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 D1-35_00001 819 suhB COG0483 Inositol-1-monophosphatase ATGCAGCCCATGCTGAATATCGCGCTGCGCGCCGCCCGCAGCGCCAGTGAACTGATCTTCCGCTCCATCGAGCGCCTGGATACCATCAAGGTCGATGAAAAAGACGCCAAGGACTACGTGTCCGAGGTTGATCGCGCCGCCGAACAGAAAATCGTCGACGCCCTGCGCAAGGCTTACCCGAACCACTCCATCCTCGGTGAAGAAACCGGCATGCACGCCGGTACCGGCATCGAAGGCGAAGAGTACCTGTGGATCATCGATCCGCTGGACGGTACCACCAACTTCCTGCGCGGCATTCCTCACTTCGCTGTCAGCATCGCCTGCAAATACCGTGGCCGCCTGGAACACGCCGTCGTGCTGGACCCGGTTCGCCAGGAAGAATTCACCGCCAGCCGTGGCCGTGGCGCCCAACTGAACGGTCGCCGCCTGCGCGTCAGCGGCCGCACCAGCCTGGACGGCGCCCTGCTGGGCACCGGTTTCCCGTTCCGTGATGACCAGATGGACAACCTCGACAATTACCTGGGCATGTTCCGCGCCCTGGTCGGCCAGACCGCCGGCATCCGCCGCGCCGGCGCCGCGAGCCTGGACCTGGCCTATGTAGCTGCCGGTCGTTTCGATGCGTTCTGGGAATCGGGCCTGTCCGAGTGGGACATGGCGGCAGGCGCCCTGTTGATCCAGGAAGCGGGTGGCTTGGTGAGCGACTTCACCGGCGGCCACGATTTCCTTGAAAAAGGCCACATCGTTGCCGGCAACACCAAATGCTTCAAGGCTGTGCTGACGGCGATCCAGCCGCACCTGCCGGCCTCGCTGAAGCGCTAA MQPMLNIALRAARSASELIFRSIERLDTIKVDEKDAKDYVSEVDRAAEQKIVDALRKAYPNHSILGEETGMHAGTGIEGEEYLWIIDPLDGTTNFLRGIPHFAVSIACKYRGRLEHAVVLDPVRQEEFTASRGRGAQLNGRRLRVSGRTSLDGALLGTGFPFRDDQMDNLDNYLGMFRALVGQTAGIRRAGAASLDLAYVAAGRFDAFWESGLSEWDMAAGALLIQEAGGLVSDFTGGHDFLEKGHIVAGNTKCFKAVLTAIQPHLPASLKR PGPT0018535_2745 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 D1-35_00002 771 trmJ tRNA (cytidine/uridine/adenosine-2'-O-)-methyltransferase TrmJ TTGTTGCAGAACATTCGTGTCGTCCTGGTCAATACCAGCCATCCGGGTAACATCGGCGGAGCTGCGCGGGCCATGAAGAACATGGGCCTGTCGCGGCTGGTGCTGGTTGAGCCGCGCTCGTTTCCCCATCACGAAGCCGACGCGCGGGCATCCGGCGCCGGTGACATTCTCGCCAATGCCCAGGTTGTCGCCACCCTGGAAGACGCCTTGGTGGGTTGCAACCTGGTGCTCGGCACCAGCGCCCGCGACCGCCGTATCCCCTGGCCGCTGCTCGATCCTCGCGAATGCGGCACCAAGGTGGTCGAGGAAGCGGGGCAGGGCGCGGAAATCGCCTTGGTGTTCGGCCGTGAAGATTCCGGCCTCACCAATGAAGAGCTGCAGCGATGTCATTTTCACGTGCATATCCCCTCCGACCCCGGCTTCAGCTCGCTGAACCTCGGGGCGGCGGTGCAGGTGTTGAGCTATGAAGTGCGCATGGCCTGGCTGCACGCCGAAGGCCAGCCCAGCAAGGTGGAAAAATTCGAGGCGACGTCGCCGCGCAGTGAGACACTGGCGACCATGGACGAGCTGGAGCGATTCTATGAACACCTGGAGCAGACCCTGGTGGACATCGAATTCCTTGACCCGGACAAGCCTCGGCACTTGATGGCGCGCCTGCGTCGGTTGTACGGACGAAGCTCGGTGAGCCGGGCGGAAATGAATATATTGCGCGGCATCCTCACGGAAACCCAGAAAGCGGCCCGTGGCGAGCTGATTAAGCGGAAGGAATAA MLQNIRVVLVNTSHPGNIGGAARAMKNMGLSRLVLVEPRSFPHHEADARASGAGDILANAQVVATLEDALVGCNLVLGTSARDRRIPWPLLDPRECGTKVVEEAGQGAEIALVFGREDSGLTNEELQRCHFHVHIPSDPGFSSLNLGAAVQVLSYEVRMAWLHAEGQPSKVEKFEATSPRSETLATMDELERFYEHLEQTLVDIEFLDPDKPRHLMARLRRLYGRSSVSRAEMNILRGILTETQKAARGELIKRKE NA NA NA NA NA D1-35_00003 777 cysE COG1045 Serine acetyltransferase ATGTTCGAACGTTTGCGTGAAGATATCCAGAGCGTCTTCCATCGTGACCCGGCGGCGCGCAATGCCTTTGAAGTGCTGACCTGCTATCCCGGCATGCACGCCATCTGGATCCATCGCCTGTCCGGCGCCTTGTGGAGCATGGGTTGGAAATGGCTGGCGCGGCTGGTCTCGAACTTCGGCCGCTGGTTGACCGGCATCGAGATCCATCCGGGCGCCAAGGTCGGCCGGCGGTTCTTCATCGATCACGGCATGGGCATCGTCATCGGCGAGACCGCCGAGATCGGCGACGACGTCACGCTCTATCAGGGCGTGACCCTCGGCGGCACCAGCTGGAACAAAGGCAAGCGCCACCCGACCCTGGAAAACGGCGTTGTCGTCGGTGCTGGCGCCAAGGTGCTCGGCCCGTTCACCGTGGGCGCGGGAGCGAAAGTCGGCTCCAACGCCGTGGTCACCAAGGCCGTGCCGCCCGGCGCGACCGTGGTGGGTATTCCGGGGCGGATCATCGTCAAGTCGGACGAAGAGCAGGACGCCCGGCGCAAGGCCATGGCCGAGAAGATCGGCTTCGACGCCTACGGTGTCGGCGAAGACATGCCCGACCCGGTGGCGCGCGCCATCAACCAGTTGCTCGATCACCTGCAAGCGGTGGACGGGCGCCTGGAGGGGATGTGCGGCGCACTGAAGGAGCTGGGGAGTGATTATTGTGCCAAGGATCTGCCGGAACTGCGCGAGGAAGACTTTGCGTGCGTGAAGGACAAGGACCAAAGCCAGGCTAGCTGA MFERLREDIQSVFHRDPAARNAFEVLTCYPGMHAIWIHRLSGALWSMGWKWLARLVSNFGRWLTGIEIHPGAKVGRRFFIDHGMGIVIGETAEIGDDVTLYQGVTLGGTSWNKGKRHPTLENGVVVGAGAKVLGPFTVGAGAKVGSNAVVTKAVPPGATVVGIPGRIIVKSDEEQDARRKAMAEKIGFDAYGVGEDMPDPVARAINQLLDHLQAVDGRLEGMCGALKELGSDYCAKDLPELREEDFACVKDKDQSQAS PGPT0020265_2988 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 D1-35_00004 492 iscR COG1959 HTH-type transcriptional regulator IscR ATGCGACTGACTACAAAAGGCCGATACGCCGTGACCGCAATGCTGGATCTGGCATTGCATGCGCAGCACGGGCCGGTGTCCCTGGCCGATATCTCCGAACGCCAGGGCATCTCCCTGTCCTACCTCGAACAGCTGTTCGCCAAGCTGCGCCGCAGCAACCTGGTCTCCAGCGTTCGTGGCCCCGGTGGCGGCTACCAGCTGTCGCGCGAGATGCAAGGCATCCAGGTCGCCCAGGTGATCGATGCCGTGAACGAATCGGTCGATGCGACCAAATGCCAAGGGTTGGGCGACTGCCACGGCGGCGATACTTGCCTGACCCATCATCTGTGGTGCGATTTGAGCCTGCAGATTCACGAATTTCTGAGTGGTATCAGCTTGGCCGACCTTGTGACTCGCCGTGAGGTGCAAGAAGTAGCCCAGCGTCAGGACCAGCGCCGTTGCAATGGCAAGGCGCCGCACCTGGACAAGATTGAAGCGTCCGCCGTCGAATGA MRLTTKGRYAVTAMLDLALHAQHGPVSLADISERQGISLSYLEQLFAKLRRSNLVSSVRGPGGGYQLSREMQGIQVAQVIDAVNESVDATKCQGLGDCHGGDTCLTHHLWCDLSLQIHEFLSGISLADLVTRREVQEVAQRQDQRRCNGKAPHLDKIEASAVE PGPT0004960_606 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-ANTIMONY_HOMEOSTASIS,PGPT0004960-iscR-K13643 NA NA D1-35_00005 1215 iscS_1 COG1104 Cysteine desulfurase IscS ATGAAATTGCCGATTTACCTTGATTACTCTGCGACCACCCCGGTTGATCCGCGTGTCGCGCAAAAGATGAGTGAATGCCTGCTGGTCGACGGAAACTTCGGCAACCCGGCCTCGCGTTCCCACGTGTTCGGCTGGAAAGCCGAAGAGTCGGTCGAAAACGCCCGTCGCCAGGTCGCCGACCTGGTCAATGCCGACCCCCGCGAGATCGTCTGGACCTCCGGTGCCACCGAGTCCGACAATCTGGCAATCAAGGGTGTCGCGCATTTCTACCACACCAAGGGCAAGCACCTGATCACCTCCAAGATCGAGCACAAGGCTGTCCTGGACACCATGCGCCAACTGGAGCGTGAAGGCTTCGAAGTCACCTACATCGAGCCCGGTGAAGACGGCATCATCACCCCGGCCATGGTCGAGGCCGTACTGCGCGACGACACCATTCTGGTTTCGATCATGCATGTGAACAACGAAATCGGCACCGTCAACGACATCGCGGCCATCGGCGAACTGACCCGTTCCAAGGGCGTCCTGTTCCACGTCGATGGCGCGCAGTCCACCGGCAAGGTCGACATCGACCTGTCCAAGCTGAAAGTCGACCTGATGTCCTTCTCGGCCCACAAGACTTATGGCCCTAAAGGCATCGGCGCCCTGTACGTCAGCCGCAAGCCGCGTGTTCGCCTCGAAGCGACCATGCACGGCGGCGGTCACGAGCGTGGCATGCGTTCCGGTACCCTGGCGACCCACCAGATCGTTGGCATGGGCGAAGCCTTCCGCGTGGCCAAGGAAGACATGGCCGCCGAGAACGTGCGCATCAAGGCCTTGAGCGACCGTTTCTTCAAGCAGGTCGAGCACCTCGAAGAGCTCTACGTCAACGGCAGCATGACCGCCCGCGTTCCACACAACCTGAACCTGAGCTTCAACTACGTTGAAGGCGAGTCGCTGATCATGGCGCTCAAGGATCTGGCCGTGTCGTCCGGTTCGGCGTGCACCTCGGCGTCGCTGGAGCCTTCCTACGTACTGCGTGCCCTGGGCCGCAACGACGAACTGGCTCACAGCTCGATCCGCTTCACCTTCGGCCGCTTCACCACCGAAGAAGAAATCGATTACGCCGCGCAGAAAGTCTGCGAGGCCGTTACCAAGCTGCGTGCTCTTTCGCCGCTGTGGGACATGTACAAAGACGGCGTCGACATTTCGAAAATCGAATGGGCGGCGCACTGA MKLPIYLDYSATTPVDPRVAQKMSECLLVDGNFGNPASRSHVFGWKAEESVENARRQVADLVNADPREIVWTSGATESDNLAIKGVAHFYHTKGKHLITSKIEHKAVLDTMRQLEREGFEVTYIEPGEDGIITPAMVEAVLRDDTILVSIMHVNNEIGTVNDIAAIGELTRSKGVLFHVDGAQSTGKVDIDLSKLKVDLMSFSAHKTYGPKGIGALYVSRKPRVRLEATMHGGGHERGMRSGTLATHQIVGMGEAFRVAKEDMAAENVRIKALSDRFFKQVEHLEELYVNGSMTARVPHNLNLSFNYVEGESLIMALKDLAVSSGSACTSASLEPSYVLRALGRNDELAHSSIRFTFGRFTTEEEIDYAAQKVCEAVTKLRALSPLWDMYKDGVDISKIEWAAH PGPT0000065_2203 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 D1-35_00006 387 iscU COG0822 Iron-sulfur cluster assembly scaffold protein IscU ATGGCATATAGCGAAAAGGTCATCGACCACTACGAGAACCCGCGCAACGTCGGCAAGATGGACGCGCAGGATCCTGACGTCGGCACCGGCATGGTCGGCGCCCCGGCGTGCGGCGACGTGATGCGTCTGCAGATCAAGGTCAACGAACAAGGCATCATCGAAGATGCCAAGTTCAAGACCTACGGCTGCGGCTCCGCCATCGCGTCCAGCTCCCTGGCCACCGAGTGGATGAAGGGCAAGACTCTCGACGAAGCCGAAACCATCAAGAACACTCAGTTGGCCGAAGAACTGGCCTTGCCGCCAGTGAAAATCCACTGCTCGGTACTCGCTGAAGACGCCATCAAGGCCGCCGTTCGCGACTACAAGCAGAAGAAAGGCTTGATCTGA MAYSEKVIDHYENPRNVGKMDAQDPDVGTGMVGAPACGDVMRLQIKVNEQGIIEDAKFKTYGCGSAIASSSLATEWMKGKTLDEAETIKNTQLAEELALPPVKIHCSVLAEDAIKAAVRDYKQKKGLI PGPT0000075_2825 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488 NA NA D1-35_00007 324 iscA COG0316 Iron-binding protein IscA ATGGCTATCCAGATGACAGAAGCGGCAGCTAACCATATCCAGCGCTCACTTGCGGGGCGCGGCAAGGGCGAGGGTATCCGCCTGGGTGTTCGCACCACGGGTTGTTCCGGCCTCGCCTATGTACTGGAATTCGTCGACGAAGTCGGTGAAGACGATCAGGTGTTCGAGAGTCATGGTCAGAAAGTGATCATCGACCCCAAGAGCTTGACGTACCTGGACGGCACCGAGCTGGATTTCGTCAAGGAAGGGTTGAACGAAGGCTTCAAGTTCAACAACCCCAACGTGCGCGGTGAATGTGGCTGCGGCGAAAGCTTCAACATCTGA MAIQMTEAAANHIQRSLAGRGKGEGIRLGVRTTGCSGLAYVLEFVDEVGEDDQVFESHGQKVIIDPKSLTYLDGTELDFVKEGLNEGFKFNNPNVRGECGCGESFNI NA NA NA NA NA D1-35_00008 522 hscB COG1076 Co-chaperone protein HscB GTGGGTACTCCTTGTCATTTTGCGTTGTTCCAGTTGCAGCCTGCTTTCCAGCTGGACCTCGATCAGTTGTCCGCGCGTTATCTGGAACTGGCCCGTGGTGTCCACCCCGACCGCTTTGCCGATGCCTCCGAGGCTGAGCAGCGGCGGGCGCTCGAGCAGTCGGCGAACCTCAACGAGGCCTACCAGACGCTCAAGAGTCCGGCCAAGCGCGCGCGGTACCTGCTCGCCATCAGCGGTCATGAGCTGCCCCTGGAAGTCACGGTGCACGACCCCGAGTTCCTGTTGCAGCAGATGCAATGGCGCGAGGAGCTCGAAGACCTGCAGGACAGTGCCGACCTGGCGGGTGTCGCGGTCTTCAAGCGTCGCCTGAAAGACGCCCAGCAAGAACTCAACGAGAGCTTCGCCGCCTGTTGGAACGACGCTGCGCAACGCGAACAGGCCGAACGCCTGATGCGGCGCATGCAGTTCCTCGACAAGCTGACCTACGAAGTGCGCCAGCTGGAAGAGCGCCTCGACGATTAA MGTPCHFALFQLQPAFQLDLDQLSARYLELARGVHPDRFADASEAEQRRALEQSANLNEAYQTLKSPAKRARYLLAISGHELPLEVTVHDPEFLLQQMQWREELEDLQDSADLAGVAVFKRRLKDAQQELNESFAACWNDAAQREQAERLMRRMQFLDKLTYEVRQLEERLDD NA NA NA NA NA D1-35_00009 1863 hscA COG0443 Chaperone protein HscA ATGGCCCTACTGCAGATCGCCGAACCCGGCCAAAGTCCACAACCGCACCAGCGTCGCCTGGCTGTCGGGATCGACTTGGGTACCACCAATTCCCTGGTCGCTGCTTTGCGCAGCGGTCTTTCCGAGCCGCTGGCCGACGAGCAGGGGCGGGTGATCCTGCCGTCTGCCGTGCGCTACCACGCCGATCGCGTCGAAGTTGGCGAGTCGGCGAAGCTGGCCGCCGCCACCGATCCACTCAATACCGTCGTGTCGGTCAAGCGCTTGATGGGTCGTGGTCTGTCCGACGTCAAGCAATTGGGCGATCAACTGCCGTACCGTTTCGTCGGCGGCGAATCCCACATGCCGTTCATCGAGACCGTGCAGGGCCCGAAAAGCCCGGTAGAAGTTTCCGCCGATATCCTCAGGGTCCTGCGTCAGCGCGCCGAAGCCGCGTTGGGCGGTGAACTGGTGGGCGCGGTGATCACCGTTCCGGCCTATTTCGATGATGCCCAGCGCCAAGCCACCAAGGACGCGGCCAAGCTCGCCGGTCTCAACGTGCTGCGTCTGCTCAACGAGCCGACGGCGGCTGCGGTGGCGTACGGGCTGGACCAGCATGCCGAGGGCCTCGTCGCCATTTACGACCTGGGCGGCGGCACGTTTGATATTTCGATCCTGCGCCTGACCGGCGGGGTCTTCGAAGTCCTCGCCACCGGTGGCGACAGCGCCCTGGGCGGCGACGATTTCGATCACGCTATTGCCGGCTGGATCATCGAGCAGGCGGGGTTGTCCGCCGATCTCGATCCGGGGACCCAGCGCCATCTGCTGCAAACCGCCTGCGCCGCCAAGGAAGCCTTGACCGACGCCGCCAGCGTTGAAGTCGCTTACGGCGAATGGACAGCCACGCTGACCCGCGAAGCCTTCAATGCCCTGATCGAACCCATGGTCGCCCGCAGCCTCAAGGCCTGCCGCCGTGCCGTGCGTGATTCCGGCATCGAGCTGGAAGATGTCAAGGCCGTGGTCATGGTCGGTGGTTCGACCCGCGTGCCTCGGGTTCGCGAAGCCGTTGCCGAAGCCTTTGGCCGCCAGCCGCTGACTGAAATCGACCCGGACCAGGTGGTCGCCATCGGTGCCGCGATCCAGGCCGATACCCTGGCTGGCAACAAGCGCGAGGGCGGCGAATTGCTGCTGCTCGACGTGATTCCGTTGTCCCTGGGCCTGGAAACCATGGGCGGCCTGATGGAGAAGGTGATCCCGCGCAACACCACCATCCCCGTCGCTCGCGCCCAGGATTTCACTACTTATAAAGACGGCCAGTCGGCCATGATGATTCATGTGCTGCAAGGCGAGCGTGAATTGATCAGCGACTGCCGCTCCCTCGCGCGTTTCGAATTGCGCGGCATCCCGGCGATGGTTGCCGGCGCGGCGAAGATTCGCGTGACCTTCCAGGTCGACGCCGATGGCCTGCTCAATGTCTCCGCCCGCGAACTCGGTTCGGGCGTCGAGGCAAGCATCCAGGTCAAGCCGTCCTACGGCCTGACCGACGGCGAAATCGCCAAGATGCTCAAGGATTCGTTCCAGCACGCCAGCGACGACAAAGTCGCCCGTGTGCTGCGCGAGCAGCAGGTCGATGCCCAGCGCCTGGTCGAAGCCGTGCAAGCCGCCCTCGAAGCCGACGGCGAGCGCTTGCTCGACGCCGAGGAGCGCATGGTCATCGAAATGCAGATGCAAGAACTCTCCGAATTGATCAAGGGCACGGATGGTTATGCCATCGAGCAGCAGACCAAGCGTCTGTCGCAAGTCACCGATGCCTTTGCTGCCCGCCGCCTGGACTCGACGGTGAAAGCCGCCCTGGCGGGGCGCAACCTGAATGAAATCGAGGAATAA MALLQIAEPGQSPQPHQRRLAVGIDLGTTNSLVAALRSGLSEPLADEQGRVILPSAVRYHADRVEVGESAKLAAATDPLNTVVSVKRLMGRGLSDVKQLGDQLPYRFVGGESHMPFIETVQGPKSPVEVSADILRVLRQRAEAALGGELVGAVITVPAYFDDAQRQATKDAAKLAGLNVLRLLNEPTAAAVAYGLDQHAEGLVAIYDLGGGTFDISILRLTGGVFEVLATGGDSALGGDDFDHAIAGWIIEQAGLSADLDPGTQRHLLQTACAAKEALTDAASVEVAYGEWTATLTREAFNALIEPMVARSLKACRRAVRDSGIELEDVKAVVMVGGSTRVPRVREAVAEAFGRQPLTEIDPDQVVAIGAAIQADTLAGNKREGGELLLLDVIPLSLGLETMGGLMEKVIPRNTTIPVARAQDFTTYKDGQSAMMIHVLQGERELISDCRSLARFELRGIPAMVAGAAKIRVTFQVDADGLLNVSARELGSGVEASIQVKPSYGLTDGEIAKMLKDSFQHASDDKVARVLREQQVDAQRLVEAVQAALEADGERLLDAEERMVIEMQMQELSELIKGTDGYAIEQQTKRLSQVTDAFAARRLDSTVKAALAGRNLNEIEE PGPT0014555_5374 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043 NA NA D1-35_00010 342 fdx_1 COG0633 2Fe-2S ferredoxin ATGCCGCAGGTGATTTTTCTGCCCCACGAGAAGTTCTGCCCGGACGGCATGGTCGTGGAAGCCGAGCCCGGAACGTCCATTCTTGACCTGGCCCACGAACACCACATCGAGATGGAAAGCGCCTGTGGCGGCGTTTGCGCTTGCACGACCTGCCACTGCATCATTCGTGAAGGTTTCGAGTCGCTGGAAGAGGCGGACGAGCTGGAAGAAGACTTTCTTGACCGCGCCTGGGGGCTTGAGCCGCAGTCGCGTCTGGGGTGCCAGGCTATCGTCGGCACTGAAGACCTGACCGTCGAAATCCCGAGATACTCACTTAACCATGCGGCCGAAGCGCCGCACTGA MPQVIFLPHEKFCPDGMVVEAEPGTSILDLAHEHHIEMESACGGVCACTTCHCIIREGFESLEEADELEEDFLDRAWGLEPQSRLGCQAIVGTEDLTVEIPRYSLNHAAEAPH PGPT0006786_368 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0006786-fdx|cndB-K04755 D1-35_00011 201 iscX COG2975 Protein IscX ATGAGCTATGGTTGGAATGATGTACAACGCATCGCGGAAGAATTGGCCGAAGCCCACGAGGGTCTCGATCCGTACTCTGTAGGTTTCGTCCGTCTGCAGCAGATGATCCTTGAGCTGCCTGACTTCGATTCCACCTCTGGCCGAGTCGGCGAGAAGGTGTTGGAAGCGGTTCAGGAGCTCTGGGCCGCAGAATTGGACTGA MSYGWNDVQRIAEELAEAHEGLDPYSVGFVRLQQMILELPDFDSTSGRVGEKVLEAVQELWAAELD NA NA NA NA NA D1-35_00012 426 ndk COG0105 Nucleoside diphosphate kinase ATGGCTGTTCAACGTACTTTCTCCATCATCAAGCCTGACGCCGTTGCTAAAAACGTGATCGGCAAGATCGTTACCCGCTTCGAAGACGCTGGCCTGCGCGTTGTAGCTTCGAAAATGAAGCAACTGTCCAAAGCCGAAGCCGAAGGCTTCTACGCCGAGCACAGCGAGCGCGGTTTCTTCGGTGAACTGGTTGCCTTTATGACTTCCGGTCCGGTTGTCGTTCAGGTGCTGGAAGGCGAAAATGCCATCGCTCGCAACCGTGAGCTGATGGGCGCTACCAACCCTAAAGAAGCTGCTGCCGGCACCATCCGTGCTGACTTCGCTGAATCCATCGACGCCAACGCCGTCCACGGTTCGGACTCCGAAGCCGCCGCTGCTCGCGAAATCGCTTACTTTTTCTCCGCTACTGAAGTAACCACTCGCTAA MAVQRTFSIIKPDAVAKNVIGKIVTRFEDAGLRVVASKMKQLSKAEAEGFYAEHSERGFFGELVAFMTSGPVVVQVLEGENAIARNRELMGATNPKEAAAGTIRADFAESIDANAVHGSDSEAAAAREIAYFFSATEVTTR PGPT0021210_3568 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940 NA NA D1-35_00013 1149 rlmN COG0820 Dual-specificity RNA methyltransferase RlmN ATGACTACATCGAACGGCAAAACCAACCTGTTGGGCCTGACCCAGCCGGAAATGGAGAAATTCTTCGACTCGATCGGGGAGAAGCGTTTCCGTGCCGGTCAGGTGATGAAATGGATTCACCACTTTGGCGTCGACGATTTCGACGCCATGACGAATGTCGGCAAGGCCCTGCGCGAAAAGCTCAAGGCCGTTGCCGAGATTCGCGGCCCCGAAGTGGTCAGCCAGGACATTTCCAGCGACGGCACCCGCAAGTGGGTGGTGCGCGTGGCGTCCGGCAGCTGCGTCGAGACCGTCTACATTCCCCAGGGCAAGCGCGGCACCTTGTGCGTTTCGTCCCAGGCAGGCTGTGCCCTGGATTGCAGTTTCTGCTCCACCGGCAAGCAAGGCTTCAACAGCAACCTCACCGCCGCCGAAGTGATCGGCCAGGTGTGGATTGCCAACAAATCCTTTGGCAGCGTCCCGGCAACCGTCGACCGTGCCATCACCAACGTGGTGATGATGGGCATGGGGGAGCCGCTGCTGAACTTCGACAACGTCGTCTCCGCCATGCACCTGATGATGGACGACCTGGGCTACGGCATCTCCAAGCGCCGCGTGACCCTGTCCACCTCCGGCGTGGTGCCGATGATCGATGAGCTGGCCAAGCACATCGACGTCTCCCTGGCGTTGTCGCTGCACGCACCGAATGACGCATTGCGTAACCAATTGGTGCCGATCAACAAGAAATATCCGCTTAAGATGCTGCTCGAGTCGTGCCAGCGCTACATGTCGTCCCTGGGCGAAAAACGCGTGCTGACCATCGAGTACACCTTGCTCAAGGACGTGAATGACAAGGTTGAACACGCGGTCGAGATGATCGAGCTGCTCAAGAACATCCCGTGCAAGATCAACCTGATCCCGTTCAACCCGTTCCCGCATTCCGGCTACGAGCGTCCGAGCAACAATGCGATTCGTCGGTTCCAGGATCAGCTTCACCACGCTGGCTTCAACGTCACCGTGCGCACCACCCGTGGCGAAGACATCGATGCCGCGTGTGGCCAATTGGTAGGACAGGTGCTGGATCGCACCCGTCGCAGCGAACGCTACATTGCCGTGCGCGAATTGAACGCCGCGGACGATGCAGTACAGAACGCTGCGAACAGTCACTAA MTTSNGKTNLLGLTQPEMEKFFDSIGEKRFRAGQVMKWIHHFGVDDFDAMTNVGKALREKLKAVAEIRGPEVVSQDISSDGTRKWVVRVASGSCVETVYIPQGKRGTLCVSSQAGCALDCSFCSTGKQGFNSNLTAAEVIGQVWIANKSFGSVPATVDRAITNVVMMGMGEPLLNFDNVVSAMHLMMDDLGYGISKRRVTLSTSGVVPMIDELAKHIDVSLALSLHAPNDALRNQLVPINKKYPLKMLLESCQRYMSSLGEKRVLTIEYTLLKDVNDKVEHAVEMIELLKNIPCKINLIPFNPFPHSGYERPSNNAIRRFQDQLHHAGFNVTVRTTRGEDIDAACGQLVGQVLDRTRRSERYIAVRELNAADDAVQNAANSH NA NA NA NA NA D1-35_00014 759 hypothetical protein ATGTCCCTGCGCTTTGCGCTGCTGTTGCTGCTGGCCGGTCTTTGTTCCGGTTGTGTTCTGTCGGGCGACTATAACCCGATGAAAACCAGCAAGGGCCGTGACGAAGCGCGCGAGGCCTATGTGCAGCTGGGCATCGGCTATTTGCAACAGGGCATGACCGAACGGGCCAAGGTGCCGCTCAAGAAGGCCCTTGAGCTGGACAGCTCGGACGCCGATGCCAATGCGGCGCTGGCCCTGGTGTTCCAGGCCGAGATGGAGCCGGAACTGGCCGACGAACACTTTCGCAAGGCGTTGTCCGCTCGCCCGCAAGACGCCCGGATCCTCAACAACTACGGCAGCTTCCTCTACGAGCAGGCACGCTACAAGGAAGCCTACGAGCGCTTCGAGCAAGCGGCCGCCGATACCCTTTACCCTGAGCGTTCGCGGGTGTTCGAGAACCTCGGCATGACCGCCGCGAAACTCGGCCAGCGTGACCTGGCCCGCCAGCAGCTCGAAAAGGCGCTGCGGCTCAACCGCCAGCAACCGCGCGCGTTGCTGGAAATGGCTGAGTTGTCTTACGAAGACAGGCATTATGTGCCCGCTCGCGACTATTACGAGCGGTTTAGCCTGCTCAGCGAGCAAAATGCACGTAGTCTATTGCTCGGCGTTCGGCTGGCGCATGTGTTTGAAGATCGTGACAAGGCCGCCAGTTATGGCCTGCAACTCAAAAGACTCTATCCCGGTACGCCGGAATATCAGCAATACCTGTCGGAGCAATGA MSLRFALLLLLAGLCSGCVLSGDYNPMKTSKGRDEAREAYVQLGIGYLQQGMTERAKVPLKKALELDSSDADANAALALVFQAEMEPELADEHFRKALSARPQDARILNNYGSFLYEQARYKEAYERFEQAAADTLYPERSRVFENLGMTAAKLGQRDLARQQLEKALRLNRQQPRALLEMAELSYEDRHYVPARDYYERFSLLSEQNARSLLLGVRLAHVFEDRDKAASYGLQLKRLYPGTPEYQQYLSEQ PGPT0015935_720 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015935-pilF-K02656 NA NA D1-35_00015 1032 rodZ COG1426 Cytoskeleton protein RodZ ATGAAAGCGGCGCATCCCGAAGTTGTAGCAGCGACTCGCGTAAATCCCGGTGAGACCCTGCGTCAAGCCCGCGAAAGCAATGGTTGGTCGCTGGCCGAAGTGGCCCTCAAGCTCAATCTCACCGTGACTTCCCTGAGCAACCTGGAAGCCGGCGCGTTCGACAAATTGCCTGGGCATACTTTCGCCCGGGGCTACATCCGCGCCTATGCCAAGTTGCTTGGCATGGACCAGACCGTGCTGGTCCAGCAATTCGATCAATACACCGGTTCCGACGCCCAGGGCAGCAGTGTGCACAGCCTGGGCCGTATCGAGGAGCCAGTGCGCGTTTCCCATACCATTTTGCGTATCGTCAGCCTGTTGCTGCTGATCGCGGTGATCGGTGGCGGTTTCGTCTGGTGGCAGGATCAGGCTTCCTTGCGCAGCAAGGAGCCGGTTGCGATGAACCCTGAGCATGTCGAAGTCGAAGGCGCCGACGGCACCACCCAGATTCATCCGCTGGATGAACCGGAAGACCAGGCTGTTGTCGAGGGGCAGACTGAGGGTGAAACCGCCCTGGCATTGCCTCAAGGCCAAGATAACGGCGAGACTGATGCCGCCGCGGGTGCCGAGCCTGTCGTGCCATCCGTTCCCGCGCCAGCCCCAACACCTGCCGCCCCCACGGCTCCGGCCCATTCCGGCAGCGCGCCGACCACCCCGGCGGCTCCTGCTCCTGTCACGCCAGCGCCAACCGTGGCCGCTCCGGCCGTGCCAGCAGCGCCAGCAACCCCGGCGGCCCCGGCTCCTGCGCCCGGCGATGGCCAGGTACAGATCCAGTTCACCGCCGATTGCTGGACGCAGATTACCGACGGCAACGGCAAGGTCCTGTTCAGCGGCCTCAAGCGCAAGGGCGACAGCACGTCCGTCAACGGCCGGCCGCCGTTTGCCGTACGCCTGGGCTATGCCCGTGGCGCGCAGGTCAGCTACAACGGCCAGCCGGTCGATGTGGCTCCGTTCACCAGTGGCGAGACCGCTCGCCTGAAGTTGGGTCAATAA MKAAHPEVVAATRVNPGETLRQARESNGWSLAEVALKLNLTVTSLSNLEAGAFDKLPGHTFARGYIRAYAKLLGMDQTVLVQQFDQYTGSDAQGSSVHSLGRIEEPVRVSHTILRIVSLLLLIAVIGGGFVWWQDQASLRSKEPVAMNPEHVEVEGADGTTQIHPLDEPEDQAVVEGQTEGETALALPQGQDNGETDAAAGAEPVVPSVPAPAPTPAAPTAPAHSGSAPTTPAAPAPVTPAPTVAAPAVPAAPATPAAPAPAPGDGQVQIQFTADCWTQITDGNGKVLFSGLKRKGDSTSVNGRPPFAVRLGYARGAQVSYNGQPVDVAPFTSGETARLKLGQ NA NA NA NA NA D1-35_00016 1110 ispG COG0821 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin) ATGCACGGCGAATCTCCTATCAAGCGTCGCGAATCCCGGAAGATCTGGGTCGGTAACGTGCCCGTGGGCGGCGATGCGCCAATCGCTGTGCAGAGCATGACCAACAGCGACACCAATGACGTGGCCGCCACGGTCGCGCAAATCAATCGTCTTGAAGCCGCCGGCGTCGATATCGTCCGCGTATCCGTGCCGGACATGGACGCCGCCGAGGCGTTCGGCAAGATCAAGCAGCTGGTCAAGGTGCCGTTGGTGGCCGACATTCACTTCGACTACCGCATTGCCTTGCGCGTGGCCGAGCTGGGCGTCGACTGCCTGCGTATCAACCCGGGCAACATCGGTCGCGAAGATCGCGTGCGCGCGGTGGTGGATGCCGCCCGTGATCGCGGCATTCCGATCCGTATCGGCGTCAATGCCGGTTCCCTGGAAAAAGACCTGCAGAAGAAGTACGGCGAACCGACTCCGGCCGCGCTGGTGGAATCGGCGCTGCGCCATGTCGAGCACCTTGAACGCCTGAATTTCCCGGACTTCAAGGTCAGCGTGAAGGCCTCCGACGTGTTCATGGCCGTCGAAGCCTACCGCCTGCTGGCCAAGGAAATCGTCCAGCCGTTGCACCTGGGCATCACCGAAGCCGGTGGGTTGCGCTCGGGTACGGTGAAATCTGCCGTCGGCCTCGGTATGCTGCTCGCCGAAGGGATTGGCGATACCATCCGCATCTCGTTGGCGGCGGACCCGGTCGAGGAAGTGAAAGTCGGCTACGACATCCTCAAGTCCCTGCACTTGCGTTCCCGTGGGATCAACTTCATCGCCTGCCCGAGCTGCTCGCGGCAGAACTTCGATGTGGTCAAGACCATGAACGAGCTGGAAGGGCGCCTTGAAGACCTGCTGGTGCCGCTGGATGTCGCGGTGATCGGTTGCGTGGTCAACGGGCCCGGCGAAGCCAAGGAGGCCCATATCGGCCTGACGGGCGGCACGCCGAACCTGATTTACATCGACGGCAAGCCGTCGCAGAAACTGACGAATGACAATCTGGTGGATGAGCTGGAAAAGCTGATCCGCCAGAAAGCGGCCGAAAAGGTCGAAGCCGACGCAGCGGTCATCGCGCGCGGTTAA MHGESPIKRRESRKIWVGNVPVGGDAPIAVQSMTNSDTNDVAATVAQINRLEAAGVDIVRVSVPDMDAAEAFGKIKQLVKVPLVADIHFDYRIALRVAELGVDCLRINPGNIGREDRVRAVVDAARDRGIPIRIGVNAGSLEKDLQKKYGEPTPAALVESALRHVEHLERLNFPDFKVSVKASDVFMAVEAYRLLAKEIVQPLHLGITEAGGLRSGTVKSAVGLGMLLAEGIGDTIRISLAADPVEEVKVGYDILKSLHLRSRGINFIACPSCSRQNFDVVKTMNELEGRLEDLLVPLDVAVIGCVVNGPGEAKEAHIGLTGGTPNLIYIDGKPSQKLTNDNLVDELEKLIRQKAAEKVEADAAVIARG PGPT0007580_3271 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007580-gcpE|ispG-K03526 NA NA D1-35_00017 1290 hisS COG0124 Histidine--tRNA ligase GTGAGCAAGTCTCTGCAAGCCATTCGTGGCATGAACGACATCCTGCCCGAGCAGACGCCCCTGTGGCGCTATTTCGAGGGCACCGTCGCGCGCCTGCTGGATAACTACGGTTACCGGCAGATCCGCATGCCCATCGTCGAGTTCACCGAGCTGTTCAAGCGCTCCATCGGTGAAGTGACCGACATCGTCGAAAAAGAGATGTACACCTTCGACGACCGCAACGGCGATTCCCTGACCCTGCGCCCCGAAGGCACGGCAGCATGCGTGCGTGCAGTGCTTGAGCACGGCATCACCGGCGGCGGCCAGGTGCAGAAACTCTGGTACATCGGCCCGATGTTCCGCCACGAGCGTCCGCAGAAAGGTCGTTATCGCCAGTTTCACCAGATCGGCCTCGAAGTATTCAACCTTGAAGGTCCGGACATCGATGCCGAGCTGATTGTGATGACCTGGCGCCTGTGGGGCGAGCTGGGCCTGCGCGATGCGGTCAAGCTTGAGCTCAACAGCCTGGGCACCAGCGAATCCCGTGGCCGCTACCGCGAGGCGTTGGTGGAGTTTCTGTCCGCCCATGTCGACAAGCTCGACGAAGACAGCCAGCGCCGCCTGAAGACCAACCCGCTGCGCGTGCTTGATACCAAGCACCCGGAGACCCAGGCGATCCTGGTGGACGCGCCGAAAATGGCCGACTACCTCGACGACGAATCCCGCGCGCATTTCGAAGGGCTGAAGGCACGTCTGGACGCCGTCGGCATCCCTTACGTGATCAACCCCAAGTTGGTCCGTGGCCTGGATTACTACAGCAAGACCGTCTTCGAGTGGGTCACCGACAAGCTCGGCGCCCAAGGCACCGTGTGCGCCGGTGGCCGCTACGACGGGCTGGTGGAGCAGATGGGCGGCAAGCCGACCCCGGGCGTGGGTTTTGCCATGGGCATCGAGCGTCTGGTGCTGATGCTTGAAGCGCTGGACAAGGTGCCGGAAGAGCTGGCCCGCCAGGTCGATGTGTACCTCTGCGCCTTTGGCGAGGCCGCCGAACTGGCCGCCCTGGCCCTGAGCGAGCGAGTGCGCGATCAGTTGCCCAACCTGCGCCTGCAGATCAACGCCGGCGCCGGCAGCTTCAAGAGCCAATTCAAGAAGGCCGACAAGAGCGGTGCACTGTACGCACTGATTCTTGGTGACGACGAACTGGCCCAACAAGTGGTAGGTTTCAAACCCCTGCGTGGCCAGGGCGAACAACAAAGCATTGCCTGGGATGCGCTTGCTGCACACCTGGCCACCTGCGTCGTGCAGGGTTGA MSKSLQAIRGMNDILPEQTPLWRYFEGTVARLLDNYGYRQIRMPIVEFTELFKRSIGEVTDIVEKEMYTFDDRNGDSLTLRPEGTAACVRAVLEHGITGGGQVQKLWYIGPMFRHERPQKGRYRQFHQIGLEVFNLEGPDIDAELIVMTWRLWGELGLRDAVKLELNSLGTSESRGRYREALVEFLSAHVDKLDEDSQRRLKTNPLRVLDTKHPETQAILVDAPKMADYLDDESRAHFEGLKARLDAVGIPYVINPKLVRGLDYYSKTVFEWVTDKLGAQGTVCAGGRYDGLVEQMGGKPTPGVGFAMGIERLVLMLEALDKVPEELARQVDVYLCAFGEAAELAALALSERVRDQLPNLRLQINAGAGSFKSQFKKADKSGALYALILGDDELAQQVVGFKPLRGQGEQQSIAWDALAAHLATCVVQG NA NA NA NA NA D1-35_00018 642 hypothetical protein GTGTCGAGTACCGAAGATGAACAGCTGGCGGATTTGAAGGACTGGTGGACGCGCAACGGCAAGCCGCTGGTCACTGGCGGCCTGTTGGCGCTGGTCATCGTGTTCGGCTGGCAGGCCTACCAGAAATACCAGAGCAACCAGTCGCAAGGTGCCTCGGTGCTTTACCAGCAACTGCTGGAAACCACCCTGACCCCCGACGGCAAGCCTGACGCGGCGCGCGTGGCCGACCTGGCCGGCAAGCTCAACAAAGAGTTCGGCGGCACCGCCTATGCCCAGTACGGCAGCCTGTTCGTGGCCAAGGTCGCGGTCGACAGCGGCAAGCTGGACGACGCGGTCACCGAGCTGAAAGCCATCGTCGACAAACCGGCCAACCCGACCCTGGGCGAAGTCGCGCGTCAGCGCCTGGCGCAGGTGCTGGCAGCACAGAACAAGGCCGAAGACGCGCTGAAGCTGCTCGACGGCGACGCCGACAAGGCGTTCCTGGCGACCCGCGAAGAACTCAAGGGCGACCTGCTGGTACAGCTGGGCCGTGCCAATGAGGCCCATGCGGCCTACCAAAAAGCCAAGGCTGCGCTGTCGGATGAAGCCGCAGTCGGTGGCCTGCAAATCAAGCTGGACGACCTGGCCAAAGGGGATGCGTGA MSSTEDEQLADLKDWWTRNGKPLVTGGLLALVIVFGWQAYQKYQSNQSQGASVLYQQLLETTLTPDGKPDAARVADLAGKLNKEFGGTAYAQYGSLFVAKVAVDSGKLDDAVTELKAIVDKPANPTLGEVARQRLAQVLAAQNKAEDALKLLDGDADKAFLATREELKGDLLVQLGRANEAHAAYQKAKAALSDEAAVGGLQIKLDDLAKGDA NA NA NA NA NA D1-35_00019 1206 bamB COG1520 Outer membrane protein assembly factor BamB ATGAAGCCGCAGTCGGTGGCCTGCAAATCAAGCTGGACGACCTGGCCAAAGGGGATGCGTGACGTGATCCGTTGGAAACATGCAGCATTGCTGGCCCTGGCCATTCTGGCCGCGGGTTGCAGCAGCAACAGCAAGAAAGAACTGCCTCCGGCCGAACTGACCGATTTCAAAGAAGAAGTCGTGCTGCAGAAGCAATGGAGCCGCTCCATCGGTGACGGCCAGGGTGAAACCTACAACATGCTGGTGCCGGCCATCGACGGCGACACCCTCTATGCCGGCGACGTGACTGGCGTCGTCATGGCCATGGATCGCATGAGCGGCGACGTCAAATGGGAAAAGGATCTTGAGCTGCCTGTGTCCGGCGCCGTTGGCGTGGGTTACGGGCTGGTCATGATCGGCACGCTCAAGGGCGAGATCGTCGCCCTGGACGCGAGCAGCGGTGAAGAGAGATGGCGCGCCCGCGTGACCAGCGAAGTGCTCGCGCCGCCCGCTACCAACGGTGACGTGGTGGTGGTGCAGACCCAGGACGACCGCCTGATTGGCCTGGATGCCGCCACCGGCAACCAGCGCTGGTTGTACGACAGCACTCCGGCGGTACTGACCCTGCGTGGCACCAGTGCGCCGATCGTCACCAACCGCCTCGCGGTGGCTGGCTTGTCGACCGGTAAAGTCGTGGCCCTGGATATTTCCAACGGCGTACCGGTCTGGGAACAGCGCGTAGCGATCCCGCAAGGTCGTTCGGAGCTGGAGCGTGTGGTCGACATCGACGGCGGCCTGCTGCTGTCCGGCGGTACGCTGTACGTCGCCAGTTACCAGGGCCGCGTTGCGGCGCTGGACCTGGAAAGCGGCCGTCCGTTGTGGCAGCGCGATGCGTCGAGCTACGCCGGTGTCGCCCAAGGTTTCGGTAGCGTCTACGTGAGCCTGTCCTCGGGCACCGTCGAAGGTGTTGACGAGCGTTCCACCACCGCATTGTGGAGCAACGACTCCCTGGCCCGTCGCCAACTGTCGGCCCCGGAAGTGTTCTCCAGCTACGTTGCAGTGGGTGACCTGGAAGGTTACCTGCACCTGCTCAGCCAGGTTGACGGTCGTTTCGTCGGTCGCGAGCGCATCGACAGCGACGGCCTGCGTGCCCGTCCGCTGGTGGTGGGAAACATGATCTATGTGTATGGCAACAGCGGCAAACTGGAAGCCCTGACCATCAAGTAA MKPQSVACKSSWTTWPKGMRDVIRWKHAALLALAILAAGCSSNSKKELPPAELTDFKEEVVLQKQWSRSIGDGQGETYNMLVPAIDGDTLYAGDVTGVVMAMDRMSGDVKWEKDLELPVSGAVGVGYGLVMIGTLKGEIVALDASSGEERWRARVTSEVLAPPATNGDVVVVQTQDDRLIGLDAATGNQRWLYDSTPAVLTLRGTSAPIVTNRLAVAGLSTGKVVALDISNGVPVWEQRVAIPQGRSELERVVDIDGGLLLSGGTLYVASYQGRVAALDLESGRPLWQRDASSYAGVAQGFGSVYVSLSSGTVEGVDERSTTALWSNDSLARRQLSAPEVFSSYVAVGDLEGYLHLLSQVDGRFVGRERIDSDGLRARPLVVGNMIYVYGNSGKLEALTIK NA NA NA NA NA D1-35_00020 1473 der COG1160 GTPase Der ATGGTTCCCGTAATCGCCCTGGTGGGCCGACCGAACGTCGGCAAGTCCACCTTGTTCAACCGCCTGACCAGGACTCGCGACGCTATCGTCGGCGACTTGTCCGGTCTGACCCGTGATCGCCAATACGGTGAGGCCAAGTGGCAAGGGCGTACCTATATTCTGGTCGACACCGGTGGCATCTCCGGTGATGAACACGGCATGGACGAAAAAATGGCCGAGCAGTCGCTGCTCGCCATCGAAGAAGCCGATGTGGTGCTGTTCCTGGTAGACGCCAAGGCCGGTTTTACCGCCGCCGACCAGATGATCGCCGAGCATTTGCGCAAACGTAACAAGCGTTCCTATGTGGTCGCCAACAAGGTCGACAATATCGACCCGGACATGGCTCGCGCCGAGTTCGCACCTTTGGGCATGGGCCAGGCGATTCCGATCGCCGGTGCCCACGGTCGCGGCATCACCCAGATGCTGGAAATCGCCCTGGCTGATTTCCCCAAGGACGATGAAGACGAGCCGGAAGAGGGCGAGGAAGAAGTCGTTGCCGAGGGCGAGGAAGCCAAGCGCATTCCGGGTCCGAGCGAAAAGGACGGCATCAAGATCGCTATCATCGGCCGCCCGAACGTCGGCAAGTCGACGCTGGTCAACCGCATGCTCGGTGAAGACCGGGTCATCGTCTACGACCAGCCCGGCACCACCCGTGACAGCATCTACATTCCCTTCGAGCGTAACGAAGAGAAGTACACGCTGATTGACACGGCCGGTGTGCGCAAGCGCGGCAAGATCCACGAAGAAGTCGAAAAATTCTCCGTGGTCAAAACGCTGCAGGCGATCAAAGACGCCAACGTGGTCATCTTCGTGATGGACGCCCGCGAAGGCGTGGTCGATCACGACTTGAACCTGCTGGGCTTCGCCCTGGAAGCCGGTCGTGCACTGGTCATCGCGATCAACAAGTGGGACGGCATGACGCCGAGCGAGCGCGATTACGTCAAGGTCGAACTGCAGCGTCGGCTGTTCTTCGTCGACTTTGCCGACATCCACTTCATCTCGGCCCTGCACGGTACCGGCGTGGGCAACCTCTACGCCTCGGTGCAGAACTCGTTCAAGTCGGCGGTTACCCGCTGGCCGACCAACCGCCTGACCCAGATTCTCGAAGACGCGGTCGGCGAGCATGCGCCACCGATGGTCAACAACCGCCGGATCAAGCTGCGCTACGCCCACTTGGGCGGTGCCAACCCACCGATCATCGTGATCCACGGTAACCAGATCGAGAAGGTGCCCAAGTCCTACGTTCGTTATCTGGAAAACACTTACCGTCGCGTCCTGAAGCTGGTCGGCACGCCGATCCGCATCGAGTTCAAGGGCGGCGAGAACCCGTACGAAGGCAACAAGAACACGCTCACCGACCGCCAGGTCAACAAGAAGCGCCGCTTGATGTCGCACCACAAGAAGGCCGACAAGAAGCGCCGCGACAAGCGCTGA MVPVIALVGRPNVGKSTLFNRLTRTRDAIVGDLSGLTRDRQYGEAKWQGRTYILVDTGGISGDEHGMDEKMAEQSLLAIEEADVVLFLVDAKAGFTAADQMIAEHLRKRNKRSYVVANKVDNIDPDMARAEFAPLGMGQAIPIAGAHGRGITQMLEIALADFPKDDEDEPEEGEEEVVAEGEEAKRIPGPSEKDGIKIAIIGRPNVGKSTLVNRMLGEDRVIVYDQPGTTRDSIYIPFERNEEKYTLIDTAGVRKRGKIHEEVEKFSVVKTLQAIKDANVVIFVMDAREGVVDHDLNLLGFALEAGRALVIAINKWDGMTPSERDYVKVELQRRLFFVDFADIHFISALHGTGVGNLYASVQNSFKSAVTRWPTNRLTQILEDAVGEHAPPMVNNRRIKLRYAHLGGANPPIIVIHGNQIEKVPKSYVRYLENTYRRVLKLVGTPIRIEFKGGENPYEGNKNTLTDRQVNKKRRLMSHHKKADKKRRDKR NA NA NA NA NA D1-35_00021 1149 ybdL COG0436 Methionine aminotransferase ATGATCACCAGCAAGTTGCCGAATGTCGGCATCACCATTTTTACCCAGATGTCCCAGCTTGCCGCGCAGACCGGTGCGCTGAACCTGTCCCAGGGCTTTCCCGATTTCGATGGCCCGCAGGCCCTGCGCGATGCAGTGGGCCGGCATATCGCCCAAGGCCACAATCAATATTCGCCGATGACCGGCCTGCCAGCCCTGCGCCAGCAGATCGCGGCAAAGATCGCCCGCAGCTATGGCGCCAGCGTCGACGCCGATCAGGAAGTCACCGTGACCCCCGGCGCGACCCAGGCGATTTTCTGCGCCATCGCGGCGGTGGTACACAGCGGCGACGAAGTGATCGTCTTCGACCCAGCGTACGACAGCTACGAACCTGCCGTGCAACTGGCCGGCGGGCGTTGCGTACATGTGCAACTGGGCCTGGATGATTTTGCCATCGACTTCCAGAAGCTTGGCGAAGCCCTGAGTCCGCGCACGCGAATGATCATCCTCAACACGCCGCACAACCCCAGCGGCGCATTGATCAGCCGCGCCGAGCTGGACCAGTTGGCGGCGTTGATTCGCGACCGCGACATCTACCTGATCAGCGATGAGGTTTATGAGCATCTGGTATTCGACGACGTGCCCCATGTCAGCGTCCTTGCCCACGAAGAGCTTTATCGCCGTGCCTTCGTCGTCAGTTCGTTCGGCAAGACCTACCACGTCACGGGCTGGAAAACCGGCTACGTCGTCGCGCCAGCGGCCCTGACGGCGGAGCTGCGCAAGGTGCACCAGTACGTCAGTTTCTGCGGGGTGACACCGTTGCAATACGCGTTGGCCGACTACATGGCCGAGCATCCGGAGCATGTCGATGAACTGCCGGATTTCTATCAGGCCAAGCGCGACCTGTTCTGCGATCTGCTGGCGCCGTCGCGCTTCACTTTCCAGCGTGTCGCCGGCACGTATTTCCAGTTGGTGGATTATTCGCAGATCCGCCCGGACCTCAATGACGTCGACATGGCGCTCTGGATGACCCGCGAACACGGCGTGGCGACCATTCCGATCTCGGTGTTCTACCAGAACCCGCCGCAGGGCCAGCGCCTGGTGCGCCTGTGTTTTGCCAAACGCGAGGAGACGCTGCGCGAAGCGGCGGAAAAACTATGCGTGATCTGA MITSKLPNVGITIFTQMSQLAAQTGALNLSQGFPDFDGPQALRDAVGRHIAQGHNQYSPMTGLPALRQQIAAKIARSYGASVDADQEVTVTPGATQAIFCAIAAVVHSGDEVIVFDPAYDSYEPAVQLAGGRCVHVQLGLDDFAIDFQKLGEALSPRTRMIILNTPHNPSGALISRAELDQLAALIRDRDIYLISDEVYEHLVFDDVPHVSVLAHEELYRRAFVVSSFGKTYHVTGWKTGYVVAPAALTAELRKVHQYVSFCGVTPLQYALADYMAEHPEHVDELPDFYQAKRDLFCDLLAPSRFTFQRVAGTYFQLVDYSQIRPDLNDVDMALWMTREHGVATIPISVFYQNPPQGQRLVRLCFAKREETLREAAEKLCVI PGPT0020025_883 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020025-ybdL-K14287 NA NA D1-35_00022 795 yafV Omega-amidase YafV ATGCGTGATCTGAGCGCGTTGCCCAATCTGAACATTGCCTTGATCCAGACTACGCTGGCCTGGCATGACCGCGGGGCCAACCTGGAACATTTTGACGCGCTGCTCGAACAGGCGCGCGGGGCGGACCTGATCATCCTGCCGGAAATGTTCACCACCGGTTTTTCCATGGAGTCCGAGGCCCTGGCCGAGCCGGAGAACGGCCCCGCCAGCCAGTGGCTCAAGGCCCAGGCGGCAAAGCTGGACGCCGTGATCACCGGCAGCGTGATCATCCAGGCCGCCGACGGCAGCCATCGCAATCGCTTGCTGTGGGCGCGTCCGGATGGCGAGGTGCTGCATTACGACAAGCGTCATCTGTTTCGCATGGCCGGCGAGCACAACCATTACACACCGGGTGACCAGCAGGTGTTGTTCGAGCTCAAGGGCTGGCGGATTCGGCCGCTGATCTGCTACGACCTGCGCTTCCCGGCTTGGAGTCGCGATGCCGAGGACACCGACCTGTTGCTATACACCGCCAACTGGCCGGGCGCCCGGCGTCAGCACTGGAACCGGCTGCTGCCGGCACGGGCCATCGAAAATCTCTGCTATGTGGCGGCGGTGAACCGGATCGGCACCGACGGCAAGGGCTTCGCTTATACCGGAGACAGTCAGGTGCTGGACTTTCAGGGCGAGACGCTGCTCAGTGCCGGCGACGCCGACGGCGTGTTCACGGTGTGCCTGAGCGCGGCGGACCTGGCGGCGTATCGCACACGCTTTCCGGCGAACCTGGACGCTGATCGCTTCGAATTCATCTATTGA MRDLSALPNLNIALIQTTLAWHDRGANLEHFDALLEQARGADLIILPEMFTTGFSMESEALAEPENGPASQWLKAQAAKLDAVITGSVIIQAADGSHRNRLLWARPDGEVLHYDKRHLFRMAGEHNHYTPGDQQVLFELKGWRIRPLICYDLRFPAWSRDAEDTDLLLYTANWPGARRQHWNRLLPARAIENLCYVAAVNRIGTDGKGFAYTGDSQVLDFQGETLLSAGDADGVFTVCLSAADLAAYRTRFPANLDADRFEFIY NA NA NA NA NA D1-35_00023 423 hypothetical protein ATGACCAGTATCAGCGCAACGACCGTAAACCCTTATCCGCTGTCGGCCCCCAAAGTCTCCATCAGGGGCGCCGAGGAAGAGAAAGCCGTCAGTCCGGTGGTATCGCCTGACACCGGCGAAGAGAAGGACAAGGACAAAGAACTGAAAGTCGACACCAGCGGCGCAAATATCGCCGGTGTTGGCGGCAGCAACGGCAGCAATATCATCGAGCAGCTGAAGAAGCAGATCGAGCGGACCGAAAAGTTGCTGGCCGACCAGCAGGCCCAATTGGCCCGCGTGCAGAAAAGCCGAGCCAATGAGGAGCAGAAAGCCCAGCAGGCCATGGCGATCCAGACCCAGATCATGGGGACCCAGGCGACTTTGCAGACTTTGCAGGCCGCGCTGCTGCAGGCGATGACGGTTTCGATCGATACCCATGCCTGA MTSISATTVNPYPLSAPKVSIRGAEEEKAVSPVVSPDTGEEKDKDKELKVDTSGANIAGVGGSNGSNIIEQLKKQIERTEKLLADQQAQLARVQKSRANEEQKAQQAMAIQTQIMGTQATLQTLQAALLQAMTVSIDTHA NA NA NA NA NA D1-35_00024 1680 leuA COG0119 2-isopropylmalate synthase ATGAGCATGCTCAAAGACCCGTCTTCGAAGTACCGCGCCTTCCCGACCATCAACCTGCCGGATCGCACCTGGCCGTCGAAGACCATCACCGCCGCGCCGATCTGGTGCAGTTCCGACCTGCGTGACGGCAACCAGTCGCTGATCGAGCCGATGGATGCGGCCAAGAAGCTGCGCTTCTGGAAAACCCTCGTTGCAGTGGGCGTGAAGGAAATCGAAGCATCGTTCCCGGCCGCTTCGCAGACTGACTTCGACTTTGTGCGCACCCTCATCGAAGAAGGCCACATCCCGGACGACACCACCATCCAGGTGCTGACCCAGGCCCGTGAAGACCTGATCGCTCGCACCTTCGAGTCCCTGCGTGGCGCGAAGAAAGCCATCGTCCACCTGTATAACGCCACCTGCCCGTCGTTCCGCCGCATCGTGTTCAACCAGGACAAGGAAGGCGTGAAGGAAATCGCCGTGAACGCGGCCAAGCTGTTCGTCAAATACGCCGCCCAGCAGCCGGAAACCCAATGGCAGTTCGAGTACTCGCCAGAAACCTTCAGCGCGACCGAGCTGGAGTTCGCCAAGGAAGTCTGCGATGCGGTGATCGAAGTGTGGAACCCGACGCCTGAGCGCAAGGTGATCCTCAACCTGCCGGCCACCGTCGAAGTCGCCACTCCGAACATCTACGCCGACCAGATCGAGTGGTTCCACCGCAACATCACCCGGCGTGACAGCGTGCTCATCAGCCTGCACACCCACAACGACCGTGGCACCGGCGTGGCCGCCACCGAGCTGGGCCTGATGGCCGGCGCCGACCGTGTCGAAGGCTGCCTGTTCGGCAACGGCGAGCGCACCGGCAACGTCGACCTGGTGACCGTGGCGCTGAACCTCTACACCCAGGGCATCGACCCTGAGCTGGACTTCTCCGACATCGACGGCGTGCGCAAGGTCGTCGAGGAATGCAACCAGATCCCGGTCCACCCACGTCACCCGTATGTCGGCGACCTGGTCCACACCGCGTTCTCCGGCTCGCACCAGGACGCAATCCGCAAGGGCTTCGCCCAGCAGAAACCGGATACCCTGTGGGAAGTACCGTACCTGCCGATCGACCCGGCCGACATCGGCCGCAGCTACGAAGCGGTGATCCGCGTGAACAGCCAGTCGGGCAAGGGCGGCATCGCCTACCTCCTGGAGCAGGAATACGGCATCAGCCTGCCGCGCCGCATGCAGATCGAGTTCAGCCAGGTGGTACAGCGTGAAACCGATCGCCTGGGCCTGGAAATGACTGCCCAGCAGATCCACGCCCTGCTTCAGCGCGAATATCTGCAAGCCAACACTCCGTACGCGCTGGTCAGCCATCGCCTGCAGGAAGAGAACGGCAACAGCGCCGTGGAAGTGGAAGTCGCCAGCAAGGGCCAGGGCGAGACCAACCTGCACTGGCGTGGCCGAGGCAACGGCGCGCTGGAAGCGCTGGTGGCCGGGCTGCCGATTCCGGTGGAAATCATGGACTACAACGAACACGCCATCGGCGCCGGCACCAACGCCAAGGCTGCGGCGTACATCGAACTGCGCGTCAACGGCGAACGTGCGGTGCATGGCGTGGGCATCGATGAAAACATCACCACGGCGAGCTTCAAGGCGCTGTTCAGCGCACTGAACCGCTCGCTGAGCCAGCCGGAAGCCAAGGCGGCTTGA MSMLKDPSSKYRAFPTINLPDRTWPSKTITAAPIWCSSDLRDGNQSLIEPMDAAKKLRFWKTLVAVGVKEIEASFPAASQTDFDFVRTLIEEGHIPDDTTIQVLTQAREDLIARTFESLRGAKKAIVHLYNATCPSFRRIVFNQDKEGVKEIAVNAAKLFVKYAAQQPETQWQFEYSPETFSATELEFAKEVCDAVIEVWNPTPERKVILNLPATVEVATPNIYADQIEWFHRNITRRDSVLISLHTHNDRGTGVAATELGLMAGADRVEGCLFGNGERTGNVDLVTVALNLYTQGIDPELDFSDIDGVRKVVEECNQIPVHPRHPYVGDLVHTAFSGSHQDAIRKGFAQQKPDTLWEVPYLPIDPADIGRSYEAVIRVNSQSGKGGIAYLLEQEYGISLPRRMQIEFSQVVQRETDRLGLEMTAQQIHALLQREYLQANTPYALVSHRLQEENGNSAVEVEVASKGQGETNLHWRGRGNGALEALVAGLPIPVEIMDYNEHAIGAGTNAKAAAYIELRVNGERAVHGVGIDENITTASFKALFSALNRSLSQPEAKAA NA NA NA NA NA D1-35_00025 822 hypothetical protein ATGCCGCGATTTCTCGCTCCACTGCTCTTGCTGTGCATCGCCGCCAACGCCCAGGCTGACAGCTACATCACTCGCCTGCTGAACAAGCCGGTGCCCGGCGGCGTGGCCGTGGTGGATCTGGGCAGCGCGGCCCAGGCGCCGAAAGCCACGTACCAGGGCAAACCGGTGCTGGTGGTCAAGGAACAGCAGAACTGGCTGGCAATTGTCGGCATTCCGCTGACCGTCCAACCCGGCACCCAGCAGATCAGCAGTGGTGGCGCCACCCAGCCCTTCGTGGTTGGCTACAAGAAATACCCCGAGCAGCACATCACCCTGAAAAACAAGCGCCAGGTCAATCCGGACCCTGCGGATCTGAAGCGCATCGAGGGCGAGCTTGCGGTGCAGTTGAAGGCCTACCGCAGCTTCAGCCCCAACATCCCCAGCAACCTGCTGCTGGACAAACCGGTGAACGGCCCGCTGTCGAGCAAGTTCGGGGTGCGCCGCTTTTTCAACGGCGAAGAGCGCAACCCTCATTCCGGCCTGGACTTCGCCGTGCCCGCCGGCACGCCGATCAAGACCCCGGCCGCCGGCAAGGTGATCCTCACCGGCAACTACTTTTTCAATGGCAACACCGTGTTCGTCGACCATGGCCAAGGCTTCATCAGCATGTTCTGCCACATGTCGAAGATCGACGTGAAGGTCGGCCAGCAACTGGCGCGCGGCACCGTGGTCGGCAAGGTTGGCGCCACCGGCCGCGCAACCGGGCCGCACATGCACTGGAACATCAGCCTGAATGATGCGCGGGTGGATCCGGCGATCTTTATCGGGGCGTTTCAGCCCTGA MPRFLAPLLLLCIAANAQADSYITRLLNKPVPGGVAVVDLGSAAQAPKATYQGKPVLVVKEQQNWLAIVGIPLTVQPGTQQISSGGATQPFVVGYKKYPEQHITLKNKRQVNPDPADLKRIEGELAVQLKAYRSFSPNIPSNLLLDKPVNGPLSSKFGVRRFFNGEERNPHSGLDFAVPAGTPIKTPAAGKVILTGNYFFNGNTVFVDHGQGFISMFCHMSKIDVKVGQQLARGTVVGKVGATGRATGPHMHWNISLNDARVDPAIFIGAFQP NA NA NA NA NA D1-35_00026 1389 xseA COG1570 Exodeoxyribonuclease 7 large subunit ATGCCGCCCATGATTAAAGATCCCTTTGCCCGACTGGGCCTGGACCGCGAGGTCCTGACTGTCAGCCAGCTCAACGGCCGTGCGCGGGTGTTGCTCGAAGACGTGTTCAGCAACATCTGGGTCGAGGGCGAGATTTCCAACCTCGCCCGCCCCGCCTCCGGCCACGTGTATTTCACGCTCAAGGACAGCGGCGCCCAGGTGCGTTGCGCGCTGTTCCGACAGAACGCCGCTCGGGTGCGCCAGGCATTGAAAGACGGGCTGGCGGTGAAGGTACGCGGCAAGGTCTCGCTGTTCGAGGGCCGTGGCGACTATCAACTGATCCTCGACACCGTGGAGCCGGCCGGCGATGGTGCCCTGCGCCTGGCGTTCGACGCCCTGAAGGAAAAGCTCAGCGCCGAAGGCCTTTTCAGTGCCGAGCGCAAGGTACCGCTGCCGGCCCATCCGCAACGCATCGGCATCATCAGTTCGCCCACCGGCGCGGTGATCCGCGACATCATCAGCGTGTTCCGTCGCCGCGCGCCGCAGATTTCCCTGACCTTGATTCCGACAGCCGTGCAGGGCCGTGAAGCCACCGCACAGATCGTCCGCGCGCTGAAACTGGCCGATGCCCGAGGCTTCGATGCGCTGATCCTGGCCCGGGGCGGCGGTTCGCTGGAAGACCTGTGGTGCTTCAACGAAGAAGCCGTGGCTCGTGCGGTAGACGCCTGCGTCACGCCCATCGTCAGCGCGGTAGGCCATGAGACCGACGTCTCCATCAGCGATTTCGTCGCCGATGTGCGCGCCCCGACTCCGTCCGCCGCCGCCGAACTGCTCGCACCGGACGCCGGCGACCTGGTGCGCCGGGTCGAAAGCCTGCACCGGCGCCTGGTGATGCGCATGCGCGACCGCCTGATGCGCGACCAGTTGCGCCTCGAAGGCCTCATTCGCCGCCTGCGTCACCCCGGTGAACGCCTGCGCCAGCAAGCCCAGCGCCTCGACGACCTGGACATGCGCATGCGCCGGGCCTTCGAACGCAGCCTCAATACCCGCCGCGAACGCCTGATTCGCCTGGAAACCCGCCTGGCCGGGCAACATCCGGGCCGTCAGCTGGCCATGTTGCGCCATCGCCTCGACAGCCTCGCCGAACGCCTGCCCCGAGCCATGCGCGAAGGCCTGAAAACCCGCCGCGTACAGTTGCACAACCAGATGCAGACGCTGCACATCGTCAGCCCACTGGCGACCCTTGGCCGTGGCTACAGCATCCTGCTCGACGAACGCGGCCATGCGATCCGCAACGCCGGACAAACCCGCACCGGCCAGCGCCTGACCGCCAGGCTCGGCGAAGGGGAACTGCTGGTGCGGGTCGAAGACAATCACCTGACACCGGTCACCCTTTCTCTACTGGATTGA MPPMIKDPFARLGLDREVLTVSQLNGRARVLLEDVFSNIWVEGEISNLARPASGHVYFTLKDSGAQVRCALFRQNAARVRQALKDGLAVKVRGKVSLFEGRGDYQLILDTVEPAGDGALRLAFDALKEKLSAEGLFSAERKVPLPAHPQRIGIISSPTGAVIRDIISVFRRRAPQISLTLIPTAVQGREATAQIVRALKLADARGFDALILARGGGSLEDLWCFNEEAVARAVDACVTPIVSAVGHETDVSISDFVADVRAPTPSAAAELLAPDAGDLVRRVESLHRRLVMRMRDRLMRDQLRLEGLIRRLRHPGERLRQQAQRLDDLDMRMRRAFERSLNTRRERLIRLETRLAGQHPGRQLAMLRHRLDSLAERLPRAMREGLKTRRVQLHNQMQTLHIVSPLATLGRGYSILLDERGHAIRNAGQTRTGQRLTARLGEGELLVRVEDNHLTPVTLSLLD NA NA NA NA NA D1-35_00027 888 putative metallo-hydrolase ATGCGTATCCATCACCTGAACTGCGGATGCATGTGCCCGGTAGGCGGGGCGCTATTCGATGGTTACAGCCGGGGGCTGACGGCGTGCCTGGTGTGTCATTGCCTGCTGGTTGAAACCGACACCAACGGCCTGGTCCTGGTGGACACCGGGTTTGGCCAGCGGGATGTGCAGACGCCGCAACGGCTGAGCCGATTCTTTCGAGTGTTCAACAACATCCAGTTCGAGCATCGCCTCACGGCTTTGGAGCAGGTGCGGCGATTGGGTTTCGAGGCCAACGATGTACGGCACATCCTGCTGACGCACCTGGATTTCGATCACGCCGGCGGGCTCCAGGATTTTCCCCAGGCCCGGGTGCATGTAATGCGCGACGAGATGGCGACGGCCCGCAGCGCCGACACCTGGATAAGTCGACGACGGTTCCAGGCGCGGCAGTGGCAGGGCGTCGATAGCTGGGAGTTCTATGCCCCCGAAGGCGATACCTGGTTCGGCTTCGATTCGGTGCGCGCACTGATCGGCGCCGAGGAAGAGGACATTTTCCTGGTGCCGCTTCAGGGACACACCGCCGGACATGCCGGGATCGCGCTGCGCACTCCGGACGGTTGGCTGCTGCACGCCGGTGATGCCTATTTTTTCCATGACGAGGTCCATCAACCCGAGCGCCATTGCCCACCGGGGCTGAGGTTCTACCAATACATGATGGACACCTACCGTTCGGCACGGATGCGCAACCAGGATCGCCTTCGCGAGTTGGCGCAAGTCCAGAACGGGCACGTCGAGATTTTCTGCAGTCACGATGCCAGGGAATGGGAGCGGGCCGTAAACCAGGCGCACACGGTGCGGGTGGATTCCACCGCCATGTCGCCGGCCGCCGGCAGACAATCTTCCTGA MRIHHLNCGCMCPVGGALFDGYSRGLTACLVCHCLLVETDTNGLVLVDTGFGQRDVQTPQRLSRFFRVFNNIQFEHRLTALEQVRRLGFEANDVRHILLTHLDFDHAGGLQDFPQARVHVMRDEMATARSADTWISRRRFQARQWQGVDSWEFYAPEGDTWFGFDSVRALIGAEEEDIFLVPLQGHTAGHAGIALRTPDGWLLHAGDAYFFHDEVHQPERHCPPGLRFYQYMMDTYRSARMRNQDRLRELAQVQNGHVEIFCSHDAREWERAVNQAHTVRVDSTAMSPAAGRQSS NA NA NA NA NA D1-35_00028 243 hypothetical protein ATGCCTGCTTCTCATGATCTCTACCAAGATTTGAATTGCAGCAAAGAGACGGTCCAACAGCGTCGCCAGCAAGACCCGGAACTTGCTCGGCTGCTGGACGAATACACGGACGTGGATAACCAGGTCCTGGCCGCCGAATCGATATCGGCGGGCAACGTCGAGGATGATGACATCCGCAGACTCAAGGAACAGCGTCTGTCGATAAAAGACAAGATCGCTCAGCAACTGACAGCCACTCAATAA MPASHDLYQDLNCSKETVQQRRQQDPELARLLDEYTDVDNQVLAAESISAGNVEDDDIRRLKEQRLSIKDKIAQQLTATQ NA NA NA NA NA D1-35_00029 933 cyoA_1 COG1622 Cytochrome bo(3) ubiquinol oxidase subunit 2 ATGCGAACTCGACTGCCTTGGCATTTATCAAGGTTGTTGCTGGTCGGCGGGATGCTGTTGCTCGGCGGTTGCGACATGGTGTTGTTCAATCCCAAGGGACAGGTCGGCGTTGACCAACGCAACTTGATCATTCTCTCGACGCTGTTGATGTTGCTGGTGGTGGTGCCGGTCATCGTCATGGCGTTGGTCTTTTCCGTGAAGTACCGCGCCTCCAACACCAAGGCCAAGTACACGCCGGAGTGGGCCCATTCACGCAAGATCGAAACGGTGGTCTGGGGCGTCCCGTTGGTGATCATCATCATTCTCGGCGTGGTTACCTGGAAGTCGACCCATGCGCTGGATCCGTACCGACCGCTGGATTCGGACGTCAAGCCGCTGGTGGTGCAGGTCATCGCGACCGACTGGAAATGGCTGTTCATCTATCCGGAGCTGGGCATTGCCTCGGTCAACGAACTGGCCATGCCACTGGACACACCGGTGAATTTTCGCGTGACCTCGGACGGCGCCATGACCTCGTTTTTCATTCCGGCGCTGGGCGGGCAGATCTATGCCATGGCCGGCATGCAGACCCAACTGCACCTGATCGCCAACGAGGCCGGGGAGTACCGGGGCATCGCCGCCAACTACAACGGCCCGGGTTTCTCCGACATGCATTTCCGGACCCTCGCCACCGATGCGGCGGGCTTCGACAAGTGGGTCGCCGACGTGCGGGCGGGGCAAGGACGGTTGGACAAGGACAGTTATGCCCGACTTGCCAAGCCGACGTTCAAGCACCCGGTTGAACATTACGCATCGGTCCAGCCGGACTTGTTCCAGAGCATCATCGACAAATACGAAGGCATGAATCGTTCCCGTGAAGTCGAGCATCGCATGCACGACATGCAGGGCAGCATCGGGTCTCCCGTCGGGACTCAAAGATCAGCGCAGGAGTAG MRTRLPWHLSRLLLVGGMLLLGGCDMVLFNPKGQVGVDQRNLIILSTLLMLLVVVPVIVMALVFSVKYRASNTKAKYTPEWAHSRKIETVVWGVPLVIIIILGVVTWKSTHALDPYRPLDSDVKPLVVQVIATDWKWLFIYPELGIASVNELAMPLDTPVNFRVTSDGAMTSFFIPALGGQIYAMAGMQTQLHLIANEAGEYRGIAANYNGPGFSDMHFRTLATDAAGFDKWVADVRAGQGRLDKDSYARLAKPTFKHPVEHYASVQPDLFQSIIDKYEGMNRSREVEHRMHDMQGSIGSPVGTQRSAQE NA NA NA NA NA D1-35_00030 1974 cyoB_1 COG0843 Cytochrome bo(3) ubiquinol oxidase subunit 1 ATGTTTGGAAAACTGACGCTTGAGGCGATCCCGACGGATGAGCCGATCATCATGTGGACGCTGGCGGTGGTGGGACTGGTCGTCTTGGCCGGCATGGGTGCCATCACCTACTACCGCAAATGGACCTATCTGTGGAAAGAGTGGTTTACCTCGGTGGACCACAAACGCATCGGCGTGATGTACATCGTCGTGGCGCTGGTGATGCTGCTGCGCGGTTTCTCCGACGCGATCATGATGCGCACGCAACAGGCCATGGCGTCCGACGGCTCGCCCGGTTACCTGCCGCCGGAACACTACGACCAGATATTCACTGCCCACGGCGTGATCATGATTTTTTTCATGGCGATGCCGCTGGTGGTGGGCTTGATGAACATCGTCGTGCCGTTGCAGATTGGCGCCCGGGACGTGGCGTTCCCGTTCCTCAACGCGTTGAGTTTCTGGCTGTTCGTGGCCGGCGCGATGCTGGTGAATGTTTCCCTGGCGGTCGGCGAGTTTGCGCGCACCGGTTGGGTCGCCTATCCGCCGTTATCCGGGTTGTCCTATAGCCCCGGGGTCGGGGTGGACTACTACATATGGTCATTGCAGATATCCGGCGTCGGGACGTTGCTCACCGGGGTAAATTTCTTCGTCACCATCCTGAAAATGCGTACGCCGGGCATGACCCTCTTCCGCATGCCGGTGTTTACCTGGACGGTACTGTGCACGGCTGTGCTGATCCTGGCGTCATTCCCGATCCTCACCGCGACGCTGTTCATGCTCAGCCTCGACCGCTATCTGGACATGCACTTTTTCACCAACGAGCTGGGCGGCAACCCGATGATGTACGTCAACCTCATCTGGGCCTGGGGCCATCCGGAGGTGTACATCCTGATCCTGCCGGCGTTCGGTATTTTCTCCGAGGTAGCTTCCACATTCAGCCGCAAGCGCCTGTTCGGTTATCACTCGCTGGTGTGGGCGACGATTGTCATCACCATCCTGTCCTTCATCGTCTGGGTGCACCACTTCTTCACCATGGGTTCGGGGGCGAGCGTCAACGCGTTCTTCGGCATCATGACCATGATCATCGCCGTGCCCACCGGGGTGAAGATATTCACCTGGCTGTTCACTATGTATCGGGGGCGCGTGCGCTTCGAAACGCCGATGCTGTGGACCGTCGGCTTCATCGTCACTTTCAGCATCGGCGGCATGACCGGGGTGCTGCTGGCGGTGCCCGGGGCGGATTTCCTGCTGCACAACAGCCTGTTTCTGATCGCGCACTTTCATAACGTGATCATCGGCGGCGCCGTGTTCGGCTACCTGTGTGGACTGACTTACTGGTTCCCCAAGGCGTTCGGCTTCAAGCTTCACGATCGCCTGGGCCGGGCGGCGTTCTGGTGCTGGATCATCGGCTTCTACTTCGCCTTCATGCCGTCCTACTTCCTTGGCTTCATGGGCATGACCCGGCGCCTCAACCATTTCGACGTACCCGAATGGCGGCCCTGGCTGGAGCTGGAGTTGCTCGGCGTCGGCATCATCCTCTGCGGCGTGGTCTGCCAGATCCTGCAGTTCTATTTCAGCATTCGCCAGCGTCACCAGAACCGTGACCTGACAGGCGATCCGTGGGACGGTCGCACCCTGGAATGGTCCACCGCCTCGCCGCCGCCGCTCTACAACTTCGCCCAACAACCGGTGGTGGAGGGCATCGACGCCTACTGGGGCATGAAGGAACGCGGCCAGAAGACCGCCGTCGAAGCCGATTTCCAAGCCATCCACATGCCGCGCAACACCGCGATGGGCCTGGTCATCAGCCTGTTCAGCCTGATCATGTGCTTCGCCCTGGTCTGGCATATCTGGTGGCTGGCCATCGTCGGGCTGGTTGCGACCATTGGTGGGGTGATCTGGCGCAGCGCCGATGACGACATCGATTACTACGTGCCCGCCGAAGAGGTAGCGCGCATCGAAAACCAACGTATCAAGGCACTGGCGGAGGCTTGA MFGKLTLEAIPTDEPIIMWTLAVVGLVVLAGMGAITYYRKWTYLWKEWFTSVDHKRIGVMYIVVALVMLLRGFSDAIMMRTQQAMASDGSPGYLPPEHYDQIFTAHGVIMIFFMAMPLVVGLMNIVVPLQIGARDVAFPFLNALSFWLFVAGAMLVNVSLAVGEFARTGWVAYPPLSGLSYSPGVGVDYYIWSLQISGVGTLLTGVNFFVTILKMRTPGMTLFRMPVFTWTVLCTAVLILASFPILTATLFMLSLDRYLDMHFFTNELGGNPMMYVNLIWAWGHPEVYILILPAFGIFSEVASTFSRKRLFGYHSLVWATIVITILSFIVWVHHFFTMGSGASVNAFFGIMTMIIAVPTGVKIFTWLFTMYRGRVRFETPMLWTVGFIVTFSIGGMTGVLLAVPGADFLLHNSLFLIAHFHNVIIGGAVFGYLCGLTYWFPKAFGFKLHDRLGRAAFWCWIIGFYFAFMPSYFLGFMGMTRRLNHFDVPEWRPWLELELLGVGIILCGVVCQILQFYFSIRQRHQNRDLTGDPWDGRTLEWSTASPPPLYNFAQQPVVEGIDAYWGMKERGQKTAVEADFQAIHMPRNTAMGLVISLFSLIMCFALVWHIWWLAIVGLVATIGGVIWRSADDDIDYYVPAEEVARIENQRIKALAEA PGPT0004025_429 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D1-35_00031 615 cyoC_1 COG1845 Cytochrome bo(3) ubiquinol oxidase subunit 3 ATGTCCAATCTCGTTCAGCCACACGCCACCGCGCCGGAATCCGAACACGGTCACTCGGACGCAAGCTCCATGACCCTGTTCGGGTTCTGGATCTACCTGATGACCGACTGCATTCTGTTCGCGACGTTATTCGCGACCTATGCGGTACTCGGCCAGAGCGTCGCCGGCGGGCCCGGCGCCGCCGATATCTTCGAATTGCCCTACGTCCTCACGGAAACTTTCATCCTGCTGTTCAGCAGCATCACCTACGGCTTCGCCATGCTCGCGCTGAGCGCCGGGAACAAGCAGAAGGTATTGGCCTGGCTCGGCCTGACCTTCGTCCTCGGGTTGGCGTTCATCGGCATGGAAATCCATGAGTTCCAGAAACTCATCGCCGAAGGCTACGGCCCCAACCGCAGCGCCTTTCTCACCGGCTTCTTCACGCTGGTGGGCACTCACGGCCTGCACGTCGCCACGGGGCTGCTGTGGATGGCCGTGCTGATGTTCCAGGTGCAACGCAATGGCCTGACCACCGTCAACGCCACCCGCCTGGGCTGCCTGAGCCTGTTCTGGCACTTCCTCGACGTGGTCTGGATCTGTGTGTTTACCGTGGTCTATCTGTTTGGAGTGATGTAA MSNLVQPHATAPESEHGHSDASSMTLFGFWIYLMTDCILFATLFATYAVLGQSVAGGPGAADIFELPYVLTETFILLFSSITYGFAMLALSAGNKQKVLAWLGLTFVLGLAFIGMEIHEFQKLIAEGYGPNRSAFLTGFFTLVGTHGLHVATGLLWMAVLMFQVQRNGLTTVNATRLGCLSLFWHFLDVVWICVFTVVYLFGVM PGPT0004035_2439 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D1-35_00032 330 cyoD_1 COG3125 Cytochrome bo(3) ubiquinol oxidase subunit 4 ATGAGCAGTCATCAGAGCAGCGTCGATGCCAGCCACGGCAGCGCAAAATCCTACCTCACCGGGTTCGTTCTGTCGGTCATCCTCACCGTTATCCCGTTCGCCCTGGTGATGTATCCCACATTGCCCAAGCCCTTGACGGCCGGGATCGTGGCGATTTTTGCGGTGATCCAGATCGTTGTGCACCTGATCTATTTCCTGCACCTGAACTTCTCACCGCAACAACGCTGGAACCTGACGGCCCTGGTGTTCTCGACCGTGGTGATTGCGCTGTTGGTGGGGCTGTCGCTGTGGATCATGTACAGCGTGCATCACAACATGTTGGCGCATTGA MSSHQSSVDASHGSAKSYLTGFVLSVILTVIPFALVMYPTLPKPLTAGIVAIFAVIQIVVHLIYFLHLNFSPQQRWNLTALVFSTVVIALLVGLSLWIMYSVHHNMLAH NA NA NA NA NA D1-35_00033 768 hypothetical protein ATGGATCTTTTCTCGTGGTTGGGTGAATGGGCTTTCGCCCCCACGCAATGGCTGGTGATCGGGCTGGCCATTACCCTGGCCTACATCGTGTTCGGCATCGCCGGGTTCGGCACGGCGCTGGTGGCCGCGCCGATCCTGCTGCTGTACATGCCACTGGCGAAAATCATCCCGCTGCTGGTGCTGCTGGATTTTGTCGCGGCATTCGGCAACTTGTTGCCATCGCGTCGGGACGTCGCCCGGCCCGAGTTGCTGCGATTGTTGCCATGCATGGCGGTGGGTTGCACCCTCGGGGTGATTTTCCTGCTCAACCTCAAATCCGACCTGTTGCTGTTGTTGATGGGCCTGTTCATCAGCGCCTATGCGATCTACAGCCTGTGGATAAAGACCCGACCGACGCAGCTGTCGGTGCTGTGGGCGCTGCCGATGGGCACGGTCGGCGGAATGTTCGGCGCGCTGTTTGGCAGCGGCGGCTTTTTATATGCCATTTATTTGAATAGCCGGTTATCCAAGGAGGCGGCCCGGGCGACCCAGAGTGCGCTGATCAGTTGCAGCACGGTGGTGCGCTTGAGTCTGTTCATCGTCGCCGGGGTGTATGCCGAGCTACCCTTGCTGGTACTGGCGCTGTGTTTGTTGCCGGCCATGGCGCTAGGGCTGTGGGTTGGGCGCCGCTTGACCATGAAGATGTCGCGAGAGGCGTTTGTACGACTGGTCACCTGGCTGGTGCTCGCCAGCGGCCTGGCATTGATCGGGCGCTATCTGAGTGCTTGA MDLFSWLGEWAFAPTQWLVIGLAITLAYIVFGIAGFGTALVAAPILLLYMPLAKIIPLLVLLDFVAAFGNLLPSRRDVARPELLRLLPCMAVGCTLGVIFLLNLKSDLLLLLMGLFISAYAIYSLWIKTRPTQLSVLWALPMGTVGGMFGALFGSGGFLYAIYLNSRLSKEAARATQSALISCSTVVRLSLFIVAGVYAELPLLVLALCLLPAMALGLWVGRRLTMKMSREAFVRLVTWLVLASGLALIGRYLSA NA NA NA NA NA D1-35_00034 549 hypothetical protein ATGAATTCGCAAAGCATCATCGTCCCGAAAATTTCCACCTTGCCGGTTCACGAGCCCCGGGCTCGGGCGATCGTGCGCTGGCTGGTGCGCAAGAACATCGTCGAAGAGCAATTGACCACTTGCGGTCGCACTGGCAATCGCATGGCCCACGCCATCGCCCCCGGCGCCCGCCAGGTGGTCCTGCATCCCGACGCGTTGCCGTTCGGCGAGCCGGTCAACGGCCTGGAGATCATCACCAAGCGCTGCATCTACACGCCGGCCAAGGGCTTTCTTGAAGAGGCCGGCTGCGCCGAGTGCCGCAAGGAAATTGGCGAAGCGCTGTTCGAAAGCCTGGAGGAGTGGATGCCGGGTCGCACCGACAACTTCACCTGCCCTGAGTGCGGGCATGAGGATGACATCAACGGGTTCCTGTTCCTGCAACCCTGCGCCTTCTCCAACCTGGGTTTCATCTTCAACAACTGGCTGGAGGCGGGGTTCAGGCAGGAGTTCATCGATGAGTTCGCCGATTGGCTGGACCAGCCGGTGAGTTGGGTGAGGGTGGAGTTGTAA MNSQSIIVPKISTLPVHEPRARAIVRWLVRKNIVEEQLTTCGRTGNRMAHAIAPGARQVVLHPDALPFGEPVNGLEIITKRCIYTPAKGFLEEAGCAECRKEIGEALFESLEEWMPGRTDNFTCPECGHEDDINGFLFLQPCAFSNLGFIFNNWLEAGFRQEFIDEFADWLDQPVSWVRVEL NA NA NA NA NA D1-35_00035 1470 guaB COG0516 Inosine-5'-monophosphate dehydrogenase ATGCTGCGTATCAGCCAAGAAGCTCTGACCTTCGACGACATTCTCCTAGTGCCCGGTTATTCCGAGGTACTGCCTAACGAAGTCAGTCTCAAAACCCGTCTCACCCGTGGCATCGAACTGAATATCCCGCTGGTTTCCGCCGCCATGGACACCGTGACCGAAGCCCGTCTGGCCATTGCCATGGCCCAGGAAGGCGGTATCGGTATCATTCACAAGAACATGACCATCGAACAGCAGGCCGCCGAAGTGCGCAAGGTCAAGCGGTTCGAGGCTGGCGTGGTCAAGGATCCGATCACCATCGAGGCTGACGCCACGGTCCGGGATCTGTTCGAACTGACCCGCATGCACAACATCTCCGGCGTTCCGGTGCTGCACGATGGCGACCTGGTCGGCATCGTCACCTCCCGTGACGTGCGTTTCGAGAATCGCCTGGACGCCAGCGTTCGCCAGGTGATGACTCCGAAAGAGCGTCTGGTCACGGTCAAGGAAGGCACCAGCAAGGACGAAGTCCGCGAATTGCTGCACAAGCACCGCATCGAGCGCGTGCTGATCGTCGACGACAAGTTCGCCCTCAAAGGCATGATGACCGTCAACGATATCGAAAAAGCCAAGGCTTATCCGCTGGCGAGCAAGGACGACCAGGGTCGTCTGCGCGTTGGCGCGGCGGTCGGCACCGGCAAGGACACCGGCGATCGCGTCGCCGCCCTGGTCAATGCCGGCGTTGACGTGGTGGTGGTCGACACTGCCCACGGTCATTCCAAAGGCGTGATCGACCGCGTTCGCTGGGTCAAGCAGAACTTCCCTGACGTCCAGGTGATCGGCGGCAACATCGCCACCGGCGAAGCCGCCAAGGCCCTGGCCGAAGCTGGCGCCGACGCGGTCAAGGTCGGTATCGGCCCTGGCTCGATCTGCACCACCCGCATCGTTGCCGGTGTCGGCGTGCCGCAGATCAGCGCCATCGCCAACGTCGCCGCCGCCCTTGAAGGCACTGGCGTGCCGCTGATCGCCGACGGCGGTATCCGCTTCTCCGGTGACCTGTCCAAGGCCATCGTCGCCGGTGCCTACTGCGTGATGATGGGTTCGATGTTCGCCGGTACCGAAGAGGCGCCGGGCGAGATCGAACTGTTCCAGGGCCGTAGCTACAAGGCTTATCGCGGCATGGGGTCGCTGGGCGCCATGTCCCAGGCCCAGGGCTCTTCCGACCGTTACTTCCAGGACTCCTCCGCGGGTGCCGAGAAGCTGGTGCCGGAAGGCATCGAAGGTCGCGTGCCGTACAAGGGCACCCTGAGCGCGATCATCCATCAACTGATGGGCGGCCTGCGTTCTTCCATGGGCTACACCGGCAGCGCGGACATCGAAGAGATGCGCACCAAGCCGGAATTCGTGCGCATCACCGGCGCCGGCATGGCCGAGTCCCATGTCCACGACGTACAGATCACCAAGGAAGCGCCGAACTACCGTGTAGGTTAA MLRISQEALTFDDILLVPGYSEVLPNEVSLKTRLTRGIELNIPLVSAAMDTVTEARLAIAMAQEGGIGIIHKNMTIEQQAAEVRKVKRFEAGVVKDPITIEADATVRDLFELTRMHNISGVPVLHDGDLVGIVTSRDVRFENRLDASVRQVMTPKERLVTVKEGTSKDEVRELLHKHRIERVLIVDDKFALKGMMTVNDIEKAKAYPLASKDDQGRLRVGAAVGTGKDTGDRVAALVNAGVDVVVVDTAHGHSKGVIDRVRWVKQNFPDVQVIGGNIATGEAAKALAEAGADAVKVGIGPGSICTTRIVAGVGVPQISAIANVAAALEGTGVPLIADGGIRFSGDLSKAIVAGAYCVMMGSMFAGTEEAPGEIELFQGRSYKAYRGMGSLGAMSQAQGSSDRYFQDSSAGAEKLVPEGIEGRVPYKGTLSAIIHQLMGGLRSSMGYTGSADIEEMRTKPEFVRITGAGMAESHVHDVQITKEAPNYRVG PGPT0021445_3051 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D1-35_00036 1578 guaA COG0518 GMP synthase [glutamine-hydrolyzing] ATGGCCCTCGACATTCACGCTCACCGCATCCTGATCCTCGACTTCGGTTCCCAGTACACCCAGCTGATCGCCCGCCGCGTGCGTGAGATCGGCGTGTACTGCGAGCTGCATCCGTTCGACATGGATGAAGAAGCGATTCGCGAGTTCGCTCCCAAAGGCGTCATCCTCGCCGGCGGCCCCGAGTCCGTGCACGAAGCCGACAGCCCGCGCTGCCCGCAAGCGGTGTTCGACCTCGGCGTACCGGTCTTCGGCATCTGCTACGGCATGCAGACCATGGCTGAGCAACTGGGCGGCAAGGTCGAAGGTTCCGACCTGCGTGAGTTCGGTTATGCCCGTGTCGACGTGGTCGGCAAGAGCCGCCTGCTGGACGGCATCGAAGACCACATCGACGCCGACGGCCTGTTCGGCCTCGACGTGTGGATGAGCCACGGTGACAAGGTCACGAAGATGCCGGAAGACTTCCACATCCTCGCCAGCACCCCGAGCTGCCCGATCGCCGGCATGTTCAACGACGATCGCCGCTACTACGGCGTACAGTTCCACCCGGAAGTGACCCACACCAAGCAGGGCGGCCGCATCCTGTCGCGCTTCATCCTCGACATCTGCGAATGCGAAGCCCTGTGGACGCCTTCCAAGATCGCTGAAGATGCCATCGCCCAGGTTCGCGCCCAGGTCGGCACCGACAACGTATTGCTCGGCCTGTCCGGCGGTGTCGATTCCTCGGTGGTTGCCGCGCTGCTGCACAAGGCCATCGGCGACCAGCTGACCTGCGTCTTTGTCGACAACGGTCTGCTGCGCCTGCACGAAGGCGAGCAAGTGATGGCCATGTTCGCCGAGAACATGGGCGTCAAGGTGATCCGCGCCAACGCCGAAGAGCAGTTCCTGAACAACCTGGCCGGCGAGTCCGACCCGGAGAAGAAGCGCAAGATCATCGGTCGCACCTTCATCGACGTGTTCGATGCCGAATCCTGCAAGCTGGACAACATCAAGTACCTGGCCCAGGGCACCATCTACCCCGACGTGATCGAGTCGGCCGGCGCCAAGAGCGGCAAGGCCCACGTGATCAAGTCCCACCACAACGTCGGTGGCCTGCCGGAAGAGATGAACCTGAAACTGGTCGAGCCGCTGCGCGAACTGTTCAAGGACGAAGTGCGTCGCCTCGGCCTGGAACTGGGCCTGCCCTACGACATGGTCTACCGTCACCCATTCCCCGGCCCGGGCCTGGGCGTGCGGATCCTCGGCGAAGTGAAGAAGGAATACGCCGACCTGCTGCGTCGCGCCGACCACATCTTCATCGAAGAACTGCGCAAGGCCGACTGGTACCACAAGGTCAGCCAGGCATTCGTGGTATTCCAGCCGGTGAAATCGGTCGGCGTGGTCGGCGATGGCCGTCGCTACGCCTGGGTCGTGGCCCTGCGTGCCGTGGAAACCATCGACTTCATGACCGCTCGCTGGGCACACCTGCCGTACGAACTGCTGGAAACCGTGTCCGGGCGGATCATCAACGAAATCGAAGACATCTCCCGCGTCACGTATGACGTGTCGAGCAAGCCGCCGGCGACGATCGAGTGGGAATAA MALDIHAHRILILDFGSQYTQLIARRVREIGVYCELHPFDMDEEAIREFAPKGVILAGGPESVHEADSPRCPQAVFDLGVPVFGICYGMQTMAEQLGGKVEGSDLREFGYARVDVVGKSRLLDGIEDHIDADGLFGLDVWMSHGDKVTKMPEDFHILASTPSCPIAGMFNDDRRYYGVQFHPEVTHTKQGGRILSRFILDICECEALWTPSKIAEDAIAQVRAQVGTDNVLLGLSGGVDSSVVAALLHKAIGDQLTCVFVDNGLLRLHEGEQVMAMFAENMGVKVIRANAEEQFLNNLAGESDPEKKRKIIGRTFIDVFDAESCKLDNIKYLAQGTIYPDVIESAGAKSGKAHVIKSHHNVGGLPEEMNLKLVEPLRELFKDEVRRLGLELGLPYDMVYRHPFPGPGLGVRILGEVKKEYADLLRRADHIFIEELRKADWYHKVSQAFVVFQPVKSVGVVGDGRRYAWVVALRAVETIDFMTARWAHLPYELLETVSGRIINEIEDISRVTYDVSSKPPATIEWE PGPT0021580_1906 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951 NA NA D1-35_00037 1614 hypothetical protein ATGACCGGTTTGCCCGCAGACGCGATAGGCGCCGCCTGGCTGGCCCAAATCTATGATGTGCAGCCTTTGGGGCGATTGCCAGTGATGAGTCAAGTAGGCGGGCGACGCGCAACTCAAGTCACCGATGGCTTTCGTCTGGAGACCTACACCGAGGCGATGCGCCCGGATGCGGAGATTGCTGCACATCTGCAGTTCCATCTGCGCCATGAAGTCCCGCATCTGGAGTTCCTTGCCCGTCTGTTCGAGAAGACCGGGCCTGTTTTCGTCCAGGACTGGGTTACGGTCGAGCCTACTGGGCAGTACGCGCGTCGTGCTGCGTTTCTATATGAATGGCTGACCGGAGACGCTCTGGTCGTGCCCGAGCGCTTAGGCGGCAATTATGTCGATGCCATTGACGAGGCCAAGCTGGTGTCGGCATCCCGCGACCGAGTGGTCAAGGTGCAGCGCTGGCGGGTAAATGACAACCTGCCCGGCACGCGCAAATTCTGTCCTTGCGTGGTCAAGACCGAGGCGGTAATGCGTGCGGTCGAACTGGACGTTCCACGCCTGTTCGGTGAATTGACAGATGAGTTCGGCGAGGATCTGTTGTTGCGGTCGGCGGTCTGGATGACGCTACGCGAGAGCAAGGCCAGCTTCGCCATCGAAGGCGAGGCCGACCGGGTAGGGCGGGTGCAACGCTTTGCCGACGTAATGGCGCGTCGTACAGGGCAAGGTGCGGTCCCATTGAGCAATGCCGCGCTGGCAGAGTTGCAGCAGGAAATTCTCGGTGATCGGACGACGATCACCCACTTCGGCGTGCGTCAGTCTCCGGTTTTCGTCGGCGAAACGGTGCGCTACGAGGAGGTCGTTCATTACGTCGCCCCGGCGGCCGATGAAATCGACGCGATGCTTGAAGGGCTGGGAGTGTTCCTCGAGAGGACGCAGGGCCAGTCGCCGGTAATGCGCAGCGCAATCGCAGCCTTTGGTTTCGTCTATATACACCCGCTCGCTGACGGCAACGGTCGTATGCACCGGTTTTTGGTCAACGACGTACTGCGACGCGACGGCGCGATTCCGGATCCGGTAATTCTGCCGATCTCAGCGGTCATTACAGATGACGTGGGCGAGCGCCGCAGCTACGACCGGGTGCTGGACCAGGTGTCCAAGCCGCTCATGCAGGCTGTACGCGAGCGAGTAGTCTTCGAGCCCATGCAGGCCACCTATCCAGATGGTGTGGTGTCGAACTTCTCTTTTCAGGGCGCTGACCAGGCCCGACCGCTGTGGCGTTATCCGGATCTCGGACCTCATACCGTGTTTCTGGCCAATATCATTGGCCGGACGTTGACTGAGCAGATGCGCGAAGAGTCTCGTTATCTGCGCAGCCACGCGCGGGCGCGGGCGGTGCTGAAGGAGGTGGTCGAGATGCCCGATCACCAGGCGGATCGAGTGCTGCGCTCAATCGAGCAGAATCGCGGCGAGTTGAGCAATGTGCTTGCCAAGGAAATGCCTGTCCTGCAACAGGTCGGGGTGTGGGCTGAAATCGTTGACGCCGTCTCGCGGGCGTTTGCGGAGGACGGCGGAGCGGGGGGTGCTATGATTGACCGATATCGTCCGGGGAAGCCCGTCGACCGCTGA MTGLPADAIGAAWLAQIYDVQPLGRLPVMSQVGGRRATQVTDGFRLETYTEAMRPDAEIAAHLQFHLRHEVPHLEFLARLFEKTGPVFVQDWVTVEPTGQYARRAAFLYEWLTGDALVVPERLGGNYVDAIDEAKLVSASRDRVVKVQRWRVNDNLPGTRKFCPCVVKTEAVMRAVELDVPRLFGELTDEFGEDLLLRSAVWMTLRESKASFAIEGEADRVGRVQRFADVMARRTGQGAVPLSNAALAELQQEILGDRTTITHFGVRQSPVFVGETVRYEEVVHYVAPAADEIDAMLEGLGVFLERTQGQSPVMRSAIAAFGFVYIHPLADGNGRMHRFLVNDVLRRDGAIPDPVILPISAVITDDVGERRSYDRVLDQVSKPLMQAVRERVVFEPMQATYPDGVVSNFSFQGADQARPLWRYPDLGPHTVFLANIIGRTLTEQMREESRYLRSHARARAVLKEVVEMPDHQADRVLRSIEQNRGELSNVLAKEMPVLQQVGVWAEIVDAVSRAFAEDGGAGGAMIDRYRPGKPVDR NA NA NA NA NA D1-35_00038 735 hypothetical protein ATGAGCAAAATTGGCGCTTGCATCACTCTGTCTGCAACCCTGGCATTTGCCGTATCCACAGCTTTCGCGGCGGTTCCCACCGATATTTCGGGTGTCGCCCTTGGCTCGACTCTGGAAGAAGCCAAAGATGCGATCATGAAAGCCAACCAGGCCTATACGATCAGCCCGCTGAAAACTGTCGATGGCACCGAGGCCGGCGTGACAGCCGTGACCAACAAGACTCTTGCCCAAGCCGACCAGTTTGCCGCGCTTCAAGACGATGCTGGCAAGGTATGGTTTGTCGGGCATATGAAGCACTACGAAGAAGGGTCGCGTATCCCACTCGACAATCTGGTGGCATCGCTGACCGAAAAATTCGGCCCGACCTCGTTCCGCAATTCCCAGATGGGAGAAGTCATGTACTGGGAGTTTGACCGAAACGGCAAGCTGTATAAGGGTGTAGACCAAGTCTTTAACGACCGTGGCATTGGTCCTTGCGCGCAGGTGCACTTTAGCAATATGCACATTCCTGGCGTTTCCTTCCCTGCACCACAAAACTTCCCATCCGAGTGCAGCCTTCTGATCATGGCTTATTCACAACCTGATCAGGACAAGATGGTGCGTGAGTTCTCTCTGAGCGTAACCGATGTCAAAAGCATGTATGACCAGTTGAATGCCAAAGAGACGCAAGCAAAGGCGGAACAGGCCAGGAAACTGGAGGAAGAAAAATCCAAGGCGGCCAAACCGAACATCTGA MSKIGACITLSATLAFAVSTAFAAVPTDISGVALGSTLEEAKDAIMKANQAYTISPLKTVDGTEAGVTAVTNKTLAQADQFAALQDDAGKVWFVGHMKHYEEGSRIPLDNLVASLTEKFGPTSFRNSQMGEVMYWEFDRNGKLYKGVDQVFNDRGIGPCAQVHFSNMHIPGVSFPAPQNFPSECSLLIMAYSQPDQDKMVREFSLSVTDVKSMYDQLNAKETQAKAEQARKLEEEKSKAAKPNI NA NA NA NA NA D1-35_00039 1377 mmcO COG2132 Multicopper oxidase MmcO ATGTCCTTTACCCGTCGCCAAATACTCGGTGGCCTGGCCGGTCTTGTTGTCGTTGGCGTAGGTGCGGGAGGCGCGTCGCGGTATTGGTTGGGCAAGATGGCCGATGCCGAGGCCGGTCACGACTATGAACTGATCGCGGCGCCGCTGGATGTGGAACTGGTGGCCGGGCACAAGACCCAGGCCTGGGCCTTTGGTCCGTCAGCGCCGGGCACCGAATTGCGGGTGCGCCAGGGCGAGTGGTTGCGGGTGCGATTCATCAACCATTTGCCGGTCGCGACGACCATTCACTGGCACGGCATCCGCTTGCCACTGGAGATGGACGGCGTACCGTATGTCTCGCAACTGCCGGTGTTGCCAGGCGAGTACTTCGATTACAAATTCCGCGTGCCGGACGCCGGCAGCTATTGGTATCACCCGCACGTCAACAGCAGCGAGGAGCTCGGACGCGGGCTGGTGGGGCCGCTGATCATCGAAGAGCGTGAGCCTACCGGCTTCAAATACGAGCAGACGTTGAGCCTCAAGAGTTGGCATGTGGACGAGCAGGGCGAGTTCGTCGCGTTCAGCATCCCTCGCGAGGCGGCGCGTGGCGGCACCGCCGGGCGGCTGTCGACGATCAACGGCTTGCCCCAGGCGGTGATTGATTTGCCGGCCGGGCAGATTACCCGGGTGCGGTTGCTCAACCTCGACAACACGCTGACTTACCGCATCAATATCCCCGGCGTCGAGGCGCAGATCTATGCGCTCGACGGCAATCCCGTCGCGCCGCGCCCGTTGGGCAAGGAGTACTGGCTGGGCCCGGGTATGCGCATCTGCCTGGCGATCAAGGCGCCGCCGGCCGGTGAAGAGTTGTCGTTGCGCAATGGCCCGGTGCGCCTGGGGACGCTGCGTTCGGTGCCCAACAATGACGCACCGACCCAGTGGCCGCCGGCGCTGCCGCCTAACCCGGTGGCCGAGCCGGACCTGGCCAATGCGCAGAAACTCAACTTCAATTTCGAATGGGTCGGTTCGGTCTCGGTCAATGTCGACAATGGCAAGCCGCCGAGCCTGTGGCAAATCAATGGCAAGGCCTGGGATATCACCGACAAGACCTGCGCCGATCGGCCGATTGCCACGCTGAAGAAAGGCCAGAGCTATATATTCGAATTGAAGAACATGACCCAGTACCAGCACCCGATCCATCTGCACGGCATGAGCTTCAAGGTCATTGCGTCGAACCGGCACAAGGTCATTCCGTATTTCACCGATACCTACCTGCTGGGCAAGAACGAGCGGGCACAGGTGGCGCTGGTGGCGGATAACCCCGGCGTGTGGATGTTCCACTGCCATGTGATCGATCACATGGAAACCGGCCTGATGGCCGCCATCGAGGTGGCGTGA MSFTRRQILGGLAGLVVVGVGAGGASRYWLGKMADAEAGHDYELIAAPLDVELVAGHKTQAWAFGPSAPGTELRVRQGEWLRVRFINHLPVATTIHWHGIRLPLEMDGVPYVSQLPVLPGEYFDYKFRVPDAGSYWYHPHVNSSEELGRGLVGPLIIEEREPTGFKYEQTLSLKSWHVDEQGEFVAFSIPREAARGGTAGRLSTINGLPQAVIDLPAGQITRVRLLNLDNTLTYRINIPGVEAQIYALDGNPVAPRPLGKEYWLGPGMRICLAIKAPPAGEELSLRNGPVRLGTLRSVPNNDAPTQWPPALPPNPVAEPDLANAQKLNFNFEWVGSVSVNVDNGKPPSLWQINGKAWDITDKTCADRPIATLKKGQSYIFELKNMTQYQHPIHLHGMSFKVIASNRHKVIPYFTDTYLLGKNERAQVALVADNPGVWMFHCHVIDHMETGLMAAIEVA NA NA NA NA NA D1-35_00040 498 tadA COG0590 tRNA-specific adenosine deaminase ATGCGCCAGATTCGTCCCGCGCGGATCATCGACCGCAGCCGCGACCAGGATTTCATGCGTGAAGCCCTGGCTCTCGCCGCCCAAGGCGCCACGCTGGGCGAAGTCCCGGTGGGCGCGGTGCTGGTGCAGGATGGTGAGATCATTGGGCGTGGCTTCAACTGCCCGATCAGTGGCCACGACCCCAGCGCCCACGCGGAGATGGTCGCCATCCGCGCCGCTGCCCAGGCGGTGAGCAACTATCGCCTGCCTGGCAGCACGCTGTATGTGACGCTGGAACCGTGCAGCATGTGCGCCGGCCTCATCGTCCACTCACGCATCGCCCGGGTCGTCTACGGGGCGCTGGAACCCAAGGCTGGGATCGTGCAGAGCCAAGGGCAGTTTTTCAGCCAAGGCTTTTTGAATCATCGGGTGATGTTCGAGGGCGGGGTGTTGGCTGAGGAATGCAGCGCGGTGTTGAGCGAGTTTTTCAAGGCCAGGCGAGCAAAGCCTTCAGACTGA MRQIRPARIIDRSRDQDFMREALALAAQGATLGEVPVGAVLVQDGEIIGRGFNCPISGHDPSAHAEMVAIRAAAQAVSNYRLPGSTLYVTLEPCSMCAGLIVHSRIARVVYGALEPKAGIVQSQGQFFSQGFLNHRVMFEGGVLAEECSAVLSEFFKARRAKPSD PGPT0006855_8 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROPROPENE_DEGRADATION,PGPT0006855-dhaA-K01563 NA NA D1-35_00041 957 cmoB COG0500 tRNA U34 carboxymethyltransferase ATGATTGATCTGTCCCCCCTCGCCCGCCATCTGGCCGGCACGCCCCTGGCCGACTGGGCCGCGACACTGCAAACGCAGCTCGATATCAAAATGGAAAAGGGCCACGGCGACCTGGAGCGTTGGCAAAGCGCCCTCGATGCGCTGCCGGCCTTGCAGCCCACCACCGTGGATCTGCTGAACGAGCTGACGCTGGACGCAGATTGCTCTGACGAAACCCGCGCCCAGATGCGTACCGCGCTGATGGGTCTTTCTCCGTGGCGCAAGGGCCCGTTCGATCTGTTTGGCGTGCACGTGGACACCGAATGGCGCTCGGACTGGAAATGGTCACGCGTCGCCCCGCATCTAGACCTCAAGGGCAAGCGCATCCTCGATGTCGGCTGCGGCAACGGCTACTACATGTGGCGGATGCTCGGTGCCGGCGCGGACACGGTGATTGGCGTCGACCCGAACTGGCTGTTCTTCTGCCAGTTCCAGGCGGTGCAGCGCTACCTGTCACAGCCCAACGCCTGGCACCTGCCTTTCCCATTCGAAGCCCTGCCGCCGGAGCTGGAAGGTTTTGACACGGTCTTCTCCATGGGCGTCTTCTACCACCGCCGCTCGCCGATCGAGCATCTGTTGGCCTTGAAGGACTGCCTGGTAAAAGGCGGTGAGCTGGTGCTCGAAACCCTGGTGATCGAAGGCGACGAACACCAGGTGCTGGTGCCCGAGGACCGCTACGCGCAGATGCGCAACGTCTGGTTCCTGCCGTCGGTCCCGGCCCTGGAACGCTGGCTGCGCCGCGCCGGGTTCAGCGATGTGCGCTGCGTGGACGTCAGCCTGACGACCGTGGAGGAACAGCGCAGCACCGAGTGGATGAAGTACCAGTCACTGAGTGATTTCCTCGATCCTGCGGACCACAGTAAAACCATTGAGGGACTGCCGGCGCCGATGCGGGCGGTGATTGTGGCGCGTAAGTAA MIDLSPLARHLAGTPLADWAATLQTQLDIKMEKGHGDLERWQSALDALPALQPTTVDLLNELTLDADCSDETRAQMRTALMGLSPWRKGPFDLFGVHVDTEWRSDWKWSRVAPHLDLKGKRILDVGCGNGYYMWRMLGAGADTVIGVDPNWLFFCQFQAVQRYLSQPNAWHLPFPFEALPPELEGFDTVFSMGVFYHRRSPIEHLLALKDCLVKGGELVLETLVIEGDEHQVLVPEDRYAQMRNVWFLPSVPALERWLRRAGFSDVRCVDVSLTTVEEQRSTEWMKYQSLSDFLDPADHSKTIEGLPAPMRAVIVARK NA NA NA NA NA D1-35_00042 744 cmoA COG0500 Carboxy-S-adenosyl-L-methionine synthase GTGAGCAAAGAACCCGATCGCCTATTCGCCCAGCCCTTGGCCCAGGTGCCCGACTTCGCCTTCAATGAAGACGTGGTTCGAGTGTTCCCGGACATGATCAAGCGCTCGGTGCCAGGCTACCCGACCATCGTCGAGAACCTCGGCGTGCTCGCCGCGCAGTTCGCCCAGCCCAATAGCGTGCTGTATGACCTCGGTTCGTCCCTGGGCGCGGTGACCCAGGCGCTGCGCCGTCATGTGCGCACCGACGGTTGCCGGGTGATCGCGGTGGATAACTCGGCGGCCATGGTCGAGCGCTGCCGCGAATACCTCAACGGCCAGGACTCGATGTTCCAGGAGTTGTTGCCGGTGGAAGTGATCGAAGGCGACATCCTTGCGCTGGCGTTCCAGCCGGCCTCGGTGGTGGCGTTGAACTTCACGCTGCAATTCATCGCACCCGAACAACGTACCGCGTTGCTGACCCGTATCCGTCAGTCCTTGCTGCCCGGCGGCGCCTTGATCCTCTCGGAAAAACTGCGCTTCAACGATGCCGAGGAACATGCCCTGCTGACCGACCTGCACGTGGCGTTCAAGCGCGCCAACGGCTACAGCGAGCTGGAAATTGCTCAGAAACGCAGCGCCATCGAAAACGTCATGAAGCCCGACAGCCTCGAAGAACACCGCGAGCGCCTGCTGGCGGCCGGCTTCTCGAAAGTCGTGCCGTGGTTCCAGTGTCTTAACTTCGCCTCGTTGATTGCCTTGCCATGA MSKEPDRLFAQPLAQVPDFAFNEDVVRVFPDMIKRSVPGYPTIVENLGVLAAQFAQPNSVLYDLGSSLGAVTQALRRHVRTDGCRVIAVDNSAAMVERCREYLNGQDSMFQELLPVEVIEGDILALAFQPASVVALNFTLQFIAPEQRTALLTRIRQSLLPGGALILSEKLRFNDAEEHALLTDLHVAFKRANGYSELEIAQKRSAIENVMKPDSLEEHRERLLAAGFSKVVPWFQCLNFASLIALP NA NA NA NA NA D1-35_00043 393 hypothetical protein ATGTCTCTCACCCGCCTGCTCGTACCCGTCAGCCTCGCCTTGTTGAGCGCCTGTGCCATGCAACCGAAACACAACGTGACGGTCGAGAAGCTTAGCCAATGCCCGGTGCAGCTCAATAACGGCCAGAACCTGATCCTGAGCCTGCCGACCAACCCAAGCACCGGCTACCGATGGACGGTTCAGGATTCAGCCGGCGGCGTGTTGAAGGCGTTGGGCCCGGAGGTCTACCGCAACCCGGAAGACGCCGGCATCGTCGGCGCCGCCGGGGTGTCAACCTGGCGCTTCCAGGCATTCAACGCCGGCACCGGGCGCTTGCGCCTGACGTATCAACAACCCTGGGCGCCTGAGGTCCCCCCCGTGGAAACCTTCGACTGCGCCATTTCGGTGAATTGA MSLTRLLVPVSLALLSACAMQPKHNVTVEKLSQCPVQLNNGQNLILSLPTNPSTGYRWTVQDSAGGVLKALGPEVYRNPEDAGIVGAAGVSTWRFQAFNAGTGRLRLTYQQPWAPEVPPVETFDCAISVN NA NA NA NA NA D1-35_00044 2415 lon_1 COG0466 Lon protease ATGAGCGACCAGCACTCGACTGAAGCAAACGACGAATACGCAGACGCCGAACAGATCGAACACACCGTTTCCGGTACGGGCTTGGCCCTGCCCGGCCAGAGCCTGCCGGACAAGGTCTACATCATCCCGATCCACAATCGTCCGTTCTTCCCGGCCCAGGTACTGCCGGTCATCGTCAACGAAGAACCGTGGGCCGAGACCCTGGAGCTGGTGGCCAAGTCCGATCACCATTCCCTGGCGTTGTTCTTCATGGACACGCCCCAGGAAGACCCGCGCCACTTCGACACCTCGAAACTGCCGCTGTACGGCACACTGGTGAAGGTCCACCACGCCAGCCGTGAGGCCGGCAAATTGCAGTTCGTTGCCCAGGGCCTGACCCGCGTGCGCATTCGCACCTGGCTCAAGCATCATCGCCCGCCATACCTGGTGGAAGTCGAATACCCGCATCAGCCAAGCGAGCCGACCGACGAGGTCAAGGCCTACGGCATGGCGCTGATCAATGCGATCAAGGAACTGCTGCCGCTCAACCCGCTGTACAGCGAAGAGCTGAAGAACTACCTCAACCGCTTCAGCCCCAACGACCCTTCGCCGCTGACCGACTTCGCCGCCGCGCTCACCTCCGCCACCGGCAGTGAATTGCAGGAAGTGCTCGATTGCGTGCCGATGCTCAAGCGCATGGAAAAAGTCCTGCCGATGCTGCGCAAGGAAGTCGAAGTGGCGCGGCTGCAGAAAGAGATTTCCGCCGAGGTCAACAGCAAGATCGGCGAACATCAGCGCCAGTTCTTTCTAAAGGAACAACTAAAGGTCATCCAGCAGGAGCTGGGCTTGACCAAGGACGACCGCAGCGCCGACCTGGAACAATTCGAACAGCGCCTGGAGGGCAAGGTGCTGCCGGCCCAGGCACAGAAACGCATCGAAGAGGAAATGAACAAGCTCTCGATCCTGGAAACCGGCTCGCCGGAATACGCCGTCACGCGTAACTACCTCGATTGGGCAACATCGGTGCCGTGGGGCGTGTATGGCCAGGACAAGCTTGACCTCAAGCACGCCCGCAAGATTCTCGACCAGCACCACGCCGGCCTGGACGACATCAAGGACCGCATCCTGGAATTCCTCGCGGTGGGCGCCTACAAAGGCGAGATCAGCGGTTCGATCGTCTTGCTGGTTGGCCCTCCGGGTGTGGGCAAGACCAGCGTCGGCAAGTCCATTGCCGAATCCCTCGGGCGGCCGTTCTATCGTTTCAGTGTCGGCGGCATGCGCGACGAAGCCGAAATCAAGGGCCACCGGCGCACCTACATCGGCGCCCAGCCGGGCAAGCTGGTGCAGGCGCTCAAGGACGTCGAAGTGATGAACCCGGTGATCATGCTCGACGAAATCGACAAGATGGGCCAGAGCTACCAGGGCGACCCGGCTTCCGCGCTGCTCGAAACCCTCGACCCGGAGCAGAACGTCGAATTCCTCGACCACTACCTGGACATGCGCCTGGACCTCTCGAAAGTGCTCTTTGTGTGCACAGCGAACACTTTGGACTCGATTCCCGGCCCGCTGCTGGACCGCATGGAAGTGATTCGCCTGTCGGGCTATATCACCGAAGAAAAAGTCGCCATCGCCAAGCGCCACTTATGGCCCAAGCAACTCGCCAAGGCCGGCGTTTCCAAGGGCAGCCTGAGCATCAACGACAGCGCTCTCAAGGCACTGATCGACGGTTATGCCCGGGAGGCCGGCGTCCGTCAGTTGGAAAAACAGCTGGGCAAACTGGTGCGCAAGGCGGTCATGAAGCTGATCGACGAGCCGAAAGCCGTGATCAAACTCGGGCCGAAGGATCTCGAGGCGTCCCTGGGCAAACCGGTATTTCGCAATGAGCAGGTGCTGTCCGGCGTGGGTGTGATCACCGGACTGGCCTGGACCAGCATGGGCGGCGCGACCCTGCCGATCGAGGCAACGCGTATCCACACGCTCAATCGCGGCTTCAAGCTCACCGGGCAACTGGGCGAAGTCATGAAGGAATCGGCTGAAATTGCCCACAGCTACGTCAGTTCGCACCTGAAGCAATTCGGCGGTGATCCAAAGTTTTTCGATGAGGCTTTTGTTCACCTGCACGTACCGGAAGGCGCCACGCCCAAGGACGGCCCGAGTGCCGGCGTGACCATGGCCAGCGCCCTGCTGTCCCTGGCGCGTAACCAGCCGCCGAAAAAAGGCGTGGCCATGACCGGTGAACTGACCCTTACCGGGCATGTCCTGCCGATTGGCGGCGTGCGCGAAAAAGTCATCGCGGCGCGTCGGCAGAAGATCAATGAGTTGATCCTGCCGGACGCCAACCGGGGCAATTTCGAGGAACTGCCGGACTACCTCAAGGAAGGTGTCACGGTGCACTTTGCCAAGCGGTTTGCGGATGTGGCGAAGGTGTTGTTCTGA MSDQHSTEANDEYADAEQIEHTVSGTGLALPGQSLPDKVYIIPIHNRPFFPAQVLPVIVNEEPWAETLELVAKSDHHSLALFFMDTPQEDPRHFDTSKLPLYGTLVKVHHASREAGKLQFVAQGLTRVRIRTWLKHHRPPYLVEVEYPHQPSEPTDEVKAYGMALINAIKELLPLNPLYSEELKNYLNRFSPNDPSPLTDFAAALTSATGSELQEVLDCVPMLKRMEKVLPMLRKEVEVARLQKEISAEVNSKIGEHQRQFFLKEQLKVIQQELGLTKDDRSADLEQFEQRLEGKVLPAQAQKRIEEEMNKLSILETGSPEYAVTRNYLDWATSVPWGVYGQDKLDLKHARKILDQHHAGLDDIKDRILEFLAVGAYKGEISGSIVLLVGPPGVGKTSVGKSIAESLGRPFYRFSVGGMRDEAEIKGHRRTYIGAQPGKLVQALKDVEVMNPVIMLDEIDKMGQSYQGDPASALLETLDPEQNVEFLDHYLDMRLDLSKVLFVCTANTLDSIPGPLLDRMEVIRLSGYITEEKVAIAKRHLWPKQLAKAGVSKGSLSINDSALKALIDGYAREAGVRQLEKQLGKLVRKAVMKLIDEPKAVIKLGPKDLEASLGKPVFRNEQVLSGVGVITGLAWTSMGGATLPIEATRIHTLNRGFKLTGQLGEVMKESAEIAHSYVSSHLKQFGGDPKFFDEAFVHLHVPEGATPKDGPSAGVTMASALLSLARNQPPKKGVAMTGELTLTGHVLPIGGVREKVIAARRQKINELILPDANRGNFEELPDYLKEGVTVHFAKRFADVAKVLF PGPT0014315_2499 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338 NA NA D1-35_00045 1314 yhjE Inner membrane metabolite transport protein YhjE ATGACCACCACCACTTGCAATGACGCCGTGGCAAACCAACCGACCAACTCGGCCACCCGCGTGGCAACCGCGAGTTTCATCGGCACCGCCATCGAGTTCTACGATTTCTACGTCTACGCGACCGCTGCCGCCCTGGTGATCGGGCCGGTATTCTTTCCGCAAACCTCGGGCACGGCACAGATGCTGTCGTCCTTCCTGACGTTCGGCATCGCCTTCCTCGCCCGGCCGCTGGGCTCGGCGCTGTTCGGCCATTTCGGCGACCGGATCGGGCGCAAGTCCACCCTGGTGGCGTCGCTGCTGCTGATGGGCGTGTGCACCACCCTCATCGGCGTGCTGCCCGGCTACGCCAGCATTGGCGCGTGGGCGCCGATTCTCCTGTGCCTGCTGCGTTTCGGCCAGGGCCTGGGGCTGGGCGGTGAATGGGGCGGCGCGGCGTTGCTCGCCACCGAGAACGCCCCGAAAGGCAAGCGCGCCTGGTTTGGCATGTTCCCCCAACTGGGCCCCTCCATCGGCTTCCTGGCGGCCAACGGATTGTTCCTGACCCTGGCCATGACCCTCGACGACGAGCAGTTCCGCTCCTGGGGCTGGCGGATTCCGTTCCTGCTGAGCGCCGCCCTGGTCATCGTTGGCCTTTATGTGCGTCTCAAGCTCCATGAAACGCCGGTCTTCGCCAACGCGGTGGCCCGTCAGGAACGGGTGAAAATCCCCTTGGTCGAGCTGTTCAGCCAGTATTGGGCGCCAACATTGCTCGGCGCGGCCGCGATGGTGGTGTGTTACGCCCTGTTCTACATCTCGACGGTATTTTCCCTGAGCTATGGCGTGTCCACCCTCGGTTACAGCCGCGAGACCTTCCTCGGCCTGCTGTGCTTTGCCGTGCTGTTCATGGCCGCCGCCACGCCGCTATCGGCCTGGGCCAGCGATCGCTACGGGCGCAAGCCGGTACTGGTTATCGGCGGCGTCCTGGCGATTGCCTCGGGTTTCCTCATGGAACCGTTGCTGACCCACGGTTCTACCGCCGGCGTGGCATTGTTCCTGTGCATCGAACTGTTCCTGATGGGCGTGACTTTTGCCCCCATGGGTGCGTTGCTGCCGGAGCTGTTTCCCACACACGTGCGCTACACCGGCGCGTCGGCGGCCTACAACCTGGGCGGCATCGTCGGTGCGTCGGCGGCACCGTTCTTCGCCCAGAAACTGGTGGCGATGGGCGGCCTGAGCTACGTCGGCGGATACGTTTCCGCAGCGGCGGTGCTCAGCGTTATCGCGGTGCTGTGTCTGAAGGAAACCCGCCATAACGACTTGAATCGCATCGGTTGA MTTTTCNDAVANQPTNSATRVATASFIGTAIEFYDFYVYATAAALVIGPVFFPQTSGTAQMLSSFLTFGIAFLARPLGSALFGHFGDRIGRKSTLVASLLLMGVCTTLIGVLPGYASIGAWAPILLCLLRFGQGLGLGGEWGGAALLATENAPKGKRAWFGMFPQLGPSIGFLAANGLFLTLAMTLDDEQFRSWGWRIPFLLSAALVIVGLYVRLKLHETPVFANAVARQERVKIPLVELFSQYWAPTLLGAAAMVVCYALFYISTVFSLSYGVSTLGYSRETFLGLLCFAVLFMAAATPLSAWASDRYGRKPVLVIGGVLAIASGFLMEPLLTHGSTAGVALFLCIELFLMGVTFAPMGALLPELFPTHVRYTGASAAYNLGGIVGASAAPFFAQKLVAMGGLSYVGGYVSAAAVLSVIAVLCLKETRHNDLNRIG PGPT0002956_141 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D1-35_00046 1239 hypothetical protein ATGGATAGGCTGCCCTTGGGGCCATTGTTTGCGGTAATGGTCGTGCTGATCCTCTGGTCGGCGCTGTTCACGGCCATCGAAGCGGCCCAACAGTATCTGCTCGCGCAACGCAAAGCGTCGCGCTCTGGCGACAAGCCACTGGCGAAGCTGAACTTCCCTATCGCCAGCCTGATCCTGGGCAACACCCTCTGTCGTGCGCTGGCCGTGGTAATCGGCACCTGGCTGGCGATTTTTGCCTGGCTGGAAAACGGCCCGTGGCTGGCCTGGCTCGGCACCAGCGCGGCCTTGCTGGTTTTTGCCGATTACCTGCCTCGCACCCTGGCGACCCGCTACCCCGACGCGGTGCTGGGCCTGGGCAACAGCTTGCTTGCCCTGCCGCTGAAAATTGTCTATCCGGCCGCCTGGCTGCTCAACGGTTTCAGTCAGTTGCTGCTGCGCCCGTTTGCCCGCAAGACCGGCGCTGTCCAGCACAGCGACGATGAGATGCCCGCACCGCCACGCGCTGAGCATGAACAGGAACACAGCGGCCGGGTCCATCCGGTATCCGGCATCCACGCGCTGGACAACATCACCGTCAACGACATCCTCGTGCCCCGCAGCGAGGTGGACGGGATCAACCTCGACGACCCTATCGGCGAAATCATCGAACAGCTGCGCCTGAACCGTCGGACCCGCCTGCCGGTGTTCCACAGCGATATCAACCAGGTCGAAGCGGTGCTCAACACCCGCCAGATCCGCCACCTGCTGGCGGACGCGAGCCTGACCAAGGAAGCGCTGCTGGCCGCCTGCCACGAGCCTTACTTCGTCCCCGAGAGCACGCCGCTGCAGCTGCAGTTGCTCAACTTCCACAAGCAGCAGCGACGCCTGGGCATGGTGGTGGATGAATACGGCGAAGTGCTGGGCATCGTGACCCTGGAAGACATCCTCGAGGAAATCGTCGGCGAGTTCGAAAGCGAGCACAGCCTCGACAATCCCCATGTCCATCCCCAGCCCGATGGCCGCCTGATGATCGAGGGCGCGGCGTCGATCCGCGAGTTGAACAAGACCCTCGGCTGGCACCTGCCTTGCGATGGCCCCAAGACGCTCAACGGCCTAGTCACCGAGGCCCTGGAAACCATCCCCGAAAGTCCGGTCTGCCTGAAGATCGGCCGCTACCGGCTGGAGATCATCGAGACCGTCGACAACCGCGTCAGCCAGGTGCTGGTGTGGCATAACAGCTCGGTGCCCGCTGTTTCCTGA MDRLPLGPLFAVMVVLILWSALFTAIEAAQQYLLAQRKASRSGDKPLAKLNFPIASLILGNTLCRALAVVIGTWLAIFAWLENGPWLAWLGTSAALLVFADYLPRTLATRYPDAVLGLGNSLLALPLKIVYPAAWLLNGFSQLLLRPFARKTGAVQHSDDEMPAPPRAEHEQEHSGRVHPVSGIHALDNITVNDILVPRSEVDGINLDDPIGEIIEQLRLNRRTRLPVFHSDINQVEAVLNTRQIRHLLADASLTKEALLAACHEPYFVPESTPLQLQLLNFHKQQRRLGMVVDEYGEVLGIVTLEDILEEIVGEFESEHSLDNPHVHPQPDGRLMIEGAASIRELNKTLGWHLPCDGPKTLNGLVTEALETIPESPVCLKIGRYRLEIIETVDNRVSQVLVWHNSSVPAVS NA NA NA NA NA D1-35_00047 813 ypjD COG4137 Inner membrane protein YpjD ATGCTCCCCTTGTCACCCAGCTTGCTTGCTTCCCTCGCCGCCGCTTGTCTTTATGCCGCTGCGACCTTCTATCAGGGCACCCGCCTGGCCTCCGGCGCCAAGGCGAACAAGCGCCTGCTGGTCACGCTCGGCGTGCTGGCGGTGCTTGTCCACGCGGCCAGTCTTGTCACCCACCTGATGACGCCGATCGGCCTGGGCCTGGACTTCTTCAATGCCGCCAGCCTGATTGCCGTGGCCGTGATTGCCCTGACGCTGCTGGCCTGCTCGCGCATCCCCGTGGAAAACCTGCTGGTGCTGCTGTTCCCGCTGGGACTGGCCACGGTGCTGCTGGCGCAGTTCGCGCCCTCGGGCACCGTGCAGATCATCGACGAAGAGCCAGGCATTCTCGCCCATATCCTGTTGTCGATCCTCGCCTACGGCCTGTTCACCATCGCGGTATTCCAGGCATTGCTGCTGCTGGTGCAGGACCATCAGCTCAAGCACAAGCACCCGTCCGGGCTGATCCGCAACTTTCCGCCGCTGCAAACCATGGAAAGCCTGCTGTTCGGTTTCCTCTGGGCCGGCTGGACGCTGCTGTCGCTGTCGCTGATTTCCGGCTGGCTGTTCGTCGAAAACCTGTTCGCCCAACACCTGGTGCACAAGACATTGTTGGCGTGCCTGGCGTGGATCGTGTTCAGCGTGCTGCTGTGGGGCCGTAATCGTCTCGGCTGGCGGGGCCACAAGGCAATTCGCTGGACCCTGGCCGGATTCTGCCTGCTGATGCTCGCCTACTTCGGCAGCAAGCTGGTCCGCGAATACATCCTGCATGTCTGA MLPLSPSLLASLAAACLYAAATFYQGTRLASGAKANKRLLVTLGVLAVLVHAASLVTHLMTPIGLGLDFFNAASLIAVAVIALTLLACSRIPVENLLVLLFPLGLATVLLAQFAPSGTVQIIDEEPGILAHILLSILAYGLFTIAVFQALLLLVQDHQLKHKHPSGLIRNFPPLQTMESLLFGFLWAGWTLLSLSLISGWLFVENLFAQHLVHKTLLACLAWIVFSVLLWGRNRLGWRGHKAIRWTLAGFCLLMLAYFGSKLVREYILHV NA NA NA NA NA D1-35_00048 1377 ffh COG0541 Signal recognition particle protein ATGTTTGAAAACCTAACCGACCGTCTCTCGCAGACGCTGCGCCATGTCACCGGCAAGGCGAAACTGACCGAAGACAACATCAAAGACACCCTGCGCGAAGTGCGCATGGCGTTGCTCGAAGCCGACGTCGCCCTGCCGGTGGTCAAGGACTTCGTCAATTCGGTGAAGGAACGCGCCGTCGGCACCGAAGTGTCGCGCAGCCTGACACCGGGCCAGGCCTTCGTGAAGATTGTCCAGGCCGAACTCGAAAGCCTGATGGGCGCCGCCAACGAAGACCTGAACCTGAGCGCCGTGCCTCCGGCGGTCGTGCTGATGGCCGGCCTGCAGGGCGCGGGCAAGACCACCACTGCCGGCAAGCTGGCGCGCTTCCTTAAAGAGCGCAAGAAGAAGTCGGTGATGGTGGTGTCCGCGGACATCTATCGCCCGGCGGCGATCAAGCAGCTGGAAACCCTGGCCAACGACATCGGCGTGACGTTCTTTCCGTCCGACTTGAGCCAGAAGCCGGTGGACATCGCCCAGGCTGCTATAAAGGAAGCGAAGCTCAAGTTCATCGACGTGGTTATCGTCGACACCGCCGGTCGCCTGCACATCGATGAAGAGATGATGGGCGAGATCAAGGCACTGCACGCCGCGATCAACCCGGTGGAAACCCTGTTTGTGGTCGACGCCATGACCGGCCAGGACGCGGCCAACACGGCCAAGGCCTTCGGCGACGCACTGTCGCTGACCGGCGTGATCCTGACCAAGGTCGACGGCGACGCCCGTGGCGGTGCCGCGCTGTCGGTCCGCGCGATTACCGGCAAGCCGATCAAGTTCATCGGTATGGGCGAGAAGAGCGAGGCGCTCGAGCCGTTCCACCCCGAGCGTATCGCCTCGCGTATCCTCGGCATGGGCGACGTGCTCAGCCTGATCGAGCAGGCCGAACAGACCCTCGACAAGGACAAGGCCGACAAACTGGCCAAGAAGCTGAAGAAGGGCAAGGGCTTCGACCTCGAAGACTTCCGCGACCAGTTGCAACAGATGAAGAACATGGGCGGCCTCGGCGGCCTCATGGACAAACTGCCGAACATTGGTGGCGTGAACCTGGCGCAAATGGGCAATGCACAGGGCGCGGCCGAGAAGCAGTTCAAGCAGATGGAAGCCATCATCAACTCCATGACCCCGGCCGAGCGCCGCGACCCTGACCTGATCAGCGGTTCGCGCAAACGCCGTATCGCCATGGGTTCCGGCACGCAGGTGCAGGACATCGGCCGCTTGATCAAGCAACACAAGCAGATGCAGAAGATGATGAAGAAGTTCTCCGCCAAGGGCGGGATGGCCAAGATGATGCGCGGCATGGGCGGTATGTTGCCCGGCGGCGGTATGCCGAAAATGTAA MFENLTDRLSQTLRHVTGKAKLTEDNIKDTLREVRMALLEADVALPVVKDFVNSVKERAVGTEVSRSLTPGQAFVKIVQAELESLMGAANEDLNLSAVPPAVVLMAGLQGAGKTTTAGKLARFLKERKKKSVMVVSADIYRPAAIKQLETLANDIGVTFFPSDLSQKPVDIAQAAIKEAKLKFIDVVIVDTAGRLHIDEEMMGEIKALHAAINPVETLFVVDAMTGQDAANTAKAFGDALSLTGVILTKVDGDARGGAALSVRAITGKPIKFIGMGEKSEALEPFHPERIASRILGMGDVLSLIEQAEQTLDKDKADKLAKKLKKGKGFDLEDFRDQLQQMKNMGGLGGLMDKLPNIGGVNLAQMGNAQGAAEKQFKQMEAIINSMTPAERRDPDLISGSRKRRIAMGSGTQVQDIGRLIKQHKQMQKMMKKFSAKGGMAKMMRGMGGMLPGGGMPKM PGPT0025750_3207 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106 NA NA D1-35_00049 252 rpsP COG0228 30S ribosomal protein S16 ATGCTAACAATCCGTCTTGCCCTTGGCGGCTCCAAAAAGCGCCCGTTTTACCACCTGACCGTAACCGACAGCCGCAATCCGCGTGACGGTTCGCACAAGGAACAGGTTGGTTTCTTCAACCCTGTTGCCCGTGGTCAGGAAATCCGTCTGTCCGTGAACCAAGAGCGCGTAGCCTACTGGCTGAGCGTTGGTGCACAGCCTTCTGAGCGTGTTGCTCAGTTGTTGAAGGAATCGGCTAAGGCTGCGGCCTGA MLTIRLALGGSKKRPFYHLTVTDSRNPRDGSHKEQVGFFNPVARGQEIRLSVNQERVAYWLSVGAQPSERVAQLLKESAKAAA NA NA NA NA NA D1-35_00050 537 rimM COG0806 Ribosome maturation factor RimM ATGAACGCGACGCCAAAAGATGCTGATGATCTGATCGTTGTCGGCAAGATCTATTCTGTTCATGGCGTTCGCGGCGAAGTGAAGGTTTACTCCTTTACTGATCCGATCAAAAACCTGTTGGACTACAAAACCTGGACGCTCAAGCGCGAAGGTAGCGTGAAACAGGTTGAGCTGGTCAGCGGACGTGGGAACGACAAGTTCCTGGTCGCAAAGCTCAAGGGTCTCGATGATCGTGAAGAAGCGCGTCTTCTGGCCGGTTATGAGATCTGCGTGCCGCGCAACCTGTTCCCTGAACTGACCGACGGCGAGTACTACTGGTACCAGCTGGTGGGTCTGAAGGTCATCGACCACCTCGGGCAACTGCTCGGGAAGATCGATCACCTGCTCGAGACCGGTTCGAACGATGTCATGGTGGTAAAGCCTTGCGTCGGCAGCCTGGATGATCGCGAACGCCTGTTGCCCTATACCGAGCAATGCGTGTTGGCCGTTGACCTGGCAGCAGGCGAGATGAAGGTGGAATGGGATGCGGATTTCTAG MNATPKDADDLIVVGKIYSVHGVRGEVKVYSFTDPIKNLLDYKTWTLKREGSVKQVELVSGRGNDKFLVAKLKGLDDREEARLLAGYEICVPRNLFPELTDGEYYWYQLVGLKVIDHLGQLLGKIDHLLETGSNDVMVVKPCVGSLDDRERLLPYTEQCVLAVDLAAGEMKVEWDADF NA NA NA NA NA D1-35_00051 753 trmD COG0336 tRNA (guanine-N(1)-)-methyltransferase GTGGCTAATCTGCGCGTTGAAGTCATCACGTTGTTTCCCGAGATGTTTTCCGCCATCAGCGAGTACGGCATAACCAGCCGCGCGGTGAAACAGGAGCTGTTGCAGCTCACTTGTTGGAATCCGCGGGACTACACCACGGATCGACATCACACTGTGGACGATCGCCCGTTTGGCGGTGGTCCGGGCATGGTGATGAAGATCAAGCCCCTGGAAGATGCGCTGGTTCAGGCCAGGACGGCAGCCGGGGAGGGTGCGAAGGTGATCTACCTGTCGCCCCAAGGCCGTCAGCTGACTCAGTCGGCGGTACGCGAGCTGGCGAAATCGGATGCATTGATCCTGATTGCCGGCCGTTACGAAGGCATTGACGAGCGTTTCATTGAAGCTCATGTCGATGAAGAGTGGTCGATTGGCGACTATGTACTGTCTGGCGGCGAGCTGCCGGCGATGGTCCTGATCGATGCGGTTACACGACTGCTGCCTGGAGCTTTAGGGCATGCGGATTCCGCCGAGGAAGATTCCTTTACGGATGGTCTGCTGGATTGCCCGCACTACACCCGACCGGAGGTGTATGCGGATCAGCGTGTTCCCGACGTGTTGCTAAGTGGCAACCACGCGCACATCCGGCGTTGGCGTTTACAGCAGTCCCTTGGTCGGACCTATGAACGACGCGCCGATCTTCTGGAAAGCCGCTCGCTTTCTGGAGAAGAGAAGAAGCTGCTCGAGGAATACATCCGCGAGCGGGACGATAGTTAA MANLRVEVITLFPEMFSAISEYGITSRAVKQELLQLTCWNPRDYTTDRHHTVDDRPFGGGPGMVMKIKPLEDALVQARTAAGEGAKVIYLSPQGRQLTQSAVRELAKSDALILIAGRYEGIDERFIEAHVDEEWSIGDYVLSGGELPAMVLIDAVTRLLPGALGHADSAEEDSFTDGLLDCPHYTRPEVYADQRVPDVLLSGNHAHIRRWRLQQSLGRTYERRADLLESRSLSGEEKKLLEEYIRERDDS PGPT0007595_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D1-35_00052 351 rplS COG0335 50S ribosomal protein L19 ATGACTAACAAAATCATCCTTGCACTCGAAGCAGAGCAGATGACCAAAGAAATCCCTCCCTTTGCCCCGGGCGACACCATTGTCGTTCAGGTGAAAGTGAAGGAAGGCGACCGTGCACGTCTGCAAGCGTTCGAAGGCGTTGTTATCGCCAAGCGTAACCGCGGCGTAAACAGTGCATTCACCGTTCGTAAAATCTCCAACGGTGTTGGCGTAGAGCGTACTTTCCAGACCTACAGCCCGCAAATCGACAGCATGGCTGTGAAGCGTCGCGGTGACGTGCGTAAAGCCAAGCTGTACTACCTGCGTGACCTGTCCGGTAAAGCAGCTCGCATCAAGGAAAAACTGGCTTAA MTNKIILALEAEQMTKEIPPFAPGDTIVVQVKVKEGDRARLQAFEGVVIAKRNRGVNSAFTVRKISNGVGVERTFQTYSPQIDSMAVKRRGDVRKAKLYYLRDLSGKAARIKEKLA NA NA NA NA NA D1-35_00053 897 xerD COG4974 Tyrosine recombinase XerD ATGCCTGCCATCGATCACCCGCTGATAGACCAGTTTCTCGATGCCCTGTGGCTGGAGAAGGGGTTGTCCGATAACACCCGCGGTGCCTATCGCAGCGACCTCGCCCTGTTCAACGGCTGGCTCCAGGAAAACAACCTGGAGCTGGCCAATGCCGGGCGGGAGTTGATCCTCGATCATCTGGCGTGGCGCCTGGAGCAGAACTACAAGCCGCGCTCTACTGCCCGGTTTCTCTCTGGCTTGCGTGGGTTCTATCGTTATTTGTTGCGGGAAAAGCTGATCGCGGTGGACCCGACCTTGCGCGTGGAAATGCCGCAACTGGGGCGTCCGCTGCCCAAATCCCTTTCGGAAGCGGACGTCGAGGCGCTGCTGGCGGCACCGGACCTCAGCGACCCCATCGGTCAGCGCGACCGGGCCATGCTGGAAGTGTTGTACGCCTGTGGCCTGCGGGTCACTGAACTGATCAGCCTGACGCTGGAACAAGTGAACCTGCGCCAGGGCGTGTTGCGGGTGATGGGCAAGGGCAGCAAGGAGCGCCTGGTTCCGATGGGCGAAGAAGCGATCGTCTGGGTCGAGCGCTACATGCGCGATGGCCGTCATGACTTGCTGGGCGGGCGTCCCAGCGACGTGCTGTTTCCCAGCCTGCGCGGCGAGCAGATGACCCGCCAGACTTTCTGGCACCGCATCAAGCACCAGGCCAAGGTGGCCGGGATCAACAAATCGCTCTCGCCCCACACGCTGCGCCATGCCTTCGCCACGCACTTGCTCAATCACGGCGCCGACCTGCGGGTGGTGCAGATGCTGCTGGGGCATAGCGACCTGTCCACCACCCAGATCTACACCCACGTCGCCCGGGCGCGGTTGCAGGAGTTGCATGCCAGGCACCATCCGCGCGGCTGA MPAIDHPLIDQFLDALWLEKGLSDNTRGAYRSDLALFNGWLQENNLELANAGRELILDHLAWRLEQNYKPRSTARFLSGLRGFYRYLLREKLIAVDPTLRVEMPQLGRPLPKSLSEADVEALLAAPDLSDPIGQRDRAMLEVLYACGLRVTELISLTLEQVNLRQGVLRVMGKGSKERLVPMGEEAIVWVERYMRDGRHDLLGGRPSDVLFPSLRGEQMTRQTFWHRIKHQAKVAGINKSLSPHTLRHAFATHLLNHGADLRVVQMLLGHSDLSTTQIYTHVARARLQELHARHHPRG PGPT0022000_6288 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763 NA NA D1-35_00054 732 dsbC COG1651 Thiol:disulfide interchange protein DsbC ATGCGTTTGATCCAGATGTTCACCGCCGCCGCCATTGCGTTGGCCAGTACCTTTGCCATCGCCGATGACGCGGCCGACCAGGCGATCCGCAAAAGCCTCGCCAACCTCGAGCTTGAAGTGCCGATCGAGGCCATCTCCGCCAGCCCGATGTCCGGCCTGTATGAGGTCAAGCTGCAGGGCAGCCGTGTGCTGTATGCCAGCGCCGACGGTCAGTACATCGTCCAGGGCAACCTGTTCGCGCTCAAGGACGGCAAGCCGGTGAATCTCACCGAGATCACCGAGCGCCAAGGCATCTCCAAATTGATCAACGGTATCCCGGTCGCCGAAACCGTGGTCTACCCGGCGGTGGGCGAAACCAAGTCGCACATTACCGTGTTCACCGACACCACTTGCCCGTACTGCCACAAACTGCACGCCGAAGTGCCAGAGCTGAACAAGCGTGGCATCGAGGTGCGCTACGTGGCGTTCCCGCGTCAGGGCCTCGGCTCGCCGGGCGATGAGCAATTGCAGGCAGTCTGGTGCTCCAAGGACAAGAAAGCGGCCATGGACAAAATGGTCGACGGCAAGGAAATCAAAGCCGCCAAGTGCGAGAACCCGGTCTCCAAGCAATTCGCCCTCGGCCAGTCCATTGGTGTGAACGGCACGCCGGCCATCGTTTTGGCCGATGGCCAGGTGATTCCGGGCTACCAGCCGGCGCCGCAAGTCGCCAAACTGGCCCTTGGGGCGAAATGA MRLIQMFTAAAIALASTFAIADDAADQAIRKSLANLELEVPIEAISASPMSGLYEVKLQGSRVLYASADGQYIVQGNLFALKDGKPVNLTEITERQGISKLINGIPVAETVVYPAVGETKSHITVFTDTTCPYCHKLHAEVPELNKRGIEVRYVAFPRQGLGSPGDEQLQAVWCSKDKKAAMDKMVDGKEIKAAKCENPVSKQFALGQSIGVNGTPAIVLADGQVIPGYQPAPQVAKLALGAK PGPT0030050_960 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_IV_SECRETION_SYSTEMS CE-T4SS-CONJUGAL_TRANSFER_PILUS_ASSEMBLY_PROTEIN,PGPT0030050-dsbC-K03981 NA NA D1-35_00055 1305 hom COG0460 Homoserine dehydrogenase GTGAATCCGGTCAAAGTAGGCATCTGTGGGTTAGGTACCGTCGGTGGCGGCACCTTCAACGTACTTCAGCGCAACGCCGAGGAAATTGCTCGTCGTGCCGGGCGTGGGATCGAAGTGGCACAAATTGCCATGCGCACGCCAAAGCCTCAGTTCCAGACGACCGGTATTGCGATTACCAACGATGTCTTCGAAGTGGCCACGAACCCTGAGATCGACATCGTGATAGAGCTGATGGGCGGCTATACCGTTGCCCGCGAGCTGGTACTCAAGGCCATCGAGAATGGCAAGCATGTGGTCACCGCGAACAAGGCGCTTATCGCCGTTCACGGCAATGAAATTTTCGCCAAGGCCCGCGAGAAGGGCGTGATCGTGGCTTTCGAGGCCGCCGTAGCCGGTGGTATCCCGGTGATCAAGGCGATTCGCGAAGGGCTGTCGGCCAACCGGATCAACTGGGTGGCCGGGATCATCAACGGCACCGGCAACTTCATCCTCACCGAGATGCGCGAGAAGGGCCGCACTTTTGAAGACGTGCTGGCCGAAGCCCAGGCGCTGGGCTACGCCGAGGCGGACCCGACGTTCGACGTCGAAGGCATTGATGCGGCGCACAAGCTGACGATCCTGGCGTCAATCGCCTTCGGTATTCCGCTGCAGTTCGACAAGGCCTACACCGAAGGCATCACCAAGCTGACCACCGCCGACGTGAACTACGCCGAGGCCCTGGGCTATCGCATCAAGCACCTGGGCGTGGCGCGCAGCACCGCCAGCGGCATCGAGTTGCGTGTGCATCCGACGCTGATCCCCGCCGATCGCCTGATCGCCAACGTCAACGGCGTGATGAACGCGGTAATGGTCAACGGCGACGCCGCCGGCTCGACCTTGTTCTATGGCGCTGGCGCTGGCATGGAGCCGACCGCTTCTTCGGTGGTTGCCGACCTGGTGGACGTGGTTCGCGCCATGACATCCGACCCGGAAAATCGCGTGCCGCACCTGGCGTTCCAGCCGGACTCGCTGTCGGACCACCCGATTCTTCCGATCGAAGCGTGCGAAAGTGCCTACTACCTGCGTATCCAGGCGAAGGACCATCCAGGGGTGTTGGCCCAGGTTGCCAGCATTCTTTCGGAACGCGGCATCAACATCGAGTCGATCATGCAGAAGGAAGTCGAGGAGCACGACGGCCTGGTGCCGATGATCCTGCTGACCCACCGCGTGGTCGAGCAACGCATCAACGATGCGATCGCAGCGTTGGAGGCGCTTCAGGGAGTCGTTGGCCCGGTGGTCCGTATCCGCGTCGAGCATTTGAACTAA MNPVKVGICGLGTVGGGTFNVLQRNAEEIARRAGRGIEVAQIAMRTPKPQFQTTGIAITNDVFEVATNPEIDIVIELMGGYTVARELVLKAIENGKHVVTANKALIAVHGNEIFAKAREKGVIVAFEAAVAGGIPVIKAIREGLSANRINWVAGIINGTGNFILTEMREKGRTFEDVLAEAQALGYAEADPTFDVEGIDAAHKLTILASIAFGIPLQFDKAYTEGITKLTTADVNYAEALGYRIKHLGVARSTASGIELRVHPTLIPADRLIANVNGVMNAVMVNGDAAGSTLFYGAGAGMEPTASSVVADLVDVVRAMTSDPENRVPHLAFQPDSLSDHPILPIEACESAYYLRIQAKDHPGVLAQVASILSERGINIESIMQKEVEEHDGLVPMILLTHRVVEQRINDAIAALEALQGVVGPVVRIRVEHLN PGPT0020155_1604 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003 NA NA D1-35_00056 1410 thrC COG0498 Threonine synthase ATGCGCTATATCAGTACCCGCGGCCAGGCACCGGCCCTGAATTTCGAAGATGTCCTGCTGGCCGGCCTGGCCACGGACGGCGGCCTCTATGTGCCGGAGAACCTGCCGCGCTTCACCCAGGAAGAAATCGCTTCCTGGGCCGGCCTGCCGTATCACGAGCTGGCCTTCCGGGTGATGCGCCCGTTCGTCACCGGCAGCATTCCGGACGCTGATTTCAAGAAGATCCTGGAAGAGACCTACGGCGTCTTTTCCCACAACGCCATCGCGCCGTTGCGTCAGCTCAACGGTAACGAATGGGTGATGGAGCTGTTCCACGGCCCGACCCTGGCCTTCAAGGATTTCGCCCTGCAATTGCTCGGCCGCCTGCTGGACTATGTGCTGCAAAAGCGTGGCGAGCGCGTGGTGATTGTCGGTGCCACCTCCGGCGACACCGGCTCGGCCGCCATCGAAGGTTGCAAGCATTGCGAGAACGTCGATATTTTCATCCTGCACCCGCACAACCGCGTCTCGGAAGTGCAGCGTCGGCAGATGACGACGATTTTCGGCGATAACATCCATAACATCGCCATCGAAGGCAACTTCGATGACTGCCAGGAAATGGTCAAGGCCAGCTTCGCCGACCAGAGCTTCCTCAAGGGCACCCGGCTGGTGGCGGTGAACTCGATCAACTGGGCGCGGATCATGGCCCAGATCGTCTATTACTTCCACGCGGCCCTGCAGTTGGGCGGCCCGGCCCGCTCGGTGGCGTTCTCGGTACCCACCGGCAATTTCGGCGATATCTTCGCCGGTTACCTGGCACGCAACATGGGGCTGCCGATCAACCAGCTGATCGTCGCCACCAACCGCAACGACATCCTGCACCGCTTCATGAGCGGTAACCAGTACGTCAAGGAAACCCTGCACGCCACGTTGTCGCCGTCGATGGACATCATGGTGTCGTCGAACTTCGAGCGTTTGCTGTTCGACCTGCACGGTCGTAATGGCGCGGCGATTGCGGGCCTGATGGACAGCTTCCGTCAGGGCGGTGGTTTCAGCGTCGAGGCCGAACGCTGGACCGAAGCCCGCAAGCTGTTCGACTCCCTGGCGGTGGATGACGCGCAGACCTGCGAAACCATCGCCGAGGTGTTCGAGCAGAGCGGTGAGTTGCTCGATCCGCACACCGCCATCGGGGTGCGAGCGGCGCGCGAGTGCCGCCGGAGCCTGGATATCCCGATGGTCATCCTGGGCACCGCTCACCCGGTGAAGTTTCCGGAAGCCGTAGAGAAAGCTGGCGTAGGAAAAGCGCTCGAGCTGCCTGCACATCTTTCTGATTTGTTTGAACGAGATGAGCGTTGCACCGTATTGCCCAATGACTTGAAGGCCGTGCAGGCCTTTGTCAGTCAGCATGGCAACCGCGGCAAGCCGCTCTGA MRYISTRGQAPALNFEDVLLAGLATDGGLYVPENLPRFTQEEIASWAGLPYHELAFRVMRPFVTGSIPDADFKKILEETYGVFSHNAIAPLRQLNGNEWVMELFHGPTLAFKDFALQLLGRLLDYVLQKRGERVVIVGATSGDTGSAAIEGCKHCENVDIFILHPHNRVSEVQRRQMTTIFGDNIHNIAIEGNFDDCQEMVKASFADQSFLKGTRLVAVNSINWARIMAQIVYYFHAALQLGGPARSVAFSVPTGNFGDIFAGYLARNMGLPINQLIVATNRNDILHRFMSGNQYVKETLHATLSPSMDIMVSSNFERLLFDLHGRNGAAIAGLMDSFRQGGGFSVEAERWTEARKLFDSLAVDDAQTCETIAEVFEQSGELLDPHTAIGVRAARECRRSLDIPMVILGTAHPVKFPEAVEKAGVGKALELPAHLSDLFERDERCTVLPNDLKAVQAFVSQHGNRGKPL PGPT0009175_1848 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733 NA NA D1-35_00057 1371 bvgS_1 Virulence sensor protein BvgS ATGCTGTTCGTTAACCGATGCAAACCGGCGTTGAGCTGGATGATGGGCCTCGCCCTGATGTACTGGGGCCAATGGGGCGGCGCTGACCCGTCGACGCCTCCCGGGCAGTCACCGCTCGAAGCGGGCGAGAGACTGGTGCTCGACGCCCGGGAGCTGGACTGGATCAGGCAGAACCCGCGTGTCGTTGTGGCGTCGATGCAAATCCCGCTGTACCTGTTCAAGAATGCACAGGGAGAATGGAGCGGCCTGAACGCTGACATGCTCCATGCCATTGAGCGAATGACCGGACTTGAATTCATCCATCGGGAGTCGTTCTCTGCCGATCAATTGATAGAGATGCTGGAAAACGGCGAAGCCGACATGTCTAGTGTCCTGGCGATGAATGACGAGCGCCGGGCTGTGCTGAATTTCAGCCATGCGTTCGGCGGTTTCGACTGGGTATTCGTTGGCCGTGAGGGGGAGCCTGCGCTTCGTTCGCTGGATCAGTTGGCGGGCAAGGTGCTGGCGTTGCCGGCACGGCATGCCCTGGAAGCGGAAATCCGCCGCGAGCATCCAACCATAGCGCTGCGCACGGTGATGACCCCTGCCGAGGCAAGGGCGTTGGTGGAAAATCGCGAAGCCCATGCCACCATCGAAAGCGAAACCGCCGTGCACCTCTATCCTTCAGGGCAACTGCAGGTGGGGGGCAGTCTCGAAGGCATGTGGGAGCCAGACTATCTCGCTGTACGGCAGGATTCCCAAACATTGCTGGATGTCCTCAACAAGGCGCTGGAAGCGTTTCCCGCCGAAGACATGCGCGCGCTACGTTTCAAGTGGTTCGCCGAGAAAACACCTGATCAAGAACCGTCGTTCTGGTCGCGCATCCCCCTGCAGGGCTATTGGTGTGTGATCGCAGCAGGGGTGTTCGGCCTGTTGTCGCTGCTCTGGAACCGCCGCTTGCAGGGCCAGATCGGACAGCGCCTCAAGGCCGAGACCGTACTCAACGACCAATTGACGTTCCAGCGCGCCTTGATGGATGCCATTCCCGATCCGATCTTTATTCGAGATCTCGAAGGGCGGCTGATCATGTGCAACAAAAGTTATGAGGAGCGGTTCGCGACTCGCTTCGAGAAGCTGCGAGGCACGTGTCTGACGGAGTCTGCGGCAATGCCGGCGGCAACCGCCGAACTGTTGCACGGGGAGCTGATGGAGCAGCTGCGAACCCGTCAGCCCCGGTTTGTCGACCGCCAGCTGATGTTGCGCAGTGGATTGCAGGACATCTATCACTGGTCGGTGCCCTTTTATGCCGCCGATGGCCGGTTGCGCGGTGTCCTGGGCGGTTGGATCGAGGTTGGACGCCGGAGGGATCGTTCCAAGCGGCTGCCGGCTTGA MLFVNRCKPALSWMMGLALMYWGQWGGADPSTPPGQSPLEAGERLVLDARELDWIRQNPRVVVASMQIPLYLFKNAQGEWSGLNADMLHAIERMTGLEFIHRESFSADQLIEMLENGEADMSSVLAMNDERRAVLNFSHAFGGFDWVFVGREGEPALRSLDQLAGKVLALPARHALEAEIRREHPTIALRTVMTPAEARALVENREAHATIESETAVHLYPSGQLQVGGSLEGMWEPDYLAVRQDSQTLLDVLNKALEAFPAEDMRALRFKWFAEKTPDQEPSFWSRIPLQGYWCVIAAGVFGLLSLLWNRRLQGQIGQRLKAETVLNDQLTFQRALMDAIPDPIFIRDLEGRLIMCNKSYEERFATRFEKLRGTCLTESAAMPAATAELLHGELMEQLRTRQPRFVDRQLMLRSGLQDIYHWSVPFYAADGRLRGVLGGWIEVGRRRDRSKRLPA PGPT0014485_391 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE_EVG-EMR_SYSTEM,PGPT0014485-evgS|bvgS-K07679 NA NA D1-35_00058 288 hypothetical protein ATGGAAAGTATCAGCCTGTTGCTCAATGAAGCCTTGAGCCCGTATCAGGTCACGCTCACGCCCTCCGGTACCAAAGGCGAATGCCTGGTAACGCTGAAGAATTCCTCGGGGGCCATCATGGTCGAGCGGCTGTTCAACCAGGCCCAACTGACCGACAAGCGCCAACTGACCGACGTGGTCGACGGCCTGCATCGCGATGTGCTGATTGCCGAGGGGCGGCTGGAGCCGTGTGTCATCGCGGCGTTACGTAACGTGGCGCGCGACAAGGTCATGCTTGCTGCCAATTGA MESISLLLNEALSPYQVTLTPSGTKGECLVTLKNSSGAIMVERLFNQAQLTDKRQLTDVVDGLHRDVLIAEGRLEPCVIAALRNVARDKVMLAAN NA NA NA NA NA D1-35_00059 1200 smtB_1 COG1804 Succinyl-CoA--L-malate CoA-transferase beta subunit ATGTCGCTTACTGCCAAACCTCTTGCCGGCGTCAAGGTCATCGAACTCGGCACGCTGATCGCCGGCCCTTTTGCCTCGCGTATCTGCGGTGAATTCGGTGCCGAGGTCATCAAGGTCGAATCGCCGGACGGCGGCGATCCGCTGCGCAAGTGGCGCAAATTGTATGAAGGTACGTCCTTGTGGTGGTTCGTCCAGGCACGCAACAAAAAGTCCGTGACGCTGAACCTCAAGCACCCCGAAGGCCTGGCGATCCTGAAAAAACTGCTTGGCGAAGCCGACATCCTGATCGAGAACTTTCGCCCCGGCGTGCTGGAAAAGCTCGGCCTGGGCTGGGACGTGTTGCACGCACTGAATCCGAAGCTGGTCATGGTCCGGCTATCAGGCTTCGGCCAGACCGGGCCGATGAAGGATCAGCCCGGGTTCGGCGCCGTCGGTGAGTCGATGGGAGGCCTGCGCTACATCACCGGCTTCGAGGATCGCCCACCGGTGCGCACCGGTATCTCCATCGGCGACTCGATCGCCGCGCTCTGGGGGGTGATCGGCGCGCTGATGGCCTTGCGTCACCGGGAGGTCAACGGTGGGACCGGCCAGGTGGTGGACGTGGCGCTATACGAAGCGATTTTCGCCATGATGGAAAGCATGGTGCCGGAGTTCGACGTGTTCGGTTTCATCCGCGAACGCACCGGCAACATCATGCCCGGCATCACGCCGTCGTCCATCCACACCAGCGCCGACGGCAAGCATGTACAGATCGGCGCCAACGGTGACGCCATCTTCAAGCGTTTCATGCAGGTCATTGGCAGGGACGACTTGGCGAACGACCCGCAGCTGGCCAGCAATGATGGCCGTGACGAACGCCGCGACGAGTTGTATGGGGTCATTGATCGCTGGGTCAACTCGCTGCCGTTGGATGCCGTCATCGACCAGTTGAACCAGGCCGGCGTGCCGGCAAGCCGGATCTTCAGTGCCGAGGACATGTTCAGCGACCCGCAATTTCTCGCCCGCGAGATGTTCCTGCAAGCCAGGCTGCCGGATGGCAAGGCGTTCAAGATGCCTGGGATCGTACCGAAGCTTTCCGACACACCGGGAACAGCCGAATGGGTCGGGCCAGCATTGGGCGAGCACACGGCAGAGGTGCTCGGTGAGCTTGGCTACGATGCGCAGCAGGTCGCCAGGCTGCGCACCGACGGCGCCGTCTGA MSLTAKPLAGVKVIELGTLIAGPFASRICGEFGAEVIKVESPDGGDPLRKWRKLYEGTSLWWFVQARNKKSVTLNLKHPEGLAILKKLLGEADILIENFRPGVLEKLGLGWDVLHALNPKLVMVRLSGFGQTGPMKDQPGFGAVGESMGGLRYITGFEDRPPVRTGISIGDSIAALWGVIGALMALRHREVNGGTGQVVDVALYEAIFAMMESMVPEFDVFGFIRERTGNIMPGITPSSIHTSADGKHVQIGANGDAIFKRFMQVIGRDDLANDPQLASNDGRDERRDELYGVIDRWVNSLPLDAVIDQLNQAGVPASRIFSAEDMFSDPQFLAREMFLQARLPDGKAFKMPGIVPKLSDTPGTAEWVGPALGEHTAEVLGELGYDAQQVARLRTDGAV PGPT0002130_587 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 D1-35_00060 543 yaeQ COG4681 putative protein YaeQ ATGGCCCAGCCGTCCACGACCTACAAGTTTGAACTGAACCTCACTGACCTCGACCGCAGCGTGTACGAGAATGTGAAGCAGACCATTGCCCGCCATCCTTCGGAAACCGAAGAGCGCATGACCGTGCGCCTCTTGGCCTACGCGTTCTGGTACAACGAGCTGCTGGCGTTTGGTCGTGGGCTGTCGGATGTCGACGAACCCGCGTTGTGGGAAAAAAGTCTGGATGACCGTGTGCTGCACTGGATCGAAGTAGGCCAGCCGGATGCCGATCGCCTGACCTGGTGCTCGCGCCGCACCGAGCGCACCAGCCTGCTGGCCTACGGCAGCCTGCGGGTGTGGGAAGGCAAGGTGATCCCCGCGGTGAAGAATCTGAAGAACGTGAACATCGCCGCCGTCCCCCAGGAAGTGCTTGAAACCCTGGCCAAGGACATGCCACGGGTGATCAAGTGGGACGTGATGATCAGCGAAGGGACGATTTTCGTGACCGACGACCGTGGCCAGCATGAGGTTCAGTTGCAATGGTTGCTGGGCGAGCGTGGCTGA MAQPSTTYKFELNLTDLDRSVYENVKQTIARHPSETEERMTVRLLAYAFWYNELLAFGRGLSDVDEPALWEKSLDDRVLHWIEVGQPDADRLTWCSRRTERTSLLAYGSLRVWEGKVIPAVKNLKNVNIAAVPQEVLETLAKDMPRVIKWDVMISEGTIFVTDDRGQHEVQLQWLLGERG NA NA NA NA NA D1-35_00061 1710 recJ COG0608 Single-stranded-DNA-specific exonuclease RecJ ATGCGCATAGAACCCCGCCAGTTACCCGCCACCCTGCCGTTTCTCGGTGACCTGCCGCCGTTGTTGACCCGTCTTTACGCAGCACGTGGCGTGCAGTCCGAAGCGGAGCTGGACAAGAGCCTGGCGCGCCTGATTCCTTATCAGCAACTCAAGGGGATCGATGCCGCGGTGGACCTGCTGGTGGTGGCGCTGGAGCAGCGTCAGCGCATCCTCATCGTCGGCGATTTTGATGCCGATGGCGCGACCGCCAGTACCGTGGGCATGCTTGGTCTGCGCCTGCTCGGTGCGGCCCATGTCGACTACCTGGTGCCCAATCGCTTTGAATATGGCTATGGCCTCACGCCGGAAATCGTCGAAGTCGCCCTGACACGCGCGCCGCAATTGTTGGTCACCGTGGACAACGGCATCTCCAGCGTGGAAGGCGTGGCAGCGGCGAAAGCGGCCGGCCTCAAGGTGCTGGTCACCGACCACCACTTGCCGGGGCTCGAATTGCCGGCGGCCGATGCCATCGTCAACCCGAACCAGCCCGGTTGTGAGTTCCCGAGCAAGGCACTGGCGGGTGTCGGGGTGATCTTTTATGTGCTGATGGCCCTGCGGGCCCGTCTGCGCAGCCTCGGTTGGTATGCCAGCAAGCCGCAGCCGAACATCGGCGAACTGCTCGACCTGGTGGCGCTGGGCAGCGTCGCCGACGTGGTGCCGCTGGATGCCAACAACCGGATCCTGGTGCACCAGGGCCTGGAGCGTATTCGCGCCGGACGCGCCCGGCCCGGCATCAAGGCCATCCTCGAAGTAGCCAAGCGCGATCACTCGCGCATCACTTCCACCGACCTCGGTTTCATCCTCGGACCGCGCCTGAATGCGGCGGGGCGGCTGGATGACATGAGCCTGGGTATCGAATGCCTGCTTACCGATGACCCGGCGCTGGCGCGGGACATGGCGGCGCAGCTTGATGGCATGAACCAGGACCGCAAATCCATCGAACAGGGCATGCAACGTGAAGCCATGGCCCAGCTCAAGGATCTGCCGGTGGAGTCGATGCCGTTCGGCTTGTGCCTGTTCGATCCGCAATGGCACCAGGGCGTCATCGGGATCCTGGCGTCACGCATGAAAGAGCGCTATTTCCGTCCGACCATTGCTTTCGCCGATGCCGGGGACGGCCTGCTCAAAGGGTCGGGCCGCTCGGTGCCGGGATTTCATATCCGCGATGCGTTGAGCGTTGTCGCGGCGCAGCATCCGACCCTGATCAGCAAATACGGCGGTCACGCCATGGCGGCGGGGCTGACGTTGCCGGAGGCGAACTTTGCCTTGTTTGCCGAGGCTTTTGACGCGGAGGTGCGCCGGCAACTACGTGAAGAAGACCTGACGGGGCGGCTGTTGTCGGATGGCTCTCTGGCGGTGGAAGAGTTCCACCTGGAACTGGCCCGGGCACTGCGCCATGCCGGGCCGTGGGGACAGCATTTTCCGGAGCCGGTGTTCCACGGCGTGTTCCAGCTGGTCGAGCAGCGAGTGGTGGGTGAACGGCACCTGAAGGTCATTCTCAAGACTGAGTGCGGTTCGGTGAAACTCGATGGCATAGCCTTCGGCATTGATCGGGAAATCTGGCCCAACCCCACCGTGCGCTGGGTAGAGCTGGCCTATAAGCTTGACCTCAACGAGTTCCGTGGCCAGGAAACGGTGCAGTTGATGATTGCTCATATCGAACCGCGGTAG MRIEPRQLPATLPFLGDLPPLLTRLYAARGVQSEAELDKSLARLIPYQQLKGIDAAVDLLVVALEQRQRILIVGDFDADGATASTVGMLGLRLLGAAHVDYLVPNRFEYGYGLTPEIVEVALTRAPQLLVTVDNGISSVEGVAAAKAAGLKVLVTDHHLPGLELPAADAIVNPNQPGCEFPSKALAGVGVIFYVLMALRARLRSLGWYASKPQPNIGELLDLVALGSVADVVPLDANNRILVHQGLERIRAGRARPGIKAILEVAKRDHSRITSTDLGFILGPRLNAAGRLDDMSLGIECLLTDDPALARDMAAQLDGMNQDRKSIEQGMQREAMAQLKDLPVESMPFGLCLFDPQWHQGVIGILASRMKERYFRPTIAFADAGDGLLKGSGRSVPGFHIRDALSVVAAQHPTLISKYGGHAMAAGLTLPEANFALFAEAFDAEVRRQLREEDLTGRLLSDGSLAVEEFHLELARALRHAGPWGQHFPEPVFHGVFQLVEQRVVGERHLKVILKTECGSVKLDGIAFGIDREIWPNPTVRWVELAYKLDLNEFRGQETVQLMIAHIEPR NA NA NA NA NA D1-35_00062 1107 namA COG1902 NADPH dehydrogenase ATGAGTCTGCTGCTGGAACCTTATACCCTTCGTCAACTGACCCTGCCCAATCGCATCGCGGTTTCGCCGATGTGCCAGTATTCGAGCGCCGATGGCCTGGCCAACGACTGGCATCTGGTGCACCTCGGCAGTCGTGCCGTGGGCGGTGCCGGCCTGGTGTTCACCGAAGCCACCGCCGTCACGGCCGATGGCCGGATTACCGCCGAGGACCTCGGGTTGTGGAACGATGAACAGATCGAGCCTTTGCAACGCATCACCCGGTTCATAACCGCCCAAGGCGCCGTGCCTGGCATCCAGCTGGCCCACGCCGGGCGCAAGGCAAGCACCTGGCGGCCCTGGCTGGGCAAGCACGGCAGCGTCAAGCCGGAAGAGGGCGGCTGGGTTCCGGTCGGCCCTTCGCCGATTGCCTTCGACCCCCAGCACACCCAACCGAAGCAGCTCGATGAAGCACAGATCGCCGACGTCATCCAGGCGTTCGTCGACGCGGCCAAACGCGCCCTGACGGCAGGTTTCAAGGTCGTCGAGGTGCATGCTGCCCATGGCTACCTGCTGCACCAGTTCCTGTCGCCGTTGAGCAATCAGCGGCGGGATCAATACGGTGGGTCGTTTGAAAATCGTATCCGCCTGGTACTGCAAGTGACCGAAGCGGTCCGGGCCGTATGGCCGGAGGAGCTGCCGGTTTTTGTTCGGGTATCCGCCACCGACTGGGTCGAAGACGGCTGGAACCCCGATGAAACGGTGGAACTGGCGCGGCGATTCCGGGCGCTGGGGGTGGACTTGATCGATGTGTCGTCGGGCGGTACCGCCGCCAACGCCGAGATTCCCACCGGCCCTGGCTACCAGACGCGCTTCGCCGAGCGGGTGCGCAAGGAGTCGGAAATCGCCACTGGCACGGTCGGGATGATCACCGAGCCGGCCCAGGCCGAACACATCCTGCGCACCTGCCAGGCCGATATTATCTTCCTCGCTCGCGAGCTGTTGCGCGATCCGTACTGGGCGCTGCATGCCGACGACGACCTGGGCGGACGCAAGGCCACCTGGCCGGCGCAGTACCAGCGGGCGACGCATCGGGATCAGCCGATCCATGAGTCGGATTTGCGCGACTGA MSLLLEPYTLRQLTLPNRIAVSPMCQYSSADGLANDWHLVHLGSRAVGGAGLVFTEATAVTADGRITAEDLGLWNDEQIEPLQRITRFITAQGAVPGIQLAHAGRKASTWRPWLGKHGSVKPEEGGWVPVGPSPIAFDPQHTQPKQLDEAQIADVIQAFVDAAKRALTAGFKVVEVHAAHGYLLHQFLSPLSNQRRDQYGGSFENRIRLVLQVTEAVRAVWPEELPVFVRVSATDWVEDGWNPDETVELARRFRALGVDLIDVSSGGTAANAEIPTGPGYQTRFAERVRKESEIATGTVGMITEPAQAEHILRTCQADIIFLARELLRDPYWALHADDDLGGRKATWPAQYQRATHRDQPIHESDLRD PGPT0005575_544 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0005575-namA-K09461 NA NA D1-35_00063 1626 mdoD COG3131 Glucans biosynthesis protein D ATGCACCGCAGGAATCTGCTCAAGGCCTCCATGGCCTTCGCCGCCTACACCGGACTGTCGGCCTCCGGGCTCATGGCCGCGCGTGCCTGGGCTGCCGATCAGACCGCCGACGGCGAAGCCCGTCCCTTCGATTTCAACCAATTGAAAGACCAGGCCCTGCGACTGGCCGCAAGCCGCTACGTCGACACCAAGCAAGTCCTGCCGCCGACGCTGGCGCAGATGTCCCCCTTGCAGTTCAATGCCATCCAGTACGACGCCAATCATTCGCTGTGGAATGAACTGGACGGCAAGCTGGACGTGCAGTTTTTCCATGTCGGCATGGGCTTCAAGCAGCCGGTGCGCATGTACAGTGTCGACCCGAAGACCCGCATGGCGCGTGAAGTACACTTTCGCCCGGAACTGTTCAACTACGAGAAGACCACGGTCAATACCTCGCAGCTCACCGGCGACCTCGGGTTCGCAGGGTTCCGGGTGTTCAAGGCACCGGAGCTGGACCGGCACGACATTGTTTCGTTTCTCGGCGCCAGTTATTTCCGCGCGGTGGACGCCACCGGCCAGTACGGCTTGTCTGCCCGCGGCCTGGCCATCGACACGTATGCGAAAAAACGCGAGGAATTCCCGGACTTCACCAAGTTCTGGTTCGAAACGCCGGACAAGAACAGCACCCGCTTCGTGGTCTATGCCCTGCTCGACTCACCGAGCGCCACCGGTGCCTACCGCTTTGACATCGATTGCCAGCCTACCCGGGTGGTGATGGAAGTCGACGCGCACGTCAACGCGCGTACCGCCATCGAGCAGTTGGGCATCGCGCCGATGACCAGCATGTTCAGTTGCGGCACCGTCGAGCGACGCATGTGCGACACCATTCACCCGCAGATCCACGACTCCGACCGCCTGGCCATGTGGCGCGGCAACGGCGAGTGGGTCTGCCGCCCGCTGAACAACCCCGCCACCCTGCAGTTCAATGCTTTCGCCGACAACAACCCGAAAGGTTTCGGCCTGGTGCAGACCGACCACGACTTCGAGAGTTACCAGGACACCGTGGACTGGTACAGCAAACGGCCAAGCCTGTGGGTCGAACCTACGACCGCTTGGGGCGAAGGCTCGGTCGACCTGCTGGAAATTCCTACCACCGGCGAGACCCTGGATAACATCGTTGCGTTCTGGACGCCGAAAAAACCGGTCGCTGCCGGCGATTCGTTGAACTATGGCTACAAACTCTACTGGAGCGCCCTGCCGCCGGTCAGCACGGACCTGGCCCGCGTCGACGCCACCCGTTCCGGCATGGGCGGCTTCATCGAAGGCTGGGCTCCCGGCGAACACTACCCCACCGTCTGGGCACGGCGCTTCGCGGTGGACTTCACCGGTGGCGGTCTCGATCAGTTGCCACCGGGCACCGGCATCGAGCCGGTGGTGACCTGCTCCCACGGCGAGGTCAAGGATTTCAACGTGCTGGTGCTGGACGCGATCAAGGGTTATCGCATCACCTTCGACTGGTACCCGATCGACGACCGCGTGGACCCGGTGGAGATGCGCCTGTTCATTCGCTCCAAGGACCGGACGCTGAGCGAGACCTGGTTGTACCAGTACTTCCCGCCGGCGCCGGATAAGCGTAAGTACCCCTGA MHRRNLLKASMAFAAYTGLSASGLMAARAWAADQTADGEARPFDFNQLKDQALRLAASRYVDTKQVLPPTLAQMSPLQFNAIQYDANHSLWNELDGKLDVQFFHVGMGFKQPVRMYSVDPKTRMAREVHFRPELFNYEKTTVNTSQLTGDLGFAGFRVFKAPELDRHDIVSFLGASYFRAVDATGQYGLSARGLAIDTYAKKREEFPDFTKFWFETPDKNSTRFVVYALLDSPSATGAYRFDIDCQPTRVVMEVDAHVNARTAIEQLGIAPMTSMFSCGTVERRMCDTIHPQIHDSDRLAMWRGNGEWVCRPLNNPATLQFNAFADNNPKGFGLVQTDHDFESYQDTVDWYSKRPSLWVEPTTAWGEGSVDLLEIPTTGETLDNIVAFWTPKKPVAAGDSLNYGYKLYWSALPPVSTDLARVDATRSGMGGFIEGWAPGEHYPTVWARRFAVDFTGGGLDQLPPGTGIEPVVTCSHGEVKDFNVLVLDAIKGYRITFDWYPIDDRVDPVEMRLFIRSKDRTLSETWLYQYFPPAPDKRKYP PGPT0013325_426 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0013325-mdoG-K03670 NA NA D1-35_00064 186 hypothetical protein ATGACCAAAGTACAGAGCATTACCGAAATGCTGGGGATCTTTCCTGGCCTGACCAGAATACGGAGCAAACGCCCGCTCAGCCTGGAGGAAGCGAGGCTGGTCGAACGTTATCGAGAGTTGTCGGAAAGCGACCGGATCGCCATGCGTTATCTGATGGATGCGATGGGCCGTGCTTCGCGGTTTTGA MTKVQSITEMLGIFPGLTRIRSKRPLSLEEARLVERYRELSESDRIAMRYLMDAMGRASRF NA NA NA NA NA D1-35_00065 264 hypothetical protein ATGGCCTCGCCCGTTTTGTCCTTCCGCGTGGAAGAAGGTTTGGCCCAACAGCTGGACTTGCTGGCTGCCGCCACCGACCGCGACCGTCAATATCACCTGAAGCGTGCATTGGTTCGATACGTAGAGGCCGAGTCCTGGCACCTGCAAGCGATCAGCGAAGGCATAGCGGATGCCGACGCCGGGAATCTGACCGATCTGGATGCCGTGAAGGCTAAGTGGGCAAAGCGTGCCGAGCATCGTACTGACCAACAAAGCACAAAGTGA MASPVLSFRVEEGLAQQLDLLAAATDRDRQYHLKRALVRYVEAESWHLQAISEGIADADAGNLTDLDAVKAKWAKRAEHRTDQQSTK NA NA NA NA NA D1-35_00066 1425 prr_1 COG1012 Gamma-aminobutyraldehyde dehydrogenase ATGCAAACCAAACTGTTGATCAACGGCCATCTGGTGAACGGCGACGGCCCTGGCCAGGCCGTTTTTAATCCGGCGCTGGGCCGGGTCCTGGTGGAAATAAATGAAGCCAGCGAAGCCCAGGTCGATGCCGCCGTGCGCGCCGCCGACAGCGCTTTCGATGCCTGGTCGCAAGTGCCGCCCAAGGACCGCTCCCTGCTGCTGCTCAAGCTGGCCGATGCCATCGAGGCCAATGGTGAAGAACTGGCCAGGCTCGAATCGGACAACTGCGGCAAGCCATTGAGCGCCGCGCTGAACGATGAAATCCCGGCGATCGCCGATGTGTTCCGTTTCTTCGCCGGCGCCAGCCGTTGCATGAACGGCTCGGCGGGCGGCGAGTACCTGCCGGGGCACACCTCGATGATCCGTCGCGACCCGGTGGGCGTGATCGCTTCCATCGCCCCGTGGAACTACCCGTTGATGATGGTCGCCTGGAAAATCGCCCCGGCCCTGGCCGCCGGTAATACGGTGGTGCTCAAGCCGTCGGAACAGACGCCACTGACCGCGTTGCGCCTGGCGGAACTGGCGTCGGAAATTTTCCCGGCAGGTGTGCTCAACGTCGTTTTCGGACGCGGGCAAACCGTCGGCCAGCCGCTCGTCACGCACCCGAAAGTCCGCATGGTTTCCCTGACCGGGTCCATCGCCACCGGCTCGAACATCATTTCCAGCACCGCCGAGAGCGTCAAGCGCACGCACATGGAGCTGGGCGGCAAGGCCCCGGTGATCATCTTCGATGACGCCGACATTGATGCTGCGGTGGAAGGCATCCGCACCTTCGGCTTCTACAACGCCGGCCAGGACTGCACGGCCGCCTGCCGCATCTATGCCCAGCAAGGCATCTACGACAAATTTGTCGAAAAACTCGGCGCCGCCGTCGCCAGTATCAAGTACGGCCTGCAGAACGAACCCGATACCGAGATGGGACCGTTGATCACCGCTCAGCACCGCGACCGCGTGGCCGGCTTCGTCGAGCGGGCCATCGCCCAGCCCCACATCCGCCTGGTCACCGGTGGCAAGGCCGTGGACGGCAACGGCTTCTTCTTCGAACCGACGGTGCTGGCCGACGTCCAGCAGGACGACGAAATTGTCCGCCGCGAAGTGTTCGGTCCTGTGGTGTCCGTCACGCCATTCCTTGAGGAAGCACAAGTGCTGGCCTGGGCCAACGATTCGGACTACGGCCTGGCCTCATCGGTGTGGACCGCCGACATCGGCCGTGCCCATCGCTTGTCGGCACGCCTGCAATACGGCTGCACCTGGGTGAATACGCACTTCATGCTCGTCAGCGAAATGCCCCATGGCGGTCAGAAACGTTCTGGCTATGGCAAAGACATGTCGATGTATGGGCTGGAGGATTACACGGTGGTGCGGCATGTGATGTTCAAGCATTGA MQTKLLINGHLVNGDGPGQAVFNPALGRVLVEINEASEAQVDAAVRAADSAFDAWSQVPPKDRSLLLLKLADAIEANGEELARLESDNCGKPLSAALNDEIPAIADVFRFFAGASRCMNGSAGGEYLPGHTSMIRRDPVGVIASIAPWNYPLMMVAWKIAPALAAGNTVVLKPSEQTPLTALRLAELASEIFPAGVLNVVFGRGQTVGQPLVTHPKVRMVSLTGSIATGSNIISSTAESVKRTHMELGGKAPVIIFDDADIDAAVEGIRTFGFYNAGQDCTAACRIYAQQGIYDKFVEKLGAAVASIKYGLQNEPDTEMGPLITAQHRDRVAGFVERAIAQPHIRLVTGGKAVDGNGFFFEPTVLADVQQDDEIVRREVFGPVVSVTPFLEEAQVLAWANDSDYGLASSVWTADIGRAHRLSARLQYGCTWVNTHFMLVSEMPHGGQKRSGYGKDMSMYGLEDYTVVRHVMFKH PGPT0007650_536 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007650-patD|prr|ydcW-K00137 NA NA D1-35_00067 813 ydcV_1 Inner membrane ABC transporter permease protein YdcV ATGCACTCTGACTCCAAGGCTTCGTGGGGCTTGCGGATAGCGGCATGGGGCGGGCTGGTGTTCCTGCATTTCCCGATCCTGATCATTTTCCTCTATGCCTTCAACACCGAAGACGCTGCGTTCAGCTTCCCGCCCAAGGGCCTGACCCTGAAGTGGTTCAGCGTCGCCTTCTCGCGCCCGGACGTGCTGGAGGCGATCAAGTTGTCATTGCAGATCGCAGCCGTCGCCACCCTGATCGCCATGGTGCTCGGCACACTCGCGTCTGCGGCACTGTACCGCCGTGATTTTTTCGGCAAGCAGGGTATCTCGCTGATGCTGATCCTGCCGATTGCGCTGCCAGGGATCATCACCGGCATCGCGCTGTTGGCGACCTTCAAGACCCTGGGCATCGAACCCGGCATGTTCACCATCATCGTCGGTCATGCGACCTTCTGCGTGGTGATCGTCTACAACAACGTCATCGCCCGTCTGCGCCGCACCTCCCACAGCCTGATCGAAGCGTCGATGGACCTGGGCGCCGACGGCTGGCAGACCTTTCGCTACATCGTCCTGCCTAATCTGGGGTCGGCCTTGCTGGCCGGCGGGATGCTGGCGTTTGCCTTGTCGTTCGATGAAATCATCGTCACCACGTTCACCGCCGGCCATGAGCGCACGCTGCCGCTCTGGCTGCTCAACCAGCTCAGCCGCCCTCGCGACGTGCCAGTGACCAATGTGGTGGCGATGCTGGTGATGTTGGTGACGATGCTGCCGATACTCGGCGCGTATTACCTGACGCGCGGTGGGGAGAGCGTGGCGGGGAGTGGTGGGAAGTAA MHSDSKASWGLRIAAWGGLVFLHFPILIIFLYAFNTEDAAFSFPPKGLTLKWFSVAFSRPDVLEAIKLSLQIAAVATLIAMVLGTLASAALYRRDFFGKQGISLMLILPIALPGIITGIALLATFKTLGIEPGMFTIIVGHATFCVVIVYNNVIARLRRTSHSLIEASMDLGADGWQTFRYIVLPNLGSALLAGGMLAFALSFDEIIVTTFTAGHERTLPLWLLNQLSRPRDVPVTNVVAMLVMLVTMLPILGAYYLTRGGESVAGSGGK PGPT0007845_2015 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007845-ABC_SP_P|ydcV-K02053 NA NA D1-35_00068 948 ydcU COG1176 Inner membrane ABC transporter permease protein YdcU ATGAGCACCCTGGCCATGACTCGAACCGAGACACACGGTTCGCCGTTGCGACGCTTTTCGAACCTGCTGTACCGGCGTCCCAACCTGTACCTGTCGCTGTTGCTGGTGCCACCGCTGATCTGGTTTGGCGCGATCTACCTGGGCTCGCTGCTGACCTTGCTGTGGCAAGGCTTCTATACCTTCGACGACTTCACCATGGCGGTCACGCCGGACCTGACCCTGGCGAATTTTTCGGCGCTGTTCCAGCCGTCGAATTTCGACATCATTGCGCGGACATTGACCATGGCGATCGCGGTGTCCATCGCCAGCGCCATTGTCGCCTTCCCGATCGCCTACTACATGGCGCGCTACACCAGCGGCAAGACCAAGGCGTTTTTCTACATCGCGGTGATGCTGCCGATGTGGGCCAGCTACATCGTCAAGGCCTACGCCTGGACACTGCTGCTGGCCAAGGGCGGCGTGGCGCAGTGGTTCATCCAGCACCTGGGGCTGGGGCCGGTGTTGCAGTTCGTGCTGGGCATTCCCGGCGTCGGTGGCAGCACGCTGTCTACTTCGCACCTGGGGCGCTTCCTGGTGTTCGTCTACATCTGGCTGCCGTTCATGATCCTGCCGATCCAGGCCTCCCTGGAACGGCTGCCGCCGTCGCTGCTGCAAGCTTCGGCGGACCTCGGCGCCAGGCCACGCCAGACCTTCATGCAGGTAATCCTGCCGCTGTCGATCCCGGGCATTGCCGCCGGCTCGATCTTCACCTTTTCGCTGACCCTGGGGGATTTCATCGTGCCCCAACTGGTGGGCCCGCCGGGCTACTTCGTTGGCAGCATGGTCTACGCCCAGCAAGGCGCCATCGGCAACATGCCCATGGCCGCGGCGTTCACGCTGGTGCCCATCGTGCTGATTGCCATCTATCTGTCTGTCGTCAAGCGACTGGGGGCTTTCGATGCACTCTGA MSTLAMTRTETHGSPLRRFSNLLYRRPNLYLSLLLVPPLIWFGAIYLGSLLTLLWQGFYTFDDFTMAVTPDLTLANFSALFQPSNFDIIARTLTMAIAVSIASAIVAFPIAYYMARYTSGKTKAFFYIAVMLPMWASYIVKAYAWTLLLAKGGVAQWFIQHLGLGPVLQFVLGIPGVGGSTLSTSHLGRFLVFVYIWLPFMILPIQASLERLPPSLLQASADLGARPRQTFMQVILPLSIPGIAAGSIFTFSLTLGDFIVPQLVGPPGYFVGSMVYAQQGAIGNMPMAAAFTLVPIVLIAIYLSVVKRLGAFDAL PGPT0007850_1032 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007850-ABC_SP_P1|ydcU-K02054 NA NA D1-35_00069 1038 potA_1 COG3842 Spermidine/putrescine import ATP-binding protein PotA ATGACGCTTGCCGTCCAGTTCACTCACGTTTCCCGTCAATTCGGCGAGGTGAAGGCCGTTGACCGGGTCTCCATCGACATCCAGGACGGCGAGTTCTTTTCCATGCTCGGCCCGTCCGGCTCGGGCAAGACCACTTGCCTGCGGCTGATTGCCGGGTTCGAGCAGCCCAGCGCCGGTTCGATTCGCATCCATGGGGAGGAAGCCGTAGGGCTCGCGCCGTATCAGCGGGACGTCAACACGGTGTTCCAGGACTACGCCCTGTTCCCGCACATGAACGTACGCGACAACGTCGCCTACGGCCTGAAAGTCAAAGGCGTCGCCAAGGCCGAGCGCATCAGGCGCGCCGATGAAGCGCTGGAGATGGTTGCCCTGGGCGGCTATGGCGAACGCAAGCCGGTGCAACTGTCCGGTGGCCAGCGCCAGCGCGTTGCCCTGGCCCGCGCGCTGGTCAATCGCCCGCGTGTGTTGCTGCTGGATGAACCGTTGGGCGCGCTCGACCTGAAGCTGCGCGAACAGATGCAAAGCGAGTTGAAAAAACTGCAACGCCAGTTGGGTATCACCTTCATCTTCGTTACCCACGACCAGACCGAGGCCTTGTCGATGTCCGACCGCGTGGCGGTGTTCAACAAGGGCCGGATCGAACAGGTCGATACCCCACGCAACCTGTACATGAAGCCGGCCACCACCTTCGTCGCCGAATTCGTCGGCACTTCCAACGTGATTCGCGGTGAGTTGGCCAGGCAACTGAGCGGTTATCCACAGCCGTTCTCGATCCGCCCGGAACATGTGCGCTTTGCCGAAGGTCCGCTGGCCGGCGATGAAATCGAAGTCAGCGGTCTGCTTCACGACATCCAGTACCAGGGCAGCGCCACGCGCTACGAGTTGAAGCTGGAAAACGGCCAGACCTTGAGCCTCAGCCAAGCCAACAGCCAATGGAACGACAGCGGCGCCCAGCACCATACCGGCCAGCATCGCGCCGTACGCTGGGCCCGCGAGGCAATGGTTGCCCTGCACGATACCGCCGGCAGCGAGGCCTGA MTLAVQFTHVSRQFGEVKAVDRVSIDIQDGEFFSMLGPSGSGKTTCLRLIAGFEQPSAGSIRIHGEEAVGLAPYQRDVNTVFQDYALFPHMNVRDNVAYGLKVKGVAKAERIRRADEALEMVALGGYGERKPVQLSGGQRQRVALARALVNRPRVLLLDEPLGALDLKLREQMQSELKKLQRQLGITFIFVTHDQTEALSMSDRVAVFNKGRIEQVDTPRNLYMKPATTFVAEFVGTSNVIRGELARQLSGYPQPFSIRPEHVRFAEGPLAGDEIEVSGLLHDIQYQGSATRYELKLENGQTLSLSQANSQWNDSGAQHHTGQHRAVRWAREAMVALHDTAGSEA PGPT0007860_3078 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007860-ABC_SP_A|ydcT-K02052 NA NA D1-35_00070 1152 ydcS Bifunctional polyhydroxybutyrate synthase / ABC transporter periplasmic binding protein ATGTACGCGCACAAGACCGCATTGCTCAGTGCAATCACCACGGCGCTGCTGGCCAGCGCCAGCCTCCAGGCCGCCGAACCGCTCAAGGCCATTGGCGCTGGCGAAGGCCAACTGGATATCGTCGCCTGGCCGGGCTACATCGAACGCGGCGAAAGCGACAAGGCCTACGACTGGGTCACTGGTTTCGAGAAAGAAACCGGCTGCAAGGTCAACGTCAAGACCGCCGCCACCTCCGACGAAATGGTCAGCCTGATGACCAAGGGCGGCTACGACCTGGTCACCGCGTCGGGCGATGCCTCGCTACGGCTGATTGCCGGCAAACGCGTGCAGCCGATCAACACCGCGTTGATCGCCAACTGGAAAAACCTCGACCCGCGCCTCAAGGACGCGCCGTGGTACGTGGTCAGCCAACAGACCTACGGGACGCCGTACCAGTGGGGGCCGAACGTACTGATGTACAACACCGAAGTATTCAAGCAAGCGCCGACCAGCTGGAGCGTCCTGTTCGAGGCGCAGAACCTGCCCGACGGCAAGCCGAACAAGGGCCGGGTGCAAGCCTACGATGGGCCGATCTACATCGCCGACGCGGCGCTCTACCTCAAGACCGCCAAGCCCGAGCTGGGCATCAAGGATCCGTATCAACTCGACGAGGCCCAGTACAAGGCCGTGCTGGAATTACTGCGTGCCCAGCAGCCGTTGATCCACCGCTACTGGCATGACACGACCGTGCAGATGAGCGATTTCAAGAACGAAGGCGTGGTCGCATCCGGCGCCTGGCCATACCAGGTCAACGGCCTGATCAACGAAAAACAGCCGATCGCCTCGACCATCCCCAAGGAAGGCGCCACCGGCTGGGCTGACACGACGATGCTGCACGCCGAGGCCAAGCACCCCAACTGCGCCTATAAATGGATGGACTGGTCGCTGCAGCCGAAAGTCCAGGGCGACGTAGCCGCCTGGTTCGGCTCGTTGCCGGCCGTGCCCGAGGCGTGCAAGGCAAGCGAACTGCTGGGCGCCGAGGGCTGCAAGACCAACGGGTTCGACCAGTTCGACAAGATCGCCTTCTGGAAAACCCCACAAGCCGAGGGCGGCAAGTTCGTGCCGTACAGCCGCTGGACGCAGGATTACATTGCGATCATGGGTGGACGCTAA MYAHKTALLSAITTALLASASLQAAEPLKAIGAGEGQLDIVAWPGYIERGESDKAYDWVTGFEKETGCKVNVKTAATSDEMVSLMTKGGYDLVTASGDASLRLIAGKRVQPINTALIANWKNLDPRLKDAPWYVVSQQTYGTPYQWGPNVLMYNTEVFKQAPTSWSVLFEAQNLPDGKPNKGRVQAYDGPIYIADAALYLKTAKPELGIKDPYQLDEAQYKAVLELLRAQQPLIHRYWHDTTVQMSDFKNEGVVASGAWPYQVNGLINEKQPIASTIPKEGATGWADTTMLHAEAKHPNCAYKWMDWSLQPKVQGDVAAWFGSLPAVPEACKASELLGAEGCKTNGFDQFDKIAFWKTPQAEGGKFVPYSRWTQDYIAIMGGR PGPT0007855_1147 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_00071 1458 prr_2 COG1012 Gamma-aminobutyraldehyde dehydrogenase ATGGCCGGCACGCAAACCCCGTTATGTACAGCGTTGTTGATCGACGGCGAAAGCGTACCCGGCGAGGGCTTTGTCGAGCCGATCCTCAACCCGGCCACCGGTGAAGTGCTCGCCCATATCGCCGAGGCCAGTACCGAACAGGTCGAAGCCGCGATCCTCGCGGCTCATCAGGCCTTTGACGGCTGGTCGCGCACCACGCCGCAACAACGCTCGAACCTGCTGTTGGAGATCGCCGGCGCTATTGAAAAAAATGCCGACCACCTGGCCCTTCTCGAATCCCTGAACTGTGGCAAGCCACTGCACCTGGCGCGTCAGGACGACCTGAGCGCCACGGTGGATGTGTTCCGTTTTTTTGCCGGCGCCGTACGCTGCCAGACCGGCCAGCTCAGCGGCGAATACTTGCCGGGCTACACCAGCATGGTGCGTCGCGACCCGATTGGCGTGGTGGCGTCCATTGCGCCCTGGAACTACCCGATCATGATGGCGGCCTGGAAAATCGCCCCGGCCCTGGCCGCCGGCAATACCCTGGTGTTCAAGCCTTCGGAACACACGCCGCTGTCGATCCTGGCCCTGGCGCCGATCCTGGCCGAAATCCTGCCGCGGGGCGTCATCAACGTCATCTGCGGTGGCGGCGAAGGCGTCGGCAGTCATCTGGTCAGTCACCCCAAGGTGCGCATGGTCTCGTTGACGGGCGATATCGTCACCGGCCAGAAAATCCTCCAGGCCGCGGCAAAAACCCTCAAGCGCACGCACCTGGAACTGGGCGGCAAGGCCCCGGTGATCGTCTGTGACGACGCCGACCTGCAGGCAGTGGTCGAGGGTGTACGCACCTATGGTTACTACAACGCTGGCCAGGATTGCACCGCCGCGTGCCGGATCTACGCCCAGGCCGGGATTCACGACCGGCTGGTGGCTGAACTCGGCGCGGCGGTCAGCAGCCTGCGCTTTGCCGGCAAGCGCGACGCCGACAACGAAATCGGCCCGCTGATCAGCACCCGCCAGCGCGACCGCGTCGCCAGTTTCGTCGAGCGTGCCCTCGGCCAGCCGCATATCGAGCGCATCACCGGCGCGGCGGTGCATTCCGGCGCCGGTTTCTATTACCAGCCCACGCTGTTGGCGGGCTGCAAGCAAAGCGACGAGATCGTCCAGCGCGAAGTATTCGGCCCGGTGGTCACCGTGACCCGTTTCGATGAACTCAGCCAGGCGGTGGACTGGGCCAACGATTCGGAATACGGCCTGGCGTCCTCGGTCTGGACCCAGAACCTCGACAAGGCGATGCAGGTGGCGGCGCGGCTGCAATACGGCTGCACCTGGATCAACAGTCATTTCATGCTGGTCAGCGAAATGCCCCACGGCGGCCTGAAACGCTCGGGCTATGGGAAGGACCTGTCCAGCGATTCGCTTCAGGACTACAGCGTGGTGCGCCACATCATGGCCCGCCACGGCCAGCATCTGTAG MAGTQTPLCTALLIDGESVPGEGFVEPILNPATGEVLAHIAEASTEQVEAAILAAHQAFDGWSRTTPQQRSNLLLEIAGAIEKNADHLALLESLNCGKPLHLARQDDLSATVDVFRFFAGAVRCQTGQLSGEYLPGYTSMVRRDPIGVVASIAPWNYPIMMAAWKIAPALAAGNTLVFKPSEHTPLSILALAPILAEILPRGVINVICGGGEGVGSHLVSHPKVRMVSLTGDIVTGQKILQAAAKTLKRTHLELGGKAPVIVCDDADLQAVVEGVRTYGYYNAGQDCTAACRIYAQAGIHDRLVAELGAAVSSLRFAGKRDADNEIGPLISTRQRDRVASFVERALGQPHIERITGAAVHSGAGFYYQPTLLAGCKQSDEIVQREVFGPVVTVTRFDELSQAVDWANDSEYGLASSVWTQNLDKAMQVAARLQYGCTWINSHFMLVSEMPHGGLKRSGYGKDLSSDSLQDYSVVRHIMARHGQHL PGPT0007650_71 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007650-patD|prr|ydcW-K00137 NA NA D1-35_00072 912 gltC_1 HTH-type transcriptional regulator GltC ATGATGACCCTGCGCCAGATCCGTCATTTCATCGCGGTAGCCGAAACCGGTTCGATTTCCGCCGCCGCGCAAACCGCGTTCATTTCCCAATCCACCCTGACCCTGGCCATCCAGCAACTGGAAGAGGAAATCGGCGTCAGCCTGTTCAACCGTCACGCCAAGGGCATGACGCTGACCCACCAGGGACATCAGTTCCTGCGTCAGGCGCACCTGATACTCGCCACCGTCGACAACGCCAAGCGCAGCCTGCAACAAAGCACCGATCAGGTTGCCGGGCAGGTCACCATCGGCGTGACCAGCCTGGTCGCCGGGTACTATCTGGCGGACCTCTTGACCCGTTTCCAGCGCGCCTACCCCAATGTGGCCATCCGCGTGATGGAGGACGAACGCCCCTATATCGAACATCTGCTGGTCAGCGGCGAAATCGACGTCGGCGTGCTGATCCTGTCCAACTTGGAAGACCGCCACGCCCTGCAGACCGAAGTATTGACCCACTCGCCCCATCGATTGTGGCTGCCGGCCCAGCATCCGCTGCTCGAACACGACAGCATCAATCTTGCGGATGTGGCTCGCGAGCCGTTGATCCAACTGAACGTCGACGAGATGGATCGCAACGCGCAACGCCTGTGGCGCGGTGCCGGCCTGCAACCGCAGATCACCCTGCGTACCGCCTCGACCGAAGCGGTGCGCAGCCTGGTGGCGGCCGGGCTGGGGGTTTCGATCCAACCGGACATGACCTACCGCCCATGGTCGCTGGAAGGCGACATCATCGAGGCACGACCCATCGCCGACCTCAACCAGACGCTGGATGTCGGACTCGCCTGGCGCCGAGGCACGGCACGCCCGGCCTCGGTCGACCCGTTCCTGGCTGTTGCCCGCGAACAGCCCCACGGACGCAAGCCATCTATTTAA MMTLRQIRHFIAVAETGSISAAAQTAFISQSTLTLAIQQLEEEIGVSLFNRHAKGMTLTHQGHQFLRQAHLILATVDNAKRSLQQSTDQVAGQVTIGVTSLVAGYYLADLLTRFQRAYPNVAIRVMEDERPYIEHLLVSGEIDVGVLILSNLEDRHALQTEVLTHSPHRLWLPAQHPLLEHDSINLADVAREPLIQLNVDEMDRNAQRLWRGAGLQPQITLRTASTEAVRSLVAAGLGVSIQPDMTYRPWSLEGDIIEARPIADLNQTLDVGLAWRRGTARPASVDPFLAVAREQPHGRKPSI NA NA NA NA NA D1-35_00073 711 hypothetical protein ATGAACACCCGTGGATTGCTCGATCAGTTACTCAAGTCCGGCCAGGAGATGTTGCAGAACAAGGCCGGCGGCTCCCAGGGCAAGTCGTCCGGCGGTCTGGGTGGTTTGCTCGGCGGCTCCGGCAACCTCGGCGGAATGCTCTCCGGCGCAGGGGGCGGGGCGCTGGCGGCCAGCGCCATGGGGTTGCTGCTGGGCAACAAGAAAGCCCGTAACTTCGGCGGCAAGGCCCTGACTTATGGCGGCCTGGCTGCATTGGGCGTGATTGCCTACAAGGCTTACGGCAACTGGCAGGCCCAGCAGGGCAATGCGCCGAAAACCGAACCGCAGACCCTGGATCGCGTCCCGCCGGCGCAAGTCGAGCAGCACAGCCAGGCGATCCTCAAGGCCCTGGTGGCGGCGGCCAAGGCCGACGGCCATGTGGACGAACGCGAGCGTCAACTGATCGAAGGCGAATTCACCAAGCTCGACAACGACCAGGAACTGCAACACTGGCTGCACGCCGAGCTCAACAAACCGCTGGATCCCGGCGACGTCGCCCGGGCGGCCAGCACACCGGAAATCGCCGCGGAAATGTACATCGCCAGCGTGATGCTGGTGGATGAGGAGAACTTCATGGAGAAATCCTACCTCGACGAACTGGCGCGACAACTCAAGCTGGAACCTGGGCTGAAGGCGGAACTGGAGAAGCAGGTGCGTCAGGCGGCCGCCTGA MNTRGLLDQLLKSGQEMLQNKAGGSQGKSSGGLGGLLGGSGNLGGMLSGAGGGALAASAMGLLLGNKKARNFGGKALTYGGLAALGVIAYKAYGNWQAQQGNAPKTEPQTLDRVPPAQVEQHSQAILKALVAAAKADGHVDERERQLIEGEFTKLDNDQELQHWLHAELNKPLDPGDVARAASTPEIAAEMYIASVMLVDEENFMEKSYLDELARQLKLEPGLKAELEKQVRQAAA NA NA NA NA NA D1-35_00074 1623 hypothetical protein GTGAAGAACTGGACGTTGCGCCAACGCATTCTGGCGAGTTTTGCGGTGATCATTGCCATCATGTTGCTGATGGTGGTGGTCACTTACTCGCGGTTGTTGAAGATCGAGGCCAGTGAACAGGAAGTACGTACCGACGCCGTTCCAGGGGTGTATTACAGTTCCATGATCCGTGGGGGCTGGGTCGACAGTTACGTCAAGACCCAGCAGCTCGTGGGTCTGTCCGATCACCGGGAAATCACCGACGAAGACAAGGCGCTCTACCAGCGGTACGAGCAGCATCTGCGCGATGAAATGCAGCAATACCAGAAGCTGATCCAGGACCCGGCCGACCAGGCCTCATTCGATGAATTCGAAGTCAATCACCAGGACTTCAACAAAGCCCTGGCGAAGGTACTGGATCTGTACCAGCGCAAGGACTACGAAGGCGCTCGGCTGGCGGTGGAAAAAGACCTGACGCCGGCATGGCTCGACGGTCGTGGGCACTTGAACCAGATCATCGAGCGCAATCGTGAGTTGGCTGAGCAGGCCGCCCTGACCATCGGCCGTGCGGTGACAGCCGCCGAGGTCGCCATGGGCCTGTCGTTTGTCGTTGCGGTGCTGGTGGCTGTTCTTTGCGGCCTGTTGCTGATGCGCGCGATCATGGCGCCGATGAGCCGCATCGTCGAGATACTCGATGTCATGCGCAGCGGCGATTTGAGCGGACGCCTGAACCTGGCGCGCAAAGACGAGTTCGGCGCTGTGGAGACCGGCTTCAACGACATGATGGCCGAGTTGACGTCGCTGGTGTCCCAGGCCCAGCGTTCCTCGGTGCAGGTCACCACCTCGGTGACCGAGATCGCCGCGACCTCACGGCAGCAACAGGCCACGGCCACCGAAACCGCAGCCACCACCACCGAGATCGGCGCGACGTCCCGTGAAATCGCCGCCACCTCTCGCGACCTGGTGCGCACCATGACCGAAGTCTCCAGCGCCGCCGACCAGGCCTCGGTCGCCGCCGGCTCAGGTCAGCAAGGCCTGGCGCGCATGGAAGAAACCATGCATTCGGTGATGGGCGCCGCCGACCTGGTGAACGCCAAGCTGGCGATCCTCAACGAGAAGGCCGGCAACATCAACCAAGTGGTGGTGACCATCGTCAAGGTTGCCGACCAGACCAACCTGTTGTCGCTCAACGCCGCCATCGAGGCCGAGAAGGCCGGTGAGTACGGGCGCGGTTTCGCCGTCGTCGCCACAGAGGTGCGGCGCCTGGCCGACCAGACCGCTGTCGCCACCTACGACATCGAGCAGATGGTCCGCGAGATCCAGTCCGCTGTCTCGGCGGGTGTGATGGGCATGGACAAATTTTCCGAAGAGGTGCGCCGTGGCATGGCCGAGGTACAGCAGATCGGCGAGCAATTGTCGCAGATCATCCATCAGGTCCAGGCGCTGGCGCCGCGGGTGTTGATGGTCAACGAAGGCATGCAGGCCCAGGCCACCGGTGCCGAGCAGATCAATCACGCCCTGGTGCAACTGGGCGATGCCAGCAGCCAGACCGTGGAGTCCCTGCGCCAGGCCAGTTCCGCCATCGACGAGCTCAGCCAGGTGGCCGTGGGCCTGCGCAGCGGCGTCTCGCGTTTCAAAGTCTGA MKNWTLRQRILASFAVIIAIMLLMVVVTYSRLLKIEASEQEVRTDAVPGVYYSSMIRGGWVDSYVKTQQLVGLSDHREITDEDKALYQRYEQHLRDEMQQYQKLIQDPADQASFDEFEVNHQDFNKALAKVLDLYQRKDYEGARLAVEKDLTPAWLDGRGHLNQIIERNRELAEQAALTIGRAVTAAEVAMGLSFVVAVLVAVLCGLLLMRAIMAPMSRIVEILDVMRSGDLSGRLNLARKDEFGAVETGFNDMMAELTSLVSQAQRSSVQVTTSVTEIAATSRQQQATATETAATTTEIGATSREIAATSRDLVRTMTEVSSAADQASVAAGSGQQGLARMEETMHSVMGAADLVNAKLAILNEKAGNINQVVVTIVKVADQTNLLSLNAAIEAEKAGEYGRGFAVVATEVRRLADQTAVATYDIEQMVREIQSAVSAGVMGMDKFSEEVRRGMAEVQQIGEQLSQIIHQVQALAPRVLMVNEGMQAQATGAEQINHALVQLGDASSQTVESLRQASSAIDELSQVAVGLRSGVSRFKV PGPT0015750_226 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015750-wspA-K13487 NA NA D1-35_00075 537 hypothetical protein ATGAGCGATTTCGATGCCCGACGCGGTACCGGGCCGGCGGCCCGGCAGGCGTTGTTCCTGGTGTTTTGCATCGGTAACGAGCGCTACGCCCTGCAAGCCATCGATGTGGTGGAGGTGCTACCGCGCCTGCCGCTCAAGCCGATTGCCCGGACGCCGTCCTGGGTGGCCGGGGTCTTCGCCTGGCGTGGCCAAGTGGTGCCGGTGCTCGACCTGTGCGCCTTGACCTTCGGCCAGGCCGCCGAGGCGCGCACCAGCACCCGGCTGGTGCTGGTCAATTACCGGCCCCAGGCGCAGCACGCAGCGCACGTGCTGGGTTTGATCCTGGAACAGGCCACCGACACCCTGCGTTGTGATCCGGCCGACTTCAAGCCTTATGGCCTGGATAACCCCCAGGCGCCTTACCTGGGCCCGGTACGGGAGGATGCCCAAGGAATGTTGCAGTGGGTACGAGTCAACGATTTGCTCGACGAGTCGGTGCGTGCGGTGCTGTTCCCCACGCCGCCGCTGGACCTTGATGGTTTCGAGGATCGGCGATGA MSDFDARRGTGPAARQALFLVFCIGNERYALQAIDVVEVLPRLPLKPIARTPSWVAGVFAWRGQVVPVLDLCALTFGQAAEARTSTRLVLVNYRPQAQHAAHVLGLILEQATDTLRCDPADFKPYGLDNPQAPYLGPVREDAQGMLQWVRVNDLLDESVRAVLFPTPPLDLDGFEDRR PGPT0015755_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015755-wspB-K13488 NA NA D1-35_00076 1266 wspC COG0457 putative biofilm formation methyltransferase WspC ATGAACAACGACCAGCGTTTTTTCGATTACCTCAAGGAGCGCATCGGCCTGGACGTGACGTCCGTCGGCACCGCGATTATCGAGCGGGCCGTGCGCCAGCGCGTCCTTGCCGTGCCTGGCCGGACCACCGATGACTATTGGCAAAGCCTGCAGCATTCTGCCCAGGAGCAGCAGGCGCTGATCGAAGCGGTGATCGTCCCGGAGACCTGGTTCTTCCGTTATCCCGAATCGTTCGCGACGCTGGGGCGACTGGCCTCCCAGCGCCTCGCTGCGATCAAGCACCTGCGCGCGCTGCGCATCCTCAGCCTGCCATGCTCCACTGGCGAAGAGCCGTATTCGATCGCCATGGCCCTGTTCGACGCAGGCCTCGGGCCGCATCAGTTCAAAGTCGATGCGATGGACGTCAGCCCGCTGTCCGTTGATAAAGCCCGGCAAGCGCGTTACGGCAGGAACTCCTTCCGTGGCGCGGACCTTGGTTTTCGCGAACGGTATTTCCGTGCCGAGGAGGACGGCTATTACCTCGATGAGCACATACGTGAACAGGTGCGCCTGCAAGTGGGCAACCTCTTGGATCCGGCCTTGCTGGTGAATGAGGCGCCGTATGATTTTGTATTCTGTCGCAACCTGCTGATCTATTTCGACCAGCCGACCCAGCAACAGGTATTCGAGGTGCTCAAGCGCCTGACCCATCAGGACGGCGTGTTGTTCATCGGTCCCGCCGAGGGCAGTTTGCTGGGGCGGCTGGGCATGCGCTCGATCGGCATCCCCCAATCGTTCGCCTTCAGCCGCCAGGGCGCGCCCGAGCCGCAACCGCTGCCAACGCTGTTGCCAAGTCCGTTGCCGATTCGCCAGCCGCCACCACGAGTCGCTGCGCCGCCGCCTCAGCCTCGACCGTTTGCAGCTAGTGTGACGCCAATCGCCCCAGCCAGGAGCAGCGACGCGGTGACCTTGCTGGCCAATATCGCCGCCCTGGCCAACGGCGGCAAAAGCGCTGAGGCCCGTGCGGCTTGCGAAGAGTATTTGCGCAGCCATGCGCCCAGTGCGCAGGTGTTCTATTGGCTGGGCCTGCTCAGCGACATGGCCGGCAACGCGCTCGAGGCCCAGGGTTTTTATCGCAAGGCGCTGTATCTTGAACCGCAACACGCCGAGGCCCTGGTGCATCTGGCGGCGCTGCTGGCATCCCAGGGAGACGTGGCCGGTGCCCGTCGATTGCAGGAACGTGCGGCCCGCAGTGGGCGCCCGGTTGAGAGTGAGCGCAAACGATGA MNNDQRFFDYLKERIGLDVTSVGTAIIERAVRQRVLAVPGRTTDDYWQSLQHSAQEQQALIEAVIVPETWFFRYPESFATLGRLASQRLAAIKHLRALRILSLPCSTGEEPYSIAMALFDAGLGPHQFKVDAMDVSPLSVDKARQARYGRNSFRGADLGFRERYFRAEEDGYYLDEHIREQVRLQVGNLLDPALLVNEAPYDFVFCRNLLIYFDQPTQQQVFEVLKRLTHQDGVLFIGPAEGSLLGRLGMRSIGIPQSFAFSRQGAPEPQPLPTLLPSPLPIRQPPPRVAAPPPQPRPFAASVTPIAPARSSDAVTLLANIAALANGGKSAEARAACEEYLRSHAPSAQVFYWLGLLSDMAGNALEAQGFYRKALYLEPQHAEALVHLAALLASQGDVAGARRLQERAARSGRPVESERKR PGPT0015760_225 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015760-wspC-K13486 NA NA D1-35_00077 672 hypothetical protein ATGAGTGGTTCGGCTTCCTATAACGTGACTCATGACGATGCCCAGGCCATCGATGACTGCTGGAACCGCATCGGGGTTCACGGCGACAAGTCCTGCCCATTGCTGGTCGAACATATCCATTGCCGCAACTGTTCGGTGTACTCGGCGGCGGCCACTCGTTTGCTCGACCGTTATGCCCTGCGCCAGGATGATCGAGAGCTGGCTCTTGCGCCGGTCGACAGTGACATCGTCACGCGCTCGGTATTGATGTTCCGCCTGGGCGAAGAATGGTTGGGCTTGAGTACTCGAAGCCTGGTGGAAGTGGCGCCGTTGCAGCCGATCCATTCGCTGCCGCACCAGCGTTCGCGTGCCTTGCTCGGCGTTGCGAATGTGCGCGGCGCCCTGGTGGCCTGCCTGTCGCTAGTCGAGTTGTTGGGGCTGGAGCCTGGTTCGCTTGCGCCTTCCAGTGGGCGGATCATGCCGCGCATGCTGATTATCGCCGCCCAGGGCGGACCGGTATTGGTGCCGGTGGATGAGGTGGACGGCATTCATGCGATTGACGAACGCATCCTGGCGGGTGCTTCGCAATCGGCGGGCAAGTACACCCGTGGCGTGTTGCAGTACAAAGGCCGCAGCCTGCGTTGGCTGGATGAAGAGCAGTTGTTGTCCGCCGTGTCCCGGAGCCTGTCATGA MSGSASYNVTHDDAQAIDDCWNRIGVHGDKSCPLLVEHIHCRNCSVYSAAATRLLDRYALRQDDRELALAPVDSDIVTRSVLMFRLGEEWLGLSTRSLVEVAPLQPIHSLPHQRSRALLGVANVRGALVACLSLVELLGLEPGSLAPSSGRIMPRMLIIAAQGGPVLVPVDEVDGIHAIDERILAGASQSAGKYTRGVLQYKGRSLRWLDEEQLLSAVSRSLS PGPT0015765_203 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015765-wspD-K13489 NA NA D1-35_00078 2271 rcsC_1 Sensor histidine kinase RcsC ATGACCCCCGATCAGATGCGCGACGCCTCGTTGCTCGAACTGTTCAGCCTGGAAGCCGAGGCTCAGACCCAGGTACTCAGCGCCGGCCTGCTGGCCCTGGAGCGTGACCCGACCCAGGCTGACCATCTTGAGTCATGCATGCGCGCGGCCCACTCGCTCAAGGGCGCCGCGCGAATCGTCGGGATCCCCGCCGGGGTCAGCGTGGCCCACGTCATGGAAGACTGCCTGGTCAGCGCCCAGGAACGCCGCCTTATATTGCGTGCCGAGCATATCGACGCCTTGCTGCAAGGCACCGACCTGCTGACGCGCATCGCGACCCCAGGCAACAGCGTCGGCGCCGAGGACATCGAGGCCTATGTCGCGTTATTGGGGCGCCTGCTGGATCCTGCCGCTGCGGCGGCTTCAAGCGCCATGTCGCCGACCAGCGAGATACCCCTCGAGCCCGTGCGGGTCGAGATGCCTGAGCCCATGCCCATGCCCATGGAGCCTGTAGAACCGGCGGCAAGGAAAAAGCATGTCACCGAGGAGGGCGAACGGGTCTTGCGGGTCACTGCCGGGCGCCTCAACAGCCTGTTGGACCTGTCGAGCAAGTCGCTGGTCGAAACCCAGCGTCTCAAGCCTTGGCTGGCGACCCTGCTGCGGCTCAAGCGCCAGCAAGGCAATGGCCTGCGTGCTCTTGAAGACCTGAATGTGCATCTCAAGGACCATGCCTTGAGTCTGCAGGCCCAGGAGGCGCTCAACGATGCCCGGCGCCTGTTGGCGGAAACCCAGCAGATCCTGGCGCAAAAAACCGCTGAGCTGGATGAGTTTGCCTGGCAGGCCGGCCAGCGCGCGCAAGTGTTGTACGACACGGCGCTGGCTTGCCGCATGCGCCCGTTTGCCGATGTGCTTGCGGGCCAGGCGCGCATGGTTCGTGACCTGGGACGCAGCCTGGGCAAACAGGTACGCCTGGAAATCGAAGGCGAGAAAACCCAGGTCGATCGCGACGTACTGGAAAAACTCGAAGCGCCCCTGACTCACCTGCTGCGCAACGCCGTTGACCATGGCATCGAGACGCCGGAGCAACGGCTGTTGGCCGGCAAACCCGCCGAAGGCCTGATTCGCTTGCGTGCCTCGCACCAAGCCGGCCTGCTGATGCTGGAACTGGCGGACGACGGTGCCGGCGTGGATCTGGAACGGGTGCGCCGCAGCGTCGTGGAGCGTGGTCTTTCTCCCGAGCACACCGCCGCCAGTCTGAGCGAAGAGGAATTGCTGACTTTCCTGTTCCTGCCCGGCTTCAGCCTGCGGGACAAAGTCACCGAGGTGTCCGGGCGCGGTGTCGGCCTGGACGCTGTCCAGCATATGGTCCGGCAGTTGCGTGGCGCAGTGGTGCTTGAGCAGACGGCGGGGGCGGGCAGTCGCTTCCACCTTGAGGTGCCGCTGACGCTTTCGGTGGTGCGCAGCCTGGTGGTGGAAGTCGGCGGCGAGGCCTACGCGTTTCCGTTGGCCCATATCGAACGCATGTGCGACCTGTCGCCCGAGGACATCGTCCAGGTCGAAGGTCGCCAGCATTTCTGGCATGAAGGCCGCCATGTGGGGTTGGTTGCCGCCACGCAATTGCTCAACCGCCCGGTAGCGCCCAACAACGGCCAGAGTCTCAAGGTCGTGGTGATTCGCGAGCGTGAAGTAATTTATGGCGTGGCGGTGGAACGCTTCATCGGCGAGCGAACCCTGGTGGTGCTGCCCCTGGATGAGCGCCTGGGCAAGGTCCAGGACATTTCCGCCGGTGCCTTGCTCGACGACGGCTCGGTGGTGTTGATCGTCGATGTCGAAGACCTGCTGCGTTCGGTAGAAAAATTGCTCGACACCGGGCGCCTGGAACGCATCGCCCGGCAGAACGAGGCCCAGGCCCCACGCAAGCGGATCCTGGTGGTCGACGATTCCCTGACCGTGCGGGAGCTGGAGCGCAAGCTGTTGCTCAATCGTGGTTATGACGTGGCAGTGGCGGTAGACGGCATGGATGGCTGGAACGCGTTGCGTTCGGAGGATTTCGACTTGCTCATCACGGACATCGACATGCCGCGCATGGACGGTATCGAACTGGTGTCGCTGCTGCGCCGCGACAACCGCCTGCAATCGCTGCCGGTGATGGTGGTTTCCTATAAGGATCGAGAGGAAGATCGCCGCCGTGGCCTGGATGCCGGAGCCGACTATTATCTAGCCAAGGCGAGTTTTCATGACGACGCCTTGCTCGATGCCGTGGTCGAATTGATCGGAGGAGCGCGCGCTTGA MTPDQMRDASLLELFSLEAEAQTQVLSAGLLALERDPTQADHLESCMRAAHSLKGAARIVGIPAGVSVAHVMEDCLVSAQERRLILRAEHIDALLQGTDLLTRIATPGNSVGAEDIEAYVALLGRLLDPAAAAASSAMSPTSEIPLEPVRVEMPEPMPMPMEPVEPAARKKHVTEEGERVLRVTAGRLNSLLDLSSKSLVETQRLKPWLATLLRLKRQQGNGLRALEDLNVHLKDHALSLQAQEALNDARRLLAETQQILAQKTAELDEFAWQAGQRAQVLYDTALACRMRPFADVLAGQARMVRDLGRSLGKQVRLEIEGEKTQVDRDVLEKLEAPLTHLLRNAVDHGIETPEQRLLAGKPAEGLIRLRASHQAGLLMLELADDGAGVDLERVRRSVVERGLSPEHTAASLSEEELLTFLFLPGFSLRDKVTEVSGRGVGLDAVQHMVRQLRGAVVLEQTAGAGSRFHLEVPLTLSVVRSLVVEVGGEAYAFPLAHIERMCDLSPEDIVQVEGRQHFWHEGRHVGLVAATQLLNRPVAPNNGQSLKVVVIREREVIYGVAVERFIGERTLVVLPLDERLGKVQDISAGALLDDGSVVLIVDVEDLLRSVEKLLDTGRLERIARQNEAQAPRKRILVVDDSLTVRELERKLLLNRGYDVAVAVDGMDGWNALRSEDFDLLITDIDMPRMDGIELVSLLRRDNRLQSLPVMVVSYKDREEDRRRGLDAGADYYLAKASFHDDALLDAVVELIGGARA PGPT0015770_266 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015770-wspE-K13490 NA NA D1-35_00079 1011 cheB_1 COG2201 Protein-glutamate methylesterase/protein-glutamine glutaminase TTGAAGATCGCCATCGTCAATGACATGCCCCTGGCGGTCGAGGCCCTGCGCCGCGCGCTGGCATTCGAGCCCGCGTATCAGTTGGTCTGGGTGGCCGCCAACGGCGCCGAGGCGGTGCAGCGTTGCCATGAATACACGCCGGACCTGATCCTGATGGACCTGTTCATGCCGATCATGGACGGTGTCGAGGCGACCCGGCGAATCATGGCCGACACGCCGTGCGCCATCGTGATCGTCACTGGCGACAGCCAGCAGAACGTCCATCGGGTGTTCGAAGCCATGGGCCATGGCGCCCTGGACGTAGTGGATACCCCGGCGCTGGGCGTCGGCAGGCCCGAGGACGCCGCTGCCCCCTTGCTGCGCAAGATCGCCAACATCGGCTGGCTGATCGGCGAGCGGGGCAACCGTGAGCGCGCCGCGCCGGCTGCGCAGCGGGCCTCGGTGTCACGCAACAGCCTGGTGGCGATCGGCTCGTCTGCCGGCGGCCCCGCCGCGTTGGAAGTGCTGCTCAAGGCGCTGCCCCGTGATTTCGCCCCGGCCATCGTGCTGGTCCAGCATGTGGACGAAGTGTTTGCCGCCGGCATGGCCGAGTGGCTTGGTGGCGTGTCGGGCCTTGAGGTCCGGCTGGCCCGCGAGGGCGAGACACCGCGAGGCGGGGTGGTGCTGTTGGCCGGAACCAATCATCATTTGCGCCTGTTGAAAAACGGCACGCTGGCGTACACGGCGGAGCCCGTCAACGAAATCTATCGGCCCTCCATCGATGTGTTTTTCGAGAGTGTCGCCAATTTCTGGAGTGGTGAGGCGGTAGGCGTGTTGCTCACCGGCATGGGGCGCGACGGTGCGCAAGGGCTTAAACTGATGCGCCAGCAGGGCTGTGTGACCATCGCCCAGGACCAGCAGAGCAGCGCGGTCTATGGCATGCCCAAAGCGGCCGCCGCTATCGACGCGGCGGCGCAGATACTCGCGCTGGACCGGATAGCGCCACGCCTGGTGGAAATTTTCAGCCAATGA MKIAIVNDMPLAVEALRRALAFEPAYQLVWVAANGAEAVQRCHEYTPDLILMDLFMPIMDGVEATRRIMADTPCAIVIVTGDSQQNVHRVFEAMGHGALDVVDTPALGVGRPEDAAAPLLRKIANIGWLIGERGNRERAAPAAQRASVSRNSLVAIGSSAGGPAALEVLLKALPRDFAPAIVLVQHVDEVFAAGMAEWLGGVSGLEVRLAREGETPRGGVVLLAGTNHHLRLLKNGTLAYTAEPVNEIYRPSIDVFFESVANFWSGEAVGVLLTGMGRDGAQGLKLMRQQGCVTIAQDQQSSAVYGMPKAAAAIDAAAQILALDRIAPRLVEIFSQ PGPT0015775_191 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015775-wspF-K13491 NA NA D1-35_00080 1002 cheB_2 Protein-glutamate methylesterase/protein-glutamine glutaminase ATGAATGAATTACAGCTCGACGACTTCAAGCGCGATGAGAACGCCGCCATGGTCTTGCTGGTCGATGACCAGGCGATGATCGGCGAGGCAGTGCGACGCGGGTTGTCGAACGAGCAGAACATCGACTTCCACTTCTGCTCCGACCCTCACCAGGCCATCGCCCACGCCGTGCGCATCAAGCCGACGGTGATTCTCCAGGACCTGGTGATGCCCGGTCTCGACGGCTTGAGCCTGGTGCGCGAATACCGCAACCATCCGGCCACTCGCGACATCCCGATCATCGTCCTGTCGACCAAGGAGGACCCGCTGATCAAGAGCGCGGCGTTTGGCGCCGGAGCCAACGATTACCTGGTCAAGTTGCCGGACAATATCGAACTGGTAGCGCGGATCCGCTATCACTCGCGCTCCTACATGATGCTGTTGCAGCGCGACGCGGCCTACCGTGCGTTGCGGGTCAGCCAGCAGCAGTTGCTCGACACCAATCTGGTGCTGCAACGGCTGATGAACTCCGATGGCCTGACCGGGCTGTCCAATCGCCGGCACTTCGACGAATACCTGGAGCTGGAGTGGCGAAGGGCGCTGCGGGACCAGTCCCAGCTGTCGCTGTTGATGATCGATGTGGATTATTTCAAGTCGTTCAACGACAACTACGGTCACCTTGAAGGCGACGAAGCCCTGCGCAAGGTTGCCACGGCGATTCGCGATGCCTGCAGTCGTCCGTCCGACCTGCCGGCCCGTTATGGCGGCGAGGAGTTCGCCCTGGTCTTGCCCGGCACCTCGCCTGGCGGTGCACGGCTGATGGCCGAAAAGCTGCGCCAGAGCGTCGTTGCCCTGAAAATCCCGCATGCCACGCCCGACGGCGGCGAAAACCTGACCATCAGCATCGGCGTCGCGACCTTCACCCCGCAACAGGGCGGCGAGTGCCGCCAACTGATCTCGGCGGCGGACAAGGGGTTGTACCTGGCCAAGCACAATGGGCGCAATCGGGTGGGGGTTGAATAA MNELQLDDFKRDENAAMVLLVDDQAMIGEAVRRGLSNEQNIDFHFCSDPHQAIAHAVRIKPTVILQDLVMPGLDGLSLVREYRNHPATRDIPIIVLSTKEDPLIKSAAFGAGANDYLVKLPDNIELVARIRYHSRSYMMLLQRDAAYRALRVSQQQLLDTNLVLQRLMNSDGLTGLSNRRHFDEYLELEWRRALRDQSQLSLLMIDVDYFKSFNDNYGHLEGDEALRKVATAIRDACSRPSDLPARYGGEEFALVLPGTSPGGARLMAEKLRQSVVALKIPHATPDGGENLTISIGVATFTPQQGGECRQLISAADKGLYLAKHNGRNRVGVE PGPT0015780_205 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-WSP-METABOLISM CE-EPS-WSP-PATHWAY,PGPT0015780-wspR-K11444 NA NA D1-35_00081 882 prfB COG1186 Peptide chain release factor RF2 TTGTCCAGCGGCCTGGCCGATTGCCGCGACCTGCTGGACATGGCCGTAGAGGAAAACGACGAAGGCGCGGTCGGCGATGTGGTCGCCGAGCTGACACGCCTGGACGAGAACCTGGCCAAGCTGGAGTTCCGCCGCATGTTCAGCGGCGAGATGGACATGAACAACGCCTACCTGGACATCCAGGCCGGCTCCGGCGGCACCGAGGCCCAGGACTGGGCCAACATCCTGCTGCGCATGTACCTGCGCTGGGCCGACAAACGCGGTTTCGACGCAACCATCATGGAACTGTCCGCCGGTGAAGTCGCCGGGATCAAGGGCGCTACCGTGCACATCAAGGGCGAGTACGCCTTTGGCTGGCTGCGTACCGAGATCGGCGTGCACCGCCTGGTGCGCAAGAGCCCGTTCGACTCCGGCAACCGTCGTCACACCTCGTTCTCGGCGGTATTCGTCTCGCCGGAAATCGATGACAACATCGAGATCGAGATCAACCCGGCCGACCTGCGTATCGACACCTACCGTTCCTCGGGGGCCGGTGGCCAGCACGTAAACACCACCGACTCGGCCGTACGGATCACCCACGTACCGACCAACACCGTGGTCAGTTGCCAGAACGAACGGTCCCAGCACGCGAACAAAGACACCGCGATGAAGATGCTGCGGGCGCGTTTGTACGAGCAGGAAGTGCAGAAACGCAACGCGGCGTCCCAGGCCCTGGAAGACACCAAGTCCGATATCGGCTGGGGTCACCAGATCCGCTCGTACGTCCTCGACGCTTCGCGGATCAAGGACCTGCGCACCAGCATTGAACGCAGCGACTGCGACAAGGTGCTCGACGGCGACATCGATGAATATTTGATCGCCAGCCTCAAGCAAGGGCTGTAA MSSGLADCRDLLDMAVEENDEGAVGDVVAELTRLDENLAKLEFRRMFSGEMDMNNAYLDIQAGSGGTEAQDWANILLRMYLRWADKRGFDATIMELSAGEVAGIKGATVHIKGEYAFGWLRTEIGVHRLVRKSPFDSGNRRHTSFSAVFVSPEIDDNIEIEINPADLRIDTYRSSGAGGQHVNTTDSAVRITHVPTNTVVSCQNERSQHANKDTAMKMLRARLYEQEVQKRNAASQALEDTKSDIGWGHQIRSYVLDASRIKDLRTSIERSDCDKVLDGDIDEYLIASLKQGL NA NA NA NA NA D1-35_00082 1503 lysS COG1190 Lysine--tRNA ligase ATGAGCGACCTAGAACTCGACCCGCAAGCCCTGCAACAGGAAGAAAACTCCCTGATCGCCCTGCGCAAGGAAAAGCTTGCTGCCGAGCGCGCCAAGGGCCAGGCCTTCCCCAACGACTTTCGCCGCGATTCGTACTGCGATGCCCTGCAGAAGAAGTACGCGGACAAGACCAAGGAAGAGCTGGCCGAGGCGGCGATTCCGGTCAAGGTTGCCGGTCGCATCATGCTCGACCGTGGTTCGTTCCTGGTGATCCAGGACATGACCGGTCGCATCCAGGTCTACGTCAACCGCAAGACCCTGCCGGAAGAAACCCTGGCCGCCGTCAAGACCTGGGACCTGGGCGACATCATTGCCGCCGAAGGCACCCTGGCCCGCTCCGGCAAGGGCGACCTGTACGTCGAAATGACCAGCGTGCGCCTGCTGACCAAGTCCCTGCGCCCGCTGCCGGACAAGCACCACGGCCTGACCGACACCGAGCAGCGCTACCGCCAGCGCTACGTCGACCTGATCGTCAACGAAGACGTGCGCCACACGTTCCGCGTGCGCTCGCAGGTCATCGCGCACATCCGCAGCTTCCTGATGAAGCGTGACTTCCTGGAAGTCGAGACGCCGATGCTGCAGACCATTCCGGGTGGCGCGGCGGCCAAGCCGTTCGAAACCCATCACAACGCCCTGGACATGGAAATGTTCCTGCGCATCGCGCCGGAGCTGTACCTCAAGCGCCTGGTGGTCGGTGGTTTCGAGAAGGTCTTCGAGATCAACCGCAACTTCCGTAACGAAGGCGTTTCGACCCGGCACAACCCCGAATTCACCATGCTCGAGTTCTACCAGGCCTACGCCGATTACAACGACAACATGGACCTGACCGAAGAACTGTTCCGCGAGCTGGCACAGTTGATCCTGGGCAGCACCGACGTGCCGTACGGCGACAAGGTGTTCCACTTTGGCGAGCCGTTCGTGCGCCTGTCGGTGTTCGATTCGATCCTCAAGTACAACCCGGAAATTACTGCGGCCGACCTGCAGGACATCGACAAGGCGCGTGCCATCGCCAAGAAGGCCGGCGCCAAGGTGCTCGGCTTCGAAGGCCTGGGCAAGCTGCAGGTGATGATTTTCGAAGAGCTGGTCGAGCACAAGCTGGAGCAGCCGCACTTCATTACCCAGTACCCGTTCGAAGTGTCGCCGCTGGCCCGTCGCAACGACGAGAACCCGAGCGTGACCGACCGTTTCGAACTGTTCATCGGTGGCCGTGAAATCGCCAACGCCTACTCCGAGCTCAACGACGCGGAAGACCAGGCCGAGCGCTTCATGGCCCAGGTGGCCGACAAGGACGCCGGTGACGACGAAGCCATGCACTACGACGCCGACTTCGTTCGCGCCCTGGAGTACGGCATGCCGCCGACGGCTGGCGAAGGCATTGGCATCGATCGTCTGGTGATGTTGCTGACCAACTCACCGTCGATCCGGGATGTCATCCTGTTCCCGCACATGCGGCCCCAAGCGTAA MSDLELDPQALQQEENSLIALRKEKLAAERAKGQAFPNDFRRDSYCDALQKKYADKTKEELAEAAIPVKVAGRIMLDRGSFLVIQDMTGRIQVYVNRKTLPEETLAAVKTWDLGDIIAAEGTLARSGKGDLYVEMTSVRLLTKSLRPLPDKHHGLTDTEQRYRQRYVDLIVNEDVRHTFRVRSQVIAHIRSFLMKRDFLEVETPMLQTIPGGAAAKPFETHHNALDMEMFLRIAPELYLKRLVVGGFEKVFEINRNFRNEGVSTRHNPEFTMLEFYQAYADYNDNMDLTEELFRELAQLILGSTDVPYGDKVFHFGEPFVRLSVFDSILKYNPEITAADLQDIDKARAIAKKAGAKVLGFEGLGKLQVMIFEELVEHKLEQPHFITQYPFEVSPLARRNDENPSVTDRFELFIGGREIANAYSELNDAEDQAERFMAQVADKDAGDDEAMHYDADFVRALEYGMPPTAGEGIGIDRLVMLLTNSPSIRDVILFPHMRPQA PGPT0012225_4346 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567 NA NA D1-35_00083 717 hypothetical protein GTGAATCGTGCAATGGCTCCAGAAGGTGCAGCGGGCGTCGCCACTGCTGTCGCTGAAAGTGTTCAGTACCAGGGTCGCAAGGCCAGCCGACAGGGCAGTGAACAGCGCCGCCAGGAGATTCTCGACGCGGCCATGCGAATTGTCGTGCGCGATGGCGTGCGGGCGGTGCGCCACCGCGCGGTGGCCGCCGAAGCGGGCGTGCCGCTGTCGGCCACCACTTATTATTTCAAGGACATCGACGACCTGCTCACCGACACCTTCGCCCAGTACGTGGAACGCAGCGCGGCGTTCATGGCCAAGCTGTGGACCAACAATGAAGGCCTGCTGCGCGAGATGGTCGCCTACGGGGATGGCAGCGCCGCGTCGCGCTCGCAACTGGCGGACGACATCGCGCGGATGACGGCGGACTACGTGCAGCATCAATTGCACAGTCGTCGCGACTACCTGATGGCCGAACAGGCCTTCCGCCAGGAAGCACTGCTCAACCCGCGCCTGGCGGTGTTGGTGCGTTCTCACCAGCAGATTTTGCTGCACGGCACCTGCCAGTTTTTCCAGGTCCTGGGCTCCCGCGAGCCACAACAGGATGCCAAAGTGTTGACGGCGATTATCGGACGGATGGAATATCAGGGCTTGCTCAATGGCGCCGAGCCGGTAGCTGAAGAAGACATGCTCGGCATCCTGACCCGTTACATGCACTTGGTACTGGCGTCGGTGTGA MNRAMAPEGAAGVATAVAESVQYQGRKASRQGSEQRRQEILDAAMRIVVRDGVRAVRHRAVAAEAGVPLSATTYYFKDIDDLLTDTFAQYVERSAAFMAKLWTNNEGLLREMVAYGDGSAASRSQLADDIARMTADYVQHQLHSRRDYLMAEQAFRQEALLNPRLAVLVRSHQQILLHGTCQFFQVLGSREPQQDAKVLTAIIGRMEYQGLLNGAEPVAEEDMLGILTRYMHLVLASV NA NA NA NA NA D1-35_00084 555 hypothetical protein ATGAAAGCCTGGCGTGCCGTTGCACTGGCCGTGTCGTTGCTGCTGCTCAGTGGCTGCCTGGTGTCGTTCAAGGCGCCGTTGCCCGACAGCGAAGCCGCGCCCAAGGGCCTGCTCGGCCACTGGACCAGCACCAACGCCTGGGGTGAGCCGGTAAACCTGGAGCTGACGGAGGTCGGCAAGCATCGCTACCAGGCCGTCAGTTATTTCAGGGCCAGGCCTCAGGAGCGCGAAGCCATTCCCCTGACCGTCTCCCGCCACGGCAGTCGCTGGTATTTGTCGGCCAAGGTGCCGGCTCGCTTCGGCGGCCATTTCGTCATCGCCGGTTTCGAACTGACCGACAAGCAGGAACTGGTGGTCTACAACCTGGACATGGAACAGATCAACCAGGCCATCGGCCAGAAGCTCCTCAGCGGCCAGCCAAACCAGAGCGAGGAGGGTGATGGCGTGCTGGTGGACAGCGACATGAACAAGGTTTTCAGCTACCTCGACGACCCGGCCAATTCCGATGTGTTCTCGGAAGCCGTGCGCTACCAGCGACTGAGCAAATCCCAATAA MKAWRAVALAVSLLLLSGCLVSFKAPLPDSEAAPKGLLGHWTSTNAWGEPVNLELTEVGKHRYQAVSYFRARPQEREAIPLTVSRHGSRWYLSAKVPARFGGHFVIAGFELTDKQELVVYNLDMEQINQAIGQKLLSGQPNQSEEGDGVLVDSDMNKVFSYLDDPANSDVFSEAVRYQRLSKSQ NA NA NA NA NA D1-35_00085 1278 hypothetical protein GTGGACGATTACCAGCAGACGATACGCACCTTGTCCGATCGCATTGTGCTGGCGCAGACACCGATCCGCATTCTCGACGCGGTGAAGTGGGACGAGAGCATCCGCAAGGGGTTTCTCAAGGCCAAGGGCAAGGAAATGCCTGCGGTGGATCGTGATTATTACCTTAACCGGCCACTGTCCTTCGATTCCAGCAAAGTGAAGCTGGAGTTCCAGAACATCGAGCGTGACATCACCCGTCAGCTTGGGCAGTTCAACCCGGTGGGCCAGATCATGCGGCGCATGTGCAAGGAATACCGCATGGTGGTGCGCATGCTCGAAGCGCGCGGCACCGAGGACTTCGGGCTGATTTCCCAGGAGCTGTACGGCGCCGCTTCCGACGCCTTTCACGCCGGTGACCCGACCTTGGCCGACCTGGGCCTGATGCTCTCCGACTACCTTAACAACATCGATGGCCGTGGCGACCTCAAGGACGAGCCCAAGGTGCTCAGTGCCAAGGAGGCCGTCAGCCTGTTGCAGCATCGCCTCAACCGGGTGTTTGGCGAGGCCGAGGAAACCATTCGCGTATTCGAGTCCGACGGTATCGTTGCTGACGCGGCGGCGGGCGCCGACTACATCAAGATCCGCACCGACGCGATGTTCAACGAGCGGGATGTGCGCGCCCTGGAGGTCCATGAGGGACTGGTGCACGTTGGCACCACCCTCAATGGTTTGAACCAGCCGATCTGCACCTTCCTGTCCAAGGGCCCGCCCTCGTCGACGGTGACCCAGGAAGGCCTGGCGATCCTGATGGAAATCATCACCTTCGCCTCCTACCCGAGTCGCCTGCGCAAACTCACCAACCGCACCCGCGCCATCCATATGGTGGAGGAGGGGGCCGACTTCCTGCAGGTCTTCGAGTTCTTCCGCGAGCAGGGCTTCGAAATGGCCGAAAGCTACGGCAACGCCAGCCGCGTTTTCCGTGGCTCGGTGCCGACCGGTCTGCCATTTACCAAAGACTTGTCCTACCTCAAGGGCTTCATCATGGTTTACAACTACATTCAGCTGGCCGTGCGCAAAGGCAAGCTGGAGCAGGTGCCGCTGCTGTTCTGTGGCAAGACCACCCTGGAGGATATGCGCACCCTGCGCCAGTTGGTGGATGAGGGCCTGGTCGTGCCGCCCAAATACCTTCCGGAGCAGTTTCGCGACATGAACGCACTGTCGGCGTGGATGTGCTTCTCCAACTTCTTGAACCACCTGAGCCTGGACCGGATCGAAGCGGATTATTCGAACATTCTTTAA MDDYQQTIRTLSDRIVLAQTPIRILDAVKWDESIRKGFLKAKGKEMPAVDRDYYLNRPLSFDSSKVKLEFQNIERDITRQLGQFNPVGQIMRRMCKEYRMVVRMLEARGTEDFGLISQELYGAASDAFHAGDPTLADLGLMLSDYLNNIDGRGDLKDEPKVLSAKEAVSLLQHRLNRVFGEAEETIRVFESDGIVADAAAGADYIKIRTDAMFNERDVRALEVHEGLVHVGTTLNGLNQPICTFLSKGPPSSTVTQEGLAILMEIITFASYPSRLRKLTNRTRAIHMVEEGADFLQVFEFFREQGFEMAESYGNASRVFRGSVPTGLPFTKDLSYLKGFIMVYNYIQLAVRKGKLEQVPLLFCGKTTLEDMRTLRQLVDEGLVVPPKYLPEQFRDMNALSAWMCFSNFLNHLSLDRIEADYSNIL NA NA NA NA NA D1-35_00086 906 COG1073 putative protein ATGCGAACCCTCGGCATCATTTGCCTGCTGCTGGCCCTGAGTGGCTGCAGCTCCCTGCTGTTCTACCCCGAACGCGGCCTGCCGTTCACGCCGCAGCGGGCCAAGCTCGAATACCGCGACGTCACCCTGACCACGGCTGATGGCCTGAAGCTGCGTGGCTGGTGGCTGCCGGTGAAGCCGGGTGTCGAGGTCAAGGGCACGGTGCTGCATTTGCACGGCAACGGCGGCAACCTGTCCTGGCACCTCGGCGGGAGCTGGTGGTTGCCGGAGCAGGGTTATCAAGTGCTGATGGTCGATTACCGGGGTTATGGGGTGTCCGAGGGCGAGCCGAGCCTGCCGGCGATCTACCGGGACATCGACGCTGCGTTCAAATGGCTCGACCAATCGCCCGAGGTCCAAGGCAAGCCGCTGGTGCTGCTCGGCCAGAGCCTGGGTGGCGCGCTGGCGGTGCATTACCTGGTGGAGCATCCTCAGCGTCAACAGCAGCTCAAGGCGCTGGTGCTTGATGGCGTGCCCGCCAGCTATCGCGACGTCGGACGCTTTGCCCTGAGCACTTCATGGCTGACCTGGGCGTTGCAGGTGCCGCTGTCCTGGCTGGTGCCGGACGGCGACAGCGCCATTGGCTCGATCGCACAATTGAACGGCGTGCCGAAACTGATCTACCACAGCCTTGACGACCCCATCGTGCCCCTTTCCAACGGCATCCGCTTGTATCAAGCTGCGCCGCCGCCCCGGGTCCTGCAACTGACCCGGGGCGGCCACGTGCAGACTTTCGCCGACCCGACCTGGCGAACCGTGATGCTGCGCTACCTCGACGATCCCCTGCACTTCGATGGCTTGCGCCGCCTGGGCGAGGTGCCGAACTACCCGAAATCCTCCGTTGAATCATCCGAGAACCCGCAATGA MRTLGIICLLLALSGCSSLLFYPERGLPFTPQRAKLEYRDVTLTTADGLKLRGWWLPVKPGVEVKGTVLHLHGNGGNLSWHLGGSWWLPEQGYQVLMVDYRGYGVSEGEPSLPAIYRDIDAAFKWLDQSPEVQGKPLVLLGQSLGGALAVHYLVEHPQRQQQLKALVLDGVPASYRDVGRFALSTSWLTWALQVPLSWLVPDGDSAIGSIAQLNGVPKLIYHSLDDPIVPLSNGIRLYQAAPPPRVLQLTRGGHVQTFADPTWRTVMLRYLDDPLHFDGLRRLGEVPNYPKSSVESSENPQ NA NA NA NA NA D1-35_00087 330 hypothetical protein ATGAGCGAAGAACGCAACGCCATCCCCCTGATCATCACCGGTATCTGCAGCATTCTCGGCACTGTCGCGGCGCTCTGGTACTACGGCTATCTGCATTTCGCCAAGCCCGAGGATGCGTTGCTGCTCAACCAGTTCACCATGCTCAAGACCGTGCCGGGCGAAGACTATAAAGTCGCCCTGGAGCCGGCGCCCCAGGTCGCCCAATGCGTCGATGGCGTACTGGTGCTGTTCGACACCGAGCAGAAAGGCCTGACCGGTGTGCTGATCAACGAGAAGAAACGCGCGGTGCGCTGCATGGGGCAGGAGACGCCGCAGAAGCTTCAGCCATAA MSEERNAIPLIITGICSILGTVAALWYYGYLHFAKPEDALLLNQFTMLKTVPGEDYKVALEPAPQVAQCVDGVLVLFDTEQKGLTGVLINEKKRAVRCMGQETPQKLQP NA NA NA NA NA D1-35_00088 792 pal_1 Peptidoglycan-associated lipoprotein ATGACGCACAAACATTTCATGATGCCCGCCCTGCTTGCCGCCTGCGTAGCCCTGGCCGCTTGCTCCCACGACCCGAACGCTAACCTGGAACAGGCCCGTACCAACTACAACGGCCTGCAGGCCGACCCGGCGGCCACCAAGGTCGCGGCCCTGGAAACCAAAGAGGCCTCCGACTTCCTGGCCAAGGCCGACAAGGCCTACCTGGACAACGAAGACGAAGCCAAGGTTGACCAACTGGCCTACCTGACCAACCAGCGCGTCGAAGTGGCCAAGCAGACCATCGCCCTGCGCAACGCCGAAGCCGAGCTGAAAAACGCCGGTGACGAACGCGCCCGCGCACTGCTCGACGCCCGCAACGCGCAGATCAAGCAGTTGCAGGACAGCCTCAACGCCAAGCAGACCGAGCGCGGTACGCTGGTGACCTTCGGTGACGTGCTGTTCGCCACCAACAAATCCGACCTGCGCGCCAGCGGCATGACCAATGTGAGCAAACTGGCGCAGTTCCTCCAGGAAAACCCGGATCGCAAGGTGATCATCGAAGGTTATACCGATAGCACCGGTTCGGATTCCTACAACCAGTCGCTGTCCGAACGCCGCGCCAGCTCCGTGCGTACCGCCCTGGTAAAAATGGGTGTCGACCCGGCCCGCATCGTGACCCAGGGTTACGGCAAGGAATTTCCGGTCGCCGACAACACCAGCGTCTCGGGCCGTGCCATGAACCGTCGCGTGGAAGTCACCATTTCCAACGACAACCAGCCAGTCGCCCCGCGCTCGACCATGAGCGCCAACTGA MTHKHFMMPALLAACVALAACSHDPNANLEQARTNYNGLQADPAATKVAALETKEASDFLAKADKAYLDNEDEAKVDQLAYLTNQRVEVAKQTIALRNAEAELKNAGDERARALLDARNAQIKQLQDSLNAKQTERGTLVTFGDVLFATNKSDLRASGMTNVSKLAQFLQENPDRKVIIEGYTDSTGSDSYNQSLSERRASSVRTALVKMGVDPARIVTQGYGKEFPVADNTSVSGRAMNRRVEVTISNDNQPVAPRSTMSAN PGPT0022215_3850 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286 NA NA D1-35_00089 414 hypothetical protein ATGGAGTTGAAGCCTATGAATACCTGCACTGCCAAACCCTCATCCACTGGCTTGCGCGGCCTGAAGTTGGCTGCCCTGGCTATCGGTAGCAGCTTCATCCTGGCCGGTTGCGCCGGCAATCCACCTTCGGAGCAATACGCGGTCACGCAATCGGCGGTCAACAGCGCCGTCAGCGCGGGCGGCACCGAGTTCGCCGCGGTGGAAATGAAATCCGCCCAGGACAAACTCAAGCAGGCCGAGATCGCCATGCACGACGAGAACTATGAAGAGGCCAAGCGTCTGGCCGAACAGGCCGAATGGGATGCGCGCGTTGCCGAACGCAAGGCCCTGGCAGCCAAGGCCGAACAGGCCCTCAAGGATTCCCAGAAAGGGGTTCAGGAACTGCGTCAGGAAGGCATGAACAAGGTTCAGTAA MELKPMNTCTAKPSSTGLRGLKLAALAIGSSFILAGCAGNPPSEQYAVTQSAVNSAVSAGGTEFAAVEMKSAQDKLKQAEIAMHDENYEEAKRLAEQAEWDARVAERKALAAKAEQALKDSQKGVQELRQEGMNKVQ NA NA NA NA NA D1-35_00090 345 hypothetical protein ATGAAAATCCGTGAACTTGCTCAGCACTGGGAAGAAAACGCCAAGGGTCACCTGACCCAGACCGGTTATACGATTCATCTGGATGTGGAAGCCGCCGCACGCCTGGCGGCGATCTGCGACATGTACCCCAAGCGCCAGCCCGAAGAACTGCTCGGCGAATTGATCGGCGCTGCGCTGGAGGAGCTGGAAGCCAGCTTCCCCTACATCAAGGGCGCGCAGGTCGTGGCCACCGATGAAGAAGGCGACCCGCTGTACGAAGACGTCGGTGCGACCCCGCGATTTCTCGCCTTGTCCCGTCGTCATCTGCGCCAACTCTCTTCGCAAAACGACAAGTCCAAGCACTGA MKIRELAQHWEENAKGHLTQTGYTIHLDVEAAARLAAICDMYPKRQPEELLGELIGAALEELEASFPYIKGAQVVATDEEGDPLYEDVGATPRFLALSRRHLRQLSSQNDKSKH NA NA NA NA NA D1-35_00091 2631 ppc COG2352 Phosphoenolpyruvate carboxylase ATGACCGATATTGATGCCCGCTTGCGCGAGGACGTCCACCTGCTCGGCGAACTGCTGGGCAATACCATTCGCGACCAGTACGGAGACGCCTTTCTCGACAAGATCGAGCAGATTCGCAAAGGCGCGAAGGCTGACCGACGCGGTTCGATGGATGCGGAACTGAGCGCCAGCCTCAACCAGTTGAGCGAGGACGAGTTGCTGCCGGTAGCGCGGGCGTTCAACCAGTTCCTCAACCTGGCCAATATCGCCGAGCAATACCAGCTGATTCACCGCCGCGAAGAATCCAGGCCGGCGCCGTTCGAAGCACGCGTGCTGCCCGAGCTGCTGGCGCGCCTGCGAGCCGAAGGCCATGGCGCCGAAGCGTTGGCCCGGCAGTTGGGCCGGCTGGAAATCGAACTGGTGCTCACTGCGCATCCCACGGAAGTCGCCCGGCGCACGTTGATCCAGAAATACGACGCGATCGCCGCGCAACTGGCCGCCCAGGACCATCGCGACCTCACCAGTGCCGAGCGCGCGCAGATCCACGAACGCTTGCAGCGGTTGATCGCCGAAGCCTGGCACACCGAAGAGATTCGCCGGACCCGCCCGACGCCCGTGGACGAGGCCAAGTGGGGCTTCGCGGTGATCGAGCATTCGCTGTGGCACGCCATCCCCAATTACCTGCGCAAGGCTGACCAGGCCCTGCATGCCGCCACCGGGTTGCGCCTGCCGCTGGAGGCCGCGCCGATCCGCTTTGCCTCGTGGATGGGTGGCGACCGGGACGGCAACCCGAACGTCACCGCCGCGGTCACTCGCGAGGTGTTGCTGCTGGCGCGCTGGATGGCGGCGGACCTGTATTTGCGCGACGTCGACCATCTGGCCGCCGATTTGTCCATGCAGAAAGCCAGCGAGGCCTTGCGCGCCCAGGCCGGTGACAGCGCCGAGCCCTATCGCGCGGTGCTCAAGCAATTGCGCGAACGCCTGCGAGCCACGCGCAACTGGGCCCAGGCCTCCCTGAAGGGCACGACGCCGGCGACCGCCGAGGTGTTGCAGGACAACCGTCAACTGCTTGATCCGTTGGAGTTGTGCTACCAGTCTCTGCATGAGTGCGGCATGGGCGTGATTGCCGACGGGCCGTTGCTCGATTGCCTGCGCCGCGCGGTGACCTTCGGCCTGTTCCTGGTGCGCCTCGACGTGCGCCAGGACTCGACGCGGCACACGGCGGCGATGACCGAGATCACCGATTACCTCGGGCTGGGGCGTTACGAGGAATGGGACGAAGAGCAGCGCATCGGTTTCCTCTTGGGCGAGCTGAATAATCGCCGGCCCTTGTTGCCGCCTTACTTCAAGCCGTCGGCCGATACGGCGGAAGTCCTGGCCACGTGCCGCGAGGTTGCGGCGGCACCGGCAGCGTCCCTGGGCTCTTATGTGATTTCCATGGCCGGCGCGGCTTCCGATGTGCTGGCGGTGCAGTTGCTGCTCAAGGAGGCCGGCGTATTGCGGCCGATGCGCGTAGTGCCGCTGTTCGAAACCCTCGCCGACCTGGACAACGCCGGGCCGGTGATCGAACGCCTGCTGTTGCTGCCGGGTTATCGCTCGCGCCTGCAAGGTCCCCAGGAAGTGATGATCGGCTATTCCGACTCGGCCAAGGACGCCGGGACCACGGCGGCAGCCTGGGCGCAATACCGCGCCCAGGAGCGGTTGGTGGACATCTGCCGCGAGCAGCAAGTCGAATTGCTGTTGTTCCATGGCCGCGGTGGCACCGTCGGCCGTGGCGGCGGCCCGGCGCACGCGGCGATCCTGTCCCAGCCGCCGGGATCGGTGGCCGGACGTTTCCGCACTACCGAACAGGGCGAAATGATTCGTTTCAAATTCGGCCTGCCGGACATCGCCGAACAGAACCTCAATCTTTACCTCGCCGCAGTGCTTGAAGCGACCTTGCTGCCACCACCGCCGCCAACCCCGCAATGGCGGCATCTGATGGATGAACTGGCTGCCGACGGGGTCAATGCCTACCGGGCCGTAGTGCGGGAAAATCCGCAATTTGTCGAGTATTTCCGCCAGTCCACGCCGGAACAGGAACTGGGTCGCCTACCCTTGGGCAGCCGTCCGGCCAAACGTCGGGCCGGCGGTATCGAAAGCCTGCGGGCGATCCCGTGGATTTTCGGCTGGACCCAGACCCGGTTGATGCTGCCGGCCTGGCTCGGTTGGGAAACCGCCCTGGGCAAGGCGCTGGAGCGCGGCGAGGGCGAACTGCTCGGGCAGATGCGTGAGCAATGGCCGTTCTTCCGCACCCGCATCGACATGCTGGAGATGGTCCTGGCCAAGGCCGACGCCGATATTGCCCAGTCCTATGACGAGCGTCTGGTGGAACCGGCGTTGCTGCCTTTGGGCGAGCATTTACGCGACCTATTGTCGCAGGCCTGTTCCGTGGTCCTGGGCCTGACCGGCCAGTCGCAGCTACTGGCACATAGCCCAGACACGCTGGAATTCATCCGCCTGCGCAATACCTACCTCGACCCGCTGCACCTGTTGCAGGCCGAGCTGCTGGCACGTTCGCGGCAGCAGGACGTGGCCCAGGGCAGCCCTGTGGAACAGGCGTTGCTGGTGTCTGTGGCAGGGATTGCCGCCGGTTTGCGCAACACCGGCTAA MTDIDARLREDVHLLGELLGNTIRDQYGDAFLDKIEQIRKGAKADRRGSMDAELSASLNQLSEDELLPVARAFNQFLNLANIAEQYQLIHRREESRPAPFEARVLPELLARLRAEGHGAEALARQLGRLEIELVLTAHPTEVARRTLIQKYDAIAAQLAAQDHRDLTSAERAQIHERLQRLIAEAWHTEEIRRTRPTPVDEAKWGFAVIEHSLWHAIPNYLRKADQALHAATGLRLPLEAAPIRFASWMGGDRDGNPNVTAAVTREVLLLARWMAADLYLRDVDHLAADLSMQKASEALRAQAGDSAEPYRAVLKQLRERLRATRNWAQASLKGTTPATAEVLQDNRQLLDPLELCYQSLHECGMGVIADGPLLDCLRRAVTFGLFLVRLDVRQDSTRHTAAMTEITDYLGLGRYEEWDEEQRIGFLLGELNNRRPLLPPYFKPSADTAEVLATCREVAAAPAASLGSYVISMAGAASDVLAVQLLLKEAGVLRPMRVVPLFETLADLDNAGPVIERLLLLPGYRSRLQGPQEVMIGYSDSAKDAGTTAAAWAQYRAQERLVDICREQQVELLLFHGRGGTVGRGGGPAHAAILSQPPGSVAGRFRTTEQGEMIRFKFGLPDIAEQNLNLYLAAVLEATLLPPPPPTPQWRHLMDELAADGVNAYRAVVRENPQFVEYFRQSTPEQELGRLPLGSRPAKRRAGGIESLRAIPWIFGWTQTRLMLPAWLGWETALGKALERGEGELLGQMREQWPFFRTRIDMLEMVLAKADADIAQSYDERLVEPALLPLGEHLRDLLSQACSVVLGLTGQSQLLAHSPDTLEFIRLRNTYLDPLHLLQAELLARSRQQDVAQGSPVEQALLVSVAGIAAGLRNTG PGPT0001165_3086 DIRECT EFFECT BIO-FERTILIZATION CARBON_DIOXID_FIXATION CO2_FIXATION-ALTERNATIVE_PAHTWAYS CO2_FIXATION-PHOSPHOENOLPYRUVATE_CARBOXYLASE_BIOSYNTHESIS,PGPT0001165-ppc-K01595 NA NA D1-35_00092 648 adk Adenylate kinase ATGCGCGTCATTCTGCTGGGAGCTCCCGGGGCCGGTAAAGGTACTCAGGCAAAGTTCATCACCGAAAAATTCGGTATCCCGCAAATCTCCACTGGCGACATGCTTCGCGCCGCGGTCAAGGCTGGCACCCCACTGGGTGTTCAGGCCAAGAGCATCATGGATGCCGGCGGCCTGGTGTCGGATGACCTGATCATCGCGCTGGTCAAGGACCGCATTGCTCAAGCCGACTGCGCCAATGGCTTCCTGTTCGACGGTTTCCCGCGCACCATTCCCCAGGCTGAAGCCCTGGTGACTGCCGGTGTGGAACTCGATCACGTGGTCGAAATCGCGGTAGACGACGAAGAAATCGTCCAGCGCATTGCCGGCCGTCGCGTTCACGAAGCGTCCGGTCGTGTCTATCACACCGTCTACAACCCGCCAAAGGTCGCCGGCAAGGACGACGTGACTGGCGACGAGCTGGTGCAGCGCAAGGACGACACTGAAGAAACCGTGCGTCATCGCCTGTCGGTCTACCATTCCCAGACCAAGCCGCTGGTGGATTTCTACCAGAAGCTGTCCGCTGCCCAGGGCAAGCCGAAGTACAGCCACATTCCAGGCGTCGGCTCGGTCGACGCGATCACCGGCAAGGTGCTTGAAGCACTGAGCTGA MRVILLGAPGAGKGTQAKFITEKFGIPQISTGDMLRAAVKAGTPLGVQAKSIMDAGGLVSDDLIIALVKDRIAQADCANGFLFDGFPRTIPQAEALVTAGVELDHVVEIAVDDEEIVQRIAGRRVHEASGRVYHTVYNPPKVAGKDDVTGDELVQRKDDTEETVRHRLSVYHSQTKPLVDFYQKLSAAQGKPKYSHIPGVGSVDAITGKVLEALS PGPT0009040_4377 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939 NA NA D1-35_00093 678 tsaB COG1214 tRNA threonylcarbamoyladenosine biosynthesis protein TsaB ATGAGCACCTTGCTGGCCCTGGACACCGCGACTGAAGCTTGCTCCGTTGCCTTGCTGCATGACGGCAAGGTCACGAGCCACTACGAGGTGATTCCGCGCCTGCATGCGCAAAAATTGCTGCCTATGATTCAGCAATTGCTCAGCGATGCCGGGATCACCTTGCAAGCCGTGGATGCGATCGCCTTTGGTCGCGGCCCAGGGGCGTTTACCGGCGTGCGCATCGCCATTGGCGTCGTGCAGGGCCTGGCCTTCGCCTTGGAACGCCCGGTATTGCCGGTCTCGAACCTGGCCGTACTGGCCCAGCGCGCCTTGCGCGAGCACGGCGCGCATCAGGTAGCGGCCGCCATCGATGCGCGCATGGACGAGGTGTACTGGGGCTGCTATCGCGAAACCGCTGGCGAGATGCGCCTGGTCGGTGCCGAGGCGGTGTTGCCACCCGAAGCGGCGGCGTTGCCGGCTGACACCAGCGGCGACTGGTTCGGCGCCGGTACCGGTTGGGGCTACGGCGAGCGAATCGGCGTCAGCCTTGTCGGCCAGGATGCCTCGATGTTGCCCCATGCCGAAGACCTGCTGGCCCTGGCACGCTTTGCCTGGGAACGCGGCGAAGCCATCCCTGCCGACGATGCGCAGCCGGTGTACCTGCGGGACAAGGTCGCGACGCCCAAGTCCGAACGGTAA MSTLLALDTATEACSVALLHDGKVTSHYEVIPRLHAQKLLPMIQQLLSDAGITLQAVDAIAFGRGPGAFTGVRIAIGVVQGLAFALERPVLPVSNLAVLAQRALREHGAHQVAAAIDARMDEVYWGCYRETAGEMRLVGAEAVLPPEAAALPADTSGDWFGAGTGWGYGERIGVSLVGQDASMLPHAEDLLALARFAWERGEAIPADDAQPVYLRDKVATPKSER NA NA NA NA NA D1-35_00094 309 hypothetical protein ATGCGTATAGACGGCGTTTCATCCCAGTCCTACCCCATCAAGCGTCGGCCTCGTGCGGGTAAAGCCGCTGAGCCGGAAAACTTCGATGACATCGATGGTGAGCTGGAATTTCCGTCCGAAGAGCAACTGGCCGCCCGCGCCGCCAAAGCCTCTGCGCAACGCCTGAGCAATCTTCCCGCCCGTCAGCAGGACATGCTGTATCACCGCGCCATGAGCCGCAGTGTCGCCACGGCGCTGGCCAGCTACCTGAGCACCGCCGGTTTTGTTGATTGGGATATGGAAGTGCTGGGCCTCGACCTCTATATCTGA MRIDGVSSQSYPIKRRPRAGKAAEPENFDDIDGELEFPSEEQLAARAAKASAQRLSNLPARQQDMLYHRAMSRSVATALASYLSTAGFVDWDMEVLGLDLYI NA NA NA NA NA D1-35_00095 861 hypothetical protein ATGCGGTTGCCCTACTATCTGGGTTGCCCGTCCTGGAGCGAAAACGCCTGGCGCGATTATCTTTATCCCCAGGACGCCAAAAGCTCCGATTTCCTCGGTCTCTACTCTCAAGTATTCAACGCCGTGGAAGGCAACACGACCTTCTACGCGAGCCCGGCCGCGTCCACCGTTCAGCGCTGGGCCGAAATCATGCCCGAGCACTTTCGCTTCACCGCCAAGATCCCCGGTGACATCAGCCACGGCGGCGACCTGCGCGAACACCTGACCGCCACCGAAACCTTTGTCCAGTTGCTAAGCCCCTTGGGCGAGCGCGTCTCGCCGTTCTGGCTGCAACTGTCCAAGGCGTTCACGCCCAATCGATTGCAGGAGCTGGCGGCATTCATCGACGCGTTCCCACGGTCGTTGGCCGTAGAGGTGCGTCACGATGAGTTTTTTGCCAAAGGCGACGCTGAACGACAGCTCAACCGTTTGCTGCTCGATCGTGGTGTCGAACGCATCTGTCTCGATCCCCGCGGCCTGTTCAGCTGCGCGTCGACCGCCCCTGAAGTCATTCACGCGCAATACAAGAAACCCCGGGTGCCGACGCGACCGGCGGCGTTCACTCAATACCCGCAGGTGCGTTTCGTCGGTCATCCGGTAGTGGAGGCCAACGAGCTGTTCCTGACGCCATGGGTAGAAAAAATCGCCGTGTGGATCGAAGAGGGGCGCACGCCGTATATGTTCCTGCACACCGCGGACAATCTGCTGGCGGCGAAACTCGCGATGCATTTTCACAGCCGCCTGATGAAGCGTTTGCCTGGCTTGCCGGCGCTGCCTGAGCTATATAGAGAACCCGCCGCCGAGCAACTCGGTCTGCTCTGA MRLPYYLGCPSWSENAWRDYLYPQDAKSSDFLGLYSQVFNAVEGNTTFYASPAASTVQRWAEIMPEHFRFTAKIPGDISHGGDLREHLTATETFVQLLSPLGERVSPFWLQLSKAFTPNRLQELAAFIDAFPRSLAVEVRHDEFFAKGDAERQLNRLLLDRGVERICLDPRGLFSCASTAPEVIHAQYKKPRVPTRPAAFTQYPQVRFVGHPVVEANELFLTPWVEKIAVWIEEGRTPYMFLHTADNLLAAKLAMHFHSRLMKRLPGLPALPELYREPAAEQLGLL NA NA NA NA NA D1-35_00096 822 COG2513 putative protein ATGGATGCACAAACCCGCCGAGCCCAGGCGTTCAAGGCGTTGCACGAACGCGATGGGGCGTTTGTCATTCCCAATCCATGGGATGCCGGTTCGGCAAAGATGCTCGCCAGCCTCGGCTTTGAAGCATTGGCGACGACCAGTGCCGGTCACGCTTTTTCCCTGGCACGACCTGACGGCGCCCTGGGTCTTGATGACACGCTGGCGAATGTGCGAGCGATTGTTGCGGCCATGGACCTGCCAGTAGCCGTCGACCTGGAAAACGGCTTTGCCGATGCGCCCGAAGACTGCGCCCGCAGCTTGCTCCGCGCGGCACAAGCCGGCGCGGTAGGGGGCTCCATCGAAGATGCCACGGGCCGCGAAGACAGCCCGATCTACGATTTCGAGCACGCCGTGGCGCGGGTCAAGGCCGCCGCCGAGGCGGTGCGCAGTCTGCCTTTCCCTTTCCTGCTGACCGCGCGGGCAGAAAACTTCCTGCATGGCAGGCCGGATCTGGACGACACGATCCGACGCCTGAAGGCCTTCGCCGGCGCCGGCGCCGATGTGCTGTACGCGCCGGGGCTGAGCAGCGCCGAGCAAGTGCTGGCGGTGGTCCGGGCCGTGGCGCCCAAGCCCGTTAACGTACTGATGTCCGGCGCGCTGGACCTGACGGTAGCCCAGTTGAGTGAACTGGGCGTCAAGCGCATCAGTGTCGGATCGGCCCTCGCGCTGGCGGCGTATGGCGAGTTTTTCCGCGCCGCCGAAGAAATCCAACGGCAGGGGACCTTCACTTTCACCCGTCGCTCAATGCCTTTCAACCAGGCCAATCAATTATTCAAGGGTTGA MDAQTRRAQAFKALHERDGAFVIPNPWDAGSAKMLASLGFEALATTSAGHAFSLARPDGALGLDDTLANVRAIVAAMDLPVAVDLENGFADAPEDCARSLLRAAQAGAVGGSIEDATGREDSPIYDFEHAVARVKAAAEAVRSLPFPFLLTARAENFLHGRPDLDDTIRRLKAFAGAGADVLYAPGLSSAEQVLAVVRAVAPKPVNVLMSGALDLTVAQLSELGVKRISVGSALALAAYGEFFRAAEEIQRQGTFTFTRRSMPFNQANQLFKG NA NA NA NA NA D1-35_00097 699 hypothetical protein GTGCGGTTTTTGAAAGGACTGATGGTATTGGCGCTGATTGCTGGCGTCGCGGTGGTGGCGGTATGGCGCGGTTGGCTGGCCGTGCCGCCGCAATGGAACCCCTGGGCGCCGTTGGACGTGAAAGCGCCGCCAAATCTGCTGACCCGCTACAAACTCATGGCGCTGCGCAACGATCCGCAACTGTGTGACCAGGCGCTCGCCACGTCGGGGCTGCGCACCGCTCGCCAGGCCGACAGCGGCGCCAATACCTCGTGCCCGCTGACCAATGTGCTGCGGGTGCAGGGCGGTGAGGTGGCGCTGAGCAGCAGCTTCCTCGCCAGTTGCCCTCTGGCGGTAGCCTTCGCGCTGTTCGAGCGCCATGCGTTGCAGCCGGCGGCAATGGCCGCCTATGGCAAGCAAGTCACGCGGGTTGATCACTTGGGCAGTTTTGCCTGTCGCAACATGTACGGTCGTGAAAGCGGCGCGCGCAGCCAGCACGCCACTGCCAGCGCGTTGGACATCGCCGGGTTTCGCCTGGCCGATGGACGAGCCGTCAGCGTGCTCAGGGATTGGCCGAAGGACAACACCGATGCGCAGTTTCTACGGCAGGTGCGCGATGGCGCCTGCGACATGTTCAGTGTGGTCTTGAGTCCGGATTACAACGCGGCGCACCGCAACCATTTTCATCTGGATGTGGGGCCCTGGTGGATTTGTCGTTGA MRFLKGLMVLALIAGVAVVAVWRGWLAVPPQWNPWAPLDVKAPPNLLTRYKLMALRNDPQLCDQALATSGLRTARQADSGANTSCPLTNVLRVQGGEVALSSSFLASCPLAVAFALFERHALQPAAMAAYGKQVTRVDHLGSFACRNMYGRESGARSQHATASALDIAGFRLADGRAVSVLRDWPKDNTDAQFLRQVRDGACDMFSVVLSPDYNAAHRNHFHLDVGPWWICR NA NA NA NA NA D1-35_00098 621 hypothetical protein ATGTCAGACATTCAATCCACATCGATAGGCGTTATCTCCCCTTACGGCGATTACAGCCTGCGTAACACCCAAGCGCTGAGCGGCGTCAGTCACCTGTGGCAGGATTTTTTTGCCCGGGCCCTGGCCGACCAGTTGGGTGAAAACGCACCGGCGCCCGGCAGCTACCAGCCAGTCGCCCTCGATGAAGCGGTTGAACCGACCCTGGGCGCCGAGCTGCTGGAGCATATCGTCAGCCAGCGCACCTGCGACGTGACGGAAACCCAGGTCAAGCCACCCGAGCCGTTGTTCCTGCCGATCGCCGAGTTCGAACTGGATTTGCTCGACAAGCCGTTCCCGCCCTTCCCGCCAGAAGAAATCGTAGCGCAGCAAAAGCAGCAGACCTTCGAGAGCAATTGGGTTCGCCCGATCGTCCTCGCCGCCGGTCAACCGTTGCCAGAACCGGGCCCGGCACCACAGCCGCGTCGACTGCCCCTGCCGATTGCCGAATTCGAACTCGACCTGTTGGACAAGCCATTCCCTCCATTCCCGGAAGAGGAATTGGTGGCGCAGCAGAAACAACTGGACTTCGACACTCGCTGGGCGCGTCCGATCGTACTGCAGAACCTGCGCATCGCTGCCTGA MSDIQSTSIGVISPYGDYSLRNTQALSGVSHLWQDFFARALADQLGENAPAPGSYQPVALDEAVEPTLGAELLEHIVSQRTCDVTETQVKPPEPLFLPIAEFELDLLDKPFPPFPPEEIVAQQKQQTFESNWVRPIVLAAGQPLPEPGPAPQPRRLPLPIAEFELDLLDKPFPPFPEEELVAQQKQLDFDTRWARPIVLQNLRIAA NA NA NA NA NA D1-35_00099 783 rsmJ Ribosomal RNA small subunit methyltransferase J ATGACTGAGCAACTCGCGGCTTGCCGCATCCATGTCGAGGCCCTGGCCCCGGCGTTCCAGCCCCGCGCCGAGCAGTGGGCCGAGCAGCTCGGCCTGCCGTTGCAGATGGATGACGGCGAGTTCGCCTTGCAGGTCGGCGAGCACGGGTTGCAATTGCAGCAGCTGGGTCCCGATGCGCCGGGACCGGTGCGCGTGGATTTTGTCGAGGGCGGCGCAGCCCATCGTCGTTTGTACGGGGGCGGCAGTCGCCAGATGATCGCCAAGGCAGTCGGTGTCGCCCAGGGTGTGCGTCCGCGAGTGCTGGATGCCACGGCGGGGTTGGGCAAGGATGCGTTCGTGCTGGCGAGTCTCGGCTGCGAGATGAGCCTGATCGAGCGTCAACCCTTGATCGGTGCTTTGCTGGAGGATGGTCTGGCTCGCGGTGCGGAAGATTTCGATGTGGCGCCGATTGTGGCGCGGATGCGCTTGCTCAAGGGCAATTCCATCGAAGTGATGCGCAGTTGGCAAGGCGAGCCGCCCAAGGTGATCTACCTGGACCCGATGTTTCCCCATCGGGAGAAAACCGCCCTGGTGAAAAAAGAGATGCGCCTGTTCCGCCCGCTGGTGGGCGATGATACCGACGCCCCGGCGCTGCTTGCCGCCGCGCTGGCGTTGGCGACCCACCGGGTGGTGGTCAAGCGCCCGCGCAAGGCCCCCTGCATTGAAGGGCCGAAGCCGAGCCATGGGCTGGAAGGCAAGTCCAGTCGGTACGATATCTATCCGAAGAAAGCGCTCAAGGCTTGA MTEQLAACRIHVEALAPAFQPRAEQWAEQLGLPLQMDDGEFALQVGEHGLQLQQLGPDAPGPVRVDFVEGGAAHRRLYGGGSRQMIAKAVGVAQGVRPRVLDATAGLGKDAFVLASLGCEMSLIERQPLIGALLEDGLARGAEDFDVAPIVARMRLLKGNSIEVMRSWQGEPPKVIYLDPMFPHREKTALVKKEMRLFRPLVGDDTDAPALLAAALALATHRVVVKRPRKAPCIEGPKPSHGLEGKSSRYDIYPKKALKA NA NA NA NA NA D1-35_00100 636 hypothetical protein ATGTCGAACAATCCTCCCTCCTCCAGCGGCCCTGGTCGTCCCAAGGATCTGGCCAAGCGCCAGGCCATTCTCGACGCCGCGAAACGCCTGTTCCTGAGCCTGGGCTACGCCAGCACCAGCATGGACGCCGTGGCCACCGAGGCCGGCGTCTCGAAGCTGACCGTCTACAGCCACTTCAATGACAAGGAAACGCTGTTTTCCGCCGCCGTGATTGCCAAGTGCGAGGAACAGGTGCCGCCGCTTTTCTTCGAATGGGCCGACGGTGTTCCGATTGAACACGTGCTGCTGAACATCGCCCGCGGCTTCAACCAATTGATCAACAGCGACGAATCGGTGAACCTGCATCGGCTGATGGTGGCGTTGGGTAGCCAGGATCCAAAGCTCTCGACCATCTTCTACCAGGCCGGCCCGCAGCGAATGCTCTCAGAGATGGAAAGGTTGCTGACCAAGATCGACCAGAGCGGCGCCCTGAGCATCGACAAACCGCGCAACGCCGCCGAGCATTTTTTCTGCCTGATCAAGGGCGCGGCGAACTTCAGGTTGTTGTATGGCTGCGACGGGCCGCAGGACGCCGAAGCGGCCGAAGCGCATGTGCAGGAAGTGGTGGGGTTGTTTGTGCGGGCTTATCGGCCTTAG MSNNPPSSSGPGRPKDLAKRQAILDAAKRLFLSLGYASTSMDAVATEAGVSKLTVYSHFNDKETLFSAAVIAKCEEQVPPLFFEWADGVPIEHVLLNIARGFNQLINSDESVNLHRLMVALGSQDPKLSTIFYQAGPQRMLSEMERLLTKIDQSGALSIDKPRNAAEHFFCLIKGAANFRLLYGCDGPQDAEAAEAHVQEVVGLFVRAYRP PGPT0028895_550 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301 NA NA D1-35_00101 1101 mdtA_1 Multidrug resistance protein MdtA ATGTTCCGCTATGTCCTGCCCCTCGCCGTGCCAGTCAGCCTGGCTTTTTTATTGTCTGCGTGCGGTCATGAGGAGCCGACGCCGGTCGCCGTGCGCCCTGCGATGGTCGTCAAGCCGGAGCCTTCGGCCCAGGCGATGGACAGTTATCCCGGCGAAGTACGGGCGCGGTTCGAGCCGGACCTGGCGTTTCGCATTGGCGGCAAGGTGAGCCGCCGGCTGGTGGAAGAGGGCCAGCGGGTCAAGGCCAACCAGGCGCTGGCCGAACTCGACCCCGAGGATGTGCGCCTGCAACTGGAAGCCAGTCGGGCCCAGGTTGCCGCGGCCGAGGCCAACCTGAGCCTGGTAAAAGCCGAGCGTGACCGCTACAAGACCTTGATGGAGCGGCAGATGGTCAGCCGCTCCCAATACGACAACGCCGAGAATCTCTATCGCTCCGGTGCCGCGCGGCTCAAGCAGATCAAGGCCGAATTCGACGTTGCCAGCAACCAGGCCAGCTATTCGGTGTTGCGTGCACCCCAGGACGGCGTGGTGGCCCGGCGGGCGGTGGAAGTCGGCCAGGTGGTGTCGGCTGGACAGACCGTCTTCACCCTGGCCACCGACGGCGAGCGTGAAGTGTTGATCAGCCTGCCGGAGCAGGGATTTGGTCGGTTCAAGATCGGCCAGCCAGTGTCGGTTGAATTGTGGAGCCAGCCCGATCAGCGCTTCAGCGGACGCATCCGCGAACTCTCGCCGGCCGCCGATCCGAAATCCCGTACCTTCGCCGCGCGCGTCGCCTTCACCGCTGGCAGCGTCCCGGCGGAACTGGGCCAGAGCGCCCGGGTGTTTATCCAGACCGCTGAGAAGGCGCCGCTGTCGGTGCCATTGTCGGCCCTCACCGCCGAGAACGGCGCCACCTTCGTCTGGGTGGTCAAGCCCGACAACACGCTCAAGAAAGTCCCGGTGCGCGTTGGCGCCTTCGGTGAAAAGACCGTGCCGGTGCTCGAAGGCCTGAGTGCCAATGACTGGGTGGTGGCCGCTGGCGTGCATGTGCTTCTGGACGGCCAGCAGGTTCGGCCGGTGGATCGCTCCAATCGCGTGGTCAACCTGGCGGCCAAGGAGTAA MFRYVLPLAVPVSLAFLLSACGHEEPTPVAVRPAMVVKPEPSAQAMDSYPGEVRARFEPDLAFRIGGKVSRRLVEEGQRVKANQALAELDPEDVRLQLEASRAQVAAAEANLSLVKAERDRYKTLMERQMVSRSQYDNAENLYRSGAARLKQIKAEFDVASNQASYSVLRAPQDGVVARRAVEVGQVVSAGQTVFTLATDGEREVLISLPEQGFGRFKIGQPVSVELWSQPDQRFSGRIRELSPAADPKSRTFAARVAFTAGSVPAELGQSARVFIQTAEKAPLSVPLSALTAENGATFVWVVKPDNTLKKVPVRVGAFGEKTVPVLEGLSANDWVVAAGVHVLLDGQQVRPVDRSNRVVNLAAKE PGPT0028885_562 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028885-mexJ-K18302 NA NA D1-35_00102 3066 czcA_1 Cobalt-zinc-cadmium resistance protein CzcA ATGGGCTTCAATCTCTCCGAATGGGCGTTGCGTAACCGCCAGATCGTACTGTTCCTGATGCTCTTGCTGGCGATCGTCGGCGCGCTTTCCTACACCAAGCTGGGTCAGAGCGAAGATCCGCCATTCACCTTCAAGGCCATGGTCATCCGTACCGTCTGGCCAGGGGCCACGGCCGAGGAAGTGTCGCGCCAGGTCACCGAGCGTATCGAAAAGAAGCTCATGGAAACCGGCGACTACGAAAAGATCGTCTCGTTTTCCCGGCCGGGAGAATCCCAGGTTACTTTTGCGGCTCGCGACTCCATGCATTCCAAGCAGATTCCCGAGCTGTGGTACCAGATCCGCAAGAAGATCGGCGATATCCGGCAGACCTTGCCGCCGGGTATCCAGGGACCGTTCTTCAACGATGAGTTCGGCACTACCTTCGGCAATATCTACGCGCTCACCGGCGACGGCTTCGATTATGGCGTGCTCAAGGATTACGCCGACCGTATCCAGATCCAGCTGCAGCGGGTCAAGGACGTAGGCAAGGTCGAGTTGGTCGGCCTGCAGGACGAGAAAATCTGGGTCGAGCTGTCGAACGTGAAGCTGGCGACCCTCGGCCTGCCCCTGGCGGCAGTCCAGCAGGCGCTGGAGGCGCAGAACGCGGTATCGACCGCCGGCTTCTTCGAGACCGGCAGCGAGCGATTGCAGCTACGGGTCTCGGGGAATTTCCAGAGCGTGGAAGAGATCCGTGACTTTCCGATCCGCGTGGCCGACCGGACCTTCCGCATCGGTGACGTGGCCGATGTTCGTCGCGGCTTCAATGATCCACCGGCGCCGCGCATGCGTTTCATGGCGGAGGACGCCATCGGCCTGGCCGTGGCGATGAAGGAGGGCGGCGACATCCTGATCCTCGGCAAGGCCCTCGAGGCCGAGTTTGCCCGCATCCAGAACACCCTGCCGGCCGGCATGCAACTGCGCAAGGTTTCCGACCAGCCGGCTGCGGTGAAGACTGGCGTCGGCGAGTTTGTCCAGGTACTGGTGGAAGCACTGACGATCGTGTTGCTGGTGAGCTTCTTTTCCCTGGGGCTGCGCACCGGAATGGTGGTGGCGCTGGCGATTCCGCTGGTCTTGGCGATGACCTTCGCCGCGATGTATTACCTGGGCATCGGTTTGCACAAGATTTCCCTCGGCGCGTTGGTGTTGGCGCTGGGGCTGTTGGTGGACGATGCGATCATCGCGGTGGAGATGATGGCCATCAAGATGGAGCAGGGCTACGACCGGATCAAGGCGGCCAGCTTTGCCTGGACCAGCACGGCGTTCCCGATGCTCACCGGCACCCTGATCACCGCGGCGGGGTTCCTGCCGATCGCCACCGCGCAATCGGGCACCGGTGAGTACACCCGTTCGATTTTCCAGGTGGTGACCCTCGCGCTGGTGGCTTCCTGGGTGGCCGCGGTGGTGTTCGTGCCGTATCTCGGGGAAAAACTCCTGCCGGACTTGGCGAAGATTCACGCGGCCAGGCATGGCACTGCTGACGGCCAGCCGGACCCCTACGGCACGCCGTTCTATCAGCGAGTCCGGCGAACGGTGGAGTGGTGCGTGCGTCGACGCAAGACGGTGATCACCTTGACCGTGCTGTTGTTCGTCGGCTCGGTGGTGCTGTTCCGTTTTGTCCCGCAGCAGTTTTTCCCGGCGTCGGGACGACTGGAGCTGATGGTCGACCTGAAGCTGGCCGAAGGCGCTTCGCTGGTCAACACCGCGGAGCAGGTCAAGCGCCTTGAAGCGCTGCTCAAGGACCACGCTGGCATCGACAATTACGTGGCGTACGTCGGCACCGGCTCACCACGCTTCTACTTGCCGCTGGATCAACAACTGCCGGCGCCGAGCTTCGCCCAGTTCGTCGTGCTGGCCAAGACCATCGAAGACCGCGAGCCCTTGCGCAGTTGGCTGATCAGCACACTGAACGAGCAGTTCCCGACCCTGCGCTCGCGGGTCACACGCCTGGAAAACGGCCCGCCCGTGGGGTATCCGGTGCAGTTTCGGGTGACGGGTGAACACATCGAAGAAGTCCGCGCGCTTGCCCGGAAAGTCGCGACAAAGGTTCGCGAAAACCCCTACGTCGCCAATGTCCACCTGGACTGGGAAGAACCGAGCAAGGTGGTGTACCTCAACATCGATCAGGATCGCGCCCGCGCGTTGGGCGTCACCACCGCCAACCTGTCGAGCTTCCTGCAAAGCTCCCTCACGGGCTCCAGTGTCAGCCAGTACCGCGAAGACAACGAGCTGATCGAGATCCTGCTGCGCGGCACCGTGCATGAGCGCACCGAGCTTTCGCTGTTGCCAAGCCTGGCGGTGCCTACCGACAACGGCACGAGCGTTGCCCTGTCGCAGATCGCGACGCTGGAATACGGCTTTGAAGAAGGGGTGATCTGGCACCGCAACCGTCTACCCAGCGTGACCGTACGGGCCGACATCTATGGCAAGGAACAACCGGCGACGCTGGTGCAACAGATTTTCCCGACCCTGGACCCGATCCGTGCAGAGTTGCCGGACGGCTATCTGCTGGAAGTCGGGGGCACGGTGGAGGATTCAACCCGTGGGCAGAAATCGGTGAATGCGGGCGTGCCGCTGTTCATCGTGGTGGTGCTGACGTTGCTGATGCTGCAACTGCGCAGCTTCTCGCGCACGGCGATGGTGTTTCTCACCGCGCCGCTGGGACTGATCGGCGTCACGCTGTTCCTGCTGGTGTTCCGCCAGCCGTTCGGTTTCGTCGCCATGCTCGGCACTATCGCGTTGTCCGGGATGATCATGCGCAACTCGGTGATCCTGGTGGACCAGATCGAACAGGACATCAAGGCGGGGCTCGCCCCCTGGCAGGCGATCATCGAGGCGACCGTGCGCCGTTTCCGGCCGATTGTACTGACTGCACTGGCGGCGGTCCTGGCGATGATCCCACTGTCGCGCAGCCTGTTCTTCGGGCCCATGGCAGTGGCTATCATGGGCGGCTTGATCGTGGCGACGGCGTTGACGCTGTTGTTCCTGCCGGCGTTGTATGCGGCGTGGTTCAGGGTCAGGAAAACCTGA MGFNLSEWALRNRQIVLFLMLLLAIVGALSYTKLGQSEDPPFTFKAMVIRTVWPGATAEEVSRQVTERIEKKLMETGDYEKIVSFSRPGESQVTFAARDSMHSKQIPELWYQIRKKIGDIRQTLPPGIQGPFFNDEFGTTFGNIYALTGDGFDYGVLKDYADRIQIQLQRVKDVGKVELVGLQDEKIWVELSNVKLATLGLPLAAVQQALEAQNAVSTAGFFETGSERLQLRVSGNFQSVEEIRDFPIRVADRTFRIGDVADVRRGFNDPPAPRMRFMAEDAIGLAVAMKEGGDILILGKALEAEFARIQNTLPAGMQLRKVSDQPAAVKTGVGEFVQVLVEALTIVLLVSFFSLGLRTGMVVALAIPLVLAMTFAAMYYLGIGLHKISLGALVLALGLLVDDAIIAVEMMAIKMEQGYDRIKAASFAWTSTAFPMLTGTLITAAGFLPIATAQSGTGEYTRSIFQVVTLALVASWVAAVVFVPYLGEKLLPDLAKIHAARHGTADGQPDPYGTPFYQRVRRTVEWCVRRRKTVITLTVLLFVGSVVLFRFVPQQFFPASGRLELMVDLKLAEGASLVNTAEQVKRLEALLKDHAGIDNYVAYVGTGSPRFYLPLDQQLPAPSFAQFVVLAKTIEDREPLRSWLISTLNEQFPTLRSRVTRLENGPPVGYPVQFRVTGEHIEEVRALARKVATKVRENPYVANVHLDWEEPSKVVYLNIDQDRARALGVTTANLSSFLQSSLTGSSVSQYREDNELIEILLRGTVHERTELSLLPSLAVPTDNGTSVALSQIATLEYGFEEGVIWHRNRLPSVTVRADIYGKEQPATLVQQIFPTLDPIRAELPDGYLLEVGGTVEDSTRGQKSVNAGVPLFIVVVLTLLMLQLRSFSRTAMVFLTAPLGLIGVTLFLLVFRQPFGFVAMLGTIALSGMIMRNSVILVDQIEQDIKAGLAPWQAIIEATVRRFRPIVLTALAAVLAMIPLSRSLFFGPMAVAIMGGLIVATALTLLFLPALYAAWFRVRKT PGPT0028890_665 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028890-mexK-K18303 NA NA D1-35_00103 690 hypothetical protein ATGCTCCGCCCTACCCTCCGTTTCACCGGCCTCTGCGCCGGCCTGTTGATCTGCGCCAACGCCATGGCCCTGTCGCTCGGTGATCTCTCGCAGAAGGACGCCACGGGCGGTCTGAAGGATGCCCTCACCCAAGGCGCCCAGATCGCGGTCAAGCAACTGGGTAAGCCTGGCGGTTTCAGCAACAACCCCGACGTGAAGATCGAGCTGCCGGGCAAGCTCGGTAAAGTCGCCAGCAAGATGAAGGCCTTCGGCATGGGCGCTCAGGTCGATCAATTGGAAACCAGCATGAACCAGGCTGCCGAAGCCGCCGTAGTGCAGGCCCAGCCGATCCTGGTGGATGCGGTGAAGAACATGAGCGTGACGGATGCCAAGGGCATTCTGAGCGGCGGCAACGACTCGGCCACGCAATACCTGAACAAGAGCAGCCGCGAGCAGATTCGCGCGAAGTTCCTGCCGATCGTCAAGCAAGCCACCGACAAGGTCGGCCTGGTCCAGAAGTACAACGCCTTCGCCGGCCAGGCTGCGACACTCGGCGTGGTGGACACCAAGAGCGCCAACGTCGAGAACTACGTGACCGAGCAGGCGCTGGACGGGTTGTTCAAGATGATTGCCAAGCAGGAAGCAACGATCCGCCAGAACCCGGCGGCCGCGGCGACCAGTTTGGCCAAGAAAGTGTTTGGCACCCTCTGA MLRPTLRFTGLCAGLLICANAMALSLGDLSQKDATGGLKDALTQGAQIAVKQLGKPGGFSNNPDVKIELPGKLGKVASKMKAFGMGAQVDQLETSMNQAAEAAVVQAQPILVDAVKNMSVTDAKGILSGGNDSATQYLNKSSREQIRAKFLPIVKQATDKVGLVQKYNAFAGQAATLGVVDTKSANVENYVTEQALDGLFKMIAKQEATIRQNPAAAATSLAKKVFGTL NA NA NA NA NA D1-35_00104 2502 plsB COG2937 Glycerol-3-phosphate acyltransferase ATGACCCGCTCCCCGTTCCGCCGTCTTGTGTTTGGCACCCTGCGCCGACTGTTGTACCTCTGGGTTCGCTCCGAGACCATCAACCAGTCGTCCTTCACCCTCAACCTCGACCGCAGTCGTCCGGTGTTCTACGTCCTGCAAGATCCTTCGCTCACCGATCTGGCGGTGCTCGACACCGAATGCACCAAGGCCGGCCTGCCACGTCCGGTGCTGCCCGTCTCGGTGGGCGGCCTGCTGGAGCCGGCGGCGTTTTTCTACCTGACGCCGGCGCCGGACTGGCTCGGGCGCCAGGACAAACGCGGTGCGCCGCCGACCCTGACGCGACTGGTCGACGAGTTGACCCACAACGCCGCCGAGGACGCCCAGATTATTCCGGTCAGCGTCTTCTGGGGCCAGTCGCCCGACAGCGAATCCAGCCCCTGGAAGCTGCTGTTCGCCGACAGCTGGGCGGTCACCGGGCGCCTGCGTCGCTTGCTGAGCATCATGATTCTTGGGCGCAAGACACGGGTGCAGTTCTCCGCGCCCATTCATCTGCGCGAACTGATCGAGCACGACAAAGGCCATGAACGCACCGTGCGCATGGCCCAGCGGATCCTGCGGGTGCACTTTCGCAATCTGAAAGCAGCGGTTATCGGCCCGGACATCTCCCACCGGCGCAACCTGGTCAAGGGTCTGTTGAACCAGCCATTGGTCAAGCAGGCCATCCTCGAAGAGGCCGAACGGGAAAAGATCCCGGCTGAAAAAGCCAAGGCCCAGGCCCTGCGTTATGGCAATGAGATTGCTTCGGACTACACCTACACCGCGATCCGCTTCCTGGAAGTGGTGCTGAGCTGGTTCTGGAACAAGATCTACGATGGCATCAAGGTCAACCACATCGAAGGCGTGCAGAACGTTGCCCAAGGCCACGAAGTCATCTACGTACCCTGCCATCGCAGCCATATCGACTACCTGCTGCTGTCGTACCTGCTGTTTCGCAATGGCCTGACCCCACCGCACATTGCCGCCGGCATCAACCTCAACATGCCGGTGATCGGCGGCCTGCTGCGCCGTGGCGGCGCGTTTTTCATGCGTCGCACGTTCAAGGGCAACCCGCTTTACACCGCCGTGTTCAACGAATACCTGCACACGCTGTTCACCAAGGGGTTCCCGGTGGAGTACTTCGTCGAAGGCGGCCGTTCGCGTACCGGGCGCATGCTGCAACCGAAGACCGGCATGCTCGCCATTACCCTGCGTAGCTTTTTGCGCTCCTCGCGCATGCCGATCGTCTTTGTGCCGGTGTACATCGGTTACGAGCGCGTACTGGAAGGCCGCACCTACCTCGGTGAGCTGCGGGGTGCGAGCAAAAAGAAGGAGTCGATCTTCGACATCTTCAAGGTCATCGGCGCCCTCAAGCAACGCTTTGGCCAGGTCGCGGTTAACTTTGGCGAGCCAATCAAGCTGGCGGAGTTCCTCGACGGCGAACAACCCGGCTGGCGCCAGCAGGAGCTCGGGCCGCAGTTCAAACCCGACTGGCTCAACGCGACCACCAACCGCCTCGGCGAACGTGTCGCCCGCCATCTGAACGAAGCCGCGGCCATCAACCCGGTCAACCTGGTCGCGCTCGCGCTGCTGTCCACCAGCCGTCTGGCCCTGGACGATCACGCCATGGCCCGCGTACTGGACCTGTACCTCGCGTTGCTGCGCAAAGTGCCATACTCGCCTCACACCACCTTGCCCGAAGGCGATGGCCAGGCGCTGATCGCGCACGTCAAAGGCATGGACCTGCTGTCGGAACAGAAGGACGCCCTGGGCAAGATTCTGTATCTGGATGAGCAGAACGCGGTGCTGATGACCTACTACCGCAACAATGTCCTGCACATCTTCGCCCTGCCGGCGCTGCTCGCCAGTTTCTTCCAGAGCAGCTCGCGCATGAGCCGCGAACAGATCCTGCGCTACACCCGGGCCTTGTATCCGTACCTGCAGTCGGAGCTGTTCATTCGCTGGTCGCTGGAGGAACTGGACGCGGTGGTCGACCAGTGGCTCGAAGCATTCGTTGAACAAGGCCTGCTGCGTTTCGAAAAAGACCTCTACCTGCGCCCGGCGCCGAGTTCGCGGCATTTCGTGCTGCTGACGCTGCTGTCGAAAAGCATCGCCCAGACCTTGCAGCGTTTCTACATGACCGTCTCGCTGCTGCTCAACAGCGGGCAGAACAGCATCAGCGCCGAAGAACTGGAGGACCTCTGCACCGTCATGGCCCAGCGCCTGTCGATCCTGCATGGGCTGAACGCACCGGAGTTCTTCGACAAGAGCCTGTTCCGCCACTTCATCCAGACGATGCTCGACCTCGACGTCCTGCGGCGCGACGAAGCAGGCAAGCTGAGCTATCACGAACTGCTCGGCGAGCTGGCTGAAGGCGCGGCCAAGCGGGTGCTGCCGGCGGAAATTCGTCTGTCGATCCGCCAGGTGGCGTTGCATCGCAGCGAAGATGCGGCGGATCAGGACGTTCCGACGGCTGCGGACTGA MTRSPFRRLVFGTLRRLLYLWVRSETINQSSFTLNLDRSRPVFYVLQDPSLTDLAVLDTECTKAGLPRPVLPVSVGGLLEPAAFFYLTPAPDWLGRQDKRGAPPTLTRLVDELTHNAAEDAQIIPVSVFWGQSPDSESSPWKLLFADSWAVTGRLRRLLSIMILGRKTRVQFSAPIHLRELIEHDKGHERTVRMAQRILRVHFRNLKAAVIGPDISHRRNLVKGLLNQPLVKQAILEEAEREKIPAEKAKAQALRYGNEIASDYTYTAIRFLEVVLSWFWNKIYDGIKVNHIEGVQNVAQGHEVIYVPCHRSHIDYLLLSYLLFRNGLTPPHIAAGINLNMPVIGGLLRRGGAFFMRRTFKGNPLYTAVFNEYLHTLFTKGFPVEYFVEGGRSRTGRMLQPKTGMLAITLRSFLRSSRMPIVFVPVYIGYERVLEGRTYLGELRGASKKKESIFDIFKVIGALKQRFGQVAVNFGEPIKLAEFLDGEQPGWRQQELGPQFKPDWLNATTNRLGERVARHLNEAAAINPVNLVALALLSTSRLALDDHAMARVLDLYLALLRKVPYSPHTTLPEGDGQALIAHVKGMDLLSEQKDALGKILYLDEQNAVLMTYYRNNVLHIFALPALLASFFQSSSRMSREQILRYTRALYPYLQSELFIRWSLEELDAVVDQWLEAFVEQGLLRFEKDLYLRPAPSSRHFVLLTLLSKSIAQTLQRFYMTVSLLLNSGQNSISAEELEDLCTVMAQRLSILHGLNAPEFFDKSLFRHFIQTMLDLDVLRRDEAGKLSYHELLGELAEGAAKRVLPAEIRLSIRQVALHRSEDAADQDVPTAAD PGPT0024370_270 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024370-plsB-K00631 NA NA D1-35_00105 210 cspA_1 COG1278 Major cold shock protein CspA ATGGCAACACGCGAAACTGGCAGTGTGAAGTGGTTCAACGACGCCAAGGGTTATGGCTTCATCCAGCGCGAAGGCGGGGCGGATGTGTTCGTCCACTACCGCGCGATCCGTGGCGAAGGCCACCGTTCACTGACCGAAGGCCAGCAGGTCGAATACGCGGTGGTGGAAGGGCAGAAGGGCTTGCAGGCTGAGGATGTGGTGGGGTTGTAA MATRETGSVKWFNDAKGYGFIQREGGADVFVHYRAIRGEGHRSLTEGQQVEYAVVEGQKGLQAEDVVGL PGPT0014675_4293 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_00106 378 hypothetical protein ATGCGCCAACCCGATATCGAGATTTACCTCAAGGACGCCGACGTCGACCACAAGGCGATCGCCGCCTGGCTCGGCCAGGCCCTCGGCCCGTGCAGCGACTGGGTGCAGAAAGGTCAGACGTACAAGTGCAAGGCCGGCGACATCCCGGTGACCTGGTTGCCCAAGGCTGTAGGCAAATGGAACAGCCTGTACCTGGAAAGTGACCAGACCCCGTGGGAAGACGACATCGCCTGCGCCCGCGCCGCCTTCGCCGCGCTGAACGTCGAAGTGCGCTGCGCGCCTGGGTCGTGGGTGGAAGAAGAAGGTGAGGATTCGGCGGATCGCTGGATTCGCATCAGCGCCGATGGGGAAGAAGAGATTACCTGGAAGACGGCGTGA MRQPDIEIYLKDADVDHKAIAAWLGQALGPCSDWVQKGQTYKCKAGDIPVTWLPKAVGKWNSLYLESDQTPWEDDIACARAAFAALNVEVRCAPGSWVEEEGEDSADRWIRISADGEEEITWKTA NA NA NA NA NA D1-35_00107 810 rlmA COG0500 23S rRNA (guanine(745)-N(1))-methyltransferase ATGCTCGCCTGCCCGATCTGCAATGAACCCTTGAATGCGGTGGACAACGGCGTGGCATGCCCCGCCGGGCATCGTTTCGACCGCGCGCGGCAGGGTTACCTGAACCTGCTGCCGGTGCAGCACAAAAACAGCCGCGACCCCGGCGACAATCAGGCGATGGTCGAGGCCCGCCGCGATTTCCTCAACGCTGGTCATTACGCCCCGGTCGCCCGGCGCCTGGCTGAACTGGCCGCCGAACGTGCGCCCGGACGCTGGCTGGACATTGGCTGTGGCGAAGGTTATTACACCGCGCAACTCGCCGACGCCCTGCCCGACGCCGATGGCTACGCCCTGGATATTTCCCGCGAAGCCGTCAAGCGCGCCTGCAAACGCAACCCCCAACTGACCTGGTTGATCGCCAGCATGGCGCGGGTACCGCTGGCGGACGGCTGCTGCCAGTTCCTCGCCAGCGTGTTCAGCCCGTTAGACTGGCAGGAGGCCAAGCGCCTGCTCAGCCCCGGCGGCGGCTTGATGAAAGTCGGGCCTACCAGCGGCCACCTGATGGAGCTGCGCGAGCGGCTGTATGATGAGGTTCGCGAATACACCGATGACAAACACCTGGCCCTGGTGCCGTCGGGGATGGCGCTGGATCACAGTGAAACCCTCGAGTTCAAGCTCACGCTCGACAACAGCCAGGATCGGGCCAACCTGCTGGCGATGACGCCCCACGGCTGGCGCGCCAGCGCCGAACGCCGCGCCAGCGTGATCGAGCAGGCCGAGCCGTTCGAGGTGAGCGTGTCGATGCGCTACGATTATTTCGTTCTGCAGTAA MLACPICNEPLNAVDNGVACPAGHRFDRARQGYLNLLPVQHKNSRDPGDNQAMVEARRDFLNAGHYAPVARRLAELAAERAPGRWLDIGCGEGYYTAQLADALPDADGYALDISREAVKRACKRNPQLTWLIASMARVPLADGCCQFLASVFSPLDWQEAKRLLSPGGGLMKVGPTSGHLMELRERLYDEVREYTDDKHLALVPSGMALDHSETLEFKLTLDNSQDRANLLAMTPHGWRASAERRASVIEQAEPFEVSVSMRYDYFVLQ NA NA NA NA NA D1-35_00108 1152 dapE_1 COG0624 Succinyl-diaminopimelate desuccinylase ATGACGGCCCACGCCGACCTCTCGCCGACCCTGCAACTCGCCTGCGACCTGATCCGCCGTCCGTCGGTGACGCCGGTGGATGCCGATTGCCAGAAACTGATGATGCAGCGCCTGGGCGACGCCGGTTTCAAGCTCGAACCCATGCGTATCGAGGATGTGGATAACTTCTGGGCCAGCCATGGCAAGCATGACGGTCCGGTATTGTGCTTCGCCGGTCACACCGATGTGGTCCCGACCGGTCCGGTACAGGCCTGGCAGCTCGACCCGTTCGATGCGGTCATCGACGAACAGGGCATGCTCTGCGGCCGTGGCGCGGCGGACATGAAAGGCAGCCTGGCGGCGATGGTGGTGGCGGCCGAACGGTTCGTCGCCGACTACCCGGATCACCAGGGCTCGATCACCTTCCTGATCACCAGCGACGAAGAAGGCCCGGCCCACCATGGCACCAAAGCCGTGGTCGAGCGCCTCAAGGCCCGCCAGGAACGCCTGGACTGGTGCATCGTCGGCGAACCATCGAGCACCACGCTGGTGGGTGATGTGGTCAAGAATGGCCGTCGCGGCTCCCTCGGCGCAAAACTGACGGTGCGCGGCAAGCAAGGCCACGTGGCTTATCCACACTTGGCGAAGAACCCGATCCACCTGGCCGCGCCTGCCCTGGCCGAATTGGCCGCCGAGCATTGGGATCACGGCAACGATTTCTTCCCGCCGACCAGTTTCCAGATCTCCAACCTCAACTCCGGCACCGGCGCGACCAACGTGATCCCCGGTGACCTGGAAGCCGTGTTCAATTTCCGCTTCTCCACCGAGTCCACCGTCGAAGGCCTGCAGCAGCGGGTCGCCGACATCCTCGACAAGCATCAACTGGACTGGCACATCGACTGGGCGTTGTCCGGCCTGCCATTCCTCACCGAGCCGGGCGCACTGCTCGACGCCGTGTCGTCGAGCATCAAGGACGTCACCGGCCGCGAGACCAAGGCCTCCACCAGCGGCGGCACCTCCGACGGTCGCTTCATCGCGACCATGGGCACTCAAGTGGTTGAGCTGGGGCCGGTCAACGCGACGATCCACCAGGTCAACGAACGCGTGCTGGCCGCCGATCTCGACGTGCTGACCGAGATCTACTACAAGACGCTCATCAAGTTGCTCGCCTGA MTAHADLSPTLQLACDLIRRPSVTPVDADCQKLMMQRLGDAGFKLEPMRIEDVDNFWASHGKHDGPVLCFAGHTDVVPTGPVQAWQLDPFDAVIDEQGMLCGRGAADMKGSLAAMVVAAERFVADYPDHQGSITFLITSDEEGPAHHGTKAVVERLKARQERLDWCIVGEPSSTTLVGDVVKNGRRGSLGAKLTVRGKQGHVAYPHLAKNPIHLAAPALAELAAEHWDHGNDFFPPTSFQISNLNSGTGATNVIPGDLEAVFNFRFSTESTVEGLQQRVADILDKHQLDWHIDWALSGLPFLTEPGALLDAVSSSIKDVTGRETKASTSGGTSDGRFIATMGTQVVELGPVNATIHQVNERVLAADLDVLTEIYYKTLIKLLA NA NA NA NA NA D1-35_00109 819 tcdA COG1179 tRNA threonylcarbamoyladenosine dehydratase ATGGTCATGAGTACAGAAGATCCACGGTTCGCCGGCATTGCCCGTTTGTATGGCATCGAAGGCCTGGAGCGCCTGCGGGCGGCGCATGTGGCGATTGTCGGCGTCGGCGGCGTTGGTTCCTGGGCGGCGGAAGCGATTGCCCGTTGTGGCGTGGGCGAGATTTCGCTATTCGACCTGGATGACGTCTGCGTCAGCAACGCCAATCGTCAGTTACATGCCCTGGACAGCACCGTCGGCAAGCCCAAGGTCGAAGTGATGGCCGAGCGGCTGCGGGGGATCAACCCCGATTGCACCGTGCACGCGGTGGCCGACTTTGTCACCCGCGACACCATGGCCGAGTACATCACGCCGAACATCGACTGCGTGATCGACTGCATCGACAGCGTCAACGCCAAGGCTGCGTTGATCGCGTGGTGCAAGCGCCGCAAGATTCAGATCATCACCACCGGCGGCGCAGGCGGGCAGATCGACCCGACGCTGATCCAGGTCTGCGACCTCAACCGTACGTTCAACGATCCGCTGGCCTCCAAGGTGCGCTCCACCTTGCGCCGCGACTATGGTTTCTCGCGCACCGTGACCCGTCATTACAGCGTGCCCTGCGTATTCTCCACCGAGCAATTGCGCTACCCGAAACCGGACGGCAGCATCTGCCTGCAGAAGAGTTTTGTCGGCGACGGCGTCAAGCTCGACTGCGCTGGCGGGTTCGGCGCAGTGATGATGGTCACCGCGACGTTCGGCATGGTCGCGGCGACCAAGGCTGTGGACAAGATCGTCGCGGGCGTGCGGCGTCCGGCGGACCGGCTTAAGCCCGGGCAGTAA MVMSTEDPRFAGIARLYGIEGLERLRAAHVAIVGVGGVGSWAAEAIARCGVGEISLFDLDDVCVSNANRQLHALDSTVGKPKVEVMAERLRGINPDCTVHAVADFVTRDTMAEYITPNIDCVIDCIDSVNAKAALIAWCKRRKIQIITTGGAGGQIDPTLIQVCDLNRTFNDPLASKVRSTLRRDYGFSRTVTRHYSVPCVFSTEQLRYPKPDGSICLQKSFVGDGVKLDCAGGFGAVMMVTATFGMVAATKAVDKIVAGVRRPADRLKPGQ NA NA NA NA NA D1-35_00110 405 sufE COG2166 Cysteine desulfuration protein SufE ATGAGCCTGCCTGCCGATGCCGCTGCGGCACTGCGGATTTTCCAGGACGCCTCCGGCTGGGAGCAACGCGCCCGGCTGCTGATGCAGTGGGGCGATCGCTTGCCACCGCTGAGCGATGCAGACAAGTGCGAGGACAACCTCGTCAACGGCTGTGAAAGCCAGGTATGGCTGGTGGGTCGGCTGCATGATGGGCACTGGCAGTTTTCCGCCAGCAGCGATGCGCGCTTGATACGCGGGTTGGTGGCGTTGTTGCTGGCGCGGGTCAACGGGTTGTCGGCTGAGGATTTGCGCCAGGTCGATTTGCCGGACTGGTTCAATCAGTTGGGGTTGTCACGGCAGTTGTCGCCTTCGCGCAGCAATGGCTTGAATGCGGTGTTGAAGCGGATGCGCGAGCTGGCGCAATAA MSLPADAAAALRIFQDASGWEQRARLLMQWGDRLPPLSDADKCEDNLVNGCESQVWLVGRLHDGHWQFSASSDARLIRGLVALLLARVNGLSAEDLRQVDLPDWFNQLGLSRQLSPSRSNGLNAVLKRMRELAQ PGPT0020195_287 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 D1-35_00111 1206 sufS COG0520 Cysteine desulfurase SufS ATGTTAATTCCATCCCCCTGGCGTGCCGATTTTCCGGCCCTCGCCGCCCTGCAACGGCAAGGCCAGACCTATCTGGACAACGCCGCCACCACACAGAAACCCCAAGCCCTGATGGACGCCCTGGCGCATTACTACGCCAACGGCGCGGCCAACGTGCACCGGGCGCAGCATCTGCCCGGCGCACTGGCCACCCAGGCGTTCGAGGACAGCCGACTCAAGGTTTCCCAGTGGCTCAATGCGGGAAATTGCGGACAGATCGTTTTTACCCACGGCGCCACGTCGGCGCTGAACCTGCTGGCCTATGGGCTGGAACACCTGTTCAACCCGGGCGATGAAATTGTCATCAGCGCCCTTGAGCATCACGCCAACCTGCTGCCCTGGCAGCAACTGGCCGAGCGCCGCTCGCTGGCGCTGGTGGTGCTGCCCCTGGATGCCGACGGGGTGATCGATACGGAGGCCGCCACCAGGCTGATCGGTCCGCGCACCCGCCTGCTGGCGGTGAGCCAGTTGTCCAACGTGCTTGGCACCTGGCAACCGGTGCCGGCGTTGCTGGCGATGGCCAAGGCGCAAGGTGCGCTGACGGTAGTCGATGGCGCACAGGGCGTGGTCCACGGGCGCCATGATGTGGAAGCGCTGGGCTGCGACTTCTATGTTTTTTCCAGCCACAAGCTTTACGGTCCCGAAGGCCTGGGCGTGCTGTTCGGCCGTACCGACGCCCTCGCTCGACTGCGTCATTGGCAGTTCGGCGGGGAAATGGTGCAAACGGCTGATTACCACAGCGCCACGTTCCGCCCGGCGCCGTTGGGTTTCGAAGCCGGCACGCCGCCCACCGCCAGCGTGATCGGCCTGGGAGCGACGCTCGACTACCTGTCCGATCTCGACGGGCAGGCGGTAATCGATCACGAAACCGCGCTGCACGATTATCTGCTTCACGGGCTGCTGGCGCGCAACGGCGTGCGGCTGGTGGGCAACCCACAACTGGCGCTGGTCAGCTTCGGCGTCGAAGGCGTTCATAACGCTGATCTGGCGCACCTGTTGACCGAGCAAGGCATTGCCGTGCGCGCCGGGCATCACTGTGCGATGCCGCTGTTCAAGCAGTTGAAGCTTTCCGGGGCGATTCGTGTGTCGCTGGCGCTGTACAACGACTCCGCCGATATCGAACGGTTCTTCGAGGCGCTGGATCAGGCCCTGGAGATGCTGCGATGA MLIPSPWRADFPALAALQRQGQTYLDNAATTQKPQALMDALAHYYANGAANVHRAQHLPGALATQAFEDSRLKVSQWLNAGNCGQIVFTHGATSALNLLAYGLEHLFNPGDEIVISALEHHANLLPWQQLAERRSLALVVLPLDADGVIDTEAATRLIGPRTRLLAVSQLSNVLGTWQPVPALLAMAKAQGALTVVDGAQGVVHGRHDVEALGCDFYVFSSHKLYGPEGLGVLFGRTDALARLRHWQFGGEMVQTADYHSATFRPAPLGFEAGTPPTASVIGLGATLDYLSDLDGQAVIDHETALHDYLLHGLLARNGVRLVGNPQLALVSFGVEGVHNADLAHLLTEQGIAVRAGHHCAMPLFKQLKLSGAIRVSLALYNDSADIERFFEALDQALEMLR PGPT0020195_4102 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 D1-35_00112 1035 dapD COG2171 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-succinyltransferase ATGTCCACTACCCTGTTCAGCCTGGCCTTCGGTGTCGGCACTCAAAACCGTGAAGGCGCCTGGCTGGAAGTCTTCTACGCCCAACCGCTGCTCAACCCGTCGGCCGAGATCGTTGCCGCCATTGCGCCGATCCTTGGCTACAGCGAAGGCAACCAGGCCATCACGTTCACCACGGCCCAGGCCTCGCAACTGGCTGAAGCGCTGCGCAACGTCGACGCCGCGCAAGCCAAGCTGCTGACCCGCCTGGCTGAAAGCCACAAGCCGCTGGTCGCCACGCTGCTGGCCGAAGATGCGCAACTGGCATCCACGCCTGAGGCGTACCTCAAGCTGCACCTGCTGTCCCATCGCCTGGTCAAGCCCCACGGCCTGAACCTGGCCGGCATCTTCCCACTGCTGCCGAACGTGGCCTGGACCAGCCAGGGCGCGATCGACCTGGCCGAACTGGCCGAGCACCAGCTCGAAGCCCGTCTGCGTGGCGAGTTGCTGGAAGTGTTCTCGGTGGACAAATTCCCGAAGATGACCGACTACGTGGTTCCGGCCGGCGTGCGTATCGCCGACGCCGCGCGCCTGCGCCTGGGCGCCTATGTGGGCGAAGGCACCACGGTGATGCACGAAGGTTTCGTCAACTTCAACGCCGGTACCGAAGGGCCGGGGATGATCGAAGGCCGGGTCTCGGCGGGTGTGTTCGTCGGCAAGGGCTCGGACCTGGGCGGCGGTTGCTCGACCATGGGCACCCTGTCGGGTGGTGGCAACATCGTGATCAAGGTTGGCGAAGGCTGCCTGATCGGTGCCAACGCCGGCATCGGCATCCCGCTGGGCGATCGCAACACCGTGGAGTCGGGCCTGTACGTGACCGCCGGCACCAAGGTTGCGCTGCTGGATGAGAACAACCAATTGGTCAAAGTGGTCAAGGCTCGCGACCTGGCCGGCCAGCCGGACCTGCTGTTCCGGCGCAACTCCGAGACCGGCGCAGTGGAATGCAAGACCCACAAGTCGGCCATCGAGCTGAACGAAGCACTGCACGCGCATAACTGA MSTTLFSLAFGVGTQNREGAWLEVFYAQPLLNPSAEIVAAIAPILGYSEGNQAITFTTAQASQLAEALRNVDAAQAKLLTRLAESHKPLVATLLAEDAQLASTPEAYLKLHLLSHRLVKPHGLNLAGIFPLLPNVAWTSQGAIDLAELAEHQLEARLRGELLEVFSVDKFPKMTDYVVPAGVRIADAARLRLGAYVGEGTTVMHEGFVNFNAGTEGPGMIEGRVSAGVFVGKGSDLGGGCSTMGTLSGGGNIVIKVGEGCLIGANAGIGIPLGDRNTVESGLYVTAGTKVALLDENNQLVKVVKARDLAGQPDLLFRRNSETGAVECKTHKSAIELNEALHAHN NA NA NA NA NA D1-35_00113 363 COG1393 putative protein ATGCCCAATGAAATCAAGCACTTAAAGCTTTACGGCATCAAAGCCTGCGACACGATGAAAAAGGCCCGCACTTGGCTCGATGAACACGCGGTGCATTATGACCTTCACGATTACAAGACTGCCGGCATCGACCGTGAGCACCTGGCCCAATGGTGCAACGAGCATGGCTGGCAAGTGGTGTTGAACCGTGCCGGTACGACCTTTCGCAAACTCGACGACGAACGCAAAGCCGATCTCGACCAGACGAAAGCCATCGAACTGATGCTCGCCCAACCCTCGATGATCAAGCGCCCGGTGCTCGATCTCGGTGACCGAACCCTGATTGGCTTCAAGCCAGATATCTATGCGGCAGAGATCAAGTAA MPNEIKHLKLYGIKACDTMKKARTWLDEHAVHYDLHDYKTAGIDREHLAQWCNEHGWQVVLNRAGTTFRKLDDERKADLDQTKAIELMLAQPSMIKRPVLDLGDRTLIGFKPDIYAAEIK PGPT0004720_1693 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537 NA NA D1-35_00114 1371 hypothetical protein ATGGATGCCATCTCACCGATACCGCTTCATGCCTTGACGAATCAATCCCAAGAAACACTCCCGCCCCAGCAACACGGCGTGCCGGCTCATTCAACAACGGCGAGCACCGGGACCGCTGCGTCCGTCCCGATTGGCCCGGTCACGGCTGAACAGGACCTGGCAGATCGGGCGGGCGCCATCAAAGCCCAGCTCACCAGGGTTTTCGAGCCTCATATGAACGGTGCCAATCGCGAAGCCTTCGAAGCGCTGATCGACGATCGTTCGCGTACCTTGGCCAATGATGGGGAAACCGCGCAAAGCGTCGACGCCGTTCTGGCCAAGGGTTCGCGGCTGGATCGCGCGGCCCATGATGCTGTTGGATTCGTGCGCTCGGTTCCTTTCGGTGCCGCGTCCATCGCATTGGACTTCGCCCCAGCGGTAACGGGAAATGGCTCCATAACAGCGCCGTTGGCGTTGTCGGCGATTTCCGGCCTGGTCAGCAGTGCCGCCGATACCGTCGGCAATGGGCTGATGAAACGCGCGACCAGTGATACCCAATGGCTCGTTGCAGAGGATACCGAGCTGGAGCCGGTCATGCAGGAGGCGGCCCAGGCGGTGAAGCCGAGCCTGGCGACTCAGGCGATCGAAGGCAGCCTGACCTTCCAGACCTTTTCCGCGCGGAACGTGCTGCGCACGGTTATCCAACCCATCGTGACGAAGACCGTCGATGCCCAGACGGGGAGCAAAGTGGACTCGGTGATAGCTGCCGTCGGTTCTCCGCTTTCCGGCATGGCCGCCTATGATCTGCAACATTCCATTGATAAATCGAAACATCGGGTTGGCCCGGAATACCTTTTGGGTCGCCACGACTGGCACCAGCGCTACAAGGACCTCAAGGGCTATGGCGTGGGCAGTGCCGCCATGGGAATTGCGAAGCGGGTCGGCAGCTTACCCCTGGACGCGGTGCGCGACGGCAGCAAATCGCTGCAAGCGCTGGTTACACCCACGGGGCTGGTCAGTGGCCTCGGTGCATTGGCCGGTGGTATCACCGCGATCGGCATGGCCCAGACGGCGGCTGTCAACGCGGCCAGGCGTGCCGGGGTTTCGCCGGCTGGAATAGCGGCGGCGGGCAAGGCGACCGTCACCGCGACTATGGCCCCGGTGGTCGCCGCATGGGTGACCACGGCTGTGATGACGCAGCCCTTGGCGGACAAGGCTTCCGCTGCGTTGGACAGGCTTACCACCGGGCCCGCGCATCCAGATGAGCTACAAGGCATGTTGCCCCTGGTCGAAACGAATGCGACCGAACGGCTCGGTAGTGATAGCGAGAGCGAAGGCGACGATATCGTGTCGGCACGCTCGACCCTCAATGCTGCGGAGCGGGCAGTTTAG MDAISPIPLHALTNQSQETLPPQQHGVPAHSTTASTGTAASVPIGPVTAEQDLADRAGAIKAQLTRVFEPHMNGANREAFEALIDDRSRTLANDGETAQSVDAVLAKGSRLDRAAHDAVGFVRSVPFGAASIALDFAPAVTGNGSITAPLALSAISGLVSSAADTVGNGLMKRATSDTQWLVAEDTELEPVMQEAAQAVKPSLATQAIEGSLTFQTFSARNVLRTVIQPIVTKTVDAQTGSKVDSVIAAVGSPLSGMAAYDLQHSIDKSKHRVGPEYLLGRHDWHQRYKDLKGYGVGSAAMGIAKRVGSLPLDAVRDGSKSLQALVTPTGLVSGLGALAGGITAIGMAQTAAVNAARRAGVSPAGIAAAGKATVTATMAPVVAAWVTTAVMTQPLADKASAALDRLTTGPAHPDELQGMLPLVETNATERLGSDSESEGDDIVSARSTLNAAERAV NA NA NA NA NA D1-35_00115 1644 nhaK COG0025 Sodium, potassium, lithium and rubidium/H(+) antiporter ATGCAAAGCGCCTATACCGTCCTGATCCTGTTGATGCTGGTGGGCGTCTCGCGCCTGGTCGGGCGATTGATCCCGCTGCCGCTGCCCCTGGTGCAGATCGCTGCCGGCGCCGTGCTGGCCTGGCCTTCGCTGGGGCTGCATGTGGCGCTTGATCCCGAGTTGTTCCTGTTTCTGTTCCTCCCGCCGTTGCTGTTCTCTGACGGTTGGCGCATGCCCAAGCGTGAACTGTGGCGCCTGCGCGGGCCGGTCCTGACGCTGGCGGTCGGGCTGGTGTTGTTCACGGTGGTCGGCGCGGGTTATTTCATTCATTGGTTGTTGCCAAGCATTCCGTTGCCGGTGGCCTTCGCCCTGGCGGCGGTGCTGTCGCCGACTGACGCGGTGGCCGTGTCGGCAATCGCCCGAGACCGCTTGCCCGCGCCGTTGATGCACATGCTCCAGGGCGAGGCATTGATGAACGATGCGTCGGGCCTGGTGACTTTCAAGTTCGCTGTGGCAGCGGCCATCACCGGGGTGTTCTCCCTGGCCAGTGCCAGCCTGACTTTTGTCCTGGTCGCTGTCGGTGGCCTGCTGGTAGGCGTGGCCCTGAGTTGGCTGGTGGGTCGTCTGCGGGCGTGGATGATCGCCCGGGGCTGGGACGACCCCGCCACCCATGTGGTGTTCATGTTATTGCTGCCGTTTGCCGCTTATGTGCTGGCTGAACGCCTGGGCGCCTCGGGCATTCTCTCGGCGGTGGCGGCTGGGATGATGCAGAGCTGGCTTGACCTGCTGCCGCGCCAGACCGGCACGCGGTTGCTCAATCGCAGCGTCTGGGCGCTGTTGGAATTTGCCTTCAATGGCTTGATTTTCTTGCTGCTGGGCTTGCAACTGCCGGACATCATCAAAGCCGTGACCAGCCACGAGACCACGTTGTGGCCGATGTTGTTCTACCGCTGCCTGGATGTGGTGGCGATTTTCCTGGTGCTGCTGGTGTTGCGTTTTGTCTGGGTGCAAAGCATCTGGCGCTTGTCCGGGCTGTTGCGCCGCTGGCGCGGCAAGGGCGAGTTGACCCTGGTGCCGACCGCGCGCTCTTGCTGGTTGCTGACGTTTGGCGGCGTGCGCGGGGCGGTAACGCTGGCGGGCGTGATGTCGGTGCCGTTGCTGTTGGGGGCGGGTGAGGCGTTTCCCGAGCGCGACTTGCTGATCTTCATCGCTGCGGGGGTGATTCTGCTGTCACTGGTCGCCGCTTGCATCGCTTTGCCCCTGCTGTTGCGCGGCGTCGAGAAGGGGCCGGACGACAAACGCCGCAACGAAGTCCGTGAGGCCTGGCGTAAAACCGCTGAAGCGGCGATTCATGCCTTGGAAGTGGAGGAGCCGGCCGAGACAGCCGCGCCTGACGCGGCCACGGCGGCTCTGGCGACGGAGGTCAAGGCGCGGCTGATGTCCGAGTATCGTCATCAGCTTGAGGTATTCAACGACTCGGCCGAAGCCCAGGCGCTGGCGTTCGAAATGGACCTGCTGGAGCGCCGATTGCGTTTGAAGGCGTACCGAGCGCAGCGGTTGGAGCTGTATCGCCTCAGTCGCCAGCACCAGATTGGCGATGATGTGTTGCGTGAGGTGCTGGCGGAGCTGGATTTGGCGGAGGCGAATTTGGGGTTGGGTAAATAA MQSAYTVLILLMLVGVSRLVGRLIPLPLPLVQIAAGAVLAWPSLGLHVALDPELFLFLFLPPLLFSDGWRMPKRELWRLRGPVLTLAVGLVLFTVVGAGYFIHWLLPSIPLPVAFALAAVLSPTDAVAVSAIARDRLPAPLMHMLQGEALMNDASGLVTFKFAVAAAITGVFSLASASLTFVLVAVGGLLVGVALSWLVGRLRAWMIARGWDDPATHVVFMLLLPFAAYVLAERLGASGILSAVAAGMMQSWLDLLPRQTGTRLLNRSVWALLEFAFNGLIFLLLGLQLPDIIKAVTSHETTLWPMLFYRCLDVVAIFLVLLVLRFVWVQSIWRLSGLLRRWRGKGELTLVPTARSCWLLTFGGVRGAVTLAGVMSVPLLLGAGEAFPERDLLIFIAAGVILLSLVAACIALPLLLRGVEKGPDDKRRNEVREAWRKTAEAAIHALEVEEPAETAAPDAATAALATEVKARLMSEYRHQLEVFNDSAEAQALAFEMDLLERRLRLKAYRAQRLELYRLSRQHQIGDDVLREVLAELDLAEANLGLGK PGPT0013930_220 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013930-nhaK|TC_CPA1-K03316 NA NA D1-35_00116 372 hypothetical protein ATGAACATTCGCCCAATCCGCACCGATGAAGAATACCGGGTAGCTCTCAAAGAGATCTCTCCCCTGTTTGAGAATGAGCCTGAACCTGGCACCCCGGAAGGCGATGTTTTCGAAGTCATGGTCACTCTGATCGAGGCATATGAAGCCAAGCATTTCCCGGTGGATCTGCCCGACCCAATTGAAGCCATCAAGTTTCGCATGGAGCAATCCGGACTCACCGCGGCCGATCTTGCTCCCGCTATCGGAAAAACGAACCGCGTATACGAGGTGCTCAACCGTAAGCGCTCGTTAACTCTGCCCATGATCTGGAAGCTTCACGATATGTTCGGCATCCCAGCAGAAAGCCTGATAAAGCCAGTAAAAGCTGCCTGA MNIRPIRTDEEYRVALKEISPLFENEPEPGTPEGDVFEVMVTLIEAYEAKHFPVDLPDPIEAIKFRMEQSGLTAADLAPAIGKTNRVYEVLNRKRSLTLPMIWKLHDMFGIPAESLIKPVKAA PGPT0027580_979 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027580-REGULATION_higA-K18831 NA NA D1-35_00117 303 hypothetical protein ATGAGAATTATCGCCCTCAGTCATCTGAAAGCCTTTTGGGAGAAATACCCAGATTCCGAACAGCAGCTTAAGGCTTGGCTTGACGATGCCAAAAAAGCCACTTGGACCAACCCAAACGACATCAAGGCGCAATACGGTAACGCAAGCATTCTCAAGAGTCGCCGCGTGGTGTTCAACATCAAGGGTAACGACTACCGCCTGGTGATCGCCATTGCCTACCGCTTCGGCGCTGTGTACATCAAGTTTGTCGGCACTCATCGCCGGTACGATGAGATCGACGCAAACACCGTGGAAATGGAGTAA MRIIALSHLKAFWEKYPDSEQQLKAWLDDAKKATWTNPNDIKAQYGNASILKSRRVVFNIKGNDYRLVIAIAYRFGAVYIKFVGTHRRYDEIDANTVEME PGPT0027570_292 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027570-toxin_higB-K19166 NA NA D1-35_00118 1200 dapL COG0436 LL-diaminopimelate aminotransferase ATGAACAACGCCCTGTCCCAGCTCCAGCCCTACCCGTTCGAGAAGCTTCGCGCCTTGCTCGGCAGCGTCACGCCCAATCCGGACAAGCGCCCGATCGCGTTGTCCATCGGCGAACCCAAGCATCGCTCACCCACTTTTGTGGCTGAAGCCCTGGCCGGCAGTCTGGAAAAAATGGCGGTGTACCCGACCACCCTTGGCATTCCCGAGCTGCGCGAAGCCATCACCGGTTGGTGCGAGCGCCGCTTCAACGTGCCAGACGGCTGGCTCGATCCGGCGCGCCATGTGCTGCCGGTCAACGGTACCCGTGAAGCCTTGTTCGCCTTCACCCAGACCGTGGTCAACCGTGGCGATGACGCCCTGGTCGTCAGCCCGAACCCCTTCTATCAGATCTACGAAGGCGCAGCGTTCCTGGCCGGAGCCAAGCCACACTACCTGCCATGCCTGGACACGAACGGCTTCAACCCGGATTTCGATGCCGTCTCGCCGGATATCTGGAAACGCTGCCAGATCCTGTTCCTCTGCTCCCCGGGCAATCCGACCGGCGCCTTGATTCCGGTGGACGTGCTGAAGAAGCTCATCGCCCTGGCTGACGAGCACGACTTCGTCATCGCCGCGGACGAGTGCTACAGCGAGCTCTACTTCGACGAACAGACCCCGCCGCCAGGCCTGCTCAGCGCCTGCGTCGAACTGGGTCGCAAGGACTTCAAGCGCTGCGTGGTGTTCCACAGCCTGTCCAAGCGCTCCAACCTGCCGGGCCTGCGCTCCGGTTTCGTTGCTGGCGACGCCGACATCCTCAAGGGCTTTTTGCTCTACCGCACCTATCACGGTTGCGCGATGCCGGTTCAGACCCAATTGGCGAGCATTGCCGCGTGGAACGACGAGGTGCACGTCCGGGCCAACCGCGCGCTGTACCGGGAGAAATTCGACGCGGTGCTGGAAATCCTCAGCCCGGTGCTCGACGTGCAACGCCCCGATGGCAGCTTCTACCTGTGGCCGAACGTGGCCGGCGACGACGCGGCATTCTGCCGTGACCTGTTCGAACAGGAACACGTGACGGTCGTCCCAGGCTCGTACCTGTCGCGCGATGTGGACGGCGTCAACCCCGGCGCCGGCCGCGTGCGCATGGCCCTGGTCGCGCCATTGGCCGAATGCGTGGAAGCGGCGGAACGAATCCGCGCATTCATCCAGCGCCGGGGTTGA MNNALSQLQPYPFEKLRALLGSVTPNPDKRPIALSIGEPKHRSPTFVAEALAGSLEKMAVYPTTLGIPELREAITGWCERRFNVPDGWLDPARHVLPVNGTREALFAFTQTVVNRGDDALVVSPNPFYQIYEGAAFLAGAKPHYLPCLDTNGFNPDFDAVSPDIWKRCQILFLCSPGNPTGALIPVDVLKKLIALADEHDFVIAADECYSELYFDEQTPPPGLLSACVELGRKDFKRCVVFHSLSKRSNLPGLRSGFVAGDADILKGFLLYRTYHGCAMPVQTQLASIAAWNDEVHVRANRALYREKFDAVLEILSPVLDVQRPDGSFYLWPNVAGDDAAFCRDLFEQEHVTVVPGSYLSRDVDGVNPGAGRVRMALVAPLAECVEAAERIRAFIQRRG NA NA NA NA NA D1-35_00119 2703 glnD COG2844 Bifunctional uridylyltransferase/uridylyl-removing enzyme ATGCCGCAGGTGGATCCCGAACTCTTCGACCGCGGCCAGTTCCAGGCTGAACTGGCCCTGAAGGCAAGCCCCATCTCGGCATTCAAGAAGGCGATCCGCCAGGCCCACGAAGTGCTCGACCAGCGCTTTCGCAGTGGCCGTGATATTCGTCGGCTGATCGAGGACCGCGCCTGGTTCGTCGACAACATCCTGCAAAAGGCCTGGGAGCAATTCAACTGGAGCGAGGACGCCGACATCGCCCTGGTGGCCGTGGGCGGCTACGGGCGCGGCGAACTGCACCCCTACTCCGATATCGATCTGCTGATCCTGCTGGAGAGCGCCGACCACGAGATTTTCCGTGATTCCATCGAGCGTTTCCTCACGCTGCTGTGGGACATCGGCCTGGAAGTCGGCCAGAGCGTGCGTTCGGTGCAGGAATGCGCCGACGAGGCCCGCGCCGACCTCACGGTGATCACCAACCTGATGGAAAGCCGCACCATTGCCGGCCCCGAGCGCTTGCGCCAGCGCATGCTCGACGTCACCAGCACGGCGCACATGTGGCCGAGCAAGGACTTCTTCCTGGCCAAGCGCGCCGAGCAGAAGGCTCGCCATCACAAGTACAACGATACCGAGTACAACCTGGAACCCAACGTCAAAGGCTCGCCAGGCGGGCTGCGGGACATCCAGACCATCCTGTGGGTCGCCCGTCGCCAGTACGGCACGCTGAACCTGCGCGCACTGGCCGGCGAAGGCTTCCTGGTGGAAAGCGAGAACGCCCTGCTGGCCTCGTCCCAGGAATTCCTCTGGAAGGTCCGCTACGCGTTGCACATGCTCGCCGGGCGCTCCGAGGATCGCCTGCTGTTCGATCACCAGCGCTCCATCGCCGGCCTGCTGGGTTTCGAAGGCCAGGACGCCAAGCAGTCCATCGAAAACTTCATGCAGCAGTACTATCGCGTGGTGATGAGCATCGCCCAGCTCAGCGAACTGATCATCCAGCACTTCGAGGAAGTGATCCTCGCGCCGGAAGACGAGGCGCCGCCGCAGCCGATCAATTCCCGGTTCCAGTTGCACGACGGCTACATCGAGGCGCGCCACGCCAACGTGTTTCGCCGCACGCCGTTCGCCATGCTCGAGATTTTCGTGCTCATGGCCCAGCAGCCGGAAATCAAGGGCGTGCGCGCCGACACCATCCGCCTGCTGCGGGAAAACCGTCACTTGATCGATGACGACTTCCGCCACGATATTCGCAACACCAGCCTGTTCATCGAACTGTTCAAGTGCAAGATCGGCGTGCACCGCAACCTGCGGCGCATGAACCGCTATGGGATCCTCGGACGTTACCTGCCGGAGTTCGGCTACATCGTCGGGCAGATGCAGCACGACTTGTTCCACATCTATACGGTCGATGCGCACACGCTGAACCTGATCAAACACCTGCGCAAGTTGCAGTACACCCAGGTGTCGGAGAAATTCCCGCTGGCCAGCAAGCTCATGGCCAAGCTGCCCAAGCCTGAGCTCATCTACATGGCGGGGCTGTATCACGACATCGGCAAGGGCCGCCAAGGCGACCATTCGGAGATTGGCGCGGTGGATGCTGAGGCGTTCTGCCAGCGGCACCAGTTGCCGGTGTGGGACAGCCGGCTGATCGTCTGGCTGGTGCAGAACCACCTGGTGATGTCGACCACCGCCCAGCGCAAGGATTTGTCCGACCCGCAGGTGATCCACGATTTTGCCCAGGCGGTGGGCGATGAAACCCGCCTGGATTATCTCTACGTGCTGACCGTGGCCGACATCAACGCCACCAACCCGACCCTGTGGAATTCCTGGCGCGCCAGCCTGTTGCGCCAGTTGTACACCGAGACCAAGCGTGCCCTGCGCCGTGGTCTGGAGAACCCGGTGGATCGCGAAGAACAGATCCGCCGCACCCAGAGCGCGGCTCTGGACATCCTGGTACGCGGCGGCACCGATCCGGATGATGTCGAGCAACTCTGGTCGCAACTGGGCGATGACTACTTCCTGCGCCACACCGCCGGCGATGTGGCCTGGCACACCGATGCGATTCTCCAGCAGCCGGCCGATGGCGGTCCGCTGGTATTGATCAAGGAAACCACCCAGCGCGAATTCGAGGGCGGTACGCAGATCTTCATCTACGCCCCCGACCAGCACGATTTCTTCGCCGTGACCGTGGCGGCGATGGACCAGCTCAACCTCAACATCCATGACGCCCGAGTCATCACGTCCAGCAGCCAGTTCACCCTCGACACCTACATCGTGCTCGACACTGACGGCGACTCGATCGGCGACAACCCGGCGCGGGTCAAGCAGATTCGCGACGGTCTCACCGAAGCCCTGCGCAACCCCGCGGACTACCCGACCATCATCCAGCGCCGGGTGCCGCGCCAGCTCAAGCATTTCGCCTTTGCGCCGCAGGTAACGATCCACAACGACGCACAGCGCCAGGTCACCGTGCTGGAACTCAGCGCGCCGGACCGCCCGGGCCTGCTGGCGCGGGTCGGCCATATTTTCCTGGAATTCGATCTGTCGCTGCAGAACGCCAAGATCGCGACCCTCGGCGAGCGGGTGGAAGACGTATTCTTCATCACCGACGCCCATAACCAGCCGCTGTCCGACCCGCAGCTGTGCAGCCGTTTGCAGGAAGCGATCGTGCGGCACCTGAGCGTCAACCAGGAACCCGACATCAACCTGACGCGCATCAGCATCTGA MPQVDPELFDRGQFQAELALKASPISAFKKAIRQAHEVLDQRFRSGRDIRRLIEDRAWFVDNILQKAWEQFNWSEDADIALVAVGGYGRGELHPYSDIDLLILLESADHEIFRDSIERFLTLLWDIGLEVGQSVRSVQECADEARADLTVITNLMESRTIAGPERLRQRMLDVTSTAHMWPSKDFFLAKRAEQKARHHKYNDTEYNLEPNVKGSPGGLRDIQTILWVARRQYGTLNLRALAGEGFLVESENALLASSQEFLWKVRYALHMLAGRSEDRLLFDHQRSIAGLLGFEGQDAKQSIENFMQQYYRVVMSIAQLSELIIQHFEEVILAPEDEAPPQPINSRFQLHDGYIEARHANVFRRTPFAMLEIFVLMAQQPEIKGVRADTIRLLRENRHLIDDDFRHDIRNTSLFIELFKCKIGVHRNLRRMNRYGILGRYLPEFGYIVGQMQHDLFHIYTVDAHTLNLIKHLRKLQYTQVSEKFPLASKLMAKLPKPELIYMAGLYHDIGKGRQGDHSEIGAVDAEAFCQRHQLPVWDSRLIVWLVQNHLVMSTTAQRKDLSDPQVIHDFAQAVGDETRLDYLYVLTVADINATNPTLWNSWRASLLRQLYTETKRALRRGLENPVDREEQIRRTQSAALDILVRGGTDPDDVEQLWSQLGDDYFLRHTAGDVAWHTDAILQQPADGGPLVLIKETTQREFEGGTQIFIYAPDQHDFFAVTVAAMDQLNLNIHDARVITSSSQFTLDTYIVLDTDGDSIGDNPARVKQIRDGLTEALRNPADYPTIIQRRVPRQLKHFAFAPQVTIHNDAQRQVTVLELSAPDRPGLLARVGHIFLEFDLSLQNAKIATLGERVEDVFFITDAHNQPLSDPQLCSRLQEAIVRHLSVNQEPDINLTRISI PGPT0000660_724 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION GLN-NITROGEN_REGULATORY_SYSTEM,PGPT0000660-glnD-K00990 NA NA D1-35_00120 783 map_1 COG0024 Methionine aminopeptidase ATGACCGTCACCCTCAAGACTCCCGAGGACATCGCCAAAATGCGTGTCGCCGGCAAACTCGCCGCCGAAGTGCTGGAAATGATCGCCGACTACGTCAAGCCGGGCGTCACCACCGAAGAGCTGGACCGCATCTGCCACGATTACATCGTCAACGAGCAGAAGGCCATCCCGGCTCCGCTCAACTATAAAGGCTTCCCGAAGTCGATCTGCACCTCGATCAACCACGTGGTCTGCCACGGCATCCCCAACGAGAAACCGTTGAAGGATGGCGACACCCTGAACATCGACGTCACCGTCATCAAGGACGGCTACCACGGCGATACCAGCCGCATGTTCCACGTCGGCAACGTACCGGAGTGGGCCGAGCGCCTGTCCAAGGTCACCCAGGAATGCATGTACATGGCCATCGAACTGGTGAAGCCGGGCTGCCGCCTGGGCGACATCGGCGAGGTGATCCAGAAGCACGCGCAGAAAAACGGTTTTTCGGTGGTGCGTGAGTTCTGCGGCCACGGCATCGGCAAGGTGTTCCACGAAGAACCGCAGATCCTCCACTACGGCCGCGCCGGTACCGGCATGGAACTGCAGGCGGGCATGACCTTCACCATCGAACCGATGATCAACCAGGGCCGCGCCGACACCAAGGTACTGGGCGACGGCTGGACCGCCATCACCAAGGATCGCAAGCTGTCGGCGCAGTGGGAGCACACGCTGCTGGTCACCGAGACTGGCTACGAGATCTTCACCCTGCGCAGCGATGACACCATTCCCCGTGTTTCCGCCTGA MTVTLKTPEDIAKMRVAGKLAAEVLEMIADYVKPGVTTEELDRICHDYIVNEQKAIPAPLNYKGFPKSICTSINHVVCHGIPNEKPLKDGDTLNIDVTVIKDGYHGDTSRMFHVGNVPEWAERLSKVTQECMYMAIELVKPGCRLGDIGEVIQKHAQKNGFSVVREFCGHGIGKVFHEEPQILHYGRAGTGMELQAGMTFTIEPMINQGRADTKVLGDGWTAITKDRKLSAQWEHTLLVTETGYEIFTLRSDDTIPRVSA PGPT0020010_6564 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 D1-35_00122 738 rpsB COG0052 30S ribosomal protein S2 ATGTCCCAAGTCAACATGCGCGATATGCTGAAGGCCGGTGTGCACTTCGGCCACCAGACCCGTTACTGGAACCCGAAAATGGGCAAGTACATTTTCGGCGCGCGCAACAAGATCCACATCATCAACCTTGAAAAAACCCTGCCGATGTTCAACGAAGCACTGACCTTCGTAGAGCGCCTGGCCCAGGGCAAAAACAAGATTCTGTTCGTCGGCACCAAGCGTTCCGCTGGCAAGATCGTTGCTGAAGAAGCAGCACGTTGCGGTTCGCCGTACGTCGATCACCGCTGGTTGGGCGGCATGCTGACCAACTTCAAGACCATTCGCGCTTCCATCAAGCGTCTGCGTGACCTTGAAGTCCAGTCCGAAGACGGTACTTTCGCCAAGCTGACCAAGAAAGAAGCGCTGATGCGCACTCGTGATCTTGAGAAGCTGGACCGCTCCCTGGGCGGTATCAAGGACATGGGCGGTCTGCCTGACGCGCTGTTCGTGATCGACGTTGACCACGAGCGCATCGCGATCACCGAAGCCAACAAGCTGGGTATCCCGGTCATCGGCGTTGTCGATACCAACAGCAGCCCGGAAGGCGTTGACTACATCATCCCAGGCAACGATGACGCCATCCGCGCCATCCAGCTGTACATGGGTTCGATGGCTGACGCTGTCATCCGTGGTCGCAACAATGTAAATGGCGGCACCGAAGTCTTCGCTGAAGAAGCTCCGGCAGCAGCCGCTGAGTAA MSQVNMRDMLKAGVHFGHQTRYWNPKMGKYIFGARNKIHIINLEKTLPMFNEALTFVERLAQGKNKILFVGTKRSAGKIVAEEAARCGSPYVDHRWLGGMLTNFKTIRASIKRLRDLEVQSEDGTFAKLTKKEALMRTRDLEKLDRSLGGIKDMGGLPDALFVIDVDHERIAITEANKLGIPVIGVVDTNSSPEGVDYIIPGNDDAIRAIQLYMGSMADAVIRGRNNVNGGTEVFAEEAPAAAAE NA NA NA NA NA D1-35_00123 864 tsf COG0264 Elongation factor Ts ATGGCAGAGATTACTGCAGCGTTGGTCAAAGAACTGCGCGAGCGTACCGGCGAAGGCATGATGGACTGCAAGAAAGCCTTGACCAAGGCTGGCGGCGACATCGAGAAAGCCATTGATGACATGCGCGCTTCGGGCGCCATCAAGGCTGCCAAGAAAGCCGGCAACATTGCCGCTGAAGGCGCGATCGGCATCAAGGATGACGGTAAAGCTGCCGTTATCATCGAAGTCAACTCGCAGACCGACTTCCTGGCCCTGCAAGACGACTTCAAGGCATTCGTTGCCGCCAGCGTCGAAAAAGCATTCGCCGACAAACTGACCGACGCAGCTCCGCTGATCGCCGCTCAGGAATCGGCTCGTGAAGCCCTGGTTGCCAAAGTAGGCGAAAACGTCAACATCCGTCGTCTGGTTCGCGTCGAAGGCGATGTTGTCGGTTCTTACCTGCACGGCAACAAGATCGGTGTTGTTGTGGCCCTCAAAGGCGGCAACGTCGAGCTGGCCAAAGACATCGCAATGCACGTCGCTGCCAGCAATCCTGAGTTCCTGCTGCCGTCGGAAGTTTCCGCTGACGCCATCGAGCGTGAAAAAGCTGTGTTCATGCAGCTCAACGAAGACAAGATCAAAGGCAAGCCAGCCGAAATCGTTGAAAAAATGGTTGCCGGTCGTATCACCAAGTTCCTGGCTGAAGCCAGCCTGGTTGAGCAGGCGTTCGTCAAGAACCCTGAAATCAAGGTCGGTGAACTGGCCAAGAAGGGCGGCGCTGAAATCGTTTCCTTCACCTACTTCAAAGTGGGCGAAGGCATCGAGAAGCCAGTAGACAACTTCGCTGAAGAAGTGGCTGCTCAGCTGGCTGCCAGCAAGCAATAA MAEITAALVKELRERTGEGMMDCKKALTKAGGDIEKAIDDMRASGAIKAAKKAGNIAAEGAIGIKDDGKAAVIIEVNSQTDFLALQDDFKAFVAASVEKAFADKLTDAAPLIAAQESAREALVAKVGENVNIRRLVRVEGDVVGSYLHGNKIGVVVALKGGNVELAKDIAMHVAASNPEFLLPSEVSADAIEREKAVFMQLNEDKIKGKPAEIVEKMVAGRITKFLAEASLVEQAFVKNPEIKVGELAKKGGAEIVSFTYFKVGEGIEKPVDNFAEEVAAQLAASKQ NA NA NA NA NA D1-35_00124 744 pyrH COG0528 Uridylate kinase ATGGCTCAGCAGGGCAGTGGTTATCAGGCTCGCTATAAACGCATTCTACTCAAGCTTAGCGGCGAGGCCCTGATGGGCTCGGAAGAGTTCGGGATCGACCCGAAAGTGCTGGATCGCATGGCCCTGGAAGTGGGCCAGTTGGTCGGGATCGGCGTTCAGGTCGGCCTGGTCATCGGCGGCGGCAACTTGTTCCGTGGCGCGGCGCTGAGCGCGGCGGGCATGGATCGGGTCACGGGCGACCACATGGGCATGCTGGCCACTGTGATGAACGCCCTGGCTATGCGCGACGCGCTGGAGCGTGCCAATATCTCCGCGATCGTGATGTCGGCGATTTCCATGGTTGGCGTGACCGATCACTACGATCGCCGCAAGGCCATGCGCCACCTCAATTCCAAGGAGGTGGTGATTTTTGCCGCGGGTACCGGCAATCCGTTCTTCACCACGGATTCGGCCGCGTGCCTGCGAGCGATCGAGATCGACGCCGATGTCGTGCTCAAGGCTACCAAGGTGGATGGCGTGTACACCGCTGACCCGTTCAAAGACCCGCATGCCGAGAAGTTCGATCATCTGACCTACGATGAAGTGCTGGATCGCAAGCTGGGTGTAATGGACCTGACCGCTATTTGCCTGTGCCGCGACCACAAGATGCCGCTGCGCGTTTTCAACATGAACAAACCCGGGGCCCTGCTCAACATCGTGCACGGTGGCGCCGAAGGAACACTGATCGAGGAAGGCAAGCAATGA MAQQGSGYQARYKRILLKLSGEALMGSEEFGIDPKVLDRMALEVGQLVGIGVQVGLVIGGGNLFRGAALSAAGMDRVTGDHMGMLATVMNALAMRDALERANISAIVMSAISMVGVTDHYDRRKAMRHLNSKEVVIFAAGTGNPFFTTDSAACLRAIEIDADVVLKATKVDGVYTADPFKDPHAEKFDHLTYDEVLDRKLGVMDLTAICLCRDHKMPLRVFNMNKPGALLNIVHGGAEGTLIEEGKQ PGPT0021205_790 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903 NA NA D1-35_00125 558 frr COG0233 Ribosome-recycling factor ATGATCAACGACATCAAGAAAGACGCTCAAGAGCGCATGCAGAAATCCCTGGAGTCTCTGAGCCACGCATTCGGCCAGATTCGTACCGGCAAGGCTCACCCGAGCATCCTCGGCAGCGTCATGGTGCCTTACTACGGCACTGACACGCCGCTGAGCAGCGTCGCCAACGTCACCGTGAAAGACTCGCGCACCCTGCAGGTCGTGGCTTTCGAGCGCAACATGCTCGCCGCTGTAGACAAGGCGATCCAGAGCGCCGGTTTGAACCTCAACCCAACCAACCTCGGTGAGCTGCTGCTGATCCCGATGCCGGCCCTCACCGAGGAAACGCGCAAAGGCTTCACGAAACAGGCCCGTAGCGCCGCGGAAGACGCGCGTGTTGCCGTGCGCAATATCCGTCGTGACGCGTTGGGTGAGCTGAAGAAGCTGGTCAAGGACAAGGAAATCAGTGAAGACGAAGAGCGTCGTGCCATCGCTGATATCGATAAGCTGACCAAAGAATCCGAGGCCCAGATCAGCAAGGCTACGGATGAGAAAGAAAAAGACCTGATGGCCGTATAA MINDIKKDAQERMQKSLESLSHAFGQIRTGKAHPSILGSVMVPYYGTDTPLSSVANVTVKDSRTLQVVAFERNMLAAVDKAIQSAGLNLNPTNLGELLLIPMPALTEETRKGFTKQARSAAEDARVAVRNIRRDALGELKKLVKDKEISEDEERRAIADIDKLTKESEAQISKATDEKEKDLMAV NA NA NA NA NA D1-35_00126 756 ispU COG0020 Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific) ATGGATAAGACCAAGCAGGCCGTGCCGTTCGCGGTACCGCGCCATGTGGCGATCATCATGGACGGCAATAACCGCTGGGCCAAGAAGCGCTTTATGCCCGGTGTTGCCGGGCATAAAGCCGGGGTCGACGCGGTTCGGGCGGTCATTGAGGTGTGTGCCGAGGCCGGGGTCGAGGTGCTCACCCTGTTCGCGTTTTCCAGCGAAAACTGGCAGCGTCCGGCTGACGAGGTCAGCGCCTTGATGGACCTCTTCCTCAAGGCATTGCGGCGTGAAGCCAAGCGCCTCGACGAGAACCGGATCAGTCTGCGGATCATCGGTGATCGCTCGCGCTTTCATCCGGAACTGCAGGCTGCGATGCGCGAAGCCGAGACCGCCACGGCTGGCGCCGATCGGTTCGTTCTGCAGATTGCCGCCAATTACGGCGGTCAGTGGGATATCGCCCAGGCGGCGCAGCGCCTGGCGCGGGAAGTCCAGGCCGGTCACCTGCGGCCCGAAGACATCACGCCCGAGCTGTTGCAAACCTGCCTGGCAACCGGCGACCTGCCGTTGCCGGATCTGTGCATCCGCACCGGTGGCGAACATCGCATCAGCAATTTCCTCCTCTGGCAGCTGGCTTACGCCGAGCTGTACTTCTCCGACCTGTTCTGGCCGGACTTCAAACACGAAGCCATGCGCACTGCGCTGGCCGATTTCGCTTCCCGTCAGCGTCGTTTCGGTAAAACGAGCGAGCAGATCGAAGCTGGAGCCCGGGTTTAA MDKTKQAVPFAVPRHVAIIMDGNNRWAKKRFMPGVAGHKAGVDAVRAVIEVCAEAGVEVLTLFAFSSENWQRPADEVSALMDLFLKALRREAKRLDENRISLRIIGDRSRFHPELQAAMREAETATAGADRFVLQIAANYGGQWDIAQAAQRLAREVQAGHLRPEDITPELLQTCLATGDLPLPDLCIRTGGEHRISNFLLWQLAYAELYFSDLFWPDFKHEAMRTALADFASRQRRFGKTSEQIEAGARV PGPT0024180_2172 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806 NA NA D1-35_00127 807 cdsA COG0575 Phosphatidate cytidylyltransferase ATGCTCAAACAACGAATCATCACCGCCCTGATCCTGTTGCCCATCGCCTTGGCTGGCTTTTTCCTGCTTGAAGGAGCCGGCTTCGCCCTGTTCATCGGCCTGGTCGTGACGCTGGGCGCCTGGGAATGGGCGCGGCTGGCAGGTTTTGCTGCGCAGTCGGCGCGCATGATCTACGCGGCAGTGGTCGCCGCCATGCTGTTCATCATGTACCTCGTGCCTGGCATCGCGCCGTGGGTGCTGGGGGCGGCAGTGCTGTGGTGGGCGACGGCAACGTTCCTGGTGCTGACCTATCCACGCACTACGCACCACTGGGCCAATGCCGCGACCAAGCTGATGATCGGCCTGTTGATCCTGCTGCCGGCCTGGCAAGGGCTGATCTGGATCAAGCAGGGCGCACTGGGCAACTGGCAGATCATGGCGGTGATGGTGCTGGTCTGGGGGGCTGACGTTGGCGCCTATTTCTCCGGCCGTGCCTTTGGCAAGCGCAAGCTGGCGCCGAAAGTCAGTCCGGGCAAAAGCTGGGAAGGTGTCTACGGTGGCCTGGCCCTGAGCCTGGTCATTACCGCTGTGGTCGGTTTTGTGCGGGACTGGACCGTCGCGCAATTGCTGATGGGCCTGTTCGGCGCGGCCCTGGTGGTTTTCGTATCGGTCGTCGGCGACCTGACCGAAAGCATGTTCAAGCGTCAGTCCGGGGTCAAGGACAGCAGTAACCTGCTGCCGGGCCACGGTGGTGTACTGGACCGTATCGACAGCCTGACCGCCGCGATCCCGATCTTCGCCGTGCTGTTGTGGATGGCGGCACCGTGA MLKQRIITALILLPIALAGFFLLEGAGFALFIGLVVTLGAWEWARLAGFAAQSARMIYAAVVAAMLFIMYLVPGIAPWVLGAAVLWWATATFLVLTYPRTTHHWANAATKLMIGLLILLPAWQGLIWIKQGALGNWQIMAVMVLVWGADVGAYFSGRAFGKRKLAPKVSPGKSWEGVYGGLALSLVITAVVGFVRDWTVAQLLMGLFGAALVVFVSVVGDLTESMFKRQSGVKDSSNLLPGHGGVLDRIDSLTAAIPIFAVLLWMAAP PGPT0007685_4920 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981 NA NA D1-35_00128 1191 dxr COG0743 1-deoxy-D-xylulose 5-phosphate reductoisomerase GTGAGTCGTCCTCAGCAGATTACCGTTCTGGGGGCCACGGGCTCCATCGGACTGAGTACCCTTGATGTCATCGGTCGCCATCCGGAGCGCTATCAGGTATTCGCTCTCAGTGGCTTCACCCGCCTGAGCGAGCTGCTGGCGCTGTGCATCCGCCACACGCCGCGTTTTGCCGTGGTGCCACATGCCGATGTGGCGCGGGCGCTGCAGGACGACCTGCGCGCCGCTGGCCTGCAAACTCGTGTGCTGGTGGGCGAGGAGGGCCTTTGCCAGGTGGCTTCCGACCCTGAAGTCGACGCCGTGATGGCGGCAATCGTAGGGGCGGCGGGCTTGCGTCCGACGCTGGCGGCGGTGGAGGCTGGCAAGAAAATCCTGCTGGCGAACAAGGAAGCGCTGGTGATGTCCGGTGCACTGTTCATGCAGGCGGTGCGCAAAAGCGGCTCGGTACTGCTGCCCATCGACAGCGAACACAATGCGATTTTCCAATGCATGCCGCAGGATTTTTCCCGCGGCCTGGGGGCGGTCGGCGTTCGGCGGATTCTTCTGACAGCGTCTGGCGGCCCATTCCGGCAGACACCCCTGGAAGAATTGGTGCATGTTTCGCCCGAGCAGGCTTGCGCCCATCCGAACTGGTCCATGGGACGCAAGATTTCCGTGGACTCCGCCAGCATGATGAACAAGGGGCTGGAGCTGATCGAGGCCTGCTGGCTGTTCGATGCCCGGCCGTCCCAGGTCGAGGTGGTGATCCATCCACAAAGCGTGATCCACTCCCTGGTGGATTATGTCGATGGTTCGGTCCTCGCCCAGCTGGGGAACCCGGACATGCGTACGCCGATCGCCAATGCGCTGGCCTGGCCGGAGCGGATCGATTCGGGGGTGGCGCCGCTGGACCTGTTTGCCATCGCCCGTCTGGATTTCCAGGCGCCCGATGAGCAGCGGTTTCCTTGCCTGCGCCTGGCTCGGCAGGCGGCCGAGGCCGGCGACAGTGCCCCGGCCATGCTTAACGCGGCCAACGAAGTGGCGGTCGCAGCGTTTCTCGATGGGCGTGTCCGTTACCTCGAGATCGCGAGTATCATCGAGGAGGTCTTGAATCTCGAGGCCGTGGTTTCGCTTGATGATCTCGATGCGGTATTTACCGTCGACGCCAGGGCTCGTGAGCTGGCGGGCCATTGGTTGAAGCGCCACGGGCGTTGA MSRPQQITVLGATGSIGLSTLDVIGRHPERYQVFALSGFTRLSELLALCIRHTPRFAVVPHADVARALQDDLRAAGLQTRVLVGEEGLCQVASDPEVDAVMAAIVGAAGLRPTLAAVEAGKKILLANKEALVMSGALFMQAVRKSGSVLLPIDSEHNAIFQCMPQDFSRGLGAVGVRRILLTASGGPFRQTPLEELVHVSPEQACAHPNWSMGRKISVDSASMMNKGLELIEACWLFDARPSQVEVVIHPQSVIHSLVDYVDGSVLAQLGNPDMRTPIANALAWPERIDSGVAPLDLFAIARLDFQAPDEQRFPCLRLARQAAEAGDSAPAMLNAANEVAVAAFLDGRVRYLEIASIIEEVLNLEAVVSLDDLDAVFTVDARARELAGHWLKRHGR PGPT0007585_1798 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007585-ispC|dxr-K00099 NA NA D1-35_00129 1353 rseP COG0750 Regulator of sigma-E protease RseP ATGAGCGCGCTCTATATGATTGTCGGCACCCTGGTTGCGCTGGGGGTGCTGGTCACTTTTCACGAATTCGGCCATTTCTGGGTCGCGCGTCGCTGTGGCGTCAAGGTTCTGCGTTTTTCCGTTGGCTTCGGCATGCCTTTGCTGCGCTGGCACGACAAGCAGGGCACCGAGTTCGTCGTCGCGGCCATCCCGCTGGGCGGCTACGTCAAGATGCTCGATGAGCGCGAAGGCGAAGTGCCTGTCGATCAGCTTGACCAATCTTTCAATCGCAAGACCGTTCGTCAGCGTATCGCTATCGTGGCGGCGGGCCCGATCGCCAATTTCCTGTTGGCCCTGGTGTTTTTCTGGGCGTTGGCAATGCTCGGCAGCGAGCAGGTGCGCCCGGTCATCGGTGCAGTAGAGGCCGGCAGCGTGGCGGCTCGGGCCGGGTTGGGCGCAGGCCAGGAAATTGTCGCCATCGATGGTGAACCCACCTCGGGCTGGGCGGCGGTCAACCTGCAGTTGGTGCGCCGCCTGGGCGAAAGTGGCTCGCTGCAATTGCTGGTGCGCGAGCAGGGCTCGACGGCGGATTCGCCGCGAGAGCTGATTCTCGACAACTGGCTCAAGGGCGCCGACGAGCCGGATCCGATCCGTTCCCTGGGGATCCGCCCATGGCGTCCGGCGCTGCCGCCTGTGCTGGCCGAGCTCGATCCGAAAGGCCCGGCTCACGCCGCAGGTCTGAAAACCGGCGACCGATTGCTGGCATTCGATGGCCAGTCGGTGAATGACTGGCAACAGGTGGTTGATTCGGTTCGTGTACGTCCTGATACCAAAATCCTGCTGCGCGTCGAACGCGACGGTGCTTCAATCGACGTCCCGGTGACTCTGGCCGCCCGTGGCGAAAGCAAGGCGCCGACCGGTTACCTGGGGGCGGGCGTCAAGGCGGTCGAGTGGCCGCCGGAAATGATCCGCGAGGTCAGCTTCGGCCCTCTTGAGGCGATTGGCGAGGGTGCGCGTCGTACCTGGACCATGAGTGTCCTGACCCTGGACTCGCTGAAGAAAATGTTGTTCGGCGAGCTCTCGGTAAAAAACTTGAGTGGACCGATAACCATTGCTAAAGTGGCGGGCGCTTCTGCCCAGTCGGGCGTCGCTGATTTCCTGAATTTCCTTGCTTATCTGAGCATTAGCCTGGGGGTTCTGAATTTGCTGCCCATTCCGGTACTGGATGGGGGGCATCTGCTGTTTTATCTGATCGAGTGGGCGCGTGGTCGTCCCTTGTCGGATCGGGTGCAAGGTTGGGGGATACAGATCGGTATCAGCTTGGTGGTCGGGGTGATGTTGCTTGCTCTGGTCAACGATCTGGGTCGTCTGTAA MSALYMIVGTLVALGVLVTFHEFGHFWVARRCGVKVLRFSVGFGMPLLRWHDKQGTEFVVAAIPLGGYVKMLDEREGEVPVDQLDQSFNRKTVRQRIAIVAAGPIANFLLALVFFWALAMLGSEQVRPVIGAVEAGSVAARAGLGAGQEIVAIDGEPTSGWAAVNLQLVRRLGESGSLQLLVREQGSTADSPRELILDNWLKGADEPDPIRSLGIRPWRPALPPVLAELDPKGPAHAAGLKTGDRLLAFDGQSVNDWQQVVDSVRVRPDTKILLRVERDGASIDVPVTLAARGESKAPTGYLGAGVKAVEWPPEMIREVSFGPLEAIGEGARRTWTMSVLTLDSLKKMLFGELSVKNLSGPITIAKVAGASAQSGVADFLNFLAYLSISLGVLNLLPIPVLDGGHLLFYLIEWARGRPLSDRVQGWGIQIGISLVVGVMLLALVNDLGRL PGPT0011685_1121 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0011685-rseP-K11749 NA NA D1-35_00130 2388 bamA_1 COG4775 Outer membrane protein assembly factor BamA ATGAAACGTCTGCTGCTAACTGCGGTTCTCACCGTATTGATGATCGCCGAAGTTCACGCCGAGTCCTTCACTATCTCTGATATTCGCGTCAACGGCCTCCAGCGGGTTTCCGCGGGTAGCGTCTTTGGTGCCTTGCCGTTGAACGTCGGCGAGCAGGCGGATGATCGGCGCCTGGTGGAATCCACTCGTGCGCTGTTCAAGACCGGCTTCTTTCAAGATATCCAGCTGGGCCGCGACGGCAATGTCCTGGTCATCACGGTCGTCGAGCGCCCATCGGTTGCCAGTATCGAGATCGAAGGCAACAAGGCGATCTCCACTGAAGACCTGATGAAAGGCCTCAAGCAATCCGGCCTGGCCGAAGGCGAGATCTTCCAGCGCGCGACCCTCGAAGGCGTCCGTAACGAGCTGCAACGCCAATACGTTGCCCAGGGCCGTTATTCGGCGACTGTCGACACCGAAGTCGTGCCGCAGCCGCGCAACCGCGTCGGCCTGAAGGTCAACATCAACGAAGGCACCGTCGCCGCCATCCAGCACATCAACGTGGTCGGCAACACGGTGTTCCCGGATGAAGACCTGATCGACCTGTTCGAACTCAAGACCACCAACTGGCTGTCGTTCTTCAAGAACGACGACAAGTACGCTCGTGAAAAACTCTCCGGTGACCTGGAGCGCCTGCGTTCCTACTACCTGGACCGTGGCTACATCAACATGGACATTGCTTCGACCCAGGTGTCCATCACCCCGGACAAGAAGCACGTCTACATCACTGTCAACGTCAACGAAGGAGAGAAGTACACCGTTCGTGACGTCAAGCTCAGTGGTGACCTGAAAGTTCCGGAAGACCAGGTCAAATCGCTGTTGCTGGTGCAGAAGGGGCAGGTGTTCTCGCGCAAGCTGATGACCACCACGTCCGAGCTGATCACTCGCCGCCTGGGTAACGAGGGTTACACCTTCGCCAACGTGAACGGCGTGCCACAACCGCACGATGAAGACCATACCGTCGACATCACGTTCGGCGTGGACCCCGGCAAGCGTGCCTACGTCAACCGCATCAACTTCCGTGGCAACACCAAGTCCGAGGACGAAGTGCTGCGTCGCGAAATGCGCCAGATGGAAGGTGGCTGGGCGTCGACCTACCTGATCGACCAGTCCAAGACCCGCCTGGAGCGCCTGGGCTTCTTCAAGGAAGTCAACGTCGAGACCCCGGCCGTACCGGGCGTCGATGACCAGGTGGATGTGAACTACAGCGTCGAGGAACAAGCCTCCGGTTCGATCACCGCCAGTGTCGGTTTCGCCCAGAGCGCGGGCCTGATCCTGGGTGGTTCGATCACCCAGAACAACTTCCTCGGTACCGGTAACCGCGTCAGCGTGGGCCTGACCCGCAGCGAGTACCAGACCCGCTACAACTTCGGTTACGTGGACCCCTACTGGACTGCCGACGGTGTGAGCCTGGGCTACAACGCCTTCTATCGCACCACCGACTACGACGAGCTCGACTCTGACATCTCCAGCTATGCGGTGGACAGCCTGGGTGCCGGCGTCAACATCGGCTATCCGATCAGCGAAACGTCGCGCCTGACCTTCGGCCTCACCGCCCAGCAGGACGAGATCAGCACTGGCCGCTATACCGTTGACGAAATTTTCGATTTCGTCGAGAAAGAGGGCGACAAGTACCTGAACTTCAAGGCGTCTGTTGGTTGGTCCGAGTCGACCCTGAACAAGGGTGTGCTGGCGACCCGTGGCCGTTCCCAGAGCTTGGTCCTGGAAACCACTACGCCTGGCAGCGACCTGTCGTTCTTCAAGCTCGACTACCGCGGCCAGCTGTTCCAGCCGCTGTCTGACAACTACACCATGCGCCTGCACACCGAGCTGGGTTATGGCGATGGCTACGGTTCGACCGACGGCCTGCCGTTCTACGAGAACTACTACGCCGGTGGTTTCAACTCGGTGCGTGGCTTCAAGGACAGCACCCTGGGCCCGCGCAGTACCCCGAGCCGAGGTGCAGCTGTCACTGGCAACCAGGGGACCATCCGGGATCCGGACCAGGATCCACTGCCGTTCGGTGGTAACGTCCTGATCCAGGGCGGTGCCGAGCTCCTGTTCCCGATGCCGTTCGTCAAGGATCAGCGCTCCCTGCGTACCTCGGTTTTCTGGGACGTGGGTAACGTATTCGACTCCAGCTGCGATAAGCCTACTAACAACAATGGCACGTCATCCAACGCAGAGTGCAACGACATCAGCCTGAGCAACCTCGCCAGCTCCGTCGGCGTCGGCGTGACCTGGGTCACCGCGCTAGGCCCGTTGAGCTTCGCGTTGGCGATGCCGATCAAGAAACCGGATGACGCTGAAACCCAGGTTTTCCAATTCTCCCTCGGTCAGACGTTCTAA MKRLLLTAVLTVLMIAEVHAESFTISDIRVNGLQRVSAGSVFGALPLNVGEQADDRRLVESTRALFKTGFFQDIQLGRDGNVLVITVVERPSVASIEIEGNKAISTEDLMKGLKQSGLAEGEIFQRATLEGVRNELQRQYVAQGRYSATVDTEVVPQPRNRVGLKVNINEGTVAAIQHINVVGNTVFPDEDLIDLFELKTTNWLSFFKNDDKYAREKLSGDLERLRSYYLDRGYINMDIASTQVSITPDKKHVYITVNVNEGEKYTVRDVKLSGDLKVPEDQVKSLLLVQKGQVFSRKLMTTTSELITRRLGNEGYTFANVNGVPQPHDEDHTVDITFGVDPGKRAYVNRINFRGNTKSEDEVLRREMRQMEGGWASTYLIDQSKTRLERLGFFKEVNVETPAVPGVDDQVDVNYSVEEQASGSITASVGFAQSAGLILGGSITQNNFLGTGNRVSVGLTRSEYQTRYNFGYVDPYWTADGVSLGYNAFYRTTDYDELDSDISSYAVDSLGAGVNIGYPISETSRLTFGLTAQQDEISTGRYTVDEIFDFVEKEGDKYLNFKASVGWSESTLNKGVLATRGRSQSLVLETTTPGSDLSFFKLDYRGQLFQPLSDNYTMRLHTELGYGDGYGSTDGLPFYENYYAGGFNSVRGFKDSTLGPRSTPSRGAAVTGNQGTIRDPDQDPLPFGGNVLIQGGAELLFPMPFVKDQRSLRTSVFWDVGNVFDSSCDKPTNNNGTSSNAECNDISLSNLASSVGVGVTWVTALGPLSFALAMPIKKPDDAETQVFQFSLGQTF NA NA NA NA NA D1-35_00131 504 hypothetical protein GTGCGTAAGTTGACTCAATTGGTTCTCCTGGCGACCGTACTGGTCGCAGGTCCGGCTTTTGCCGACATGAAGATCGCCGTCCTGAACTATCAGATGGCCCTGCTGGAATCCGACGCGGCGAAGAAATACGCTGTGGACGCGGAGAAAAAATTCGGCCCGCAACTGACCAAGCTCAAAGGCCTGGAAAGCAGCGCCAAGGGTATCCAGGATCGTTTGGTGGCCGGTGGCGACAAAATGGCCCAGGGTGAGCGCGAGCGCCTTGAGCTTGAATTCAAGCAAAAGGCCCGCGATTTCCAGTTCCAGTCCAAGGAACTGAACGAAGCGAAAGCCGTTGCCGACCGCGAAATGCTCAAGCAGCTCAAGCCGAAACTCGACAGCGCTGTGGAAGAAGTCATCAAGAAGGGTGGTTTTGACCTGGTGTTCGAGCGTGGTGCAGTGATTGATGTCAAGCCTCAGTACGACATCACGCGCCAGGTTATCGAGCGCATGAATCAGCTGAAGTAA MRKLTQLVLLATVLVAGPAFADMKIAVLNYQMALLESDAAKKYAVDAEKKFGPQLTKLKGLESSAKGIQDRLVAGGDKMAQGERERLELEFKQKARDFQFQSKELNEAKAVADREMLKQLKPKLDSAVEEVIKKGGFDLVFERGAVIDVKPQYDITRQVIERMNQLK PGPT0024525_1765 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024525-hlpA|ompH|skp-K06142 NA NA D1-35_00132 1056 lpxD COG1044 UDP-3-O-acylglucosamine N-acyltransferase ATGACAGCGACTATCAAGCTCGGCCAGTTGGCCGAGTTCCTCGGCGCCACCCTGCGTGGCGACCCGGAGAAGGTCATCACTGGGCTAGCCACTTTGCAAGAGGCTGGCCCAGCTCAGTTGAGCTTCCTGGCAAATCCTCAATACCGTAAATACCTGGCTGATAGCCGGGCTGCCGCGCTGTTGCTCAAGGCCGGTGATGCCGAAGGGTTTGCCGGTGATTCGCTGATCGTGGCCGACCCCTACCTTGCGTATGCGCGGATTTCCCATCTGTTCGATCCCAAGCCCAAGTCGGCTGCCGGTATTCACCCGACTGCAGTGATCGCAGCGGACGCCGTGGTGGATCCCTCGGCCAGCGTTGGCCCGTTTGTCGTGATTGAAAGCGCGGCCCGGATTGGCGTCGGTGTGACGCTGGGCGCCCATTGCTTCATCGGCGCGCGCTGCGAGATCGGCGAAGGTGGCTGGCTGGCGCCCCGGGTGACGCTGTATCACGATGTGCGCATCGGCAAGCGGGTAGTGATCCAGTCTGGCGCAGTGCTCGGTGGCGAAGGCTTCGGTTTTGCCAATGAGAAAGGCGTCTGGCAAAAGATTGCCCAGATCGGTGGCGTAACCGTCGGCGATGACGTGGAGATCGGCGTCAACACCGCCATCGACCGTGGCGCGCTGGCCGATACGGTCATTGGCAATGGCGTCAAGCTCGACAACCAGATCCAGATCGCCCACAACGTCCAGGTCGGTGACCACACCGCCATGGCCGCCTGCGTGGGCATCTCCGGCAGTACCAAAATCGGCAAGCACTGCATGCTCGCCGGTGGCGTGGGCCTGGTGGGCCATATCGATATCTGTGACAACGTGTTCCTGACCGGAATGACCATGGTGACCCACTCGATTACCGAGCCGGGTGCCTATTCTTCCGGCACAGCCATGCAACCGGCTGCCGAGTGGCGCAAGAGCGCGGCGCGTATCCGCCAGCTCGACGACATCGCGCGGCGCCTCAAGCAGGTGGAAAAGCGTGTAGGGGACGTGACCCCTGGCGGTAATGCTTCATCAGATGGCTGA MTATIKLGQLAEFLGATLRGDPEKVITGLATLQEAGPAQLSFLANPQYRKYLADSRAAALLLKAGDAEGFAGDSLIVADPYLAYARISHLFDPKPKSAAGIHPTAVIAADAVVDPSASVGPFVVIESAARIGVGVTLGAHCFIGARCEIGEGGWLAPRVTLYHDVRIGKRVVIQSGAVLGGEGFGFANEKGVWQKIAQIGGVTVGDDVEIGVNTAIDRGALADTVIGNGVKLDNQIQIAHNVQVGDHTAMAACVGISGSTKIGKHCMLAGGVGLVGHIDICDNVFLTGMTMVTHSITEPGAYSSGTAMQPAAEWRKSAARIRQLDDIARRLKQVEKRVGDVTPGGNASSDG PGPT0022340_827 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022340-lpxD-K02536 NA NA D1-35_00133 441 fabZ COG0764 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ ATGATGGACATCAACGAGATTCGCGAATACCTGCCTCACCGTTACCCGTTCCTGCTGGTGGATCGGGTCGTGGACCTGGATGTTGAAGGCAAGCGCATTCGCGCCTACAAGAATGTCAGCATCAACGAACCCTTCTTCAATGGTCACTTCCCCGCGCATCCAATCATGCCGGGCGTATTGATCATCGAGGCGATGGCTCAGGCTGCCGGGATCCTTGGTTTCAAAATGCTCGACGTGAAGCCTGCCGACGGCACGCTTTACTACTTTGTTGGCTCCGACAAGCTGCGCTTCCGCCAGCCGGTCACTCCGGGCGATCAGTTGATCCTCGAAGCCAGGTTCATCAGTTGCAAGCGCCAGATCTGGAAATTCGAATGTCAGGCTTCGGTCGATGGCAAGCCGGTCTGCTCCGCTGAAATCATCTGTGCGGAACGCAAGCTATGA MMDINEIREYLPHRYPFLLVDRVVDLDVEGKRIRAYKNVSINEPFFNGHFPAHPIMPGVLIIEAMAQAAGILGFKMLDVKPADGTLYYFVGSDKLRFRQPVTPGDQLILEARFISCKRQIWKFECQASVDGKPVCSAEIICAERKL PGPT0008365_2677 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372 NA NA D1-35_00134 777 lpxA Acyl-[acyl-carrier-protein]--UDP-N-acetylglucosamine O-acyltransferase ATGAGTTTGATTGACCCTCGCGCAATCATCGATCCGACGGCCGTACTGGCCGCCGATGTCGAGGTTGGCCCTTGGTCGATCATCGGCGCAGGTGTGGAAATCGGCGAGGGCACGGTGATCGGGCCCCATGTGATCCTCAAGGGGCCGACCCGGATCGGCCGGCACAACCGCATCTACCAGTTCTCATCGGTAGGTGAGGACACGCCCGACCTCAAGTACAAAGGTGAAGAAACCCGCCTGGTGATTGGCGATCACAACGTGATCCGCGAAGGCGTGACGATTCACCGTGGCACCGTCCAGGACCGTTCCGAAACGACGCTGGGCGACCATAACCTGATCATGGCCTATGCCCACATCGGCCACGACAGCGTTATTGGCAACCATTGCATCCTGGTCAACAACACCGCGTTGGCCGGACATGTGCACGTAGATGACTGGGCGATCCTGTCCGGTTTCACCCTGGTCCACCAGTATTGCCACATTGGCGCCCATAGCTTCTCCGGCATGGGCACCGCCATCGGCAAGGACGTCCCTGCCTACGTCACCGTGTTCGGCAATCCGGCCGAAGCTCGCAGCATGAACTTCGAAGGCATGCGTCGGCGTGGTTTCAGCGAAGAGGCCATAACTGCCCTGCGTCGCGCCTACAAGGTTGTGTATCGCCAGGGCCTGACGGTCGAGCAGGCGCTCGCCGAACTGGCCGAGGCAGCGGCACAGTTTCCGGAAGTCGCAATATTCCGCGATTCCATCCTGTCTTCGACCCGCGGCATCACCCGCTGA MSLIDPRAIIDPTAVLAADVEVGPWSIIGAGVEIGEGTVIGPHVILKGPTRIGRHNRIYQFSSVGEDTPDLKYKGEETRLVIGDHNVIREGVTIHRGTVQDRSETTLGDHNLIMAYAHIGHDSVIGNHCILVNNTALAGHVHVDDWAILSGFTLVHQYCHIGAHSFSGMGTAIGKDVPAYVTVFGNPAEARSMNFEGMRRRGFSEEAITALRRAYKVVYRQGLTVEQALAELAEAAAQFPEVAIFRDSILSSTRGITR PGPT0022320_2449 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0022320-lpxA-K00677 NA NA D1-35_00135 1131 lpxB COG0763 Lipid-A-disaccharide synthase ATGGCGAACCTGCGTATCGCACTGGTGGCGGGCGAAGCTTCCGGTGACATCCTGGGCGCCGGCCTGATGCGCGCGCTCAAGGCGCAGCACCCGGCGGTCGAGTTCATCGGGGTGGGTGGGCCATTGATGGAAGCCGAGGGACTGGTGTCCTACTTCCCGATGGAGCGCCTGTCGGTGATGGGGCTGGTGGAAGTGCTCGGCCGCTTGCGTGAGCTGCTGGCCCGGCGCAAGAAGCTGATCCAGACGCTGATCGAAGAAAAACCGGATGTGTTCATCGGTATCGATGCGCCGGATTTCACCCTCAATATCGAACTCAAGCTGCGCCAGGCCGGGATCAAGACCGTGCATTACGTCAGCCCGTCGGTCTGGGCCTGGCGACAGAAGCGCGTGTTGAAGATCCGCGAGGGCTGCGACCTGATGCTCACGCTGCTGCCGTTCGAAGCCCGGTTCTACGAAGAAAAAGGCGTGCCCGTGCGATTTGTCGGTCACACCTTGGCCGACACCATTCCCCTGGAGGCGGACCGCGAGGCGGCTCGCCAGGCGCTGGGCCTGGCCGCGGGCCCGCTGGTGGCGTTGATGCCCGGTAGCCGAGGCGGCGAAGTGAGTCGCCTGGGCGGGCTGTTCTTCGACGCCGCCGAGCGTCTGCGGGCGATGCGTCCGGACGTACGATTCATCTTGCCGTGCGCCAGTCCACAGCGGCGGGTCCAGCTCGAAGCGCTCCTGGCCGATCGCGATTTGCCGGTCACGCTGCTTGACGGCCAATCCCATCAAGCGCTGGCGGCCTGCGATGCCGTGTTGATTGCCTCCGGCACTGCTACCCTTGAGGCATTGTTGTACAAGCGCCCGATGGTGGTTGCCTATCGTCTGGCGCCGTTGACGTTCTGGATTCTCAAGCGCATGGTCAAGAGCCCTTACGTTTCCCTGCCGAATCTGCTGGCCCAGCGCCTGCTGGTGCCTGAACTGCTGCAGGATGACGCGACCGCCGAGTCCCTGGCCAGCACGCTTTTGCCGTTGATCGATGGCGGCGAGGAACAGACCCGGGGCTTTGACGAAATCCACCGTACCTTGCGTCGCGATGCCTCCAACCAGGCAGCAGACGCGGTACTGACCTTGATCGGCGCCAGACGATGA MANLRIALVAGEASGDILGAGLMRALKAQHPAVEFIGVGGPLMEAEGLVSYFPMERLSVMGLVEVLGRLRELLARRKKLIQTLIEEKPDVFIGIDAPDFTLNIELKLRQAGIKTVHYVSPSVWAWRQKRVLKIREGCDLMLTLLPFEARFYEEKGVPVRFVGHTLADTIPLEADREAARQALGLAAGPLVALMPGSRGGEVSRLGGLFFDAAERLRAMRPDVRFILPCASPQRRVQLEALLADRDLPVTLLDGQSHQALAACDAVLIASGTATLEALLYKRPMVVAYRLAPLTFWILKRMVKSPYVSLPNLLAQRLLVPELLQDDATAESLASTLLPLIDGGEEQTRGFDEIHRTLRRDASNQAADAVLTLIGARR PGPT0022325_2444 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022325-lpxB-K00748 NA NA D1-35_00136 660 rnhB COG0164 Ribonuclease HII ATGAGCAACGTGAAGCTGCAGATGGGCCTGGATTTCAACCTGGTCGCCGAAGTCGAAGAGTTGGTCGCGGGTGTCGATGAGGTGGGCCGTGGCCCGTTGTGCGGTGCGGTGGTGACGGCGGCGGTGATCCTCGATCCGAAGCGGCCGATCCTGGGGCTCGATGACTCCAAGAAGCTCACCGAGGCCCGGCGTGAAAAACTCTACGACGAAATCTGCGAAAAAGCCTTGAGCTGGTGCATTGCCCGGGCCGAGGTCGAAGAGATCGACGAGTTGAACATCCTGCATGCCACCATGCTGGCGATGCAGCGGGCGGTACACGGCCTGCACATCACGCCGAAGCTGGCGATGATCGACGGCAACCGTTGCCCCCAGCTGTCGATGCGCGCTGAAGCGGTCATCCAGGGCGACGGCAAGGTGCCGGCTATCGCAGCGGCCTCGATCCTGGCCAAGGTCAGTCGCGACCGGGAAATGGCCGCGTTCGAATTGATTTACCCAGGCTATGGCATCGGCAGCCACAAGGGCTATCCGACCCCCGTTCATCTGGAAGCCTTGGCGCGCCTCGGGCCGACGCCCATCCACCGGCGCTCGTTCGCCCCGGTGCGGCTGGCCTATGAAGCTCGCGAAGGCTTGATTGTGAGTAGTCAGGCTCTGGTTTCGTGA MSNVKLQMGLDFNLVAEVEELVAGVDEVGRGPLCGAVVTAAVILDPKRPILGLDDSKKLTEARREKLYDEICEKALSWCIARAEVEEIDELNILHATMLAMQRAVHGLHITPKLAMIDGNRCPQLSMRAEAVIQGDGKVPAIAAASILAKVSRDREMAAFELIYPGYGIGSHKGYPTPVHLEALARLGPTPIHRRSFAPVRLAYEAREGLIVSSQALVS NA NA NA NA NA D1-35_00137 3522 dnaE COG0587 DNA polymerase III subunit alpha ATGCCGGCTTCATTCGTTCATCTACGCCTGCACACTGAATATTCCCTGGTCGACGGCCTGGTGCGGATCAAGCCATTGGTCAAGACCCTGGTCGGCATGAACATGCCTGCCGTGGCCGTTACCGATCAGAACAACATGTGTTCGCTGGTCAAGTTCTACAAGAACGCCATGGGCGCCGGGATCAAGCCGATCTGCGGTGCCGACCTGTGGCTGGCGAACAAGGACCCGGATGCGCCGCTGAGCCGTATCAGCCTGCTGGTGATGAACGCCGTCGGCTACCGCAACCTCACCGAGCTGATTTCCCGCGGCTTTATCGAGGGCCAGCGCAATGGCTCGATCATCATCGAGCGCGAGTGGGTGGCCGAGGCGAGCGAAGGCCTGATCATGCTGTCGGCGGCCAAGGAAGGTGAGATCGGCCTGGCCCTGCTCAGCGACAACACCGAGGAAGCCGAGCAACTGGCTCGCGACTGGATGACGGTGTTCCCGGACCGCTTCTATATCGAGGTGCAACGCACCAACCGTCCGAATGACGAAGAGCACCTGCACGCCGCCGTGGCCCTGGCCGACAAGCTGGGCACGCCGCTGGTGGCGACCAACGACGTGCGGTTCATCAAGCAGGAAGATTTCGAAGCCCACGAAACCCGTGTCTGCATCGGTGAGGGGCGGGCCCTTGATGATCCTCGTCGGTCAAAGAACTACAGCGACCAGCAGTACCTCAAGAGCGCCGAGGAGATGGCGGAGCTGTTCAGCGACCTGCCCGAAGCGCTGGAAAACACCGTCGAGATTGCCAAGCGCTGCAACATCGAAGTGAAGCTGGGCAAACACTTCCTGCCCAACTTCCCGATTCCCGATGGCATGACCATCGATGAGTATTTTCGCAAGGTGTCGTTCGACGGCCTGGACGAGCGCCTAAAGGTCCTGCTGCCCAAGGACACCACCGAAGATTACGAAGCCAAGCGCCAGGTCTATGTCGACCGGCTGAATTTCGAGCTGGATATCATCATCCAGATGGGCTTCCCCGGTTACTTCCTGATCGTGATGGATTTTATCCAGTGGGCCAAGAGCAACGGCGTGCCCGTCGGCCCAGGGCGGGGGTCGGGTGCCGGGTCGCTGGTGGCCTATGTGCAGAAGATCACCGACCTCGACCCGCTGGAATATGACCTGCTGTTCGAACGTTTCCTCAACCCGGAACGGGTCTCCATGCCCGACTTCGACGTCGACTTCTGCATGGACGGTCGCGACCGGGTGATCGATTACGTCGCCGAGAAGTACGGCCGCAACGCGGTAAGCCAGATCATCACCTTCGGTTCCATGGCCGCCAAGGCGGTGGTGCGTGACGTGGCGCGGGTGCAGGGCAAGTCCTACGGCCTGGCGGATCGCCTGTCGAAGATGATTCCCTTCGAAGTCGGCATGACCCTGGAAAAAGCCTACGAGCAGGAAGAGATCCTGCGCGATTTCATCAAGGTCGATGAGGAAGCGGCGGAAATCTGGGAAATGGCGCGCAAGCTCGAAGGCGTGGTGCGTAACGTCGGCAAGCACGCCGGTGGCGTGGTGATCGCGCCGACCAAACTGACTGACTTTTCGCCGATCTATTGCGACGAAGAGGGCGACGGCCTGGTGACCCAGTTCGACAAGGATGACGTCGAGGCGGCCGGCCTGGTGAAGTTCGACTTCCTCGGCCTGCGGACCCTGACGATCATCGATTGGGCGCTCAAGACCATCAACCGCGACCGGGCCAAGGTCGGCGAAGAGCCGCTGGACATCGCGTTTATTCCGCTGGACGACAAGCCGACCTACAGCCTGTTGCAAAAAGCCGAAACCACCGCGGTGTTCCAGCTTGAATCGCGCGGCATGAAGGAGCTGATCAAGAAGCTCAAGCCCGACTGCCTCGAAGACCTGATCGCACTGGTGGCCCTGTTCCGTCCGGGCCCTCTGCAATCGGGCATGGTCGATGACTTCATCAACCGCAAGCACGGGCGCGCCGAGCTGGCGTACCCGCACCCCGACTACCAGTACGACGGCCTCAAGCCGGTACTGGCGCCGACCTACGGCATCATCCTGTATCAGGAACAGGTGATGCAGATTGCCCAGGTCATGGCCGGTTATACCCTCGGCGGCGCGGACATGCTGCGTCGAGCCATGGGTAAGAAAAAGCCCGAGGAGATGGCCAAGCAACGCGGTGGTTTCATCGAAGGTTGTGCGAACAACGGCATCGATGCGGACCTGGCGGGCAACATCTTCGACCTGGTGGAAAAGTTCGCCGGCTACGGCTTCAACAAATCCCACTCCGCCGCCTATGGCCTGGTTTCGTATCAGACCGCGTGGCTGAAGGCGCACTACCCGGCGCCTTTCATGGCCGCGGTACTCTCGGCGGACATGCACAACACCGACAAGGTCGTGACCTTGATCGAAGAAGTGCGGACCATGAAGCTGCGCCTCGACGCGCCGGATGTGAACGCTTCGGAGTTCAAATTCACGGTCAACGACGAAGGCCGCATCATCTACGGTCTTGGCGCGATCAAGGGCGTGGGCGAGGGTCCGGTGGAGGCGATCACCGAAGCGCGCCAGGACGGGCCGTTCAAGGACCTGTTCGATTTTTGCGCGCGGGTCGACCTCAAGCGCATCAACAAGCGCACCCTCGACGGGCTGATCCGCAGTGGCGCGCTGGACCGCTTGGGCCCGTACTTCCAGGATGAGCCCAAGGCCTACCAGGCCAACATCGACCGCAACCGCGCGGTGTTGCTGGCGGCGATGGAGGAGGCGATCAAGGCTGCTGAACAGACCGCCCGTACCCACGACAGCGGCCACGCCGACCTGTTTGGCGGGCTGTTTGTCGAGGAAGACGCCGATGTGTATGCCAACCATCGCAAGGCCAAGGAGCTGACCCTCAAGGAGCGCCTCAAAGGTGAAAAAGACACCTTGGGCCTGTACCTGACCGGCCACCCGATCGACGAATACGAGGGCGAAATCCGCCGCTTCGCTCGCCAGCGCATCATCGACCTCAAGCCCGCTCGCGATACGCAAACCGTCGCCGGCATGATCATCGCCCTGCGGGTAATGAAGAACAAAAAGGGCGACAAGATGGGCTTCATCACCCTCGACGACCGCTCCGGGCGTATCGAAGCGTCGTTGTTTGCCGATGCGTTCCATTCGGCGCAGTCGCTGTTGCAGACCGATGCAATGGTTGTGGTGGAAGGCGAGGTCAGCAACGACGACTTCTCCGGTGGCCTGCGGCTGCGGGTCAAGCGGGTGATGAGCATGGAGGATGCCCGTACCAACCTGGCCGAGAGCCTGCGCCTGAAGTTGCAGACCCAGGACCTCAAGGGCGATCAGCTACGCTGGTTGGGCGAGTTGTTCAAGCGCCACCGTGGTGCGTGCCCGATCACCATGGAGTACGTGCGCCCCGATGCCAAGGCCGTGCTGCAGTTCGGCGAGGGCTGGCGGATCGACCCGGCGGATGCGTTGATTCAAGCCTTGCGTGACCAGTTCGGCAAAGACAACGTCTTCCTCCAATACCGTTGA MPASFVHLRLHTEYSLVDGLVRIKPLVKTLVGMNMPAVAVTDQNNMCSLVKFYKNAMGAGIKPICGADLWLANKDPDAPLSRISLLVMNAVGYRNLTELISRGFIEGQRNGSIIIEREWVAEASEGLIMLSAAKEGEIGLALLSDNTEEAEQLARDWMTVFPDRFYIEVQRTNRPNDEEHLHAAVALADKLGTPLVATNDVRFIKQEDFEAHETRVCIGEGRALDDPRRSKNYSDQQYLKSAEEMAELFSDLPEALENTVEIAKRCNIEVKLGKHFLPNFPIPDGMTIDEYFRKVSFDGLDERLKVLLPKDTTEDYEAKRQVYVDRLNFELDIIIQMGFPGYFLIVMDFIQWAKSNGVPVGPGRGSGAGSLVAYVQKITDLDPLEYDLLFERFLNPERVSMPDFDVDFCMDGRDRVIDYVAEKYGRNAVSQIITFGSMAAKAVVRDVARVQGKSYGLADRLSKMIPFEVGMTLEKAYEQEEILRDFIKVDEEAAEIWEMARKLEGVVRNVGKHAGGVVIAPTKLTDFSPIYCDEEGDGLVTQFDKDDVEAAGLVKFDFLGLRTLTIIDWALKTINRDRAKVGEEPLDIAFIPLDDKPTYSLLQKAETTAVFQLESRGMKELIKKLKPDCLEDLIALVALFRPGPLQSGMVDDFINRKHGRAELAYPHPDYQYDGLKPVLAPTYGIILYQEQVMQIAQVMAGYTLGGADMLRRAMGKKKPEEMAKQRGGFIEGCANNGIDADLAGNIFDLVEKFAGYGFNKSHSAAYGLVSYQTAWLKAHYPAPFMAAVLSADMHNTDKVVTLIEEVRTMKLRLDAPDVNASEFKFTVNDEGRIIYGLGAIKGVGEGPVEAITEARQDGPFKDLFDFCARVDLKRINKRTLDGLIRSGALDRLGPYFQDEPKAYQANIDRNRAVLLAAMEEAIKAAEQTARTHDSGHADLFGGLFVEEDADVYANHRKAKELTLKERLKGEKDTLGLYLTGHPIDEYEGEIRRFARQRIIDLKPARDTQTVAGMIIALRVMKNKKGDKMGFITLDDRSGRIEASLFADAFHSAQSLLQTDAMVVVEGEVSNDDFSGGLRLRVKRVMSMEDARTNLAESLRLKLQTQDLKGDQLRWLGELFKRHRGACPITMEYVRPDAKAVLQFGEGWRIDPADALIQALRDQFGKDNVFLQYR NA NA NA NA NA D1-35_00138 948 accA COG0825 Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha ATGAACCCGAATTTTCTAGATTTCGAACAGCCGATCGCCGACCTTCAAGCCAAGATCGAAGAGTTGCGCTTGGTCGGTAACGACAATTCGCTGAATATCGGCGATGAAATCTCTCGGCTGCAGGACAAAAGCCGCACGCTGACCGAAGACATCTTCGGCAAGCTGACCAGCTGGCAGATCGCGCGTCTGGCGCGGCATCCGCGTCGTCCCTACACCTTGGACTACATTGAACACATCTTTACCGAGTTCGATGAGCTTCACGGCGACCGTCACTTCTCCGATGACGCCGCGATCGTCGGCGGTGTCGCTCGTCTGGATGACCAGCCGGTGATGATCATCGGCCACCAGAAAGGCCGCGAAGTGCGCGAGAAAGTACGCCGCAACTTCGGCATGCCGCGTCCGGAAGGCTACCGCAAGGCCTGCCGCCTTATGGAAATGGCCGAGCGCTTCAAGATGCCGATCCTGACGTTCATCGACACGCCGGGCGCCTACCCGGGTATCGACGCCGAAGAGCGCAACCAGAGCGAGGCGATTGCCTGGAACCTGCGCGTGATGGCTCGCCTGAAGACCCCGATCATCGCTACCGTGATCGGCGAAGGCGGTTCCGGCGGGGCGTTGGCCATCGGCGTTTGCGACCAGTTGAACATGCTGCAATATTCCACTTACGCGGTGATTTCGCCGGAAGGCTGCGCCTCGATCCTGTGGAAAACCGCCGAGAAGGCGCCGGACGCCGCAGAAGCCATGGGCATCACCGCCGAACGCCTGAAGGGCCTGGGTATCGTCGACAAGGTAATCAGCGAGCCAGTGGGCGGTGCCCATCGCGACCCGGCCGCGGCCGCAGCGCTGATTCGCGCGGAGCTGAGCTCCCAGCTGTCGATGCTCAAGAACTTCGATAACGACGCGCTGCTGGCGCGTCGCTACGAGCGGTTGATGAGCTACGGTCTCTGA MNPNFLDFEQPIADLQAKIEELRLVGNDNSLNIGDEISRLQDKSRTLTEDIFGKLTSWQIARLARHPRRPYTLDYIEHIFTEFDELHGDRHFSDDAAIVGGVARLDDQPVMIIGHQKGREVREKVRRNFGMPRPEGYRKACRLMEMAERFKMPILTFIDTPGAYPGIDAEERNQSEAIAWNLRVMARLKTPIIATVIGEGGSGGALAIGVCDQLNMLQYSTYAVISPEGCASILWKTAEKAPDAAEAMGITAERLKGLGIVDKVISEPVGGAHRDPAAAAALIRAELSSQLSMLKNFDNDALLARRYERLMSYGL PGPT0001695_2836 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001695-accA-K01962 NA NA D1-35_00139 1326 tilS COG0037 tRNA(Ile)-lysidine synthase ATGAACTCCAGCGCGGATCTGCCAACCCGGCTCCTCACCCAACTATCCCCCTGGCGCAACGCCGCCACCTGGCGCATCGCTTTCTCCGGTGGCCTCGATTCCACTGTCCTGTTGCATCTGCTCGCGACCCTTTCGAAAAACCATTCGTTGCCTGCGCTGAGCGCCATCCACGTCCATCATGGCCTCCAGGCTGTGGCCGATGCCTGGCCTGAACATTGTCATCGGGTTTGCGCAGCCCTTGGCGTGGCTCTGGAGGTGGTCAGTGTGCAAGTCCGCCCCGGCGCCAGCATCGAACAAGCCGCCCGTGACGCGCGGTATGCGGCGTTCATTGCCGCGACGCAGGGCAACGAAGTGTTGCTCACGGGGCAGCATCGTGATGATCAGGCAGAAACCCTGATGTTTCGTTTGCTGCGCGGGGCAGGGGCGAGGGGCTTGGCGGCGATGCCCCGGCAGCGTCCCTTGGGCCAGGGGCACTTGTTGCGGCCATTGCTCGACGTGTCCCGGGCAGAGTTGGAAAACTACGCGGCGGAGCAAGGCCTGGACTGGATCGAGGATCCCTCCAACAACGATCTCCGGTACGCGCGCAATTATCTGCGCCAGCGGGTCTTCCCGGTGTTGTCCGCGCAGTGGCCCCAAGCGTCGTTGACCCTGGCCCGCAGCGCCGCGCATTTGAGCGAGGCCCAGGGCTTGCTGGACGAGCTGGCGCAGCTCGATCTGCACCGCGCCCGCATCCCGGACGCATTCGACTGGCTCGGGCTGCAGTCGCTTGAACTGCCGCCGTTGCGGGCCTTGTCGCCCGCCCGACAGCGCAATGCGCTGAGTCATTGGCTGGCGCCGCTGACGACCCTTCCCGACAGCGATCATTGGGTCGGCTGGGACTCACTGCGTGACGCGCAAGAGGACGCCCGCCCGATCTGGCGACTGGCCGGCGGCGAATTGCACCGGGCCGGCGCAAGAGTCTGGTGGTTATCCGACCACTGGCTGCGCCCGGTCTCGGGCTCCGTAGCCTGGGCGCGGGTTGATCAGCCCTTGTCATTGCCCGATAACGGCAGGGTGATCCTGCGCGGCAAGGGCCCCGTCGGCCCACTCTGTATTCGTTATCGCCAAGGCGGCGAAGTGCTTGACGTTCCCGGCCGTGGTCACCGTGATCTCAAGCGCCTGCTCAATGAAAGCGGCCTGCCGGCGTTCGTCCGCGGTCGATTGCCGCTGCTTTATCAAGGTGAACAATTATTGGCGGTGGCCAATCTGGCCGGGCTCGACGCGCAGGCCGATGGCAGTTGGCAATTGATCTGGACGCCAGGAAGCCAAGATCTGGGTTTGAGCTGA MNSSADLPTRLLTQLSPWRNAATWRIAFSGGLDSTVLLHLLATLSKNHSLPALSAIHVHHGLQAVADAWPEHCHRVCAALGVALEVVSVQVRPGASIEQAARDARYAAFIAATQGNEVLLTGQHRDDQAETLMFRLLRGAGARGLAAMPRQRPLGQGHLLRPLLDVSRAELENYAAEQGLDWIEDPSNNDLRYARNYLRQRVFPVLSAQWPQASLTLARSAAHLSEAQGLLDELAQLDLHRARIPDAFDWLGLQSLELPPLRALSPARQRNALSHWLAPLTTLPDSDHWVGWDSLRDAQEDARPIWRLAGGELHRAGARVWWLSDHWLRPVSGSVAWARVDQPLSLPDNGRVILRGKGPVGPLCIRYRQGGEVLDVPGRGHRDLKRLLNESGLPAFVRGRLPLLYQGEQLLAVANLAGLDAQADGSWQLIWTPGSQDLGLS NA NA NA NA NA D1-35_00140 1632 pyrG_1 COG0504 CTP synthase ATGACGCGCTACATATTCGTCACGGGCGGTGTTGTTTCTTCATTGGGGAAAGGCATTGCCTCGGCTTCATTGGCGGCCATCCTGGAGGCGCGGGGACTTAAGGTCACCATGCTCAAGCTGGACCCGTACATCAACGTCGACCCGGGCACCATGAGCCCGTTCCAGCACGGTGAAGTGTTCGTCACCCACGACGGCGCCGAGACCGACCTGGACCTGGGCCACTACGAGCGGTTCATCCGCACGACCATGACCCAGAACAACAACTTCACCACCGGCCGTGTCTACGAGCACGTGTTGCGCAAGGAGCGTCGGGGTGACTACCTGGGCGCGACCATCCAGGTCATTCCGCACATCACCGACGAAATCAAGCGCCGCATCATCAAGGGTGCCGGCGACGCCGACGTGGCGATGGTCGAGATCGGCGGTACCGTGGGCGACATCGAATCCCAGCCGTTCCTTGAGGCCATCCGCCAGCTGCGTTTCGAAATCGGCGCCAAGCGCGCGATGCTGATGCACCTGACACTGGTTCCGTACATCGCTACCGCCGGTGAAACCAAGACCAAGCCGACCCAGCACTCGGTCAAGGAGCTGCGCTCCATCGGCCTGCAGCCGGACGTGCTGATCTGCCGCTCCGACCACCCGATCGATATTTCCTCGCGCCGCAAGATCGCCCAGTTCACCAACGTTGAAGAGCGTGCGGTGATCGGCCTGGAAGACGCCGACACCATCTACAAGATCCCCGGCATCCTGCATTCCCAGGGCCTGGATGACTTCGTCGTCGAGCGCTTCGGCCTGCAATGCGCCAGCGCCGACCTGTCCGAATGGGACGCGGTCGTCGATGCCAAGCTGAACCCGGAGCACGAAGTCACCATCGCCATGGTCGGCAAGTACATGGAGCTGCTGGACGCTTACAAGTCGCTGATCGAGGCGATGAGCCATGCCGGCATCAGCAACCGCACCAAGGTCAACCTGCGCTACATCGATTCCGAAGATATCGAGAACCAGGGCACCGGCCTGCTTGAAGGCGCCGATGCGATCCTCGTGCCGGGCGGCTTTGGCCTGCGGGGCGTGGAAGGCAAGATCACCGCGGTGCAATACGCTCGCGAGAACAAGGTGCCTTACCTGGGTATCTGCCTGGGCATGCAAGTGGCCGTCATCGAGTTCGCGCGTAATGTGATGGGCTGGAAGGACGCCAACTCCACCGAATTCGATCGCGCCAGCGGCCACCCGGTCGTGGGCCTGATCACCGAGTGGGAAGACGCCACCGGCTCGGTCGAAGTGCGTACCGAAACTTCCGATCTGGGCGGTACCATGCGCCTCGGTGCCCAGGAATGCCTGCTTGAAGCTGGCTCCAAGGTGCACGATTGCTACGCCAAGGACGTGATCGTCGAGCGTCACCGCCACCGCTATGAAGTCAACAACAACCTGCTGCCACAACTGATCGAAGCCGGCCTGAAAATCTCCGGCCGCTCCGGTGACGGTGCGTTGGTTGAAGTGGTCGAGGCCGCGGATCACCCGTGGTTCGTCGCTTGCCAGTTCCACCCGGAGTTCACCTCGACACCGCGTGACGGTCATCCGTTGTTCAGCGGTTTCGTCAAAGCCGCTTTGGCTCAACACCAGAAGAAGGCATAA MTRYIFVTGGVVSSLGKGIASASLAAILEARGLKVTMLKLDPYINVDPGTMSPFQHGEVFVTHDGAETDLDLGHYERFIRTTMTQNNNFTTGRVYEHVLRKERRGDYLGATIQVIPHITDEIKRRIIKGAGDADVAMVEIGGTVGDIESQPFLEAIRQLRFEIGAKRAMLMHLTLVPYIATAGETKTKPTQHSVKELRSIGLQPDVLICRSDHPIDISSRRKIAQFTNVEERAVIGLEDADTIYKIPGILHSQGLDDFVVERFGLQCASADLSEWDAVVDAKLNPEHEVTIAMVGKYMELLDAYKSLIEAMSHAGISNRTKVNLRYIDSEDIENQGTGLLEGADAILVPGGFGLRGVEGKITAVQYARENKVPYLGICLGMQVAVIEFARNVMGWKDANSTEFDRASGHPVVGLITEWEDATGSVEVRTETSDLGGTMRLGAQECLLEAGSKVHDCYAKDVIVERHRHRYEVNNNLLPQLIEAGLKISGRSGDGALVEVVEAADHPWFVACQFHPEFTSTPRDGHPLFSGFVKAALAQHQKKA PGPT0021215_3537 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937 NA NA D1-35_00141 846 kdsA COG2877 2-dehydro-3-deoxyphosphooctonate aldolase ATGGCCCAGAAGATCATCCGCGTCGGCGACATCGAGATTGCCAACGACAAACCCATGGTGCTGTTCGGCGGCATGAACGTGCTTGAAAGCCGCGACATGGCAATGCAGGTCTGTGAGGAATACGTCAAGGTCACCCAGAAACTGGGCATCCCTTACGTGTTCAAGGCCAGCTTCGACAAGGCCAACCGTTCATCCGTGACTTCCTACCGTGGCCCGGGCCTGGAAGAGGGCATGCGGATCTTCCAGGACATCAAGCAAGCGTTCGGCGTGCCGATCATCACCGACGTGCACGAGCCTGACCAGGCCGCGGTTGTCGCCGAGGTCTGTGACATCATCCAGCTGCCGGCCTTCCTGTCGCGCCAGACCGATCTGGTGGTCGCGATGGCCAAGACCGGCGCGGTGATCAACATCAAGAAAGCCCAGTTCCTCGCGCCCCAGGAAATGAAACACATCCTGAGCAAGTGCGAAGAGGCCGGCAACGATCAACTGATCCTCTGCGAGCGCGGTTCGAGCTTCGGCTACAACAACCTGGTGGTAGACATGCTCGGCTTCGGCATCATGAAGCAGTTCGAGTACCCGGTATTCTTCGACGTCACTCATGCGCTGCAGATGCCCGGTGGTCGGTCCGATTCCGCCGGCGGTCGTCGCGCCCAGGTAACCGACCTGGCCAAGGCCGGCATGAGCCAGTCCTTGGCGGGCCTGTTCCTAGAAGCCCACCCTGATCCGGACAACGCCAAGTGCGATGGCCCTTGTGCCCTGCGCTTGAACAAGCTGGAACCTTTCCTGTCTCAGCTCAAGGCGCTGGACGAGCTGGTCAAGGGTTTTCCGACGATAGAAACCGCGTAA MAQKIIRVGDIEIANDKPMVLFGGMNVLESRDMAMQVCEEYVKVTQKLGIPYVFKASFDKANRSSVTSYRGPGLEEGMRIFQDIKQAFGVPIITDVHEPDQAAVVAEVCDIIQLPAFLSRQTDLVVAMAKTGAVINIKKAQFLAPQEMKHILSKCEEAGNDQLILCERGSSFGYNNLVVDMLGFGIMKQFEYPVFFDVTHALQMPGGRSDSAGGRRAQVTDLAKAGMSQSLAGLFLEAHPDPDNAKCDGPCALRLNKLEPFLSQLKALDELVKGFPTIETA PGPT0023060_1277 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023060-kdsA-K01627 NA NA D1-35_00142 1290 eno Enolase ATGGCAAAAATCGTCGACATCAAAGGTCGTGAAGTTCTCGACTCCCGTGGCAACCCCACTGTCGAAGCGGACGTGCTTCTCGACAACGGCATCATCGGCAGCGCCTGCGCGCCGTCCGGTGCTTCCACTGGCTCGCGCGAAGCGCTGGAGCTGCGTGATGGCGACAAGAGCCGTTACCTGGGCAAGGGCGTGCTGAAAGCCGTCGCCAACATCAACGGTCCGATCCGCGACCTGTTGCTGGGCAAGGACCCTGCCGACCAGAAAGCCCTCGACCAGGCCATGATCAAACTCGACGGTACCGAAAACAAAGCGACCCTGGGCGCCAACGCGATCCTCGCCGTTTCCCTGGCCGCCGCCAAGGCTGCCGCCCAGGACCAGGACCTGCCGCTGTACGCGCACATCGCCAACCTGAACGGTACCCCGGGCGTCTACTCGATGCCGGTGCCGATGATGAACATCATCAACGGCGGCGAGCATGCCGATAACAACGTCGACATCCAGGAGTTCATGGTCCAGCCGGTTGGCGCCAAGTCCTTCTCCGAAGGCCTGCGTATGGGCACCGAGATTTTCCATCACCTCAAGGCTGTGCTGAAGGCCCGTGGCCTGAGCACCGCGGTTGGCGACGAGGGCGGCTTCGCGCCGAACCTGGCGTCCAACGAAGACGCGCTGAAAGTGATCTCCGAAGCCGTGGCCAACGCTGGCTACAAGCTGGGCACCGACGTGACCCTGGCCCTGGACTGCGCGGCCAGTGAGTTCTTCGAAGACGGTAAATACAACCTGTCCGGCGAAGGCCAGGTGTTCACCGCCGAAGGTTTTGCCGACTACCTCAAGGGCCTGACCGAGCGCTACCCGATCATCTCCATCGAAGATGGCCTGGACGAGTCCGACTGGGCTGGCTGGAAAATTCTCACCGACAAGATCGGCGAGAAAACCCAGCTGGTGGGTGACGACCTGTTCGTGACCAACACCAAGATCCTGAAAGAGGGCATCGACAAGAAGATCGCCAACTCGATCCTGATCAAGTTCAACCAGATCGGTACCCTGACCGAAACCCTGGAAGCCATCCAGATGGCCAAGGCTGCCGGCTACACCGCGGTCATCTCCCACCGTTCCGGTGAAACCGAAGATTCGACCATTGCCGACCTGGCCGTGGGTACTGCTGCAGGCCAGATCAAGACCGGTTCCCTGTGCCGTTCCGACCGCGTTTCCAAGTACAACCAACTGCTGCGTATCGAAGAGCAGTTGAACGGCAAGGCCAAGTACAACGGCCGTGCCGAGTTTCGCGGCTAA MAKIVDIKGREVLDSRGNPTVEADVLLDNGIIGSACAPSGASTGSREALELRDGDKSRYLGKGVLKAVANINGPIRDLLLGKDPADQKALDQAMIKLDGTENKATLGANAILAVSLAAAKAAAQDQDLPLYAHIANLNGTPGVYSMPVPMMNIINGGEHADNNVDIQEFMVQPVGAKSFSEGLRMGTEIFHHLKAVLKARGLSTAVGDEGGFAPNLASNEDALKVISEAVANAGYKLGTDVTLALDCAASEFFEDGKYNLSGEGQVFTAEGFADYLKGLTERYPIISIEDGLDESDWAGWKILTDKIGEKTQLVGDDLFVTNTKILKEGIDKKIANSILIKFNQIGTLTETLEAIQMAKAAGYTAVISHRSGETEDSTIADLAVGTAAGQIKTGSLCRSDRVSKYNQLLRIEEQLNGKAKYNGRAEFRG PGPT0018050_3676 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 D1-35_00143 279 ftsB Cell division protein FtsB ATGCGCAGTCCCAATTGGTTGTTTCTTGTCTTGCTTCTCTTGCTGGCCGGCTTGCAGTACCGCCTGTGGGTGGGTAATGGCAGCCTGGCGCAAGTGGCCGACCTGACTCAGCAAATTGCCGACCAGCACGCTGAAAACGAGGCGCTGCTGGAGCGTAACCGGGTAATGGACGCCGAAGTGACAGAGCTGAAAAAAGGCATGGAGACCGTTGAAGAGCGGGCTCGACATGAGCTGGGCATGGTCAAGGAGGGCGAAACCCTCTACCAGTTGGCCCAATGA MRSPNWLFLVLLLLLAGLQYRLWVGNGSLAQVADLTQQIADQHAENEALLERNRVMDAEVTELKKGMETVEERARHELGMVKEGETLYQLAQ NA NA NA NA NA D1-35_00144 708 ispD COG1211 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase ATGAGTATTCGTTTGCCGGCCTTCTGGGCCGTGATTCCTGCCGCGGGCGTTGGTGCCCGCATGGCCGCGGACCGTCCCAAGCAATATCTGCAGCTGGGCGGACGTACCATTCTCGAACACAGCCTTGGCTGTTTTCTCGACCACCCAACCGTCAAGGGCGTGGTCGTCAGCGTTGCACAGGATGATCCTTACTGGCCGACACTGGCCTGCGCCAGCAATCCTCGAATCCAGCGTGTGGACGGCGGTGAGCAGCGTTCCGATTCGGTGCTCAATGCCTTGTTGCACCTTCATGAACACGGCGCCGACGATTTCGATTGGGTGCTGGTGCATGACGCCGCGCGGCCCAATCTGGCGCGGGGCGATCTCGACACATTGCTCCATGAGCTGGCGAACGATCCGGTCGGAGGACTGTTGGCAGTGCCCGCCCGCGATACGCTCAAGCGCGTCGACAAGCATGGCCGTGTGTTGGAAACGATCGATCGCAGCGTGATCTGGCAAGCCTACACGCCACAGATGTTCCGCCTCGGCGCCTTGCATCGGGCCCTGGCCGACAGCCTGGTGGCGGATGCACTGATCACCGACGAAGCTTCGGCCATGGAATGGGCGGGGCAGGCGCCTCGGTTGATCGAAGGGCGATCGGACAACGTCAAGGTCACCCGGCCGGAAGACCTGGAGTGGTTGCGCCAGCGTTGGGCGAATCGGCATTGA MSIRLPAFWAVIPAAGVGARMAADRPKQYLQLGGRTILEHSLGCFLDHPTVKGVVVSVAQDDPYWPTLACASNPRIQRVDGGEQRSDSVLNALLHLHEHGADDFDWVLVHDAARPNLARGDLDTLLHELANDPVGGLLAVPARDTLKRVDKHGRVLETIDRSVIWQAYTPQMFRLGALHRALADSLVADALITDEASAMEWAGQAPRLIEGRSDNVKVTRPEDLEWLRQRWANRH PGPT0007590_1621 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991 NA NA D1-35_00145 897 dmlR_1 HTH-type transcriptional regulator DmlR ATGTCTGACAATCGCTGGGAAGGCATCGACGAGTTCGTCGCCGTGGCCGAATGCAGCCAGTTCACCGCGGCGGCCGAGCGCCTTGGGGTTTCGTCTTCTCACATCAGTCGACAAATCGTACGGCTGGAAGAGCGTCTGCAGACACGATTGCTCTATCGCAGTACCCGGCGTGTGACCCTCACCGAGGCTGGTCAGACTTTTCTGCAGCATTGCCAACGCCTGCAGGACGGACGCGAGGAAGCGCTGCGGGCGGTGGGTGATCTCACCAGCGAACCCAAGGGCATGCTGCGAATGACCTGCGCCGTGGCCTACGGCGAGCGTTTTATCGTGCCACTGGTGACGCGGTTCATGGGGCTGTACCCGCAACTGCGAGTAGACATCGAACTGAGCAATCGCCCACTGGACCTGGTTCACGAAAGCCTTGATCTGGCGATTCGCCTCGGCCGCCTGCAGGACTCGCGCCTGGTCGCGACACGCCTGGCGCCGCGGCGCATGTACCTCTGCGCTTCACCGTCCTATCTGGAACGCTACGGTCGGCCCCACAGCGTGTCGGAACTGAGCCGTCACAACTGCCTCATCGGCAGCTCCGACATTTGGCAACTGGAGCAGAACGGGCGGGAATTTTCTCAACGGGTGCAGGGAAACTGGCGTTGTAACAGTGGGCAAGCGGTGCTTGATGCGGCGCTGCAAGGGGTGGGTTTGTGCCAATTGCCGGATTATTACGTGCTTGAACATCTGCACAGCGGTGCGCTGATCTCTTTGCTGGAGGCTCATCAGCCGCCGAATACGGCGGTTTGGGCGCTGTACCCGCAGCAGCGGCATCTGTCGCCCAAGGTGCGCAAGTTGGTGGATTACTTGAAGGAGGGGTTGGCTGAGCGGCCGGAGTATCGGGGGTGA MSDNRWEGIDEFVAVAECSQFTAAAERLGVSSSHISRQIVRLEERLQTRLLYRSTRRVTLTEAGQTFLQHCQRLQDGREEALRAVGDLTSEPKGMLRMTCAVAYGERFIVPLVTRFMGLYPQLRVDIELSNRPLDLVHESLDLAIRLGRLQDSRLVATRLAPRRMYLCASPSYLERYGRPHSVSELSRHNCLIGSSDIWQLEQNGREFSQRVQGNWRCNSGQAVLDAALQGVGLCQLPDYYVLEHLHSGALISLLEAHQPPNTAVWALYPQQRHLSPKVRKLVDYLKEGLAERPEYRG NA NA NA NA NA D1-35_00146 1113 frmA COG1062 S-(hydroxymethyl)glutathione dehydrogenase ATGATCAAGTCGCGCGCCGCCGTTGCCTTCGAGGCCAAGAAACCCCTGGAAATCGTTGAAGTCGACGTCGCCATGCCGAAAGCCGGCGAGGTGCTGTTGCGCGTGGTGGCTTCGGGCGTTTGCCATACCGACGCCTACACGTTGTCGGGCGCCGACCCGGAGGGGATCTTCCCGTCGATACTCGGTCATGAAGGCGGCGCGATCGTCGAGGCCATTGGCGAAGGCGTGACTTCGGTGGCGGTGGGTGACCATGTGATTCCGCTGTACACACCGGAGTGCGGCCAGTGCAAATTCTGCAAGTCGGGCAAGACCAACCTGTGTCAGGCGATTCGCGCCACCCAGGGCAAAGGCCTGATGCCGGACGGCACTTCGCGCTTTTCCTACAAGGGCGAGACAATTTTCCACTACATGGGCACTTCGACGTTCTCTGAATACACCGTGCTGCCGGAAATCTCCGTAGCGAAGATTCCAAAAGAAGCGCCGCTGGAAAAAGTCTGCCTGCTGGGCTGCGGCGTCACCACCGGCATTGGCGCGGTGCTCAATACCGCCAAGGTCAAGCCAGGGGACACCGTGGCAATCTTCGGCCTGGGCGGCATCGGCCTGTCGGCAGTGATCGGCGCGGTGAAAGCCAAGGCCTCGCGCATCATCGCCATCGACATCAACCCGGCCAAGTTCGAGATCGCCAGGCAGCTCGGCGCGACCGATTGCGTCAACCCGAAAGACTTTGATCGCCCGATCCAGGAAGTCATCGTCGACATGACCGATGGCGGCGTGGACTTCTCCTTTGAATGCATCGGCAATGTCCAGTTGATGCGCGCCGCGCTGGAATGCTGCCACAAGGGCTGGGGCGAGTCGGTGATCATCGGCGTGGCCGGGGCCGGCCAGGAAATTGCCACCCGTCCATTCCAGCTGGTGACCGGCCGCGTCTGGCGCGGTTCGGCCTTTGGCGGCGTGCGTGGTCGCAGCGAGTTGCCAAGCTATGTGGAAATGGCCGAAAAGGGCGAGATCCCGCTGGATACTTTCATCACCCACACCATGGGCCTGGAAGATATCAACAAGGCATTCGACCTGATGCACGAAGGCAAGAGCATCCGTACCGTTATTCATTTCTGA MIKSRAAVAFEAKKPLEIVEVDVAMPKAGEVLLRVVASGVCHTDAYTLSGADPEGIFPSILGHEGGAIVEAIGEGVTSVAVGDHVIPLYTPECGQCKFCKSGKTNLCQAIRATQGKGLMPDGTSRFSYKGETIFHYMGTSTFSEYTVLPEISVAKIPKEAPLEKVCLLGCGVTTGIGAVLNTAKVKPGDTVAIFGLGGIGLSAVIGAVKAKASRIIAIDINPAKFEIARQLGATDCVNPKDFDRPIQEVIVDMTDGGVDFSFECIGNVQLMRAALECCHKGWGESVIIGVAGAGQEIATRPFQLVTGRVWRGSAFGGVRGRSELPSYVEMAEKGEIPLDTFITHTMGLEDINKAFDLMHEGKSIRTVIHF PGPT0006355_2406 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006355-frmA|ADH5|adhC-K00121 NA NA D1-35_00147 846 yeiG COG0627 S-formylglutathione hydrolase YeiG ATGAGCCTGGAAAACATCTCCTGCCAGAAAAGCTTCGGCGGCTGGCACAAACGTTACCGCCACCGTTCCGAAGTGCTCGGTTGTGACATGGTCTTTGCCGTCTACCTGCCGCCGCAAGCCGAGCAGGGCGGCAAGCTGCCGGTGCTGTACTGGTTGTCCGGACTGACCTGCACCGATGAAAACTTCATGCACAAGGCCGGTGCCCAGCGCATGGCCGCCGAGTTGGGGCTGATCATCGTCGCGCCGGACACCAGCCCCCGCGGCGCCGACGTGCCGGGCGATCCGGACGGCGCCTGGGATTTCGGCCTGGGCGCGGGTTTTTATGTGAACGCCACGCAGGATCCTTGGGCGCGGCACTATCGGATGCATGATTATGTGGTGCAGGAATTGCCGACCTTGGTCGAAGCACATTTCCCTGCCTCGGATAAACGCGGCATCAGCGGTCATTCCATGGGCGGCCATGGCGCGCTGGTCTGCGCCTTGCGCAACCCTGGGCGTTACCGTTCGGTGTCGGCTTTTTCACCAATCAACAACCCGATGGATTGCCCGTGGGGGCAGAAGGCTTTTTCCCGTTACCTGGGGGAAGACCGCTCGAAATGGCGTGAGTGGGATGCCTGTGCATTGATTGCCGAGGCGCAGGAAAAGCTGCCACTGCTGGTGGATCAGGGTGACCGCGATGATTTCCTGGCCAATCAGCTCAAGCCCGAAGCTTTGCAGCAGGCGGCCAAAGTGGCCGGTCATCCGCTGGAGTTGCGCCTGCAACCAGGCTACGACCACAGCTATTTCTTCATCGCCAGCTTTATTGATGATCACTTGCAGCATCATGCGCGCGCTCTGAACGCCTAA MSLENISCQKSFGGWHKRYRHRSEVLGCDMVFAVYLPPQAEQGGKLPVLYWLSGLTCTDENFMHKAGAQRMAAELGLIIVAPDTSPRGADVPGDPDGAWDFGLGAGFYVNATQDPWARHYRMHDYVVQELPTLVEAHFPASDKRGISGHSMGGHGALVCALRNPGRYRSVSAFSPINNPMDCPWGQKAFSRYLGEDRSKWREWDACALIAEAQEKLPLLVDQGDRDDFLANQLKPEALQQAAKVAGHPLELRLQPGYDHSYFFIASFIDDHLQHHARALNA PGPT0002120_1166 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0002120-frmB|fghA-K01070 NA NA D1-35_00148 474 ispF COG0245 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase ATGCGTATTGGCCACGGCTACGATGTTCACCGTTTCGCTGAAGGCGACTTCATTACTCTGGGCGGCGTGCGTATCGCACACGGCTTCGGGCTGCTTGCGCATTCTGACGGTGACGTGTTGCTGCACGCCTTGAGCGACGCTCTGCTCGGCGCGGCTGCCCTGGGCGACATCGGCAAGCATTTCCCGGACACCGACCCGCAATTCAAGGGCGCCGACAGCCGCGTGCTGCTGCGCCACGTGGTCGCGTTGATCCACGCCAAGGGCTGGGTAGTCGCCAATGTCGACAACACCATTATTGCCCAGGCCCCCAAGATGGCGCCGCACATCGAAGCGATGCGCCAGCGGATTGCCGAGGATCTCCAGGTTGAGCTGGACCAGGTGAACGTCAAGGCCACCACGACCGAGAAGCTTGGTTTCGTTGGTCGCGAAGAAGGCATCGCCGTCCATTCCGTCGCCTTGTTGCAGCGCCCATGA MRIGHGYDVHRFAEGDFITLGGVRIAHGFGLLAHSDGDVLLHALSDALLGAAALGDIGKHFPDTDPQFKGADSRVLLRHVVALIHAKGWVVANVDNTIIAQAPKMAPHIEAMRQRIAEDLQVELDQVNVKATTTEKLGFVGREEGIAVHSVALLQRP PGPT0007595_2628 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D1-35_00149 1059 truD COG0585 tRNA pseudouridine synthase D ATGACCGAACTGGAACTCTTGGGCCCGCGGGCCTACGGTGAGACATTGGGCCGTGCGGTACTGAAGGCTACCGCCGAGGATTTCCAGGTCGACGAAGTGCTTGATATCCCGTTGTCCGGTGATGGCGAGCATCTGTGGATCTGGGTGGAAAAACGCGGCTTGAATACCGAGGAGGCTGCCCGGCGAATCGCCAAGGCCGCCGGCGTTCCTTTGCGCACGGTCAGCTACGCCGGGCTCAAGGATCGTCAGGCCCTGACCCGGCAATGGTTCAGCGTGCAATTGCCCGGCAAGGCCGACCCAGACCTGTCGACGGCAGAAAACGATACGCTGAAGATCCTCAAGACCGCACGCCACAGACGCAAGCTGCAGCGCGGCGCGCACTCGGCCAATGGCTTTACCTTGCGCCTGACCCAGTTCTCGGGCGACAAAGAGGCCATCGAGACACGTCTGCAACACATCGCCCTTCAAGGCATTCCGAATTATTTTGGTGCCCAGCGCTTTGGCCATGACGGCGGCAACGTCGTCGATGCCCGTGCCTGGGCGGCGCGCAAGGCTTTGCCGGAGCAGCGCAACGTGCGTTCTCGGCTGTTGTCCACCGCGCGCAGCTTTCTGTTCAACCGGGTGCTGGCGGCGCGAGTCGCCGACGGTACCTGGCGGCAAGCCCAGGTGGGCGACTTGCTCGCCTTTACCGACAGCCGCAGTTTTTTCCCAGCCGGTAAGGCTGAGTGCAGCGATCCGCGCCTGGCCATTCTCGATCTGCACCCGACCGGGCCGCAGTGGGGCGAAGGACCTTCGCCCGCCGCCGGGGCAACCTTCGAATTGGAGCAAGCCATCGCCGCGGACGAGGCCGATCTGCGGGACTGGTTGATAAACGCGGGAATGAGTCACGAACGTCGCATCCTGCGACTGCCCATTGGCGGGCTGTCGTGGCATTATCCCTCGCCTGACATTCTGCAATTGGAATTCGTCCTGCCGGCCGGATGTTTCGCCACTGTCTTGGTGCGCGAACTCGTCGATCTGGTGCCGGTGGGGCAGACGGACAGCCCATGCGTATTCTGA MTELELLGPRAYGETLGRAVLKATAEDFQVDEVLDIPLSGDGEHLWIWVEKRGLNTEEAARRIAKAAGVPLRTVSYAGLKDRQALTRQWFSVQLPGKADPDLSTAENDTLKILKTARHRRKLQRGAHSANGFTLRLTQFSGDKEAIETRLQHIALQGIPNYFGAQRFGHDGGNVVDARAWAARKALPEQRNVRSRLLSTARSFLFNRVLAARVADGTWRQAQVGDLLAFTDSRSFFPAGKAECSDPRLAILDLHPTGPQWGEGPSPAAGATFELEQAIAADEADLRDWLINAGMSHERRILRLPIGGLSWHYPSPDILQLEFVLPAGCFATVLVRELVDLVPVGQTDSPCVF NA NA NA NA NA D1-35_00150 750 surE_1 COG0496 5'-nucleotidase SurE ATGCGTATTCTGATTTCTAACGACGACGGGGTGACAGCACCCGGTCTTGCCGCGCTTTATGCTGCGCTGGCGGATTTTGCCGAGTGCGTGGTCATCGCCCCGGACCAGGACAAAAGCGGCGCGAGCAGCTCGCTGACGCTCGACCGTCCGCTGCATCCCTGCTACCTGGACAACGGTTTCATCAGCCTCAACGGTACGCCGACCGATTGCGTGCACCTGGGCCTGAACGGCCTGCTGGAGCGCGAGCCCGACATGGTGGTTTCCGGGATAAACCTGGGGGCCAACCTGGGCGATGACGTACTGTATTCCGGAACGGTCGCCGCCGCCCTGGAAGGTCGTTTCCTCAACCATACGTCGTTCGCCTTTTCGTTTGTTTCACGGCAGGTCGACAATTTGCCCACTGCCGCCTACTTCGCCCGCAAACTGGTGCAGGCCCACGGCGAGCTGGACCTGCCGCCGCGTACGGTGCTGAACGTGAATATCCCGAATCTGCCGCTTGATCATATCCGTGGCATCCAGCTCACTCGCCTGGGTCACCGCGCCCGGGCTGCCAGGCCGATGCATGTCGTCGACCCGCGCGGCAAGGCCGGGTACTGGATCGCCGCCGCCGGCGATGCCGAAGACGGCGGGCCTGGCACCGACTTCCATGCAGTGATGCAGGGCTATGTCTCGATCACACCCTTGCAGCTCGATCGCACTTTCAACGATGCCTTTCGAAGTCTCGATGGCTGGCTGGAGGGGCTGCGCTGA MRILISNDDGVTAPGLAALYAALADFAECVVIAPDQDKSGASSSLTLDRPLHPCYLDNGFISLNGTPTDCVHLGLNGLLEREPDMVVSGINLGANLGDDVLYSGTVAAALEGRFLNHTSFAFSFVSRQVDNLPTAAYFARKLVQAHGELDLPPRTVLNVNIPNLPLDHIRGIQLTRLGHRARAARPMHVVDPRGKAGYWIAAAGDAEDGGPGTDFHAVMQGYVSITPLQLDRTFNDAFRSLDGWLEGLR PGPT0013405_3390 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013405-surE-K03787 NA NA D1-35_00151 678 pcm COG2518 Protein-L-isoaspartate O-methyltransferase ATGGGTCGTGAACAAGACGATATGCTGCGCCGCGGAATTGGCATGACCTCCCAGCGGACTAGGGAACGGTTGATCCAGCGGCTGTACGAAGAAGGCTTGTCCAACGCCCAGGTGCTCGAGGTGATTCGCCGTACGCCGCGTCATCTTTTCGTCGATGAAGCGTTGGCCCATCGCGCCTATGAAGACACGGCGTTGCCGATCGGCCACAACCAGACCATTTCCCAGCCCTACATGGTGGCTCGCATGAGCGAGTTGCTGCTGGAGGCGGGGCCGCTGGACAAGGTGCTGGAGATCGGCACGGGCTCGGGTTACCAGACCGCGGTATTGTCGCAGTTGGTGGAGCGGGTGTTTTCCGTGGAGCGAATCAAGGTCCTGCAGGATCGCGCCAAGGAGCGCCTGGTGGAGCTGAACCTGCGCAACGTGGTGTTTCGCTGGGGCGACGGTTGGGAAGGCTGGCCGGCGCTGGCGCCTTATAACGGCATCATCGTCACGGCCGTTGCCACCGATGTTCCCCAGGCTCTGCTGGACCAACTCGCTCCCGGCGGGCGACTGGTGATTCCGGTGGGTGCGGGCGAAGTCCAGCAACTGATGTTGATTGTGCGTGAAGAACACGGTTTTTCACGACACGTCCTCGGGGCGGTGCGTTTCGTGCCGTTGCTCAACGGGCCATTGGCCTGA MGREQDDMLRRGIGMTSQRTRERLIQRLYEEGLSNAQVLEVIRRTPRHLFVDEALAHRAYEDTALPIGHNQTISQPYMVARMSELLLEAGPLDKVLEIGTGSGYQTAVLSQLVERVFSVERIKVLQDRAKERLVELNLRNVVFRWGDGWEGWPALAPYNGIIVTAVATDVPQALLDQLAPGGRLVIPVGAGEVQQLMLIVREEHGFSRHVLGAVRFVPLLNGPLA NA NA NA NA NA D1-35_00152 846 hypothetical protein GTGAGTCTCACAGTCATTGCGCAGCGTATGGGTATCACGAGCTTCAAGCGCCTGGTGACTGGCCTTCTCTTGAGTACCTTGCTGGTCGGTTGTTCCAGTACTCCGTCGGGTAATGTCCGGGTGGTCGATCGCAACAATGCGACACCGCAGCGGCCTACAGTGACGACCGGTCAGTATGTAGTCCGTCGCGGCGATACGCTGTTTTCCATCGCGTTTCGCTACGGCTGGGACTATAAAGCCCTCGCGGCTCGCAACAACATTCCTGCGCCTTATACGATCCATCCGGGTCAGACAATTCGCTTTGACGGTCGCAGTGCCTCAACGCCTACCGCGGTCGTGACGCAGTCGGGTTCGACCCCGTCATCCTCGAGCAAAACCACGGTTATCCGTCGTCCGGCCGGTGCCGCAACGGCGACTGTACCGTCCGTCGCGAACAAGCCGGCACCCGCTCCGATGCCTCCGGCGGGCCCCGCCCCGACCGGCTGGGGATGGCCTTCTAATGGCGTTCTCATTGGAAAATTCTCTTCAAACGGTAGTTTGAATAAAGGAATTGATATCGCCGGGGATTTGGGACAGCCTGTTTTGGCAGCGTCTGATGGCACGGTCGTGTACGCCGGGAGTGGTTTAAGGGGCTACGGCGAACTCGTGATCATCAAACACAGCGATACCTACGTCAGTGCCTACGGTCACAACCGCAGGCTGTTGGTTCGGGAGGGGCAGCAGGTCAAGGTCGGACAGACAATTGCCGAAATGGGCTCAACGGGTACGGATCGAGTGAAACTGCATTTTGAGATTCGCCGACAAGGTAAACCTGTGGATCCGCTGCAATTCCTGCCACGTCGTTGA MSLTVIAQRMGITSFKRLVTGLLLSTLLVGCSSTPSGNVRVVDRNNATPQRPTVTTGQYVVRRGDTLFSIAFRYGWDYKALAARNNIPAPYTIHPGQTIRFDGRSASTPTAVVTQSGSTPSSSSKTTVIRRPAGAATATVPSVANKPAPAPMPPAGPAPTGWGWPSNGVLIGKFSSNGSLNKGIDIAGDLGQPVLAASDGTVVYAGSGLRGYGELVIIKHSDTYVSAYGHNRRLLVREGQQVKVGQTIAEMGSTGTDRVKLHFEIRRQGKPVDPLQFLPRR PGPT0023860_1112 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0023860-nlpD-K06194 NA NA D1-35_00153 1008 rpoS COG0568 RNA polymerase sigma factor RpoS ATGGCTCTCAGTAAAGAAGTGCCGGAGTTTGACATCGACGATGAGGTCCTCCTTATGGAGACCGGCATCGCTATGGATTCGATGTCGAATGATGAAGGGGCGACTCCACCTTCCGTTCGTGCCAAATCCAAACACTCCGCTTCACTTAAACAACATAAGTACATCGATTACACCCGGGCGCTGGACGCCACTCAGCTGTACCTCAACGAAATCGGCTTCTCACCATTGCTCTCCCCCGAGGAAGAAGTTCATTTTGCGCGCTTGTCGCAAAGTGGCGACCCGGCGGGTCGAAAACGCATGATTGAAAGCAACCTGCGCCTGGTGGTGAAAATCGCCCGACGCTACGTCAATCGTGGGCTTTCGCTGCTGGACCTGATCGAAGAGGGCAACCTGGGCCTGATTCGCGCCGTCGAGAAGTTCGACCCCGAGCGCGGCTTCCGTTTCTCGACCTATGCGACCTGGTGGATCCGCCAGACCATCGAACGGGCGATCATGAATCAGACCCGGACCATCCGGCTGCCGATCCACGTGGTCAAGGAGCTCAACGTCTACCTGCGAGCCGCCCGCGAGTTGACCCAGAAGCTCGATCACGAACCTTCACCCGAGGAAATCGCCAACCTGCTGGAAAAACCGGTGGGCGAGGTCAAGCGCATGCTCGGTCTCAACGAGCGGGTCTCATCGGTTGACGTTTCACTGGGGCCAGACTCGGACAAGACGCTGCTCGACACCCTTACCGACGATCGTCCGACCGATCCATGCGAGTTGCTCCAGGATGATGACTTGTCCCAAAGCATCGACCAATGGCTTTCGGAGCTCACGGACAAGCAACGGGAAGTGGTGATCCGCCGCTTCGGCTTGCGCGGTCATGAAAGCAGCACCCTTGAAGACGTGGGTCTGGAGATTGGTTTGACCCGTGAGCGGGTCAGGCAGATCCAGGTCGAAGGCCTCAAGCGCCTCCGGGAGATCCTGGAGAAGAACGGCCTGTCTAGCGAGTCGTTGTTCCAGTAA MALSKEVPEFDIDDEVLLMETGIAMDSMSNDEGATPPSVRAKSKHSASLKQHKYIDYTRALDATQLYLNEIGFSPLLSPEEEVHFARLSQSGDPAGRKRMIESNLRLVVKIARRYVNRGLSLLDLIEEGNLGLIRAVEKFDPERGFRFSTYATWWIRQTIERAIMNQTRTIRLPIHVVKELNVYLRAARELTQKLDHEPSPEEIANLLEKPVGEVKRMLGLNERVSSVDVSLGPDSDKTLLDTLTDDRPTDPCELLQDDDLSQSIDQWLSELTDKQREVVIRRFGLRGHESSTLEDVGLEIGLTRERVRQIQVEGLKRLREILEKNGLSSESLFQ PGPT0014685_391 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087 NA NA D1-35_00155 324 fdxA COG1146 Ferredoxin 1 ATGACCTTCGTCGTCACCGACAACTGCATCAAGTGCAAGTACACCGACTGCGTAGAAGTCTGTCCGGTGGACTGCTTTTACGAAGGCCCGAACTTCCTGGTCATTCATCCGGACGAGTGCATCGACTGCGCCCTGTGTGAACCGGAATGCCCGGCGAACGCCATTTTCTCGGAAGACGAAGTGCCGGCCGGTATGGAAAACTTCATCGAGCTGAACGCCGAACTGGCGGATATCTGGCCGAACATCACCGAGAAGAAAGACGCCCTGCCCGACGCCGAAGAATGGGATGGCAAGCCTGGCAAGATCGCAGACCTGGAACGCTGA MTFVVTDNCIKCKYTDCVEVCPVDCFYEGPNFLVIHPDECIDCALCEPECPANAIFSEDEVPAGMENFIELNAELADIWPNITEKKDALPDAEEWDGKPGKIADLER PGPT0030810_861 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524 D1-35_00156 2580 mutS COG0249 DNA mismatch repair protein MutS ATGAATACAGCCGTGAACGACCTGTCCTCCCACACGCCGATGATGCAGCAATACTGGCGCCTGAAGAACCAGCACCCCGATCAGCTGATGTTCTATCGCATGGGCGACTTCTACGAGATCTTCTACGAGGACGCGAAGAAGGCCGCCAAGCTGTTGGACATCACCCTGACGGCGCGTGGGCAATCGGCGGGCATGGCGATTCCGATGTGTGGGATTCCTTACCACGCGGCGGAAGGCTACCTGGCGAAACTGGTCAAGCTGGGCGAGTCCGTGGTGATTTGCGAACAAGTCGGCGATCCGGCCACCAGCAAGGGCCCGGTGGAGCGCCAGGTCGTGCGGATCATCACCCCGGGCACAGTCAGTGACGAGGCATTGCTGGATGAACGTCGGGACAACCTGATCGCCGCCGTCCTCGGCGACGAGCGCCTGTTCGGCCTGGCCGTGCTGGACATCACCAGCGGCAACTTCTCGGTATTGGAAATCAAGGGCTGGGAAAACCTGCTGGCGGAACTGGAGCGGGTCAATCCGGTGGAGTTGTTGATCCCGGATGACTGGCCCAAAGACCTGCCAGCGGAAAAACGCCGTGGCGTACGTCGCCGGGCGCCGTGGGATTTCGAGCGCGACTCGGCGTTGAAAAGCCTCTGCCAGCAGTTTTCCACCCAGGACCTCAAGGGCTTCGGCTGCGAGAACCTGACCCTGGCCATCGGCGCCGCCGGCTGCCTGCTGGCCTACGCCAAGGAAACCCAGCGCACCGCCCTGCCCCATCTGCGCAGCCTGCGTCACGAACGCCTGGATGACACGGTCGTGCTGGACGGCGCGAGCCGACGCAACCTGGAACTGGACACCAACCTGGCCGGTGGCCGCGATAACACCCTGCAATCGGTAGTCGATCGCTGCCAGACCGCCATGGGCAGCCGCCTGCTGACCCGCTGGCTGAACCGACCGCTGCGGGACCTGACGGTACTGCAAGCACGCCAGTCTTCCATTACTTGCCTGCTGGACCGGTATCGTTTCGAGCAGCTGCAACCGCAGCTCAAGGAAATCGGCGATATCGAGCGGATCCTCGCGCGGATCGGCCTGCGCAACGCCCGTCCTCGCGACCTGGCGCGCCTGCGCGACGCCCTCGGCGCGCTGCCCGAACTTCAGCTGGCGATGACCGACCTTGAAGCACCTCACCTGCAGCAGCTGGCGTGCACCACCAGCACCTACCCGGAACTGGCCGCGCTGCTGGAAAAAGCCATTATCGACAATCCGCCAGCGGTAATTCGGGACGGCGGCGTGCTGAAAACCGGTTACGACGCCGAACTCGACGAGCTGCAATCGCTGAGCGAAAACGCCGGCCAATTCCTGATCGACCTCGAAGCCCGGGAAAAGGCCCGTACCGGCCTTGCCAACCTCAAGGTCGGCTACAACCGCATCCATGGCTACTTCATCGAGCTGCCGAGCAAGCAGGCCGAGCAAGCCCCGGCCGATTACATTCGCCGCCAGACCCTCAAGGGCGCCGAGCGTTTCATCACGCCGGAACTCAAGGCTTTCGAAGACAAGGCCCTGTCAGCCAAGAGTCGTGCCCTCGCCCGGGAAAAGATGCTCTACGAAGCGCTGCTCGAAGACCTGATCAGCCAGCTCCCACCGTTGCAGGACACCGCCGCCGCCCTGGCGGAACTGGACGTGTTGAGTAACCTGGCCGAACGCGCGCTGAACCTGGACCTCAATTGCCCACGCTTCGTCAGCGAGCCGTGCATGCGCATCAGCCAGGGTCGTCACCCGGTGGTCGAGCAGGTATTGACCACGCCGTTCGTGGCCAACGACCTGAGCCTGGACGACAATACTCGCATGCTGGTGATCACCGGTCCGAACATGGGCGGTAAATCCACCTACATGCGCCAGACCGCGCTGATTGTGCTGCTGGCTCACATCGGCAGCTTCGTCCCGGCGGCCAGTTGCGAACTGTCCCTGGTGGACCGGATCTTCACCCGGATCGGCTCCAGCGATGACCTGGCCGGTGGGCGTTCGACCTTCATGGTGGAAATGAGCGAAACCGCGAACATCCTGCACAATGCCACCGAGCGCAGCCTGGTGCTGATGGACGAAGTCGGTCGCGGCACCAGCACCTTCGACGGCCTGTCCCTGGCCTGGGCGGCCGCTGAACGTCTGGCCCAGTTGCGCGCTTATACGCTGTTCGCCACGCACTATTTCGAATTGACGGTGTTGCCGGAGAGCCAGCCGCTGGTGGCCAACGTCCACCTCAACGCCACCGAGCACAACGAACGCATCGTGTTCCTTCACCACGTACTGCCCGGCCCGGCCAGCCAGAGCTACGGCCTGGCGGTGGCACAACTGGCCGGTGTGCCGAGCGACGTCATCACCCGCGCTCGCGAGCACCTCAGTCGCCTGGAGACCACCAGCTTGCCGCACGAGGTACCGCGCCCGACCAAAGGCAAACCGGCCGCGCCGCAGCAAAGCGACCTGTTCGCCAGCCTGCCGCATCCGGTGCTCGACGAACTGGCCAAGCTCGACCTCGACGACATGACCCCGCGCCGGGCGCTGGATTTACTCTATACATTGAAGACACGGGTCTAA MNTAVNDLSSHTPMMQQYWRLKNQHPDQLMFYRMGDFYEIFYEDAKKAAKLLDITLTARGQSAGMAIPMCGIPYHAAEGYLAKLVKLGESVVICEQVGDPATSKGPVERQVVRIITPGTVSDEALLDERRDNLIAAVLGDERLFGLAVLDITSGNFSVLEIKGWENLLAELERVNPVELLIPDDWPKDLPAEKRRGVRRRAPWDFERDSALKSLCQQFSTQDLKGFGCENLTLAIGAAGCLLAYAKETQRTALPHLRSLRHERLDDTVVLDGASRRNLELDTNLAGGRDNTLQSVVDRCQTAMGSRLLTRWLNRPLRDLTVLQARQSSITCLLDRYRFEQLQPQLKEIGDIERILARIGLRNARPRDLARLRDALGALPELQLAMTDLEAPHLQQLACTTSTYPELAALLEKAIIDNPPAVIRDGGVLKTGYDAELDELQSLSENAGQFLIDLEAREKARTGLANLKVGYNRIHGYFIELPSKQAEQAPADYIRRQTLKGAERFITPELKAFEDKALSAKSRALAREKMLYEALLEDLISQLPPLQDTAAALAELDVLSNLAERALNLDLNCPRFVSEPCMRISQGRHPVVEQVLTTPFVANDLSLDDNTRMLVITGPNMGGKSTYMRQTALIVLLAHIGSFVPAASCELSLVDRIFTRIGSSDDLAGGRSTFMVEMSETANILHNATERSLVLMDEVGRGTSTFDGLSLAWAAAERLAQLRAYTLFATHYFELTVLPESQPLVANVHLNATEHNERIVFLHHVLPGPASQSYGLAVAQLAGVPSDVITRAREHLSRLETTSLPHEVPRPTKGKPAAPQQSDLFASLPHPVLDELAKLDLDDMTPRRALDLLYTLKTRV NA NA NA NA NA D1-35_00157 168 hypothetical protein ATGATTTCGATCAAGCTGGGCTTGTCCAAAGGAACCAAAAGCACCTTTGCCGATTTTATTCGTAATGCTAAATCGGACCAAAAAAAACGTGTTTATAGCGAGGTTTTGACAGAGGCTACCAAGCAGCAAAACCTGGTGATGATGCAGGCCGAGGCGAAACGAGGCTGA MISIKLGLSKGTKSTFADFIRNAKSDQKKRVYSEVLTEATKQQNLVMMQAEAKRG NA NA NA NA NA D1-35_00158 759 hypothetical protein ATGACGGAGAATGCCGATACACGCAGCCGGCTACTGGCCTCAGCAGACCAAGCCGTCCATGAAGACGCATTGCGCTTCGCTCGGTCCAATAAAAAAGCAATCGCGAAGCGACTGACAGATAAGGCTCTTTATCCGCCAGAGGAAGCGCCCGTGTCAGTTTTTATGGCAGGCTCTCCGGGCGCCGGTAAAACCGAGGCATCAATAGCGTTGGTGAATCTGTTCGCAGATTCAGCGATCCTACGCATAGACGCAGATGAGCTACGAAGCGAGTTTCCAGCTTACGCTGGAGCAAACTCCTGGCTTTTTCAGGGAGGAGTTTCGATTCTGGTCGATAAAATGTTGGATTTCGCATTGGATCAAAGGCAGTCCTTCATCCTTGATGGAACGTTTTCCAACATAGACGTAGCAAGACGAAACGTAGATCGCTCCTTGAGAAAAGGCCGATTCGTACAAATTCTTTATGTATATCAGTCGCCTGTACTCGCCTGGGGATTCGTTAATGCTCGCGAGGCGGCCGAAGGCAGGAGGATCCGCAAAGAACATTTCATCAAGCAATATTTCGCCGCACGTGACGTAGTGAACGCGCTTAAGCTAGAGTATCGCGGCGATGTCCATGTGGACCTGTTACTCAAACATATCGACAATTCGGGACGACTTTACAAAGCTGGTGTCGATAAAATTGACTACCATATCCCTGAGCAACACACGCGGGCCGACCTAGAGGCCATGCTCGAGCCACCATCAGGAGGGCACCTATGA MTENADTRSRLLASADQAVHEDALRFARSNKKAIAKRLTDKALYPPEEAPVSVFMAGSPGAGKTEASIALVNLFADSAILRIDADELRSEFPAYAGANSWLFQGGVSILVDKMLDFALDQRQSFILDGTFSNIDVARRNVDRSLRKGRFVQILYVYQSPVLAWGFVNAREAAEGRRIRKEHFIKQYFAARDVVNALKLEYRGDVHVDLLLKHIDNSGRLYKAGVDKIDYHIPEQHTRADLEAMLEPPSGGHL PGPT0027620_106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-PezT-PezA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027620-toxin_pezT|Zeta_toxin-K16214 NA NA D1-35_00159 276 hypothetical protein ATGTCCAAACAGATACCAAATCCCCTCGAAGATAACCTCAAGCCGAAAGCCGACGAGGAAAGATCCGATACCCTCTACCTTATTGCTCCCAACATCGACACCGAATGCCTGCTCGCCAACCTCAGCGAAACCCTGGCCTCGGCCAACGCCATGGTCAGCGATCTCGCGTTTGACCTGGAAGGCTCGCGACGACATATCGCCCTAGGGATCCTCCAGATGATCGAGCTGAGCCAGTTGCTGGCGAATCGGGCATTGGATGTGGTGGATCCCAGATAA MSKQIPNPLEDNLKPKADEERSDTLYLIAPNIDTECLLANLSETLASANAMVSDLAFDLEGSRRHIALGILQMIELSQLLANRALDVVDPR NA NA NA NA NA D1-35_00161 735 prtR_1 COG2932 HTH-type transcriptional regulator PrtR ATGCAAAAACGCAACGTTTCTACCGTATTAAGAGCATTGCTCGATCAGCACGGGATCTCCCCCACGGAGCTTCACCGGCGTACCGGCGTGCCTCAGTCCACCCTCTCGCGGATCCTCAGCGGCAAGATCGTCGACCCTTCGGATAAACACATCTCGAAGATCGCCGAATATTTCGCCGTGAGCACCGACCAGTTGCGTGGGCGGGTCGACGTTGCGCCTGCCGGCAACAGCCGCCGCGAAGAGCCACATTCCGAACTCAAGGACATAAGCCTGTGGGACGATGACACGCCCGTCGAGGAAGACGAGGTGTCCGTTCCTTTTCTGCGTGAGGTTGAATTGGCTGCTGGATCAGGAAGATTCGTCATCGAGGAAAGCGAGCGCTCAAGCCTGCGTTTCGGCAAGCGCAGCCTGCGCCATAACGGCGTGCAGTTCGACCAGGCCAAGTGCGTGACGGTGCGTGGCAACAGCATGTTGCCGGTGCTGCGCGACGGCGCCACGGTCGGGGTGAACGCGGGCAAATGCGGGATCGGCGACATCGTCGACGGTGACCTCTACGCCATCAATCACAACGGCCAACTGCGGGTGAAGCAGCTATATCGCCTGCCCACCGGCATTCGCCTGCGCAGCTTCAACCGCGATGAGCATCCGGACGAGGACTACACCTTCCAGGAAATGCAGGACGAGCAGATCGTCATCCTCGGTCACGTCTTCTGGTGGGGCATGTACGCCCGTTAA MQKRNVSTVLRALLDQHGISPTELHRRTGVPQSTLSRILSGKIVDPSDKHISKIAEYFAVSTDQLRGRVDVAPAGNSRREEPHSELKDISLWDDDTPVEEDEVSVPFLREVELAAGSGRFVIEESERSSLRFGKRSLRHNGVQFDQAKCVTVRGNSMLPVLRDGATVGVNAGKCGIGDIVDGDLYAINHNGQLRVKQLYRLPTGIRLRSFNRDEHPDEDYTFQEMQDEQIVILGHVFWWGMYAR NA NA NA NA NA D1-35_00162 171 hypothetical protein ATGCTGAAGGATTTCAGATGCGGTCACTGCAAAAGACTTCTGGCCCGCATGGGCGAGAACACCGAACTCCAGATCAAGTGTCCCCGTTGCGGGACATTGAATCATGTGAAGGCCGTTGAGCCTCGAGTGAACGCCGGCGAGCAATGTATCAACCGTGCAATCAATCACTAA MLKDFRCGHCKRLLARMGENTELQIKCPRCGTLNHVKAVEPRVNAGEQCINRAINH NA NA NA NA NA D1-35_00163 582 hypothetical protein ATGAATCGTTTCAAGAAATACGCTACCCCGCTGATGCTCTGCGGCGTCCTGTTCGGTGTCGGAGGCAACGCTGTTGCTGCCAACCTTCTGGTCAACGGTAGCTTCGAACAGCCAGGCTGCAGCGCAAGTTGCATATTGAATACTCCAGCGCAAGCCAACTTCATTACGGGTTGGACGACGTTCCTGTCTGGAGCCGAGTATTTCAACCTGCCCGCTTCGATTGGCGGTTCCCTGGCGGCGGATGGCGTCGTAATTGTCGACTTGGCTAACTATATCTATAGCAACGGCGGCGGCATTCAGCAGAACTTTGCAACCTCCGTTGGCGCCAAGTACCGCTTGACCTTCAGCGCAGGTAATTCGCGTTACGCAAGTCGTTCCGGTGAAGGTGTTATCCAAATAAAAGTGGCGGGCCAAAGTGTCACTTTCAACACCCCTTCAGCAAAAGGTAGAGCTGTTGAGTGGAGCACCATTACGTATGACTTCATCGCGACCTCGCCTCAGACAACCCTGGCTTTTTCCAATGAGCAGAATCCGTATGCCAACTATGCCTTTATCGACAACGTAATCGTTGAGCGACTGTAG MNRFKKYATPLMLCGVLFGVGGNAVAANLLVNGSFEQPGCSASCILNTPAQANFITGWTTFLSGAEYFNLPASIGGSLAADGVVIVDLANYIYSNGGGIQQNFATSVGAKYRLTFSAGNSRYASRSGEGVIQIKVAGQSVTFNTPSAKGRAVEWSTITYDFIATSPQTTLAFSNEQNPYANYAFIDNVIVERL NA NA NA NA NA D1-35_00164 351 hypothetical protein ATGACAAACGAGCAACAAGCGTTGCTGGACATGCCGATCTGGCTGGTCATCGTGCTCGCCCTGGTGGGCGGGGTGACTGGCGAGATGTGGCGTGCCGACAAGGAGGGCGCCCGTGGCTGGTCACTGCTGCGGCGCCTGGCCCTGCGCTCCGGCGCCTGCATGATCTGTGGCGTCTCGGCGATCATGCTGTTGTACGCCATGGGCCTGTCGATCTGGGCCGCCGGTGCCTTCGGTTGCCTGACCGCGATGGCCGGGGCTGACGTGGCCATCGGGCTTTACGAGCGTTGGGCCGCCAAGCGGATTGGCATCAGTGAGCTACCGCCGCGTGATTCCCGTTCCGACCCACATTGA MTNEQQALLDMPIWLVIVLALVGGVTGEMWRADKEGARGWSLLRRLALRSGACMICGVSAIMLLYAMGLSIWAAGAFGCLTAMAGADVAIGLYERWAAKRIGISELPPRDSRSDPH NA NA NA NA NA D1-35_00165 513 hypothetical protein ATGCCTGCCGTCCTCGAAAAACCTTCGCAGCTGTTGACCGCCATTGCCGAAACGTTGCGAACTGCCATGCCTGGCTTGAACGTCGGGAGCCTCCAGGATTTCAACGACATTGGCGACCCGCCCTGGGTGTTGCTCGCCATCGAGCGTGATGCGGTGGGCCAGCGTTCCAGCGAAGGGCGAATCGCCCATGCCCTGACGGTTTCCCTGCAAGTCGTGTCGTCTGGAACGGCGTCGACAGCGTGCGACCTGGGCTGCGAACTGAAGCAGCGTGTCGTCGACAACCGCTGGAATCTGCCGGGTGATCAATGCGACCCGCCCACGTACATCGATGGCGTCGCGTCGGCCTTTGGGAGCGAAACCCGCGCGTACGCCGCCTGGACCCTTTCATTCACACAGACGCTGTACCTCGGCCCGACATTACTGGAGGACCCGCTGGGTATTCCGAAATTCGCCCGTACCTGGGAAGTCTCGGACATCGACGACCCGGACCAATACACCGCACTCGAGGGCTGA MPAVLEKPSQLLTAIAETLRTAMPGLNVGSLQDFNDIGDPPWVLLAIERDAVGQRSSEGRIAHALTVSLQVVSSGTASTACDLGCELKQRVVDNRWNLPGDQCDPPTYIDGVASAFGSETRAYAAWTLSFTQTLYLGPTLLEDPLGIPKFARTWEVSDIDDPDQYTALEG NA NA NA NA NA D1-35_00166 612 hypothetical protein ATGTTTGATGCGCTGTTACAGATGCATCTGGCGCCGATCATCGAGCGTCTGGCGCAGATGGAAACCGAGTTTGAGGACCTGCATCGGCGTGCAGAGAGTTTTTGCCGCATCGGCGTTTGCCAGGAAGTCGATGCGGCCAGCAACACTTGCAAGGTCAGTCACGGCGGGCTGGTGACGCCGGCGATCCGCTTTTTCAACCCGAGCGCCGGCGCCCAGAGCGAGTCGCGGATTCCGTCCGTGGGCGAGCAATGCCTGCTGTTCAACCATGGCGGCGGCGACAGCGGCGGACAGACGGTGGCGTTGTTCGGCCTTAACGGCGGCCAGTTTCCACCCGTCTCGACCCACGCCTCGCTGACGCGTCGCCTCTATCAGGACGGCACGGAAAACGGCTACGACCACGCCAGTCATGTCCTGCATTGGGAAAACGGCCCGGCGACGTTCAGCGGTTCCCGTGAATCGCTCCAGTTGAGCATTGGCCCGGCGCGATTGGCGATGACACCCCAGGCCATCGAGTTGCAGCTGGGCGCCGGCGGTTTGCGTATCGACGCGACAGGCGTGCATTTCAGCGGCCCGCTGGTGGATCACCAGGGACGCGTAATCAGTACCGCATAA MFDALLQMHLAPIIERLAQMETEFEDLHRRAESFCRIGVCQEVDAASNTCKVSHGGLVTPAIRFFNPSAGAQSESRIPSVGEQCLLFNHGGGDSGGQTVALFGLNGGQFPPVSTHASLTRRLYQDGTENGYDHASHVLHWENGPATFSGSRESLQLSIGPARLAMTPQAIELQLGAGGLRIDATGVHFSGPLVDHQGRVISTA NA NA NA NA NA D1-35_00167 333 hypothetical protein ATGATTGGAATCGATCGCAACACCGGCGCGACGGTCGACGACTGGCTGCAATTCGTGCAGCGCGCCACCCGGGCGTTGACCACCCCGTTGGGTACCCGTCAGAAGCGCCCCCTGTACGGCAGCGCCTTGACCGAGCTGCTCGGGCAAAACCTCGGTGACGACCTGCTGCTACTCGCCCAAAGCCACGCAGCGCAGGCGTTCTACAACCCGCACAACGGCATCGACGATTTCGAGCCGCAAGTCATCGTCGCCAATCGACAGGGGGCTGGTTTGCTGTTGCGCTTCGCCGGCACCTGGAAAAACCGCAAACAGACCTTCGAGGTGGTGACATGA MIGIDRNTGATVDDWLQFVQRATRALTTPLGTRQKRPLYGSALTELLGQNLGDDLLLLAQSHAAQAFYNPHNGIDDFEPQVIVANRQGAGLLLRFAGTWKNRKQTFEVVT NA NA NA NA NA D1-35_00168 996 hypothetical protein ATGAGCATGCTGATTCCCGGCCAGAACCAACTGGCCGAACCGGCTATCGTTACCGTCGAAGCGTTCGAGGACCTGCTCGCCGAGTTCAAGACCTTCGTGGTTGAGTACGTTGCCGCGCGCTCTCCCGCAAGCGCCGCGAGGCTGGTCGACAGTCTCGAAAACGAAAGTGAGTTGCTGACCCTTGCCCTTGAGGCATTCTGCGTCCGGCTGCAAACCCACGAACGCAAATACAACGCCCGCATCAAGCAGATGCTGGCGTGGTGGGCCACGGGCAGCAATCTCGATGCTCGCCTCGCGGACATGGGGCTTGAACGTCAATTGCTCGACCCGGGCGACCCCGCGGCATTCCCGCCCATCGCTCCGGTCTACGAGAGCGACGAGGACGCCCGGTTGCGCTATTACCTGGCGCCCCACGCCCCGGCAGCCGGTTCCCGCATGCAGTATCGGCGGGAGATTTTCACCCTGGGGCAACGTCCCGTCGTGAAAGTTGAAAGCGCCTCGGCGGGGCTGGTGACAGTCAGCTACACCTTCGACCCGGATAGCCATGCAGCCCAGATCAAGGACGGCAACGGACGCCGTACGGCACCCGGCGAAGTCACGGTCACGGTGCTGTCCCGAGCGGGCGACGGCACGCCGTCCGAGGCGCTGCTCGCCGGCGTGCGCGAGCATTTCGCCCGGCCCGATGTGCGACCGGAAACGGACCGGGTCATCGTCCAGCCCGCGCAGATCAAGAACTACAGAATCCGCGTCGTGGCAAAGATCAACCCCGGTCCGGATTCAGGCCTGACCCAGGCTGCCGCACAGCAGCAGTTGCGCGAATACGCCGAGGCCTGTCATCGCCTGGAAGGCCGCGTGGATCCGAGCTGGATCGACTACACGCTGCACAGCGCCGGCGCGGTCCAGCTTGAAATTCTCGAACCGCTGGAGCCGATTGTCACGACGGCTTTCCAGGCCCCGTATTGCACGGGCGTCGAGGTTGAGGTGGATACGTTATGA MSMLIPGQNQLAEPAIVTVEAFEDLLAEFKTFVVEYVAARSPASAARLVDSLENESELLTLALEAFCVRLQTHERKYNARIKQMLAWWATGSNLDARLADMGLERQLLDPGDPAAFPPIAPVYESDEDARLRYYLAPHAPAAGSRMQYRREIFTLGQRPVVKVESASAGLVTVSYTFDPDSHAAQIKDGNGRRTAPGEVTVTVLSRAGDGTPSEALLAGVREHFARPDVRPETDRVIVQPAQIKNYRIRVVAKINPGPDSGLTQAAAQQQLREYAEACHRLEGRVDPSWIDYTLHSAGAVQLEILEPLEPIVTTAFQAPYCTGVEVEVDTL NA NA NA NA NA D1-35_00169 645 hypothetical protein ATGAGTGACGACACACATCGCCCAAGCCTGCTGCCGGTCAACAGCTCACCGCTGGAGAAGGCACTTGATCTCGGCTTCGCCCGGTTGCTCGAACGCATCGATCCACCGTTTCCCGAGCTGATGAATCCGCGCGGAACGCCTTTGACGTTCCTGCCGTATCTGGCGGCGGATCGTGGAGTCAGTGAATGGGACGCGGCAGCCAATGATCTGGAAAAGCGCTTGACCGTTTCGTTGTCCTGGCAGATCCAGCGTCAGGCCGGCACGCGTCAGGCGCTGAATCATGCCGTCGAATCTATGGGGTTCACACCCAAGGTCACCGCTTGGTATGAGCAACAACCGCTTGCTCAGCCCTACACCTTTGATGTGCAAGCGGTCATCGGTCGCAGTTGGTCCAGTGGCGATCACAATCGCTTGATACGGCGAATCAATGCCGCCAAGAGCGAGCGTGACCAGGCCACCATCACGCTTGTACATCAAACGAACGGCAGCCTGGCGCTGGCATCAGTCGCAGACGGAGCCTTGAGCGAAGGGGAACTGTTCCTGGACGGAGCGCTGCCATCAATTGACCTTGATGCGTGCCTTATCAGTACCGGTTTTTTTCAACCCTACACCATTAACGATTACGACCTCAGGGCGCAGCCATGA MSDDTHRPSLLPVNSSPLEKALDLGFARLLERIDPPFPELMNPRGTPLTFLPYLAADRGVSEWDAAANDLEKRLTVSLSWQIQRQAGTRQALNHAVESMGFTPKVTAWYEQQPLAQPYTFDVQAVIGRSWSSGDHNRLIRRINAAKSERDQATITLVHQTNGSLALASVADGALSEGELFLDGALPSIDLDACLISTGFFQPYTINDYDLRAQP NA NA NA NA NA D1-35_00170 531 hypothetical protein ATGACAGAAGACATTACGCGCTTGGTTCGCTTCACTTCCGCCGGCTTGGCCGAAGTGTTGCAGGCAAAGAACCAAGGCTTGAAAGGTGAGATCACTCACATCGGTGCCGGCACCGCTCGCTACGATCCCAGCGGATCGGAAACGGCGCTTCGCAATGAGCGGCAGCGTGTGCCAATCGTGGATTACGAGGACCTTGATCCAGGGCAGCTGAGAATGGCCGCTTTGTTTGAGGGGGCGGATGAATATGAGATTGGCGAGTTCGGTTTCTATCTTTCTACCGGCACGTTGCTAGCGGTGTATTCGGTGGCTGGAAAGTTGCTGACCTACAAAGCGGCGGCCGCGCGAGTATTGCAAAAGTTCACGCTGGATATTTCACCATTGCCGGCGCAAAGCGTCACGGTGGTGGTCGGGTCCGACAACCTGAACATTCTATTGAGTGAAGAAATCGCCACGTTGGCTACCGCCAATATCGACAATATGGCGCGGCACGTTGGCCTGATGTTTCGAGTGATGGCGCTCGAAGCTAAATAA MTEDITRLVRFTSAGLAEVLQAKNQGLKGEITHIGAGTARYDPSGSETALRNERQRVPIVDYEDLDPGQLRMAALFEGADEYEIGEFGFYLSTGTLLAVYSVAGKLLTYKAAAARVLQKFTLDISPLPAQSVTVVVGSDNLNILLSEEIATLATANIDNMARHVGLMFRVMALEAK NA NA NA NA NA D1-35_00171 621 hypothetical protein GTGAGCCTGGAAACCACTATCGCGTCGCTGGTATCAGCGGCCAATAACTTGACCACGGCGGTCAATGGAAAGATCGGCAGTATCAACAGTACCATGGCCACCGCACTGGAGCAGTTTAATGAATGGAGGAGTCTCAAGGACGTTGAAGGCGATCCAGCAGCGCTGGGGACGATTCGTCGTAATCTGCTGCAAGGTTTTGTCTCAGGTACCGGAGGTGTACAGGGGGTGGGCGCGCAAGGTGATTTTGTGCTAACCGACTTGGGTACCAGCGCAAACGTCTATATACATTTCAAAGTTCCGCTGAACATCAATGTGAACTCGGAAATGTTCTGGTTCAACATAAAAGGTTACAGTTACGGCACTGCGAAAATCATCGAAGAAACGCTGGTCGGCTATTGCTATCAACCCACTCGTACCCTGCAGAATGTTGCCACGTTTGGCAACATGACACCTGCTTGTTACGTTGATACGAACGGTAATGTTGTGATGCGTATTCTGATTCCGAGTATTTATTACACCACTATACGTATCGACACCATGCGTGTAGGAAACGGCCGTTTGTTTAAACTCGGTGATTTGAAAACAAAACTATCGCTGGCTGAAACAGTGGTTTTTAGTTAA MSLETTIASLVSAANNLTTAVNGKIGSINSTMATALEQFNEWRSLKDVEGDPAALGTIRRNLLQGFVSGTGGVQGVGAQGDFVLTDLGTSANVYIHFKVPLNINVNSEMFWFNIKGYSYGTAKIIEETLVGYCYQPTRTLQNVATFGNMTPACYVDTNGNVVMRILIPSIYYTTIRIDTMRVGNGRLFKLGDLKTKLSLAETVVFS NA NA NA NA NA D1-35_00172 258 hypothetical protein ATGTCTGATTTCCCTGAAGATAACAACGCAGAATTTGCGCTCGCTGTGCCTTCGCCTGACATCGAATGGGCTGCAGTTCGTACCCGTCGCGATCAGCTTCTGCGAGCGACTGACTTTACCCAACTACCGGATTACCCGGCCACTGCTGTCCAGTTAGCCCAGGTCACCGCCTACCGTAAGGCGTTGCGGGATATTCCTGAAACGGTGGAACATCCTGACCAATTAGTGTGGCCTGAGCCGCCAACATTTGTGAAGTAA MSDFPEDNNAEFALAVPSPDIEWAAVRTRRDQLLRATDFTQLPDYPATAVQLAQVTAYRKALRDIPETVEHPDQLVWPEPPTFVK NA NA NA NA NA D1-35_00173 210 hypothetical protein ATGTCTATCCGCCAAACCTACACCGTGCTCCTCCCATTTCCTACCGGTGGCGGCCACTGGTCGAGCGTCGGCCAGCAGCTCGACTTGCTCGACGTCGAGGCCAGTGCCTTGCGTAGCGCCGGTCGCCTGGAACTGAAAAAAACCGAAGCCGTCGAGTCGGCTTCCACATCGACCCCGGCCAAAAAGGCCGCCACCAAAAAGGCTGAATAA MSIRQTYTVLLPFPTGGGHWSSVGQQLDLLDVEASALRSAGRLELKKTEAVESASTSTPAKKAATKKAE NA NA NA NA NA D1-35_00174 1167 gpFI_1 Putative prophage major tail sheath protein ATGGCTGAGGTTTTGAACTTCGAGCACAACGGCATCACCGTCAATGCCACTGAATCTCCCGAGGCCATGGGTGGCCTGGGGGACAACGTCATCGGGCTGGTCGGCACCGCGCCGAATGCCAACGCGCTGATTCCGAAAAACACCCCGTTTCGCATCAACAGCTTCACCACCCAGGCCCAGTTGGACCCCACCGGTGCCGAGGCGGGGACGTTGTTCCACGCGGTCTACCAGATCCTCAAAGTGGTCAAGGTACCGGTGTATGTGGTTATCGTCGAAGAGGGCGCGACCCTGGCCGACACGCAGAACAATGTGATTGGCGGCATCGAGGCGCAGACCGGACGCAAGTTGGGTCTGGCGGCGTTGAGTGGCGTCGCTGAGGACCTGACCATCATCGGCGCGCCTGGCTTCACCGGCACCAAGGCGGTGGCGAGCGAGTTCGCCTCGTTCGGCAAGCGCATCAAGGCCCGTGTGGTGCTCGACGGCAAAGACGCCTCGGTCGCCGATCAAGTGGCCTACAGCCAGGAGCTGGGCGGCGCCGACCTCGGTTTCGACCGTTGCCTGGTGGTGCACAACATGCCGGCTGTGTACTCCAAGGCGGCGAAGAAAAACGTCTTCCTCGCGCCGTCAAGCCTGGCGATTGCCGCGCTCGCCAAGGTCAAGCAATGGGAGAGCCCGGGTAATCAGGTGACCTACGCCGAAGACGTTTCCCGCACCGTGGAATACAACATCCTCGACACCTCCACCGAAGGCGATCTGCTCAACCGCTACGGCGTCAGCTACTACGCCCGCACCATCCTCGGCGGCTTCTCGCTGCTGGGCAACCGCTCCATCACCGGCAAGTTCATCAGCTACGTCGGCCTGGAAGATGCCATCAGCCGCAAGCTGGTGAAAGCCGGCCAGAAAGCCATGGCGAAGAACCTGACCAAGTCGTTCATGGACCAGGAGGTCAAACGCATCAACGACTGGCTGCAAACCCTGGTCGCCGACGAAACCATTCCCGGCGGCAGCGTGTACCTGCACCCGGAATTGAACAGCGTCGAGAAGTACAAGAACGGCACCTGGTACGTGGTCATCGACTATGGCCGCTACGCGCCGAACGAACACATGATTTATCAACTCAACGCCCGCGATGAAATCATCGAGCAGTTCCTGGAGGATGTTCTCTAA MAEVLNFEHNGITVNATESPEAMGGLGDNVIGLVGTAPNANALIPKNTPFRINSFTTQAQLDPTGAEAGTLFHAVYQILKVVKVPVYVVIVEEGATLADTQNNVIGGIEAQTGRKLGLAALSGVAEDLTIIGAPGFTGTKAVASEFASFGKRIKARVVLDGKDASVADQVAYSQELGGADLGFDRCLVVHNMPAVYSKAAKKNVFLAPSSLAIAALAKVKQWESPGNQVTYAEDVSRTVEYNILDTSTEGDLLNRYGVSYYARTILGGFSLLGNRSITGKFISYVGLEDAISRKLVKAGQKAMAKNLTKSFMDQEVKRINDWLQTLVADETIPGGSVYLHPELNSVEKYKNGTWYVVIDYGRYAPNEHMIYQLNARDEIIEQFLEDVL NA NA NA NA NA D1-35_00175 507 hypothetical protein ATGTTTACCAACCGCGTAAGACAGGCCATTGCGGCCACCCTGCAGGGCCTGCCGTTGTCGGCGACCGTGGAAGAATTCACGCCGCCAAAAATCGAATTCGAAATGGAAGAAATGCGCGGCGGGCGTTTCATCGGCGAGGAGATGGCCAAGAGCGGCAAGGCGCTGACGGCCAAACTGGTGCTGCAAGGTGTCGGTCCGGAAATCATGCTGGCGCTGGGCGTAAGCGTCGGTGACGACATCCTGCTGAACGTGCGCGAGGCCGGTCAGGATCAGGACGGCAACACATGGTTCACCTACCACACGGTGGGCGGCAAGCTGAAATCCCTCGACGAAGCCGCCCTGAAGATGAACGACAAACCCACCACCACTCTCGAGCTGGCCTGCCGCACCTATAACCGCCTGGAAAACGGCATCCCAGTGATCGACATTGACGTGCGCACCCAGAAGTTCGTGCTCAACGGCGTCGACATTCTTGGCGATGCGCGTCGCGCGGTGTTGCTGCCTTAA MFTNRVRQAIAATLQGLPLSATVEEFTPPKIEFEMEEMRGGRFIGEEMAKSGKALTAKLVLQGVGPEIMLALGVSVGDDILLNVREAGQDQDGNTWFTYHTVGGKLKSLDEAALKMNDKPTTTLELACRTYNRLENGIPVIDIDVRTQKFVLNGVDILGDARRAVLLP NA NA NA NA NA D1-35_00176 576 hypothetical protein ATGTCCTGGATGCCTCCTACCCATGAGCTGCTGTCACCGATCACCGCTGACGACGGTTCGCAGATCGAGCAGTTGCAACTCAAACCGTTGTACTACGCCGCGCAAAAAGACGCCCTGGCCCGTGCCGGCGATGATGAAGACGACCAGTTCTTCGAGCTGGCCAAACTGGCGACCGGCCTGTCGGCCAAGGAGCTGGACCAGCTCAAGCGCCCGGACTACGTGAGCATTGCGCAATACGTGCATGAAATGTCCACGCGCCCGGCATCCCACTTTCTGGATCAGACCGAGGGAGCCCCAGGTGATCCCGACCAGGTGCAATTGCTGCAACCGATCGATGTGGCGGGCCGCAGCCTGACCTCGCTGACCCTGGAAATGCCGGTGCTGCGGGCCACCAAGGCGATGAAAAAACTGAAGACGGCCAAGGAACGCGCCGAGTTCATCACGGCCCATTGCACCGGGCTGATGCTGCCGAACCTGGCCTCGCTGAGCGTGCCTGACTGGACGCAACTTCAGGTACGCATCGACGATTTTTTAAACAAACCGGCGGACTTCTTTCGGAGCGCGACATCGAGGTGA MSWMPPTHELLSPITADDGSQIEQLQLKPLYYAAQKDALARAGDDEDDQFFELAKLATGLSAKELDQLKRPDYVSIAQYVHEMSTRPASHFLDQTEGAPGDPDQVQLLQPIDVAGRSLTSLTLEMPVLRATKAMKKLKTAKERAEFITAHCTGLMLPNLASLSVPDWTQLQVRIDDFLNKPADFFRSATSR NA NA NA NA NA D1-35_00177 126 hypothetical protein GTGATCCTCGATGTGGTGCCGCTCATTTACCCGGTAAGTGAAGCGGAGATCCTGGAGTGGGACGCCGGCAAGGCCTTGCGCCGATACGACATCGCGATCGCTCGCCTTGGCGTGAAACAGGAGTAG MILDVVPLIYPVSEAEILEWDAGKALRRYDIAIARLGVKQE NA NA NA NA NA D1-35_00178 2160 hypothetical protein ATGGCGGACGATAGATATTCGCTCAGATATGCAGCCTTCGATGGGAGTGGGTTGGCGGTCCCCAATGCCAGCGCCAAGAACAGTGTGATCCTTTCCGCTGGGGACCAGCTGCCCGGACTCGATCAGGCGCTGGAAAACCTCGGGCTCAAGCTCGGCTTGCTGACTACGGCAATCGAGTCGTTGACCCTGAAACTCTCGGCACAGCGCGCGTTGTTTCAGGTTATGGGCGCCAGTGCCAAGGGGGATTCAGCCAAAGAGCCAAAAGCGAAGTCGGGTCGTGGAATCGAACCACCGGAACTGCTCAAACCGGCGATAGCAATGGATTCGGCCATGGCCGATCTGAAGCAGGCCGGCCAGTTCACGCCGCGGCAGATCCAGCAGATGGCTGAGCCAACCCAGCGTATCGCCAGCGCGCCATTGGTGGCGGCTGGCGGCACAACAGCGGTTGAGTTGGTGAGAATCGAAGGCCTGGCTGCCAGGGCAGGCATCGGCAGTGATCTGCCCGATGCCTCGGACCGACAATCGGCGCTGTTGCGCTTTGCCAGCGATGCGGGTGTCACCGCATCGACGTTCAAGATGCCAGCCGTGGAAGCCGCCGAGATGCTGCTTGGTTGGCGCACCGCCATGAAGCTCAGCGCCGAGAAAGCCTTTGACCTGGCGGACGCAACCAACCACCTCGGCAAGATTCCCGGCGGTGCGAAAGCGAGCGAGATCGGCACGGTGTTGCAGCGTGACGGTGCGGCCGCGACCTCGGCCGGCCTGCAACCTGCACAGGCCGCTGCGTTGACGGCGGCGTTGCTCAACACCGGTACGCAACAAGCTGAAGCCGGCGCAGCGTTGGCTGGTTTCACGATGGCCTTGGGCAAGGGCAATCAGGCCTCGGCGACCGAGCAAGCGGCCTGGACGCAACTCGGGCTTGATCCCAAGGAAGTCGCGAGTGGGTTGCGTGACAAGGACACCGCGCCGGGGACAGTGATGTCGGTGCTGGCGGCGTTGAACGCGCAGCCGGCGGAAAAACGCTCGGACCTTGCCTCTTCGCTGTTTGGCACGCGGGATGAGGCGGTGCTGCGGATGGCGCAGAAACTGACCGACGTGAATGACGCGTTCTTGCAGGTGAAAGACCCGGCCCAGTACGCCACCTTGCAATTGGGCGACAAGGGCTCGGTGCGGCAGGACGCGTTGGCGTTGGCGAATACCCGGCAAGGTCGGTGGAACGTCTTCAACGCCAGCAATGAGCGTTTGACACTGGCCACGGGCAATGCGGTAGCGCCCGTGGCGGACAGCTCGCTGCAATGGCTGGGTTCGCTGAACGATGGCATGAGTGAGTTGGCCGAGACTTCACCTAAGACCACAGCTGCCATTGTGCTGGTGGGCGCGGCGCTCAAGCCGCTGGTGGGGGCGCTGCTCAAAGCCATCGCGGATGAAATGAGCAATCAAGCGGCCAAACGCGTATTGGGCGGCGTGGCGAAGCGTCTTCCCAGGCGCGTGGGAGAAGTGTTCTCTGAAGACTTCAGAAACGACAATCGTAACGCCAGGCCGGATATCAAGGGCGTCAGCCGGCTCGGACCGGCGAGCGTTGCCAAGGCCGAAGCGGGAGTGACCGTCAACGGTTCCCTTCGCAGCATGGGTGCTTCGTTGCGCCCGTTCAGCCGTTTTGTTCCGGGAGCTGTCGCGTTAAGTGCAGCCCCTGAAGTGCTGGAAGGGGCGCTGAGCGGCGACGCTCGCAAGGTTGGCGCTGGCCTGGGCGCCGCTGGCGGCGGCTGGGCGGGAGCATCGGCAGGCGCCAGCGCGGGCGCGACGATTGGCACGTTCTTCGGTCCGGGTATCGGCACCGCTATTGGCGGAGCACTCGGCGCAATTGTCGGCGGTCTGGCGGGAAGCTGGCTCGGCGGTGAGTCGGGCTCCTGGTTGGGCGAAAAACTCGCCTCGCCCGTCGATAAGCTCGCCGCTCCCGAGCAGGTCAGCAAAGACCTGAGCGGCACCCCGGCGACCGGCCAGCAAAACAACCTGACCGCGAACATCTACATCAATGGCCAGGATCAGGCCAGTGCCGCCCAGTTGGCGAACCTGGTTGTGCAACAGATCACTAGCCAATTCCAACTCATGCCCAACTCGCTTGCCATGCGCAGTGACGCGGCCCTGACCGACGGAGTGACCTGA MADDRYSLRYAAFDGSGLAVPNASAKNSVILSAGDQLPGLDQALENLGLKLGLLTTAIESLTLKLSAQRALFQVMGASAKGDSAKEPKAKSGRGIEPPELLKPAIAMDSAMADLKQAGQFTPRQIQQMAEPTQRIASAPLVAAGGTTAVELVRIEGLAARAGIGSDLPDASDRQSALLRFASDAGVTASTFKMPAVEAAEMLLGWRTAMKLSAEKAFDLADATNHLGKIPGGAKASEIGTVLQRDGAAATSAGLQPAQAAALTAALLNTGTQQAEAGAALAGFTMALGKGNQASATEQAAWTQLGLDPKEVASGLRDKDTAPGTVMSVLAALNAQPAEKRSDLASSLFGTRDEAVLRMAQKLTDVNDAFLQVKDPAQYATLQLGDKGSVRQDALALANTRQGRWNVFNASNERLTLATGNAVAPVADSSLQWLGSLNDGMSELAETSPKTTAAIVLVGAALKPLVGALLKAIADEMSNQAAKRVLGGVAKRLPRRVGEVFSEDFRNDNRNARPDIKGVSRLGPASVAKAEAGVTVNGSLRSMGASLRPFSRFVPGAVALSAAPEVLEGALSGDARKVGAGLGAAGGGWAGASAGASAGATIGTFFGPGIGTAIGGALGAIVGGLAGSWLGGESGSWLGEKLASPVDKLAAPEQVSKDLSGTPATGQQNNLTANIYINGQDQASAAQLANLVVQQITSQFQLMPNSLAMRSDAALTDGVT NA NA NA NA NA D1-35_00179 384 hypothetical protein ATGCGTCAGCAAATGGCCCTGGGCAGTTTCATTTTCGGGCTGTCCCGCAGTTTCGCCTACCACTCCTTGGTCCGCACCTCGGACGGTGGCTGGAAAAGCATCGACATCCTTACCAGCAAGCCCAAGTCCAGCCAGATCGGCCAAGGCCTGCAGGGGCTGACGATCACCGGCAAATCGATGTACTCGACCGCCATGGATCGACTCGATGAGCTGCGCGCATTGCAAGCCCTGCGCACCCCACTGCCGTTGGTGGATGGCATCGGTCGCAACTGGGGCCTGTGGCAGATCAACAAGGTCACGGAAACCCAGACCGAGGTCATTGATGACGGCACGGCCATGGTGGTCGGCTGGGTGGTTGAATTGACGGAGTTCGCCAATGCGTAG MRQQMALGSFIFGLSRSFAYHSLVRTSDGGWKSIDILTSKPKSSQIGQGLQGLTITGKSMYSTAMDRLDELRALQALRTPLPLVDGIGRNWGLWQINKVTETQTEVIDDGTAMVVGWVVELTEFANA NA NA NA NA NA D1-35_00180 213 hypothetical protein ATGCGTAGAGTACGAAGTATCGCCGGTGACTCGGTGAATCTGCTGCTGTACCGCGAGCTCGGGCGTTGTGATGACGCCGCCGAAGAAGCGCTCTGGCTGCTCAATCCGGGATTGGCCGAATGGGGCCCGATATTGCCTGCGGGCGTTTGGGTTGTCTTGCCTGAGGTGGACCTCAGGCCTGTTGCAATCCCAGCGGTTTCAGCCTGGGATTAA MRRVRSIAGDSVNLLLYRELGRCDDAAEEALWLLNPGLAEWGPILPAGVWVVLPEVDLRPVAIPAVSAWD NA NA NA NA NA D1-35_00181 1017 hypothetical protein ATGTCATTGGGTTTTACGCCTGCAGTGGAAATTTATGGCGCGAACGCCGCGCTGCTCAACGAACGCCTGCTCAGTTGGACGCACGTCGACGCGGCGGGCATCGAGTCCGATCAACTGACACTGACCATCAGCCTGGAGGGGCTTGAAGGCATGCCCAGCCTGGGCGGCAAGATCGGCCTGCGGGTCGGTTATCTGGAGTCGGGACTTGTGGATAAAGGCGAATTCGTCGTGACCCGGCGTACACCGACCCTGTTTCCCTTGCGCCTGACACTGGTGGCGACAGCCGCGCCGTTCAGCGCCTCGGACCAGACTGGTTTCAAGCAGCGCCGATCCGTCAGCCATGGCCCGACGACCCTGGGCGCGCTGTTTCGGGAACTGACCTCAAGGCACGGTTTTTCCCCCCGGGTGGCGCCGGAACTGTCACTGATAAAAATCGAGCACATCGACCAAACCAACGAAACCGACATGGGCTTCCTGACCCGTCTGGCCCATCGTTATGACGCGGTCGCCAAGCCGATCAACGAGCTGTATGTGCTCGCCCGGCGCGGGCAGGCGAAATCGCTGTCGGGCAAAGTCTTGCCTGAGGTAAAGCTGTCGGTGACGACGAACAATCGCCCAGGCGACCAGGCGTTTACGTCGGCGATCCTTGATGAGACCGCCCGGGCCAAATACCAGGGTTGCAAGACCACCTGGTGGGATGCGGCGGCGGGCAAGCTGCGGGTCGAAGAGGGCGGCATCGCACCTTTCAAGACCTTGCGCCAGCGCTTCCAGAGCGCCGACGACGCCCGCGCCGCCGCTGAGGGCGAGACACGGCGGATGATGCGCGAAGCCCTCAAGGTCGCCATCGAATGCCCGGGCAACCCGGCCTTGTCCGCCGAGGGCATCGTGCTGCTTGACCCCTCCTGGCCGGATTTCATGCGCGGGCGTTGGTCGATCGACAAAGTCACCGCCAGTGGCAGCCGGGAAAAAAGCTATCGCTGCAAGATCGATGCGACCTGCCTGGATGCCCGGGCCTGA MSLGFTPAVEIYGANAALLNERLLSWTHVDAAGIESDQLTLTISLEGLEGMPSLGGKIGLRVGYLESGLVDKGEFVVTRRTPTLFPLRLTLVATAAPFSASDQTGFKQRRSVSHGPTTLGALFRELTSRHGFSPRVAPELSLIKIEHIDQTNETDMGFLTRLAHRYDAVAKPINELYVLARRGQAKSLSGKVLPEVKLSVTTNNRPGDQAFTSAILDETARAKYQGCKTTWWDAAAGKLRVEEGGIAPFKTLRQRFQSADDARAAAEGETRRMMREALKVAIECPGNPALSAEGIVLLDPSWPDFMRGRWSIDKVTASGSREKSYRCKIDATCLDARA NA NA NA NA NA D1-35_00182 585 hypothetical protein ATGAAGATCACCCCGATCCTCACGCAACTGCGTGAGCAATGCCCCACGCTTGCCCATCGCGTGGCTGCAGGCTTTGACCTTGCCACGCTGCAAGCCCAGGCCCCGCTGCAAACCCCCTGCGCCTATGTCCTGGCAACCGCCGACGTTGCCAGTAGGAACGCGGCGCAGAACGTCACGCTGCAAGCGGTACGTGATCGTTTCGATGCCGTGCTGGTGCTCGACGCGACTGACGCGACAAAAGCGCTGGATCTTTCGCACGACCTACGGGCTGAACTGTGGCGCGCGCTGGTGGGGTTCAAGCCGGGCGCTGAGTACACCGGCGTCGAATACGACGGCAGCGAGCTGGTTTCCATCAATAGCAGTCGCGTGTTGTACCGGCTGCGCTTTTTCGCCGAGTTCCAGCTGGGCCGCAATCTGCCGGGCCAGCCTGCCGAAAGCTGGCATGAGCGTGAACTGGACGGCTTGTCGTCCTTTACCGGGGCCACCGTGCGCGTCGATGCCATCGACCCGGCGGACCCCAACCTGAAACGTCCCGGCCCCGACGGGCGCCTGGAACTGACTTTCTCTGGAGACGTAACCCCATGA MKITPILTQLREQCPTLAHRVAAGFDLATLQAQAPLQTPCAYVLATADVASRNAAQNVTLQAVRDRFDAVLVLDATDATKALDLSHDLRAELWRALVGFKPGAEYTGVEYDGSELVSINSSRVLYRLRFFAEFQLGRNLPGQPAESWHERELDGLSSFTGATVRVDAIDPADPNLKRPGPDGRLELTFSGDVTP NA NA NA NA NA D1-35_00183 183 hypothetical protein ATGAGCAAACGCATCACCGTGCTGCCGGCCCCTGGCCGCGCCGTACCGGACCCGGAAGCGGGCGATCTGTTGCCCCTCGAAGGCCGTGAAGTGCCGGACAACGCCTGGTGGCGTCGACGTCTGGCCGATGGCGATATCACTACCAAAGCCGTGCAAGCGGCAAAACCAAAGGGAGCCAAATAA MSKRITVLPAPGRAVPDPEAGDLLPLEGREVPDNAWWRRRLADGDITTKAVQAAKPKGAK NA NA NA NA NA D1-35_00184 1497 hypothetical protein ATGGCGATTGGATTCAGCAACATTCCCGCGGACATTCGTGTTCCGCTGTTCTACGCCGAGATGGACAACTCGGCCGCCAATAGCGCGTCGTCGGCCATGCGCCGGTTGATCGTCGCCCAGGTCAACGACAACATCGCCCCGGCCGAAGCCGGCAAGCTGGTGCTGGTTTCCAGCGTCGCGCTGGCCAAGAGCATTGGCGGGCAAGGCTCGATGCTGGCGTCGATGTACGAAACCTGGCGCAAGACCGACCCGATCGGTGAGATCTGGTGCCTGCCGCTGCATAACGTCAAAGGGGCGATTGCCCAAGGTACGCTGACGCTGACCGGCAGCGCTGCGGAGAGCGGCGTGCTCAACCTGTACGTCGGTGGCGTGCGTGTCCAGGCCGCTGTCGTCAAAGGTGCCAGCGCTGCCCAGGCGGCCACGGCGCTGACCCTCAAGATCAACGCATCCGCCGACCTGCCGGTGACCGCCGCGGCCGCCGAAGGCGTGGTGACCCTGAGTGCCAAATGGACCGGCGCCAGCGGCAATGACATCAGCCTGCAATTCAATCGCCTGGGCAAGAGCAACGGCGAAGACACCCCGGCCGGCTTGACCACGGCCATCACCGCCATGGCCGGCGGCGCCGGTGCGCCGGACCAGACTGCCGCCGTCGCCGCCCTGGGCGATGAGCCGTTCGAGTTCATCGCCATGCCGTGGTCCGACGTGTCGAGCCTCGACACCTGGCAAGCGGTCATGGATGACAGCACCGGTCGCTGGTCCTGGGCCAAGCAGTTGTTCGGTCACGTCTACAGCGCCAAGCGCGGCACCCTCGGCACTCTTGTCGCCGCCGGCCAGGCCCGCAACGACCAGCACATGACCATCCAGGCCCTGGAGCCGGGCGTGCCGCAACCGTTCTGGGTCCAGGCCGCTGCGCTGGCCGCGCGCACTGCGGTGTTCATTTCCGCCGACGCCAGCCGCCCGACCCAAAGCGGCAGCCTGCCGGGGCTCGATCCGGCACCGGCCAGCGAGCGCTTCACCCTGACCGAGCGACAGTCGTTGCTCAACTACGGCATCGCGACCGCTTACTACGAAGGCGGCTACGTTCGTATCCAGCGTTCCATCACGACCTATCAGAAGAATGCCTTCGGCCAGGCGGACAACTCCTACCTGGACAGCGAAACCATGCACCAGTCGGCGTTCATCGTGCGGCGCCTGCAAAGCGTGATCACCAGCAAATACGGTCGCCACAAACTGGCCTCCGACGGTACTCGTTTCGGCGCCGGCCAGCCCATCGTCACCCCGAGCACCATTCGCGGTGAGTTGATCGCCCAGTACGCCAAGCTTGAGTTGGAAGGTCATGTGGAAAACGCCGAGCTGTTTGCCGAGCACTTGATCGTCGAACGCGACAGCCAGGACCCGAGCCGGGTCAACGTGCTCTTCCCGCCGGATTACATCAACGGACTGCGCGTGTTCGCGCTGCTCAACCAATTCCGCCTGCAATACGACGCCGCCGCCTGA MAIGFSNIPADIRVPLFYAEMDNSAANSASSAMRRLIVAQVNDNIAPAEAGKLVLVSSVALAKSIGGQGSMLASMYETWRKTDPIGEIWCLPLHNVKGAIAQGTLTLTGSAAESGVLNLYVGGVRVQAAVVKGASAAQAATALTLKINASADLPVTAAAAEGVVTLSAKWTGASGNDISLQFNRLGKSNGEDTPAGLTTAITAMAGGAGAPDQTAAVAALGDEPFEFIAMPWSDVSSLDTWQAVMDDSTGRWSWAKQLFGHVYSAKRGTLGTLVAAGQARNDQHMTIQALEPGVPQPFWVQAAALAARTAVFISADASRPTQSGSLPGLDPAPASERFTLTERQSLLNYGIATAYYEGGYVRIQRSITTYQKNAFGQADNSYLDSETMHQSAFIVRRLQSVITSKYGRHKLASDGTRFGAGQPIVTPSTIRGELIAQYAKLELEGHVENAELFAEHLIVERDSQDPSRVNVLFPPDYINGLRVFALLNQFRLQYDAAA NA NA NA NA NA D1-35_00185 348 hypothetical protein ATGGGTCAACTGATTGCGGGCACCTGCTACGTCAAAGTGGACGGCGCTCAACTGACCATCAATGGCGGCTGTGAAGCACCACTGATGTTTACCAAACGCGAGACCGTCGTACCGGGTTTCTACAAGGAAACCGACATCGCGCCGTCGTTCAAGGTCACCGCGCTGCACACCGCCGACTTCCCGCTCAAGCAGCTGGTCGCCGGCACTGACATGACCGTCACCTGCGAATTCAGCAACGGCAAGGTCTACGTGCTGGCTGGCGCGTATCTGGTGGAAGAGCCGGTATCCAAAGGTGACGACGCCACCATCGAGCTGAAATTCGAAGGCATCAAGGGGACCTGGCAATGA MGQLIAGTCYVKVDGAQLTINGGCEAPLMFTKRETVVPGFYKETDIAPSFKVTALHTADFPLKQLVAGTDMTVTCEFSNGKVYVLAGAYLVEEPVSKGDDATIELKFEGIKGTWQ NA NA NA NA NA D1-35_00186 297 hypothetical protein ATGACTGGTGTCGTGGCGTTGCGCGTGGCCATCGAGGCCCACGGCGAGCCGTTGAGCGAACTGACCTTGCGCCGTCCGACGGTGCAGGAGGTCCGTGCGATCAAGGCGCTGCCGTACAAGATCGACAAGAGCGAGGAGGTCAGCCTGGACATGGATGTCGCGGCCAGATACATCGCGGTCTGCGCCGGTATTCCACCATCATCGGTCAACCAGTTGGACCTGGCTGATCTCAACGCGCTGAGCTGGGCCGTCGCGAGTTTTTTCATGAGTGCGGCGTCGCAGCCATCGGCGACCTGA MTGVVALRVAIEAHGEPLSELTLRRPTVQEVRAIKALPYKIDKSEEVSLDMDVAARYIAVCAGIPPSSVNQLDLADLNALSWAVASFFMSAASQPSAT NA NA NA NA NA D1-35_00187 1575 hypothetical protein ATGGCAGAGACACAGAAGGTAGAGAAAAAGGCGCTACTGCTGACCGGTATCGACGAACTGTCGCCCAAGCTCGCCAGCCTGCGAGCGAAGGTCGCGAGTTTCAAGCAGAACCTCGACGCCACGGGCCTGGGCAGCCTGGATATGTCCGGGCTGCTGCCCAGCGGTGGCCTGGCCCAACCGTTCATGGACGGGCTCAAGTCGGCGCTGGCCTTCAAGGACGAAGCCGGCGCAGCGAGCGCGGCAGCCAGTGCCGTCCAGGCGCCGGAAGCGCCTCGCGTAGCGGCACAGAACCTGGAGGGATTGAAGACTTCCATCAGCAACGTGTCGGTGCAGTTCGGCTCGGCGCTGGGGCCTGCGGTCAACGCGGTAGCGGTCGGTTTGCAGCCGATGGTCAACGGCGTGGCGCAGGTGCTGCAGGACAACCCGCAACTAATCCAGGGCCTGGCAAATGGCGTCGTCGCGTTCAACGCGATCCAGACGGCGGTCAGCGGCGCGAGCCAGGCAATGGAAGTGATCAACCTGGCCTTGAAGATGAACCCCATCGGCTTGATTGCCATGGGCATCGCCTTGGCGGCAGGGATGATCATCGCCCACTGGACACCAATCTCGGCATTTTTTGCCGGGCTCTGGCAACGGCTGGCGCCGATCATCCTGCCAATGGTCGAGTTCTTCAAGACGCTGTTCGCCTTTACCCCGATGGGGCAGGTGATCAGCAACTGGGGGCCGATCAGCAGCTTTTTTGGCGCACTCTGGAATGTGATCGTGGCGGCGGCGACGCCGATCATCGGTTTCATGCAGACGCTGTTCGCCTGGTCGCCCCTGGGGTTGATCATTGCCAACTGGACGCCCCTGAGCGGGATGTTCGCGGCGATCTGGGATTTGCTCCAGGCCTTGACCGTGCCGGTGATGGCCGCGCTGAAAGGCCTGTTCGACTGGACACCGTTGGGGCTGATCATGGCCAACTGGGGCACGATCGGCGAGGTCTTCGCCGGGATCTGGGAGGGCATTCGCAATCAGGTTTCGATCATGCTGGCGGTGTTCAGCGGCCTGTTCGACTGGTCGCCCATCGAGGGCCTGACCCGGCAGTGGGGACCGGTGGGCGAATGGTTCAGCCAATGGTGGGCCGAGCTGCAGGGCGTGATCGCGCCAATCAAGGCGTTCTTCAACGGCGGCTTCGGCGAGGTGATTGCCTCGTTCACCGGCAAGGTCGAGGGATTGGCCGAGGCGCAGCGCGCCACCAATGCCGAAGGCAAGGGTGAGCTGGCACCGGCGTTTTTTGGCGGGGCCAGCGAGCAGCCTTCGGGGCTGTCTTCAAGCCTTGCGCCGCCACCCGCCACTGCGTCGCCCAGAGCGTCCTTGACGCCCGGCGCATTGCCGCAGACTTCCAGCGCCCTGGTGCAACAAAGCGCCGCCAACAACCGCACGCAACTGGAAGGCGGCCTGACGGTGCGCTTCGAAAACGCGCCGGCGGGTTTGCGCGCCGACCCGCCCCAGACCAATCAACCGGGCCTGGCGGTGAGTTCGCGCATCGGTTATCGCTCACTTTCCGCAGGAGGTTCCAATGAGCTGGCGTGA MAETQKVEKKALLLTGIDELSPKLASLRAKVASFKQNLDATGLGSLDMSGLLPSGGLAQPFMDGLKSALAFKDEAGAASAAASAVQAPEAPRVAAQNLEGLKTSISNVSVQFGSALGPAVNAVAVGLQPMVNGVAQVLQDNPQLIQGLANGVVAFNAIQTAVSGASQAMEVINLALKMNPIGLIAMGIALAAGMIIAHWTPISAFFAGLWQRLAPIILPMVEFFKTLFAFTPMGQVISNWGPISSFFGALWNVIVAAATPIIGFMQTLFAWSPLGLIIANWTPLSGMFAAIWDLLQALTVPVMAALKGLFDWTPLGLIMANWGTIGEVFAGIWEGIRNQVSIMLAVFSGLFDWSPIEGLTRQWGPVGEWFSQWWAELQGVIAPIKAFFNGGFGEVIASFTGKVEGLAEAQRATNAEGKGELAPAFFGGASEQPSGLSSSLAPPPATASPRASLTPGALPQTSSALVQQSAANNRTQLEGGLTVRFENAPAGLRADPPQTNQPGLAVSSRIGYRSLSAGGSNELA NA NA NA NA NA D1-35_00188 1239 hypothetical protein ATGAGCTGGCGTGATCGTTTGCTGCCGGCGTCGTTTCGCGGCGTCGGGTTCTGGGTCGACCAGGCGAAAACCCCGATCGGTCATAAAGGCCAGTTGCATGAGTACCCGCAGCGTGACCTGCCGTATTTCGAGGGGCTCGGCCGGCAGGCACGCATCCACGAGTTGACGGCGTTCATCGTCGGCCCCGATTGCCTGGAGCAGCGCGACAAACTGCTCGCAGCCCTGGAGCAGGGCAGCGGTGAACTGGTGCATCCATGGCTGGGGCGCCTGCAGGTCAAAGTGGGCGAATGCGACATGACCCAGACCCGCCAGGACGGCGGGCTGGTCACGTTTGCCCTGAAGTTCTACCCCGACCAGCCGCTGCAGTTTCCTTCGGCGGCGATCAACAGCCAGAAACTGCTGCTGGTCTCGGCCGACAGTTTCCTCGGCTCGGCGGTGCGGCGTTTCGAAGACGCCATGAGCCTGATCAAGGCGGCGCGGATCGGCATCGCGGATCTGCGCAACAGCCTCAAGGAGGTTTATGGCGTCATCGAGCAGGAGCTCAAACCATTGATCGAGACCTATCGGCAACTCAGCGATCTGGTCAAGGCGGTCAAGGAGCTGCCCAAGGAAGTAGCGGCGGAATTCAAGGGACTGCTGGGCGACATTCGGGAGCTGAAGGATTTTGCCCGTGACGGCTATCGCGGCGTGATTGCCAGCGTGTCGCAACAGGTGGAAGCCATCCGTCAGGCAGACGCGCCCAAACTCACCACCGGCAAGGACACCACGGCGGCGGCCCAGGCGGTTGCCGATCTGGTCCAGGACACCTTGCTGGTGCAAGCGGCGCAATGGATTGCGGCGATGCCCGTGGCGGCGCCGGTGGTCAAGCTGGACGCCACTCCATCGGTGGCGCAACAGGCGGTGCAACCGGTCCAGCGCCGAGACGTGCCGGTGGCCGATGACGTGCTCGCCTTGCGCGATGCCCTCAACGAAGCCATCTGGCAGGCTTCCCTCAAGGCCGCTCCGGATCACTACCAGGCAATGAACAACCTGCGTCAGCAAATGGCCGCGCACTTGACGGCCGTGGCGTCGTCCGGTGTCCGGCTGATCAACCTGTCGTTCAAGCAAAGCCTGCCGGCGCTGGTGGTCGCGTATCAGCAATTTGCTGACGCTACCCGGGTGACCGAGGTGACCCAGCGCAATGGCGTGGCGCATCCTGGCTTCCTGCCGCCCAACGACCTGAAAGTCTCCGGGGAGTGA MSWRDRLLPASFRGVGFWVDQAKTPIGHKGQLHEYPQRDLPYFEGLGRQARIHELTAFIVGPDCLEQRDKLLAALEQGSGELVHPWLGRLQVKVGECDMTQTRQDGGLVTFALKFYPDQPLQFPSAAINSQKLLLVSADSFLGSAVRRFEDAMSLIKAARIGIADLRNSLKEVYGVIEQELKPLIETYRQLSDLVKAVKELPKEVAAEFKGLLGDIRELKDFARDGYRGVIASVSQQVEAIRQADAPKLTTGKDTTAAAQAVADLVQDTLLVQAAQWIAAMPVAAPVVKLDATPSVAQQAVQPVQRRDVPVADDVLALRDALNEAIWQASLKAAPDHYQAMNNLRQQMAAHLTAVASSGVRLINLSFKQSLPALVVAYQQFADATRVTEVTQRNGVAHPGFLPPNDLKVSGE NA NA NA NA NA D1-35_00189 1041 hypothetical protein ATGAATGAGCTCGACAACGCTGTCACGCTCACCGTCGGCGGGCTGGATTACGGCGGCTGGAAAAGCGTGGAAATCAGTGCGGACCTGGAGCGCCAGTTCCGCACCTTCAAACTCGACATCACCTGGCAATGGCCGGGGCAGACCCAGGCGGTGCCGATTCGTCCCGGTGACGAATGCCAGGTGCGCATCGGCGCCGACCTGCTGCTCAGCGGCTACGTGTTCAAGGCGCCCATCAGCTACGACGGCCGGCAGATCAGCCTGAGCATCGAAGGCGGCTCCAAGACTCAGGACCTGGTGGACTGCGCGGCGATCAACCGCCCGACGCAATGGCGCGGGCAAACATTGCTGAGCATCGTCCAGGCGCTGGCATCGCCCTATGCCGTGGGGGTGGTCAGCGAGATCCCGGAAACCGCGCGCCTGAGCGAGCACAGCATCGTGCCTGGAGAAACGGTGTTTCAATCCATCGACCGTTTGCTGACATTGTTCCGAGTGTTCTCCACCGATGACCCGCAGGGCCGCGTGCTGCTGGCCAAGCCCGGCAGCGGTGGGCGGGCCAGCGATGTGCTGGAACTGGGCAAGAATATTCTTTCGGGCAACGCGCCGATGGACTACAGCCAGGTGTTCTCCGAATACCGGGTCATCGGCCAGCACAAAGGCAATGACCAGCAGAGCGGGGCGGCGGTGAGCGAGGTCTCGGGCACCGCCACTGACCTGGGCTTCAAGCGCAAGCGGGTGACCGTCATCAGCGAAAGCGCTCAGTTGACCCCGGCGCTGGCCCAGCAACGAGCCGACTGGGAAAGCGCGATTCGCAGCGGCCGCGCCCTGACCACCACCTACCGCGTACAGGGCTGGCGCCAGGCCAACGGCGATCTCTGGCGGCACAACACCCTGGTGCGGGTGATCGATCCGGTGCTGGGATTTGACGCTGACATGCTGATTTCCAAGGTGACCTATTCGCTGTCCGCCCAGGGTTCGATCACCACCTTGCAAGTCGCCCCGCCGCACACCTTCGACGCCAACCCGGTGCCACCCAAGGCCTGA MNELDNAVTLTVGGLDYGGWKSVEISADLERQFRTFKLDITWQWPGQTQAVPIRPGDECQVRIGADLLLSGYVFKAPISYDGRQISLSIEGGSKTQDLVDCAAINRPTQWRGQTLLSIVQALASPYAVGVVSEIPETARLSEHSIVPGETVFQSIDRLLTLFRVFSTDDPQGRVLLAKPGSGGRASDVLELGKNILSGNAPMDYSQVFSEYRVIGQHKGNDQQSGAAVSEVSGTATDLGFKRKRVTVISESAQLTPALAQQRADWESAIRSGRALTTTYRVQGWRQANGDLWRHNTLVRVIDPVLGFDADMLISKVTYSLSAQGSITTLQVAPPHTFDANPVPPKA NA NA NA NA NA D1-35_00190 510 hypothetical protein ATGAGCCTACTGACCCGCCTCCTGGCGCGTGGCACTGTCGTGCTCGCCCATTCGGCGAATAAATTGCAATCGCTGCAAATGCGCCTCACCGCTGGCGAAGTGAGCGACGACATGGAGCATTTCGAGCCCTATGGCTTCACCAGCAACCCGCTGGCCGGCGCCGAGGGCATCGCCACGTTCCTCGGCGGCGACCGCTCCCACGCGGTGGTGCTGGTGGTCGCCGATCGGCGCTTTCGTCTCAAGGCCCTGGCCCCGGGCGAAGTCGCGCTCTACACCGATGAAGGTGACAAGCTCCACTTCAAGCGCGGCCGGGTCATCGACATCGAGACCGCGACGCTGAACATCCGCGCCAGCAGCGCGGTGAACATCGACAGCCCCGTCATCAACCACACCGGCAGGATCGTTTCCCAGGGCGATCAGATCGCCGGCGGCATCAGTCAGATCAAGCACGTGCACGTCGGTGTACAGGCCGGCAACGGCCAGACCGGTGCGCCGGCGGGAGGCCAGTGA MSLLTRLLARGTVVLAHSANKLQSLQMRLTAGEVSDDMEHFEPYGFTSNPLAGAEGIATFLGGDRSHAVVLVVADRRFRLKALAPGEVALYTDEGDKLHFKRGRVIDIETATLNIRASSAVNIDSPVINHTGRIVSQGDQIAGGISQIKHVHVGVQAGNGQTGAPAGGQ NA NA NA NA NA D1-35_00191 399 hypothetical protein ATGTTCATCAGCCAGAACCTGCACGCCGCGCTGACCCGCTCGGTGCTGGTCAGCCTGTTCACCTGGCGCCGCGCCGCCGCGGGCGATGCGGTCGATGACGACGAGCGTTTCGGCTGGTGGGGCGACACCTTTCCCACGGTCGCCGACGATCGCATCGGCTCACGGCTGTGGCTGTTGCGGCGGGTCAAGCTGACCCGCCAGACCCAACTCGACGCCGAATTCTATGCCCGCGAGGCGCTGCAATGGTTGATCGATGACGGTCATTGCAGCGCCATCGACATCATCAGCGAACGCCTCGACGCCCAGCGTCTGAACCTGCGCACGGTCCTGACCCTGGCCAATGGCGAGCGCCTGGACATCAACCCCGACCACAGTTGGCAGGTGACTTATGCCGTTTGA MFISQNLHAALTRSVLVSLFTWRRAAAGDAVDDDERFGWWGDTFPTVADDRIGSRLWLLRRVKLTRQTQLDAEFYAREALQWLIDDGHCSAIDIISERLDAQRLNLRTVLTLANGERLDINPDHSWQVTYAV NA NA NA NA NA D1-35_00192 1041 hypothetical protein ATGCCGTTTGAAACCCCTTCGCTGCCGGTGCTGATCAAGCGCGCCCAAAGTGACCTGGCCAGCGATTCGCTGCGCCAGTCCGACGCCCAGGTCCTGGCGCGTACCCTCGGCGGCGCCGCCTATGGCCTGTATGGCTATCTGGATTGGATCGCCGAGCAGATCCTCCCGGACAAGGCCGATGAAATGACCCTGGAGCGCATCGCCGCGCTGCGCCTTAACCAGGCGCGCAAGGTCGCCCAAGTGGCCACCGGCAGCGTCAGCTTCACCGCCACGGCGGGTGCCGTGCTGGATGCCGACACGCTGCTGCAAGCGGCCGATGGCCGTACTTATAAAGTGACCACCGCGCGAACCACCAGCAATGGCCTGAACACCGCCGCCATTGCGGCACTGGAGGCCGGTAGCCTGGGCAATGCCGATGCGGGTCTGGTGCTCACGCCGGTGCAGCCGCTGTTGGGTATCGGCAACAGCTTCACCGTACTGGCGCCAGGGCTGACCGGCGGTGTCGCCCGGGAAAGCCTTGAATCCCTGCGGTCGAGGGTGATCCGTTCCTATCGGGTCATCCCTCACGGCGGTTCGGCCCAGGACTACGAGACCTGGGCTCTGGAGTTTCCCGGCGTTACCCGCGCCTGGTGTCGCGGCAGTTATCTGGGGCCGGGGACCGTCGGCCTGTTCGTGATGCGCGACGACGATCCGCAACCGATCCCCAACGCCGAGCAACTGGAGGAAGTGCGGGCCTACATCGAGCCCTTGCGCCCGGTGACCGCCGAACTGCATGTGCTGGCCCCGACCCAGGTGCCGGTGAACTACAAGCTGCGCATCACCCCGGACACCAGCGCCGTGCGCGCCGCCATCGAGGCCCAGTTGCGCGACCTGCATAACCGCGAAGCCGGCCTCGGCGAAACGCTGTTGCTGAGTCATATCGCCGAAGCGATCAGCAGCGCCACCGGCGAAACCGACCACAAGCTCAGCGCACCCGCCGCCGATGTCGTCGCCGCCAGCAACCAGTTGCTGACCTTCGGAGGCTGCACATGGCTGGGATAA MPFETPSLPVLIKRAQSDLASDSLRQSDAQVLARTLGGAAYGLYGYLDWIAEQILPDKADEMTLERIAALRLNQARKVAQVATGSVSFTATAGAVLDADTLLQAADGRTYKVTTARTTSNGLNTAAIAALEAGSLGNADAGLVLTPVQPLLGIGNSFTVLAPGLTGGVARESLESLRSRVIRSYRVIPHGGSAQDYETWALEFPGVTRAWCRGSYLGPGTVGLFVMRDDDPQPIPNAEQLEEVRAYIEPLRPVTAELHVLAPTQVPVNYKLRITPDTSAVRAAIEAQLRDLHNREAGLGETLLLSHIAEAISSATGETDHKLSAPAADVVAASNQLLTFGGCTWLG NA NA NA NA NA D1-35_00193 600 hypothetical protein ATGGCTGGGATAAGAACCGTCGAACAATACCAGGCCCAACTGCGCAGCCTGCTGCCCAGCGGCCCGGCGTGGGACCCGGAGCGCGTGCCGGAACTGGACGAAGTGCTGCAAGGCATCGCCCAGGAGCTGGCGCGCCTGGATGCCCGCGCCGCCGACCTGCTCAACGAGATGGACCCGGCGGGAGTGAGCGAGCTGGTGCCGGATTGGGAACGGGTGATGGAGCTGCCGGATCCGTGCCTTGGCGCCACGCCGCTGTATGACGATCGCCGTCTGGCGGTGCGACGGCGGTTGCTGGCGGTGGGCAGCCAGGCCATCGCCTATTACGTGGAAATCGCCAGGAGCCAGGGCTACCCCAACGCAACGATTACCGAACTCAAGGCGCCGCGCATGGGCCGCGCACGGTTTGGCGAAGCGCACTTCGGAACGTGGCAGGCGCAGTTCATGTGGACCCTCAACACCGGCGGCCGGCTGCTGCTGGGACGGCGCTTTGGTGCGAGCTATTGGGGCGAACGTTTTGGCGTCAATCCGGGGTCGGCGCTGGAGTGTCTTATTCACCGCAGTGCACCGGCGTATACCAAGGTTCACATCAACTATGACTAG MAGIRTVEQYQAQLRSLLPSGPAWDPERVPELDEVLQGIAQELARLDARAADLLNEMDPAGVSELVPDWERVMELPDPCLGATPLYDDRRLAVRRRLLAVGSQAIAYYVEIARSQGYPNATITELKAPRMGRARFGEAHFGTWQAQFMWTLNTGGRLLLGRRFGASYWGERFGVNPGSALECLIHRSAPAYTKVHINYD NA NA NA NA NA D1-35_00194 1155 hypothetical protein ATGGATTATCCGAAAAGTGTACCCAGCGCCGGCTTGGTGAATGGGAGGTTCGTCGATGAAAACCCGTTGACCGGGACGCCGGGATCGTTGATTCCGGCGGATTGGGGGAATGGGGTGACGCAGGAGATCGTGAATGTCATCAAGGCGGGAGATCTGACGCCGGATGAAACCCGCAGCGATCAATTGCTCGCGGCGATTCGGACGGTAACCGCCAAGGGCTGGAACCAGGACTTCGCTCTGCCGATCACAGCGTTGCCGCTGCCGACGATTGCCACGGCGGACAACCGTTTGGCCGTCACTCCAGCAGCGCTGCCCACCAGTGGCGGACGTGTCTCGATTCCGGCGGGTGTGTACGTCAGCATCGGGCAAGAGGTGGTAGCAGGACGGTTGGGGCGGACACGTACCTACGTGACGACGGCCTGGAGCAGCGCCGATCTGTTGCCCAGCGCCAGTTATTTTTTAAGAGCGCAGGTAGTCGGTGATGCGCTGACGTTCTATGTGCAGCGGGGAAGCCTGTATGACCTTGCTCCGGAATCCCTGAAAGGCACCGTCAACGGAACGGCAGGCGGTGGGTTCCCATCGACCCCCCTGGACATGTGCCTGGCCTGGGTGGTGACCGGGACGCCTGGCTCCCTGCCGACGATCCGCACGATTTATAACCGTACTCAATTGACCTGGACGCAAACGGTAAATGGCACCGGGGTGGTGTATCTGCCGCTGGATCCGCATGCGCGTGCGGCGCGGCTTGTGGCGGGTAATCCCACCCCAGCCTCGAACGTCGTGACCACGCTGTCGTTTGTTCAGTCCGGATGGCTTGGCGGCAACTACAGCTATCTGTCGCCCGCCGCGACTAGCCCCGGCAACAATGCGGTGGGTTGGGCGAGCCCGTCAATGTGCGTGCTGTTCTCCAATAACGTCGCCAATGACGTGACCGTTTCCACGGTCACGGCCAGTTTCGACCATTCCCAGTTACGTTCGCTTTGGCAGTGCTATCAGGCCGAGCACACATTGGGTGCGACCACTGCAGACAGCGACGAGTTGCTGTTGAGCATGGGAATCAAGGGGCACCAAGCGCTGACAGATTACAGCGTGGGCATCGGCATCAACTTTATCAACGCAGTCAATGCTCACCTGTCCTGGGAGTTGATCCGATGA MDYPKSVPSAGLVNGRFVDENPLTGTPGSLIPADWGNGVTQEIVNVIKAGDLTPDETRSDQLLAAIRTVTAKGWNQDFALPITALPLPTIATADNRLAVTPAALPTSGGRVSIPAGVYVSIGQEVVAGRLGRTRTYVTTAWSSADLLPSASYFLRAQVVGDALTFYVQRGSLYDLAPESLKGTVNGTAGGGFPSTPLDMCLAWVVTGTPGSLPTIRTIYNRTQLTWTQTVNGTGVVYLPLDPHARAARLVAGNPTPASNVVTTLSFVQSGWLGGNYSYLSPAATSPGNNAVGWASPSMCVLFSNNVANDVTVSTVTASFDHSQLRSLWQCYQAEHTLGATTADSDELLLSMGIKGHQALTDYSVGIGINFINAVNAHLSWELIR NA NA NA NA NA D1-35_00195 510 hypothetical protein ATGAAAGTCATTCAAGAGCTGCACCAGTACGAAGATGGGCTTCGCCCGCCTGCGCCTTCCTCCGCTCATATCTGGGTGGACGATACCTGGGTGCTTACCGAAGAGAATGCAGCCGAGCACCTCAGCCTGGAGGCCGAACGCCTTTGCGAAAAGATCGATGCCGCTGCCGACAGCGCCCGTCGCGTTTTGGCCGGTGATCCGTTACGGGCCCTGGAATATCAACAAGCGGCCCTTGAAGCGCAGGCGTTCAAGGATCAGGGCTACCCGAAAAAAGCTGTTCCGTTGTCGGTTTCTGCCTGGGTCGTCAAGGGCCGCACAGCCAGGCAGGCAGCGGACCAGATTCTCGCCAAGGCCGCTGAATTCGACGCGAACCTGCTGACGCTTCGCGAGCTGCGCCTCAAGGCCAAGGCGCAGATTCGCGCGCACGTAGCCAAGGGCAAAGCCGAACTCGCCACTAAAACCGCCGATGACGCGCTCGCAGCCATCCGGACGCTACGCCTTCGGGCTTGA MKVIQELHQYEDGLRPPAPSSAHIWVDDTWVLTEENAAEHLSLEAERLCEKIDAAADSARRVLAGDPLRALEYQQAALEAQAFKDQGYPKKAVPLSVSAWVVKGRTARQAADQILAKAAEFDANLLTLRELRLKAKAQIRAHVAKGKAELATKTADDALAAIRTLRLRA NA NA NA NA NA D1-35_00196 1095 hypothetical protein ATGGATTATCCAAAAAGTGTTCCCAGCGTGGGGCTGGTGGACGGTCGGTTCGTGGATGAAAATCCTGTCGAAGGCTCGCCGGGATCCTTGATTCCGGCTGTGTGGGGTAACAGCGTTACCCAGGAAATCCTCGGTGTGATTTCTGGCGCCGATATCGCGCCCTCCGAAGCGGACACCAATCAGCTCTTCAAAGCTATTCAGAAGATCATCGGTATGACCAACCCCATGCGTTCGGTAATCACGCGGTTGGCCCTGTCGAAAACGCTGACGGCAAATGAGCTTGGCCTTGTATTGATTGACGCCAACGCTGGCGCTACGACCATCGGGTTACCCTCGGCCAACGCTGCGCTGGGTGTTCGAGACGTCGTCATTCGGCGTCTGGACAACAGCGGCAATCGTCTTGTGGTTCAGGCCGGCGGGGCTGATCGGATCAGATTTCACACCCATCTTTCGGCCGCTGGCTATCCATTTCTCGTGCTGATGGGCAGTGGTGACTGGTGGCATCTACGTAGTGACGGTGCCGGCAGTTGGTGGCCAATGGGAAGGTTTGACAACACAGCTTTGGGGCGGCCGTTTTTTGAAACAACTATCCAACTCAGCCCGGGTGGTTACGGTGCGCTAAACGGCACGGTCATGAAACGTGCTGAGTGGCCCTGGCTGTGGGATCACGCCCAACAGTCCGGAATGCTCGGCACCGAGGCCACTCGGGAAGGCAGTGAAGGCAAATGGAGTTCTGGTGATGGTGTTCTCACTTTCCGAGCCCCGGAAGGACGAGGTGAATTCTTGCGGATCTTGGACGAAGGGCGCTCCGTGGATCCTGGACGGGCGATGGGGGCCTTTCAAGCCGGCACTGTTCACTCCTATGCGTTGGGGGGACAAGGGGCTGGTGCGGTTGGATCAAGATGGTCCGACAGCCTTACCGGATTCGGTGCCAACACCCGTGAGGAAATCAAAATCATCGGAGACCTTGTAAACGGTGGTCCGATATTTCCTACCGGGACCAGTTTCCAGGTAGATACGGCCAACACGTTGCTCTACTCATTCAAATCGCGCCCGCGCAATGTCGCTTATCCGGCGCGGATCAAACTCATCTGA MDYPKSVPSVGLVDGRFVDENPVEGSPGSLIPAVWGNSVTQEILGVISGADIAPSEADTNQLFKAIQKIIGMTNPMRSVITRLALSKTLTANELGLVLIDANAGATTIGLPSANAALGVRDVVIRRLDNSGNRLVVQAGGADRIRFHTHLSAAGYPFLVLMGSGDWWHLRSDGAGSWWPMGRFDNTALGRPFFETTIQLSPGGYGALNGTVMKRAEWPWLWDHAQQSGMLGTEATREGSEGKWSSGDGVLTFRAPEGRGEFLRILDEGRSVDPGRAMGAFQAGTVHSYALGGQGAGAVGSRWSDSLTGFGANTREEIKIIGDLVNGGPIFPTGTSFQVDTANTLLYSFKSRPRNVAYPARIKLI NA NA NA NA NA D1-35_00197 561 hypothetical protein GTGTTTTATTATCTTTTCGATAAAGCCGGCGCGTTGTCCGGACCCGTGGAGTTTCCCGTAACGCCAGGTATTGGCGTTCAGATCCCCAGTAATGCGGTGGCAATTTCCTTTGAACTACCCCCTCCGGAAGGTGGCCGCACGTGGGCGCTGGTGAGCAATGTGCCCCGAGAGGTTATTGACCGTCGCGGCTTGGTCTACCGCAAGAAAGACGGCGGCCAGCAGATTTGGAACGAACTGGGGGAATTGCCGGAAGCGTTCACAACCGAGCCATGGCCAGGTAATTACCATACCTGGAAAAATCACACTTGGGAGTTCGACGTTGACTTGCAGTTGAGCGACATCACTGGCCAGGTTCTGGCCCAACGGGATGCGCTTCTGCGCGACGCAATGTTGCGTATAGCCCCGCTTCAGTACGCCGAGGACATCGGCGACGCCAGCGACCAGGAACAACTGGCCCTGATGGAGTGGAAGCTTTATAGCGTCGAGTTGAATCGCATCCAGCATCAAGCCGGTTTTCCAGCCGCTATCACTTGGCCTGTCCTGCCCGAGCCTGCTCTTTAA MFYYLFDKAGALSGPVEFPVTPGIGVQIPSNAVAISFELPPPEGGRTWALVSNVPREVIDRRGLVYRKKDGGQQIWNELGELPEAFTTEPWPGNYHTWKNHTWEFDVDLQLSDITGQVLAQRDALLRDAMLRIAPLQYAEDIGDASDQEQLALMEWKLYSVELNRIQHQAGFPAAITWPVLPEPAL NA NA NA NA NA D1-35_00198 912 hypothetical protein GTGGACTATCCAAAAAGTGTGCCCAGCGCAGGTCTATCGAACGGCAGGTTCGTGGATGAAGATCCTTTGGCGGGAACGCCGGGATCCTTGATTCCCGCCAGTTGGGGCAATGGTGTAACGCTGGAGTTGCTTAATGTTATACAAGCCGCGGGCATAGCTCCGTCGGAGGTCGTCTATAACCAGCTGCTTACAGCCTTACGGGGGAGCGGGCTGTTTCTGACTGCGGCGCAATTCGATAACAGCAGGGCCGCCGCGACGACTGGATACGTAAACCGTACAGGGGTGCAGTATTCCAGATTCGATGTCTACAATAGCAGTGCCACTTTAACAGCATCGGATGTTGGCGGAGTTGCCAGTTTCGCCAGCAATACACCGGTAACCGCCAGACTGCCGGCGACCGCGGAAATCATACAGGGCGCGACTGTAAAGATTGTCAATGCAGGATCGGGCATCGTTACGGTTTCGACGGCATCCGCTATCGATGTGCTGTGCGCTTCGAATGGTGCTCAAGGAACCATCAGTATCGGCCTCGGCGAAACGGCGGAATTCATCAAGTTAAATAATCAATGGCGTCTCGTTGGCGGTAATGTGGCGTTGAAATATTCGGCTATGTCCGCTTCGTCATTGCAACCCAATGGTTGGAAACGAACGCCTGATGCAACAAGTCCGACGGGATATGTTATCGAACAATGGGGCGTTGCCTCCAGCGGAGCGGATGCCAACGGCGTTCTTGTGACGTTCCCCATGTCCTTTCCTAATGCCGTTAGAAACATCGTGGTGACGGATGGCGGTCCCACTTGCGCATGTTTTGGAGTTTCCACCGGCTCGCTGAGCCAGTTCAGGCTTTATGGGCGCGATTATAATGGCGCTTATTCAAGTTGGACCGGGATGTGGCGCGCGATAGGTTATTGA MDYPKSVPSAGLSNGRFVDEDPLAGTPGSLIPASWGNGVTLELLNVIQAAGIAPSEVVYNQLLTALRGSGLFLTAAQFDNSRAAATTGYVNRTGVQYSRFDVYNSSATLTASDVGGVASFASNTPVTARLPATAEIIQGATVKIVNAGSGIVTVSTASAIDVLCASNGAQGTISIGLGETAEFIKLNNQWRLVGGNVALKYSAMSASSLQPNGWKRTPDATSPTGYVIEQWGVASSGADANGVLVTFPMSFPNAVRNIVVTDGGPTCACFGVSTGSLSQFRLYGRDYNGAYSSWTGMWRAIGY NA NA NA NA NA D1-35_00199 432 hypothetical protein ATGATGATTTATTATGCTCAATCCACCGGCGGGTTCTACAACTCCATCGATCATTCCGGCAGGCTTCCTGAAGATGCAGTCAAGATCAGCGATGAAGAATATGGAGCGTTATTTGCCGCTCCTTTCCTGAACAAACGTATCGAGTCGGACGCCAAAGGCCGTCCGGTGCTCTTGGAGCTGTCCATTGATGAACTCACGGTGCGAATGGCCAGTGAAAAGAAATGGCGCGATGATCAACTCACCGCAACCGACCGCCTCATAGCGCGCGATCGCGACGAGATGGACGATGGCGGCGGCACGACGCTGGACCAGGCGCAGTACACGCAGTTGCAGGCTTATCGCCGGGCCCTTAGGGAATGGCCACAGGACGAGTACTTTCCAGCCGCCGAACACCGTCCGGCCGCGCCGTCCTGGCTGGCCGGGCAGCTTTGA MMIYYAQSTGGFYNSIDHSGRLPEDAVKISDEEYGALFAAPFLNKRIESDAKGRPVLLELSIDELTVRMASEKKWRDDQLTATDRLIARDRDEMDDGGGTTLDQAQYTQLQAYRRALREWPQDEYFPAAEHRPAAPSWLAGQL NA NA NA NA NA D1-35_00200 564 hypothetical protein ATGGACCTTACGCAACAGCAACTCATCAAGATCATGCCCGACGCCCGCGCCCAAGCGGGCGTTTTTATTCCAGCGTTGAACACCGCGATGTCTCGTTACCGCATTGACACTCCCAAGCGCATCGCCGCATTTCTGGCCCAGGTCGGTCACGAATCGGGGCAGTTGCGTTATGTACGAGAGCTGGGCAGCGAGCAATACCTGAGCAAATACGACACCGGAACCCTGGCCGTTCGCCTGGGCAACTCGACCCAGCCCGACGGTGACGGTCAGAAATATCGCGGCCGGGGCTTGATCCAGATTACCGGCCACGACAATTACCTTCGTTGCAGCCTGGGGCTGTTCGGCGACGAACGTTTGCTGGCCTTGCCCGAACTGCTCGAACAACCGCAATGGGCGGCGCAATCCGCCGCCTGGTTCTGGGCGCAGAACGGCCTGAACGAGCTGGCTGATCGTGACCAGTTCAACAGTATTACCCGCCGCATCAATGGCGGCCTGAATGGCTTGCAGGATCGCTTGCAACTCTGGGCGCGGGCGAGGGATGTGTTATGCCAACCTTCAGCCTGA MDLTQQQLIKIMPDARAQAGVFIPALNTAMSRYRIDTPKRIAAFLAQVGHESGQLRYVRELGSEQYLSKYDTGTLAVRLGNSTQPDGDGQKYRGRGLIQITGHDNYLRCSLGLFGDERLLALPELLEQPQWAAQSAAWFWAQNGLNELADRDQFNSITRRINGGLNGLQDRLQLWARARDVLCQPSA PGPT0012140_624 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012140-putative_chitinase-K03791 NA NA D1-35_00201 537 hypothetical protein ATGCCAACCTTCAGCCTGATGCCGTTTTCCTGCCGTACGCTAGGTGTCGTTGTATTAGTGGCGCTGCTGATCGGTGGTCCAGCCATGTTGGCGTGGCGGCTCCAGGAGTGGCGGTACGGCAGGCAACTGGCGCAACTGGCGCAGTCGCAGTCCGAGACGCTCAATAGAATGACCCAGGCGGCAGCGAAGCAGCAAAAGACCGAACAGGACAAACGCCTCGCCCTGGAACAGCAACTCTCCGCCAGCGAACAAACCCACTACCGAGCCTTGAGCGATGCCCAACGTGATCAGGATCGCCTGCGCGATCGCCTTGCTACTGCCGATGTCCGGCTGTCAGTCCTCCTCGACGCCGACGATGTTGCCGCCGGTTGTGCAATGCCTGCCGCCACCGGCGCCAGCGGCATGGATCATGGCGCCCCACGCGCCCGACTTGACCCGGCGCATGCTCAACGAATTATCGCCATCACCGACGAGGGCGACCGTGGACTGATCGCCCTGCAGGCCTGCCAGGCTTATGTGAGAGCGCTGGCCCGGTAA MPTFSLMPFSCRTLGVVVLVALLIGGPAMLAWRLQEWRYGRQLAQLAQSQSETLNRMTQAAAKQQKTEQDKRLALEQQLSASEQTHYRALSDAQRDQDRLRDRLATADVRLSVLLDADDVAAGCAMPAATGASGMDHGAPRARLDPAHAQRIIAITDEGDRGLIALQACQAYVRALAR NA NA NA NA NA D1-35_00202 501 pncC_1 COG1546 Nicotinamide-nucleotide amidohydrolase PncC ATGGATGACATTACCGGACTGGCCGCTGAGTTGGGCAGGCGCTTGCAGGTGCTCAATGCCCATGTCACTACCGCCGAATCCTGTACCGGTGGCGGGATTGCCGAGGCGATCACGCGGATCCCGGGGAGTTCGGCCTGGTTCGAAGCCGGTTACGTCACCTATTCCAATCGCCAGAAAACCCAGCAGTTGGGTGTGCCCCCCGAATTGTTCGACAAGGTCGGCGCGGTCAGCCGCGAGGTGGTGGAGGCGATGGCGCGGGGCGCCCAGCAGAAAAGCCTGGCGCGTTTCGCCGTGGCGGTCAGCGGCGTGGCCGGGCCGGACGGAGGCTCGCCGAGCAAGCCGGTGGGCACCGTATGGCTCGCCTGGGGCGTTGGCGAGGCGGTGTTCAGCGAGCGGCGCTTCTTTCCAAGCAATCGCGACGAGGTCCGCCGACAAACGGTGAAGGCCGCGCTAGACGGGCTGTTACAACATGCCGCCACAGAAATCTCAAATCAGGGGTAG MDDITGLAAELGRRLQVLNAHVTTAESCTGGGIAEAITRIPGSSAWFEAGYVTYSNRQKTQQLGVPPELFDKVGAVSREVVEAMARGAQQKSLARFAVAVSGVAGPDGGSPSKPVGTVWLAWGVGEAVFSERRFFPSNRDEVRRQTVKAALDGLLQHAATEISNQG PGPT0013460_1682 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013460-pncC2-K03743 NA NA D1-35_00203 1053 recA COG0468 Protein RecA ATGGACGACAACAAGAAGAAAGCCTTGGCTGCGGCCTTGGGTCAGATCGAACGTCAATTCGGCAAAGGTGCCGTAATGCGTATGGGCGATCAGGACCGCCAGGCTATTCCTTCCATCTCTACCGGATCGCTGGGCCTGGACATCGCGCTTGGCATCGGCGGCTTGCCAAAAGGTCGTATTGTTGAAATCTACGGTCCTGAATCCTCCGGTAAAACCACGCTGACTCTGTCCGTGATCGCCCAGGCTCAAAAAGCCGGTGCGACCTGCGCCTTCGTCGACGCCGAACACGCTCTGGACCCGGAATACGCCGGCAAGCTGGGCGTCAACGTCGATGACCTGCTGGTTTCCCAGCCGGACACTGGCGAACAGGCCCTGGAAATCACCGACATGCTGGTGCGCTCCAACGCGGTTGACGTGATCATCGTCGACTCCGTAGCGGCACTGGTACCCAAAGCGGAAATCGAAGGTGAAATGGGCGACATGCACGTGGGCCTCCAGGCTCGCCTGATGTCCCAGGCCCTGCGCAAGATCACCGGTAACATCAAGAATGCCAACTGCCTGGTGATTTTCATCAACCAGATCCGCATGAAAATTGGCGTGATGTTCGGCAGTCCTGAAACCACCACCGGTGGTAACGCGCTGAAGTTCTACGCCTCGGTTCGCCTGGACATCCGTCGTACCGGCGCGGTGAAAGAAGGTGATGAGGTTGTCGGCAGTGAAACCCGCGTCAAGGTCGTGAAAAACAAGGTGGCATCGCCGTTCCGTCAGGCCGAATTCCAGATCCTGTACGGCAAGGGCATCTACCTCAACGGCGAGATGATCGACCTGGGTGTGCTGCACGGTTTCGTCGAGAAATCCGGCGCCTGGTATGCCTACAACGGTACCAAGATCGGTCAGGGCAAGGCCAACTCGGCCAAGTTCCTGGCGGACAATCCGGAAGTCGCGGCAACTCTCGAGAAGCAACTGCGCGACAAACTGTTGAGCCCGGTTGCAGACGTCAAGGCCGTGGCCAACCGCGAGACTGCAGACGATCTGGCTGACGCTGACATCTGA MDDNKKKALAAALGQIERQFGKGAVMRMGDQDRQAIPSISTGSLGLDIALGIGGLPKGRIVEIYGPESSGKTTLTLSVIAQAQKAGATCAFVDAEHALDPEYAGKLGVNVDDLLVSQPDTGEQALEITDMLVRSNAVDVIIVDSVAALVPKAEIEGEMGDMHVGLQARLMSQALRKITGNIKNANCLVIFINQIRMKIGVMFGSPETTTGGNALKFYASVRLDIRRTGAVKEGDEVVGSETRVKVVKNKVASPFRQAEFQILYGKGIYLNGEMIDLGVLHGFVEKSGAWYAYNGTKIGQGKANSAKFLADNPEVAATLEKQLRDKLLSPVADVKAVANRETADDLADADI PGPT0007235_2939 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553 NA NA D1-35_00204 468 recX COG2137 Regulatory protein RecX ATGACCGCCGTACTCGATACCCTCGTCGCAGTGCGGCGAACCGCAATGGACCTGCTCGCCAGACGCGAGCACGGTCGAGTCGAGCTGACGCGTAAACTGCGCCAGCGCGGCGCCTCTGATGAATTGATCGACACAGCCCTGGACCGCTTGACGGAAGAGGGGCTGTTGTCGGAATCGCGCTACCTTGAAAGCTTTGTCTCCTATCGCGCCCGCTCTGGTTATGGCCCGATGCGAATTCGCGAAGAACTTGGCCAGCGCGGCTTGCAACGACCGGATATCGAACTTGCCTTGCGTGAAAGCGGTATCGATTGGCAGGAACAGTTAATCGATACCTGGCGTCGCAAGTTCTCAGGGCATCTGCCCATTGATGCGAAGGAACGGGCCAGGCAAGGGCGTTTCCTGGCGTATCGAGGATACTCCATGGAAATGATCAATCGGCTGTTCAGCGGTCGTAGCATGGATGACTAG MTAVLDTLVAVRRTAMDLLARREHGRVELTRKLRQRGASDELIDTALDRLTEEGLLSESRYLESFVSYRARSGYGPMRIREELGQRGLQRPDIELALRESGIDWQEQLIDTWRRKFSGHLPIDAKERARQGRFLAYRGYSMEMINRLFSGRSMDD PGPT0007240_3082 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565 NA NA D1-35_00205 1119 hypothetical protein ATGCCTTACAAACCGAATGACCTGCTCAGTCGGCATTTTGAGAACCATGGCCACGACCTCACCCGCAAGGTCGAAGAGCAACTCAACCTGGTATCACCCAACAGTCCCAATCTCCCCATTTACCGCGACATGATCCTTACCGTGCTGCGCATGGCCCAGGAAGATCACAACCGCTGGAACGCCAAAATCACGCTGCAAGCACTGCGCGAACTGGAACATGCCTTCCGCACCCTCGAACAATTCAAGGGCCGTCGCAAAGTCACGGTCTTTGGCTCGGCCCGAACGCCCATCGAGCATCCGCTGTATGGCTTGGCGCGAAAACTGGGGGCGGCGCTGGCCCGGTCGGACATGATGGTCATCACCGGCGCAGGCGGAGGCATCATGGCCGCCGCCCATGAAGGCGCAGGCCGCGAGCACAGCCTGGGTTTCAACATCACCCTCCCCTTCGAACAACATGCGAACCCGACCGTTGAAGGCACGCAGAACCTCCTCCCGTTCCATTTCTTCTTCACCCGCAAGCTGTTCTTCGTCAAGGAAGCAGACGCGTTAGTGCTCTGCCCAGGTGGTTTCGGCACCCTTGATGAAGCATTGGAAGTCTTGACGCTGGTGCAGACAGGCAAGAGCCCATTGGTGCCGATAGTGTTGCTGGATGTGCCGGGAGGTAAATTCTGGCAGAGCGCCCTGGATTTCATTCATGAACAATTGGGAGAAAACCGCTACATCCTGCCCACCGACATGAAGTTGATGCGCCTGGTGTACACCGCCGAGGATGCGGTGGAAGAAATCAATCAGTTCTATCGCAACTTCCACTCCAGCCGCTGGCTCAAGCATCAGTTCGTGATCCGCATGAATCATGCGCTCACCGAACAGGCGATGCAGCAGATGCAGGTCCAATTTGCCGATCTATGCCTGAACGACTGCTTCCATCAGCATGCCTACAGCGGCGAGGAGCCGGAGGAGGCGCCTTTCAGCCACCTGACGCGCCTGGCATTCACCTTCAACGCCCGCGATCACGGTCGACTTAGAGAACTGGTGGACTATATCAACCTGCCGGAAAACTGGGCCCAGCCTGCCGCCCAACCCCACCCGCTGACCTGGGAACCAATCGAGGTGACTTGA MPYKPNDLLSRHFENHGHDLTRKVEEQLNLVSPNSPNLPIYRDMILTVLRMAQEDHNRWNAKITLQALRELEHAFRTLEQFKGRRKVTVFGSARTPIEHPLYGLARKLGAALARSDMMVITGAGGGIMAAAHEGAGREHSLGFNITLPFEQHANPTVEGTQNLLPFHFFFTRKLFFVKEADALVLCPGGFGTLDEALEVLTLVQTGKSPLVPIVLLDVPGGKFWQSALDFIHEQLGENRYILPTDMKLMRLVYTAEDAVEEINQFYRNFHSSRWLKHQFVIRMNHALTEQAMQQMQVQFADLCLNDCFHQHAYSGEEPEEAPFSHLTRLAFTFNARDHGRLRELVDYINLPENWAQPAAQPHPLTWEPIEVT NA NA NA NA NA D1-35_00206 195 hypothetical protein ATGACCAGGGTAACTCTGGAACTCGACAAGCAGTTGTACCTGATGCTGTTGGAAGCGGCTCAGGCCAATCAGGTGAGCCTTGAAGAGGAGTGCTGCCGTCGGCTGGAGGGCAGGGAATGGCGCTCGCGCTATTTGCAGGCGCTGGTGGCGGAACTGCGCGCCGACGATGAGCAGCGGCGCGCCAGCTCGGGTTGA MTRVTLELDKQLYLMLLEAAQANQVSLEEECCRRLEGREWRSRYLQALVAELRADDEQRRASSG NA NA NA NA NA D1-35_00207 423 hypothetical protein ATGCTGCGCCTTATCGTCCCAACCGTTGCCGTTCTGCTGGCGACGTCCATCAGCGCTCAGGCCGCGTCGCTGAAAGAACTCGAACTGAACAAGATGCTGCAGAACGTGGCCACGCAAAGCAGCGTCGGCACTCCGCGTGCCATCAACGAAGACATTCTCGACCAGGGTTATACCGTCGAAGGCACCGAGCTGATCAACCATCTCAGCGTGCAAAGCAGCCACGCCCAGAAAATGCGCGCCGACCCCAAGGCGGTCTACTTCCAGCTGGGCTCCACGGTGTGCACCAACCCAGGCTTTCGCAAGTTGATGGCCAAGGGCGCAACCATGCGTTACGAATTCACCGAAGTTAAGACCAATCGTCCGGTCGCCACCGAACGCTTCCAGGAATCGGACTGCCCGAAACCGGCCAAGACCAAGAAATAA MLRLIVPTVAVLLATSISAQAASLKELELNKMLQNVATQSSVGTPRAINEDILDQGYTVEGTELINHLSVQSSHAQKMRADPKAVYFQLGSTVCTNPGFRKLMAKGATMRYEFTEVKTNRPVATERFQESDCPKPAKTKK NA NA NA NA NA D1-35_00208 747 hypothetical protein ATGATCCATGCCCCCAACGCCGTAGCCCGCCTGCGCGACCAGCGCGTCGACGAGGGCATCAAGCCGCTCCAGGCCCGTGGCTGGCGCGCGCCTCGTTGTAGCGCGTGTCGGGTGATCGAAAGCCATTGCCTGTGTGCCTGGCGCCCGAGCGTCGAGACCCGTTCCGGGGTCTGCCTGATCATGACCAACAAAGAAGTCTTCAAGCCGAGCAATACCGGTTGGCTGATCGCCGATGTGGTGCGCGACAACCATGCCTTCATCTGGTCGCGTACCGAGGTCGACGGGCAATTGCTGGCTTTGCTGAATGACCCGCAATGGCAGCCTTATCTGGTGTTTCCAGGCGAGTATGTCGAACCGTCCCGTGTCACCCACACGGTGGCGCTCGATCAGGGCAAGCGTCCGTTGTTCATTCTGCTGGACGCGACCTGGACGGAAGCGCGCAAGATGTTTCGTAAAAGCCCGTATTTCGACCGATTGCCCATTCTGAGCCTGTTGCCCGACAAGTTGTCTCGTTATCGCTTGCGTCGCTCGACCCGCAGCGAACACCTGTGTACCGCCGAAGTGGCGGCGCTGTGCCTGGAACTGGCGGGGGACAGCGACGCGGCGTCGGCCCTGGACGCCTATTTCGATGTGTTCAGCCAGCATTACCTCGGCGCCAAGCGCCAGCAGGAGGTGAACGAGTCCACGCCGGCCCATGCCGAGCTGCAACCCTTCGTTCGCGCGGCTCCTGCGCTGTTGGCCGAGTAG MIHAPNAVARLRDQRVDEGIKPLQARGWRAPRCSACRVIESHCLCAWRPSVETRSGVCLIMTNKEVFKPSNTGWLIADVVRDNHAFIWSRTEVDGQLLALLNDPQWQPYLVFPGEYVEPSRVTHTVALDQGKRPLFILLDATWTEARKMFRKSPYFDRLPILSLLPDKLSRYRLRRSTRSEHLCTAEVAALCLELAGDSDAASALDAYFDVFSQHYLGAKRQQEVNESTPAHAELQPFVRAAPALLAE NA NA NA NA NA D1-35_00209 654 lnrK COG2197 Transcriptional regulatory protein LnrK ATGGCCACATACGAAATCCTGATTGCCGATGACCACCCGCTTTTTCGCAGCGCGTTGCATCAGGCAGTGACCCTGGGCCTTGGCTCGGATGTCCGGTTGACGGAGGTGGCCAGCATCGCGGAACTGGAAAGCCGATTGGCTGAAAAGGCCGACTGGGACCTGGTGCTGCTGGATCTGAACATGCCCGGTGCGTATGGTTTTTCTGGCCTCGTGCTGTTGCGTGGGCAATACCCGCAAATTCCGGTGGTGATGGTCTCGGCCCAGGAAGAGGCCTCGGTGATGGTCAAGGCCCGCGAGTTCGGCGCCAGCGGGTTCATCCCCAAGTCCAGTTCCCTGGAAATGATTCAAAGAGCGGTGAAGGCCGTCCTTGATGGCGATGTATCCTGGCCGCCCCAGGCGTTCGAGGCGGTGAGTGTTTCCGCGGAAGCCAAGGCCGCCAGCGAAGGGCTGGCCAGCCTCACGCCGCAGCAATTCCGGGTGCTGACCATGGTCTGCGAAGGCCTGCTGAACAAGCAGATTGCCTATGAGCTGAATGTGTCCGAGGCGACTATCAAGGCCCACGTTACGGCGATCTTTCGTAAACTCAACGTGCGCACCCGGACGCAGGCGGCCTTGTTGCTGCAACAACTCGAGTCAATTTCGCCGCAGTCGTAG MATYEILIADDHPLFRSALHQAVTLGLGSDVRLTEVASIAELESRLAEKADWDLVLLDLNMPGAYGFSGLVLLRGQYPQIPVVMVSAQEEASVMVKAREFGASGFIPKSSSLEMIQRAVKAVLDGDVSWPPQAFEAVSVSAEAKAASEGLASLTPQQFRVLTMVCEGLLNKQIAYELNVSEATIKAHVTAIFRKLNVRTRTQAALLLQQLESISPQS NA NA NA NA NA D1-35_00210 363 dgkA COG0818 Diacylglycerol kinase ATGTCACCTTTTAAAGGCCAAACCGGCCTGAAACGCATCCTCAATGCCTCCGGCTATTCCCTGGACGGCCTGCGTGCGGCGTTCGTTGGCGAAGCCGCTTTCCGTCAACTGGTGCTGCTCAATGTCATCCTGATTCCGCTGTCGTTCTTCCTTAACGTCAGCCGCGTCGAGCAGGCCTTGCTGATCGCGGTGTGCCTGCTGGCCCTGATCGTGGAGTTGCTGAACTCCGCGGTGGAAGCGGCCATCGACCGCATTTCCCTGGAGCTGCACCCACTGTCGAAAAATGCCAAGGACATGGGCAGCGCCGCCCAGTTGGTCGCCCTGACGATGATCGCGTTGGTTTGGGGCCTGATACTGCTCTGA MSPFKGQTGLKRILNASGYSLDGLRAAFVGEAAFRQLVLLNVILIPLSFFLNVSRVEQALLIAVCLLALIVELLNSAVEAAIDRISLELHPLSKNAKDMGSAAQLVALTMIALVWGLILL PGPT0024340_4724 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024340-dgkA|DGK-K00901 NA NA D1-35_00211 987 cmpR_1 HTH-type transcriptional activator CmpR ATGGCGGCGACAATATCTGTTAAATGGATTATTAAGATAAGGGTTATCGGTTATATCGATATGCGATTTACTCTACGTCAACTTCAAGTCTTCGTCGCCGTCGCCCAGCAGGAAAGCGTGTCCCGTGCCGCGGGCCTGCTCAACCTGTCGCAGTCGGCCGCCAGCACTTCCATCACCGAATTGGAGCGCCAGTCCAGCTGCCAGCTCTTCGACCGCGCCGGCAAACGCCTGAGCCTCAACGCCCTCGGCAAGCAATTGCTGCCCCAGGCAGTGGCGCTGCTGGACCAGGCCAAGGAGATCGAAGACCTGCTCAACGGCAAGTCCGGCTTCGGTTCACTGGCGGTCGGCGCCACCCTGACTATTGGCAATTACCTGGCGACCCTGCTTATCGGCGGCTTCATGCAGCGCCATCCGGAAAGCCAGGTGAAGCTGCATGTGCAAAACACCGCCAATATCGTGCACCAGGTTGCTCACTATGAAATTGATCTGGGTCTGATCGAAGGCGACTGCAGCCACCCGGACATCGAGGTGCAGAGCTGGGTCGAGGATGAATTGGTGGTGTTCTGCGCGCCCCAGCATCCATTGGCCAAACGCGGCCAGGCGACAATGGAGGAGTTGACCCGCGAAGCCTGGATCCTGCGGGAACAGGGCTCCGGCACCCGCCTGACCTTCGACCAGGCCATGCGTCACCACCGTAGCGCGTTGAATATCCGCCTGGAGCTGGAACACACCGAAGCGATCAAGCGCGCCGTGGAGTCCGGCCTGGGGATAGGCTGTATCTCGCGCCTGGCCCTGCGTGACGCTTTTCGCCGCGGCAGCCTGGTGGCCGTGGAAACCCCGGACATGGATCTGTCGCGGCAATTTTATTTCATCTGGCACAAACAGAAATACCAGACATCGGCCATGCGTGAGTTTCTTGATCTGTGCCGGGCGTTCACCGCTGGGGTGCAGCGTAGCGACGAGATCGTCCTGCCCGCCATCGCCTGA MAATISVKWIIKIRVIGYIDMRFTLRQLQVFVAVAQQESVSRAAGLLNLSQSAASTSITELERQSSCQLFDRAGKRLSLNALGKQLLPQAVALLDQAKEIEDLLNGKSGFGSLAVGATLTIGNYLATLLIGGFMQRHPESQVKLHVQNTANIVHQVAHYEIDLGLIEGDCSHPDIEVQSWVEDELVVFCAPQHPLAKRGQATMEELTREAWILREQGSGTRLTFDQAMRHHRSALNIRLELEHTEAIKRAVESGLGIGCISRLALRDAFRRGSLVAVETPDMDLSRQFYFIWHKQKYQTSAMREFLDLCRAFTAGVQRSDEIVLPAIA NA NA NA NA NA D1-35_00212 780 fpr_1 COG1018 Ferredoxin--NADP reductase ATGAGCAACATGAACCACGAGCGTGTCCTCAGTGTTCATCACTGGAACGACACTCTGTTCAGCTTCAAGTGCACCCGCGATCCGGGCCTGCGCTTCGAGAACGGTCAGTTCGTGATGATCGGCCTGCAGCAGCCCAACGGCCGCCCGCTTATGCGCGCTTACTCGATTGCCAGCCCGAATTGGGAAGAGCATCTCGAATTTTTCAGCATCAAGGTTCCCGACGGTCCGCTGACTTCCCAGCTGCAGCACCTGAAGGAAGGCGACGAGATCATCATCAGCAAGAAGCCTACCGGCACGCTGGTGCTCGACGACCTCAAGCCTGGCAAACATTTGTATCTGCTCAGCACCGGTACCGGGCTGGCGCCATTCATGAGCGTGATCCAGGATCCGGAAACCTACGAGCGTTTCGAGAAAGTGATCCTGTGCCACGGCGTGCGTTACGTCAATGAAGTCGCCTACCGCGAATTCATTACCGAGCATCTGCCACAGAACGAATTCTTCGGCGAAGCGCTCCGCGAAAAGCTGATCTACTACCCGACCGTGACCCGCGAGCCCTTCGAGAACGAAGGCCGCCTGACCGACCTGATGCGCAGCGGCAAGCTTTTCCGCGACATCGGCCTGCCACCGATCAACCCGCAGGACGACCGCGCCATGTTGTGCGGCAGCCCAAGCATGCTCGACGAGACCAGCGAAGTGCTCAACAGCTTCGGCCTGACCGTTTCGCCGCGTATGCGTGAGCCGGGTGATTACCTGATCGAGCGGGCGTTTGTAGAGAAATAA MSNMNHERVLSVHHWNDTLFSFKCTRDPGLRFENGQFVMIGLQQPNGRPLMRAYSIASPNWEEHLEFFSIKVPDGPLTSQLQHLKEGDEIIISKKPTGTLVLDDLKPGKHLYLLSTGTGLAPFMSVIQDPETYERFEKVILCHGVRYVNEVAYREFITEHLPQNEFFGEALREKLIYYPTVTREPFENEGRLTDLMRSGKLFRDIGLPPINPQDDRAMLCGSPSMLDETSEVLNSFGLTVSPRMREPGDYLIERAFVEK PGPT0013215_2511 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D1-35_00213 699 trmO COG1720 tRNA (adenine(37)-N6)-methyltransferase ATGACCTACAACGTTTCCCCCATCGGCTTCGTCCGCTCCTGCTTCAAGGAGAAGTTCGCCATTCCGCGCCAGCCACACCTGGCCCCGGCCGCGCGTGGCGTGCTGGAGCTGGTGGCGCCGTTCGACCAGGGCGAAGCGGTGCAGGGCCTGGAGCAGGTCAGTCATGTCTGGCTGCTGTTCCTGTTCCACCAGGCCCTGGAGGAAAAACCACGATTGAAGGTGCGTCCGCCCCGACTGGGCGGCAACAAGTCCATGGGCGTATTCGCCACCCGCGCCACCCATCGCCCCAACGGCATCGGTCAGTCAGTGGTGAAGCTGGAACGGGTCGAAGCGGGTCGGCTGTGGATTTCGGGCATCGATCTGCTGGACGCGACGCCAGTGCTGGACATCAAGCCCTACGTGCCCTACGCCGACATCATCGGCTCGGCGACGAACAGCATCGCCAGCGCAGCGCCTGCATTGATTCCGGTGCAATGGGCGGACTCAGCCCTGCTTCAAGCCCGCGAGCATGCCCTGCGCCTCGAAGAGCCCTTGGTGGAGTTGATCGAACAATGCCTGGCCCAGGATCCACGTCCGGCGTATCAGGTCCCCGCAGCCGAACGGGAATACGGCGCGCAGTTCTGGGACCTGGATGTGCGCTGGCATTATCCGCAGCCGGGATTGATCCGGGTACTGGAAGTGATCCCGGCGCAGGAATAA MTYNVSPIGFVRSCFKEKFAIPRQPHLAPAARGVLELVAPFDQGEAVQGLEQVSHVWLLFLFHQALEEKPRLKVRPPRLGGNKSMGVFATRATHRPNGIGQSVVKLERVEAGRLWISGIDLLDATPVLDIKPYVPYADIIGSATNSIASAAPALIPVQWADSALLQAREHALRLEEPLVELIEQCLAQDPRPAYQVPAAEREYGAQFWDLDVRWHYPQPGLIRVLEVIPAQE NA NA NA NA NA D1-35_00214 462 hypothetical protein ATGATTCACAACGACGTACTGCGCAGCGTGCGCTACATGCTCGACATCAGCGACAAGAAAGTCATCGAGATCATCAAGCTGGGCGGCCTGGATGTTTCCCTGGAAGACCTGACTGGCTACCTCAAGAAAGACGAGGAAGAAGGCTTTGTGTTCTGCCCGGACCTGGTCATGGCGCATTTTCTCGATGGCCTGGTGATCTTCAAGCGCGGCAAGGACGAAAGCCGTCCGCCGCAGCCGATCGAAGTGCCGGTGACCAACAACATCATCCTGAAGAAACTGCGCGTGGCGTTCGAGCTGAAGGAAGACGACATGCACGCCATTCTCAAGGCCGCCGAATTCCCGGTATCAAAGCCGGAGTTGAGCGCGCTGTTCCGCAAATTCGGCCACACCAACTATCGCCCATGCGGCGACCAGTTGCTGCGCAATTTCCTCAAGGGCCTGACGCTGCGCGTGCGCGGCTGA MIHNDVLRSVRYMLDISDKKVIEIIKLGGLDVSLEDLTGYLKKDEEEGFVFCPDLVMAHFLDGLVIFKRGKDESRPPQPIEVPVTNNIILKKLRVAFELKEDDMHAILKAAEFPVSKPELSALFRKFGHTNYRPCGDQLLRNFLKGLTLRVRG NA NA NA NA NA D1-35_00215 711 rluF COG1187 Dual-specificity RNA pseudouridine synthase RluF ATGACTGACCCGATTCGTCTCTCCAAACGCCTCATCGAACTCGTCGGCTGCTCCCGTCGGGAGGCTGAGCTGTTCATCGAGGGCGGCTGGGTCACCGTGGACGGCGAAGTGATCGACGAGCCGCAGTTCAAGGTCACCGGCCAGAAGGTCGAACTCGACCCGCAAGCCAAGGCCACTGCGCCGGAGCCGGTGACGATCCTGCTCAACGTCCCGGCGGGCATGGACGTCGACACCGCCATGGCAACCCTCGGACCGGAGACCCTGAGCGACGAACATCGCTTCGGCAAGCGCCCGCTCAAGGGCCACTTTCTGCGCCTGACCGCCAGCGCCGACTTGCAGGCCAATGCCAGCGGCCTGCTGGTGTTCACCCAGGACTGGAAGATCCTGCGCAAGCTCACCGCCGACGCGGCCAAGATCGAGCAGGAATACGTAGTCGAAGTCGAGGGTGAAATGGTCGCCCACGGTCTTAATCGCCTGAACCACGGCCTGACCTACAAAGGCAAGGAATTGCCTGCGGTCAAGGCCAGCTGGCAGAACGAAAACCGCCTGCGCTTCGCCATGAAGAATCCGCAACCAGGCGCCATTGCACTGTTTTGCCAAGCGGTCGGCCTGAAGGTCGTCGCTATCCGCCGCATCCGCATCGGCGGCGTGTCCATCGGCAAGGTGCCGTTGGGCCAATGGCGCTATCTGTCCGCCAAAGAAAAATTCTAG MTDPIRLSKRLIELVGCSRREAELFIEGGWVTVDGEVIDEPQFKVTGQKVELDPQAKATAPEPVTILLNVPAGMDVDTAMATLGPETLSDEHRFGKRPLKGHFLRLTASADLQANASGLLVFTQDWKILRKLTADAAKIEQEYVVEVEGEMVAHGLNRLNHGLTYKGKELPAVKASWQNENRLRFAMKNPQPGAIALFCQAVGLKVVAIRRIRIGGVSIGKVPLGQWRYLSAKEKF NA NA NA NA NA D1-35_00216 474 yjaB COG0454 Peptidyl-lysine N-acetyltransferase YjaB ATGCGTCAGCATTCGGTCATCCACACACCGAAACCGAGCGATTACGAGGAATTGACCCGGGTCTGGGAAGCGTCGGTACGCGCTACCCATGACTTCCTGCCAGACAGCTACATCGAGCTGCTGAAGAACCTGGTACTCACCCGTTACCTGGACGCGGTGATGCTGATCTGTACTCGGGACCACCGTCAACGCATCACCGGGTTTGCCGGTGTGGCGGCCGGCAAGATCGAAATGCTCTTCATCGACCCGCAACACCGGGGCCAAGGCCTGGGCAAACAACTGCTGCGCTATGCCATGGAGCACCTGAACGCCAACGAGCTGGACGTCAACGAACAGAACCCGCAAGCCCTGGGCTTTTATCTCAAGCAAGGCTTTGAAGTGGTCGGGCGTTCCGCACGGGATGGCATGAACCAGCCGTACCCGTTGCTGCACATGCGCTACAAACAAGCCGACCTGAAGGCCGGACGCGGCTAA MRQHSVIHTPKPSDYEELTRVWEASVRATHDFLPDSYIELLKNLVLTRYLDAVMLICTRDHRQRITGFAGVAAGKIEMLFIDPQHRGQGLGKQLLRYAMEHLNANELDVNEQNPQALGFYLKQGFEVVGRSARDGMNQPYPLLHMRYKQADLKAGRG PGPT0003925_21 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003925-lipB-K03801 NA NA D1-35_00217 1341 rimO COG0621 Ribosomal protein S12 methylthiotransferase RimO ATGTCCACCACTCCCGCGCCAGCCAACCCGAAGGTTGGCTTCGTATCACTGGGTTGCCCGAAGGCTCTGGTCGACTCCGAGCGCATCCTGACCCAACTGCGCATGGAAGGTTATGACGTGGTGTCCACCTACCAGGACGCCGACGTGGTAGTGGTCAACACCTGTGGCTTCATCGACTCCGCCAAGGCCGAATCCCTCGAAGTCATCGGCGAAGCCATCAAGGAAAACGGCAAGGTCATCGTGACCGGCTGCATGGGCGTGGAAGAAGGCAACATCCGCAACGTGCACCCGAGCGTGTTGTCGGTGACCGGTCCGCAGCAGTACGAGCAAGTGGTCAACGCCGTGCACGAAGTCGTGCCGCCGCGCCAGGACCACAACCCGCTGATCGACCTGGTGCCGCCGCAAGGCATCAAGCTGACCCCGCGTCACTACGCCTACCTGAAGATTTCCGAAGGCTGCAACCACAGTTGCAGCTTCTGCATCATCCCGTCGATGCGCGGCAAACTGGTCAGCCGTCCGGTCGGTGATGTACTCGACGAGGCCCAGCGCCTGGTCAAGTCTGGCGTCAAGGAGCTGCTGGTGATTTCCCAGGACACCAGTGCCTATGGTGTCGACGTGAAATACCGCACCGGTTTCTGGAACGGCGCGCCGGTGAAAACCCGCATGACCGAGCTGTGCGAAGCGCTCAGCAGCCTCGGCGTCTGGGTCCGCCTGCATTACGTCTACCCGTATCCGCATGTCGACGAGCTGATCCCGCTGATGGCCGCCGGCAAGATCCTGCCGTACCTCGACATCCCGTTCCAGCACGCCAGCCCGAAAGTGCTCAAGGCGATGAAGCGCCCGGCCTTTGAAGACAAGACCCTGGCACGTATCAAGAACTGGCGCGAAATCTGCCCGGACCTGATCATCCGCTCGACCTTCATCGTCGGCTTCCCCGGCGAAACCGAGGAAGACTTCCAATACCTGCTGAATTGGCTGACCGAAGCCCAGCTCGACCGCGTCGGTTGCTTCCAGTACTCGCCGGTCGAAGGCGCACCGGCCAACGACCTGGACCTGGACGTGGTCCCGGACGACGTCAAGCAGGAGCGTTGGGAACGCTTCATGGCGCACCAGCAGGCGATCAGCTCGGCCCGCCTGCAAATGCGCATCGGCCGTGAAATCGAAGTGCTCGTGGACGAAGTCGACGAGCAAGGCGCCGTCGGCCGCTGCTTCTTCGACGCCCCGGAAATCGACGGCAACGTCTTCATCGACAACGGCAGCAACCTCAAGCCAGGCGACAAGGTCTGGTGCAAGGTCACCGACGCCGATGAGTATGATTTGTGGGCTGAGCAGATCGGTTGA MSTTPAPANPKVGFVSLGCPKALVDSERILTQLRMEGYDVVSTYQDADVVVVNTCGFIDSAKAESLEVIGEAIKENGKVIVTGCMGVEEGNIRNVHPSVLSVTGPQQYEQVVNAVHEVVPPRQDHNPLIDLVPPQGIKLTPRHYAYLKISEGCNHSCSFCIIPSMRGKLVSRPVGDVLDEAQRLVKSGVKELLVISQDTSAYGVDVKYRTGFWNGAPVKTRMTELCEALSSLGVWVRLHYVYPYPHVDELIPLMAAGKILPYLDIPFQHASPKVLKAMKRPAFEDKTLARIKNWREICPDLIIRSTFIVGFPGETEEDFQYLLNWLTEAQLDRVGCFQYSPVEGAPANDLDLDVVPDDVKQERWERFMAHQQAISSARLQMRIGREIEVLVDEVDEQGAVGRCFFDAPEIDGNVFIDNGSNLKPGDKVWCKVTDADEYDLWAEQIG NA NA NA NA NA D1-35_00218 1902 kup Low affinity potassium transport system protein kup ATGGGTCATGCAAGTAGTCAGGCGGCGACTGCCGAGCATTCGGCAACGAAGCCGCTGAGCATGCTGGTCGCGGCGGTCGGAGTGGTATATGGCGACATCGGCACAAGCCCCCTGTATACCCTGAAGGAAGTGTTTTCCGGCGGCTATGGCGTGCCGGTCAACCATGACGGGGTGCTGGGGATTCTGTCGCTGATTTTCTGGTCGCTGATCTGGGTCGTGTCGATCAAATACATGATGTTCGTCCTGCGCGCCGACAACCAGGGCGAGGGCGGGATCATGGCCCTGACCGCCCTGGCGCGGCGGGCGGCGGCCGGCAGGGCGCGGTTGCGCACGTTGCTGGTGATCTGCGGCCTGATCGGTGCGGCGCTGTTCTATGGCGATAGCATGATCACCCCGGCGATCTCGGTACTGTCGGCGGTGGAAGGCCTCGGCCTGGCATTTGAAGGCATCGATCACTGGGTGGTGCCGCTTTCGGTGGTGGTGCTGGTCGCGTTGTTCCTGATCCAGCGTCACGGCACCGCGCGGATCGGCATCCTGTTCGGCCCGATCATGGTGACCTGGTTCCTCGTGCTCGGCGCTCTGGGCGTGTATGGCATCAGCCAGCATCCGGAAGTATTAAACGCAGTGAACCCGGCCTGGGCCGTGCGTTTTTTTGTCGTCCACCCGGGCATGGGCGTGGCGATCCTTGGCGCGGTGGTGCTGGCGCTGACCGGGGCTGAAGCGCTGTATGCCGACATGGGGCATTTCGGTCGCAAGCCGATCGCTCGCGCCTGGTTTATCCTCGTGCTGCCGGGCCTTATGCTCAACTATTTCGGCCAGGGCGCCTTGCTGCTCGGCGACCCTGAAGCGGCGCGCAACCCGTTCTATCTGCTGGCGCCGAGCTGGGCATTACTGCCATTGGTGGGCCTGTCGACCCTGGCGACGGTGATCGCTTCGCAAGCGGTGATTTCCGGCGCGTTCTCGCTGACGCGCCAGGCAATCCAGCTCGGCTACATCCCGCGTATGTACATCCAGCACACCTCCAGTGCCGAACAGGGCCAGATCTACATCGGTGCGGTGAATTGGTCGTTGATGGTCGGCGTGGTGCTGCTGGTGCTGGGCTTCGAGTCGTCCGGAGCGCTGGCTTCGGCCTACGGCGTGGCGGTGACCGGTACGATGTTGATGACCACGATCCTGGTCTCCGCCGTGATCCTGTTGTTGTGGAAATGGCCGCCGTTGCTAGCGGTGCCGGTGCTGTTCGGTTTCCTGCTGGTAGATGGGCTGTACTTCGCCGCCAACGTGCCGAAGATCATCCAGGGCGGCGCGTTCCCGGTCATTGCCGGTATCGCCTTGTTCGTGCTGATGACTACCTGGAAGCGCGGCAAACAACTGCTGGTGGAGCGCCTGGACGAAGGTGCGTTGCCGTTGCCGGTGTTCATCAGCAGCATTCGCGTGCAGCCGCCGCATCGTGTGCAGGGCACCGCGGTGTTCCTGACTGCGCGCTCGGATGCCGTGCCCCACGCGCTGTTGCATAACCTGTTGCACAACCAGGTGCTGCACGAGCAAGTGGTGTTGTTGACCGTGGTCTACGAGGACATTCCCCGCGTACCGTCGCAGCGGCGCTTCGAGGTCGATGCCTACGGCGAGGGCTTCTTCCGGGTCATCCTGCATTTCGGCTTCACCGACGAACCGGACGTGCCCCAGGCGCTCAAGCTCTGCCATCTGGATGAACTGGATTTCAGCCCGATGCGCACGACGTACTTCCTCAGCCGCGAGACCGTCATCGCCTCCAAGCTCGAAGGCATGGCCCGCTGGCGCGAGTCGCTGTTCGCCTTCATGCTGAAGAACGCCAACGGCAACCTGCGCTTCTTCAATCTGCCGTTGAACCGAGTGATCGAGCTGGGTACGCAGGTGGAGATGTAG MGHASSQAATAEHSATKPLSMLVAAVGVVYGDIGTSPLYTLKEVFSGGYGVPVNHDGVLGILSLIFWSLIWVVSIKYMMFVLRADNQGEGGIMALTALARRAAAGRARLRTLLVICGLIGAALFYGDSMITPAISVLSAVEGLGLAFEGIDHWVVPLSVVVLVALFLIQRHGTARIGILFGPIMVTWFLVLGALGVYGISQHPEVLNAVNPAWAVRFFVVHPGMGVAILGAVVLALTGAEALYADMGHFGRKPIARAWFILVLPGLMLNYFGQGALLLGDPEAARNPFYLLAPSWALLPLVGLSTLATVIASQAVISGAFSLTRQAIQLGYIPRMYIQHTSSAEQGQIYIGAVNWSLMVGVVLLVLGFESSGALASAYGVAVTGTMLMTTILVSAVILLLWKWPPLLAVPVLFGFLLVDGLYFAANVPKIIQGGAFPVIAGIALFVLMTTWKRGKQLLVERLDEGALPLPVFISSIRVQPPHRVQGTAVFLTARSDAVPHALLHNLLHNQVLHEQVVLLTVVYEDIPRVPSQRRFEVDAYGEGFFRVILHFGFTDEPDVPQALKLCHLDELDFSPMRTTYFLSRETVIASKLEGMARWRESLFAFMLKNANGNLRFFNLPLNRVIELGTQVEM PGPT0002720_3040 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002720-trkD|kup-K03549 NA NA D1-35_00219 1290 hypothetical protein ATGATGCAACGCTCCTGGCGATACGTAGTGGCCGCCCTGCTGGTGCTGGCGGTGATTCTCGGTGGCGGCTACTGGTACTGGAACCGCCCGGCCCCGCAACCGACCCTGGAACAACTGGAGCCGGCCGATGGCGTGCCGATGACCCGAGTCATCCCCGGCACCAAGGCACGCGCCCAGGTGCTGGTGGCGGTCAACGAGGACCAGAAGCTCAGCGACACCCAATTGACGACCCTCAGCCGCAGCGGCTCGGCGCAGATCGTCCAGGTGATCCTGCCCAAGGACTGCATGCTCCAGGGGCGCGCCTTGCAAGCCGGCCTGCGGCAGCTGCACGGCCCGGCCACGCTGGTCAGCGGCATCGGTCCCGGCGCGGTGCTGGCCTGGCGCTGGCTGGCTGAACAGAAGGACGACAAGGCCCAGGCCGTCTCGGTCGACCTGGCCCTGGAAAAACCCGGCTGCACCCACCTGCTGCCCAAAAGCGCCGGCCATGGTCGCTGGCTGGTGGCCTGGAACGATAACCCCGACGATACCAGCGCCGCTTTCGTGCGCGACCAGAAGAATGCCGAAACCAGCATCAGCGACTACGACATCAACCTGGCGCAGGTACTCAACAACGAGCTGCGCAAGATCCTGGTGGGCGCCGACAAGGGCAAGGGCGGCCTGAGCATTCCGGTGGTGGAAGTCCCCGCCAGCCAGGCCCGGGACACCGTGACGCTGTTTCTCTCCGGCGACGGTGGCTGGCGTGACCTGGACCGCGACGTGGCCGATGAAATGGCCAAGGTCGGTTACCCGGTGGTCGGCATCGACACCCTGCGCTATTACTGGCAGCACAAGAGCCCCGAACAGAGCGCGACCGACCTGACCGAGCTGATGCAACACTATCGCCAGATCTGGGGCACCAAACGCTTCGTCCTGACCGGCTATTCCTTCGGAGCCGATGTCCTGCCGGCAATCTACAACCGCCTGCCGGCGACAGAACAGCAACGGGTCGATGCGATTATCCTGCTCGCCTTTGCCCGCACCGGCAGCTTCGAAATCGAAGTCGAGGGCTGGCTCGGCAACGCCGGCACCGAAGCCGCCACCGGCCCGGAAATGGCCAAGCTGCCGGCGGAAAAAGTGGTGTGCATCTATGGCGCGGAAGAAGCCAACGAAAGTGGCTGCACCGACAAGACCGCCGTAGGCGAAGCCATAAAGCTGCCCGGCGGCCATCACTTCGATGAAAACTACCCGGCCCTGGCCAAGCGGTTGATCGATGAGATCAACAAGCGGCAGACCACACCTGCCGCGCAGTGA MMQRSWRYVVAALLVLAVILGGGYWYWNRPAPQPTLEQLEPADGVPMTRVIPGTKARAQVLVAVNEDQKLSDTQLTTLSRSGSAQIVQVILPKDCMLQGRALQAGLRQLHGPATLVSGIGPGAVLAWRWLAEQKDDKAQAVSVDLALEKPGCTHLLPKSAGHGRWLVAWNDNPDDTSAAFVRDQKNAETSISDYDINLAQVLNNELRKILVGADKGKGGLSIPVVEVPASQARDTVTLFLSGDGGWRDLDRDVADEMAKVGYPVVGIDTLRYYWQHKSPEQSATDLTELMQHYRQIWGTKRFVLTGYSFGADVLPAIYNRLPATEQQRVDAIILLAFARTGSFEIEVEGWLGNAGTEAATGPEMAKLPAEKVVCIYGAEEANESGCTDKTAVGEAIKLPGGHHFDENYPALAKRLIDEINKRQTTPAAQ NA NA NA NA NA D1-35_00220 2643 hypothetical protein ATGCGCGCCCACTCGTCTGACCCACAAGACACTGTCAATGCGACACAACCGATCAAGGCCGAGCGATTGCGCTGGCTGGACCGGATCAGCCAGTACCGGCAACCGATCGGCCTCGCCGTCACGCTGCTGCTGTTTGCGATTGCCTTGATCGCCTGCCGTCACCTCCTGAGCGAACTCGACCTCTACGCCCTTCACGACTCGATCCTCGAGGTGCCGAGGCCGGCGCTGCTCGGTGCGATAGCCGCCACCGTGGCCGGCTTCATCATTCTGCTGGGCTATGAATGGTCCGCCACTCGCTACGCCGGCGTGAAGCTGCCCACCCAAACCCTGATCCTCGGCGGCTTCAGCGCGTTTGCGATCGGCAATGCGATCGGCCTGTCGCTGCTGTCGGGCGGTTCGGTTCGCTACCGCCTGTACGCCCGCCACGGCCTGGGGGCGGCGGATGTCGCCCACATGACATTGTTCGCCAGTCTGTCACTGGGTTGCGCGCTACCGCCACTGGCGGCCCTGGCGACGTTGAGCAATCTGCCTGCCGCCTCTGCCGCCCTGCACCTTCCCGCCACTTTGCTGGGGGTGATCGCCGTTGCCGTGCTGCTGCTGACCAGTGCGCTGGCCATCGGCATCTATCGCCGCCGCCTGCCGGAACAACCCTATCGGGATGCCCTGCTGGTCAAGGCCGGTCGCCGCACGCTGCGTCTGCCGGGCCGCCGGCTGACGTTCCTGCAACTGATCATCACCGCGCTGGATGTCGCCGCCGCGGCAACGGTGCTCTATCTGTTGCTGCCGGAGGCGCCACCGTTCGGCCCCTTCTTGCTGGTTTACCTGCTGGCGCTCGCCGCCGGCGTCCTCAGTCATGTGCCGGGCGGCGTCGGGGTGTTCGAAGCGATCCTGCTGGCCGCGTTTGCCGACAGACTCGGGGCTGCGCCGCTGGCGGCCGCCCTGCTGCTGTATCGCCTGATCTACGTGCTGCTGCCGATGCTGGTGGCGTGCGTATTGTTGTTGATCAATGAGGCACAACGGCTGTTCCAGACCCGCCAGACCCTGCGGGCGGCGTCCGGTTTCGCGGCGCCAATCCTGGCAGTGCTGGTGTTCCTGTCCGGCGTGGTGCTGCTGTTTTCCGGCGTGACGCCGGAGATCGACACGCGCCTGGAGCACATCGGCTTCCTGATCCCGCATCGCCTGGTGGACGCCTCGCACTTTGGCGCCAGCCTGGTGGGCGTGTTGTGCCTGTTGCTCGCCCAAGGCCTGCGTCGCCGCTTGTCCGCAGCCTGGATGCTGACCACTGTCCTGTTGCTGGTGGGCGCCCTCCTCTCGCTGCTCAAGGGTTTCGACTGGGAAGAAGCCACCCTGCTGACGCTGACCGCAGCCCTGCTGGCGGTCTTCCGGCGTTCCTTTTACCGCCCAAGTCGCCTGACCGAGCTGCCCTTCTCGCCGTTGTTCCTGATTGCCAGCCTCTGCGTGCTGGGTGCGTCGATCTGGCTGCTGCTGTTTGCCTATCAGGATGTGCCGTATAGCCATCAACTGTGGTGGCAGTTCACCCTGGACGCCGACGCCCCGCGTGGCCTGCGCTCGCTGCTGGGTGCCGCGGTGCTGCTGGTGGTGGTGTCCCTGACCTGGCTGCTGCGCACCGCTCGGCCGGTGATTCATCTGCCTACGGCTGAAGAACTGGAGCGCGCCCGGACGATTCTCATGGCGTCTTCGCAACCCGACGGCGGCCTGGCCCTGACCGGCGACAAGGCGCTGCTGTTTCATCCCAACGATGAAGCCTTCCTGATGTATGCCCGCCGTGGCCGCAGCCTGGTCGCGCTGTACGACCCGATCGGGCCGACCCAGCAACGGGCGGAAATGATCTGGCAGTTCCGTGACCTTTGCGACATCTACCACGCCAGGCCAGTGTTCTATCAGGTGCGTGCCGAGAACCTGCCCTATTACATGGACATCGGCCTGACTGCGATCAAGCTGGGCGAAGAAGCGCGGGTCGATCTCAAGCGTTTTGATCTCGAAGCCAAGGGCAAGGAGATGAAGGACCTGCGCTACACCTGGAATCGCGGCACCCGTGACGGCCTGTCACTGGAGATCCATGAACCGGGCCAGGCGCCAATGGACGAACTCAAGGTTATTTCCGATGCCTGGCTGACCGGCAAGAATGTACGTGAGAAAGGTTTCTCCCTGGGGCGATTCAGCCATGATTACCTCAAGCACTTCCGCATCGCGGTGATTCGTTTCGAGGGGCGTCCGGTGGCGTTCGCCAACCTGCTGGAAACCCATAGCCATGAGCTGGCCAGCCTTGACCTCATGCGTGCTCATCCCGAAGCCCCGAAGCTGACCATGGAGTTCATGATGGTCGGCCTCATCCAGCATTACAAAAACCATGACTACGCCCGCTTCAGCCTCGGCATGGTCCCGCTCTCGGGCCTGCAACCGCGTCGCGGCGCTCCATTGACCCAGCGCCTGGGTTCGATGGTGTTTCGCCGTGGCGAGCAGCTCTACAATTTCCAGGGCCTGCGCCGCTTCAAAGACAAATTCCAGCCTGACTGGGAACCTCGTTACATGGCCGTGCCCGCCGGACTCGATCCGCTGGTAGCGCTGGCCGATACCGCCGCCCTGATTGCGGGCGGCCTGACTGGATTGGTGAAACGCTGA MRAHSSDPQDTVNATQPIKAERLRWLDRISQYRQPIGLAVTLLLFAIALIACRHLLSELDLYALHDSILEVPRPALLGAIAATVAGFIILLGYEWSATRYAGVKLPTQTLILGGFSAFAIGNAIGLSLLSGGSVRYRLYARHGLGAADVAHMTLFASLSLGCALPPLAALATLSNLPAASAALHLPATLLGVIAVAVLLLTSALAIGIYRRRLPEQPYRDALLVKAGRRTLRLPGRRLTFLQLIITALDVAAAATVLYLLLPEAPPFGPFLLVYLLALAAGVLSHVPGGVGVFEAILLAAFADRLGAAPLAAALLLYRLIYVLLPMLVACVLLLINEAQRLFQTRQTLRAASGFAAPILAVLVFLSGVVLLFSGVTPEIDTRLEHIGFLIPHRLVDASHFGASLVGVLCLLLAQGLRRRLSAAWMLTTVLLLVGALLSLLKGFDWEEATLLTLTAALLAVFRRSFYRPSRLTELPFSPLFLIASLCVLGASIWLLLFAYQDVPYSHQLWWQFTLDADAPRGLRSLLGAAVLLVVVSLTWLLRTARPVIHLPTAEELERARTILMASSQPDGGLALTGDKALLFHPNDEAFLMYARRGRSLVALYDPIGPTQQRAEMIWQFRDLCDIYHARPVFYQVRAENLPYYMDIGLTAIKLGEEARVDLKRFDLEAKGKEMKDLRYTWNRGTRDGLSLEIHEPGQAPMDELKVISDAWLTGKNVREKGFSLGRFSHDYLKHFRIAVIRFEGRPVAFANLLETHSHELASLDLMRAHPEAPKLTMEFMMVGLIQHYKNHDYARFSLGMVPLSGLQPRRGAPLTQRLGSMVFRRGEQLYNFQGLRRFKDKFQPDWEPRYMAVPAGLDPLVALADTAALIAGGLTGLVKR PGPT0024390_194 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLGLYCEROL_LYSYLTRANSFERASE,PGPT0024390-mprF|fmtC-K14205 NA NA D1-35_00223 1062 dinB COG0389 DNA polymerase IV ATGACGCAACGCAAAATCATCCACGTCGACTGCGACTGCTTCTACGCCGCGATCGAAATGCGCGATGATCCGCGGCTGGCCGGCATACCCCTGGCGGTCGGTGGCTCGGCGGACCGGCGTGGGGTCATCGCGACCTGCAATTACGAGGCGCGGGCCTACGGTGTGCGCTCAGCCATGTCTTCTGGCCACGCGCTGAAGCTCTGCCCCGACCTGACCATCGTCAAGCCGCGGATGGACGCCTATCGGGAGGCCTCCAGGGAAATTCAGACGATTTTCAGCGATTACACCGACCTGATCGAACCGCTGTCGCTGGACGAGGCTTATCTGGACGTCTCCGCCAGTCCGCATTTCGGCGGCAGTGCCACGCGCATCGCCCAGGATATTCGCCGGCGTGTTTCCAACCAGTTGCACATCACTGTTTCCGCGGGCGTGGCGCCGAACAAGTTTCTCGCCAAGATCGCCAGTGACTGGAAAAAGCCCAACGGCCTGTTCGTCATCACTCCTGACCAAGTGGAAGATTTCGTCTCGGCGCTGCCGGTGAGCAAGCTGCACGGCGTCGGCAAGGTCACCGCCGACAAGTTGAACAGGCTCGGGATTATTGACTGCCAGCACTTGCGCGAGTGGGACAAGTTGGCACTGGTGCGTGAATTCGGCAGTTTCGGCGAGCGACTCTGGAGCCTCGCCCGTGGAATTGACGAGCGCCTGGTGCACAACGACAGCCGGCGGCAATCCATCAGCGTGGAAAACACCTATGACGTCGATTTGCCTGATCTGCAGAGCTGCCTCGACAAACTGCCCGAACTGATGGAAACCCTGGGCGGGCGCATGGCGCGGATCGACAGCAGCTATCGGCCGGGCAAGCCGTTCGTCAAAGTGAAATTCCATGACTTCACCCAGACCACCCTTGAGCAGGCCGGGGCAGGGCGGGACCTGGGCAGTTACCAGCTACTGTTGACCCAGGCGTTCAACCGCGGCGGCAAACCGGTGCGATTGTTGGGGATCGGAGTGCGGCTGGAGGACTTGCGGGGTGGGTTTGAGCAGTTGGAGTTGTTTGAGCGTTGA MTQRKIIHVDCDCFYAAIEMRDDPRLAGIPLAVGGSADRRGVIATCNYEARAYGVRSAMSSGHALKLCPDLTIVKPRMDAYREASREIQTIFSDYTDLIEPLSLDEAYLDVSASPHFGGSATRIAQDIRRRVSNQLHITVSAGVAPNKFLAKIASDWKKPNGLFVITPDQVEDFVSALPVSKLHGVGKVTADKLNRLGIIDCQHLREWDKLALVREFGSFGERLWSLARGIDERLVHNDSRRQSISVENTYDVDLPDLQSCLDKLPELMETLGGRMARIDSSYRPGKPFVKVKFHDFTQTTLEQAGAGRDLGSYQLLLTQAFNRGGKPVRLLGIGVRLEDLRGGFEQLELFER PGPT0014881_4531 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 D1-35_00224 954 hypothetical protein ATGTTCAAGCGAAACACCTTAGGCCTCGGGGGCGCCGCACTGTGCGGCGCCCTGCTGGTCAGCGGCTGCGCCAACCAGATGTCGCAACGCAACGAGCACGAAGAACGGATCGAGCGCAAATTGCTCGACCATAGCCTGCAGATCGATGTGGGCGAACCCAAGGTGCTCGACTTGCCGCAGCGTCGGGTGCGGATCAACGAGCAGAAGACCTTCGAGGTCACCGAGTTCGAGGTCACCCGCCATTACGATCGCTACACGCCGTACCAGCCTTGGCGGGAGATCTACGAGATCCCGCTGGGCGCGGTGGCGGTAGTGGCCGGCGTCGGCGCGAACGTGGTCAATGTGTTCGCCCTCGGCAGCTTGCCGGACAGTGCGACCCGCGACTGGATCAGCTACGGTTTTGCCGGACTCAATCCGTTCATGAACGTGCCTTCCAATGGCCGTGCCCAGCAGAACCTGGCAGGTATCGATGAGGTCCAGCGCGACAAGCGCACGGAGCATTCGAGCCTGCCCTGGAGCGAGCGTCCGGTACAGGTGAAAGCCGCCCGGCAGACCTTCGAGCTGAGCACCGACCGTAACGGCGTGTTGCGCTTGAACCTGCTGGAAAGCCCGTTCGCCGAGCATGACCTGAGCCAGTTCGGCAAACTGCAGATCAGTGTGACGGATGCCCAGGACGAGGTGCACACCGACTCATCCCTGAGCGTCAGCAGTACGTTGCGCAGCAAACTGGTCGAAGCCCACGCGTTGATCTACGACGATCTGGAAGACGACGAAGTGAGCCAGTGGGTTCATCGGGTCAAGCGTCTCTCGGAGCTGGGGCTTGAAGAAGAGGCCAGCGAACTCGAACAGAGCCTGATCGAACTGACCCGCAACGATCCGGAACTGCAGGCCGAATTCATCAAGGCCCTGACCAAGGATGGCGGGCGGTTGGTGGCGGACCCGGGCGCGAGCTGA MFKRNTLGLGGAALCGALLVSGCANQMSQRNEHEERIERKLLDHSLQIDVGEPKVLDLPQRRVRINEQKTFEVTEFEVTRHYDRYTPYQPWREIYEIPLGAVAVVAGVGANVVNVFALGSLPDSATRDWISYGFAGLNPFMNVPSNGRAQQNLAGIDEVQRDKRTEHSSLPWSERPVQVKAARQTFELSTDRNGVLRLNLLESPFAEHDLSQFGKLQISVTDAQDEVHTDSSLSVSSTLRSKLVEAHALIYDDLEDDEVSQWVHRVKRLSELGLEEEASELEQSLIELTRNDPELQAEFIKALTKDGGRLVADPGAS NA NA NA NA NA D1-35_00225 1716 proS COG0442 Proline--tRNA ligase ATGCGCACCAGTCAATTTTTGCTCGCCACACAGAAAGAAACGCCTTCCGACGCCGTCGTGATCAGCCACCAGCTGATGCTGCGCGCAGGCATGATCCGCAAGCTCGCCTCCGGCCTGTACACCTGGCTGCCGATGGGCCTGCGGGTGATGCGCAAGGTCGAAGCCATCGTCCGCGAAGAAATGGACGCCGCCGGCTCTCTGGAAGTGTTGATGCCGAGCACCCAGCCGGCCGAGCTGTGGCAGGAGTCGGGGCGCTGGGAGGAATACGGCCCGGAGCTGCTGCGCATCAAGGACCGCCATGGTCGCGATTTCTGCGCTGGCCCGACTCACGAAGAAGTGATCACCGACCTGATGCGCAACGAGTTGAGCAGCTACAAGCAACTGCCAATCAACCTGTATCAGATCCAGACCAAGTTCCGTGACGAGATCCGTCCACGCTTCGGCCTGATGCGCGGTCGCGAATTCATCATGAAGGATTCTTATTCGTTCCACGCCGACCTGGCCTCGCTGCAAGTCACTTACGACCGCATGCACCAGGCGTACTGCAACGTGTTCACCCGCCTGGGCCTGAAGTTCCGCCCGGTTGAAGCCGACAACGGCTCCATCGGCGGTGCCGGCTCCCACGAATTCCATGTGCTGGCCGAGTCCGGCGAAGACGACATCGTCTTCAGCAACGGCTCCGACTACGCCGCGAACATCGAGAAAGCCGAAGCCGTGCCACGGGAAACCTCCCGCGCCGCACCGGCCGAAGAATTGCGCCTGGTAGACACGCCGAACGCCAAGACCATTGCCCAATTGGTGGAAGGCTACAACCTGCCCATCGAACGCACCATCAAGACCCTGATCGTGCGCGCGGAAGAAGAAGGCAAGCTGATTGCCCTGATCATCCGTGGCGACCACGAGCTGAACGAAATCAAGGCCGCCAACCAGCCTGGCGTCGCCAGCCCGCTGGTCATGGCCACCGATGCCGAGCTGCGCGATGCCATTGGTGCCGGTGCCGGCTCCCTCGGCCCGTTGAATCTGCCGTTGCCGATCATCATCGACCGCTCGGTGGCATTGATGAGCGACTTCGCCATCGGTGCCAACATCGATGACAAGCACTATTTCGGCGTGAACTGGGAACGCGACCTGCCGGTCCCAACCGTCGCCGACCTGCGCAACGTCGTGGCCGGCGACCCGAGCCCGGACGGCAAAGGCACGCTGGAAATCAAGCGCGGCATCGAAGTCGGGCATATCTTCCAGCTGGGCGACAAGTACAGCAAGGCGATGAAATGCGAAGTGCTCGGCGAGAACGGTAAGCCGGTCACGCTGCAGATGGGCTGCTACGGCATCGGCGTGTCCCGCGTGGTGGCTGCGGCCATCGAGCAGAACAACGACGAGAACGGCATCATCTGGAGCGACACGCTGGCGCCGTTCCAGGTTGCCCTCGTGCCGCTACGCTACGAAACCGAACAGGTTCGCGAAGCGACCGACAAGCTCTACGCCGAACTGACGGCCGCCGGCTTCGAAGTACTGCTGGACGACCGCGACAAGAAAACCAGCCCCGGCATCAAGTTCGCGGACATGGAACTGATCGGCATCCCGCACCGGATCGTCGTCAGTGACCGTGGCCTGGCCGATGGCAACCTGGAATACAAGAGCCGTACCGAGGCCGAGGCGCAAGCGCTGCCGGTCGCCGACGTGCTGTCCTTCCTTCAGGCCCGTATCCGCCGCTGA MRTSQFLLATQKETPSDAVVISHQLMLRAGMIRKLASGLYTWLPMGLRVMRKVEAIVREEMDAAGSLEVLMPSTQPAELWQESGRWEEYGPELLRIKDRHGRDFCAGPTHEEVITDLMRNELSSYKQLPINLYQIQTKFRDEIRPRFGLMRGREFIMKDSYSFHADLASLQVTYDRMHQAYCNVFTRLGLKFRPVEADNGSIGGAGSHEFHVLAESGEDDIVFSNGSDYAANIEKAEAVPRETSRAAPAEELRLVDTPNAKTIAQLVEGYNLPIERTIKTLIVRAEEEGKLIALIIRGDHELNEIKAANQPGVASPLVMATDAELRDAIGAGAGSLGPLNLPLPIIIDRSVALMSDFAIGANIDDKHYFGVNWERDLPVPTVADLRNVVAGDPSPDGKGTLEIKRGIEVGHIFQLGDKYSKAMKCEVLGENGKPVTLQMGCYGIGVSRVVAAAIEQNNDENGIIWSDTLAPFQVALVPLRYETEQVREATDKLYAELTAAGFEVLLDDRDKKTSPGIKFADMELIGIPHRIVVSDRGLADGNLEYKSRTEAEAQALPVADVLSFLQARIRR NA NA NA NA NA D1-35_00226 1572 hypothetical protein ATGCCCCGTAAAACCTGGCGCGCCGCCCTTGCCGCCTATGCCAGTCCTTCGACGCTCGTGCTGTTGCTGCTTGGCTTCGCCGCCGGCCTGCCCTACATGCTGGTGTTTTCCACGCTGTCGGTCTGGTTGCGCGAGGCCGGCGTGGCCCGCGAAACCATTGGTTACGCAAGCCTGATCGGCCTGGCCTATGCCTTCAAATGGGTCTGGTCGCCACTGCTCGACCAATGGCGCCTGCCATTGCTCGGCAAACTGGGACGTCGACGCTCCTGGCTGGTGCTCTCCCAGGCCCTGGTGATCCTCGGCCTGGTCGGCATGGGCTTCTGTGACCCACAAAAACACCTGTCCTGGCTGATCGCGATTGCCGTCATCGTGGCCTTCGCCTCGGCCACCCAGGACATCGCCGTCGATGCCTACCGACTGGAAATCGCCGACGACACCCGCCAGGCCGCCCTGGCTGCCAGCTATATGTCCGGCTACCGCGTCGCCGCGTTGCTGGCGACCGCCGGCGCGCTGTTTTTCGCCGAGGGGTTCGGCTCCACCGGGTTCAGCTATAAACATTCGGCCTGGGCCGGTACGTACCTGCTGTTTGGCGTACTGATGGTCCCGGCGCTGCTGACCTCGCTGTTCATGCGCGAGCCGCCAGTACCGTTGCGTACTCAATTGCAAGCCGGGCGCTATACCTTCGTCCACCAGTTGGCCTCGGTATTCGTGTTGATCGTGCTGCTGGTGTCGGTCCCGGCGATGTTCACCCAGCTCTACAACACCGACTTTGCCAGCGTGCTGTTCGAAGGCGTCAGCCTGCTGGACCTGCTGCTCCAGGACCGCGCCTTCCTGCGCGCCATCCTCTATATCATCCTGACCGCCCTGTGCCTGTCGTCCATGGGGCGTCGCGGCCTGGCGCCGGTGCTGACGCCGGTCAACGATTTCATCCTGCGCTACCGCTGGCAGGCCCTGCTGCTGCTCGGCCTGATCGCGACCTACCGGATGTCCGACACGGTCATGGGCGTCATGGCCAACGTTTTTTATATCGACCAGGGTTTCACCAAAGACCAGATCGCCAGCGTCAGCAAGATCTTCGGGCTGATCATGACCCTTGTCGGCGCCGGCATGGGCGGGCTGCTGATCGTGCGTTTCGGCATCCTGCCAATCCTGTTCATCGGCGGCGTGTCGTCGGCCGCCACCAACATCCTGTTCCTGATGCTGACGGACATGGGTGCCAACTTGAAGATGCTGATCGTCACGATCTCCCTCGACAACTTCAGCTCCGGCCTGGCCACCTCGGCGTTCGTCGCCTATCTGTCGAGCCTGACCAACCTGAAATTCTCCGCGACCCAATACGCCCTGCTCAGCTCGATCATGCTCTTGTTGCCGCGCCTGATCGGCGGGTACTCAGGGGTCATGGTGGAAAAATTCGGCTATCACGATTTCTTCCTGATCACCGCGTTGCTCGGCGTTCCGACCTTGCTGCTGATCGCCTTGCACTGGTATCAGGAGAATCGCCGAGAGGGCTCGACGCCTGAATCGGCGCCAGAGTCGGAATCGCCGCCGACCCGGCCCGCTCAAGAGTTGTAG MPRKTWRAALAAYASPSTLVLLLLGFAAGLPYMLVFSTLSVWLREAGVARETIGYASLIGLAYAFKWVWSPLLDQWRLPLLGKLGRRRSWLVLSQALVILGLVGMGFCDPQKHLSWLIAIAVIVAFASATQDIAVDAYRLEIADDTRQAALAASYMSGYRVAALLATAGALFFAEGFGSTGFSYKHSAWAGTYLLFGVLMVPALLTSLFMREPPVPLRTQLQAGRYTFVHQLASVFVLIVLLVSVPAMFTQLYNTDFASVLFEGVSLLDLLLQDRAFLRAILYIILTALCLSSMGRRGLAPVLTPVNDFILRYRWQALLLLGLIATYRMSDTVMGVMANVFYIDQGFTKDQIASVSKIFGLIMTLVGAGMGGLLIVRFGILPILFIGGVSSAATNILFLMLTDMGANLKMLIVTISLDNFSSGLATSAFVAYLSSLTNLKFSATQYALLSSIMLLLPRLIGGYSGVMVEKFGYHDFFLITALLGVPTLLLIALHWYQENRREGSTPESAPESESPPTRPAQEL PGPT0028125_209 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028125-ampG-K08218 NA NA D1-35_00227 354 DNA base-flipping protein GTGACCGACACCCCAGCGGCCCCCGAGAACGCCGCCCAGATCCGCCGCACCACGCTTTACCTGACCCTGGCCCAAGTGCCGGCCGGCCAGGTCGTCACCTATGGTCAGCTCGCCGAAATGGCGGGTCTGGGCCGCGCCGCGCGCTGGGTCGGACGAACGCTCAGCCAGTTGCCGAACGACACGAAGCTGCCGTGGCATCGAGTCCTCGGCGCCGGTGGTCGGATCAGCCTGCCGGCAGGCAGCGCCTCGGGGGACGAACAGCGCGCACGCCTGCGCATGGAAGGGATCAGTGTCCTGAATAATCGTGTTGATATTCAGCGTCATGGCTGGCGCCCGGTAGAGCACAGCGGTTAG MTDTPAAPENAAQIRRTTLYLTLAQVPAGQVVTYGQLAEMAGLGRAARWVGRTLSQLPNDTKLPWHRVLGAGGRISLPAGSASGDEQRARLRMEGISVLNNRVDIQRHGWRPVEHSG NA NA NA NA NA D1-35_00228 1008 hypothetical protein ATGTTGTCCAGAACCCTGTTGTGCCTAGCTGTTACCAGTGCCTCCATGCCTTTGCTTGCCGATACCGTCTGGTTGAAGAACGGCGACAAGCTCAGTGGCAAGATAACCGTTTTCGACGGCGGCAAATTGTTGATCCAGACCGATTACGCGGGCGCGATCCCGATTGATTGGAAGCAGGTCAAGACGCTTGAAAGCGACCAGCAACTGTTGGTCAAGCAGGATGCCTATACCGGCGAAAAAGCCAAGGCGTTGCAGGCGGCCGAGGATGGCAAGGTCACCTTGGCCAACGGTGATGCGCCCAAGACCGTCGAGCTGGCGAGCATCCAGCAGATCCTCAAGCCCAAGCCGGTGGTCGAGGACCTTGTTTGGAAGGGCAATATCGACGCTGCACTGGATTACCAGCGCGCGGAAGCCGATACCGACGATTACGACATCGACTTCAAGACCTCGGCGCGCCACGGCAGATGGCGGCACATCGCCGAAGGCGAATACAACCGCGAATTCCAGGATGATGTGGTGTCGGCTGACAACTGGCGGCTGGAGTATTCCCTCGACCGCTTCCTCACGGAAAAATGGTTCTGGCAAGGTCGCCTGAACTACAAGCGTGACAAGGTTGAAGACCTGGCCCGCCAGCGCGTGGTCGGTACCGGTCCGGGTTATCAGTTCTGGGACGACGAACTGGGCGCTTTCTCCCTGGGTTCGCTGCTCAACCGCACCGATTATGAATACCGCGACGGCGGCAAGGACAACTTCTATTCCGTGGCGATGAAGTGGGACTACAACCGTTACCTGATCGGCAAGCGCGTCGAGCTGTTTACCAACGGCGAAGTGGGCAAACCGCTGTCCGGCGTGGCTGAATACGCCTATGACGCCGAAATCGGGTTGCGCTACAAGGTCACTGACTGGGCATCGCTCAACCTCAAGGCCGAGAAGGATGTCATCGAAGGGACCGAAGACAGCGACCTGAGCAAGACGCGCTACACCGCCGGGTTTGGCGTGACCTGGTAA MLSRTLLCLAVTSASMPLLADTVWLKNGDKLSGKITVFDGGKLLIQTDYAGAIPIDWKQVKTLESDQQLLVKQDAYTGEKAKALQAAEDGKVTLANGDAPKTVELASIQQILKPKPVVEDLVWKGNIDAALDYQRAEADTDDYDIDFKTSARHGRWRHIAEGEYNREFQDDVVSADNWRLEYSLDRFLTEKWFWQGRLNYKRDKVEDLARQRVVGTGPGYQFWDDELGAFSLGSLLNRTDYEYRDGGKDNFYSVAMKWDYNRYLIGKRVELFTNGEVGKPLSGVAEYAYDAEIGLRYKVTDWASLNLKAEKDVIEGTEDSDLSKTRYTAGFGVTW NA NA NA NA NA D1-35_00229 210 capB_1 Cold shock protein CapB ATGTCTAATCGCCAAACCGGTACCGTTAAGTGGTTCAACGATGAAAAAGGCTTCGGCTTCATCACCCCACAGTCCGGTGACGATCTGTTCGTTCACTTCAAAGCTATCCAATCTGACGGCTTCAAAAGCCTGAAAGAAGGCCAACAGGTTTCTTTCATCGCTACCCGCGGTCAGAAAGGCATGCAAGCTGAAGAAGTTCAAGTTATCTAA MSNRQTGTVKWFNDEKGFGFITPQSGDDLFVHFKAIQSDGFKSLKEGQQVSFIATRGQKGMQAEEVQVI PGPT0014675_3928 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_00230 567 dcd dCTP deaminase ATGAGCATCAAATCGGACAAGTGGATTCGCCGCATGGCGCAAGAGCACGGCATGATCGAGCCCTTCGTAGAGCGCCAGATGCGTGGCGAAGGCGCCGACCGGCTGATTTCCTTCGGCGTTTCCAGCTACGGCTACGATGTGCGCTGCGCCGATGAATTCAAGGTGTTCACCAACATCAACTCGGCCACCGTCGACCCGAAGAATTTCGATGAGAAGAGCTTCGTCGACATCAAGAGCGACGTTTGCATCATTCCGCCGAACTCTTTCGCCCTGGCCCGCACCGTCGAGTACTTCCGCATCCCGCGCAACGTGCTGACCATCTGCCTGGGTAAAAGCACCTACGCCCGCTGCGGCATCATCGTCAACGTGACACCTCTGGAACCTGAATGGGAAGGCCACGTGACCCTGGAGTTCTCCAACACCACGACCCTGCCGGCGAAGATCTACGCCAACGAGGGCGTGGCGCAGATGTTGTTCCTTGAGTCCGATGAGGAATGTGAAGTTTCCTACAAGGACCGTGGCGGCAAGTACCAGGGCCAGCGCGGTGTGACCCTGCCGCGTACCTGA MSIKSDKWIRRMAQEHGMIEPFVERQMRGEGADRLISFGVSSYGYDVRCADEFKVFTNINSATVDPKNFDEKSFVDIKSDVCIIPPNSFALARTVEYFRIPRNVLTICLGKSTYARCGIIVNVTPLEPEWEGHVTLEFSNTTTLPAKIYANEGVAQMLFLESDEECEVSYKDRGGKYQGQRGVTLPRT PGPT0021225_2250 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021225-dcd-K01494 NA NA D1-35_00231 207 hypothetical protein ATGAAGATCGATCCGCGAATCAGTGCCGAACTGGCAAGGCTTGAGCCCAATCAGATCGGCGTCCTGGCTTGGTCATTACTGGCCCACCCTGCTGAAGCGGCGGGCGGCATCCCTGGCCAGCCCGATCCCGATACCCCTAACGAACAGCCTACCGAACCCGGCGAACCGACTCTTCCGGACGAACCGCCTCCCGCGCCCGTAGCCTGA MKIDPRISAELARLEPNQIGVLAWSLLAHPAEAAGGIPGQPDPDTPNEQPTEPGEPTLPDEPPPAPVA NA NA NA NA NA D1-35_00232 657 hypothetical protein ATGCCCGCGCCGTATCCCGTCAACCTCGCGGGCGAAGAGCTCTGGCTGTTGCCGCAAAAAGCCCTGTACTGGCCGGCCCAGGAAACCCTGATGGTGGCCGATGTGCATTTCGGCAAGGCCGCGGCCTACCGTAGCCTCGGCCAACCGGTGCCCCACGGCACCACGGCGAACAACATCGCCATGCTTGACGAGTTGCTGGCGAGCCTGCCGTGCCGACTGCTGATATTCCTCGGGGACTTCCTGCATGGGCCCGGTTCTCATGCCCCAGGCACTTTGAAGGCCCTTGCCGACTGGCGTGAACGGCATCGCAAACTAGCCATCACGCTGATCCGCGGCAATCACGACAAGCGCGCCGGCGATCCGCCAGCGGCACTCGATATCCGCGTCGTCCCCGAGCCGTTGCTGTTGGGCCCTTTCGCCGTGCAACACGAGCCTACCCCGCATCCAAGTCGACACGTGCTCGCCGGTCACGTACACCCGGTCTACCACCTGAGCGGCAAGGGGCGTCAACGCCTGCGCCTGCCATGTTTCCGCCTCGGTAGCGAGATCAGCCTGCTACCGGCCTTCGGTGCCTTCACGGGAGGCTATCGGGTCGATCAGGACAACGACTGCAAGATCTTCGTGGTGGGCGACAACGAAATATGGCCCGTCAGTTGA MPAPYPVNLAGEELWLLPQKALYWPAQETLMVADVHFGKAAAYRSLGQPVPHGTTANNIAMLDELLASLPCRLLIFLGDFLHGPGSHAPGTLKALADWRERHRKLAITLIRGNHDKRAGDPPAALDIRVVPEPLLLGPFAVQHEPTPHPSRHVLAGHVHPVYHLSGKGRQRLRLPCFRLGSEISLLPAFGAFTGGYRVDQDNDCKIFVVGDNEIWPVS NA NA NA NA NA D1-35_00233 2487 hypothetical protein ATGGCGACATCCAGCAACTTCGCGAAACAGTGGTTCGATGCCCGCGGCTGGAAGCCGTTCGCCTTTCAAAAGCAGGTATGGGCTGCGGTCAAGCGTGGCGAGTCGGGGCTGTTGCATGCCAATACCGGCGCCGGCAAGACCTACGCCGTCTGGTTTGCCGCACTCAACCGTTTCGCCCGCAGCGTGCCGCCACCAGACAAGCCTCGTAAACGCAAACCGCCGAGCGAACCGCTGACGGTCTTGTGGATAACGCCGATGCGCGCGCTGGCCGCCGACACCGGCAAGGCTCTCGAGGCGCCCCTCGATCCGCTGCAGATTCCCTGGAGCGTAGGCCTGCGCACCGGCGATACCAGCGCCAGCGAACGCGCCCGTCAAGGCCGGCGCCTGCCCACGGCGCTGATCACCACACCCGAAAGCCTGACGCTGATGCTCGCCCGCGCTGATGCGCAAACGGCCGTGTCGACCCTGCGCATGGTCGTGGTAGATGAGTGGCACGAATTGCTCGGCAACAAGCGCGGCGTGCAATTGCAACTGGCCCTGGCTCGCTTGCGCTACTGGCACCCCGACCTGATCGTCTGGGGCGTATCCGCGACCCTGGGCAACCAGGCCCACGCCGAGCAGGTATTGATCCCACAAGGCAGCGGAATTAGTGTGCAGGGCGCCGATGCCAAGGCGTTGCAGGTCGATACGCTGTTGCCGCCAACCCTCGAACGGTTTCCATGGGCGGGGCATATCGGCCTGAAAATGTTGCCCCAGGTGGTCACTGAAATCGACACCAGCAGCAGTTGCCTGGTCTTTACCAATACTCGCGCGCAAGCGGAAATCTGGTACCAGGCCATTCTTGAGGCGCGCCCGGATTGGGCCGGACTGATCGCGTTGCACCATAGTTCTCTGTCCCGCGACACCCGCGACTGGGTGGAACGGGCGTTGAAGGACGGCCAGCTCAAGGCAGTCGTGTGTACGTCCAGCCTCGACCTGGGGGTGGATTTCCTGCCCGTGGAACGCGTGCTACAGATTGGCTCGGCGAAAGGCGTCGCCCGCTTGATGCAACGCGCCGGACGCTCCGGCCATGCGCCGGGGCGGACCTCGCGAATAACCCTGGTGCCAACCCACAGCCTGGAACTGATCGAGGCCGCCGCCGCCCAGGACGCCGTGGCGCAGCGGCGAATCGAGCCGCGAGAATCGCCCCACAAGCCTTTGGATGTATTGGTCCAGCATCTGGTCAGCATGGCCCTGGGTGGCGGTTTTGTTCCAGATGAGCTGTTTGATGAGGTACGCGGCGCCTGGGCCTACCGCGACCTGAACCCGGCCGAGTGGGCCTGGGCGCTGGCTTTCGTGCGCCACGGCGGCCTGTCGCTGACCGCCTACCCTGATTATCGGCGGGTCGAACCGGATGAACAGGGGATCTGGCGCGTGCCTGACGCCCGTCTGGCACGGCGCCACCGCATGAGCATCGGCACCATCGTCAGTGACGCCAGCCTGCAATTGAAATTCTGGAGCAAGGGCGGCGGCGGCAAGACCCTGGGCAGCGTGGAAGAAGGCTTCATCGCACGCTTGCGCCCCGGCGACGGATTCCTGTTCGCCGGGCGGTTGCTGGAGTTGGTCCGGGTCGAGGACATGACCGCTTACGTACGCCGCAGCCAGGCGAAAAAAGCCGCCGTGCCGCGCTGGAATGGCGGACGCATGCCGCTTTCCAGCGAGCTCGCTGCCGCGGTCGTCGCGCGCTTGAGCGAAGCCGCCAAGGGCCGTTTCGACGGACCGGAAATGCAAGCCGTAGAGCCGCTGCTGTCAACGCAGCTACGTTGGTCCGGCCTGCCGACGCAGGGAACGCTGCTGGCCGAAGCGCTCAAATCCCGGGAGGGTTGGCACCTGTTCCTGTATCCGTTCGCCGGGCGCCAGGTACATCTGGGTCTGGCCAGCCTGTTGGCCTGGCGCGTCAGCCAGCGCCAACCGGTGACGTTCTCGATTGCGGTCAATGACTACGGCCTGGAATTGCTCAGCGCCACCGAACTGGATTGGTCAACGCACCTGAACCCGGCGCTGTTGCGCACCGATGGCTTGCTGGCCGACGTTCTCGCCAGCCTGAACGCCGGAGAACTGGCCCTGCGCCGCTTCCGCGAAATCGCCCGGATCGCCGGGCTGGTGTTCGCCGGCTACCCCGGCGCACCGAAGAGCACCCGCCAAGTGCAGGCTTCCAGCGGGTTGTTCTATCAAGTGTTCAAGCAATATGACGCCGATAACCTGCTGCTGGCCCAGGCCGGCGAGGAAGTTTTGCGCGAAGAATTGGATATACGCCGACTGGAGCAGACCTTGGAACGGCTCGATACCTTGAAGCTCGACCTGCATCTCATCAAGCGCCCTACTCCGCTGGGCTTCCCCTTGCTGGTGGAGCGATTTCGCGAAAGCATGAGCTCGGAAAAGCTCGCCGATCGTATCCGGCGCATGGTCAGCGAACTGGAAAAAACCGCTGATCGAGGAAGCGCCTGA MATSSNFAKQWFDARGWKPFAFQKQVWAAVKRGESGLLHANTGAGKTYAVWFAALNRFARSVPPPDKPRKRKPPSEPLTVLWITPMRALAADTGKALEAPLDPLQIPWSVGLRTGDTSASERARQGRRLPTALITTPESLTLMLARADAQTAVSTLRMVVVDEWHELLGNKRGVQLQLALARLRYWHPDLIVWGVSATLGNQAHAEQVLIPQGSGISVQGADAKALQVDTLLPPTLERFPWAGHIGLKMLPQVVTEIDTSSSCLVFTNTRAQAEIWYQAILEARPDWAGLIALHHSSLSRDTRDWVERALKDGQLKAVVCTSSLDLGVDFLPVERVLQIGSAKGVARLMQRAGRSGHAPGRTSRITLVPTHSLELIEAAAAQDAVAQRRIEPRESPHKPLDVLVQHLVSMALGGGFVPDELFDEVRGAWAYRDLNPAEWAWALAFVRHGGLSLTAYPDYRRVEPDEQGIWRVPDARLARRHRMSIGTIVSDASLQLKFWSKGGGGKTLGSVEEGFIARLRPGDGFLFAGRLLELVRVEDMTAYVRRSQAKKAAVPRWNGGRMPLSSELAAAVVARLSEAAKGRFDGPEMQAVEPLLSTQLRWSGLPTQGTLLAEALKSREGWHLFLYPFAGRQVHLGLASLLAWRVSQRQPVTFSIAVNDYGLELLSATELDWSTHLNPALLRTDGLLADVLASLNAGELALRRFREIARIAGLVFAGYPGAPKSTRQVQASSGLFYQVFKQYDADNLLLAQAGEEVLREELDIRRLEQTLERLDTLKLDLHLIKRPTPLGFPLLVERFRESMSSEKLADRIRRMVSELEKTADRGSA NA NA NA NA NA D1-35_00234 765 hisP_1 COG4598 Histidine transport ATP-binding protein HisP ATGTACAAACTGACCATCGAAGGCCTGCACAAAAGTTATGGCCACCATGAGGTGCTCAAAGGGGTTTCGCTCAAGGCCAGGACCGGCGACGTGATCAGCCTGATCGGCGCGAGCGGCTCGGGCAAAAGCACCTTCCTGCGCTGCATCAATTTCCTCGAACAACCCAACGACGGCGCCATGAGCCTGGACGGCCAATCGATCCAGATGATCAAGGATCACCACGGCATGCGCGTGGCCGACGCCGACGAGCTGCAACGCATCCGCACGCGCCTGGCCATGGTGTTCCAGCACTTCAACCTGTGGAGCCACATGACCGTGCTGGAAAACATCACCATGGCGCCGCGCCGGGTGCTGGGCGTCAGCAAGCAGGAAGCCGAGGATCGCGCCCGCCGTTATCTCGACAAGGTCGGCCTGCCGGCACGTGTTGCCGAGCAATACCCGGCGTTCCTGTCCGGTGGCCAGCAACAACGCGTAGCGATTGCCCGCGCCTTGGCCATGGAGCCTGAGGTCATGCTGTTTGACGAACCGACCTCGGCCTTGGACCCGGAACTGGTAGGTGAAGTATTAAAAGTGATCCAAGGCCTGGCCGAAGAAGGCCGGACCATGATCATGGTGACCCACGAAATGAGCTTCGCCCGCAAGGTGTCCAATCAGGTGCTGTTTCTGCACCAGGGCCTGGTGGAAGAAGAAGGCGCGCCGGAAGACGTGCTGGGCAGCCCGAAGAGCGAACGGCTCAAGCAGTTCCTCAGTGGCAATCTGAAATAA MYKLTIEGLHKSYGHHEVLKGVSLKARTGDVISLIGASGSGKSTFLRCINFLEQPNDGAMSLDGQSIQMIKDHHGMRVADADELQRIRTRLAMVFQHFNLWSHMTVLENITMAPRRVLGVSKQEAEDRARRYLDKVGLPARVAEQYPAFLSGGQQQRVAIARALAMEPEVMLFDEPTSALDPELVGEVLKVIQGLAEEGRTMIMVTHEMSFARKVSNQVLFLHQGLVEEEGAPEDVLGSPKSERLKQFLSGNLK PGPT0020610_461 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020610-hisP-K10017 NA NA D1-35_00235 1119 hypothetical protein ATGCGCCACCAGATTCATGACCTGCTGGCCCCGCTGCCGGGGACCGCACGCAAGATCCACAGCTTCCACTTCGGCCCGGAAAAAGCCGTCGGCAAAATCTACATCCAGTCGTCCCTGCATGCCGATGAACTGCCCGGCATGCTGGTCGCCTGGCACCTCAAGCAGCGCCTGGCCGAACTCGAGGCTTCGGGCCACCTGCGGCACGAAATCGTGCTGGTGCCGGTCGCCAACCCGATCGGCCTCGAACAGGTACTGATGGACGTGCCCCTGGGCCGTTACGAATTGGAGAGCGGGCAGAATTTCAACCGCCGGTTCGTCGACCTGAGCGAAGAGATCGGCAACGAAATCGAAGGCCTGCTGACCGACGACCCGCAGCACAACCTGATGCTGATCCGCACCAGCCTGCGCGACGCCCTGAGTCGGCAGACCGCCAGCACCCAACTGCAATCCCAGCGCCTGGTCCTGCAACGCCTGGCGTGTGATGCCGACATGGTGCTTGACCTGCATTGCGATTTCGAAGCCGTCGCCCATCTCTACACCACGCCCGAGGCCTGGCCGCGGGTCGAGCCGCTGGCGCGCTACATCGGCGCCGAGGCCAGCCTGTTGGCGACCGACTCCGGCGGCCAATCGTTCGACGAATGCTTCACGCTGCTCTGGTGGCAGCTCAAGGAGCGTTTCGGTGAGCGCTTCGAAATTCCCCTGGGCAGCTTTTCGGTAACTGTCGAATTGCGCGGCCAGGGTGACGTCAACCATGGCCTGGCGAGTCTCGACTGCCAAGCCCTGATCGAATACCTGATCCACTTCGGCGCCATCGACGGTGAGCCGGTGCCGTTGCCCGACCTGCCCTACCCGGCCACGCCGCTGGCAGGCGTCGAACCGGTGGCGACACCGGTCGGCGGCCTGCTGGTGTACAGCGCCCTACCCGGTGAGTACCTGGAGGCGGGACAGCTGATCGCCGAAATCATCGACCCGGTCAACGACACCGTCACCCCCGTTCATTGCCGTAATGCCGGGCTGCTGTACGCCCGCTCGCTGCGTCGCATGGCCACCGCCGGCATGGTCATCGCCCATGTCGCCGGGACCGAAGCCTACCGCAGCGGCTACCTACTTTCGCCTTGA MRHQIHDLLAPLPGTARKIHSFHFGPEKAVGKIYIQSSLHADELPGMLVAWHLKQRLAELEASGHLRHEIVLVPVANPIGLEQVLMDVPLGRYELESGQNFNRRFVDLSEEIGNEIEGLLTDDPQHNLMLIRTSLRDALSRQTASTQLQSQRLVLQRLACDADMVLDLHCDFEAVAHLYTTPEAWPRVEPLARYIGAEASLLATDSGGQSFDECFTLLWWQLKERFGERFEIPLGSFSVTVELRGQGDVNHGLASLDCQALIEYLIHFGAIDGEPVPLPDLPYPATPLAGVEPVATPVGGLLVYSALPGEYLEAGQLIAEIIDPVNDTVTPVHCRNAGLLYARSLRRMATAGMVIAHVAGTEAYRSGYLLSP NA NA NA NA NA D1-35_00236 711 hisM COG4160 Histidine transport system permease protein HisM ATGATCGAACTCCTGCAAGAATACTGGCGACCGTTTCTCTACAGCGACGGCGTCCACATCACCGGCCTGGCAATGACCCTGTGGCTGCTCAGCGCCGCGCTGTTGATCGGCTTTGTGGTGTCGATTCCGCTGTCCATTGCCCGGGTTTCGCCCAAGGTCTACGTGCGCTGGCCGGTGCAGTTCTACACCTATCTGTTTCGCGGTACGCCGCTCTATATCCAATTGCTGATCTGCTACACCGGCATCTACAGCATCGAGGCGGTGCGTGCCCAACCCGTGCTCGACAGTTTCTTTCGCGACGCGATGAACTGCACGATCCTGGCGTTCGCGTTGAACACCTGCGCCTACACCACGGAGATCTTTGCCGGGGCGATTCGCAGCATGAACCACGGCGAAGTCGAAGCGGCCAAGGCTTACGGGTTGACCGGCTGGAAGCTCTACACGTACGTGATCATGCCGTCAGCGCTGCGTCGTTCGCTGCCTTACTACAGCAACGAAGTGATATTGATGCTGCATTCGACGACCGTGGCGTTCACCGCTACCGTTCCAGACGTGCTGAAGGTCGCCCGGGACGCCAACTCGGCCACCTTCCTGACGTTCCAGTCGTTCGGGATCGCCGCGTTGATCTACCTGACCGTCACGTTTGCACTGGTGGGCCTCTTCCGTCTCGCCGAACGCCGCTGGCTGGCCTTTCTCGGGCCGACCCACTAA MIELLQEYWRPFLYSDGVHITGLAMTLWLLSAALLIGFVVSIPLSIARVSPKVYVRWPVQFYTYLFRGTPLYIQLLICYTGIYSIEAVRAQPVLDSFFRDAMNCTILAFALNTCAYTTEIFAGAIRSMNHGEVEAAKAYGLTGWKLYTYVIMPSALRRSLPYYSNEVILMLHSTTVAFTATVPDVLKVARDANSATFLTFQSFGIAALIYLTVTFALVGLFRLAERRWLAFLGPTH PGPT0020600_395 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020600-hisM-K10015 NA NA D1-35_00237 729 hisQ_1 COG4215 Histidine transport system permease protein HisQ ATGTTCGAACAATTCCTACAAAGTCTGGGGCTCTCGGCCTTCAGCCTGCAGGGCTTTGGCCCGCTGCTGATGCAAGGCACCTGGATGACCATCAAGCTGTCGGCCCTATCCTTGCTGCTTAGCGTCCTGCTCGGGTTGCTCGGCGCCAGCGCCAAATTGTCCAGCGTCAAACTGCTGCGTATTCCGGCCCAGCTCTACACCACGCTGATTCGCGGCGTGCCCGACCTGGTGCTGATGCTGCTGATTTTCTACAGCCTGCAAACCTGGCTGACCTCTTTTACCGATTTCATGGAATGGGAATACATCGAGATCAACCCGTTCGGCGCCGGGGTCATCACCCTAGGCTTCATTTACGGTGCGTACTTCACCGAAACCTTTCGCGGCGCGATCCTTGCGGTGCCTCGCGGTCAGGTCGAAGCGGCCACGGCTTATGGCCTCAAGCGTGGCCAACGTTTCCGTTACGTGGTGTTCCCGCAAATGATGCGCTTTGCCCTGCCGGGGATCGGCAACAACTGGATGGTCATGCTCAAGGCCACCGCCCTGGTGTCGATCATCGGCCTGGCCGACCTGGTCAAGGCCGCCCAGGATGCGGGCAAAAGCACCTACCAGCTGTTTTATTTCCTGGTGCTGGCGGCGCTCATCTATCTGCTGATCACCAGTGCATCCAACTTTATCCTGCGCTGGCTTGAACGCCGCTACGCCGCCGGAGCCCGGGAGGCCGTGCGATGA MFEQFLQSLGLSAFSLQGFGPLLMQGTWMTIKLSALSLLLSVLLGLLGASAKLSSVKLLRIPAQLYTTLIRGVPDLVLMLLIFYSLQTWLTSFTDFMEWEYIEINPFGAGVITLGFIYGAYFTETFRGAILAVPRGQVEAATAYGLKRGQRFRYVVFPQMMRFALPGIGNNWMVMLKATALVSIIGLADLVKAAQDAGKSTYQLFYFLVLAALIYLLITSASNFILRWLERRYAAGAREAVR PGPT0020605_18 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020605-hisQ-K10016 NA NA D1-35_00238 783 argT_1 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGAAAAAAGCACTGCTGACCCTTTCTGCACTGGCGTTGTGCATGGCCGCCGGCGTCGCCACGGCCAAGGAATACAAGGAACTGCGTTTTGGTGTCGACCCGTCCTACGCCCCGTTCGAATCCAAGGCCGCCGATGGCAGCCTGGTGGGTTTCGACATCGACCTGGGCAATGCGATCTGTGAAGAACTGAAGGTCAAATGCAAATGGGTCGAAAGCGATTTCGACGGAATGATTCCGGGCCTCAAGGCCAATAAATTCGACGGCGTGATCTCCTCCATGACCGTTACCCCGGCCCGTGAAAAGGCTATCGACTTCTCCAGCGAGTTGTTCTCCGGCCCAACGGCCTATGTATTCAAGAAGGGCTCGGGCCTGAGCGCAGACGTTGCCTCGCTCAAGGGCAAGACCGTCGGCTACGAGCAAGGCACCATCCAGGAAGCCTACGCCAAGGCCGTGCTGGACAAGGCCGGCGTCAAGACCCAGGCCTACCAGAACCAGGACCAGGTCTATGCCGACCTGACCTCGGGCCGCCTCGATGCCGCGATCCAGGACATGCTTCAGGCCGAACTGGGCTTCCTGAAATCGCCAAAAGGCGAAGGCTATGAAGTCAGCCAGCCGGTGGACAGCGAACTGCTGCCATCCAAGACCGCCATCGGTATCAAGAAAGGTAACAAAGAGCTGAAGGCACTTTTGGATAAAGGTATCAAAGCGTTACACGACGACGGCAAATACGCCGAGATCCAGAAAAAACACTTTGGCGATCTGAATCTGTACAGCGGCAAATAA MKKALLTLSALALCMAAGVATAKEYKELRFGVDPSYAPFESKAADGSLVGFDIDLGNAICEELKVKCKWVESDFDGMIPGLKANKFDGVISSMTVTPAREKAIDFSSELFSGPTAYVFKKGSGLSADVASLKGKTVGYEQGTIQEAYAKAVLDKAGVKTQAYQNQDQVYADLTSGRLDAAIQDMLQAELGFLKSPKGEGYEVSQPVDSELLPSKTAIGIKKGNKELKALLDKGIKALHDDGKYAEIQKKHFGDLNLYSGK PGPT0020595_165 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_HISTIDINE_TRANSPORT,PGPT0020595-hisJ-K10014 NA NA D1-35_00239 1689 lig DNA ligase ATGAAAGCTTTTGCCGAGCTGTACGCCGAACTCGACGCCACCACCTCAAGCAACGCCAAGCTCGCGGCCATGCAGGATTACTTCAGCAAGGCGCCAGCCGAGGACGCCGCCTGGGCGGTGTATTTTCTCTCGGGCGGGCGTCCCAGGCAGTTGGTACCGGTGAAAATCCTCCGCGAGCTGGCGGTCCAGGTGTCCGGCCTGTCTCTTTGGCTGTTCGAAGAAAGTTACCAGGCCGTGGGCGACCTGGCCGAAACCATTTCGCTGGTACTGCCCGAATCGCCCCACAGTTCCGATGAAGGCCTGGCGGTGTGGATCGAGGAAAAACTCCTGCCGTTGCGCGGTGAGTCGCCAGAGGTACTGGCGCAGCGGCTTCCGGCGCTGTGGGCAGAACTTGACCGATCCAGCCTGATGCTCTGCATCAAGCTCATCACCGGCAGTTTCCGCGTCGGGGTGTCCAAGCTGTTGGTCACCCGGGCGCTGGCTACGATGGCCGGGCTCGACAGCAAACGGGTGGCCCAACGGCTGGTGGGCTACACCGATCTGTCCCATCGCCCGACCGCGGCCAGTTACCTCAAGCTGATCGCCGGCGAATCTGCCGATGAACATGCCCAGCGCGGCGGCCAGCCTTATCCGTTTTTCCTGGCCCATGCCTTGTCACAACCGATTGAGCAATTCGACACCTTGTTGGGGCCGGCCAGCGACTGGCAGGTGGAGTGGAAATGGGACGGAATCCGCGCCCAGGTGATCAAGCGTGACGGCCATTTGTGGGTCTGGTCCCGTGGCGAGGACTTGGTGACCGAGCGCTTTCCTGAATTGCATTGCCTGGCGCAGGCGTTGCCCGACGGCACGGTGATCGATGGCGAAATCGTGGTCTGGAAAGCCCCGCAGGCGATCACCGAGGATGCCTTTGATCCGGAAGCGCCGCTGCAGCCGGCGGTGCAACCTTTCGCCCTGTTGCAACAGCGCATCGGTCGCAAGACCTTGAGCAAGAAAGTGCTGGAAGACGCTCCCGTGGTGGTGATGGCCTACGACCTGTTGGAATGGCAAGGCGAGGACTGGCGCAGCCGGCCCCAGGCCGAGCGTCGCGATCAACTGGAGGCCCTGATTGCCCGCTGCCACAGTCCGGTGCTGTTGCCGTCGCCCATCGTCACTGGCCAGGATTGGTTCGACCTTGCCCGCCAGCGCGAAGCGTCCCGCAGCCTCGGCGTCGAAGGCATGATGCTCAAGGCGCGCAACGCGCTGTACGGCGTCGGCCGGACCAAGGACATGGGCGTGTGGTGGAAATGGAAGATCGACCCGTTCAGTGTCGACGCGGTGCTGATCTATGCCCAGCGCGGCCATGGCCGGCGCGCCAGCCTCTACAGCGACTACACCTTCGCCGTGTGGGACAACCCGCCCGGCAGCCGAGAACGCACGCTGGTGCCTTTCGCCAAGGCCTATTCAGGGCTGACCGATGCAGAAATGCGCCAGGTCGACAGCATCGTGCGCAAGACCACGGTGGAAAAGTTCGGCCCGGTGAGCAGCGTCACCCCGACCTTGGTTTTCGAGCTGGGCTTCGAAGGCATTGCCTTGTCCAAGCGCCACAAGAGCGGGATCGCGGTACGTTTCCCACGGATGCTGCGCTGGCGCCAGGACAAGACCGTCGAAGAGGCGGACACGCTGGCGACGCTTCAGGATCTTCTCAAGTAA MKAFAELYAELDATTSSNAKLAAMQDYFSKAPAEDAAWAVYFLSGGRPRQLVPVKILRELAVQVSGLSLWLFEESYQAVGDLAETISLVLPESPHSSDEGLAVWIEEKLLPLRGESPEVLAQRLPALWAELDRSSLMLCIKLITGSFRVGVSKLLVTRALATMAGLDSKRVAQRLVGYTDLSHRPTAASYLKLIAGESADEHAQRGGQPYPFFLAHALSQPIEQFDTLLGPASDWQVEWKWDGIRAQVIKRDGHLWVWSRGEDLVTERFPELHCLAQALPDGTVIDGEIVVWKAPQAITEDAFDPEAPLQPAVQPFALLQQRIGRKTLSKKVLEDAPVVVMAYDLLEWQGEDWRSRPQAERRDQLEALIARCHSPVLLPSPIVTGQDWFDLARQREASRSLGVEGMMLKARNALYGVGRTKDMGVWWKWKIDPFSVDAVLIYAQRGHGRRASLYSDYTFAVWDNPPGSRERTLVPFAKAYSGLTDAEMRQVDSIVRKTTVEKFGPVSSVTPTLVFELGFEGIALSKRHKSGIAVRFPRMLRWRQDKTVEEADTLATLQDLLK NA NA NA NA NA D1-35_00240 1032 hypothetical protein ATGGATCTGGTCATTGCCCGCCCCGAAGGCCTGTATTGTCCGCAGGGAGATTTCTACATCGACCCATGGCGGCCGGTGGACCGCTCGGTCATCACCCACGCCCACGGCGACCACGCCCGCGGCGGCAACCAGCACTACCTGGCAGCGGCACCCGGCGAAGGCATCCTGCGCTCCCGGCTGGGCCAGGACATCAATCTGCAAACCCTGCCCTACGGCGAACGGCTGCTGCACCATGGCGTGACCTTGAGCTTTCATCCCGCCGGCCATGTGTTGGGTTCTGCCCAGGTGCGGTTGGAATACCAAGGCGAGGTGTGGGTCGCGTCCGGCGATTACAAAGTCGAGCCCGACGGCACCTGCGCACCGTTCGAGCCGGTGAAGTGTCATACGTTCATCACCGAATCCACCTTCGGCCTGCCGATCTATCGCTGGCAGCCCCAGGCGCAGGTGTTCGATGAGATCAACCAGTGGTGGCGCGGGAACATCGCCGCCGGCCGGGCCAGCGTGTTGTTCTGCTATTCCTTTGGCAAGGCCCAGCGAATCCTGCACGGCATCGACGCGAGCCTGGGGCCGATACTCGCCCATGGCGCGGTTGAGCCGCTGAACCGGGTCTATCGCGAAGCCGGTGTGCACCTGCCGCCGACGATTTATGCCGGCGATGTGAAAAAGACTGATCCGATCATGAGCCAGGCACTGGTCATCGCCCCGCCCTCCGCCGGTGGCAGCACCTGGATGCGGCGTTTCGGTGATTACAGCGACGCCTTCGCCAGCGGCTGGATGCGCTTGCGTGGCACCCGTCGGCGACGGGGCGTGGATCGGGGCTTCGTGCTTTCCGATCACGCCGACTGGCCCGGCCTGCTCTGGGCCATCGAACAGACCGGCGCCGAACGGGTCATGGTCACCCATGGATCGGTGGCCGTGCTGGTGCGTCATCTCTGTGAACAAGGCCTCGACGCCCAGGGCTTCACCACGGAATACGGCGATGACGAAGAGGACGTCGCCGTGGCGAGCGACAGCGGCGAGGATGCCTCATGA MDLVIARPEGLYCPQGDFYIDPWRPVDRSVITHAHGDHARGGNQHYLAAAPGEGILRSRLGQDINLQTLPYGERLLHHGVTLSFHPAGHVLGSAQVRLEYQGEVWVASGDYKVEPDGTCAPFEPVKCHTFITESTFGLPIYRWQPQAQVFDEINQWWRGNIAAGRASVLFCYSFGKAQRILHGIDASLGPILAHGAVEPLNRVYREAGVHLPPTIYAGDVKKTDPIMSQALVIAPPSAGGSTWMRRFGDYSDAFASGWMRLRGTRRRRGVDRGFVLSDHADWPGLLWAIEQTGAERVMVTHGSVAVLVRHLCEQGLDAQGFTTEYGDDEEDVAVASDSGEDAS NA NA NA NA NA D1-35_00241 2451 quiP_1 COG2366 Acyl-homoserine lactone acylase QuiP ATGGCCTCGCCAGCCTCGATTTCTTTCTTTCCCAAGCTCGGCGTTGCCGCAGCAGTGGCCAGCCTGCTCGGTTTGAGCGGTTGCCAGGCCTGGAATACCCAGGACACGGTCGCGCCCACCACCGGCGTACAACCGCTCAAGGGGCTGGCGCAGAATGTCTCGGTCCGGCGTAATGCCTTGGGCATGCCGCTGATCGAGAGCAACAGTTTTCATGACGCCCTGTTTGCCCTCGGCTATGTGCATGCCAGCGACCGGATCACGCAGATGGCCACCCTGCGCCTGCTCGCCCAGGGCCGCCTGGCGGAAATGTCCGGCGCCGAACGGCTGGACGTCGACCGCTACATGCGCGCCGTCAACCTGAAGAAAAGCGCAGATGAGCTGTACAAGGCATCTTCGCCACGCCTGAAGCGCTTTTTCGAAGTCTATGCGCGAGGCGTCAACGCCTACCTGTTCCGCTACCGCGACAAGCTGCCGGCGGACTTGGCCGCCACCGGCTACAAACCCGAATACTGGAAACCGGAAGATTCGGCGCTGCTGTTCTGCCTGCTTAACTTCACCCAATCGGCGAACCTGCCGGAAGAAGTCGCCGCCCTGGTGCTGGCCCAGAGCGTAACCAACGATAAACTGGCCTGGCTGAGCCCGTCCTACCCGGACGAGCCATTGCCCTTGACCGAAGCCGAAAAGCTGCAGGGCGTCCGGCTCAATGGGCAGATTCCCGGTTTGAACGAAATCAGCAAGGCCAGCGCCGAGTTGGCCAACCTGAACCTGCTGGGCGCAGCGTCTTCGAGCAACTGGGCCATCGGCCCGCAGCGCAGCCGCAACGGCAAGAGCCTGTTGGCCGGCGACAGCCATGGCCCGCTGGGCGTGCCGTCGCTCTGGAGCCCAGTGCAGATTCGCGCGCCCAAATATCAGGCGGCCGGGCTTTCCGTGGCGGGCATCCCGATGATCCTCGCGGGCTTCAACGGTAACGTCGCGTGGAGCATGACCAGTGTTCTCGGCGACAACCAGGACCTGTACCTGGAAAAGATCCGACGCCAGGGCAACGGGCTGTCCTACGAAGCCAACGGCAAGTGGCAGCAGGCGACCGTGCGCAACGAGACCTACTTCATCAAGGGCCAACGGTCGATCAGAGAAGCGGTGTACGAAACCCGCCACGGTCCGTTGCTCAACAGCGCCCAAGGTCCGGCCATGGCCAACGGTCTGGGCCTGGCCCTGCAATTGCCGAGCTTCACCGACGACAAGACCCTGGACGCGCTCTTCGATCTGTCGCGCGCGCAGAACGTCGAGAAAGCCTCCGACGCGAGCCGGGAGATCCGCGCCCTCGCAGTGAACATGGTGTTCGCCGACGCCCGCAATATCGGCTGGCAGGTCACCGGTCGCTACCCGAACCGCCGCGAGGGCGAAGGCCTGTTGCCGTCGCCGGGCTGGGACAGCCGTTACGATTGGGACGGTTACGCCGATCCGATGCTGCACCCCTACGACCAGGATCCGGCGCAGGGTTGGCTCGGCACCGCCAACCAGCGCGTCATTCCTCATGGCTACGGCATGCAACTGTCCAACTCCTGGGCGGCGCCGGAACGTGGCGAGCGCCTGGCCGAACTGGCCGGCGCAGGCAAGCACGACGCGCGCAGCCTGATCGCCATGCAATACGACCAGACCACGACATTCGCCGCCAAGCTGAAAAAGGTCTTCGAAGCCCCGGGCATGGCCCAGCCACTCAAGCAAGCCATCGAAGCCCTGCCGGTGGCGGACCGCGCCAAGGCACGCGAGGCCTATACCCGGCTGATGGCGTTCGATGGCAGGCTCAGTCCGGTTTCTGCCGACGCAGCGATCTATGAGTTGTTCCTGCAAGAAAGCATGAAGCAGACATTCCTGGATGAACTGGGCCCCGAGGGTAGTCCGGCGTGGAAAGCGCTGGTCGCCAACGGCCAGCTGTCTTATTCGGCCCAGGCCGATCATTTGCTTGGTCGTGAGGACAGTCCGTTCTGGGACGATGTGCGCACGCCGCAAAAAGAAGACAAGGCCGTTATCCTGGCGCGCAGCCTCGCGGCGGCTGTCAGCGCCGGTGACAGTCTGCTGGGCACTGACCACAGCGCCTGGCAGTGGGGCAAGCTGCACCGCCAGGAATGGAAAAACGCCAGCGGCCAGACCGTACGCGGCCCGCTGGCAGCCGGCGGCGATAACAGCACGCTCAATACCGCCGCGTTCGCCTGGGGCCAGGATTTCAACACGACCCTGGCGCCGGCCACGCGCTTTATCGTTGATTTCAGCCAGCCTGAGCCATTGACGATCCAGGGCGGCGCCGGCCAGTCGGGCAACCCGGCCAGCCCGAACTATCTGAACGGCCTGGACCCGTGGCTCAAGGGTCAATATCAAAGCCTGCCCTTGCAACCGCAGAATTTTGACCGGGCGTATGGCAAGACTCGTTTGACCTTGGTTCCCGGTAAATAG MASPASISFFPKLGVAAAVASLLGLSGCQAWNTQDTVAPTTGVQPLKGLAQNVSVRRNALGMPLIESNSFHDALFALGYVHASDRITQMATLRLLAQGRLAEMSGAERLDVDRYMRAVNLKKSADELYKASSPRLKRFFEVYARGVNAYLFRYRDKLPADLAATGYKPEYWKPEDSALLFCLLNFTQSANLPEEVAALVLAQSVTNDKLAWLSPSYPDEPLPLTEAEKLQGVRLNGQIPGLNEISKASAELANLNLLGAASSSNWAIGPQRSRNGKSLLAGDSHGPLGVPSLWSPVQIRAPKYQAAGLSVAGIPMILAGFNGNVAWSMTSVLGDNQDLYLEKIRRQGNGLSYEANGKWQQATVRNETYFIKGQRSIREAVYETRHGPLLNSAQGPAMANGLGLALQLPSFTDDKTLDALFDLSRAQNVEKASDASREIRALAVNMVFADARNIGWQVTGRYPNRREGEGLLPSPGWDSRYDWDGYADPMLHPYDQDPAQGWLGTANQRVIPHGYGMQLSNSWAAPERGERLAELAGAGKHDARSLIAMQYDQTTTFAAKLKKVFEAPGMAQPLKQAIEALPVADRAKAREAYTRLMAFDGRLSPVSADAAIYELFLQESMKQTFLDELGPEGSPAWKALVANGQLSYSAQADHLLGREDSPFWDDVRTPQKEDKAVILARSLAAAVSAGDSLLGTDHSAWQWGKLHRQEWKNASGQTVRGPLAAGGDNSTLNTAAFAWGQDFNTTLAPATRFIVDFSQPEPLTIQGGAGQSGNPASPNYLNGLDPWLKGQYQSLPLQPQNFDRAYGKTRLTLVPGK PGPT0003395_208 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_QUENCHING CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0003395-pvdQ-K07116 NA NA D1-35_00242 558 yecD COG1335 Isochorismatase family protein YecD ATGGAGCTACAGAAAAACGCGGCGCTGATCCTTATCGATCAGCAGAAAGGCATCCTCCATCCCAGGCTTGGCCCGCGCAACAATCCCGGGGCGGAGCTGCGCATGCTGGAATTGCTCGGATGCTGGCGAGAGTCGGCGCGGCCAATCATCCATGTCCACCATTTGTCCCGGTCCGAGGCGTCAGTCTTCTGGCCTGGACAATCAGGCGTGGAGGTTCAGGAGCGGTTCAGGCCCATGGCTGGGGAAGGGCTGGTCCAGAAGCAGATGCCCGATGCGTTTTGCGGCACGACCCTGGAGGCGGATTTGCGCAGTGCGGGTATCGGGCAACTGGTGATTGTCGGCGTGGCCACGAACAATTCGGTGGAGTCCACCGCGCGCACGGCGGGCAACCTGGGATTCGATACGTGGGTAGCCGAGGATGCCTGTTACACCTTCGACAAGCCCGACTTCTTCGGTTATGCCCGTTCGGCTGCCGAGGTGCATGCGATGTCCCTGGGGAATCTGCATGGGGAGTATGCGACGGTGGTCAGCGTGGAGCGGATTCTGGCGGCGGGCTGA MELQKNAALILIDQQKGILHPRLGPRNNPGAELRMLELLGCWRESARPIIHVHHLSRSEASVFWPGQSGVEVQERFRPMAGEGLVQKQMPDAFCGTTLEADLRSAGIGQLVIVGVATNNSVESTARTAGNLGFDTWVAEDACYTFDKPDFFGYARSAAEVHAMSLGNLHGEYATVVSVERILAAG NA NA NA NA NA D1-35_00243 204 hypothetical protein ATGACCCAACAACCCCACGTCCATGGCCCTGATTGCAACCACGACCATGATCATCACCACGACCATGATCACGGCCATGTCCACGGCCCGAACTGCGGCCACGCCCACCAGGAACCCGTGCGCAATGCCCTGAAGGACGTCGGTCGCAACGACCCTTGCCCGTGCGGCAATGGCAAGAAATTCAAGAAGTGCCACGGGGCTTGA MTQQPHVHGPDCNHDHDHHHDHDHGHVHGPNCGHAHQEPVRNALKDVGRNDPCPCGNGKKFKKCHGA NA NA NA NA NA D1-35_00244 486 hypothetical protein ATGACCCAGACATCTCGATTGCTGCGCATCACTTGCCTGCTGCTGTTCGTCGGGCTAGGGGCGTGTGCGTCCTGGCGAGGTGAAGAGGCACCCGAACCACAGGTGCATCTGGTCAAGGTGGAGGTGGTGCGGGCCCGGTTGCTGGAGCAGAAGTTCATGTTGCACTTTCGCGTCGACAACCCCGGCGAAGACGACCTCACCGTACGCGGCCTGACCTACCGGATCCACCTGGACGACTTGCTGCTGACCGAAGGAGAACATGAACACTGGTTTACGGTGCGCCCCGGACACAGCGCCTATTTCAAGGTGCCGATCCGCACCAACCTGTGGCCGCAGGTGCGCGAACTGGTGAAAATGCTGAAGAAACCCCGGCAACAGATTCCCTATCGTCTGGAGGGGGAGCTGGAAACCGGTTTATTCATCGCCGACTACGTGCACCTGGAGCGCAATGGCGTGATAATCGCCGCCGATCTAATTGCGGAGTAA MTQTSRLLRITCLLLFVGLGACASWRGEEAPEPQVHLVKVEVVRARLLEQKFMLHFRVDNPGEDDLTVRGLTYRIHLDDLLLTEGEHEHWFTVRPGHSAYFKVPIRTNLWPQVRELVKMLKKPRQQIPYRLEGELETGLFIADYVHLERNGVIIAADLIAE NA NA NA NA NA D1-35_00245 498 hypothetical protein GTGGTAGCTGTGGACACTAGCCTGCATTCAACCATTTGCCCCTGCGGCAGCGGCAACCCGTTGGACGCCTGCTGCGGCCATTATCACGACGGTCATCCGGCGCCCTGCGCCGAAGCCTTGATGCGCTCGCGCTACAGCGCTTATGTGCTGGGCCTGGTGGATTATCTGGTGAGCACCACCCTGCCCGCCCAGCAGGACGGCCTCGACCGCCAGGCCATCAGCGAATGGAGCGCCGGCAGCACCTGGCTGGGCTTGGAGGTGGAGAGCAGCGAGGTATTCGGCGGCCAGCCGGAACATGCCTTCGTCACTTTCACCGCACGCTGGCACGACGGCCAGGGCGAACACAGCCACCGCGAACAATCTTCGTTTGTGCAGAACGGCGGGCGCTGGTACTTCATTGACCCGACCGTGCCGGTCAAGACGGGACGCAACGACAGCTGCCCGTGCGGTAGCGGGCAGAAATTCAAGAAGTGCTGCGCCAGTTACTTCATTCGTTGA MVAVDTSLHSTICPCGSGNPLDACCGHYHDGHPAPCAEALMRSRYSAYVLGLVDYLVSTTLPAQQDGLDRQAISEWSAGSTWLGLEVESSEVFGGQPEHAFVTFTARWHDGQGEHSHREQSSFVQNGGRWYFIDPTVPVKTGRNDSCPCGSGQKFKKCCASYFIR NA NA NA NA NA D1-35_00246 498 hypothetical protein ATGACCGTTGCCATTTCTTCGCGCACGCCCCAGCAGGCGCTGGCCGCCGTGCTTGACCGCTATGCCCCGCAAAAGCTGTTGCTGATCGGCGCCGGCAGCTTCCCCGCGCTCGAGGCATTCCAGCAGGCGCATCCCGACACCGAGGTGGTCCATGCTGCCCCCGGCCCCTTGCCGGCGGATCTGGCTGCGCGGCGTTTCGACCTGGCCCTGGCGCTCGATTGCCTGGAGCATTTGCCCAAGCGCGACGGTCTGAACCTGTTGGGCGGTATTCGCAACCTCAACGCCAGCCGGATTGCCGTGCTGGCCGACCTCAACGCCTGCGGCTGGCAGGAAACCGACTTCTTCTCCCTGGCCCTGCAGGCCAGCGAACGCTTTCAGCGCGAAGAACAGGTGCTGACCCTGTTTACCTACGATCTGCTTGAATACAAGCAGGTCCCCGACTGGCTCAACTCACGTTTCTGGGCGAACCCGGAAAACTTTGGAAAATATTGGTGGTAG MTVAISSRTPQQALAAVLDRYAPQKLLLIGAGSFPALEAFQQAHPDTEVVHAAPGPLPADLAARRFDLALALDCLEHLPKRDGLNLLGGIRNLNASRIAVLADLNACGWQETDFFSLALQASERFQREEQVLTLFTYDLLEYKQVPDWLNSRFWANPENFGKYWW NA NA NA NA NA D1-35_00247 702 ompA Outer membrane protein A ATGAGCATAGTTCGGACAGCGTTACCCCTGGTTCTGCTAACCAGTGTGTTGACTGGTTGCGCAGGTTTGCAAAAAACCGACTGGCCGATCTGTGCGGCCACCGGTGGTGTGGTCGGCGCAGGATTGGGCGCCATCGAAAGCAGTTCCTGGATCGGCCCGGGCGCACTGGTCGCCGGTACGGTGGCGGCAGGCTGGTGCTGGGCCCATGGCGATGGCGACGAGGACGGCGATGGCGTGCCGGACAGTCGTGACAAGTGCCCGGGCACGCCGAAGGGCGTGCAGGTCGATGCCGACGGCTGCCCACCACCGGCACCCGCACCGACACCGGTGGCTGAAGCGCCCGTGATGGTCCAGGAAGAAACGATCGTGGTCCGCGACGTGCATTTCGAATTCAACAAGGCCACCCTCACGCCGACGGACAAAGAAGTGCTGAGCACCATCGCGACCCGGCTGAAGCAGGAAACCTCCACCGCACAACTGCGAGTGACCGGGCACACCGACAGCGTCGGCAGCGATGCCTATAACCAGAAACTGTCGGAAAAACGCGCCAACTCGGTGGTTCAATACCTGGTCGAAAGCGGCGTGCCTCGCGCCAGTTTCGTCTCGGTGGCCGGCGCCGGGGAAAGCCAACCGGTGGCGGATAACAAAACCGCCGATGGTCGCGCAATGAACCGTCGCACCGAAATCAAGATAAACCGCTGA MSIVRTALPLVLLTSVLTGCAGLQKTDWPICAATGGVVGAGLGAIESSSWIGPGALVAGTVAAGWCWAHGDGDEDGDGVPDSRDKCPGTPKGVQVDADGCPPPAPAPTPVAEAPVMVQEETIVVRDVHFEFNKATLTPTDKEVLSTIATRLKQETSTAQLRVTGHTDSVGSDAYNQKLSEKRANSVVQYLVESGVPRASFVSVAGAGESQPVADNKTADGRAMNRRTEIKINR PGPT0022215_4365 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286 NA NA D1-35_00248 726 pal_2 Peptidoglycan-associated lipoprotein ATGAACGTTCTAATCAAGGCCGCCTTACCGCTACTGCTGGCAAGCAGCCTGCTGTCCGGATGCGCCACTCACAGTGATGGCAGTGCCTCGCTCAATCAGCGTACCTGGCCGATCTGCAGCTTGATCGGCGGGCTTGTCGGCGGTGGTCTCGGGGCCATCGAAAGCGGTGGCTGGGCCGCCGGTGGCGCTGCGTTGGGGCTGCTGGGCGGTGGTTTGATCTGTTACGCCCAGGACGGCGACGAAGACGACGATGGTGTATTCGATCGTCGCGACCGTTGTCCCGATACACCGGCCAATACCCCCGTCGAACATCACGGCTGCCCGCTGCCGCAATACCCGGCCAGCACGCCACCGGCCGAGCCGGACATGCCCACCAGCGAAGTCATTACCCTGAACGACGCTGGCAAGGTGCTGTTCGATTTTGACAAATCCGACCTCACCGCCGCGGCCAGGAGCCAGCTCGATGAGCTGACGGCAAAACTGAGTCACGCCAACGTCGCCAGTATCCGCGTGGTGGGCCACACCGACAGTGTCGGTACCGAGGCGTATAACGAGGGCCTCTCGGAACGTCGGGCCGGTAGCGTGGTGGAGTATTTGCTGACCCAGGGCGTGGCCCCGGCAAAACTCACGAGTGAAGGCAAGGGCGAAAGCCAACCGGTGGCCGACAACGAGACTGATGAGGGGCGGGCCCAGAACCGTCGGGTCGAATTGCATATCCAGCGTTAA MNVLIKAALPLLLASSLLSGCATHSDGSASLNQRTWPICSLIGGLVGGGLGAIESGGWAAGGAALGLLGGGLICYAQDGDEDDDGVFDRRDRCPDTPANTPVEHHGCPLPQYPASTPPAEPDMPTSEVITLNDAGKVLFDFDKSDLTAAARSQLDELTAKLSHANVASIRVVGHTDSVGTEAYNEGLSERRAGSVVEYLLTQGVAPAKLTSEGKGESQPVADNETDEGRAQNRRVELHIQR PGPT0022215_4248 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286 NA NA D1-35_00249 273 hypothetical protein ATGAAGGTGTTTTGGTGGCTGGGGCGCGTGCTGACCCTGCTGTTCTGGCTGGTGGTGCTGGTCAATCTGGTCATGCCGTTCGTCCATCCGCTGCATCTGTTGGTCAATCTGGCCGGGGTGTCGTTACTGGCGATCCATCTGCTCGAACTTCTATTGTTCAGGGCTCGGTTTCGCGGTCGTCCCGCTCCTGGCCGTGATCGCCTCAGGGTGCTGCTGTTCGGCATCTTTCACCTGCAAACCCTCCCGACCGCGCCAGAGGCCTCCCATGCGTAA MKVFWWLGRVLTLLFWLVVLVNLVMPFVHPLHLLVNLAGVSLLAIHLLELLLFRARFRGRPAPGRDRLRVLLFGIFHLQTLPTAPEASHA NA NA NA NA NA D1-35_00250 759 hypothetical protein ATGCGTAAACTGTGTCTGCTCGCATTACTCGTATGCCCGTGGGCCAGCGCTCAAGTGGTCCAGGTGGAAAGCCACTCGTTGATGCGCTTGCCCAACACCACCAGCACGCTTGCCCTGGAGCGATTGGACGTGGCCGACTACGGCACGCTGCTGGTGCCTTCGAACGTCACTGAGCTGTCCATTGGCCAATTGCACCTGGGGCGGGAGGCAAGGATCGCGATCGTACCGGCACAACAGGCGCTGGAGATGAAAGTCACCCAGGCCGAACTGGCTGAAGGCAGCCAGATCACCGCCCGTGGCGCGCCGGGAACCTATACCAAGGCGGCGCGCCCGGGGCGTAACCTCAATTTGCGCTTCGAGGCGTTGAACGCGCCGCTGCTGTCGGTGGATGCCCGTGGCGGTACCGGTGCGCCAGGTTACGTGGGCCTTGACGGCGCCAACGGCCAGGCACCGGGTTGCACCTGGGGTTCGGCCGGTCGCGGCGCCGACGGCAGCAACGGCGCGGATGGCCAGCCGGGCGCGGCCGGCGCGCTGGTTCGGCTGCAATTGCCCCGCGCTTATCCCGACGAACAGATCAAGGTAATGGTAGATGGCGGCGCTGGTGGCGCGGCCGGGCCTGGCGGCAAGCCTGGCGCGGGAGGCAAGGCCAAGGGCTGCCTGGTCTACACTGCCGACGGCGGCAAGAGCGGCCGTCCCGGCGCCGATGGCCAGCCAGGGCCTGCCGGCGCGACGGGTGCGGTGACGGTGCAGCGGTTCTGA MRKLCLLALLVCPWASAQVVQVESHSLMRLPNTTSTLALERLDVADYGTLLVPSNVTELSIGQLHLGREARIAIVPAQQALEMKVTQAELAEGSQITARGAPGTYTKAARPGRNLNLRFEALNAPLLSVDARGGTGAPGYVGLDGANGQAPGCTWGSAGRGADGSNGADGQPGAAGALVRLQLPRAYPDEQIKVMVDGGAGGAAGPGGKPGAGGKAKGCLVYTADGGKSGRPGADGQPGPAGATGAVTVQRF NA NA NA NA NA D1-35_00251 465 hypothetical protein ATGACACCCTTTGCCCTCGTCTACACCCTGCATTTGCTGGCGGCCCTGGTCTGGGTTGGCGGTATGTTTTTCGCCTGGATGATCCTGCGACCCGCCGCAATCACGGCGCTTGAGGGCCCTGCCCGGCTCAAGTTGTGGGTAGAAGTGTTTCAGCGTTTTTTCGTCTGGGTCTGGGTGGCCGTGGTGCTTTTGCCGATCAGCGGCGTGGGCCTGATCCACATGCGCTTCGCCGGTTTCGAAACCGCGCCGCGTTACGTGCAGGTAATGATGGGATTGTATGTGGTGATGGCGGCGTTGTTCATCCGTATCCAGGGCCTGCAACTGCCAGCATTGCGTAACGCTGTGACGGCGCAGGATTGGCCGACGGGTGCGGCGGTGCTGGGGAAGATTCGCAGGCTGGTGGGGATCAATCTGTTGATCGGTTTGCTGGTGGTGGCGATCGGCGCGGCTCGGCCGATGTTCTGA MTPFALVYTLHLLAALVWVGGMFFAWMILRPAAITALEGPARLKLWVEVFQRFFVWVWVAVVLLPISGVGLIHMRFAGFETAPRYVQVMMGLYVVMAALFIRIQGLQLPALRNAVTAQDWPTGAAVLGKIRRLVGINLLIGLLVVAIGAARPMF NA NA NA NA NA D1-35_00252 2145 dinG_1 COG1199 ATP-dependent DNA helicase DinG ATGATCAGCACCGAACTCAAAACCACGATCCAGGGCGCCTATTCGCGTTTTCTCGAAGCCAAGAGCCTCAAGCCGCGATATGGCCAGCGCCTGATGATTGCCGAAGTGGCAAAAGTCCTGGGTGACATCGACACCGACGACGAAGGCCGGCGCAGCGGCGAGCCTGCCGTCGTCGCGGTGGAGGCCGGCACCGGTACCGGCAAGACCGTGGCCTACAGCCTGGCGGCGATCCCCACCGCCAAGGCCGCCGGCAAGCGCCTGGTGATCGCCACGGCCACCGTCGCCCTGCAGGAACAGATCGTCTACAAGGACCTTCCCGACCTGATGCGCAACAGCGGGCTGAATTTCAGTTTCGCGTTGGCCAAGGGGCGGGGGCGCTACATGTGCCTGTCCAAACTCGACATGCTGCTGCAGGAAGGCCACGCGCAGACCGCCACTGCCCAGCTGTTCGAGGAAGAAGGTTTCAAGATCGAGGTCGACGAGGCCAGCCAGAAGCTGTTCACCAGCATGATCGAAAAGCTCGCCGGCAATAAGTGGGACGGCGACCGTGACAGCTGGTCCACGGCTCTGGAAGACGCTGACTGGTCGCGCCTGACCACCGACCACAGCCAATGCACCAATCGCCATTGCCCGAACTTCGGCCAGTGCGCTTTCTACAAGGCTCGCGAAGGCATGGGCAAGGTCGACGTGATCGTCACCAACCACGATATGGTCCTGGCCGACCTGGCCCTGGGCGGCGGCGCCGTGCTGCCGGACCCGCGCGACACGATCTATGTGTTCGACGAAGGTCATCACCTGCCGGACAAGGCCATCGGCCATTTCGCCCATTACACCCGGCTGCGCTCAACCGCCGACTGGCTGGAAACCACTGCCAAGAATCTTACCAAACTGCTCGCCCAGCATCCGTTGCCCGGCGACCTGGGCAAGTTCATCGAGCAGGTGCCGGAGCTGGCGCGGGAGATCAAGACGAACCAGCAGTTCATGTTCACCGCCTGCGAGCAGGTGGCCGACTTCAAGCCCGGCGAAGATGTCGAGGGCCGCGAGCGGCCACGCCATCGGTTTGTCGGCGGGGTGATCCCCGAGCATATGCGCGAGATGGGCATCGAACTCAAGAAGGGCTTCGCGCGCCTGACCGACCTGTTCACGCGCCTGACCGATCTGCTCAAGGAAGGCATGGATGGCGAGGTCAATATCGGCATCGCCAGCAACCAGGCCGAGGAGTGGTATCCATTGTTCGGCAGCTTGCTGTCCCGCTCCCAGGGCAACTGGGAGCTGTGGACCGCGTTCACCACCGAAGACCCGGAAGACAATCCGCCGATGGCGCGTTGGCTGACGCTGGCCGAGAGCGGCTCGCTGTTCGACATCGAGGTCAATGCCAGTCCGATCCTGGCGGCGGACATGCTGCGGCGCAACCTGTGGAACGTCGCCTACGGCGCGCTGGTAACCTCCGCCACGCTGACGGCGCTGGGCACTTTCGACCGTTTCCGCATGCGCGCCGGCCTGCCGAAAAAAGCCGTGACCGCCGTAGTTCCGAGCCCCTTCCACCATGCCGACGCCGGCGTGCTGCGGGTGCCGGACCTCAAGGCCGATCCGCGCGATGCCGCCGCCCACACTGCCGCGATCATTCGCGAGCTGCCTGCGCTGGTGGAAGGTTCGCGCGGCACCCTGGTGCTGTTTTCCTCGCGCAAACAGATGCAGGACGTCTTCGACGGCCTCGATCGTGACTGGCGCAAGCAGGTGTTCATCCAGGGCAACCTGTCGAAGCAGGAAACCTTGAACAAGCACAAGGCCCGGGTCGATGGCGGCGATTCCAGCGTGCTGTTCGGCCTGGCGAGCTTTGCCGAAGGCGTCGATTTGCCGGGGGCCTATTGCGAACACGTGGTGATCGCCAAGATTCCATTCTCGGTGCCGGACGATCCGGTGGAAGCCGCGTTGGCCGAATGGATCGAAGCCCGTGGCGGCAACCCCTTCATGGAGATATCCGTGCCGGATGCCTCGCTGAAGCTGGTCCAGGCCTGTGGCCGCTTGCTGCGTACCGAGGAAGACCGCGGCACCATCACCCTGCTCGATCGCCGGCTGGTGACCCAACGCTACGGCAAGGCGATCCTCAACGCGCTGCCGCCGTTTCGGCGGGAGATTTCCTAG MISTELKTTIQGAYSRFLEAKSLKPRYGQRLMIAEVAKVLGDIDTDDEGRRSGEPAVVAVEAGTGTGKTVAYSLAAIPTAKAAGKRLVIATATVALQEQIVYKDLPDLMRNSGLNFSFALAKGRGRYMCLSKLDMLLQEGHAQTATAQLFEEEGFKIEVDEASQKLFTSMIEKLAGNKWDGDRDSWSTALEDADWSRLTTDHSQCTNRHCPNFGQCAFYKAREGMGKVDVIVTNHDMVLADLALGGGAVLPDPRDTIYVFDEGHHLPDKAIGHFAHYTRLRSTADWLETTAKNLTKLLAQHPLPGDLGKFIEQVPELAREIKTNQQFMFTACEQVADFKPGEDVEGRERPRHRFVGGVIPEHMREMGIELKKGFARLTDLFTRLTDLLKEGMDGEVNIGIASNQAEEWYPLFGSLLSRSQGNWELWTAFTTEDPEDNPPMARWLTLAESGSLFDIEVNASPILAADMLRRNLWNVAYGALVTSATLTALGTFDRFRMRAGLPKKAVTAVVPSPFHHADAGVLRVPDLKADPRDAAAHTAAIIRELPALVEGSRGTLVLFSSRKQMQDVFDGLDRDWRKQVFIQGNLSKQETLNKHKARVDGGDSSVLFGLASFAEGVDLPGAYCEHVVIAKIPFSVPDDPVEAALAEWIEARGGNPFMEISVPDASLKLVQACGRLLRTEEDRGTITLLDRRLVTQRYGKAILNALPPFRREIS NA NA NA NA NA D1-35_00253 1146 yfeW_1 Putative D-alanyl-D-alanine carboxypeptidase GTGCAAATTCAAGGTCATTACGAGCTTCAGTTCGAGGTCGTGCGTGAAGCGTTTGCGGCGCTGTTCGACAATTCCCAGGAGCGCGGCGCGGCGTTATGCATTCAGGTGAGCGGCCGCACCGTCGTCGACATCTGGGCCGGCACCGCCGACAAGGATGGTCATGAAGCCTGGCACAGCGACACCATCGCCAATCTGTTTTCCTGCACCAAGACATTCGCCGCCGTAACTGCCTTGCAACTGGTAGCAGAGGGCAAGCTGCAGCTCGATGCGCCGGTCGCCCGCTACTGGCCCGAGTTCGCGGCCGCCGGCAAGGAGTCCGTCACCCTGCGGCAATTGCTCTGCCATCAGGCCGGACTACCGGCGCTGAGAGAGTTGATGGCGCCTGAAGCACTTTATGACTGGCAGGCCATGACCGATGCCCTGGCGGCTGAAACGCCTTGGTGGACGCCTGGCGAGGGCCACGGTTATGCCGCGATCACCTACGGCTGGTTGATCGGCGAGTTGCTGCGCAGGGCCGATGGCCGAGGGCCGGGTGAGTCCATCGTGGCTCGGGTCGCCAGACCGCTGGGGCTGGATTTTCATGTCGGCCTGGCGGACCAGGAATTTCATCGCGTGGCGCATATCGCCCGTGGCAAAGGCAACGCCGGAGATGCGGCGGCACAGCGCCTGTTGCAGGTGACGATGCGTGAACCTTCGGCCATGACCACCCGGGCCTTCACCAACCCGCCATCGATCATGACCAGCACCAACAAACCCGAGTGGCGCCGCATGCAGCAACCGGCCGCCAACGGCCACGGCAATGCCCGGAGCATCGCCGGGTTCTACGCCGGTCTGCTCGACGGCAGCCTGCTGGAAGGCGAAATGCTCGACGAACTGACCCGCCAGCACAGCTTCGGCGAGGACAAGACTTTATTGACCCAGACCCGTTTCGGCCTGGGTTGCATGCTCGACCAGGCGGATGTGCCCAACGCGACCTACGGCCTCGGGCCGCGGGTGTTTGGTCACCCTGGGGCAGGGGGCTCCATCGGTTTTGCCGATCCCGAGCATGACGTTGCGTTCGGTTTCGTGACCAACACATTGGGACCTTACGTCCTGATGGACCCGCGCGCGCAGAATCTCGCGCGGGTGCTTGCCACTTGTCTGTAA MQIQGHYELQFEVVREAFAALFDNSQERGAALCIQVSGRTVVDIWAGTADKDGHEAWHSDTIANLFSCTKTFAAVTALQLVAEGKLQLDAPVARYWPEFAAAGKESVTLRQLLCHQAGLPALRELMAPEALYDWQAMTDALAAETPWWTPGEGHGYAAITYGWLIGELLRRADGRGPGESIVARVARPLGLDFHVGLADQEFHRVAHIARGKGNAGDAAAQRLLQVTMREPSAMTTRAFTNPPSIMTSTNKPEWRRMQQPAANGHGNARSIAGFYAGLLDGSLLEGEMLDELTRQHSFGEDKTLLTQTRFGLGCMLDQADVPNATYGLGPRVFGHPGAGGSIGFADPEHDVAFGFVTNTLGPYVLMDPRAQNLARVLATCL NA NA NA NA NA D1-35_00254 1107 pal_3 Peptidoglycan-associated lipoprotein ATGTCATCGAATAAAACCCTCGCTCTGGCGCTGTGCTTCGCTATTACCGGTTGCGCACAAAACCCACAAAATGATGCCGAGGGCGGCGGTGGCTGGTGGCCGTTCGGCTCGTCCGACAAGGTTGCGAGCAAGGATGCGGCGCCACAGGCTCCTTTGAAACCCGCCGCCGCGGCACCGCAGGCCAAGGCCGAGGGAGCCACGCACTGGTGGTGGCCGTTCTCTTCGGATGAATCCGCCGCGGATGATGTCGCCAAAAAAGAACCGCTGAAACCTGAAGCCAAGGCGCCAGCCGTGGCCAAGGCCGAAGCCGAAAGCAACGGCAAATGGTGGTGGCCGTTCGGCGGCAAGGAACAGGAGACCGCCAAGGCGGTGCCGATGCCCGATCCGAAAGTCACCCAGGCCTGGCTCGACGACTATGAGCCGAAGCTGCGTACGGCGATCAAGGACAGCAAGCTCGAACTCGAACGTCGCGATAACGTGCTGGTGGTTACCGCTCCCGCGGACGGTTCGTTCAACCCTGATCGTCCGGCCATGCTGCTGCCGGTGACACTCGGTCCGTTCACTCGCGTCGCCAAGATTCTTGAAGCCGATCCGAAAACCGCCGTACTGATCCTCGGTCACGCCGATACGTCGGGCGCGGCGCCGGCCAACCTGAAGCTCAGCCAGGAACGTGCTCAATCGGTGGCGGCGATTTTCCGTCTCAGCGGTTTGCAGCGTGATCGCCTGATGCTGCGTGGCATGGGCTCGGTGGCTCCGCGTGCGGCCAATGACAGCGTTGAAGGCCGGGCCTTGAACCGTCGCGTCGAGTTGCTGGTTACGCCAGCGAACACCATGGTTGCATTGCTGAGCAAGTACAACATGCCGGCCCCTGCGCCAGTAACCATGGTAGCTGCCCAGGACGTGAAACCCGCCGCGCCGGCCCCGGCCCCGGCGACGAAAAAGGCTGCCGCTCCGGCTGCCAAGAAAGCAGCGGCCAAGAAGGCTCCGGCGAAGGCACCCGCGAAGAAGACCCCAGCCAAGAAGGCTACGCCCGCGAAGAAGCCCGAGCCGGCCAAGGCCGCTGCCGACGGCAAGAAAGTCGCTGCCGCCGATACCGCCAAACAGTGA MSSNKTLALALCFAITGCAQNPQNDAEGGGGWWPFGSSDKVASKDAAPQAPLKPAAAAPQAKAEGATHWWWPFSSDESAADDVAKKEPLKPEAKAPAVAKAEAESNGKWWWPFGGKEQETAKAVPMPDPKVTQAWLDDYEPKLRTAIKDSKLELERRDNVLVVTAPADGSFNPDRPAMLLPVTLGPFTRVAKILEADPKTAVLILGHADTSGAAPANLKLSQERAQSVAAIFRLSGLQRDRLMLRGMGSVAPRAANDSVEGRALNRRVELLVTPANTMVALLSKYNMPAPAPVTMVAAQDVKPAAPAPAPATKKAAAPAAKKAAAKKAPAKAPAKKTPAKKATPAKKPEPAKAAADGKKVAAADTAKQ NA NA NA NA NA D1-35_00255 648 pdxH COG0259 Pyridoxine/pyridoxamine 5'-phosphate oxidase ATGACCCAAACCCTGGCTGATATGCGCCGTGACTACACCCGCGATGGCCTGACCGAGGCGCAAGCCCCAGCCGAGCCGTTCGCCTTGTTTCACCAATGGTTTGCCGAGGCGGTGAAAACCGAACAGGCACCGGTGGAAGCCAACGCCATGACCCTGGCGACGGTGGACGCAGACGGCAGGCCTCACTGCCGGATCCTGCTGCTCAAGGGGCTCGATGCCGAGGGCTTCACGTTCTTCACCAACTACGACAGCGCCAAGGGCCAGCAACTGGCCGCGAGTCCGTTCGCGGCCATGACGTTTTTCTGGCCGACGCTGGAGCGCCAGGTGCGCATCGAAGGCAAGGTCCTGAAGGTCACCCCACAAGAGTCGGACGCTTATTACCAGGTACGGCCGCTGGGCAGCCGTCTCGGTGCCTGGGCCTCACCTCAGAGCCGGGTGATCGCCGGGCGGGATGAGCTGGAAGACTTGCTCAAGGCCACTGAGCAACGCTTCAGCGACAGCCAACCCCATTGCCCCGAGCATTGGGGCGGCTATCGCCTGTTGCCCGAGCGCATCGAATTCTGGCAAGGCCGCCCGAGCCGTCTGCACGATCGCCTCAACTATCGCCTGCAAGGCGCGGACTGGATTCGCGAGCGTCTGGCGCCCTGA MTQTLADMRRDYTRDGLTEAQAPAEPFALFHQWFAEAVKTEQAPVEANAMTLATVDADGRPHCRILLLKGLDAEGFTFFTNYDSAKGQQLAASPFAAMTFFWPTLERQVRIEGKVLKVTPQESDAYYQVRPLGSRLGAWASPQSRVIAGRDELEDLLKATEQRFSDSQPHCPEHWGGYRLLPERIEFWQGRPSRLHDRLNYRLQGADWIRERLAP PGPT0009115_1722 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009115-pdxH-K00275 NA NA D1-35_00256 285 hypothetical protein ATGGATTACTTCATCATAGTCGCCACCACCGTCGCCGGTCTGTACTTTCATGGATGGCTCTACGTACGTATCAAACGCTGGATGGACCGCGACCTGGCCTTGTCGTTGGCGGGGCAGGATGGACGGAAGCGAGACTACATGCTGCAACAACTGGCCCTCGCCCGCGAACAAGGGATCAAGCGTCGGGACCTGCCGCACTGGCTCCAGGCCGCTGCGGCAGGTTACTCCGACGTCAGGGCGCCAGACGCTCGCGAATCCAGTCCGCGCCTTGCAGGCGATAGTTGA MDYFIIVATTVAGLYFHGWLYVRIKRWMDRDLALSLAGQDGRKRDYMLQQLALAREQGIKRRDLPHWLQAAAAGYSDVRAPDARESSPRLAGDS NA NA NA NA NA D1-35_00257 465 slyB COG3133 Outer membrane lipoprotein SlyB ATGCGCAAGTCTGTTTTGCTGGTTGCTTCCTTTTCCACGATGGCGATGTTACTGACAGGCTGCCAGTCAAGCCTGACCGGTGACTCCTATTCCCGTGACGAAGCGCGTCGCGTGCAGACGATTCGCATGGGCACCATCGAGTCCCTGCGCCCGGTCAAGATCGAAGGCACCAAGACCCCGATCGGCGGCGCAGCCGGCGCGGTGGTGGGCGGTGTTGGCGGCAGCGCTATCGGCGGTGGTCGTGGCAGCATCGTGGCAGCCGTGATCGGCGCCGTGGCCGGTGGCCTGATCGGCTCCGCCACTGAAGAAGGCCTGACCCGTACCCAGGGTGTAGAGATCACTGTGCGTGAGGATGACGGCAGCATGCGTGCCTATGTCCAGCAGGTTCAGGAGAACGAAGTGTTCCGTGTAGGTGAGCGGGTGCGGATTTCGACTGTCGATGGTACGAGTCGCGTATCGCACTAA MRKSVLLVASFSTMAMLLTGCQSSLTGDSYSRDEARRVQTIRMGTIESLRPVKIEGTKTPIGGAAGAVVGGVGGSAIGGGRGSIVAAVIGAVAGGLIGSATEEGLTRTQGVEITVREDDGSMRAYVQQVQENEVFRVGERVRISTVDGTSRVSH PGPT0024490_860 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024490-slyB-K06077 NA NA D1-35_00259 1188 nhaA COG3004 Na(+)/H(+) antiporter NhaA TTGGCTCTACGTAACTCACTGACGCGGTTTTTCCAGCTGGAAGCTGCCAGCGGCCTGCTCTTGATTGCCGCCGCCGTGCTGGCCCTGGTCATCAACAACTCTCCGCTGTCCTGGCTGTATGGCGGCCTGCTGGACACGCCCGTGGTCGTCCAGGTCGGTGCGTTGAAGATCGCCAAACCGTTGCTGCTATGGATCAATGACGGCCTGATGGCGCTGTTCTTCCTGCTTATTGGCCTGGAGGTCAAACGCGAGGTGCTCGACGGGCAACTGTCGAAACCTTCTCAGATCGTCCTGCCTGGGGCCGCGGCCATAGGCGGCATGCTGGTGCCGGCGCTGATCTACTGGTTTCTCAATCGCGACAACCCCGCCGCGCTCGCTGGCTGGGCGATTCCTACGGCTACCGATATTGCCTTTGCCCTCGGCGTGCTGGCCTTGCTTGGCAAGCGTGTACCGGTATCGCTCAAGCTGTTCCTGATGACGCTGGCGATCATTGATGACCTGGGCGCCATCGTCATTATCGCGATGTTCTACTCCGGCGAGCTGTCGACACTGTCGTTGGGGCTGGCCGCGGCCTGCATCGCAGCCCTGGTGGCAATGAATCGGCTGGGCGTGGTCAAGCTCGGGCCGTACATGGTGATCGGCTTGATTCTCTGGGTCTGTGTGCTCAAGAGCGGCGTGCATGCCACGCTGGCGGGGGTGACGCTGGCATTCTGCATCCCACTGCGCACGAGAAACGCTGAAACCTCCCCCCTGCTGACGCTTGAGCATGCGCTGCATCCTTGGGTGGCCTACATTATCTTGCCGCTGTTCGCATTCGCCAACGCTGGCCTTTCGCTGAGCGGCGTCACGGTCGAGAGCTTTACCCATCATGTTCCGATGGGCATCGCAATCGGCCTGTTGCTGGGCAAGACGGTCGGCGTGTTCAGCCTGACCTGGCTGGCGGTGAAAATCGGCATCGCCAGTCTGCCTGCCGGGGCCAATTGGGGGCAGATACTGGGCGTGGCGATTCTTTGTGGCATTGGTTTTACCATGAGCCTGTTCGTCGGCTCCCTGGCGTTCGTGCCGGAGGTGAGTGAGTATGCGGGGATGGATCGGATGGGGATTCTCACCGGGTCGATCCTGGCGGCGCTGATTGGATATGGGGTGACGGCGATGGCTAGTCGCAGGTCTGCTGTGGTGGCTTCCTGA MALRNSLTRFFQLEAASGLLLIAAAVLALVINNSPLSWLYGGLLDTPVVVQVGALKIAKPLLLWINDGLMALFFLLIGLEVKREVLDGQLSKPSQIVLPGAAAIGGMLVPALIYWFLNRDNPAALAGWAIPTATDIAFALGVLALLGKRVPVSLKLFLMTLAIIDDLGAIVIIAMFYSGELSTLSLGLAAACIAALVAMNRLGVVKLGPYMVIGLILWVCVLKSGVHATLAGVTLAFCIPLRTRNAETSPLLTLEHALHPWVAYIILPLFAFANAGLSLSGVTVESFTHHVPMGIAIGLLLGKTVGVFSLTWLAVKIGIASLPAGANWGQILGVAILCGIGFTMSLFVGSLAFVPEVSEYAGMDRMGILTGSILAALIGYGVTAMASRRSAVVAS PGPT0013935_1782 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013935-nhaA-K03313 NA NA D1-35_00260 1095 cysM_1 COG0031 Cysteine synthase B ATGAACAATCCCCGCCAATGGGCGCGTGAAGCCATCCGTATCATCGAGGCGGATTTCCAACGCAGTGCCGATACGCATCTGATCCCATTGCCGTTGGCCGGACTGCCGGGCATCGAGCTGTATTTCAAGGATGAGTCCAGCCATCCCACCGGCAGCCTCAAGCACAGACTGGCCCGCTCGCTGTTCCTGTATGCATTGTGCAATGGCTGGCTCAAGCCCGGTGCACCGGTGATCGAGGCCTCCAGCGGCTCGACGGCGATTTCCGAGGCGTATTTTGCGCGGTTGCTGGGCCTGCCTTTCATCGCGGTGATGCCTGCCACTACCTCCCGGGAAAAAATCGCCCAGATCGCCTTCTATGGTGGCCAGAGCCATCTGGTGGATGACCCTACGCAGATCTACGCCGAATCCGAACGCCTGGCCCGCGAGCATGACGGGCATTTCATCGACCAGTTCACCTACGCCGAGCGGGCCACGGACTGGCGGGCGAACAACAACATTGCCGAGTCGATTTTCCAGCAGATGCGCTTCGAGCGGCATCCGGAGCCAACCTGGCTGATCTCCAGCCCTGGCACGGGCGGTACAACGGCCACCTTGGGGCGCTACGTACGCTACCGCCAGCACAGTACCCGTGTGCTGTGTGCCGACGCCGAGCGTTCGGTATTTTTCGACTACTACCGCAGCGGCGATGCCAGCCTGCGCCTGGATTGCGGGTCGCGGATCGAGGGCATCGGTCGGCCACGGGTCGAAGCCTCGTTCCTGCCCAAGGTGATCGATGCGATGGTCAAGGTGCCGGACGCCCTGTCCCTCGCGGCCATGCACTACCTGGCCCAGCGACTGGGACGGCGGGTCGGCGGATCCAGCGGCACCAACCTGATCGGCGCGCTGATCGCCGCGAAGCGAATGGTGGAAGGCGGTGAGTCGGGGTCGATCGTGGCGATTCTGTGTGATGGCGGGGAGCGTTATGCCACGACGTATTACGATCCGGCGTGGCTCAAGGCCCAGGGGTATGAGTTGGACCCATTGATCGATGCGGTGGCGGCATGTGCGGAGCGCGGAGAAGCGCTGCCGGAGAGCGTGTTGCGGGCCAATATCTGA MNNPRQWAREAIRIIEADFQRSADTHLIPLPLAGLPGIELYFKDESSHPTGSLKHRLARSLFLYALCNGWLKPGAPVIEASSGSTAISEAYFARLLGLPFIAVMPATTSREKIAQIAFYGGQSHLVDDPTQIYAESERLAREHDGHFIDQFTYAERATDWRANNNIAESIFQQMRFERHPEPTWLISSPGTGGTTATLGRYVRYRQHSTRVLCADAERSVFFDYYRSGDASLRLDCGSRIEGIGRPRVEASFLPKVIDAMVKVPDALSLAAMHYLAQRLGRRVGGSSGTNLIGALIAAKRMVEGGESGSIVAILCDGGERYATTYYDPAWLKAQGYELDPLIDAVAACAERGEALPESVLRANI PGPT0002810_1090 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 D1-35_00261 1614 hypothetical protein ATGTTACGAATCACCGAACTCAAGCTGCCGATCGACCATCCCGAAGAAGACTTGCGCCCTGCCATCGTGCAGCGGCTGGGCATCGCCAGCGATGACCTGCTCGACTTCACCCTGTTCAAGCGCAGCTACGACGCCCGCAAGAAATCCTCCGAGCTGTGCTTCATCTACACCATCGACCTGTCGGTGCGCGATGAAGCCGGTGTGCTGCGCAAGTTCGCCGATGACCGTAATGTCAACGAAGCGCCGGACATCAGCTACAAGGTGGTTGGCCAGGCACCGGCGGACTTGAGCGAGCGGCCGATCGTGGTCGGCTTCGGGCCGTGCGGCATCTTCGCCGCCATGCTGCTCGCGCAGATGGGCTTCAAGCCGATCATCCTTGAGCGCGGCCCGGAAGTACGCCAGCGCACCAAGGACACCTGGGGTCTGTGGCGTAAAAGCGTGCTCAATCCCGAGTCCAACGTCCAGTTCGGCGAAGGCGGCGCGGGGACATTCTCCGACGGCAAGCTCTACAGTCAGATCAAGGACCCGAAATTCCTTGGACGCAAGGTCCTGCATGAGTTCGTCAAGGCCGGGGCCCCCGAAGAAATCCTCTATGTCAGCAAGCCGCACATCGGTACGTTCCGTCTGACCGGCGTCGTCGAAAACATGCGTGAGCAGATTCGCGCCCTGGGCGGTGAAGTGCGCTTCGGCGAGCGAGTTACCGACGTCTTGTTCGAGGACAGCCAACTGGTTGGCGTCGAGCTGGCCAGCGGTGAGCAGATCCGTTCGAAACACGTGATCCTTGCCCTGGGCCATAGCGCCCGGGATACCTTCCGCATGCTCCACAGCCGTGGCGTGTACATGGAAGCCAAGCCGTTCTCGGTGGGTTTCCGTATTGAACATCCGCAATCGCTGATCGACAGCGCACGCCTGGGCAAGTACGCCGGCCACCCGAAACTCGGCGCCGCCGACTACAAGCTGGTGCACCACGCGAAGAATGGTCGCTCGGTGTACAGCTTCTGCATGTGCCCGGGCGGCACCGTGGTGGCGGCGACCTCCGAGCCGAACCGCGTCGTGACCAATGGCATGAGCCAATACTCGCGCAACGAGCGCAACGCCAACTCGGGCATCGTCGTCGGCATCACGCCGGAAGTGGATTATCCGGGTGGCCCGCTGGCGGGCATCGAGTTGCAGGAGCGCCTGGAATCCCACGCCTTCGTGCTGGGTGGCAGCAACTATGAAGCCCCCGCGCAACTGGTGGGTGATTTCATCGCCGGCAAGCCGTCCACGGCGCTGGGCAGCGTCGAACCGTCCTACAAGCCTGGGGTTGCCCTGGGCGACCTGGCCCTGGCTCTGCCGGATTTCGCCATCGAGGCCATCCGTGAAGCGCTGCCGGCGTTCGAGAAACAGATCCGTGGTTATTCGCTGCATGATGCGGTGCTCACCGGCATCGAGACCCGGACTTCATCGCCGCTGCGCATCACCCGCAACGAAACGCTGCAGAGCTTGAATGTGAAAGGCCTGTTCCCGGCTGGCGAAGGTGCCGGTTATGCCGGCGGGATCTTGTCGGCGGGCGTGGACGGGATCCGGATCGCCGAAGCGGTGGCGCGGGATATTCTTGGCTTGAACGACTGA MLRITELKLPIDHPEEDLRPAIVQRLGIASDDLLDFTLFKRSYDARKKSSELCFIYTIDLSVRDEAGVLRKFADDRNVNEAPDISYKVVGQAPADLSERPIVVGFGPCGIFAAMLLAQMGFKPIILERGPEVRQRTKDTWGLWRKSVLNPESNVQFGEGGAGTFSDGKLYSQIKDPKFLGRKVLHEFVKAGAPEEILYVSKPHIGTFRLTGVVENMREQIRALGGEVRFGERVTDVLFEDSQLVGVELASGEQIRSKHVILALGHSARDTFRMLHSRGVYMEAKPFSVGFRIEHPQSLIDSARLGKYAGHPKLGAADYKLVHHAKNGRSVYSFCMCPGGTVVAATSEPNRVVTNGMSQYSRNERNANSGIVVGITPEVDYPGGPLAGIELQERLESHAFVLGGSNYEAPAQLVGDFIAGKPSTALGSVEPSYKPGVALGDLALALPDFAIEAIREALPAFEKQIRGYSLHDAVLTGIETRTSSPLRITRNETLQSLNVKGLFPAGEGAGYAGGILSAGVDGIRIAEAVARDILGLND NA NA NA NA NA D1-35_00262 678 hypothetical protein ATGATGCGTGCCGCCCGTTCCCTGTTGTGTATTGCCTCGCTTGCGCTTTTCGCCGGCTGCCAGTTGCTCGACGCCCCGCGCCAGAGCGCCTCCCATGCCGGCCAGACGCGCATGCAGGGCGAACTCACGGCGGCCGATGGCAAGCTGGTGTTCCAGCCGTGTCAGGAACAGCGCCGCTACATCGTCAACGACACCGGCGGCACCAGTGTGCTGCAACAAGCCGCCACCCTGGCGGATGATCGCGGCAAACTCTTCGCCGATCTGCGCGGGCGTATCGTTTCCAGCGCGGCGGCCGGCACCGACAGCCAGCTGGACGTCGAGCAGCTGTATCGCCTGGAACGCTCCGGGACCGCTTGCGATGATGTTGACTTCAAACGGGTGATTCTGCGGGCAGCGGGACATGCCCCTGAATGGACACTCAAGGCCAGCGGCAAGGGCCTGGTCCTGGATCGCCAAGGGCAGCCGCCGCTGGCGGTGCCTTACGTCGAGGAGCAGTTGGGCGATGGCCGCTTCAACCTCGGCACCGAGGCCAACGGCCAGAAGGTCGAGTTGTGGGTCACGCCGCAACGCTGCGTCGACAGCACCAGTGGCAGCGTGCAGCACATGAGCGCCGAGTTGCGGGTCAACGGTCAGGTCCAGCGCGGTTGCGCCTACTTTGGTGGCGCGCGCGACGACTGA MMRAARSLLCIASLALFAGCQLLDAPRQSASHAGQTRMQGELTAADGKLVFQPCQEQRRYIVNDTGGTSVLQQAATLADDRGKLFADLRGRIVSSAAAGTDSQLDVEQLYRLERSGTACDDVDFKRVILRAAGHAPEWTLKASGKGLVLDRQGQPPLAVPYVEEQLGDGRFNLGTEANGQKVELWVTPQRCVDSTSGSVQHMSAELRVNGQVQRGCAYFGGARDD NA NA NA NA NA D1-35_00263 600 hypothetical protein ATGAAAATCCTGTTGATCGGCGCCAACGGAACCATCGGTTCGGCCATCGCTAACGAGTTGTCGCCCCGTCATGAAATTGTCCGTATCGGCCGCCACAGCGGTGATGTGCAAGTGGATATCAGCGACAGCGCCTCGATCCGCGCCCTGTTCGAAAAAACCGGCCGCTTCGATGCCTTGGTTTGTGCGGCGGGCAACGTCACTTTCGCGCCGCTGGGCGACATGACCGAAGAAAGCTTCGCCCTCGGCTTGAAAGACAAGTTGATGGGTCAGGTCAATCTTGTATTGATCGGCCGCGAATTCGCCAATGACGGTGCATCCTTTACCCTCACCACCGGCGTACTCAGCCACGACCCGATCAAGAGCGGCGCCTCGGCGGCCCTGGTGAACGGCGCCCTCGACAGTTTTGTGCGCGCTGCGGCAATCGAGCTGCCCCGGGGCCTCAGGCTCAACTCGGTAAGCCCGAACGTATTGCGGGAAGCGATGGACAAATATGCGCCGTACTTCCGCGGCTACAAGCCGGTTCCTGCGGCTGAAGTGGCATTGGCCTACGCCAAGAGCGTCGAAGGCCTGCAAACCGGGCAGACTTTTCACGTCGGCTGA MKILLIGANGTIGSAIANELSPRHEIVRIGRHSGDVQVDISDSASIRALFEKTGRFDALVCAAGNVTFAPLGDMTEESFALGLKDKLMGQVNLVLIGREFANDGASFTLTTGVLSHDPIKSGASAALVNGALDSFVRAAAIELPRGLRLNSVSPNVLREAMDKYAPYFRGYKPVPAAEVALAYAKSVEGLQTGQTFHVG NA NA NA NA NA D1-35_00264 909 dmlR_2 HTH-type transcriptional regulator DmlR ATGAGCGAGATCGATGATCTGGCAGCGTTTGCCGTGCTGGTCGAGGCCGGTAGTTTTACCCTGGCGGCGCAGCGGTTGGGATGCAGCAAGGGGCAACTGTCCAAGCGCATCAGCCTGCTGGAGGAGCGGTTTTCAGTGATCCTGCTCCAGCGCACGACTCGACGCCTGAGCCTGACGGCGGCGGGTGCGGCACTGTTGCCCCAGGCCCAGGCCTTGTTGGTGCAGGTGGAAAGGGCGCGTCAGGCGTTGGCCCGCTTGAAGGGTGAAATTTCCGGGCCGGTGCGGATGACAGTACCGGTTTCGTTGGGCGAAACCTTTTTTGAAGGCCTGCTGACCGAGTTCGCTCTCGCCTACCCCGACGTGCAGATCGAGCTGGAGCTCAATAACGGTTACCGCGATTTATCGCGCGATGGGTTTGATCTGGCGATCCGCTCGGATGCGGCGATCGACGAGCGGTTGGTGGCTCGCCCGCTGCTGGCCTGGCATGAACTGACCTGCGCCAGCCCGGCCTATCTGGAACGCTTCGGTGAGCCCGCGGTTCCCCAGGCCCTGGCGGAGCACAAATGCCTGCTCAACAGTCACTACAGTGGTCGTGAGGAGTGGTTGTATCACCAGCAACATGAATTGCTGCGGGTGCGGGTGTCCGGGCCGTTTGCCAGCAACCATTACAGCCTGTTGAAAAAAGCCGCCCTGGCCGGCGCTGGAATCGCCCGTCTGCCGTCGTATCTGCTTGACCAGGAACTGGCCGACGGCCGCCTGCGCTGGTTGCTGCGCGACTTTCAGACCCGTCGCATGCCGATGTACCTGGTGCATCCATATCAGGGCGGGTTGCCCAAGCGTACGCAGGTGCTGGCTGATTATCTGATTGAATGGTTCAAACGCAGCGGGGAGGCGCTGGATCGTCTTTAG MSEIDDLAAFAVLVEAGSFTLAAQRLGCSKGQLSKRISLLEERFSVILLQRTTRRLSLTAAGAALLPQAQALLVQVERARQALARLKGEISGPVRMTVPVSLGETFFEGLLTEFALAYPDVQIELELNNGYRDLSRDGFDLAIRSDAAIDERLVARPLLAWHELTCASPAYLERFGEPAVPQALAEHKCLLNSHYSGREEWLYHQQHELLRVRVSGPFASNHYSLLKKAALAGAGIARLPSYLLDQELADGRLRWLLRDFQTRRMPMYLVHPYQGGLPKRTQVLADYLIEWFKRSGEALDRL NA NA NA NA NA D1-35_00265 702 livF_1 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGCTGCAGTTCGAAAACGTTTCCACCTTCTACGGCAAGATCCAGGCGCTGCACAGCGTCAACGTCGAGGTCCGCCAAGGCGAAATCGTCACGCTGATCGGTGCCAACGGTGCCGGCAAGTCCACACTGCTGATGACACTCTGCGGTTCGCCGCAGGCCCACAGCGGCAGCATCCGCTACATGGGTGAGGAACTGGTGGGCCAGGACTCGGCGCAGATCATGCGCAAGAGCATCGCCGTGGTGCCTGAAGGCCGTCGGGTATTTGCCCGGCTGACCGTGGAAGAAAACCTCGCCATGGGCGGTTTTTTTACCGACAAGGGCGACTTTCAGGAACAGATGGACAAGGTGCTGCACCTTTTCCCACGCCTGAAAGAGCGTTTTACCCAGCGCGGCGGCACCATGTCCGGCGGCGAACAGCAGATGCTCGCCATCGGTCGTGCACTGATGAGCAAGCCCAAGCTGCTGCTGCTCGACGAGCCGTCGCTGGGCCTGGCGCCGATCATCATCCAGCAGATCTTCGACATCATCGAACAGCTGCGCAAGGATGGCGTGACGGTGTTCCTGGTGGAGCAGAACGCCAACCAGGCGCTGAAGATCGCTGACCGGGCGTACGTGCTGGAGAATGGTCGCGTGGTGATGCAAGGCACCGGTGAAGCACTGCTGACCGACCCGAAAGTGCGCGAGGCGTACCTGGGCGGTTGA MLQFENVSTFYGKIQALHSVNVEVRQGEIVTLIGANGAGKSTLLMTLCGSPQAHSGSIRYMGEELVGQDSAQIMRKSIAVVPEGRRVFARLTVEENLAMGGFFTDKGDFQEQMDKVLHLFPRLKERFTQRGGTMSGGEQQMLAIGRALMSKPKLLLLDEPSLGLAPIIIQQIFDIIEQLRKDGVTVFLVEQNANQALKIADRAYVLENGRVVMQGTGEALLTDPKVREAYLGG PGPT0020785_8762 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020785-livF-K01996 NA NA D1-35_00266 768 lptB_1 COG1137 Lipopolysaccharide export system ATP-binding protein LptB ATGAGCCGCGAGATCCTGAAAGTCGAAAATCTGAGCATGCGCTTCGGCGGCTTGCTGGCGGTCAACGGCGTGGCCCTGACCGTTAAAGAGAAACAAGTGGTTGCCTTGATCGGGCCGAACGGCGCGGGCAAGACCACCGTGTTCAACTGCCTGACCGGTTTCTACCAGCCTACCGGCGGCACCATCCTGCTGGACGGCGAGCCGATCCAGGGCCTGCCCGGTCATCACATTGCCCGCAAGGGCGTGGTGCGGACCTTCCAGAACGTGCGGCTGTTCAAGGACATGACGGCGGTCGAAAACCTGCTGATCGCCCAGCATCGTCACTTGAACACCAACTTCTTTGCCGGTCTGTTCAAGACCCCGGCGTTCCGCAAGAGCGAACGCGAGGCCATGGAGTACGCCGAGTACTGGCTGGACAAGGTCAACCTCACCGAGTTCGCCAACCGTACCGCCGGGACCCTGGCCTACGGTCAGCAACGGCGCCTGGAAATCGCCCGCTGCATGATGACCCGTCCGCGGATCCTCATGCTCGACGAACCGGCCGCCGGCCTGAACCCGAAGGAAACCGAAGACCTGAAGGCGCTGATCAGCGTGCTGCGCGAGGAGCACAACGTGACCGTGCTGCTGATCGAGCATGACATGAAGCTGGTCATGAGCATTTCCGACCACATCGTCGTGATCAACCAGGGCACGCCCCTGGCCGACGGTACGCCGGAACAGATCCGCGACAATCCTGAAGTGATCAAAGCCTACCTGGGGGAAGCGTAA MSREILKVENLSMRFGGLLAVNGVALTVKEKQVVALIGPNGAGKTTVFNCLTGFYQPTGGTILLDGEPIQGLPGHHIARKGVVRTFQNVRLFKDMTAVENLLIAQHRHLNTNFFAGLFKTPAFRKSEREAMEYAEYWLDKVNLTEFANRTAGTLAYGQQRRLEIARCMMTRPRILMLDEPAAGLNPKETEDLKALISVLREEHNVTVLLIEHDMKLVMSISDHIVVINQGTPLADGTPEQIRDNPEVIKAYLGEA PGPT0020780_6447 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020780-livG-K01995 NA NA D1-35_00267 1257 hypothetical protein ATGACTAGGCATCTCAAATCGGCGCTCTTCAGCGCCCTGCTGGTCTGGGCCGTGGCCTATCCGGTACTCGGTCTCAAACTGACCATCGTTGGTATCAACCTGGAAGTGCACGGCACCAGCCCGACCATCCTGGCGACCATCGCCGTATGTTCCGTCCTGATGTTCCTGCGGGTGCTGTTCAGCACGCAGATCAGTGCGGCGTGGAAAGCGTCGCCCGGCGTGCCGGTGATCCCGGCCAAGGCCAGCAACTTCCTGACCCTGCCGTCGACCCAGCGCTGGATCGTCCTGGGCCTGATCGTCGTGGCCCTGGTATGGCCGTTCTTCGGCTCTCGCGGCGCGGTGGACATCGCCACGCTGATCCTGATCTACGTGATGCTCGGCCTCGGTCTGAACATCGTCGTGGGCCTGGCCGGCCTGCTGGACCTGGGTTATGTCGGCTTCTACGCCGTCGGGGCCTACAGCTACGCGCTGCTGTCGCACTACTTCGGCCTGAGCTTCTGGATCTGCCTGCCGATCGCCGGAATGATGGCCGCCACCTTCGGTTTTCTGCTGGGGTTCCCGGTCCTGCGCTTGCGCGGCGACTACCTGGCGATCGTGACCCTGGGTTTTGGCGAGATCATCCGTCTGTTCCTGCGCAACCTGACCGACATCACCGGCGGCCCGAACGGCATCAGCAACATCGAGAAGCCGACGTTCTTCGGCCTGACCTTCGAACGTAAAGCCGCCGAAGGCCTGCAGACCTTCCACGAGTACTTCGGCCTGCAATACAACTCGATCAACAAGGTGATCTTCCTCTACCTGGTTGCCTTGTTGCTGGCCCTGGCCGCGTTGTTCGTCATCAACCGCCTGCTGCGCATGCCGATCGGCCGTGCGTGGGAAGCCTTGCGCGAAGACGAAATCGCCTGCCGTGCGCTGGGTCTCAACCCGACCGTGATCAAGCTTTCGGCCTTTACCCTGGGTGCTGCGTTCGCCGGTTTCGCCGGTAGCTTCTTCGCCGCTCGCCAAGGCCTGGTGACGCCCGAGTCCTTCACCTTCATCGAGTCGGCGATCATCCTCGCCATCGTTGTGTTGGGCGGGATGGGCTCGCAGTTGGGTGTGATCCTGGCGGCGATCGTGATGATCCTGCTGCCCGAAATGATGCGTGAATTCAGCGAATACCGCATGTTGATGTTCGGCGCCTTGATGGTGCTGATGATGATCTGGCGTCCTCAAGGTCTGCTGCCTATGCAACGCCCGCACATGGAGCTGCGCAAATGA MTRHLKSALFSALLVWAVAYPVLGLKLTIVGINLEVHGTSPTILATIAVCSVLMFLRVLFSTQISAAWKASPGVPVIPAKASNFLTLPSTQRWIVLGLIVVALVWPFFGSRGAVDIATLILIYVMLGLGLNIVVGLAGLLDLGYVGFYAVGAYSYALLSHYFGLSFWICLPIAGMMAATFGFLLGFPVLRLRGDYLAIVTLGFGEIIRLFLRNLTDITGGPNGISNIEKPTFFGLTFERKAAEGLQTFHEYFGLQYNSINKVIFLYLVALLLALAALFVINRLLRMPIGRAWEALREDEIACRALGLNPTVIKLSAFTLGAAFAGFAGSFFAARQGLVTPESFTFIESAIILAIVVLGGMGSQLGVILAAIVMILLPEMMREFSEYRMLMFGALMVLMMIWRPQGLLPMQRPHMELRK PGPT0020775_2716 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020775-livM-K01998 NA NA D1-35_00268 924 livH_1 COG0559 High-affinity branched-chain amino acid transport system permease protein LivH ATGCCTGACATCTATCACTTCTTCCAGCAGCTGGTTAACGGCCTGACCGTTGGCAGCACGTATGCCCTGATCGCCATCGGCTATACGATGGTCTACGGCATCATTGGAATGATCAACTTCGCCCACGGCGAGGTGTACATGATCGGCTCCTACGTGGCGTTCATCGCCATCGCCGGGCTGGCCATGATGGGACTCGACAGTGTCCCGCTGTTGATGACCGCAGCTTTCATCGCGAGCATCGTGGTTACCAGTTCCTATGGCTACAGCATCGAACGGATCGCCTACCGCCCGCTGCGCGGCAGCAACCGTCTGATCCCGCTGATTTCCGCCATCGGTATGTCGATCTTCCTGCAGAACACGGTACTGCTTTCGCAAGACTCCAAGGACAAATCCATTCCCAACCTGATTCCGGGCAACTTCGCCATCGGGCCAGGCGGGGCACATGAAGTGCTGATTTCCTACATGCAAATCGTGGTGTTCGTGGTGACCCTGGTCGCCATGCTCGGCCTGACGCTGTTCATCTCCCGTTCCCGCCTGGGCCGCGCCTGCCGCGCCTGCGCCGAGGACATCAAGATGGCCAACCTGCTGGGCATCAACACCAACAACATCATCGCCCTGACCTTCGTCATCGGTGCGGCCCTGGCGGCCATCGCCGCGGTGCTGTTGAGCATGCAATACGGCGTCATCAACCCCAACGCCGGTTTCCTCGTGGGCCTGAAAGCCTTTACCGCCGCGGTGCTCGGCGGCATCGGCAGCATCCCCGGCGCGATGCTCGGCGGCTTGGTGCTGGGCGTGGCGGAAGCCTTTGGCGCCGACATCTTCGGCGACCAGTACAAGGACGTCGTGGCGTTCGGCTTGTTGGTTCTGGTTCTGTTATTCCGGCCGACCGGCATCCTGGGCCGTCCGGAGGTTGAGAAAGTATGA MPDIYHFFQQLVNGLTVGSTYALIAIGYTMVYGIIGMINFAHGEVYMIGSYVAFIAIAGLAMMGLDSVPLLMTAAFIASIVVTSSYGYSIERIAYRPLRGSNRLIPLISAIGMSIFLQNTVLLSQDSKDKSIPNLIPGNFAIGPGGAHEVLISYMQIVVFVVTLVAMLGLTLFISRSRLGRACRACAEDIKMANLLGINTNNIIALTFVIGAALAAIAAVLLSMQYGVINPNAGFLVGLKAFTAAVLGGIGSIPGAMLGGLVLGVAEAFGADIFGDQYKDVVAFGLLVLVLLFRPTGILGRPEVEKV PGPT0020770_3150 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D1-35_00269 1128 braC_1 COG0683 Leucine-, isoleucine-, valine-, threonine-, and alanine-binding protein ATGACTAAGGCTACTAAGCAGATTTCCAAACTGTTTGCCGCTATGGTTCTGGCCGGGGTTGCCAGCCATTCGTTCGCCGCCGACACCATCAAGATCGGCATCGCCGGCCCGAAAACCGGCCCTGTAGCCCAATACGGCGATATGCAGTTCAGTGGCGCGAAAATGGCCATCGAACAGATCAACGCCAAGGGTGGCGTCGACGGCAAGCAACTGGTCGCCGTTGAATACGACGACGCCTGTGATCCAAAACAAGCGGTCGCGGTCGCGAACAAAGTCGTCAACGACGGCATCAAGTTCGTGGTCGGCCACCTGTGCTCCAGCTCCACCCAGCCCGCTTCCGACATCTACGAAGACGAAGGCGTGATCATGATCACTCCGGCGGCTACCAGCCCGGACATCACCGCTCGCGGCTACAAGATGATCTTCCGTACCATCGGCCTGGACAGCGCCCAAGGCCCTGCGGCCGGCAACTACATCGCCGACCACGTCAAGCCGAAAGTCGTTGCGGTCCTGCACGACAAGCAGCAGTACGGTGAAGGCATCGCCAGCGCCGTGAAGAAAACCCTCGAAGGCAAAGGCGTGAAAGTGGCCGTCTTCGAAGGCGTGAACGCCGGCGACAAAGACTTCTCCTCGATGATCGCCAAGCTCAAGCAAGCCAACGTCGACTTCGTCTACTACGGCGGCTACCACCCGGAGCTGGGCCTGATTCTGCGTCAAGCCCAGGAAAAAGGCCTGAAAGCCAAGTTCATGGGTCCGGAAGGCGTGGGTAACGATTCCATCTCGCAAATCGCCAAGGAATCCTCCGAAGGCCTGCTGGTGACCCTGCCGAAATCCTTCGACCAGGATCCGGCCAACGTCGCCCTGGCTGACGCGTTCAAGGCCAAGAAAGAAGACCCGAGCGGTCCGTTCGTATTCCCGTCCTACTCCGCTGTGACCGTGATCGCCGACGCGATCAAGGCTGCCAAGAGCGAAGACGCGACCAAAGTGGCTGAAGCCATCCACGCCGGCACTTTCAAGACGCCAACCGGTGACTTGAGCTTCGACGACAAGGGCGACCTGAAGGACTTCAAGTTCGTGGTTTACGAGTGGCATTTCGGCAAACCTAAAACCGAAGCTTCGCCTCAGTAA MTKATKQISKLFAAMVLAGVASHSFAADTIKIGIAGPKTGPVAQYGDMQFSGAKMAIEQINAKGGVDGKQLVAVEYDDACDPKQAVAVANKVVNDGIKFVVGHLCSSSTQPASDIYEDEGVIMITPAATSPDITARGYKMIFRTIGLDSAQGPAAGNYIADHVKPKVVAVLHDKQQYGEGIASAVKKTLEGKGVKVAVFEGVNAGDKDFSSMIAKLKQANVDFVYYGGYHPELGLILRQAQEKGLKAKFMGPEGVGNDSISQIAKESSEGLLVTLPKSFDQDPANVALADAFKAKKEDPSGPFVFPSYSAVTVIADAIKAAKSEDATKVAEAIHAGTFKTPTGDLSFDDKGDLKDFKFVVYEWHFGKPKTEASPQ PGPT0020765_12866 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D1-35_00270 306 hypothetical protein ATGAATCAAGAACCTAGCACCCTCTATGCCAAATTGCTCGGTGAAACCGCATCCATTACCTGGAAGGAGCTGGAACCGTTCTTTGCCAAGGGTGCCCTATTGTGGGTCGATCCGGCACTGGATCTGATCGCCGCCGCCGAGGCCATTGCCGAGGACGAAGGTACCAAAGTCGCCGCCTGGCTGGCCGGCGGGCAGCTCGCCAAGCTGTCTGAAACGCGGGCGCTGGATTTTCTCGAGCGTGATCCGCTGCTGTGGGCCGTGGTGGTTTCGCCGTGGATAATGGTCCAGGAAAGGGCGTCGAATTGA MNQEPSTLYAKLLGETASITWKELEPFFAKGALLWVDPALDLIAAAEAIAEDEGTKVAAWLAGGQLAKLSETRALDFLERDPLLWAVVVSPWIMVQERASN NA NA NA NA NA D1-35_00271 2175 hypothetical protein ATGACCTCCAAAAAAACAGCCACTGCGGTTTCCGATCTGACCCTGAGCCCGGCCGCCAACGGCGCGGACGCCTCGGCGCTGTCGAGCAGCTCGCGATCCCTGGCGACCCAGCAATATCTGTATTTCACCGAGACCAACACCGACCGCATCCTCGACAACCTCGATGGCCTGCGTGATGCCGTATTCCCCCGCCCGCCGCACCTGGTGGATGACGAGAGCGAACGTGGCCAGCAGGAATTCCCCTCGGTGTGCCTGATCGGCCTCGGGCGCTGCGGCTCCAACATCGCCCTGGACGTAGCGGAACTGGTCTACAACGCGCGCAAGTTCTATCTCAACGAATTCAACGCCGAAGACAAGCACTACGGTGACAAGGGCTATCGCCCCGCGCAGTGGATGCGCAACCTGCGCCTGGGGACCAGCAAGGCCAGCAAACCGGTGTTCCTGGTGGAACCGCTGGTCATGCTCGGCGACCTGGACAAAGACATCGCCGGGCGTATCCGGTTTTCCCGCAAGGGCGAAAAAAGCGGGTTCTTGCGCGACTACAGCAAAATGAAAATCATGGACCTCTCCGAAGTCCACGCCGGTGGTGCCGGTAACGCGCCGATCCTCGGCCAGTACCTGGCGAAGATCATCCTGAACAAGGACACCCAGCGCTTCTCCAGCCCCGACTGGAAAATGATCCACTCGTACCTGATCGATAGCTGCGGCATCAAGGCCAACCAGTCGCGCCTGTACTTCTCGATCTTCAGCGCCGGCGGCGGTACCGGTTCGGGCATGGCTTCGGAGTTCGGCCTGGCCCAGCAGTACTCGTACATGAACAAGACGTTCGACACCAAGCCGATGGACGAACACGACAGCAAGAGCGGTCATTCCTTCGTCTTCGAACCGATTTTCACCAGCGGCATCTGCGTGCTGCCGAACATTTCCGATCACCGCAGTGAAATGTCCGAGGCGCTGCACATCAACGCCGGACGGCTGCTGTGCAAATACCTCTCGGAAGAATGGGATTTCTCGTACAACTTCGCCAACGAAGACAGCAGCGAAGCCAGCGTCATGGGCCGTATCCGGCCATGGAACGCGATGATGCTGATCTCCAACGACATCATGCGCTACGCCGAAGAAAGCGATGACGGCAACATCCAGAACATTGATGTCAATGCCATGGAAAAGCACGCCAACCAGTACATTTCCCAACAGATCTTCAACATCCTCACGGCCCAGGCCGTGACCACCGACTACGACCAGAACTACTTCCGGCGCGCCGGCATCGACATCGGCGAAACCATTCGCCTGGATGCCAACGACCTGTTCATGAGCCTGGCCGGCCCGGTGGCGATTGCCTACGCTGAATCCGTCGTTCCGGAAACCCCGGCGCCGAGCGGCGACAAGTTCAAGGTGTTCGAAAAGGAGCCGCCGCGCCTGAACATCGATGACCTGTTCTTCCGCTCCATCGACCTGCCGCACTTCAACAAGGTCACCCAGGCCATCGAAGGCATCAGCCTGTTGCCGATCGAGTCCAAGCGTTACCGGGCCTCGCTGGAGCAATACAAGAATTCCGGCTATGACGCCGCCGCCCTGCACGACCTGCACTTCTTCAAGAACTGCTCGTCGGTGGTGTCGATCGTCTCGCTGCCCAAGGACTACAAGCTGTCCTACATGGACCTGAACCGGCTCAAGACCCACCTCAACAGCCTGTTCCCGAACACCACGCTCAAGCGCTATGCGCTGGTGATCGGCGCCTCGGCCAACTTGTCGCTGACTACCCTGATCGCCAAGAGCCCGTGCCTGTCGGATGACTTCCTGACCCTGATCGTGGCGTTCATCAAGCGCTGCTTTGCCCGCACGCCGTATCGCTTCGACGAGACCCTGGACAACTCGATCCTGGACTTCATCATCAATGAAGAGTTCGATGAAGGACGCATCGATGAGTTGCTCAACGAATTCGAGAACCCGGCGAAGATCCTCGACACCAACTGGTACGCGATCAAGCCGATGTACGAGAAGAAGTACCGCGAGCTGATCAGCGACAAGGACAAGTTTGTCTCGATCAATGACATCCGGCTGTCCCGCGACTGCGTGAAGAAGTCGATCAAGTACCTGCGCGAGATCTACCGTCACCGGATCGGCAAGACCAAGGTTATTTCGCTGAATAACCATACTGGCAAGAGTTACTGA MTSKKTATAVSDLTLSPAANGADASALSSSSRSLATQQYLYFTETNTDRILDNLDGLRDAVFPRPPHLVDDESERGQQEFPSVCLIGLGRCGSNIALDVAELVYNARKFYLNEFNAEDKHYGDKGYRPAQWMRNLRLGTSKASKPVFLVEPLVMLGDLDKDIAGRIRFSRKGEKSGFLRDYSKMKIMDLSEVHAGGAGNAPILGQYLAKIILNKDTQRFSSPDWKMIHSYLIDSCGIKANQSRLYFSIFSAGGGTGSGMASEFGLAQQYSYMNKTFDTKPMDEHDSKSGHSFVFEPIFTSGICVLPNISDHRSEMSEALHINAGRLLCKYLSEEWDFSYNFANEDSSEASVMGRIRPWNAMMLISNDIMRYAEESDDGNIQNIDVNAMEKHANQYISQQIFNILTAQAVTTDYDQNYFRRAGIDIGETIRLDANDLFMSLAGPVAIAYAESVVPETPAPSGDKFKVFEKEPPRLNIDDLFFRSIDLPHFNKVTQAIEGISLLPIESKRYRASLEQYKNSGYDAAALHDLHFFKNCSSVVSIVSLPKDYKLSYMDLNRLKTHLNSLFPNTTLKRYALVIGASANLSLTTLIAKSPCLSDDFLTLIVAFIKRCFARTPYRFDETLDNSILDFIINEEFDEGRIDELLNEFENPAKILDTNWYAIKPMYEKKYRELISDKDKFVSINDIRLSRDCVKKSIKYLREIYRHRIGKTKVISLNNHTGKSY NA NA NA NA NA D1-35_00272 93 hypothetical protein ATGAAGGGGCAAAATGATGGCATTTCCTACAGAAAAATGACCGTTGTCATGGATGCGCCATTCACCATGGTCGGGTATCAGCCGCGCGAATGA MKGQNDGISYRKMTVVMDAPFTMVGYQPRE NA NA NA NA NA D1-35_00273 1350 sotB_1 sugar efflux transporter ATGCAGAACTCGACCCAAGCGGCGAATGCCTGGCGCATTCTGTTCCTGCTGTTCCTGGCCAACCTGTTCAACTTTTTCGACCGCACCATCCCAGCGATCATCATCGAGCCGATCCGCATGGAGTGGAGCCTCAGCGATTTTCAGATCGGCATCATCGGTACCGCCTTCACCATCGTCTATGCCATCGCGGGCCTGCCATTGGGACGCATGGCCGATACCGGTTCGCGCAGCAAACTGATGGGCTGGGGCCTGGCGGCCTGGAGTGGGCTGACGGCGGTAAACGGCCTGGTGGGCAGTTTCTGGGCGTTCCTGGTGGTGCGCATGGGCGTGGGCATCGGTGAAGCCAGTTATGCGCCGGCGGCCAACTCGTTGATCGGCGACCTGTTCCCGGCGCACCGTCGGGCTCGGGCGATGGGCATTTTCATGCTGGGACTGCCGCTGGGCCTGCTGCTGGCGTTTTTTACCATTGGCGCGATGGTCAAGGCGTTCGACAGCTGGCGCGCGCCGTTCTTCATTGCGGCGGTGCCGGGCCTGGTGCTGGCGGTGTTCATGTTTTTCATCAAGGAACCCAAGCGCGGCGCGGCGGAAACCGTGGCGGTGTCCCAGGAAAAGGTCGACAAGCCGATTCGCCGGTTGCTGGCGATTCCGACCTTTCTCTGGCTGATCCTGGCGGGTCTGTGCTTCAACTTCGCCACCTATGCCTGCAACTCCTTCCTGGTGCCGATGCTGCAGCGCTATTTCGGGATGCCGCTGCACGAGGCGGCTGTGGCGACCGGGATCATGGTCGGTGTGACCGGGTTGTTCGGGTTGACCCTTGGCGGCTGGGTGGCCGACAAGATTCACCAGCGCGTGCCCAATGGCCGGTTGTTGTTCGCGGCGTTCAGCCTGGCGATTTCCACGGTGACTACCGCTTGGGCCCTGCATGCCGGGCGCATCGAAATCGGCATTTTTGTCGCCGTGTTCAGCGTCGGCTGGCTGTTTGCCTATAACTTCTACACCTGCGTCTACACCGCGATCCAGGACGTGGTGGAGCCGCGCCTGAGGGCCACGGCGATGGCGTTGTATTTTGCCGGGCTGTATCTGCTCGGCGGTGGCCTGGGGCCGGTGGTGGTCGGCGGCTTGTCCGACTACTTCGCCCACACGGCCATGGCGGCCGCAGGCGCCCCGCAGATGACCGAAGCGTTCAAGGCGATCGGCCTGCATGACGCGATGTACCTGATCCCGGTGGCGCTGCTGTTGACCATGGTGTTCCTGTTCCTGGCCTCTCGCTGCTTCGTGCGCGATGCCAAGCGGATGAAGGAAGGGATGAGCGCGGTGGTGGTGCCCGAAGGTGTCGTGGGGGCGGCCTAA MQNSTQAANAWRILFLLFLANLFNFFDRTIPAIIIEPIRMEWSLSDFQIGIIGTAFTIVYAIAGLPLGRMADTGSRSKLMGWGLAAWSGLTAVNGLVGSFWAFLVVRMGVGIGEASYAPAANSLIGDLFPAHRRARAMGIFMLGLPLGLLLAFFTIGAMVKAFDSWRAPFFIAAVPGLVLAVFMFFIKEPKRGAAETVAVSQEKVDKPIRRLLAIPTFLWLILAGLCFNFATYACNSFLVPMLQRYFGMPLHEAAVATGIMVGVTGLFGLTLGGWVADKIHQRVPNGRLLFAAFSLAISTVTTAWALHAGRIEIGIFVAVFSVGWLFAYNFYTCVYTAIQDVVEPRLRATAMALYFAGLYLLGGGLGPVVVGGLSDYFAHTAMAAAGAPQMTEAFKAIGLHDAMYLIPVALLLTMVFLFLASRCFVRDAKRMKEGMSAVVVPEGVVGAA NA NA NA NA NA D1-35_00274 1536 bmr3 Multidrug resistance protein 3 ATGCCCGCAGGTCCAGCCTTGAATCAGCTCGATACGCCTCAAGTCCCGCAACCCGCCATCCGCAGCGTGCTGGTGGCGCTGATGCTGGCGATTTTCCTCGGGGCGTTGGACCAGACCATCGTCGCCGTTTCGATGCCGGCGATTTCCGCGCAATTCAAGGATGTCAGCCTGCTGGCCTGGGTGATCTCCGGCTACATGGTCGCGATGACCGTTGCGGTGCCGATCTACGGCAAACTGGGCGACCTGTACGGCAGGCGGCCATTGATGCTGTTCGGCATGGGCCTGTTCACGCTCGCCTCGCTGTTCTGCGGCCTGGCGCAGGACATGCAGCAACTGGTACTGGCGCGGATTTTCCAGGGCATCGGCGCTGGCGGGATGATCTCCGTGAGCCAGGCGATCATCGGCGACATCATCCCGCCCAGGGAACGTGGCCGTTATCAGGGCTACTTCAGCAGCATGTATGCAGTGGCCAGCGTCGCCGGGCCGGTGCTGGGCGGCTACATGACCGAATACCTGTCCTGGCGCTGGGTGTTCTGGATCAACCTGCCGCTGGGCCTGGGCGCCTGGCTCGTGGCCCGGCGCACGCTGGTGGGGCTGCCGGTGCCGCAACGCACACCCATCATCGACTACTTGGGCACCGTGTTGCTGATCATCGGCCTGACTGCCTTGCTGCTGGGCATTACCCAGGTGGGCCAGGGCCACGCCTGGCACAGCCGCGAAGTGCTCGGGCTGCTCGGTGGCGCCGTGGTCGTGCTGGGGGTATTCGCCTGGCATGAGCGCCGCGCCCGGGAGCCGCTGCTGCCCATGCACCTGTTCGTCAACCGCAGCGCGGTGCTGTGCTGGTGCACGGTGTTCTTCACCAGTTTCCAGGCGATCTCGCTGACGGTGCTGGTGCCGTTGCGCTTCCAGAGCGTGACCGGCGCCGGGGCCGACAGTGCCGCACTGCATCTGCTGCCACTGGCGATGGGCCTGCCGATGGGCGCCTATTTCGCCGGACGGCGCACCTCGATCACCGGTCGCTACAAACCGATGATCCTCAGTGGCGCCCTGCTCTTCCCGTTCGCCGTCCTCGGCATGGCCTTCACCCCGCCCGCGGCATTCTGGCTCAGCAGCCTGTTCATGCTGCTTGGCGGCATCGCGTCCGGCATGCAATTTCCCACCTCGCTGGTGGGTTCGCAGAATTCGGTGCAGCAACGGGACATCGGCGTGGCCACCAGCACCACCAACCTGTTCCGCTCACTGGGCGGCGCGGTCGGCGTGGCATTGATGTCGGCGTTGCTGCTGGCGCTGTTGCAGGACTCGGGTTTCGCCCAGCTCGCCGGTTCGTCAGTGATCGGCGAAGGGCATTCCGGCAACGTGCTGCTCGACGGCCTGAACGCCGCGCCGGGCGCGGCACGGGACGCCTTGCGCGAGGAGCTGCAAACGACATTCCGGCATTTGCTGATGATCAGCGCAGCGGTGTCGTTGCTGGGGTTGGCGGCGGCGCTGGCAATGCCCGACTGCCTGTTGCGCGGGCGAGAAGAAAAAACTCGCTAG MPAGPALNQLDTPQVPQPAIRSVLVALMLAIFLGALDQTIVAVSMPAISAQFKDVSLLAWVISGYMVAMTVAVPIYGKLGDLYGRRPLMLFGMGLFTLASLFCGLAQDMQQLVLARIFQGIGAGGMISVSQAIIGDIIPPRERGRYQGYFSSMYAVASVAGPVLGGYMTEYLSWRWVFWINLPLGLGAWLVARRTLVGLPVPQRTPIIDYLGTVLLIIGLTALLLGITQVGQGHAWHSREVLGLLGGAVVVLGVFAWHERRAREPLLPMHLFVNRSAVLCWCTVFFTSFQAISLTVLVPLRFQSVTGAGADSAALHLLPLAMGLPMGAYFAGRRTSITGRYKPMILSGALLFPFAVLGMAFTPPAAFWLSSLFMLLGGIASGMQFPTSLVGSQNSVQQRDIGVATSTTNLFRSLGGAVGVALMSALLLALLQDSGFAQLAGSSVIGEGHSGNVLLDGLNAAPGAARDALREELQTTFRHLLMISAAVSLLGLAAALAMPDCLLRGREEKTR NA NA NA NA NA D1-35_00275 1191 pobA p-hydroxybenzoate hydroxylase ATGAAAACCCTCAAGACCCAAGTCGCCATTATCGGCGCCGGCCCCTCTGGACTGCTGCTCGGCCAGTTGTTGCACAACGCCGGCATCGACACGCTGATCCTGGAACGCCAGACACCCGACTACGTCCTCAGCCGCATCCGCGCCGGCGTGCTTGAGCAAGGCATGGTGCAGTTGCTGCGCCAGGCCGGGGTCGGCCAGCGCATGGATGCCGAAGGCCTGCCCCATGATGGCTTCGAGCTGGTCCTCAGTGGCCGGCGCGTGCACATTGACCTGAAGGGACTGACCGGCGGCCAGAACGTCATGGTCTACGGCCAGACCGAAGTCACCCGCGACCTGATGGCTGCCCGCCAGGCCTGCGGCGCGCAGACCCTGTATCAGGTCGATAACGCCCAGCCCCACGACCTGCAGACCGACCAGCCCTTCGTGACCTTCGAGCATGCGGGCGAAACCTGGCGCCTGGACTGCGATTACGTGGCCGGCTGCGACGGCTTCCACGGTGTTGCACGGCAATCGATCCCGGCGGAAAAACTCAAGGTCTTCGAGCGTGTCTACCCGTTCGGCTGGCTCGGCATCCTGGCCGACACCCCGCCGGTCCACGAGGAGCTGGTCTACGCCCGCCATGAGCGCGGCTTTGCCCTGTGCAGCATGCGCTCGCGGACCCGCACCCGTTATTACCTGCAAGTGCCCGCCGAGGAACAGATAGCCGACTGGCCGGACGAGCGTTTCTGGAGCGAGCTGAAAAACCGCCTGCCCGCCGACCTGGCCGAAGCGCTGGTGACCGGCCCCTCCATCGAAAAAAGCATCGCGCCGTTGCGCAGTTTTGTCGTCGAACCGATGCAGTACGGGCGGATGTTTTTGGTCGGCGATGCCGCCCACATCGTCCCGCCCACCGGTGCCAAGGGGCTGAACCTGGCCGCCAGCGACGTCAGCACGTTGTTCAACATCTTGCTCAAGGTCTATCGCGACGGTCGCGTGGATCTCCTGGAACGCTATTCGGCCATTTGCCTGCGGCGAGTCTGGAAGGCCGAACGGTTCTCCTGGTGGATGACTTCGATGCTGCATCGCTTCGACGACGATGCATTCAACCAGCGCATCAGCGAAGCGGAGCTGGAGTATTTCGTCGACTCCGAGGCCGGTCGAAAAACCATTGCGGAAAATTATGTCGGCCTTCCTTACGAGGCTATCGAATAG MKTLKTQVAIIGAGPSGLLLGQLLHNAGIDTLILERQTPDYVLSRIRAGVLEQGMVQLLRQAGVGQRMDAEGLPHDGFELVLSGRRVHIDLKGLTGGQNVMVYGQTEVTRDLMAARQACGAQTLYQVDNAQPHDLQTDQPFVTFEHAGETWRLDCDYVAGCDGFHGVARQSIPAEKLKVFERVYPFGWLGILADTPPVHEELVYARHERGFALCSMRSRTRTRYYLQVPAEEQIADWPDERFWSELKNRLPADLAEALVTGPSIEKSIAPLRSFVVEPMQYGRMFLVGDAAHIVPPTGAKGLNLAASDVSTLFNILLKVYRDGRVDLLERYSAICLRRVWKAERFSWWMTSMLHRFDDDAFNQRISEAELEYFVDSEAGRKTIAENYVGLPYEAIE PGPT0005065_322 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYBENZOIC_ACID_GALLATE_RESISTANCE,PGPT0005065-pobA-K00481 NA NA D1-35_00276 894 rhaS_1 HTH-type transcriptional activator RhaS ATGAAGAAAACCGAGCTGCCTTCGATACCGGTGTTCAAGCTCTACGGCGAGAGCCAGGATTGGCCGACGCCGGACCTGCTGCATTGCGAAACCATTTCCACGCGCAGCAGCGAACACCAGTGGGAAATCAAACCCCATCGGCATGCGGACCTGTGTCAGTTGCTGTTTGTCTACAAGGGCCAGGCCGAGCTGGAAATAGAAGGCCAGCGCACCCGGCTCGACGAGCCGGCCGTGCAGATCCTGCCGCCCTTGTCAGTGCACGGCTTTCGCTTTTCCGAGGATGTGCAAGGTTACGTGGTTACCCTGGCGGCGCCGCTGGTGACGCATCTGCAAGGGCAGCTCGGGCATTCGGTGAATGTCCTGGCCCAGGCCGAAGCCTACCCGGCCGGCGAAAACGCCGACTACCTCAACAGCCTTTTCAGCGCCTTGCAGGCGGAATATGTTGGCCACGAACCGGCCCGGGAAATGCTGATGCATGCACTGGTCAGCGTGATCATGGTCTGGGTCAGTCGCCAGGTAATGGACAGGCGTACCTCGTCGCAGCGCCCGCAACGGGCCCGGGAATATCTCAACGGGTTCATCCAGTTGGTTGAGGAAACCTATCGCCAGCATGTCAAGGTCGAAGACCTCGCCCATCGCCTGGGCATCTCGGTATCGCACCTCAACGGCACCTGTCGCGAACTGGCCGGGCAACCGGCGTTGCAGATCATGCACGAGCGTCAGCTGCTGGAGGCCAAGCGGCTGCTGACCTACACCGGCATGACCATCTACGAGATCTCCGAACTGCTCGGCTTTTCCGACCCGACCAACTTCACCCGGCTGTTTCGCCGGCGTGTCGGCATTTCGCCCAAGGCCTTCCGCGACCGGCTCAAGACCGATCAGCAGGACGACTGA MKKTELPSIPVFKLYGESQDWPTPDLLHCETISTRSSEHQWEIKPHRHADLCQLLFVYKGQAELEIEGQRTRLDEPAVQILPPLSVHGFRFSEDVQGYVVTLAAPLVTHLQGQLGHSVNVLAQAEAYPAGENADYLNSLFSALQAEYVGHEPAREMLMHALVSVIMVWVSRQVMDRRTSSQRPQRAREYLNGFIQLVEETYRQHVKVEDLAHRLGISVSHLNGTCRELAGQPALQIMHERQLLEAKRLLTYTGMTIYEISELLGFSDPTNFTRLFRRRVGISPKAFRDRLKTDQQDD NA NA NA NA NA D1-35_00277 177 hypothetical protein ATGAACATCAAAACAAGAAGACGCCTCGCCATCTTTGTCACCTGCACGGCCACGCTAGCGCTGTATGGCACCGCGGCTTATCGGGTCGAACAGGCCAGGCAGTTGCCCCGTGAATACGCCAGCTGCAACTTTGAACGCTGCATACCGCACAACGCATCCCTGAACGCTCTGCGCTGA MNIKTRRRLAIFVTCTATLALYGTAAYRVEQARQLPREYASCNFERCIPHNASLNALR NA NA NA NA NA D1-35_00278 360 hypothetical protein ATGGCCACGTTCCAACCCGGTCACCTGCACATGGAACGCCATGCGCTGAACAAGGACGACTACAGCTACAACCTGTGCATCGATTACGAGGTGACCCAGGATCCCGAGGAAGGAACGGGCATGTCGTTCCGGCTGCACGGCACGGTGGAAGACAGGAGCGTGGACGAGACGTTTTTCCTGGCCAAGGACCAGGCCTTCGACTTCGCCCGCCACGCCACGCGCATCGCCCAGCAGTACGGCATGCCGAAGACCGCCAGCATCGGCTCGATGCACAAGTATTACGACGAGATGTTCGAAGACGTGCGGCACCAGCTCGACGTCAAGCCGGGTGATCCGATGAAGCCTGAGCATTTGGAATAG MATFQPGHLHMERHALNKDDYSYNLCIDYEVTQDPEEGTGMSFRLHGTVEDRSVDETFFLAKDQAFDFARHATRIAQQYGMPKTASIGSMHKYYDEMFEDVRHQLDVKPGDPMKPEHLE NA NA NA NA NA D1-35_00279 930 arcC1 Carbamate kinase 1 ATGCGCATCGTCGTTGCCCTGGGCGGTAATGCCCTCCTGCGTCGGGGTGAACCCATGACCGCCGACAATCAACGCAGCAACATCCGCACCGCGACCGAACAGATCGCGAAAATCCATCCCGGCAACGAGCTGGTCATCGCCCACGGCAACGGCCCGCAGGTCGGCCTGTTGTCGTTGCAGGCGGCGGCCTACACCTCGGTCACGCCGTATCCGCTGGACGTGCTGGGCGCCGAAACCGAAGGCATGATCGGCTACATCATCGAACAGGAACTGGGCAACCTGCTGGACTTCGAAGTGCCCTTCGCCACGCTTTTGACCCAAGTCGAAGTGGACGCCAACGACCCGGCTTTCCAGAACCCGACCAAGCCCATCGGCCCGGTCTACAGCCAGCAAGAAGCGCAGCAACTGGCCGCAGAAAAAGGCTGGGCGATTGCCGCCGACGGCGACAAGTTCCGCCGGGTGGTCGCCAGCCCACGGCCCCGGCGCATCTTTGAAATCCGTCCGATCAAGTGGCTGCTGGAAAAAGGCAGCATCGTGATCTGTGCCGGCGGTGGCGGCATCCCGACGATGTACGACGCCGACGGCAACCTGCAAGGCGTCGAAGCGGTGATCGACAAGGACCTGTGTTCGGCACTCTTGGCCGAACAGCTGGGAAGCGATCTGCTGGTCATCGCCACGGACGTCAACGCCGCTTTCATCGATTTCGGCAAGCCGACCCAGAAAGCCATCGCCCAGGCTCACCCCGACGAGATGGAAAAACTGGGCTTTGCCGCCGGGTCCATGGGGCCCAAGGTGCAAGCCGCCTGCGAATTCGCCCGCCACACCGGCAAGGTCGCGGTGATCGGGTCGCTGTCGGACATCGAGGCTATCGTCCAGGGCACCGCCGGCACGCGCATCAGCACGGCAACGCCGGGGATTGTTTATCGGTAA MRIVVALGGNALLRRGEPMTADNQRSNIRTATEQIAKIHPGNELVIAHGNGPQVGLLSLQAAAYTSVTPYPLDVLGAETEGMIGYIIEQELGNLLDFEVPFATLLTQVEVDANDPAFQNPTKPIGPVYSQQEAQQLAAEKGWAIAADGDKFRRVVASPRPRRIFEIRPIKWLLEKGSIVICAGGGGIPTMYDADGNLQGVEAVIDKDLCSALLAEQLGSDLLVIATDVNAAFIDFGKPTQKAIAQAHPDEMEKLGFAAGSMGPKVQAACEFARHTGKVAVIGSLSDIEAIVQGTAGTRISTATPGIVYR PGPT0020085_1262 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020085-arcC-K00926 NA NA D1-35_00280 1011 arcB COG0078 Ornithine carbamoyltransferase, catabolic ATGGCTTTTAATATGCGCAACCGCAGCCTGCTGAGCTTGATGCACCACACCCACCGCGAGCTGCACTTTTTGCTCGACCTGTCCCGCGACCTCAAGCGCGCCAAGTACACCGGCACCGAGCAACCGCACCTCAAAGGCAAGAATATCGCGCTGATCTTCGAGAAGACCTCGACCCGCACGCGTTGCGCCTTCGAAGTCGCGGCCCATGACCAGGGCGCCCACGTCACCTACATCGACCCGGTTTCGTCACAGATCGGCCACAAGGAAAGCATGAAGGACACCGCCCGGGTGCTGGGGCGGATGTTCGACGCCATCGAATACCGTGGCTTCGAGCAGGAAATCGTCGAGGAGCTGGCCAAGTTCGCCGGCGTGCCGGTGTTCAACGGCCTGACCGCAGAATTCCACCCCACGCAAATGATCGCCGACACCCTGACCATGCGCGAGCACAGTGACAAGCCGCTGCATGACATCAGCTACGCCTACCTGGGCGATGCGCGCTACAACATGGGCAACTCGCTGCTGATGATCGGCGCCAAGCTGGGCATGGACGTGCGCATCGGCGCGCCGAAAGCCCTGTGGCCGCATCAGGACTTCATCGACCAGTGCCAGGCCTTCGCCGCCGAAAGTGGTGCACGGATCACCATCACCGAAGACCCGGAAGAAGCGGTCAAGGGCGTGGACTTCATCCATACCGATATCTGGGTCTCCATGGGCGAGCCAGTGGAGGCCTGGGACGAGCGCATCCAGCAACTGCTGCCCTATCAGGTCAACGCGCAAATGATGAAAGCCTCGGGCAATCCGCGGGTGAAATTCATGCACTGCCTGCCGGCCTTTCATAACAGTGAAACCAAGGTCGGCAAGGACATCGCCGCGCGTTATCCGAACCTGGCCAACGGCGTGGAAGTGACCGAGGACGTCTTCGAATCCCCGGCGAACATCGCCTTCGAACAGGCGGAGAACCGCATGCACACCATCAAGGCGATCCTGGTGGCGGCGTTGGCGGATATCTGA MAFNMRNRSLLSLMHHTHRELHFLLDLSRDLKRAKYTGTEQPHLKGKNIALIFEKTSTRTRCAFEVAAHDQGAHVTYIDPVSSQIGHKESMKDTARVLGRMFDAIEYRGFEQEIVEELAKFAGVPVFNGLTAEFHPTQMIADTLTMREHSDKPLHDISYAYLGDARYNMGNSLLMIGAKLGMDVRIGAPKALWPHQDFIDQCQAFAAESGARITITEDPEEAVKGVDFIHTDIWVSMGEPVEAWDERIQQLLPYQVNAQMMKASGNPRVKFMHCLPAFHNSETKVGKDIAARYPNLANGVEVTEDVFESPANIAFEQAENRMHTIKAILVAALADI PGPT0020080_884 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 D1-35_00281 1257 arcA COG2235 Arginine deiminase ATGACCACGGAAAAAGTGAAATACGGCGTCCATTCCGAAGCCGGCAAACTGCGCAAAGTCATGGTCTGCTCACCAGGCCTCGCCCACCAGCGGCTGACGCCGAACAACTGCGACGAACTGCTGTTCGATGACGTGCTGTGGGTCAACCAGGCCAAGCGCGATCACTTCGATTTCGTCACCAAGATGCGTGAACGCGGTATCGACGTGCTGGAGATGCACAATCTGCTGACCGACATCGTCGCCATCCCCGAAGCGCTCGACTGGATCCTGCATCGCAAGATCACCGCCAACTCCGTGGGCCTGGGCCTGGTGCATGAAGTGGGCGCCTGGTTGCGCAGCCTGGAGCCACGCAAGATCGCCGAATACCTGATCGGCGGCGTCTCGGCCGATGACCTGCCGGACAGCTTCGGCGGCAAGACCATCCAGATGTTCCGCGACTTTCTCGGGCACTCCAGCTTCATCCTGCCACCGCTGCCCAACACCCAGTTCACCCGCGACACCACCTGCTGGATCTACGGCGGCGTGACGCTGAACCCGATGTATTGGCCGGCCCGCCGCCAGGAAACCTTGCTTACCACCGCCATCTACCGATTCCATCCCGAGTTTACCCAAGCCGATTTCCAGATCTGGTACGGCGACCCGGACCTGGACCACGGTAAAGCCACCCTCGAAGGCGGCGACGTAATGCCCATCGGCAATGGCGTGGTATTGATCGGCATGGGCGAACGCTCGTCGCGCCAGGCCATCGGTCAACTGGCACTGAACCTGTTCAAGCACAACGCCGTCGAGCGGGTGATTGTCGCGGGGCTGCCACGTTCCCGCGCAGCGATGCACCTGGACACCGTGTTCAGTTTCTGTGACCGCGACCTGGTGACGATTTTCCCTGAAGTCGTCAGCCAGATCGTCGCGTTTTCGCTGCGCCCGGACGAGAGCAAACCCGGCGGCATCGACGTGCGGCGCGAGGAAGGCAGCTTCCTCAGTACCGTCGCCCGCGCCCTCAAGCTGCCCGCGCTGCGGATCGTTGAAACCGGCGGCAACAGCTTCGCCGCCGAACGCGAGCAATGGGACGACGGCAACAACGTGGTCGCCCTCGAGCCAGGCGTGGTCATTGGCTACGACCGCAATACCTACACCAACACCCTGCTGCGCAAGGCCGGGGTGGAAGTCATCACCATCAGCGCCGGCGAACTCGGTCGTGGCCGTGGCGGCGGCCATTGCATGACCTGCCCGATCGTCCGCGACCCAATCGACTACTGA MTTEKVKYGVHSEAGKLRKVMVCSPGLAHQRLTPNNCDELLFDDVLWVNQAKRDHFDFVTKMRERGIDVLEMHNLLTDIVAIPEALDWILHRKITANSVGLGLVHEVGAWLRSLEPRKIAEYLIGGVSADDLPDSFGGKTIQMFRDFLGHSSFILPPLPNTQFTRDTTCWIYGGVTLNPMYWPARRQETLLTTAIYRFHPEFTQADFQIWYGDPDLDHGKATLEGGDVMPIGNGVVLIGMGERSSRQAIGQLALNLFKHNAVERVIVAGLPRSRAAMHLDTVFSFCDRDLVTIFPEVVSQIVAFSLRPDESKPGGIDVRREEGSFLSTVARALKLPALRIVETGGNSFAAEREQWDDGNNVVALEPGVVIGYDRNTYTNTLLRKAGVEVITISAGELGRGRGGGHCMTCPIVRDPIDY PGPT0020075_291 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020075-arcA-K01478 NA NA D1-35_00282 1428 arcD COG0531 Arginine/ornithine antiporter ATGTCCGATACCCCCGGAAAACTTCGACTGGGCGCGCTGGTTGCGCTGGTAGTGGGTTCGATGATTGGCGGCGGGATCTTTTCCCTGCCGCAGAACATGGCCGCCAGCGCCGATGTCGGCGCCGTATTGATCGGCTGGGCCATCACCGCAGTGGGCATGTTGACCCTTGCATTCGTGTTCCAGACCCTGGCCAATCGCAAACCCAATCTGGACGGCGGGGTGTACGCCTACGCCAAGGCCGGGTTTGGCGACTACATGGGGTTTTCCTCGGCCTGGGGTTACTGGATCAGCGCCTGGCTCGGCAACGTTGGCTACTTCGTTTTGTTGTTCAGCACCCTGGGCTATTTCTTCCCGGTGTTTGGCGAAGGCAACACCGTGGCGGCAGTGATCGGCGCATCGCTGTTGCTGTGGGCCGTGCACTTTCTGGTACTGCGGGGCATCAAGGAAGCGGCGTTCATCAACCTGGTGACCACCGTCGCCAAGGTCGTGCCGCTGCTGCTGTTCGTGCTGATCGCGGTGTTCGCCTTCAAGCTGGATATCTTCACCGCTGACATCTGGGGCTTGAAAAACCCGGACCTGGGCAGCGTGATGGATCAGGTGCGACACATGATGCTGGTCACCGTGTGGGTGTTCATCGGCATCGAAGGCGCGAGCATTTTCTCGGCCCGCGCCGAAAAACGCAGCGACGTCGGCAAGGCCACGGTCATCGGCTTCATCACGGTGCTGTTGTTGCTGGTACTGGTGAACGTGCTCTCGCTGGGGATCATGACCCAACCTGAACTGGCGAAGCTGCAGAACCCGTCCATGGCCGCCGTACTCGAGCACGTGGTCGGTCACTGGGGCGCTGTGCTGATCAGCGTCGGCCTGGTTATCTCGCTGCTCGGTGCCCTGCTGTCCTGGGTCTTGCTGTGCGCCGAGATCATGTTTGCCGCCGCCAAGGACCACACCATGCCGGCCTTCCTGCGCCGGGAAAATGCCAATCATGTACCGGCCAACGCGCTGTGGCTGACCAACGCGATGGTCCAGCTGTTCCTGATCGTCACGCTGTTTTCCGCCAGCACCTACCTGTCGCTGATCTACCTCGCCACCTCGATGATCCTGGTGCCGTACCTGTGGTCGGCGGCCTACGCACTGCTGCTGGCGGTACGCGGTGAAACCTATGAAAACGCCCTGGCCGAACGGCGCAAGGACCTGGTCATCGGCGCCATCGCGCTGATCTACGCGATGTGGCTGCTGTATGCCGGCGGGATCAAGTACCTGCTGCTCTCCGCCCTGCTCTACGCCCCCGGCGCGATCCTGTTCGCCAAGGCCAAGCGCGAACTGGGCAAACCGGTTTTCACCTCGGTCGAGAAGCTGATTTTTGCCGCCGTGGTGGTCGGTGCCCTGGTGGCTGCCTACGGCCTTTATGACGGCTTCCTGAGCCTGTAG MSDTPGKLRLGALVALVVGSMIGGGIFSLPQNMAASADVGAVLIGWAITAVGMLTLAFVFQTLANRKPNLDGGVYAYAKAGFGDYMGFSSAWGYWISAWLGNVGYFVLLFSTLGYFFPVFGEGNTVAAVIGASLLLWAVHFLVLRGIKEAAFINLVTTVAKVVPLLLFVLIAVFAFKLDIFTADIWGLKNPDLGSVMDQVRHMMLVTVWVFIGIEGASIFSARAEKRSDVGKATVIGFITVLLLLVLVNVLSLGIMTQPELAKLQNPSMAAVLEHVVGHWGAVLISVGLVISLLGALLSWVLLCAEIMFAAAKDHTMPAFLRRENANHVPANALWLTNAMVQLFLIVTLFSASTYLSLIYLATSMILVPYLWSAAYALLLAVRGETYENALAERRKDLVIGAIALIYAMWLLYAGGIKYLLLSALLYAPGAILFAKAKRELGKPVFTSVEKLIFAAVVVGALVAAYGLYDGFLSL PGPT0020620_689 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 D1-35_00283 1347 frc Formyl-CoA:oxalate CoA-transferase ATGTCAGATCTGCTCACATCCATGCAAACCGCCCTCGGTTTGCCCACGACTCCGATCCCCTTCACTGGCGAAGGCGCCCTGCCCTCTGCGTTCGCCGTTACCGAGTTGGCCTGCGCCAGCATCGCCACGGCCGGTCAAGCGGTCGCCGAACTCATTCATCAGCAGACCGGCCGCCTGCCGACGCTTGAAGTCGACCGGCGCCTGGCCTCGTTCTGGTTCGCCACGTCCCTGCGGCCCGTCGGCTGGAGCGTACCGCCGCTGTGGGACCCGGTGGCTGGCGACTACGCCACCGCCGACGGCTGGATTCGCCTGCACACCAACGCACCGCATCATCGTCTTGCTGCGGAAAAAGTCCTCGGTACCTGCACCGACCGCGCCGACATGGCGAGCAAAGTTGTCCGTTGGAACAAGGCCGAACTGGAACAGGCCGTGGTCGACGCCGGTGGTTGCGCCGCACAGATGCGTTCCTGGCAGGCGTGGCAGGCCCATCCGCAAGGTTTGGCGGTGAACGCCGAACCGCTTGTTCGCTTCGATGACATGAGTGCAGCTCCGCTTGAACCCTGGCTCGGCTCCGTCGCCCAGCCGCTGGCGGGCTTGAAGGTGCTTGACCTGACCCGCGTGCTGGCCGGCCCGATTGCCAGCCGCTTTTTGGCCGGGCTGGGCGCCGATGTGCTGCGTATCGACCCGCCGACCTGGAACGAACCCGGCGCGGTTCCGGAAGTTACCCTCGGCAAACGCTGCGCCCGCCTCGACTTGCATCAGCCCGCTGACCGCGCGACGTTCGAAGCATTGCTCAAGGATGCCGACATCCTCCTGCACGGCTATCGCGCCGACGCGCTCGAACGCCTGGGCTATGGCGCCGTGCAACGCCGCCAACTGGCACCTGGGCTGATCGACGTCAGCCTCAACGCCTACGGCTGGAGCGGCCCCTGGCAACACCGGCGCGGCTTCGACAGTCTGGTGCAGATGAGCAGCGGCATCGCCGAGGCCGGCATGGCCTGGAAACAGACAGATAAACCGACGCCGCTGCCCGTTCAGGCGCTGGATCACGGCACCGGCTACCTGATGGCGGCCAGTGCGATTGTACTGCTGGCTCGGCGCTTGGCCGATGGCCGTGGCGGTTCGGCACGCTTGTCACTGGCCCGCACGGCGAAACTGTTGATCGAGGGTGGCGCCGGCGATGAGGCTGCGTTGCGCCCCGAAGACGAGGCCGACCAGGGACTGCTGGTGGAACAAACGCCCTGGGGCCCGGCGCACCGCTTGCAGGTGCCACTGAAAATCACCGGCACGCCGTTGCAGTGGGCCCTGCCAGCCACCGAACTGGGCGCACATCGCCCTCAGTGGTGA MSDLLTSMQTALGLPTTPIPFTGEGALPSAFAVTELACASIATAGQAVAELIHQQTGRLPTLEVDRRLASFWFATSLRPVGWSVPPLWDPVAGDYATADGWIRLHTNAPHHRLAAEKVLGTCTDRADMASKVVRWNKAELEQAVVDAGGCAAQMRSWQAWQAHPQGLAVNAEPLVRFDDMSAAPLEPWLGSVAQPLAGLKVLDLTRVLAGPIASRFLAGLGADVLRIDPPTWNEPGAVPEVTLGKRCARLDLHQPADRATFEALLKDADILLHGYRADALERLGYGAVQRRQLAPGLIDVSLNAYGWSGPWQHRRGFDSLVQMSSGIAEAGMAWKQTDKPTPLPVQALDHGTGYLMAASAIVLLARRLADGRGGSARLSLARTAKLLIEGGAGDEAALRPEDEADQGLLVEQTPWGPAHRLQVPLKITGTPLQWALPATELGAHRPQW NA NA NA NA NA D1-35_00284 432 ybaN_1 COG2832 Inner membrane protein YbaN ATGACCCGCATCCCCTCAAAACCCAGCCAACTGCTCTTCGCCCTGCTCGCCTACACCAGCCTGGCCATCGGCCTCATCGCCTTGGTCGTGCCCGGCCTGCCGACCACCGAGTTCATCCTGCTCGCCGCCTGGGCCGCGACCCGCAGTTCGCCGCGTCTGAGCGCCTGGCTGGAGCACCATCGGTGGTTCGGGCCGATGCTGCACAACTGGCGCAACGGCAAGGTCATCCCGCGCCGGGCCAAGGTCGGCGCCACGATCAGCATGCTCGGTTGTGCCGCAATGATGTGGCTGATGCTTGCCCACGGCTGGCCGATGTACCTGGCCATGGCCGGCATGGGCCTGGGCAACCTGTGGATCTGGTCACGCCCGGAAACTCGTGGCGAGGGAGCTTGCTCCCGCTGGGGCGCGAAGCGGCCCCCTACGCAATTTTGA MTRIPSKPSQLLFALLAYTSLAIGLIALVVPGLPTTEFILLAAWAATRSSPRLSAWLEHHRWFGPMLHNWRNGKVIPRRAKVGATISMLGCAAMMWLMLAHGWPMYLAMAGMGLGNLWIWSRPETRGEGACSRWGAKRPPTQF NA NA NA NA NA D1-35_00285 591 pigA COG3230 Heme oxygenase PigA ATGACCACCCCACGCCCCGCCCTACGTTCCCAGCGCCTGAATCAGATCACCCACGAGCCCCACGGCAAGCTCGACGCCCTGGTCAAAGCCCACGCCCCATTCGAAACCCAGGCCAGCTACGCGCGCTTCGTCGTCGCCCAGTACCTGTTCCAGTCAGAACTGGTGGCGCTGTACAACGACGTGCAACTGGCCGCCCTGATACCCGATCTGGCGGCCCGCTGCCGCGCCGAAGCGGCCAAGGCGGATCTCACGGACCTGGACACCGAAGTGCCCGCGCCGGTGGCCGGAGCGGTAAAAAACCCGAGCCAGGCCGAAGCACTGGGCTGGCTGTTCGTCTCCGAGGGCTCGAAGCTCGGCGCCGCGTTCCTGATCAAGCGTGCCGTGGCCCTGGGAATGAACGAAACCTTCGGCGCCCGGCATCTGGCGGAACCGGCGGGCGGCCGTGCCGAAGGCTGGAAAACCTTCACCCGTACCCTCGACGGCCTGGCCTTCACCGAACAGCAGGAAGCCGAGGCGGACAAAGGCGCGCTGGAGGCCTTCAACCGGTTTACCGTGTTGCTGGAACACGCCTATGCGGCCGAGTTGGCCTGA MTTPRPALRSQRLNQITHEPHGKLDALVKAHAPFETQASYARFVVAQYLFQSELVALYNDVQLAALIPDLAARCRAEAAKADLTDLDTEVPAPVAGAVKNPSQAEALGWLFVSEGSKLGAAFLIKRAVALGMNETFGARHLAEPAGGRAEGWKTFTRTLDGLAFTEQQEAEADKGALEAFNRFTVLLEHAYAAELA PGPT0003620_221 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003620-hemO|pigA-K07215 NA NA D1-35_00286 2595 hemR COG1629 Hemin receptor ATGTCCTCTCGCCTTACTTGCCGGTTTCTTGCCCCCTCTTGCACGCTGTCACTGCTCACCGCCGCCATCCTGATGACCGGCACCGCGCCGGCGGCCTTGGCTGCCGCCGCCGAGCAATCGCCCGCGCGCAACATGGGCGACTACACCTTCAGCATCGCCCGGCAACCACTGGTTTCCGCACTGAATGCATTTACCGCCGTCACCGGCTGGCAGGTGGGGCTGCCGGCAGAACTGGCCGAAGGCGTCGCCTCGCCGGGGGTGAACGGCTCGCTGCCGCCGGAAAAAGCCCTGGAGCGCCTGTTGGTGGGGACCAACCTGAGCTACCGCAAACTGGGCAATAACAACATCGTCCTGGAAAAGCGCAGCGCCGGCAGCGCGCTGGAGTTGCAACAGGTGACCATCAGCGCCACCCGCCAGGAACAAGACATCGCCAGCGTACCGAGCACCGTTTCGATCCATGATCGCCAGGAGCTGGACCGCAACAACGTCAACACCATCAAGGATCTGGTGCGCTATGAGCCCGGCGTGTCGGTGGGCGGCGCGGGCCAGCGCGGCGGCATCAGCGGTTACAACATCCGCGGCATCGACGGCAACCGGATCCTGACCCAGGTCGACGGCGTGGAAATCCCCGGCGGTTTCTTCAACGGCCCGTACGCCAAGACCCAACGCAACTACGTCGACCCGGAAATCATCAAGCGCGTCGAGATTCTGCGCGGCCCGGCCTCGGTGCTGTACGGCAGCAACGCGATCGGTGGTGTCGTCAGTTATTTCACACTCGATCCGGACGACATCATCAAGCCCGGCAAGGACGTCGGCGCGCGTCTCAAGACCGGCTACAGCTCCGTCGATGAGAGCTGGCTCAAATCCGCCACCGTCGCCGGCCGCAGCGGGCCGTTCGACGGGTTGTTGCATTACAGCCAGCGCGACGGCCACGAGACCGAGTCCTACGGCAGCAACAACGGCACCGGCCTGGACCGCACCGCCGCCAACCCGGAAGACGTGCGCGCCAACAACGTGCTGGCCAAACTCGGCTGGGACTACAGCGATGACGCACGCCTGAGCCTGGTGTACGAGAAGTACAAAGACGATCGCGACGTCGACCTGAAAAGCGCTTACGGCGGGCCCTATGCCAACGGCCAACCAGCCATTTCCGCCTCCATCCTGCCCGGCGGCATGTACCAGTGGCGCACCGGTAACGATACGATCACCCGCGAGCGTTTCGGCCTGGAGCACAGCTTCGCCCTCGACAGCCTGCTGGCCGACAACATCAAGTGGAGCCTCAACCACCAGATCGCCAAGACCGACCAGCGCACCGCCGAGTTTTATTTCCCGATCACCCGCCGGGTGTTGCGCACCCGTGAAACGCTCTATGAAGAAAAACAGTGGGTCTTCGACGCGCAGGCAGACAAGTCATTCAGCTTGGCCGACACCGATCACACACTGACCTACGGCACCACGCTCAAGCATCAGAAAGTCACCGGCTCACGCAGCGGCAACGGCGTGTGCCTGGCGATCGGCGTGGGCTGCCCCGCCGTCGGTGCGATCAGCACCCGGGACGTATTGGCAAAAGCCAGCGACTTCCCCGACCCGACCATCAACACCTACAGCGTTTTCGCCCAGGACCAGATCAGCTGGGACAAATGGACCTTCACGCCAGCGCTGCGCTACGACTACACCCGGCTCAAGCCACGCCTGACCGAGGAATTCCTGCGCACCGTGGACCCCACCAACGGCGGTACGGTGAGTGGCGAGGACAAGAACTGGCATCGCGTCTCGCCGAAGTTCGGCCTGACCTATGCCCTGACCGACCAGTACACCTGGTACGGCCAGTACGCAGAAGGGTTCCGCACCCCGACCGCCAAGGCCTTGTACGGACGTTTCGATAACGCCGGCGTGGGCTACAGCGTGGAACCCAATCCCGACCTGGAACCGGAAAAAAGCAAAAGCTACGAAACCGGCCTGCGCGGTCGTTTCGACTCCGGATCGTTCGACGTGGCGGTGTTCTACAACAAGTACCGCGACTTCATCAACGAAGACGCCATCACCCCCGGCGCCGACCAGTTGACCTTCCAGAGCAACAACATCAAGCACGCCACCATCAAGGGCATCGAAGCCAAGGGACGCCTGGACCTGGACGTGTTCGGTGCGCCAAAAGGCCTCTACACCCAAGGCTCGGTGGCGTACCTGTATGGCCGCAACAACGACACGGGCGAGCCGCTCAACAGCGTCAACCCGCTTACCGGCGTGTTCGGCCTGGGCTACGACCAGGAGCAGTTCGGCACGTTGCTCAGCTGGACCCTGGTCCAGAAGAAAAACCGCGTAGACGACAGCAACTTCAATTCGCCCGACGGCGTCAGCGGCCAGTTCAAGACGCCGGGCTTCGGCATTCTCGACCTGAGCGGCTACTACAAGGTGACTCACGACGTCACCGTCAGCGGCGGCCTCTACAACCTCACCGACAAGAAGTACTGGCTGTGGGATGACGTGCGCGGCTACGACAGCGTCGGCGAAGCGGCGGTGCTGAGCCCGGCCAACCTCGATCGCCTGACGGCGCCGGGGCGCAACTTCGCGGTCAACCTGATCTGGGATATCTGA MSSRLTCRFLAPSCTLSLLTAAILMTGTAPAALAAAAEQSPARNMGDYTFSIARQPLVSALNAFTAVTGWQVGLPAELAEGVASPGVNGSLPPEKALERLLVGTNLSYRKLGNNNIVLEKRSAGSALELQQVTISATRQEQDIASVPSTVSIHDRQELDRNNVNTIKDLVRYEPGVSVGGAGQRGGISGYNIRGIDGNRILTQVDGVEIPGGFFNGPYAKTQRNYVDPEIIKRVEILRGPASVLYGSNAIGGVVSYFTLDPDDIIKPGKDVGARLKTGYSSVDESWLKSATVAGRSGPFDGLLHYSQRDGHETESYGSNNGTGLDRTAANPEDVRANNVLAKLGWDYSDDARLSLVYEKYKDDRDVDLKSAYGGPYANGQPAISASILPGGMYQWRTGNDTITRERFGLEHSFALDSLLADNIKWSLNHQIAKTDQRTAEFYFPITRRVLRTRETLYEEKQWVFDAQADKSFSLADTDHTLTYGTTLKHQKVTGSRSGNGVCLAIGVGCPAVGAISTRDVLAKASDFPDPTINTYSVFAQDQISWDKWTFTPALRYDYTRLKPRLTEEFLRTVDPTNGGTVSGEDKNWHRVSPKFGLTYALTDQYTWYGQYAEGFRTPTAKALYGRFDNAGVGYSVEPNPDLEPEKSKSYETGLRGRFDSGSFDVAVFYNKYRDFINEDAITPGADQLTFQSNNIKHATIKGIEAKGRLDLDVFGAPKGLYTQGSVAYLYGRNNDTGEPLNSVNPLTGVFGLGYDQEQFGTLLSWTLVQKKNRVDDSNFNSPDGVSGQFKTPGFGILDLSGYYKVTHDVTVSGGLYNLTDKKYWLWDDVRGYDSVGEAAVLSPANLDRLTAPGRNFAVNLIWDI NA NA NA NA NA D1-35_00287 963 hypothetical protein GTGACGGACAACCATCGCTCCCCTGAAGCCGCTGCGGCACAGGACACCGCCCACGCCATGGACCAGGCGCTGGATTGGCTGGTCCTGCTCGACAGCCCCAGCGATGAACAGACCCGACAGTTCCAGGCCTGGCTGGCGGCAGATCCGCGTCATGGCGAAGCGTTCTCCAGAGCCCAGGCGATCTGGAACGGCCCGCAGATCATCGAAAGCGCCCGGCAGCTCCAGGCCCGCCCCAAGGCCACCGCGCTGTCGCGTCTTCGAGCCCATTGGAAACCCCTGGCCACCGCCGCCGTGCTGTTGCTCGGATTGTTCAATTTCAGCGACCTGCCCCTGCAATTGCAGGCCGATCACCTGACCGTGGTCGGTGAGCGCCAGCGGCTGCAACTGGAAGACGGTTCCAAGGTCCTGCTGAATACCGACTCGGCGTTTTCCAGTTCCTTCGACGAACAGCGGCACGTGGCCCGCCTCTACAAGGGCGAGGCTTTTTTCGAGGTGCCGGCCAGTCGCAATGTGCCGTTGGAGATCGACGCCGGGCCGGTCACCGCCAGTGTCAGCGACACCACGTTTGCGGTGCGTTACCTGGACGGCGTCGCTCAGGTCCAGGTGCAGCGTGGCGATGTCGACCTGCGTGCGACCCGCTACGATGCCCATGTCCGCTTGTCGGCAGGAGAAAGCATCCGCATTGGTCCCAACGGCTTCGACCGCCCGGCACGCCTCGATGTCGGCACGGACCTGGCGTGGGTCCAGGGTCGGCTGGTGTTCGAGAATCGGCCGCTGGGCCAGGTACTGGCGGAGTTGCGACGCTACTACCCGGGCTGGATCATCAACAACAACCAGCAGTTGGCCGGCGTGGCCGTGACGGGTAACTATCGCCTCGACCAGCCGCTGGACGTGGTGCGTTCCCTGGCCCATATCACCTCTGCCCGCCTCCGGGAATTCCCGGCGCTGGTAATCCTGAACTGA MTDNHRSPEAAAAQDTAHAMDQALDWLVLLDSPSDEQTRQFQAWLAADPRHGEAFSRAQAIWNGPQIIESARQLQARPKATALSRLRAHWKPLATAAVLLLGLFNFSDLPLQLQADHLTVVGERQRLQLEDGSKVLLNTDSAFSSSFDEQRHVARLYKGEAFFEVPASRNVPLEIDAGPVTASVSDTTFAVRYLDGVAQVQVQRGDVDLRATRYDAHVRLSAGESIRIGPNGFDRPARLDVGTDLAWVQGRLVFENRPLGQVLAELRRYYPGWIINNNQQLAGVAVTGNYRLDQPLDVVRSLAHITSARLREFPALVILN PGPT0003910_4976 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_00288 519 sigE COG1595 ECF RNA polymerase sigma factor SigE GTGAGCCAATCACGCTTCCATCAGGTTTTCCTCGCCCAGCGCATGCCGCTGCTGCGCACCCTCGAACGCATGGTCAACAACCCCAGCACCGCCGAAGACCTGCTTCAGGAAACCTACCTGCGCGTCACCCGCGCCCTGAACGAGCGCACGGTCGAGCATCTCGAACCCTTCGTCTTCCAGACCGCCCGCAACCTGGCGCTCGACCATTTGCGCGCGCGACGCATCCAGTCACGCACGCTGCTGGACGACGTGCCGATGGAAGTCGTGAACAACGTCATCGCCCCGCAAAGCAGCGCCGAGGATGCCGCCCATGCCGGCCGGTTACTCGAACAACTCAACCTCAGCCTGCAGTCGCTGAGCCCGCGCCAACAGCAGATCTTCATCCTCAACCGCCTGCATGGCCACAGTTACCAGGACATCGCCGAACGCTTGGGCGTGTCGCTGAGCACCGTGCAGAAAGAACTGAAATTGATCATGGCGATTTGCGTGGGCGTGGCCGAACGGCTGGGCGCCGATTGA MSQSRFHQVFLAQRMPLLRTLERMVNNPSTAEDLLQETYLRVTRALNERTVEHLEPFVFQTARNLALDHLRARRIQSRTLLDDVPMEVVNNVIAPQSSAEDAAHAGRLLEQLNLSLQSLSPRQQQIFILNRLHGHSYQDIAERLGVSLSTVQKELKLIMAICVGVAERLGAD PGPT0014960_10384 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_00289 1341 sasA_1 Adaptive-response sensory-kinase SasA GTGCGTTCACTGTTCTGGCGCATCCTGGCCAGTTTCTGGCTGGCCATCGCCCTGGTCGCGGGGCTTTCGATCCTGATGGGCCACATGCTGAACCAGGACGCCTGGATCCTCAGCCGCCATCCAGGGCTCAACACCCTGGCCGAAGAATGGACACAAACCTACGAAAGCCAGGGCGAAGAGGCCGCGCAAGACATCCTGCAACAGCGCAAGCGCAAGTATCACATCGACGTTCAGGTGCTCAACGAGAGCGGCGACCCGGTGGTGCGCGGCACCTTTCCCCATCGCGCCGCGGCTTTCGAGGCGCGCCAGAACAACGACGACCGACGCCTCCCCTGGCGGCGCTTGACTGACGAGTTCACCAGCGCCAAGACCGGTGACACCTACCTGTTCATCTACCGCATCCCCCATCCCGAACTGGACGCCTGGCACCGCGACAGCCTGCTCTGGCCCCTCAGCGCCCTGGCCATTGCGCTGGTGGTACTGACCTTGTTCAGCCTGTTGGTGACCCTCTCCATCACCCGCCCGCTGAGCCGCCTGCGCGGCGCGGTGCATGACCTCGGCCAAGCCACGTACCAGCAGAACAGCCTCGCCAAACTGGCCAACCGCCGGGACGAATTCGGCGTACTGGCCACTGACTTCAATCGCATGGGTGCGCGCCTGCAAAGCCTGATCGCCAGCCAGCGCCAATTGCTGCGCGATGTTTCCCATGAACTGCGTTCGCCCCTGGCCCGGCTGCGCATCGCTCTGGCGCTGGCGGAGCGGGCGAGCCCCGCCGAGCGTGAAAAACTCTGGCCGCGCCTGACACGCGAATGTGACCGCCTGGAAGCATTGATCAGCGAAATCCTGGTGTTGGCCCGGGTCGACGCCGACAACGCCAGCGCCGAGGAAGTCGACCTCAACGGTTTGCTGGAGAACCTGCAAAAAGACGCCCAGCTGGCTTCACCGGAGCAACACGTGCGCCTGGAAACCGAGCCGCAACTGACGCTCAAGGGCTGGCCCACCATGATCGAGCGGGCGGTGGACAATCTCCTGCGCAACGCCCAGCGCTTCAACCCTGCCGGGCAGCCCATCGAAATGCGTGCCGCGCGCCAAGGAGAAAGGATAGTGATCAGCGTGCGCGACCACGGCCCCGGCGTAGAGGCGGAACACCTGGGCCAGTTGAGCGAACCGTTTTATCGCGCTCCCGGCCAGACCGCCCCCGGGCATGGTCTCGGCCTGGCGATCGCGCGCCGTGCGGCGGAACGGCATGGCGGAACCCTGGGATTGGCGAACCACCCCGACGGCGGATTCATCGCCACCCTGGAATTACCGCTGGTGCCGGGCGCGGTGGTGCAACCTTGA MRSLFWRILASFWLAIALVAGLSILMGHMLNQDAWILSRHPGLNTLAEEWTQTYESQGEEAAQDILQQRKRKYHIDVQVLNESGDPVVRGTFPHRAAAFEARQNNDDRRLPWRRLTDEFTSAKTGDTYLFIYRIPHPELDAWHRDSLLWPLSALAIALVVLTLFSLLVTLSITRPLSRLRGAVHDLGQATYQQNSLAKLANRRDEFGVLATDFNRMGARLQSLIASQRQLLRDVSHELRSPLARLRIALALAERASPAEREKLWPRLTRECDRLEALISEILVLARVDADNASAEEVDLNGLLENLQKDAQLASPEQHVRLETEPQLTLKGWPTMIERAVDNLLRNAQRFNPAGQPIEMRAARQGERIVISVRDHGPGVEAEHLGQLSEPFYRAPGQTAPGHGLGLAIARRAAERHGGTLGLANHPDGGFIATLELPLVPGAVVQP PGPT0004100_3324 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_00290 438 hypothetical protein ATGCGCAAGACCCTAACCGCTCTGATATTCGCCGCCGCCCTGCCGACCGTGGCCATGGCCATGCCCGAAGGCCCGGGGCCGATGGGCCCGATGGACGGTCCGCGCCACGGTGGCCAGATGCACGACAAAGGCCCCTACAGCCAACTGGACCTGACCCGCGAACAACGCGAGCAGATTCGCCGGATCATGGGTGAACAGCGCCATGAGCAACGCGAACTGGTCGACAAGTACCTGGCCAAGCTGTCGCCAGCCGACCAGAAAGCCATGCAGGACGAAATGGAAGCCCGGCACCAGAAAGTTGATGCCCAGATCCGTGGCTTGCTGAAGCCCGAGCAGCAGAAAGAGTTTGACGCCATTCAGAAAAAACGCGCCGAACGTCGGGCCGAGTGGGCCGAATTCAAGGCCTGGAAAGCGCAACAACCGCAAAAAGCGCAATAA MRKTLTALIFAAALPTVAMAMPEGPGPMGPMDGPRHGGQMHDKGPYSQLDLTREQREQIRRIMGEQRHEQRELVDKYLAKLSPADQKAMQDEMEARHQKVDAQIRGLLKPEQQKEFDAIQKKRAERRAEWAEFKAWKAQQPQKAQ NA NA NA NA NA D1-35_00291 678 cpxR COG0745 Transcriptional regulatory protein CpxR ATGAGCGAGCTGTTACTGATTGATGATGACCAGGAGCTGTGTGAGCTCCTCGGCAGTTGGCTGGGCCAGGAAGGTTTCCAGGTCCGCGCTTGCCACGATGGCCAGAGCGCCCGCAAGGCCCTGGCCGAAACCGCCCCGGCGGCGGTGGTGCTGGATGTGATGCTGCCCGACGGCAGCGGCCTGGAACTGCTCAAGCAGTTGCGCAACGATCACCCGGAATTGCCGGTGCTGATGCTCTCGGCCCGCGGCGAACCGCTGGATCGCATCCTTGGCCTGGAGCTGGGGGCTGACGATTACCTGGCCAAGCCTTGCGATCCACGAGAGCTGACCGCCCGCCTGCGCGCCGTGCTGCGCCGCAGCCATCCCGCCGCGGTTTCCAGCCAGATCGAACTGGGTGACCTGACCTTCAGCCCGGTGCGTGGCGTGGTCAGCATCGATGAACAGGAACAGACCCTCACCGTCTCCGAAAGCCGCCTGCTCGAAGCACTGCTCAAGCAGCCGGGCGAGCCGCTGGACAAGCAGGAACTGGCGCAGATTGCCTTGGGCCGCAAGCTGACCTTGTACGATCGCAGCCTCGACATGCACGTCAGCAACCTGCGCAAGAAGATCGGTCCCCACCCCGACGGCCGCCCGCGCATCGTCGCCCTGCGTAGCCGGGGCTACTACTACAGCCTTTAA MSELLLIDDDQELCELLGSWLGQEGFQVRACHDGQSARKALAETAPAAVVLDVMLPDGSGLELLKQLRNDHPELPVLMLSARGEPLDRILGLELGADDYLAKPCDPRELTARLRAVLRRSHPAAVSSQIELGDLTFSPVRGVVSIDEQEQTLTVSESRLLEALLKQPGEPLDKQELAQIALGRKLTLYDRSLDMHVSNLRKKIGPHPDGRPRIVALRSRGYYYSL PGPT0015100_599 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015100-cpxR-K07662 NA NA D1-35_00292 411 hypothetical protein ATGCGCAAAGGTCGGTTGTGCCTGTTGTTGGTCTCGTTGGCGATTGGAGCCCCCGCCCACGGCGAGGAAAGCACCGAGGCTGCTCATTCGGCGCCCTTGTCCCTGAGCGCGGGCGGCCAGATCGCCGAATTGCAGCAGCGCCTGAAAGACAGCGAGCGCATGCGTGAAGCACTCACCCAGCAACTGCAGAACACCAACGGCGAACGCGAGAGCGCGCTGGTGGGACGGCTGCGCCAGGAGAACCAGCGCCTGAAGTTGCAACTCAAGGAAGCCCAGTCCAGCCCGCTGCCGCGCCTGCTGACCGAACAGCAACAGTGGTTCGTCGTCGGCGCCGGGGTAGCGCTATTGGCCCTGCTCTGCGGTATCTTTGCCAGCGGTGGACGTAGACAACGTCGGCAATGGCTAAATTGA MRKGRLCLLLVSLAIGAPAHGEESTEAAHSAPLSLSAGGQIAELQQRLKDSERMREALTQQLQNTNGERESALVGRLRQENQRLKLQLKEAQSSPLPRLLTEQQQWFVVGAGVALLALLCGIFASGGRRQRRQWLN PGPT0023725_737 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023725-ygiM|htrG-K07184 NA NA D1-35_00293 300 yciI COG2350 Protein YciI ATGCTCTACGCAATCATTGCCACTGACGTCGCCGACTCCCTGGAAAAACGCCTGGCCGCGCGCCCGGAGCATCTTGAGCGCCTGCAAAAGCTCAAGGCTGAAGGTCGCATCGTGCTGGCCGGGCCGCACCCAGCGGTGGACAGCAACGACCCAGGCGCCGCCGGTTTCACTGGCAGCCTGATCGTGGCCGAGTTCGAATCCCTGGCCGCTGCACAGGCGTGGGCCGAGGCCGACCCGTTCGTGGCGGCCGGCGTCTACGCCGATGTCGTGGTCAAGCCGTTCAAGCAAGTCCTGCCGTAA MLYAIIATDVADSLEKRLAARPEHLERLQKLKAEGRIVLAGPHPAVDSNDPGAAGFTGSLIVAEFESLAAAQAWAEADPFVAAGVYADVVVKPFKQVLP NA NA NA NA NA D1-35_00294 708 yciB COG2917 putative intracellular septation protein A ATGGCAGTGCAAATCAACATTCACGAGACTTTGTTACCTCAAATCAGCTGGCCCTATCGCGGCCAAGGATGTTTGTTATTATGCCGCCACATCCTGCTTCTGGCTGCCACTGTGAAACAATTCATCGATTTCATCCCGCTCCTGCTGTTTTTCATCGTCTACAAACTTGATCCACGGACCGTCGACGTCGCCGGCCACTCCTTGACTGTAGGCGGTATCTACAGCGCCACCGCGGTGCTGATCATCAGTTCCCTGGTGGTCTACGGCGCGCTGTTCGTATCGCAGCGCAAGCTGGAGAAGAGCCAGTGGCTGACCCTGATCGCCTGCCTTGTATTCGGCAGCCTGACCCTGGCCTTCCACAGCGAGACCTTCCTCAAATGGAAAGCCCCGGTGGTCAACTGGCTGTTCGCCCTGGCCTTCATCGGCAGCCACTTCGTCGGTGATCGCCTGCTGATCAAGCGCATCATGGGCCACGCGCTGAGCCTGCCGGACGCGATCTGGACCCGATTGAACATCGCCTGGATCGCCTTCTTCCTGTTCTGCGGCGCCGCCAACCTGTTCGTTGCGTTCACGTTCCAGCAATACTGGGTCGACTTCAAGGTCTTCGGCAGCCTGGGCATGACCTTGCTGTTCCTGATCGGCCAGGGCATCTACCTGTCCCGTCACCTGCACGATGCCGAACCCACCACGCCAAAAACCGAGGACTGA MAVQINIHETLLPQISWPYRGQGCLLLCRHILLLAATVKQFIDFIPLLLFFIVYKLDPRTVDVAGHSLTVGGIYSATAVLIISSLVVYGALFVSQRKLEKSQWLTLIACLVFGSLTLAFHSETFLKWKAPVVNWLFALAFIGSHFVGDRLLIKRIMGHALSLPDAIWTRLNIAWIAFFLFCGAANLFVAFTFQQYWVDFKVFGSLGMTLLFLIGQGIYLSRHLHDAEPTTPKTED NA NA NA NA NA D1-35_00295 801 yciV COG0613 5'-3' exoribonuclease GTGGCGCGGGCGTTCGAGCACGGCGTGCGAGTCCTGGCCCTGACCGATCACGACACCCTCGAAGGTCTCGACGAAGCGCGTAGCGCCGCCACCGCGCTGGGCATGCAACTGGTCAACGGCGTCGAACTGTCCTGCACTTGGGGCGGTGCGACCATCCACGTGCTGGGCTACGGCTTTGATGTGAATGCACCGTCACTGGTCCAGGCCATTGCCGAATTGCGCGACGGTCGCTGGCTGCGCTCCGAGGAGATCAGCCGCAAACTGGCCCTCAAGGGCATGCCCGGCGCGCTGGAAGGCGCCCGACAGGTCCAGCAGGAACTGGGCGACAGCGGCAACGCCCCGGCCCGGCCGCATTTTGCCGACTGGATGGTGCGCGAGGGCTTCGTCAAGGACCGCGCCGAAGCCTTCCGAAAATGGCTGGGGGCCGGCAAGCTGGGGGACGTCAAGCAGCACTGGCCCACCCTGGAAGAAACGGTCGAGACTCTGCGGGCCGCCGGGGCGTGGGTCAGCCTGGCGCATCCCTGGCATTATGAATTCACCCGCAGCAAGCGCCGCCGCCTGATAGCCGACTATATTCAAGCAGGGGGCCATGCCATCGAAGTGGTCAATGGCCATCAGCCGGCCGAGCAGGTCGGCAGCCTGGCGATCCTCGCCCGGGAGTTTGGCCTGCTGGTGACCGCCGGGAGTGATTTCCACGGCCCGGGAGGCTGGTCCGAGATTGGCGAATACCGCCCGTTGCCGGAAGATCTGCCACCACTATGGTGTAGATTCAAACATGATCCCGTTATCGCCGCCGTCTGA MARAFEHGVRVLALTDHDTLEGLDEARSAATALGMQLVNGVELSCTWGGATIHVLGYGFDVNAPSLVQAIAELRDGRWLRSEEISRKLALKGMPGALEGARQVQQELGDSGNAPARPHFADWMVREGFVKDRAEAFRKWLGAGKLGDVKQHWPTLEETVETLRAAGAWVSLAHPWHYEFTRSKRRRLIADYIQAGGHAIEVVNGHQPAEQVGSLAILAREFGLLVTAGSDFHGPGGWSEIGEYRPLPEDLPPLWCRFKHDPVIAAV NA NA NA NA NA D1-35_00296 669 yciO COG0009 putative protein YciO ATGATCCCGTTATCGCCGCCGTCTGAACAGGTAGAACACGTGAGTCAATTTTTCCAGATTCATCCGGAAAACCCGCAAGCGCGCCTGATCAAACAGGCTGTGGAAATCATCCGTGGCGGTGGTGTTGTGGTCTATCCCACCGACTCGTCCTATGCCATAGGCTGCCAGATCGGCGATAAAAATGCGGTCGAGCGGGTAAGACGCCTGCGTCAGCTGGACGACAAGCACAACTTCGCGCTCATTTGCAGCGACCTCTCGCAGTTGGGCTTGTTCGCCAAGATCGACACCGGCACTTTCCGCCTGCTCAAGGCCCATCTGCCGGGCCCTTATACCTTTATCCTGAATGCCACCCGGGAAGTCCCACGGCTGTTGCTGCACCCAAAGAAGCGCACCATCGGGCTGCGGGTGCCGAGCCATCCCATTGCCCTGGCGCTGCTGGCGGAACTCGGTGAGCCGTTGATGAGCGTGACGCTGATCATGCCCGGCGAGACCGATCCGCTGACCGACCCCTATGAAATGCGCCAACTGCTGGAGCATCAGGTCGACCTGATCATCGACGGCGGTTACGGCGGCATGAAGGCGTCCACGGTGATCAACCTGGCCGACGGCGAACCGCAAGTGGTACGCGTCGGCTGCGGCGATCCGACGCCGTTCATGGTCGAGGCCTGA MIPLSPPSEQVEHVSQFFQIHPENPQARLIKQAVEIIRGGGVVVYPTDSSYAIGCQIGDKNAVERVRRLRQLDDKHNFALICSDLSQLGLFAKIDTGTFRLLKAHLPGPYTFILNATREVPRLLLHPKKRTIGLRVPSHPIALALLAELGEPLMSVTLIMPGETDPLTDPYEMRQLLEHQVDLIIDGGYGGMKASTVINLADGEPQVVRVGCGDPTPFMVEA NA NA NA NA NA D1-35_00297 831 scpA COG1354 Segregation and condensation protein A ATGTCGGTTGTGGAAACCGCGGTCGAAAACGTCGACAGCCAGGCCGGTGCGCAACAGGAGCTGCCGTTCGCCATGGTCTATGGCCAGGCGGTCATGGAAATGCCCCTGGACCTGTACATCCCGCCGGATGCGCTGGAGGTTTTCCTCGAAGCCTTCGAAGGGCCGCTCGACCTGTTGCTGTACCTGATCCGCAAACAGAACATCAACATCCTCGACATCCCGGTGGCGGAAATCACCCGCCAATACATGGGCTACGTCGAGCTGATGCAGTCGGTGCGCCTGGAACTGGCGGCGGAATACCTGGTGATGGCGGCCATGCTGGCCGAGATCAAGTCGCGCATGCTGCTGCCGCGCTCGGCCGAGGTCGAAGAGGAAGAAGACGATCCACGGGCCGAGCTGATCCGTCGCCTGCAAGAGTACGAGCGCTTCAAGGCCGCGGCCGAAGGCATCGACGGCTTGAGCCGGGTCGGGCGCGATGTGCTGGTGCCCAGGCTCGACGCTCCCGAGGCGCGGGCGCGCAAATTGCTGCCGGACGTGAGCCTGGAAGAATTGCTGATGTCCATGGCCGAGGTCCTGCGCCGGGGCGACATGTTTGAAAGTCACCAGGTCAGCCGTGAGGCATTGTCCACTCGCGAGCGCATGAGCGATGTGCTGGAACGGCTCAAGGGCGGCAGTTTTGTGCCCTTTGTCGAGCTGTTCACCGCCGAAGAAGGGCGGCTGGGCGTGGTGGTGACGTTTATGGCGGTCCTGGAATTGGTCAAGGAATCCTTGGTCGAGCTGGTGCAGAATGAGCCGTTCGCAGCGATCCATGTGCGGGCCCGAGCCGAATAA MSVVETAVENVDSQAGAQQELPFAMVYGQAVMEMPLDLYIPPDALEVFLEAFEGPLDLLLYLIRKQNINILDIPVAEITRQYMGYVELMQSVRLELAAEYLVMAAMLAEIKSRMLLPRSAEVEEEEDDPRAELIRRLQEYERFKAAAEGIDGLSRVGRDVLVPRLDAPEARARKLLPDVSLEELLMSMAEVLRRGDMFESHQVSREALSTRERMSDVLERLKGGSFVPFVELFTAEEGRLGVVVTFMAVLELVKESLVELVQNEPFAAIHVRARAE NA NA NA NA NA D1-35_00298 960 scpB Segregation and condensation protein B ATGAATCTGACCGAACCCCGTGAACTGGCGCCCTTGCTTGAAGCTTTCCTGTTGGCCTCTGGAAAGCCGCAATCGATGGAGCGTCTGTTCGAGCTCTTCGAAGAAGGCGAGCGGCCTGAGCCTGCCGTGTTCAAGAAAGCCCTGACGCTGCTGGGTAAATCCTGCGAAGGGCGGGCTTTCGAACTCAAGGAGGTAGCGTCCGGCTACCGCTTGCAGATCCGCGAAAAATTCGCCCCCTGGGTCGGGCGCCTGTGGGAGGAGCGGCCGCAGCGTTATTCCCGCGCGATGCTCGAAACCATGGCGTTGATCGCCTATCGCCAACCGATCACCCGGGGCGAGATCGAGGACGTGCGTGGCGTGGCGGTCAACAGCCACATCGTCAAGACCTTGCTGGAACGTGAGTGGATCCGCGTCGTCGGCTATCGTGACGTGCCGGGCAAGCCAGCGATGTTCGCCACCACCAAGGCGTTTCTCGATCACTTCAACCTGAAGAACCTCGACGACCTGCCGCCGCTGGCCGAACTGCGGGAGCTGGAGCCCGAGCCGATGCTCGAATTCGACGACGCCCCGGTGCCCCAGGCCTTGCAGGAATTGGCCGACGCCAGCGCCGAGCCCGAAGAGCCGAAGGAAGAGACCAGTTTCCACTCGCTGCTGCTGGAGCTGGACACCATGGAGGAGGGCTTGAAGACCGACTTCGATGACCTGCTGCGTGACGCTCCTGGTCCTGAGGGTGAGTCGGATGAGCTGGCGGAGCCCGATAGCGCGGTGGAGCCCGAGCCCGAAGCGGAATGGGAACCGGAACCTGAAGAAGACATCCTCGGCGTTGCCCAAGCCCGGGAAAAACTGCTGGCCGCAGTCGCCGCCCTTGAGCCGCCAGAACCCGAGCTGAGCGACGAAGAAGCCGAAGCCCGCGCCCTGGCCGAAGCGATCGAAAACGAACGGCGCCAGTTCGACGACTGA MNLTEPRELAPLLEAFLLASGKPQSMERLFELFEEGERPEPAVFKKALTLLGKSCEGRAFELKEVASGYRLQIREKFAPWVGRLWEERPQRYSRAMLETMALIAYRQPITRGEIEDVRGVAVNSHIVKTLLEREWIRVVGYRDVPGKPAMFATTKAFLDHFNLKNLDDLPPLAELRELEPEPMLEFDDAPVPQALQELADASAEPEEPKEETSFHSLLLELDTMEEGLKTDFDDLLRDAPGPEGESDELAEPDSAVEPEPEAEWEPEPEEDILGVAQAREKLLAAVAALEPPEPELSDEEAEARALAEAIENERRQFDD NA NA NA NA NA D1-35_00299 192 hypothetical protein ATGAGTTCCACCAAAGACCCCTGCATCAGCCTCTGCAAGTTCGACGAAGATATTTGCATCGGTTGCGGGCGCAGCAAGCGCGAGATCAAGGCCTGGAAAAAACTCGACAAGGACGACAAGCGCGCCGTGCTGGCCGAAGCGGCGCTACGCCTGATCAAGCTGGGTGCCACCGGTCGGCGGAAAAAGCGCTGA MSSTKDPCISLCKFDEDICIGCGRSKREIKAWKKLDKDDKRAVLAEAALRLIKLGATGRRKKR PGPT0013210_1840 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013210-ydhL-K06938 NA NA D1-35_00300 1236 hypothetical protein ATGAAAGACCTAGACCAGAACGACAGCCAGGAAATCGGCCCAGCAGGCGAGAAACTGCAAAAAGTCCTCGCCCGTATCGGCGTCGGTTCGCGCCGTGACGTGGAAGCCTGGATCACCCAGGGCCGCATCAAGGTCAACGGCAAAGACGCCACCTTGGGCCTGCGTGTCGACATGCACGACGCCATTACCATCGATGGCAAGGTGATCAAGCGCGAAGAGGCCGCCGAAACGGTGCGCCGCGTGATCATGTACAACAAGCCCGACGGCGAAATCTGCACCCGTGACGACCCGGAAGGCCGTCCGACGGTGTTCGACAAGATGCCGCGTCCGAAAGAAGGCCGCTGGATCAACATCGGTCGCCTGGACATCAACACCACCGGTTTGCTGATGTTCACCACTGACGGTGAGTTGGCCAACCGCCTGATGCACCCGTCCTACGAGATGGACCGCGAATACGCCGTGCGCGTACGTGGCGAAGTCGATGACGAGATGATCGAGCGCCTCAAGGCCGGCGTCGTGCTGGAAGACGGCCCGGCCCGTTTCACCGACATCAAGCAAGCACCGGGTGGCGAAGGGTTCAACCACTGGTACCACTGTGTAGTGATGGAAGGCCGTAACCGTGAAGTACGGCGCTTGTGGGAATCCCAGGGCCTGGTGGTCAGCCGCCTGAAGCGCGTGCGTTTCGGCCCGGTGTTCCTCAACTCCGACCTGCCGATGGGCCGCTGGCGTGAAATGACCCAGCAGGAAGTCGACATCCTCGCAGCCGAAGTGGGCCTCAAGCCTGTCTCCATGCCGCAGATGACCGCCAAGAGCAAGGACAAGCTGGAGCGGATGCAGCGCAAGTCCTCGCGTCCGATGGGCAAGACCGAGCGCGTGCGTACGCTGCGTCCGGCGGCCGATGGCGCAGCGACTGGCCCGCGTCCTTCCCGTGAACCGCAGATCGAAGGCGAGCGTCCGGCCCGCAAGCCTGCGCCACGTCAGGATGGCGAGCGCGGCCCGCGTACACCACGTCCGGCCAACGGTCGTACCGAGCGCGGCGAAGGTCGCGGTGCTCCGGCGGGTCGTGGCACGCCGGTCGCCGATCGTCCGGCCGACACCAAGCGTCCGGCCAAGCCGGCGCCAAAAAAACGCCCGGGTATCATCCTGGCCGACCGTGACGCACCGTCGGGCAAGCGCCGTGGCGCGCCGGCAGGTTCGGGGCAGCGTCCGGGGTTTGGGCGTCGTAAGCCGGAGTAA MKDLDQNDSQEIGPAGEKLQKVLARIGVGSRRDVEAWITQGRIKVNGKDATLGLRVDMHDAITIDGKVIKREEAAETVRRVIMYNKPDGEICTRDDPEGRPTVFDKMPRPKEGRWINIGRLDINTTGLLMFTTDGELANRLMHPSYEMDREYAVRVRGEVDDEMIERLKAGVVLEDGPARFTDIKQAPGGEGFNHWYHCVVMEGRNREVRRLWESQGLVVSRLKRVRFGPVFLNSDLPMGRWREMTQQEVDILAAEVGLKPVSMPQMTAKSKDKLERMQRKSSRPMGKTERVRTLRPAADGAATGPRPSREPQIEGERPARKPAPRQDGERGPRTPRPANGRTERGEGRGAPAGRGTPVADRPADTKRPAKPAPKKRPGIILADRDAPSGKRRGAPAGSGQRPGFGRRKPE NA NA NA NA NA D1-35_00301 966 hypothetical protein ATGGACACCCAACGAGCCATCTCCCATTTCCTTTACTACCTCGAACATCATCCCGCCCTGGTCGGCATCCAGCCCGCCAAGGTGTTGCTCGGCCACACGGCCGACTACGAAGCCCTGACCGGCGCGATTGCCGAACAGGCCGGCAGCGGCTCACCGTTCAGGTTCAGCGCCATGCGCCTGGATCTTGAACCCACGCAGCGCCTGTCCCAGGCAATTGCCGACAGCGACCTGTACATTTTTTTCTATGACTCTTCCACCCTGCCCAATCCCCGCCCCGACGGCCCGGACTTTGTCCGTGCGCTGCAAGGCGTGATGGCGGAAAACTGGAAGAAATCGCTGCTGTTCAAGGATTACGGCGAATATTTTTACGACACCTTCAGCGTCATTCCGCAACGCATCGCCGGGCTCAATAGCCACCTCATCCGCCGCATGTCCCAGGCCACCACCTTGAGCTTCGAAGATGAGCACGGCTCGTATTTCGACACGGCGCTGGACAGCGTCAAGAAGTGGACCGATATCAATGGCGTCGGCAACTACGATCTGGCCCCAGGCGAAATCGCCACTCACAGCGACACCATCAATGGCCGGGTGAAATTTGTCGGCACGTTTCTCAGTACGATTCCCTTCGCGCGCAAGTACGGCGTGTTGCAATCGCCGCTGGAGCTGTGGATCGAAGACTCCACGATCCAGAAAATCGCCACAGACGTACCGGGCCTGGAGCACGACTTCAACAAGTACCTGGACGCCAACCCGTCCAACCGCCGCATCGAGGAACTGGGCATCGGCACCAACGAAGGGGTCAAGGGCCTGTACGCTCGCAATGCCGGTTTCGAAGAGCGCCATTGCGGCTTGCACCTGGGGCTCGGTGGCGGGGCCAAGGGCAGCCATCACCTGGATCTGATTTTCCAAGGGGGTGTGCTGGCGCTGGACAAGGAGCCGGTGTTTGAGGGGCGGTTTGTGCTTTAA MDTQRAISHFLYYLEHHPALVGIQPAKVLLGHTADYEALTGAIAEQAGSGSPFRFSAMRLDLEPTQRLSQAIADSDLYIFFYDSSTLPNPRPDGPDFVRALQGVMAENWKKSLLFKDYGEYFYDTFSVIPQRIAGLNSHLIRRMSQATTLSFEDEHGSYFDTALDSVKKWTDINGVGNYDLAPGEIATHSDTINGRVKFVGTFLSTIPFARKYGVLQSPLELWIEDSTIQKIATDVPGLEHDFNKYLDANPSNRRIEELGIGTNEGVKGLYARNAGFEERHCGLHLGLGGGAKGSHHLDLIFQGGVLALDKEPVFEGRFVL PGPT0020940_2010 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 D1-35_00302 138 hypothetical protein ATGCAAGCACTGGACAAAGACTTGGAAACCGAACTGCAACTGGATGAATGGTTCGAAGCGCCGACCCATGAAGCCGCCGTTGAAATGATGCAAGCCGACGCCGTTGTGCCGTTCGGCACGGCGATGTGGCCTCTGTAA MQALDKDLETELQLDEWFEAPTHEAAVEMMQADAVVPFGTAMWPL NA NA NA NA NA D1-35_00303 1422 aroP COG1113 Aromatic amino acid transport protein AroP ATGACCGTTGTAGAAAATACGCATTCAGGCGAGCTGAAGCGCGGCCTGAAAAATCGCCACATCCAACTGATCGCCCTCGGTGGCGCGATCGGTACCGGGTTGTTCCTCGGCTCGGCGGGGGTGCTGAAATCAGCCGGCCCGTCGATGATCCTCGGCTACGCAATCTGCGGCTTCATCGCCTTCATGATCATGCGCCAGTTGGGCGAAATGATTGTCGAAGAGCCGGTGGCCGGTTCCTTCAGTCACTTCGCGCACAAATACTGGGGCGGTTTCGCCGGATTCCTGTCGGGCTGGAACTGCTGGATCCTCTATATCCTGGTGGGCATGTCCGAGCTGACCGCCGTCGGCAAATACATCCATTACTGGGCGCCGGACATCCCGACCTGGGCCTCGGCGGCAGCGTTCTTCATCCTCATCAACGCGATCAACCTGGCCAACGTCAAAGTGTTTGGCGAGGCTGAGTTCTGGTTCGCGATCATCAAGGTGGTAGCGATCGTCGGCATGATCGCCCTGGGCAGTTACCTGCTGGTCAGCGGTCACGGCGGCCCGCAGGCTTCGGTTACCAACCTGTGGTCCCACGGTGGGTTCTTCCCCAACGGCGTCAGCGGCCTGGTGATGGCCATGGCGATCATCATGTTCTCCTTCGGCGGCCTGGAGATGCTCGGTTTCACCGCTGCCGAAGCCGACAAGCCGAAAACCGTGATCCCCAAGGCCATCAACCAGGTGATCTACCGGATCCTGATTTTCTACATCGGTGCGCTGGTGGTGCTGCTCTCGCTGACACCATGGGACAGTCTGTTGACCACCCTCAACGCCTCTGGCGATGCCTACAGTGGCAGTCCGTTCGTGCAGGTGTTCTCGATGCTCGGCAGCAACACCGCGGCGCACATCCTCAACTTCGTGGTGCTGACCGCAGCGCTGTCGGTGTACAACAGCGGCACCTACTGCAACAGCCGCATGTTGCTGGGCATGGCCGAGCAGGGCGATGCGCCCAAGGCGCTGGCGAAAATCGACAAGCGTGGCGTGCCGGTGCGGTCGATCCTTGCTTCGGCGGCGATCACCCTGGTGGCGGTGCTGCTGAACTACCTGATCCCCCAGCATGCGCTGGAGTTGCTGATGTCGTTGGTGGTCGCCACCCTGGTGATCAACTGGGCGATGATCAGCTACTCGCACTTCAAGTTCCGCCAGCACATGAACCAGACTCGCCAGACGCCGCTGTTCAAGGCGTTGTGGTACCCGTACGGCAACTACGTCTGCCTGGCGTTCGTGGTGTTCATCCTCGGCGTGATGCTGCTGATCCCGGGCATCCAGGTTTCGGTCTACGCGATTCCGGTGTGGGTGGTGTTCATGTGGGTGTGCTACGTGATCAAGAACAAGCGCAGTGCCCGGCATGAACTGGCCGTGGCGGCTGCCGCCAAGTAG MTVVENTHSGELKRGLKNRHIQLIALGGAIGTGLFLGSAGVLKSAGPSMILGYAICGFIAFMIMRQLGEMIVEEPVAGSFSHFAHKYWGGFAGFLSGWNCWILYILVGMSELTAVGKYIHYWAPDIPTWASAAAFFILINAINLANVKVFGEAEFWFAIIKVVAIVGMIALGSYLLVSGHGGPQASVTNLWSHGGFFPNGVSGLVMAMAIIMFSFGGLEMLGFTAAEADKPKTVIPKAINQVIYRILIFYIGALVVLLSLTPWDSLLTTLNASGDAYSGSPFVQVFSMLGSNTAAHILNFVVLTAALSVYNSGTYCNSRMLLGMAEQGDAPKALAKIDKRGVPVRSILASAAITLVAVLLNYLIPQHALELLMSLVVATLVINWAMISYSHFKFRQHMNQTRQTPLFKALWYPYGNYVCLAFVVFILGVMLLIPGIQVSVYAIPVWVVFMWVCYVIKNKRSARHELAVAAAAK PGPT0020807_59 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020807-aroP-K11734 NA NA D1-35_00304 414 arfB COG1186 Peptidyl-tRNA hydrolase ArfB ATGCTGGTCATTTCCAACACCGTGCACATCCCGGACGCCGAGATCGAGCTGACGGCCATCCGCGCCCAGGGCGCCGGCGGGCAGAACGTCAACAAGGTTTCCAGCGCCGTGCACTTGCGCTTCGATATCCCGGCTTCGTCGCTGCCCGAGTTCTACAAGGAGCGGCTGCTGGCCCTGCGCGACAGTCGCATCACCGGCGACGGCGTATTGATCATCAAGGCCCAGCAATACCGCACGCAGGAACAGAACCGGGCCGATGCGCTGGAGCGCCTGGTCGAGCTGATCCTCAGCGCCACCAAGGTCGAAAAGAAACGCCGTCCGACCAAGCCGACCCTGGGTTCGAAAAAACGTCGTCTCGAATCCAAGACCAAGCGCGGCTCGATCAAGGCCGGGCGCGGCAAGGTGGACTTCTAG MLVISNTVHIPDAEIELTAIRAQGAGGQNVNKVSSAVHLRFDIPASSLPEFYKERLLALRDSRITGDGVLIIKAQQYRTQEQNRADALERLVELILSATKVEKKRRPTKPTLGSKKRRLESKTKRGSIKAGRGKVDF PGPT0013740_337 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_00305 1200 yhhS_1 putative MFS-type transporter YhhS ATGCCAGATTCCCAGCGCCCCTTGGCGGTCACGCTGCAAGTCGTCTCCATCGTCCTGTTCACCTTCATCGGTTATCTGAACATCGGTATTCCCTTGGCCGTACTGCCCGGCTTCGTTCATGGCGAGCTGGGCTTCGGCGCGGTGATCGCCGGGCTGGTCATCAGCGTGCAGTATCTGGCCACCCTCCTCAGCCGGCCTTATGCGGGGCGCATCATCGACAACCTGGGCAGTAAACGGGCGGTCATGTTCGGCCTGGCCGGATGTGGCCTGAGCGGCGTGTTCATGCTGGTCTCGGCCTGGACCGCGGGCATGCCGGCCCTGAGCCTGAGCAGCCTGTTGATCGGACGCCTGGTGCTGGGCAGCGCGGAAAGCCTGGTGGGTTCAGGCTCGATTGGCTGGGGCATCGGCCGGGTCGGCGCGGCCAATACCGCCAAGGTGATTTCCTGGAACGGTATCGCCAGCTACGGCGCACTGGCGATCGGCGCGCCGCTGGGGGTCTGGCTGGTCAAGTCCCTGGGGCTGTGGAGCATGGGCGTCAGTATCATCCTGCTGGCGGTGCTCGGGCTGGCACTGGCCTGGCCGAAAACCGCAGCGCCGATCGTCACCGGCGAGCGCCTGCCATTCATGCATGTGCTCGGGCGCGTACTGCCTCATGGTTGCGGCCTGGCCCTGGGCTCCATCGGTTTTGGCACCATCGCCACCTTCATCACCCTGTATTACGCCACCCGGCATTGGGATAACGCCGTGCTCTGCCTGAGCCTGTTCGGTGCGAGTTTCATCGGTGCACGCTTGCTGTTCGGCAACCTGATCAACCGTCTTGGTGGCTTCCGGGTGGCGATCGCCTGCCTCTCGGTGGAAACCCTGGGCCTGCTGCTGTTGTGGTTGGCGCCGGATGCGCAGTGGGCCCTGGCGGGTGCGGCGTTGAGTGGTTTCGGGTTTTCGCTGGTATTCCCGGCGCTGGGGGTGGAAGCGGTCAACCTGGTACCGGCCTCCAGCCGTGGGGCGGCAGTGGGCGCATATTCACTGTTCATCGATTTGTCGCTGGGCATCACCGGTCCGTTGGCCGGCGCGATTGCCGCGGGTTTCGGCTTTGCCTCGATCTTTCTGTTCGCCGCTCTGGCAGCCCTCGGTGGGCTGGCATTGAGCGTCTACCTGTATCGGCAGGCCCCTCGGTATCGCGAGGAGCGGGACAGGCACTAG MPDSQRPLAVTLQVVSIVLFTFIGYLNIGIPLAVLPGFVHGELGFGAVIAGLVISVQYLATLLSRPYAGRIIDNLGSKRAVMFGLAGCGLSGVFMLVSAWTAGMPALSLSSLLIGRLVLGSAESLVGSGSIGWGIGRVGAANTAKVISWNGIASYGALAIGAPLGVWLVKSLGLWSMGVSIILLAVLGLALAWPKTAAPIVTGERLPFMHVLGRVLPHGCGLALGSIGFGTIATFITLYYATRHWDNAVLCLSLFGASFIGARLLFGNLINRLGGFRVAIACLSVETLGLLLLWLAPDAQWALAGAALSGFGFSLVFPALGVEAVNLVPASSRGAAVGAYSLFIDLSLGITGPLAGAIAAGFGFASIFLFAALAALGGLALSVYLYRQAPRYREERDRH NA NA NA NA NA D1-35_00306 213 hypothetical protein ATGACCGACGACACCTCCTCCTTCAGCCCGGCCCAGGCCAGCGTACTGATCGACACCGCCGAGAAAATGGTCGACATCTGGACCCGTCTCTCACCCGAGAAACAAGCCGCCCTGCTGGCCCGCTTCGGCACGGAAGAAAATGCCCTGGCCGCTCTCGTCACCACGCATCTGGTCGCTGGCAGAACCCCTGGCGAGACGCCGTCCGGCAAATAG MTDDTSSFSPAQASVLIDTAEKMVDIWTRLSPEKQAALLARFGTEENALAALVTTHLVAGRTPGETPSGK NA NA NA NA NA D1-35_00307 144 hypothetical protein ATGCACGAGATTCCGAATCTCCCCTTCCCAAGCCTGCACGAACCTGAGCAGACGCCCACGCTACAAGCCGGGGGGCAACCCGACGCCCAGCAACCCGAGCCGCCGCAAGCCACTGAACGCCGCCAGGCCGACAGCGAAGACTGA MHEIPNLPFPSLHEPEQTPTLQAGGQPDAQQPEPPQATERRQADSED NA NA NA NA NA D1-35_00308 1626 ctpH Methyl-accepting chemotaxis protein CtpH ATGTTTTTACAGAAATCCCTGAAAGCCCAGATTCTGGCGTTGCTGAGCGGCAGCTTGCTGGCAATGCTGCTGATCGCCCTGGCGTCCTTCCATTTCCTTTCCGATGGCATCCAGAATTATCGCAACCTGATCGACGGGCCGTTGCGCGCGTCGCAATTGATCGACGAGGCCAACCTGCAATTCAAGGTCCAGGTCCAGGAATGGAAAAACGTGCTGCTGCGTGGCAAGCAGCCGGCGGATCTGGAGAAATACTGGAAGCAATTCGAAGACCGTCAACGCGATGTCCAGGGCATCCTTGGCGACCTGATCAAACACGAGGGTGTTCCGGCGCAGATCAAGACGCGCATCGAACGCCTGCGAGGCGAACATGCCCAACTGGGCGCGGCCTATCAAAAGGGCCGTGATGCCTATGTTGCGGCGGGCGCCGACGCGGCGGCAGGTGATGCCGCGGTCAAGGGCGTGGACCGTGCGACCAGCGAGCAGATGAGCGAGCTGGTGGTCGAGCTGCACAAACTGGGTGATGAGCAGTCGGCGCTGATCAGTGCCGGTGCCGATCGCACGATCCTGCTGGGGACGGTGATCATGCTCGTCTCGGGAGTGCTGATCGGGTTGCTGAGTCTGTGGTTGGTCAACCGCAACCTGGTGCAACCGATCCGTAAGCTGATCGAGTACGTGACTCAACTGAGCCGCGGGCGTTTCGCCGAGCGTGTCACCAGCACGCGCCAGGATGAGCTGGGCGACCTGGCCCTGGCGGCCAACACGCTGCGCGATTTCCTTGCCGAAACCTTCACCCGCCTGCAACGCAGTGCCACCGAGCTGGACAGTGCCAGCGGTGAACTCAATGCCATTGCCAGCCTGATGAGCCAGGGCACCAGCGAGCAATTCGAGCGTACCGATCAGGTGGCGACGGCGATGAACGAGATGTCCGCCACCGCCCAGGAAGTTGCCCGCCATGCCGCCGATGCGGCGCGCGCTGCCGATGATGCCGATCATTCGGCGCAGCAGGGCGAGAAAGTGATGCAAGGCACGATTCACACCATCACGCAGATGCGTGGCGAAATTGCCAACACGGCCACGGTGATCCGTCGCCTGGAAGCCGACAGCGGGCGCATCGGCAAGGTATTGGAAGTGATCCGCGGGATCGCCGAACAGACCAACCTGCTGGCCCTGAACGCTGCCATCGAAGCCGCCCGGGCCGGTGAGGCGGGGCGTGGTTTTGCGGTGGTCGCCGATGAAGTACGCAGCCTGGCTCAACGCACGGCGTCGTCGATCATCGAGATCAATCAGATCATCCAGACCGTCCAGACCGGGGCGGTGGACGCGGCCCAGGCCATCGAAAGCGGGCAGTCGCGCAGTGAGGAAAGTGTCGAGCAGGTGACCCAGGCCGGCGAGATGCTCGAACGCATCACCCAGGCAGTCGAGGCGATTCGCGACATGAACCGCCAGATCGCCACGGCAGCGGAAGAGCAGACCTCGGTGGCCGAGGACATCTCGCGCAACCTGACGGAAATCACCTGCATCGCCAGCACCAACCTGGACAACGTGCAGCGCACCGAAGCGGCGAGCCGGGATCTGCACGGGTTGTCCGGGCAGTTGAATGAAGTGACGGCGCGGTTGAGTGCTTGA MFLQKSLKAQILALLSGSLLAMLLIALASFHFLSDGIQNYRNLIDGPLRASQLIDEANLQFKVQVQEWKNVLLRGKQPADLEKYWKQFEDRQRDVQGILGDLIKHEGVPAQIKTRIERLRGEHAQLGAAYQKGRDAYVAAGADAAAGDAAVKGVDRATSEQMSELVVELHKLGDEQSALISAGADRTILLGTVIMLVSGVLIGLLSLWLVNRNLVQPIRKLIEYVTQLSRGRFAERVTSTRQDELGDLALAANTLRDFLAETFTRLQRSATELDSASGELNAIASLMSQGTSEQFERTDQVATAMNEMSATAQEVARHAADAARAADDADHSAQQGEKVMQGTIHTITQMRGEIANTATVIRRLEADSGRIGKVLEVIRGIAEQTNLLALNAAIEAARAGEAGRGFAVVADEVRSLAQRTASSIIEINQIIQTVQTGAVDAAQAIESGQSRSEESVEQVTQAGEMLERITQAVEAIRDMNRQIATAAEEQTSVAEDISRNLTEITCIASTNLDNVQRTEAASRDLHGLSGQLNEVTARLSA PGPT0015710_21337 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 D1-35_00309 1023 zntB_1 COG0598 Zinc transport protein ZntB ATGAATCACAGCATCGATCAAAGCCACCGCGATCCGGATCTGTTCGGCCTGCTCTACGGGTTTCGCTTCCGCCCCGGCGAGCGCGGGCGAGAGATCGATTCGGCCCAGGCCCTGCGATGCCTGCAGCAACCGGAGGACGCCGACGAATTCCTCTGGCTGCATCTGAACCTGGCTCATGCCGCTTGCGAGCGCTGGATGAAAAACCATCTGGCCTTGCCCGAGGAGTTTTTCGAAGCCCTGCACGAAGGCTCGCGCTCGACCCGCATCGAGCACGTCGACTCGGCCTTGCTGGCCGTGGTCAACGATGTGGTATTCAACCTCAGCAACCTGGTGTCTTCGGACGTGTCCACCTTATGGGTTTGCGTTCACAGTCGGCTGATAATCAGCGCACGCCTGCAGCCATTGCACTCGGTGGACAAGCTGCGTTCGTCGGTCAAGGCTGGCGAGTGCTTCCGTTCGCCGCTGGAATTGCTCGTGCATCTGCTGCGTGACCAGGGCGAAGTGCTGACCCAGATCGTGCGCAAGACCAGCCTCAGCGTCGACCAGATAGAAGACCAGTTGCTGTCCTCGCGGGTGTCCAACAACCGCGCCGAACTGGGTAGCCAACGGCGGATACTGGTGCGCCTGCAACGCCTGCTGGCATTGGAGCCGGGTTCGTTGCTGCGTCTGCTCAATCGCCCGCCACAGTGGTTGCAGAAAGAAGACGTCAAGGAGCTGCGCAAATCCACCGAGGAATTCGCCCTGATCATCAACGACCTCACCGCGTTGGGCGAGCGGATCAAATTGCTGCAGGAAGAAATCGCCGCCAACCTCAATGAACAGAGCAACCGCACGCTGTTCACCTTGACCGTGGTCACGGTGCTGGCCTTGCCCATCAACATTATTGCCGGTTTTTTTGGCATGAATGTCGGCGGCGTGCCGCTGGCCGATGATGCGCACGGCTTCTGGATTCTTGTTGCACTGGTGGCGACGTTCACGCTGATCGCCGGGCGCTGGGCGTTCCGCAAGCGCCGTGATTATTGA MNHSIDQSHRDPDLFGLLYGFRFRPGERGREIDSAQALRCLQQPEDADEFLWLHLNLAHAACERWMKNHLALPEEFFEALHEGSRSTRIEHVDSALLAVVNDVVFNLSNLVSSDVSTLWVCVHSRLIISARLQPLHSVDKLRSSVKAGECFRSPLELLVHLLRDQGEVLTQIVRKTSLSVDQIEDQLLSSRVSNNRAELGSQRRILVRLQRLLALEPGSLLRLLNRPPQWLQKEDVKELRKSTEEFALIINDLTALGERIKLLQEEIAANLNEQSNRTLFTLTVVTVLALPINIIAGFFGMNVGGVPLADDAHGFWILVALVATFTLIAGRWAFRKRRDY PGPT0004205_255 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004205-zntB-K16074 NA NA D1-35_00310 306 hypothetical protein ATGAAAACTTTGACTGCCCTGTTCACCGCTGCCGCCCTGACCCTCACCGCCGGCCTGGCCCAGGCTGATGTACGAATCGACCAGGTTCCTCAGTTGGTCAAGGACGGCAAGATCAAGTCGCTGGAATCGATGAATGCCGAAGCCCTGAAGTTGCATCCAGGCGCTACCATCACCGATACCGACCTGGACAATCACTTCAACGGCTACGAATATGAAGTGGAACTGAAAACTGCCGATGGCAAAGAGTTCGACGTTGATTTCGATGCAACAACCGGCAAAGTCCTGACCAACAAACAAGACACTTAA MKTLTALFTAAALTLTAGLAQADVRIDQVPQLVKDGKIKSLESMNAEALKLHPGATITDTDLDNHFNGYEYEVELKTADGKEFDVDFDATTGKVLTNKQDT NA NA NA NA NA D1-35_00311 1128 glpQ COG0584 Glycerophosphodiester phosphodiesterase ATGCCCGTCACCTTTACCCGTAGCGCGTTGATGTTGAGCCTGATGCTCGGTTTCGGCCCGGCACACGCCGCCGAAGTGCCAAGTCCCAAGGCCCTGGCAACCCAGCAGGGCATCCCCCATCCCGCGGTCATCGCCCATCGCGGCGCCTCGTTCGATGCGCCGGAGTCCACCGCCGCGGCCTACAAGCTGGCCCGTGACCTGGGCGCTGATTATCTTGAGCTCGACCTGCAACGCAGCAAGGATGGCGTGCTGTTCGTCCTGCACGACGATAGCCTGCTGCGCACCACCGATGTCGCCACCAAGTTCCCCGAGCGCAAGGACAGCACCGCCAACCAATTCACCATGGCCGAACTCAAGACGCTGGACGCCGGCAGCTGGTTCAACGCGGCCTACCCGGAGCGTGCGCGTCCTGCCTTTGTCGGCCTGAAGATCCTGACCCTGGATGAGGTCATCAATATCGCCGAGGGCAACCCGCAACAGAAGCCGGGGCTTTACATCGAAACCAAGGAACCGAAGCTGTTCCCGGGCATCGAGCGCGACCTCAAGGACAAGCTCCAGGATCGTGGCTGGCTGAGCCCGTCCGGTTCCAAGCTGGCCAAGCGCGCCCTCGGTGTGGGCCAGGGCAAAGGCAAGGTGGTGTTGCAGACCTTCGAAAAGAGCAGCCTGGAACTGCTGCACAAGGAAATGCCCAAGGTGCCGAAAATCCTGTTGCTGTGGATCGGCGAAGGCAATATCGAGCCCCAGTCCAAGGTGCCGTTTGCCGAGTCCGGCGAGACCGACAAGGCGGTTTACTACGCGAAACAGGAGCCCAAGGACAAGGCCGAATTCGAAAAATGGGTCCAGTACGCCAAGGCCCAGGGCGCCATCGGCACCGGCCCTTCGGCAGCATTGACCCACGGCGGCAGCCAGAGTTATGCGGATCTGGTGAAACCCTGGATGAACCAGTACACCCACGATCAGGGTTTGCTGGTGCATGTCTATACGGTGGATGAGCCGGTGGACTTCAAGAAAGTCATGGATGCTGGTGTGGACGGAATTTTCACCAACCGGGCCAGCGAATTGCTCAAGTACTTCAAACGCCCTGAAACAGGCAGCGTGACGCAACTTCTGCAGAAGAACGGATACTGA MPVTFTRSALMLSLMLGFGPAHAAEVPSPKALATQQGIPHPAVIAHRGASFDAPESTAAAYKLARDLGADYLELDLQRSKDGVLFVLHDDSLLRTTDVATKFPERKDSTANQFTMAELKTLDAGSWFNAAYPERARPAFVGLKILTLDEVINIAEGNPQQKPGLYIETKEPKLFPGIERDLKDKLQDRGWLSPSGSKLAKRALGVGQGKGKVVLQTFEKSSLELLHKEMPKVPKILLLWIGEGNIEPQSKVPFAESGETDKAVYYAKQEPKDKAEFEKWVQYAKAQGAIGTGPSAALTHGGSQSYADLVKPWMNQYTHDQGLLVHVYTVDEPVDFKKVMDAGVDGIFTNRASELLKYFKRPETGSVTQLLQKNGY PGPT0018470_1585 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-35_00312 327 hypothetical protein ATGCGCACCACTTCGACACTCATCTGCCAGGCCGCGGACCAGCTCAGGGGCTTCGTTGGCCTGAATCGCAAGACCGGCCATTACATCGTGCGTTTCAGCGAAGACTCCTTTGGCATGGACGTGGCCGCCGACGGCATCATCCCCACCTGCGAATTCGTCTGGGCCCCTGCGACTGGCGGCGCCATGGCGCTCAGGCGCGAGCGAATCCAACTGCTGCTTGACCAGAACATCAACGACCGGATCAACCTTACCGAACCGCTGCGGGTGTACATGGCCCGCCAAGACTTGCCGGAAATCGTAGCGGTGCGGCAGATGGTGGGAGGTTGA MRTTSTLICQAADQLRGFVGLNRKTGHYIVRFSEDSFGMDVAADGIIPTCEFVWAPATGGAMALRRERIQLLLDQNINDRINLTEPLRVYMARQDLPEIVAVRQMVGG NA NA NA NA NA D1-35_00313 309 yqjZ COG2329 putative protein YqjZ ATGAACGGCCATTATTACGCGGTGATCTTCATATCGTTGCGTACCAAGGGAGACCAAGGCTACGCCGAAGCCGCCGAACGCATGCTGGCCCTTGCCCGGGAGCAGCCCGGATTCCTGGGCGTCGAAACGGCCCGTGGCGATGATGGTCTGGGAATCACCGTGTCCTACTGGCGCGATGAAGCAGCCATCCTGGCCTGGAAGCAGCATCCGGAACACCGCGCGATCCGTGAGCGTGGTCGCTCCACCTGGTACAGCCAATGCCATACGCGGGTGTGCAAGGTCGAACGGGACTATGCCTTCCAACGCTAA MNGHYYAVIFISLRTKGDQGYAEAAERMLALAREQPGFLGVETARGDDGLGITVSYWRDEAAILAWKQHPEHRAIRERGRSTWYSQCHTRVCKVERDYAFQR NA NA NA NA NA D1-35_00314 711 pyrG_2 CTP synthase ATGGAAAAACAGCGTCCCATCCATATCGCCCTGATCGGCGATCATGACCCGCAAATCACCGCTCACCAAGCGATCCCCCTCGCACTTGAGCTGGCGGGCGAGCGAACCGGCTGTGACATCGGTTTCCAATGGCTGGCCACCGATCTCATCGTCGACGACACGCTGCTTGATAACTTCGATGGCATCTGGTGCGTGCCCGGCAGTCCTTACCGGAACGAAAGCGGTGCCTTGCGGGCCATCCGTTTTGCCCGCGAACAGCGGCGCCCGTTCCTCGGCACCTGCGGTGGTCTTCAGCATGCCGTACTGGAATATGCCCGCAATGTGTTGGGTTGGACCAACGCCGCCCATGGCGAAACCTCTCCAGAGGCGGAACGGGCGCTGCTGACGCCGCTGAGCTGCGCCTTGATCGAAACCATCGACAGCCTTCAGCTCGAAGTGGATTCGCTGATCGCCAAGGCTTATGGCTGCGCGACAGCGTTCGAGGGTTACCGTTGCCGCTTCGGGGTCAATCCGCATTTTGAACAGGACTTGCTGAATGAGCACTTGCACGCCGTGGCCCGAGATTCGGCCGGGGACCTGCGGGCCGTGGAGCTGCGCGATCATCCGTTTTTTGTCGCAACGCTGTTCCAGCCGGAACGTGCCGCGTTGGAAGGCCGGGTGCCGCCGCTGGTCAAAGCGTTTGTCGAAGCCTGCGCGAGGAAAATGCCATGA MEKQRPIHIALIGDHDPQITAHQAIPLALELAGERTGCDIGFQWLATDLIVDDTLLDNFDGIWCVPGSPYRNESGALRAIRFAREQRRPFLGTCGGLQHAVLEYARNVLGWTNAAHGETSPEAERALLTPLSCALIETIDSLQLEVDSLIAKAYGCATAFEGYRCRFGVNPHFEQDLLNEHLHAVARDSAGDLRAVELRDHPFFVATLFQPERAALEGRVPPLVKAFVEACARKMP PGPT0021215_5922 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937 NA NA D1-35_00315 948 hypothetical protein TTGTTGATTCCTGATCGCCACTATAGATTGGCGTTCACGCAATCAATATTGGCGTTTATCCAAGTGCTCAATGCAGCGACGCAATACCGTCTCGGTTATCCCGACTTATCCTTGATCCTGGCGCTGGTCCGTGGCGGCTCGCTGGCCCGGGCCGGGCGGCTGCTGGAGGTGGATGTGTCGACGGTTTTCCGCTCGGTGCGCCGTTTGGAGGCGGCTCTGGGCCAGCCCTTGTTCGAGAAAAGCCGTTCCGGATATTTGCCCACGAGCCTCGCGCAAGCACTGGCCGAGCAGGCCGAGCGCGCTGAGCAGGCGCTGGAGGCCGCGCGTGTCGGGGTGGAGCAGGGCGGCAACGTGGTCAGCGGCACGGTACGCCTGACCTGTACCGACTCGGTGCTGCAGGCACTGCTGTTGCCCGCTTTAGCGAGGTTCATGCCTGCCTATCCGGCGTTGACGCTGGAGCTGAGCACCACGAATGACTTCGCCAACCTTAGCCGTCGCGATGCGGATATTGCCTTGCGGCTGACGCGCACGCCGCCGGAGCATCTGGTGGGTCGAAACCTGGGCCCCGTGGTTTACCGGGTATGTGCCGGCGCCACGTATTTGTCCTCAGCCAATGCGAATGACCTGGCCGCCATGACCTGGATCGCGCCGGACGATTTCCTGCCGGATCACCCCACCGTGGCCTGGCGCCGTCAGCACTTGCCTGGCGTGGTGCCTGCCTATCGCTGCAACAGCATGCTCTCGGTGACTGAACTGGTGCGGGCCGGTCTGGGCGTTGCGGCGCTGCCGGACTTCCTGATCGATGGCAACCAGGGCCTGACGCCCATTGGCGAGCCTTTGGCCGGGTATGACACGGCGCTCTGGTTGCTGACCCGGCCGGATTGCCGCGCGTTGCGCTCGGTGGTGACGCTGTTTGACGAGCTGGGGCGCGATCTGCGGCTGAACTGA MLIPDRHYRLAFTQSILAFIQVLNAATQYRLGYPDLSLILALVRGGSLARAGRLLEVDVSTVFRSVRRLEAALGQPLFEKSRSGYLPTSLAQALAEQAERAEQALEAARVGVEQGGNVVSGTVRLTCTDSVLQALLLPALARFMPAYPALTLELSTTNDFANLSRRDADIALRLTRTPPEHLVGRNLGPVVYRVCAGATYLSSANANDLAAMTWIAPDDFLPDHPTVAWRRQHLPGVVPAYRCNSMLSVTELVRAGLGVAALPDFLIDGNQGLTPIGEPLAGYDTALWLLTRPDCRALRSVVTLFDELGRDLRLN NA NA NA NA NA D1-35_00316 609 slmA_1 Nucleoid occlusion factor SlmA ATGACCGTACCGCAACGCCTTACCGAGCGAAAACGCGAAGCTATTCTCCAGGCCGCGATTGCCGAATTCCGCAGCAGCGGCTTCGAGATCACCAGCATGGACAAGATCGCGGCGACCGCGGGGGTGTCCAAGCGCACGGTGTATAACCACTTCCCGAGCAAGGAAGAGCTGTTCGCCGAGATTCTCAATCGGTTGTGGAACAGCATCACGGCGGAACAGCTCACGCCCTACAATTCGCAAACACCACTGCGCGATCAGCTGCGAACGCTGCTCCAAGCCAAACTGCAGATGCTGGCCGACGAGAATTTCCTCGACCTGGCGCGCATCGCCATCGCCGCCACGATTCATTCCCCCGAGCGGGCCCAGGACATGGTTGCGCGCATGGGCGAGCGTGAAGAAGGCCTGACCGTCTGGGTTCGCATGGCCCAGGCCGATGGCCGGCTGAAACCCGTCGACCCGGCATTTGCGGCCCAGCAGATGCACGGGCTGATCAAGACGTTCGCTTTCTGGCCGCAGATCTCCATGGGCCAACCAAGCCTGGCGCCCCATGAACAGGCGCAGGTGATCGAATCGGCACTGGACATGTTCCTCGCCTGCTACCAGCGCTGA MTVPQRLTERKREAILQAAIAEFRSSGFEITSMDKIAATAGVSKRTVYNHFPSKEELFAEILNRLWNSITAEQLTPYNSQTPLRDQLRTLLQAKLQMLADENFLDLARIAIAATIHSPERAQDMVARMGEREEGLTVWVRMAQADGRLKPVDPAFAAQQMHGLIKTFAFWPQISMGQPSLAPHEQAQVIESALDMFLACYQR NA NA NA NA NA D1-35_00317 1047 COG2220 putative protein ATGACCACTCCCTCGTTTCGCACCGACAACCCCTCATCACGGCATGAGCAAGGCAAGTTTCGCAATCATGCCTTCACTCCGCGCGAAGGATTCGGTACGACCCTGCGCGTCATCTGGAACATGATTTTTCACAAGCCGCGAACCACACGGCCCGCAGGCACCATCGAGGTCAAGCCGCTGACCCGGGACGCTCTGCTGGCCGCACCGAACCACAGCGTCTTCCGCCTCGGCCATTCCACGGTGCTGCTCAAGCTGCGAGACAAGTTCTGGCTGACCGATCCGGTGTTCGCCGAGCGTGCCTCACCCGTGCAGTGGGCCGGTCCGAAGCGTTTTCATCAGCCGCCCATCAGCCTGGAAGAATTGCCGCCGATCGAAGCGGTGATCCTGTCCCACGATCATTACGACCACCTCGATTATCAGGCCATCCTCAAGCTGGCGGCCAAGACTCGCCACTTCCTGGCGCCTCTTGGCGTCGGCGACACCCTGATCAAATGGGGCGTCGATGCCAGCAAGGTGCGTCAGCTGGATTGGTGGCAAGGCACCGAGGTGGACGATATCGAGTTCATCGCTACGCCATCCCAGCACTTTTCCGGACGTGGCCTGTTCGACAGCAACAGCACCTTATGGTCGTCCTGGGTCATGATCGACGGCGCCACGCGAATCTTCTTCAGTGGCGACACCGGTTACTTCGACGGTTTCAAACGCATCGGCGAGCAATACGGCCCCTTTGACCTGACGCTGATGGAAACCGGCGCCTATAACGTCGACTGGCCCCACGTCCACATGCAGCCGGAGCAGACCCTGCAAGCACATATCGACCTGAAGGGCCGCTGGCTGCTGCCGATCCACAACGGCACGTTCGACCTGGCGATGCACGCCTGGTATGAACCCTTCGATCGCATTCTGGCCCTGGCCTGGGAGCGCAACGTCAGCATCACCACGCCACAAATGGGCGAGGCCTTCAACCTGGCGCAACCGCAACGGGGTCGCGCCTGGTGGCTGGACGTGGAGCCCTCGGTTTATCAGAACCAGACCGGCGTGGCGTGA MTTPSFRTDNPSSRHEQGKFRNHAFTPREGFGTTLRVIWNMIFHKPRTTRPAGTIEVKPLTRDALLAAPNHSVFRLGHSTVLLKLRDKFWLTDPVFAERASPVQWAGPKRFHQPPISLEELPPIEAVILSHDHYDHLDYQAILKLAAKTRHFLAPLGVGDTLIKWGVDASKVRQLDWWQGTEVDDIEFIATPSQHFSGRGLFDSNSTLWSSWVMIDGATRIFFSGDTGYFDGFKRIGEQYGPFDLTLMETGAYNVDWPHVHMQPEQTLQAHIDLKGRWLLPIHNGTFDLAMHAWYEPFDRILALAWERNVSITTPQMGEAFNLAQPQRGRAWWLDVEPSVYQNQTGVA NA NA NA NA NA D1-35_00318 318 hypothetical protein ATGGCCTCTCTCGCAATCAAGACCACCCTGGAACGCATCGCCGTCTATCAATTCACCCCTGCCCACAGCGCACAGGCCCGAGCCATGCTGGGGTGGAGTGTCGAAGAGCTGTCCCATGAATCCGGGGTCTCGGTCCAGGCCATACGACGTTTCGAGGCGGGCGGCGAGTTGCTCGATGTCACTCGGCTGGCCCTGGCGTTTCGATTCGAGGCCGAAGGCCTGGTGTTTTTCCCCGGCTTCACTCCTGGGCGCGGCATGAATATCAAGGGCGCGACGCCCAACCCGATGGAGCGGGCGGATTACGCCATGATCGAGTAG MASLAIKTTLERIAVYQFTPAHSAQARAMLGWSVEELSHESGVSVQAIRRFEAGGELLDVTRLALAFRFEAEGLVFFPGFTPGRGMNIKGATPNPMERADYAMIE NA NA NA NA NA D1-35_00319 696 hypothetical protein ATGTTGATCTTCAACTGCACCGAAGCGGCGGGCAACTTTTTCAGCCGCTTGAGCAAAGGCAAGAAAATCACCCCGGTGGAAAAACCACCATCGCCTGTTATCGAGGACGATGAGCTGGGTGAACTCGACGAACAATGGCTGGTTCACGCGATCACTGTGCAACGAAAACACGTGTTGTTCGTCATCCACGTACGAACCCGCTACTGCATGATTTTCGCCGATGCTAAAAAGGCTGACATCGAAGGTTTTATCCGGCGGTTTTCCGAACGATGGATAGAAGGCCTGATGCGTCAGGCGGGGCTGCACGATCTTCTTGACTGGGTTGACGACGAACTGATGATGGAGCGTTTCCAGGAGAGCTGTCGCGAATACGTTTTTTACAGGCGCGGTCATCGCGGTGCGCAAAAGCACATCAACGAGATTTCCTGGACGTTCGAGGACTGCGCCGCTGAATGGGGCACGTTACCCTCTAATGAGGTCTCTGCAGGCCGCTTTGATGGCAGCATGAACGACGTCCCCAGAGGCAGTAAGGAATACAAGGGCTATCAGTACCCGGATGAAGAGATGATTGTTCACTGGTTACGACGTTATGGCGGCCTGGATGAATCAGCGGCCCAGGCAGCACATGAGCGGCACATTGAAGTGAAACAGGAGATCTGGGCGTACGGACGCGAACTTGCCCGGGAAACGCAATGA MLIFNCTEAAGNFFSRLSKGKKITPVEKPPSPVIEDDELGELDEQWLVHAITVQRKHVLFVIHVRTRYCMIFADAKKADIEGFIRRFSERWIEGLMRQAGLHDLLDWVDDELMMERFQESCREYVFYRRGHRGAQKHINEISWTFEDCAAEWGTLPSNEVSAGRFDGSMNDVPRGSKEYKGYQYPDEEMIVHWLRRYGGLDESAAQAAHERHIEVKQEIWAYGRELARETQ NA NA NA NA NA D1-35_00320 993 hypothetical protein ATGAAATTCGACACTGCCTACTGCCTCAGCCTCGATGCCAAGCTTTCGATCTATGACGTTCGGGATCTTAATTTCGACGAGACCATGGCATTCGATTCGGCCAAGGAGCGCTTTCAGTGCCCCAACGATGTGTGTCGGGCGGGGTTTGATGAGGAGAATCGGCTGACGACGTTCAATGCCAAGAACGTCAATTACATCCGCACGCCACATTTCAAGAATCAGCCAACTACCCGGCATATCGAGGGTTGCCCGTATGTCAGTCCGAAGACGCCGGGGCTGGGTCTGGAGAGTGGCGAGGCAGAAACGGATGACGGCCGTGAAGAGCATTTCCCGTCGGAGCTGTTGCTGACTCGGCGTGAGTACATTCGCAAGCCGCCGGATCAGCCGAAGGATGTTGATACGACTCGGCCCACGTCGAACCTCCCATCGTCCCACGGCGACAACGCCCATTCCGCCCAAGACTCGACGCCCGACAAGACCAGCGTTTTCGCCCATCCGGTGGAATGTTTCGTCTCGAATTTCGACAACAAGGATCTGCTCAAGCGCATGCCGCTGAAGATTGGCGAGCACACCGCGCCTTACAGTTCCTTTTTCAAGAAGATCGACTTTTTACTGGATAACAAGGGACTGATCTACTGGGGCAAGATCAAGCAGATCAAGGATTACACACAAAGCTTTCGCATCGATTTCGAAGCGAAGGTCTGGTTCAAACAGCCGGACGAGGCGAAGAAGAAGCCTTACTCGGTCAACGTCTACCTGAGCAAGAAGCTGATCGATAACTACCGCAAGCGCAAGGCGTTCCTGGAAGAGATCAAACACGCCATCGACAGTGACGCGCCGTTGTATTGCTTCTTTTATGGCGTGACGCCGGAGTTGCAGCAGGTGCCGAGCAAGAAGAACCCCGAGCAGACGTTCGGGGTGTTCAGTGCCAATATCGAGAACCTGGATCACTTCATTATTCGGGAGGCGCCCGGACTGACTGAGTCGCTTTAA MKFDTAYCLSLDAKLSIYDVRDLNFDETMAFDSAKERFQCPNDVCRAGFDEENRLTTFNAKNVNYIRTPHFKNQPTTRHIEGCPYVSPKTPGLGLESGEAETDDGREEHFPSELLLTRREYIRKPPDQPKDVDTTRPTSNLPSSHGDNAHSAQDSTPDKTSVFAHPVECFVSNFDNKDLLKRMPLKIGEHTAPYSSFFKKIDFLLDNKGLIYWGKIKQIKDYTQSFRIDFEAKVWFKQPDEAKKKPYSVNVYLSKKLIDNYRKRKAFLEEIKHAIDSDAPLYCFFYGVTPELQQVPSKKNPEQTFGVFSANIENLDHFIIREAPGLTESL NA NA NA NA NA D1-35_00321 1323 hypothetical protein ATGGAAATGTCAGAGCACCTTACGATCCAGACTTACGTTGACGGCCGGTGGCACGATGCTGTGGTCTTCACTGTGTCGAACGCTCAGAAGGTTGAAGAGTCGCGATGCAGCGTAGCTTATGACCAGCATTATTTGCTCCATTTCATCCATAGGCTGGATACGGCGTTTGAACCCGCCATCAGCGTAAACCTTCCGCTGAGCTGGGACGCTATCGATAGCAAAGGCTATCCGCCATTTGTCTACGACATCATACCGGCCGGTGCTGCTCGTAAATCTATGCAAAAACGATTCGGTGGGGATAAGCCTGACGGCATGGACATGAGCTTTTTCCTCCTGAGTCGCTGCACGCCTTCACCCATTGGACATTTACGGGTGAAGGAGTCTTTTGAGCATATCGATCAAACTCGAAAGGAGGCCTTTGCGCGCAAAGAAGTCGTAAGCCGAACCAATGATTTTCTCGAATACGCCTATGAGTCTGGTGCTGCGTTAGGCGGTGCTACGGGGGCTCAGGGGGAAGCTCCGAAGCTGATTATGGTCGAGGATGAGAATGGCGCTCTTTATGCCGACGCGATGCTTTCTGATGAGCTTGCGCGTCGCCATTGGCTGGTGAAATTTGCTCGCAACCAAGCTACTGAGCGCGACAAGAACATCCTTAGGGCCGAGTACCACTACTACAAAGCGATCTCCCAACTCGGTTTGAGCACCATATCTACAAATGAACTGGTACTTGAGGAAGCCGATAAGCCAAGCCTGTGGATGCCACGCTTTGATCGGCGAGTCGCCAACGGGGTGGTAGAGAGGATTCCGATCGAGTCGATTTATTCAGTGTGTGAGAACACTGAGCCTGGTTCGAGAATGAATCATGAGGATGTGCTCAGCCGACTGATCCACCTGTGGCGTACGAATGGGCAGGAAGGTGAGCTTGAGGAACTGTTATTTGAATACCTCCGCCGTGATCTGTTGAATCGTATCCTGGGGAATTCGGACAACCATGGGCGCAACACGGCCATCTTCAGGTATCGGGACAAATTCGAACTGGCGCCGATCTATGATCTTGCACCGATGGTTCTCGATCCGGAAGGCGTCACTCGGGTAACCAAATGGAAGGCCGAGCATATGGGAAGTCCAAACTGGGAAGTGATCTGCAGTGGCTTCCAAGACTTGGTCAGCCCTGACGTGCTCTTTGAGCGTCTGCTCGGAGCCGCCGAGACATTCAGAGCGTTACCGGATCTGCTGGTCGATCTTCCTGATGAAGTGAGGCTCGCTCAGTCTATTCCGCTGAACAATTTGGATAAGCGCCTGGTTGCATGGGGGCTGCGATGA MEMSEHLTIQTYVDGRWHDAVVFTVSNAQKVEESRCSVAYDQHYLLHFIHRLDTAFEPAISVNLPLSWDAIDSKGYPPFVYDIIPAGAARKSMQKRFGGDKPDGMDMSFFLLSRCTPSPIGHLRVKESFEHIDQTRKEAFARKEVVSRTNDFLEYAYESGAALGGATGAQGEAPKLIMVEDENGALYADAMLSDELARRHWLVKFARNQATERDKNILRAEYHYYKAISQLGLSTISTNELVLEEADKPSLWMPRFDRRVANGVVERIPIESIYSVCENTEPGSRMNHEDVLSRLIHLWRTNGQEGELEELLFEYLRRDLLNRILGNSDNHGRNTAIFRYRDKFELAPIYDLAPMVLDPEGVTRVTKWKAEHMGSPNWEVICSGFQDLVSPDVLFERLLGAAETFRALPDLLVDLPDEVRLAQSIPLNNLDKRLVAWGLR PGPT0027480_796 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HipA-HipB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027480-toxin_hipA-K07154 NA NA D1-35_00322 405 hypothetical protein ATGAAAGAGAACACCAACGAACGGCGCAGGGAGCTCATTGACAACATCGTCATGCAGCATGTGACGGGGATCGAAACCCTGGGAACCGCTATTCGCCGGCTACGGCTTGAGGTGACTGGCCTGGATCAGGAAACCTTTGCAGCCATGTGCAAGATGTCGACCAAGGCCCTGTACCAGATCGAGAAGGACAAGGGTAATCCAACCATTAGCACCATCGAAGCTATCTTGAGGAAATTCGGGCTGCGCCTGGGATTGACGAAGTCTGCCACGACCCTTTACACGCCGCCGCCCAAGCCGCAAAAAACGACTTCCCCAATGCCCGTTCGCGGTGCCAATCCTAAACGCAAAACCGCAGCACAGCTCGGTACGAAGGCCAAGGATGGCGACAAGGGCGTGACCGAGTAG MKENTNERRRELIDNIVMQHVTGIETLGTAIRRLRLEVTGLDQETFAAMCKMSTKALYQIEKDKGNPTISTIEAILRKFGLRLGLTKSATTLYTPPPKPQKTTSPMPVRGANPKRKTAAQLGTKAKDGDKGVTE NA NA NA NA NA D1-35_00323 192 hypothetical protein ATGACGAAAAAAAAAAGAAGTGAGGCCTTCGAGTCGATTCACAGCTCGGCCGAAGCGCTGCTGAAAATCGGCGCTATGGACATGGCCACTATGCGGGAGTTCGATGAGGACTGCATAGCCGAGGTGTCTGCTGAAATCCTAGAGCAAGAAGACTCGTCTGAACTCAGAGCTGGCCACCCTCAAAACCAGTGA MTKKKRSEAFESIHSSAEALLKIGAMDMATMREFDEDCIAEVSAEILEQEDSSELRAGHPQNQ NA NA NA NA NA D1-35_00324 714 hypothetical protein ATGGATACCTCAAAGGAAAAAAGTAACTGGAGCGACGAAGAGCTCGAGGCTTCGGTTGATGCGTACTTGAAGATGCTGGACCGCGAGTTAAACGGCCAGAGCTTCAAGAAGTCGGTGGAAAACCAGCTTTTACGCGACGGGCCGCTGAGCAAGCGTAGCCCTGCGTCGATTGAATATCGCATGCAAAACATCTCTGCGGTGCTCGATCAAATGGAGTTGCGCCGAATCAGCGGCTATATGCCTGCCAAGAATATTGGTGCGGGTGTGGCTCAGCGAATCCGCAAGGTGCTTGCCAATAAGATGCTGCCTGGGACGGCCGAGTCTGCTCCAACTGCTGATTTTAAGACGTTGATCCGCCGGGCCACCAAGTTGCAAAAGAATGGGCTCAAGATCGCACCGTTAGGTAACCCGAACCCGCAACAAGTCAGTACGACCACGACGTCTTACGTTCGGGATCCCAAAATCCGGGCATGGGTTGCTGAGTTGGCTAAAGGTGTTTGCGAAGGTTGCGGTCAGAACGCACCGTTCAAGGTGGATGGTTTACCGTTTCTTGAAGTGCATCATGTGAAGCATCTGGCTCAGAACGGGTCGGACAGCATTACTAACGCGGTTGCGCTATGCCCGAATTGCCATCGGCGTTGTCATCTTGCTAGTGATAGAGAGGCATTTACTTTGTCGCTGTATAAGAAGGTTGATCGTTTGGTCGTTGAGTGA MDTSKEKSNWSDEELEASVDAYLKMLDRELNGQSFKKSVENQLLRDGPLSKRSPASIEYRMQNISAVLDQMELRRISGYMPAKNIGAGVAQRIRKVLANKMLPGTAESAPTADFKTLIRRATKLQKNGLKIAPLGNPNPQQVSTTTTSYVRDPKIRAWVAELAKGVCEGCGQNAPFKVDGLPFLEVHHVKHLAQNGSDSITNAVALCPNCHRRCHLASDREAFTLSLYKKVDRLVVE PGPT0027235_582 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 D1-35_00325 534 hypothetical protein ATGTCTGATGCTTACATTCCGGCGGTTTTCATCCGTCATAGCCTCCATCTTCATGCCCTGCTTTTGGAGAACCAACCTTGGTTCTGCGCTCGCGACCTCGGACGGTTAATGGGCGTGCATCTGAGCGACCGCATGGTCAGCAAATTGGATGAGGACCAGCGACACGCCCTGCTGATTCGTTACCACGGCCATCCTGAAAAGCGGCTAATGCTCAGCGAGTCCGGCGCGTATGCCCTACTGGTTTATCACTACGCGCCAGGGAATCGCTTGCTGCGTGAATGGCTAACGCATCAAGTCGTACCGGCCCTGCGTGACGCCCAGGCATCAAGCGATACCGAGCGGCCGATGCTGAGTGTTCTGGACTGGCCGGAGATGTCCTTGAGCATGTTGCATTGGCAAAACGACGGCTGGATTCGACTTCGGGACATGCCGTATTTGTTGCTCAATCGGACTCGGGGGCGGTCAGTTACAGCTAAACCTTGGTGGCGTCGGCTGGTGGAGGTATTTCACGTATCCGGACAATCGACGCCGTAG MSDAYIPAVFIRHSLHLHALLLENQPWFCARDLGRLMGVHLSDRMVSKLDEDQRHALLIRYHGHPEKRLMLSESGAYALLVYHYAPGNRLLREWLTHQVVPALRDAQASSDTERPMLSVLDWPEMSLSMLHWQNDGWIRLRDMPYLLLNRTRGRSVTAKPWWRRLVEVFHVSGQSTP NA NA NA NA NA D1-35_00326 1251 nrdB COG0208 Ribonucleoside-diphosphate reductase subunit beta ATGCTGAGCTGGGACGAATTCGACAAAGAAGACGACGGCGAAGTCGCGGTAAAAGGCGCCAACGCCGGCCACGCTTCTGAAGCCAACATGGACCGCCTCGACAGCGCCGGCGGTGCCGCCGCGCTCGAAGCCCGCGCCGTGACGGCCAGCGACTCGGCCGCGATCATTCGCGCCAAGGCCGCCCTCGACAAACTCGACGTCGCCGAAGGCCTCGCCGAACTCGAAGGCGCCTCCGCCCGTGTCGCCGTCGATGAAAAGCGCATGATCAACTGCCGCGCCGACCTCAACCAGCTCGTGCCTTTCAAATACGACTGGGCCTGGCAGAAGTACCTGGACGGCTGCGCAAACCACTGGATGCCGCAAGAAGTCAACATGACCGCCGACATCGCCCTCTGGAAAAACCCGGAAGGCCTGACCGACGACGAACGCCGCATCGTCATGCGCAACCTGGGCTTCTTCTCCACCGCCGACTCCCTGGTTGCCAACAACCTGGTCCTGGCCGTGTACCGCCTGATCACCAACCCGGAGTGCCGCCAGTACATCCTGCGCCAGGCCTTCGAAGAGGCGATCCACACCCACGCCTACCAGTACTGCATCGAATCGCTGGCCATGGATGAAGGTGAAATCTTCAACATGTACCACGAGATCCCATCGGTCGCGAAAAAAGCCGCCTGGGGCCTGAAATACACCCGTTCGATCTCCGATCCGAAGTTCGAAACCGGCACCCCGGAAACCGACAAAGAGTTGCTGCGCAACCTGATCGCCTACTACTGCGTCCTGGAAGGCATCTTCTTCTATTGTGGCTTCACCCAGATCCTCTCCATGGGCCGCCGCAACAAAATGACCGGCGTCGCCGAGCAGTTCCAGTACATCCTGCGCGACGAATCCATGCACCTGAACTTCGGCATCGACGTGATCAACCAGATCAAGATCGAAAACCCACACTTGTGGGACGCCGAAATGAAGGAAGAAGCAACCCAGATGATCCTGCAAGGGACCCAACTGGAAATCGAATACGCCCGCGACACCATGCCTCGCGGCGTACTGGGCATGAACGCGGCGATGATGGAGGACTACCTCAAGTTCATCGCCAACCGCCGCCTGTCGCAGATTGGCCTGAAGGAAGAGTACCCAGGGACGACCAACCCGTTCCCTTGGATGAGCGAGATCATGGACTTGAAGAAAGAGAAGAATTTCTTTGAGACTCGGGTGATTGAGTATCAGACGGGTGGGGCTTTGAGCTGGGATTGA MLSWDEFDKEDDGEVAVKGANAGHASEANMDRLDSAGGAAALEARAVTASDSAAIIRAKAALDKLDVAEGLAELEGASARVAVDEKRMINCRADLNQLVPFKYDWAWQKYLDGCANHWMPQEVNMTADIALWKNPEGLTDDERRIVMRNLGFFSTADSLVANNLVLAVYRLITNPECRQYILRQAFEEAIHTHAYQYCIESLAMDEGEIFNMYHEIPSVAKKAAWGLKYTRSISDPKFETGTPETDKELLRNLIAYYCVLEGIFFYCGFTQILSMGRRNKMTGVAEQFQYILRDESMHLNFGIDVINQIKIENPHLWDAEMKEEATQMILQGTQLEIEYARDTMPRGVLGMNAAMMEDYLKFIANRRLSQIGLKEEYPGTTNPFPWMSEIMDLKKEKNFFETRVIEYQTGGALSWD PGPT0021345_194 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526 NA NA D1-35_00327 264 hypothetical protein ATGAAAGCTTTATGGGTTCTGGTCCTTGGCAGCCTTTGCGCCACCGCCATGGCGGATGAGGCCCCGACCGATGTCGCACCGCAGAAACCGGCGATCGAGGAATACACCTACTCCACCCACCTGGACATCGCCAAAGTCATTTCCATGAGCACCATCCCGAACGTCTGCGAAGTGGTCCCGGCGAAAATGGAATATGAAGATTCCAAAGGCGAGCGCCACATCATGCGCTACAGCGTCATGGGCACCGGCTGCTCCAACGGCTGA MKALWVLVLGSLCATAMADEAPTDVAPQKPAIEEYTYSTHLDIAKVISMSTIPNVCEVVPAKMEYEDSKGERHIMRYSVMGTGCSNG NA NA NA NA NA D1-35_00328 1956 acs_1 COG0365 Acetyl-coenzyme A synthetase ATGAGTGCGGCTTCTGTGTATCCCGTTCGTCCCGAGGTTGCGGCCAGTACGCTGACTGACGAGGCGACCTATAAGGCCATGTACCAGCAGTCGGTCGTCAACCCCGATGGCTTCTGGCGCGAGCAGGCCAAGCGCCTCGACTGGATCAAGCCTTTCACCACGGTTAAACAGACCTCGTTCGATGATCACCATGTCGACATCAAGTGGTTTGCCGATGGCACCTTGAACGTTTCCTACAACTGCCTCGACCGTCACCTGGAAGAGCGCGGCGATCAGGTTGCGATCATCTGGGAGGGCGACGACCCGTCCGAGAGCCGCAACATCACTTATCGCGAACTGCATGAAGAAGTCTGCAAGTTCGCCAACGCCCTGCGCGGTCAGGACGTGCACCGCGGCGACGTGGTGACTATCTACATGCCGATGATTCCCGAGGCTGTGGTCGCCATGCTGGCCTGCACCCGGATCGGTGCAATCCACTCGGTGGTGTTCGGCGGCTTCTCGCCGGAAGCCCTGGCCGGCCGCATCATCGACTGCAAATCGAAAGTGGTGATCACCGCCGACGAAGGCATCCGTGCCGGCAAGAAGATCCCGCTCAAGGCCAACGTCGATGACGCGCTGACCAACCCGGAAACCAGCAGCATCCAGAAAGTCATCGTGTGCAAGCGCACGTCGGGCAACATCAAGTGGAACCAGCATCGTGACATCTGGTACGAAGACTTGATGAAAGTGGCTGGCACCGTTTGCGCGCCGAAGGAGATGGGCGCCGAGGAAGCGCTGTTCATCCTCTACACCTCCGGTTCCACCGGCAAGCCCAAGGGCGTGCAGCACACCACCGCCGGTTACTTGCTGTACGCGGCGCTGACCCATGAACGCGTGTTCGACTACAAGCCCGGTGACATCTACTGGTGCACCGCTGACGTCGGCTGGGTTACCGGCCACAGCTACATCGTCTACGGCCCGTTGGCCAATGGCGCGACCACGCTGCTGTTCGAAGGCGTGCCGAACTACCCGGACGTCACCCGGGTGGCCAAGGTGATCGACAAGCACAAGGTCAATATTCTCTACACCGCGCCGACCGCGATCCGCGCGATGATGGCCTCGGGCACCGCCGCTGTCGAAGGTGCCGATGGCAGCAGCCTGCGCCTGCTGGGTTCGGTGGGCGAGCCGATCAACCCGGAAGCCTGGGACTGGTACTACAAGAACGTCGGCAAGGAGCGTTGCCCAATCGTCGACACTTGGTGGCAGACCGAAACCGGCGGCGTGCTGATCAGCCCGCTGCCAGGCGCCACAGCGTTGAAGCCGGGTTCGGCTACGCGTCCATTCTTTGGTGTGGTGCCGGCGCTGGTGGACAACCTCGGCAACCTGATCGAAGGCGCCGCCGAAGGCAACCTGGTGATCCTCGATTCGTGGCCGGGCCAGGCACGTACGCTGTACGGCGACCATGACCGTTTTGTCGACACTTACTTCAAGACTTTCAGCGGCATGTACTTCACCGGTGACGGCGCTCGTCGCGATGAGGATGGCTACTACTGGATCACCGGTCGGGTGGACGACGTGCTCAACGTTTCCGGCCACCGCATGGGCACCGCCGAGATCGAAAGCGCCATGGTCGCCCACCCGAAAGTCGCCGAGGCGGCGGTGGTGGGGGTGCCGCACGACATCAAGGGGCAGGGCATCTATGTCTACGTCACCTTGAATGCCGGCGAAGAAACCAGCGAAGCCCTGCGCCTGGAATTGAAGAACTGGGTGCGCAAGGAGATCGGCCCGATTGCTTCGCCGGACGTGATCCAGTGGGCGCCGGGGCTGCCGAAAACCCGTTCGGGCAAGATCATGCGCCGCATCCTGCGCAAGATCGCCACGGCGGAATACGACGGTTTGGGCGATATCTCCACTCTGGCCGACCCAGGTGTGGTGGCGCACCTGATCGAGACGCACAAGACCATGAACGTCGCCTGA MSAASVYPVRPEVAASTLTDEATYKAMYQQSVVNPDGFWREQAKRLDWIKPFTTVKQTSFDDHHVDIKWFADGTLNVSYNCLDRHLEERGDQVAIIWEGDDPSESRNITYRELHEEVCKFANALRGQDVHRGDVVTIYMPMIPEAVVAMLACTRIGAIHSVVFGGFSPEALAGRIIDCKSKVVITADEGIRAGKKIPLKANVDDALTNPETSSIQKVIVCKRTSGNIKWNQHRDIWYEDLMKVAGTVCAPKEMGAEEALFILYTSGSTGKPKGVQHTTAGYLLYAALTHERVFDYKPGDIYWCTADVGWVTGHSYIVYGPLANGATTLLFEGVPNYPDVTRVAKVIDKHKVNILYTAPTAIRAMMASGTAAVEGADGSSLRLLGSVGEPINPEAWDWYYKNVGKERCPIVDTWWQTETGGVLISPLPGATALKPGSATRPFFGVVPALVDNLGNLIEGAAEGNLVILDSWPGQARTLYGDHDRFVDTYFKTFSGMYFTGDGARRDEDGYYWITGRVDDVLNVSGHRMGTAEIESAMVAHPKVAEAAVVGVPHDIKGQGIYVYVTLNAGEETSEALRLELKNWVRKEIGPIASPDVIQWAPGLPKTRSGKIMRRILRKIATAEYDGLGDISTLADPGVVAHLIETHKTMNVA PGPT0002265_3014 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D1-35_00329 774 argT_2 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGAAGAAACTTGTGCTGCTTGGCGCCCTGGCACTGTCCGTGCTGTCCCTGCCGACATTCGCCGATGAGAAACCCCTGAAGATCGGTATCGAAGCGGCTTACCCTCCGTTCGCCTCGAAAGCCCCGGATGGCAGCATCGTCGGCTTCGACTACGACATCGGCAATGCGCTGTGCGAAGAGATGAAGGTCAAGTGCGTGTGGGTCGAGCAGGAGTTCGACGGCCTGATCCCGGCGCTGAAGGTACGCAAGATCGACGCGATCCTGTCGTCCATGTCGATCACTGAAGATCGCAAGAAGTCCGTTGACTTCACCAACAAGTACTACAACACCCCGGCCCGCCTGGTGATGAAGGCCGGTACCCAGGTGAGCGACGGCCTGGCCGAACTCAAGGGCAAGAACATCGGTGTACAGCGCGGTTCGATCCACGAGCGTTTCGCCCGTGAAGTCCTGGCCCCGCTGGGTGCCGAGATCAAGCCGTACGGTTCGCAGAACGAAATCTACCTGGATGTTTCCGCCGGTCGTCTCGATGGCACCGTGGCCGACGCGACGCTGCTGGATGACGGCTTCCTGAAGACTGACGCGGGCAAGGGCTTCGCCTTCGTCGGCCCGGCCTTCACCGACGAGAAATACTTCGGCGACGGCATCGGTATCGCGGTTCGCAAGGGCGATGCGCTGAAAGACAAGATCAACAGCGCGATCACCGCCATTCGCGAGAACGGCAAGTACAAGCAAATCCAGGACAAATACTTCGCCTTCGATATCTACGGCAAGTAA MKKLVLLGALALSVLSLPTFADEKPLKIGIEAAYPPFASKAPDGSIVGFDYDIGNALCEEMKVKCVWVEQEFDGLIPALKVRKIDAILSSMSITEDRKKSVDFTNKYYNTPARLVMKAGTQVSDGLAELKGKNIGVQRGSIHERFAREVLAPLGAEIKPYGSQNEIYLDVSAGRLDGTVADATLLDDGFLKTDAGKGFAFVGPAFTDEKYFGDGIGIAVRKGDALKDKINSAITAIRENGKYKQIQDKYFAFDIYGK PGPT0020680_311 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020680-aotJ-K10022 NA NA D1-35_00330 690 hisQ_2 COG4215 Histidine transport system permease protein HisQ ATGTTGAAAGGCTACGGGGCTGTCATCCTCGATGGCGCATGGTTGACGCTTCAGCTCGCCTTGTCGTCCATGGCCCTGGCCATTGTCCTGGGGCTGATCGGTGTCGCGTTGCGCCTCTCGCCGGTGCGTTGGCTGGCGTGGCTGGGCGACCTGTATTCCACGGTCATCCGCGGCATTCCCGACCTGGTGCTGATCCTGCTGATCTTCTATGGCGGCCAGGACTTGATCAACCGCGTTGCGCCGATGCTCGGCTATGACGACTACATCGACCTGAACCCGTTGGCGGCCGGTATCGGCACCCTGGGTTTCATCTTCGGTGCGTACCTGTCCGAGACCTTTCGCGGCGCCTTCATGGCGATCCCCAAGGGGCAGGCCGAGGCGGGCATGGCGTATGGCATGAACGGCTTCCAGGTGTTTTTCCGGGTGCTGGTGCCGCAGATGATTCGCCTGGCGATCCCGGGCTTCACCAACAACTGGCTGGTACTGACCAAGGCCACCGCGCTGATTTCGGTCGTGGGCCTGCAAGACATGATGTTCAAGGCCAAGCAGGCGGCGGATGCCACCCGTGAGCCTTTCACCTTCTTCCTCGCGGTGGCGGCGATGTACCTGGTGATCACCAGTGTCTCGTTGCTGGCATTGCGTCACCTTGAGAAGCGCTACTCGGTAGGCGTAAGGGCGGCTGATCTATGA MLKGYGAVILDGAWLTLQLALSSMALAIVLGLIGVALRLSPVRWLAWLGDLYSTVIRGIPDLVLILLIFYGGQDLINRVAPMLGYDDYIDLNPLAAGIGTLGFIFGAYLSETFRGAFMAIPKGQAEAGMAYGMNGFQVFFRVLVPQMIRLAIPGFTNNWLVLTKATALISVVGLQDMMFKAKQAADATREPFTFFLAVAAMYLVITSVSLLALRHLEKRYSVGVRAADL PGPT0020690_226 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020690-aotQ-K10024 NA NA D1-35_00331 699 occM_1 Octopine transport system permease protein OccM ATGATCTTCGACTACAACGTCATCTATGAAGCCTTGCCGCTGTACTTCAGTGGCCTGCTGACCACCTTGAAGCTGCTGGCCCTGTCGCTGTTCTTCGGCCTGTTGGCGGCGCTGCCCCTGGGGCTAATGCGGGTGTCGAAGCAGCCAATCGTCAACATGACGGCCTGGCTCTACACCTACGTGATCCGCGGCACGCCGATGCTGGTGCAGCTGTTCCTGATCTACTACGGGCTGGCGCAGTTCCAGGTGGTGCGCGAGAGCTTCCTCTGGCCATGGCTGTCCAGCGCGACGTTCTGTGCGTGCCTGGCGTTCGCCATCAACACCAGCGCCTACACCGCCGAAATCATCGCCGGCAGCCTGCGAGCCACGCCTAACGGCGAGATCGAGGCGGCCAAGGCCATGGGCATGTCGCGCTACAAGCTGTACCGCCGAATCCTGCTGCCGTCGGCGTTGCGCCGGGCGCTGCCGCAATACAGCAACGAAGTGATCATGATGCTGCAGACCACCAGCCTGGCGTCCATCGTCACCCTGATCGACATCACCGGCGCCGCGCGCACGGTGAACGCGCAGTATTACCTGCCGTTCGAGGCCTACATCACGGCCGGCGTTTTCTACCTGTGCCTGACCTTCATCCTGGTGCGCCTGTTCAAACTGGCCGAGCGCCGCTGGCTGGGTTACCTGGCCCCGCGCAAGCACTGA MIFDYNVIYEALPLYFSGLLTTLKLLALSLFFGLLAALPLGLMRVSKQPIVNMTAWLYTYVIRGTPMLVQLFLIYYGLAQFQVVRESFLWPWLSSATFCACLAFAINTSAYTAEIIAGSLRATPNGEIEAAKAMGMSRYKLYRRILLPSALRRALPQYSNEVIMMLQTTSLASIVTLIDITGAARTVNAQYYLPFEAYITAGVFYLCLTFILVRLFKLAERRWLGYLAPRKH PGPT0020685_157 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020685-aotM-K10023 NA NA D1-35_00332 765 hisP_2 COG4598 Histidine transport ATP-binding protein HisP ATGTACAAGCTTGAAGTCCAAGACCTGCATAAACGCTATGGCAGTCACGAAGTGCTCAAGGGCGTGTCCCTGAAAGCCGCCGCCGGTGATGTGATCAGCATCATCGGCTCCAGTGGCTCCGGCAAGAGCACGTTCCTGCGTTGCATCAACCTGCTTGAGCAACCCCATGCCGGCAAGATTTTGCTCAACAACGAAGAGCTGAAGCTGGTAGCGGGCAAGGACGGCGCCATGAAGGCCTCGGATCCCAAGCAGCTGCAACGCATGCGTTCGCGGTTGTCGATGGTGTTCCAGCATTTCAACCTGTGGTCGCACATGACCGCACTGGAAAACATCATCGAAGCGCCCGTGCACGTACTGGGCGTGGCCAAGGCCGAGGCGCGGGAGAAGGCCGAGCATTACCTGAACAAGGTCGGCGTGGCGCATCGCAAGGACGCCTACCCGGGCCACATGTCCGGCGGCGAACAACAGCGCGTGGCGATTGCCCGGGCGCTGGCGATGGAGCCTGAAGTGATGCTGTTCGACGAGCCAACCTCGGCGCTGGACCCGGAGCTGGTCGGCGACGTGCTCAAGGTGATGCAGGCCCTGGCCCTGGAAGGCCGGACCATGGTGGTGGTGACTCACGAGATGGGCTTCGCCCGCGAGGTGTCGAACCAACTGGTGTTCCTGCACAAAGGCATCGTCGAAGAAAGCGGCAACCCGCGCGAAGTGCTGGTCAATCCGCAATCGGAGCGCTTGCAACAATTCCTGTCGGGCAGCCTGAAGTAA MYKLEVQDLHKRYGSHEVLKGVSLKAAAGDVISIIGSSGSGKSTFLRCINLLEQPHAGKILLNNEELKLVAGKDGAMKASDPKQLQRMRSRLSMVFQHFNLWSHMTALENIIEAPVHVLGVAKAEAREKAEHYLNKVGVAHRKDAYPGHMSGGEQQRVAIARALAMEPEVMLFDEPTSALDPELVGDVLKVMQALALEGRTMVVVTHEMGFAREVSNQLVFLHKGIVEESGNPREVLVNPQSERLQQFLSGSLK PGPT0020695_183 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020695-aotP-K10025 NA NA D1-35_00333 981 cdhR_1 COG4977 HTH-type transcriptional regulator CdhR ATGACTGCCCATCGAATAGGTTTCCTGATTTGGCCCAGCACTAAAGCGTTGACGCTGGCGCTGGCCGAGGAGGCCTTGCGTGTTGCGCAGCGAGTGCATCCGGACGTGGTCTACGAGCTGTCGTTTTTGCACGCCGAGCCGCCGGCCGAGGGTGCCTGGCAGCTGCCGGGCGAACCCTGGGCCGGCAAGCTCGAAGGCCTGCAGAAACTGTTCCTGCTGGCCGACGAGCCGCCGACGTCGCTGGCCTCGCCGCTGAGCAGCGCGCTCAAGCAACTGGTGCGCGCCGGATGCGTCATTGGCGGCTTGTCCGCCGGTGTCTATCCGCTGGCCCAGTTGGGCTTGCTTGATGGGTACCGGGCCGCCGTGCACTGGCGCTGGCAGGACGATTTCTCGGAGCGTTTTCCCAAGGTTATCGCCACCAGCCATTTGTTCGACTGGGACCGCGATCGCCTGAGCGCCTGCGGCGGCATGTCGGTGCTCGACCTGTTGTTGGCGGTGCTGGCGCGCGATCACGGCGCCGAGCTGGCCGGTGCGGTCTCGGAGGAACTGGTGGTCGAGCGCATTCGCGAAGGCGGCGAGCGCCAGCGCATCCCGTTGCAGAACCGCCTCGGCTCCAGTCATCCGAAGCTCACCCAGGCGGTGTTGCTGATGGAGGCCAACATCGAAGAGCCGCTGACCACCGACGAAATCGCCCAGCATGTGTGCGTGTCCCGTCGGCAGCTGGAGCGGATCTTCAAGCAATACCTCAACCGCGTGCCCAGCCAGTACTACCTGGAGCTGCGCCTGAACAAGGCCCGGCAGATGCTGATGCAGACCAGTAAATCCATCATCCAGATCGGCCTGTCCTGCGGTTTCTCCTCCGGGCCGCATTTCTCCAGCGCCTACCGCAACTTCTTCGGCGCCACGCCGCGGGAAGATCGTAACCAGCGGCGCAGCAGCAGCCCGTTCGAATTGTCGTCGGTGCCGTCGGAGCGCGGCTGA MTAHRIGFLIWPSTKALTLALAEEALRVAQRVHPDVVYELSFLHAEPPAEGAWQLPGEPWAGKLEGLQKLFLLADEPPTSLASPLSSALKQLVRAGCVIGGLSAGVYPLAQLGLLDGYRAAVHWRWQDDFSERFPKVIATSHLFDWDRDRLSACGGMSVLDLLLAVLARDHGAELAGAVSEELVVERIREGGERQRIPLQNRLGSSHPKLTQAVLLMEANIEEPLTTDEIAQHVCVSRRQLERIFKQYLNRVPSQYYLELRLNKARQMLMQTSKSIIQIGLSCGFSSGPHFSSAYRNFFGATPREDRNQRRSSSPFELSSVPSERG PGPT0021945_231 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021945-cdhR-K17736 NA NA D1-35_00334 5016 hypothetical protein ATGCACGAACTTAACACTACAGCCGACACCGGAACCCCGGTCAAATCCCACTATCAGCACGTGCTCGATGCCATCCCGTCCTGGGTGGGCAAGGCCCCCGCACAACAACAGACTGAGCTCAGGCAGGCCAAGCCGCTATTTGCTCCCTGGCTGCTCGGCGCACCCGCCTCCCGGCACGCGCAGATGAAGCGCTTGAATGCCGCCCAGTGGCGCGCACGCAATGGGCTCGAGGAGCGACTGCAAGCGCTGCAGGACATCAATGCCTTTGCCAAGCCGCTGCTTGAAGCCGCTATCAGGACTCAGTTCGGCTTGACGCTGGACGTCGAGAAAACCCAGTTATGGCTGTACGTACCACTGAATATTCCATGGCTGCCGATCCCCTCCGGTGGCGCGCGAACGTGGAAGGTTTCCTTGCTGGATGCTGCTTTGCACAACTTTGAACCGGACGAGGCAAAACCCGATGCCTACGAACCAGACTCGACCTATGTCGCCGAGACCACGAAGAGCTCGGAGGAAGGCGAGACGGGACGTTTCAAACCGCTGACGTCGATCAGGCAGCAGATGCCGATTCCGGCATTTATCCAGCTGTGTCGGGAACTGGATATCGGCGGCCAGTACCAGCGTCATCTTCAGCAACAACTGGGCATCGGCGACACCGTTGCAACCCGCGCACTGCAGCGCCAGGTCAGCGAAAGCCAGGAAGCGGCACTCAAGGCCGCCCTGCACCTGGCGCTGATGAAAAAAGACATCAGCGCGCAAAGCCACTCGCAGGTCCTCGGCCTGCTGGACGGTTTGCCAGGCATGCAGCTCGACGGCCAGCCACTGTGCAGCCATGACTTGAAGATCATGGACGTTGCGCTGACCGGCATAGTGCTGTTCGCCCCGGACTTCGAACAGGCGCAGCACACCGTGCCGTTGGTGGCTTATATTCCCGACGATCCCCAAGGCGCGATCAAGGAATACGCCTCTTCAACGCTGTTCAGCTCGGCGTTGACTCAAAGGCTGCGAGAAAAAGACTACCAGCAATTCTTCAGTCGCTTTGTCGGACACCAGGAACGCCCGTTGTTTTTCTTCGAGCTGAACCAGCGGCTGGCTTCCATCCAATGGCACCGACCGGCTCCCGGTGACTCCCGCCCACCATGGCGAGAAACCCCGGCCGATAAGCCCAACCTGCTGTTCAGCGCACAGTTGACCCCAGGCGACCTGATGCGGCACCTCTATCAAGGCAAGCTGAACAAAATCCTCAATGACGCGCGAACCATTGCCGTTTCCACTGCCAGCGCCGACCGCAACGCCCGCTGGAAACGCTGGGACGCCCTGTCCAGGATTGCCAGCGAACTGGTCAGTATCGCCGCGTTCATCGCCACGCCTTTTTTCCCGCCGCTGGGCGCCCTGATGCTCGGCTATGCCGCTTACCAACTGCTGGACGATACGTTCGAAGGAATTGTCGATTGGGCCGAAGGATTAAAACAGCAGGCTTTCGAGCACCTGATGAGCGTGATGGAAACTCTGGTCCAGCTGGGCGGCTTCGCCGTTGGCGTACCGATAGCCGAAGGTATGCTGCGCCAGGCACTGCCAAAGCAATTGTGGAGCTTCATCGACAACCTGATGCCGGTCACCCGCCCCGATGGCCAGCAACGCTTGTGGTACCCGGACCTGACACCCTATCACCAGGATATCGAACCGGTCAGCAGCGCCGGCCCCGATCAGCTTGGCCTGCATGAGCACCTCGGCCGAAAAATCCTGAAGCTAGACACGCAGCGCTTTGTCGTCAGGCAAGATGCCGGCGAAGGCATTTATCAGATCGAGCACCCGGCACGCGTGGATGCCTATGCTCCACAGCTCAGCCACAATGGCGCCGGCGCCTGGCGAACGGAGCTGGACCGCCCGTTGACCTGGGACGACACCACGCTCGTCCGCCGTCTAGGCCAGCAAACCGACGCATTCTCCGACGAACAACTCCAGCAGATGCTCACCGTCAGCGGCACTCACCCCGATGCGCTGCGCAAATTGCACGTCAACAACGAACCGCCACCGCCGCTGCTGGCCGATACGTTGGAGCGCTTCAAGGTCGCCCAGGATCTTCAACGTTTCGTTGACCTGATGGGCAGTGACGATCCGTTGCTCTATCGCCGCGCCGACGTGCAAACCCAAATACAGCTGTTGACCAGTTATGGGCTGCTGCCATCGACCCGGGGGCTGCGCTTTCTCGATAGCGCCGGAAAAGTCGCATGGAGTTTTCCGCCCGCCTCGCGCCTGCCCATGATCGACATCCCCGAAGCGCAGATGAACAATGGGGCGATGCTCGATACGATCATGCAGGGCTTGAGCGAACCGGAGATCAAGACGCTGCTGGACGAAGAACCCGGCCTCCCGCCCACCAGCCTCGGCGCCCGAACGGCCCGGTTGCGCCAGCAGATGGCAAAACTGGCCAATGACAAATGGGCCTCGTTATTCGAAACGCGCTACAGCGCGAAGCAGGTCCCCCCTGATCCCGCGGCTCGAAACCTGATGGACCGTTATCAGGGTCTGCCTCGCAGCGTCGCCGAAGAGCTGCTGCGCACCGCCACGGTCGAGGAATACAAGGGCATCGGCGCCAACCGTTTTTCGCCGCGCATCGATGAACTGGCGCGCTGGACCCTGCTGGAAACCCGCACCGTTCGCGCCTACGAAGGGCTGTATATCGACAACCTTGGCGGGGCCGACACTGACCGGCTGGTCCTGCATTCGTTGGATCGATTGCCCAACTGGTCCGCGGACGTACGCTTGGACATGCGCGCTTATTCCTTCAGGGGCACGATGCACGACAGCGTCGGAGCCCCCCAGGCAAAAATCGTCAGGACCCTGGTTCGCGGCGACGACAGACGCTATACCCCGTTTGATGATGCCGGTCTTGAGCTGCATGGCCCGACGGATATCTATCAAGGCGTGCTGCAGGCTTTGCCCGACGCACAACGCAACGCGCTGGACATCCACATCGGCCAAGGCGAGCGCCTGCGCCAGGCCATCGGCCGCTCCCCGCTGGACCGCGACAGCATGCGAGTACTGCTGGCCAGCGACCCAGTCCGCAAACCCCACTACGACAGCAGAATCATGCGCCTGCCCGGCGGCATGGATGGCTATCGGCCCGGCGCGCCGGCCAGTGGACCGAGCGCTTCACCAACGCCGGAGGAACGCGCGCAAGACCTGTTTCCGACGTTCAATGCCGAGCAGATCCGCAACCTGGTCAGGTCTCTGGAAAGCCGCCCTGGAGGTGCCAACTCGACCTTGGTGGCATTGCAACAATCCTACTCGGCACTGGAGGTGGATCTTTCCCGATGGGTGAGCGATACGCCGCAACCCGCCGCCGGGACGGGAGTCATCGTGAGCGCCAGCGACTACCAGGCAGCCAGACTCAACCGTCAGCGCTGGGCCGAGGAGATCAAGCGATGCCTGCGGCGGGAAACGGAGCTGGATGAGTTTCAAGGCAGCCATACCAGACCCAGCCACGTATTGGAACTGGAAGAACCGATGCCAGGTCCGTTGCCGCCCCTGAGGATGCGCTTCAGGCATGTGACCTATCTGCAATTGGCTGGCGACAGCACAACCGAGGGCCTCGTCGAATTCCTGCAGGCCTTTCCCAGCCTCCGGCATCTGGACATCGATGGGATACCGATCCGAACGCTACCGAAGCAGATCACCAGCCTGCCGGATCTGGGCGTACTGACGCTGAACAATTGCCGGATCACTCTGGATGCCAACACCCATGCCGCGCTTTCATCCATGACTCGGTTGCGTGTGCTGGACCTGTCCGATAATCCACTCGGGGGGGCCCCCGATGTAAGCAGGATGGCAGAGCTGCGGCAGTTGAAGCTCAGGAACACAGGTATCGATCAGGTGCCAACAGGGCTTGAAACTCGTCCGCACCTGACCACCGCGAGGCTCGAACGCAACCGCATCACCGACCTGCCCCCAGCGCTGTTCGAGTTGCCGGGCGAGGTCAGCAAGAAGATCGACCTCACCGGCAATCCCCTCTCCCGGGCGGCGCTCGACCGAGTGAAAGCCTACGCCCTGGAAAACGCCGAGCACATGAGTGTCGATGCCCCGCATGAATTGAGCCGACGGGTACAGGCGCTGTACCCGTCACTTAGCCGCAGGGACGCCAATCGATTCATTTTCAGCCTGCCGGGTACGCTCGATGAGGTCCCCGGAGGGCTGTCACGCCTGGAAAGCGAATTGGCCCAGCTCACAGCCGACCTCGAACGATGGCGGCAAGACGTGTTCCTGCCGGATCCGATCGCCCTGACACAAGAGCAGCTCAGGCGCAGTGCGCTCAAAGAGAAGCTTGTGGATTGCTGGCAACGCGACTTCTATCAAGACCCCGCCGAGCTTCCCGACAGGTTCGCGTTCGCCGGGAACATCCATGGCGCAATGCCCAGGCTCGATGCGCGATTCGAGCACATTACGACAGTCGACCTGCAAGGCGGCGTTGCCACGACCGGAGTGGATGGCCTGCTCCAGTGCTTTCCCAATCTTCAGACCGTGAACGTGGCCGATTTCAACCTGGGACAGCTGCCCGAATCGATATTCAACATGCCCCAGCTGACCGACCTCACCCTGCAAAACTGCAGGATTCGGCTGACACCTGCCGACGCAGGGCGTCTCGCCGGATTGACCGGGCTGGAAGATCTGGATTTGAGCGGCAACCCGCTGGGTACTACGCCAGAGGTCTGGCGCATGACCCGGTTGAAAACCTTATTGCTACCCGACTCGCAACTGACGCGGGTGCCAGAAGACGTTTTCAGCATGCCCACGCTGCTGACCCTCGACCTCAGCAATAACCTGATCACCGACCTGCCCGTCGATATCCTCGAAATGAGCGCCGAGACTGGTGAGGACTTCGAACTGGACGGCAACCCGTTCTCGGAACAGGGCCTGAGGCTTCTACGAATCCGCTATCAGCAAACCGGTAACGACATGGGCGTGGCCGCGGCCAGGCTGGATGCGCAAGGGAACCCGTTGCAGACACACCGCTAG MHELNTTADTGTPVKSHYQHVLDAIPSWVGKAPAQQQTELRQAKPLFAPWLLGAPASRHAQMKRLNAAQWRARNGLEERLQALQDINAFAKPLLEAAIRTQFGLTLDVEKTQLWLYVPLNIPWLPIPSGGARTWKVSLLDAALHNFEPDEAKPDAYEPDSTYVAETTKSSEEGETGRFKPLTSIRQQMPIPAFIQLCRELDIGGQYQRHLQQQLGIGDTVATRALQRQVSESQEAALKAALHLALMKKDISAQSHSQVLGLLDGLPGMQLDGQPLCSHDLKIMDVALTGIVLFAPDFEQAQHTVPLVAYIPDDPQGAIKEYASSTLFSSALTQRLREKDYQQFFSRFVGHQERPLFFFELNQRLASIQWHRPAPGDSRPPWRETPADKPNLLFSAQLTPGDLMRHLYQGKLNKILNDARTIAVSTASADRNARWKRWDALSRIASELVSIAAFIATPFFPPLGALMLGYAAYQLLDDTFEGIVDWAEGLKQQAFEHLMSVMETLVQLGGFAVGVPIAEGMLRQALPKQLWSFIDNLMPVTRPDGQQRLWYPDLTPYHQDIEPVSSAGPDQLGLHEHLGRKILKLDTQRFVVRQDAGEGIYQIEHPARVDAYAPQLSHNGAGAWRTELDRPLTWDDTTLVRRLGQQTDAFSDEQLQQMLTVSGTHPDALRKLHVNNEPPPPLLADTLERFKVAQDLQRFVDLMGSDDPLLYRRADVQTQIQLLTSYGLLPSTRGLRFLDSAGKVAWSFPPASRLPMIDIPEAQMNNGAMLDTIMQGLSEPEIKTLLDEEPGLPPTSLGARTARLRQQMAKLANDKWASLFETRYSAKQVPPDPAARNLMDRYQGLPRSVAEELLRTATVEEYKGIGANRFSPRIDELARWTLLETRTVRAYEGLYIDNLGGADTDRLVLHSLDRLPNWSADVRLDMRAYSFRGTMHDSVGAPQAKIVRTLVRGDDRRYTPFDDAGLELHGPTDIYQGVLQALPDAQRNALDIHIGQGERLRQAIGRSPLDRDSMRVLLASDPVRKPHYDSRIMRLPGGMDGYRPGAPASGPSASPTPEERAQDLFPTFNAEQIRNLVRSLESRPGGANSTLVALQQSYSALEVDLSRWVSDTPQPAAGTGVIVSASDYQAARLNRQRWAEEIKRCLRRETELDEFQGSHTRPSHVLELEEPMPGPLPPLRMRFRHVTYLQLAGDSTTEGLVEFLQAFPSLRHLDIDGIPIRTLPKQITSLPDLGVLTLNNCRITLDANTHAALSSMTRLRVLDLSDNPLGGAPDVSRMAELRQLKLRNTGIDQVPTGLETRPHLTTARLERNRITDLPPALFELPGEVSKKIDLTGNPLSRAALDRVKAYALENAEHMSVDAPHELSRRVQALYPSLSRRDANRFIFSLPGTLDEVPGGLSRLESELAQLTADLERWRQDVFLPDPIALTQEQLRRSALKEKLVDCWQRDFYQDPAELPDRFAFAGNIHGAMPRLDARFEHITTVDLQGGVATTGVDGLLQCFPNLQTVNVADFNLGQLPESIFNMPQLTDLTLQNCRIRLTPADAGRLAGLTGLEDLDLSGNPLGTTPEVWRMTRLKTLLLPDSQLTRVPEDVFSMPTLLTLDLSNNLITDLPVDILEMSAETGEDFELDGNPFSEQGLRLLRIRYQQTGNDMGVAAARLDAQGNPLQTHR NA NA NA NA NA D1-35_00335 5103 hypothetical protein ATGAATACGCCCATCACCGTCGTGCTTCCCAGGCGCAAGATCGCCCATCACAAGCTCATTGAAAAAGCCCTGCCTGAGTGGATCGCCAAGACCCCGCTCAAGCAACTCGAGCGATTGAAAACCATCCGGCCCGAACTTCCCGATTGGTTCAAGCAGGCCACGCCGGCACAACACAAGGAGCTGAGAGGTACACACACAGACAGCTGGACAAAACGTAACGAGGTCGAAAAGGAGCTGGTGCGATTACTGGATGTGCATTCGTTTGCCGAGCCGTTGCTCAAGAAACACATCAAGCAACGCTTCAACATCGATCTGGATGTCAGGGAAACATTCATAAACCTCTATATTCCGACCAGACTTCCAATCATTGACCTGCCCACGGACGGCTCGAAGCAATGGCGTGTGTCGGTACTCGACGCAGCCTTGCATAACTTCGAGGCCTTCGAGGGAGAAGCGGATGCACACCTTCCCGAGTCCGGCTTCATCACCCGCCCTGACGCACATGGCCGGTTCAGGATACTCGACGAGGTCACCGGCAAGCTTCCGGTCGATCAGTTCGTCAGATTTTGCCGGGAGCTGGATATCGGTCGGCGCTACGACACTCATTTGAGGGAGGAGCTGGGCCTGGATGACCATGGCAAACAACTGCGCCTCAAAACCCGGATCATCGCCAGCCAACTAGCGGACCTGAAAGCCGCCCTGCACCACGCAAGCCTGACTCTCGCCATCCAGAAAAGCAGCCTGCAGTCGCTGCTGGCCTTTATCGCGGGGCGGGATAATACATGGCAGACCTATGACCTGACCTTACTCTCGACGCCATTGACCGGCCCGATGATCTTCTCCCCCGGCAATGAGTGGTCAGCCTCCGCCCCCGTCGTCGTCTACATCCCCCACGACCCGAAGGTCCCCCTCAAGGAATACCCGTCGATGGCTGCGTTCATGACGCACCTCACCGAGCAACTACGCGGCGACAGCTACAAAAAGTTTTTCAGCCGCTTTATCCAGCATGACCAACTGGGCAGTTTCCACGGGGCCCTCAAGCGCAAATTTTTCCACGTCATCGAGGATCGCCCTAACGCTCCCGACTTCGGGATGCCGGAGCATGGATTTGTCGAAGATCTGAAACCCATTCCAGACCCAAGCCTGGCCTACTCGGCTTCGAAAATATCCGGGAACGTCCTGGAAGAGCTCTACAGCAAACAATTGAGCAAGATTTTCAAGGACGCGAAAGTCATCGCTGTGTCTACCGACAGTGAAGACCGCAAGACCCGCCATGATCGCTGGGAGCGAATAAAGAGTATCGGCCTTGCGCTGTTCAACGCCGCGCTATTTGTCATCGCGCCCTTTGTGCCGGTCGTCGGCGAGTTGATGTTGCTGCAGATGGCCTATCAACTGCTCGAAGACGCTTACGAAGGTGTACGCGACTGGGTGGCGGGCAAATCGATCGAAGCTTTTGAACATTTGTTCAGCATTGTCGAAACCGTACTCCAAACGGCCGGGTTTGCCGTAGGGGGCAGCATTGTCGGGGATTTGCTCGCCAAACCATCATCGTTCGTCAAAAACCTCAAGCCGGTGATTTCCACCGATGGCAAAACGCGGCTGTGGAACCCTGACCCGGCACCCTATGCACACCCGATCGAAGTACCGCCCACCTCGAAACCCGACACGCTTGGCCTGCACGAACATGACAGCCGCATCTTGCTGAAGCTGGCAGCGGATGACGATTCACAGCACACCCTGGCCCTGAGCAAAACCGCCGAAACAGAACGCTATACCCTGACTCACCCGACCCGGCCCGACGCCTACAGCCCGCGAATGGAACATAACGGCCAGGGCGCCTGGTTGATGGAGGGTGAACAACCGCAAGCCTGGAAAAGCCAGACACTGATGCGGCGCCTGGGCCACGCGACGGATGGCTTCAGCGATGCCGAACTGCAACAGCTGCGCATCATCAGCGGCACCGACGAAGGCGTTCTGCGCAGGGTTCATCTGCAAAACGAAGCCATGCCGCCCTTGCTGGACGATACCCTGGCGCGCTTCAGAACCTACCGGACTGTCGACCAGAATATCGGCCGTATCCGCGCGGGCGAAGCGCTGGACACCCAAGGCGGCTGGTTTGAACCCTTGGTAACCGAACTCGATGGCTGGCCCAGCGACAAAGCCCTGGAAGTATTTGCCGACTTCACGTTAACCGGCACACCTCATCACTACGGGGCATCCGTCCCGTCCGCCGACACCTTCAAGATCTCCCTGGGGGACCTGAACGGCGGAAAACTTGCTCCGCTTATTGTCGAGGGTCTCGATGAGCAACAACTCAGCGACTTGGTCGGATCGCAAACCCCGAAAGAACAGGCGCCACAGCGTCTGAACGAAAAACTGGCCGACCGCGCCGCGAGCCGCAAGATGGAAATCTTCGAGCAGGAATACCGCGGACAAGAACCCAGGCAGGCGCCAGAAGCTGCACTGGTCGAAAACACGATTGCGGACCTGCCTGCGCCCGTGACCCGGGTACTGCTCGACACGGCCACGCCTGCGGAAAACACCGCTATGACCGACCAGAACCGCGTTCCCCTGCGACTCAGGAACCTGGCCGAGGAGATGCACGTACAAACCCGGATAACCCGCGCCCAGGAAGGTCTTCTTGAAGACGACCTGCTCACCCCAGAAGGTGAAACGCTGACGCTCAACACCCTCAAGGCTTTTTCCGACGCGATCAGCGATGTCCACATTGAAGTCCGCGACAAAGTAATTGACGGCACGCTGCGCGCAAACCATCAACCGCAGCGCGCTACGCTCAAACGCGTGCTGGTGCGCACAGAGCCAGGCAAATATGAAGTGCGTGACAATGATGACCAATTGCTGCATCCGGCCAAACGTTTCCACAACGCATTGCTCAATGCCCTGCCGCCGAAAAATCTCGGCAAATTGACCTCGCGCTTCAAGCCAGGCGAAAAATTCAAGCACTGGCTTATCGACCAGTACCAGAACACCCGCCGGATACGCACCGCGATGGATTTCCCAGCCGTCGGCGCCTCCACCGCCCGCGAAACCGAAACCCTGCTGCGTGGGCCGATTTTTAGCCGTTTATGGCCTGCGGCCGAAGCCTTGCCCGCCGAAGTCGACCCGTTGGCTGAACGGCTGAAAAAAATCTACCCGACTCGGGATGAAGAGCAGATCGCCAACATGGTCAGCAGACTCGACTCCGATGAGCAGCTGCAAAAGCTCGCCGAGCTGGAGGACGAGAAGGCACAGCTTTTCGATGAGCTGGACCAGTGGGCGTCCACCCTGCCTCGCCATATCAATGCTCGCAGGATCCTCGCCGCACGACGCGAGATCACCCGTCGAATCAAGGACTCCTGGCTGCGTGGCGAAAAAGAGCAGATCCGCACCAACGGTGAGATATCTCGCGAGGACGTCACACTGAAGCTGGACCAGATATCGTTTGAGGGGGTGAAAATCGAAGATCTCGCGTTGAGCAAAAAGCTGCCCCATGTAATAAAACTGAGCCTGAATCAGTGCAATTTGTCTTCACTCAGCACAGATTTCCTCTCCAACTTCCCTGAGGTTCAGGTGTTGACCGCCGTCGGCAACAACTTGCAAAGCCTGCCTGAGGCCTTGAACGACCTGCCCACATTGCGCGTTATCAATCTTTCGCAAAACAAGATCGTGATTGATCCTGCCTCCGCAGCCAGTCTGCAAAAACCCGCGCTGCTATCTCTGAACCTCAACCAAAACCCCTTGGGGTTCGCTCCCGACGTCAGTCAACTGCCCGCTCTCAAAGCGCTCATGCTGAACAGGACGCAGATCACCGACTGGCCTCGAGGGCTGTTTTCGCACCCAAGAGCCGAGCACTTCGACTTACAAATGCAGGGCAACGAGATAACCACCGTGCCCGACTGCGAAGCCGGATCCCCCGAGGCCTGGATTGTGGCCCGCACGCGCCTGGACCGGCAGAAACTCGATCTGCAAAACGATGACAAGCTCGCCAATTACCGTCGCTCGGTGGGCCTTGATCCTCACCGTACCTACCCGCCGCGGGGCGATAAAGGCAGTGCTTTCTGGGTGAAGGATTATCGCGGAACGGATCTGGAGGCGCTGAGATTCACTTGGGATATTCTGGAAAACGAAGTCGGCTCCCAAGGTTTTTTCGAAGTCATCGCCAAGTTGGAAATAACCGACGACACCCTCTTCCAGACCGACGAGGATCAAGAAGCCTATGAAGAAAACCGCTCTGCACTCACTGACCAGGTCTGGCGAGTGATAGAGGCAGCCAGTGACGACACCGAGCTTCGCGAGAAGCTGTTCACAATGGCCGACGCCCCCACCAACTGTGCAGATGCCGGGGCGCAGATCTTCAATGCCATGGGGATCGAGACCATGCTCTCTGAGTTCTCTCACGCAGGCAGCGATGCGCCGACGCTGGAAAAAAACCTGATCGGCCTGGCCAGGGGCAAAGCACGGCTCAACAAGCTCTACGAAATCGCCCGCGCCGACGTGGCGCAGCGTGTATCGCCTGTAGAAAAGGACGGCCTGGGCCTGCGGTTCACCAGCGAGGTAATCAACGGTGAACCCGGCACGGTGGACGAGGTCGAGGTGCACACGGCCTATCAGGCCCGATTTACCAATAGCCTGGAGCTGCCGTGGGTATCGAAGCACATGGTTTATCGAAACACGGCGAACGTCACCGAACCGCAAATAAAGAATGCCATGCGCCTGGTGCGAGAGGGTGAGCGTAACGGTGGCCTGGTCAATCAGATCCTTGATGTCGAGTTCTGGGACACTTACCTGAGCGACGCCTACGCCGATAGACTCCAGGCCAACGATGAACTCTACGAAGCCCAGGCCGAGCAGCTAGAAGAACTGCGGGACCTGCAACACGAGTGGGTCGAATTCAATACCCGCCTGGAAGACAGGAATCCGGCAAAAAAACAGAGGCTGATCGAGCTCGCCAGCCAGTTGAGCGTGCCTGAAGCTGATGTGCTGACCGCAGGTAAAATGCCGGACAGCACCTATAACCGAGCCTACAGCGCCATCGCCGACCGGCGGAAAGAGCTCAGGCGCCAACTGACCAGTGAAGCGCTCACCCGGGCCCGCCTGGTTTAA MNTPITVVLPRRKIAHHKLIEKALPEWIAKTPLKQLERLKTIRPELPDWFKQATPAQHKELRGTHTDSWTKRNEVEKELVRLLDVHSFAEPLLKKHIKQRFNIDLDVRETFINLYIPTRLPIIDLPTDGSKQWRVSVLDAALHNFEAFEGEADAHLPESGFITRPDAHGRFRILDEVTGKLPVDQFVRFCRELDIGRRYDTHLREELGLDDHGKQLRLKTRIIASQLADLKAALHHASLTLAIQKSSLQSLLAFIAGRDNTWQTYDLTLLSTPLTGPMIFSPGNEWSASAPVVVYIPHDPKVPLKEYPSMAAFMTHLTEQLRGDSYKKFFSRFIQHDQLGSFHGALKRKFFHVIEDRPNAPDFGMPEHGFVEDLKPIPDPSLAYSASKISGNVLEELYSKQLSKIFKDAKVIAVSTDSEDRKTRHDRWERIKSIGLALFNAALFVIAPFVPVVGELMLLQMAYQLLEDAYEGVRDWVAGKSIEAFEHLFSIVETVLQTAGFAVGGSIVGDLLAKPSSFVKNLKPVISTDGKTRLWNPDPAPYAHPIEVPPTSKPDTLGLHEHDSRILLKLAADDDSQHTLALSKTAETERYTLTHPTRPDAYSPRMEHNGQGAWLMEGEQPQAWKSQTLMRRLGHATDGFSDAELQQLRIISGTDEGVLRRVHLQNEAMPPLLDDTLARFRTYRTVDQNIGRIRAGEALDTQGGWFEPLVTELDGWPSDKALEVFADFTLTGTPHHYGASVPSADTFKISLGDLNGGKLAPLIVEGLDEQQLSDLVGSQTPKEQAPQRLNEKLADRAASRKMEIFEQEYRGQEPRQAPEAALVENTIADLPAPVTRVLLDTATPAENTAMTDQNRVPLRLRNLAEEMHVQTRITRAQEGLLEDDLLTPEGETLTLNTLKAFSDAISDVHIEVRDKVIDGTLRANHQPQRATLKRVLVRTEPGKYEVRDNDDQLLHPAKRFHNALLNALPPKNLGKLTSRFKPGEKFKHWLIDQYQNTRRIRTAMDFPAVGASTARETETLLRGPIFSRLWPAAEALPAEVDPLAERLKKIYPTRDEEQIANMVSRLDSDEQLQKLAELEDEKAQLFDELDQWASTLPRHINARRILAARREITRRIKDSWLRGEKEQIRTNGEISREDVTLKLDQISFEGVKIEDLALSKKLPHVIKLSLNQCNLSSLSTDFLSNFPEVQVLTAVGNNLQSLPEALNDLPTLRVINLSQNKIVIDPASAASLQKPALLSLNLNQNPLGFAPDVSQLPALKALMLNRTQITDWPRGLFSHPRAEHFDLQMQGNEITTVPDCEAGSPEAWIVARTRLDRQKLDLQNDDKLANYRRSVGLDPHRTYPPRGDKGSAFWVKDYRGTDLEALRFTWDILENEVGSQGFFEVIAKLEITDDTLFQTDEDQEAYEENRSALTDQVWRVIEAASDDTELREKLFTMADAPTNCADAGAQIFNAMGIETMLSEFSHAGSDAPTLEKNLIGLARGKARLNKLYEIARADVAQRVSPVEKDGLGLRFTSEVINGEPGTVDEVEVHTAYQARFTNSLELPWVSKHMVYRNTANVTEPQIKNAMRLVREGERNGGLVNQILDVEFWDTYLSDAYADRLQANDELYEAQAEQLEELRDLQHEWVEFNTRLEDRNPAKKQRLIELASQLSVPEADVLTAGKMPDSTYNRAYSAIADRRKELRRQLTSEALTRARLV NA NA NA NA NA D1-35_00336 1221 aruC COG4992 Succinylornithine transaminase/acetylornithine aminotransferase ATGTCCGTTGAGCAAGCCGCGGTCCAACGCGCCGATTTCGACCAGGTAATGGTTCCCAACTATGCACCTGCTGCCTTTATCCCTGTGCGTGGTGCCGGTTCCCGCGTGTGGGACCAGTCCGGTCGCGAGCTGATCGATTTTGCTGGCGGTATCGCAGTCAACGTACTGGGCCATGCCCATCCGGCGCTGGTCGGAGCCCTGACCGAGCAGGCCAACAAGCTGTGGCATGTGTCGAACGTATTCACCAACGAGCCGGCCTTGCGCCTGGCCCACAAGCTGGTCGACGCGACCTTTGCCGAGCGTGCGTTCTTCTGCAACTCCGGCGCCGAAGCCAACGAGGCCGCGTTCAAGCTGGCCCGTCGCGTCGGCTTTGATCGGTTTGGCAGCGAGAAATACGAGATCATCGCCGCGCTCAATAGCTTCCACGGGCGGACCCTGTTCACCGTCAACGTTGGCGGGCAGTCGAAGTACTCCGACGGTTTCGGTCCTAAAATCACCGGCATCACCCACGTTCCTTATAACGACCTTGCGGCTTTGCAGGCGGCGGTCTCGGACAAGACCTGCGCCGTGGTGCTGGAGCCGATCCAGGGCGAGGGCGGCGTGTTGCCGGGCGATCTGGCTTACCTGCAAGGCGCCCGCGAGCTGTGCGACGCACACAATGCGCTGCTGGTATTTGACGAAGTGCAGACCGGCATGGGCCGCAGTGGCGAATTGTTCGCCTACATGCACTACGGTGTGGTTCCGGACATCCTCACCAGCGCCAAGAGCCTGGGCGGTGGTTTCCCGATCGCGGCGATGCTCACCACCGAAGCGCTGGCCAAGCACCTGGTGGTCGGCACCCACGGCACCACCTATGGCGGCAACCCGCTGGCCTGTGCGGTGGCCGAAGCGGTGATCGACGTGGTCAATACGCCTGAAGTGCTCGGTGGCGTCAAAGCCAAGCATCAGAAATTCAAGGCGCGCCTGGAGCAGATCGGCGAGAAGTACGGCCTGTTTACCCAGGTGCGCGGTCTGGGCCTGTTGATCGGCTGCGTGCTGAACGACGCCTGGAAAGGCAAGGCCAAGGACATCTTCAACGCCGCCGAGCAGGAAGGCCTGATGATTCTGCAAGCCGGCCCGGACGTGATTCGTTTCGCCCCGAGCCTGGTGGTGGAAGACGCCGACATCGACGCCGGCCTGGACCGCTTCGAGCGGGCTGCGGCGAAGCTGACGCAAGCCTGA MSVEQAAVQRADFDQVMVPNYAPAAFIPVRGAGSRVWDQSGRELIDFAGGIAVNVLGHAHPALVGALTEQANKLWHVSNVFTNEPALRLAHKLVDATFAERAFFCNSGAEANEAAFKLARRVGFDRFGSEKYEIIAALNSFHGRTLFTVNVGGQSKYSDGFGPKITGITHVPYNDLAALQAAVSDKTCAVVLEPIQGEGGVLPGDLAYLQGARELCDAHNALLVFDEVQTGMGRSGELFAYMHYGVVPDILTSAKSLGGGFPIAAMLTTEALAKHLVVGTHGTTYGGNPLACAVAEAVIDVVNTPEVLGGVKAKHQKFKARLEQIGEKYGLFTQVRGLGLLIGCVLNDAWKGKAKDIFNAAEQEGLMILQAGPDVIRFAPSLVVEDADIDAGLDRFERAAAKLTQA PGPT0014253_840 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821 NA NA D1-35_00337 1020 astA_1 COG3138 Arginine N-succinyltransferase subunit alpha ATGCTGGTGATGCGCCCCGCGCAAATGGCTGACCTGGGCGAGGTACAGCGGCTGGCTGCGGACAGTCCGATCGGTGTCACTTCCTTGCCGGACGACGTGGAACGCCTGAGCGACAAGATCGCTGCAAGTGAAGCCTCGTTCGCCGCCGAAGTCAGTTTTAACGGCGAGGAAAGCTATTTCTTCGTCCTCGAAGACACCACCACCGGCAAGCTGGTCGGCTGTTCGGCCATCGTCGCGTCGGCGGGCTATTCCGAGCCGTTCTACAGCTTTCGCAACGAGACGTTCGTCCATGCCTCCCGCGAGCTGAAGATCCACAACAAGATTCACGTCCTGTCCCAGTGCCACGACCTGACCGGTAACAGTCTGTTGACCAGTTTCTACGTGGTCCCGGAACTGGTCGGCTCGCCCTGGGCGGAGCTCAACTCCCGCGGACGCCTGCTGTTCGTGGCCAGCCATCCGGAGCGCTTCGCCGATTCGGTGGTGACCGAGATCGTCGGCTACAGCGACGAGAATGGCGATTCACCGTTCTGGGACGCCATCGGTCGCAATTTCTTCGACCTCAATTACGCCGCCGCCGAGCGCCTGTGCGGGCTGAAAAGCCGGACCTTCCTCGCCGAGCTGATGCCGCATTACCCGATCTACGTGCCGCTGTTGCCGGACGCCGCCCAGGAAGCCATGGGCCAGGTCCACCCGCGTGCACAGATCACCTTCGACATCCTGATGCGCGAAGGTTTCGAGACCGATCACTACATCGACATCTTCGACGGCGGTCCGACCTTGCATGCGCGTGTCTCGGGGATCCGCTCGATCGCCCAGAGCCGCGTGGTGCCGGTCAAGATCGGTGAAACGGTGAAGGGCGTGGGCCGCCAGTACCTGGTGGCCAATGCCCAACTGCAGGATTACCGCGCCGTGCTGCTCGAACTCGATTACGCGCCGGGCAAGCCCGTGACACTGGATATGGACGCGGCCGAAGCCTTGGGCGTCGGCGAGGGTGCCAGCGTGCGCCTGGTAGCCGTATAA MLVMRPAQMADLGEVQRLAADSPIGVTSLPDDVERLSDKIAASEASFAAEVSFNGEESYFFVLEDTTTGKLVGCSAIVASAGYSEPFYSFRNETFVHASRELKIHNKIHVLSQCHDLTGNSLLTSFYVVPELVGSPWAELNSRGRLLFVASHPERFADSVVTEIVGYSDENGDSPFWDAIGRNFFDLNYAAAERLCGLKSRTFLAELMPHYPIYVPLLPDAAQEAMGQVHPRAQITFDILMREGFETDHYIDIFDGGPTLHARVSGIRSIAQSRVVPVKIGETVKGVGRQYLVANAQLQDYRAVLLELDYAPGKPVTLDMDAAEALGVGEGASVRLVAV PGPT0020090_1023 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673 NA NA D1-35_00338 1026 aruG_1 COG3138 Arginine N-succinyltransferase subunit beta ATGATCGTTCGTCCCGTACGCAGCAGCGATTTACCCGCGCTGATCGCCCTGGCCCGCAGCACCGGCACCGGCCTGACCACCTTGCCGGCCAACGAAGAGCGCCTGGCGCATCGGGTCGGCTGGGCCGAGAAGACCTTTCGCGGCGAAGCCGGGCGCGGCGATGCGGACTACCTGTTCGTGCTTGAAGACGACGACGGTCGCGTGGTGGGCATTTCCGCCATCGCCGGTGCCGTGGGGCTGCGCGAGCCCTGGTACAACTTCCGGGTCGGCCTGACGGTCAGCGCTTCCCAGGAGCTGAACATCTACCGGGAAATCCCGACGCTGTTCCTGGCCAACGACCTGACCGGCAATTCGGAACTGTGCTCGCTGTTCCTGCACGCCGACTACCGCAACGGCCTCAACGGCCGCATGCTGGCCAAGGCGCGGCTGCTGTTCATCGCCGAATTCTCCCAGCTGTTCGGTAACAAAATCATCGCCGAGATGCGCGGCATGTCCGACGAAAACGGCCGTTCGCCGTTCTGGGAAAGCCTCGGTCGGCACTTCTTCAAGATGGAATTCAGCCAGGCCGATTACCTGACCGGCGTGGGCAACAAGGCTTTCATTGCCGAATTGATGCCCAAGTTCCCGCTGTACACCTGCTTCCTGTCCGAGGATGCCCGGGCCGTGATCGGCCAGGTCCATCCCGACACCGAACCGGCGCTGTCGATGCTCAAGAGCGAAGGCTTCAGCTATCAGGGCTATGTCGACATCTTCGACGCCGGCCCGGCCGTCGAATGCGAGACCGGCAAGATCCGCGCGATTCGCGACAGCCAGGCGCTGGTGCTGGCCATCGGCACGCCGGGCGATGACGCCACGCCGTTCCTCATCCATAACCGCAAGTGCCAGGACTGCCGCATCACCGCGGCGCCTGCGCGCTTCGCCGCGGGCACCCTGGTGGTCGATCCGCTGACCGCCAAACGTCTTCAACTCAACGCCGGCGACCAGGTGCGTGCCGTGGCGTTGTCCGCCGCTCGGGAGACCAAATAA MIVRPVRSSDLPALIALARSTGTGLTTLPANEERLAHRVGWAEKTFRGEAGRGDADYLFVLEDDDGRVVGISAIAGAVGLREPWYNFRVGLTVSASQELNIYREIPTLFLANDLTGNSELCSLFLHADYRNGLNGRMLAKARLLFIAEFSQLFGNKIIAEMRGMSDENGRSPFWESLGRHFFKMEFSQADYLTGVGNKAFIAELMPKFPLYTCFLSEDARAVIGQVHPDTEPALSMLKSEGFSYQGYVDIFDAGPAVECETGKIRAIRDSQALVLAIGTPGDDATPFLIHNRKCQDCRITAAPARFAAGTLVVDPLTAKRLQLNAGDQVRAVALSAARETK PGPT0020090_818 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673 NA NA D1-35_00339 1467 astD COG1012 N-succinylglutamate 5-semialdehyde dehydrogenase ATGAAATCGTTGTACATCGCGGGAAGCTGGCTGGAAGGCCAGGGCGACGTCTTTGAGTCGTTGAACCCGGTCACCCAGCAAGTGTTGTGGACGGGCAAGGGCGCCACCGCGGCGCAGGTCGAGTCGGCCGTGCAGGCGGCGCGCCAGGCGTTCCCGGAGTGGGCGCGGCGCTCGCTGGATGAACGCATCCAGGTGCTCGAAGCCTTCGCCGGCACCTTGAAGACGCAGGCTGACGAATTGGCCCGTTGCATCGGTGAGGAAACCGGCAAGCCGCTGTGGGAAGCCGCCACCGAAGTCACCAGCATGATCAACAAGGTGGGGATTTCGGTACAGAGCTACCGCGAGCGCACCGGCGAAAAGAGCGGCCCCCTGGGCGACGCCACCGCCGTGCTGCGGCACAAGCCCCACGGTGTGGTGGCGGTATTCGGCCCTTACAACTTCCCCGGCCATTTGCCCAACGGGCACATCGTGCCGGCGCTGCTGGCGGGTAACTGCGTGTTGTTCAAACCGAGCGAGCTGACCCCGAAAGTCGCCGAGCTGACGGTCCAGTGCTGGGTCGAGGCCGGCCTGCCGGCGGGCGTGCTGAACCTGCTGCAGGGCGCGCGGGAAACCGGTATCGCCCTGGCGGCGGATCCGGGCATCGACGGGCTGTTCTTCACCGGTTCCAGTCGCACCGGCAACCTGCTGCATCAACAATTCTCCGGTCGTCCGGACAAGATCCTCGCGCTGGAAATGGGCGGCAACAATCCACTGGTGGTGGACGAAGTGGCCGACGTCGATGCGGCGGTCTATACGATCATCCAGTCGGCGTTCATTTCCGCCGGCCAGCGTTGCACCTGCGCGCGCCGCCTGTTGGTGCCGGAAGGTGCCTGGGGCGATGCCTTGCTGGCGCGCCTGGTGCAGGTCAGCTCGACTATCGAAGTCGGCGCCTTTGACCAGCAACCGGCACCGTTCATGGGCTCGGTGGTTTCCTTAGGCGCGGCGAAGGCGCTGATGGACGCGCAGAATCATTTGCTGGGCAAGGGCGCCGCGCCGCTGCTCGCCATGACCCAGCCACAGCCCCAGGCCGCGTTGCTGACACCGGGTATCCTCGACGTGACCGCCGTGACCGAGCGCCCCGACGAAGAGTTGTTCGGGCCGCTGCTGCAGGTGATCCGCTACAAGGATTTCGCCGCCGCGATCAGCGAAGCCAACAATACCCAATATGGCCTGGCCGCCGGGTTGCTCTCGGATTCGCAAGAACGTTACGACCAGTTCTGGCTGCAAAGCCGCGCCGGCATCGTCAACTGGAACAAACAGCTGACCGGCGCCGCCAGCAGCGCGCCGTTCGGCGGCATCGGCGCCTCGGGCAACCACCGCGCCAGTGCTTATTACGCGGCGGATTACTGCGCGTACCCGGTGGCGTCGCTGGAGACACCAAGCCTGGTGATGCCGGCCAGCCTGACACCTGGCGTGCGAATGGCGTAG MKSLYIAGSWLEGQGDVFESLNPVTQQVLWTGKGATAAQVESAVQAARQAFPEWARRSLDERIQVLEAFAGTLKTQADELARCIGEETGKPLWEAATEVTSMINKVGISVQSYRERTGEKSGPLGDATAVLRHKPHGVVAVFGPYNFPGHLPNGHIVPALLAGNCVLFKPSELTPKVAELTVQCWVEAGLPAGVLNLLQGARETGIALAADPGIDGLFFTGSSRTGNLLHQQFSGRPDKILALEMGGNNPLVVDEVADVDAAVYTIIQSAFISAGQRCTCARRLLVPEGAWGDALLARLVQVSSTIEVGAFDQQPAPFMGSVVSLGAAKALMDAQNHLLGKGAAPLLAMTQPQPQAALLTPGILDVTAVTERPDEELFGPLLQVIRYKDFAAAISEANNTQYGLAAGLLSDSQERYDQFWLQSRAGIVNWNKQLTGAASSAPFGGIGASGNHRASAYYAADYCAYPVASLETPSLVMPASLTPGVRMA NA NA NA NA NA D1-35_00340 1347 astB COG3724 N-succinylarginine dihydrolase ATGAAATCCTATGAAGTCAACTTTGACGGTCTAGTGGGGCCGACCCATAACTACGGCGGGCTCTCGTACGGCAACGTCGCGTCCCAGAGCAACAGCCAGCAATCCTCGAACCCCAAGGAGGCGGCGCTGCAAGGCCTGGCGAAAATGAAGGCGCTGATGGACATGGGCTTTCAGCAGGGCGTGCTGGCGCCGCAGGAGCGTCCGGACGTGGCGGCCTTGCGTCGGTTGGGCTTTGCCGGCAGCGATGCGCAGGTCATCCAGCGCGCCGCGAAAGAAGCGATGCCGCTGCTGGTTGCCAGTTGCTCGGCCTCGAGTATGTGGGTGGCCAACGCCGCCACCGTCAGCCCGAGCGCCGACACCGCTGACGGCCGCGTGCATTTCACCGCCGCCAACCTCAATTGCAAGTACCACCGCAGCATCGAGCACCCGACCACCAGCCGTGTGTTGGGCGCGATGTTCGCCGACCAGCAGCACTTCGCCCATCACGCCGCGTTGCCCGCGGTGGCGCAGTTCGGCGATGAAGGCGCGGCCAACCACACGCGATTCTGCCGTGCCTATGGCGAGGCCGGCGTCGAGTTTTTTGTCTTCGGCCGCAGCGCCTTCGACAGCCGTTACCCGTCGCCACAGAAATACCCGGCGCGCCAGACCCTTGAAGCGTCCCGCGCCGTTGCCCGCCTGCACGGCCTGAGCGAGGAGGGCGTGGTGTACGCCCAACAGAACCCGGCGGTGATCGACCAGGGCGTCTTCCACAACGACGTGATCGCGGTCGGTAACGGCGAAGTGTTGTTCTATCACGAGGACGCGTTCCTCGACACAGACCGGATGCTGGCCGAGCTGAGCAGCAAGATCGCCAAAGTCGGTGGGAAATTTCAGCCAGTGTGCGTACCGCGTTCGGCGGTCACCGTGGATGATGCGGTACGTTCCTACCTGTTCAATAGCCAGTTGCTGTCGCGTGCCGACGGCTCGATGCTGTTGATCGTGCCGGAAGAATGCCGTGGCAACGAACGCGTCTGGAACTACCTGCAAGGCCTGACGGGGTCTGGCGGGGTGATTCGCGAAGTGAAGGTCTTCGATCTCAAGCAAAGCATGCAGAACGGCGGCGGCCCCGCTTGCCTGAGGTTGCGCGTGGCGCTTAACGAAACCGAACTGGCGGCCGTCAACCCAGGGGTTATCATGACCGCGCCGCTGTATGAGTCGTTGACCCAATGGGTCGAGCGCCATTACCGCGACCGCATGACCGAAAACGACCTGGCGGACCCGCAATTGTTGCTTGAGTGCCGGTCGGCACTGGATGAACTGACACAAATCCTTAAACTTGGCGCGGTTTATCCTTTCCAGATCAATTGA MKSYEVNFDGLVGPTHNYGGLSYGNVASQSNSQQSSNPKEAALQGLAKMKALMDMGFQQGVLAPQERPDVAALRRLGFAGSDAQVIQRAAKEAMPLLVASCSASSMWVANAATVSPSADTADGRVHFTAANLNCKYHRSIEHPTTSRVLGAMFADQQHFAHHAALPAVAQFGDEGAANHTRFCRAYGEAGVEFFVFGRSAFDSRYPSPQKYPARQTLEASRAVARLHGLSEEGVVYAQQNPAVIDQGVFHNDVIAVGNGEVLFYHEDAFLDTDRMLAELSSKIAKVGGKFQPVCVPRSAVTVDDAVRSYLFNSQLLSRADGSMLLIVPEECRGNERVWNYLQGLTGSGGVIREVKVFDLKQSMQNGGGPACLRLRVALNETELAAVNPGVIMTAPLYESLTQWVERHYRDRMTENDLADPQLLLECRSALDELTQILKLGAVYPFQIN NA NA NA NA NA D1-35_00341 288 hypothetical protein ATGAGCGATACCCTGCAGCTGATCCTAGAAGACACCGACGGCACGCAACTGGAAACCTCCTGCACCCGCGTCGCGGTGATGTGGCAGGGCAAGGAGCTGTGGATCCAGCAGGACGGCCGCGGCCAGCTGTTGATCGGCGTCGACGTCGAGGAAGGGGACGCGGAATACGCCAACCTCTTGCTGCGTCCATTGGCGACCAACCTGGTCAGCCTGCAACTGGAAATGGAACCGGCCGACATCGGCGATGACGACCACGTCCATGGCCCTGACTGCGGCCACGATCACTAA MSDTLQLILEDTDGTQLETSCTRVAVMWQGKELWIQQDGRGQLLIGVDVEEGDAEYANLLLRPLATNLVSLQLEMEPADIGDDDHVHGPDCGHDH NA NA NA NA NA D1-35_00342 1008 astE COG2988 Succinylglutamate desuccinylase ATGCTCGCCCTCGGCAAACTGCTTGAACTGACCCTCGCCGGCCGCGAACCGGCGGAGAAGACTCAACTGACTGTCGAAGGCGTACGGATGCGCTGGTTGAGCGAGGGCGCGCTGGAGGTCAAGCCGCCCGAAGCCCGGGACAACGGCCTGGACCTGCTGCTGTCGGCCGGTATCCATGGCAATGAAACCGCGCCGATCGAGTTGCTCGATCGACTGCTGCACGACATTGCCCGTGGCGACCTGAAGCCGCGGGCACGCATTCTATTTCTGTTCGGCAACCCCGAGGCGATTCGTCGCGGCGAGCGTTTTGTCGAGCAGGACGTCAACCGGCTGTTCAACGGCCGCCACGAACTGAGCGGCGGCCCCGAGGCGTTGCGCGCCTGTGAGCTGGAACGGCTGGCTGCGAGTTTCTTCAGCGTGCCGGACCGCAGCCGTCTGCACTACGACTTGCACACCGCCATCCGCGGTTCGAAGATCGAGCAGTTCGCCCTGTACCCCTGGAAGGAAGGCCGCCAACATTCACGTCGCGAGCTGGCGCGCCTGCGCGCGGCGGGCATGGAAGCGGTGTTGCTGCAGAACAAACCGTCCATCGTCTTCAGCGCGTACACCTACGATCAGCTGGGCGCCGAGTCCTTCACTCTGGAACTGGGCAAGGCCCGGCCGTTCGGGCAGAACGGTGGCGTCAACGTCAACCAGCTGGAAACCCGCCTGCACCAGGTCATCGAAGGCAACGAGCCGGAGCTGGAAGACAGCCTGGATGGTCTGCAACTGTTCAGCGTGGCGCGGGAAATCATCAAGCACAGCGACAGCTTCCGCCTGAACCTGCCGGCGGACATCGAGAACTTCTCGGAACTTGAAAAAGGTTACGTCCTGGCCGAGGACATCGCCCAGACCCGCTGGGTGATCGAAGAAGAGGGCGCGCGGATCATCTTCCCGAACCCCAAGGTCAAGAATGGCTTGCGCGCGGGCATCCTGATCGTGCCCGCGACGGACGAGAACCTGGCCTAA MLALGKLLELTLAGREPAEKTQLTVEGVRMRWLSEGALEVKPPEARDNGLDLLLSAGIHGNETAPIELLDRLLHDIARGDLKPRARILFLFGNPEAIRRGERFVEQDVNRLFNGRHELSGGPEALRACELERLAASFFSVPDRSRLHYDLHTAIRGSKIEQFALYPWKEGRQHSRRELARLRAAGMEAVLLQNKPSIVFSAYTYDQLGAESFTLELGKARPFGQNGGVNVNQLETRLHQVIEGNEPELEDSLDGLQLFSVAREIIKHSDSFRLNLPADIENFSELEKGYVLAEDIAQTRWVIEEEGARIIFPNPKVKNGLRAGILIVPATDENLA PGPT0020091_359 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020091-astE-K05526 NA NA D1-35_00343 510 ribH_1 6,7-dimethyl-8-ribityllumazine synthase ATGCAACCCACCGCAATCGACAGCAAGACCAAAACCCATCCGGGCGAGCGCGTCGCGTTCATCCAGGCCTGCTGGCACAAGGAAATCGTCGACCAGAGCCGTAAAGGCTTCGTCACTGAGATGATCAGCCAGGGTTATCAGGAAAGTGACATCGACTTCTTCGAAGTCGGCGGCGCGTTCGAAATCCCGCTGCACGCCAAGCTGCTGGCCAAGTCAGGTCGTTACGCCGGCATCGTCGCCGCCGGCCTGGTGGTGGACGGTGGCATCTATCGCCACGAGTTCGTCGCCCAATCGGTGATCAGCGGCCTGATGCAGGTCCAGTTGGAAACCGAAGTGCCGGTATTTTCGGTCGTGTTGACGCCGCATCACTTCCACGCTGGCGAAGAACATCAGAAATTCTTCTTCGAGCACTTCGTGCACAAGGGCCAGGAAGCGGCGAAGACCTGTGCCGATACGCTGCACAAGACGCGGGCGTTGCGCCGCAGTGAGCAGCGGGCGGTAGCGGTCTAA MQPTAIDSKTKTHPGERVAFIQACWHKEIVDQSRKGFVTEMISQGYQESDIDFFEVGGAFEIPLHAKLLAKSGRYAGIVAAGLVVDGGIYRHEFVAQSVISGLMQVQLETEVPVFSVVLTPHHFHAGEEHQKFFFEHFVHKGQEAAKTCADTLHKTRALRRSEQRAVAV PGPT0008605_767 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 D1-35_00345 1005 ltaE_1 COG2008 Low specificity L-threonine aldolase ATGAGCGCTATCGACCTTCGCAGCGACACGGTGACCCAACCTTGCGCCGGCATGCTGGATGCCATGGCCAGCGCGCCGACCGGCGACGATGTGTATGGCGAAGACCCGACCGTCAATCGTCTCGAAGCCGAGCTGGCCGCGCGCCTGGGGTTCGCGGCGGCGTTGTTCGTGCCCACGGGCACCATGAGCAACCTGCTGGGGTTGATGGCCCACTGTGAGCGCGGCGATGAATACATCGTCGGCCAGCAGGCCCACACCTACAAATACGAGGGTGGCGGTGCGGCGGTGCTCGGTTCGATCCAGCCCCAGCCCCTGGAAGTGCAGGCGGACGGCTCGCTGGACTTGGCGCAAGTGGCTGCCGCGATCAAGCCCGACGATTTCCATTTTGCCCGCACCCGCCTGCTGGCCCTGGAAAACACCATGCAGGGCAAGGTCTTGCCGCTGGAATACCTGGCGCAAGCCCGGCGTTTCACTCGGCAACATGGCCTGGCGCTGCACCTGGACGGCGCGCGGCTGTACAACGCCGCCGTCAAGCTGAACGTGGACGCCCGGGAGATCACCCAGCATTTCGATTCGGTGTCGGTGTGCCTGTCCAAGGGGCTCGGTGCCCCGGTGGGCTCGGTGCTGTGCGGCACTGACGAGTTGATCGGCAAGGCCCGTCGGCTGCGCAAGATGGTCGGTGGCGGCATGCGCCAGGCCGGGATCCTCGCGGCGGCGGGGCTGTATGCCCTGGAACATAACGTCCGACGCCTGGCCGACGATCACGCCAATGCCCAGCGGCTTGCCGAGGGCTTGCGTGCGGCGGGTTATTCCGTCGAGCCGGTGCAGACCAACATGGTCTACGTGCAGATCGGCGAGCGGGCCGAGGCGATAAAGGCCTATGCCGCCGAGCGACGCATCCAGCTCAGTGCCGCGCCCCGTCTGCGGATGGTCACCCACATGGATGTCGGCGCCGGGCAAATCGACCAGGTGATCGACACTTTCGTCGAATTTTCCCGCAACTGA MSAIDLRSDTVTQPCAGMLDAMASAPTGDDVYGEDPTVNRLEAELAARLGFAAALFVPTGTMSNLLGLMAHCERGDEYIVGQQAHTYKYEGGGAAVLGSIQPQPLEVQADGSLDLAQVAAAIKPDDFHFARTRLLALENTMQGKVLPLEYLAQARRFTRQHGLALHLDGARLYNAAVKLNVDAREITQHFDSVSVCLSKGLGAPVGSVLCGTDELIGKARRLRKMVGGGMRQAGILAAAGLYALEHNVRRLADDHANAQRLAEGLRAAGYSVEPVQTNMVYVQIGERAEAIKAYAAERRIQLSAAPRLRMVTHMDVGAGQIDQVIDTFVEFSRN PGPT0020465_3502 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020465-ltaE-K01620 NA NA D1-35_00346 2622 alaS COG0013 Alanine--tRNA ligase ATGAAAAGCGCAGAAATCCGTGAAGCCTTCCTTCGCTTCTTCGAAGAGCAAGGCCACACCCGAGTAGCCTCCAGCTCTTTGATTCCGGGCAACGACCCGACCCTGCTGTTCACCAACGCGGGGATGAACCAGTTCAAGGACTGCTTCCTGGGCCAGGAAAAACGTGCCTACACCCGCGCGGTGAGCAGCCAGAAATGCGTGCGTGCCGGTGGCAAGCACAACGACCTGGAAAACGTCGGCTATACCGCTCGTCACCACACCTTTTTCGAAATGCTGGGTAACTTCAGCTTCGGTGACTATTTCAAGCGCGACGCCATCACCTTCGCCTGGACATTCCTGACTTCCGAAAAGTGGCTGAACCTGCCGAAGGAAAAGCTCTGGGTCACGGTCTACGCCACCGACGACGAAGCCTACGACATCTGGACCAAAGAGGTCGGTGTCCCGGCTGAACGCATGGTGCGCATCGGCGACAACAAAGGCGCGCCTTACGCTTCCGACAACTTCTGGACCATGGGCGATACCGGCCCGTGCGGCCCTTGCACCGAGATCTTCTACGATCACGGCGCCGACATCTGGGGCGGCCCACCCGGCTCGCCGGAAGAAGACGGCGACCGTTACATCGAGATCTGGAACAACGTGTTCATGCAGTTCAACCGCACCGCCGACGGCGTGTTGCATCCGCTGCCGGCGCCGTCGGTAGACACCGGCATGGGCCTGGAGCGGATCAGTGCGGTGTTGCAGCACGTCCACTCCAACTACGAGATCGACCTGTTCCAGAGCCTGCTGGCCGCTTCGGCCAAGGCCATCGGTTGCACCAACGACAACCAGGCCTCGCTGAAAGTGGTGGCCGACCATATCCGTTCCTGCGGCTTCCTGATCGCCGACGGCGTGCTGCCTTCCAACGAAGGTCGCGGCTATGTGCTGCGCCGGATCATTCGTCGCGCCTGCCGTCACGGCAACAAGCTGGGCGCCAAGGGCAGCTTCTTCTATCAGATCGTCGCGGCGCTCGTGGCCGAGATGGGCGAGGCCTTTCCGGAGCTCAAGACTCAGCAGGCGCACATCGAACGTGTCCTCAAGGGTGAAGAAGAGCAGTTCGCCAAGACCCTGGAGCAGGGCCTGAAGATCCTCGAGCAGGATCTGGCCGAGCTCAAGGGCAACGTGGTTCCTGGTGACGTGGTGTTCAAGCTGTACGACACCTATGGCTTCCCGATGGACCTGACCGGCGACATCGCCCGCGAACGCAACCTGACCCTCGACGAGGAAGGTTTCGAGCGCGAGATGCAAGCCCAGCGCGTGCGTGCGCGCTCCGCCAGCTCCTTCGGCATGGACTACAACAGCCTGGTCAAGGTTGACGTGGCCACCGAATTTACCGGTTACGCCGCGACCACCGGCTCGGCCAAGATCGTGGCGATCTACAAGGACGGGCAATCGGTCGACATCCTGAGCGAAGGCCAGGAAGGCGTGATCGTGCTGGACACGACACCTTTCTACGCCGAGTCCGGCGGCCAGATCGGCGACAGCGGCTACTTGCAGGCCGGCAACTCGCGCTTCGATGTGCGTGACACCACCAAGACCGGCGGCGCGTTCCTGCACCACGGCGTGCTGGCCTCCGGCAGCCTGATGGTCGCAGCGCCCGTGGCCGCCCATGTCGACGCCGAGGTCCGTCACGCGACTGCGTTGAACCACTCCGCGACACACTTGCTGCACGCAGCGTTGCGCCAGGTGCTGGGCGAACACGTTCAGCAGAAGGGCTCGTTGGTGGACAGCCAGCGCCTGCGCTTCGACTTCAGCCATTTCGAAGCGATCAAGCCTGAGCAACTCAAGGCGCTGGAAGACATCGTCAACGCCGAGATCCGCAAGAACTCCCCGGTAGAGACCGAGGAAACCGACATCGAGACCGCCAAGCGCAAAGGCGCGATGGCGCTGTTCGGCGAGAAGTACGGCGATAACGTGCGCGTGCTGAGCATGGGCGATTTCTCGGTGGAGCTGTGCGGTGGCATCCACGCCAATCGTACCGGCGACATCGGCCTGCTGAAGATCATCAGCGAAGGCGGCGTGGCCTCCGGTGTGCGGCGTATCGAGGCGGTCACTGGCGCTGCTGCGCTGGCCTACCTCAACGCGGCTGAAGAACAACTCAAGGAAGCGGCGAGCCTGATCAAGGGCAGCCGTGACAACCTGATCGACAAGTTGTCGGCTGTGCTGGAACGCAACCGCCTGCTGGAAAAGCAGCTTGAACAGTTGCAGGCCAAGGCTGCCAGCGCCGCGGGCGACGATCTGTCGGCCCAGGCGGTGGACGTCAAGGGTGTGAAAGTGCTGGCTGTGCGTCTCGACGGCCAGGACGGCAAGGCGCTGCTGGCGCTGATCGATCAACTGAAAAACAAACTCGGCCGCGCAGTGATCCTGCTCGGCGGTGTCCATGAGGAAAAGGTCGTTCTCGTCGCAGGCGTGACCAAAGACCTGACTGGCCAACTCAAAGCCGGTGATTTGATGAAGCAGGCCGCTGCGGCAGTGGGCGGGAAGGGCGGTGGTCGTCCGGACATGGCGCAAGGCGGCGGTACCGACGCCAGCGCCCTGGACGCGGCACTGGCCCAGACCGTTGCATTTGTAGAGCAGGGCATTTAA MKSAEIREAFLRFFEEQGHTRVASSSLIPGNDPTLLFTNAGMNQFKDCFLGQEKRAYTRAVSSQKCVRAGGKHNDLENVGYTARHHTFFEMLGNFSFGDYFKRDAITFAWTFLTSEKWLNLPKEKLWVTVYATDDEAYDIWTKEVGVPAERMVRIGDNKGAPYASDNFWTMGDTGPCGPCTEIFYDHGADIWGGPPGSPEEDGDRYIEIWNNVFMQFNRTADGVLHPLPAPSVDTGMGLERISAVLQHVHSNYEIDLFQSLLAASAKAIGCTNDNQASLKVVADHIRSCGFLIADGVLPSNEGRGYVLRRIIRRACRHGNKLGAKGSFFYQIVAALVAEMGEAFPELKTQQAHIERVLKGEEEQFAKTLEQGLKILEQDLAELKGNVVPGDVVFKLYDTYGFPMDLTGDIARERNLTLDEEGFEREMQAQRVRARSASSFGMDYNSLVKVDVATEFTGYAATTGSAKIVAIYKDGQSVDILSEGQEGVIVLDTTPFYAESGGQIGDSGYLQAGNSRFDVRDTTKTGGAFLHHGVLASGSLMVAAPVAAHVDAEVRHATALNHSATHLLHAALRQVLGEHVQQKGSLVDSQRLRFDFSHFEAIKPEQLKALEDIVNAEIRKNSPVETEETDIETAKRKGAMALFGEKYGDNVRVLSMGDFSVELCGGIHANRTGDIGLLKIISEGGVASGVRRIEAVTGAAALAYLNAAEEQLKEAASLIKGSRDNLIDKLSAVLERNRLLEKQLEQLQAKAASAAGDDLSAQAVDVKGVKVLAVRLDGQDGKALLALIDQLKNKLGRAVILLGGVHEEKVVLVAGVTKDLTGQLKAGDLMKQAAAAVGGKGGGRPDMAQGGGTDASALDAALAQTVAFVEQGI NA NA NA NA NA D1-35_00347 1242 COG0527 Aspartate kinase ATGGCTTTGATCGTACAGAAATTTGGAGGCACCTCGGTCGGCACCGTCGAGAGAATCGAACAAGTCGCCGACAAGGTTAAGAAATTCCGTGACGCTGGCGATGACCTGGTGGTCGTGCTGTCGGCAATGAGCGGCGAGACCAACCGTCTGATCGATCTGGCCAAGCAAATCAGCGGCGACCAGCAACCGGTCCCCCGTGAGCTGGACGTAATCGTTTCCACTGGCGAGCAGGTGACCATCGCCTTGCTGGCCATGGCGCTGATCAAGCGTGGCGTACCGGCGGTGTCCTACACCGGCAACCAGGTGCGTATCCTGACCGACAGTGCGCATAACAAAGCGCGTATCCTGCAGATCGACGACCAGAAGATTCGCGGTGACCTGAAGGCTGGCCGCGTCGTGGTTGTCGCCGGTTTCCAGGGTGTGGACGAGCACGGCAACATCACCACCCTCGGCCGTGGCGGTTCCGATACCACTGGCGTGGCCCTGGCGGCAGCCCTCAAGGCTGACGAATGCCAGATCTATACCGATGTGGATGGCGTCTACACCACCGATCCGCGGGTCGTGCCCGTGGCTCAGCGCCTGGACAAGATCACCTTCGAAGAGATGCTGGAAATGGCCAGCCTCGGTTCCAAGGTGTTGCAGATCCGCGCGGTAGAGTTCGCCGGCAAGTACAACGTTCCGCTGCGCGTTCTGCACAGCTTCAAGGAGGGTCCGGGCACCCTCATTACTATCGATGAAGAGGAATCCATGGAACAGCCGATCATTTCCGGCATCGCTTTCAACCGCGATGAAGCCAAGCTGACCATCCGTGGCGTGCCAGACACTCCCGGCGTGGCGTTCAAGATTCTCGGCCCGATCAGCGCGGCCAACATTGAAGTCGATATGATCGTGCAGAACGTCGCGCACGATAACACCACCGACTTCACCTTCACCGTGCACCGCAACGATTACCAGGCCGCTGAAACCGTGCTGAAAAAGACCGCTGGCGAGATTGGCGCCCGGGAAGTGGTGGGCGACACCAAGATCGCCAAGGTCTCGATCGTCGGCGTCGGCATGCGCTCCCACGCAGGCGTGGCCAGCCGCATGTTCGAATCGCTGGCCAAGGAAAGCATCAACATCCAGATGATCTCCACCTCGGAAATCAAGGTGTCGGTGGTGATCGAAGAGAAGTACCTGGAACTGGCCGTGCGCGCCCTGCACACGGCTTTTGAGCTCGACGCTGCGGCCCGACAGGGCGAGTAA MALIVQKFGGTSVGTVERIEQVADKVKKFRDAGDDLVVVLSAMSGETNRLIDLAKQISGDQQPVPRELDVIVSTGEQVTIALLAMALIKRGVPAVSYTGNQVRILTDSAHNKARILQIDDQKIRGDLKAGRVVVVAGFQGVDEHGNITTLGRGGSDTTGVALAAALKADECQIYTDVDGVYTTDPRVVPVAQRLDKITFEEMLEMASLGSKVLQIRAVEFAGKYNVPLRVLHSFKEGPGTLITIDEEESMEQPIISGIAFNRDEAKLTIRGVPDTPGVAFKILGPISAANIEVDMIVQNVAHDNTTDFTFTVHRNDYQAAETVLKKTAGEIGAREVVGDTKIAKVSIVGVGMRSHAGVASRMFESLAKESINIQMISTSEIKVSVVIEEKYLELAVRALHTAFELDAAARQGE PGPT0014040_4387 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928 NA NA D1-35_00348 189 csrA2 Translational regulator CsrA2 ATGCTGATTCTGACCCGTCGGTGCGCAGAGAGCCTGATTATTGGCGATGGCGAAATCACCGTGACCGTGCTCGGCGTCAAAGGAAACCAAGTGCGTATCGGCGTCAACGCGCCGAAAGAGGTCGCTGTGCACCGGGAGGAAATTTACCTGCGTATCAAGAAAGAGAAGGACGACGAACCAAGCCATTAA MLILTRRCAESLIIGDGEITVTVLGVKGNQVRIGVNAPKEVAVHREEIYLRIKKEKDDEPSH PGPT0015065_1583 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 D1-35_00352 486 hypothetical protein ATGCTCGCAAACCGCTGTCTGTTTCCACTCGCCGCCTTAGCCTGCCTGCCTCTCTGGAGCGTCGCACAAACCGCGCATCGCTGCGAAAACGGCGCCGGGCAGGTGACGTTCACGAGCCTGAGCTGCCCGTCCGGGGAGATCCTGTCCGTGCAGCAGATAAACTCATTCAACCCAGGCCACGTCGCACCGCTGCTGCCGGAAGCGCTGCCGCTGAAAACATCCGGCAACACAAACAGACGCAAGGCACCGACCATCGTTGGCCAGTTGGAGGACGACTGCGGGAATCTGATCGACGCCAGTCAGCGCCGGGAGGCAATCATGGATCGGCGGGTAATCGCTGGCATGAGCCAGCAAGACGTGGAGAGCGCACTTGGCCGGCCCGACACGATCAAGGTGCGGAATTCGAACACGCGCTATACCTACAAAAAGAGGAACGGCCGCAGCACCGAGGTCGCGTTCGATGGAAAAGGCTGCGTGAAACGTTAA MLANRCLFPLAALACLPLWSVAQTAHRCENGAGQVTFTSLSCPSGEILSVQQINSFNPGHVAPLLPEALPLKTSGNTNRRKAPTIVGQLEDDCGNLIDASQRREAIMDRRVIAGMSQQDVESALGRPDTIKVRNSNTRYTYKKRNGRSTEVAFDGKGCVKR NA NA NA NA NA D1-35_00353 1443 COG2239 Magnesium transporter MgtE ATGACCGAAGTAGAAGTAAAAAAAACGCAGGAAAGCCTTCAGGATCGCCTCGCTCAAGTCGTTGAGCTGCTGCATCGTCAGCGGGTCGTCGAAGACCTGACGCATCGCCAGGAAGGCCCTCATTCCGACCGGGTCGGGAACCTGGTCCACCGGCAGAATCTCGTCGAGTTGCAGCGCAAGCTCGATGACCTGCACTCGGCCGACGTCGCCTACATCCTCGAAGCCTTGCCACTGGAAGAACGTCTGACCGTCTGGCAGCTGGTCCAGGCCGATCGCGACGGTGACATCCTGCTGGAAGTGTCCGACTCGGTTCGTGAAACCCTGATCGCCGACATGGATGATCACGAGCTGTTGGCGGCGGCCAAGGAGATGGACGCCGACGAGCTCGCCGACCTCGCCCCCGAACTGCCGCGCGATGTTGTCCATGAGTTGATGGAAGCCCTTGATGGGCAACAGCGCGAGCGTGTCCGCTCGGCATTGTCCTACGACGAGGAGCAGGTCGGTGCGCTGATGGACTTCGAGATGGTGACGATCCGCGAGGACGTCAGCCTTGAAGTGGTCTTGCGTTACCTGCGTCGCCTCAAGGAGCTGCCGGGGCATACCGACAAACTCTTCGTGGTCGATTACGACGGCGTGCTCACCGGCGTGCTGCCGATCAAGCGGCTGCTCGTCAATGACCCGGAGAAGCAGGTTGCCGAGGTCATGGCCAGCGACACGGTGAGTTTCCATCCCGACGAAAATGCCTACGACGCGGCCCAGGCATTCGAGCGTTATGACTTGATTTCCGCGCCGGTGGTGGACAAGAACGGCAAACTGATCGGCCGCCTCACCATCGACGAAATGGTTGACCTGATTCGTGAGGAAAGCGAAAGCGAAGTCCTCAGCATGGCCGGTCTGCGAGAAGAGGAAGACATCTTCGCTTCGGTCTGGAGATCCCTGCGTAACCGTTGGGCCTGGCTGGCGGTCAATCTGGTTACGGCGTTTGTCGCTTCTCGCGTCATCGGCCTGTTCGAAGGCTCCATCGAGAAACTGGTAGCGCTGGCGGCGTTGATGCCTATCGTAGCCGGCATCGGCGGCAACTCTGGCAACCAGACCATCACCATGATCGTTCGCGCCATGGCGCTGGACCAGGTCAGCACCGGCAATACTTCGCGATTGATGCGCAAGGAGCTGGCTGTGGCATTGATCAACGGCGTGATCTGGGGCGGCGTGATCGGCGTGGTGGCGTACCTGCTATACGGCAGTTGGTCGCTGGGTGTGGTGATGACCGCGGCGATGACGCTCAATCTGCTGCTGGCGGCGTTGATGGGAGTATTGATCCCGATGACCCTGGCCCGCCTGGGGCGCGACCCGGCAATGGGCGCCAGCGTGATGATTACCGCCATGACGGACAGTGGAGGGTTCTTCATCTTCCTGGGCCTGGCGACGATTTTTCTGCTCTGA MTEVEVKKTQESLQDRLAQVVELLHRQRVVEDLTHRQEGPHSDRVGNLVHRQNLVELQRKLDDLHSADVAYILEALPLEERLTVWQLVQADRDGDILLEVSDSVRETLIADMDDHELLAAAKEMDADELADLAPELPRDVVHELMEALDGQQRERVRSALSYDEEQVGALMDFEMVTIREDVSLEVVLRYLRRLKELPGHTDKLFVVDYDGVLTGVLPIKRLLVNDPEKQVAEVMASDTVSFHPDENAYDAAQAFERYDLISAPVVDKNGKLIGRLTIDEMVDLIREESESEVLSMAGLREEEDIFASVWRSLRNRWAWLAVNLVTAFVASRVIGLFEGSIEKLVALAALMPIVAGIGGNSGNQTITMIVRAMALDQVSTGNTSRLMRKELAVALINGVIWGGVIGVVAYLLYGSWSLGVVMTAAMTLNLLLAALMGVLIPMTLARLGRDPAMGASVMITAMTDSGGFFIFLGLATIFLL PGPT0013995_396 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213 NA NA D1-35_00354 318 hypothetical protein ATGAAACAGGCAATTTATTCCAGCCGTACGGCTGACAAGTTCGTCGTGCGTCTGCCAGACGGAATGCGGGAACGCATTGCCGAGGTGGCTCGTAATCATCACCGCAGCATGAACTCCGAAATCATCGCGCGCCTTGAGCAAAGCCTGATTCAGGAAGGGGCATTGGGTGAAGAGTTGAGCATGCGCCTGGACAGCCCTGAGCTGTCGTTGCACGAGCGCGAGTTGCTTCAACGCTTCCGACAACTTTCCCATCGTCAGCAGAACGCCCTCGTTTCGCTGATTGCCCACGACGCAGAAATGGCCGCAGACGCGTCCTGA MKQAIYSSRTADKFVVRLPDGMRERIAEVARNHHRSMNSEIIARLEQSLIQEGALGEELSMRLDSPELSLHERELLQRFRQLSHRQQNALVSLIAHDAEMAADAS NA NA NA NA NA D1-35_00356 1776 fhaC COG2831 Filamentous hemagglutinin transporter protein FhaC ATGCAGCCAGCCGCACCCTGCCGACCGCGTAGCAGCCCTCGCCGTTGTGTTGACGCAACCCGTTCATCTGCACGAAACGCCAGGCGTCTCGCGCTGCTGTTGATGGCGGCCTGCATGACGGGACCGTGGAGTGCTGCACAGGCGGCTGGGCCTGAAGAAGAACTCTTGCGCCAGCAAGAGCGCGAACGGGTGCTGAGGGAGCAACTGGAATCCCGGCCGGACGTGCGCCTGCAGGCGGCACCCGTGGACGAAGGTGTCGATCGTTTGCCCTCCAGGGAGAGTCCCTGCTTCGCCATCAATGACATTCGCCTGATCGGCGAAGCGTCGGAACAATTCCAGTGGGCGTTGCGCGCCGCCAACCCCAAGGATGATCCGGCCATTGGCCGTTGCCTCGGTGGCGGCGGGATCAACCTGACGATGAAACGCATGCAGAATGCGATCATCGAATCCGGCTACGTCACCACTCGCGTACTCGCCGAAGCCCAGGATTTGAACAGCGGCGTTCTGGTATTGACCCTCGTGCCAGGGCGCATCCGCGAAATCCGTTTCGAGGAGGGCACCCGTTCCCGTGCCAATGCGTGGAACGCGATGCCGGCCAGTCCTGGCGATCTGCTCAACTTGCGCGACATCGAGCAGGCGCTGGAGAACTTCAAGCGCGTGCCGACCGCCGAAGCCGACATCAAGATCGCGCCCGCCCGTGCCGCCGACGCCAAACCCGGCGAAAGCGACGTGGTAATCGCCTGGAGCCAGCGGTTCCCCGCCCGCGTGAGCCTGTCGGTGGACAATTCGGGCAGCAAGACCACCGGCAAATACCAGGGCAACGTGTCGCTGTCCTTGGACAACCTGCTGTCGCTCAACGATTTGTTCTACGCCAGTGTGAACCATGACTTGGGCGGTGGTGAATCCGGCCATCGCGGCTCCGATGGCAGCACGCTGCATTACTCGCTGCCGTTCGGCTACTGGCAGTTGGGGTTCACCAGCAGCGAATACAACTATGAACAGTCGGTCGCCGGCGCCAACCAGACCTATCAGTACCGGGGCGAGAGCCGCAACAACGAATTGCGCCTGTCCCGCCTGCTGTACCGCGACGCTGTTCGCAAGACTACCGCCTGGGGCAGCCTGTGGACGCGTTCGTCGGAGAACTTCATCGACGACACCGAAATCGGTAACCAGAAACGCCGCATGGCCGGTTGGCAGTTGGGGTTGGACCATCGGGAATTCATTGGCGCTTCGATTCTCGACCTGGGCGTCGCCTACCGTCGCGGCACTGGGGCCAACGACGCGCTCAGGGCCCCCGAAGAAGATTTTGATGCCGGCACGTCACGCTCGCAGATCATTACCGCCGATGCCCAATTGCAGGTGCCGTTCCTGGTCGGCGATCAGCGCCTGCGCTACATCGGCGGCTGGCGCGCGCAATGGAACCGTACGCCGCTGGTGCCCCAGGATCGCTTCTCCATTGGCGGGCGCTACAGCGTGCGGGGCTTTGATGGCGAAAACATTCTGTCCGCCGACCGCGGCTGGACGCTGCGCAACGAAATCGGCCTGTCCCTGGGGCAGACCGGCCAGGAGCTCTACACCGGTATCGACTATGGCGAAGTCAGCGGCCAGGCCAGTGAATTCCTGATCGGCCAGCGCCTGGCGGGGGCCGTAGTGGGTATCCGCGGTGGTTACAAGGGCCTGTCCTATGACTGGTCGCTGGGTACGCCGTTGAAGAAACCCGATGGTTTCGAGACGGCCAACGTGACCAGCGCGTTCACCGTCATCTGGTCATTCTGA MQPAAPCRPRSSPRRCVDATRSSARNARRLALLLMAACMTGPWSAAQAAGPEEELLRQQERERVLREQLESRPDVRLQAAPVDEGVDRLPSRESPCFAINDIRLIGEASEQFQWALRAANPKDDPAIGRCLGGGGINLTMKRMQNAIIESGYVTTRVLAEAQDLNSGVLVLTLVPGRIREIRFEEGTRSRANAWNAMPASPGDLLNLRDIEQALENFKRVPTAEADIKIAPARAADAKPGESDVVIAWSQRFPARVSLSVDNSGSKTTGKYQGNVSLSLDNLLSLNDLFYASVNHDLGGGESGHRGSDGSTLHYSLPFGYWQLGFTSSEYNYEQSVAGANQTYQYRGESRNNELRLSRLLYRDAVRKTTAWGSLWTRSSENFIDDTEIGNQKRRMAGWQLGLDHREFIGASILDLGVAYRRGTGANDALRAPEEDFDAGTSRSQIITADAQLQVPFLVGDQRLRYIGGWRAQWNRTPLVPQDRFSIGGRYSVRGFDGENILSADRGWTLRNEIGLSLGQTGQELYTGIDYGEVSGQASEFLIGQRLAGAVVGIRGGYKGLSYDWSLGTPLKKPDGFETANVTSAFTVIWSF PGPT0030385_336 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5b_TWO-PARTNER_SECRETION,PGPT0030385-fhaC|tpsB-K07326 NA NA D1-35_00357 519 apxIC COG2994 RTX-I toxin-activating lysine-acyltransferase ApxIC ATGCAGTTCGAGACGCTAGACATTATCGCCCCCGGCCTGATCGACGAACCCTGGAGCGAAGCCGCGGTGTTCGGCTCCGCCACCTGGTTGTGGATGCATTCCAAAGCCCATCGCGATGCGCCGTTGCACACGTTGCCGACGCTGCTGTTGCCGGCCCTCAAGCATCGCCAGTTCGTGCTCGGCTCCGAACACGGCAAGCCGGTGTTCTACCTGTCCTGGCTCAACCTCGACGAGGCGGCAGAGCAACGTTACCTGCGCCAGTCGCCGCTTGCGCTGACCCAGGGCGACTGGAACAGCGGCGAACGCCTCTGGCTCAACGACTGGGTCGCTCCCTTTGGGCACACGGCGGCATTGAGGCGCTTGTTGCAACGTCATCTCTTCATCAATCGCTGCGCCCGTGCTCTCTATCACCGAGGTGACGAGCGCGGCCTGCGGGTCAAGACATTCCAAGGCATCGGGGTCATTCCCGAACAGGCCCAGGCCTGGTTTGCCGCCCATCCGCTGGCAATCGAAGCGTAA MQFETLDIIAPGLIDEPWSEAAVFGSATWLWMHSKAHRDAPLHTLPTLLLPALKHRQFVLGSEHGKPVFYLSWLNLDEAAEQRYLRQSPLALTQGDWNSGERLWLNDWVAPFGHTAALRRLLQRHLFINRCARALYHRGDERGLRVKTFQGIGVIPEQAQAWFAAHPLAIEA NA NA NA NA NA D1-35_00358 9225 hypothetical protein ATGAACAAGCATCTGTACCGAATCGTTTTCAACAAGGCTCGCGGACTGTTGATGGTAGTGGCCGAGAACGTTACCAGCCAAGTCAAGGCGCCGGGGACTCGTTCTGGCCCGGCGGCTGGCGCAGCGGCTTGCACGGCGACACTCGGGGCGTTGCGCTTTGCCTTGATGGCAGCGATTGGCCTGGTGTCCTTCAGCGTGGCGCCAACCTGGGCCGGCACCATTGTCGCCGATCCAGGCGCGCCGGCCGGTCAGCGACCAGGAGTGATACAGAGCGCCAACGGCACGCCGCAGGTCAATATCCAGGCCCCCAGCGCCGGCGGTGTCTCGCGCAATACCTATAACCAGTTTGACGTCGATGGCCGGGGGGTAATCCTCAACAACGGCGCGGGCAATAGCCAGACGAAACTGGGCGGTTGGATCGAAGGCAACCCGATGTTGGGCAATGGCGGCGCGCGAGTCATCCTCAACGAAGTCAATTCCAGTAATCCCAGCCAGTTGCGCGGTTACGTCGAAGTCGCCGGCCAGCGCGCCGAAGTGGTGATCGCCAACCCGTCCGGTATCACCTGCAACGGTTGCGGTTTCATCAACGCGGATCGGGCCACCCTCAGCACCGGCCGGGCGCAACTGGAGAGCGGTCGCATCACGGGCTACACCGTGCAGGGCGGCGCCATCAACATTGAGGGCAAAGGCCTGGATGCCCGCGAGACCGACTACACGGACCTGATTGCCCGTTCGGTGCAGGTCAACGCCGGGGTGTGGGCCAACGACTTGAAGGTCACCGCCGGACGTAATCAGGTCAATGCCGACAACACCCAGGCCACGCCGCTGCCGGGCGCCGACGATGAGAAACCCACCGTTGCCGTCGATGTCGCCAAGCTCGGCGGCATGTATGCCGGGAAGATCATGCTGGTGGGTACGGAGGCCGGCGTAGGGGTGCGCAACGCCGGGCAGATCGGCGCCATGGCTGGCGAGGTGGTCATCAGCGCCGACGGCAAATTGCAAAACCAAGGTGCGATCAGCAGCGCAACGGCGACGCGAATCACTGCCGCCAGCGTTGATAACAGCGGCACGCTCTATGCCAAGGGCGACCTGGGGCTCGACAGCGCCAGTGACATCGACAACAGCGGCACCGTTGCCAGCCAGAACCACACGACGCTGACCGCCAAGACTATTCGCAGCACCACGGCCTCGAGCCTGGCGGCGGGCGTCGGGGCGGACGGCAAGCTGGGCAGCAGCGGCAACCTCGCGCTACGGGCCGCCACGGTCAAGGCGCAGGGCCAGAACCTTGCCGGCGGCGATGTCAGCGTCGAGGCGGCTGACCTGGACCTGAGCGGCAGCCAGACCCTGGGCCGCAACATCACCCTGACGGCCCGCACTGGCGATGCCAACCTCAGTGGCAGTCAAGTCGATGCGACCCAGGTGCTGAATGCCAAGGCGGCCAAGACCCTGCGCACCGATGCGGCCAAGGTCAACGCCGGCAACCTGCAAGTGAGCGCGCGTGATGTGTCCAATATCGGCGGTGAACTGGTGCAGACCGGCACCGCCGATACCTCGATCACCGCCGTCGCCACGCTCGACAACAGCGGTGGGCGGATTGCCTCCAACGGCAACAACCTGAAGCTTGGCGCCCATCGCCTCGACAACAGCAACAGCAAGGTCGAACACGCCGGCAAAGGCACCCTGGACATCCAGGCCACTCAGTTGGCCGGCAGCAAAGGCACCTTGGCGAGCAATGGCACGTTGAGCGTCAAGGCCCGCGAGGTGGTGGTCGATGATGGTCTGACCCAAGGCCAACAGATCACGCTCGACACCACGACCCTGTCCAACCAGCGTGGACGCATTCTCCAGACCGGCGCGCAAACGTTGCAGGTCACCGCCCGTGAACGTTTCGACAATCAGGCCGGGCAAGTCAGCAGTCCCGGCGCGGTGAACGTGAAGGTCGGCACGTTGAACAACCAGGGCGGTAAAGTCCTCGCTACCGATAACGGTACGTTGACCGTCACGGCCGACAAAGAGATCAATAACGGCGGCGGGACGCTGGCCGCCAGCGGTACGACAAAGGTCAGCGGCGAGGCGCTGGATAACGCCCAAGGCACCGTGAGTGCCGGCGGTGAGCTGTACGCGACGTTCGACCGCTTGAACAATATCGGCGGCACGCTGGCCGCGACCCAGCGCATGGAGATCATCGCCGGGCAGTTGAACAACACCAACGGCGTGCTGGGTTCGGTGAAGTCCGGACTGCTGGTCAGTGTCTCGGCCGATGAATTGAAGAACAGCGGCGGGCGTCTTGAAGCACTGGCTGATATCACCCTGTCGGCCCAGGGCCTGAATAACCAGGGCGGGGTAATCAGTGGCCGGGCCTTGGACCTGAACAGCCACGGCCTGCTGATGGACAACAGCCAGGGCACGTTGAATGCCGGTGCGACCCTCGACCTGCGCAGCGGCGAACTGCGCAACGCGGCGGGCCTGATCCAGGCCAAGGGCAAGCTGTTCATCGATACCGGCAGCCAGGCGCTGAACAACCTTCAGTCCGGCACCACCCAAGGCATCAGCGGCCAGGACGCGGTGGAAATCCACAGCGCCCATTTCAACAACAGCACCGGCTTCCTCGGCGCCAAGGGCGCGCTGGTGCTCAAGGCCACCGACCTCACCAACGGCAGCGGCGGCCAGATCATTGGCCAGAACAGCGTACAGGTCGAAGGCGCCCGGGTGGATAACCGCGGCGGCCAGTTGCAGGGCCTCGGCGATGTCCAGTTGGTGCTGGGCGAGACGCTCGACAACCAGGGCGGACTGGTTCGCAGTGCCGGAACCCTGGGCGTGACTGCCGATGTGCTCGACAACAGCGCCACCCAAGGTGCCAACCAGGGCCTCGAAGGCCGCGCCATGAGCCTGGCGCTCGACACCTTCGGCAACCAGGCCGGTGCCGTGCGCGCCGACCAAGGGTTGTCCATCGGCGTCAGCCAGGCGTTGGATAACCAGGGCGGCCTGGTTTCCGCGGGAGCCGGCCTGACCATCACCGATCGCGATCCGGCGCAACGTCGCCAGGCGGTGCACAACCTCGACGGAACCCTGCTCGCCGGTAGCCTGCTGTCCCTCAACGCGGCCTATTACGCGGGCACCGGTCGAGCCCTGAGCCTGGGCGACCTGACGTTCAGCCTGCAAAGTGGCCTGGACCTGAGTGGCCAGATCCAGGCCAATAACAAAGTTGACCTGAGCACCGATGGGGCTTTCAACAACAGCGGAAAACTGCTGGCGGGCAATCTCCTGCTGGTGCGTTCGCAGACGCTGGACAACGCCGCCACTGGCGAGATCAGCGCCGGCCAGGTTCGCCTGACCGTCAACAACAGCTTGACCAACCGTGGCCTGATCGACGGCCAGCAAGTGCGTGTGCAAGCGCTGTCGCTGAATAACCTGGGCACCGGGCGTCTGTACGGTGATCGATTGGCGATCGCCACCTCGGCGCTGGCCAACCGCGACGAGAACGGCGTCGCTGCGACCATCGCCGCCCGCGAGTCGCTGGATATTGGCACCGGCACGCTGGACAACCGCGAACAGGCGATGATCTTCAGTGCCGGAGACCTCGCCATCGGCGGTGCGCTGGGCGCCACTGACAGGGCCCAGGACCGGGCCCAACTGCTGACCAACGCCAGTGCGACCATTGAGGCCCTCGGCAACCTGTCGCTCGATGTGCAAAGCGTGCGCAACACCAACGAACACTTCAGTACCCAACAGGTGGAAGTCAGCCGCACCGCCTTGCAGGAATTCCAGCTCAGCGGTTCGCCGAACCGTTACCAGGGCAACCAGATTTCCGTTAGCCACGACGAGGTCAATTACCTCAACACGCCTGAGGGGAGCAAAGATAGCTGGAACCGCTACGACTACACCCGCGTGGTCCAGGAAACCCAGATCGCCACCTCGGCACCGGCGCAGATCCTCTCGGGCGGGACGATGCAGATCAATGCAGGGGATGTGCTCAACGACAAGAGCCGCATCATTGCCGGTGGGTTGTTGCAGGCCGACATTACCAGCCTGACCAACACTGAACTGACCGGCCAGCGCATCACCACCGACAGCGGCACCGCAACGAGCTTCTATCGCATCCAGCGCAAGGGCCGGGACCGTCAGGGAACAGCCATGACGGGCTACACGCCTGCGCCCTTGATCCAGGACATCACCTTGCAACCGACCGTGTTCGCCCAGAACGCCGCCGGCAATGGTACCGGCACCCAGATCAGCGCTCGCGCCACACAGGGCGTCGGCGAACAGATCGCCGCCACGGGCACGGTCAGCGCTCCGGTCGACAGGACCTTTCAAGTGGCACCCATCGTTCAGGTCGCGGCCCAGACCACCCTCAACAGCAAGGGCGTGGCCGAGCAGATCCGCAGCGGCGGGCCATCCCTGGCCTTGCCGGACAACAGCCTGTTCACCACAAATCCCCAGAACACCAGCAGCTACCTGATCGAAACCGATCCGCGTTTTGCCAGCTACCGCACCTGGCTGTCATCGGACTACATGCTGCAGCGCCTGCAAGTCGACCCGGCATTGACGCAACAACGTCTGGGCGACGGTTTCTACGAACAGAAATTGATCCGCGAACAGGTGGCGCAACTTACCGGCCGACGTTTCCTTGATGGTTACGCCAATGATGAAGCGCAGTATCGCGCCCTGATCGACAACGCCGTGACCGTCGCCAGTCAATGGCAGCTGGTGCCCGGCGTGGCCCTGACCTCCGCGCAAATGGCTCAGTTGACCAGCGACATTGTCTGGCTGGTGCAGAAGCAGGTGACCCTGGCCAACGGCGACACCCGCAATGTGCTGGTGCCACAAGTGTATGTACGGGTCCAGGAGGGCGACCTCAACGGCTCCGGCGCGTTGATAGCCGGGCAGCAGTTGAACCTGAACATCGCTGGCGACCTGATCAACAGTGGCAGCCTGGCCGGGCGCAGTGTCATGGCGATCACTGCGCAGAACATCGACAACCTCGGTGGGCGCATCCAGGCCGACAAGGCATCGCTCACCGCGCGGGAAAACCTCAACAACCTCGGCGGCCTGATCGGTGCCGTGGACAACCTGTCGATCAAGGCTGGGCAGGACGTCAACGTCGTCTCCAGCAGCCGGGACAGCAGCAGCGCCCAAGGCACCCGCACCAACCTGTCGCGGGTGGCCGGGCTGTTCGTCAGCGGCGCCCAGGGCACGATGGGCGTGAGTGCCGGCAACGACCTCAACCTCACCGGGGCCCAGGTGGTCAACGCCGGCAAGGGCGGCAGCACGTTGCTGGAGGCAGGCAAGAACATCAACCTGGCCACCGTCGGCGAAGCCCATGAGCAAGCGCTGGCCTGGAACAGCAGCAACTGGCGCAAGGACGCCAGCCAGACCGAAGTCGGCTCTCAGATCCAAGGGCAGGGCGACGTGCGCTTGAGCGCCGGCCAGGACCTCAACGCCCGCGCGGCCCAGGTCACCAGCGAGCAAGGCGCGGTGTTTGCCGAGGCCAAGCGCGACGTCAACCTGACCACCGGCCAGAACTACCAGTTCGCCGATGAAGCCCACAAGGTCAAGGGCAGCAACGGGATGTTCTCCAGCAAGACCACCACCACCCGCGACACCATCAGCCAGACCTCGCTCGAAGGCTCCACTCTGAGCGGCGAGCAGACCTATGTGCAGGCCGGTCGCGACATCAACCTCAAGGGCAGCAACGTGGTCTCGACGACCCAGACGATTCTGGTGGCGGACAACAACGTCAACATCGAGGCCGACACCGCCAGCAGCAGCGAACGCCACGACAAGTCCGTGAAGAAAAGCGGCCTGTTCAGCGGCGGCGGTATCGCCGTTACCATGGGGACCCAGCAACAAAGCGTCAAGGACCTCACCACCGAGCATACGGCCGTGGCCAGCACGGTCGGCTCGACCACCGGTGATGTGCTGATCGAAGCGGGCAAGGGCTATCGCCAAGTGGGCAGCCAGGTGTCGGCGCCACAAGGCAACATCGACGTCACGGCGCAGACCATCGACGTCGTCGAGGCGCGCAACACCCGCGAGCGCGAGCGTGAAACCCTGTTCAAGCAGACCGGGTTCACCCTCACCGTGACCAATCCGGTGATCAGCGCGATCCAGACGTCCCAGCAAATGAAACGGGCATCGGAGAAAACCGATGACGGGCGCATGAAAGCCCTGGCCGCCGCCACCGCCGTACTGGCGACCAACAATGCCGCCACCGCCGTGGCGATGGACCCGGGCGCGGCGGGCGGGATCAACATCAGCCTGTCCCTGGGCACCAAGAAGAACGAAAGCACCACCACCTACACCAGCGACAGCGCGGCCGGTTCGACCATGACCGCCGGCAACGACGTTCGCCTGCGTGCCACGGGCGCGGGTGCCGCCAGCAACATCACCGTACAAGGCAGCGATATCAAGGCCGGCCGCAACGCCAGCCTGCTGGCGGACGGTGACATCAACCTGCTCGCCGCGCGCAATATCGACAAACAGGAAACCGACAGCAAAGGCAGCAGCGCGAGCATTGGCATCGGCTTCTCCCTCGGTGCTCGCAACGGTTTCACCCTGGACCTTGGGGCGTCCGGCACTCGCGGCCAGGCGGACGGTGATGGCCTCACCCACACCAACACCCATGTCCAGGCGGGCAACCAGTTGCTGCTGTCCTCGGGCGGTGACACCAACCTCAAAGGCGCGGTGGCGAGCGGCAAGCGAGTGTTGGCCGATATCGGCGGCGACCTGAACATCGAAAGCCTGCAAGACACCAACACCTACGTGGTCGATGAGAAGAGCCTGGGCGTTGGCATCAGCCTGTGCATCCCGCCGTTCTGCTACGGCATGAGTTCGGTCAACGGCGTCAGCGGCAGCTTCGGTGCCACGGATATCGATTCCAACTACGCCAGCGTGACCGAGCAATCGGGCATCAAGGCCGGGGACGACGGCTTTGATATTCGCGTGGGGGGCAACACCGACCTGGTCGGCGCGGTCATCGCCAGCAGCGACAAGGCCGTGCAGGACGGCAAGAATCGCCTGGTCACCGCCAGCCTCACCAGCCGTGACATCAAGAACAGGGCCGAGTACGACGCCAGTACCGTCAGCGTCGGTGGCGGCTATCGCGAAGTCGGCAAGGACCAACAGGGCAACGCCACCAGCGGTGGCACGCAAACCCCGGGCACCGACCTGCCGAAGAATGACAACGACCTCAGCGCCACCATGCCGATCGCCATCAGTGCCAGCGACGACGCCAGCAGCGTCACCCGCAGCGGCATCAGTGGCGGGACCATCGTCATCAGCAACGACGCCGAGCAACAGAAACGCACCGGCCAGAATGGCGAGCAAACCGTCGCCAGCCTCAATCGCGATGTTTCCAGCGACCGCGACACCACCAACACCCTCAAGCCGATCTTCGACGAAGACGAAATCCGTGCCGGTTTCGAGATCGTCGGGGCGTTCTCCAACGAAGCCAGCACCTTGCTCGCCAACAAGGCCAAGGAAGTCGACTACAAGCGCAAACAGGCCGAGGAGGCGCAGAACAAGGCCCTGGACCCCAACGCCAAACTCACCGACAGCGAACGCCTGGCGTTGCTCGGCAGCGCTCAGCGCCTCAATGCCGAAGCCAGGGGCATCGCCGACAAGTGGGGCGCGGGCGGCACCTACCGGCAGATCACCACCGCCCTGGTCGGCGCGGCCAGCGGCAACATCAGCGGCGGCAACAGTGCGTTCGTCCAAGGGCTGGTGGTCAACTACCTGCAGCAGCAGGGCGCCGGCTACATTGGCGACCTGGTGGCGGACGGCAAACTCACCGAAGGCTCGCCGCTGCACGCCGCCCTGCACGGCATCGTCGCCTGCGCGGGCGCCGCCGCCAGCAGCCAGAGCTGTGGCAGCGGAGCCGCAGGCGCGGCGGCGTCGAGCCTGCTCACCGGCCTGTTCTCCGAAGCCAGCCCCGATGAAAGCGAAGCCCAGCGCGAAGCCAAGCGCAACCTGATCGTCAGCATTGTCACCGGGTTGGCCGCCACCAGTTCCTCGCTCGACCCGGCTACCGCCAATAGCGCGGCCGGTGCAGCGGTGGACAACAACTGGCTGGCGACCCAGCAGTTGGTTCAGGCGGAGAAGGAATACAGCGCGGCTGATGGCTTAGGCGCCAAAGCGCAAGTGATCGCCAAGTGGGCGTACATCCATCAGAAGCAAGACGTCCTGACCCGCTTCGGCTTGGGTAAGGGCTTGGTGCAGGCGGGTTGGAACGACGTCGAAGGGTTGGCGCAATTCCTCCTTAATCCGGTTGACGGGATCAACGGTATCAAAGCCCTGATCAACGATCCGGAGGTCCGCAAGCAGTTACAGGACGGCGTGTTCAATGAGCTCAATGCCAAACTGGACCGCGTTAAAGATGCCTTGGAAAACGGGGGTGATGATCGCGCCGTGCAATTGGGGCAGGACATTGGCGAACTCGTCTGGCAGGTCGGGAGCATCGCCACGGGCGTCGGTGGGGCGGCCAAGGGCGGGGTGGCGTTGGCGAAGGCCGGGATCAAGGTGGGGGCGGAAGGGCTTGAAAAGATGGCCGATATGGCTAGACTCGAAAAGCTCGCGAAAAATGTAGATCAGTTGCCAGAACGTATTCCTGTCGAGCCAGTAAGACCAAATACTTCCAATGCAGGAGCGGAGACTGGCGGGCAACATGTCGAAAGTCCGCTGGCGTTACCAGCACCTGCAAGGCACAGTGTTCCTGACGGCTATACAGTTGCCGAAAATGCGAACGGAACTGTCACCGTAACCGGGCCACGCGGTGGTATCTATAACTCAACAGGTCGGTATACAAATGACGGTAAGCCGATTTATCGAGATAATAACGGTGGCTTTGTATCGCTCGAAGGTGGACGTACACCTGTTTCCGCGCCGCCGGATTATTCCAGCGTTCCTGTACACCATATCTGCACTAATAAATGTAATGCCGGGGCAAACGGACAGATTGCCTGGTCTAAGCAGTTCCAAAAATTCTTTGATGGTTCCGATCTGGACATTAATAAGGCAACTGAGAATCTGGTCGCGGTTCCGGGTCATAGAGGTCCACACCCTCAAAGTTATCATCAATATGTTTATGGTAGCCTCGACGATGCTACGCGTGGGTTGGAACCCGGTACCGCGCAATATAAGAGTGCAGTGGTGAATACTTTAAATAGGATCAAGGTTGAAGCAGTCACGCCGGGAAGCTCGGTTAATCGATGGCTTACAGGAAGCTGA MNKHLYRIVFNKARGLLMVVAENVTSQVKAPGTRSGPAAGAAACTATLGALRFALMAAIGLVSFSVAPTWAGTIVADPGAPAGQRPGVIQSANGTPQVNIQAPSAGGVSRNTYNQFDVDGRGVILNNGAGNSQTKLGGWIEGNPMLGNGGARVILNEVNSSNPSQLRGYVEVAGQRAEVVIANPSGITCNGCGFINADRATLSTGRAQLESGRITGYTVQGGAINIEGKGLDARETDYTDLIARSVQVNAGVWANDLKVTAGRNQVNADNTQATPLPGADDEKPTVAVDVAKLGGMYAGKIMLVGTEAGVGVRNAGQIGAMAGEVVISADGKLQNQGAISSATATRITAASVDNSGTLYAKGDLGLDSASDIDNSGTVASQNHTTLTAKTIRSTTASSLAAGVGADGKLGSSGNLALRAATVKAQGQNLAGGDVSVEAADLDLSGSQTLGRNITLTARTGDANLSGSQVDATQVLNAKAAKTLRTDAAKVNAGNLQVSARDVSNIGGELVQTGTADTSITAVATLDNSGGRIASNGNNLKLGAHRLDNSNSKVEHAGKGTLDIQATQLAGSKGTLASNGTLSVKAREVVVDDGLTQGQQITLDTTTLSNQRGRILQTGAQTLQVTARERFDNQAGQVSSPGAVNVKVGTLNNQGGKVLATDNGTLTVTADKEINNGGGTLAASGTTKVSGEALDNAQGTVSAGGELYATFDRLNNIGGTLAATQRMEIIAGQLNNTNGVLGSVKSGLLVSVSADELKNSGGRLEALADITLSAQGLNNQGGVISGRALDLNSHGLLMDNSQGTLNAGATLDLRSGELRNAAGLIQAKGKLFIDTGSQALNNLQSGTTQGISGQDAVEIHSAHFNNSTGFLGAKGALVLKATDLTNGSGGQIIGQNSVQVEGARVDNRGGQLQGLGDVQLVLGETLDNQGGLVRSAGTLGVTADVLDNSATQGANQGLEGRAMSLALDTFGNQAGAVRADQGLSIGVSQALDNQGGLVSAGAGLTITDRDPAQRRQAVHNLDGTLLAGSLLSLNAAYYAGTGRALSLGDLTFSLQSGLDLSGQIQANNKVDLSTDGAFNNSGKLLAGNLLLVRSQTLDNAATGEISAGQVRLTVNNSLTNRGLIDGQQVRVQALSLNNLGTGRLYGDRLAIATSALANRDENGVAATIAARESLDIGTGTLDNREQAMIFSAGDLAIGGALGATDRAQDRAQLLTNASATIEALGNLSLDVQSVRNTNEHFSTQQVEVSRTALQEFQLSGSPNRYQGNQISVSHDEVNYLNTPEGSKDSWNRYDYTRVVQETQIATSAPAQILSGGTMQINAGDVLNDKSRIIAGGLLQADITSLTNTELTGQRITTDSGTATSFYRIQRKGRDRQGTAMTGYTPAPLIQDITLQPTVFAQNAAGNGTGTQISARATQGVGEQIAATGTVSAPVDRTFQVAPIVQVAAQTTLNSKGVAEQIRSGGPSLALPDNSLFTTNPQNTSSYLIETDPRFASYRTWLSSDYMLQRLQVDPALTQQRLGDGFYEQKLIREQVAQLTGRRFLDGYANDEAQYRALIDNAVTVASQWQLVPGVALTSAQMAQLTSDIVWLVQKQVTLANGDTRNVLVPQVYVRVQEGDLNGSGALIAGQQLNLNIAGDLINSGSLAGRSVMAITAQNIDNLGGRIQADKASLTARENLNNLGGLIGAVDNLSIKAGQDVNVVSSSRDSSSAQGTRTNLSRVAGLFVSGAQGTMGVSAGNDLNLTGAQVVNAGKGGSTLLEAGKNINLATVGEAHEQALAWNSSNWRKDASQTEVGSQIQGQGDVRLSAGQDLNARAAQVTSEQGAVFAEAKRDVNLTTGQNYQFADEAHKVKGSNGMFSSKTTTTRDTISQTSLEGSTLSGEQTYVQAGRDINLKGSNVVSTTQTILVADNNVNIEADTASSSERHDKSVKKSGLFSGGGIAVTMGTQQQSVKDLTTEHTAVASTVGSTTGDVLIEAGKGYRQVGSQVSAPQGNIDVTAQTIDVVEARNTRERERETLFKQTGFTLTVTNPVISAIQTSQQMKRASEKTDDGRMKALAAATAVLATNNAATAVAMDPGAAGGINISLSLGTKKNESTTTYTSDSAAGSTMTAGNDVRLRATGAGAASNITVQGSDIKAGRNASLLADGDINLLAARNIDKQETDSKGSSASIGIGFSLGARNGFTLDLGASGTRGQADGDGLTHTNTHVQAGNQLLLSSGGDTNLKGAVASGKRVLADIGGDLNIESLQDTNTYVVDEKSLGVGISLCIPPFCYGMSSVNGVSGSFGATDIDSNYASVTEQSGIKAGDDGFDIRVGGNTDLVGAVIASSDKAVQDGKNRLVTASLTSRDIKNRAEYDASTVSVGGGYREVGKDQQGNATSGGTQTPGTDLPKNDNDLSATMPIAISASDDASSVTRSGISGGTIVISNDAEQQKRTGQNGEQTVASLNRDVSSDRDTTNTLKPIFDEDEIRAGFEIVGAFSNEASTLLANKAKEVDYKRKQAEEAQNKALDPNAKLTDSERLALLGSAQRLNAEARGIADKWGAGGTYRQITTALVGAASGNISGGNSAFVQGLVVNYLQQQGAGYIGDLVADGKLTEGSPLHAALHGIVACAGAAASSQSCGSGAAGAAASSLLTGLFSEASPDESEAQREAKRNLIVSIVTGLAATSSSLDPATANSAAGAAVDNNWLATQQLVQAEKEYSAADGLGAKAQVIAKWAYIHQKQDVLTRFGLGKGLVQAGWNDVEGLAQFLLNPVDGINGIKALINDPEVRKQLQDGVFNELNAKLDRVKDALENGGDDRAVQLGQDIGELVWQVGSIATGVGGAAKGGVALAKAGIKVGAEGLEKMADMARLEKLAKNVDQLPERIPVEPVRPNTSNAGAETGGQHVESPLALPAPARHSVPDGYTVAENANGTVTVTGPRGGIYNSTGRYTNDGKPIYRDNNGGFVSLEGGRTPVSAPPDYSSVPVHHICTNKCNAGANGQIAWSKQFQKFFDGSDLDINKATENLVAVPGHRGPHPQSYHQYVYGSLDDATRGLEPGTAQYKSAVVNTLNRIKVEAVTPGSSVNRWLTGS NA NA NA NA NA D1-35_00359 597 hypothetical protein ATGAAATATTACTTGTTGCGAGAAGATGTACAGTTTCCTGAGCGTTGGTATTTGGGTGATATAAAGCACTGCAATAACTGGCTCTTTATCGATCCTCCTGCAGAATATATGGAGCCATGTACCTACGCTCTTGAGGTTCTTGAAGAGGGCGTGAGTCTGGATTTTTCCTTAGCTGGATATGCCTCCGTGCCGATCTTGAGTAAAAAAGCCAGGGATGCGTTGGCAGGAATTCCCGACGTTGATGAGCCTTATATGAATGTCGTGCTTGAGCCTGTGACGGTTGCAGGTAAGCAAACTCATGATCATTACTATGTAATGATCGTCGAGACTCAATTGGATTGCGTAGATGAATCACGTTCCACTTTTGAAAAATATGAGGTTGATGACCCCGTTCGACCTGATCGAGCTGGTGAGTACAGAGTTTTTCTCAATCTTATAATTGATCCTACCAAGGCTCAGAGAAAACATATTTTTCGTATCAAGAAACATTTGGGGGCATTGATAGTTAGCGAGGATGTAAAACTTAAACTGGAACGAGCAGGTCTTACAGGGATGCTATTCGAAGGTGTTAATGGCGAGGGCGAAGTTGTGTGTTAA MKYYLLREDVQFPERWYLGDIKHCNNWLFIDPPAEYMEPCTYALEVLEEGVSLDFSLAGYASVPILSKKARDALAGIPDVDEPYMNVVLEPVTVAGKQTHDHYYVMIVETQLDCVDESRSTFEKYEVDDPVRPDRAGEYRVFLNLIIDPTKAQRKHIFRIKKHLGALIVSEDVKLKLERAGLTGMLFEGVNGEGEVVC NA NA NA NA NA D1-35_00360 900 hypothetical protein ATGATTCGGGCACCGCTGGGAGACTCCCGCTATTGGTCGGAATGGGTTGAGTATGGTGATGAGAGTATCGTCGACGCGCTGGAGACCGCCGCCAAACCTGCTGGCGATCCCGATTATGCGCCGCAGTACGTTTTCATCATTGCGCAGAAACACTGGCACCAGATGCTGCGCCGGTATTCCGCTGGAGATCCGATAGCGGACCTTTCGCGATACTTCCCCGGGCTGCTCGATGCTTGGGAAGAGGCCGAGCACCTTGGCGCGACGGTCTGGACCCAGGAGCAGCAATTCACTCGCCATAGCTGGCGCGTCAACTACGACCATTACATCACCTGCTTCTGGCTGGTAGGGTTGGGATTGGCGCTGGATATTCCAGATGACCAGTGGAAGCGGTTGTTGACGTTGATCGGTAACGAAGGCGAGGACGTGCTACTCGACCGAATAATCGCGAGTCGCAGCCCTGAACGCAAAACAGGTTCTGTGCTTCTTTATCCGAAACCCTACGCTCGGTTGCTGACGGCGATAGACGCTCCGGCGGATTCGCAAGCCTCCCTGTTGAGTGCGTTCGTCAAGCATTGGTACGTGGAGGTGCGTACCGGTGCCAAGTCTGGCTCTGATCTTCAGGCCGTCAGTTATAGACACCCCTATTGGTACACCTATGGCGATGAAAATTTCGAGGGCGGCGCCTATTTCGGTCGTTGGTGCGTTGAGGCCGTGGCGGCGGTCAAGGCTTTCGATATCGACGACTCACAGTGCTTGGGGCTTGAGCATTACCCGGGGGACTTATTGAGACCCAATGGGCCGAGTACGCATCCGGCGAGGCTGGAAGTTGACCCGCCTGCTACGGTGGTTGTGGAGAATAAGGGAGGGTTTTGGGCGAGGTTGTTGGGCCGTCGTGAATGA MIRAPLGDSRYWSEWVEYGDESIVDALETAAKPAGDPDYAPQYVFIIAQKHWHQMLRRYSAGDPIADLSRYFPGLLDAWEEAEHLGATVWTQEQQFTRHSWRVNYDHYITCFWLVGLGLALDIPDDQWKRLLTLIGNEGEDVLLDRIIASRSPERKTGSVLLYPKPYARLLTAIDAPADSQASLLSAFVKHWYVEVRTGAKSGSDLQAVSYRHPYWYTYGDENFEGGAYFGRWCVEAVAAVKAFDIDDSQCLGLEHYPGDLLRPNGPSTHPARLEVDPPATVVVENKGGFWARLLGRRE NA NA NA NA NA D1-35_00361 1608 lapB Lipopolysaccharide assembly protein B ATGCTCGCGTACCACCAAAAAAGTTTTCTGATCGTCGATGATTTCTCGGATTTCCGCAGTTCCGTCCGGTCCATGTTGCGGGAGCTGGGCGTCAAGGACGTGGATACCGCCGATACCGGTGAAGTGGCCCTGCGCATGTGCTCGCAGAAGCGCTACGACTTTATCCTGCAGGATTATCACCTGGGCGACGGGCGCAAGAATGGCCAGCAGGTGCTGGAAGACCTGATGGTCGAGAAGCTGATCAGCCATGAAAGCGTGTTCCTCATGGTGACCGCCGAGACCAGCCAGGCGATGGTGCTCAGTGCCCTGGAACATGAGCCGGATGCGTACCTGACCAAGCCATTCAATCGCTCCGGCCTGGCCCAGCGGTTGGAGCGGCTCGAGCAGCGCAAGACCTTGCTCAAGCCGATCCTGCAAGCCCTTGACCGTGGCAAGCCGATGGAGGTGCTCAATGCCTGTATCGCCCTTTGCAAGCAGGACCCTCGCTACGGGCCGCTGTGCCTGCGTTATCGCGCCGATGCGTTACGCGACCTGAATCAGAACGAGGCCCTTGAGCGGTTGTACAACTCCATCATCGCGGATCGTCCGTTGCCTTGGGCGTACGCGGGGCTGGGGAAGCTGCTGTTCAAGCGCGGGCAGGTGGGCGAGGCCAAGGCTGTCTATGAAAAAGCCTTGAAGGCTTTTCCGATGATGCCCGCCCTGTACGACGGCATGGCCGATGTGCTGGTGGCCGAAGGTGATACGAAGCAGGCGCAAAACGTGCTGGAAGAGGCGGTGCGCCTGTCGCCCCTGGCGGTGCGCCGGCAAGCGCTGCTGGGCAAGCTGGCAATGACCAACGAAGATTACGACACCGCGTCGAGAGCCTACCGCCAGGCGGTGGGGCAGGGCGCGCAGTCGCGCTTCAAGGACCCGGAAACCAACCTCGGCCTGGCCCATGCGCTGATCAGCAAGGGCAGCGAAAAAGGCCTGGATACCCGCACTCGCCTGGAAATCAACACGACGCTCAGCGCCGTGGCCAAGGAAAACCCCAGCGATCCGGGGCTGCAAGTCCGGGCGCGGCTGATGAAGGCCACGAGCCTGCTGCTCAACGATGCCGAAACCGCCGAGAAGCTCACCGAGCAGGCGTTGCAGCGCCTCGACGGCATGGAGCAATTCATGAGCGCCGAAGCCGCCTTGCTGGTGGCCAAGCAGTTGCAGATGCTTGGACAGACCAGCGCCGGCGAGTCGATGCTGAAGAACTGCGCGGAAATCTACGGCGATGACCCGACGGTGATGCAAGGCATCGCCAAGCTCACCGATGACCCCAACATTCTCAATCAGGGCAACGCCGCCGCCGAGCTGAACCGTGAGGGTGTGCGCGTCTACAAGACCGGCGCCTTGCCCGAGGCGCGAGAGCTGTTCCGGCGCGCCCTGAAGCTGCAACCAAAAAACATCAGTATTGCCCTGAACATGGCGCAATCCCTGCTGCACGGCACCGATACCAGCGTCGAATCGGAGCTGCTCCAGGAATGTCGCGCCTGCCTGAAACTGGTGGGCATGATGCCCGATACCGATGCGCGTTTTGCGCGCTATCAGAAACTGCGAAGCAAGGCATTTGGCGATGAATGA MLAYHQKSFLIVDDFSDFRSSVRSMLRELGVKDVDTADTGEVALRMCSQKRYDFILQDYHLGDGRKNGQQVLEDLMVEKLISHESVFLMVTAETSQAMVLSALEHEPDAYLTKPFNRSGLAQRLERLEQRKTLLKPILQALDRGKPMEVLNACIALCKQDPRYGPLCLRYRADALRDLNQNEALERLYNSIIADRPLPWAYAGLGKLLFKRGQVGEAKAVYEKALKAFPMMPALYDGMADVLVAEGDTKQAQNVLEEAVRLSPLAVRRQALLGKLAMTNEDYDTASRAYRQAVGQGAQSRFKDPETNLGLAHALISKGSEKGLDTRTRLEINTTLSAVAKENPSDPGLQVRARLMKATSLLLNDAETAEKLTEQALQRLDGMEQFMSAEAALLVAKQLQMLGQTSAGESMLKNCAEIYGDDPTVMQGIAKLTDDPNILNQGNAAAELNREGVRVYKTGALPEARELFRRALKLQPKNISIALNMAQSLLHGTDTSVESELLQECRACLKLVGMMPDTDARFARYQKLRSKAFGDE NA NA NA NA NA D1-35_00362 693 hypothetical protein ATGAATGACAGCGAACAGGCTCTCGATTTTTCCACGGTGATTGCATCTACCGTGCACGATATGAAGAACTCCCTGACCTTGCTCATGCAGGCTCATACGCAATGGCTCGAGCGTTTGCCGGAGTCCGAGCGACAGACTTCGGAGCAGGGCGTGATGGACTTCGAGTTCGCCCACCTCAACGGCCTGCTGGTGCAACTGCTGGGGCTGTACAAGCTGGGGGTCAACCAGTTGCCGTTGCATCCGGCCTATCATGAGTTGGATGACTTCATCGAAGCGCAGCTGGCCGGCCATCAGGACGTGTTCCGCAGCCGCGGAATCATGGCCACCTACGAAGTCGACCCGCTGAGTCCGCTGGGCTTTTTTGATCGTGAGTTGATTGCCTCGGTGCTCGACAACATGATCAACAACGCGATTCGCCATGCTCGGCAGACGCTCTTGATCAGCGTGAGCGACGAGGCCGGGCAACTGGTATTGACCATCAATGACGACGGCGAAGGCTATCCAGCTGCGATGATCGAGCGTCAGGCCGAGTATGTGCAGGGCATCAACCACAGCTCCGGCAGCACCGGCCTGGGCCTGTATTTCGCCGCGAGGATCGCCGGTCTGCATCAGCGGGGTGGCTTGAGCGGGCGTACCGAGATTGCCAATGGCGGCGTGCTGGGCGGCGGGGTGTTCAGGCTTTACCTGCCCTGA MNDSEQALDFSTVIASTVHDMKNSLTLLMQAHTQWLERLPESERQTSEQGVMDFEFAHLNGLLVQLLGLYKLGVNQLPLHPAYHELDDFIEAQLAGHQDVFRSRGIMATYEVDPLSPLGFFDRELIASVLDNMINNAIRHARQTLLISVSDEAGQLVLTINDDGEGYPAAMIERQAEYVQGINHSSGSTGLGLYFAARIAGLHQRGGLSGRTEIANGGVLGGGVFRLYLP NA NA NA NA NA D1-35_00363 1344 ipuC Glutamate--isopropylamine ligase ATGACGACCGATGGCCAGCGTTCACTCGCACAGCGACTGACGGGCATTGATGAGATTGAATGTGTCACGCCGGATTTGAATGGCGTGCCGCGAGGCAAGGTGATGACCGCCGAGGGCTTCCTCGAAGGCCGGCGGTTGCAGATGGCGCGGGGCGTGCTGCTGCAATGCATCATGGGCGGTTACCCGCCGTCGCGTTTTTATGGCAGCGATGATGGCGACCTGGCGCTGGTGGCCGATCCGAAACAGATCCATCGCTTGCCATGGAGTCATCCGCCCCGTGCCCTGGCGATTTGCGACGCCGACGAGCTCAGCGGGGAGAGCTCGCCGCTGTCGACCCGTGGTCAGCTCAAGGCTGTGATAGCGCGCTATGCGGCGCTTGGGCTGGCGCCGGTCGTCGCGACGGAACTGGAGTTTTTTGTCTTCGCAGCCAATCCGGATCCGACCCAGCCGTTCCGACCGCCGGTGGGCCTGGACGGACGCCGCGAAGACGGCCAGTCGGCGTTCAGCGTCAGCTCCAACAATGGCTTGCGCCCGTTCTTCACTGAAGTCTACGAATGCATGGCGGCGTCGGGTTTGCCGCGCGATACGTTCATGCATGAAATGGGCGTGAGCCAGTTCGAAATCAATCTGCTGCATGGCGATCCTCTGTTGCTGGCCGACCAGACGTTCCTGTTCAAGCACTTGCTCAAGGAAGTGGCGCTCAAGCACGGCCTGACGGTGGTCTGCATGGCCAAGCCCCTGGCGCAGACGCCAGGCAGTTCGATGCACATTCATCAGAGCGTCGTCGAGCTGGACAGTGGTCGGAATGTATTCAGCGACGAGGCGGGCGAGCCGACGGCTGTTTTCCGTCACTTCATCGGTGGGCAGCAGGCCGGCATGGCGGATTTCACCGCACTGTTCGCGCCGAACGTGAATTCCTACCACCGCTTGTGCCACCCGTTTGCTTCGCCAAACAACGCCTGTTGGTCCCATGACAATCGTTCGGCCGGGTTGCGCATTCCGGCCAGTTCGCCGGCGGCCCGACGGGTCGAGAACCGCTTGCCGGGGGCTGACGCCAACCCGTACCTGGCGATCGCGGCGAGCCTGGCGGCCGGGCTGTATGGCATCGAAAACCGGCTGGAGCCAAGCGCCGCAATCCAGGGCGAATTCGAAGTGCCGGAGAATCTCTCCCTGCCATGTACCTTGCATGCGGCCCTTGAGCGTCTCAAGCGTAGCCACTTGGCGAAGGAACTGTTCGGCAGCGAGTTCATCGAAGGTTACATCGCGTCGAAGAGCCTGGAACTGACCAGTTTCTTTGACGAGATCACGCCTTGGGAGCGGCGCGTCCTGGCGGCCCAGGCATAA MTTDGQRSLAQRLTGIDEIECVTPDLNGVPRGKVMTAEGFLEGRRLQMARGVLLQCIMGGYPPSRFYGSDDGDLALVADPKQIHRLPWSHPPRALAICDADELSGESSPLSTRGQLKAVIARYAALGLAPVVATELEFFVFAANPDPTQPFRPPVGLDGRREDGQSAFSVSSNNGLRPFFTEVYECMAASGLPRDTFMHEMGVSQFEINLLHGDPLLLADQTFLFKHLLKEVALKHGLTVVCMAKPLAQTPGSSMHIHQSVVELDSGRNVFSDEAGEPTAVFRHFIGGQQAGMADFTALFAPNVNSYHRLCHPFASPNNACWSHDNRSAGLRIPASSPAARRVENRLPGADANPYLAIAASLAAGLYGIENRLEPSAAIQGEFEVPENLSLPCTLHAALERLKRSHLAKELFGSEFIEGYIASKSLELTSFFDEITPWERRVLAAQA PGPT0000645_7390 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 D1-35_00364 1368 ycaD_1 putative MFS-type transporter YcaD ATGCGCCAAATCTGGAAACCTTTTCGAGCGCTTTATTTCGCCTCGCTGATGATGCTCATCGGCTCGGGCCTCCTGAGTACGTACCTGGCCTTGCGTCTGGCTGCCGACAACGTCGACAGCCTGTGGGTCGGTGCGTTGATGGCCGCCAACTATTTCGGCCTGGTGCTGGGCGGCAAGATCGGCCATCGGCTGATCGCCCGGGTCGGGCATATTCGCGCCTATTCGGCGTGCGCCGGGATCGTCGGCGCGGCGGTATTGGGTCACGGCCTGGTGAACTGGCTGCCGGCCTGGATCGTGCTGCGGATGATTGTCGGCCTCGGCATGATGTGCCAGTACATGGTTATCGAGAGCTGGCTCAACGAGCAGGCCGAGGCCAAGCAGCGCGGGGTGGTGTTCAGCGGCTACATGATTGCCTCGTACCTGGGGCTGGTGCTGGGCCAGCTGATTCTGGTCATGCACCCGGCCCTGGGCCTGGAGCTGCTGATGCTGGTGGCGTTGTGTTTCGCCCTGTGCCTGGTGCCCGTGGCGCTGACCCGGCGGATTCACCCGGCGCCGCTGCATCCGGCACCGATGGAGCCGCGTTTCTTTATCAAACGCGTGCCGCAATCGTTGACCACGGTGCTTGGCTCGGGGCTGATCGTCGGCTCCTTCTACGGCCTGGCGCCGCTGTACGCTTCCCAGCAGGGGCTTACTACCGAGCAGGTCGGTCTGTTCATGGGTAGCTGCATCTTTGCCGGCCTGCTGGTGCAGTGGCCGCTGGGTTGGCTGTCGGATCGTTATGATCGTGCGCTGCTGATCCGCTGCTTCGCGCTGATCCTGGTGGTGTGCGCGTTACCACTGGCGATCCTGTCGAAGGTGCCGGTGGAGGTCCTGTTCATCGCGGGATTCTGCTGTTCGCTGGTGCAGTTCTGTTTGTATCCGTTGGCGGTGGCGTTTTCCAACGACCACGTCGAAGGCGATCGCCGAGTGTCGCTTACGGCCATGTTGCTGGTGACTTACGGCGTGGGAGCCAGTATCGGTCCGTTGGCGGCCGGGGTGCTGATGAAGCTGTTCGGTAGCCAGATGTTGTACGGATTTTTCGCCTTGTTCGCCTTGGTGCTGGTGTGGCGGATCCGGCCGAAAGCGGTCACCAACCTGCATCAGGTCGATGATGCGCCGCTGCACCACGTGGCCATGCCGGACAACATGACCAGCTCACCCTTGGTGGCGTGCCTCGACCCTCGGGTAGACGAGCAGGTCGTCCAGGATCAGATGCAGACCTCGCCCAACCCCGACGTGGAGCCTGAGCCTGAGCCGGAATTGGAGCCGGTCACCGAAGGCGCGGAAGACGAACCGCCACCTTCGGATTTCACCCGGGCCAGGCCTTGA MRQIWKPFRALYFASLMMLIGSGLLSTYLALRLAADNVDSLWVGALMAANYFGLVLGGKIGHRLIARVGHIRAYSACAGIVGAAVLGHGLVNWLPAWIVLRMIVGLGMMCQYMVIESWLNEQAEAKQRGVVFSGYMIASYLGLVLGQLILVMHPALGLELLMLVALCFALCLVPVALTRRIHPAPLHPAPMEPRFFIKRVPQSLTTVLGSGLIVGSFYGLAPLYASQQGLTTEQVGLFMGSCIFAGLLVQWPLGWLSDRYDRALLIRCFALILVVCALPLAILSKVPVEVLFIAGFCCSLVQFCLYPLAVAFSNDHVEGDRRVSLTAMLLVTYGVGASIGPLAAGVLMKLFGSQMLYGFFALFALVLVWRIRPKAVTNLHQVDDAPLHHVAMPDNMTSSPLVACLDPRVDEQVVQDQMQTSPNPDVEPEPEPELEPVTEGAEDEPPPSDFTRARP NA NA NA NA NA D1-35_00365 747 ycgR COG5581 Flagellar brake protein YcgR GTGTTCAATGCCACAAACGCGGATGATGCTCCGCAGCCGCCCATGGTCCTCACCACCCCCTTGGAAATCTCCGGCAACCTGCGGATGCTGCAAGAGAGCCACGACCCCCTGATCATTACCTTTCATGAGCGCACCCAGCGTTTCCAGAGCTACCTGGTGGATGTCGATCGCGACACCAACACCATCGCCCTGGACGAAATGATCCCACGGGACGGCGAGCGTTTCCTGCTGGCCGGCGAGCCGTTTCGGGTCGAGGGTTTTCATGACGGCGTGCGCATTGCGTGGGAAGGCAACGGGCCGCTGACTATCCAGGACTCGAAGGACGGCCGCTGCTACCGCGGCGCCCTGCCTGAAGAAGTGGTTTACCACCAGCGCCGCAACGCCTTCCGGGCCGCACTGAAACTGGCGCAACTGGTGAATGTTGAACTGGGTGGCGACAAGTTCAAGTCACCGGTGAACGGCAAACTGCTGGATATCTCCGCAACCGGCTGCAAGCTGCGCTTCGATGGCGACATTACCGCACGCCTGCAACTGGGCCAGGTCTACGAACGTTTTGTCGCCGCCCTGCCCTTCGGCAACATGACCGCGCCGGTCGAACTGCGCTACCTGCATTTTGAAGAGCGGATCAATACCACCTTCGCCGGCGTGCGCTTTCACAACATCAGCGGCCTGGTGCAGCGCCAGGTCGAACGCTTCGTGTATCAATTGCAGCGTGAAGCCCGGCGGTTCGACAAAGACGATTTCTGA MFNATNADDAPQPPMVLTTPLEISGNLRMLQESHDPLIITFHERTQRFQSYLVDVDRDTNTIALDEMIPRDGERFLLAGEPFRVEGFHDGVRIAWEGNGPLTIQDSKDGRCYRGALPEEVVYHQRRNAFRAALKLAQLVNVELGGDKFKSPVNGKLLDISATGCKLRFDGDITARLQLGQVYERFVAALPFGNMTAPVELRYLHFEERINTTFAGVRFHNISGLVQRQVERFVYQLQREARRFDKDDF NA NA NA NA NA D1-35_00366 468 hypothetical protein ATGCACGATACTAATTTGTTGCAATTGATCATCGACGACTTTGCCCCGGCGCAACAATTGCTGGAGCTGTTGCAGACCGAAGCCCTGGCATTGCACGGGCGGGATATGCCTCTGCTGGAAAATCTTCTGGCGCAGAAACAGGCATTGATCATTTTGCTCGATCAGCATGGCCGCAAGCGCAGCGAGATTCTCGCCAGCCTCAACCTGCCCGCTGACAACAACGGCCTCGCGCAACTGGCCAGCCAGTCGTCGGTTGGCGATCAGCTGTTGTCGCAAAGCGCGGTGCTCAATGACCTGCTCAGCCAGTGTCAGGCCGCCAACGCCCGCAACGGTCAATCCATCCAGATGCAGCAAGTCGCTACCGCCAACCAGTTGCGGATCCTCAATGGCGGCGAAATCCCGACGCTCTACGACGCTCGCGGTTCGACCGCAAAAATGGTCAAGCACCGTCCGCTCAGCCAGGCGTGA MHDTNLLQLIIDDFAPAQQLLELLQTEALALHGRDMPLLENLLAQKQALIILLDQHGRKRSEILASLNLPADNNGLAQLASQSSVGDQLLSQSAVLNDLLSQCQAANARNGQSIQMQQVATANQLRILNGGEIPTLYDARGSTAKMVKHRPLSQA PGPT0015535_299 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015535-flgN-K02399 NA NA D1-35_00367 315 hypothetical protein ATGGTCATCGATTTCAATCGTTTAAACAGCTCCTCGCCGCTGACAGGCACAACGCGCACTGGCGCCAGCAAGGAAACCGTCGAAACCGACAAGTCCAAGCCGGCTGACAAGGCCGTCACTGTCAACAACGGGGAGTCGGTACACCTCAGCAATGAGGCTCAGCAGTTGCAGAAGGTCACTGACAAGCTGCGCGATCAACCTGTCGTCGACGACGCCCGCGTGGCGCAGTTGAAAGCAGCAATCGCCGATGGCAGCTATAAAGTCGACAGCAACCGTGTAGCCAGCAAACTGCTCAACTTCGAAGCCCAGCGCTAG MVIDFNRLNSSSPLTGTTRTGASKETVETDKSKPADKAVTVNNGESVHLSNEAQQLQKVTDKLRDQPVVDDARVAQLKAAIADGSYKVDSNRVASKLLNFEAQR PGPT0015530_534 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0015530-flgM-K02398 NA NA D1-35_00368 765 hypothetical protein ATGAACGCACAAACGACATTTTCTCGACGCCTGACCACTCACTGCCGCCACTGGCTCGGTGCACTGTTTGCCGTCTGCCTGTTTGCGGTCGGCGGACGCGCCGTCGCTGATGTGCCGGTTACCTTGCCTGATCTCCTTATCGGCGTCACGCAGGGCTTTCTTGAATTCACCGTAGAAGACTATCTGGCAACCAGTCAAACCGAAGGTCGCTACGAGATTGAAGTCAACCAGCTCGATCCGCGCCTGCGCATGCCGATGTGCGACAAGGAATTGACTGCCTCGCTGGAAAGCCCGGCAAGGCCCCTGGGCCGGGTCACGGTGAAGGTACGTTGCGACAGCGCCGCGCCCTGGACGGTTTTTGTGCCCGCTCAAGTGCGGCTGTTCCGCGAGATTGTCACGACCACCCGTCCGCTCAAGCGCGCCGGGATTGTTGAGCCGCAGGACGTGGTGCTGCGTGAACGCGACATCAGCCAGATCAGCCAGGGTTTCCTGACGTCCGCCGATCAGGCCATCGGGCAGAAACTTGTCCGACCAATGGTCGCCGATCAGGTCGTTACCCTCGTGCACCTGGAACAGGCCGAAGTGATCCGCAAGGGCGACCAGGTCGTCATTACCGCCCGCAGCGGCACCCTGGCCGTGCGGATGCCCGGCGAGGCGCTGGCCAATGGCGGCGTACGCGAGCAGATTCGGGTGAAGAACCTCAATTCGAAACGGGTGATCAAGGCGCAGGTGATAGCGCCCGGCCACGTGGAAGTGGCCATGTAA MNAQTTFSRRLTTHCRHWLGALFAVCLFAVGGRAVADVPVTLPDLLIGVTQGFLEFTVEDYLATSQTEGRYEIEVNQLDPRLRMPMCDKELTASLESPARPLGRVTVKVRCDSAAPWTVFVPAQVRLFREIVTTTRPLKRAGIVEPQDVVLRERDISQISQGFLTSADQAIGQKLVRPMVADQVVTLVHLEQAEVIRKGDQVVITARSGTLAVRMPGEALANGGVREQIRVKNLNSKRVIKAQVIAPGHVEVAM PGPT0015415_590 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015415-flgA-K02386 NA NA D1-35_00369 927 cheV_1 COG0784 Chemotaxis protein CheV ATGGCGGGAGTGATGGATTCGGTAAACCAGCGCACACAGCTGGTCGGTCAGAATCGCCTGGAGCTGTTGTTGTTCCGTCTCGATGGCCAACAACTGTATGGGATCAACGTGTTCAAGGTTCGCGAAGTGCTGCAATGCCCTAAGCTGACCCTGATGCCGAAGTCCAGTCCCGTCGTGTGCGGTGTGGCGAATATCCGGGGGGCGACCATCCCGATTCTCGACCTGGCAATGGCGACCGGTTCCGGTCGGCTGCTGGATCAGAGCAATCCGTTTGTGATCATCACCGAGTACAACACCAAGACCCAAGGGTTCCTGGTGCGGTCGGTGGAGCGCATCGTCAACATGAACTGGGAAGAGATCCATCCGCCGCCCAAGGGCACCGGCCGCGATCACTACCTGACGGCGGTGACCCGGGTCGACAACCAGTTGGTGGAAATCATCGACGTGGAGAAGATCCTCGCCGAAGTGGCGCCGACCCCGGAGACGATTTCCGTCGGCGTGGTGGATGCCGAGACCCAGCACAAGGCGATTTCGCTGCGAGTCCTGACCGTCGACGATTCTTCAGTGGCACGCAAGCAGGTCACGCGGTGTCTACAAACGGTCGGCGTCGAAGTGGTCGCCCTCAACGACGGACGGCAAGCGCTGGATTACCTGCGTCAGATGGTCGATGAGGGCAAGAAGCCGGAAGAAGAGTTCCTGATGATGATTTCCGACATCGAGATGCCGGAGATGGATGGCTACACGCTGACGTCGGAGATTCGCAGCGACCCGCGCATGCAGAAGCTGCACATCATCTTGCATACTTCGTTGTCCGGGGTTTTCAACCAGGCGATGGTCAAGAAAGTCGGCGCCGATGATTTTCTGGCCAAGTTCCGGCCCGATGACCTGGCGTCGCGGGTGGTCGAGCGAATCAAGGCAGCAGAATAA MAGVMDSVNQRTQLVGQNRLELLLFRLDGQQLYGINVFKVREVLQCPKLTLMPKSSPVVCGVANIRGATIPILDLAMATGSGRLLDQSNPFVIITEYNTKTQGFLVRSVERIVNMNWEEIHPPPKGTGRDHYLTAVTRVDNQLVEIIDVEKILAEVAPTPETISVGVVDAETQHKAISLRVLTVDDSSVARKQVTRCLQTVGVEVVALNDGRQALDYLRQMVDEGKKPEEEFLMMISDIEMPEMDGYTLTSEIRSDPRMQKLHIILHTSLSGVFNQAMVKKVGADDFLAKFRPDDLASRVVERIKAAE PGPT0015675_1358 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415 NA NA D1-35_00370 828 cheR2 Chemotaxis protein methyltransferase Cher2 TTGTCTACGGGTAATTTGGATTTCGAACAGTTCCGGGTCTTCCTGGAAAAAGCCTGTGGCATCTTGCTTGGTGAAAACAAGCAGTACCTGGTGTCGAGCCGTCTCAACAAATTGATGGAACAACAGGGTCTCAAGTCGCTGGGCGAACTGGTGCAGCGCATCCAGACCCAGCCACGCAGCGGTTTGCGCGAGATGGTGGTGGATGCGATGACCACCAACGAAACCCTGTGGTTTCGCGATACCTATCCCTTCGAGGTATTGAAGAACCGGGTGTTGCCGGCGGCCATCAAGGCCAGTCCGGGGCAACGCCTGCGCATCTGGTCGGCGGCCTGCTCGTCGGGACAGGAACCGTATTCGCTGTCGATGTCCATCGATGAGTTCGAACGCTCCAACCTCGGCCAGCTGAAGATGGGCGTGCAAATTGTCGCCACCGACCTGTCCGGGACCATGCTCAACAACTGCAAGACCGGTGAGTACGACAGCCTGGCGATCGGCCGTGGCCTGTCGCCTGATCGCCTGCAACGCTATTTCGATCCGAAAGGGCCGGGCAAGTGGGTGGTCAAGGCGCCGATCAAGAGCCGCGTGGAGTTCCGCTCGTTCAACCTGCTGGACAGCTATGCCAGCCTGGGCAAGTTCGACATCGTGTTCTGCCGCAACGTGCTGATCTACTTCTCCGCCGAGGTGAAGAAAGACATCCTGCTGCGTATCCACAGCACCCTGAAGCCGGGCGGCTACCTGTTCCTAGGCGCGTCCGAGGCGTTGAACGGCTTGCCGGATCATTACCAGATGGTCCAGTGCAGTCCGGGGATCATTTATCAGGCGAAGTGA MSTGNLDFEQFRVFLEKACGILLGENKQYLVSSRLNKLMEQQGLKSLGELVQRIQTQPRSGLREMVVDAMTTNETLWFRDTYPFEVLKNRVLPAAIKASPGQRLRIWSAACSSGQEPYSLSMSIDEFERSNLGQLKMGVQIVATDLSGTMLNNCKTGEYDSLAIGRGLSPDRLQRYFDPKGPGKWVVKAPIKSRVEFRSFNLLDSYASLGKFDIVFCRNVLIYFSAEVKKDILLRIHSTLKPGGYLFLGASEALNGLPDHYQMVQCSPGIIYQAK PGPT0015670_3150 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575 NA NA D1-35_00371 408 flgB COG1815 Flagellar basal body rod protein FlgB ATGAGCATCAGCTTCGATAAAGCGCTCGGTATCCACGAACAGGCCCTGAGCTTCCGCGCCCAGCGTGCCGAAGTCCTGGCCAACAATATTGCCAACGCCGACACCCCGAACTACAAGGCCCGTGACCTGGACTTTTCCAAGGTGCTCGCCGAGCAGAACGAAAAAACCAAGAACGGCCACTTCGCCTTGAACATGACCAACAACCGTCATATCGAAGCCGAGGGCGTTGGCAGTGGCGACGGATCGTTGATGTATCGCACGCCGATGCAGCCGTCGATCGACCAGAACACCGTGGATGCTCAACTGGAACAGTCCAACTACGCGGAAAACTCCGTGAACTTCCAGGCCAGCTTCACCCTGCTCAACAGTAAATTCAAAGGGCTGGTATCAGCCCTGCGTGGAGAGTAA MSISFDKALGIHEQALSFRAQRAEVLANNIANADTPNYKARDLDFSKVLAEQNEKTKNGHFALNMTNNRHIEAEGVGSGDGSLMYRTPMQPSIDQNTVDAQLEQSNYAENSVNFQASFTLLNSKFKGLVSALRGE PGPT0015470_1042 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015470-flgB-K02387 NA NA D1-35_00372 444 flgC COG1558 Flagellar basal-body rod protein FlgC ATGTCGATCGCGAGCGTATTCAACATCGCCGGCAGTGCCATGAGTGCCCAGACCACTCGCCTGAACACCGTCGCCAGTAACATCGCCAACGCCGAGACCGTCTCGTCGAGCATCGACCAGACCTACCGCGCCCGCCACCCGGTATTCGCCACCATGTTCCAGGGCGGCCAGTCCGGCGGCAGCGACTCGCTGTTCCAGGACCAGGACGCGGCCGGGCAGGGTGTACAGGTACTCGGCGTGGTTGAAGACCAGAGCAACCTCGACGCCCGTTACGAGCCGAATCATCCAGCCGCCGACGCCAAGGGTTACGTCTACTACCCGAACGTCAACGTCGTTGAAGAAATGGCCGACATGATTTCCGCCAGTCGTTCGTTCCAGACCAACGTCGAAATGATGAACACCGCCAAAGCCATGATGCAGAAGGTCCTGACCCTCGGTCAGTGA MSIASVFNIAGSAMSAQTTRLNTVASNIANAETVSSSIDQTYRARHPVFATMFQGGQSGGSDSLFQDQDAAGQGVQVLGVVEDQSNLDARYEPNHPAADAKGYVYYPNVNVVEEMADMISASRSFQTNVEMMNTAKAMMQKVLTLGQ PGPT0015475_615 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015475-flgC-K02388 NA NA D1-35_00373 720 flgD COG1843 Basal-body rod modification protein FlgD ATGAGCGTCACCAATACCACCGGTTTGAGCCTCAACGAAGTACTGGCCAACTCCTCGGTCAAGACCAACACCACGACCGATGGCCTGGGCGCGGCGTCGGCTGCGGCGACTGGCAAGAAAGAGCTGGGCAAGGATGCGTTCCTGCAGTTGCTCGTCACTCAGCTGAATAACCAGAACCCGCTGGAGCCACAGGACAACGGCGAGTTTGTTGCCCAGTTGGCGCAGTTCAGCAGCCTGGAAGGCATCACCACCCTCAACGACACCGTCAGGGGTATTGCCAGCAACTACAACTCGTCCCAGGCCCTGCAGGCTTCTTCGCTGGTGGGCCGTTCGGTCATTGCCCCGGGCGACAAGGCGGTGGTCGACACCTCCAAGAGCCTCAACGGCACCGTGGTGGTACCGACATCGGTGTCGTCCCTCTCGATCAAGATCAACGACAAGGACGGCAAGACGGTGCGCACCATCGAGCTGGGCAGCCAGAACGCCGGCAAGGCCGATTTCATCTGGGACGGCAAGGGCGAAGACGGCACCCCGCTCGAGTCGGGCACCTATACCTTCGCCGCCTCGACCACCATCGATGGCAAGGCGACTTCGCTGGTCACCAACCTGCCGGCCACGGTCAGCAGCGTCACGATCAGCCAGACCGGCGGCGAGCTGATGCTCAACCTCGCCGGCCTGGGCAGCATCCCGCTGTCACGCGTACAAACTATTGGTATGTAA MSVTNTTGLSLNEVLANSSVKTNTTTDGLGAASAAATGKKELGKDAFLQLLVTQLNNQNPLEPQDNGEFVAQLAQFSSLEGITTLNDTVRGIASNYNSSQALQASSLVGRSVIAPGDKAVVDTSKSLNGTVVVPTSVSSLSIKINDKDGKTVRTIELGSQNAGKADFIWDGKGEDGTPLESGTYTFAASTTIDGKATSLVTNLPATVSSVTISQTGGELMLNLAGLGSIPLSRVQTIGM PGPT0015480_517 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015480-flgD-K02389 NA NA D1-35_00374 1332 flgE COG1749 Flagellar hook protein FlgE ATGTCTTTCAATATCGGCCTTAGCGGTCTCTATGCAGCCAACAAACAGCTGGACGTGACGGGTAACAACATCGCCAACGTGGCGACCACCGGTTTCAAGTCGTCCCGCGCGGAATTCGCCGACGTCTACTCGGCCACCAAGCTGGGCTCGGGCTCCAAGACCGTCGGCAACGGCGTGCGCCTGGCCAACGTTTCCCAGCAGTTCGGCCAGGGTGACGTGAACAACACCGGCAACGTGCTGGACATGGGTATCCAGGGCCAGGGCTTTTTTGTCCTGAGCAACAACGGTTCGCTGAGCTACACCCGTGCCGGTACCTTCAAGACCGACAAGGAAGGCTTCATCACCAACAGCGAAGGCACCGCGCGCCTGCAGGGTTATGGCGTGGATGCCAACGGCAAGATCCAGAACGGCATCCTGACCGACCTGCGCATCGACACGTCCAACCTGCCGCCCAAGCCTACCGACCTGATTTCGTCGACCATCAACCTGAACTCGACGGCAGACGCGATTCCGAAGACGGCGACCTACAAGTTCGATCCGGCCAATACCGCCACCTTCACCAAGCAGTTCACCACCCCGGTCTACGATGCCCAGGGTAACCAGCACTCCATGGACCAGTACATGGTCAAGACGGGCGCCAACACCTGGGACGTCTACACCCTGATCGATGGTCGTAACCTGGACGGCAGTTTGCCGACCGCCGCAACCAGTCTTGCGGTCCCTTCGACCATGACTTTTGGTGAGAGCGGCGAGTTGCTTCAGGTGAGCACTCCCGCTCCCATTGCTGTTCCGCCCAATCCACCGATCGTGGGTAGCGATCTGAAGCTCACAGGCTGGATTCCAGGTACCGTGAAAGATGGCGTGTGGAGTGCCAACGGTGCCGATGGCGCTGATACCATTACACTTTCCCTGGGCAAGACCACCCAGTTCAACGCTGACACCGCACGGTCGATTCCTACTCAGAACGGCTACGCCACCGGCCAGATCACCAACCTGACCATCGACGGCAGCGGTGTGCTGCTGGCCAACTTCAGCAACAACCAGACCAAGCCGATCGGCCAGCTCTCCCTGGCCAGCTTCACCAACGAGCAAGGTCTGCAGCCGGTAGGCGGCACCAGTTGGAAAGAAACCTTCGCGTCGGGTATCCCGGGCTACGATGCTCCGGAAACCGGCACCTTGGGTTCGATCGTCTCCAACTCCCTGGAAGAGTCCAACGTCAACCTGACCAACGAACTGGTCGAGCTGATCAAGGCCCAGAGCAACTACCAGGCGAACGCCAAGACCATCTCCACCCAGAGCACCATCATGCAGACCATTATTCAGATGACTTGA MSFNIGLSGLYAANKQLDVTGNNIANVATTGFKSSRAEFADVYSATKLGSGSKTVGNGVRLANVSQQFGQGDVNNTGNVLDMGIQGQGFFVLSNNGSLSYTRAGTFKTDKEGFITNSEGTARLQGYGVDANGKIQNGILTDLRIDTSNLPPKPTDLISSTINLNSTADAIPKTATYKFDPANTATFTKQFTTPVYDAQGNQHSMDQYMVKTGANTWDVYTLIDGRNLDGSLPTAATSLAVPSTMTFGESGELLQVSTPAPIAVPPNPPIVGSDLKLTGWIPGTVKDGVWSANGADGADTITLSLGKTTQFNADTARSIPTQNGYATGQITNLTIDGSGVLLANFSNNQTKPIGQLSLASFTNEQGLQPVGGTSWKETFASGIPGYDAPETGTLGSIVSNSLEESNVNLTNELVELIKAQSNYQANAKTISTQSTIMQTIIQMT PGPT0015485_1388 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015485-flgE-K02390 NA NA D1-35_00375 2892 hypothetical protein ATGCACACCGACACAACTCGCGAGAACCCGCAGGGCACCGCGCCGCTGGCCGCCGATTCGAGCCCGGATCTGTCCGCCACCGCGCCTGGCCAGCTGCGCGTGATCAAGCGTAACGGGACTGTCGTTCCTTACACCGATGACAAGATCACCGTCGCCATCACCAAAGCGTTCCTCGCAGTTGAGGGCGGCACCGCTGCCGCCTCGTCGCGAATCCACGACACCGTGGCCCGCCTGACCGAACAGGTCACCGCGACCTTCAAGCGTCGCATGCCGTCGGGCGGCACCATCCACATCGAAGAGATCCAGGACCAGGTCGAACTGGCCCTGATGCGTGCCGGCGAGCAGAAAGTCGCCCGCGACTACGTGATCTACCGTGACTCCCGGGCCAAGGAACGCGCCATCCGCACGCCGGCCGACGCACCGGTCCAGGCTCACCCTTCGATCCGCATCGCCCGCGCCGACGGCAGCCTGGCGCCACTGGACATGGGCCGCCTGAACACCATCGTCACCGAAGCCTGCGAAGGCCTGGAAGAAGTCGACGGCGACCTGATCCAGCGCGAGACCCTGAAGAACCTCTATGACGGCGTCGCCCTCAAGGACGTCAACACCGCGCTGGTGATGACCGCCCGCACCCTGGTGGAGCGCGAACCGAACTACTCGTTCGTGACCGCCCGCCTGCTGATGGACACCCTGCGCGCCGAAGGCCTGAGCTTCCTGGAAGTCGCCGAGAGCGCGACCCACCACGAAATGGCCGACCTGTACGCCAAGGCCCTGCCGGCCTATGTCGCCAAGGGTATCGAGTACGAATTGCTGAACCCTGTCCTGGCCGAATTCGACCTGGAAAAACTCGGCAAGGCGATCAACCACGAGCGCGACCAGCAGTTCACCTACCTGGGCCTGCAAACCCTGTACGACCGTTACTTCATCCACAAGGATGGCGTGCGTTTCGAACTGCCGCAGGTGTTCTTCATGCGTGTGGCCATGGGCCTGGCGATCGAAGAGAAGCAGCGTGAAGACCGTGCCATCGAGTTCTACAACCTGTTGTCGTCCTTCGACTACATGGCGTCGACCCCGACTCTGTTCAACGCCGGCACCCTGCGTCCACAACTGTCGAGCTGCTACCTGACCACCGTGCCGGACGACCTGTCGGGCATCTACGGCGCCATCCACGACAACGCCATGTTGTCGAAATTCGCCGGTGGCCTGGGCAACGACTGGACCCCGGTTCGCGCATTGGGCTCGTACATCAAGGGCACCAACGGCAAATCCCAGGGCGTCGTGCCGTTCCTCAAAGTGGTCAACGACACCGCCGTTGCGGTCAACCAGGGCGGCAAGCGCAAGGGCGCGGTCTGCGCCTACCTGGAAACCTGGCACATGGACATCGAAGAGTTCATCGAGCTGCGCAAGAACACCGGTGATGACCGTCGTCGTACCCACGACATGAACACCGCCAACTGGATCCCGGACCTGTTCATGAAGCGCGTCTTCGATGACGGCAAGTGGACCCTGTTCTCGCCATCCGAAGTGCCAGACCTGCACGACCTGACTGGCAAGGCCTTCGAAGAGCGCTACGAGTACTACGAAGCCCTGACCGAGTACAACAAGATCAAGCTGTTCAAAGTCGTCCAGGCCAAAGACCTGTGGCGCAAGATGCTCTCGATGCTGTTCGAGACCGGCCACCCATGGCTGACCTTCAAGGACCCGTGCAACCTGCGCAGCCCGCAGCAGCACGTGGGCGTGGTCCACAGCTCGAACCTGTGCACCGAGATCACCCTGAACACCAACAAGGATGAGATCGCAGTCTGCAACCTGGGCTCGATCAACCTGCCGAACCATATCGTCGACGGCAAGCTGGACACCGCCAAGCTGCAACGCACCGTGAACACCGCCGTGCGCATGCTCGACAACGTGATCGACATCAACTACTACTCGGTGCCGCAAGCGAAGAACTCCAACTTCAAGCACCGTCCGGTCGGCCTGGGCATCATGGGCTTCCAGGACGCGCTGTACCTGCAGCACATCCCGTACGGTTCGGACGCTGCGGTCGAGTTCGCCGACAAGTCCATGGAAGCGGTCAGCTACTACGCGATCCAGGCTTCCTGCGACCTGGCCGACGAGCGCGGTTCATACGAGACGTTCCAGGGTTCGCTGTGGTCCCAGGGCATCCTGCCGCTGGACTCGCAACAGATCCTGATCGCCCAGCGTGGCCAGAAGTACATCGATGTCGACCTGAACGAATCCCTGGACTGGGCTCCGGTTCGCGCCCGTGTGCAGAAAGGCATCCGTAACTCCAACATCATGGCCATCGCACCGACCGCGACCATCGCCAACATCACCGGCGTGTCGCAGTCGATCGAACCGACCTACCAGAACCTGTATGTGAAGTCGAACCTGTCGGGCGAATTCACCGTGATCAACCCGTACCTGGTTCGCGACCTCAAGGCTCGCGGCCTGTGGGACTCGGTCATGATCAACGACCTGAAGTACTACGACGGTTCGGTACAGCAGATCGAGCGCATCCCGCAGGAGCTCAAAGAGCTCTATGCCACCGCGTTCGAAGTGGACACCAAGTGGATCGTCGACGCCGCCAGCCGTCGTCAGAAGTGGATCGACCAGGCTCAGTCGCTGAACCTGTACATCGCCGGCGCTTCGGGCAAGAAGCTCGACGTGACCTACCGCATGGCCTGGTACCGTGGCCTGAAAACCACCTACTACCTCCGTGCCCTGGCCGCCACCAGCACCGAGAAGTCGACCATCAACACCGGCAAGCTGAACGCGGTTTCCGCTGGCGGCAACCACGGTGACGATTCGGTCCTGGCTGCTCCAGCCGGCCCTGCGCCAGTGCCAAAAGCCTGCGCCATCGACGAGCCGGATTGCGAAGCTTGCCAATAA MHTDTTRENPQGTAPLAADSSPDLSATAPGQLRVIKRNGTVVPYTDDKITVAITKAFLAVEGGTAAASSRIHDTVARLTEQVTATFKRRMPSGGTIHIEEIQDQVELALMRAGEQKVARDYVIYRDSRAKERAIRTPADAPVQAHPSIRIARADGSLAPLDMGRLNTIVTEACEGLEEVDGDLIQRETLKNLYDGVALKDVNTALVMTARTLVEREPNYSFVTARLLMDTLRAEGLSFLEVAESATHHEMADLYAKALPAYVAKGIEYELLNPVLAEFDLEKLGKAINHERDQQFTYLGLQTLYDRYFIHKDGVRFELPQVFFMRVAMGLAIEEKQREDRAIEFYNLLSSFDYMASTPTLFNAGTLRPQLSSCYLTTVPDDLSGIYGAIHDNAMLSKFAGGLGNDWTPVRALGSYIKGTNGKSQGVVPFLKVVNDTAVAVNQGGKRKGAVCAYLETWHMDIEEFIELRKNTGDDRRRTHDMNTANWIPDLFMKRVFDDGKWTLFSPSEVPDLHDLTGKAFEERYEYYEALTEYNKIKLFKVVQAKDLWRKMLSMLFETGHPWLTFKDPCNLRSPQQHVGVVHSSNLCTEITLNTNKDEIAVCNLGSINLPNHIVDGKLDTAKLQRTVNTAVRMLDNVIDINYYSVPQAKNSNFKHRPVGLGIMGFQDALYLQHIPYGSDAAVEFADKSMEAVSYYAIQASCDLADERGSYETFQGSLWSQGILPLDSQQILIAQRGQKYIDVDLNESLDWAPVRARVQKGIRNSNIMAIAPTATIANITGVSQSIEPTYQNLYVKSNLSGEFTVINPYLVRDLKARGLWDSVMINDLKYYDGSVQQIERIPQELKELYATAFEVDTKWIVDAASRRQKWIDQAQSLNLYIAGASGKKLDVTYRMAWYRGLKTTYYLRALAATSTEKSTINTGKLNAVSAGGNHGDDSVLAAPAGPAPVPKACAIDEPDCEACQ PGPT0021340_1315 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525 NA NA D1-35_00376 723 ompR_1 Transcriptional regulatory protein OmpR GTGGAACAAGAAGCCTGGCAGATATTGATTGTCGAGGATGACCAGCGCCTGGCCGAGCTGACCCGCGAATACCTGGAAAGCAACGGCCTGCGCGTCGCCATCGAGGGCAACGGCGCGGTGGCGGCCCAGCGGATCATCGACGAGCAGCCGGACCTGGTCATTCTCGACCTGATGCTGCCCGGCGAAGATGGCTTGAGCATTTGCCGCAAGGCGCGCGAGCACTACGACGGGCCGATCCTGATGCTCACCGCGCGGGCTGACGACACCGACCAGATCCAGGGCCTGGACCTGGGCGCCGACGACTATGTCTGCAAACCGGTGCGCCCGCGCGTACTGTTGGCCCGCATCCAGGCCCTGCTGCGACGCAGCGAGCCGGAGCCGTCCGCAGCGCCGAAGCAGCGGCGCCTGGAGTTCGGCCCGTTGGTGGTGGACAACGCCTTGCGCGAAGCCTGGCTGCAGGGCAACGGTATCGAGCTGACCAGCGCCGAATTCGACCTGCTCTGGCTGCTGGTGTCCAACGCCGGGCGCATCCTGTCCCGCGAGGAAATCTTCACCGCCCTGCGCGGCATTGGCTACGACGGCCAGGATCGCTCGATCGACGTGCGCATCTCGCGCATCCGTCCGAAGATCGGCGACGACCCGGACCATCCTCGATTGATCAAGACCATCCGCAGCAAAGGCTACCTGTTCGTCCCTGAAGCCTGCGTAGACGCGACCCCGTGA MEQEAWQILIVEDDQRLAELTREYLESNGLRVAIEGNGAVAAQRIIDEQPDLVILDLMLPGEDGLSICRKAREHYDGPILMLTARADDTDQIQGLDLGADDYVCKPVRPRVLLARIQALLRRSEPEPSAAPKQRRLEFGPLVVDNALREAWLQGNGIELTSAEFDLLWLLVSNAGRILSREEIFTALRGIGYDGQDRSIDVRISRIRPKIGDDPDHPRLIKTIRSKGYLFVPEACVDATP PGPT0015035_266 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-BF-RST_PH|TEMPERATURE|STARVATION_SIGNALLING_SYSTEM,PGPT0015035-rstA-K07661 NA NA D1-35_00377 1611 sasA_2 Adaptive-response sensory-kinase SasA GTGAACTCCATCTTCCTGCGCATCTATGGCGGCATGTGCGCGGCACTGGTGCTGGTGGCGGTGCTTGGCGTGCTGGCGCTGCACCTGCTCAACCAGACGCGCGGCGAGCAATACCGCGAGCGCCTGGCCCATGGCACGTTTTCCTTGATGGCCGACAACCTGCGGCCGATGAACGACACCGAACGGCGCCGGGCCCTGGCGGTGTGGGAGCGCCTGCTGGGCATTCCGCTGGCGTTGCAGACGTTCAGCCAGACCGACCTCGACCTGGGCCAGCGCACCCGGGTATTGCGCGGGCAGGTCCTGGTGGAGCAGATCGGGCCGCATGCGGCGAAGGTTTATCGGCTGGTCAGCGACGGCGAGCAGTTGACCCTGGTCGGGGAGGTTCGCCAGATCAGCGAGCAACTGGCCCGGGCGACCATTTACCTGTTGGCCGACGAACTGGTGCGCTATCCGGTAGCCGAGCAACCCGAGCGGCTGGCGCAACTCAAGCAGGAAAAAGGCTTCGGTTTCGACCTGCGCCTGATGACTGTCGAGCAGGCGGACATGGACGACGACCAGCGCCGGCGGGTGGCCGAGGGCGACACGGTGATGGCCCTGGGCAAGGGCGCCGACTCGATCCGGGTGTTCGCCGGCATGGTGGGGACGCCGTGGGTGCTGGAAATCGGCCCGCTGTACCAGATGAATCCGTACCCGCCCGAGTGGCTGGTGCTGATCGCCGCGCTCGGGTTGAGCCTGATCGGCCTGATTGTCTATCTGCTGGTGCGCCAGCTGGAGCGGCGTCTGCGTGGCCTGGAGTCGGCCGCGACCCAGATCGCCCAGGGTAGCCTGGAGACCCGCGTACCCGCTCGGGGCGCTGACTCGGTCGGGCGCCTGGCAGCAGCGTTCAACGGCATGGCCGAGCACTTGCAGCAACTGCTGGCGATCCAGCGCGAGTTAGTGCGCGCGGTGTCCCATGAACTGCGTACACCGGTGGCGCGCCTGCGCTTCGGCCTGGAAATGCTCGGCAGCGCCAGCACGCCCGAGGCCCGGGACAAGTACCTGGCCGGCATGGATCACGACATCGAAGACCTGGATCGGCTGGTGGATGAAATGCTGACGTATGCGCGGCTGGAGCAAGGGTCGCCGGCGTTGAATTTCCAACGGGTCGACCTGGATGCGTTGGTCAACCAGGTCATCGAAGAACTGGGCCCGTTGCGCGCCGGGGTTACCGTGGAGCGCGGTCTGTGCCTGTCCGCCGCCGATTGCGACGGCGCCTGGGTCGAGGCCGAGCCACGCTTTTTGCATCGGGCGTTGCAGAACCTGGTAGGCAATGCCATGCGCCACGCCAGATCCCAGGTGACCGTCAGTTACCAGGTCGGCCAGTTGCGCTGTCGGGTCGACGTCGAGGATGACGGCCCGGGCGTACCGGAGGCGGCCTGGGAGCGGGTGTTCAAGCCATTCCTGCGCCTGGACGACAGCCGCGCACGCGCGTCGGGCGGCCATGGGCTGGGGCTGTCGATTGTGCGGCGGATCATCCATTGGCACGACGGCCGGGCGCTGATCGGCAAGAGCAAGCGCCTGGGCGGGGCGTGTTTCAGCTTGAGCTGGCCGAGGCATCAGGATCGGTCTTGA MNSIFLRIYGGMCAALVLVAVLGVLALHLLNQTRGEQYRERLAHGTFSLMADNLRPMNDTERRRALAVWERLLGIPLALQTFSQTDLDLGQRTRVLRGQVLVEQIGPHAAKVYRLVSDGEQLTLVGEVRQISEQLARATIYLLADELVRYPVAEQPERLAQLKQEKGFGFDLRLMTVEQADMDDDQRRRVAEGDTVMALGKGADSIRVFAGMVGTPWVLEIGPLYQMNPYPPEWLVLIAALGLSLIGLIVYLLVRQLERRLRGLESAATQIAQGSLETRVPARGADSVGRLAAAFNGMAEHLQQLLAIQRELVRAVSHELRTPVARLRFGLEMLGSASTPEARDKYLAGMDHDIEDLDRLVDEMLTYARLEQGSPALNFQRVDLDALVNQVIEELGPLRAGVTVERGLCLSAADCDGAWVEAEPRFLHRALQNLVGNAMRHARSQVTVSYQVGQLRCRVDVEDDGPGVPEAAWERVFKPFLRLDDSRARASGGHGLGLSIVRRIIHWHDGRALIGKSKRLGGACFSLSWPRHQDRS PGPT0015040_150 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-BF-RST_PH|TEMPERATURE|STARVATION_SIGNALLING_SYSTEM,PGPT0015040-rstB-K07639 NA NA D1-35_00378 735 hypothetical protein ATGCCCGGCATGAACCCACTCCCTGCCCTGCCCGCCTGCTGTTCGCCCCTGGATGACCAATGGCTGCTGCCTGACGCCCTGCCCGATACGGTGCTGCTCAGTACTCGCTTCGATCCGATGTTGCTTGTCGCTGACGATTTTCCGAACAGCGCCATCGAGCCTCCGGCGAGCATCCGGCGCTCGGTAGCCAAACGTCAGGCGGAGTTTCTCGCCGGGCGGATCTGTGCCCGGGCGGCACTGCTGCGCCTCGACGGGCAGGCCGACGTGCCGGCCATCGGCGAAGACCGCGCCCCGGTGTGGTCGGCCCATGTCAGCGGCTCGATCACCCACAGCACCGGCCGGGCCGCGGCAATCGTCGCGCAAAAACGGGACTGGCAAGGGCTGGGCATGGATCTGGAAAACCTCCTCGACCCCGAACGCGCCGAGCGCCTGGCCGGTGAAATCCTCACCCCGGCGGAACTGCTGCGCATGGCCACCGCGCCGCAGGATGACCGCGCATTGCTGGTCACCCTGACTTTTTCGATGAAAGAAAGCCTGTTCAAGGCGCTGTACCCCATCGTCGGGCAGCGTTTCTACTTCGAGCATGCCGAAATAGTCGAGTGGTCCCACTCCGGGCAAGCGCGGCTGCGGTTATTGACCGATCTGTCGACCGAGTGGCGCCATGGCAGTGAGCTGCAGGGGCAGTTTGGGGTGAAGGATGGGCAGTTGTTGAGCCTGTTGGGAGTCAAGGCCTGA MPGMNPLPALPACCSPLDDQWLLPDALPDTVLLSTRFDPMLLVADDFPNSAIEPPASIRRSVAKRQAEFLAGRICARAALLRLDGQADVPAIGEDRAPVWSAHVSGSITHSTGRAAAIVAQKRDWQGLGMDLENLLDPERAERLAGEILTPAELLRMATAPQDDRALLVTLTFSMKESLFKALYPIVGQRFYFEHAEIVEWSHSGQARLRLLTDLSTEWRHGSELQGQFGVKDGQLLSLLGVKA PGPT0003225_172 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|ACINETOBACTIN|ANGUIBACTIN|CHRYSOBACTIN_METABOLISM,PGPT0003225-entD|basI|angD|cbsD|cbsE|aebD-K02362 NA NA D1-35_00379 792 hypothetical protein ATGCGCAGGTTGCTTGCTGTTGTACTTCTGGCCTTGAGCGGCGCGAGCCACGCCGCCATCCAGACCCAGGAGATTCCCTACACCAGTGCCGACGGCACGAAGCTGATCGGCTATTACGCCTATGACGACGCGGTCAAAGGCCCGCGCCCCGGCGTGGTGGTGGTGCATGAATGGTGGGGGCTGAACGACTATGCCAAGCGCCGCGCCCGTGACCTCGCCGGCCTGGGCTACAGCGCCCTGGCCATCGACATGTACGGCGACGGCAAGAACACCGAGCATCCGGAGGACGCCAAGGGCTTCATGCAGGCCGCGCTCAAGGATGGCAAGGCGGCCAGCGCGCGCTTCCAGGCCGGCCTCGACCTGTTGAAGAAACAACCGCAGACCGACCCGGACAAACTCGCCGCCATCGGCTACTGCTTCGGCGGCAAGGTGGTGCTGGACGCGGCGCGCCAAGGCGTTCCACTGGCCGGCGTGGTGAGCTTCCACGGCGCGCTGGTCACCAACACGCCGGCCACCCCCGGCAGCGTCAAGGCCAGGATCCTGGTGGAGCACGGCGCGCTGGACAGCATGGTCACCGAAGACAACGTCACCGCGTTCAAGAGCGAGATGGACAAGGCCGGCGCCGACTACAAGTTTGTCAGCCTGGAAGGCGCCAAGCACGGCTTCAGCAACCCCGACGCCGACCGCCTGAGCCATGGCGAACATGGTGGGCCGGACATCGCCTACAACAAGGAAGCTGACGAGAAGTCGTGGGCGGATATGCAGAAGTTCTTCAAGAAGATTTTCAACTGA MRRLLAVVLLALSGASHAAIQTQEIPYTSADGTKLIGYYAYDDAVKGPRPGVVVVHEWWGLNDYAKRRARDLAGLGYSALAIDMYGDGKNTEHPEDAKGFMQAALKDGKAASARFQAGLDLLKKQPQTDPDKLAAIGYCFGGKVVLDAARQGVPLAGVVSFHGALVTNTPATPGSVKARILVEHGALDSMVTEDNVTAFKSEMDKAGADYKFVSLEGAKHGFSNPDADRLSHGEHGGPDIAYNKEADEKSWADMQKFFKKIFN NA NA NA NA NA D1-35_00380 600 hypothetical protein ATGACTCATATGAAAAAACTGCTGCTGGCCTTCACCGTGCTGGGCGCCAGCGCCCTGGCCCATGCCGATGACAACTTCGCCGGCCTGACCCTCGGCCAGACCAGCGACAAGGTCAAGAAATCCAACGCCCTGGACAGCGCGCTGAACAACCCGAACGCCGACGGTATCATCGGCAAGGACACCACCTACGGCCTGCGCCTGGGTCGTCAGAATGACCAGGGCCGCTACTACGCCACCTACGACAACGTATCGGGCACCCACAACGGAATCAAGCTGCGCCAGGAAAACCTGCTGGGCAGCTACGATCTGTTCTATCCGGTCACCGCCAGCACCAAATTGTTCGGAGGTGGCACGGCGGGGCTGACTAAGTTGACCCAGGATTCCCCAGGCTTCAGCCGCGACAGCGATATCGGTTATGCCGTTGGCCTGCAAGGCGGCGTGCTGCAGCAGATTTCGCAAAACACCTCGGTGGAACTGGGTTACCGTTACCTGCGCAGCAATGCCAGCACCGAGATGAGCCCGCGCGATGGCGCCAAGGTGGGATCGCTGGACCTGACCAGCAGCGCCCAGACCTACCTGTCCGCCAACTATACGTTCTAG MTHMKKLLLAFTVLGASALAHADDNFAGLTLGQTSDKVKKSNALDSALNNPNADGIIGKDTTYGLRLGRQNDQGRYYATYDNVSGTHNGIKLRQENLLGSYDLFYPVTASTKLFGGGTAGLTKLTQDSPGFSRDSDIGYAVGLQGGVLQQISQNTSVELGYRYLRSNASTEMSPRDGAKVGSLDLTSSAQTYLSANYTF PGPT0014016_15 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014016-oprH-NA NA NA D1-35_00381 678 phoP_1 Transcriptional regulatory protein PhoP ATGAAACTATTGGTTGTCGAAGACGAAGCGTTGTTGCGCCACCACCTGCAAACCCGTCTCACCGACAGCGGCCATGTGGTCCAGGCCGTGGCCAATGCCGAGGAGGCCTTGTACCAGGTCGGCGAATTCAATCACGACCTGGCGGTGATCGACCTGGGCCTGCCGGGCATCAGCGGCCTGGAACTGATTCGCCGGTTGCGCTCGCAGGACAAGACCTTTCCGATCCTGATCCTGACCGCCCGCGGCAATTGGCAGGACAAGGTCGAAGGCCTGGCTGCGGGGGCCGATGACTACGTCGTGAAGCCGTTTCAGTTCGAAGAGCTCGAAGCCCGGCTGAATGCACTGCTGCGTCGCTCCAGCGGTTTCACCCAGTCAACCATCGTCGCCGGTCCATTGTTGCTCGACCTCAACCGCAAGCAGGCGTCCCTCGGTGACGAGCCGCTGGCCTTGACCGCCTACGAATACCGCATCCTCGAATACCTGATGCGCCATCACCAGCAGGTGGTCGCCAAGGATCGCCTGATGGAGCAGCTTTATCCCGATGACGACGAGCGCGATCCCAATGTGATCGAAGTGCTGGTCGGGCGCCTGCGCCGCAAACTGGAAGCCCCGGCCGGGTTCAAGCCGATCGATACCGTGCGTGGCCTGGGTTACCTGTTCAACGAGCGCTGCCAGTGA MKLLVVEDEALLRHHLQTRLTDSGHVVQAVANAEEALYQVGEFNHDLAVIDLGLPGISGLELIRRLRSQDKTFPILILTARGNWQDKVEGLAAGADDYVVKPFQFEELEARLNALLRRSSGFTQSTIVAGPLLLDLNRKQASLGDEPLALTAYEYRILEYLMRHHQQVVAKDRLMEQLYPDDDERDPNVIEVLVGRLRRKLEAPAGFKPIDTVRGLGYLFNERCQ PGPT0011060_312 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS|LIPID|IVA_REGULATION,PGPT0011060-phoP-K07660 NA NA D1-35_00382 1347 phoQ COG0642 Sensor protein PhoQ GTGATTCGTTCGCTGCGATTGCGGTTGATGCTGGCCGCCATGACATTGGCGGTGCTGTTCATGCTGGCGCTGCTGCCGGCGATGCAGGGCGCCTTCAGCCTGGCCTTGCAGGAATCCATCGAGCAGCGCCTGGCTTCGGACGTGACCACGCTGATCTCCGCCGCCCGGGTCGAAAACAATCGCCTGAAGATGCCGGCGCAATTGCCCGATGAGCGCTTCAACCTCGCCGATGCCCGCCTGCTGGGCTACATCTATGATCGCGAAGGGCGGTTGGTCTGGCGTTCGAAGGCGACCCAGGAAGAACACATCAACTACGCGCCGCGCTACGACGGGCTGGGCAACCAGTTTGCGCGCATCCGCGAGGACAACGGCCAGGAGTTTTTTGTCTACGACGTCGAGGTCAAGCTGCTCGGGGGCCAGAGCGCGGCGTTCAGCATCGTCACCCTGCAGCCGGTGCACGATTACGAAATGACGCTGCAAGGCCTGCGAGAAAACCTTTACCTGGGGTTCGGCGCCGCGCTGGCGGTGCTGCTGGCGCTGTTATGGATCGGCCTGACCTGGGGCTTGCGGGCGTTGCGCCGTCTGAGCCAGGAGCTGGATGAGATCGAAACCGGCACCCGCGAAAGCCTCAGCACCGCGCATCCCCGCGAACTGCTGCGCCTGACCGGCTCGCTCAACCGCCTGCTGCACAGCGAGCGTGAGCAGCGCAGCCGCTATCGGGACTCCCTCGATGACTTGGCGCACAGCCTCAAGACTCCGCTGGCGGTGCTGCAAGGCGTCAGCGAGGACATGGCCCGGCGTCCCGAGGATCGTGGGCAGGCCTGGGTGCTGCAAACCCAGATCGAGCGCATGAGCCAGCAGATCGGCTACCAGTTGCAGCGCGCCAGCCTGCGCAAAAGCGGCCTGGTGCGCCATCAGGTGCCCTTGCGCCCGGTGTTGCAAAGCCTCTGCGACACCCTCGACAAGGTCTATCGCGACAAGCGCGTGCAGGTCGAATTCGACCTGCCGGAGGATTGCCAGGTGCCGATCGAGCAGGGCGCCTTGCTGGAGATGCTCGGCAACCTGTTGGAAAACGCCTATCGGCTGTGCCTGGGGCACGTGCGGGTGAGCGTGCACCAGACGCTCGGCGGGACGGAGTTGAGCATCGAGGACGACGGACCGGGCGTGCCACCGGACCAGCGTGCACGGATCCTGCAGCGGGGTGAACGGCTGGATCGCCAGCATCCGGGGCAGGGGATCGGCCTGGCGGTGGTAAAAGACATCATCGAGAGCTATGGCGCCCGGTTGACGCTGGGAGATTCAGAACTGGGCGGGGCGGCGTTCCGGATTCATTTCTCGGTGGTTTGA MIRSLRLRLMLAAMTLAVLFMLALLPAMQGAFSLALQESIEQRLASDVTTLISAARVENNRLKMPAQLPDERFNLADARLLGYIYDREGRLVWRSKATQEEHINYAPRYDGLGNQFARIREDNGQEFFVYDVEVKLLGGQSAAFSIVTLQPVHDYEMTLQGLRENLYLGFGAALAVLLALLWIGLTWGLRALRRLSQELDEIETGTRESLSTAHPRELLRLTGSLNRLLHSEREQRSRYRDSLDDLAHSLKTPLAVLQGVSEDMARRPEDRGQAWVLQTQIERMSQQIGYQLQRASLRKSGLVRHQVPLRPVLQSLCDTLDKVYRDKRVQVEFDLPEDCQVPIEQGALLEMLGNLLENAYRLCLGHVRVSVHQTLGGTELSIEDDGPGVPPDQRARILQRGERLDRQHPGQGIGLAVVKDIIESYGARLTLGDSELGGAAFRIHFSVV PGPT0011065_540 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_ACIDIC_STRESS ACIDIC_STRESS_REGULATION,PGPT0011065-phoQ-K07637 NA NA D1-35_00383 999 putative HTH-type transcriptional regulator ATGCGCCAACGCACCATCGCCAGCCACTTCGCCCGCGCCGCCCTGGGTGGCGCGCGTCGCCAGGGGTTCGACTACGTTCCCCTGCTGCAGCAACTGGGGATCAGCCCGGAGCTGCTGGACGAGCCGCGCGCGCGAATCGCCCCCGAGCAATTCGCCCGCCTGTTGCAGGCGCTGTGGGTCGCATTGGCGGACGAATACCTGGGATTTGGCCGGGCACCGAGTAAACCCGGGACGTTCGCCATGATGTGCCACACGTTGATCCACTGTCGGACGCTGGGCAAGGCGCTGCAGCGCGGCCTGTTGTTCTACAGCCTGTTCCCCGACGCCCCGAGCCTGACCCTCGAAGCTGAAGGCGAACGGGTAAGGCTGAGCCTGGACGAGTCGACACTGCGTGATCCCGACCACTTCCTGGCCGAAAGCCTGCTGGTCATCTGGCATCGCCTCGGCAGTTGGCTGATCGGCCAGCGGATCGGCCTGGAACAAGCGACGTTCAGCTATGCCAGGCCAAGCCACGGCGCGGAGTACGACTTGCTGTTCTCCTGCCCCTTGGTCTTCGAGGCGCGAAGCAGCAGCTTGTTATTCCATGCCCGCTACCTGGAAATGCCGTTGCTGCAGGACGAGCGAACCCTCAAGCACTTTCTCGAACGCTCCCCCGCCGACCTGCTCTCGCGCCCGGACGATGGCCACAGCCTCACCAGCCAATTGCGGCGCCTGCTCAGCCGCGACACGGCGCGCTGGCCGGACCTGGACACGGTCGCTGCGCATCTGCATATCAGCTCGCAGACCCTGCGCCGGCATCTGCGCGAGGAAGGCACCAGCTTCCAGGAGCTCAAGGATCAGTTGCGGCGGGATATCGCCATCTACCACCTGGGCCGCGCGGACCTGTCGTTGCAGCAGATCGCCGAACAGCTGGGGTTCTCCGAACCGTCGGCGTTTCATCGGGCGTTCAAGAAGTGGACGGGGGTGACGCCGGGGGCTTATCGGGAGCAGGAGAGCTGA MRQRTIASHFARAALGGARRQGFDYVPLLQQLGISPELLDEPRARIAPEQFARLLQALWVALADEYLGFGRAPSKPGTFAMMCHTLIHCRTLGKALQRGLLFYSLFPDAPSLTLEAEGERVRLSLDESTLRDPDHFLAESLLVIWHRLGSWLIGQRIGLEQATFSYARPSHGAEYDLLFSCPLVFEARSSSLLFHARYLEMPLLQDERTLKHFLERSPADLLSRPDDGHSLTSQLRRLLSRDTARWPDLDTVAAHLHISSQTLRRHLREEGTSFQELKDQLRRDIAIYHLGRADLSLQQIAEQLGFSEPSAFHRAFKKWTGVTPGAYREQES NA NA NA NA NA D1-35_00384 1353 dctA2_1 COG1301 C4-dicarboxylate transport protein 2 ATGACGACTCGTCAGCCACTGTACAAATCCCTGTATTTCCAGGTGATCGTAGCCATTGCCATCGGCATTCTGCTCGGCCACTTCTACCCGCAGACCGGCGTTGCCCTCAAGCCGTTCGGTGACGGGTTCATCAAACTGATCAAGATGGTCATCGCACCGATCATTTTCTGTACCGTCGTCAGCGGCATCGGCGGCATGCAGAATATGAAATCGGTCGGCAAGACCGGCGGCTATGCACTGCTCTATTTCGAAATCGTTTCCACCATTGCCCTGCTGATCGGCCTGGTCGTGGTCAACGTCGTGCAGCCGGGCAACGGCATGCACATCGACGTGTCGACCCTGGACACCAGCAAGATCGCCGGCTTCATCAATGCCGGTAAAGACCAGAGCATCGTTGCCTTCATCCTCAACGTGATCCCGAACACCATCGTCGGCGCCTTCGCCAACGGCGACATCCTGCAAGTGCTGATGTTCTCGGTGCTCTTCGGTTTCGCCCTGCATCGCCTGGGTGCCTACGGCAAGCCGGTGCTGGACTTCATCGACCGCTTCGCCCACGTCATGTTCATCATCATCAACATGATCATGAAGCTCGCGCCGATCGGTGCGTTCGGTGCCATGGCCTTCACCATCGGCGCCTACGGTGTCGGTTCGCTGGTGCAACTGGGCCAGTTGATGATCTGCTTCTACATCACCTGCGTGGTGTTCGTGCTGGTGGTGCTGGGCGCCATCTGCCGCGCCCACGGCTTCAGCGTGATCAAGCTGATCCGCTACATCCGTGAAGAACTGCTGATCGTGCTGGGCACCTCCTCGTCGGAATCGGCCCTGCCACGCATGCTGATCAAGATGGAGCGCCTGGGTGCCAAGAAGTCCGTGGTGGGCCTGGTGATCCCGACTGGCTACTCGTTCAACCTCGACGGTACCTCGATCTACCTGACCATGGCTGCGGTGTTTATTGCCCAGGCCACCGACACCCCGATGGACATCACGCATCAGATCACCCTGTTGCTGGTCCTGCTGCTGTCCTCCAAAGGTGCTGCCGGCGTAACCGGTAGCGGCTTCATCGTACTGGCGGCCACCCTGTCGGCCGTGGGCCACCTGCCGGTTGCCGGCCTGGCGTTGATCCTCGGCATCGACCGCTTCATGTCCGAAGCTCGTGCGCTGACCAACCTGGTCGGTAACGCCGTTGCTACCATCGTGGTTGCCAAGTGGGTCAAGGAACTGGACGAAGACCAGTTGCAGACCGAACTGGCTTCCGGTGGTCGCGGTATCTCCGACGTGCGTGAAGATGACGAGCAGATCGCTCAAGCGCAGATTGTCGCGGCTGAATCCGCTGCTCCAGGCGCTGTGAAGTAA MTTRQPLYKSLYFQVIVAIAIGILLGHFYPQTGVALKPFGDGFIKLIKMVIAPIIFCTVVSGIGGMQNMKSVGKTGGYALLYFEIVSTIALLIGLVVVNVVQPGNGMHIDVSTLDTSKIAGFINAGKDQSIVAFILNVIPNTIVGAFANGDILQVLMFSVLFGFALHRLGAYGKPVLDFIDRFAHVMFIIINMIMKLAPIGAFGAMAFTIGAYGVGSLVQLGQLMICFYITCVVFVLVVLGAICRAHGFSVIKLIRYIREELLIVLGTSSSESALPRMLIKMERLGAKKSVVGLVIPTGYSFNLDGTSIYLTMAAVFIAQATDTPMDITHQITLLLVLLLSSKGAAGVTGSGFIVLAATLSAVGHLPVAGLALILGIDRFMSEARALTNLVGNAVATIVVAKWVKELDEDQLQTELASGGRGISDVREDDEQIAQAQIVAAESAAPGAVK PGPT0001450_712 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D1-35_00385 1176 smtB_2 COG1804 Succinyl-CoA--L-malate CoA-transferase beta subunit ATGCAAGGCCCACTGGCATCGCTCAAGGTTCTGGATTTTTCCACCCTGCTGCCCGGCCCGTTCGCCTCGTTGTTGCTGGCGGACATGGGCGCCGAGGTGCTGCGCATCGAATCGCCGGAGCGTCCTGACCTGCTGCGGATATTGCCGCCCCACGACCAGGACACCTCGGCCAGTCATGCCTACCTCAACCGCAACAAGCGCAGCCTGGCCCTGGACCTCAAGCAACCGGCGGCACTGGAGATCATCAAACGGTTGCTGGACGACCATGACATTCTGCTGGAGCAGTTCCGCCCCGGCGTGATGGAGCGGCTGGGCCTGGGTTACGAAGCCTTGGAGGCGATCAATCCCCGGCTGATCTACGTGTCGATCACCGGTTATGGCCAGACCGGCCCGTTCAAGGATCGCGCCGGCCACGACATCAACTACCTGGCCCTGGCCGGGCTGGCGAGCCACACCGGTCGGGCCGACAGCGGGCCGCTGCCGCTGGGCATCCAGGCGGCGGACATCGCCGGCGGTTCGCTGCACGGGGTGATCGGCCTGCTGGCGGCGGTCATTGCCCGCCAGCAGAGCGGGCAGGGCCAGCACCTGGACGTGAGCATGACCGACTGCGTCTTCAGCCTGAACGCACTGGCCGGCGCCGGTTACCTGGCCTGCGGTGTGAAACCGGGGTGGGAAAACCATGCGTTGAACGGTGGCAGTTTTTATGATTACTACCGCACGCGGGATGGTCGCTGGATGTCGGTGGGCAGTCTCGAGCCAGGGTTCATGCAGGCACTGTGCGCGGCCTTGGGGCGGCCGGAGCTCGCCGCCCAAGGCCTGGCGCCCGAGCAGCAGCAGCGGCTCAAAGAGCAATTGCGCGCCGAATTCGAGAAGCGCGATTTTGCTGACCTTTGCGCGCTATTCGCCGAGGTGGATGCCTGCGTCGAACCAGTGCTGGAGCTGGACGAAGCGCTTGAGCATCCGCAGTTGAAGGCCAGGCATCTGGTCACCCAGGTGCCCCGTGGCGACGGGTCGAGCCAGGCGCAAATGGCGTGCCCGTTGAAGTTTTCCGAAGGCTTGCCCGAGCCTCGGCATATAGGCGCGAGGCTGGGGGCGCATACGGAGCAGGTGTTGCGGGAGTTGGGGTTCAGTGATGAGCGGATTGCCCGGCTGCGGGATGACGGGGTGGTTGTGTAG MQGPLASLKVLDFSTLLPGPFASLLLADMGAEVLRIESPERPDLLRILPPHDQDTSASHAYLNRNKRSLALDLKQPAALEIIKRLLDDHDILLEQFRPGVMERLGLGYEALEAINPRLIYVSITGYGQTGPFKDRAGHDINYLALAGLASHTGRADSGPLPLGIQAADIAGGSLHGVIGLLAAVIARQQSGQGQHLDVSMTDCVFSLNALAGAGYLACGVKPGWENHALNGGSFYDYYRTRDGRWMSVGSLEPGFMQALCAALGRPELAAQGLAPEQQQRLKEQLRAEFEKRDFADLCALFAEVDACVEPVLELDEALEHPQLKARHLVTQVPRGDGSSQAQMACPLKFSEGLPEPRHIGARLGAHTEQVLRELGFSDERIARLRDDGVVV NA NA NA NA NA D1-35_00386 495 sprT Protein SprT ATGCTCGAGCAACTCAATACCCGCGTCGAAGAGTGTTACCAACAAGCCGAATCCTTTTTCAAACGTCCTTTCAAACGCCCGGTGGTCAGCCTCAAGTTGCGCGGCCAGAAGGCCGGTGTCGCGCACCTTCATGAAAACCTGCTGCGTTTCAATCCCCAGCTGTACCGGGAAAACGCCGACGACTTCCTCAAGCAGACCGTTGCCCACGAAGTCGCGCACCTGATCGCCCATCAGTTGTTTGGCGACCGCATCCAGGCCCATGGCGAGGAATGGCAACTGATCATGCGCGGGGTCTACGAACTGCCGCCCAACCGTTGCCACACCTACGAGATAAAACGTCGCACCGCCACCCGCTACATCTACAAGTGCCCGTGCGACGGCAGCGACTTCCCCTTTACCGCACAGCGCCACAGCCTGGTCCGCCAGGGGCGGCGGTACTTGTGCCGAAGTTGTCGCAATACGTTGGTGTTCAGTGGAGAAACGCGAGTCGAGTAG MLEQLNTRVEECYQQAESFFKRPFKRPVVSLKLRGQKAGVAHLHENLLRFNPQLYRENADDFLKQTVAHEVAHLIAHQLFGDRIQAHGEEWQLIMRGVYELPPNRCHTYEIKRRTATRYIYKCPCDGSDFPFTAQRHSLVRQGRRYLCRSCRNTLVFSGETRVE NA NA NA NA NA D1-35_00387 603 yohC_1 Inner membrane protein YohC ATGATCCATCATGTCGTGGGGCTCTTTACCCACCCTGATCAAGAATGGAAGGAAATCCGTGGCGATCAGGAGGAAAGCATCAGCCACATGTACCTCACCCACACGCTGATCCTCGCGGCTATCCCCGCGGTGTCGGCGTTCATCGGCACCACGCAGGTGGGATGGGTCATCGGCAATCGTCCACCGGTCATGCTCACCCTGGAAAGCGCGCTGTGGATGACCATCATGTCGTACCTCGCGATGTTGGGCGGCGTGGCGGTGATGGGCGCGTTCATCCACTGGATGGCTCGCACCTATGACGCCAACCCGAGCCTGGCCCGTTGTGTCGCGTTCGCTACCTACACCGCGACGCCGTTGTTCATTGGCGGGCTGGCAGCGCTCTACCCGCACATGTGGCTGGGGATGATCGTCGGCACCGCGGCGATCTGCTACACGGTCTACCTGCTGTACGTGGGTTTGCCGACGTTCATGAACATCCCGCAGGACGAAGGCTTCCTGTTTTCCAGCTCGGTGCTGGCCGTCGGCCTGGTCGTGCTGGTCGCCATCATGGCGTTCACGGTCATTGTCTGGGGATTGGGCGTGGGTCCGGTCTATACCAACTGA MIHHVVGLFTHPDQEWKEIRGDQEESISHMYLTHTLILAAIPAVSAFIGTTQVGWVIGNRPPVMLTLESALWMTIMSYLAMLGGVAVMGAFIHWMARTYDANPSLARCVAFATYTATPLFIGGLAALYPHMWLGMIVGTAAICYTVYLLYVGLPTFMNIPQDEGFLFSSSVLAVGLVVLVAIMAFTVIVWGLGVGPVYTN NA NA NA NA NA D1-35_00388 825 ttcA COG0037 tRNA-cytidine(32) 2-sulfurtransferase ATGGGCACTCTCACGGTCAACCAGAACAAACTGCAAAAGCGCCTGCGCCGCCTGGCCGGTGAGGCCGTCGCCGATTTCAACATGATCGAGGATGGCGACAAGGTCATGGTCTGCCTGTCCGGCGGCAAGGACAGCTACACCTTGCTCGACGTGCTGATGCATCTGCAGAAAGTTGCGCCGATCAAGTTCGACATCGTTGCCGTGAACATGGACCAGAAGCAGCCGGGCTTTCCCGAGCACGTGCTGCCGGCTTACCTCGAATCGTTGGGCGTTGAATATCACATCGTCGAGAAAGACACCTATTCGGTGGTCAAGGAACTGATCCCCGAAGGCAAGACCACCTGTTCGCTGTGCTCGCGCCTGCGCCGTGGAACGCTCTATACCTTCGCTGACCAGATCGGCGCGACCAAGATGGCCCTGGGTCACCACCGCGACGATATCGTCGAGACCTTCTTCCTCAACATGTTCTACAACGGCTCGCTCAAGGCCATGCCGCCCAAGCTGCGCGCCGACGACGGGCGCAACGTGGTGATCCGTCCGCTGGCCTATTGCAGCGAGAAGGACATCCAGGCCTATTCGGATTTCAAGCAGTTCCCGATCATTCCCTGCAACCTGTGCGGCTCCCAGGAAAACCTGCAACGCCAGGTGGTCAAGGAGATGCTCCAGGAATGGGAGCGCAAGACCCCGGGCCGTACCGAGAGCATTTTCCGGGGCCTGCAAAACGTCATTCCGTCGCAACTGGCGGACCGCAACCTGTTCGATTTCGCCAGCCTGCGCATCGACGAAAGCGCCACGCCGCGGTTCGTCAATGTGGTGAATCTCTGA MGTLTVNQNKLQKRLRRLAGEAVADFNMIEDGDKVMVCLSGGKDSYTLLDVLMHLQKVAPIKFDIVAVNMDQKQPGFPEHVLPAYLESLGVEYHIVEKDTYSVVKELIPEGKTTCSLCSRLRRGTLYTFADQIGATKMALGHHRDDIVETFFLNMFYNGSLKAMPPKLRADDGRNVVIRPLAYCSEKDIQAYSDFKQFPIIPCNLCGSQENLQRQVVKEMLQEWERKTPGRTESIFRGLQNVIPSQLADRNLFDFASLRIDESATPRFVNVVNL NA NA NA NA NA D1-35_00389 675 hypothetical protein ATGCGCGATTACAAGTGGCTGCACGAGTATTGTCTGAACCGCTTCGGTTCGGCGGCTGAATTGGAAGCCCACCTGCCTGTACCCAAGACCCCGGCGCAACTGCGCAAGATCAGCGATGATCGCTACCTCTCGACCATGGCGCTGCGGGTGTTTCGCGCCGGGCTCAAGCACAGCCTGGTCGATGCGAAATGGCCGGCGTTCGAAGAGGTGTTTTTCAGGTTCGACCCGGAAAAGGTCGTGCTGATGAGTGCCGAGCACCTGGAGCGGCTGATGCAGGATGCACGGATCATCCGCCACCTGGGCAAGCTCAACAGCGTGCCGCGCAACGCGCAGCTGGTGCTGGATGTGGCCCATGAAAAGGGCAGCTTCGGTGCGATGATCGCCGATTGGCCGGTGACCGATATCGTCGGCTTGTGGATCTACCTGAAAAAACACGGCCATCAGTTGGGCGGCCTGTCGGCGCCGCGTTTCCTGCGGATGATGGGCAAGGATACGTTCGTGCCCAGCTATGACGTCGTGGCGGCGCTCAATGCCCAGGACCTCATCGATAAAGTCCCGACCAGCCTGCGGGACCTGGCTACCGTGCAGAATGCGTTCAACCAGTGGCATGAAGAGAGTGGCGGGCGGCCGCTGAGCCAGATCTCGATGATGCTGGCTTATACCGTGAATCATTGA MRDYKWLHEYCLNRFGSAAELEAHLPVPKTPAQLRKISDDRYLSTMALRVFRAGLKHSLVDAKWPAFEEVFFRFDPEKVVLMSAEHLERLMQDARIIRHLGKLNSVPRNAQLVLDVAHEKGSFGAMIADWPVTDIVGLWIYLKKHGHQLGGLSAPRFLRMMGKDTFVPSYDVVAALNAQDLIDKVPTSLRDLATVQNAFNQWHEESGGRPLSQISMMLAYTVNH NA NA NA NA NA D1-35_00390 426 hypothetical protein GTGGCTAAGAAGCCGAAGATCCTGCCGCCGGTCGAGTGGCTGGAGCCGCGTGTGCACATCGCCCGTAACCTCAGCCTGTTGTGCTTTTTCGGCCTGGTGGGGCTGCTCAGCGGGTATTACCTGCTGATCGCCGACCTGCACGGCGCGCGCCCCTGGGTGATTCTGCTGATCGAACTGGTGCCGTTGCTGATACTCGCGCCAGGCATGCTCAGCGGCAGCGCGCGCGGGCATTCGTGGATGTGCTTCGTGGTGAACCTGTATTTCATCAAGGGCGCGCTGGCGGCCTACGATCCGAACCGGCAATGGTTCGGCGTGCTGGAGATGGCGGCGAGCGTGGCGCTGTTCTGCTCGGCATTGCTATATGTGCGCTGGCGTTTCCAGTTGAACCGGCGGTTGGCTGGCGAGGGCGATATCTCCGTCGCCTGA MAKKPKILPPVEWLEPRVHIARNLSLLCFFGLVGLLSGYYLLIADLHGARPWVILLIELVPLLILAPGMLSGSARGHSWMCFVVNLYFIKGALAAYDPNRQWFGVLEMAASVALFCSALLYVRWRFQLNRRLAGEGDISVA NA NA NA NA NA D1-35_00391 606 COG0655 NAD(P)H dehydrogenase (quinone) GTGAGCACGCCCTATATCCTGGTGCTGTATTACAGCCGCAGTGGCTCTACCAACGAAATGGCCCGCCAGATCGCTCGCGGCGTCGAGCAGGCCGGACTGGAAGCCAGGTTGCGCACGGTGCCGGCGATCTCCACCGAGTGCGAGGCGGTGGCGCCGGATATCCCCGAACAGGGCCCGCTCTACGCCAACCTCGATGATCTGAAGAACTGCGCCGGCCTGGCCCTGGGCAGTCCGACCCGCTTTGGCAACATGGCCGCGCCGCTCAAATACTTCCTCGACGGCACCAGCAACCTGTGGCTGACCGGCGCCCTGGTGGGCAAGCCGGCCGGGGTGTTCACCTCCACCGCGAGCCTGCATGGCGGCCAGGAAACCACGTTGTTGTCGATGATGCTGCCACTGCTGCACCACGGCATGCTGATCACCGGCCTGCCCTACAGCGAGTCGGCCCTGATCGACACCCAGGGCGGCGGCACACCCTACGGCCCGAGCCACCACGCCGGCGCCGACGGTAAAAGCGGCCTGAATGAACACGAAGTCGCCCTGTGCCGCGCGTTGGGCCTGCGCCTGGCAAAAACCGCTTTGTTGCTGGAGAACGGCCGTGGCTAA MSTPYILVLYYSRSGSTNEMARQIARGVEQAGLEARLRTVPAISTECEAVAPDIPEQGPLYANLDDLKNCAGLALGSPTRFGNMAAPLKYFLDGTSNLWLTGALVGKPAGVFTSTASLHGGQETTLLSMMLPLLHHGMLITGLPYSESALIDTQGGGTPYGPSHHAGADGKSGLNEHEVALCRALGLRLAKTALLLENGRG PGPT0009460_1636 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809 NA NA D1-35_00392 354 yfgD COG1393 putative protein YfgD ATGACTGATCTGACGCTTTATCACAACCCGCGCTGCTCGAAATCCCGCGGTGCGCTGGAACTGTTGCAAGCCCGTGGCCTGGCGCCAACCGTGGTCCGCTACCTCGAAACTCCGCTGGACGCTGCGCAGCTGGAGCGGCTGCTGGGCAAGCTCGGCATTGAGGCACGCCAGTTGTTGCGCACCGGCGAAGATGAATACAAGACCATGGACCTGGCTGACGAAAGCCTGAGCCAGGCGCAGTTGATCGCCGCCATCGCCGCCCACCCGAAACTGATGGAACGGCCGATTCTCGAAGTCGGCGACAAAGCGGTGATCGGTCGCCCACCGGAGAAAATCCTGGAGATCCTGCCGTGA MTDLTLYHNPRCSKSRGALELLQARGLAPTVVRYLETPLDAAQLERLLGKLGIEARQLLRTGEDEYKTMDLADESLSQAQLIAAIAAHPKLMERPILEVGDKAVIGRPPEKILEILP PGPT0004720_3118 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537 NA NA D1-35_00393 468 resA_1 COG0526 Thiol-disulfide oxidoreductase ResA ATGGCAAGGCGATTGGCGGCGGCACTGACATTCATCGGCTTTTTATTGCTCGGCGGCTGCGGCAACGATTACGGCGTGGACCAGAACGGTCAGCCGATTGCCGCGCAGCGGCTGGACAACCAATGGCTGGTGCTCAACTACTGGGCCGAGTGGTGCGCGCCGTGTCGCACTGAAATCCCCGAATTTAATGCCTTGGCCGAACAGCTCAAGGGACGCAACGTAGGTGTCTTCGGGGTCAACTTCGATCAGGTGCAAGGCGAAGAACTCAAGAGTGCCAGCGAGAAGCTGGGCATCCGCTTCACCGTACTGGCCCGGGATCCGGCCGAGTTCTTTGATGTCCCGCGCAGCGAAGGCCTGCCGGTGACGTACATCATCGACACCCAGGGCAAGGTGCGTGAACAATTGCTGGGAGAGCAGACGGCGGCGGCGGTGATGGCCAGGCTGGAGGCGTTGCAAGCGCTAAAATAG MARRLAAALTFIGFLLLGGCGNDYGVDQNGQPIAAQRLDNQWLVLNYWAEWCAPCRTEIPEFNALAEQLKGRNVGVFGVNFDQVQGEELKSASEKLGIRFTVLARDPAEFFDVPRSEGLPVTYIIDTQGKVREQLLGEQTAAAVMARLEALQALK NA NA NA NA NA D1-35_00394 405 hypothetical protein ATGAAACATCTGGTCCTGGCCACGCTGATGGGCGCCGGCCTGATGGGCTGCGCCGCCGATCCGGTGCAACTGCAACCCAACCGCAGCTACATCCTCGAATGGATCGGCGAGCGGCCGTTGATGGACTACAGCCACCTGACCATCACCCTCGACGACGATGGCCGTGCCTACGGCAATGCCGGCTGCAACCACTGGTTTGCGCCCTACACTCTGGAAAGCGACCGCTTGAGTTTCGGCAAGATCGGCAGCACCCGCAAACTCTGCGCCCCGGCGTTGATGGAGCAAGAGACGCGTTTCTTGCAGGCGCTGGAGAAGGTCGAGCGCTGGGACGTATCGCCCACGGGCCAGACCCGTTTCTGGCCGGCCCAGGGCAAGCCGTTGCGGTGGTGGTTGGAAGAGGGTTGA MKHLVLATLMGAGLMGCAADPVQLQPNRSYILEWIGERPLMDYSHLTITLDDDGRAYGNAGCNHWFAPYTLESDRLSFGKIGSTRKLCAPALMEQETRFLQALEKVERWDVSPTGQTRFWPAQGKPLRWWLEEG PGPT0014615_847 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014615-hslJ-K03668 NA NA D1-35_00395 435 hypothetical protein ATGGCCGAACACGATTTTCGCTACACCCTGATGAACCCGCAGCACACCTTGACCGAGGTCCGCGCCCTGGCGCCGGGCCGTTACCAGGTCACCGGCAATGGCGGCTCGATCCAGGCCAACGATGTATTGCTCGTCACCCTCAAGGGCAGCAAGGATCTTTCCATGCGCCTGACCGTCGACACCGTTCGCCATCTGCTCAAGCCGATCGGCCAATGGACCGCCATGACCACCGGTCCGGTGTTCGGTGAACTGGCGATCCACACCTGGCAGGTCAAGTGCGACCAATGCGCCAAGGAACTGAGCTTCGAGTTCGCCGTCGATGCCAAGCTCGGCACCAAGGCCCAGAAACCGGCCGCCAGCGCACGCATTGCCGAGCTGGGCTGGACGACCGACGGGGAGAAACACCGGTGCCCGAAATGCCAGGAAGCCGCCTGA MAEHDFRYTLMNPQHTLTEVRALAPGRYQVTGNGGSIQANDVLLVTLKGSKDLSMRLTVDTVRHLLKPIGQWTAMTTGPVFGELAIHTWQVKCDQCAKELSFEFAVDAKLGTKAQKPAASARIAELGWTTDGEKHRCPKCQEAA NA NA NA NA NA D1-35_00396 990 ldhA COG1052 D-lactate dehydrogenase ATGCGTGCAATTCTATTCAGCAGCCAGACCTACGATCGTGACAGTTTCAGCAAGGCCGCCGTACCCGCCGGCCTTGAATTGCAATTCCAGCCGGCACGCCTGAGCCTCGACACCGTGGCCCTGGCCGAACGGTGCGAGGTGGTGTGCGCCTTCATCAACGACGACCTGAGCGCGCCAGTGCTGGAACGACTCGCGGCCGGCGGCACCCGGCTGATTGCCCTGCGCTCGGCCGGCTTCAACCATGTCGACCTGCCCGCCGCCAAGCGTCTGGGGCTGAGCATCGCCCGGGTGCCGGCCTACTCGCCCCATGCGGTGGCTGAACATGCGGTGGCATTGATCATGGCCTTGAACCGCTGCCTGCACCGCGCCTGCAACCGCACCCGGGACGGCAATTTCAGCCTGAATGGGTTGACTGGCTTCGACCTGGTGGGCAAGACCGTGGGCGTGGTCGGCACAGGACAGATCGGCGCGACCTTCGCCCGGATCATGGCCGGTTTCGGTTGCCAGTTGCTGGCCTACGACCCGTTCCCCAACCCTCAGGTCGAAGCCTTGGGGGCCCGCTACCTGCCTCTGGCCGATCTGCTGGCGCAGGCGCAGATCATCAGCCTGCACTGCCCGCTCAACGACCAGAGCCGACACCTGATCAATGCTCATTCCCTGGCAACCCTGCAACGCGGCGCCATGCTGATCAACACCGGACGCGGCGGCCTGGTGGATACGCCGGCACTGATCGAAGCGCTGAAAAGCGGCCAGCTGGGTTACCTGGGGCTGGATGTCTACGAGGAAGAGGCCGAATTGTTCTTCGAGGACCGCTCCGACCTGCCGTTGCAGGACGACGTGCTCGCGCGGCTGCTGACCTTTCCCAATGTCGTGGTGACCGCACACCAGGCGTTCCTGACTCGCGAAGCACTGGCCGCGATTGCCACCACCACCCTCGACAACATTGCCGCCTGGGCGGCTGGCGCTCCGCAGAACCTGGTGGATGGCTGA MRAILFSSQTYDRDSFSKAAVPAGLELQFQPARLSLDTVALAERCEVVCAFINDDLSAPVLERLAAGGTRLIALRSAGFNHVDLPAAKRLGLSIARVPAYSPHAVAEHAVALIMALNRCLHRACNRTRDGNFSLNGLTGFDLVGKTVGVVGTGQIGATFARIMAGFGCQLLAYDPFPNPQVEALGARYLPLADLLAQAQIISLHCPLNDQSRHLINAHSLATLQRGAMLINTGRGGLVDTPALIEALKSGQLGYLGLDVYEEEAELFFEDRSDLPLQDDVLARLLTFPNVVVTAHQAFLTREALAAIATTTLDNIAAWAAGAPQNLVDG PGPT0001755_1728 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001755-ldhA-K03778 NA NA D1-35_00397 2751 barA COG0784 Signal transduction histidine-protein kinase BarA GTGCTCAAGAAACTGGGAATCAAAGGCCGTGTGCTGCTGCTCACCCTACTGCCGACCACCTTGATGGCGCTGGTCCTGGGCGGTTATTTCACCTGGATGCAGCAATCGGACCTGCACGCCCAGTTGCTGCAACGCGGTGAAATGATCGCCGAACAACTGGCCCCGCTGGTCGCTCCGGCCATGAGCCGCCAGGACATCGAGCTGCTGGAACGCGTCGCCACCCAGTCCCTCGAGCAAGCCGACGTTCGCGCGGTGACCTTCCTCGCACCCGACCGCACACCGCTCGCCCATGCCGGCCCGACCATGCTCAACCGGGCGCCGGAGGGCAACAGCAGCCAACTGCTGCAACGCACCGGCAACGATGCCACACGCTATCTGCTGCCGGTGTTCGGCAAGCATCGCAACCTGGCTGGCGAACTGATTCCCGAAGAAGCCGATCGCCTGCTGGGCTGGGTCGAGCTGGAGCTGTCCCACAGCGGCATGTTGCTGCGCGGTTACCGCAGCCTGTTCGCCAGCCTGTTGCTGATCGCCGCCGGCCTGGGTTGCACCGCGCTGCTGGCCCTGCGCATGGGCCGCACCATCAATCGACCGCTGAGCCAGATCAAGCAGGCCGTGGCGCAGCTCAAGGACGGGCATCTGGAAACCCGCCTGCCACCGTTGGGCAGCCAGGAGCTGGATGAGCTGGCGTCGGGTATCAATCGCATGGCCGGCACCTTGCAGAATGCCCAGGAAGAATTGCAGCACAGCATCGACCAGGCCACCGAAGACGTGCGCCAGAACCTGGAAACCATCGAGATCCAGAACATCGAACTGGACCTGGCCCGCAAGGAAGCGCTCGAAGCGAGCCGGATCAAGTCCGAATTCCTCGCGAACATGAGCCATGAAATCCGCACGCCGCTCAACGGCATCCTCGGTTTCACCCATTTATTGCAGAAAAGCGAGCTGACCCCGCGCCAGCTCGACTACCTGGGCACCATTGAAAAATCCGCCGACAGCCTGCTCGGCATCATCAACGAGATTCTCGACTTCTCGAAGATCGAGGCCGGCAAGCTGGTGCTCGACAGCATCCCCTTCAACTTGCGGGACCTGCTGCAGGACACCCTGACCATCCTCGCCCCCGCCGCCCACGCCAAACAGCTGGAGCTGGTGAGCCTGGTCTACCGCGACACGCCGTTGTCGCTGGTGGGTGACCCGCTGCGGCTCAAGCAGATCCTCACCAACCTGGTGAGCAACGCCATCAAGTTCACCCGTGAAGGCACCATCGTCGCCCGCGCCATGCTCGAAGATGAGCACGAAGACAGCGTGCAGTTGCGCATCAGCATCCAGGACACCGGCATCGGCCTGTCCAGCCAGGACGTGCGGGCGCTGTTCCAGGCCTTCAGCCAGGCCGACAACTCCTTGTCCCGGCAGCCCGGCGGGACCGGTCTGGGCCTGGTGATTTCCAAGCGACTGGTGGAACAGATGGGCGGTGAGATCGGCGTCGACAGCACGCCGGGCGAAGGCTCGGAGTTCTGGATCAGCCTGCGCCTGCCCAAGACCCGTGACGACGCCGAAGACCTGCCCGGCCCGCCGCTGCTGGGGCGCCGCGTGGCGGTTCTGGAAAATCACGAGCTGGCCCGCCAGGCCTTGCAGCACCAGTTGGAGGACTGCGGTTTGCAGGTGACGGCGTTCAATACCCTGGAAAACCTGACCAACGGCGTCACCGTCGCCCACCAGACGGATCAGGCGATTAACCTGGCCGTACTCGGCATCACCAGCAACGACATGCCGCCGGAGCGTCTCAACCAACACATCTGGGACCTCGAGCACTTGGGCTGCAAGGTGCTGGTGCTGTGCCCCACTACCGAACAGACGCTGTTTCATCTCTCGGTGCCCAACCCCCACAGTCAATTGCAGGCCAAGCCGGCCTGCACCCGCAAGCTGCGCCGGTCGCTTTCCGACCTGGTCAACCCGCGCCCGACCCGCAACGAACCCAATGAACCGGTGGCCAGCCGCGCGCCAAAAGTGTTGTGCGTGGACGACAACCCGGCCAACCTGCTGCTGGTGCAGACCCTGCTCGAAGACATGGGCGCCCGGGTGCTGGCGGTGGAAAGTGGTTACGCGGCGGTCAAGGCCGTGCAGAAGGAAACCTTCGACCTGGTCCTGATGGACGTACAAATGCCCGGCATGGATGGCCGCCAGAGCACCGAAGCGATCCGCCAATGGGAAAGCGAGCGGCATTGCACGCCACTGCCGATCGTCGCCCTCACCGCCCACGCCATGGCCAACGAGAAGCGCGCCCTGTTGCAAAGCGGCATGGACGACTACCTGACCAAGCCTATCAGCGAGCGGCAATTGGCCCAGGTCGTACTCAAGTGGACCGGCCTGGCGCTGCGCAACCAGACCCCGGATCGGGGCGCTGATGCCCAAGGCAGCAGCGAGCTGCTGGTGCTCGACCACGAGGAAGGCCTGCGCCTGGCCGCCGGCAAGGCCGACCTGGCGGCGGACATGCTGGCGATGTTGCTCGCGTCCCTTGAAGCCGACCGCGAAGCGATCCGCCAGGCCAGCGAGGCCAACGACCACAACGCCCTGATCGAACGGGTCCACCGCCTGCACGGGGCCACGCGCTATTGCGGCGTACCGCAACTGCGCGCGGCCTGCCAGCGCAGCGAAACCTTGCTCAAGCAGCAAGACCCGCGGGCTGCCGCGGCTCTGGAAGACCTGGACCGTGCCATCCACAGGCTGGCCAGCGAGGCGCGCATCAGCGCCTGA MLKKLGIKGRVLLLTLLPTTLMALVLGGYFTWMQQSDLHAQLLQRGEMIAEQLAPLVAPAMSRQDIELLERVATQSLEQADVRAVTFLAPDRTPLAHAGPTMLNRAPEGNSSQLLQRTGNDATRYLLPVFGKHRNLAGELIPEEADRLLGWVELELSHSGMLLRGYRSLFASLLLIAAGLGCTALLALRMGRTINRPLSQIKQAVAQLKDGHLETRLPPLGSQELDELASGINRMAGTLQNAQEELQHSIDQATEDVRQNLETIEIQNIELDLARKEALEASRIKSEFLANMSHEIRTPLNGILGFTHLLQKSELTPRQLDYLGTIEKSADSLLGIINEILDFSKIEAGKLVLDSIPFNLRDLLQDTLTILAPAAHAKQLELVSLVYRDTPLSLVGDPLRLKQILTNLVSNAIKFTREGTIVARAMLEDEHEDSVQLRISIQDTGIGLSSQDVRALFQAFSQADNSLSRQPGGTGLGLVISKRLVEQMGGEIGVDSTPGEGSEFWISLRLPKTRDDAEDLPGPPLLGRRVAVLENHELARQALQHQLEDCGLQVTAFNTLENLTNGVTVAHQTDQAINLAVLGITSNDMPPERLNQHIWDLEHLGCKVLVLCPTTEQTLFHLSVPNPHSQLQAKPACTRKLRRSLSDLVNPRPTRNEPNEPVASRAPKVLCVDDNPANLLLVQTLLEDMGARVLAVESGYAAVKAVQKETFDLVLMDVQMPGMDGRQSTEAIRQWESERHCTPLPIVALTAHAMANEKRALLQSGMDDYLTKPISERQLAQVVLKWTGLALRNQTPDRGADAQGSSELLVLDHEEGLRLAAGKADLAADMLAMLLASLEADREAIRQASEANDHNALIERVHRLHGATRYCGVPQLRAACQRSETLLKQQDPRAAAALEDLDRAIHRLASEARISA PGPT0012930_597 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012930-gacS|barA|varS-K07678 NA NA D1-35_00398 723 copR_1 Transcriptional activator protein CopR ATGAATCCCATCCCCGCTGTACCGCCGCGCATCCTTGCCATCGAAGACGACCCCGTGCTGGGTGCTTATGTCCATGAGCACCTGGCCCGCAACGGCTTCGAAGTGACCTGGTGCCAGAACGGCCAGGATGGCCTGGACATCGCCTGCCGGCAGGCTTTCGACGTGGTGCTGATGGACATCCTGCTGCCCGGGCTGGATGGCCTCGCGGTGCTGACCCGTTTGCGCCTGAGTCATTCGACCCCGGTGTTGCTGATGTCTGCCCTCGGCGCGGAAGCGGATCGCATCAGCGGCTTTCGCCTCGGCGCCGACGATTACCTGCCCAAACCGTTCAGCATGGCGGAGTTGCGTGTGCGCATCGAGGCCATCCTGCGCCGAGTGGCGCTGGATCGGCGCCCGGCTCAAATGATGACTCTGCCCCAGGCGCAGGACCTGGACTTTGATGAGCAGCGCAGTGATGTACAGGTCCAGGGCCAATGGGCAGGGCTGACGCGCAGCGAATACCGTTTGCTCGACGTCCTGCACCGCAGTGACAGTGAAGTCCTGAGCAAAGCCTTCCTCTATCAGCATGTTTTGCAGCGCGGCTATGCACCACATGATCGCAGCCTGGACATGCATGTCAGCCAGATCCGCCGCAAGCTCAAGTCTATCGGCTACACCGCGCGGGAGCTGCGCACGGTGTGGGGCAAGGGCTACGTGTTGAGTGCCGTCGATGAAGTGGTCTGA MNPIPAVPPRILAIEDDPVLGAYVHEHLARNGFEVTWCQNGQDGLDIACRQAFDVVLMDILLPGLDGLAVLTRLRLSHSTPVLLMSALGAEADRISGFRLGADDYLPKPFSMAELRVRIEAILRRVALDRRPAQMMTLPQAQDLDFDEQRSDVQVQGQWAGLTRSEYRLLDVLHRSDSEVLSKAFLYQHVLQRGYAPHDRSLDMHVSQIRRKLKSIGYTARELRTVWGKGYVLSAVDEVV PGPT0003250_28 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_METABOLISM,PGPT0003250-pfeR|pirR-K19610 NA NA D1-35_00399 1422 pfeS COG0642 Sensor protein PfeS ATGAAGTGGTCTGATCTGCCTGGGCGGAACTCGTTGTTCTGGAAACTGGCATGCCTGCTGGTGGCGTTCTGTCTGCTGATGATTTGGCTGAGCTGGTCCTGGGGCCGTTATATGGAGGAGCGCAACCAGTTTCTCTCGGACCAGGCCCGCGGCACCCTCACGCGTTACGCCGCCGAGGCCGAGCACGCCTGGCGTTCCGGCCGACAGGCGGGGGTGGACCGCTGGTTGCAAGGCATGCAGCCGCGCGAGGCAAGCTGGGTGGGGGTGATCGGCCCCGACCTGCAATCGTTGAGCGGGCAGCCGTTGACCGAGAAAGAGGTCGAGCGGCTGACCTTCCTCCGTGGTCTGGATTGGCCGATCCACAAGAAGGGCCGACCGTGGCTGCGGGTGCCGTTCCCCGGCGACCCGTCCGTCGGCAGCCTGGTGATCGAACTGCCCGAGCGTTTCCTGCCGGGGCAGTACCAGTTGTTCTGGCGCGTGATGACCAACGGCGTGATCCCCGGACTGTTCACCCTGTTGCTCTGTGTCGGGCTGTATCGCCTGCTGGTGGTGCCGCTCAATCAACTGCGCGAACAGGCCAATGCCTGGCGGGCCGATCAGTTGGGCGTGCGCCTGTCCAGCCGCACCACCGAACGTGCCGATGAACTGGGCGAGCTGGGACGGGCGTTCGATCACATGTCCGAGCGGTTGCAATCGACCGTCGCGCTGCAACAACAGCTGCTCCGCGACCTGTCCCATGAGCTGCGCACACCGCTGAGTCGCCTGCAAGTCGCCAGCGACAGCGAGCAGGACCTGGACCAACTGCGCGAGCGCGTCGCCCGGGAAGTCGAAGGCATGCAGCGATTAATCGAGGACACCCTGCAACTGGCCTGGCTCGACACCGAACGCGCGCCATTGCCGGTCGAGGCGATCCAGGTCCAGGCCTTGTGGGAAATGCTCACGGAAAATGCCTGTTACGAAAGCGGCTGGCCCAGCGCTCAACTGCAATGCGCGGTCGATGCCGATTGCTGGGTCCAAGGCAACCTCAATACCTTGGCGCAAGCTTTGGAAAACATCCTGCGCAACGCCATCCGGCACTCGCCGCCCGGCGGCGTGGTGCGGCTGGACGGTCGACGTGAGGGCGGTTTCTGGCTGCTGTGGCTTGAAGACGAAGGCGGTGGGGTGGCCGAGCAGGATCTTGAGCGTATCTTCGATCCGTTCACCCGTCTCGATGGCTCTCGCCCGGGAGACGGCGGTTTCGGGCTGGGGCTGAGCATTGCCCGTAATGCGCTGGCGCGCCAGGGTGGGCGGCTGTGGGCGCAGAACGGCAGGAAGGGCTTGCGGTTGAACCTGCGTCTGGTCGCCACTCAAGCAGCCACCGCCCCCGTGGCGAGGGAGCTTGCTCCCGCTGGCGCGCGCAGCGGCCCCCTGCAACCTGCCTGA MKWSDLPGRNSLFWKLACLLVAFCLLMIWLSWSWGRYMEERNQFLSDQARGTLTRYAAEAEHAWRSGRQAGVDRWLQGMQPREASWVGVIGPDLQSLSGQPLTEKEVERLTFLRGLDWPIHKKGRPWLRVPFPGDPSVGSLVIELPERFLPGQYQLFWRVMTNGVIPGLFTLLLCVGLYRLLVVPLNQLREQANAWRADQLGVRLSSRTTERADELGELGRAFDHMSERLQSTVALQQQLLRDLSHELRTPLSRLQVASDSEQDLDQLRERVAREVEGMQRLIEDTLQLAWLDTERAPLPVEAIQVQALWEMLTENACYESGWPSAQLQCAVDADCWVQGNLNTLAQALENILRNAIRHSPPGGVVRLDGRREGGFWLLWLEDEGGGVAEQDLERIFDPFTRLDGSRPGDGGFGLGLSIARNALARQGGRLWAQNGRKGLRLNLRLVATQAATAPVARELAPAGARSGPLQPA PGPT0003245_10 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_METABOLISM,PGPT0003245-pfeS|pirS-K19609 NA NA D1-35_00400 903 cysM_2 COG0031 Cysteine synthase B ATGACTTTGCAGTACCCAACCATCGCCGATTGCGTCGGCAACACCCCGCTGGTTCGCTTGCAGCGCCTGCCTGGCGCGACCAGCAATACGCTTTTGCTCAAGCTCGAAGGCAACAACCCGGCGGGTTCGGTCAAGGACCGGCCGGCGCTGTCGATGATCACCCGTGGCGAATTGCGCGGGCAGATCCGCCCGGGCGACACGCTGATCGAGGCGACCTCCGGGAACACCGGCATCGCCCTGGCGATGGCGGCGGCGATCAAGGGCTACAAGATGATCCTGATCATGCCCGACAACTCCAGCGCCGAGCGCAAGGCGGCGATGACGGCCTATGGCGCCGAGCTGATCCTGGTGACCCAGGAAGAGGGCATGGAAGGCGCCCGTGACCTGGCCGAGCGCATGCAGGCCGAAGGCCGGGGCAAGGTGCTCGATCAGTTCGCCAACGGCGACAATCCAGAAGCCCACTACACCACCACCGGCCCGGAGATCTGGCGCCAGACCGATGGCACGATCAGCCATTTCGTCAGCTCGATGGGCACCACCGGCACCATCATGGGTACTTCTCGCTACCTGAAAGAACAGAACCCGAACGTGCAGATCATCGGCCTGCAACCGATGGAAGGCTCGGCCATCCCCGGCATTCGCCGCTGGCCCGAGGAATATCTGCCGAAGATCTACCAGGCCGATCGCGTGGATCGCATCATCGACATGGCCCAGAGCGAAGCCGAAGACGTGACCCGTCGCCTGGCCCGTGAAGAAGGTATTTTCTGCGGCGTGTCGTCGGGCGGTGCCGTGGCGGGCATGCTGCGTTTGTCGAAGGAAGTGGAAAATGCAGTGATCGTCGCGATCATCTGCGACCGTGGCGACCGTTACCTGTCGACCGGCATCTTCGACGCGCCCAACTGA MTLQYPTIADCVGNTPLVRLQRLPGATSNTLLLKLEGNNPAGSVKDRPALSMITRGELRGQIRPGDTLIEATSGNTGIALAMAAAIKGYKMILIMPDNSSAERKAAMTAYGAELILVTQEEGMEGARDLAERMQAEGRGKVLDQFANGDNPEAHYTTTGPEIWRQTDGTISHFVSSMGTTGTIMGTSRYLKEQNPNVQIIGLQPMEGSAIPGIRRWPEEYLPKIYQADRVDRIIDMAQSEAEDVTRRLAREEGIFCGVSSGGAVAGMLRLSKEVENAVIVAIICDRGDRYLSTGIFDAPN PGPT0002820_584 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0002820-cysM-K12339 NA NA D1-35_00401 1371 rlmD COG2265 23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD ATGGCCAAACAAGAAAGAGGCTTGCGCTTCCAGCCCAGCGGCGGAAGCCGGGCCCCGCAAGTGCCCACCGGCAAGAAGCAGCGCCTGACCATTGAACGCCTGGCCAACGATGGCCGGGGCATTGCGTTTGTCGACGGGCGGACCTGGTTTGTCATCGGCGCCCTGGCTGGTGAAGAGGTCGAGGCGCGGGTGCTCGGTACCCACGGCAAAGTGGTCGAGGCCCGCACCGAACGGGTGTTTTCCTCCAGCGAACTGCGTCGTGCAGCGCCCTGCGTGCATGCCGGTCGCTGCGGCGGTTGCAGCGTCCAGCATTTGCCCCATGGCGAACAGCTTGCCCTGAAACAGCGCATGCTCGCCGAGCAACTGTCGCGGGTGGCCGGTGTCGAGCCGGATGAGTGGGCCGCGCCGTTGAGCGGACCGGAGTTCGGCTACCGACGTCGCGCTCGGGTGGCGGTGCGTTGGGATCAGAAAGCAAAATATCTTGAAGTGGGTTTCCGTGCCGTCGGCACCCAGGACATCGTAGCCATCGACGCATGTCCGGTGCTGGTACAGCCCTTGCAGCCGATCATGAGTCGCCTGCCGGAAATGCTCCGTCGCTTGGGCAAACCCCAGGCGCTCGGCCATGTCGAGTTGTTCGCCGGCTCGTCCCTGGCGTTATTGCTGCGGCATATGGCGCCGTTGTCGGAAGCCGACCTGACGATCCTCAAGGATTTCTGCGCGTTCCATGAAGCCCAGTTGTGGCTGCATGGCGAAGGCGAGCCGCAACCGGTCGATCCGGGCCAGGCCCTGGGTTATCGCCTGGAAAGCTGGGACCTGGAACTGGCTTACCGGCCGGGGGATTTCATTCAGGTGAACGCCGCCGTCAACGAGGCGATGGTCGCCCAGGCGCTGCAATGGCTGGCGCCTCGACCCGATGAGCGCGTGCTTGACCTGTTCTGTGGCCTGGGCAACTTTGCCTTGCCGCTGGCCAGGCAGGTGCGCGAGGTCGTGGCGGTGGAGGGCGTGCAGACCATGGTCGAGCGCGCGGCGGCGAACGCCCTCAGCAACAATTTGCATAACACTGCTTTTTTTCAGGCCGATTTATCCCAGCCTTTGGCGGGTGCCGAGTGGATCGGCGAAGGCTTTTCTGCGGTACTCTTGGACCCACCCCGTGATGGTGCTTTCGAGGTGGTGCGCAAGCTGGCCTCGCTGGGTGCCAGGCGGCTGGTTTATGTGTCGTGCAACCCGGCAACTTTGGCCCGGGACACGGTCGAATTGATCAAGCAGGGCTACCGGTTAAAACGTGCCGGGATTCTCGATATGTTTCCTCAGACGGCGCATGTCGAGGCCATGGCGTTATTTGAAGCGAGCCAGGATGGCTTGTCCGACTGA MAKQERGLRFQPSGGSRAPQVPTGKKQRLTIERLANDGRGIAFVDGRTWFVIGALAGEEVEARVLGTHGKVVEARTERVFSSSELRRAAPCVHAGRCGGCSVQHLPHGEQLALKQRMLAEQLSRVAGVEPDEWAAPLSGPEFGYRRRARVAVRWDQKAKYLEVGFRAVGTQDIVAIDACPVLVQPLQPIMSRLPEMLRRLGKPQALGHVELFAGSSLALLLRHMAPLSEADLTILKDFCAFHEAQLWLHGEGEPQPVDPGQALGYRLESWDLELAYRPGDFIQVNAAVNEAMVAQALQWLAPRPDERVLDLFCGLGNFALPLARQVREVVAVEGVQTMVERAAANALSNNLHNTAFFQADLSQPLAGAEWIGEGFSAVLLDPPRDGAFEVVRKLASLGARRLVYVSCNPATLARDTVELIKQGYRLKRAGILDMFPQTAHVEAMALFEASQDGLSD NA NA NA NA NA D1-35_00402 2247 relA COG0317 GTP pyrophosphokinase ATGGTACAGGTGAGAGCACACCAGCCGATCAACACCGACGGCAGTATCAATCTCGAGGCTTGGCTCGATCACGCGGTCAGTATCGATCCGGCACTGGATCGCGAAGCCTTGAAGCAAGCCTGCGAGTTCGCTCGCGAGGCAGAACAGCAACACAACGCGGCGAAGAACCTGTGGTCCGAAGGCACCTCGAGTTTCCAGACGGGCCTTGAGATCGCCGAAATCCTCGCCGACCTCAAGCTCGACCAGGACTCGCTGGTCGCCGCGGTGCTGTACCGCGGCGTGCGTGAAGGGCAGATCCAGCTGCCGATGGTCAACCAGCGTTTCGGCACCGTGGTCGCCAAGCTGATCGACGGCGTGTTGCGCATGGCGGCCATCAGCGCCAGCCTCAGCCCGCGCCAGTCCATGGTTCTGGGCACCCAGGGCCAGGTGGAAAACCTGCGCAAGATGCTTGTGGCCATGGTCGACGACGTGCGTGTCGCGCTGATCAAGCTGGCCGAGCGCACCTGCGCGATCCGCGCCGTGAAATCCGCCGACGATGAAAAACGCAACCGTGTCGCCCGTGAGGTGTTCGACATCTACGCGCCGCTGGCCCACCGTCTCGGTATCGGTCACATCAAGTGGGAGCTGGAGGACTTGTCCTTCCGCTACCTGGAGCCTGACCAATACAAGCAGATCGCCAAGCTGTTGCATGAACGACGGCTGGATCGCGAGCGCTTCATCACCGATGTCATGACTCAGTTGCGTGAGGAATTGCAGGCCACCGGCGTGGAAGCCGATATCAGTGGCCGGGCCAAGCACATCTATTCGATCTGGCGCAAAATGCAGCGCAAAGGCCTCGAATTCAGCCAGATCTACGACGTTCGCGCCGTGCGCGTGCTGGTTCCGGAAATGCGCGATTGCTACACCGCGCTGGGGATCGTCCATACCTTGTGGCGGCACATTCCCAAGGAATTCGACGACTACATCGCCAACCCGAAGGAAAACGGCTACCGCTCGCTGCACACCGCGGTCATCGGCCCGGAAGGCAAGGTGCTGGAGGTGCAGATCCGCACCCATGCCATGCACGAAGAAGCCGAGCTGGGGGTTTGTGCCCACTGGAAATACAAGGGCACCGACGTCAAGTCCGGGTCCAACCATTACGAAGAGAAAATCTCCTGGCTGCGCCAGGTGCTGGAATGGCACGAGGAACTGGGTGACATCGGCGGCCTGGCGGAACAGCTGCGGGTCGACATCGAGCCGGACCGGGTCTACATCTTCACTCCCGACGGCCACGCCATCGACTTGCCCAAGGGCTCGACGCCGCTGGACTTCGCCTACCGGGTGCACACCGAGATCGGTCACAACTGCCGTGGCGCCAAGATCAACGGGCGGATCGTGCCGCTCAACTACAGCCTGCAGACCGGCGAGCAGGTGGAGATCATCACTAGCAAGCACGGCACGCCGAGCCGCGACTGGCTGAACCCGAACCTGGGCTACATCACCACTTCGCGCGCGCGGGCGAAAATCGTCCATTGGTTCAAGTTGCAGGCCCGTGACCAGAACGTCGCCGCCGGCAAGACCCTGCTCGAGCGCGAGCTGAGTCGCCTGGGCCTGCCGCAGGTGGATTTCGACAAGCTGGCTGAAAAAGCCAATATGAAGACCGCCGAGGACATGTTCGCCGCCCTTGGCGCCGGCGACCTGCGCCTGGCGCAACTGGTCAACCTCGCCCAGCAACTGGTTGAGCCGGAACGCGGCAACGAGCAACTGGAACTGATCCCGCGCAAGGCCACCGGCTACAAGCCCGGCAAGCGCGGCGATATCCAGATCCAGGGCGTGGGCAACCTGATGACCCAGATGGCGGGCTGCTGCCAGCCGCTGCCGGGGGATGCGATCGTTGGCTACATCACCCAGGGCCGTGGCGTGAGCATTCACCGCCAGGATTGCGCCTCGGTGCTGCAACTGGCCGGTCGCGAACCGGAGCGGATCATCCAGGTCAGTTGGGGCCCGGTGCCGGTGCTCACCTACCCGGTGGACATCATCATCCGCGCCTACGACCGTTCCGGCCTGCTGCGTGACGTGTCCCAGGTGCTGCTCAACGAGCGGATCAACGTGCTGGCGGTCAACACCCGCTCGAACAAGGAGGACAACACCGCGCTGATGTCCCTGACCATCGAGATTCCGGGGCTGGATGCACTGGGGCGGTTGCTGGGGCGGATTTCCCAGTTGCCGAACATCATCGAGACCCGGCGTAATCGGACACCGGGCTAA MVQVRAHQPINTDGSINLEAWLDHAVSIDPALDREALKQACEFAREAEQQHNAAKNLWSEGTSSFQTGLEIAEILADLKLDQDSLVAAVLYRGVREGQIQLPMVNQRFGTVVAKLIDGVLRMAAISASLSPRQSMVLGTQGQVENLRKMLVAMVDDVRVALIKLAERTCAIRAVKSADDEKRNRVAREVFDIYAPLAHRLGIGHIKWELEDLSFRYLEPDQYKQIAKLLHERRLDRERFITDVMTQLREELQATGVEADISGRAKHIYSIWRKMQRKGLEFSQIYDVRAVRVLVPEMRDCYTALGIVHTLWRHIPKEFDDYIANPKENGYRSLHTAVIGPEGKVLEVQIRTHAMHEEAELGVCAHWKYKGTDVKSGSNHYEEKISWLRQVLEWHEELGDIGGLAEQLRVDIEPDRVYIFTPDGHAIDLPKGSTPLDFAYRVHTEIGHNCRGAKINGRIVPLNYSLQTGEQVEIITSKHGTPSRDWLNPNLGYITTSRARAKIVHWFKLQARDQNVAAGKTLLERELSRLGLPQVDFDKLAEKANMKTAEDMFAALGAGDLRLAQLVNLAQQLVEPERGNEQLELIPRKATGYKPGKRGDIQIQGVGNLMTQMAGCCQPLPGDAIVGYITQGRGVSIHRQDCASVLQLAGREPERIIQVSWGPVPVLTYPVDIIIRAYDRSGLLRDVSQVLLNERINVLAVNTRSNKEDNTALMSLTIEIPGLDALGRLLGRISQLPNIIETRRNRTPG PGPT0014820_390 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0014820-relA-K00951 NA NA D1-35_00403 834 mazG COG1694 Nucleoside triphosphate pyrophosphohydrolase ATGTACAGCCTCGAAGACCTGCTCCACCTGATGAACCGCTTGCGCGACCCGCAATACGGCTGCCCGTGGGACATCAGGCAAACCTACGCAACCATCGTCCCTCACACCCTGGAGGAAGCCTACGAAGTGGCCGACGCCATCGAGCGCGGCGACTTCGATCACCTTCAAGGTGAATTGGGCGATTTACTGTTCCAGGTGGTGTATTACAGCCAGCTGGCCCGGGAAGAAAACCGTTTCGAATTCGCCGGCGTGGTCGATAGCATCACCCGCAAGCTGATTCGCCGCCATCCCCATGTGTTTCCCACCGGTGACCTTTACGCAGCCGTGGATACCCCGCGCCTGAGCGAAGAGCAGGTCAAGCAGCGCTGGGAGAAAATCAAGGCAGAGGAGCGCGCCGAGAGGGCCTCGGTGCCCAAGCAGTTGTCACTGCTTGATGATGTACCGGTGGCATTGCCGGCCTTGTCGCGGTCGGCGAAGTTGCAGAAGCGCGCCGGTCAGGTCGGTTTCGACTGGCCGGGACCGCTGCCGGTGCTCGATAAGGTCCGTGAAGAGCTCGACGAAGTGCTCGAAGCCATGGCGGACAATGACGCCGCGGCCATCAGCGACGAAGTGGGTGACCTGCTGTTCAGTGTGGTGAACCTGGCTCGACACTTGAAAGTCGACCCCGAAACGGCCCTGCGTGGCGCCAATGCAAAGTTTGAAAGACGTTTCCGATTTATCGAACAGGCATTGCGCGAGACCCACCGTCCCATGGAAGATTGCACCCTCGAAGAGTTGGACGCCTTGTGGGGCGAAGCCAAACGTCAGGAAAAGAATTTGCCCAGCTGTGGCTGA MYSLEDLLHLMNRLRDPQYGCPWDIRQTYATIVPHTLEEAYEVADAIERGDFDHLQGELGDLLFQVVYYSQLAREENRFEFAGVVDSITRKLIRRHPHVFPTGDLYAAVDTPRLSEEQVKQRWEKIKAEERAERASVPKQLSLLDDVPVALPALSRSAKLQKRAGQVGFDWPGPLPVLDKVREELDEVLEAMADNDAAAISDEVGDLLFSVVNLARHLKVDPETALRGANAKFERRFRFIEQALRETHRPMEDCTLEELDALWGEAKRQEKNLPSCG PGPT0008820_382 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0008820-mazG-K04765 NA NA D1-35_00404 540 hypothetical protein ATGAGCCTTTCCCTTCGCGACCAGTTGCTCAAAGCAGGGCTGGTCAACCAAAAGCAGGCCAAGCAGGTCGGCAAAGAGAAACAGAAGCAGCAACGCCTGGCCCACAAAGGCCAGGTCGAACTGGACGACTCCCAGCAGCGTGCGGCCCAGGAAGCCATGGCCGAGAAGGTCAAGCGCGACCAGGAACTGAACCGCCAGCAGCAGGAAAAGGCCGAGCAGAAGGCCCGTGCCGCGCAGATCAAGCAATTGATCGAGGTGTCGCGCCTGCCGAAGCTGACCACCGACGACTACTACAACTTCGTCGACGACAAGAAGGTCAAGCGCATCTCGGTCAATGCGCTGATGCGTAACAAGCTGAGCAGCGGTTCCCTGGCGATCGTCCATCATGCCGGGAGCTATGAAGTGATCCCGCGCGAAGCGGCGCTGAAGATCCAGGAACGCGACCCCAAGCGCATCGTCCAGCTCAACACCCAGACCGAAGAAGTGGATGCCGATGATCCGTACGCGGCGTATCAGATTCCTGATGATTTGATGTGGTAA MSLSLRDQLLKAGLVNQKQAKQVGKEKQKQQRLAHKGQVELDDSQQRAAQEAMAEKVKRDQELNRQQQEKAEQKARAAQIKQLIEVSRLPKLTTDDYYNFVDDKKVKRISVNALMRNKLSSGSLAIVHHAGSYEVIPREAALKIQERDPKRIVQLNTQTEEVDADDPYAAYQIPDDLMW NA NA NA NA NA D1-35_00405 195 hypothetical protein ATGACTGTGAAAGTAACTGAACGCGACGACGCCCACATGTCCCACGAAGGTATTGCCGCCGGTATCCGGATCTGGGATGTGCATCAACAGGATCTGCTGGTGGGCATGTTCCATTCCGAGACGGACGCTCATAGCTACAAGGCCGAGCTGGAACGTGAGGAGCGGCAGCGTTTGCGTGAGACCTCGCATTCCTGA MTVKVTERDDAHMSHEGIAAGIRIWDVHQQDLLVGMFHSETDAHSYKAELEREERQRLRETSHS NA NA NA NA NA D1-35_00406 714 hypothetical protein ATGCGTCGCGCCCTGCTCTTCGCTTGCGCTCTGCTTGCCCTGCCCCTGGCACAGGCTGCAGACCTTCAACCGTTCTCCGCCAGCTATACCGCCGACTGGAAACAGCTGCCCATGAGCGGCACCGCCGAGCGCAGCCTGACCAAGGAGGCCAACGGCACCTGGAAGCTGAGCTTCAAGGCATCGATGATGATCGCCAGCCTGACCGAAGAAAGCACCCTGACCCTGGACAAGGACACCCTGCTGCCGCAGTCCTATCACTTCGAGCGCGGCGGCCTGGGTAAAGCCAAGAAAGCAGACCTGGATTTCGACTGGAATGCCAAGATGGTCACCGGCACCGATCGCGGTGACGCGGTCAAGCTGCCATTGAACCGCGGCATGGTCGACAAATCCACGTACCAACTGGCCCTGCAGCACGACGTGGCGGCCGGCAAGAAAAGCATGAGTTATCAGGTCGTCGATGACGGTGAAATCGATACCTATGACTTCCGCGTGCTTGGTTCGGAAAAAGTCGACACCAAGGCCGGCCAGATCGACGCCATCAAGGTCGAGCGCGTGCGCGACCCGACACAAAGCAAGCGCATCACCGTGCTCTGGTTCGCCAAGGACTGGGATTACCTGCTGGTACGCCTGCAGCAAGTCGAGACCGACGGCAAGGAGTACAACATCATGCTCCAGGACGGTACGGTCAACGGCAAGGCTGTGAAAGGCAGCTGA MRRALLFACALLALPLAQAADLQPFSASYTADWKQLPMSGTAERSLTKEANGTWKLSFKASMMIASLTEESTLTLDKDTLLPQSYHFERGGLGKAKKADLDFDWNAKMVTGTDRGDAVKLPLNRGMVDKSTYQLALQHDVAAGKKSMSYQVVDDGEIDTYDFRVLGSEKVDTKAGQIDAIKVERVRDPTQSKRITVLWFAKDWDYLLVRLQQVETDGKEYNIMLQDGTVNGKAVKGS NA NA NA NA NA D1-35_00407 651 purN COG0299 Phosphoribosylglycinamide formyltransferase ATGTCCGCAACCTGTGACGTCGTGGTGCTGTTGTCCGGCACCGGCAGTAACCTGCAGGCCCTGATCGACAGTACACGGACCGGCGACAGCCCGGTCCGGATCCGCGCGGTGATTTCCAACCGCGCCGATGCCTACGGCCTGCAACGTGCCAAGGAGGCGGGTATCGATACCCGCGTCCTCGATCACCAGGCGTTCGACGGTCGCGAGGCCTTCGATGCCGCGCTGATCGAACAGATCGACGCCTTCAATCCGCAACTGGTGGTCCTGGCCGGTTTCATGCGCATCCTCAGCGCCGGTTTTGTGCGTCACTACCAGGGCCGCCTGTTCAATATCCATCCGTCGCTGTTGCCCAAATATAAAGGGTTACACACTCACCAGCGTGCGCTGGAGGCCGGTGACACGGAGCATGGCTGCTCGGTTCACTTTGTCACCGAGGAACTCGATGGCGGACCACTGGTCGTACAGGCAGTAATACCGGTAGAGTTGCACGACACGCCGCAAAGCCTGGCGCAACGGGTCCACGCCCGCGAACACCAGATCTACCCGATGGCCGTGCGTTGGTTTGCCGAAGGCCGGCTGACACTCGACGATCGCGGAGCCTCACTGGACGGCCAGTTGCTCGCCGCCAGCGGCCATTTGATTCGATACTAG MSATCDVVVLLSGTGSNLQALIDSTRTGDSPVRIRAVISNRADAYGLQRAKEAGIDTRVLDHQAFDGREAFDAALIEQIDAFNPQLVVLAGFMRILSAGFVRHYQGRLFNIHPSLLPKYKGLHTHQRALEAGDTEHGCSVHFVTEELDGGPLVVQAVIPVELHDTPQSLAQRVHAREHQIYPMAVRWFAEGRLTLDDRGASLDGQLLAASGHLIRY PGPT0008095_1101 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175 NA NA D1-35_00408 1059 purM COG0150 Phosphoribosylformylglycinamidine cyclo-ligase ATGAGCAAGCAACCCTCCCTGAGCTACAAGGACGCCGGTGTAGACATCGACGCCGGTGAAGCATTGGTCGAACGCATCAAGAGCGTCGCCAAGCGCACCGCGCGCCCGGAAGTCATGGGCGGCCTGGGCGGTTTCGGCGCCCTCTGCGAGATCCCGGCCGGCTACAAGCAACCGGTCCTGGTCTCGGGTACCGACGGCGTCGGCACCAAGTTGCGCCTGGCCTTGAACCTGAACAAGCACGACAGCATCGGCATCGACCTGGTGGCCATGTGTGTGAATGACCTGGTGGTCTGCGGCGCCGAACCACTGTTCTTCCTCGACTACTACGCCACCGGCAAACTCAACGTCGACACCGCCGCCCAGGTCGTGACCGGCATCGGCGCCGGCTGTGAATTGTCCGGCTGCTCCCTGGTCGGCGGCGAAACCGCTGAAATGCCAGGCATGTACGAAGGCGAAGACTACGACCTGGCCGGTTTCTGCGTCGGCGTCGTGGAAAAGGCCGAGATCATCGACGGCTCGAAAGTCGCCGCCGGCGACGCCCTGCTCGCCCTGCCATCTTCCGGCCCGCACTCCAACGGCTACTCGCTGATCCGCAAGATCATCGAAGTCTCGGGCGCCGATATCGAGAACACCCAGCTCGACGGCCAGCCACTCGCCGACCTGCTGATGGCCCCGACCCGCATCTACGTCAAGCCCCTGCTCAAGCTGATCAAGGACACCGGCGCCGTCAAGGCCATGGCCCACATCACTGGCGGCGGTCTGCTGGACAACATCCCGCGCGTGCTGCCAAAAGGCGCCCAGGCCGTGGTCGACGTGGCGAGCTGGACCCGCCCGGCGGTGTTCGACTGGCTGCAGGAAAAAGGCAACGTCGATGAAACCGAAATGCACCGCGTGCTGAACTGCGGCGTGGGCATGGTCATCTGCGTGGCCCAGGAGCACGTCGAAACCGCGCTGAACGTCCTGCGCGACGCGGGCGAGCAGCCTTGGGTCATCGGCCAGATCGCCACCGCGGCCGAAGGCGCCGCACAGGTCGAGCTGAAAAACCTCAAGGCACACTGA MSKQPSLSYKDAGVDIDAGEALVERIKSVAKRTARPEVMGGLGGFGALCEIPAGYKQPVLVSGTDGVGTKLRLALNLNKHDSIGIDLVAMCVNDLVVCGAEPLFFLDYYATGKLNVDTAAQVVTGIGAGCELSGCSLVGGETAEMPGMYEGEDYDLAGFCVGVVEKAEIIDGSKVAAGDALLALPSSGPHSNGYSLIRKIIEVSGADIENTQLDGQPLADLLMAPTRIYVKPLLKLIKDTGAVKAMAHITGGGLLDNIPRVLPKGAQAVVDVASWTRPAVFDWLQEKGNVDETEMHRVLNCGVGMVICVAQEHVETALNVLRDAGEQPWVIGQIATAAEGAAQVELKNLKAH PGPT0021570_743 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933 NA NA D1-35_00409 1059 hypothetical protein ATGCGTCTTTTCAAATTCTTGTCCATGGGCTGCCTGTCGCTGATCAGCCTGGCGAGCCATGCCGAAACCCTCAATAACCTTTATCAGGTGCGTGAGCCGGTCAGCAGCCAGGCGCCGGATGAGCGAAACCAGGCAACGTTGCGAGCGTTGGACACCCTGGTGCTGCGCCTGACCGGCGACGCCAAGGCCGCGCAGAATCCCGGCCTGGCGGCTATCCGCAAGGACCCGCAGCAGATCATTCTGCAGTACGGCTACGACGCCGGTCCTCCGGAAAGCCTGCAGGTGGACTTCGATCCCGCCAGCACCGACCGGGCATTGCGTTCGGCGGGGCTGCCGCTTTGGGGCGCGAATCGTCCATCGATTCTAGGCTGGTGGCTGAATGACTCGGCAGAAGGCTCCAGCCTGGTCGGTGATGGCCAGGCCAGCGCCACGCCTCTGCGCCGCGCGGCCCAGCACCGGGGCTTGCCGCTGCACCTGCCGTTGGCGGATTTGAGCGAGCAGATTGTCGCCACCGCGCCGACGTTGCAAGGCAACGACCCGGCGCCGTTGCGTGAGGCGTCGGACCGGTATGGCTCGGATGCCTTGCTGGCGGTCCATGCCAAGGAGGAGGGAGGCCAGTGGCAGGCCACCTGGCGCCTGTGGCTGGGCGACCAGCGCGAGCAGGGCAGCGCCCAGGGCGCCGATCCCGCTGCGCTGGCCGATGCCGTGATGTTGGCGGTGAGCCAGCGCCTGGCGCCGCGTTTCGTGGCCAAGCCGGGCGTGGCGACCGAGCAGTTGCTGGAAGTCCAAGGCATGAATCTGGAACGTTATGCAGCGCTGGGGCGTCTGCTCGAACCGTTCGCTGGCCAGGTGCAGCGGGTCGAGGGCGACAGAATTGTCTACAAGGTCAACGGCAGCGCCGAGCAATTGAAGGCACAACTGGCCCTGGCCAAACTGCAGGAATTGCCGCCGGGTGAAGCCGTCGCGCAAGCGCCTGCGGCGCAGCCGGCCGCCGACGGAACGGTTCCGGTCGCGACACCGACACCGTCGCCGGCGGCTAACTTGCGATTCCGCTGGTAG MRLFKFLSMGCLSLISLASHAETLNNLYQVREPVSSQAPDERNQATLRALDTLVLRLTGDAKAAQNPGLAAIRKDPQQIILQYGYDAGPPESLQVDFDPASTDRALRSAGLPLWGANRPSILGWWLNDSAEGSSLVGDGQASATPLRRAAQHRGLPLHLPLADLSEQIVATAPTLQGNDPAPLREASDRYGSDALLAVHAKEEGGQWQATWRLWLGDQREQGSAQGADPAALADAVMLAVSQRLAPRFVAKPGVATEQLLEVQGMNLERYAALGRLLEPFAGQVQRVEGDRIVYKVNGSAEQLKAQLALAKLQELPPGEAVAQAPAAQPAADGTVPVATPTPSPAANLRFRW NA NA NA NA NA D1-35_00410 1074 Sodium-lithium/proton antiporter ATGGGCGATACGCGGCGTTGGTTCTGGTTGGGTGGGGTCGCCCTGCTGATTGCATTTATCTACTTGCTTCACCCGATCCTCACGCCGTTCCTGGTTGCGCTGTTACTGGCCTATCTGTTCGATCCGGTGGTGGATCGCCTGGAAAAGCTCGGGCTGTCCCGGACCTGGGGCGTGGTGGCGGTGTTCGCGTTGTTTACCTTGATCGTCAGCGCTCTGCTGCTGGTGCTGATACCCATGCTGGCCAAGCAACTGGTGCGCCTGTACGAGCTGGCACCGCAGATGCTCGATTGGCTGCAGCACACCGCAGTGCCTTGGGTGCAATCGAAGCTGGGCCTGTCGGACGGCTTCTGGAAGTTCGACAAGGTCAAGGCCGCCATCAGTGAGCACATGGGGCAGACCACCGATATCGTCGGCGTGGTATTGAGCCAGGCCACGGCTTCGAGCCTGGCGCTGATCGGCTGGCTGGCGAACCTGGTGCTGATTCCCGTGGTGGCCTTTTATCTGCTGCGCGATTGGGACCTGATGATGGCGAAGATCCGCAGCCTGCTGCCGCGTCATCGCGAAGAGCGCATCATGACGCTGACTGGCGAATGCCACGAAGTGCTGGGGGCGTTTGTCAGGGGGCAGTTGCTGGTCATGGTCGCGTTGGGTTTCATCTACGCGGCGGGGCTGATGCTGGTAGGGTTGGAGCTGGGCCTGTTGATCGGCCTGATCGCCGGGTTGGCGGCCATCGTGCCCTACATGGGGTTTGTCATCGGGATTGGCGCGGCGTTGATTGCCGGGCTGTTCCAGTTTGGCGGCGACCTGTATCCCATGGTCGGCATCGTCGCGGTATTCATGGTCGGGCAGGCGCTGGAGGGCATGGTGCTGACGCCGTTGCTGGTGGGAGATCGTATCGGCTTGCACCCGGTGGCGGTGATCTTCGCGATCCTGGCGGGTGGCGAGTTGTTCGGCTTCACCGGGATCCTGCTGGCGCTGCCGGTGGCGGCGGTGATCATGGTGCTGGTGCGTCATATGCACGATCTGTACAAGGATTCCGACATATATAGCGGCGCAGAGGACCCCGACCTCTAG MGDTRRWFWLGGVALLIAFIYLLHPILTPFLVALLLAYLFDPVVDRLEKLGLSRTWGVVAVFALFTLIVSALLLVLIPMLAKQLVRLYELAPQMLDWLQHTAVPWVQSKLGLSDGFWKFDKVKAAISEHMGQTTDIVGVVLSQATASSLALIGWLANLVLIPVVAFYLLRDWDLMMAKIRSLLPRHREERIMTLTGECHEVLGAFVRGQLLVMVALGFIYAAGLMLVGLELGLLIGLIAGLAAIVPYMGFVIGIGAALIAGLFQFGGDLYPMVGIVAVFMVGQALEGMVLTPLLVGDRIGLHPVAVIFAILAGGELFGFTGILLALPVAAVIMVLVRHMHDLYKDSDIYSGAEDPDL NA NA NA NA NA D1-35_00411 705 hda COG0593 DnaA regulatory inactivator Hda ATGAAACCGATTCAGCTGCCCCTTGGTGTGCGTCTGCGTGACGACGCCACCTTCATCAATTACTACCCAGGCGCCAATGCCGCTGCACTCGGCTATGTCGAGCGGCTTTGCGAAGCCGACGCCGGCTGGACCGAGAGCCTGATCTATCTGTGGGGCAAGGACGGGGTAGGGCGCACGCATCTGTTACAGGCGGCGTGCTTGCGCTTCGAGCAGTTGGGTGAGCCTGCCGTGTACCTGCCACTGGCCGAGCTGCTGGATCGCGGCGTGGAAATCCTCGACAACCTGGAGCAGTACGAACTGGTCTGCCTGGATGATCTCCAGGCAGTGGCCGGCAAGGCCGATTGGGAAGAGGCGTTGTTCCATTTGTTCAACCGGTTGCGCGACAGTGGCCGGCGCCTGTTGATTGCCGCATCGACCTCGCCACGGGAGCTGCCGGTGAAGCTGGCCGACTTGAAATCCCGCCTGACCCTGGCGTTGATCTTCCAGATGCGCCCGCTTTCCGACGAGGACAAGCTTCGCGCGTTGCAATTGCGTGCATCTCGACGCGGCCTGCACCTGACCGACGAGGTCGGGCATTTCATCCTCACCCGTGGCACCCGCAGCATGAGCGCGCTGTTCGAACTGCTCGAACGTCTCGACCAGGCCTCACTCCAGGCCCAGCGCAAGCTGACCATTCCTTTTTTGAAAGAAACTTTAGGCTGGTAA MKPIQLPLGVRLRDDATFINYYPGANAAALGYVERLCEADAGWTESLIYLWGKDGVGRTHLLQAACLRFEQLGEPAVYLPLAELLDRGVEILDNLEQYELVCLDDLQAVAGKADWEEALFHLFNRLRDSGRRLLIAASTSPRELPVKLADLKSRLTLALIFQMRPLSDEDKLRALQLRASRRGLHLTDEVGHFILTRGTRSMSALFELLERLDQASLQAQRKLTIPFLKETLGW NA NA NA NA NA D1-35_00412 627 mepS COG0791 Murein DD-endopeptidase MepS/Murein LD-carboxypeptidase ATGCTAAATCGCTTCGCACCCCTCGTGCCTCTCGCACTCGTTACCCTGTTGTTCGGTTGCGCTGCCCACTCCCCAGTGACCCAGCAAGCGCCCCAACCACAGGTGAATAACACCGTTACCGCCCAGTCTTCCGCCGTTGCGTTCCAGGAAGAAATGGCCTCCGACAAAGAGCTGGCAGACTTCGCCGGCAGCAAGCCTTATCAGCTTCCAGTGCTGGCGGACAGCATCCTGGAGCGCGGCATGTCGTTGATCGGCACACGTTATCGTTTTGGCGGGACCTCCGAAGCCGGCTTCGACTGCAGCGGCTTCATCGGCTACCTGTTTCGCGAAGAAGCGGGCATGACCCTGCCGCGTTCCACGCGTGAAATGATCAACGTGAAGGCCCCGCTGGTCGCTCGCAACCAGCTCGAACCCGGTGACCTGCTGTTCTTCAGCACCAACGGTCGTCGCGGTCGCGTCAGCCACGCCGGTATCTACCTGGGCGACAACCAGTTCATCCACTCCAGCAGCCGCCGCAGCGGTGGGGTGCGAATCGACAGCCTGGGCGACAGCTACTGGAGCAAGACCTTCATCGAAGCCAAGCGTGCCCTCGCCATGGCACCGACTGTAGTGACGGCTCGCAAGTAA MLNRFAPLVPLALVTLLFGCAAHSPVTQQAPQPQVNNTVTAQSSAVAFQEEMASDKELADFAGSKPYQLPVLADSILERGMSLIGTRYRFGGTSEAGFDCSGFIGYLFREEAGMTLPRSTREMINVKAPLVARNQLEPGDLLFFSTNGRRGRVSHAGIYLGDNQFIHSSSRRSGGVRIDSLGDSYWSKTFIEAKRALAMAPTVVTARK PGPT0023820_142 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023820-mepS|spr-K13694 NA NA D1-35_00413 534 hypothetical protein ATGTCGACGTCGGCCCGCCTCGCTCTCATGTTTCTTGCCGCACTGCTCAGCGCGTGCGCCAGTCGCACCCCGCCGCCCGCGCCAGTGCGGGCTCCGGTGGTGTTCGCACCTTCCCAGACTTTTTCTCCCGCCGCCGAAGACGTGCTGTTCCGGGCGTTGGGCCTGGTGGGCACGCCTTATCGCTGGGGCGGCAACACGCCGGATTCAGGTTTCGATTGCAGTGGCTTGATCGGCTATGTGTACCGTGACGCCGCCGGTATCTCGCTGCCACGCTCCACGCGCGAAATGATCAGCATGCGCGCGCCGGAAGTCGGCAAGGATGCGTTGCAGAGCGGCGATCTGGTGTTCTTCGCCACCAATGGCGGCTCCCAGGTCAGCCATGCCGGAATCTATGTCGGGGAGGGGCGTTTCGTCCATGCGCCGGCCACGGGCGGGACGGTCAAGCTCGACAGTCTGTCCAAGGCCTATTGGCAGAAAGCCTACCTGGGCGCCAAGCGAGTGCTACAGCCGGAGCACCTGGCGCGTAATCCCTGA MSTSARLALMFLAALLSACASRTPPPAPVRAPVVFAPSQTFSPAAEDVLFRALGLVGTPYRWGGNTPDSGFDCSGLIGYVYRDAAGISLPRSTREMISMRAPEVGKDALQSGDLVFFATNGGSQVSHAGIYVGEGRFVHAPATGGTVKLDSLSKAYWQKAYLGAKRVLQPEHLARNP PGPT0023830_271 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023830-mepH-K19303 NA NA D1-35_00414 1311 hypothetical protein ATGCTCAAGCCACCTCATCTGTTAATCATTGCCCTGGCTACGGGGCTTGTCGCGTGTGGCGAGTCTTCCACATTGCAGGTTTCCGACGGCACCGGCCCGTCGCCGAAACTGCCCGAACCGAACAAGACCCTGATTCCCACGGTGAATATCGCCGAAGCGGTCGGCTGGCCGGACGGCGCCAAGCCAACCCCGGCCCAAGGCCTGCAGGTAGTCGCGTTTGCCGAAGGGCTGGATCATCCGCGCTGGCTTTACGTACTGCCCAATGGCGATGTACTGGTGGCCGAAACCAACGCCCCGCCCAAGCCCGACGATACCCAGGGCATTCGTGGCTGGGTCATGAAAAAAGTCATGGGCCGGGCCGGCGCCGGCGTGCCCAGCCCCAACCGCATCACCCTGCTGCGAGACGCCAATCACGATGGCGTCGCCGAGACCCGGACGATTTTCCTGGAGAACCTCAATTCGCCGTTCGGCATGACCCTCGTCGGCAATGACCTGTACGTGGCCGACACCGACCGGTTGATCCGCTTCCCGTACAAGGAAGGCGACACACAGATCAAGGCACAGCCAACCAAGGTGGTCGACTTGCCGGGTGGCACTTTGAACCACCACTGGACCAAAAACGTCATCGCCAGCCGGGACGGCAGCAAGCTGTACGTGACCACCGGTTCGAACAGCAACGTTGGCGAGAACGGCATGGAAGCGGAAGAAGGCCGGGCGGCGATCTGGGAAGTCGACCGGGCCACAGGCACCCATCGCATCTTCGCCGCGGGCCTGCGCAATCCCAATGGCCTGGCGTGGGAGCCACGCAGCGGTGCGTTGTGGACGGCGGTCAACGAACGGGACGAGATCGGCAGCGACCTGGTGCCGGACTACATCACGTCGGTCAAGGACGGCGGCTTCTATGGCTGGCCTTACAGTTATTACGGGCAAAACATCGATGTCCGGGTCGAGCCGCAAAACCCCGAGCTGGTGGCCAAGGCCATCGCCCCCGACTATGCGGTGGGCCCGCACACCGCCTCCCTGGGCCTGAGCTTCGCCGAGGGCAGCCAATTGCCCGCGCCGTTCACCGAAGGGGCTTTCATCGGGCAACACGGTTCCTGGAACCGCAAGCCCCACAGTGGCTACAAAGTGATTTTTGTTCCGTTCAGCGGCGGCAAACCGGTCGGGCAACCAGTGGAGGTGTTGACCGGTTTCCTCAATGCAGACGAAAAAGCCCAGGGCCGGCCGGTGGGCGTGGTGATCGACAAGCAGGGCGGGTTGTTGGTGGCGGATGATGTCGGGAACAAGATCTGGCGGGTGTCAGGTAAATAG MLKPPHLLIIALATGLVACGESSTLQVSDGTGPSPKLPEPNKTLIPTVNIAEAVGWPDGAKPTPAQGLQVVAFAEGLDHPRWLYVLPNGDVLVAETNAPPKPDDTQGIRGWVMKKVMGRAGAGVPSPNRITLLRDANHDGVAETRTIFLENLNSPFGMTLVGNDLYVADTDRLIRFPYKEGDTQIKAQPTKVVDLPGGTLNHHWTKNVIASRDGSKLYVTTGSNSNVGENGMEAEEGRAAIWEVDRATGTHRIFAAGLRNPNGLAWEPRSGALWTAVNERDEIGSDLVPDYITSVKDGGFYGWPYSYYGQNIDVRVEPQNPELVAKAIAPDYAVGPHTASLGLSFAEGSQLPAPFTEGAFIGQHGSWNRKPHSGYKVIFVPFSGGKPVGQPVEVLTGFLNADEKAQGRPVGVVIDKQGGLLVADDVGNKIWRVSGK NA NA NA NA NA D1-35_00415 585 hypothetical protein ATGCAAGGCATGATCATCAGCAATCCGAAGCTGGAGTTTCTACGCCCGGTGCTGGAACGCTGGTTCGACTGTATCGATCGCTACAACGCCGTGCGCGGCGATAACGACACCCCCTACTGGCATGATCAAAAAGCCAACCTCGGGTTGCTGTCTGCCGCTGCCTGGATGGCTGAGATGGTCACGCTGCAGAACGCAGCGACGCGCAAGCAGAACGAAGAAGGCGAACGCAACGTCAGCGCCGACCTGTTCATTGCCAGCGCCGATGAGCGCGCCTTTATCCAGGCCACCCAGCGCTGGCCGAAGGTCAACAACCTGAACCTGACCCAACCCTTGCTCGAAGCCGCCAGCGACGCCAAGCGCATCAGCTACGCCAGCGACCTGAAACTGGGCTGCCTGTTCGTTGCCCCGCAAAAAGCCCAGCAAAGCGCCACGCCAGAAGAGTTGCAGGACATGATCGACGACCTGCAGAAGGAGAACACCTGCGCCGTGGCCTGGTACTTCCCCTACGCCTATCGCAAATTGCGCAACGAGGCGGGCCAGTACCATCCGGGTATTGCGCTGCTGCTGAAACAGGCGCACGGCTGA MQGMIISNPKLEFLRPVLERWFDCIDRYNAVRGDNDTPYWHDQKANLGLLSAAAWMAEMVTLQNAATRKQNEEGERNVSADLFIASADERAFIQATQRWPKVNNLNLTQPLLEAASDAKRISYASDLKLGCLFVAPQKAQQSATPEELQDMIDDLQKENTCAVAWYFPYAYRKLRNEAGQYHPGIALLLKQAHG NA NA NA NA NA D1-35_00417 612 cobO_1 Corrinoid adenosyltransferase ATGACCGATACGCCCGATCGCGACGAACGCCACCTGGCGCGCATGCTGCGCAAGAAAGCCGTGATTGACGAGCGCATCGCCAATTCACCGAACGAGTGTGGCCTGCTGCTGGTGCTGACCGGCAACGGCAAGGGCAAGAGCAGTTCGGCGTTCGGCATGCTCGCCCGTGCCATGGGCCACGGCATGCAGTGCGGCGTGGTGCAGTTCATCAAGGGGCGCAACAGCACCGGCGAGGAGCTGTTTTTCCGACGCTTCCCGGAGCAGGTGCGCTTTCACGTCATGGGCGAAGGCTTCACCTGGGAAACCCAGGATCGTCAGCGCGACATCGCCGCCGCCGAAGCGGCCTGGGCGGTATCGCGGCAACTGCTCGGCGATCCATCGATTGGCCTGGTGGTGCTTGATGAGCTGAACATCGCTCTCAAGCATGGTTATCTCGATCTCGATCAGGTGTTGAGCGATCTGCAGGCCCGTCCGCCGATGCAACACGTGGTGGTCACCGGCCGGGGTGCCAAGCCGGAAATGATCGAGCTGGCCGATACCGTGACCGAAATGGGCATGATCAAGCATGCCTTCCAGGCCGGCATCAAGGCGCAGAAAGGCGTCGAACTGTGA MTDTPDRDERHLARMLRKKAVIDERIANSPNECGLLLVLTGNGKGKSSSAFGMLARAMGHGMQCGVVQFIKGRNSTGEELFFRRFPEQVRFHVMGEGFTWETQDRQRDIAAAEAAWAVSRQLLGDPSIGLVVLDELNIALKHGYLDLDQVLSDLQARPPMQHVVVTGRGAKPEMIELADTVTEMGMIKHAFQAGIKAQKGVEL PGPT0004645_532 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004645-cobA|btuR-K19221 NA NA D1-35_00418 1380 cbiA COG1797 Cobyrinate a,c-diamide synthase ATGACCAGCCGCCACTGTCCGGCGGTGTTGATTGCCGCGCCGGCTTCCGGCCAGGGCAAGACCACCGTCACTGCGGCGCTGGCACGGTTGCATCGCAACCAGGGGCGCAAGGTGCGTGTGTTCAAATGCGGACCTGATTTCCTTGATCCGATGATCCTTGAGCGCGCCAGTGGCGCACCGGTCTATCAACTGGATATGTGGATGGTCGGCGAGCAGGAAAGTCGCCGACTGTTGTGGGAAGCCGCCGCCGAAGCGGACCTGATCCTGATCGAAGGCGTGATGGGGCTGTTCGACGGCACCCCGTCCAGCGCTGACCTGGCGCGCCACTTCGGCGTGCCGGTGCTGGCCGTGATCGACGGCACGGCGATGGCCCAGACCTTCGGTGCCCTGGCCCTGGGCCTGGCCCGTTATCAGCCGGACTTGCCGTTCGCTGGCGTACTGGCCAACCGGGTCGGCACCCTGCGCCACGCGCAATTGCTCGAAGGCAGCCTGACCGAAGGCCTGCGCTGGTACGGCGCGCTCTCGCGAGAAACCGGCATCGAGCTGCCGAGCCGCCACCTGGGGCTGGTCCAGGCCAGCGAACTGAATGACCTGGACGTTCGCCTCGACGCAGCGGCCGAAGCATTGGCCGGCAGTTGTGAAGTGTCGCTGCCGCCCCAGGTCGAGTTCGCCGCGCCCGAACTGACAACCGTCGAGCCGTGGCTCGACGGTGTGCGCATCGCCGTCGCCCGCGACGAAGCGTTTGCCTTCACCTATGGCGCGAGCCTCGACCTGCTGCGGGCCATGGGCGCGCAACTGGCCTTCTTTTCCCCTATTCATGACACCGAACTGCCCGAGGCGGACAGCCTGTATCTGCCTGGCGGTTACCCGGAGCTGCACCACGTTGCACTGGCGCGGAACGTGCCGATGCTGACGGCGATCCGTGCCCACCACGCAGCCGGCAAACCGCTGCTCGCCGAATGCGGTGGCATGCTCTACCTGCTCGATTCATTGACCGACGTCGAGGGCAATCGCGCCGAGCTGCTCGGCCTGTTGAGCGGTGAAGCGCAGATGCAAAAGCGCCTTGCGGCCTTGGCGTTGCAATCAGTCGAGCTGCCGGAAGGCACGCTGCGCGGGCATACCTATCATCACTCCTTGACCAGCACTGAACTCGAGCCGATCGCCCGTGGGCACAGCCCGAACGGTGGGCGAGGGGCTGAGGCGGTTTTCCGCCTGGGGCGGATGACGGCTTCCTATGTGCATTTTTACTTTCCGTCCAATCCCGGGGCGATTGCGGCGTTGCTTGCGCCCGCCCCGGCGGCGGTCTTCGCGAGCTGGCTCGCTCCCACATTTGATCACCTGAACCCTGTGGGAGCGAGCCTGCTCGCGAAGCCGTCATGA MTSRHCPAVLIAAPASGQGKTTVTAALARLHRNQGRKVRVFKCGPDFLDPMILERASGAPVYQLDMWMVGEQESRRLLWEAAAEADLILIEGVMGLFDGTPSSADLARHFGVPVLAVIDGTAMAQTFGALALGLARYQPDLPFAGVLANRVGTLRHAQLLEGSLTEGLRWYGALSRETGIELPSRHLGLVQASELNDLDVRLDAAAEALAGSCEVSLPPQVEFAAPELTTVEPWLDGVRIAVARDEAFAFTYGASLDLLRAMGAQLAFFSPIHDTELPEADSLYLPGGYPELHHVALARNVPMLTAIRAHHAAGKPLLAECGGMLYLLDSLTDVEGNRAELLGLLSGEAQMQKRLAALALQSVELPEGTLRGHTYHHSLTSTELEPIARGHSPNGGRGAEAVFRLGRMTASYVHFYFPSNPGAIAALLAPAPAAVFASWLAPTFDHLNPVGASLLAKPS PGPT0004605_914 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004605-cbiA-K02224 NA NA D1-35_00419 651 bluB COG0778 5,6-dimethylbenzimidazole synthase ATGACTGACAACGCTTTCTCTTCAGCCGAACGCGAAGCCGTCTACCGCGCCATCGCCGAACGCCGCGACATGCGCCATTTCAGCGGCGGCACCGTCGAGCCGGCGTTGCTGCGCCGTCTGCTGGAAGCCGCGCACCAGGCGCCCAGCGTCGGGCTGATGCAACCGTGGCGCTTCATCCGTATCAGCGACCGCGCCTTGCGTGGGCAGATCCAGCGACTGGTGGAAGAGGAACGCATCCGTACCGCCGAAGCCCTGGGCGAGCGCAGCGATGAATTCATGCAGCTCAAGGTCGAAGGTATCAATGACTGCGCCGAGGTACTGGTGGCGGCGTTGATGGACGACCGCGAGCGGCACATATTCGGTCGCCGGACCTTGCCGGAAATGGACCTGGCCTCGCTGTCCTGCGCCATCCAGAACCTGTGGCTGGCGGCCCGCGTCGAAGGGCTGGGGATGGGTTGGGTGTCGCTGTTCGAGCCCCAGGCCCTGGCTGACCTGCTGGGCCTGCCCGCCGGGGCCAAGCCGTTGGCGGTCCTGTGCCTGGGGCCGGTCGAAGGCTTCTACCCAGCGCCGATGCTGGCCCTGGAAGGCTGGGCGCAACCGCGTCCGCTCACTGAACTGCTTTACGAAAACCACTGGGGAGTGCGCCCATGA MTDNAFSSAEREAVYRAIAERRDMRHFSGGTVEPALLRRLLEAAHQAPSVGLMQPWRFIRISDRALRGQIQRLVEEERIRTAEALGERSDEFMQLKVEGINDCAEVLVAALMDDRERHIFGRRTLPEMDLASLSCAIQNLWLAARVEGLGMGWVSLFEPQALADLLGLPAGAKPLAVLCLGPVEGFYPAPMLALEGWAQPRPLTELLYENHWGVRP PGPT0006810_663 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0006810-bluB|drgA-K04719 NA NA D1-35_00420 909 cobD COG1270 Cobalamin biosynthesis protein CobD ATGAGCGTAGCGTTGCTCAGTGCCGCCGCGGTGGCGCTGGATGCGCTGCTGGGTGAGCCCCGGCGTTGGCATCCGCTGGTGGCGTTCGGCGGCTTTGCCGATCGCATCGAACAACGTTTCAACTCCGGCGGGCGTGGCTGGCGCAGCCATGGAGTGACGGCGTGGGTGATCGCCGTGGTGCCGCTGACCTTGCTCGCCACGGCCCTGTCCTGGGCACCGATGATTGGCTGGCTGGTGGAGATTCTGGCGCTGTATTGCGCCCTCGGCCTGCGCAGTCTTGGCGAGCATGTCGAGCCGGTGGCCCGGGCGCTGCGCAGCGGTGAGCTGGACGAGGCGCGCCGACGCGTCGGTTACCTGGTCAGCCGCGAAACCGCCGAGCTGGATGAAGCCGCCGTTGCCCGCGCCGCCACCGAGTCGGTCCTGGAAAACGGCAGCGACGCGGTGTTCGCCGCGCTGTTCTGGTTCGCCGTGGCCGGTGCGCCCGGCGTGGTGTTGTACCGGTTGAGCAATACCCTCGACGCTATGTGGGGCTATCGCAACGAGCGCTTCGAGCGTTTCGGCTGGGCGGCGGCGAAAATCGACGACCTGCTCAACTACATCCCCGCACGCCTGGTGGCGTTGACCTACGCTGCGCTCGGCAAGACCCGCCTGGCACTCAAATGCTGGCGCAGCCAGGGCCCGACCTGGGACAGCCCGAATGCCGGGCCGGTGATGGCCGCCGGTGCCGGCGCGCTGGGTGTGGAACTGGGGGGCGCGGCGGTGTATCACGGCGAACTGCATCAACGCCCGCCATTGGGCGAGGGCGTGCCGGCGAGTGCCGATTCGATTGACCGAGGCTGGCAATTGGTGCAACGCGGCGTATGGTTATGGCTGCTGATTCTCTGCCTCGGAGCCGAGTTTTATGCTTGA MSVALLSAAAVALDALLGEPRRWHPLVAFGGFADRIEQRFNSGGRGWRSHGVTAWVIAVVPLTLLATALSWAPMIGWLVEILALYCALGLRSLGEHVEPVARALRSGELDEARRRVGYLVSRETAELDEAAVARAATESVLENGSDAVFAALFWFAVAGAPGVVLYRLSNTLDAMWGYRNERFERFGWAAAKIDDLLNYIPARLVALTYAALGKTRLALKCWRSQGPTWDSPNAGPVMAAGAGALGVELGGAAVYHGELHQRPPLGEGVPASADSIDRGWQLVQRGVWLWLLILCLGAEFYA PGPT0004660_2831 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004660-cbiB|cobD-K02227 NA NA D1-35_00421 993 hisC_1 Histidinol-phosphate aminotransferase ATGCTTGAGCATGGTGGACGACTGCACAACGCCGCCCGGCAATACGGGATTGCCGAGGCCGACTGGCTTGACCTGTCCAGTGGCCTCGCGCCCTGGCCGTTCGAGATCCCGGCGATTCCATTGCGCGCCTGGGCGCGCCTGCCCGAGACCGACGATGGTCTGGAACAGGCCGCTTGCGACTATTACGAAGCGACGCATGTGTTGCCGGTGGCCGGTTCGCAAATGGCCATCCAACTGCTGCCGCGCCTGCGCCGAGCGGGCAAGGTCGGGGTCTTGTCGCCTTGTTACGCCGAGCACGCCGAAGCCTGGCGCCGCAGCGGGTACATCGTGCGCGAAGTGCTGGAAGCGGAAGTGGATTTCTTCCTCGACAGCCTCGACGTGCTGGTGGTGGTCAACCCGAACAATCCCACCGGCCTGAGCCTGGATCCCGAACGCCTGCTGGATTGGCATGCGCGGCTGGCCCAGCGGGGTGGCTGGCTGGTGGTGGACGAAGCGTTCATGGATATCACGCCGCACCTGAGCCTTGCCGCCTACGCCCATCAGGTCGGATTGATCGTGCTGCGCTCGTTCGGCAAGTTTTTCGGCCTGGCCGGGGTTCGCCTCGGCTTCGTCCTGGCCGAGCGACGCTTGCTCAGGCTGCTCGCCGAACAGGTCGGGCCGTGGGCCGTCAGCGGGCCGACGCGGATATTGGGCCAGGCGTGCCTGTTGGATACCGAGGCCCACGCCCGCCAGCGCCAGCGTTGCGAAGAAACCAGCGAGCGCCTGGCGCTGCTGCTCGAGCATTACGGTTTCAGGCCTGATGGCGGTTGCGGGTTGTTCCAGTGGCTGGTTACCGAGCACGCCCGGGCCCTTTATGAATTCATGGCCCAGCGCGGCATTCTCCTGCGGCTGTTCATCAACACCAGCAGTCTGCGCTTCGGGCTGCCGGCCAATGACGCAGAATTCCTGCGTCTCGAACAGGCTTTCGAGGCCTACGCCAAGGACATTCAATGA MLEHGGRLHNAARQYGIAEADWLDLSSGLAPWPFEIPAIPLRAWARLPETDDGLEQAACDYYEATHVLPVAGSQMAIQLLPRLRRAGKVGVLSPCYAEHAEAWRRSGYIVREVLEAEVDFFLDSLDVLVVVNPNNPTGLSLDPERLLDWHARLAQRGGWLVVDEAFMDITPHLSLAAYAHQVGLIVLRSFGKFFGLAGVRLGFVLAERRLLRLLAEQVGPWAVSGPTRILGQACLLDTEAHARQRQRCEETSERLALLLEHYGFRPDGGCGLFQWLVTEHARALYEFMAQRGILLRLFINTSSLRFGLPANDAEFLRLEQAFEAYAKDIQ PGPT0004655_572 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004655-cobC1|cobC-K02225 NA NA D1-35_00422 1452 cobQ Cobyric acid synthase ATGACCACCTTGATGGTGCAGGGCACCACCTCCGATGCCGGCAAAAGCACGCTGGTCACGGCGCTGTGCCGCTGGGTCAGGCGCCAGGGCGTGAGCGTGGTGCCATTCAAGCCGCAAAACATGGCGCTCAATAGCGCGGTGACCGCCGATGGCGGCGAAATCGGCCGGGCCCAGGCGGTCCAGGCCCAGGCTTGTGGCCTCGAACCGCATACCGACATGAACCCGGTGCTGCTCAAGCCCAACAGCGACACCGGTGCCCAAGTCATCATCCATGGCCGCGCCGTGACCAGCATGAACGCCGTGGCGTATCACGATTACAAAGCCATCGCGATGCAAGCGGTGCTGGCTTCCCATGAGCGTTTGCGCGCGGCGTATCCGGTGGTCATGGTCGAGGGCGCGGGGTCGCCGGCGGAGATCAACCTGCGTGCCGGCGACATCGCCAACATGGGTTTTGCCGAGGCCGTCGATTGCCCGGTGCTGCTGATCGCCGACATCAATCGCGGCGGCGTATTCGCCCACCTGGTCGGCACCCTTGAGTTGCTTTCGCCCAGCGAACAGGCGCGGGTAAAAGGTTTCATCATCAACCGTTTTCGTGGCGACCTGGCGTTGCTGCAACCTGGCCTGGATTGGCTCGAAGCGCGCACCGGCAAACCGGTGATTGGCGTATTGCCCTATGTGCTGGACCTGCATCTGGAAGCCGAGGACGGTCTCGATCGGCGTCAGGCCGACAAGGCCGAACAGGTACTCAAGGTTGTGGTGCCGGTGCTGCCGCGCATCAGCAACCATACCGATTTCGATCCGCTGCGCCTGCACTCGCAGGTCGACCTGCAGTTCATCGGCCCCGGCCAGACCATCCCGCCGGCCGACCTGATCATCCTGCCCGGTTCGAAAAGCGTGCGCAGCGACCTGGCCTACCTGCGCGCCAACGGCTGGGAGACAGCAATCAATCGGCACCTGCGCTACGGCGGCAAGTTGCTGGGCATCTGCGGTGGTTTGCAGATGCTTGGCCGCCAGGTCCACGATCCGCTCGGGCTGGAAGGCGCGGCCGGTTCGAGTGCCGGGCTGGGCCTGCTGGACTTCGAGACGACGCTGGAGCATGAGAAGCAGTTGCGCAACGTACGCGGGCGGTTGGCCCTGGAGGATGCCGAGGTCAGCGGCTACGAGATTCATGCGGGTGTGACCACTGGCCCGGCCCTGGAAAACCCTGCGGTGACGTTGGACGGCGGCCGTTGCGACGGCGCCCGAAGCCTCGACGGACAGATTTTCGGCACCTATCTGCATGGGCTGTTTGAAACGCCAGCGGCGAGCAGCGCGTTGCTGCGCTGGGCGGGCGTGCAGGACGTCCAGGCGGTGGATTACCACGGGTTGCGCGAGCGGGATATCGAGCGGTTGGCGGACCTGGTGGAGCGGCATCTGGATACCGGGGTGTTGCGTGAACTCTGTGGGATTTGA MTTLMVQGTTSDAGKSTLVTALCRWVRRQGVSVVPFKPQNMALNSAVTADGGEIGRAQAVQAQACGLEPHTDMNPVLLKPNSDTGAQVIIHGRAVTSMNAVAYHDYKAIAMQAVLASHERLRAAYPVVMVEGAGSPAEINLRAGDIANMGFAEAVDCPVLLIADINRGGVFAHLVGTLELLSPSEQARVKGFIINRFRGDLALLQPGLDWLEARTGKPVIGVLPYVLDLHLEAEDGLDRRQADKAEQVLKVVVPVLPRISNHTDFDPLRLHSQVDLQFIGPGQTIPPADLIILPGSKSVRSDLAYLRANGWETAINRHLRYGGKLLGICGGLQMLGRQVHDPLGLEGAAGSSAGLGLLDFETTLEHEKQLRNVRGRLALEDAEVSGYEIHAGVTTGPALENPAVTLDGGRCDGARSLDGQIFGTYLHGLFETPAASSALLRWAGVQDVQAVDYHGLRERDIERLADLVERHLDTGVLRELCGI PGPT0004580_2390 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004580-cobQ|cbiP-K02232 NA NA D1-35_00423 522 cobP Bifunctional adenosylcobalamin biosynthesis protein CobP ATGCTGCAACTGATCCTCGGCGGCGCCCGCTCCGGCAAGAGTCGCCTGGCTGAAAAACTCGCGGCAGGCACCGGCTTGCCGGTGACCTACATCGCCACCAGCCAACCCCTGGACGGCGAGATGAACCAGCGTGTCGCTCAGCATCGCGCCCGGCGCCCGGCCGATTGGGCGTTGGTGGAGGAACCGCTGGCGCTGGCGCAGGTGTTGCGCGAAACCGCCGCGAGCGAGCGCTGCCTGCTGGTGGATTGCCTGACCCTTTGGCTGACCAACCTGTTGGTGCTCGACGATGCCGACCGACTGGCTGCCGAGCGCGAAGCCCTGCTGGACTGCATCGGCGCGCTGCCCGGTGAAATCATTTTTGTCAGCAACGAGACCGGCCTGGGTGTCGTGCCGCTGGGCGAGCTGACTCGCCGTTACGTCGATGAAGCCGGCTGGCTGCATCAAGCCCTGGCCGAACGTTGCCAGCGCGTTGTGCTGACCGTTGCCGGCCTGCCCCTGACTCTCAAAGGTATTGCGTTATGA MLQLILGGARSGKSRLAEKLAAGTGLPVTYIATSQPLDGEMNQRVAQHRARRPADWALVEEPLALAQVLRETAASERCLLVDCLTLWLTNLLVLDDADRLAAEREALLDCIGALPGEIIFVSNETGLGVVPLGELTRRYVDEAGWLHQALAERCQRVVLTVAGLPLTLKGIAL PGPT0004585_2039 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004585-cobP|cobU-K02231 NA NA D1-35_00424 1056 cobT Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase ATGAATCACCGCTGGTGGCTGGACCCGTGCAAGCCCGTTGATAGCCAAGTGCTGGAGCAAGCGATGGCGCGGCAACAACAACTAACCAAACCGGCCGGCTCCCTCGGGCGCCTGGAGTCGGTGGCGGTGCAACTGGCGGGCCTGCAAGGGCAGGTCAAGCCAAGTCTTGAACAATTGTGGATCGCGATTTTTGCCGGCGATCACGGTGTGGTGGCCGAAGGCGTCTCGGCCTATCCCCAGGAAGTGACCGGACAGATGCTGCTCAACTTTGTCAGCGGCGGCGCGGCCATCAGCGTGCTCGCGCGGCGGTTGGGCGCTTCCCTGGAGGTCGTCGACCTGGGCACCGTGACGCCTTCGCTGGACTTGCCCGGCGTGCGGCATTTGCGGGTCGGCCCGGGCACCGCCAATTTCCTCCTGGGCCCGGCCATGACCCTGGTCCAGGGCGAACAGGCCCTGCAAGCCGGACGCGACAGTGCCATGCGCGCCGCTGCCAGCGGCACGCAACTGTTCATCGGTGGCGAGATGGGCATCGGCAATACCACGGCGGCCAGCGCGCTGGCCTGTGCCTTGCTCGATTGCCCGGTGGCGCATCTGGTCGGGCCGGGCACCGGGCTGGATGCGGCGGGTATCAGCCGCAAGGTCCAGGTCATCGAACGCGCCCTGGCCGTGCACGGTGGGTCGAACGGCGACCCGCTGCAAACGCTGTGCAACCTTGGCGGGTTTGAAATCGCCGCGTTGATCGGCGCCTATCTGGCCTGTGCCCAACAAGGCATCGCCGTGCTGGTGGATGGCTTTATCTGCAGCGTCGCGGCCCTGGTGGCGGTGCGGCTCAATCCGGCGTGCCGGCCCTGGTTGTTGTTCGCCCACCGTGGCGCCGAACCGGGACACCGCCACGTGCTGGAAACCCTCGCTGCCGAACCGCTGCTGGACCTCGGCTTGCGCCTGGGCGAGGGCAGCGGGGCGGCGCTGGCGGTGCCGTTGTTGCGCCTGGCCTGTGACCTCCATGGGCAGATGGCGACCTTCGCCGAAGCGGCCGTGGCGGATCGCCCGGCGTGA MNHRWWLDPCKPVDSQVLEQAMARQQQLTKPAGSLGRLESVAVQLAGLQGQVKPSLEQLWIAIFAGDHGVVAEGVSAYPQEVTGQMLLNFVSGGAAISVLARRLGASLEVVDLGTVTPSLDLPGVRHLRVGPGTANFLLGPAMTLVQGEQALQAGRDSAMRAAASGTQLFIGGEMGIGNTTAASALACALLDCPVAHLVGPGTGLDAAGISRKVQVIERALAVHGGSNGDPLQTLCNLGGFEIAALIGAYLACAQQGIAVLVDGFICSVAALVAVRLNPACRPWLLFAHRGAEPGHRHVLETLAAEPLLDLGLRLGEGSGAALAVPLLRLACDLHGQMATFAEAAVADRPA PGPT0004595_1359 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004595-cobU|cobT-K00768 NA NA D1-35_00425 576 cobC COG0406 Adenosylcobalamin/alpha-ribazole phosphatase GTGACCTTGCGCCTGGACCTGTTGCGCCATGGCGAGACCGAACTGGGCGGCGGGCTGCGCGGCAGTCTCGACGACGCCCTGACGCCACGAGGCTGGGAACAGATGCACGCGGCGGTCGCAGCGGGCGGGCCGTGGGATCGGCTGGTGAGTTCGCCCTTGCAGCGTTGCGCGCGTTTCGCCGAACAGCTGGGTGCGCGACTCGGCGTGCCGGTGGACTTGGACAAGGACCTGCAGGAATTGCATTTCGGCGCCTGGGAAGGCCGTAGCGCGGCGGCATTGATGGAGACTGACGCCGAGGCGCTGGGGCGGTTCTGGGCCGATCCCTACGGCTTCACGCCGCCGGAAGGTGAGCCGGTACTCGAGTTTTCGGCGCGAGTGCTGGCGGCGCTTGAACGCTTGCATCAAGCCTACGCCGGGCAGCGCATCCTGCTGGTCAGCCATGGCGGCGTGATGCGGCTGCTGCTGGCCCGCGCCCGCGGCCTGCCGCGCGAGCAATTGCTCAATGTCGAAGTCGCCCACGGCGCGCTGTTTTCTCTCTTGGTGGCGTCCGGTCCAGTCCTCGAAGAGGCGGTCTGA MTLRLDLLRHGETELGGGLRGSLDDALTPRGWEQMHAAVAAGGPWDRLVSSPLQRCARFAEQLGARLGVPVDLDKDLQELHFGAWEGRSAAALMETDAEALGRFWADPYGFTPPEGEPVLEFSARVLAALERLHQAYAGQRILLVSHGGVMRLLLARARGLPREQLLNVEVAHGALFSLLVASGPVLEEAV PGPT0004650_1397 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004650-cobC|phpB-K02226 NA NA D1-35_00426 732 cobS COG0368 Adenosylcobinamide-GDP ribazoletransferase ATGTTGCCTTTCTGGATCGCCCTGCAGTTTCTCAGCAGCCTGCCGGTGCGCTTGCCGGGCATGCCCGAACCTGCGCAACTGGGTCGTTCGCTGCTGTTCTATCCGCTGGTAGGGGTGATGTTCGGCGGCTTGCTCTGCGGGCTCGATGCCTGGTTGTCAGGCGCACCGTTGCTGCTGCATGCGGCGCTGCTGCTGGCGGCCTGGGTGTTGCTCAGTGGCGGCCTGCACCTCGATGGCCTGGCGGACAGCGCCGATGCCTGGCTCGGTGGTTTCGGTGATCGCGAGCGTACGCTGCTGATCATGAAGGACCCGCGCAGCGGACCGATCGCGGTGGTCACCCTGGTGCTGGTGCTGTTGCTCAAATTCAGCGCGTTGCTGGCGCTGATCGAACAGCAGCAGACCTTGGCGCTGCTCATCGTGCCGGTACTTGGGCGTGGTGCGTTGCTGGCGCTGTTCCTCACCACGCCCTATGTACGTGCCGGTGGCTTGGGCCAGGCGCTCGCCGACCACCTGCCACGCCGCGTCGGTTGGCAGGTGCTGTGCGCCGTTGCGCTGGCCTCCGGGCTGGTGGCGGGCTGGGCCGGCCTGGTGGCGTTGCTGGTCGCGGCGCTGGGCTTTATCGGCTTGCGCCGGATAATGCTGCGCCGCTTGGGCGGGTGCACCGGAGACACGGCGGGGGCCTTGCTGGAACTGCTGGAGATGGCGGTTCTGGTGGCCTGGGCATTGAGCTGA MLPFWIALQFLSSLPVRLPGMPEPAQLGRSLLFYPLVGVMFGGLLCGLDAWLSGAPLLLHAALLLAAWVLLSGGLHLDGLADSADAWLGGFGDRERTLLIMKDPRSGPIAVVTLVLVLLLKFSALLALIEQQQTLALLIVPVLGRGALLALFLTTPYVRAGGLGQALADHLPRRVGWQVLCAVALASGLVAGWAGLVALLVAALGFIGLRRIMLRRLGGCTGDTAGALLELLEMAVLVAWALS PGPT0004590_2582 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004590-cobS|cobV-K02233 NA NA D1-35_00427 675 hypothetical protein GTGCGTCTATCCAGCGGGGAAGCCGCCGGCGGCAGGGCCTTGCCCCTGCAACTGGACGTGCGCGACGAGACGGCGGTAGGCGCGGCCATGGACAGGGCCGCCGAACACTTCGGCGGTATCGATGCCCTGGTCAACAACGCGGGAGCGATTCGGCTCATGGGCGTCGAGCATCTTGTGCCCAAACGCTTCGACCTGATGTATCAGATCAACACGCGTGCAGTGATGGTCTGCAGCCAGGCGGCCCTGCCCTACCTCAAGCGCAGCAGCGGCGGCCACATCCTCAACCTCTCGCCACCGCTGAGCCTGTCGTCCCGCTGGTTCGCCCAGCACGCACCCTACACCGTCACCAAGTACGGCATGAGCATGCTCACCCTCGGCATGAGCGATGAGTTCGAGAAATACGGCATCAGCGTCAACTCGCTATGGCCGAAGACCATCATCGCCACCGCCGCCATCGAGTTCGAACTCGGCGGACGCCAGGCCTTCAAGCGCGCCCGAACCCCCGCGATCATGGCCGACGCCGCCCATGCCATTCTCTCCAGCAGCAATCGCCACGTCACCGGCCGCCTGCTGATTGATGAAGAGCTGCTGGCGGAACAAGGCCAGACCGAGTTCGGACAGTACCGCTACGACCCGCAAGGCGGCCCGCTGACACCCGACCTGTTTGTCGATTGA MRLSSGEAAGGRALPLQLDVRDETAVGAAMDRAAEHFGGIDALVNNAGAIRLMGVEHLVPKRFDLMYQINTRAVMVCSQAALPYLKRSSGGHILNLSPPLSLSSRWFAQHAPYTVTKYGMSMLTLGMSDEFEKYGISVNSLWPKTIIATAAIEFELGGRQAFKRARTPAIMADAAHAILSSSNRHVTGRLLIDEELLAEQGQTEFGQYRYDPQGGPLTPDLFVD PGPT0019830_515 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019830-atuH-K13775 NA NA D1-35_00428 999 hypothetical protein TTGCTATCGAGCCTGGAAGAACTCGACCTGTCCGAAAATCTCCTCACCCACATTCCGGAAGATGTATTCAGCAACGGAGGCAATCACCAGGCATCCACCGAAGTAGTGCTGGCCGGCAACCCGCTCGATCCCGAGCTTTCCCAGCGATTGCTCGACTCGATGGCCGCGGTGCAGCCGGGTATCCCTCGCTTTACCTTCGAACTGGATGACTTGCAGCTTGATCATTTCGCTCAACCGGGACCGGTCCCTACGCCCAGTGTCGACCCATGGCTCGAAGGACTCGATGAACTCGAAGCGGCACGTCGCCGGCAACTATGGCAAGACATCGGGCGGGCAGGCGCTTCGAACCTCATGACCATGATCAATCAACTGCGGCAAACCAACGATTTTTTCCACGCTGCCCGCCGACCTGAACTGATCGGCTCGGTCTGGACGGTCCTTGAACAAGCTGGCAACGACGCGGTGTTGCGGCGCCGATTGAATGATATGGCCGAGGAGGGCGCGCGGATGCGCGCGCAGGGGGAAACCTGTGTGGATGGCTTGCGTGTCGAATTCGCCCGGATCGAAACCGAGGCCATGGTTCATCAGGCGCTGCCGGCCGGCATGCCGGAGGAGCAACGAGGGGCCTGGTTCTACCAGCGGCTACGGGCCAAGTATCGGGCCGATGCGGTCGAGGTCATTGCCAATCGGCAGGCCGGGGGACGTGATGTTGCCGAGGTACGCATGGCTTACCTGATCGGCACGCGCGAGCCCCTCGGCCTTCTTGTCGCGCCTGGAAGCATGGCATTTGCCGGCGCTGCCCGGATCAGGCACGGCGAGCTGTCCAGGGTGGTACAGATTGTTCTGGAGGAGGAGCGCTTGGGAGGCCTGCTCAACTACGGCCAGCTCCAGCCATTCTGGACCCAGTACCTGCGCGAACGTTACGCCGCTCGTTTCGCTCGCCTCGAAACCGAGTATCGGCAACCCGGCAACAACCGGTCGGCGCTGATCTCAACGTAA MLSSLEELDLSENLLTHIPEDVFSNGGNHQASTEVVLAGNPLDPELSQRLLDSMAAVQPGIPRFTFELDDLQLDHFAQPGPVPTPSVDPWLEGLDELEAARRRQLWQDIGRAGASNLMTMINQLRQTNDFFHAARRPELIGSVWTVLEQAGNDAVLRRRLNDMAEEGARMRAQGETCVDGLRVEFARIETEAMVHQALPAGMPEEQRGAWFYQRLRAKYRADAVEVIANRQAGGRDVAEVRMAYLIGTREPLGLLVAPGSMAFAGAARIRHGELSRVVQIVLEEERLGGLLNYGQLQPFWTQYLRERYAARFARLETEYRQPGNNRSALIST NA NA NA NA NA D1-35_00429 525 hypothetical protein ATGATATTGCCTTCGTCATCGTCAAGGAAAACATCCACCCGCTCCTCACCCGTTAGCGGAGGAGATTCGTACCAGGGCTTGAACTCTAGCCTCAAGGGGTTGCTCGGGTCACTCCAGGCCGTACGGTGCAGCAGGTTCGGCTCCCCCCCGGGAATATCAGGCAGTGGTTTGGGCTGTGTCCAGGGCGCGGTCATCGTGCACGGGAGCTGGTTGAACTGGGCTGATGACATCTTTCATGTTCTCCGTTGCTGGCAATCAGAATCCCCAGTCCCGAGAGCGGGGCATCACACGCTTGATGAACACTCGAATGCCGCAGGGGGCAAACGCCAGGGTCGCCCCCCGACGTTTGGCGCCCGTTCAGCCCGCGCTACCAGAGATAGCGCACGCCGATGTTGGCTCCCCACGGCTGATCGATCTTGTCGCCGTTGCTGTAGTCAAAATCGGCGTGGATTGCGACTTTGTCGGTCAAGGTCATTGCAACACCGACGCCCAACTCGCCACGGGAGCCCGAGAGGTCGTTATTGA MILPSSSSRKTSTRSSPVSGGDSYQGLNSSLKGLLGSLQAVRCSRFGSPPGISGSGLGCVQGAVIVHGSWLNWADDIFHVLRCWQSESPVPRAGHHTLDEHSNAAGGKRQGRPPTFGARSARATRDSARRCWLPTADRSCRRCCSQNRRGLRLCRSRSLQHRRPTRHGSPRGRY NA NA NA NA NA D1-35_00430 2226 hypothetical protein ATGTCCACTGCTCGCTCGTTCAAGCTGCATCCTTTGTCCCGTACTTTGAAACTGCTCTCCTGCGCACCGCTCTGGTTGTTTTCCGACGTTGCCCTGGCAGCGCGGGTGCTCGTTCCCGGGGAAGTCCTGACCATCGACAACAGCACGCCTGCGGACAATTATGTGTTGAATGGTGCCTCGACGCTGAACGTCAACGGCGCCCAGACCCGGGATATCCTGGTCAATGAATCGACCCTGAATCTCACTGGCGCAGCGGTACAGGCCACGGACGAAAGTGGCGTCCACGTTGTGGCGGGCACAGCGAGCATCGCCCAAAGCAATATCTCCTCCAGCGACCGCACCGGATTGGCGCTCTCCAGCGATACGGCCGCGACCAAGGGGGCCAGCGTAACCGTCTCCGATAGCCTCATCAGCGGCGCGATCGCCGGCGCCAGCGTCAATGCCTTGACCACCTTGACGGTGCTGCGCTCGACACTGTCAGGCAGCGGAACCGGAACCGGAAGCAGCGGTGATGGCCTGCGCATCTTCAACGGCAGCGTAACGGCCGTAGACAGCCGCATCAGTGGCAGCAGCGAGGGAATTCTTTTTGCCGGCGATGCCAGGCTGGACGTACCCGGTACATTGGAGTTGAACAATACCCACGTGGAAGGGCTCAACGGCTCGGCGATTCTGGTCGACACATTGGGTGTAGGACCGGTGCAGGCCGATATCGCCGTACTCAACGGCTCTACCCTGACCGCCAGCAACGGTATCCTGATGGATGTGCGCCGTGGCGCCGAGGGCAACCTGCGGGTGGGCAACAGCAACACCAAGCTGGTCGGCGACATCCGTGCCGACGACACCAGCACGGCCAACGTGACCCTGGAGCAGGGCGCGAGCCTGACCGGCCGGCTGATCAACGTCGATGCGCTCGCGGTCAACAGCGGTGCGACCTGGGCGATGGTCGAGGACGGCGTGGTGGATAGCTTGACCCTGGATGGCGGCAACGTTCAGCTGGGTAGCCCTACCGAGTTCTATAAGCTCTCGGTAGGCAATCTGTCCGGGACTGGCAATTTCATCATGGACGTCGATTTCGCCACCGGCCAAGTCGATACGCTCGAAGTCACCGGCACCGCGACCGGCCGCCATACCATTCTCATGGGCAGCAGTGGCCAGGATCCACTCGCGCCAGGCAGTATCCCGGTGGTGCATATCGCAGACGGCGATGCGCAATTTTCTCTGCTCGATGGTGCAGTGGATCTCGGGACCTATTCCTACGACCTGGTCAAGCATGGTGACAATGATTGGTACCTGGACACCACGTCCCGAGTGTTCAGTCCTGGTACGCGCTCGGTGCTGGCGCTGTTCAATACCGCTCCAACCGTATGGTACGGCGAGTTGAGTACATTGCGCAGTCGCATGGGCGAGGTGCGTATGAACCCCGACAAGGCCGGCGGCTGGATGCGCTCCTACGGCAACAAATTCGACGTCAGTGCCAGTTCCGGCCTGGCTTATCAGCAAGTCCAGCAAGGGGTGTCGTTCGGTGCCGATGCGCCCTTGCCGTTCGGCGATGGGCAGTGGCTCGTCGGGCTGTTGGGGGGCTACAGCCAGTCCGACCTGGATTTGAGCCGGGGTACCAGCGGCACGGTCAACAGCTATTACCTGGGTGCCTACACTACTTGGCTGGATCAGCAGAGCGGCTACTACCTGGATGCCGTCATCAAGTTCAACCGTTTCCAGAACAAGTCCGATGTACAACTGAGCGATGGCAAAAAGGCCAAGGGCGACTACAACAACCATGGCGTTGGTGCCTCCCTGGAAGTCGGTCGTCATATCAAACTGGCGGATGATTACTTCATCGAGCCGTTCACCCAGCTTTCCGGCGTCGTTATCCAAGGCAAGGATTACGATCTGAACAACGACCTGGCTGCCGAAGGCAGTCGCACCCGTTCAATCCTGGGCAAGGCGGGCGCTACCGCCGGGCGCACTTTCAGGCTTGCTGAAGGCAAGACGGTGCAACCCTACCTGCGTGCAGCCTATGTCCATGAGTTCGCCAAGAACAACGAAGTCGAGGTCAACAACAACGTCTTCAATAACGACCTCTCGGGCTCCCGTGGCGAGTTGGGCGTCGGTGTTGCAATGACCTTGACCGACAAAGTCGCAATCCACGCCGATTTTGACTACAGCAACGGCGACAAGATCGATCAGCCGTGGGGAGCCAACATCGGCGTGCGCTATCTCTGGTAG MSTARSFKLHPLSRTLKLLSCAPLWLFSDVALAARVLVPGEVLTIDNSTPADNYVLNGASTLNVNGAQTRDILVNESTLNLTGAAVQATDESGVHVVAGTASIAQSNISSSDRTGLALSSDTAATKGASVTVSDSLISGAIAGASVNALTTLTVLRSTLSGSGTGTGSSGDGLRIFNGSVTAVDSRISGSSEGILFAGDARLDVPGTLELNNTHVEGLNGSAILVDTLGVGPVQADIAVLNGSTLTASNGILMDVRRGAEGNLRVGNSNTKLVGDIRADDTSTANVTLEQGASLTGRLINVDALAVNSGATWAMVEDGVVDSLTLDGGNVQLGSPTEFYKLSVGNLSGTGNFIMDVDFATGQVDTLEVTGTATGRHTILMGSSGQDPLAPGSIPVVHIADGDAQFSLLDGAVDLGTYSYDLVKHGDNDWYLDTTSRVFSPGTRSVLALFNTAPTVWYGELSTLRSRMGEVRMNPDKAGGWMRSYGNKFDVSASSGLAYQQVQQGVSFGADAPLPFGDGQWLVGLLGGYSQSDLDLSRGTSGTVNSYYLGAYTTWLDQQSGYYLDAVIKFNRFQNKSDVQLSDGKKAKGDYNNHGVGASLEVGRHIKLADDYFIEPFTQLSGVVIQGKDYDLNNDLAAEGSRTRSILGKAGATAGRTFRLAEGKTVQPYLRAAYVHEFAKNNEVEVNNNVFNNDLSGSRGELGVGVAMTLTDKVAIHADFDYSNGDKIDQPWGANIGVRYLW NA NA NA NA NA D1-35_00431 327 hypothetical protein ATGATGATGAATGGGAGATTCAATCATGTACCAAGCCAGCACTGCTTCAAGTCGTTCGCCAGCAGGCTCTATCCGACACCGCTGCCTCTCGCCTTCAAGACAGCTACTTTTTCCAACATAACCCAAGAGCAGGCCGAGCAAGGCATCGTTTGGCTCATCGAGCCGTATGGCGTTCATATCCTGCCAATCTGGGACCCAGCCAACCAGATAGGTAAAGGCGAAGTGGCCTATCTCATTGAAGGTAAACCTGCCAAGTCCACTCCAACCAACACCAAGGTAGGGCTAGCGCAGGGGGAAGGCAGCTGCAACGTCCCGGCTAATCCTTGA MMMNGRFNHVPSQHCFKSFASRLYPTPLPLAFKTATFSNITQEQAEQGIVWLIEPYGVHILPIWDPANQIGKGEVAYLIEGKPAKSTPTNTKVGLAQGEGSCNVPANP NA NA NA NA NA D1-35_00432 405 hypothetical protein ATGCTTGCCTCTCAATGTTTGTGCATCAACCTGCGTCGTGCCGCCCGTGGCGTCAGCAGGTATTACGACGGCGCCCTCGACGGCTTCGGGATCAACGTTGCCCAGTATTCTCTGCTGAACAACCTGGCGCGCCTGGACCAGCCGAGCATTTCTTCCCTGGCCGAGGCCATGGGCCTGGACCGCAGCACGCTGGGGCGCAACTTGCGGGTGCTGGAAGGCGAGGGCCTGGTGAAGCTCGCCGAGGGCGAGGATCTGCGCAACCGTATCGTCGAGCTCACCGAGGCCGGACGTGCCCGACTGGCGGCGGCGCAGCCGGCCTGGGAAACGGCGCAACAGAAACTGATCGACAAGCTGGGCGCGGAAAAGCGTGCGACCCTGTTGGCCTTGCTGGATGAACTGGCGTGA MLASQCLCINLRRAARGVSRYYDGALDGFGINVAQYSLLNNLARLDQPSISSLAEAMGLDRSTLGRNLRVLEGEGLVKLAEGEDLRNRIVELTEAGRARLAAAQPAWETAQQKLIDKLGAEKRATLLALLDELA NA NA NA NA NA D1-35_00433 1209 L-lactate transporter ATGACATCGATGTGGCGTACCTGTGGTTGGGTCCTGGTGGGCAGTGCGCTGATCCTGGCGTTATCGCTGGGTGTGCGACATGGCTTTGGCCTGTTTTTGGCGCCGATGAGCGCGGATTTCGGCTGGGGCCGCGAGGTGTTTGCCTTCGCGATCGCCTTGCAGAACCTGATCTGGGGCCTGGCGCAGCCGTTTACCGGCGCGCTGGCCGATCGCTTCGGCGCGGCGAAAGTGGTGCTGATCGGTGGCGTTTTATACGCGCTCGGGCTGGTCTTGATGGGCATGGCCGACTCGCCCTGGTCGCTGTCGTTGAGCGCCGGTCTGTTGATCGGCATCGGCCTGTCCGGTACCTCGTTCTCGGTGATCCTCGGCGTGGTCGGGCGGGCCGTGCCAGCGGAAAAACGCAGCATGGGCATGGGCATCGCCAGCGCCGCCGGCTCCTTCGGCCAGTTCGCCATGCTGCCGGGCACGCTGGGCCTGATCGGCTGGCTCGGCTGGTCCGCCGCGCTGCTGGCGCTGGGTCTGTTGGTGGCGTTGATCGTGCCTTTGGTGAGCATGCTCAAGGACGCACCGGCGCCCCTGTCCGGGCATGAGCAGACGCTATCCGAAGCGTTGCGCGAGGCTTGCAGTCATTCGGGGTTCTGGCTGCTGGCCGTGGGCTTTTTTGTCTGTGGTTTCCAGGTGGTGTTCATCGGTGTACACCTGCCGGCCTACCTGGTCGATCAGCACTTGCCGGCCAGTGTCGGCACAACGGTGCTGGCGCTGGTCGGGTTGTTCAATATCTTCGGCACCTACACGGCCGGCTGGCTGGGTGGACGGATGTCCAAGCCGCGGCTGCTGACCGCGTTGTATCTGGCGCGGGCGGTGGTGATCGGCCTGTTCCTTTGGCTGCCGGTGACCACGACCACGGCCTATGTCTTCGGCATGGCGATGGGCTTCCTCTGGCTGTCGACGGTGCCGTTGACCAACGGTACGGTTGCGACCCTGTTTGGTGTGCGAAACCTCTCGATGCTTGGTGGGATGGTGTTCCTGTTTCACCAGTTGGGATCGTTCCTGGGAGGCTGGCTGGGCGGGGTGGTGTACGACCGCACCGGCAGCTATGACCTGATCTGGCAAGTGTCGATCCTGCTCAGCCTGTTGGCGGCGGCATTGAACTGGCCGGTGCGCGAACGCCCGGTGGCGCGCCTGCAAGCGCAGGCCGGTGCCGCATGA MTSMWRTCGWVLVGSALILALSLGVRHGFGLFLAPMSADFGWGREVFAFAIALQNLIWGLAQPFTGALADRFGAAKVVLIGGVLYALGLVLMGMADSPWSLSLSAGLLIGIGLSGTSFSVILGVVGRAVPAEKRSMGMGIASAAGSFGQFAMLPGTLGLIGWLGWSAALLALGLLVALIVPLVSMLKDAPAPLSGHEQTLSEALREACSHSGFWLLAVGFFVCGFQVVFIGVHLPAYLVDQHLPASVGTTVLALVGLFNIFGTYTAGWLGGRMSKPRLLTALYLARAVVIGLFLWLPVTTTTAYVFGMAMGFLWLSTVPLTNGTVATLFGVRNLSMLGGMVFLFHQLGSFLGGWLGGVVYDRTGSYDLIWQVSILLSLLAAALNWPVRERPVARLQAQAGAA NA NA NA NA NA D1-35_00434 120 hypothetical protein ATGAGCCGCGTCGGTCCGTGGTTGGTCGCGGCCGGCGCCGCGCTGTTGCTGGCCTTCGCCTGGTGGGGCTGGCACCAGGGCGGGTTGGCGTTGATGCAATTGGGCATGGGTAACTGCTGA MSRVGPWLVAAGAALLLAFAWWGWHQGGLALMQLGMGNC NA NA NA NA NA D1-35_00435 552 btuE_1 Thioredoxin/glutathione peroxidase BtuE ATGCTGATGCGCTGGCTTGCTGTTCCCACCCTGTTGCTGGCTGCGGCCGGGCAAGTTTGGGCGGCTGATTGTCCGCCGCTGCTGGAGGGCTCGCTGCCCAAGCTGCGGGCCAAGGAAACCATCGACCTGTGCCAGCGCTTCGCCGGCAAGCCCCTGGTGGTGGTCAACACCGCCAGCTTCTGTGGTTTTGCACCGCAGTTCAAAGGCCTCGAAGCGCTGAACCAGCACTATAAGGGGCAAGGGCTGGAAGTGCTGGGCGTACCCTCTGACGATTTCAAGCAGGAGTCCAAGGATGGCGCGGAGACGGCCAAGGTCTGCTACGTCAACTACGGCGTGACCTTCACCATGACCGAGCCGCAGCCAGTGCGCGGCGCGGACGCGATCCCCTTGTTCAGGCACCTGGCCGAACAGTCCAGCGCGCCGAAATGGAATTTCTACAAGTACGTTGTAGATCGCCAGGGCAGGGTGGTCGGCAGTTTTTCCAGCCGGATCAAACCCGACGATCCTGACTTCATCAAGGCAGTGGAAACGGCCATCGCTTCGAAACCCTGA MLMRWLAVPTLLLAAAGQVWAADCPPLLEGSLPKLRAKETIDLCQRFAGKPLVVVNTASFCGFAPQFKGLEALNQHYKGQGLEVLGVPSDDFKQESKDGAETAKVCYVNYGVTFTMTEPQPVRGADAIPLFRHLAEQSSAPKWNFYKYVVDRQGRVVGSFSSRIKPDDPDFIKAVETAIASKP PGPT0013115_2114 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432 NA NA D1-35_00436 1275 fadL COG2067 Long-chain fatty acid transport protein ATGAAAAAAATGATGCTCAAAACCACCCTTGGCCTTGCCGTTACCTTGGCATCCACCCAACTCTTTGCCAGTGGTTTTGCCCTGAACGAACAAAGCATCAGTGGCATGGGCACTGGCTTCGCGGGTCGTTCTTCTTCTGCCGATGATGCAAGCACCGTGTTTGGCAACCCTGCCGGTATGTCGCGCCTCAAGCGCGAGCAAGTGACCGGCGGCTTCGCCGTGATCGACGCGTCCACCGATATCAACGATGCCAGCGGTACCCGCTCCGGCACCAACGACGGCGACATGGTTCCGTTCACCGGCGTTCCGATGGGCTACTACGTCAAGCCTATCGATGACAAATGGGCATTCGGCCTGGGTGTCTACGCCCCGTTCGGCCTGATCACCGATTATGAAAACAGCTTCCAGGGCCGCAACTTCGGCAGCAAGAGCGAAGTGAAGGTCGTGACCTTCCAGCCAACCATCAGCTACGCCTTCAACGACAAGGTTTCGATTGGTTTCGGCCCGACCATCAACCGTATTTCCGGCTCACTGGAATCGGCACTGACCACACCGTTCTCGCCTAACGACGGCAACGTCAAGATCAAGGGCGATGACATCGGCTACGGCTACAACATCGGCTTGATGGTCCAGGCTACCGACAGCACCCGTGTCGGCCTGACCTACCACTCCAAGGTCAAGTACAAGCTCGAAGGCCACACCGAAGTGAGCCCGGGCGCCGGTACGCCGGGCTTTCTGTTGAGCCGCGCACGTTATGACGCTTCGCTGGACATCACCACGCCTGAATCGGTGGACTTCTCGGTTACCCAGGAAATCAATGACGCCTGGACCGTCTATGCAGGCAGCACCTGGACCCGCTGGAGCCGCCTGAAGGACATCACCGTCGATAACGACCTGACCGGCGGCGGAGCCCTGAACCCAGCCCTCTTCGGCACCATCACCGAAGAACAGAACTGGCACGACACCTGGGCCTACGCCATCGGTACGTCCTACCAGTTGAACAAACAGTGGGTGCTGCGCACCGGCCTGACGTTCGACCAGTCGCCTGCCAACAACGAAGACCGCTCGCCACGCATCCCTACCGGCGACCGGACCATCTTCAGCCTGGGTGCCGGTTGGAGCCCGACCGACGACCTGACCATCGACGTGGCCTATTCCTACCTCAAGGAAGAAAAAGTCAACGTCAACCGCAGCAACGCCTTGGGTCAGGCCTACAACGCTGAATACGAAAACAGCGCCAACGGTTTTGGTGTCGGTGCAACCTACCGCTTCTGA MKKMMLKTTLGLAVTLASTQLFASGFALNEQSISGMGTGFAGRSSSADDASTVFGNPAGMSRLKREQVTGGFAVIDASTDINDASGTRSGTNDGDMVPFTGVPMGYYVKPIDDKWAFGLGVYAPFGLITDYENSFQGRNFGSKSEVKVVTFQPTISYAFNDKVSIGFGPTINRISGSLESALTTPFSPNDGNVKIKGDDIGYGYNIGLMVQATDSTRVGLTYHSKVKYKLEGHTEVSPGAGTPGFLLSRARYDASLDITTPESVDFSVTQEINDAWTVYAGSTWTRWSRLKDITVDNDLTGGGALNPALFGTITEEQNWHDTWAYAIGTSYQLNKQWVLRTGLTFDQSPANNEDRSPRIPTGDRTIFSLGAGWSPTDDLTIDVAYSYLKEEKVNVNRSNALGQAYNAEYENSANGFGVGATYRF NA NA NA NA NA D1-35_00437 483 hypothetical protein ATGGGTATCGCTGCCAGCGAACTGTGTCGATACGTGATCCGTCCGACGCTCCTCTACCTGGGGAGTCACAGCACGACGGCGGAGACCTTGCTGCTGGGCATTGCCGCCAGCCAGTCCGGCCTCGGCGCGGCGCTGCACGACCGGCGCGGGCACGGCTTGTACCGCATCACCGAACCTCGCCACCAAGCCTTGTGGGACGACTATCTGGCGCTGGACCCGGAGCGGGCCAGCCTGGTACGCGGCCTGGCGAGCCAGCATGCGTTCCTGAGCGGTCCCCATCTGGAACTGACCGTCAACCTGCGCTACGCCACGGCCATCGCCTGGCTGCTGGTGGAGGAGCAGGCCACACCGCTGCCCGAGGCCGGCGACCTGTTGGGCATGGCGCGGATCTGGCGGCAGACTTTTCACCCCCAGGGACGCCTGCGAGATTTCACCTATGCCTGGCAAAACTGTGTTACCCCACTGAATCAGGTCGCTTGCTGA MGIAASELCRYVIRPTLLYLGSHSTTAETLLLGIAASQSGLGAALHDRRGHGLYRITEPRHQALWDDYLALDPERASLVRGLASQHAFLSGPHLELTVNLRYATAIAWLLVEEQATPLPEAGDLLGMARIWRQTFHPQGRLRDFTYAWQNCVTPLNQVAC NA NA NA NA NA D1-35_00438 225 hypothetical protein ATGTCTACTCAAATCCATACCCAGGATGCCATCCGCACCCTGACCAACGCTTTTGCCCCAATGAACTGCCTGATCATGGCCGCTCGCAAAGGCTGCTTCAGCTTCACGCTGGTCAACGAACACGGCATCGCCCGTCACAGCGAACGCCTGTATCCCGACCAGTACTCCAGCGCAGAACCGCTGCAGGCCGTGATCGAGCGTACCCGCCAGGCACTGGTTGCCTGA MSTQIHTQDAIRTLTNAFAPMNCLIMAARKGCFSFTLVNEHGIARHSERLYPDQYSSAEPLQAVIERTRQALVA NA NA NA NA NA D1-35_00439 252 hypothetical protein ATGCGCGTGGCCGAATGGTTACTCGACAGCCCGCGCCTGGGGGACAGCCCCAGCGTCAAGCACCTGGCCGGCCGCCTGCTCAAGCAACCGGCCCGTGAAGGCGTGGTGGCGGCCCAGAGCCGTCTCGGCCAGCTGATGTGCCGCGAATGCGGTAACGCGCGAGACCGGCGTATTGGCCAGGACCTGCTGCGCCAGGCTGCCCGGGCAGGTGATCACCGCGCTCGCCAGGCGTTGGGTGAAATCGAAGACTGA MRVAEWLLDSPRLGDSPSVKHLAGRLLKQPAREGVVAAQSRLGQLMCRECGNARDRRIGQDLLRQAARAGDHRARQALGEIED NA NA NA NA NA D1-35_00440 1503 smc_1 Chromosome partition protein Smc ATGGCTATGGATTTGACCAGCCTGTTGCTTGGTCTGGCGGGCGCTGCGCTGCCGTTGCTGGCCCTGGCCTGGCATCTGCAACGACAGGCCAGCGCGGCGCAGACCGAACTCGCCCTGCTGGAAGAACGCCTGGCGACCGCGCACATGGCCCACGACGGGTTGAACGCCCAGCTGGATGCTTGCCGCGACGAAATCAGTGACCTGAGCCAGGCCAATGCCGCCAAACAGGCCGAGCTCGCGGCGGCCAGTCGCGAAGTCGAATTGCTGCAGATCGAGCGCGACAATGCTCGGGACGCGGCCCACGCCTGGAATCTCGAACGGGCCAACAAGGAAGCGGAACTGCGGCGGCTCGATGCCCAGGCGGCTTCGTTGCGCGCCGAGCTGCGCGAGCAGCAGGAAAGCCATCAGCAGCGCCTCAATGACCTGCAAGGTTCGCGCGACGAGCTCCGGGCGCAGTTCGCCGAGCTGGCCGGGAAAATCTTCGACGAACGTGAACAGCGCTTCGCCGAAACCAGCCAGCAGCGTCTGGGACAACTGCTCGATCCGCTGAAGGAGCGCATCCAGTCGTTCGAGAAACGCGTCGAGGAAAGCTATCAGGCCGAGGCTCGTGAGCGGTTCTCCCTGGGCAAGGAGCTTGAGCGCTTGCAGCAATTGAACCTGCGCCTGAGTGATGAAGCCACCAACCTTACCCGTGCCCTCAAGGGGCAGAAAACCCAAGGCAACTGGGGCGAGCTGATCCTCGAGCGGGTGCTCGAACACGCAGGCCTGGAAAAGGGCCGCGAATACCAGACCCAGGTCAGCCTCAAGGGCCCGGACGGTGAGCGTTTCCAGCCGGACGTGTTGATTTACCTGCCCGGCGACAAACAGGTAGTAGTCGATTCGAAGGTCAGCCTCACGGCTTACCAGCAATACGTCGCCGCCGAAGATGACGCCATCGGCCAGCTCGCCCTCAAGCAGCATGTCGTGTCGTTGCGAGCCCACGTCAAGGGCTTGGCCGGCAAGGACTACAAGCGCCTCGACGGTTTGCACAGCCTGGATTTCGTGTTGCTGTTCGTGCCGATCGAGGCCGCGTTTTCCGCCGCGCTGCAAGCCGAGCCGACCCTGTTCCAGGAAGCCTTTGACCGCAACATCGTGATCGTCAGCCCGACGACGCTGCTGGCGACATTGCGGGTCATCGACAGCTTGTGGAAGCAGGAGCGTCAGAGCCAGAACGCCCGGGAAATTGCTGAGCGCGCCGGATGGCTGTACGACAAGTTCGTGCTGTTCATCCAGGACCTCGATGAAATCGGCAATCGCCTGCAGCAACTGGACAAAGCCTACAGCGCCGCGCGCAACAAGCTGACGGAAGGGCGCGGCAACCTGATCAGCCGCAGCGAGCAACTGAAATTGCTCGGCGCCCGGGCGAGCAAAAGCCTGCCGACGGAGCTGCTGGAACGGGCAATGGCGGATGTGGATGGGTTGCCTGAGGTGGCGGAAGAAGGCCCCGCGAAGGTACAGGACTGA MAMDLTSLLLGLAGAALPLLALAWHLQRQASAAQTELALLEERLATAHMAHDGLNAQLDACRDEISDLSQANAAKQAELAAASREVELLQIERDNARDAAHAWNLERANKEAELRRLDAQAASLRAELREQQESHQQRLNDLQGSRDELRAQFAELAGKIFDEREQRFAETSQQRLGQLLDPLKERIQSFEKRVEESYQAEARERFSLGKELERLQQLNLRLSDEATNLTRALKGQKTQGNWGELILERVLEHAGLEKGREYQTQVSLKGPDGERFQPDVLIYLPGDKQVVVDSKVSLTAYQQYVAAEDDAIGQLALKQHVVSLRAHVKGLAGKDYKRLDGLHSLDFVLLFVPIEAAFSAALQAEPTLFQEAFDRNIVIVSPTTLLATLRVIDSLWKQERQSQNAREIAERAGWLYDKFVLFIQDLDEIGNRLQQLDKAYSAARNKLTEGRGNLISRSEQLKLLGARASKSLPTELLERAMADVDGLPEVAEEGPAKVQD NA NA NA NA NA D1-35_00441 3471 rcsC_2 Sensor histidine kinase RcsC ATGTCGCTGTCCAGCGGGCTGATTGCCGTTGTCGCCCTGGCCTATATGGCCATCATGTTTGCCATCGCCTTCTACGGCGACCGACGCAGCACGCCGTTGCCGCCGCGCGTGCGGGCCTGGGTCTACAGCCTGTCGCTGGCAGTCTATTGCACCAGCTGGACCTTCTTTGGCGCCGTGGGCCAGGCCGCCGAACAGCTCTGGTCGTTCCTGCCGATCTACCTCGGGCCGATCCTGCTGCTGGTGTTCGCGCCGTGGGTCCTGCAGAAAATGGTGATGATCAGCAAGCAGGAGAACATCACCTCCATCGCCGACTTCATCGCCGCCCGCTACGGCAAGTCGCAGTCCCTGGCGATTGTGGTGGCCCTGATCTGCCTGGTCGGCGTACTGCCCTACATCGCCTTGCAGCTCAAGGGCATCGTGCTCGGGGTGAATCTGCTGATCGGCGCCGGCGCCGACGCCATGGGCACCCGGGCCCAGGACACCGCCCTGATCGTCTCGCTGATCCTGGCGCTGTTCACCATCGTCTTCGGTACCCGCAACCTGGACGCCACCGAGCACCATCGCGGCATGGTCCTGGCGATTGCCTTCGAGTCGCTGGTCAAGCTGTTCGCCTTCCTGGCCGTCGGCGCGTTTGTCACGTTTGGCCTCTATGACGGTTTTGATGACCTGTTCAACCAGGCGATGCTGGCGCCCCGCCTGGAGCAATACTGGAAGGAAACCATCAACTGGCCGTCCATGGTCGTGCAAACCGGCGTGGCGATGATGGCGATCATCTGCCTGCCCCGGCAATTCCATGTGACCGTGGTCGAGAACATCGACCCCCAGGACCTGCGCCTGGCCAAGTGGGTGTTTCCCGCGTACCTGGCGCTGGCCGCGCTGTTCGTGGTGCCGATCGCCCTGGCCGGGCAGATGATGTTGCCCAGTTCGGTACTGCCGGATTCGTTCGTCATCAGCCTGCCGCTGGCCCAGGCCCACCCGGCCCTGGCGGTGCTGGCGTTCATCGGCGGCGCGTCGGCCGCCACCGGCATGGTGATCGTGGCGAGTGTCGCCCTGTCGACCATGGTCTCCAACGACATGCTGCTGCCCTGGCTGTTGCGCCGCAACAACGCCGAGCGGCCCTTCGAGGTGTTCCGCCAGTGGATGCTGTCGGTACGCCGGGTGAGCATCGTCGTGATCCTGCTGCTGGCTTACGTCAGTTACCGGCTGCTGGGGTCGACGGCGAGCCTGGCGACCATCGGCCAGATCGCTTTCGCCGCCGTGACTCAACTGGCGCCCGCGATGCTCGGCGCGCTGTACTGGAAACAGGCGAACCGACGCGGCGTGTTCGCCGGTCTCGCCACGGGAATTTTCCTCTGGTTTTATACGCTGGTGCTGCCGATCGCCGCCCACAGCCTGGGCTGGTCACTGAGCAGTTTTCCCGGCCTGGCCTGGCTGCACGGCAACCCGCTGGACCTGCCGATTACTCCGCTGACGCAAGGGGTGGTTTTGTCCCTGGCCGGCAATTTCATCCTGTTCGCCTGGGTCTCGGTGTTGTCCCGCACCCGCGTGTCGGAGCACTGGCAGGCCGGGCGCTTCATCGGCCAGGAAATCAGCGCCCGCCCCAACCCTCGTTCGATGCTCGCGGTACAGATCGACGATCTGCTGCAACTGGCCGCCCGGTTCGTCGGCGAAGAGCGCGCGCGGCAGAGCTTCATCCGTTTCGCCTACCGCCAGGGCAAAGGTTTCAACCCGAGCCAGAACGCCGACAGCGAGTGGATCGCCCACACCGAGCGCCTGCTGGCCGGTGTGCTGGGCGCCTCTTCGACGCGGGCGGTGGTGAAGGCGGCAATTGAAGGGCGGGAGATGCAACTGGAGGACGTCGTGCGGATCGCCGACGAAGCGTCCGAGGTGCTGCAGTTCAATCGCGCGCTGCTGCAAGGCGCCATCGAAAACATCACCCAGGGCATCAGCGTGGTCGACCAGTCCCTCAGGCTGGTGGCCTGGAACCGTCGCTATCTTGAGCTGTTCAATTACCCCGACGGCCTGATCAGCGTCGGCCGGCCAATTGCCGACATCATCCGCTACAACGCCGAACGCGGCCTCTGCGGGCCCGGCGAGGCCGAGGTCCATGTCGCCCGGCGCCTGCACTGGATGCGCCAGGGCCGCGCGCATACCTCGGAACGGCTGTTCCCCAACGGCCGGGTGATCGAGCTGATCGGCAACCCGATGCCCGGCGGCGGCTTTGTCATGAGTTTCACTGACATCACCGCGTTCCGCGAAGCCGCCCAAGCCTTGACCGAGGCCAACGAAGGGCTGGAGCAACGGGTGGCCGAGCGCACCCGGGAACTGTCGCAGCTGAACCTGGCGCTGACCGAGGCCAAGAGCACCGCAGAAGCCGCCTATCAGTCCAAGACCCGCTTCCTTGCCGCCGTCAGCCATGACCTGATGCAACCCCTGAATGCCGCGCGGCTGTTTTCCGCCGCGCTGTCCCACCAGCATGACAGCCTGCCCGGCGAAGCCCGGCAACTGGTGCAGCACCTGGACAGCTCGCTGCGTTCGGCGGAGGACCTGATCACCGACCTGCTCGACATCTCCCGCCTGGAGAACGGCAAGATCAACCCCGATCGCAAGCCCTTCGTGCTCAACGACCTGTTCGATACCTTGGGCGCCGAATTCACCGTGCTGGCCCAGGAGCAAGGGCTCAAGTTTCGCGTTCGTGGCTCGCGCCTGCGGGTCGACAGCGACATCAAGCTACTCCGGCGGATCTTGCAGAACTTCCTCACCAATGCCTTCCGCTACGCCAAAGGTCCCGTGCTGCTGGGTGTGCGCCGCCGCCAGGGCGAGCTGTGCCTGGAGGTCTGGGATCGCGGCCCCGGCATTGCCGAAGACAAACAGCAGGTCATTTTCGAAGAGTTCAAACGCCTCGACAGCCATCAGACCCGCGCCGAAAAAGGCCTCGGCCTGGGCCTGGCGATCGCCGATGGCCTGTGCCGCGTGCTTGATCACAGGTTGCGCGTGCGTTCCTGGCTAGGGCGCGGCAGCGTGTTCAGTGTCAGCGTGCCGTTGGCCAGCACCCAGGCCGCTGCTCCCAGTGCCGCGCCCGAACCCAACGGCCAATTGCCGAGCGGGGCCCAGGTGCTGTGTGTGGATAACGAAGACAGTATCCTGATCGGCATGAGCAGTTTGCTGACGCGCTGGGGGTGCCAGGTCTGGACCGCGCGCAACCGCGAAGAGTGCGAGCGCTGGCTCGCCCAGGGCGGGCGTCCGCAACTGGCCCTGGTGGATTTTCATCTGGACGACGGCGAGACGGGCACCGAGCTGATGGCCTGGCTGCGCACGCGCCTGGGCGAGCCGGTGCCGGGGGTGGTGATCAGCGCCGACGGCCGGCCGGAGACGGTGGCGCAAGTGCATGCGGCGGGGCTGGATTACCTGGCCAAACCGGTGAAGCCGGCGGCGTTGCGGGCGTTGTTGAGTCGGCATTTGCCGTTGTAA MSLSSGLIAVVALAYMAIMFAIAFYGDRRSTPLPPRVRAWVYSLSLAVYCTSWTFFGAVGQAAEQLWSFLPIYLGPILLLVFAPWVLQKMVMISKQENITSIADFIAARYGKSQSLAIVVALICLVGVLPYIALQLKGIVLGVNLLIGAGADAMGTRAQDTALIVSLILALFTIVFGTRNLDATEHHRGMVLAIAFESLVKLFAFLAVGAFVTFGLYDGFDDLFNQAMLAPRLEQYWKETINWPSMVVQTGVAMMAIICLPRQFHVTVVENIDPQDLRLAKWVFPAYLALAALFVVPIALAGQMMLPSSVLPDSFVISLPLAQAHPALAVLAFIGGASAATGMVIVASVALSTMVSNDMLLPWLLRRNNAERPFEVFRQWMLSVRRVSIVVILLLAYVSYRLLGSTASLATIGQIAFAAVTQLAPAMLGALYWKQANRRGVFAGLATGIFLWFYTLVLPIAAHSLGWSLSSFPGLAWLHGNPLDLPITPLTQGVVLSLAGNFILFAWVSVLSRTRVSEHWQAGRFIGQEISARPNPRSMLAVQIDDLLQLAARFVGEERARQSFIRFAYRQGKGFNPSQNADSEWIAHTERLLAGVLGASSTRAVVKAAIEGREMQLEDVVRIADEASEVLQFNRALLQGAIENITQGISVVDQSLRLVAWNRRYLELFNYPDGLISVGRPIADIIRYNAERGLCGPGEAEVHVARRLHWMRQGRAHTSERLFPNGRVIELIGNPMPGGGFVMSFTDITAFREAAQALTEANEGLEQRVAERTRELSQLNLALTEAKSTAEAAYQSKTRFLAAVSHDLMQPLNAARLFSAALSHQHDSLPGEARQLVQHLDSSLRSAEDLITDLLDISRLENGKINPDRKPFVLNDLFDTLGAEFTVLAQEQGLKFRVRGSRLRVDSDIKLLRRILQNFLTNAFRYAKGPVLLGVRRRQGELCLEVWDRGPGIAEDKQQVIFEEFKRLDSHQTRAEKGLGLGLAIADGLCRVLDHRLRVRSWLGRGSVFSVSVPLASTQAAAPSAAPEPNGQLPSGAQVLCVDNEDSILIGMSSLLTRWGCQVWTARNREECERWLAQGGRPQLALVDFHLDDGETGTELMAWLRTRLGEPVPGVVISADGRPETVAQVHAAGLDYLAKPVKPAALRALLSRHLPL NA NA NA NA NA D1-35_00442 540 hypothetical protein ATGGCTATTAAAGAAGGTTTACGCCCCGGCGGCAGAAGCGCCCGGGTCCAGGAGTCGATTCATTCGGCCGTTCGCGCGTTATTGCAGGAGCAGGATCGCGCCAGCCTGACCGTGCCGCAAATCGCCGCGCGCGCCGGGGTGACGCCGTCCACCATTTATCGGCGCTGGGGCGATCTGCAAGCGCTGCTGGCGGATGTCGCCATCGCACGCATGCGTCCGGACGGCGAGCCGGCCAATACCGGCAGCCTGCGCGGCGACTTGCGTGCCTGGGCGGAGCAGTATCTGGACGAAATGAGTTCCGAGCCCGGCCGCAACATGATGCGCGATATCCAGGCCTGCGCCACGCCGGGTTATTGCGTGGGCATTATCAGCGGTCAGTTGCAGATCATCCTGGACCGCTATCCCGATGAGCCGAATCCGGGCATCGAGCGGCTGGTGAATGTGATCGTGGCGCCGACGGTGTTTCGTATCCTGTTTGCCACTGCGCCGCTGGAGGTTGAGGAGTTGTATCGGTTGGTTGACATAGCGTTGGGTCAGTAA MAIKEGLRPGGRSARVQESIHSAVRALLQEQDRASLTVPQIAARAGVTPSTIYRRWGDLQALLADVAIARMRPDGEPANTGSLRGDLRAWAEQYLDEMSSEPGRNMMRDIQACATPGYCVGIISGQLQIILDRYPDEPNPGIERLVNVIVAPTVFRILFATAPLEVEELYRLVDIALGQ NA NA NA NA NA D1-35_00443 1194 hypothetical protein ATGTCTCGTCCAGCTTCGACCCGCGCCAGCCTGATATTTCTGGCGCTCACCTTGCTCGGCTTCCTGGCGGCGTCCAGCGCGCCGACGCCGTTGTATCACCTCTATCAGGAACATATGCAGTTTTCCCCGGCGATCCTGACACTGATCTTCGGCGTGTACGCGTTCAGTCTGCTGGCGGCTTTGCTGGTCGTCGGTTCGCTGTCGGATTACCTCGGTCGCAAGCCAGTGATCTTTGCGGCATTGCTGCTCAACATGCTGGCGATGCTGCTGTTTATCAACGCCGACAGCGTCGCCTGGTTGATCGGTGCGCGTTTGATTCAAGGTTTTGCCACCGGAATGGCCACCAGTGTATTGGGGGCGGCGTTGCTGGACTTCGATCGTCAGCAGGGGCCGCTGATCACCAGCGTGGCGCCATTGCTCGGCATGGCGTGTGGCGCGATGGGCTGCGGCCTGCTGGCTGAGTTCGCGCCGATGCCGCTGCAATTGACGTATTGGCTGCTGCTGGCATTGTTTCTCCTCCAGGCGATTTACCTGTGGCGCCTGGCGGAAAGCGTCAGCCCGCAGCCCGGGGCCTGGCGATCGTTGCGCCCGACTTTGCACGTACCTGTCCAGGCCCGGCGCGCCTTGTGGCTGATATTGCCTCTGGACCTGGCGGCTTGGGCGGTCGGGGGATTCTATTTGTCCCTCGCGCCGTCACTGGTGCGGGCCGCGACCGGTTCGACATCGAACCTGATTGGCGGCGCGCTGGTGGCTGTGCTCACCCTCAGTGGTGCCTTGTCGATCTACACGCTGCGTAACCGGGCGGCAAGAACGATGCTGCGGCTTGGCGCCAGCCTATTGGTGCTCGGCCTGGGCCTGGTATTGACCGCCGTACACACGGCCAGTCTGCCGTGGTTTTTCATTGGCACCTTGATCACTGGCAGCGGTTTTGGCGCGGGATTCCTCGGCGCCCTGCGCAGCATCATGCCGCTGGCCTTGCCCCACGAACGGGCCGGCCTGATGTCGGCGTTCTACGTGCTCAGTTACCTGGCCTTCAGCCTGCCTTCGTTGCTGGCGGGAAACCTCACGCGTATTTTCGGACTGATTCCGACCACCGATGGCTACGGCGTCGTGCTGATTGTGATGGCAGTCGGTGCGCTGGCGGGCTTGCTGCGCCAGCCTGCAAAACCGCTGGCGGAGGGGGTGGGGTCGTGA MSRPASTRASLIFLALTLLGFLAASSAPTPLYHLYQEHMQFSPAILTLIFGVYAFSLLAALLVVGSLSDYLGRKPVIFAALLLNMLAMLLFINADSVAWLIGARLIQGFATGMATSVLGAALLDFDRQQGPLITSVAPLLGMACGAMGCGLLAEFAPMPLQLTYWLLLALFLLQAIYLWRLAESVSPQPGAWRSLRPTLHVPVQARRALWLILPLDLAAWAVGGFYLSLAPSLVRAATGSTSNLIGGALVAVLTLSGALSIYTLRNRAARTMLRLGASLLVLGLGLVLTAVHTASLPWFFIGTLITGSGFGAGFLGALRSIMPLALPHERAGLMSAFYVLSYLAFSLPSLLAGNLTRIFGLIPTTDGYGVVLIVMAVGALAGLLRQPAKPLAEGVGS NA NA NA NA NA D1-35_00444 1149 hypothetical protein ATGACTTGCTGCGCTGCGAAAAACCGTTTACGCCCGCTGAGCCACTTGGCCGGACCCTTGGAGGCCGTCCGACAATTCACCCCGAACTGGTTCGCCGCCACCATGGGGACTGGCGTGCTGGCATTGGCCCTGGCGCAAGTGCCAGGCGGCAATGCCGGATTGCACGCATTTGCTGAAGGGCTGTGGTTGTTCAACATTTTCCTGTTTGCACTATTCACCGGGCTGTACGGCGCTCGCTGGATGCTTTTTTTCAACGAGGCCCGGCGAGTTTTCGGCCATTCGACGGTCTCGATGTTTTTCGGCACCATTCCCATGGGCCTGGCGACGATCATCAACGGCTTTCTGGTGTTCGGGTTGCCGCGCTGGGGGGATGGCGTGGTGGCGGTGGCAGAAGTGTTGTGGTGGATCGACGTGGTGATGTCGCTGGCCTGCGGCGTGCTTATTCCGTTCCTGATGTTCACCCGCCAGGAGCACCGCATCGACCAGATGACCGCCGTGTGGCTGTTGCCCGTAGTGGCCGCCGAGGTGGCCGCTGCCAGTGGCGGGCTACTGGCGCCACACCTTGGCGACGCCCATGCGCAATTGGTCATGTTGGTCACCAGCTACGTGCTGTGGGCATTTTCGCTACCGGTGGCGTTCAGCATTCTGACCATCCTGCTGCTGCGCATGGCCCTGCACAAACTGCCGCATGAAAACATGGCCGCCTCGAGCTGGCTGGCCCTCGGCCCCATCGGCACGGGCGCCTTGGGCATGTTGCTGCTGGGTGGCGAGGCACCGCTGATTTTCGCCGCCAATGGCTTGCCGGGCGTGGGCGAGGTTGCCTCGGGGCTGGGGCTGGTGGCCGGCATCACCCTGTGGGGCTTGGGTTTGTGGTGGATGTTGATGGCGCTGTTGATCACCGGGCGCTATCTGCGCGAAGGCATCCCGTTCAATCTCGGCTGGTGGGGTTTTACCTTTCCCTTGGGCGTGTACGCACTGACCACGCTGAAACTGGCGAGCGTGCTGGGGCTGGTATTTTTCAACCTGCTGGGTTGCGCATTGGTGGTGGTGCTGGCGGTGATGTGGCTGATCGTCGCTCGGCGCACGGTGCTGGGCGCCTGGCACGGTGAGTTGTTCGTGTCGCCTTGTATTGCGGGGCTGGGGAAATAA MTCCAAKNRLRPLSHLAGPLEAVRQFTPNWFAATMGTGVLALALAQVPGGNAGLHAFAEGLWLFNIFLFALFTGLYGARWMLFFNEARRVFGHSTVSMFFGTIPMGLATIINGFLVFGLPRWGDGVVAVAEVLWWIDVVMSLACGVLIPFLMFTRQEHRIDQMTAVWLLPVVAAEVAAASGGLLAPHLGDAHAQLVMLVTSYVLWAFSLPVAFSILTILLLRMALHKLPHENMAASSWLALGPIGTGALGMLLLGGEAPLIFAANGLPGVGEVASGLGLVAGITLWGLGLWWMLMALLITGRYLREGIPFNLGWWGFTFPLGVYALTTLKLASVLGLVFFNLLGCALVVVLAVMWLIVARRTVLGAWHGELFVSPCIAGLGK NA NA NA NA NA D1-35_00445 1875 lplT Lysophospholipid transporter LplT ATGAGTCACCCCTCGCAGTTCACCTTGCTTCGCACGCGGCGTTTCCTGCCGTTCTTCATCACACAGTCCCTCGGCGCGTTCAACGACAATATCTTCAAGCAGTCGCTGATCCTCGCCATCCTCTATAAATTGACCATCGAGGGTGATCGCTCGATCTGGGTCAATCTGTGCGCGCTGCTGTTCATCCTGCCGTTCTTCCTGTTCTCGGCGCTGGCGGGCCAGTTCGGCGAAAAATTCGCCAAGGATGCGTTGATTCGCCTGATCAAGCTTGGCGAAATCGCGATCATGGCGGTCGGCGCGGTGGGTTTCCTGTTCGATCATCTGTGGCTGATGCTGGTGGCGCTGTTCGCCATGGGCACGCACTCGGCGCTGTTCGGGCCGGTGAAATATTCGATCCTGCCGCAAGCCCTGCGCGAGGATGAGCTGGTCGGCGGCAACGGCCTGGTGGAGATGGGGACGTTCCTGGCGATCCTCGCCGGCACCATCGGCGCCGGGATCATGATGTCCTCGGCCAATTACGCGCCCGTGGTCTCGGTGGCGATTGTCGGCATTGCCGTGGCCGGTTACCTGGCCAGCCGCGGCATTCCACGGGCGGCGGCCGCTTCGCCGCAGATGCGTTTGAACTGGAACATCTTCAGCCAGTCCTGGGCGACCCTGAAGCTGGGCCTCGGGCAGACCCCGGCGGTGTCCCGCTCGATTGTCGGCAATTCCTGGTTCTGGTTTGTCGGCGCGATCTATCTCACCCAGATCCCGGCCTATGCCAAGGAATGGATGCACGGCGACGAAACCGTCGTGACGCTGATCCTGACGGTGTTTTCGGTGGGGATCGCCCTGGGCTCGATGCTCTGCGAAAGGCTCTCGGGGCGCAAAGTGGAGATCGGCCTGGTGCCGTTCGGTTCGTTCGGGCTGACGGTGTTCGGCTTGCTGTTGTGGTGGCATTCCGGTGGAATCCCCGCCAGCGTCGACGGCCACGGCTGGCTGCAAATTCTGGGTTTCGGCCACGCCTGGCTGGTGCTGATCGATATCCTCGGGCTGGGTATCTTTGGCGGTTTCTACATCGTGCCGCTGTATGCATTGATCCAGTCGCGCACCGTTGAAAACGAGCGGGCGCGAGTGATCGCCGCCAACAACATCCTCAACGCCTTGTTCATGGTGGTCTCGGCGATCGTTTCCATCGTCCTGCTGAGCCTGGCCAAGCTGTCGATCCCGCAGCTGTTCCTGGTGGTGTCGCTGCTGAACATCGGCGTCAACGCCTACATTTTCAAGATCGTCCCCGAGTTCAGCATGCGTTTCATGATCTGGCTGCTCAGCCATTCCATGTACCGCGTGGAGCATCGCAACCTGCAAGCGATCCCGGATGAGGGAGCAGCGTTGCTGGTGTGCAATCACGTATCGTTTGTCGATGCCTTGCTGATTGGTGGCGCGGTGCGTCGGCCGATTCGTTTTGTCATGTACTACAAAATCTACAACCTGCCGATCCTGAACTTTATCTTCCGCACCGCCGGGACCATTCCGATTGCCGGGCGCCAGGAGGATATCCACATCTATGAAAAAGCCTTCAGCCGCATCGCCCAATACCTGAAGGACGGTGAGCTGGTGTGCATCTTCCCTGAAGGAAAGTTGACCGCCGACGGTGAGATCAACGAGTTCAAGAGCGGGCTGACGCGCATCCTTCAAGAAACCCCGGTGCCGGTGATTCCCTTGGCATTGCAGGGCTTGTGGGGCAGCTTTTTCAGCCGTGATCCGAGCAAGGGGCTGTTTCGGCGGTTCTGGTCGCGGGTGACGCTGGTGGCGGGGACGGCGGTGGCGGTCGAGGCGGCGGAGCCGGCGAAGTTGCAGGCGTTGGTCGGAGAGTTGCGCGGGGCGGTCAGATAA MSHPSQFTLLRTRRFLPFFITQSLGAFNDNIFKQSLILAILYKLTIEGDRSIWVNLCALLFILPFFLFSALAGQFGEKFAKDALIRLIKLGEIAIMAVGAVGFLFDHLWLMLVALFAMGTHSALFGPVKYSILPQALREDELVGGNGLVEMGTFLAILAGTIGAGIMMSSANYAPVVSVAIVGIAVAGYLASRGIPRAAAASPQMRLNWNIFSQSWATLKLGLGQTPAVSRSIVGNSWFWFVGAIYLTQIPAYAKEWMHGDETVVTLILTVFSVGIALGSMLCERLSGRKVEIGLVPFGSFGLTVFGLLLWWHSGGIPASVDGHGWLQILGFGHAWLVLIDILGLGIFGGFYIVPLYALIQSRTVENERARVIAANNILNALFMVVSAIVSIVLLSLAKLSIPQLFLVVSLLNIGVNAYIFKIVPEFSMRFMIWLLSHSMYRVEHRNLQAIPDEGAALLVCNHVSFVDALLIGGAVRRPIRFVMYYKIYNLPILNFIFRTAGTIPIAGRQEDIHIYEKAFSRIAQYLKDGELVCIFPEGKLTADGEINEFKSGLTRILQETPVPVIPLALQGLWGSFFSRDPSKGLFRRFWSRVTLVAGTAVAVEAAEPAKLQALVGELRGAVR NA NA NA NA NA D1-35_00446 315 gdx COG2076 Guanidinium exporter ATGTCCTGGATCATTCTGTTTTTCGCCGGCCTGTTCGAAGTCGGCTGGGCTGTCGGCCTGAAGTACACCGACGGCTTCAGCCGCCCGCTCCCTACCGCACTGACAATCGCCGCCATGGCGATCAGCCTCGGCCTGCTCGGCCTGGCGATGAAGGAGTTGCCGCTGGGCACCGCCTATGCCATCTGGACCGGGGTCGGTGCCGTCGGCACGGTGATCGCCGGGATCATCCTGTTTGGCGAGTCGATGGCACTGATTCGCCTGGCCAGCGTTGCGCTGATCATAGCCGGGCTGGTCGGGCTAAAGGTCAGCGCTTAA MSWIILFFAGLFEVGWAVGLKYTDGFSRPLPTALTIAAMAISLGLLGLAMKELPLGTAYAIWTGVGAVGTVIAGIILFGESMALIRLASVALIIAGLVGLKVSA PGPT0028785_2696 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-QUATERNARY_AMMONIUM_COMPOUND_RESISTANCE_,PGPT0028785-sugE-K11741 NA NA D1-35_00448 966 panS COG0385 Pantothenate precursors transporter PanS ATGCGTGCACTGGCTGCATTGAGCCGCTTCGTCGGCAATACGTTCGCTTACTGGGTGTTGCTGTTCGCCGTCGTGGCGTTCTTTCTGCCGACCTGGTTCATCGGCCTCAAAAGCGCCATTGTGCCGCTGCTGGGGCTGGTGATGTTCGGCATGGGCCTGGCACTGAAGCTGGAAGACTTTGCCGAAGTGGCTCGTCGCCCTGGACGGGTGGCCCTGGGCGTGATTGCCCAGTTCGTGATCATGCCGGGGACAGCATGGCTGCTTTGCCAGGTTTTCAGCCTGCCGCCGGAAATCGCCGTCGGCGTGATTCTGGTGGGTTGCTGCCCGAGCGGCACGTCCTCCAACGTGATGACCTGGCTCGCCCGCGGCGACCTGGCCTTGGCCGTAGCGATATCCGCCATCACCACCCTGCTTGCCCCGCTGCTGACCCCGACGCTTATCTGGCTGCTGGCTTCGGCCTGGCTGCCGGTGTCGTTCTCGGCATTGTTCTGGTCGATACTGCAAATTGTGTTGCTGCCCATCGCACTGGGTATCGTTGCCCAACGTTTGTTGGGTGCGCGGGTCCGTCATGCCGTAGAGGTGCTGCCGCTGGTATCGGTGGTCAGTATCGTGATCATCGTTGCGGCGGTGGTGGCAGCCAGCCAAGCGAAGATCGCTGAGTCCGGCCTGCTGATCATGGCGATCGTGATCCTGCATAACAGCTTCGGCTACTTGCTGGGGTATTTCACCGGTCGGCTTTTCGGGCTGCCGTTGGCCCAACGCAAGACGTTGTCGCTGGAAGTCGGCATGCAGAACTCCGGCCTCGGTGCGGCATTGGCCAGCGCACACTTTTCGCCGCTGGCGGCAGTGCCCAGCGCGCTGTTCAGCGTCTGGCACAACATTTCCGGCGCCCTGCTCTCGACCTGGTTCCGGCGCATGAGCGAAAAGCAGGACCGCGAAGAACTCGCCCGACAAACCGCGGACTGA MRALAALSRFVGNTFAYWVLLFAVVAFFLPTWFIGLKSAIVPLLGLVMFGMGLALKLEDFAEVARRPGRVALGVIAQFVIMPGTAWLLCQVFSLPPEIAVGVILVGCCPSGTSSNVMTWLARGDLALAVAISAITTLLAPLLTPTLIWLLASAWLPVSFSALFWSILQIVLLPIALGIVAQRLLGARVRHAVEVLPLVSVVSIVIIVAAVVAASQAKIAESGLLIMAIVILHNSFGYLLGYFTGRLFGLPLAQRKTLSLEVGMQNSGLGAALASAHFSPLAAVPSALFSVWHNISGALLSTWFRRMSEKQDREELARQTAD PGPT0013890_1256 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453 NA NA D1-35_00449 921 rdgC COG2974 Recombination-associated protein RdgC ATGTGGTTCAAGAACCTGCTTATCTATCGCCTGACCCAAGATCTGCCTGTTGATGCCGAGGCGTTGGAAACTGCACTGGCGAGCAAACTGGCACGCCCCTGTGCAAGCCAGGAGTTGACCACTTACGGTTTCGTCGCGCCGTTTGGCAAAGGTGAAGACGCGCCCCTGGTGCATGTCAGCCAGGACTTTTTGCTGATTGCCGCACGCAAGGAAGAACGCATCCTGCCGGGCAGCGTCGTCCGTGACGCGGTCAAGGAAAAGGTCGAAGAGATCGAAGCCGAGCAGATGCGCAAGGTCTATAAAAAGGAACGCGACCAGATCAAGGATGAAATCATCCAGGCCTTCCTGCCTCGCGCCTTCATTCGCCGTTCGTCCACGTTCGCCGCGATCGCGCCGAAACAGGGCCTGATCCTGGTCAACTCGGCCAGCCCGAAACGCGCCGAAGACCTGCTTTCGACCCTGCGCGAAGTCATCGGCACGCTGCCGGTACGCCCGCTGACAGTGAAGACGGCCCCGACCGCGATCATGACCGACTGGGTCAAGACCCAGAAAGCCGCAGACGATTTCTTCGTGCTGGACGAATGCGAACTGCGCGATACCCATGAAGATGGCGGCATCGTCCGTTGCAAGCGCCAGGACCTGACCAGCGACGAAATCCAGCTGCACCTGAACACCGGCAAGGTGGTGACGCAACTGTCGCTGGCCTGGCAAGACAAGCTGTCTTTCGTGCTCGACGACAAAATGGTGGTCAAGCGCCTGAAGTTCGAAGACCTGCTGCAAGACCAGGCGGAACAGGACGGCGGCGACGAAGCCCTCGGCCAACTGGACGCCAGCTTCACCCTGATGATGCTGACGTTCGGCGAGTTCCTGCCGGCGCTGGTTGAAGCGCTGGGTGGTGAAGAGATTCCGCAAGGGATCTAA MWFKNLLIYRLTQDLPVDAEALETALASKLARPCASQELTTYGFVAPFGKGEDAPLVHVSQDFLLIAARKEERILPGSVVRDAVKEKVEEIEAEQMRKVYKKERDQIKDEIIQAFLPRAFIRRSSTFAAIAPKQGLILVNSASPKRAEDLLSTLREVIGTLPVRPLTVKTAPTAIMTDWVKTQKAADDFFVLDECELRDTHEDGGIVRCKRQDLTSDEIQLHLNTGKVVTQLSLAWQDKLSFVLDDKMVVKRLKFEDLLQDQAEQDGGDEALGQLDASFTLMMLTFGEFLPALVEALGGEEIPQGI NA NA NA NA NA D1-35_00455 1137 hypothetical protein ATGCTCATAAAGCTCTGGCTGCGCCTCGGCGCCTTTCTGGGCAAGACGCTCCTCTGGCTGCTGGGCATCGGCCTGCTCGGCTGGGCCCTGGCCACGGCCTGGTTCGCCTGGCAACACAGTGGGCCGGTCGCGGACAAGGAGCAGATACCGCCCGGTGAAAGCGCCATGACCCAGGACATCATCCAGACCGCCATCCGCATCGTCGACCAGCACCGCGAAGGCACGCGCTACCTGCGCGATGCCCATGCCAAGGCCCACGGCTGCGTGATGGCCGAAGTCCAGGTGCCCGGCGATCTGCCGGCACCGTTGCGCCAGGGCGTATTCGCCGAACCGGGCAAGACCTGGCAGGCGACGATCCGCCTGTCCAACGGCAACGCTTATCCACAGTTCGACAGCCTGCGCGATGCACGAGGGATGGCCATCAAGCTGCTGGATGTGCCCGGCAAGCAATTGCTCGCGGACCGGCAATCGCAGGGCGAGCAGGACTTCGTGATGTTCAATCATCCGAACTTCTTTGTCAGCGATGTCGCCGAATACCGTCAGAACGTGGCGGCCCAGGCTGACGGAAAAAAGGCGATGGCTTTCTTTCCGAGCCTGGACCCACGCAGCTGGCAGATCCGTCATCTGTTCATCGCCCTGGCGACACTCTCCCCGCCTCCGGCGAGCCCGACCCAGACCACTTATTTCTCGGTATCGCCGTACAAGTTCGGCGCGGCCAATGCCAAGTTTCGCGTCGCGCCGGATCCGGACAACTGCCCAGCCTACACCCTGCCCAAGCAGAACCAGAACCTGCCGAATTTCTTGCGCAGCGCACTGACTCAACAGTTATCCACAGACCGCGTGCCAGCCTGTTTTGTGCTGCAGATCCAGCGTCAGGACCCGGGCAAATACATGCCGATCGAAGACACCAGTATCGAGTGGCGGGAAAGCGATGCGCCATTCGAGACGGTGGCGCGAATCAAGGTGCCGGCCCAGGATTTCGATACGCCCAAGCTGAACCTGGCTTGCGACAACCTGTCGTTCAACCCGTGGTTTGGGCTCGAGGCACATCGGCCTATTGGCGGTATCAACCGTTTGCGTAAAGCGGTGTATGAGGCGGTCAGCGATTATCGGCATAGTCGGAATGCTGAGCAGTAG MLIKLWLRLGAFLGKTLLWLLGIGLLGWALATAWFAWQHSGPVADKEQIPPGESAMTQDIIQTAIRIVDQHREGTRYLRDAHAKAHGCVMAEVQVPGDLPAPLRQGVFAEPGKTWQATIRLSNGNAYPQFDSLRDARGMAIKLLDVPGKQLLADRQSQGEQDFVMFNHPNFFVSDVAEYRQNVAAQADGKKAMAFFPSLDPRSWQIRHLFIALATLSPPPASPTQTTYFSVSPYKFGAANAKFRVAPDPDNCPAYTLPKQNQNLPNFLRSALTQQLSTDRVPACFVLQIQRQDPGKYMPIEDTSIEWRESDAPFETVARIKVPAQDFDTPKLNLACDNLSFNPWFGLEAHRPIGGINRLRKAVYEAVSDYRHSRNAEQ NA NA NA NA NA D1-35_00456 1806 hypothetical protein GTGCGCCTCCTCTCTCGCCTTTTATTGCTGATCCTCACGCTGGCCATCGTGGTCGTGGCCGTGGTGCTTTATTACGTGGCCAACCCGCGCCTGCCGGCCTACACGCCTGTCCAACAGGTGCACTACCTGGACCAATGGAGCGCCGCCGAGCGACAGACTTACTATTTCACGCCTCAGGGCACTCAGGTCAAAGGCCTGCGTTACGAGTGGTTCACCGCGCTTGAATTGCCGTTCTCGCAACAGCGCTTCGCTTCGCCGGAATACCTGGCGCGCTTCGGTTTTCTGGTCGATCCTGCGCAGAAAGCCACGCCACTGAACCCCGGCAACTTACCGGTGGGCTTCACCCGACACCAGAACGCCGGCAGTAACGAGCAATACCTCGACATTACCTGCGCCGCCTGCCACACCGGCGAATTGCATTTCAAGGGCCAGGCGATCCGGATCGATGGCGGCTCGGCCCAACACGTATTGCCATCGACTGTTCCGACATTGCGCGGCGGCAGTTTCGGACAGGCACTGGTGGCAAGTCTCGCCTCGACTTACTACAACCCATGGAAATTCGAACGCTTCGCCCGCCAGGTGCTGGGCAATGACTATGACGCTCGCCATGAAGAGTTGCGCAAGGCCTTCAAGGTTTCCCTGAATGCGTTCCTGCGCACCGCCTGGAACGACACCCATCGCGGTCTCTATCCCACCGAGGAAGGCCCGGGCCGTACCGACGCCTTTGGCCGTATCGCCAATGCCAGCTTTGGCGATGCCATTTCGGCAGAAAACTACCGGGTCGCCAACGCACCGGTGGATTACCCACAGTTGTGGGAAATGTGGACGTTCGACTGGGTACAGTGGAACGGTTCGGCGCAGCAGCCGATGGCCCGCAACGTCGGCGAGGCGCTGGGGGTTGGCGCCACGTTGAGTTTCTTCGATGCCCAGGGCAAGCCGCTGCAAGGCGATGCGCGCTATCCTTCCAGCGTGCGGGTGCGCGACCTGAACAAGATCGAAGAGACCTTGCAACTGCTCAAGCCACCCGTATGGCCGGAAGCGTTGCTGGGTTCGATTGACAAGCCCCTGGCGGCAAAGGGCAAGGCGTTGTTCGAAGAAAACTGCGCCGGCTGCCATGTGCCCAAAGTCGTCCAGGGCCCTGACCGGCCGGTGCAACAGTTGCATATGCTGTCAGTGAAGGTGATCGGCACGGACCCGGGCACCGCGAACAATATTGCCGATCACCGTTTCAACCTGACCAGCCTGCAATGGGACCCGGCCGAACTGGCGAAGCTGGAAGTGCAACTGCACCCTGCCCCGACAGAGCCGCTGGACCTCAGCCAGATCTCGGTCGCCAAGGGGCTGGCCTACGTCACCGCATTCGTCGAAAACCGCGCTTACCGGGATGCCGGCGTCACGCCGGTGGAACGTCCGGCGCTGGACGGTTTCGGGCTGCCCATCGGCGTCCGTGAATTACGCGCCTACAAGGCCCGGCCATTGGCCGGCGTGTGGGCAACACCGCCGTTCCTGCACAACGGCTCGGTGCCGACGATCTATGAGTTGCTGTCGCCGCAGGCCGAGCGGGCGACCACCTTCTATAAGGGCAGCTTCGAATACGACCCGCGGCACCTGGGCTATCGCACCGAAGCGTTTGCCAATGCCTTCCTGTTCGACACTCGCATCACTGGCAACCATAACAGCGGCCATGAATTCCGCGCCGGCGAACGGGGCAATGGGGTCATTGGCCGTTTGCTGCAGCCGCAGGAGCGCTGGGCGTTGCTGGAGTACTTGAAGGTGCTGGGCGGACCGCTGGAGTCGCAACTGTGA MRLLSRLLLLILTLAIVVVAVVLYYVANPRLPAYTPVQQVHYLDQWSAAERQTYYFTPQGTQVKGLRYEWFTALELPFSQQRFASPEYLARFGFLVDPAQKATPLNPGNLPVGFTRHQNAGSNEQYLDITCAACHTGELHFKGQAIRIDGGSAQHVLPSTVPTLRGGSFGQALVASLASTYYNPWKFERFARQVLGNDYDARHEELRKAFKVSLNAFLRTAWNDTHRGLYPTEEGPGRTDAFGRIANASFGDAISAENYRVANAPVDYPQLWEMWTFDWVQWNGSAQQPMARNVGEALGVGATLSFFDAQGKPLQGDARYPSSVRVRDLNKIEETLQLLKPPVWPEALLGSIDKPLAAKGKALFEENCAGCHVPKVVQGPDRPVQQLHMLSVKVIGTDPGTANNIADHRFNLTSLQWDPAELAKLEVQLHPAPTEPLDLSQISVAKGLAYVTAFVENRAYRDAGVTPVERPALDGFGLPIGVRELRAYKARPLAGVWATPPFLHNGSVPTIYELLSPQAERATTFYKGSFEYDPRHLGYRTEAFANAFLFDTRITGNHNSGHEFRAGERGNGVIGRLLQPQERWALLEYLKVLGGPLESQL NA NA NA NA NA D1-35_00457 714 fklB_1 COG0545 FKBP-type 22 kDa peptidyl-prolyl cis-trans isomerase ATGAAACAGCATCGGTTGGCGGCGGCGGTAGCCCTGGTTGGCCTGGTACTCGCGGGTTGTGACTCGCAGACCAGCGTAGAGCTGAAAACCCCGGCGCAGAAAGCTTCCTACGGTATCGGCCTGAACATGGGCAAAAGCCTGGCTCAGGAAGGTATGGATGACCTGGACTCCAAGGCAGTCGCCCAGGGCATCGAAGATGCCGTCGGCAAGAAAGAACAGAAGCTGAAAGACGAAGAACTGGTCGAAGCCTTTGCCGCGCTGCAAAAACGTGCCGAAGAGCGCATGGCCAAGATGAGTGAAGAGTCGGCAGCCGCCGGCAAGAAATTCCTTGAGGAAAACGGCAAGAAGGCCGGCGTTACCACCACCGCTTCCGGCCTGCAGTACGAAGTGGTCAAGAAGGCCAGCGGCGCGCAGCCTAAGCCGACCGACGTGGTGACCGTTCACTACACCGGCAAGCTGACCAACGGCACTGTGTTCGACAGCTCCGTGGAGCGTGGCAGCCCGATTGACCTGCCGGTCAGCGGTGTGATCCCGGGTTGGGTCGAAGGCCTGCAATTGATGCACGTCGGCGAGAAGTACAAGCTGTACATCCCGAGCGACCTGGCCTACGGCGCCCAGAGCCCGAGCCCGGCGATCCCTGCCAACTCGGTCCTGGTATTCGACCTGGAACTGCTGGCAATCAAGGATCCGGCAAAAGAAGGCGCAGCCAAGTAA MKQHRLAAAVALVGLVLAGCDSQTSVELKTPAQKASYGIGLNMGKSLAQEGMDDLDSKAVAQGIEDAVGKKEQKLKDEELVEAFAALQKRAEERMAKMSEESAAAGKKFLEENGKKAGVTTTASGLQYEVVKKASGAQPKPTDVVTVHYTGKLTNGTVFDSSVERGSPIDLPVSGVIPGWVEGLQLMHVGEKYKLYIPSDLAYGAQSPSPAIPANSVLVFDLELLAIKDPAKEGAAK NA NA NA NA NA D1-35_00458 456 hypothetical protein ATGAAGGCCCCGTGGAATTTCGCGCGATTTCTTCCCCTGGCGGGACGGCTCCTGGCCCGCGGCAGACTGCCCACGCTGCTGTTCGCCGTTGCCAGCAAGGGCGCCCGGGAGGGCGGTCGCCTCGGCAAGCTCAAGGAGGACCTGCGTCTGCTGCAGGCTCTGTGCCTGGCTTACTGGCGGGGCGAATACCGCGCCGTGAGTGCCAAGTCGATGCTCTCGGTGGTGGCGGGCCTCATGTATTTCCTCAGCCCGCTGGATGCGATCCCGGACTTGCTGCCCATGTTAGGCATGTTCGACGACATCGCGGTGCTGGCCTGGATCATGAAAACCCTCGACGACGAGCTGGGTGCCTTCCGTGCCTGGCGCGAACAGCAGTCGCCGGAGAAACTTGCGCGGGTTGAAAGGCTTCCCGACACCCCGGAACAACTCCAGCTGCAAGGGCCGAAAAAAAGCTGA MKAPWNFARFLPLAGRLLARGRLPTLLFAVASKGAREGGRLGKLKEDLRLLQALCLAYWRGEYRAVSAKSMLSVVAGLMYFLSPLDAIPDLLPMLGMFDDIAVLAWIMKTLDDELGAFRAWREQQSPEKLARVERLPDTPEQLQLQGPKKS NA NA NA NA NA D1-35_00459 339 hypothetical protein ATGGATATTCAAATAATCACGCGCGACGGAGAGCCCGAGTACGCGGTTTTGCCGTGGGATCAGTACCAGGCGCTGCTGAAGGCAGCCGGCATCAATCAAGCACCGCAAGAAGCCACGGTCCGCCATGCGGCGGCACCCGGCCAGGTTCTCCCTGGCCTGGATCAACTACGCAGTTTGCGCGAAGGGAAGGGCATCGCCATCGAGGCGCTGGCCCGCACGGTAGGCATCAGCCCGTCTTATCTGGCCATGATCGAAAGCGGCGAGCGTCAGCCCGATGCCGCGATCAAGCGCAGTCTGGCCTGGGAACTGACGGTGCCGGGTTGGAGGGATGAATCGTGA MDIQIITRDGEPEYAVLPWDQYQALLKAAGINQAPQEATVRHAAAPGQVLPGLDQLRSLREGKGIAIEALARTVGISPSYLAMIESGERQPDAAIKRSLAWELTVPGWRDES NA NA NA NA NA D1-35_00460 372 hypothetical protein GTGAGTGTACGCATCAGTCGGCAACATTGGGACGGGTTGTTGGGTGAGTTGGACCAGGCGCGTCGCCAGCGCCATTTATTGACGTACCGCGCCTTGCTGGAGCGCTTGCAGCTGCCCAGCCCGGCCATGCAGACATTGACCGCCGCACTCGAACACCTGGCGGCGCTGGACGCCCGGGCCGAACAGCCATTGCGCAGTTCGTTGGTCATCAGCCAAGGGGCCAGTCGCCTGCCACGCACTGGTTTTTTCGAATGTGTTGAACGCCTCGGGCGCTTTTCCGGCCCCTCCGACGGCGTCGCCGCTGCATCCTGGCATGCGTCGGAAGTGGTCCGGGTGTTCGAATACGAGTACCCCGAATCGGCGGAGGCCTGA MSVRISRQHWDGLLGELDQARRQRHLLTYRALLERLQLPSPAMQTLTAALEHLAALDARAEQPLRSSLVISQGASRLPRTGFFECVERLGRFSGPSDGVAAASWHASEVVRVFEYEYPESAEA NA NA NA NA NA D1-35_00461 402 hypothetical protein GTGCTCTGGCGGATCAAGGCCCGGGCCGGTTATTGGCTGGCGCGCCGATTGTTCCGTTGGTCATGGCTGGTTCGGCAGCCCCGCGGCTGGGCCTGGCTTGAAGGCCAGTTTGCGCGCATGGCGAACCTGGGCGACGTCGGCGCCCAGAGCTTCTACGGGCATATCCTGACGTTTCGCGGCCAAGGGCTCGGCGCACGGGAAGAAGGCATTCGCTTGCTCCGCCTGGCGGCGCTGGCCGGTGACGGCAAGGCCGCCTACCAGGTCGGCGTCATCAGCCTGGCAGGCTCTACCACCAAGGCGCCGGATCCGGACGAAGCGGCGCGTTGGTGGGCCTTGGCCCTGAAGGCCGGGCATCCGCTGGCCGAGATCAAGCTCAAGGCGCTCGAGAGCAAGAAACCCTGA MLWRIKARAGYWLARRLFRWSWLVRQPRGWAWLEGQFARMANLGDVGAQSFYGHILTFRGQGLGAREEGIRLLRLAALAGDGKAAYQVGVISLAGSTTKAPDPDEAARWWALALKAGHPLAEIKLKALESKKP PGPT0000855_6613 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-ACIDITY|NITROGEN_RELATED_REGULATION,PGPT0000855-exoR-K07126 NA NA D1-35_00462 1788 hypothetical protein ATGACCACGACAGAACAGCTGAGTGCCTTGAGCTCAATCCTGAGTCAAAGCGGTTTGCACAGCCTGTTCCAGCCGATCATCTGTCTTTCCGAACGACGCATCCTCGGCTATGAGGCCCTGACCCGCGGCCCGTCGAACAGCCCGCTGCACTCCCCCATCGCGTTATTGTCCGTGGCGCGCCAGGCCGGACGCCTCAGCGAACTGGAGCTGGCCTGCCGACGCAGCGCTTGCCAGCGCTTCAATGAACAGAAGCTGCCGGGAAAACTGTTCCTCAACGTCTCGCCAGAATCGCTGCTCGAATCGGCCCACCAGACCGGCCGCACCCTGCAGCTGTTACAGGACTTCGGCATTCCGCCCAGCCAGGTGGTTATCGAACTGACCGAACAAACGCCTATCGATGACTTCCAGCTGCTGCAAACCGCCCTGCATCACTATCGAGCCATGGGTTTTTCCATTGCCCTGGATGACCTTGGTGCCGGGTATTCAAGCTTGCGGCTGTGGTCCGAATTGCGACCTGACTACGTGAAGATCGACCGGCATTTCATCGATGGCATTCACCAGGACGCACTCAAGCGTGAATTCGTCGGTTCCATTCTCAAGATCGCCCAGGCTTCACGGGCCCAGGTGATCGCCGAAGGGATCGAATTGCCGGAAGAGCTCGCCGTGTTGATCGAAATGGGCGTCGACCTGGTCCAGGGCTACTTGCTCGCCCGGCCCCAGGAGCATCCATCCCAGGACGCCAAGGCATTGATGCCCCGCCAGGACAGCGGCGTGGTGCCGCTGGGCGATGAGGTCAACGACCTCACTGCGCTGCTCAACGAACAACCGGCAGTCGCCCACGACACACCGACGGCAGCGGTACTGGAAGCGTTCCGGCGCCAGGCCAACCTCAATTCCCTGGCGGTGCTGGACGATCGCGACCAACCGTGCGGGATCGTCCATCGTCATTCGCTCTCGGATGCCCTGCTCAAGCCTTTCGCCACCGACCTGTTCGCTCGCAAGCCCATCAGCCGCCTGATGAGCGATGATTTCCTCGCGGTTGAACTGAGCCAGTCACTGCAACAAGTCAGCCGCCTCATCACCAGCCGCGCCCGCCAGCGCATCGAAGAAGACTTCATCATCACCCTCAACGGCGGCTACCTGGGCCTGGGCCGGGTGATCGACGTGCTCAAGCTCATCACCGAACTGAAGATCCAACAGGCGCGCTACGCCAACCCGCTGACTTTGCTGCCAGGCAACGTGCCCATCCAGCAGTGCCTTACACGCCTGCTGCAGCAGCGCCAGGAGTCGGTGATCTGCTACGTCGACATCGACAGTTTCAAACCCTTCAACGACATCTACGGCTACGGTCGCGGTGACGAAGTCCTGCTGTGCCTGGCCCAATGCCTGAACGAACGCATTGACCCCAGCCGCGATTTCGTCGGCCACATCGGCGGCGACGACTTCCTGCTGGTCCTCGGCCCGGACGACTGGCGCAAGCGCCTGACCCAACTGCTGAGCGACTTCCAGAACCACTGCCGCCGCTTCTACCGGCCCGAGCATCTGGAAGCCGGATGTTTTACCGCGTTGAACCGACAGGGCATACGACAGGACTTCGCCTTGCTGTCGTTGTCGATCGGGGTGGTGCATCTGCGCGCCGAGGCCTGTGCAGAGCTGGATGCCAGCCAGTTGGCGGAAATGGCTTCGCAGGCCAAGCACCATGCCAAGGAGATCGTCGGGGGGAGTTTGTATTTGATTAACGGGCTGGTTGAGCAGGCGCCCGTGGCGGAGCTGGGTTTCTCAGCGTGA MTTTEQLSALSSILSQSGLHSLFQPIICLSERRILGYEALTRGPSNSPLHSPIALLSVARQAGRLSELELACRRSACQRFNEQKLPGKLFLNVSPESLLESAHQTGRTLQLLQDFGIPPSQVVIELTEQTPIDDFQLLQTALHHYRAMGFSIALDDLGAGYSSLRLWSELRPDYVKIDRHFIDGIHQDALKREFVGSILKIAQASRAQVIAEGIELPEELAVLIEMGVDLVQGYLLARPQEHPSQDAKALMPRQDSGVVPLGDEVNDLTALLNEQPAVAHDTPTAAVLEAFRRQANLNSLAVLDDRDQPCGIVHRHSLSDALLKPFATDLFARKPISRLMSDDFLAVELSQSLQQVSRLITSRARQRIEEDFIITLNGGYLGLGRVIDVLKLITELKIQQARYANPLTLLPGNVPIQQCLTRLLQQRQESVICYVDIDSFKPFNDIYGYGRGDEVLLCLAQCLNERIDPSRDFVGHIGGDDFLLVLGPDDWRKRLTQLLSDFQNHCRRFYRPEHLEAGCFTALNRQGIRQDFALLSLSIGVVHLRAEACAELDASQLAEMASQAKHHAKEIVGGSLYLINGLVEQAPVAELGFSA NA NA NA NA NA D1-35_00463 2079 prc COG0793 Tail-specific protease ATGAAGCACTTTTTACCCAGCACTGCACTTGCCCTCTTCATTGGCCTTGGCGCTTCAGCGCTCTCGAACACTGCGTTCGCGGCCAACAGCTGGGACAAGCTTCAGCCCGATCGCGACGAGGTGATCGCCAGCCTCAATGTGGTTGAGTTGCTCAAGCGCCATCACTACAGCAAGCCGCCACTCGATGACGCGCGCTCGGTCATCATCTATGACAGCTACCTGAAGCTGCTTGATCCGTCGCGCAGTTATTTCCTGGCCAGCGACATCGCCGAATTCGACAAGTGGAAGACCCAGTTCGACGACTTCCTCAAGAGCGGCGACCTCAACGCCGGGTTCATTATCTACAAGCGCTACCTGGACCGCGTCAAGGCGCGCCTGGACTACGCCCTTGCCGAGTTGAACAAGGGCGTCGACAAGATCGACTTCAATGCCAAGGAAACCTTGCTGGTCGACCGCAAGGACGCCGCATGGCTCAAGAGCACCGCCGAACTCGACGACCTGTGGCGCAAACGCGTCAAGGACGAAGTGTTGCGTATGAAGATCGCCGGCAAGGATCCCAAGCAGATCCAGGAAACCCTGACCAAGCGCTACAAGAATCAACTCGCGCGCCTGGACCAGACCCGTGCCGAGGACGTCTTCCAGGCCTATATCAATACCTTCGCGATGTCCTACGATCCGCACACCAATTATCTGTCGCCGGATAACGCGGAAAACTTCGACATCAACATGAGCCTGTCCCTGGAAGGCATCGGCGCGGTACTGCAGAGCGATAACGATCAGGTCAAGATCGTGCGCCTGGTGCCGGCGGGCCCTGCCGACAAGACCAAGCAGGTCGCCCCGGCGGACAAGATCATCGGCGTGGCCCAGGGCAACAAGGAAATGGTCGACGTGGTCGGCTGGCGCCTGGACGAAGTGGTCAAGCTGATCCGCGGCCCGAAAGGTTCGGTGGTCCGCCTGGAAGTCATCCCGGCCAGCAATGCGCCGAACGACCAGACCAGCAAAGTCGTATCCATTACCCGTGAAGCAGTGAAGCTGGAAGAACAGGCCGCGAAAAAATCGGTCCTCCAGCTCAAGCAGGACGGCAAGGACTACAAGCTCGGCATCATCGAGATCCCGGCTTTCTATCTGGACTTCAAGGCTTTCCGCGCTGGGGATCCGAACTACAAGAGCACCACGCGCGACGTCAAGAAACTGCTCACCGAACTGCAGAAGGAAAAGGTCGACGGCGTGGTCATCGACTTGCGCAACAACGGCGGCGGCTCGTTGCAGGAAGCCACCGAACTGACCAGCCTGTTCATCGACAAAGGCCCGACCGTGCTCGTGCGTAACGCCGATGGTCGGGTCGATGTGCTCGAGGACGAAAACCCCGGCGCGTTCTACAAGGGACCAATGGCCCTGCTGGTCAATCGCCTGTCGGCCTCGGCCTCGGAGATTTTCGCCGGCGCCATGCAGGACTACCACCGCGCGCTGATCATCGGCGGCCAGACGTTCGGCAAAGGCACCGTGCAGACCATCCAGCCACTGAACCACGGCGAACTGAAACTGACCCTGGCGAAGTTCTACCGCGTTTCCGGGCAGAGCACCCAGCATCAGGGCGTGCTGCCCGACATCGATTACCCGTCGATCATCGACACCAAGGAAATCGGCGAGAGCGCCCTGCCCGAAGCCATGCCGTGGGACACCATCCGGCCTGCAATCAAGCCGGCCGTGGACCCGTTCAAGCCGTACCTGGCCCAGCTGAAATCCGAGCATGACGCCCGCACCGCCCAAGACGCGGAGTTTGTGTTCATTCGCGACAAGCTGGCCCTGGCGCAGAAGTTGATGATGGAAAAAACCGTCACCCTCAACGAAGCCGAGCGCCGCGCGCAGCATGCCGACATCGAAGCCAAGCAACTGGCCATGGAAAACCTGCGTCGCAAGGCCAAGGGCGAGGAGCCGCTCAAAGAGCTGAAGAAGGAAGACGAAGACCTGATCACCGAGCCGGAAAAAACCAAGCCGGAAGACGACGCCTATCTGAGCGAAACCGGTCGGATCCTGCTCGATTACCTCAAGCTCAATACGGCGGTCGCCAAACATTGA MKHFLPSTALALFIGLGASALSNTAFAANSWDKLQPDRDEVIASLNVVELLKRHHYSKPPLDDARSVIIYDSYLKLLDPSRSYFLASDIAEFDKWKTQFDDFLKSGDLNAGFIIYKRYLDRVKARLDYALAELNKGVDKIDFNAKETLLVDRKDAAWLKSTAELDDLWRKRVKDEVLRMKIAGKDPKQIQETLTKRYKNQLARLDQTRAEDVFQAYINTFAMSYDPHTNYLSPDNAENFDINMSLSLEGIGAVLQSDNDQVKIVRLVPAGPADKTKQVAPADKIIGVAQGNKEMVDVVGWRLDEVVKLIRGPKGSVVRLEVIPASNAPNDQTSKVVSITREAVKLEEQAAKKSVLQLKQDGKDYKLGIIEIPAFYLDFKAFRAGDPNYKSTTRDVKKLLTELQKEKVDGVVIDLRNNGGGSLQEATELTSLFIDKGPTVLVRNADGRVDVLEDENPGAFYKGPMALLVNRLSASASEIFAGAMQDYHRALIIGGQTFGKGTVQTIQPLNHGELKLTLAKFYRVSGQSTQHQGVLPDIDYPSIIDTKEIGESALPEAMPWDTIRPAIKPAVDPFKPYLAQLKSEHDARTAQDAEFVFIRDKLALAQKLMMEKTVTLNEAERRAQHADIEAKQLAMENLRRKAKGEEPLKELKKEDEDLITEPEKTKPEDDAYLSETGRILLDYLKLNTAVAKH PGPT0015095_632 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797 NA NA D1-35_00464 963 pikAII Narbonolide/10-deoxymethynolide synthase PikA2, modules 3 and 4 GTGAAAGCATTGCAAGGCGTTGAAGGCCAAGTGGTATGGGCAGATGAGCCAAGTCCGGCGTGTGATGCCGGGCAAGTTCGCATCCGTGTAGCGGCCGCTGGTCTGAATCGGGCCGATTTGTTGCAGAAAGCCGGGCATTATCCACCGCCACCCGGCGCCAGCCAGGTGTTGGGGCTGGAATGTTCCGGGGTGATCAGTGAAGTCGGGCCGGGTTCCTCCTGGCAGGTCGGCGACCGGGTTTGCGCATTGCTGGCAGGCGGCGCAATGGCCGAGGAAGTGGTGGTCGATGGTCGGCATGTGTTGCCTGTGCCGGAAGGCCTGTCACTGGCCGAAGCCGCCGCGCTGCCTGAGGTCTACGCCACCGCGTGGCTGAATCTGTTCCAGCTGGCCGGGCTCAGCCCGGGAGAAAAAGTGCTGCTGCACGCCGGCGCCAGCGGCGTCGGTTCGGCCGCGATCCAGCTGTGCAAGGCGTTCGGCAACCCGTGCTGGGTCAGCGTCGGTTCGGCCGAGCGGCTGGCCTATTGCGAAGCGCTCGGTGCCCAGGGCGGTGTGGTGCGCACCGACGATATCAACAGCCTGAACGACTTCGGGCCGTTCGACGTGATCCTCGATCCGGTCGGCGCGAACTACGCCAGCCTCAACGTGAAACTTTTGTCAGTTGACGGGCGCTGGGTATTGATCGGACTCATGGGCGGGCGCACCACCGAACTCGATCTGGCCCAGGTGTTGGGCAAGCGTATCCAGTTGCTGGGCTCGACTTTGCGCAGTCGCAATGATCAGTCCAAGGCCGACCTGATCGCCGAGTTGGGGCAGCAGGTGTGGCCGTTGTTCGCCGACAAGCGCCTGAGCCCGCAATTGGCCAGGACGTTTGCGATCAGCGATGCCGAGGCGGCGTTTGCCGAGCTGGCGACCAATCAGGTGTCCGGGAAATTGGTGCTGGTGGTCGATGACAGCCTGAGCTGA MKALQGVEGQVVWADEPSPACDAGQVRIRVAAAGLNRADLLQKAGHYPPPPGASQVLGLECSGVISEVGPGSSWQVGDRVCALLAGGAMAEEVVVDGRHVLPVPEGLSLAEAAALPEVYATAWLNLFQLAGLSPGEKVLLHAGASGVGSAAIQLCKAFGNPCWVSVGSAERLAYCEALGAQGGVVRTDDINSLNDFGPFDVILDPVGANYASLNVKLLSVDGRWVLIGLMGGRTTELDLAQVLGKRIQLLGSTLRSRNDQSKADLIAELGQQVWPLFADKRLSPQLARTFAISDAEAAFAELATNQVSGKLVLVVDDSLS PGPT0013255_3602 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D1-35_00465 654 COG0560 putative phosphatase ATGGCTCTGGCAATTTTTGATCTGGACGAAACCCTGATCCACGGCGACTGCGCCACCCTCTGGAGCGAGCAGATGGGGCGCCTGGGCTGGGTCGATCCCGAGTCGTTCATGCGCCGCAACAACGAACTGATGGACGCCTACAGCCACGGCAAGCTGCGCATGGAAGAGTACATGGACTTCAGCCTGGAACCGATGATCGGCCGCACGCCGGAAGAAATCGAACACCTGGTGGCACCGTGGGTGGAAGACTTCATCGAACCGATCATCTTCAGCGACGCCACCAAGGCCATCGCCGAGCACCGCAAGGCCGGTGATCGGATCCTGGTGATCTCGGCCTCGGGCACGCACCTGGTCAAGCCGATCGCCGAGCGCCTGGGCATCGATGAGATCCTCGCGATCGAGCTGGACGTCGCCCATGGTGTGTACAGCGGTAAGACCGTGGGCACCCTGACCTATCGCGAAGGCAAGATTGCCCGACTGCTGGATTGGCTGGACGCCGAGGAAGAAAACCTGGAAGGCGCGAGTTTCTATTCCGACTCGCGCAATGACCTGCCGTTGCTGCTCAAGGTCGATCACCCGCACGTCGTGAACCCGGACCCGGTGCTAAAGGCCCACGCCGAATCGGCCGGCTGGCCGATTCATACCTGGAAATAG MALAIFDLDETLIHGDCATLWSEQMGRLGWVDPESFMRRNNELMDAYSHGKLRMEEYMDFSLEPMIGRTPEEIEHLVAPWVEDFIEPIIFSDATKAIAEHRKAGDRILVISASGTHLVKPIAERLGIDEILAIELDVAHGVYSGKTVGTLTYREGKIARLLDWLDAEEENLEGASFYSDSRNDLPLLLKVDHPHVVNPDPVLKAHAESAGWPIHTWK NA NA NA NA NA D1-35_00466 990 potA_2 COG3842 Spermidine/putrescine import ATP-binding protein PotA ATGAGCTACGTTAGCGTCCAACATTTGCAGAAAGGCTACGCCGGCACGCCGGTGTTCAGCGACATCAACTGCGAAATCCACAAGGGCGAATTCGTCACCCTGCTCGGCCCTTCCGGGTGCGGCAAGTCCACGCTGCTGCGCTGCATTGCCGGCCTGACAGCGGTGGATGCGGGCCAGATTCTGCTGGACGGCCAGGACATCGTGCCGCTGAGTCCGCAGAAGCGCGGGATCGGCATGGTCTTCCAGAGCTATGCGCTGTTCCCCAACATGACCGTCGAGCAGAACGTCGCCTTCGGCCTGCGCATGCAAAAGGTCGACGCTTCGGACAGTCGCCAGCGTGTGCTGGAGATTCTGCGACTGGTGGAGCTGCATGACTTTGCCGCCCGCTACCCGCACCAACTGTCCGGCGGCCAATGCCAGCGCGTGGCCCTGGCCCGCTCCCTGGTCACCCGGCCGCGCCTGTTGCTGCTGGACGAGCCGCTGTCGGCGCTGGACGCGCGGATTCGCAAGCACTTGCGCGAACAGATCCGTCAGATCCAGCGGGAACTGGGCCTGACCACCATCTTTGTCACACACGATCAGGAGGAAGCCCTGACCATGTCTGACCGGATCTTCCTGATGAATCAGGGAAAGATCGTACAGAGCGGCGATGCCGAGACCCTTTACACTGCCCCCGTCGATGTCTTTGCCGCCGGCTTCATCGGCAACTACAACCTGCTCGACGCCGACGCCGCGAGCAAGCTGCTGCAACGCCCGGTGAACGGTCGCATCGCCATTCGCCCGGAAGCCATCGAGCTGAGTCGCAACGGCGAACCCGACGCGCTGATCCGCAGCCACAGCCTGCTGGGTAACGTGATCCGCTACCGGGTCGAGGCCCGCGGCGTGGAACTGGTGGTGGATGTGCTCAACCGCTCGGCTGCCGACCTGCATCCCGATGGTGCACGGCTGGCACTTTCCATCGATCCATCGGCGCTGTGTGAGGTAGCCTGA MSYVSVQHLQKGYAGTPVFSDINCEIHKGEFVTLLGPSGCGKSTLLRCIAGLTAVDAGQILLDGQDIVPLSPQKRGIGMVFQSYALFPNMTVEQNVAFGLRMQKVDASDSRQRVLEILRLVELHDFAARYPHQLSGGQCQRVALARSLVTRPRLLLLDEPLSALDARIRKHLREQIRQIQRELGLTTIFVTHDQEEALTMSDRIFLMNQGKIVQSGDAETLYTAPVDVFAAGFIGNYNLLDADAASKLLQRPVNGRIAIRPEAIELSRNGEPDALIRSHSLLGNVIRYRVEARGVELVVDVLNRSAADLHPDGARLALSIDPSALCEVA PGPT0007860_4050 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007860-ABC_SP_A|ydcT-K02052 NA NA D1-35_00467 801 cysW_1 COG4208 Sulfate transport system permease protein CysW ATGTCTCGCGCTGAATCGGGCCCGGCTGGGTTCTATCATCGAGCGGTGGTGTACCTGCTGTTCGCCATCCTGCTGCTACCCCTCGCCGGCACGCTCATCTACTCCATCGCCAGCAGTTGGTCGGCCACAGTGCTGCCCAGCGGCTTCACCTTCAAGTGGTACTTGCAGCTGTGGAGCGACCCGCGCTTTCTACACGCCTTCGGCCAATCGCTGATTGTCTGCGTGGGCGCGCTGGTGCTCTCGGTGGTGCTGATCCTGCCGCTGCTGTTCGTGGTGCATTACCACTTCCCGAAACTCGACGCGCTGATGAACATCCTCATCCTGCTGCCCTTCGCGGTGCCGCCGGTGGTGTCTTCGGTGGGGTTGTTGCAGCTCTATGGCTCCGGGCCGCTGGCGATGGTCGGCACACCGTGGATCCTGATTGGCTGCTACTTCACAGTCGCCTTGCCGTTCATGTACCGGGCGATCACCAACAACCTGCAAGCGATCAACCTGCGCGACCTGATGGACGCCGCCCAACTGCTCGGCGCCAGCACTTTCCAGGCCGCGTTGCTGGTGGTGCTGCCGAACCTGCGCAAGGGCCTGATGGTGGCGCTACTGCTGTCCTTCTCGTTCCTGTTCGGCGAGTTCGTGTTTGCCAACATCCTCGTCGGCACCCGCTATGAAACCCTGCAGGTGTACCTGAACAACATGCGCAACAGCAGCGGCCATTTCACCAGTGCGCTGGTGATTTCCTACTTCTTCTTCGTACTGGTCCTGACCTGGGCGGCCAACATCTTGAACAAGGACAAAAGCCAATGA MSRAESGPAGFYHRAVVYLLFAILLLPLAGTLIYSIASSWSATVLPSGFTFKWYLQLWSDPRFLHAFGQSLIVCVGALVLSVVLILPLLFVVHYHFPKLDALMNILILLPFAVPPVVSSVGLLQLYGSGPLAMVGTPWILIGCYFTVALPFMYRAITNNLQAINLRDLMDAAQLLGASTFQAALLVVLPNLRKGLMVALLLSFSFLFGEFVFANILVGTRYETLQVYLNNMRNSSGHFTSALVISYFFFVLVLTWAANILNKDKSQ PGPT0007845_3161 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007845-ABC_SP_P|ydcV-K02053 NA NA D1-35_00468 846 hypothetical protein GTGAGTGCCATGACGCGCGGCAAATGGCTGGCAGTGTTGTGCCTGGTGCCCTTCGCAATTTTTTTCATTGTGTTCCAGGTCGCCCCGCTGCTCTGGGTGCTGGTCAACAGCCTGGAATCGGAAGAGTTCGGCTGGGGCCTGGCCAACTTCAGCAAGATCTTCAGCTCGAAATTCTACCGACAGGCGATCCAGCACAGCCTGGAAATCAGTTTCTGGTCCAGCGTGTTCGGCATCATCATCGCCGTGCTCGGCAGCTACTCCCTGCGCCGCGTCGATTCGCGGCTGCGCAATTTCGTCAACGCCTTCGCCAACATGACCAGCAACTTCGCCGGCGTGCCCCTGGCCTTCGCGTTCATCATCCTGCTGGGGTTCAACGGCAGCATCACGATCATGCTCAAGCAGGCGGGGATCATCGAGGATTTCAACCTGTATTCGAAAACCGGGCTGATCATTCTCTACACCTATTTCCAGATTCCCCTGGGCGTGCTGCTGCTTTACCCGGCCTTCGACGCGCTGCGCGAAGACTGGCGCGAGTCGGCGTCCCTGTTGGGCGCCAGCGGCTGGCAGTTCTGGCGGCACATCGGCCTGCCGGTGCTGACCCCGGCGCTGCTCGGCACGTTCGTGATCCTGCTGGCCAATGCCCTCGGCGCCTATGCCACGGTCTATGCGCTGACCACCGGTAATTTCAACGTCCTGCCAATTCGCATCGCGGCGATGGTTTCCGGCGATATTTCCCTCGACCCGAACATGGCCAGCGCCCTGGCCGTGGTGCTGGTGGCGTTGATGACCCTGGTGACCGTCATCCATCAGTTGCTGCTCAAGAGGAGCTACCATGTCTCGCGCTGA MSAMTRGKWLAVLCLVPFAIFFIVFQVAPLLWVLVNSLESEEFGWGLANFSKIFSSKFYRQAIQHSLEISFWSSVFGIIIAVLGSYSLRRVDSRLRNFVNAFANMTSNFAGVPLAFAFIILLGFNGSITIMLKQAGIIEDFNLYSKTGLIILYTYFQIPLGVLLLYPAFDALREDWRESASLLGASGWQFWRHIGLPVLTPALLGTFVILLANALGAYATVYALTTGNFNVLPIRIAAMVSGDISLDPNMASALAVVLVALMTLVTVIHQLLLKRSYHVSR PGPT0007850_3273 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007850-ABC_SP_P1|ydcU-K02054 NA NA D1-35_00469 807 hypothetical protein ATGAAGCACAACGTCATCCTGGTGGTGCTCGACGGCCTCAACTACGAAGTCGCCCGGCATGCCATGGGACATTTGCAGGCGTATGTCGGCGCAGGACGCGCGGCGCTCTACACACTGGAATGTGAACTACCCGCCTTGTCCCGCCCACTCTACGAATGCATCCTCACCGGCGTCGTGCCCATCGACAGCGGGATCGTGCACAACAATGTCTCGCGCCTGTCGAACCAGCGCAGCATTTTCCATTACGCCACCGACGCCGGCCTGAGTACGGCGGCTGCGGCCTATCACTGGGTCAGCGAGCTGTACAACGTGTCACCCTTCGTCGCCGGTCGTGATCGCCATACCGAAAACCCCGACCTGCCGATTCAATACGGACATTTCTACTGGAATGACCACTACCCCGATTCACATCTGTTCGCCGACGCCGAACACCTGCGCCAGCGCTACCTGCCGAATTTCCTGCTGGTGCACCCGATGAACATCGACGATGCCGGTCACAAGCACGGCCTCGACACCCCGCAGTACCGCAACAGCGCCCGCTCGGCGGACATCAACCTGGCGGTTTATCTGCAAGCCTGGCTCGACGCCGGTTATCAGGTGCTGGTGACTTCCGACCATGGCATGAACAACGACCGCTCCCACAACGGCCTGCTACCGGAAGAACGGGAAGTGCCGCTGTTTGTCCTCGGCGATGGCTTCAGCCTTGACGCCAACGCGGCCCCTCGGCAAACCGAACTGTGCGGCACCATTTGCCAGCTGCTCGGGGTTGCCCACGACAAACCTTATTGCCAGGAGTTGCTCAAGTGA MKHNVILVVLDGLNYEVARHAMGHLQAYVGAGRAALYTLECELPALSRPLYECILTGVVPIDSGIVHNNVSRLSNQRSIFHYATDAGLSTAAAAYHWVSELYNVSPFVAGRDRHTENPDLPIQYGHFYWNDHYPDSHLFADAEHLRQRYLPNFLLVHPMNIDDAGHKHGLDTPQYRNSARSADINLAVYLQAWLDAGYQVLVTSDHGMNNDRSHNGLLPEEREVPLFVLGDGFSLDANAAPRQTELCGTICQLLGVAHDKPYCQELLK NA NA NA NA NA D1-35_00470 1068 hypothetical protein ATGAAACAGCTTTTCCTGGCATCACTGTTAGGCTCGACCATTGCCATGTGCACCGCCGCCATGGCCGCTGATACCGATCTGAAAACATTGGAAGCCGCTGCGAAAGCGGAAGGCGCCGTCAACAGCGTCGGCATGCCCGATGACTGGGCGAACTGGAAAGGCACCTGGGACGACCTGGCCAGACTCTATGGCTTGAAACACATCGACACCGACATGAGCTCGGCCCAGGAAATCGCCAAGTTCGCCGCCGAGAAGGACAACGCCAGCGCCGACATCGGCGACGTCGGTGCCGCCTTCGGCCCGATCGCGGTCAAGCAAGGCGTGGTCCAGCCCTACAAACCAAGCACCTGGGAACAGATCCCGGACTGGGCCAAGGACAAGGACGGCAACTGGGCCCTGGCCTACACCGGCACCATCGCGTTCATCGTCAACAAGAAACTGCTGCACGGCTCCGAAGTGCCGACCAAATGGGCCGACCTGAAGACCGGCAAGTACAAAGTCTCCATCGGTGACGTGAGCACCGCCGCCCAGGCCGCCAACGGCGTGCTGGCTGCGGCCCTGGCCAACGGTGGCGATGAAAAGAACATTAAACCGGCCCTGTTGTTGTTCGCCGATATCGCCAAGCAAGGCCGCCTGTCCATGGCCAACCCGACCATCGCCACGATGGAAAAAGGTGAAGTCGAAGTCGGCGTGGTCTGGGACTTCAACGGCCTGAGCTACAAGGCCAAGATGGCCAGCCCGGATGACTACGTCGTGCTGATTCCGTCCGACGGCTCGGTGATCTCCGGCTACACCACCATCATCAACAAATACGCCAAGCACCCGAACGCCGCCAAGCTGACCCGAGAATACATCTTCAGCGACGCCGGCCAGATCAACCTGGCCAAGGGCAACGCCCGGCCGATCCGCGCCGAGCACCTGAAACTGCCGGAAGAAGTCCAGGCCAAGCTGCTGCCGAACGAGCAGTACAAAGGCGTGACGCCGATCAAGGATGCCGACGCGTGGGAGAAGACCTCCAAGGCGCTGCCGCAGCAGTGGAATGAAGAAGTCATCGTCGAGATGAAGTGA MKQLFLASLLGSTIAMCTAAMAADTDLKTLEAAAKAEGAVNSVGMPDDWANWKGTWDDLARLYGLKHIDTDMSSAQEIAKFAAEKDNASADIGDVGAAFGPIAVKQGVVQPYKPSTWEQIPDWAKDKDGNWALAYTGTIAFIVNKKLLHGSEVPTKWADLKTGKYKVSIGDVSTAAQAANGVLAAALANGGDEKNIKPALLLFADIAKQGRLSMANPTIATMEKGEVEVGVVWDFNGLSYKAKMASPDDYVVLIPSDGSVISGYTTIINKYAKHPNAAKLTREYIFSDAGQINLAKGNARPIRAEHLKLPEEVQAKLLPNEQYKGVTPIKDADAWEKTSKALPQQWNEEVIVEMK PGPT0007855_2942 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_00471 726 phnR COG2188 Putative transcriptional regulator of 2-aminoethylphosphonate degradation operons ATGCGCGTTGAGACAACCAAAGCGGTGACAACCATCGGGCAGGTCCTGCAGGAGCAGCTCGATCACGGCTTGCTGGCGCCTGGTAGCAAGTTGCCGGCCGAGCGCAAGCTCAGCGAGCTGTTCGGCACCACCCGGATTACCGTGCGCGAGGCGCTGTTGCAGCTCGAAGCCCAGGGGCAGATCTACCGGGAAGAGCGCCGGGGTTGGTTCGTGTCGCCACCACGGCTGGCCTACAACCTGATGCAGCGCAGTCATTTCCACGCGATGGTCAGTGCCCAGGGACGAGTGCCGTCGACCCAGGTGATCTCGGCTCGACTGCAACCCGCGTCGGCGGCGGTCTGTGCCTGGCTGCAGTTGCCGGCGCTGTCCAGCGTCATCCAGATCTGCCGCACCCGGCGCATCGACGAACGCCTGGTGCTGTACGTCGAGCACTACCTGAATCCCGCCTACTTCCCGGACATCCTCGAATTTGATCTCAACCAGTCGATGACCGAGCTGTACGCTCGCCATTACGACCTGCGCTACGGCCGGGTGAAATTCGAAATCGTGCCGACATCACTACAGCCGGAAGCCGCGGCGGCGCTGAAAGTGTCGGTCGGCAGCCCCGGCCTGCGGATTGCACGGGTCAACTACGACCAGCATCAGCGGCTGATCGATTGCGACCTGGAGTTCTGGCGCCACGATGCGATCCATGTCGGGGTGGACGTGCCGGAACAGTCGGCCTGA MRVETTKAVTTIGQVLQEQLDHGLLAPGSKLPAERKLSELFGTTRITVREALLQLEAQGQIYREERRGWFVSPPRLAYNLMQRSHFHAMVSAQGRVPSTQVISARLQPASAAVCAWLQLPALSSVIQICRTRRIDERLVLYVEHYLNPAYFPDILEFDLNQSMTELYARHYDLRYGRVKFEIVPTSLQPEAAAALKVSVGSPGLRIARVNYDQHQRLIDCDLEFWRHDAIHVGVDVPEQSA NA NA NA NA NA D1-35_00472 183 hypothetical protein ATGATCTCCATGACCTCGTTCAACGCCATGCTGGTGCCCATCATCGCCGGCATGATCCTGCTCGCCATCGGCTTCAATTTCCGCGACAAGAACGTCGGGGTGTTTGCCATGTGGATCGGCATGTTGCTGATTCTCGTCACGGTACTGTTCAGGATCCTGGCCAAGCTCAACGACGTTTCCTGA MISMTSFNAMLVPIIAGMILLAIGFNFRDKNVGVFAMWIGMLLILVTVLFRILAKLNDVS NA NA NA NA NA D1-35_00473 1290 apeB COG1362 putative M18 family aminopeptidase 2 ATGCGTGCACAGTTGAACCAGGGCCTGATCGACTTCCTCAAGGCCTCCCCTACCCCGTTCCATGCCACCGCCAGCCTTGCCCAGCGCCTGGAAGCGGCGGGTTACCAGCGTCTTGATGAGCGCGAAACCTGGGCTACCGAGGCCAATGGTCGTTATTACGTCACGCGCAACGATTCCTCGATCATTGCCTTCAAACTGGGCCGCAACTCACCGCTGCACGACGGCATCCGCCTGGTTGGCGCCCACACCGACAGCCCCTGCCTGCGGGTCAAGCCGCAGCCGGAACTGCAACGCCACGGGTTCTGGCAACTGGGCGTGGAAGTCTACGGCGGCGCACTGCTGGCGCCGTGGTTCGACCGCGACCTGTCCCTGGCCGGGCGGGTGACCTTCCGCCGCGACGGCAAGGTCGAGAGCCAGTTGATCGATTTCAAGGCGCCGATCGCCACGATCCCGAACCTGGCTATCCACCTCAACCGTGAAGCCAACCAGGGCTGGGCGATCAACCCGCAGAACGAACTGCCGCCGATCCTCGCCCAATTCGCCGGTGACGAACGCGTCGATTTCCGTGCCGTGCTCACCGACCAGCTGGCGCGGGAACATGGCTTGAACGCCGACGTGGTGCTCGACTACGAGTTGAGCTTCTACGACACCCAAAGCGCAGCGGTCATCGGTTTGCACGGCGACTTCATCACCGGCGCGCGCCTGGACAACCTGCTGTCGTGTTACGCCGGCCTGCAAGCCTTGCTGACCGCCGACACCGAAGAAACCTGCGTGCTGGTGTGCAACGACCACGAAGAAGTCGGTTCCACCTCGGCGTGTGGCGCCGACGGTCCGATGCTCGAACAGACCCTGCGCCGCCTGCTGCCTGAAGGTGAAGAGTTCGTACGCACGATTCAGAAATCCCTGCTGGTTTCAGCGGACAATGCCCACGGCGTACACCCCAACTATGCCGACAAGCACGACGCCAACCACGGCCCCAAGCTCAACGCCGGCCCGGTGATCAAGGTCAACAGCAACCAGCGCTACGCCACCAACAGCGAAACCGCCGGGTTCTTCCGCCATCTGTGCATGGCCGAGGAAGTGCCGGTGCAGAGCTTCGTGGTGCGCAGCGACATGGGTTGCGGCTCGACCATCGGCCCGATCACCGCCAGCCAGCTGGGCGTACGCACGGTCGACATCGGCCTGCCAACCTTCGCCATGCATTCGATCCGCGAGCTCTGCGGCAGCCACGACCTGGCGCACCTGGTGAAAGTGCTGAGCGCTTTCTACGCGTCTCGCGAATTGCCGTAA MRAQLNQGLIDFLKASPTPFHATASLAQRLEAAGYQRLDERETWATEANGRYYVTRNDSSIIAFKLGRNSPLHDGIRLVGAHTDSPCLRVKPQPELQRHGFWQLGVEVYGGALLAPWFDRDLSLAGRVTFRRDGKVESQLIDFKAPIATIPNLAIHLNREANQGWAINPQNELPPILAQFAGDERVDFRAVLTDQLAREHGLNADVVLDYELSFYDTQSAAVIGLHGDFITGARLDNLLSCYAGLQALLTADTEETCVLVCNDHEEVGSTSACGADGPMLEQTLRRLLPEGEEFVRTIQKSLLVSADNAHGVHPNYADKHDANHGPKLNAGPVIKVNSNQRYATNSETAGFFRHLCMAEEVPVQSFVVRSDMGCGSTIGPITASQLGVRTVDIGLPTFAMHSIRELCGSHDLAHLVKVLSAFYASRELP NA NA NA NA NA D1-35_00474 636 rluA COG0564 Dual-specificity RNA pseudouridine synthase RluA ATGCCCCTGTCCAACATCCGCATCATCCACCAGGACGCCGCCGTGCTGGTGGTCGACAAGCCGACCCTGCTGCTCTCCGTGCCTGGCCGGGCGGACGACAACAAAGATTGCCTGATCACCCGCTTGCAGGAAAACGGTTATCCGGAAGCGCGAATCGTGCACCGGCTGGATTGGGAAACGTCCGGCATTATCCTGCTGGCCCGTGACCCGGACACTCACCGCGAACTGTCCCGGCAATTTCATGATCGAGAAACCGAAAAAGCCTACACGGCATTGTGCTGGGGCCAACCGGAGCTGGACAGCGGCAGCATCGACCTGCCCTTGCGCTACGACCCGCCGACCAAGCCCCGCCATGTGGTCGATCACGAACAGGGCAAGCATGCCTTGACGTTCTGGCGTGTACTGGAGCGTTGCGGTGATTGGTGTCGGGTCGAATTGACGCCGATCACCGGGCGCTCGCATCAATTGCGCGTGCACATGCTCTCTATCGGCCATCCGCTGCTGGGCGACGGGCTCTATGCCCACCCGCAAGCCCTGGCCGCCTGGCCACGGCTGTGCCTGCACGCGAGCATGCTCAGCTTCACCCACCCGCAAAGCGGCGAGCGCCTGCGCTTCGAGTGCCCTGCACCGTTCTGA MPLSNIRIIHQDAAVLVVDKPTLLLSVPGRADDNKDCLITRLQENGYPEARIVHRLDWETSGIILLARDPDTHRELSRQFHDRETEKAYTALCWGQPELDSGSIDLPLRYDPPTKPRHVVDHEQGKHALTFWRVLERCGDWCRVELTPITGRSHQLRVHMLSIGHPLLGDGLYAHPQALAAWPRLCLHASMLSFTHPQSGERLRFECPAPF NA NA NA NA NA D1-35_00475 255 minE COG0851 Cell division topological specificity factor ATGAACCTTTTTGACTTCTTTCGTGCCAACAAAAAGCCAAGTACCGCCTCGGTCGCGAAAGAGCGTCTACAGATCATCGTGGCGCACGAACGCGGCCAACGCAGTACCCCGGACTACCTGCCTGCCTTGCAGAAGGAACTGGTGGAAGTGATCCGCAAGTACGTCAATATCGGCAACGATGACGTGCATGTCGCGCTGGAAAGCCAGGGCAGCTGCTCGATCCTGGAACTCAATATCACCCTGCCGGATCGCTGA MNLFDFFRANKKPSTASVAKERLQIIVAHERGQRSTPDYLPALQKELVEVIRKYVNIGNDDVHVALESQGSCSILELNITLPDR NA NA NA NA NA D1-35_00476 813 minD COG2894 Septum site-determining protein MinD TTGGCCAAGATTCTCGTGGTTACATCCGGCAAGGGTGGTGTGGGTAAGACCACCACCAGCGCCGCTATCGGTACCGGCCTCGCCTTGCGCGGCCATAAAACAGTCATCGTCGACTTCGACGTCGGCCTGCGTAACCTCGACCTGATCATGGGTTGCGAGCGTCGCGTGGTCTATGACTTCGTCAACGTGGTCAATGGCGAAGCGAACCTGCAGCAGGCCCTGATCAAGGACAAGCGCCTTGAGAACCTCTACGTACTGGCCGCCAGCCAGACCCGCGACAAAGACGCGCTGACCCAGGAAGGCGTGGAAAAAGTCCTGATGCAACTCAAGGAAGACTTCGAATTCGTGGTCTGCGACTCCCCGGCCGGTATCGAGAAAGGTGCCCACCTGGCCATGTACTTCGCTGACGAAGCGATCGTCGTGACCAACCCGGAAGTCTCGTCGGTACGCGACTCCGATCGCATGCTCGGCCTGCTGGCAAGCAAATCCCGGCGCGCCGAGAACGGCGAGGAGCCGATCAAGGAGCACCTGCTGCTGACCCGCTACAACCCGCAACGCGTCAGCGACGGCGAAATGCTCGGCGTCGAAGACGTCAAGGAAATCCTCGCGGTGACCCTGCTGGGCGTGATCCCGGAATCCCAGGCGGTACTCAAGGCTTCGAACTCCGGCGTGCCGGTGATCCTTGACGACCAGAGCGACGCCGGCCAGGCGTACAGCGATGCGGTCGATCGTCTGCTGGGCAAAACCGTCGAGCATCGATTCCTCGACGTCACGAAGAAAGGTTTCTTCGAGCGCCTGTTTGGAGGTAGGTAA MAKILVVTSGKGGVGKTTTSAAIGTGLALRGHKTVIVDFDVGLRNLDLIMGCERRVVYDFVNVVNGEANLQQALIKDKRLENLYVLAASQTRDKDALTQEGVEKVLMQLKEDFEFVVCDSPAGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLASKSRRAENGEEPIKEHLLLTRYNPQRVSDGEMLGVEDVKEILAVTLLGVIPESQAVLKASNSGVPVILDDQSDAGQAYSDAVDRLLGKTVEHRFLDVTKKGFFERLFGGR NA NA NA NA NA D1-35_00477 735 minC COG0850 Septum site-determining protein MinC ATGAGCCAAACCGAACCGCTAGACCAAGATCCCGTGTTCCAGCTGAAGGGCAGCATGCTCGCCATTACGGTGCTGGAGCTGGCCCGTAACGACCTGGAAGGCCTTGACCGGCAACTCGCGGCGAAAGTCGCCCAGGCGCCGAATTTTTTCAGCAATGCCCCGCTGGTACTGGCGCTGGACAAGCTGCCGGCCGGTGAGGGCTCGGTCGACTTGCCGGGGCTGATGCGCGTTTGCCGCCAGCATGGGCTACGCACCCTGGCGATCCGCGCCAGCCGCATCGAAGACATCGCCGCCGCCATCGCCGTGGACATTCCGGTGCTGCCACCCTCCGGCGCCCGTGAACGTGTACTGGAGCTGAGCCCGGCGGAACCGAAAAAACCGGAAAAACCGCCGGAGCCGACCATCAAGCCGACCCGTGTGATCACCTCGCCGGTGCGCGGCGGGCAGCAGATCTACGCCCAGGGCGGCGACCTGGTGGTGGTGTCCTCGGTCAGCCCGGGTGCGGAACTTCTCGCCGATGGCAACATCCATGTATACGGCCCGATGCGCGGCCGTGCGCTGGCCGGTGTCAAGGGTGACACCAAGGCAAGGATCTTCTGTCAGCAGTTGAGCGCTGAACTGCTCTCTATCGCCGGGCAATACAAGGTTTCCGAGGACTTGCGGCGCGACCCGTTATGGGGCGCCGGGGTCCAGGTCAGCCTGTCGGGCGACGTGTTGAACATCATTCGGCTTTAA MSQTEPLDQDPVFQLKGSMLAITVLELARNDLEGLDRQLAAKVAQAPNFFSNAPLVLALDKLPAGEGSVDLPGLMRVCRQHGLRTLAIRASRIEDIAAAIAVDIPVLPPSGARERVLELSPAEPKKPEKPPEPTIKPTRVITSPVRGGQQIYAQGGDLVVVSSVSPGAELLADGNIHVYGPMRGRALAGVKGDTKARIFCQQLSAELLSIAGQYKVSEDLRRDPLWGAGVQVSLSGDVLNIIRL NA NA NA NA NA D1-35_00478 933 lpxL COG1560 Lipid A biosynthesis lauroyltransferase ATGGATCGCCCGCGTTTTCGAGCTGCTTTTTTTCATCCGCGTTTCTGGCTGCTGTGGTGCGGCCTGGGGCTGTTGTGGCTGATCATCCAGTTGCCTTATCCGCTGCTGTTGCGGATCGGCCGCGCCTTGGGAACATTGATGTACCGGGCGGCCGGCGACCGACGGCGCATCGCCAGTCGCAATCTCGAGCTGTGTTTTCCCGAGAAATCCGCCGCTGAGCGCAAGCGTCTGCTCAAGGAAAACTTCGCCTCCACCGGCATCGCCTTCTTCGAAATGGCCATGAGCTGGTGGTGGTCGCGTTCGCGGCTGGCGAAGCTGGCCCATGTCGAAGGCCTGGAGCATCTCAAGCAGGCCCAGCGCGACGGCAAGGGCGTGATCCTGATGGCGCTGCATTTCACCACGCTGGAAATCGGCGCGGCGCTGCTCGGCCAGCAGCACACCATCGACGGCATGTATCGCGAGCACAAGAACCCGTTGTTCGACTATATCCAGCGCCGTGGCCGCGAACGGCATAACCTCGATTCCCTGGCGGTAGAACGTGATGACGTGCGCGGCATGCTCAAGTTGCTGCGCGCCGGCCGGGCAATCTGGTACGCACCGGATCAGGACTACGGCGCCAAGCAAAGCGTGTTCGTGCCGCTGTTCGGCATCCAGGCGGCCACGGTCACCGCGACCAGCAAATTCGCGCGCCTGGGCAAGGCACTGGTCGTGCCGTTCGTTCAGGAGCGCCTGGCCGATGGCAGCGGCTATCGTCTGGTGATCCAGGCGCCGCTGGAGGATTTTCCCGGCGAGACCGAAGAGGCTGATTGCCTGCGCATCAACCAATGGGTCGAGCGCTCGGTAAGCCAGTGTCCCGAGCAATACCTCTGGGCCCACCGGCGCTTCAAGACCCGGCCGCCCGGCGAGCCGAAGCTGTACGATAAACGCGGTTGA MDRPRFRAAFFHPRFWLLWCGLGLLWLIIQLPYPLLLRIGRALGTLMYRAAGDRRRIASRNLELCFPEKSAAERKRLLKENFASTGIAFFEMAMSWWWSRSRLAKLAHVEGLEHLKQAQRDGKGVILMALHFTTLEIGAALLGQQHTIDGMYREHKNPLFDYIQRRGRERHNLDSLAVERDDVRGMLKLLRAGRAIWYAPDQDYGAKQSVFVPLFGIQAATVTATSKFARLGKALVVPFVQERLADGSGYRLVIQAPLEDFPGETEEADCLRINQWVERSVSQCPEQYLWAHRRFKTRPPGEPKLYDKRG PGPT0013315_908 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0013315-lpxL|htrB-K02517 NA NA D1-35_00479 1188 hypothetical protein ATGACCCCAGCTGAACCGGTAACAGGTTTGATTCTTTCCGGCGGCGGGGCTCGAGCGGCGTATCAGGTCGGTGTATTGGCAGCGATTGCCGAGTTGCTGCCGGACGGCGGTCGGAACCCGTTTCCGGTGATTGTCGGTACCTCTGCCGGTGCGATCAATGCGGTCAGCCTGGCGAGCGGAGCGATGGACTTCAAGACCGCCATCGAACGCCTGACGGCCTTCTGGCAAACCGTGCGCAGCCACCAGGTGATGCGCAGCGACTGGCGCGGGGTCATGGGCCAGGCGACGCGGTTCATCGGCCATAGCCTGCTTGGCCTGGGAGCCAAGCTGCCGGTGGCGCTGATCGACAGTTCGCCACTGCGCGAACTGCTCCAGGCGCAATTCCATGGCGCGGGTATCGAGCAGGCGATTGCCGAGCACCAATTGCGCGCGGTGGCGGTCACTGCGTTTGGCTACGAATCCGGCCAGGCGGTGACCTTCTATCAGGGCCGCGGCACCATCGACGCCTGGCTGCGTCATCGGCGTATCGGTGTGCCCACGCAGCTGTCGGTGGAACACCTGCTCGCCAGCTCGGCGATCCCTTTGCTGTTCGCGCCGGTGAAGATCGGCCCGCAATATTTCGGCGACGGCGCGGTGCGCCAATCGGCTCCCATCAGCCCGGCCCTGCACCTGGGGGCCAACCGCGTGCTGGTCATCGGCGTCAGCGGCAATCCGCGCGGCGTGTCGGCCCAGGATCCACTGGAACGCAGCTACACCGGCCTGCAGCCGACCCTGGCGCAGATCGGCGGGCACATGCTCAACAGCACGTTCATCGACAGCCTGGAAAGCGACATCGAGCTGCTTGAGCGCCTGAACAGGTTCAGCCACATGCTGCCAGACGATGTGCCGGCCCACGCCCTCGGCGCGGCACCGGTGGAGGTGCTGGTGATTTCCCCAAGCCAGCCGATCGACGAAATTGCCGCGCGCCATCGCCAGGAGCTGCCCCGAGCGTTGCGGGTATTTTTGCGTGGGCCGGGTGCAACCAAGACCAGCGGTGCGAGTGTGTTGAGTTATCTGTTATTCGAGAAAGGTTATTGCAGCGAACTGATCGAGCTGGGACGACAGGATGCCCTGGCGCAACGCGAAGCCTTGATCCGGTTCCTGAGGTTGGCCCAGCCCGGGGTTGCGCTCGGCCTCGCGGCGAATTGA MTPAEPVTGLILSGGGARAAYQVGVLAAIAELLPDGGRNPFPVIVGTSAGAINAVSLASGAMDFKTAIERLTAFWQTVRSHQVMRSDWRGVMGQATRFIGHSLLGLGAKLPVALIDSSPLRELLQAQFHGAGIEQAIAEHQLRAVAVTAFGYESGQAVTFYQGRGTIDAWLRHRRIGVPTQLSVEHLLASSAIPLLFAPVKIGPQYFGDGAVRQSAPISPALHLGANRVLVIGVSGNPRGVSAQDPLERSYTGLQPTLAQIGGHMLNSTFIDSLESDIELLERLNRFSHMLPDDVPAHALGAAPVEVLVISPSQPIDEIAARHRQELPRALRVFLRGPGATKTSGASVLSYLLFEKGYCSELIELGRQDALAQREALIRFLRLAQPGVALGLAAN NA NA NA NA NA D1-35_00480 276 hypothetical protein ATGAAAAACCTCATCCAACTCACCCTCGCCGCCACCCTCACCTGCGCCCTGCCCGCCTGGGCCACTTGCACGCCCGAGGAAGCGACCATCAAGCGCGAGCAACTGGCGGATAAGGTGACCAAGCTCACCGAACAGGATCCGGCCAAGGCCAAGGAAATGAATGAAGAATTGCAGGCGATGAACCTGGAAACGTCCAGCAAGGACGTACCGGACAAATGCCAACTGATCGATAAACGCCTGAAGGAGCTTGAAGAGGCGCAGAACAAGGCCGAGTAA MKNLIQLTLAATLTCALPAWATCTPEEATIKREQLADKVTKLTEQDPAKAKEMNEELQAMNLETSSKDVPDKCQLIDKRLKELEEAQNKAE NA NA NA NA NA D1-35_00481 732 hypothetical protein ATGAACATCGAGTCCCATCAGGTCGTCTCGCGGGAAGCCTGGCTCGCCGCCCGCCGCGAACACCTCGCCCACGAGAAAGCGTTCACCCGCGAACGGGACAAACTCAGCGCCGAACGCCGCGCGCTGCCCTGGGTAAAAATCGAAAAACCCTACCGCTTCCAAGGCCCCCACGGCGAACTGAGCCTGGCCGACCTGTTCGGCGGCCGCAGCCAACTGATCATCTACCACTTCATGTTCGGCCCCGGCTGGACCGAGGGCTGCCAAGGCTGCTCGTTCCTGTCCGACCACATCGACGGCGCCAACCAACACCTGGCCCACCACGATGTCGCCGTCGTGGCCATCTCCCACGCCCCGTTCGCCGAATTCCAGCCGTTCAAACGGCGCATGGGCTGGGCCTTCGACTGGGTCTCATCGGCAGGCTGCGACTTCAACTACGATTTCGGCGTCAGCTTCAACGCACAAGACAGCGCCGCCGGAACAGCCACCTACAACTACGAAAAAACCGACAGCGCCGAAAGCGAACTCCCAGGCCTGAGCGTCTTCTATCGCAACGAAGCCGGCGACATCTTCCACACCTACTCCACCTACGCCCGCGGCCTCGACATCCTGGTCGGCACCTACAACTACCTCGACCTCACGCCAAAGGGCCGCAACGAAGTCGAAATCATGGACTGGGTGCGCCATCACGATAAATACCAGGAAGCCAAGCCCCACAGCTGCTGCCATGGCTGA MNIESHQVVSREAWLAARREHLAHEKAFTRERDKLSAERRALPWVKIEKPYRFQGPHGELSLADLFGGRSQLIIYHFMFGPGWTEGCQGCSFLSDHIDGANQHLAHHDVAVVAISHAPFAEFQPFKRRMGWAFDWVSSAGCDFNYDFGVSFNAQDSAAGTATYNYEKTDSAESELPGLSVFYRNEAGDIFHTYSTYARGLDILVGTYNYLDLTPKGRNEVEIMDWVRHHDKYQEAKPHSCCHG NA NA NA NA NA D1-35_00482 393 hypothetical protein ATGACGACTTATAACTGGGACTTGATCGAACGGTTGCTGCACGAAGTGCAAAATGGCGCCGGCCACAGTTTTACCCCTCGGCCCTATGCGGAGCAGTACGCGGCGGAAAAGGCGGCTCAGGGCGAGGACATCGAGAACCTCGATCATCTGAAAGCGGTTGCCGGAGAGTATGAAAAACTGCTGCTGGAGCGGGGTTACATCGAACCGCGGCCAGAGGAAGAGGGCGGCAATGGCGAGAATTTTGTGCTGACGCCCCGTGGCTCGCGGTTGTTGAGCCTGATCGACAGCAGCATTCCGGGCAATGATCATCCGCGCCAGGTGCTGGATGAGCAGGAAGATGCGCTGGATGAGTTTACTTTTGATGATCTGGCTTCGAAGGCGCAAATTGCCTGA MTTYNWDLIERLLHEVQNGAGHSFTPRPYAEQYAAEKAAQGEDIENLDHLKAVAGEYEKLLLERGYIEPRPEEEGGNGENFVLTPRGSRLLSLIDSSIPGNDHPRQVLDEQEDALDEFTFDDLASKAQIA NA NA NA NA NA D1-35_00483 867 hypothetical protein ATGTCGCGCTGGTTAACACGCACCGCCATGTTCATCGCCCTGCTGCTGACACTCACCGCTTGCAGCCGTGTCGGCCTGGCCTACCGCAACCTCGACCTGATCATCCCCTGGACCCTCAACGATTACCTGGAGATCAACGGCGAGCAGAAAGACTGGTTCAACGACCGCCTCAAGGAACACCTGAGCTGGCATTGCACTACGCAATTGCCCGGCTACCTGGATTGGCTCGATCGCCTCAAAACCATGGTGCAGAACGACCAGGTAACCGACGAATCCCTGCAGCAACGCACCCGCGAAGCCAAGGCCGCGATCGCCGAAACCGCCCGGGAAATCACCCCATCGGCCACCGAACTGTTACAAGGCCTGAGCGATGACCAGGTGGCCGACATGGACGCCGCCTTCATCAAGGATCAACGCAAACGCCAGCGGGACTACCTCAAGCCGACCTTGCAACAACAGATCAAGGAACGCGCCGAGCGCATGGAAAAACGCCTGAACGACTGGATCGGCCCGCTCAACGACGCCCAGCGCCAACGCGTACAAGCCTGGTCCACCGCGCTTGGCGATCAGAACCAGCAATGGATCGCTAACCGCGCCCACTGGCAGAACCAGTTCAGCGAAGCCGTCGCCCAGCGCCACAGCCCCGACTTCCCGAAACGCATCGAGCAATTACTGGTGAACCGCGAAAGCCTGTGGACGCCCGCCTACCGCGAGGCCTACAACAAAACCGAAGCCCAGGCCCGCAGCCTGTTGGTGGACCTGATGGCGCAGAGCACCCCGACGCAGCGTGAACAGCTGTTGAAGAAGATTGACGGGGTGAAGAAGGATTTCAGCGATCTGAAGTGCCTGAAAGCAGCACGCCCGTAA MSRWLTRTAMFIALLLTLTACSRVGLAYRNLDLIIPWTLNDYLEINGEQKDWFNDRLKEHLSWHCTTQLPGYLDWLDRLKTMVQNDQVTDESLQQRTREAKAAIAETAREITPSATELLQGLSDDQVADMDAAFIKDQRKRQRDYLKPTLQQQIKERAERMEKRLNDWIGPLNDAQRQRVQAWSTALGDQNQQWIANRAHWQNQFSEAVAQRHSPDFPKRIEQLLVNRESLWTPAYREAYNKTEAQARSLLVDLMAQSTPTQREQLLKKIDGVKKDFSDLKCLKAARP NA NA NA NA NA D1-35_00484 711 hypothetical protein ATGCGCATTCCTGTTGTCTTGCTGACGTTCAGCCTGCTCGCTTGCCCCGCATCTTATGGGCAGGTGTTCCAGCGCGAGCTCGGCGACTTCGATCTCAAACTCGGCACCACACCCAGCCGCAGCATGGCCCAAGGCCTGGTCACGCCGTCGAGCACCGGCTCGTTCCACGGTGGCCTGGACCTGAGTCATGACAGCGGTTGGTACGTCGGCCAGTGGTCACCCAGCGCCGGCGTATCCGCCGACCTTGAGATCGATTCCTACATGGGTTTCAAACAACCCTTCGACCAGACCCTGGGCTACGAAGTCGGCTTGATCCACTACAGCTACCCTACCGTCGATACTCTCGACAGCCAGGAATTCTACGGCGGCCTGACCCTGCTCGGCAGCCGCTTCGGCGCCGCCTTGAGCAACGATCCGGACAAACAGAACAGCACCCTGTTCGCCGACCTGGGCGGCAACGTGCCGTTCGGCATTGGCATCAGCGCCAAATACACCACCCACCAGCTCAACTCGCCTGTTTCCGTGGATAACGGCTACGTCAGCAGCTTCAGCGACTGGTCACTGAAAATCTCCCGCCCATGGAAAGGCATCGACCTGGACCTGATCTACAGCGACTCAAGCCTCAGCGGCAGCAGTTGCTCCGCCTACTCCGGCCACAACAGCGAATGCGACAGCCTGCTGACCCTCAAGATGGCCCATCCTTTTTACTAA MRIPVVLLTFSLLACPASYGQVFQRELGDFDLKLGTTPSRSMAQGLVTPSSTGSFHGGLDLSHDSGWYVGQWSPSAGVSADLEIDSYMGFKQPFDQTLGYEVGLIHYSYPTVDTLDSQEFYGGLTLLGSRFGAALSNDPDKQNSTLFADLGGNVPFGIGISAKYTTHQLNSPVSVDNGYVSSFSDWSLKISRPWKGIDLDLIYSDSSLSGSSCSAYSGHNSECDSLLTLKMAHPFY NA NA NA NA NA D1-35_00485 180 hypothetical protein ATGCGCGTAAAAGCATCCAACAGCAAAGCAAAGCCAGCTCCAGCCGTTGAAACCAGCGAGTCGATCAACGACCAGATCGCTGCGTTCCTCAAGTCCGGCGGTGAAATCCAGCAGATTGCCAAAGGTGTCAGCGGCCAGACCTTCGGTCCGTCCAAGCAGATCAGCCTGGGCAAGAAGTAA MRVKASNSKAKPAPAVETSESINDQIAAFLKSGGEIQQIAKGVSGQTFGPSKQISLGKK NA NA NA NA NA D1-35_00486 837 cvfB COG2996 Conserved virulence factor B ATGGCTTTAGTCGGGCGCTACAACAGTTTGCAAGTGGTTAAGCACACCAACTTCGGTTTATATCTGGACGGCGGTGCGGACGGCGAAATCCTGCTGCCTAACCGATATATCCCCAAGGATATTCCGAGTGAAGATGAAGACTGGCTCAATGTTTTCATTTATCTCGACAGCGACGACAAACTGATCGCTACCACGGAAAAACCGAAAGTCCAGGTGGGCGAGTTCGCCAGCCTGAAAGTGGTTGAGGTCAACAGCATCGGCGTGTTCCTGGATTGGGGCCTGCCCAAGGATCTGCTGCTGCCGTACTCCGAAGAAAAACGCCAGATGACCGCCGGCGAATACTGCGTGGTACACGTCTACCTCGACAAACACACCCGCCGCATCACCGCAACGGCGCGCCTGGACCGTTATCTGGACAAGACCCCGGCCAACTACACGCCAGGGCAGGAAGTCGATCTGCTGGTTGCCGAAGCCACTGACATGGGTTTCAAGGCAATCATCAACAACAAGCATTGGGGCTTGATCCACAAGAACGAAATCTTCAAGTTCATGCGCGCCGGCATGCAGGAGAAGGGGTTCATCAAGGAAATCCGCCCGGACGGCAAGATCAGCCTGAGCTTGCAGCCAGTCGGCCAGGAAGCGGCGACCAGCCTCAATGCGAAGATCCTCGCCAAGTTGCGCGACAACAACGGCACGCTGCCGGTCAGCGACAAGAGCGACCCGGCGCTGATCAGCAGCCTGTTTGGCGTGAGCAAGGGCAACTTCAAGAAGGCCATTGGCGCGCTGTACAAGAATGGGCAGATTGTCATTCATGCGGATCGTATTGAATTGAGCTGA MALVGRYNSLQVVKHTNFGLYLDGGADGEILLPNRYIPKDIPSEDEDWLNVFIYLDSDDKLIATTEKPKVQVGEFASLKVVEVNSIGVFLDWGLPKDLLLPYSEEKRQMTAGEYCVVHVYLDKHTRRITATARLDRYLDKTPANYTPGQEVDLLVAEATDMGFKAIINNKHWGLIHKNEIFKFMRAGMQEKGFIKEIRPDGKISLSLQPVGQEAATSLNAKILAKLRDNNGTLPVSDKSDPALISSLFGVSKGNFKKAIGALYKNGQIVIHADRIELS NA NA NA NA NA D1-35_00487 102 hypothetical protein ATGGAACCTTGGCAGGGTATTACCCTGTGGCGAGGGGATTTATCCCCGCTGGGGCACGAAGTGCCCCTAACTCCTCTCACCGTGATCTGCCAGAAAGATTGA MEPWQGITLWRGDLSPLGHEVPLTPLTVICQKD NA NA NA NA NA D1-35_00488 1455 pucI_1 COG1953 putative allantoin permease ATGTCCGAGCAATTGCCCAACGGCTACAGCCCCCGTCTCTATAACGAAGATCTGGGGCCGCTGCCGCAGAAATGGAATTGGTACAACATCTTCGCGTTCTGGATGAGTGATGTGCACAGCGTCGGCGGCTATGTGTTTGCCGCCAGCTTGTTCGCTCTGGGCCTGGCGAGTTGGCAGGTACTGATCGCGCTGCTCGGCGGGATCTGCATTGTGCAGTTGATCGCCAACCTGGTCGCCAAGCCGAGCCAACAGGCGGCGGTGCCTTATCCGGTGATATGCCGGCTGGCGTTCGGCGTGTTCGGAGCGAATATCCCCGCGGTGATCCGCGGCCTGATCGCCGTGGCCTGGTATGGCATCCAGACGTATCTGGCGTCCAGCGCACTGATCATTGTGGTGCTGCGGTTCTTTCCTTCGATGGAAGCCTACGCAACGCCGCATTTTGCCGGTTTGTCCTACCTGGGCTGGTTCGGTTTCCTCGGGTTGTGGTTTGTCCAGGCGCTGGTGTTCTGGACGGGCATGGAGTCGATCCGGCGTTTTATCGACTGGGCCGGGCCGGTGGTGTATGCGGTGATGTTCCTGTTGGCCGGCTGGATCGTCTGGAAGGCCGGCTGGAGCAACATCAGCTTTACCCTGGCGGAGAAATCCCTGTCTGGCTGGCAGGCGTTCGGCCAAGTGATCGTGGCAACAGCCCTGGTGGTCTCGTATTTTTCCGGCCCGACCCTGAATTTCGGTGATTTCAGCCGGTACTGCCGGAGCATGTCTGACGTGCGTCGGGGCAATTTCTGGGGGCTGCCGGTAAATTTCCTGGCCTTCTCGCTGGTCACCGTGGTGATTGTGTCCGGGACGTTGCCAGTATTCGGCGAAATGCTCCATGACCCGATCGCCACCGTGGCGCGCATCGACAACGACGTAGCGGTGTTGCTGGGGGCTTTTGCCTTCGTGACCGCGACCATCGGCATCAATATTGTCGCCAACTTCGTGTCCCCGGCCTTCGACTTCGCCAACGTGGCACCGAGCAAGATCAGTTGGCGCGCCGGCGGCATGATCGCGGCGGTGGCCTCGATTTTCATCACGCCGTGGAACCTGTTCAACAATCCTGAAGTAATCCACTACACCCTGGACGTCTTGGCGGCGTTTATCGGCCCGTTGTTCGGCATCTTGCTGGTGGATTACTACCTGATCAAAAAGCAGCAGATCGACGTCGACGCGCTGTTCAATGATGGGCCGAGCGGGCGTTATTACTACAGCGGCGGCATCAACTGGACGGCGGTCAAGGCGTTGATTCCGGCGACGCTGATGGGCGTAGCAATCACCTTCACACCGCTGCTGCAATCGATGGCCAACTTTGCCTGGTTCACCGGGTGTTTCCTCGGCGGGGTGCTGTATTTCGCCTTGGCGCGGCGTGAGCCAGCCCTACAACTGAATACCTCGCTCAACCCGGCTGGCCAGGCCTGA MSEQLPNGYSPRLYNEDLGPLPQKWNWYNIFAFWMSDVHSVGGYVFAASLFALGLASWQVLIALLGGICIVQLIANLVAKPSQQAAVPYPVICRLAFGVFGANIPAVIRGLIAVAWYGIQTYLASSALIIVVLRFFPSMEAYATPHFAGLSYLGWFGFLGLWFVQALVFWTGMESIRRFIDWAGPVVYAVMFLLAGWIVWKAGWSNISFTLAEKSLSGWQAFGQVIVATALVVSYFSGPTLNFGDFSRYCRSMSDVRRGNFWGLPVNFLAFSLVTVVIVSGTLPVFGEMLHDPIATVARIDNDVAVLLGAFAFVTATIGINIVANFVSPAFDFANVAPSKISWRAGGMIAAVASIFITPWNLFNNPEVIHYTLDVLAAFIGPLFGILLVDYYLIKKQQIDVDALFNDGPSGRYYYSGGINWTAVKALIPATLMGVAITFTPLLQSMANFAWFTGCFLGGVLYFALARREPALQLNTSLNPAGQA PGPT0009075_2177 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D1-35_00489 1173 hypothetical protein ATGTCGCCCTTGACTCGCCTGCTCGCCAGCTTCATTGCCTTGATAATGGCCATGGGCATCGGCCGCTTCGCCCTTACACCGCAGTTACCTCATTTGATCGGCGAAGGTCAGGTCGACTTGACCGCCGCCGGTCTGATTGCCGCCGCCAACTATCTGGGTTACTTCCTAGGCGCTCTGGACGCCATGTTCGCCCGTCGCGCCGAACAGGTGCAGCGACGGCTGTTGGGCGGCCTGTGGTTATGCGTGCTGCTGACGCTGGCGTCGTTCTGGGCCTGGGGCTTCTGGCCGCACCTGGCGCTGCGCTTCGGCACCGGCGTGGCGAGCGCCTGGGTGATGGTGATGATCACCGCGTTGAGCCAACCCCTGGCGGCGGCAGCGGGACGGCCTCGGCTGGGCGCGTTGGTATTTGCCGGGCCGGGCATGGGGATTTTTCTTACCGGCTTGCTGGCCCTTGGCTCGAACCTGTTGGGCCAGACATCCGCCACCTTGTGGCTGGTGTACGCTGGCGCGGCGCTGCTGATGCTGCTGGTCATCCTGCCGGCCCTGCCGAAACCCGCGCCGGCGGCCACCCTCGCAGCGCCAGTCGTCGCTTCCGGCAGCAGCGGCATCGCCCGTCTTTGCGTGGTCTACGCCTTGTATGGCGTGGGCTACATCATTCCAGCGACGTTTCTGTCGCAGATGGCTTCGGCGCAATTTCACGGGCAATGGCAGGCCGACCTGTTCTGGCCCTGCTTCGGCCTGGCCGCCGCCACCGGTGTGCTGCTGGTGAGCCTGCGCCGGCCGAACCCGAACACCACCAGTCGCTGGCTGATGGCGACGTTGTGGCTGCAAGCCGCTGGCGTGTTTGCCTGCCTGCTGGGCAGCGGCACGGGCCTGGCCCTGGGCGTGTTTCTCTGTGGCGCGCCGTTTCTCGCCTGCATGCAACTGATGGTGATGCGTGCCCGAGAACTGGCCCCCCACGCGACCCAGCGCAACGTCGGCCTGCTGACCGCGTGTTTTGCCATCGGCCAGCTCAGCGGCCCCCTGCTGGCGGCGCTGAGCAGCCATTTCAGTGGCGGCCTGCAACCGGCACTGATTGTCGCCGGCAGCGGACTGTTGTTGGCCGGCGGACTGTTGCTGCGGCCCGCCAGACGTGGCGCGGCGAGCCCCTGCGCGCAGACCGCCCTGCGCTGA MSPLTRLLASFIALIMAMGIGRFALTPQLPHLIGEGQVDLTAAGLIAAANYLGYFLGALDAMFARRAEQVQRRLLGGLWLCVLLTLASFWAWGFWPHLALRFGTGVASAWVMVMITALSQPLAAAAGRPRLGALVFAGPGMGIFLTGLLALGSNLLGQTSATLWLVYAGAALLMLLVILPALPKPAPAATLAAPVVASGSSGIARLCVVYALYGVGYIIPATFLSQMASAQFHGQWQADLFWPCFGLAAATGVLLVSLRRPNPNTTSRWLMATLWLQAAGVFACLLGSGTGLALGVFLCGAPFLACMQLMVMRARELAPHATQRNVGLLTACFAIGQLSGPLLAALSSHFSGGLQPALIVAGSGLLLAGGLLLRPARRGAASPCAQTALR NA NA NA NA NA D1-35_00490 894 gltR_1 COG0583 HTH-type transcriptional regulator GltR GTGGAGTTCAGCCAGTTACGGATTTTCCAGGCCGTGGCCGAGGAAGGTTCCATCACCCGGGCGGCCGAGCGCTTGCACCGGGTGCCCTCGAACCTCTCGACCCGGCTCAAGCAGCTCGAAGAGCAGCTGGGCGTGGACCTTTTTCTGCGCGAGCGTCAGCGTTTGCAGTTGTCGCCTGCGGGAAAAGTCCTGTTGGACTACGCGACCAAGCTGTTCGCCCTGCATGACGAAGCCCATGCGGCGGTGCAGGGCGGCCAGCCGGCCGGAGATTTTGTGTTGGGCACGATGTACAGCACAGCGGCGACCCACTTGCCGGACTTGCTGGCGGCTTACCACCGGGCCTACCCGGCGGTGAACCTGCAAGTGCAATCGGGGCCGAGTGGAGAATTGCTTGAAGGCCTGCTCACCAATCGCCTCGATGCGGCGCTGGTAGACGGTCCGCTGGAGTTGGCCGGGCTGGATGGCGTGCCGTTGTGCGACGAGCGGCTGGTGCTCATCACCGAGGCCGCCCATCCACCGGTGCGCAGCGCGCTGGACGTGCAAGGCCGTGCGGTATTCACCTTCCGGCGTGGCTGTTCGTACCGGATGCGCTTGGAAGCCTGGTTTGCCCATGATCATGCGACCATGGGCCGGGCGATGGAGATCGAGTCGTACCAGGGGATGCTGGCCTGTGTGATTGCCGGCTCCGGAGTGGCGCTGATGTCCGAGTCGATGCTCGCCAGCCTGCCGGGGCGGGAACGGGTAAATGTGCATGCGTTGGCCGAGCCGTTTGCCAGCGCGACGACCTGGTTGATGTGGCGCAAAGGCATGGTCGGCGCCAACCTGAACGCCTGGATCGAGTTGCAGCAACAAGCGTGGCCGCGGGCGCCAATGATCACGGCGCAATCGGCTTGA MEFSQLRIFQAVAEEGSITRAAERLHRVPSNLSTRLKQLEEQLGVDLFLRERQRLQLSPAGKVLLDYATKLFALHDEAHAAVQGGQPAGDFVLGTMYSTAATHLPDLLAAYHRAYPAVNLQVQSGPSGELLEGLLTNRLDAALVDGPLELAGLDGVPLCDERLVLITEAAHPPVRSALDVQGRAVFTFRRGCSYRMRLEAWFAHDHATMGRAMEIESYQGMLACVIAGSGVALMSESMLASLPGRERVNVHALAEPFASATTWLMWRKGMVGANLNAWIELQQQAWPRAPMITAQSA NA NA NA NA NA D1-35_00491 129 hypothetical protein ATGAAAGAGAAAATCCAGAACTGGCTTCACGACTTGGGTGTCGCGCTCGGCTTGATCGAACCTCCCATGCAGCCGATCCCGATCCGCACCGACGACGAGCAACGCCGCCGCCAGCCGCGCCGCCGGTAA MKEKIQNWLHDLGVALGLIEPPMQPIPIRTDDEQRRRQPRRR NA NA NA NA NA D1-35_00492 1389 opuE COG0591 Osmoregulated proline transporter OpuE ATGGCCTTGGATTTAATCGTCGTTCTCATCTACGCCACCGGCATGATCGCCCTGGGCTGGTACGGCATGCGCCGCGCCAAGACCCGCGACGACTACCTCGTCGCCGGGCGCAACCTCGGTCCGGGTTTTTACCTGGGCACCATGGCCGCCACCGTGCTGGGTGGCGCGTCGACCATCGGCACTGTGCGTCTGGGCTATGTCCACGGCATTTCCGGCTTCTGGTTGTGCGGCGCCATCGGCCTGGGCATCGTCGGGCTGAGCCTGTTCCTCGCCAAGCCGTTGCTCAAGCTGAGGATCTACACCGTGACCCAAGTGCTGGAGCGCCGCTACAACCCGGCCGCGCGCCATGCCAGCGCGGTGATCATGCTGGTCTATGCGCTGATGATCGGCGCCACCTCGACCATCGCCATCGGCACGGTCATGCAGGTGCTGTTCGGCCTGCCCTTCTGGGTTTCGATCCTGGTGGGCGGCGGCGTGGTGGTTCTTTATTCCACAATCGGCGGCATGTGGTCGCTGACCCTGACCGACATCGTCCAGTTCCTGATCATGACCATCGGCCTGGTGTTTCTGCTGATGCCAATGTCCATCAGTGACGCTGGTGGCTGGGACGCGATGGTAGCGGCTTTGCCGGCGCGTTATTTCGATTTCACCGCCATCGGCTGGGACACTATCCTCACCTACTTCCTGATCTACTTCTTCGGCATCTTCATCGGCCAGGACATCTGGCAACGGGTGTTCACCGCCCGCAGCGAAGGCGTGGCGAAAGTCGCCGGCACCGCGGCAGGTCTGTATTGTGTGCTCTACGGCCTTGCCGGTGCGCTGATCGGCATGGCCGCCAAAGTCTTGCTGCCGGACCTGGAAAACGTCAACAACGCCTTCGCCAGTGTGGTGCAAACCAGCCTGCCGAACGGCATTCGTGGCCTGGTGATCGCAGCCGCGTTGGCGGCATTGATGTCCACCGCCGCAGCAGGCCTGCTTGCGGCATCCACCACGGTGGTCCAGGACTTGCTGCCCCGCTTGCGCCAGGGCCGTGAAAGCGGCGACGGCGACGTTCACGAAAACCGTATCGCGACCCTGCTGCTGGGCGCGGTGGTATTGGCTATCGCCTTGGTCGTCAGCGACGTGATCAGCGCCCTGACATTGGCCTACAACCTGCTGGTCGGCGGCATGCTGATCCCGCTGATCGGGGCGATCTACTGGAAACGCGCAACCACCGCCGGCGCGATCACCAGCATGTCGCTGGGTTTCGTCACCGCGCTGTTCTTCATGTTCAAGGACGGCCTGGATGCGAACACGCCGATCTACTACAGCCTGAGCGTGGCGTTGGTGAGCTTCGTGGTGGTGAGCCTGCTGTCGCCACGGTCGGAGGTGGTGGCCAAGGCGGTTTGA MALDLIVVLIYATGMIALGWYGMRRAKTRDDYLVAGRNLGPGFYLGTMAATVLGGASTIGTVRLGYVHGISGFWLCGAIGLGIVGLSLFLAKPLLKLRIYTVTQVLERRYNPAARHASAVIMLVYALMIGATSTIAIGTVMQVLFGLPFWVSILVGGGVVVLYSTIGGMWSLTLTDIVQFLIMTIGLVFLLMPMSISDAGGWDAMVAALPARYFDFTAIGWDTILTYFLIYFFGIFIGQDIWQRVFTARSEGVAKVAGTAAGLYCVLYGLAGALIGMAAKVLLPDLENVNNAFASVVQTSLPNGIRGLVIAAALAALMSTAAAGLLAASTTVVQDLLPRLRQGRESGDGDVHENRIATLLLGAVVLAIALVVSDVISALTLAYNLLVGGMLIPLIGAIYWKRATTAGAITSMSLGFVTALFFMFKDGLDANTPIYYSLSVALVSFVVVSLLSPRSEVVAKAV PGPT0013955_5603 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 D1-35_00493 1527 hypothetical protein ATGAATAACAATAACGATAAAAGCCTTACGCAAATTGAAACCAATGGGGTCGAACAGATCCCCGACCACCAACGAACCGCCGGCCCGGGGGATCTGTTTCGACTGATCTTCGGCGGCGCCAACACCTTTGCCACCGCGGTGCTCGGCAGCTTTCCGGTGCTGTTCGGGCTGTCATTCCAGGCCGGAGTCTGGGCCATCGTGCTGGGGGTACTGGTCGGTTCGATCATCCTCGCGCCGATGGGCCTGTTCGGCCCGCTCAACGGCACCAACAACGCCGTGTCCTCGGGTGCGCATTTTGGCGTCCATGGGCGAATCGTCGGCTCGTTCCTCTCGCTGCTGACCGCCATCGCGTTCTTCTCGCTGTCGGTGTGGAGCTCGGGCGACGCGCTGATCGGCGGCGCCAAGCGACTGGTCGGCGTACCGGAAACCGACCTGAGCCTGGGCCTGGCCTACGGCCTGTTTGCCCTGCTGGTATTGACGGTGTGCATCTACGGCTTTCGTTTCATGCTGTGGGTCAACCGCATCGCCGTGTGGGCCGCCAGCCTGTTGTTCCTGCTGGGCATCTTCGCCTTCGCGCCGAGCTTCGACAGCCAGTTCGCCGGCACGGTCAGCCTCGGCCAGCCGGGCTTCTACGCCGCCTTCATCGGCGCGGCGCTGGTGGCCATGAGCAACCCGATTTCCTTCGGCGCGTTCCTCGGCGACTGGTCGCGCTACATCCCGCGCAACACGCCCAAGCCACGCATCATGCTGGCGGTCATCGCCGCTCAGTTGGCCACGCTGATACCGTTTCTGTTCGGCCTTGCCACCGCCACCATCGTCGCGATCAAGGCGCCGGACTACATCGCCGCGAGCAACTACGTGGGCGGCCTGCTGGCGGTCTCGCCGGGCTGGTTCTTCCTGCCGGTGTGCCTGATCGCGGTGATCGGCGGCATGTCCACCGGCACCACCTCGCTGTATGGCACCGGGCTGGACATGTCCAGCGTGTTCCCACGGCTGCTGTCGCGGGTCAAGGCGACGCTGCTGATCGGCGTGCTGTCGATTGCGTTCATCTTCATCGGGCGCTTCGCCGCGAACCTGGTACAGAGCGTCTCGACCTTCGCCGTGCTGATCATCACCTGCACCACGCCGTGGATGGTGATCATGATCATCGGCCTGCTGGTGCGCCGCGGCTTCTACTGCCCGGACGACCTGCAAGTCTTCACCCGTGGCGAAACCGGCGGGCGCTACTGGTTCAGCCATGGCTGGAACTGGCGCGGCCTGGGGGCGTGGATTCCCAGCGCACTGGTGGGGCTGTGCTTCGTCAACCTGCCGGGGCAATTCGTCGGGCCGTTGGGAGAGCTGGCCGGTGGCATCGACGTCAGTCTGCCGGTGACCCTGGGGCTGGCCTCGGTGGTGTACCTGCTGTTGCTCGGGCTGTTTCCGGAACCGGCGGCGGTGTATGGGCCGCAGGTATGGCGAGGGGATTCATCCCCGCTGGAGCGCGAAGCGGTCCCAAACCCTGACATCTCGGTGTGCCAGACAGATTGA MNNNNDKSLTQIETNGVEQIPDHQRTAGPGDLFRLIFGGANTFATAVLGSFPVLFGLSFQAGVWAIVLGVLVGSIILAPMGLFGPLNGTNNAVSSGAHFGVHGRIVGSFLSLLTAIAFFSLSVWSSGDALIGGAKRLVGVPETDLSLGLAYGLFALLVLTVCIYGFRFMLWVNRIAVWAASLLFLLGIFAFAPSFDSQFAGTVSLGQPGFYAAFIGAALVAMSNPISFGAFLGDWSRYIPRNTPKPRIMLAVIAAQLATLIPFLFGLATATIVAIKAPDYIAASNYVGGLLAVSPGWFFLPVCLIAVIGGMSTGTTSLYGTGLDMSSVFPRLLSRVKATLLIGVLSIAFIFIGRFAANLVQSVSTFAVLIITCTTPWMVIMIIGLLVRRGFYCPDDLQVFTRGETGGRYWFSHGWNWRGLGAWIPSALVGLCFVNLPGQFVGPLGELAGGIDVSLPVTLGLASVVYLLLLGLFPEPAAVYGPQVWRGDSSPLEREAVPNPDISVCQTD NA NA NA NA NA D1-35_00494 408 hypothetical protein ATGAGCCATCGAGATCAGGTTCTCAAGGCCGCCGCCGAACTGGTATCGGCCTTCGCCCGCAATGACCGCGAGGCTTACTTCGGCGCATTCAGCGCCGATGCGAGCTTCGTGTTCTACACCCTCGAACAGCCGCTGCTGTCACGCGAGGCCTACCAGGCCATGTGGGACCGCTGGCGCGCCGAGGATGGCTTCGAGGTGCTGCGTTGCACCTCGAACAACGCCTTCGTCAGCCTGCAAGGGGACGTGGCGATTTTCATCCATGACGTGGCCACCGAGCTGCGCATGCAAGGGGAGCTGCACTTTAGCCAGGAGCGCGAAACCATCGTGTTTCGCCAAGAACAACAAGGCCTATGGCTGGCCTGTCATGAACATTTGTCCGCAATGCCGGAAGGGCTGCCACCCCCTTAG MSHRDQVLKAAAELVSAFARNDREAYFGAFSADASFVFYTLEQPLLSREAYQAMWDRWRAEDGFEVLRCTSNNAFVSLQGDVAIFIHDVATELRMQGELHFSQERETIVFRQEQQGLWLACHEHLSAMPEGLPPP NA NA NA NA NA D1-35_00495 951 gbuA COG0010 Guanidinobutyrase GTGGACAAGATTCTTCACCAACCACTGGGCGGCAACGAAATGCCGCGCTTCGGCGGCATCGCCACCATGATGCGCCTGCCCCATTTGCCCACCGCCGCCGGCCTGGACGCAGCCTTTGTCGGCGTGCCACTGGACATCGGCACCTCCCTGCGCGCCGGTACCCGCTTCGGGCCCCGCGAGATCCGCGCCGAATCCGTGATGATCCGTCCCTACAACATGGCCACCGGTGCCGCGCCGTTCGACTCGCTGTCGGTGGCGGACATTGGCGACGTGGCAATCAATACCTTCAACCTGCTGGACGCGGTGCGGATCATCGAAGAGTCGTACCACAAGATCCTCGAACACAACGTCATCCCCCTGACGCTGGGCGGCGACCACACCATCACCCTGCCGATCCTGCGGGCGATCCACAAAAAGCATGGCAAGGTCGGCCTCGTGCACATCGACGCCCACGCCGATGTGAACGATCACATGTTCGGCGAAAAAATCGCCCACGGCACCACTTTCCGCCGCGCCGTGGAAGAAGGCCTGCTCGACTGCGATCGCGTGGTGCAGATCGGCCTGCGCGCCCAGGGTTATACCGCCGAGGATTTCAACTGGAGCCGTAACCAGGGCTTCCGTGTGGTCCAGGCCGAAGAATGCTGGCACAAGTCTCTGGCCCCATTGATGGCCGAAGTGCGCGAGAAAGTCGGTGGCGGCCCGGTGTACCTGAGCTTCGACATCGACGGCATCGATCCGGCCTGGGCGCCAGGCACCGGCACCCCGGAAATCGGCGGCCTGACCACCATCCAGGCGATCGAGATCGTCCGTGGCTGCCAGGGCCTCGACCTGGTCGGTTGCGATCTGGTAGAAGTTTCGCCGCCGTACGACACCACCGGCAACACCTCGCTGCTGGGCGCCAACCTGCTGTACGAGATGCTCTGCGTACTGCCCGGCGTGGTCCATCGCTGA MDKILHQPLGGNEMPRFGGIATMMRLPHLPTAAGLDAAFVGVPLDIGTSLRAGTRFGPREIRAESVMIRPYNMATGAAPFDSLSVADIGDVAINTFNLLDAVRIIEESYHKILEHNVIPLTLGGDHTITLPILRAIHKKHGKVGLVHIDAHADVNDHMFGEKIAHGTTFRRAVEEGLLDCDRVVQIGLRAQGYTAEDFNWSRNQGFRVVQAEECWHKSLAPLMAEVREKVGGGPVYLSFDIDGIDPAWAPGTGTPEIGGLTTIQAIEIVRGCQGLDLVGCDLVEVSPPYDTTGNTSLLGANLLYEMLCVLPGVVHR PGPT0007635_241 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007635-gbuA-K12255 NA NA D1-35_00496 894 hypothetical protein ATGGCCAACGCTCTACCCGACCTGAAACTGCTGCGCATTTTCGTCAGCGTGGTCCGTCACCAAGGGTTTGCCAATGCCCAGCACGAGCTCAACCTTTCCACGTCGGCGATCAGCACCTATATGAGCCAACTCGAATCGGCCCTGGGCCTGGTGCTCTGTCATCGTGGGCGGGGCGGGTTCAGCCTGACCAGCAAAGGCGAGCTGTTCCATCAGGAGACCCTGCGCCTGTTGGGCGAGCTCGAAGGTTTCGAGCAATACGCCGCGGCGCTCAAGGGTGAGTTGCGCGGTACGCTGAACCTGGGCGTGATCGATTCGACGGTCAGCGACAAGGCGTTGCCGTTCGCCGAAGCCATCGGCGCCTACAGCCAGGAGCACCCGGCGGTGCATTTGCACCTGTCGGTCATGAGCCCCTACGAGTTGCAACTCGGCGTGCAGGACAATCGCCTGGACCTGGCCATCGGCGCGTTTTCCACGCGTATGAGCGGGCTGGTCTATATGCCGCTGTACCGCGAACAGCACTGGTTGTATTGCAGCAACCGGCATCCGTTATTCAACGAACGGCGCATCCCTGAGCAACTCATTACCCAGCAGCGTATGGTCGGGCGCGGTTACTGGAGCCAGGCCGAACTGGCGCGCCACGGCTTCAAGCACAGCGCGGCGACGGTAGAAAGTATGGAAGCGCAACTGATTCTGGTGCTGTCCGGTGCCTACATCGGTTATCTGCCCGAGCACTACGCCCAGGCCTGGGTCGACAAGGGCGATCTGCGCGTGCTGCTGCCGGCAACCTTTGGCTATCAGGCGCCGTTTTCGATGATCGTGCGCCGTGGCCGCAGCCGCGAGCCGCTGATCCAGACCTTCCGTGATCTGCTCAAAGCTCAACTGAACCAGGCCTGA MANALPDLKLLRIFVSVVRHQGFANAQHELNLSTSAISTYMSQLESALGLVLCHRGRGGFSLTSKGELFHQETLRLLGELEGFEQYAAALKGELRGTLNLGVIDSTVSDKALPFAEAIGAYSQEHPAVHLHLSVMSPYELQLGVQDNRLDLAIGAFSTRMSGLVYMPLYREQHWLYCSNRHPLFNERRIPEQLITQQRMVGRGYWSQAELARHGFKHSAATVESMEAQLILVLSGAYIGYLPEHYAQAWVDKGDLRVLLPATFGYQAPFSMIVRRGRSREPLIQTFRDLLKAQLNQA PGPT0003120_872 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ACINETOBACTIN_METABOLISM,PGPT0003120-bauR-K21699 NA NA D1-35_00497 597 hypothetical protein ATGTCCAGAATTCAATGCCCGCGTTGCCACCGTCCGCAAAGCCATTGCCTGTGCCCGTTGATCCCCAGTCTCGACAGCCGCACCCGTGTTCTGCTGTTGCAGCATCCCAGCGAGGTGAACCATGCCTTGAACACGGCGCGGTTGGCGGCATTGGGCCTGAACAACGCCGAATTGATCGTCGGCGAGGTGTTCGACGATTTGCCCAGGTTGCTCGATCAACCGGGTTATCAGGCGCGGTTGTTGTTTCCCGCCGACGATGCGCAGCCGATGCAAGCCTACGGTCCCAGCAATGACCCGTTGTTATTGGTCGTCCCCGACGGCACCTGGCGCAAGGCGCGCAAGCTGCTGCACCTGAACCCGTTGCTGGCGGCGCTGCCGAGGGTCACCCTCGCCAACGGCGGCGTGTCCCGTTACCGCTTGCGCAAGGCGCCCGGGCCGGGCGCGTTGTCGACGGTGGAGGCGATTGTCCAGGCACTGCAAACCCTCGAAGCACCGACAAGTTTCGAGCCGTTGCTGAGGCCGTTCGAGGCGCTGATCGAGGGGCAGATCGCGGCGATGGGGGAGGACACCTTCAGGCGTAATCATTCCGGGAAGTAG MSRIQCPRCHRPQSHCLCPLIPSLDSRTRVLLLQHPSEVNHALNTARLAALGLNNAELIVGEVFDDLPRLLDQPGYQARLLFPADDAQPMQAYGPSNDPLLLVVPDGTWRKARKLLHLNPLLAALPRVTLANGGVSRYRLRKAPGPGALSTVEAIVQALQTLEAPTSFEPLLRPFEALIEGQIAAMGEDTFRRNHSGK NA NA NA NA NA D1-35_00498 1365 prsE_1 Type I secretion system membrane fusion protein PrsE ATGCCAGCTCAAACACCTGATTCAGCCGCCCGAAGCTACTTCGGCAGTTTCAGCAAAAGCGCCGAAAGCGAGTTCATGCCGGAAACCGCCAGCGCGACATTGCAGGACTCGCCCCGGCGTTCGCGCGTGACGGTGTGGCTGGCCGCCGGGCTGATTGTCAGCGGTTTGGTCTGGGCCAAACTGGCCGTGCTGCAGGAAGTCACCACGGGCGAAGGCAAGGCGATTCCATCGAGCAAGGTCCAGGTGATCCAGAACCTGGAAGGCGGCATCGTCACCGAGATTTTCGTGCGCGAAGGCCAGATGGTGAACAAGGGCGAGACCCTGCTGCGCCTGGATGACACGCGGTTCCTCTCAAACAAGGGCGAGAGCGAGGCCGATCGTTATGCCCTCACGGCCCAGGTCGAACGCCTGTCGGCCGAGGCTGAAGGGCGACCGTTTGCGCTGTCGGCAGAGGTGACCGCCAAGGCCCCGCAAGTGGCCGAAGACGAACGTTCGTTGTATCAACAACGCCAGCGGCGCCTGGCCAGCGAGCAACGCACCCTCACCGAACAGCTGCGGCAGAAAACCCAGGAACTCGCCGAGTTTCGCTCCAAACAAGGCCAGTTCAGCTCGGCCCTGTCCTTGCTGCAGGAAGAAATGAACATGTCGGCGCCGCTGGTGCGTACCGGGGCGGTTTCACCGGTGGAAATCCTCCGGCTCAAGCGCAGCGCGGTGGAGGTGCGCGGCTCACTCAACGCCACCACCCTGGCGATCCCTCGGGCCGAGTCGGCGATCAACGAGATCAAGAGCAAGATCGACGAATCGGAGCAGTCCTTCCGCTCCGACGCGGCCAAGGAGCTCAACGAGAAACGCACTGAACTGTCGAAAATCACCGCATCGAGCATCGCCATCGATGACCGGGTGACCCGCACCACCGTGGTCTCGCCGGTGCGTGGGGTGATCAAGCAGCTCAAGGTCAACACCATTGGCGGTGTGGTCCAGCCGGGCAGCGACATGGTCGAAATCGTGCCACTGGAGGACAACCTGCTGATCGAAGCCAAGGTCCGTCCGCAAGACGTGGCCTTTCTCCACCCGGGCCAGAAAGCCATGGTCAAGTTCAGCGCCTACGACTACACAATCTATGGCGGCCTGAGCGCCAAGCTCGAACTGATCGGCGCCGACACCATCACCGATGACAAGGGCAACAGCTTCTACCTGATCCAGGTGCGCACCGATAAAAACCATTTGGGCGGCGATGCCAAACCGTTGCTGATCATCCCGGGGATGGTGGCCACGGTGGACATCATTACCGGGGAGAAAAGTGTACTGGATTACCTGCTCAAGCCGGTGTTGAAGGCGCGGACCGAGGCGATGCGTGAGCGCTGA MPAQTPDSAARSYFGSFSKSAESEFMPETASATLQDSPRRSRVTVWLAAGLIVSGLVWAKLAVLQEVTTGEGKAIPSSKVQVIQNLEGGIVTEIFVREGQMVNKGETLLRLDDTRFLSNKGESEADRYALTAQVERLSAEAEGRPFALSAEVTAKAPQVAEDERSLYQQRQRRLASEQRTLTEQLRQKTQELAEFRSKQGQFSSALSLLQEEMNMSAPLVRTGAVSPVEILRLKRSAVEVRGSLNATTLAIPRAESAINEIKSKIDESEQSFRSDAAKELNEKRTELSKITASSIAIDDRVTRTTVVSPVRGVIKQLKVNTIGGVVQPGSDMVEIVPLEDNLLIEAKVRPQDVAFLHPGQKAMVKFSAYDYTIYGGLSAKLELIGADTITDDKGNSFYLIQVRTDKNHLGGDAKPLLIIPGMVATVDIITGEKSVLDYLLKPVLKARTEAMRER PGPT0022230_414 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022230-lapC-K12542 NA NA D1-35_00499 2160 apxIB COG2274 Toxin RTX-I translocation ATP-binding protein ATGACCCGCATGGAACCGGTAATCCCCGGCGCCGACCCGCGCCTGAACTTCGATGACCCGTTGCTGGACGGCTTGTTGATCCTCTGCAAACTCCATGGCGCGACTGTCAGCCGCGCCAGCCTCAGCGCCGGGTTGCCAATGGCGCACCAACGCCTGAGCCTGGACCTGCTGCCTCGCGCAGCGGCCCGGGCCAGTCTGCAGGCGCGGCTGCTGCGTCGCGACCTGGCGGACATTTCAGCGCTCAATCTGCCGGTGATGCTGATTCTGGCCGGAGGTCGCTGCGCGATATTGCGCCGCTGGGGTGACGACGGCCAGGCGCTGATCCTGCCCAGCGAAGCCGATGGCGGCGAACAATGGGTCAGCCGCCAGGAGCTGGCCGCCGACTACAGCGGCCAGGCCTTGTTCGCCCGACCGCGCCACGAACTGGAAGATTTGCGCGCGCCGCTGGTCCCGCGAGTCGAGGCCTGGTTTCGTGACACCTTGAAACTGTCGCGCTGGCTGTACAGCGACGCGATCCTGGCGAGCTTTCTGATCAACTTGCTGGGATTGATGGTGCCGCTGTTCGTAATGCAGACCTACGACCGCGTGGTGCCGAACCAGGCCACGTCGACATTGTGGGTGCTGGCTGTCGGGCTGCTGATTGGCACCGGCTTCGAACTGGTGTTGCGGGTCGTGCGGGCTCATCTGCTGGACAGCGCCGGCAAAAAGACCGACGTGATTCTCTCCGCCACGCTGTTCGAACGCATCACCGGCATGGCGATGAAAGCCAAGCCGGTGACCATCGGCGGCTTCGCCCAGAGCATCCATGACTTCCAGGGCCTGCGGGAATTTCTTACCGCCGTGACCCTGACCAGCCTGATCGACTTGCCCTTTGCCGTGCTGATGCTGGTGGTGATCGGCCTGCTTGGCGGCTGGCTGGTGGTGATACCCGTGGTGGCGTTCCCGATCACCGTGGTTTTCGCCATGATCATCCAGGCGCGCCTGCGCGACACCGTGCAGAAAAGCCTGGCCCTCGGCGCCCAACGCCAGGCCTTGCTGATCGAAACCCTCGGCGGCCTGGAAACCCTCAAGGCCTGCAGCGCCGAAAGCGAACGCCAGCATCAGTGGGAAAGCACTCATGGCGCCCTCACCCGCCTCGACAGCCACGCCCGCAACCTTTCGGCGCTGGCAACCAATGGCACGCTGTTCCTGCAACAACTGGCCGGCATGGCAACCATCGTCGCCGGCGTCTACAGCATCATTGCCGGCAACCTCAGCGTCGGCGCACTGGTGGCGACCTACATGCTCGGCAGCCGGGTCCTCGCGCCGCTGGGCCAGATCGCCGGGCTGATCACTCGCTACCAGCAAGCCCAGCTCACCATGCGCAGCACCGATGCCTTGATGGCCCTGCCCCAGGAGCGCGACGCCAGCCAGCGTCCGCTGGAGCGCACCCAATTGCAGGGCGCCCTGGATGTCAGCGGCGTGACCTTCCACTACGACGGCCAGAGTACCCCGGCGTTGGCGAACGTCAGTTTCAGCCTCAAGCCTGGCGAGCGCGTCGGGATCATCGGCCGCAGCGGCTCGGGCAAAAGCACCCTGGCGCGCCTGGTGATGGGTTTTTATGCCCCGCAGGAAGGTCAGTTGCTGCTCGATGGCCTGGACCTGCGGCAACTGGACGTCGCCGACCTGCGTCAACAGATCGGCTACGTCGCCCACGACCTGCCTCTGCTGGCCGGCAGCCTGCGCGACAACCTCACCCTTGGCGCCCGCTACATCAGCGACGGCCGCATGCTGGAGGTGGCGGAACTCACCGGCGTGACCGAACTGGCGCGCCAGCACCCGCAAGGCTTCGATCGCCCGGTCGGCGAGCGCGGCCAGCTGCTGTCCGGAGGCCAGCGCCAGGCCGTGCTGCTGGCGCGGGCCCTGCTGCTCGACCCGCCGATCCTCTTGCTCGATGAACCCACCAGCGCCATGGACAACAGCAGCGAAGATACCTTGCGGCAAAAACTTCACGCCCATGTGCAGGGCAAGACCGTGCTGCTGGTCACCCACCGTACCTCGATGCTGAGCCTGGTGGATCGCCTGGTGGTGCTGGAAAACGGACGGATCGTGGCGGACGGACCGAAGGACGCGGTGATCGATGCGCTGCGCAAAGGGCGGGTGGGGTCTGCTGCAGTATAA MTRMEPVIPGADPRLNFDDPLLDGLLILCKLHGATVSRASLSAGLPMAHQRLSLDLLPRAAARASLQARLLRRDLADISALNLPVMLILAGGRCAILRRWGDDGQALILPSEADGGEQWVSRQELAADYSGQALFARPRHELEDLRAPLVPRVEAWFRDTLKLSRWLYSDAILASFLINLLGLMVPLFVMQTYDRVVPNQATSTLWVLAVGLLIGTGFELVLRVVRAHLLDSAGKKTDVILSATLFERITGMAMKAKPVTIGGFAQSIHDFQGLREFLTAVTLTSLIDLPFAVLMLVVIGLLGGWLVVIPVVAFPITVVFAMIIQARLRDTVQKSLALGAQRQALLIETLGGLETLKACSAESERQHQWESTHGALTRLDSHARNLSALATNGTLFLQQLAGMATIVAGVYSIIAGNLSVGALVATYMLGSRVLAPLGQIAGLITRYQQAQLTMRSTDALMALPQERDASQRPLERTQLQGALDVSGVTFHYDGQSTPALANVSFSLKPGERVGIIGRSGSGKSTLARLVMGFYAPQEGQLLLDGLDLRQLDVADLRQQIGYVAHDLPLLAGSLRDNLTLGARYISDGRMLEVAELTGVTELARQHPQGFDRPVGERGQLLSGGQRQAVLLARALLLDPPILLLDEPTSAMDNSSEDTLRQKLHAHVQGKTVLLVTHRTSMLSLVDRLVVLENGRIVADGPKDAVIDALRKGRVGSAAV PGPT0022225_803 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022225-lapB-K12541 NA NA D1-35_00500 1359 bepC_1 Outer membrane efflux protein BepC ATGCGCGTTCTTACCCCTCTCTGCAGCGCGGTTTTGCTGGCCATGGCCTGCTCTTCTCAAGCGCAGGCCATGTCCTTGACCGAAGCGATACAGAGCACCATCGCGACCCACCCGGAACTCGCACAGCGGGTGGACAGCCGTTTGTCGGCCAATGAAGACGTCAAGGTCGCCCGGGGCGGTTTTTTCCCGTCGGTGGATTTGAACGCCGGCTATGGTCGGGGCTACAGCGACAACACCAACACCCGGGCGCTGGGCAACCATCACACCAATATCCTCACCTACACCCAGTCGGAGCTGCGCCTGCGCCAGATGATCTTTGACGGGTTCAACACCGCCAACGAAGTGGAACGCACCAAGGGTGTGGTCAACTCCCGCGCCTATTACGCCCAGGGCACCGCGCAGGACCTGGCCCTGCGGACCATCGAGGTCTACCTGGAAGTGCTCAAGCGTCGCGAGCTGGTAACCCTGGCCAAGAACAACCTGCAGGCGCACCTGCGCGTCAACGACCAGATCGGCCTGCGCACCGAGCGTGGGGTGGGCAGCACGGCCGACTCCGACCAGTCCAATGCCCGTCGGGCCCTGGCGGAAAACAACTACGATACCGCCCAGGTCGACCTGGCCGATGCCGAGGCGAACTTCTACAGCGTGGTCGGGCGCATGCCCGATGAGCTGGAAGCCCCGCCGTCGACCAAGGGCGAAATCCCGGTCGACCTGCGCGAAGCCCAGCAGAGCATGGTGGATAACAACCCGTACCTGAAATCGGCCCAGGCCGACATCCAGTCCGCCGAAAGCCAGTATGAAGTGGCGAAATCGCCGTTCTACCCGCGCTTCGATGCGGAAGCGGCGGTGGGCGCCAACAACAACCTCGGCGGCGAAGAAGGCCACGACAACAACTGGCGGCTGGGCGTGGTGATGAACTACAACCTGTTGCGCGGTGGTAGCGACAAGGCCCGGCTGGCCTCCAACGCCCACCAGATCAACCAGGCCATGGACATCCGCAACAACGCCCTGCGCCAACTCAACGAAGACACGCGCCTGGCCTGGAACGCGATGCTCAACGCCCGCAAACAGACCCCGACGGCCCGTGAGTACGCCGACACCACCGCCCGCGTGCGTGCCGCTTATCAAGACCAGTTCGGCCTCGGCCAACGGACCCTGCTCGACTTGCTCGACAGCGAAAACGAGCTGTACAACGCCAACCGTCGCTACACCGAGGTGCGCTACACCGAGGAATACTCCATGTACCGCGTGCTGGCGAACATGGGCCTGTTGTTGAGCAAACAGCGGATCGTGCTGCCGGCCGACGCCGTCGCCCAGACCGAAGTCAAGAACCAGGCACGGCTGCCGGAACTGAAGTAG MRVLTPLCSAVLLAMACSSQAQAMSLTEAIQSTIATHPELAQRVDSRLSANEDVKVARGGFFPSVDLNAGYGRGYSDNTNTRALGNHHTNILTYTQSELRLRQMIFDGFNTANEVERTKGVVNSRAYYAQGTAQDLALRTIEVYLEVLKRRELVTLAKNNLQAHLRVNDQIGLRTERGVGSTADSDQSNARRALAENNYDTAQVDLADAEANFYSVVGRMPDELEAPPSTKGEIPVDLREAQQSMVDNNPYLKSAQADIQSAESQYEVAKSPFYPRFDAEAAVGANNNLGGEEGHDNNWRLGVVMNYNLLRGGSDKARLASNAHQINQAMDIRNNALRQLNEDTRLAWNAMLNARKQTPTAREYADTTARVRAAYQDQFGLGQRTLLDLLDSENELYNANRRYTEVRYTEEYSMYRVLANMGLLLSKQRIVLPADAVAQTEVKNQARLPELK PGPT0022235_756 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022235-lapE-K12543 NA NA D1-35_00501 702 hypothetical protein TTGCACCAGCGCGCCAGGATTGCTGGCGGTACCGTCGGCAAGATTGGCCTCGTTGGTGCTCAGCTCGCCGCCGTCCACGGTCACGCCATCAAGGGTGACGGGGTTGTCCGGCGTTTCAGGAATGACCGGCGGCACGGTTCCATCGCCATCATCGCCATCGTTGGCGTCCGGATCAGCCGCCAGCTCCAGTTGTGGAAACTCGGGAATCCCGTTGAACCCGGCGGTTGGGAAGCCAATCAGAGGATCAACCTCCCCGGCTACCTCCTCCAGCAGCACAAAGCTGTGCCCACCGCCCACTCCGCCCGGGTTGCCGCCCTCGGCGCCCGCCGCCGTGGCCTCGCCCGTCTGGGTCGGGTCGGCGCCGGCGGCGATGGCTTGCTGCAATTGCTGCACATCGGTCAGTTGCGCATTACTTGGCACTGGCGCTTCGGGCGTGTCGACAGGCGCTGCCTGGTTGGCGAGCAGCTGCGGGGTCAGGGTCAGGTCACTTTCGCGGCCCAAGGTCAGTTCCTGGCCGTTCTGCAAATGCACGGCTACCGCCCCCTCAGCGCCGGTGATCAGGTGCTCACCGGCGTACAACCGATCACCTTCGATCAACGGGCGCCGCAGCCCACCGGCGGCCTCTGCGAAAACCTGCCCTACGACCTTACTGACGGTACCGATGAGCGCTGCCATGTGCATTTCCTCCGTTGCCAACCGTAG MHQRARIAGGTVGKIGLVGAQLAAVHGHAIKGDGVVRRFRNDRRHGSIAIIAIVGVRISRQLQLWKLGNPVEPGGWEANQRINLPGYLLQQHKAVPTAHSARVAALGARRRGLARLGRVGAGGDGLLQLLHIGQLRITWHWRFGRVDRRCLVGEQLRGQGQVTFAAQGQFLAVLQMHGYRPLSAGDQVLTGVQPITFDQRAPQPTGGLCENLPYDLTDGTDERCHVHFLRCQP NA NA NA NA NA D1-35_00502 4779 hypothetical protein TTGCTCGACAACGAAGCGCATCCAAATGCCAACGGCGCGAACAGCCTGGGCGAGCAGTTCAGCGTGGTGGTCACTGATGACAACGGCACCACGGCCACCGGCAACCTGGACGTGAACATCGTCGATGACTTGCCTCAGGCCGTGGACGACAGCAACGCCGGTACTGCCTCGGAAAACAACCTGACCCTGACCGGCAGCGTGCTGCCCAACGACAACCAAGGCGCCGATCAGGTGGCGTCCGGGCCGATTACTCCCGGCACTTTCACCGGCACCTACGGCACGCTGGTGCTCAACGCCGACGGCTCCTACACCTACACGCTTAACCCTGGCGACACCGATTTCAAAGGCCTGCACGGCGGCGGCAACGGCACCGAAACCTTCACCTACACCCTGACCGACGCCGACGGCGACACCAGCACTGCCAACCTGGTGCTGCAAGTGCACAACAACGACGACCCGGTGATCATCAACGGCCTCGACACCGAGGGCGGCGAGCTCACGGTGCAGGAGAAAAACCTCGGCGACGGCAGCAACCCGGACGCCTCGGCGCTGACCCAGAGCGGCACTTTCACCATCACCGCGCTGGACGGCGTGCAAACCCTGAGCGTCGGCGGCATCACTGTGGTCAGCGGTGGCGTCGCCGCCGGTTTCCCGCAATCGATCACCACCGCGTTGGGCAACACCTTGACCGTCACCGGCTTCAACGCCGCCACGGGCGTGGTCAGCTACAGCTACACCTTGCTCGACAACGAAGCGCATCCAAATGCCAACGGCGCGAACAGCCTGGGCGAGCAGTTCAGCGTGGTGGTCACTGATGACAACGGCACCACGGCCACCGGCAACCTGGACGTGAACATTGTCGATGACTTGCCCAAGGCCCACGCCGACTCCGCCTCGGTGGAAGAGGGCGCGACGGTCAGCGGCAACGTGCTGAACAACGACGAGGGCGGCGCCGACGGGCCTGCCGCCAGCGGCGCAGTGATCGGCGTACGCGCCGGCAGCGATACATCGACCTCCGCCGTAGGCGGCCTCAACAGCCAGATCAATGGCACCTACGGCTACCTTACCCTGGACGCCAACGGCAACGCGGTCTACCACAGCAACCCGAACGCCGTCAGCGCACCGGGCGCCACCGATGTGTTCACCTATACCGTGCGCGACGCCGATGGCGACGAGAGCACCACGACCATCACCATCGACGTTTATAACAGCTGCCTGGCCGCAACCCCTGACCAGGAAATCCGCGTCTATGAAAAAGCCCTGGATCTCAACCAGGATGGCCAGGACCTGGCCCCCGGCACCGTCACCGGCAGTGCGCCGAATGCCAGCAGTGAAACCGCGAGCGGCAGCCTTGTCGGCTCGGTGACCGGTGCCGTCGGCGCCGTCACCTTCGCCCTGATCGGCAATGCCACTGGCGCCCATGGACAACTGTTGCTCAACCCGGACGGTTCGTACACCTACACCCTGACGTCGCCCGCCACGACAACGCCCGCCGCCAATGATGGTCCGAACGTGTTGAGCGAAAGCTTCACGTACCAAGCTACGGACTCACTCGGTAACAGCGTCACCAGCACCATCGTTATCAACATCGTCGACGATGTGCCCAAGGCGCACTGTGATACCGCGGCGGTGGTGGAGGGCGGGACGGTCAGCGGCAACGTGCTGGATAACGACGTGCTCGGCGCCGATGGTGGCGTGGTGATCGGCGTGCGGTCCGGCAACGATACGTCAAGCCCGGCCAGCGGCGTCCTGAACAGCCAGATCAACGGCACCTACGGCTACCTGACCCTGGATGCCAATGGCAACGCGGTCTATCACAGCAATCCGGACTCCGTTGGCGTACCGGGTGCCACCGATGTATTCACCTACACCGTGCGCGATGCCGATGGGGATGAAAGCACCACGACCATCACCATCGACGTGCACAACAGTTGCCTGGTCGCTGAAACCGATCATGACGTCACCGTTTACGAAAAAGCCCTGGACCTGAAACAGGACGGCCAGGACCTGGCACCCGGCAGCGCCACCGGCAGCGAGCCGGGCAGCACCGGCGAAACCGCCACCGGCACCTTGGTCGGTTCGGTCAGCGGTGCAACCGGCGCCGTGACATTTGCCTTGGTGGGAGACGCCAATGGCGCTCACGGCCAGTTGCTGCTCAACGCCGACGGCTCTTACACCTATACGCTGACCTCGCCGGCGAATACCACGCCGCATGCCAACAATGGCCCGAACGTATTGACCGAAAGCTTCACCTATCAGGCCACCGATTCCCTGGGCAACAGCACCACCGGCAACCTGGTGGTGAGCATCGTCGACGATGTGCCCAAGGCTGTCGCGTCCGAGCGTTCGGTCCCGGCGGTGGAGATCGATTCGAACCTGCTGATCGTGCTCGACGTGTCCGGCAGCATGAAAGACGATTCCGGTGTGCCGGGCCTCTCGCGAATGGACCTGGCCAAACAGGCGATCAGCGCCTTGCTCGACAAATACGACGACATGGGCGACGTGAAAGTCCAGCTTGTGACCTTCAGCGGCAGCGCCACCGGCCAGAGTGCCGTGTGGGTGGACGTGGCAACCGCCAAGACACTGATCGCCGCGCTGAAAGCGCACGGTGATACCAATTACGATGCGGCCGTAGAGATGGCCAAGACGGCGTTCGCAACACCGGGGCAACTGACCGGCGCCCAGAACATTGGCTATTTTTTCTCCGACGGCAAGCCGACCAAGGGCGACATCGGCCCGGCGGACGAGGCCGCGTGGAAGGCCTTCCTCGACGCCAACAGCATCAAGAATTACGCCGTCGGCCTGGGCAGCGGCGCCAGAAACGTCAATCTTGACCCGCTGGCCTACGACGGCAGCACCCACACCAACACCAACGCGGTGGTGGTGACTGACTTGAACCAGCTCAATTCGGTGCTTTCCGGCACGGTGCAAGGTGTGCCGGTTACCGGCAGCCTGTTTGGCGAAGGCGGCTCGTTCGGTGCCGACGGCGGGTTTATCAAAAGCCTGGTGGTGGACGGCACGACCTACAGCTACAACCCCGATGCCAACGGTGGCCAGGGGGCGCTGACCGTCAGCGGCGGGGCCAACCACGGCACCTTCAACACCGCGACCAACACCGTCAGCATCGCCACCGGGCATGACGGCATGCTCGTGGTGAATCTTGATACCGGCGCGTTCAGCTACACCTCCCAGACCACCACCAGCACCTTGATCACCGAGAACATCGGCTACACCCTCAGCGATAACGATGGTGACCTGGCGGGCTCCAACCTGGTGATCAAAGTCCAACCCAACAGCGCTCCGGTGGCGGTCGATGACAACGTCATCACCAACGTGCTCTCGGGCAATATCGTGGTTCCGGGTGAACTGCTGCTGGGCAATGACAGCGACGCCAACGGCGACCCGCTCTCCGCATCACCGACCAGTTTTAATACCGGCTGGGTGGCCAGGGGCGCGGATTTCACCGGCAGCGCCGGTACCGCCAGTTTCACTGGCAACAACGCCCAGTCGATCAGCCTCAACCGCAGTGCCTTCGTCGCCAACACCGCGAGCATGACCGCGGTGCTGGTGGTCAGCGGGGCGCTGGGGGCGGTGTCGAACAACAACGCCAACGATGAAGACCGGCTCAACATCAGCCTCAAGCAAGGCGAAACCCTGACCCTGGATCACAATCTCACGGCCGGTCGCATCGCCATGGAATATTCGCTTAACGGCGGCCCCTTCATCGCAATCAACGACGGCGCCTCGTTCACCGCGGCGGCGGATGGCAATTATCAGATCCACGTCACCAACATTCCCAACCCCGGCAATGGCAACGCCAATGCCTCGGAAAATTACCAACTGACCCTGACCGTCAACTACGCCGGTGCCCAGGACACTACTCCCGATTATCACGGCAGCTACACTGCCAGCGACAACCACGGCGGCAGCGATTCCGCCGGGGTGGGCATCAGCTATCAGGCGGGCCACACCCTGACGGGGACCACGGGCAACGATGTACTGCTGGCCGGCAATGGCAACAACGTGCTCAACGCCGGCGACGGCAACGACATCCTCAGCACCGGCGCGGGCAACAACACCTTGCATGGCGGGGCTGGCGATGACTTGCTCTACAGCAGTGCCGGTAACGACCTGCTCGACGGCGGCACTGGCAACGACACCGCCAGTTATGCCCATGCCACCGGCGGCGTCACGGTAAATCTCGGCCTGCTGGCCGGACAGAACACCCTGGGGGCCGGCACCGACACCCTGGCCGGCATCGAGAACCTGGTCGGTTCGAACTTCAACGACCACCTGACCGGCGACAGCCTGAGCAATCGCATCGACGGCGGCCTCGGCCATGACGTGCTCAACGGCGGTAACGGCGATGACCTGCTGATCGGCGGCCTGGGCAACAACACCCTCACCGGTGGCAACGGCGCCGACACGTTCCAATGGCAGGCGGGCAACAGCGGTCACGACGTCATTACGGATTTCACACCGGGCCTCGACAAACTCGACCTGTCGCAACTGCTGCTGGGCGAGAACGGCAGCGCGGCGTCGCTTGATGACTACCTGCACTTCAGCGTGACCGGCAGTGGAGCCTCGTTGATCACCAGCATCGACGTCAGCAGCACCGCCGGCGCCACGCCGAACCAGACCATCGACCTGGCCGGCGTCAACCTCGCCAGTCACTACGGCGTCACGCCGGGCGCAGGCGGAATGATCGGCGGCGCGGATACCGCGACCATCATCAACGGCATGCTGAACGACCATTCGTTGAAGGTCGACACGGTGTGA MLDNEAHPNANGANSLGEQFSVVVTDDNGTTATGNLDVNIVDDLPQAVDDSNAGTASENNLTLTGSVLPNDNQGADQVASGPITPGTFTGTYGTLVLNADGSYTYTLNPGDTDFKGLHGGGNGTETFTYTLTDADGDTSTANLVLQVHNNDDPVIINGLDTEGGELTVQEKNLGDGSNPDASALTQSGTFTITALDGVQTLSVGGITVVSGGVAAGFPQSITTALGNTLTVTGFNAATGVVSYSYTLLDNEAHPNANGANSLGEQFSVVVTDDNGTTATGNLDVNIVDDLPKAHADSASVEEGATVSGNVLNNDEGGADGPAASGAVIGVRAGSDTSTSAVGGLNSQINGTYGYLTLDANGNAVYHSNPNAVSAPGATDVFTYTVRDADGDESTTTITIDVYNSCLAATPDQEIRVYEKALDLNQDGQDLAPGTVTGSAPNASSETASGSLVGSVTGAVGAVTFALIGNATGAHGQLLLNPDGSYTYTLTSPATTTPAANDGPNVLSESFTYQATDSLGNSVTSTIVINIVDDVPKAHCDTAAVVEGGTVSGNVLDNDVLGADGGVVIGVRSGNDTSSPASGVLNSQINGTYGYLTLDANGNAVYHSNPDSVGVPGATDVFTYTVRDADGDESTTTITIDVHNSCLVAETDHDVTVYEKALDLKQDGQDLAPGSATGSEPGSTGETATGTLVGSVSGATGAVTFALVGDANGAHGQLLLNADGSYTYTLTSPANTTPHANNGPNVLTESFTYQATDSLGNSTTGNLVVSIVDDVPKAVASERSVPAVEIDSNLLIVLDVSGSMKDDSGVPGLSRMDLAKQAISALLDKYDDMGDVKVQLVTFSGSATGQSAVWVDVATAKTLIAALKAHGDTNYDAAVEMAKTAFATPGQLTGAQNIGYFFSDGKPTKGDIGPADEAAWKAFLDANSIKNYAVGLGSGARNVNLDPLAYDGSTHTNTNAVVVTDLNQLNSVLSGTVQGVPVTGSLFGEGGSFGADGGFIKSLVVDGTTYSYNPDANGGQGALTVSGGANHGTFNTATNTVSIATGHDGMLVVNLDTGAFSYTSQTTTSTLITENIGYTLSDNDGDLAGSNLVIKVQPNSAPVAVDDNVITNVLSGNIVVPGELLLGNDSDANGDPLSASPTSFNTGWVARGADFTGSAGTASFTGNNAQSISLNRSAFVANTASMTAVLVVSGALGAVSNNNANDEDRLNISLKQGETLTLDHNLTAGRIAMEYSLNGGPFIAINDGASFTAAADGNYQIHVTNIPNPGNGNANASENYQLTLTVNYAGAQDTTPDYHGSYTASDNHGGSDSAGVGISYQAGHTLTGTTGNDVLLAGNGNNVLNAGDGNDILSTGAGNNTLHGGAGDDLLYSSAGNDLLDGGTGNDTASYAHATGGVTVNLGLLAGQNTLGAGTDTLAGIENLVGSNFNDHLTGDSLSNRIDGGLGHDVLNGGNGDDLLIGGLGNNTLTGGNGADTFQWQAGNSGHDVITDFTPGLDKLDLSQLLLGENGSAASLDDYLHFSVTGSGASLITSIDVSSTAGATPNQTIDLAGVNLASHYGVTPGAGGMIGGADTATIINGMLNDHSLKVDTV NA NA NA NA NA D1-35_00503 399 ybaN_2 COG2832 Inner membrane protein YbaN GTGCCTGCGCCCCTCGGCAATCGCCCGCTGATCCTGCGCTACGCTCTGCTCGCCATCGGCTGGCTGAGCGTGGTGCTGGGGGTCATCGGCATCTTTATTCCCGTCCTTCCCACCACCCCCTTCCTGTTATTGGCCGCGGCCTGCTTCGCCCGCAGTTCGCCACGCTTCTACCGCTGGCTGGTGGAGCATCCGCGCCTCGGCCCCTGGATCGGCGACTACCTCAGCGGCAACGGCATCCCGCTCAAGGGCAAGGTCTACGCTATCGGGTTGATGTGGGCGAGCATCCTGCTGTCGTGCTACCTGGTGCCCCTGCCATGGGCGCGGGTGTTCATGCTGACCAGCGCGGTGCTGGTGACGGTGTATATCCTCAGGCAGAAGACGCTGCGCAAACCTGATTGA MPAPLGNRPLILRYALLAIGWLSVVLGVIGIFIPVLPTTPFLLLAAACFARSSPRFYRWLVEHPRLGPWIGDYLSGNGIPLKGKVYAIGLMWASILLSCYLVPLPWARVFMLTSAVLVTVYILRQKTLRKPD PGPT0009435_7 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009435-mqnB-K11783 NA NA D1-35_00504 588 hypothetical protein ATGTCCTTCGCTGAGCAACTGACCCGCCTGCAAGTGTTCCTCGACGCCGATGAGCTGCACGAAGAGGCGCTGGATTACGTGGCCGCTCATGGCTACCTGACCGCCCTGTCGATCTGCTCCGAGCAGGTGCCGGAGCGTGAATGGATCGACGCCCTGTTCGCCGAAGAACCGCACTACAGCGACGAAGCCCAACGCGCCGAAATCGAAGCGACGCTGGTCGGCCTCAAGGCTCACATCGCCCGCCAACTGGCTTCCGATGAAGAATTCGAGCTGCCGTGCGAGCTGGACCTGGGCGACGATCCGGACGATTCGGAACTGCGCGGCTGGTGCATCGGCTTCATGGAAGGCGTGTTCCTGCGCGAAGCGGCCTGGTTCGAAACCGCCGAAGAGGAAGTCAGCGAAATGCTGTTGCCGATCATGGTCGGTTCCGGTCTGTTCGACGAGCAACCGGAGTTTTCCGACATTGCCGCCGACGCGAACCTGATGGACGACATGATCGTGCAAATCCCCGAAGCGCTGACCGCCTTGTACCTGCTGTGCAACGCCCCGGACGAAAAACCGGCGATCCTCAAGCCGCGCCACCACTGA MSFAEQLTRLQVFLDADELHEEALDYVAAHGYLTALSICSEQVPEREWIDALFAEEPHYSDEAQRAEIEATLVGLKAHIARQLASDEEFELPCELDLGDDPDDSELRGWCIGFMEGVFLREAAWFETAEEEVSEMLLPIMVGSGLFDEQPEFSDIAADANLMDDMIVQIPEALTALYLLCNAPDEKPAILKPRHH NA NA NA NA NA D1-35_00505 2127 recQ COG0514 ATP-dependent DNA helicase RecQ ATGCTCGAACAGGCTCAACGCGTCCTCAAGGACATCTTCGGCTACGACAGTTTTCGTGGCCGCCAGGGTGCCATCATTGAGCGCGTGGCCAGCGGTGGCGATGCCTTGGTGCTCATGCCTACCGGCGGCGGCAAGTCCTTGTGCTTCCAGGTGCCCGCGCTGCTGCGCAACGGCCTCGCGGTGGTGGTATCGCCGCTGATCGCCTTGATGGACGACCAGGTCGCGACCCTCGAGGAATTGGGCGTTGCCGCCGCCGCGTTGAACTCCACGCTGAGCGCCGAGCAGCAGCGGGACCTGGCGGAACGCATCAAGCGCGGTGAAGTGAAAATGCTTTACCTGGCGCCTGAACGTCTCGTGCAGCCGCGCATGCTGGCTTTTCTCCAGAGCCTGGAAATCGCCCTGTTTGCCATCGACGAAGCCCACTGCGTATCCCAATGGGGCCATGACTTCCGTCGTGAATATCTGCAACTGGGGCAATTGGCCGAGCTGTTTCCCGACGTGCCGCGCATCGCCCTGACCGCCACCGCCGACAAACGTACCCGCGAAGAAATCGTCGAGCGCCTGCACCTGCAGAACGCCGAGCGGTTCCTCTCCAGCTTCGACCGCCCGAACATTTTTTACCGCATCGTGCCCAAGGAACAGCCGCGCAAGCAACTGCTGGCGTTCCTCGCCGAGCGCCGCAGCGACGCGGGTATCGTCTATTGCCTGTCGCGCAAGAAAGTCGAGGAGGTGGCGGCGTTTCTCAGCGAGCAAGGTTTCCCGGCATTGCCCTACCATGCTGGGCTGCCCAACGATTTGCGGGCCTATCACCAGAAGCGCTTTCTCAACGAGGAAGGCCTGATCATGGTCGCCACCGTGGCGTTCGGCATGGGTATCGACAAGCCCAACGTACGGTTCGTCGCGCATTTGGATCTGCCCAAGTCCCTGGAGGCCTATTACCAGGAAACCGGCCGTGCCGGTCGTGACGGTTTGCCGGCCGATGCCTGGATGGCCTACGGCCTGCAGGACGTGGTGATGCTCAAGCAGATGCTGCAGAACTCCGAGGGCGATGAGCGCCACAAACGCCTGGAACAACACAAGCTCGACGCGATGCTATCGCTCTGCGAAGAAACCCGTTGCCGCCGCCAGACCTTGCTGGCCTATTTCGATGAGGACATGCCCGAACCTTGCGGGCACTGCGACAACTGCGTCGACGGCGTGGAGACCTGGGACGCCACCGAGCCGGCCCGCCAGGCGCTGTCGGCCATCTATCGCACGGGCCAGCGTTATGGCGTGGGGCATCTGGTGGACGTGCTGCTGGGCAAGGACAACGAAAAGGTCCGCAGCTTTGGCCATCAGCACCTTTCGGTGTTCGGCGTGGGCAAGGCCCGCACCGAGAGCGAATGGCGCTCGCTGTTCCGGCAACTGGTGGCGCGCGGCCTGGCCGACATCGACCTGGAAGGTTATGGCGGCCTGCGCCTGAGCGCGACCTGCCGGCCCTTGCTCAAAGGCGAGGTCAGCCTGGAACTGCGTCGCGACCTCAAGCCCGCAACAGCGATCAAGAGCAGCAAGAGCCAGGCCAGCCAACTGGTGCGTGGCGAGGAGCGCGATCAGTGGGAGGCCTTGCGCGCCTTGCGGCGCAAGCTGGCGGAGGAGCATGGCGTGCCGCCCTACGTCATTTTCCCCGACTCGACGTTGCTGGAAATGCTCCGCAGCCAACCGACTTCCCTCGCGGAAATGGCCCGGGTCAGTGGCGTTGGCGCGCGCAAGCTGGAGCGTTACGGCGAGGCTTTCCTCCAGGTGCTCGGCGGCGAAGCCGAAGCGCCAAAAGCCGTGGCCGATGTACGCCACGAACTGATCACGCTGGCTCGTGCCGGCATGACCCCGCTACAGATCGCCGGGCAACTGCAGTGTTCGGAAAAGAATGTCTACACGATGCTGGCCGAGGCGATCGGTCAACAGCAGCTATCCCTGGAGCAGGCGCTGGATTTGCCCGAAGAACTGATGGGCGAAATCCAGGACGCGTTTCTCGACGGCGAGGGTGAATTGCCCGCGGTATCTGACGTTGCCGCGCTGTTTGCAGGCCGCGTTCCGGAAGGCGTCCTGTATTGCGTAAGAGCTGCATTGCAATCGGAATTTGAAGTCTGA MLEQAQRVLKDIFGYDSFRGRQGAIIERVASGGDALVLMPTGGGKSLCFQVPALLRNGLAVVVSPLIALMDDQVATLEELGVAAAALNSTLSAEQQRDLAERIKRGEVKMLYLAPERLVQPRMLAFLQSLEIALFAIDEAHCVSQWGHDFRREYLQLGQLAELFPDVPRIALTATADKRTREEIVERLHLQNAERFLSSFDRPNIFYRIVPKEQPRKQLLAFLAERRSDAGIVYCLSRKKVEEVAAFLSEQGFPALPYHAGLPNDLRAYHQKRFLNEEGLIMVATVAFGMGIDKPNVRFVAHLDLPKSLEAYYQETGRAGRDGLPADAWMAYGLQDVVMLKQMLQNSEGDERHKRLEQHKLDAMLSLCEETRCRRQTLLAYFDEDMPEPCGHCDNCVDGVETWDATEPARQALSAIYRTGQRYGVGHLVDVLLGKDNEKVRSFGHQHLSVFGVGKARTESEWRSLFRQLVARGLADIDLEGYGGLRLSATCRPLLKGEVSLELRRDLKPATAIKSSKSQASQLVRGEERDQWEALRALRRKLAEEHGVPPYVIFPDSTLLEMLRSQPTSLAEMARVSGVGARKLERYGEAFLQVLGGEAEAPKAVADVRHELITLARAGMTPLQIAGQLQCSEKNVYTMLAEAIGQQQLSLEQALDLPEELMGEIQDAFLDGEGELPAVSDVAALFAGRVPEGVLYCVRAALQSEFEV NA NA NA NA NA D1-35_00506 435 slyA_1 Transcriptional regulator SlyA ATGCCTCTAACCGATCAACACCGCTTTGGCATGCAGTTGGCGCAAATGTCCCGGGGCTGGCGAGCCGAGCTGGACCGTCGCCTCGCCGGGCTGGGCCTGTCCCAGGCGCGTTGGCTGGTGCTGCTGCACCTGGCCCGCTTCGAACAGGCGCCGACCCAGCGTGAGCTGGCCCAGAGCGTCGCCGTTGAGGGCCCGACCCTGGCCCGCTTGCTCGATAGCCTGGAAACCCAGGGACTGGTGCAGCGCCAGGCCGTGGCCGAGGACCGCCGCGCCAAGAAAATCGTGCTCTGCGCGCCGGCCTTGCCGCTGATTGAACAGATCGAAACCATTGCCACGCAGCTGCGTCGGGAGTTGTTTGAAGGCGTTGACGAAGAGGATATGCGGGTGTGCATGCGGGTTCACGGCAGAATCCTGGCCAACCTGGAAAAATCCTGA MPLTDQHRFGMQLAQMSRGWRAELDRRLAGLGLSQARWLVLLHLARFEQAPTQRELAQSVAVEGPTLARLLDSLETQGLVQRQAVAEDRRAKKIVLCAPALPLIEQIETIATQLRRELFEGVDEEDMRVCMRVHGRILANLEKS PGPT0016255_1557 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0016255-sylA-K06075 NA NA D1-35_00507 2013 hypothetical protein ATGCTTGAAAGTCTGCAGTCCACGTTGCGCAACTGGGTCAACGTGTTGATAGTCGTGGGTGCCCTGGGCTTTCCGGCCCTGGCGTCGGCGCTGGGGCTGGGAGAGATCACGCTTCATTCCGCGCTGAACCAGCCGTTGCGCGCCGATATTGCTTTGGTCGATGCGGCCGGCCTGGGCGAGGGGGATTTGTCGGCCAGCCTGGCGAGTCCGGACGATTTCACTCGCGCCGGGGTGGAGCGGGTGTTTTTTCTCAACAGCTTGCGTTTCACGCCGGTGTTGCGCGGCGAGCGCAGCTTCATCCGGGTGACTTCCAGCAAGCCGGTGGAAGAACCCTTCCTCAATTTCCTGGTACAGCTCAACCAGCCTAACGGCCGGGTGCTGCGCGAATATACCGTGCTGATCGATCCGCCGGGCACGCCAGGGATTGTGCCGGCCGTGGACGAGCCTTCCGCTGCGGCCGAAGCGACACCCGCGATCAAGCCACCACCGGCCATACAAGGCAAGCGCTACACCGTCGTGCAGGGCGACAACCCCTGGATCATCGCCAAGCGCCTGCATGACGCCGGCAGCAATGCCTCTGTCAATGAGCTCATGCAGGGCATCCAGGCGCTGAACCCTGGCAGCGAGCGGCTTTCCATCGGTCAGCGCCTGTTGCTGCCCGACTCGGCCATATTGCCGCCTCCCGCCGCAACCCCTTCAACGCCGGCCTCTGTCGCCCCCGACAGCAACGCCGAGCAACTCGCCGCCACGGTGCTGCAAAACCAGCAACAACAGAAAACCATCGACGAACTTCAAGCCCGGCTTCAGGCCCAGGACGCGGAAATCGCCGGCCAGCGCCAGCAGATCAGCGAGTTGCAGGCGCAACTGGCCCAGGAGCCGCCGGATGCCGTTGCCGCGACAGCGGCGCCAGCGGAAGACGTCGAGCCCACTCCGGTGGTCGAGGCGACGCCGACCGACGAGGCAGAGGGCATCGATTGGGTGTGGGTGGCGGGGCTGGTGGGGCTGCTGGGGTTGCTCGTCGTGTTGCTGTTCCTTCGCCGTCGGCAACAGCAGGAGCTGGCGGATCCGCAGCCGATGTCCGAGCCTCGCGAATTGATCCTGGACGATGACGAACCCGAAACCTACGGGCAATCGGACGCCGAACGCCCTGAAGTCGCCGCGTCGTTCAATAACGGCGATGCGCCCCTCGGCGATGTGCTCGAAGGGGTGGGAATCTACCTGACCTATGGCCGCTTCACCGAAGCGGCGGGCTTGTTGCGCGCCGCGTTGCTGGCGGAGCCGGAGCGTACCGACCTGGGCCTCAAGTTGCTCGACGTGCTGGGCAAGCAGGGCGATGTCATCGGTTTCCAGGCCCAGGAGAACCACCTGCTGGCCCAGGGTATCGATCGCCAGGCGCTGGAAGAAGTCCGCGGGCGCTACCCGAGGATCTCCATGGTTACCGCGCCCGTTGAGACCTCCCTTGATACGCCGCGTGATACGCCGCGTGATACGCCACTTGATGCGCCTGCGCCGACAGAACCCCTGGCACGCATTCCAGAGCCCGAACCGCCCAGTCCCCCCAGCGACGAATTCGAGCTGAAGCTCGATAGCTTGTCCATGGAGAACAGCTGGGACCTGACCGACACCCCGCAGGCAGCCGCTGAACCGAAACCCCTGGAAACCTTCGAAACCGGCACCTTGTCGCTCTCGGGGTTCGATGAGCCCGACCTGCAATGGGGCGCGCCTCTGGAAACCGAGTCGTTGGACGATGATTTTCTCGACGGGTTTGCCGACGAAGAGCAGTCGCTGGAGTTGGAGCCGCTGACCGCCGAACCGGAATTCGACTCCCTGTCGCTCGAACCGGTGTCCTTTGAGGCGCAACCCTCGCAGCATTCGGAAAAGCTCGAAGAAGCCCAGAATCGTATCGATGAGGGTGACCTCAAGAGCGCCATCACGCTGCTGGAGGAACTGGTGGAAGAGGGCGACGAGCCGCTCAAGGAAACGGCCCGGGTGCTGCTGGCCGGGATTCGTTGA MLESLQSTLRNWVNVLIVVGALGFPALASALGLGEITLHSALNQPLRADIALVDAAGLGEGDLSASLASPDDFTRAGVERVFFLNSLRFTPVLRGERSFIRVTSSKPVEEPFLNFLVQLNQPNGRVLREYTVLIDPPGTPGIVPAVDEPSAAAEATPAIKPPPAIQGKRYTVVQGDNPWIIAKRLHDAGSNASVNELMQGIQALNPGSERLSIGQRLLLPDSAILPPPAATPSTPASVAPDSNAEQLAATVLQNQQQQKTIDELQARLQAQDAEIAGQRQQISELQAQLAQEPPDAVAATAAPAEDVEPTPVVEATPTDEAEGIDWVWVAGLVGLLGLLVVLLFLRRRQQQELADPQPMSEPRELILDDDEPETYGQSDAERPEVAASFNNGDAPLGDVLEGVGIYLTYGRFTEAAGLLRAALLAEPERTDLGLKLLDVLGKQGDVIGFQAQENHLLAQGIDRQALEEVRGRYPRISMVTAPVETSLDTPRDTPRDTPLDAPAPTEPLARIPEPEPPSPPSDEFELKLDSLSMENSWDLTDTPQAAAEPKPLETFETGTLSLSGFDEPDLQWGAPLETESLDDDFLDGFADEEQSLELEPLTAEPEFDSLSLEPVSFEAQPSQHSEKLEEAQNRIDEGDLKSAITLLEELVEEGDEPLKETARVLLAGIR PGPT0016075_1081 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION SURFACE_ADHESIVE_FIMBRIAE,PGPT0016075-fimV-K08086 NA NA D1-35_00508 2190 bamA_2 Outer membrane protein assembly factor BamA ATGCGCCGCCTGCTGCCATGCCTGCTCCTGTTACTGCTGCCCCTGTTCGCCGACGCGGTCGAAGCGCCGCGACCGAAGATCGGCCTGGTACTTTCCGGCGGCGCGGCCCGTGGGCTGGCGCATATTGGCGTGCTCAAAGCCCTGGAAGAACAAGGCATCAAGATCGACGCGATCGCCGGCACCAGCATGGGCGCGGTGATCGGCGGTCTATACGCCTCCGGGTACAAGATCGACGAGCTGGAGAAACTTGCCCTGGGCATCGACTGGCAGCAGGCGCTGTCCGATGCCCCGCCGCGCAAGGACGTGCCCTTCCGGCGCAAGCAGGATGACCGGGATTTTCTGGTGAAGCAGAAGCTGAGCTTTCGCGACGACGGCAGCCTCGGCCTGCCATTGGGCGTGATCCAGGGACAGAACCTGGCCCTGCTCCTGGAAAGCCTGCTGGCCCACGCCAGCGATACCCGGGATTTCGACAAGCTGCCAATCCCCTTCCGCGCCGTGGCGACCGACATCGCCACTGGCGAAAAAGTCGTGTTCCGCAAGGGCCACCTGCCCAAGGTGATCCGTGCCAGCATGTCGATCCCGGCGGTGTTCGCCCCGGTGGAACTGGACGGGCGGCTGCTGGTGGACGGCGGCATGAGCGACAACATTCCCTTGGACGTGGCCCGGGAAATGGGCGTGGACATGGCCATCGTCGTCGATATCGGCACGCCGCTGCGCAACCGCAAGCAATTGGTCACGGTGGTGGATGTGCTGAATCAGTCGACCACCCTGATGACCCGCCGCAACTCGGAGGAACAACTGGCGACGCTGAAAAACAACGACGTGCTGATCCAGCCCGCCCTGGCGAGCTTTGGCTCCACCGATTTCGGCCGCGCCACGGAAATAATCGACGCCGGTTACCGCGCCACCCGGATACTCGAGGCGCGCCTGGCGCACCTGCGTCGCCCTGAACCGGCCGACGCCGAGCTGATGGCGGCGCGCACCCCCAGCGAACGCACGCCGGTCATCACCGCGATACGGGTGGAAAACGATTCGAAAGTCGGCGACGACGTGATCCGCTATTACGTTCGTCAACAGATCGGCGAGCCGTTGGACCTGGGTCGGCTGCAAACCGACATGGGCACCTTGTACGGCCTGGATTATTTCGAGCAGGTGCAATACCGCGTAGTACACAAGGGCGCGGACAACACCCTGGTGATCAGCGCCCGGGGCCGACGCACCGGCACGGACTACCTGCGCCTGGGCCTGAGCCTGTCGGACGACATGCGCGGCGACAGCGCTTTCAACCTCGGTGCCAGCTACCGGGTCAATGGTATCAATCGCCTCGGCGCCGAATGGCTGACACGGGTGCAGATCGGCGACAAGCAGGAGCTGTACAGCGAGTTCTACCAGCCGCTGGACGTCGGCTCGCGCTACTTCATCGCGCCCTACGGACAATTCGAATCGCGCAACGTCGAGTCGATCCTCGATAACGACCCGGTCGCCCAGTATCGGGTCGAGCGCTATGGCTTCGGCCTGAACCTGGGCCGCCAGATCGGCAACAGCGGGGAAATCCGCTTCGGTGTCGGCCAGGCCTGGGGCAAGGCGGACGTGCGCATCGGCGATCACGACCAGCCCAGCGAAAACTTCAACGAAGGCTTCTACGAGCTCAAGTATTCATTCGACTCGCTGGACAACGTCTACTTCCCCCACGAAGGGGAAGACATCGGCTTGTCCTGGCGCCAGTACGAACCCGGATTAGGTTCCGACCAGCGTTATCGCCAGTGGGAATTCAGGTTGGACAAGGCCCTGAGCAGCGGCCCGGATACCCTCATCCTCGGCGGTCGTTATGGCCGGACCCTGGACACCGCCGAGGTCGTGACGTCGAGTTTCGTCCTCGGCGGCGCCCGACAGCTGTCGGGTTTTCGTGAAGACGGGGTATCCGGCCAGAACATGAGCCTGATGCGCGCCGTGTACTACCGCAGGCTCACGCCGCGCGCCTACCTGCCGCTGGATTTCCCGTTGTATGTCGGCGGTTCGCTGGAGCGCGGCCGGGCCTGGAACAACGACAATGAATTCGACAGCGGCTACATCAACGCCGCCAGTATTTTCCTCGGGTTCGACACGCCGCTGGGGCCACTCAACTTCAGTTATGGCTTCAACGACGATGATGAGCAGGCGGTGTATCTGAATCTGGGGCAGACGTTCTAG MRRLLPCLLLLLLPLFADAVEAPRPKIGLVLSGGAARGLAHIGVLKALEEQGIKIDAIAGTSMGAVIGGLYASGYKIDELEKLALGIDWQQALSDAPPRKDVPFRRKQDDRDFLVKQKLSFRDDGSLGLPLGVIQGQNLALLLESLLAHASDTRDFDKLPIPFRAVATDIATGEKVVFRKGHLPKVIRASMSIPAVFAPVELDGRLLVDGGMSDNIPLDVAREMGVDMAIVVDIGTPLRNRKQLVTVVDVLNQSTTLMTRRNSEEQLATLKNNDVLIQPALASFGSTDFGRATEIIDAGYRATRILEARLAHLRRPEPADAELMAARTPSERTPVITAIRVENDSKVGDDVIRYYVRQQIGEPLDLGRLQTDMGTLYGLDYFEQVQYRVVHKGADNTLVISARGRRTGTDYLRLGLSLSDDMRGDSAFNLGASYRVNGINRLGAEWLTRVQIGDKQELYSEFYQPLDVGSRYFIAPYGQFESRNVESILDNDPVAQYRVERYGFGLNLGRQIGNSGEIRFGVGQAWGKADVRIGDHDQPSENFNEGFYELKYSFDSLDNVYFPHEGEDIGLSWRQYEPGLGSDQRYRQWEFRLDKALSSGPDTLILGGRYGRTLDTAEVVTSSFVLGGARQLSGFREDGVSGQNMSLMRAVYYRRLTPRAYLPLDFPLYVGGSLERGRAWNNDNEFDSGYINAASIFLGFDTPLGPLNFSYGFNDDDEQAVYLNLGQTF NA NA NA NA NA D1-35_00509 288 hypothetical protein ATGACCGCTCACAAACCGGAAGTCGTCATCACTTACTGCACGCAGTGCCAATGGTTGCTGCGCGCCGCCTGGCTGGCCCAGGAGTTGCTCAGCACGTTTGGCGACGATTTGGGCAAGGTGTCCCTGGTGCCGGGCACCGGCGGGGTGTTCCATATCAGCTGTGACGGTACGCAGGTCTGGGAGCGCAAGGCTGACGGCGGTTTTCCCGAGGCCAAGGTCCTCAAGCAGCGGGTCCGCGACCGGATCGACCCGGAGCGCGACCTGGGGCACAACGACCGGGTTCAGTGA MTAHKPEVVITYCTQCQWLLRAAWLAQELLSTFGDDLGKVSLVPGTGGVFHISCDGTQVWERKADGGFPEAKVLKQRVRDRIDPERDLGHNDRVQ NA NA NA NA NA D1-35_00510 891 hypothetical protein ATGACTCCCCGTACCGCCCTCGGCGCCTTGCACATCGGCGCGCTCATGTTTGGCCTGACCGGCGTGTTCGGCAAACTGGCCGCCGCCTCGCCGGCGGTCATTGTGTTTGGCCGTGCGGTGTTCGCCGTGCTGGCCCTGGCGGTGTTTGCCCGGTTCGCCAGCCGCACCCGCTGGCAAAAACTGCGCGGCCGCGACGCTCGCCGGTTGCTGCTCGGCGGGCTGTTGCTGGCCGGACACTGGGTCAGTTTTTTCATCTCGGTAAAAGTCGCCGGGGTGGCCATCGCCACGCTGGGGTTCGCCAGTTTCCCGGCCTTCACCGTATTGCTCGAAGGGCTGATTTTCCGCGAGCGGATCCGCGCCAACGAAATTCTCCTGGTGGTGCTGGTGAGCGTCGGCCTGGTGCTGGTCACACCGGATTTCGAACTGGCCAGCGGCGCCACCACCGGTTTGCTCTGGGCCGTGGCTTCGGGTCTATTGTTCTCGCTGTTGTCGCTGACCAATCGCGCCGGCTCCGCACACGTACCGCCGGTGCAGGCCGCGCTGTGCCAGAACGTGGTCGTGGGGTTATGCCTGTTGCCGATGGCCGCGCCACAACTGAGCGATGTGCGCCCCATCGACTGGTTGTGGATCGGCCTGCTCGGGGTGTTCTGCACCGGCCTGGCCCACAGCCTGTTCGTCGCCAGCCTCGCGGTGATCAAGGCGCGCACCGCGGCGGTAGTGTTCGCCATGGAACCAGTCTACGGCATTACCATTGCCTGGCTGCTGTTCGATGAAAACCCGACGCTGCGCATGCTGCTCGGTGGCGTGCTGATCATCGTTGCGATTGTGGTGTCGAGCCAGCTCGACGGCACGAAAAAATCCAGCGCCGGCGCCCAGGCCTCGTCTCACTGA MTPRTALGALHIGALMFGLTGVFGKLAAASPAVIVFGRAVFAVLALAVFARFASRTRWQKLRGRDARRLLLGGLLLAGHWVSFFISVKVAGVAIATLGFASFPAFTVLLEGLIFRERIRANEILLVVLVSVGLVLVTPDFELASGATTGLLWAVASGLLFSLLSLTNRAGSAHVPPVQAALCQNVVVGLCLLPMAAPQLSDVRPIDWLWIGLLGVFCTGLAHSLFVASLAVIKARTAAVVFAMEPVYGITIAWLLFDENPTLRMLLGGVLIIVAIVVSSQLDGTKKSSAGAQASSH NA NA NA NA NA D1-35_00511 744 rhaS_2 HTH-type transcriptional activator RhaS ATGAGACCGATCCTCACGCTACGCCACTACAGCCACGATCTGATTGTCCACAGCCACGACCATGCGCAGCTGGTGTTCGGCTTGTCCGGCGCGCTGGACTTCGAAGTCGAAGGGCGTGGCAGCCAGGTGGTGCAGCAGAGTTTCGTGGTGGTACCCGCCGGCGCCCATCACGCCTGCGGCAGCCCCCAGGGCAGCCGTTGCCTGGTGCTGGATGTGCCTGATGATGACTGGGTCGGGCAATGCCTGGGCGATCACGCCGATGCCAGCCGGCGCTTGCTCGACCGCAATATCCGCTTGCCCCTGGATACGGGGCAGAGCCAGTTGGTAAGTTGGCTCGCGGGCAGTCCGGTGGACGATCCGCTGATCGCCCAGCAAGGCGCGGTGCTGCTGTTGGCCAGCCTCAACGGCGCCCGCCAGCAAACGAGCGGCAGCCGGCGCCTGCCCTATGCCGCGCTGGACGCTCATATCGACCAGCACGCGGCCTATCCGCTGCAAGTGGCGGACCTGGCGCGGGTCGCCGGGCTTTCCAGCGCGCGCCTGCATGCGCGTTTTGTCGCTGAATGCGGGCAGACGCCAATGGAATACATCCGCAGCCGCCGCCTGCACAAAGCCGTGGGACTGTTGCGAGACTCAAACCTGCCTATCGGCGAAATCGCCCATCAGGTTGGCTACAGTTCGCAAAGCGCCTTCGCGGCGGCGGTGCTGCGCGAGTTCGGTGTTTCGCCGGGCAAGCTTCGGCGCTAG MRPILTLRHYSHDLIVHSHDHAQLVFGLSGALDFEVEGRGSQVVQQSFVVVPAGAHHACGSPQGSRCLVLDVPDDDWVGQCLGDHADASRRLLDRNIRLPLDTGQSQLVSWLAGSPVDDPLIAQQGAVLLLASLNGARQQTSGSRRLPYAALDAHIDQHAAYPLQVADLARVAGLSSARLHARFVAECGQTPMEYIRSRRLHKAVGLLRDSNLPIGEIAHQVGYSSQSAFAAAVLREFGVSPGKLRR NA NA NA NA NA D1-35_00512 819 lpxH_1 UDP-2,3-diacylglucosamine hydrolase ATGACCAGCGCCGAGCTCGCCAGGCCCAGCCGCAAACAGCGTGTCCGCACCCTGTGGATTTCCGACGTTCACCTGGGTACGCGAGATTGCCAGGCCGAGCACCTGTCGCACTTTCTCAAGGGCTATCACGCCGACAAGGTCTACCTGGTGGGCGATATCATCGACGGCTGGAAACTGCGCAGTGGCATGTATTGGCCCCAGGCCCATACCAACGTCATTCGTCGCTTGCTGACCATGAGCAAGCGCGGCACCGAGGTGATCTATGTCACCGGCAACCATGACGAATTCCTGCGACGCTATTCGAAGCTGATCCTGGGCAACATTCAATTGGTCGACGAAGCGGTGCATGTCACCGCCGATGGTCGACACCTGCTGGTGATCCATGGCGACCAGTTCGATGTGATTACCCGTTATCACCGTTGGTTGGCCTTTCTTGGGGATTCGGCCTACGAATTCACCCTGACGCTCAATCGCTGGCTCAATCATTGGCGGGCCCGTTACGGCTACGGTTACTGGTCGCTGTCGGCGTACCTCAAGCACAAGGTCAAGACCGCCGTCAGCTTCATCAGCGACTTTGAAGAAGCCATCGCCCATGAATGCGTGAAGCGTGAACTGCATGGCGTGGTGTGCGGGCACATCCACCATGCCGAGATTCGCACGGTGGGCGGGGTGGAGTACCTCAACTGCGGCGATTGGGTCGAGTCGTGCACGGCGCTGATCGAGCATTGGGACGGCTCGATCGAGCTCTATCGCCTGGCGGACGCCCAGGCGCGCGAAGCGCTGGTCAAGGCTGAGTTGAAAGTGACTGAGCCTGCCTGA MTSAELARPSRKQRVRTLWISDVHLGTRDCQAEHLSHFLKGYHADKVYLVGDIIDGWKLRSGMYWPQAHTNVIRRLLTMSKRGTEVIYVTGNHDEFLRRYSKLILGNIQLVDEAVHVTADGRHLLVIHGDQFDVITRYHRWLAFLGDSAYEFTLTLNRWLNHWRARYGYGYWSLSAYLKHKVKTAVSFISDFEEAIAHECVKRELHGVVCGHIHHAEIRTVGGVEYLNCGDWVESCTALIEHWDGSIELYRLADAQAREALVKAELKVTEPA NA NA NA NA NA D1-35_00513 582 hypothetical protein ATGACGTCTCACGCGCGCTTCACCCACATGCAGGACGGCAGCCGGGAAGACTGGGCAATCATCGCCGCCGACTTCAGCGCTTACGCGCGGCAGTTGCCGGGCCGGATTCTGACCCACCTGAGATTGCTCGATGGCGACTTCGGCGGTTTCCCCGTGGATCGCCTGACCCACTCCCTGCAAACCGCCACCCGTGCCTACCGCGACGGGCGAGACGAGGAGTACGTGGTCTGCGCCCTGCTCCACGATATTGGCGACACACTGGGTTCGTACAACCATCCGGACATCGCGGCGGCGATCCTCAAGCCGTTCGTCAGCGCCGAGAACCTGTGGATGGTGGAAAAACACGGGATATTCCAGGGCTACTACTTCTTCCATCACCTGGGCATGGACCGGCACCTGCGCGAGCAGTTTAGGGAGCACCCGCAGTACCAGGCGACGATCGATTTCTGTGCAGAATACGACGCCGCGGCGTTCGATCCCGAGTACGACACGCTGCCGCTGAGTTTCTTCGAGCCAATGCTGGAAAGACTGTTTGCGGCACCGAAGCAATCGATCTACAAGGCGGCGATGGCCGAGAGATAA MTSHARFTHMQDGSREDWAIIAADFSAYARQLPGRILTHLRLLDGDFGGFPVDRLTHSLQTATRAYRDGRDEEYVVCALLHDIGDTLGSYNHPDIAAAILKPFVSAENLWMVEKHGIFQGYYFFHHLGMDRHLREQFREHPQYQATIDFCAEYDAAAFDPEYDTLPLSFFEPMLERLFAAPKQSIYKAAMAER NA NA NA NA NA D1-35_00514 312 hypothetical protein TTGGAAAACACCAAACGATTCAACACGTTCGCCGAGTTCTACCCGTATTACCTCAGCGAACACAGCAACAGCACCTGCCGGCGCCTGCACTTCATCGGCACCTCCCTGGTCGTCCTGGTTTTCGCCCTGGCCCTCGTCGTCGGCGCCTGGTGGCTGTGGGTTGCGCTGCCGGTGGCCGGCTACGGCTTCGCCTGGGTCGGGCACTTCTTCTTCGAAAAAAACCGCCCTGCGACTTTCCAACACCCTCTCTACAGTCTGCTCGGCGACTTCGTCATGTACCGCGACATGCTGCTGGGCAAGGTGGCGTTCTAA MENTKRFNTFAEFYPYYLSEHSNSTCRRLHFIGTSLVVLVFALALVVGAWWLWVALPVAGYGFAWVGHFFFEKNRPATFQHPLYSLLGDFVMYRDMLLGKVAF NA NA NA NA NA D1-35_00515 1023 virS HTH-type transcriptional regulator VirS ATGGGGATTGTCAAGGCGTTGGAAATGGACGGCCTGGACTGTAGGGCGCTGTTCAAGCAACTGGCGCTGGATTTTGCTGCGCTGGAAGATCCCGACGCGCGCTTTACCCAGGACTCGATGACGCGGCTCTGGCAATTGGCGGTGGCTCGTTCCGGCAATCCGGCCATCGGCCTGAACATGGGCAAGGTGGTACGCCCGGCATCGTTCCATGTGGTCGGTTACGCATTGATGTCCAGTCGCACGCTGGTCGAAGGCTTCCAGCGGCTGGTGCGCTACCAGCGGATCATTGCCGAAAGCGCCGACTTGAGTTTTCGTCATCTGGAGGAGAGCTATGGGCTGATTCTCACCGTGCATGGCGATCACCTTCCGCCGACCCGGCAAAGTGCCGAAGCCTCCCTGGCCTGCGCGCTGTCCTTGTGCAGTTGGTTGACCGGACGCACCTTGCATCCGGTAAAGGTACTGTTCCAGGGTTCCGAACCCGTTGACCTGGCACCTTATCAACAGGCTTTTGGCGCGCCACTGGTGTTCGATGCTCCCTATGACGCGCTGATTTTCCAGCAGGAGGACATGGAGGCGCCGCTGCCCACGGCCAACGAGGCCATGGCGCAGCTCCACGATCGGTTTGCCGGCGAATACCTCGCGCGTTTTTCCGGAAGCCGCGTGACCCACCAGGCGCGGCAGGTGCTCTGCCGGCTGCTGCCCCGGGGCGAGCCCAAGCGGGACGTGGTCGCGCAGACCCTGCATTTGTCGCAACGTACCTTGCAGCGGCGCTTGCAGGATGAGGGCACGAGTTTCCAGAACTTGCTGGACGATACGCGCCGCGAACTGGCCGAGCAGTACCTGGCGCAGCCGACCATGACGCTGCTGGAAGTGGCTTATCTGTTGGGGTTTGCCGACCCGAGCAATTTTTTCCGGGCCTTTCGGCGCTGGTTCGGCACCACGCCCGGCGAATACCGGGCGCGGGCTGTAGCGACGCCGGTCAGTGACGCCAGAACGCCGGAATACACAGCACGAACACCGTAA MGIVKALEMDGLDCRALFKQLALDFAALEDPDARFTQDSMTRLWQLAVARSGNPAIGLNMGKVVRPASFHVVGYALMSSRTLVEGFQRLVRYQRIIAESADLSFRHLEESYGLILTVHGDHLPPTRQSAEASLACALSLCSWLTGRTLHPVKVLFQGSEPVDLAPYQQAFGAPLVFDAPYDALIFQQEDMEAPLPTANEAMAQLHDRFAGEYLARFSGSRVTHQARQVLCRLLPRGEPKRDVVAQTLHLSQRTLQRRLQDEGTSFQNLLDDTRRELAEQYLAQPTMTLLEVAYLLGFADPSNFFRAFRRWFGTTPGEYRARAVATPVSDARTPEYTARTP NA NA NA NA NA D1-35_00516 1455 trkI_1 COG0168 Trk system potassium uptake protein TrkI ATGGCGTTGCCGACCCTGCGGATCATTGGTTTCATCATCGGCATCTTCCTGATCACCCTGGCGATCTTCATGATCGTGCCGATGGCCACGTTGCTGATCTACGAACGCACCAGCGACCTGCCATCATTCCTCTGGTCGAGCATGATTACTTTTGTCGCCGGCCTCGCGTTGATTCTTCCCGGACGCCCCGAGCACATCCATCTGCGCCCCCGGGACATGTACCTGCTGACAGTCAGCAGTTGGCTGGTGGTGTGTGTCTTTGCCGCGCTGCCGTTCTTGCTAACTCAGCACATCAGCTACACCGATTCTTTTTTCGAAAGCATGTCGGGCATCACCGCCACTGGCGCAACGGTCCTCAGCGGCCTGGACACGATGTCGCCGGGGATCCTGATGTGGCGCTCGCTGCTGCACTGGCTCGGCGGTATCGGCTTCATCGGCATGGCGGTGGCGATTCTGCCGTTGCTGCGCATCGGCGGCATGCGGCTGTTCCAGACCGAATCATCCGATCGCTCGGAGAAAGTCATGCCTCGCTCGCACATGGTGGCGCGGCTGATCGTGGCCTCCTACGTCGGCATCACCATTCTCGGCACGCTGGCACTGTGGTGGGCCGGGATGAGTCTGTTCGATGCGATCAACCATTCGATGTCAGCCATTTCCACCGGCGGTTTTTCCACCTCCGACCTGTCCCTGGCCAAATGGACGCAACCGGCCGTGCATTGGGTCGCCATTGTCATCATGATCCTCGGCAGCCTGCCGTTTGCCCTCTACGTCTCGACCCTGCGCGGCAACCGCCGGGCGCTGATCAAGGACCAGCAAGTCCAGGGGCTGATCGGCGTGCTGCTGGTCACCTGGCTGGTGCTCGGCACCTGGTACTGGGCCACCACCGACCTGCATTGGCTCGACGCCCTGCGGCACGTGGCGCTGAACGTGACGTCCATCGTCACCACCACCGGTTTTGCCTTGGGCGACTACAGCCTGTGGGGCAATTTCTCGCTGATGTTGTTCTTCTACCTGGGTTTTGTCGGCGGCTGCTCGGGTTCGACCGCCGGCGGGATCAAGATTTTCCGCTTCCAGGTTGCCTACATCCTGCTTCGGGCCAACCTTAACCAACTGATTCACCCGCGCGCGGTGATCAAGCAGAAATACAACGGTCACCGCCTCGACGAAGAAATCGTCCGGTCGATCCTGACATTCTCGTTCTTCTTCGCCATTACCATCTGCGTGATCGCGCTGCTGCTATCGCTGCTGGGCGTCGAATGGATGACGGCACTGACCGGCGCGGCCAGTACCGTGTCCGGCGTCGGCCCGGGGCTTGGCGAGACCATCGGCCCGGCCGGCAACTTCGCTCCGCTGCCGGATGCGGCCAAGTGGATTCTTTCCGGCGGCATGCTGCTCGGCCGGCTGGAGATCATTACGGTGTTCGTGCTGTGTATTCCGGCGTTCTGGCGTCACTGA MALPTLRIIGFIIGIFLITLAIFMIVPMATLLIYERTSDLPSFLWSSMITFVAGLALILPGRPEHIHLRPRDMYLLTVSSWLVVCVFAALPFLLTQHISYTDSFFESMSGITATGATVLSGLDTMSPGILMWRSLLHWLGGIGFIGMAVAILPLLRIGGMRLFQTESSDRSEKVMPRSHMVARLIVASYVGITILGTLALWWAGMSLFDAINHSMSAISTGGFSTSDLSLAKWTQPAVHWVAIVIMILGSLPFALYVSTLRGNRRALIKDQQVQGLIGVLLVTWLVLGTWYWATTDLHWLDALRHVALNVTSIVTTTGFALGDYSLWGNFSLMLFFYLGFVGGCSGSTAGGIKIFRFQVAYILLRANLNQLIHPRAVIKQKYNGHRLDEEIVRSILTFSFFFAITICVIALLLSLLGVEWMTALTGAASTVSGVGPGLGETIGPAGNFAPLPDAAKWILSGGMLLGRLEIITVFVLCIPAFWRH PGPT0002735_1716 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498 NA NA D1-35_00517 564 ydjA COG0778 Putative NAD(P)H nitroreductase YdjA ATGCAGGCTCTCGACGCTTTGCTCAACCGTGTTTCCGTTCCGCGTCTGGTGGACCCTGCGCCCACGCCCGAACAACGCCAGGTCATGTTCGCCGCAGCGATGCGTGCGCCGGATCATGGCCAACTGCGCCCGTGGCGTTTCCTGACCGTCGAAGGCGAAGCACGTCACCGCATGGGTGAGCTGCTGGCCGAGGCGGCACGCTTCAATGATCCGCTGGTGCCGGAAGCCGTGGTGGAGAAGGCCCTCAACGGCCCATTGCGCGCGCCCTTGGTCGTGGTGGTGATCGCGCGATTGCAGGACCATTTCAAGATTCCCAAGCCTGAGCAATTGCTGGCAGCCGGCTGCGCGGCCCATGGGATTTTGCTGGCCGCTTATGCCCAGGGCGTTGGCGGGGTGTGGCGTACCGGGGAATTGGCCTATTCGCCCCACGTCGCGCGGGGGCTGGGCTTGGAAGAAGGGGAGGAGGTTATCGGCTTCCTTTACCTGGGTACACCGCAGAAAGAGGCGCGCGCGGCGCCGCAGGAAGATATCGGGCCGTTTGTTCAGGAATGGACCGGCGCCTAG MQALDALLNRVSVPRLVDPAPTPEQRQVMFAAAMRAPDHGQLRPWRFLTVEGEARHRMGELLAEAARFNDPLVPEAVVEKALNGPLRAPLVVVVIARLQDHFKIPKPEQLLAAGCAAHGILLAAYAQGVGGVWRTGELAYSPHVARGLGLEEGEEVIGFLYLGTPQKEARAAPQEDIGPFVQEWTGA NA NA NA NA NA D1-35_00518 1194 aspC_1 COG1448 Aspartate aminotransferase ATGCATTTCGATGCCATCGGCCGCGTGCCCGGCGACCCGATCCTCGGCCTGATGGAGGCCTACGGGGCGGACAGCAATCCTGGCAAGTTCGACCTGGGCGTGGGTGTCTACAAGGATGCCCAGGGCCTGACGCCGATTCTCCAGTCAGTGAAACAGGCCGAACAGCAACTGGTAGACCGTCAGTTCACCAAGACTTACATCGGTGGCCATGGTGACGCCGCGTTCGGCCGGTTGATCAATGAACTGGTGCTCGGAGCAGACTCGCCGCTGCTCGCCGATAAACGCGCCGGCGCCACCCAGACGCCGGGCGGTACCGGCGCCCTGCGCTTGAGCGCCGACTTCATCGCCCAGTGCCTGCCGGGCCGTGGCGTCTGGCTGAGCAACCCGACCTGGCCGATCCACGAGACCATTTTCGCCGCCGCCGGCGTCAAGGCCAGCCACTACCCCTACGTCGGTGCCGACAACCGCCTGGATTTCGAGGCAATGCTGGCAACCCTGAGCCAGGTGCCAAAGGGTGACGTGGTACTGCTGCACGCCTGTTGCCACAACCCCACCGGTTTCGACCTGACCCATGAGCAATGGCGCCAGGTGCTCGACGTAATGCGCAGCCGCGACCTGCTGCCGCTGATCGACTTCGCCTACCAGGGCTTTGGCGACGGGCTGGAGCAGGACGCCTGGGCTGTGCGGTTGTTCGCCGAAGCGCTGCCCGAAGTACTGATCACCAGCTCATGCTCGAAGAACTTCGGTCTTTATCGCGACCGCACCGGTGCGCTGATCGTCTGCGCGCGCGATGGGGAGAAACTGATCGACATCCGCAGTCAACTGGCGAACATCGCTCGCAACTTGTGGTCGACGCCACCGGACCATGGTGCGGCGGTGGTTGCGACGATCCTTGGCGATCCGCAGTTGAAAGGCCTGTGGGCCGACGAAGTGGAAGCCATGCGCCTGCGCATCGCGCAGTTGCGCAGCGGCCTGCTGGAAGCGCTCGAACCCCACGGTCTGCGCGAACGCTTCGCCCATATGGGGGTGCAACGCGGTATGTTTTCCTACACCGGACTCTCGCCGGAACAGGTCGGGCAACTGCGCGAGCGCCATAGCGTCTACATGGTCGGCACCGGCCGGGCCAACGTGGCCGGCATCGACGCGACGCGCCTGGATGCGCTGGCGCTGGCGATTGCGGATGTTTGCAAGTAA MHFDAIGRVPGDPILGLMEAYGADSNPGKFDLGVGVYKDAQGLTPILQSVKQAEQQLVDRQFTKTYIGGHGDAAFGRLINELVLGADSPLLADKRAGATQTPGGTGALRLSADFIAQCLPGRGVWLSNPTWPIHETIFAAAGVKASHYPYVGADNRLDFEAMLATLSQVPKGDVVLLHACCHNPTGFDLTHEQWRQVLDVMRSRDLLPLIDFAYQGFGDGLEQDAWAVRLFAEALPEVLITSSCSKNFGLYRDRTGALIVCARDGEKLIDIRSQLANIARNLWSTPPDHGAAVVATILGDPQLKGLWADEVEAMRLRIAQLRSGLLEALEPHGLRERFAHMGVQRGMFSYTGLSPEQVGQLRERHSVYMVGTGRANVAGIDATRLDALALAIADVCK PGPT0020115_217 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TRYPTOPHANE_DEGRADATION,PGPT0020115-aspC-K00813 NA NA D1-35_00519 357 Putative pterin-4-alpha-carbinolamine dehydratase ATGAACACTCTGAACCAAGCCCATTGCGAAGCCTGCCGCGCCGATGCCCCGCAAGTCAGCGACGAAGAACTGCCGATCCTGATCAAGCAGATCCCCGACTGGAACATCGAAGTGCGCGACGGCGTGATGCAGCTGGAAAAGGTTTTCCTGTTCAAGAATTTCAAGCATGCCCTGGCGTTCACCAACGCGGTCGGCGAAATCTCCGAGGCTGAAGGGCATCACCCCGGCCTGCTCACCGAGTGGGGCAAAGTCACCGTGACCTGGTGGAGCCACTCCATCAAGGGTCTGCACCGCAACGACTTCATCATGGCCGCCCGTACCGACGACGTCGCCAAGACCGCCGAGGGCCGCAAGTAA MNTLNQAHCEACRADAPQVSDEELPILIKQIPDWNIEVRDGVMQLEKVFLFKNFKHALAFTNAVGEISEAEGHHPGLLTEWGKVTVTWWSHSIKGLHRNDFIMAARTDDVAKTAEGRK NA NA NA NA NA D1-35_00520 786 phhA COG3186 Phenylalanine-4-hydroxylase ATGAAGCAGACGCAATACGTGGCCCGCGAGCCCGATGCGCAAGGTTTTATCGACTACCCCGCCGAAGAACACGCGGTGTGGAACACGCTGATCACCCGCCAGCTGAAAGTCATTGAAGGCCGTGCGTGCCAGGAATACCTGGACGGCATCGACAAGCTTGGCCTGCCCCACGACCGCATTCCACAACTGGGGGAAATCAACAAGGTGCTCGGCGAAACCACGGGCTGGCAAGTCGCCCGGGTACCGGCGCTGATTCCGTTCCAGACGTTCTTCGAACTGCTCGCCAGCAAACAGTTTCCGGTCGCGACGTTTATTCGTACCCGTGAAGAACTCGATTACCTGCAAGAGCCGGATATTTTCCACGAGATCTTCGGCCACTGTCCGCTGCTGACCAACCCGTGGTTCGCTGAATTTACCCACACCTACGGCAAACTTGGCCTACAGGCTTCCAAGGAAGAACGCGTTTACCTGGCGCGCCTCTATTGGATGACCATCGAGTTCGGCCTGGTGGACACCCCGCACGGTCGGCGCATCTACGGCGGCGGCATCCTGTCGTCCCCCAAGGAAACCGTTTATTGCCTGTCGGACGAGCCGGAGCATCAAGCCTTCGACCCGCTGGAGGCCATGCGCACGCCGTATCGCATCGACATCCTGCAGCCGGTGTATTTCGTCCTGCCCGAGCTCAAGCGCCTGTTCGACCTGGCCCACGAGGACATCATGGGCATGGTCGGGCGCGGCCGGGAACTGGGCCTGCACGCGCCGAAATTTCCACCGAAAGCGGCGTGA MKQTQYVAREPDAQGFIDYPAEEHAVWNTLITRQLKVIEGRACQEYLDGIDKLGLPHDRIPQLGEINKVLGETTGWQVARVPALIPFQTFFELLASKQFPVATFIRTREELDYLQEPDIFHEIFGHCPLLTNPWFAEFTHTYGKLGLQASKEERVYLARLYWMTIEFGLVDTPHGRRIYGGGILSSPKETVYCLSDEPEHQAFDPLEAMRTPYRIDILQPVYFVLPELKRLFDLAHEDIMGMVGRGRELGLHAPKFPPKAA PGPT0020295_1344 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PHENYLALANINE_DEGRADATION,PGPT0020295-phhA-K00500 NA NA D1-35_00521 1599 tyrR_1 Transcriptional regulatory protein TyrR ATGGCGCGCTTTTCTACTCATATGCACCTGGGCCCTTTTATGCGCATCAAAGTCCACTGCCAGAATCGCATCGGCATCCTGCGGGACATCCTCAACCTGCTGGTGGAATACGGCATCAACGTCGCCCGTGGCGAAGTGGGGGGCGAGCACGGCAATGCGATCTACCTGCACTGTCCGAACCTGATCAATATCCAGTTTCAGGCGTTGCGTCCCAAGTTCGAAGGGATCGCCGGGGTATTCGGCGTCAAGCGGGTAGGGCTGATGCCCAGCGAGCGTCGGCACATGGAGCTCAACGCCTTGCTCGGCGCCCTCGAGTTTCCGGTGCTGTCCATCGACATGGGCGGCTCTATTGTCGCGGCCAACCGGGCGGCGGCGCAGTTGCTCGGGGTGCGGGTCGACGAAGTGCCCGGCATCCCGCTGTCCCGCTACGCCGAGGACTTCGACTTGCCGGAGCTGGTGCGCGCCAACCAGTCGCGTATCAACGGGCTGCGGGTCAAGGTCAAGGGCGATGTGTTCCTGGCCGACATCGCCCCGCTGCAATCGGAGCACGACGACAGCGAAGCCATGGCCGGTGCGGTACTGACCCTGCACCGCGCCGACCGGGTCGGCGAGCGTATCTACAATGTGCGCAAGCAGGAGCTGCGCGGCTTCGACAGTATTTTCCAGAGTTCGAAAGTGATGGCGGCAGTGGTTCGCGAGGCGCGGCGCATGGCCCCGCTGGACGCGCCGCTGTTGATAGAAGGCGAAACCGGTACCGGCAAGGAACTGCTGGCCCGCGCCTGTCACCTGGCCAGTCCGCGCGGGCAGTCACCGCTGATGGCGCTCAACTGCGCCGGGCTGCCGGAGTCCATGGCCGAGACCGAGTTGTTCGGCTACGGCCCCGGTGCCTTTGAAGGCGCCCGGGCCGAAGGCAAGCTCGGCCTGTTGGAGCTGACTGCGGGAGGCACGCTGTTCCTCGACGGCGTTGGGGAAATGAGCCCGCGCCTGCAAGTGAAGTTGCTGCGCTTTTTGCAGGACGGTTGCTTTCGTCGCGTCGGCAGTGACGAAGAGGTCTACCTGGATGTCCGGGTGATCTGCGCGACCCAGGTCGACTTGTCCGAACTCTGCGCCCGAGGGGAATTCCGTCAGGATCTGTACCACCGCTTGAACGTGCTTTCCTTGCATATCCCACCGTTGCGCGAATGCCTCGATGGGCTGGAGCCATTGGTGGAGCATTTTCTCGACCAGGCCAGCCGCCAGATCGGCTGTCCGCTGCCAAGGCTTGCCCCGGCGGCGATGGAACGTCTCAGCCACTACCATTGGCCGGGCAACGTCCGGCAGTTGGAAAACGTGCTGTTCCAGGCCGTTTCCCTGTGCGACGGCGCAAAGGTCAAGGCCGAGCACATCCGCCTGCCGGACTACGGCGTGCGCCAACCCCTTGGCGACTTTTCCCTGGAGGGTGGGCTGGACGAGATCGTCGGGCGTTTCGAGAAAGCGGTGCTGGAGCGCCTGTACTCCGAACACCCCAGCAGCCGGCAACTGGGCAAGCGGTTGGGGGTTTCCCATACGACTATTGCCAATAAGCTGCGCGAGTATGAAGTCGGTAAAACCGAGTCATAG MARFSTHMHLGPFMRIKVHCQNRIGILRDILNLLVEYGINVARGEVGGEHGNAIYLHCPNLINIQFQALRPKFEGIAGVFGVKRVGLMPSERRHMELNALLGALEFPVLSIDMGGSIVAANRAAAQLLGVRVDEVPGIPLSRYAEDFDLPELVRANQSRINGLRVKVKGDVFLADIAPLQSEHDDSEAMAGAVLTLHRADRVGERIYNVRKQELRGFDSIFQSSKVMAAVVREARRMAPLDAPLLIEGETGTGKELLARACHLASPRGQSPLMALNCAGLPESMAETELFGYGPGAFEGARAEGKLGLLELTAGGTLFLDGVGEMSPRLQVKLLRFLQDGCFRRVGSDEEVYLDVRVICATQVDLSELCARGEFRQDLYHRLNVLSLHIPPLRECLDGLEPLVEHFLDQASRQIGCPLPRLAPAAMERLSHYHWPGNVRQLENVLFQAVSLCDGAKVKAEHIRLPDYGVRQPLGDFSLEGGLDEIVGRFEKAVLERLYSEHPSSRQLGKRLGVSHTTIANKLREYEVGKTES NA NA NA NA NA D1-35_00522 738 flgF COG4787 Flagellar basal-body rod protein FlgF GTGGACAAGTACCTTTATGTGGCAATGACCGGCGCCAGCCAGAACGCACTGGCGCAGCGGGCCCATGCCAACAACCTGGCGAACATCTCCACCAACGGTTTTCAGAAAGACCTGGAGCAGGCACGTTCGATGCCGGTGTTCGGCGACAGCTTTCCGGCGCGGGCGTTTGCCATGTCCGAACGGCCTGCTACCGATTTCACCCCGGGTGCGCTGATTGAAACCGGCCGTGAACTGGACGTGGCGGTCAGCGGGCCGGGCTGGATGGCCGTGCAGAACCCCGACGGTGGCGAAAGCTACGTGCGCACCGGCAGCCTCAACGTCGACGCCCTAGGCGTGCTGCGCGCCGGCAACGGCATGCCGGTGATGGGCAACGGCGGTCCGATTGCCGTGCCGCCAGAGCAGAAAATCGAAATCGGCCAGGACGGCACCATCAGCATCCGCGCCATGGGTGAAGGCCCACGGGTGATGGCTGAGGTGGACCGCATCAAGCTGGTCAACCCGGACCTCAAGACCATGACCAAGGGCCTGGATGGCTCGATCCGTTCCAAGGACGGCCAGCCGGCGCCCATCGATGGCAACGTGCAGCTGGTGTCGGGGTTCCAGGAGGCGAGCAACGTCAATGCCGTGGATGAGATGACTTCGGTGCTGGCCCTGGCCAAGCAGTTCGAGCTTCACGTCAAGATGATGACCACCGCCAAAGAAGGCGATGAGGCCATGGCTCGGGTCTTGCAGATCTAA MDKYLYVAMTGASQNALAQRAHANNLANISTNGFQKDLEQARSMPVFGDSFPARAFAMSERPATDFTPGALIETGRELDVAVSGPGWMAVQNPDGGESYVRTGSLNVDALGVLRAGNGMPVMGNGGPIAVPPEQKIEIGQDGTISIRAMGEGPRVMAEVDRIKLVNPDLKTMTKGLDGSIRSKDGQPAPIDGNVQLVSGFQEASNVNAVDEMTSVLALAKQFELHVKMMTTAKEGDEAMARVLQI PGPT0015490_1917 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015490-flgF-K02391 NA NA D1-35_00523 786 flgG COG4786 Flagellar basal-body rod protein FlgG ATGCTTCCGGCTCTTTGGGTTGCCAAAACAGGTCTGTCCGCCCAGGACACCAACCTTTCCACTATTTCCAACAACCTGGCGAACGTTTCGACCACGGGTTTCAAACGTGATCGCGCCGAGTTCCAGGACCTGCTCTATCAGGTAAAACGCCAGCCAGGCGCCCAGTCGACCCAGGACAGCGAATTGCCGTCGGGCCTGCAAGTGGGTACCGGTGTGCGCATTGTCGGCACCCAGAAGAACTTCAACGCCGGTAGCCTGCAAACCACCGAGCAGCCGCTGGACATGGCCATCGACGGTCGCGGTTTCTTCCAGATCCTGCAGCCGGACGGCACCACGTCCTACACCCGTGACGGTACCTTCCACCTCGACTCCAACGGCCAGATCGTCAACGCCAGCGGTTTCGCCCTGGAGCCGGCCATCGTCATCCCGAACGATGCGCAGACATTCACCGTGGGCCGTGACGGCACCGTGTCCATCACCATCGCGGGCAATCCGGCTGCGCAGGTGATCGGTAACCTGCAGACCGCTGACTTCATCAACCCGGCCGGCCTGCAGGCGGTGGGTAACAACCTGTTCCTGGAAACCGCCGCCAGCGGCGCGCCGCAAGTCGGCACCCCGGGCCTGAACGGTTTCGGCACTACGCTGCAGAACACCCTGGAAACCTCCAACGTGAGCACCGTCGAGGAAATGGTCAACATGATCACTACTCAGCGTGCCTACGAGATGAACTCCAAGGTGATCTCCACCGCCGACCAGATGCTCTCGTTCGTCACGCAGAACCTGTAA MLPALWVAKTGLSAQDTNLSTISNNLANVSTTGFKRDRAEFQDLLYQVKRQPGAQSTQDSELPSGLQVGTGVRIVGTQKNFNAGSLQTTEQPLDMAIDGRGFFQILQPDGTTSYTRDGTFHLDSNGQIVNASGFALEPAIVIPNDAQTFTVGRDGTVSITIAGNPAAQVIGNLQTADFINPAGLQAVGNNLFLETAASGAPQVGTPGLNGFGTTLQNTLETSNVSTVEEMVNMITTQRAYEMNSKVISTADQMLSFVTQNL PGPT0015495_1287 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015495-flgG-K02392 NA NA D1-35_00524 696 flgH Flagellar L-ring protein ATGAATCGCTTTGTATCTGTTCTGGCATTGAGTGGGGTTACCGCGCTGGCGGGCTGTGTCGCGCCAACGCCCAAGCCCAATGACCCGTATTACGCTCCGGTGTTGCCACGCACGCCGTTGCCGGCTGCCGCCAATAACGGCTCGATCTACCAGGCTGGCTTCGAACAGAACCTGTACAGCGACCGCAAGGCTTTCCGGGTCGGTGACATCATCACCATCACCTTGAACGAGCGGACCCAGGCCAGCAAGAACGCCAACTCGCAGATCGACAAGACCAGCCAGACCAGCGTCGGCCTGACGTCGTTGTTCGGCTCCAGCCTGACCACCAACAACCCGATCGGTGGCGGCGACCTGAGCCTCAACGCCGGCTACGGTTCCGACCGCGCCTCCAAGGGCGACAGCCAGTCTGGCCAGAGCAACAGCCTGACCGGTTCGATCACCGTGACCGTCGCCGATGTACTGCCCAACGGCATCATCGCCGTGCGCGGCGAGAAGTGGCTGACGCTCAATACCGGTGACGAACTGGTGCGCATCGCTGGCATGGTCCGCGCCGATGACATCTCCACCGACAACACTGTTCCGTCGACCCGCGTGGCCGATGCGCGCATCACCTATTCGGGCACTGGTGCCTTTGCCGATGCGAGTCAGCCAGGTTGGTTCGACCGTTTCTTCCTCAGCCCGAAGTTCCCTTTCTAG MNRFVSVLALSGVTALAGCVAPTPKPNDPYYAPVLPRTPLPAAANNGSIYQAGFEQNLYSDRKAFRVGDIITITLNERTQASKNANSQIDKTSQTSVGLTSLFGSSLTTNNPIGGGDLSLNAGYGSDRASKGDSQSGQSNSLTGSITVTVADVLPNGIIAVRGEKWLTLNTGDELVRIAGMVRADDISTDNTVPSTRVADARITYSGTGAFADASQPGWFDRFFLSPKFPF PGPT0015420_1191 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015420-flgH-K02393 NA NA D1-35_00525 1107 flgI Flagellar P-ring protein TTGAATCTTAAACAGCTGTTGATCGGTGCCCTGGTGATGTCGGCAGCCTTCACCGCTCAAGCCGAGCGCCTGAAGGACATCGCCAGCATTTCCGGCGTGCGTTCCAACCAGTTGATCGGTTACGGCCTGGTCGTGGGCCTGAACGGTACCGGTGACCAGACCACCCAGACTCCGTTCACCCTGCAGACCTTCAACAACATGCTGTCGCAGTTCGGCATCAAGGTGCCGGCCGGCTCCGGCAACGTGCAGTTGAAGAACGTCGCGGCGGTGTCGATCAGTGCCGACCTGCCGCCGTTCGCCAAGCCCGGCCAGCAAGTGGATATCACTGTCTCGTCCATCGGTAACTCCAAGAGCCTGCGTGGCGGCACCTTGCTGCTGACCCCGCTCAAGGGTATCGACGGCAACGTCTACGCCATCGCCCAGGGCAACCTGGTGGTGGGCGGGTTCGATGCCGAGGGGCGTGACGGTTCGAAGATCACCGTCAACGTTCCGTCGGCCGGCCGTATTCCCGGCGGTGCGTCGGTTGAACGTGCCGTGCCGAGCGGCTTCAATCAGGGCAACAGCCTGACCTTGAACCTCAACCGTTCCGACTTCACCACGGCCAAGCGCATCGTCGACAAGATCAACGACATGCTCGGCCCAGGCGTGGCCCAGGCCATCGACGGTGGCTCGATTCGTGTCACCGCGCCACTGGACCCGAGCCAGCGCGTCGACTACCTGTCGATCCTCGAAAACCTTGAGGTCGATCCGGGCCAGGCGGTGGCGAAAGTCATCATCAATTCGCGCACCGGCACCATCGTGATCGGCCAGAACGTCAAGGTTTCGCCGGCCGCCGTGACCCACGGCAGCCTGACCGTGACCATCACCGAAGACCCGATCGTCAGCCAGCCGGGGCCATTGTCCAACGGCCAGACCGCCGTGGTTCCGCGCTCGCGGGTCAATGCCGAACAGGAAGCCAAGCCGATGTTCAAGTTCGGCCCGGGCACCACCCTGGATGAGATCGTCCGGGCGGTAAACCAGGTCGGCGCGGCACCGGGCGACCTGATGGCGATTCTCGAAGCCTTGAAGCAGGCCGGCGCGTTGCAAGCCGACCTGATCGTGATTTAA MNLKQLLIGALVMSAAFTAQAERLKDIASISGVRSNQLIGYGLVVGLNGTGDQTTQTPFTLQTFNNMLSQFGIKVPAGSGNVQLKNVAAVSISADLPPFAKPGQQVDITVSSIGNSKSLRGGTLLLTPLKGIDGNVYAIAQGNLVVGGFDAEGRDGSKITVNVPSAGRIPGGASVERAVPSGFNQGNSLTLNLNRSDFTTAKRIVDKINDMLGPGVAQAIDGGSIRVTAPLDPSQRVDYLSILENLEVDPGQAVAKVIINSRTGTIVIGQNVKVSPAAVTHGSLTVTITEDPIVSQPGPLSNGQTAVVPRSRVNAEQEAKPMFKFGPGTTLDEIVRAVNQVGAAPGDLMAILEALKQAGALQADLIVI PGPT0015425_1201 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015425-flgI-K02394 NA NA D1-35_00526 1305 hypothetical protein ATGGATATGCGCAAGGGCGCTTTGATCAGCGGCGATTCGGGGTCCTACTCGGACCTCAACCGCCTGAACCAGCTCAAGGTCGGCGACAAGAACAGCGACGGCAACCTGCGCAAGGTGGCGCAGGAGTTCGAGTCGCTGTTCCTTGGCGAGATGCTCAAGTCCATGCGTTCGGCCACCGAAGCGATGGGCAAGGACAATCCGATGAATACTGCCGAAGCCAAGCAGTATCAGGAAATGTACGACCAGCAGCTGGCCGTTTCGATGTCCCGCGAGGGCGGCGGTATCGGCCTGGCCGACGTGCTGCTGCGCCAGATGTCGAAGAACAAACCGACGGCGCCAGGTGAGGCGGCTACGTTGTCCGCCGCCAAGCAGCAAGAGGCGCTGGACAAGGTGACCAAGCCGGTTGTAACGCCGGTGGCCGCCGGAACGCTGCCCACCGACGGGCCTTTGTCGCGCACCAATGGCCAGCGCCCGCTGTGGGCTTCGCGAGCCGTGAACGCGCCGCAAGGTGCAGGCGAGGGCGTGCACCGCAACGATATGGAATTGCTCAACCAGCGTCGCCTGGCGCTGCCGCCGAAACTGGCCGACCGCCTGCTCGCCGGGCTGGTGCCTGCGGCTGCGGCCTCGACCGAGGCGCCCGCACAGAACATCCTGCCTGACCGCGCCGTTGCCGCCGTCAAGCCGGCCACCGGCGAATTGGGCAATGGTGACTGGCTGGCCGCGCTCAAGGATTCCGAGGCCAAAGGGCAGGTACAGGTTTATGGGCGCGCCGTGGCACAACCGCCACTGGCGCCGGCCCGCAAGGCGTTCCGCGATGCTGATGAATTCGTCAATGCGATGTTGCCGATGGCCAAGGAAGCCGCCGAGCGCATCGGTGTCGATCCGCGTTACCTGGTGGCCCAGGCCGCCCTGGAAACCGGTTGGGGTAAATCGGTCATGCGTCAGCCTGATGGCAGCAGCAGTCACAACCTGTTCGGCATCAAGGCCAGCAAGAACTGGACGGGCGATTCGGCGCGGGCAATCACCAGCGAATTCCGCAACGGTGAGATGGTCAAGGAAACCGCCGAGTTCCGCTCCTACGCATCGTACCGCGACAGCTTCCATGACCTGGTCAATCTGCTGCAAAGCAACAGTCGCTATCAAGCTGTGCTGAAGTCGGCCGATAACCCGGAACAGTTTGTACGCGAGTTGCAGAAGGCCGGTTACGCCACCGACCCGAACTACGCCAGCAAGATTTCGCAGATAGCTCGGCAGATGACGAGTCCACAAAACTTCGCTTCGGCAAGCGCTACCACGATTTTATAA MDMRKGALISGDSGSYSDLNRLNQLKVGDKNSDGNLRKVAQEFESLFLGEMLKSMRSATEAMGKDNPMNTAEAKQYQEMYDQQLAVSMSREGGGIGLADVLLRQMSKNKPTAPGEAATLSAAKQQEALDKVTKPVVTPVAAGTLPTDGPLSRTNGQRPLWASRAVNAPQGAGEGVHRNDMELLNQRRLALPPKLADRLLAGLVPAAAASTEAPAQNILPDRAVAAVKPATGELGNGDWLAALKDSEAKGQVQVYGRAVAQPPLAPARKAFRDADEFVNAMLPMAKEAAERIGVDPRYLVAQAALETGWGKSVMRQPDGSSSHNLFGIKASKNWTGDSARAITSEFRNGEMVKETAEFRSYASYRDSFHDLVNLLQSNSRYQAVLKSADNPEQFVRELQKAGYATDPNYASKISQIARQMTSPQNFASASATTIL PGPT0015500_13 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015500-flgJ-K02395 NA NA D1-35_00527 2067 hypothetical protein ATGAGTCTGCTCAACATAGGGATGTCGGGCCTGTCGGCCAGTCAGTTCGCCCTGTTAACCACGGGTAACAACATTGCCAACGTCGATACCGATGGGTATTCGCGCCAGCAGACCGTGCAGGGCACCAAGGCTTCCAATCAATACGGCAACGTGTTCATCGGTTCCGGCACCACCCTGGCCGACGTGCGGCGGGTATACAACGCCTATCTCGAAGCGCAGTTGAAGACCACCACCTCGCTCAACAGTGACGCGGCGGCCTACCAGTCGCAGATTTCCCCGCTCGATGCGCTGTTGTCGGACACCGGCACCGGTCTCAATGGTGCCCTGACCAAGTTCTTCGCCTCGGTGCAGAACGTCAACGCCAAGCCGGGCGACGATGCGTCCCGCCAGTTGCTGCTCAGCGATGCCCAGGCCATGAGCGCCCGGTTCAATTCCGTCGCCAGCGAGCTGAACAAACAGAGCGAGACCATCAACGGCAACCTCAAGACCATGGTCGAGCAGGTCAACAGCCTGGCTAACACCGTGGCTCAGTTGAACAAGAAAATCGCCGAGGTTTCCAACAGCGGTGGCGCACCCAACGACTTGCTCGATACCCGCGGCGAAGTCATTCGGCAGATTTCCAGCCTGACCGGTACCCAGGTCGTGGAAAATGGCAGCAGCCTGGACATCTACCTGGGCTCCGGCCAGCCCTTGGTGCTGGGCACCACGGTCAACAAGCTGGAAACCGTGCCGGACAAGAACGATCCGGGGCGCCTGGGCATCCAGCTCAACAGTGGTTCCAGTGTCATGGACCTCACTCAGGTCCTCTCGGGCGGCGAGATCGGCGGCCTGATGCGCTACCGCAGCACCGTGCTCGACCCGGCCATGAACGAGCTGGGGCGCGTGGCCCTGGTCGTTGCCGACCAGATGAATGCCATCCAGGCCTCGGGCATCGACCGCAACGGTGATTTTGGCTCCAACCTGTTCTCCAATATCAACAGCGCCGCGCAGGTAAGCCAGCGCAGCGTGGCGTCGCTGAACAACAGCACCGGGTCCGGCAACTTCGAAGTGGCCATCAAGGACACCGGCAAGCTGAGCACCAATGACTACAAGGTCACCTTCACCAGCGGCACCGACTACACCGTGCAGCGCCTGCCTGACGGCACGTCGATGGGCAGCTTCAGCACCACGACCAATCCGCCGCCGGAAATCGACGGTTTCTCGATGAAATTCGTCAACGGCACGGCGGCAACCGGCGACTCGTTCAAGCTGACCCCGACCCGCAACGCGGCGGCCAGCATCAAGACCGAGATGACCGACTCCAAGCGGCTGGCGATCGCCGCGCCGCTGGGCGCTGCCATCGCACCCGGCGGCAGCGGCACGCTGACCATTCCGGCCAGCGGCCAGCCGACCCTGACGACCAAGCTGGACATCTACGACGCCGCCACCACCACCATCATCCAGAATGGCATCAAGACGTCCACGCCGGTCAAGGTGGTGTTCGGTGATCCGTCCGCCGATGGCACCAGCCAGCCGTATCAGTTGCTCGATGCCCAGGGCAACGAGATCAGTACCGGTTCGATCAAGCCCGGCGAAAGCAACACCCTGAACCTGACCATTCCGCTCAAGGATGCCAATGGCAACCCGATCACGGATGGCGCGACCCCGCCGGTACAACGCACGGTCGCTTTTGAAATGAGCATCGCCGGCGCACCGACCAAAGGTGCCGCCATCAACGTCACGCTTACCCAGCCCGGCAGCCTGGACAACCGTAACGGCACCGCCCTGGCCGACCTGCAGACAGGCAAGACCGTCGACACCAACAGCAACAGCAAAGGTATTTCCCTGAGCGATGCCTACGGCAAGCTGGTCGAAGGCGTCGGTGCCAAGGCCGCTCAGGGCAAGCTCGACAGCGCCGCCACTGGCGCGATCCTGAAAAACGCCTCGGACGCCCGCGACTCGCTGTCCGGCGTGGACCTGGACGAAGAGACCGGGAACCTGGTGAAGTTCCAGCAGTACTACACCGCGTCCTCGCAGATCATCAAGGCGGCGCAGGAAATCTTCAGCACTTTGATCAACAGTCTTTAA MSLLNIGMSGLSASQFALLTTGNNIANVDTDGYSRQQTVQGTKASNQYGNVFIGSGTTLADVRRVYNAYLEAQLKTTTSLNSDAAAYQSQISPLDALLSDTGTGLNGALTKFFASVQNVNAKPGDDASRQLLLSDAQAMSARFNSVASELNKQSETINGNLKTMVEQVNSLANTVAQLNKKIAEVSNSGGAPNDLLDTRGEVIRQISSLTGTQVVENGSSLDIYLGSGQPLVLGTTVNKLETVPDKNDPGRLGIQLNSGSSVMDLTQVLSGGEIGGLMRYRSTVLDPAMNELGRVALVVADQMNAIQASGIDRNGDFGSNLFSNINSAAQVSQRSVASLNNSTGSGNFEVAIKDTGKLSTNDYKVTFTSGTDYTVQRLPDGTSMGSFSTTTNPPPEIDGFSMKFVNGTAATGDSFKLTPTRNAAASIKTEMTDSKRLAIAAPLGAAIAPGGSGTLTIPASGQPTLTTKLDIYDAATTTIIQNGIKTSTPVKVVFGDPSADGTSQPYQLLDAQGNEISTGSIKPGESNTLNLTIPLKDANGNPITDGATPPVQRTVAFEMSIAGAPTKGAAINVTLTQPGSLDNRNGTALADLQTGKTVDTNSNSKGISLSDAYGKLVEGVGAKAAQGKLDSAATGAILKNASDARDSLSGVDLDEETGNLVKFQQYYTASSQIIKAAQEIFSTLINSL PGPT0015195_245 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015195-flgK-K02396 NA NA D1-35_00528 1566 hypothetical protein ATGCGAATTTCCACCAATCAGTTTTATGACACCTCGGCTGCGAACTATCAGAAGAACTTCGCAAAAGTCCTCAAGACCATGGAAGAGAGCTCAAGCCAGGTTCGCGTGAACACCGCGGCCGATGATCCGGTGGGCGCTTCGCGTCTGCTGCAGTTGGGTACCCAGGCGGCGTTGCTCGACCAGTACGAAACCAACACCAAGACCATCAGGGCGACCCTGGGCACTACTGAAGCGGTCATGGAGAGCATTGGTAACGTGCTGCAGCGCGCCAGGGAACTGTCCGTGAGTGCCGGTAACGCCGGCTACACCGATGCTGACCGTCAAGCCACTGCCTCGGAGCTGGGCCAGATCGAAGAGCAGTTGCTGAGCCTGATGAACTCCAAGGACGAAAACGGCAAGTACATATTCGCCGGGTCCAAGGGCGACACCATCCCGTTCACCCGCAACGACGATGGCACCTACAGCTATAACGGTGATCAGGTCACCCTCGACCTGCCGATCGGCGATACCATGTCCATGGCCACCAACAGCACCGGCTGGGAAGTGTTCCAGCAAGCCGTCAATACCAGCCGCAGCCAGGTCACCATGACCGCGCCGGCAGTCAATGACGGTCGTGTCGTGCTGTCCGACGGCCAGGTGTCGTCCAGTGTCAGCTACAACAGCAAGTTTCGCAGCGGCGAGCCGTACACCGTGGAATTCGTCAGCGGTACGCAGCTGAAAATCACCGACTCGCTCGGTAATGACGTGACGGCGGAAGCCAGCCAGGGCGGCAGTTTCGACCCTGCCAGCAAGAGTGGTCAGGCAGTCAATTTCCGTGGCGTGGAGCTGACCCTGAACATCAATCTGCAAACGGGTGACGACCCCGCCACGGTGTTGCCAGGGCGCACCTTCACGCTGGCTGCCAAGCCGGACACCTTTGTTCCGACACGCAGCCCCGGCAACCCGACAGCGGTGCAGATCACCGGCAGTGAGATCACCGACCCGGTGGCGTACCACGCCAGTTTCCCTACCGGTTCGGCAGTGCTGAAGTTCACCAGCGCTACCGATTTCGAACTTTATGCCGCGCCGCTGACCGCTGACAGCCGGCCGGTTTCCAGCGGTACCCTCGCCGGTAACGTGGCAACAGCTTCGGGCGTCAGCTTCACCTTGAACGGCGCGCCCGCCGCGGACGATCAGTTCAGCGTCGCAATCAACACCCACGAAACCCAGAATATCCTGGACACCGTGAGCCAGTTGAAGAAGGCGTTGAACACCCCTACCAATGGTGACCCTCTCGAGGTACAGAAACTTCAGGCTTCGTTGGCTTCCGGTATCGGTAACCTGGCGAGCGGCACCGATCAACTCTCCAGTGCCCGGAGTTCGGTCGGCGGTCGGGGTCAGTCGCTGGATACCCAAAGCGGCACCAACCAGAGTCTGGTCCTGGCCAACAGCCAGACCCAATCGTCGATTCGTGATTCCGACTCAGCCGAAGTATTGATCCGCCTGACGATGCAAAGCACCATGCTGCAAGCCTCGCAACTGGCCTTCAGCAAAATCGCGCAGTTGGGTCTGTTCAACAAGATCTGA MRISTNQFYDTSAANYQKNFAKVLKTMEESSSQVRVNTAADDPVGASRLLQLGTQAALLDQYETNTKTIRATLGTTEAVMESIGNVLQRARELSVSAGNAGYTDADRQATASELGQIEEQLLSLMNSKDENGKYIFAGSKGDTIPFTRNDDGTYSYNGDQVTLDLPIGDTMSMATNSTGWEVFQQAVNTSRSQVTMTAPAVNDGRVVLSDGQVSSSVSYNSKFRSGEPYTVEFVSGTQLKITDSLGNDVTAEASQGGSFDPASKSGQAVNFRGVELTLNINLQTGDDPATVLPGRTFTLAAKPDTFVPTRSPGNPTAVQITGSEITDPVAYHASFPTGSAVLKFTSATDFELYAAPLTADSRPVSSGTLAGNVATASGVSFTLNGAPAADDQFSVAINTHETQNILDTVSQLKKALNTPTNGDPLEVQKLQASLASGIGNLASGTDQLSSARSSVGGRGQSLDTQSGTNQSLVLANSQTQSSIRDSDSAEVLIRLTMQSTMLQASQLAFSKIAQLGLFNKI PGPT0015505_341 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015505-flgL-K02397 NA NA D1-35_00529 3573 hypothetical protein GTGAATTCACTTCCGCTTGTAAGCATCGTCATCCCCGCGTACAACCCTCGGTTCTTCGACCAGGCACTGCTCAGCGCCTTGGCGCAGACTTACGAAAACATTGAGATCATCGTTTGCGACGATTCGCCTGGCGATGAAATCCGCCATATCGTCACATCCTTCACAGAACCGGCCCATCCGGTCCGTTATCTGAAAAACTCACAACGGCTGGGGCTTCAGGGCAACCTGTTGCGCTGTGTCGAAGAGGCGCAGGGCGAGTTCATCAAGGTGTTGTGCGATGACGATCGACTGTTTGCGCCGAGCATTGCGATGCAGGCTCAGGCGTTGGTGGACCATGCTGACGTGAGCGTTGTGTTCGCGCTTCGATTGTTGTGTGACGCAGGTAACTTCATCCTGCCACCCCGCGTGGACAATTGCCGTTTCTCGCCAAACGACGCTTTGCTCAAGGGCGACGACATGCTGGCGATTTTCGAGAGCACGCCAACCAATTTCATCGGCAATTTCAGTTCGGCCCTGATGCGTCGCGCCGATGTGCTGGAATTGTTGCCTGCGTTGATCCAGGACGGTGCTGGTTTTGTCGCGGTGCTCGATTTTGCCTTGTTTGTCTGCCTGATGCGCCGCGGCAATCTAATTGCCTTGAACACCGTGTTGAGTGTCGAACGTCTGTACCCGGAGCGTTTGAGCAAGACCCCGGAGATGCTCAAGGCCGCAAAAACAGAGTGGGAATGGCTGGCGCAGATGCTGGTTGCGCGCAGTGGTGAAGCGGCTCCGGCCTCGGGTTGGGTGCGCTGCATCGATTTGAATAAGATCACTGAACAGCCTCATGCGTGGCAGGAGCTCTGCGTAACCCGCGTATTGGGCAACCGCAATACCGTCGTCAATGGTCGAGTGGGCGCGCAAAGTGAGAGTTATGCGGACTTCTATCGCGAATGGCTGGCCGTGCGTCGGTTCAGTGAGGTGGAGCGACGCGTCATGCCCGCGCGGGTGGACAGTTGGCCGTTTCGGCCGAATATCGTGCCTTTGATCATCGACGCTCTCGGCGATGCGCCGTCAGTTGCGGCGACGTTACGTAGCATCAAGGACCAGTTATATCCAGCACAGGCCGTGGTAGTGCTTTCCGATGCCCATTGCGAAGTGGACGGGCGAGTGCTGCAACTGCCTTATCAGGCCGATTGGCCGAGCCAGTTCAATGCCATCGTTCCACAGCTGGAAGGTGCGCACTGGTTCTACGTGCTGCGAGCGGGCGACGTGCTGCGCGAGTCGGCGTTGCTGATCCTGGCCGAGCGCGTCGCCGGGAAACAGGGCATCCTATGCGTCTACAGTGATGAAGGCGCGTTGGTGGACGGCGAGTCCTTCGAACCGGTGTTCAAGCCGGATTTCAACCTGGACCTGATGCGCGCCTATCCCTATGTGGGTCGGACCCTGGCTTTCGAGCGTGAACGATTCATGGCCCTTGGTGGTTTTGAACCGGATCACGGTGAACTGGCGCCCCATGATCTGCTCTGGCGCCTGGTGGAAGAGGCTGGCCCTCAGACCATAGAACACATCGCGGAAATCCAGGTCGAGTCGGTCCTGAGCTTCGCTCAATGGTTATCGCTGCCCGAGGTCATCGAGGGCAATGCCCGATTGGTTGGCGCACATCTGAATCGTATCGGCATCGATCATCAGATTTCTCCGGACACATTGCCGTTGATCAACCGCATCAACTATCGACACGGTGGACGCCCGCTGGTATCGATTATCCTGCGTACCGGTGACTCGCTTGCAGCCTTGCAGCGTTGCGCCGAGAGCCTGATCGAACGCACGGCTTACACCCACTATGAAATCCTGATCGTGGACAGCGGCGTCCGGGATCCGGCCATGCTTGATTGGCTTGAGAACATGTCGCTGCTGGGCGCTAGCATGTTGCGGGTACTGCGTCATGTCGGTGAGGGAAATGATGCAGCGGTGTGTAATTTCGCCGCTGCTCAGGCCCGGGGCGAGTACCTTCTATTGCTGAGTCCGCACCTGGCTGTTTGCGAAAGTGACTGGCTGGACGAGATGGTCAATCATGCCCAGCGTCCTGAGGTGGCGGTGGTCGGTGCGAGGATTCTCAGTCCTCAAGGCACGATTGTTGCCGGGGGGCAGATTCTCGGGTTGGCTGGGCCTGTGGGCACGCCGTTCTACGGGGAGCCAGCGGCTTCGCGCGGCTACATGCAACGTTTGCATACGACCCAGAACTGGAGTTCAGTCAGCAGTGACTGTCTGATGGTGCGCAAGCAGGTTTTCGATGAGCTCGGCTGCCTGGACGATGCGTCTTTCACCTTCGGCCTCAGCGATGTCGACCTGTGCCTGCGCGCAGGCAAAAACGGCTATCTGGTGGTCTGGACGCCTTACGCCACGGTCATTAAAAATCACCCTCAATCGACCGCAGCCCAGCCAGAAGAAAACACGTTGGTAGAACGCGAGCGCGAAGTTTTCTTTCGCAAATGGCTGCCGCAGATCGCCCGGGATCCGGGCTACAACCCTGCGCTGAGCCTCGGGGCGTCCAGCTTCAGCCTGGAACCTTCGTTGCGCAACAATTGGAACCCGTTCTGCACCCGCGCCCTGCCATTGATACTTGGCTTGCCGGTCAACGCCACCGCAGTCGGTCATTATCGTGTTACGGCCCCGTTGGCCGAATTGGAGGCCGCGGGGCGGGTAATCGCCCGGGTCGCCTACGAGTCGCCTTCCACCGTTGAGATCGAGCGTCTGTCGCCGGACACGATCGTATTGCAGGGGCGCTACAGCGAAGGGGCCGCCGGCGATATTCTCAGAATGAAGAAATATTCCGGTGCGTTGCGGATTTTCGAACTCGACGATTACGTCGTCCAGGCGCCCAAGAAAAACACGCATGCGCGCAACAAGCCGGCCAACATTGAACAGATGCTGCGCGAAGGAATAGGATTGTGTGATCGCGTGGTGGTGACGACACCTTCGCTCGCGGATGCCTTGTCCAGCATGCACAATGAAATCCGCATCGTACCCAATATGTTGCCGCCCGAGCCGTGGGCGAAGCTGACCAGCCGGCGTGGCGCCTCCTCCAAGCCTCGGGTGGGCTGGGGGGGAGGGACCAGCCACAGTGGCGACCTGGAAATCATTGCAGACGTGGTTCGCGAGCTGGCAAATGAAGTGGAGTGGGTATTCTTCGGCATGTGCCCGGATGCGCTGCGGCCATACATCCATGAGTTCCACGGCTCGGTCGCCCTGAGTACCTATCCATTCAAGCTGGCCAGCTTGAACCTTGACCTGGCCCTGGCCCCGCTGGAGTTCCATATCTTCAACGATTGCAAGAGCAATCTGCGCTTGCTGGAATACGGAGCGTGTGGCTATCCGGTCATCTGCACCGACACCAAGGCCTACGACGGTTTTCTGCCTTGCACCAAAGTGCGCAGCAACAGCACCGAGGAATGGATCGCGGCAATCCGCATGCACCTGGCCGATCCGGACGCCAGCTACCGCATGGGTGACGAACTGCGCGAAGCGGTATTGCGCGACTACATGCTCAGCGGCAAAAACCTGCAGCATTGGTTGTGGGGGTGGTTGCCGGATTGA MNSLPLVSIVIPAYNPRFFDQALLSALAQTYENIEIIVCDDSPGDEIRHIVTSFTEPAHPVRYLKNSQRLGLQGNLLRCVEEAQGEFIKVLCDDDRLFAPSIAMQAQALVDHADVSVVFALRLLCDAGNFILPPRVDNCRFSPNDALLKGDDMLAIFESTPTNFIGNFSSALMRRADVLELLPALIQDGAGFVAVLDFALFVCLMRRGNLIALNTVLSVERLYPERLSKTPEMLKAAKTEWEWLAQMLVARSGEAAPASGWVRCIDLNKITEQPHAWQELCVTRVLGNRNTVVNGRVGAQSESYADFYREWLAVRRFSEVERRVMPARVDSWPFRPNIVPLIIDALGDAPSVAATLRSIKDQLYPAQAVVVLSDAHCEVDGRVLQLPYQADWPSQFNAIVPQLEGAHWFYVLRAGDVLRESALLILAERVAGKQGILCVYSDEGALVDGESFEPVFKPDFNLDLMRAYPYVGRTLAFERERFMALGGFEPDHGELAPHDLLWRLVEEAGPQTIEHIAEIQVESVLSFAQWLSLPEVIEGNARLVGAHLNRIGIDHQISPDTLPLINRINYRHGGRPLVSIILRTGDSLAALQRCAESLIERTAYTHYEILIVDSGVRDPAMLDWLENMSLLGASMLRVLRHVGEGNDAAVCNFAAAQARGEYLLLLSPHLAVCESDWLDEMVNHAQRPEVAVVGARILSPQGTIVAGGQILGLAGPVGTPFYGEPAASRGYMQRLHTTQNWSSVSSDCLMVRKQVFDELGCLDDASFTFGLSDVDLCLRAGKNGYLVVWTPYATVIKNHPQSTAAQPEENTLVEREREVFFRKWLPQIARDPGYNPALSLGASSFSLEPSLRNNWNPFCTRALPLILGLPVNATAVGHYRVTAPLAELEAAGRVIARVAYESPSTVEIERLSPDTIVLQGRYSEGAAGDILRMKKYSGALRIFELDDYVVQAPKKNTHARNKPANIEQMLREGIGLCDRVVVTTPSLADALSSMHNEIRIVPNMLPPEPWAKLTSRRGASSKPRVGWGGGTSHSGDLEIIADVVRELANEVEWVFFGMCPDALRPYIHEFHGSVALSTYPFKLASLNLDLALAPLEFHIFNDCKSNLRLLEYGACGYPVICTDTKAYDGFLPCTKVRSNSTEEWIAAIRMHLADPDASYRMGDELREAVLRDYMLSGKNLQHWLWGWLPD NA NA NA NA NA D1-35_00530 2082 hypothetical protein GTGACCTTTGAAGGCGGCTCCGGTAACGATATCTACAACGTTGCTACAACCGGTGTGAAGATCATCGAACAGGACAACGGCGGTTTCGACGAACTGCGCACCAGAGCCGCAACGACCACCATGGACGTGTTCGTCGAAAAAATGGTGTACACGGGCACGGGCTCTTTTACCGGTTACGGCAACGCCGGTGACAACATCATTATTGGCGGTGCAGGCAACGACGTTTTGTTTGGTGGTGACGGCGCTGATCAGTTCTTCGGCGGTGCGGGGCTTGATGTGGTCGGTTATATCGACAGTAAAGTGGCCGTGAACATCAATCTCAAAACTGGTGTCCATTCTGGTATCGCAGCAGGCGATACTTTCACCGACATTGAAGTCATTCGTGGCACAGGTGCTGCTGATACCGTGGTGGCTGATGACCGGGCCATCGGTTTTGATGGTGGGGCAGGTGTCGACACCATGGATTATTCTGCTTCTTCTGCCGCCATTGACATAGATATCCGCAACGGTGTGGGCAGGGCTGGCATCGGTGGTGACGCAGAGGGCGACACGTTATCGGCGGTGGAAAAGGTCATCGGGACGGCTTTCGATGACACTTTCACCAGCGCGATTGGTAACGTGACCTTTGAAGGCGGCTCCGGTAACGATATCTACAACGTTGCTACAACCGGTGTGAAGATCATCGAACAGGACAACGGCGGTTTCGACGAACTGCGCACCAGCGCCGCAACGACCACCATGGACATATTCGTCGAAAAAATGGTGTACACGGGCACGGGCTCTTTTACCGGTTACGGCAACGCCGGTGACAACATCATTAATGGCGGTGCAGGCAACGATGTTTTGTTTGGTGGTGACGGCGCTGATCAGTTCTTCGGCGGTGCGGGGCTTGATGTGGTCGGTTATATCGACAGTAAAGTGGCCGTGAACATCAATCTCAAGACTGGTGTCCATTCTGGTATCGCAGCAGGCGATACTTTCACCGACATTGAAGTCATTCGTGGCACAGGTGCTGCCGACACCTTCATCGGCGGCTCACAAGCGATGGGACTCGATGGAGCGCTGGGTACAGACTTGGCCAGCTATGAACAATCCACGAGCGCGGTGACCATCGACCTGACAACGAATGTGAACGCAGGTGATGCTGCGGGTGATACGTTTACCGCGATCGAGATATATCAGGGTTCTAGCTTCAATGACACGCTGTTGGGTTCTGCTAAAGCCGACATTTTTATCGGCGGTGCGGGTGCCGATGTCATTGATGGCCGCGATGGCGTGGACCAGGTTTGGTATGTCAACAGTGCCGCCGCTGTGGATATCAACCTTCATACGGGTGTTCACCAAGGAGGCGACGCCCAGGGTGATGTGCTGACTAACATCGAGCGGGTCATAGGCAGCCAGTTCAATGACTCCATGACTGGAGACGGCCAGGCTAACTGGTTGGAGGGTGGGTTGGGCGGCGACACCATTTATGGGGGCGATGGGGACGATTACATTTATGGCGGCTTGTACACGGCTACAGGTCCGATGCTTCTCGGTAGCTCTACCGACGTTACCCAGGCCGATCAGCTCTATGGTGGCCTCGGCAATGATTCGATCACCACGGCCAGCCTGGACACCGGAGCAGTGGCTTACGGCGAAGTTGGCAACGATGGTATTTTGGTGTTCAGCGGCACCGCTGATGGTGGGGTCGGTAACGATACTCTGTTGGGCAAAGGGGATGGTTTCCGCTTATTGGGCGGGGCAGGCAATGACACTTTGACTGTCGCCGAAGGTGGTCGGGGGTTCCTAAATGGAGGTCAGGATGATGATACCTACGTCATAGATACCTACGGCCAAGTCACGATCAAGGATGATGGTACAGGAGGATTTGACCGGGTTCTGCTTAAGAGCATGGAATCTATGGATACCATAACGACCGTGCGAAACGGCAATGACGCCTATATCTTCAATACCTCCAACTACCATTTAGGCCAGTCTCTGTCGGAGACGGGCGTGAAGCTGCAAGATTGGTACGCAGGTTCCAACACCATCGAGCAATTCCAAACCTCCAATGGGGATGTCTTTACGATTCCTGCATAA MTFEGGSGNDIYNVATTGVKIIEQDNGGFDELRTRAATTTMDVFVEKMVYTGTGSFTGYGNAGDNIIIGGAGNDVLFGGDGADQFFGGAGLDVVGYIDSKVAVNINLKTGVHSGIAAGDTFTDIEVIRGTGAADTVVADDRAIGFDGGAGVDTMDYSASSAAIDIDIRNGVGRAGIGGDAEGDTLSAVEKVIGTAFDDTFTSAIGNVTFEGGSGNDIYNVATTGVKIIEQDNGGFDELRTSAATTTMDIFVEKMVYTGTGSFTGYGNAGDNIINGGAGNDVLFGGDGADQFFGGAGLDVVGYIDSKVAVNINLKTGVHSGIAAGDTFTDIEVIRGTGAADTFIGGSQAMGLDGALGTDLASYEQSTSAVTIDLTTNVNAGDAAGDTFTAIEIYQGSSFNDTLLGSAKADIFIGGAGADVIDGRDGVDQVWYVNSAAAVDINLHTGVHQGGDAQGDVLTNIERVIGSQFNDSMTGDGQANWLEGGLGGDTIYGGDGDDYIYGGLYTATGPMLLGSSTDVTQADQLYGGLGNDSITTASLDTGAVAYGEVGNDGILVFSGTADGGVGNDTLLGKGDGFRLLGGAGNDTLTVAEGGRGFLNGGQDDDTYVIDTYGQVTIKDDGTGGFDRVLLKSMESMDTITTVRNGNDAYIFNTSNYHLGQSLSETGVKLQDWYAGSNTIEQFQTSNGDVFTIPA NA NA NA NA NA D1-35_00531 1740 prsD_1 Type I secretion system ATP-binding protein PrsD TTGAAAACCGACAACGCTGTCAGTGCGCCTGTTGTTGCGCCTTCATTAAAATCGCTGTTGCGCCGCGGGCTGATTGGCGCCGCGCTGTTCTCTGGGGTGATCAATATTCTGGCATTGATCGGCCCGGTGTTCATGCTGGAGGTCTACGACCGCGTCATTCCCAGCCAGAGCGTCCCGACCCTGGTCGCCCTGGGGCTGCTGGCGCTAGGGGTTTATGCGCTTTCGGGGCTGCTGGATATTATTCGTTCACGGGTCATGGTGCGCATTGCCTCCTCGCTGGACCTGGCGCTGTCATCCAAGGTCTTCAAAGTCATCGCCGGCGCATCACTGAAGACACCCATTACCGGCGACGCCTTGAAACCGGCCCAGGAGCTGGACCAGATTCGCGGTTTTATTGGCGGACCGGGCCTGGTGGCTTTTTTCGATTTGCCCTGGATGCCGGTCTATCTCGCCGTCTGCTTTTATATCCATCCGCTGTTTGGCCTTTTGACCGTCGGCCTGATGGTCATCCTTATCGGCCTGACCCTGATCACCGACCGCCAGACCCGCAAGCTGATGCAGGCTTCGGTCGATGCGTTGAACAAGCGCAACCACCTCGGTCAGCAAGCTCACCAGAACGCCGAAGCGCTGATGGCCATGGGCATGTTGGCCAACACGTCGAATATCTGGCAGAAGAGCCACGGTACCTTCATCACCCTGCAGCGACGCTCGATCGACATCGGCGGTTTTTACGGTGGTATCTCCAAGACCTTGCGCCAGATCGTGCAGTCGGCCGCCCTAGCCCTGGGGGCATGGCTGGTGATCAAAGGTGACTTGAGCGGTGGCACTATGATCGCGGCGTCGATCATCGTGGCGCGGACCCTGGCACCGGCTGAGCAAGTGATTGCCACGTGGCGCAGCCTGTTGGGTGCCCAGATTGCCTGGAAGAAGCTGGTGGAAGTGTTCGCCCTGTTCCCTGATGTCCAGAGCAAAACCGAGCTACCCGCTGCTCATCGCAGTTTGCAGGTCGAAAACGTTTTTGCGGCGCCGCCCGGCGCGCAGCGCCTGACTTTGCAAAATATCAACTTCATGGTCGCCGCGGGCACCGCCGTAGGCGTGGTAGGGCCGAGCGCATCGGGCAAGTCATCACTGGCGCGCGTGCTGGTCAACGCCTGGACGCCGGCCCGCGGGCATGTGCGGCTCGATGGTGCGCCGCTCGATCTGCTGACCGAACAGGCGCGAGGCAAGTTGATCGGCTACGTGCCTCAAAGCGTCGGTCTGTTCACTGGAACCGTCGCCCAGAACATCGCCCGGTTGGACCCTGCTGCACAGGACAGCGCAATTGTCAGCGCTGCGCAATTGGCCGGCGTGCATGAGCTGATCCTGCAATTGCCCCAGGGCTATGAAACCCAAGTGGGCGAGGGCGGGGTCAACCTCTCGGCAGGCCAACGGCAACGGGTGGCGCTGGCCAGGGCGCTGTTTGGTGATCCGTTCCTGGTGGTGTTGGACGAGCCGAATTCAAACCTCGATGCCGAAGGCGAGCAGGCGCTGGCCAAGGCCATCCTGGCGCTCAAGGCCCGGGGTGCAATCGTGATAGTGATTGCCCACCGCACCAATATCCTGTCGGTGATCGATCAGGTGCTGATCCTCGAACAGGGCGTGCAGGCCGCTTACGGCCCGAGGGATGTCGTCCTTAAGCGCCCTCCCGCAGCGCCTCCCCGGCCCTCCAGCAATGTTGTGGAACTGGGAGCGTCGAACTGA MKTDNAVSAPVVAPSLKSLLRRGLIGAALFSGVINILALIGPVFMLEVYDRVIPSQSVPTLVALGLLALGVYALSGLLDIIRSRVMVRIASSLDLALSSKVFKVIAGASLKTPITGDALKPAQELDQIRGFIGGPGLVAFFDLPWMPVYLAVCFYIHPLFGLLTVGLMVILIGLTLITDRQTRKLMQASVDALNKRNHLGQQAHQNAEALMAMGMLANTSNIWQKSHGTFITLQRRSIDIGGFYGGISKTLRQIVQSAALALGAWLVIKGDLSGGTMIAASIIVARTLAPAEQVIATWRSLLGAQIAWKKLVEVFALFPDVQSKTELPAAHRSLQVENVFAAPPGAQRLTLQNINFMVAAGTAVGVVGPSASGKSSLARVLVNAWTPARGHVRLDGAPLDLLTEQARGKLIGYVPQSVGLFTGTVAQNIARLDPAAQDSAIVSAAQLAGVHELILQLPQGYETQVGEGGVNLSAGQRQRVALARALFGDPFLVVLDEPNSNLDAEGEQALAKAILALKARGAIVIVIAHRTNILSVIDQVLILEQGVQAAYGPRDVVLKRPPAAPPRPSSNVVELGASN PGPT0029385_802 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029385-hasD|prtD|-K12536 NA NA D1-35_00532 1311 prsE_2 Type I secretion system membrane fusion protein PrsE ATGCATACCGATCAAGAAGTCACTCTGACCGATTCCTTGTCCCGTCATCTGCGTTGGGGCGCTATCTCGTTGCTGGTGCTGCTCGGCGGAGGGCTGACCTGGGCGGTATTCACCAATCTGTCCGGCGCAGTCATTGCCACCGGTGTGGTAGCGGTGGAGGGCAGCGTCAAGACCGTCCAGCATCCTACCGGTGGCATCGTCGCCGAATTGCTGGTCAAGGAGGGACAGGCCGTCGCCGCCGGAGACGTGCTGTTGCGCCTCGATGCCACACTGCCCGCCGCCAGCCAGGCCATCGTCAGTAAATCATTGAACCAGGCCTGGGCTCGACTGGCTCGCCTGGAGGCCGAGCGCGACAATGCCGGCGAAGTCGCAATACCCAAAGAGTTGTTGACCCGCATGAGCCTGGAAGAGGCCAAGGCGGTCATGGCTATCGAGCAGCAATTGTTCTTCGACCGTCGAGCGTCCCGTGAAGGCCAGAAAAAACAGCTTCGCGAGCGCGTTCAGCAACTCAACGAAACCATTGCCGGCCATGACATCCAGCAGAAAACCAAGCTGGAAGAAATCGAGCTTATCGACTCGGAATATCAGGCGGTCAAGACGCTGTTCGACAAAGGCATGATGACCCTTGACCGGGTCAATGCCCTGGCTCGGGGGATTGCCCGGCTGCGCGGCGAACGCGGTCAATTGATGGCCTCCATCGCCGAGGCGCGGGGCAAGATCGCCGAAACCGAGTTGCAACGACTCCAGGTCGATCAGACTTTCCGCAGTGAAGTGTCCCAGGAACTGCGCGATCTGCTGGCCCGCCAGGGCGAACTGATCGAGCGGGAAATCACTGCCAGCGACCAACTCAAACGCATCGACATCACCGCGCCTATCGCCGGGCGCGTGCAGCAATTGGCGGTACATACCGTCGGTGGCGTCATCTCACCGGCCGAAGGGCTCATGCAGATCGTGCCGGCAGACGATGAATTGTTGGTGGAGGCGAAGATCAGTGCGCAGGACATTGATCAATTAACTGTCGGGCAATCCGCGACCTTGCGCTTGAGCGCGTTCAACCGCAGCACCACCCCAGAACTGACCGGCACTGTGGTGCGGCTGTCGGCGGATCTGATCGAGGATCAGCGTACCGGAGTGGGGTTTTATCGGGCAGGCATTCGTATCCCCAAAGAACAGGTCGAGCGGATATCCGGCCTTACACTGGTGCCGGGCATGCCGGTCGAGTCGCTTATAAAAACGGGCGACAGAACGGTGTTGTCTTATTTACTCAAGCCTATTGGAGATCATGCCCAGCGGGCATTCAGGGAAGGCTAG MHTDQEVTLTDSLSRHLRWGAISLLVLLGGGLTWAVFTNLSGAVIATGVVAVEGSVKTVQHPTGGIVAELLVKEGQAVAAGDVLLRLDATLPAASQAIVSKSLNQAWARLARLEAERDNAGEVAIPKELLTRMSLEEAKAVMAIEQQLFFDRRASREGQKKQLRERVQQLNETIAGHDIQQKTKLEEIELIDSEYQAVKTLFDKGMMTLDRVNALARGIARLRGERGQLMASIAEARGKIAETELQRLQVDQTFRSEVSQELRDLLARQGELIEREITASDQLKRIDITAPIAGRVQQLAVHTVGGVISPAEGLMQIVPADDELLVEAKISAQDIDQLTVGQSATLRLSAFNRSTTPELTGTVVRLSADLIEDQRTGVGFYRAGIRIPKEQVERISGLTLVPGMPVESLIKTGDRTVLSYLLKPIGDHAQRAFREG PGPT0029390_941 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029390-hasE|prtE-K12537 NA NA D1-35_00533 774 rfbF COG1208 Glucose-1-phosphate cytidylyltransferase ATGAAGGCAGTTATCTTGGCAGGTGGTCTCGGCACGCGGATCAGCGAGGAGTCGCACCTCAAGCCCAAGCCGATGATCGAAATCGGTGGCAAGCCAATTCTTTGGCACATCATGAAGCAGTATTCCGCCCATGGAATTCATGACTTCGTTATTTGCCTAGGCTACAAGGGCTATGCCATCAAGGATTTCTTCGCCAATTACTTCCTGCACACCTCCGATGTTACTTTCGATATGTGCAACAACCGCATGGACGTTCACCAGAACTACAGCGAGCCGTGGCGCGTGACCCTGATCGATACGGGCGAAGAGACCATGACCGGCGGACGGCTGCGTCGGGCGGCCCGTTACCTGGAAAATGAAGAGGCGTTCTGCTTCACCTATGGCGATGGTGTTTCGGACCTCAATATCGGTGCGCTGGTGGATTTTCACCTGGCGCACGGCAAGCTCGCCACGGTCACCGCAGTCCAGCCGCCGGGACGCTACGGCGCGCTAGAGCGCGATGGCGATACGGTCCTGGGTTTTACTGAAAAACCTCGGGGTGACGGTGGCTGGATCAACGGTGGTTTCTTTGTACTCTCGCCGCAGGTCCTGCCTTATATCGCTGACGACCAGACTTCCTGGGAAGCCGAGCCGCTGGCGGCATTGGCGACCGAGCAGCAGCTTCAGGCGTTTCAGCACGACGGTTTCTGGCATCCAATGGACACCCTGCGGGATAAAAACCACCTCGAAGCCCTGTGGCAAAGCGGGGAGGCCCCATGGAAGCAATGGGACTGA MKAVILAGGLGTRISEESHLKPKPMIEIGGKPILWHIMKQYSAHGIHDFVICLGYKGYAIKDFFANYFLHTSDVTFDMCNNRMDVHQNYSEPWRVTLIDTGEETMTGGRLRRAARYLENEEAFCFTYGDGVSDLNIGALVDFHLAHGKLATVTAVQPPGRYGALERDGDTVLGFTEKPRGDGGWINGGFFVLSPQVLPYIADDQTSWEAEPLAALATEQQLQAFQHDGFWHPMDTLRDKNHLEALWQSGEAPWKQWD PGPT0022605_548 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PARATOSE|TRYLOSE|ABEQUOSE|ASCARYLOSE_MODIFICATION,PGPT0022605-rfbF-K00978 NA NA D1-35_00534 1083 rfbG COG0451 CDP-glucose 4,6-dehydratase ATGGAAGCAATGGGACTGAGCGCGGAATTCTGGCGCGGTAAGCGGGTGCTGGTTACCGGTCATACCGGTTTCAAGGGCAGTTGGCTGACGCTGTGGCTGCAAAGCCTGGGGGCCAAGGTCAGTGGTTTTTCCCTTGACCCGGCCACCCAGCCGAACCTGTACGAACTGGCCCGCGTGGGCGAGGGCATCGATGACCGACGCGGCGACTTGCGCGACCTCGGTGCCTTGCTGGAAATCCTGGCGGACGCGCAGCCGGAAATAGTCCTGCATCTGGCAGCCCAGCCGTTAGTGCGCGAAGGTTATCGAGACCCGTTGGGCACGTATTCCAGCAACGTCATGGGCACTCTCAACCTGCTGGAAGCGGTTCGCCAGGTGGGCGGCGTCAAGGCGTGCGTACTGGTTACTACCGACAAGGTCTACGCCAACCAGGAATGGTTATGGCCCTACCGCGAAAACGAGGCCCTGGGCGGTCACGATCCCTATAGCAGCAGCAAGGCCTGCTGCGAGTTGCTGGCACAATCTTACGCTGCCTCGTTCTTTTCGGTTGAGCGCTATGCCGAGCATGGTCTGGCCCTGGCCACTGCGCGGGCAGGCAACGTGCTGGGCGGCGGTGATTTCGCTCCCGAGCGCCTGATTCCTGATGTGCTTAAGGCCTGGTCGGCAGACGAGCCGGTGACGCTGCGTTATCCACAAGCCGTGCGTCCATGGCAGCACGCCCTCGAACCGTTGGCCGGTTACTTGCAGTTGGCTGAGTGCCTGTATCAGCAGGGACCAGAGTTCGCCGGGGCCTGGAACTTCGGCCCGGGTGAGGCTGACATGTGCAGCGTTGGCGAAGTAGTCCAGTTGCTGGCCGAGCGCTGGCCGCAAGCGCCGGGCTTGCGCATCGAGCCGAGCGACTTGCATGAGGCCGGCCTGTTGCGCCTGGACAGCAGCCGCGCCCGGCAACTGCTGGGCTGGCAGCCGCGCTGGTCGCTGCAACAGTGTCTGGGCCAGACCCTGGATTGGCACTTGGCATGGCAGAACGGTGACGACATGCGTCAAGTCACCCTCGGCCAACTGAACCTGTACCGAGGCGGGTTGTGA MEAMGLSAEFWRGKRVLVTGHTGFKGSWLTLWLQSLGAKVSGFSLDPATQPNLYELARVGEGIDDRRGDLRDLGALLEILADAQPEIVLHLAAQPLVREGYRDPLGTYSSNVMGTLNLLEAVRQVGGVKACVLVTTDKVYANQEWLWPYRENEALGGHDPYSSSKACCELLAQSYAASFFSVERYAEHGLALATARAGNVLGGGDFAPERLIPDVLKAWSADEPVTLRYPQAVRPWQHALEPLAGYLQLAECLYQQGPEFAGAWNFGPGEADMCSVGEVVQLLAERWPQAPGLRIEPSDLHEAGLLRLDSSRARQLLGWQPRWSLQQCLGQTLDWHLAWQNGDDMRQVTLGQLNLYRGGL PGPT0019060_318 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PARATOSE|TRYLOSE|ABEQUOSE|ASCARYLOSE_MODIFICATION,PGPT0019060-yfnG|rfbG-K01709 NA NA D1-35_00535 561 rfbC_1 COG1898 dTDP-4-dehydrorhamnose 3,5-epimerase GTGAGCGAATTTTATTTGAAGACATTGCCGCTGGACGGTCTGTTCAGCGTCCAGCACAAACGCTTCGAAGACCAGCGCGGACATTTCGCCCGGCTGTTCTGTGAAGGTAGCTTGAGTGCCTTCGGCCAGCCGTTCCATATCCGCCAGATCAATCATTCCTGCACCCGTGAGCGGGGTAGTGTGCGCGGTTTGCATTATCAGAACGCAGCGCAGCCGGAAGCCAAACTGATCACCTGTCTGCGTGGCGAAGTCTGGGATGTGGCCGTGGATTTGCGACCCGAGTCCGAGACCTTCCTGCGATGGCATGCCGAGCACCTGAAGGCTGGTGATGGCCGCAGTCTGTTGATCCCGGCCGGGTTTGCCCATGGGTTCCAGACCCTGACCGACGACGCTGAGCTGCTTTACTTGCACAGTGCCGACTACGCTCCGGAGCATGAGGGTGGCCTGTCTGTGAATGACCCGCGGCTGGCGATTGCCTGGCCGCTGTCTGTCAATAATCTGTCGAGCCGGGATAGCAACCATCCTTTACTCGACGAACGTTTTGCTGGAGTGCGTCTATGA MSEFYLKTLPLDGLFSVQHKRFEDQRGHFARLFCEGSLSAFGQPFHIRQINHSCTRERGSVRGLHYQNAAQPEAKLITCLRGEVWDVAVDLRPESETFLRWHAEHLKAGDGRSLLIPAGFAHGFQTLTDDAELLYLHSADYAPEHEGGLSVNDPRLAIAWPLSVNNLSSRDSNHPLLDERFAGVRL PGPT0014300_1481 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0014300-rfbC|rmlC-K01790 NA NA D1-35_00536 1227 hypothetical protein ATGAACTGCCGAGGTTGCGGGACTGCCCTGGCTTTGCCACTGATCGACCTCGGTACTTCGCCGCCGTCGAACGCATATGTGCGGGCCGAACAATTGGATCAGGCCGAGCAGTGGGTGCCGCTTAAAGTTGCAGTGTGCCAGCAATGCTGGCTGGTGCAGACCGAGGATTACACCAGCGCGGATGCGCTGTTCGACGCCGAGTACGCCTATTTCAGTTCTTTTTCCAGCACCTGGCTGGCCCACGCCGAGCGTTATGTTGCCGAGATGGTCGAGCGCTTCGACCTGAGCGCTGACAGTCGCGTGGTGGAAATTGCCGCCAACGACGGCTACCTGTTGCAGTTCGTGGCCAAGCGCGGTATCCCGTGCCTGGGGGTCGAGCCGACGCGCAGCACCGCCGAGGCCGCCCGTGCCAAAGGTCTGGAGATCCGCGAGTTGTTCTTTGGTCGCGAAACGGCCGCGCAGCTGGAGGGCGAAGGCTGGGCAGCGGATTTGATGGCGGCCAACAACGTATTGGCCCACGTGCCGGACATCAATGATTTCCTCGCCGGGTTTGCCACCCTGCTCAAGCCGACCGGTGTCGCCACGTTCGAGTTTCCGCAACTGCTCACATTAATGGCCGGGCAGCAGTTCGACACGCTCTATCACGAACATTTTTCTTACTTGTCGCTGACGTCCGTGCAAACCCTGTGCGAGCGCAATGGGCTTGAAGTCTTCGATGTCAGCCAGCTGTCGACCCATGGCGGTTCGTTGCGAGTCTTCGTCCAGCGTGTCGACGGCATTCGACGCCCGGTCCAGTCCTCGGTGCAACAACAGTTACAGGCCGAACTGGATGCCGGCGTGAAAACCGCCGCGTACTACGCCACCCTGGCGCCGGCTGCCGAAGCGATCAAGCATGGCCTGTTGCGCTTTTTGTTGCAGGCCAAGGCCGATGGTAAGCACGTGGTCGGTTACGGCGCGGCCGCCAAGGGCAACACCTTGCTCAACTACGCCGGGGTCAAGCCTGATCTGCTGGCGTGGGTGGCGGATGCCAATCCGCACAAGCAGGGTAAATATTTGCCGGGCAGTCGGATTCCTGTCGTGTCGCCTGAGCGTATCGCAATAGAGAAACCCGACTACGTTGTCGTCCTGCCCTGGAACTTGCTGAGCGAAGTCAGCCAGCAGCTGGTTGAGGTTCGTCAATGGGGCGGGCAATTCGTCATCGCGGTGCCTGAGCTGACGCTGCTATGA MNCRGCGTALALPLIDLGTSPPSNAYVRAEQLDQAEQWVPLKVAVCQQCWLVQTEDYTSADALFDAEYAYFSSFSSTWLAHAERYVAEMVERFDLSADSRVVEIAANDGYLLQFVAKRGIPCLGVEPTRSTAEAARAKGLEIRELFFGRETAAQLEGEGWAADLMAANNVLAHVPDINDFLAGFATLLKPTGVATFEFPQLLTLMAGQQFDTLYHEHFSYLSLTSVQTLCERNGLEVFDVSQLSTHGGSLRVFVQRVDGIRRPVQSSVQQQLQAELDAGVKTAAYYATLAPAAEAIKHGLLRFLLQAKADGKHVVGYGAAAKGNTLLNYAGVKPDLLAWVADANPHKQGKYLPGSRIPVVSPERIAIEKPDYVVVLPWNLLSEVSQQLVEVRQWGGQFVIAVPELTLL NA NA NA NA NA D1-35_00537 858 tll dTDP-6-deoxy-L-talose 4-dehydrogenase (NAD(+)) ATGAAGGTGTTAGTGACTGGCGCCACCGGGTTTGTCGGCCGTCATCTGGTCGCGGCCCTGCTCGCTCGCGGTTGTCAGGTCAGGGCCGTTGCGCGCCGGGAGGAGCCTGCCAAGGCATTGCCCTGGTTCGACCGGGTTGAATTCGTCGCGGCCGATGTCCATGCCGAAGAACTGGACGTTGCTGCATTGGTCGAGGATGTCGATGCCTTGGCGCATCTGGCGTGGCCGGGATTGCCGAATTACCAGGCACTGTTTCATTTCGAACATAACCTGATGGCCGATTATCAGTTCATCAAAAAGGCGGTCATGGCGGGAGTGGGCCAGGTGCTGGTCACGGGGACCTGTTTCGAATATGGCCTGCAGAGCGGACCGCTCGATGAGCAGACTGCGCCGCAACCGGCCAACCCTTACGGCTTGGCAAAAAACACCTTGCGCCTGTTCCTTGAACACCTGCAACGCGAGCACCCGTTCACCTTGCAGTGGGCACGTTTGTTCTATCTGCACGGCGCTGGTCAGAACCCCACCAGCCTGCTCGCGGCGCTGGACCGGGCCATTGATGCCCAGGCGCCGGTATTCGATATGTCGGGTGGCGAGCAGTTGCGCGATTACCTGGCAATCGAAACAGCGAGTGCTTATCTGGCGGGGCTGCTGTCGCGGCGCGAATTCAATGGTGTCGTCAATTGCTCAAGTGGCGAGCCGGTGTCGGTTCGTGCGCTGGTAGAAGCAAGGTTACGTGAGCGTGGCGCGGCCATTCGCCTGAACCTCGGTCATTATCCGTATCCGACTCACGAACCCATGGCGTTCTGGGGCGTGGCCGAACGTTTGCATACTTTGTTGGGAGCCGAACATGACGCGTGA MKVLVTGATGFVGRHLVAALLARGCQVRAVARREEPAKALPWFDRVEFVAADVHAEELDVAALVEDVDALAHLAWPGLPNYQALFHFEHNLMADYQFIKKAVMAGVGQVLVTGTCFEYGLQSGPLDEQTAPQPANPYGLAKNTLRLFLEHLQREHPFTLQWARLFYLHGAGQNPTSLLAALDRAIDAQAPVFDMSGGEQLRDYLAIETASAYLAGLLSRREFNGVVNCSSGEPVSVRALVEARLRERGAAIRLNLGHYPYPTHEPMAFWGVAERLHTLLGAEHDA NA NA NA NA NA D1-35_00538 1071 hypothetical protein ATGACGCGTGAGCTATACCGGGCCACCGGCCTTCCGGTTCTGCAGAACCGTACCTTCGCCAACGAGCAGTCGGCCAGAGCCTCGGCGAGCGCCGACATGGTGTTGGTCCAGGACGACGTGAGCGGGTTGGTTTTCAATCAGGCGTTCGATGCTGACAAGCTCAGCTATGACAGCGATTACCAGAATGAACAGGCCTATTCCGGTCAGTTCCAGAAGCATCTTGCTGACGTGGAAGGCATCATCGCCCGGCATTTCAGCGGCCAGGAATTGATCGAGGTCGGTTGCGGCAAAGGCTATTTTCTGGAACTGCTCAAGGAGCGTGGCTACACGATCACGGGTATCGATCCCGCCTATGAGGGCGACAGCGCAGGCGTGATCAAGGCGCCGTTCACTCGCGAACTGGGCCTGTCCGCCGATGCGGTGGTGTTGCGTCATGTGCTGGAGCATATCCAGGACCCGGTGGCTTTTCTTGCTGAGATCGCGGCGGCCAACCAGGGCGGACAGATTTACATCGAGGTGCCGTGCCTGGACTGGATCCTCGAACATCGTGCCTGGTTCGACCTGTTCTACGAACATGTCAACTATTTCCGCCTCGCTGACCTGCACCGGATGTTTGGCACGGTACATGAGGCCGGGCACCTGTTCGGCGGTCAGTACCTGTATATCGTTGCTGATCTGGCCACGTTGCGCCTGAAGCCGGATCAGCCCGTTCCAGCCTTGCAATTGCCCAACGGATTCACCGCCAGTCTCGGTCACGCCGTGCAGATTGTTCAGGCTGCGCCGCGGCAAGGCTCGGCGATCTGGGGGGCGTCGTCCAAGGGCGTGATCTACTCGCTATTCCTGCAACGAGCCGGTGTTGCAGTGGACTGCGTGGTGGATATCAACCCGGCCAAGCAGGGGCGATACCTGCCGTTGAGTGGGGTGCGGGTTTCCTCCCCCGAGGAGGCGATGGCTGCTCTACCTGAAGGGGCGCATGTATTTGTCATGAATTCTAATTACCTCGAAGAGATCAAGCGGATGACCGGTGGGCGCTACGTCTACCACGCCGTTGACAGCGCTTCGTTTCAATAA MTRELYRATGLPVLQNRTFANEQSARASASADMVLVQDDVSGLVFNQAFDADKLSYDSDYQNEQAYSGQFQKHLADVEGIIARHFSGQELIEVGCGKGYFLELLKERGYTITGIDPAYEGDSAGVIKAPFTRELGLSADAVVLRHVLEHIQDPVAFLAEIAAANQGGQIYIEVPCLDWILEHRAWFDLFYEHVNYFRLADLHRMFGTVHEAGHLFGGQYLYIVADLATLRLKPDQPVPALQLPNGFTASLGHAVQIVQAAPRQGSAIWGASSKGVIYSLFLQRAGVAVDCVVDINPAKQGRYLPLSGVRVSSPEEAMAALPEGAHVFVMNSNYLEEIKRMTGGRYVYHAVDSASFQ NA NA NA NA NA D1-35_00539 738 COG3510 Rhamnosyl O-methyltransferase ATGACCGACAACACTATCCATAAAGCATTCGAAGCCCAATGCCAGACCGAAATCGCCGGTCAAGGCCAAGATCAGAAACTCGTCGGCCTGGCCAAGGCGTTTTTCAACGAATCGGCCCGCCACAAGTACAGCTACCATTTTTCATGGATGGGGCGGCCGATCATCCAACTGCCACAGGACATGATGGCCATGCAGGAACTGATCTGGCAGATCAAGCCTGACCTGATCATTGAATGCGGTATCGCCCACGGCGGTTCGATCATCTATTACGCTTCGTTGCTGGAGTTGCAAGGCCACGGCGAAGTGCTGGGTATCGACCTGGATATTCGCCCGCACAATCGCGAAGCCATCGAGAGCCATCCGATGAGCAAACGCATCTCGATGATCGAAGGTTCGAGTATCGATCCGGCCATCGCCGAGCAGGTGCGTGCAGCGGCCAAAGGCAAGAAAGTCATTCTGGTACTCGATTCCAACCACACCCATGACCATGTACTTGAAGAGCTGCGTCTGTATGCGCCGTTGGTTTCGGTGGGCAGCTACTGCGTGGTGATGGACACGGTGGTGGAAGACATGCCGGCGGACTTCTTCCCGGATCGCCCATGGGGGCCGGGCGACAACCCTAAAACCGCGGTGTGGAAATACCTCGAAGAAAACGACAGCTTCGAAATCGACCAGCAACTGCAGAACAAACTCCTGATCACCGTTGCCCCGGATGGTTATCTGCGTCGGGTTCGTTAA MTDNTIHKAFEAQCQTEIAGQGQDQKLVGLAKAFFNESARHKYSYHFSWMGRPIIQLPQDMMAMQELIWQIKPDLIIECGIAHGGSIIYYASLLELQGHGEVLGIDLDIRPHNREAIESHPMSKRISMIEGSSIDPAIAEQVRAAAKGKKVILVLDSNHTHDHVLEELRLYAPLVSVGSYCVVMDTVVEDMPADFFPDRPWGPGDNPKTAVWKYLEENDSFEIDQQLQNKLLITVAPDGYLRRVR NA NA NA NA NA D1-35_00540 2919 hypothetical protein ATGCTTCAAAACAACGTGGCACCGCTGAACGAGCGGTTCACCGTGGTGGTCATTTCCCACAACCGCAGCGCATTCCTGCGCCGCACATTGCATTACTACAGCAGCTATCCGTGCTCGGTGCTGGTGCTGGATTCCTCGGTGGAGCGGGATGATCAGATCGCCCGGGATTTTCCATCGGTCGATTACCGCCACTTGCCTCAATTCACCTACAAAGGGCTTCAGGAAAAATTGACCTATGGTGTCAACCAGGTCAAAACGCCTTATATGGTGTTCGCCGCCGATGACGATTTCCTGCTGCATGATGCCTTGACCGAGTCGGTGGAGTTTCTCGAAGCCAACCCCGACTACGGCCTTTGCCACGGCTACGGCATCATGTATTTGTCCTGCGCGACAGAAGTCTGCTACTTCCGCCGAGACCGCAAGGTGCACGAGGACTACGACAGCGAACTGGCCGAGGACCGGGTGATCCGCTTCATGGATCAGTTCCTGCCGCCGTTCTACGCCGTTACCCGCACTGACCTGCTGCAACAGTGGTACGGCATGCTGCCGCCAGGCACCAGTTTCGAGTGGCAGGAAATCGGCCATAGCTTTTACCTATTGGCTTGTGCCAAGGCACGGATCCTGCCGATTCCGTTCGCCGTGCGCGAACTCAACTACGGCGGCTCCGAACACAACACCAACGTGCTGACGGTGCTGAGTTACAAAGACGCCAAAAGCGTCGCCGAGCGTGAGCAGTTCGCCGAGTTCCTGGCGTCTCTCCCTACGCCTCTGCGCGAGCAGGCGCCGGGGCGCGTCAAGCAGATTGCCCTGGACAGCTTCGCGGCCATGGCTGACTGCCTGCTGCAGGGGCGCTCACTCAAAGGCACGCAGATCATCCGCTCGACATGGCTGGAGGCGGGGGGCGAGCCGGTCCGTTCGTTTGGCCCACAGCAATTTGTCGAAATGCCGTTCTACAATCAGCGGGTCTTCGACCTGCTCACTCAATTTGAGTTCCTGCTGCATGCAATGCCGGCCGGTCGCCTTCAGCTTCAGCAGTTGGAAGGCATCCTGCTGCGTCAGCATGAACTGATGCGGCTGCAACCTAACGACAACGAGCGCACGATACGCAGCCGGTTATGGGAGGCCCAGAGCCTTTACGCATTCAACCGCACAGTGGTCAAGCGCCTGGCCGAGTCGTTGAAAAACAGCGACGAACCAGACGAAGCGGTGAAATTGCAGGCCTGGGCCGAGCGGCTGGATTCGGTGCCGGGCCAGCAGGATCGCCGGTTGCTGGATAACATGCACTCCGGCCGTCTGTTGAGCTGGCTTGAAGCACGCAGCCCCAACGCCCAACAGCTCACATCCATTGCAGCCCATCTGGTCGAGCATCAGGGCGGACCGCGCTTTGGCATTCTGCTGCTGGACCTGGACGCTGACATGTTCAAGCTACAGGCCACCTTCGACAGTCTGGTCAATGGCCACTGCAAGGCGTTCAACGTGGTGGTCTTCACCACCGGCGACCTGCCGGCGACCACCACCGTGCGCGACACCGTGCACTTCGTCAAAGTCAGCACCTCCAATTATGTTGAGCGCGTCAATCAGATCATCGGGCAATCGACTGCTGACTGGATGGTGCTTGCCGAGACCGGTGACCAGTTCACCCCGAGTGGCCTGTTGCGCGCGAGCCTCGAGCTGATCGATGCCGACGGCGTTCGCGCGGTGGCCATGGATGAAATCCAGCGTAAGGCTGATGGCAGCCTCATCGATGTGTTCCGCCCTGGCGTCAATCTCGATTTCCTGCAATCGGTGCCTTCGCTGATGGCGCGGCATTGGCTGATTAATCGCCAAGTGCTGGCCCAGGCCCGAGGATTCACGCCCGAATACACCCAGGCCCTGGAGCAGGATCTGCTGTTGCGCCTGATTGAAGACGCAGGGCTGGCCGGCCTGGCGCACCTGGCCGAGCCGTTGCTGATCTGCGACGCCCCGCCGGAAGAGGAAAAGCCCCAGGAGCGTCAGGTACTGACGCGCCACCTGGCCGCCCGCGGCTATCGCGCCCAGGTCATCTCGGCGCTACCGCTGACATACCAGATCGATTACCAGCATGCCGAGCGGCCACTGGTGTCGATCATTCTCGAAAGTCGAGACAATTTCGAGCAGGTACAGCAGGCGCTGGTCAGCGTGCTGCAACGCACCCGCTACCATCGGCACGAAATATTGGTTGCCGATAACCACAGCCGATCCGAGGAACTGGCTCAGTGGCTCGATAGCCTGGAAGGCAAGGGCGAGCGGATCCGCGTTCTGCGCAGCGACAGTCGCCTCAGTGCGTCGGCTCTGTACAACTGGGCGAGCTCGCAAGCCAAGGGCGAGTATCTGGTGCTATTGTCGGCCGAAGTGCAGGTGATCAATGCCAACTGGCTCGACAGCCTGCTCAATCAGGCCCAGCGGCCCGAGGTGGGGATTGTCGGCAGTAAGCAAATGGATAACCGTGGTATCACTACCCAGGCAGGGCTGGTACTGAAGCCCGATGGGAGGGTGGCCTCGGTGTTCGTTGGCGAACGCAAGGACGCCAAGGGCTATCTTAACGGCCATCAGGCGGAACAGAACTACTCGGCGGTGTCCGGCGCGTGCCTGATGATCCGCAAAGACTTGTTCGAAGCCGTTGGCGGCCTGGACGAGGAACATTTCGGTGAAGCGTTTGCCGACGTCGACCTGTGCCTGAAAGCGGCGGATGCGGGTTATCTCACCGTCTGGACTCCCCAGGCCCAAATGCTGCACTCCGGTACGTTCCCTGATGCACCGGAGGCGACCAAGGTCTTGCGCAACAAGTGGGAGGCGCGCTTCAGCCATGACGCGGTGCGTAACCCAAACCTGGCCTTGACCGGAACCGGCTTTGCGCTGGGCACCGCTGCGGCAGTGGATTGGGCAAGGTTGCTCGCATAG MLQNNVAPLNERFTVVVISHNRSAFLRRTLHYYSSYPCSVLVLDSSVERDDQIARDFPSVDYRHLPQFTYKGLQEKLTYGVNQVKTPYMVFAADDDFLLHDALTESVEFLEANPDYGLCHGYGIMYLSCATEVCYFRRDRKVHEDYDSELAEDRVIRFMDQFLPPFYAVTRTDLLQQWYGMLPPGTSFEWQEIGHSFYLLACAKARILPIPFAVRELNYGGSEHNTNVLTVLSYKDAKSVAEREQFAEFLASLPTPLREQAPGRVKQIALDSFAAMADCLLQGRSLKGTQIIRSTWLEAGGEPVRSFGPQQFVEMPFYNQRVFDLLTQFEFLLHAMPAGRLQLQQLEGILLRQHELMRLQPNDNERTIRSRLWEAQSLYAFNRTVVKRLAESLKNSDEPDEAVKLQAWAERLDSVPGQQDRRLLDNMHSGRLLSWLEARSPNAQQLTSIAAHLVEHQGGPRFGILLLDLDADMFKLQATFDSLVNGHCKAFNVVVFTTGDLPATTTVRDTVHFVKVSTSNYVERVNQIIGQSTADWMVLAETGDQFTPSGLLRASLELIDADGVRAVAMDEIQRKADGSLIDVFRPGVNLDFLQSVPSLMARHWLINRQVLAQARGFTPEYTQALEQDLLLRLIEDAGLAGLAHLAEPLLICDAPPEEEKPQERQVLTRHLAARGYRAQVISALPLTYQIDYQHAERPLVSIILESRDNFEQVQQALVSVLQRTRYHRHEILVADNHSRSEELAQWLDSLEGKGERIRVLRSDSRLSASALYNWASSQAKGEYLVLLSAEVQVINANWLDSLLNQAQRPEVGIVGSKQMDNRGITTQAGLVLKPDGRVASVFVGERKDAKGYLNGHQAEQNYSAVSGACLMIRKDLFEAVGGLDEEHFGEAFADVDLCLKAADAGYLTVWTPQAQMLHSGTFPDAPEATKVLRNKWEARFSHDAVRNPNLALTGTGFALGTAAAVDWARLLA NA NA NA NA NA D1-35_00541 1002 pseB COG1086 UDP-N-acetylglucosamine 4,6-dehydratase (inverting) ATGTTCAACGGTAAATCGATCTTCATCTCAGGCGGCACCGGCTCGTTCGGGCGTAATTTCATCCGCCGGTTGCTGGAGCAGTACCAGCCCAAGCGCGTGGTGGTGTTTTCCCGCGATGAGCTCAAGCAGTACGAGATGCAACAAACCTTCAATGCTCCCTGCATGCGTTATTTCCTGGGAGACGTGCGTGACGCCGATCGTCTGCGCCAGGCCATGCGCGGGATTGATTATGTGGTGCATGCAGCAGCGCTCAAACAAGTGCCCGCGGCTGAATACAATCCCACCGAATGCATTCGCACCAACGTCAATGGCGCAGAAAATATCATCGCAGCGGCGATCGAGAACGGTGTGAAAAAAGTCGTTGCACTGTCCACTGACAAAGCGGCCAGCCCAATCAACCTGTATGGCGCGACCAAGTTGCTGTCGGACAAATTGTTCGTGGCGGCCAACAATATCGCGGGTGAACAGCAGACCCGGTTCGCCGTCGTGCGCTATGGCAATGTTGCCGGCTCCCGGGGTTCGGTGGTGCCGTTCTTCAGCAAGCTCATCGCCGAGGGCGCGACGGAGCTGCCAATTACCGATGAACGTATGACTCGCTTCTGGATCACCCTCGATCACGGTGTGCAATTCGTGCTGGACAGCTTCGCCCGCATGCACGGCGGCGAAGTGTTCGTGCCGAAGATTCCATCGATTCGCATCATCGATTTGGCGTCGGGCATGGCTGGACATTTGCCGCGCAAGAACGTGGGCATACGCCCCGGTGAAAAACTACATGAGTTGATGGTGCCGCTGGATGATGCACGCATGACGATCGAGTTCACAGACCATTACACAATCCAGCCGTCGATTCGCTTCACCAACGTGGATGTGGATTTCGCTATGGACAACCTGGGCGAACGAGGCACTCCCGTCGCGGAGGACTTCGAGTATCGTTCTGACACCAATCCTCACTTTTTATCGGTGGAACAGATCGCCGATCTGCACGCCCGGCTATCGGTATGA MFNGKSIFISGGTGSFGRNFIRRLLEQYQPKRVVVFSRDELKQYEMQQTFNAPCMRYFLGDVRDADRLRQAMRGIDYVVHAAALKQVPAAEYNPTECIRTNVNGAENIIAAAIENGVKKVVALSTDKAASPINLYGATKLLSDKLFVAANNIAGEQQTRFAVVRYGNVAGSRGSVVPFFSKLIAEGATELPITDERMTRFWITLDHGVQFVLDSFARMHGGEVFVPKIPSIRIIDLASGMAGHLPRKNVGIRPGEKLHELMVPLDDARMTIEFTDHYTIQPSIRFTNVDVDFAMDNLGERGTPVAEDFEYRSDTNPHFLSVEQIADLHARLSV PGPT0018935_803 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 D1-35_00542 1161 arnB_1 UDP-4-amino-4-deoxy-L-arabinose--oxoglutarate aminotransferase ATGATTCCCTACGGTCGGCAAAGCCTCGATCAGGCTGACATCGATGCCGTCGTCGCCGTGTTGCAGTCCGATTGGCTGACGCAAGGGCCGGCGATTGAATGTTTTGAACAGGCCATGGCCCGTCGCTGCCGGGCCGGTTATGCCGTGGCGGTGTGCAACGCGACCGCCGCGCTGCACATCGCTTGCCTGGCTGCGGGGCTTGGGCCTGGGGATCGCTTGTGGACCACGCCAAACACTTTTCTGGCCTCAGCCAATTGCGGCCGTTATTGCGGCGCGCAGGTGGATTTCGTCGATATCGATCCGCTGACCTGGAATCTCGATGCCGTTGCCTTGGCCATAAAACTCGACAGGGCCGAGTGTGACGGGACCCTGCCAAAGGTCTTGGTGGCGGTAGCCTTCTCCGGGCAAAGCTGTGACATGCGTGAGATCTCTCGCCTGTCCGAGCGATACGGCTTCACGGTCATTGAGGACGCCTCTCATGCCGTGGGCGCGTCTTATGCCGACAGGCCAGTGGGGTGTGGCGAATTCGCGGACATGACGGTGTTCAGTTTCCATCCGGTGAAAATCATTACCAGCGCTGAAGGCGGGATGGTCCTGACCAATCGCCCGGAGCTGGCGCAGCGCCTGCAACGTCTGCGCAGCCATGGGATGACCCGTGACGCCGCGCAGATGAGCGAGCCCAGCCATGGGCCCTGGTACTATCAGCAGGTGGAGCTGGGTTTCAATTACCGTATCACGGATCTTCAAGCTGCCCTGGGGCTTTCCCAGTTGGACAAGCTCGATGGGTTTGTCGCCCGGCGTCGTGGTTTGGCGGCGCGCTATAATCAGTTGCTGGGTGGTTCGCCGCTGACCTTGCCCGGCGTGCAAGCCGACGCCGAATCGGCCTGGCATTTGTATGTGGTGCGCTTGCGACTTGATGAGATTTCCCTCAGTCATCGTCAGGTTTTCGAAGGCTTGCGCGCGGCCAAGATCGGCGTGAACCTGCATTACATACCGGTCCATTTGCAACCGTATTACCGCGATCTGGGATTTGCCCAAGGTGATTATCCACAGGCTGAACGTTATTACGCCGAGGCCATCAGCCTACCGATGTTTCCTTCCCTCAGCGACGAACAGCAGGACTATGTGGTTGGGCAACTGAAACGATTGCTTGAGGAGTAA MIPYGRQSLDQADIDAVVAVLQSDWLTQGPAIECFEQAMARRCRAGYAVAVCNATAALHIACLAAGLGPGDRLWTTPNTFLASANCGRYCGAQVDFVDIDPLTWNLDAVALAIKLDRAECDGTLPKVLVAVAFSGQSCDMREISRLSERYGFTVIEDASHAVGASYADRPVGCGEFADMTVFSFHPVKIITSAEGGMVLTNRPELAQRLQRLRSHGMTRDAAQMSEPSHGPWYYQQVELGFNYRITDLQAALGLSQLDKLDGFVARRRGLAARYNQLLGGSPLTLPGVQADAESAWHLYVVRLRLDEISLSHRQVFEGLRAAKIGVNLHYIPVHLQPYYRDLGFAQGDYPQAERYYAEAISLPMFPSLSDEQQDYVVGQLKRLLEE PGPT0022785_638 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PEROSAMINE_MODIFICATION,PGPT0022785-per|rfbE-K13010 NA NA D1-35_00543 702 neuA COG1083 N-acylneuraminate cytidylyltransferase GTGAGCGCAATCGCGATCATTCCTGCCCGTGGCGGCAGCAAGCGCATTCCCCGCAAGAACCTCAAGCCATTCGATGGCGTGCCGATGGTTGTCCGCTCGATTCGCACGGCGCTGGAGTCGACGTTGTTCGACGCGGTGTTCATCAGCACCGATGACGAAGAAATCGCCGAAGTGGCGAAGGCTCACGGTGCGCAGGTGCCATTCCTGCGACCGGCAGCGTTAGCGGATGATTTCACCGGAACGGCGACGGTGATTGTCCATGCCCTGAATGAATTGCGTGCGCGTTCGTTCGACTTTGTCTGTTGCATTTATGCCACCGCCCCCTTGTTGCAACCGCGGTTTCTACGTGAAGGTTTTGACTTACTGCGCGAGCATCCCGAGAAGTCGTTCGCGTTTTCCGTGACCGGTTTTGGCTTTCCGGTGCAACGTGCATTGACACTGGACGAACAGGGCGCGTTGACGCCTCTGTACCCGCAATTTCGCGACACCCGCTCCCAGGACCTGGCCGAAGCTTTTCAGGATGCTGGCCAATTCTATTGGGGGCGCCGGGACGCCTGGTTGCGTGGCGATGCATTGTTTTCGCCGAAAAGCCTGCCGGTAGTGCTGCCTCGTCATCTGGTGCAAGACATCGATACAGCCGAAGACTGGAAGCGCGCCGAGTATCTCTACGCCGCTTTGAAAGCAGGCGGTGAATTGCAATGA MSAIAIIPARGGSKRIPRKNLKPFDGVPMVVRSIRTALESTLFDAVFISTDDEEIAEVAKAHGAQVPFLRPAALADDFTGTATVIVHALNELRARSFDFVCCIYATAPLLQPRFLREGFDLLREHPEKSFAFSVTGFGFPVQRALTLDEQGALTPLYPQFRDTRSQDLAEAFQDAGQFYWGRRDAWLRGDALFSPKSLPVVLPRHLVQDIDTAEDWKRAEYLYAALKAGGELQ PGPT0022745_140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022745-pseF-K15899 NA NA D1-35_00544 1506 hypothetical protein ATGAGAGTGCTGATCCGCGCCGACGCTTCACCCAGCATCGGCAGCGGGCACATCGCCCGTTGCCTGACCTTGGCGCGAGTCCTGCGCGGGCAGGGCGCGCACGTCGCGTTCGCCTGTCGGTTGCTCATCGGGCATCGTCTGCACGCCTTGGAGGCCGAGGGCTTCGAGACGTTCTCCCTGCCGGACTTTTATCCCGGAGAAGATCCGCAACAGTCCATCGAGTCATTGTTGCCCTGGCAAGCGGATATCGAGGCGTTGGAGCAGGCGCTGGCCGATAGGCCCGGTTTCGACTGGATCATCGTTGACCACTATGGTCTGGATCATAATTGGCAGACCGCTGCCCGGCGCCTTGCGCCAAGGATCATGGCGGTGGATGACCTGGCGACCCGGACTTATAGCGTCGACCTCCTGCTTAATCAGAATCTGTCCGGTACCCAAGCTGCGTATGAAGGGTTGCTGCCCGAGCATTGCCGTACGCTGCTGGGACCGCGTTACGCGTTGTTGCGCGATGAGTTTCGTTGCGGGGCGATCGAGATAAAACCGAAGGTCAGGCGCGTGCTTGTCAATTTCGGCGGTTTTGATGCGGCGATGCAGACTCATCACGCAATGCTGGCGCTGGCGGATTACCCTGAGCTGGAAGTGGATTTTGTTGCCGGTGCGGATAACCCGGCGTGGGCTCGCATGCAACGGATGGCGGCAAGTCGTCCCCATTGGCGATTGCACAGTTTCGTCAGTCATTTTCATCGGCTCATGCTGGAGGCCGACCTGTTCATTGGTGCCGGTGGTGGAACCAGTTGGGAGCGGGCCGCCATGGGGTTGCCCACGATTTGTATCGCGGTATCGAACAATCAGCAGGCCAACAGCGAGATGATGGCGACATTCGGGGCTCATGTTTATCTGGGACCCAAAGAGGACGTTACGATGGAGCAGTTGCGCCAAGCCATCGGATTCCTCGTCGGCAACCAAGGGTTGCGCCAAAGTTTGGCCCAGCGTTCCCTGCAGTTGGTCGATGGCTTGGGCGCATCCAGGGTCGCTGTAGCCATGGCCGGCGCGTTGCTGCAGGTTCGACCGGCCACGCAAGCTGACACCCATCTGCTTTTCGAGGGGCGTAATGCCGACGCCGTGCGCCGTGTATCGCTGGATCGTTCACCCGTCGACTGGGATCGCCATTGCCAATGGCTGCAAGGCAGCCTGGTCAATCCACAGCGTTTATTGCTGGTTGGCGATGCGTCCGACGGACCTGTCGGCGTATTGCGTTATGACCTGCAAGGCAGCGAAGCGCTGGTATCGATCTATTTATTCGAGAACCGCCTGGGGCTGGGGTGGGGCAGGGCATTGCTGGCCCATGGTGAGGCGTTTGCTACCGTCCACTGGCCGCAATTGAGCCGCTTTACCGCTCAGGTTCTGCCCGCTAACCAAGCGTCTCTGGACCTGTTCCGCCAAGCCGGTTTCAGTCAAGGCACATGCGTGTTCACGCGCGTATTGAAGGATCATCCTCATGAGTAG MRVLIRADASPSIGSGHIARCLTLARVLRGQGAHVAFACRLLIGHRLHALEAEGFETFSLPDFYPGEDPQQSIESLLPWQADIEALEQALADRPGFDWIIVDHYGLDHNWQTAARRLAPRIMAVDDLATRTYSVDLLLNQNLSGTQAAYEGLLPEHCRTLLGPRYALLRDEFRCGAIEIKPKVRRVLVNFGGFDAAMQTHHAMLALADYPELEVDFVAGADNPAWARMQRMAASRPHWRLHSFVSHFHRLMLEADLFIGAGGGTSWERAAMGLPTICIAVSNNQQANSEMMATFGAHVYLGPKEDVTMEQLRQAIGFLVGNQGLRQSLAQRSLQLVDGLGASRVAVAMAGALLQVRPATQADTHLLFEGRNADAVRRVSLDRSPVDWDRHCQWLQGSLVNPQRLLLVGDASDGPVGVLRYDLQGSEALVSIYLFENRLGLGWGRALLAHGEAFATVHWPQLSRFTAQVLPANQASLDLFRQAGFSQGTCVFTRVLKDHPHE PGPT0022735_33 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022735-pseG-K15897 NA NA D1-35_00545 1053 pseI COG2089 Pseudaminic acid synthase ATGAGTAGTTTCAAGATCGGTCAGCGCAGTATCGGGGCTGACGCGCCGCCTTTCATCATTGCGGAGATGAGCGGCAACCATAACCAATCGCTGGAAGTGGCCTTGCAGATCGTCGAAGCCGCCGCCCATGCCGGCGCTCACGCTTTGAAGCTGCAGACCTACACTGCCGATACCATGACGCTGGATCTGAGCGAAGGGGAATTCTTCATCAAGGACCCCAGCAGCCTTTGGGCGGGTACATCGCTCTATGACTTGTACGAAAAGGCCCATACGCCCTGGGAATGGCACGCTCCGATTTTCGCCCGGGCCAAGGCGCTGGGCATGCTCGCGTTCTCGACGCCGTTCGACGAGACCGCTGTGGATTTCCTCGAAAGCCTGGACGTGCCCGCCTATAAGATCGCCAGTTTTGAAAACACGGACTTGCCGCTGATTCGTCGGGTCGCTGCGACGGGCAAACCGCTGATCATTTCCACCGGCATGGCGAGCATCGCTGAGCTCGATGAAACCGTGCGTGCCGCCCGCGAGGCCGGTTGCAAGGATCTGGTGTTGCTCAAATGCACCAGTACGTATCCCGCCACACCAGCCAACAGCAACGTGCGCACCATCCCCCATCTGCGGGAGTTGTTTGGTTGCGAGGTGGGCTTGTCGGATCACTCCATGGGAGTCGGCGTGTCCGTTGCTGCGGTGGCGATAGGGGCGACTGTCGTTGAAAAACATTTCACCCTTGATCGCGCCGCTGGCGGGGTGGATGCCGGTTTTTCCCTGGAACCTGCAGAATTGGCAGCGCTGGTGATCGAAACCGAGCGTGCCTGGCAGGCCATGGGGCAGGTGCTTTACGGCGTGACCGAGGCCGAGCGCAAATCTTTGGTCTACCGTCGTTCGTTGTACGTAACGCAAGACATGGCCCCCGGCGAAGCGTTTACGTCGCAGAACGTCCGTGCCATCCGCCCGGGCCTTGGACTCGCGCCCAAACACCAGGATTCATTGATGGGCCGTCGCGCTCGGCAGGCTATCAAGCGTGGCACTCCGCTGTCCTGGTTGTTGGTTGAATAG MSSFKIGQRSIGADAPPFIIAEMSGNHNQSLEVALQIVEAAAHAGAHALKLQTYTADTMTLDLSEGEFFIKDPSSLWAGTSLYDLYEKAHTPWEWHAPIFARAKALGMLAFSTPFDETAVDFLESLDVPAYKIASFENTDLPLIRRVAATGKPLIISTGMASIAELDETVRAAREAGCKDLVLLKCTSTYPATPANSNVRTIPHLRELFGCEVGLSDHSMGVGVSVAAVAIGATVVEKHFTLDRAAGGVDAGFSLEPAELAALVIETERAWQAMGQVLYGVTEAERKSLVYRRSLYVTQDMAPGEAFTSQNVRAIRPGLGLAPKHQDSLMGRRARQAIKRGTPLSWLLVE PGPT0022740_88 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022740-pseI|neuB3-K15898 NA NA D1-35_00546 927 fabH 3-oxoacyl-[acyl-carrier-protein] synthase 3 ATGATTGGCATAAAGAGCATTGCGAGCTACGTTCCTGTAGCCGGCGTGGACAATTACGCACAAGGTGCAAAATTTGAAAAGGATGAAGAATTCATCCTTGGCAAGATTGGTTCCGCCTTCTTGCCACGCAAGGATGACGGGCAGGAAACCTCCGATCTGTGCGTCGAAGCAGCTAATGCGCTGTTTGCCAATAATCCCGATCTGAAGCGCGAATCCATTGACGTGCTGATTGTCGTCACCCAGAACGGTGACGAAGAAGGCTTGCCCCACACTGCGGCAATCGTCCAGGACAAACTCGGCCTGCCCACCAGTGTGGCAGCGTTCGACATCTCCCTGGGTTGCTCGGGTTATGTCTACGGTATCTACGCCATCAAGGGTTTCATGGAAGCCGCCGGCCTGAAGAACGGCCTGCTGGTGACTGCCGACCCTTACTCGAAGATTGTCGATCCGGAAGACCGCAACACTACGATGCTGTTCGGCGACGCCGCCACCGTTACATGGATGGGCGAAGATGCGCCGTGGCAATTGGGCAAGGCCAAGTTCGGCACCGACGGTTCCGGTGCGCCGCACCTGAAGGTCAGTGATGGCGTATTCTTCATGAACGGTCGCCAGGTATTCAACTTCGCCTTGCTCAAGGTGCCGGCACATCTGCACGAGTTGCTTGCCGATTCCGACCTGCAACCCAGTGACATCGATGCGTTCTGCATCCATCAGGGCAGTGCCGCGATTGTCGACGCTGTGGCGCGTCGTTTCGAAGGCGAGCCGGAAAAGTTCATCAAGGATATGGTCGAGACCGGCAACACCGTGTCGTCGAGCATTCCACTGCTGCTGGAGAGACACGTGCTCAACTCCGAATGGAAGCGTGTGGCGTTGAGTGGCTTCGGCGTAGGTCTGTCATGGGGTTCGGCGATCATCTATCGCCCCTAA MIGIKSIASYVPVAGVDNYAQGAKFEKDEEFILGKIGSAFLPRKDDGQETSDLCVEAANALFANNPDLKRESIDVLIVVTQNGDEEGLPHTAAIVQDKLGLPTSVAAFDISLGCSGYVYGIYAIKGFMEAAGLKNGLLVTADPYSKIVDPEDRNTTMLFGDAATVTWMGEDAPWQLGKAKFGTDGSGAPHLKVSDGVFFMNGRQVFNFALLKVPAHLHELLADSDLQPSDIDAFCIHQGSAAIVDAVARRFEGEPEKFIKDMVETGNTVSSSIPLLLERHVLNSEWKRVALSGFGVGLSWGSAIIYRP PGPT0008355_7517 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D1-35_00547 1293 hypothetical protein ATGAGCGAGTACTTTGAACGCAACCTCCAGGTGATCCAGCATCGTTGGCCGGCCTTGGCCGAGCGTCTGTTGCTTGAGGATGTCAGTGAATTGCAGGCTGATCTTGTAGAGGGTCTTGGGTCGACACTGAGTGTCAATGGCATTCAACTGACCAGTCGACACGACCGTCTTGCCGAGGCCGGCCTGCAAGCCGCCACGCTTCCGCTGGACGCTCCCGTGGTGCATGTATACGGCACCGGGCTGGGCGATCTGCAGAACCGCTTGCTGGAGCGAGCAGGGCTCGAAAGGTTGTGCGTGCATATTCTCAACGGTTCGGTGTTTGCCCTGGTGTTGCAGGTGCTGGATCAATCACAGTGGCTGTGCGACCCGAGAGTGGTATTGCTTCATGCCGGTGATCTGGCGGAGATCCAGTTGCCATTTTTTGCATTGCCCGCCGAGCTGGTGTTGGCCGACGATTACAATGCCAAGATTCGTGATCGATTGATCAGTGAAATCCATCTGGCTTTCACTAATCGTGAGTTCGATCCGCAGTCCCCTGAGATTGTTGAACGCCTGCAATCTACCTTCAGCCTCGCGAGCGAAGATCGGGATGTCGCCGAGCTGTTCGGCGCCTTCACGGGCCGTAAGGCGTTCGTCTTGGCCACCGGCCCCAGCCTTGAGCGACATTTCGAAAGACTGCGCCACCTTAGCGAGCAAGCCGAGCGACCATTGTTGATTTGTGTCGATACGGCATACCGGCCGTTGATCAATCACGGCATTCGTCCCGACATCGTGGTCAGCATCGACCAGCGTATCTCGGCGCGTCATCTTCCCTCTGAAAACACCGACGGCATCGCGCTGGTTTATCTGCCGATGGCCGACCCCTTGGTGATTGAGGCGTGGCAAGGGCCTCGCTACGTCGCTTACTCCTCCAGCCCGGTCTATCGCCAGATGCGTGAGCAACTGCACCGGGCCGAACTCCATGTAGGCGGAAGCGTGATTCATCCGGCGGTCGACCTGGCGGTGCAAATGGGCGCTGCGCACATCACGCTTTTTGGTGCTGATTTTGCCTTTCCCAATGACAAGACCCATGCAGGATGGGGCGATGGCGACTTGGGACCGCAGTTAGGGGCGTCCAGGCATTGGGTGCTTGATGGGCACGGCCGGCGAGTCAAGACCCAGCTCAACTTCCGCAGCTACCTCTGTGAGCTGGAGCGTTTTATCGCCAGGCATCCCCAGGTGCGGTTCTATAACAGCAGTCGAGACGGAGCGTTGATTGTGGGCACCGATTTTGATCCGGAATATGTGCAATGA MSEYFERNLQVIQHRWPALAERLLLEDVSELQADLVEGLGSTLSVNGIQLTSRHDRLAEAGLQAATLPLDAPVVHVYGTGLGDLQNRLLERAGLERLCVHILNGSVFALVLQVLDQSQWLCDPRVVLLHAGDLAEIQLPFFALPAELVLADDYNAKIRDRLISEIHLAFTNREFDPQSPEIVERLQSTFSLASEDRDVAELFGAFTGRKAFVLATGPSLERHFERLRHLSEQAERPLLICVDTAYRPLINHGIRPDIVVSIDQRISARHLPSENTDGIALVYLPMADPLVIEAWQGPRYVAYSSSPVYRQMREQLHRAELHVGGSVIHPAVDLAVQMGAAHITLFGADFAFPNDKTHAGWGDGDLGPQLGASRHWVLDGHGRRVKTQLNFRSYLCELERFIARHPQVRFYNSSRDGALIVGTDFDPEYVQ NA NA NA NA NA D1-35_00548 270 hypothetical protein ATGACCGAGCTACAGGTAGTGATCGATGATGCCCGTGAGTGCGCGCGTCTGTTTCGCCTTGGACGAGATGTCGAGGCGGGGCTGGCGATGGTCGCGCTGATCGAATCGGTGCAGCCTTTAGTCGAATTGATGCCAGGCGACGTCCCTGCGTCGTGGAACAGGCTGCTTGCCTTGATGCTGGTTGATCAGCAGGCGCAGAACTGGATTTCGTTGGCCGATTATCTTGAGTATGAATGGGCTCAATTGTTGACTGCCGGTCGGCCGAAATAA MTELQVVIDDARECARLFRLGRDVEAGLAMVALIESVQPLVELMPGDVPASWNRLLALMLVDQQAQNWISLADYLEYEWAQLLTAGRPK NA NA NA NA NA D1-35_00549 852 hag COG1344 Flagellin ATGGCTTTAACAGTAAACACTAACGTCACATCGTTGAACGTTCAGAAGAACCTGAACAAGGCTTCCGATGCTCTGTCCACTTCGATGACCCGTCTGTCGTCCGGCCTGAAAATCAACAGCGCCAAAGACGACGCCGCCGGCCTGCAAATCTCCACTCGTATGACTTCGCAAATCCGCGGTCAGACTGTTGCGATCAAGAACGCCAACGATGGTATCTCCATCGCTCAGACCGCTGAAGGCGCTCTGCAGGAATCCACCAACATTCTGCAGCGTATGCGTGAACTGGCCGTACAGGCACGAAACGACAACAACGGTACAGCTGACCGTGATGCTCTGAACAAAGAATTTGCTCAGATGTCCGACGAGCTGACTCGTATCGCTGATTCGACCAACCTCAACGGCAAGAACCTGATCGACGGTTCCGCTGGCACCATGACCTTCCAGGTCGGTTCCAACACCGGTGCTACCAACCAGATCACTCTGACCCTGAGCGACAGCTTCGACGCTGCTACCCTGAGCGTTGACTCTGGTGCCATCGCGATCAGTGCTGCCGACAGCGCCGAAGCTGAAACCAACACCTCTGCTGCAATCGACGCGATCGACGCTGCTTTGGCGACCATCAACGCCAGTCGTGCGGACCTCGGTGCTGCCCAGAACCGTCTGACCAGCACTATCTCCAACCTGCAGAACATCAACGAAAACGCTGCTGCTGCACTGGGTCGCGTACAAGACACCGACTTCGCTGCTGAAACTGCACAACTGACCAAGCAGCAGACTCTGCAACAGGCTTCCACTTCGGTTCTGGCCCAGGCCAACCAACTGCCGTCCGCTGTACTGAAGCTGCTTCAGTAA MALTVNTNVTSLNVQKNLNKASDALSTSMTRLSSGLKINSAKDDAAGLQISTRMTSQIRGQTVAIKNANDGISIAQTAEGALQESTNILQRMRELAVQARNDNNGTADRDALNKEFAQMSDELTRIADSTNLNGKNLIDGSAGTMTFQVGSNTGATNQITLTLSDSFDAATLSVDSGAIAISAADSAEAETNTSAAIDAIDAALATINASRADLGAAQNRLTSTISNLQNINENAAAALGRVQDTDFAAETAQLTKQQTLQQASTSVLAQANQLPSAVLKLLQ PGPT0015190_3850 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 D1-35_00550 366 hypothetical protein ATGGATATGAGCGTGAAGCTGAACTTGTCTTATCCAGCGGCGAAGCCGGCGCCTACAGTGGTCGACAAGCCAGTGGAGAAGCCTCAGGCTGACGTGGCTATTTTGACACCGGTCAAGGAAACTCCGAAAGACGCTGCCGCCGAACAGGACAAACTGAAGAAAGCTGTCCAAGAAATCGAGAAGTTCGTCCAGTCGGTCAAGCGTAACCTGGAGTTCTCTATTGATGAGCCTTCTGGCAAAGTAATCGTCAAAGTGATTGCCAGTGGTTCCGGTGAAGTGATTCGTCAGATCCCGAACGAAGAAGTTCTGAAACTGGCCCACAGCTTAAATGATGCAAACAGCTTGTTGTTCAGCGCTGAAGCCTGA MDMSVKLNLSYPAAKPAPTVVDKPVEKPQADVAILTPVKETPKDAAAEQDKLKKAVQEIEKFVQSVKRNLEFSIDEPSGKVIVKVIASGSGEVIRQIPNEEVLKLAHSLNDANSLLFSAEA PGPT0015440_669 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015440-flaG-K06603 NA NA D1-35_00551 1437 fliD COG1345 B-type flagellar hook-associated protein 2 ATGGCAAGTCCAATTCTTCCGGGTCTGGGTCTAGGCTCAGGCCTTGATACCGGTGCAATCGTCAAGGCGCTGGTGGATTCTGACAAAGCGGCCAAGCAAGGCCAGATTGACCGGGCAACCAAGACCAATGCCTCCAATATCTCCGGGATTGGCACCCTGAGATCCTTATTGGCTACCTTTCAGTCCACGCTGAAGGCCTTAGGCAGCACGACCACTCCCCAATTTACCGGCGTCGCCGCCACTTCCGCCAACACCAGTGCATTGACGGTGACGGCAGGCAACTCTGCAGTAGCTGGTATCTACACGGTAGACGTCACTCAACTGGCAACTTCTTCAAAAGTTGCGACGGCTGCTTTCGCCGGTGGAGCTTCCAGCGCTGTGGCGAGCGGTACGCTGACGATTAGTCAGGGTGGCACGGATTATGCCCTTGATATCCCGGCGGATTCGACGTTGCAGTCGGTGCGGGATGCCATTAACAGTAAGTACTCCTCCAGCGGACTCACCGCCAACATCGTGACCGACGGCTTCGGTTCACGCCTGGTGGTTGGCTCGACTAAAACCGGTGCGGGCAACGATATTTCCCTTAGTGGCATTGCCAGTCTTGCCGCTGATGGCTCCGTAGCGATGGCTTCGCCACCCACTGCGGCTTCTTCAGGTTCGCTGGGATTTGCCAAGGACGCCATTTTCAAAGTTGACGGCCTGGAAATGACCAGCGCAACCAATAAGCTGGACAACGTGGTCTCGGGCTTGAGCATGACGCTACTCGTTGCGGGCACAGGCCCGACAACCGTTACGGTCGCTACTAACACTGACGGTCTGAAGGCTTCGATCCAGAAGTTCGTCGATGCCTATAACGCCGTTGCGAAGGCTGTGACATCCCTGACCAAGCCATCGATAGACGCCGAGGGGAATTCGGTCCCTGCGGCATTGACGGGCGACTCGTTGCCTCGCTCGCTGTTGGCGGCCATTCGCACGCCTTTATCTGAGGCCGGTTCAGGCGACAAGCTGACCGTTCTTTCTCAGTTGGGGATCACCACCAACCAGACGACTGGCGCTCTGGATTTCGACAGTGGGAAATTTACTGCGGCACTCAATGACAAACAATTGGGTGGGGAAGTCCAGACGCTGTTCGCTGGTGAAAATGGCCTGCTTGAGCGCATGAATAATGCCATCAAGCCGTACACTGAAGGCAAGACTGGTGCGGGTGGTGTTGGAGGCTCAGAGGCCATCCTGACCACTCGCTCCAAGAACCTGGATCTTCTCAAGGCGAAACTGAGCGAAGAGCAGTTGGCCCTGGACCGTCGCATCGAAACCCTTACCGCGGTACTGACTAAAAAGTACAACGACATGGACACCCTGGTTGGCAAGTTGAAAGCCACCGCCAACAACATCACCTCCATGTTCGAAGCGATGACGGCACAGCAGAAAAACAGCTGA MASPILPGLGLGSGLDTGAIVKALVDSDKAAKQGQIDRATKTNASNISGIGTLRSLLATFQSTLKALGSTTTPQFTGVAATSANTSALTVTAGNSAVAGIYTVDVTQLATSSKVATAAFAGGASSAVASGTLTISQGGTDYALDIPADSTLQSVRDAINSKYSSSGLTANIVTDGFGSRLVVGSTKTGAGNDISLSGIASLAADGSVAMASPPTAASSGSLGFAKDAIFKVDGLEMTSATNKLDNVVSGLSMTLLVAGTGPTTVTVATNTDGLKASIQKFVDAYNAVAKAVTSLTKPSIDAEGNSVPAALTGDSLPRSLLAAIRTPLSEAGSGDKLTVLSQLGITTNQTTGALDFDSGKFTAALNDKQLGGEVQTLFAGENGLLERMNNAIKPYTEGKTGAGGVGGSEAILTTRSKNLDLLKAKLSEEQLALDRRIETLTAVLTKKYNDMDTLVGKLKATANNITSMFEAMTAQQKNS PGPT0015200_1368 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407 NA NA D1-35_00552 396 fliS COG1516 Flagellar secretion chaperone FliS ATGAATCCGATGTTAGCCCTTCGCCAATACCAGAAGATTGGCGCCCAGGCGCAAACCTCCGAAGCAAGTCCCCATCGCCTTGTGCAAATGCTCATGGAAGGCGGGCTGGACCGTATCGCCCAAGCCAGAGGCGCGATGGAGCGCAAGGATATTCCAAACAAAGGCATTCTGATCGGCAAGGCCATCGGCATCGTCGGCGGTCTGCGTGAAGGCCTGGACCTGGAAAACCAGGCCGAGTCGGTCGCCGAGCTGGATGCGCTCTACACCTACATGATGAAACGCCTGGCCGAAGCCAACGCCAAGACCGATCCGAAGATCCTCGACGAAGTCGCCGATCTGCTTCGCACGGTCAAGGAAGGCTGGGATGCCATCGCCACGCCTGGTCCGCAATTCTAA MNPMLALRQYQKIGAQAQTSEASPHRLVQMLMEGGLDRIAQARGAMERKDIPNKGILIGKAIGIVGGLREGLDLENQAESVAELDALYTYMMKRLAEANAKTDPKILDEVADLLRTVKEGWDAIATPGPQF PGPT0015620_1549 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015620-fliS-K02422 NA NA D1-35_00553 297 hypothetical protein ATGAGTCTTGTCCTGCAGCGAATCGAACAAACCCGTGATGCCCTGGTTGGCGCCTTGGCTGAGCGTAATTGGGAAGCCATTGGTCAACTGGACCTGGCGTGCCGTTCCTGCATGGAGGACGTCTTGAGCGAGTCCGAGGTGGACGAGGCGGCGTTGCGTAATAATCTGGAAGAGCTGCTGGGGGTCTATCGCCAGTTGCTGGAAGCGGCAACGGGCGAGCGTCAGGCAATCGTGAGCGAAATGTCGCAGATTCATCAGGCACAGAACGCGGCGAAGGTTTATCACTTGTTCGGCTGA MSLVLQRIEQTRDALVGALAERNWEAIGQLDLACRSCMEDVLSESEVDEAALRNNLEELLGVYRQLLEAATGERQAIVSEMSQIHQAQNAAKVYHLFG PGPT0015625_844 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015625-fliT-K02423 NA NA D1-35_00554 1476 norR_1 Anaerobic nitric oxide reductase transcription regulator NorR ATGTGGCGTGAAACCAAAATTCTCCTGATCGATGACGATAGCGTCCGCCGCCGCGACCTGGCGGTGATCCTGAATTTTCTTGGCGAAGAAAATTTGCCCTGCGGTAGCCATGATTGGCAGCAGGCTGTCGGCTCTCTGTCGTCCAGTCGGGAAGTCATTTGCGTCCTTATCGGGACGGTAAATGCTCCCGCTTCGCTTTTGGGCTTGCTAAAGACACTCTCGACCTGGGATGAGTTCCTTCCAGTTTTGCTGATGGGCGAAAATTCTTCCCTCGACCTGCCGGAAGACCAGCGCCGCCGGGTGCTTTCCACCCTGGAAATGCCGCCGAGCTACAGCAAACTGCTCGATTCGCTGCACCGCGCCCAGGTTTATCGCGAAATGTACGACCAGGCGCGTGAGCGCGGCCGGCATCGCGAACCCAACCTTTTCCGCAGCCTCGTCGGCACCAGCCGTGCCATCCAGCACGTGCGCCAGATGATGCAGCAGGTGGCCGACACCGACGCCAGCGTGCTGATTCTCGGCGAATCCGGTACCGGCAAGGAAGTGGTCGCGCGCAACCTGCATTACCATTCCAAGCGCCGCGAAGCGCCATTCGTGCCGGTCAACTGCGGGGCGATTCCCGCCGAGCTGCTCGAAAGCGAATTGTTCGGTCACGAGAAGGGCGCGTTCACCGGTGCAATCACCAGCCGCGCCGGACGTTTCGAGTTGGCCAATGGCGGCACGCTGTTCCTCGATGAAATCGGCGACATGCCGCTGCCGATGCAGGTCAAGCTGCTGCGCGTCTTGCAGGAGCGTACCTTCGAGCGCGTGGGCAGCAACAAGACCCAGAGCGTCGACGTACGGATCATCGCCGCGACCCACAAGAACCTCGAGACCATGATCGAGGTCGGCAGCTTCCGCGAAGACCTTTATTACCGTCTCAATGTTTTCCCGATCGAAATGGCGCCGTTGCGCGAGCGGGTCGAAGACATCCCGCTGTTGATGAACGAGCTGATCTCGCGCATGGAGCATGAGAAGCGTGGTTCGATCCGCTTCAACTCGGCGGCGATCATGTCCCTCTGCCGTCACGGTTGGCCGGGCAACGTCCGCGAGCTGGCCAACCTGGTGGAGCGCATGGCGATCATGCACCCCTACGGTGTGATCGGCGTGAATGAGCTGCCGAAGAAATTCCGCTACGTCGATGACGAAGACGAGCAAATGGTCGACAGCCTGCGCAGCGACCTGGAAGAGCGGGTGGCGATCAACGGCCATACGCCGGATTTCACCACCAATGCCTTGCTGCCGCCGGAAGGCCTGGACCTCAAGGATTACCTGGGCGGCCTGGAGCAAGGGCTTATCCAGCAGGCGCTGGACGACGCCAATGGCATCGTCGCCCGCGCGGCAGAGCGCTTGCGCATTCGTCGAACCACCCTGGTGGAAAAGATGCGCAAGTACGGCATGAGCCGCCGTGAAGGAGATGAACAGGCGGATGATTGA MWRETKILLIDDDSVRRRDLAVILNFLGEENLPCGSHDWQQAVGSLSSSREVICVLIGTVNAPASLLGLLKTLSTWDEFLPVLLMGENSSLDLPEDQRRRVLSTLEMPPSYSKLLDSLHRAQVYREMYDQARERGRHREPNLFRSLVGTSRAIQHVRQMMQQVADTDASVLILGESGTGKEVVARNLHYHSKRREAPFVPVNCGAIPAELLESELFGHEKGAFTGAITSRAGRFELANGGTLFLDEIGDMPLPMQVKLLRVLQERTFERVGSNKTQSVDVRIIAATHKNLETMIEVGSFREDLYYRLNVFPIEMAPLRERVEDIPLLMNELISRMEHEKRGSIRFNSAAIMSLCRHGWPGNVRELANLVERMAIMHPYGVIGVNELPKKFRYVDDEDEQMVDSLRSDLEERVAINGHTPDFTTNALLPPEGLDLKDYLGGLEQGLIQQALDDANGIVARAAERLRIRRTTLVEKMRKYGMSRREGDEQADD PGPT0015560_125 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0015560-flrA|fleQ-K10941 NA NA D1-35_00555 1209 atoS COG0642 Signal transduction histidine-protein kinase AtoS ATGACCCAAGCCGCCCTGATGTCTTCTGTCCCCGAGCCGGGACATATGCCGTCCGCCGAACAGGCTGGCCGGCTTGGACTTGAACAGGCGTTTTCGCTGTTCAGCCAGATGTCCAGCCAGTTGACCGACTCCTACAGCCTGCTTGAAGCGCGGGTTACCGAGCTCAAGGGTGAGCTGGCGGTGGTCAGTGCCCAACGCATGCAGGAGCTGGCGGAAAAAGAACGCCTGGCCAACCGGCTGCAGAACCTGCTCGACCTCCTGCCCGGCGGCGTCATTGTCATCGATGCCCACGGCTTTGTGCGCGAAGCCAACCCGGCGGCATGTGAGCTGCTTGGCCTGCCTCTGGAGGGCCAGCTCTGGCGGCACGTCATCGCTCGCTGCTTCGCGCCCCGCGAAGACGACGGCCACGAAGTTTCCCTGAAGGATGGTCGGCGGTTGTCCATTTCGACCCGTTCGCTGGATGCCGAGCCCGGACAGTTGGTGCTGCTCAACGACCTGACCGAAACCCGTCACTTGCAGGACCAGTTGGCCCGTCACGAGCGTCTGTCTTCCCTTGGGCGGATGGTCGCGTCGCTGGCCCATCAGATCCGTACGCCGCTGTCTGCCGCGTTGCTGTACGCCAGTCATCTGACCGAACAGCAACTGCCGATGGAGACCCAGCAGCGTTTTGCCGGCCGCTTGAAGGAGCGCTTGCATGAGCTGGAACACCAGGTGCGCGACATGCTGGTGTTCGCCCGTGGCGAGTTGCCGCTGACCGACCGCGTCGCGCCCAAGGTGCTGCTGCAGTCTTTGCAGGCTGCAGCACTGACCCATGTGCAGGGCGTGTCGATCCGCTGGCAGTGCGACAGCCATGCGGGCGAGGTGCTGTGCAACCGTGACACGCTGGTGGGCGCGGTATTAAATCTTATTGAAAACGCGATTCAGGCCAGTGACGTTGATGTCCGTCTGAAAGTGCACCTGTATACCCGCGACAACACCCTGCGCCTGTGTGTCAGCGACAGCGGCAGCGGTATCGAGCCGTCCGTGCTTGCACGTCTGGGCGAGCCATTTTTTACCACCAAGACCACTGGAACCGGCCTGGGCCTGACCGTGGTCAAGGCGGTGGCGCGTGCCCATCAGGGCGAATTGCGGCTGCGCTCGCGGCTGGGGCGCGGTACGTGCGCGACGGTGTGCTTGCCGCTGTTTTCCAGCGCGCCAGGGGTGGAGTGA MTQAALMSSVPEPGHMPSAEQAGRLGLEQAFSLFSQMSSQLTDSYSLLEARVTELKGELAVVSAQRMQELAEKERLANRLQNLLDLLPGGVIVIDAHGFVREANPAACELLGLPLEGQLWRHVIARCFAPREDDGHEVSLKDGRRLSISTRSLDAEPGQLVLLNDLTETRHLQDQLARHERLSSLGRMVASLAHQIRTPLSAALLYASHLTEQQLPMETQQRFAGRLKERLHELEHQVRDMLVFARGELPLTDRVAPKVLLQSLQAAALTHVQGVSIRWQCDSHAGEVLCNRDTLVGAVLNLIENAIQASDVDVRLKVHLYTRDNTLRLCVSDSGSGIEPSVLARLGEPFFTTKTTGTGLGLTVVKAVARAHQGELRLRSRLGRGTCATVCLPLFSSAPGVE PGPT0015565_134 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015565-flrB|fleS-K10942 NA NA D1-35_00556 1389 atoC_1 COG2204 Regulatory protein AtoC ATGGCGACCAAGGTTCTACTGGTTGAAGATGATCGCGCGCTACGCGAAGCACTCGCCGATACGCTGCTGTTGGCCGGGCATGATTATGCCGCTGTCGGTTCGGCGGAAGAGGCATTGCTCGCAGTGGCCCGTGAGCCATTCAGCCTGGTGGTCAGTGACGTCAATATGCCGGGCATGGACGGCCATCAATTGCTCGGCCTGCTGCGCGCACGCCAGCCGCAACTGCCAGTCCTGTTGATGACCGCCCACGGCGCCGTCGAGCGGGCGGTGGATGCCATGCGCCAAGGGGCGGCGGATTATCTGGTCAAGCCGTTCGAGCCCAAGGCCCTGTTGGATCTGGTGGCTCGCCACGCCTTGGGCAGCCCCGCGGTCGAGGGCGAGGGACCGGTGGCCCTCGAGCCGGCCAGCGCGCAGTTGCTGGAATTGGCCGCGCGGGTGGCTCGCAGCGATTCAACCGTGTTGATTTCCGGTGAGTCCGGCACGGGCAAGGAAGTCCTGGCCCGCTATATTCATCAGCAATCCCGGCGCGCCAGCGAACCGTTCGTTGCCATCAACTGCGCGGCGATTCCCGACAACATGCTCGAGGCGACTCTGTTCGGCCACGAGAAAGGTTCGTTTACCGGCGCCATCGCGGCCCAGCCTGGCAAGTTCGAGCAGGCTGATGGCGGGACCATTCTGCTGGATGAAATTTCCGAGATGCCGTTGGGCCTGCAAGCCAAGCTGCTGCGCGTATTGCAGGAGCGGGAAGTGGAGCGGGTGGGGGCGCGCAAGCCCATCAGCCTGGACATTCGCGTGGTGGCGACGACCAACCGCGACCTGGCCGGAGAAGTGGCGGCGGGGCGCTTTCGTGAAGACCTTTATTACCGGCTGTCGGTTTTCCCGCTGGCCTGGCGTCCACTTCGTGAGCGCACCGCCGATATCCTGCCGCTGGCCGAGCGCCTGCTGGCCAAACACGTCAATAAAATGAAGCACGCGGCGGCGCGGTTGTCCGCCGAGGCGCAGGCCTGCCTGATTGCCTATCCCTGGCCGGGCAATGTCCGGGAACTGGACAACGCTATCCAGCGGGCGTTGATCCTGCAGCAGGGCGGCTTGATCCAGCCGGAAGATTTCTGCCTGGCCGGCCCGGTGGCCTGCGCGCCTTTGCCGGTGTTGCAGTCCGCCCCGGCGCAGATTCCTCCCGGGGAAATGATGGGGGAAACCGCCGGCGCCCTGGAAGATGACCTGCGCCGTCGCGAATTCCAGATGATCATCGACACCCTGCGCGCCGAACGCGGCCGACGCAAGGAGGCGGCTGAACGCCTCGGTATCAGCCCGCGGACCCTGCGCTACAAACTGGCGCAGATGCGTGATGCCGGGATGGATGTAGAGGCTTATCTCTTCGCCAGTTGA MATKVLLVEDDRALREALADTLLLAGHDYAAVGSAEEALLAVAREPFSLVVSDVNMPGMDGHQLLGLLRARQPQLPVLLMTAHGAVERAVDAMRQGAADYLVKPFEPKALLDLVARHALGSPAVEGEGPVALEPASAQLLELAARVARSDSTVLISGESGTGKEVLARYIHQQSRRASEPFVAINCAAIPDNMLEATLFGHEKGSFTGAIAAQPGKFEQADGGTILLDEISEMPLGLQAKLLRVLQEREVERVGARKPISLDIRVVATTNRDLAGEVAAGRFREDLYYRLSVFPLAWRPLRERTADILPLAERLLAKHVNKMKHAAARLSAEAQACLIAYPWPGNVRELDNAIQRALILQQGGLIQPEDFCLAGPVACAPLPVLQSAPAQIPPGEMMGETAGALEDDLRRREFQMIIDTLRAERGRRKEAAERLGISPRTLRYKLAQMRDAGMDVEAYLFAS PGPT0015570_269 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015570-flrC|fleR-K10943 NA NA D1-35_00557 327 fliE Flagellar hook-basal body complex protein FliE ATGAGCCAAGGTATTGAATTTAATCGGTTGATGCTGGACATGCGCTCCATGCAGATGGACGCCATGGCCCAGCCTAAATCGGTCGCGGTGCCCCAAGTGGCCGGCAGCAGCTTTTCCGACATGCTCGGTCAGGCCGTCAATAAAGTGAACGATACCCAGCAGGCTTCGAACCAGTTGGCCAGTGCTTTCGAGATTGGCAAAAGTGGCGTCGACCTGACGGACGTAATGATCTCTTCGCAGAAAGCCAGTGTCTCGTTTCAGGCGTTGACCCAGGTACGCAACAAGCTGGTTCAAGCCTATCAAGACATCATGCAGATGCCGGTCTAA MSQGIEFNRLMLDMRSMQMDAMAQPKSVAVPQVAGSSFSDMLGQAVNKVNDTQQASNQLASAFEIGKSGVDLTDVMISSQKASVSFQALTQVRNKLVQAYQDIMQMPV PGPT0015515_1088 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015515-fliE|lfiE-K02408 NA NA D1-35_00558 1785 fliF COG1766 Flagellar M-ring protein ATGGCAGAAGCAGCCGTTGATAACGTTCCAGCCAAGGCAACTCCGGTAGACGGCAAACCGCCGTTGTTCGGCCTGTCTTTCCTGGAAAACCTCTCCGAGATGACCATGCTGCGTCAGGTTGGCCTGTTGGTCGGCCTGGCTGCCAGCGTGGCGATTGGTTTTGCCGTGGTCCTCTGGTCCCAGCAGCCGGACTACCGTCCGCTGTACGGCAGCCTGGAGGGCATGGATGCCAAACAAGTCATGGAAACACTGGCTTCCGCCGACATTCCTTATACCGTCGAACCCAATTCCGGCGCCTTGCTGGTCAAGGCGGACGACGTCGCTCGCGCGCGCCTCAAGCTCGCTGCCGCCGGCGTGACGCCGACCGATGGCAACATCGGATTCGAGATCCTCGACAAGGACCAGGGCCTGGGCACCAGCCAGTTCATGGAAGCGACTCGTTATCGTCGCGGCCTGGAAGGCGAATTGGCGCGGACCATTTCCAGCCTCAACAACGTCAAGGGTGCCCGCGTGCACCTGGCGATTCCGAAAAGCTCGGTATTTGTGCGCGATGAGCGCAAGCCGAGTGCCTCGGTACTGGTCGAACTGTATTCCGGCCGCTCGCTTGAGCCAGGCCAGGTCGTTGCCATTATCAACCTGGTGGCGACCAGCGTTCCCGAGTTGAGCAAGTCGCAGATCACCGTGGTCGACCAGAAGGGCAACCTGTTGTCCGACCAGGCGGAAAATTCCGAACTGACCATGGCCGGCAAGCAATACGATTACAGCCGCCGCATGGAAGGCATGTTTACCCAGCGGGTGCACAACATCCTGCAACCGATCCTCGGCAACGGCCGCTACAAGGCCGAAGTTTCGGCGGACGTGGACTTCAGCGCCGTCGAATCGACTTCCGAGCAGTTCAACCCGGATCAACCGGCGTTGCGCAGCGAGCAGTCGGTGAACGAACAACGTACCGCCAGCAATGGCCCGCAAGGTGTGCCGGGTGCCCTGAGCAACCAGCCACCAGCACCGGCCAGCGCGCCGCAAACCACCGGTGGCGCTACCGCCGCCGCAGGCATGGTGCAGCCAGGCCAGCCGCTGATCGACGCCAATGGCCAGCAGATCATGGATCCGGCCACCGGCCAACCGATGCTTGCACCGTACCCGGCCGACAAGCGTCAACAATCGACCAAGAATTTCGAGCTCGACCGTTCCATCAGCCACACCAAGCAGCAGCAGGGCCGTTTGAATCGCCTGTCGGTCGCGGTGGTGGTGGACGATCAGGTCAAGGTCAACCCGGCCAACGGCGAAACCAGCCGCGCGCCATGGACCGCCGACGAATTGGCGCGCTTCACTCGCCTGGTGCAGGACGCCGTCGGTTTCGACGCCAGCCGTGGCGACAGCGTCAGCGTGATCAACGTACCGTTCTCCCTGGAGCGCGGTGAAGAAATCGCCGATATCCCGTTTTATTCGCAACCCTGGTTCTGGGATGTGGTCAAGCAGGTATTGGGTGTGTTGTTCATCCTGATACTGGTATTTGGAGTGCTGCGTCCGGTGCTCAACAACATCACCGGTGGCGGCAAGAACAAGCAGCTGGCAGGCTTGGGCGATGTAGAGCTGGGAGGCATGGGCGGCCTGGATGGCGAATTGGCCAACGATCGCGTCAGCCTCGGCGGGCCGCAGAGCATCCTGCTGCCAAGCCCGAGCGAAGGCTATGACGCTCAGTTGAACGCCATCAAGAGTCTGGTGGCAGAGGATCCGGGTCGTGTGGCCCAGGTCGTGAAAGAGTGGATTAACGCAGATGAGTGA MAEAAVDNVPAKATPVDGKPPLFGLSFLENLSEMTMLRQVGLLVGLAASVAIGFAVVLWSQQPDYRPLYGSLEGMDAKQVMETLASADIPYTVEPNSGALLVKADDVARARLKLAAAGVTPTDGNIGFEILDKDQGLGTSQFMEATRYRRGLEGELARTISSLNNVKGARVHLAIPKSSVFVRDERKPSASVLVELYSGRSLEPGQVVAIINLVATSVPELSKSQITVVDQKGNLLSDQAENSELTMAGKQYDYSRRMEGMFTQRVHNILQPILGNGRYKAEVSADVDFSAVESTSEQFNPDQPALRSEQSVNEQRTASNGPQGVPGALSNQPPAPASAPQTTGGATAAAGMVQPGQPLIDANGQQIMDPATGQPMLAPYPADKRQQSTKNFELDRSISHTKQQQGRLNRLSVAVVVDDQVKVNPANGETSRAPWTADELARFTRLVQDAVGFDASRGDSVSVINVPFSLERGEEIADIPFYSQPWFWDVVKQVLGVLFILILVFGVLRPVLNNITGGGKNKQLAGLGDVELGGMGGLDGELANDRVSLGGPQSILLPSPSEGYDAQLNAIKSLVAEDPGRVAQVVKEWINADE PGPT0015430_126 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015430-fliF-K02409 NA NA D1-35_00559 1020 fliG COG1536 Flagellar motor switch protein FliG ATGAGTGATAATCGAGCCGCTGTTGCCAAATTGTCCCGGGTCGACAAAGCCGCGATCCTGCTGCTGTCCCTGGGTTCGACGGACGCCGCCCAGGTGCTGCGCCACATGGGACCCAAAGAGGTCCAGCGCGTCGGCGTGGCCATGGCGCAGATGGGCAATGTGCACCGCGAGCAGGTCGAGCAGGTGATGAGCGAGTTCGTCGACATCGTCGGCGATCAGACCAGCCTGGGCGTCGGTTCCGACGACTACGTGCGCAAGATGCTCACCCAGGCCCTGGGCGAGGACAAGGCCAACGGCCTGATCGACCGGATTCTGCTGGGTGGCAACACCAGCGGCCTGGACAGCCTGAAGTGGATGGAGCCGCGCGCGGTCGCCGACGTGATCCGTTACGAGCACCCGCAGATCCAGGCGATCGTCGTCGCGTACCTCGATCCGGACCAGGCCGGTGAGGTGCTCGGCAACTTCGACCATAAAGTGCGCCTCGACATCATCCTGCGGGTTTCGTCGTTGAATACCGTGCAGCCGGCGGCCCTGAAAGAATTGAACCAGATTCTCGAGAAGCAGTTCTCGGGCAACTCCAATGCTTCGCGCACCACCCTGGGCGGTATCAAGCGCGCGGCGGACATCATGAACTTCCTCGACAGTTCGATCGAAGGTCAACTGATGGACTCGATCCGCGAAGTCGACGAAGACCTGTCCGGTCAGATCGAAGACCTCATGTTCGTGTTCAACAACCTGGCCGATGTCGACGACCGCGGTATCCAGGCACTGTTGCGCGAAGTGTCCTCCGATGTGCTGGTGCTGGCCCTCAAGGGTTCGGACGAAGGCGTCAAGGAGAAGATCTTCAAGAACATGTCCAAACGGGCGGCCGAACTGTTGCGCGACGACCTCGAGGCCAAGGGCCCGGTGCGCGTCAGCGATGTGGAAACCGCACAGAAGGAAATCCTCACCATCGCCCGCCGTATGGCCGAAGCCGGAGAAATCGTGCTCGGTGGCAAGGGCGGCGAAGAGATGATCTAA MSDNRAAVAKLSRVDKAAILLLSLGSTDAAQVLRHMGPKEVQRVGVAMAQMGNVHREQVEQVMSEFVDIVGDQTSLGVGSDDYVRKMLTQALGEDKANGLIDRILLGGNTSGLDSLKWMEPRAVADVIRYEHPQIQAIVVAYLDPDQAGEVLGNFDHKVRLDIILRVSSLNTVQPAALKELNQILEKQFSGNSNASRTTLGGIKRAADIMNFLDSSIEGQLMDSIREVDEDLSGQIEDLMFVFNNLADVDDRGIQALLREVSSDVLVLALKGSDEGVKEKIFKNMSKRAAELLRDDLEAKGPVRVSDVETAQKEILTIARRMAEAGEIVLGGKGGEEMI PGPT0015400_1118 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_C-RING,PGPT0015400-fliG-K02410 NA NA D1-35_00560 831 hypothetical protein ATGTCTGCCAAGAGCGATGATTCACCCAGCGACCTGATCCGCGCCCGCGACGTCGGTGGTTTCGACGTCTGGTCGCTGCCCAGCTTCGATCCCCACGTGCCCGAGCCTGAGCCAGAACCGGTGGAAGAGTTGCCGGAGATGGAAGAGGTGCCGCTGGAGGAAGTCCAGCCGCTGACCCTCGAAGAAGTCGAGAGCATTCGCCAGGAGGCCTACAACGAAGGCTTCGCCATCGGCGAAAAGGAAGGCTTCCACAGCACCACGATCAAGGTCCGCCGGGAAGCCGACGTGGCGCTGACGGCCAAGCTGCGGGCGCTGGAATCGCTGATGCTGAACCTGTTCGAACCCATCGCCGAGCAGGACACCCAGATCGAGAAATCCCTGGTCGGGCTGGTGCAGCACATCACCCGACAAGTGATCCAGCGCGAGCTGGCCATCGATTCGAGCCAGATCGAGCACGTCATGCGCGAGGCCCTCAAGCTGCTGCCCCTGGGCGTCGGCAATGTGCGGCTGTACATCAATCCGCAGGACTTCGAGCTGGTCAAGGCCTTGCGCGAGCGTCATGAGGAAAGCTGGCGCATCGTCGAGGATGAGACCTTGCTGCCGGGCGGTTGCCGGGTGGAAACCGAGCACAGCCGCATTGATGCGACAATCGAAACACGCATCAGCCAGGTCATGGCCAAGCTGTTCGACCAATTGCACGAGCAGGCCCTGCATCCGGCTCCGGCCGACCTCAGCCTTGAGTTGCCGGACGAACCGGAGGCCGCCGTTATCGCCGATCCGGACGCGGCCGAACTGATTGCTGCCGAAGTGGAAGGTCGCAATGCGCCTTGA MSAKSDDSPSDLIRARDVGGFDVWSLPSFDPHVPEPEPEPVEELPEMEEVPLEEVQPLTLEEVESIRQEAYNEGFAIGEKEGFHSTTIKVRREADVALTAKLRALESLMLNLFEPIAEQDTQIEKSLVGLVQHITRQVIQRELAIDSSQIEHVMREALKLLPLGVGNVRLYINPQDFELVKALRERHEESWRIVEDETLLPGGCRVETEHSRIDATIETRISQVMAKLFDQLHEQALHPAPADLSLELPDEPEAAVIADPDAAELIAAEVEGRNAP PGPT0015335_341 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015335-fliH-K02411 NA NA D1-35_00561 1359 fliI COG1157 Flagellum-specific ATP synthase ATGCGCCTTGACCGAACCAGCTTCGGCAAGCGCCTGGGCAGCTACGCCGAGGCCACTGAGCTGGCCGGCCAGCCGATCCTGGAAGGGCGCCTGTTGCGTATGGTTGGCCTGACCCTAGAAGCGGAAGGCCTGCGCGCCGCGATGGGCAGCCGGTGCCTGGTGATCAACGATGACAGTTATCACCCGGTGCAGGTCGAAGCCGAAGTGATGGGCTTCTCCGGCAGCAAAGTATTTCTGATGCCGGTGGGCAGTGTCGCCGGTATAGCCCCTGGTGCCCGCGTGGTTCCGCTGGCCGATACCGGTCGGCTGCCCATGGGCATGAGCATGCTCGGCCGTGTGCTGGACGGGGCCGGGCGGGCCTTGGACGGCAAGGGCGGAATGAAAGCTGAAGATTGGGTGCCGATGGACGGCCCGACAATCAACCCGCTCAAGCGCGACCCCATCAGCGTGCCGCTGGACGTCGGCATCCGTTGCATCAACGGGTTGTTGACGGTCGGTCGCGGTCAGCGCCTGGGCCTGTTCGCCGGTACCGGGGTGGGCAAGAGTGTGCTGCTGGGCATGATGACCCGCTTTACCGAAGCCGACATCATCGTGGTCGGGCTGATCGGCGAGCGGGGCCGCGAGGTGAAGGAATTCATCGAGCACATTCTCGGCGAAGAAGGGCTCAAGCGTTCCGTGGTGGTGGCTTCGCCCGCGGACGATGCGCCGTTGATGCGCCTGCGGGCCGCGATGTATTGCACGCGTATCGCCGAATATTTTCGCGACAAGGGCAAGAACGTCCTGTTGCTGATGGATTCGCTGACCCGTTTCGCCCAGGCCCAGCGGGAAATCGCCCTGGCCATCGGCGAGCCTCCGGCGACCAAGGGTTATCCGCCTTCGGTGTTTGCCAAGTTGCCGAAACTGGTGGAGCGGGCCGGTAACGCGGAGAAGGGTGGCGGTTCCATCACCGCTTTTTACACCGTGCTGTCCGAGGGTGACGATCAGCAAGACCCGATCGCCGACTCGGCCCGAGGCGTACTCGACGGTCACATCGTGCTGTCCCGGCGCCTGGCCGAAGAAGGGCATTATCCCGCCATTGATATCGAAGCGTCGATCAGCCGGGTCATGCCGTCGGTCATCAGCGCCGAGCACATGAAACGCGCCCAGCAATTCAAGCAATACTGGTCACGTTACCAGCAGAGTCGCGACCTGATCAGCGTGGGCGCCTACGTGCCCGGCGGTGATCGTGAGACCGACATGGCCATCAATCTTTATCCGGCCATGGCGGTCTACCTGCGCCAAGGCCTGAACGACAACATCGGCATGGGCGCGAGCGAAGCGCACCTGCAGACCATCTTCACCCCCGTCTCGGGCGGATAA MRLDRTSFGKRLGSYAEATELAGQPILEGRLLRMVGLTLEAEGLRAAMGSRCLVINDDSYHPVQVEAEVMGFSGSKVFLMPVGSVAGIAPGARVVPLADTGRLPMGMSMLGRVLDGAGRALDGKGGMKAEDWVPMDGPTINPLKRDPISVPLDVGIRCINGLLTVGRGQRLGLFAGTGVGKSVLLGMMTRFTEADIIVVGLIGERGREVKEFIEHILGEEGLKRSVVVASPADDAPLMRLRAAMYCTRIAEYFRDKGKNVLLLMDSLTRFAQAQREIALAIGEPPATKGYPPSVFAKLPKLVERAGNAEKGGGSITAFYTVLSEGDDQQDPIADSARGVLDGHIVLSRRLAEEGHYPAIDIEASISRVMPSVISAEHMKRAQQFKQYWSRYQQSRDLISVGAYVPGGDRETDMAINLYPAMAVYLRQGLNDNIGMGASEAHLQTIFTPVSGG PGPT0015340_1017 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015340-fliI|lgiI-K02412 NA NA D1-35_00562 450 fliJ COG2882 Flagellar FliJ protein ATGGCCACGAGTCGTGCGGCGCGCCTGGCGCCGGTGGTGGACATGGCGGAAAAAGCCGAGAAGACCGCCGTTCAGCGGCTGGCTTATTTCCAGGGACAAGTGGTCGTGGCCGAGAGCAAGCTGGCCGACCTGGAGAATTTTCGTCTCGAATACCAGGAGCAGTGGATCGCCCGCGGCAGCCATGGCGTTTCCGGGCAATGGCTGTTGGGCTACCAGGGGTTCCTCGCACAACTGGGCACCGCGATCGATCAGCAGCGCCAAAGCCTCGTCTGGCACCAGAACAACCTGGAAAAGGCCCGCCAGAGCTGGCAGGAAGCCTTCGCCCGGGTCGAAGGGCTGCGCAAACTTGTACAGCGTTATATCGATGAAGCTCGGCAGCTGGAAGACAAGCGCGAGCAGAAGTTGCTTGATGAACTGTCTCAGCGTCTGCCGCGCCATGATCCGTATTGA MATSRAARLAPVVDMAEKAEKTAVQRLAYFQGQVVVAESKLADLENFRLEYQEQWIARGSHGVSGQWLLGYQGFLAQLGTAIDQQRQSLVWHQNNLEKARQSWQEAFARVEGLRKLVQRYIDEARQLEDKREQKLLDELSQRLPRHDPY PGPT0015615_548 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015615-fliJ-K02413 NA NA D1-35_00563 306 STAS-domain containing protein ATGTCTGTCGTAACTGAAGTGTCCGAAGATGGGAAAAAATTGACGATTGCGATTGAAGGTCGCTTCGATTTCGGGCGGCATCAGGAGTTTCGTGAATCCTACGAGAGACTCGTTAGTAAGCCCGAGTCTATCGTGGTGGATTTGAAGAAGGCCACCTACCTCGACAGCTCTGCCTTGGGCATGCTCCTGCTGTTGCGCGATCATGCCGGTGGCGACGAGTCGGATATCCGTGTGGTCAACAGCAGCAGCGACGTCAAGAAAATCCTCGCGATTTCCAATTTCGACAAGTTGTTCGATATCAGTTGA MSVVTEVSEDGKKLTIAIEGRFDFGRHQEFRESYERLVSKPESIVVDLKKATYLDSSALGMLLLLRDHAGGDESDIRVVNSSSDVKKILAISNFDKLFDIS PGPT0025860_87 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0025860-hsbA-K20978 NA NA D1-35_00564 1707 rcsC_3 Sensor histidine kinase RcsC ATGCAATCGTCGCCGGAGCCGCTGACGATCCTGATTGCCGAAGACAGCGCCGCCGACCGGCTGCTGTTGTCGACCATCGTCCGCCGTCAAGGCCATCAGGTGCTCACCGCAGCGGATGGCGCCGAGGCGGTCGAAGTCTACCGGGAGCAGCGTCCGCACCTGGTGCTGATGGACGCGATGATGCCGGTCATGGATGGCTTCGAAGCCGCGCAGCAGATCAAGCAACTGGCCGGGGACCAACTGGTTCCGATCATTTTCCTCACCTCGTTGACTGAAAGCGAAGGGCTGGCCCGTTGCCTGGAGGCTGGCGGTGACGATTTCCTCGCCAAGCCCTATAACCAAGTGATCCTGGCTGCCAAGATCAAGGCCATGGACCGCTTGCGTCGGTTGCAGGCCACGGTGGTCGAGCAACGTGACCAGATCGCCCGGCACCACGACTACCTGCTTAACGAGCAGCGGGTTGCCAAGGCGGTGTTCGACAAGATTGCCCACTCCGGTTGCCTGAGCGCGCCGAATATCCGTTACCTGCAATCGCCCTATGCCTTGTTCAATGGCGATCTGCTGCTGGCCGCCTTCAACCCGGCTGGTGACATGCACATCCTGCTTGGGGATTTTACCGGCCACGGCTTGCCGGCGGCTGTCGGGGCGATGCCACTGGCTGAAGTGTTCTACGGGATGACCGCGAAAGGCTACGGCCTGGCGCAGATCCTGCGAGAAATGAATGCCAAGCTCAAGCGCATCCTGCCAGTGGACATGTTCTGTTGCGCAACGCTGCTGTGCCTGAGCTTCCAGCGCTGCACTGTCGAAGTCTGGAACGGCGGCATGCCCGATGGTTACCTGCATGACAGCCTCAGCGGCGTGCGTACACCGTTGCCGGCGCGCCACTTGCCGTTGGGCGTGCTCACGCCGCAACTGTTTGATGATCGCACTGAGGTGCATCCGATGTCGGTGGGTGACCGGGTATTCCTGTTGTCTGACGGCGTCATCGAAGCCAGCGACCGCGATGATCAGCCGTTTGGCGTGGAAAGGTTGCAGCAGGTGTTTGCGGCCAACCGCGAGCCCGATCGACTGTTCGAAGATATCCAGCAGGCCCTCGGTGATTTTCGCGGCGAGGCCCGCGACGACTTCAGCATGGTCGAGGTGCGGCTGGTCGCGCCGACGCAACTCAGCCCGCCACCACCGGTCTATTCCGATAGCGGCCAGTCGAGCCCGCTGGATTGGTCGGTGAGCTTCGAGTTCCGTGGGCAGACGCTCAAGCGCTTCAACCCGATGCCTTACCTGTTGCAGTTATTGCTTGAGGTCCATGGGCTCAGGGGCCAGAGTGGCGCTTTGTACAGTGTCCTGACGGAGCTTTATTCCAACGCGCTGGAACACGGCGTACTGGGGCTCGATTCGAGTCTCAAGCGTGATGCGGCGGGGTTTGCCCGCTACTATACGGAGCGCGGCATCCGTCTGGATGAGCTGGACAGCGGCCATATCCGCGTGCATCTGCACGTGACTCCCCAAGGGGAGGGTGGGCGCCTGGTCATTGAGGTCGAGGACAGCGGCCAGGGGTTCGATGTCAGCCGGGTGCTGGCCCGGCCTGTGGATCGTGACCGGTTATCCGGGCGCGGTGTCAGCCTGGTGCGCCAGCTATGCCACGAGGCCAGTTGGTCCGACGATGGTCGTAGTGCGCGCGTGGAGTTTTTCTGGGAGGCTCTGGCATAA MQSSPEPLTILIAEDSAADRLLLSTIVRRQGHQVLTAADGAEAVEVYREQRPHLVLMDAMMPVMDGFEAAQQIKQLAGDQLVPIIFLTSLTESEGLARCLEAGGDDFLAKPYNQVILAAKIKAMDRLRRLQATVVEQRDQIARHHDYLLNEQRVAKAVFDKIAHSGCLSAPNIRYLQSPYALFNGDLLLAAFNPAGDMHILLGDFTGHGLPAAVGAMPLAEVFYGMTAKGYGLAQILREMNAKLKRILPVDMFCCATLLCLSFQRCTVEVWNGGMPDGYLHDSLSGVRTPLPARHLPLGVLTPQLFDDRTEVHPMSVGDRVFLLSDGVIEASDRDDQPFGVERLQQVFAANREPDRLFEDIQQALGDFRGEARDDFSMVEVRLVAPTQLSPPPPVYSDSGQSSPLDWSVSFEFRGQTLKRFNPMPYLLQLLLEVHGLRGQSGALYSVLTELYSNALEHGVLGLDSSLKRDAAGFARYYTERGIRLDELDSGHIRVHLHVTPQGEGGRLVIEVEDSGQGFDVSRVLARPVDRDRLSGRGVSLVRQLCHEASWSDDGRSARVEFFWEALA PGPT0025865_104 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0025865-hsbR-K20977 NA NA D1-35_00565 345 hypothetical protein GTGAGCGAGATTCATCTGGATCGGGACGTGCTCAGCACGTTGAAGGAAGTCATGGAGGAAGGGTATCCGGAATTGCTGGATACGTTCCTCAACGATTCCGAGGCACGCCTGCGTGTGTTGCTTGAGGCCAAGGACGCCGAGCAATTGAGCGCCACCGCCCACAGTTTCAAGGGCAGTAGCAGCAATATGGGCGCCATCCGCCTGGCTGAACTGTGCGGCGAGCTGGAACAACGCGCCAAGCAGCCCTCGCTGCGTGGAATCGAAAAATTGGTCAGCGAGATCAACAGCGAATTTACCTACGTTCGAAAGCTTTGCAAGGAAGAGCGCGAAGGCTTTCACTGTTAA MSEIHLDRDVLSTLKEVMEEGYPELLDTFLNDSEARLRVLLEAKDAEQLSATAHSFKGSSSNMGAIRLAELCGELEQRAKQPSLRGIEKLVSEINSEFTYVRKLCKEEREGFHC PGPT0025855_437 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025855-hptB-K20976 NA NA D1-35_00566 1371 hypothetical protein ATGCCCGTTACGCCTAATACACTCCTTCAGGCCGTTACCCAGTCCAAGCCGCAGGCCGCCGTCAATCCGTTGGCGGCTGGCCCGGACGCCGGGACTAAAGCCTCCAGTTTCGCCCAGGTCTTCGCCAAGCAGGCCCCCGTCAAACCCTCGACGGCCCTTGAGCCGGAGATTAAGCCTGTGCGCGACAAGGCTTCCGACAACACCGTCAAAAAGGATGCAGGCAGCGACACGGCTGCCGCTCCTGAGCCGGCGGTTGCCGATAGCGGCAAACCCTTGCCCGCCGACAAGCCGGCCACGGCCGACGACAAGCCCACGCAGGACGATAGCGATACGGCCGAGACGCCTGTAGCCGACGCCGCCCCAGTCGATCCGACACTCGACCCGGCTTTGCTGCCCGGGGTCATCGTGCCTGAAGTCATTGCCGAGGCGCTGCCCGCGCCTGTGGTGAGCCCGACCGAGGCGCCAGTCGTCGCGGCAGTCGCGGCGCCGGTGGTGGCCTCGGCCACGTCGGCTACGCCGACACCGGTGACCGATCCGGAATTCGACCCGCAGGCCGATCCGCTCGACGCCTTGCCGGCGTTGCGATTGGCGATGGAGCAGAGCGGCCATGTGTCCGCTTCCAGCCAGGCGCAGCCCAAGGCAACAGCGCCAGCGTCCGTCGATGGCGAGCCGACGTCGGCCCAGACGTTCGCGGCCGGCATGGCGAGCATGCTCAATGTACAAGCCGACCAGGACAGTACCAGTGCCGGCAGCCAGGGCGGTGAGAAGGCGTTCAGTGGCTTGCTCAACGAAGGCCTCAAGGATCTGACCGCCGCCTCCAGCGACACGCGGGTAGATGATTTCGCCAACCGCCTGGCGGCATTGACCCAGGCGGCTACGCCAAAAACCGCCAACGCGGTCCCGGTCAACCAGCCCATCGCCATGAACCAGAGCGGCTGGACCGAAGAAGTGGTCAACCGGGTGATGTACCTGTCGAGCGTCAATCTCAAGGCGGCTGATATCCAACTGCAGCCGGCCGAGCTGGGGCGCCTGGATATTCGCGTGAACATGGTCCCCGACCAGCAGACCCAGGTCACGTTCATGAGCGCCCATTCCGGCGTCCGTGAAGCCCTCGAAGGCCAGATGCATCGCCTGCGCGACAGCTTTGCCCAGCAGGGCATGGGCCAGGTCGACGTCAGCGTGTCGGATCAGTCGCGTGGCTCCCAGGGTCAGGAACAGCAAGCCCAGCAGCAGGCCCAGGCTGGTCGCACGAGCTCTTCCTCTGGCGGCCGAGTGGATTCGGTGGACGAAGAGTTGCCGGTCAGCGTTGCCGAAGTGGCGGCCAACACCACCAGCGTCATCGGCACCAGCGCGGTCGACTACTACGCCTGA MPVTPNTLLQAVTQSKPQAAVNPLAAGPDAGTKASSFAQVFAKQAPVKPSTALEPEIKPVRDKASDNTVKKDAGSDTAAAPEPAVADSGKPLPADKPATADDKPTQDDSDTAETPVADAAPVDPTLDPALLPGVIVPEVIAEALPAPVVSPTEAPVVAAVAAPVVASATSATPTPVTDPEFDPQADPLDALPALRLAMEQSGHVSASSQAQPKATAPASVDGEPTSAQTFAAGMASMLNVQADQDSTSAGSQGGEKAFSGLLNEGLKDLTAASSDTRVDDFANRLAALTQAATPKTANAVPVNQPIAMNQSGWTEEVVNRVMYLSSVNLKAADIQLQPAELGRLDIRVNMVPDQQTQVTFMSAHSGVREALEGQMHRLRDSFAQQGMGQVDVSVSDQSRGSQGQEQQAQQQAQAGRTSSSSGGRVDSVDEELPVSVAEVAANTTSVIGTSAVDYYA PGPT0015520_1158 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015520-fliK|motD-K02414 NA NA D1-35_00567 504 hypothetical protein ATGGCGAAGAGTGAAGCAGCAGCTGTAAAAGACCCCGCAACCAAAGGCAAACTCAAGCTGATCATCATGATCGTGGTGGGTTTGCTCCTGGCGATGGGCGTTTCCGTGGGGGCGACCTGGTATTTCATGCACAGCGCTCAAAGCAAGCCGGCAGAAGTGGTGGAGACCGCGCCGGTGGGCAAGCAGCCGGCGATTTTCGAGCCGATGGCTCCCGCATTTGTGGCCAACTACACCCAGAACGGTCGCCAGCGCTACATGCAGGTGAGCATCACCCTGCTGGGCCGCAACCAGGCTGACCTGGAAGCGCTGCGGGTGCACATGCCGCTGATTCGCAATAACCTGGTGATGCTGTTCTCTGGACAGAGTTTCGACACCCTGGCCACTCCGGTCGGCCAGGAAATGCTGCGTCAGAAAGCCACGGCCAGCGTTCAGGAAGTGGCTCAGAAAGAGCTTGGCAAAGTGGTGATCGAACAGTTGCTCTTCACTAACTTCGTATTGCAGTAG MAKSEAAAVKDPATKGKLKLIIMIVVGLLLAMGVSVGATWYFMHSAQSKPAEVVETAPVGKQPAIFEPMAPAFVANYTQNGRQRYMQVSITLLGRNQADLEALRVHMPLIRNNLVMLFSGQSFDTLATPVGQEMLRQKATASVQEVAQKELGKVVIEQLLFTNFVLQ PGPT0015525_1237 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415 NA NA D1-35_00568 969 fliM COG1868 Flagellar motor switch protein FliM ATGGCCGTGCAGGACTTGTTGTCCCAGGACGAAATCGACGCGCTGTTGCATGGTGTCGACGACGGCCTGGTGCAGACCGAAAACGCTGCTGAACCGGGCAGCGTCAAAAGCTACGACCTGACCAGCCAGGATCGCATCGTTCGCGGACGCATGCCGACCCTGGAAATGATCAACGAGCGTTTTGCCCGTTACACCCGCATCAGCATGTTCAACATGCTGCGCCGTTCGGCCGACGTGGCCGTCGGTGGCGTGCAGGTGATGAAATTCGGCGAATATGTGCACTCGCTGTACGTGCCCACCAGTCTCAACCTGGTGAAGATCAAGCCGTTGCGCGGCACTGCACTGTTCATCCTTGACGCCAAGCTGGTGTTCAAGCTGGTGGATAACTTCTTCGGCGGTGACGGCCGTCACGCCAAGATCGAAGGCCGCGAATTCACGCCGACCGAGCTGCGCGTCGTGCGCATGGTGCTGGAGCAGGCTTTCATCGACTTGAAGGAAGCCTGGCAGGCGATCATGGAAGTCAACTTCGAGTACATCAACTCGGAAGTGAACCCGGCCATGGCCAACATCGTCGGTCCGAGCGAAGCCATTGTCGTGTCGACTTTCCACATCGAACTCGACGGTGGCGGCGGCGACCTGCACGTGACCATGCCGTACTCGATGATCGAGCCGGTGCGCGAAATGCTCGACGCCGGTTTCCAGTCGGACCTCGACGACCAGGACGAGCGCTGGATCAATGCGTTGCGCCAGGACGTGCTGGACGTCGACGTGCCGATCGGCGCGACGGTTGCCCGGCGCCAGCTGCGCCTGCGGGACATCCTGCATATGCAGCCGGGGGACATCATCCCCGTCGAGATGCCGGAAGACATGATCATGCGCGCCAATGGCGTGCCGGCCTTCAAGGTCAAGATGGGCTCTCACAAAGGCAACCTCGCGTTGCAAGTGATCGAGCCGATCGAACGCCGCTGA MAVQDLLSQDEIDALLHGVDDGLVQTENAAEPGSVKSYDLTSQDRIVRGRMPTLEMINERFARYTRISMFNMLRRSADVAVGGVQVMKFGEYVHSLYVPTSLNLVKIKPLRGTALFILDAKLVFKLVDNFFGGDGRHAKIEGREFTPTELRVVRMVLEQAFIDLKEAWQAIMEVNFEYINSEVNPAMANIVGPSEAIVVSTFHIELDGGGGDLHVTMPYSMIEPVREMLDAGFQSDLDDQDERWINALRQDVLDVDVPIGATVARRQLRLRDILHMQPGDIIPVEMPEDMIMRANGVPAFKVKMGSHKGNLALQVIEPIERR PGPT0015405_1974 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_C-RING,PGPT0015405-fliM-K02416 NA NA D1-35_00569 459 fliN COG1886 Flagellar motor switch protein FliN ATGGCTGACGATATGAATACCCAGGATGACCAGGCGCTGGCCGACGAATGGGCTGCGGCCCTGGAAGAAACCGGCGACGCCGGGCAGGCCGATATCGATGCGCTGCTGGCCGCCGATACCGGCAACCACGCTTCCAATCGCATGCAGATGGAAGAGTTTGGCAGCGTGCCGAAAAGCAATGAGCAAGTCACCCTCGACGGGCCGAACCTGGACGTGATTCTCGACATCCCGGTGTCGATTTCCATGGAAGTGGGCAGCACCGACATCAACATCCGCAACCTGTTGCAGCTCAACCAGGGCTCGGTGATCGAACTGGATCGCCTGGCCGGTGAACCGCTGGACGTACTGGTCAACGGTACCCTGATCGCCCATGGCGAAGTGGTGGTGGTCAACGAGAAGTTCGGCATTCGCCTGACGGACGTGATCAGCCCGAGCGAACGCATCAAGAAGCTGCGCTGA MADDMNTQDDQALADEWAAALEETGDAGQADIDALLAADTGNHASNRMQMEEFGSVPKSNEQVTLDGPNLDVILDIPVSISMEVGSTDINIRNLLQLNQGSVIELDRLAGEPLDVLVNGTLIAHGEVVVVNEKFGIRLTDVISPSERIKKLR PGPT0015410_1296 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 D1-35_00570 438 hypothetical protein ATGAAAGGCTTTCTCGCCGCAGCCTTGATGCTGCCGTTCAGCGTGCTGGCGGCCGAGCCCGCGGCCACGGCGGCGGTTGCGCCGGCAAGTGGCGGCAGCATGGCCGGGCAATTGGCGCAGTTGGTGCTGGGCCTGCTCGTGGTGCTCGGGTTGATTTTTTTCCTCGCGTGGATGCTGCGGCGGGTGCAACAGGCGGGGCCTGCCGGCAAAGGCCAGGTCATCGACATCATCAGTTCCCGCGCGCTCGGCCCGCGGGATCGGCTGGTGCTGGTGCAAGTTGGCAACGAGCAGATCCTGCTCGGCCTGAGCCCTGGCACGATCACCGCTTTGCACGTTCTCAAGGAGCCGGTGCAGGTGCCCGCCACCGAGCAGGCCGCCCCCGAATTTGCCCAGCGGCTCATGGAACTGCTGGGTAAAGATCAGAAGGATAAAAAGTAA MKGFLAAALMLPFSVLAAEPAATAAVAPASGGSMAGQLAQLVLGLLVVLGLIFFLAWMLRRVQQAGPAGKGQVIDIISSRALGPRDRLVLVQVGNEQILLGLSPGTITALHVLKEPVQVPATEQAAPEFAQRLMELLGKDQKDKK PGPT0015345_974 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015345-fliOZ-K02418 NA NA D1-35_00571 750 fliP COG1338 Flagellar biosynthetic protein FliP ATGCCGTTGCGCATTCTGTTGGCGCTGGCCCTGTTGCTGGCTGCACCGTTGGCGTTTGCCGCCGACCCGTTGTCGATTCCGGCGATCACGTTGGGCACCAACGCCGAAGGGGCTCAGGAGTATTCGGTCAGCCTGCAGATTCTGCTGATCATGACCGCGCTGAGTTTCATCCCGGCGTTCGTCATGCTGATGACCAGTTTCACCCGGATCATCATTGTCTTTTCGATCCTGCGCCAGGCCCTGGGTTTGCAGCAGACGCCGTCGAACCAGATCCTCACGGGCATGGCGTTGTTCCTCACCATGTTCATCATGGCGCCAGTCTTCGACCGGGTGAACCGTGATGCGCTGCAACCCTACCTGGCCGAAACCCTCAGCGCCCAGGACGCGGTGGCCAGGGCCCAGGTGCCGATCAAGGATTTCATGCTCGCCCAGACTCGCAGCAGCGACTTGGAGTTGTTCATGCGCCTGTCCAAGCGCACCGACATCGCCAGCCCCGACCAGGCCCCATTGACCATCCTGGTGCCAGCGTTCGTGACGTCCGAGCTGAAAACGGCGTTCCAGATCGGTTTCATGATCTTCATCCCGTTCCTGATCATCGACCTGGTGGTCGCCAGTATCCTCATGGCGATGGGTATGATGATGCTGTCACCGCTGATCATTTCGCTGCCGTTCAAGATCATGCTGTTCGTGCTGGTGGATGGCTGGGCCTTGATCATCGGCACGCTGGCGGGCAGTTTCGGCGGTGTTTAG MPLRILLALALLLAAPLAFAADPLSIPAITLGTNAEGAQEYSVSLQILLIMTALSFIPAFVMLMTSFTRIIIVFSILRQALGLQQTPSNQILTGMALFLTMFIMAPVFDRVNRDALQPYLAETLSAQDAVARAQVPIKDFMLAQTRSSDLELFMRLSKRTDIASPDQAPLTILVPAFVTSELKTAFQIGFMIFIPFLIIDLVVASILMAMGMMMLSPLIISLPFKIMLFVLVDGWALIIGTLAGSFGGV PGPT0015350_1504 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015350-fliP|rhcR-K02419 NA NA D1-35_00572 270 fliQ COG1987 Flagellar biosynthetic protein FliQ ATGACGCCTGAAGTAGCGGTAGACCTGTTCCGCGAAGCACTCTGGCTGACCACCGTGATGGTTGCCATCCTGGTGATTCCGAGCCTGCTGGTGGGCTTGCTGGTGGCGATGTTCCAGGCCGCCACGCAGATCAACGAACAGACCCTGAGCTTCCTGCCGCGCCTGCTGGTGATGCTGGTAACGCTGATCGTCGCCGGCCCGTGGCTGGTGCAAACCTTCATGGAATACATCCTGCAGCTGTACGGCAGTATTCCCCAGTTGATCGGCTGA MTPEVAVDLFREALWLTTVMVAILVIPSLLVGLLVAMFQAATQINEQTLSFLPRLLVMLVTLIVAGPWLVQTFMEYILQLYGSIPQLIG PGPT0015355_526 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015355-fliQ|lfiQ-K02420 NA NA D1-35_00573 783 fliR COG1684 Flagellar biosynthetic protein FliR ATGTCGATGCTCGAACTGACGGACACCCAGATCAGCAGCTGGGTGGCGTCGTTTATCCTGCCGCTGTTTCGCGTCACCGCCGTTCTGATGAGCATGCCGGTCTTCGGCACGACCCTGGTGCCAGGCCGTGTGCGCCTGTACCTGGCTGTGGCAATCACCGTGGTCATCGCGCCCGGACTGCCGCCGATGCCGCCGGTCAATGCCCTTGACCTCAGTGCGCTGATGCTGGTGGCCGAGCAGATCCTCATTGGTGTCCTGCTGGGGTTTTCACTGCAGCTGTTCTTCCAGGCGTTCGTGGTGGCCGGGCAAATCATTTCGATCCAGATGGGCATGGCGTTCGCCTCCATGATCGACCCCACCAACGGCGTCAACACCGCGGTCATCGGGCAGTTCCTGACGATGCTGGTGACGTTGCTGTTCCTCGCCATGAACGGGCATCTGGTGGTGTTTGAAGTGCTCACCGAGAGCTTCACCACAATGCCGGTGGGCAGTGCGATGCTGGTCAATCATTTCTGGGACATCGCCGGCAAGCTCGGCTGGGTCCTGGGGGCGGCGATGCTGCTGGTATTGCCAGCCATCACCGCGCTGCTGGTGGTCAACATCGCTTTTGGCGTGATGACCCGCGCGGCGCCGCAGCTGAACATTTTTTCCATCGGCTTCCCCCTCACGCTGGTGCTGGGCATGGTGATCTTCTGGGTCAGCCTGGGGGATATTCTCAACCAGTATCAGCCGTTGGCGACTCAGGCCTTGCAGCTGCTACGCGACATGGCACAGGCGCGCTGA MSMLELTDTQISSWVASFILPLFRVTAVLMSMPVFGTTLVPGRVRLYLAVAITVVIAPGLPPMPPVNALDLSALMLVAEQILIGVLLGFSLQLFFQAFVVAGQIISIQMGMAFASMIDPTNGVNTAVIGQFLTMLVTLLFLAMNGHLVVFEVLTESFTTMPVGSAMLVNHFWDIAGKLGWVLGAAMLLVLPAITALLVVNIAFGVMTRAAPQLNIFSIGFPLTLVLGMVIFWVSLGDILNQYQPLATQALQLLRDMAQAR PGPT0015360_886 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015360-fliR|lfiR-K02421 NA NA D1-35_00574 1137 flhB_1 COG1377 Flagellar biosynthetic protein FlhB ATGGCTGAGAGCGAAAGCGGTCAGGACAAGACAGAAGACCCCACGGAGAAACGCACCAGGGAGTCCCGCGAGAAGGGTGAGATCGCCCGTTCCAAGGAGCTCAACACCCTGGCGATCATGCTCGCCGGCGCTGGCGGCTTGCTGATCTATGGCGGCGGGCTGGCGCTGGAACTGCTGGAAATCATGCGCCTGAATTTTTCCTTGCCTCGGGAAGTATTGCTGACCCCTGGCGCCATGACGCAGTACCTGCTGCATTCGGGCAAGATCGCGCTTCTGGCGATGCAGCCCGTGCTGATTTTTTTATTGTTGGCGGCATTCATCGGCCCGATTTCCCTGGGCGGATGGCTCTTCGCCGCCGGCAGCCTGGCACCTAAGTTCAGCCGGATGAACCCGGCCGCCGGCATCAAGCGCATGTTTTCCACCACGGCGCTGGTGGAGCTGCTCAAGGCTTTCGGCAAGTTCCTGCTGGTCCTGTCCGTCGCGTTGGTGGTGCTGGAGGGCGACATCGACGATCTGCTGCGCATCGCCCATCAACCGCTGGAACAGGCCATCATTCATAGCGTGCAGCTGGTGGGATGGAGCACGTTGTGGATGTCTTGCGGCCTGATCCTGATCGCTGCCATCGATGTGCCGATCCAGCTCTATCAGAGCAAGCAGAAGCTGATGATGACCAAGCAGGAAGTGCGCGACGAGCACAAGGACGCGGAGGGCAAGCCGGAGGTCAAGCAGCGGATTCGCCAATTGCAGCGCGACGCCTCCCAGCGGCGCATGATGGCGGCGATTCCCGATGCCGACGTGGTCATCACCAACCCGACCCACTATGCGGTGGCGCTCAAATACGATCCTGAAAAAGGCAATGCGCCGGTGCTGCTGGCCAAGGGCAGTGATTTCCTGGCGTTGAAAATCCGCGAAATCGCCGTTGCCAACGAAGTGATGCTGCTCGAATCGCCGGCGCTGGCGCGCTCGATCTACTACTCCACCGAACTCGATCAGGAAATTCCCGGAGGTCTGTACCTGGCTGTGGCCCAGGTGCTGGCCTACGTCTACCAGATCCGCCAGCACCGCGCCGGCAAGGGCAAGCGTCCCGAACCGCTCAAGGACCTGCCGATCCCGCCGGATTTGCGGCGTGACTCCTGA MAESESGQDKTEDPTEKRTRESREKGEIARSKELNTLAIMLAGAGGLLIYGGGLALELLEIMRLNFSLPREVLLTPGAMTQYLLHSGKIALLAMQPVLIFLLLAAFIGPISLGGWLFAAGSLAPKFSRMNPAAGIKRMFSTTALVELLKAFGKFLLVLSVALVVLEGDIDDLLRIAHQPLEQAIIHSVQLVGWSTLWMSCGLILIAAIDVPIQLYQSKQKLMMTKQEVRDEHKDAEGKPEVKQRIRQLQRDASQRRMMAAIPDADVVITNPTHYAVALKYDPEKGNAPVLLAKGSDFLALKIREIAVANEVMLLESPALARSIYYSTELDQEIPGGLYLAVAQVLAYVYQIRQHRAGKGKRPEPLKDLPIPPDLRRDS PGPT0015325_1015 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015325-flhB-K02401 NA NA D1-35_00575 2133 flhA COG1298 Flagellar biosynthesis protein FlhA TTGGTGGATCGCTCTCAGTTATTCAGCACCGCACGCAGCAACGTAGCCGACCTCAGCCGGGGGAATCTGGGTGTGCCGCTGTTGCTGCTGGTCATGCTCGCCATGATGATGCTGCCGATACCCCCGTTCCTGCTCGACGTGTTCTTCACGTTCAACATTGCGCTGTCCATCGTGGTACTGCTGGTCTGCGTATACGCCTTGCGGCCGCTGGATTTCGCGGTGTTCCCGACCATCCTGCTGGTGGCGACGCTGATGCGCCTGGCGCTGAACGTGGCGTCCACTCGCGTGGTCATGCTCCACGGCCAGGACGGCCACGCTGCCGCCGGTAAGGTGATCCAGGCCTTCGGTGAAGTGGTGATCGGCGGTAACTACGTGGTCGGTATCGTGGTTTTCGCCATCCTGATGATCATCAACTTCGTCGTGGTGACCAAGGGTGCCGGGCGGATTTCCGAGGTGAGCGCACGTTTCACCCTCGATGCGATGCCCGGCAAGCAGATGGCGATCGACGCTGACCTCAACGCCGGCCTGATCGATCAGAACCAGGCCAAGGCTCGTCGTCTTGACGTGGCTCAGGAGGCCGAGTTCTACGGTTCCATGGACGGTGCGAGCAAGTTCGTGCGTGGCGACGCCATCGCCGGCCTGCTGATCCTGTTCATCAACCTCATCGGCGGCATGGCCGTCGGTATCTTCCAGCACGGTATGACGTTCGGTGACGCTGGCAGGGTTTACGCCTTGCTGACCATCGGTGACGGTTTGGTGGCGCAATTGCCATCACTGTTGTTATCCACAGCTGCCGCGATCATGGTGACCCGTGCTTCGGGCTCCGAAGACATGGGCAAGCAAATCAATCGCCAGATGTTCGCTTCGCCCAAGGCCCTGGCCGTGGCGGCCGGCCTGATGGCGGTGATGGGTATCGTGCCGGGCATGCCCCACGTGTCGTTCCTGAGCATGGCTGCCCTGGCTGCTGGTGGCGCCTACCTGTTCTGGAAAAAGCAGAACGGGCAAAAGGTCCAGGCGCTGGAGGAGGTCAAGCGTCAGCAGGAACTGCTGCCATCGCCGGCGCGGGCCATGGAAACCAAGGAGTTGGGTTGGGACGATGTGACGCCGATCGACATGATCGGCCTGGAAGTCGGCTACCGCCTGATCCCGCTGGTCGACCGCAACCAGGGTGGTCAACTGCTGGCCCGGATCAAGGGCGTGCGCAAGAAGCTGTCCCAGGACCTGGGCTTCCTGATGCCCACCGTGCATATCCGCGACAACCTCGATCTGGCCCCGAGCGCCTATCGCCTGACGCTCATGGGCGTGATCCTGGCCGAAGCGGAGATCTATCCCGACCGCGAGCTGGCGATCAACCCAGGACAGGTCTACGGTTCGCTCAACGGTATTACCGCCAAGGATCCGGCTTTCGGCCTGGAAGCGGTGTGGATCGAAATCAGCCAGCGGGCCCAGGCGCAATCGCTCGGTTATACCGTGGTAGACGCCAGCACCGTGGTGGCGACCCACTTGAACCAGATTTTGTACAAGCACTCCAGCGAGCTGATCGGTCACGAGGAAGTCCAGCAATTGCTGCAAGTACTGGCCAAAGGCTCGCCAAAACTGGCCGAGGAGCTGGTGCCGGGCGTGGTGTCGCTGTCGCAGTTGCTCAAGGTGTTGCAGGCGCTGTTGGCCGAACAGGTCCCGGTGCGCGACATTCGCAGTATCGCCGAAGCCATCGCCAACAACGCTTCGAAGAGTCAAGATACCGCCGCGTTGGTCGCTGCGGTGCGGGTCGGCGTATCCCGCGCAATCGTCCAAAGCATTGTAGGCACTGAGTCTGAGCTGCCTGTGATCACTCTGGAGCCAAGGTTGGAACAGATATTGCTCAATAGTCTGCAGAAGGCAGGACAAGGCTCGGAAGAGGGTGTTCTGCTGGAGCCAAGCATGGCCGAGAAGCTGCAGCGTTCGTTGATCGACGCAGCCCAGCGGCAAGAGATGCAAGGCCAACCGGTGATCCTGCTGGTGGCCGGTCCGATTCGCGCGATGCTCTCGCGATTCGGTCGCCTCGCGGTCCCGGGGCTGCATGTGCTGGCGTACCAGGAAATACCGGACAACAAGCAAGTGACCATCGTTGCGACAGTAGGGCCCAACGGCTGA MVDRSQLFSTARSNVADLSRGNLGVPLLLLVMLAMMMLPIPPFLLDVFFTFNIALSIVVLLVCVYALRPLDFAVFPTILLVATLMRLALNVASTRVVMLHGQDGHAAAGKVIQAFGEVVIGGNYVVGIVVFAILMIINFVVVTKGAGRISEVSARFTLDAMPGKQMAIDADLNAGLIDQNQAKARRLDVAQEAEFYGSMDGASKFVRGDAIAGLLILFINLIGGMAVGIFQHGMTFGDAGRVYALLTIGDGLVAQLPSLLLSTAAAIMVTRASGSEDMGKQINRQMFASPKALAVAAGLMAVMGIVPGMPHVSFLSMAALAAGGAYLFWKKQNGQKVQALEEVKRQQELLPSPARAMETKELGWDDVTPIDMIGLEVGYRLIPLVDRNQGGQLLARIKGVRKKLSQDLGFLMPTVHIRDNLDLAPSAYRLTLMGVILAEAEIYPDRELAINPGQVYGSLNGITAKDPAFGLEAVWIEISQRAQAQSLGYTVVDASTVVATHLNQILYKHSSELIGHEEVQQLLQVLAKGSPKLAEELVPGVVSLSQLLKVLQALLAEQVPVRDIRSIAEAIANNASKSQDTAALVAAVRVGVSRAIVQSIVGTESELPVITLEPRLEQILLNSLQKAGQGSEEGVLLEPSMAEKLQRSLIDAAQRQEMQGQPVILLVAGPIRAMLSRFGRLAVPGLHVLAYQEIPDNKQVTIVATVGPNG PGPT0015320_313 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 D1-35_00576 1350 srp54 Signal recognition particle 54 kDa protein ATGCAAGTGAAGCGTTTTTTTGCCGCCGATATGCGTCAGGCCATGAAGCTGGTACGTGACGAGCTGGGCGCTGAAGCAGCCATCATCGGTAATCGCCGGATCGCCGGCGGTGTCGAGCTGACGGCTGCCCTGGATTACAAATTGTCGGCGCTGGCCCCGCGGGTTCCGAACATGGAGCTTGAGGATGAGCTGCGCAAGACCCAGTCGCGCATCGCCAGCGCCCAGGCCGAACTGAGCCTGCGCAGCAGCGAAGGCGAAGGCAGCGCGGGGACCAATCGTCAATTGTTCGCCGGCCAGCCACTGACGGCCGGCCTGCCGCTGACCGCTGCCGAACCGCTGATCGAGCCAGCCCAGGCCGAGCCGCGTCGTCCGGCACCGGCGCCAGCCGCGCCAGCCGCGGGTGTCGACCCACGTGCCCTGGACTCGATGCGCTTTGAACTCAACAGCCTGCGTGAGCTGATGGAAGTCCAGCTTGGCTCGTTGGCCTGGAACCAGCTGCAAGGCAGCCGTCCGGCCCAGGCCAACCTGTGGCGTCGCCTGCAACGCATCGGCTTGTCCGGCCCGTTGTCCCGCGACCTGCTGGCACTGATCAACGATATCGAAGAGCCTCGCCAGGCCTGGCGCATGTTGTTGGCGCACCTGGCGCGGATGATCGCCACGCCGGAAGTCGAGCCGCTGGAAGAGGGCGGGGTAATTGCCATGGTCGGCCCGGCCGGCATGGGCAAGACCACCACCCTGGCCAAGCTCGCCGCCCGTTATGTACTCAAGTACGGCGCCCAGAGCATCGCCCTGGTGAGCATGGACAGTTTCCGCATCGGCGCCCAGGAGCAACTCAAGACCCTGGGCCGGATCCTCAATGTGTCGGTGACCCATGTGGATCCGGGCCAATCGCTGGCCCAGGCGCTGGAACCACTGCTGCGCAAGCGCGTCGTGCTGATCGACACCGCCGGCCTGCAAGCCAGCGATCCGGCCCTGCGCATGCAGCTGGAAAGCCTGGCCGGGCGTGGCATCAAGTCAAAAAATTATCTCGTGTTGGCAACCACCAGCCAGAAACAGGTTCTAACCGCCGCATACCACAGCTACAAACGCTGCGGGCTGGCCGGTTGCATCCTGACCAAGCTGGACGAAACGGCAAGCCTGGGCGAGGTGTTGAGCCTGGCGATCGGTCATGAACTACCGGTGGCCTACCTGACCGACGGGCCGCGGATCCCGGATGATTTGCATCTGCCGCGCCGTCATCAACTGGTCAGTCGTGCCGTGAGTGTGCAAATGCAGGAAGAACCCAGCGACGAAGCCATGGCTGACATGTTCGCTGACATCTACCACAGCCCGACCAAGCAGGTCGGCTGA MQVKRFFAADMRQAMKLVRDELGAEAAIIGNRRIAGGVELTAALDYKLSALAPRVPNMELEDELRKTQSRIASAQAELSLRSSEGEGSAGTNRQLFAGQPLTAGLPLTAAEPLIEPAQAEPRRPAPAPAAPAAGVDPRALDSMRFELNSLRELMEVQLGSLAWNQLQGSRPAQANLWRRLQRIGLSGPLSRDLLALINDIEEPRQAWRMLLAHLARMIATPEVEPLEEGGVIAMVGPAGMGKTTTLAKLAARYVLKYGAQSIALVSMDSFRIGAQEQLKTLGRILNVSVTHVDPGQSLAQALEPLLRKRVVLIDTAGLQASDPALRMQLESLAGRGIKSKNYLVLATTSQKQVLTAAYHSYKRCGLAGCILTKLDETASLGEVLSLAIGHELPVAYLTDGPRIPDDLHLPRRHQLVSRAVSVQMQEEPSDEAMADMFADIYHSPTKQVG PGPT0015550_774 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015550-flhF-K02404 NA NA D1-35_00577 831 ylxH COG0455 Flagellum site-determining protein YlxH ATGGGCAGCATGCATCCCGTACAGGTGATCGCGGTGACCGGCGGCAAAGGTGGCGTCGGGAAGACTAACGTGTCAGTGAACTTGTCCCTGGCTCTGGCAGAGCTTGGCCGACGGGTCATGCTGCTGGACGCCGACCTGGGCCTGGCGAACGTCGACGTGCTGCTGGGGCTCACTCCCAAGCGCACGCTGGCGGACGTGATCGAAGGCCGCTGCGAACTGCGCGACGTGCTCCTGCAGGGGCCTGGCGGGATTCGCATCGTGCCGGCCGCCTCCGGTACCCAAAGCATGGTTCACCTGACGCCGGCGCAGCACGCCGGCCTGATCCAGGCTTTCAGCGACATCGGCGACAACCTCGATGTGCTGGTGATCGACACGGCCGCCGGTATCGGTGACTCGGTGGTCAGTTTTGTCCGCGCCGCCCAGGAAGTCCTGCTGGTGGTCTGTGACGAACCGACCTCCATCACCGATGCCTACGCCCTGATCAAACTGCTCAACCGCGACTATGGCATGAACCGCTTCCGCGTCCTGGCCAACATGGCCCAGAGCCCGCAGGAAGGACGCAACCTGTTCGCCAAGTTGACGAAGGTCACGGATCGCTTCCTGGACGTCGCCCTACAATATGTCGGCGCAGTGCCTTACGACGAAAGTGTACGCAAGGCTGTCCAGAAGCAACGTGCCGTCTATGAAGCTTTTCCACGTTCCAAATGCGCGCTGGCGTTCAAGGCTATCGCCCAGAAGGTCGATACCTGGCCGCTGCCGGCCAACCCTCGCGGGCATCTGGAATTTTTCGTCGAGCGTCTCGTGCAACAAACGGCAGGGCCCGTGTTATGA MGSMHPVQVIAVTGGKGGVGKTNVSVNLSLALAELGRRVMLLDADLGLANVDVLLGLTPKRTLADVIEGRCELRDVLLQGPGGIRIVPAASGTQSMVHLTPAQHAGLIQAFSDIGDNLDVLVIDTAAGIGDSVVSFVRAAQEVLLVVCDEPTSITDAYALIKLLNRDYGMNRFRVLANMAQSPQEGRNLFAKLTKVTDRFLDVALQYVGAVPYDESVRKAVQKQRAVYEAFPRSKCALAFKAIAQKVDTWPLPANPRGHLEFFVERLVQQTAGPVL PGPT0015555_1274 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015555-flhG-K04562 NA NA D1-35_00578 744 fliA COG1191 RNA polymerase sigma factor FliA ATGACAGCCAGCGGTTACAACCATCTCTACAAAAAATCGGCACGGGACGCCCAGTACGAACTGATCGAGCGTTATGCGCCGTTGGTCAAGCGCATCGCCTATCACTTGCTGGCACGCTTGCCGGCCAGCGTCCAGGTCGAAGACTTGATCCAGGCGGGCATGATCGGCCTGCTCGAAGTGTCGAACAAATACGACGCGAGCAAGGGCGCCAGTTTCGAGACGTATGCCGGTATCCGGATTCGCGGAGCGATGCTCGATGAAGTCCGCAAGGGCGACTGGGCGCCGCGTTCGGTGCACCGCAATACCCGTATGGTCAGTGACGCGATCCGTGCGATTGAAGCTAAAACCGGGCGTGACGCTAAAGATCATGAAGTTGCGGCCGAACTCCAGTTGAGTCTCGATGATTATTACGGGATTTTGAACGATACCTTGGGCAGCCGCCTGTTCAGTTTCGACGACCTTTTGCAGGACGGCGAGCACGAAGGGCTGCACGAGGACAATGCGAGTGCTCACATGGAGCCGTCGCGTGACCTGGAAGACGAACGTTTCCAGAGCGCGCTGGCGGATGCGATTGCCAATTTGCCGGAGCGTGAGCGACTGGTCTTGGCGCTGTACTACGACGAAGAGCTGAATCTCAAGGAAATCGGTGAGGTCCTGGGGGTCAGCGAATCGCGGGTCAGCCAGTTACACAGCCAGTGCGCGGCCCGCTTGCGGGGGCGTTTGGGGGAGTGGCGAGCGCGCTGA MTASGYNHLYKKSARDAQYELIERYAPLVKRIAYHLLARLPASVQVEDLIQAGMIGLLEVSNKYDASKGASFETYAGIRIRGAMLDEVRKGDWAPRSVHRNTRMVSDAIRAIEAKTGRDAKDHEVAAELQLSLDDYYGILNDTLGSRLFSFDDLLQDGEHEGLHEDNASAHMEPSRDLEDERFQSALADAIANLPERERLVLALYYDEELNLKEIGEVLGVSESRVSQLHSQCAARLRGRLGEWRAR PGPT0015610_1065 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 D1-35_00579 372 cheY_1 COG0784 Chemotaxis protein CheY ATGAAAATCCTCATCGTTGATGACTTCTCAACGATGCGGCGGATCATAAAAAACCTGTTGCGTGACCTCGGGTTCACCAACACGGTCGAGGCTGACGATGGCACCACTGCCATTCCAGTCCTCAACAGCGGGAGCATCGACTTTCTGGTGACTGACTGGAACATGCCCGGCATGACCGGTATCGACTTGCTGCGCCACGTGCGCGCCGATGAAAAACTCAAGCACCTGCCGGTGCTGATGGTCACCGCCGAAGCCAAGCGCGAGCAGATCATCGAAGCGGCCCAGGCCGGTGTAAACGGCTATGTGGTCAAACCCTTCACGGCCCAGGCGTTGAAAGAGAAGATCGAAAAAATCTTCGAACGCATCGGTTAA MKILIVDDFSTMRRIIKNLLRDLGFTNTVEADDGTTAIPVLNSGSIDFLVTDWNMPGMTGIDLLRHVRADEKLKHLPVLMVTAEAKREQIIEAAQAGVNGYVVKPFTAQALKEKIEKIFERIG PGPT0015690_2098 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413 NA NA D1-35_00580 786 cheZ COG3143 Protein phosphatase CheZ ATGGACAACGAATCTTCAATGGGCGATTTCGAATCGACCCTGAAAAAACATGCCCGCGAACTGGTCGACAGCCTTGAAAAGGGCCGCTTCGGTGACGCGGTTCAAATGATTCATGAGCTCAACCAGACCCGTGACCGCGGTCTGTACCAGGAAGTCGGCAAGCTCACCCGTGAACTGCACAGCGCGATCGTCAATTTCCAGATCGATCCTAACATGCCACAGGCCGAGGAAGTCTCGCAGATCACCGACGCCACCGAGCGCCTGGGGTATGTGGTCAAGCTGACCGAAGCCGCGGCCAACCGCACCATGGACCTGGTGGAAAGCGCTACGCCCCTGGTCAACGGCCTGAGCGAGGAAGCCCAGGCGTTGAGTACCGATTGGGGGCGCTTCATGCGTCGCGAAGTCGGTGCCGAGGAGTTTCGCGAGCTGGCCCGTCGGGTCGACGGTTTCCTGACGCGCAGCAGCAGCGAAAACCGCGCCGTGGCGAGCAATCTCAATGACATCCTGCTGGCCCAGGACTACCAGGACCTGACAGGCCAGGTGATCAAGCGCGTGACCCAGTTGGTCACCGAAGTGGAAAGCAATTTGCTCAAACTGGTGCTCATGGCCAGCCAGGTCGATCGCTTTGCCGGCATCGAACACGACCGTGAGGCGATGCTTGCTGAAAAAGATCCACAAAAACATCTCTCTCAGGGTGAAGGTCCGCAGATTCATGCCGATAAAAGAGAAGACGTTGTGTCCGGTCAGGACGATGTGGACGATTTGCTGTCCAGCCTTGGATTTTGA MDNESSMGDFESTLKKHARELVDSLEKGRFGDAVQMIHELNQTRDRGLYQEVGKLTRELHSAIVNFQIDPNMPQAEEVSQITDATERLGYVVKLTEAAANRTMDLVESATPLVNGLSEEAQALSTDWGRFMRREVGAEEFRELARRVDGFLTRSSSENRAVASNLNDILLAQDYQDLTGQVIKRVTQLVTEVESNLLKLVLMASQVDRFAGIEHDREAMLAEKDPQKHLSQGEGPQIHADKREDVVSGQDDVDDLLSSLGF PGPT0015695_200 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015695-cheZ-K03414 NA NA D1-35_00581 2250 hypothetical protein ATGAGCTTCGGCGCCGATGAAGAGATCCTTCAGGATTTCCTGGTTGAGGCCGGCGAGATTCTAGAGCAACTGTCCGAACAGCTGGTCGAGCTGGAAAGCCGACCTGATGATGCGGATCTGCTCAATGCAATTTTTCGCGGTTTCCACACTGTAAAAGGAGGCGCCGGCTTCCTCCAGCTCAATGAGCTGGTGGAGTGCTGCCACATTGCCGAAAACGTGTTCGACATCCTGCGCAAGGGTGAGCGTCGCGTTGACTCGGAATTGATGGACGTCGTGCTCGAAGCGCTGGATGCGGTCAACAGCATGTTCAGCGAAGTGCGCGAGCGTTCGCCGATCACCCCCGCCACGCCTGAGCTGCTTGCTGCATTGGCGCGGCTGGCCGAGCCGCAGTCGGCTGACGAAGCCGCGCCGGTTGCCGAGGCTGTGGCTGAAGAGCCGGTTGCCGAGGAATCGGGTGACATTACCGACCACGAATTTGAATCGCTGCTGGACTCGCTGAGTGCCGTCAAGGCCCAGGCCGAGGCTCCGGCCGCACCCGCTGCGCCAGCCGCCGCTGCTGCCCCAGGCAGTGATGAAATCACCGACGCCGAGTTCGAGTCGTTGCTCGACCAGCTCCACGGCAAGGGCCAGTTCGCCCCTGATGCCGTTGCCGCCCCGGCGGCCCCGGCCGCGCCAAAGGCTGCGGGGGATAACTCCGACATCACCGACGACGAATTCGAAGCATTGCTCGACCAGTTGCACGGCAAGGGCACCTTTGCCGTCGATGCGCTGGATTCGGCCATCGCTGCTGCGCCAGCCCCGGCCAAGCCAACCGCGGCCGCCGCCGGTGGCGACCTGATCAGCGACCACGAATTCGAATCCCTGCTCGACGAATTGCACGGCAAGGGCAAGTTCAGCGAAGTCGGCACGGCCACCGCCGCGCCTGCCGCCGCCACTGCTGCGCCTGCCGCCAAAGCCGCGCCCAAGCCCGCTGCCAAGGCACCGGAGCCGAAGGCCGAGACACCCAAGCCTGCCGCCGCCGCAGCGCCGGCCCCAGCCCGTGCGCCGTCTGCGCCGCCTGCGGAGAAACCGGCCAGCGAAGCCGAGACCACCGTTCGGGTCGACACCGCGCGCCTGGACGAAATCATGAACATGGTTGGCGAACTGGTGCTGGTGCGTAACCGCCTGGTGCGCCTGGGCCTCAACAGCCAGGACGAAGCGATGTCCAAGGCCGTGTCGAACCTCGACGTGGTCACGGCTGACCTGCAGACCGCGGTCATGAAGACCCGGATGCAGCCGATCAAGAAAGTCTTCGGGCGCTTCCCGCGCCTGGTTCGTGACCTGGCTCGCCAGCTCAAGAAAGAAATCAACCTGGAGCTGGTGGGTGAAGAGACCGACCTCGACAAGAACCTTGTCGAGGCCCTGGCCGACCCGCTGGTCCACTTGGTGCGCAACGCGGTCGACCACGGCATCGAGTCGCCGGAAGAGCGCGAGGCCTCGGGCAAGGTCCGCAGCGGCAAGGTGATCCTGGCCGCCGAGCAGGAGGGCGACCACATCCTGCTGTCGATCTCCGACGACGGCAAGGGCATGGACCCGCACGTACTCCGGGCGATCGCGGTGAAACGCGGCGTGATGGACAAGGACGCGGCCGACCGCCTGAGCGACACCGAGTGCTACAACCTGATTTTCGCTCCGGGCTTCTCGACCAAGACCGAGATTTCCGACGTGTCGGGTCGTGGCGTGGGCATGGACGTGGTGAAAACCAAGATTTCCCAGCTCAACGGCTCGATCAACATCTACTCGACCAAGGGCCAGGGCTCGAAAATCGTCATCAAGGTCCCGTTGACCCTGGCGATCATGCCGACCCTGATGGTGATGCTGGGCAACCAGGCCTTCGCCTTCCCGCTGGTCAACGTCAACGAGATCTTCCACCTCGACCTGTCGCGCACCAACGTGGTCGACGGCCAGGAAGTGGTCATCGTACGGGACAAGGCGCTGCCGCTGTTCTACCTCAAGCGCTGGCTGGTCAGCTCCGCCGCTCATGTCGAGCAGGGCGAGGGCCACGTGGTGATCCTTTCGGTGGGCACCCAGCGGATCGGCTTCGTCGTCGACCAACTGGTGGGCCAGGAAGAAGTGGTCATCAAGCCGTTGGGCAAGATGCTCCAAGGCACCCCGGGCATGTCCGGCGCCACCATCACCGGCGACGGCCGCATCGCGTTGATTCTCGATGTGCCTAGCATGCTCAAGCGCTACGCCGCCCGGCGTATTTGA MSFGADEEILQDFLVEAGEILEQLSEQLVELESRPDDADLLNAIFRGFHTVKGGAGFLQLNELVECCHIAENVFDILRKGERRVDSELMDVVLEALDAVNSMFSEVRERSPITPATPELLAALARLAEPQSADEAAPVAEAVAEEPVAEESGDITDHEFESLLDSLSAVKAQAEAPAAPAAPAAAAAPGSDEITDAEFESLLDQLHGKGQFAPDAVAAPAAPAAPKAAGDNSDITDDEFEALLDQLHGKGTFAVDALDSAIAAAPAPAKPTAAAAGGDLISDHEFESLLDELHGKGKFSEVGTATAAPAAATAAPAAKAAPKPAAKAPEPKAETPKPAAAAAPAPARAPSAPPAEKPASEAETTVRVDTARLDEIMNMVGELVLVRNRLVRLGLNSQDEAMSKAVSNLDVVTADLQTAVMKTRMQPIKKVFGRFPRLVRDLARQLKKEINLELVGEETDLDKNLVEALADPLVHLVRNAVDHGIESPEEREASGKVRSGKVILAAEQEGDHILLSISDDGKGMDPHVLRAIAVKRGVMDKDAADRLSDTECYNLIFAPGFSTKTEISDVSGRGVGMDVVKTKISQLNGSINIYSTKGQGSKIVIKVPLTLAIMPTLMVMLGNQAFAFPLVNVNEIFHLDLSRTNVVDGQEVVIVRDKALPLFYLKRWLVSSAAHVEQGEGHVVILSVGTQRIGFVVDQLVGQEEVVIKPLGKMLQGTPGMSGATITGDGRIALILDVPSMLKRYAARRI PGPT0015645_1447 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407 NA NA D1-35_00582 1137 cheB1 COG2201 Protein-glutamate methylesterase/protein-glutamine glutaminase 1 ATGGTAGTTAAAGTCCTGGTGGTGGACGATTCGGGGTTCTTCCGCCGCCGCGTCTCGGAAATTCTTTCGGCGGACACCAGCATCCAGGTCGTCGGTACGGCGACCAACGGCAAAGAGGCGATCGATCAGGCGCTGGCGCTCAAGCCGGACGTGATCACCATGGACTATGAGATGCCGATGATGGACGGCATCACGGCGGTGCGGCATATCATGCAGCGCTGCCCGACCCCGGTGTTGATGTTCTCGTCCCTGACCCATGAAGGCGCCCGTGTCACCCTCGATGCGCTGGACGCCGGGGCGGTCGACTTCCTGCCGAAGAATTTCGAAGACATCTCGCGCAACCCGGACAAGGTCCGTCAGTTGCTGTGCGAGAAAGTCCACAGCATTTCCCGCAGCAACCGCCGGGTCAGTGCCTACAGCACACCGGCGCCCGCGCCGGTTGTTGCGCCGACGTCCGCGCCCGCGTCTTCATCCTCGTCAAGCAGCTTCAATCCGGCACCGGTTCGCAGCGCTCCGGCACCAGCGCCGGCGCGCTCGGCACCGGCCAGCGCAGCGTCGCCGGCACCCAAGCGCAAGGCCTACAAACTGGTTGCCATCGGTACGTCCACCGGCGGTCCGGTGGCGCTGCAGCGGGTCCTGACCCAACTGCCGGCGAATTTCCCGGCGCCCATCGTGCTGATCCAGCACATGCCCGCGGCATTTACCAAGGCATTTGCCGAGCGTCTGGACAAACTCTGTCGTATCAGCGTCAAGGAAGCCGAGGACGGCGACATCCTGCGGCCGGGCCTGGCGCTGTTGGCGCCGGGTGGCAAGCAGATGATGATCGACGGCCGTGGCGCGGTGAAAATCCTGCCAGGTGACGAGCGTCTGAACTACAAGCCTTGCGTGGACATTACCTTCGGTTCCGCGGCGAAATCCTACGGCGACAAAGTTCTGGCGGTGGTCCTCACCGGCATGGGCGCCGACGGTCGCGAGGGCGCGCGCCTGCTCAAGCAGGGCGGCAGCGCGATCTGGGCCCAGGACGAGGCCAGTTGCGTGATCTATGGCATGCCCATGGCAATCGTCAAGGCCGACCTGGCCGACGCGGTCTACAGCCTGGACGACATGGGTAAACATCTGGTCGAGGCGTGCCTGTAA MVVKVLVVDDSGFFRRRVSEILSADTSIQVVGTATNGKEAIDQALALKPDVITMDYEMPMMDGITAVRHIMQRCPTPVLMFSSLTHEGARVTLDALDAGAVDFLPKNFEDISRNPDKVRQLLCEKVHSISRSNRRVSAYSTPAPAPVVAPTSAPASSSSSSSFNPAPVRSAPAPAPARSAPASAASPAPKRKAYKLVAIGTSTGGPVALQRVLTQLPANFPAPIVLIQHMPAAFTKAFAERLDKLCRISVKEAEDGDILRPGLALLAPGGKQMMIDGRGAVKILPGDERLNYKPCVDITFGSAAKSYGDKVLAVVLTGMGADGREGARLLKQGGSAIWAQDEASCVIYGMPMAIVKADLADAVYSLDDMGKHLVEACL PGPT0015650_692 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412 NA NA D1-35_00583 741 pomA COG1291 Chemotaxis protein PomA ATGGACGTGCTCAGCCTGATCGGCATCATCATGGCGTTCGTCGCCATCATTGGTGGCAATTACCTGGAAGGCGGTCACCTCGGCGCGTTGGCCAACGGCCCGGCCGCGTTGATCGTGATCGGTGGCACCGTAGGCGCTGCGCTGTTGCAGTCGCCGATGAGCGCCTTCAAGCGCGCCATGCAGGTATTGGTGTGGATTCTGTTCCCGCCGCGGGTCGACCTGGCCGGCGGCATCGACCGCGTGGTGAACTGGAGCCTGACCGCCCGCAAGGAAGGTCTGCTGGGTCTGGAAGGGGTGGCCGACGCCGAACCCGACAGCTACTCGCGCAAGGGCCTGCAATTGCTGGTCGACGGCGCCGAGCCGGAAGCGATCCGCAGCATCCTGGAGGTGGATTTCTACACCCAGGAAAGTCGCGACATCGAAGCGGCGAAAGTCTTCGAAAGCATGGGTGGCTATGCGCCGACCATCGGCATCATCGGTGCGGTGATGGGCCTGATCCATGTGATGGGCAACCTGGCCGATCCGTCGCAACTGGGCAGCGGCATCGCCGTGGCCTTCGTCGCGACCATCTATGGTGTGGCGAGCGCCAACCTGGTGCTGCTGCCGATCGCGGCCAAGCTCAAGTCCATTGCCATGCGCCAGTCGCGCTATCGGGAAATGCTCCTGGAAGGCATCCTGTCTATCGCCGAAGGTGAAAACCCGCGCTCCATCGAATTGAAGCTCCAGGGCTTCATGGACTGA MDVLSLIGIIMAFVAIIGGNYLEGGHLGALANGPAALIVIGGTVGAALLQSPMSAFKRAMQVLVWILFPPRVDLAGGIDRVVNWSLTARKEGLLGLEGVADAEPDSYSRKGLQLLVDGAEPEAIRSILEVDFYTQESRDIEAAKVFESMGGYAPTIGIIGAVMGLIHVMGNLADPSQLGSGIAVAFVATIYGVASANLVLLPIAAKLKSIAMRQSRYREMLLEGILSIAEGENPRSIELKLQGFMD PGPT0015370_3278 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556 NA NA D1-35_00584 885 motB_1 COG1360 Motility protein B ATGGCACGTCGCAGACATCGTGAAGAACACGTCAACCATGAACGCTGGCTGGTTTCCTACGCCGACTTCATCACGTTGCTGTTTGCCTTTTTTGTGGTCATGTATTCGATCTCCTCGGTCAACGAGGGCAAGTACAAGGTCATTTCCGAAGCGTTGATTGGCGTTTTCACTGATTCGGACCGTGCTCTCAAGCCGATTCCCATCGGCGACGAACGCCCGAAGACGACGACCCCGGCCAAGCCGTTGGTCAAGGACAGCGAGCAGGTCGATGCTGGCATTGCCGGTGGCAGCGATCCGTTGAAAAGCATTGCCGACGACATCAGCGCGGCGTTCGGCGACCTTATCAGCTCCAACCAGATGACCGTGCGCGGCAATGAGTTGTGGGTCGAGATCGAGCTCAACTCCAGCCTGCTGTTCGGTAGCGGCGACGCGATGCCTAGCGACATGGCGTTCAATATCATCGATAAGGTCGCGGCGATCCTGAAACCGTTCGACAACCCGATCCACGTCGAAGGTTTCACCGATGACCAGCCGATCCGCACCGCGCAGTACCCGACCAACTGGGAGCTGTCGTCGGCCCGTTCGGCGAGCATCGTGCGCATGCTTGCCATGCAGGGCGTCAATCCCGGACGCCTGGCCTCGGTGGGGTATGGCGAGTTCCAACCGGTGGCCAACAACGCCACCGCCGAAGGGCGCGCGCGCAACCGGCGGGTAGTGCTCGTGGTGTCGCGTAACCTTGATGTCCGGCGCAGCCTGACCGGTACCGGCACCGCCAATGCAAAACCCGATGCGGCATTGAAGCGGGCTGGCACACAAACTGCACCGACCCCGGTCAAGTCGCCGGAAAGACAGAACGCCGTCAATTCTCCGTCACCGGCTTTATAA MARRRHREEHVNHERWLVSYADFITLLFAFFVVMYSISSVNEGKYKVISEALIGVFTDSDRALKPIPIGDERPKTTTPAKPLVKDSEQVDAGIAGGSDPLKSIADDISAAFGDLISSNQMTVRGNELWVEIELNSSLLFGSGDAMPSDMAFNIIDKVAAILKPFDNPIHVEGFTDDQPIRTAQYPTNWELSSARSASIVRMLAMQGVNPGRLASVGYGEFQPVANNATAEGRARNRRVVLVVSRNLDVRRSLTGTGTANAKPDAALKRAGTQTAPTPVKSPERQNAVNSPSPAL PGPT0015375_2530 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557 NA NA D1-35_00585 792 soj_1 COG1192 Sporulation initiation inhibitor protein Soj ATGAGAGTCTGGGCAGTCGCCAATCAAAAAGGTGGTGTGGGCAAAACCACATCCTCCATCGCTTTAGCCGGTTTGCTGGCCGAGGCGGGCAAGCGCGTGGTCATCGTCGATCTGGACCCCCACGGCTCGATGACCAGCTATTTCGGCTACGATCCCGATAGCCTGGAGCACAGCAACTACGACTTGTTCCTGCACAAGGGCAGCGTGCCCGAGGGCCTGCCGGGCCAGTTGTTGCTGTCTACCAGTGACGAGCGGATTTCCCTGTTGCCATCGAGTACGGCCCTGGCCACCCTGGAGCGCCAGTCGCCCGGGCAGGGCGGCCTGGGCCTGGTGATCGCCAAGAGTCTGGCGCAGCTGTGGCAGGATTTCGATTACGCAATCATCGACAGCCCACCATTGCTCGGGCTACTGATGGTCAATGCCCTGGCCGCGAGCCAGCAACTGGTGATTCCGGTGCAGACCGAACACCTGGCTGTCAAAGGCCTGGAGCGCATGGTCAACACCCTGGCGATGGTCAACCGCTCGCGCAAGCAATCCCTGGCGTTCAACATCGTGCCGACCCTGTTCGACCGTCGCACCCAGGCGTCCCTCGGTACCCTGCGCGTGTTGCGCGATATGTACCCCGAGGACATCTGGCAAGGTTATATCCCGGTCGATACGCGTCTGCGAGACGCCAGCCGCGCCGGCGTGACCCCTTCGCAATTCGATGGCAAAAGCCGTGGCATCCTGGCCTATCGCGCGCTTCTCAAACATTTGCTGGCCCAGCAGCTCGTTCCGCAGCAGGTGGCTTGA MRVWAVANQKGGVGKTTSSIALAGLLAEAGKRVVIVDLDPHGSMTSYFGYDPDSLEHSNYDLFLHKGSVPEGLPGQLLLSTSDERISLLPSSTALATLERQSPGQGGLGLVIAKSLAQLWQDFDYAIIDSPPLLGLLMVNALAASQQLVIPVQTEHLAVKGLERMVNTLAMVNRSRKQSLAFNIVPTLFDRRTQASLGTLRVLRDMYPEDIWQGYIPVDTRLRDASRAGVTPSQFDGKSRGILAYRALLKHLLAQQLVPQQVA NA NA NA NA NA D1-35_00586 885 hypothetical protein ATGAACCGCCCGATCAAGACAACCTCGCGTCCGCAACTGGCCTTGCAGTCCTACCTGGACGGGCTCTTGCAGGAAGCGACCGAAGAATTGCCAGCGCCGCCGAGCGCGGCCGAGGCGTTGCCCGAGCCCGTCGTCGAAGCCGAAGCTGAAGCTGTACTGGACGAGTTCCAGGCGGCCGTGCTCGAAGAGCAGGCTCGTGATGCACGGATTTCCATGACTGCCGCAGCGGTCGAGGCGCCGCTCGTCAAGCCGAAGGTGGCCGTGATGGAAGCGCCCGCGCCGATCCTGGCGCCGGTCTCGACCGTTGCACCGTTGTTGCAGGGCCTGGTGACGCCGGTAGTGGAAATCCACTTGCCGCCGCCGAGCAACACACCGCCGCCGGTGCAGGGCGACGACCGTCCGGCCTGGGCCGCCGAGCCGTTCGAGTGTCTGTTGTTCGATGTGGCCGGGTTGACCCTGGCGGTGCCGCTGGTGTGCCTGGGATCGATTTATTCCCTGGCGGGGCAGGAATTGACGCCGTTGTTCGGCCAGCCGGAATGGTTCCTCGGGATCCTGCCGAGCCAGGCCGGCAACCTGAAGGTGCTGGACACCGCGCGCTGGGTCATGCCGGACCGTTATCGCGATGATTTTCGCCAGGGCCTGCAATACGTGATTTCAGTGCAAGGCTACGAGTGGGGATTGGCGGTGCATCAGGTCAGCCGTTCGCTGCGCCTGGACCCGAACGAGATCAAATGGCGAAGCCATCGAGGACAACGGCCATGGCTGGCCGGTACGGTGATCGAACACATGTGCGCCTTGCTGGACGTTTCCGAACTGGCGGAGCTGATCGCCAGCGGCGGGGCAAAACACCTGGGCGGCAGCAAGCCGGTCCAGAAACCGAAATAA MNRPIKTTSRPQLALQSYLDGLLQEATEELPAPPSAAEALPEPVVEAEAEAVLDEFQAAVLEEQARDARISMTAAAVEAPLVKPKVAVMEAPAPILAPVSTVAPLLQGLVTPVVEIHLPPPSNTPPPVQGDDRPAWAAEPFECLLFDVAGLTLAVPLVCLGSIYSLAGQELTPLFGQPEWFLGILPSQAGNLKVLDTARWVMPDRYRDDFRQGLQYVISVQGYEWGLAVHQVSRSLRLDPNEIKWRSHRGQRPWLAGTVIEHMCALLDVSELAELIASGGAKHLGGSKPVQKPK PGPT0015680_422 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408 NA NA D1-35_00587 486 cheW_1 COG0835 Chemotaxis protein CheW ATGAATGATAAGGCGTCGTCTCAAAAGGGTTCTGAAGATCCGATTCTGCAGTGGGTGACCTTCAAGCTCGATAACGAAACCTACGGCATCAACGTGATGCGCGTTCAGGAAGTGCTGCGCTACACCGAGATCGCCCCGGTTCCAGGTGCGCCAAGCTATGTGCTGGGGATCATCAACCTGCGTGGCAACGTGGTCACCGTGATCGATACCCGTCAACGCTTCGGCCTGATGAACGCCGAGATCAGCGACAACACCCGGATCGTCATCATCGAAGCCGACAAACAAGTGGTTGGCATCATGGTCGACAGCGTCGCCGAAGTGGTTTACCTGCGTCAGTCGGAAATCGAAACCGCGCCGAACGTCGGTAACGAAGAGTCCGCCAAGTTCATTCAGGGCGTGTGCAACAAGAACAACGAGTTGCTGATCCTGGTTGAACTGGACAAGATGATGAGCGAAGAAGAGTGGTCGGAACTGGAGAGTATCTGA MNDKASSQKGSEDPILQWVTFKLDNETYGINVMRVQEVLRYTEIAPVPGAPSYVLGIINLRGNVVTVIDTRQRFGLMNAEISDNTRIVIIEADKQVVGIMVDSVAEVVYLRQSEIETAPNVGNEESAKFIQGVCNKNNELLILVELDKMMSEEEWSELESI PGPT0015680_3276 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408 NA NA D1-35_00588 339 hypothetical protein ATGTTCGTGTCCTATATACGCGGCCAGCGGCAGATCGCCGCTCAGCAGGCCCAGGGCGATGCGCTGCGCGATCAGCGCATCCGCGACCTGGCCAAGCGCGTCGACGACTATCAGAACGGCACCGTGCGCATGGGCGAAGCGCTCCATGAGCTGCGTGCCGTGGTCGGGCCATTGCCGGACAAACTGGCGCAGCTGGAACAGCGCGACCCCTCCAGCCTGTCCTTCGCCCAGGCCGCCCGCCTGGTCGGCATGGGCGCCAGCGTCGACGAACTGACCCAGGCGTGTGGTCTGACCCAGGCCGAAGCGGAATTGATGAGCAAGTTGCACAAGGGCGGCTGA MFVSYIRGQRQIAAQQAQGDALRDQRIRDLAKRVDDYQNGTVRMGEALHELRAVVGPLPDKLAQLEQRDPSSLSFAQAARLVGMGASVDELTQACGLTQAEAELMSKLHKGG NA NA NA NA NA D1-35_00589 156 hypothetical protein ATGGGTCTAGAGGACAGCATCCCGGAAGAGCTGTACCGCACGATTGCCGAGATCATTGCGTTTGCGTGGAACCTGAAGGGCAAGTTTGCGCAAGGTTATGACCCGAATGCACCAAGTGTCGAGAAGGACGTGACCGAGCGCGGCGACGATTACTGA MGLEDSIPEELYRTIAEIIAFAWNLKGKFAQGYDPNAPSVEKDVTERGDDY PGPT0029865_251 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061 NA NA D1-35_00590 1341 hypothetical protein ATGCCGGGCATTAATAAAAATGTTGCGTTGCATGTACGTTCCAGGTCTGAAGGTGGAGGCGCTACTAGCTCAATCATTACAAAAAAACTACTCGCCACGTCGAACTCTTCTTCTGATTTGGTCAAGACTGGCTTGAAAACCCAATCGGGATTAAATTCGAGATCTGCAGCATCCGGCGTGTTGGACGAGAAGCCTGCTCAATTGATCAACAAACGTACCGCCAAAGCAGTGTTGGCTGAGTTGTTAAGGCAACCGCGGTCAGAGAGTAATTACGCCAATCGTCTCGCATGTTTGAGCGCAGATCGCTCAATTCAAACGTGGCAAGCGCTTACTCATGATCCAGAAACATTAAAAGTTTTAGAACAGACAACTCCAACTGCTCTGCCATCGCGTTTAGCTGAGCCAGCTGTATGGCTCCCAGAAGTCGAAAAAATACATACGAACGTTCTGATGAACCTGATGAGCAAGCTGGCGGGCGAATACTCGGTTTCATTCCAGTCATTGGCTCTAGGTAGAGAGGAGGCTGAGATAAAAGAGGTGTCTATCGTGCGCGGACCTCCTGGCGCGGGCAAAACGTTTTATTTGAAGGGTGGTTTTTCGCTAGGGGGGGATGAAGTAAAAAACTACCTACAGAACCGAATGCCCGGACTTACGATGTCTCAAGTACACCTGCAAGGATCTGTTTTGCTTGATCGATTTATGAGCTCTATGGAACGTAAGCTTGAGCAAAGCCTGACACGGGATGGGCTTTACTTAAATCCACTGATATTTGAACAGAAACTACAAGCAGTTGGCTTGCAGGACGGAAGGCAAAAAGCTGCAGTTCGCGACATTCACGTGGATTTAACGACATTATGTTGTCGGATGCTTAAGCGCTCTACAGATGAGGCGCTACTTGGCTTTGACTACTTAAGCCAATCTTTTCGCTTGTCTTTGGAGAATAGGGCAAGAACAATCGAGTTGGTTGGGGAGAAACATGGCAACATCAGCGACTACTTGCTATTGGCCTGGGATGGGAGCAAAAACATCAAAGTCGCGGAATGTCCAGCCGGTTTAAAGAACATTACGGTGTATGACCATTCTCTTTTCGACCAGCTTGTGATGCGCGATCCTGCGCTGATTGATGCGGAAATAGCGCGTGTGGGTGAAACGGTGATCGACGGGGCATTCATCTCCAGATTTACTGCTGGATTTGAGCCGACCATAGCGGCACTCTTTACCGAGGCACTGAGCACGTACGATGGGAAAACCATCGCTCATGCCCTAGCGTTGAACCTCGATAGGGGGCACGTAGCAACTTCAGTAGCTTCTCGGATTATCGCTAGAGCTGTCTCCGCTTAA MPGINKNVALHVRSRSEGGGATSSIITKKLLATSNSSSDLVKTGLKTQSGLNSRSAASGVLDEKPAQLINKRTAKAVLAELLRQPRSESNYANRLACLSADRSIQTWQALTHDPETLKVLEQTTPTALPSRLAEPAVWLPEVEKIHTNVLMNLMSKLAGEYSVSFQSLALGREEAEIKEVSIVRGPPGAGKTFYLKGGFSLGGDEVKNYLQNRMPGLTMSQVHLQGSVLLDRFMSSMERKLEQSLTRDGLYLNPLIFEQKLQAVGLQDGRQKAAVRDIHVDLTTLCCRMLKRSTDEALLGFDYLSQSFRLSLENRARTIELVGEKHGNISDYLLLAWDGSKNIKVAECPAGLKNITVYDHSLFDQLVMRDPALIDAEIARVGETVIDGAFISRFTAGFEPTIAALFTEALSTYDGKTIAHALALNLDRGHVATSVASRIIARAVSA NA NA NA NA NA D1-35_00591 327 flhB_2 COG1377 Flagellar biosynthetic protein FlhB ATGACAACCCATACCGAACCCCGCCAGGCCATCGCACTCAAGTACGACGGCCACCACGCCCCCACCCTCACCGCCAAGGGCGACGAAGCCCTGGCCGAGGAAATCCTGCGCATCGCCCGCGAAAGCGAAGTGCCGATCTATGAAAACGCCGAATTGGTGAAATTGCTGGCGCGGCTGGAGTTGGGCGATAGCATCCCCGAGGAGCTGTACCGCACGATCGCCGAGATCATTGCCTTTGCCTGGAACCTGAAGGGCAAGTTTCCGCGGGGTTATGACCCGAATGCACCGAGTGTCGAGAAGGACGTGACCGACCGCGGAGAGGATTAA MTTHTEPRQAIALKYDGHHAPTLTAKGDEALAEEILRIARESEVPIYENAELVKLLARLELGDSIPEELYRTIAEIIAFAWNLKGKFPRGYDPNAPSVEKDVTDRGED PGPT0029865_251 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061 NA NA D1-35_00592 1572 hypothetical protein ATGACAGGCGACATGAACATCCCGCCGCTGCCCCAGCCCACGGCAACGACACGTATGCCGGCAGTGACTGGCGAGCTGCTGAAGTTGCTGGCGCCGGCCGAGGGGCTGATCGGCCCGGGCCAGACAGCCAAGGCCGAGGTGTTGTCACTCAAGCAGGCGGACCAGGCCTTCCAGCTGTTGCTCAAGCTGACCCTGGAAAGCGGCCGGCAGGCCACGGTGCAGGCCACCAGCGCCCAGCCGTTGCCGCAAGGCACCAGCCTGGCCGTGACCCAGCCGTCCGCCAGCAACCTGGCGATTGCCGTGCAACAGGCCGTCGCCTCCAGCGTCGCCACCTTGACGCGCATCGACACCGCGCAGCTGCCGGTGGGCACGTTGCTGCAAGGCAAGGTGCTGACCAGCCAGGTGCTGCCGCAGTTGCCAGGGCAAGCGGCGGTATATCGCTCGCTGGTGAGTTTGCTCAACACCGTCCAGGCCGGCAGTACCCTGGACATCGACAGCCCCCAGCCCCTGCGCATCGGCACGTTGTTGAGCGCTCAGGTGCAGGATGTGCAGACCTTGAAGTTCGTCCCCCTGAGCAACCGCCAGGAACAATTGGCGGTCAGCCAGCAGCTGGTTACGCAGGTGAGCCGCCAGGGTTCGCTGGACAGCTTGCTCACCGCCCTGCAAAACCTTCCCGCCAGCGAAGACGCCGGCTCCGAGCTGCGCGCGGCGGTAACGCGCCTGTTGGCCGGTCTGCCAGACGTCCAGCAACTGAGCACACCCAAGGGCCTGGCCCAGGCCATGGTCGCCAGCGGCATGTTCCTGGAGAGCAAACTCCTCGCCGGGCAGCCGCCGAGCCTCGCCCCGGACATGAAAGGCGACCTGCTGAAACTGATCGCCCAACTGACACCGGCCCTGCCCGCGTCCACCAATCTCAGCGCCATCATCGCCGCCAACACCCTGGCCCAGGCGCTGCCCAACTTCGTGCGCAGTGCCTTGGGGATGCTTGGCCAGGTCAGCGCCAAGCCGCAGCCCACGAGTTTTCCGCTGCCCTCGCGCCTGCTCAAAGGCCAGGACGAAGAAGGCGATCTGGAGCACCTGTTGCGTCTGGCCGCAGCCGCTGTCTCGCGCCTGCAAAGCCATCAGTTGTCGAGCCTGGAGCAGACCGGGCTGACCGACGATGGCCGGCTGATGAGCACCTGGCAGTTGGAGATCCCGATGCGCAACCTGCAGGACATCGTGCCATTGCAGGTCAAGTTCCAACGCGAAGAAACCCCTGCCCGGGAGCAGCCGGACGAGCGCCGCGAACCACGCGAAGCGAAACAGCAACTGTGGAAGGTCGAGCTGGCGTTCGACATGGAGCCGCTGGGCCCGTTGCAGATTCAGGCCCAGTTGCTCGGCGGCAGCCTGTCCAGCCAGCTGTGGGCGCAAAGGCCGTACACCGCAAGCCTGATCGAAAGCAACCTGACCGCCCTGCGCGAGCGCCTGGTGACATGCGGGCTGAACGTCGGCGACCTGGATTGCCACCTCGGCACCCCGCCCCAGGGGCCCAAGACCCGACTGGATCAACGCTGGGTGGACGAAACCGCATGA MTGDMNIPPLPQPTATTRMPAVTGELLKLLAPAEGLIGPGQTAKAEVLSLKQADQAFQLLLKLTLESGRQATVQATSAQPLPQGTSLAVTQPSASNLAIAVQQAVASSVATLTRIDTAQLPVGTLLQGKVLTSQVLPQLPGQAAVYRSLVSLLNTVQAGSTLDIDSPQPLRIGTLLSAQVQDVQTLKFVPLSNRQEQLAVSQQLVTQVSRQGSLDSLLTALQNLPASEDAGSELRAAVTRLLAGLPDVQQLSTPKGLAQAMVASGMFLESKLLAGQPPSLAPDMKGDLLKLIAQLTPALPASTNLSAIIAANTLAQALPNFVRSALGMLGQVSAKPQPTSFPLPSRLLKGQDEEGDLEHLLRLAAAAVSRLQSHQLSSLEQTGLTDDGRLMSTWQLEIPMRNLQDIVPLQVKFQREETPAREQPDERREPREAKQQLWKVELAFDMEPLGPLQIQAQLLGGSLSSQLWAQRPYTASLIESNLTALRERLVTCGLNVGDLDCHLGTPPQGPKTRLDQRWVDETA NA NA NA NA NA D1-35_00593 636 ccmA COG4133 Cytochrome c biogenesis ATP-binding export protein CcmA TTGACCAGTCCTCTCTTGCAAACCATCGGCCTCGCCTGCGAGCGAGACCTGCGGCTGCTTTTCGAAAATCTCGAATTGAGACTCTCGCGTGGCGATATGGTGCAAGTCAGTGGCCCCAACGGCAGCGGCAAGACCAGCCTGTTGCGCCTGCTGGCCGGGTTGATGCAACCCACCGCAGGCCAGGTGCTGCTCAACGGCCAGCCCCTCGACAGCCAGCGCAGCGAACTGGCCCGCAACCTGCTCTGGATCGGCCATGCCGCCGGTATCAAGGACCTGCTGACGCCGGAAGAAAACCTCAGCTGGCTGTGCGCCTTGCACCGGCCGGCCGGTCGCGAGGCGATCTGGCAGGCCCTGGCGGCGGTAGGTCTGAAGGGTTTCGAGGATGTGCCCAGCCACACACTGTCGGCCGGCCAGCAGCGCCGCGTGGCCCTGGCCCGGTTGTACCTGGACAGCCCGCCGCTGTGGATTCTCGACGAACCCTTCACCGCACTGGACAAGCAGGGCGTCGCCCAGCTCGAAGAACACCTGGCCCGGCATTGCGAGAGCGGCGGCATGGTGTTGTTGACGACCCATCACACGTTGACCCGGATGCCCGCCGGCTATCGCAGCATTGACCTGGGGAACTGGGCGGTATGA MTSPLLQTIGLACERDLRLLFENLELRLSRGDMVQVSGPNGSGKTSLLRLLAGLMQPTAGQVLLNGQPLDSQRSELARNLLWIGHAAGIKDLLTPEENLSWLCALHRPAGREAIWQALAAVGLKGFEDVPSHTLSAGQQRRVALARLYLDSPPLWILDEPFTALDKQGVAQLEEHLARHCESGGMVLLTTHHTLTRMPAGYRSIDLGNWAV NA NA NA NA NA D1-35_00594 669 ccmB COG2386 Heme exporter protein B ATGAGCGTCTTTGGCCTGTTGCTTGCCCGTGAAGCACGCCTGCTATGTCGGCGTCCGGCTGAACTGGCCAATCCGCTGGTGTTTTTTGCGATCGTCATCGCGCTGTTCCCTCTGGCGGTCGGTCCGGAGACTCAATTGTTGCAAACCTTGTCGCCAGGGCTGGTCTGGGTGGCCGCGCTTTTGTCGGTCCTGCTCTCGCTGGACGGGCTTTTCCGCAGTGATTTCGAAGACGGTTCCCTGGAACAGTGGGTCCTTTCGTCGCACCCCCTGGCCCTTCTGGTTTTGGCCAAGGTACTGGCACACTGGGTTTTTTCCGGCCTGGCGCTGGTGCTGCTCTCGCCGCTGCTTGCGATGATGCTGGGCTTGCCCGCCGCGTGCATGCCGGTGCTGCTGCTGTCACTGTTGCTCGGCACGCCGGTGCTGAGCCTGCTCGGCGCGGTGGGTGCGGCGCTGACGGTAGGGCTCAAGCGTGGCGGCTTGTTGCTGGCGCTGCTGATCCTGCCGCTGTACATCCCGGTACTGATCCTCGGCAGTGGCGCCTTGCAAGCGGCGCTGCAAGGCCTGCCGGCAACCGGTTATCTGCTGTGGCTTGGGAGCCTGAGCGCCCTGGCGATAACCCTGACACCCTTTGCAATAGCCGCTGGCCTGAAGATCAGCGTCGGCGAATAA MSVFGLLLAREARLLCRRPAELANPLVFFAIVIALFPLAVGPETQLLQTLSPGLVWVAALLSVLLSLDGLFRSDFEDGSLEQWVLSSHPLALLVLAKVLAHWVFSGLALVLLSPLLAMMLGLPAACMPVLLLSLLLGTPVLSLLGAVGAALTVGLKRGGLLLALLILPLYIPVLILGSGALQAALQGLPATGYLLWLGSLSALAITLTPFAIAAGLKISVGE NA NA NA NA NA D1-35_00595 756 ccmC COG0755 Heme exporter protein C ATGAACTGGACCTGGTTTCATAAGCTCGGCTCACCCAAGTGGTTCTACGGCATCAGCGGCAAGATGCTGCCCTGGTTGAGTATCGCCGCCCTGTTGCTGATCGGCATCGGCCTGGTCTGGGGCCTGGCTTTCGCGCCGCCGGACTACCAGCAGGGCAACAGCTTTCGCATTATCTATATCCATGTTCCGGCGGCGATGCTCGCCCAGTCGGTCTACGTGATGCTGGCAATCTGCGGTGTGGTCGGGCTGGTGTGGAAGATGAAGCTGGCCGACGTCGCGCTGCAATGCGCAGCGCCCATCGGTGCCTGGATGACCGCCGTGGCGCTGGTCACCGGGGCAATCTGGGGCAAGCCGACCTGGGGTTCATGGTGGGTCTGGGATGCACGACTGACGTCGATGCTGATCCTGCTGTTCCTGTACTTCGGTCTTATTGCGCTGGGCAACGCCATCAGCAATCGTGACAGCGCGGCCAAGGCCTGCGCGGTGCTGGCGATTGTCGGCGTGATCAACATCCCGATCATCAAGTACTCGGTGGAATGGTGGAACACCCTGCATCAGGGCGCGACCTTCACCCTCACCGAAAAACCGGCGATGCCGGTCGAGATGTGGCTGCCGCTGCTGCTGACCGTGCTGGGTTTCTACTGCTTCTTCGGCGCGGTGTTGCTGCTGCGCATGCGCCTCGAAGTACTCAAGCGCGAAGCCCGCGCCAGTTGGGTGAAAGCCGAAGTACAGAACAGCCTGGAGGCCGCTCGATGA MNWTWFHKLGSPKWFYGISGKMLPWLSIAALLLIGIGLVWGLAFAPPDYQQGNSFRIIYIHVPAAMLAQSVYVMLAICGVVGLVWKMKLADVALQCAAPIGAWMTAVALVTGAIWGKPTWGSWWVWDARLTSMLILLFLYFGLIALGNAISNRDSAAKACAVLAIVGVINIPIIKYSVEWWNTLHQGATFTLTEKPAMPVEMWLPLLLTVLGFYCFFGAVLLLRMRLEVLKREARASWVKAEVQNSLEAAR NA NA NA NA NA D1-35_00596 177 hypothetical protein ATGAGTTTTGCGTCATTCGGCGACTTCCTCGCCATGGGCCATCACGGCCTGTATGTCTGGTCAGCCTATGGCATCTGCCTGGCGGTGCTGGCCCTCAACGTGGCGGCGCCGATCCTGGCCCGCAAGCGGTATCTGCAACAAGAGGCGCGTCGTCTGCGTCGGGAGAACGGTCAGTGA MSFASFGDFLAMGHHGLYVWSAYGICLAVLALNVAAPILARKRYLQQEARRLRRENGQ NA NA NA NA NA D1-35_00597 462 ccmE COG2332 Cytochrome c-type biogenesis protein CcmE GTGAATCCGCTGCGCAAAAAACGTCTTGTCATCATCCTGGCGATTCTGGTCGGCGTCGGTGCGGCGGTCGGCCTCGCCCTCAGCGCCTTGCAACAGAACATCAACCTGTTCTACACCCCGACCCAGATCGCCAATGGCGAAGCGCCCAAGGGTACGCGCATCCGCGCTGGCGGCATGGTGGAGCAGGGCTCGCTGGCGCGTTCCGGTGATTCGCTGGACGTGAAGTTCAACGTCACCGACTTCAACAAGACCGTGACCATCAGCTATCGCGGGATCCTCCCGGACCTGTTCCGCGAAGGGCAGGGCATCGTTGCCCTGGGCAAACTCAACGCCGACGGCGTGGTGGTGGCCGACGAGGTACTGGCCAAGCACGATGAGAAATACATGCCGCCGGAAGTGACCAAGGCCCTGAAAGACAGCGGCCAGTCGGCGCCCGCTCCCGCTCCCGTGAAGGAGGGTTGA MNPLRKKRLVIILAILVGVGAAVGLALSALQQNINLFYTPTQIANGEAPKGTRIRAGGMVEQGSLARSGDSLDVKFNVTDFNKTVTISYRGILPDLFREGQGIVALGKLNADGVVVADEVLAKHDEKYMPPEVTKALKDSGQSAPAPAPVKEG NA NA NA NA NA D1-35_00598 1989 ccmF COG1138 Cytochrome c-type biogenesis protein CcmF ATGAATGCCGGTCTGTTTATTCCTGAGCTGGGCCATCTGGCGATGATCCTGGCCCTGTGTTTTTCCCTGGTCCAGGCGGTTGTGCCGTTGCTCGGTGCCTGGCGTGGCGACCGCTTGTGGATGAGCCTCGCCCAGCCGGCGGCATGGGGGCAGTTTGCATTCATGCTGTTCGCGTTCGGCTGCCTGACCTACGCGTTCATGGCCGACGATTTTTCCGTGGCCTATGTCGCCAGCAACTCCAACAGCGCCTTGCCCTGGTACTACAAGTTCAGCGCGGTGTGGGGTGCCCACGAAGGTTCGTTGCTGCTCTGGGCGTTGATTCTTGCCGGCTGGACCTTCGCGGTGTCAGTGTTCTCCCGACAGTTGCCGCAAGTGATGCTGGCCCGGGTGCTGGCGGTGATGGGCATGATCAGCATCGGTTTCCTGCTGTTCCTCATCCTCACGTCAAACCCGTTCGAGCGCATCCTGCCGCAAGTGCCGATGGACGGCCGCGACCTCAACCCGTTGCTTCAGGACATCGGTCTGATCGTCCATCCGCCGATGCTCTACATGGGCTACGTCGGCTTTTCCGTGGCCTTCGCGTTCGCCATCGCCGCTTTGCTCGGTGGTCGCCTCGACGCCGCGTGGGCGCGCTGGTCGCGGCCATGGACCATTGTCGCCTGGGCCTTCCTCGGGATCGGCATCACACTCGGGTCGTGGTGGGCCTACTACGAACTCGGCTGGGGCGGCTGGTGGTTCTGGGACCCGGTGGAGAACGCCTCCTTCATGCCATGGCTGGTCGGCACGGCGCTGATCCACTCCCTGGCCGTCACCGAAAAACGCGGTGTGTTCAAGAGCTGGACCGTGCTGCTGGCGATCGCGGCGTTCTCGCTGAGCCTGCTCGGGACCTTCCTGGTGCGCTCCGGCGTGCTGACCTCGGTGCATGCCTTCGCCTCGGACCCCGAGCGTGGCGTATTCATCCTAATGTTCCTGCTGTTCGTGGTCGGCGGTTCGCTGACGCTGTTCGCCCTGCGTGCACCCGTGGTGAAAAGCCAGGTCGGCTTCAACCTCTGGTCCCGGGAGACCCTGTTGCTGGGCAATAACCTGGTGCTGGTGGTGGCGGCGTCGATGATCCTCCTCGGGACGTTGTATCCGCTGGTGCTCGATGCGTTGTCCGGCGCCAAGCTGTCGGTCGGCCCGCCATATTTCAACGCACTGTTCATTCCGTTGATGGCGATCCTGATGGTGGTGATGGCGATCGGTATGCTGGTGCGCTGGAAGGACACGCCGGTCAAATGGCTGCTGGGCATGCTCACGCCGGTGCTGCTCGGCACCGCCGCCCTGGCCGTGGTGGCGGGCATCGCTTATGGCGATTTCAACTGGGCGGTGCTGGCGACATTCGTGCTGGCGGCGTGGGTATTGCTGGCGGGCGTGCGGGATATTTTCGACAAGACCCGCCATAAAGGTCTTGTCAAAGGTCTGCCGACCCTGACCCGAAGTTACTGGGGCATGCAGCTCGCCCACCTGGGGATCGCCGTCTGCGCCCTCGGTGTGGTGCTGTCCAGCCAGAACAGCGCCGAACGCGACCTGCGCCTGGCACCGGGCGAGTCCATGGACCTGGGCGGTTATCAGTTCGTTTTCGAGGGCGCCAGGCATTTCGAAGGTCCGAACTTCACGTCCGACAAGGGCACCGTGCGGGTCATTCGCGACGGCCAGGAGATCACCGTGTTGCACCCGGAAAAACGCCTCTACACCGTACAGAACTCGGTGATGACCGAAGCCGGGATCGACGCCGGGTTCACCCGCGACCTCTACGTGGCGCTGGGCGAACCCCTCGGTGATGGCGCCTGGGCGGTACGCGTCCACGTCAAGCCGTTCGTACGCTGGATCTGGTTCGGTGGCCTGCTCACCGGCCTGGGCGGCGTATTGGCTGCGCTGGATCGACGCTATCGGGTCAAAGTGAAAACCCGGGTGCGCGAAGCCCTGGGCGTGACGGGAGCCACTGCATGA MNAGLFIPELGHLAMILALCFSLVQAVVPLLGAWRGDRLWMSLAQPAAWGQFAFMLFAFGCLTYAFMADDFSVAYVASNSNSALPWYYKFSAVWGAHEGSLLLWALILAGWTFAVSVFSRQLPQVMLARVLAVMGMISIGFLLFLILTSNPFERILPQVPMDGRDLNPLLQDIGLIVHPPMLYMGYVGFSVAFAFAIAALLGGRLDAAWARWSRPWTIVAWAFLGIGITLGSWWAYYELGWGGWWFWDPVENASFMPWLVGTALIHSLAVTEKRGVFKSWTVLLAIAAFSLSLLGTFLVRSGVLTSVHAFASDPERGVFILMFLLFVVGGSLTLFALRAPVVKSQVGFNLWSRETLLLGNNLVLVVAASMILLGTLYPLVLDALSGAKLSVGPPYFNALFIPLMAILMVVMAIGMLVRWKDTPVKWLLGMLTPVLLGTAALAVVAGIAYGDFNWAVLATFVLAAWVLLAGVRDIFDKTRHKGLVKGLPTLTRSYWGMQLAHLGIAVCALGVVLSSQNSAERDLRLAPGESMDLGGYQFVFEGARHFEGPNFTSDKGTVRVIRDGQEITVLHPEKRLYTVQNSVMTEAGIDAGFTRDLYVALGEPLGDGAWAVRVHVKPFVRWIWFGGLLTGLGGVLAALDRRYRVKVKTRVREALGVTGATA PGPT0000484_36 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000484-nrfE-K04016 NA NA D1-35_00599 537 dsbE COG0526 Thiol:disulfide interchange protein DsbE ATGAAACGTTGGTTGATGGTGTTGCCGCTGGCGCTGTTTCTGGTGATGGCGGTGTTCTTGTACCGCGGGCTTTACCTGAACCCGTCCGAATTGCCCTCGGCGATGATCGGCAAACCGTTTCCGGAGTTCTCCCTGCCATCGGTACAAGGCGACAAGACGCTGACTCGCGCCGACCTGCTGGGCAAGCCGGCGCTGGTCAACGTGTGGGGCACCTGGTGCATTTCCTGCCGGGTCGAACATCCGGTGCTGAACAAACTGGCCCAGAACGGCGTGGTGATCTACGGCGTCAACTACAAGGACGTCAATGCCGATGCCTTGAAGTGGCTTGCCGAGTTCCACAACCCGTATCAACTGGACATCCGTGATGAGGAGGGCACCCTCGGCCTGAACCTGGGCGTCTACGGTGCGCCGGAAACCTTCTTTATCGACGCCAAGGGCATCATCCGGGACAAGTTCATCGGGGTGGTCGACGAGCAGGTCTGGCGCGAGAAGCTGGCCGGCAAATATCAGGCACTGGTGGACGAGGCCAAGCCATGA MKRWLMVLPLALFLVMAVFLYRGLYLNPSELPSAMIGKPFPEFSLPSVQGDKTLTRADLLGKPALVNVWGTWCISCRVEHPVLNKLAQNGVVIYGVNYKDVNADALKWLAEFHNPYQLDIRDEEGTLGLNLGVYGAPETFFIDAKGIIRDKFIGVVDEQVWREKLAGKYQALVDEAKP NA NA NA NA NA D1-35_00600 474 ccmH COG3088 Cytochrome c-type biogenesis protein CcmH ATGAGGCGCTGGTTAGCGGCTGCCGTCCTCGGCTTGAGCCTGGCGGGTGTGGCCCACGCCGCCATCGACACTTACGAATTTGCCAACGATGCCGAGCGCGAGCGGTTTCGCGAACTGACCAAGGAACTGCGCTGCCCCAAATGTCAGAACCAGGACATCGCCGACTCCAACGCGCCGATTGCCGCCGACCTGCGCAAGGAGATCTTCCGCATGCTCGGCGAGGGCAAGGACAACCAGCAGATCATCGACTTCATGGTTGATCGCTACGGTGAGTTCGTGCGCTACAACCCGGCGCTGTCTTCCAAGACCGCGCTGCTCTGGTTCGGCCCCGCCGGGCTGCTGCTCGGTGGTTTCGTCGTCATCGCGGTGATCGTGCGTCGCCGCCGGGTCCAGCGCACTGCCGCCCCGGACACGCTTTCTGTCGAAGAGCGCCAGCGCCTCGACCAACTGTTGGATAAAACCAAGCATGATTGA MRRWLAAAVLGLSLAGVAHAAIDTYEFANDAERERFRELTKELRCPKCQNQDIADSNAPIAADLRKEIFRMLGEGKDNQQIIDFMVDRYGEFVRYNPALSSKTALLWFGPAGLLLGGFVVIAVIVRRRRVQRTAAPDTLSVEERQRLDQLLDKTKHD PGPT0000486_25 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000486-nrfF-K04017 NA NA D1-35_00601 1203 hypothetical protein ATGATTGATTTCTGGCTCGCCGCAGGTCTGCTTCTCCTGGTTGCCCTGAGTTTTCTGTTGATCCCCGTGTTGCGTGGCCGCCGCGCCCAATTGGAAGAAGACCGTACTGCGCTGAACGTGGCGCTGTACCAGGAGCGCGTCGCCGAACTGCAGGCCGAGCGGGAGGAGGGCGTGCTCAACGCCGCGCAACTGGACACCGGTCGCGCCGAGGCCGCCCGTGAATTGCTCGCCGACACCGAGGGCGCCGAGGCGCCGCGCGAATCGCGACTGGGCAAGCCGTTGCCGCTGCTCGCGGCGGTATTGGTGCCGGTATTGGGCCTGGCGCTGTACCTGCATTTCGGCGCAAGCGACAAGGTCGAGCTGACCCGTGAATTCGCCCAGGCGCCCAAGTCCATGGAAGAAATGACTTTGCGCCTGGAGCGCGCGGTGGCGGCACAACCGGATTCCGCCGAAGGTTTGTATTTCCTCGGGCGGACCTACATGGCGCAGGATCGGCCGGCGGATGCGGCAAAGATCTTCGAGCGCACCGTGGCACTGGCCGGCCGCCAGCCCGAGCTGCTCGGACAGTGGGCCCAGGCGCAGTATTTTGCCGACGGCAAGAAATGGTCGGACAAGGTCCAGGCCCTCACCGACGAGGCGCTGAAGCTCGATCCGAAGGAGGTCACCAGCCTCGGCCTGTTGGGCATCGCCGCGTTCGAAGGCGAGCGCTATCAGGAGGCGATCGATTACTGGGGCCGCCTGCTGGCGCAGTTGCCCGAAGGCGACAAGTCGCGGGAGGCGTTGCAGGGGGGCATCACTCGCGCCACCGAGAAGCTGCAAGCCAATGGCGGCAAGGTTGCCCAAGCGCCGGTCGCCAAGCCTGCGGCGCTGCTCAAGGTCCGTGTCGAGCTCGATCCGGCCCTCAAAGCCAAGGTGCAGCCGGGCGACAGCGTGTTCATTTTCGCGCGCGCCGTGTCCGGCCCGCCCGCGCCGTTGGCGGCCAGGCGCCTGACCGTCGCCGACCTGCCGGCCAGCGTCGAGCTGGGTGACGCTGATGCGATGATGCCGCAGCTGAAACTGTCGAACTTCCCTGAAGTCCAACTGGTGGCGCGCATCTCCCGAGCCGGCCAACCCACCGCCGGCGAGTGGATCGGTCGCAGCCAGCCCCTGGCGAGCAGCACCACGGCGCTACAACAATTGATTATCGACAGTCCGGACCAATGA MIDFWLAAGLLLLVALSFLLIPVLRGRRAQLEEDRTALNVALYQERVAELQAEREEGVLNAAQLDTGRAEAARELLADTEGAEAPRESRLGKPLPLLAAVLVPVLGLALYLHFGASDKVELTREFAQAPKSMEEMTLRLERAVAAQPDSAEGLYFLGRTYMAQDRPADAAKIFERTVALAGRQPELLGQWAQAQYFADGKKWSDKVQALTDEALKLDPKEVTSLGLLGIAAFEGERYQEAIDYWGRLLAQLPEGDKSREALQGGITRATEKLQANGGKVAQAPVAKPAALLKVRVELDPALKAKVQPGDSVFIFARAVSGPPAPLAARRLTVADLPASVELGDADAMMPQLKLSNFPEVQLVARISRAGQPTAGEWIGRSQPLASSTTALQQLIIDSPDQ NA NA NA NA NA D1-35_00602 408 hypothetical protein ATGACCGCCATCGCTCGTATGACCCTGCTCACCCTCGTCCTGGGCCTGAGCGCTTGTGCGGTCCAGCGTCCACCGGAGCCTTCGGCGCCATTGCCACCGATTCCGCCTTCGACGCCGACCACCAAACCAGGCCCGTCGACCGCGCCCGGCAAACCCGTGACCCCGAACAAACCGGCCAAGCCGCTGCCGCGCACCTCCGCCAGTTTCGCTCCACCACCGGGCGGCAACAGCCACTGGGACGCCAAGCTCGGGGTCTATGTGCTGGACAAGCAGCCCAACACGTTCTATCGCCAGCGCACCTATTATCGTTGGAACAACGGCTGGAGCCGCTCCGTCAGCCCGAACGGCCCGTGGGAAGAAACCACTATCGAAGGCGTACCGGCGGGGCTCGGACAGAAGTTTCACTGA MTAIARMTLLTLVLGLSACAVQRPPEPSAPLPPIPPSTPTTKPGPSTAPGKPVTPNKPAKPLPRTSASFAPPPGGNSHWDAKLGVYVLDKQPNTFYRQRTYYRWNNGWSRSVSPNGPWEETTIEGVPAGLGQKFH NA NA NA NA NA D1-35_00603 876 speE_1 COG0421 Polyamine aminopropyltransferase ATGACGACCACCCCGACCGGCGACTACCTGGAAACCCTCTACGAAGGCTATGGCCAGCGTTTTCGCATGGACAAGCTGCTGCACGAAGTGCGCACCGAGCACCAGCACCTGGTGATTTTCGAAAACCCGCGCATGGGCCGGGTCATGGCCCTGGATGGTGTCATCCAGACCACCGAAGCCGATGAATTCATCTATCACGAGATGCTCACCCACGTACCCATCCTCGCTCATGGCGCCGTCAAGCGCGTGCTGATCATCGGTGGCGGTGACGGCGGCATGCTCCGTGAAGTGACCAAGCACGTCGGCATCGAGCACATCACCATGGTCGAGATCGATGGTACGGTGGTGGACATGTGCAAGGAGTTCCTGCCCAACCACTCCAAGGGTGCCTACGACGACCCGCGGCTGAACCTGGTGATCGACGATGGCATGCGTTTCGTCGCCACCACCCAGGAGAAATTCGACGTCATCATTTCCGACTCCACCGACCCGATCGGCCCGGGCGAAGTGCTGTTCTCGGAAAACTTCTACCAGGCTTGCCATCGCTGCCTGAACGAAGGCGGGATCCTGGTGACCCAGAACGGCACGCCGTTCATGCAACTGGGCGAAGTGCAGACCACCGCCGGACGCTTGCACGGCCTGTTCGCCGACTGGCATTTTTACCAGGCCGCTGTGCCGACCTACATCGGCGGCGCCATGACCTTCGCCTGGGGCTCGACTGATACCGCTCACCGCAAGCTTTCTCGCGAAACCCTGCGCGAGCGCTTCATTGGCAGCGGTATCGTGACGCGCTACTACAACCCCGAGATCCACCTGGGCGCGTTCGCCATGCCGCAATATGTGCTGCAGGCGATCAACAAGCCGAGCAACGACTGA MTTTPTGDYLETLYEGYGQRFRMDKLLHEVRTEHQHLVIFENPRMGRVMALDGVIQTTEADEFIYHEMLTHVPILAHGAVKRVLIIGGGDGGMLREVTKHVGIEHITMVEIDGTVVDMCKEFLPNHSKGAYDDPRLNLVIDDGMRFVATTQEKFDVIISDSTDPIGPGEVLFSENFYQACHRCLNEGGILVTQNGTPFMQLGEVQTTAGRLHGLFADWHFYQAAVPTYIGGAMTFAWGSTDTAHRKLSRETLRERFIGSGIVTRYYNPEIHLGAFAMPQYVLQAINKPSND PGPT0007750_1997 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 D1-35_00604 2094 mdoB_1 Phosphoglycerol transferase I ATGGCAATCCCGGACGCCCTGAGTCAGCAGCGCACCACGCATCGCCTGCTGCAACCGACCGTCAAATCGCACCTGGCCTACACGTTGCTCTGTGCGTTGGTGATAATGGTCATGCTGAGCCTGCTGCGCGTTGCGCTGCTGGTCTACAACCGCGAGATGATCCTTGATACACCGGCCTCTACCTTCGTCGAAGCGTTCGCCAACGGCCTGCGTTTCGACGTGCGCCTGGTGGTCTACCTGTGCATCCCGCTGCTGCTGGCCCTGTTCAGCGCACGGGCGATGGCGGCACGTGGGTTCTTTCGTTTCTGGCTGACCGTCACGTCCAGCATCGCGCTGTTTCTCGGCTTGATGGAAATGGACTTCTACCGCGAGTTCCACCAGCGCCTCAACGGCCTGGTCTTCCAATATGTGCAGGAAGACCCGAAAACCGTCATGAGCATGCTCTGGTACGGTTTCCCAGTGGTGCGCTACCTGCTGGCCTGGGCCGGCGGCACGCTGATCCTGGCCCTGGCCTTCAAAGGTGCTGATCGCGCTACCCGGCCACGCGGGCCGTTCAGTGGCGGCAGCATCGGCACCCGCCAGATCGCCCCGTGGTATGGCCGCGTCGCGGTGTTCCTGGTCTGCCTGGTGGTGGCCGTCGCCGCCGCCCGTGGCACCTTGCGCCAAGGCCCGCCCCTGCGTTGGGGCGACGTCTATACCACCGATTCGAACTTCGCCAACCAGTTGGGCCTCAACGGTACTCTGTCGCTGGTGGCGGCGGCCAAGAGCCGAATGTCCGAACACCGTGACAATGTCTGGAAGGCCACCCTCGAATCGTCGCTGGCGCAGCAGACCGTGCGCGACATGCTGGTGATGCCCGACGACAAGCTCGTCGACGCCGGGACTGCCGCGGTAAGACGCGACTACACGCCGCCGGCCGACAAGACACTGCCGATCAAGAACGTGGTGGTGATCCTGATGGAAAGCATGGCCGGTCACTCGGTCGGCGCCCTGGGCGCGCCGGGTAACATCACGCCATACCTGGACAAGCTGTCCAAGGAAGGCCTGCTGTTCGACCGCTTCTTCTCCAACGGCACCCACACCCACCAGGGCATGTTTGCCACCATGGCGTGTTTCCCGAACCTGCCCGGTTTTGAATACCTGATGCAGACCCCGGAAGGCAGTCACAAGCTCTCGGGCCTGCCGCAACTGCTCAGCGCCCGGGACTACGACGATGTGTATGTCTACAACGGCGATTTCGCCTGGGACAACCAGTCGGGTTTCTTCAGCAACCAGGGCATGACCACGTTCATCGGACGCAATGACTATGTGAACCCGGTGTTCTCCGACCCGACCTGGGGCGTGTCCGACCAGGACATGTTCGACCGTGGCCTGATCGAGCTCAAGGCGCGCGAGAACGGCAAGCCGTTCTATGCGTTGTTGCAGACCCTGTCCAACCACACGCCTTACGCACTGCCGACGCCGTTGCCGGTCGAGCCGGTCACGGACCGTGGTCGCCTGAACGAACACTTGACCGCCATGCGTTACTCCGATTGGGCGCTGGGGCAGTTCTTCGAGAAAGCGCGCAAGGAGCCTTACTTCAAGGAAACCCTGTTTGTCGTGGTCGGCGACCATGGCTTCGGCAACGAGCGTCAGATCACCGAAATGGACCTTGGCCGCTTCAACGTGCCGATGTTGCTGATCGGCCCGGGCATCCAGGAAAAATTCGGCCAGCGCAGCCACACCGTGGGCACCCAGGTCGATATCGTCCCAACCATCATGGGACGGCTCGGCGGACAGGTGCGTAACCAGTGCTGGGGCCGTGACCTGTTGAACCTGCCGTCAGGCGACACCGGGTTTGGCGTGATCAAGCCGTCGGGCAGCGACCAGACCACCGCGATCATTCGCGACGACACGATCCTGGTACTGCCGGAAGAAAAGGCCATGCCAGCGAAGCTGTTCCGCTATCAGCTGGGGGCCAATCCGCATGCCGAGATCATTCCGGACGCACCTGACACCGCACAGATGAAACTCAAGCTCGAGGCGTTCCTGCAAACCGCGACCAAGAGCCTGCTGGATAACACCGCCGGTGTTGTTGACGGCAAGCCGGACTGA MAIPDALSQQRTTHRLLQPTVKSHLAYTLLCALVIMVMLSLLRVALLVYNREMILDTPASTFVEAFANGLRFDVRLVVYLCIPLLLALFSARAMAARGFFRFWLTVTSSIALFLGLMEMDFYREFHQRLNGLVFQYVQEDPKTVMSMLWYGFPVVRYLLAWAGGTLILALAFKGADRATRPRGPFSGGSIGTRQIAPWYGRVAVFLVCLVVAVAAARGTLRQGPPLRWGDVYTTDSNFANQLGLNGTLSLVAAAKSRMSEHRDNVWKATLESSLAQQTVRDMLVMPDDKLVDAGTAAVRRDYTPPADKTLPIKNVVVILMESMAGHSVGALGAPGNITPYLDKLSKEGLLFDRFFSNGTHTHQGMFATMACFPNLPGFEYLMQTPEGSHKLSGLPQLLSARDYDDVYVYNGDFAWDNQSGFFSNQGMTTFIGRNDYVNPVFSDPTWGVSDQDMFDRGLIELKARENGKPFYALLQTLSNHTPYALPTPLPVEPVTDRGRLNEHLTAMRYSDWALGQFFEKARKEPYFKETLFVVVGDHGFGNERQITEMDLGRFNVPMLLIGPGIQEKFGQRSHTVGTQVDIVPTIMGRLGGQVRNQCWGRDLLNLPSGDTGFGVIKPSGSDQTTAIIRDDTILVLPEEKAMPAKLFRYQLGANPHAEIIPDAPDTAQMKLKLEAFLQTATKSLLDNTAGVVDGKPD NA NA NA NA NA D1-35_00605 153 hypothetical protein ATGGGCACTATTCTTATCATCATCCTGATCCTCCTGCTGATCGGTGGCCTTCCGGTCTTCCCGCACTCCAGAAGTTGGGGTTATGGCCCGTCCGGTATCATCGGCGTTGTGCTGGTCGTGCTGTTGATCTTGTTGTTACTTGGCAAGATATAA MGTILIIILILLLIGGLPVFPHSRSWGYGPSGIIGVVLVVLLILLLLGKI NA NA NA NA NA D1-35_00606 810 hcaB_1 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGCAAAATCGCATGATGATCACCGGTGCCGGCTCCGGCCTGGGCCGCGAAATCGCGCTGCGCTGGGCCCGTGAAGGCTGGCGCCTGGCCCTGTCCGATGTCAGCGAGCCCGGCCTTCAGGAAACCCTCAGGCTGGTGCGCGAGGTCGGTGGCGAGGGTTTCGTCCAGCGCTGTGACGTGCGCGACTACAGCCAGCTCACCGCATTCGCCCAGGCCTGCGAGGAGAAGCTTGGCGGCATCGACATCATCGTCAATAACGCTGGCGTGGCTTCGGGCGGGTTCTTCAGCGAGCTCTCGCTGGAGGATTGGGACTGGCAGATCGCAATCAACCTGATGGGGGTGGTCAAGGGCTGCAAGGCGTTCCTGCCACTGCTGGAAAAAAGCCGCGGCAAGATCATCAACATCGCCTCCATGGCGGCGCTGATGCAGGGGCCTGCCATGAGCAACTACAACGTGGCCAAGGCCGGCGTCGTGGCGCTGTCGGAAAGCCTGCTGGTCGAGCTGGCCCAGCAGGAAATCGGCGTACACGTGGTATGTCCGTCGTTCTTCCAGACCAACCTGCTGGACTCGTTCCGTGGCCCGACCCCGGCCATGAAGGCCCAGGTGGGCAAACTGCTGGAAAGCTCGCCGATCACCGCGGCGGACATTGCCGATTACATCTACCAGCATGTCGCCCAGGGTGAATTCATGATCCTGCCCCACGAGCAGGGGCGCATGGCCTGGGCCCTCAAACAGAAAAATCCGCAACTGCTGTACGACGAAATGACCGCCATGGCCGACAAGATGCGCGCCAAGGCACGGCAGGCCTGA MQNRMMITGAGSGLGREIALRWAREGWRLALSDVSEPGLQETLRLVREVGGEGFVQRCDVRDYSQLTAFAQACEEKLGGIDIIVNNAGVASGGFFSELSLEDWDWQIAINLMGVVKGCKAFLPLLEKSRGKIINIASMAALMQGPAMSNYNVAKAGVVALSESLLVELAQQEIGVHVVCPSFFQTNLLDSFRGPTPAMKAQVGKLLESSPITAADIADYIYQHVAQGEFMILPHEQGRMAWALKQKNPQLLYDEMTAMADKMRAKARQA NA NA NA NA NA D1-35_00607 333 hypothetical protein ATGCTCAATTACCTGTGGTTTTTTCTCGCCGCGCTGTTCGAGATCGCTGGCTGCTACGCCTTCTGGATGTGGTTGCGCCAGGGCAAGAGTGCCTGGTGGATCGTGCCGGCGCTGCTCAGCCTTGCGTTATTCGCCCTGTTGCTGACGCGCATCGAAGCCACTTATGCCGGTCGTGCCTACGCCGCCTACGGTGGCATTTACATCATCGCCTCGATCGGCTGGCTGGCCGTGGTGGAACGGGTGCGGCCGCTGGGTTCCGACTGGATCGGCGTGGCCCTCTGTGTCGTGGGGGCCAGCGTGATTCTGTTCGGTCCGCGTTTTTCGGGGCCATAA MLNYLWFFLAALFEIAGCYAFWMWLRQGKSAWWIVPALLSLALFALLLTRIEATYAGRAYAAYGGIYIIASIGWLAVVERVRPLGSDWIGVALCVVGASVILFGPRFSGP PGPT0029120_657 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029120-TC_SMR3-K09771 NA NA D1-35_00608 192 csrA Translational regulator CsrA ATGCTCGTATTAAGCCGTACCGTAGGTGAGTTGATTTCCATCGGTGATGAGATTTCCGTCCGTGTGCTGTCGATCAGCGGCGGCACCGTGCGCTTTGGCGTAGAAGCGCCCCGGCATGTGGAGGTTCATCGTTCCGAGGTCTACGACAGGATCCAGAGAAAAAAGGCCGGGTCCGACCGCAAGGTCGGTTAA MLVLSRTVGELISIGDEISVRVLSISGGTVRFGVEAPRHVEVHRSEVYDRIQRKKAGSDRKVG PGPT0015065_1263 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 D1-35_00609 228 hypothetical protein ATGCTGATCCCCTACGACCAACTCGAAGTCGATACGCTCACCCGCCTGATCGAGGATTTCGTCACCCGTGACGGTACTGACAATGGCGACGATACCCCGCTGGAAACCCGCGTCCTGCGGGTCAGGCAGGCCCTGACCAAAGGCCAGGCCATGATTGTCTTCGATCCCGAAAGCGAACAGTGCCAATTGATGCTCAAGCACGATGTGCCCAGACATCTGTTCGATTAA MLIPYDQLEVDTLTRLIEDFVTRDGTDNGDDTPLETRVLRVRQALTKGQAMIVFDPESEQCQLMLKHDVPRHLFD NA NA NA NA NA D1-35_00610 1191 hypothetical protein ATGATCAGCAAAATTCCCGAACCGGATCTCGCATACCTGCAGAAAGTCCTGTTGGAAATGCTCGCCATTCCCAGCCCGACCGGCTTCACCGATACCATCGTGCGGTACGTTGCCGAGCGACTCGAAGAGCTGGGCATCCCTTTCGAAATGACCCGGCGCGGCACGATCCGCGCCACCCTCAAGGGCCGCAAGAGCAGCCCTGACCGGGCCGTATCGGCTCACCTGGACACCATCGGCGCCTCCGTTCGCGCCATCAAGGACAACGGCCGCCTGACGCTGGCGCCGGTGGGCTGCTGGTCGAGCCGCTTTGCCGAGGGCAGCCGGGTCAGCCTGTTTACCGACACCGGGGTGATCCGTGGCAGCGTGCTGCCGCTGATGGCCTCCGGGCACGCGTTCAACACCGCCGTGGATGAGATGCCCATCAGTTGGGACCACATCGAACTGCGCCTGGACGCCTACTGCGCCACCCGCGCCGATTGCGAAACGTTGGGGGTGGGCATCGGCGACTATGTGGCGTTCGACCCCTTGCCGGAGTTCACCGAAAGCGGCCATATCAGCGCCCGTCACCTGGATGACAAGGCCGGGGTCGCCGCGTTGCTGGCGGCGCTCAAGGCGATTGTCGACAGCGGCGAGGAACTGTTGATCGACTGCCACCCGCTGTTCACCATCACCGAGGAAACCGGCAGCGGCGCGGCGGCCGCGCTGCCTTGGGACGTCAGCGAATTCGTCGGGATAGACATTGCACCGGTCGCGCCAGGCCAGCACTCCAGCGAACATGCGGTAAGCGTGGCCATGCAGGACTCGGGAGGCCCGTATGACTATCATCTGTCGCGACATTTGCTGAAGCTGGCCAAGGAGCACGAACTACCGGCGCGCCGCGACCTGTTTCGCTATTACTTCAGCGACGCCCATTCGGCGATTACCGCCGGGCACGACATCCGGACTGCCCTGCTCGCCTTCGGCTGCGACGCGACCCATGGTTACGAGCGCACCCACATCGACAGCCTGGCCGCGCTGAGCCGCCTGCTCGGTGCCTACATCCTGAGCCCTCCGGTATTTGCCAGCGACGCCCAACCGGCCCAGGGATCACTGGATCGCTTCAGCCATCAGATCGAGCACGATGCGCAGATGGAAAGCGACACCCGGGTGCCGTCGGTGGACAGCCTGATCGGGCACCGTTCGGATAGCTGA MISKIPEPDLAYLQKVLLEMLAIPSPTGFTDTIVRYVAERLEELGIPFEMTRRGTIRATLKGRKSSPDRAVSAHLDTIGASVRAIKDNGRLTLAPVGCWSSRFAEGSRVSLFTDTGVIRGSVLPLMASGHAFNTAVDEMPISWDHIELRLDAYCATRADCETLGVGIGDYVAFDPLPEFTESGHISARHLDDKAGVAALLAALKAIVDSGEELLIDCHPLFTITEETGSGAAAALPWDVSEFVGIDIAPVAPGQHSSEHAVSVAMQDSGGPYDYHLSRHLLKLAKEHELPARRDLFRYYFSDAHSAITAGHDIRTALLAFGCDATHGYERTHIDSLAALSRLLGAYILSPPVFASDAQPAQGSLDRFSHQIEHDAQMESDTRVPSVDSLIGHRSDS NA NA NA NA NA D1-35_00611 1746 gshAB Glutathione biosynthesis bifunctional protein GshAB ATGAAACCCCACCCGACCCTTCACAACCAACGTCTCTTGCGTGGACAGCCACCGTCCTACGAACGCTTACAGGCGCGCCTGGCCGAAGATGGCAGCGAACTGGGCGCCGCTCCGATCGCCGTGCATTGCGGCTGGGGCCGCTTGCTCATCGGCCATACCTTTCCGGACCCGGCGACTCTTGCCCAGGAGCTGCTCAACGAGCAGCCCGGCGAGCGTGACATTGCCTTGTACGTCGCCGCGCCGCAGCAAGTGCTGGGGCTGGAACCGGCGCATCTGTTCCTTGACCCGTCGGATACCCTGCGCCTGTGGTTCAGCGATTATCGCCAAGCCACGCGAGTGTTTCGCGGCTTCCGGATCCGCCGGGCCCAGAGCGAGAGCGACTGGCAAGCCATCAACCAGCTCTACCAGGCTCGCGGCATGCTGCCCATCGATCCCGAGCGCCTGACCCCGCGTCACCAGGGCGGCCCGGTGTACTGGCTGGCCGAAGACGACGACACCGGCGCGGTGATCGGCAGCGTCATGGGCCTCAACCACCAGAAAGCGTTCAACGACCCGGAAAACGGCAGCAGCCTCTGGTGCCTGGCGGTGGACCCGCAATGTTCGCGGCCCGGCGTCGGCGAAGTGCTGGTGCGCCATCTCATCGAGCATTTCATGAGCCGTGGCTTGAGCTACCTGGACCTGTCGGTGCTGCACAACAATCGCCTGGCGAAAAATCTCTACGCCAAGCTCGGTTTCCGCAACCTTTCGACCTTCGCCATCAAACGCAAGAACGGCATCAACCAGCCGCTGTTCCTCGGGCCGGGGCCCGAGGCGCAATTCAACCCGTACGCGCGGATCATCGTCGAGGAAGCGCACCGGCGTGGCATCGAAGTGCAAGTGGATGACGCCGAGGCCGGGCTGTTCACCCTGGTGCATGGCAGCCGGCGGGTGCGCTGCCGGGAATCGCTGAGCGACTTGACCAGTGCGATCAGCATGACCCTGTGCCAGAACAAGAGCCTGACCCACAAGGTGCTGAAAAATGCCGGTCTGAACCTGCCGGCGCAACAGCTGGCGGGCAATGCCGACGACAACCTGGCGTTTCTAGATGAACACGAGCGCGTGGTGGTCAAGCCGCTGGACGGCGAACAGGGCCAGGGCGTGGCGGTGGACCTGCGGACCATCGAGGAAGTCCAGAACGCCATCGAAACAGCCCGACGCTTCGACAGCCGCGTGCTGCTGGAGAGCTTCCACGAAGGGCTCGACTTGCGAATTCTGGTGATCGGTTTTGAAGTGGTGGCGGCGGCGATCCGGCGCCCGGCAGAAGTGATCGGCGACGGCCAGCACACCATTGGCGCGCTGATCGAGGCGCAGAGCCGGCGGCGGCAGGCGGCTACCGGGGGTGAAAGCAAGATCCCGATGGATGCCGAGACCGAGCGAACGCTGAGCGCGGCCGGGTATGACTATGACAGCGTGCTGCCGGCGGGTGAGCATCTGTTTGTCCGGCGCACCGCAAACCTGCATACCGGCGGCGTGCTGGAAGACGTCACCGCGATTCTGCATCCGACCCTGGCCGATGCGGCGGTGCGCGCCGCGCGGGCGCTGGACATCCCGATGGTCGGCCTCGACCTGCTGGTACCGGCGGCCGATCAACCGGAGTACGTGTTCATCGAAGCCAACGAACGCGCCGGCCTGGCCAACCATGAACCGCAACCCACTGCCGAGCGCTTTGTGGATCTGTTGTTTCCCCATAGCCAGGCAGTGGTCTGA MKPHPTLHNQRLLRGQPPSYERLQARLAEDGSELGAAPIAVHCGWGRLLIGHTFPDPATLAQELLNEQPGERDIALYVAAPQQVLGLEPAHLFLDPSDTLRLWFSDYRQATRVFRGFRIRRAQSESDWQAINQLYQARGMLPIDPERLTPRHQGGPVYWLAEDDDTGAVIGSVMGLNHQKAFNDPENGSSLWCLAVDPQCSRPGVGEVLVRHLIEHFMSRGLSYLDLSVLHNNRLAKNLYAKLGFRNLSTFAIKRKNGINQPLFLGPGPEAQFNPYARIIVEEAHRRGIEVQVDDAEAGLFTLVHGSRRVRCRESLSDLTSAISMTLCQNKSLTHKVLKNAGLNLPAQQLAGNADDNLAFLDEHERVVVKPLDGEQGQGVAVDLRTIEEVQNAIETARRFDSRVLLESFHEGLDLRILVIGFEVVAAAIRRPAEVIGDGQHTIGALIEAQSRRRQAATGGESKIPMDAETERTLSAAGYDYDSVLPAGEHLFVRRTANLHTGGVLEDVTAILHPTLADAAVRAARALDIPMVGLDLLVPAADQPEYVFIEANERAGLANHEPQPTAERFVDLLFPHSQAVV NA NA NA NA NA D1-35_00612 1773 asnB_1 COG0367 Asparagine synthetase [glutamine-hydrolyzing] 1 ATGTGCGGATTAGCTGGTGAGTTACGTTTCGATCAACAACCTGCGGACCTTGCGGCCGTAGAGCGCATCACCCACCACCTGGCCCCTCGCGGCCCTGACGCGTGGGGCTTTCATAGCCAGGGGCCGATCGCCCTCGGCCACCGGCGCCTGAAAATCATGGACCTGTCCGATGGTTCGGCCCAGCCGATGATCGACAATCAACTGGGCCTGTCCCTGGCGTTCAACGGCGCGATCTACAACTACCCGGAACTGCGCAGCGAACTCGAAGGCCTGGGCTACACCTTCTACTCTGGCGGCGACACCGAAGTGTTGCTCAAGGGTTATCACGCCTGGGGCGAAGCCCTGCTGCCCAAACTCAATGGCATGTTCGCCTTCGCCATCTGGGAACGCGACGCCAAGCGGCTGTTCATCGCCCGCGACCGTCTCGGCGTCAAGCCGCTGTACCTGTCGCGTACCGGCCAGCGCCTGCGCTTTGCCTCGGCGCTGCCGGCCCTGCTCAAGGGTGGCGACATCAATCCGGTGCTTGACCCGATCGCCCTCAATCACTATCTGAATTTCCACGCGGTCGTCCCGGCGCCACGCACCTTGTTGGCGGGCATTGAAAAACTGCCACCGGCGACCTGGATGCGCATCGAAGCGGACGGTCGCACCGAGCAGAAAACCTGGTGGACGCTGCCCTACGGCCCACGGTCCGATGAACAGAACCTCAACCTGGAAGACTGGATCGATCGCGTGCTCGACAGCACCCGCGAAGCCGTCGCCATTCGCCAGCGCGCCGCCGTCGACGTGGGCGTGCTGCTCTCGGGCGGCGTCGATTCGAGCATGCTCGTCGGCCTGTTGCGCGAAGTGGGCGTGGAAGACCTGTCCACCTTCTCCATCGGCTTCCAGGACGCCGGCGGCGAGCGCGGTGACGAGTTCCAGTATTCGGACCTGATCGCCAAGCACTACGGCACCCGCCATCATCAGTTGCGCATCGATGAGAAAGAAATCATCGAACAGCTGCCAGCGGCGTTTCGCGCCATGAGCGAGCCGATGGTCAGCCACGACTGCATCGCCTTTTACCTGTTGTCGCGGGAAGTCGCCAAGCACTGCAAAGTGGTACAAAGCGGCCAGGGCGCCGACGAGCTGTTCGCCGGTTACCACTGGTATCCGCAAGTGGACGGCGCCAGCGACCCGTACGCCGCCTATCGCGCCGCGTTCTTCGACCGCAGCTATGAAGAATATGCCGCGACCGTGCAGCCTGGATGGCTGACGGCCAACGACGCCGCCGGCGACTTCGTCAAGGAGCACTTCGCCCAGCCGGGCGCCGATGCGGCCGTCGACAAGGCCCTGCGCCTGGACAGCACCGTGATGCTGGTGGACGACCCGGTCAAGCGCGTCGACAACATGACCATGGCCTGGGGCCTGGAAGCGCGCACGCCGTTCCTCGACTACCGGCTGGTGGAGCTTTCGGCACGGGTGCCGGCGAAATTCAAGCTGCCCGATGGCGGCAAGCAGGTACTCAAGGAAGCGGCCCGCCGGGTGATTCCGAGCGAGGTCATCGATCGCAAGAAAGGTTATTTCCCGGTCCCGGGCCTCAAGCACTTGGAAGGCAACACCCTGGCCTGGGTTCGCGAACTGCTGCTGGACCCGAGCCAGGATCGCGGCTTGTTCAACCCGACCATGCTCGACCGTTTGCTGACCGATCCCAACGGCCAGCTCACGCCTTTGCGCGGCTCGCGGTTATGGCAATTGGCGGCGCTGAACCTGTGGCTCAGCGAGCAAGGAATCTGA MCGLAGELRFDQQPADLAAVERITHHLAPRGPDAWGFHSQGPIALGHRRLKIMDLSDGSAQPMIDNQLGLSLAFNGAIYNYPELRSELEGLGYTFYSGGDTEVLLKGYHAWGEALLPKLNGMFAFAIWERDAKRLFIARDRLGVKPLYLSRTGQRLRFASALPALLKGGDINPVLDPIALNHYLNFHAVVPAPRTLLAGIEKLPPATWMRIEADGRTEQKTWWTLPYGPRSDEQNLNLEDWIDRVLDSTREAVAIRQRAAVDVGVLLSGGVDSSMLVGLLREVGVEDLSTFSIGFQDAGGERGDEFQYSDLIAKHYGTRHHQLRIDEKEIIEQLPAAFRAMSEPMVSHDCIAFYLLSREVAKHCKVVQSGQGADELFAGYHWYPQVDGASDPYAAYRAAFFDRSYEEYAATVQPGWLTANDAAGDFVKEHFAQPGADAAVDKALRLDSTVMLVDDPVKRVDNMTMAWGLEARTPFLDYRLVELSARVPAKFKLPDGGKQVLKEAARRVIPSEVIDRKKGYFPVPGLKHLEGNTLAWVRELLLDPSQDRGLFNPTMLDRLLTDPNGQLTPLRGSRLWQLAALNLWLSEQGI PGPT0020150_4415 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953 NA NA D1-35_00613 1986 mnmC_1 COG0665 tRNA 5-methylaminomethyl-2-thiouridine biosynthesis bifunctional protein MnmC ATGACGCCCATCCAGCACCACGCCCAACTCGACTGGGATGACCAGGGTCGCCCCCGCTCCCGGGTATTCGGCGACGTGTATTTCTCCGACCAGTCGGGCCTGGAAGAAACCCGCTACGTGTTCCTTGCGCAGAACAACCTGGCCGAGCGTTTCGCCGCGCTGGCGGAGCACGGACGACTGGTGATCGGCGAAACCGGATTTGGCACCGGGCTGAATTTTCTCTGCGCCTGGCAGCTGTTCGAAGAATGCGCACCGACCGGTGCGCGCTTGCATTTCGTCAGCGTCGAAAAATTTCCCCTGAGCCCCGAGGACCTGCGTCGGGCCCTTGCCCTGTGGCCGGAGCTCAAGTACCAGGCTGATCAATTACTTGAGCAGTACGTCGCGATTCACCAGGGTTTCCAGCGCATGACCCTGGCGGGCGGGCGAGTGACATTGACCCTGTTGATTGGCGATGCACTGGAGCAACTGCCGCAGCTGGACGGACAGATCGACGCCTGGTTCCTCGACGGTTTTGCCCCGGCGAAAAACCCGGAGATGTGGACCGCCGAGCTGTTCGCCGAACTGGCGCGGCTGGCAGCGCCCGGCGCCACCCTCAGCACCTTTACCAGCACCGGTTGGGTGCGCAGGCTGCTCAATGCGGCGGGCTTCAAGATGAAGCGCACCCCGGGCATCGGCCACAAGTGGGAAATTCTCCGTGGGGTATTTCTCGGCTGGCCGGACCAGGTGCCCAAACCCGCCCCGGCCAAGCCCTGGTACGCCCGCCCCGCCCCGCCGGCTGGCGAACGCCATGCGCTGGTGATCGGCGGCGGCCTGGCCGGTTGCGCCAGCGCGGCGAGTCTCGCGGCCCGCGGCTGGCGAGTGACCTTGCTGGAGCGTCACGCCGGGTTGGCCGAGGAAGCGTCCGGCAACCCCCAAGGCGTGCTGTACCTCAAGTTGTCGGCCCACGGCACGGCGTTGTCGCAGATGATCCTCAGCGGTTTCGGCTACACCCGGCGCTTGCTCGAAAACCTGCAACGGGGCCTCGACTGGGACGGATGCGGAGTCTTGCAGCTGGCCTTCAACGAGAAGGAAGGCCAACGCCAGCGCCAACTGGCCGAGGCGTTTCCCGCGGGTCTGCTGCGAATTGTCGATCGCGCCGAAGCCGAGGCGCAGTCTGGTATCGGCCTGGCCTGTGGCGGCCTGTTCTATCCCGAAGGCGGCTGGGTACACCCGCCAGCCCTGTGCCGCTGGCAAGCCTCGGCTGCTGCGATTACCGTGCAGCCACATCGCGAAGTGCTTGAACTGCGACGTGTCGACGGCCAATGGCAGGCTTGGGACGGCGAACGTTGCCTGGCCAGCGCCCCGGTGGTAATCCTCGCCAGCGCCGCCGAGATCAAACGCTTCGAACCGGCCGCCGGGTTACCCCTCAAGCGCATTCGCGGGCAGATCACGCGGCTGACGCAAACCACCCGCAGCCAAAGCCTGGCGACGGTGGTCTGCGCCGAAGGCTATGTGGCGCCGTCGCGAATGGCCGAGCACACCCTGGGCGCCAGTTTCGATTTCCACAGCGATGACCTGACCCCCACCGCCGCCGAGCACGCCGGCAACCTGCAAATGCTCGAAGAAATCTCCCACGATCTGGTGGACCGCCTGAACGCCGATACCCTCGATCCGCAGCGCCTCGAAGGCCGCGCGGCGTTCCGTTGCACCAGCCCCGATTACCTGCCGATTGTCGGACCGCTGGCTGACAGCCGGGCGTTCGTCGAAACCTACGCGGCCCTGGGCAAGGATGCGCGCCAAGTGCCGGACACGCCGTGTCCCTGGCTCGACGGCCTGTACGTCAACAGCGGGCATGGCTCCCGGGGCCTGATCACTGCGCCGCTGTCGGGCGAACTGATCGCCGCCTGGCTGGACAACGAACCGCTGCCACTGCCGCGAAGCGTCGCCGAGGCCTGCCACCCGAACCGGTTTGCCTTGCGGGCGGTGATTCGCGGCAAGGCCAATTGA MTPIQHHAQLDWDDQGRPRSRVFGDVYFSDQSGLEETRYVFLAQNNLAERFAALAEHGRLVIGETGFGTGLNFLCAWQLFEECAPTGARLHFVSVEKFPLSPEDLRRALALWPELKYQADQLLEQYVAIHQGFQRMTLAGGRVTLTLLIGDALEQLPQLDGQIDAWFLDGFAPAKNPEMWTAELFAELARLAAPGATLSTFTSTGWVRRLLNAAGFKMKRTPGIGHKWEILRGVFLGWPDQVPKPAPAKPWYARPAPPAGERHALVIGGGLAGCASAASLAARGWRVTLLERHAGLAEEASGNPQGVLYLKLSAHGTALSQMILSGFGYTRRLLENLQRGLDWDGCGVLQLAFNEKEGQRQRQLAEAFPAGLLRIVDRAEAEAQSGIGLACGGLFYPEGGWVHPPALCRWQASAAAITVQPHREVLELRRVDGQWQAWDGERCLASAPVVILASAAEIKRFEPAAGLPLKRIRGQITRLTQTTRSQSLATVVCAEGYVAPSRMAEHTLGASFDFHSDDLTPTAAEHAGNLQMLEEISHDLVDRLNADTLDPQRLEGRAAFRCTSPDYLPIVGPLADSRAFVETYAALGKDARQVPDTPCPWLDGLYVNSGHGSRGLITAPLSGELIAAWLDNEPLPLPRSVAEACHPNRFALRAVIRGKAN NA NA NA NA NA D1-35_00614 1512 COG2326 Polyphosphate:AMP phosphotransferase ATGTTCGAATCCGCTGAAATCGGTCACGTCGTCGACAAAGAAACCTATGAAGCCGAGGTGCCGGCATTGCGTGAAGCATTGCTCGAAGCTCAGTACGAGTTGCATCAGCAAGGCCGCTTCCCGGTCATCATCCTGATCAACGGCATCGAAGGCGCGGGCAAAGGCGAGACGATAAAGCTGCTCAACGAATGGATGGATCCGCGGCTGATCGAGGTGCGCACCTTCGACCAGCAGACCGACGAGGAACTGGCGCGGCCGCCGGCCTGGCGCTATTGGCGGATGCTGCCAGCGAAGGGGCGGATGGGGATCTTTTTTGGCAACTGGTACAGCCAGATGCTCCAGGGGCGGGTGCACGGCGAGTTCAAGGACCCGCGGCTCGATCAGGCGATCAACGGCGCCGAGCGTCTGGAGAAGATGCTCTGCGATGAGGGCGCGCTGATCTTCAAGTTCTGGTTCCACCTCTCCAAGAAGCAGATGAAGGCCCGCCTGAAAAGTCTCAAGGACGACCCGCTGCACAGCTGGCGGATCAGCCCCTTGGACTGGCAGCAGTCCCAGACCTACGACAAGTTCGTCAAATACGGCGAGCGCGTGCTGCGCCGCACCAGTCGCGACTACGCACCCTGGCATGTGATCGAAGGCGTGAATGCCTGTTATCGCAGCCTCGCGGTCGGGCAGATTTTGCTCGAAGGCCTGCGCCAGGCCCTGGACCGACCGAAGATCAGCCCGGAAAAAGTCAACGTGGCAGCATTGCCGGCACTGGACGACCAAGTGACTTTGCTCGACAGCCTCGACATGACGCTGCGCCTGGACAAGGCCGATTATGAGGAGCAGTTGATCACCGAGCAGGCCCGCTTCGCCGGGCTGCTGCGGGACAAGCGCATGCGCCGGCACGCCTTGGTGGCGGTGTTCGAAGGTAACGACGCGGCCGGCAAGGGCGGGGCGATCCGCCGGGTCGCGGCGGCGCTCGACCCGCGTCAGTACAGCATCGTGCCGATTGCCGCGCCCACCGAGGAAGAACGCGCCCACCCCTACATGTGGCGTTTCTGGCGGCACATTCCGGCGCGGGGCAAGTTCACCATGTTCGACCGCTCCTGGTACGGGCGGGTATTGGTGGAGCGGGTCGAAGGTTTTTGCAGCCGTGCCGACTGGCTGCGAGCCTACGGTGAAATCAACGACTTCGAAGAACAACTGGCCGATGCCGGCGTGGTGGTGGTGAAGTTCTGGCTGGCCATTGACAAGGAGACCCAACTGGAGCGCTTCCAGGAACGCGAGGAAATCCCGTTCAAGCGGTTCAAGATCACCGAGGATGATTGGCGCAACCGTGACAAGTGGGATGCCTATCGGTCGGCGGTCTGCGACATGGTCGATCGCACCAGCACCGAAATATCACCGTGGACCCTGGTCGAGGCGAACGACAAGCGTTGGGCCCGGGTCAAGGTATTGCGTACGCTCAACGACGCGCTGGAGGCCGCGTTCGAACGTTCCGCCAGGCAGGCGCGCAAAAAGAAATAG MFESAEIGHVVDKETYEAEVPALREALLEAQYELHQQGRFPVIILINGIEGAGKGETIKLLNEWMDPRLIEVRTFDQQTDEELARPPAWRYWRMLPAKGRMGIFFGNWYSQMLQGRVHGEFKDPRLDQAINGAERLEKMLCDEGALIFKFWFHLSKKQMKARLKSLKDDPLHSWRISPLDWQQSQTYDKFVKYGERVLRRTSRDYAPWHVIEGVNACYRSLAVGQILLEGLRQALDRPKISPEKVNVAALPALDDQVTLLDSLDMTLRLDKADYEEQLITEQARFAGLLRDKRMRRHALVAVFEGNDAAGKGGAIRRVAAALDPRQYSIVPIAAPTEEERAHPYMWRFWRHIPARGKFTMFDRSWYGRVLVERVEGFCSRADWLRAYGEINDFEEQLADAGVVVVKFWLAIDKETQLERFQEREEIPFKRFKITEDDWRNRDKWDAYRSAVCDMVDRTSTEISPWTLVEANDKRWARVKVLRTLNDALEAAFERSARQARKKK PGPT0002695_90 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002695-ppk2-K23753 NA NA D1-35_00615 1185 fadA_1 COG0183 3-ketoacyl-CoA thiolase ATGCGTGAAGTGGTGATCGTCGACAGCGTACGGACCGGCCTGGCCAAGTCCTTTCGCGGCAAGTTCAACATGACCCGCCCGGACGACATGGCGGCCCATTGCGTCAACGCGTTGCTGGCGCGTAACGATATTGATCCGGCCAGCGTCGAGGACTGTATCGTCGGCGCCGGTTCCAACGAAGGCGCCCAAGGCTATAACATCGGGCGCAACGTGGCGGTGCTCTCGCAGCTGGGCATCGGCACGGCCGGGATGACACTGAACCGCTTCTGTTCCTCGGGCCTGCAAGCCATCGCCATCGCCGCCAACCAGATCGCCTCCGGCTGCAGCGAGATCATCGTCGCCGGTGGCGTGGAATCCATCAGCCTGACGATGAAAAGCGTCAACACTGACAACCTGATCAACCCCTTGCTCAAGGAGCAGGTGCCGGGGATCTACTTCCCCATGGGCCAGACCGCCGAGATCGTCGCGCGCCGTTACCAGGTCAGCCGCGATGAGCAGGACCGCTACGCCTTGCAGAGCCAGCAGCGCACTGCCCGGGCCCAGGCAGCCGGGCTGTTCGACGATGAAATCGTGCCGATGGCGGTGAAATACCGGGTCGAGGACAAGACCACCGGTGCGGTGCAGATCGTTGACGGGGTGGTTGATCGCGATGATTGCAACCGCCCCGATACCACGTATGAAAGCCTGGCCGGGCTGAAACCGGTGTTCGCCGAAGACGGTTCGGTGACGGCGGGCAACTCTTCGCAGTTATCCGACGGCGCCTCGATGACCCTGGTGATGAGCCTGGAAAAAGCCCTGGCGTTGGGGCTCAAGCCCAAGGCATTTTTCCGTGGCTTTACCGTGGCCGGCTGCGAGCCGGACGAGATGGGCATCGGCCCGGTGTTCTCGGTGCCTAGATTGCTCCAGGCCAAGGGTTTGCAGATCGGCGATATCGATTTGTGGGAGCTCAACGAAGCGTTTGCATCCCAGTGCCTGTACAGCCGCAATCGACTGGAGATAGATAACGAGAAATACAACGTCAACGGCGGCTCGATTTCCATCGGTCATCCGTTCGGCATGACCGGCTCGCGGCAGGTGGGGCATCTGGTGCGTGAGCTGCAACGGCGCAGTCTGCGCTACGGCGTCGTGACCATGTGCGTGGGCGGCGGGATGGGGGCAACGGGGTTGTTCGAGGCGGTTCGCTAA MREVVIVDSVRTGLAKSFRGKFNMTRPDDMAAHCVNALLARNDIDPASVEDCIVGAGSNEGAQGYNIGRNVAVLSQLGIGTAGMTLNRFCSSGLQAIAIAANQIASGCSEIIVAGGVESISLTMKSVNTDNLINPLLKEQVPGIYFPMGQTAEIVARRYQVSRDEQDRYALQSQQRTARAQAAGLFDDEIVPMAVKYRVEDKTTGAVQIVDGVVDRDDCNRPDTTYESLAGLKPVFAEDGSVTAGNSSQLSDGASMTLVMSLEKALALGLKPKAFFRGFTVAGCEPDEMGIGPVFSVPRLLQAKGLQIGDIDLWELNEAFASQCLYSRNRLEIDNEKYNVNGGSISIGHPFGMTGSRQVGHLVRELQRRSLRYGVVTMCVGGGMGATGLFEAVR PGPT0001565_2994 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 D1-35_00616 315 hypothetical protein ATGCCTGGAACGCGCGCCGAAGATACAGATGCTCCCAAGACGATTTACCGCAGCAGCGATCGGATCGTCCGGGAGAATGGCAAGTTCTATTTCGATACGCGCGAAGGCACCCAGGAAGGTCCGTTCGAAAGCCGCGAGGCTGCGGAGCGGGAGATAGCGGCGTATATCCAGCGGATGCTGCAGCTGACCAGGTTGCCAACTGAGGGCTCGATAGCTGGTGAAGAGAAGCTTCCGTGGCGAGGGGATTTATCCCCGCTGGGCCGCGAAGCGGCCCCACAAGGTCATCCAATCGGGCCTGATATACCCAGTCGCTGA MPGTRAEDTDAPKTIYRSSDRIVRENGKFYFDTREGTQEGPFESREAAEREIAAYIQRMLQLTRLPTEGSIAGEEKLPWRGDLSPLGREAAPQGHPIGPDIPSR NA NA NA NA NA D1-35_00617 963 yhbE COG0697 putative inner membrane transporter YhbE ATGCACATATCGTCCGGTCGCTGGGTCTACGGCCTGTTCCTCGCCCTGCTGACCGCCTTGTTGTGGGGAATCCTGCCGATCAAGCTCAAGCAAGTGCTGCAGGTGATGGATCCGGTGACGGTGACCTGGTTTCGGCTGACGGTGTCCGGTGGCCTGCTGTTCATCTACTTGGCGGCAACCCGACGCCTGCCCAGCCGCAAGGTGCTCGGGCCCCGTGGCGGTTGGCTGGTAGGCATGGCGGTGCTGGGGCTGGTGGGCAACTACGTGCTGTACCTGATGGGCCTGAACCGCCTGAGCCCCGGCACCGCCCAACTGGTGGTGCAGATGGGGCCGATCATGCTGCTGGTCGCCAGCCTGTTTGTATTCAAGGAGCGTTTCAGCGTGGGGCAGGGCATTGGTTTGCTGGTGCTGCTGATCGGTTTTGCGCTGTTCTTCAATCAGCGCCTCGTCGAATTGCTGACATCCCTGAGCGAGTACACCGCTGGCGTTCTGTTGGTATTGCTGGCCTCGACCGTCTGGACGTTCTATGCCCTGGGCCAGAAGCAATTGCTGACGGTGTGGAATTCACTGCAGGTGATGATGGTGATCTACCTGTTCTGCGCGCTGTTGCTCACGCCCTGGGTGCATCCACTGGAAGCCTTGCAATTGAGCCCGCTGCAAGGCTGGCTATTGTTGGCCTGCTGCCTCAATACGCTGATTGCCTATGGCGCGTTCGCCGAGGCGTTGGCGCATTGGGAGGCTTCGCGGGTCAGCGCGACGCTGGCGATCACGCCGCTGGTGACCTTCGCGGCCGTGGCGATGGCTGCCTGGTGGTGGCCCGACTATGTGCATGCCGAGCAGATCAATCTGCTGGGTTACGGTGGGGCAGTGTTGGTGGTATTGGGGTCGGCGCTGGTGGCGCTGGGGCCATCGCTCATCGCCGGGCTCAGGGCCCGGCGCGAACGCCTGGCGCTCGGGCGTTAG MHISSGRWVYGLFLALLTALLWGILPIKLKQVLQVMDPVTVTWFRLTVSGGLLFIYLAATRRLPSRKVLGPRGGWLVGMAVLGLVGNYVLYLMGLNRLSPGTAQLVVQMGPIMLLVASLFVFKERFSVGQGIGLLVLLIGFALFFNQRLVELLTSLSEYTAGVLLVLLASTVWTFYALGQKQLLTVWNSLQVMMVIYLFCALLLTPWVHPLEALQLSPLQGWLLLACCLNTLIAYGAFAEALAHWEASRVSATLAITPLVTFAAVAMAAWWWPDYVHAEQINLLGYGGAVLVVLGSALVALGPSLIAGLRARRERLALGR NA NA NA NA NA D1-35_00618 1395 fumC_1 COG0114 Fumarate hydratase class II ATGAGCCGTATCGAAACCGACAGCCTTGGCCAGGTTGAAGTCCCGGATGAAGCCTATTGGGGCGCCCAGACACAGCGCTCGATGATCAACTTTGCCATTGGCAACGAACGCATGCCGCTGTCGGTGCTGCATGCCCTGGCGCTGGTCAAGAAAGCCGCCGCGCGGGTCAACGACCGCAACGGTGACTTGCCCGCCGACATCGCCCGCCTGATCGAACAGGCGGCCGACGAGGTGCTGGCCGGCCAGCATGACGATCAGTTTCCCCTGGTGGTCTGGCAGACCGGCAGCGGAACCCAGAGCAACATGAACGTCAACGAGGTGATCGCCGGGCGCGCCAACGAGCTGGCGGGCAACCCCCGTGGCGGCAAGAGCCCGGTGCATCCCAACGACCATGTCAACCGGTCCCAGAGCTCCAACGACTGCTTCCCCACCGCCATGCACATCGCCGCCGCCCAGGCCGTGTACCAGCAATTGCTGCCGGCCATCAGCGAGTTGTCCGGCGGCCTCGCGGAACTGGCGGCGCGCCACATGAAACTGGTCAAGACCGGCCGCACCCACATGATGGATGCCACGCCGATCACGTTCGGCCAGGAACTGTCCGCCTTCATTGCCCAACTCGACTACGCCGAGCGGGCGATCCGCGCTTCGTTGCCGGCGGTCTGCGAGCTGGCCCAGGGCGGCACGGCGGTGGGCACCGGGCTCAATTCGCCGCACGGTTTCGGCGAAGCGATCGCCGCTGAACTCGCGGCGCTGTCCGGGCTGCCGTTTGTCACGGCGCCGAACAAGTTCGCCGCACTGGCAGGTCATGAACCGTTGACCACGTTGTCCGGCGCGTTGAAAACCCTGGCCGTGACGCTGATGAAAATCGCCAATGACCTGCGCCTGCTGGGCTCCGGGCCACGGGCGGGATTTGCCGAAGTGAAATTGCCGGCCAACGAACCGGGCAGTTCCATCATGCCTGGCAAGGTCAACCCGACCCAGTGTGAAGCCTTGTCGATGCTGGCGTGCCAGGTATTGGGCAATGACGTGGCGATCGGTTTTGCCGCCAGTCAGGGACACTTGCAGTTGAACGTGTTCAAGCCGGTGATCATCCACAACCTGCTGCAATCGATCCGCCTGCTGGCCGATGGCTGCAGCAACTTCCAGCAGCACTGCATCGCCGGCCTCGAACCGGATGCCGAGCAGATGGCCGCGCACCTGGAGCGTGGCCTGATGCTGGTGACGGCGCTGAATCCGCATATCGGCTACGACAAGTCGGCGGAGATCGCCAAGAAAGCCTACGGCGAAGGGCTGACGCTACGGGAGGCAGCGGTGCAGCTGGGGTACCTGACCGACGAAGAGTTCGACGCCTGGGTCAGGCCGGAGAACATGCTGGAGGCGGGTGGCCAGGGCTGA MSRIETDSLGQVEVPDEAYWGAQTQRSMINFAIGNERMPLSVLHALALVKKAAARVNDRNGDLPADIARLIEQAADEVLAGQHDDQFPLVVWQTGSGTQSNMNVNEVIAGRANELAGNPRGGKSPVHPNDHVNRSQSSNDCFPTAMHIAAAQAVYQQLLPAISELSGGLAELAARHMKLVKTGRTHMMDATPITFGQELSAFIAQLDYAERAIRASLPAVCELAQGGTAVGTGLNSPHGFGEAIAAELAALSGLPFVTAPNKFAALAGHEPLTTLSGALKTLAVTLMKIANDLRLLGSGPRAGFAEVKLPANEPGSSIMPGKVNPTQCEALSMLACQVLGNDVAIGFAASQGHLQLNVFKPVIIHNLLQSIRLLADGCSNFQQHCIAGLEPDAEQMAAHLERGLMLVTALNPHIGYDKSAEIAKKAYGEGLTLREAAVQLGYLTDEEFDAWVRPENMLEAGGQG PGPT0001650_2664 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 D1-35_00619 522 hypothetical protein ATGACCCGTCTTCGTGCCATCTGTACCGCAGTTGCTCTGGTGTGTGCCAGCGGCCCTGTTCTTGCCGATACCGCCAGCCACAACGCCAGTGCCGAAGCGTTCCTGACCCTGGCGCACGCTGACAAGCTGGGTACTCCGGTGTACATGCAGGTACAGCAGATGTTTGCCCAGCGCTTTGAGCAGACCAAGGCTCCCGAGTCGAAAAAAGCCACCCTGGAAACCTACCAGGCCAAGGCCAATGCCGCCCTGGACCAGGCGATCGGCTGGAACAAGCTCAAGCCGGACATGGTCAAGCTCTACACCTCCAACTTCAGCGAATCGGAGCTCAAGGACCTGGTGTCCTTCTATCAGTCTCCCTTGGGCAAGAAGGTCCTGGAAAAAATGCCGCAGCTGACCCAGCAATCGGCGCAACTGACCCAGGCCAAGCTGGAAAGCGCGGTGCCGGTGGTCAACAAGCTGCTGGCCGACATGACCGCCGAGCTTGAGCCGAAAGCCGCCGCCCCGGCCAAGAAAAAGCCATAA MTRLRAICTAVALVCASGPVLADTASHNASAEAFLTLAHADKLGTPVYMQVQQMFAQRFEQTKAPESKKATLETYQAKANAALDQAIGWNKLKPDMVKLYTSNFSESELKDLVSFYQSPLGKKVLEKMPQLTQQSAQLTQAKLESAVPVVNKLLADMTAELEPKAAAPAKKKP NA NA NA NA NA D1-35_00620 300 bolA COG0271 DNA-binding transcriptional regulator BolA ATGAGCATGCAACAACGCATTGAATCGACCCTCGGGCTGCTGCAGCCCGAGCACCTGCAAGTGCTCGATGAAAGCCACATGCACAGCCGTGGGCTTGAGACCCACTTCAAGGCAGTGGTGGTCAGCCAGCAGTTCGAGGGGCTCAATCGGGTCAAGCGACACCAGAAGGTCTACGGTACGTTGGGCGAGCTGATGGGCGAATTCCATGCGCTGGCGCTGCACACCTACACGCCTGAAGAATGGGCCCAGGTCGACGCAGCCCCGGCGTCGCCGACCTGTGCCGGCGGCAGTAAGCACTGA MSMQQRIESTLGLLQPEHLQVLDESHMHSRGLETHFKAVVVSQQFEGLNRVKRHQKVYGTLGELMGEFHALALHTYTPEEWAQVDAAPASPTCAGGSKH PGPT0014930_837 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014930-bolA-K05527 NA NA D1-35_00621 942 hypothetical protein ATGACACCACCGATTGTCGTGGCGGCACTGTATAAGTTCGTCACGCTGGAAGATTACGTCGAGCTGCGTGAGCCCCTGCTCAAGGCGATGCTCGACAACGGCATCAAAGGAACCTTGCTGATTGCCGAGGAAGGCATCAACGGCACCGTTTCCGGCACCCGCGAAGGCATCGACGGGCTGATGGCCTGGCTCAAGAACGATCCGCGCATGGACGACATCGACCACAAGGAGTCGTACTGTGACGAGCAGCCGTTCTACCGCACCAAGGTCAAGCTCAAGAAAGAGATCGTTACCCTCGGCGTAGAAGGCGTGGACCCGAACAAGCGGGTCGGCACCTATGTCGAACCGCAAGACTGGAACGCGCTGATCAGCGATCCGGAAGTGCTGCTGATCGACACGCGCAACGATTATGAAGTCTCCATTGGCACCTTCGAAGGCGCGATCGATCCCAAGACCGCCAGCTTCCGTGAGTTTCCCGAGTACATCAAAGCCAACTTCGACCCGGCCCGGCACAAGAAAGTCGCGATGTTCTGCACCGGTGGCATTCGCTGTGAAAAAGCCTCGAGCTTCATGCTCAATGAGGGTTTCGAAGAGGTCTACCACCTAAAGGGCGGGATTCTCAAATACCTCGAAGAGGTGCCCCAGGAAGAGACCAAATGGCGCGGTGACTGCTTTGTCTTCGACAACCGCGTGACCGTGCGCCACGATCTCAGCGAAGGCGACTACGATCAGTGCCATGCCTGTCGCACCCCGATCAGCGCAGAGGATCGTGCTTCGGAGCATTATTCGCCTGGCATCAGTTGCCCGCATTGCTGGGACAAACTGAGCGAAAAGACCCGTCGCAGCGCCATCGACCGGCAAAAGCAGATCGAACTGGCCAAGGCGCGCAACATGCCGCATCCGATCGGCTACAACTACAAGCAATCATCTTCCGAGGCTTGA MTPPIVVAALYKFVTLEDYVELREPLLKAMLDNGIKGTLLIAEEGINGTVSGTREGIDGLMAWLKNDPRMDDIDHKESYCDEQPFYRTKVKLKKEIVTLGVEGVDPNKRVGTYVEPQDWNALISDPEVLLIDTRNDYEVSIGTFEGAIDPKTASFREFPEYIKANFDPARHKKVAMFCTGGIRCEKASSFMLNEGFEEVYHLKGGILKYLEEVPQEETKWRGDCFVFDNRVTVRHDLSEGDYDQCHACRTPISAEDRASEHYSPGISCPHCWDKLSEKTRRSAIDRQKQIELAKARNMPHPIGYNYKQSSSEA PGPT0013330_1442 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146 NA NA D1-35_00622 636 hypothetical protein ATGGCGTCGCGCCTGCTGTATGTGATGGACCCGATGTGTTCCTGGTGCTGGGGCTTCGCGCCAGTGGCCGAAGCGTTGGCCGAGCAGGCGCAGGCGGCGGGCGTGGAGTTGCACCTGGTGGTGGGCGGCTTGCGCACCGGCAGCGGTTCGGCTCTCGAGCCGACCACCCGACGCTACATTCTCGAGCACTGGCAGGCCGTTACCCAAGCCACCGGCCAGCCGTTCAAGCTTGAAGGCGCGTTGCCGGACGGTTTTGTCTACGACACCGAACCCGCATGCCGCGCCTTGGTGACGGCCCGCAGCCTGGCGCCGGACCTGGCCTGGCAGTTACTGAAGCTGATCCAGCAGGCGTTTTATGTGCAAGGCCGCGACGTGACCCACGCCAGCGTCCTGGTGGAACTGGCCGAACAGGCCGGGCTGCCCCGCATCGAGTTTGCCGCGGCATTCGACCGCGCCGACCAGCATGCCGCCACCGCCGCCGACTTCACCTGGGTGCAAGACCTTGGCATCGCCGGATTCCCTACGATGCTGGCCGAACGTGACGGCCAATTGGCCCTGCTGACCAACGGCTACCAACCGTTGGACCAGCTGTCGCCATTGCTGGGGCGCTGGCTGGAGCGTGCGGCCTGTGCCTGA MASRLLYVMDPMCSWCWGFAPVAEALAEQAQAAGVELHLVVGGLRTGSGSALEPTTRRYILEHWQAVTQATGQPFKLEGALPDGFVYDTEPACRALVTARSLAPDLAWQLLKLIQQAFYVQGRDVTHASVLVELAEQAGLPRIEFAAAFDRADQHAATAADFTWVQDLGIAGFPTMLAERDGQLALLTNGYQPLDQLSPLLGRWLERAACA NA NA NA NA NA D1-35_00623 1830 bmrA COG1132 Multidrug resistance ABC transporter ATP-binding/permease protein BmrA GTGCCTGACCTGCCCGATGATGACGCATCGACCTCGCGGCGCATCGACCGGTTGAGCTGGACGGAAATCCGTCGTCTGGCCCTTACGCACAAAAAAGCCCTGTGGATCGCCAACGGCGTCGCCGTGCTGGCGACGCTGTGCAGCGTGCCGATTCCGTTGTTGCTGCCGCTGCTGGTGGACGAAGTGCTGCTGGGCCACGGCGACGCGGCATTGAAGGTCATGAATCAGGCGTTGCCGAGCGCTTGGCAGAGCGCTGCCGGCTACATCGGATTGATGTTGCTGGTGACCTTGGCCCTGCGCTGCGGCGCCTTGCTGTTCAACGTGTTGCAGGCGCGGCTGTTCGCCAGTCTCGCCAAGGACATCGTCTATCGCATCCGCATCCGGTTGATCGAGCGCCTCAAGCGGATTTCCCTTGGCGAATACGAAAGCCTGGGCAGCGGCACGGTGACGACGCACCTGGTCACCGACCTGGACACCCTCGACAAATTTGTTGGCGAAACCCTGAGCCGGTTCCTGGTGGCGATGCTGACCCTGGTAGGCACCGCGGGCATCCTGGTATGGATGCATTGGGAACTGGCGCTGCTGATCCTGCTGTTCAACCCGCTGGTGATCTACGCCACGGTGCAGTTGGGCAAACGGGTCAAGCACCTCAAGAAGCTGGAGAATGACAGCACCTCGCGCTTCACCCAGGCCCTGACCGAAACCCTGGATGCGATCCAGGAAGTGCGCGCCGGCAATCGCCAGGGGTTTTTCCTTGGACGCCTGGGCACGCGCGCCCGGGAAGTGCGCGACTACGCGGTGAGCTCGCAGTGGAAAACCGACGCCTCGAACCGCGCCAGTGGTTTGCTGTTCCAGTTCGGCATCGATATTTTTCGCGCGGCGGCCATGCTGACCGTGCTGTTCTCCGATCTGTCGATCGGCCAGATGCTCGCGGTGTTCAGCTACCTGTGGTTCATGATCGGCCCGGTCGAGCAACTGCTTAACTTGCAGTACGCCTACTACGCGGCGGGTGGGGCATTGAACCGTATCAACGAACTGCTGGCGCGCGCCGATGAGCCCCAGTACAGCGGTGGCGTCGATCCTTTCAAGGGGCGCGACACCGTGGGCATCGACATCCAGGGGCTCAGCTTCGGTTACGGCGAGGAAAAGGTGCTCGACCAATTGAACCTGTCCATTTCGCCGGGGGAAAAGGTCGCTATCGTCGGGGCCAGCGGGGGCGGCAAAAGTACCCTGGTGCAACTGCTGTTGGGGCTCTACACACCACAGTCCGGCAGCATCCGCTTCGGCGGTGCCACCCAAGAGGAAATCGGCTTGGAAACCATCCGCGAAAATGTCGCGGTGGTCCTGCAACATCCGGCGCTGTTCAACGACACGGTGCGCGCCAATCTGTCCATGGGCCGCGAGCGCAGCGACGAGGCGTGCTGGCGAGCCCTGGCGATTGCCCAACTGGACGAAACAGTGCGGGCGCTTCCGATGGGGCTGGAGAGCATCGTCGGGCGTTCCGGTGTGAGGCTGTCGGGCGGGCAACGCCAGCGACTGGCGATCGCCCGTATGGTCCTGGCCGATCCGCGCGTGGTGATTCTCGACGAAGCCACGTCCGCGCTGGACGCGGCTACGGAATACAACCTTCACCAGGCGTTGGCGCGGTTCCTGAGCGGGCGCACCACGTTGATCATCGCCCATCGGTTGTCGGCGGTGAAACAGGCTGACCGGGTATTGGTGTTCGACGGCGGGCAGATCGCCGAAGACGGCGACCACTTGCAGCTGATTGCCGAGGGTGGCCTGTACGCCCGGCTCTACGGTCATTTGCAACAAATACAGCGACCTTGA MPDLPDDDASTSRRIDRLSWTEIRRLALTHKKALWIANGVAVLATLCSVPIPLLLPLLVDEVLLGHGDAALKVMNQALPSAWQSAAGYIGLMLLVTLALRCGALLFNVLQARLFASLAKDIVYRIRIRLIERLKRISLGEYESLGSGTVTTHLVTDLDTLDKFVGETLSRFLVAMLTLVGTAGILVWMHWELALLILLFNPLVIYATVQLGKRVKHLKKLENDSTSRFTQALTETLDAIQEVRAGNRQGFFLGRLGTRAREVRDYAVSSQWKTDASNRASGLLFQFGIDIFRAAAMLTVLFSDLSIGQMLAVFSYLWFMIGPVEQLLNLQYAYYAAGGALNRINELLARADEPQYSGGVDPFKGRDTVGIDIQGLSFGYGEEKVLDQLNLSISPGEKVAIVGASGGGKSTLVQLLLGLYTPQSGSIRFGGATQEEIGLETIRENVAVVLQHPALFNDTVRANLSMGRERSDEACWRALAIAQLDETVRALPMGLESIVGRSGVRLSGGQRQRLAIARMVLADPRVVILDEATSALDAATEYNLHQALARFLSGRTTLIIAHRLSAVKQADRVLVFDGGQIAEDGDHLQLIAEGGLYARLYGHLQQIQRP NA NA NA NA NA D1-35_00624 2460 hypothetical protein ATGAAGCAAAAGCGGACTCTCGGAACGCCTCGGTTGTTGGGCATCGTCTGGCCCTTTATCGCCGTCGTGCTATTTCAAGCATTGCTAGGAGGCGTCAGCCTTTATGTCCTGTCCGCAGTTCGCGGCTACGTGGCGGGGGAGAGCCTTTGGTCCAAGGGCCAGAAGGACGCTATCTATTACCTCAATCTTTACGCCGACAGCCGTGACGAGGCGATCTTTCGCAAATACCAGCAGGCCATCGCCGTGCCCGAGGGTGGACACGATCTACGCGTGGCCCTGGATCGCCAGCCGCCGGATCTCGAAGCGGCGCGGGTCGGGATTCTCCAGGGCGGCAATCATCCGGACGACGTGGCCAGCCTGATCTGGTTGTACCTCAACTTTCGCCATTTCAGTTATCTGGAAGAAGCCATCGATCTGTGGACGGTTGGCGATGGTTACCTGACCGAACTGGATAACGTCGCCCGGCAGATGCATCGCAGCATCACGGTGGGAGAAGCCTCCGAGGCCGATGTCCGCGGCTGGAAAGCGCAGATTTTCGCCATCAACGATTCCGTCACCCCTGCCGCCAAGGCATTCAGCGACGCGCTGGGCGAAGGATCGAGATTTATCCTGCGCCTGTTGCTGGTGACCAATTTCGCCACCGCGCTGGGATTGATCGTGCTGGCGCTGTTGCGCACGCACAAGTTACTGGCACAGCGGCAGGTCTTCGCCAATGCGCTGCAACTGGAGAAGGAACGGGCGCAGATCACCTTGCAATCGATTGGCGATGGCGTGATCACCACCGACGTCGAAGGCGCCATTGCGTACATGAATCCCGCTGCCGAAGCGATGACCCACTGGAAAGCCGAGCACGCCACGGGGCTGCCCCTGGCGGCGCTGTTCAATCTGCTTGACGACAATGCCCAGACCGAAGGCCTGACCTTGATCGAGCACATACTCAGCGGACGACTCGGCGGCGGCAGCGAGCATTCCAAGCTGATCCAGCGACTTGACGGCAGCACGGTGTCGGTGACCCTGGTGGGGGCGCCGATCCGTCATGCCGGCAAAGTCAGCGGCGCGGTGCTGGTGCTGCATGACATGACCCAGGAGCGCCAGTACATTGCCAACCTGTCATGGCAGGCTACCCACGACGCCCTGACCGGCCTGGCGAACCGCCGGGAATTCGAATACCGCCTCGAGCAGGCCCTGCACAACCTCACGCGCCAGGTCGGGCGCCACGCGTTGATGTTTCTCGACCTGGACCAATTCAAACTGGTCAACGACACCTGCGGCCACGCGGCGGGCGACGAGTTGCTGCGACACATCTGTGCCTTGCTGCAATCGGGGTTGCGGGAAAACGACACGCTTGCCCGGCTGGGCGGGGACGAGTTCGGCATCCTGCTGGAAAACTGCTCGCCCGAGGCGGCGGAAAAGATCGCCGAAGGCCTGCGCCAGACCGTGCAGAACCTGCATTTTGTCTGGAAAGGCCGGCCATTCGTGACCACTGTGAGCATCGGCCTGGTGCACATCGCCCAAAGCCCGACGACGCTGGAAGCCTCATTGCGTGCCGCCGACATGGCCTGCTATATGGCCAAGGAGAAAGGGCGCAACCGGGTCCAGGTCTACCATGCCGACGACTCGGAGTTGTCCCTGCGTTTTGGCGAAATGGCCTGGGTGCAGCGCTTGCACATGGCGCTGGAGGAAAACCGTTTCTGCCTCTACGCCCAGGAAATCGCCGCGTTGGGCCCGGGTGACCACGATGGCGGACATATCGAGATCCTGTTGCGCCTGCATGACGAGGCAGGGCGAATGATCCTGCCGGACAGCTTCATTCCGGCGGCGGAGCGTTACGGCTTGATGACCTCGCTGGACCGTTGGGTCGTGGAGAATGTGTTCAAGATCATTCGCCAATGCCTGAATGAGTCGCGGCAAGGTCCGTTGGCCATGTGTGCCATCAACCTGTCAGGCACCACCATTGGCGATCAGGCGTTCCTGGATTTCCTGCGTAAACAGTTCGCTGCCTACTCGATTCCCCCGGAAATGATTTGTTTTGAAATCACCGAGACCAGTGCCATTTCCAATCTGGGCAGCGCGATTCGTTTTATAAACGAACTCAAGAGCTTGGGTTGTTACTTCTCGCTGGATGACTTTTGTGCCGGAATGTCTTCATTCGCTTACTTGAAACATTTACCTGTAGACTTCCTGAAGATCGATGGGAGTTTCGTAAAGGATATGCTGGACGACCCGATTAACCGGGCAATGGTCGAGGTGATCAATCACATCGGCCATGTCATGGGGAAGCGCACCATTGCCGAGTTCGTGGAAACGACTCAGATCGAACAGGCATTGTTGGAAATCGGCGTGGATTTCGCCCAGGGTTATGTCATCGAGCGTCCACAACTGTTTACTTGTGACACGTTGCAATGCCGGCCGGCCAGGCCTCAGCCATTGTTGTTCAAGGCCCCCGGCACGTTTCGCTGA MKQKRTLGTPRLLGIVWPFIAVVLFQALLGGVSLYVLSAVRGYVAGESLWSKGQKDAIYYLNLYADSRDEAIFRKYQQAIAVPEGGHDLRVALDRQPPDLEAARVGILQGGNHPDDVASLIWLYLNFRHFSYLEEAIDLWTVGDGYLTELDNVARQMHRSITVGEASEADVRGWKAQIFAINDSVTPAAKAFSDALGEGSRFILRLLLVTNFATALGLIVLALLRTHKLLAQRQVFANALQLEKERAQITLQSIGDGVITTDVEGAIAYMNPAAEAMTHWKAEHATGLPLAALFNLLDDNAQTEGLTLIEHILSGRLGGGSEHSKLIQRLDGSTVSVTLVGAPIRHAGKVSGAVLVLHDMTQERQYIANLSWQATHDALTGLANRREFEYRLEQALHNLTRQVGRHALMFLDLDQFKLVNDTCGHAAGDELLRHICALLQSGLRENDTLARLGGDEFGILLENCSPEAAEKIAEGLRQTVQNLHFVWKGRPFVTTVSIGLVHIAQSPTTLEASLRAADMACYMAKEKGRNRVQVYHADDSELSLRFGEMAWVQRLHMALEENRFCLYAQEIAALGPGDHDGGHIEILLRLHDEAGRMILPDSFIPAAERYGLMTSLDRWVVENVFKIIRQCLNESRQGPLAMCAINLSGTTIGDQAFLDFLRKQFAAYSIPPEMICFEITETSAISNLGSAIRFINELKSLGCYFSLDDFCAGMSSFAYLKHLPVDFLKIDGSFVKDMLDDPINRAMVEVINHIGHVMGKRTIAEFVETTQIEQALLEIGVDFAQGYVIERPQLFTCDTLQCRPARPQPLLFKAPGTFR PGPT0023624_1603 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_00625 804 hypothetical protein GTGATCGACACATTCAACCGAACAGGCCCGCTCATGGACGCCGCCAGTTATCCACAATGGGCACAGCAGCTCATTGCCGACTGCAGCGAGAGCAAGCGCCGGGTTGTCGAACACGAACTGTATCAACGCATGCGCGACAACAAGCTCAGCGCCAAGACCATGCGCCACTACCTCATCGGTGGTTGGCCGGTCGTCGAACAGTTCGCCTTGTACATGGCACAGAACCTTACCAAGACCCGCTTCGCCCGCCACCCCGGCGAGGACATGGCGCGTCGTTGGTTGATGCGCAACATTCGTGTCGAGCTCAATCATGCCGATTATTGGGTCAACTGGAGCGCTGCTCACGGCGTGACGCTCGAAGACCTGCAGGCGCAGCAGGTGCCGCCTGAGCTTCATGCGTTGAGCCATTGGTGCTGGCACACCAGTTCGGCGGACTCGCTGATCGTGGCTATTGCCGCGACCAACTATGCCATCGAGGGGGCGACCGGGGAGTGGTCGGCACTGGTCTGCTCTACCGGTGTCTATGCGTCGGCGTTCGCCGAGGAAGACCGCAAGCGGGCCATGAAGTGGCTGAAGATGCATGCCCAGTATGACGATGCCCACCCGTGGGAAGCGCTGGAAATCATCTGTACGCTGGCGGGCATGAACCCGAGCAAGGCGTTGCAGATGGAACTGCGCCAGGCCGTTTGCAAGAGCTACGACTACATGTATCTGTTTCTCGAAAGGTGCATGCAGCTGGAACACTCGGGCGCCGGCGAAAAAGCCTCGGCTGGCCGTGAACGGCTGGCGCTGGCCAGTAACTGA MIDTFNRTGPLMDAASYPQWAQQLIADCSESKRRVVEHELYQRMRDNKLSAKTMRHYLIGGWPVVEQFALYMAQNLTKTRFARHPGEDMARRWLMRNIRVELNHADYWVNWSAAHGVTLEDLQAQQVPPELHALSHWCWHTSSADSLIVAIAATNYAIEGATGEWSALVCSTGVYASAFAEEDRKRAMKWLKMHAQYDDAHPWEALEIICTLAGMNPSKALQMELRQAVCKSYDYMYLFLERCMQLEHSGAGEKASAGRERLALASN NA NA NA NA NA D1-35_00626 927 hypothetical protein ATGAAAACGCCCACGCAGACCAATGCTATTGATTTCGACAGCGCCAAGTTGCAGCGCCTGGGCCTCGCCCAGCCGTCGGCGCTCGTGACGCGGCCGATCAGCCTGACGCAGCTGCGCCAGCAATTGGGCCAGCAGTTGCAGACCAGCCTGGAGCCGCAAAGGATTCTCGGTTTGTTCTTCCGTGAAATCCAGCGGCTGGTGCCTCTGGACGCACTGGTTTACCAGCACAAACCCAGCGACCTGCGCCTGGAGTTTGGCCAGCGCGGGCACCACAACCTCAGCTACAACCTCAGCCATGAGGGCGAGCATCTGGGTGAGCTGGTGTTTCGGCGCAACCAGCGCTTCAGCAGCGCGGAACAAAGCGACCTGGAGTCAATCCTGTCGGCGCTGTTTTTCCCGCTGCGTAACGCATTGCTCTACCGCGCCGCCACCCAAAGCGCCCTGCGCGATCCACTGACCGGCACCGGCAACCGCATTGCCATGGACCAGACGCTGGAGCGGGAAATCGACATGGCCAGGCGGCACATGCAGCCGCTGTCGTTGCTGATGCTGGACATCGACCATTTCAAACGCATCAACGACAGCCATGGGCATGGGGTCGGCGACGAAGTACTCAAGGCCGTTGCCGACTCGATCAAGGGCCAGTTGCGCAATGTGGATATGGTGTTCAGATTCGGTGGTGAGGAATTCCTGATCCTGCTGGCCAACACCAGCCGGGAAGCGGCGGCCATGGTCGGTGAACGGCTGCGTTATGCCGCCCAGGCCCAGGATTATTTTGCCGACGGCACGAGGATCGAATTGACGGTGAGCCTGGGCTGCGCGACGTTGCTGCCGGGCGAGTCCGCTGAAAGTCTCGTGCGCCGGGCGGACAATGCGCTGTATGTAGCCAAGCGCGAGGGGCGGAACCGGTTGACGATGGCGGGCTGA MKTPTQTNAIDFDSAKLQRLGLAQPSALVTRPISLTQLRQQLGQQLQTSLEPQRILGLFFREIQRLVPLDALVYQHKPSDLRLEFGQRGHHNLSYNLSHEGEHLGELVFRRNQRFSSAEQSDLESILSALFFPLRNALLYRAATQSALRDPLTGTGNRIAMDQTLEREIDMARRHMQPLSLLMLDIDHFKRINDSHGHGVGDEVLKAVADSIKGQLRNVDMVFRFGGEEFLILLANTSREAAAMVGERLRYAAQAQDYFADGTRIELTVSLGCATLLPGESAESLVRRADNALYVAKREGRNRLTMAG NA NA NA NA NA D1-35_00627 741 yciK COG1028 putative oxidoreductase YciK ATGTTTGACTACTCCGCCCGCCCCGACCTGCTCGAGGGCCGGATCATCCTGGTCACCGGTGCCGGTCGCGGTATTGGCGCCGCTGCCGCCAAGGCCTATGCCGCCCATGGCGCCACCGTGTTGTTGCTGGGCAAGACCGAAGCCAACCTGACCCAGGTCTATGATGAAATCGAGGCGGCTGGTCATCCGCAGCCAGCGGTGATCCCCTTCAATCTCGAAACCGCCCTGCCCCATCAATACGATGAACTGGCGGCGATGATCGAGAGCGAATTCGGTCATCTGGACGGCCTCCTGCACAACGCCTCGATCATCGGCCCGCGCACGCCGCTGGAACAGCTTTCCGGCGAGAACTTCATGCGGGTGATGCAAGTGAACGTCAACGCCATGTTCATGCTCACCAGCACTTTGCTGCCGTTGCTCAAACTGTCCAAGGATGCATCGGTGGTGTTCACGTCCAGCAGCGTCGGTCGCAAGGGCCGGGCCTATTGGGGCGCTTATGGCGTGTCCAAGTTCGCCACAGAGGGGCTTATGCAGACCCTGGCCGACGAAGTCGACACGGTAGCCCCGGTGCGCTCCAACAGCATCAACCCCGGCGCCACCCGCACCAGCATGCGCGCACAGGCCTATCCGGGAGAAAATCCGCTGAACAACCCGACGCCCGAAGAAATCCTGCCGGTGTACCTGTACCTCATGGGCCCGGACAGTACCGGCGTCAACGGCCAGGCTTTCAACGCGCAGTAA MFDYSARPDLLEGRIILVTGAGRGIGAAAAKAYAAHGATVLLLGKTEANLTQVYDEIEAAGHPQPAVIPFNLETALPHQYDELAAMIESEFGHLDGLLHNASIIGPRTPLEQLSGENFMRVMQVNVNAMFMLTSTLLPLLKLSKDASVVFTSSSVGRKGRAYWGAYGVSKFATEGLMQTLADEVDTVAPVRSNSINPGATRTSMRAQAYPGENPLNNPTPEEILPVYLYLMGPDSTGVNGQAFNAQ NA NA NA NA NA D1-35_00628 672 mupP_1 COG0546 N-acetylmuramic acid 6-phosphate phosphatase ATGCGTCTCAAAGCGGTTCTCTTCGACATGGATGGCACGCTGCTCGACACCGCGCCAGACTTCATCGCCATCTGCCAGGCCATGCGCGCCGACCGTGGCCTGCCGCCGATGAACACCCAGCACATCCGCGACGAGATTTCCGGCGGCGCCCGGGCGATGGTCGCAGTGACGTTCTCCATGGACCCTGAATCGCCGGGTTTCGAGGAGCTGCGCCAGGAGTTCCTCGACCGCTATCTCAAGGGTTGCGCGGTCCACAGCCATCTGTTCGATGGGATGGCCGAAGTACTGGCCGATATCGAGGCGGCCAATCTCATCTGGGGCGTGGTCACCAACAAGCCGGTGCGCTTCGCCGAGCCGATCATGCAGCAGTTGGGCCTGGCCGAGCGGTCGAAAGTGCTGGTCTGCCCCGACCATGTGAAAAACAGCAAACCGGACCCCGAACCGCTGATTCTCGCTTGCAAGATGCTCGACCTCGATCCGGCCAGCGTGCTGTTCATCGGCGACGACCTGCGGGACATCGAGTCCGGCCGCAGCGCCGGGACCAAGACCTGCGCGGTGACCTACGGCTACATCCACCCGGACGACAACCCCAAGCACTGGGGCGCGGATGTGGTAATCGACCATCCCCTGGCGCTGCGCGAAGTGCTGGATAACGCGTTGTGCAGTTGCTGA MRLKAVLFDMDGTLLDTAPDFIAICQAMRADRGLPPMNTQHIRDEISGGARAMVAVTFSMDPESPGFEELRQEFLDRYLKGCAVHSHLFDGMAEVLADIEAANLIWGVVTNKPVRFAEPIMQQLGLAERSKVLVCPDHVKNSKPDPEPLILACKMLDLDPASVLFIGDDLRDIESGRSAGTKTCAVTYGYIHPDDNPKHWGADVVIDHPLALREVLDNALCSC PGPT0019045_599 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_MURAMATE_DEGRADATION,PGPT0019045-mupP-K22292 NA NA D1-35_00629 699 ubiG COG2227 Ubiquinone biosynthesis O-methyltransferase ATGAGCAACGTCGACCACGCTGAAATTGCCAAGTTCGAGGCCCTGGCCCATCGCTGGTGGGACCGCGAAAGCGAATTCAAGCCGCTGCACGACATCAACCCGCTGCGCGTCAACTGGATCGACGAGCGCGTCGGCCTGGCCGGCAAGAAAGTCCTCGACGTCGGCTGTGGTGGCGGCATCCTCAGTGAAGCCATGGCCCTGCGCGGCGCTACCGTAATGGGCATCGACATGGGCGAGGCGCCGCTGGCAGTGGCGCAACTGCATCAGCTGGAGTCCGGCGTCAGCGTCGAATACCGGCAGATCACCGCCGAAGCCCTGGCCGAGGAAATGCCCGGCCAGTTCGACGTGGTCACCTGCCTGGAGATGCTCGAACACGTACCGGACCCGTCATCGGTGATCCGTGCCTGCTTCCAGATGGTCAAGCCCGGCGGCCAGGTGTTCTTCTCCACCATCAACCGCAACCCGAAGGCGTACCTGTTCGCGATCATCGGCGCCGAATACATCATGAAGCTGCTGCCACGCGGCACCCACGACTTCAAGAAATTCATCCGGCCTTCGGAGCTGGGCGCCTGGAGCCGCATGGCCGGGCTGACCGTCAAGGACATCATCGGCCTGACCTACAACCCGCTGACCAAGCACTACAAGCTGGCTGCCGATGTGGACGTCAACTACATGATCCAGACTCTGCGCGAGGAATAA MSNVDHAEIAKFEALAHRWWDRESEFKPLHDINPLRVNWIDERVGLAGKKVLDVGCGGGILSEAMALRGATVMGIDMGEAPLAVAQLHQLESGVSVEYRQITAEALAEEMPGQFDVVTCLEMLEHVPDPSSVIRACFQMVKPGGQVFFSTINRNPKAYLFAIIGAEYIMKLLPRGTHDFKKFIRPSELGAWSRMAGLTVKDIIGLTYNPLTKHYKLAADVDVNYMIQTLREE PGPT0009545_1982 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009545-ubiG-K00568 NA NA D1-35_00630 1332 mtaD COG0402 5-methylthioadenosine/S-adenosylhomocysteine deaminase ATGCCCAAGCCTGCCGTTGCGCTCGACTTATTATTGCTGCCGACCTGGTTGGTGCCTGTCGAACCCGCCGGTATCGTGCTCAAGGATCATGGCCTGGGCATTCGCGACGGTTGCATCGTGTTCATCGGGCCACGGGCCGAAGCCATGCAATGCGCTGCCACGGAGGTTCGCGAACTGCCCGGCATGCTGCTCAGTCCGGGCCTGGTCAATGCCCACGGTCACGCGGCAATGACATTGTTCCGTGGCCTGGCCGACGACCTGCCGCTGATGACCTGGCTCGAACAGCACATCTGGCCCGCCGAGGGTAAATGGGTCGACGAGGCCTTCGTCCGCGACGGTACTGACCTGGCGATCGCCGAGCAGATCCAGGGCGGCATCACCTGTTTCTCCGACATGTACTTCTATCCCAAGGTGGCCAGCGAACGCGTGCATAACAGTGGCATCCGCGCGCAGATCGCCATTCCGATCCTCGACTTTCCGATCCCCGGCGCCGCCAGCGCCGACGAAGCCATTCGTCAGGGCATCGAATTGTTTGGCGACCTCAAGCACCATCCGCGGATCAAAGTCGCATTCGGCCCTCACGCCCCGTACACCGTCGGCGATGACAACCTGGAAAAGATCCGCGTGATCGCCGAGGAACTGGACGCGGCCATCCACATGCATGTTCATGAAACCGCCTTCGAAGTGCAGCAGGCTGTGGATAACACTGGCGAGCGGCCGATGGCCCGGTTGGCGCGCGTTGGCCTGCTGGGGCCGCGCTTCCAGGCGGTGCACATGACCCAGGTCAGCGACGAGGACCAGGCGCTGCTGGTAGAACACAATTGCAGCGTGATCCATTGTCCGGAATCGAATCTGAAGCTGGCCAGCGGTTTCTGCCCGGTGGAACGCCTGTGGCAGGCCGGCGTCAACGTCGCGGTCGGCACCGATGGCGCGGCGAGCAACAACGACCTCGATCTGCTGGGCGAAACCCGCACCGCCGCCCTGCTGGCAAAGGCTGTCGCCGGTTCGGCCACGGCCCTGGACGCGCACCGGGCGTTGCGCATGGCCACGCTCAATGGCGCCCGCGCGCTGGGCATCGAGGCGATCGTCGGCTCTCTGGAAGTCGGCAAGGCCGCCGACCTGGTGGCCTTCGACCTGTCCAGCCTGGCGCAGCAACCGATCTATGACCCGGTGTCGCAACTGATCTACGCCACCGGCCGCCATTGCGTGAAACACCTCTGGGTGGCCGGCAAGCCGTTGCTGGAGGATGGCCGCCTGACGCGCATGGACGAATCGCAACTGATCGCCACGGCCCAGGACTGGGGCCGTCGGGTCAGCGGCCAGAACGAATAG MPKPAVALDLLLLPTWLVPVEPAGIVLKDHGLGIRDGCIVFIGPRAEAMQCAATEVRELPGMLLSPGLVNAHGHAAMTLFRGLADDLPLMTWLEQHIWPAEGKWVDEAFVRDGTDLAIAEQIQGGITCFSDMYFYPKVASERVHNSGIRAQIAIPILDFPIPGAASADEAIRQGIELFGDLKHHPRIKVAFGPHAPYTVGDDNLEKIRVIAEELDAAIHMHVHETAFEVQQAVDNTGERPMARLARVGLLGPRFQAVHMTQVSDEDQALLVEHNCSVIHCPESNLKLASGFCPVERLWQAGVNVAVGTDGAASNNDLDLLGETRTAALLAKAVAGSATALDAHRALRMATLNGARALGIEAIVGSLEVGKAADLVAFDLSSLAQQPIYDPVSQLIYATGRHCVKHLWVAGKPLLEDGRLTRMDESQLIATAQDWGRRVSGQNE PGPT0023665_1322 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023665-mtaD-K12960 NA NA D1-35_00631 1077 mtnA COG0182 Methylthioribose-1-phosphate isomerase ATGCGCGATCGACTGTTGGCTGCGGAGAAGGTGAAGGCCATCGATTGGCGCGATGGCGCTCTTTACCTGCTGGATCAGCGTGTTTTGCCGTTCGAGGAAAACTGGATCGCCTACACCAGCGTGGCCGGTGTGGCCGAGGCCATTCGTTCGATGGTGGTGCGCGGTGCGCCAGCCATCGGTATCAGCGCCGCTTATGGCGTGGTGCTGGCGGCGCGGGCGCGGATGGCCGAGGGCGGCGATTGGCAAGCGGCGCTGGAAGCGGATTTCGCCTTGCTGGCCGATTCCCGGCCGACGGCGGTCAATCTGTTCTGGGCGCTGGATCGCATGCGGGACCGGTTGGGACGCTTGAAGGAGCATGCCGAACCGCTAGCGGTGCTTGAGGCTGAGGCCATTGCGATCCATGAAAGTGACCGCGAAGCCAACCTGACCATGGCCCAGCTTGGCGTCGACCTGATCCGCAAGCACCAGGGCAACGCCCAGGCCATCTTGACCCATTGCAACACCGGGGCCCTGGCCACCGGCGGCTTCGGAACGGCCCTCGGGGTAATTCGCGGGGCGTTTCTGGAGGGCATGGTCGAACGGGTCTACGCCGACGAAACCCGTCCATGGCTGCAGGGTTCACGGTTGACGGCATGGGAGCTGGCGAACGAGGGCATTCCGGTGACGCTCAACGCCGATTCCGCCGCTGCCCACATCATGAAGACCAAGGGCGTGACCTGGGTCATCGTCGGCGCCGACCGCATCACGGCCAACGGCGACGTGGCGAACAAGATCGGCACCTACCAGCTGGCGGTCTGTGCCATGCACCACGGCGTACGTTTCATGGTGGTGGCGCCGAGCTCGACCATCGACATGAACCTGGCCAGCGGTGATGACATCCCGATCGAAGAGCGCGACGGGCGCGAGCTGCTGGAAGTCGGCGGCAAGCGGGTCGGGGCGGATGCCGATGCGTTCAACCCGGTGTTCGACGTGACCCCGGCGGACCTGATCGATGCGATCGTGACGGAGAAGGGCATCGTCGAGCGGCCGGATACGGCCAAGATGGCCCAATTGATGTGTCGCAAGCGGTTGCATTGA MRDRLLAAEKVKAIDWRDGALYLLDQRVLPFEENWIAYTSVAGVAEAIRSMVVRGAPAIGISAAYGVVLAARARMAEGGDWQAALEADFALLADSRPTAVNLFWALDRMRDRLGRLKEHAEPLAVLEAEAIAIHESDREANLTMAQLGVDLIRKHQGNAQAILTHCNTGALATGGFGTALGVIRGAFLEGMVERVYADETRPWLQGSRLTAWELANEGIPVTLNADSAAAHIMKTKGVTWVIVGADRITANGDVANKIGTYQLAVCAMHHGVRFMVVAPSSTIDMNLASGDDIPIEERDGRELLEVGGKRVGADADAFNPVFDVTPADLIDAIVTEKGIVERPDTAKMAQLMCRKRLH NA NA NA NA NA D1-35_00633 2664 gyrA COG0188 DNA gyrase subunit A ATGGGCGAACTGGCCAAAGAAATCCTCCCGGTCAATATCGAAGACGAGCTGAAACAGTCCTACCTCGACTACGCGATGAGCGTGATCGTCGGGCGGGCGCTGCCGGATGCGCGCGATGGCTTGAAGCCCGTGCACCGGCGCGTGCTGTTCGCGATGAGCGAACTGGGCAACGACTTCAACAAGCCGTACAAGAAATCCGCCCGTGTCGTCGGCGACGTGATCGGTAAGTATCACCCCCACGGCGACACTGCCGTGTACGACACCATCGTTCGGATGGCCCAGCCATTCTCCCTGCGCTACCTGCTGGTGGACGGCCAGGGCAACTTCGGTTCGGTGGACGGCGACAACGCCGCGGCCATGCGATACACCGAAGTGCGCATGACCAAGCTGGCCCACGAGCTGCTGGCCGACCTGCACAAGGAAACCGTGGACTGGGTGCCGAACTACGACGGCACCGAGATGATCCCGGCGGTCATGCCGACGCGTATCCCGAACCTGCTCGTCAACGGCTCCAGCGGTATCGCCGTGGGCATGGCGACCAACATCCCGCCGCACAACCTCGGTGAAGTCATCGACGGTTGCCTGGCCCTCATCGACAACCCCGAGCTGTCCGTCGATGAACTGATGCAATACATCCCCGGTCCGGACTTCCCGACGGCGGCGATCATCAACGGTCGCGCCGGCATCATCGAGGCCTATCGCACCGGTCGCGGCCGCATCTACATGCGCGCCCGCTCGACCGTCGAGGACATCGACAAGGTCGGTGGCCGCCAGCAGATCGTCATCACCGAGCTGCCGTACCAGCTGAACAAGGCCCGCCTGATCGAAAAGATCGCCGAGCTGGTGAAAGAAAAGAAACTCGAAGGCATCACCGAGCTGCGTGACGAGTCCGACAAGGACGGCATGCGCGTCGTGATCGAGCTGCGCCGTGGCGAAGTGCCGGAGGTGATCCTCAACAACCTCTACGCCCAGACCCAGCTGCAAAGCGTGTTCGGCATCAACATTGTCGCGCTGATCGACGGCCGTCCGCGGATCCTGAACCTCAAGGACCTGCTGGAAGCCTTCGTGCGTCACCGTCGCGAAGTGGTCACCCGGCGGACCGTATTCGAACTGCGTAAAGCTCGCGAACGCGGCCACATCCTTGAAGGCCAGGCCGTTGCCCTGTCGAACATCGACCCGGTCATCGCCCTGATCAAAGCCTCGCCAACCCCGTCGGAAGCCAAGGAAGCGCTGATCAGCACCCCTTGGGAATCCTCCGCGGTGGTGGCGATGGTCGAGCGCGCCGGCGCCGACTCGTGCCGTCCGGAAAACCTCGACCCGCAATACGGCCTGCGCGAAGGCAAGTACTTCCTGTCCCCGGAACAGGCGCAAGCCATCCTGGAACTGCGCCTGCACCGCCTGACCGGTCTGGAGCACGAGAAGCTGCTGGCCGAGTACCAGGAGATCCTCAACCAGATCGGCGAGCTGATCCGCATCCTCAACAGCGCCACGCGCCTGATGGAAGTGATCCGCGAAGAACTGGAAGTGATCCGCGCCGAGTACGGCGACGTGCGCCGCACCGAGATCCTCGATGCGCGCCTCGACCTGACCCTGGGCGACATGATTCCGGAAGAAGAGCGCGTGGTGACGATTTCCCACGGCGGCTACGCCAAGACCCAGCCGCTGGCCGCCTACCAGGCCCAGCGTCGCGGCGGCAAGGGCAAGTCGGCGACCGGCGTCAAGGACGAGGACTACATCGCTCACCTGCTGGTCGCCAACAGCCATACCACGCTGCTGCTGTTCTCCAGCAAGGGCAAGGTGTACTGGCTCAAGACCTACGAAATCCCTGAGGCGTCCCGTGCGGCTCGCGGTCGTCCGCTGGTGAACCTGCTGCCGCTGGACAGTGACGAATACATCACCACCATGCTGCCGGTGGAGGAATACACAGAAGGTCACTTTATCTTCATGGCGACCGCCAAGGGCACCGTGAAGAAGACCCCGCTGGAATCCTTCAGCCGTCAGCGCAGCGTCGGCCTGATCGCCCTGGAGCTGGACGAAGGCGACGTGCTGATTTCCGCTGCCATCACCGACGGTGCGCGTGAAGTCATGCTGTTCTCCGACGGCGGCAAGGTCACGCGCTTCAAGGAATCCGACGTCCGCGCCATGGGCCGTACCGCCCGTGGTGTTCGCGGCATGCGCCTGCCGGAAGGGCAGAAGCTGATTTCCATGCTGATTCCGGAAGAAGGCAGCCAGATCCTCACCGCTTCCGCGCGGGGCTACGGCAAGCGTACCGCCATCAGCGAGTTCCCCGAGTACAAGCGTGGCGGCCAGGGCGTGATCGCGATGGTCAGCAACGAGCGTAACGGCCGTCTGGTCGGCGCTGTCCAGGTGCTCGATGGCGAAGAGATCATGCTGATCTCCGACCAGGGCACCCTGGTGCGCACGCGCGTCGCCGAAGTGTCGAGCCTGGGTCGTAACACTCAGGGCGTGACGCTGATCAAACTCGCCAGCGACGAAACGCTGGTCGGGCTTGAACGGGTCCAGGAGCCGTCGGAAGTCGAAGGCGAGGAGCTGGAAGGCGAGGAAGGCGTGGCGTTCGACGGCACCCTCGGTGCCGATGTCGATGACGCCGTCGGCGATCAACAGCTCGATGCCGCCGCAGACGAAGAAGAACCGCAGGACTAA MGELAKEILPVNIEDELKQSYLDYAMSVIVGRALPDARDGLKPVHRRVLFAMSELGNDFNKPYKKSARVVGDVIGKYHPHGDTAVYDTIVRMAQPFSLRYLLVDGQGNFGSVDGDNAAAMRYTEVRMTKLAHELLADLHKETVDWVPNYDGTEMIPAVMPTRIPNLLVNGSSGIAVGMATNIPPHNLGEVIDGCLALIDNPELSVDELMQYIPGPDFPTAAIINGRAGIIEAYRTGRGRIYMRARSTVEDIDKVGGRQQIVITELPYQLNKARLIEKIAELVKEKKLEGITELRDESDKDGMRVVIELRRGEVPEVILNNLYAQTQLQSVFGINIVALIDGRPRILNLKDLLEAFVRHRREVVTRRTVFELRKARERGHILEGQAVALSNIDPVIALIKASPTPSEAKEALISTPWESSAVVAMVERAGADSCRPENLDPQYGLREGKYFLSPEQAQAILELRLHRLTGLEHEKLLAEYQEILNQIGELIRILNSATRLMEVIREELEVIRAEYGDVRRTEILDARLDLTLGDMIPEEERVVTISHGGYAKTQPLAAYQAQRRGGKGKSATGVKDEDYIAHLLVANSHTTLLLFSSKGKVYWLKTYEIPEASRAARGRPLVNLLPLDSDEYITTMLPVEEYTEGHFIFMATAKGTVKKTPLESFSRQRSVGLIALELDEGDVLISAAITDGAREVMLFSDGGKVTRFKESDVRAMGRTARGVRGMRLPEGQKLISMLIPEEGSQILTASARGYGKRTAISEFPEYKRGGQGVIAMVSNERNGRLVGAVQVLDGEEIMLISDQGTLVRTRVAEVSSLGRNTQGVTLIKLASDETLVGLERVQEPSEVEGEELEGEEGVAFDGTLGADVDDAVGDQQLDAAADEEEPQD 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 D1-35_00634 1086 serC COG1932 Phosphoserine aminotransferase GTGAGCAAGAGAGCCTATAACTTCTGTGCCGGCCCGGCGGCGCTTCCTGAAGCGGTCCTGAAGCGCGCCCAGGGTGAACTTCTCGACTGGCATGGCAAGGGCCTGTCCGTCATGGAAATGAGCCATCGCAGCGATGAGTTCGTGTCCATCGCGACCAAGGCCGAGCAGGACCTGCGCGATCTGCTGAACATCCCGTCCAACTACAAAGTGCTGTTCCTGCAGGGCGGCGCCAGCCAGCAGTTCGCGCAGATTCCGTTGAACCTGTTGCCGGAAAGTGGCAAGGCCGACTACATCGACACCGGTATCTGGTCGCAGAAAGCCATCGAAGAAGCGTCGCGCTACGGCCACGTCAACGTTGCCGCCACCGCCAAGCCTTACGACTATTTCGCGATCCCCGGCCAGAACGAGTGGAACCTGTCCAAGGACGCGGCCTACGTGCACTACGCGCCGAACGAAACCATCGGTGGCCTGGAATTCAACTGGATCCCGGAAACCGGTGACGTGCCGCTGGTGGCCGACATGTCCTCGGACATCCTCTCGCGTCCTGTGGATATCTCCCGTTTCGGCATGATCTACGCCGGCGCCCAGAAAAACATCGGCCCGAGCGGCATCCTGGTCGCGATCATCCGCGAAGACCTGCTCGGTCGCGCCCGTTCCCTGTGCCCGACCATGCTCAACTACAAGGTCGCGGCCGACAACGGCTCGATGTACAACACCCCGCCGACCCTGGCCTGGTACCTGTCGGGCCTGGTATTCGAGTGGCTGAAAGAGCAGGGCGGTGTCGAAGCCATCGGCAAGCTCAACGAAGTGAAGCAGCGCACGCTGTATGACTTCATCGACGCCAGCGGCCTCTACAGCAACCCGATCAACAAGTCCGACCGCTCTTGGATGAACGTGCCGTTCCGCCTGGCGGACGACCGTCTCGACAAGCCGTTCCTGGCCGGCGCCGACGAGCGCGGCCTGCTGAACCTCAAGGGCCACCGCTCGGTCGGCGGCATGCGCGCCTCCATCTACAACGCCGTAGACATCAACGCCGTCAATGCGCTGGTCGCCTACATGACAGAGTTCGAGAAGGAACACGGCTGA MSKRAYNFCAGPAALPEAVLKRAQGELLDWHGKGLSVMEMSHRSDEFVSIATKAEQDLRDLLNIPSNYKVLFLQGGASQQFAQIPLNLLPESGKADYIDTGIWSQKAIEEASRYGHVNVAATAKPYDYFAIPGQNEWNLSKDAAYVHYAPNETIGGLEFNWIPETGDVPLVADMSSDILSRPVDISRFGMIYAGAQKNIGPSGILVAIIREDLLGRARSLCPTMLNYKVAADNGSMYNTPPTLAWYLSGLVFEWLKEQGGVEAIGKLNEVKQRTLYDFIDASGLYSNPINKSDRSWMNVPFRLADDRLDKPFLAGADERGLLNLKGHRSVGGMRASIYNAVDINAVNALVAYMTEFEKEHG PGPT0009160_2541 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009160-serC|pdxF-K00831 NA NA D1-35_00635 1095 pheA Bifunctional chorismate mutase/prephenate dehydratase ATGTCTGAGCAAGAACTCAAGGCGCTGCGCCTGCGCATCGACGCCCTGGACGAAAAAGTCCTGGAACTGATCAGCGAGCGTGCACGCTGCGCCCAAGAAGTCGCCCGGGTGAAGATGGCTTCCCTGGCTGAAGGCGAAGTGCCGGTGTTCTATCGGCCGGAGCGCGAAGCCCAGGTGCTCAAGCGCGTCATGGAGCGCAACAAGGGCCCGCTGGGCAACGAAGAGATGGCGCGGCTGTTTCGCGAAATCATGTCCTCCTGCCTGGCCCTTGAACAGCCGCTGAAAGTCGCGTACCTGGGGCCGGAAGGAACCTTCACCCAGGCTGCCGCCATGAAGCATTTCGGTCATGCGGTGATCAGCAAGCCGATGGCGGCCATCGACGAAGTCTTCCGCGAAGTGGCCGCTGGCGCGGTGAATTTCGGTGTGGTGCCGGTGGAAAACTCCACCGAAGGCGCGGTCAACCACACGCTGGACAGCTTCCTTGAGCATGACATGGTGATCTGTGGCGAAGTCGAGCTGCGGATCCACCACCACCTGCTGGTGGGCGAGAGCACCAAGACCGACAGCATCAGCCGCATCTATTCCCACGCCCAGTCCCTGGCCCAGTGCCGCAAATGGCTGGACGCGCATTATCCGAATGTCGAGCGCGTGGCAGTGTCGAGCAACGCCGAGGCGGCCAAGCGGGTCAAGGGCGAGTGGAACTCGGCGGCCATCGCCGGGGATATGGCGGCAGGCCTCTACGGCTTGACGCGCCTGGCCGAGAAAATCGAGGACCGTCCGGACAACTCCACCCGGTTCCTGATGATCGGCAGCCAGGAGGTCCCACCGACCGGTGACGACAAGACCTCGATCATCGTTTCCATGAGCAACAAGCCGGGCGCGCTGCACGAATTGCTGGTGCCGTTCCACGACAATGGGATCGACCTGACGCGGATCGAGACCCGTCCGTCGCGCAGCGGTAAATGGACCTACGTGTTCTTCATCGATTTTGTCGGCCACCACCGCGATCCGCTGGTCAAAGGTGTGCTGGAGAAAATCAGTCAGGAAGCAGTGGCACTCAAAGTGCTGGGTTCCTACCCCAAGGCAGTTCTTTAA MSEQELKALRLRIDALDEKVLELISERARCAQEVARVKMASLAEGEVPVFYRPEREAQVLKRVMERNKGPLGNEEMARLFREIMSSCLALEQPLKVAYLGPEGTFTQAAAMKHFGHAVISKPMAAIDEVFREVAAGAVNFGVVPVENSTEGAVNHTLDSFLEHDMVICGEVELRIHHHLLVGESTKTDSISRIYSHAQSLAQCRKWLDAHYPNVERVAVSSNAEAAKRVKGEWNSAAIAGDMAAGLYGLTRLAEKIEDRPDNSTRFLMIGSQEVPPTGDDKTSIIVSMSNKPGALHELLVPFHDNGIDLTRIETRPSRSGKWTYVFFIDFVGHHRDPLVKGVLEKISQEAVALKVLGSYPKAVL NA NA NA NA NA D1-35_00636 1113 hisC_2 COG0079 Histidinol-phosphate aminotransferase ATGAGTGGCAACTTCCTCGCACTGGCGCAGCCAGGCGTGCAACAACTTTCGCCTTACGTTCCAGGCAAGCCTGTGGACGAACTGGCTCGCGAGCTGGATCTGGATCCGGCCAGCATCGTCAAGTTGGCGAGCAACGAAAACCCGCTGGGCGCGAGCCCTAAGGCATTGGCGGCGATCCGCGACGAGCTGGCCGAGCTGACCCGCTACCCCGACGGTAATGGCTTTGCCTTGAAAAGCCTGCTGGCCGAGCGCTGCGGCGTCGAGCTGAGCCAGGTGACCCTGGGTAACGGCTCCAACGACATTCTCGAGCTGGTCGCTCGTGCCTATCTGGCGCCGGGCCTCAACGCTGTGTTCAGCGAGCATGCGTTTGCGGTCTATCCGATTGCCACCCAAGCCGTTGGTGCCGATGCCCATGTGGTTGCGGCCAAGGATTGGGGACACGATCTGCCGGCCATGCTGGCCGCCATCGACGCCAATACCCGCGTGGTCTTCATCGCCAACCCGAACAATCCGACCGGCACCTGGTTCGATGCCCAGGCCCTAGACGACTTCCTGCAGGACGTGCCCGAGCACGTGCTGGTGGTGCTGGACGAGGCCTACATCGAGTACGCCGAGGGCAGCGACCTGCCCGACGGCCTGGATTTCCTCGCCGCGTACCCGAACCTGCTGGTGTCGCGCACGTTCTCCAAGGCCTATGGCCTGGCGTCGCTGCGGGTCGGTTACGGCCTCTCCACCGCAGTGGTGGCCGATGTGCTGAACCGCGTGCGCCAACCGTTCAACGTCAACAGCTTCGCCCTGGCCGCCGCCTGCGCCGCCTTGCAGGACGAGGCCTACCTGGCCGAGAGCCGCCGCTTGAACGAGGCCGGTATGCAGCAGTTGGAAGCCGGCTTCCGTGAGCTGGGGCTGAGCTGGATTCCTTCCAAGGGCAATTTCATCTGTGTCGACGTCGGCTGCGTCGCGGCGCCGGTGTTCCAGGGCTTGCTGCGCGAAGGCGTGATCGTCCGTCCGGTGGCCAATTACGGCATGCCGAATCACCTGCGGGTCACCGTCGGCCTGCCGGCGGAAAACAGCCGTTTCCTGGAGGCGCTGAGCAAGGTCCTGGCTCGTGGTTGA MSGNFLALAQPGVQQLSPYVPGKPVDELARELDLDPASIVKLASNENPLGASPKALAAIRDELAELTRYPDGNGFALKSLLAERCGVELSQVTLGNGSNDILELVARAYLAPGLNAVFSEHAFAVYPIATQAVGADAHVVAAKDWGHDLPAMLAAIDANTRVVFIANPNNPTGTWFDAQALDDFLQDVPEHVLVVLDEAYIEYAEGSDLPDGLDFLAAYPNLLVSRTFSKAYGLASLRVGYGLSTAVVADVLNRVRQPFNVNSFALAAACAALQDEAYLAESRRLNEAGMQQLEAGFRELGLSWIPSKGNFICVDVGCVAAPVFQGLLREGVIVRPVANYGMPNHLRVTVGLPAENSRFLEALSKVLARG PGPT0020305_2300 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817 NA NA D1-35_00637 2208 aroA 3-phosphoshikimate 1-carboxyvinyltransferase ATGATCGGTCGCCTGGTGGTGGTCGGCCTAGGGTTGATCGGCGGTTCATTCGCCAAGGGCCTGCGTGAAAGCGGGCTGTGCCGGGAAGTCGTGGGGGTCGACCTCGATCCGCAATCGCGCAGGCTCGCCGTCGAGCTGGGCGTGGTGGATCGCTGCGAGGATGACCTGCTGGTCGCCTGCCAAGGGGCTGACGTGATCCAGCTGGCGGTGCCGATCCTGGCCATGGAGAAACTGCTGGCCCGGTTGGCCGGCATGGACCTCGGGCAAGCGATTCTCACCGATGTCGGCAGCGCCAAGGGCAATGTCATACGGGCGGCGACCGAGGCGTTCGGCGGCATGCCGGCGCGCTTCGTGCCCGGTCATCCGATTGCCGGCTCCGAGCAGAGCGGGGTAGAGGCTTCCAACGCCGAGCTGTTCCGTCGTCATAAGGTCATTTTGACGCCGCTGGACCAGACCGATCCCGAGGCATTGTCGGTGGTGGATCGTCTGTGGCGCGAGCTGGGGGCCGATGTCGAGCACATGCAGGTCGAGCGACACGACGAAGTATTGGCCGCCACCAGCCATTTGCCGCACCTGTTGGCGTTCGGTCTGGTGGATTCATTGGCCAAACGCAATGAAAATCTTGAGATCTTCCGTTACGCTGCCGGCGGTTTCCGCGATTTCACGAGAATCGCGGGTAGCGACCCGGTCATGTGGCACGACATCTTCCTCGCCAACCGCGAAGCTGTCCTGCGCACACTCGATACATTTCGCAGCGACCTCGACGCCTTGCGCGACGCGGTCGATGCAGGGGACGGGCACCAATTGCTGGGCGTTTTCACACGCGCCAGGGTGGCCCGCGAGCATTTCAGTAAAATCCTGGCCCGTCGGGCCTATGTGGACGCTATGAACTCCAACGATCTGATTTTCCTGGCACAACCTGGTGGCTCCTTGAGTGGGCGGATTCGTGTACCGGGCGATAAATCGATTTCCCACCGCTCGATCATGCTCGGCTCCCTGGCTGAAGGCGTGACCGAGGTGGAAGGTTTCCTCGAGGGCGAAGACGCCCTGGCAACGCTGCAAGCGTTCCGCGACATGGGCGTGGTCATCGAGGGGCCGCACCACGGCCGCGTGACTATCCATGGTGTTGGCCTGCACGGTCTGAAGCCCGCTCCGGGCCCGATCTACCTGGGCAACTCCGGCACGTCGATGCGCCTGTTGTCCGGCCTGCTGGCTGCCCAGGATTTCGACAGCACCCTGACCGGTGATGCCTCGCTGTCCAAGCGTCCGATGAACCGCGTCGCCAACCCGCTGCGGGAAATGGGCGCAGTGATCGAGACCGCGGCCGACGGTCGCCCGCCGATGACCATTCGCGGCGGCAACAAGCTCAAGGGCCTGACCTACACCATGCCGATGGCCAGCGCCCAGGTTAAATCCTGCCTGCTGCTCGCCGGCCTTTATGCCGAAGGCAAGACCACCGTCACCGAGCCGGCACCGACCCGCGACCACACCGAGCGCATGCTGCGTGGCTTCGGTTATCCGGTCAGCGTTGACGGCGCCACCGCTTCTGTCGAATCGGGCAGCAAGCTGACCGCGACCCATATCGAAGTGCCGGGCGATATTTCCTCGTCGGCGTTCTTCCTCGTGGCCGCGTCGATCGCCGAAGGCTCCGACCTGGTACTCGAACACGTCGGGATCAACCCGACCCGTACCGGCGTGATCGACATCCTGCGCCTGATGGGCGCCGACATCACCCTGGAAAACCAGCGTGAAGTGGGCGGCGAGCCCGTTGCAGACTTACACGTAAGAGCGGCTAAACTCAAAGGCATCGAAATTCCCGAGGCGCTGGTTCCCCTGGCGATCGACGAGTTCCCGGTGCTGTTCGTGGCGGCGGCGTGCGCAGAAGGCCGCACAGTGCTGACCGGCGCTGAAGAGCTGCGGGTCAAGGAGTCGGATCGCATTCAGGTGATGGCCGACGGCCTGCTGGCCCTTGGCGTCAAATGCGAACCGACGCCGGACGGCATCGTCATTGATGGTGGCCAGATTGGCGGTGGCGAAGTCCATGGCCATGGCGACCATCGCATCGCCATGGCATTCAGTGTTGCGTCCCTGCGCGCCAGCGCGCCGATCCGCATCCATGACTGCGCCAACGTCGCCACGTCTTTCCCGAACTTCCTGGCGTTGTGCGCGCAGGTCGGTATTCGAGTAGCACAAGAGGCACAGTCGTGA MIGRLVVVGLGLIGGSFAKGLRESGLCREVVGVDLDPQSRRLAVELGVVDRCEDDLLVACQGADVIQLAVPILAMEKLLARLAGMDLGQAILTDVGSAKGNVIRAATEAFGGMPARFVPGHPIAGSEQSGVEASNAELFRRHKVILTPLDQTDPEALSVVDRLWRELGADVEHMQVERHDEVLAATSHLPHLLAFGLVDSLAKRNENLEIFRYAAGGFRDFTRIAGSDPVMWHDIFLANREAVLRTLDTFRSDLDALRDAVDAGDGHQLLGVFTRARVAREHFSKILARRAYVDAMNSNDLIFLAQPGGSLSGRIRVPGDKSISHRSIMLGSLAEGVTEVEGFLEGEDALATLQAFRDMGVVIEGPHHGRVTIHGVGLHGLKPAPGPIYLGNSGTSMRLLSGLLAAQDFDSTLTGDASLSKRPMNRVANPLREMGAVIETAADGRPPMTIRGGNKLKGLTYTMPMASAQVKSCLLLAGLYAEGKTTVTEPAPTRDHTERMLRGFGYPVSVDGATASVESGSKLTATHIEVPGDISSSAFFLVAASIAEGSDLVLEHVGINPTRTGVIDILRLMGADITLENQREVGGEPVADLHVRAAKLKGIEIPEALVPLAIDEFPVLFVAAACAEGRTVLTGAEELRVKESDRIQVMADGLLALGVKCEPTPDGIVIDGGQIGGGEVHGHGDHRIAMAFSVASLRASAPIRIHDCANVATSFPNFLALCAQVGIRVAQEAQS PGPT0012870_223 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012870-cyclohexadieny|prephenate_dehydrogenase|3_phosphoshikimate_1_carboxyvinyltransferase-K24018 NA NA D1-35_00638 690 cmk Cytidylate kinase GTGAACATCAAGGCACCGGTCATCACCATTGATGGCCCAAGCGGCTCGGGCAAGGGCACCATCGCCGGCATGCTGGCCAAGCAATTGGGCTGGAATCTGCTCGATTCCGGCGCCCTCTATCGCTTGCTGGCCTTCGCCGCCAAGAACCATGGCGTCGACCTGACCAACGAGGAACTGCTCAAGGCCCTGGCAGCCCATCTGGACGTGCAGTTCATCGCCGCCACCGATGGCCAGTTGCAGCGCATCATCCTGGAAGGTGACGAAGTCAGTGACGTCATCCGTACCGAAAGCGTTGGTGCCGGGGCCTCCCAGGTCGCCGCGCTGCCGGCGGTGCGCGAAGCGCTGCTGCAGCGTCAACGGGCGTTCCAGGAGCCGCCAGGACTGGTGGCCGATGGCCGCGACATGGGCACAGTGGTATTTCCGGATGCGCCGCTGAAGATATTCCTCACCGCCAGCGCGGAGGAGCGGGCTCGCCGCCGATATTTGCAGTTGAAGGGCAAAGGCGAGGATGTTAGTCTGTCGAGTCTGCTAGATGAGATCCGTGCACGCGACGAGCGTGATACCCAGCGCGCAGTAGCCCCGCTAAAGCCGGCGGCCGATGCGATTCAGCTGGATTCCACGGAGTTGTCCATTGATCAGGTGTTGCAACGCATCATGAGCGAGATCGCGCTTCGCGATATCGCCGGGTGA MNIKAPVITIDGPSGSGKGTIAGMLAKQLGWNLLDSGALYRLLAFAAKNHGVDLTNEELLKALAAHLDVQFIAATDGQLQRIILEGDEVSDVIRTESVGAGASQVAALPAVREALLQRQRAFQEPPGLVADGRDMGTVVFPDAPLKIFLTASAEERARRRYLQLKGKGEDVSLSSLLDEIRARDERDTQRAVAPLKPAADAIQLDSTELSIDQVLQRIMSEIALRDIAG PGPT0021220_1259 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945 NA NA D1-35_00639 1689 rpsA COG0539 30S ribosomal protein S1 ATGAGCGAAAGCTTTGCGGAACTCTTTGAAGAAAGCTTGAAAACCCTGAACCTTCAGGCAGGCTCCATCATCACCGGCGTTATCGTTGATATCGATTACCAGGCTCGCTGGGTAACCGTTCACGCTGGTCTGAAGTCTGAAGCGCTGATCCCGCTTGAGCAGTTCTACAACGACGCTGGCGAACTGAACATCAACGTCGGTGACGAAGTTCACGTTGCGCTGGACTCGGTTGAAGATGGCTTTGGTGAAACCAAGCTGTCCCGTGAAAAAGCCAAGCGTGCTGAATGCTGGATCGTTCTGGAAGCGGCCTTCGCAGCTGAGGAAGTGGTCAAGGGCGTTATCAACGGTAAGGTTAAAGGCGGCTTCACTGTCGACGTTAACGGCATCCGTGCGTTCCTGCCAGGTTCCCTGGTTGACGTCCGTCCAGTGCGCGACACCACGCACCTGGAAGGCAAAGAGCTGGAATTCAAGGTCATCAAGCTGGACCAGAAGCGCAACAACGTTGTCGTTTCCCGTCGCAGTGTCCTGGAAGCCGAGAACTCCGCCGAGCGTGAAGCTCTGCTGGAATCGCTGCAGGAAGGCCAGCAGGTCAAGGGTATCGTCAAGAACCTCACCGATTACGGCGCATTCGTCGATCTGGGTGGCGTCGATGGCCTGCTGCACATCACCGACATGGCCTGGAAGCGTATCAAGCATCCTTCGGAAATCGTCAACGTTGGCGACGAGATCGATGTCAAGGTTCTGAAGTACGATCGCGAGCGCAATCGTGTTTCCCTGGGCCTCAAGCAACTGGGTGAAGATCCATGGGTCGCTATCAAAGCCCGTTACCCAGAAGGCACTCGCGTTACCGCTCGTGTTACCAACCTCACCGACTACGGCTGCTTCGCTGAGCTGGAAGAAGGCGTTGAAGGCCTGGTACACGTTTCCGAAATGGACTGGACCAACAAGAACATCCACCCTTCGAAAGTCGTACAAGTCGGCGACGAAGTGGAAGTCATGGTTCTGGACATCGACGAAGAGCGTCGTCGTATCTCCCTCGGCATCAAGCAGTGCAAGTCCAACCCATGGGAAGACTTCTCTGGCCAGTTCAACAAGGGCGATAAAATCTCCGGCACCATCAAGTCGATCACCGATTTCGGTATCTTCATTGGTCTGGACGGCGGCATCGACGGCCTGGTTCACCTGTCCGACATCTCCTGGAACGAAGTGGGCGAAGAAGCCGTACGCCGCTTCAAGAAGGGCGACGAGCTGGACACCGTTATCCTGTCGGTTGACCCAGAGCGCGAGCGCATCTCCCTGGGTATCAAGCAACTGGAAAGCGATCCGTTCTCCGAGTACGTTCAAGAGAACGACAAAGGCGCAATCGTTAAGGGCATCGTGAAAGAAGTTGACGCCAAAGGCGCCATCATCACCCTGGCCGACGATATCGAAGCGACTCTGAAAGCCTCCGAAATCAGCCGTGACCGCGTTGAAGACGCGCGTAACGTTCTGAAAGAAGGCGAAGAAGTAGAAGCCAAGATCATCAGCGTTGACCGCAAGAGCCGCGTAATCCAGCTCTCCATCAAGTCGAAAGACGATGCTGAAGAGAAAGAAGCAATCCAGAGCCTGCGCGAGAAGCCAGCTACTGATGCTCCTGGTCCTACCACTCTGGGCGACCTGCTGCGTGCACAGATGGAAAAGCAGAACTGA MSESFAELFEESLKTLNLQAGSIITGVIVDIDYQARWVTVHAGLKSEALIPLEQFYNDAGELNINVGDEVHVALDSVEDGFGETKLSREKAKRAECWIVLEAAFAAEEVVKGVINGKVKGGFTVDVNGIRAFLPGSLVDVRPVRDTTHLEGKELEFKVIKLDQKRNNVVVSRRSVLEAENSAEREALLESLQEGQQVKGIVKNLTDYGAFVDLGGVDGLLHITDMAWKRIKHPSEIVNVGDEIDVKVLKYDRERNRVSLGLKQLGEDPWVAIKARYPEGTRVTARVTNLTDYGCFAELEEGVEGLVHVSEMDWTNKNIHPSKVVQVGDEVEVMVLDIDEERRRISLGIKQCKSNPWEDFSGQFNKGDKISGTIKSITDFGIFIGLDGGIDGLVHLSDISWNEVGEEAVRRFKKGDELDTVILSVDPERERISLGIKQLESDPFSEYVQENDKGAIVKGIVKEVDAKGAIITLADDIEATLKASEISRDRVEDARNVLKEGEEVEAKIISVDRKSRVIQLSIKSKDDAEEKEAIQSLREKPATDAPGPTTLGDLLRAQMEKQN NA NA NA NA NA D1-35_00640 1014 wbgU UDP-N-acetylglucosamine 4-epimerase GTGAAGGTTTTAGTGACGGGGGCAGCTGGCTTTATCGGCTTTCATGTGAGCCAGGCGCTGCTTGCCCGCGGTGACGAGGTTATCGGCATCGATAACCTGAATGATTATTACGAGGTTTCCCTCAAGGAAGCCCGGCTCGCGCTGCTGACTCCTCATTCTAACTTTCGCTTCATACGGATGGACATTGGCGACCGTAATACAATGGCGGCTCTTTTTGCCAATGAAGGTTTCGACAAAGTTGTCCACCTTGCGGCACAAGCAGGAGTCCGTTACTCACTGGAAAACCCTCTTGCCTATGCGGACAGCAATCTTGTCGGTTTCTTGAACATCCTGGAGGGCTGTCGTCAGGGGAAAATACAGCATTTGGTGTATGCCTCCTCCAGCTCCGTCTATGGAGCAAATGAGAGCATGCCCTTCTCGGTGCACGACAATGTCGACCACCCAGTATCCCTTTACGCAGCGACTAAAAAAGCCAATGAACTGATGGCTCACTCCTATAGCCATCTTTATGGCTTGCCAACTACCGGGTTGCGCTTCTTCACGGTGTACGGGCCTTGGGGGCGGCCTGACATGTCGCCGTTCCTGTTTGTCAGGGCGATATTGCAAGGTAAACCGCTAAAAATCTTCAATTATGGGAAACATCGTCGCGACTTTACTTATATCGACGATATTGTCGAAGGCGTGCTGCAGGCTCTCGACCATACGGCAACGCCAAATACCGACTGGTCAGGGCTGGCGCCAGATCCTGCATCCAGTCGTGCGCCGTGGAAAATCTATAACATCGGAAATAGCCAGCCGGTAGAACTGCTCACCTATATCGGCCATATTGAAAATGCATTGGGGCGAAGCGCGCAGAAGGAACTGCTGCCATTGCAGCCAGGGGATGTTGAACATACTTATGCCGACGTTGAACAGCTAAAGATCGATACCGGTTATGCCCCCAGCACGTCAATAGAAAGCGGCATTAATAAATTCGTGAGCTGGTACAAGAACTTCTACAACGTAGCGGATTGA MKVLVTGAAGFIGFHVSQALLARGDEVIGIDNLNDYYEVSLKEARLALLTPHSNFRFIRMDIGDRNTMAALFANEGFDKVVHLAAQAGVRYSLENPLAYADSNLVGFLNILEGCRQGKIQHLVYASSSSVYGANESMPFSVHDNVDHPVSLYAATKKANELMAHSYSHLYGLPTTGLRFFTVYGPWGRPDMSPFLFVRAILQGKPLKIFNYGKHRRDFTYIDDIVEGVLQALDHTATPNTDWSGLAPDPASSRAPWKIYNIGNSQPVELLTYIGHIENALGRSAQKELLPLQPGDVEHTYADVEQLKIDTGYAPSTSIESGINKFVSWYKNFYNVAD PGPT0019020_1613 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 D1-35_00641 1353 rkpK_1 COG1004 UDP-glucose 6-dehydrogenase ATGAGAGTTACAATTTTCGGCACGGGCTACGTAGGTCTCGTTACTGGCGCATGCCTTGCCGATGCCGGCCATGAAGTCATGTGCGTCGATATCGACGCCGGAAAGATCGAAGGCCTCAAGCGCGGGATCATCCCCATCTACGAGCCTGGGTTGGATGCGCTGATCGAACAGAATCAGTTGCAGGGCCGATTGCACTTCACGACCGCCCCGCACGAAGGCGTCGACTTCGCAGAATTGCAGATAATAGCCGTGGGGACGCCCCCCAACGAAGACGGCTCCGCAGATCTCCAACATGTACTGGCCGTCGCCCGCACCATTGGCCAGCATATGAGTGACCCAAAAATCATCGTCAACAAATCGACCGTTCCCGTGGGAACGGCCGATAAGGTAACCGATGCGATCAAGGAAACGCTTAGAGCCAGGCAAGTCGAGTTGGACTTCTCAGTATGCTCAAATCCGGAGTTCCTGAAGGAAGGTTCAGCCATTGAGGACTTTTCCAAGGCAGCACGCATCATTGTCGGGACCGACTCGGAAATGGTCAGAACAGTCATGCGTGAATGCTATGCCCCTTACAGCCGCAATCGCGACAAGTTGATTTTTATGGACGTGCGCTCCGCCGAGCTCACTAAATACGCAGCCAATGCAATGCTCGCGACGAAAATCAGCTTCATGAACGAAATTGCTCAGATGGCAGAACGCCTCGGGGCGGACATCGAGCACGTCAGGCTGGGTATCGGCTCAGATCCGCGAATCGGCTTTCAGTTTATCTATCCGGGCTGTGGCTACGGCGGCTCCTGCTTCCCCAAAGACGTCCAGGCGCTGGCTCGCACCGCGCAAGAAATCGGTTATGAAGCCGAGCTGCTCAACGCTGTGGAGTCGGTAAACAATCGTCAAAAAAATGTGCTGTTCAGCAAGCTATCCCACGCCTTCGACCATGAGCTGACCAACAAGACCATCGCAGTCTGGGGGCTTTCCTTCAAACCCAATACTGACGATATGCGCGCCGCTCCGAGCCGCAATTTATTGGAAGCGATCTGGGCAGCGGGGGGAAAAGTCCAAGCATTCGACCCGGCCGCAATGAACGAAACATCTCGGATCTACGGATCACGTAGCGATCTGAAACTGGTGGATAATCGCGAGCAGGCCCTGGAAGGCGCCGATGCGCTGGTCATTTGTACAGAATGGAAGCAGTTCCGTACTGTGGATTTCCAATGGCTCAAGACCCGCCTTAATTTTCCAGTGCTAATCGATGGGCGCAACCTGTTTGATCCGGTTGCCGCCAAGGAAGCCGGGATGATGTATTACGCAATCGGCCGTGGTGATGCCCCACAACCGGAAGGAACGCGCCTGTGA MRVTIFGTGYVGLVTGACLADAGHEVMCVDIDAGKIEGLKRGIIPIYEPGLDALIEQNQLQGRLHFTTAPHEGVDFAELQIIAVGTPPNEDGSADLQHVLAVARTIGQHMSDPKIIVNKSTVPVGTADKVTDAIKETLRARQVELDFSVCSNPEFLKEGSAIEDFSKAARIIVGTDSEMVRTVMRECYAPYSRNRDKLIFMDVRSAELTKYAANAMLATKISFMNEIAQMAERLGADIEHVRLGIGSDPRIGFQFIYPGCGYGGSCFPKDVQALARTAQEIGYEAELLNAVESVNNRQKNVLFSKLSHAFDHELTNKTIAVWGLSFKPNTDDMRAAPSRNLLEAIWAAGGKVQAFDPAAMNETSRIYGSRSDLKLVDNREQALEGADALVICTEWKQFRTVDFQWLKTRLNFPVLIDGRNLFDPVAAKEAGMMYYAIGRGDAPQPEGTRL PGPT0017855_1981 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 D1-35_00642 1218 hypothetical protein ATGGTGGAAGGTCGCAGCTTGATAACGCCGAATATAGAGATCCTGCTGGTCATTGAGGGGGAGATTGCTACGACTCATTTGATTGAGCATATGCTCTCCGCCTGCAAACCTTATCGGATCGTTTACCGCAAGGTATTTCTTTCCGCTCTGAAGACGTCGGATATACGGAAGAGCACCATTCCGTTATTCGTCCGCAGCGGCGACCCGTCGCTGCGTCTCTGGATTGACAAGCTGCACAGGGCCAATCATCCCTATATATATTACCTGGATGATAATTTCTGGAAAATCGAAGGCAATTCTCCCATTGCCCTGTATTACCAGCATCCGCTAATTCGTCACACTCTGGAAGCAGCCGTCTGCGGGGCTTACCGGGTACTGACCAACTCGGATTTATTGGCGGAGTTTCTCTGCCAATTCAACAGCAAAATAGAAGTGTTGCCTTCGTTCTTCGATTTTTCCCTGTTAAAACCCGTGCAGGACATTTCCCACGACGAGCTGCGCATCGGATTTGCCGGGAGCCCATCCAGAGTTGATGATCTGAATATCATCAAACCGGTCATTCAACCCATCCTGGATACCTATCCGCACGTCGTTTTCGAGTTTATCGGCGCGATGCCGTCAGGCATAGAACCTGATAGCCGCATCCGCAGCTTTCCGCACAATGCAGATTACGAGGACTTCGTCCATTTCAAGCAGGGCCGTCAATGGGCAATCGGTCTGGCGCCGCTTATCGACAACTACTCGAATCGCTGCAAAACCAATAACAAGTATCGGGAGTATTCAGCGTGCGGCATAGCTGGGATCTATTCCGATATGCCACCGTATCAACGCTCCGTCACCAACGGCGAAACCGGCGTCCTGGCCGAGCACACCACGCAGGCGTGGTTCTCAGCCATCAGTCGACTGATCTCCGACCAGCCGCTACGAGAGAGCATCGCAGCCAATGCATATCAAGACGTATTCGAGAAGCACAGCGTTGAACGAGTAGCTACGATCTGGTCCGACCATTTCACACATGTGCAGCGACACATGAGGCGCACCAAAATCAAAGCGTTGCGAGTCAACAGGCTGAGGTCGTTTATCATCACCCGCTTCCTCCAGCTTGAATCCCTATGGGTAAGGGCTTCTACCGTCTACGCTGAAGGAGGCATGCGCCTGGTTGTCAGGAAGATCGTGAACCGCATCAAGTTCACCTTGGCGTCCAACAAAACTCTTTAA MVEGRSLITPNIEILLVIEGEIATTHLIEHMLSACKPYRIVYRKVFLSALKTSDIRKSTIPLFVRSGDPSLRLWIDKLHRANHPYIYYLDDNFWKIEGNSPIALYYQHPLIRHTLEAAVCGAYRVLTNSDLLAEFLCQFNSKIEVLPSFFDFSLLKPVQDISHDELRIGFAGSPSRVDDLNIIKPVIQPILDTYPHVVFEFIGAMPSGIEPDSRIRSFPHNADYEDFVHFKQGRQWAIGLAPLIDNYSNRCKTNNKYREYSACGIAGIYSDMPPYQRSVTNGETGVLAEHTTQAWFSAISRLISDQPLRESIAANAYQDVFEKHSVERVATIWSDHFTHVQRHMRRTKIKALRVNRLRSFIITRFLQLESLWVRASTVYAEGGMRLVVRKIVNRIKFTLASNKTL NA NA NA NA NA D1-35_00643 1947 hypothetical protein ATGAAACCTGAAAACGAACCAGTAAGAATCGACCTCGGTTGCGGCAAACGCAAACAGGACGGTTTCATCGGAATTGACCGTTTCCCCATGCCAGAAGTCGATATCCTGGCAGATATCGATACCGTTCTGCCGCTAGAAGATAACTCGGTCGACGTATTGTTCTCGTCACATGCCCTGGAACATACCAAGGACTTGATGTTCACGATGCGCGAGATCTATCGGATTTGTAAGCATGGCGCGCAAGTATGTATCATCGCGCCCTACTACGAACAAAAGCTGAACGTCGCCAACCCCTATCATCTTATGGTGTTCAACGAACACACGCCTCGTTTCTGGACGGATCACCCCGAGACTCCGGTAGACGTACTTGACTATGCCGATCCGATACAGCGTCCATGGGGTCTTTCAAAGTCGGACAATTCGAACCCAGGGCTCGACATCCGTCTGATCAACGTTGAATTTTTCTACTTTCCCGAATACCGCCATTTACCCCTCGATCAAAAGAGAAAGTTTCGTAACGAACGATTCAATGTATGTGACCAGATCATGTACCAACTGATTGTTTGGAAGGGTGATGAATGCTCGCCTGATGCAAGCTTTGCGGATCACGTCAGCGCATTCGTCCCCTATGAACCTCATTACATCAGGCACCTCAAGATGCACGAGCAAGAAGAAATCATTCAGAAGTTCACTCAGACCGAAACATCGCTTCGTCAGCGCATCGAAGATCTGGAGACGCAACTCGCCGGCAAGGCCGCCCCCCTTCATGCTCCTGATCGAAATGTCGAGCAACGAATCAGTGAGCTGTTGGAAGACCGTGCGCAATCCGAACGGCTGCTTCATGAAGCCAGGACGGAAAATCATCAACTTCGCCTGCAAATCATGGGGCTGTTTGAAAAAACTGAACTGCTCAGCACTCAATTGCAGGACAGCAATACTCGTCTGGTGAAATCCGAGCTGCAGCAGCAGTTACTCGATGAGAAAACCATTGATCTCAACGAGCAAAACAGGCGTCTTCATGACGAGGCTGAACAAATGTCTGGCCGTCTCAACGAGTTGTTGGAACGTCTGACACATGCCCAGGCAAATGCCGTAGAGGCCAACCAGGAGATCCTGGTTCTGCTACGGACGAACCAGGAACTGCACGGCAAGCTGGAAGCTCTCGCAAAAATTGACGCAAAAGCTGCGCTGCTCAAGGCAGAACTTTTGACAGCCAACGGCATTATTGATTGGTATCGCACCAAGGAGGGATCCTGGAAAGGCGAGCAGGACAAATTCAAACAGGAACTACTGTCCCTGCAGCAGGTTTCGCAGGGACAGTCGTCTCCATTGCTGCAAGAAGTACAACATTTGAAACAGGCGCTGAACAACGCACAGCAACACGCTCATCATTCCCGCCATGAGGCGCTGCAGGTCATTGACAACCTTCAGGCGGAAGTGAGCGGGTATCGCGCTTCACGCTCGTTGCAACTGGCCTCTCTGTACAAGAGCAAAGGCTCGTTGTGGGATTCGATTTCACCAGCATTTTCCTCCCTCAGGAGCTTTACGGAAAAACACCTCCTCAACACTTCCCGCCCACAGTTGGCGCTGAGTGACGACCTGAGAAATATTCCGTATCGCGAGTATCTGATTCCAGTCAAACAGGAAGATCTATGCCGCGTAACCCTGGCGATCCGTCCGCTGATGCGCGGAACTCAAGGACTGGTTGGCATTGAAATTGTCTCGAAGGATAAAGCGGTGGTCGCTCAAGTCGTCCTGCCGCTCGCTAGCGTGGACCCTGATGCACCAACACATTTCGAACTGCCGGTACCAACCGCACTGGAGCAAAACTGGCACCTGAGGATCTTCGTAAAGGACTCGGACGTCCCCGTGGGTCTTTATGAAGTCAGCGAGTACTCGCTGATAAGGAAACGCTACAAATATTTCCCTTTTGCTGCATTACAGTAA MKPENEPVRIDLGCGKRKQDGFIGIDRFPMPEVDILADIDTVLPLEDNSVDVLFSSHALEHTKDLMFTMREIYRICKHGAQVCIIAPYYEQKLNVANPYHLMVFNEHTPRFWTDHPETPVDVLDYADPIQRPWGLSKSDNSNPGLDIRLINVEFFYFPEYRHLPLDQKRKFRNERFNVCDQIMYQLIVWKGDECSPDASFADHVSAFVPYEPHYIRHLKMHEQEEIIQKFTQTETSLRQRIEDLETQLAGKAAPLHAPDRNVEQRISELLEDRAQSERLLHEARTENHQLRLQIMGLFEKTELLSTQLQDSNTRLVKSELQQQLLDEKTIDLNEQNRRLHDEAEQMSGRLNELLERLTHAQANAVEANQEILVLLRTNQELHGKLEALAKIDAKAALLKAELLTANGIIDWYRTKEGSWKGEQDKFKQELLSLQQVSQGQSSPLLQEVQHLKQALNNAQQHAHHSRHEALQVIDNLQAEVSGYRASRSLQLASLYKSKGSLWDSISPAFSSLRSFTEKHLLNTSRPQLALSDDLRNIPYREYLIPVKQEDLCRVTLAIRPLMRGTQGLVGIEIVSKDKAVVAQVVLPLASVDPDAPTHFELPVPTALEQNWHLRIFVKDSDVPVGLYEVSEYSLIRKRYKYFPFAALQ NA NA NA NA NA D1-35_00644 3237 mshA_1 D-inositol-3-phosphate glycosyltransferase ATGAAATTTAGCGATTTTTCCACTGATCTGAAAATCCACGCCAGTCCCAGAGCTCCATCGACTCCCAAAGTCACCGTGATCCTGCCAACTTATTCTCGTGGTCATGGCCCGCTGCAGGAAGCCATCGAAAGTGTCTTGGCTCAAAACTACAGCGATTTCGAGCTGATCATCGTCGATGATGGTTCTCGGGACGGTACCGCGCTCGTGCTGCAAGAGTACCTGAAGAAAGACCCGCGAATCATCGTCCACTCCTACCACAAGAACAGTGGTCTGCCGGCTCTTCGGGTCAATCAGGCGGCGCTACGGGCGAAGGGCAAGTACATCGCCTATCAGTTCGACGATGATCAATGGACTGAACACAGTTTGCAGGTACGTGTAGAGCAACTGGATAAATGCAACAAACCGGCAGTAGTGTATGCGAATGCCAGTGTTGATATTGCCCTCGCTGATGGCACGACGACTTCAAGGACGCTGGGCGGCCCTTTCAATTACGGTCTCTTGATGAACGGTAACTACATCGCCAACAACACGGTGATGCATCACAAAGCGCTGTTCGACGTCGCTGGCATGTATGACGCTCACGTAATGATGCGCCGATACTCAGACTATGACTTGTGGCTGAGATTCGCCAAGCATGCCGACATCATTTGGGTCGACGAAGTGACGTCCCACGTGCGCGCCAACCTGGCGGACTCCTTGGGTAAGGAGATTCCATTGTTCTTCACTCGTTATCGCAAGAGTCTACCCATCCCCCGTGATCACCTGTTGACGCCTGCCGCGATCGACAATTATGACGTCGTTGACCTTTCACAGTTCTCCGGTGCATTTACCGATGCGGAGATCGATGAGTATCGCCGAATGGAGGCAATCCCCTTCCTGACGAAATTCAACGATTATTGCAGCGATGACGAAATGGCTGTGGCGGCAAGTGCCCGCGGCCGCAAGCTTCATCTGCTGACCGCCAAACCGGACTATTCCACGTCGATTGACGTCACAATAAATAACTTTGCGTTGCTACCGGCACAACGCGCAATCAGCAGTACATTCGTCAAAGAGAACGAGCTGTTGACTATCGACGTGACCGGTATCGACGTGGCTGTGCTCTACCGCACCGTTGGTGCTGCGGCCAGTCACTTCGTCAACATCCAAAAAGGTAAGACGCCTACGGCTTATCTGATGGACGATAATATGCTGCACTTTCACGCTGTGGGCCCGCAGCACGGTTTTCTTGCACCTGGAACACCGGCTTATCAGGAAATCGTTCATCAGATCAAGAACGTGGATACCTGCATCGGCTACAGCGAGGCGATCAATGAAGACTTGCTACAACTCAACAGCAAGACCGTGCGACTCCAAACCAACATCAATGCTCGTTTCGTCCGGCAGCGGAAATATGATCGCGCTAAACGCCTGAAAGTCGCCGTTATGTCCGGTGCGGTGCGCGAAGACATTCTGAGAGAGCTTTGGCCAGCCCTTGCGAACTTTGCCCGCCGGTATTCAGAGACGGTGGAGTTTCATTTCTGGGGCCTGGACCCGGAAAAATTCGGCCCCCTGGACTGTCCGGTCCATTTCAAACCGTTCACCCACGTCTATGAAAGCTATGTTCGGGATCTGAGCACGAGCAGCTTCGACGTAGCGCTGGTCCCACTGGACTTCGGTACCCGGGCAGCACGCAGCAAAAGCCCGGTCAAGCTCCTGGAGTCAGTCGCCGCTGGCGCGATATGCATCTTCACCGATACCATCCCTTACTCCAGTATTCCAGACGCTTGTTGTCTCAAGGTTGAAAATACCGTGGCAGCTTGGGAGGAGGCACTGCTAAAGGCCTATGAGATGGGCCAGCAAGAGCGAACGACAATGCTCGAAAATGCTCGTGAACTGGTTCTGTCCCGGTATACCACCGAGTCGCAGTTCTACGACTTCCTGGCGACGTTCGAATCCGTTCGCTTGCACTCCAGGCTCGGCGATAAAACAATCGCCTATGCATTTCACGAAGCCGCCCTGGGTGGCGCCACGCTTCACTTGATCAGACATGCAAGCCTGTTGGTATCCCTTGGCTTTCGCGTCGTAGGGATCGTTCCCAAAGACCCCATCTACAGCGCCGCTTTCAAATCTCGCTGGGACGCCGCCACTGACAGGGCGAATCTCATTGAAGAGAGCTGGCCTTCAGGCTACGTTGAGCCCCCCCTGCCCCAGCGCCCATTTCAACGCGAGGATGAGTTGGCGGCCGATCAACTTGCCCGTCGCCTGGCCCACCAGAAGATTGGTCTTCTTCACTTCGCGACGTGGTCGCCCACCATGAGTCTGCTGGCCAAGCGTTTGGGCATCCCGTGTACCGCAAGTGTCCACCAGTATTATGAAGGGGCGGAAGGCTTTATCGACCGTTTCGCCGATTCGATCCACTGCTCCTCGCTTACCCACGGGCTCAAATGGGCACGTCTGTCGAAAAGCCCTGCCAGACGAATCGTCTGTCCAGTCTCTTGCGACTACTTCGACTCTTTCCGAGTAAATCGGGAGCGAGTTGCAAAAAGTCGGAACACCTTGCGAATACTGGTCTCAGGTACGCTCCAGCCAAGAAAAAACCAGCTTGGCGCGATCCAGGCGGCGATACTTTTGAATGAGGCGGGCCTGGATGTATCGGTGGATTTGATTGGCTATGACGTATTCAATGATGCCTACTTGGGCCAGTGTAAGTCATTGATCGCAGCCAGCGACTTCAAAGACAAATTCACCATTTACGGTTTCATCGATGACCCGAAACCTTTTTATGACAAGGCGGATCTTCTGCTGATTTCAGCCATCGACGAATCGATGCCGCAAACCATGCTACAAGCCATGGCCATGGGCATCCCTGTTGTGTCGACCAACGTCGGCGGCGTAGCTGAGATTATCAAGCATCGCTACAGTGGCTTCATCTCCCGGGATCACAGCCCTGAAGCGTTGGCCGCAGCGATTTCGGAATATGCGCAGCTGTCGGCGGATCAGCGTTTGGAAATCGTTGACCGGGCCCAGCGATCAATGCAATTTCTCGCCAAACCTACATACGTTCGTTCCGAACTGGTGGACTTGTACAATCAGGCCTTTGACGAGTTCTCCAAACATAAGACCGGCGCACAGCCATCAACGATCGCAGAACACACGCTATCAATGCTCTCGCACGAGGACATGCTACTCGAAACACTTTTTGAAACGCGCAAACACATCAGTCAATTGAGCAGAGCGCTGGATAATGAAACCTGA MKFSDFSTDLKIHASPRAPSTPKVTVILPTYSRGHGPLQEAIESVLAQNYSDFELIIVDDGSRDGTALVLQEYLKKDPRIIVHSYHKNSGLPALRVNQAALRAKGKYIAYQFDDDQWTEHSLQVRVEQLDKCNKPAVVYANASVDIALADGTTTSRTLGGPFNYGLLMNGNYIANNTVMHHKALFDVAGMYDAHVMMRRYSDYDLWLRFAKHADIIWVDEVTSHVRANLADSLGKEIPLFFTRYRKSLPIPRDHLLTPAAIDNYDVVDLSQFSGAFTDAEIDEYRRMEAIPFLTKFNDYCSDDEMAVAASARGRKLHLLTAKPDYSTSIDVTINNFALLPAQRAISSTFVKENELLTIDVTGIDVAVLYRTVGAAASHFVNIQKGKTPTAYLMDDNMLHFHAVGPQHGFLAPGTPAYQEIVHQIKNVDTCIGYSEAINEDLLQLNSKTVRLQTNINARFVRQRKYDRAKRLKVAVMSGAVREDILRELWPALANFARRYSETVEFHFWGLDPEKFGPLDCPVHFKPFTHVYESYVRDLSTSSFDVALVPLDFGTRAARSKSPVKLLESVAAGAICIFTDTIPYSSIPDACCLKVENTVAAWEEALLKAYEMGQQERTTMLENARELVLSRYTTESQFYDFLATFESVRLHSRLGDKTIAYAFHEAALGGATLHLIRHASLLVSLGFRVVGIVPKDPIYSAAFKSRWDAATDRANLIEESWPSGYVEPPLPQRPFQREDELAADQLARRLAHQKIGLLHFATWSPTMSLLAKRLGIPCTASVHQYYEGAEGFIDRFADSIHCSSLTHGLKWARLSKSPARRIVCPVSCDYFDSFRVNRERVAKSRNTLRILVSGTLQPRKNQLGAIQAAILLNEAGLDVSVDLIGYDVFNDAYLGQCKSLIAASDFKDKFTIYGFIDDPKPFYDKADLLLISAIDESMPQTMLQAMAMGIPVVSTNVGGVAEIIKHRYSGFISRDHSPEALAAAISEYAQLSADQRLEIVDRAQRSMQFLAKPTYVRSELVDLYNQAFDEFSKHKTGAQPSTIAEHTLSMLSHEDMLLETLFETRKHISQLSRALDNET NA NA NA NA NA D1-35_00645 759 btuD_1 Vitamin B12 import ATP-binding protein BtuD ATGACTCATGCATCGCTTGTTTTGAAGAATGTCGATATCACCTTCGAAGGAGCATTGAGTAGCGAAGAAGGATTGAAAAGCTGGGTCAAACGCAAGCTGCTCACTCGTAAAGCTGCAACTGCCACCAACTATCGTATCGCCGCGCTTCAAGACATCAATCTTGAAATCAATCATGGAGAGCGCGTCGGCCTGATCGGACTCAATGGCGCGGGCAAAAGTACTCTGCTCAAAGTGATGGCAGATATCTACCCCCCGACATCCGGAACAGTTTTGATCAAGGGCCATGTCTGCCCAATGTTCGAATTTGCTACCGGCTTCGAAATGAATCAATCCGGCTGGGACAACATCCGTATCCGCGGGCTGCTCCTGGGGATGTCTCCGGAGGCGATCGAAGAAAAGCTTCCTGAGATCGCGAAGTTTACCGAATTGGGCGATTTCCTAGACTACCCGGTTCGAACCTATTCCTCTGGCATGTTCATTCGCTTGGCATTCGCTGTATCGACCAGTATCAACCCGGAAATCCTTTTGATTGATGAGGTGATGGGGGCCGGCGACATTTCCTTTGCCGAAAAAGCCAAGCGCAGAATGTTCGAGTTTATGGAGCAGGGAAAAATTCTCGTCTTTACCACCCACAACTTCAGTCTTTTGAACGATTTCTGCAACAGGACAATATGGCTGCATAAAGGTCAGATAGTGGCTGACGGCCCTACTGACGAAATCGTAAAACGCTACAACGAAGCGCATACGAATAGCCTGTGA MTHASLVLKNVDITFEGALSSEEGLKSWVKRKLLTRKAATATNYRIAALQDINLEINHGERVGLIGLNGAGKSTLLKVMADIYPPTSGTVLIKGHVCPMFEFATGFEMNQSGWDNIRIRGLLLGMSPEAIEEKLPEIAKFTELGDFLDYPVRTYSSGMFIRLAFAVSTSINPEILLIDEVMGAGDISFAEKAKRRMFEFMEQGKILVFTTHNFSLLNDFCNRTIWLHKGQIVADGPTDEIVKRYNEAHTNSL PGPT0023305_1677 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023305-ABC_2_LPSE_A|wzt|rfbB|tagH-K09691 NA NA D1-35_00646 798 hypothetical protein ATGACGAGTGTCACAAGACTGTTTATCGATAGCGGCCGCGCATTAAAGATGTGGCGTGTATGGACTTACCTAGGCGTTCAGGACATCAAGGCAAGATTTCATCGATCGTTCATAGGTCCTCTATGGATCGTGTTGACGACCGGTTTCTTCGTGATCGGTGTCGGCTTGATCTACGGATTATTGTTCGGCCAGCCCGTACATGAGTTCCTGCCCTATCTCGCGTGCGGTTTCGCTCTGTGGGGATTTATTGTCGCCTCCATCACTGACGCCAGTGCAACATTCGTCAGGGCTGAAGGATACATAAAGCAATTCTCCTATCCCAAGCAGATTTATTTGCTCAGAACCTTGATATCAAGCGTGATCGTACTACTGATCGGCATTGCCGTAGTGATACCGGTCCAACTCTTCTTCAATGAAGTAAGCGCAATCGGTTGGCTATGCGCAATCCCAGGCTTGTTGCTTCTTGTTATGGCGGCATTGGGTCATATCACGATCAGCGCCTACCTCGGCGCGCGTTTTCGGGATTTCCCCCACGCAATGGCGGTCATGCTGCAAATGTTGTTTTTTGTCACTCCCATCATGTTTCCAATCAAGATGTTGCATGATAAAGGACTCGGATTTATCTATCAGCTCAATCCGCTTTACTATCTCATTGATGTAGTACGCCACCCCATCATCCAAGGTGAATTGGCACTGCCGGAAAATTATCTTTGGGCAGGTGTCTATGTACTGGTCTCCTGGATAGTGGCACTGCTGGCAGCCCTCAAGCTCGACTCTCGCGTGGTTTTCCTGTTATGA MTSVTRLFIDSGRALKMWRVWTYLGVQDIKARFHRSFIGPLWIVLTTGFFVIGVGLIYGLLFGQPVHEFLPYLACGFALWGFIVASITDASATFVRAEGYIKQFSYPKQIYLLRTLISSVIVLLIGIAVVIPVQLFFNEVSAIGWLCAIPGLLLLVMAALGHITISAYLGARFRDFPHAMAVMLQMLFFVTPIMFPIKMLHDKGLGFIYQLNPLYYLIDVVRHPIIQGELALPENYLWAGVYVLVSWIVALLAALKLDSRVVFLL PGPT0023304_1465 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023304-ABC_2_LPSE_P|wzm|rfbA|tagG-K09690 NA NA D1-35_00647 513 hypothetical protein ATGAAGCGTTCACTCCCCTCGTTTGGAGACGACGCGTTGCGTCTTCGCTTAATCGAAGAGAGTGACTTGCATGAGACCTTGTCCTGGCGAAACCGGGACGAGGCTCGTGTCTGGTTCAAGACTTCGGCCCTATTGACCTATGAGCAGCATTCCAACTGGTTCCACAATCACTACCAACCGAAGGATAATGACTTTCTGTTTGTAGTCGAAGCAGACGGTGCGCTGGTGGGACAAGCCTCGGTGTACGCGATTGACTGGCAACAGCGCTCAGCCGAAGTTGGCCGATTCCTGGCCGATCCCGATCACTCGGGACGGGGCCATATCAGCCGAGCCTGCGGGCACCTGCTGGACATCTGTTGGGACGCACTGGACTTGGAGTATGTATTTCTTGAAGTCATCGAGACTAATGAACGTGCAATCCGCCTTTATCTCCGGCATGGTTTTCGTGAAGAGCAGCGCTACGAGGGACTGATTAGAATGGGCGTCCGAAAGAACCAGGCGGGAATTGAATGA MKRSLPSFGDDALRLRLIEESDLHETLSWRNRDEARVWFKTSALLTYEQHSNWFHNHYQPKDNDFLFVVEADGALVGQASVYAIDWQQRSAEVGRFLADPDHSGRGHISRACGHLLDICWDALDLEYVFLEVIETNERAIRLYLRHGFREEQRYEGLIRMGVRKNQAGIE PGPT0007790_1168 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 D1-35_00648 1128 arnB_2 COG0399 UDP-4-amino-4-deoxy-L-arabinose--oxoglutarate aminotransferase ATGTCGATTCAGCTGTTCGTTCCAAAATTCCGCATCGATGAATGCCTCGCTGCGATCCGCGAATGCCTTGAAAAAGGCTGGACCGGCCTCGGCTTCAAGACAGCCACCATGGAAGAGGAATGGAAAACCTACACAGGTTTGCCGCACGCCCACTTCCTGAGCTCAAACACCGTCGGCCTACACCTGGCCGTCGAGCTGTTCAAGACCAAGTTCGGCTGGGCCGACGACGATGAGGTCATCACCACTCCACTGACCTTTATTTCCACCAACCATGCCATCCTGTACGCGGGAATGAAGCCAGTGTTCGCGGATGTCGACGAATCCCTGTGCCTGGATCCGGAAAGCGTGGTTGAGCGAATCACCGCAAAGACCAAAGCACTGATTTTCGTCGGTATCGGCGGTAATATCGGTCAGTATCAGAAGATCGTGGAAATCTGCAGAGATCGCGGTATCAAGTTGATTCTCGATGCGGCTCATATGGCTGGCACTCGATTCAACGGCAAGCATGTCGGTCAAGAAGCAGACAGCGTTGTATTCAGTTTCCAAGCGGTCAAGAACCTGCCAACCGCCGACTCTGGCATGATCTGCTTCAAGGATCAGGAAGACGATGAACGCGTTCGCAAGCTGACTTGGCTGGGCATCAACAAGGACACCTTTGCGCGCACCGCGGCACAGGGCGCCTACAAGTGGATGTATGACGTCGAAGAGTTGGGTTACAAGTATCACGGCAACTCGATCATGGCTGCCATGGGCCTGGTACAGCTCAAGTATTTGGATCAGGACAACGCTTATCGCCGTCAGCTTGCCACTTGGTATCGCCAGAATCTCGCGGGTCATGCAAAGATTCGCATTGTCGACGTGACGCCAGGTTGCGAGTCATCGACGCACCTGCTTCAAATCCGAGTCAAGGATCGCGACGCACTGATGCTGGCTCTGAACGAGCACCAGATCTATCCTGGCGTCCACTACCGCGACAACACCGAGTATGCCATGTACTCATTTGGTGCAGGCACTTGCCCTAAAGCCGCACAGGCCAGCCTGGAAATCCTGTCGCTGCCAATGCACCTCGGCCTCACGCGCGCCGACGTCGATACCGTGTGCGAACTCCTGATCCGCTACGCAAAATGA MSIQLFVPKFRIDECLAAIRECLEKGWTGLGFKTATMEEEWKTYTGLPHAHFLSSNTVGLHLAVELFKTKFGWADDDEVITTPLTFISTNHAILYAGMKPVFADVDESLCLDPESVVERITAKTKALIFVGIGGNIGQYQKIVEICRDRGIKLILDAAHMAGTRFNGKHVGQEADSVVFSFQAVKNLPTADSGMICFKDQEDDERVRKLTWLGINKDTFARTAAQGAYKWMYDVEELGYKYHGNSIMAAMGLVQLKYLDQDNAYRRQLATWYRQNLAGHAKIRIVDVTPGCESSTHLLQIRVKDRDALMLALNEHQIYPGVHYRDNTEYAMYSFGAGTCPKAAQASLEILSLPMHLGLTRADVDTVCELLIRYAK PGPT0025263_20 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-SPORE_COAT_PROTEIN,PGPT0025263-spsC-NA NA NA D1-35_00649 291 ihfB COG0776 Integration host factor subunit beta ATGACGAAATCGGAGTTGATCGAACGAATTGTCACCCATCAAGGGCTGCTCTCGTCCAAGGATGTCGAGTTGGCCATCAAGACTATGCTTGAACAGATGTCACAATGCCTTGCAACTGGTGATCGAATAGAGATCCGCGGTTTTGGCAGCTTTTCCCTGCATTATCGCGCGCCACGTGTCGGCCGAAATCCCAAGACAGGCCAGTCTGTAAGTCTCGACGGAAAGTTCGTTCCTCATTTCAAGCCAGGCAAGGAGTTGCGAGATCGCGTGAATGAGGAGGAGGGACATTGA MTKSELIERIVTHQGLLSSKDVELAIKTMLEQMSQCLATGDRIEIRGFGSFSLHYRAPRVGRNPKTGQSVSLDGKFVPHFKPGKELRDRVNEEEGH NA NA NA NA NA D1-35_00650 270 hypothetical protein TTGACAGGAAGCAGATATCAAAAGAGTTCCATGCGCAACATGATGCGCACGCTACTGGCGTTGTTTGCTCTGTTGCTGGTTCTGGCGACCCTGACCTTTGTCCTGGAGAATCAGGAGCCGACATCGTTGCTCTTCCTTGGTTGGAAGGCGCCGGAACTCCCAATCTCAATGCTTATGGTCTTCGCGTTGCTGCTCGGTATGAGCATCGGGCCGCTCATCGGGTGGAACCTAGGGCGCAGATTCAGAGCTTCGCGTAATAAAGGAGGCTGA MTGSRYQKSSMRNMMRTLLALFALLLVLATLTFVLENQEPTSLLFLGWKAPELPISMLMVFALLLGMSIGPLIGWNLGRRFRASRNKGG PGPT0014665_1622 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014665-lapA-K08992 NA NA D1-35_00651 1134 rfbB COG1088 dTDP-glucose 4,6-dehydratase ATGGATTTAGACAGTGCTCCGTTGAGGCCTGTCAGTAACTCAAGGGTATGGTTTCGAGTGAAAATTCTAGTAACCGGCGGCGCCGGGTTTATCGGGTCGGCAGTCATCCGTCATATCATTTCCAATACCACCGATTCTGTCATCAATGTCGATAAGCTTACGTATGCCGGTAACCTGGAGTCGCTTGCCGAAGCGAGCCTGAGCCCGCGATATGCGTTCGAGCACGTCGATATCTGCGATCGCAACCAGATGGACCGGGTACTGAATGAGTATCAACCTGATGCGATCATGCATTTGGCAGCTGAGTCGCATGTAGACCGCTCGATCACTGGCCCATCTGAATTCATCCAGACCAATATCATTGGTACCTACACATTACTGGAAGCTGCGCGCCACTATTGGGCGTCACTCGATACCGCGCGCAAGAAGGATTTTCGCTTTCATCATATTTCCACCGATGAAGTCTACGGAGATCTTGAAGGGCCGGAAGACCTGTTCACCGAAACTACTCCCTATCAGCCAAGCTCACCGTACTCTGCGAGCAAAGCCAGCTCCGACCACTTGGTCCGTGCATGGGCACGAACGTACGGACTGCCAACGCTGGTCACCAATTGTTCCAATAATTATGGTCCGTGCCATTTCCCTGAAAAGCTGATTCCGCTGATCATTCTTAACGCACTGGAAGGCAAGTCTCTGCCCGTCTATGGCAAGGGTGATCAGGTTCGTGATTGGCTATACGTCGAAGATCACGCTCGCGCCCTCTACTGCGTTGTGACCAAAGGTGCCGTAGGCGAAACCTACAACATCGGTGGACACAATGAAAAACAGAACATCGAAGTCGTGCGCGCGCTCTGCGAGCTCCTTGACGACCTGTGTCCGGACTCTGCTTTTCATCCACATGCCAGTCTTATCACCTACGTTGAGGACCGTCCGGGCCACGACCAGCGTTACGCCATCGACGCCAGCAAAATCCAGCGCGAGTTGGGTTGGGTGCCAGAGGAAACCTTTGAGACTGGCCTGCGTAAAACGGTCGAGTGGTATCTGAACAACCCGGAATGGGTGGCTCATGTGAAGAGCGGTAGCTACCAGCAATGGATTGATCAGAACTACGCGGGACGCCCTAACAGCGCATGA MDLDSAPLRPVSNSRVWFRVKILVTGGAGFIGSAVIRHIISNTTDSVINVDKLTYAGNLESLAEASLSPRYAFEHVDICDRNQMDRVLNEYQPDAIMHLAAESHVDRSITGPSEFIQTNIIGTYTLLEAARHYWASLDTARKKDFRFHHISTDEVYGDLEGPEDLFTETTPYQPSSPYSASKASSDHLVRAWARTYGLPTLVTNCSNNYGPCHFPEKLIPLIILNALEGKSLPVYGKGDQVRDWLYVEDHARALYCVVTKGAVGETYNIGGHNEKQNIEVVRALCELLDDLCPDSAFHPHASLITYVEDRPGHDQRYAIDASKIQRELGWVPEETFETGLRKTVEWYLNNPEWVAHVKSGSYQQWIDQNYAGRPNSA PGPT0022625_940 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022625-rfbB|rmlB|rffG-K01710 NA NA D1-35_00652 894 rfbD_1 COG1091 dTDP-4-dehydrorhamnose reductase ATGAAAGTCCTCCTACTTGGTAAGAATGGACAGATTGGGTGGGAACTTCAGCGCTCACTCGCTCCGCTTGGAGAGTTGACCGCTCTCGCGCGTCATTCGGACGATGGCCCATATCTGGACGTATCCGACCTTGATGCGCTGCGTGCGATGATTCGCCAAGTCGAGCCGGACGTTATTGTCAATGCGGCAGCTTATACAGCGGTTGATAAAGCCGAGTCTGAAAAGGATTTGGCTGATCGCGTGAACAGGCAGGCAAGTGGGGTGATGGCCGAGGAGGCTTTACGCTTGGGCGCCTGGCTGGTCCATTACTCGAGCGACTACGTTTTTGGTGGCCAAGGGGTGGTTCCTTGGCAGGAAGCTGACAAGGTCGCGCCCGTAAATTATTACGGCATGAGTAAGTTGGCCGGCGAGCGGGCCATAATCGCGACAGGATGCAAATACCTGATTTTTCGTACTAGTTGGGTATACAGTGCTCGTGGTAATAATTTTGCCAAGACGATGCTGCGCTTGGCAGCGGAGCGCGAAACCTTGAGAGTGATTGCGGACCAGATTGGCGCCCCCACCAGTGCTGAATTAATCGCGGACGTGACGGCCCTGGTTCTTCGGCAGGCCATAGACCACCCTGAATTGGCGGGTCTCTACCATTTGGCGGCCAGGGGGGAAGTGTCATGGTACGGTTATGCTAATTATGTGATTGATTTTGCCAAGGCGAGCGGTGAGGCGCTTGCTGTCGAGTCGGTCGAACCGATCGAGGCAACTGCTTACCCCGCTACCGCTCGCCGTCCTTTGAATTCACGATTGAATACTCAGAAACTGCGCGACAGTTTTTCTTTACACTTGCCGGATTGGCAAAGTGGCGTAACCCGAATGCTTAGGGAAGTTTTAGACAAATGA MKVLLLGKNGQIGWELQRSLAPLGELTALARHSDDGPYLDVSDLDALRAMIRQVEPDVIVNAAAYTAVDKAESEKDLADRVNRQASGVMAEEALRLGAWLVHYSSDYVFGGQGVVPWQEADKVAPVNYYGMSKLAGERAIIATGCKYLIFRTSWVYSARGNNFAKTMLRLAAERETLRVIADQIGAPTSAELIADVTALVLRQAIDHPELAGLYHLAARGEVSWYGYANYVIDFAKASGEALAVESVEPIEATAYPATARRPLNSRLNTQKLRDSFSLHLPDWQSGVTRMLREVLDK PGPT0022630_1590 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0022630-rfbD|rmlD-K00067 NA NA D1-35_00653 891 rffH COG1209 Glucose-1-phosphate thymidylyltransferase 2 ATGACCACGACAAATCGTAAGGGCATCATCCTCGCCGGTGGTTCAGGCACAAGACTGCACCCATTGACTCTCGGCGTGTCCAAGCAGATGTTGCCGATTTACGACAAGCCGATGATTTTCTATCCCTTGTCTGTACTGATGCTTGCAGGCATGCGTGAGATCCTGATTATTTCCACGCCTGAAGACCTGCCATGTTTTCGTAAGTTGCTGGGCGACGGCAGCCAGTACGGAATCAAACTGACCTATGCCGAGCAGCCTAGCCCGGATGGTCTGGCTCAGGCCTTCATTATTGGGGAAACGTTCATCGGCCAGGATCCCTGCTGTCTTATTCTCGGGGATAATATCTTCTACGGTCAGCATTTTTCGGAGAACCTGCGTTCTGCCTGCATGCAAGAGCAAGGCGCAACAGTATTCGGATATCACGTGTCGGACCCTGAGCGGTTTGGTGTGGTGGAGTTTGATGCGACCGGTCGCGCGTTGAGCATCGAAGAGAAGCCGGCCAATCCGAAATCCAGCTACGCAGTGACTGGTCTTTATTTTTACGACAATCAGGTTGTAGAGATAGCCAGGAATATCAAGCCTTCTGCGCGTGGAGAGCTGGAAATCACGGATGTCAACCGTGCTTATCTTGAGCAGAAGGAGCTTAATGTGGAAATGCTCGGGCGTGGCTTTGCATGGCTGGATACGGGTACCCACGATTCGCTGTTGGAAGCCAGTCACTTTGTGCATACGATCGAGCAGAGACAAGGCTTGAAAGTGGCGTGTCTGGAAGAGATTGCATACAACAATGACTGGATCACCGCCGAGCAGTTGGCTGTCCAGGCAGAGGCTCTGAAAAAAACCGGATACGGTCAGTATTTGCAGAAACTGCTGCGCTTGTCCAATCCCTGA MTTTNRKGIILAGGSGTRLHPLTLGVSKQMLPIYDKPMIFYPLSVLMLAGMREILIISTPEDLPCFRKLLGDGSQYGIKLTYAEQPSPDGLAQAFIIGETFIGQDPCCLILGDNIFYGQHFSENLRSACMQEQGATVFGYHVSDPERFGVVEFDATGRALSIEEKPANPKSSYAVTGLYFYDNQVVEIARNIKPSARGELEITDVNRAYLEQKELNVEMLGRGFAWLDTGTHDSLLEASHFVHTIEQRQGLKVACLEEIAYNNDWITAEQLAVQAEALKKTGYGQYLQKLLRLSNP PGPT0022600_1680 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0022600-rfbA|rmlA|rffH-K00973 NA NA D1-35_00654 921 hypothetical protein ATGTCGGTAAAGCTCCCCAAGATTGCAGTTTTGCTGGCTGCCTATAATGGTATGCGCTGGATTGAAGAGCAGTTGAATTCAATCCTCGGTCAGTTGACTGTGGATGTAACTGTTTTTATCAGCATTGATTCTTCCAGTGACGGCACTGAGGGATGGTGCGCGAGTTACGCCGAGGAGCGTTCCGGTATTGTCGTCCTGCCTTCCGCCGGTCGCTTCGGAGGGGCGTCGCGCAATTTTTTCAGGTTGGTCCGTGATGTTGATTTCAGTGATTATGATTTCATCGCTTTCGCTGATCAGGATGATATCTGGCAGCCTGATAAACTCCACCGCGCCACCCAAATCATGCGCACCCTTGATGTAGAAGGGTACTCCAGCAACGTAGTGGCGTTCTGGCCCGACGGCAAAACTCATTTGCTCGACAAGGCGCAGCCCCAGGTCGAATGGGATTTTCTATTTGAAGCAGCTGGGCCCGGCTGTACCTACGTGATGAGCAAGGGCCTGGCGGCTTCGCTCACGACTTCCGTTTGTGAAAACTGGCAACAACTGCAAAGCGTCAGCTTGCATGATTGGTATTGCTATGCGTACGCCCGTGCCCACGGTTATCGTTGGTACATTGATCCTCAACCATCAATGAGTTACCGCCAGCATGAAAGCAATCAGGTGGGTGCCAACAAGGGCTTGAGTTCTTTGCTGGCACGCTATAAGGCAATTCGCAGCGGCTGGTGGTTCAATCAGGTTCGGCTGATAGCCCAGTTAGTAGGGTGTTCAGACGAACCGTTTGTTAGAGGCTGGTTGGGATTGCAGCGTAAGCAACTAATAAGATTGTCGTTCAGCGCTCGGAAGTGCCGACGTTGCTTTCGAGACAGAGTGTTTTTCTTTCTGGTTTGCTGGGTAGTGGCTTTTAGAGAAAACACAGCCTGA MSVKLPKIAVLLAAYNGMRWIEEQLNSILGQLTVDVTVFISIDSSSDGTEGWCASYAEERSGIVVLPSAGRFGGASRNFFRLVRDVDFSDYDFIAFADQDDIWQPDKLHRATQIMRTLDVEGYSSNVVAFWPDGKTHLLDKAQPQVEWDFLFEAAGPGCTYVMSKGLAASLTTSVCENWQQLQSVSLHDWYCYAYARAHGYRWYIDPQPSMSYRQHESNQVGANKGLSSLLARYKAIRSGWWFNQVRLIAQLVGCSDEPFVRGWLGLQRKQLIRLSFSARKCRRCFRDRVFFFLVCWVVAFRENTA PGPT0006850_15 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0006850-rfbG-K12991 NA NA D1-35_00655 948 gnu COG0451 N-acetyl-alpha-D-glucosaminyl-diphospho-ditrans,octacis-undecaprenol 4-epimerase ATGAGCGTTTCAAAGATCCTCGTGACAGGGGCGAACGGCTTTATTGGAAAAGCCTTGGTTTCCCGTTTGTTGGCGGATCGCCAATACGCCGTTATCGGGGCAACTCGTGACAAAACGCCGGCCAATGCGCAGTGTCAATTTGAGCGCCTCGATTTAACAGACCCTGACGTCTTGCCATCACTGCGGGACGTTCAAGTCATTGTCCATGCCGCCGCTCGTGTGCATGTCATGAATGACGTCGCAGTTGATGCGCTAGCTGAGTATCGCAAAGCCAACGTCGAAGGAACTCTGCGGCTGGCGAAGCTTGCAGCCGCCTCCGGCGTCAAGCGTTTTATCTTCATAAGTTCGATCAAGGTCAATGGTGAGCGAACTGGGCCGGGAAGGCCGTTCAGGGCCGACGACACGCCTGCTCCAGTGGATGCATATGGAATATCGAAACGGGAGGCAGAGGATGGTCTGATGAAGGTCAGCCGCGATACTGGGATCGAAATTGTGATCATCCGCCCGCCACTCGTGTATGGGCCCGGAGTAAAAGCCAACTTCCTGAATATGATGCGTTGGCTCAGCAGGGGAGTGCCGCTTCCGTTGGGTGGGCTGAACAACCGCCGCAGTTTGGTGGCGCTGGACAATCTCGTGGATCTGGTCATTACCTGTATTGCTCATCCTGCTGCCGCAAATCAAATTTTCCTCGTGAGCGATGGTGAGGATCTGTCTACGACGCAACTGCTCCTACGGATGGCTGAAGCGTTGAAGGTTCGCGTGTATTTGTTGCCGTTGCCGGAAACCGCGCTGCGCTTAGCTGCATCATTGCTGGGGAAGAAGGCGATGGCAGACAGATTGTGTGCTTCATTACAGGTCGATATTGAAAAGACATGCTCCTTGTTAGGTTGGTCTCCGCCAGTCAGCGTGGACGAGGCGCTTGAATTGGTTGCTAACCGCCCATCATAA MSVSKILVTGANGFIGKALVSRLLADRQYAVIGATRDKTPANAQCQFERLDLTDPDVLPSLRDVQVIVHAAARVHVMNDVAVDALAEYRKANVEGTLRLAKLAAASGVKRFIFISSIKVNGERTGPGRPFRADDTPAPVDAYGISKREAEDGLMKVSRDTGIEIVIIRPPLVYGPGVKANFLNMMRWLSRGVPLPLGGLNNRRSLVALDNLVDLVITCIAHPAAANQIFLVSDGEDLSTTQLLLRMAEALKVRVYLLPLPETALRLAASLLGKKAMADRLCASLQVDIEKTCSLLGWSPPVSVDEALELVANRPS PGPT0022965_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_D_QuiNAc_MODIFICATION,PGPT0022965-wbpV-K24310 NA NA D1-35_00656 804 tagG COG1682 Teichoic acid translocation permease protein TagG ATGACGCCGAAGGAAGCTATCAACAGTTTCTGGCGAAATCGCAGTTTGATCAGTGCTTTGGTACAGCGAGAGGTGGTTGGACGATACCGGGGTTCGTTCATGGGTATTCTCTGGTCTTTTTTTAATCCTATATTCATGTTGGCCGTCTACACATTTGTATTTAGCGTCGTTTTCAAGGCTCGCTGGAGTGGTGGAAGTGATTCAAAAACGGAGTTTGCCTTGATTTTGTTTGCGGGCCTGATTGTGTTTAATCTGTTTGCGGAATGTTTCAATCGAAGTCCCACACTGATTATCGCCAATACGAATTATGTCAAGAAAGTTGTTTTTCCTCTGGAAATTCTACCGTGGGTGACTGTTGGCTCTGCACTGTTTCATATGGTAATCAGCTGGATCGTCTGGCTGGTCGCCTATATCCTGCTGTTTGGAGTGCCACAGATGACCGCCATACTTTTTCCCTTGGTAATATTGCCGCTGATATTTCTGGTGCTAGGGTTGATGTGGCTATTCGCCTCACTCGGTGTTTACTTGCGGGACGTAACACAAGTTATAGGTATATTAACCACCGTATTAATGTTTCTCTCACCCATTTTTTATCCTGTCAGTGCGTTGCCGGAGAGGTATCAGAGTTTCATGATTTTTAACCCACTCACTCCAGCCGTCGAGTATGCACGTGATGTGCTGTTTTGGGGGCGGTGGCCTGATTTTAAAGTATTGGCGATCTATATGGCTGGTTCGCTCACGGTGGCTTGGTTGGGCTTCGCATGGTTTCAGAAAACACGTAAGGGGTTTGCTGATGTCCTCTGA MTPKEAINSFWRNRSLISALVQREVVGRYRGSFMGILWSFFNPIFMLAVYTFVFSVVFKARWSGGSDSKTEFALILFAGLIVFNLFAECFNRSPTLIIANTNYVKKVVFPLEILPWVTVGSALFHMVISWIVWLVAYILLFGVPQMTAILFPLVILPLIFLVLGLMWLFASLGVYLRDVTQVIGILTTVLMFLSPIFYPVSALPERYQSFMIFNPLTPAVEYARDVLFWGRWPDFKVLAIYMAGSLTVAWLGFAWFQKTRKGFADVL PGPT0023304_1152 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023304-ABC_2_LPSE_P|wzm|rfbA|tagG-K09690 NA NA D1-35_00657 1308 btuD_2 Vitamin B12 import ATP-binding protein BtuD ATGTCCTCTGAAATCGCCATTAAGGTTCAAAATCTCAGTAAGTGTTATGAGATTTATGACAAGCCAAGAGATCGATTGCTTCAAATGCTAAGCCGCGGAAAAAAACGCTACTGTCGGGAATTTTGGGCGCTCCGCGATATCTCTTTTGAAATACGTAAAGGAGAAACCGTAGGTATCGTCGGACGTAACGGCAGCGGTAAGTCGACCCTGTTACAAATTTTGTGTGGCACGCTTAATCCAACTGGCGGAACCGTAGAAACTCATGGTCGAATAGCAGCCTTGCTAGAGCTAGGGTCTGGTTTCAATCCGGACTTTACCGGGCGAGAGAACGTGTACCTGAACGCTTCGATTCTGGGGCTGAGTAAGGCGGAAATAGACAGTAAGTACGATGCCATTATAGGCTTCGCCGATATCGGCGACTTCATAAATCAGCCCGTAAAGACGTACTCGAGCGGCATGTTGGTACGTTTGGCTTTCTCCGTTCAGGCTCAGGTAGAACCTGACATTCTGATCGTTGACGAGGCCTTGGCCGTCGGGGATGCTAAATTCCAGGCGCGCTGTTTTGATCGCCTGAAAAAACTCAAGGAGAATGGCACCAGCATTCTCCTGGTTACCCATTCGAGTGAACAGATAGTTTCCCATTGCGATAAGGCGTTCCTGCTGGATTATGGCCTGCAGCTGGAGCAGGGAGAACCACGCCAGGTGGTCAATCGTTATCTGGACTTGCTTTTTGGCAAGACTCCGCATTCGGTAGCCACCATGGACGAATCGGTGAAGAGTGAGTCGCAGACGTACCTTGCGCCCGCTGGAGGTGCTGACGTTTTCGAATCGCATCCCAATTACAACCCAAACGAGTACCGCTGGGGCGATGGAGCCGCCACGATCATCGATTTTTATCTTGGTTGTGCCGGAGTCGATTATCCTGTTGCCGTCGATACGGGATCGAACATCAAGCTTGTGGTCTTTGTGAAGTTTGATACCGATTTGGTATGCCCTATCCTCGGTATGACAATCAAAACCAAGGAAGGTGTAACCGTATATGGTGTCAACAGTGAGACTCTGGAATGTCCGGATTTCCGGATGTTAGGTCGCAAGGGCGATATTGTTGAAGTTGAAATGCGAATCTCCTGCGATCTGGCGCCTGGTGACTATTTCATTTCCATAGGTGTCTCGACCAAGGAAGGAGAGGATGTCACGCCAAGGGATCGCCGCTACGACTCGATTCATATTCAGGTTCGTCCTACAGATAAATTTTTTGGGCTGGTGAATCTTGACTCCAGCATTCGTGCCAAGAAGGTTGTAAATTGA MSSEIAIKVQNLSKCYEIYDKPRDRLLQMLSRGKKRYCREFWALRDISFEIRKGETVGIVGRNGSGKSTLLQILCGTLNPTGGTVETHGRIAALLELGSGFNPDFTGRENVYLNASILGLSKAEIDSKYDAIIGFADIGDFINQPVKTYSSGMLVRLAFSVQAQVEPDILIVDEALAVGDAKFQARCFDRLKKLKENGTSILLVTHSSEQIVSHCDKAFLLDYGLQLEQGEPRQVVNRYLDLLFGKTPHSVATMDESVKSESQTYLAPAGGADVFESHPNYNPNEYRWGDGAATIIDFYLGCAGVDYPVAVDTGSNIKLVVFVKFDTDLVCPILGMTIKTKEGVTVYGVNSETLECPDFRMLGRKGDIVEVEMRISCDLAPGDYFISIGVSTKEGEDVTPRDRRYDSIHIQVRPTDKFFGLVNLDSSIRAKKVVN PGPT0023305_416 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023305-ABC_2_LPSE_A|wzt|rfbB|tagH-K09691 NA NA D1-35_00658 3786 hypothetical protein GTGTTGGCTGAGTCATTTGAAGATTTTGATATTGATAAAAAGTTTGATGTCGTTACGTTGATTGGCGTGTTTGAATATGCCAATTTATTCATTTCCGGAGACAGCCCCGGACCGAAGATGCTGGAAAAGGTTCGTTCACTGCTAAAGCCGGATGGATTGTTGATCATCGCTATCGAGAACCAGCTCGGCTTGAAATATTTTGCGGGTGCTCCTGAAGATCACGTGAGCGCGCCAATGTTTGGCGTTGAAGGTCGTTACAGCAGCCATACCCCGCAAACCTATGGAAAAAAGGCGCTGAGTTCATTACTTGCCGATGCGGGTTTTTCAACGCGAGAGTTCATGGCGCCCTTTCCGGATTACAAACTGCCGGTTTCAGTTGTAACCGAGCGCGGGTTTAATGAATCCGTCTTTGATGCGTGTGCTTTCGCTACGCAAACCGTTAGACGCGATCCGCAGCTGCCAAAACTTACGACGTTTTCGCTTGAGTTGTCTTGGCCGCAAATAATCAGCAACGGCCTTGGGCTGGATATGGCCAATTCTTTCCTGATTGCTGCTTCGGCCGGGTCGCGGAAACGAGTAGAGCCTGAGGTCTTGGCTGTGCATTATAGTTGCGACCGTCGCGCTGTCTATTGTAAGCGTTCAGAATTCAGGATGAACCCGAACGATGGGATTCGCGTGCATTATGAGAAGCTCGGCAAGCTTGCAGCCAACGCCTCCGATGAGGGCACGATCGTCAAGTTCAGGCTGCCTGAGTCAGAGCCTTACATACAGGGTGAGGTTTTTGTAAACAAGCTGATCCACATAGTCAATGCCGAGGGCTGGACGTACGCCGATGTGGGGGCGTTTCTTAAGCAATATGTAACTGTTCTGGGACTCGTATCGGAAACAGCGGGAAATGAGCTGAATATATTGCCAGGGACTTTGATAGACGCAGTCCCGCAGAATATTATTGTCAACGGTGATAGCAGTCCTCAGCTAATCGACAAGGAGTGGGCGCTGAATTCGCCTGTACGACTTGAATTTCTGTTGTTCAAAACCTTGACGCAGTTGTTGTCATCGGTAACTCGCTTCGCTAAAGGTGCTGAATCGGGACCTGTCACGAGAAGAGGTTTTGTTTTCAAAAGTTGTGAGGCGGCCGGTTATCCAATTAGCGATAACGATGTTAAAGATTTTCTGCTCCTCGAAGCGTCAGTTCAAAACGTCATCAATGGTCGGGAGATCAGTGAGTTCCTGAGTTGGGACGGTGATCAGATCATTACTGAAGATAATCTGTTCTCAGCCTTCAACGTTTCCCAAACCTTACTGGCGCAAACCTCTCGAGGCCTGAACGTTGCAGAAGAGGAGATCGACAGATTATCCAAACAGCTGGTTGAACGAGAGGCGATTTATGGCGCTATCGTCAGTTCCAACTCCTGGCTCATAACAAAACCTCTCCGTTTTTTTGCGCGCTCCCTGCGTAAAGGTAGTGGTTGTCTTCAAAGGGGATTGGAGCATTCCAAAAAAACGCTGACCGCTTATCTACGGGGTCAAGAGATAAATGCTTCGATGTTGGAAGCCACTCATGGCGTCGTGGAGGAGCCTGTAAAGCGTGTGCGTTCCATAAGTGTCATCTTGCCTATCTACAGGGATGTGGAGATGACCAGGCGCTGCATTCTGGCCGCAATGCCAGGCATTATTGCCTGTGAGTCGAAACTCATTGCGCTTAATGACTACAGTCCAGACGCGGGCATGCAGGACATGCTGCTTGAGTTGCAGAAACAATGGCCTGATGTCCTCATGGTTCTGGAAAATCAGCAGAATCTTGGTTTCGTCAAAACCGTGAATCGCGGTATGCGCCATAGGCCTGAGGACGACATTGTCTTTTTGAACAGTGACGTCATCGTTCCGGTGGATTGGTTGGAGCGTTTGGCGTCGGAGGCATACATCGCACCCAACATCGGCACGGTCACCCCATTTTCCAACAATGCTACTATCTGTAGTTTCCCGGCTTTTCTGCTCGAGAACGAAGCGGCGTTCGGATTAAGCGTCGACGAGATCGACTCGGTGTTCTCTAATCCGCGTCTGCCAGTCGCCCAGGTGCCGACGGGTGTAGGCTTTTGCATGTATGTACGTCGGGATTGCCTGGAGCTTATCGGTCTACTGAATGAAGAGAAGTTCGGTAGAGGTTACGGCGAGGAAAACGATTTGTGTCAGCGCGGACTGAAAGCGGGCTGGCTTAACATCGTCACCCCTAACCTTTATGCTTTTCATGAGGGAGGGGTAAGCTTCTCTTCCTCCAAACAGGCTCTGACTGACCATGCCTCCAAGATGATCGCGGAGCTTCATCCAGATTATCACTTGGACATACAACGCTTCATCGTTGCAGATCCGCTAAAGAGCGTCCGTATCAGGCGTTTTGCTCAACTGATCGGGTCTTTGGATCGGCCAAAGGTGTTGCACATTTCTCATGAAGCAGGCGGTGGCGTTCGACAGCATCTGGAAGAGTTGGCCGAAGCGGTCGGGTCCAATGCGTGCTGCCTGTTCTTGGCGCCTCACAGGGGCACCGCTGCGATTACGTTGCGTATGGGACTTTTTACCGGAGCGGACGAACTGGTGTTCCAGCTGCCCAAGGATCACAGCGCCCTCGTAGCGCTCCTAAAAGCCTGCGGAGTCAACTTGGTGCATTTCCATCATTCGTTAGGGCTCAATCCTGCGCTGCTGGAACTGCCCGCAGAACTGGACGCCGCGTATGCTTTGACGGTTCATGACTATTATTGGCTTTGCGGTAATCCTACGTTGACAAATCAACGAGGTTTCTACCCTGGTGCTTACGCGGATAACATTGAAAATCCGAACTTCCCTTTACCTCGTGGCGTTTCCGCGCAGGACTGGCGCGAACAGCTAAGGGGATTTATAGAACATGCCCTGAAGGTGATTTTTCCTTCCAGCTATACGCTTTCGATCTATAAACGACATTATGAATTGGCTAACGCTGTAATCGCAGGGCACGTCGAGCATTTGCGTAACATTCACGCTGCGGTAACCCCATTGTTGACCAAATCACGGTACAACGTGGGGGTGATCGGTGCGTTGGGTAAGGAAAAGGGCGCAGATTATCTGGAGCAGATGGCGGCAGTCGCATTCTCCACGCAAACCCCTATCGACTTTAAATTGATCGGATTTGCTTACCGAGAACTGAACGGTATTAAGTGCACTGGCCATTATGAATCTGACGAACTGGCCGCCTTGATCAAGACTAACGATATCGATCTCTTCCTGTTTCCGAGTCAGTGCCCCGAAACGTACAGCTATACATTGAGTTTTGCGATGGAGTCAGGATTGCCCATCATCGCTCCCGATATTGGAGCTTTTCCGGAGCGGCTCAGTGGTCGAAACAGTACCCTGATCTATGAGTACGGGATGGAACCTGCCGTTTTGCTGTCAAAAGTCCAGATGTTCATTAAGGAACTGGCTGCCGGCCAAAGTTTACCCGCACCGTGTGTTGATAACTCGGCATGCCAGGATGATTTTTACAACACCGATTACCTCGCGTTATGCCATTGTGGATTCGACGGTGCCCGAGACAGTCAAGCTGTATTGCAACTACCGGTTAGGTCAGCTGTTTCGGCTGATATGGACAGTTTGTTGACCTATAAAGAGTTGATGCTGCTGGCTCTTTGGACTCTTTACCGTAAGCCTGGAATGCACAGGGTTCGGGATTCCGTTCCGTATGAGGTGCGTCAGAAGATCAAGAGGATGCTGACAAAACGGCCTTTATATGAAGTGGTCGGTGTCCATAAGAAATGA MLAESFEDFDIDKKFDVVTLIGVFEYANLFISGDSPGPKMLEKVRSLLKPDGLLIIAIENQLGLKYFAGAPEDHVSAPMFGVEGRYSSHTPQTYGKKALSSLLADAGFSTREFMAPFPDYKLPVSVVTERGFNESVFDACAFATQTVRRDPQLPKLTTFSLELSWPQIISNGLGLDMANSFLIAASAGSRKRVEPEVLAVHYSCDRRAVYCKRSEFRMNPNDGIRVHYEKLGKLAANASDEGTIVKFRLPESEPYIQGEVFVNKLIHIVNAEGWTYADVGAFLKQYVTVLGLVSETAGNELNILPGTLIDAVPQNIIVNGDSSPQLIDKEWALNSPVRLEFLLFKTLTQLLSSVTRFAKGAESGPVTRRGFVFKSCEAAGYPISDNDVKDFLLLEASVQNVINGREISEFLSWDGDQIITEDNLFSAFNVSQTLLAQTSRGLNVAEEEIDRLSKQLVEREAIYGAIVSSNSWLITKPLRFFARSLRKGSGCLQRGLEHSKKTLTAYLRGQEINASMLEATHGVVEEPVKRVRSISVILPIYRDVEMTRRCILAAMPGIIACESKLIALNDYSPDAGMQDMLLELQKQWPDVLMVLENQQNLGFVKTVNRGMRHRPEDDIVFLNSDVIVPVDWLERLASEAYIAPNIGTVTPFSNNATICSFPAFLLENEAAFGLSVDEIDSVFSNPRLPVAQVPTGVGFCMYVRRDCLELIGLLNEEKFGRGYGEENDLCQRGLKAGWLNIVTPNLYAFHEGGVSFSSSKQALTDHASKMIAELHPDYHLDIQRFIVADPLKSVRIRRFAQLIGSLDRPKVLHISHEAGGGVRQHLEELAEAVGSNACCLFLAPHRGTAAITLRMGLFTGADELVFQLPKDHSALVALLKACGVNLVHFHHSLGLNPALLELPAELDAAYALTVHDYYWLCGNPTLTNQRGFYPGAYADNIENPNFPLPRGVSAQDWREQLRGFIEHALKVIFPSSYTLSIYKRHYELANAVIAGHVEHLRNIHAAVTPLLTKSRYNVGVIGALGKEKGADYLEQMAAVAFSTQTPIDFKLIGFAYRELNGIKCTGHYESDELAALIKTNDIDLFLFPSQCPETYSYTLSFAMESGLPIIAPDIGAFPERLSGRNSTLIYEYGMEPAVLLSKVQMFIKELAAGQSLPAPCVDNSACQDDFYNTDYLALCHCGFDGARDSQAVLQLPVRSAVSADMDSLLTYKELMLLALWTLYRKPGMHRVRDSVPYEVRQKIKRMLTKRPLYEVVGVHKK NA NA NA NA NA D1-35_00659 1017 wecA Undecaprenyl-phosphate alpha-N-acetylglucosaminyl 1-phosphate transferase ATGAACTGGTTCTGGTTTTTGCTGTTCAGTTTCACCAGCGCGTTTGTTTTGACGGCGCTGTTGCGGCGCTATGCATTATGCAAAAGTTTAATCGATATGCCCAACGACCGTAGCTCTCATTCTATACCTACGCCGCGGGGTGGGGGGGTCGCTGTCGTCGTGACGTTTCTGGTCGCGCTGTCGGTACTGTTGTTTAAGCAATTGATCCCCGTCGATTTATTTCTGTCTGCGATTGGAGCTGGAGCATTTGTTGCAGTAATAGGTTTCATGGATGATCATGGGCATATTGCTGCGCGATGGCGGTTACTGGGACATTTTGCAGCAGCGATATGGGCTCTTTGTTGGATCGGCGGTCTAGCTCCTATAAGTGTATTTGGCGAGCATGTCAACTTAGGTTGGCTGGGGTCGATATTGGCTGCATTCTTCCTTGTCTGGATGCTTAATCTGTTCAACTTCATGGACGGTATCGATGGCATTGCAAGCATCGAAGTGATTACTGCTTGCTTGGGTGCATGTGTGCTGTATGCATTGGGCGATGCGGATCACTTGGTTTGGCCTGCTCTTTTGCTGGCCTCTTCCACTGCCGGATTTCTGCTATGGAATTTTCCACAGGCCCGAATTTTCATGGGGGATGCTGGCAGCGGGTTCCTGGGTATTATCCTTGGTATCGTCACGCTTCATGCAGCCTGGACATCATTTATGTTTTTCTGGGGCTGGTTGATTCTTTTAGGGGTATTTATCGTCGATGCATCCCTCACTTTATTTCGGCGTTTGATTCGCGGCGAGAAGGTCTATGAGGCGCACCGCAGTCATGCCTATCAAGTTGCATCGCGTAGATACCGCAGGCACTGGCCTGTGACCGTTGTGGTCGGAGGAATCAACTTGCTGTGGCTGTTACCCATCGCGGTGTGCGTCACATGGTACGGGTTGGATGGGGTTATAGGTTTGTCCCTGGCCTATTTACCCTTGGTACTGCTTGCGATCAAATACGAAGCGGGGCAGGCTGAAGCCGGATGA MNWFWFLLFSFTSAFVLTALLRRYALCKSLIDMPNDRSSHSIPTPRGGGVAVVVTFLVALSVLLFKQLIPVDLFLSAIGAGAFVAVIGFMDDHGHIAARWRLLGHFAAAIWALCWIGGLAPISVFGEHVNLGWLGSILAAFFLVWMLNLFNFMDGIDGIASIEVITACLGACVLYALGDADHLVWPALLLASSTAGFLLWNFPQARIFMGDAGSGFLGIILGIVTLHAAWTSFMFFWGWLILLGVFIVDASLTLFRRLIRGEKVYEAHRSHAYQVASRRYRRHWPVTVVVGGINLLWLLPIAVCVTWYGLDGVIGLSLAYLPLVLLAIKYEAGQAEAG PGPT0023190_118 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0023190-wbpL-K13007 NA NA D1-35_00660 987 hypothetical protein ATGAATACGCGCCCTTCTCACACCGAATTGAATCTGCACACAGCAGCCGGTATCGACTTGACAACTCATCACAGCAAAGTTGGTATTCTACTTTGCACCTATAATGGCGCTGCTTATATCCAGGAACAATTGCGCTCATTTGCAACCCAGACCCATAAGGATTGGGTAATCTACGCATCCGATGACGGTTCAAGCGACGACACCATAAAGCATCTCAAGAATTTCCAGCTCCAGAATGGAGAAGACCGCTTAATCATTCTAAATGGCCCGCATCAGGGCTTTGCAAAAAATTTCCTGTCTTTAATAAAAAACCGATCCATTGAAGCGGACTACTTCGCATTCAGTGACCAGGACGATGTCTGGTTTCCCGACAAATTAGAACGAAGTATCGCCCAGCTCGAGCCCCTGCAAGACACGCCGGCGCTTTACTGCTCCAGAACCCGTCTTGTTTCTGCCGACGGGCAGTTCATCGGGCTTTCGCCGCGCTTTTCAGCGCCTCCTCACTTTCGCAACGCATTGGTTCAAAGTATAGCCGGGGCCAACACAATGCTGATAAATCGTCAGGCCCGAGCGTTATTGGCGAAAACGCCCGACGAGTCAATAATTGTCGCCCACGATTGGTTGACGTATCTCTTGGTCAGCGGGTGTGGGGGCAAAGTTTTTTTCGATCAGACGCCCACCCTCGATTACCGGCAACATGACGGCAACCTGATCGGAGCAAACTCAGGCCTCAGGGCGCGACTGACTCGCTTGGTCAAGATGTGTACGGGACGGTTCAAAGAGTGGAGCGACCAGAACCTCAATGTATTGGCCGAATTCAAGCCGACATTGACAACGGAAAACCGACGCGCACTTGAACAATTCGAACAAGCGCGCCAAAGCGCCCTATTCCCTAGATTACGCCTGATGAAGGAAGCCGGAATATACCGACAGACGAGCAAAGGGAATGTCAGCCTCTTTCTCGCCGCGTGCCTTAATAAAATCTGA MNTRPSHTELNLHTAAGIDLTTHHSKVGILLCTYNGAAYIQEQLRSFATQTHKDWVIYASDDGSSDDTIKHLKNFQLQNGEDRLIILNGPHQGFAKNFLSLIKNRSIEADYFAFSDQDDVWFPDKLERSIAQLEPLQDTPALYCSRTRLVSADGQFIGLSPRFSAPPHFRNALVQSIAGANTMLINRQARALLAKTPDESIIVAHDWLTYLLVSGCGGKVFFDQTPTLDYRQHDGNLIGANSGLRARLTRLVKMCTGRFKEWSDQNLNVLAEFKPTLTTENRRALEQFEQARQSALFPRLRLMKEAGIYRQTSKGNVSLFLAACLNKI PGPT0023115_78 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0023115-rgpB-K12997 NA NA D1-35_00661 2010 pglF COG1086 UDP-N-acetyl-alpha-D-glucosamine C6 dehydratase GTGTTCGATGACGTTATGAAGGGGCTGAGGACGTTCCTCTTAGGCTTGCCGCGTCGGAAAAAACGCCTCATTCAAGTCGTTACAGATGTAGCCCTTGTGTGGTTGGCCCTCTGGCTGGCCTTCATCGTCCGCCTCGGCATAGATGACATGTATGATCCTTTGAAGGCTCATGTCTGGCTGTTCGCCTCCGCTCCTCTCATCGCCATTCCGTTATTCATCCGTTTCGGTATGTATCGAGCGGTCATGCGCTATTTTGGCAACGACGCTCTTGTAGCCATTATCAAGGCGGTCAGCCTTTCGTCGCTTGTTCTGGCGGTCGTTGTCTATTGGTACAGTAACCACCAAACGGTGATCCCACGATCGATCATCTTTAACTATTGGTGGCTGAGCCTTGTCATTATCGGCGGATTGCGGCTGTGTATGCGCCAGTATTTCATGGGGGATTGGTTTACGGCTGCCCAGCATGTGCCGTTTACCACTCGTGACGATGGCCTGACCAAGGTCGCCGTGTATGGGGCGGGCGTGGCTGGCAATCAGTTGGTTGCGGCGTTGCGCATGGGAAAGGTCATGCGTCCGGTCGCTTTTATTGATGACGACCCCGGCATTGCCGATCGTTCCATCTCGGGTCTTCAGGTTTACAAGCCCAAGCACATCCAGCAAATGATTGATGTAACGGGTGCGCAGGAAATTCTCCTTGCGTTGCCGTCGTCCACCCGTGCACGGCGCAGGGAGATCCTCAATCTGTTGGAGGGTTATCCGCTTCACATACGAAGCGTGCCGAACTTTACTGATCTGGCCAGTGGCCGGGTAAAAGTGGACGATATCCAGGAAGTCGACATCGCCGACCTGCTCGGTCGGGATGCCGTACCGGCTCGCCCTGACTTGCTCAGGCGTTGCGTCAAGGGTAAGACAGTGATGGTGACAGGCGCTGGGGGCTCAATCGGTTCGGAGCTGTGCCGGCAGATATTTTCCTTGGGGCCGACCACGCTTCTACTGTTCGATCACAGTGAGTTCAATCTCTACAGCATTCTGTCCGAGCTGCAGCAGCGTACTGATCGCGAGTCTACTTCGATCAAGTTGTTACCGATCCTGGGTTCTATCCGTCATCCGGAAAAATTGCTGGATGTGATGAAAACCTGGAAGGTGGACACCGTTTACCACGCGGCGGCGTATAAGCATGTGCCGATGGTAGAGCACAACATTGCCGAGGGCGTGTTGAACAACGTTATAGGTACGTTGAACACGGCGCAGGCTGCACTGCAGTCGGGGGTTTCCAATTTTGTTCTGATTTCCACCGACAAGGCGGTGCGGCCGACGAATGTCATGGGTAGCACCAAGCGTTTGGCTGAGTTGACGCTTCAGGCCTTGAGTCGGGAGGTTGCGCCTGTGTTGTTTGGCGACAGGGCTAATGTATCGCGGGTAAACAAGACCCGTTTCACGATGGTTCGCTTTGGCAACGTATTGGGTTCCTCGGGTTCGGTGATTCCTTTGTTTCACAGCCAGATCAAGTGTGGGGGGCCGCTGACGGTCACCCACCCGAAAATCACCCGTTATTTCATGACGATCCCCGAAGCTGCGCAGTTAGTGATCCAGGCGGGGTCCATGGGGCAGGGTGGGGATGTCTTCGTGTTGGATATGGGTGAACCGGTAAAGATTGTCGAGCTTGCGGAGAAGATGATTCATCTTTCCGGCTTGAGCATCCGTTCGGAGCGCAATCCCCAGGGTGACATTTCCATCGAGTTCACCGGCCTGCGGCCTGGTGAGAAGCTGTACGAGGAGTTGCTGATCGGCGACAACGTTGCGGCTACCGAGCATCCGATGATCATGACCGCCAACGAGGATCATTTGCCTTGGGACGTACTCAAGCTCAAGTTGGGCGAGTTGCTCGTCGCGGTCGAGGGAGATGATTACACTCGAGTGCGACAGCTGCTGCGCGAGACTGTCCACGGCTATACACCCGACGGCGAGATCGTCGACTGGGTGTACCAGCAGCGCCGTCTCGAACCCTGA MFDDVMKGLRTFLLGLPRRKKRLIQVVTDVALVWLALWLAFIVRLGIDDMYDPLKAHVWLFASAPLIAIPLFIRFGMYRAVMRYFGNDALVAIIKAVSLSSLVLAVVVYWYSNHQTVIPRSIIFNYWWLSLVIIGGLRLCMRQYFMGDWFTAAQHVPFTTRDDGLTKVAVYGAGVAGNQLVAALRMGKVMRPVAFIDDDPGIADRSISGLQVYKPKHIQQMIDVTGAQEILLALPSSTRARRREILNLLEGYPLHIRSVPNFTDLASGRVKVDDIQEVDIADLLGRDAVPARPDLLRRCVKGKTVMVTGAGGSIGSELCRQIFSLGPTTLLLFDHSEFNLYSILSELQQRTDRESTSIKLLPILGSIRHPEKLLDVMKTWKVDTVYHAAAYKHVPMVEHNIAEGVLNNVIGTLNTAQAALQSGVSNFVLISTDKAVRPTNVMGSTKRLAELTLQALSREVAPVLFGDRANVSRVNKTRFTMVRFGNVLGSSGSVIPLFHSQIKCGGPLTVTHPKITRYFMTIPEAAQLVIQAGSMGQGGDVFVLDMGEPVKIVELAEKMIHLSGLSIRSERNPQGDISIEFTGLRPGEKLYEELLIGDNVAATEHPMIMTANEDHLPWDVLKLKLGELLVAVEGDDYTRVRQLLRETVHGYTPDGEIVDWVYQQRRLEP PGPT0022960_46 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 D1-35_00662 336 hypothetical protein ATGCGTACAAGCTACCTCTACTCGGTGATCTTTGCCTTGCTTACCAGCGCCTCGATCGTTGCTATCGCGGCCCCAGCGGCCAAGCCGGTGTCAATGGCTGCGCAACAAGCGGTGGAGCAACCGGTCACCACGCAAAGCGCCAAGGTCGATATCAATGGGGCAGATGCTGCGACATTGCAGCGCGAGCTGTCCGGCATAGGCAAGGGTAAGGCGGAGGCGATTGTTGCATATAGGGATAGTAATGGACCTTTCTCTTCAGTGGAGGAGCTGCTGGAGGTCAAAGGGATCGGAAAGGCGATCCTCGACAGAAACCGCGACAAACTGGAAGTGAATTGA MRTSYLYSVIFALLTSASIVAIAAPAAKPVSMAAQQAVEQPVTTQSAKVDINGADAATLQRELSGIGKGKAEAIVAYRDSNGPFSSVEELLEVKGIGKAILDRNRDKLEVN PGPT0029410_3021 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 D1-35_00663 654 hypothetical protein ATGACTAGCTCTCTCTCCCTGGCCGACCAGATCACCCTCGAACTGCGAGCCGATATTATCGGCGGTCGCCTGGTTCCAGGCATGGCGCTGATAGAAAACAACCTGGCATCCGCCTATAACGCATCACGCAATACCATCCGTGAAGCCTTGCATCGTCTCGGCCAGGAAGGGTTGACCCGTTACGTGCGTAACAAAGGGGTGATGGTCCGTAGGTTGGATGCCGATGACGTGCGGGATCTGTTCAAGGTCCGTCGTACCTTGGAGCTACAGGCCATCATGGCCAGCAAGCCCTTGAGCGACTATCAGTCCGACCGGATGCTCGAAACCCTTGAAGCGGCTGAGCTGGCTCGTGAGCGCGAGGACTGGCGCGCCGTCGGGACCCACGGCTTGGCGTTCCACCAGCACATCGTTGGGCTGATGCGCAGTCCTTTGCTTGATGAGTTTTTCACTAACGTGGTTGCCCAGATGCGCCTGGTGTTCTGTTCCGCTCCCGATGAGGCGCGCTTCCAGGCGCCTTGGCTCGCCCGAGATCGACAAATCCATGACTGGTTGGCTGAAGGCAACAAGCTCGCAGCCCTGGAGGGGATGAACCTTTATCTCGACGATTCCGAACAGTTGCTTCTGCACCTGTTGGTTTGCGCCACACCTCAATGA MTSSLSLADQITLELRADIIGGRLVPGMALIENNLASAYNASRNTIREALHRLGQEGLTRYVRNKGVMVRRLDADDVRDLFKVRRTLELQAIMASKPLSDYQSDRMLETLEAAELAREREDWRAVGTHGLAFHQHIVGLMRSPLLDEFFTNVVAQMRLVFCSAPDEARFQAPWLARDRQIHDWLAEGNKLAALEGMNLYLDDSEQLLLHLLVCATPQ NA NA NA NA NA D1-35_00664 852 hypothetical protein ATGTACAAAGACTACCCCGCTGCTTACCAGGTCAGCAAAGGCTCAGCCTTGCAAGTAGACCAACCCTTCTACGAGCGCATCCGCGCCGAGCAGGGCAAGCGCACGCTCATCGAGCAGTTCGAGGTGCCGATCCGCACCGGTCGCGCTTGGCATGTGCCAGCGGGGCATGTGTTTCGCGTCACCACACCGGTGGGGCCGCAGGTGGGAGACTTCAACGTCTGGAATGCCCATGATCCGCGAGAGCGCCTGTGGGCTGCGCGTACTCGGCAACTCCAGGGCGCGCATGTCAGCACCCACGATCGGTTGTGGTCGAATTTGCCGTTTCTACGTCCACTGGTGACGATCACTGATGACAGCCTGGCCGGCTACGGCATCGACGAGCATGGCGGGCGTCTACATGATCTGTTGGGGACGCGTTGTGATCCTTACGTGAACAAGATGCTGACCGGTGAGGATTTCCATCATCATTGCCACTCGAATCTGACCCGGGCGGTATTGCCTCATGGTTTGACCGAGTTCGATGTGCACGATGTGTTGAATATTTTCCAATGCACCGGGCTGAATCATGACGACATGTATTTCATGAAGGCGTGTCCGGCGCAGAAGGGTGATTACTTGGAATTCTTCGCAGAGATTGATTTGTTGTGCGCGTTATCGACCTGTCCTGGGGGGGATCTGTCGTTGGCCATGTGGGGGCCGGATGCCGAGGATCCTTTAAGCGTCTGTCGTCCGCTGGGGGTGGAGGTTTACCGGTTGGAGGATTCGTTGTTGCAGGGCTGGAGTCAACCGGAGCGGGCGGCTTACAAGGGGCTGCATGGGTTGCATATTGCCAAGGCGGATTGGGAGAAGTAA MYKDYPAAYQVSKGSALQVDQPFYERIRAEQGKRTLIEQFEVPIRTGRAWHVPAGHVFRVTTPVGPQVGDFNVWNAHDPRERLWAARTRQLQGAHVSTHDRLWSNLPFLRPLVTITDDSLAGYGIDEHGGRLHDLLGTRCDPYVNKMLTGEDFHHHCHSNLTRAVLPHGLTEFDVHDVLNIFQCTGLNHDDMYFMKACPAQKGDYLEFFAEIDLLCALSTCPGGDLSLAMWGPDAEDPLSVCRPLGVEVYRLEDSLLQGWSQPERAAYKGLHGLHIAKADWEK PGPT0001000_182 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0001000-ycgI-K09967 NA NA D1-35_00665 168 hypothetical protein ATGCCCTGGTATGCCTGGTTGATCCTGATCGTCGCCATCGGCTCGATCGTTGGCGGCCTGATGATGCTGCGTGACACCGCCAACAAGGTGGAACTGACGGATGAGCAACGCAAACGTGTTGCCGAGCGCAATGCGGAAATGGATGCGAAAGAGGCCAAGGACCGCTGA MPWYAWLILIVAIGSIVGGLMMLRDTANKVELTDEQRKRVAERNAEMDAKEAKDR NA NA NA NA NA D1-35_00666 1365 yhdG_1 COG0531 putative amino acid permease YhdG ATGAACACACAACTCAAACCCACCCTGGGCACCCTGCACTTATGGGGCATCGCCGTTGGCCTGGTGATTTCCGGTGAGTATTTCGGCTGGAGTTACGGCTGGGGAGTCGCCGGAACGCTGGGCTTTCTGGTGACGTCGTTCATGGTCGCGGCCATGTACACCTGCTTCATCTTCAGCTTTACCGAACTGACCACCGCCATTCCCCACGCTGGCGGACCGTTCGCTTACAGCCGTCGAGCCTTTGGCGAAAAAGGCGGCTTGATCGCCGGCCTGGCAACCCTGATCGAATTTGTCTTCGCACCACCGGCCATTGCCTTGGCCATCGGCGCCTACCTGAATGTGCAATTCCCGGCGCTCGACCCGAAACACGCTGCCGTCGGCGCCTACATCGTGTTCATGGGCCTGAACATCCTCGGGGTGAAACTGGCCGCGACCTTCGAGCTGATCGTCTGCGTGCTTGCCGTCGCCGAGTTGCTGGTCTTCATGGGCGTGGTCGCACCCGCGTTCAGTTTCAGCAGCTTTGCCCTGAACGGCTGGGCCGGTTCCGACGTGTTCGGTGCACCGGCCATTGCCGGAATGTTCGCCGCCATTCCCTTCGCGATCTGGTTCTTCCTCGCCATCGAAGGCGCGGCCATGGCCGCTGAAGAAGCCAAGGATCCGAAACGCACGATCCCCAAAGCCTACATCAGCGGCATCCTGACGTTGGTGTTCCTGGCCATGGGCGTGATGTTCTTCGCCGGTGGCGTCGGTGACTGGCGCACCCTGTCAAACATCAACGATCCCCTGCCGCAAGCCATGAAAACCGTCGTCGGTGAAAGCTCCGGCTGGTTGCACATGCTGGTGTGGATCGGCCTGTTCGGCCTGGTAGCCAGTTTCCACGGGATCATCCTTGGCTACTCACGCCAGTTCTTCGCCCTGGCCCGCGCCGGTTACCTTCCCGCGTCCCTCGCCAAACTGTCACGCTTCCAGACCCCACACCGGGCCATCATCGCCGGCGGCCTGATCGGCATCGCGGCGATCTACAGCGACGGCCTGATCAACCTCGGCGGCATGACCTTGACCGCGGCCATGATTACCATGGCCGTGTTCGGCGCAATCGTCATGTACATCATGAGCATGCTCAGCCTGTTCAAACTGCGCAAAACCGAACCGAATCTCGAACGTACGTTCCGCGCCCCCGGCTATCCGATCGTACCGGGGATCGCCCTGGCGCTGGCGGTGGTGTGCCTGGTGGCGATGGCCTGGTTCAACACGCTGATCGGGCTGATCTTCCTCGGCTTCATGGCAGTCGGCTTCGTCTATTTCTTCCTCACGGCACAACTGCGCGCAGACGCGCCGGCCGATGCGATGTTGACCGGGCTATAA MNTQLKPTLGTLHLWGIAVGLVISGEYFGWSYGWGVAGTLGFLVTSFMVAAMYTCFIFSFTELTTAIPHAGGPFAYSRRAFGEKGGLIAGLATLIEFVFAPPAIALAIGAYLNVQFPALDPKHAAVGAYIVFMGLNILGVKLAATFELIVCVLAVAELLVFMGVVAPAFSFSSFALNGWAGSDVFGAPAIAGMFAAIPFAIWFFLAIEGAAMAAEEAKDPKRTIPKAYISGILTLVFLAMGVMFFAGGVGDWRTLSNINDPLPQAMKTVVGESSGWLHMLVWIGLFGLVASFHGIILGYSRQFFALARAGYLPASLAKLSRFQTPHRAIIAGGLIGIAAIYSDGLINLGGMTLTAAMITMAVFGAIVMYIMSMLSLFKLRKTEPNLERTFRAPGYPIVPGIALALAVVCLVAMAWFNTLIGLIFLGFMAVGFVYFFLTAQLRADAPADAMLTGL NA NA NA NA NA D1-35_00667 90 hypothetical protein ATGAGTGTTCTGGACGGGGTGTCATTGCTGCTGGCAGTGGCGCTGTTCATTTATCTGCTGGTTGCGCTGTTGCGCGCGGATCGGAACTAG MSVLDGVSLLLAVALFIYLLVALLRADRN PGPT0002765_59 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002765-kdpF-K01545 NA NA D1-35_00668 1695 kdpA COG2060 Potassium-transporting ATPase potassium-binding subunit ATGCACGGTTATGACTTCGGGCTGATCCTCGGCTTTTTTGCTCTGGTGCTGATTCCGGCACCGTTTCTGGGACGGTTTTACTACCGGGTGATGGAGGGCCAGCGTACCTGGCTGTCGCCGATTCTTGGGCCGGTGGAGCGCGGTTGCTACAAGGTGGCCGGCATTGATCCGACTGCCGAGCAGAGTTGGCAGAAGTACACCCTGGCCTTGCTCGCATTCAATCTGGCGGGATTTGTGCTGTTGTTTGCGATCCTGTTGTTGCAGGGTCATTTGCCACTTAACCCGGAAAACCTGCCAGGCATGGAATGGACCCAGGCCTTCAATACGGCGGTCAGCTTCGTGACCAACACCAACTGGCAGTCCTACAGCGGGGAGGCGTCCCTCAGCTATTTGAGCCAGATGGTCGGTCTGACGGTGCAGAACTTCGTCAGCGCCGCCACCGGCTTGGCCGTGCTGGTGGCGCTGTGTCGTGGGATCGGGCGCAAGTCCGCGACGACGTTGGGCAATTTCTGGGTCGACATGACCCGTGCCACCCTCTATGGACTGTTGCCGCTGTGCCTGCTGCTGGCGCTGTTTCTGGTGTGGCAGGGCGTGCCGCAAACCTTCGCGCAGTATGTGCACGGGGTGACGATGCAGGGCGTCGACCAGGTGATTCCATTGGGCCCGGCCGCCAGCCAGATTGCAATCAAGCAACTGGGCACCAACGGCGGTGGTTTTTTCGGTGTCAACTCGGCGCACCCGTTCGAGAACCCGACGGCCTGGAGCAATCTGTTTGAAGTCGCGTCGATCATCCTGATCCCGGCGGCGCTGGTGTTCACGTTCGGCCATTACGTCAAGGACCTGCGCCAGAGTCGGGCAATCATCGCCTGCATGCTGGCGCTGTTCCTGATCGGCGGCGCGACGTCGCTGTGGGCGGAATTCCAACCCAACCCGGCCCTTGATAACGCGGCCGTTGAACAGGCCGCGCCGCTGGAAGGCAAGGAGTCACGTTTCGGCACCACGGCCACGGTGCTCTGGTCGGTGACCACCACGGCAGCCTCGAACGGCTCGGTCAACGCGATGCACGACAGCCTCAACCCGCTGAGCGGCATGATCGCGCTGGTGAACATGATGCTGGGCGAAGTAATTTTCGGCGGTGTTGGCGCCGGGCTCTACGGGATGCTGCTCAACGTGTTGATCGCGGTGTTCCTGGCCGGGTTGATGATCGGTCGTACGCCGGAATACCTGGGCAAGAAACTCGGCGCCCGGGAAGTGCAGTTGCTGGTGGTGACGCTGCTGGTGATGCCGGTGAGTGTGCTGGTGCTCGGCGCGATTGCCGCAGGCCTGCCCGGGCCCGCCGCGGCGGTGAGCAATCCTGGCGCTCATGGCTTCAGTCAGTTGCTCTACGCCTACACCTCGGCGGGGGCGAACAACGGTTCTGCGTTTGCCGGTTTCGGCGCGAACACGCCGTTCCATAACCTGATGCTGGGCCTGGGCATGTTGATTGGCCGTTTCGGCTACATCCTGCCGGTGCTGGCGTTGGCCGGCAGCCTGGCCCTGAAGAAAACCGCACCGATCGGCCAGAACAGCTTCCCGACCCACGGCCCGCTGTTCGTGACCCTGCTGACCGTGACCATCCTCCTGGTGGGTGGCCTGACGTTCTTGCCGACCCTGGCCCTGGGGCCGATCGCCGAACACCTGAGCATGGGTTTCTGA MHGYDFGLILGFFALVLIPAPFLGRFYYRVMEGQRTWLSPILGPVERGCYKVAGIDPTAEQSWQKYTLALLAFNLAGFVLLFAILLLQGHLPLNPENLPGMEWTQAFNTAVSFVTNTNWQSYSGEASLSYLSQMVGLTVQNFVSAATGLAVLVALCRGIGRKSATTLGNFWVDMTRATLYGLLPLCLLLALFLVWQGVPQTFAQYVHGVTMQGVDQVIPLGPAASQIAIKQLGTNGGGFFGVNSAHPFENPTAWSNLFEVASIILIPAALVFTFGHYVKDLRQSRAIIACMLALFLIGGATSLWAEFQPNPALDNAAVEQAAPLEGKESRFGTTATVLWSVTTTAASNGSVNAMHDSLNPLSGMIALVNMMLGEVIFGGVGAGLYGMLLNVLIAVFLAGLMIGRTPEYLGKKLGAREVQLLVVTLLVMPVSVLVLGAIAAGLPGPAAAVSNPGAHGFSQLLYAYTSAGANNGSAFAGFGANTPFHNLMLGLGMLIGRFGYILPVLALAGSLALKKTAPIGQNSFPTHGPLFVTLLTVTILLVGGLTFLPTLALGPIAEHLSMGF PGPT0002740_1196 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002740-kdpA-K01546 NA NA D1-35_00669 2055 kdpB COG2216 Potassium-transporting ATPase ATP-binding subunit ATGAATATGCCAATGAGCAAAACCGTCGTCGCCAAGGCGCCGGAACAACCGCAAACCCAGCTGTCGGCGCTGTGGCGGCCGGCGCTGGTGCAAGCCTTCGTCAAGCTCGATCCGCGCCAGTTGCACCGCGCCCCGGTAATGCTGGTGGTGGAGCTGACCGCAATCCTCACCACCGTGCTCTGCCTGGTTCCCGACGACGCCGTGCCGACTTTCGTCGCTGCCCAGATCGCCCTGTGGCTGTGGTTCACCGTGTTGTTTGCCAACTTCGCCGAAGCCTTGGCCGAAGGTCGTGGCAAGGCCCGTGCCGACAGTCTCAAGGCTGGCAGCGAAGGCCTGAGTGCTCGCCGCCAGACGGCGGACGGCTTTGAAGTGATTCCCGCCACCCGTTTGCGCAAAGGTGACGTGGTGCGTGTCGCCGCAGGGGAAATGATCCCTGGCGACGGGGAAGTGATCGAGGGCATCGCGGCCGTCAACGAAGCGGCGATCACCGGGGAGTCGGCACCGGTCATTCGCGAATCCGGCGGGGACCGTTCGGCCGTCACCGGCAACACTCGGCTGGTCTCCGACTGGTTGCTGGTACGCATCACCAGCAATCCCGGCGAATCCACCCTGGACCGCATGATTGCCTTGGTCGAAGGCGCCAAGCGCCAGAAAACCCCGAACGAAGTGGCGCTGGACATCCTGCTGATCGGCCTGACGCTGATCTTCCTGCTGGTGGTGGTGACGCTGCAGCCGTTCGCCCATTTCGCCAATGGCAGCCTGCCGCTGGTGTTTCTGGTAGCACTGTTGGTGACCTTGATTCCCACCACCATCGGCGGGCTGCTGTCGGCGATCGGCATCGCCGGGATGGACCGTCTGGTGCGCCTGAACGTCATCGCCAAATCCGGCCGTGCGGTGGAGGCGGCGGGCGATGTCCACGTGCTGATGCTGGACAAGACCGGCACCATCACCTTTGGCAACCGTCGCTGTGCGGCGATCTATGCCGCTCCTGGGGTGAGCGCCAGGGAACTGGCTGAAGGCGCGTTGTTCGCCTCGTTGGCCGATGATACGGCCGAGGGCAAATCCATCGTCGAGTATCTGCGCGGCTTGCATCCCCAACCCGAGCCTGCTTTGGACGCGCTGACGGCGGTGCCATTCAGCGCCGAGACGCGGTTGTCCGGCGTGGATCATCAGGGGCGCGTCTATCGCAAGGGCGCGGTGGATTCCTTGCTGAGTTTCATCGGCCTGCCACGCAACGAGCTGCCGCCGGTACTGGCGCGGGAAATCGACAAGATCGCCCAAAGCGGCGGCACGCCGTTGCTGGTCTGCGTGGACGGCAGATTGCTCGGTGCCATTCACCTCAAGGATGTGGTCAAGCCCGGCATCCGCGAGCGCTTTGCCGAGCTGCGCAAGCTGGGCATCCGCACCGTCATGGTCACCGGTGACAACCCGCTGACCGCTGCCGCGATTGCCGCCGAGGCGGGCGTCGATGATGTGCTGGCGGAGGCCACGCCGGAGAAAAAACTGGCGCGCATCCGTCACGAACAGAACGACGGCCGGCTGGTCGCCATGTGCGGCGACGGCGCCAACGACGCCCCGGCCCTGGCCCAGGCCGATGTCGGCATGGCGATGAACGACGGCACCCAGGCGGCGCGGGAGGCGGCCAACATGGTCGATCTCGACAGCGACCCGACCAAGTTGCTGGACGTGGTCCAGATCGGCAAGGAATTGCTGGTAACCCGCGGGGCCCTGACGACCTTTTCCATCGCCAATGACATCGCCAAGTACTTTGCGATTTTGCCGGCGCTGTTCGCCTCGATTTATCCACAGCTCGGCGTGTTGAACGTCATGCACCTGAACAGCCCACAGAGCGCGATCCTCTCGGCCATCGTCTTCAATGCCCTGATCATCGTCGTGCTGATTCCCTTGGCCTTGCGTGGCGTGCGAGTGCAGGCGGCAAGTGCGGCGGCGTTGCTGCGACGCAATCTGCTGATCTACGGCCTCGGCGGGATCGCGGTGCCGTTCGTGGGGATCAAGGCGATTGATCTGTTGCTGACGGGGTTGGGGTTGGTTTGA MNMPMSKTVVAKAPEQPQTQLSALWRPALVQAFVKLDPRQLHRAPVMLVVELTAILTTVLCLVPDDAVPTFVAAQIALWLWFTVLFANFAEALAEGRGKARADSLKAGSEGLSARRQTADGFEVIPATRLRKGDVVRVAAGEMIPGDGEVIEGIAAVNEAAITGESAPVIRESGGDRSAVTGNTRLVSDWLLVRITSNPGESTLDRMIALVEGAKRQKTPNEVALDILLIGLTLIFLLVVVTLQPFAHFANGSLPLVFLVALLVTLIPTTIGGLLSAIGIAGMDRLVRLNVIAKSGRAVEAAGDVHVLMLDKTGTITFGNRRCAAIYAAPGVSARELAEGALFASLADDTAEGKSIVEYLRGLHPQPEPALDALTAVPFSAETRLSGVDHQGRVYRKGAVDSLLSFIGLPRNELPPVLAREIDKIAQSGGTPLLVCVDGRLLGAIHLKDVVKPGIRERFAELRKLGIRTVMVTGDNPLTAAAIAAEAGVDDVLAEATPEKKLARIRHEQNDGRLVAMCGDGANDAPALAQADVGMAMNDGTQAAREAANMVDLDSDPTKLLDVVQIGKELLVTRGALTTFSIANDIAKYFAILPALFASIYPQLGVLNVMHLNSPQSAILSAIVFNALIIVVLIPLALRGVRVQAASAAALLRRNLLIYGLGGIAVPFVGIKAIDLLLTGLGLV PGPT0002745_1469 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002745-kdpB-K01547 NA NA D1-35_00670 546 kdpC COG2156 Potassium-transporting ATPase KdpC subunit ATGTTCACCATGATTCGCCCGGCCCTGAGCCTGTTATTGCTGATGACCCTGATCACCGGCGTCGCCTACCCATTGTTCGTCACCGGCGTGGCACAAATCGCTTTTCCGGAGCAGGCCAACGGCAGTCTGATCCACGATGCCGACGGCAAGGTCCGCGGTTCCCGATTGATCGCCCAGGACTTCACCGGCGATGCCTGGTTTCATCCGCGCCCTTCGGCCGGCGCCTTCGCCACGGTCGCCAGCGGCGCGAGCAACTTTTCCCCGAGCAACCCGGCGCTGGCCGCCCGGGTCATCGATGACGCCGGCAAGCTGCAAGTGCCCGGCCAGGGACCGGTGCCCCTGGCGCTGCTGAGCACTTCCGGCAGCGGCCTGGATCCGCACTTGCCTCCGGCCGCGATTGCCTATCAACTGGCGCGTGTCGCCGCGGCGCGCAACTTGCCGGTGTCGACGTTGCAGCAGTTGCTTGACAGCCATATCGAGCGGTCCCTGGTGGGCCCGCCCGTGGTGAATGTGCTGGCGCTGAACCTGGCCCTGGAAAACCTGTAA MFTMIRPALSLLLLMTLITGVAYPLFVTGVAQIAFPEQANGSLIHDADGKVRGSRLIAQDFTGDAWFHPRPSAGAFATVASGASNFSPSNPALAARVIDDAGKLQVPGQGPVPLALLSTSGSGLDPHLPPAAIAYQLARVAAARNLPVSTLQQLLDSHIERSLVGPPVVNVLALNLALENL PGPT0002750_2140 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002750-kdpC-K01548 NA NA D1-35_00671 2652 kdpD COG2205 Sensor protein KdpD ATGAGCGACTCCGGCCGCGCCGATGCACTATTAGCCAACCTGCCACGCAACGACCGTGGCCGCCTCAAGGTTTTCCTCGGCGCCGCCCCAGGCGTGGGCAAGACCTACGCCATGCTGCAAGCGGCCCATACCCGGTTGCGCCAAGGAACAAACGTCATCGCCGCGGTCGTCGAGACCCACGGGCGCGCCGAGACCGAAGCCTTGTTGAATGGCCTGGCGCAACAGCCGATGGTGCGTTCGGAATACCGCGGCGTGATGCTCGAGGAGATGGATCTCGACGGCCTGCTTGCCGCTCGCCCGAGCCTGGCGCTGGTGGACGAGCTGGCCCACAGCAACGCCCCCGGCAGCCGCCATGCCAAGCGCTGGCAAGACATCCAGGAACTGCTCGCCGCCGGTATCGACGTCTTCACCACGGTCAACGTCCAGCATCTGGAAAGCCTCAACGATCAGGTTCGTGGCATCACCGGAGTGCAGGTGCGCGAGACTTTGCCGGACTGGGTCTTGCAGGAAGCCGATGAGCTGCTGCTGATCGACCTGCCACCGCGCGAACTGCTGGAGCGTCTGCGCGACGGCAAGGTCTATGTGCCGGAACAGGCCCGCGCGGCGATCGATGCGTTTTTCACCCAGACCAATCTCACCGCCCTGCGTGAGCTGGCCATGCAGACCGCTGCCGCGCAAGTGGACAACGACCTGGCCCAGGGTTATCGGCAACTGGGCCAGTCGGCTCCAGCGGTCCAGGGCCGGTTGCTGGTGGGCGTGGACGCTGATCACCAGGCCGAACGGCTGGTGCGCCACGCCAGCCGGGTCGCCCAGCGCCGGCATCTGCCCTGGAGCGTGGTGCATGTAGACAACGGCACGGCACGGGACGAGTCCTCGCGCCAGCGTCTGCAGAGCGCCCAGCAACTGGCGGAACGCCTTGGCGGGGAGGTGGTGCTGCTGCGGGCGGGAGAGGTCGCCAGGACGCTCATCCAGCACGCGATGCAACGGCGTGCCACGTTGGTGTTGGTCGGCCAGTCCCGCCGGCGTTTGCGCAGGCGCCTGTTCGGCGGCGGCCTGGCTTCGCGATTGCTGCGCGATGCCCGTGGGCTGGAGATCAACGTGCTGGACGGCGATGAAACACCGCCGCCGCCCCGCCTGCGTCCGGGCACCGTCCAGACCGGGTTCGACTATGCGCTGGCGGTGGTGGCTACGCTGGCCGCCAGTGCCCTGGCCTGGGGGATTTCCGGGTTGCTTGCGTTGCCCAATATCTCCCTGGTATTCCTGATGGCGGTGTTGCTGGTGGCGGTGCGCAGCAGCCTCGGCCCGGCGCTGGCCTGTGCGGCGCTGTCGTTCCTGGCGTACGACTTTCTGTTCATCCCGCCGAATTTCTCCCTGACGATCCAGCGCGAAGAAGACGTACTGACGCTGGTGTTTTTCCTCTTGATGGCCGCCCTGACCGGCAATCTCGCGGCGCGCCAGCGTCGGCAATTGCAGGCGCTGCGCGACACCCAGCAGGAAACCGCTGAGCTGCTGGATCTGTCGCGCAAACTGACGGCCGCGACCGATCGCCAGGCCGTAATCAGCGCCGCCGTGCAACACCTCAACAGCGAGGGCGATCTGCAACTGTGCCTGCTCAAGCGCGACGCACAGCACGGCTGGCACGTCGAGACGGCAGAACCGTTGACCTTCACCGAGGCCGAGCGCGCTGCCGCCGACTGGTCCTGGCAGCACGATCAGCCGGCCGGCGCCGGCACCGCGACGCTGCCGTCCGGGCGCTGGTGGTGGTGGCCCTTGTCGTCCGAGGGTGGCCCGCTGGGCCTGTTGGGAGTCTGCCTGAAGGACGGCAAGCCGTTGAGCGGTCAGCGTCGCCGCTTGCTGGCGGCGCTCAGCCAGCCGCTGGCCCAGGCGCTGGCTCGGGCGCAGCTGGCGCAGGACCTGGAAGCGGCGCGGCTGCACGGCGAAACCGAGCAATTGCGCAGCGCCTTGCTGGCCTCCGTCTCCCATGATTTACGCACACCCTTGACTTCCATGCGCGGCAGCATCGACAGCCTGCTGGCGCTGGGCGAGGCGATCCCGCTGCAGGACCGTCGCGAATTGCTCGAAGGCACCCGCGACGAAGCCGAGCGCCTGGATCGTTATATCCAGAACCTGCTCGACATGACCCGCCTCGGCCACGGTGCGCTGAAGCTGGCGCGCGATTGGGTATCGCCGGCCGACATCGTTGCCAGTGCGTTGAACCGGTTGCGGGCGGTACTGGCGCCACTGGCGGTCAGCATCGAAGTGCCAACCGGCTTGCCGCTGTTGTATGTCCATGCGGCGCTGATCGAACAGGCGCTGGTCAACGTGCTGGAAAACGCCGCGCGGTTTTCGCCGGCCCATGGTCGGTTGCTGTTGAGCGCCGCAGCGACGACCGATGAAATATGCTTCGCCGTGGCCGATGAAGGGCCCGGAATTCCCGAGCCGGAGCGTGAGAAAATCTTCGACATGTTCTACACCGCTGCGCGCGGCGACCGTGGCGGGCAGGGCACCGGGCTGGGGCTGGCGATCTGTCAGGGCATGGTCGGCGCCCATGGCGGGCGGATCAGCGTCGACGAGGGGCTCGATGGGCGCGGCACCTGCATCACCTTGCACCTGCCCTTGCAGGCACAACCGGGCATGGACGATGAAGCCTGA MSDSGRADALLANLPRNDRGRLKVFLGAAPGVGKTYAMLQAAHTRLRQGTNVIAAVVETHGRAETEALLNGLAQQPMVRSEYRGVMLEEMDLDGLLAARPSLALVDELAHSNAPGSRHAKRWQDIQELLAAGIDVFTTVNVQHLESLNDQVRGITGVQVRETLPDWVLQEADELLLIDLPPRELLERLRDGKVYVPEQARAAIDAFFTQTNLTALRELAMQTAAAQVDNDLAQGYRQLGQSAPAVQGRLLVGVDADHQAERLVRHASRVAQRRHLPWSVVHVDNGTARDESSRQRLQSAQQLAERLGGEVVLLRAGEVARTLIQHAMQRRATLVLVGQSRRRLRRRLFGGGLASRLLRDARGLEINVLDGDETPPPPRLRPGTVQTGFDYALAVVATLAASALAWGISGLLALPNISLVFLMAVLLVAVRSSLGPALACAALSFLAYDFLFIPPNFSLTIQREEDVLTLVFFLLMAALTGNLAARQRRQLQALRDTQQETAELLDLSRKLTAATDRQAVISAAVQHLNSEGDLQLCLLKRDAQHGWHVETAEPLTFTEAERAAADWSWQHDQPAGAGTATLPSGRWWWWPLSSEGGPLGLLGVCLKDGKPLSGQRRRLLAALSQPLAQALARAQLAQDLEAARLHGETEQLRSALLASVSHDLRTPLTSMRGSIDSLLALGEAIPLQDRRELLEGTRDEAERLDRYIQNLLDMTRLGHGALKLARDWVSPADIVASALNRLRAVLAPLAVSIEVPTGLPLLYVHAALIEQALVNVLENAARFSPAHGRLLLSAAATTDEICFAVADEGPGIPEPEREKIFDMFYTAARGDRGGQGTGLGLAICQGMVGAHGGRISVDEGLDGRGTCITLHLPLQAQPGMDDEA PGPT0002755_1276 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002755-kdpD-K07646 NA NA D1-35_00672 699 kdpE COG0745 KDP operon transcriptional regulatory protein KdpE ATGAGCCAGAACGCGACCCTTTTGGTCATCGATGACGAACCGCAGATCCGCAAGTTCCTGCGGATCAGCCTGACCTCGCAAGGCTACAAGGTGCTCGAAGCCGAGACCGGCGCAGCGGGCCTGGCCCAGGCGGCGTTGAACAAGCCTGATCTTCTGGTGCTCGACCTTGGCCTGCCGGACATGGACGGCCAGCAGGTACTGCGCGAGTTTCGCCAATGGTCTGCCGTGCCGGTGCTGGTCCTGTCAGTACGCGCCAGCGAAGCACAGAAGGTCGAGGCGCTGGACAACGGTGCGAATGACTACGTGACCAAGCCTTTCGGCATCCAGGAGTTCCTCGCCCGGGTGCGCGCGCTCCTGCGCCAGGCGCCAGCGGGCGAGGCACCGTCGGCGGCATTGACGTTCGGCCCGCTGACGGTCGACCTGGCTTACCGCCGGGTCCTGCTGGACGGCGCCGAAGTGGCCCTGACCCGCAAGGAATACGCGGTGCTGGCGCAACTGGCGCGGCATCCAGGGCGGGTCATCACCCAGCAACAATTGCTCAAGGACATCTGGGGCCCGACCCACGTCGAAGACAGCCATTACCTGCGCATCGTCATCGGTCACCTGCGGCAGAAACTCGCCGACGACCCGACTCGGCCGCGGTTCATCGTGACTGAGGCGGGCGTGGGGTATCGGTTGTTGGAGGAGGGTGGGTTTTAG MSQNATLLVIDDEPQIRKFLRISLTSQGYKVLEAETGAAGLAQAALNKPDLLVLDLGLPDMDGQQVLREFRQWSAVPVLVLSVRASEAQKVEALDNGANDYVTKPFGIQEFLARVRALLRQAPAGEAPSAALTFGPLTVDLAYRRVLLDGAEVALTRKEYAVLAQLARHPGRVITQQQLLKDIWGPTHVEDSHYLRIVIGHLRQKLADDPTRPRFIVTEAGVGYRLLEEGGF PGPT0002760_680 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002760-kdpE-K07667 NA NA D1-35_00673 1038 COG1752 putative NTE family protein ATGACAAAACGTGTCGCATTGGTATTGGGCTCGGGCGGCGCCCGGGGCTATGCCCATATCGGAGTGATCGAGGAAATCGAACGACGCGGCTATGACATCGCCTGTATCGCCGGTTGTTCCATGGGGGCGGTCGTAGGCGGGATCTACGCGGCGGGCAAACTCGAAGACTACCGCAACTGGATCGAAAGCCTCGACTACCTGGATGTGCTCCGGCTGGTGGATGTCAGCTTTCGCCTCGGGGCCATTCGCGGCGAAAAAGTCTTCGGGCAGATCCGCAAGATCGTCGGCGAGCTCAATATCGAAGACCTGCGCATTCCTTACACGGCGGTAGCCACCGACCTGACCAACCAGCAGGAAATCTGGTTCCAGGAAGGTTGCCTGCACCAGGCGATGCGCGCCTCGGCGGCGATTCCCAGCCTGTTCACCCCGGTGATGCAAGGCAACCGCATGCTGGTGGATGGCGGCTTGCTCAATCCGCTGCCGATCGTGCCGGTGGTGTCGAGCCATTGCGACCTGATCATCGCGGTCAACCTCAACGCCACCAACCAGAAACAATACCGGTTGCCTGTGATCCAGCGCCCCGCCGCGTTCCGGCGGCGCTTCGACACCTTGGTCAGTTCCCTCGGTTCACGGTTGCCGTTTCGCCGCAAACAAGCCGAGCAACTGTTGCTGTTGGAACAGGAAGCGCTGAAGGCCGAGGCGGCCGATATCAACCCATGGCTCGATTCGGCCGAGCCGGAAGGCCAGCAACCGGCCGCCGCGCCCGAAATCGAAGGCGCGCCGAAATCCGCCACCGGATCTTTCATCATCGATAACGTCGGACCGGCCTCGTTGCTCGATCTGATCAACCAGAGCTTCGAGGTGATGCAGACGTCGCTGGCCCAATACAAGATCGCCGGCTACCCGCCGGATGTGCTGATCAACGTGCCAAAACGGGTGTGCCGATTCTTCGAGTTCTACAAGGCACCGGAGCTGATCGCGCTGGGACGGGAGATAGCCAGCGATACGCTGGATCGGTATGAGAGCGAGCAGAGCTGA MTKRVALVLGSGGARGYAHIGVIEEIERRGYDIACIAGCSMGAVVGGIYAAGKLEDYRNWIESLDYLDVLRLVDVSFRLGAIRGEKVFGQIRKIVGELNIEDLRIPYTAVATDLTNQQEIWFQEGCLHQAMRASAAIPSLFTPVMQGNRMLVDGGLLNPLPIVPVVSSHCDLIIAVNLNATNQKQYRLPVIQRPAAFRRRFDTLVSSLGSRLPFRRKQAEQLLLLEQEALKAEAADINPWLDSAEPEGQQPAAAPEIEGAPKSATGSFIIDNVGPASLLDLINQSFEVMQTSLAQYKIAGYPPDVLINVPKRVCRFFEFYKAPELIALGREIASDTLDRYESEQS NA NA NA NA NA D1-35_00674 291 hypothetical protein ATGAAAGCCCGGATCTGCCTGCCCCTGGTGGCGTCCCTGATGGTTCTGGCCTTGGCCGGTTGTGCCGGCAAGACCGCTTACCGCGACAGTTGCGGCAGCCAGCTCGACAGCGCGTGGCGCGAACTTGACCTGGCCAAGGCCGAAGGCTTCGCTGGCACCGTCAGCTACTCCAAGGCTCTTTCATTGCTGACCGGGGCCAAGACCCAGCAGCAATTCGAAGCTTTCGAGGGCTGCGCCAAGAAAGCCGAGAAGGCGCGTTTCTACATTCGCGAATCCCGCGCGGGGCGATAA MKARICLPLVASLMVLALAGCAGKTAYRDSCGSQLDSAWRELDLAKAEGFAGTVSYSKALSLLTGAKTQQQFEAFEGCAKKAEKARFYIRESRAGR NA NA NA NA NA D1-35_00675 762 hypothetical protein ATGATTGATCGGCTGGTGGCCCGTATTCTGGGCCTGGAAGTCCGCCTGCTGGCCTGTCAGGCCCGCTTGAATGCCCATACCGACAGCGAAGCTTTGCACGACCTGCGGACCACCGTTCGCCGTTTGCGCAGCCTGCTTCGTCCGTTGCGCGGATTGCCCGGCGTCGAGCAGTTGGAAACAGCCGCTTCGGCAGTTGGCAGCCTGACCACACCCTTGCGCGACCGTGAGGTGCTGGCAGCTTATCTTCAGCAGCACGGCAAGACCGAGGCCGCGCAGCGACGCCAGCTGCAAATGGCCGAGGCCTATCCCGCCGTGGCCAGCAGTCCGGAGTTGGCGCATTTGCTGATGATCCTCGATGCGTTCCCACGCTTCATCCGCGCTGCCCAGCGCCAGGGTCTGCTTGCAGGGTTGCGCAAACGTGTCGAAAAGCGCCTCGACAAACAATGGAAAAAGCTCGGCGAGGCCTTGCGCGATCCGGCTCACGACCGCCACCGACTGCGCCTGCTGATCAAGCGCGTGCGTTATGCCATCGAAGCCTATCCCGAACTCGACCGCTTGCCGGAAGCGGCCATGCCCCGACTCAAGGCCGCCCAAGGCGCGTTGGGCGATTGGCATGATTGCTGGCAATGGCTGGCGCGTGCCGAGCAGGAAGCCGACTTGCGGGCCTGCGTACCGGTCTGGCGGATCACCATGGAAAAGGCCGAGGCCAAGTCCGACCGGGTACTCGAAAAGCTAATCGTCAGCTGCTTCGGGAAATCCTGA MIDRLVARILGLEVRLLACQARLNAHTDSEALHDLRTTVRRLRSLLRPLRGLPGVEQLETAASAVGSLTTPLRDREVLAAYLQQHGKTEAAQRRQLQMAEAYPAVASSPELAHLLMILDAFPRFIRAAQRQGLLAGLRKRVEKRLDKQWKKLGEALRDPAHDRHRLRLLIKRVRYAIEAYPELDRLPEAAMPRLKAAQGALGDWHDCWQWLARAEQEADLRACVPVWRITMEKAEAKSDRVLEKLIVSCFGKS NA NA NA NA NA D1-35_00676 798 tesB_1 COG1946 Acyl-CoA thioesterase 2 ATGCGCTTTTCCGATTTGATCGATGCCGTGCGTCATCAGCCAGGCGCCGTCATCATTCCACCTGAGTGGGGTCAGGGCCGGGCCAGTTTTGGCGGCCTGGTGGCGGCGCTGCAATACGAGGCGATGCGTGCCCGGGTTCCGGCCGATCGCCCGGTGCGCTCGCTGGCGATCACCTTTGTCGGCCCGGTCGAACCGGATGTCCCGGTCAGTTTCGAGGTTGATATATTGCGTGAGGGCAAGGCTGTCAGCCAGGTGCTGGGGCGCGCTGTGCAGAAAGGCCAGGTGGTGACCGTGGTGCAAGGCAGCTTTGGCGCATCGCGAACCTCGGTGGTGGCGGTACAGGCTGATCCCGCGCCGCCGTTCAAGGACGTCGAGCAATGCCAGGAATTGCCCTACATCAAAGGCGGGACACCGGAATTCATGCGGCACCTGGCGATGCGCTGGAGCGTCGGCGGCCTGCCGTTTTCCGGTAACAAATCCCGAAGCATGGGTGGCTGGGTGCGCTTGCGCGGTGATGTGAAAGAGGAGGCGCTGGACGAAGGCCATATCCTGGCGTTGGTGGACGCCTGGCCGCCGGCGTTGTTGCCTCACCTGACGCAAATGGCACCGGGCAGCACGCTGACCTGGACCATCGAGTTCGTCCAACCATTGCTTGAGCTCACGACATTGGATTGGTGCCAGTACCTGGCCGAGATCGAGCACGCCCAGGATGGGTATGGCCATGTCGCGGCGAAGTTCTGGAGCGCCGATGGCCGCTTGATCGCCATGAGCCGGCAGACGGTGACGATTTTCGGCTGA MRFSDLIDAVRHQPGAVIIPPEWGQGRASFGGLVAALQYEAMRARVPADRPVRSLAITFVGPVEPDVPVSFEVDILREGKAVSQVLGRAVQKGQVVTVVQGSFGASRTSVVAVQADPAPPFKDVEQCQELPYIKGGTPEFMRHLAMRWSVGGLPFSGNKSRSMGGWVRLRGDVKEEALDEGHILALVDAWPPALLPHLTQMAPGSTLTWTIEFVQPLLELTTLDWCQYLAEIEHAQDGYGHVAAKFWSADGRLIAMSRQTVTIFG NA NA NA NA NA D1-35_00677 363 hypothetical protein ATGGGCAAACGTCACCCCAACCTTCCGGCCTGGCAATGGCGCGCCTATCCCGAGAATCACCGCCACCCGACCAACCTGGTGTTGCATCTGATCGCGGTGCCGCTGTTCATTGTCGCGTTTCTGTTGATCGTATCGGGCGTCTTCAGCCTGAGCCTGGGCGATGTCGCCATCGGCGTGATCGGTGTACTCGCCGCACTCGGATTGCAGCGCCACGGCCACGGTCTCGAGGCGCAGGCCTCAGAACCTTTCAGCGATCGCAAGGACGCCATGTCGCGCCTGCTGGTGGAACAGTTCCTGACCTTCCCACGCTTTTTCCTCAGCGGCGGATGGTGGCGGGCCTGGCGGGATCGCCACCGTCACTGA MGKRHPNLPAWQWRAYPENHRHPTNLVLHLIAVPLFIVAFLLIVSGVFSLSLGDVAIGVIGVLAALGLQRHGHGLEAQASEPFSDRKDAMSRLLVEQFLTFPRFFLSGGWWRAWRDRHRH NA NA NA NA NA D1-35_00678 1218 hypothetical protein ATGGGTGCCTGGCTTAGCAATATCTCGCTGAAGTATAAATTCTGGGCGGTCAATGCGGTCGCCTTTGTCACCACATTGCTGTTGGTGCTTTATGCCATGCACCTTGAACAGCAGGTCCGAGGGGTCAGCCTGGGCCAGGTGTTCGGCGAACGCTTCAGTCAGTATGCCGTGGCAGTATTCGTGCTGATGCTGGCGATGTTGGGAGCATCGCAGCTATTGATCCGCTTTCTCCTCAGTCAGCTCAACACGTTGAAAGACGTGATGCTGCATGTCGAAAAAAGCGGCGACCTCTCCGCCCGCGTGCCTTTGGCCTGCGAGGACGAAGTGGGCCAGATGGCCGCTGCGTTCAACGCCATGCAAGCTGGCTACCAGCGGGTGGTGGACACCGTTGCCAGCACTGCTCGGCAGCTGGATAGCGGTGCGACGCGCCTGGCTTCGAGCATGAACGATGTGCGCCAGGGTATGCTCGGCCAGCAGAGCGAAACGGATCAGGCCGCCACGGCCATCAATGAGATGACCGCCACGGTCTATCACATCGCCCAGCACGCCGGCGCCACCCGCGACCTGTCGAAAACCACGGATATCCTGGCGGGTAACGGACGGCAAGTGGTCAGTCGCGTGCAGCAATCGATCACCGGGCTGTCCACTGGCGTGCAGCAGACCGCCGAGATGATCCAGCGCCTGGCCGAAGACAGCCAGAAGATCAACGGTGTGGTCAATGTGATCCACAGCATCGCCGAGCAGACCAACCTGCTGGCACTCAACGCCGCCATCGAAGCGGCGCGAGCCGGCGAAATGGGCCGGGGTTTCGCAGTCGTGGCCGATGAAGTCCGCAACCTCGCCAAGCGGGTCCAGACCTCGACCGACGAGATCACCGCCATGGTGTCGGCCTTGCAGGCAGGCACCCGCGATGCGGTGGAGTTCATGCAGCAAAGCTCGCACAAGGCTGACGACTGCGTGCAACAGGCTTGCGAGGCCGGCGACGCGTTGCTGCAGATCACCGAGGCGGTGGCGCAGATGCGCGAAAGCAACACGCAGATCGCGGTCGCCGCCGAACAGCAAAGCCAGGTGGCCGAAGACATGAACCGCGCCGTAGTGAGCATCCGCGACGTGACCGAAAATACCGTGCGCCAGACCGTGGATTCGGCCACCACCAGCGATGAGCTGGCGACGCTGGCGGGTGAGTTGAACAGGGCGATTGGGCAGTTGAAGCTTTAA MGAWLSNISLKYKFWAVNAVAFVTTLLLVLYAMHLEQQVRGVSLGQVFGERFSQYAVAVFVLMLAMLGASQLLIRFLLSQLNTLKDVMLHVEKSGDLSARVPLACEDEVGQMAAAFNAMQAGYQRVVDTVASTARQLDSGATRLASSMNDVRQGMLGQQSETDQAATAINEMTATVYHIAQHAGATRDLSKTTDILAGNGRQVVSRVQQSITGLSTGVQQTAEMIQRLAEDSQKINGVVNVIHSIAEQTNLLALNAAIEAARAGEMGRGFAVVADEVRNLAKRVQTSTDEITAMVSALQAGTRDAVEFMQQSSHKADDCVQQACEAGDALLQITEAVAQMRESNTQIAVAAEQQSQVAEDMNRAVVSIRDVTENTVRQTVDSATTSDELATLAGELNRAIGQLKL PGPT0015710_20745 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 D1-35_00679 807 tatD COG0084 3'-5' ssDNA/RNA exonuclease TatD ATGCAACTCATCGATATCGGCGTCAACCTGACCAACCCCAGTTTCGCCGAAAAACACCAGGCGGTGCTTGAGCGCGCCTATGCCGCCGGGGTCTGCCAGTTGGTGCTGACCGGCACCAGCATCGAGGGCAGCGAACAGGCCTTCGAACTATGCCAGCAGCTCGACGAGGACGGGACGCGACTGTTTTCCACCGCCGGCATCCACCCCCACAGCGCCAGCGACTGGACAGCTGACAGCGCCAGGCATTTGCACGAGTTGCTCAAGCAGGACCGTGTGCGCGCAGTGGGTGAATGCGGGTTGGATTTCAATCGTGATCTTTCTCCTCGCCCGCTGCAGGAAAAAGTCCTCGAAGAACACCTCGCGCTTGCCGCGGAGTTGCAAATGCCGGTGTTTCTCCATGAGCGCGACGCCGACCAGCGACTGCTGGAGATTCTTCGGGACTTTCGCGACCGATTGCCCGCCGCTGTGGTGCATTGTTTTACCGGTGAGAAAAAAGCGCTGTTCAGTTACCTGGACCTGGACTTGCACATCGGCATTACCGGGTGGATCTGCGATGAACGCCGAGGCACACATCTGCATCCGTTGGTGCGGGAAATTCCCCGCGGCCGGCTCATGCTCGAAAGCGACGCCCCGTATCTGCTGCCCCGCACCCTGCGCCCTAAGCCCAAGAACGGTCGCAATGAGCCGGCCTATCTGACAGACGTATTGCGTGAAGTAGCCTTGCACCGGGGCGAAAGCGAGGAAGACCTGGCGGCCCACAGCACGGCGTGTGCGCGGGCGTTTTTCGGCTTGCCGGTGATTTCCTGA MQLIDIGVNLTNPSFAEKHQAVLERAYAAGVCQLVLTGTSIEGSEQAFELCQQLDEDGTRLFSTAGIHPHSASDWTADSARHLHELLKQDRVRAVGECGLDFNRDLSPRPLQEKVLEEHLALAAELQMPVFLHERDADQRLLEILRDFRDRLPAAVVHCFTGEKKALFSYLDLDLHIGITGWICDERRGTHLHPLVREIPRGRLMLESDAPYLLPRTLRPKPKNGRNEPAYLTDVLREVALHRGESEEDLAAHSTACARAFFGLPVIS NA NA NA NA NA D1-35_00680 1422 mltF_1 COG4623 Membrane-bound lytic murein transglycosylase F ATGGTTCGTCCCCAGGTATTGCTACTGCTGTGTTGCTCGCTGCTGTTGCCAATGGCGGCCGAAGCACGCCTGCCCGGACCGCTGCAAGTGGTAGCGCCGGGCACCGTGCGTGATCTGGCGCAGATCCGTAGCAGCCGGGTACTGAAGGTGTTGGTCAACCAGAGCCGCAACAGCTCCGGTGAAGTCCAGGGCCAGCCCATCGGTGTCGAATACCATCGCTTGCGGGCCTTCGAGCAGTACCTCAATGGTCATGCCCGGGATGGCCAGGAAATCACCCTCAAAATCATTCCCAAGGCCAAGGATCAATTGCTCGGCGCACTGCAGCGCGGGGAAGGGGATCTGGTGGCGCCAGGCGAACTGCTTGAGCCGCAAGCCGGCCATGCGGTGAGCGCCAGTGAGCCGATACGCACGGATGTGCCGTTGCTGCTGGTGGGGATCAAGGGCGAAAAGCGTTATTCGCGCGTGGAGCAATTGTCTGGCAAGACCCTGGCGCTGCCCAACGGCAGTGCGGCGGGGGATGCGGTCAGCCAGATCAACCAGAAGCTGGCGTTGCTCAAGTTGCCGCCGGTGAAAATCGAATGGGTCGATCCCACCCTGGCGGTGGAAGATGTGTTGGAGATGGTCCAGGGCGGGATCTTCCACCTCACCATCGTCGAACAGCCCATCGCCGAACGCTGGGGCAAGATCCTGCCCAAGTTGCGTTTCGACCGCCAGGTGCTCATCGGCGAGCCGAGCGATGAATATTGGTTCGTCCGCCGCGACGCCGCCATGCTGCGGGCGAGCATTGATCGATTCCTCACCACCTATAAAGTCCCCGACAACCAGGACGCTGCATTCCTGCGTATCTACCGACGCTTGTACCAGGTTCACTATCCGCTGGCCCGGGCCAATCGCCAACGCCTGGAAAAACTTCGGCCGGTGCTGCAAAAACATGCCCAGGCCCAGGGCATGGACTGGCTCAACCTGGCGGCCCTGGCGTTCAAGGAGTCAGCCTTGCAACCCAACGCGCGCAGCGGCAGCGGCCCAACCGGCCTGATGCAGATCACGCCGTCCGCGGCCCAGCGGGTCGGGGTCAACAACATCCAGGACCTGGATGCCAATGTGCAGGCCGGCGCCAAATACCTGGCCATGATCCGCCGCAAATTCTTCTCCAGCCCCAAGCTCAACGAGCGCGAACGCATGGCGTTTGTCCTGGCTGCGTACAACATGGGACCGGAGCGCGTCCAAGGCATGCGTGCCGAGGCCCGGCGGCGAGGCTTGAACCCTGACCAGTGGTTTTTCCAGGTCGAGCGAATAGCCATGGAGCAGGTGGGCATGGGCGCCGTCAGCTACGTTAACAGCGTGAACAAGTATTACCTGGCGTTTGATCGAGAGCGTGAATCCCTGGAGCCGCAAGAGCGGAAAGTGGCTTCGACTAAATAA MVRPQVLLLLCCSLLLPMAAEARLPGPLQVVAPGTVRDLAQIRSSRVLKVLVNQSRNSSGEVQGQPIGVEYHRLRAFEQYLNGHARDGQEITLKIIPKAKDQLLGALQRGEGDLVAPGELLEPQAGHAVSASEPIRTDVPLLLVGIKGEKRYSRVEQLSGKTLALPNGSAAGDAVSQINQKLALLKLPPVKIEWVDPTLAVEDVLEMVQGGIFHLTIVEQPIAERWGKILPKLRFDRQVLIGEPSDEYWFVRRDAAMLRASIDRFLTTYKVPDNQDAAFLRIYRRLYQVHYPLARANRQRLEKLRPVLQKHAQAQGMDWLNLAALAFKESALQPNARSGSGPTGLMQITPSAAQRVGVNNIQDLDANVQAGAKYLAMIRRKFFSSPKLNERERMAFVLAAYNMGPERVQGMRAEARRRGLNPDQWFFQVERIAMEQVGMGAVSYVNSVNKYYLAFDRERESLEPQERKVASTK NA NA NA NA NA D1-35_00681 435 mhqP COG2259 Putative oxidoreductase MhqP ATGAGCACTTTCATCAACAAGGTTCTGTTTTCCCGCGCCGGCTACGGCCTGACTGTCCTGCGCATCGTCGTCGGGGTCATTTTTGCCGCCCATGGCTCGCAGAAACTGTTCGGGCTGTTTGGCGGTTATGGGTTGGCGGGCACGGCGCAATGGATGGACAGCATCGGCCTGACGCCTGGCTACCTGATGGCAACCCTGGCCGGTGGCACCGAGTTTTTCGCCGGGCTGGCCTTGATCATCGGCCTGCTGACGCGCCCGGCGGCTTTGGGTCTGGCCTTCCTGTCACTGGTGGCGATTTTCTCCGTGCACATCGGCAACGGTCTGTTCATGGCCAACAACGGTTATGAGTTTGCCCTGGCCTTGCTGGCCGGCAGTATCGCGGTGTTGATCGAAGGTGCAGGCAAGCTGTCGGCGGATAACGCCATCGCCCGTTGA MSTFINKVLFSRAGYGLTVLRIVVGVIFAAHGSQKLFGLFGGYGLAGTAQWMDSIGLTPGYLMATLAGGTEFFAGLALIIGLLTRPAALGLAFLSLVAIFSVHIGNGLFMANNGYEFALALLAGSIAVLIEGAGKLSADNAIAR PGPT0028505_3484 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 D1-35_00682 309 hypothetical protein ATGAACGCACCCAGCCCCCTCGTACGTCTGGCGCCGATCACGGCGAACCTGCTGCAACGCAATCCGAAAATTCTCCTGGGCGGTACCCATCAGCCTACGCTGTTGCGTTATCTCGACGGCTGGCCGCGACGCAGCCATGGCCCCGCGGCCTTCCTGATCCAGTTTGTCGAAGACGGTGAGTCGCTGGCGCGTTTCGCCGATGACAGTTTCGACCTGGCGGTAATCCAGTCACCGACGGCGGCGGACGCTGCCGAAATGATCCGGCACTTGACCCGTGTTGCACGGCAGGGGCTGATCACTCGCCGTTGA MNAPSPLVRLAPITANLLQRNPKILLGGTHQPTLLRYLDGWPRRSHGPAAFLIQFVEDGESLARFADDSFDLAVIQSPTAADAAEMIRHLTRVARQGLITRR NA NA NA NA NA D1-35_00683 498 greB_1 COG0782 Transcription elongation factor GreB ATGAGCCGCTATCGTCCACCCCGTACCGCCGGCACCGCGCTGATCACCCCCGAGGGTGAAGCGCGGATGCGCGCTGAACTCCATGAACTGTGGCATGTCCGCCGCCCCCAGGTGACCCAGTCGGTCAGCGAAGCGGCGGCCCAGGGTGATCGCTCGGAAAATGCCGAATACACCTACGGCAAGAAGATGCTGAGGGAAATCGACAGTCGCGTGCGTTTCCTCACCAAACGCCTCGAAGCACTCAAGGTCGTCAGCGAAAAACCCAGTGACCCGAACAAGGTGTATTTCGGCGCCTGGGTCACCGTTGAGGATGAGGACGGCAAGGAATCGCGCTATCGCATCGTCGGGCCTGACGAGCTGGACCTGAAGCAGAACCTGATCAGTATCGACTCGCCCCTGGCCCGCGCCCTGATTGGCAAGACGCTGGACGCTGAAGTCAGGGTCCAGGCGCCAACCGGAGAAAAGCTCGTCTACATCGTCGATATCAGCTATCCGTAG MSRYRPPRTAGTALITPEGEARMRAELHELWHVRRPQVTQSVSEAAAQGDRSENAEYTYGKKMLREIDSRVRFLTKRLEALKVVSEKPSDPNKVYFGAWVTVEDEDGKESRYRIVGPDELDLKQNLISIDSPLARALIGKTLDAEVRVQAPTGEKLVYIVDISYP PGPT0030495_2727 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSCRIPTIONAL_CONTROL PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624 D1-35_00684 2505 hypothetical protein ATGGCACGCTTGCCCTTGTTGCGCCTGTTCAGCCTTGCCCTGCGCCAGTTGCTGCGCGATGCCCGCGCCGGCGAGTTGCGCGTGCTGTTCTTCGCCCTGCTGGTGGCCGTGGCGGCGAGCACCGCCATCGGTTACTTCGGCGCCCGCCTGAATGGCGCGATGATGATGCGCGCGACCGAATTTCTCGGCGCCGACCTGCTGCTCGAGGGCAGCTCCCCTGCCCGCCCGGAGCAGATCCGCAGCGGCACCGAACTGGGCCTGGAACATGCCCGAGTGGTGGAGTTCTCCAGCGTTGTCGCCACCGACAACGGTATCCAGCTGTCCAGCGTCAAGGCAGCCGATGACATCTATCCCTTGCGCGGGGAACTGAAAAGCGCCCCGGCGCCCTTCGCTCCGGAAGAGACCGGTGGACGACCAGCCCCCGGGGAGGCCTGGGTCGAAGCACGGCTGCTGACGGCGCTGGACCTGAAGATCGGTGACAGCATCGATGTCGGCAACAAGACCGTTCGCCTCAGCCGCGTGCTGACTTATGAGCCGGACCGCGCCGGTAATTTCTACAGCCTGACCCCGCGCGTCATGATCAACCTCAAGGACCTGGACGCCACGGGCGTGGTGCAACCCGGCAGCCGCGTCAGCTATCGCGACCTGTGGCGCGGCCCGGCGTCGGCGCTGCAAACCTATCGCGACCTGGTCAAGCCAGGTCTTGAGCCGAACCAGCGCCTGCAGGACGCTCGCGACGGCAATCGCCAGATCGGCGGCGCCTTGGGCAAGGCCGAGCGCTACCTGAACATGGCCAGCCTGGTGGCGGTGCTGCTGTCCGGCGTTGCCGTGGCCCTCTCCGCCAACCGTTTTGCCACTCGACGCTTCGATGCCAGTGCATTGCTGCGCTGCCTTGGCCTGTCGCGCCGGGAAACCATGGTGCTGTTCAGCCTGCAACTGGCCGTGCTGGGCCTGTTGGCGAGCATCAGCGGTGCGCTGCTGGGCTGGGTGGCCCAGTTGGGATTGTTTGCCTTGCTGCATGACTTGCTGCCCACCACCGTCCCCCCGGGTGGCCTGTTGCCGGCGATCGCCGGGATCGGCACCGGGCTGGTGGCACTGGCGGGTTTTGCCTTGCCGCCGCTCGCCGCACTGGGCCGGGTGCCGCCGTTGCGCGTGCTGCGTCGGGACATGTTGCCGATTCCCTCCAGTAGCTGGGTGGTCTACGGTGCGGCCCTCGGTGCGCTCGGGCTGATCATGTGGCGCCTGAGCCTGGACCTGGTGCTGACTTTCGCGCTGCTCGGTGGTGGGGTGATTGCCGCGCTGGTGCTCGGCGGACTGCTGTTGCTGGTGCTGCAGAGCCTGCGCCGGATGCTGGCCCGGGCCTCGCTGCCCTGGCGGTTGGGACTCGGTCAGCTGTTGCGCCATCCCTTGGCGGCAGCCGGGCAAGCCCTGGCGTTTGGCCTGATCCTGTTGTCCATGGCCTTGATCGCGCTGCTGCGCGGCGAGTTGCTGGACACCTGGCAAAACCAGTTGCCAAAAAACGCCCCGAACTATTTCGCCTTGAACATCCTGCCCAACGACAAGCAGGCCTTCACCGACAAGCTGATGGCGTTGTCGGCGCAGTCGGCCCCGCTCTACCCCGTGGTACCGGGACGGCTGATCAGCATCAACGGCGAGCCGGCCAAGGAGTTCGTCACCAAGGACTCGGCCGGTGACCGTGCGCTGCAACGCGACTTGAGCCTGACCTGGGCGGCGGAGCTGCCGGCGGGCAACGTCGTCACGGCCGGGAACTGGTGGCCGCAACAGCCACCGGACGATATCCCGGGGGTTTCGGTGGAAGGCAAGGTGGCCGAGAATCTCAAGATCAAACTGGGCGACCGCCTGGTGTTCAACGTCGGCGGCCTCAACCGGGAAGCCAAGGTCACCAGCCTGCGGGAAATCAACTGGGACAATTTCCAGCCGAACTTCTTCATGATTTTCCAGCCCGGTACGCTGAAGGACCTGCCGGCAACCTACCTCACCAGCTTTTATCTGGCTCCCGGCCATGACCAGCAGATCGTCGACCTGTCGCGCGCCTTCCCGGCCGTGACGATCCTGCAGGTCGAGGCGTTGCTCGAACAACTGCGCAGCATCCTGGCCCAGGTGACCCTGGCCGTGGAATACGTATTGCTGTTTGTGCTGGCGGCGGGGATGGCGGTGCTGTTCTCCGGCTTGCAGGCCACCCTCGACGAAAGGATCCGCCAAGGCGCGCTGCTGCGTGCCCTGGGCGCCGAGCGGTTGCTGTTGACCAAGGCCCGGCGCATCGAATTCGGCCTGTTGGGTGCGGTCAGCGGTTTGCTCGCGGCGCTGGGTTCGGAACTGGTCAGCCTGGTGCTCTACCGTTATGCCTTCGACTTGCCGTGGCATCCGCATCCATGGCTGCTGGTATTGCCGCTGGTGGGCGCGTTGCTGATCGGTGCGGCGGGCGTATTTGGCACTCGCCGGGCGCTCAACGCCAGCCCACTGACAGTGTTGCGCGAGGGTTGA MARLPLLRLFSLALRQLLRDARAGELRVLFFALLVAVAASTAIGYFGARLNGAMMMRATEFLGADLLLEGSSPARPEQIRSGTELGLEHARVVEFSSVVATDNGIQLSSVKAADDIYPLRGELKSAPAPFAPEETGGRPAPGEAWVEARLLTALDLKIGDSIDVGNKTVRLSRVLTYEPDRAGNFYSLTPRVMINLKDLDATGVVQPGSRVSYRDLWRGPASALQTYRDLVKPGLEPNQRLQDARDGNRQIGGALGKAERYLNMASLVAVLLSGVAVALSANRFATRRFDASALLRCLGLSRRETMVLFSLQLAVLGLLASISGALLGWVAQLGLFALLHDLLPTTVPPGGLLPAIAGIGTGLVALAGFALPPLAALGRVPPLRVLRRDMLPIPSSSWVVYGAALGALGLIMWRLSLDLVLTFALLGGGVIAALVLGGLLLLVLQSLRRMLARASLPWRLGLGQLLRHPLAAAGQALAFGLILLSMALIALLRGELLDTWQNQLPKNAPNYFALNILPNDKQAFTDKLMALSAQSAPLYPVVPGRLISINGEPAKEFVTKDSAGDRALQRDLSLTWAAELPAGNVVTAGNWWPQQPPDDIPGVSVEGKVAENLKIKLGDRLVFNVGGLNREAKVTSLREINWDNFQPNFFMIFQPGTLKDLPATYLTSFYLAPGHDQQIVDLSRAFPAVTILQVEALLEQLRSILAQVTLAVEYVLLFVLAAGMAVLFSGLQATLDERIRQGALLRALGAERLLLTKARRIEFGLLGAVSGLLAALGSELVSLVLYRYAFDLPWHPHPWLLVLPLVGALLIGAAGVFGTRRALNASPLTVLREG PGPT0013350_4404 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_00685 684 lolD_1 COG1136 Lipoprotein-releasing system ATP-binding protein LolD ATGGGCTCAAGCATTCTCACCGCGAAGGACCTTAGCAAAGTGGTTCCCAGCGCGGAAGGTGAACTGACCATCCTGCACGAACTCAGCCTGGAACTGAACAAGGGCGACAGCCTGGCCATCGTCGGCGCGTCCGGTTCCGGCAAATCCACGCTCCTTGGGCTGCTGGCCGGCCTCGACTTGCCCAGCAGCGGTGAAGTGACCCTCGCAGGCCAAGCCCTCAGCGCACTGGACGAAGACCAGCGCGCCCGGGTTCGCGCCGAACACGTCGGTTTCGTTTTCCAGTCGTTCCAACTGCTCGACAGCCTCAACGCGCTGGAGAACGTCATGCTGCCGCTGGAACTGGACGGCCGCAAGGATGCCCGGGAACGCGCTACACAACTGCTGCAACGGGTCGGCCTCGGCCAACGGCTGACGCATTCGCCACGCCAGCTCTCGGGCGGCGAACAACAACGCGTCGCGATTGCCCGCGCCTTTGCCGCCGAGCCCGACGTGCTGTTCGCCGACGAGCCGACCGGCAACCTCGACAGCCACACCGGCGAACGCATCAGCGATCTGCTGTTCGAGCTGAACAAGGAACGCGGCACCACCCTGGTGCTGGTGACCCACGACGAACGCCTGGCCCATCGCTGCCGGCGCCTGATCCGACTTGAAGCCGGCCTGATGGTCGCGCCCCTGGAGCCTTGA MGSSILTAKDLSKVVPSAEGELTILHELSLELNKGDSLAIVGASGSGKSTLLGLLAGLDLPSSGEVTLAGQALSALDEDQRARVRAEHVGFVFQSFQLLDSLNALENVMLPLELDGRKDARERATQLLQRVGLGQRLTHSPRQLSGGEQQRVAIARAFAAEPDVLFADEPTGNLDSHTGERISDLLFELNKERGTTLVLVTHDERLAHRCRRLIRLEAGLMVAPLEP PGPT0013345_13191 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-35_00686 606 tesA COG2755 Esterase TesA ATGCGAGTGTGGTTTTTGAGTGCCGGCCTGGCCTTGATGTGCATGGTCCAGAACGCAGCGGCGGGTACAGTCCTGATCGTTGGCGATAGTATCAGCGCGGCTTTCGGCCTGGATACCCGCCAAGGCTGGGTGTCGTTGCTGGAACAACGGCTCAAGGCCGAGGGTTTCGACGATAAAGTGGTCAATGCATCGATCAGTGGCGACACCAGCGCAGGCGGCCTGGCGCGCCTGCCGACGCTGCTTGCAGCCCATAAGCCGGAGCTGGTGGTCCTGGAGTTGGGAGGCAACGATGGCCTGCGTGGACAGCCGCCAACACAATTGCAACAAAACCTTGCAGCGATGATCGACAGCTCCCGCGCCAGCGGTGCCAAGGTGCTTTTGCTGGGCATGCAGTTGCCGCCGAACTATGGGCGACGCTACACCGAGGCTTTCTCGAAGGTCTACAGCACCTTGGCCGAGGAGAAAAACGTCCCGCTGGTGCCGTTTTTCCTCAAGGATGTCGGCGGCGTTCAGGGAATGATGCAGGGCGACGGATTGCACCCGTCCGTCGCGGCCCAGGGCAAGTTGCTGGAAAATGTCTGGCCGACGCTGAAACCGCTGCTTTGA MRVWFLSAGLALMCMVQNAAAGTVLIVGDSISAAFGLDTRQGWVSLLEQRLKAEGFDDKVVNASISGDTSAGGLARLPTLLAAHKPELVVLELGGNDGLRGQPPTQLQQNLAAMIDSSRASGAKVLLLGMQLPPNYGRRYTEAFSKVYSTLAEEKNVPLVPFFLKDVGGVQGMMQGDGLHPSVAAQGKLLENVWPTLKPLL PGPT0001840_2392 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804 NA NA D1-35_00687 294 hypothetical protein ATGCCGCGTCCCGCCTGGTCCCTGTTTGCCTACCAACTGATCGAGCCTGACGAACAGCTGGATCTGTTCGCCTGCCAGGAAGTGCGGGTGCATCTGGTGACCCGGCAGCTGGAGCTCGGCGGCTCGGCCGACCGGACCCTTTGTGGCAGTCTTTTGCCGGCGCAGCCACGCTGGTCGGCCGTCGACCGCAGGATTTTCCAGGACCATCGCCTCTGTTCCTTGTGCCGGGCAATCCTGGAATCGCAGAAGCGCGGTACCTCGCCGATCTGGCCGGAGCTGCGGTTCGAGTTGTGA MPRPAWSLFAYQLIEPDEQLDLFACQEVRVHLVTRQLELGGSADRTLCGSLLPAQPRWSAVDRRIFQDHRLCSLCRAILESQKRGTSPIWPELRFEL NA NA NA NA NA D1-35_00688 972 ybiS COG1376 putative L,D-transpeptidase YbiS ATGTTGCCGCGCTTGCCTGCCGTCGCCCGCTGCCTGTCTCTTGCCGCCCTGTGTATGGCGGGTCCCGTTGCTGCATTGGAGCTGCCTCTGCCGCCACCGGGTGAAGACATCATCGGCCAGGTGCAGGTCATCAAGGCCAAATACGAAGACACCTTCGCTGACCTGGGCACCACCTATGACCTGGGTTACACCGAGATGGTCGCCGCCAACCCGGGCGTTGATCCGTGGTTGCCGGGTGCTGGCACTGAAATCGTCTTGCCGACCCGTTTTATCCTGCCACCGGGCCCGCGCGAAGGCATCGTGATCAACCTCGCGGAATACCGTCTCTATTATTTCCCCAAGGGGCGGAACGTGGTTTACACCTTCCCGCTGGGAATCGGTCGCGAAGGTTGGGGCTCGCCCATCGCCCACACCAGCATCATCGCCAAGACGCCAAACCCGACGTGGACCCCGCCGGCCTCGATCAAGGCTGAACATGCCGCCGACGGCGATCCCTTGCCGAATGTGGTTCCGGCCGGCCCCGATAACCCGCTGGGCCCGTTCAAGTTCACGCTGGGAACGCCGGGTTACCTGATCCATGGCTCGAACAAGAAATTCGGCATCGGCATGCGTACCAGCCACGGCTGCTTCCGGATGTTCAACAACAACGTGCTGGAGATGGCCGGCATGGTGCCGGTGGGGACTTCGGTCCGGATCATCAACGACCCGTACAAACTGGGCCTGAGTGGCGGCAAGGTTTACCTGGAAGCCCACACTCCGCTGGACGACAAGGGCAACCCGTCGGTGGTGGACAAACACACCGCGGTCATCAACGCGATGCTCAAGCGTGAGGACATCACCAGCAACTTGCGCATGAACTGGGATGTGGTGCGTGACGTGGTGGCCGCTGAAGACGGCCTGCCGATAGAGATCGCTGTTCCGAGTGCCTCGGCACCGATGGTATCGAGCGCGCCGATCGACCTGACGCAATAG MLPRLPAVARCLSLAALCMAGPVAALELPLPPPGEDIIGQVQVIKAKYEDTFADLGTTYDLGYTEMVAANPGVDPWLPGAGTEIVLPTRFILPPGPREGIVINLAEYRLYYFPKGRNVVYTFPLGIGREGWGSPIAHTSIIAKTPNPTWTPPASIKAEHAADGDPLPNVVPAGPDNPLGPFKFTLGTPGYLIHGSNKKFGIGMRTSHGCFRMFNNNVLEMAGMVPVGTSVRIINDPYKLGLSGGKVYLEAHTPLDDKGNPSVVDKHTAVINAMLKREDITSNLRMNWDVVRDVVAAEDGLPIEIAVPSASAPMVSSAPIDLTQ PGPT0023745_237 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-L|D_TRANSPEPTIDASE_ACTIVITY,PGPT0023745-erfK-K16291 NA NA D1-35_00689 252 hypothetical protein ATGAACAACGTTCTGAAATTCTCTGCTCTGGCCCTGGCCGCAGTTCTGGCTACCGGTTGCAGCAGCGCATCGAAAGAAACCGAAGCACGTCTGACTGCCACCGAAGACGCAGCAGCTCGCGCCCAAGCTCGTGCAGACGAAGCCTACCGCAAAGCTGATGAAGCTCTGGCTGCTGCTCAAAAAGCACAACAGACTGCTGACGAAGCTAACGAGCGTGCTCTGCGCATGCTGGAAAAAGCTAGCCGCAAGTAA MNNVLKFSALALAAVLATGCSSASKETEARLTATEDAAARAQARADEAYRKADEALAAAQKAQQTADEANERALRMLEKASRK NA NA NA NA NA D1-35_00691 282 hypothetical protein ATGAGCGAGGCGGTTTCCATCCACCATGACCAGGCTGGTCATCAGTTCGAGACCATTGTGGACGGTCATCGTGCCTATCTGACCTACATGGACCTGGGCAAACAGACCCTGGACATCTATCGCACCTTCGTGCCTAACGCGCTGCGTGGCAGGGGGATTGCTGCGAAGTTGACCGAAGAGGCGTTGAAGTACGCTGAAGAAATGGGCTACACGGTGATCCCGTCCTGCTCCTATGTGGAGCGCTACATGGAGCGGCACCAGCGGCACGCGGCGAAGCTCTGA MSEAVSIHHDQAGHQFETIVDGHRAYLTYMDLGKQTLDIYRTFVPNALRGRGIAAKLTEEALKYAEEMGYTVIPSCSYVERYMERHQRHAAKL PGPT0021955_152 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021955-lcdH|cdhA-K17735 NA NA D1-35_00692 1077 aroF_1 COG0722 Phospho-2-dehydro-3-deoxyheptonate aldolase, Tyr-sensitive ATGGCTGATTTACCGATCAATGACCTTAACGTCGCCTCCAACGAGACCCTCATCACGCCTGACCAGCTCAAGCGCGATATCCCCCTGAGCGATGCTGCACTGCGCACCGTGACCAAGGGCCGGGAAGTCATCCGCAACATTCTCGACGGCACCGACCATCGCCTGTTCGTGGTCATCGGGCCCTGCTCGATCCATGACATCAAGGCCGCCCATGAATATGCCGAGCGCCTGAAAGTGCTCGCGGCGGAAGTCTCCGACACCTTGTACCTGGTGATGCGGGTGTATTTCGAAAAGCCCCGGACCACCGTCGGCTGGAAAGGCCTGATCAACGACCCTTACCTGGACGACTCCTTCAAGATCCAGGATGGCCTGCACATCGGTCGCCAGTTGCTCCTGGACCTGGCCGAAATGGGCTTGCCCACCGCCACCGAAGCCCTCGACCCGATCTCCCCGCAATACCTGCAGGACCTGATCAGCTGGTCGGCCATCGGCGCGCGCACCACCGAATCCCAGACCCACCGCGAAATGGCTTCCGGCCTGTCATCGGCAGTGGGCTTCAAGAACGGCACCGACGGCGGCCTCACCGTGGCGATCAACGCCTTGCAATCGGTGTCCAGTCCTCACCGTTTCCTGGGCATCAACCAGGAAGGCGGCGTTTCGATCGTCACCACCAAGGGCAACGCCTACGGCCACGTCGTGCTGCGTGGCGGCAACGGCAAGCCGAACTATGACTCGGTCAGCGTCGCGCTGTGCGAGCAGGCGCTGAACAAGGCGAACATCAAGCCGAACATCATGGTTGATTGCAGCCACGCCAACTCCAACAAGGATCCGGCATTGCAGCCGCTGGTGATGGAAAACGTCGCCAACCAGATCCTCGAGGGCAACCAGTCGATCATCGGCCTGATGGTCGAAAGCCACTTGAACTGGGGCTGCCAGGCGATTCCGAAGGACCTTGCCGATTTGCAGTACGGCGTCTCCATCACCGATGCCTGCATCGACTGGAGCGCCACCGAGAAGACCCTGCGCGGCATGCACGCCAAACTCAAGGACGTGCTGCCAAAGCGTCAGCGCAGCTGA MADLPINDLNVASNETLITPDQLKRDIPLSDAALRTVTKGREVIRNILDGTDHRLFVVIGPCSIHDIKAAHEYAERLKVLAAEVSDTLYLVMRVYFEKPRTTVGWKGLINDPYLDDSFKIQDGLHIGRQLLLDLAEMGLPTATEALDPISPQYLQDLISWSAIGARTTESQTHREMASGLSSAVGFKNGTDGGLTVAINALQSVSSPHRFLGINQEGGVSIVTTKGNAYGHVVLRGGNGKPNYDSVSVALCEQALNKANIKPNIMVDCSHANSNKDPALQPLVMENVANQILEGNQSIIGLMVESHLNWGCQAIPKDLADLQYGVSITDACIDWSATEKTLRGMHAKLKDVLPKRQRS PGPT0012920_3899 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626 NA NA D1-35_00693 954 COG1893 2-dehydropantoate 2-reductase ATGCAGGCAGGCGGTAAACCGAGGATCGGGGTGATCGGCACAGGCGCGATTGGCGGGTTCTATGGCGTGATGCTGGCTCGTGCCGGCTACGACGTTCACTTTCTGCTGCGCAGCGAATTTGCCGCCGTGGCCGAGGCTGGCCTGCGGGTCGACAGCGCGGTGCATGGCGCGCTGACGCTCCAGCCGGCCCAGGCCTATCGCTCGGCGGCCGACATGCCGCCTTGCGACTGGCTGCTGGTCGGTGCCAAGACCACCAGCAATGCCGACCTGGCCCCAGCCATCATCCAGTCCGCGGCCGACGGCGCGAAAGTCCTGTTGCTGCAGAATGGCCTCGATGTCGAAGAGGAACTGCGACCACTGTTACCCGATTCACTGCACCTGCTTGGCGGCTTGTGCCTGATCTGCGTCAATCGGCTCGGCCCGGGCGTCATTGCCCACCAGGCGCTCGGGGCAATCAACATCGGTTACCACAGCGGTCCAGGGACGGATCAGGCCGCACGCATGGCGATCGTCGAGGAGGGAGCGGGGCTGTTCCGGGCAGCGGGCCTGGATTCCCAGGCCATGCCAGACCTCGGGCAGGCACGCTGGCAGAAACTGGTGTGGAACGTGCCCTATAACGGCCTTTCGGTTCTGCTCGGCGCGAGCACCACGCCGCTGATGGCCGACGACCACAGTCGTGGACTGATCCAGGCGCTGATGGCTGAAGTGGTGCGTGGCGCACAAGCCTGCGGTCATGAGATCGCGCCAGGCTACGCGGAATATCTGTTCACGATGACCGGAAAAATGCCCGACTATTGGCCCAGCATGTACCACGACTATTCCCAACGGCGCCCGTTGGAGCTGGAGGCGATCTACGCTCGGCCACTGGCGAGGGCCAGGGCGGCGGGGTGCGAGTTGCCGAAAATCGAAGCCTTGTATCAGGCGCTGGCGTTCATCGATCGACGCAACCGCTGA MQAGGKPRIGVIGTGAIGGFYGVMLARAGYDVHFLLRSEFAAVAEAGLRVDSAVHGALTLQPAQAYRSAADMPPCDWLLVGAKTTSNADLAPAIIQSAADGAKVLLLQNGLDVEEELRPLLPDSLHLLGGLCLICVNRLGPGVIAHQALGAINIGYHSGPGTDQAARMAIVEEGAGLFRAAGLDSQAMPDLGQARWQKLVWNVPYNGLSVLLGASTTPLMADDHSRGLIQALMAEVVRGAQACGHEIAPGYAEYLFTMTGKMPDYWPSMYHDYSQRRPLELEAIYARPLARARAAGCELPKIEALYQALAFIDRRNR PGPT0008745_2057 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 D1-35_00694 906 hypothetical protein ATGGCAAACAATATCGATGACAGGCTGGTGCTGGCGATTTCGTCGCGAGCGCTGTTCGACCTGAGCGAAAGCCACAAGGTTTACCTGTCGGGGGGCGTCGAAGCCTATCGGCAATACCAGATCGAACACGAGGATGAAGTCCTTGAACCGGGGGATGCCTTCGCGCTCGTGCAGAAACTGCTCAACCTCAACGAGCACCTGGGCCGTGCCCGCGTCGAGGTCATCCTGGTTTCGCGTAACAGCGCCGACACCGGCCTGCGGGTCTTCAACTCGATTCACCACTATGGACTGGCGATTTCCCGTGCCGCGTTTGTCGGCGGTCGCAGCCCATACCCGTACCTCAAGGCGTTCGGCTGCGATCTGTTCCTGTCCACTCACGCTGAAGATGTACGCAGTGCCCTGGATGCCGGATTTGCCGCGGCGACGATCCTTTCGGGCGGTGCCAGCCGCGCCGCCAGCGAAGAGCTGCGCATTGCCTTTGACGGCGACGCGGTGTTGTTTTCCGACGACTCTGAGCGTGTCTACCAGGCTGGTGGCCTGGAGGCGTTCCAGGCCAGCGAACGCCAGGCCGCGCGCGAGCCGCTGCGAGGAGGGCCGTTCAAGGGGTTCCTGGCGGCGCTCAATGCGCTGCAACGCGAATTCCCCGAGGACGCCTGCCCGATCCGGACCGCGCTGGTCACCGCCCGTTCGGCGCCGGCCCATGAGCGGGTCATCCGCACGTTGCGCGAATGGGACATCCGCCTGGACGAGTCGCTGTTTCTCGGTGGTCTGACCAAGTCCGCCTTCCTCGAAGCCTTTGCCGCCGACGTGTTTTTCGACGACCAGACCGGGCACTGCGAGCTTGCCCGGGAAGTGGTCGCCACCGGGCATGTGCCCCACGGCATCAGTAACGAAGTGAAGCCCTGA MANNIDDRLVLAISSRALFDLSESHKVYLSGGVEAYRQYQIEHEDEVLEPGDAFALVQKLLNLNEHLGRARVEVILVSRNSADTGLRVFNSIHHYGLAISRAAFVGGRSPYPYLKAFGCDLFLSTHAEDVRSALDAGFAAATILSGGASRAASEELRIAFDGDAVLFSDDSERVYQAGGLEAFQASERQAAREPLRGGPFKGFLAALNALQREFPEDACPIRTALVTARSAPAHERVIRTLREWDIRLDESLFLGGLTKSAFLEAFAADVFFDDQTGHCELAREVVATGHVPHGISNEVKP PGPT0013395_3088 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 D1-35_00695 501 hypothetical protein ATGATTCGTTCGATGCTGTATGCCACGGACCTGGGGCTGTACGCCCCGTATGTGATGCAGCATGCCTTGGCGTTGGCACGGACGTTTGAAGCCGAGTTGTATGTGGTGCATGCGGTAGAGCCGATGGGGCTGTTCGCCGAATCGGTGTTGCAGAGCTATCTCGACGAGCAGGCGTTGAACGAATTTCATCGCCAGGGTCTGAGTACGGTGATGGCTAACATCGAGCAGCGGGTCCTCGACAATTTTCGCGAAGAGTTGGGCGAGGGGCAGCAGGACCTGAAATTGATCAAGTCGGTTCGGGTGTTCCAGGGCGACCCCTCCCAGGTCATTCTTGAACAGGCTGCGAAACTCTCCGTCGATTTGCTGATCGTAGGCAGTCATTGCCAGGGGGCGAGCGGCGAAACGCCGTTGGGCAGGACCGCCGCGCGGGTATTGCAGTTATCCCGCGTGCCGGTCTACCTGGTGCCGCTGGTCCAGCGCAGGCGCCAGGGCGAAGCTTGA MIRSMLYATDLGLYAPYVMQHALALARTFEAELYVVHAVEPMGLFAESVLQSYLDEQALNEFHRQGLSTVMANIEQRVLDNFREELGEGQQDLKLIKSVRVFQGDPSQVILEQAAKLSVDLLIVGSHCQGASGETPLGRTAARVLQLSRVPVYLVPLVQRRRQGEA NA NA NA NA NA D1-35_00696 975 cysB_1 HTH-type transcriptional regulator CysB ATGAAGCTTCAACAACTGCGCTACATCTGGGAAGTGGCGCACCACGACCTCAACGTTTCCGCAACCGCTCAAAGCCTCTACACGTCGCAACCTGGCATCAGCAAGCAGATCCGCCTCCTGGAAGACGAGCTGGGCGTCGAAGTCTTCGCCCGCAGCGGCAAGCACCTGACTCGCGTCACTCCCGCCGGTGAACGCATCATCACCACCGCCGGCGAGATCCTGCGCAAGGTCGAAAGCATCAAGCAGATCGCCCAGGAATTCTCCAACGAGAAAAAAGGCACCCTGTCCATCGCGACCACCCACACCCAGGCGCGTTATGCCTTGCCGCCGGTTATCAGCAATTTCATCAAGCAATACCCTGACGTGGCGCTGCACATGCACCAGGGGTCGCCGATGCAGATCGCCGAAATGGCCGCTGACGGCACCGTCGATTTCGCCATTGCCACCGAGGCCCTGGAGCTGTTCGGGGACCTGGTGATGATGCCGTGCTATCGCTGGAACCGCTGCGTGGTCGTGCCTCAGGGGCACCCGCTGACCAAGCTGCCGAAGCTGACCCTCGAAGCGCTGGCCGAATACCCGATCGTGACTTATGTGTTCGGTTTCACCGGTCGCTCGAAACTCGACGAAGCCTTCAGCCATCGCGGCCTGACCCCGAAAGTGGTGTTCACCGCTGCCGACGCCGACGTCATCAAGACCTATGTGCGCCTCGGACTGGGCGTGGGTATCGTCGCGAAGATGGCGGTCGACACCAAGCTCGACAATGACCTGGTGGTTCTGGATGCGAGCGAGTTGTTCGAATCCAGCGTGACCAAGATCGGTTTCCGCCGCGGTACGTTCCTGCGCGGATTCATGTGCGATTTCATCGAGAAATTTGCCCCGCACCTGACCCGGGAAGTCATGGCCAAGGCCATCCAGTGCCACAACAAGCAGGAACTCGAAGAACTGTTCGACGGCGTCGAACTGCCGGTGCATTAA MKLQQLRYIWEVAHHDLNVSATAQSLYTSQPGISKQIRLLEDELGVEVFARSGKHLTRVTPAGERIITTAGEILRKVESIKQIAQEFSNEKKGTLSIATTHTQARYALPPVISNFIKQYPDVALHMHQGSPMQIAEMAADGTVDFAIATEALELFGDLVMMPCYRWNRCVVVPQGHPLTKLPKLTLEALAEYPIVTYVFGFTGRSKLDEAFSHRGLTPKVVFTAADADVIKTYVRLGLGVGIVAKMAVDTKLDNDLVVLDASELFESSVTKIGFRRGTFLRGFMCDFIEKFAPHLTREVMAKAIQCHNKQELEELFDGVELPVH PGPT0002965_328 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002965-cysB-K13634 NA NA D1-35_00697 489 hypothetical protein ATGAACATGAACAAACAGACCGTCCACCAACTGATTCTCGACAAGCTCAGGATTGACCTCGATATCGCCGAACGCGCCGCGCAGACCGCCTACGAAACCGCGACCCACGAGGAAAACATCGCCGAAAACAAATACGACACCCTGGGCCTGGAGGCTTCGTACCTTGCGGCCGGGCAAGCCAGGCGCGTGGAGGAAATCCGCCAGGCACTGGTGCTCTGCCAGAACCTCGCGCTGAGACCTTACGATGAAGAACGCGGCATCCAGGTCGGCACATTGATCGGGCTGGAAGATGAGGAGGGTCGCCAGCAGTGGCTGTTCCTGGGACCCGACGCGGCGGGGCTGAAGGTCTCGCTGGTGGGGCAGCCGATTACCGTCATCACCCCTCGCTCACCACTGGGCCGAGGCCTGTTGGGCAAATTCGAAGGGGATGAAGTGGAGATCGTCGTGGCAGGCGCCCGGCAACAGTTCGCTGTCACCGAGGCGATCTAG MNMNKQTVHQLILDKLRIDLDIAERAAQTAYETATHEENIAENKYDTLGLEASYLAAGQARRVEEIRQALVLCQNLALRPYDEERGIQVGTLIGLEDEEGRQQWLFLGPDAAGLKVSLVGQPITVITPRSPLGRGLLGKFEGDEVEIVVAGARQQFAVTEAI NA NA NA NA NA D1-35_00698 393 hypothetical protein ATGCCCGACCACTCCTCTCCCCGCCTCACAACGTTGCAACTGACGCTGGGCATCGCCTTGGGCTTGTGGCTGGGATTCCTTGCCATCGTGCTGACGGGATGGCTGCTGTCCAGGTTTCTGTTCGATGAGCAACTGGCCCCGGTGGCCGCCGCGGTTCATCAATTGGCGCAGCCGCCGGCAGCACCGCCAGCCCCGGAGCCGACCCCAACGCCAACCCCAATGTTCGAGCAGTATCAACAGAACCTGCAGAAGAACGAGCAACGCCAGGCCCTCGACCAGGCCCGCAGCAACCCTCGCAACCTGTCCAACCCAAAGTGTCAATTCTGGCTCCAACAGGACCAGAACGCGCCTAGCGAGAAAAGCCGCGCCAATGTCCTGCAATTCTGCGAATGA MPDHSSPRLTTLQLTLGIALGLWLGFLAIVLTGWLLSRFLFDEQLAPVAAAVHQLAQPPAAPPAPEPTPTPTPMFEQYQQNLQKNEQRQALDQARSNPRNLSNPKCQFWLQQDQNAPSEKSRANVLQFCE NA NA NA NA NA D1-35_00699 1134 hypothetical protein ATGACTGTGCGTTGGGATATTTTTTGCACCGTCGTCGATAACTATGGCGACATCGGCGTCACCTGGCGCCTGGCTCGGCAATTGGTCGCCGAGCATCAATGCGCGGTGCGGCTGTGGGTCGACGACCTGCGCGCCTTCGAGCGGTTATGTCCGTCTATCGATGTCACGCTGACCGAGCAATGGCAGCAAGGCGTACAGGTGCGTCACTGGCCCAAGGACTGGCAGCCCACCGAAGCTGCCGATGTAGTGATCGCCGCATTTGCCTGCCAGTTGCCCAGCGCCTACATGGACGCGATGGCCGAGCGTCCGGCGGCGCCTTTGTGGATGAACCTCGATTACCTGAGCGCCGAGGATTGGGTGATCGGTTGTCACGGTTTGCCGTCGGTGAAGTACAAACATGTGCAGAAATATTTCTTTTTTCCGGGCTTTCAGGAGGGCACGGGTGGCTTGCTGCGGGAGGCCGGTTTGTTGGGGCGTCGTCGAGAATTTCAGCAGGATGGCGAGGCACAAAGGGCTTTCCTGCAAGGACTGGGCGTCGAGCGCGAGTCCGGGGCGCGGCTGATTTCGTTGTTTGCCTATGAGAACGACGGTTTGGCCAGCTGGTTTGATGCGCTGGCGAGGGATGCTCGTCTGTCGCATGTGCTGGTTCCGGAAAGCCGCATCCTCGCCGATGTGGAGCGTTGGGTTGGTATCGACGGCCTGAAAGCCGGTGCCTTGCATCGCCGTGGCGCCCTGACCGTGCAGGTGCTGCCTTTCGTGCGCCAGGATGAATACGATCAACTGTTGTGGTGCTGTGATTTCAACGCCGTGCGTGGCGAAGACTCCTTCGTGCGCGCGCAGTGGGCCGGCCGGCCGCTGCTCTGGCATATCTATCAACAGGAAGAGGACGTCCACCTGGAAAAACTCGAGGCGTTTCTCCGCTTGTATACCGAGGGGCTCCCGGAGGCTGCGGAAAAAGCGATCAGCGGTCTCTGGCGGGCCTGGAACGCCGGCCAAGGCGTGGCAGAGCACTGGAGCGCCGCCTGCGAGCAACACCAGGTGCTCGCCGAACATGCCCAGGCGTGGTGCCAGAAACAGGCCTCTCGAGCCGATCTTGCCACGGCGCTGGTGAAGTTTTACCGAAATTGGATATGA MTVRWDIFCTVVDNYGDIGVTWRLARQLVAEHQCAVRLWVDDLRAFERLCPSIDVTLTEQWQQGVQVRHWPKDWQPTEAADVVIAAFACQLPSAYMDAMAERPAAPLWMNLDYLSAEDWVIGCHGLPSVKYKHVQKYFFFPGFQEGTGGLLREAGLLGRRREFQQDGEAQRAFLQGLGVERESGARLISLFAYENDGLASWFDALARDARLSHVLVPESRILADVERWVGIDGLKAGALHRRGALTVQVLPFVRQDEYDQLLWCCDFNAVRGEDSFVRAQWAGRPLLWHIYQQEEDVHLEKLEAFLRLYTEGLPEAAEKAISGLWRAWNAGQGVAEHWSAACEQHQVLAEHAQAWCQKQASRADLATALVKFYRNWI NA NA NA NA NA D1-35_00700 570 efp COG0231 Elongation factor P ATGAAAACTGGTAAAGAACTCAAACCCGGTACCGTGATTCGTATCGACAACGATCCTTGGCTGGTTCAGAAAGCTGAATTCACCAAGTCGGGTCGTAACAGCGCGATCATGAAGACCAAGCTGAAAAACCTGCTGACCGGCTACAAGACCGAAACCGTCTACGGTGCGGACGACAAGCTGGACGACGTGATCCTGGACCGTAAAGAGGCGACCCTGTCTTTCATCAGCGGCGATACCTACACGTTCATGGACACCACTGACTACACCATGTACGAACTGAACGCCGAAGACATCGAAAGCGTCCTGCCATTCGTTGAAGAAGGCATGACCGACGTCTGCGAAGCCGTATTCTTCGAAGAGCGCCTGGTTTCCGTGGAACTGCCGACCACTATCGTGCGTGTAGTTGACTACACTGAAGGTTCCGCTCGCGGCGACACTTCCGGCAAGGTCATGAAGCCTGCCAAGCTGAGCAACGGTACTGAGCTGCAAGTTGCTGATTTCATCGAAATCGGTGACAAAATCGAGATCGATACCCGCGAAGGCGGTTCCTACAAAGGCCGCGCTAAATAA MKTGKELKPGTVIRIDNDPWLVQKAEFTKSGRNSAIMKTKLKNLLTGYKTETVYGADDKLDDVILDRKEATLSFISGDTYTFMDTTDYTMYELNAEDIESVLPFVEEGMTDVCEAVFFEERLVSVELPTTIVRVVDYTEGSARGDTSGKVMKPAKLSNGTELQVADFIEIGDKIEIDTREGGSYKGRAK PGPT0016205_1052 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356 NA NA D1-35_00701 1014 nlhH_1 COG0657 Carboxylesterase NlhH ATGAACACCCTCAGCAAAGCCCTGACCGGCACCCTTCTCGCCCTGAGCATCAGCAACGCCTTCGCCGACGGCATCGTCGAGCACAACACCCAGGCGTTCCTCGACGCACTGAATGCCGGCACCGGCAAACCGCTGGAGCAGTTGTCGCCAAAAGATGCCCGTGCCGTATTGGTCGGCGCCCAGGCGGGGGTGAAGTTGACGCTACCCAAGGCCGACGTCAGCGAGAAAACCATCCAGGTCGATGGCCAGTCGATCAGTCTGACCATCGTTCGTCCGGCCGGGGTCAAGGGTGAGTTGCCCGCGTTCATGTTCTTTCACGGCGGTGGCTGGGTACTGGGCGATTTCCCCACCCATGAACGACTGGTTCGGGATCTGGTGGCGGGTTCGGGTGCCGTTGCGGTGTTCGTCAACTACACACCATCGCCCGAGGCGCATTACCCGGTAGCGATCAACCAGGCCTACGCCGCGACAAAGTGGGTGGCCGAGCATGGCAAACAGATCAACGTCGATGGCAAGCGCCTGGCCGTAGCGGGCAACAGCGTCGGCGGCAACATGGCGGCGGTCGTCGCGCTGATGGCCAAGGACAAGGGTACGCCGGCGATCCGCTTCCAGGCATTGTTGTGGCCGGTGACCGACGCCAGCTTCGAGACGGCGTCCTACAACCAGTTCGCCGAAGGGCACTTCCTCAGCAAGAACATGATGAAGTGGTTCTGGGACAACTACACCACCGATGCGGGGCAGCGTAACGAGATCTATGCCTCGCCATTGCGGGCAACTACCGCACAACTCAAGGGCCTCCCGCCGGCGCTGGTGCAGACCGCCGAGGCTGATGTGCTGCGCGACGAAGGTGAAGCCTACGCTCGCAAACTGGATGCGGCGGGTGTACCGGTTACAGCCGTGCGCTACAACGGCATGATCCACGATTATGGCTTGCTTAACGTGGTGAGCCAGGTGCCGGCGGTGCGTTCGGCGATGCTGCAGGCGTCCGAGGAACTCAAGCAACACCTGAAGTAA MNTLSKALTGTLLALSISNAFADGIVEHNTQAFLDALNAGTGKPLEQLSPKDARAVLVGAQAGVKLTLPKADVSEKTIQVDGQSISLTIVRPAGVKGELPAFMFFHGGGWVLGDFPTHERLVRDLVAGSGAVAVFVNYTPSPEAHYPVAINQAYAATKWVAEHGKQINVDGKRLAVAGNSVGGNMAAVVALMAKDKGTPAIRFQALLWPVTDASFETASYNQFAEGHFLSKNMMKWFWDNYTTDAGQRNEIYASPLRATTAQLKGLPPALVQTAEADVLRDEGEAYARKLDAAGVPVTAVRYNGMIHDYGLLNVVSQVPAVRSAMLQASEELKQHLK NA NA NA NA NA D1-35_00702 420 ohrB_1 COG1764 Organic hydroperoxide resistance protein OhrB ATGAAAACTCTCTACACCGCAATCGCAACCTCCACCGGCGGCCGTGACGGTCGTGCCATCTCCAGCGATAACATCCTCGACGTCAAACTTGCCACGCCCAAGGAACTCGGCGGTGCGGGCGGTGCTGCGACCAACCCAGAGCAACTGTTCGCCGCCGGCTACTCGGCCTGCTTCATCGGCGCGCTGAAATTTGTCGCCAGCCAGAGCAAACGCAAGATCCCGGACGACGCCTCGATCACTGCTCACGTCGGCATCGGCCAGATTCCCGGTGGTTTTGGTCTCGACATCGACCTGCACATCAGCCTGCCAGGTCTTGACCAGGTCGACGCCCAAAGCCTTGTGGAAGCCGCTCACCAGGTTTGCCCGTACTCCAACGCCACCCGCGGCAACGTTGATGTTCGCCTGCACGTAACCGTCTAA MKTLYTAIATSTGGRDGRAISSDNILDVKLATPKELGGAGGAATNPEQLFAAGYSACFIGALKFVASQSKRKIPDDASITAHVGIGQIPGGFGLDIDLHISLPGLDQVDAQSLVEAAHQVCPYSNATRGNVDVRLHVTV PGPT0013160_3584 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 D1-35_00703 462 ohrR_1 Organic hydroperoxide resistance transcriptional regulator ATGACTACCCAACACGACACCCCCGATCCTTGCGAAGCCCTGCTGCTGGAAAACCAGGTCTGCTTCGCCCTGCACTCCACGTCGCTGTTGATGACCAAGGTCTACAAGCCCCTGCTCCAGGCGTTGGGCCTGACCTATCCGCAGTACCTGGCGATGATGGTGTTGTGGGAACAAGACGGGCTGACCGTCGGCGAAATCAGTAACCGCCTGCTCACCGACCCTGGCTCCCTGACCCCGCTGCTCAAGCGCCTGGAGGCCGAAGGCCTGTTGAGTCGCACCCGCAGCCGTGAAGATGAACGCGTGGTCATTGTCGAGCTGACCGAACAGGGCCGCGCCCTGCAGAAAAAGGCCCTCGACATCCCCCAATGCATCCTCGCCGCGAGCGGCCAGACGCTGGAACAACTGAAAAAACTGCAACATGACCTGCAGGAACTGCGCGGGCATTTGCAGGACAGCCTTTGA MTTQHDTPDPCEALLLENQVCFALHSTSLLMTKVYKPLLQALGLTYPQYLAMMVLWEQDGLTVGEISNRLLTDPGSLTPLLKRLEAEGLLSRTRSREDERVVIVELTEQGRALQKKALDIPQCILAASGQTLEQLKKLQHDLQELRGHLQDSL PGPT0013155_2357 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-35_00704 750 hypothetical protein GTGATCGAGGTCATGCTGTATTTGCTGTTGGGCGCCGCGCTGGGCACTTTGGGGGGATTGTTCGGCATTGGTGGCGGGCTGATCGCGATTCCAGTTCTGGGTGTATGGTTCGGCCTGGATCAGCATCTCGCCCAAGGTACGGCATTGGTGATGGTCGTCCCCAACGTGATGCTGGCGCTGTGGCGTTATCACCAGCGTAATCGTATCGAAATGCGCCATGTCCTGCCGCTGGCATCCATGGGCTTCTGCTTCGCGTGGCTTGGCTCCATCTGGGCCGTGGGCATTGACGCGCAAAGCATGCGGATTGGTTTTGTGGTGTTCCTGGTGGTCCTGGCGGCCTACAACCTGATCCGCATGTTCGCCGCGACGGCGCCGGCTTCGGCGCGGATGCGCCACGGCTGGCCTTGGCTCGCCGTGCTGGGCGCGGCATCGGGCACCATGGGCGGTCTGTTTGGGGTGGGCGGAGCGGTTGTCGCCACGCCAATACTGACCAGCGTGTTTGGCACTTCCCAGGTCGTCGCCCAAGGGTTGTCCCTGGCGCTGGCCTTGCCCAGCACGGGTGTGACCCTTGCCACCTATGCGTTTCACCATGAGGTGAACTGGTGGATCGGGCTGCCCCTGGCTGTCGGTGGGCTGATGAGCATCAGTTGGGGGGTGAAGGTCGCCCACGCGATGCCGGAGCGATTGCTGCGCGGGCTGTTCTGCGGCTTCCTGGTGCTGTGCGCGGTGTTGCTCCTGCTTAAAGTTTGA MIEVMLYLLLGAALGTLGGLFGIGGGLIAIPVLGVWFGLDQHLAQGTALVMVVPNVMLALWRYHQRNRIEMRHVLPLASMGFCFAWLGSIWAVGIDAQSMRIGFVVFLVVLAAYNLIRMFAATAPASARMRHGWPWLAVLGAASGTMGGLFGVGGAVVATPILTSVFGTSQVVAQGLSLALALPSTGVTLATYAFHHEVNWWIGLPLAVGGLMSISWGVKVAHAMPERLLRGLFCGFLVLCAVLLLLKV NA NA NA NA NA D1-35_00705 882 hdfR_1 HTH-type transcriptional regulator HdfR ATGCAATACATCTCGGAGATTGATCAATTGTCGAGTTACCCGAGCATTGATACGGAAGTGCTGCGGACCTTCGTCGCCATCGCCGACCAGGGCGGCTTCACTCGCGCCGGGGAGCTAGTCAACCGTACGCAATCGGCCGTCAGCATGCAGATGAAGCGCCTGGAAGAGGACGTCTTGCAGCGCCGCCTGTTCGAGCGCGACGGGCGGCAGGTCAAGCTCACCGCCGAGGGCCAGGTGTTGCTGGGTTACGCCCGGCGGATCCTCAAGCTGCACAGTGAAGTGTTCAACACGCTGCGCGAACCGCACATGGTCGGCACGGTCCGCATCGGCACGCCGGACGATTATGTGATGCGCTTTTTGCCGGGAATCCTGCAGCGCTTCGCCCAGTTCTATCCACTGATCGAAATCGAAGTGCACTGCGAATCGTCCAAGCAACTGCTGCTGCGCCAGGATCTCGACCTGTCCATCGTCACTCGCAAACCAGGCGACGAGATCGGTCAGTTGCTGCGCAAGGAACGTTTTGTCTGGGCCGAGGCGGCCTGCTTCAACACTCATGAACAAACACCGCTGCCGCTGGCGATGTTCAACAGTGATTGTTTCTGTCGGCAATGGGCGTGCAATGCGCTGGACGCCATGGGGCGTGATTATCGCGTGGCGTACAACAGCTCAAGCCTGTCAGCGATCATGGCGGTGGTCGGCGCGGGCCTGGCGATCACCGCGCAACTGGAGAGCCTGCTGACCCCGGACATGCGCGTCCTAGGCGAGGCCGAGAACCTGCCGGAGCTGCCCGAGGCCAGCATCATGTTGATCCGCAACCTGCACAATCCGTCGCCGATCACCGAGTGCCTGGCCGAACACATCGTCGAAGGTTTCAAACTTTAA MQYISEIDQLSSYPSIDTEVLRTFVAIADQGGFTRAGELVNRTQSAVSMQMKRLEEDVLQRRLFERDGRQVKLTAEGQVLLGYARRILKLHSEVFNTLREPHMVGTVRIGTPDDYVMRFLPGILQRFAQFYPLIEIEVHCESSKQLLLRQDLDLSIVTRKPGDEIGQLLRKERFVWAEAACFNTHEQTPLPLAMFNSDCFCRQWACNALDAMGRDYRVAYNSSSLSAIMAVVGAGLAITAQLESLLTPDMRVLGEAENLPELPEASIMLIRNLHNPSPITECLAEHIVEGFKL NA NA NA NA NA D1-35_00706 222 hypothetical protein ATGAAAGGTCAAAAAGGTTATTTGCTGATTGATAAATTCTCATCCCACGGTTTTTCGCTCAGCGCGCTGTTGCACAAGTTTAGCCGCTGGTACGAATTGCACCACGAGCGTGAACTGCTCGCCTCGATGAGCGATGAGGCGCTCAAGGACATAGGTGTCAGCCGTGCCGATGTTGAAAAGGAAGTGGTTCGGCCATTCTGGGATGACCCGATGCACAAATGA MKGQKGYLLIDKFSSHGFSLSALLHKFSRWYELHHERELLASMSDEALKDIGVSRADVEKEVVRPFWDDPMHK NA NA NA NA NA D1-35_00707 1230 hypothetical protein ATGCCCGCGACTGTATCCTTTACCCTCAGACAGGCCCGACGCCTGGCGTTGGCCGCCCAAGGATTCGATGGGCGACCATCGCCAGCTTCGGTGCAACCCGCGCGCCTCAACCGTCTGATCGAGCGCCTCGGCGTCGTGCAGATCGATTCAGTCAATGCCTTGGTGCGCTCGCATTACCTCCCGCTGTTCTCCCGCCTTGGTCACTACAATCGTGACTTGCTCGATCAGGCAGCCTGGAGCCAGGGGGGCCGCCGTACGTTGTTTGAATATTGGGGGCATGAAGCTTCGTTGATGCCGGTTGCGATGTATCCGCTGATGCGTTGGCGCATGGCGCGGGCGGCCCGTGGCGAAGGCATTTACCAGCAGTTGGCGCGGTTTGGTCGTGAGCGGCAGGACGTGATTCATCGGGTCCTTCAGGCGGTTCAGGAGCAGGGCGCGCTTGGCGCCGGCAGCTTGTCCACCCGTCAGGAGAAGGCCGGTCCCTGGTGGGACTGGAGCGCCGAGAAACATGCGCTGGAATGGCTGTTCGCCGCGGGCAAAGTCACCGTAGCCGGGCGGCGGGGGTTCGAGCGGCTCTATGATCTGCCTGAGCGGGTGCTGCCCGAGTCGGTCCTGCGCCAACCGCAGCTGGACGAAGCCCATGCCCAACGCGCGTTGCTCCTGCATGCGGCGCAGGCCTTGGGCGTCGGCACCGAGAAGGACCTGCGTGATTACTTCCGCCTGGATCCGGCCGACAGCCGCGCGCGACTGGCCGAGTTGGAGGAGGCGGGTGAGTTGTTGCGATGTCAGGTGCAGGGCTGGAAGCAGCCGGCCTGGTGCCAACCCACCGTGAAAATCCCCCGCAAGGTCGCTGCCAGTGCCTTGCTGTCGCCGTTCGACTCGCTGGTCTGGGAGCGCAGCCGCACCGAGCGCTTGTTCGACTTCCGCTATCGCCTGGAAATCTACACGCCGGTGCACAAGCGCGTGTATGGCTATTACGTCTTGCCGTTTTTGCACAATGAGCGGATTGCGGCGCGGGTCGATCTTCGTGCGGAGCGGGCCTTGGGGCGGCTGGCCGTGCATGCCGTGCATGAGGAAGAGCCGGGGCTTGACGAGGAGGGCATGCAGGCGCTGGCGATGAATCTGCGGCGCATGGCTGACTGGTTGGGACTGGAGCGGGTGCAGCTCAATTGCCAGCGGGAGGGTGGGGCGCGGTTGGCGGTGGCGTTGGCGCGGGTTGATGGTGGCTGA MPATVSFTLRQARRLALAAQGFDGRPSPASVQPARLNRLIERLGVVQIDSVNALVRSHYLPLFSRLGHYNRDLLDQAAWSQGGRRTLFEYWGHEASLMPVAMYPLMRWRMARAARGEGIYQQLARFGRERQDVIHRVLQAVQEQGALGAGSLSTRQEKAGPWWDWSAEKHALEWLFAAGKVTVAGRRGFERLYDLPERVLPESVLRQPQLDEAHAQRALLLHAAQALGVGTEKDLRDYFRLDPADSRARLAELEEAGELLRCQVQGWKQPAWCQPTVKIPRKVAASALLSPFDSLVWERSRTERLFDFRYRLEIYTPVHKRVYGYYVLPFLHNERIAARVDLRAERALGRLAVHAVHEEEPGLDEEGMQALAMNLRRMADWLGLERVQLNCQREGGARLAVALARVDGG NA NA NA NA NA D1-35_00708 1347 aroH COG3200 Phospho-2-dehydro-3-deoxyheptonate aldolase ATGAGCCAACCCTGGAGCCCTGACAGCTGGCGCGCCCTGCCGATCCAGCAACAACCTCGCTACCCCGACGCGGCGCATCTGCTGCAGGTGGAGCAGACCCTGGCCAGTTATCCGCCCTTGGTGTTTGCCGGTGAAGCCCGGGAATTGCGTCGTCAGTTTGCCGAAGTCACCCAGGGTCGGGCATTCCTGCTGCAGGGCGGCGATTGCGCCGAGAGCTTTGCCGAATTTTCCGCCGCCAAGATCCGCGACACCTTCAAGGTGCTGCTGCAAATGGCGATCGTCATGACCTTCGCCGCCGGTTGCCCGGTGGTCAAGGTCGGGCGCATGGCGGGCCAGTTCGCCAAACCTCGCTCGGCCAACGATGAGACGATCGATGGCGTGACACTACCGGCCTACCGGGGCGACATCGTCAACGGCATCGGCTTCGACGAGAAAAGTCGCGTGCCGGATCCGGAGCGGCTTTTGCAGTCCTATCATCAGTCCACCGCAACCCTCAACCTGCTGCGGGCGTTCGCCCAGGGCGGGTTCGCCGATCTGCACCAGGTGCATAAGTGGAACCTGGACTTCATCGCCAACTCGGCCCTGGCGGAAAAGTACAGCCACCTGGCCGACCGCATCGACGAAACCCTGGCGTTCATGCGCGCCTGCGGCATGGACAGCTCGCCGCAACTGCGCGAGACCAGTTTTTTCACCGCCCACGAAGCGTTGTTGCTCAACTATGAAGAAGCCTTCGTACGCCGTGACAGCCTGACCAACGATTATTACGACTGCTCCGCCCACATGCTGTGGATCGGCGATCGTACCCGCCAGCTGGACGGAGCGCATGTGGAGTTCCTGCGGGGGGTGAACAACCCGATCGGGGTCAAGGTCGGCCCGAGCATGAACCCTGACGACCTGATCCGCCTGATCGACGTGCTCAACCCGGATAACGACCCCGGTCGACTGAACCTGATCGCGCGGATGGGCGCCAACAAGGTCGCTGATCACCTGCCGCAACTGTTGCGCGCCGTGCAGCGTGAAGGCAAGCAGGTGCTCTGGAGTTCCGACCCGATGCACGGCAATACCATCAAGGCCAGCAGCGGCTACAAGACCCGGGATTTTGCGCAGATTCTTGGCGAGGTGAAGCAGTTCTTCCAGGTGCATGAAGCCGAAGGGACCTACGCCGGCGGGATTCATATCGAGATGACCGGGCAGAACGTCACCGAATGCATCGGCGGCGCCCGACCGATCACCGAGGATGGGCTGTCGGATCGTTACCACACGCACTGCGACCCGCGGATGAATGCCGATCAGTCGCTGGAGCTGGCGTTCTTGATTGCCGAGACGCTGAAGCAGGTACGGCGGTGA MSQPWSPDSWRALPIQQQPRYPDAAHLLQVEQTLASYPPLVFAGEARELRRQFAEVTQGRAFLLQGGDCAESFAEFSAAKIRDTFKVLLQMAIVMTFAAGCPVVKVGRMAGQFAKPRSANDETIDGVTLPAYRGDIVNGIGFDEKSRVPDPERLLQSYHQSTATLNLLRAFAQGGFADLHQVHKWNLDFIANSALAEKYSHLADRIDETLAFMRACGMDSSPQLRETSFFTAHEALLLNYEEAFVRRDSLTNDYYDCSAHMLWIGDRTRQLDGAHVEFLRGVNNPIGVKVGPSMNPDDLIRLIDVLNPDNDPGRLNLIARMGANKVADHLPQLLRAVQREGKQVLWSSDPMHGNTIKASSGYKTRDFAQILGEVKQFFQVHEAEGTYAGGIHIEMTGQNVTECIGGARPITEDGLSDRYHTHCDPRMNADQSLELAFLIAETLKQVRR PGPT0012920_1972 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626 NA NA D1-35_00709 756 speE_2 Polyamine aminopropyltransferase ATGACAGAGGAGCGCGTCGAGCATTTGCTCGCCGAGGTGCACGACGAGTTCGGCATGATCCGCGTACTCGAAGTGGCCGATTACCGGTTTCTCGAATTTGGCGATGCGATCGAGCAGAGCTGCGTGTTCACGGCTGATCCGAGCTGGCTCGAATATGACTACACCCGCGCCATGCTCATCGGTGCGTTGTGCCACGAGCAACCGGAGAGCGCGCTGTTCCTCGGGCTGGGGGCCGGTACGCTGACCCAGGCCTGTCTCAAGTTCCTGCCGCTGGAGGATGTCGAGGCCATCGAACTGCGCCCCGACGTGCCGCGCCTGGCCATCGAATACCTCGGGCTGGACGATGATCCGCGCCTGTACATTCGTGTCGGTGATGCCTTGGAGCTGCTTGAAACGGCGGAGCCGGCGGACCTGATTTTCGTCGACCTCTATACCGATGTCGGTCCCGGCGTCGGTCACCTGGCCTGGGGATTTCTGGAAAACTGCCAGAAGCGCCTCAATCCCGGCGGCTGGCTGGTGATCAACCAGTGGGCCACCGACGATGGCAAGCCGCTGGGCGCGGCGCTCTTGCGCGGCTTGTATCACCGGCACTACTGGGAGTTGCCGGTGAAGGAGGGCAACGTCATCCTGATCGTGCCGGCGGACCTGGACCAGGCATTGGACATGCAAGGTCTGGTCGCCCGTGCCGAAGGGCTCGCGCCGCGGCTGGGTTATTCGTTGCAATCGTTGATCAAGGCAATCCGCCCGGCGACTTGA MTEERVEHLLAEVHDEFGMIRVLEVADYRFLEFGDAIEQSCVFTADPSWLEYDYTRAMLIGALCHEQPESALFLGLGAGTLTQACLKFLPLEDVEAIELRPDVPRLAIEYLGLDDDPRLYIRVGDALELLETAEPADLIFVDLYTDVGPGVGHLAWGFLENCQKRLNPGGWLVINQWATDDGKPLGAALLRGLYHRHYWELPVKEGNVILIVPADLDQALDMQGLVARAEGLAPRLGYSLQSLIKAIRPAT NA NA NA NA NA D1-35_00710 1674 deaD COG0513 ATP-dependent RNA helicase DeaD ATGACCCAGGAAACCGGCGGCTTCGCCGCTTTTAATCTCAACCCGAACATTCTTGCTGCCGTCATTGCGACTGGCTACGAAGAACCTTCGGCTATTCAGCAGCAATCGATCCCGATCATCATGGCCGGCCACGACATGATTGGCCAGGCGCAAACCGGTACGGGTAAAACCGCTGCGTTCGCCCTGCCGATCCTGCATCGCATCGATCCTGCCAAGCGCGAGCCGCAAGCCCTGATCCTGGCGCCAACCCGTGAGTTGGCGCTGCAAGTAGCAACCGCTTTCGAAACCTACTCCAAGCAGATGCCTGGCGTTACCGTTGTGGCCGTTTACGGCGGCGCCCCGATGGGCCCACAACTGAAAGCAATCCGTAATGGCGCGCAGATCGTTGTCGCCACCCCGGGCCGTCTCTGCGACCACCTGCGTCGTGACGAGAAAGTCCTCGCTACCGTGAACCACCTGGTTCTCGACGAAGCGGACGAAATGCTCAAGCTGGGCTTCATGGATGACCTGGAAGTCATCTTCAAGGCCCTGCCAGCGACTCGCCAGACTGTTTTGTTCTCGGCCACCCTGCCGCAATCGATCCGTGCCATTGCCGAGCGCCACCTGCGCGATCCGCAACACGTGAAGATCCAGACCAAGACCCAGACCGTTACCGCGATCGAGCAGGCTCACCTGCTGGTTCACGCTGACCAGAAGACTTCTGCCGTTCTCAGCTTGCTGGAAGTGGAAGACTTCGACGCCCTGATCATGTTCGTGCGCACCAAGCAAGCGACCCTGGACCTGGCCAGCGCCCTGGAAGCCAAAGGCTACAAAGCCGCTGCGCTGAACGGTGACATTGCCCAGAACCAGCGCGAGCGCGTGATCGATTCCCTCAAGGATGGCCGTCTGGACATCGTTGTGGCGACCGACGTTGCTGCCCGTGGTCTGGACGTTCCGCGCATCACCCACGTGTTCAACGTGGACATGCCATACGATCCGGAATCCTACGTCCACCGTATCGGCCGTACCGGCCGTGCCGGTCGCGAAGGTCGCGCGCTGCTGCTGGTGACTCCGCGTGAGCGCCGCATGCTGCAAGTGATCGAGCGTGTAACCGGTCAGAAGGTCGCGGAAGTTCGCCTGCCGGACGCCCAGGCCGTTCTCGATGCCCGCATCAAGAAACTGACCAACAGCCTGTCGCCGCTGGTGGCTGACGCCGAATCGACCCACGGTGATCTGCTCGATCGCCTGACCGCCGACATCGGTTGCACCCCGCGTGCCCTGGCCGCTGCCCTGCTGCGCAAGGCTACCAACGGTCAGGCGCTGACCCTGGCGGCGATCGAGAAGGAACGTCCACTGGTGCCGAACAGCGCGCCGCGTGGCGATCGTCCCGAGCGTACCGGTGATCGTCCGGACCGTGGTGATCGCGAGCGTCGCGCGCCGATCCCGCTGGGTGAAGGCCGTGCCCGCTGCCGTACCGCGCTGGGCGCTCGTGACGGCATTGCCGCCAAGAACCTGCTGGGCGCGATCCTCAACGAAGGCGGCCTGGCCCGCGAAGCGATCGGTCGCATCCAGGTGCGTGACAGCTTCAGCCTGGTGGAACTGCCGGAAGAAGGCCTGGAGAAGTTGCTGACCAAGCTCAAGGACACTCGCGTAGCTGGCAAGCAGCTCAAGCTGCGTCGCTACCGCGAGGATTGA MTQETGGFAAFNLNPNILAAVIATGYEEPSAIQQQSIPIIMAGHDMIGQAQTGTGKTAAFALPILHRIDPAKREPQALILAPTRELALQVATAFETYSKQMPGVTVVAVYGGAPMGPQLKAIRNGAQIVVATPGRLCDHLRRDEKVLATVNHLVLDEADEMLKLGFMDDLEVIFKALPATRQTVLFSATLPQSIRAIAERHLRDPQHVKIQTKTQTVTAIEQAHLLVHADQKTSAVLSLLEVEDFDALIMFVRTKQATLDLASALEAKGYKAAALNGDIAQNQRERVIDSLKDGRLDIVVATDVAARGLDVPRITHVFNVDMPYDPESYVHRIGRTGRAGREGRALLLVTPRERRMLQVIERVTGQKVAEVRLPDAQAVLDARIKKLTNSLSPLVADAESTHGDLLDRLTADIGCTPRALAAALLRKATNGQALTLAAIEKERPLVPNSAPRGDRPERTGDRPDRGDRERRAPIPLGEGRARCRTALGARDGIAAKNLLGAILNEGGLAREAIGRIQVRDSFSLVELPEEGLEKLLTKLKDTRVAGKQLKLRRYRED NA NA NA NA NA D1-35_00711 768 ygiD COG3384 4,5-DOPA dioxygenase extradiol ATGCTGCCCAGCCTGTTTATCTCCCATGGTTCACCGATGCTTGCTCTGGAACCCGGCGAGAGCGGCCCGGCCTTGGCTCGCCTGGCCGCGCAAATGCCGAAGCCCAAGGCCATCGTGATTGTGTCCGCCCATTGGGAGAGCAATGAACTGCTGGTCAGCGCCAACCCGCGACCGCGTACATGGCATGACTTCGGTGGCTTCCCGAAAGCGTTGTACGAAGTGCAATATCCGGCGCCAGGCGATCCCCTGCTGGCAACGCAGGTCGCCGAACTGCTCAATGCAGCGCAATTGCCGGTACGCCTGGAGACAGGGCGGCCATCGGACCATGGCGTCTGGGTGCCGCTGTCGTTGATGTACCCCGAGGCCGATATTCCCGTGGTACAGGTTTCCCTGCCCAGCCAGCGCGGCCCGACACTGCAGACGCAGGTCGGCCGGGCCCTGGCAGGACTGCGCGAACAGGACATCCTGCTGATCGGTTCCGGCAGCATCACGCATAACCTGGGGGATCTGGACTGGAACGCCGGCCCTGACAGCATCGAGCCCTGGGCCAAGGCATTCCGCGATTGGATAGTGGCGCAACTGGCGGCCAACGACGAGTTCGCGTTGCATGATTACCGCCGCCAGGCCCCCAGTGCGGTGCGTAGCCATCCCAGCGACGAGCACCTGCTGCCGCTGTATTTTGCCCGGGGTGCGGGTGGGAAATTCAGCATTGCCCATGAAGGGTTCACGATGGGAACGTTGGGGATGGACATTTATCGGTTTGATTGA MLPSLFISHGSPMLALEPGESGPALARLAAQMPKPKAIVIVSAHWESNELLVSANPRPRTWHDFGGFPKALYEVQYPAPGDPLLATQVAELLNAAQLPVRLETGRPSDHGVWVPLSLMYPEADIPVVQVSLPSQRGPTLQTQVGRALAGLREQDILLIGSGSITHNLGDLDWNAGPDSIEPWAKAFRDWIVAQLAANDEFALHDYRRQAPSAVRSHPSDEHLLPLYFARGAGGKFSIAHEGFTMGTLGMDIYRFD NA NA NA NA NA D1-35_00712 705 tpm Thiopurine S-methyltransferase ATGGACCCCGAGTTTTGGCACAAGCGTTGGTCAACCAACCAGATCGGTTTTCATCTGCCGGAAGTGAACCCTTACTTGCAGCGTTTCTGGCCACAGTTGGGATTGCCTGAAGAAACTCGAGTATTGGTGCCCTTGTGCGGCAAGACGCTGGATCTGCTGTGGTTGGCGCAACAAGGTTTTTCCGTGCTGGGGGTGGAGCTATCGGAAAAGGCCGTCACTGATTTTTTCCAGGAGCATCAGCTTGAGCCAAACGTGAGTGAGGAGGGCGCCTTCAAGGTATTTCGTTCTGGTGCCATCGAGATCCGCTGCGGTGATGTCTTTGCGTTGACGCCTTTGGACGTCGCGGATTGCGCGACGTTGTATGACCGTGCGGCACTGATCGCCCTGCCTGCACCGATGCGCGAGCGTTATGCGGCCCATCTGCAGAACATAATGCCGGACTGCGTCGGCCTGCTGATTACCCTGGACTACAACCAGGACGAGATGCCTGGGCCGCCGTTTTCGGTAGGACATGAAGAGGTGCAGCGGTTGCTGGGCGGGGCTTGGCAATTGCAAGTCCTGCAGGAGCAGGATGTGCTGGGCGAGAGTTGGAAGTTCTTGCAGGCGGGCGTGAAGCGGCTGGATGAGCGGGTATATCTGGTGTCCAGTCGTGGGGTGCGCTCAATGACCCCGTCCCGGACGGGCCCGCTGCCGCTTTTGACTTAG MDPEFWHKRWSTNQIGFHLPEVNPYLQRFWPQLGLPEETRVLVPLCGKTLDLLWLAQQGFSVLGVELSEKAVTDFFQEHQLEPNVSEEGAFKVFRSGAIEIRCGDVFALTPLDVADCATLYDRAALIALPAPMRERYAAHLQNIMPDCVGLLITLDYNQDEMPGPPFSVGHEEVQRLLGGAWQLQVLQEQDVLGESWKFLQAGVKRLDERVYLVSSRGVRSMTPSRTGPLPLLT NA NA NA NA NA D1-35_00713 888 htpX COG0501 Protease HtpX ATGATGCGCATCCTGCTGTTCTTGGCCACTAACCTGGCGGTCGTGCTGATTGCCAGCATCACCCTGAGCCTTTTCGGCTTCAACGGGTTCATGGCGGCCAACGGGGTTGATCTCAACCTCAATCAGCTGCTGATCTTCTGTGCGGTGTTCGGTTTTGCCGGTTCCCTCTTCTCGCTGTTCATCTCCAAGTGGATGGCGAAGATGAGCACCGGCACCCAGATCATCAGCCAGCCGCGCACTCGTCACGAACAATGGCTGCTGCAGACCGTCGAGCAGTTGTCCCGTGAAGCCGGGATCAAGATGCCGGAAGTCGGGATCTTCCCGGCGTACGAAGCCAACGCCTTCGCCACCGGCTGGAACAAGAACGACGCCTTGGTCGCCGTCAGCCAGGGCCTGCTGGAACGGTTTTCGCCAGATGAAGTGAAAGCTGTGCTGGCCCACGAGATCGGCCACGTCGCCAACGGCGACATGGTGACTCTGGCGTTGATCCAGGGTGTGGTGAACACCTTCGTCATGTTCTTCGCCCGCATCATCGGCAACTTTGTCGACAAGGTGATTTTCAAGAACGAAGAAGGCCAGGGTATCGCCTACTACGTGGCGACCATCTTCGCCGAGCTGGTCCTGGGCATCCTCGCCAGCGCCATCGTCATGTGGTTCTCGCGCAAACGCGAGTTCCGCGCCGATGACGCCGGTGCGCGCCTGGCCGGCACCAGCGCCATGATTGGCGCCCTGCAGCGCCTGCGCGCCGAACAAGGCCTGCCGGTGCACATGCCCGATACCTTGAATGCCTTCGGCATCAACGGCGGCATCAAGCAGGGCCTGGCTCGCATGTTCATGAGCCACCCACCGCTGGAAGAGCGAATCGACGCACTGCGTCGTCGCGGCTAA MMRILLFLATNLAVVLIASITLSLFGFNGFMAANGVDLNLNQLLIFCAVFGFAGSLFSLFISKWMAKMSTGTQIISQPRTRHEQWLLQTVEQLSREAGIKMPEVGIFPAYEANAFATGWNKNDALVAVSQGLLERFSPDEVKAVLAHEIGHVANGDMVTLALIQGVVNTFVMFFARIIGNFVDKVIFKNEEGQGIAYYVATIFAELVLGILASAIVMWFSRKREFRADDAGARLAGTSAMIGALQRLRAEQGLPVHMPDTLNAFGINGGIKQGLARMFMSHPPLEERIDALRRRG PGPT0014605_1969 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014605-htpX|ykrL-K03799 NA NA D1-35_00714 1212 alaA COG0436 Glutamate-pyruvate aminotransferase AlaA ATGCAGGTCAGCAAATCGAACAAGCTCGCCAACGTCTGCTACGACATTCGCGGCCCGGTGCTCAAGCACGCCAAACGCCTGGAAGAGGAAGGCCATCGCATCCTCAAGCTGAACATCGGCAACCCGGCGCCCTTTGGTTTCGAAGCCCCCGATGAAATTCTCCAGGACGTCATCCGCAACCTGCCGACCGCGCAAGGCTACAGCGACTCCAAGGGCCTGTTCAGTGCGCGCAAGGCCGTGATGCAGTATTACCAGCAGAAGCAGGTCGAAGGCATCGGCATCGAGGACATCTACCTGGGCAACGGCGTGTCCGAGCTGATCGTGATGTCGATGCAGGCCTTGCTCAACAACGGCGACGAAGTGCTGGTGCCGGCGCCGGATTATCCGCTGTGGACCGCCGCCGTCAGCCTGTCCGGCGGCAACCCGGTGCATTACCTGTGCGACGAGCAGGCCAACTGGTTCCCTGACCTGGCGGACATCAAGGCCAAGATCACCCCGAATACCAAGGCCCTGGTGATCATCAACCCGAACAACCCGACCGGCGCGGTGTATTCCCGCGAGGTGCTGCTGGGCATGCTCGAACTGGCCCGCCAGCACAACCTGGTGGTGTTCTCCGACGAGATCTACGACAAGATCCTCTACGATGACGCCGTGCACGTCTGCACCGCCTCGCTGGCACCGGACCTGCTGTGCCTGACCTTCAACGGCCTCTCCAAGTCCTATCGTGTCGCCGGCTTCCGCTCCGGCTGGATCGCCATCTCCGGCCCCAAGCACCACGCTCAGAGCTACATCGAAGGCATCGACATGCTGGCCAACATGCGCCTGTGCGCCAACGTGCCGAGCCAGCATGCGATCCAGACAGCGTTGGGTGGCTACCAGAGCATCAACGACCTGGTCCTGCCCCAGGGCCGTTTGCTGGAACAGCGCAATCGCACCTGGGAACTGCTCAATGACATCCCCGGCGTCAGCTGCGTCAAACCGATGGGTGCGCTGTATGCCTTCCCGCGAATCGACCCGAAGGTCTGCCCGATACACAACGACGAGAAATTCGTCCTCGACCTGCTGCTGTCGGAGAAATTGCTGGTCGTCCAGGGAACGGCGTTCAACTGGCCATGGCCGGACCATTTCCGCGTCGTGACCCTGCCGCGGGTTGACGACCTCGATCAGGCCATTGGCCGCATCGGCAATTTCCTCAAATCCTACCGTCAATGA MQVSKSNKLANVCYDIRGPVLKHAKRLEEEGHRILKLNIGNPAPFGFEAPDEILQDVIRNLPTAQGYSDSKGLFSARKAVMQYYQQKQVEGIGIEDIYLGNGVSELIVMSMQALLNNGDEVLVPAPDYPLWTAAVSLSGGNPVHYLCDEQANWFPDLADIKAKITPNTKALVIINPNNPTGAVYSREVLLGMLELARQHNLVVFSDEIYDKILYDDAVHVCTASLAPDLLCLTFNGLSKSYRVAGFRSGWIAISGPKHHAQSYIEGIDMLANMRLCANVPSQHAIQTALGGYQSINDLVLPQGRLLEQRNRTWELLNDIPGVSCVKPMGALYAFPRIDPKVCPIHNDEKFVLDLLLSEKLLVVQGTAFNWPWPDHFRVVTLPRVDDLDQAIGRIGNFLKSYRQ PGPT0001880_1708 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0001880-alaA-K14260 NA NA D1-35_00715 396 msrB COG0229 Peptide methionine sulfoxide reductase MsrB ATGGAAAAGTTGCAGAAAACCCTTGAAGAATGGCGTGAGATGCTCGACCCGGAGCAGTACAACGTCTGTCGCCTCAAAGGCACCGAACGCCCATTTTCCGGCAAGTACAACGCGACCAAGACCGACGGCATCTACCACTGCATCTGCTGCAACGAGCCGTTGTTCGATTCGACGACCAAATTCGATTCCGGCTGCGGCTGGCCGAGTTTCTACGCCCCGATCGAGGGGAGCGCGGTGGTGGAGGTGCGAGATGTCAGCCACGGCATGATTCGCACCGAGGTGGTCTGCGCCAGATGCGACGCGCATCTGGGCCATGTCTTCCCTGACGGCCCACCGCCCACTGGCTTGCGTTACTGCATCAACTCGGTGTGCCTGGATCTCGTGCCTCGCGAGTAA MEKLQKTLEEWREMLDPEQYNVCRLKGTERPFSGKYNATKTDGIYHCICCNEPLFDSTTKFDSGCGWPSFYAPIEGSAVVEVRDVSHGMIRTEVVCARCDAHLGHVFPDGPPPTGLRYCINSVCLDLVPRE PGPT0013070_5013 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013070-msrB-K07305 NA NA D1-35_00716 486 gpx1 Hydroperoxy fatty acid reductase gpx1 ATGTCCGACAATCTGCTGAGCATTCCCTGCACCACCATCAAGGGCGAGCAGAAGACGCTCGCCGATTTTGCCGGCAAGGCCGTGCTGGTGGTCAACACCGCCAGCCAATGCGGCTTCACCCCGCAGTACAAAGGTCTTGAGGCTTTGTGGCAATCCTACAAGGACCAGGGCCTGGTGGTGCTGGGCTTTCCTTGCAACCAGTTCGGCAAGCAGGAACCAGGCAACGAAGGGGCGATCTCCGAGTTTTGCGAGCTCAACTTCGGCGTGAGTTTTCCGTTGTTCAAGAAGATCGATGTCAACGGGGCAAACGCCCATCCGCTATTTGTCCAGCTCAAGCAGCGGGCGCCCGGTGTGCTGGGGTCCAAGGGCATCAAGTGGAATTTCACCAAGTTCCTGATTGGCAAGGACGGCCAGGTGGTCAAGCGCTTCGCCCCGACCACCAAGCCCGAGGATCTCACCGGCGAGATCGAAGCCCTGCTGAAATGA MSDNLLSIPCTTIKGEQKTLADFAGKAVLVVNTASQCGFTPQYKGLEALWQSYKDQGLVVLGFPCNQFGKQEPGNEGAISEFCELNFGVSFPLFKKIDVNGANAHPLFVQLKQRAPGVLGSKGIKWNFTKFLIGKDGQVVKRFAPTTKPEDLTGEIEALLK PGPT0013115_4245 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432 NA NA D1-35_00717 462 ohrR_2 Organic hydroperoxide resistance transcriptional regulator ATGAGCGACCTGTCAGTCGATTCGCTGAAGCTCGACAGCCAGTTGTGCTTCAAGCTGTACGCCGCATCACGGGCGGTGATTCGTGGCTACAAGCCGATGCTCGATCAGCTTGGCCTGACCTATCCGCAGTACCTGGCGATGCTGGTGCTGTGGGAATGGCAGGACAACTCCCCGGAGCAGCCCACGGTCAAGGCGCTTGGAGAGCGTCTGCTGCTGGATTCCGGCACGCTGACACCGTTGCTCAAGCGCCTGGAGCAACTGAGTCTGATCCGCCGCCAACGCTCGGTCCAGGATGAGCGAGAGGTACATTTGAGCCTGTCGGATGCGGGCCGCGCCTTGCGCGAGCAGGTCGGCCCGCTCAAGGCGCGCCTGCTGTGCGACAGCGGGATCGATCTGGATCGCGTGGGCGAGTTGCGCGATGGCCTGGATCACCTGCTCAAGCAGATCAAAGGGCTGACGTAG MSDLSVDSLKLDSQLCFKLYAASRAVIRGYKPMLDQLGLTYPQYLAMLVLWEWQDNSPEQPTVKALGERLLLDSGTLTPLLKRLEQLSLIRRQRSVQDEREVHLSLSDAGRALREQVGPLKARLLCDSGIDLDRVGELRDGLDHLLKQIKGLT PGPT0013155_2356 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D1-35_00718 2322 rcsC_4 Sensor histidine kinase RcsC ATGGACATCAGATTCACCCAACGGCTGTCGTACAAACAGGCTCGACTGACCGTCATGGTGGGTTTCGTGCTGGGCACCTTCCTAAGCCTGGTACAGATCGGCATCGATTATGCCAGCGAAGACGCGTCGATCAACCGTGAAATCCTCTCGTTGCTGGAAATCAGCCACAACCCGGCCTCGCGCATCGCCTATAACATCGATGCCGAGCTTGCCCAGGAACTGGCCCTGGGCCTGTTGCGCTCGCCGGCCATCGTCGGCGCCGAACTGATCGATAACAACAATACGGTGCTGGCCAGCGTCAAGCGACCCGAGCTGCAAAGCAGTTACCGATTTATCAGCGACTCGCTTTTTGGCGCCCAACGACAGTTCGAAGACCGGCTCTACCTGAATCATTCGCCGGGCGAGTCCCTCGGCGTGCTGCGACTGGATGTAGACACCTATGCGTTCGGCAGCCGTTTCCTGCGCCGGGCCGAGGTGACACTGCTCAACGGTTTCGCCCGCAGCCTGATCCTGACCGGCCTGCTGCTGGCGCTGTTCTATGTCATGCTGACCAAACCCTTGGTGCGGGTCATCCGCGAACTCAGCAGCCGCGACCCGGGCAGCAGCGAACAGCGCCCGCTGGAATGTCCTTCCGGCCACCAACACGACGAAATCGGCGTGCTGGTCTCGGTCGCCAACCAGCAGTTCGAGAATGTCTCCACTGAAATCCAGCAACGGCGCGCGGCTGAAAATCGTCTGACCGATTACCTGGCGCAACTGGAGAATATCGTTTCGGCGCGCACGGCCGAGCTAAAGGCCATCAATGCCCGGCTCAGCCAGTCCAACGAGGAGCTGGATATTGCCCGGCGCACCGCCCTCGACATGGCTGACGCGCGCTCCGCGTTCCTGGCCAACATGAGCCATGAGATCCGCACCCCCCTCAATGGCTTGCTCGGGATGATCGCCCTGTCCCTGGATGGCCCGTTGACGGCCGAGCAACAACAACAGCTGTCGATAGCGCATGACTCCGGCAAGGTATTGGTCGAGCTGCTCAACGACATTCTCGATCTGTCCAAATTCGACGCCGGCCAACTGGAACTCGAACGTATCCCGTTCGACCTTGGCGCGCTGGTCGAAGACACCGCCAACCTGCTGTCGCAGAACGCGGCGCCAAGCGTCGAACTGGCGTGTCTGATCGATCCGCAGTTCCCAGCCCAGGTACTGGGCGACCCGACCCGCGTTCGCCAGATCGTCAGCAACCTGCTTTCCAACGCGTTGAAGTTCACCCGTTTCGGTCGGGTCGATGTGCGATTGAATCACTATGAAGGCGGCGTGCGGGTCGAGGTCTGGGACACCGGCATCGGCATTCCCCAGGAGGACCAGGCGCGGATTCTCCAGCCGTTCACCCAGGCCGGCGCGGGCATTACCCGCCAGTTCGGCGGCACCGGGCTGGGCCTGGCACTGACCTACAACCTCTGCGAGGCGATGCAGGGCCGGTTGACGATCAGTTCCGAGGCGGGCTTCGGCAGCCAGTTCTGCGCCGACCTGCCGCTGCCCGCCCACAGCCCGGCCGCGCCCGTCGAGACCTTGCGGGGCAACGTGGTCGCCATCACCACCGCCAACAGCGGGCTGGCCGAATTGCTGGGCATGTTGCTGCCGGTCTGGGGACTGGATTACATACAGCGCACCGTGGACGACGGGCTGCTGGGGCTCAAGCCGGACATCCTGATCACCGATTGCCCGGAATGCCTGTTCAATTTACGCCCGACCTTCGACGCCCCGATCCTGCTCGTCACCGCCTATGGCAGTTTCATGCCCAGCGAAGAAGCCGCCACCCTCGCGCCTTTGCTGCAGCAGGCCCGACCGCTGGCGCGCCACGCGCTTTACCAGATCCTGCGCCGGGCCCTGCAAAGCGAGGCGACGACCATCAACGACGCGCAGATCGAAGCACTGGCGCCCTCGCGGCGTGGCCGGGTGCTGCTGGTGGAGGACAACCCGGTCAACCAACTGGTGGCCAAGGGCATGCTGGTCAAGCTGGGGTGTGAGGTAGTGGTCGCGGCCCATGGCGCCGAAGCCCTGGACCAGCTCGAACAGCAAGCGTTCGACCTGGTCCTGATGGACTGCAACATGCCGGTCATGGATGGTTACGAAGCCAGCCGGCAGATTCGCCGCAGCGGCCGCTGGCCGGACCTGCCGATCGTCGCGCTGACGGCCAACGCGATGCCCGAGGAACGCGAACGCTGCCGGGCCGCCGGCATGAGCGATTACCTGTCCAAGCCGTTCCGTCGCGAGGAACTGGCGGCATTGCTGGACCAGTGGGTGCCGACTACGTCAGCCCTTTGA MDIRFTQRLSYKQARLTVMVGFVLGTFLSLVQIGIDYASEDASINREILSLLEISHNPASRIAYNIDAELAQELALGLLRSPAIVGAELIDNNNTVLASVKRPELQSSYRFISDSLFGAQRQFEDRLYLNHSPGESLGVLRLDVDTYAFGSRFLRRAEVTLLNGFARSLILTGLLLALFYVMLTKPLVRVIRELSSRDPGSSEQRPLECPSGHQHDEIGVLVSVANQQFENVSTEIQQRRAAENRLTDYLAQLENIVSARTAELKAINARLSQSNEELDIARRTALDMADARSAFLANMSHEIRTPLNGLLGMIALSLDGPLTAEQQQQLSIAHDSGKVLVELLNDILDLSKFDAGQLELERIPFDLGALVEDTANLLSQNAAPSVELACLIDPQFPAQVLGDPTRVRQIVSNLLSNALKFTRFGRVDVRLNHYEGGVRVEVWDTGIGIPQEDQARILQPFTQAGAGITRQFGGTGLGLALTYNLCEAMQGRLTISSEAGFGSQFCADLPLPAHSPAAPVETLRGNVVAITTANSGLAELLGMLLPVWGLDYIQRTVDDGLLGLKPDILITDCPECLFNLRPTFDAPILLVTAYGSFMPSEEAATLAPLLQQARPLARHALYQILRRALQSEATTINDAQIEALAPSRRGRVLLVEDNPVNQLVAKGMLVKLGCEVVVAAHGAEALDQLEQQAFDLVLMDCNMPVMDGYEASRQIRRSGRWPDLPIVALTANAMPEERERCRAAGMSDYLSKPFRREELAALLDQWVPTTSAL PGPT0025845_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025845-sagS-K20973 NA NA D1-35_00719 891 hypothetical protein GTGGACGCCCGATTGAATGCTTTTCTTGAGCGCGCCGATGCGGTGCTTGCCCGTATCGAGCCCTTGTTGCCCGCTCCGCGGCCCGACATCGACTGGAGCCAGACCCTGGCCGCCCGCTGGCAACGCGACGGGCGCAGCGGCTTCCTGATGCCGTTGACGGTCAGCCTCGACATGCGCCTGTCGGACCTGATCGGTGTCGACCGTCAGGTTGAACAACTGGGCCGCAACACCCGTCAGTTCATCGATGGCATGCCGGCCAACCACGCTTTGCTCTGGGGCTCGCGCGGCACCGGCAAGTCGTCGCTGGTACGGGCCTTGCTGGCTGAGCATGCCGGGCAGGGCCTGCGCTTGATCGAGATCGAGCGTGACCACCTGGCCGATCTGCCCCGGGTAGTCGAGCAGGTGGCAAAACTGCCCCAGCGTTTTGTGCTGTTCTGCGATGACCTGTCGTTCGAGTCCGGCGAAGGCGACTACCGCGTGCTCAAGAGTGTGCTCGACGGTTCCCTGGAACAGGCGCCGGACAATGTGCTGCTGTACGCCACCTCGAACCGCCGTCACCTGGTACCGGAAAAGGAAAGCGACAACGAGAACTGGAAACGGGTCGACGGCGAGCTGCACCCCAGCGAGGCGGTGGAAGACAAGATCGCCTTGTCCGACCGCTTCGGGTTATGGCTATCGTTCTATCCATTTACCCAGGAGCATTTCCTCGATGTGGTAGAGCATTGGATCGGCGAGCTGGCGGCCAAGGCCGGGCTCGACTGGCAGCGTGACGAAGCACTGGATGTGCAGGCGGTGCGCTGGGCAACCGGACGTGGCAACCGCAACGGACGTTGCGCCTATCAATTTGCCCGTTATTGGGTGGGCCTCAAACTCCTGGAGCACAAAGCATGA MDARLNAFLERADAVLARIEPLLPAPRPDIDWSQTLAARWQRDGRSGFLMPLTVSLDMRLSDLIGVDRQVEQLGRNTRQFIDGMPANHALLWGSRGTGKSSLVRALLAEHAGQGLRLIEIERDHLADLPRVVEQVAKLPQRFVLFCDDLSFESGEGDYRVLKSVLDGSLEQAPDNVLLYATSNRRHLVPEKESDNENWKRVDGELHPSEAVEDKIALSDRFGLWLSFYPFTQEHFLDVVEHWIGELAAKAGLDWQRDEALDVQAVRWATGRGNRNGRCAYQFARYWVGLKLLEHKA NA NA NA NA NA D1-35_00720 483 msrC COG1956 Free methionine-R-sulfoxide reductase ATGATCGATTTGACCCACACCGGTGACGGCCTCGAAGGCTACGGCCTGTTGTCGGCACAGCTGCAATCGTTGCTGGCGGATGAACGCGACTTCATCGCCAATGCCGCGCAATTCTCGGCTTTCCTGTTCAGTCAGTTGGAGGGTCTGAACTGGGCCGGTTTCTACCTCAACCGCAGCGAGGAATTGGTGCTGGGGCCGTTCCAGGGCCAGATTGCCTGTGTGCGCATTCCCTTCGGTCGTGGTGTCTGCGGCACGGCGGCGGCGACTCGCCAAACCCAGCGTGTCGAAGATGTCCACGCGTTTCCCGGGCACATTGCCTGCGACAGCGCCTCGAACAGCGAACTGGTGGTGCCGCTGGTCAAAGAGGGACGACTGATCGGCGTGCTGGACCTGGACAGTCCGAAACCGGCGCGCTTCACCGAGCACGACCAGGCCGGCATCGAGCAACTGGCGGCAATCTTCCTGCGGCTGACCGATTGCTGA MIDLTHTGDGLEGYGLLSAQLQSLLADERDFIANAAQFSAFLFSQLEGLNWAGFYLNRSEELVLGPFQGQIACVRIPFGRGVCGTAAATRQTQRVEDVHAFPGHIACDSASNSELVVPLVKEGRLIGVLDLDSPKPARFTEHDQAGIEQLAAIFLRLTDC NA NA NA NA NA D1-35_00721 2949 hypothetical protein ATGCCCAGCGCACCGCGTCCGGAAAAACGCCGGTTTCCCCTGCACGTCCATATCAGCGTGATGTTTACCCTGCTCCTGCTGCTGACCGGCGTCGTGCTGGGCGTCTTCAACTACCGGCAAACCACCCAGATCATCCTGTCCAGCAGCGAAAAGCTGTTCAATCGAATTGAACAGGACGTACGCCTGGACCTGTACGACACCTACGAACCGATCCGTCATCTGCTGGGCCTGCTGGCCGATTACCCGGCGACGCGTGCGCCTGGGATGGCGCAACGGCTGGACCTGCTCGTGCCCTTCAGCCAGGCGCTGCGAGACAACCCGAACCTGGCGTCGCTGTACCTGGGTGACAGCAAGGGCGAGTTTTTCATGGTCCGGCCGTTGCGCACCGATGCCTTGAGGGCTGCGATGAAGGCACCGGTCGGCGCGCTGTATCAGGTCTGGACCGTTGAGCGCGCCGGCAACGAAGGCCTGGTTCGCTCGCAATCGTTGTTCTATGACCGGGACCTTAACCTTCTCAGCCGCCTGCAACATCCTGACGAAACCTACGATCCGCGGAGCCGGGGCTGGTTCCGTAGCGCCTTGAACAGCCATGAACAGATCACCACCGAACCCTACGTGTTCTTTTCCACCCGAAACATCGGCACCACCCTTGCGCGGCGCAGCGGCGAGCAGGCCGTCATCGGCGCTGACCTGACCCTCGCCGCCCTGTCCCAGACATTGGCCAAGCACAAGGTGAGCGCCGGCACCGAAATTGTCCTGATCGATCCCCAAGGCAACGCGGTGGGCTATCCGGACAGCCCCCGGTTGATCGCCGACATTCAGTCGTCCCGCCTGATCAAGGCGCGTGACCTTGCCCCGGCCATCGCCGCTGCGCTCGATGACCACACTGACACGCCACGCCTGGAAGCGGCCGGACGCCATTGGATCGTTTCCCGCAGCCACATGCAGGAGGGCGGGCCGCAGGGTTTGGAGTTGGCCTTGCTGGTGCCGGAGGACGAACTGCTCGCCGATGCCTATCGCCTGCGCTGGCAAGGCGCGCTGATTACCCTCGCCACGTTGCTGATGTGCCTGCCCCTCGGCTGGCTGACCTCGCGAATCCTGGTCAAGCCCTTGCGCGCACTGGTCAAGGAAGCCGACGCCATTCGCAGCTTCGACTTCAACTATCCGGTGTCCCGCCGTTCTCCGGTGCTGGAGGTCGATCAACTGGGTGTTTCGATGGCACGCATGAAAGAAACCCTGGCGAGTTTTTTCGAGATCACGGCCAGCCTGCGCGCTGAAACCCGCTTTGCCCCGCTATTGGAGCGGGTGTTGTTCGAGACGGTGAAAATCGGCCAGGCCCAGGCCGGCCTGATCTATCTGCGCGAACACGACGAGGAGCAAGTCAAGCCCTACGGGCTGGTGATCGATGGGACGCCTCGGGACCTGCAAGCCTTCGCCCTGCGAGGCTACGCACTGAATGGCGCGGACAGCCCGCCGTGGTTACAGGAACTGGCCACCGCGGAGACCCTGGTGTCCTCGCTGGGCTTCGAGCAGGCTGCCGATTTGCGCAGCGTCCTGCTGGAACTGGATGCCCCGCGCGTGCACCTGATCGGCATCCGCTTGCGCAACCGCCATCAGGAAACCGTTGGCATCTTGTTGCTGTTGATCACAGACAGCGGCGCTGAAGCCGACCTGGAGAAACTCCAGCCGGACCGCATCGCCTTTCTCCAGGCCGTTTCCGGCACCGCGACGGTGAGCATCGAAAGCCAGCGCCTGCAAGCCAGGCAAAAGCAGCTGCTGGACTCATTCATCCAACTGCTCGCCGGGGCGATCGATGCCAAGAGCCCTTACACCGGCGGCCATTGCCAGCGAGTGCCAGCCCTGACGCTGATGCTCGCCCAGGCCGCGGCCGCCAGCCAGGCACCGGCGTTCGACGCCTACCGGCCAACGGACGATGAATGGGAAGCGCTGCACATCGCTGCCTGGCTGCATGACTGCGGCAAGGTCACCACACCCGAGTACGTAGTGGACAAGGCCACCAAGCTGGAAACCCTGAACGACCGGATCCATGAAATCCGTACCCGCTTCGAGGTACTCAAGCGCGACGCCTGGATCAATTACTGGCAGGCCCTGGCAACCGGTGGCGAGTCGTCAGCCCTGGCCCGCCAGCGCGACGCGACGCTGGCCGCCCTCGATGATGACTTTGCCTTTGTCGCACGCTGCAACCTGGGCTCCGAAGCCATGGCCGAGCGTGATCTGCAGCGTCTGCAACGCATCGCCCAGCGCACGTGGACGCGCACCCTGGATGATCGTCTGGGAGTTTCCTGGGAGGAAAGCCGACGCCAGGCGCGCACACCTTCGCCGACGCTTCCGGTGACTGAATCGCTGCTGGCGGACAAACCCGAGCATTTGATCGAGCGGCATGCAGCCGAGCTGATTCCGGCAGACAACCCATGGGGCTTCCAGCTCGATGTACCGCGCTGGAAATACAACCGCGGCGAACTCTACAACCTCAGCATCACGCGCGGCACACTGACCCGCGAAGAACGTTATGTGATCAACCACCACATGGTGCAGACGATCCTGATGCTCAGCCAGCTGCCCTTCCCCAGCCACCTGGAAAACGTTGCGGAAATCGCTGGCGGCCATCACGAGAAAATGGATGGCACCGGTTATCCGAAGCGACTCAAGCGCGAGCAGATGAGCCTGCCGGCTCGAATGATGGCGATTGCCGATATCTTCGAAGCGCTGACCGCAGCGGATCGCCCGTATAAAAAAGCCAAGAAACTGAGTGAAGCCCTCGGCATCATGGCCACCATGTGCCGCGACGCCCACATCGATCCCGAGCTGTTCCAGCTGTTTGTCGACGAGCGAATCTACTTGCTTTATGCCGATGAGTTCCTGGACCCGAGCCAGATCGATGAGATCGACCCGGGCAGCCTGCTGGTCAATGCCGGGCTGAAGGCGTGA MPSAPRPEKRRFPLHVHISVMFTLLLLLTGVVLGVFNYRQTTQIILSSSEKLFNRIEQDVRLDLYDTYEPIRHLLGLLADYPATRAPGMAQRLDLLVPFSQALRDNPNLASLYLGDSKGEFFMVRPLRTDALRAAMKAPVGALYQVWTVERAGNEGLVRSQSLFYDRDLNLLSRLQHPDETYDPRSRGWFRSALNSHEQITTEPYVFFSTRNIGTTLARRSGEQAVIGADLTLAALSQTLAKHKVSAGTEIVLIDPQGNAVGYPDSPRLIADIQSSRLIKARDLAPAIAAALDDHTDTPRLEAAGRHWIVSRSHMQEGGPQGLELALLVPEDELLADAYRLRWQGALITLATLLMCLPLGWLTSRILVKPLRALVKEADAIRSFDFNYPVSRRSPVLEVDQLGVSMARMKETLASFFEITASLRAETRFAPLLERVLFETVKIGQAQAGLIYLREHDEEQVKPYGLVIDGTPRDLQAFALRGYALNGADSPPWLQELATAETLVSSLGFEQAADLRSVLLELDAPRVHLIGIRLRNRHQETVGILLLLITDSGAEADLEKLQPDRIAFLQAVSGTATVSIESQRLQARQKQLLDSFIQLLAGAIDAKSPYTGGHCQRVPALTLMLAQAAAASQAPAFDAYRPTDDEWEALHIAAWLHDCGKVTTPEYVVDKATKLETLNDRIHEIRTRFEVLKRDAWINYWQALATGGESSALARQRDATLAALDDDFAFVARCNLGSEAMAERDLQRLQRIAQRTWTRTLDDRLGVSWEESRRQARTPSPTLPVTESLLADKPEHLIERHAAELIPADNPWGFQLDVPRWKYNRGELYNLSITRGTLTREERYVINHHMVQTILMLSQLPFPSHLENVAEIAGGHHEKMDGTGYPKRLKREQMSLPARMMAIADIFEALTAADRPYKKAKKLSEALGIMATMCRDAHIDPELFQLFVDERIYLLYADEFLDPSQIDEIDPGSLLVNAGLKA NA NA NA NA NA D1-35_00722 3621 bvgS_2 Virulence sensor protein BvgS ATGTACAGATGTCTACGCGAATTTCTTCTGCTGTCGTGCGCAGGACTCTATGTCGCGACTCTCATGGCCGCCCCGCAGTTGCCCGAGCGTTATACGCTGCTGAGTCGGGCGACGGCGGATCCCATGCAGATCAGACTCGACGCTCCCCATCGCGCCTGGCTGCAAGGTCGTCAGGAGCTGGTCCTGGGTACATCCGCACCGGATTATCCCCCGTTCGATCTTTCCACCAGTGGCCGCGATTATGAAGGCATGACTGCCGATTACGCGGGTGTCGTCGCCCAGGCGACCGGTTTGCCCATGAAGGTATTGCGCTTCAGTTCCCGTGGCGACGCGATTGCCGCGCTGGAAAGCGGGCAAATCGACTTGCTCGGCAGCGCCAACGGTTTCGAGGCCAGCAATCCGGGCATCGCCCTGTCGAAACCCTATGCAGTAGACCAGCCCGTCCTTGTTACCCGGACGGGCGACAGCCCGTCCCTGACCGAAGATCTCGAAGGGCTGCGGCTGAGCATGGCCTATCACTACCTGCCCCTGGATGAAATCAGAAAACTCTATCCCAGGGCGCAGATCACCACCTACACCTCTTACCAGAACGCCATCAATGCCGTCGCCTTCGGCCAGGCCGACGTATTTCTCGGCGACACCGTTTCTACCCACTATCTGATCAACAAGGGTTACCTGAGCAACGTCCGCATGGCCAGCTTCGGAAAACACGAAACCTACGGTTTCAGTTTCGCGGTCCGCCGGGATAATGCCCTGCTGCTGGAAATCCTGAACGCCACGCTGAGCCAGCTCCCGATTGCGGAGCAGACGGCGATCTCAAAACGCTGGAGTGCCGGCAGCGACCTGTACCTCACGGATCAGCGGATACAACTGACTGACCGCGAACAACGTTGGCTGACGAAGCATCCCGTCGTTCGCGTGGCCGTAAACGAAACGTTCGCGCCGTTTACGTTCTTCGATCCGGACGGTGATTTTCGCGGTATCAGCGCCGACCTGCTGGAACTGATCAGGCTGCGTACCGGCCTGCGCCTGGAGATCCAGCGGCGCCAGACTGACGGCGAAATGATCTCCGCGGTGGTGAAAGGCGAGGCCGACATGATTGCCGCGCTCCTGCCCAGCAGCGAACGGCAACAGTCCTTGAAGTTCAGCCGTCCCTACCTCGACAGCGCCTTTGTCCTGCTGACCCGCAAACAATCCGACACGCCCGCGACCCTCGACCAGCTCGCCGGCAAGCGTCTGGCAATCGCCGCGGGCAATCCCATCATCGACTGGCTGCGCAGCGAATATCCGCATATCCAACTGGTCGAGGCCGCCGACTCCCTGCGGGCCGTCGATATGCTCGCCCAGGGAGAGGCCGATGGCAGCGTCAGTTCGCTGGTCATGGCCAATTATTTCCTGTCTTCCCACACGCTGCGCGACACATTGCAGATCAGCAGCACCGTAGGCACCCGACAAGCCCTGTTCTCGTTGGCCAGCGCAACGAACTCACCAGAGTTGAGCTCGATCCTGGACAAGGCCCTGACCAGCATCGAACCCGCCGAACTGGGGGTCATCAACAACCGCTGGCGAGGGCATATCTCGGCGGCGGAGCTTACCTGGCGCACCTATCACCGGGTATTCCTGCAGTTTGTCGCAGGCGCCGGCCTGTTATTGCTGCTGTCCCTGGCGTGGAATGCCTATATGCAGCGGCAGATCAGGCAACGCCAGAAGGCGGAGCTGGCGCTCAACGACCAGCTTGAATTCATGCATGCCCTGCTCAACGGCACCCCACATCCGATCTACGTGAGGGACCGCCATGGGCTTCTGCAAAGCTGTAACGACAGTTACCTGGAATCATTCAACGCAACACGCGAAGAAGTGATCGGCAAGGACGTCGCGGCGGTATCCATGAGCAATGTTTTCGAAGCGCAGGAATATCGGGCGGACTACCAGCGTGTCATGGCCGAAGGCACCGCCTTGATCACCGACCGGCCACTGCAGATTGGCGCTCGGAAGCTGACGATCTATCACTGGATCCTCCCCTACCGTAACGCCGCGGGACACGTGCAAGGCATCATCGGTGGCTGGATCGACATCAGTGAACGGCGCCAGCTTGTCGAGGAACTGCATGCCGCCAAGGAACAGGCCGACGCCGCCAATCGCGCGAAAAGCACCTTCCTGGCGACCATGAGCCATGAAATCCGTACGCCCATGAACGCAGTGATCGGCATGCTGGAACTGGCCCTCAAGCATGCCGACAAGGGACAGGTCGACCGTTCGACCATAGCGGTCGCGTACGAATCGGCCTCAGGCATGCTGGAGCTGATCGGCGATATCCTGGACATTGCCCGCATCGAATCAGGCCACCTGACCCTGGCCCCCGAACGAGTGAATGTCAGCACCTTGCTGCGCTCGGTGGTCAGGGTATTCGAGGGACTGGCCCGGCAAAAAAATCTGCTGTTGTCGCTGCAAGTAGAGCCCGACGACGACAAACACGACGTCCTGATAGACCCGTCGAGATTCAAGCAGGTGATCTCGAACCTGATCAGCAATGCCTTGAAATTTACCGAGCAGGGCGAGGTGAAGGTCCGCGCCAGGCTTTCCCGAACCGCTCACGAAAATACGTTGCGGATGCAGATAGAAGTCAGCGACAGCGGCATTGGCATCAGTCCGGTGGACATGCAGCGCCTGTTCGAACCGTTTGCCCAGGCCGACAACAGCAGCCGGATGGCCCGCAAAGGCGCGGGGCTGGGCCTGGTGATCAGCCGCCAGTTGTGCCAGATGATGGGCGGTGAGTTGTCCCTGGACAGCCAACCGGGCGTCGGTACCCAGGTCCGGCTTACCCTGGAGCCGAGCATCCTGCCCGAGACGACGATCGGCATCCCGGTGGAGCCTGCGGTCGAAACGGCCACGGCCCAATTGAGCGTCCTGGTGGTGGATGATCACCCGGCCAATCGTTTATTGATGACGCAGCAACTGGAATACCTCGGTCATCGCCACTCCCTCGCCAACGATGGCGCGCAAGGGCTCAAGGCTTGGCTTGAGGGTGATTTCGACCTGATCATCGCCGACTGCAACATGCCTGTCATGAGCGGTTACGAGCTTGCCAGGGCCATCCGTCGGTACGAGGCCGAACATCAACAGCCGCGCTGCACCATCCTCGGGTTCACCGCCAATGCGCAACCCGAGGAGAAGCAGCGCTGCAAGGAGGCCGGAATGGACGACTGCCTGTTCAAGCCGATCAATTTGAGCACCCTGAGCCAATGGATGAACACGATCAAGCCCGCGAGCCGCCCAGCCGTGTTCAATGTCCGGAGCCTGCACATGCTCACCGGCGGCGACCCGATCTCCGTCCGGCGGCTGCTGGCGGAACTGCTCAGCAGCAACCGTTCCGACCGCCAGGAACTGCTCCAAGCCGCCCGTACCGGCGCTTCCCAAGCGCTCGCCGAAACGGCGCACAAGATAAAAGGTGTCGCCCGTATCGTGCAGGCAAATGGGCTGATCGAATTGTGCGAGGCTCTGGAAATCGCCTGTCATCAAGAGCAGGCACCCGGACAAATCGACGCCTGCGCGAAAGCGCTCCACCGAGCGATGACCGAACTGGAACAGGCGCTGGAAACGGAGATCGCCAAGGCAGGATAA MYRCLREFLLLSCAGLYVATLMAAPQLPERYTLLSRATADPMQIRLDAPHRAWLQGRQELVLGTSAPDYPPFDLSTSGRDYEGMTADYAGVVAQATGLPMKVLRFSSRGDAIAALESGQIDLLGSANGFEASNPGIALSKPYAVDQPVLVTRTGDSPSLTEDLEGLRLSMAYHYLPLDEIRKLYPRAQITTYTSYQNAINAVAFGQADVFLGDTVSTHYLINKGYLSNVRMASFGKHETYGFSFAVRRDNALLLEILNATLSQLPIAEQTAISKRWSAGSDLYLTDQRIQLTDREQRWLTKHPVVRVAVNETFAPFTFFDPDGDFRGISADLLELIRLRTGLRLEIQRRQTDGEMISAVVKGEADMIAALLPSSERQQSLKFSRPYLDSAFVLLTRKQSDTPATLDQLAGKRLAIAAGNPIIDWLRSEYPHIQLVEAADSLRAVDMLAQGEADGSVSSLVMANYFLSSHTLRDTLQISSTVGTRQALFSLASATNSPELSSILDKALTSIEPAELGVINNRWRGHISAAELTWRTYHRVFLQFVAGAGLLLLLSLAWNAYMQRQIRQRQKAELALNDQLEFMHALLNGTPHPIYVRDRHGLLQSCNDSYLESFNATREEVIGKDVAAVSMSNVFEAQEYRADYQRVMAEGTALITDRPLQIGARKLTIYHWILPYRNAAGHVQGIIGGWIDISERRQLVEELHAAKEQADAANRAKSTFLATMSHEIRTPMNAVIGMLELALKHADKGQVDRSTIAVAYESASGMLELIGDILDIARIESGHLTLAPERVNVSTLLRSVVRVFEGLARQKNLLLSLQVEPDDDKHDVLIDPSRFKQVISNLISNALKFTEQGEVKVRARLSRTAHENTLRMQIEVSDSGIGISPVDMQRLFEPFAQADNSSRMARKGAGLGLVISRQLCQMMGGELSLDSQPGVGTQVRLTLEPSILPETTIGIPVEPAVETATAQLSVLVVDDHPANRLLMTQQLEYLGHRHSLANDGAQGLKAWLEGDFDLIIADCNMPVMSGYELARAIRRYEAEHQQPRCTILGFTANAQPEEKQRCKEAGMDDCLFKPINLSTLSQWMNTIKPASRPAVFNVRSLHMLTGGDPISVRRLLAELLSSNRSDRQELLQAARTGASQALAETAHKIKGVARIVQANGLIELCEALEIACHQEQAPGQIDACAKALHRAMTELEQALETEIAKAG PGPT0014485_207 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE_EVG-EMR_SYSTEM,PGPT0014485-evgS|bvgS-K07679 NA NA D1-35_00723 627 bvgA_1 Virulence factors putative positive transcription regulator BvgA ATGAACTCCGTTTTCATTGTCGACGATCATCCGGTCATCCGCCTCGCCGTTCGAATGCTGCTGGAGCATGAAGGTTATAAAGTTGTAGGAGAAACCGACAACGGCGTCGACGCGATGCAAATGGTCCGTGAATGTATGCCGGACCTGGTCATACTGGACATCAGCATTCCCAAGCTTGATGGGTTGGAAATTCTTTCACGTTTCAACGCAATGACCGCCCCGATCAAGACGCTGGTGCTGACGGCGCAATCACCGACGCTGTTTGGCATCCGCTGCATGCAATCTGGTGCCTCCGGCTATGTGTGTAAACAGGAAGACCTCAGTGAATTGATCAGCGCAATTAAGGCCGTACTGTCCGGCTATAACTATTTCCCGAGCCAGGCGTTGACGCCCCTGCGTCATGATGATCCGCGCAGTATCGAGCTGGATCTTTTCAAAAGCGTCAACGATCGCGAATTGATGGTGCTGCAACTTTTCGCGCAGGGCCGTACCAACAAAGACATCGCCAAAGGCATGTTTCTCAGCAATAAAACCGTCAGCACGTATAAAAAACGCTTGATGCAGAAACTCAAGGTCAAGTCCCTGGTAGATCTGATCGAGATGGCCAAGCGCAACGCACTGGTTTGA MNSVFIVDDHPVIRLAVRMLLEHEGYKVVGETDNGVDAMQMVRECMPDLVILDISIPKLDGLEILSRFNAMTAPIKTLVLTAQSPTLFGIRCMQSGASGYVCKQEDLSELISAIKAVLSGYNYFPSQALTPLRHDDPRSIELDLFKSVNDRELMVLQLFAQGRTNKDIAKGMFLSNKTVSTYKKRLMQKLKVKSLVDLIEMAKRNALV PGPT0014490_189 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MdtEF-TolC,PGPT0014490-evgA|bvgA-K07690 NA NA D1-35_00724 1329 dgt COG0232 Deoxyguanosinetriphosphate triphosphohydrolase TTGGATTGGCACACCCTGCTGACTCGCGAACGCCTGGGAAAACCCCTGCACAGTCCGGAAGAACTGGGCCGCAGCCCTTTCCATAAAGACCACGACCGCATCATCTTTTCCGGTGCATTCCGTCGCCTCGGACGCAAGACCCAGGTGCATCCGGTCTCCAGCAACGATCATATCCACACGCGCCTGACCCATTCGCTTGAAGTCAGTTGCGTCGGGCGCTCTCTGGGCATGCGCGTGGGAGAAACCATCCGCGGCGCCCTGCCAGACTGGTGTGAACCCAGCGACCTGGGCATGGTGGTGCAATCGGCCTGCCTGGCCCACGACATCGGCAACCCGCCGTTCGGCCACTCCGGTGAAGACGCCATCCGCTACTGGTTTCAACAGGCGGCCGGACGAGGCTGGCTGGATGCCATGAGCGAGGCCGAGCGCAATGACTTTCTCAATTTCGAGGGTAATGCCCAAGGATTCCGGGTCCTCACGCAGCTCGAATACCATCAGTTCGACGGCGGCACCCGGCTGACCTACGCGACGCTTGGCACTTACCTGAAATATCCCTGGACTGCCCGCCACGCCGACTCCTTGGGCTACAAGAAGCACAAGTTCGGCTGCTATCAGAGCGAACTGCCGTTGCTCGAGCAGATTGCCCACAAGCTCGGCCTGCCGCAAATCGAGGACCAGCGCTGGGCAAGGCATCCGCTGGTCTACCTGATGGAGGCCGCCGACGATATCTGCTACGCGCTCATCGACCTGGAAGACGGCGTGGAAATGGAGCTGCTGGAATACCCGCAGGTGGAATCGCTGCTGCTGGATCTGGTCGGCGATGACCTGCCGGAGACTTATCGTCAGCTTGGCCCGCTGGATTCCCGGCGGCGCAAACTGGCGATCCTGCGCGGCAAGGCCATCGAACACCTGACCAACGCCGCCGCCCGGGCGTTCGTCGAGCAGCAGGAGGCACTGCTGGCAGGCACGCTGCAGGGAGACCTGGTGGAACACATGCATGGCCCGGCCAAACGCTGTGTCTTGAACGCCAAGGACATGGCCCGCAAGAAGATATTCCAGGACAAGCGCAAGACCCTGCATGAAATCGGTGCCTACACCACGCTGGAAATTCTGCTCAACGGGTTCTGTGGTGCCGCCCTGGAACAACACGGCGGCCGTACACCCTCGTTCAAGAATCGGCGCATCCTCGATCTGCTGGGTAACAACGCGCCAGACCCTGACGGCCCCTTGCACAGCGCGTTCCTGCGAATGATCGATTTCATCGCCGGCATGACCGACAGCTATGCCAGCGAAATGGCACAGGAAATGACCGGTCGCACTCGTCAATGA MDWHTLLTRERLGKPLHSPEELGRSPFHKDHDRIIFSGAFRRLGRKTQVHPVSSNDHIHTRLTHSLEVSCVGRSLGMRVGETIRGALPDWCEPSDLGMVVQSACLAHDIGNPPFGHSGEDAIRYWFQQAAGRGWLDAMSEAERNDFLNFEGNAQGFRVLTQLEYHQFDGGTRLTYATLGTYLKYPWTARHADSLGYKKHKFGCYQSELPLLEQIAHKLGLPQIEDQRWARHPLVYLMEAADDICYALIDLEDGVEMELLEYPQVESLLLDLVGDDLPETYRQLGPLDSRRRKLAILRGKAIEHLTNAAARAFVEQQEALLAGTLQGDLVEHMHGPAKRCVLNAKDMARKKIFQDKRKTLHEIGAYTTLEILLNGFCGAALEQHGGRTPSFKNRRILDLLGNNAPDPDGPLHSAFLRMIDFIAGMTDSYASEMAQEMTGRTRQ PGPT0021495_1525 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021495-dgt-K01129 NA NA D1-35_00725 345 hypothetical protein ATGAGTCGGCCCGATATTCCCCAAGCCCGTACCCGGCAGGAGATGCGCAAGGCGCTGGTGCGCCTGCGCATGGAGATGCACCGCCAGGAAATTCGTCAGGAAACCCGGCAACTGCTGCACCCGCTGCAACGGGTGCGCGGCTTTACGCAAAGCTGGCATGAGGGCTTCGGCCTGAAGCATGCGTCACTCTGGGGCGTGGCCGCCGTGTCCTTGCTCGGCTTCCTCGGCGGCAAGCGGACCCGAAGCGGACGCTCAGGACGCTCAGGTGGCTTCTCGCGACTGATCCGGCTAGCAACCGCGCTGCTGCCGCTGATCAAGCTGGCCAAGACTGTACGCAAACCCTGA MSRPDIPQARTRQEMRKALVRLRMEMHRQEIRQETRQLLHPLQRVRGFTQSWHEGFGLKHASLWGVAAVSLLGFLGGKRTRSGRSGRSGGFSRLIRLATALLPLIKLAKTVRKP NA NA NA NA NA D1-35_00726 393 hypothetical protein ATGATGGGCATCGACGAATCCGGCTCGCCCGAATCGGGCACGAAGCCTACCGCGCGGCGCCTGGGCGCGGCATTCCTCGGCTTGCTGCACAGTCATGTCGAACTGTTCGGCATCGAATTGCAGGAGCAGAAGGCCCGCACCGTCAGCCTGTTGTTGTTTGCCGGGCTCGCGCTGGTTTTCGGTTTGCTGCTGCTGGTCGGGCTGTCCGCACTGGTGCTGATTCTGGTGTGGGATACCTATCGCCTCGCGGGGATCATCGGCCTCTGCCTGTTTTATCTGCTGGCGGCGTTGTTCTGCGGGCTTCGGCTCAAGGCAGCGATTTTTGATGAGTCCTCGCCTTTCCATGCCACCCTCGAAGAACTCGCCAACGACCGGGAGCGCCTGTTGCCATGA MMGIDESGSPESGTKPTARRLGAAFLGLLHSHVELFGIELQEQKARTVSLLLFAGLALVFGLLLLVGLSALVLILVWDTYRLAGIIGLCLFYLLAALFCGLRLKAAIFDESSPFHATLEELANDRERLLP NA NA NA NA NA D1-35_00727 315 yqjD_1 COG4575 putative protein YqjD ATGGCCAGAACCCAGGCAAAGACTGCTCAAGAAACCTTGAAGGAAGACTTCCAGACGCTGGTCAAGGACACCGAACGGTTGCTGGACCACACGGCGACCCTGGCTGGTGATCAGGCTGACGAATTGCGCAGCCAGATCCACGAAACCCTTTTGCGCGCCCGTGAAACCCTCCAGCTGACCGAAGACTCGGTACGCGAGCGCGGTCAGGCTGCAGTGATTGCCACCGAAGAATATGTGCAGGCCAATCCTTGGCAATCGGTCGGCATCGCTGCGGGCGTGGGCTTTTTGATCGGACTGCTGGCGACACGGCGCTAA MARTQAKTAQETLKEDFQTLVKDTERLLDHTATLAGDQADELRSQIHETLLRARETLQLTEDSVRERGQAAVIATEEYVQANPWQSVGIAAGVGFLIGLLATRR NA NA NA NA NA D1-35_00728 1209 amtB_1 Ammonia channel ATGGAAAATCTGCAAAGCGCCGTGGACAATCTGGTCCACAGCTCCAACACGCTGTTCATCCTGCTCGGTGCGGTCATGGTTCTGGCCATGCACGCCGGCTTCGCGTTCCTTGAAGTAGGCACCGTCCGACAAAAGAATCAGGTTAATGCGTTGTCGAAGATTCTCAGCGATTTCGCAGTGTCGACCTTGGCCTATTTCTTCATAGGCTACTGGATTTCCTACGGCGTGACCTTTTTGCAGCCGGCGGCGGTGCTCAGCGCTGACCACGGCTACAGCCTGGTGAAGTTTTTCTTCCTGCTGACCTTTGCCGCCGCGATCCCGGCCATTATTTCCGGAGGGATCGCCGAGCGTGCCCGGTTCGTACCGCAGTTGTGCGCCACGGTGCTGATAGTAGCGTTCATCTACCCGTTTTTCGAAGGCCTGGTCTGGAATGGCAACTACGGCCTGCAAGGCTGGCTGCAAGCCCGTTTCGGCGCCAGTTTCCATGACTTTGCCGGCTCCGTGGTCGTGCATGCCATGGGCGGCTGGCTGGCATTGGCCGCGGTACTGTTGCTCGGGCCGCGCAATGGTCGCTACCGGGACGGGCGCCTGGTGGCGTTCGCGCCTTCGAGCATCCCGTTCCTGGCGTTGGGCTCGTGGATTCTTATTGTCGGCTGGTTCGGTTTCAACGTTATGAGTGCCCAGACGTTGCCTGGAGTCAGTGGGTTGGTGGCGGTCAACTCGTTGATGGCAATGGTCGGCGGGACCGTGGCGGCTTTGATCATCGGGCGCAACGACCCCGGCTTCCTGCATAACGGCCCGTTGGCCGGGTTGGTGGCGGTCTGTGCCGGTTCCGACCTGATGCATCCGGTGGGGGCGCTGGCGACCGGAGCCATCGCGGGCGGGCTGTTTGTCTGGTGTTTCACCGCGGCCCAGGGCAAGTGGAAAATCGACGACGTGCTCGGGGTCTGGCCCCTTCATGGCCTGTGCGGCGTCTGGGGTGGCATTGCCTGCGGCATTTTCGGCCAGCAAGCCTTGGGTGGCCTGGGCGGCGTCAGCCTGGTCAGCCAACTGGTCGGCACTGCGTTGGGCGTCGTCATTGCCCTGGTTGGCGGGTTCGCGGTTTATGGTGCGATCAAGTTCGTGCTGGGCCTGCGGCTGACCCAGGAAGAGGAGTACTACGGCGCCGATCTGTCGATCCACAAGATCGGTGCCGTCAGTCAGGACTGA MENLQSAVDNLVHSSNTLFILLGAVMVLAMHAGFAFLEVGTVRQKNQVNALSKILSDFAVSTLAYFFIGYWISYGVTFLQPAAVLSADHGYSLVKFFFLLTFAAAIPAIISGGIAERARFVPQLCATVLIVAFIYPFFEGLVWNGNYGLQGWLQARFGASFHDFAGSVVVHAMGGWLALAAVLLLGPRNGRYRDGRLVAFAPSSIPFLALGSWILIVGWFGFNVMSAQTLPGVSGLVAVNSLMAMVGGTVAALIIGRNDPGFLHNGPLAGLVAVCAGSDLMHPVGALATGAIAGGLFVWCFTAAQGKWKIDDVLGVWPLHGLCGVWGGIACGIFGQQALGGLGGVSLVSQLVGTALGVVIALVGGFAVYGAIKFVLGLRLTQEEEYYGADLSIHKIGAVSQD PGPT0000840_6968 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320 NA NA D1-35_00729 1713 kefC_1 COG0475 Glutathione-regulated potassium-efflux system protein KefC TTGTTCGCCAACCTGCTGATCATCCTAGCCTCGTCCCTGGTAGTCATCGCCCTGTTCAGGCGATTACGCCTGCCACCGGTGCTCGGCTACCTCTGCGTCGGGCTGGCGGTCGGCCCCACAGCCCTGGACTGGGTAAACGACAGCGAGGAATTGCCGGATCTGGCCGAACTCGGCGTGGTCTTCCTGTTGTTCTCGCTGGGGCTGGAATTCTCGTTGTCGAAGATGCTCGAACTGCGCAGGGTGGTGTTCGGCCTCGGCAGTTTGCAGGTGGTGTGTTCGGGGGTGCTGCTGGGGGGCGTGCTGGTGATCTGCGGTGCCCCGGCGCTGGCGGCACTGCTCCTGGGCGCCGGGCTGGCGCTGTCGTCCACGGCCATAGTCAGCAAGGAGCTGACCAGCCTGGGGGAAATTTTCAGTAGTCACGGCCAGAACGCTATCGGTGTGCTGCTGTTCCAGGATGTCGTTGCGGTATTACTGCTGACCCTGGTGCCGGTCTTTGCCGGCAGCAGCGAGTACGCCTGGTACTGGGCGCTGCCCCTGACCCTGGGCAAGACTCTGTTTCTGTTCGGCGGTCTGCTGCTTGCCAGCCGCTGGCTGCTGCCCCGGCTATTCCATGAAGTAGCCGCGTCCCGGTCCGCCGAACTGTTCGTGCTGCTGGCGCTGGTGATCGTACTGCTCACCGCATGGCTGACGCACCTGCTCGGCCTGTCACCGGCCCTGGGGGCATTCCTAGCCGGCATGCTGCTGGGAGAAAGCCATTACCGGCACCAGATCGAGGCCGATATACGTCCATTCCGCGACATCCTGCTGGGGCTGTTTTTCGTCAGCATCGGCATGCTGATCGACCTTCGACTGTTCATCGACGATGGCCTGCAGATACTCGGATTGACCCTCGGCTTGATGATCATCAAGGGCTGCGTGGTCGCCGCACTGGTCAAGTGGCGCGGCAGCGACGGCGAAACCGCGTGGCGCAGCGGCCTGGCCCTGGCTCAAGGTGGCGAGTTCTGTTTTGCCCTGATGGCATTGATGCAGCAGAACCGCCTGATGCCCGCCGACATCGGCGGCCTGCTGTTGGCCGCGACATTCTGCTCGATGCTGCTGACCCCGCTTTTGCTGCGTGCAGCGCCGGCGATTGCCGCGCGCCTGCACCGCAAACCCAACCAGGAAGCACAACTGGACCAGATCAGCGAACTCAATGCAGGCTTGTCGGGTCATGTGGTGATCTGCGGGTATGGTCGGGTGGGCCAATCCATCGGGCGGTTCCTGCGCCGCGAAGGCCTGGCCTTTGTCGCCCTCGACGACGACCCGGTGATCATTCAGGAAGCCACGGTCGACGAGCGTTGCGTACATTACGGGGACTCACGCCGGGCAGACCTGCTGGCCGCCGTCGGACTGAGCCGCGCCCGGCTGCTGGTCATTGCGGTCGACAAGACGGACATCGCGCTGACCGTGCTCAGGGCAGCCCGACGCGTAAACTCGCAGGTACCGATCCTGGTGCGCACTCGGGACGACAGCCAACTGGCCGAACTGCAGGCCGCCGGAGCGACCGAAGTGGTCCCGGAACTGCTTGAATCGAGCCTGATGCTCGCCTCTCACGCGCTGGTCATGCTCGGGCTGCCGGAGCAGCGGGTCCGGCATCATGTGGATCAGGTTCGTCACGAACGCTATGGCCTGCTGCACGGGTTCTATCCCGGCAATCAGGACAAGGAACCGTAG MFANLLIILASSLVVIALFRRLRLPPVLGYLCVGLAVGPTALDWVNDSEELPDLAELGVVFLLFSLGLEFSLSKMLELRRVVFGLGSLQVVCSGVLLGGVLVICGAPALAALLLGAGLALSSTAIVSKELTSLGEIFSSHGQNAIGVLLFQDVVAVLLLTLVPVFAGSSEYAWYWALPLTLGKTLFLFGGLLLASRWLLPRLFHEVAASRSAELFVLLALVIVLLTAWLTHLLGLSPALGAFLAGMLLGESHYRHQIEADIRPFRDILLGLFFVSIGMLIDLRLFIDDGLQILGLTLGLMIIKGCVVAALVKWRGSDGETAWRSGLALAQGGEFCFALMALMQQNRLMPADIGGLLLAATFCSMLLTPLLLRAAPAIAARLHRKPNQEAQLDQISELNAGLSGHVVICGYGRVGQSIGRFLRREGLAFVALDDDPVIIQEATVDERCVHYGDSRRADLLAAVGLSRARLLVIAVDKTDIALTVLRAARRVNSQVPILVRTRDDSQLAELQAAGATEVVPELLESSLMLASHALVMLGLPEQRVRHHVDQVRHERYGLLHGFYPGNQDKEP PGPT0014395_2502 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455 NA NA D1-35_00730 240 hypothetical protein ATGCCGCCTGAATGCCAGTTGTTCGGCACCCTGGGGTGCCACCTGTGTGAAGTTGCCGAGGGCGTGCTGATGCCTTTCGTCGAGCATGGCCTCTTGGTAGAACTGGTGGATATCGCCGAAAGCGAGGCCTTGTCCGAAGCCTATGGCTTGCGCATCCCCGTGCTCCGTCGGATCGATACAGGGGCGGAGCTGGACTGGCCCTTCGATGACCCTGATCGGGTTGCGGCGTTTCTACGTTGA MPPECQLFGTLGCHLCEVAEGVLMPFVEHGLLVELVDIAESEALSEAYGLRIPVLRRIDTGAELDWPFDDPDRVAAFLR NA NA NA NA NA D1-35_00731 447 hypothetical protein ATGACCCTGATCGGGTTGCGGCGTTTCTACGTTGATACCTTCCATCGCCTGAGTCCATCCACCGCCATTGGCGAAATGACATTCTTCGGTTACTGTATGCCCATACAGCAATCCGGAGTGCGTCCCTTGGTCAATGTCGAACAATTGAAAAACAGCGTGAACAGGATGTCCGCGGACGTTGTGCGCGAGGCGGTCCTGGAGTTGCGCCTGGATGGTCTGGTAACCGAAGGCAAGACACCCTTCAACAAGCTGCATTTCAACACCTGTTTTGCCGAGATCGAAGCGTTGTTCCAGCGTGCCGGTTACCACAAGCAATTGGACGTGGTGGGTTACCAGGGGCTGTTGTATGCATTGTACGACCCGGGACGTTGGGAGGCAGTCGAGGTGCTGCGCTGGTTGAAGGAGTTCACCGAGGCAGCGGAAAAACCGACATCAGTTCGCGCATGA MTLIGLRRFYVDTFHRLSPSTAIGEMTFFGYCMPIQQSGVRPLVNVEQLKNSVNRMSADVVREAVLELRLDGLVTEGKTPFNKLHFNTCFAEIEALFQRAGYHKQLDVVGYQGLLYALYDPGRWEAVEVLRWLKEFTEAAEKPTSVRA NA NA NA NA NA D1-35_00732 891 hypothetical protein ATGTCCGGTTCATCATTTTCCGCCGCGCACCATCAGGCCAGCACACTGTACTTGCCGCCTGGCTCCTGGCAGACGGTGCTGGAATGTCTTTGCGAGCATTTCAGCACGATCAGCCGCGAGCAGTGGCTGGATCGGATTGTCCGGGGGCGGGTGTTGGACGGGGAGGGGCGGGCGATCGGTATTGACCTGCCCTATCGCGAAGGTATGCGGATCCACTATTTTCGCGAAGTACCCGATGAAAAACCGATCCCTGTGGTGGAGTCGATTCTCTACATCGACGAGCATCTGGTGGTGGCGGACAAACCGCATTTCCTGCCTGTCACGCCGGCGGGGGAATACGTGGAGCAGACATTGCTGCGCCGTTTGATCCGTCGCCTGGACAACCCCCATCTGGTGCCCTTGCACCGTATTGATCGGCACACGGCCGGGCTGGTCTTGTTCTCAGCCAATCCGCAGACGCGTTCGGCTTATCAATCGTTGTTTCCGACGCGGCGAATCGAAAAAAGTTATGAAGCCATTGCCCCCGCACTGCCCGGAGTGGCTTTTCCGTGTGTGCACAGAAGCCGGATGATCGACGGCGAGCCTTTTTTCCGGATGCAGGAGGGGCCAGGCGAGCCCAATACCGAGACGGCCATGGAAGTGCTTGAGAGGAACGGCGACCTGTGGCGGTACGGCCTGTATCCGGTTACCGGGAAAAAGCACCAGCTGCGGGTGCATATGAGTGCCTTGGGGGCTGGCATCTGCAACGATCCGTTTTATCCCGATGTGATTAGGGATGCCCAGGATGACTATGCCAACCCGCTCAAGCTGTTGGCCAAGAGATTAGGTTTCATCGATCCGATCACGGGTCAGGAGCGGGTCTTCAAGAGTGATATTGCCCTGCGCTGGTAG MSGSSFSAAHHQASTLYLPPGSWQTVLECLCEHFSTISREQWLDRIVRGRVLDGEGRAIGIDLPYREGMRIHYFREVPDEKPIPVVESILYIDEHLVVADKPHFLPVTPAGEYVEQTLLRRLIRRLDNPHLVPLHRIDRHTAGLVLFSANPQTRSAYQSLFPTRRIEKSYEAIAPALPGVAFPCVHRSRMIDGEPFFRMQEGPGEPNTETAMEVLERNGDLWRYGLYPVTGKKHQLRVHMSALGAGICNDPFYPDVIRDAQDDYANPLKLLAKRLGFIDPITGQERVFKSDIALRW NA NA NA NA NA D1-35_00733 222 hypothetical protein ATGACTCAACGGACCCTCGCCACTTTCATGCTCGCGCTGGGCCTCGCCACTCTCGCCGGGTGTGCATCGCCAACAGTGATTACCCTGAATGACGGTCGCGAAATCCAGGCCGTCGACACGCCAAAATACGACGAAGACAGCGGCTTCTACGAATTCGAGCAACTGGACGGCAAGCAGACTCGCGTGAACAAGGACCAGGTTCGTACCGTTAAAGACCTGTGA MTQRTLATFMLALGLATLAGCASPTVITLNDGREIQAVDTPKYDEDSGFYEFEQLDGKQTRVNKDQVRTVKDL NA NA NA NA NA D1-35_00734 603 mobA COG0746 Molybdenum cofactor guanylyltransferase ATGACCTCGAACGATCCCTTGCCAGCCTGCTCGATCCTGCTCCTGGCGGGTGGCCGCGGACAACGCATGGGAGGCCAGGACAAAGGCCTGCTGGAATGGCAAGGCGAACCGTTGATTGCCCACCTTCATCGGCGGACCCGGGCCCTGAGCGACGATCTGATCATCTCTTGCAACCGCAACCCGCAGCGCTACGCATTGTATGCCGATCAGTTGGTGCATGACGCCGAAGGGGATTTTCCCGGGCCATTGGCAGGCATCCGGGCGGGTCTCAAGGTGGCGCGACACGCGTATTTGCTGGTACTGCCTTGTGATGTCCCGCAAATCGACTCAAGCCTGCTCGACAGCATGCGCGAAACGGCAAGCCGCCATCCCGGCAAGCCGTTGATGGTGCGTCAGGGTGAGCATTGGGAGCCGTTGTTATGCATCATCCCACGGGTCCTGGCAGCAGACTTTGAAAGGGCCTGGGACGAAGGCGAACGCAGTCCCGGCCGCATCATGCGCACACTACACGCCGTCGCCTTGCAATGCCCGGCCAACGATGCCCGGCTGGCCAATCTCAATACGCCGGAACTGCTGGCCCGGCATACAGGCGTGTCAGATTGA MTSNDPLPACSILLLAGGRGQRMGGQDKGLLEWQGEPLIAHLHRRTRALSDDLIISCNRNPQRYALYADQLVHDAEGDFPGPLAGIRAGLKVARHAYLLVLPCDVPQIDSSLLDSMRETASRHPGKPLMVRQGEHWEPLLCIIPRVLAADFERAWDEGERSPGRIMRTLHAVALQCPANDARLANLNTPELLARHTGVSD NA NA NA NA NA D1-35_00735 540 moaB COG0521 Molybdenum cofactor biosynthesis protein B ATGAAAGCCAAGGCTGATGTACCTTTCGTACCGCTCAATATCGCGGTGCTGACTGTCAGTGATACCCGTACTCTGGAAACCGACACGTCGGGACAGGTTTTTGTCGACCGCCTCACGGAGGCTGGGCATAACCTTGCGGCCCGGGTACTGCTTAAAGATGATCTGTACAAGATCCGCGCACAAGTCGCCACCTGGATCGCCGACGACGTGGTGCAAGTGGTGTTGATCACCGGTGGCACCGGCTTCACCGGTCGCGACAGCACGCCCGAGGCCGTTACGTGCCTGTTGGACAAGCAGGTCGATGGTTTTGGTGAATTGTTCCGGCAGATATCCGTGGCGGACATTGGCACTTCTACCGTTCAGTCCCGGGCGCTGGCCGGCCTGGCCAACGGTACGTTGGTCTGTTGCTTGCCGGGTTCGACCAATGCGGTGCGTACCGGATGGGACGGGATCCTGGCCGAACAACTGGACGCGCGCCATCGGCCCTGTAATTTCGTCGCCCATCTGAAACAGGCTGCCCCTTGTGAATCCCGTGGGTAA MKAKADVPFVPLNIAVLTVSDTRTLETDTSGQVFVDRLTEAGHNLAARVLLKDDLYKIRAQVATWIADDVVQVVLITGGTGFTGRDSTPEAVTCLLDKQVDGFGELFRQISVADIGTSTVQSRALAGLANGTLVCCLPGSTNAVRTGWDGILAEQLDARHRPCNFVAHLKQAAPCESRG PGPT0008420_659 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638 NA NA D1-35_00736 1227 moeA COG0303 Molybdopterin molybdenumtransferase GTGAATCCCGTGGGTAAACCGGGCAAGGCCGGCGCCCTGATGGCCGTCGAGGTCGCGCTGGAGCGGTTGCTCGAGATGGCGGCAGCCACGCCCATCACTCAGCATGAGCGCGTGCCGCTGGCTGAGGCGCAGGGGCGAGTATTGGCCGAGGACCTGGTCTCGACACTTGACCTGCCGCCCTGGCCCAACAGTGCGATGGACGGCTACGCCTTGCGCCTGAATGACTGGAGCGGCGAGGCGTTGGTCGTCAGTCAGCGGGTTTTCGCCGGGCAGGCTCCAGACGCTCTCGCCGCCGGTACCTGCGCGCGTATCTTCACGGGTGCGCCGGTCCCGCCGGGTGCCGATTGCGTCGAAATGCAGGAAAACGCCATTGTCGACGATGATCAGCGGGTAAGATTCACCCAGCCCATGGTCAGCGGACAGAACATTCGACCTCAAGGACAGGAAACAACCATCGGGGAGCGAGTCCTCGACGCCGGCACCCGCCTGGGTCCGATCGAGTTGGGTCTAGCGGCATCCCTGGGGTGCGCATCGCTGCCAGTGGTGCGCAAAGTACGCGTTGCGGTGCTGTCGACCGGTGATGAACTGGTGGAGCCTGGTCAGAACCTGGGTCCAGGCCAGATCTATAACAGCAATCGTGTCCTGCTCTGTAGCTGGTTGCAGCGCCTGGGTTGCGATGTTGTCGACGCAGGTATCCTGCCCGATGATTTGCCCGCTACGCGTCGCTGTCTGGCCGGGCTGTCGGATGTCGACCTGATCCTTTCCACCGGCGGCGTATCGGTGGGGGAGGCGGATTTTCTCGGCGTTGCATTGCGCGAAGAAGGCGAGTTGACGCTCTGGAAGCTCGCTATCAAGCCTGGAAAGCCGCTGACGTTCGGGCACTTCCGTGGCCTGCCGGTAATAGGCCTGCCGGGAAATCCCGCTTCTACGCTGGTGACCTTTGCGCTGTTGGCTCGGCCTTACCTGCTGCGGCGCCAGGGCGTTCAGTCAGTGGCGCCCCTCAAGTTCAAGATACCTGCAGGCTTCACCTGGCCGAAGGCGGGCTCTCGCCGAGAGTATTTGCGAGGTCGCATTGAAAACGGTCAGGCGATCATCTACCGCAACCAGAGCTCAGGTGTCCTGCGCAGCGCCGCCTGGGCCGAGGGGCTGGTCGAAGTCCTCGAAGGGCGAACACTGGTCCAGGGTGATGAAGTGAGCTTCATTCCCTTGAGCGAAGTGCTGGATTAA MNPVGKPGKAGALMAVEVALERLLEMAAATPITQHERVPLAEAQGRVLAEDLVSTLDLPPWPNSAMDGYALRLNDWSGEALVVSQRVFAGQAPDALAAGTCARIFTGAPVPPGADCVEMQENAIVDDDQRVRFTQPMVSGQNIRPQGQETTIGERVLDAGTRLGPIELGLAASLGCASLPVVRKVRVAVLSTGDELVEPGQNLGPGQIYNSNRVLLCSWLQRLGCDVVDAGILPDDLPATRRCLAGLSDVDLILSTGGVSVGEADFLGVALREEGELTLWKLAIKPGKPLTFGHFRGLPVIGLPGNPASTLVTFALLARPYLLRRQGVQSVAPLKFKIPAGFTWPKAGSRREYLRGRIENGQAIIYRNQSSGVLRSAAWAEGLVEVLEGRTLVQGDEVSFIPLSEVLD PGPT0008430_3851 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D1-35_00737 309 hypothetical protein ATGCCCGGCCATGAATTCAAATTGTCCCCCCGGCAATTTGGCCCGCTCAGGAGCGAGCGGGCCGATAAGCAGAACGAAGGCAAAAGTTGCATTAATCCCGTAGGAGGAATTGATTTGGAACCGCGCGTCGTTGAACTGGAAACTCACCTCAAATACATCCGCAGGGACATGGATGAAATCCGTACCGATGTGAAAGCGGTCCGACACCGGCTCGCCTATCTGGCCGGCGCAGCCGCAGTGGTGGTCGGCCTGCTGGGCTGGGTGGCGAACAGCCGCTTCGATCAGGTGGTGACGTTGCTGTCGCGATAA MPGHEFKLSPRQFGPLRSERADKQNEGKSCINPVGGIDLEPRVVELETHLKYIRRDMDEIRTDVKAVRHRLAYLAGAAAVVVGLLGWVANSRFDQVVTLLSR NA NA NA NA NA D1-35_00738 918 yegS COG1597 Lipid kinase YegS ATGAGCAAAGGCAAGGCGCTACTGATCCTGCACGGCAAGCAAGCGCTCAACGAAGAGGTTCGCGCGGCAGTGATGCTCAAGCGCAAACAGGGCTGGGACCTGGCGGTACGGTTGACCTGGGAAGCAGGGGATGCCCGGCGATGCGTCGACGAAGCACTGGATGCCGGTTACACCCGATTGATCGCCGGCGGCGGTGACGGAACCCTGCGCGATATCGCCGAGGCGATGGTCCAGCGGCCTGGCGATGCCAGCCTGGTGTTGCTCCCCCTGGGCACTGCTAACGATTTTGCCCGGGCGGCCGGCGTCCCGTTGGAGCCGGACCAGGCCCTGGATCTGCTGGATGTCACGCCCAGGGCGATTGATGTGGGCGAGGTCGGCGGCTGTATTTTCCTGAACATGGCGACGGGCGGCTTCGGTAGCCAGGTGACCGCCAATACCTCCGAGGACTTGAAGAAAGTCCTTGGGGGCGCCGCTTATCTGTTTACCGGCCTGTCGCGTTTCAGTGAGTTGAGCGCAGCCTATGGCGAACTGCAGGGCCCCGATTTTCACTGGCGCGGCGACTTGCTGGCGCTGGGCATCGGCAATGGTCGGCAGGCGGGTGGGGGGCATTTGCTCTGTCCGCAGGCGTTCGCCGACGACGGTTTGCTCGATATCAGCATCCTCCCGGCGCCTCAAGAGGTTGTCAGTACGCTCAAGGATCTGCTGGCCGGTGGCCTGGGCATAGACAACATGTTCGTACGAGCGCGTTTGCCCTGGGTGGAAATCAAGGTGGCGCAGGGCCTGGACATCAATCTGGATGGCGAGCCGTTGCAGGTCGACGATCTGCGTTTCACCGTGCGCCCGAAAGCGCTACGGGTGCACCTGCCGTCGGATTCGCCATTGCTGGAGGGTGCGGCGCTGCTCAATCATCCAGGCTGA MSKGKALLILHGKQALNEEVRAAVMLKRKQGWDLAVRLTWEAGDARRCVDEALDAGYTRLIAGGGDGTLRDIAEAMVQRPGDASLVLLPLGTANDFARAAGVPLEPDQALDLLDVTPRAIDVGEVGGCIFLNMATGGFGSQVTANTSEDLKKVLGGAAYLFTGLSRFSELSAAYGELQGPDFHWRGDLLALGIGNGRQAGGGHLLCPQAFADDGLLDISILPAPQEVVSTLKDLLAGGLGIDNMFVRARLPWVEIKVAQGLDINLDGEPLQVDDLRFTVRPKALRVHLPSDSPLLEGAALLNHPG NA NA NA NA NA D1-35_00739 660 degU_1 COG2197 Transcriptional regulatory protein DegU TTGACTTGTAATTTGCTTCTGGTAGATGACCACTCGCTGATCCGGGCCGGTGTACGCGCCCTGGTCCTGGATCTCCCTGGCTACGCCGTCGTCGGCGAAGCCAGTGACGGCGCGCAATTGCCGGAACTGGTAGAACGCCTCAACCCCGATATCGTGCTGCTGGATATTTCCATGAAGGATACCGGCGGCCTGGAAGCCTTGCAGCAACTCAGGAAGGTACGCCCCCAGAGCAAGGTGCTGATCCTGTCCATGCACACTGACCCCGCGCTGATCATGCAGGCGCTGGAATCAGGAGCCCATGGCTACCTGCTCAAGGACACCACTGCCACCGAGCTGGCGCACGCCCTGGACGCGTTGCGCAACAACGAACGCTACCTGAGCCCGGCCATTGCCCATACCGTGATCAACCAGGCGCTGACCCGCGTTCAGAAACATCAGCCCGATCCAGCCCAGAACCACAACCTGACGGCGCGCCAGCTGGAGATCCTGCGGCTGATCGTTCGTGGCAAGTCCACCCGGGAAATCGCCAACGGCCTGAGCCTGAGCATCAAGACCGTGGAAACGCACCGGGCCCAGATCATGAAGCGCCTGCAGATCCATGACGTGGCCGGACTGGTACTGTTTGCGGTCCGCGAACAGATCATCAGCCTGGATGATTGA MTCNLLLVDDHSLIRAGVRALVLDLPGYAVVGEASDGAQLPELVERLNPDIVLLDISMKDTGGLEALQQLRKVRPQSKVLILSMHTDPALIMQALESGAHGYLLKDTTATELAHALDALRNNERYLSPAIAHTVINQALTRVQKHQPDPAQNHNLTARQLEILRLIVRGKSTREIANGLSLSIKTVETHRAQIMKRLQIHDVAGLVLFAVREQIISLDD PGPT0014870_111 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 D1-35_00740 894 degS_1 Signal transduction histidine-protein kinase/phosphatase DegS ATGCACGCCAGCTTCAAGTCAATCATCACCTGGCCACCGTCCCGAGAAAACGCCCGCCGGTTCACATTGCTGCTGTGTATCTGCTCGACCCTCGGTTGCCTGCTGGCCTACTTGTTGGCCCATCCGCTGCCGTTGGGCTTGCTGGTGCTCAATGGCGCGGCGCTGGCCTGTGTCTGGATCCACTATCGACTGTCGCGCAAGTCCATCAAGTTCCAGCCGCAGGAACTGGCCGACCGACTGCTGGAGGTCCAGGAAAACGAGCGTCACCGGCTCAGCCGCGAACTGCACGATGACATTGGCCAACTGCTGACCGCGGCAAAACTGCAAAGTGAATGGCTCAAGCGCCGCCTGCCGGAAGACTTGCAGGGCCAATGCAGCGTACTGAGCGACACGCTGGACGAAACCCTGAACAAAGTGCGTGATGTCTCGGCGATCCTCAATCCCAGGCAACTGACCAGCCTTGGGCTCGAAGCCAGTCTCCGCGCTCATCTACTCAAGACATTGGCCAATACGCCGGTGAAATGGAGCCTCGATTGCCAGCAGCGCATGACCGGCATCCCGGACGAAATGACCGTCGCCGCCTTTCGGATCACCCAGGAGGCCGTCACCAACATGTTGCGCCACGCCCAGGCGAGCAATCTGCTGGTGCGCCTGCAACGCCTTCCTGAAGGGCTGACGTTGCTGATCAGCGATGACGGCCAGGGATTCGTCCCGGCCAGCCACCCCGGCCGCGAAGGACAGCGCGGCATGGCCGGCATGTCGGAGCGAGTCGAACAGTTGGGCGGCACCCTCAAGGTCACCAGCGAGGCCGGCAAAGGCACGCATATCGAAGCTCGTATTCCCTGGGCACCGCGTGCCCTTGAGCGGGCCAGCAAGAATAAGGTTCTCCATTGA MHASFKSIITWPPSRENARRFTLLLCICSTLGCLLAYLLAHPLPLGLLVLNGAALACVWIHYRLSRKSIKFQPQELADRLLEVQENERHRLSRELHDDIGQLLTAAKLQSEWLKRRLPEDLQGQCSVLSDTLDETLNKVRDVSAILNPRQLTSLGLEASLRAHLLKTLANTPVKWSLDCQQRMTGIPDEMTVAAFRITQEAVTNMLRHAQASNLLVRLQRLPEGLTLLISDDGQGFVPASHPGREGQRGMAGMSERVEQLGGTLKVTSEAGKGTHIEARIPWAPRALERASKNKVLH PGPT0017175_1081 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_HEXOSE_PHOSPHATE_UPTAKE_SENSING,PGPT0017175-uhpB-K07675 NA NA D1-35_00741 471 hypothetical protein ATGCCGAACGATCGCAACAATTGGAGCCAGCGCCTTCCCGAGTTCCTGATTGAAGCCGAGACACTCTTGGCCAAGTCGGAGGAATGCCTGAGCCATCTGGAGCTGATCAACAACGACAAGGATGCCATCGACTGCATGCTCAGCACGTTGCTGAAGCTGGCAAACAAGGCCGACGCTCTCGCATTGGAGGCCGTTTCGGAGTTTTCGCTGCATATCCATGGCTTGCTCAGTCATGCGCAACACCACATGGAGCTGCATGACCAGGCACTGGTCGCGCTGAAAGATTGCTTTACCCTGATGGCCTGGCAATTGGAGCTCGTCGACCACACCACCGGCAAACTGAGTCTGGACAACACTGAACAGACTTCCCTGATCGAAGCATTTGCCTTCCAGGTTGGCCAGAGTCCCTGCGAGGCGTTGCCGACGCCGCGCCCGATGGCGTTGGTTCCTTACGCACAAAAACAAGCGTGA MPNDRNNWSQRLPEFLIEAETLLAKSEECLSHLELINNDKDAIDCMLSTLLKLANKADALALEAVSEFSLHIHGLLSHAQHHMELHDQALVALKDCFTLMAWQLELVDHTTGKLSLDNTEQTSLIEAFAFQVGQSPCEALPTPRPMALVPYAQKQA NA NA NA NA NA D1-35_00742 924 cheV_2 COG0784 Chemotaxis protein CheV ATGGCCGGCATTCTCGACACAGTAGATCAACGAACCCAATTGGTGGGTGAGAATCGCCTGGAAATTCTCATGTTTCGCCTGGCGGGGCGCCAATTGTTCGCCATCAACGTATTCAAGGTCCAGGAAGTGCTGCAACTGCCGAAGCTGACCTTGATGCCCCAGCGCCACCCGTTCGTCTGTGGCGTGGTCAATCTGCGTGGCCAGACCCTTCCGGTGATCGATCTTTCCCAGGCCATCGGCATGCGTCCGCTCGTGCCCGGACCTAACAGCACCATCATCGTCACCGAGTACAACCGTTCGGTACAGGCGTTCCTGGTAGGGGGCGTGGACCGCATCGTCAACATGAACTGGGAAGCCATCCTGCCGCCTCCGACCAGTGCCGGTCGCGAGCATTACCTGACGGCTATCAGCAAGGTCGACGACCAGTTGGTGGAAATCATCGACGTGGAGAAAGTCCTCGCCGAAATCGTCCCCTACAACGCCAAGGTCTCACGGGACAAGCTCGAGGATCCGGTGCTGGAACGAGCCCGCGGTCGAGAAGTCCTGCTGGTGGACGATTCCAATGTCGCGCTCTCGCAGTTGCGTGACACCCTGGGCCAGTTGGGCGTGAAGATGCACATCGCCAGCGACGGCTTGAAGGCACTGAACATGCTCAAGGCCTGGGCCGACACCGGCGAAGTGATGACCGACAAGTTGCTGATGATTTTCACCGACGCGGAAATGCCCGAGATGGACGGCTACCGCCTGACCACGGAAATCCGCAACGATCCACGCCTGCGTGGGCTCTACGTGGTGCTGCACACCTCGCTGTCCGGCAGCTTCAACGATTCGATGGTCAAGAAGGTTGGCTGTGACAACTTCCTTTCCAAATTCCAGCCGGACAAGCTGGTCGACGTGGTGCGCCAGCGGTTGATGCTCGGCTGA MAGILDTVDQRTQLVGENRLEILMFRLAGRQLFAINVFKVQEVLQLPKLTLMPQRHPFVCGVVNLRGQTLPVIDLSQAIGMRPLVPGPNSTIIVTEYNRSVQAFLVGGVDRIVNMNWEAILPPPTSAGREHYLTAISKVDDQLVEIIDVEKVLAEIVPYNAKVSRDKLEDPVLERARGREVLLVDDSNVALSQLRDTLGQLGVKMHIASDGLKALNMLKAWADTGEVMTDKLLMIFTDAEMPEMDGYRLTTEIRNDPRLRGLYVVLHTSLSGSFNDSMVKKVGCDNFLSKFQPDKLVDVVRQRLMLG PGPT0015675_1387 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415 NA NA D1-35_00743 810 ycbX COG0633 putative protein YcbX ATGTTGCGGCTGAGCGCGCTGTATCGGTATCCGTTGAAGTCCGGCAAGGGGCAGCCGCTGCAGGGCATCGGCCTGGACAAGCTCGGGCTCGACGGTGATCGACGCTGGATGCTGGTGGATGAGGCCACCGGGCGCTTCCTGACCCAGCGGGCCGTGGCAAAGATGAGCCAGCTTTCGGCGTTGTGGAACGCGGCGGGCGGACTGACACTCAGCGCGCCGGGCTACGGCGCCATCGAGGTGCCGCTGCCGTCTTCTCTCGAAGAACAACGGCGTGGCGTGATCATCTGGCGCGATACTCTGCGTGTGCCGGATGCCGGTGACGCGACGGCAGCCTGGGTCAGTGAATTCATCGGCAATCGCACCCGGCTGGTCCATGTGCCGGTGGAATTGGCTCGCACCACGGCAGCCGGCTACGGCAAGGATGATGACAAGGTGGCCTTCGCCGACGGTTTTCCCTTGTTGTTGATCGGCCAGGCCTCGTTGGAGGATTTATCGGGCAGGGTCGGCCGCTCGCTGGAAATGCTGCGCTTTCGTCCCAACCTGGTGGTCGAGGGCAGCGAGGCGTTCGCCGAAGACGGCTGGAAGCGTATTCGTATCGGCGAGGTGGAGTTTCGGGTGGTCAAGCCGTGTTCACGCTGCATCATGACCACGGTCGATCCGCAAACCGGCGAACGCGATCCGCAGCGCGAGCCTTTCGCCACGTTGCAGCAGTACCGTTCTACCCCGGATGGTGCGATGTTCGGCCAGAATCTGGTCAACGATGGCAATGGCCGACTTGAGGTCGGCATGCCGGTCGAGGTGCTGGAATAG MLRLSALYRYPLKSGKGQPLQGIGLDKLGLDGDRRWMLVDEATGRFLTQRAVAKMSQLSALWNAAGGLTLSAPGYGAIEVPLPSSLEEQRRGVIIWRDTLRVPDAGDATAAWVSEFIGNRTRLVHVPVELARTTAAGYGKDDDKVAFADGFPLLLIGQASLEDLSGRVGRSLEMLRFRPNLVVEGSEAFAEDGWKRIRIGEVEFRVVKPCSRCIMTTVDPQTGERDPQREPFATLQQYRSTPDGAMFGQNLVNDGNGRLEVGMPVEVLE NA NA NA NA NA D1-35_00744 285 ppnP COG3123 Pyrimidine/purine nucleoside phosphorylase ATGTTCAAAGTCAACGAGTACTTCGACGGCACCGTCAAGTCGATCGCCTTCGGCACCTCCGAAGGTCCAGCGACCATCGGCGTCATGGCACCGGGCGAATATGAGTTCGGCACCGCGCAGCGGGAAATCATGCATGTTGTTTCCGGCGCCCTGACCGTGAAACTGCCCGACAGCACCGATTGGGAAACCTTCGCCGCCGGTAGCCAGTTCAACGTCCCGGCCAACAGCAAGTTCCAGCTCAAGGTAGCCGTCGACACGGCTTACCTCTGCGAATATCGCGGCTGA MFKVNEYFDGTVKSIAFGTSEGPATIGVMAPGEYEFGTAQREIMHVVSGALTVKLPDSTDWETFAAGSQFNVPANSKFQLKVAVDTAYLCEYRG PGPT0021300_682 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021300-ppnP|yaiE-K09913 NA NA D1-35_00745 543 dinG_2 3'-5' exonuclease DinG ATGCCTTACTGGCTGGTGATTGATCTGGAAGCCACCACCGACGAAGGTGGCTGGCCGGTTACCGAAATGGAAATCATCGAAATCGGCGCCACCCTGGTGAATCGGGATGGGCGCGAGGTGGATCATTTCCAGCGCTTTGTACGGCCGCTGAGGCGCCCGTTGCTGACCTCTTTCTGTCGCACGCTGACGCATATCAGCCAGGCCAATATTGACGGCGCCGCACCGCTGACCGAGGTCTGGCCGGCATTCGAACACTGGCTGGCGCCTTATCGAGCGAACCTCGAAGGCTGGGTCAGTTGGGGCGACTACGACCGCAAGCAATTGCTTCAGGAATGGCAAGGCCAGCACTTGCACAGCGCGCTCGGCCAGGTACCGCACATGAATCTCAAGCAGCGCTTTGCCAAGGCCCGTCGGCTGGAGCGACCGCTGGGGCTCAATGCGGCGTTGCAACTGGCCGGCCTGCAGTTCTGCGGCCAACAACACCGTGCATTGGAGGACGCCCGCAATACGGCGCGATTGTTGCCGCTGGTGCTGACCGGCTGA MPYWLVIDLEATTDEGGWPVTEMEIIEIGATLVNRDGREVDHFQRFVRPLRRPLLTSFCRTLTHISQANIDGAAPLTEVWPAFEHWLAPYRANLEGWVSWGDYDRKQLLQEWQGQHLHSALGQVPHMNLKQRFAKARRLERPLGLNAALQLAGLQFCGQQHRALEDARNTARLLPLVLTG NA NA NA NA NA D1-35_00746 798 hypothetical protein TTGACGTGTTCGCCGATGGGGATGACCTCACGTACCTTGCTGGCCGTCCTGGCCATGTTCTTGACCGTGTCAGCTGAAGCTGCACAAGTGGTCCGGATCGGCGCGGCGCATTTCCCGCCCTATACCGTTCGTCCCGAAAACGGCGCCGACACCGGTCTGTTACCGCAATTGGTGGAAGCCTTGAACCGGTCACAGGCCGATTATGAATTCGTGCTGGTACCCACTTCGATTCCGCGCCGGTTCAACGATTTCAAGCAGGGCCGGGTCGACATGGCGATTTTCGAGAACCCCGACTGGGGTTGGCAGGATGTGCCCCATACTCCGGTAGACATGGGCCTGGAGGATGCGGAGATATTCGTCGCCCAACGCCAGCCGGATCGCCAGCAGAGCTATTTCGCCGATCTCAGGGGCAAGCGCCTGGCCCTGTTCAGCGGTTATCACTATGCGTTTGCCGAATTCAACGCCGATCCCAAGTTCCTCATCGGCCAATACAACGCCACGTTGACCTATTCCCACGACAGCAACCTGCAGATGGTACTACGCACCCGCGCGGACATTGCCCTGGTGACCCGTTCCTACCTCAGCGATTACGTGTTGCGCAATCCGCAAGTGGCCTCGCAGTTGCTGGTATCCGAACGCATCGACCAGATTTACCACCATTACGCACTGATTCGGCCCCAGGCGCCCATTTCTCCCCAAGCGTTCGCCCAGATATTGCAGAAGTTGCGGGACGACGGCCAGTTGCTGGAAATCTTCCAGCCCTACCGGATCGAGCTGGTGCCGACCCACGCCCATTGA MTCSPMGMTSRTLLAVLAMFLTVSAEAAQVVRIGAAHFPPYTVRPENGADTGLLPQLVEALNRSQADYEFVLVPTSIPRRFNDFKQGRVDMAIFENPDWGWQDVPHTPVDMGLEDAEIFVAQRQPDRQQSYFADLRGKRLALFSGYHYAFAEFNADPKFLIGQYNATLTYSHDSNLQMVLRTRADIALVTRSYLSDYVLRNPQVASQLLVSERIDQIYHHYALIRPQAPISPQAFAQILQKLRDDGQLLEIFQPYRIELVPTHAH PGPT0020800_11437 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 D1-35_00747 1014 hypothetical protein ATGTCCAACCTCAATCAGCCGACCCTGTTGCCCTTGCCCGGCGGGCGCAGCCTGGGTGCCGATGAAACCGAACGCCACCTCTGCCTGATGCTCGAAGGCGCGCCGCTGATCCGCCTGCGCCTGGAGCGCGGTCCCCAGTTGCACGTGCATTTGCAGGAAAGCAACGACCGGCCGGTCGGCCCGGCACTCTGGGCGGCCTGCTATTGGCTGTTTGCCAGGGATCCCGAATGTCAGCGCCTGGTCTGGCACCTCAATGAGCGTCCCGGTGAGGCCCTGCTCAGTGGTTTGCTGACGGGCGGGGAACTCAGCGACGAATACATCTGCGAACGCACGCTGTTCTGGCAACTGCCGCAGCCCTGGCTGGGAGAGTCGTTCAGCGGCAGTTATCCGCAACAGATGATCGTCACCGACGGCAAGCGCCATCCGCGTCGCCCGATCAAGCCGCGTGGCGAGGTGTATCGCCGTTTCGACGCGCGGCTGGGGGCCTGGGTGTCTTTGCGCACGCTTGAAATCGAGCAGGACCTGACGCGATTCAACCGCTGGCAGAACAGCCCCAGGGTGGCGAGCTTCTGGCAGGAGGAGGGCAGCCTGGAACAGCACCGCGAGTACTTGACCAGGCTTGAGCATGACCCTCGGGTCTTGACCTTGATCGGTTGTTTCGATGAGCAGCCATTCGCCTACTTCGAAGCCTATTGGGCCAAGGAGGATCGAATCGCACCGTTTTATGACGCTCACGCCTATGACCGCGGCATCCACATGCTGGTGGGCGAAGAGCAGCATCGAGGTCCGCACAAGGTCGCAAGCTGGCTATCGGCGCTGGTGCATTACCTGTTTCTCGACGATCCGCGTACCCAGCGCGTGGTGGCCGAGCCTCGGGCCGACAATGCCCGGATGATCAGGCATCTGCATAACCAGTGTTTTCACTGTGAAAAGGAATTCGATTTCCCGCACAAGCGCGCGGCACTGATGATCCTGGGGCGCGAGCGGTTTTTTGACCGGTGTTCGTTGGTGTAG MSNLNQPTLLPLPGGRSLGADETERHLCLMLEGAPLIRLRLERGPQLHVHLQESNDRPVGPALWAACYWLFARDPECQRLVWHLNERPGEALLSGLLTGGELSDEYICERTLFWQLPQPWLGESFSGSYPQQMIVTDGKRHPRRPIKPRGEVYRRFDARLGAWVSLRTLEIEQDLTRFNRWQNSPRVASFWQEEGSLEQHREYLTRLEHDPRVLTLIGCFDEQPFAYFEAYWAKEDRIAPFYDAHAYDRGIHMLVGEEQHRGPHKVASWLSALVHYLFLDDPRTQRVVAEPRADNARMIRHLHNQCFHCEKEFDFPHKRAALMILGRERFFDRCSLV PGPT0031100_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-AMPHIBACTIN_METABOLISM,PGPT0031100-iucB_like-NA NA NA D1-35_00748 549 hypothetical protein ATGACGGAACAAGTATCCACAAGCAGGTGCGACTCACCGCTACTCCAGGCCTTCGTCGACAACCGGATGATCCTGGTCAAGATCGCAGCGCGTATCACCGGTTGCCGCTCCCGCGCGGAAGACGTGGTCCAGGATGCGTTTTTCCGGTTGCAATCGGCGCCCCAGATCACCTCGTCCTTCAAGGCTCAACTCAGCTACCTGTTCCAGATCGTGCGCAATCTGGCGATCGACCACTACCGCAAACAGGCGTTGGAACAGAAATATTCGGGGCCGGAAGAAGAAGGGTTGAACGTGGTGATCCAGGGTGCTTCGCCAGAAACGTCGCATATCAACTTTTCCACCCTCGAGCACATTGCCGACGCGCTGACCGAGCTGCCCAGCCGAACCCGTTACGCCTTCGAGATGTACCGGCTGCACGGCGTACCGCAGAAAGACATCGCCAAGGAACTGGGCGTCTCGCCGACACTGGTGAACTTCATGATCCGCGACGCCCTGGTGCATTGCCGCAAGGTGTCAGGGGTGCGTGGGGATACGTTCGCCCGGCGGTGA MTEQVSTSRCDSPLLQAFVDNRMILVKIAARITGCRSRAEDVVQDAFFRLQSAPQITSSFKAQLSYLFQIVRNLAIDHYRKQALEQKYSGPEEEGLNVVIQGASPETSHINFSTLEHIADALTELPSRTRYAFEMYRLHGVPQKDIAKELGVSPTLVNFMIRDALVHCRKVSGVRGDTFARR NA NA NA NA NA D1-35_00749 12987 lgrB_1 Linear gramicidin synthase subunit B ATGACCGACGCGTTCGAACTCCCCAGCACCCTGGCCCATGCCCTCCAGCGCCGCGCCGCGTTGACGCCGGACCGGGTGGCCTTGCGCTTTCTTGCCGACACCCCGCAGCAGGGCGTCGTGTTGAGTTATCGCGACCTGGACTTGCGCGCCCGGACCATCGCCGCCGCTTTGCAGGCCGAGGCGGAACTGGGAGATCGCGCCGTACTGCTATTCCCGAGCGGCCCGGATTACGTCGCGGCGTTTTTCGGTTGCCTGTACGCCGGCGTGATCGCCGTTCCGGCCTACCCACCCGAGTCCACCCGCCGCCACCATCAGGAGCGTCTGCTGTCGATCATCGCCGACGCCCAGCCGCGGCTGTTGCTCACCAGCAGTGAAGTGCGCGACACGCTGCAGGCCATCGAATCGGCACCGCCGGTACTCTGTGTCGATATCCTCGATCCGGCCCACGCCGGCCAATGGCGGGCGCCGAACCTGCAAGACGACGACATCGCCTTCCTGCAATACACCTCCGGCTCCACTGCGTTGCCCAAGGGGGTGCAGGTGAGCCACGGCAACCTGGTGGCCAACGAAGCGCTGATCCGGCATGGCTTCGGGATTGACGTGAATCCCGACGACGTCATTGTCAGCTGGCTGCCGCTGTATCACGACATGGGCCTGATCGGCGGTTTGCTGCAACCGATCTTCAGCGGAGTGCCGTGCGTACTGATGTCGCCGGCGTATTTCCTCGCCCGACCGTTGCGTTGGCTGGAAGCGATCAGCGAGTACGGGGGCACCATCAGCGGCGGCCCGGATTTCGCCTACCGGCTGTGCAGCGAGCGGGTCAGCGAGTCGGCCCTGGAGCGCCTCGACTTGAGCCATTGGCGCGTGGCCTATTCCGGCTCCGAACCGATTCGCCTCGACAGCCTGGAGCGCTTCGCCGAAAAGTTTGCCTCGTGCGGCTTCACGCCGGACAGTTTCATGGCTTCCTATGGCTTGGCCGAAGCCACCCTGTTCGTCGCCGGCACGCCGCGTGGCCTAGGGATCCCCGCGATGCGAATGGATGACGCGGCATTGGCGCAAAACCGCGCCGAGCCGGGGCAGGGCAACGCAGTGATGAGTTGCGGCGTGAGCCAGCCGGACCACGCGGTACTGATCGTCGAGCCCGCCACGCTACAGCCGCTGGCCGACAATCAGGTCGGCGAAGTCTGGGCCGCCGGGCCGAGCATCGCCCACGGTTACTGGCGCAACCCCGAGGCCAGCGCCAGGACATTCGTCCAGCATGCCGGCCGCACCTGGCTGCGCACCGGCGACCTTGGCTTTGTGCGCGAAGGCGAGCTGTTCATCACGGGGCGCCTGAAGGATTTGCTCATCGTGCGCGGGCATAACCTTTATCCACAGGACATCGAGCAAGCCGTAGAGCGCGAAGTCGAGGTGGTGCGCAAGGGGCGGGTCGCTGCATTCGCGGTCGACAACGGCGGCGAAGAGGGGATCGGGATTGCCGCGGAAATCAGCCGCAGCGTGCAGAAAATCCTCCCGGCCGAGGCCTTGATCAAAGCGATTCGCCAGGCCGTGGCCGATGCCTGCCAGCAAGCCCCGAGCGTGGTGGTGCTGCTCAACCCAGGGGCCTTGCCGAAGACTTCGAGCGGCAAGCTGCAGCGTTCGGCCTGCCGGGCACGACTGGCTGACGGCAGCCTCGACAGCTATGCGCTGTTTCCCTCGGTCGAGGTGGAGCAAACCCATGAGGCGGGCGCTTCATCGAAGCTGCAAACGCTGATTGGCCAGATCTGGTGCGAGCAGTTACAGGTCGACCAGGTCCAGGGCGCCGATCATTTCTTCCTGCTGGGGGGCAATTCCATCGCCGCCACCCAAGTCATTGCGCGGCTGAGCGAAACCCTCGGCCTGGAGCTCAACCTGCGCCTGCTCTTCGAAGCCCCAACGCTCGGCGCTTTTGCCGCGGCGGTGGCGAACCTGCAGGAGGACGGCGGCCAGGCCCAGGGCGCCATCAGCCGGTTGCCACGCCACGAGCCGCTGCCGCAATCGTTGGCGCAAAACCGCTTGTGGCTGACCTGGCAGCTGGACCCGGCAAGCCGTGCCTACAACATTCCCGGCGCCATCCGCCTGCGCGGCGAGCTGGACGAAAACGCCTTGCGCGCCAGCTTCCAGCAATTGATCGAGCGCCATGAGTCCCTGCGCACGCGGTTCCTGGAACGCGATGGGGTGGCCTTGCAGCAAATCGATCCGGCCGGCGAGTTCAATCTTCAGGTGATCGATCTTTGCGACATGCCCGCTGACCAGCGCGAAGCGCGGGCGCGGCAGATCCGCGAAGACGAAGCCGCCACGCAGTTCGATCTGGAAAAGGGTCCGCTGCTGTGGGTCACCTTGTTGCGCCTGGATCAGGACGACCACCAACTGTTGGTGACGATGCACCACATCATCGCCGATGGCTGGTCGATGAACGTCCTGATCGAGGAGTTCTCACGGCTCTATGCCGCGGCGTCCCAGGGACAGGTCGCCGAGTTGGCGCCGTTGCCGCTGCACTACGCCGACTACGGCAGTTGGCAGCGCCAATGGCTCGGGCAAGGTGAAGCCGAGCGCCAACTGGCCTATTGGAAACAGCAACTGGGCGATGAGCATCCGACCCTGGCGCTGAGCACCGATCATCCGCGCAGCGCCCTGCATCAGCGCAGCGCCGCGCGCCACAGCCTGCGCCTGGACAAGGTCCTCGGCGATGCCCTGCGCCGGACGGCCCAGGCCCATGACGCCACGCCGTTCATGTTCTTGCTGGCGGCATTCCAGGCGCTGCTGCAGCGCTACACCGGCCAGTCCGACATCCGCATCGGCGTGCCCAACGCCAATCGTCCGCGCCGGGAAACCCAGGGCCTGATCGGCTTCTTCATCAACACCCAGGTGCTGCGCGCGCAAACCGATTCGCGCCAGCCATTCGCCGCGCTGCTGGCCCAGGCCCGGGAAGCCACGCTGGGCGCCCAGGCGCATCAGGACCTGCCTTTCGAACAACTGCTGGAAGCGTACCCACAGGCGCGGGACCAAGGTCTGTTCCAGGTCATGTTCAACCATCAGCAGCGCGACCTCGGCGCGTTGCGGCGCCTGCCGGGGCTGTTGGCCGATGAGTTGCCGTGGCACAGCCGCGAAGCCAAGTTCGACTTGCAGTTGCATAGCGAAGAGGACCGCAACGGACGGCTGACGCTGTCGTTCGATTACGCTGACGAGCTGTTCGAGGCGACGACTATCGCCCGCTTGGCCGAACACTTTTGCAGCCTGCTTCGGTCGGTTTGCAGCAACCCGCAACAGGCGATCGGCGACGTGCAGCTGTTGAGCGACGCTGAATCCGCGCAACAACTGCCATGGGGCTCGGCGCCTTGCGAGCCGGCCAGCCAGTGGCTGCCGGAACTGCTCAACGAACAGGCCCGCCGCACCCCGCAACGTACCGCGTTGCAGTGGGACGGTGGTGCGCTGGACTATGCCGAGCTGCACACCCAGGCCAATCGCCTGGCCCATTACCTGCGGGACAAAGGCGTCGGCCCGGACGTCTGCGTGGCGATTGCCGCCGAGCGTTCGCCGCAGTTGCTGATCGGCGTGTTGGCGATCATCAAGGCGGGGGGCGCCTATGTGCCGCTGGATGTCGATTATCCGGCCGAGCGCCTGGCCTACATGTTGGGTGACAGCGGCGTCGATCTGCTGCTCACCCAAACCGCCTTGCTGGACCGCTTGCCGGCCTGCGCAGGCGTCAGCGTCATCGCCATGGACGCCCTGCACCTGGAACAGTGGCCGAGCAACCCGCCGGGGCTGCATTTGCATGGCGAGCATCTGGCGTACGTGATCTACACCTCCGGTTCGACCGGTCAGCCGAAGGGCGTCGGCAACACCCATGCCGCCCTGGCCGAGCGCCTGCAATGGATGCAGGCCGCCTATGGGCTGAATGAAACCGACGTGCTCATGCAAAAGGCGCCGATCAGTTTCGACGTGTCAGTGTGGGAGTGCTTCTGGCCGCTGATCAACGGCTGCCAACTGGTACTGGCCGGCCCCGGCGAGCACCGCGACCCGCACCGCATCGCGCAGTTGGTCGAGCGGTTTGGCGTGACCACGCTGCATTTTGTACCGCCGCTGCTCAGCCTGTTCCTCGAGGAGCCGTTGAGCGCCCGCTGCACGAGCTTGCGGCGGATCTTTTCCGGCGGCGAAGCGTTGCCGGCCGAGTTGCGCAACCGGGTGCTGGCGCAACTGCCGGCGGTGCAGCTGCACAACCGCTACGGCCCGACCGAAACCGCTATCAACGTCACGCACTGGCACTGCAGCGAGGCCGATGGCGAGCGCTCGCCGATCGGTCGTCCGCTGGCCAATGTGCTCTGCCGCATCCTCGACAGTGACCTCAATCCGGTGCCGGTCGGTGTGCCGGGTGAATTGTGCATCGGTGGCCTCGGCCTGGCCCGGGGTTACCTGGGGCGACCGGGGCTGACGGCCGAGCGGTTTGTCGCCGACCCGCTGGGTTCGGCCGGCGCGCGGCTGTACCGCACCGGCGACCGGGCGCGCTGGGGCGCTGACGGCGTCATCGAATACCTCGGCCGCCTCGACCAGCAGGTCAAGCTGCGTGGTTTCCGGGTCGAGCCGCAGGAAATCGAAGCGCGACTGCTCGCCCAGCAGGGCGTCGCCCAGGCGGCGGTGCTGGTGCGTGACACCGCGGCCGGTGCGCAATTGATCGGCTACTACACCGCGGTCGATGTCGATGAAGATGAAACCGTCCAGGCTGCTCGCCTGAAAAACGCCCTCGTCGGTGAATTGCCCGACTACATGGTGCCTGCGCAATTGCTGCGCCTGGACGTCATGCCCCTGAGTCCGAGCGGCAAGCTCGACCGTCGCGCCTTGCCCGAGCCGCAGTGGCAAGTGCGCGAGCACGTCGAGCCGGTCAGCGCCCTTGAACAGCGGGTCGCCGGCATCTGGCGCGACGTGCTGGGTCTGGAGCGCGTTGGCTTGCGCGATGACTTTTTCGCCTTGGGCGGCCATTCGTTGCTGGCGACCCAGATCATTTCCCGCACCCGCCAGGCCTGCGATGTCGAGCTACCGCTGCGCGCGTTGTTCGAAGCCAGTGAGCTGGGCGCCTTCGCTGAGCAGGTGCGGTTGATCCAGGCCAGCGGCCAGACCAACCGCCAGCCGCCGATCGAGAAAGTCGACCGCAGCCAACCGGTGCCGCTGTCCTATTCCCAACAGCGTATGTGGTTCCTCTGGCAAATGGAGCCGGATAGCCCAGCCTACAACGTCGGCGGCATGGCGCGGTTGCGCGGGGTGCTGGATGTCGGACGCTTTGAAGCGGCGTTGCAGGCCCTGATCCTGCGCCACGAAACCCTGCGCACAACGTTCCCGAGCATTGATGGCGTGCCTCGCCAACAGGTACACGGCGAGACGGGCCTGCGCATGGGCTGGAAGGATTTCTCGATGCTGGACGCCGACATGCGCCAGCAACGGGTCCGGCAACTGGCCGACAGCGAGGCCCACGAACCCTTCGACCTGGAAGCCGGGCCGCTGCTGCGGGCCTGCCTGGTCAAGACCGCCGAGCATGAGCATTACTTTGTGCTGACCTTGCACCACATCGTCACCGAAGGGTGGGCGATGGATATTTTCGCCCGTGAGCTGAGCGCGCTGTATGAAGCCTTCGTCGATGATCGCGAGTCGCCGCTGGAGCCGTTGCCGGTGCAATACCTCGACTACAGCGTCTGGCAGCGCCAATGGCTGGAATCCGGCGAGCGCCAGCGTCAGCTGGACTACTGGACCGCCCAACTGGGCCGCGAACATCCCTTGCTGGAGCTGCCCGCCGATCGCCCGCGTCCGCCGGTGCAAAGTCATCGTGGCGAACTGTTCCGTTTCGACCTCAGCGATGAGTTGGCCGCGCGGGTCCGCGCCTTCAATGCCGAACGTGGCCTGACCCTGTTCATGACCATGACCGCCGCCCTGGCCGTGCTGCTCTATCGCTACAGCGGCCAGACCGACCTGCGCATCGGCGCGCCGGTGGCCAACCGCATCCGCCCGGAAAGCGAAGGGCTGATCGGCGCGTTCCTCAACACCCAGGTGCTGCGTTGCCAGCTCGACGGGCAAATGTCGGTGGGCGAACTGTTCGAGCAGGTGCGCCACACCGTGATCGAAGGCCAGTCCCACCAGGACTTGCCCTTCGATCATCTGGTCGAAGCCCTGCAGCCACCGCGCAGTGCCGCATACAACCCGCTGTTCCAGGTGATGTGCAACGTCCAGCGCTGGGAATTCCAACAGAGCCGCACGTTGGCCGGCATGAGCGTCGATTACTTGGTCAACGACGCCCGCGCCACCAAGTTCGACCTCAACCTGGAAGTCACCGACCTCGACCAGCGCCTGGGTTGCTGCCTGACCTACAGCACCGATCTGTTCGATGAGCCGCGCATCGCCCGCATGGCCGGTCATTGGCGCAACCTGTTGGAGGCGTTGCTGGTCGATCCGGCTCGGCGGCTGAGCGAATTGCCGTTGCTTGGCGTCGGCGAGCAGCAGCAAATGCTCGACAGCCTGGGCGTCGAGCCCGGTGAGCATCGCCTCGATCAATGCCTCCAGGTGCTGTTCGAAGAACAGGCCCGGGCGCGTCCCGACGCAGCCGCGCTGACGTTCGCTGGGCAGACCCTGAGCTATGCCGAACTCGAACGCCGCGCCAATCGCCTGGCCTGGATGCTGCGCGAGCGGGGCGTCGGGCCGCAGGTGCGGGTGGGCCTGGCGCTGGAGCGCTCGCTGGAAATGGTCATCGGCCTGCTGGCGATCCTCAAGGCCGGTGGCGCCTACGTGCCGCTGGATCCGGAATACCCGCTGGACCGTTTGCACTACATGATCGAAGACAGTGGCGTCGGTCTGCTGCTCAGCGACCGGACCATGTTCCAGGCCCTCGGCCCATTGCCGCCGGGCGTGCAGCGCTGGTGCCTGGAGGACGACAGCGAGGCGTTGGCGCAGTACCCGGACCAGTCGCCATCGCTGATCAATCTGCCGCAGCACCAGGCGTACCTGATCTACACCTCCGGCTCCACCGGCAAGCCCAAGGGCGTGGTCGTGTCCCACGGTGAAATCGCCATGCATTGCCAGGCGGTGATCCGCCGTTTCGGCATGCGCCCGGACGACTGCGAGCTGCATTTCTATTCGATCAATTTCGACGCGGCCACCGAACGCCTGCTGGTGCCTTTGCTCAGCGGCGCTCACGTGGTGCTGCGCGCCCAGGGCCAGTGGGATGCTCAGGAGATTTGCGGGCTGATCCGTCAGCACCGCATCAATATTCTTGGCTTTACCCCGAGTTATGGCAGCCAGTTGGCGCAATGGCTGGCGACCCAGGGGCAAACGTTGCCGGTGCGCATGTGCATCACCGGTGGCGAAGCCTTGACCGGCGAACACCTGCAGCGCATCCGCGCCGCGTTCAGCCCGAGTCTGTTTTTCAACGCTTATGGTCCGACCGAGACGGTGGTGATGCCGCTGGCGAGCCTGGCGCCGGAACAACTGGAGGAGGGCGCGGGCAGCGTACCGATCGGCAGCGTGATCGGCGCCCGGCGGGCCTACATTCTCGACGCGGACCTGGCGTTGGTGCCGCCAGGCGCGACGGGTGAGCTGTACGTTGGTGGCGCCGGCCTGGCCCAGGGTTATCACCAGCGTCCGGGCATGACCGCCGAGCGCTTCGTCGCCGATCCGTTTGCCGCCGATGGCGGTCGGCTGTACCGCACCGGCGACCTGGTGTGCCAGCGTGCCGACGGCCAAGTGGAGTACCTGGGACGAATCGATCATCAAGTGAAGATTCGCGGTTTCCGCATCGAACTCGGGGAAATCGAAAACCGCCTGCTGGAGCACGACGCCGTGCGCGAAGCGGTGGTCCTGGCCCTCGACATGCCGGGCGGCAAGCAGTTGGCCGCTTATCTTGCCAGCGACATCGCCGAGCAGGACGCCATGGCACAAGTGGCCCTGCGCGAAGCGCTGAAGCAGCACCTCAAGACGCAACTGCCGGAGTACATGGTGCCCGCTCACCTGATCCTGCTGGCGAGCATGCCGCTGACCGCCAACGGCAAACTCGATCGCCGCGCCTTGCCGATGCCCGATCCGGAGCTCAATCGCCAGCAATACGTGGCGCCGAGCAATGCCCTGGAGCAAGCGCTGGCAGCGATCTGGTGCGACGTGCTGAACGTCAAACAGGTTGGCCTCAACGACAACTTCTTCGAGTTGGGCGGCGATTCGATCCTGTCGATCCAGGTCGTCAGCCGTGCCCGGCAGCAGGGCATCCACTTCACGCCGCGAGACCTGTTTCAGCACCAGACCGTGCAGGCCTTGGCCGCCATCGCCACCCGCAGCGAGCAGGTGAGTGTCGAGCAGGGGCTGTTGAGCGGTGAGTCGGGGCTTACGCCGATCCAGCATTGGTTCTTTGCCAGCGAGATACCCAACCGTCACCACTGGAACCAGGCGCTGCTACTGGAGCCGACCACGCTGCTCGAACCACAGCTTCTGGAGCAGGCGCTGCAGGCTGTTTTCCAGCAGCATGATGCCTTGCGCCTTGGCTTCGCCAATACCACTGGGCATTGGCGCGCCGAGCACCAGCCCTTGTTCGATGGGGCGTTGCTGCAGCATCTTTCGGTGCAGTCCACACAAGCCTGCGAAGCGCTGTTTGCCCAGGCGCAGCTTGGCTTCCAGCTGTCGAGCGGGCCGTTGCTGCGCGCCGTGCTGGCGGACTTGCCGGACGGTCGGCAGCGCCTGCTGATCGCCATCCATCACCTGGTGGTGGACGGAGTTTCATGGCGGGTGTTGATGGACGATCTGCAGACGGCTTACCGCCAATCTGCCGGCGGGCAGCCGCTGCGGTTACCGGCCAAGACCAGCCCGTTGCGTGACTGGGCTGCGCGGTTGCAGGCCTACGCCGGCAGCGAATCCCTGCGCGAGGAATTGAACTGGTGGCGCGACCAACTGAGCGGGCCGGACGTTACGCTGCCTTGCGCGAACCCTGGCGGCGGGCGGCAGGAGCGACACGCCGCAAGCGTCAGCGTGCGCCTGGACGCCGAGCGTACCCGGCAACTGTTGCAGCAGGCACCGAGCGCCTATCGCACCCAGGTCAACGACCTGCTGCTCACGGCGCTCGCCCGCGTGCTGTGCCGCCAAGGCAATCAGCAATCGGCGCTGATCCAGCTCGAAGGCCATGGCCGCGAGGCGCTGTTTGATGACGTCGACCTGACGCGCACCGTGGGCTGGTTCACCAGTGTCTATCCGCTGCGCCTGAGCCCGGCGGCCGATGATGTCGGCGCGTCGATCAAAGCCATCAAGGAGCAACTGCGCGCGGTGCCCCACAAGGGCCTCGGCTACGGCGTGCTGCGTTATCTGGCGGACGCCGGCACACGCCAGGCGATGGCCGGTTTGCCGCAAGCGGCGATCACTTTTAATTACCTCGGTCAGCTTGACCATACGCTCGGCCAGGACGCGTTGTTCCAACCGCTGGATACGCCACTTGGCGCCATTCATGACCCTGACGCGCCACTGCCGAACGAGTTGAGTGTCGACGGCCAGGTCAGCGGCGGCGAACTGCTGTTGCGCTGGACCTTCAGCGCCGAGCGGCATGACCGTGAAAGCATCGTCGCGCTGGCCGAGGCCTATCTCGACGAGTTGCAGCGGCTGATCGAACATTGCCTGGCGGACGAGGCGGGCGGCCTGACGCCGTCGGATTTCCCGCTGGCAAAACTGACCCAGGCACAGTTGGACAACCTGCCGGTGCCGGCCGGGCAGATCGAGGATGTCTACCCGCTGACGCCGATGCAGGAAGGCATGTTGCTGCACACCCTGCTCGAGCCGGGCACGGGCCTGTACTACATGCAGGACCGCTACCGCATCAACAGCGAGCTGGACCCGCAGCGTTTCGCCCAGGCCTGGCAGGCGGTGATTGCCCGCCACGAAGCCTTGCGCGCTTCGTTCTGCTGGAACGTCGGCGAAGACATGCTGCAGATCATCCACAAGCCCGGGCGCACGCCGGTGGAATACCTCGACTGGCTGCACGTGCCTGAGAACGATCAGGAGCCCAAGCTCCAGGCGCTGCTCAAGCGCGAGCGCGAGGCCGGTTTCGATCTGCTCAACGAGGCACCGTTTCACCTGCGATTGATCCGGGTCGGCGCGGCGCGCTACTGGTTCATGATGAGCAACCACCACATCCTGATCGATGCATGGTGCCGTTCACTGCTGATGGATGATTTTTTCGAGATCTACACCGCCCTCGGTGAACATCGCGAGCCCCGGCTGGCCGTGCCGCCGCGCTATCGCGATTACATCGGCTGGTTGCAACGCCAGGGCCTGGCTGAAGCCCGGCAATGGTGGAAGCAGAACCTGGAAGGCTTCGAGCGGACCACGCCGATCCCCGCCGATCGCCCGTTCCTGCGCGAACACGCCGGTGACAGTGGCGGCATGGTCGTCGGTGACTGCTACACCCGGCTCGACGCTCGGGACGGCGCGCGACTGCGAGAACTGGCCCAGGCCCATCAATTGACCGTCAATACGTTCGCCCAGGCCGCGTGGGCCCTGGTGCTGCGCCGGGTCAGCGGCGATCGGGACGTACTCTTCGGCGTCACCGTGGCCGGGCGCCCGGTGGAATTGCCGCAGATGCAACACACCGTGGGCTTGTTCATCAACAGCGTCGCCCTGCGGGTGCAGATCCCGGGCGATGACCAGCGTTGCAGCGTGCGTCAGTGGCTCAACGGCTTGCTCGACAGCAACATGCAGTTGCGCGAATACGAATACCTGCCGCTGGTGAGCATCCAGGAAGTCAGCGAACTGCCCAAGGGCCAACCGCTGTTCGACAGCCTCTTCGTGTTCGAGAACGCACCGGTGGAAGTCTCGGTGCTGGATCGTGCCCAGAGTCTCAATGCCACCTCGGACTCGGGCCGCACCCACACCAACTTCCCGCTGACGGCGGTCTGCTATCCGGGCGATGACCTGGGGCTGCACCTGTCTTACGACCAGCGCTATTTCGATGAGTCCACCGTCCAGGGCCTGCTGGGCGAGTTCAAGCGATTGCTGCTGGCCTTGATGGAAGGTTTCCACGGTGACGTGGCCGAGCTGCCGCTGATTGGCAGCGCGGAACAGGACTTCCTGATCGAAGGCTGCAACCAGAGCGAGCGCGCCTATCCGCTGGAGCGCAGTTATGTCGAGCTGTTCGAGGCCCAGGTGGCGGCCCATCCGCAACGCATCGCCGCCAGTTGCCTGGAGGACCGCTGCACTTACACCGAGCTGAACGAGCGCAGCAATCGCCTCGGCCACGCGTTGGTCGCCGCTGGCGTCGGGCTCGATCATCCGGTGGCGCTGCTGGCCGAACGCGATCTCGACCTGTTGGGCATGATCATCGGCAGCTTCAAGGCCGGCGGCGGTTACCTGCCGCTTGATCCGGGCCTGCCGAGCCAGCGCCTGAGCCGTATCATCGAACTGAGCCGCACGCCGTTGCTGGTCTGCACCCAGGCCTGTCATGAACAGGCGCTGGCCTTGCTGGAAGAGTTCGCCTGCGCCGGCCGGCCAAAGCTGCTGGTCTGGGAAACCGTTCAGGCCAGCGATGTGTCGCGGGACAATCCGCGCCTCTACAGCGGGCCGGACAACCTGGCCTACGTGATCTACACCTCCGGTTCCACCGGCTTGCCCAAAGGCGTCATGGTGCAACAGCGGGGCATGCTCAATAACCAGCTCAGCAAGGTGCCATACCTGGCGCTGGACGAGACGGATGTGATCGCCCAGACGGCGTCGCAGAGCTTCGACATTTCCGTGTGGCAGTTCCTTGCCGCGCCGCTGTTCGGTGCTCGGGTGGACATCGTGCCCAATGCCATCGCCCACGATCCGCAAGGGCTGCTGGAGCACGTAAAACGCCAGGGCATCAGCGTGCTGGAGAGCGTGCCATCGTTGATCCAGGGCATGCTCGCCGAGGAACGCATCGGCTTGGAAGGCCTGCGCTGGATGCTTCCGACCGGCGAGGCAATGCCGCCGGAACTGGCCCATCAATGGTTGTTGCGTTATCCGGACATCGGCCTGGTGAATGCCTACGGTCCGGCCGAATGTTCCGATGACGTGGCGTTCTTCCGGGTCGACCTGGCTTCGACGCGCGGCAGCTACCTGCCCATCGGCACGCCGACCGACAATAACCGCCTGTACCTGCTCGACGGTGCGCTGGAGCTGGTGCCGCTGGGCGCGGTGGGCGAGTTGTGCGTCGCCGGCACCGGGGTCGGGCGCGGTTATGTCGGCGATCCGCTGCGCACGGCGCCGGTGTTCATGCCCGATCCGTTCGGGGCGCCGGGCGACCGGCTGTACCGCACCGGTGACCTGGCGCGCCGCCGCAGCGATGGGGTGTTGGAATATGTCGGGCGGATCGACCACCAGGTGAAGATTCGCGGCTATCGCATCGAACTGGGGGAAATCGAAGCGCGGCTGCATGAACAGCCCGAAGTACGCGATGCGGCAGTGGGCGTGCAGGAAGGCGCCAATGGCAGACATCTGGTGGGTTATCTGGTCGCCGCCGACGCGACGCTGAGCCCGACCGAGCGCCTGGATCGCATCAAGCAGCGCCTGCGCAGCGAATTGCCGGAATACATGGTGCCGCTGCACTGGCTGTGGCTCGACCGCCTGCCCCTGAACGCCAACGGCAAGCTCGATCGCAAGGCCTTGCCGGCCCTGGAGATCGGCCAGTTGCAAAGCCAGGATTACCAGGCCCCGGCCAACGAGCTGGAACAGACCCTGGCGGAAATCTGGGCCGAGGTGCTGAAGGTCGAGCGGGTGGGCGTACGCGACAACTTCTTCGAGCTGGGCGGACACTCATTGCTGGCCACACAGATCGCCTCGCGCGTGCAAAAAACCCTGCAGCGCAACGTGCCGCTCAGGGCCATGTTCGAGTGCAGCACGGTGCAGGAACTGGCCGAATATATCGCAGGGCTGGAAGCCAGTGAAATCACCGAGGAGAAAGTCGATCGACTGAATGATTTGATGGCGGAATTGGAAGGAATGTAG MTDAFELPSTLAHALQRRAALTPDRVALRFLADTPQQGVVLSYRDLDLRARTIAAALQAEAELGDRAVLLFPSGPDYVAAFFGCLYAGVIAVPAYPPESTRRHHQERLLSIIADAQPRLLLTSSEVRDTLQAIESAPPVLCVDILDPAHAGQWRAPNLQDDDIAFLQYTSGSTALPKGVQVSHGNLVANEALIRHGFGIDVNPDDVIVSWLPLYHDMGLIGGLLQPIFSGVPCVLMSPAYFLARPLRWLEAISEYGGTISGGPDFAYRLCSERVSESALERLDLSHWRVAYSGSEPIRLDSLERFAEKFASCGFTPDSFMASYGLAEATLFVAGTPRGLGIPAMRMDDAALAQNRAEPGQGNAVMSCGVSQPDHAVLIVEPATLQPLADNQVGEVWAAGPSIAHGYWRNPEASARTFVQHAGRTWLRTGDLGFVREGELFITGRLKDLLIVRGHNLYPQDIEQAVEREVEVVRKGRVAAFAVDNGGEEGIGIAAEISRSVQKILPAEALIKAIRQAVADACQQAPSVVVLLNPGALPKTSSGKLQRSACRARLADGSLDSYALFPSVEVEQTHEAGASSKLQTLIGQIWCEQLQVDQVQGADHFFLLGGNSIAATQVIARLSETLGLELNLRLLFEAPTLGAFAAAVANLQEDGGQAQGAISRLPRHEPLPQSLAQNRLWLTWQLDPASRAYNIPGAIRLRGELDENALRASFQQLIERHESLRTRFLERDGVALQQIDPAGEFNLQVIDLCDMPADQREARARQIREDEAATQFDLEKGPLLWVTLLRLDQDDHQLLVTMHHIIADGWSMNVLIEEFSRLYAAASQGQVAELAPLPLHYADYGSWQRQWLGQGEAERQLAYWKQQLGDEHPTLALSTDHPRSALHQRSAARHSLRLDKVLGDALRRTAQAHDATPFMFLLAAFQALLQRYTGQSDIRIGVPNANRPRRETQGLIGFFINTQVLRAQTDSRQPFAALLAQAREATLGAQAHQDLPFEQLLEAYPQARDQGLFQVMFNHQQRDLGALRRLPGLLADELPWHSREAKFDLQLHSEEDRNGRLTLSFDYADELFEATTIARLAEHFCSLLRSVCSNPQQAIGDVQLLSDAESAQQLPWGSAPCEPASQWLPELLNEQARRTPQRTALQWDGGALDYAELHTQANRLAHYLRDKGVGPDVCVAIAAERSPQLLIGVLAIIKAGGAYVPLDVDYPAERLAYMLGDSGVDLLLTQTALLDRLPACAGVSVIAMDALHLEQWPSNPPGLHLHGEHLAYVIYTSGSTGQPKGVGNTHAALAERLQWMQAAYGLNETDVLMQKAPISFDVSVWECFWPLINGCQLVLAGPGEHRDPHRIAQLVERFGVTTLHFVPPLLSLFLEEPLSARCTSLRRIFSGGEALPAELRNRVLAQLPAVQLHNRYGPTETAINVTHWHCSEADGERSPIGRPLANVLCRILDSDLNPVPVGVPGELCIGGLGLARGYLGRPGLTAERFVADPLGSAGARLYRTGDRARWGADGVIEYLGRLDQQVKLRGFRVEPQEIEARLLAQQGVAQAAVLVRDTAAGAQLIGYYTAVDVDEDETVQAARLKNALVGELPDYMVPAQLLRLDVMPLSPSGKLDRRALPEPQWQVREHVEPVSALEQRVAGIWRDVLGLERVGLRDDFFALGGHSLLATQIISRTRQACDVELPLRALFEASELGAFAEQVRLIQASGQTNRQPPIEKVDRSQPVPLSYSQQRMWFLWQMEPDSPAYNVGGMARLRGVLDVGRFEAALQALILRHETLRTTFPSIDGVPRQQVHGETGLRMGWKDFSMLDADMRQQRVRQLADSEAHEPFDLEAGPLLRACLVKTAEHEHYFVLTLHHIVTEGWAMDIFARELSALYEAFVDDRESPLEPLPVQYLDYSVWQRQWLESGERQRQLDYWTAQLGREHPLLELPADRPRPPVQSHRGELFRFDLSDELAARVRAFNAERGLTLFMTMTAALAVLLYRYSGQTDLRIGAPVANRIRPESEGLIGAFLNTQVLRCQLDGQMSVGELFEQVRHTVIEGQSHQDLPFDHLVEALQPPRSAAYNPLFQVMCNVQRWEFQQSRTLAGMSVDYLVNDARATKFDLNLEVTDLDQRLGCCLTYSTDLFDEPRIARMAGHWRNLLEALLVDPARRLSELPLLGVGEQQQMLDSLGVEPGEHRLDQCLQVLFEEQARARPDAAALTFAGQTLSYAELERRANRLAWMLRERGVGPQVRVGLALERSLEMVIGLLAILKAGGAYVPLDPEYPLDRLHYMIEDSGVGLLLSDRTMFQALGPLPPGVQRWCLEDDSEALAQYPDQSPSLINLPQHQAYLIYTSGSTGKPKGVVVSHGEIAMHCQAVIRRFGMRPDDCELHFYSINFDAATERLLVPLLSGAHVVLRAQGQWDAQEICGLIRQHRINILGFTPSYGSQLAQWLATQGQTLPVRMCITGGEALTGEHLQRIRAAFSPSLFFNAYGPTETVVMPLASLAPEQLEEGAGSVPIGSVIGARRAYILDADLALVPPGATGELYVGGAGLAQGYHQRPGMTAERFVADPFAADGGRLYRTGDLVCQRADGQVEYLGRIDHQVKIRGFRIELGEIENRLLEHDAVREAVVLALDMPGGKQLAAYLASDIAEQDAMAQVALREALKQHLKTQLPEYMVPAHLILLASMPLTANGKLDRRALPMPDPELNRQQYVAPSNALEQALAAIWCDVLNVKQVGLNDNFFELGGDSILSIQVVSRARQQGIHFTPRDLFQHQTVQALAAIATRSEQVSVEQGLLSGESGLTPIQHWFFASEIPNRHHWNQALLLEPTTLLEPQLLEQALQAVFQQHDALRLGFANTTGHWRAEHQPLFDGALLQHLSVQSTQACEALFAQAQLGFQLSSGPLLRAVLADLPDGRQRLLIAIHHLVVDGVSWRVLMDDLQTAYRQSAGGQPLRLPAKTSPLRDWAARLQAYAGSESLREELNWWRDQLSGPDVTLPCANPGGGRQERHAASVSVRLDAERTRQLLQQAPSAYRTQVNDLLLTALARVLCRQGNQQSALIQLEGHGREALFDDVDLTRTVGWFTSVYPLRLSPAADDVGASIKAIKEQLRAVPHKGLGYGVLRYLADAGTRQAMAGLPQAAITFNYLGQLDHTLGQDALFQPLDTPLGAIHDPDAPLPNELSVDGQVSGGELLLRWTFSAERHDRESIVALAEAYLDELQRLIEHCLADEAGGLTPSDFPLAKLTQAQLDNLPVPAGQIEDVYPLTPMQEGMLLHTLLEPGTGLYYMQDRYRINSELDPQRFAQAWQAVIARHEALRASFCWNVGEDMLQIIHKPGRTPVEYLDWLHVPENDQEPKLQALLKREREAGFDLLNEAPFHLRLIRVGAARYWFMMSNHHILIDAWCRSLLMDDFFEIYTALGEHREPRLAVPPRYRDYIGWLQRQGLAEARQWWKQNLEGFERTTPIPADRPFLREHAGDSGGMVVGDCYTRLDARDGARLRELAQAHQLTVNTFAQAAWALVLRRVSGDRDVLFGVTVAGRPVELPQMQHTVGLFINSVALRVQIPGDDQRCSVRQWLNGLLDSNMQLREYEYLPLVSIQEVSELPKGQPLFDSLFVFENAPVEVSVLDRAQSLNATSDSGRTHTNFPLTAVCYPGDDLGLHLSYDQRYFDESTVQGLLGEFKRLLLALMEGFHGDVAELPLIGSAEQDFLIEGCNQSERAYPLERSYVELFEAQVAAHPQRIAASCLEDRCTYTELNERSNRLGHALVAAGVGLDHPVALLAERDLDLLGMIIGSFKAGGGYLPLDPGLPSQRLSRIIELSRTPLLVCTQACHEQALALLEEFACAGRPKLLVWETVQASDVSRDNPRLYSGPDNLAYVIYTSGSTGLPKGVMVQQRGMLNNQLSKVPYLALDETDVIAQTASQSFDISVWQFLAAPLFGARVDIVPNAIAHDPQGLLEHVKRQGISVLESVPSLIQGMLAEERIGLEGLRWMLPTGEAMPPELAHQWLLRYPDIGLVNAYGPAECSDDVAFFRVDLASTRGSYLPIGTPTDNNRLYLLDGALELVPLGAVGELCVAGTGVGRGYVGDPLRTAPVFMPDPFGAPGDRLYRTGDLARRRSDGVLEYVGRIDHQVKIRGYRIELGEIEARLHEQPEVRDAAVGVQEGANGRHLVGYLVAADATLSPTERLDRIKQRLRSELPEYMVPLHWLWLDRLPLNANGKLDRKALPALEIGQLQSQDYQAPANELEQTLAEIWAEVLKVERVGVRDNFFELGGHSLLATQIASRVQKTLQRNVPLRAMFECSTVQELAEYIAGLEASEITEEKVDRLNDLMAELEGM NA NA NA NA NA D1-35_00750 813 rutD_1 Putative aminoacrylate hydrolase RutD ATGCCCTTCGCAACGATCGACGGACAACCGCTCCATTACCTCGACCAGGGCCAGGGCCCGGTGGTGCTGCTTGGCAGCAGCTATTTGTGGGACCACAGCATGTGGGCGCCGCAGATTGACGCCTTGTCGAAGCACTATCGGGTCATCGTCCCTGAACTGTGGGGCCACGGCCAGTCCGGACGTTTGCCCGAGAATACGTCCTCGCTGAACGATCTGGCTCGCCAGGCATTGGCGTTGCTCGATCAGCTGGGCATCGACTGCTTCAGCCTGGTGGGGCTGTCGGTGGGCGGCATGTGGGGCGCACGCCTGGCGCTGGCGGCGCCCAAACGCGTGCAATCGCTGGTATTGATGGACACCTATGTGGGCGTCGAACCGGAGCCAACCCGTCTGTACTACTTTTCGCTGTTCGACAAGATCGAGGCCAGCGGTAGCATCCCGGAGCCGTTGCTGGACATCGTCGTGCCGATTTTCTTCCGGCCCGGCATCGACCCGCAATCAGCGCTTTACCAGCAGTTTCGCGCCACCTTGGCGGCGTTGCCAGCCGACCGCCTGCGCGACAGCATCGTACCGCTGGGGCGGATTATCTTTGGTCGGGACGACATCCTGGGGCAATTGCGTGAGTTGAACGCCGAGCGCACGCTGGTGATGTGTGGTGACCAGGACAAGCCACGGCCACCGTCCGAGGCGCTGGAGATGGCTGAATTGATCGGCTGCGAGCATGTGTTGATTCCCGAGGCGGGGCATATTTCCAACCTGGAGAACCCGGCGTTTGTGACCGAGGCGTTGCTGGGGTTCCTGAAACACAGGCATTGA MPFATIDGQPLHYLDQGQGPVVLLGSSYLWDHSMWAPQIDALSKHYRVIVPELWGHGQSGRLPENTSSLNDLARQALALLDQLGIDCFSLVGLSVGGMWGARLALAAPKRVQSLVLMDTYVGVEPEPTRLYYFSLFDKIEASGSIPEPLLDIVVPIFFRPGIDPQSALYQQFRATLAALPADRLRDSIVPLGRIIFGRDDILGQLRELNAERTLVMCGDQDKPRPPSEALEMAELIGCEHVLIPEAGHISNLENPAFVTEALLGFLKHRH PGPT0004995_465 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055 NA NA D1-35_00751 768 dsbG COG1651 Thiol:disulfide interchange protein DsbG ATGCCCCGCCTCCACCACCTGCTGACCCTGGCATTCGCCGGCGCACTGCTACAAGCGCCGCTGCTTCAGGCCGAAGAGCTGCCCGCGGCGATCAGGAAGATCGAAGCCAAGGGCGCAAAGATCGTCGGCACCTTCGACGCACCGAACGGCTTGCGCGGCTACGCGGCGCAGTACCAGAGCCGCGGCATGACGCTCTACCTGACGCCGGACGGCCAGCATGTGCTGCTGGGCAACCTGTACGACGCCGATGGCAAGGACCTGAGCCTCGAACCCCTGAAAAAGCTGGTCTACGATCCGATGTCGAAGGAGATCTGGGCGAAGATGCAAGCCAGCAGCTGGATCGCCGACGGCAGCAAGGACGCACCGCGCACCGTGTACCTGTTCAGCGACCCGAACTGCCCGTACTGCAACATGTTCTGGGAGCAGGCGCGGCCGTGGGTCAATGCCGGCAAGGTGCAGTTGCGCCACATCATGGTGGGCATCATCCGCGAAGACAGCCCGGGGAAATCAGCCGCATTGCTGGCCGCCAAAGAGCCGGAAAAAGCCCTGGCGGACCACGAAAAGGCCGGCAAGGGCAGCCCGCTGAAACCGCTGAAAGAAATACCGCCGGCGATCCAGGCCAAACTGGACGCCAACCAGCAGTTGATGGATGAACTGGAGCTGTCCGCGACCCCGGCGATTTTCTACCTGGACGACCAGGGCGACCTGCAACAGCAGCAAGGCGCGCCCTCGCCGGACAAACTGGTGAAGATTCTCGGGCCGAAATAA MPRLHHLLTLAFAGALLQAPLLQAEELPAAIRKIEAKGAKIVGTFDAPNGLRGYAAQYQSRGMTLYLTPDGQHVLLGNLYDADGKDLSLEPLKKLVYDPMSKEIWAKMQASSWIADGSKDAPRTVYLFSDPNCPYCNMFWEQARPWVNAGKVQLRHIMVGIIREDSPGKSAALLAAKEPEKALADHEKAGKGSPLKPLKEIPPAIQAKLDANQQLMDELELSATPAIFYLDDQGDLQQQQGAPSPDKLVKILGPK PGPT0013200_210 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CHAPERONES,PGPT0013200-dsbG-K03805 NA NA D1-35_00752 870 resA_2 Thiol-disulfide oxidoreductase ResA ATGCTGACGTTTACCCTGGGCACCTTTGCCATCGCCCTCAATCATCTGCTGCTGATCAGCGCACTGGCCTTGGCGACTTTCGTCGGCTGGCGCGTGGCCAAGCGCGGCGGCGAGAACCCCGAGTCGGTGCTGTTCGGGCTGTTCCTGCTGGGACTGCTTGCCGCGAGAATCGGCTTCGTCGCCGCGTACTGGAACCATTACCGGGACGACCCGTGGCAGATCGTCGATTTACGCGACGGCGGATTCCTGGCCTGGCCTGGCATCATCGCCCTGCTGGTCGCCGCGCTGCTCTGGGCGCGTCGCCGACCCGCCCTGCGCCGGCCCCTGGGCTTCAGCGTCGGCAGCGGTCTGCTGTTCTGGCTGGTGGCGACAATGTCGCTGACGATCTACGAGCAAGGCACCCGGCTGCCGGAGATCGAGCTGCGCAACGCTGAAGGCGAAACCGTGAACCTCGCCGACTACCAGGGCGGCCCCTTGGTGATCAACCTGTGGGCCACCTGGTGCCCGCCTTGCCGACGGGAAATGCCGGTCCTGGAAGAGGCGCAAAAACAGCGCCCGGACCTGACGTTCCTGTTCGTCAATCAGGCCGAAAGCATGCAAAGCGTCAGCACCTACCTCGCCACCCAGGGCCTGAGCCTGACCAACGTGCTGTTCGACGGCAGTGGACGCCTCGGCCAGGCCGTCGGCTCCATGGCCCTGCCAACGACCCTGTTCTACAGCGCCGAGGGTCGCCTGCTGGGCAGCCACCTGGGCGAACTGTCGGAAGCGAGCCTGGCCCGCGCCCTGGAAAATTTCGAAACGCCGGGTTCCACCACGGCGATCCACCCCGCGACAAGGAAATTGCCATGCCCCGCCTCCACCACCTGCTGA MLTFTLGTFAIALNHLLLISALALATFVGWRVAKRGGENPESVLFGLFLLGLLAARIGFVAAYWNHYRDDPWQIVDLRDGGFLAWPGIIALLVAALLWARRRPALRRPLGFSVGSGLLFWLVATMSLTIYEQGTRLPEIELRNAEGETVNLADYQGGPLVINLWATWCPPCRREMPVLEEAQKQRPDLTFLFVNQAESMQSVSTYLATQGLSLTNVLFDGSGRLGQAVGSMALPTTLFYSAEGRLLGSHLGELSEASLARALENFETPGSTTAIHPATRKLPCPASTTC NA NA NA NA NA D1-35_00753 1728 dsbD COG4232 Thiol:disulfide interchange protein DsbD ATGCGTCGATTGTTTTTGCTGTGTCTACTGCTGATCTCGGGTCTGGCCCAGGCCGCCAATCCCTTCGAGACCAAACCCGACTTCCTGCCGGTGGAAAAGGCCTTCGTCTTTACCTCCGAACGCCTGGACTCGGGTGAGACCCAGTTGTTCTGGCAGATCGCCGACGGTTACTACCTGTATCAGCAACGGCTCAAATTCGACGGCCTGGCCGACGCGCAGAAGCCCAGGCTGCCCGAGGGCGAAGCTCACAGCGATGAGTTCTTCGGCGACCAGCAAGTCTATCGCCAGGCACTGGAGCTGAAGATTCCCGCCGGGGCCACCGGCAAGATCAAGGTCGGTTTCCAGGGTTGTGCCGACGCGGGCCTCTGCTATCCGCCCCAGACCCAGGTGGTCGACCTGGGCGGCGACGCACCGGCCACGGCCAGTGGCGAGGCGCAGGACCAGGCCCTGGCCAGCGGCCTGCAACAGCGCGCGCTGGGCTGGAGCCTGCTGGTGTTCTTCGGCCTGGGGCTGCTGCTGGCGTTTACCCCGTGCTCGCTGCCGATGCTGCCGATCCTGGCGGGGCTGGTGGTGGGCAGCGGCGCCGGGCCCCGGCGCGGCCTGGCACTGGCCGGCAGTTATGTCATCAGCATGGCGCTGGTGTACGCCGCCATGGGCGTGCTTGCTGCGCTGTTGGGCGCCAATCTTCAGGCATTGCTCCAGCAACCCTGGCTGCTGGGCACTTTCGCCGCGGTATTCGTGGTGTTGGCGCTGCCGATGTTCGGTTTCTTCGAACTGCAACTGCCGGCCGCTCTGCGTGATCGATTGGAAAATGCCGGCCGCCAGCGCCGCGGCGGCAGCCTGGTGGGCGCGGGCGTTCTCGGGGCGTTGTCCGGCCTGCTGGTCGGCCCCTGCATGACCGCGCCCCTGGCCGGCGCGCTGCTGTACATCGCCCAGAGCGGCAACGCGCTGCATGGCGGGTTGATCCTGTTCACCATGGGTGTCGGCATGGGTCTGCCGCTGTTGCTGCTGGTGACGGTGGGCAATCGCTTCCTGCCCAAGCCCGGCGCCTGGATGAATCTGCTCAAGGGCGTGTTCGGTTTCCTGTTCCTGGGCACCGCGCTGCTGATGCTCCGCCCGGTCATCGATGGCTCATTGTGGATCGGACTGTGGGGCGCGTTACTGGTTGTCGCCGCCTATTGCGCCTGGCGCCAGACCCAGGGCTTCGGTCGCGCCGCCTATCTGTGGGGCAGCGTATCGCTGCTGTTCGGCCTGTGGGGTAGCGTGCTGGTGATTGGCGCGGCGGGCGGCAGCGACGATCTGTTCAGGCCGCTGCAGGTCTACAGCGGCGCCAGGGGCAGCGCCACCGTCAGCGCCCACGATGCCTTCGTCACGGTCAGCGAGCCCGCCGCCCTGCAGCGCGAACTGGACGCCGCCAAGGCGCAGGGCCAATGGGTGTTGCTCGATTACTACGCCGACTGGTGCGTGTCCTGCAAGATCATGGAAAAACAGGTGTTCGGCCGCGTCGAAGTGCTCGACGCCCTGAAAGGCGTGCGCCTGCTACGCCTGGACGTCACCGCTGACAACGCCGCCAGCCGTGAGCTGCTGGGTCGCTACAAAGTGCCGGGGCCGCCGAGCCTGTTGTGGATCGGTGCCGACGGTGAAGAGCGCCGCAGCCAGCGGATCACCGGAGAAGTGGACGCCGAGGCGTTCCTGGAACGTTGGAACATGACCCGGAACGCACGCTGA MRRLFLLCLLLISGLAQAANPFETKPDFLPVEKAFVFTSERLDSGETQLFWQIADGYYLYQQRLKFDGLADAQKPRLPEGEAHSDEFFGDQQVYRQALELKIPAGATGKIKVGFQGCADAGLCYPPQTQVVDLGGDAPATASGEAQDQALASGLQQRALGWSLLVFFGLGLLLAFTPCSLPMLPILAGLVVGSGAGPRRGLALAGSYVISMALVYAAMGVLAALLGANLQALLQQPWLLGTFAAVFVVLALPMFGFFELQLPAALRDRLENAGRQRRGGSLVGAGVLGALSGLLVGPCMTAPLAGALLYIAQSGNALHGGLILFTMGVGMGLPLLLLVTVGNRFLPKPGAWMNLLKGVFGFLFLGTALLMLRPVIDGSLWIGLWGALLVVAAYCAWRQTQGFGRAAYLWGSVSLLFGLWGSVLVIGAAGGSDDLFRPLQVYSGARGSATVSAHDAFVTVSEPAALQRELDAAKAQGQWVLLDYYADWCVSCKIMEKQVFGRVEVLDALKGVRLLRLDVTADNAASRELLGRYKVPGPPSLLWIGADGEERRSQRITGEVDAEAFLERWNMTRNAR NA NA NA NA NA D1-35_00754 681 qseB_1 Transcriptional regulatory protein QseB ATGCGCGTACTGGTCTGCGAAGACGACGAGTTGATCGCCAGCGGCATTGTCGCCGGGCTCACGGCTCAAGGCCTGACCGTCGAACATGTCGCCACCGCCTCGGCGGCGCGGGCGATGCTGGGTGTCGCCGAATTCGATGTCATGGTGCTGGATCTTGGCCTGCCCGATGAAGATGGTCTCAAGCTGCTCAAGCAATTGCGCCAGCAAGGCCTGGAGACGCCGGTGCTGATCCTCACCGCGCGGGATTCGGTGACCGATCGGGTCGACGGCCTGCAGGCCGGGGCCGATGATTATCTGCTCAAACCCTTCGATCTGCGGGAACTGGCGGCACGCCTGCACACCTTGCTGCGGCGCGTGGCGGGGCGCAGCGTCAACCTGATCGAGCACGGTCGCCTGACCTATGACCCCAGCAGCCGCGAAACCACCCTGGGCGGCCAGCCGGTGGACCTCTCGCGCCGCGAGCAGTCGCTGTTGCAGGCGCTGCTGCACAGTCGCGGTCGTGTGTTGTCCACCGAGCAACTCAAGGACAGTGTCTATGGATTCAGTGACGAGCTGGAAAGCAACGCCTTGAACGTGCATATCCACCATCTGCGCCGCAAGCTGGGCAACGGCATTGTCGAGACCGTGCGTGGCCTGGGGTATCGGCTGGGGCCGGCCGATGGCGGGGAATCCTCCAAGTGA MRVLVCEDDELIASGIVAGLTAQGLTVEHVATASAARAMLGVAEFDVMVLDLGLPDEDGLKLLKQLRQQGLETPVLILTARDSVTDRVDGLQAGADDYLLKPFDLRELAARLHTLLRRVAGRSVNLIEHGRLTYDPSSRETTLGGQPVDLSRREQSLLQALLHSRGRVLSTEQLKDSVYGFSDELESNALNVHIHHLRRKLGNGIVETVRGLGYRLGPADGGESSK PGPT0003915_314 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666 NA NA D1-35_00755 1332 qseC_1 Sensor protein QseC ATGAGCCTGCGGCTACGGCTGAGCCTGACGCTCGGCGCGGCCTTTACCTTGATCTGGGCCCTGGCCGCGGCCTGGATGCTCAGCGACCTGCGCAACCAGATGATGTTTTCCCTCGACCAGCGCCTGGTGGCTTCGGCGCGGATGGTCGCCGGGTTGCTGGAGCAGTTGCCACCGGTGCCCAGCAAAGGTGAAGGCACGCACTTGAGCTCGGAGCAGTTGAGCATCCCGGGCGGCATGGCCTGCCAGGTCAGTTCCTTGCGCGGCGAGATCCTGGCACGCAGCCACGGTAACCCGGAACAGGCCCTGGAAGCCGAGAAGACAGGCTTCCATGACCAGATGATCGACGGTGCGCCATGGCGCAGCTTTACCCTGGTTCGAGGCGATTTGCGCATTACCACGGCCGACCGCCAGATCGAACGCGAAGCGTTGAACCTGTCGGTGCTGCTGGCAGCGTCGGTGCCGGTCGGCGTGGCGTTGCTCGGTTGCCTGTGCTTGTTGTGGCTGGGCATCGGCCAGGGCCTGGCGCCGCTCAACCGCATGCGTGATGCGTTGATGCGCCGTAACGCGGACTCCCTCGAACCCCTGCAGATCCATCCGCTGCCCAGCGAGCTGCGGCCCTTGCTGGAAACCCAGAACCAGCTGTTCCAGCGTATCGGCAAGACCATCGAGCGCGAGCGCCGGTTGACCGGTGACGCTGCCCATGAATTGCGCAGCCCGCTGACGGCCATCAAGACGCATCTGCAAGTGGCGCGCATGACCGAGGGGGCTGCGCGCGATCAGTCCTTGGCCCGGGCAGAGGAGGGCGCCGACCGCTTGCACCGTACCCTTGAGCAACTGTTGCTGCTGGCGCGGGTCGAGGGCAGCCTTTCGTTTGATGATGGCGTGCAATGCAACGCCGAGCAGGTCGCGCGACTGGCGATCCAGGATGCGGCCGGCGGCGCGCCCCAGCGGATCAGGCTGCACCTATCGCCGCCGCTGTCCGATGCGCCGGTGCAAATGCCGGCGGTGCTGGCTATCGCCGCGTTGCGCAACCTGCTGGAGAACGCCCTGCGCCACACCCCGGCCGATACCGAGGTCGAACTGAGCCTGGAGATGATCGGCCAGCGCGTGCGTTTCCTGGTACGTGATCATGGCGACGGAATCGCCGCCGACGATATCCAGCACCTGACCCAGCGTTTCTGGCGCAACGGCCACAGCACCGGCTGCGGTCTGGGCCTGGCGATCGTCCAGGCGATCGTCCAGCGTTGCGGCTGCGGTCTGCATTTCGATAGCCGCCCGGATGGGCTGCGGGTCGAGCTGACCGTGCCAGTGCAAGTCTCTTCGGGCCAGTAG MSLRLRLSLTLGAAFTLIWALAAAWMLSDLRNQMMFSLDQRLVASARMVAGLLEQLPPVPSKGEGTHLSSEQLSIPGGMACQVSSLRGEILARSHGNPEQALEAEKTGFHDQMIDGAPWRSFTLVRGDLRITTADRQIEREALNLSVLLAASVPVGVALLGCLCLLWLGIGQGLAPLNRMRDALMRRNADSLEPLQIHPLPSELRPLLETQNQLFQRIGKTIERERRLTGDAAHELRSPLTAIKTHLQVARMTEGAARDQSLARAEEGADRLHRTLEQLLLLARVEGSLSFDDGVQCNAEQVARLAIQDAAGGAPQRIRLHLSPPLSDAPVQMPAVLAIAALRNLLENALRHTPADTEVELSLEMIGQRVRFLVRDHGDGIAADDIQHLTQRFWRNGHSTGCGLGLAIVQAIVQRCGCGLHFDSRPDGLRVELTVPVQVSSGQ PGPT0003920_1085 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003920-pmrB-K07645 NA NA D1-35_00756 1476 dat_1 COG0160 Diaminobutyrate--2-oxoglutarate aminotransferase ATGTGCGCCTTGAATGCGCACCTGTCCGGTGTGCCGTTTGGTCACTCATCGCGGGGTCGAGAAATGTCAGTCGCCAATCCTTCTGTCGAAGCAGCGCCAGCGCGGGTCAGTCCCGCGTCGGGCGAGACGCTCTATCAATTCAACGAATCACCGTTGCTGGCCCGCCAGAGCCGGCAGGAATCCAATGCTCGCAGCTATCCACGGCGGATTCCCCTGGCCCTCAAGCGCGCCAAGGGCCTTTACGTCGAGGATGTCGAAGGCCGCACCTTCATCGATTGCCTGGCCGGCGCCGGCACGCTGGCCCTCGGGCACAACCACCCGGTCGTGATCGAGGCGATCCGGCAGGTGCTCGCCGACGAGTTGCCCCTGCATACCCTGGACCTGACCACGCCGGTCAAGGACCGGTTTGTCCAGGACCTGTTCGGCCTGTTGCCGGCGAGCCTCGCCGCCGAGGCGAAGATCCAGTTCTGCGGCCCCACGGGGACCGACGCGGTGGAAGCGGCACTCAAATTGGTGCGCACCGCCACCGGGCGTAGCACCGTACTGTCGTTCCAGGGCGGATATCACGGCATGAGCCAGGGCGCGCTGAGCCTGATGGGCAGCCTGGGGCCGAAGAAGCCTTTGGGGGCATTGCTAAGCAACGGCGTGCAGTTCATGCCATACCCCTACGATTATCGCTGCCCGTTCGGGCTCGGTGGCGTCGAAGGGGTCAAGGCCAATCTGCATTACCTGGAAAATCTGCTGAACGATCCCGAGGCCGGGGTGCAGTTACCGGCGGCGGTGATCGTCGAGGTGGTGCAGGGCGAGGGCGGGGTCATACCGGCCGATCTTGATTGGCTGCGCGGCTTGCGGCGAATCACCGAGCAGGCCGGGGTGGCGTTGATCGTCGATGAAATCCAGAGTGGTTTCGGTCGCACCGGCAAGATGTTCGCGTTCGAGCACGCCGGCATCATTCCGGATGTGGTGGTGCTGTCCAAGGCCATCGGCGGCAGCCTGCCACTGGCCGTGGTGGTGTATCGCGATTGGCTCGACACCTGGTTGCCGGGCGCCCATGCCGGGACCTTCCGCGGTAACCAGATGGCGATGGCGGCGGGCAGCGCGGTGATGCGCTACCTGGTCGAACACAACCTGCCGGCCCACGCCGCCGCCATGGGCGCGCGCTTGAGCGAGCACCTGCATATCCTGCAGAGGGATTTTCCGCAATTGGGCGACATCCGCGGTCGCGGCCTGATGCTCGGCGTCGAGCTGGTGGACCCGACCGGCAAGCCGGACGCCTTGGGCCATCCTCCGGTGGACGCACGGCTGGCGCCGCGGTTGCAGCGTGAATGCCTCAAGCGCGGCCTGATCCTGGAACTGGGTGGACGGCAGGGTGGCGTGGTGCGTTTCCTGCCGCCACTGATCATTACCGCGGTGGAAATCGACCGTGTGGCCGAGCTGTTCCGGCGCGCCCTGGAGGCTGCCGTGGCCGACGCCTAA MCALNAHLSGVPFGHSSRGREMSVANPSVEAAPARVSPASGETLYQFNESPLLARQSRQESNARSYPRRIPLALKRAKGLYVEDVEGRTFIDCLAGAGTLALGHNHPVVIEAIRQVLADELPLHTLDLTTPVKDRFVQDLFGLLPASLAAEAKIQFCGPTGTDAVEAALKLVRTATGRSTVLSFQGGYHGMSQGALSLMGSLGPKKPLGALLSNGVQFMPYPYDYRCPFGLGGVEGVKANLHYLENLLNDPEAGVQLPAAVIVEVVQGEGGVIPADLDWLRGLRRITEQAGVALIVDEIQSGFGRTGKMFAFEHAGIIPDVVVLSKAIGGSLPLAVVVYRDWLDTWLPGAHAGTFRGNQMAMAAGSAVMRYLVEHNLPAHAAAMGARLSEHLHILQRDFPQLGDIRGRGLMLGVELVDPTGKPDALGHPPVDARLAPRLQRECLKRGLILELGGRQGGVVRFLPPLIITAVEIDRVAELFRRALEAAVADA PGPT0014050_202 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014050-ectB|dat-K00836 NA NA D1-35_00757 228 mbtH_1 COG3251 Protein MbtH ATGACTTCAGTATTCGACCGCGAGGACATCCTCTTCCAGGTCGTGGTCAACCACGAAGAGCAGTATTCGATCTGGCCGGACTACAAGGCCGTTCCGGAAGGTTGGCGGACCGTGGGCAAGAGCGGCTTCAAGAAGGAGTGCCTGGCCTACATCGAAGAGGTCTGGACCGACATGCGCCCGTTGAGCTTGCGCAAGAAGATGGAAGAGCAGGCGACTGTGGCCCATTGA MTSVFDREDILFQVVVNHEEQYSIWPDYKAVPEGWRTVGKSGFKKECLAYIEEVWTDMRPLSLRKKMEEQATVAH PGPT0003370_333 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-NOCARDICIN_A-D_METABOLISM,PGPT0003370-mbtH|nocI-K05375 NA NA D1-35_00758 819 ppsR COG1806 Phosphoenolpyruvate synthase regulatory protein ATGAAACGATCCGCTTTCTTTATCTCCGACGGCACCGGCATCACGGCCGAAACGCTGGGCCAGAGCCTGTTGGCGCAGTTCGAAAACATAACCTTCACCAAGCTGACACGGCCGTATATAGACAGCGTCGACAAGGCGCGGGCCATGGTACAGCAAATCAATAAAGCCGCCGAAACCGACGGTTTTCGCCCGATCATCTTCGATACCATCGTCAATCAGGACATCCGTGAGATTCTCGCAACGTCCAATGGTTTCATGATCGACATTTTTTCCACGTTCCTGGCGCCCCTGGAGCAGGAACTGAGCGAACACTCCTCCTACTCGGTCGGCAAGTCCCATTCCATTGGCCACAACTCCAACTACATGGAGCGGATCGAGGCGGTCAACTTCGCCCTGGACAACGACGACGGCGCCCGCACGCATTATTACGACAAGGCCGATTTGATCCTAGTGGGTGTGTCGCGCTGTGGTAAGACGCCGACGTGTCTGTACATGGCGATGCAATTTGGGATCCGCGCGGCCAACTATCCGCTGACCGAAGACGACATGGAGCGGTTGCAACTGCCCAACGCCTTGCGCGCCCATCAGCACAAGCTGTTCGGCCTGACCATCGACCCGGACCGCCTCACCGCGATTCGCAACGAGCGCAAGCCCAACAGCCGCTATTCGAGCTATGCCCAGTGCGAATTCGAAGTGCGCGAAGTGGAAAACCTGTTCCGGCGGGAGAATATTCCCCACATCAACTCCACGCATTTTTCCGTGGAGGAGATTTCGGCGAAGATCCTGGTGGAGAAAGGGGTGGAGCGGCGGTTCAAGTAA MKRSAFFISDGTGITAETLGQSLLAQFENITFTKLTRPYIDSVDKARAMVQQINKAAETDGFRPIIFDTIVNQDIREILATSNGFMIDIFSTFLAPLEQELSEHSSYSVGKSHSIGHNSNYMERIEAVNFALDNDDGARTHYYDKADLILVGVSRCGKTPTCLYMAMQFGIRAANYPLTEDDMERLQLPNALRAHQHKLFGLTIDPDRLTAIRNERKPNSRYSSYAQCEFEVREVENLFRRENIPHINSTHFSVEEISAKILVEKGVERRFK NA NA NA NA NA D1-35_00759 2412 ppsA Phosphoenolpyruvate synthase TTGAGCTTTTCCAACACAGTCAGTGGAGAGATCACCTTGGTAGAGTACGTAGTTTCCCTCGATAAGCTCGGCGTCCATGATGTAGAGCATGTGGGGGGCAAGAACGCATCCCTGGGCGAGATGATCAGTAACCTCGCCGGCGCCGGTGTCTCGGTGCCAGGTGGCTTCGCCACGACCGCCCAGGCATATCGTGATTTCCTGGAACTGAGCGGCCTGAACCAGCAGATCCACGATGCGCTCGACGCCCTCGACGTCGATGACGTCAATGCCCTGGCCAGGACCGGCGCCCAGATCCGCCAATGGATCATGGAAGCCGAGTTCCCCGAGAAACTCAACGCCGAGATCCGTACTGCTTTCGCCAAGCTGTCCGAAGGCAATCCCGACATCGCCGTCGCCGTCCGCTCCTCGGCCACCGCTGAAGACCTGCCGGACGCCTCGTTCGCCGGTCAGCAGGAGACCTTCCTGAACATCCGTGGCGTGGAAAACGTCATCCGGGCGGCCAAGGAAGTCTTCGCCTCCCTCTTCAACGACCGCGCCATTTCCTACCGCGTGCACCAGGGCTTCGACCACAAGCTGGTCGCCCTGTCCGCCGGCGTGCAGCGCATGGTCCGCTCCGAAACCGGCACCGCCGGTGTGATGTTCACCCTCGACACCGAGTCGGGCTTTCGTGACGTGGTGTTCATCACCGGCGCCTACGGCCTGGGCGAAACCGTCGTGCAGGGCGCGGTGAACCCGGACGAATTTTATGTCCACAAAGGCACCCTGGAAGCCGGCCGCCCCGCCATCCTGCGTCGCAACCTCGGCAGCAAGGCGATCAAGATGATCTACGGCGACGAGGCCAAGGCTGGTCGCTCGGTCAAGACCGTCGAGGTGGACAAGGCTGATCGCGCGCGCTTCTGCCTGACCGACGCCGAAGTCAGTGAACTGGCCAAGCAGGCGATGACCATCGAGAAACACTACAAGTGCCCGATGGACATCGAGTGGGCCAAGGACGGTGACGACGGCAAGCTGTACATCGTCCAGGCCCGCCCGGAAACCGTGAAGAGCCGCACCCAGGCCAACGTCATGGAGCGCTACCTGCTCAAGGAAACCGGCACCGTGCTGGTGGAAGGCCGGGCCATCGGCCAACGCATTGGCGCGGGCAAGGTGCGGATCATCAAGGACGTCTCGGAGATGGACAAGGTCCAGGCCGGCGACGTACTGGTTTCCGACATGACCGATCCGGACTGGGAACCGGTCATGAAGCGCGCCAGCGCCATCGTCACCAATCGCGGCGGGCGTACCTGCCACGCGGCAATCATTGCCCGTGAGCTGGGCATCCCGGCGGTTGTTGGTTGCGGCAACGCCACCCAATTGCTCAAGGACGGCCAGGGCGTCACCGTTTCCTGCGCCGAAGGCGATACCGGCTACATCTTCGAAGGCGAGCTGGGCTTCGACATCAAGAAGAACTCCGTGGACGCGATGCCGGAGCTGCCGTTCAAGATCATGATGAACGTCGGCAACCCGGACCGCGCCTTCGACTTCGCGCAGTTGCCGAATGCCGGCGTGGGCTTGGCCCGCCTGGAATTCATCATCAACCGCATGATCGGCGTGCACCCCAAGGCGCTGCTGAACTACGACGGCCTGCCGCAGGAAATCAAGGACAGCGTCGACAAGCGCATTGCCGGCTACGACGATCCGGTCGGTTTCTACGTCGAGAAGCTGGTGGAAGGCATCAGCACCCTGGCGGCGGCGTTCTCGCCGAAAAAAGTCATCGTGCGCCTGTCGGACTTCAAGTCCAACGAGTACGCCAACCTGATCGGCGGCAAGCTCTACGAGCCGGAAGAAGAGAACCCGATGCTGGGCTTCCGCGGAGCTTCGCGCTACATCAGCGAGTCGTTCCGTGACTGCTTCGAGCTCGAATGCCGGGCTCTGAAGCGCGTGCGTAACGAGATGGGCCTGACCAACGTCGAGATCATGGTGCCGTTCGTGCGCACCCTCGGCGAAGCGAGCCAGGTGGTCGACCTGCTGGCGGAAAACGGCCTGGCCCGTGGCGAAAACGGCTTGCGCGTGATCATGATGTGCGAGCTGCCATCCAACGCGATCCTGGCCGAAGAGTTCCTTGAGTTCTTCGACGGCTTCTCCATTGGTTCCAACGACCTGACCCAGTTGACCCTGGGCCTGGACCGCGACTCCGGGATCATCGCCCACCTGTTCGACGAGCGTAACCCGGCGGTCAAGAAGCTGCTGGCCAATGCGATTGCCGCCTGTAACAAGGCCGGTAAATACATCGGCATCTGCGGCCAGGGCCCTTCCGACCACCCGGATCTGGCCAAGTGGCTGATGGAGCAGGGCATCGAGAGCGTTTCGTTGAACCCGGACTCCGTGCTGGAAACCTGGTTCTTCCTGGCTGAGGGTCAGGCTGCGGTCTGA MSFSNTVSGEITLVEYVVSLDKLGVHDVEHVGGKNASLGEMISNLAGAGVSVPGGFATTAQAYRDFLELSGLNQQIHDALDALDVDDVNALARTGAQIRQWIMEAEFPEKLNAEIRTAFAKLSEGNPDIAVAVRSSATAEDLPDASFAGQQETFLNIRGVENVIRAAKEVFASLFNDRAISYRVHQGFDHKLVALSAGVQRMVRSETGTAGVMFTLDTESGFRDVVFITGAYGLGETVVQGAVNPDEFYVHKGTLEAGRPAILRRNLGSKAIKMIYGDEAKAGRSVKTVEVDKADRARFCLTDAEVSELAKQAMTIEKHYKCPMDIEWAKDGDDGKLYIVQARPETVKSRTQANVMERYLLKETGTVLVEGRAIGQRIGAGKVRIIKDVSEMDKVQAGDVLVSDMTDPDWEPVMKRASAIVTNRGGRTCHAAIIARELGIPAVVGCGNATQLLKDGQGVTVSCAEGDTGYIFEGELGFDIKKNSVDAMPELPFKIMMNVGNPDRAFDFAQLPNAGVGLARLEFIINRMIGVHPKALLNYDGLPQEIKDSVDKRIAGYDDPVGFYVEKLVEGISTLAAAFSPKKVIVRLSDFKSNEYANLIGGKLYEPEEENPMLGFRGASRYISESFRDCFELECRALKRVRNEMGLTNVEIMVPFVRTLGEASQVVDLLAENGLARGENGLRVIMMCELPSNAILAEEFLEFFDGFSIGSNDLTQLTLGLDRDSGIIAHLFDERNPAVKKLLANAIAACNKAGKYIGICGQGPSDHPDLAKWLMEQGIESVSLNPDSVLETWFFLAEGQAAV PGPT0002035_1755 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0002035-pps|ppsA-K01007 NA NA D1-35_00760 990 hypothetical protein ATGCAAAGCAGCAGCAACCTATTTCCTGTCGCCCTGATCAGCGCCGAGCGGCGCGGTGATCTGAGCGAAGATGTGTATCGCCTGAAACCTGGCAACAGCCCGGACTACAGCGTCGAAGTGGCCGTTACCCGCCTGGGCATGGCCGATGCCGGCGAGGTCCGTGGTGTTCCGGTGATCCTGCTCCACGGCAGTTTTTCCAACCGGCGCTTCTGGTATTCGCCCAAGGGCCTGGGGCTGGGAGCGTACCTGGTGCGCCTGGGGTTCGATGTCTGGATTCCCGAGATGCGTGGCCATGGGTTATCCCAGCGCAACCAGGGCTACCGCAATAACCGGGTCGCGGACTATGCCCGTTACGACTTGCCAGCCATCGGCGCTTTTGTGCGCGAGCAAAGCGGGCAAGTGCCCCACTGGATTGGCCATTCGCTGGGTGGCATCACCCTGGCGGCAGCGTTGGGCGGCCATTACCTGGGCGAGCCCGCCGTGGCGTCGGCGGCGTTTTTCGGCACTCAGGTCAGCCGCACTTACTGGCCCTTGAAAATCCCCCCGGTGGAGTGGAGCGGGCGCTTCATTCTCAAGCGTTTTTCCCAATTGTCCGGCCCAAGGCTCAAGCGCGGCCCGGAAGACGAGCCTATCGGCCTGGCCCTGGAGAGCATGCGCTGGTATGGCCTGTTCGGGCGTTTCGGCGATGCCGAGAAGAACTGGTGGGCCGGCCTGGCGGACGTGCAAGTGCCGGTACTGGCGGTGAGTGCCGCCGGCGATCAGCAGGATCCGACCTGGGCGTGTCGAAAACTTTTCGAGCAGATCGGTTCCGAGCGCAAGCAGTTTGTCTGCCTGGGCCGGGCGCAGGGCTTCGGTGATGATTACGGCCATGTCGAAATGCTTGTCAGCAAAGCCGCGCAAGCCGAGGTCTGGCCGCTGGTGGCGCGCTGGCTGGAAGATCAGCGCGCGCCGCTGTCGGCAGACCAGCCTCGCCTGGCCGAAGCGGTTTGA MQSSSNLFPVALISAERRGDLSEDVYRLKPGNSPDYSVEVAVTRLGMADAGEVRGVPVILLHGSFSNRRFWYSPKGLGLGAYLVRLGFDVWIPEMRGHGLSQRNQGYRNNRVADYARYDLPAIGAFVREQSGQVPHWIGHSLGGITLAAALGGHYLGEPAVASAAFFGTQVSRTYWPLKIPPVEWSGRFILKRFSQLSGPRLKRGPEDEPIGLALESMRWYGLFGRFGDAEKNWWAGLADVQVPVLAVSAAGDQQDPTWACRKLFEQIGSERKQFVCLGRAQGFGDDYGHVEMLVSKAAQAEVWPLVARWLEDQRAPLSADQPRLAEAV NA NA NA NA NA D1-35_00761 492 COG0684 Putative 4-hydroxy-4-methyl-2-oxoglutarate aldolase ATGAACCATTACCTCACGCCCGACCTGTGCGATACCTACCCGGACCTGGTGCAGGTGTTGGAACCGATGTTCAGCAATTTCGGTGGCCGCGACTCCTTTGGTGGTGAAATCGTGACCATCAAGTGCTTCGAAGACAATTCGCTGGTCAAGGAGCAGGTTGAGCTCGAAGGCAAGGGCAAAGTGCTGGTCGTCGACGGTGGCGGGTCGCTGCGGCGGGCCCTGTTGGGTGACATGCTGGCCGAGAAAGCGGCGAAGAATGGCTGGGAAGGGCTGGTGATCTACGGCTGCATCCGCGATGTCGACGTCATTGCCCAGACCGACCTCGGGGTCCAGGCCCTGGCCAGCCACCCGATGAAAACCGACAAGCGCGGCATTGGTGATCTTAATGTACCGGTGACCTTCGCTGGCGTGACGTTTCGCCCGGGCGAGTATGTCTATGCGGACAACAACGGCGTGATTGTTTCGCCGAGCCCGCTGAAAATGCCTGAATGA MNHYLTPDLCDTYPDLVQVLEPMFSNFGGRDSFGGEIVTIKCFEDNSLVKEQVELEGKGKVLVVDGGGSLRRALLGDMLAEKAAKNGWEGLVIYGCIRDVDVIAQTDLGVQALASHPMKTDKRGIGDLNVPVTFAGVTFRPGEYVYADNNGVIVSPSPLKMPE NA NA NA NA NA D1-35_00762 996 zntB_2 COG0598 Zinc transport protein ZntB ATGTTCGAGGAAGAAAACGCGCAGTGGGGATTGGTGCATGCCCTGGTGCTGGATGGTAAAGGCGGCGCGCGTTCGATAGCCCGGACCGAACTGGACGACTTGCAGTTGCAGGCTCATGAAAGCCTGTGGCTGCATTGGGACCGCAGTCATCCGCAAACCCACACGTGGTTGCGCAAATCCAGCGGCCTGAGCGAATTCAATTGCGACCTGCTGCTGGAAGAGAACACCCGGCCGCGCCTGCTGCCGCTGCCCAATGCCGAGCTGCTGCTGTTTCTTCGCGGGATCAACCTCAACCCGGGCGCGGAACCGGAAGACATGGTCTCGGTGCGCATCTTCGCCTCGGCCCAGCGGGTGATTTCCCTGCGGTTGCGCCCGTTGCGCGCCACCGATGAGTTGCTGGCGGAACTGGCCGAGGGCAAGGGGCCCAAGACGGCTTCGGAACTCATCCTTTATATGGCGCAATACCTGACCAACAAAGTCCAGGACCTGGTCACCTGTCTCTCGGAAATCGTCGACGGCGAGGAAGAAAAACTCGATACCGACGAACGGTACACTCCCGAGCACGACGCCATTTTGCATATCCGTCGAAGGGCGGCCGGACTGAAGCGATTCCTGGCCCCGCAGCGGGATATCTTCGGCCAGATGTCACGGATCAAATTGCCCTGGTTCGTCGAGGACGACGGCGACTACTGGAATGAATTGAACAACAGCCTGACCCGTTACCTGGAAGAGCTGGAATTGACCCGGGAGCGCGTGGGGCTTGTGCTGGAGGCCGAGGACCGGCGTCTTTCGGTGCGCATGAACCGTACGATGTATCGCTTCGGCATCATCACCGGCATCTTCCTGCCGATGAGCTTTCTCACCGGGCTGCTGGGGATCAATGTCGGCGGCATTCCGTTTTCGGAAAGCCCCTATGGTTTCCTCGTTGCCTGCCTGTTGATGCTGTGCGTGGCCCTGGGGCAGTGGTGGCTGTTTCGCCGTTTGCGCTGGGTGTGA MFEEENAQWGLVHALVLDGKGGARSIARTELDDLQLQAHESLWLHWDRSHPQTHTWLRKSSGLSEFNCDLLLEENTRPRLLPLPNAELLLFLRGINLNPGAEPEDMVSVRIFASAQRVISLRLRPLRATDELLAELAEGKGPKTASELILYMAQYLTNKVQDLVTCLSEIVDGEEEKLDTDERYTPEHDAILHIRRRAAGLKRFLAPQRDIFGQMSRIKLPWFVEDDGDYWNELNNSLTRYLEELELTRERVGLVLEAEDRRLSVRMNRTMYRFGIITGIFLPMSFLTGLLGINVGGIPFSESPYGFLVACLLMLCVALGQWWLFRRLRWV PGPT0004205_449 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004205-zntB-K16074 NA NA D1-35_00763 246 hypothetical protein ATGCACGATCCGTTTGAACAGTCTCTGCGCGACATGCTCAAGGCTTCGCCGTCCAGCCGGGACGACGACGCATGCCTGGGACGCGTACTCAAAACCGCCAACCGTCAGGTTGGCGCCGGTGATCTTTTCAGCCTGCTGGGCCGCTGGCTGCCCGCGCTGATGATCGCCCTGAACAACGGGTCGGCCCATGTCTCGCCGGTCTCCCGTCGCAAACCCGTTACTCGCACCGCTGATAAGGCTGACTGA MHDPFEQSLRDMLKASPSSRDDDACLGRVLKTANRQVGAGDLFSLLGRWLPALMIALNNGSAHVSPVSRRKPVTRTADKAD NA NA NA NA NA D1-35_00764 825 hypothetical protein ATGGAACTTGATCTCTGGACCCAGAGCCTCGTCACGGCAATGACTGCGTTGTGGACCAAAGTGGCTAACTTCATCCCCAACCTCTTTGGCGCCCTGGTGGTGCTGTTGCTAGGTTTCGTGGTGGCCAAGCTCCTCGACACGCTGCTCTCCAAATTGCTCGCCAAACTTGGCCTCGACCGCCTGATGGGCGGTACCGGCCTGACCAAGTTGCTGTCGCGTGGCGGCATCCAGGTTCCGATCTCGACGCTGGTGGGCAAGATTGTCTACTGGTTCGTCCTGCTTATTTTCCTGGTTTCGGCGGCTGAGTCCCTGGGGCTGGAGCGGGTCTCGGCCACGCTCGACATGCTTGCGCTCTATCTGCCAAAGGTCTTCGGTGCCGCGTTGGTGCTGCTGGTGGGCGTACTGCTGGCGCAACTGGCCAACGGGCTGGTGCGTGGCGCGGCAGAGGGCGTCGGGCTGGATTATGCCTCGGGCGTTGGGCGTATCGCCCAGGGCCTGGTGATCATCATCAGTATTTCGGTTGCGATCAGCCAGTTGGAGGTCAAGACGGACCTGCTCAACCACGTGATCGTGATCGTCCTGATTACCGTTGGTCTGGCAGTCGCGCTGGCAATGGGGTTGGGGAGCCGGGAAATCGCCGGTCAGATTCTTGCGGGAATCTATGTGCGTGAATTGTATGAGGTTGGGCAACAAGTGCGTGTTGGCGAGGTCGAAGGCCAGATCGAAGAGATCGGCACGGTGAAAACCACATTGCTGACCGAGGAGGGCGAACTGGTATCGCTGTCTAATCGGATCCTGCTGGAGCAGCATGTGAGTAGCCGCTAA MELDLWTQSLVTAMTALWTKVANFIPNLFGALVVLLLGFVVAKLLDTLLSKLLAKLGLDRLMGGTGLTKLLSRGGIQVPISTLVGKIVYWFVLLIFLVSAAESLGLERVSATLDMLALYLPKVFGAALVLLVGVLLAQLANGLVRGAAEGVGLDYASGVGRIAQGLVIIISISVAISQLEVKTDLLNHVIVIVLITVGLAVALAMGLGSREIAGQILAGIYVRELYEVGQQVRVGEVEGQIEEIGTVKTTLLTEEGELVSLSNRILLEQHVSSR NA NA NA NA NA D1-35_00765 387 hypothetical protein ATGTTGAAGGTGCTTTACGGGTTGAAGAACTTCGAGGGGAAATCGAAGTTCAAGACCTGGCTGTACAGCATCACCTACAACGAATGCATCACGCAGTATCGAAAGGAACGGCGAAAGCGTCGCTTGATGGACGCTTTGAGCCTGGACCCCCTCGAGGAAGCGTCTGAAGAAAAGGCGCCCAAGCCCGAGGAAAAGGGTGGGCTCGACCGCTGGCTGGTTTATGTGAACCCGATCGATCGGGAGATTCTGGTGCTACGATTTGTCGCAGAACTGGAATTCCAGGAGATCGCAGACATAATGCATATGGGTTTGAGCGCGACAAAAATGCGTTACAAGCGCGCGCTCGATAAGCTGCGTGAGAAATTTGCAGGCATTGCCGAAACTTAG MLKVLYGLKNFEGKSKFKTWLYSITYNECITQYRKERRKRRLMDALSLDPLEEASEEKAPKPEEKGGLDRWLVYVNPIDREILVLRFVAELEFQEIADIMHMGLSATKMRYKRALDKLREKFAGIAET PGPT0014960_7826 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_00766 1035 oprF COG2885 Outer membrane porin F ATGAAACTGAAAAACACCTTGGGCTTTGCCATTGGTTCTTTGATTGCTGCCACTTCGTTCGGCGCTCTGGCACAAGGCCAAGGCGCAGTTGAAATCGAAGGCTTCGCCAAGAAAGAAATGTTCGACAGCGCTCGTGATTTCAAGAACAACGGCAACCTGTTTGGCGGTTCGGTTGGTTACTTCCTGACCGACGACGTTGAACTGCGTCTGGCCTACGACGAAGTGCACAACGCACGTACCGACGACGGCACTAACGTCAAGGGCGCCAACACCGCTCTGGACGCTCTGTACCATTTCAACAACCCAGGCGACATGCTGCGTCCTTACGTCTCTGCCGGTTTCTCGGACCAGAGCATCGACCAGAATGGCAGCAACGGTCGTAACCGTTCTACCTTCGCCAACGTTGGTGGCGGCGCCAAGCTGTATTTCACTGACAACTTCTACGCCCGTGCCGGCGTTGAAGCTCAGTACAACATCGACCAGGGCGACACCGAGTGGGCGCCTAGCGTTGGTATCGGTGTGAACTTCGGTGGCGGTTCCAAGCCAGCCGCTGCTCCAGTTCCAGCACCTGCTGAAGTCTGCTCCGACAGCGACAATGATGGCGTGTGCGACAACGTCGACAAGTGCCCTGACACCCCAGCCAACGTAACCGTTGACGCTGATGGCTGCCCAGCTGTTGCTGAAGTCGTACGTGTTGAGCTGGACGTCAAGTTCGACTTCGACAAGTCGGTCGTTAAAGAAAACAGCTACGGCGACATCAAGAACCTGGCTGATTTCATGAAGCAGTACCCATCCACCAGCACCACTGTTGAAGGTCACACTGACTCCGTCGGTCCTGACGCTTACAACCAGAAGCTGTCCGAGCGTCGTGCAAACGCCGTCAAGCAGGTTCTGACCAACCAGTACGGTGTTGAATCGTCCCGCGTTCAGTCTGTTGGCTACGGCGAATCCCGCCCAGTTGCTGACAACGCCACTGAAGCTGGTCGTGCAGTTAACCGTCGCGTAGAAGCGCAGGTTGAAGCCCAAGCTAAGTAA MKLKNTLGFAIGSLIAATSFGALAQGQGAVEIEGFAKKEMFDSARDFKNNGNLFGGSVGYFLTDDVELRLAYDEVHNARTDDGTNVKGANTALDALYHFNNPGDMLRPYVSAGFSDQSIDQNGSNGRNRSTFANVGGGAKLYFTDNFYARAGVEAQYNIDQGDTEWAPSVGIGVNFGGGSKPAAAPVPAPAEVCSDSDNDGVCDNVDKCPDTPANVTVDADGCPAVAEVVRVELDVKFDFDKSVVKENSYGDIKNLADFMKQYPSTSTTVEGHTDSVGPDAYNQKLSERRANAVKQVLTNQYGVESSRVQSVGYGESRPVADNATEAGRAVNRRVEAQVEAQAK PGPT0022215_2982 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286 NA NA D1-35_00768 756 sumT COG0007 Uroporphyrinogen-III C-methyltransferase ATGAACGCAAAAGTCTGGCTGGTAGGTGCGGGTCCTGGCGACCCTGAATTGCTGACCCTCAAAGCCGTGCGCGCCCTGGCCGAGGCCGACGTGGTGTTGATCGACGACCTGGTCAACGACGCGGTGCTGGAGCACTGCCCCAGTGCGCGCATCATCGCCGTCGGCAAGCGCGGCGGCTGCCGCTCCACTCCCCAGGCGTTCATCCACCGGCTGATGTTGCGTTATGCCCGCCAAGGCAAATGCGTGGTGCGCCTCAAAGGCGGCGACCCGTGCATCTTCGGCCGGGGCGGTGAAGAAGCACAGTGGCTGCGCGAGCACGGCGTCGAGGTGGAGCTGGTCAATGGCATCACCGCCGGTCTTGCCGGCGCGACCCAGTGCGACATCCCACTGACCCTGCGCGGGGTTGCCCGGGGCGTGACCTTGGTAACGGCTCACACCCAGGACGGCAGCAGCCTGAACTGGCAAGCCCTGGCGCAAAGCGGCACGACCTTGGTGGTGTACATGGGCGTGGCGAAACTGAGCGAGATCCGCGAGCAACTGCTGGCCGGCGGACTGGCAGCGGACACGCCGGTAGCGATGATCGAAAACGCCTCCCTGCCCCATCAACGTGACTGCCGCAGCGACCTGGCCTCGATGGAGACCGATGCCGTCGCGTTTCAACTCAAGAGCCCGGCGATCCTGGTGATTGGCGAGGTGGCCGGTGCAGCCGAACTGGCTGCCTCCCCGCCGGTCTTCGCCCAGGCATCAACCATCTGA MNAKVWLVGAGPGDPELLTLKAVRALAEADVVLIDDLVNDAVLEHCPSARIIAVGKRGGCRSTPQAFIHRLMLRYARQGKCVVRLKGGDPCIFGRGGEEAQWLREHGVEVELVNGITAGLAGATQCDIPLTLRGVARGVTLVTAHTQDGSSLNWQALAQSGTTLVVYMGVAKLSEIREQLLAGGLAADTPVAMIENASLPHQRDCRSDLASMETDAVAFQLKSPAILVIGEVAGAAELAASPPVFAQASTI PGPT0003685_2439 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 D1-35_00769 2718 nasA_1 Nitrate reductase ATGAACCGCCAGACGACTGCCTCGACCTGCTGTTATTGCGGGGTCGGTTGCGGCGTGCTGATCGAACATGACGGCGAGCGCATTCTCGGCGTCAGTGGCGATCCCACCCATCCGGCCAACTTCGGCAAACTGTGCAGCAAGGGCTCGACCCTGCACTTGACCGGCGACCTCGCCGCGCGCGCCCTCTATCCCGAACTGCGGCTGGGCAAAGGCCTGGCCCGTGGCCGTACCGATTGGGACAGCGCCCTGGACCATGCCGCCAACGTCTTCGCCGACACGATTGTCGAGCACGGACCGGACAGCGTGGCCTTCTACATCTCCGGCCAACTGCTGACCGAGGATTACTACGCCTTCAACAAACTCGCCCGGGCACTGGTCGGTACCAACAACATCGACAGCAATTCCCGGCTGTGCATGTCTTCCGCCGTGGTGGGCTACAAGCGCAGCCTGGGTGCCGACGCGCCACCGTGCAGCTATGAGGATCTGGAGCTGAGCGACTGCGTGATGATCGTCGGCAGTAACATGGCCTACGCCCATCCCATCCTGTTTCGTCGGCTCGAAGAAGCCAAATCCCGCCGGCCGCAGATGAAAGTCATCGTCATCGACCCTCGGCGCACCGACACCTGCGACCTTGCAGACCTGCACCTGGCGATCCTGCCTGGCACCGATGTCGCCTTGTTCCACGGGATCTTGCATCTGCTGTTGTGGGAAGACTGGGTCGACCGCAGCTTCATCAAGGCCCACACCGAAGGCCTGGCGGACCTGAAGAACCTGGTGCGCGACTACACCCCCGCCATGGTTGCCCAGCTGTGCGGGATCAGCGTCGAGCAACTGCACCAATGCGCCGAGTGGGTCGGCACCTCGCCAAGTTTCCTCTCGTTGTGGTGCATGGGCTTGAACCAGTCGACTGCCGGCAGCGCAAAAAACAGCGCCCTGATCAATCTGCACCTGGCCACCGGCCAGATCGGCCGACCGGGCGCGGGACCGTTCTCGCTGACCGGCCAGCCCAACGCCATGGGCGGCCGCGAAACCGGCAGCCTGTCCAACCTGCTGCCGGGCCATCGCGAAGCCGGCAATCCGGAGCATCGCGCCGAGGTCGCCAGCTATTGGGGCGTTGAGCAATTGCCGAGCACCACAGGCTTGAGCGCCATCGAATTGTTCGAGCAGGTTCGCAGCGGCAAGATCAAGGCCTTGTGGATCGCCTGCACCAACCCGGCCCAGTCGATGCCGGACCAGGCCGCCGTGCGCGAAGCCCTGCAAGCTTGCCCGTTCGTGGTGTTGCAAGAGGCCTTCCGGACTACCGAAACCGCCGCCTTTGCCGACCTGCTGCTGCCGGCGACCAGTTGGGGCGAAAAAGAAGGCTCGGTCACCAACTCCGAACGACGCATTTCCCATGTTCGCCGGGCGATAAACGCACCGGGGGAAGCACGGCCGGACTGGGCGATCACGGTAGATTTCGCGCAACGACTGGAGAAACGCCTGCGCCCCGGCCAGCCCAGCCTGTTCGCCTTTGAAACCCCGGCCCACTTGTTCGATGAATACAAGCAACTGACCCGTGGCCGCGACCTGGACCTGTCCGGCATCAGTCATGCCGTGATCGACCGCCTCGGCCCTCAGCAATGGCCGTTCCCGGAGGGCGCCACGGTCGGAACGGCGCGCTTGTACGGGGACGGGATTTTCCCGACCGACAGCGGCCGCGCCCGATTCGTGGCCGACCCTTATCGCGCCGCCAAGGAATTGCGCGACGCACGCTACCCCCTGACGCTGAACACCGGTCGGCTGCGCGACCAGTGGCACGGGATGAGCCGTACCGGTACCGCCGCGCAGTTGTTCGGCCATGTGAACGAAGCGGTGCTCAGCCTGCATCCCGACGAACTACTGCGGCATCGCCTGCAGTCCGGCGACCTGGTCAGTCTGAAGAGCCGTCGCGGCAGCGTGATCGTGGCCGTGGACAGCGACGACAGCGTGCGCCCCGGCCAGGCCTTCCTGCCCATGCACTGGGGCGACAGGTTTCTCAAGGGCGGGGTCAACACCCTGACTCAACCGGCATTCGACCCGTTGTCGAAACAGCCGGAACTCAAGCACAGCGGCGTACGCCTGGAACCGGTGAACCTGCCCTGGCAGCTTTTCGCCCTGGTTGAAGGCAATGTTCAACAGCATCTGGAGGCGTTGCGTCCGCTGTGTGAGGCGTTTTCCTACGTCAGCCTGAGCCTGACCGGCCGCGACCGTCCCGCGTTGCTGATACGCGCTGCCAGCGCCGTGGCGCCCGAACCGCAGCTTTTGCAGGCGATCGACGAACAGCTGGGGCTGATCGAAGGCCCGGTCCTGGCCTATGACGACCCGCGCCGCGCCATTGGCAAGCGGGTACGGATCGAAAACAGCCGCATCACCGCCATTCGCCTAGCCGGCGAAACCCTGGCCCGGCATTGGTTGCAAAACCTCTGGTTGGAAGGGCGCGCCGACGACCAGTTGCGGCGCTGGCTGCTGGCCCCCTTGAGCGCACCGCCGGGTAACACCGGCGCCGCCACGGCTGGTGGGAAGACGCTGTGCAATTGCATGAATGTCAGCCAGCGTTCGGTTTGCGCGGGCATCGAGCGCGGCCTGGATTTGCAGGGCCTGAAAAAAGAACTGGGCTGCGGCACGCAGTGCGGTTCCTGCGTACCGGAAATCAAGCGCCTGCTGGTTGCCACCGCGCAACCGGTCGCCGCGATCTCGTGA MNRQTTASTCCYCGVGCGVLIEHDGERILGVSGDPTHPANFGKLCSKGSTLHLTGDLAARALYPELRLGKGLARGRTDWDSALDHAANVFADTIVEHGPDSVAFYISGQLLTEDYYAFNKLARALVGTNNIDSNSRLCMSSAVVGYKRSLGADAPPCSYEDLELSDCVMIVGSNMAYAHPILFRRLEEAKSRRPQMKVIVIDPRRTDTCDLADLHLAILPGTDVALFHGILHLLLWEDWVDRSFIKAHTEGLADLKNLVRDYTPAMVAQLCGISVEQLHQCAEWVGTSPSFLSLWCMGLNQSTAGSAKNSALINLHLATGQIGRPGAGPFSLTGQPNAMGGRETGSLSNLLPGHREAGNPEHRAEVASYWGVEQLPSTTGLSAIELFEQVRSGKIKALWIACTNPAQSMPDQAAVREALQACPFVVLQEAFRTTETAAFADLLLPATSWGEKEGSVTNSERRISHVRRAINAPGEARPDWAITVDFAQRLEKRLRPGQPSLFAFETPAHLFDEYKQLTRGRDLDLSGISHAVIDRLGPQQWPFPEGATVGTARLYGDGIFPTDSGRARFVADPYRAAKELRDARYPLTLNTGRLRDQWHGMSRTGTAAQLFGHVNEAVLSLHPDELLRHRLQSGDLVSLKSRRGSVIVAVDSDDSVRPGQAFLPMHWGDRFLKGGVNTLTQPAFDPLSKQPELKHSGVRLEPVNLPWQLFALVEGNVQQHLEALRPLCEAFSYVSLSLTGRDRPALLIRAASAVAPEPQLLQAIDEQLGLIEGPVLAYDDPRRAIGKRVRIENSRITAIRLAGETLARHWLQNLWLEGRADDQLRRWLLAPLSAPPGNTGAATAGGKTLCNCMNVSQRSVCAGIERGLDLQGLKKELGCGTQCGSCVPEIKRLLVATAQPVAAIS PGPT0000390_395 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372 NA NA D1-35_00770 318 hcaC 3-phenylpropionate/cinnamic acid dioxygenase ferredoxin subunit ATGAACTGGCTGGATATCTGCGCGCTGGAAGACATCAACGCCTTGGGCTCACGCATCATCAACGGGCCGAAAGGCGATATCGCGATTTTTCGCACCAGCGACAATGAAGTATTCGCACTCGACGACCGTTGCCCGCACAAGGGCGGCCCGCTGTCCCAAGGCCTGATCTATGGCAAGCGCGTGGCCTGCCCGCTGCACAACTGGCAGATCGACCTGGAAACCGGCCAGGCCCAGGCCCCGGACGTGGGCTGCGCCCATCATCATTCGGCCCGCGTCGAGAACGGCCGGGTGATGCTGGCCCTGCGGGACGCAAGCTGA MNWLDICALEDINALGSRIINGPKGDIAIFRTSDNEVFALDDRCPHKGGPLSQGLIYGKRVACPLHNWQIDLETGQAQAPDVGCAHHHSARVENGRVMLALRDAS PGPT0000455_1976 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363 NA NA D1-35_00771 2454 nasD_1 COG1251 Nitrite reductase [NAD(P)H] ATGAAAAAACTCAAGCTGGTAATGATCGGCAACGGCATGGCCGGGGTTCGCACCCTCGAGGAACTGCTCAAACTGAGCAACGAGCTCTACGACATCACGGTCTTCGGCGCCGAGCCCCACACCAACTACAACCGCATCCTGCTCTCGCCCGTGCTGGCCGGGGAACAGACGTTCGAAGAAATCGTGCTCAATGACCTGAGCTGGTACCTGGACAACAACATCAAGCTGCTGCTCAACCGCAAGGTGGTGGAGATCGACCGGGTCAAGCGCCGGGTCATCGCCGAAGACGGCAGCGAAGCCGAATACGATCGCCTGCTCATCGCCACCGGCTCCACGCCGTTCATCCTGCCAATCCCTGGCAACACTCTGGATGGCGTGATCGGCTACCGCGACATCGCCGACACCCAGGCCATGATCAACACGGCCAAGACCCACAAGCACGCGGTGGTCATCGGTGGCGGCCTGCTCGGCCTGGAAGCCGCCAATGGCTTGAAACTGCGCGGCATGGACGTGACCGTGGTGCACATCGGCGAATGGCTGCTGGAACGCCAACTGGACAAGACCAGCGGCCAGCTGCTGCAAACCGCCCTGGAAAACCGTGGCCTGAAATTCCGCCTCAGCGAGCAGACCCAGGCCTTGCACGACGCCGGCAACGGCCGGGTCGGCTCGGTCCAGTTCAAGAACGGCGACATCATTCCCGCCGATCTGGTGGTGATGGCTGCCGGTATCCGGCCCAATACCGGACTGGCGGAAAAATCCGGCATTCCGTGCAACCGCGGAATCCTCGTCAACGACACGATGCAAACCTATGACCCGCGCATCTACGCCATCGGCGAGTGCGCCAACCATCGCGGCACAGCCTATGGCCTGGTGGCGCCGCTGTTCGAGCAAGCCAAGGTCTGCGCCAATCACCTCGCGCAACTGGGCTTCGCCACTTACAAGGGTTCGGTGACGTCGACCAAGTTGAAAGTCACCGGTATCGATCTGTTTTCCGCCGGCGACTTCATGGGCGGCGAAGGCACCGAGACCATCACCCTTTCCGACCCGATTGGCGGCGTCTACAAGAAACTGGTGATCAAGGATGACGTGTTGGTGGGTGCCTGCCTGTACGGTGATACCGCGGACGGCGGCTGGTATTTCCGGCAGATCCGTGAGAACCACGGCATCAGCGAGATCCGCGATCACTTGATGTTTGGCGAAAACGCTTTGGGCGACGTCGGCCATCAAGGCCAGGACAAAGCCATGAGCATGGCCGACACCGCTGAAGTCTGCGGCTGCAACGGCGTGTGCAAGGGCACCATCGTCAAGGCGATCCAGGAACACGGCCTGTTCAGCGTCGATGACGTGAAAAAGCACACCAAGGCCGCCAGCTCCTGCGGCTCCTGCGCCGGCCTGGTGGAACAGATCCTGATCAACACCGTCGGCGGCGCGGCGGACGTGAAGCCGAAAAGCGAAAAAGCCATCTGCGGTTGCAGCGACCTAAACCATGGGCAGATCCGCCAGGCGATCCGCGACCAGCATCTGCTGACCATCGCCGGGACCATGGGTTACTTGAACTGGCGCACCCCGAACGGCTGCGCCACCTGCCGTCCGGCCCTGAACTACTACCTGATTTCCACCTGGCCCGGCGAAGCCCAGGATGACCCGCAGTCGCGCCTGATCAACGAACGCGCTCACGCCAACATCCAGAAAGACGGCACCTACTCAGTGGTCCCACGGATGTGGGGTGGCGTGACCAACCCATCCGAGCTGCGCCGCATCGCCGACGTGGCCGACAAATACAACGTGCCCATGGTCAAGGTCACCGGCGGCCAGCGTATCGACCTGCTGGGCATCAGGAAGCAAGACCTGCCCGGTGTCTGGAAAGACCTCGACATGCCGTCCGGCCACGCCTATGGCAAATCCATTCGCACCGTGAAGACTTGCGTGGGCAGCGAGTTCTGCCGCTTCGGCACGCAGAACTCCACCCAATTGGGCATCGAGCTGGAACACGACCTGTTCAACATGTGGTCGCCGCACAAGGTGAAGCTGGCGGTCTCCGGTTGCCCACGCAACTGCTCGGAAGCGGGCATCAAGGACGTCGGCATCATCGGCGTAGATTCCGGCTGGGAGATGTACATCGGTGGCAACGGCGGGATCAAGACCGAAGTCGCCGAGTTTTTCGTCAAGCTCAAGACCGCCGAAGAAGTGCGCGAATACAACGGCGCCTTCCTGCAGCTGTACCGCGAAGAAGCCTTCTACCTCGAACGCACCGTGCACTACATGCAGCGTGTCGGCATGGAACACATCAAGAAAGCCGTGCTGGAAGACCCGGAGCGGCGCAAGGCCCTGCACGAGCGCTTGAAGTTTTCCCTGTCGCTGGAGCAGGACCCCTGGAAACAACGGCTGGAACAACCGCAGCTGAAAAAAGAGTTCGAGGTCATCCCCGTGAAGAACCTGGAGGTACTGGCATGA MKKLKLVMIGNGMAGVRTLEELLKLSNELYDITVFGAEPHTNYNRILLSPVLAGEQTFEEIVLNDLSWYLDNNIKLLLNRKVVEIDRVKRRVIAEDGSEAEYDRLLIATGSTPFILPIPGNTLDGVIGYRDIADTQAMINTAKTHKHAVVIGGGLLGLEAANGLKLRGMDVTVVHIGEWLLERQLDKTSGQLLQTALENRGLKFRLSEQTQALHDAGNGRVGSVQFKNGDIIPADLVVMAAGIRPNTGLAEKSGIPCNRGILVNDTMQTYDPRIYAIGECANHRGTAYGLVAPLFEQAKVCANHLAQLGFATYKGSVTSTKLKVTGIDLFSAGDFMGGEGTETITLSDPIGGVYKKLVIKDDVLVGACLYGDTADGGWYFRQIRENHGISEIRDHLMFGENALGDVGHQGQDKAMSMADTAEVCGCNGVCKGTIVKAIQEHGLFSVDDVKKHTKAASSCGSCAGLVEQILINTVGGAADVKPKSEKAICGCSDLNHGQIRQAIRDQHLLTIAGTMGYLNWRTPNGCATCRPALNYYLISTWPGEAQDDPQSRLINERAHANIQKDGTYSVVPRMWGGVTNPSELRRIADVADKYNVPMVKVTGGQRIDLLGIRKQDLPGVWKDLDMPSGHAYGKSIRTVKTCVGSEFCRFGTQNSTQLGIELEHDLFNMWSPHKVKLAVSGCPRNCSEAGIKDVGIIGVDSGWEMYIGGNGGIKTEVAEFFVKLKTAEEVREYNGAFLQLYREEAFYLERTVHYMQRVGMEHIKKAVLEDPERRKALHERLKFSLSLEQDPWKQRLEQPQLKKEFEVIPVKNLEVLA PGPT0000450_1849 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D1-35_00773 1671 pknD_1 Serine/threonine-protein kinase PknD ATGAGCCTGCAACTGAGTTTTGCCGAAGCCAGCGCCACGGGTCCCCGAGAGGAAAACCAGGACGCCCTGCGCCTGGTCACTCCCGCCCCGGCCCTGGCCGCCAGCAAGGGTTACCTGTTCGCCATCGCCGACGGCGTGAGCCAATGCGCCGATGGCGGATTGGCCGCGCGTTCGACCTTGCAGGCACTCGCCCTGGACTACTACTCCACGCCGCAGACCTGGGGCGTGGCCCAGGCGCTGGACCGGCTGCTGCTGGCGCAGAATCGCTGGCTGCAAGCCAACGGCGGCGGCCAACCGCTGCTGACCACGGTCAGCGCGCTGGTCCTGCGGGGGCGGCGCTTCACCCTGGCGCACGTCGGCGATTGCCGGGTCTACCGATGGCACGCCGACCATTTGCAACGAGTCAGCGAAGATCACGTCTGGGAACAACAGGGCATGCAACACGTGCTCAAGCGTGCCTTGGGGCTGGATCAGCATTTGATACTCGACTTCCTCGACGGTGAGCTGCGTGAAGATGAAACCTTCGTGCTGCTCAGCGACGGCGTCTGGGCGGTACTGGGAGACACGGCCATTGCCGGCATCCTGCGCGACCAGCCAGACCTGGATCGCGCGGCGCAGACGCTGGTCAACGCCGCGCACCTGGCCGGTAGCCAGGACAACGCCAGCGCGCTGTTGGTGCGCGTCGATGCGGTGGGCGAAGCGAGCATCGGCGACGCGCTGATCCAACTGCAACAGTGGCCGCTGCCCCCTTCACTGAAGGCGGGCCAGGCGTTCGAAGGCTGGCAGATCGAAAGCCTGCTCGGCCAGAGCCAGCAATCGTTGCTCTACCGGGTACACGATGGTCAGGGCCAACCCTGGCTGCTGAAAACCTTGCCCGTGCAGCTACGGGACGACACCCGCGCCGGCCAGGCGCTGTTGTCGGAGGAATGGTTTCTCAAGCGGGTCGCGGGTCGGCAATTTCCGGAAGTGCATGGCGTACCCCAGCGCCAACATCTGTACTACGTGATGCGTGAATATTCGGGCGCGACCCTGGCCGAGCTGTTCAACCAGGGTGGGCCGCTGCCCCTGGCCCAATGGCTGGACCTGGCGCAGCGGCTGGTGCGGGCAGTGGGCCTGTTGCATCGAAGGCAGATCTACCACCGCGACATCAAGCCGGAAAACCTGCATCTGGGCGACGATGGGGAATTGCGCTTGCTGGATTTTGGCCTGGCCTACTGTCCGGGCCTGTCCGAGGACCAGGCCAACGTGTTGCCCGGCACCCCCAGCTACATAGCGCCGGAAGCCTTCGGCGGCGCCGCGCCGACGGCGCAACAGGACTTATATGCGGTCGGCGTGACCTTGTATTTCCTGCTGACCGGGCATTACCCCTACGGCGAAATCGAAGCCTTCCAGCGACCACGCTTTGGTGTGCCCGTGAGCGCCAATCGTTATCGACCGGACCTGCCCGAATGGCTCGGGCAGAGCCTGGAACGCGCCGTGGCGGCAGACCCTGCGCAGCGCTTTGAAACGGCTGAAGAATGGCTGTTGCAGCTGGAACAGGGCGAGCGGCGAAGCTTGAGCGTAAGGCCCCGGCCATTGCTTGAGCGGGAGCCGCTGAAGGTCTGGCGGACGTTGGCGCTGGTGTCGTTGGTGGTGAATGTTGTGTTGTTGTTCCTGGTGTTTCACTCATAA MSLQLSFAEASATGPREENQDALRLVTPAPALAASKGYLFAIADGVSQCADGGLAARSTLQALALDYYSTPQTWGVAQALDRLLLAQNRWLQANGGGQPLLTTVSALVLRGRRFTLAHVGDCRVYRWHADHLQRVSEDHVWEQQGMQHVLKRALGLDQHLILDFLDGELREDETFVLLSDGVWAVLGDTAIAGILRDQPDLDRAAQTLVNAAHLAGSQDNASALLVRVDAVGEASIGDALIQLQQWPLPPSLKAGQAFEGWQIESLLGQSQQSLLYRVHDGQGQPWLLKTLPVQLRDDTRAGQALLSEEWFLKRVAGRQFPEVHGVPQRQHLYYVMREYSGATLAELFNQGGPLPLAQWLDLAQRLVRAVGLLHRRQIYHRDIKPENLHLGDDGELRLLDFGLAYCPGLSEDQANVLPGTPSYIAPEAFGGAAPTAQQDLYAVGVTLYFLLTGHYPYGEIEAFQRPRFGVPVSANRYRPDLPEWLGQSLERAVAADPAQRFETAEEWLLQLEQGERRSLSVRPRPLLEREPLKVWRTLALVSLVVNVVLLFLVFHS PGPT0030420_380 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_RELATED_PROTEINS,PGPT0030420-ppa|prpA-K01090 NA NA D1-35_00774 1212 nasA_2 Nitrate transporter ATGAATTCAAGCTTCTGGAAATCCGGCCACACCCCGACATTGTTCGCGGCCTTCCTCTATTTCGACCTGAGCTTCATGGTCTGGTACCTGCTCGGCCCATTGGCGGTACAGATCTCCGCCGACCTGCACCTGACCACCCAGCAACGCGGCCTGATGGTCGCGACGCCAATCCTCGCCGGCGCCGTGCTGCGCCTGTTCATGGGCCTGCTGGCCGACCGCATTTCACCGAAGACCGCCGGCATGGTCGGCCAGGTGATCGTGATCGGCGCGCTGTTCTGCGCCTGGAAGCTGGGCATCCACAGCTACGAACAAGCCTTGCTGCTGGGCCTGTTTCTGGGCGTGGCCGGCGCTTCGTTCGCCGTGGCCCTGCCGCTGGCTTCCCAGTGGTATCCACCACAGCACCAGGGCAAGGCCATGGGCATCGCCGGTGCCGGTAACTCGGGCACCGTGCTTGCCGCGTTGATCGCTCCGGTGATGGCGGTGGCCTTCGGCTGGACCAACGTGTTCGGCTTCGCGGTGATCCCGCTGGTGATTACCCTGGTCCTGTTCGCCTGGCTGGCCAAGAACGCACCGGAGCGGCCCAAGGCCAAATCCATGGCTGACTACCTCAAGGCCCTCGGTGACCGCGACAGCTGGTGGTTCATGTTCTTCTACAGCGTGACCTTCGGCGGCTTCATCGGCCTGGCCAGCGCCCTGCCCGGCTACTTCAACGACCAGTATGGCCTGAGCCCGGTGACCGCCGGCTACTACACCGCGGCCTGCGTCTTCGGTGGCAGCCTGATGCGGCCCTTGGGTGGCGCGCTGGCGGACCGTTTCGGCGGCATCCGCACCTTGCTGGGCATGTACACCGTGGCGGCTATCTGCATCGCCGCGGTCGGCTTCAACCTGCCGAGTTCCTACGCGGCGCTGGCCCTGTTCGTCTGCACCATGCTCGGCCTGGGTGCGGGCAACGGCGCGGTGTTCCAACTGGTGCCACAACGTTTCCGTCGCGAGATCGGCGTGATGACCGGGCTGATCGGCATGGCCGGCGGCATCGGCGGCTTCGCCCTGGCGGCGGGCATGGGCGCGATCAAGCAGAGCACCGGCAGCTACCAGCTGGCGCTGTGGTTGTTCGCCAGCCTCGGTGTCCTGGCCTGGTTCGGCCTGCACGGGGTCAAGCGTCGCTGGAGGACCACCTGGGGTTCGGCAGCGGTCACCGCGGCTCGGGTATAA MNSSFWKSGHTPTLFAAFLYFDLSFMVWYLLGPLAVQISADLHLTTQQRGLMVATPILAGAVLRLFMGLLADRISPKTAGMVGQVIVIGALFCAWKLGIHSYEQALLLGLFLGVAGASFAVALPLASQWYPPQHQGKAMGIAGAGNSGTVLAALIAPVMAVAFGWTNVFGFAVIPLVITLVLFAWLAKNAPERPKAKSMADYLKALGDRDSWWFMFFYSVTFGGFIGLASALPGYFNDQYGLSPVTAGYYTAACVFGGSLMRPLGGALADRFGGIRTLLGMYTVAAICIAAVGFNLPSSYAALALFVCTMLGLGAGNGAVFQLVPQRFRREIGVMTGLIGMAGGIGGFALAAGMGAIKQSTGSYQLALWLFASLGVLAWFGLHGVKRRWRTTWGSAAVTAARV PGPT0000300_3751 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575 NA NA D1-35_00776 576 pdtaR COG3707 putative transcriptional regulatory protein pdtaR ATGCTGCGTATCCTGCTGATCAACGACACCGCGAAAAAAGTCGGGCGTCTCAAGGCGGCCCTGATTGAAGCCGGATTCGAGGTGATCGACGAATCCGGTTTGACCATCGACCTGCCGGCGCGCGTCGAAACGGTGCGTCCGGACGTGATCCTGATCGATACCGAGTCACCCGGGCGCGACGTCATGGAGCAAGTGGTGCTGGTCAGTCGTGACCAGCCACGACCGATCGTCATGTTTACCGACGAGCACGACCCGGATGTGATGCGCCAGGCGATCAAGTCAGGCGTCAGCGCCTACATCGTCGAAGGCATCCATGCCGCACGCCTGCAACCGATCCTCGACGTGGCCATGGCCCGCTTCGAAAGCGACCAGGCCCTGCGCGCGCAACTCCTGGCCCGGGACCAGCAACTGGCCGAACGCAAGCGCATCGAACTGGCCAAGGGCATGCTGATGAAGATGAAGGACTGCAACGAGGAACAGGCCTACACCCTGATGCGCCGCCAGGCCATGAGCCGCCAGCAGAAGCTGATCCAGGTGGCGGAGCAGATCATTGCCATGAACGAGTTGCTCGGCTGA MLRILLINDTAKKVGRLKAALIEAGFEVIDESGLTIDLPARVETVRPDVILIDTESPGRDVMEQVVLVSRDQPRPIVMFTDEHDPDVMRQAIKSGVSAYIVEGIHAARLQPILDVAMARFESDQALRAQLLARDQQLAERKRIELAKGMLMKMKDCNEEQAYTLMRRQAMSRQQKLIQVAEQIIAMNELLG PGPT0000400_722 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000400-nasR|nasT-K07183 NA NA D1-35_00777 1212 nrtA Nitrate/nitrite binding protein NrtA ATGAACGAAATTCCAGCCACCCCCCTGGCTTGGGTCAATGGCAGCGATGCCCCGGAAAAGAGCGCGGTCAACCTCGGCTTCATGGCCCTGAGCGACTGCGCCCCGGTGGTCGTGGCCGCCACCCAGGGCTTCGCCCAGCCCTACGGCTTGACGCTGAACCTCAAGCGCCAGGCCTCGTGGGCCAACCTGAGGGACAAACTGGTCAGCGGTGAAATCGACGCGGCCCACAGCCTGTACGGCCTGGTTTATGCCGTGCACCTGGGCATCGGTGGCGTCGCGCCGACCGATATGGCCGTGCTGATGGGGCTGAACCAGAACGGCCAGAGCATCAACCTGTCCCATGGTTTGCAGGCGCAAGGCGTGACCAGTCCTGAGGCACTGGAGCAGCATGTGCACCAAACTCGCCCGAAACTGACCTTCGCCCAGACCTTTCCCACCGGCACCCATGCCATGTGGCTCTATTACTGGCTCGCCGCCCAGGGCATCCATCCGTTGTCGGATGTCGACAGCGTAGTGGTGCCACCGCCGCAGATGATCGCGCACCTGCAAGCCGGGCGCATCGATGGTTTCTGCGTCGGCGAGCCCTGGTGCGCCAGTGCCGTGAAGCAGAACCTCGGCTTTACCCTGGCGACTACCCAGACCATCTGGCCCGACCACCCGGAGAAAGTCCTGGGTTGTACCCGCGCGTTTGTCGAGCAATACCCCAACACTGCCCGCGCGCTGGTGATGGCCATCCTCGAAGCCAGCCGCTTCATCGAACAAAGCACTGAAAACCGCCGCAGTACCGCGCAATTATTGAGCGCCCCGGAATATCTCGACGCTCCGCTCGATTGCATCGAGCCGCGCCTGCTCGGGATTTATGCCGACGGCCTGGGCAACAGCTGGCAGGATCCCCACGCCATGCGCTTTCATGGGGACGGCGCGGTGAACCTGCCGTACCTGTCCGACGGGATGTGGTTCATGACCCAGTTCCGGCGCTGGGGCCTGCTGCGCGAAGACCCGGACTACCTGGCCGTGGCCCGCCAGGTCCAACAGCTCAAGCTGTATCGTGAAGCCTGCGCGGCGCTGGGCGTGACGTCGCCTCGCCAGGACATGCGCAGCAGTCAACTGATCGACGGCACGACCTGGGACGGCTCGGACCCGGTCGGGTATGCCCGCAGCTTCAAACTGCACGCCTTGAGCGATGCGGCTCCCCTTCTCGCCAGCCGCTGA MNEIPATPLAWVNGSDAPEKSAVNLGFMALSDCAPVVVAATQGFAQPYGLTLNLKRQASWANLRDKLVSGEIDAAHSLYGLVYAVHLGIGGVAPTDMAVLMGLNQNGQSINLSHGLQAQGVTSPEALEQHVHQTRPKLTFAQTFPTGTHAMWLYYWLAAQGIHPLSDVDSVVVPPPQMIAHLQAGRIDGFCVGEPWCASAVKQNLGFTLATTQTIWPDHPEKVLGCTRAFVEQYPNTARALVMAILEASRFIEQSTENRRSTAQLLSAPEYLDAPLDCIEPRLLGIYADGLGNSWQDPHAMRFHGDGAVNLPYLSDGMWFMTQFRRWGLLREDPDYLAVARQVQQLKLYREACAALGVTSPRQDMRSSQLIDGTTWDGSDPVGYARSFKLHALSDAAPLLASR PGPT0000405_206 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000405-nasS-K22067 NA NA D1-35_00778 1020 pyrD COG0167 Dihydroorotate dehydrogenase (quinone) ATGTACACCCTGGCCCGTGAACTGCTGTTCAAACTTTCCCCGGAAACTTCCCATGATCTGTCCCTGGACCTGATCGGCGCGGGTGGACGTTTGGGGCTCAACGGGTTGCTGTGCAAGGCCCCGGCAAAATTGCCGGTGACAGTCATGGGCCTGGAATTTCCCAACCCGGTCGGCCTGGCCGCCGGCCTGGACAAGAATGGCGCGGCCATCGACGGGTTCGCCCAGCTGGGGTTCGGCTTCGTTGAAATCGGCACCGTGACGCCGCGTCCGCAGCCGGGCAATCCCAAGCCACGGCTGTTCCGTTTGCCGCAGGCCGAGGCAATCATCAACCGCATGGGCTTCAACAACCTGGGCGTCGATCATCTGCTGGCCCGTGTGGCTGCTGCCAGGTACAAGGGTGTGCTAGGGATCAACATCGGCAAGAACTTCGATACGCCGGTGGAGCGCGCCGTCGACGATTACCTGATCTGCCTGGACAAGGTCTACGCTCACGCCAGTTATGTGACCGTCAACGTCAGTTCGCCGAACACGCCAGGGCTGCGCAGCCTGCAGTTCGGCGATTCGCTCAAGCAATTGCTGGCCGATCTGGCGCGACGTCGCGCGGAACTGGCGGTGACGCACGGCAGGCATGTGCCGCTGGCCATCAAGATTGCCCCGGACATGAGCGACGAAGAAACCGTCCAAGTGGCCCAGGCCTTGATCGAGACCGGCATGGATGCGGTGATCGCCACCAACACCACGCTGGGCCGCGAAGGTGTAGAAGGCCTGGAGCATGGTGACGAGGCGGGCGGCCTGTCCGGCGCTCCGGTGCGCGACAAGAGCACCCACACGGTGAAAGTGCTGGCCGGCGAATTGGCGGGACGCTTGCCGATCATCGCGGCGGGCGGTATTACCGAAGGCCGGCATGCCGCCGAGAAAATCACGGCAGGGGCGAGCCTGGTGCAGGTTTATTCCGGGTTCATCTACAAGGGCCCGACGTTGATTCGCGAGTCGGTGGATGCGATTGCCGCGTTGGGTTGA MYTLARELLFKLSPETSHDLSLDLIGAGGRLGLNGLLCKAPAKLPVTVMGLEFPNPVGLAAGLDKNGAAIDGFAQLGFGFVEIGTVTPRPQPGNPKPRLFRLPQAEAIINRMGFNNLGVDHLLARVAAARYKGVLGINIGKNFDTPVERAVDDYLICLDKVYAHASYVTVNVSSPNTPGLRSLQFGDSLKQLLADLARRRAELAVTHGRHVPLAIKIAPDMSDEETVQVAQALIETGMDAVIATNTTLGREGVEGLEHGDEAGGLSGAPVRDKSTHTVKVLAGELAGRLPIIAAGGITEGRHAAEKITAGASLVQVYSGFIYKGPTLIRESVDAIAALG PGPT0021190_3248 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021190-pyrD-K00254 NA NA D1-35_00779 216 rmf Ribosome modulation factor ATGAGAAGACTTAAGCGTGATCCGTTGGAAAGAGCATTTTTACGCGGTTACCAATATGGCGTTGGTGGTAAATCCCGTGAGCTTTGCCCCTTTACTCTACCGTCGGTACGTCAAGCCTGGATCAACGGCTGGCGAGAAGGACGCGGCGACAACTGGGACGGTATGACCGGCACTGCGGGTATCCACAGACTCAACGAACTTCACGCCGTCGGCTGA MRRLKRDPLERAFLRGYQYGVGGKSRELCPFTLPSVRQAWINGWREGRGDNWDGMTGTAGIHRLNELHAVG NA NA NA NA NA D1-35_00781 2271 rlmL_1 COG0116 Ribosomal RNA large subunit methyltransferase K/L ATGTCCGATCGTTTCGAACTCTTCCTCACTTGCCCCAAGGGCCTCGAAGGCCTGCTTCTCGAGGAAGCCGTCGGGCTTGGCCTTGAAGAGGCGCGCGAGCACACCTCGGCCGTTCGCGGCATCGCCGACATGGAAACGGCCTATCGCCTGTGCCTGTGGTCGCGCCTGGCGAACCGCGTATTGCTGGTGCTCAAGCGCTTCGCGATGAAAGACGCTGAAGACCTGTACCACGGGGTGCTGGACGTCGACTGGCAAGACCACATGCTCGCCGATGGTACCTTGGCGGTCGAGTTCAGCGGTCACGGCTCGGGCATCGACAACACGCATTTCGGCGCCTTGAAGGTCAAGGATGCCATTGTCGACAAGCTGCGCACGCCGTCGGGTGAGCGGCCATCCATCGACAAGCTCAACCCGGACCTGCGCATCCACCTGCGCCTGGACCGTGGCGAAGCAATCCTGTCCCTCGACCTTTCGGGCCATAGCCTGCACCAACGTGGCTATCGCTTGCAGCAGGGCGCCGCCCCGCTGAAGGAAAACCTCGCCGCCGCCATCCTGATTCGCGCCGGTTGGCCACGCATTGCCGCCGAAGGCGGGGCACTGGCGGACCCGATGTGCGGCGTCGGCACGTTCCTGGTAGAGGCCGGAATGATCGCCGCCGACATGGCGCCGAACCTGCGTCGCCAGCAATGGGGCTTTACCGCCTGGCTCGGCCACGTGCCGGCGTTATGGAAAAAACTCCACGAAGAAGCCAGCGAGCGCGCCGCCGCCGGGCTGGCCAAGCCACCGTTGTGGATTCGCGGCTACGAAGCTGACCCACGGCTGATCCAGCCGGGCCGCAACAACGTCGAACGTGCGGGCCTGAGCGAGTGGATCAAGATCTATCAGGGCGAAGTCGCCACCTTCGAGCCGCGCCCGGACCAGAACCAGAAGGGCCTGGTGATCTGCAACCCGCCGTACGGCGAGCGTTTGGGCGACGAAGCCAGCTTGCTCTATCTGTACCAGAATCTTGGTGAACGCCTGCGCCAGGCCTGCCTCAACTGGGAGGCCGCGGTGTTCACTGGCGCGCCGGACCTGGGCAAGCGCATGGGCATTCGCAGCCACAAGCAGTATTCGTTCTGGAACGGCGCCTTGCCGTGCAAGTTGCTACTGATCAAGGTGCTCCCGGATCAGTTCGTCACTGGCGAGCGTCGCACCCCGGAACAACGCCAGGCCGAGCGTGAACAGGCTGTCTACGATCAAACCCCTGAAGTACCGCAAGAGCGCCAGTACAACAAGAATGGCAACCCGATCAAACCGGCCCCGGCGCCAGCCCCTGTGGTCGAGCAGGCGCGGTTGAGCGAAGGCGGGCAGATGTTCGCCAATCGCCTGCAGAAAAATCTCAAGCTGCTGAGCAAGTGGGCCAAGCGTGAAGGCGTCGACTGCTACCGGGTCTATGATGCCGACATGCCGGAATATTCCATGGCCATCGACCTGTATCACGACTGGGTGCACGTCCAGGAATACGTCGCGCCGAAGTCCATCGACCCGGAAAAGGCCTCGGCCCGGTTGTTCGATGCGCTGGCCGCCATTCCCCAGGCCTTGAATGTCGACAAGAGCCGCGTTGTCATCAAGCGCCGCGAGCGCCAGAGCGGCACCAAGCAGTACGAGCGCCAGAGCGCCCAGGGCAAGTTCACCGAGGTCAACGAGGGCGGCGTGAAGCTGCTGGTCAACCTCACCGACTACCTCGACACCGGGTTGTTCCTCGATCACCGGCCAATGCGCCTGCGGATCCAGAAAGAGGCCGCCGGCAAGCGCTTCCTGAACCTGTTCTGCTACACCGCGACCGCCAGCGTCCATGCCGCCAAGGGCGGGGCGCGCAGCACTACCAGCGTCGATTTGTCGAAAACCTATCTGGACTGGGCGCGGCGCAACCTGTCGCTCAATGGTTTTTCCGACAAGAACCGCTTGGAGCAGGGCGATGTCATGGCCTGGCTTGAAGCCAGTCGCGACGAGTACGACCTGATCTTCATCGATCCACCGACGTTCTCCAACTCCAAGCGCATGGAAGGCGTGTTCGACGTGCAGCGCGACCACGTCCAGCTGTTGGATCTGGCCATGGCGCGCCTGGCGCCGGGTGGCGTGCTGTATTTTTCCAACAACTTCCGCAAGTTCCAGCTCGAAGACAACTTGGGCGAGCGTTACGCCGTGGAGGAAATCACCGCCGGGACCATCGACCCGGATTTTGCCCGAAACAGCAAGATTCACCGCGCCTGGAAAATCATGGCGCGCTGA MSDRFELFLTCPKGLEGLLLEEAVGLGLEEAREHTSAVRGIADMETAYRLCLWSRLANRVLLVLKRFAMKDAEDLYHGVLDVDWQDHMLADGTLAVEFSGHGSGIDNTHFGALKVKDAIVDKLRTPSGERPSIDKLNPDLRIHLRLDRGEAILSLDLSGHSLHQRGYRLQQGAAPLKENLAAAILIRAGWPRIAAEGGALADPMCGVGTFLVEAGMIAADMAPNLRRQQWGFTAWLGHVPALWKKLHEEASERAAAGLAKPPLWIRGYEADPRLIQPGRNNVERAGLSEWIKIYQGEVATFEPRPDQNQKGLVICNPPYGERLGDEASLLYLYQNLGERLRQACLNWEAAVFTGAPDLGKRMGIRSHKQYSFWNGALPCKLLLIKVLPDQFVTGERRTPEQRQAEREQAVYDQTPEVPQERQYNKNGNPIKPAPAPAPVVEQARLSEGGQMFANRLQKNLKLLSKWAKREGVDCYRVYDADMPEYSMAIDLYHDWVHVQEYVAPKSIDPEKASARLFDALAAIPQALNVDKSRVVIKRRERQSGTKQYERQSAQGKFTEVNEGGVKLLVNLTDYLDTGLFLDHRPMRLRIQKEAAGKRFLNLFCYTATASVHAAKGGARSTTSVDLSKTYLDWARRNLSLNGFSDKNRLEQGDVMAWLEASRDEYDLIFIDPPTFSNSKRMEGVFDVQRDHVQLLDLAMARLAPGGVLYFSNNFRKFQLEDNLGERYAVEEITAGTIDPDFARNSKIHRAWKIMAR NA NA NA NA NA D1-35_00782 2385 hypothetical protein ATGGCATTACATCAGGTGCGTCCCAGGATCCTGGGCTTTATCAGCGAAGATGTTTCAGCATGGCTCGTGGCTTGCGTCGTCCTGATGGCAGGCCTGCTGCTGACCGGTTTGTTGGCCTGGGGCACGTTGAAGCAGTTCAACCAGCAATTGCGCCAGCGCTTCGAATTGCTCGCCGAAGAACGCTATAGCCGCCTCGACGAGCGTTTCCAGGACCAGGAGCAACGTCTCGACAGTCTGAGGCGGTTCTTTGCCAACTCCGCGGGAGTGTCTGGCGCCGAATTCCATGGCTATACCGAAGCGCTCTTGCGGCGTACCCGGGCCTTTGCCTGGGCGCCACGGGTGCTGCGGGAGGAGCGCCAGGCATTCGAGCAACAGGCACGAGCCGAAGTATCCACTACCTTTACCGTTCGTGAACGAGACGAGGCCGGAATCCTGCGCCAGGCCGCTGAGCGGAATGAATACGCGCCGCTGCTGTATATCCAGAGCCAGCCATCCTATGGCGCGCCGCTGGGCCTGGATCTGCTTTCGCATCCACTGCGCCGTGCCACGCTGGAACGGGCGCGCCAGCGTAACGCCCTGGTAGTTTCCGAGCCCATTGATCTGATCGGGAGCGATCCGGCCTTTGCCCGAGGTGTGATGCTGGCGGCGCCCGTTCTCAAGCCTCTGGCCCGCGAGCCGTTCGGCTACGTGGTGGCGGCCATCAGCATGCGCCAGTTGGTCGCCGATGGGCTGCCGGAGGCGGAGGATGACAGTCTGACGATGCGTGTGATTGATTCCGCCCACGATACCCCTTGGGAAGTCCTGTTCGAAACATCCAACCGACCGGGTAAAAGCGAGCTGTCGGCGGTCCGGATGTTGCGCCTGGCCGATCATGACTTCCGCGTGGAGTTGCGGCCCAGTCTCGCGTTCCTGTCGAACAATCATTCCAGCGTCGTGAGCGTCACGGTGTTGGGCGGGCTGCTCAGCCTGATGCTCAGCGTCTTGCTGTATACGTTGGTCAGCCAGCGACAGCGGGCCTTGGCGCTGGTGGAACAGCGCACCCGGGAACTGCATGCCCGGGAATCGGAACTGCGCGGCACCCACGGCCAATTGAAGGGCGTGCTCGACGCCGCGACGCAAGTCGCGATCATCGCGACCGACCTGCGCGGTGTCATCACCACGTTCAATGCCGGCGCCGAGCAGATGCTCGGCTATCGCAGTTGCGATGTCCTGCAGAGCATGACCCTGGAAAGTCTTCACGTTCCGCGTGAGCTGCAGCATCGGGCCGCACAGCTGGCCGTGCGTTTCGGCAAGCCAATCCCGACGTGCCATGCGATGCTGCTCGAAGGCGGTGAGCAGGGCGGCCAACAGGCTCGGGAGTGGACCCTGGTGCGCCGCGACGGCAGCCACCTGACGGTCAACATGCTGGCCACGCCCGTGCTCGACGACCAAGGGTTGTGGGTCGGGCACCTGGCAATCTGCATCGACGTCACCGAACGCAAGCGCGTCCACGAAGCCTTGGCCGCACGGGACCTGCTGTTGAAAAAACTCAGCGCCCATGTCCCCGGCGGCATCTATCAGTTCAAGATGGACTTTACCGGTGAGTTCAGCGTGATCTATGCCAGCGACGGCATCCGCGACATCTACGAACTGGAGCCTGACGTGCTGGTACGGCACGCCGAAGCGGTGTTTTCGCGCATCCATCCGCTGGACAGCGCCCGGGTGCGTGCTTCGATCCGCATCTCGGCGGAGACATTGAGCCCGTGGCGCGAAGAGTACCGGGTGCAACTGCCGCAGCGCGGTCTGCGCTGGGTACGCGGAGAGGCCACGCCCGAGCAATTGCCTGGCGGCGGTGTGTTGTGGCACGGCTATGTCTCGGACATCTCCGACCTCAAGCGCGTGGAAGAAGAACTGCGGGCACTGTCCATTACCGACGCGTTGACCGGCATTCGCAACCGGCGCTATTTCCAGGAGCGCCTGACTTCGGAGATGGCCCGGGTTGAACGGGGCTCCGGCGAGCTGGCGGTCATCATGCTCGACATCGATCACTTCAAGCGCATCAACGACCAGCATGGCCATGCGGTGGGTGATCGGGTGTTGCAGGCGGTCTGCCAGCGCATCACCCATCGGTTACGCCGCACCGACGTATTCTGCCGGTTGGGCGGCGAAGAGTTCGTGGTGCTCTGCCCGGATACGGACAATGAAAGTGCCTACACCCTGGCGTTGGGGTTATGGGACGGCCTGCGGGGTTCGCCGATCGACGACATCGGCACCATCACCGCCAGTTTTGGCATCGCCAGCTGGCGCGTTGGCGAAGGTGCCGACGCGCTGCTGTTGCGCGCCGACTCAGGTGTGTACGCGGCGAAGCAGGCCGGGCGGGATCGGGTCGAGGTGCAGTTGGGCTAG MALHQVRPRILGFISEDVSAWLVACVVLMAGLLLTGLLAWGTLKQFNQQLRQRFELLAEERYSRLDERFQDQEQRLDSLRRFFANSAGVSGAEFHGYTEALLRRTRAFAWAPRVLREERQAFEQQARAEVSTTFTVRERDEAGILRQAAERNEYAPLLYIQSQPSYGAPLGLDLLSHPLRRATLERARQRNALVVSEPIDLIGSDPAFARGVMLAAPVLKPLAREPFGYVVAAISMRQLVADGLPEAEDDSLTMRVIDSAHDTPWEVLFETSNRPGKSELSAVRMLRLADHDFRVELRPSLAFLSNNHSSVVSVTVLGGLLSLMLSVLLYTLVSQRQRALALVEQRTRELHARESELRGTHGQLKGVLDAATQVAIIATDLRGVITTFNAGAEQMLGYRSCDVLQSMTLESLHVPRELQHRAAQLAVRFGKPIPTCHAMLLEGGEQGGQQAREWTLVRRDGSHLTVNMLATPVLDDQGLWVGHLAICIDVTERKRVHEALAARDLLLKKLSAHVPGGIYQFKMDFTGEFSVIYASDGIRDIYELEPDVLVRHAEAVFSRIHPLDSARVRASIRISAETLSPWREEYRVQLPQRGLRWVRGEATPEQLPGGGVLWHGYVSDISDLKRVEEELRALSITDALTGIRNRRYFQERLTSEMARVERGSGELAVIMLDIDHFKRINDQHGHAVGDRVLQAVCQRITHRLRRTDVFCRLGGEEFVVLCPDTDNESAYTLALGLWDGLRGSPIDDIGTITASFGIASWRVGEGADALLLRADSGVYAAKQAGRDRVEVQLG NA NA NA NA NA D1-35_00783 1467 dacC_1 COG2027 D-alanyl-D-alanine carboxypeptidase DacC ATGATCAAATCTTTGCGCCCATTGCTTCTGGCCAGCCTTCTTCTTCCTTTGGCCCTGCCTGTCCCCACCCAAGCCGCCACCATCAACACCGCCCTGTCGCCGAATGTGCAAAAGGCCCTGAAGAACAGCAAACTGCAAGACCACGCCCTGTCCCTGGTGATGGTACCGCTCAACGGCCCCGGCACCCCGACGCTGTATAACGCCGATGTCTCGGTGAACCCGGCGTCCACCATGAAGCTGGTAACGACCTACGCAGCCCTGGAAATGCTCGGGCCGAACCATCAGTGGAAAACCGAGTTCTACACCGACGGCACCCTCAGCGGGGGCATTCTCAACGGCAACCTGTACCTCAAGGGCGGCGGCGATCCCAAGCTGAACATGGAAAAGCTCTGGCTGTTGATGCGTGACCTGCGAGCCAACGGCGTGCAGCAGATCACCGGCGACCTGGTGCTGGACCGCAGCTTCTTCATCCAGCCGCAATTGCCCGAGTTCAACGACGACGGCAATGACGAAAACAAACCCTTCCTGGTCAAGCCCGATTCGCTGCTGGTCAACCTCAAGGCGCTGCGCTTCGTGGCCCGCAATGACGCTGGCCGGGTACTGATATCGGTCGAACCGCCCATCGCCAGCATCCGCATCGAGAATGTGGTCAAGGCCGCCAACTCCAAGCAGTGCACTGGTGGCGTGCGCTACAACCCGGTGGCCCAGGCGGACGGCAGCATGACCGTGACCGTCAGCGGCCAACTCGGCGAGGGTTGCAGCTCCCAGACCTACCTGTCGCTGCTCGACCATGCCACCTACACCGCTGGCGCCGTGCGAGCGATCTGGAAGGAGCTGGGCGGCAGCATCCAGGGCAGCGACCGCCTGGCCGCGACGCCGAAGAACGCCAAGCTGCTGGCCCGGGCGTTCTCCCCGGACCTGGCGGAGATCATCCGCGACATTAACAAATACAGTAACAACACCATGGCCCAGCAACTGTTCCTGAGCCTGGGCGCGGAGTTTCGCAACGAGGCCGACGGCGACGATGCCAAGGCTGCGCAGCGAGTGGTGCGCCAGTGGCTGGCCAAGAAAGGCATCACCGCGCCGCACCTGGTGATGGAAAACGGCTCCGGCCTGTCCCGCGCCGAACGGGTCAGCGCCCGGGAAATGGCGGCGATGCTGCAGGCGGCATGGCGCAGCCCGTATGCGGCGGAGTTCATCAGCTCGATGCCCATCGCCGGCACGGACGGCACCATGCGCAAACGCCTCAAGACCACCGCCATGGCCGGCGAAGCGCACGTCAAGACCGGTACGTTGAACACAGTCCGCGCCATTGCCGGCTATAGCCGCGACATCAATGGCAATACCTGGGCGGTCGTGGCGATCCTCAACGATCCGAAGCCATGGGGCGCCTCCTCCGTGCTGGACCAGGTGCTGCTGGACTTGTATCGCCAGCCGAAACTGCCGCAGACGGCGTCGGTGCTCTGA MIKSLRPLLLASLLLPLALPVPTQAATINTALSPNVQKALKNSKLQDHALSLVMVPLNGPGTPTLYNADVSVNPASTMKLVTTYAALEMLGPNHQWKTEFYTDGTLSGGILNGNLYLKGGGDPKLNMEKLWLLMRDLRANGVQQITGDLVLDRSFFIQPQLPEFNDDGNDENKPFLVKPDSLLVNLKALRFVARNDAGRVLISVEPPIASIRIENVVKAANSKQCTGGVRYNPVAQADGSMTVTVSGQLGEGCSSQTYLSLLDHATYTAGAVRAIWKELGGSIQGSDRLAATPKNAKLLARAFSPDLAEIIRDINKYSNNTMAQQLFLSLGAEFRNEADGDDAKAAQRVVRQWLAKKGITAPHLVMENGSGLSRAERVSAREMAAMLQAAWRSPYAAEFISSMPIAGTDGTMRKRLKTTAMAGEAHVKTGTLNTVRAIAGYSRDINGNTWAVVAILNDPKPWGASSVLDQVLLDLYRQPKLPQTASVL PGPT0024035_1075 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024035-dacB-K07259 NA NA D1-35_00784 342 COG3171 putative protein ATGGCGACTAACCGTTCCCAGCGTCTGCGCAAAAAGCTGTGCGTGGATGAATTTCAAGAGCTGGGTTTCGAACTGAACCTGGATTTCAAAGAAGATCTGGCCGATGAGGCTATTGACGCTTTCCTCGACGCTTTCCTGAAAGAAGCCATGGAAGCCAATGGCCTGGGCTATGTCGGCGGTGACGACTATGGTCTGGTCTGCCTGCAGAAGCGTGGCTCGGTGACCGAAGAGCAGCGCGCTGCCGTTGAAGCCTGGCTCAAGGCCCGTCCTGAGCTGACCAGTGTTGAAGTCAGCCCGCTGATGGATGTCTGGTATCCGGAAAAGCCGATCAACAAGGCTTGA MATNRSQRLRKKLCVDEFQELGFELNLDFKEDLADEAIDAFLDAFLKEAMEANGLGYVGGDDYGLVCLQKRGSVTEEQRAAVEAWLKARPELTSVEVSPLMDVWYPEKPINKA NA NA NA NA NA D1-35_00785 1191 ydcO COG3135 Inner membrane protein YdcO ATGACCGAAATCAGCACCGCGCCACTTCGCCCCCTGGCCGATACCTCGCCATCGGCCATCGTCGCCGGTTTCATCGCCATGATGACCGGCTACACCAGCTCACTGGTACTGATGTTCCAGGCCGGGCAGGCGGCGGGGCTGACCAGCGGGCAGATTTCATCATGGATCTGGGCCATCTCCATCGGCATGGCGGTGTGCTCCATCGGCTTGTCGCTGCGCTACCGCACGCCAATCACCATCGCCTGGTCAACACCCGGCGCAGCCTTGCTGATCACCAGCCTGGGCGGCGTGAGTTATGGCGAAGCCATCGGCGCGTACATCACCTGTGCGGTGCTGGTGACGATCTGTGGCCTGACCGGCAGCTTCGAGCGCCTGGTCAAACGCATTCCGGCTTCGCTGGCGGCCGCGCTGCTGGCGGGGATTCTGTTCAAGATCGGCAGCGAAATATTTGTCGCCGCGCAACATCGCACCGGCCTGGTGCTGGGGATGTTCTTTACCTATCTGATCGTCAAGCGCCTGTCGCCCCGCTATGCGGTATTGGCCGCGCTGCTGGTCGGCACTGCCCTGTCGGGCTTGCTCGGACTTCTCGACTTCAGCGGTTTCGCCCTGGAAGTGGCGACACCGGTCTGGACCACGCCAGAATTTTCCCTGGGGGCCACCATCAGCATCGGTATCCCGCTGTTCGTGGTGGCGATGACCTCGCAGAACATGCCTGGCATCGCCGTGCTGCGCGCCGACGGCTACAACGTACCGGCCTCGCCATTGATCACCAGCACCGGCGTTGCGTCGCTGTTGCTGGCCCCATTCGGTTCCCATGGTATCAACCTCGCCGCCATCAGCGCGGCGATCTGCACCGGGCCACATGCCCATGAAGATCGCGACAAGCGCTACACGGCGGCCGTCTGGTGCGGGATTTTCTACGGCTTTGCCGGGGTTTTCGGCGCAACGCTGGCGGCGCTGTTCGCTGCGCTGCCCAAGGAGTTGGTGCTGTCCATCGCGGCATTGGCGCTGTTCGGCTCGATCATCAATGGCCTGAGCATCGCCATGAGCGAAGCGAAGGAACGGGAAGCGGCGTTGATCACCTTCATGGTCACGGCGTCGGGGTTGACGCTGTTTTCCATCGGCTCGGCGTTCTGGGGGATTGTCGCGGGGGTGGTGACCTTGCTCATCCTGAACTGGCGGAATGCCTGA MTEISTAPLRPLADTSPSAIVAGFIAMMTGYTSSLVLMFQAGQAAGLTSGQISSWIWAISIGMAVCSIGLSLRYRTPITIAWSTPGAALLITSLGGVSYGEAIGAYITCAVLVTICGLTGSFERLVKRIPASLAAALLAGILFKIGSEIFVAAQHRTGLVLGMFFTYLIVKRLSPRYAVLAALLVGTALSGLLGLLDFSGFALEVATPVWTTPEFSLGATISIGIPLFVVAMTSQNMPGIAVLRADGYNVPASPLITSTGVASLLLAPFGSHGINLAAISAAICTGPHAHEDRDKRYTAAVWCGIFYGFAGVFGATLAALFAALPKELVLSIAALALFGSIINGLSIAMSEAKEREAALITFMVTASGLTLFSIGSAFWGIVAGVVTLLILNWRNA PGPT0005385_867 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0005385-benE-K05782 NA NA D1-35_00786 765 hypothetical protein ATGAACGAACAGTTGCAACCCCTCAAGAAACAACCGCGAGCAGGCAAAGCCGGCCGCAGCGGAACCCAGGACGATATTGTCTACGCGCACATTTTCGAGGCCATCCTCGAACAGCGTCTGGCGCCTGGTACGAAGTTGAGTGAAGAGGCGCTTGGGGAGATTTTCGGGGTGAGTCGCACCATCATTCGTCGCGCGCTGTCGCGCCTGGCTCATGAAGGCGTGGTGCTGCTGCGCCCGAATCGCGGTGCGGTGGTCGCCAGCCCGAGCGTCGAAGAGGCACGCCAGGTGTTCTTTGCCCGGCGCATGGTGGAGAAGGCGATCACTGAACTGGCGGTACAGCATGCCAGCGCCGAACAGCTTGCCGAGCTGCGGCAGATGGTCAGCGACGAGCGCGACAGTTTTTCCCGAGGGGACCGTGGCGCCGGCATCCGGTTGTCGGGCGAGTTTCACCTCAAGCTGGCCGAGGCGGCAAAAAACGCGCCGCTGATCAGCTTTCAGCGCAGCCTGGTATCACAGACTTCGTTGATCATCGCCCAGTACGAAAGCGGTAACCGTTCCCACTGTTCCTATGACGAACACACCCAGTTGATCGATGCCATCGAGGCCCGTGACGCAGCCCTGGCGGTGAACCTGATGATGCATCACATGGATCACATCGACAGCAAGCTCAACCTCGACGAAGAAAGCGCGTCGGACGATTTGCATGCAGTGTTCTCGCATCTGTTGCAGAGCAAGAAGCCGGGGCGGTCGACGGCCAAGCTCTGA MNEQLQPLKKQPRAGKAGRSGTQDDIVYAHIFEAILEQRLAPGTKLSEEALGEIFGVSRTIIRRALSRLAHEGVVLLRPNRGAVVASPSVEEARQVFFARRMVEKAITELAVQHASAEQLAELRQMVSDERDSFSRGDRGAGIRLSGEFHLKLAEAAKNAPLISFQRSLVSQTSLIIAQYESGNRSHCSYDEHTQLIDAIEARDAALAVNLMMHHMDHIDSKLNLDEESASDDLHAVFSHLLQSKKPGRSTAKL NA NA NA NA NA D1-35_00787 1305 guaD COG0402 Guanine deaminase ATGCCCCTGACACGCAAAGCCTACCGCGCCGCCCTGCTCCACAGCCTCGCCGACCCGGCCGAAGTCGGTATCGAGGCGTCCTATGAGTATTTCGAGGATGGCCTGCTGGTAGTTGAAAATGGCCTGATCAGCACTATCGGCCACGCCAGCGATTTGTTGCCGACCCTTCCGGCGGATATCGAGATCACGCACTACCAGGACACCCTGATCACTCCCGGCTTCATCGACACCCATATCCACCTGCCGCAGACCGGCATGGTGGGCGCCTATGGCGAGCAGTTGCTGGATTGGCTCAACACCTACACGTTCCCCTGCGAAAGCCAGTTCGCCGACCCGGCCCACGCCGAGGCGGTGGCGGACATTTTCGTCAAGGAACTGCTGCGCAACGGCACCACCACAGCCCTGGTATTCGGCAGTGTGCACCCGCAATCGGTGAACGCTTTTTTTGAGGTTGCCGAGAAACTCGACCTGCGGATGATCGCCGGCAAGGTCATGATGGACCGCAACGCGCCGGACTACCTGGTCGACACCGCCGAATCCAGCTACACCGAGAGCAAGGCGCTGATCGAACGCTGGCATGGCAAGGGTCGCCTGCATTACGCCGTGACCCCGCGCTTCGCGCCGACCAGCACGCCGGAGCAGCTGACCCTGGCCGGCCAGTTACTCGGCGAATACCCGGACCTGTACATGCAGACGCACATCAGCGAGAACCTGCAGGAAGTGCAATGGGTCAAGGAGCTGTTCCCCGAGCGCAAAGGCTACCTGGACGTCTACGACCACTACCAATTGCTCGGCGAGCGCTCGGTGTTTGCCCATGGCGTGCATCTGTGCGACGAAGAATGCGCACGCCTGGCACAAACCGGTTCGGCCATCGCGTTCTGCCCGACCTCGAACCTGTTCCTGGGCAGCGGCCTGTTCAACCTGCCGATGGCCGAGAAGCACAAAGTCAATGTGGGCCTTGGCACCGACGTGGGCGGCGGAACCAGTTTTTCGCTGCTGCAAACCCTGAACGAAGCCTACAAGGTCATGCAGTTGCAAGGTGCGCGACTGAGCCCGTTCAAATCGCTGTACCTGGCCACCCTCGGCGGCGCCCGGGCCTTGCGCCTGGAAGACCGGATCGGCACGTTGCAGCCGGGCACGGACGCGGACTTCCTGGTGCTGGACTACAACACCACGCCGCTGTTGAGCTATCGCCTGAAGCAGGCCAAGGACATGGCCGAGCGGTTGTTCGTACTGATGACCCTGGGGGATGACCGGACGGTGGCGCAGACTTATGCGGCAGGCCGGTTGGTGCACCAGCGCTAA MPLTRKAYRAALLHSLADPAEVGIEASYEYFEDGLLVVENGLISTIGHASDLLPTLPADIEITHYQDTLITPGFIDTHIHLPQTGMVGAYGEQLLDWLNTYTFPCESQFADPAHAEAVADIFVKELLRNGTTTALVFGSVHPQSVNAFFEVAEKLDLRMIAGKVMMDRNAPDYLVDTAESSYTESKALIERWHGKGRLHYAVTPRFAPTSTPEQLTLAGQLLGEYPDLYMQTHISENLQEVQWVKELFPERKGYLDVYDHYQLLGERSVFAHGVHLCDEECARLAQTGSAIAFCPTSNLFLGSGLFNLPMAEKHKVNVGLGTDVGGGTSFSLLQTLNEAYKVMQLQGARLSPFKSLYLATLGGARALRLEDRIGTLQPGTDADFLVLDYNTTPLLSYRLKQAKDMAERLFVLMTLGDDRTVAQTYAAGRLVHQR PGPT0021515_1503 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487 NA NA D1-35_00788 837 hypothetical protein ATGTACAACTGGATCAGCGCCCTCGCCGACCTGCAAACCCGCGGCGAACCCTGCGTGCTGGTGACGATCATCGAGGAGCTCGGCTCCACCCCGCGCAACGCCGGCTCGAAGATGGTCATCAGCGCCCGCCAGACATTCGACACCATTGGCGGCGGTCATCTGGAATACAAGGCGATGGAGATTGCCCGGCAGATGCTTGCCAGCGGCCAGCAGAACACCCATCTCGAGCGCTTCAGCCTCGGCGCCAGCCTGGGCCAGTGCTGCGGTGGCGTTACCGTGTTGCTGTTCGAACCCATGGGCCAGGTCCAGGCGCAGATTGCCGTGTTCGGTGCCGGTCATGTCGGCCGCGCCCTGGTGCCGCTGCTGGCGAGCCTGCCTTGCCGGGTGCGCTGGATCGACTCGCGGGAATCGGAATTTCCTGAGCAGTTGCCCCACGGCGTACAGAAAATCGTGACTGAAGACCCGCTGGACGAAGTCGACGAACTGCCCGCCGGCAGCTACTGCATCGTCATGACCCACAACCACCAGCTCGACCTGGAACTGAGCGCCGCGATCCTCAAGCGCAACGACTTCGCCTACTTCGGCCTGATCGGCTCGAAGACCAAACGCGTCAAGTTCGAACATCGCCTGCGTGATCGCGGCTTCGACAGTGGCGCCCTGCAACGCATGCGCTGCCCGATGGGCATCGGCGAAGTCAAAGGCAAGCTGCCCGTTGAAATCGCCATCTCCATCGCCGGCGAAATCATCGCCACCTATAACGCGGATTTCGGCCAGCACACCTCCCGCGCCGAACCCATTGCCAGGTTGCTGCCGGTCTCGCGCCGCAACCAGCGTTAA MYNWISALADLQTRGEPCVLVTIIEELGSTPRNAGSKMVISARQTFDTIGGGHLEYKAMEIARQMLASGQQNTHLERFSLGASLGQCCGGVTVLLFEPMGQVQAQIAVFGAGHVGRALVPLLASLPCRVRWIDSRESEFPEQLPHGVQKIVTEDPLDEVDELPAGSYCIVMTHNHQLDLELSAAILKRNDFAYFGLIGSKTKRVKFEHRLRDRGFDSGALQRMRCPMGIGEVKGKLPVEIAISIAGEIIATYNADFGQHTSRAEPIARLLPVSRRNQR PGPT0007280_3243 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D1-35_00789 2400 pucD COG1529 putative xanthine dehydrogenase subunit D ATGTCTAACCATCACGCCGTAGAGAAGACCCAGGCCGAACTGGCCGAGCTGTTCGCCCGCGACCTCACCACGGGCGTGGGCCGCAGTGTCAAGCATGACAGCGCTGCCAAACACGTGTCCGGCGAAGCCCAGTACATCGATGACCGGCTTGAATTTCCCAATCAGTTACACGTCTATGCCCGGCTGTCGGACCGCGCCCATGCGCGAATCCTGCGTATCGACACCACGCCCTGCTACGCCTTCGAAGGGGTGCGCATCGCCATTACCCATCAGGACATACCAGGCCTGAAGGACATTGGCCCGTTGTTGCCCGGCGACCCGCTGCTGGCGATCGATGACGTGCAGTTCGTCGGCCAACCGGTACTCGCCGTGGCGGCCAGGGATCTGGAGACCGCACGCCAGGCAGCCATGGCCGCGATCATTGAATATGAAGACCTCGAACCGGTGCTGGATGTGGTCGAGGCGCTGCGCAAGCGGCACTTCGTGCTCGACAGTCACACCCACCAGCGCGGCGATTCGGCCACGGCGCTGGCTACCGCCGAACATCGCATCCAGGGCTCGCTGCACATCGGCGGCCAGGAACACTTTTACCTGGAAACCCAGATTTCCTCGGTGATGCCCACCGAAGACGGCGGCATGATCGTCTACTGCTCGACCCAGAACCCCACCGAAGTGCAGAAGCTGGTGGCCGAAGTGTTGGGCGTGTCGATGAACAAGGTCGTGGTGGACATGCGCCGCATGGGCGGCGGCTTTGGCGGCAAGGAAACCCAGGCCGCCAGCCCGGCCTGCCTGTGCGCCGTCATCGCGCATCTCACCGGCCAGCCGACCAAGATGCGCCTGCCCCGGGTGGAGGACATGCTGATGACCGGCAAGCGCCATCCTTTCTATATCGAATACGACGTTGGCTTCGACGACATCGGGCGCCTGCATGGCATCGCCCTGGAACTGGCCGGCAACTGCGGTTGCTCGCCGGACCTGTCGGCCTCGATTGTCGACCGGGCGATGTTCCATGCCGACAATGCCTACTACCTGGGCGATGCGACCATCAACGGCCATCGCTGCAAGACCAACACCGCGTCGAACACCGCTTACCGTGGTTTCGGCGGGCCCCAAGGCATGGTCGCCATCGAAGAGGTGATGGATGCCATCGCCCGGCACCTGGGGCTCGACCCGCTGGCGGTGCGCAAGGTCAACTACTACGGCAAGACCGAGCGCAACGTCACGCACTACTACCAGACCGTCGAGCACAACATGCTCGAGGAAATGACCGCTGAACTGGAGGAAAGCAGCCAGTACGCCGAGCGCCGCGAAGCGATCCGCCGCTACAACGCAGGCAGCCCGATCCTCAAGAAGGGCCTGGCGCTGACGCCGGTGAAGTTCGGCATTTCCTTCACCGCCAGTTTCCTCAACCAGGCCGGGGCGTTGATTCACGTCTACACCGACGGCAGCATCCACCTGAACCACGGCGGCACGGAAATGGGCCAAGGGCTCAATACCAAAGTCGCCCAAGTGGTTGCCGAGGTGTTCCAGGTGGAAATGGACCGCGTGCAGATCACCGCGACCAACACCGACAAGGTCCCGAACACCTCGCCCACCGCCGCGTCCAGCGGCGCCGACCTGAACGGCAAGGCCGCGCAGAATGCCGCCGAAACCATCAAGCAACGGCTGGTGGAATTCGCCGCGCGGCAATACAAGGTCAGCGAAGAAGACGTGGAATTCCACAACGGCCACGTGCGGGTGCGCGATCACATCCTGACCTTCGAAGCGCTGGTACAACAGGCTTACTTCGCCCAGGTCTCGCTGTCGAGCACCGGGTTCTACAAGACCCCGAAAATCTACTACGACCGCAGCCAGGCCCGTGGCCGGCCGTTCTATTACTATGCCTTCGGCGCCGCGTGTGCCGAGGTGATCGTCGACACCCTCACCGGCGAATACAAGATGCTGCGCACCGACATCCTCCACGACGTTGGCGCCTCGCTGAACCCGGCCATCGACATCGGCCAGGTCGAGGGCGGCTTCATCCAGGGCATGGGCTGGCTAACCATGGAAGAACTGGTGTGGAACGACAAGGGCAAGCTGATGACCAATGGCCCGGCCAGCTACAAGATCCCGGCCGTGGCCGACATGCCGTTGGACCTGCGGGTGCGACTGGTGGAAAACCGCAAGAACCCCGAAGACACGGTGTTCCATTCCAAGGCCGTGGGCGAGCCGCCGTTCATGCTCGGCATCGCCGCGTGGTGCGCCATCAAGGACGCCGTGGCGAGCCTGGGGGATTATCGGCAGCAACCGAAAATCGATGCGCCGGCGACGCCGGAGCGGGTGTTGTGGGGATGTGAGCAGATGCGCCAGCCAAAGGCTGTGAAGCCTGCGGCAGCCGAAGCCGAAGTGGCTTCGCTCTAG MSNHHAVEKTQAELAELFARDLTTGVGRSVKHDSAAKHVSGEAQYIDDRLEFPNQLHVYARLSDRAHARILRIDTTPCYAFEGVRIAITHQDIPGLKDIGPLLPGDPLLAIDDVQFVGQPVLAVAARDLETARQAAMAAIIEYEDLEPVLDVVEALRKRHFVLDSHTHQRGDSATALATAEHRIQGSLHIGGQEHFYLETQISSVMPTEDGGMIVYCSTQNPTEVQKLVAEVLGVSMNKVVVDMRRMGGGFGGKETQAASPACLCAVIAHLTGQPTKMRLPRVEDMLMTGKRHPFYIEYDVGFDDIGRLHGIALELAGNCGCSPDLSASIVDRAMFHADNAYYLGDATINGHRCKTNTASNTAYRGFGGPQGMVAIEEVMDAIARHLGLDPLAVRKVNYYGKTERNVTHYYQTVEHNMLEEMTAELEESSQYAERREAIRRYNAGSPILKKGLALTPVKFGISFTASFLNQAGALIHVYTDGSIHLNHGGTEMGQGLNTKVAQVVAEVFQVEMDRVQITATNTDKVPNTSPTAASSGADLNGKAAQNAAETIKQRLVEFAARQYKVSEEDVEFHNGHVRVRDHILTFEALVQQAYFAQVSLSSTGFYKTPKIYYDRSQARGRPFYYYAFGAACAEVIVDTLTGEYKMLRTDILHDVGASLNPAIDIGQVEGGFIQGMGWLTMEELVWNDKGKLMTNGPASYKIPAVADMPLDLRVRLVENRKNPEDTVFHSKAVGEPPFMLGIAAWCAIKDAVASLGDYRQQPKIDAPATPERVLWGCEQMRQPKAVKPAAAEAEVASL PGPT0007265_244 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007265-xdhB|pucD-K13482 NA NA D1-35_00790 1455 hypothetical protein GTGATCCAGTTTTTACTCAACCAGGAACTCCGTAGCGAGCACGCCCTGGACCCGAACCTGACCGTGCTCAACTATCTGCGCGAGCATGTTGGCAAACCCGGCACCAAGGAAGGCTGCGCCAGCGGCGACTGTGGTGCATGCACCGTGGTGGTGGGCGAACTGGAAACGGACGCGAACGGTAGCGAGCGCATCCGCTACCGCAGCCTCAATTCGTGCCTGACCTTCGTCTCGTCGCTGCACGGCAAGCAACTGATCAGCGTCGAAGACCTCAAGCACAATGGCCAGTTGCACAGCGTCCAGCAGGCGATGGTCGACTGCCACGGCTCGCAATGCGGTTTCTGCACCCCGGGCTTCGTCATGTCGCTGTTCGCCCTGCAAAAGAACAGCGAACAACCCGACGCCCACAAGGCCCACGAAGCCTTGGCCGGCAACCTGTGCCGCTGCACCGGCTACCGGCCGATCCTGGCGGCGGCCGACCAGGCCTGCTGCGGCAAACAACCGGACCAGTTCGACGCCCGCGAAGCCCAGACCATCGCCCGCCTGAAAGCCATTGCCCCGACCGAAACCGGAGAGCTCAACAGCGGTGACAAGCGTTGCCTGGTGCCGCTGACCGTGGCCGACCTGGCCGACCTCTACGACGCCTATCCGCAGGCGCGGCTACTGGCGGGCGGCACCGATCTGGCGCTGGAGGTCACGCAGTTCCACCGCACCCTGCCGGTGATGATCTACGTAGGTAGCGTCGCCGAACTCAAGCGCATCGAGCGTTTTGAAGACCGTTTGGAGATCGGCGCCGCCACCGCGCTTTCCGATTGCTACGAGGCATTAAAAGCCGAATACCCGGATTTCGGCGAACTGCTGCAGCGTTTCGCCTCGCTACAGATCCGCAACCAGGGCACGTTGGGCGGCAACATCGGCAACGCCTCGCCCATCGGCGACTCCCCGCCCCTGCTGATCGCCCTCGGCGCGCAGATCGTGCTGTGCAAGGGCCAGACCCGCCGCACCCTGGCCCTGGAAGACTATTTCATCGACTACCGGGTAACCGCCCGCCAGGAAAGCGAATTTATCGAAAAGATCATCGTGCCCCGAGCCAGCGCCGAACAGACGTTCCGCGCCTACAAGGTTTCCAAGCGCCTGGACGATGACATTTCCGCAGTGTGCGCGGCGTTCAACCTGCATATTGAAAACGGTCTGGTGGAGGACGCGCGTGTCGCCTTCGGCGGCATGGCCGCAACACCCAAGCGTGCCAGGCACTGTGAAGCCGCACTGATCGGCGCGCCGTGGAACGACAGCACCCTCGAACGCGCCTGCGCGGCCTTGGCCGAGGATTTCACGCCGCTGTCGGACTTCCGCGCCAGCAAGGAATACCGTCTGCTCAGCGCCCGCAACCTGCTGCGCAAATACTTCATCGAGCTGCAAACGCCGCACATCGAGACTCGGGTGACCGCTTATGTCTAA MIQFLLNQELRSEHALDPNLTVLNYLREHVGKPGTKEGCASGDCGACTVVVGELETDANGSERIRYRSLNSCLTFVSSLHGKQLISVEDLKHNGQLHSVQQAMVDCHGSQCGFCTPGFVMSLFALQKNSEQPDAHKAHEALAGNLCRCTGYRPILAAADQACCGKQPDQFDAREAQTIARLKAIAPTETGELNSGDKRCLVPLTVADLADLYDAYPQARLLAGGTDLALEVTQFHRTLPVMIYVGSVAELKRIERFEDRLEIGAATALSDCYEALKAEYPDFGELLQRFASLQIRNQGTLGGNIGNASPIGDSPPLLIALGAQIVLCKGQTRRTLALEDYFIDYRVTARQESEFIEKIIVPRASAEQTFRAYKVSKRLDDDISAVCAAFNLHIENGLVEDARVAFGGMAATPKRARHCEAALIGAPWNDSTLERACAALAEDFTPLSDFRASKEYRLLSARNLLRKYFIELQTPHIETRVTAYV PGPT0007250_729 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007250-xdhA-K13481 NA NA D1-35_00791 660 hypothetical protein ATGACGTTCAAGGCCCCGGACAGCCTCGCCGAGCAAATCGCCCATTACCTCGCCGAACGCATCATTCGCGGCGAAATGAAACCGGGAGAGCGCATCCAGGAGCAAAAGGTCACGCTGGCGCTCAATGTCAGTCGCGGCTCGGTCCGCGAGGCTTTGCTGATCCTCGAGCGGCGTCATCTGATCGCTATCCTGCCGCGCCGTGGCGCCCACGTCACCGAGCTTACCGAGCACAAGGTGCGCAGCCTGTGCGCGTTGATGAGCGAGCTCTACATCCTGCTGGGCAATGCGGTGGCTCATGGCTGGAAGGAACAGGCCGACATGGCCCCGTTCGTGGCGATCCAGCAACGCCTACAGCAAGCTTACGAGCGCCAGGACATCCGCACCTTCGTTGATGAAAGCTTCAGCGTGATGCGCGCGGCCTATCCGTTTGCCGACAATCCGTATCTGCAAGAGACCGTCGAGAACCTGCAACCGGCGATGAGTCGCGCCTACTTCCTGGCACTTGAGCAGCGCAAGGCTGAAATGAGCGAATTCCTCGACCTGTTCCAGCGTCTGCTTGTAGCGGTGCTGGCCCGCGATCTGCCGCAGATCCGCATCGTGCTGACGGCCTATGCCCAGCGCAGTTGCGATCTGGTGGTTTCGGCCCTGACGGCGGCCTGA MTFKAPDSLAEQIAHYLAERIIRGEMKPGERIQEQKVTLALNVSRGSVREALLILERRHLIAILPRRGAHVTELTEHKVRSLCALMSELYILLGNAVAHGWKEQADMAPFVAIQQRLQQAYERQDIRTFVDESFSVMRAAYPFADNPYLQETVENLQPAMSRAYFLALEQRKAEMSEFLDLFQRLLVAVLARDLPQIRIVLTAYAQRSCDLVVSALTAA NA NA NA NA NA D1-35_00792 3489 smc_2 COG1196 Chromosome partition protein Smc GTGCGGCTCAAGTGCATCAAGCTGGCGGGGTTCAAATCCTTCGTCGACCCGACCACGGTGAACTTCCCCAGTAACATGGCGGCGGTGGTCGGGCCCAATGGCTGCGGCAAGTCGAACATCATCGACGCCGTGCGCTGGGTGATGGGCGAAAGCTCGGCCAAGAACCTGCGCGGCGAATCGATGACCGACGTCATCTTCAACGGCTCCACCAGTCGCAAGCCGGTGAGCCAGGCCAGTATCGAGCTGGTGTTCGATAACTCCGACGGCACTTTGATCGGTGAATACGCGGCCTACGCGGAAATCTCCATTCGTCGCAAAGTGACCCGCGACAGCCAGAACAGCTATTTCCTCAACGGCACCAAATGCCGTCGCCGCGACATCACTGACATCTTCCTCGGCACCGGCCTGGGCCCGCGCAGCTACTCGATCATCGAGCAGGGCATGATCTCCAAGCTGATCGAGGCCAAGCCGGAAGACCTGCGTAATTTCATCGAGGAAGCCGCCGGCATCTCCAAGTACAAGGAGCGGCGCCGGGAAACCGAAAACCGCATCCGCCGTACCCACGAGAACCTTGCGCGCCTGACCGACTTGCGCGAGGAGCTCGAACGTCAGCTCGAACGACTGCATCGCCAGGCCGAGGCCGCCAAGAAGTATCAGGAATACAAGGGCGAGGAGCGCCAGCTCAAGGCCCAGCTTTCAGCGTTGCGCTGGCAGGCGTTGAACGAACAGGTCGGCCAGCGAGAGGCGATCATCGGCAACCAGGAAGTCAGTTTCGAAGCACTGGTGGCCGAGCAGCGCAATGCCGATGCCGCCATCGAGCGCCTGCGCGACGGGCACCACGAACTGTCCGAGCGCTTCAATCTGGTGCAGGGACGCTTCTATTCGGTGGGTGGCGACATTGCCCGGGTCGAACAGAGTATCCAGCACGGCCAACAGCGTTTGCGCCAGTTGCAGGACGATTTGAAGGAAGCCGAGCGCGCGCGCCTGGAAACCGAATCCCACCTGGGCCACGACCGCACCTTGTTGCTGACCCTTGGTGAAGAGCTGGACCGTCTTGTGCCGGAACAGGAAATCACCAGCGCCGCCGCCGAAGAGGCCGCGGCAGCCCTGGAAGAAGCCGAGCTGACCATGCACGGCTGGCAGGAGCAGTGGGACAGTTTCAACCTGACTTCCGCCGAACCGCGGCGCCAGGCCGAGGTGCAGCAGTCGCGCATCCAGCAGCTCGAAACCAGCATGGAACGTTTGGCTGAACGGCAACGGCGCCTGGCTGAAGAGCGGGCGTTGCTCGCTGCGGATCCGGAAGACGCGGCGATCCTCGACCTGAGCGAGCAGCTCGCCACCAGCGAAGCGACCCTGGAAGATTTGCAGGCCAGCGAAGACGCCCAGGTCGAGCGGCTGGAACAACTGCGCCAAGCCTTGCAACTGGCCTTGCAGAACCAGCAGCAGGCCCAGGGCGAACTGCAACGCCTCAACGGCCGCCTGGCCTCGCTGGAAGCGTTGCAACAGGCCGCGCTGGACCCAGGCACCGGCACGGCCGAGTGGTTGCGCGACCAGCATCTGGCCGAGCGCCCGCGTCTGGCCGAGGGGTTGAAAGTCGACGCGGGCTGGGAGCTGGCGGTGGAAACCGTGCTGGGCGCCGACCTGCAAGCGGTGCTGGTGGATGATTTCGCCGGCTTCGATCTCTCGGGGTTTGCCCAAGGCGATTTGCGCCTGCTCAGTCCGGCTGGCGATGGCGTGCGGATCCCTGGAAGTCTGCTGGACAAAGTCGAGGCCCAGGTTGACTTGTCGCCCTGGTTGGGTCAGGTCAAACCCGTGGATAGCCTGGAGCAGGCCCTGGCCTTGCGTGGTCAATTGGCCGCCGGCGAGAGCCTGATCAGTCGTGACGGGTACTGGGTCGGCCGGCATTTCCTGCGGGTGCGCCGGGCCGGCGAGGCCGAAAGCGGCATGCTCGCCCGTGGCCAGGAAATCCAGCGTCTGGTCGCCGAGCGCGAAGAGCGCGAGGCCAGCGTCGAAGCCCTGGAAACCGAATTGCAGAACCTGCGGGCGCAACAGCGCCAGCAGGAAAACGGTCGCGAACACCTGCGCCGCTTGTTGCAGGACGAGGCGCGCCAGCAGGGCGAACTCAAGGCGCAGCTGTCCGCTGGCAAGGCCAAGGTTGAACAACTGGCCCTGCGGCGCACCCGTCTCGATGAAGAAATCGCCGAGTTGGGCGAACAGCGGGCGCTGGAGCATGAACAGATCGGCGAGGCGCGCCTGCAATTGCAGGAAGCCCTCGACGCCATGGCGCTGGACACCGAACAACGCGAATTGCTCCTGGCCCAGCGTGACAGCCTGCGCGAACGCCTCGATCGGGTGCGCCAGGAAGCGCGCCAACACAAGGATCATGCCCATCAGCTGGCAGTGCGCCTGGGCTCGCTCCAGGCCCAATACGATTCCACGCGCCAGGCGCTGGAACGTTTGGAAATGCAATCCGAACGCCTCACCGAAAAGCGCGAACAGCTGAGCCTCAACCTGGAGGAGGGCGAGGCGCCGCTGGAGGAGCTGCGCCTGAAACTCGAGGAATTGCTCGACAAACGCATGAGCGTCGACGAAGAACTCAAGACCGCGCAGATCGCGCTGGAGGACGCCGACCGCGAACTGCGCGACGCGGAGAAGCGCCGCAGCCAGGCCGAGCAGCAATCCCAGCTGATTCGCGGCCAGATGGAGCAGCAGCGCATGGAATGGCAGGCCCTGACGGTCCGCCGCAAAGCCTTGCAGGACCAGTTGCTGGAGGACGGCTACGACCTCAACGGAGTGCTCGCCACCCTCGTGGCAGGTGCCAACGAGAAAGAGGCCGAGGAAGAACTCGAACGCATTGCCGCGCGCATCCAGCGCCTGGGCGCGATCAACCTGGCCGCCATCGACGAGTATCAGCAGCAGTCCGAGCGCAAGCGCTACCTCGACGCCCAGAACGATGACCTGGTGGAGGCGCTGGAGACCCTGGAAAACGTCATTCGCAAGATCGACAAGGAAACCCGCAATCGCTTCAAGGATACCTTTGATCAGATCAACGGCGGTTTGCAGGCACTTTTCCCGAAAGTTTTCGGCGGCGGCAGTGCCTATTTGGAACTGACGGGCGAAGATCTACTCGATACTGGGGTGACAATCATGGCGCGTCCTCCCGGCAAGAAGAACAGCACCATTCATTTACTTTCCGGCGGCGAAAAGGCCCTGACCGCATTGGCCCTGGTTTTTGCCATTTTCAAGTTGAATCCGGCGCCGTTCTGCATGCTCGACGAAGTCGATGCGCCACTGGACGACGCCAACGTGGGCCGTTACGCACGTCTGGTAAAGGAAATGTCTGAAACGGTGCAGTTCATCTACATCACCCATAACAAAATCGCCATGGAAATGGCCGATCAGTTGATGGGCGTCACCATGCATGAGCCGGGTTGCTCGCGACTGGTGGCGGTGGATGTGGAAGAGGCCATGGCCATGGTTGATGCGTAA MRLKCIKLAGFKSFVDPTTVNFPSNMAAVVGPNGCGKSNIIDAVRWVMGESSAKNLRGESMTDVIFNGSTSRKPVSQASIELVFDNSDGTLIGEYAAYAEISIRRKVTRDSQNSYFLNGTKCRRRDITDIFLGTGLGPRSYSIIEQGMISKLIEAKPEDLRNFIEEAAGISKYKERRRETENRIRRTHENLARLTDLREELERQLERLHRQAEAAKKYQEYKGEERQLKAQLSALRWQALNEQVGQREAIIGNQEVSFEALVAEQRNADAAIERLRDGHHELSERFNLVQGRFYSVGGDIARVEQSIQHGQQRLRQLQDDLKEAERARLETESHLGHDRTLLLTLGEELDRLVPEQEITSAAAEEAAAALEEAELTMHGWQEQWDSFNLTSAEPRRQAEVQQSRIQQLETSMERLAERQRRLAEERALLAADPEDAAILDLSEQLATSEATLEDLQASEDAQVERLEQLRQALQLALQNQQQAQGELQRLNGRLASLEALQQAALDPGTGTAEWLRDQHLAERPRLAEGLKVDAGWELAVETVLGADLQAVLVDDFAGFDLSGFAQGDLRLLSPAGDGVRIPGSLLDKVEAQVDLSPWLGQVKPVDSLEQALALRGQLAAGESLISRDGYWVGRHFLRVRRAGEAESGMLARGQEIQRLVAEREEREASVEALETELQNLRAQQRQQENGREHLRRLLQDEARQQGELKAQLSAGKAKVEQLALRRTRLDEEIAELGEQRALEHEQIGEARLQLQEALDAMALDTEQRELLLAQRDSLRERLDRVRQEARQHKDHAHQLAVRLGSLQAQYDSTRQALERLEMQSERLTEKREQLSLNLEEGEAPLEELRLKLEELLDKRMSVDEELKTAQIALEDADRELRDAEKRRSQAEQQSQLIRGQMEQQRMEWQALTVRRKALQDQLLEDGYDLNGVLATLVAGANEKEAEEELERIAARIQRLGAINLAAIDEYQQQSERKRYLDAQNDDLVEALETLENVIRKIDKETRNRFKDTFDQINGGLQALFPKVFGGGSAYLELTGEDLLDTGVTIMARPPGKKNSTIHLLSGGEKALTALALVFAIFKLNPAPFCMLDEVDAPLDDANVGRYARLVKEMSETVQFIYITHNKIAMEMADQLMGVTMHEPGCSRLVAVDVEEAMAMVDA NA NA NA NA NA D1-35_00793 852 zipA Cell division protein ZipA ATGGAAATCGGTCTGCGCGAGTGGCTGATCGTCATCGGCATCATTGTCATTGCCGGTATTCTTTTCGACGGCTGGCGTCGCATGCGCGGCGGCAAGGGGAAACTCAAGTTTCGCCTGGATCGCAGCCTGTCGAACCTGCCGGATGAAGATGACAGTGCCGAACTGCTGGGCCCGCCCCGGGTGCTGGATACCCACAAGGAGCCGCAGCTGGACGAACACGACCTGCCGTCCATGAGCGCGCCGGCGCGCGAGCCACGTGAGTCGGGCTCCAAGCGCGGCAAGCGCAACAGTGAGCCGTCCCAGGGCGACCTGAACCTGAACCTCGACCTCGATGGCGGTCCAGGCTTCAGCAGCCGTGACGGTGATTTCCCGGACGAGAGCAAGGCCTCCGGTTCCAACGGTGACAAGGACCAGGCCCAGGCTGAAGAAGTGCTGGTGATCAGTGTGATCTGCCGCGATCCAGCCGGCTTCAAGGGCCCGGCGTTGCTGCAGAACATCCTCGAAAGTGGCCTGCGTTTCGGCGAAATGGATATTTTCCATCGCCACGAAAGCATGGCAGGCAATGGCGAGGTGCTGTTTTCCATGGCCAACGCCGTCAAGCCAGGCGTGTTCGATCTGGACGACATCGATCATTTCAGTACCCCGGCGGTGAGCTTCTTCCTTGGGCTGCCAGGCCCGCGCCATCCAAAACAGGCTTTCGATGTGATGGTGGCCGCGGCTCGCAAGCTGGCCCAGGAACTCAACGGTGAATTGAAGGATGACCAGCGCAGCGTGCTGACTGCCCAGACCATCGAGCATTACCGCCAGCGCATCGTCGAGTTCGAGCGCCGGGCATTGACCCAGAAACGCTGA MEIGLREWLIVIGIIVIAGILFDGWRRMRGGKGKLKFRLDRSLSNLPDEDDSAELLGPPRVLDTHKEPQLDEHDLPSMSAPAREPRESGSKRGKRNSEPSQGDLNLNLDLDGGPGFSSRDGDFPDESKASGSNGDKDQAQAEEVLVISVICRDPAGFKGPALLQNILESGLRFGEMDIFHRHESMAGNGEVLFSMANAVKPGVFDLDDIDHFSTPAVSFFLGLPGPRHPKQAFDVMVAAARKLAQELNGELKDDQRSVLTAQTIEHYRQRIVEFERRALTQKR NA NA NA NA NA D1-35_00794 2358 ligA COG0272 DNA ligase ATGAACGCCGTCGAAACCCGCATCCTGGAGCTGCGCTCCGAGCTGGACCAGCATAACTATCGCTACCACGTCCTTGACGAACCGACCATCCCGGACGCCGAGTACGATCGCCTGTTCCACGAACTCAAGGCCCTGGAAGAGCAGCATCCGGAGCTGGTGACCAGCGATTCCCCGACCCAACGGGTCGGCAGCGTGGCGCTGTCGGCGTTCAGCCAGGTGCGTCATGAAATCCCGATGCTCAGCCTGGGCAACGCCTTCGATGAAAACACCATGCGTGAGTTCGACCGCCGGGTGACGGAAGGTCTGGACTTGCCCACGGGCGATTTGCTCGGCGCTGGCGCGGCGGTGGAGTACAGCTGCGAACCGAAACTCGATGGCCTGGCCGTCAGCCTGTTGTATCAGGACGGCATGCTGGTGCGCGGCGCGACGCGCGGTGACGGAACCACGGGCGAGGACATCAGTGTCAACGTGCGCACCGTGCGCAATATTCCTCTCAAGCTGCAGGGCAGCGGCTGGCCACCGGTGTTGGAAGTGCGTGGCGAGGTGTACATGTCCAAGGCCGGTTTCGAGCGTCTCAACGCTACGCAACTGGAGGTGGGCGGCAAGACCTTCGCCAACCCGCGCAACGCCGCGGCGGGCAGTTTGCGCCAGCTGGATTCGAGGATCACCGCCAACCGTCCCCTGGAGTTCTGCTGCTATGGTATCGGCCAGGTGACCTCGGACATCGCCGATACCCACATCGGCAACCTCAAGCAGCTCAAGGCCTGGGGCATGCCCGTCAGCCGCGAGCTGAAGCTGGCCCACGGTATCGACGAATGCCTGGACTACTACCGCGACATCGGCGAACGGCGCAATTCGCTGCCCTACGAAATCGACGGCGTGGTGTTCAAGGTCAACAGCATCGCCTCGCAGCGCGAGCTGGGTTTTCGGGCACGGGAGCCGCGCTGGGCCATCGCGCATAAATTCCCCGCCAGCGAAGAACTCACCGAGTTGCTGGACGTGGAGTTCCAGGTCGGCCGCACCGGCGCCGTCACCCCCGTGGCGCGGCTCAAGCCGGTCAAGGTGGCTGGCGTGACCGTGGCCAACGCCACGCTGCACAACATGGACGAAGTGGCGCGGCTGGGCTTGATGATCGGCGATACGGTGATCATTCGCCGCGCCGGCGACGTCATTCCGCAGGTGGTGCAGGTTGTCACCGAGCGTCGTCCGGACAACGCCCGGGCGGTGCAGGTGCCTGAGCAGTGTCCGGTCTGCGGTTCCCATGTCGAGCGCACGCAACTGATCAAACGCAGCAAGGGCCGCGAAACCGTCAGCGAAGGCGCGGTGTACCGCTGCGTCGGTCGGCTGGCCTGCGGCGCGCAGCTCAAGCAGGCGATCATCCACTTTGTCTCGCGCCGGGCGATGGACATCGAAGGCCTGGGTGAAAAAAGCGTCGAGCAGTTGGTGGATGAAGGTCTGGTGGGCTCGCCAGCCGATCTCTACGCGCTGACGTTCGAGCAAGTGGTCGATCTGGAAGGTTTCGCCGAGTTGTCGAGCAGGAACCTGCTGGCGGCTATCGTCGACAGCAAGAAGCCGAGCCTGGCGCGCTTCATCTATGCCCTCGGCATTCCAGACGTGGGCGAGGAAACCGCCAAGATCCTGGCCCGCTCCCTCGGTTCGCTGGAGCGCGTGCAGGCGGCCTTGCCCCAAGTGCTGACGTACTTGCCGGATGTCGGCCTGGAAGTCGCTCATGAGATCCACAGCTTTTTTGAGGATCCGCACAATCGCCAGGTCATCAAGGATTTGCTGCGTCATGGCCTGGAGATTCAGGACCAGGGCGAACTCGGCGCCGAGTTTTCCGCCAGCACCACCCTGGGCGGCTTCCTCGACAAGCTGCACATCCCTTCGGTCGGACCGGGCGGGGCGCAAAAACTGGCGGACAAATTCGGCTCCCTCGAAGCGGTCATGAATGCCGACTGGCTGGACATGCGCCAGGCATTGCCGGAAAAGCAGGCCAACGCCGTGCGGGAGTACTTCGCCAGCGCCGCCAGCCGCGAGCTGGCCGTGGCCGCAGAGCAGCAATTGCGCGATTTCGGCATGCACTGGCAGAGCGAGAAAAAAGTCGTCGAGGGTTTGCCTGAAGCGGGGCATACCTGGGTGCTGACCGGCTCGCTGGAATTGATGAGTCGCGACGTCGCCAAGGACAAGCTGGAAAGCCTCGGCGCCAAGGTGGCCGGTTCCGTGTCGGCAAAGACCCATTGCGTGGTGGCCGGGCCGGGCGCCGGTTCGAAGTTGGCCAAGGCCAATGAGCTGGGGCTCAAGGTGCTCGACGAACAAGCCTTCGTCGATTTCTTGAAGGGGCATGGCATCACAGTGTGA MNAVETRILELRSELDQHNYRYHVLDEPTIPDAEYDRLFHELKALEEQHPELVTSDSPTQRVGSVALSAFSQVRHEIPMLSLGNAFDENTMREFDRRVTEGLDLPTGDLLGAGAAVEYSCEPKLDGLAVSLLYQDGMLVRGATRGDGTTGEDISVNVRTVRNIPLKLQGSGWPPVLEVRGEVYMSKAGFERLNATQLEVGGKTFANPRNAAAGSLRQLDSRITANRPLEFCCYGIGQVTSDIADTHIGNLKQLKAWGMPVSRELKLAHGIDECLDYYRDIGERRNSLPYEIDGVVFKVNSIASQRELGFRAREPRWAIAHKFPASEELTELLDVEFQVGRTGAVTPVARLKPVKVAGVTVANATLHNMDEVARLGLMIGDTVIIRRAGDVIPQVVQVVTERRPDNARAVQVPEQCPVCGSHVERTQLIKRSKGRETVSEGAVYRCVGRLACGAQLKQAIIHFVSRRAMDIEGLGEKSVEQLVDEGLVGSPADLYALTFEQVVDLEGFAELSSRNLLAAIVDSKKPSLARFIYALGIPDVGEETAKILARSLGSLERVQAALPQVLTYLPDVGLEVAHEIHSFFEDPHNRQVIKDLLRHGLEIQDQGELGAEFSASTTLGGFLDKLHIPSVGPGGAQKLADKFGSLEAVMNADWLDMRQALPEKQANAVREYFASAASRELAVAAEQQLRDFGMHWQSEKKVVEGLPEAGHTWVLTGSLELMSRDVAKDKLESLGAKVAGSVSAKTHCVVAGPGAGSKLAKANELGLKVLDEQAFVDFLKGHGITV NA NA NA NA NA D1-35_00795 1161 COG4307 putative protein ATGTACCGCTTCTTCGAACAACTGAGCTCACGCATCGCTGCGCCGTTCCTGGGCGACCGATCACGCAACAGCAAGATCTGGCCGTGTCGCTGCGGCCAGTCATTGTTCTTTCGCAACAGCCAGTGCCTGGCCTGCCTGGCGGCGCTGGGCTATCAGCCGGAGCAGAGCCGCCTGTCGTCCCTGCAACCCGGCGCGCAACCGGATACCTGGACCCTGGATGTCGATCCGCAGGCGGGACTGTTTCGTCGCTGCGCCAATCTCGATACCCCGGCGTCGTGTAACTGGCTGCTGCCTGCCAACGGGCAAGACACGCTGTGCATCGCTTGTTGCCTGAATCGCACGATTCCCGACCTGTCGGTCCCCGAAAATCCCGAGCGCTGGCGCAAGGTCGAAACCGCCAAGCGTCGCCTGGTAGCGCAACTGATCACCCTCGGTTTGCCGGTCATTCCGAAGGCCGTCGACGAGAATATCGGCCTGGCCTTCGATTTCATCGGCGTCGACCTCGACGGCAAACCGCCGACGACCGGGCACGCCAGTGGACTCATCACCCTCGATATCAAAGAGGCCGACGATGCTCACCGCGAACACGTGCGTCAGCAGATGCGCGAGCCGTATCGCACCTTGCTCGGACACTTTCGCCATGAGGTGGGTCATTACTATTGGGATCGCCTGATTGCCGACAGCCATTGGCTGGAACCCTTCCGCGAGCTGTTCGGCGACGAGCGCGCCAGCTATTCCGAAGCCTTGGAGCGGCACTACCAGCAAGGCGCGCCGGTGGACTGGCAGTCCCGTTACGTCAGCGCCTACGCCACCATGCATCCGTGGGAGGACTGGGCCGAAACCTGGGCTCATTACCTGCACATGATGGACGCGGTGGATACGGCGCTGGGCTTTGGCATGAGCGCGCGGGAAATGGATTTCGACTACCAGCCATTTCCCCCCGAAACCCTGTTCGACCCCGAGCACACCGGCGGCGCGGCGTTCCTGTCATTCGTCAACGCCTGGATCGAACTGGCCGGCATGCTCAACGAACTCTCGCGCAGCATGGGCCAGCCGGATTTCTACCCGTTCGTCGTGCCGGCGGCGGTGATCACCAAGCTGCATTTCATCCATCTGGTGATTCAGGAGGAGGGTGGCCGGGCGGATGAGGTGCTGTTGTAG MYRFFEQLSSRIAAPFLGDRSRNSKIWPCRCGQSLFFRNSQCLACLAALGYQPEQSRLSSLQPGAQPDTWTLDVDPQAGLFRRCANLDTPASCNWLLPANGQDTLCIACCLNRTIPDLSVPENPERWRKVETAKRRLVAQLITLGLPVIPKAVDENIGLAFDFIGVDLDGKPPTTGHASGLITLDIKEADDAHREHVRQQMREPYRTLLGHFRHEVGHYYWDRLIADSHWLEPFRELFGDERASYSEALERHYQQGAPVDWQSRYVSAYATMHPWEDWAETWAHYLHMMDAVDTALGFGMSAREMDFDYQPFPPETLFDPEHTGGAAFLSFVNAWIELAGMLNELSRSMGQPDFYPFVVPAAVITKLHFIHLVIQEEGGRADEVLL NA NA NA NA NA D1-35_00797 315 hypothetical protein ATGCAAATTTCAAGTCTGGGCTCGGCCATCAGACGCTACCGCAAAGTAGCGGGGCTCACTCAGGCTGAACTTGGCGAAAAGACCGGTTTTGACCCCAAAACCATCAGCCGCTTCGAGACCGGCACCTACACTCCCAGCGTCGAAGCCTTGTTCCTGCTGGCCAACGCGCTGGACGTACAGCCCAAGGCTTTTTTCGCCGAAATGGGCGAGGAAGATGAACAGCGGGCATACCTGTTCAATGTCATTCACAAAGCCACTTCGAAGGATCTCGGGAAGCTGATTGCCGCGGTTGAGCAGGCGCTGGCCAAGTCTTGA MQISSLGSAIRRYRKVAGLTQAELGEKTGFDPKTISRFETGTYTPSVEALFLLANALDVQPKAFFAEMGEEDEQRAYLFNVIHKATSKDLGKLIAAVEQALAKS NA NA NA NA NA D1-35_00798 1737 hypothetical protein ATGGATAAGAAGTACCGCAGGGCTGTTGACGCCGCCGCGATCTTTTCCGAAACCGATTTGAGCGGGCGCATCACCTACGTCAACGATCAATTCTGCGCCCTGTTTGGCTACCGACGCGATGAGCTGCTGGGATCCAACCACCGGTTGCTCAACTCGGGGCAGCACCCCAGCGAATTTTTCAGTGCGATGTGGCGCACCATCGCCCTGGGTAATGTCTGGAAAGGTGAAATCTGCAATCGGGCCAAGGACGGCACGCTGCATTGGGTCGATACCACCCTGGTACCGGTAGCCGACGAAACGAGCGGGCATATCGAGCGCTACCTGGCGATTCGCTTCGATGTCAGCGAAAAGCGCCGGTTGTTGCACTCGTTGCAATGGCGTGTCGGGCATGACGTGCTGACCGGGCTGCCCAATCGCACCTACCTGTCCGAGCTGCTGGACCAGGCCCTGGACTTTTCGCGGGGGGAAAGTCTGCCCCTGGCGGTGTGCATGCTCGATCTGGATGGCTTCAAGGCCGTCAACGACGGTTATGGCCATGCCAGCGGTGACCGGCTGCTGGTGGAAGTCGCCCGGCGGCTGCGCAGCATTGTGCGCGGCGAGGATGTGGTGGCGCGCCTGGCGGGCGACGAGTTCGTACTGGTGCTGCGTCATGTGCTTGGAATGGACGAGCTGCATGCCGCATTGAACCGGGTCCTGATTGCGGTTTCCATGCCCTATGCGATCGACGGCAAGAGTATCAACGTCTTCGCCAGCATTGGTGTCACCTTGTCACCGTGGGATAACGAAGACGCCGATACGTTGCTGCGCCACGCCGATCAAGCGATGTATGTCGCCAAGCAGAGCGGCCGCAATCGTTTCCATCTGTTTGATGTATCCCGGGACAAGGAAGTGCGGGCCACTTACCAGATTGTCGATCGGGTGCGGCAGGCACTCGCCGGCGATGAGCTGCGGCTGCATTTCCAGCCCAAGGTCAATATGCGCAACGGCGCGGTAGTCGGTCTCGAAGCCTTGTTGCGCTGGAAGCATCCGCAACGAGGCCTGGTGCCGCCGCGCGAGTTCCTGCCACTGGTAGAAGAGACCGACCTGATTGTCGAGATCGGCGAATGGGTCATGGGCCAGGTCCTGACGCTGCTTCAGCAATGGCAGCAGGCGGGGCAGGGCTGGCCGGTGAGCATCAATATTTCGGCGCGGCATTTCCAGCGGGCGGATTTCGTCGAGCGGCTGCAACGCATGCTGGAACGGCATCCGACGGTCCCGCCGCGGATGCTCGATCTGCAGATCGTCGAGTCGGTCGCCGTGGAGAATCTCGCCCATGTCAGTGCCTGCCTCCAAGCGTGCCAGGCCTTGGGTGTAGGGTTTTCATTGGGCGGTTTCGGTACGGGTTATTGCTCGCTCAATGACCTCAAGCACTTGCGCACGCAAACCATCAAGATCGACAAGACGTTCGTGCGCGACATCCTCGACGACCGGGACGACCTGGCATTGACCGAGGCGGTAATCGGCCTGGCCCGGGCGTTCGGCCGGCAGGTGGTCGCGGAAGGCCTGGACAGTCTCGAACATGGGCAATTGTTGCTGCGCCTGGGCTGCGAAGTGGCCCAAGGTTACTTCATCGCCCGGCCCATGCCGGCCGACGAGGTCCCGGGCTGGGTAAGGGACTTCATCTCGCCGCCGCAGTGGCAGGCCCACCCGGGCAGTCAAGGGGAGGCGGCCTGCGACCCTTCGTTGCGGCCGGTATAA MDKKYRRAVDAAAIFSETDLSGRITYVNDQFCALFGYRRDELLGSNHRLLNSGQHPSEFFSAMWRTIALGNVWKGEICNRAKDGTLHWVDTTLVPVADETSGHIERYLAIRFDVSEKRRLLHSLQWRVGHDVLTGLPNRTYLSELLDQALDFSRGESLPLAVCMLDLDGFKAVNDGYGHASGDRLLVEVARRLRSIVRGEDVVARLAGDEFVLVLRHVLGMDELHAALNRVLIAVSMPYAIDGKSINVFASIGVTLSPWDNEDADTLLRHADQAMYVAKQSGRNRFHLFDVSRDKEVRATYQIVDRVRQALAGDELRLHFQPKVNMRNGAVVGLEALLRWKHPQRGLVPPREFLPLVEETDLIVEIGEWVMGQVLTLLQQWQQAGQGWPVSINISARHFQRADFVERLQRMLERHPTVPPRMLDLQIVESVAVENLAHVSACLQACQALGVGFSLGGFGTGYCSLNDLKHLRTQTIKIDKTFVRDILDDRDDLALTEAVIGLARAFGRQVVAEGLDSLEHGQLLLRLGCEVAQGYFIARPMPADEVPGWVRDFISPPQWQAHPGSQGEAACDPSLRPV PGPT0023624_234 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_00799 762 hypothetical protein ATGCGCTCAGCCATGGGGGCTTTGCTGTTGCTGGGTACAGGATGTTTCGCCGCCGAAGTGCCCCTGCGCTTCGCCATTACCGATGGCTGGGCCATGCCCATGGTACAGATCGAACGGGGCCGTCCGACCCAGGGCATTCTTCCGGACGTCATGACCAGCCTGGCAACTCAGGTCGGCATACCGGCACAGTTTCATGTCCTTGCCCGCGCGCGATTGGACAGCGCCATGGAACACGGCGAAATAGACATGCGATGTTACGTCTCGCCCGACTGGGTGAAGGATAAAGGGGGCGATTACCTTTGGAGCGTCCCGCTGTTCTTTCAGCGCGATGTGCTCGTTGGCTCGGCCAGCGCCCCCGCCCGAGTGACACCGGCAACACTCGCCCAGCAATCCATCGGTACCGTGCTCAGCTATCGCTACCCGACGCTGCAACCCTTGTTCGACAGCGGCCATCTGCGTCGTGACGACGCGCGCAGCCAGGACCAGGTGCTGGCGAAACTGCTGGCCGGCCGCTACCGCTATGCGGTCAGCAATCAATGGGCACTGGACTGGTTCAATCAACGGCATGGCGCCGACCGGCAACTGCATGAGGTTGCCGTCCTCCAGGAACAGCAACTGAGCTGTTATGTGCGCAATGACCCGGACATTCCGGCGCAACGCATTCTGCGCACCTTGTTAAAAATGAAAATGTCCGGGGAAATCGACGCGATCATCCAGCTTTATACCGGCCGCAACGAAGGGTCGCAGGCCGCCTCCCCTTGA MRSAMGALLLLGTGCFAAEVPLRFAITDGWAMPMVQIERGRPTQGILPDVMTSLATQVGIPAQFHVLARARLDSAMEHGEIDMRCYVSPDWVKDKGGDYLWSVPLFFQRDVLVGSASAPARVTPATLAQQSIGTVLSYRYPTLQPLFDSGHLRRDDARSQDQVLAKLLAGRYRYAVSNQWALDWFNQRHGADRQLHEVAVLQEQQLSCYVRNDPDIPAQRILRTLLKMKMSGEIDAIIQLYTGRNEGSQAASP PGPT0020800_13073 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 D1-35_00800 2082 ruvB_1 Holliday junction ATP-dependent DNA helicase RuvB ATGAGTTATCAGGTTCTTGCACGTAAATGGCGTCCGCGCTCGTTCCGCGAAATGGTCGGCCAGACCCATGTGCTCAAGGCTCTGATCAATGCCTTGGACAGCCAGCGGCTGCACCATGCCTACCTGTTTACCGGCACCCGTGGCGTGGGCAAGACGACCATTGCGCGGATCATTGCCAAGTGCCTGAACTGTGAAACCGGTATCACCTCGACGCCCTGCGGCGAGTGTTCGGTCTGCCGGGAAATCGACGAAGGTCGTTTCGTCGACCTGATCGAGATCGACGCCGCCAGCCGCACCAAGGTCGAAGACACCCGCGAGCTGCTCGACAACGTGCAATACGCCCCGAGCCGTGGGCGCTTCAAGGTCTACCTGATCGACGAAGTGCACATGCTTTCCAGCCATTCCTTCAATGCGCTGCTCAAGACCCTCGAAGAGCCGCCGCCGTACGTCAAATTCATCCTGGCCACCACCGACCCGCAGAAACTTCCGGCAACGATTCTGTCGCGCTGCCTGCAGTTTTCTCTGAAGAACATGACGCCGGAACGGGTGGTCGAGCACCTGACGCACGTCCTGGGCGTCGAGAACGTACCCTTCGAGGACGACGCGCTCTGGCTGCTGGGCCGCGCTGCCGATGGTTCGATGCGCGACGCCATGAGCCTGACCGACCAGGCGATCGCCTTTGGTGAGGGCAAGGTCATGGCTGCCGATGTGCGCGCCATGCTCGGTACCCTCGATCACGGCCAGGTCTATGACGTGTTGCATGCGCTGATAGAAGGTGACGCAAAGGCGCTGCTTGAAGCGGTGCGTCACCTGGCCGAGCAGGGGCCGGACTGGAATGGCGTACTCTCGGAAATTCTCAACGTACTGCACCGTGTCGCCATCGCCCAGGCCTTGCCTGAGGGTGTCGATAACGGTCACGGGGACCGCGATCGCGTACTGGCATTGGCCCAGGCGCTGCCGGCCGAAGACGTGCAGTTCTATTACCAGATGGGCCTGATCGGTCGACGCGACTTGCCTTTGGCCCCGGATCCGCGTGGCGGCTTCGAAATGGTCCTGCTGCGCATGCTCGCGTTCCGGCCGGCCGATACGCCGGACGCGCCGAGACAAGCGCTAAAGCCAGTGGGGATCAGCCAGGCCACAGCTGATTCCGCCAAGCCAGTGGCTGCCACGCCCGTTGTTGCGTCGGCAGCGGCTTCTGCCCCGGCAACGGTGGTGCCCATAGCCGAGCCGACAGCTGTCGTCGCTACACCCGAGCCGGTCGTCGAGGCGCAGCCTGAGCCGGCTGTCGAGGCGCCATCCGAGCCGGTCGCCGAAGCCATTATCGACCTGCCCTGGAATGATCCGGTCGAGCCGGAGATCGTCCAGCAACCTGCCGTGGAACCGGTGCTGGAAACCGTCGCCGAGCAGCCTGACCTGCCGCCGATGCCTATGCCCACGCCTGACAGTGTGGTGCCCGATGCACCCGAGTGGGTGGCCGCGCCGATGCCTGAGCCGACGGTGGCTGACGTTGCTGTCGCCACGCCGGGCATCGACCTGGACGATGAGCCACCGTTGGATGAGGACTACATCGAGCCGGACATGGACTCGGCCTACAGCTATCTGGACGACCTGGCCAGCGAGCACGCCGCCGAGCCGGCGCCGGAGCCCGAACCCGAACCGGCGGCAATGCCGGCCACCGGGCTGGCGCTGCAATGGCTGGAGTTGTTCCCGAAACTGCAGATCAGTGGCATGACCGGCAGCATCGCCGCCAACTGCACTTTGATTTCGGTGGACGGCGACCATTGGCTGCTGCACCTGGATCCGGCCCACAGCGCGCTGTTCAACGCGACCCAGCAACGTCGCCTGAACGATGCGCTGAACCAATATCACCAGCGCACCCTGACGTTGACCATCGAGCTGATCAAGCCCGAGCAGGAAACCCCGGCCCAGGCTGCATCCCGCCGGCGTGCCGACCGCCAGCGCGAAGCCGAGGAGTCGATCCACAACGATCCGTTCATCCAGCAGATGATGCAACAGTTCGGCGCCGTGGTCCGTCACGATACTATCGAACCTGTCGAGGCCCCGGTTACCCAGGGCTCATAA MSYQVLARKWRPRSFREMVGQTHVLKALINALDSQRLHHAYLFTGTRGVGKTTIARIIAKCLNCETGITSTPCGECSVCREIDEGRFVDLIEIDAASRTKVEDTRELLDNVQYAPSRGRFKVYLIDEVHMLSSHSFNALLKTLEEPPPYVKFILATTDPQKLPATILSRCLQFSLKNMTPERVVEHLTHVLGVENVPFEDDALWLLGRAADGSMRDAMSLTDQAIAFGEGKVMAADVRAMLGTLDHGQVYDVLHALIEGDAKALLEAVRHLAEQGPDWNGVLSEILNVLHRVAIAQALPEGVDNGHGDRDRVLALAQALPAEDVQFYYQMGLIGRRDLPLAPDPRGGFEMVLLRMLAFRPADTPDAPRQALKPVGISQATADSAKPVAATPVVASAAASAPATVVPIAEPTAVVATPEPVVEAQPEPAVEAPSEPVAEAIIDLPWNDPVEPEIVQQPAVEPVLETVAEQPDLPPMPMPTPDSVVPDAPEWVAAPMPEPTVADVAVATPGIDLDDEPPLDEDYIEPDMDSAYSYLDDLASEHAAEPAPEPEPEPAAMPATGLALQWLELFPKLQISGMTGSIAANCTLISVDGDHWLLHLDPAHSALFNATQQRRLNDALNQYHQRTLTLTIELIKPEQETPAQAASRRRADRQREAEESIHNDPFIQQMMQQFGAVVRHDTIEPVEAPVTQGS NA NA NA NA NA D1-35_00801 339 ybaB COG0718 Nucleoid-associated protein YbaB ATGATGAAAGGTGGCATGGCCGGCCTGATGAAGCAGGCGCAGCAGATGCAGGAAAAAATGGCCAAGATGCAGGAAGAGCTGGCCAACGCCGAAGTCACCGGCAAGTCCGGCGGCGACATGGTGACCGTGGTCATGACCGGTCGCCACGACATCAAGCGCGTCAGCATCGACCCGAGCGTGGTCGAGGGCTTGAGCGAAGACGACAAGGAAATGCTCGAGGCCCTGTTTGCCGCCGCCGTCAATGACGCGGTGCGCAAGATCGAAGCCAACAGCCAGGACAAAATGTCCGGCATGACCGCCGGCATGCAACTGCCGCCGGGCATGAAGCTGCCGTTCTGA MMKGGMAGLMKQAQQMQEKMAKMQEELANAEVTGKSGGDMVTVVMTGRHDIKRVSIDPSVVEGLSEDDKEMLEALFAAAVNDAVRKIEANSQDKMSGMTAGMQLPPGMKLPF NA NA NA NA NA D1-35_00802 1029 curA COG2130 NADPH-dependent curcumin reductase ATGTCATCGATTTCCAATCAGCGCATCGTCCTGGCCTCGCGCCCCCAAGGTGCGCCAACCCCGGAAAACTTTCGTCTTGAAGACGTGACGCTGCCGGACCTGGCGGACGGGCAGATCCTGCTAAAGACGCTGTACCTTTCGCTCGATCCTTACATGCGTGGGCGTATGAGTGACGCGCCTTCCTACGCCGCGCCAGTGCAAATCGACGAAGTGATGACCGGTGGCGCCGTCAGTCGTGTGGAGCGCTCGATGCACCCGAAATTCCAGGAAGGTGATCTGGTGGTCGGCGCTACGGGCTGGCAGAGCCACTGCATCAGCGATGGCCGCAACGTCATCCCCATCCCGTCCGGACTCCCCAGCCCCTCGATGGCGCTCGGAGTACTGGGCATGCCGGGCATGACCGCCTACATGGGACTGATGGACATCGGCCAACCCAAGGCAGGCGAGACCCTGGTGGTCGCGGCGGCATCGGGCGCCGTGGGCTCGGTGGTCGGCCAGGTGGCGAAGATCAAGGGGCTGCGAGTGGTGGGCGTGGCCGGTGGCAGTGAAAAATGCAAATACGTGGTCGACGAGTTGGGATTTGACGCCTGCGTCGATCACAAGAGTGCGAATTTCGCCGACGAACTGGCCCGGGCCTGCGACCAGGGCATCGATATCTATTACGAAAACGTCGGTGGCAAAGTCTTCGACGCGGTGGTGCCGCTGCTCAACGCCAAGGCACGCATCCCTCTTTGCGGCTTGATCGCGGCCTACAACGATCATCAGCCGCCAAGCGGTCCGGATCGCTTGCCGCAGCTGCAACGCACGTTGCTGACCAAACGCGTGCGGATCCAGGGCTTCATCGTGTTCGACGACTACGGCGACCGCCAGCCGGAGTTCATCAGCGCGATGGCGCCGTGGGTGCGCGATGGCAAGGTCAAGTTCCGCGAAGATGTGGTGGATGGCCTGGAGAACGCGCCGCAGGCTTTCATCGGGCTGCTGGAAGGGCGCAACTTCGGCAAATTGGTGATACGCGTGTCGAAGGATTGA MSSISNQRIVLASRPQGAPTPENFRLEDVTLPDLADGQILLKTLYLSLDPYMRGRMSDAPSYAAPVQIDEVMTGGAVSRVERSMHPKFQEGDLVVGATGWQSHCISDGRNVIPIPSGLPSPSMALGVLGMPGMTAYMGLMDIGQPKAGETLVVAAASGAVGSVVGQVAKIKGLRVVGVAGGSEKCKYVVDELGFDACVDHKSANFADELARACDQGIDIYYENVGGKVFDAVVPLLNAKARIPLCGLIAAYNDHQPPSGPDRLPQLQRTLLTKRVRIQGFIVFDDYGDRQPEFISAMAPWVRDGKVKFREDVVDGLENAPQAFIGLLEGRNFGKLVIRVSKD PGPT0023605_384 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 D1-35_00803 603 recR COG0353 Recombination protein RecR ATGAGCTTCAGCCCTTTGATCCGCCAACTGATCGATGCCCTGCGAACCTTGCCGGGTGTGGGTCAGAAAACTGCCCAGCGCATGGCGTTGCAATTGCTTGAGCGTGATCGCAGCGGCGGGTCGCGCCTGGCCCAAGCCCTGAGCCAGGCCATGGAAGGGGTAGGGCATTGCCGCTTATGCCGCACCCTCACCGAAGACGACCTCTGCCCGCAATGTGCCGACCCGCGCCGGGACGACAGCCTGCTCTGCGTGGTGGAGGGGCCGATGGATGTCTACGCGGTGGAGCAGACCGGTTTCCGTGGCCGCTACTTTGTACTCAAGGGGCACTTGTCGCCGCTTGACGGCCTGGGGCCGGAGGCCATCGGCATTCCACAACTGATGGCGCGCATCGAAGAGGCGGGCACGTTCACCGAAGTCATCCTCGCGACGAACCCGACGGTGGAAGGCGAAGCTACCGCCCATTACATCGCTCAGTTGCTGGGCAACAAGGGCCTGGTTGCCTCCCGCATCGCCCATGGCGTGCCATTGGGTGGCGAGCTGGAGCTGGTGGATGGCGGGACGCTGGCGCATTCGTTTGCCGGGCGCAAGCCGATCGCCTTATAG MSFSPLIRQLIDALRTLPGVGQKTAQRMALQLLERDRSGGSRLAQALSQAMEGVGHCRLCRTLTEDDLCPQCADPRRDDSLLCVVEGPMDVYAVEQTGFRGRYFVLKGHLSPLDGLGPEAIGIPQLMARIEEAGTFTEVILATNPTVEGEATAHYIAQLLGNKGLVASRIAHGVPLGGELELVDGGTLAHSFAGRKPIAL NA NA NA NA NA D1-35_00804 549 apt COG0503 Adenine phosphoribosyltransferase ATGGTCTTCGACTCCTTCGACATCAAATCCCTGATCCGCCCGGTAATCGACTTCCCCAAGCCAGGCGTGATCTTTCGCGACATCACCCCACTGTTCCAGTCCCCCACCGCGCTGCGGCTGGTCATGGACAGCTTCGCCCATCGCTACGTCGAGGCCAGCTTCACGCACATCGGCGCGATGGACGCGCGCGGCTTCCTGATCGGCTCGATCCTGGCCTATCAGTTGAACAAACCGCTGGTGCTGTTCCGCAAGCAAGGCAAATTGCCGGCCGACGTGTTGGCCGAGGGTTACCAGACCGAGTACGGCGAGGCTTTCCTGGAGGTCCACGCCGATAGCCTGTGCGAGGGCGATTCGGTGGTGATGTTCGATGACCTGATCGCCACCGGTGGCACGCTGATCGCCGCCGCCAACCTGATCCGCCGCATGCGCGCCACGGTCCATGAAGCCGCCGCGATCATCGACTTGCCGGAATTGCTCGGTTCCCGGCGCTTGGAAGACATGGGCATTCCCACGTTCTGCCTGACCCGGTTTTCGCTTAGCGAAAAATAA MVFDSFDIKSLIRPVIDFPKPGVIFRDITPLFQSPTALRLVMDSFAHRYVEASFTHIGAMDARGFLIGSILAYQLNKPLVLFRKQGKLPADVLAEGYQTEYGEAFLEVHADSLCEGDSVVMFDDLIATGGTLIAAANLIRRMRATVHEAAAIIDLPELLGSRRLEDMGIPTFCLTRFSLSEK PGPT0021455_2008 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021455-apt-K00759 NA NA D1-35_00805 735 anr Transcriptional activator protein Anr ATGTCCGAGCCAGTCAAATCGCGCGCTCATAACCAGGCCCATTGCAAGGACTGCAGCCTGGCCCCTCTGTGCCTGCCACTTTCGTTGAACCTGGAGGACATGGACGCGCTGGACGACATCGTCAAACGAGGCCGTCCGTTGAAAAAAGGCGAGTTCCTGTTCCGCCAGGGCGATGCCTTCGATTCGGTCTACGCCGTGCGCTCGGGCGCCTTGAAGACCTTCAACCTGAGCGACGGTGGCGAAGAACAACTCACCGGTTTCCACTTGCCCAGCGAGCTGGTCGGCCTGTCGGGCATGGACACCGAGACCCATCCGGTCTCGGCCCAGGCGCTTGAGACGACCTCGGTATGCGAGATTCCGTTTGATCACCTGGACGAACTGGCCTTGCAACTGCCGCAACTGCGTCGTCAACTGATGCGCGTGATGAGCCGGGAGATCCGCGACGACCAACAGATGATGCTGCTGCTCTCGAAGAAAACCGCCGACGAGCGCATCGCGACCTTCCTGGTCAACCTCTCGGCGCGTTTCCGCGCCCGTGGTTTTTCGGCCAATCAGTTTCGCCTGAGCATGTCGCGCAACGAGATCGGCAACTACCTGGGCCTGGCGGTGGAAACCGTGTCCCGGGTGTTTACCCGTTTCCAGCAGAGCAAACTGATCGCCGCCGAGGGCAAGGAAATCCATATCCTTGACCCGATCCAGCTCTGCGCGCTGGCCGGAGGCTCGGTCGAAGGCTGA MSEPVKSRAHNQAHCKDCSLAPLCLPLSLNLEDMDALDDIVKRGRPLKKGEFLFRQGDAFDSVYAVRSGALKTFNLSDGGEEQLTGFHLPSELVGLSGMDTETHPVSAQALETTSVCEIPFDHLDELALQLPQLRRQLMRVMSREIRDDQQMMLLLSKKTADERIATFLVNLSARFRARGFSANQFRLSMSRNEIGNYLGLAVETVSRVFTRFQQSKLIAAEGKEIHILDPIQLCALAGGSVEG PGPT0000515_1457 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0000515-fnr-K01420 NA NA D1-35_00806 1383 hemN COG0635 Oxygen-independent coproporphyrinogen III oxidase ATGCTCGACGCCATTCGTTGGGACTCAGACCTGATCCGCCGCTACGACCTGGCGGGACCGCGCTATACCTCGTACCCGACCGCGGCCCAGTTCGCCGGCCAGGTGGGCACGTTCGACCTGCTCCATGCCCTGCGCGACAGCCGCAAGGCCCGCAGGCCTTTGTCGCTTTATGTGCACGTGCCGTTTTGCGCGAACATTTGCTACTACTGCGCCTGCAACAAGGTCATCACCAAGGACCGCGGCCGCGCCCATGCCTACCTGCAACGCCTGGAGCAGGAAATCCAGCTGATCGGCTGCCACCTGGACCCGGCCCAGCGCGTGGAACAGTTGCACCTGGGCGGTGGCACGCCAACCTTCCTCAGTCACGACGAGCTGCGCCAGTTGATGGCCAGGCTGCGCGAGAGTTTCAACCTGATGGACGATGACTGCGGTGACTACGGCATCGAGATCGACCCGCGAGAGGCGGATTGGTCGACCATGGGTCTGCTGCGGGAATTGGGTTTCAACCGGGTCAGCATCGGCCTGCAGGACCTTGACCCTACCGTGCAGCGTGCCGTCAACCGCCTGCAAAGCCTGGACGAAACCCGTGCGGTGATCGAAGCCGCCCGGACCCTGCAGTTTCGCTCGATCAACATCGACCTGATCTATGGCTTGCCCAAGCAGACCCCGGAAAACTTCGCCCGCACCGTCGAGGAAGTGATCAGCCTGCAACCGGACCGTCTCTCGGTGTTCAACTACGCCCACCTGCCGGAGCGCTTCATGCCGCAGCGGCGCATCAACAGCCAGGACCTGCCGAATCCTGTGCAGAAACTGGCCATGTTACAAGGCACTATTGAACAGCTGACCGCCGCCGGTTATCGCTACATCGGCATGGACCACTTCGCCCTGCCCGATGACGAACTGGCGATCGCCCAGGAGGAGGCGACCTTACAGCGCAATTTCCAGGGCTACACCACTCACGGCCATTGCGACCTGATCGGCCTCGGGGTCTCGGCCATCAGCCAGATCGGCGACTTGTACTGCCAGAACAGCAGTGACCTGAACCAGTACCAGAACGCCCTCGCCGACGGGCAATTGGCAACCAGCCGGGGCATTGTGTGCAATGCCGACGACAGGCTGCGACGCGCGGTGATCCAACAACTGATCTGCCATTTCAGCCTGGCATTCGCCGAGATCGAGCAAGTCTTCAATATCGATTTCCGGGGGTATTTCGGCTCTATATGGCCGCAACTACAGACGATGAACGACGACGGGCTGGTTGAACTGACGGCTACGCACATCAAGGTACTCCCTGCCGGACGTCTGTTGGTGCGTTCGGTTTGCATGGTATTCGACGCGTATCTGCAGCAGCAGAATCGGCAGCGTTTTTCCCGCGTCATCTGA MLDAIRWDSDLIRRYDLAGPRYTSYPTAAQFAGQVGTFDLLHALRDSRKARRPLSLYVHVPFCANICYYCACNKVITKDRGRAHAYLQRLEQEIQLIGCHLDPAQRVEQLHLGGGTPTFLSHDELRQLMARLRESFNLMDDDCGDYGIEIDPREADWSTMGLLRELGFNRVSIGLQDLDPTVQRAVNRLQSLDETRAVIEAARTLQFRSINIDLIYGLPKQTPENFARTVEEVISLQPDRLSVFNYAHLPERFMPQRRINSQDLPNPVQKLAMLQGTIEQLTAAGYRYIGMDHFALPDDELAIAQEEATLQRNFQGYTTHGHCDLIGLGVSAISQIGDLYCQNSSDLNQYQNALADGQLATSRGIVCNADDRLRRAVIQQLICHFSLAFAEIEQVFNIDFRGYFGSIWPQLQTMNDDGLVELTATHIKVLPAGRLLVRSVCMVFDAYLQQQNRQRFSRVI PGPT0003200_1002 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 D1-35_00807 684 hypothetical protein ATGCTTGACCTGGCGCCAATGCTGGTTTCCGCCGTCATCCTCGGCCTGCTCGGCGGCGGCCATTGCCTGGGCATGTGCGGTGGCCTGATGGGCGCCCTGACCCTGGCGATTCCCAAGGAACAACGCAGCCGCCGCTTGCGACTATTGCTCGCGTACAACCTGGGACGCATCGTCAGCTACGCCGCGGCCGGCCTGCTGATCGGCCTGGCCGGCTGGGCCGTGGCGAACAGCCCGGCGGCGATGATCCTGCGCGTGCTGGCCGGTTTACTGATGATTGTCATGGGACTTTACCTGGCGGGCTGGTGGAGCGGCCTGACCCGTATCGAAAGCCTGGGCCGTGGTTTGTGGCGGCGTATCCAACCCATCGCCAACCGCCTGCTGCCGGTGTCGAGCCTGCCCCGGGCCCTGCTGCTCGGCGCGCTGTGGGGCTGGCTGCCCTGCGGACTGGTCTACAGCACCCTGCTGTGGTCCGCCAGCCAGGGTAACGCGGTGGACAGTGCACTGCTGATGCTCGCCTTCGGCCTGGGCACCTGGCCGGTCCTGCTCGCCACCGGCCTCGCGGCAGAGCGCGTCACGGCACTGCTGCGCAAACGCAGCGTGCGCATGGCTGGGGGGTTGCTGGTGATTGTCTTCGGCATCTGGACATTGCCGGGGCCGCATCAGCATTGGCTCATGGGGCATTGA MLDLAPMLVSAVILGLLGGGHCLGMCGGLMGALTLAIPKEQRSRRLRLLLAYNLGRIVSYAAAGLLIGLAGWAVANSPAAMILRVLAGLLMIVMGLYLAGWWSGLTRIESLGRGLWRRIQPIANRLLPVSSLPRALLLGALWGWLPCGLVYSTLLWSASQGNAVDSALLMLAFGLGTWPVLLATGLAAERVTALLRKRSVRMAGGLLVIVFGIWTLPGPHQHWLMGH NA NA NA NA NA D1-35_00808 219 hypothetical protein ATGCCAGCTCTCTACGTGATGATCCCGGCCGCACTGTTGATCGTGGCCGTCGCCGTCTACATTTTCTTCTGGGCCGTGGACAGCGGCCAATACGATGACCTCGACGGCCCGGCCCATAGCATCCTGTTCGACGACCAGGACCCGAACCACAAGGCGGCCGTCGAGGAAGCCAGCAGCGCGGACCACAAACCGGACGACAAGGCGCCGCCCCATGCTTGA MPALYVMIPAALLIVAVAVYIFFWAVDSGQYDDLDGPAHSILFDDQDPNHKAAVEEASSADHKPDDKAPPHA NA NA NA NA NA D1-35_00809 2451 copA_1 putative copper-importing P-type ATPase A ATGACCACTCCACAGCCCTGCTACCACTGCGCCCTGCCCGTCCCGCCCGGCAGTCGCTTCACCGCCGTTGTCCTCGGTGAGACCCGCGAGCTGTGTTGCCCCGGTTGCCAGGCGGTGGCCGAAGCGATCGTTGCCGGCGGCCTTGAGCATTATTACCAACACCGCAGCGAAGCGTCGGCCAACCCACAAACCCTGCCCGTTCAATTGACCGACGAGCTGGCGTTGTACGATCGCCCCGATGTGCAGCAATCGTTCGTCCGCCATGAAGGTGAGCTGGCCGAAACGACTCTGCTGATGGAAGGCATCAGTTGCGCCGCCTGCGGCTGGCTGATCGAAAAGCAATTGCGCAGCCTGCCGGCCGTGGCCGAGGCGCGGTTGAACCTGTCGAACCACCGCCTGCACGTACGCTGGGCCGACGCGCAACTGCCGCTGAGCACGCTGCTCGCCGAACTGCGCCAAATCGGCTATGCCGCGCACCCGTACCAGGCCGATCAGGCCAGCGAGCAGCTCGCCGCGCAAAACCGCCTGGCCCTGCGTCAATTGGGCGTGGCCGGGTTGCTGTGGTTCCAGGCAATGATGGCGACGATGGCGACCTGGCCCGAATTCAACATCGACCTGAGCCCGGAGATGCACACCATCCTGCGCTGGGTCGCACTGTTTCTCACCACGCCTATCGTGTTCTACAGTTGCGCGCCGTTTTTCAAAGGTGCGCTGCGAGATTTGCGCACCCGCCACCTGACCATGGACGTTTCGGTGTCCTTGGCCATCGGCGGCGCCTACGTCGCCGGGATCTGGACCTCCATCACCGGGGTGGGCGAGCTGTACTTCGATGCGGTCGGCATGTTCGCCCTGTTCCTGCTCGCCGGCCGCTACCTGGAACGCCGGGCCCGGGAGCGCACTGCTGCGGCCACCGCCCAACTGGTCAACCTGCTGCCAGCGTCGTGCCTGCGCCTGGACGAGCGCGGCCAGAGCGAACGCATCCTGCTCAGCGAACTGCGCACCGGTGACCGGGTGCTGGTCCAACCCGGAGCGATCCTGCCCGCCGATGGCACGATTCTCGACGGCCAGTCCAGCGTCGACGAATCGCTGCTGACCGGCGAATACCTGCCGCAACCGCGCCAGGCAGGCGACGCGGTAACGGCAGGCACGCTCAACGTCGAAGGCGCCCTGACGGTCGAGGTACGGGCGTTGGGACAGGACACGCGGTTATCGGCCATCGTGCGCCTGCTGGAACGGGCCCAGGCCGAAAAGCCACGACTGGCGGAAATCGCCGACCGCGCCGCCCAATGGTTCCTGCTGTTCTCCCTGGTCGCAGCGGCGGCCATCGGCCTGTTGTGGTGGCAGCTGGATGCTTCGCGTGCGTTCTGGATCGTCCTGGCGATGCTGGTCGCGACCTGTCCTTGTGCGCTGTCCCTGGCGACACCAACCGCTCTGACAGCTGCCACCGGAACCCTGCACAAACTCGGCCTGCTGCTGACGCGTGGTCATGTGCTGGAAGGCCTTAACCAGATCGACACGGTGATTTTCGACAAGACCGGCACCCTCACGGAAGGTCGCCTGGCGTTACGCGCCATCAGGCCATTGGCCGCCCTCGACGGTGATCAATGCCTGGGCTTGGCCGCGGCCTTGGAAAACCGTTCGGAACACCCCATCGCCCGAGCTTTTGGTCGCGCACCGTTGGCCGCCGAACAGGTACACAGCAGCCCAGGGCTGGGACTCGAAGGCCTGGTCGCCGAACAACGCCTGCGCATCGGCCAGCCCGGTTTTGTCTGCGGACTGAGCGGCTCGGCCGTACCGCCGATGCCGGACGAACCCGGACAATGGCTGTTGCTGGGCGACGACATCGGGCCACTGGCCTGGTTTGTCCTCGATGACCGCCTGCGCGCTGATGCGCCGGCGCTGCTCGCCGCCTGCAAGGCGCGGGGCTGGCGTACGCTATTGCTCTCCGGCGACAGCTCGCCGATGGTGGCCAGTGTCGCCGCCGAGCTGGGCATCGACGAGGCCCGCGGCGGCTTGCGTCCGGACGACAAGCTGGCCGTGCTCCAGCAGTTGCACCAGCAGGGTCGCAAGGTGCTGATGCTCGGTGATGGCGTGAATGACGTGCCGGTGCTGGCGGCGGCGGACATCAGTGTCGCCACGGGTTCGGCCACCGACCTTGCCAAGACCAGCGCCGACGCAGTGCTGCTGTCCAACCGCCTCGATGCCCTGATTCATGCATTCGGCCTGGCCCGGCGTACCCGCCGCGTGATCATTGAGAACCTGATCTGGGCAGGGCTGTACAATGGCCTCATGTTGCCGTTCGCCGCCCTCGGCTGGATCACGCCGGTGTGGGCCGCGGTCGGCATGTCCATCAGTTCGTTGACCGTGGTGCTGAATGCCTTGCGGCTGACCCGCCAACCGCGAGCGCAGGTTGGCGAAACCACGCCCGATACCCGTCCGCTGCCGGCCTGA MTTPQPCYHCALPVPPGSRFTAVVLGETRELCCPGCQAVAEAIVAGGLEHYYQHRSEASANPQTLPVQLTDELALYDRPDVQQSFVRHEGELAETTLLMEGISCAACGWLIEKQLRSLPAVAEARLNLSNHRLHVRWADAQLPLSTLLAELRQIGYAAHPYQADQASEQLAAQNRLALRQLGVAGLLWFQAMMATMATWPEFNIDLSPEMHTILRWVALFLTTPIVFYSCAPFFKGALRDLRTRHLTMDVSVSLAIGGAYVAGIWTSITGVGELYFDAVGMFALFLLAGRYLERRARERTAAATAQLVNLLPASCLRLDERGQSERILLSELRTGDRVLVQPGAILPADGTILDGQSSVDESLLTGEYLPQPRQAGDAVTAGTLNVEGALTVEVRALGQDTRLSAIVRLLERAQAEKPRLAEIADRAAQWFLLFSLVAAAAIGLLWWQLDASRAFWIVLAMLVATCPCALSLATPTALTAATGTLHKLGLLLTRGHVLEGLNQIDTVIFDKTGTLTEGRLALRAIRPLAALDGDQCLGLAAALENRSEHPIARAFGRAPLAAEQVHSSPGLGLEGLVAEQRLRIGQPGFVCGLSGSAVPPMPDEPGQWLLLGDDIGPLAWFVLDDRLRADAPALLAACKARGWRTLLLSGDSSPMVASVAAELGIDEARGGLRPDDKLAVLQQLHQQGRKVLMLGDGVNDVPVLAAADISVATGSATDLAKTSADAVLLSNRLDALIHAFGLARRTRRVIIENLIWAGLYNGLMLPFAALGWITPVWAAVGMSISSLTVVLNALRLTRQPRAQVGETTPDTRPLPA NA NA NA NA NA D1-35_00810 540 hypothetical protein ATGCCTGCAGCAACCGCCACCAGCCCTTGGTACAAGCACCTCTGGCCGTGGATCATCATCGGGATCCTCGCTTGCTCGGTGACGCTGAGCCTGACCATGGTGACCATCGCGGTGAAGAACCCGGACAACCTGGTCAATGACAACTATTACGAAGCCGGCAAGGGCATCAATCGCTCGCTGGAACGCGAACTGCTGGCCCAGACCCTGCAGTTGCATGCCAACGTGCAATTGGACGACCTCACCGGTGAAGTGAGCCTGCGCCTGAACGGCAACAGCCGGCCCCAGACCGTGGAGCTGAGCCTGATCTCCCCAACGCAGCCGGAGAAAGACCGCAAGATCCTGTTGACCCGCAACGACAGCGAACCAGGACGCTACGTCGGCCAACTGGCGGACAAGATCGAAGGTCGGCGTTTTGTCGAATTGCTGGGTGTGGAACACGATCGGACCTGGCGCTTGTTCGAAGAAGAACAGATCAGCCACGGCCAGGACATCCAGCTTGGCGACGAGCCGCTGCAAGGCGCTGAAGACCTGAAAAAGTAG MPAATATSPWYKHLWPWIIIGILACSVTLSLTMVTIAVKNPDNLVNDNYYEAGKGINRSLERELLAQTLQLHANVQLDDLTGEVSLRLNGNSRPQTVELSLISPTQPEKDRKILLTRNDSEPGRYVGQLADKIEGRRFVELLGVEHDRTWRLFEEEQISHGQDIQLGDEPLQGAEDLKK NA NA NA NA NA D1-35_00811 1416 hypothetical protein ATGAGCAACCAGATTCCGGTACATGACGTTACCCCGCCTGCCAAGGACGCCAACAAAAGCGTCGACCTCTATGCATCTCGGGAAAAAATCTACACCCGCGCCTTCACTGGCCTGTTTCGCAACCTGCGCATGGTCGGTGGGGCGGTTCTGTTCCTGCTGTATTTCGGTACCGTCTGGCTGAACTGGGGCGGTCATCAGGCTGTCTGGTGGAACCTGCCGGAACGCAAATTCTTTATTTTCGGCGCGACCTTCTGGCCCCAGGACTTCATCCTGCTCTCGGGGCTGCTGATCATCGCGGCCTTCGGCCTGTTTTTCATTACCGTCTATGCCGGTCGGGTCTGGTGTGGCTATACCTGCCCACAAAGCGTATGGACGTGGATTTTCATGTGGTGCGAAAAGGTCACCGAAGGCGACCGCAACCAACGCATCAAGCTCGACAAAACGCCCATGAGCGCCAACAAATTCCTGCGCAAGTTCGCCAAGCACAGCCTGTGGCTGCTGATCGGTTTTGTCACCGGCATGACCTTCGTTGGCTACTTCACCCCGATCCGTGAGCTGGTCTTCGAGTTCTTCACCGGCCAGGCCGATGGCTGGTCGTATTTCTGGGTCGGTTTCTTCACCCTCGCCACCTATGGCAACGCCGGCTGGCTGCGTGAGCAAGTGTGCATCTACATGTGCCCGTACGCCCGCTTCCAGAGCGTGATGTTCGACAAGGACACCCTGATCGTCTCCTACGACCCGCGTCGCGGCGAAGCCCGGGGCCCGCGCAAGAAAGGCATCGACTACAAGGCGCTGGGCCTGGGGGACTGCATCGATTGCACCATGTGCGTCCAGGTCTGCCCTACCGGCATCGACATCCGCGACGGCCTGCAGATCGAATGCATCGGCTGCGCAGCCTGCATTGATGCCTGCGACAACATCATGGACAAGATGGATTATCCCCGCGGCCTGATCAGCTACACCACGGAACACAACCTCTCGGGGCAGAAAACCCATAAACTGCGCCCGCGCCTGATCGGTTATGCCCTGGTGCTGCTGGCAATGATCAGCCTGTTGGTGACCGCGTTCTTCATGCGCTCGCTGGTGGGTTTCGACGTCAGCAAGGACCGCGTGCTGTACCGCGAGAACGCCGAAGGCCGGATCGAGAACGTCTACAGCCTGAAGATCATGAACAAGGACCAGCGTGACCATACCTACGTGCTGGAAGCCACCGGTTTGCCTGATCTGAAGCTGCAGGGTAAACGGGAGATCAAGGTCGCGGCCGGTGATATCTACAGCCAGCCGGTAGAGCTATCCAGCGCACCGGAACAATTGCCGTCCAGCACCAATGAGGTGACCTTCATCCTCAAGGATGCCGATGACGACAGCGTCCATGTTGAAGCCAAGAGCCGGTTCATCGGCCCACAGACTCGTTGA MSNQIPVHDVTPPAKDANKSVDLYASREKIYTRAFTGLFRNLRMVGGAVLFLLYFGTVWLNWGGHQAVWWNLPERKFFIFGATFWPQDFILLSGLLIIAAFGLFFITVYAGRVWCGYTCPQSVWTWIFMWCEKVTEGDRNQRIKLDKTPMSANKFLRKFAKHSLWLLIGFVTGMTFVGYFTPIRELVFEFFTGQADGWSYFWVGFFTLATYGNAGWLREQVCIYMCPYARFQSVMFDKDTLIVSYDPRRGEARGPRKKGIDYKALGLGDCIDCTMCVQVCPTGIDIRDGLQIECIGCAACIDACDNIMDKMDYPRGLISYTTEHNLSGQKTHKLRPRLIGYALVLLAMISLLVTAFFMRSLVGFDVSKDRVLYRENAEGRIENVYSLKIMNKDQRDHTYVLEATGLPDLKLQGKREIKVAAGDIYSQPVELSSAPEQLPSSTNEVTFILKDADDDSVHVEAKSRFIGPQTR NA NA NA NA NA D1-35_00812 411 fitB Toxin FitB ATGTTCCTGCTCGATACCAACGTCATCTCGGAGCTGCGCAAGCCCCAGGCCGATAAAAACGTACAAGCCTGGGCGCGCAGTGTCCCCGCTCCCAGCCTGTATGTTTCGGCCATCACCGTGTTGGAACTGGAAACCGGAGTCTTGCGCTTTGAGCGCAAGGACCCGGCGCAAGGCAGCCGTTTGCGTGCATGGCTGAATAACCACGTCATGCCCGCGTTTGCCGGCAGGATCCTCGCGGTCGACCGCGCCGTGGCCCTGCGTTGCGCCCGCCTGCATGTCCCGGACCGCAGCAATGAGTGCGATGCGCTGATCGCCGCCACGGCGCTGGTCCATGGGCTGACCGTGGTAACCCGCAACGTGGCGGATTTCAGAAGCAGCGGCGTGGCGCTGATCAACCCATGGGTTAGCTAG MFLLDTNVISELRKPQADKNVQAWARSVPAPSLYVSAITVLELETGVLRFERKDPAQGSRLRAWLNNHVMPAFAGRILAVDRAVALRCARLHVPDRSNECDALIAATALVHGLTVVTRNVADFRSSGVALINPWVS PGPT0027670_646 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-FitB-FitA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027670-toxin_fitB|vapC-K07062 NA NA D1-35_00813 270 hypothetical protein ATGGGGGACGCCGCCGTGTCCATCACCACCATTTCCAGCCGCGAGTTCAACCACGACACAAGCGGTGCCAAAAAAGCTACCCGAGAAGGCCCGGTCATTATCACCGACCGTGGCAAGCCGGCCCATGTGCTGCTAAGCATTGAGGAGTACCAGAAACTGACCGGCGCTGGCACCAGCATCGTCGAGTTGCTGGTCATGCCCGATGCGCCGGATATCGACTTCGATCCCGAGCGCGCCGTCATCACGCCCCGCTCGGTGGACCTGTCCTGA MGDAAVSITTISSREFNHDTSGAKKATREGPVIITDRGKPAHVLLSIEEYQKLTGAGTSIVELLVMPDAPDIDFDPERAVITPRSVDLS NA NA NA NA NA D1-35_00814 984 ccoP2 COG2010 Cbb3-type cytochrome c oxidase subunit CcoP2 ATGACTACGTTCTGGAGTCTGTACGTCACAGTCCTCAGCCTGGGAACGATCTTCGCCCTGACCTGGCTGCTGCTGTCGACCCGCAAGGGCCAGCGCAGCGAAGCCACCGAGGAAACGGTTGGCCACTCCTTCGACGGGATCGAGGAGTACGACAACCCGCTGCCGAAATGGTGGTTCATGCTGTTCATCGGCACCATCGTGTTCGCCCTTGGTTACCTGGTGCTCTACCCTGGCCTGGGCAACTGGAAAGGCCTGCTGCCAGGCTATAACTACCTGGACACCGAAAAGCAGACCCCCTTCGCCAACGGCCAGACCGGCTGGACCGGCGTGCACGAGTGGGAAAAGGAAATGGCCCGCTCGGATGCCAGATTCGGTCCGATCTTCGCCAAGTTTGCCTCCATGCCGATTGAAGAAGTCGCCAAGGACCCGCAGGCCCTGAAGATGGGTGGCCGCCTGTTTGCCTCCAACTGCTCGGTCTGCCACGGCTCCGACGCCAAGGGCGCCTACGGCTTCCCTAACCTGACCGACGCCGACTGGCGCTGGGGTGGCGAGCCGGAGACCATCAAGACCACCATCATGGGCGGTCGTCATGCCGTCATGCCGGGCTGGGCTGCCGTGGTTGGCGAACAAGGCGTCGCCGACGTGGCTGCCTATCTGGTAACCGGCCTGCACAGCCGCAAACTGCCGGAAGGCGCCAAGGCCGATCCGGCCAACGGCCAGAAGCTGTTCGCCGCCAACTGCGTGGCCTGCCACGGCCCCGCCGGCAAAGGCACGCCCGCCATGGGCGCACCCGACCTGACGCACCCGGCCGGTTTCATCTACGGTTCGAGCTTCGCTCAGTTGCAGCAGACCATCCGCTACGGTCGCCAAGGCCAGATGCCGGCCCAGGCCGATCTGCAGGGCAACGACAAGGTCCACCTGCTGGCTGCCTATGTCTACAGCCTGTCCCACGGCGAAAAGGCTCCGGCTGCTGACGCTCAGTAA MTTFWSLYVTVLSLGTIFALTWLLLSTRKGQRSEATEETVGHSFDGIEEYDNPLPKWWFMLFIGTIVFALGYLVLYPGLGNWKGLLPGYNYLDTEKQTPFANGQTGWTGVHEWEKEMARSDARFGPIFAKFASMPIEEVAKDPQALKMGGRLFASNCSVCHGSDAKGAYGFPNLTDADWRWGGEPETIKTTIMGGRHAVMPGWAAVVGEQGVADVAAYLVTGLHSRKLPEGAKADPANGQKLFAANCVACHGPAGKGTPAMGAPDLTHPAGFIYGSSFAQLQQTIRYGRQGQMPAQADLQGNDKVHLLAAYVYSLSHGEKAPAADAQ PGPT0000153_166 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000153-fixP|ccoP-K00406 NA NA D1-35_00815 174 hypothetical protein ATGATTCGTGGCCTGGGCACCGTCGTCGTGATGGTGGCCTTTATCGGCCTGGCCCTGTGGGTGTTCAGCCCCAAGCGCAAGTCGGAGTTCGAAGACGCGACCTTGCTGCCGTTCGCGGATGATCCCGAAGCCATCAAGCACGTCGAGCAAGCTTCTAGGAGTAACAAAGAATGA MIRGLGTVVVMVAFIGLALWVFSPKRKSEFEDATLLPFADDPEAIKHVEQASRSNKE PGPT0000154_514 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000154-fixQ|ccoQ-K00407 NA NA D1-35_00816 609 hypothetical protein ATGAAGCACGAAGCAGTAGAGAAGAATATCGGCCTGCTGGCCTTCTTCATGGTCATCGCCGTCAGCATTGGCGGCCTGACCCAGATCGTTCCGCTGTTCTTCCAGGATGTCACCAACAAGCCGGTCGAAGGCATGAAGCCGCGCACCGCCCTTGAACTGGAAGGCCGCGACGTCTACATCGCCAACGGTTGTGTCGGCTGCCACTCGCAGATGATCCGTCCGTTCCGTGCTGAAACCGAACGCTACGGTCACTATTCCGTTGCTGGTGAAAGCGTCTGGGACCACCCGTTCCTGTGGGGCTCCAAGCGCACCGGTCCGGACCTGGCCCGCGTCGGTGGTCGCTACTCCGATGACTGGCAGCGTGCGCACTTGTACAACCCGCGCAACGTAGTGCCTGAATCGAAGATGCCGGCCTACCCGTTCCTCGTAGAAAACAAGCTCGACGGCAAAGACACCGCCAAGAAAATGGAAGTCCTGCGCGCCCTCGGCGTGCCCTACACCGACGAAGACATCGCCGGAGCCAGGGATGCCGTGAAAGGCAAGACTGAAATGGACGCGCTGGTGGCCTATCTGCAAGGCCTGGGCACCATCATCAAAAGCAAACGGTGA MKHEAVEKNIGLLAFFMVIAVSIGGLTQIVPLFFQDVTNKPVEGMKPRTALELEGRDVYIANGCVGCHSQMIRPFRAETERYGHYSVAGESVWDHPFLWGSKRTGPDLARVGGRYSDDWQRAHLYNPRNVVPESKMPAYPFLVENKLDGKDTAKKMEVLRALGVPYTDEDIAGARDAVKGKTEMDALVAYLQGLGTIIKSKR PGPT0000152_1314 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000152-fixO|ccoO-K00405 NA NA D1-35_00817 1443 ccoN1_1 COG3278 Cbb3-type cytochrome c oxidase subunit CcoN1 ATGAGCACAGCAATCAGTCCGACTGCTTATAACTATAAGGTAGTCCGCCAGTTCGCCATCATGACGGTGGTCTGGGGGATCCTTGGCATGGGGCTCGGTGTCTTCATCGCCTCGCAACTGGTCTGGCCGGAGTTGAACTTCGATCTGCCATGGACGACATTTGGACGCCTGCGCCCGCTGCACACCAACCTGGTGATCTTCGCCTTCGGTGGCTGTGCGTTGTTTGCCACCTCCTACTACGTCGTGCAGCGAACCTGCCAGACGCGACTGATTTCCGACAGCCTCGCCGCCTTCACCTTCTGGGGTTGGCAAGCGGTGATCGTCGGCGCGATCGTGACCTTGCCAATGGGTTTCACCACCACCAAGGAATACGCGGAACTGGAATGGCCCCTGGCTATTCTGCTCGCCATTGTCTGGGTGACCTACGGTCTGGTGTTCTTCGGCACCATCGTCAAGCGCAAGACCAAGCACATCTACGTCGGCAACTGGTTCTACGGTGCATTCATCGTCGTGACCGCCATGCTGCACATCGTCAACCACGCGTCGCTGCCGGTCAGCTTCTTCAAGTCCTACTCGGCCTACTCGGGCGCGACCGACGCGATGATCCAGTGGTGGTACGGCCACAACGCCGTGGGCTTCTTCCTGACCACCGGCTTCCTGGGGATGATGTACTACTTCGTGCCGAAACAGGCCGAGCGTCCGATCTATTCCTATCGCCTGTCCATCGTGCACTTCTGGGCGCTGATCACCCTGTACATCTGGGCCGGTCCGCACCACCTGCACTACACCGCGCTGCCGGACTGGGCGCAATCCCTGGGCATGGCAATGTCGATCATCCTGCTGGCGCCAAGCTGGGGCGGCATGATCAACGGCATGATGACCCTGTCGGGCGCCTGGCATAAGCTGCGCACCGACCCGATCCTGCGCTTTCTGGTGGTATCCCTTGCGTTCTACGGCATGTCGACCTTCGAAGGTCCGATGATGGCGATCAAGACCGTCAACTCCCTGAGCCACTACACCGACTGGACCATCGGCCACGTACACGCCGGTGCGCTCGGCTGGGTCGCGATGATCTCCATCGGCGCCATCTACCACATGATCCCGAAACTGTTCGGTCGTGCGCAGATGCACAGCACCGGCCTGATCAACGCGCACTTCTGGCTCGCCACCATCGGTACCGTGCTCTACATCGCCTCGATGTGGGTCAACGGCATCACCCAGGGCCTGATGTGGCGCGCGATCAACGACGACGGCACCCTGACCTATTCGTTCGTCGAAGCACTGCAAGCCAGCCACCCCGGTTTCATCGTCCGTGCCCTGGGCGGCGCGTTCTTCGCCAGCGGCATGCTGCTGATGGCCTACAACGTGTATCGCACCGTTCGTGCCTCTGACCCGGTTGAAGCAGAAGCCGCCGCCAAGATCGCCGTAGTTGGAGCTCACTGA MSTAISPTAYNYKVVRQFAIMTVVWGILGMGLGVFIASQLVWPELNFDLPWTTFGRLRPLHTNLVIFAFGGCALFATSYYVVQRTCQTRLISDSLAAFTFWGWQAVIVGAIVTLPMGFTTTKEYAELEWPLAILLAIVWVTYGLVFFGTIVKRKTKHIYVGNWFYGAFIVVTAMLHIVNHASLPVSFFKSYSAYSGATDAMIQWWYGHNAVGFFLTTGFLGMMYYFVPKQAERPIYSYRLSIVHFWALITLYIWAGPHHLHYTALPDWAQSLGMAMSIILLAPSWGGMINGMMTLSGAWHKLRTDPILRFLVVSLAFYGMSTFEGPMMAIKTVNSLSHYTDWTIGHVHAGALGWVAMISIGAIYHMIPKLFGRAQMHSTGLINAHFWLATIGTVLYIASMWVNGITQGLMWRAINDDGTLTYSFVEALQASHPGFIVRALGGAFFASGMLLMAYNVYRTVRASDPVEAEAAAKIAVVGAH PGPT0001055_1017 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0001055-fixN|ccoN-K00404 NA NA D1-35_00818 954 ccoP1 Cbb3-type cytochrome c oxidase subunit CcoP1 ATGAGCACTTTCTGGAGTACGTGGATCTGCGTGCTGACCCTCGGCAGCCTCATCGGCCTGACCTGGCTGCTGATCGGCACCCGCAAGGGCGAGACCAAGGGCAGCGTCGACCAGACCATGGGCCACAGCTTCGACGGCATCGAGGAGTACGACAACCCCTTGCCGCAATGGTGGTTCCTGCTGTTTGCCGGCACCCTGGTGTTCTCCGTCGGCTACCTGATCCTGTATCCCGGCCTGGGCAACTGGAAAGGTATCCTGCCCGGCTACGAAAATGGCTGGACCGGCGCCCACGAATGGGAAAGGGAAATGGCCAGGGCCGACGCCAGGTTCGGGCCGATCTTCGCCAAATTCGCCGCAATGCCGGTGGAAGAGGTTGCCAAGGACCCGCAAGCCTTGAAAATGGGGGGCCGCCTGTTCGCCTCCAACTGCTCGGTCTGCCATGGCTCGGACGCCAAGGGCGCCTTCGGCTTTCCGAACCTGGCCGACAGCAACTGGCGCTGGGGCGGCACTGCCGAGACCATCAAGGCAACCATCATGGGCGGTCGCATGGCGGCAATGCCGGCCTGGGGTGAAGTGCTGGGGGACGCCGGGGTCAGGAACGTCGCCGCCTATGTGCGCCACGACCTGGCTGGCCTGCCTCTACCGGCCGACAGCGGTGCCGACCTGCAAGCCGGCCAGCAAGCCTTCAACACCACTTGCGTGGCTTGCCACGGCGCCAACGGCCAGGGCACCGAAGCCATGGGCGCGCCGAACCTGACGCAACCGGCCGGTTTCATCTACGGCACCAGCCTGGCGCAGTTGCAGCAGACCATCCGCCATGGCCGTCAGGGCCATATGCCGGCGCAGAATGAACTGCTCGGCAACGACAAGGTGCAACTGCTCGCCGCCTACGTCTACAGCCTTTCCCACGGCGCCGGTACCGAGCGCCTGCAAGCTGAACGCGAAGGCGAATAA MSTFWSTWICVLTLGSLIGLTWLLIGTRKGETKGSVDQTMGHSFDGIEEYDNPLPQWWFLLFAGTLVFSVGYLILYPGLGNWKGILPGYENGWTGAHEWEREMARADARFGPIFAKFAAMPVEEVAKDPQALKMGGRLFASNCSVCHGSDAKGAFGFPNLADSNWRWGGTAETIKATIMGGRMAAMPAWGEVLGDAGVRNVAAYVRHDLAGLPLPADSGADLQAGQQAFNTTCVACHGANGQGTEAMGAPNLTQPAGFIYGTSLAQLQQTIRHGRQGHMPAQNELLGNDKVQLLAAYVYSLSHGAGTERLQAEREGE PGPT0000153_418 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000153-fixP|ccoP-K00406 NA NA D1-35_00819 201 hypothetical protein ATGTTCCTTGAAATGAGCACTGGAATGATTCGCGGCCTGGGCACGGTCGTGGTGTTTGTGGCCTTCATCGGCCTGACCCTTTGGGTATTCAGCAGCAAGCGCGGCCCGGAATTCGCCCAGGCGCGCCTGCTGCCGTTCGCCGACGAGCCGCCCGCTGACGCTACCCCCCAAGACCCCGCACCAAGGAGTACCCGGTCATGA MFLEMSTGMIRGLGTVVVFVAFIGLTLWVFSSKRGPEFAQARLLPFADEPPADATPQDPAPRSTRS PGPT0000154_233 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000154-fixQ|ccoQ-K00407 NA NA D1-35_00820 609 hypothetical protein ATGAAACACGAAACAATCGAAAAAAACGTCGGCCTGCTGATGCTGCTGATGGTCCTGGCCGTGAGTGTCGGCGGCCTGACCCAGATCGTGCCGCTGTTCTTCCAGGACGTGACCAACAAACCGGTGGACGGCATGAAGCCCTACACCGCTCTGCAGCTTGAAGGCCGCGATATCTATATCCGCGAAGGCTGCGTCGGCTGCCACTCGCAGATGATCCGTCCGTTCCGCGCCGAAACCGAACGTTACGGGCACTACTCCGTCGCTGGCGAAAGCGTCTGGGACCACCCCTTCCTGTGGGGTTCCAAGCGCACCGGCCCGGACCTGGCCCGGGTCGGCGCGCGCTACTCCGATGACTGGCATCGCGCCCACCTGTACAACCCGCGCAACGTCGTCCCCGAGTCGAAAATGCCGGCCTACCCATGGCTGGTGACCCAGGCGGTCGACAGCAGCCACACCGAAGGCAAGCTGCGCGCCATGCGCACCCTCGGTGTGCCGTACAGCGACGACGACATTGCAGGCGCGGCAGCCTCGCTCAAGGGCAAGACCGAGATGGACGCACTGGTGGCCTACCTGCAAGTGCTCGGCACTGCCATCAAGAGCAAGAGGTAA MKHETIEKNVGLLMLLMVLAVSVGGLTQIVPLFFQDVTNKPVDGMKPYTALQLEGRDIYIREGCVGCHSQMIRPFRAETERYGHYSVAGESVWDHPFLWGSKRTGPDLARVGARYSDDWHRAHLYNPRNVVPESKMPAYPWLVTQAVDSSHTEGKLRAMRTLGVPYSDDDIAGAAASLKGKTEMDALVAYLQVLGTAIKSKR PGPT0000152_1386 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000152-fixO|ccoO-K00405 NA NA D1-35_00821 1425 ccoN1_2 COG3278 Cbb3-type cytochrome c oxidase subunit CcoN1 ATGAACACTTCAATCAGTACCGCCTACAACTACAAGGTGGTCCGCCAATTCGCCATTATGACGGTGGTGTGGGGCATCGTCGGCATGGGCCTCGGGGTTTTTCTCGCGGCCCAATTGGTCTGGCCACAGCTCAATTTCGATTTGCCCTGGACCAGCTTCGGCCGCCTGCGCCCACTGCACACCAACGCGGTGATTTTCGCCTTCGGCGGCTGCGCCCTGTTCGCCAGTTCGTTCTACTCGGTGCAACGCACCTGCCAGACCCAGCTGTTTGCACCGAAACTCGCCGCGTTCTGCTTCTGGGGCTGGCAACTGGTGATCCTGCTGGCGGCCATCAGCCTGCCACTGGGCTACACCAGTTCCAAGGAGTATGCCGAGCTCGAGTGGCCAATCGACATTCTCATCACCATTGTCTGGGTCGCCTACGCCATCGTGTTCTTTGGCACCGTGGCCAAGCGAAACACCAAACACATCTACGTCGGCAACTGGTTTTTCGGCGGGTTCATCCTGACCGTGGCGCTCCTGCACATCGTCAACAACCTGGAACTGCCGGTGAGCCTCACCAAATCCTACTCGGTGTATGCCGGCGCCACGGACGCGATGGTGCAGTGGTGGTACGGGCACAACGCCGTGGGCTTTTTCCTCACCGCCGGTTTCCTCGGGATGATGTACTACTTCGTGCCGAAACAGGCCGAGCGCCCGGTGTATTCCTATCGCTTGTCCATCGTGCACTTCTGGGCGCTGATTACCCTGTACATCTGGGCCGGCCCGCACCATCTGCACTACACAGCGCTGCCGGACTGGGCACAGTCGCTGGGCATGGTGATGTCACTGATCCTGCTGGCGCCCAGTTGGGGCGGCATGATAAACGGCATGATGACCCTCTCGGGGGCCTGGCATAAATTGCGCAGCGACCCGATCCTGCGCTTTCTCGTGGTATCCCTCGCGTTCTACGGCATGTCGACCTTCGAAGGCCCGATGATGGCGATCAAAACCGTCAACGCCCTCTCCCACTACACCGACTGGACCATCGGCCACGTTCATGCCGGCGCGCTCGGCTGGGTGGCGATGATTTCCATCGGTGCGCTGTACCACATGATCCCGAAAGTCTTCGGCCGGGCGCAGATGCACAGTATCGGCCTGATCAACGCGCACTTCTGGCTCGCGACCATCGGTACCGTGCTGTACATCGCCTCGATGTGGGTCAACGGCATCGCCCAGGGGCTGATGTGGCGTGCGGTGAACGAGGACGGCACGCTCACCTACTCCTTCGTCGAAACCCTGGTGGCCAGCCACCCCGGCTTCATCGTGCGGTTGGCGGGTGGGGCGATCTTCCTCGCCGGCATGCTGCTGATGGCCTACAACACCTGGCGCACCGTGCGGGCCTACCAGCCTGCCGAAGCCGCCGCTGCCGCGCAGATGGCTTGA MNTSISTAYNYKVVRQFAIMTVVWGIVGMGLGVFLAAQLVWPQLNFDLPWTSFGRLRPLHTNAVIFAFGGCALFASSFYSVQRTCQTQLFAPKLAAFCFWGWQLVILLAAISLPLGYTSSKEYAELEWPIDILITIVWVAYAIVFFGTVAKRNTKHIYVGNWFFGGFILTVALLHIVNNLELPVSLTKSYSVYAGATDAMVQWWYGHNAVGFFLTAGFLGMMYYFVPKQAERPVYSYRLSIVHFWALITLYIWAGPHHLHYTALPDWAQSLGMVMSLILLAPSWGGMINGMMTLSGAWHKLRSDPILRFLVVSLAFYGMSTFEGPMMAIKTVNALSHYTDWTIGHVHAGALGWVAMISIGALYHMIPKVFGRAQMHSIGLINAHFWLATIGTVLYIASMWVNGIAQGLMWRAVNEDGTLTYSFVETLVASHPGFIVRLAGGAIFLAGMLLMAYNTWRTVRAYQPAEAAAAAQMA PGPT0001055_1486 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0001055-fixN|ccoN-K00404 NA NA D1-35_00822 693 hypothetical protein ATGAACAAACAGCACAAGGCCAGTATTGACGGGGATCAATGGGCGCGATGCGTGACCGAGCGCGGCTGGTTGTGGACAGCCGCGAAACCCGGTGCTGGCGCCGAATCGCCGACGCTGATTTTGGCCCATGGTGCGGGTGCGCCGATGGACAGCGGCTTCATGAACGAAATGGCCGCGCGCCTTGCCGCGCAAGGCATCAATGTGTTGCGCTTCGAGTTTCCCTACATGGCCCAACGGCGCCTGGACGGCGGCAAGCGCCCACCCAACCCGGCGCCTAAGCTGCTGGAATGCTGGCGTGAGGTCTACGCCACGGTGCGACCCTATGTCGCTGGGCGGCTGGCGATTGGCGGAAAATCCATGGGCGGGCGCATGGCAAGCCTGGTGGCCGATGAGCTGGGTGCCGATGCGCTGGTGTGCCTCGGGTATCCCTTCTATGCCGTGGGCAAACCGGAAAAACCGCGGGTCGAGCATTTGGCGGCGTTGAACACCCGGGCGCTGATTGTCCAGGGCGAGCGGGATGCGCTGGGTAATCGTGAGGCGGTCGAAGGTTATGCCTTGTCACCTGGCATCGAAGTGCTGTGGTTGGCGGCCGGGGATCATGACTTGAAGCCGCTGAAGGCTTCGGGATTCAGTCACGAGCAGCATCTGGAGGCGGCGGCGCAGAGAGTGGCTGGGTTCTTGTCTCAAGATTGA MNKQHKASIDGDQWARCVTERGWLWTAAKPGAGAESPTLILAHGAGAPMDSGFMNEMAARLAAQGINVLRFEFPYMAQRRLDGGKRPPNPAPKLLECWREVYATVRPYVAGRLAIGGKSMGGRMASLVADELGADALVCLGYPFYAVGKPEKPRVEHLAALNTRALIVQGERDALGNREAVEGYALSPGIEVLWLAAGDHDLKPLKASGFSHEQHLEAAAQRVAGFLSQD NA NA NA NA NA D1-35_00823 1566 aer_1 COG0840 Aerotaxis receptor ATGCGTAACAACCAACCTATTACACAGCGCGAAAGGACCTTCCCGGCCCAGCAAAGATTGATTTCCACCACCAATACCAAGGGTGTGATCACCTACTGCAACGACGCGTTCGTTGAAATCAGCGGGTTCTCGAAGGAAGAGCTGATCCATGCACCGCACAACCTGGTACGCCATCCCGACGTTCCGTCGGCCGTGTTTGCCCACATGTGGGACACGCTGAAACAAGGCTTGCCATGGATGGGCATCGTCAAGAACCGCTGCCAGAACGGTGACCATTACTGGGTCAACGCCTACGTCACGCCTGTATTCGAAGGCAATCAGGTGGTCGGCTATGAATCGGTACGGGTCAAACCCAGCGCCGAGCAGATCTCCCGAGCCGAAGCGCTCTATCAACGCATCAACCAGGGCAAGGCCGCGGTACCCGGCAGCGACAAATGGCTGCCGATCCTGCAGGACTGGCTGCCATTCATCCTGGTCAGCCAGTTGAGCTTCGTCGTTGGCGCGTTCCTCAACTCTTCCTGGGGCTTCGCCCTGGCTGCGCTGCTGTCGGTGCCGTTGGGGTTGATGGGCCTGCAATGGCAGCAACGCGGGATCAAGCGCCTGCTGCGCCTGGCCGAACAGACCACTTCCGACCCGTTGATCGCGCGGATGTACACCGACAGCCGCGGTGTCCAGGCACGCCTGGAGATGTCGATTCTCAGCCAGGAAGCGCGCCTGAAGACCTGCCTGACCCGCCTGCAGGACACCGCCGAACATCTCAACGCGCAAGCGCGGCAATCCAATTCCCTGGCCCACGACAGTTCCACAGGCCTTGAGCGCCAGCGGGTGGAAACCGAACAGGTGGCCACCGCTGTCAACCAGATGGCCGCGACCACCCAGGAAGTCGCCAGCCACGTGCAGCGCACCGCCGATGCCACCCAGGAGGCCAATCGCCTGACCAGTCGCGGTCGTGACATTGCCGGAGAAACCCGTGAAGCCATCGAACGCCTGTCGGTGGTAGTGGGCGAGACCGGGCAGACCGTGACCCAGCTGGCCAAGGACAGCGACGAAATCGGTGGTGTGGTCGACGTGATCAAGGGCATTGCCGACCAGACCAACCTGCTGGCGCTCAACGCCGCCATTGAAGCGGCCCGCGCCGGTGAAATGGGTCGCGGCTTTGCCGTAGTGGCCGACGAAGTGCGGCAACTGGCCCAGCGTACCAGCGAATCCACCGGGCAGATCCATGCCCTGATCGCCAAGCTTCAACAGACCGCCAACAACGCCGTACAGACCATGGACGCTGGCCATCGCCAGGCCGAAGAAGGCGTGGCGCGGGTCATGGAAGCGGACCAGGCGCTCGTCGGGATCAGCGAAGCCGTGGCCCACATCACCGACATGACCACCCAGATCGCGGCTGCCACCGAGGAGCAGAGCTCGGTGGCTGAGGAGATCAGCCGCAACATCAGCAACATCTCGGAACTGGCCGACCAGACCTCGGGACAGGCCCACAGCTCGGCGCTGCTCAGCGAAGAACTGACTCGAACGGCCAATACCCAGTATTCGTTGGTGGAGCGGTTCAACCGCTGA MRNNQPITQRERTFPAQQRLISTTNTKGVITYCNDAFVEISGFSKEELIHAPHNLVRHPDVPSAVFAHMWDTLKQGLPWMGIVKNRCQNGDHYWVNAYVTPVFEGNQVVGYESVRVKPSAEQISRAEALYQRINQGKAAVPGSDKWLPILQDWLPFILVSQLSFVVGAFLNSSWGFALAALLSVPLGLMGLQWQQRGIKRLLRLAEQTTSDPLIARMYTDSRGVQARLEMSILSQEARLKTCLTRLQDTAEHLNAQARQSNSLAHDSSTGLERQRVETEQVATAVNQMAATTQEVASHVQRTADATQEANRLTSRGRDIAGETREAIERLSVVVGETGQTVTQLAKDSDEIGGVVDVIKGIADQTNLLALNAAIEAARAGEMGRGFAVVADEVRQLAQRTSESTGQIHALIAKLQQTANNAVQTMDAGHRQAEEGVARVMEADQALVGISEAVAHITDMTTQIAAATEEQSSVAEEISRNISNISELADQTSGQAHSSALLSEELTRTANTQYSLVERFNR PGPT0015700_781 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015700-aer-K03776 NA NA D1-35_00824 789 hypothetical protein ATGCTCTCCCTACCCTGGCCGTACCTGGCCCTTCTCTCGATCGGTTATGGCCTGGCCCTCGCGTACGGCCATCTGGCCTGGACTGCCATCATCTCGGTCGCGCTACTGCTGTTCGCCGGGTACGCGGTTCGCCAGCGGCAGACGCCGGTCGGGCAGTTTCTCGGGCATTGCCTGTTCATCGTCCTGGCGGTCGCGTTGGCATTGCATTGGATGCCGGGTTTCTTCAACAGCCGGGCGATCGCGGCGCAACGCTTCAGCGATGACGCCGTGCGGTTTGCGATGTATCTGAACCAGGACAAGCCCCTGATCGGTTTCTGGCTGTTGCTGGCATGCCCCTGGATCGTTGGCCGCCGCTCGTTTCGTGGCGCTGTCTACGGCACGGCCCTGGGGCTTGCGCTAAGCGCGATAATGGCCTTGGGCGGGGCGATGTTGCTGGGCATGATCCATTGGGCACCGAAATGGCCGGACCAGGCCTGGATCTGGGTGCTCAACAATCTTTTGTTGGTGACCTTGGTCGAGGAAGCACTGTTTCGTGGCTACATCCAGGGCGGCCTGAGCCGACGCTTCAAACATCTGCGCCATGGCGACAACCTCGCATTGCTGCTGGCCTCGCTGCTGTTCGGCCTGGTGCATGCCGGTGCCGGCTGGCAGTGGGTATTGCTGTCGGGGCTGGCCGGGATCGGTTATGGCCTCGCCTATCGGTTTGGCGGCCTGGGCGCGGCGATTGCCACACATTTCGGCCTCAATCTGCTGCATTTCGCCCTGTTTACTTACCCGATGCTGGCGTGA MLSLPWPYLALLSIGYGLALAYGHLAWTAIISVALLLFAGYAVRQRQTPVGQFLGHCLFIVLAVALALHWMPGFFNSRAIAAQRFSDDAVRFAMYLNQDKPLIGFWLLLACPWIVGRRSFRGAVYGTALGLALSAIMALGGAMLLGMIHWAPKWPDQAWIWVLNNLLLVTLVEEALFRGYIQGGLSRRFKHLRHGDNLALLLASLLFGLVHAGAGWQWVLLSGLAGIGYGLAYRFGGLGAAIATHFGLNLLHFALFTYPMLA NA NA NA NA NA D1-35_00825 2742 acnA COG1048 Aconitate hydratase A ATGCCGTCCCTCGATAGCCTGAAAACCCTTAAAACATTGCAAGTCGACGCCAGGACTTATCACTATTTCAGCTTGCCGGACGCCGCGCGAAGCCTCGGTGATCTGGATAAACTGCCAATGTCCCTCAAGGTGCTGCTGGAAAACCTGCTGCGCTGGGAAGATGAAAAAACCGTCACCGGCGCCGACCTCAAGGCCCTGGCCGGTTGGCTCAAGGAGCGCCGCTCCGACCGCGAGATCCAGTATCGCCCGGCACGAGTGCTGATGCAGGACTTTACCGGCGTGCCCGCCGTGGTCGACCTGGCCGCCATGCGCGCCGCCGTGGAAAAGGCCGGAGGCGATCCCCAGCGAATCAACCCGTTGTCACCGGTCGACCTGGTGATCGACCACTCGGTGATGGTGGACAAGTTCGCCAGCCGCCAGGCCTTCGAGCAGAACGTCGACATCGAAATGCAGCGCAACGGCGAACGTTATGCCTTCCTGCGCTGGGGCCAGAGTGCCTTCGACAACTTCAGCGTGGTGCCACCGGGCACCGGCATCTGCCATCAGGTGAACCTGGAATACCTGGGTCGCACCGTCTGGACCAAAGAGGAAGACGGCCGCACCTACGCCTTCCCCGACACGCTAGTCGGCACCGACTCTCACACCACCATGATCAATGGCCTCGGCGTGCTCGGCTGGGGCGTCGGCGGGATCGAGGCGGAAGCGGCGATGCTCGGCCAACCGGTATCGATGCTGATCCCCGAGGTTGTCGGTTTCAAGCTCACCGGCAAGCTGCGCGAAGGTATCACCGCGACCGACCTGGTGCTGACCGTCACGCAGATGCTGCGCAAGAAGGGTGTGGTGGGCAAATTCGTCGAGTTTTATGGCGACGGTCTCGCCGACCTGCCCCTGGCCGACCGCGCCACCATCGCCAACATGGCCCCGGAATACGGCGCCACGTGCGGTTTCTTCCCGGTGGACGATGTAACGCTGGATTACTTGCGCCTGTCCGGGCGCCCCGCAGAAACCGTGAAACTGGTGGAAGCCTATTGCAAGGCTCAGGGCCTGTGGCGCCTGCCTGGCCAGGAACCGGTGTTCACCGACACGCTGGAACTGGACATGGGCAGCGTCGAGGCCAGCCTCGCCGGCCCCAAGCGTCCCCAGGATCGGGTCTCGCTGCCGAATGTCGGCCAAGCCTTCAGTGATTTCCTCGGCTTGCAGATCAAACCCACCAGCAAGGACGAGGGCCGCCTGGAAAGCGAAGGCGGCGGAGGCGTCGCGGTAGGCAATGCCGATCAGGTAGGGGAAGCCGAGTACGAATTCGAAGGCCAGACCCATCGCCTGAAAAACGGCGCGGTGGTGATTGCCGCCATCACCTCTTGCACCAACACCTCCAACCCCAGCGTGATGATGGCCGCCGGGCTGGTGGCAAAAAAAGCCGTGGAAAAAGGCCTGACGCGCAAGCCCTGGGTCAAGAGCTCCCTGGCGCCTGGCTCCAAGGTGGTGACCGACTACTACAACGCCGCGGGCCTGACCGAGTATCTCGACAAGCTCGGCTTCGACCTGGTGGGCTACGGCTGCACAACCTGTATCGGCAACTCCGGCCCTCTGCCCGACCCCATCGAAAAAGCCATCCAGAAAGCCGACCTGACCGTGGCTTCGGTGCTGTCGGGTAACCGCAACTTCGAGGGCCGGGTGCATCCACTGGTGAAAACCAACTGGCTGGCCTCGCCGCCATTGGTGGTCGCCTACGCCCTGGCCGGCACCGTGCGCATCGATATCAGCAGCGAACCGCTGGGCAACGACCGGGACGGCAATCCGGTCTACCTGCGCGACATCTGGCCGAGCAGCAAGGAAGTAGCCGACGCCGTGGCCCAGGTCGACACCAGCATGTTCCACAAGGAATACGCCGCCGTGTTCGCCGGTGACGAACAGTGGCAAGCCATCGAAGTGCCGCAGGCGGCTACTTATGTATGGCAAGACGACTCGACCTACATCCAGCATCCGCCATTCTTCGACGACATCGGCGGGCCGCCACCGGTGGTCAGGAATGTCGAGGGCGCGCGCGTCCTTGCGCTGCTCGGAGACTCGGTGACCACCGACCATATCTCGCCAGCCGGCAATATCAAGACAGACAGCCCTGCCGGCCGTTACTTGCGCGAACAAGGCGTGGAACCGCGGGACTTCAACTCCTACGGCTCGCGACGGGGCAATCATCAGGTGATGATGCGCGGCACCTTCGCCAATATCCGTATCCGCAACGAGATGCTCGGCGGCGAAGAAGGCGGCAATACGATCTATATCCCCAACGGCGAAAGAATGTCGATCTACGATGCGGCCATGTTGTACCAGGCCACCGGCACGCCTCTGGTGGTCATTGCCGGGCAGGAATATGGCACCGGTTCGAGCCGGGACTGGGCGGCCAAGGGTACCAACCTGCTGGGCGTGAAGGCCGTGATCGCCGAAAGCTTCGAACGCATTCACCGCTCCAACCTGGTGGGCATGGGCGTGCTGCCGCTGCAATTCAAGCTCGATCAGAATCGCAAGAGCCTGAACCTCACTGGCAGGGAGACCCTTGATATCCTCGGGCTGAGCGATGCCGAGCTGACGCCGCGCATGAATCTGCCGGTGGTCATCACCCGCGAGGATGGCAGCCAGGAGCGGATTGAAGTGTTGTGCCGGATCGACACCTTGAACGAAGTGGAATATTTCAAGGCTGGCGGGATCCTGCATTTTGTCCTGCGGCAATTGATTGCAGGATAA MPSLDSLKTLKTLQVDARTYHYFSLPDAARSLGDLDKLPMSLKVLLENLLRWEDEKTVTGADLKALAGWLKERRSDREIQYRPARVLMQDFTGVPAVVDLAAMRAAVEKAGGDPQRINPLSPVDLVIDHSVMVDKFASRQAFEQNVDIEMQRNGERYAFLRWGQSAFDNFSVVPPGTGICHQVNLEYLGRTVWTKEEDGRTYAFPDTLVGTDSHTTMINGLGVLGWGVGGIEAEAAMLGQPVSMLIPEVVGFKLTGKLREGITATDLVLTVTQMLRKKGVVGKFVEFYGDGLADLPLADRATIANMAPEYGATCGFFPVDDVTLDYLRLSGRPAETVKLVEAYCKAQGLWRLPGQEPVFTDTLELDMGSVEASLAGPKRPQDRVSLPNVGQAFSDFLGLQIKPTSKDEGRLESEGGGGVAVGNADQVGEAEYEFEGQTHRLKNGAVVIAAITSCTNTSNPSVMMAAGLVAKKAVEKGLTRKPWVKSSLAPGSKVVTDYYNAAGLTEYLDKLGFDLVGYGCTTCIGNSGPLPDPIEKAIQKADLTVASVLSGNRNFEGRVHPLVKTNWLASPPLVVAYALAGTVRIDISSEPLGNDRDGNPVYLRDIWPSSKEVADAVAQVDTSMFHKEYAAVFAGDEQWQAIEVPQAATYVWQDDSTYIQHPPFFDDIGGPPPVVRNVEGARVLALLGDSVTTDHISPAGNIKTDSPAGRYLREQGVEPRDFNSYGSRRGNHQVMMRGTFANIRIRNEMLGGEEGGNTIYIPNGERMSIYDAAMLYQATGTPLVVIAGQEYGTGSSRDWAAKGTNLLGVKAVIAESFERIHRSNLVGMGVLPLQFKLDQNRKSLNLTGRETLDILGLSDAELTPRMNLPVVITREDGSQERIEVLCRIDTLNEVEYFKAGGILHFVLRQLIAG PGPT0001465_1395 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 D1-35_00826 1074 rlmM COG2933 Ribosomal RNA large subunit methyltransferase M ATGAACACGCTTTTTATGCACTGCCGACCGGGCTTCGAAGGCGAGGTCTGTTCCGAGATCGCCGAACATGCCGCGCGGCTGAACGTGGCCGGCTACGCCAAGGCCAAGCCGGCCAGCGCCTGCGCCGAATTCGTCTGCACTGAAGAGGACGCCGCCGAGCGGCTGATGCGTGGGCAGCGCTTTGCCGAGCTGATTTTCCCGCGCCAATGGGCGCGTGGCTCGTTCATCGAGTTGCCGGAGACCGACCGCATCAGCGTCATCCTCGCCCATCTGGCGGCTTTCCCGACGTGCGGCAGCCTGTGGCTGGAAGTGGTCGATACCAACGACGGCAAAGAGCTTTCGAACTTCTGCAAGAAATTCGAAGGTCCGTTGCGCAAGGCCTTGAGTGGCGCCGGCAAGCTGGTGGACGACCCGCACAAGCCGCGCCTGCTGCTGACGTTCAAGAGTGGCCGCGAAGTGTTCCTTGGCCTGGCGGAAGCCGACAATTCGGCAATGTGGCCGATGGGTATTCCGCGGCTTAAATTCCCTCGGGAAGCGCCGAGCCGCTCGACCCTCAAACTCGAAGAGGCCTGGCACCATTTCATCCCCCGTGACCAATGGGACGAGCGGCTGCACAGCGACATGACCGGCGTGGACCTCGGCGCCGCGCCGGGTGGCTGGACCTGGCAATTGGTCAACCGGGGCATGCTGGTGACGGCCATCGACAACGGTCCGATGGCTGAAAGCCTGATGGACACCGGCCTGGTGCAGCACTTGATGGCGGACGGCTTCACGTTCAAGCCCAAGCAGCCGGTGGACTGGATGGTCTGTGACATCGTCGAAAAACCCGCGCGCAATGCGGCGATGCTGGAAGAGTGGATTGGCGAGGGGCATTGCCGTGAGGCGGTGGTCAACTTGAAACTACCGATGAAGCAGCGTTACGCCGAGGTGAAGCGTCTGCTCGAACGCATCGCCGAGGGTTTCAAGGCCCGGGGTATCAAGGTCGAGATTGGCTGCAAGCAGCTGTATCACGACCGTGAGGAAGTGACGTGCCATCTGCGGCGGCTGGATAGCAGGAAGCCGAAGTCTCGCTAA MNTLFMHCRPGFEGEVCSEIAEHAARLNVAGYAKAKPASACAEFVCTEEDAAERLMRGQRFAELIFPRQWARGSFIELPETDRISVILAHLAAFPTCGSLWLEVVDTNDGKELSNFCKKFEGPLRKALSGAGKLVDDPHKPRLLLTFKSGREVFLGLAEADNSAMWPMGIPRLKFPREAPSRSTLKLEEAWHHFIPRDQWDERLHSDMTGVDLGAAPGGWTWQLVNRGMLVTAIDNGPMAESLMDTGLVQHLMADGFTFKPKQPVDWMVCDIVEKPARNAAMLEEWIGEGHCREAVVNLKLPMKQRYAEVKRLLERIAEGFKARGIKVEIGCKQLYHDREEVTCHLRRLDSRKPKSR NA NA NA NA NA D1-35_00827 252 tusA_1 COG0425 Sulfur carrier protein TusA ATGAGTGAAATGAACGAAACGCCGGTCGACGGCACGCTGGACGCCACCGGTCTCAACTGTCCGGAGCCGGTGATGATGCTGCATCAGCATATCCGTGACCTGGCCCCCGGCGGACTGCTGAAAGTCATTGCCACCGACCCGTCGACGCGCCGTGATATCCCCAAGTTTTGCGTGTTTCTCGACCACGAACTGGTCAGCCAGGATGAAGTGGACGGCACCTACCGCTACTGGATCCGCAAGAAGCTCGCTTAA MSEMNETPVDGTLDATGLNCPEPVMMLHQHIRDLAPGGLLKVIATDPSTRRDIPKFCVFLDHELVSQDEVDGTYRYWIRKKLA NA NA NA NA NA D1-35_00828 1404 norM COG0534 Multidrug resistance protein NorM GTGAATCCTGTGATCGACACCGCCACCACTCTCTCCCGCCCTGCCCGGGTGCGCCTGGAGCTCAAGACCCTGCTGGCCCTGGCCCTGCCGATCATGGTGGCGCAATTGGCGACCACCGCCATGGGCTTTGTCGACGCGGTGATGGCCGGCCGGGTCGGGCCGCGGGATCTCGCGGCGGTGGCGCTGGGCAACTCGATCTGGGTTCCGGTATTCCTGTTGATGACCGGCACGCTGTTGGCTACCACCCCGAAGGTGGCCCAGCGTTTCGGTGCCGGTACGTTTGAACAGATCGGTCCATTGGTGCGTCAGGCATTGTGGCTGGCACTCGCGGTGGGGCTGATCGCAACGTTGGCGCTGCTCAGCGCCGAACCGATCCTGCATGTCATGAAAGTCGATCCCGAACTGATCGGCCCTTGCATGGAATACCTGCGCGGCATCGGCAGCGGTCTTCCGGCGGTGGCGCTCTATTACGTGCTGCGCTGCTTCAGCGACGGCCTGGGGCGTACGCGACCGGCGATGGTGCTGGGGCTGTGCGGGCTGGCCCTGAACATTCCGCTCAACTACATCTTCATCTATGGACACCTGGGCGTCCCCGCCATGGGCGGTGTCGGCTGCGGCTGGGCCACGGCCATCGTGATGTGGTTCATGGCGGCGGGCATGGCCGCCTGGACACGCTGGGGCCCGATCTATCAATCGAGTCAGCTGTTCAGCCGTTTCGACTGGCCGCAATGGTCAGTCATCAAGCGCCTGCTCGGCATCGGCCTGCCGATCGGCATCGCGGTGTTTGCCGAATCTAGCATCTTCGCGGTCATCGCCCTGCTGATCGGCAGCCTCGGTGCCACGGTGGTGGCCGGACACCAGATCGCCCTGAATTTCAGCTCGCTGGTGTTCATGATCCCCTATTCCCTGGGCATGGCCGTGACCGTACGGGTCGGCCAGGCGCTGGGGCGTAGCCAGCCTCGGGAAGCGCGCTTTGCAGCGGGTGTCGGCATGGCCACGGCCCTGGCGTACGCCTGCCTGTCGGCGAGCCTGATGTTCGCGTTGCGCGGGCCTATCGCGGCGATCTATACCGCCGACCCCGTGGTGATCGAAGTGGCATCGATGCTGATCGTCTACGCGGCGCTGTTTCAGTTTTCCGATGCCATCCAGGTCACGGCGGCGGGCGCGCTGCGCGGTTACCAGGACACCCAGGTGACGATGATCCTGACGCTCTTCGCTTACTGGGGCATCGGCTTGCCGGTGGGTTATGCCCTGGGCCTGACCGACTGGCTCGGCACCGCCAGCGGCCCAAGCGGATTGTGGCAGGGTCTGATCGTGGGATTGAGCTGCGCGGCGTTGATGCTGTCGATCCGACTGACGCGCAGTGCCCGTGGGCAGATTCGCATCAGTCGCTCGACAGGTTAA MNPVIDTATTLSRPARVRLELKTLLALALPIMVAQLATTAMGFVDAVMAGRVGPRDLAAVALGNSIWVPVFLLMTGTLLATTPKVAQRFGAGTFEQIGPLVRQALWLALAVGLIATLALLSAEPILHVMKVDPELIGPCMEYLRGIGSGLPAVALYYVLRCFSDGLGRTRPAMVLGLCGLALNIPLNYIFIYGHLGVPAMGGVGCGWATAIVMWFMAAGMAAWTRWGPIYQSSQLFSRFDWPQWSVIKRLLGIGLPIGIAVFAESSIFAVIALLIGSLGATVVAGHQIALNFSSLVFMIPYSLGMAVTVRVGQALGRSQPREARFAAGVGMATALAYACLSASLMFALRGPIAAIYTADPVVIEVASMLIVYAALFQFSDAIQVTAAGALRGYQDTQVTMILTLFAYWGIGLPVGYALGLTDWLGTASGPSGLWQGLIVGLSCAALMLSIRLTRSARGQIRISRSTG PGPT0029115_5906 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 D1-35_00829 1143 pdxB COG0111 Erythronate-4-phosphate dehydrogenase ATGCTGATCGTTGCCGACGAAAACATTCCCTTGCTCGATGCGTTTTTTCAAGGTTTTGGTGAAATCCGCCGGGTGCCGGGGCGGGGCATCGACCGGGCGTTGGTCGAGCAGGCTGACGTGCTGCTGGTGCGTTCGGTCAGCCAGGTCAATCGGGCGCTGCTGGAAGGCAGCAAGGTGCGTTTTGTCGGGACCTGCACCATCGGCACCGATCACCTGGACCTGGAATATTTCGCCGAAGCCGGCATCCGCTGGGCCAGTGCCCCGGGCTGTAACGCCCGCGGTGTGGTGGACTATGTGCTGGGCAGTCTCATGACCCTGGCGGAAATCGAAGGCGCGGATCTTGCGCAGCGCACCTTTGGCGTCGTCGGCGCGGGGCAGGTGGGCGGGCGATTGATCAAGGTACTCAAAGACCTGGGCTGGGTCGTGAAAGTCTGTGATCCGCCGCGCCAGGCTGCCGAAGGCGGCGATTACCTGAGCCTGGAGCAGATTATCGAGCAGTGCGATGTGATCAGCCTGCACACACCCCTGACCCGCGATGGCGAGCAACCGACCTGGCACCTTTTCGACGAGCAACGATTGAACAACCTCAAGCCGGGGACCTGGTTGATCAACGCCGCTCGCGGCCCGGTCATCGACAACACGGCGCTGCGCGAGGTGCTGCTGGAGCGCGAAGATCTGCAAGCGGTGCTGGATGTCTGGGAGCGGGAGCCGACAGTCGACGTCGATCTGGCCGACCTCTGCGTGATCGCCACTCCGCACATCGCCGGCTATAGCCTTGACGGTCGCCAGCGTGGCACGGCGCAGATTTATGAAGCCTTGTGCGGATTCCTGCAGCGGCCGGTGGAAGTCAGCCTGGCCGAGCTGTTGCCACGGCCGTGGCTCGCCGGCCTCACGCTGGATGCCGCCACCGACCCGGCCTGGGCCCTGGCGGCGTTGTGCCGGAGCGTTTACGACCCGCGCCGTGACGATGCGGACTTTCGCCGCAGCCTTATCGGCACCGACAGCGAGCAACGTAGCGCCTTTGATGCCTTGCGCAAGCATTATCCGCCACGCCGGGAAATCGACAGCTTGAAGGTGCGGATCGAAGGGCAATCGCCGACGTTGGAAAATATCGTGGCAGCCCTGGGCGCCACCATTGCTTGA MLIVADENIPLLDAFFQGFGEIRRVPGRGIDRALVEQADVLLVRSVSQVNRALLEGSKVRFVGTCTIGTDHLDLEYFAEAGIRWASAPGCNARGVVDYVLGSLMTLAEIEGADLAQRTFGVVGAGQVGGRLIKVLKDLGWVVKVCDPPRQAAEGGDYLSLEQIIEQCDVISLHTPLTRDGEQPTWHLFDEQRLNNLKPGTWLINAARGPVIDNTALREVLLEREDLQAVLDVWEREPTVDVDLADLCVIATPHIAGYSLDGRQRGTAQIYEALCGFLQRPVEVSLAELLPRPWLAGLTLDAATDPAWALAALCRSVYDPRRDDADFRRSLIGTDSEQRSAFDALRKHYPPRREIDSLKVRIEGQSPTLENIVAALGATIA PGPT0009150_251 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0009150-pdxB-K03473 NA NA D1-35_00830 180 hypothetical protein ATGTCCTTGCAACACAGCAGCGAAGACAAGATTCAAGTGATCCGCACGCAACCGGACCAGTCCCTGGGCTGCTCGTTCATCGATGCCCAAGGGCGCGAAGTACCGATCACCGAAGACATGATCCAGAAAGCCTGCAGCGAACTGGAAAAACGACTGGTCAAACCTGCCGAACAAAAGTGA MSLQHSSEDKIQVIRTQPDQSLGCSFIDAQGREVPITEDMIQKACSELEKRLVKPAEQK NA NA NA NA NA D1-35_00831 1773 COG1132 Putative multidrug export ATP-binding/permease protein ATGCTTTCTTCCCGACAACGCCGTGCCATACGCCTGGCCAGCGGCTTCATTGCTCCTTACCGCAAACAGGTCTTTGGCGCTTTGCTGGCCCTGATCGTCACCGCCGGCATTACCTTGTCCATGGGGCAGGGTATCCGGTTGCTGGTGGATCAGGGTTTCATGACGCGCTCGCCGCATCTGCTCAATCAATCGATCGGGTTGTTCATGGTCCTGGTGGCGGGGTTGGCGGTCGGTACGTTTGCCCGTTTCTACCTGGTGTCGTGGATTGGCGAGCGGGTGGTGGCCGATATCCGCCGACAGGTTTTCAACCACCTGGTGTATCTGCATCCCGGGTTCTACGAAAACAACCGCAGTTCGGAAATCCAGTCACGCCTGACCGCCGACACCACGCTGCTGCAATCGGTGATCGGTTCGTCGTTGTCACTGTTTCTGCGCAACGCGCTGATGGTGGTCGGAGGCATCGTGCTGCTGTTCGTCACCAATCCCAAGCTCACCAGCATCGTGGTGATTGCGCTGCCGCTGGTGCTGGCGCCGATCCTGGTCTTTGGCCGGCGAGTGCGCAGCCTGTCCCGCGAAAGCCAGGACCGCATCGCCGATGTCGGCAGTTACGTTTCCGAAACCCTCGGCCAGATCAAGACGGTGCAGGCCTATAACCACCAGGTCCAGGACGAGCACCGTTTCGCTGCTACCGTGGAGCAGGCCTTCGACACTGCCCGCAAGCGCATCGCCCAGCGCGCCTGGTTGATTACCCTGGTGATCGTTCTGGTACTGGGTGCGGTGGGCGTAATGCTCTGGGTCGGTGGCATGGACGTGATCGCCGGGCGCATTTCCGGCGGTGAGCTGGCGGCATTCGTGTTCTACAGCCTGATTGTCGGGAGCGCTTTCGGTACGCTCAGCGAAGTGATCGGCGAGCTGCAGCGGGCGGCCGGCGCCGCGGAGCGAATTGCCGAGTTGCTGCGTTCGCAGAACATCATCCAGCCGCCGGCGACGGGCCTTGTCACGTTGCCGCAGCGGGTCAGGGGCGACCTGCGCCTTGAAGGTGTACGGTTTTCCTACCCGTCGCGGCCGGAAAGCTACGCGGTCGATGGTCTGGACCTTAGCGTCAACGCTGGCGAAACCGTTGCGCTGGTCGGCCCGTCCGGGGCGGGCAAATCCACCGTGTACGATCTGCTGCTGCGATTCTACGATCCAGTGCAGGGGCAGATATACCTCGATGGTGTGCCGCTGACCTTGCTTGACCCGTTGGACCTGCGTCGTCACTTCGCCCTGGTCTCGCAGAGCCCGGCACTGTTCTTCGGTACGGTGGAAGAAAATATTCGCTACGGCAATCCGCAAGCCACCGACGAACAGGTGCGCGAAGCGGCGCGGATCGCTCACGCCCATGACTTCATCGAGAAAATGCCGGATGGCTACCAGACCCATCTGGGCGATGGCGGCCTGGGTTTGTCCGGTGGCCAGCGCCAACGCCTGGCCATCGCCCGGGCACTGCTGATCGACGCGCCGATCCTGCTGTTGGACGAAGCCACCAGCGCGCTCGATGCACAAAGCGAACACCTCATCCAGCAAGCCCTGCCCAGCCTGATGAAAAACCGCACCACCCTGGTCATCGCCCACCGCCTGGCCACGGTGAAAAATGCCGACCGGATCGCGGTAATGGACCAGGGCAGGGTAGTCGCCGTGGGCACTCATCAGGAGTTGGTGGCGAGTAATGCGCTGTATGCGCGGTTGGCGGCGTTGCAGTTCAACGTTAGCTTGGAGTCGGCAGCCGACTGA MLSSRQRRAIRLASGFIAPYRKQVFGALLALIVTAGITLSMGQGIRLLVDQGFMTRSPHLLNQSIGLFMVLVAGLAVGTFARFYLVSWIGERVVADIRRQVFNHLVYLHPGFYENNRSSEIQSRLTADTTLLQSVIGSSLSLFLRNALMVVGGIVLLFVTNPKLTSIVVIALPLVLAPILVFGRRVRSLSRESQDRIADVGSYVSETLGQIKTVQAYNHQVQDEHRFAATVEQAFDTARKRIAQRAWLITLVIVLVLGAVGVMLWVGGMDVIAGRISGGELAAFVFYSLIVGSAFGTLSEVIGELQRAAGAAERIAELLRSQNIIQPPATGLVTLPQRVRGDLRLEGVRFSYPSRPESYAVDGLDLSVNAGETVALVGPSGAGKSTVYDLLLRFYDPVQGQIYLDGVPLTLLDPLDLRRHFALVSQSPALFFGTVEENIRYGNPQATDEQVREAARIAHAHDFIEKMPDGYQTHLGDGGLGLSGGQRQRLAIARALLIDAPILLLDEATSALDAQSEHLIQQALPSLMKNRTTLVIAHRLATVKNADRIAVMDQGRVVAVGTHQELVASNALYARLAALQFNVSLESAAD NA NA NA NA NA D1-35_00832 1929 slt COG0741 Soluble lytic murein transglycosylase ATGCGCAGTCGCCTTTTCAGTGTCTTATCTTGTTTGTTTGTGTGTGCCACTGCCGTTCAGACCGCCCAGGCGGTGGATATTTCCACCCAGCGCCAGTATTACGATGAGGCCAAGCGCGCCCTGGCCAAAGGTGATTCCGGCCCCTATTTGCGCTACAGCCAGGCCCTGCGCGATTATCCGCTGGAGCCCTACCTCGCCTACGATGAGTTGACCGCTCGCCTGAAAAGCGCGAGCAATGCCGAGATCGAGAAATTCCTCGCCGAACATGGCGACCTGCCCCAGGCCAACTGGATGAAGCTGCGCTGGTTGCGCTGGCTGGCGGAGCGTGGCGACTGGGCAACCTTCGTCAAGTATTACGACCCCAAGCTCAACTTCACCGAACTCGATTGCCTCAACGCTCAATATCAACTGAGCCATGGCCTCAAGGCCGAAGGCTACGCCAACGCTGAGAAACTCTGGCTTACCGGCAAATCCCAGCCGGCGGCCTGCGATGCGCTGTTCGGCATGTGGGCGGCCCAAGGCCAACTGACTGAGCAGAAACGCTGGGAGCGCGCCAAACTGGCCGCCCAGGCGCGTAACTATCCGCTGGCCAACAGCCTGGTGAGCGGCCTGACCACCCTGGCGCCTCGCGGCAGCCTGTTGATCGACGTGGCGCAGAGGCCCGAACTGCTCAACCAGCCTTCGCGCTTCGCGCCCGCCGATGAACCGATGTCCGATGTCGTGAGCCTCGGCTTGCGACGCCTGGCCCGCCAGGACCCGGAAAAAGCCATGGCGTTGCTGGACGGGTATGCCAGCACCATGCATTTCTCTCGAGACGAGAAAGTGGCAATCGCCCGGGAAATCGGTCTGACCCTGGCCAAACGCTTCGACAGCCGCGCCCTCGACGTGATGACCAAATACGACCCGGAGCTGCGCGATGACACTGTCTCGGAATGGCGTTTGCGCCTGCTGTTGCGCCTGGCCCGCTGGGAAGATGCCTATCAGTTGACCCGCCGCCTGCCCGAGTCGCTCGCCACCACCAACCGCTGGCGTTACTGGCAGGCCCGCAGCCTGGAGCTGGCGCAGCCGCAGAACCCGCAAGCGGTGACGCTCTACAAGCAACTGGCCCGGGAGCGTGACTTCTACGGCTTCCTGGCGGCCGACCGCTCCCAGTCACCCTATTCGCTCAACAACAAGCCGCTGGTGATGAGCCAGGCGCTGATCAACAAAGTGCGCAACACCCCGGGCGTGCGCCGCGCGCTGGAGTTTCATGCGCGCGGACAGATCGTCGATGGCCGCCGCGAGTGGTATCACGTCAGCCGTCATTTCAGCCGGGACGAAATGGTTGCCCAGGCGAAACTGGCCTATGACCTGAAATGGTACTTCCCGGCCATCCGCACCATCAGCCAGGCCAAATACTGGGACGACCTGGATATCCGCTTCCCGATGGCCCACCGCGACACGCTGGTGCGCGAAGCCAGGATCCGCGGCCTGCATCCAAGCTGGGCGTTCGCCATCACCCGCCAGGAAAGCGCATTCATGGACGATGCCCGCTCCAGCGTCGGTGCCAGCGGCCTGATGCAGTTGATGCCAGGCACCGCCAAGGAAACCGCCCGCAAGTTCAACATTCCCCTGGCATCGCCCCAGCAAGTGTTCAACCCGGACAAGAACATCCAGCTCGGCGCGGCTTACCTGAGCCAGGTGCACAGCCAGTTCAACGGCAACCGGGTCCTCGCCTCCGCCGCGTACAACGCCGGCCCTGGCCGCGTGCGTCAATGGCTGCGTGGCGCTGACCACCTGAGCTTCGACGTCTGGGTCGAAAGCATCCCTTTCGACGAAACCCGTCAATACGTACAGAACGTGCTGTCCTACTCGGTGATCTACGGCCAGAAACTCAACTCGCCACAACCGTTGGTGGACTGGCACGAGCGCTATTTCGATGATCAGTGA MRSRLFSVLSCLFVCATAVQTAQAVDISTQRQYYDEAKRALAKGDSGPYLRYSQALRDYPLEPYLAYDELTARLKSASNAEIEKFLAEHGDLPQANWMKLRWLRWLAERGDWATFVKYYDPKLNFTELDCLNAQYQLSHGLKAEGYANAEKLWLTGKSQPAACDALFGMWAAQGQLTEQKRWERAKLAAQARNYPLANSLVSGLTTLAPRGSLLIDVAQRPELLNQPSRFAPADEPMSDVVSLGLRRLARQDPEKAMALLDGYASTMHFSRDEKVAIAREIGLTLAKRFDSRALDVMTKYDPELRDDTVSEWRLRLLLRLARWEDAYQLTRRLPESLATTNRWRYWQARSLELAQPQNPQAVTLYKQLARERDFYGFLAADRSQSPYSLNNKPLVMSQALINKVRNTPGVRRALEFHARGQIVDGRREWYHVSRHFSRDEMVAQAKLAYDLKWYFPAIRTISQAKYWDDLDIRFPMAHRDTLVREARIRGLHPSWAFAITRQESAFMDDARSSVGASGLMQLMPGTAKETARKFNIPLASPQQVFNPDKNIQLGAAYLSQVHSQFNGNRVLASAAYNAGPGRVRQWLRGADHLSFDVWVESIPFDETRQYVQNVLSYSVIYGQKLNSPQPLVDWHERYFDDQ PGPT0024070_1959 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-SOLUBLE_LYTIC_MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0024070-slt-K08309 NA NA D1-35_00833 1920 uup COG0488 ABC transporter ATP-binding protein uup ATGACCCTGCTCAAATTCAGCGATGTGTCCCTTGCTTTCGGCGCGATGCCGTTGTTGGACAAGGTGTCCTGGCAGATCGCCCGTGGAGAGCGGGTGTGCATCATCGGCCGCAACGGCACTGGCAAGTCCAGCATGATGAAGCTGGTCAAGGGCGACCAGAAGCCCGACGACGGCTCGGTCTGGCGCGCGCCAGGCCTGAAGATCGGCGAATTGCCCCAGGAACTGCCGGTAGCCGACGAGCGGACGGTATTCGACGTGGTCGCCGAAGGCCTGGACGGTGTCGGCGCGCTGTTGGCCGAATATCATCACCTGAGCCAGAACATCGTCACCGATGCCGACCTGGACAAGCTGATGCATGTCCAGCACGACCTCGAAGCCCGTGACGGCTGGCGCCTGCAGCAGTTGGTCGACAGCACGCTGAGCCGCTTGCAACTGCCGGCCGACAAGACTCTGGCCGAGCTGTCCGGTGGCTGGCGTCGCCGCGTCCTGCTGGCCCAGGCCCTGGTGTCCGAACCCGATCTGCTGCTGCTCGACGAGCCGACCAACCACCTCGACATCGGCGCCATCGCCTGGCTTGAAGAAGCCCTCAAGGATTTCCAGGGCGCGGTGCTGTTCATCACTCACGACCGTTCCTTCCTGCAGAACCTGGCGACCCGCATCCTCGAACTGGATCGCGGCGGCTTGATCGACTGGAACGGCGACTACGCCAGTTTCTTGGTGCACAAGGAAGCAGTACTGGCGGCGGAAGAAACCGCCAATGCGCTGTTCGACAAGCGCCTGGCCCAGGAAGAGGTCTGGATCCGCCAGGGCATCAAGGCCCGGCGTACCCGTAACGAAGGTCGCGTACGCGCCCTCAAGGCCTTGCGCGTTGAGCGTAGCGAGCGACGCGAGCGCACCGGCAAGGCGAATATCCAGCTGGAAACCGCCGACAAGTCGGGCAAGCAGGTCATGGTGCTGGAGAACGTCAGCTTCGCCCACCCGGGTGGCCCGTTCCTGGTCAAGGACTTCTCCATGGTTCTGCAGCGCGGCGATCGGATCGGCCTGCTGGGCGCCAACGGTACCGGCAAGACGACCTTGCTCAAGCTGATGCTTGGCGGTCTGGTGCCGACCAGCGGCAAAGTGGAAGAGGGGACAAAAATCGATGTCGCCTATTTCGACCAGTTGCGCCACCAGCTGGATCTGGAAAAAACCGTGATCGACAACGTGGCCGAAGGTCGCGACTTCATCGATATCGACGGCCAGAGCCGCCACGTGTTGAGTTACCTCGGCGATTTCCTGTTCAGTCCGCAGCGCGCCCGTACCCCGGTGAAGGCGTTGTCGGGTGGCGAGCGAGCCCGTCTGTTGCTGGCCAAGCTGTTCAGCAAGCCGGCGAACCTGCTGGTGCTCGACGAACCGACCAACGACCTGGACGTGGAAACCCTCGAACTGCTGGAAGAGGTGTTGCTCACCTTCAACGGCACCGTGCTGATGGTCAGCCACGACCGGGCCTTCCTCGACAACGTGGTCACCAGCACCCTGGTTTTCGAAGGCGAAGGGCTGGTTCGCGAGTACGTTGGTGGTTACCAGGACTGGCTGCGCCAGGGGGGCTCGCCACGTCTCCTGGGCGTGACCGAGAGCAAATCCGGCAAGGCCGACCTGAATTCGGCGGTCGTCAAGGCCGAGCCGGCTCCGGTTGCCGCCACTGCCGCGCCTGCCCCTGCGAAAAAGAAGCTCAGCTACAAACTGCAGCGTGAGCTGGAAGCATTGCCTGGCGATATCGAGGCGAAGGAGCAGCAGATTGCAGCGGTGGAGGCCGAGATGGCTGATGCCGGTTTCTACCAGCGACCAGCGGCCGAAACCGCCAAGGTGATTGCCCACCTGGAGCAGTTGCAGGCCGAGCTGGATGTACTGGTCGAGCGCTGGGCTGAACTGGACGCCTGA MTLLKFSDVSLAFGAMPLLDKVSWQIARGERVCIIGRNGTGKSSMMKLVKGDQKPDDGSVWRAPGLKIGELPQELPVADERTVFDVVAEGLDGVGALLAEYHHLSQNIVTDADLDKLMHVQHDLEARDGWRLQQLVDSTLSRLQLPADKTLAELSGGWRRRVLLAQALVSEPDLLLLDEPTNHLDIGAIAWLEEALKDFQGAVLFITHDRSFLQNLATRILELDRGGLIDWNGDYASFLVHKEAVLAAEETANALFDKRLAQEEVWIRQGIKARRTRNEGRVRALKALRVERSERRERTGKANIQLETADKSGKQVMVLENVSFAHPGGPFLVKDFSMVLQRGDRIGLLGANGTGKTTLLKLMLGGLVPTSGKVEEGTKIDVAYFDQLRHQLDLEKTVIDNVAEGRDFIDIDGQSRHVLSYLGDFLFSPQRARTPVKALSGGERARLLLAKLFSKPANLLVLDEPTNDLDVETLELLEEVLLTFNGTVLMVSHDRAFLDNVVTSTLVFEGEGLVREYVGGYQDWLRQGGSPRLLGVTESKSGKADLNSAVVKAEPAPVAATAAPAPAKKKLSYKLQRELEALPGDIEAKEQQIAAVEAEMADAGFYQRPAAETAKVIAHLEQLQAELDVLVERWAELDA NA NA NA NA NA D1-35_00834 441 uspA2 COG0589 Universal stress protein A ATGTACTACGAACACGTCCTGGTCGCCGTCGACCTTACTGAAGAATGCGATCCTGTCGTCAAGCGAGCCCTCGCTCTCTGCGAAGGCCGGGACAACAAACTGTCGCTGGTGCATATCGTCGAGCCGATGGCCATGGCCTTCGGCGGCGACGTCCCAATGGACCTTTCCCAGTTGCAACAGCAACAATTTGACCAGGCCAAGGAACGCTTTGATCGACTGATCGTGAAATACCCGGCATTAAAAAAGGAAAACAGTCACCTGACCTACGGCCAGCCGCGCCAGGAGATTCATCACCTGGCCAAGGAGCAGGGCTGCGACCTGATCGTTGTCGGCAGCCATGGCCGCCACGGTCTCGCGCTGCTGCTGGGCTCCACTGCCAACGACGTATTGCATGGCGCTCCATGCGACGTGCTGGCGGTGCACCTGGTCAAGCGCTCGTAA MYYEHVLVAVDLTEECDPVVKRALALCEGRDNKLSLVHIVEPMAMAFGGDVPMDLSQLQQQQFDQAKERFDRLIVKYPALKKENSHLTYGQPRQEIHHLAKEQGCDLIVVGSHGRHGLALLLGSTANDVLHGAPCDVLAVHLVKRS PGPT0014970_241 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014970-uspA-K06149 NA NA D1-35_00835 438 hypothetical protein ATGACGGTCTGGATAGTGGTGTCAATCCTGTTGGTGGTATTGAGCCCCTTGGCATGGTTGCGGCCATCGCGTGTCCAGAGCGGTCGCATGGCCCTGCGCATGGAGGCGCGACGCCTCGGCCTGGCCATGCAACTGGCTTCCCAGGAGTGGCCGCACTGGCTCAGTCAGCCGCCGCCCAACCCTTGCGCTCAGTACCATCAGCCCCGACGTGGCAAGCAGCCGGCCCTCTGGAGCTACTGGCAGAGCGCCCCTGGCGTGTGGGTCAATCAGTGGCGCGAGCCCTGTCTGGACGAGTCGCTGCTGGCGCATTTCCACAAGCTGCCCGCCAACGTTTACAAAATCGAAGCCGACAAGCAGATGATTACCTTGTACTGGGGCGAAAAGGGCGAGGCGAGTGTTTTGCAGGATATATCCGCGGTGCTCAACGCATTGGCTTGA MTVWIVVSILLVVLSPLAWLRPSRVQSGRMALRMEARRLGLAMQLASQEWPHWLSQPPPNPCAQYHQPRRGKQPALWSYWQSAPGVWVNQWREPCLDESLLAHFHKLPANVYKIEADKQMITLYWGEKGEASVLQDISAVLNALA NA NA NA NA NA D1-35_00836 2148 fadB_1 Fatty acid oxidation complex subunit alpha ATGATTTACGAAGGTAAAGCCATCACGGTTAAGGCTCTTGAAAGTGGCATTGTCGAACTGAAGTTCGATCTCAAGGGTGAGTCCGTCAACAAGTTCAACCGTCTAACCCTGAACGAATTGCGTCAGGCCGTGGACACTATCAAGGCAGATGCTTCGGTCAAGGGTGTGATCGTCAGCAGCGGCAAGGACGTGTTCATCGTCGGCGCCGACATCACCGAATTCGTCGACAACTTCAAGCTGCCCGATGCCGAACTGATCGCAGGCAACCTCGAAGCGAACCGTATCTTCAGCGATTTCGAAGACCTTGGCGTGCCAACGGTTGCGGCCATCAACGGCATCGCCCTGGGTGGCGGACTGGAAATGTGCCTGGCGGCCGATTACCGTGTCATGTCCACCTCCGCCAAGATCGGCCTGCCGGAAGTCAAGCTGGGCATCTACCCGGGCTTCGGCGGTACCGTGCGCCTGCCGCGCCTGATCGGTGCCGACAATGCCATCGAGTGGATTGCCGCTGGCAAGGAAAACCGTGCCGAAGACGCGCTGAGAGTCGGCGCCGTGGATGCCGTGGTCGAACCTGGCAAGCTCCAGGAAGCGGCCCTTGAGACGATCAAGCGCGCCATCAGCGGCGAGTTCGACTACAAGGCCAAGCGCCAGCCGAAGCTGGAAAAGCTCAAGCTCAACGCCATTGAACAAATGATGGCCTTCGAAACCGCCAAGGGCTTTGTCGCCGGCCAGGCTGGCCCGAACTACCCGGCCCCGGTCGAAGCCATCAAGACCATCCAGAAAGCCGCGAATTTCGGTCGCGACAAGGCCCTGGAAGTCGAGGCCGCCGGTTTCGTCAAGCTGGCCAAGACCTCGGCTGCGCAAAGCCTGATCGGCCTGTTCCTCAACGATCAGGAGCTGAAGAAAAAGGCCAAGGCCTACGACGAAATCGCTCGCGACGTGAAGCAGGCGGCTGTGTTGGGTGCTGGCATCATGGGCGGTGGTATCGCCTACCAGTCGGCGTCCAAGGGCACGCCGATCCTGATGAAAGACATCAACGAACATGGCATCGAACAAGGTCTGGCCGAAGCTGCCAAGCTGCTGGTCGGCCGTGTCGACAAAGGTCGCATGACTGCCGCGAAGATGGCCGAAGTGCTTAACGGCATTCGCCCGACGCTGTCCTATGGCGATTTCGGCCATGTCGACCTGGTGGTCGAAGCCGTTGTCGAGAACCCGAAGGTCAAGCAGGCGGTACTGGCTGAAGTCGAAGACAAGGTCAAGGAAGATACGATCCTTGCCTCCAACACCTCGACCATTTCCATCTCGCTGCTGGCCAAGGCCCTCAAGCGTCCGGAAAACTTCGTCGGCATGCACTTCTTCAACCCGGTGCACATGATGCCGCTGGTGGAAGTCATCCGTGGCGAGAAGTCCAGTGAGCAGGCGATCGCCACCACCGTGGCCTACGCGAAAAAAATGGGCAAGAACCCGATCGTGGTCAACGACTGCCCGGGCTTTCTGGTCAACCGCGTGCTGTTCCCGTATTTCGGCGGTTTCGCCAAGCTGGTCAGCGCTGGCGTGGACTTCGTGCGCATCGACAAGATCATGGAAAAATTCGGCTGGCCGATGGGCCCGGCGTACCTGATGGACGTGGTTGGCATCGACACCGGCCACCACGGTCGCGATGTCATGGCCGAAGGCTTCCCGGATCGTATGAAGGACGATCGCCGTTCGGCTGTCGACGTGCTCTATGAAGCCAAGCGCCTTGGCCAGAAGAACGGCAAGGGCTTCTACGCCTACGAGACCGACAAGCGCGGCAAGCAGAAGAAAGTCGCCGATTCGTCGGTGCTCGAAGTGCTCAAGCCGATCGTCTACGAGCAGCGCGAAGTCACCGACGAGGACATCATCAACTGGATGATGATCCCGCTGTGCCTGGAAACCGTGCGTTGCCTGGAAGACGGCATTGTCGAAACCGCCGCCGAAGCCGACATGGGTCTGGTCTACGGTATCGGTTTCCCTCCATTCCGTGGCGGTGCGCTGCGCTACATCGATTCGATCGGTGTCGCCGAGTTCGTTGCCCTGGCTGACCAGTACGCTGATCTGGGCGCGCTGTACCACCCGACCGCGAAGCTGCGTGAAATGGCCAAGAACGGCCAGCGTTTCTTCGGTTAA MIYEGKAITVKALESGIVELKFDLKGESVNKFNRLTLNELRQAVDTIKADASVKGVIVSSGKDVFIVGADITEFVDNFKLPDAELIAGNLEANRIFSDFEDLGVPTVAAINGIALGGGLEMCLAADYRVMSTSAKIGLPEVKLGIYPGFGGTVRLPRLIGADNAIEWIAAGKENRAEDALRVGAVDAVVEPGKLQEAALETIKRAISGEFDYKAKRQPKLEKLKLNAIEQMMAFETAKGFVAGQAGPNYPAPVEAIKTIQKAANFGRDKALEVEAAGFVKLAKTSAAQSLIGLFLNDQELKKKAKAYDEIARDVKQAAVLGAGIMGGGIAYQSASKGTPILMKDINEHGIEQGLAEAAKLLVGRVDKGRMTAAKMAEVLNGIRPTLSYGDFGHVDLVVEAVVENPKVKQAVLAEVEDKVKEDTILASNTSTISISLLAKALKRPENFVGMHFFNPVHMMPLVEVIRGEKSSEQAIATTVAYAKKMGKNPIVVNDCPGFLVNRVLFPYFGGFAKLVSAGVDFVRIDKIMEKFGWPMGPAYLMDVVGIDTGHHGRDVMAEGFPDRMKDDRRSAVDVLYEAKRLGQKNGKGFYAYETDKRGKQKKVADSSVLEVLKPIVYEQREVTDEDIINWMMIPLCLETVRCLEDGIVETAAEADMGLVYGIGFPPFRGGALRYIDSIGVAEFVALADQYADLGALYHPTAKLREMAKNGQRFFG PGPT0001865_612 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0001865-fadB-K01825 NA NA D1-35_00837 1176 fadA_2 3-ketoacyl-CoA thiolase ATGAGCTTGAATCCTAGAGACGTCGTGATTGTCGACTTCGGTCGTACGCCGATGGGCCGCTCCAAGGGCGGCATGCACCGCAACACCCGTGCCGAGGACATGTCGGCGCATCTGATCAGCAAGCTGCTGGAACGCAACGTCAAGGTCGATCCCAATGAGGTCGAGGACGTGATCTGGGGCTGTGTGAACCAGACCCTGGAGCAGGGCTGGAACATCGCTCGCATGGCGTCGCTGATGACCCAGATCCCTCACACCGCGGCCGGCCAGACCGTCAGCCGCCTGTGCGGTTCGTCCATGAGCGCGCTGCACACCGCCGCCCAGGCGATCATGACCGGCAACGGTGATGTATTCGTCGTCGGCGGTGTCGAGCACATGGGCCACGTGAGCATGATGCACGGCGTCGATCCGAACCCGCACATGTCGCTGTACGCGGCAAAAGCCTCGGGCATGATGGGCCTGACCGCGGAAATGCTCGGCAAGATGCACGGCATCACCCGCGAACAGCAGGACGCCTTTGGCGTGCGCTCCCACCAGCTCGCCCACAAGGCGACGGTGGAAGGCAAGTTCAAGGATGAAATCATCCCGATGCAGGGTTACGACGAGAACGGCTTCCTGAAGCTGTTTGACTACGACGAGACCATTCGTCCGGAAACCACCCTGGAAAGCCTGGCGACGTTGAAGCCGGCCTTCAATCCAAAGGGCGGCACCGTGACAGCCGGTACCTCGTCGCAGATCACCGATGGTGCCTCGTGCATGATCGTGATGTCGGCCCAGCGTGCCCAGGACCTGGGCATCCAGCCGATGGCGGTGATTCGTTCGATGGCCGTCGCCGGTGTGGATCCCGCAATCATGGGCTATGGTCCAGTACCGGCCACGCAGAAAGCCTTGAAGCGCGCGGGCCTGAGTATCTCCGACATCGACTTCTTCGAGCTCAACGAAGCTTTCGCCGCACAGGCCCTGCCAGTGCTGAAAGATCTGAAAATACTCGACAAGATGAACGAGAAGGTTAACCTGCACGGCGGCGCCATCGCCCTGGGTCATCCGTTTGGCTGCTCCGGTGCGCGTATCTCCGGCACGCTGCTCAACGTCATGAAGCAGAACGGCGGCACTTTTGGGGTGTCCACCATGTGCATTGGCCTCGGCCAAGGCATCGCCACCGTCTTCGAGCGCATCTAA MSLNPRDVVIVDFGRTPMGRSKGGMHRNTRAEDMSAHLISKLLERNVKVDPNEVEDVIWGCVNQTLEQGWNIARMASLMTQIPHTAAGQTVSRLCGSSMSALHTAAQAIMTGNGDVFVVGGVEHMGHVSMMHGVDPNPHMSLYAAKASGMMGLTAEMLGKMHGITREQQDAFGVRSHQLAHKATVEGKFKDEIIPMQGYDENGFLKLFDYDETIRPETTLESLATLKPAFNPKGGTVTAGTSSQITDGASCMIVMSAQRAQDLGIQPMAVIRSMAVAGVDPAIMGYGPVPATQKALKRAGLSISDIDFFELNEAFAAQALPVLKDLKILDKMNEKVNLHGGAIALGHPFGCSGARISGTLLNVMKQNGGTFGVSTMCIGLGQGIATVFERI PGPT0001565_3612 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 D1-35_00838 237 hypothetical protein ATGCCGATACAACCTGGGCTCTACCAACATTACAAAGGCCCGCAGTACCGCGTATTCAGTATTGCGCGGCATTCCGAGACCGAGGAAGAAGTGGTCTTCTATCAAGCCCTGTATGGCGATTACGGCTTCTGGGTGCGTCCGTTGAACATGTTCCAGGAGTCCGTCGAGGTTGACGGCGAACAGGTGCCACGCTTTGCTTTGGTGCAGGCCGAGGAGAGCATTTTTTCCAAGCCTTGA MPIQPGLYQHYKGPQYRVFSIARHSETEEEVVFYQALYGDYGFWVRPLNMFQESVEVDGEQVPRFALVQAEESIFSKP PGPT0012200_854 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208 NA NA D1-35_00839 2613 topA COG0550 DNA topoisomerase 1 ATGGGCAAATCGCTGGTCATTGTGGAATCCCCGGCTAAGGCCAAGACCATCAACAAGTATCTGGGTAACCAATACGTGGTGAAGTCGAGTATCGGCCATATCCGAGACCTGCCCACCAGCGGTTCGGCTAGCGCCAGCAAAGAGCCTGCTGCCAAGCGCGGCAAGGCTGCCGCCGGCGAAGCGCCAGCGTTGTCGCCGAAGGAAAAGGCGCGCAAGCAGTTGGTCTCGCGCATGGGGGTTGATCCGGAACACGGCTGGAAAGCCAAGTACGAGATCCTCCCGGGCAAGGAAAAGGTCATCGAAGAGCTGCGCCGGCTCGCCAAGGATGCCGACACCATCTATCTCGCGACGGACTTGGACCGCGAAGGGGAAGCCATTGCCTGGCACCTGCGCGAAGCCATCGGTGGTGATGACAGCCGCTACAAGCGTGTGGTGTTCAACGAAATCACCAAGAAGGCCATCCAGGAAGCCTTCTCCCAGCCGGGCGAGCTGGATATCGATCGGGTCAACGCTCAACAGGCGCGACGTTTCCTTGACCGCGTGGTGGGCTACATGGTCTCGCCATTGCTGTGGGCCAAGATCGCTCGCGGCCTGTCCGCCGGACGTGTGCAATCGGTCGCGGTGAAACTGGTAGTGGAGCGCGAGCGGGAAATCCGCGCGTTCATCCCTGAAGAATATTGGGAAGTCCACGCTGATCTGGGTACCGCCAAGGGCGCCACCGTGCGCTTCGAAGTGGCCCGCGAGAAAGGCGAGGCCTTCAAGCCGCTCAATGAAGCGCAGGCCATGGCCGCGCTGGAAAAGCTCAAGGCTTCTAGCTACAGCATCGTCAAGCGTGAAGACAAGCCCACCAGCAGCAAGCCTTCGGCGCCGTTCATCACGTCCACGCTGCAGCAGGCCGCGAGTAACCGCCTGGGCTTCGGCGTGAAGAAAACCATGATGATGGCCCAGCGTCTGTACGAAGCGGGCTACATCACCTACATGCGTACCGACTCGACCAACCTCTCGGTCGATGCCGTGGCGATGGCGCGTACTTATATAGAAACCGAGTTCGGCAAGAAATACCTGCCGGAAACGCCAAACGTCTACAGCAGCAAGGAAGGCGCCCAGGAAGCTCACGAAGCGATTCGTCCATCCGACGCCAACACCACGCCAAGCAAGCTGTCTGGCATGGAGCGCGACGCCGAGCGTCTCTACGAGCTGATCTGGCGCCAGTTCCTGGCTTGCCAGATGCTGCCGGCCCAATACCTGTCGACCACCGTCAGCGTCGGTGCTGGCGACTTCGAGCTGCGTGCCAAGGGCCGTATCCTGAAGTTCGACGGCTACACCCGTGTCATGCCGCAGATCGCCAAGCCAGGGGATGACGACGTCCTGCCCGACATGGCCCAGGGCGACGTGATGAAGCTGCTCAAGCTGGATCCTACCCAGCACTTCACCAAGCCGCCGGCCCGGTATTCGGAAGCCAGCCTGGTCAAGGAAATGGAAAAGCGTGGCATCGGTCGCCCTTCGACTTATGCGGCTATCATTTCGACGATCCAGGATCGCGGCTACGTGGCGCTGCATAACCGACGTTTCTATTCGGAGAAGATGGGCGACATCGTGACCGAGCGCCTGTCCGAGAGCTTCTCGAACCTGATGGACTACGGCTTCACCGCCGGCATGGAAGAGAACCTCGATGACGTGGCCCAGGGTGAGCGGGACTGGAAAAACGTGCTCGACGAGTTCTACGGTGACTTCAAGAAAAAACTCGAAGTAGCCGAAAGCCCTGACAGCGGCATGCGCGCCAACCAGCCGGTGATGACGGATATTCCGTGCCTGACCTGCGGCCGACCAATGCAGATCCGCACGGCTTCGACCGGTGTTTTCCTCGGATGCTCGGGCTACAGCCTGCCGCCAAAGGAACGCTGCAAGGCAACGGTAAACCTGGTGCCCGGTGATGAAATCGCTGCGGACGACGAAGGTGAATCGGAATCCCTGGTGCTGCGCGGCAAGCATCGCTGCCCGATCTGCAGCACCGCAATGGACGCCTATTTGCTGGATGAAAAGCGCAAGCTGCACATCTGCGGTAACAATCCGGATTGCGCCGGTTACGAGATCGAAGAGGGCAGCTACCGCATCAAGGGCTATGAAGGTCCGAGCCTGGAATGCGACAAGTGCGGCAGCGAGATGCAGCTCAAGACCGGGCGTTTCGGCAAGTTTTTCGGCTGTACGAACCCAACCTGCAAGAATACCCGCAAGCTGCTCAAGAGCGGCGATGCGGCACCGCCAAAAATGGACCCGGTGAAGATGCCCGAGCTCAAGTGCGAGAAGGTCAATGACACCTACATCTTGCGCGACGGTGCTTCTGGCCTGTTCCTGGCGGCGAGCCAGTTCCCGAAAAATCGTGAAACCCGTGCGCCGTTGGTGATGGAGATTGTCCCGCACAAGGACGAAATCGATCCGAAGTATCACTTCCTTTGCGACGCACCGCAGAAAGACCCGGACGGCCGCCCGGCGGTGATTCGCTACAGCCGCAAGACCAAAGAGCAATACGTGCAGACCGAGGTTGACGGCAAGCCTACCGGCTGGAAGGCGTTTTACGACGGCGGCAAGTGGACCGTCGAAGACAAGCGCTGA MGKSLVIVESPAKAKTINKYLGNQYVVKSSIGHIRDLPTSGSASASKEPAAKRGKAAAGEAPALSPKEKARKQLVSRMGVDPEHGWKAKYEILPGKEKVIEELRRLAKDADTIYLATDLDREGEAIAWHLREAIGGDDSRYKRVVFNEITKKAIQEAFSQPGELDIDRVNAQQARRFLDRVVGYMVSPLLWAKIARGLSAGRVQSVAVKLVVEREREIRAFIPEEYWEVHADLGTAKGATVRFEVAREKGEAFKPLNEAQAMAALEKLKASSYSIVKREDKPTSSKPSAPFITSTLQQAASNRLGFGVKKTMMMAQRLYEAGYITYMRTDSTNLSVDAVAMARTYIETEFGKKYLPETPNVYSSKEGAQEAHEAIRPSDANTTPSKLSGMERDAERLYELIWRQFLACQMLPAQYLSTTVSVGAGDFELRAKGRILKFDGYTRVMPQIAKPGDDDVLPDMAQGDVMKLLKLDPTQHFTKPPARYSEASLVKEMEKRGIGRPSTYAAIISTIQDRGYVALHNRRFYSEKMGDIVTERLSESFSNLMDYGFTAGMEENLDDVAQGERDWKNVLDEFYGDFKKKLEVAESPDSGMRANQPVMTDIPCLTCGRPMQIRTASTGVFLGCSGYSLPPKERCKATVNLVPGDEIAADDEGESESLVLRGKHRCPICSTAMDAYLLDEKRKLHICGNNPDCAGYEIEEGSYRIKGYEGPSLECDKCGSEMQLKTGRFGKFFGCTNPTCKNTRKLLKSGDAAPPKMDPVKMPELKCEKVNDTYILRDGASGLFLAASQFPKNRETRAPLVMEIVPHKDEIDPKYHFLCDAPQKDPDGRPAVIRYSRKTKEQYVQTEVDGKPTGWKAFYDGGKWTVEDKR NA NA NA NA NA D1-35_00840 525 hypothetical protein ATGGCCCACGAACTCTATACCCGCACCAATCAGAAAATTTATTTCGCCGGCCTTTCGCTTGAGGCGCTTGCGCGGGCGGAGGATGGGCGTGCAATGAATTCCCCTGCGCTGGTCCAGGCGGGGCGCGAATCGGCGTTGTTTCATTTGTACGGTGCGTTGTTGGGCCTGTGCCACGAAATCGCCGGTTTTTATCGCTTGCCCCAGGCGAATGCGTCACGGGCCGAGCTGGTGTTGACTCGTGAGGTGCTGGAAACCATCGCAATTCCGGAGCTGGCCGAAATGGTCGAACTGGCGCAGAACCCGGAAACCTGGCTGGCCAGATTGCTGGCGGCCCACCAGGCGCTGTTCCAGCCACCTCGGGCTCCGCGCAAGCCCAAGGGCGACGTGACCCAGCCGCTGATCGTGGCGGTCAATCTTGACGAAGAAGAGCCAGAGCAAGAGCTTAATCGGGAAGAGTTGGAGAGCTGGCGGCAGAATCTCAAGAACCTGGCCATTCGCTTTCGCGAAGGGTTGAACGAGTGCTGA MAHELYTRTNQKIYFAGLSLEALARAEDGRAMNSPALVQAGRESALFHLYGALLGLCHEIAGFYRLPQANASRAELVLTREVLETIAIPELAEMVELAQNPETWLARLLAAHQALFQPPRAPRKPKGDVTQPLIVAVNLDEEEPEQELNREELESWRQNLKNLAIRFREGLNEC NA NA NA NA NA D1-35_00841 234 hypothetical protein ATGCCTACGTCCTTTCTAGAAATTGTCGAGCTTCCTGATGGCCGCATCGAGCTGCGCCGGGCCGAAGACGAGGGGTCTCTGGTTACCCTGAACTTCTCTGAGGACGCCAAGGTATTCCTGCAAGGTCAACACGTTGAGGTCGCCAAGGCGATGCTGAGCGTGGGTGTCCAGATGGCTGGCCGCCTGGTTGAAGGCGAATTCAACAAAGAAGAGGGGCCACGGGTTCTTCATTGA MPTSFLEIVELPDGRIELRRAEDEGSLVTLNFSEDAKVFLQGQHVEVAKAMLSVGVQMAGRLVEGEFNKEEGPRVLH NA NA NA NA NA D1-35_00842 474 sulA COG5404 Cell division inhibitor SulA ATGCAATTCCCCCACACACCACAGCACACGCAACTTCCGCTGTTCGAGGCATTCATGGCCCAACCGCTGGTTCCAGTGCTTAAAGAGGTCATCGAATCGCCTTGGGGCGTCGAACCCGAGGCCTTCAGCGAATTGTCGTTGCGTGGTGCGGCCGGGAATTGCCTGAACCTGCTGGCACCTATTCTGCGGGAGTTGAGCCAGGACCAGGACGCTCGGTGGCTGACGCTGATCGCGCCACCCGCCAGCGTTACCCAGGCCTGGTTGCGGGATGCCGGTCTCAATCGCGAGCGGATCCTGTTATTGCAACCGCGCGGCACACAGAGCGCCCAGCAATTGACGTGCGAAGCGTTGCGCCTGGGTCGCAGCCATACGGTGGTCAGCTGGCTCAACCCCCTGACCGCGACAGCTCGCCAACAGTTGATCAGCGCCGCACGCACCGGGGACGCACAAAGCCTGAATATTCGATTGGGCTAA MQFPHTPQHTQLPLFEAFMAQPLVPVLKEVIESPWGVEPEAFSELSLRGAAGNCLNLLAPILRELSQDQDARWLTLIAPPASVTQAWLRDAGLNRERILLLQPRGTQSAQQLTCEALRLGRSHTVVSWLNPLTATARQQLISAARTGDAQSLNIRLG NA NA NA NA NA D1-35_00843 609 lexA_1 COG1974 LexA repressor ATGCTAAAGCTGACGCCACGCCAAGCAGAGATTCTGGCCTTCATCAAACGTTGCCTCGAAGACAATGGCTACCCGCCAACCCGCGCGGAAATCGCTCAGGAATTGGGCTTCAAGTCGCCCAACGCGGCTGAAGAACACCTCAAGGCGCTAGCCCGCAAGGGCGCGATCGAGATGACACCCGGTGCCTCGAGAGGCATTCGGATCCCCGGCTTCGAAGCCAAGGCTGACGAAACCACGCTGCCAATCATCGGCCGTGTCGCCGCTGGCGCTCCGATCCTAGCCCAGCAGCACGTTGAAGAATCCTGCAACATCAACCCCTCGTTCTTTCACCCGAGGGCTGATTACCTTCTTCGCGTGCACGGTATGAGCATGAAGGATATCGGCATTTTCGACGGCGATCTGCTGGCTGTCCACACCACCCGCGAGGCTCGCAACGGGCAGATCGTGGTGGCGCGCATCGGCGACGAAGTCACCGTCAAGCGGTTCAAGCGCGATGGCAGCAAGGTCTGGCTGATAGCCGAAAATCCCGAGTTCGCCCCCATCGAAGTAGACCTGAAAGATCAGGACCTGGTCATCGAAGGCTTGAGTGTCGGCGTCATTCGCCGCTAA MLKLTPRQAEILAFIKRCLEDNGYPPTRAEIAQELGFKSPNAAEEHLKALARKGAIEMTPGASRGIRIPGFEAKADETTLPIIGRVAAGAPILAQQHVEESCNINPSFFHPRADYLLRVHGMSMKDIGIFDGDLLAVHTTREARNGQIVVARIGDEVTVKRFKRDGSKVWLIAENPEFAPIEVDLKDQDLVIEGLSVGVIRR PGPT0014895_3620 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356 NA NA D1-35_00844 708 hypothetical protein ATGGCCCAGTCGGAAACCGTTGAACGCATTCTCGATGCTGCCGAGCAGTTGTTCGCGGAAAAAGGTTTTGCCGAAACCTCTTTGCGTCTGATCACCAGCAAGGCCGGGGTAAACCTGGCTGCGGTGAACTATCACTTCGGTTCCAAGAAGGCGCTGATCCAGGCGGTGTTCTCACGTTTCCTCGGGCCGTTCTGTATCAGCCTCGACCGTGAACTGGAACGTCGTCAGGCCAAGCCTGACGTCAAGCCCACCCTAGAAGAGCTGCTCGAGATCCTGGTCGAGCAGGCCCTTGTTGTCCAACCACGCAGCGGTAATGATCTTTCCATTTTCATGCGCCTTTTGGGCCTGGCATTCAGTCAAAGCCAGGGTCACCTGCGGCGTTATCTGGAAGACATGTACGGCAAGGTGTTCCGTCGCTACATGCTGCTGGTCAATGAAGCCGCGCCACGCATACCACCGATCGAATTGTTCTGGCGCGTGCACTTCATGCTTGGCGCCGCTGCGTTCAGCATGTCTGGTATCAAGGCGCTGCGGGCCATCGCCGAAACCGATTTCGGCGTGAATACATCCATCGAACAGGTCATGCGTCTGATGGTTCCATTTCTGGCTGCCGGCATGCGTGCCGAAAGCGGCGTCACCGATGAGGCAATGGCGACAGCGCAGTTGCGTCCTCGCAGCAAATCCGCCCCGGCGCTCGCCAAGGCGTAA MAQSETVERILDAAEQLFAEKGFAETSLRLITSKAGVNLAAVNYHFGSKKALIQAVFSRFLGPFCISLDRELERRQAKPDVKPTLEELLEILVEQALVVQPRSGNDLSIFMRLLGLAFSQSQGHLRRYLEDMYGKVFRRYMLLVNEAAPRIPPIELFWRVHFMLGAAAFSMSGIKALRAIAETDFGVNTSIEQVMRLMVPFLAAGMRAESGVTDEAMATAQLRPRSKSAPALAKA NA NA NA NA NA D1-35_00845 1011 nagZ COG1472 Beta-hexosaminidase ATGACTGCTGGCCTGCAAGGCTCGTTGATGGTGGACGTCGCCGGTACCTGGCTGACGGCCGAGGATCGCCATCTGTTGCGTCAGCCCGAAGTGGGCGGCTTGATCATCTTCGCTCGCAACATCGAGCATCCGCGCCAGGTGCGCGAGCTGAGTGCGGCGATCCGCGCCATTCGTCCCGACCTGTTGCTGGCGGTCGATCAGGAAGGGGGGCGTGTCCAGCGCCTGCGCCAGGGGTTCGTGCGTCTGCCGGCGATGCGGGCCATTGCCGATAACCCGAATGCCGAATACCTGGCCGAACAATGCGGCTGGATCATGGCCACCGAGGTGCTGGCGGTCGGCCTTGATCTGAGTTTCGCCCCGGTGCTGGATCTCGATTATCAGCGCAGTGCCGTGGTTGGCAGTCGTTCATTCGAGGGCGATCCCGAACGCGCCGCATTGTTGGCCGGTGCTTTCATTCGGGGCATGAACGCCGCGGGCATGGCCGCCACGGGCAAGCATTTTCCTGGGCACGGCTGGGCCGAGGCGGATTCCCATGTGGCCATCCCCAATGATGAGCGCAGCCTGGAACAGATCCGCGCCAACGATCTGCTGCCGTTTGCCAGGCTGGGCAAGCAGCTTGGCGCCGTGATGCCGGCCCATGTGATCTATCCGCAGGTCGATGCCAGCCCGGCCGGGTTTTCCCGACGTTGGCTGCAGGACATCCTGCGAGGCGAGTTGCAGTTCGACGGGGTGATTTTCAGTGATGACCTGTCAATGGCCGGTGCCCATGTGGTGGGTGATGCCGCGAGTCGTATCGAGGCCGCATTGACTGCCGGTTGCGACATGGGGTTGGTGTGCAACGACCGCGCTGCCGCAGAGTTGGCATTGAGCGCCGCCCAACGCTTGAAGATCAAGCCGTCGGCGCGGATCGCCCGCATGCGTGGCCAAGCCTTCGCCAGTACCGAGTATCGCCAGGATCCACACTGGCTGACAGCGATTGGCGCACTGAAAGCCGCCCAACTGATCGATTAA MTAGLQGSLMVDVAGTWLTAEDRHLLRQPEVGGLIIFARNIEHPRQVRELSAAIRAIRPDLLLAVDQEGGRVQRLRQGFVRLPAMRAIADNPNAEYLAEQCGWIMATEVLAVGLDLSFAPVLDLDYQRSAVVGSRSFEGDPERAALLAGAFIRGMNAAGMAATGKHFPGHGWAEADSHVAIPNDERSLEQIRANDLLPFARLGKQLGAVMPAHVIYPQVDASPAGFSRRWLQDILRGELQFDGVIFSDDLSMAGAHVVGDAASRIEAALTAGCDMGLVCNDRAAAELALSAAQRLKIKPSARIARMRGQAFASTEYRQDPHWLTAIGALKAAQLID PGPT0012175_4383 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D1-35_00846 741 COG0005 S-methyl-5'-thioinosine phosphorylase ATGACCGTTTACGCAATTATCGGCGGCACAGGCCTGACCCAGCTGGAAGGCCTGACCATTCGCCAGTCCCTGGCGGTGGAAACGCCCTATGGCGCGCCATCGGCTGACGTGCAGATTGGCGAATATGCCGGGCGTGAGGTGCTGTTCCTGGCCCGTCATGGCCATCCTCATCGTTTTCCGCCGCACCAGGTCAACTATCGCGCCAATCTCTGGGCACTGAAGCAGGCGGGTGCCGAGGCCATCCTGGCGGTCAACGCCGTGGGCGGGATCCACGCGGCGATGGGCACCGGGCATTTCTGCGTGCCCCATCAGTTGATCGATTACACCAGTGGCCGCCAGCACACGTATTTTGCCGATGACCTGGAAGCGGTTACCCATATCGATTTCAGCTATCCCTACACGGAGACGCTGCGCCAGAAGTTGATTGCCGCCCTGGCCGCCGAGCGCTGCGGCTACAGCAGCCATGGCGTCTATGCCTGCACGCAGGGGCCGCGCCTGGAAACGGTGGCTGAAATCGCCCGCCTGGAACGCGATGGCTGCGACATTGTCGGCATGACAGGTATGCCGGAAGCGGCATTGGCTCGCGAGCTGGATTTGGACTATGCGTGCCTGGCCCTGGTGGTTAATCCCGCGGCAGGCAAATCCACGGCGGTGATCACCATGGCCGAGATCGAGCAAGCGCTGCATGACGGGATGGGGAAGGTGAAGTCGACCCTGGCGCGAGTGTTGGCGACAGGCTGA MTVYAIIGGTGLTQLEGLTIRQSLAVETPYGAPSADVQIGEYAGREVLFLARHGHPHRFPPHQVNYRANLWALKQAGAEAILAVNAVGGIHAAMGTGHFCVPHQLIDYTSGRQHTYFADDLEAVTHIDFSYPYTETLRQKLIAALAAERCGYSSHGVYACTQGPRLETVAEIARLERDGCDIVGMTGMPEAALARELDLDYACLALVVNPAAGKSTAVITMAEIEQALHDGMGKVKSTLARVLATG NA NA NA NA NA D1-35_00847 2694 hypothetical protein ATGCCCTCGCCCCTGAGCAAACCCCTGGCACCCTCCTGGGTCAATCGATTCAAGGAACAAAGCCTGGAGCGCGGACGCCGATACGCGCTGGAAAATCGCGTCAGGATCGTCGAGACCGGAGACAGCAGCATCATCGCCAGCTGCGAAGGCTCTGGCGGCAGCGTCTATCGTCAGACCATTCGCCTCAAGGAGTCAGCCAAGGGCACGCTGATCCTGCTCGAAGCGGCCTGCTCCTGCCCGGTGCGCATCAACTGCAAACATTGCGCGGCGGTCTTGTTGCAGGTCCAGGAAACCCTGGCCTACCCAGCCGCCGAGAAAGACGCGCATCTGCTGGAAAAACTCCAGACCGTGCTCGACAACCGCAGTCCCAAAGCCCCGCCGCAGGTGCTCGTGGAAAACGTGCAACCGGTGCCGCGCCTGTGGCTGGCGAGTATCGAGTTCAGCGCCTTCGAGCCGCGCAACGGCAAGATGCAGCGCTACATCCAGCACCGCGCTGCCCTGTCCTTCAGCTATCTGGACGAATACGTCAGCGGCCAGCGCAACACTGACGTACTGATTCGCCAGGAAACCCAGACGCTGCGTATTAAACGCCAGACCGATGTGGAACAGTCCTACCGCGAACAACTGCGAATCCTCGGTTTCAAGGTCGCCACCCGGCAAAGCAAGGCGCTGCCGGAAAGCGCCGGCGAGCTTTACGAGATGGTCAACGACAGTGCCTGGTTGACCTTTACCCTCAATGACCTGCCAAAACTGCGCAACCAAGGCTGGGAGCTGCAGATCGACGAGGATTTCGGCTTCGACCTGACGGCCGTGGACGAGTGGTACGCCAGCGTCGAGGAAACTCCGGAGCGAGACTGGTTTGATCTGGAATTGGGGATCATCGTCAACGGCGAGCGCTTGAGCCTGCTGCCGATCCTGCTGAACCTGATGCGCTCGCACATCGAGCTGTTCAACCCGGAACGCCTGGCCCGGCGCCGCGACGACGAACTCATCCTGGTCAACCTGCCGCACCGTCCCAATTCGGAATTCGGCCCGCAGCAAGTCGCCCTGCCCTATGGACGCCTGAAGCCGGTGCTGGCGACCCTTGGCGAGTTTTACCTGCAAGAACCCGGCACCAGCAAACTGCGCCTGAACAGTGCGGACGCCCTGCGCCTGAACCCGCTGCAAGACATGCCGCTGCGCTGGGAAGGGGGCGAACATATCCGTGGCCTGGCCCAGCGGCTGCGCGACATCAAGGACTACACCGCGGCGGCACCGGAAGGCTTGAACGCAACGCTGCGGCCCTATCAGCTCGAAGGCCTGAGCTGGATGCAATCGCTACGACAACTGGAGGTTGGCGGCATTCTCGCGGATGACATGGGCCTGGGCAAAACCCTACAGACCCTGGCGCACATTCTCAGCGAAAAAAACGCCGGCCGCCTCGACAGGCCGTGCATGGTGGTGATGCCGACGAGCCTGATTCCCAACTGGCTCGATGAAGCCAGCCACTTCACCCCGCAGCTCAAGGTATTGGCCCTGTACGGTGCCGGACGCAAGAAACATTTCGAGCGGTTGGCCGACTACGACCTGATCCTGACCACCTATGCATTGCTGCCCAAGGATGTCGAGCGCCTTAAAGCGCAACCGCTGCACGTATTGATCCTGGATGAAGCCCAGTACATCAAGAACCCCACCAGCAAGGCCGCCCAGGCCGCCCGTGAGCTCGATGCCCGGCAGCGGTTGTGCCTGTCCGGGACACCGCTGGAAAACCACCTGGGTGAATTGTGGTCGCTGTTTCATTTCCTGTTGCCGGGCTGGCTCGGCGACATCAAGGATTTCAACCGCGACTACCGCGTGCCGATCGAAAAACGCGGGAGCGCCGTACGATTGCAGCACCTTAACGGTCGGATAAAACCGTTTTTGCTGCGCAGGACCAAGGAACAGGTCGCAACCGAATTGCCGCCCAAGACCGAGATCATCCATTGGGTCGAACTCAGCGACGCCCAACGGGATGTCTATGAAACCATGCGCCTGGCGATGGACAAGAAGGTGCGTGACGAAATCACCCGCAAAGGCGTGGCGCGCAGCCAGATCATCATCCTCGAGGCGCTGCTCAAGCTGCGCCAGGTGTGCTGCGACCTGCGCCTGATCAGCGACGCCGCCCTGCCAGCCCGAGGCAGTGCTTCGGGCAAGCTCGACAGCCTGATGGAGATGCTCGAGGAGTTGTTTGAAGAAGGTCGGCGGGTGCTGCTGTTTTCCCAGTTCACGTCCATGCTGGCGCTGATCGAAGACGAACTGAAAAAGCGCGGTGTGGAATACGCCATCCTGACCGGCCAGACCCGGGACCGACGCACTCCGGTGAAGGAATTCCAGAGCGGCAAGCGTCAGATCTTCCTGATCAGCCTGAAGGCCGGCGGCGTGGGTCTGAACCTGACGGAAGCGGACACGGTGATTCACTACGACCCGTGGTGGAACCCGGCCACCGAAAACCAGGCGACCGACCGCGCTTATCGCATCGGCCAGGAAAAGCCGGTGTTCGTCTACAAGCTGATAGCCCGGGGAACAGTGGAAGAAAAGATCCAACTGCTGCAGAAGGAAAAGTCCGATCTCGCGGCCGGCGTGCTGGATGGGCGCGTGGCCGGGGACTGGAAACTGCAGAACGAAGACATCGAGGCGTTGTTCGCACCGCTGCCGGATAAGCTGGAGAAGCGCTGA MPSPLSKPLAPSWVNRFKEQSLERGRRYALENRVRIVETGDSSIIASCEGSGGSVYRQTIRLKESAKGTLILLEAACSCPVRINCKHCAAVLLQVQETLAYPAAEKDAHLLEKLQTVLDNRSPKAPPQVLVENVQPVPRLWLASIEFSAFEPRNGKMQRYIQHRAALSFSYLDEYVSGQRNTDVLIRQETQTLRIKRQTDVEQSYREQLRILGFKVATRQSKALPESAGELYEMVNDSAWLTFTLNDLPKLRNQGWELQIDEDFGFDLTAVDEWYASVEETPERDWFDLELGIIVNGERLSLLPILLNLMRSHIELFNPERLARRRDDELILVNLPHRPNSEFGPQQVALPYGRLKPVLATLGEFYLQEPGTSKLRLNSADALRLNPLQDMPLRWEGGEHIRGLAQRLRDIKDYTAAAPEGLNATLRPYQLEGLSWMQSLRQLEVGGILADDMGLGKTLQTLAHILSEKNAGRLDRPCMVVMPTSLIPNWLDEASHFTPQLKVLALYGAGRKKHFERLADYDLILTTYALLPKDVERLKAQPLHVLILDEAQYIKNPTSKAAQAARELDARQRLCLSGTPLENHLGELWSLFHFLLPGWLGDIKDFNRDYRVPIEKRGSAVRLQHLNGRIKPFLLRRTKEQVATELPPKTEIIHWVELSDAQRDVYETMRLAMDKKVRDEITRKGVARSQIIILEALLKLRQVCCDLRLISDAALPARGSASGKLDSLMEMLEELFEEGRRVLLFSQFTSMLALIEDELKKRGVEYAILTGQTRDRRTPVKEFQSGKRQIFLISLKAGGVGLNLTEADTVIHYDPWWNPATENQATDRAYRIGQEKPVFVYKLIARGTVEEKIQLLQKEKSDLAAGVLDGRVAGDWKLQNEDIEALFAPLPDKLEKR NA NA NA NA NA D1-35_00848 567 hypothetical protein ATGCGCCTGTTTCGCTCCTTGACGTTGTTGATGACCCTGGTCGCCCCCCTGGCCTTCGCCGACGACCTGTATCAGGTGGAAATGATCCTGGTTCGCCAGAATGCCGAGCCGGCGATTCTCAGTCGCGCCGCGCCGGAAGACTGGGACGCCGGCGCACAACGCCTGCCCCCGGACAGCCAGCGCACGCCAGCATTGGGCAATATCGTCGAAAAACTCAACGCCAGCGGCCAATACAGCGTGCTGATGCACAAGGCCTGGCAACAGAACCTGGGCGAACAGGGCAGCAAGGTCGCTGTCAGCGACGGCACCGAACAGTTCGGCCAGTTTCCCATCGAGGGCACCCTGGAAATGAAACTGGGCCGCTTTACCGACGTCGACGCCGACTTCTGGGTCAACCAGATCGACGCCAATGGCCTGGTCACCGCCAGCGAACGCCTCAAGCAACAGAGCCACACCAAGAACGGCCAGCTGAATTTCCTCGATAACGGTCACCTCGGCCTGCTGATCAAGATCACCTCGCTGACCGCGCCCGCGCCACGGCAGGCGCCCGAAGCGATTCCGGACTGA MRLFRSLTLLMTLVAPLAFADDLYQVEMILVRQNAEPAILSRAAPEDWDAGAQRLPPDSQRTPALGNIVEKLNASGQYSVLMHKAWQQNLGEQGSKVAVSDGTEQFGQFPIEGTLEMKLGRFTDVDADFWVNQIDANGLVTASERLKQQSHTKNGQLNFLDNGHLGLLIKITSLTAPAPRQAPEAIPD NA NA NA NA NA D1-35_00849 3450 mfd COG1197 Transcription-repair-coupling factor GTGCCCGTTCTGCGTCTTCCGCTTCTCCCTGCCGCGGCAGGTAAACAGCACTGGGGCAACCTGCCCGGTGCCGCCCTGAGCCTGGCCATCGCCGAGGCTGCCAGCGCTGCAAAGCGCTTTACCCTGCTGCTGACCGCCGACAGCCAAAGCGCCGAACGGCTGGAACAGGAGCTGGCTTTCTTCGCCCCGGATTTGCCAGTGCTGCATTTCCCGGACTGGGAAACCCTGCCCTACGACCTTTTTTCGCCGCACCAGGACATCATTTCCCAGCGCATCGCCAGCCTTTACCGGCTGCCGGAGCTCAGTCATGGCGTTTTGGTAGTGCCGATTACCACAGCCCTACATCGCCTGGCGCCGACCCAATTCCTGCTGGGCAGCAGCCTGGTGCTGGACATCGGCCAGAAGCTCGACGTCGAGCAAATGCGCACCCGGCTTGAGGCCAGCGGCTACCGCTACGTCGATACCGTGTACGAGCACGGCGAGTTCACGGTCCGCGGCGCGTTGATAGACCTGTTTCCGATGGGCAGCAAACTGCCCTATCGCATCGACCTGTTCGATGACGAGATCGAGACCTTGCGCACCTTTGATCCGGAAAACCAGCGTTCCATCGACAAAGTGCAGTCGATCCGCCTGTTGCCGGCCAAGGAATTCCCTCTGCAAAAAGACGCGGTGACGCGTTTCAAGGCGCGGTTTCGCGAACGCTTCGACGTGGACTTCCGGCGCTGCCCGATCTTCCAGGACCTCAGCAGCGGCATCACCCCGGCCGGTATCGAGTATTACCTGCCGCTGTTCTTCGAAGAAACCTCCACCCTGTTCGATTACCTGCCCCAGGATACCCAGGTATTTTCCCTGCCCGGCATCGAGCAAGCGGCGGAAAACTTCTGGAATGACGTGCGCAACCGCTACGAAGAGCGGCGTGTCGACCCATCCCGTCCTCTATTGCCGCCCGCCGAGTTGTTCCTGCCGGTTGAAGACTGCTTCGCCCGCCTCAAGAGCTGGCCGCGCGTGGTGGCGAGCCAACAGGATGTGGAAACCGGCGTCGGTCGCGAACGCTTCCCCGCCAGAGCGCTGCCGGACCTGGCGATCGAAGCCAAGGCCACGCAACCGTTGGCGGCCCTGGCCGGTTTCCTCGACCAATTCCCTGGCCGCGTGCTGTTCACCGCCGAGTCCGCCGGCCGTCGCGAAGTATTGCTGGAGCTGCTCGAACGCCTGAAGCTGCGACCGAAGACTGTCGACAGCTGGCCGGATTTCGTCGCCGGCAAGGAGCGCCTGGCAATCACCATCGCGCCGCTCAATGACGGGCTGGTCCTGGATGATCCCGCCCTGGCACTGGTCGCCGAGAGCCCGTTGTTCGGCCAGCGGGTGATGCAGCGTCGCCGTCGCGAGAAGCGCGCAGACGCTGCCAACGACGCGGTCATCAAGAACCTTACCGAGTTGCGCGAGGGCGCGCCGGTGGTGCACATCGACCATGGCGTGGGCCGCTACCTGGGCCTGGCGACCCTGGAGATCGAAAACCAGGTCGCCGAATTCCTCACTCTGCAATACGCCGAGGGCGCCAAACTTTATGTGCCGGTGGCGAACCTGCACCTGATCGCCCGCTACACCGGCAGCGACGATGCGCTGGCGCCGCTGCATCGCCTGGGCTCGGAAACCTGGCAGAAAGCCAAGCGCAAGGCCGCCGAACAGGTGCGCGACGTGGCCGCCGAACTGCTTGACATCTACGCCCGTCGCGCCGCGCGCGAAGGCTACGCGTTCGCCGACCCGAAAGCCGATTACGAAACCTTCAGCGCCGGCTTCCCGTTCGAGGAAACCGTCGACCAGCAGACCACCATCGAAGCCGTGCGCGCCGACATGCTCGCGCCCAAGCCGATGGACCGACTGGTCTGCGGCGACGTCGGCTTCGGCAAGACCGAAGTGGCGATGCGCGCCGCGTTCATCGCCGTGCATGGCGGCAAGCAGGTGGCGATCCTGGTGCCGACCACCCTGCTCGCCCAGCAGCACTACAACAGTTTCCGCGACCGCTTCGCCGACTGGCCGGTGACTGTGGAAGTGATGAGCCGATTCAAGTCGACCAAGGAAGTGAATGCCGCCGTGGCCGACCTGGCCGAGGGCAAGATCGACATCGTCATCGGCACGCACAAACTGCTCCAGGACGACGTGAAATTCAAAAGCCTCGGCCTGGTGATCATCGACGAAGAACACCGCTTCGGCGTGCGCCAGAAAGAACAGCTCAAGGCCCTGCGTAGCGAAGTCGACATCCTGACCCTGACGGCCACGCCGATCCCGCGCACGCTGAACATGGCGGTGTCGGGCATGCGTGACCTGTCGATCATCGCCACGCCGCCGGCCCGCCGCCTGTCGGTGCGTACGTTCGTGATGGAGCAGAACAAAAGCACGGTCAAGGAAGCGCTGCTGCGGGAGTTGCTGCGCGGCGGCCAGGTCTATTACTTGCACAACGACGTGAAGACCATCGAGAAATGTGCCGCCGACCTCGCCGAGCTGGTGCCGGAAGCCCGTATCGGCATCGGCCACGGACAGATGCGCGAGCGCGAACTCGAACAGGTGATGAGCGACTTCTATCACAAGCGTTTCAACGTGCTGATCGCCTCGACCATCATCGAGACCGGCATCGACGTGCCGAGCGCCAACACCATCATCATCGAGCGCGCCGACAAGTTCGGCCTGGCCCAGTTGCACCAGTTGCGCGGCCGGGTCGGCCGTAGCCACCACCAGGCCTATGCCTACCTGCTGACGCCGCCGCGCCAGCAGATCACCCCAGACGCGGAAAAGCGCCTGGAGGCCATCGCCAACACCCAGGACCTCGGCGCCGGCTTCGTGCTGGCCACCAATGACCTGGAAATCCGTGGTGCCGGCGAATTGCTCGGCGACGGCCAGAGCGGCCAGATCCAGGCCGTCGGCTTCACGCTGTACATGGAAATGCTCGAACGCGCGGTCAAGTCGATTCGCAAGGGCGAGCAACCGAACCTCGACCAGCCTCTGGGCGGTGGGCCGGAGATCAATCTGCGGGTGCCGGCACTGATCCCGGAAGATTACCTGCCAGACGTCCATGCGCGGCTGATCCTCTACAAACGCATCGCCTCGGCCACCGACGAGGAAGGCCTGAAAGACTTGCAGGTGGAGATGATCGACCGCTTCGGGCTGCTGCCGGAGCCGACCAAGAACCTGGTGCGCACCACGCTGCTCAAACTCAAGGCCGAGCAACTGGGCATCAAGAAAGTCGACGGTGGGCCCAACGGCGGCCGCATCGAATTCGAAGCCCAGACGCCGGTCGATCCGCTGGTACTGATCAAGCTGATCCAGGGCCAGCCCAAACGCTACAAGTTCGAAGGCGCCACGATGTTCAAGTTCATGGTGCCCATGGAACGCCCGGAAGAGCGTTTTAATACCGTGGAGGCGCTGTTCGAGCGCCTCACTCCGACCACTGCTTGA MPVLRLPLLPAAAGKQHWGNLPGAALSLAIAEAASAAKRFTLLLTADSQSAERLEQELAFFAPDLPVLHFPDWETLPYDLFSPHQDIISQRIASLYRLPELSHGVLVVPITTALHRLAPTQFLLGSSLVLDIGQKLDVEQMRTRLEASGYRYVDTVYEHGEFTVRGALIDLFPMGSKLPYRIDLFDDEIETLRTFDPENQRSIDKVQSIRLLPAKEFPLQKDAVTRFKARFRERFDVDFRRCPIFQDLSSGITPAGIEYYLPLFFEETSTLFDYLPQDTQVFSLPGIEQAAENFWNDVRNRYEERRVDPSRPLLPPAELFLPVEDCFARLKSWPRVVASQQDVETGVGRERFPARALPDLAIEAKATQPLAALAGFLDQFPGRVLFTAESAGRREVLLELLERLKLRPKTVDSWPDFVAGKERLAITIAPLNDGLVLDDPALALVAESPLFGQRVMQRRRREKRADAANDAVIKNLTELREGAPVVHIDHGVGRYLGLATLEIENQVAEFLTLQYAEGAKLYVPVANLHLIARYTGSDDALAPLHRLGSETWQKAKRKAAEQVRDVAAELLDIYARRAAREGYAFADPKADYETFSAGFPFEETVDQQTTIEAVRADMLAPKPMDRLVCGDVGFGKTEVAMRAAFIAVHGGKQVAILVPTTLLAQQHYNSFRDRFADWPVTVEVMSRFKSTKEVNAAVADLAEGKIDIVIGTHKLLQDDVKFKSLGLVIIDEEHRFGVRQKEQLKALRSEVDILTLTATPIPRTLNMAVSGMRDLSIIATPPARRLSVRTFVMEQNKSTVKEALLRELLRGGQVYYLHNDVKTIEKCAADLAELVPEARIGIGHGQMRERELEQVMSDFYHKRFNVLIASTIIETGIDVPSANTIIIERADKFGLAQLHQLRGRVGRSHHQAYAYLLTPPRQQITPDAEKRLEAIANTQDLGAGFVLATNDLEIRGAGELLGDGQSGQIQAVGFTLYMEMLERAVKSIRKGEQPNLDQPLGGGPEINLRVPALIPEDYLPDVHARLILYKRIASATDEEGLKDLQVEMIDRFGLLPEPTKNLVRTTLLKLKAEQLGIKKVDGGPNGGRIEFEAQTPVDPLVLIKLIQGQPKRYKFEGATMFKFMVPMERPEERFNTVEALFERLTPTTA NA NA NA NA NA D1-35_00850 1464 gap2 Glyceraldehyde-3-phosphate dehydrogenase-like protein ATGTGGAAGGTTACCGTGACTCAGAAGCCCGACCAGTGTCTTGGTGAATGGATTGATCGTGAAGCACTCGCAGAAGCGATGATCCCTCTCATCGGTCAGCTCTACCGCAATAACAACGTGGTGAGCTCGATCTATGGCCGCAGCCTGATCAACCAGTCTGTCATCGCGATCCTCAAGGCCCACCGCTTTGCTCGCCACCGTTCTTCCGACGACAGCGAACTCTCCGTCCACGAAACATTCCCCCTGCTCAAGGCGATGAGCGAGCTCAAGCTCGGCGCGGCCTCGGTGGACCTGGGCAAGCTGGCGTTCAAATTCCGTAACGAAGCCAATGGCCGTAGTGCCGAACAGTTCGTGCGCGAAGAAATGGCTGACGTGGTTGGTCAGCAGAACGCTTCGGCTCGTAAAGGTACCGACGTGGTCCTGTACGGCTTCGGTCGTATCGGCCGTCTGCTGGCGCGTATCCTGATCGAGAAAACCGGTGGTGGCGACGGCCTGCGCCTGCGCGCCATCGTCGTGCGCAAGGGCGCCGAGAACGACCTGACCAAGCGTGCCAGCCTGCTGCGCCGCGACTCGGTGCATGGCTCCTTCAACGGCACCATTACCATCGACGAAGAAAACAACACCATCACCGCCAACGGTAACCTGATCCAGGTGATCTACGCGAAGAACCCGACCGAGGTGGACTACACCCAGTACGGCATCAAGGACGCCCTGCTGGTGGATAACACCGGTGTATGGCGCGATGCCGATGGCCTTGGCCAGCACCTGGCCTGCCCGGGTATCGACCGCGTTGTCCTGACCGCACCTGGCAAGGGCAAGCTGAAGAACATCGTTCACGGTATCAACCACACCGAAATCACCGCTGACGACAAGATCATCTCTGCCGCTTCCTGCACCACCAACGCCATCGTGCCGGTGCTCAAAGCCGTGAATGACAAGTTCGGCATCATCAACGGTCACGTCGAAACCGTTCACTCGTACACCAACGACCAGAACCTGATCGACAACTTCCACAAGGGCGATCGCCGTGGCCGTAGCGCCGCGTTGAACATGGTCATCACCGAAACCGGTGCCGCCACTGCTGCCGCCAAGGCCTTGCCTGAGCTCGCTGGCAAGCTGACCGGCAACGCGATCCGTGTGCCGACGCCGAACGTGTCGATGGCCATTCTCAACCTGAACCTTGAGAAAGCCGCCACCCGTGAAGAGATGAACGAGTACCTGCGCTACATGGCGCTGCACTCCGACCTGCACAAGCAGATCGACTTCGTCAACTCGCAGGAAGTGGTGTCCACTGACTTCGTCGGTTCGCGCCACGCTGGCGTTGTCGACGCCGAAGCGACCATCGTCCAGGACAATCGTGTTGTCCTGTACGTCTGGTATGACAACGAGTTCGGCTACAGCTGCCAGGTAGTTCGCGTAATGGAAGACATGGCTGATGTGAATCCGCCTGCGTTTCCGCGCTAA MWKVTVTQKPDQCLGEWIDREALAEAMIPLIGQLYRNNNVVSSIYGRSLINQSVIAILKAHRFARHRSSDDSELSVHETFPLLKAMSELKLGAASVDLGKLAFKFRNEANGRSAEQFVREEMADVVGQQNASARKGTDVVLYGFGRIGRLLARILIEKTGGGDGLRLRAIVVRKGAENDLTKRASLLRRDSVHGSFNGTITIDEENNTITANGNLIQVIYAKNPTEVDYTQYGIKDALLVDNTGVWRDADGLGQHLACPGIDRVVLTAPGKGKLKNIVHGINHTEITADDKIISAASCTTNAIVPVLKAVNDKFGIINGHVETVHSYTNDQNLIDNFHKGDRRGRSAALNMVITETGAATAAAKALPELAGKLTGNAIRVPTPNVSMAILNLNLEKAATREEMNEYLRYMALHSDLHKQIDFVNSQEVVSTDFVGSRHAGVVDAEATIVQDNRVVLYVWYDNEFGYSCQVVRVMEDMADVNPPAFPR PGPT0018000_129 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 D1-35_00851 1299 proP_1 Proline/betaine transporter ATGCCTTCCAACACGAGCAACGGCAAGGCGATTTTTCGCGTTGTCAGCGGCAACTTCCTGGAGATGTTCGACTTCATGGTCTATGGCTTCTACGCCACGGCCATTGCCAAGACGTTCTTCCCGACCGACAGTGCCTTCGCCTCGCTGATGCTGTCCCTGGCGACATTCGGCGCCGGGTTCCTGATGCGTCCGCTGGGCGCGATCTTCCTTGGCGCCTACATCGACCGTCACGGCCGGCGCAAAGGCCTGATCATCACCCTCGCGATGATGGCCGCCGGCACGGTGCTGATCGCCTGTGTACCGGGTTACGCCACGTTGGGCGTGGCGGCGCCGCTGCTGGTATTGCTGGGCCGATTGCTGCAGGGCTTTTCCGCAGGCGTGGAGCTCGGTGGGGTCTCGGTGTACCTGGCGGAAATCTCTACGCCGGGGCGCAAGGGCTTTTTTGTCAGTTGGCAGTCCGCGAGCCAACAGGCCGCCGTGGTCTTTGCCGGTCTGCTGGGGGTTGGCCTCAATCATTGGCTGAACCCGCAAGAAATGGGCGAATGGGGCTGGCGCGTGCCGTTCCTGATCGGTTGCCTGATCGTACCGGTCATTTTTGTAATTCGCCGCTCGCTGGAAGAAACGCCGGAATTCCAGGCGAGAAAACACCGCCCTACCCTGTCGGAAATCGTCCGCTCCATTGGCCAGAACTTCGGCATTGTCCTGGCCGGCATGGCACTGGTGGTGATGACTACGGTGTCGTTCTACCTGATCACGGCCTACACGCCGACATTTGGCAAGGCTGAGCTCAACCTGTCGGAGCTGGATGCGTTGCTGGTCACGGTGTGTATCGGCTTGTCGAATTTCTTCTGGCTGCCAGTCATGGGCGCGCTTTCCGACAAGATCGGGCGCAAACCCCTGCTGCTGGCTGCGACAATCCTGGCGATCCTGACCGCCTACCCGGCGCTGTCCTGGCTGGTGGCGAACCCCAGCTTCAGCCATTTACTGATCGTCGAGCTGTGGTTGTCGTTCCTGTATGGATCGTACAACGGCGCCATGGTGGTCGCCCTGACGGAAATCATGCCGGTTGAAGTGCGTACTACTGGCTTTTCCCTGGCCTATAGCCTCGCGACGGCAACGTTCGGCGGGTTCACGCCGGCGGCCTGTACCTATCTGATCCATGTGCTGGATAACAAAGCGGCGCCGGGGATCTGGCTCAGTGGTGCGGCGGTGTTGGGGTTGATTGCGACGTTGGTACTGTTCAAGGGTAATCGGCATGAACTGCGCACGGCGCAGGCCTCTGTAGTGGGCGGTGCCTGA MPSNTSNGKAIFRVVSGNFLEMFDFMVYGFYATAIAKTFFPTDSAFASLMLSLATFGAGFLMRPLGAIFLGAYIDRHGRRKGLIITLAMMAAGTVLIACVPGYATLGVAAPLLVLLGRLLQGFSAGVELGGVSVYLAEISTPGRKGFFVSWQSASQQAAVVFAGLLGVGLNHWLNPQEMGEWGWRVPFLIGCLIVPVIFVIRRSLEETPEFQARKHRPTLSEIVRSIGQNFGIVLAGMALVVMTTVSFYLITAYTPTFGKAELNLSELDALLVTVCIGLSNFFWLPVMGALSDKIGRKPLLLAATILAILTAYPALSWLVANPSFSHLLIVELWLSFLYGSYNGAMVVALTEIMPVEVRTTGFSLAYSLATATFGGFTPAACTYLIHVLDNKAAPGIWLSGAAVLGLIATLVLFKGNRHELRTAQASVVGGA PGPT0001505_212 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_CITRATE_TRANSPORT,PGPT0001505-citA|tcuC-K03288 NA NA D1-35_00852 987 apbE COG1477 FAD:protein FMN transferase ATGCTGGCCGGCGTTGTGTCCGGCTGCGGCCGGGGCGATACCCTGGAACGCTTCGATGGCCCGACCATGGGCAGCCGTTATTCCGTCCAGTACGTCAGGCATGCCGCCACGCCCGGTCCGAACGTGGTGCAGGCCGAGGTGGAAAAAATTCTCGCTGAAGTGGATCGGCTGTTTTCCACCTATCGCAGCGATTCGGAAATCGAGCGCTTCAATGCCCTGCCTGGCGGCAGTTGCCTGACCATGCCGGGACCTGTGTTTGAACTTGTCCGGGTGGGTGAGCAGCTATCTTCGCAAAGCCATGGCGCGTTCGATCTGACGGTGGAGCCTTTGCTGAACCTGTGGGGCTTCGGCCCGCAATCCCGGCGAGAGGCGGTGCCCAGCGCCGAGGCCCTGGCCCTGGCGCGACGACAGGTTGGCCATGGCTACTTGCGGATCGAAGGCGACCGGTTATGCAAGGACGCCGCGGTGGAAGTCGATTTCAACAGCATCGCGGCGGGTTATGCCGTCGACCGCATCGCCGCGAAGCTCCAGGCTTTGGGCATCGACAGCTACCTGGCCGAAGCCACCGGGGAGCTCAAGGCTGTCGGGCACAAGCCGGATGGGTCGGCCTGGCGCATCGCCCTGGAAGAGCCTCGGAACGATCGGCAAATGGCTGAGCGTGTCATCGAGGTCAACGGCTACGGGGTTTCAACGTCGGGCGACTATCGTAAATATTTCGAGCAGGGCGGCAAGCGTTACTCCCACACCTTTGATGCGCGCACCGGGGCGCCGGTCCTACACAACCTGGCGTCAGTCACGGTAATTCATCCTTCAGCGATGTTGGCCGATGGACTATCGACGCTGTTGCTGATTCTCGGTCCCGAAGAGGGTTGGGATTATGCCCAGGAGCACGGCATCGGAGTATTTTTTGTGCTGCGCGATGGAGAGCGTTTCGTCGTACGCACAAACGATGCGTTTGAACGGATGGCCGGCGAAAAAACCCAATGA MLAGVVSGCGRGDTLERFDGPTMGSRYSVQYVRHAATPGPNVVQAEVEKILAEVDRLFSTYRSDSEIERFNALPGGSCLTMPGPVFELVRVGEQLSSQSHGAFDLTVEPLLNLWGFGPQSRREAVPSAEALALARRQVGHGYLRIEGDRLCKDAAVEVDFNSIAAGYAVDRIAAKLQALGIDSYLAEATGELKAVGHKPDGSAWRIALEEPRNDRQMAERVIEVNGYGVSTSGDYRKYFEQGGKRYSHTFDARTGAPVLHNLASVTVIHPSAMLADGLSTLLLILGPEEGWDYAQEHGIGVFFVLRDGERFVVRTNDAFERMAGEKTQ PGPT0000430_2450 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0000430-nosX|apbE|yojL|fmnB-K03734 NA NA D1-35_00853 1395 sthA COG1249 Soluble pyridine nucleotide transhydrogenase ATGGCTGTCTATAACTACGACGTGGTGGTACTGGGTTCCGGCCCGGCGGGGGAAGGTGCGGCAATGAACGCCGCCAAGGCAGGGCGCAAGGTGGCGATGGTCGACAGCCGTCGGCAGGTTGGCGGCAACTGCACCCACTTGGGTACCATCCCGTCCAAGGCCTTGCGTCACTCGGTCCGGCAGATCATGCAGTTCAACACCAACCCGATGTTCCGGGCAATCGGCGAGCCGCGCTGGTTCTCCTTCCCGGACGTGCTCAAGAGCGCCGAGAAGGTGATTTCCAAGCAAGTAGCCTCGCGTACCGGCTACTACGCCCGCAACCGTGTGGACGTGTTTTTCGGCACCGGCAGCTTCGCCGACGAGCAAACGGTCGAAGTGGTCTGTGGCAATGGCGTCGTCGAGAAACTGGTGGCCAAGCACATCATCATCGCCACCGGCTCGCGTCCGTATCGCCCGGCGGACATCGATTTCAACCACGCACGTATCTACGATAGCGACACGATCCTGAGCCTGGGGCATACCCCGCGCAAACTTATCGTCTACGGTGCCGGCGTGATCGGTTGCGAATACGCCTCGATCTTCAGCGGCCTGGGCGTGCTGGTGGAACTGGTGGACAACCGTGGCCAATTGCTGAGCTTCCTGGACTCGGAAATTTCCCAGGCCCTGAGCTACCACTTCAGCAACAACAACATCACCGTGCGCCACAATGAAGATTACGAGCGCGTCGAAGGCGTGGACAACGGTGTGATCCTGCACCTCAAGTCCGGTAAGAAGATCAAGGCCGACGCCTTGCTCTGGTGCAACGGCCGCACCGGCAACACCGACACCCTGGGCCTGGAAAACATCGGCGTGAAGGTCAACAGCCGGGGCCAGATCGAAGTTGACGAGAACTACCGCACCTGCGTGCCGAACATCTACGGTGCCGGTGACGTGATCGGCTGGCCGAGCCTGGCCAGTGCCGCCCACGACCAGGGCCGTTCGGCCGCCGGCAGCATCGTCGACAACGGCAGCTGGCGTTTCGTCAATGACGTGCCGACCGGCATCTACACCATTCCGGAGATCAGCTCGATCGGCAAGAACGAGCAGGAGCTGACCCAGGCCAAGGTGCCTTACGAGGTCGGCAAGGCCTTCTTCAAGAGCATGGCGCGGGCGCAGATCGCCGGCGAGCCGCAAGGCATGCTGAAAATCCTGTTCCACCGCGAGACCCTGGAAGTGCTGGGCGTGCACTGCTTCGGCTACCAGGCCTCGGAAATCGTCCACATCGGCCAGGCGATCATGAACCAGCCGGGCGAACTGAACACGTTGAAGTACTTCGTCAACACCACGTTCAACTACCCGACCATGGCCGAAGCCTATCGGGTAGCGGCCTACGACGGGCTCAACCGGCTTTTTTGA MAVYNYDVVVLGSGPAGEGAAMNAAKAGRKVAMVDSRRQVGGNCTHLGTIPSKALRHSVRQIMQFNTNPMFRAIGEPRWFSFPDVLKSAEKVISKQVASRTGYYARNRVDVFFGTGSFADEQTVEVVCGNGVVEKLVAKHIIIATGSRPYRPADIDFNHARIYDSDTILSLGHTPRKLIVYGAGVIGCEYASIFSGLGVLVELVDNRGQLLSFLDSEISQALSYHFSNNNITVRHNEDYERVEGVDNGVILHLKSGKKIKADALLWCNGRTGNTDTLGLENIGVKVNSRGQIEVDENYRTCVPNIYGAGDVIGWPSLASAAHDQGRSAAGSIVDNGSWRFVNDVPTGIYTIPEISSIGKNEQELTQAKVPYEVGKAFFKSMARAQIAGEPQGMLKILFHRETLEVLGVHCFGYQASEIVHIGQAIMNQPGELNTLKYFVNTTFNYPTMAEAYRVAAYDGLNRLF PGPT0013495_807 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013495-sthA-K00322 NA NA D1-35_00854 723 ugpQ COG0584 Glycerophosphodiester phosphodiesterase, cytoplasmic GTGACCCTCATTTATGGCCACCGCGGCGCCAAGGGCGAAGCACCGGAAAACACCCTCACCGGCTTCCAGGAATGCCTCAAGCACGGCGTACGCCGTTGCGAGCTGGACCTGCACCTGTCCATGGACGGCGAGTTGATGGTGATCCATGACCCGACCCTCAAGCGCACCACCGATCGCCGGGGCAAGGTGGTCGAACACACCGCCGCTGAACTGGTGACTTATGACGCGCGCAAGGGTGGCCCGGGCTGGATCAAGCCGTGCCCGATTCCACGCCTGGAAGAGTTGTTCGAGAAGTGTGATTTCGAGCACTGGCAACTGGAGGTGAAAAGCGCCTCACGCACCCGCGCCGCCGCCACCGTGCTGGGCATCCGTGAAATGGCCCAGCGCTTCGGCCTGCTGGACAAAATCACCATCACTTCCAGTTCCCGGGAAGTGCTCAAGGCCGCGCTGGATCTGACGCCGGACATTTCCCGTGGACTGGTCGCCGAATACGCCTGGCTCGACCCGTTGAAGGTCGCCCAGAGCTATGGCTGTGAGATTCTGGCGCTGAACTGGACCCTGTGCACGCCGGAACGCCTGATCAAGGCGCAGCGCCAGGGGCTGCATGTGTCGGTGTGGACCGTCAACGAGCCCGCGCTCATGCGCAGGCTCGCCGACTTTGGCGCTGACAGCCTGATTACAGACTTTCCCGGTTTGGCCACCGCCACCCTCGAGAATTGCTGA MTLIYGHRGAKGEAPENTLTGFQECLKHGVRRCELDLHLSMDGELMVIHDPTLKRTTDRRGKVVEHTAAELVTYDARKGGPGWIKPCPIPRLEELFEKCDFEHWQLEVKSASRTRAAATVLGIREMAQRFGLLDKITITSSSREVLKAALDLTPDISRGLVAEYAWLDPLKVAQSYGCEILALNWTLCTPERLIKAQRQGLHVSVWTVNEPALMRRLADFGADSLITDFPGLATATLENC PGPT0018470_7944 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D1-35_00855 591 hypothetical protein ATGTCGACATTAGATGAAGAAGATCGCCGCGAATACTACCGTATCGAGGACACGATCGCACTGGAAATTCGGCCCCTGTCCATTCCTGAAGCTGCCAGCCAGGAAGTGTTGCAGGATGAGTCCCCACTGTTCAACCTGCTCAGCGAGCTGCACCTGAGCGAGTTCGAATCACAACACCTGTTGCGCCAGATCAGCGAGCGCGAGCGCAGCATCGCGGCCTACCTCAAGGCCATGAACAAACGCATCGACCTGCTCAGCCAGGTCATCGCCGTAACGGTGCTCGGCGAAATCGGCGATCCCCAGCCGGTAATCATTTCCGAAGGCGGCATCGATTTCCAATACCCAAGCGCCATTGCTGTCGGCGCGCACCTGTCGGTCAAGCTGGTGCTGATGCCCCAGGCCCTGGGGCTGTTGTTGCGCGCCCGCGTCACCCATTGCGACCCCAAGGGCAACGGTTATGACGTAGGCACCGAGTTTGAGCACCCGACCGACGCCCAGCGCCAATTGCTGGCCCGCTACATCCTGCAGAAGCAGGCGCAGGAACGGCGCCTGGCCCGGGAACTGAACGAATCTGGCATCGATAAGGAATAA MSTLDEEDRREYYRIEDTIALEIRPLSIPEAASQEVLQDESPLFNLLSELHLSEFESQHLLRQISERERSIAAYLKAMNKRIDLLSQVIAVTVLGEIGDPQPVIISEGGIDFQYPSAIAVGAHLSVKLVLMPQALGLLLRARVTHCDPKGNGYDVGTEFEHPTDAQRQLLARYILQKQAQERRLARELNESGIDKE NA NA NA NA NA D1-35_00856 1251 lolE_1 COG4591 Lipoprotein-releasing system transmembrane protein LolE ATGTTCAGACCTCTCTTCGTATTCATCGGCACGCGTTATACCCGTGCAAAGCGTCGCAATCATTTCGTATCGTTCATTTCCCTGACGTCCATCATCGGCCTTGCCCTTGGCGTGGTCGTGATGATCGTCGTGCTGTCGGTCATGAACGGCTTCGACCATGAAATGCGCACCCGCGTGCTCGGCATGGTGCCCCACGCGACCCTCGAAACCGGCGAAGCCATCAGCGACTGGCCAAGCCTGGCCGCCAAGGTCAAGCAGAACCCGCAGGTGCTGGCCGTTGCGCCCTTCACCCAGATGCAGGGGCTGCTGACCAACGACGGCAAGGTCTCCAAGGTCTTGCTCAATGGCATCGATCCCGGGCTGGAGCGGCAGGTGTCGATCATCGACAACTTCATGCGGCAGGGCAAACTCGACGACCTCGCGCCGGGCAGCTTCGGTATCGTGATCGGCGACAAGGCGGCGACCAAGCTCGGCGTGGCCATCGGCGACAAGCTGACGTTTGTCGCGCCGGAGGTCACTGTCACTCCAGGCGGCATGTTCCCGCGCATGAAGCGCTTCACCGTGGTCGGCATCTTCCATGTTGGCGCCGGCGAGCTGGACGGTTACCTGGGGGTGACCAACCTTCAGGACCTCGCGCGCCTGCATCGCTGGAAACCGGATCAGGTCCAGGGGCTGCGGTTGAAGTTCGACGACCTGTTCCAGGCGCCGCGCGTGGCGTGGAACATCGCCCAGCAGCTCGGCGAAGACCGTTATTACGCCCGCGACTGGACCCGCACCCATGGCAACCTGTATCAGGCGATCCGCATGGAAAAAGCCATGATCGGCCTGCTCCTGTTGCTGATCGTCGCCGTGGCGGCGTTCAACATCATTTCCACGCTGGTGATGGTGGTGAACGACAAGAAAGGCGACATCGCCATCCTGCGCACCCTCGGCGCCACGCCGGGGCAGATCATGCGGATCTTCATGGTCCAGGGCACCGTCATCGGCGTCATCGGCACGTTTGTAGGCGCCTTGGTCGGGATGTTCGCCGCACTGAATGTCAGCGCCGCGATTGCCGCCCTCGAAGGGCTGATCGGGCACAAGTTTCTCAACGCCGACGTGTACTTCATCGACTACCTGCCCTCGCAGTTGCAGGCCGATGACGTGTTGATGGTCTGCGGCGCCGCGTTGATCCTGAGTTTCCTCGCCACCCTGTATCCAGCCTGGCGTGCCGCGCGCACCCAGCCTGCGGAGGCGTTACGTTATGAGTGA MFRPLFVFIGTRYTRAKRRNHFVSFISLTSIIGLALGVVVMIVVLSVMNGFDHEMRTRVLGMVPHATLETGEAISDWPSLAAKVKQNPQVLAVAPFTQMQGLLTNDGKVSKVLLNGIDPGLERQVSIIDNFMRQGKLDDLAPGSFGIVIGDKAATKLGVAIGDKLTFVAPEVTVTPGGMFPRMKRFTVVGIFHVGAGELDGYLGVTNLQDLARLHRWKPDQVQGLRLKFDDLFQAPRVAWNIAQQLGEDRYYARDWTRTHGNLYQAIRMEKAMIGLLLLLIVAVAAFNIISTLVMVVNDKKGDIAILRTLGATPGQIMRIFMVQGTVIGVIGTFVGALVGMFAALNVSAAIAALEGLIGHKFLNADVYFIDYLPSQLQADDVLMVCGAALILSFLATLYPAWRAARTQPAEALRYE PGPT0024510_1556 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024510-lolC_E-K09808 NA NA D1-35_00857 699 lolD_2 COG1136 Lipoprotein-releasing system ATP-binding protein LolD ATGAGTGAGTCGGGCATGAGTGAAAAAGCAATCTTGAGCTGCCGCAACCTGGGCAAGTCCTACGAGGAAGGCCCGGAATCGGTGGTGGTGTTGTCGGGCCTCCAATTGGAGCTGCATCCCGGTGAACGCGTGGCGATCGTCGGGACTTCCGGATCGGGCAAAAGTACCTTGTTGAACTTGCTCGGTGGCCTCGATACGCCGACCGCCGGCAGCGTCTGGCTGGCGGGCGAAGAGCTTTCGGCGCTGAACGAAAAGGCCCGCGGCCTGTTGCGTAACCGCTCCCTGGGCTTCGTCTACCAGTTCCACCATCTGCTGCCCGAGTTCACCGCGCTGGAAAACGTCTGCATGCCGCTGTTGATCGGCCGCACCGCTATTCCCGAAGCCCGCCAGCGAGCTACGGCGTTGCTGGAGCGCGTGGGACTGGGCCATCGCCTGGAGCACAAGCCGGCCGAGCTGTCCGGCGGCGAGCGCCAGCGCGTGGCGATTGCCCGGGCCCTGGTCAACAAGCCTGGGCTGGTGATGCTCGACGAGCCGACCGGCAACCTCGATTCCCACACCGCGCAAGGCATTCAGGACTTGATGCTGGAACTCAGCACCTCGATGCGCACGGCGTTCCTGGTGGTGACCCACGACATGAACCTGGCCCGGCAGATGGACCGCGTCCTGCATTTGCAGGAAGGTTGCCTGACGCCGATCTGA MSESGMSEKAILSCRNLGKSYEEGPESVVVLSGLQLELHPGERVAIVGTSGSGKSTLLNLLGGLDTPTAGSVWLAGEELSALNEKARGLLRNRSLGFVYQFHHLLPEFTALENVCMPLLIGRTAIPEARQRATALLERVGLGHRLEHKPAELSGGERQRVAIARALVNKPGLVMLDEPTGNLDSHTAQGIQDLMLELSTSMRTAFLVVTHDMNLARQMDRVLHLQEGCLTPI PGPT0024515_1171 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024515-lolD-K09810 NA NA D1-35_00858 1245 lolE_2 COG4591 Lipoprotein-releasing system transmembrane protein LolE ATGTTCAGACCGTTATCGATTTTCATCGGCACGCGCTATACCCGCGCCAAGCGCCGCAATCGTTTTGTCTCGTTCATTTCCATGACCTCGATGATCGGCCTCGCCCTTGGCGTGTTGGCGATGATTGTCGTGCTGTCGGTGATGAACGGCTTCCAGCGCGAAATGAGCTCGCGCATCCTCGGCATGGTGCCTCACGCCACCATCGTCGGGGTCAACCCGATCGACGATTGGCAGCCGGTGGCCGCCGCGGCATTAAAAAATCCTGAAGTGACGGCTGCGGTGCCGTTCACCGAGATGGAAGGGATGTTGAGCCATAAAGGTTCGATGCAGCCGATCCAGATCAGCGGCGTCGATCCGGCCCATGAAGGCAAGGTCTCGATTGTCGCCCAGCACATCGTCCAGGGGCGTCTCGATGCCTTGAAGCCCGGCGAGTTCGGCGTGGTGATCGGTGAGATCACCGCGCGACGCTTTCGCTTGAATGTCGGCGACAAGGTCACCTTGATCGTGCCGGAAGTCAGCACCGCGCCGGGGGGCATCACCCCGCGGATGCAACGACTGAATGTGGTGGGGGTGTTCAAGGTCGGCGCCGAGCTGGACGGTTCCATGGCGCTGATTCACTTGGCCGACGCCGCGCAGATGCAGCATTGGCAACCGAACCAGGTACAGAGCGTGCGTCTGGCGGTGAAAGATTTGTACGCAGCGCCGAAAGTCTCCGGTGACATCGCCACCGGGCTTGGCGCGGCCTACAAGGCTGACGACTGGACCCACACTCAGGGCAGTCTGTTCAGTGCGATGAAAATGGAAAAAACCATGATCGGCCTGTTGCTGTTGATGATCGTCGCGGTGGCGGCGTTCAACATCATCGCCACGTTGATCATGGTGGTGAACGACAAGGGCGCGGACATCGCGATCCTTCGTACCATCGGCGCCACGCCGCGACAGATCATGGCAATCTTCATGGTCCAGGGCACGGTGATCGGCGTGGTGGGCACGTTGATCGGCGGGGTGCTGGGGGTGATTGCGGCGTTGAATGTCAGCGCGCTGGTGGGTTGGCTGGAAAGGGTCAGCGGCCAGCACATTTTCAGTTCCGATGTGTACTTCGTCAGCAACCTGCCGTCGGAACTGCAGCGTGGCGACGTGGTGCTGATCTGCTCCGCCGGGTTCATCCTCAGCTTCCTCGCCACCGTATACCCGGCCTGGCGCGCGGCGAAGATCGAACCTGCGCAGGCGTTGCGGTATTCCTGA MFRPLSIFIGTRYTRAKRRNRFVSFISMTSMIGLALGVLAMIVVLSVMNGFQREMSSRILGMVPHATIVGVNPIDDWQPVAAAALKNPEVTAAVPFTEMEGMLSHKGSMQPIQISGVDPAHEGKVSIVAQHIVQGRLDALKPGEFGVVIGEITARRFRLNVGDKVTLIVPEVSTAPGGITPRMQRLNVVGVFKVGAELDGSMALIHLADAAQMQHWQPNQVQSVRLAVKDLYAAPKVSGDIATGLGAAYKADDWTHTQGSLFSAMKMEKTMIGLLLLMIVAVAAFNIIATLIMVVNDKGADIAILRTIGATPRQIMAIFMVQGTVIGVVGTLIGGVLGVIAALNVSALVGWLERVSGQHIFSSDVYFVSNLPSELQRGDVVLICSAGFILSFLATVYPAWRAAKIEPAQALRYS PGPT0024510_2223 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024510-lolC_E-K09808 NA NA D1-35_00859 1347 cusS COG0642 Sensor histidine kinase CusS GTGAGTCGCCGATGGTCGCTGAGCAATCGGTTGGCGCTGCTTTTTGCCGCCTGCACTGCCATCGTGTCGTTGTTTGCCGGCGTGCTGTTCAGCCGCGGCAGCGAGGCACACTTCATCGAACTGGACCAGCAGTTGCTCGAAGCCAAATTGACTGGCGTGCGCCGCGCCCTGCAAGATGGCCCCAACCCCCAGGCGCGCCTGGCGGACGAGTTGAGCCGCCAGCCGGACCTTGCCTTGCGCATCAAGGACCGCGATGGCGTGCGCTGGCATGACAGCTCGATCCGCCTGCCGGCCCAGGTGCCTGAACGGCCGGGCCTGTCGACCCTCAACGACACCGACAATGACTACCGCGTATTAAACGCGCCGCTGGATCCCAATCGTGCGGATTCGCCCCAACTGACACTGTTGCTGGACATCACCCACCACCAGCATTTCCTGCAACGCATGCAGCGTCTGATCTGGCTGACCGTCGGCCTCTCGGCGCTGGCGACCGCCCTGCTTGGCGCCTGGGCCGCCCGGCGTGGCTTGCGCCCCCTGCGCCGTATGGGCGCCATTGCCAGCAGCGTCTCGGCACGTTCGCTCAATGCTCGACTGCCAGAAGAACACATGCCCGCCGAACTGGCGGAACTGGCCCACAGCATCAACGACATGCTTGGACGCCTCGACGATGCCTTCCAGCGCCTCTCCGCCTTCTCCGCCGATATCGCCCATGAGCTGCGTACGCCGTTGTCGAATCTGCTGACCCATACCCAGGTCACGCTCACCCGCGAACGCTCGCTGGACGACTATCGCGAAGCCCTGCACAGCAATCTCGAAGAGCTGCAATGGATGGCGCAACTGGTCAACGACATGCTTTACCTGGCCAAGGCCGACCATGGCTTGCTGGCCGTCCAGCGCGAGCCGCTGGAGCTGGCGCTGGAAACGGACCTGCTGCTGGAGTTTTTCGCGCCACTGGCCGAAGACGCCGAGGTAAAGCTGAGCCGCGAAGGGAACGGACGTATCGAGGGCGACCGCAGCATGCTGCGCCGCGCGCTGTCCAATCTGCTGGACAACGCCCTGCGCTTCAGCCGCGGTGGTGGCGAGGTGCGGATACGGATTGTCGACGGGCCGCAGACTGTGCGCATCGATGTGGAAAACAGTGGCGGGGAAATTCCGGCGGCGCTGCTGCCGCGCCTGTTCGACCGTTTTTACCGCGCCGACCCGGCTCGCCAGGAAGGCAGCAGTGAACACGCCGGGCTGGGGCTGGCCATTACCCGCTCGATTATCCGCGCCCATGGCGGGGATATCCGCTGTGAATCGGCCGATGGCTGGACGCGGTTCGTGGTGGAGTTGCCCAAGAGCAATTAA MSRRWSLSNRLALLFAACTAIVSLFAGVLFSRGSEAHFIELDQQLLEAKLTGVRRALQDGPNPQARLADELSRQPDLALRIKDRDGVRWHDSSIRLPAQVPERPGLSTLNDTDNDYRVLNAPLDPNRADSPQLTLLLDITHHQHFLQRMQRLIWLTVGLSALATALLGAWAARRGLRPLRRMGAIASSVSARSLNARLPEEHMPAELAELAHSINDMLGRLDDAFQRLSAFSADIAHELRTPLSNLLTHTQVTLTRERSLDDYREALHSNLEELQWMAQLVNDMLYLAKADHGLLAVQREPLELALETDLLLEFFAPLAEDAEVKLSREGNGRIEGDRSMLRRALSNLLDNALRFSRGGGEVRIRIVDGPQTVRIDVENSGGEIPAALLPRLFDRFYRADPARQEGSSEHAGLGLAITRSIIRAHGGDIRCESADGWTRFVVELPKSN PGPT0004980_1468 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004980-cusS|copS|silS-K07644 NA NA D1-35_00860 681 copR_2 Transcriptional activator protein CopR ATGAAACTGCTGATCGTCGAAGACCAACTGAAAACCGGCCAGTACTTGCGCCAAGGTTTGAGCGAAGCCGGGTTCAACGCCGATCTGGTGGCTGATGGCAGCACCGGCCAGCAACTGGCCGTGAGCGGTGAATACGCGCTGTTGATTCTTGACGTGATGCTACCCGGCCGCGATGGCTGGCAGATTCTGCAAGCGGTGCGCGGCGCCGGGCTGGACACGCCGGTGCTGTTTCTCACCGCGCGGGATGCGATAGAGGATCGTGTGCATGGCCTGGAACTGGGTGCCGATGATTACCTGATCAAGCCCTTCGCCTTTTCCGAACTGCTGGCCCGGGTGCGCAGCCTGCTGCGCCGAGGCAGTTCGGCGGCCCAGGAAACCAGCCTGCAACTGGCGGACCTGCGGCTGGACTTGATCCGGCGCCGGGTAGAACGCGGCGGCAAACGCATCGACCTGACCGCCAAGGAATTCGCCCTGCTGGAGATGCTGCTGCGGCGCCAAGGCGAGGTATTGCCAAAGTCGTTGATTGCCTCACAAGTCTGGGACATGAATTTCGACAGTGACACCAATGTCATCGAGGTGGCGATCCGGCGTCTGCGGATCAAGATCGACGACGAGTTTCCCGACAAGCTGATCCACACCGTGCGCGGCATGGGCTATGTCCTTGAAGAGCGCAACCTGTGA MKLLIVEDQLKTGQYLRQGLSEAGFNADLVADGSTGQQLAVSGEYALLILDVMLPGRDGWQILQAVRGAGLDTPVLFLTARDAIEDRVHGLELGADDYLIKPFAFSELLARVRSLLRRGSSAAQETSLQLADLRLDLIRRRVERGGKRIDLTAKEFALLEMLLRRQGEVLPKSLIASQVWDMNFDSDTNVIEVAIRRLRIKIDDEFPDKLIHTVRGMGYVLEERNL PGPT0004105_839 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 D1-35_00861 831 queF COG0780 NADPH-dependent 7-cyano-7-deazaguanine reductase ATGCATCCCGCAGCCGAACACTCGCCGCTGGGCAAATCCAGCGAATACATCGCCACGTACACGCCGTCACTGCTGTTTCCGATCCCGCGAACCGCGAAATGGGCGGAACTGGGCCTGACGGCCGAGACCCTGCCGTACAAGGGCGTGGATTTCTGGAACTGTTTCGAGCTGTCATGGCTGCTGCCGTCCGGCAAGCCGGTTGTCGCCATCGGTGAATTCGCGATCCCGGCGGATTCGCCGAATATCATCGAATCCAAATCCTTCAAGCTGTACCTGAACTCCTTGAACCAGACGGCGTTCAGCGACAGCGCGAGCCTGGAAGCCACGCTGCGCCAGGACCTTTCCGCCGCGGCGGGCAAGCCGGTAGGTGTGCGGATTCGCAGCCTCAAGGATGTCGAGAGCGAAGGCACCGTTGCATTACCCGGTGTCTGCGTTGACGACCTGGACATCACTGTCGACTCCTACGAGCACCCGCGTCCGGAGCTGCTGCGTTGCGATGCATCGCGTATCGTCGAGGAAAGCCTGCACAGCCATCTGCTCAAGTCCAACTGCCCGGTAACCAGCCAGCCGGACTGGGGCAGCGTGGCGGTGGAGTATCGCGGCGCGGCGCTGGACCACGCCAGCCTGCTGGCTTACATCGTCAGCTTCCGCCAGCATTCGGACTTCCATGAACAGTGCGTCGAGCGGATCTTCCTCGACCTGCAACGCTTGCTCAAGCCGGAGAAATTGACGGTGTATGCGCGGTATGTGCGCCGGGGTGGGTTGGATATCAATCCGTATCGCAGCACCGAGGATGTACAACTGCCGAACCAGCGTCTGGTTCGGCAATAA MHPAAEHSPLGKSSEYIATYTPSLLFPIPRTAKWAELGLTAETLPYKGVDFWNCFELSWLLPSGKPVVAIGEFAIPADSPNIIESKSFKLYLNSLNQTAFSDSASLEATLRQDLSAAAGKPVGVRIRSLKDVESEGTVALPGVCVDDLDITVDSYEHPRPELLRCDASRIVEESLHSHLLKSNCPVTSQPDWGSVAVEYRGAALDHASLLAYIVSFRQHSDFHEQCVERIFLDLQRLLKPEKLTVYARYVRRGGLDINPYRSTEDVQLPNQRLVRQ NA NA NA NA NA D1-35_00862 267 hypothetical protein ATGCCTGCCCGCCGCGAATTGCAAGAACAACTGAATGCCCTGCGCGAGCAATTGGAACAGAACCCGCCGCTGTCTGAGTCAGAGCGCGAAAACCTGCACCAGTTGATGGCGCAGATCGACTCTGAGATCCAATTGGAAAACCAACTTCAGGACAACAACCTGGTCGACGGCGTGAACTTGGCCGTGGAACGTTTTGAGGTGGACCATCCGACGATCGCCGGAACACTGCGCAATATCGTGAACACCTTGGGCAGCATGGGGATCTAA MPARRELQEQLNALREQLEQNPPLSESERENLHQLMAQIDSEIQLENQLQDNNLVDGVNLAVERFEVDHPTIAGTLRNIVNTLGSMGI NA NA NA NA NA D1-35_00863 621 phnX_1 Phosphonoacetaldehyde hydrolase ATGCCCCGCGCCGAAACCAAGCCGCTCCCCGCCCCCAGCCTGACGGCCGTCCTGTTTGGCCTCAGCGGATGCCTGGTTGATTTCGGCTCGCGTGCTCGCCAGCCAGGGATTGTGCCGGCCGAGCACACGCAACTTACACCCGGGGCGTTGGAAAGCCTGCAACGCCTGCGGCAGCTCGACATCCCCTGCGCCTGGCTTGACGAATTGCCGCCCGCCATCAGCCACGGGTTGGCGGCCTCACTGCCGGCATGGGTGAAATCTCCGCAACTTCCTGCAACAAATAATCCGTGGCCAGCGCCCCATGCCTGTTGGCAAGCCCTTATGGCGCTGGATGTCAGGCAACTGGATGGCTGCGTATTGGTCAGCGGCGAACCGAAGCTGTTGCAGTCGGGGCTAAACGCCGGTCTATGGACCATCGGGCTGGCATCCTGCGGGTCGCTGTGCGGCCTTACGCCCGCCGAATGGCAAGCCTTGAGCCAGCAGGAACGGGAAATCAAACGGGCCAAGGCCACCGTGCAATTGTTCGGCCTGGGCGTGCATTCGGTGATCGATCACCTGGGCGAACTCGATACCTGCCTGGCCGATATCAGCCTGCGTCGCCTCAAAGGCGAGAAGCCGTGA MPRAETKPLPAPSLTAVLFGLSGCLVDFGSRARQPGIVPAEHTQLTPGALESLQRLRQLDIPCAWLDELPPAISHGLAASLPAWVKSPQLPATNNPWPAPHACWQALMALDVRQLDGCVLVSGEPKLLQSGLNAGLWTIGLASCGSLCGLTPAEWQALSQQEREIKRAKATVQLFGLGVHSVIDHLGELDTCLADISLRRLKGEKP NA NA NA NA NA D1-35_00864 690 mlaA_1 COG2853 Intermembrane phospholipid transport system lipoprotein MlaA ATGCGCTGGAGCCATCGTCTAGCTCAGCTGTGTCTATCTGCCAGCGTTCTGCTGGTGCCGTTCGCCGCTCACGCCGCCACGGAAGAAGATCCTTGGGAAAGCGTCAACCGTCCGATATTCACCTTCAACGACACCATCGATACCTACGCGCTGAAGCCGCTGGCCCAGGGTTACCAGTACGTGACGCCGCAGTTCCTCGAGGACGGCATCCACAATATGTTTCGCAACATCGGTGACGTCGGCAACCTGGCCAACGATGTGCTGCAAGCCAAGCCGGCTGCCGCCGGAGTCGATACTGCCCGGTTGATCTTCAACACGACGTTCGGCCTGCTGGGCTTCTTCGATGTCGGGACCCAGATGGGGCTGCAGCGCAACGATGAAGATTTCGGCCAGACCCTGGGATATTGGGGGCTGGGCAGCGGCCCCTACCTGATGTTGCCACTGCTGGGGCCGAGCACTCTGCGTGATGCGCCGGCCAAACTGGTCGACAGCTACGCCACCCCATACCCCTACATCGACAACGTCTCGGTGCGTAATTCGATCTGGGGCCTGAACATCGTCGATACCCGCGCCAGCCTGTTATCGGCCGAGAAAATGGTCAGTGGCGACAAGTATGTGTTCCTGCGCAACGCCTTCCTGCAGAACCGTGAATTCAAGGTCAAGGATGGTCAGGTCGAAGACGATTTCTGA MRWSHRLAQLCLSASVLLVPFAAHAATEEDPWESVNRPIFTFNDTIDTYALKPLAQGYQYVTPQFLEDGIHNMFRNIGDVGNLANDVLQAKPAAAGVDTARLIFNTTFGLLGFFDVGTQMGLQRNDEDFGQTLGYWGLGSGPYLMLPLLGPSTLRDAPAKLVDSYATPYPYIDNVSVRNSIWGLNIVDTRASLLSAEKMVSGDKYVFLRNAFLQNREFKVKDGQVEDDF PGPT0024485_2077 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024485-mlaA|vacJ-K04754 NA NA D1-35_00865 1182 rssB_1 Regulator of RpoS ATGCCAAAAACCAGTGCCACGCTGCTGATAATCGATGATGACGAAGTGGTGCGAGCCAGCCTCGCCGCCTACTTGGAAGACAGTGGTTTCAGCGTCCTGCAGGCCAGCAACGGCCAGCAGGGTCTTCAGGTATTCGAGCAGGACAAGCCCGACCTGGTCATCTGCGACCTGCGCATGCCGCAGATGGGCGGACTCGAACTCATTCGCCAGGTCACCGAGCTGTCGTCACAGACTCCGGTGATCGTGGTGTCGGGCGCGGGGGTGATGAACGACGCGGTCGAGGCATTGCGCCTGGGCGCGGCGGATTACCTGATCAAGCCCCTCGAAGACCTTGCCGTGCTCGAGCATTCGGTGCGTCGAGCCCTGGACCGCTCGCGGCTGTTGGTCGAGAACCAGCGCTATCGCGAGAAGCTGGAAACGGCCAACCGTGAGCTGGAAGCCAGCCTGAACCTGTTGCAGGAAGACCAGAACGCCGGGCGTCAGGTGCAGATGAACATGCTGCCGGTCAGCCCCTGGACCGTCGACGGTTTCCGTTTTGCCCACCAGATCATCCCGTCGTTGTACCTGTCGGGTGATTTTGTCGATTATTTCCGGGTCGACGAGCGCCGAGTGGCTTTCTACCTGGCGGATGTTTCCGGACACGGTGCTTCGTCGGCATTCGTGACCGTACTGCTGAAGTTCATGACCACGCGCCTGCTGTTCGAATCCAAGCGCAATGGTACGTTGCCCGAATTCAAGCCTTCGGAGGTCCTTGGGCATATCAACCGAGGCCTGATCAGTTGTAAGCTGGGCAAACACGTCACGATGGTCGGTGGAGTCATCGACGAGGAGACTGGTTTGTTGACGTATAGCATCGGCGGTCACCTGCCGTTGCCCGTGTTGTACACACCTGACAGTGTTCGTTACCTGGAAGGGCGTGGCTTGCCGGTGGGCCTGTTCAACGAGGCCACCTATGAAGATCACGTGCTGGAACTGCCCCCGGCTTTCAGTCTGACGCTGATGTCTGATGGCATTCTGGACCTTTTGTCGGAACCTACACTCAAAGAGAAAGAAGCGGCCTTGCCTGAACGGGTAAGTGCGGCGGGCGGCAGCCTGGAAGGCCTGCGGCAAGTGTTTGGATTAGCCACGCTAGGGGAGATGCCGGATGATATCGCCCTGTTAGTGTTGAGCAGGAATCTTTGA MPKTSATLLIIDDDEVVRASLAAYLEDSGFSVLQASNGQQGLQVFEQDKPDLVICDLRMPQMGGLELIRQVTELSSQTPVIVVSGAGVMNDAVEALRLGAADYLIKPLEDLAVLEHSVRRALDRSRLLVENQRYREKLETANRELEASLNLLQEDQNAGRQVQMNMLPVSPWTVDGFRFAHQIIPSLYLSGDFVDYFRVDERRVAFYLADVSGHGASSAFVTVLLKFMTTRLLFESKRNGTLPEFKPSEVLGHINRGLISCKLGKHVTMVGGVIDEETGLLTYSIGGHLPLPVLYTPDSVRYLEGRGLPVGLFNEATYEDHVLELPPAFSLTLMSDGILDLLSEPTLKEKEAALPERVSAAGGSLEGLRQVFGLATLGEMPDDIALLVLSRNL NA NA NA NA NA D1-35_00866 483 hypothetical protein ATGAGTACCGGTAGAATCCAGTTCGCCGAGCAGGACGGCACCTTCGTCCTGAAGTTTGTCGGTGAAGTGCGCCTGACCTTGTGTTCGGCGCTGGATGCGACAATCGAGAAGATCTTCACCGCGTTGAACTTCAACGCCATCGTGATCGACCTGACCGAAACCCGCAGCATCGACAGCACCACCCTGGGCCTGCTGGCCAAATTGTCGATCCTGTCGCGGCAAAAGGTCGGCCTGCTGCCGACCGTTGTCACCACCCACAACGACATTACCCGTTTGCTGCAGTCGATGGGCTTCGATCAGGTGTTCAACATCGTCGGCGATCCGGTGCCATGCCCGGAATGCCTGGATGATCTGCCTGATCAGGACCAGTCCGAAGAGGACGTGCGGATCAAGGTGCTTGAAGCGCACAAGATCCTCATGGGGCTGAACGACTCCAATCGTGAAGCGTTCCATGACTTGGTGAGTGCGTTGGAGCGGCCCTGA MSTGRIQFAEQDGTFVLKFVGEVRLTLCSALDATIEKIFTALNFNAIVIDLTETRSIDSTTLGLLAKLSILSRQKVGLLPTVVTTHNDITRLLQSMGFDQVFNIVGDPVPCPECLDDLPDQDQSEEDVRIKVLEAHKILMGLNDSNREAFHDLVSALERP NA NA NA NA NA D1-35_00867 927 tal Transaldolase ATGACTTCCAAGCTGGAACAACTCAAGCAGTTCACTACCGTCGTGGCCGATACCGGCGACTTCGAAGCCATCGCCCGCATCAAACCGGTGGACGCAACCACCAACCCTTCCCTGCTGCTCAAGGCTTCGGCCATTCACGGTTATGCCGAGCTGCTGAACGCCTGCGTGGCGGATTGCAAGGGTGACGTGGGCCTGGCCAGCGACCGTTTTGGTGTAGCGGTCGGGCAAGAAATCCTCAAGGTGATTCCGGGGCGCATCTCCACCGAAGTGGATGCACGCCTGTCGTTCGATACCGAGGCCATGTTGAAGCGCGCCCATCGCCTGGTCGACCTGTACGAAAAGGCCGGTGTGGGCCGGGATCGCGTGCTGATCAAGATCGCCTCTACCTGGGAAGGCATCCGCGCCGCCGAGCAACTGGAGCGAGAAGGCATCCAGTGCAACCTGACGCTGCTGTTCTCCTTCGCCCAGGCCGCGGCCTGCGCCGACGCCGGTGTGTTCCTGATTTCGCCATTCGTGGGCCGTATCTATGACTGGTACAAAAAGGCCAATGGCAATGACTACACCGGGGCCGACGATCCCGGCGTGCAGTCGGTGACGCGCATCTACAACTACTACAAGGCCAATGACTACAAGACCGTGGTCATGGGCGCCAGCTTCCGTAATCTCAATCAGATCGAGCAACTGGCCGGCTGCGACCGCTTGACCGTCAGCCCCGAACTGCTGGAAAAACTGGCCGCCGACGAGGGCAAGCTGGAACGCAAGCTGGCGCCTGGCCAGGCCGGGGAAGCGCGTCTGAGCCTCAATGAGGCGCAGTTCCGCTGGTTGTCCAACGAGGATGCCATGGCAACCGAGAAACTGGCTGAAGGCATTCGTCAGTTCGCTCGGGACCAGGAGAAGCTGGAAGCGTTGCTGCAAGCCAAGCTTTGA MTSKLEQLKQFTTVVADTGDFEAIARIKPVDATTNPSLLLKASAIHGYAELLNACVADCKGDVGLASDRFGVAVGQEILKVIPGRISTEVDARLSFDTEAMLKRAHRLVDLYEKAGVGRDRVLIKIASTWEGIRAAEQLEREGIQCNLTLLFSFAQAAACADAGVFLISPFVGRIYDWYKKANGNDYTGADDPGVQSVTRIYNYYKANDYKTVVMGASFRNLNQIEQLAGCDRLTVSPELLEKLAADEGKLERKLAPGQAGEARLSLNEAQFRWLSNEDAMATEKLAEGIRQFARDQEKLEALLQAKL PGPT0017375_3685 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 D1-35_00868 939 dusA COG0042 tRNA-dihydrouridine(20/20a) synthase ATGATGGATTGGACTGACCCCCATTGCCGGTACTTCCTGCGCATCCTCTCCAAACATGCCCTGCTCTACACCGAGATGGTCACCACCGGCGCCCTGCTCAATGGTGATCACGAGCGTTTCCTGCGTCACCACGAAGCCGAGCACCCGCTGGCCCTGCAATTGGGCGGCAGCGTTCCCGCCGACTTGGCCGCCTGCGCGCGAATGGCCGAGGAACATGGCTACGATGAAGTCAACCTGAACGTCGGTTGCCCCAGCGACCGGGTGCAGAACAACATGATTGGCGCCTGCCTGATGGGCCATCCCGGGCTGGTGGCCGATTGTGTGAAGGCCATGCGTGATGCGGTGTCGATTCCAGTGACGGTGAAACATCGGATTGGAATAAATGGTCGAGACAGCTACGAACAATTGTGCGATTTCGTCGGGACAGTGCGTGAGGCCGGGTGCGGCAGTTTTACCGTGCATGCGCGAATCGCCATTCTGGAGGGGTTGTCGCCCAAGGAAAACCGCGACATTCCACCGCTACGTTATGACGTGGTGGCGCAGCTGAAAGCTGACTTCCCTGAGCTGGAAATCGTCCTCAACGGCGGCATCAAGACGCTGGAGGCGTGTCATGAACACCTGCGGACGTTCGACGGGGTGATGCTCGGACGCGAGGCATACCACAACCCTTATCTGCTGGCCGAAGTGGACCAGCAATTGTTCGGCAGCACTGCGCCCGTCATCAGCCGCGCCGAGGCCTTGGCGCAATTGCGGCCTTATATCGCCGCCCACTTGGCGGCTGGCGGCGCCATGCATCACATCACCCGGCATGTGCTGGGGCTGGGCACGGGGTTTCCGGGGGCGCGGCGGTTCCGGCAGTTGTTGTCGGTGGACATTCACAAGACCAAGGATCCGTTGGCGCTCCTGGATCAGGCCGGGCAGTTGCTTGAAGGGCGTTAA MMDWTDPHCRYFLRILSKHALLYTEMVTTGALLNGDHERFLRHHEAEHPLALQLGGSVPADLAACARMAEEHGYDEVNLNVGCPSDRVQNNMIGACLMGHPGLVADCVKAMRDAVSIPVTVKHRIGINGRDSYEQLCDFVGTVREAGCGSFTVHARIAILEGLSPKENRDIPPLRYDVVAQLKADFPELEIVLNGGIKTLEACHEHLRTFDGVMLGREAYHNPYLLAEVDQQLFGSTAPVISRAEALAQLRPYIAAHLAAGGAMHHITRHVLGLGTGFPGARRFRQLLSVDIHKTKDPLALLDQAGQLLEGR NA NA NA NA NA D1-35_00869 276 hypothetical protein ATGCTGATTTCTTATGACCCGGCCAAAGACGCTCGCAACGTGGAAGAACGTGGACTCCCGTTTGCTCTCGTGCGGGACTTTGAATGGTCTACCGCATTGATCCTGGAGGATGATCGATTCGACTACGGTGAGTGTCGTTATAGGGCGATGGGATACATAGGGGATCGGCTGCATGTCGTAGTGTTTACACCACGGGGTGACGCGGTCCACGTCATCAGCTTTCGTAAAGCCAACAAACGGGAGGTCAAAAATTATGACCAAGAAACCCAGTCTTGA MLISYDPAKDARNVEERGLPFALVRDFEWSTALILEDDRFDYGECRYRAMGYIGDRLHVVVFTPRGDAVHVISFRKANKREVKNYDQETQS PGPT0027803_6807 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-BrnA-BrnTTOXIN-ANTITOXIN_SYSTEM,PGPT0027803-BrnT_toxin-K09803 NA NA D1-35_00870 309 hypothetical protein ATGACCAAGAAACCCAGTCTTGAGAAGGTCGATACGGCAAACCCCGAATGGTCGACCGAGGACTTTGCCAAGGCCAAACCCGCCAGCGAGGTGCTTGTGGGGTTGTTTGGTGGAGCTCAGGCAAAGGAAATGCTCAAGCCGAAGCGTGGCCGGCCAAAGTCGGCAGCCACTAAAGAGCACGTCAATGTTCGTTTCGATGCCGACGTGCTGGAGAGATTCAGAGCTTCAGGGCCGGGCTGGCAAACAAGGATGAACGCCGCCTTGGCCGATTGGCTTAAGACGCATAAGCCAGAAGAACTGAAGGCTTAG MTKKPSLEKVDTANPEWSTEDFAKAKPASEVLVGLFGGAQAKEMLKPKRGRPKSAATKEHVNVRFDADVLERFRASGPGWQTRMNAALADWLKTHKPEELKA PGPT0027802_2057 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-BrnA-BrnT_TOXIN-ANTITOXIN_SYSTEM,PGPT0027802-BrnA_antitoxin-na NA NA D1-35_00871 675 hypothetical protein ATGAGCAAATGTGCAGTCGCGTTAGGTGGTGGGAGCTTCGTATTGGTGAAGCTCAAAGCCTCGCCTGTGGAATTCTTGAGCTTAGCGGAAGACGATTTTGAACGAGGCGGCCTGTCGGCCCTTATCAATGCAACAACTAATGTGAAGCGCGCAATTGTCTGTCAGCTTGACCAACTGCTGATCTCGTTTGGGTATCAGTCACTCAGATTGGATGTACCGGAAAAGATAAGGCGATTGAGAGCGCTTGGCTTACTGGCGCCGAGCCTTTTGCGTAAAGTGGTCAAAATGCGGAATATTCTTGAGCATGAATATGGACTCCCAGAGCTTAAATCAGTTGAGGAAGCGCTAGACATCGCAAGTCTGTTTGTAATGTCCGCTTCAGCTATGTTCATTCCTTTTGATGATGTCTTAGAATTTACGCTTCCTGACGGCTCAAACGGAGAAAGCCATCTAACGCATCTCACTGCAGGTTTAAATCGAGACTCTCGTGGTGTTTTCTATACTGTCTACGCATATGAGCCCGGCGGATATGGTGGGCGATGCGTTGGTCAATGTGAGATTAAATCAGGGCACGTGCTTTTCGAAGCGATGGTTAAGCTTTCTGCATCGTTGATGCTTCGCTACAAAGTCGAACAGGCTTTCAGTGATTTTGACAAGGCGTACACGCTGATATGA MSKCAVALGGGSFVLVKLKASPVEFLSLAEDDFERGGLSALINATTNVKRAIVCQLDQLLISFGYQSLRLDVPEKIRRLRALGLLAPSLLRKVVKMRNILEHEYGLPELKSVEEALDIASLFVMSASAMFIPFDDVLEFTLPDGSNGESHLTHLTAGLNRDSRGVFYTVYAYEPGGYGGRCVGQCEIKSGHVLFEAMVKLSASLMLRYKVEQAFSDFDKAYTLI NA NA NA NA NA D1-35_00872 600 fic COG2184 putative protein adenylyltransferase Fic ATGCCCGACAAATACGGCGTCGGCGAAGACGCCTATTGTTACCCGGGCTCCACGGTCCTGCGCAATAAACTCGATATCCGCGATGAACAGACCTTGAGCGAAGCCGAACAACAGCTCTCGGCCATCGCCGCGGGCAACGTCGAATTCAACCCTCCTCCCTACAACCTGGCTTATCTGCAGGATATTCATCGAGCGCTGTTCTCGGATTTGTTCGAATGGGCCGGAGCGCTGCGGACCGTTGGCATGGCCAAGCAAGCCACGCGTTTTTGCCAACCTGAATACATGGAAAAGGAAGCCAACAAGATATTCGCCAACCTGGCGGCGTCGAACTGGTTCGAGGGACTGAGCAGAACTGAACTGATCATCGCCGTGGCAGATGCCTATTCCGATATCAACATCATCCACCCATTCCGCGAAGGCAACGGCCGCGCCCAGCGCATCCTGTTCGAACACCTCATCATGAATGCCGGATTCGAGATCAGTTGGTGGGGGATCGATAAAGACGAATGGATCGACGCCAATATCGCGGCTTATAACTGTGTGCTGGGCCCCATGGAGGCGGTTTTTGAGAAGTGCATTGGGGAAATGATTCAGACCTGA MPDKYGVGEDAYCYPGSTVLRNKLDIRDEQTLSEAEQQLSAIAAGNVEFNPPPYNLAYLQDIHRALFSDLFEWAGALRTVGMAKQATRFCQPEYMEKEANKIFANLAASNWFEGLSRTELIIAVADAYSDINIIHPFREGNGRAQRILFEHLIMNAGFEISWWGIDKDEWIDANIAAYNCVLGPMEAVFEKCIGEMIQT NA NA NA NA NA D1-35_00873 171 hypothetical protein ATGGGCACTGTCAGCCTGGAAACAAAAAAGGCCTACGCGGCCAGGACTCGCCGGTCCAACTACGCGGCCAGCCTGCGCCTGGAAGGGTTCAAGGTGTCTGCGCAAGACAGCGAAGACAAGCTGCCTTCCCGTGAGGAAGTCTTGAAGACCTTCACCAAGACTCGAGCCTGA MGTVSLETKKAYAARTRRSNYAASLRLEGFKVSAQDSEDKLPSREEVLKTFTKTRA NA NA NA NA NA D1-35_00874 1221 hypothetical protein ATGCAGCTCATCGCCAAGCTCGGCATTCTTGCAGACGCCGCCAAATATGACGCGTCGTGTGCCAGCAGTGGGGCGCCCAAGCGCAGTTCGCGTGGTCGCGACGGGCTTGGGGCCACGGATGGCATGGGGATCTGCCATAGCTACACGCCGGATGGGCGCTGTGTCTCGCTGCTCAAGGTGCTGCTGACCAATTTCTGTCTGTACGACTGCCAGTATTGCGTCAACCGTCGTTCCAGCAACGTGCCGAGGGCGCGCTTTACGCCGGAGGAAGTGGTGCGGTTGACGTTGGATTTCTATCGTCGCAATTGTATCAGCGGGCTGTTCCTGAGTTCCGGCATCATTCGCTCGGCCGATTACACCATGGAGCAACTGGTTCGTGTGGCGCGCTTGCTGCGCGAGGAGCATCAATTCCGAGGCTACATTCACCTCAAGACCATTCCCGATGCCGATCCGCTATTGATCGAGGAGGCGGGTCGGCTAGCGGATCGCCTGAGTGTGAACATCGAACTGTCCTCCGAGGTGAGCCTCAAGCGCCTCGCGCCGGAAAAGCAATTGACCACGATTCGTCAGGCCATGGGCACCATCCATGACGGTCAGCAGGCGGTGGCTGGCGAGCCGCGGGCGCCGCGCTTTGCGCCGGCCGGGCAGAGCACCCAGGTGATCGTGGGAGCGGATGCCACCGACGACCATGCCATCCTGAGCAACGCCGAGTCGCTCTACCAGGGCTATGGTTTGCGGCGGGTCTACTATTCCGCCTTCAGTCCGATTCCCGACAGCCCAGCCAGTGTGCCGCTCGCCGCGCCGCCGTTACTGCGTGAGCATCGGCTGTATCAAGCCGACTTCCTGATGCGTGGCTACGGCTACAAGGCGGGCGAACTGTTGAACACGTCCAGCAACCTGGACCTGGACATCGACCCGAAACTGGCCTGGGCGCTGGCTAATCGCGATGTGTTTCCACTTGACCTCAACCGTGCCGAGCCGGCGCTGCTGGCGCGCATTCCCGGGATCGGCCTGCGTAGCGTGCAGCGCCTGGTGACGCTGCGCAGGGAGCGGCGGATTCGGTATGACGATCTGGTGCAGTTGCGCTGCGTGCTGGAAAAGGCCCGCCCGTTCATTGTGACCAGCGATTACCGGCCCGCTGACGCGCAAACGCGCAGCGGCTTGCTGCGGGCACGTTTGCGCGATCCGCAAAGGCCTGTGCAAATGGGGCTGTGGGGATGA MQLIAKLGILADAAKYDASCASSGAPKRSSRGRDGLGATDGMGICHSYTPDGRCVSLLKVLLTNFCLYDCQYCVNRRSSNVPRARFTPEEVVRLTLDFYRRNCISGLFLSSGIIRSADYTMEQLVRVARLLREEHQFRGYIHLKTIPDADPLLIEEAGRLADRLSVNIELSSEVSLKRLAPEKQLTTIRQAMGTIHDGQQAVAGEPRAPRFAPAGQSTQVIVGADATDDHAILSNAESLYQGYGLRRVYYSAFSPIPDSPASVPLAAPPLLREHRLYQADFLMRGYGYKAGELLNTSSNLDLDIDPKLAWALANRDVFPLDLNRAEPALLARIPGIGLRSVQRLVTLRRERRIRYDDLVQLRCVLEKARPFIVTSDYRPADAQTRSGLLRARLRDPQRPVQMGLWG NA NA NA NA NA D1-35_00875 852 hypothetical protein ATGATCGCGCTGGATTGCGATGACGATTTCGCCATCTGGCGCGACCAAGCCCGGACGTTGCTTGGTCACGGAATAGACCCCTGTGACGTGACTTGGGCTCAGGGCCCCATGGCCGATCTGTTGGCAATGCCGACGCTATTGCCGCAAGGCCCGGGTCCGTTCCGCACTCGCGTCCCGGCAGCGTTGTTGAGCCAGTTGCAACAGGCCAGTCGTTATCACGGCGAACAGCGCTGGAACCTGTTGTACGAAGTGCTCTGGCGCGTAGCGCATGGCGACCGCACCGCCATGCTCGCGGGCGATCGCCTGGGTAGCGAGTTGCAACGGCGCATCAAGCAGGTCAGTCGCGAGGCTCATCACTTGCACGCCTTCGTGCGCTTCATTCCCTTGCCGCCAGCCGTGGCAGAACAATTGCAGTTGGACCTGGTGGCGTTCCACCAGCCGGCGCACGACATCCTCGAAAGCGCGAGCGGTCATTTTGCCGAGCGGCTCGGTCGGCAACGCTGGCTGATTGCAACGCCTCGCGACGGTATTCGTTTTGACGGCCAATCGCTGGATTACCAGCGCCACTGCCCCGCGCAATGGCAACAATGGGCCCGCCACGCCGAAGACCCCGGCGCCGAGTTGTGGCGCACCTATTACAGGCACATCTTCAACCCGGCGAGGCTCAACCCGACCGCGTTGCGCCAGCACATGCCCGGGCGGTTCTGGAAGCATTTGCCTGAAGGGGAATTGATTCCTTTACTGGTGGGGCAGGCGCGGCAGGGGAAGCAGAAGGATGGGCAGGCGTTGGAGGTGGGGGAGAAGATGGGTAAGCGGATTGTCGTAGGCGCTGCGGTAGGGGCACAGGGATAA MIALDCDDDFAIWRDQARTLLGHGIDPCDVTWAQGPMADLLAMPTLLPQGPGPFRTRVPAALLSQLQQASRYHGEQRWNLLYEVLWRVAHGDRTAMLAGDRLGSELQRRIKQVSREAHHLHAFVRFIPLPPAVAEQLQLDLVAFHQPAHDILESASGHFAERLGRQRWLIATPRDGIRFDGQSLDYQRHCPAQWQQWARHAEDPGAELWRTYYRHIFNPARLNPTALRQHMPGRFWKHLPEGELIPLLVGQARQGKQKDGQALEVGEKMGKRIVVGAAVGAQG NA NA NA NA NA D1-35_00876 918 rhaS_3 HTH-type transcriptional activator RhaS ATGACCAGCCATGGCAAATCGCCGCAGAGGATGCTCGCGGACCTCATCGCTCCCCGGACCACAGAATCGGGAGACGTCGAAACGTCGATGCCTGGCCTCTGCCTTTTCCGGCGCGACGCCCCTGCCCCGCCCGCGACCTGCATGATCGAACCGAGCATCGTCCTCGTCGCCCAGGGGATGAAGCAGGTCTGGATTGGTGGCCAGGCGTATGGGTACGACACCGGGCGATTCCTGATGACTTCACTGGATATGCCGGCAAATTCCGAAGTGATGGTCGCAAGCCCGGAACAGCCATGCCTGGGCTTGGTGCTGCGGCTGGATTTGCGCATGGTTGCCGATCTGGTCGCCCAAGGCGGGCTGGCGCCGCGTCTTGAGCGCCCAGTCGGGATTGGTGCGGGAATCGGCACCAGCACAGCGGACTTCCTGGCGCCGTTCGTACGCCTGCTGGCATTGCTGGATGAACCCGAGGCGATCCCCATCCTGGCGCCGCTGATCCAGCGCGAGATCCATTACCGATTACTGATGAGCGACCAGGCGGCACGGCTGCGCCAGATCGCGTCCGTCGACAGCCAGGGCTACCGGATCGCCAAGGCCATCGACTGGCTGAAGTTGAACTACGCCGCGCCAATCCGCGTGGATGACCTGGCGGCGCGGGTGCAGATGAGCGCCCCGACCTTTCACCATCACTTCCGCCAACTCACGGCGATGAGCCCCCTGCAATACCAGAAGTGGCTGCGGCTGAACGAAGCAAAACGGCTGATGCTCAACGAACACCTGGACGTGGCCAACGCCGCCTACCGAGTGGGTTACGAAAGCCCCTCGCAATTCAGCCGCGAATACGCCCGCCTGTTCGGTGCGTCGCCCAAGCGGGACATTGCGGCGTTGCGCAGGCCGGCAAGTGCGAGCAAGGGTATCTGA MTSHGKSPQRMLADLIAPRTTESGDVETSMPGLCLFRRDAPAPPATCMIEPSIVLVAQGMKQVWIGGQAYGYDTGRFLMTSLDMPANSEVMVASPEQPCLGLVLRLDLRMVADLVAQGGLAPRLERPVGIGAGIGTSTADFLAPFVRLLALLDEPEAIPILAPLIQREIHYRLLMSDQAARLRQIASVDSQGYRIAKAIDWLKLNYAAPIRVDDLAARVQMSAPTFHHHFRQLTAMSPLQYQKWLRLNEAKRLMLNEHLDVANAAYRVGYESPSQFSREYARLFGASPKRDIAALRRPASASKGI NA NA NA NA NA D1-35_00877 1050 yahK COG1064 Aldehyde reductase YahK ATGCGTGTACAAGCCTACGGCGCCCACGCGGGCGACAAACCCCTTGAACCAATGCAAATCAATCGCCGCGCACCCGGCGCGCATGACGTGCAAATCGACATCGCCTTTTGTGGGATCTGCCACTCGGACCTGCACCAGGTGCGCGCGGAGTGGGCAGGCACTCAGTTCCCTTGCGTCCCTGGCCACGAAATCGTCGGCCGCGTGTCGGCGGTGGGCGCCCATGTTTCCGCGTTCAAGACCGGTGATCTGGTCGGCGTCGGCTGCATTGTCGACAGCTGCAAACACTGCGAGGACTGCGAAAGCGGCCTGGAAAACTACTGCGATGGCATGATCGGTACCTACAACTTCCCGACGCCGGATGAACCGGGCTGGACCCTGGGTGGCTACTCGCAGAATATCGTGGTGCATGAGCGTTATGTGCTGCGCATCCGTCACCCCGAAGAACAGCTGGCCGCCGTCGCGCCACTGCTTTGTGCAGGCATCACCACCTATTCGCCATTGCGTCACTGGAACGCCGGGCCGGGCAAGAAAGTCGGCGTGGTCGGTATCGGTGGCCTGGGGCACATGGGCATCAAGCTCGCTCACGCGATGGGCGCACACGTCGTGGCGTTTACCACTTCGGAATCCAAGCGCGAGGCCGCCCGGCAGTTGGGCGCCGATGAAGTCATCGTGTCGCGCAATGCTGATGAAATGGCCGCCCACGCCAAGAGCTTCGACTTCATCCTCAACACCGTGGCGGCGCCCCACGACCTCGACGTTTTCCTGGTATTGCTCAAGCGCGACGGCGCGATGACCCTGGTGGGCGCTCCGGCGACGCCTCATTCGTCGCCCAATGTCTTCAACTTGATCCTGAAGCGTCGAACCATTGCCGGCTCGATGATCGGTGGGATTGCCGAAACCCAGGAAATGCTGGATTTCTGCGCTGAGCACGGCATCGTTGCCGACATCGAGCTGGTTCGTGCCGATCAGATCAACGCGTCCTACGAGCGGATGCTCAAGGGCGACGTCAAGTATCGCTTCGTGATCGACAACGCTACGTTGGCCGGTTGA MRVQAYGAHAGDKPLEPMQINRRAPGAHDVQIDIAFCGICHSDLHQVRAEWAGTQFPCVPGHEIVGRVSAVGAHVSAFKTGDLVGVGCIVDSCKHCEDCESGLENYCDGMIGTYNFPTPDEPGWTLGGYSQNIVVHERYVLRIRHPEEQLAAVAPLLCAGITTYSPLRHWNAGPGKKVGVVGIGGLGHMGIKLAHAMGAHVVAFTTSESKREAARQLGADEVIVSRNADEMAAHAKSFDFILNTVAAPHDLDVFLVLLKRDGAMTLVGAPATPHSSPNVFNLILKRRTIAGSMIGGIAETQEMLDFCAEHGIVADIELVRADQINASYERMLKGDVKYRFVIDNATLAG PGPT0024430_1220 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979 NA NA D1-35_00878 1233 nepI_1 COG2814 Purine ribonucleoside efflux pump NepI ATGACCCATACTTTATCGCCCACCCCGCAGGGTAAGCCTGCGTGGGGCGCGGTGCTTGCCATGTCGTTGGCTGCCTTCGCGCTGGTCGCCTCGGAATTCATGCCGGTCAGCCTGCTGACACCGGTAGCGGCGGACCTTCATGTCAGCGAAGGGCAGGCCGGCCAAGGCATCGCCGTCTCCGGCGCCTTCGCCCTGGTCACCAGCCTGTCCGTCGCCTCGATTGCCGCCCGGGTCGACCGCAAATGGCTGCTCTCGGCATTGACACTGCTGATGATCGTTTCCGGCACAGTGGCTGCGCTGGCCCCCGACTACGTGACGTTCATGGTCGGCCGCGCCTTGATCGGCGTTGCGATTGGCGGCTTCTGGTCGCTGTCGGCGGCTACGGCCATGCGCCTGGTGCCGGAGGACAAGGTCCCCCGCGCATTGGCCATCGTCAACGGCGGCAATGCCTTGGCGACGGTAGTCGCTGCGCCATTGGGCAGCTTCCTGGGGGCAATCATCGGTTGGCGTGGGGCGTTCTTCTGCATCGTCCCCGTCGCCGCGCTCGCCCTGGCGTGGTTGCTGTTGAGCCTGCCCTCGCTGCCCTCGCGGGTGAAGCAGGACAGCGGCAATCCTTTCAGACTGATGACCCAGGCACCGGTTGCGTTGGGCATGCTGGCCGTCAGCACGTTCTTCATGGGCCAGTTCATGTTGTTCACCTATCTGCGTCCCTTCCTCGAAACGGTGACGCAGGTGAGCGTGTCGCTGTTGTCGTTCATGTTGTTGGTGATTGGCCTGGCCGGTTTGCTCGGAACCTTCCTGATCGGTTCGTTCTTGAGGAGCGGGCTGTATCGGACCCTCATCGTCATCCCGTTGTTGATGGCTGCAATCGCTCTTGCGCTGGTTGCGTTCGGCGGGTCAGCGGTCATGACCGCGGTGCTGCTGGGCGTCTGGGGGCTGGTGGCAACGGCGGCGCCGGTTGGCTGGTGGACCTGGCTGGCCAGGACGTTGCCGGAAAATGCCGAGGCCGGCGGCGGATTGATGGTGGCGATCGTCCAGCTCGCCATTGCGTCTGGTGCCACGGTGGGTGGCGTCCTGTTCGACCTGAGCGGTTATCGGGCGACGTTTGAAACCAGCGCGGCCGTGTTGGTCGTTGCGGCGGTGCTGACCATGCTGGCGGCCCGTGCCGCGGCTCGCAAGTCTTCGCAAGCGTCGAGCGACGCGACATATGGCGCGGTGCGGGAGTCAACCTGA MTHTLSPTPQGKPAWGAVLAMSLAAFALVASEFMPVSLLTPVAADLHVSEGQAGQGIAVSGAFALVTSLSVASIAARVDRKWLLSALTLLMIVSGTVAALAPDYVTFMVGRALIGVAIGGFWSLSAATAMRLVPEDKVPRALAIVNGGNALATVVAAPLGSFLGAIIGWRGAFFCIVPVAALALAWLLLSLPSLPSRVKQDSGNPFRLMTQAPVALGMLAVSTFFMGQFMLFTYLRPFLETVTQVSVSLLSFMLLVIGLAGLLGTFLIGSFLRSGLYRTLIVIPLLMAAIALALVAFGGSAVMTAVLLGVWGLVATAAPVGWWTWLARTLPENAEAGGGLMVAIVQLAIASGATVGGVLFDLSGYRATFETSAAVLVVAAVLTMLAARAAARKSSQASSDATYGAVREST PGPT0021090_142 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021090-nepI-K03445 NA NA D1-35_00879 276 hypothetical protein GTGTCTACTGAAAGAATTTCCCAATTGGAGCAGGCGCTCCTGGCGGTCATTGCGGCCGCGGGCAAGATGGGCGTCAGTTGTGATGAACTTTGCGCGCAGGCTGTGGGCGGGCTGGTGTCCGAGCGCTACTGGAGCTGGGCGGATGCCCAGCACGCTCAAGGCGCGGCTGACGAGATCGATAACGCCTTGGCAGTCCTGGTCGGCCGGTATACGGCTACGCCTGGCAATCCCGTGCAAAGTGGGCCCGATGCTGCATTTGAATCGGCTGCCGGCTGA MSTERISQLEQALLAVIAAAGKMGVSCDELCAQAVGGLVSERYWSWADAQHAQGAADEIDNALAVLVGRYTATPGNPVQSGPDAAFESAAG NA NA NA NA NA D1-35_00880 477 hypothetical protein ATGAGCAAGGCAGACGAACTCGCGGCGAAGCTGAGGCAGGCCCAACGAACCCCAGCCGGCGTCGACAACTGCGCTGACCTGGCCATCGAACACTGGCCCGGCCAGGTCTACGATTTGTACCGTCAGATCGAAACGTGGCTCGCGCCGGTGTGCGAGGCGGGCCTGGTTATCCGGCGCAATCCGACCCACGTCTTCGAGCGCCACTCCAGCGGTTCGACGTACAACTACGCCATTGACCAATTGGTGATCGAGGGCAACCACCGGCGTATCTCGCTCGATCCGATCGCCCGCTTCTCCACCAGCGCAGAGGGATGCATCGAAATCCATATGCAAGGCGTGAAGCACTGCATCCTGCGCACCGTGGGCGAGCATGGCGAATCGCTTTGGCAGCTGCGGCCGGCCGGGCAACACACCGAACCCGTAGCGCTGGATGAAGATGCTCTTCTCTTGATCATCGAGGAAGGGTTGGGGCTTTAA MSKADELAAKLRQAQRTPAGVDNCADLAIEHWPGQVYDLYRQIETWLAPVCEAGLVIRRNPTHVFERHSSGSTYNYAIDQLVIEGNHRRISLDPIARFSTSAEGCIEIHMQGVKHCILRTVGEHGESLWQLRPAGQHTEPVALDEDALLLIIEEGLGL NA NA NA NA NA D1-35_00881 288 hypothetical protein ATGAGCAGATTTTTCGATGAGCTGATGGAAAGCGTGCAACAGATGGATGAGATTGTCCGAGGAGAGCGTCAGCCGTCCCGGGAATTCATCGTCGATGCGCTGCAGGTGAAGGAGATACGAAAAGCCACCGGCCTGACCCAAGCCAAGTTTGCAGCATTGATCGACGTTCAGTTGGGCACGCTACGCAATTGGGAGCAAGGGCGGCGCGAGCCAACCGGTCCCGCGAAAGCTCTGTTGCGCGCCATTCATAACGACCCTGAACACGTCATCAATGCCCTCGCCATATAG MSRFFDELMESVQQMDEIVRGERQPSREFIVDALQVKEIRKATGLTQAKFAALIDVQLGTLRNWEQGRREPTGPAKALLRAIHNDPEHVINALAI NA NA NA NA NA D1-35_00882 1278 hypothetical protein ATGCCCGGGGCCGCTGACGGCAAGAAAATTGAACGGGCCTCTGCCATCTGCGAACTAACCAAGTTCATGGCCCGGCCGGTGCGGCCAGGGCACAACCTGAACAGAAATGGCACAGGTGATCCATCCATGGACTCAAGCTCCCTCGATATTTTTACCGACACCCAGGTACTGGGCATTTCCATCGCCAATTGGCTGCTGGCACTGAGCGTGATGACGGTGAGCTTCATCATCGCCAGGGCTGGCGTCGGTTTTCTGTTGAAAAACGTGCGTGCCCGGGCACAAAAACCCGACGCTTATGTCAGCCACATCGCCGTCGAAGTACTGTCCAGTACCAGCAATACCTTGTTATTGCTGGCCTCGATCCTGATCGGCGTTGGCGTACTGGACTTGCCGGAACGCTGGCTGAGTCGAGTCAGCAGCCTCTGGTTCGTGGTGGCGGCCCTGCAAGTGGGATTATGGGCAAACCGAGCGATCGCCCTGGCGCTGATGCATTATTTCGCCCGCCACAGCCACTCCGACATCCATCAGAAAAGCGCCTTGGCCACCCTGAGCCTGTGGGGTGCGAAAGTATTTCTCTGGGCGGTGGTGCTCCTGGCGATGCTTTCCAACCTGGGCGTGAACATCACGGCGTTCGTTGCGAGCCTCGGCGTGGGCGGCATCGCCGTGGCGCTCGCGGTGCAGAATATCCTCGGGGACCTGTTCGCTTCGCTGTCGATTGCCGTGGACAAACCTTTCGAAGTCGGCGACTTCATCGTCGTCGGCTCCCTGGCCGGGACCGTGGAACATGTCGGCCTGAAGACCACGCGAATCCGCAGCCTGGGTGGCGAGCAAATCGTCATGGCGAACGCCGGCATGATCAGCACCACCATCCAGAACTACAAACGCCTCCAGGAGCGCCGGATCGTCTTCGAATTCGCCCTGCCCCAGGAATGCTCGACAGAACAACTGCGGCAAGTGCCGGTCATCGTCGAAAAGATCATCAAGGCCCAGGAAAAAACCCGCTTCGACCGCGCGCATTTTCGTGGTTTCGGCGAAAGCGCACTGGAGTTCGAAACGGTCTATATCGTGCTGGACCCCAGCTACAACGTCTACATGGACATCCAGCAGGCGATCAACCTGGGCATGATGGAAGAGTTCGCCACGATCGGCGTGCGCTTCGCCATGCCGTCGCGCGCGGTGCATGTGGCTTCGTTGCCGGATGCGGTGGAGCGGATGGCCAGCAGAGGCAACGAGAGGCCCCCCACGCAAAGCGCTCCCTCGTTTCGGGCGCAACACTGA MPGAADGKKIERASAICELTKFMARPVRPGHNLNRNGTGDPSMDSSSLDIFTDTQVLGISIANWLLALSVMTVSFIIARAGVGFLLKNVRARAQKPDAYVSHIAVEVLSSTSNTLLLLASILIGVGVLDLPERWLSRVSSLWFVVAALQVGLWANRAIALALMHYFARHSHSDIHQKSALATLSLWGAKVFLWAVVLLAMLSNLGVNITAFVASLGVGGIAVALAVQNILGDLFASLSIAVDKPFEVGDFIVVGSLAGTVEHVGLKTTRIRSLGGEQIVMANAGMISTTIQNYKRLQERRIVFEFALPQECSTEQLRQVPVIVEKIIKAQEKTRFDRAHFRGFGESALEFETVYIVLDPSYNVYMDIQQAINLGMMEEFATIGVRFAMPSRAVHVASLPDAVERMASRGNERPPTQSAPSFRAQH NA NA NA NA NA D1-35_00883 1359 chrA1 Chromate transport protein ATGAGCACTCCGAACCCGAGCACTGTAGAACAGGTACAGACCAGACCGTCGACCGTCAGCCTGCGAGAGGCCTTCTGGTTCTGGCTGAAACTGGGTTTCATCAGCTTCGGCGGACCGGCGGGCCAGATCTCGATCATGCACCAGGAATTGGTGGAGCGTCGGCGCTGGATCTCCGAGCGTCGCTTCCTCCACGCCTTGAACTACTGCATGCTGCTGCCCGGCCCCGAGGCCCAGCAACTGGCGACGTACCTGGGCTGGCTGATGCATCGAACCTGGGGCGGAGTAATCGCCGGGGCGTTGTTTGTCCTGCCCTCGCTGTTCATTCTCATCACATTATCCTGGCTATACGTCGCCTTTGGCGAAGTGCCGGTGGTGGCCGGCATTTTTTATGGCATCAAGCCCGCCGTGACGGCGATCGTCGTGCATGCCGCGCACCGGATAGGCTCGCGCGCGCTCAAGAACAACTGGCTGTGGGCAATCGCCGCCGCGTCGTTTACGGCGATCTTCGCCTTCAACGTACCGTTCCCGCTAATCGTACTGGGGGCGGCGGTCGTCGGTTACTTCGGCGGTCGCTGGGCACCGGCAAAGTTCAGCCTGGGCGGCCACGATGCCAGGCACAAGTCGTTCGGCCCGGCCCTGATCGATGACGATACACCGACCCCGGAACACGCTCGTTTCAGTGCCACCCGCCTGGCCCGACTGCTGATCGTCGGGGCGCTGCTGTGGATTCTGCCGATAGGCCTGTTGACCGCGATGTTTGGTTGGGAAGGAACCTTGACGCAGATGGCCTGGTTCTTTACCAAGGCGGCACTGCTGACTTTCGGCGGCGCCTATGCGGTTCTGCCCTACGTATATCAAGGCGCCGTCGGACATTTCGGCTGGCTGACACCGACCCAGATGATTGACGGCCTGGCCCTGGGCGAAACCACTCCGGGACCGCTGATCATGGTAGTCGCGTTCGTCGGTTTCGTCGGGGGTTACGTGACGCAGGTGTTCGGCCCCGAACAGGCGTTTCTGGCGGGCGCGGTTGCGGCCACGCTGGTGACCTGGTTCACCTTCCTGCCCTCGTTCCTGTTCATCCTGGCCGGCGGTCCGCTGGTGGAATCGACCCATGACGAGTTGAAATTCACCGCGCCGCTCACAGCGATCACCGCGGCGGTGGTGGGGGTGATTCTCAACCTCGCCTGCTTCTTTGGTTATCACGTGCTCTGGCCCAAGGGCTTACACGCAGCACTGGACTGGCCATCGGCAATTCTTGCAGTCGCGGCGTTCATTGCATTGTTCCGCTATAAACGCGGCGTCATCCAGGTGTTGCTGGCCTGCGGCCTGGCCGGGCTGGCGGTGCATCTGCTGCGCTAA MSTPNPSTVEQVQTRPSTVSLREAFWFWLKLGFISFGGPAGQISIMHQELVERRRWISERRFLHALNYCMLLPGPEAQQLATYLGWLMHRTWGGVIAGALFVLPSLFILITLSWLYVAFGEVPVVAGIFYGIKPAVTAIVVHAAHRIGSRALKNNWLWAIAAASFTAIFAFNVPFPLIVLGAAVVGYFGGRWAPAKFSLGGHDARHKSFGPALIDDDTPTPEHARFSATRLARLLIVGALLWILPIGLLTAMFGWEGTLTQMAWFFTKAALLTFGGAYAVLPYVYQGAVGHFGWLTPTQMIDGLALGETTPGPLIMVVAFVGFVGGYVTQVFGPEQAFLAGAVAATLVTWFTFLPSFLFILAGGPLVESTHDELKFTAPLTAITAAVVGVILNLACFFGYHVLWPKGLHAALDWPSAILAVAAFIALFRYKRGVIQVLLACGLAGLAVHLLR NA NA NA NA NA D1-35_00884 1572 hypothetical protein TTGCCTATCCCCATCAACGATCCGCTCCATGCGCCCGGCGGCACCCTCAAGCGCCTGCCATTGCTCAAGGCTGCGGTGGCGTTTATTGCGGCGGTTTGCCTGTGCCTCTGCGGTTTGCTCTATCTGCAACTGGAGCAATCTCGTCGTCACGACCTGGAGTCGGCGCGGATTGCTTCGGCCAACCTTACCCGTGCCATGGCCCAGCAGGCCCAGGATACTTTCCTGCAGGCCGATCTCGTGCTCGGCAGCCTGGCAGACGGGATCCAGATCGATGGCTACGGCCCGGCCGTGCGCGCGCGCCTGCAACAGACATTCGCCCGGCGCGTGCAGTCTCTGGAACAACTGCATGGCCTGTTTCTGTTCGACAAGAGCGGCCAGTGGATCATCACCTCGTTTGAAAAGCTGCACCGGGGATCCGGTATCGCGGATCGCGAGTATTTCCAGTTTCACCAGGAGAATGCCTCGCTCGTCGCCCATATCGGCCCGGCGATCCGCAGCCGGCAGAACGGCGAATGGATCATCCCCGTTTCCCGTCGGCTGAATGACCGCAAAGGCAATTTCCAGGGCGTGCTGATGGCCGGGATCAAGATGTCGTATTTCGACCAGTTCCTGAAGAGTTTCAATCTCGATGACCAAGGCGAGATGGCCCTGGCGTTGTCCGATGGGACTTTGCTGGCGCGCCGGCCCTTCGACGAGGCGCTGATTGGTGCGTCCATGGCGCGGCATCATATTTTCCAGCACGATCCGGTGGTGGGGGCTTCCGGCGATGAGATGATCCGCTCCGACACCGATAATATCGTCAGGCTCTATGGCCATCGGCATCTGCAAGCCTACCCACTGGTGGTCGTTGCCGCGATGTCCGAATCAGCGATCCTGGCGGGCTGGTATGACCGGGCGGTGCAATCGAGCCTGATCGTGGCCTTGGTGGTGCTGGGTATCTGTCTGTTTGGCTGGGTTTTCGTGCATCAGGTGCGTAACAGCGAGCGGATTGAAGCGGACCTGCGCAAGGCCCAGCAAGCGCTGGAGCTGATCGCCACTCATGACAGCCTGACCGGGCTGGCAAACCGCCGGCTGTTCGAGCGGGCCCTGGGCATCGAGTTCGGCCGAGGCGCCCGCCAGCGCAGCCCCCTGAGCCTGATCATGCTCGACATCGATTTTTTCAAGCGCTACAACGATACCTACGGGCATGTCGCGGGTGATCATTGCCTGGCGGAGGTCGCGAAGGTGCTCAAGGACTGCTGTCATCGCAAGGCCGACCTGGCGGTGCGTTTTGGTGGCGAAGAGTTTGCTGTCCTGCTGCCCGATACCAACCTGCACGGCGCCATGGCATTGGCCGAACAGATCCGCCGCCGCGTCATCGACAGGCAGATTACCCATTCGGCTGCCCCCTCCGGCTACCTGACGGTGAGCCTGGGTTGTCATGCCTTCGTGCCCAGCAGCCTGGACAGTACGGAAGTCTTCATCCAGCGAGCCGATGCGGCGCTGTATCAGGCCAAACACAGCGGTCGCAACTGTGTCGCGGCGTTGTCCAGGGAAGACGCGTTCGATGCGCTGGAGCGTTCCGATCGCTGA MPIPINDPLHAPGGTLKRLPLLKAAVAFIAAVCLCLCGLLYLQLEQSRRHDLESARIASANLTRAMAQQAQDTFLQADLVLGSLADGIQIDGYGPAVRARLQQTFARRVQSLEQLHGLFLFDKSGQWIITSFEKLHRGSGIADREYFQFHQENASLVAHIGPAIRSRQNGEWIIPVSRRLNDRKGNFQGVLMAGIKMSYFDQFLKSFNLDDQGEMALALSDGTLLARRPFDEALIGASMARHHIFQHDPVVGASGDEMIRSDTDNIVRLYGHRHLQAYPLVVVAAMSESAILAGWYDRAVQSSLIVALVVLGICLFGWVFVHQVRNSERIEADLRKAQQALELIATHDSLTGLANRRLFERALGIEFGRGARQRSPLSLIMLDIDFFKRYNDTYGHVAGDHCLAEVAKVLKDCCHRKADLAVRFGGEEFAVLLPDTNLHGAMALAEQIRRRVIDRQITHSAAPSGYLTVSLGCHAFVPSSLDSTEVFIQRADAALYQAKHSGRNCVAALSREDAFDALERSDR NA NA NA NA NA D1-35_00885 2577 hypothetical protein ATGGACACCGCTGCCGATATCCCCCCTGACGTCACGCGTCACACGCCGATTACCCGTCGCCTGGTGGTGGCGGTCGGCGTGCTGTTCGTAATGGGTGTCCTGATGGCTGTCGCCGCGCTGTTCAACATTGCGCAAAAGCTGGACGCGGACGACGTGGGCAAGACCCACTTCTACATCGAGCGCGCGCTCGAGAATCGCATCACCGCGTCGAAAAACTACATGGCCAGTTACGCCTACTGGACCACCGGCTATGAGCGTCTTAACGGCGAGGTCGATGTGCAATGGGCCTATGCCGAACAGAACATCGGCAAGACCCTGTTCACCAACGATGAATACGAAGGGGTGTTCGTCATCGACCGTGAACGCACCAAATATGCGGTGGTGCGGGGACAAAATGTCCAGGCAGAGGCGACAGCCTACATCGATACACCGCTGAGGGACCTTGTCGATCAGCTCCAGGCGCAACCGGACCTGACCAGGCCCATGATCCGCTACACCTTGTTCGACGGCTGGCCGGCCATCGTCACGGCTTCGGTGATCCTGCCCAACGACGAACGTCCTCAGGTCGAGGCCAAGGGGACGTCGGTGCTGCTTTTTGTCGACCAGCTGACGCCGGTCAAGCTTCGCAAGGTAGGCAAGAGCTACGGCCTGAACGAGTTGAACCTGGTGAAAGATACGGCGCTGGCGCCCGGTCAGCCAGCCGTACCGCTGGATAGCACCGGTTACAGCCTGGTATCCCGACTGGAGCGGCCAGGCCACCAATTGTTGTGGTCCCTGGTTCCGCCATTGGGCGGGGCGTTGCTGATCCTGGCGTTGCTCACCGCTTATTTTTTCCGCTATGCCATGCGTACCGCTCGACAGGTGGACGCCAGCTACGACAGCCTGGAAACCTCAAAGCAGGCGCTCCAGGCGAGCGAAGAGCGCTTCCGTGCCGTGGCGGAGGCGGCGTCGGACTGGATATGGGAAATCGACAGCCAGCAGCGCATCACCTATCTGTCGGGGCGCTTCAACACCGTTACCGGTTTTTCCGATCAGCAATGGCTGGGACAGGACATCGAACAGTTGCTGTATTGCGACACCACGCCGATTGCCTTGTGGCTGGGCAAACTGGTCGAAGAACAGAATGCCAGCAACCTGCGGTGTTCCTACCGCGACCATTCCGGACAGTTGCGATTTTGTCGGGTATCGGCGCGGCCGATCTATGACAAGGCCTTGGTAACGGGCTATCGCGGCACCGCCAGCGACATCACCGATGAAGTTGCCGCCCACGCCCAGGTCCAGCATCTGTCGATGCACGATGCGCTGACCGGCCTGCCGAATCGAAACAAGTTGGCCCGGCACCTGGACGATGCATTGCTTGCCAAGGAGCATTCCGTACCGCTGGCCTTGCTGATGGTGGATCTGGATAACTTCAAGCCGATCAACGATTCACTGGGCCACCCGGCTGGCGATGCGGTGCTGCTGGAAGTGGCCCAGCGCCTGCGCGACTGCACCCGAGAGCACGATCTGGTGGCGCGCCTGGGTGGGGATGAGTTCGTGGTGGTGCTCAGCGGAGTGGAGCACTCCACTGAAATCGACCGGTTTTGTGCACGGCTGATCGACAGCCTGCAGCAACCGATCCATTACGAGACCCATTCGTTGCACATTGGCGCCAGCATCGGCATTGCCGTAAGCCGGCGCCAAGGTTATGTGCCGGGCGAGTTGATCCGTTGTGCCGACATCGCCCTGTACCAGGCCAAATCCGAGGGCAAGAAGACCTGGTGCTACTTCGCCTCGCACATGAACGATCAGATCCAGCATCGTCGCCAGCTGGAAAGCGACCTTCGCCAGGCATTGAAGAAAAATGAGTTCGTCCTGCATTTTCAGCCTCGCTATACCGTGGATGGCAAGACCATCGTCGCTGTCGAGGCGCTGGTCCGTTGGCAACATCCGACCCAAGGCTTGCTGGGGCCCGACGCGTTTATCCCGCTGGCCGAGCAAACCGACCTGATTGTCCCGCTTGGGCGTTGGGTGTTACGCGAGGCCTGCGAAACCGCGTTGACCTGGCCGGGCGAGCTGATGGTCTCGGTCAACCTCTCGCCTGCGCAATTCGAACGCAGCGATGTGGTCGAGGACGTGCGCCAGGTATTGATCGAAACCCACTTCCCGGCGAGTCGCCTGGAGCTGGAAATCACCGAGAACGTCATGCTGAACGATGTGGACGGTGCGCTCCAGGTCATGAATGCGCTCAAGGAACTGGGGGTGCGCCTGAACATGGACGATTTTGGTACCGGCTATTCGTCGCTCGGTTATTTGCGCACCTATCCGTTTGATGGCATCAAGATCGACAAGCGCTTCATCGCCTCCATGAGCAACAGCAGCAACGACCGCGCCGTGGTCCAGGCGATCATCAACCTGGGCAAGGCCATGGGCCTGACGGTCACCGCCGAAGGTGTCGAAACCCTGGCCCAACTGGGCACGCTGGGTTCGGATGAATGCCACGAGGTGCAAGGCTATTTTCTCAGCCGCCCCATCGACAAGCAGGCGTTCGCGCATCTGCTGGAGAGCGCCCCGCCCCTGTCGAAAACCGGCTCCTGA MDTAADIPPDVTRHTPITRRLVVAVGVLFVMGVLMAVAALFNIAQKLDADDVGKTHFYIERALENRITASKNYMASYAYWTTGYERLNGEVDVQWAYAEQNIGKTLFTNDEYEGVFVIDRERTKYAVVRGQNVQAEATAYIDTPLRDLVDQLQAQPDLTRPMIRYTLFDGWPAIVTASVILPNDERPQVEAKGTSVLLFVDQLTPVKLRKVGKSYGLNELNLVKDTALAPGQPAVPLDSTGYSLVSRLERPGHQLLWSLVPPLGGALLILALLTAYFFRYAMRTARQVDASYDSLETSKQALQASEERFRAVAEAASDWIWEIDSQQRITYLSGRFNTVTGFSDQQWLGQDIEQLLYCDTTPIALWLGKLVEEQNASNLRCSYRDHSGQLRFCRVSARPIYDKALVTGYRGTASDITDEVAAHAQVQHLSMHDALTGLPNRNKLARHLDDALLAKEHSVPLALLMVDLDNFKPINDSLGHPAGDAVLLEVAQRLRDCTREHDLVARLGGDEFVVVLSGVEHSTEIDRFCARLIDSLQQPIHYETHSLHIGASIGIAVSRRQGYVPGELIRCADIALYQAKSEGKKTWCYFASHMNDQIQHRRQLESDLRQALKKNEFVLHFQPRYTVDGKTIVAVEALVRWQHPTQGLLGPDAFIPLAEQTDLIVPLGRWVLREACETALTWPGELMVSVNLSPAQFERSDVVEDVRQVLIETHFPASRLELEITENVMLNDVDGALQVMNALKELGVRLNMDDFGTGYSSLGYLRTYPFDGIKIDKRFIASMSNSSNDRAVVQAIINLGKAMGLTVTAEGVETLAQLGTLGSDECHEVQGYFLSRPIDKQAFAHLLESAPPLSKTGS PGPT0023624_1186 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_00886 795 xthA_1 COG0708 Exodeoxyribonuclease III ATGAAAAAGCTGCGAATCGCGACCTTCAATATCAACGGTATCCGGGCTCGGCTGCCCAACCTGCTGGAGTGGCTGGAGCGGGAGAAACCCGACATCGCCTGCTTGCAGGAGTTGAAGGCTGCCGATAAGGATTTCCCGGCGGCGGAGCTTGAGTCGGCCGGGTACGGGTCGATCTGGCACGGCCAGGCTTCCTGGAATGGCGTCGCGATCCTGGCCCGCGATGCGCAACCGCTGGAAAGTCGGCGCGGCCTGCCGGGCGGAGAGGAAGACAATCACAGTCGGTATATCGAGGCAGCCGTGCATGGCGTCCTGGTAGGTTGCCTTTATCTGCCCAACGGCAATCCGCAGCCGGGTCCGAAGTTCGACTACAAGCTGGCATGGTTCGAGCGGCTGATCGATTATGCCCAGGGACTACAAGCCAGCGATCACCCGGTGGTGCTGGCGGGCGACTACAATGTCGTGCCCACCGACTTCGACATCTACAACCCACGCTCCTGGCTCAAGGATGCCCTGTTGCAGCCGGAAAGCCGCGAGCGATACCAGCGCCTGCTGGACCAGGGCTGGACGGATGCGTTGCGTCATCTCTACCCGGAGGAACGGATCTATACGTTCTGGGACTATTTCCGCCAGCACTGGCAAAAAAACTCCGGGCTACGTATCGACCACCTGTTGCTCAACCCCGTCGCCAGTGCCTACCTGAGCGAGGCGGGGGTGGATGCCTGGGTCAGAAACCAGCCACACCCCAGCGACCATGCCCCGACCTGGATTCGTCTGTCTTCGCGCAAGCGCCGTTGA MKKLRIATFNINGIRARLPNLLEWLEREKPDIACLQELKAADKDFPAAELESAGYGSIWHGQASWNGVAILARDAQPLESRRGLPGGEEDNHSRYIEAAVHGVLVGCLYLPNGNPQPGPKFDYKLAWFERLIDYAQGLQASDHPVVLAGDYNVVPTDFDIYNPRSWLKDALLQPESRERYQRLLDQGWTDALRHLYPEERIYTFWDYFRQHWQKNSGLRIDHLLLNPVASAYLSEAGVDAWVRNQPHPSDHAPTWIRLSSRKRR PGPT0014910_15 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D1-35_00887 828 nat COG2162 Arylamine N-acetyltransferase ATGAACCCACCTCGACTGAGTGATTGCGCTCGTTATCTGCGGCGCCTGGGCTTCGACACGGCACCACCCCCGACGCTCGATTCGTTGCGCCAGTTGCAGTGGCGTCATACGGCCGAGTTCCCTTTCGAAACCCTTGCGACGCTGCTGGGGCAGCCGGTGCCGATCGACCTTGAGTCGGTGGAACGAAAAATCTTCGAGCAAGGGCGCGGCGGTTATTGCTACGAGCTCAATCAGCTATTCCTGGCCCTTTTGCAGGACCTGGGCTTCGAGGCCCGCGGCATTACCGGGCGAGTAGTGATGAACGCACCTGAAGGCGCCTGGACCGCACGCACCCATCGCTTGAGCCTGGTGACGCTTGACGGCGTGCGCTATGTAACCGACGTCGGCTTCGGTGGCATGGTGCCGACCGCGCCACTGTTGCTGGACAGTCGCGAGGTCCAGGCCACTCCTCACGAGCCATACCGCATCGAGACCACTGAAGACGGCTACATGCTGCGCGCCAACATAGGGGGCGAATGGCGGCCGATGTACCTGTTCGACCTGCAGCGCCAGGAAGAGATCGATTACATCGTCGGCAATTGGTACGTCTGCAGTCATCCGGATTCCCCGTTCAAGGACCGGTTGATGGTCGCCCGCACGGGTGACGGTTTGCGCAAGACCCTCAACGGCAACAGCTATGCCGTGCACCAGATCGGGCAGGAAAGTGAGCGACGCACAATCATGGACGTCGACGAGTTGATCGACCTGCTGGAGACGGAGTTCGGGCTGCGGGTGCCGCCACGGGAACTGCTGCGGCCGGCGCTGGAAGGGCTGATAGCGCGAAGTTGA MNPPRLSDCARYLRRLGFDTAPPPTLDSLRQLQWRHTAEFPFETLATLLGQPVPIDLESVERKIFEQGRGGYCYELNQLFLALLQDLGFEARGITGRVVMNAPEGAWTARTHRLSLVTLDGVRYVTDVGFGGMVPTAPLLLDSREVQATPHEPYRIETTEDGYMLRANIGGEWRPMYLFDLQRQEEIDYIVGNWYVCSHPDSPFKDRLMVARTGDGLRKTLNGNSYAVHQIGQESERRTIMDVDELIDLLETEFGLRVPPRELLRPALEGLIARS PGPT0019890_711 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0019890-nhoA|yddI-K00675 NA NA D1-35_00888 1521 uacT COG2233 Uric acid transporter UacT ATGAAAACGCCCCATGTTTCACTCCCACGGCCCGAGGACGAAAACCTTGGCGTCGGCGCGAATATGGCTTACGGCCTACAACATGTGTTGACCATGTACGGCGGCATCGTCGCGGTGCCCTTGATCATCGGCCAGGCGGCCGGCTTGTCGCCGGCGGACATCGGTCTGCTGATCGCCGCGTCATTGTTCGCGGGAGGGCTGGCGACGTTGCTGCAAACGCTTGGCTTGCCGTTCTTTGGCTGCCAGTTGCCGCTGGTGCAGGGCGTTTCGTTCTCCGGCGTCGCGACCATGGTGGCGATCGTTGGAACCGGCGGGGAAGGGGGCTTCCAGGCCATCCTTGGTGCGGTAATCGCGGCGTCCCTGATCGGCTTGTTGATCACTCCAGTATTCTCGCGCATTACCCGGTTCTTCCCGCCGCTGGTCACCGGCATCGTCATCACCACCATAGGCCTGACGCTGATGCCGGTGGCGGCGCGCTGGGCCATGGGCGGCAACAGCCACGCCGCGGATTTCGGCAGCATGGCGAACATCGGCCTGGCTGCGCTGACCCTGGTACTGGTGCTGGTACTGAGCAAAATGGGTAGTGCGACGATTTCACGCCTGTCGATCCTGCTGGCGATGGTCATCGGCACCGTCATCGCGGTATTCCTCGGCATGGCGGATTTTTCGTCCGTCAGTGAAGGCCCGATGTTCGGGTTTCCAACGCCGTTCCACTTCGGCATGCCGACTTTCCATATCGCGGCGATCCTGTCGATGTGCATCGTGATCATGGTGACGCTGGTGGAAACCTCCGCTGACATCCTGGCGGTGGGGGAAATCATCGACACCAAGGTCGATTCCCGCCGTCTGGGCAATGGTCTGCGAGCCGATATGCTGTCGAGCATGATCGCCCCGATCTTTGGCTCCTTCACCCAGAGTGCCTTTGCCCAGAACGTCGGGCTGGTGGCGGTGACCGGTATCAAGAGCCGTTTTGTCGTGGCAACTGGCGGGATATTCCTGGTGGTGCTCGGGCTGCTGCCGTTCATGGGGCGGGTGATCGCCGCCGTGCCGACCTCGGTGCTCGGTGGTGCTGGTATCGTGCTGTTCGGTACGGTTGCCGCCAGTGGTATCCGAACCCTGTCGAAGGTTGACTACCGCAACAATGTCAACCTGATCATCGTCGCCACTTCCATTGGCTTCGGCATGATCCCGATCGCCGCACCGAACTTCTACGACCATTTCCCCAGCTGGTTCGCGACGATCTTCCATTCGGGGATCAGTTCTTCGGCAATCATGGCAATTATCCTGAACCTGGCGTTCAACCATTTCACCACCGGCAACTCCGACCAGCAGTCAGTTTTTGCCGCCGGTACCGAGCGGGTGCTGCGCTACCAGGACCTGGCTGCATTGCGTGAAGGCGATTATTTCAGCGACGGAAAATTGCATGACTGCGACGGCAACGAGATTCCAGTGGTGGCGGAACCCGCCCACTCGCCGGGAGAGCACGGCCCGGTGCGGCTGAAGAGCAGCGAGCACGTCTGA MKTPHVSLPRPEDENLGVGANMAYGLQHVLTMYGGIVAVPLIIGQAAGLSPADIGLLIAASLFAGGLATLLQTLGLPFFGCQLPLVQGVSFSGVATMVAIVGTGGEGGFQAILGAVIAASLIGLLITPVFSRITRFFPPLVTGIVITTIGLTLMPVAARWAMGGNSHAADFGSMANIGLAALTLVLVLVLSKMGSATISRLSILLAMVIGTVIAVFLGMADFSSVSEGPMFGFPTPFHFGMPTFHIAAILSMCIVIMVTLVETSADILAVGEIIDTKVDSRRLGNGLRADMLSSMIAPIFGSFTQSAFAQNVGLVAVTGIKSRFVVATGGIFLVVLGLLPFMGRVIAAVPTSVLGGAGIVLFGTVAASGIRTLSKVDYRNNVNLIIVATSIGFGMIPIAAPNFYDHFPSWFATIFHSGISSSAIMAIILNLAFNHFTTGNSDQQSVFAAGTERVLRYQDLAALREGDYFSDGKLHDCDGNEIPVVAEPAHSPGEHGPVRLKSSEHV PGPT0007330_81 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007330-pubX-K16169 NA NA D1-35_00889 369 hypothetical protein ATGAAACGCAAACTTCCCATTATCGCCCTGCTCGTGGGGGCACTCGCGGCCACCGGCCAGGCATCCGCCCATGGTCGCGGTGGTTGGGAGGGTCCCGCGGTGTTTGGTGCAATCGTCGGCTCGGCCATTGTCGGCTCCGCGCTCATCAGCCGCGACCGACCGGTTTATGTCCAGCAACCGGTGTATGTCCAGCCACAACCGGTCTACGTGCAACAACCTGTCTATGTGCAGCAACCGCCACCGGTCTATTACGCGCCGCAACCGGTATACATCGAGCGCCCTGTCTACTATCGCCCGGCGCCGGTGTATTACGGGCCACCACGGGGCTTTTACGATGGCCCGCCGCGCGGCCATTACGGTCGCTGGTAG MKRKLPIIALLVGALAATGQASAHGRGGWEGPAVFGAIVGSAIVGSALISRDRPVYVQQPVYVQPQPVYVQQPVYVQQPPPVYYAPQPVYIERPVYYRPAPVYYGPPRGFYDGPPRGHYGRW NA NA NA NA NA D1-35_00890 819 sdhL COG0169 Shikimate dehydrogenase-like protein ATGCAGATGAACCCCAACAAAGATACCCAGCTGTGCATGTCACTATCGGGGCGCCCGGGCAACTTCGGCCTGCGCTTTCATAATCACCTCTATGAACAACTGGGCCTGAATTTCTACTACAAGGCGTTCAGCAGTCGCGACCTGCCGGGTGCGGTGCGCGGAATTCGCGCCCTGGGCATCCGTGGGTGTGGCGTGTCGATGCCGTTCAAGGAGGCCTGCATCGCCCTGGTCGATGAGTTGGACCCTTCCGCCGCCGCGATCCAGTCGATTAACACCATCGTCAACACTGACGGCCATTTGAAGGCCTACAACACCGACTATATTGCCGTCGCCCAATTGCTGCAGACCCACGCCGTACCCAAGGATTCGACTTTCGCCCTGCGTGGCAGCGGCGGCATGGCCAAGGCGGTCGCCAGTGCCTTGCGCAATGGCGGCTATAAAAATGGCCTGATCGTCGCCCGCAACGAAACCACCGGCCGAGCCCTGGCCGACTCCCTGGGATACGAATGGCAAGCCGAGCTGGGCGATCGCCGGCCACAAATGCTGATCAACGTGACGCCGATCGGCATGGCCGGCGGTCCTGAAGCGGGCCACCTGGCGTTCGAGCCCGATGCCCTCGTGGCAGCCGAGACGGTATTCGACGTGGTGGCGATTCCATCGGAAACGCCGTTGATCGTCCGGGCCCGGGCAGAAGGCAAGCGGGTCATCACCGGGCTGGAGGTGATCGCGATCCAGGCCTTGGAGCAGTTTGTGCTGTACACGGGCGTGCGGCCCAACCTGGAGCAATTCGACAAGGCCGTGGCTTTCGCCCGGTCCTGA MQMNPNKDTQLCMSLSGRPGNFGLRFHNHLYEQLGLNFYYKAFSSRDLPGAVRGIRALGIRGCGVSMPFKEACIALVDELDPSAAAIQSINTIVNTDGHLKAYNTDYIAVAQLLQTHAVPKDSTFALRGSGGMAKAVASALRNGGYKNGLIVARNETTGRALADSLGYEWQAELGDRRPQMLINVTPIGMAGGPEAGHLAFEPDALVAAETVFDVVAIPSETPLIVRARAEGKRVITGLEVIAIQALEQFVLYTGVRPNLEQFDKAVAFARS PGPT0012890_4170 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 D1-35_00891 651 hypothetical protein ATGAGCATCGAAGAACAAAGCCAGGCCGAAGAACCACGGCTCAACAGCACGGAAATCCGCATCCTTGGCGCCCTGATCGAAAAACAGGCCACCAACCCCGAGACCTACCCTCTCACCCTCAACGCGCTAGTGCTGGCCTGCAACCAGAAGACCAGTCGCGAACCGGTGACCAATCTCAGTCCGGGCCAGGTCGGCCAGAGCTTGCGGGCCCTGGAAGGCCGCGGTTTTACCCGGCTGGTCATGGGCAGCCGCGCCGACCGCTGGGAGCACCGGGTCGACAAGGCGCTGGAGTTGGTGCCGGCCCAGGTGATCCTGATGGGATTGCTGTTCCTGCGCGGCCCACAGACCGTCAATGAACTGCTGACCCGCAGCGGCCGCATGCATGATTTCGAAGACACCGAGCAGGTCGTGCATCAGCTTGAGCGCCTGATCGCCCGAGGCCTGGCGCTGCTGGTGCCGCGCCAGGCTGGCCAGCGTGAAGACCGCTACGTGCACGCCATGGGCGACCCCGCGGACATCGAGGCCATCCTCGCCGCTCGCCAGCACCCGATAGAACGCAGTGGCGCCGGCAGCGGCGTGTCACTGGAACGCCTTGAAGAGCTCGAAGCGCGGATCGCCGCGCTGGAGGAGCGTCTGGCGCGCCTGGAGTAA MSIEEQSQAEEPRLNSTEIRILGALIEKQATNPETYPLTLNALVLACNQKTSREPVTNLSPGQVGQSLRALEGRGFTRLVMGSRADRWEHRVDKALELVPAQVILMGLLFLRGPQTVNELLTRSGRMHDFEDTEQVVHQLERLIARGLALLVPRQAGQREDRYVHAMGDPADIEAILAARQHPIERSGAGSGVSLERLEELEARIAALEERLARLE NA NA NA NA NA D1-35_00892 510 hypothetical protein ATGACCATTTCCCTGTACGCCGCCTCCGTCCCGGTTTTCAAACAGATGCTCAACGCCCTGAGTGATGTGCTGAACAAGGCCGAAGCCCACGCCACCGCGAAAAACATCGATCCGAACGCTTTCCTGCAAGCACGCCTGTTCCCGGACATGTTCCCGCTGGTGCGTCAGGTGCAGATCGCCGTCGACTTCGCCAAGGGCGTGTCCGCGCGCCTGGCCGAGATCGAAGTGCCGAAATACGACGACAGCGAGACCACCTTCGCTGAGCTGCAAGCGCTGATCGCCAAGGTGCTGGCCTTCATCGACGGCATCAGCCCCGAGCAGATCGATGGCAAGGAAGGCATTGAAATTGTCACCCGTCCGGGCACCCCGAAGGAAAAACGCTTCAGCGGTCAAACCTACCTGCTGACCTACGGCCTGCCGCAATTCTTCTTCCACGTCACCACCACTTATGCACTGCTGCGTCACAACGGCGTGGAAGTAGGCAAGCGCGATTACATGGGCGCGTTCTAA MTISLYAASVPVFKQMLNALSDVLNKAEAHATAKNIDPNAFLQARLFPDMFPLVRQVQIAVDFAKGVSARLAEIEVPKYDDSETTFAELQALIAKVLAFIDGISPEQIDGKEGIEIVTRPGTPKEKRFSGQTYLLTYGLPQFFFHVTTTYALLRHNGVEVGKRDYMGAF NA NA NA NA NA D1-35_00893 1233 sstT COG3633 Serine/threonine transporter SstT ATGACTGCTGTGTCCTCTTCCCTTCTGCACCGCTTCAAACGCACCAGCCTGGTGACGCAAATTGTCATCGGCCTGATCGCCGGCATTGTCCTGGCGTGGCTGGCCCCTGACGTGGCGAAATCCACGGCGTTCATCGGCAAGGTCTTTGTGTCGGCGCTCAAGGCCGTGGCGCCGATCCTGGTGTTCGTGCTGGTCATGGCGTCGATCGCCAACCATAAGCACGGCCAGGAAACCCATATCCGCCCGATCCTCTTCCTTTATCTGCTGGGCACTTTCGCTGCGGCCGTGGTCGCGGTCATTGCCAGCACCCTCTTTCCCTCGAGCCTGGTGTTGAGCGCCCAGGACGTTGCCGTTACCGCGCCCGGCGGGATCAGTGAAGTGCTGCAGAGCCTGTTGCTCAGCGTGGTGGACAACCCCGTTCGAGCGCTGATGGACGGTAACTTCATTGGCATCCTGGCCTGGGCCATCGGCATGGGTATTGCCATTCGCCATGCCGGCGAAACCACGCGCACCGTACTCGAAGACTTGTCCAATGGCGTGACCGTGATTGTGCGGCTGGTCATCCGCTTCGCCCCGCTGGGTATTTTCGGCCTGGTAGCCTCGACCCTGGCCACCTCCGGCTTTGGTGCGCTGCTCGGTTACCTGCACCTGTTGACCGTGCTGATCGGCTGCATGCTGTTCGTGGCACTGGTGGTCAACCCGCTCATCGTGCTCTGGAAACTGCGTCGCAACCCCTTCCCGCTGGTGTTCACCTGCCTGCGTGAAAGCGGCATCACCGCGTTCTTCACGCGCAGCTCGGCGGCCAACATTCCCGTGAACCTGGAGCTGAGCAAGCGCCTCGGCCTGCACGAAGACACCTACTCGGTCTCGATCCCGCTGGGCGCCACCATCAACATGGCCGGGGCCGCCATTACGATCACCGTACTGACGCTGGCGGCCGTACATACCCTGGGCATCGTGGTGGATGTGCCCACGGCCGTGCTGCTCAGTGTCGTCGCCGCCATCTGCGCCTGCGGCGCGTCCGGGGTCGCCGGCGGTTCGCTGCTGTTGATTCCCCTGGCGTGCAGCCTGTTTGGCATCCCCAGCGAAATCGCCATGCAAGTGGTCGCGGTAGGGTTCATCATCGGCGTGCTGCAGGATTCAGCTGAAACCGCGCTCAACTCGTCCACGGATGTGCTGTTCACGGCGGCGGCTTGCCTGGGTGAAGAAGAGCGGGCGCGGCGTACTGCATAA MTAVSSSLLHRFKRTSLVTQIVIGLIAGIVLAWLAPDVAKSTAFIGKVFVSALKAVAPILVFVLVMASIANHKHGQETHIRPILFLYLLGTFAAAVVAVIASTLFPSSLVLSAQDVAVTAPGGISEVLQSLLLSVVDNPVRALMDGNFIGILAWAIGMGIAIRHAGETTRTVLEDLSNGVTVIVRLVIRFAPLGIFGLVASTLATSGFGALLGYLHLLTVLIGCMLFVALVVNPLIVLWKLRRNPFPLVFTCLRESGITAFFTRSSAANIPVNLELSKRLGLHEDTYSVSIPLGATINMAGAAITITVLTLAAVHTLGIVVDVPTAVLLSVVAAICACGASGVAGGSLLLIPLACSLFGIPSEIAMQVVAVGFIIGVLQDSAETALNSSTDVLFTAAACLGEEERARRTA NA NA NA NA NA D1-35_00894 1161 pbuE COG2814 Purine efflux pump PbuE ATGCTGTTGCCCATCTTCCTGTTGTCCGCCGCCGGCTTCACGGTGCTGACCACGGAATTCATCATTGTCGGCCTGTTGCCAGCCATCGCCCGGGACCTGCAAGTCACCATCCCTCAGGCTGGACTGCTGGTGACTTTGTTCGCATTTACTGTCGCGGCGTTCGGGCCGTTCCTGACCGCGTGGTTTGCCCGTGTCGAGCGGCGTCGGCTGTTTATCAGCGTGCTGGTGATGTTCGGCCTGGCCAACACTTTGGCGGCGCTGGCGCCGAACATCTGGGTCATGGCCATTGCCCGGTTGGTCCCGGCTTTGGGTCTGCCGGTATTCTGGGCGTTGGCCAGTGAAACCGCAGTGGACATCGTCGGGCCGCAGTTTGCCGGGCGAGCCATCGCGCGGATCGGCTTCGGTATCGTCTGCGCCACGGTATTCGGCATTCCGGTCGGCACCCTGATCTCCGACGCATTCGGCTGGCGCAGCGCTTTTGCAATCCTGGCGGTCATCGCGTTTGCCAAGGCGCTGCTGCTGTTTATCTACCTGCCGAAAACCAATCTGCACCAGCATCAAGTGAGCTTTCGCTCGCAATTCAAGATCCTGCGCAGCCCCCTGATGCAGGGGCATGTGCTGCTGTCGATCCTGGTATTCAGCGGCATGTTTACCGCCTATACCTATCTGGCAGATATCCTCGAACGCCTGGCCGGGTTCGACGGTACGCTCGTGGGTTGGTGCCTGATGGGCTTCGGGGCCGTGGGCCTGCTCGGCAACTCCCTGGGTGGTCGCGCGGTAGACCGGCATCCGCTGATCGCCTCAATGGTGTTCTGCCTGTTCATGATCGGCGGCATGGTGGCGCTGGTGCCGAGCATTCATTCGACGCTGGGGTTGGCCGCCGCGATGGGTATCTGGGGCGTGACCCAGGCGGCGCTGTTCCTGGTCAGCCATGTGCGGCTGATGAAAGCGGCCCCTGAAGCGCCGGCGTTTGCTGCTTCGCTGAACATCGCCGGGGCCAACCTGGGCATTGGCCTGGGGGCGTTGGTGGGCGGTCGGGTCATCGATACGCTGGGCCTGGGCAGCGTCGGTTTCGCCGCGGCCGGATTCATCCTGGTATCGATCCTGCTGGCGCTGTTGCTGATGACGTTCAAGCCGCGCAATGCCTGCGCTGATTGCTAG MLLPIFLLSAAGFTVLTTEFIIVGLLPAIARDLQVTIPQAGLLVTLFAFTVAAFGPFLTAWFARVERRRLFISVLVMFGLANTLAALAPNIWVMAIARLVPALGLPVFWALASETAVDIVGPQFAGRAIARIGFGIVCATVFGIPVGTLISDAFGWRSAFAILAVIAFAKALLLFIYLPKTNLHQHQVSFRSQFKILRSPLMQGHVLLSILVFSGMFTAYTYLADILERLAGFDGTLVGWCLMGFGAVGLLGNSLGGRAVDRHPLIASMVFCLFMIGGMVALVPSIHSTLGLAAAMGIWGVTQAALFLVSHVRLMKAAPEAPAFAASLNIAGANLGIGLGALVGGRVIDTLGLGSVGFAAAGFILVSILLALLLMTFKPRNACADC PGPT0028991_4121 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577 NA NA D1-35_00895 996 nhaR COG0583 Transcriptional activator protein NhaR ATGGCTCACCGATGGCCCGGCATTCTAGAGAGGCAGATACTTCAGGAAAATTCGTATTTTCAGCGGCTATACTTCGGTATTTACGAATCGGCGAAAACCATGCTCAATTATCGACAGCTGCATTATTTCTGGGTGGTGGCAAAAACCGGCAGCATCGTGCGCGCCTGTGAGCAATTGAACCTGACCCCGCAAACCATCAGCGGGCAGATCTCCCTGTTCGAACAGACCTACAACATCAAATTGTTCCAGCGCGTCGGGCGCCAGTTGGAGCTGACAGAAGCCGGTCGCCAGACGTTGCCTTACGCCGAACACATGTTCCAACTCGGCGGCGAACTGGAATTGATATTGCGCGCCCAACCCAACGAGCAGCAGACACTGTTTCGGGTCGGGGTGGCGGATGTCGTGCCCAAGTCCATCGTCTATCGGCTGCTGGCCCCGACCATGGAACTGAGCGAGCCACTGCGTATCACCTGTCGCGAGGACAAGCTCGAACGGCTGCTGGCGGACCTGGCAATCCAACGCCTGGACCTGGTGATTTCCGACAGCCCGATGCCGACTCACCTGGATATCAAGGGCTACAGCCAGAAGCTTGGAGAATGCGGGATCAGCTTTTTTGCCACCGCCGCGCTGGCCGATCGTCATGGGCAGAATTTTCCCCATGGCCTGCATGACGCCCCGCTGCTGATCCCGGGACCGGAAACCGTCGTACGCAGCCGCCTGCAACGCTGGTTCGCCGAACAGCAGATCCAGCCGCGGATTGTCGGCGAGTTCGACGACAGCGCGTTGATGCAGGCATTCGGCCAGTCAGGCAGCGGGATTTTTATCGGTCCCAGCGTGATTGCCGAAGAGGTTAAGCGGCAATATGGGGTGCAGGTCATCGGCCAGACCGAGGCAGTGAGCGAGTCGTTCTACGCCATTTCCGTGGAACGCAAGGTCAGCCACCCTGGCATCGTCGCAATTGCCGAAGGGGCACGCCGCGAGCTGTTCAGCGCCTAG MAHRWPGILERQILQENSYFQRLYFGIYESAKTMLNYRQLHYFWVVAKTGSIVRACEQLNLTPQTISGQISLFEQTYNIKLFQRVGRQLELTEAGRQTLPYAEHMFQLGGELELILRAQPNEQQTLFRVGVADVVPKSIVYRLLAPTMELSEPLRITCREDKLERLLADLAIQRLDLVISDSPMPTHLDIKGYSQKLGECGISFFATAALADRHGQNFPHGLHDAPLLIPGPETVVRSRLQRWFAEQQIQPRIVGEFDDSALMQAFGQSGSGIFIGPSVIAEEVKRQYGVQVIGQTEAVSESFYAISVERKVSHPGIVAIAEGARRELFSA PGPT0013946_626 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013946-nhaR-K03717 NA NA D1-35_00896 264 hypothetical protein ATGACGTATAAATCCTTGGGTCTTGCAGCCTTCCTGTCGCTGTCATCGATAGCGCTCGTGGGTTGTGAACAAGCGGAAAAGAGCGCCCAGCAGTTGGCCCAGCAACTTAAGGAACAAGCAGTCGAAACGGCCAAGCAGGCAATCGACGATACTCACAAAGCTGCCGAGCAGGCCATCAGCGAGGCTACTGGTGGGCTGATAAGCCCCAAAAAAGAGCCGGAGAAAGACGCTGAAGAATCCGAATCCTCCACCAAGACCATCTAA MTYKSLGLAAFLSLSSIALVGCEQAEKSAQQLAQQLKEQAVETAKQAIDDTHKAAEQAISEATGGLISPKKEPEKDAEESESSTKTI NA NA NA NA NA D1-35_00897 750 hypothetical protein ATGGATTATCTGTTACAGCTTGCCGCCAGCCCCACCGCCTGGATTGCCTTGGCCACCCTGGTCGTCATGGAAATCGTGCTTGGCATCGACAACCTGATCTTCATTTCGATCTTGACCAACAAGCTGCCCGAACAGCATCGCGCCAAGGCGCGGCGGATCGGTATCGGCATGGCGCTGATCCTGCGCCTGGGCCTGCTGAGCACCATCGCGTTCATTGTGCAGTTGACGGAACCGGTCATCGAAATCCTTGGCCAGGCCTTTTCCTGGAAGGACATGATCCTCATCGCCGGTGGCCTGTTCCTGTTGTGGAAGGCGACCACCGAGATCCATCACAGCATGGACCCGGCGCCGAACGATCCCAAGTCGGCCACATCGGGCGTGACCCTCGGGTTCGCTGCTGCGATCGGTCAGATCCTGATGCTCGACCTGGTGTTTTCCATCGACAGCATCATTACCGCGGTGGGTATGACCGAACACTTGCCGATCATGATCATCGCCGTGGTGGTTTCGGTGCTGGTGATGCTGCTGGCCGCCGAGCCGTTGGCGAAGTTCATCAATGACAACCCCACCGTGGTCATGTTGGCCCTGGGCTTCCTGATCATGATTGGCATGACCCTGATCGCCGAAGGTTTCGGTGCCCATGTGCCCAAGGGCTATATCTACGCGGCCATGGCCTTCTCGGCGGCGATCGAGGTGTTGAACATGTTGTCCCGACGCGCCAGGGAGAAAGCGCTCGTCGACAAAGCCTGA MDYLLQLAASPTAWIALATLVVMEIVLGIDNLIFISILTNKLPEQHRAKARRIGIGMALILRLGLLSTIAFIVQLTEPVIEILGQAFSWKDMILIAGGLFLLWKATTEIHHSMDPAPNDPKSATSGVTLGFAAAIGQILMLDLVFSIDSIITAVGMTEHLPIMIIAVVVSVLVMLLAAEPLAKFINDNPTVVMLALGFLIMIGMTLIAEGFGAHVPKGYIYAAMAFSAAIEVLNMLSRRAREKALVDKA NA NA NA NA NA D1-35_00898 678 hypothetical protein ATGGTGCCGGTAATTTCATCTTTTCGATCACTGGTAGTGGCGCTGACCTGTGCCGCTGTCCTGGTTGGGTGCGCGGGGGGCGTGTCGCCGCAGATAAAGCGTCTGCCCGAGCGGGTCGAACTCAACAGCGTGCCGTTCTTTCGCGGCGAGATGTATCAGGGCGCTCCGCAATCGTTGGCGGCTCTGCTGACTCTGCAAGGGACGGTCATCACGCCCGGGTTGCTGGAAAAACCGTTACACCTGCCCGGTGGCGAGGCGCGTTTGCAGCAGAGTCTGCAAACCTTGGCGCGTGAATACGGACTGGTCGTCTATCCCCTCGACCATGAGCTCGCGGCGTTGCTCGAACAGGTGGCGGCGGGTTATCCCGTGCTGTTGCGCTACACCGAGGGTTCGGCGTTCTGGTCCGGGCCACGCTACGCGATCCTGGCTGGCTACAACCGACAAAAACGTACCGTGCTGCTGCGGTCGGGGATGAACCGGCGGTCGTTGATGAGTTTCGATGCATTCGAATCGGCGTTCAAAGGCGCGGGCGGTTGGGCGGTGTTGATACAGCAGCCCACGCAACTTCCGGCCAACGTTGACTCCCAGCGCTGGTTGAAGGCCGCCGACGAGTTAGCCGGGGCGGGGCAGGAGCAGGCCGCCGCGCGGGCCACCAAGGCGCTGGGCTCCGCACGCTGA MVPVISSFRSLVVALTCAAVLVGCAGGVSPQIKRLPERVELNSVPFFRGEMYQGAPQSLAALLTLQGTVITPGLLEKPLHLPGGEARLQQSLQTLAREYGLVVYPLDHELAALLEQVAAGYPVLLRYTEGSAFWSGPRYAILAGYNRQKRTVLLRSGMNRRSLMSFDAFESAFKGAGGWAVLIQQPTQLPANVDSQRWLKAADELAGAGQEQAAARATKALGSAR NA NA NA NA NA D1-35_00899 204 hypothetical protein ATGGCACAGTCGAAAACACCTTCAGGGCCGCATTCTTCCGAGCATTCATCCGGTGATGATGACTTGGGATTCGATCCGGACTCGCCGGATCTCGACGATCCGCAAGTGGACCCGGTAGGGCCGGCCAAGGCGCCCCGGGACGAGGAGGATGAGGAACCACCTTCCTCGAGAGCCTATGACCCACTGGGTAACCTTAAGCCCTGA MAQSKTPSGPHSSEHSSGDDDLGFDPDSPDLDDPQVDPVGPAKAPRDEEDEEPPSSRAYDPLGNLKP NA NA NA NA NA D1-35_00900 1002 pbpG COG1686 D-alanyl-D-alanine endopeptidase ATGCGGCGCTTTTTCAACAAGCCGCTGCTCGACAGCACCTTCAACTCCATCGAGTCTACTCGCGTGAAAATCCGTCTTTCGATCCTCAGCCTGTTTTTCCTTTTCACGGGCACCTTCATCACGCAGAACATCAGCGCGCAGGAAACCATTGCCCCGCCACGAGACACTTCAAAACTGCAGGTCGCCTCCGGCAGTGCGATCCTGCTGGACCTGCAGACGGACAAGGTGGTCTATTCGAGCAATCCGGACGTCGTGGTGCCGATCGCATCGGTAACCAAGTTGATGACCGGCCTGATCGTGCTGGACGCCAGGCAGAACCTGGACGAATACATTTCCATGACCATCGCCAACACGCCGGAAATGAAAGGTGTGTTTTCCCGGGTCAAGCTCAACAGTGAACTGTCACGCCGGGACACGCTGCTGATCGCCCTGATGTCGTCGGAGAACCGCGCCGCCGCCAGCCTCGCCCATCATTATCCGGGCGGCTACGCGGCGTTCATTGCGGCGATGAACGCCAAGGCCAAGGCGCTGGGCATGTCCAGCACCCACTATGTCGAGCCCACCGGCCTGTCCATTCACAACGTCTCGACCGCCCGGGACCTGACCAAGCTGTTGATCGCCGCTCGCAAGTATCCATTGCTGAGCGAATTGAGTACCACCAAGGAAAAGACCGTGACGTTCCGCAAGCCGGTCTACAGCCTGGGCTTTCGCAACACCGATCATCTGGTCCACAAGGCCAACTGGGACATTCAGTTGACCAAGACCGGCTTCACCAACCAGGCCGGTCATTGCCTGGTGCTGGTGACAAAAATGGGTAATCGTCCGATGGCGCTGGTGATTCTCGACGCGTTCGGCAAATACACTCATTTTGCCGATGCCAGCCGTATTCGCAGCTGGGTCGAGACAGGCAAAAGCGCCAGTGTCCCTGCCGTGGCCTTGCAATACAAGGCCGCCAAGAACCTCAAGAGCCGCCAGAGTGGCGTGGTAGAAGCGTCAAAATAA MRRFFNKPLLDSTFNSIESTRVKIRLSILSLFFLFTGTFITQNISAQETIAPPRDTSKLQVASGSAILLDLQTDKVVYSSNPDVVVPIASVTKLMTGLIVLDARQNLDEYISMTIANTPEMKGVFSRVKLNSELSRRDTLLIALMSSENRAAASLAHHYPGGYAAFIAAMNAKAKALGMSSTHYVEPTGLSIHNVSTARDLTKLLIAARKYPLLSELSTTKEKTVTFRKPVYSLGFRNTDHLVHKANWDIQLTKTGFTNQAGHCLVLVTKMGNRPMALVILDAFGKYTHFADASRIRSWVETGKSASVPAVALQYKAAKNLKSRQSGVVEASK PGPT0024065_475 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024065-pbpG-K07262 NA NA D1-35_00901 855 folD COG0190 Bifunctional protein FolD protein ATGACTGCACAACTTATCGACGGCAAATCGATCGCCGCCAGCCTGCGCCAGCAGATCGCCCAACGAGTCACCGAGCGCCGCCAGCAAGGCCTGCGCACGCCCGGCCTTGCGGTGATCCTGGTCGGCAGCGATCCTGCCTCTCAGGTTTATGTCTCGCACAAGCGTAAAGACTGTGAAGAGGTCGGCTTCCTTTCCCAGGCCTACGACCTGCCTTCCGAAACCACTCAGCAAGCGCTGGCCGATCTGATCGACCGCCTCAATGACGATCCGAACATCGATGGCGTGCTGCTCCAGCTACCGCTGCCCGAACACCTTGACGCCTCTAAACTGCTGGAGCGTATCCGCCCGGACAAGGACGTCGACGGTTTCCATCCTTATAACGTCGGTCGCCTCGCCCAACGCATCCCATTGCTGCGCCCGTGCACGCCCAAGGGCATCATGACCTTGCTGGAAAGCACTGGCGTGGATCTTTACGGGCTCGACGCCGTGGTCGTGGGCGCCTCCAACATCGTTGGCCGGCCGATGGCCATGGAATTGCTGCTCGCTGGCTGTACCGTCACCGTGACCCATCGCTTCACCAAGGACCTGGCGGGCCACGTCGGTCGGGCTGACCTGGTGGTGGTGGCCGCCGGCAAGCCGGGCCTGGTCAAAGGCGAATGGATCAAGGAAGGCGCCATCGTCATCGACGTCGGCATCAACCGCCAGGACGACGGCAAGCTGGTGGGCGATGTGGTCTACGAGACCGCCCTGCCCCGCGCCGGCTGGATCACGCCGGTACCCGGCGGCGTAGGACCGATGACCCGGGCCTGCCTGCTGGAAAACACCCTTTATGCGGCCGAGACGCTGCATAGCTGA MTAQLIDGKSIAASLRQQIAQRVTERRQQGLRTPGLAVILVGSDPASQVYVSHKRKDCEEVGFLSQAYDLPSETTQQALADLIDRLNDDPNIDGVLLQLPLPEHLDASKLLERIRPDKDVDGFHPYNVGRLAQRIPLLRPCTPKGIMTLLESTGVDLYGLDAVVVGASNIVGRPMAMELLLAGCTVTVTHRFTKDLAGHVGRADLVVVAAGKPGLVKGEWIKEGAIVIDVGINRQDDGKLVGDVVYETALPRAGWITPVPGGVGPMTRACLLENTLYAAETLHS PGPT0008075_4205 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491 NA NA D1-35_00905 1269 tig COG0544 Trigger factor ATGAGCATCACCGTGCCAGCTGAGCGTATCGAGACTCAGGTCAACAAGCGTCTGCAGCAGACTGCCCAAAAGGCCAAAATCCCAGGTTTCCGCCCAGGCAAAGTGCCAATGAGCGTGATCCGTCAGCGTTACGAAGCTGATGCGCGCCAGGAAGCCGTGGGCGACGTGATCCAGTCTTCGTTCTACGAAGCGGTGGTCGAGCAGAAGCTGAACCCGGCTGGCGCTCCTTCCGTAGAGCCTAAAGTGCTGGAGAAAGGCAAGGATCTCGAGTTCGTTGCCACCTTTGAAGTGTTCCCCGAGTTCATCGTCGCCGGTTTCGAGTCCATTGCCGTCGAGCGCCTGAGCGCTGACGTTTCGGATGCCGACCTGGACAAGATGCTCGACATCCTGCGCAAGCAGAACACCCGTTTCGAAGCCACTGATCGTGCCGCCCAGAACGAAGACCAGCTGAACATCGATTTCGTCGGCAAGGTCGACGGTGAAGTGTTCGCTGGCGGTTCCGCCAAGGCTACCCAGCTGGTGCTGGGCTCCGGTCGCATGATCCCGGGCTTCGAAGACGGCCTGGTTGGCGCCAAGGCTGGCGAAGAGCGCGTTCTGAACGTGACCTTCCCAGAGGACTATCAGAACCTGGATCTGGCCGGCAAAGCCGCCGAATTCACCGTGACCGTCAACAGCATTTCCGAGCCTAAGCTGCCTGAGCTGAACGAAGAGTTCTTCGCCCAGTTCGGTATCAAGGAAACCGGTCTGGAAGGTTTCCGCGCCGAAGTTCGCAAGAACATGGAGCGCGAGCTGCGTCAGGCCATCAAGTCCAAGGTCAAGAACCAGGTCATGGACGGTCTGCTGGCCTCCAACCCGATCGAAGTGCCGAAGGCTCTGCTGGACAACGAAGTGAACCGTCTGCGCGTGCAGGCCGTTCAGCAGTTCGGTGGCAACATCAAGCCTGACCAACTGCCGGCCGAACTCTTCGAAGAGCAAGCCAAGCGCCGCGTCGTGCTGGGCCTGATCGTCGCTGAAGTGGTCAAGCAGTTCGAACTCAAGCCTGACGAAGCCCGCGTTCGCGAGCTGATCCAGGAAATGGCCTCGGCTTACCAAGAGCCTGAGCAGGTAGTGTCCTGGTACTACAAGAACGAGCAGCAGCTGAACGAAGTCCGTTCGGTTGTGCTGGAAGAGCAAGTTGTGGATACTGTTCTGCAGAAAGCTAGCGTGACCGACAAAGCGGTCTCTTACGAAGAAGCGGTCAAGCCGGTGGAAGCTCCACAAGCCGATTGA MSITVPAERIETQVNKRLQQTAQKAKIPGFRPGKVPMSVIRQRYEADARQEAVGDVIQSSFYEAVVEQKLNPAGAPSVEPKVLEKGKDLEFVATFEVFPEFIVAGFESIAVERLSADVSDADLDKMLDILRKQNTRFEATDRAAQNEDQLNIDFVGKVDGEVFAGGSAKATQLVLGSGRMIPGFEDGLVGAKAGEERVLNVTFPEDYQNLDLAGKAAEFTVTVNSISEPKLPELNEEFFAQFGIKETGLEGFRAEVRKNMERELRQAIKSKVKNQVMDGLLASNPIEVPKALLDNEVNRLRVQAVQQFGGNIKPDQLPAELFEEQAKRRVVLGLIVAEVVKQFELKPDEARVRELIQEMASAYQEPEQVVSWYYKNEQQLNEVRSVVLEEQVVDTVLQKASVTDKAVSYEEAVKPVEAPQAD NA NA NA NA NA D1-35_00906 636 clpP_1 COG0740 ATP-dependent Clp protease proteolytic subunit ATGTCCCGCAATTCTTTTTATCAGCAGAGCTCTGACATCCAGGCCGCAGGCGGCCTGGTCCCTATGGTTATCGAGCAGTCCGCCCGTGGCGAACGTGCCTATGACATCTATTCGCGTCTGCTCAAGGAGCGAGTGATCTTTTTGGTAGGTCCGGTAGAGGACTACATGGCCAACCTGATCTGTGCACAACTGCTGTTCCTTGAAGCCGAAAACCCGGACAAGGACATCCATCTCTATATCAACTCCCCGGGCGGTTCGGTGACGGCGGGAATGTCGATCTACGACACCATGCAGTTCATCAAGCCTAACGTTTCGACGACCTGCATCGGTCAGGCGTGCAGCATGGGTGCGTTTTTGCTGACGGCCGGTGCCCAAGGCAAGCGTTACTGCCTGCCGAATTCCCGCGTGATGATTCACCAGCCTTTGGGTGGTTTCCAGGGCCAGGCATCTGATATCGAAATCCATGCCAAGGAAATCCTCTTCATCCGCGAGCGCCTCAACACGTTGATGGCCAAGCACAGCGGGCGCACGCTTGAAGAAATCGAGCGCGATACCAATCGCGACAATTTCATGAGCGCTGAAGCCGCACGTGAATATGGTCTGATCGATGAAGTGATCAGCCAGCGCCCCGCTTAA MSRNSFYQQSSDIQAAGGLVPMVIEQSARGERAYDIYSRLLKERVIFLVGPVEDYMANLICAQLLFLEAENPDKDIHLYINSPGGSVTAGMSIYDTMQFIKPNVSTTCIGQACSMGAFLLTAGAQGKRYCLPNSRVMIHQPLGGFQGQASDIEIHAKEILFIRERLNTLMAKHSGRTLEEIERDTNRDNFMSAEAAREYGLIDEVISQRPA PGPT0014595_3994 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D1-35_00907 1284 clpX COG1219 ATP-dependent Clp protease ATP-binding subunit ClpX ATGACTGACACCCGCAACGGCGAGGACAACGGCAAACTGCTCTATTGCTCCTTCTGTGGCAAAAGCCAGCATGAAGTACGCAAATTGATTGCCGGCCCCTCGGTCTTCATTTGCGACGAGTGCGTCGACCTGTGCAATGACATCATCCGCGAGGAGGTGCAGGAAGCCCAGGCCGAAAGCAGCGCGCATAAGTTGCCTTCGCCCAAAGAAATCAGCGGCATCCTTGACCAGTATGTAATCGGTCAGGAGCGCGCGAAAAAGGTACTGGCCGTAGCGGTGTACAACCACTACAAGCGCCTGAACCAGCGTGACAAGAAGAATGACGAAGTCGAACTCGGCAAGAGCAACATCCTGCTGATCGGCCCGACAGGCTCGGGTAAGACCCTGCTTGCCGAAACCCTGGCCCGTTTGCTGAACGTTCCGTTCACCATCGCCGACGCAACCACCCTCACCGAGGCGGGTTATGTGGGTGAGGACGTCGAGAACATCATTCAGAAACTGCTGCAGAAGTGCGACTACGACGTGGAAAAGGCCCAGATGGGCATTGTCTACATCGATGAAATCGACAAGATTTCCCGCAAGTCCGACAACCCGTCCATCACCCGGGACGTTTCCGGCGAGGGCGTGCAGCAGGCGTTGCTCAAGTTGATCGAAGGCACGGTCGCTTCCGTTCCGCCCCAAGGCGGTCGCAAGCACCCGCAGCAGGAATTCCTGCAGGTCGACACACGTAACATCCTGTTCATCTGCGGTGGTGCGTTCTCCGGCCTGGAAAAGGTCATCCAGAACCGTTCCACCCGCGGCGGCATCGGCTTCAACGCCGAGGTTCGCAGCAAGGAAGAGGGCAAGAAGGTCGGTGAATCCCTGCGTGAAGTCGAGCCTGACGATCTGGTCAAGTTCGGCTTGATTCCGGAATTCGTCGGTCGTCTGCCGGTCCTGGCGACACTGGACGAGCTGGATGAAGCTGCGTTGATGCAGATTCTGACCGAGCCGAAAAACGCCCTGACCAAGCAATATGCCAAGCTGTTCGAAATGGAAGGCGTAGACCTCGAATTCCGTTCCGACGCGCTGAAATCCGTCGCCAAGCGTGCCCTGGAGCGTAAAACCGGTGCCCGTGGGTTGCGTTCGATTCTCGAAGGCGTATTGCTCGATACGATGTACGAAATCCCCTCGCAGTCCGAGGTGAGTAAAGTCGTCATCGACGAAAGCGTCATAGAAGGCAAGTCCAAACCACTGTATATCTACGAAAACAGTGAGCCGGCTGCCAAGGCTGCGCCGGACGCATAA MTDTRNGEDNGKLLYCSFCGKSQHEVRKLIAGPSVFICDECVDLCNDIIREEVQEAQAESSAHKLPSPKEISGILDQYVIGQERAKKVLAVAVYNHYKRLNQRDKKNDEVELGKSNILLIGPTGSGKTLLAETLARLLNVPFTIADATTLTEAGYVGEDVENIIQKLLQKCDYDVEKAQMGIVYIDEIDKISRKSDNPSITRDVSGEGVQQALLKLIEGTVASVPPQGGRKHPQQEFLQVDTRNILFICGGAFSGLEKVIQNRSTRGGIGFNAEVRSKEEGKKVGESLREVEPDDLVKFGLIPEFVGRLPVLATLDELDEAALMQILTEPKNALTKQYAKLFEMEGVDLEFRSDALKSVAKRALERKTGARGLRSILEGVLLDTMYEIPSQSEVSKVVIDESVIEGKSKPLYIYENSEPAAKAAPDA PGPT0014600_1862 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544 NA NA D1-35_00908 2397 lon_2 COG0466 Lon protease ATGAAGACAACCATCGAATTGCCTCTCCTGCCATTGCGCGATGTCGTGGTATATCCGCACATGGTTATCCCGCTGTTCGTGGGGCGCGAGAAGTCCATCGAAGCCCTCGAGGCCGCGATGACGGGTGATAAGCAGATTCTTCTGATCGCTCAGAGAAACCCTGCCGACGATGATCCCGGTGAAGACGCACTTTATCGCGTAGGTACGATTGCAACGGTCCTGCAACTGCTCAAGCTTCCTGACGGCACCGTCAAGGTCCTGGTCGAGGGCGAACAGCGCGGGGCGGTCGAGCGTTTCAGCGAAGTGGACGGGCATTGCCGTGCCGAGGTGTCGCTGATCGACGAAGTCGAGGCGCCGGAGCGTGAGTCGGAGGTTTTTGTCCGCAGCCTGCTGTCGCAGTTCGAACAGTATGTGCAGTTGGGCAAGAAGGTGCCTGCCGAGGTCCTGTCGTCGCTCAACAGCATCGACGAGCCAGGACGCCTGGTCGATACGATGGCGGCCCACATGGCCCTCAAGATCGAGCAGAAGCAGGAAATCCTCGAGATTATCGAGTTGTCGGCGCGTGTCGAGCACGTACTGGCATTGCTCGACGGCGAAATCGACCTGCTGCAGGTTGAAAAACGCATTCGTGGTCGCGTCAAGAAACAGATGGAGCGCAGTCAGCGTGAGTACTATCTGAATGAGCAGATGAAGGCCATTCAGAAAGAGCTCGGCGATGGCGACGAAGGTCACAACGAAATCGAAGAGCTGAAGAAGCGCATCGATGCCGCTGGCCTGCCAAAGGATGCGCTCGCCAAGGCCCAGGCCGAGCTGAACAAGCTCAAGCAGATGTCGCCGATGTCTGCCGAAGCCACCGTGGTGCGTTCCTACATCGACTGGCTGGTCCAGGTGCCGTGGAAAGCCCAGAGCAAAGTCCGCCTGGACCTGGCGCGTGCCGAGGACATCCTCGATGCGGACCATTACGGCCTGGAAGAGGTCAAGGAACGCATCCTTGAATACCTCGCCGTGCAGAAACGCGTGAAGAAGATTCGTGGCCCGGTCCTGTGCCTGGTCGGTCCTCCGGGTGTCGGTAAGACTTCCCTGGCGGAATCGATCGCCCACGCCACCAACCGCAAATTTGTGCGAATGGCGCTTGGCGGGGTGCGTGACGAGGCGGAAATTCGTGGTCATCGCCGCACGTACATCGGTTCCATGCCAGGAAGATTGATTCAAAAGATGACGAAGGTGGGTGTACGCAATCCGCTGTTCCTTTTGGATGAAATCGACAAGATGGGCAGCGATATGCGCGGTGATCCTGCGTCTGCGTTGCTTGAGGTGCTCGATCCCGAGCAGAATCACAATTTCAACGATCACTATCTGGAAGTCGACTACGACCTCTCCGACGTGATGTTCCTGTGCACCTCCAACTCAATGAATATCCCGCCAGCGTTGCTGGACCGGATGGAGGTGATTCGTCTGCCGGGCTACACCGAAGACGAGAAAATCAACATCGCCGTCAAGTACCTTTCGCCCAAGCAGATCCAGGCCAACGGCTTGAAAAAGGGTGAGCTGGAATTTGACGAGGAGGCGATTCGCGACATCATTCGTTACTACACCCGTGAAGCCGGTGTGCGTGGTCTCGAGCGGCAGATTGCCAAGGTCTGCCGCAAGGCGGTCAAGGAGCACGCGCTGGAAAAACGCTTCGCGGTCAAGGTGACATCCGACCTGCTGGAGCACTTCCTCGGTGTGCGCAAGTTCCGCTACGGGCTCGCCGAGCAACAGGACCAGATCGGTCAGGTGACCGGCCTCGCGTGGACGCAGGTCGGCGGCGAGTTGCTGACTATTGAAGCCGCCGTGGTTCCGGGCAAGGGCCAATTGATCAAGACCGGTTCCCTCGGCGATGTCATGGTGGAGTCGATCACCGCGGCGCTGACAGTTGTGCGCAGCCGTGCGCGCAGCCTGGGCATTCCCCTGGATTTCCATGAGAAGCGGGACACGCATATCCACATGCCGGAGGGGGCTACACCCAAGGATGGACCGAGCGCCGGCGTGGGCATGTGCACCGCCCTGGTTTCTGCATTGACCGGCATTCCGGTGCGTGCGGATGTCGCCATGACCGGTGAAATCACCCTGCGTGGCCAGGTCCTGGCGATTGGCGGCCTGAAAGAAAAACTTCTGGCAGCTCACCGTGGCGGGATCAAGATCGTGATCATTCCGGAAGAGAATGTCCGTGATCTCAAGGAAATTCCCGACAACATCAAGCAGGATCTTCAGATCAAACCGGTTAAATGGATTGACGAAGTCCTGCAAATTGCGCTGCAATACGCGCCGGAGCCCTTGCCGGATGTGGCTCCGGAGATTGTCGCAAAGGAAGAAAAGCGAGAGTCTGACTCTAAGGAAAGAATTAGCACGCATTAA MKTTIELPLLPLRDVVVYPHMVIPLFVGREKSIEALEAAMTGDKQILLIAQRNPADDDPGEDALYRVGTIATVLQLLKLPDGTVKVLVEGEQRGAVERFSEVDGHCRAEVSLIDEVEAPERESEVFVRSLLSQFEQYVQLGKKVPAEVLSSLNSIDEPGRLVDTMAAHMALKIEQKQEILEIIELSARVEHVLALLDGEIDLLQVEKRIRGRVKKQMERSQREYYLNEQMKAIQKELGDGDEGHNEIEELKKRIDAAGLPKDALAKAQAELNKLKQMSPMSAEATVVRSYIDWLVQVPWKAQSKVRLDLARAEDILDADHYGLEEVKERILEYLAVQKRVKKIRGPVLCLVGPPGVGKTSLAESIAHATNRKFVRMALGGVRDEAEIRGHRRTYIGSMPGRLIQKMTKVGVRNPLFLLDEIDKMGSDMRGDPASALLEVLDPEQNHNFNDHYLEVDYDLSDVMFLCTSNSMNIPPALLDRMEVIRLPGYTEDEKINIAVKYLSPKQIQANGLKKGELEFDEEAIRDIIRYYTREAGVRGLERQIAKVCRKAVKEHALEKRFAVKVTSDLLEHFLGVRKFRYGLAEQQDQIGQVTGLAWTQVGGELLTIEAAVVPGKGQLIKTGSLGDVMVESITAALTVVRSRARSLGIPLDFHEKRDTHIHMPEGATPKDGPSAGVGMCTALVSALTGIPVRADVAMTGEITLRGQVLAIGGLKEKLLAAHRGGIKIVIIPEENVRDLKEIPDNIKQDLQIKPVKWIDEVLQIALQYAPEPLPDVAPEIVAKEEKRESDSKERISTH PGPT0014315_3338 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338 NA NA D1-35_00909 441 hypothetical protein ATGCGCCTTCTCGTAACTGGCGGAGCGGACCGGGCTCGAACCCGCGAGCCCTGGCGTGACAGCCCGTTTGTGCCGGCTGCATTACCGCTCCGCTGCCAAGCCAGGCATGACCCCGACCCGGATAAACTCAATGAAACCTTAGTTGACGGCTTCTTTCAGCGCTTTACCAGCTTTGAAGCCTGGCTTTTTGGCAGCGGCGATTTGCAGCGTCTTGCCAGTCTGCGGGTTGCGACCAACACGAGCTGGACGATCGGTAACGGAGAAAGTACCGAAACCCACCAGAACAACAGAGTCGCCAGCCTTGAGAGCGCCAGTGACGGATTCGATTACAGCGTCCAGCGCACGGCCAGCAGCAGCTTTCGGGATATCAGCGGATGCAGCGATAGCATCAATCAGTTCCGACTTGTTCACTCTAAGTCCCCTTATATCTATTTGAGATGA MRLLVTGGADRARTREPWRDSPFVPAALPLRCQARHDPDPDKLNETLVDGFFQRFTSFEAWLFGSGDLQRLASLRVATNTSWTIGNGESTETHQNNRVASLESASDGFDYSVQRTASSSFRDISGCSDSINQFRLVHSKSPYIYLR NA NA NA NA NA D1-35_00910 1872 ppiD COG0760 Peptidyl-prolyl cis-trans isomerase D ATGCTGCAGAATATCAGGGACAATTCACAAGGCTGGATTGCCAAGACCATCATCGGAATCATCGTCGCATTGATGGCGTTGACCGGTTTCGAAGCTATTTTTCAAGCCACCACCAACAGCAATGACGCGGCCAAGGTCAACGGCGAAAAAATCAGCCAGAACGAGCTGAGCCAGGCGGTCGATATGCAACGCCGTCAGCTCATGCAACAGCTGGGCAAGGATTTCGACGCCTCCCTGCTGGACGAGAAGATGCTGCGTGACTCGGCGCTCAAAGGGCTGATCGATCGCAAGCTGTTGCTGCAAGGCGCACACGATGCGAAATTCGCTTTCTCCGAAGCCGCGCTGGACCAGGTGATCCTGCAAACGCCGGAATTCCAGGTCGATGGTAAATTCAGTCCTGAGCGTTTCGACCAGGTGATTCGCCAGTTGGGTTATGGCCGACTGCAGTTCCGCGAGATGCTGGCGCAGGAAATGCTCATTGGCCAATTGCGTGCCGGTCTCGCTGGCAGCGGTTTTGTCACCGATGCCCAGGTGTTGGCATTCGCCCGCCTGGAAAAGCAGACCCGTGATTTCGCTACGCTCACCGTCAAGGCGGATCCGGCGGCCGTGAAGCTGACCGACGATGAGGTCAAGGCTTACTACGATCAGCACGCCAAGGAGTTCATGACGCCTGATCAGGTCGTCATCGACTATCTCGAGCTGAAGAAGGCTTCGTTCTTCGATCAGGTCAGCGTCAAGGATGAAGATCTGCAGGCGGCTTACCAGAAAGAGATCGCCAATCTTTCCGAACAGCGTCGTGCTGCGCACATCCTGATTGAAGTGAACGACAAGGTCACCGAAGCCCAGGCCAAGGCCAAGATCGAGGAAATCCAGGCTCGACTGGCCAAAGGCGAGTCGTTTGAGGCGCTGGCGAAGGAATTCTCCCAGGATCCGGGCTCAGCCAACAACGGCGGCGATCTCGGTTATGCCGGTCCAGGTGTCTATGATCCGGAGTTCGAAAAGGCGCTGTATGCGTTGAACAAGGATCAGGTCTCGGCACCGGTGCGAACCGATTTCGGCCTGCACCTGATCAAGCTGCTGGGTGTCGAAGCGCCTGAGGTTCCGAGTTTTGCGAGCCTGAAGGACAAGCTGACCCGCGACCTGAAGACCCAGCAAGTGGAGCAGCGGTTCGTCGAGGCGACCAAGCAACTGGAAGACGCTTCGTTCGAGGCTTCCGACCTGGCCCAGCCAGCCCAGGACCTTAAGCTGACCGTCCATACGTCGGCACCGTTCGGTCGTGAAGGCGGCGAAGGAATCGCGGCCAACCGTGCCGTGATCACCGCTGCGTTCAGCCCGGAAGTGCTGGAGGAGGGGGCCAACAGTACCGCCATCGAGCTGGATCCGGAAACCGTCGTGGTGCTGCGCGCCAAGGAGCATCGCAAGCCTCAGCAGCTTCCGCTGGAAAACGTGGCCGGGCCGATCCGCGCCCAATTGGCCAAGGAACACGCCAGCGCTGCCGCCAAGACCCAGGCCGATGAGTTGATTGCCAGCCTGCGTGATGGCAAGACGGCGCTGGACAAGCCTGTCAACGGTCAAGGCTGGAAAGTCGTCGAGGCGGCGACCCGCAGCCAGGAAGGTATCGACCCTGCGGTGCTGCAGGCGCTGTTCCGCATGTCCAAGCCTGAGTCGAAGGACAAGCCGACATTCGCCAGCGTGACCCTGCCTGACGGCGGCGTGACGGTCCTGCGCTTGAACGGCGTCAACGAAGGTGCTGCTCCGACCGAGGAAGAAAAGGCCGAATACCGTCGGTACCTGGCGTCCCGTGTCGGCCAGCAGGACTTCGCGGCTTATCGCAAGCAATTGGAAAGCGAGGCAGACATCAAGCGCTTCTGA MLQNIRDNSQGWIAKTIIGIIVALMALTGFEAIFQATTNSNDAAKVNGEKISQNELSQAVDMQRRQLMQQLGKDFDASLLDEKMLRDSALKGLIDRKLLLQGAHDAKFAFSEAALDQVILQTPEFQVDGKFSPERFDQVIRQLGYGRLQFREMLAQEMLIGQLRAGLAGSGFVTDAQVLAFARLEKQTRDFATLTVKADPAAVKLTDDEVKAYYDQHAKEFMTPDQVVIDYLELKKASFFDQVSVKDEDLQAAYQKEIANLSEQRRAAHILIEVNDKVTEAQAKAKIEEIQARLAKGESFEALAKEFSQDPGSANNGGDLGYAGPGVYDPEFEKALYALNKDQVSAPVRTDFGLHLIKLLGVEAPEVPSFASLKDKLTRDLKTQQVEQRFVEATKQLEDASFEASDLAQPAQDLKLTVHTSAPFGREGGEGIAANRAVITAAFSPEVLEEGANSTAIELDPETVVVLRAKEHRKPQQLPLENVAGPIRAQLAKEHASAAAKTQADELIASLRDGKTALDKPVNGQGWKVVEAATRSQEGIDPAVLQALFRMSKPESKDKPTFASVTLPDGGVTVLRLNGVNEGAAPTEEEKAEYRRYLASRVGQQDFAAYRKQLESEADIKRF NA NA NA NA NA D1-35_00911 876 hypothetical protein ATGTTCAGATCATTTCACATGCGCACCGTTGGGCTGGCATTGCTGCTAGTCGTCGCGACCGGTTGCTCTTCCAAGAAAGCGGCCATTTACGAGCACGAGAACTTCGATGATTCGGGCACGTTCTCGCGTACCTATCCGGTGACTGACGTGGCGACTTGTGAAGCAGGACGTCGTGCGCTGCTGAGCCAGGGGTACATCATCACCAGCAGCGATCCGAAGCTGGTCAGCGGCCACAAGAGTTTCCAGCAGACTGGCGACACGCACATGGAGATCAGTTTCAACCTGGTCTGTGCCGAAGATGGCGGTCCGGGCCACCGCGCCACGATCTTTGCCAACGCTCTACAGGACCGGTATGCCCTGAAGAAGACCAATAACTCCGCCAGCCTGGGCGTGGGTGTATTGGGGTCGGTGTCGATGCCGATTGGCTCGTCGGACGATTCGATGGTCAAGGTCGCCAGCGAAACGGTGTCCGCAGCCAAATTCTATGAGCGTTTCTTTGCGCTGGTGGAGGTGTTCCTGCCTCCCGAAGCGAAAAAAGCCGCTGGAAACGTCGACAAACCGAAAGCCGAACTGGGCATTCCAGAGCCGAAGGTGGAGCCGGCTGCCCTGGCTCCCGCCGCAACTCCAGCGCCCGCGACAGTCCCGGTACCCGAGCCGACTCCTGCTCCCGTTGCGCCGGTCGAAGAGGCTGCTCCAGCGCCTGTCGAAACCGCGCCGGCCGCTTCCGAGCCGGTCGCGCCGCCTGCCGAGCCTGCGCCAATCGCTCCCAGCGAGCCGGAGTCCTACGCACCCCCGTCGACAGAGAGCATTACTCCGCCACCGCCCAGTTCCTTGCCGGCGCCAACCGAGCCGATCCAGCCGCTTCCTGCATCCTGA MFRSFHMRTVGLALLLVVATGCSSKKAAIYEHENFDDSGTFSRTYPVTDVATCEAGRRALLSQGYIITSSDPKLVSGHKSFQQTGDTHMEISFNLVCAEDGGPGHRATIFANALQDRYALKKTNNSASLGVGVLGSVSMPIGSSDDSMVKVASETVSAAKFYERFFALVEVFLPPEAKKAAGNVDKPKAELGIPEPKVEPAALAPAATPAPATVPVPEPTPAPVAPVEEAAPAPVETAPAASEPVAPPAEPAPIAPSEPESYAPPSTESITPPPPSSLPAPTEPIQPLPAS NA NA NA NA NA D1-35_00912 144 hypothetical protein ATGCTGATTCCAAGGCCATCAGGCATCGGTTTCAACGATTATTGGGAAGGACAGGCAATGGACGATTATCAGGAAGAGCTGCTCGAATATCAGGCTTATGAACTGGACCCCCTGGAACCTGCCGAAGACGCCACGGAACTGTAG MLIPRPSGIGFNDYWEGQAMDDYQEELLEYQAYELDPLEPAEDATEL NA NA NA NA NA D1-35_00913 1023 putative HTH-type transcriptional regulator ATGCGCCTGGGTGACCTGTCCGTAGGTTTCGTCCATAGCCTGGCAGACGCGGTGACCAGCCACGGTCATGACCCACAGCCATTGCTCGAACAATACGGCCTCGATGCCGCGCGCCTGGCAGAGCCCGGGGCGCGCCTGTCGATCCCGCGCTACATGCGCCTGGGCCATGCCGCCATCCAACTGACACAGGATCCGGCCCTGGGCCTGCGCATGGGCCAGCTCAGTCGCCTGAGCCAGGCCGGGCTGGCCGGCGTCACCGCGGCCCAGGCGCCCACCGTACGCGAGGCCGCACGCTGCATGATCCGCTTCGAGCCGCTGTACGGTTCCAACTACCGTGGGCAATCGAGTCTTCACGAGGACGCCCGGGGCGCGTGGCTGCGGTTCTATTCCATCAGCCCGTATAACGCCTACAACCGCTTCGTCGTGGATTCGATCATTGCCGGCTGGCTCCAGCAACTGTCCAGCGTCTGCGACGTGGTGTTGCGGGCCGAACGTATCGAAATCGAATTCGAGGAGCCAACTTACCTCGAAGCCTACCGTAGCCTCGGCGAAGGCCCGATCCAGTTCGCAGCCGAGCAGAACCAATTGCGCCTGGGGCTGGACAGCCTCGCCCTGCGCAACCCACAGCATTGCCCCAGCACCTGGCGCCACCTGGTTCAGTTATGCGAACGGGAACTGGAACAGCTGACTCGCACTCGCACCCTGCGCGAGCGAATCATTCAATTGCTGGGGCCGCTGCTCAACGGCGGACGGGAGCCGGATCTGGAAGAAGTGGCGATGCGCCTGAAGCTGCCGACCTGGACGCTGCGCCGCAAGCTGGCGGAAGAAGGTACGCAGTTCCGGGCGATCCTCAACGACACTCGCCGAGACCTCGCCATGACGTACATCCGCGACACGGAGCTGGCCTTTGGCGAAATCGCTTACCTGCTGGGGTTCGCCTCGGCCGAGGCATTCCAACGGGCTTTCAAGCGCTGGAACAACCAGACGCCGGGAGAGTTCCGGCGTAGCCGTAGAGCGACTTGA MRLGDLSVGFVHSLADAVTSHGHDPQPLLEQYGLDAARLAEPGARLSIPRYMRLGHAAIQLTQDPALGLRMGQLSRLSQAGLAGVTAAQAPTVREAARCMIRFEPLYGSNYRGQSSLHEDARGAWLRFYSISPYNAYNRFVVDSIIAGWLQQLSSVCDVVLRAERIEIEFEEPTYLEAYRSLGEGPIQFAAEQNQLRLGLDSLALRNPQHCPSTWRHLVQLCERELEQLTRTRTLRERIIQLLGPLLNGGREPDLEEVAMRLKLPTWTLRRKLAEEGTQFRAILNDTRRDLAMTYIRDTELAFGEIAYLLGFASAEAFQRAFKRWNNQTPGEFRRSRRAT NA NA NA NA NA D1-35_00914 1170 hypothetical protein ATGAAAATCACGAACCTGTACGCGGCCATCGACTGTCCCATGCGCAAATTTCTGTACCTGCTGTTCTCACTGGCCCTGACGGCCGTCCTGATCACTTATGCACTGTGGACAGCAGACCGTCCGGCGGGCCATTACCTGTCAGACCTGCGGATCAACCTGGCGGTCGACCGGGGCACGCCGGCCGACCGAGGCAACCTGCTGGGCATCCAGCCGGAATTGTTCCCCACCGACTACCAGAGCCCCGAACGCCTGCATCGCAAGCTGGCAGCGTACCTGCAGACTGCCCGCGACCAAGGGTTCATCAACGAAAAAACCGTCGTGGTCCTGCCCGAGCATATCGGCACCTGGCTGATGGTCAGCGGCGAAAAGGACGAGGTGTACCAGGCCACTACCTTCAAACAGGCCATGAACTGGCTCGCCATCAGCAATCCGCTGGCCTTTATCCGCGCATTGGCGGACGCTCAGGGCGACAGCCGGCTGGACGATGCGTACCTGCGCATGAAGGCGGACAGCATGGCCCATGACTACCAGGCGCTGTTCGGTGGGCTGGCCAAGGAGTTCGGCGTAACGCTCGTGGCCGGCTCCATCGTACTGCCCGAGCCCAGCGTCAGCGAAGGCGAGCTGAAAATCGGTGGTGGCGCGTTGTACAACAGCAGCCTGGTGTTCGGTCGTGACGGCCGGCCGATCGGCCAACCACAACGCCAGCGACACCCGGTGTTTGACCAGCAGGACGTGCTTGGGGCCGAACGACCGGACGTCACCCATGTCATTGACACGCCGGCCGGGCGCCTGGGCGTGCTGATCGGCAGCGACAGTTGGTATCCGCTTCATTATCGACAACTTGACGAACAAGGGGCCCAACTGATCGCCGTGCCCGCCTTTGTCATCGGCCGCGACGCCTGGAACAAGCCTTGGGCCGGCTACAAAGGCTTGTCCACGCCAAGCGAAGTGAGCCTCAAGCCCGGTGAGGTGAGTGAAGGGCAGGCCTGGCGTCGGCTGACGTTGACCAGCCGGTTGCCGATCAGCCAGGCCCGCGGCGGCGTCAGCGTATTCTTGCGTGGGCAGTTCTGGGACAACGGCAGCGCTGGCCAGAGCTTCATCAGCCACAACGGCGAGCAATTCACCGATGGTGAAGCCCGTGGCGCACGCCTGCTGAACTTGTGGCTTTAG MKITNLYAAIDCPMRKFLYLLFSLALTAVLITYALWTADRPAGHYLSDLRINLAVDRGTPADRGNLLGIQPELFPTDYQSPERLHRKLAAYLQTARDQGFINEKTVVVLPEHIGTWLMVSGEKDEVYQATTFKQAMNWLAISNPLAFIRALADAQGDSRLDDAYLRMKADSMAHDYQALFGGLAKEFGVTLVAGSIVLPEPSVSEGELKIGGGALYNSSLVFGRDGRPIGQPQRQRHPVFDQQDVLGAERPDVTHVIDTPAGRLGVLIGSDSWYPLHYRQLDEQGAQLIAVPAFVIGRDAWNKPWAGYKGLSTPSEVSLKPGEVSEGQAWRRLTLTSRLPISQARGGVSVFLRGQFWDNGSAGQSFISHNGEQFTDGEARGARLLNLWL NA NA NA NA NA D1-35_00915 2040 fadH COG0446 2,4-dienoyl-CoA reductase ATGACCGCCCCTCATTACCCGCATTTGCTGGCCCCGTTGGACCTGGGTTTCACCACGTTGCGCAACCGTACCCTGATGGGATCGATGCACACCGGCCTTGAAGAAAAGCCCGGCGGCTTCGAGCGCATGGCGGCGTACTTCGCCGAGCGGGCCCGGGGTGGGGTCGGCCTGATGGTCACCGGTGGAATCGGGCCGAACGATGAAGGTGGCGTGTACTCCGGCGCGGCCAAGCTGACCACCGAGGAAGAGGCCCTCAAGCATCAGGTCGTCACGCGGGCCGTGCACGAAGCGGGGGGCAAGATCTGCATGCAGATCCTCCACGCGGGACGTTATGCCTACAGCCCCAAGCAGGTGGCGCCAAGCGCGATCCAGGCTCCGATCAACCCGTTCAAGCCCAAGGAGCTGGACGAAGAGGGCATCGAGAAACAGATCCGCGATTTTGTCACCTGTTCGGTATTGGCTCAAAAGGCCGAGTACGACGGTGTCGAAATCATGGGCTCGGAAGGCTATTTCATCAACCAGTTCCTGGCTGCGCATACCAACCACCGTACCGACCGCTGGGGTGGGAGCTACGAAAACCGCATGCGCCTGCCGGTGGAAATCGTGCGCCGCGTACGCGAAGCGGTGGGGCCGAATTTCATCATTATCTTTCGCTTGTCCATGCTCGACCTGGTTGAGGGTGGCAGCACCTGGGATGAAATCGTCCAGTTGGCCAAGGCCATCGAACAGGCCGGCGCAACTATCATCAATACCGGTATCGGTTGGCATGAGGCGCGTATTCCCACTATCGCCACCAAGGTCCCGCGGGCGGCGTTCAGTAAAGTCACCGCCAAGCTGCGCGGCTCGGTGAGTATTCCGTTGATCACCACCAACCGCATCAACACCCCTGAGGTGGCCGAGCAGATCCTCGCCGAAGGCGACGCCGACATGGTGTCCATGGCGCGGCCGTTCCTTGCGGACCCGGAGTTCGTCAACAAGGCCGCCGCTGGCCGCGCAGACGAAATCAACACCTGCATCGGCTGCAACCAGGCCTGCCTCGACCATACGTTCGGGGGCAAGCTCACCAGTTGCCTGGTGAATCCGCGGGCCTGCCATGAAACCGAACTCAATTACCTGCCCGTAACCCAGGTGAAGAAAATCGCCGTGGTGGGCGCCGGTCCTGCCGGATTGTCCGCGGCCACCGTGGCGGCCGAACGCGGTCATCAAGTGACACTGTTCGATTCGGCCAGCGAAATTGGCGGCCAGTTCAACGTCGCCAAGCGCGTTCCGGGCAAGGAGGAGTTCTTCGAAACCCTGCGTTATTTCAAACGCAAGCTGCAGACTACCCACGTCGAGTTGTGCCTCGACACCCGGGTCGATGTGGCGCAACTGGTGGCCGGCGGTTTTGACGAGATCATCCTGGCCACCGGCATCGCCCCGCGCGTACCGGCGATCCCGGGTGTCGAACATCCCAAGGTGCTGAGCTACCTGGACGTGATCCTTGAACGCAAGCCGGTGGGCCGCAGTGTCGCGGTGATCGGGGCCGGCGGGATCGGTTTCGATGTGTCGGAGTTTCTCGTTCATCAGGGGGTTGCCACCAGCCAGGACCGTGAGGCGTTCTGGAAGGAGTGGGGCATCGACACCCAGCTGCAGGCTCGCGGCGGCGTGGCTGGAATCAAGCCCGAACCTCATGCACCGGCGCGGCAGGTGTTCCTGTTGCAGCGCAAGAAGTCCAAGGTCGGCGACGGGCTGGGCAAGACGACCGGCTGGATTCATCGCACCGGCCTGAAGAACAAACAGGTGCAGATGCTCAACAGCGTCGAATACCTGAAGATCGATGACCAAGGCCTGCACATTCGCATCGGCGAAGCGGGCGAGCCACAAGTGCTGGCCGTCGACAACGTGGTTATTTGCGCCGGCCAGGATCCGTTGCGCGAGTTGCAGGAAGGCCTGGAGGCGGCGGGGCAGACTGTCCACCTCATCGGCGGCGCGGATGTGGCGGCGGAGCTGGATGCCAAACGCGCGATCAACCAGGGCTCGCGGTTGGCGGCGCAGTTGTAG MTAPHYPHLLAPLDLGFTTLRNRTLMGSMHTGLEEKPGGFERMAAYFAERARGGVGLMVTGGIGPNDEGGVYSGAAKLTTEEEALKHQVVTRAVHEAGGKICMQILHAGRYAYSPKQVAPSAIQAPINPFKPKELDEEGIEKQIRDFVTCSVLAQKAEYDGVEIMGSEGYFINQFLAAHTNHRTDRWGGSYENRMRLPVEIVRRVREAVGPNFIIIFRLSMLDLVEGGSTWDEIVQLAKAIEQAGATIINTGIGWHEARIPTIATKVPRAAFSKVTAKLRGSVSIPLITTNRINTPEVAEQILAEGDADMVSMARPFLADPEFVNKAAAGRADEINTCIGCNQACLDHTFGGKLTSCLVNPRACHETELNYLPVTQVKKIAVVGAGPAGLSAATVAAERGHQVTLFDSASEIGGQFNVAKRVPGKEEFFETLRYFKRKLQTTHVELCLDTRVDVAQLVAGGFDEIILATGIAPRVPAIPGVEHPKVLSYLDVILERKPVGRSVAVIGAGGIGFDVSEFLVHQGVATSQDREAFWKEWGIDTQLQARGGVAGIKPEPHAPARQVFLLQRKKSKVGDGLGKTTGWIHRTGLKNKQVQMLNSVEYLKIDDQGLHIRIGEAGEPQVLAVDNVVICAGQDPLRELQEGLEAAGQTVHLIGGADVAAELDAKRAINQGSRLAAQL NA NA NA NA NA D1-35_00916 909 hypothetical protein ATGCTTTTGTCTGCCCTCGACTGGCATCCTCAACCGCGCCTCGAACCCCTTCACCTCGACTGGCTGGCGCGGGCCGGTATCGAGGTGGCGGTCTTGCGCCTGGACCGGATCGATCCGCTTATCAGCGGCAATAAATGGTTCAAGCTGCTTCATCATCTGCGTGCTGCCCATGCCAACGGCGCGGAGGGCGTGATGAGCCTCGGCGGCGCCTATTCCAATCATTTGCATGCGTTGGCGGCGGCGGGGCAGCGATTCGGTTTCCAGACGGTGGGGTTATTGCGCGGCCATCCCCGGGAGACGCCTACGACGCTTGATCTACAGACGTTCGGCATGACCTTGCACTGGTTGGGTTACGGCGGGTATCGAGAGCGGCATGAGCCGGGGTTCTGGGCTCCCTGGCAGGCAAAGTACCCGCATTTATGGCCGATAGCTGAAGGGGGCTCGGGGTTGCCCGGTGCGCAAGGCTGCATGTCCTGGGTAACGGCCGCCCGCAGCCAATTGGCCACGTTGGGTTGGGAGGATTATGACGGTTGGTGGCTGGCCTGCGGCACCGGGACGTCGCTGGCGGGGCTGGTTCTGGCTGAAGCGGGCGAGCATCCGGTTCATGGTGTCCTGGCGGTGCCTGAAGACCATGGGGTGCTGCAACATGTTGAAAGCATTCTGGTGGAGGCGGGGCTGGGCAATCCAGCTTATGAGTTGCTTGACGGCAGCCGTGGCGGTTTTGCCCGGGTGGATGCCGGGCTCAGCGAGTTCATCGAAACTACCAGCGCTATCGAACTGGAACCGCTGTACACGGGCAAGGCGCTGATGCTGCTCAGGGCCCGGATTGAAGCCGGGACATTTGTCGCCGGCACTCGCTTGATTTTCGTTCACACCGGCGGCTTGCAAGGTCGCCGCGGGTTCGATTAA MLLSALDWHPQPRLEPLHLDWLARAGIEVAVLRLDRIDPLISGNKWFKLLHHLRAAHANGAEGVMSLGGAYSNHLHALAAAGQRFGFQTVGLLRGHPRETPTTLDLQTFGMTLHWLGYGGYRERHEPGFWAPWQAKYPHLWPIAEGGSGLPGAQGCMSWVTAARSQLATLGWEDYDGWWLACGTGTSLAGLVLAEAGEHPVHGVLAVPEDHGVLQHVESILVEAGLGNPAYELLDGSRGGFARVDAGLSEFIETTSAIELEPLYTGKALMLLRARIEAGTFVAGTRLIFVHTGGLQGRRGFD NA NA NA NA NA D1-35_00917 711 hypothetical protein ATGAATAAGTTTTGTGGCAACAACGGTTATAAAGGCATCGCGAGCAAACTGATGGCAATAGGGCCGCCGAGGCCGAGGCCGGTCAAGCCAGCGGTCAAACCGCCGGTCAAGCCACCGGTCAAACCACCGGTCAAACCACCGGTCAAACCACCGGTCAAACCACCGGTCAAACCACCGGTCAAGCCACCGGTCAAGCCACCGGTCAAGCCACCGGTCAAACCGCCAATCAAGCCGCCGGCCACCCCCCCAAAGCCGGTCAAACCCCCGGTCGCACCGCCAAAGCCGGTCAAGCCACCGGTCACACTCCCAAATAAGCCGGGCAATCGACCAGTATCCAAGCCCAAACCAAACGACGCGCCGTCAACTCCTCCACAAAATAAGCCTAAGCCCGCGCTCCCGCCGTCGCCTCCGTTGAACCCCTGGCCTGTTTTGGATCTCCTTGACGCTTCTGTCGCTATTGTAAATTTAGTCGATGCGGTCGGAAGTATTAAGAACAATGATGGAACCACTTCTTTACCCGATGGCAGTGTGGTCGATGCTGAAAAAACTTCCGTGACGCGGCCGGATGGGATTATTCAGTATGATGACGGAACAGTGGAGCATCCTGATGGAACTATTGTTTTTGCCAGTGGCGAAATTCAATATCCGGATGGCAGCGTGTTGTATCCCGACGGGGATTTGCTGGATAAAGATCACCATAAAATTAATTGA MNKFCGNNGYKGIASKLMAIGPPRPRPVKPAVKPPVKPPVKPPVKPPVKPPVKPPVKPPVKPPVKPPVKPPVKPPIKPPATPPKPVKPPVAPPKPVKPPVTLPNKPGNRPVSKPKPNDAPSTPPQNKPKPALPPSPPLNPWPVLDLLDASVAIVNLVDAVGSIKNNDGTTSLPDGSVVDAEKTSVTRPDGIIQYDDGTVEHPDGTIVFASGEIQYPDGSVLYPDGDLLDKDHHKIN NA NA NA NA NA D1-35_00918 1389 vgrG1_1 COG3501 Actin cross-linking toxin VgrG1 ATGCGCAACGACACGGATTATTCCTTCAGCCTCACACTCACCGAAAGCAACCTGCAGCTTCACGTCCAGAGATTTGGCGGCCGAGAAGCCCTCAACCAACCTTTTCGGTTCGACCTCGACTTGCTCGGCCTGACGCCGCCGATCGACCTCGATATCATTCTCGGCCAACAGGCGTTCCTGCACCTCAGTGCCGAGTCGGGCGTGCATGGGATCATCGCCAGCGTCAGCCTGACCTCCCATTCCCGGCAATGCGTAGGCTACCGCCTGACGCTGGTGCCTTACCTGCAGAGGCTGGAGCAGAGTCCGCGACGCCGGGTCTTTGGCCGACTCAGCGCAGTCCAGGTGCTGCAACACTTGCTGGAAGAACACCAACTGCCCACCCACAGTTACCGGTTTGAATTGCCACACGGGCACTACCCATGCCGGCCGTTCTGTGTCCAATACGACGAAAGCGACCTCGAACTGTTGCAACGGCTGTGTGAGGAAGAAGGCATCCACTATCACTTCGAGCACGCCCCTACCGGCCATGTGCTGGTATTTGCCGAAGAGGCGACAAGTTTCCCTGATCAGCCGGTCGGGTTGAACCTGCATCAGGAGGAAGGCCAACCGGCCGTTGAGCGCCTGTATCAGCGCCATCACCTGACGCCACCTCTGTTGCCGGCCAACGCCAGGGATCGGGCGTTGGCCGGGGTTTCTGAAACCTCGGCAGCCAACCACCCTTTCACCCCCACGCTGGAGGCGGCCTGGACCAACGTTGCGCAAGCCCAACAGGCAGGTCGCCGTACCCTCGAGCGGCTGCGCTGCACGCAAAGGGAAATCCACGGCCAGAGCAGCCAACCGACTTTGCGCAGTGCCTCCATCGTGCAGATCGGTGGCCATCCGATATCTACGTTCAACGATCAATGGTTAATTTCCGAGATCAAGCATCGCGGGCGACAGCCGTCGATCCTCGAAGCCCCATCTTCCTCTCCTGCGTCGCAACACTATCACAATCGGTTCCTGGCCATTCCCTGGTCCACTGTGTTCAGGCCAGCCCTCAAGCACCCAAAGCCGCGCATCGCCGGCAGTCATCTTGCCTATGTGCACGGTCAGCATGGGCATGACCAGGTAAACGTCAGCCTTTGGACCCCGGAGGGCGAAGTCATCACATTGCCTCTGTCGCGGTTGACCTTGCATGACTGCCAGGCGCCGCCGGCTGGCAGCCTGGTGCTGGTGACTTTTCTCGACGGCGATCCCGACAGGCCAGTGCTATGCCCAGGAATATTCAGCCTCCCGGGCTCCGGCGCCGGCGACCTCGGCGGGTCAATCGTTGGCCCCTCAACGCCGCCCTGTCGTGATGCGGGGTTATTGCTGGACTGGCTGCTGAACCGCCCTGACCCCATCGCTTGA MRNDTDYSFSLTLTESNLQLHVQRFGGREALNQPFRFDLDLLGLTPPIDLDIILGQQAFLHLSAESGVHGIIASVSLTSHSRQCVGYRLTLVPYLQRLEQSPRRRVFGRLSAVQVLQHLLEEHQLPTHSYRFELPHGHYPCRPFCVQYDESDLELLQRLCEEEGIHYHFEHAPTGHVLVFAEEATSFPDQPVGLNLHQEEGQPAVERLYQRHHLTPPLLPANARDRALAGVSETSAANHPFTPTLEAAWTNVAQAQQAGRRTLERLRCTQREIHGQSSQPTLRSASIVQIGGHPISTFNDQWLISEIKHRGRQPSILEAPSSSPASQHYHNRFLAIPWSTVFRPALKHPKPRIAGSHLAYVHGQHGHDQVNVSLWTPEGEVITLPLSRLTLHDCQAPPAGSLVLVTFLDGDPDRPVLCPGIFSLPGSGAGDLGGSIVGPSTPPCRDAGLLLDWLLNRPDPIA PGPT0030410_4421 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_00919 705 COG0217 putative transcriptional regulatory protein ATGGGCGCACAGTGGAAGGTTAAACACAAAGAAGCGGCTGCCAACGCCAAAGGCAAGATTTTCGGCAAGCTGGTGAAGGAGATCACCATCGCGGCGCGTAACGGCGCCGATGTCGCTACCAATGCGCACCTGCGCCTGGTGGTTGAACAGGCGAAAAAGGCCTCGATGCCCCGCGAGACCCTGGAGCGCGCGATCAAGAAAGGCTCCGGCCAGCTCGGTGAAACCGTTCAGTATCATCGCGTGACCTACGAAGGGTTCGCGCCCCATCAGGTGCCGCTGATCGTTGAGTGTGTGACCGACAACATCAACCGTACCGTCGCCGAAATCCGTGTCGCGTTCCGCAAGGGCCAGTTGGGTGCTTCCGGTTCGGTCGCCTGGGATTTCAACCATGTCGGCATGATCGAAGCTGCGCCGGACAGCCCTGACGCCGATCCGGAAATGGCCGCCATCGAGGCCGGTGCCCAGGATTTCGAGCCGGGCGAAGACGGGGCGACGCTTTTCATCACCGAACCTGCCGACCTTGACGCCGTTCAGAAAGCGTTGCCGGAGCAGGGTTTCACCGTGTTGTCGGCCAAATTGGGCTATCAGCCGAAAAACCCGGTCAGCGGCCTGAGCGACGAGCAGATGGCCGAAGTCGAGGCGTTCCTGGAAGGCCTCGACAACCATGACGATGTGCAGGACATGTTTGTCGGCCTGGCCGGTTAA MGAQWKVKHKEAAANAKGKIFGKLVKEITIAARNGADVATNAHLRLVVEQAKKASMPRETLERAIKKGSGQLGETVQYHRVTYEGFAPHQVPLIVECVTDNINRTVAEIRVAFRKGQLGASGSVAWDFNHVGMIEAAPDSPDADPEMAAIEAGAQDFEPGEDGATLFITEPADLDAVQKALPEQGFTVLSAKLGYQPKNPVSGLSDEQMAEVEAFLEGLDNHDDVQDMFVGLAG NA NA NA NA NA D1-35_00920 1344 hypothetical protein ATGCACACCCTCACCCAACTGCGTACCGGCCAGCTGTCAGGCATTACCCGACTGAAGCTTTCGTGCGGCCTGACGGAGTTTCCCCGGGAAATTTTCAACCTGGCGGACTCCCTCGAAATTCTCGACCTGAGCGGCAACCAGCTCGATACGCTGCCCGACGACCTGTATCGGCTGCCGCACCTGCGCGTGCTGTTCTGCTCCGACAACCACTTCACTGAATTGCCCGAATGCCTGGGACGCTGCAGCGCGTTGACCATGATCGGCTTCAAGGCCAACCGCATCGAACACGTGACCGCTCAGGCTTTGCCGCCACTGCTGCGCTGGCTGATCCTGACCGATAACCGCGTCAGCCAGTTGCCGGATGAACTGGGCCATCGCCCGCACCTGCAAAAGCTGATGCTGGCGGGCAATCGTCTTCAGCAACTGCCCGAGAGCCTCGCCCAGTGTCATCGCCTCGAATTGCTGCGCATCGCCGCCAATCAACTGACCGAATTGCCGTCCTGGTTGTTGGAGCTGCCTAGCCTCAGTTGGCTGGCCTACGCCGGGAATCCCTTGGAAGCCCAGGCCGAGGCCGCCGCGCTGCATGCCGCCACGCCTGTCGACTGGCTGCAACTGAGATTGCAACACACTCTCGGCGAAGGTGCTTCGGGGGTGATTCATCAAGCGCTGTGGCAAGCACCGGGCCGCCCCGCGCGAAACGTCGCGGTCAAGCTGTACAAAGGCCAGATGACCAGCGATGGCTCGCCACTGCATGAAATGCATGCCTGCATCACAGCCGGCAAGCATCCTAACCTGATCGAAGTATTGGGCCAGGTCAGCGGTCATCCCGAGCAGCAGATCGGGCTGGTGATGGCCCTGATCGGACCCGATTGCCGCAACCTGGCCGGGCTGCCGAGCCTGGCGTCCTGCACCCGCGACGTCTACGACGACGAGCTGCGGCTGAGCGCAGCGGCGGCCTTGCGCATCGCCCAAGGCGTTGCGTCGGTGGCGGCGCACCTGCATCGCCAGGGCATCACCCATGGGGATCTGTACGGCCACAATATCCTCTGCAACGACCAGGGCGATTGCCTGCTCGGTGACTTCGGCGCGGCGTCTTTCCATGCCACGGCTGACACGCCGCAAACGCGCGCCCTGCAACGCATCGAGGTGCGGGCGTTCGGGATTCTGCTGGGGGAGTTGCTGGCGCGGATCGAGCCGGCGCTCGCGGATGAGACGCTTGAGCGGTTGCGACAGCTGGAGACGCGCTGCTGTCAGCCGGACGTACTGGCGCGGCCGGGGTTTGACGAGATAGCTGGCTTGTTCGGCGACCGTGGCGAGGGAGCTGCCTCCCTCACCACAAGGTAA MHTLTQLRTGQLSGITRLKLSCGLTEFPREIFNLADSLEILDLSGNQLDTLPDDLYRLPHLRVLFCSDNHFTELPECLGRCSALTMIGFKANRIEHVTAQALPPLLRWLILTDNRVSQLPDELGHRPHLQKLMLAGNRLQQLPESLAQCHRLELLRIAANQLTELPSWLLELPSLSWLAYAGNPLEAQAEAAALHAATPVDWLQLRLQHTLGEGASGVIHQALWQAPGRPARNVAVKLYKGQMTSDGSPLHEMHACITAGKHPNLIEVLGQVSGHPEQQIGLVMALIGPDCRNLAGLPSLASCTRDVYDDELRLSAAAALRIAQGVASVAAHLHRQGITHGDLYGHNILCNDQGDCLLGDFGAASFHATADTPQTRALQRIEVRAFGILLGELLARIEPALADETLERLRQLETRCCQPDVLARPGFDEIAGLFGDRGEGAASLTTR NA NA NA NA NA D1-35_00921 1062 hypothetical protein ATGAATAACGTCAAACGCAGTGCACTGTTCGGTTTCTGCTCGCTGGGCTCCGCTTGCCTGGGCGCCCTGCTCCCGGTCACCCAGGCGTTGGCCGAACCGACGCTTTACCTGGGCATGAACGGCGGCACCATGGAGCGGCTGTATGCCGACAAGGTCCTGCCGGCCTTTGAGAAAGCCAACAACGTCAAGGTGGTGATCGTGCCAGGCACCTCGGCCGACATCCTCGCCAAGGTCCAGGCCAGCAAGGGCAACCCGCAGATGCACGTGATGTTCCTCGACGATGGCATCATGTACCGCGCCATCGCCATGGGGCTGTGCGACAAGCTTGAAGACAGCCCGCCCCTGGCGCAGATTCCGGCCAAGGGCCGGATCAAGGACCAGGCCGTAGCTGTCAGCCTCGGGGTCACCGGGCTTGCTTACAACACGCGGCTGTTCAAGGAAAAAGGCTGGAACACACCCACCTCGTGGATGGACCTGGCCGATCCGCGGTTCAAGGACAAGGTGGTGTTCCAGTCCATGGCGTCGTCAACCTTCGGCCTGCACGGTTTCCTGATGTTCAACCGGATCCAGGGCGGCAGCGAAACCGACGTCGAACCGGGTTTCAAGGCCTGGCCGAACACGATCGGGCGCAACGTGCTGGAGTACATTCCCAGCTCGGCGAAAATCTCCGAAATGCTGCAAACCGACGAAGCCGCGCTGTTCCCGCTGACGCCGACCCAGGTGACCGCCTTGAAACTCAAGGGCATGCCAGTCGAGTATGCACAACCGAAGGAAGGCGCAGTGGTGCTCAACGTCGCGGAATGCGCGGTGGCCCACAACAGCGAACCCGAACTCGCGCAGAAACTTGCCGCGTTCCTGCTGACGCCTGAAGCCCAGGCCATTGCCCTGGAGGAAGGCGACCAGATCCCGTCCAACCCCAACACCCCGACCACCGACAAGACTCGTGGCCAGGTGGAAGCGATGAAGCAATACCTGGAAACCGCGATCGCGGTGGATTGGGACCAGGTCAATGAGCAACGTCCGGCCTGGAACGCGCGGTGGAATCGCAGCATCGAGCGCTAG MNNVKRSALFGFCSLGSACLGALLPVTQALAEPTLYLGMNGGTMERLYADKVLPAFEKANNVKVVIVPGTSADILAKVQASKGNPQMHVMFLDDGIMYRAIAMGLCDKLEDSPPLAQIPAKGRIKDQAVAVSLGVTGLAYNTRLFKEKGWNTPTSWMDLADPRFKDKVVFQSMASSTFGLHGFLMFNRIQGGSETDVEPGFKAWPNTIGRNVLEYIPSSAKISEMLQTDEAALFPLTPTQVTALKLKGMPVEYAQPKEGAVVLNVAECAVAHNSEPELAQKLAAFLLTPEAQAIALEEGDQIPSNPNTPTTDKTRGQVEAMKQYLETAIAVDWDQVNEQRPAWNARWNRSIER PGPT0007855_3151 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_00922 1116 abo_1 4-methylaminobutanoate oxidase (formaldehyde-forming) ATGATCGAGGTGGATGCGCTGATCATCGGCGGCGGTATCGTCGGCGCCTCGGCGGCGTTGTTCCTGAGCCAGGCCGGGCGGAGCGTGGCGCTGCTGGAGCGGGACTTCTGCGGTTCGCATTCCAGTGGCGTGAATTACGGCGGCGTACGGCGCCAGGGGCGGCCATTGTCGCAACTGCCGTTGTCGCAACGCGCGCATGAGATCTGGGCGCGATTGCCGCAACTGATCGGCATCGACGGTGAGTATCAGCGTAGCGGTCATCTGAAGCTGGCCCGCAGCCTCGATGACCTGCGTGCGTTGCATGATTATGCCGCGAGCAGTCATGGCTTCGGCCTGGATCTGCAATTGCTGGATCGCGATCAACTGCGCAGGCGGTTTCCCTGGGTCGGCGACGTCGCGGTCGGCGCCTCGCTGTGCCCGGGCGACGGTCACGCCAATCCGCGCCTGGTCTCGCCGGCATTTGCCCAGGCGGCTCGCAGGCATGGCGCAAAGGTTTACGAACAATGCCAGGTCAGCCAGGTGACGCACGACGGCCAGCGCTTTGTCGTGCGCACCGAGACAGGCCTTGAGCTGCGCGCGCCGTGGCTGCTGAACTGCGCCGGGGCCTGGGCGAGTCGGTTCGCCGCGCAGTTTGGCGAGGCCGTACCGATGCACGCCGGGCACCCGGCCATGCTGGTCACCGAGCCGCTGCCGGTCGTGATGGACGCCAGCACTGGCGTAGAAGGCGGCGGCATTTATGCGCGCCAGGTCGCCCGGGGCAATTGCGTGTTGGGTGGCGGCCAGGGTTTCGCCCTCGATGACGCCCGCGCCCGCCCCGGCCAGAACGCCGTCATCGAGATCCTGCGCCAGGCCGTCGAACTCTACCCTTTCCTGGAGGGCGCCCAGGCGATTCGTACCTGGAGCGGCACCGAAGGTTACCTGCCCGATCGCCAACCGGTGATCGGCCCGAGCAGTACCCAGTCCGGCCTGTTGCATGCGTTCGGCTTTGCCGGCGCCGGTTTCCAGATCGGCCCGGCGGTGGGCCAGGCGCTCACTGAGATCATCTGCTGCGGCGCCTCAACCACGCCGCTGGATGCGTTTTCCATCACTCGGTTTCACTCCATCTCCGTTGCTTGA MIEVDALIIGGGIVGASAALFLSQAGRSVALLERDFCGSHSSGVNYGGVRRQGRPLSQLPLSQRAHEIWARLPQLIGIDGEYQRSGHLKLARSLDDLRALHDYAASSHGFGLDLQLLDRDQLRRRFPWVGDVAVGASLCPGDGHANPRLVSPAFAQAARRHGAKVYEQCQVSQVTHDGQRFVVRTETGLELRAPWLLNCAGAWASRFAAQFGEAVPMHAGHPAMLVTEPLPVVMDASTGVEGGGIYARQVARGNCVLGGGQGFALDDARARPGQNAVIEILRQAVELYPFLEGAQAIRTWSGTEGYLPDRQPVIGPSSTQSGLLHAFGFAGAGFQIGPAVGQALTEIICCGASTTPLDAFSITRFHSISVA PGPT0013510_1810 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013510-soxB_-K00303 NA NA D1-35_00923 1356 hcnB_1 Hydrogen cyanide synthase subunit HcnB ATGAACCCCATAGCCATCATCGGCGCCGGCCCCGCCGGCATCCGCGCTGCGCAAACCCTGATTGCCCATGGCGTGTACCCGGTCCTGCTGGACGAGGCGGCACGCGGCGGCGGGCAGATCTACCGGCGCCAGCCGGCCAACTTCACGCGCACGCCGAACCAGCTCTATGGCTTCGAAGCGCACAAGGCCAGCGCCCTCCACCAGACCGTGGATGAATTGCGCGAGCAGATCGACTATCGCCCCGACACGCTGGTGTGGAACGCCGAGGGCGGGCTGCTGGATACCTTGCATGAAGGCCGCGCCGCGCGCCTGGCGTATGCCAGCGTGATCGTCGCGACGGGCGCCACCGACCGGATCCTGCCGGTCCCTGGCTGGACGCTGCCCGGGGTGTACAGCCTGGGCGCGGCGCAAATCGCCCTGAAGTTCCAGGGCTGCGCCATCGGCGAGCGAGTGGTGTTCGCCGGCAGCGGGCCGTTGTTGTATCTGGTGGCGTACCAATACGCCAAGGCCGGCGCCCATGTCGTCGCGGTGCTCGACAGCTCCCCCTTGAGCGCCCAGGCCCGCGCCCTGCCCGGCCTGCTCGCACAACCGGCCACCCTCGCCAAAGGCCTCTATTACCGCGCCTGGCTCACAGCCCACGGCATCGCCGTGCAGCAAGGCGCCAGCCTTTCGCGCATCGACGGCGAACGCCGGGTGCAGTCGTTGTCATGGCAAAACGGAAAAGGCCAGCACCGGCTCGATTGCGATGCGGTGGCCTTCGCCCACGGCTTGCGCAGCGAAACCCAACTGGCCGACCTGCTCGGTTGTGAGTTTGCCTGGAACCCGCTCAACCGAGCGTGGCTGCCGCAGCGCGACCGCGCCGGGCGCAGCAGCTCTCCAGGGGTCTACCTGGCCGGCGATGGCGCCGGGATCATGGGCGCCGATGCCGCCGAAATGGCCGGCGAACGGGCAGCCCTGGCATTGCTCGAAGATCTCGGTTACCAGATCGACCCGCAACGCTGCGCCCAGCTGGAACAATCCCTCGAACGCATCGGCCGTTTCCGGCAAGGCCTGGAGCGCGCCTTTGCGTTTCCCGAGGACTGGGCGGACCGCGCCGCTGATGGGCTGATGATTTGCCGCTGCGAAGAAGTCAGCGTCGGTGACATCCGGCAAATCGTCGATGAAGGCCACTGGGAGATCAACCGGGTCAAGGCCCATTGCCGGGTCGGCATGGGCCGCTGCCAGGGGCGGATGTGCGGTGCCGCGGCGGCGGAAATCATCGCTCGGGAAAGTGGACGCAACATTCAGGAAATCGGCCGTCTGCGGGCACAGGCGCCGATCAAGCCGGTCCCGTTTGGCCTGGAGGTCGAGTCATGA MNPIAIIGAGPAGIRAAQTLIAHGVYPVLLDEAARGGGQIYRRQPANFTRTPNQLYGFEAHKASALHQTVDELREQIDYRPDTLVWNAEGGLLDTLHEGRAARLAYASVIVATGATDRILPVPGWTLPGVYSLGAAQIALKFQGCAIGERVVFAGSGPLLYLVAYQYAKAGAHVVAVLDSSPLSAQARALPGLLAQPATLAKGLYYRAWLTAHGIAVQQGASLSRIDGERRVQSLSWQNGKGQHRLDCDAVAFAHGLRSETQLADLLGCEFAWNPLNRAWLPQRDRAGRSSSPGVYLAGDGAGIMGADAAEMAGERAALALLEDLGYQIDPQRCAQLEQSLERIGRFRQGLERAFAFPEDWADRAADGLMICRCEEVSVGDIRQIVDEGHWEINRVKAHCRVGMGRCQGRMCGAAAAEIIARESGRNIQEIGRLRAQAPIKPVPFGLEVES NA NA NA NA NA D1-35_00924 291 hypothetical protein ATGGCTCTGCTGAAACGACTGGCCGAGCGCGATCGCCCGGCCCTGGACTTCACGCTCGACGGCTTGCCTGCCAGCGGTCTGCTCGGCGATACCGTGCTGACCGCCGTGCTGACCTGCGCTGAGCACTTGCGCGGCAGCGACTTCAGTGCGGAGCCCCGGGCCGGTTTCTGCCTGATGGGCGCCTGCCAGGATTGCTGGGTCCGATTGGGCGACGGTCGCCGCGTGCGCGCCTGCTCGACGCTGCTCGAAGCCGGCCAGCAGATCAGCCGCGAACCGGGGCGCAAGGTATGA MALLKRLAERDRPALDFTLDGLPASGLLGDTVLTAVLTCAEHLRGSDFSAEPRAGFCLMGACQDCWVRLGDGRRVRACSTLLEAGQQISREPGRKV PGPT0020400_153 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020400-lhpD-K22550 NA NA D1-35_00925 795 ydcV_2 Inner membrane ABC transporter permease protein YdcV ATGTCCAGGAACGGTCCTTTCGCCCTGTTGTTTCACGCCCTGGTCGTGGTGTTCATGCTGGCGCCACTGGTGGTGGTCTGCCTGGTGGCCTTCACCCCGGAAAACACCCTGAGCCTGCCCACCACGGAGTTTTCCCTGCGCTGGTTCCGTGCCGTGTTCGAGCGCGCGGATTTTGTCGATGCGTTCTACAACAGCCTGGTCCTGGCGTTCTGCGCGGCGTCGCTGGCGACATTGATTGCGGTGCCGGCGGCACTGGCAATCACCCGGCTGGAGTTTCCTGGCCGGGATTTTTTCAATGGTCTGTTCCTGTCGCCGATCATTATTCCGCACCTGGTGCTGGGCGTCGCGTTACTGCGCCTGTTTGCGTTGATGGGCGTGAACGGCAGTTTTACCTGGCTGATCTTCGCCCACGTGCTGGTGATCACGCCCTATGTGCTGCGCCTGGTGCTGGCGTCGGCCATCGGCCTGGACCGCAGCGCCGAACAGGCTGCGCAATCGCTGGGCGCGGGGCGCTTCACCCTGTTCCGGCAGATCACCTTGCCGATGATTCTGCCGGGCGTGGCCGGAGGCTGGTTGCTGGCGTTCATCAATAGCTTCGATGAAGTCACGCTGTCGATCTTCGTCACCTCGCCGGCCACGCAAACCCTGCCGGTGCGCATGTATGTGTACGCCACCGAATCCATCGACCCGATGATGGCGGCGGTGTCGGCGCTGGTTATCGGGCTGACTGCATTGACGATGATTTTGCTCGACCGGGTCTATGGCCTGGATCGGGTCCTGGTGGGCAAACAATGA MSRNGPFALLFHALVVVFMLAPLVVVCLVAFTPENTLSLPTTEFSLRWFRAVFERADFVDAFYNSLVLAFCAASLATLIAVPAALAITRLEFPGRDFFNGLFLSPIIIPHLVLGVALLRLFALMGVNGSFTWLIFAHVLVITPYVLRLVLASAIGLDRSAEQAAQSLGAGRFTLFRQITLPMILPGVAGGWLLAFINSFDEVTLSIFVTSPATQTLPVRMYVYATESIDPMMAAVSALVIGLTALTMILLDRVYGLDRVLVGKQ PGPT0007845_3512 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007845-ABC_SP_P|ydcV-K02053 NA NA D1-35_00926 870 potB COG1176 Spermidine/putrescine transport system permease protein PotB ATGAAGCTGATGGATGCCATCAAGCGCGGCCGCCAGGGTTACCTGATGTCGGCCCCGGCCCTGGCCTTGTACCTGAGCCTGCTGGTCATTCCCCTCGGGTTGACGCTGGTGTTGTCGTTCAACGTCTTCGACTACGGCTCGGGGATCAACAGCGAGGCCTACACGTTCGAGCATTACACCAGCCTGCTGGGCGATCCGTACTTTTATGAAATCTTCCTGCGCACGTTGTGGATCAGCGCCCTGACCACCGTGCTCTGCGTGCTGATCGGCGTGCCCGAGGCCTACATTCTCAGCCGCATGGGCGCGCCTTGGCGCTCGATTTTCCTGATTCTGATCCTCACGCCGCTGTTGATCTCGGTGGTGGTGCGGGCCTTCGGCTGGAGCCTGCTGCTCGGCGCCGACGGCCTGGTCAACCAGACCTTGCAGGCCCTTGGCGGCTCGCCGATGAAGCTGCTCTACACGCCGTTTGCCGTGGTCATCGCCCTGGTCCATGTGATGTTGCCGTTCATGATCATTCCGGTGTGGACTTCGTTGCAGAAACTTGACCCGGCCGCCGAACAGGCCGCGCTGTCCCTGGGCGCGAGCCAGTTCACGGTGATCCGCAAGGTCGTGTTGCCGCAGATCATGCCCGGCGTGCTGTCTGGCACCCTGATTGTGTTCGGCCTCGCCGCCAGTTCCTTCGCGATACCCGGCCTGCTCGGCGGGCGGCGCTTGAAGATGGTCGCCACGCTGATCTACGACCAGTACCTGTCGGAACTCAACTGGCCCATGGGCGCGGCCATTGCCGTCGCGCTGCTGCTGCTCAACCTGCTGATCATGCTCTCGTGGAACCGCATGATCGAAGGCCGCTACAAGAAATCATTGGGGTAA MKLMDAIKRGRQGYLMSAPALALYLSLLVIPLGLTLVLSFNVFDYGSGINSEAYTFEHYTSLLGDPYFYEIFLRTLWISALTTVLCVLIGVPEAYILSRMGAPWRSIFLILILTPLLISVVVRAFGWSLLLGADGLVNQTLQALGGSPMKLLYTPFAVVIALVHVMLPFMIIPVWTSLQKLDPAAEQAALSLGASQFTVIRKVVLPQIMPGVLSGTLIVFGLAASSFAIPGLLGGRRLKMVATLIYDQYLSELNWPMGAAIAVALLLLNLLIMLSWNRMIEGRYKKSLG PGPT0007850_2563 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007850-ABC_SP_P1|ydcU-K02054 NA NA D1-35_00927 1026 btuD_3 Vitamin B12 import ATP-binding protein BtuD ATGGCTTTCGTGCAACTTGAAAACTTGAGCAAACGTTATGGCGACCTCGACGCCGTGGTCGCCACCAACCTCTCGGTGGAAAAAGGCGAGTTCGTCTCCCTGCTGGGGCCATCAGGTTGCGGCAAGACCACGACCCTGCAAATGATCGCCGGCTTCGTCGAAGCCAGCAGCGGGCGCATCCTCCTCGACAGTCGCGACATCACTCACGCCAAGCCGGCCAGCCGGGGCCTGGGCGTGGTGTTCCAGAGCTACGCGCTGTTCCCCCACATGACCGTCAAGGACAACGTTGCCTTCGGCTTGCGTATGCGCAAAGTGCCGAGCACCGAATTGCAGACACGGGTCGATCGGGTACTCAAGCTGGTGCGCCTCGACCAGCACGCCGAGCGCTACCCGCGTGAACTCTCCGGCGGCCAGCGCCAGCGCGTGGCTTTGGCCCGGGCGCTGGTGATCGAACCGCCGGTGCTGCTACTCGACGAACCGTTGTCCAACCTCGACGCCAACCTGCGCGAGGAGATGCAGTTCGAGATCCGCCGCATCCAGCGCGAGGTCGGCATCACTACGTTGATGGTGACGCATGACCAGTCCGAGGCGCTGTCGATCAGCGACCGGGTGGTGGTGATGCAGGCCGGGCGCATCACCCAGATCGACGCGCCCTACACGCTTTATGAACACCCGCGCACCGAGTTCATTTCCGGTTTTGTCGGCAAAGCCAACCTGCTCCCGGGCCAGCGGGACAGCGCCGGCGTCGTGCAAGTCTTTGGCGCCGGTCAAGGCGAGCTGACCCTGAGCCTGCGCCCGGAGAAAATCGATCTGTGCGCCGCCGGCGCGGGGCGGCTGCAAGGCACTGTCACCAGCCGTTTTTTCCTCGGCAGCCAGTGGCTGTACGGCGTCGACACCAACCTGGGCGAGCTCAGCGTGGTGCGCCGCAACGACGGCTCGGCGCCCCTGACCGAAGGCACCGCCGTCGGCCTGGACTGGGATCCGGCGCTGCTGCGGGTGCTGAGCGTGGACGAGGTGTCGGCATGA MAFVQLENLSKRYGDLDAVVATNLSVEKGEFVSLLGPSGCGKTTTLQMIAGFVEASSGRILLDSRDITHAKPASRGLGVVFQSYALFPHMTVKDNVAFGLRMRKVPSTELQTRVDRVLKLVRLDQHAERYPRELSGGQRQRVALARALVIEPPVLLLDEPLSNLDANLREEMQFEIRRIQREVGITTLMVTHDQSEALSISDRVVVMQAGRITQIDAPYTLYEHPRTEFISGFVGKANLLPGQRDSAGVVQVFGAGQGELTLSLRPEKIDLCAAGAGRLQGTVTSRFFLGSQWLYGVDTNLGELSVVRRNDGSAPLTEGTAVGLDWDPALLRVLSVDEVSA PGPT0007860_3450 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007860-ABC_SP_A|ydcT-K02052 NA NA D1-35_00928 837 kdgR_1 COG1414 Transcriptional regulator KdgR ATGCCTTATTCCACTGAGCGGAATTTAGAAAAAGGTGAAGTTGGGGTCGGCTCGGTCTCACGGCTGTTCGCGGTGCTGCGCAGCCTGGGCGAGACCGTTGAAGGCGGTGAGCGCGTGACGCAACTGGCCCAGCGCATCGGCCTGTCCCAGCCGACCACGCACCGCTTGCTGCGCAACCTGATGGACGAGGGCATGGTCGAGCAGGATGCGCGCAGCAAACGCTATCGGCTCAGCCTGGACTTCTTTGCCCTGGCTGCCCGCGCCGGCAATACCGGTAACCTGCGTGAACTGGCCAGGCCCGCCATGTTGCGGCTGTCGGCGTCGCTGGGGGATTCGCTGTTTCTGCTGGCGCGTTGCGGTTTCGATGCCATCTGCCTGGATCGCAGCGAGGGGCCGTTTCCGATTCGCACCTTCACCGGTGACATCGGCGGCCGCGTGGCACTGGGCGTGGGGCAGGGCAGCCTGGCGATCCTGGCATTCCTGCCAGAGGAGGAGCGCGACACGGTGATCCATTACAACCTGCCGCGGCTCAAGGATTTTCATTTGTACGATGAAGTCTTCCTGCGCACCGAGGTCGAGAACGTGCGGACACTGGGCTACGCCGGACGCAACACGGGTGTGTTGCAAGGCATGGCCGGGGTCGCGGTGCCCATTCTCGATCGTGAAGGCCGGGCCGTCGCAGCGCTGAGCGTGGCGACCATCAGCGACCGGCTCGGGCCGGATCGCCTGCCGACGGTGGTGGAGATGCTCAAGCGCGAAGCCGCGGCGATCGGCCCGCGCATCAACCCGTTCGACCCGCTGCTGCGCAGGCCTTCGCAGGTGTTCAGGCAGGGGTGA MPYSTERNLEKGEVGVGSVSRLFAVLRSLGETVEGGERVTQLAQRIGLSQPTTHRLLRNLMDEGMVEQDARSKRYRLSLDFFALAARAGNTGNLRELARPAMLRLSASLGDSLFLLARCGFDAICLDRSEGPFPIRTFTGDIGGRVALGVGQGSLAILAFLPEEERDTVIHYNLPRLKDFHLYDEVFLRTEVENVRTLGYAGRNTGVLQGMAGVAVPILDREGRAVAALSVATISDRLGPDRLPTVVEMLKREAAAIGPRINPFDPLLRRPSQVFRQG NA NA NA NA NA D1-35_00929 753 hypothetical protein ATGATCAGCATGCCCCCCAGCGACAGCGACCTGCACGCCTATGTCGATCGCCAGCTCAGCGAAGACGACCAACGCCAGGTGCAGATCTACCTCGACAGCCATCCCGATGTCGCCGCGCGGGTCCGCGGATGGCAGCAAGACACCCAGCAATTGCGCGCGGCCATGAGCGCGGCCCTGCAGCAATCACCCAACCCTGGCCTGGATCCGGCGATCATTCGGCAACGCCTCAGGCACCGGTCCCGACGCCAGCTGGCCAATGCGGCGGTGCTGGTGCTGGCGGTCGGGGTCGGCGGATTCGGCGGATGGCAGGCCCGGCAGATGACCCTGCTCAGCGCCGCAGCGCCCATGGCTGATGCGCTGCAGGCCTATCGCTTGATTGCCCAGCAGGGCGTCCTGCCCGCGGACTACCAGACGGGCGACGAGCAAAGCATGCAAGGCTGGCTCGACCGCTACTTCACCCAGGCCGACCGCTTGCCGGATCTCTCGGCGGCGGGCTTCAAGCCGGTCAGCGGACGATTGCTCAGTACTGACCAAGGCGCCGCTGCGATGGTGGTCTATCAGGACCCGAGCGGCCTGAAGATCAGTTTCTACGTGCGTCCACCTGGCCCGAAAAACTACCTGCTGCCCCGTGGCAGCCGGCGCGACGGTGAATTGCAGGCCGAATACTGGTCCGGGCCGGGATACAACTATGCGATGGTCATCCCGAGTGATATGCCGGCGGCGCAGAAGCTCAAGCAAACCCTGAACTTCTGA MISMPPSDSDLHAYVDRQLSEDDQRQVQIYLDSHPDVAARVRGWQQDTQQLRAAMSAALQQSPNPGLDPAIIRQRLRHRSRRQLANAAVLVLAVGVGGFGGWQARQMTLLSAAAPMADALQAYRLIAQQGVLPADYQTGDEQSMQGWLDRYFTQADRLPDLSAAGFKPVSGRLLSTDQGAAAMVVYQDPSGLKISFYVRPPGPKNYLLPRGSRRDGELQAEYWSGPGYNYAMVIPSDMPAAQKLKQTLNF NA NA NA NA NA D1-35_00930 507 ecfG ECF RNA polymerase sigma factor EcfG ATGAACGAACTCGACGACCAGTTGCGCCTGCTCATCCCACGGCTACGACGTTTTGCCGTGTCGCTGACTCGCAACCCCAGCAATGCCGATGACCTGGTGCAGACATGCCTGGAACGGGCCTTGTCGAAATGGACCGACAAGCGCCCGGACGGCGACCTGCGGGCCTGGCTGTTTTCGATTCTCTACCGGCAGTTCCTCGATGCCCATCGCCGCTCCCGACGTTATGCGCGGATGCTCGAACTGTTCACCGGCCGCGACGATGCGCACCCTTCGGCCGAACGCAGTGTCATCGCCCAATCGTCACTCCAGGCCTTCGATCAACTGCCCACCGAGCAACGTGCGCTGCTGTTATGGGTCTCGGTGGAAGGCTTGAGCTACCAGCAAGTGGCCGACATCCTGGACGTGCCGACGGGCACCGTGATGTCGCGTCTGTCCCGTGCGCGCCAAGCGTTGCGTCAACTCAGCGAAGGCGAAATCGCCCGCCCTGCCCTGCGGATACTCAAATGA MNELDDQLRLLIPRLRRFAVSLTRNPSNADDLVQTCLERALSKWTDKRPDGDLRAWLFSILYRQFLDAHRRSRRYARMLELFTGRDDAHPSAERSVIAQSSLQAFDQLPTEQRALLLWVSVEGLSYQQVADILDVPTGTVMSRLSRARQALRQLSEGEIARPALRILK PGPT0014960_11085 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_00931 1083 srpA COG0753 Catalase-related peroxidase ATGGTTGACCCTTCTTCTGAATCGAGTCGGCCGCCGTTGAGCGCTGCCAGCCTGGCGTTGCGCCTGACCGGCATCGCCGCGGTCGTCGCCGCGCTGGCCGGGGCATTCGCTTACGTGAACGGTACCCTGGACCCGCAACGACTGACGCCCAAGGCCTTGGTCAACGTGCTGGAAACCAATAACGGGGTTCATCCGGGTTTTCGGCGCAATCACTCCAAAGGTGTCTGCGTTGCGGGCTATTTTGAGAACAGCGGCGAGGCGCGAGCCTACTCCAGCGCGCAGGTGTTCAATGATGCGCGGACGCCGGTGGTGGGTCGTTTTGCACTGCCCAGCGGCAACCCCTACGCACCCGATGGCAGCGTGCCGATCCGCAGCCTGGCGTTGCGTTTTACCCAGTCCGATGGCCAGCAATGGCGCACGGGCATGAACAGCATGCCGGTTTTCCCGGTGGGGACGCCCGAGGCGTTCTTCCAGCTTCAACAGGCCCAGTCGCCGGATCCGGCCACGGGTAAACCGAATCCGGCGGCGGTGCCGGCGTTTTTTGCCGCGCATCCCGAGGCGATGCCGTTCCTGCAATGGATCAAGACCGCAAAACCCTCGGCCAGCTATGCCACCGAAACTTATAACGGGATTAACGCGTTCTATCTGGTCAACCCCTCGGGGGAGCGCCAGGCGGTGCGCTGGGCGGTAGTACCAACGAGCCAGGACGCGGCTCAGACCACGCCGCCCCAAGGCGCTGATTTCCTTGAGCAGGACCTGACGAAACGCCTGGCTGCCGGGCCACTGCGCTGGCAGCTGAACATTACCCTGGCCAATCCGGGCGACCCGGTCAACGACGCCAGCAAGGCCTGGCCCGGCGACCGCAAGGCGCTCAACGCCGGTACCCTGGTACTGGAGCGCGCCCAGGCGCAGGACAACGGGGATTGCCGCGACATCAACTATGACCCGCTGATCCTGCCCAGTGGCATCGAAGGCTCGGATGATCCGCTGCTGGCCGCCCGCTCGGCAGCCTATGCCAGTTCCTATCTGCGGCGCACCAGCGAAGTCAGCCAATTGCCCGCTACCCAGGAGTCCCGTCAATGA MVDPSSESSRPPLSAASLALRLTGIAAVVAALAGAFAYVNGTLDPQRLTPKALVNVLETNNGVHPGFRRNHSKGVCVAGYFENSGEARAYSSAQVFNDARTPVVGRFALPSGNPYAPDGSVPIRSLALRFTQSDGQQWRTGMNSMPVFPVGTPEAFFQLQQAQSPDPATGKPNPAAVPAFFAAHPEAMPFLQWIKTAKPSASYATETYNGINAFYLVNPSGERQAVRWAVVPTSQDAAQTTPPQGADFLEQDLTKRLAAGPLRWQLNITLANPGDPVNDASKAWPGDRKALNAGTLVLERAQAQDNGDCRDINYDPLILPSGIEGSDDPLLAARSAAYASSYLRRTSEVSQLPATQESRQ PGPT0014380_5757 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-35_00932 537 yceJ_1 COG3038 Cytochrome b561 ATGAACGCCCCTCGACACTTCGCACCGCTGGCTCGGCTGCTGCATTGGCTGATGGCCCTGATGATCATCGCCATGCTGTTTATCGGCGCAGGCATGGTCGCCTCGGTGTCCGAGCGCCACGAATGGTTGCTCCAACTGCACAAACCTCTGGGCATCGCGATTCTGTTGCTGGTGATCGTGCGCCTGGTGGTGCGCTTCACCCGCCGTACGCCGCCGCTGCCAGCCGATCTGCCGGGGTGGCAGGTATTGGCGGCCAAGGCCTCGCATGTCTTGCTGTACGCCTTGATGCTGATCCTGCCGCTGTTGGGCTGGAGCATGATTTCGGCAGCAGGCGACCCGGTGATGCTTAGCGAATCGCTGCGGTTGCCCTCCATCCTGCCAGCGGATGCCCAGACTTTTGCGTGGCTGCGCAAGGCCCATGGCTACCTGGCCTATCTGTTGTTCCTGACCGTGCTGGTGCATTTGGCGGCGGCGCTGTTCCATGGGTGGGTGCGCCGGGATGAGGTGTTGGGCAGCATGTTGCGCGGCAAGGACTGA MNAPRHFAPLARLLHWLMALMIIAMLFIGAGMVASVSERHEWLLQLHKPLGIAILLLVIVRLVVRFTRRTPPLPADLPGWQVLAAKASHVLLYALMLILPLLGWSMISAAGDPVMLSESLRLPSILPADAQTFAWLRKAHGYLAYLLFLTVLVHLAAALFHGWVRRDEVLGSMLRGKD PGPT0013195_333 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013195-cybB-K12262 NA NA D1-35_00933 1146 hypothetical protein GTGGCTAAATCTTCCTTTGATATCAGCGCCAACTTCGACAGTGGCAATATTGACGTCGTGGACATCAGCAACCCGTTGCAGTCGCTGCTGAAAATCAGGCCAGACACCCGTAGCGCGCATTTCCAATGGTTTCATTTCAAGGCCAGTGGCCTGCACGTCGGCCAGGAATATTCCTTCCGCCTGCTCAACGCCAGCCAATCGTCCTACAACAAGGCGTGGACAGGCTACCAAGCCGTAGCGTCCTACGATCATGTCAACTGGTTCCGTATTCCTACGCAATTCGAGGGCGACGCCCTGCGCTTTCATCTGGAAGCCGAACAGCCCCACGCCTGGTTTGCCTATTTCGAACCCTACAGCCGCGGCCGTCACGACTGGCTGATCGAACAGGCGCAGCACAAGGCCGGTACCGAACTGCTGGCGATCGGCAAAAGCGTCGAGGGCCGTGATATTCAATTGCTGCGCAAAGGCAGCGGTGCCGAGGGCCGACGCAAGATCTGGATCATTGCGCAGCAGCACCCCGGCGAGCACATGGCCGAGTGGTTCATGGAAGGAGTAATCGAACGTCTCCAGCATCAGGACGACGCCCAGCTGAACCGTTTGCTCGCCAAGGCCGATCTGTACGTGGTGCCGAACATGAATCCGGATGGCGCGTTCCACGGGCACCTGCGCACTAACGCGATGGGCCAGGACCTCAACCGGGCCTGGCAGAGCGCCAGTCCGCAAATCAGCCCCGAGGTCTATTTCGTACAGCAACAGATGGAAAAGTACGGCGTCGATCTGTTCCTTGATGTCCACGGTGACGAAGAGATACCCCACGTCTTCACTGCCGGTTGCGAAGGCAACCCGGGCTATACGCCGCGCATCGCCGGACTCGAAGAGCGCTTTCGCAGCCACCTCAAGCACCAGACCAAGGACTTCCAGACCGCCCATGGTTACATCCGCGACGAACCGGGTCAGGCTAACATGACCTTGGCCTGCAACGCGGTTGGCCAGAAATATGATTGCCTGTCCCTGACCTTGGAAATGCCGTTCAAGGACCACGACGATCACCCGAACCCACGCACGGGCTGGTCCGGCAGACGCTCAATGCAACTGGGCAAGGACGTGCTGAGCACGGTCGAGGACATCATCGACGAATTGCGCTGA MAKSSFDISANFDSGNIDVVDISNPLQSLLKIRPDTRSAHFQWFHFKASGLHVGQEYSFRLLNASQSSYNKAWTGYQAVASYDHVNWFRIPTQFEGDALRFHLEAEQPHAWFAYFEPYSRGRHDWLIEQAQHKAGTELLAIGKSVEGRDIQLLRKGSGAEGRRKIWIIAQQHPGEHMAEWFMEGVIERLQHQDDAQLNRLLAKADLYVVPNMNPDGAFHGHLRTNAMGQDLNRAWQSASPQISPEVYFVQQQMEKYGVDLFLDVHGDEEIPHVFTAGCEGNPGYTPRIAGLEERFRSHLKHQTKDFQTAHGYIRDEPGQANMTLACNAVGQKYDCLSLTLEMPFKDHDDHPNPRTGWSGRRSMQLGKDVLSTVEDIIDELR NA NA NA NA NA D1-35_00935 342 hypothetical protein ATGGACAAGCCCAACAACGATGAGCCCGCAGCCCCCTCGAACAACCCATTTTTGTCGCTTCAGGATTGTCCGGCGGCCAAACGCGCCCTGGACCATTACCTGAAACCGGATATTGCCGACAACCCGGCGGAACATCGCTTCTTCGACGTCAACCGAAACATCAGTGGGGAGGAAGCCCTGGTTCATGCTTGCGACCTGCTACGTTGTGCAGCCGCGACCGCCCACGAATCCGCCAGCCGATTGAACGGCCCGAGCCGTGACCTGGCATTTTCGGTGGTGCATATGATCGATCTGGTCAAGGTCATGCTCGACCGGACCCTGGACGGCTATCCGGCACGCTAG MDKPNNDEPAAPSNNPFLSLQDCPAAKRALDHYLKPDIADNPAEHRFFDVNRNISGEEALVHACDLLRCAAATAHESASRLNGPSRDLAFSVVHMIDLVKVMLDRTLDGYPAR NA NA NA NA NA D1-35_00936 615 COG1974 putative HTH-type transcriptional regulator ATGAAGGAGCAGCACATCACGCAAGTGGTGCTCGCAGAGCGTCTGGGGATGTCTCAGGGTGGGGTCGGCCATTGGCTGACCAAGCGCCGACAACCCAGTCTTGGAGACATGAACCGGGTGCTGCAGGAGCTGGGGCTGGAGTTCCTCGAGGTGGCAATGGTGATCCGCGAGCCGGACACTTCCACCGACGAGGGGATGGCCCTGGCGCAGAAGTACAACCCGTACTTTCGCTACCCGGTCAGTGACTGGCGCGACATCGGTCTCGTTCGCGAAGAGAATGTCGCGGACTACGGCCAGCCGCGCTATGAGCTGACGGATTACCATGCACGGGGCGACGCGTTCTGGCTGGTGGTGATGGGGGATGCGATGACGGCGCCAAGCGGCTTGAGCATTCCCGAGGGCATGTCGATCCTGGTGGATCCGGCGATCGAAGCGGTGCCCGGGAAACTGGTGATTGCCCGATTGCCAGGCAGCAGCGAAGCGACTTTCCGCAAGCTGATGGAAGAGAGCGGGCAGCGTTACCTGGTTCCGCTCAATCCGACTTATCCGAAAACCCTGTTTACCGACCAATGCCGCATCATCGGCGTGGTCGTACAGGCAACCATCAGGTTCTGA MKEQHITQVVLAERLGMSQGGVGHWLTKRRQPSLGDMNRVLQELGLEFLEVAMVIREPDTSTDEGMALAQKYNPYFRYPVSDWRDIGLVREENVADYGQPRYELTDYHARGDAFWLVVMGDAMTAPSGLSIPEGMSILVDPAIEAVPGKLVIARLPGSSEATFRKLMEESGQRYLVPLNPTYPKTLFTDQCRIIGVVVQATIRF NA NA NA NA NA D1-35_00937 1950 accA1 COG4770 Acetyl-/propionyl-coenzyme A carboxylase alpha chain ATGAGCGCCCCTGCCCTCACTACCCTGTTGGTCGCCAACCGCGGCGAAATCGCCTGCCGCGTCATGCGCACAGCCAAGGCCATGGGCCTGACCACCGTTGCGGTGCACAGCGCCACCGATCGTGACGCGCGTCATAGCCGGGAAGCCGACGTGCGTGTCGATCTGGGCGGCAGCAAGGCCGCCGACAGCTATTTGCAAATCGACAAACTGATCGCTGCGGCGCAAGCCAGTGGCGCCCAGGCTATCCACCCAGGCTACGGTTTTCTTTCCGAGAATGCCGGGTTCGCCAGGGCCATCGAAAATGCCGGGTTGATCTTTCTCGGCCCACCCGCCTCGGCCATCGAAGCCATGGGCAGCAAGTCCGCCGCCAAGGCCTTGATGGAAACCGCCGGCGTGCCGCTGGTACCCGGCTATCACGGTGAAGCCCAGGATCTGGAGACGTTCCGCGCCGCCGCCGAGCGCATCGGTTATCCGGTGCTGCTCAAGGCCACGGCAGGCGGCGGCGGCAAAGGCATGAAGGTCGTCGAGGAAGTCAGCCAACTGGCCGAGGCATTGGCCTCTGCGCAGCGCGAGGCGCAATCGTCGTTCGGCGATGCGCGAATGCTGGTGGAAAAATACTTGCTCAAGCCACGCCACGTGGAAATCCAGGTGTTCGCCGACCGGCACGGCAACTGCCTGTATCTCAACGAACGCGACTGCTCGATCCAGCGTCGCCATCAGAAGGTCGTGGAGGAGGCACCGGCGCCGGGCCTGGGCCAGGAATTGCGCCGGGCGATGGGCGAAGCCGCCGTACGGGCGGCCAAGGCGATCGGCTATGTCGGCGCGGGTACGGTGGAGTTTCTGCTGGATTCGCGAGGCGAATTCTTCTTCATGGAAATGAATACCCGGCTGCAGGTCGAGCATCCGGTGACCGAAGCGATCACCGGGCTCGACCTGGTGGCCTGGCAGATCCGCGTCGCCCAGGGCGAGCCATTGCCGATCACCCAGGAGCAGGTGCCGCTGCTGGGTCACGCCATCGAAGTACGTCTGTACGCCGAAGATCCGGCCAATGATTTTCTTCCCGCCACGGGGCGCTTGTCGCTGTATCGCGAGTCGGCCGAAGACGCGGGTCGCCGGGTAGACAGTGGTGTTGACGAAGGCGATGAGATCTCGCCCTTCTACGACCCGATGCTCGGCAAGTTGATTGCCTGGGGGGAAAACCGTGAACAGGCACGTTTGCGGTTGTTGGCCATGCTCGACGAGTTCGCCATTGGCGGGCTGAAAACCAACATCGGTTTTCTCCGCCGTATCATCGCTCACCCCGCCTTCGCGGCGGCGGAACTGGACACCGGTTTCATCCCGCGCTACCAGGCGCAATTGCTGCCGGAGCCCGGCGAACTGGATGACGATTTCTGGCGCGCTGCGGCCCAGGGTTTCGCCTTGAGCCTGACGCCACGTGTCCGCGCCGATGACAGCAACTCGCCATGGGCCGCTACCGCCGGGCTGCGCCTGGGGCTGCCAGCGGAAATCACCCTCCACCTGAGTTGCGATGGCCAGGACCGCGCCGTGACGCTGGATGTTGCTGGTCGCGGCGCCGAGCTCAGGGGCGAGCAGTTGATCATCGAGCACAACGGTGTGCGCCGCGAACATCGAGCCATTCGCCACGACGACAGCCTCTACCTGCAATGGAAGGGCGATCTGTATCGAGTCGACTCCTACGACCCGCTGGCGGCGGCCGAGGCCAGCCACAGCCAGCAGGGCGGCCTGGTCGCCCCCATGAATGGAAGCATCGTTCGGGTGCTGGTGAGCGCTGGCCAGGCGGTGGAAGCCGGCGCGCAACTGGTGGTGCTGGAGGCGATGAAAATGGAGCACAGCATCCGCGCGCCCAAGGCTGGCGTGATCAAGGCGGTGTATTGCCAGGAGGGAGAGATGGTCAGCGACGGCAGCGCGCTGGTGGAACTGGAAGAATAG MSAPALTTLLVANRGEIACRVMRTAKAMGLTTVAVHSATDRDARHSREADVRVDLGGSKAADSYLQIDKLIAAAQASGAQAIHPGYGFLSENAGFARAIENAGLIFLGPPASAIEAMGSKSAAKALMETAGVPLVPGYHGEAQDLETFRAAAERIGYPVLLKATAGGGGKGMKVVEEVSQLAEALASAQREAQSSFGDARMLVEKYLLKPRHVEIQVFADRHGNCLYLNERDCSIQRRHQKVVEEAPAPGLGQELRRAMGEAAVRAAKAIGYVGAGTVEFLLDSRGEFFFMEMNTRLQVEHPVTEAITGLDLVAWQIRVAQGEPLPITQEQVPLLGHAIEVRLYAEDPANDFLPATGRLSLYRESAEDAGRRVDSGVDEGDEISPFYDPMLGKLIAWGENREQARLRLLAMLDEFAIGGLKTNIGFLRRIIAHPAFAAAELDTGFIPRYQAQLLPEPGELDDDFWRAAAQGFALSLTPRVRADDSNSPWAATAGLRLGLPAEITLHLSCDGQDRAVTLDVAGRGAELRGEQLIIEHNGVRREHRAIRHDDSLYLQWKGDLYRVDSYDPLAAAEASHSQQGGLVAPMNGSIVRVLVSAGQAVEAGAQLVVLEAMKMEHSIRAPKAGVIKAVYCQEGEMVSDGSALVELEE PGPT0019850_181 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019850-atuC|atuF-K13777 NA NA D1-35_00938 819 menB_1 1,4-dihydroxy-2-naphthoyl-CoA synthase ATGAATCATTACAACACGCTCCAATTGCAGATGGACCCGCGCGGCTTCGCCACCTTGTGGCTCGACCGCGAGTCGAAAAACAACGCGTTCAACGCCGAGATGATCCGCGAGCTGATCCTCGCCCTGGACCAGGTCGGCAGCGATCCGACCCTGCGTTTCCTGCTGATCCGTGGTCGTGGCAAACACTTCAGCGCCGGCGCCGACCTGGCCTGGATGCAGCAATCGGCCGAACTCGATTACCACACCAACCTCGACGACGCTCGGGAACTGGCGGAGCTGATGTACAACCTGGCCAAGCTGAAGATCCCGACACTCGCCGTTGTCCAGGGCGCGGCATTCGGCGGCGCGCTGGGTTTGATCAGCGCCTGTGACATGGCCATCGGTGCCGATGATGCGCAGTTCTGCCTGTCCGAAGTACGCATCGGCCTGGCGCCGGCCGTGATCAGTCCATTCGTGGTGCAGGCCATCGGCGAACGGGCGGCACGGCGTTACGCCCTGACGGCTGAACGTTTCGGTGGGCAACGGGCGAAGGAAATCGGTTTGCTGGCGGACAGTTACCCGGCCGAGGCCCTGGATGATCAGCTCGGCAAGTGGATCGACAACCTGCTGCTCAACAGTCCGGCGGCCATGCGCGCCAGCAAGGAACTGCTGCGCGAAGTCGGCAACGGTGCGTTGACCCCGGCGTTGCGGCGCTACACCGAAAATGCCATCGCGCGGATACGGGTCAGCCCCGAGGGCCAGGAAGGCCTGCGGGCGTTCTTGCAAAAACGGCCGCCGAGCTGGCAAGCCGAGTCCAACAACAAGGAGCCGCGTCGATGA MNHYNTLQLQMDPRGFATLWLDRESKNNAFNAEMIRELILALDQVGSDPTLRFLLIRGRGKHFSAGADLAWMQQSAELDYHTNLDDARELAELMYNLAKLKIPTLAVVQGAAFGGALGLISACDMAIGADDAQFCLSEVRIGLAPAVISPFVVQAIGERAARRYALTAERFGGQRAKEIGLLADSYPAEALDDQLGKWIDNLLLNSPAAMRASKELLREVGNGALTPALRRYTENAIARIRVSPEGQEGLRAFLQKRPPSWQAESNNKEPRR PGPT0026240_49 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 D1-35_00939 1608 COG4799 Methylmalonyl-CoA carboxyltransferase 12S subunit ATGGCCACGCTGCACACTCAGCTCAACCCACGCTCACCGGAATTCAGCGCCAACCGCGACGCGATGCTCGGCCAGGTCGAGGCCCTGCGTACCTTGCTCGCCCACGTCCAGCAAGGCGGCGGAGCCAAGGCCCAGGAACGGCATACCTCACGGGGCAAATTGCTGCCCAGGGAACGCATCAATCGCTTGCTCGACCCGGGTTCGCCGTTCCTGGAGATCAGTCCGCTGGCGGCTTACGAAGTGTACGGCGAAGACGTTCCGGCCGCCGGCGTGATCGCCGGGATCGGTCGAGTGGAAGGCGTCGAATGCATGATTGTCGCCAACGACGCGACCGTCAAAGGTGGTTCGTATTACCCGCTGACGGTGAAAAAACACCTGCGCGCCCAGACCATCGCCCAACAGAACCGCCTGCCCTGCATCTACCTGGTGGATTCCGGCGGTGCCAACCTGCCGCGCCAGGACGAAGTCTTCCCCGATCGTGAGCACTTTGGCCGGATCTTCTTCAACCAGGCCAACATGAGTGCCCAGGGCATCCCGCAGATTGCCGTGGTCATGGGTTCCTGCACCGCTGGCGGCGCGTACGTGCCGGCGATGGCGGACGAGGCGATCATGGTCCGCCAGCAGGCAACGATTTTCCTCGCCGGCCCGCCGTTGGTAAAAGCGGCGACTGGAGAGGTGGTCAGTGCCGAGGACCTGGGCGGCGCCGACGTGCATTGCAAGGTTTCCGGTGTCGCCGACCATTACGCCGACAGCGATGAACACGCCCTGGCGCTGGCCCGCCGCAGCGTGGCCAATCTCAACTGGCGCAAGCTCGGTGATGTGCAGCGACGCGCGCCCACCGCCCCGCTGTATTCGAGTGAGGAGCTGTATGGCGTGGTTTCGGCCGACGCGAAGCAGCCATTCGACGTGCGAGAAGTGATCGCACGTCTGGTGGACGGCTCGGTGTTCGACGAGTTCAAAGCGCTGTTCGGAACGACCCTGGTCTGCGGTTTCGCCCACTTGCACGGTTACCCGGTCGCCATCCTGGCCAACAACGGCATCCTGTTCGCCGAGGCCGCACAAAAAGGCGCGCACTTCATCGAACTGGCCTGCCAGCGCGGCATACCGCTGCTCTTCCTGCAGAACATCACCGGGTTCATGGTCGGTCAGAAATACGAAGCCGGCGGCATCGCCAAGCATGGCGCAAAACTGGTAACCGCGGTGGCCTGCGCCCGAGTGCCGAAATTCACCGTGATCATCGGCGGCAGTTTCGGCGCCGGTAACTACGGCATGTGCGGCCGCGCCTATGACCCACGCTTTTTGTGGATGTGGCCGAATGCGCGGATCGGCGTGATGGGCGCCGAACAGGCGGCCGGCGTGCTGGTGCAGGTCAAGCGCGAACAGGCCGAACGCAGCGGCCAGCCGTTCAGCGCAGTTCAGGAGGCCGAGATCAAGCAACCGATCCTCGACCAGTACGAAGAACAGGGGCATCCCTACTATTCCAGCGCGCGGCTGTGGGATGACGGCGTCATTGACCCGGCGCAGACGCGCGATGTGCTGGGCCTGGCCTTGTCCGCGTCGCTGAACGCGCCCATCGAACCGAGCCGCTTCGGCGTGTTCAGGATGTAA MATLHTQLNPRSPEFSANRDAMLGQVEALRTLLAHVQQGGGAKAQERHTSRGKLLPRERINRLLDPGSPFLEISPLAAYEVYGEDVPAAGVIAGIGRVEGVECMIVANDATVKGGSYYPLTVKKHLRAQTIAQQNRLPCIYLVDSGGANLPRQDEVFPDREHFGRIFFNQANMSAQGIPQIAVVMGSCTAGGAYVPAMADEAIMVRQQATIFLAGPPLVKAATGEVVSAEDLGGADVHCKVSGVADHYADSDEHALALARRSVANLNWRKLGDVQRRAPTAPLYSSEELYGVVSADAKQPFDVREVIARLVDGSVFDEFKALFGTTLVCGFAHLHGYPVAILANNGILFAEAAQKGAHFIELACQRGIPLLFLQNITGFMVGQKYEAGGIAKHGAKLVTAVACARVPKFTVIIGGSFGAGNYGMCGRAYDPRFLWMWPNARIGVMGAEQAAGVLVQVKREQAERSGQPFSAVQEAEIKQPILDQYEEQGHPYYSSARLWDDGVIDPAQTRDVLGLALSASLNAPIEPSRFGVFRM PGPT0008345_76 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0008345-accD-K01970 NA NA D1-35_00940 1164 mmgC_1 COG1960 Acyl-CoA dehydrogenase ATGAGCTACCCATCCCTGAATTTTGCCCTTGGCGAAACTATCGATATGTTGCGCGACCAGGTGCAATCCTTCGTCAAGGCAGAGTTGGCGCCTCGGGCGGCGCAGATCGACATAGACAATCTGTTCCCCGCCGATATGTGGCGCAAGTTCGGCGACATGGGCCTGCTGGGCATCACCGTCCCGGAAGAATATGGCGGCGCTGGCCTGGGTTACCTGGCCCATGTGGTGGCGATGGAAGAAATCAGCCGCGGCTCGGCCTCGGTCGCCCTCTCCTACGGCGCCCACTCCAACCTGTGCGTCAACCAGATCAATCGCAACGGCAACCATGAGCAGAAAACCAGATACCTGCCCAAGCTGATCAGCGGCGAACACATCGGCGCCCTGGCCATGAGCGAACCGAACGCCGGCTCCGATGTGGTTTCGATGAAACTGCGCGCCGACAAACGCGGCGACCGCTACGTTCTCAACGGCAGCAAGACCTGGATCACCAACGGGCCTGACGCCAACACCTATGTGATCTACGCCAAGACCGACCTGGAAAAAGGCGCCCACGGCATTACTGCGTTCATCGTCGAACGCGACTGGAAAGGCTTCAGCCGCAGCAACAAGTTCGACAAGCTCGGCATGCGCGGCTCCAACACCTGTGAGCTGTTTTTCGACGACGTCGAGGTGCCGGAAGAAAACATCCTCGGCGTACTCAATGGTGGCGTGAAGGTCCTGATGAGTGGCCTCGATTATGAACGCGTGGTCTTGTCCGGCGGCCCGACCGGGATCATGCAGGCCTGCATGGACCTGATCGTGCCCTATATCCATGATCGCAAGCAGTTCGGCCAGAGCATCGGCGAATTCCAGCTGATCCAGGGCAAGGTTGCGGATATGTACACCCAGCTCAACGCCAGCCGCGCCTACCTGTATGCGGTGGCCCAGGCCTGCGAGCGCGGCGAAACCACGCGCAAGGACGCCGCCGGAGTGATCCTCTACAGCGCCGAACGCGCGACGCAAATGGCCCTTGATGCCATCCAGATCCTGGGCGGCAATGGCTATATCAATGAATTCCCGGCCGGGCGCCTGCTGCGTGACGCCAAGCTGTATGAAATCGGCGCCGGCACCAGTGAGATCCGACGGATGCTGATCGGCCGCGAACTGTTCAACGAAACCCGCTAA MSYPSLNFALGETIDMLRDQVQSFVKAELAPRAAQIDIDNLFPADMWRKFGDMGLLGITVPEEYGGAGLGYLAHVVAMEEISRGSASVALSYGAHSNLCVNQINRNGNHEQKTRYLPKLISGEHIGALAMSEPNAGSDVVSMKLRADKRGDRYVLNGSKTWITNGPDANTYVIYAKTDLEKGAHGITAFIVERDWKGFSRSNKFDKLGMRGSNTCELFFDDVEVPEENILGVLNGGVKVLMSGLDYERVVLSGGPTGIMQACMDLIVPYIHDRKQFGQSIGEFQLIQGKVADMYTQLNASRAYLYAVAQACERGETTRKDAAGVILYSAERATQMALDAIQILGGNGYINEFPAGRLLRDAKLYEIGAGTSEIRRMLIGRELFNETR PGPT0002285_734 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-35_00941 1710 fadD3_1 COG0318 3-[(3aS,4S,7aS)-7a-methyl-1,5-dioxo-octahydro-1H-inden-4-yl]propanoyl:CoA ligase ATGGATCAACCCGGTTCGCATACGCAACTCAGCTATACCCGCGGTTCCCAGGCCAAGGCCTTGCTGGCCCAAACCATCGGCGAGGCGTTTGACCAGACGGTGACCGACTGTCCTGACGGCGAAGCGCTGGTGGTTCGCCACCAATCATTGCGCTACAGCTGGCGCGAATTGGCCGCGGCGGTCGATCTGCACGCCCGGGCCATGCTCGCGCTGGGTTTGGAAACCGGCGATCGGCTGGGCATATGGGCACCCAATTGCGCGCAGTGGTGCATTACCCAATTTGCCAGCGCGAAGGTCGGCGTGATCCTCGTCAACATCAACCCGGCCTATCGGGCCTCGGAACTGGAGTACGTGCTCAAACAGTCCGGATGCCGCTGGCTGGTGTGTGCGGGGGCTTTCAAGACTTCGGATTACCACGCCATGTTGCAGGCATTGGCACCGGAACTGGCAGAGCAATCGATCGGCCAGCTGCGAAGCGAACGCTTGCCGGATCTGCGCGGCGTGATCAGCCTCGATTCCCAGCCGCCTTCAGGCTTCCTGCCCTGGTCGCAGCTGGCCGACCTCGGTGCAGCCATCTCGCCTGGGCAATTGGCCGAGCGCCAGGACAGCCTGCATTTCGAGCAGCCGGTGAATATCCAGTACACCTCCGGCACCACCGGATTTCCCAAGGGCGCGACCCTCAGTCACCAGAACATTCTCAACAACGGTTACATGGTCGGTGAAAGCCTCGGCCTGACCGCCGGCGATCGTCTGGTGATCCCGGTGCCGTTGTATCACTGCTTCGGCATGGTCATGGGTAACCTGGGATGCATGACCCACGGCAGTACCATGATCTACCCCAACGATGCCTTCGATCCGTTGCTGACGCTACGGACCGTGGCCGAAGAAAGAGCCACCGCGCTGTACGGGGTCCCCACCATGTTTATCGCCATGCTGGACCAGCCGCAGCGCGGGGATTTCGACCTGTCCAGCCTGCGCACCGGGATCATGGCCGGAGCCACCTGTCCGATCGAGGTGATGCGGCGGATCATCAGCGAGATGCACATGGCCCAAGTGCAGATTGCCTACGGCATGACGGAAACCAGCCCGGTGTCGTTGCAGACCGGTCCCACGGATGAACTGGAGTTGCGCGTCACGACCGTTGGGCGTACCCAGCCGCAGCTGGAGAGCAAGATCATCGACGGGAACGGCGAGGTTGTCCCTCGCGGCACCATCGGTGAATTGTGCACGCGCGGTTACAGCGTGATGCTCGGCTACTGGAACAACCCCAAGGGCACGGCCGAGGCGATCGATGCGCAGGGCTGGATGCACACCGGCGACCTGGCGAGCATGGATGAGCAGGGTTACGTCTGTATCGTCGGACGGAACAAGGACATGATCATCCGTGGCGGCGAGAATGTTTATCCCCGCGAACTGGAGGAGTTCTTTTTCACCCATCCCGCCGTGGCGGATGTGCAGGTGATCGGCATTCCATGCCCACGCTACGGTGAGGAGATCGTGGCCTGGATCAAACTCCATCCCGGCCACAGCGTCACCGAGGAGCAGTTGCAAGCGTGGTGCAAGGAACGCATCGCTCACTTCAAGACACCGCGTCATTTCAAATTTGTCGAGCAGTTCCCGATGACGGTTACCGGCAAGATCCAGAAATTTCGCATGCGCGAAATCAGTATCGAAGAGCTGCGCAATCACCAGGGCCAACCACAATCCTAG MDQPGSHTQLSYTRGSQAKALLAQTIGEAFDQTVTDCPDGEALVVRHQSLRYSWRELAAAVDLHARAMLALGLETGDRLGIWAPNCAQWCITQFASAKVGVILVNINPAYRASELEYVLKQSGCRWLVCAGAFKTSDYHAMLQALAPELAEQSIGQLRSERLPDLRGVISLDSQPPSGFLPWSQLADLGAAISPGQLAERQDSLHFEQPVNIQYTSGTTGFPKGATLSHQNILNNGYMVGESLGLTAGDRLVIPVPLYHCFGMVMGNLGCMTHGSTMIYPNDAFDPLLTLRTVAEERATALYGVPTMFIAMLDQPQRGDFDLSSLRTGIMAGATCPIEVMRRIISEMHMAQVQIAYGMTETSPVSLQTGPTDELELRVTTVGRTQPQLESKIIDGNGEVVPRGTIGELCTRGYSVMLGYWNNPKGTAEAIDAQGWMHTGDLASMDEQGYVCIVGRNKDMIIRGGENVYPRELEEFFFTHPAVADVQVIGIPCPRYGEEIVAWIKLHPGHSVTEEQLQAWCKERIAHFKTPRHFKFVEQFPMTVTGKIQKFRMREISIEELRNHQGQPQS PGPT0008380_8037 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_00943 900 liuE COG0119 3-hydroxy-3-isohexenylglutaryl-CoA/hydroxy-methylglutaryl-CoA lyase ATGTCCCTCCCCTCCTTTGTACGTTTGATCGAAGTCGGCCCCCGCGACGGCCTGCAGAATGAATCCCAACCCATCAGCGTGGCGGACAAGGTGCGTCTGGTTGACGCCCTGAGCGATGCGGGCCTGGGTTACATCGAAGTCGGCAGTTTTGTCTCGCCCAAATGGGTGCCGCAGATGGCCGGTTCGGCCGAGGTATTTGCGCAGATCCAGCGCAAGCCTGGCGTGACCTATGGCGCCCTGGCACCGAACCTGCGGGGTTTCGAGGACGCACTGGCGGCGGGGGTCAGGGAGGTCGCTGTATTCGCCGCGGCGTCCGAAGCGTTTTCCCAGCGCAACATCAATTGCTCGATCCAGGAAAGCCTGGAACGCTTCGCACCGATCATGGAGGCGGCGAAGCACAGCGGCGTCAGCGTGCGCGGCTACGTGTCCTGCGTGCTGGGCTGCCCCTATGAGGGCGAGGTCAAGCCCGAGCAGGTCGCGTGGGTCGCCCGGGAGCTGTACGCCATGGGCTGTTACGAGGTGTCCCTCGGTGACACCATCGGCACCGGCACCGCCGGTGCAACGCGCAGGATGTTCGAGGTAGTCGGCGCGGACGTGCCCCGGGACAAACTGGCGGGACATTTCCATGACACCTATGGCCAGGCCATGGCCAACGTCTACGCCAGCTTGCTGGAGGGTATCGCCGTGTTCGACAGCTCAATCGCCGGCCTGGGCGGCTGCCCTTATGCCAAGGGCGCCAGCGGTAACGTCGCCACGGAAGACGTGCTGTACCTGCTCAACGGCCTCGGCATCGAGACCGGCATTAATCTGGATGCACTCATCGCCGCGGGCCGGCAGATCTGCGACGTGCTGGGTCGCTCGACCGGTTCGCGGGTGGCCAAGGCGCGCCTGGCGCGGTGA MSLPSFVRLIEVGPRDGLQNESQPISVADKVRLVDALSDAGLGYIEVGSFVSPKWVPQMAGSAEVFAQIQRKPGVTYGALAPNLRGFEDALAAGVREVAVFAAASEAFSQRNINCSIQESLERFAPIMEAAKHSGVSVRGYVSCVLGCPYEGEVKPEQVAWVARELYAMGCYEVSLGDTIGTGTAGATRRMFEVVGADVPRDKLAGHFHDTYGQAMANVYASLLEGIAVFDSSIAGLGGCPYAKGASGNVATEDVLYLLNGLGIETGINLDALIAAGRQICDVLGRSTGSRVAKARLAR PGPT0008315_2854 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 D1-35_00944 402 cueR COG0789 HTH-type transcriptional regulator CueR ATGAGCAGCCAGACCTACAGCATCTCCGACCTCGCCCGCGAACTGGATATCACCACCCGCGCCATCCGCTTCTATGAAGAACAGGGTCTGTTGCGCCCGGAGCGCCGTGGTCAGGAACGTATCTACTCGCCGCGGGACAAGGTCAGCCTGAAACTGATCCTGCGGGGCAAGCGCATCGGTTTCTCTCTCGCCGAGTGCCGTGAGTTGATCGAACTCTACGACCCCAGCAGCGGCAATCAGAAACAACTGCACAGCATGCTGGCGAAAATCGCCGAACGGCGCGAACAGCTCGAACAGCAGTTGCTGGATATCGAACAGATGAAGCTGGAGCTCGACACCGCCGAAGAACGTTGCATCCAGGCGCTGGAGCAGACGATCAAAGGCGAGGAAGTCGTCCAGTAA MSSQTYSISDLARELDITTRAIRFYEEQGLLRPERRGQERIYSPRDKVSLKLILRGKRIGFSLAECRELIELYDPSSGNQKQLHSMLAKIAERREQLEQQLLDIEQMKLELDTAEERCIQALEQTIKGEEVVQ PGPT0004135_1043 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexPQ-OpmE,PGPT0004135-cueR-K19591 NA NA D1-35_00945 930 pcpR_1 PCP degradation transcriptional activation protein ATGAATCTGAGCAAGGTCGACCTCAACCTTTTCATTGTCTTTGATGCGATCTACACCGAAGCCAACCTGACCCGGGCCGGGCAGATCGTCGGCATCACTCAACCGGCGGTGTCCAATGCCCTGGCGCGTTTGCGCGAGACGTTCAACGACCCGCTGTTCGTGCGTACTGCCCAAGGCATGGTGCCCACGCCGATGGCCCAGAATATTATCGGGCCGGTGCGCAACGCCCTGTCGCTGCTCCGGGTGTCGGTGCAGGAAAGCCGGATCTTCAACCCGCTGCAAGCCGTGAAGACCTATCGCATCAGCATGACCGACCTCACCGAGGGCGTGATCCTGCCGCCGCTGTTCCAGCGCCTGCGCCGCCTGGCGCCGACCGTGGCCATCGAGAGTTTCCTGTCCAAGCGTCGGGAAACCACCAAGGAGCTGGCCGCCGGGCGCCTGGATTTCGCGGTTGATGCTCCACTCAATACCGATCCGCAGGTGCGCCACGTCAAGCTGATGGAAGATCGCTACGTGTGTGCCATGCGCAAGGGCCACCCGTTGGCGGGCAAGGAAAAACTCAGCCTGGATGATTACCTGGCCCAGACCCATGTACATATCTCCAGCCGCCGCAACGGCCTCGGTTATGTCGACCTGGCATTGGGCAAGATGGGCATCCAGCGCAAGATCGCCCTGCGCTCGCAGCATTATCTGATGGCTTCCCAGGTACTCCAGCAGACCGACATGGTCATGACCGTTCCCGAACGTTTCGCCCGTCGCCACGACCTGCATGCGTTCCTGTTGCCCGTCAACGATGTGCCGCCGGTGGAAACCCATCTCTACTGGCACGAAAGCACCGACCAGGACCCGGCCAACCGCTGGATGCGCGAGCAGATGATCGAGCTGTGCCAGCAGGTGACGGCGCATGAGAAGAAGCTTGATAAGGTTTAG MNLSKVDLNLFIVFDAIYTEANLTRAGQIVGITQPAVSNALARLRETFNDPLFVRTAQGMVPTPMAQNIIGPVRNALSLLRVSVQESRIFNPLQAVKTYRISMTDLTEGVILPPLFQRLRRLAPTVAIESFLSKRRETTKELAAGRLDFAVDAPLNTDPQVRHVKLMEDRYVCAMRKGHPLAGKEKLSLDDYLAQTHVHISSRRNGLGYVDLALGKMGIQRKIALRSQHYLMASQVLQQTDMVMTVPERFARRHDLHAFLLPVNDVPPVETHLYWHESTDQDPANRWMREQMIELCQQVTAHEKKLDKV NA NA NA NA NA D1-35_00946 1230 bbsG (R)-benzylsuccinyl-CoA dehydrogenase ATGGATTTTGCCTACTCCCCCAAGGTTCAGGAACTGCGTGAGCGCGTCACGGCGTTCATGGATGCCTATGTCTACCCGGCCGAGGCCGTGTTCGAACGGCAAGTGGCTGAAGACGACCGTTGGCAGCCGACTGCAATCATGGAGGAGCTCAAGGCCAAGGCCAAAGCCGAAGGGTTGTGGAATCTGTTCCTGCCCGAGTCCGAGTTGGGGGCCGGCCTGACCAACCTGGAATATGCACCGCTGGCGGAGATCATGGGGCGTTCGCTGCTGGGCCCGGAGCCGTTCAACTGTTCGGCGCCGGACACCGGCAACATGGAAGTGCTGGTGCGTTACGCCAACGAGGAACAAAAGCAGCGCTGGCTCGAACCGCTGCTGCGGGGCGAGATTCGTTCGGCCTTTGCCATGACCGAACCGGACGTTGCTTCGTCGGACGCCACCAACATGGCTGCCCGTGCCGAGCGTGACGGCGATCAATGGGTCATCAACGGCAAGAAATGGTGGACCTCGGGCGCCTGCGACCCACGCTGCAAGATCCTGATCTTCATGGGCCTGAGCAATCCCGACGCACCTCGTCACGCCCAGCACTCGATGATCCTGGTGCCGGTGGACACCCCCGGAGTAAAGATCGTCCGGCCGCTACCGGTGTTCGGCTATGACGATGCACCTCACGGCCACGCCGAAGTGCTGTTCGATAACGTGCGGGTGCCGTACGAAAACGTCTTGCTGGGCGAAGGACGCGGCTTTGAAATTGCCCAGGGTCGCCTCGGGCCGGGCCGGATTCACCACTGCATGCGCTCCATCGGCATGGCCGAGCGTGCCTTGGAATTGATGTGCCAGCGCGCCATCAGTCGAACCGCTTTTGGCCAGCCGCTGGCGCGCCTGGGTGGCAACATCGACAAGATCGCCGACTCGCGAATGGAAATCGACATGGCGCGCCTGCTGACCTTGAAGGCGGCGTACATGATGGACACGGTCGGCAATAAAGTGGCCAAAAGCGAAATCGCCCAGATCAAGGTCGTCGCGCCGAACGTGGCCTTGAAAGTCATTGATCGGGCGATCCAGATCCACGGCGGGGCCGGGGTCTCCAACGATTTCCCGCTGGCCTACATGTATGCCATGCAGCGCACGCTGCGCCTGGCCGATGGTCCGGATGAGGTCCATCGGGCGGCTATCGGCAAGTTCGAGATCGGCAAGTATGTGCCCAAGGAGATGTTGCGTAGCGGGCGCTGA MDFAYSPKVQELRERVTAFMDAYVYPAEAVFERQVAEDDRWQPTAIMEELKAKAKAEGLWNLFLPESELGAGLTNLEYAPLAEIMGRSLLGPEPFNCSAPDTGNMEVLVRYANEEQKQRWLEPLLRGEIRSAFAMTEPDVASSDATNMAARAERDGDQWVINGKKWWTSGACDPRCKILIFMGLSNPDAPRHAQHSMILVPVDTPGVKIVRPLPVFGYDDAPHGHAEVLFDNVRVPYENVLLGEGRGFEIAQGRLGPGRIHHCMRSIGMAERALELMCQRAISRTAFGQPLARLGGNIDKIADSRMEIDMARLLTLKAAYMMDTVGNKVAKSEIAQIKVVAPNVALKVIDRAIQIHGGAGVSNDFPLAYMYAMQRTLRLADGPDEVHRAAIGKFEIGKYVPKEMLRSGR PGPT0008385_3077 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_00947 870 COG2513 Oxaloacetate decarboxylase ATGTCCAGGCTTTCCCATCAAGATTTGCGTCGAAATTTCCGCCAATTGCTGGCTTCCACAAATTGCTACCACACAGCTTCAGTGTTCGATCCGATGTCGGCGCGCATTGCCGCCGACCTGGGTTTCGAGGTAGGCATCCTTGGAGGCTCGGTGGCGTCACTGCAAGTATTGGGCGCGCCGGATTTTGCCCTGATCACCCTCAGCGAATTTGCCGAGCAGGCCACCCGCATCGGACGCGTCGCGCAACTACCGGTGATCGCCGACGCCGACCACGGCTACGGCAACGCACTGAACGTGATGCGTACCATCATCGAGCTCGAACGCGCCGGCGTGGCGGCGCTGACGATTGAAGACACCTTGCTGCCGGCACAATTTGGCCGCAAATCCACCGACCTGATCAGCGTGGCCGAAGGCGTCGGCAAGATTCGCGCGGCTCTGGAGGCGCGGGTCGACTCGGAAATGGCCATCGTCGCCCGCACGAACGCGGGGATTCTGCCGGTCCAGGAGATCATCAGTCGCACCCGGCAATACGAGCGCGCCGGCGCGGACGGCATTTGCATGGTAGGCGTGCAGGATTTCGAGCATCTGGAGCAGATCAGCGAGAACCTGAACGTACCGCTGATGCTCGTGACTTATGGCAACCCGCTGCTGCGCGACGATAAACGCCTGGCTGAACTGGGCGTGAGAATCACGATTGACGGCCACGGCGCGTATTTCGCCGCGATCAAGGCTACCTACGACAGCCTGCGGGAACAGCGTCAGATCTTCACCCAGGCATCAGACCTCAGCGCCACGGAACTGACCCACACCTACACCCAGCCCGAGGAATATATCCGCTGGGCCGAGGAGTATATGAGCGTCAAGGAGTGA MSRLSHQDLRRNFRQLLASTNCYHTASVFDPMSARIAADLGFEVGILGGSVASLQVLGAPDFALITLSEFAEQATRIGRVAQLPVIADADHGYGNALNVMRTIIELERAGVAALTIEDTLLPAQFGRKSTDLISVAEGVGKIRAALEARVDSEMAIVARTNAGILPVQEIISRTRQYERAGADGICMVGVQDFEHLEQISENLNVPLMLVTYGNPLLRDDKRLAELGVRITIDGHGAYFAAIKATYDSLREQRQIFTQASDLSATELTHTYTQPEEYIRWAEEYMSVKE PGPT0001930_62 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001930-bcpA-K01003 NA NA D1-35_00948 1035 aruG_2 COG3138 Arginine N-succinyltransferase subunit beta GTGGTAGTCCGCCCGGTTGCCCTGACCGACTTACCCGCATTGATGGACCTCGCCCGTTGCGCCGGCCCTGGGTTCACCAGCCTGCCGGCCAACGAGGAGCGCCTGGCGCACCGGGTACGCTGGGCCCAGCGCACCTTCGCCGGACAGGTCGAACGGGCGGACGCCGACTATCTGTTCGTGCTTGAAGACGATGACCGTCAGGTAGTGGGTATCAGCGCTCTCACTGGCGCAATCGGACTGCGCGAGCCCTGGTACAACTATCGGCTCGGGGTCACGGTCAGCTCGGCGCCCGAGCTGGGCATCCAGCGGCATATTCCGACGCTGTTCCTCAGTAACGAGATGACCGGGCAGTCGGAAATCTGCTCGTTGTTTCTTCATCCCCAGCACCGTCGCGGCCATAACGGGCGCCTGCTGTCCCTGGCGCGCCTGCTGTTCGTGGCGGAGTTTTCCGGGCTGTTTGGCGATAAGCTGATCGCCGAATTACGCGGCCACGCCGATGAACAAGGTTGCTCGCCGTTCTGGGACAGCCTGGGACGACACTTTTTCCAGAAGGACTTCAGCCACGCCGACCAGTTGTCCAGCATGGGCAACAAATCCTTCATCGCCGAGCTGATGCCCCGCCAACCGCTGTACACCTGCCTGCTCACCGAGCAGGCCCAGGCCGTGATCGGCAAGGCTCACCCCAACACCGAACCGGCCTTGAAGATCCTTGGCGATGAGGGTTTTTCCCATAAAGGGTACGTGGATATCTTTGACGCCGGCCCGGTGATCGAAGCGCCGGTATCGAACATCCGCAGCGTCCGCGACAGCCAGTCGCTGACGCTGACCATAGGCACCCCGGACGAACGGGCGCCGGGCTGGCTGATTCATAACCGGCGCCTGGAGAACTGCCGCGTCACCAGCGCCCGGGGGCACCTGCACGGCCAGGGCCTGGTCGTCGATCGCCTGACCGCCAAACGCCTGCAAGTACAACCGGGTGACACGGTGCGCGCCGTGCTGCTGTTCAAACAGGATCGCCAGGCGGTGGCGGCATAG MVVRPVALTDLPALMDLARCAGPGFTSLPANEERLAHRVRWAQRTFAGQVERADADYLFVLEDDDRQVVGISALTGAIGLREPWYNYRLGVTVSSAPELGIQRHIPTLFLSNEMTGQSEICSLFLHPQHRRGHNGRLLSLARLLFVAEFSGLFGDKLIAELRGHADEQGCSPFWDSLGRHFFQKDFSHADQLSSMGNKSFIAELMPRQPLYTCLLTEQAQAVIGKAHPNTEPALKILGDEGFSHKGYVDIFDAGPVIEAPVSNIRSVRDSQSLTLTIGTPDERAPGWLIHNRRLENCRVTSARGHLHGQGLVVDRLTAKRLQVQPGDTVRAVLLFKQDRQAVAA PGPT0020090_427 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673 NA NA D1-35_00949 1017 astA_2 COG3138 Arginine N-succinyltransferase subunit alpha ATGCTGGCTTTACGTCCAGTTCAGTTAACCGATTTGCCGCAGTTGCAGCAGCTGGCCCGCGACAGCCTGGTGGGCGTCACCTCGCTTCCCGACGACACGGATCGCCTGCGAGACAGAATCCTCAGCTCATGCGCCTCGTTCGAAACCGACGTGCAACGCCCCGGTGCGCAGAATTACTTTTTTGTCCTGCAGGACCTGGTGTCGAGCCGCCTGCTGGGCTGCTCGGAAATCGTTGCGGCCACCGGTTGCGACGAGCCGTTCTACAGCCTGCGCAACCGGCCGTTTTCCAGCGAGTCCCGGGAGTTGAACATCCAGCATGGCGTACCGGCACTGTCGCTGTGCCAGGACCTGAATGGCCAGACGCTGCTGCGCGGCTTTCATATCGACGCCGCACACGTGCACACGCCGCAATCGCAATTGTTGTCCCGCGCCCGGCTGATGTTTGTCGGCGCCCATCCCCAACGCTTTGCCGACTCGGTGATCACAGAGATCGTCGGGTACAGCAGCAAGGAAGGCCATTCGCCCTTCTGGGATGCCATCGGTCAGCACTTTTTCGACCTGTCCTACACCGAAGCCGAACGATTGTGCGGCCTGCAGAGTCGGACCTTTCTCGCCGACCTGATGCCGCAATACCCGATCTATGTCCCTATGTTGCCGCCCCAGGCCCAGGCTTGTATCGGCCGGATCCACCCCGACGGCCAGGAAGCCTTCGACATTCTCGAACGCGAGGGTTTCGAAACCAATAGCTACGTGGACATCTTTGACGGGGGGCCGACGATGCACGCCCGGGTCGCGAACATCCGCTCGATCATTCACAGTCGCTCGGCCGTCGTGCGTCCGAGCCAGCAGGTTGACGCCACGGGGCGCTACCTGGTGAGTAATGATGGCCTGGGTAGTTACCGGGCCATCATCGCCGACCTGGACCTTGACGCCGAAGGCTTCGTGCGCCTGTCCCCTGACATGCTGGCAGCGCTTGAAGTTGCCGACGGTGACCGGGTCCGGGTGGTCAGCCTATGA MLALRPVQLTDLPQLQQLARDSLVGVTSLPDDTDRLRDRILSSCASFETDVQRPGAQNYFFVLQDLVSSRLLGCSEIVAATGCDEPFYSLRNRPFSSESRELNIQHGVPALSLCQDLNGQTLLRGFHIDAAHVHTPQSQLLSRARLMFVGAHPQRFADSVITEIVGYSSKEGHSPFWDAIGQHFFDLSYTEAERLCGLQSRTFLADLMPQYPIYVPMLPPQAQACIGRIHPDGQEAFDILEREGFETNSYVDIFDGGPTMHARVANIRSIIHSRSAVVRPSQQVDATGRYLVSNDGLGSYRAIIADLDLDAEGFVRLSPDMLAALEVADGDRVRVVSL PGPT0020090_1075 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673 NA NA D1-35_00950 753 hypothetical protein ATGCGTGAATCCATTGAATGTGCCGAATCGGGCCTCTATACCAAGCCTGCTTTCCGGTTGCTGCGTGAAGACTCCGAGCATCCATTGTTGCTGGTTTGCGAACATGCCAGCCGCTACATTCCTGATGCACTGAACGACCTGGGCCTGGATGAAACCGCCGCTCAGGAACATATTGCCTGGGACATCGGTGCGCTGGCCCTGGCCGAGCGGCTGTCCGAAACCCTCGGCGCCACCTTGCTGTCGGCCAACTATTCAAGGTTGTTGATCGACCTGAACCGTCCGCTTCACGTCGCCGACAGCATTCCGGCGCAAAGCGAGATCTACCAGATTCCTGGCAACCAGTCCTTGGATGACGCTACGCGCGCGTATCGCCAACGGTGCCTCTTCCATCCATTCCATGATCAATTGCGCGCCTTGATCGACCAACGCCTGGCCGACAAGCGGACCGTGCGAGTGGTCGGCATCCACAGTTTCACCCCGGTGTTCTACGGCCAGCCGCGGGCGCTTGAGGCCGGAGTATTGTTTGGCGAAGCCCGGGAATATGCCCAGCGCATCGTCGGCGCGTTGGCGCGCCATTCGCTGCGGGCCGCCGGCAATCAGCCCTATAAGGTCAGCCCGTTGAGTGACATGACGGTTCCAGTCCACGGCGACGGCCGCGGCCTGGATTCGGTGCTGATCGAAGTACGCAACGACCTGTTGCGCAGTTCCGAATCGGTGCGGACCTGGAGCGCCTATCTCGCGCCGCTGCTGTAA MRESIECAESGLYTKPAFRLLREDSEHPLLLVCEHASRYIPDALNDLGLDETAAQEHIAWDIGALALAERLSETLGATLLSANYSRLLIDLNRPLHVADSIPAQSEIYQIPGNQSLDDATRAYRQRCLFHPFHDQLRALIDQRLADKRTVRVVGIHSFTPVFYGQPRALEAGVLFGEAREYAQRIVGALARHSLRAAGNQPYKVSPLSDMTVPVHGDGRGLDSVLIEVRNDLLRSSESVRTWSAYLAPLL NA NA NA NA NA D1-35_00951 150 hypothetical protein ATGCCTCTCTTCAGAGACCCGATCACTGATCCGTGCCTGGCTATGATGCTTTCGGTACACAAGGTCATATGTGCCCTGTATGGCCGGGCGCCGCCCGACGCCTTGCCCCAGGCGCTGTCACCAGCCGAACTTTGTGAGCACTATGCGTGA MPLFRDPITDPCLAMMLSVHKVICALYGRAPPDALPQALSPAELCEHYA NA NA NA NA NA D1-35_00952 579 hypothetical protein GTGCAAGCCACTCGCCTTACCCTGATCTGCCATGCCCGCACCGCCGCCCAGAAAGATGCACGTTTCGGCTTGGACGAACCGCTGGACGCCGGCTGGCTGGCGACGCGTGCCGAGATCGGCCATGAATACCGGAACGTCCGCCGCCTGCTCTGCGGGCCAGAGCTGCGCACCCGCCAGACCGCGGCGCTGTTGGGCGACGATCCGCAGGTGGTCCAGGCGTTGGCCGATTGTGATTTCGGGCGTTGGCGCGGGATGTCTGTCGATGAATTGCTCAAGACGGAGCCGGAATGCCTTCAAGCCTGGCGTGACGACCCGGACGCCGCGCCCCACGGCGGCGAGTCCGTCAGCGGAATATGTCGCCGGGTCGGCGACTGGCTGACGACGCTGCAACACACTCCGGGCCACTGGCTGGCCGTTACCCATCCGTTCGTGATTCGCGCTGCCCTGCTGAACGTACTGGGTTGCCCGCTGGGCATGTTCCACCGGATCGACATCGAATCGCTTTCCGTCACTGAGTTGCGTTTCAACGGGGTATGGCGATTTCGCACCCAGGGGCCTGGCCGGGAGCCGCAAGCATGA MQATRLTLICHARTAAQKDARFGLDEPLDAGWLATRAEIGHEYRNVRRLLCGPELRTRQTAALLGDDPQVVQALADCDFGRWRGMSVDELLKTEPECLQAWRDDPDAAPHGGESVSGICRRVGDWLTTLQHTPGHWLAVTHPFVIRAALLNVLGCPLGMFHRIDIESLSVTELRFNGVWRFRTQGPGREPQA NA NA NA NA NA D1-35_00953 756 hypothetical protein ATGAAGAGATTGTCGGTGATAGGCATCGGTGCCGGTGATCCCGATCACCTGACGATGCAAGCGGTGAAGGCCCTGAATCAGGTCGATGTGTTTTTCCTGATGGACAAAGGGCCCGGCAAGGACGCGCTGTTGGACCTGCGTCGCGACATCTGTCGCCGCTACATCACTGATCGCACCTACCGTTTTGTCGAAGCCGGCAGTCCCGAGCGCCAGCGCGAGGATCTGGACTACACGGCCAGTGTCGAGGCACTTAACCGGGCGAAGCAGGCAACGTTCGAAAGATTGATCAATGAGCAATTGTCTGACGGGCAGCGTGGCGGTTTCCTGGTGTGGGGCGACCCATCGCTGTACGACAGCACCCTGCGCATCCTGCAGGCGATCCTTGATTCGGGGCGCTGCGTCTTCGAGTTCGATGTCGTTCCGGGGATTACCAGCGTCCAGGCCCTCGCGGCGCGACACAAGGTGCCGTTGAACAGTATCGGCGGCTCGCTGGAGATCACCACGGGCCGCAGGCTGGCGGCGGGGCGGGTTGGCGATGCCGCGAGCACGGTGGTGATGCTTGATGCCGAGGATGCGTATCGCCAGGTCAGCGATCCTGATACGCAGATCTATTGGGGCGCCTACGTGGGAATGGCGGATGAATTGCTCATTGCCGGACGGCTGGGGGACGTGGCCGACGACATTGAACGCACCCGCAAGGCGGCGCGACAGGCGAATGGGTGGATCATGGATACGTATTTGTTGCGCAAACCCTGA MKRLSVIGIGAGDPDHLTMQAVKALNQVDVFFLMDKGPGKDALLDLRRDICRRYITDRTYRFVEAGSPERQREDLDYTASVEALNRAKQATFERLINEQLSDGQRGGFLVWGDPSLYDSTLRILQAILDSGRCVFEFDVVPGITSVQALAARHKVPLNSIGGSLEITTGRRLAAGRVGDAASTVVMLDAEDAYRQVSDPDTQIYWGAYVGMADELLIAGRLGDVADDIERTRKAARQANGWIMDTYLLRKP PGPT0009265_420 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009265-cobF-K02228 NA NA D1-35_00954 960 cdhR_2 COG4977 HTH-type transcriptional regulator CdhR ATGCAGCCTACCCCTGGCCTCGTCGCGATTCTCGCCTACGACGGACTGTGCACGTTCGAATTCGGCGTCGCCGTCGAGATATTCGGGCTGGCACGGCCCGAGTTTGATTTTCCCTGGTATGAACACCGCATCGTCGCTGTCGACGACGGCCCGATGCGCGCCATGGGCGGCTTCCAGGTATTGGCCGATGGCGGCATGGAACTGCTCGACAGCGCGCGAACCATTATCGTGCCGGGCTGGCGCAGTCGCAGCGAACCGCCCTCCGATGCCCTGCTCCAGGCCTTGCGACGAGCCCATGCCCGTGGCGCCCGCTTGTTGTCGATCTGCTCGGGGGCTTTTGTCCTGGCGGCCACCGGGCTGCTCGACGGCTTGGGCGCCACCACGCATTGGCGCTACACCGACGAACTCGCCGACAGCTACCCGACCATCGAAGTCGATCCCGATGTACTTTATGTCGACTCCGGCCAGATCATCACCTCGGCTGGCAGCGCGGCCGGCATCGATGCCTGCCTGCACTTGGTGGCGCGGGATTTCGGCGCCCAGGTCGCCAATGCCGTGGCGCGCCGGCTGGTCATGCCGACCCAACGCACCGGTGGCCAGGCGCAGTTCATTCCCTCGCCGGTCAGCCGCACGCCGCGCAGCGATTTGTCCGGCGTCATGCAATGGGCCCGGGAACGTCTCCACGAGCCGCTGGGAGTGCGCGACCTGGCCAGTCACGCCGCTATGAGCGAACGGACCTTCCTGCGTCGCTTCACCCAGGCTTGCGGCCTCTCGCCCAAGGCCTGGCTGCAACATGAGCGCCTGGCACGGGCGCGGGAATTGCTGGAAAGCACGCAAGACAACACCGATAACATTGCCCAACTGTGTGGCTATCGTTCGGTGGAAAGTTTCCGGGTAGCGTTTCGCAACGTGGTGGGGCTGGCGCCGTCGGTGTACCGGGAGCGGTTTGGGCGAGGGTGA MQPTPGLVAILAYDGLCTFEFGVAVEIFGLARPEFDFPWYEHRIVAVDDGPMRAMGGFQVLADGGMELLDSARTIIVPGWRSRSEPPSDALLQALRRAHARGARLLSICSGAFVLAATGLLDGLGATTHWRYTDELADSYPTIEVDPDVLYVDSGQIITSAGSAAGIDACLHLVARDFGAQVANAVARRLVMPTQRTGGQAQFIPSPVSRTPRSDLSGVMQWARERLHEPLGVRDLASHAAMSERTFLRRFTQACGLSPKAWLQHERLARARELLESTQDNTDNIAQLCGYRSVESFRVAFRNVVGLAPSVYRERFGRG PGPT0014658_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014658-ypdC-NA NA NA D1-35_00955 435 hypothetical protein ATGACCAGCCCTGTTCGCGAAGTGCCTGCCGCCCCGTCCGACATTGCCCTGCAGCATTTCAGCCGGCGTCTGATGTTCGAAACCGATTGTTCCGACGTACGTGCCAGCCAGGACGCCGCTGAGATCGATTTTGTCCTCGTCGATGTGCGCGGGCCGCAGGCCTACGCACGCGGGCACGTGCCCGGGGCGATCAACCTGCCGACCCGCACGCTGACCGCCGAGGCGCTTGCGGCCTATCCCCAGGCCACCCTGTTCGTGGTCTATTGTGCGGGGCCGCATTGCAACGGCGCCAACAAGGCTGCGGTGCGCCTGGCGACCCTGGGATACCCGGTCAAGGAAATGATCGGTGGCGTCATGGGTTGGCTCGACGAAGGTTTCCGCCTGACCGGTTCGGTGGAGCGCGTGGCGGAGCATGCGGTCAGCTGCGATTGTTGA MTSPVREVPAAPSDIALQHFSRRLMFETDCSDVRASQDAAEIDFVLVDVRGPQAYARGHVPGAINLPTRTLTAEALAAYPQATLFVVYCAGPHCNGANKAAVRLATLGYPVKEMIGGVMGWLDEGFRLTGSVERVAEHAVSCDC NA NA NA NA NA D1-35_00956 780 argT_3 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGAAGAAGCTTGTCATGTTCGGTGCCCTGGCACTGTCCGTACTCTCCCTGTCGGCCGTGGCCGAAGACGCCAAGCCGATCCGCCTCGGGATCGAGGCCGGCTATCCGCCTTTTTCGATGAAGACGCCTGACGGCAAGCTGACCGGCTTCGATGTGGATATCGGCGACGCGCTGTGCGCGCAGATGAAGGTCAAGTGCACCTGGGTCGAGCAAGAGTTCGACGGGCTGATTCCAGCGCTGAAGGTGAGGAAGATCGACGCGGTCCTGTCGTCGATGACCATCACTGATGACCGCAAGAAAAACGTCGACTTCACCATCAAGTACTACCACACCCCGGCGCGTTTCGTGATGAAGGAAGGTACGGACGTCAAGGACCCGCTGACCGAACTCAAGGGTAAGAAAGTCGGCGTGTTGCGCGCCAGTACCCATGACCGCTTCGCGACCGAAGTGCTGGTCCCGGCGGGGATCAACCTGGTGCGCTACAGCTCCCAGCAGGAAGCCAACCTGGACATGGTCGCCGGTCGCCTCGACGCCATGCTGGCCGACTCGGTCAACCTCGACGAAGGTTTCCTGAAAACCGCCGCCGGCAAAGGCTTTGCCTTCGTCGGGCCGACCTATGAAGACGCCAGGTATTTTGGCGGCGGCGCCGGCATCGCGGTGCGCAAGGGTGACAAGGCCCTGGCGGACCAATTCAACGCCGCCATCAGCGAAATCCGCGCCAATGGCACCTACCAGAAAGTGCAGGACAAATATTTCGCTTTTGACGTCTATGGGCATTAA MKKLVMFGALALSVLSLSAVAEDAKPIRLGIEAGYPPFSMKTPDGKLTGFDVDIGDALCAQMKVKCTWVEQEFDGLIPALKVRKIDAVLSSMTITDDRKKNVDFTIKYYHTPARFVMKEGTDVKDPLTELKGKKVGVLRASTHDRFATEVLVPAGINLVRYSSQQEANLDMVAGRLDAMLADSVNLDEGFLKTAAGKGFAFVGPTYEDARYFGGGAGIAVRKGDKALADQFNAAISEIRANGTYQKVQDKYFAFDVYGH PGPT0020680_155 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020680-aotJ-K10022 NA NA D1-35_00957 1113 hypothetical protein ATGCAACGCATCGACCATACCCTGCCGTGGAGCCACCTGGGCACGGAGCGCCGGCTCAGCGTGTTTCGTTTCGGCCATGGCCCGCGCAAGGCCTACATCCAGGCCAGCCTGCACGCCGATGAACTACCGGGCATGCGCACGGCATGGGAACTGAAACAGCGGCTCAGCGAACTTGAGTCCCGGGGCCTGCTCAAAGGCGTGATCGAACTGGTGCCGGTGGCCAATCCCATCGGCCTGGACCAGCATCTGCAGAGTGCGCACATGGGGCGTTTCGAGCTGGGCAGCGGGAAAAATTTCAACCGTTCCTTCGTCGAACTCAGCGCCCCGGTGGCGCAGCGCATCGGGGCTCGTCTGGGCGACGATCCGGCTGCCAACGTCACCTTGATCCGGCAAACCATGGCCGAGGTGCTCGACGAACTACCCGCGCCACCTTCGCAACTCGAAGCCATGCATCGGCTGTTGCTTCGCCATGCCTGCGACGCCGACATCACGCTCGACCTGCACTGCGATTTCGAGGCCACGATCCACTTGTACGCGTTGCCGCAACAATGGCCGCAGTGGCGCTCGCTGGCCGCGCGGCTGAGGGCCGGTGTGGCGTTGTTGTGCGAAGATTCCGGCGGCAGCTCGTTCGATGAGTCCTGTTCCACGCCCTGGTTGCGCCTGGCGAGGATCTTTCCGCAAGCGGCCATTCCGGCGGCCAACCTGGCGACGACGCTGGAATTGGGCAGCATGGGCGACACCCGGGTGGAGCAGGCCCGGGCGAATTGCGAGGCCATCCTCGGATTTCTCGCCGAACAGGGACTCATCGGCGGTGACTGGCCGGCCGCGCCGGCGCAATGCTGCGAGGGTTTTCCGTTCGAAGGCACCGAATACCTGTTTGCCCCGCACCATGGCGTGGTGAGCTTCCTGCGCGAAGCTGGCGAGTGGGTGGAGCGGGGCGATGCTTTGTTCGAGGTGGTCGATCCGTTGAACGACCGAGTGACCACGGTCCGCGCCGGCACCAGCGGCGTATTGTTCGCCCTGGATCGCGGGCGCTATACCCAGCCGGGCATCTGGCAGGCGAAAGTCGCCGGGCGTGAGCCGATTCGGGCGGGGAAATTGATCAACGACTGA MQRIDHTLPWSHLGTERRLSVFRFGHGPRKAYIQASLHADELPGMRTAWELKQRLSELESRGLLKGVIELVPVANPIGLDQHLQSAHMGRFELGSGKNFNRSFVELSAPVAQRIGARLGDDPAANVTLIRQTMAEVLDELPAPPSQLEAMHRLLLRHACDADITLDLHCDFEATIHLYALPQQWPQWRSLAARLRAGVALLCEDSGGSSFDESCSTPWLRLARIFPQAAIPAANLATTLELGSMGDTRVEQARANCEAILGFLAEQGLIGGDWPAAPAQCCEGFPFEGTEYLFAPHHGVVSFLREAGEWVERGDALFEVVDPLNDRVTTVRAGTSGVLFALDRGRYTQPGIWQAKVAGREPIRAGKLIND NA NA NA NA NA D1-35_00958 717 estB_1 COG0400 Carboxylesterase 2 ATGTTCAAAGCGTTCGCCCTGTTTCTGCTGCTGGTGTCTGCCGGAGCGCAGGCCCAACCGTCGCTGCATACCGACTTGCCACTCAACTACCTGGCCCGCGCCGATGAACAGGCCAGGAACCGGCCGCTGGTGATTTTCCTGCACGGTTCGGGCAGCAACGAAGAAGACCTGCTGACGCTCGCCGACGAACTGCCCAAGCACTACAACTACCTTTCGGTGCGGGCACCCAAGTCGATGGAGCCGGGGCGCTACCAATGGTTTGCCAGGAAAGGCGAGGGCGCCTATGAAGGTGACACGTCAGACCTGAAGGCCAGCGGCCAGATGCTCCTGGAATTCATCGAGAAGGCTCGGGCCAAATACCCGACCGATGCGAGCAACGTCTATCTGGTGGGTTTCAGTCAAGGCGCGATGATGAGCTACGAGGTAGCCCTGAGACACCCCGAAGCCGTTGGCGGCATTGCCGCGATGGGCGGGCGAGTTCTTTCGGTGTTGCGCGCCGAACTGACGCCCGATGAATCGCGCCGGGCGCTGGCGGTGTTCATAGGCCACGGCACGGTGGACCCGATCATTCCCTACCACGACGGTACCGACGCTGACTCGTTCCTCAAGACCCTGGCCCTGGAACCGGAATTCCACGCGTATCCGGGGCTTGGTCACAATATCAGCGCGCAGGAAGTGAAGGACCTGCGGGCCTGGCTGGAGCGGCTCAACCCTTGA MFKAFALFLLLVSAGAQAQPSLHTDLPLNYLARADEQARNRPLVIFLHGSGSNEEDLLTLADELPKHYNYLSVRAPKSMEPGRYQWFARKGEGAYEGDTSDLKASGQMLLEFIEKARAKYPTDASNVYLVGFSQGAMMSYEVALRHPEAVGGIAAMGGRVLSVLRAELTPDESRRALAVFIGHGTVDPIIPYHDGTDADSFLKTLALEPEFHAYPGLGHNISAQEVKDLRAWLERLNP PGPT0028515_506 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 D1-35_00959 591 hypothetical protein ATGTCATTGCTGAGTAAACCAGCCGCCGCCCTGCTACTGGCAGCGATCACCAGCCTGGTCGCATTCCCGGCCCTTGCCGCCCAGCCCAAGAAACCCATGGCGCAAGCACCGGCCCAGAAGGTTTCGCTGCTGGGCGGCAAGTTCAGCTTCACCCTCCCCCCGGGCTTCACGGCGACGCCCTTGTCCGCAGGGGACGTGGCGCAGGGAACCGCCGGGGCGAGCGGTACGATGTACAGCAATGCCTCCCGCAAAACGGTGGTGATCACGGCGGAGAACACCCTGGTTGACGGGGCGAATGTAAACGATAACGACGCAGCCTTCCTGGATACGGCCTTCGCCGATTTCGCCGTCCAGAAGACCAAGGCCCTGCCGGATGCCAAAATCCTCGGGGAAAAAAGCCTGACCCTGAAAACCACCGGCCTCGGCCTGCGCCAGCTCGACACCCGGGCCACCCAAGGTGGCGGGCCCACGCTGGACACTACCCTGATAGGGGCTTCCGGCACGCGCATGGCCGTGGTGCAGATCATCTCCAGGGCGAGCGACCAGGCCGGTCATGAGGCATTGGTCAAGCAGATCGCCAGCGGGAAGTGA MSLLSKPAAALLLAAITSLVAFPALAAQPKKPMAQAPAQKVSLLGGKFSFTLPPGFTATPLSAGDVAQGTAGASGTMYSNASRKTVVITAENTLVDGANVNDNDAAFLDTAFADFAVQKTKALPDAKILGEKSLTLKTTGLGLRQLDTRATQGGGPTLDTTLIGASGTRMAVVQIISRASDQAGHEALVKQIASGK NA NA NA NA NA D1-35_00960 945 dmlR_3 HTH-type transcriptional regulator DmlR ATGGAAACCCTCGCCAACCTCGAATGTTTCGTGCGCAGTGCCGAGACCGGCAGTTTTTCCGCTGCCGCCAGGCTGCTGGCGCTGACGCCCGCCGCCGTCAGCCGCAACGTGGCGATGCTGGAGCGAAACCTGGGTGTGCGCCTGTTCCAGCGTTCGACCCGCAAGCTTTCCCTGACCGAAACCGGCGAACATTTCCTCGCCAGCATCGGCGGCAACCTTCAAGCCCTGCAGGTTGCGATTGGCGCGGTGAGCGCCGAACGTGGCGAGCCGGCCGGCGTGTTGCGGGTCAGCCTCTCCCCCAGCTTCGGCATGGCTCACGTCTTGCCGTTAATGCCTGCTTTCCTCGGTCGATATCCCCTGATCCGGCCGGAATGGCATTTCGAAAATCGTCGGGTCGACTTGATTGCCGAGGGTTTCGACGCGGCGATTGGAGGCGGTTTCGAATTGACCCCCGGCGTGGTGTCCCGGACCTTGGCGCCAGCCCACCTGATTGCCGTCGCCAGCCCGCAGTACCTGGCCGTTCATGCCCAGCCCCAGCATCCGGAGCAATTCGCCAATCACGCTAACATCGTCCTGCGCTCCAGCCTGACCGGCCGTGTGCGCCAACCGATGATGCGCAACAGCGCCGGGCTCGAGTGCGCGGTGTCGTTGCCGGAGTCGATCACCTTCAACGATCCGGTCGCGATGCGTGAATCTGCCTTGCTCGGCCTGGGCGTTGCGCTGTTGACGGTGCCGGATGTCTTGCCCTGGCTGGAGCGCGGCGAGCTGGTGCGGCTGCTGCCGCAATGGTATGTCGACCTTGGCGCGATCTCGCTCTATTACCCGAGTCGTACGCTGATGCCCGCCAAGACCCGGGTCTTTGTCGACTTCATTACCGAGCACTTCGAACGTCAGGCGCTGGCGCGGCGCTTCAGTGCCGTCGGTGTTAACGTATCGAACCCATGA METLANLECFVRSAETGSFSAAARLLALTPAAVSRNVAMLERNLGVRLFQRSTRKLSLTETGEHFLASIGGNLQALQVAIGAVSAERGEPAGVLRVSLSPSFGMAHVLPLMPAFLGRYPLIRPEWHFENRRVDLIAEGFDAAIGGGFELTPGVVSRTLAPAHLIAVASPQYLAVHAQPQHPEQFANHANIVLRSSLTGRVRQPMMRNSAGLECAVSLPESITFNDPVAMRESALLGLGVALLTVPDVLPWLERGELVRLLPQWYVDLGAISLYYPSRTLMPAKTRVFVDFITEHFERQALARRFSAVGVNVSNP NA NA NA NA NA D1-35_00961 603 hypothetical protein ATGAACACCATCGGCATTATCGGCGCTGGCGCCATCGGCAGCGCATTCGCCCGGGCCCTGGCTCGCCAAGACATCAATGTGGTCATTTCCAACAGTCGCGGGCCGGAAAGCCTGACCGAGCTGGTCGCCGAACTGGGCCCGACCGTACGTGCCGGCACTGTGCAGGAAGCTGCCGCGCAACCCATGGTGCTGGTGGCCGTCAATTGGCAGAAGTTGCCGCAAGCCCTGGCAGGTTTGCCGGATTTCGCCGGGCGGATCGTGATCGACGCCAACAATGCCATCAAGGTGCCGGAATTCCAGGCGATCGATCTGCAAGGACGGGCCTCCACCGAGGTGTTCAGCGAGTGGGTGCCCGGCGCGCGGGTGGTCAAGGCATTCAACCATATGCTGGCGAAATTGCTCGAGGCTGATCCGGCGGCCGAGGGTGGCAAGCGTGTGCTGTTCCTGACCGGCGATGATCAACAGGCGCGTGTGGAAGTGGCCGGGTTGATCGAGCGGCTGGGATTCTTCGCCGTGGACCTCGGCCCGCTGAGCGCCGGAGCGCACCTGACGCAATTCCCCGGCGGCCCGTTGCCCGTGTTGAATCTGGTCAAGTTCGACTGA MNTIGIIGAGAIGSAFARALARQDINVVISNSRGPESLTELVAELGPTVRAGTVQEAAAQPMVLVAVNWQKLPQALAGLPDFAGRIVIDANNAIKVPEFQAIDLQGRASTEVFSEWVPGARVVKAFNHMLAKLLEADPAAEGGKRVLFLTGDDQQARVEVAGLIERLGFFAVDLGPLSAGAHLTQFPGGPLPVLNLVKFD NA NA NA NA NA D1-35_00962 936 dmlR_4 HTH-type transcriptional regulator DmlR ATGCACGGTCTTGATGAACTGGGTTTCAAGGCACTCCGATTGTTCGTCGCGGTGCTCGATCTCGGCAGCTTCTCGGAAGTCGCGCGGCGCGAGGGGCTGGCGCCTTCCTCGATTTCCCGGCAGATCCAACTGATGGAGCAGGCGCTGAACCAGCAGTTGCTGTATCGCCATACCCGCGCCGTTTCGCCCACCGAAGCCGGCCGCCTGCTCGGGCACCATGCACGCTTGCTGCTGGTGCAATTGGAGGAAGCCGAACAAGCCTTGCAGGAACAGCGCAGCGAACCGGCCGGACTCGTGCGGATCAACGCCCCGGTAGTCTTCGGACAGCGCCACCTGACGCCCTGGCTGGGACAACTGTGCGAGCGCTACCCGAAGCTGCAGCTGGATATCCAGCAGACCGACAGTTACGTCGACCCGCTGCAGGAAGGTGCCGATCTGCTCTTTCGCATCGGCTCGTTGCATGACTCCAGTATGCAAGCGCGGATCATCGCGCCGCACCGTTTCCAGATCGCGGCGAGCCCCGCCTACCTGGCCCGCCACGGCGTTCCACAAGAACCCGAAGACCTGGCGGCCCATCAGTGCCTGGCCTACAAAGGCGTAGCCGGGCAACAGCGCTGGTTTTTCCGCAAGCCGGGTCAAGCCTGGATACGCTACAGCGTGAGCGGGCCGATCACCGGCAACCACGCCGACACCCTGACCCAGGCCGCCGAACAAGGCCTGGGCCTGGTGATGTTTCCGTCATGGCTGATCGGCGAAGCCGTGCGCAACGGCACGCTGGTGCCGGTCCTGGGCGATTACGAAGCGTCCAACAGCCTAGAACCCCAGCAAATCGCCATCCTCTGGCCCGGCAGCCGACGCCTGTCAGTGAAAGTGCGCACGGTGATCGATTTTTTCCTCGAGTGTTTCGGCGAAGTGCCCTACTGGGATCGTCCTTGA MHGLDELGFKALRLFVAVLDLGSFSEVARREGLAPSSISRQIQLMEQALNQQLLYRHTRAVSPTEAGRLLGHHARLLLVQLEEAEQALQEQRSEPAGLVRINAPVVFGQRHLTPWLGQLCERYPKLQLDIQQTDSYVDPLQEGADLLFRIGSLHDSSMQARIIAPHRFQIAASPAYLARHGVPQEPEDLAAHQCLAYKGVAGQQRWFFRKPGQAWIRYSVSGPITGNHADTLTQAAEQGLGLVMFPSWLIGEAVRNGTLVPVLGDYEASNSLEPQQIAILWPGSRRLSVKVRTVIDFFLECFGEVPYWDRP PGPT0028940_383 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_00963 498 hypothetical protein ATGCAATCAACATCCACCCCCTCCGCCGCAGCGGTAGCGGATGCCGCGCCACCCCGGACTTTCCTGCGCTGGCTCCTGCTACCCCTGGTGATCCTGGCGGGCATGGGGCTATCGGTGGAGGCCGGCCTGCTCGGGCCGCTTGGTGTCCAGGTCGGTCATCTGTGGGCAACGTTGAGCATCTTTGGCGTTGGCGCGGCGCTGTTGTTCCTGCTGTTGTTGCTCAGCGGTCCGCAACGAGGCCCGGCCCTGAGCGAACTGCCGCGCTGGCAATTGATCGGTGGCTTCCTGGGGCCGGTCTACGTGGTGGTACTGACCCTCGCCACCCCGCACATCGGCATTGCCATGACCATGATCGCGATTCTCTCCGGCCAGGTTGGCAAAAGCGTGCTGATCGACCATTTCGGCTGGTTCGGCGCGAGCCGCAAGCGTGTCAACCGCGAGCGCTGGCTGGCGTTGGCGTTGATTGTCGTGGCCCTTGTCCTGATTGCCCGAGGTTGA MQSTSTPSAAAVADAAPPRTFLRWLLLPLVILAGMGLSVEAGLLGPLGVQVGHLWATLSIFGVGAALLFLLLLLSGPQRGPALSELPRWQLIGGFLGPVYVVVLTLATPHIGIAMTMIAILSGQVGKSVLIDHFGWFGASRKRVNRERWLALALIVVALVLIARG PGPT0009795_652 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936 NA NA D1-35_00964 453 hypothetical protein ATGAGCGTGATCCTGTTATTGCTGGTGGTTGTCGCCGCCGGCGCGGTATTGAGCGTGCAGGCGGCCATCAACGGGCGTCTGGGCGAGACGGTGGGCGTACTGCGCAGCAGTCTGCTGACCTTCGCGGTCGGCACGGTGGTCACCGGGTTGTTGATCGTGTTTTTCGAGCCGGCCCATGCGGTAAGCCTGTTGGACGTGCCGAAATGGCAGCTCAGCGGCGCATTGTTTGGTGTGGTGTACATGATCGTGATGGTCGGCGCGGTGCCGAGAGTCGGCACAGCCGTGGCAACCGTCGCGGTCATCGTCGGGCAACTTGCCATGGGCATGCTGATCGACAACTTCGGCTGGCTGGGCAATCCACCTGTCGAACTGTCCGCCAGCCGCTTGTTGGCCATGGCCTGCCTGGCACTGGCGCTGGTGTTCATGTATCGCAGCAGTACGCGGCAGACCTGA MSVILLLLVVVAAGAVLSVQAAINGRLGETVGVLRSSLLTFAVGTVVTGLLIVFFEPAHAVSLLDVPKWQLSGALFGVVYMIVMVGAVPRVGTAVATVAVIVGQLAMGMLIDNFGWLGNPPVELSASRLLAMACLALALVFMYRSSTRQT PGPT0009795_1326 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936 NA NA D1-35_00965 279 hypothetical protein ATGGATTTGAACCCACGCGTGGACACCCACCTCGATTACGGCCTCGACACGCTGTTCGGACGCGAAACCAAAAGCGTCGACTGCCAGTTCGATGTCAAGCGCCTCGACGACGGCGAGCCGCCATGGTTCGCTCTGCATGTACGCCCACCGCTGCCCGAAGACCTGGCAAAAGCCCAGATCGTGGTGTTCAGCGTCGAAGGCCGGCGCATCAGCGGCATTGTCCGACGTACCGAGCGCCTGGCCGATGACAGCCTGCAACTGGACGTCGAACCGGAGTGA MDLNPRVDTHLDYGLDTLFGRETKSVDCQFDVKRLDDGEPPWFALHVRPPLPEDLAKAQIVVFSVEGRRISGIVRRTERLADDSLQLDVEPE NA NA NA NA NA D1-35_00966 1035 selD COG0709 Selenide, water dikinase ATGAGCGAGCCGATTCGCCTGACCCAGTACAGCCACGGTGCCGGTTGCGGCTGCAAGATTTCGCCCCAGGTGCTGGAAGTGATCCTGGCCGGCAGCGGTGCGCAAAACCTTGATCCCAAGCTGTGGGTCGGGAACGCTTCCCGGGACGATGCGGCGGTCTACGCCATCGACGAGGAGCGCGGCGTGGTCTCGACCACCGATTTCTTCATGCCGATCGTCGACGATCCGTTCGACTTCGGTCGCATCGCCGCGACCAATGCCATCAGTGATATCTATGCCATGGGCGGTGATCCGCTGATGGCGATTGCGATCCTCGGCTGGCCAGTCAACGTGCTCGCCCCGGAAATCGCGCGCGAGGTGATTCGCGGTGGCCGCTCGGTGTGCGACGAGGCAGGCATCCCCCTGGCGGGCGGGCACTCGATCGATGCGCCCGAGCCGATTTTCGGTCTGGCAGTGACGGGCCTTGTGCAAAAGCGCCACATGAAACGCAACGACACCGCCACCGCGGGCTGTCGGCTGTACCTGACCAAACCCCTGGGCATCGGCATCCTCACGACGGCGGAAAAGAAAGGCAAGCTGCGCGCCGCCGATGTGGGCCTGGCCCGAGACTGGATGTGCACGCTGAACAAGCCCGGCAGCCGTTTCGGCAAGCTCGATGGCGTGACGGCAATGACCGATGTCACCGGTTTCGGCTTGCTCGGGCATTTGGTGGAAATGGCCGATGGCAGCCAACTGACCGCGCGTATCCGCTACGACGCGGTGCCGCGCCTGCCAGGCGTCGAGTACTACCTCGATCAAGGCTGCGTACCGGGCGGCACATTGCGCAACTATGACAGCTACGCCAGCAAGGTCGGTCGCGTCCAGGAGCTGCACAAGCGAGTGCTGTGCGACCCGCAGACCAGTGGCGGCCTGCTGATTGCCGTCACACCCGAAGGAGAGAGCGAGTTCCTGCGGGTCGCCGTTGAACTGGGTCTGGCGCTGGAACCGATTGGTGAATTGGTCGAGCGACAGAGCCACGCGGTCGAGGTGTCTTGA MSEPIRLTQYSHGAGCGCKISPQVLEVILAGSGAQNLDPKLWVGNASRDDAAVYAIDEERGVVSTTDFFMPIVDDPFDFGRIAATNAISDIYAMGGDPLMAIAILGWPVNVLAPEIAREVIRGGRSVCDEAGIPLAGGHSIDAPEPIFGLAVTGLVQKRHMKRNDTATAGCRLYLTKPLGIGILTTAEKKGKLRAADVGLARDWMCTLNKPGSRFGKLDGVTAMTDVTGFGLLGHLVEMADGSQLTARIRYDAVPRLPGVEYYLDQGCVPGGTLRNYDSYASKVGRVQELHKRVLCDPQTSGGLLIAVTPEGESEFLRVAVELGLALEPIGELVERQSHAVEVS PGPT0004820_1644 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004820-selD-K01008 NA NA D1-35_00967 1104 selU COG2603 tRNA 2-selenouridine synthase ATGCCCAACGACATCACCGACTACCGCGATATTTTCCTCAATGATCGCCCGATGATGGACACTCGCGCGCCGGTGGAATTTCTTAAGGGCGCGTTTCCCGGCGTGGCCAACCTGCCGTTGATGACCGACATCGAGCGGCAACGCGTCGGGACCTGCTACAAGCAGCAGGGACAGCAGGCCGCCATTGTCCTGGGGCATCAACTGGTCAGCGGCGAGACTAAGGCCCAACGTATCCAGGCCTGGGCCGAATTTGCCCAGGCCCATCCTGATGGCCTGCTGTACTGCTTTCGCGGTGGCTTGCGCTCACAGATCGTCCAGCAATGGCTCAAGGACGAGGCGGGCATCGAATACCCCCGAGTCGGCGGGGGCTACAAGGCGATGCGTACGTTCCTGTTGGGCACTATCGACCAGGCGGTCGCTCAGTGCGACCTGGTCCTGCTGGGCGGCATGACCGGCACCGGCAAGACCGAGGTGTTGACGCAGCTCGATAACGGCCTGGACCTGGAAGGTTATGCCAATCATCGCGGTTCGAGCTTCGGCAAGCGTGCGACCGGGCAGCCTTCCAATATCGATTTCGAAAACCTGCTGGCGGTGGATGTGCTGAAAAAGCGTGCCGCCGGCATCAAGCAATTCGTGCTGGAGGATGAAAGCCGCATGGTCGGCAGTTGCGCCTTGCCGTTGCCGTTGTACCAGCGCATGCAGCAGGTGCCGATGGTCTGGCTGGAAGATCGCCTGGAGCGGCGGGTCGAGCGGATCCTGCGCGACTACGTGATCAATCTCTGCGCCGAGTTTGTCGAGGTCCATGGCGACGAAGGGTTTTCGCTGTTTGGCGAACGGTTGCTGGCGAGCCTGGACAACATCCACAAACGCCTGGGTGGCGATCGCCATCGGCGATTGCTGGGCATCATGGAAGCCGCCCTGGCCGAACAGGCCGCCAGCGGCGCCGTCGACCTGCATCGCGCTTGGATCGAAGGCTTGCTGCGCGAGTACTACGACCCGATGTATGTATTCCAGCGGGAAAAGAAGGGCGGGCGCATAGAGTTTGTCGGGGAGCAGGCGGCGGTATTGGAATATCTGCGTGAACGCGCCGCTCGGGAAGGATAA MPNDITDYRDIFLNDRPMMDTRAPVEFLKGAFPGVANLPLMTDIERQRVGTCYKQQGQQAAIVLGHQLVSGETKAQRIQAWAEFAQAHPDGLLYCFRGGLRSQIVQQWLKDEAGIEYPRVGGGYKAMRTFLLGTIDQAVAQCDLVLLGGMTGTGKTEVLTQLDNGLDLEGYANHRGSSFGKRATGQPSNIDFENLLAVDVLKKRAAGIKQFVLEDESRMVGSCALPLPLYQRMQQVPMVWLEDRLERRVERILRDYVINLCAEFVEVHGDEGFSLFGERLLASLDNIHKRLGGDRHRRLLGIMEAALAEQAASGAVDLHRAWIEGLLREYYDPMYVFQREKKGGRIEFVGEQAAVLEYLRERAAREG PGPT0004830_283 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004830-selU|mnmH-K06917 NA NA D1-35_00968 672 hypothetical protein ATGATCAACCCACTGAAGTTCGCCCAGTTGAAACGCCGTCCGTGGCTACTGCTACCGACGCTGCTCGTGACCTGTGGGCTGGTGCTGTCGCTGGAATCCAGCGTCAGCAGTGCCCAGCCCGTCGACGGCGTGCAGACGCTGGTGTTCCTGCGCCACGCGGAAAAACCGGTCGGCGGCCTCGGCCAACTCAATTGCCAGGGGCTGAACCGCGCCATCGACCTGGCCACCCTGCTGCCAGAAAAATTCGGCGAAGCCGACTACGTATTCGCGGCCAATCCGACCCGTAACGTCGAAGAGGGTGAGCTGGATAATTCCTACAGCTACATTCGCCCCTTGATGACAATCAGCCCCAGCGCCATCAAGCTCGGCCTGCCGGTAAACATCGAGTATTCAGCCAACGACACCAGTGACCTGGCTGATGAATTGATGCAGGACAAATACCACAACTCCACGATCTACACGGCCTGGTCCCACGGCTACCTGCCTGAACTGATCAACAAGGTCGCGGGTGAAGCGGTGGGCAAGCGGCAGACCATCACCGACGACTGGGCATCGAGCGATTTCGACTCCCTGTATGTACTGACCCTGACCTGGCACAACGGCAAGGCCAGCCTCACCAGCCAAAGCTACAAGCAAGGCCTGGATAACGGGCAGAAGACCTGCCCGACGTAA MINPLKFAQLKRRPWLLLPTLLVTCGLVLSLESSVSSAQPVDGVQTLVFLRHAEKPVGGLGQLNCQGLNRAIDLATLLPEKFGEADYVFAANPTRNVEEGELDNSYSYIRPLMTISPSAIKLGLPVNIEYSANDTSDLADELMQDKYHNSTIYTAWSHGYLPELINKVAGEAVGKRQTITDDWASSDFDSLYVLTLTWHNGKASLTSQSYKQGLDNGQKTCPT NA NA NA NA NA D1-35_00969 699 yfcG_1 COG0625 Disulfide-bond oxidoreductase YfcG ATGCCCGACCTGACCCCTTTCCCCATCACCCAGAAATGGCCCGCCCAGTTCCCTGAATGGCTCCAGCTCTATTCCCTGCCGACCCCCAACGGCGTGAAGGTGTCGATCATGCTGGAGGAGATCGGTCTGCCCTACGAGCCGCACAAGGTGGACTTTGGCAACAATGACCAACTGTCCCCCGAGTTCCTCTCGCTCAATCCCAACAACAAGATCCCGGCGATTCTTGACCCCCATGGGCCGGGAGATCGGCCGTTGGCGTTGTTCGAATCGGGAGCGATCCTGATTTATCTGGCCGACAAGAGCGGCCAGCTGCTTGCCCAGGAGTCGGCGGCGCGCTACGAGACGATCCAGTGGCTGATGTTCCAGATGGGCGGCATCGGGCCGATGTTCGGTCAGCTGGGGTTCTTCAACAAGTTCGCCGGCAAGGATTACGAGGACAAACGGCCGCGCGACCGATACGTCGAGGAAAGCAAGCGCCTGCTCAAGGTGCTGGACGGGCGTCTGGAAGGACGCGACTGGATCATGGGCGAGCGCTACACCATCGCCGATATCGCCACGTTCCCATGGGTGCGCAACCTTCTCGGTTTTTATGAGGCCGGTGATCTGGTGGGTATCCAGAACTTCCCGAACGTGACGCGGGTGCTGGAACGTTTCCTGGCGCGGCCGGCGGTGGCGCGCGGCTTGAAGATTCCGGAATGA MPDLTPFPITQKWPAQFPEWLQLYSLPTPNGVKVSIMLEEIGLPYEPHKVDFGNNDQLSPEFLSLNPNNKIPAILDPHGPGDRPLALFESGAILIYLADKSGQLLAQESAARYETIQWLMFQMGGIGPMFGQLGFFNKFAGKDYEDKRPRDRYVEESKRLLKVLDGRLEGRDWIMGERYTIADIATFPWVRNLLGFYEAGDLVGIQNFPNVTRVLERFLARPAVARGLKIPE PGPT0013045_1955 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013045-yghU|yfcG-K11209 NA NA D1-35_00970 975 hemB_1 COG0113 Delta-aminolevulinic acid dehydratase ATGTCCAGTCAGTTCCCCGCAGCCCGTCCACGCCGTCTGCGTCGCAATGCAAGCCTGCGCAACCTGTTCCAGGAAACCGAGTTGACCTTGAATGATCTGGTACTGCCGATTTTCGTCGAAGAGGAAATCGACGATTTCGTGCCGATCAAGAGCATGCCCGGCGTGGTGCGTATCCCGGAATCGAAGCTGGCCGGGGAAATCGAGCGGTATGCTCGTGCCGGTATCAAGGCGGTGATGACCTTTGGTGTGTCCCATCATCTGGACAGCGACGGCAGCGACACGTGGAGCGAGCGTGGCCTGGTTTCGCGCATGGCCGGAATCTGCAAGGACGCCGTGCCGGAAATGATCGTGATGTCCGATACCTGTTTTTGTGAGTACACCGATCATGGCCACTGCGGCGTGCTGCACGGTCACGAAGTCGATAACGACCGAACCCTGATCAACCTGGGCAAACAAGCGGTAGCGGCGGCACGCGCCGGTGCCGATGTCATCGCGCCGTCGGCGGCCATGGACGGGCAAGTCCAGGCCATTCGCAAGGCGCTCGATGACGCGGGCTTCAGCCAGACGGCGATCATGGCCTATTCCACCAAGTTCGCCTCCGCGCTCTACGGGCCGTTCCGCGAGGCCGGCGGCAGCGCCTTGAAAGGCGACCGCAAGAGCTACCAGATGAACCCGATGAATCGCCGCGAAGCCCTGCGCGAGTCGCTGCTCGACGAGCAGGAGGGCGCCGATGCACTGATGGTCAAGCCGGCCGGGGCCTATCTCGACATCATCCGCGACATCCGCGAGGCCTCGAACCTGCCATTGTCGGCCTACCAGGTCAGCGGCGAGTACGCGATGATCAAGTTCGCCGCACAGGCCGGCGCCATCGACGAAGCCCGAGTCGTGCGAGAAAGCCTCGGCGCGATCAAGCGGGCAGGGGCGGACCTGATCTTCACTTACTTCGCGATGGATCTGGCGCTGAGCGGGATCTGA MSSQFPAARPRRLRRNASLRNLFQETELTLNDLVLPIFVEEEIDDFVPIKSMPGVVRIPESKLAGEIERYARAGIKAVMTFGVSHHLDSDGSDTWSERGLVSRMAGICKDAVPEMIVMSDTCFCEYTDHGHCGVLHGHEVDNDRTLINLGKQAVAAARAGADVIAPSAAMDGQVQAIRKALDDAGFSQTAIMAYSTKFASALYGPFREAGGSALKGDRKSYQMNPMNRREALRESLLDEQEGADALMVKPAGAYLDIIRDIREASNLPLSAYQVSGEYAMIKFAAQAGAIDEARVVRESLGAIKRAGADLIFTYFAMDLALSGI PGPT0003655_4233 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698 NA NA D1-35_00971 1095 hypothetical protein ATGCATTTCACTCGACTGATGATCACTCTTGCCGCATTGCTGGCCCTGGCCGGCTGCGGCAGCCGTCAGGCCCAGGAGCCTGAGCGCCAGCCTGCCGAAGTCAAGGCGCAGATCGTGCGCTTATTGCCGGCCAAGACCGCCGATCGGGAGGGCTGGGCCACGGACATCTACGTGGCCTTTGCGGCGCAGCAGATCCCGCCAACGACCCAGAACATCTGTTCGGTGCTGGCGGTGACCGAGCAGGAGTCGACCTTCCAGGCCGATCCCGCGGTGCCGGGGCTGGGCAAGATCGCCCGGCAGGAAATCGATCGCCGGGCGGCGAAGCTACGCATCCCCGGGTTTCTGGTGAGCGGCGCCCTCCAGGTGCGCTCGTCCAATGGCAAAAGCTACAGCGACCGCCTCAACGCGGCGCGCAGCGAGAAGGAACTCAGCGCAATTTTTGATGATTTCATCGGCATGGTGCCGCTCGGCAAAACCCTGTTCGATGGCTTCAACCCGGTGCATACGGGCGGGCCGATGCAGGTCAGCATCGCCTTTGCCCAGGCCAATGCGCGCGATTATCCCTACACGGCGGATGGCTCGATTCGTCGGGAAGTGTTCAGTCGTCGCGGAGGGATGTATTTCGGCATCGCGCATTTGTTGGGGTATCCCGTCAGTTATACCGAGCCGCTGTACCGTTTCGCCGATTTTAATGCTGGCTGGTATGCCAGTCGCAACGCGGCCTTCCAGCATGCGGTGAGTCGCGCTTCGGGCATTACGCTGGCCTTGGACGGTGATTTGATCCTGCCTGATTCGATCATGCCCGGCAGCACGGAGCTGGCGGTGCGCACGTTGGGCAAGTCATTGGGCATGCGCAACCCGACCATCCGCGATCAGCTGGAACTGGGCGACAGCCTGGCGTTCGAGGACAGCAAGCTCTACAAGCGGGTGTTCGAATTGGCCGAGAAGGCCGAGGGCAAGCCGCTGCCTCGGGCGGTGTTGCCGGGCATCGTGCTCAAGAGTCCGAAAATCACTCGCAAGCTGACCACTGCATGGTTTGCCAAGCGCGTGGACGAGCGGTATCAGCGGTGCATGACGCGGGCTTCGGGGCGCTGA MHFTRLMITLAALLALAGCGSRQAQEPERQPAEVKAQIVRLLPAKTADREGWATDIYVAFAAQQIPPTTQNICSVLAVTEQESTFQADPAVPGLGKIARQEIDRRAAKLRIPGFLVSGALQVRSSNGKSYSDRLNAARSEKELSAIFDDFIGMVPLGKTLFDGFNPVHTGGPMQVSIAFAQANARDYPYTADGSIRREVFSRRGGMYFGIAHLLGYPVSYTEPLYRFADFNAGWYASRNAAFQHAVSRASGITLALDGDLILPDSIMPGSTELAVRTLGKSLGMRNPTIRDQLELGDSLAFEDSKLYKRVFELAEKAEGKPLPRAVLPGIVLKSPKITRKLTTAWFAKRVDERYQRCMTRASGR NA NA NA NA NA D1-35_00972 435 hypothetical protein ATGAAACGCCAAATCATCCTCAGCCTCGCTTTCTCCGTTCTGGCAGCCAACGTATTCGCCGCCACTTCCCAGCCCGTCGTTGCCGAAGGCGGCTCTGACCGACTGATCGAAAACCGTGTTGCCGAAGGCGGTGCCGACCGTCTGCTGGAACGCCGCGTCGCCGAAGGTGGCTCCGACAAGCTGATCGAAAACCGTGTTGCCGAAGGCGGAGCCGATCGTCTGCTGGAACGCCGCGTTGCCGAAGGTGGCTCCGACAAGCTGATCGAAAACCGTGTTGCCGAAGGCGGTGCCGACCGTCTGCTGGAACGCCGCGTCGCCGAAGGTGGCTCCGACAAGCTGATCGAAAACCGTGTTGCCGAAGGCGGTGCTGACCGTCTGCTGGAACGCCGCGTTGTCGAAGGTGGCTCCGATAATTTGGCCAAGAACCGCGCATGA MKRQIILSLAFSVLAANVFAATSQPVVAEGGSDRLIENRVAEGGADRLLERRVAEGGSDKLIENRVAEGGADRLLERRVAEGGSDKLIENRVAEGGADRLLERRVAEGGSDKLIENRVAEGGADRLLERRVVEGGSDNLAKNRA NA NA NA NA NA D1-35_00973 630 hypothetical protein ATGTATCAGTTATTCGGCCACAGCCAATCCGGTTCCTCTGCCGTGGAGGTCGCCTTGGATCTTTGCGGCGTGCCTTACCGCCGGGTAGATACCTATTCGACCGAGGACAACGATGCGGCGAAGGAACTCGAAGCCCTGAATCCACAGAAGCAGGTCCCGACCCTGCAATTGCCGGACGGCTCGGTGCTCACCGAGGCGGCGGCGATCCTGATTCACTTGGGGCTGTCTTTTCCGGAATCGAAACTGCTGCCGGATGATCCGGCCCAGCGTGCGCAGGTCATACGCGGCCTGGTGTATATCGCCGCCAATTGCTACACGCCGATCGGCATCATCGATTTTCCGCAGCGCTGGCTGCCCGACGCCGACGACGCTGCTCGGGAGCGATTGGTGGCGGGCACCAAGCAACGTCTGTATCGCAACTGGGCGTTGTTTGCCGACCAGTTTCCTGCGAGCCCTTTCCTCGGCGGTGCCGAGCCCGGTGCATTGGATATCCTGGCGGCGGTGATTACCAAGTGGGTCGAAACCCGGGAAGCGATGCTCAGTGCCCGTCCCGAGTTCTACGCCCTGCTGGAGCGCATCGACCGCCATCCGCGAATCGCGCCAGTGCTTTCATTGCACTGGCCCGAATGA MYQLFGHSQSGSSAVEVALDLCGVPYRRVDTYSTEDNDAAKELEALNPQKQVPTLQLPDGSVLTEAAAILIHLGLSFPESKLLPDDPAQRAQVIRGLVYIAANCYTPIGIIDFPQRWLPDADDAARERLVAGTKQRLYRNWALFADQFPASPFLGGAEPGALDILAAVITKWVETREAMLSARPEFYALLERIDRHPRIAPVLSLHWPE NA NA NA NA NA D1-35_00974 537 hypothetical protein ATGCCGCTGATGCTGAGATGTTCGTTGATCGCCCTGGCGCTGCTGCTCGGTGCCTGTCGCAGCGATCCCATCCACTACCACACCCTGAGCCCGGTCCAGCCGGCTGGTCAGGCGCGTGCAGGGGTGGATATCCAGATCGAACAACTCAGCGTCCCGCCGCAAGTGGATCGCACCCAGATGGTGATTCGTCAGGGCGACAGCGGTCTGGCGATCCTGGAAACCGAATGGTGGGGCTCAAGCCTGGCGGATGAACTACGCAGCAGCCTGGACGAGCAATTGAGCAACCCCGGGGCCCCCAGGCGGCTGTTGCGGGTGGAGGTGCAACGCTTCGACTCGATCCCCGGCCGCTATGCGCGCATGGACGTGCAATGGCGCTTGCGTAGCCATGGCAACGAAGCTCAGGCCGTTACCTGCCGCAGCAGCCTGCAGACACCGGCTGGCGGCAGTATCGACGACCTGGTGAAAGGCCATCAGCAGAACGTTCGACAGCTTGCAGAACTCGTCCGCCAGGCCGCCTCGCGCAATGCGTGTCCCTGA MPLMLRCSLIALALLLGACRSDPIHYHTLSPVQPAGQARAGVDIQIEQLSVPPQVDRTQMVIRQGDSGLAILETEWWGSSLADELRSSLDEQLSNPGAPRRLLRVEVQRFDSIPGRYARMDVQWRLRSHGNEAQAVTCRSSLQTPAGGSIDDLVKGHQQNVRQLAELVRQAASRNACP NA NA NA NA NA D1-35_00975 1656 pqiB COG3008 Intermembrane transport protein PqiB ATGAAGTCACAAGCCACTGACGGACAACCCGCACCGGGCCGCGCCCATGTCTCCACCCGCCGCTGGACCGTGTCGCTGGTGTGGATCGTGCCGATCATCGCGGTGCTGGTGGGCGTGTCCCTGGTGGTCAACAACTGGCTGCAGGAAGGCCCGACCATCACCATCACCTTCAAGACAGGCGAAGGCCTGACCGCCAACAAGACCCCGGTCAAATACCGCAATGTGGTCATTGGCCAGGTCACCGACGTGCAACTGAGCGACGATCAGAAGAACGTGACCGCCACGGTCAAGCTCGCCAAGACCGCCGACACCTTCACTCATGAAGACTCGGTGTTCTGGGTGGTCCGGCCGCGGATTGGCGCGGGCGGGATCTCCGGGATCGACACCTTGCTGTCGGGGGACTTCATCGGCGCCGACGCCGGTCATTCGAAAGTGCGCGCCAAGTCGTTCACCGGCCTGGAGGCTCCGCCACCGATCACCTACGGCGAACCGGGCAAACGCTTTACCCTGCATTCCCAGGACCTCGGTTCGCTGGACATCGGCTCGCCGGTGTATTTGCGCAAGATTCCGGTGGGCCAGGTGGTGTCCTACGCATTGGACGCCGATGGCAAAGGCGTCAATATCGAGGTGTTCATCAACGCGCCAAATGACGCCTACGTCACCGAGAACACCCGGTTCTGGAACGTCAGTGGCGTCGACGTGAACGTCGGCGCCAACGGTTTTGCGGTCAAGACCGAGTCGCTGTCTGCCCTGCTCGTCGGCGGCATTGCATTCCGGGCCCCGGAATACAGCCCCAACGACACGCCCGCGGCCGAGGACAAGGATTTCGAACTGTTCGCCGACCAGCAAAGCGCCCTGGCCCCGCCCAGTGGCAAGGCGCAGTACCTGGCCTTGCGCTTCGACCAGGCCTTGCGCGGATTGCGCGTCGGCGCCCCGGTGGAATTCCTCGGGATCGAGATCGGCCGGGTGGTCTCCATGAACCTGGACTTCGACGAAAAGCAGCGCACGTTCCCGGTCAACGTAGGAATCGTGATCTACCCGCAACTGCTCGGCAAGGCCCACGAGAAACTGCTCAAGTCATTGAACTACGACCCGGAAGACGAAGCCGCCGCCGCGCGCCTGGTCGGCAGCTTCGTCGAACGCGGCCTGCGCGCCCAGGCCCGCAGCGGCAACCTGCTGACCGGGCAGTTGTACATTTCGCTGGATTTCTACCCCAAGGCCGAGAAAGTCGCGTTCGACCTCGCCGCGCGCCCCCTGCGGATCCCGACTATCCCGGGCAGCCTCCAGCAGTTGCAGGAACAATTGCAGACGGTGGTCGAGCGCATCAACAAGCTGCCGCTGGAAAGCATTGCCAGCAACCTGGACGGTAACCTCGTGGAGCTGCGCAAGGGCCTGTCGCAATTCAACAGCAAGACCCTCCCGGGCGTGCAAAGCACCTTGCAGGACGTGAGCAAAACCTTGCAGTCGGCGAACTCGACCCTGGCGGAAGATTCGCCGCAGCGCGAACAATTGACCCAGACCCTGGATGACCTGGGCCGAATGTCGCGCTCGCTGCGCGAGCTGTCCGATTACCTGAGCCGACACCCTGAGTCGCTGCTTCGTGGCCGTCCGAAAGATGCTCCGGCGCAGAACCTTACCTTTCCGGTGAAAGAATGA MKSQATDGQPAPGRAHVSTRRWTVSLVWIVPIIAVLVGVSLVVNNWLQEGPTITITFKTGEGLTANKTPVKYRNVVIGQVTDVQLSDDQKNVTATVKLAKTADTFTHEDSVFWVVRPRIGAGGISGIDTLLSGDFIGADAGHSKVRAKSFTGLEAPPPITYGEPGKRFTLHSQDLGSLDIGSPVYLRKIPVGQVVSYALDADGKGVNIEVFINAPNDAYVTENTRFWNVSGVDVNVGANGFAVKTESLSALLVGGIAFRAPEYSPNDTPAAEDKDFELFADQQSALAPPSGKAQYLALRFDQALRGLRVGAPVEFLGIEIGRVVSMNLDFDEKQRTFPVNVGIVIYPQLLGKAHEKLLKSLNYDPEDEAAAARLVGSFVERGLRAQARSGNLLTGQLYISLDFYPKAEKVAFDLAARPLRIPTIPGSLQQLQEQLQTVVERINKLPLESIASNLDGNLVELRKGLSQFNSKTLPGVQSTLQDVSKTLQSANSTLAEDSPQREQLTQTLDDLGRMSRSLRELSDYLSRHPESLLRGRPKDAPAQNLTFPVKE PGPT0014520_463 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014520-pqiB-K06192 NA NA D1-35_00976 660 pqiA_1 COG2995 Intermembrane transport protein PqiA GTGAACGCCGCAACGCCGGGCAATCCGCCCCGCGCCAGCGATCTGAACCTGTGCCTGTGCCACAGCTGCGGCCTGGCTTGCGACATGACCGACGAACCTGACACCTGCCCACGCTGCGATGCCGCCCTGCACCGGCGCAAACCCGATACCCTGACTCGCACCTGGGCCTACATGCTGGCGGCACTGGTGTTCTACATCCCGGCCAACCTGCTCCCGGTCATGAACACCCAGATGCTCGGCGACGGTGCGGACAGCACCATTATCAGCGGCGTTCTCGAGTTCTGGCAGAGTGGTGCCTGGGACATCGCGCTGATCATCTTCATCGCCAGCATCGCGGTGCCGGGCATCAAGTTCGTCGTGCTGACGTTGCTGCTGGTGTCCGTGCAACGGCGCAGTACCTGGGCCCAGGTGCAGCGCGCCAAGCTGTATCGGCTGGTCGAAGTCATCGGCTACTGGTCGATGCTTGACGTGCTGGTCGTGGCCCTGGTGGCGGCACTGGTCAAGTTCCAGGCCCTGAGCGACATCGAACCGCGACCGGGGATCCTGTTCTTCGGCCTCGTGGTGCTCTTTACCATGCTGTCGGCCATGAGTTTCGACCCGCGGCTGATCTGGGACACCCAACCATCCGAGGAGGTCATGGATGAAGTCACAAGCCACTGA MNAATPGNPPRASDLNLCLCHSCGLACDMTDEPDTCPRCDAALHRRKPDTLTRTWAYMLAALVFYIPANLLPVMNTQMLGDGADSTIISGVLEFWQSGAWDIALIIFIASIAVPGIKFVVLTLLLVSVQRRSTWAQVQRAKLYRLVEVIGYWSMLDVLVVALVAALVKFQALSDIEPRPGILFFGLVVLFTMLSAMSFDPRLIWDTQPSEEVMDEVTSH NA NA NA NA NA D1-35_00977 597 yebS COG2995 Intermembrane transport protein YebS ATGGCCGTTACCGACCGACTGATCATTTGTGAACATTGCGATGCAGTGTACGAGCCGGTTGCGCTCGCCCCGCATCAAAAAGCCTCGTGCGTGCAATGCCATGCAGTGATCCAGCGCTACAACGGCCTGACCATCGAACAGCGCCTGGCCCTGACCATCACGGCAGCGGTGCTGTGGGCCTTCGCCAATGTCTATCCGGTGATGAGCATCCGCCTCCAGGGCCTGAGCAACAGCGCGACCCTGTGGGATTCGGTCGTGGCCCTGAGCCAGGGACCCATCACCTTCATCGCCCTGGTGGCCGCGGTCGCGATCATCATCGCTCCGGCGTTCCAGTTGGCACTGCTGCTCTGGGTGCTGGGCTACGCCCATTCCAACCGGCGCGCCCCGGCGTTCAACCTGTGCATGCGCAGCCTGGAAACCCTGCGCCCGTGGAGCATGCTGGAGGTGTGCTTGCTGGGAGCCCTGGTGGCTGTCATCAAGCTTGCCGGGTTGCTGGATGTGCTTCCCGGTATCGGTCTGTTCGCCCTGGCGGCCTTGAGTCTGTTGATGATCCGCATTGCCGGTCGCGATGTGCGCGACCTGTGGAACACCCTGTGA MAVTDRLIICEHCDAVYEPVALAPHQKASCVQCHAVIQRYNGLTIEQRLALTITAAVLWAFANVYPVMSIRLQGLSNSATLWDSVVALSQGPITFIALVAAVAIIIAPAFQLALLLWVLGYAHSNRRAPAFNLCMRSLETLRPWSMLEVCLLGALVAVIKLAGLLDVLPGIGLFALAALSLLMIRIAGRDVRDLWNTL NA NA NA NA NA D1-35_00978 441 IMPDH_1 Inosine-5'-monophosphate dehydrogenase ATGAAAACCGTCGCGCAGTTGCTCCGGATAAAAGACGAGAAAAACCAGCAAGTGCACACCATTTCCCCGGATGACATGGTCTTGCAGGCCTTGATGCGCATGGCCGAGAAAAATGTCGGTGCCTTGCTGGTGGTCAAGAACGATGAAGTGCTGGGCATCATCAGCGAGCGTGACTATGCGCGCAAAATGGTCCTGCACGGACGCTCTTCGGTGGGCACGAAAGTCAGCGACATCATGGTTTCGCCCGTGATCACGATCGATCCACACCAGAACGTCGAGACCTGCCTGAGCATCATGACCGAGAAACACCTGCGGCATTTGCCCGTGGTGGAAAACGGCAAGCTGGTCGGCCTGTTGTCCATCGGTGACCTGGTCAAGGAAGCCATTGCCGAGCAGGCGGACCTGATCAGACAACTGGAGCAATACATTCGCGGCGAATGA MKTVAQLLRIKDEKNQQVHTISPDDMVLQALMRMAEKNVGALLVVKNDEVLGIISERDYARKMVLHGRSSVGTKVSDIMVSPVITIDPHQNVETCLSIMTEKHLRHLPVVENGKLVGLLSIGDLVKEAIAEQADLIRQLEQYIRGE NA NA NA NA NA D1-35_00979 2364 polB COG0417 DNA polymerase II GTGGATCTACAGCAGGGCTTCGTCCTGACCCGGCATTGGCGCGATACCCCGGCGGGCACCGAAGTCGAGTTCTGGCTGGCGACGGATGCCGGTCCCCGGCGCGTGCGCCTGCCGGTGCAGACGTCGGTGGCGTTCGTGCCGCAGATCCAGCGTGGCCATGTCGAGGCGCTGTTGCAGGGCGAGAAGGATGTCGAGTTGCGGCCCCTGGACCTGCTGGATTTCGAGCACCGCCCGGTGCTCGGCCTGTATTGCCGGCAGCATGCGCAACTGATGCGGCTGGACACGACATTGCGGCGGGCTGGCGTGGATGTATTCGAGGCCGACGTCCGGCCGCCGGAACGCTACCTGATGGAGCGCTTCATCACCGCACCGGTCTGGTTCGGCGGCACGCCCTCAGCCGATGGCTTGCTCCTGGATGCCCAGATGAAACCCGCGCCCGACTACCGGCCACCGCTGCGGCTGGTGTCCCTGGACATCGAAACCACCGCCCAGGGCGATTTGTATTCGATTGCCCTGGAGGGCTGCGGCGAGCGCCAGGTCTATATGCTCGGGCCGCCCAATGGCGATGATCGTGAAGTGGATTTCCAGCTGGAATACTGCGAGTCCCGCGCGGCGCTGTTGAAGAAACTCAACGAGTGGTTCGCCCGCTTCGATCCCGACGCGATCATCGGCTGGAACCTGGTGCAGTTCGATCTGCGCGTGTTGCATGAACACGCCCGCCGCCTGGCCGTGCCGCTGCGTCTTGGCCGTGGCGGGGAAGAAATGCAATGGCGCGAGCACGGCGCGCGCAACAACCATTTTTTTGCCTCGGCGGCTGGCCGGTTGATCATCGATGGGATCGAGTCCTTGCGCTCGGCGACCTGGAGTTTTCCTTCGTTCAGCCTGGAAAACGTCGCCCAGACCCTGTTGGGCGAGGGCAAGTCCATCGACAACCCGTACCAGCGCATGGACGAAATCAACCGCATGTTCGCCGAGGATAAACCGGCCCTGGCTCGCTACAACCTCAAGGATTGCGAGTTGGTCACGCGCATCTTCGCCAAGACCGAGCTGCTCAAGTTCCTGCTGGAACGGGCCAGCGTCACCGGCCTGCCGGCGGATCGCAGCGGCGGCTCGGTGGCGGCGTTCACGCATCTGTACATGCCGCTGATGCATCGCCAGGGTTTCGTCGCGCCGAACCTCGGCCAGCGTCCGCCGGAGGCCAGCCCTGGCGGGTTTGTGATGGATTCCCAGCCGGGGCTCTACGAATCGGTGTTGGTGCTGGACTACAAGAGTCTGTATCCGTCGATCATCCGCACCTTTCTCATCGACCCGGTGGGCTTGATCGAAGGCCTGCGCCACCCGGACCACACCGAATCGGTGCCAGGTTTCCGCGGGGCGCGGTTCTCGCGCACCCGGCACTGCCTGCCGGCCATCGTGGCGCGGGTTGCCGACGGCCGGGAAACCGCCAAGCGCGAACACAACGCGCCGCTGTCCCAGGCACTGAAAATCATCATGAACGCGTTCTACGGCGTGCTTGGCTCCAGTGGCTGTCGTTTCTTCGATTCGCGCCTGGCGTCGTCCATCACCTTGCGCGGCCACCAGATCATGCAGCGTACCCGGCAACTGATCGAAGCGCGGGGCCATGTGGTGATCTATGGCGATACCGATTCGACCTTCGTCTGGTTACGCCGCCCCCACGGCCAGGAAGAAGCCGCGACGATCGGCCGGGAGCTGGTCGCTCACGTCAACCAATGGTGGCGTGATCACGTACGAGAAGAGTTCGAACTGGAAAGCGCGCTGGAGCTGCAATTCGAAACCCACTTCAAGCGTTTCCTGATGCCGACCATCCGCGGCGCGGAGGAGGGCAGCAAGAAGCGCTACGCCGGTTTGGTGACCCGTGCCGACGGCAGCGACGAGATCATCTACAAGGGCCTGGAGACCGTGCGCACCGACTGGTCGCCCCTGGCCCGGCAGTTCCAGCAGGAACTGTATGGACGGATCTTCCATCGCCAGCCCTATCAGGATTACGTTCGCGATTATGTCCAGCAGACCCAGGCCGGCGCGTTCGACGAACGCCTGGTCTACCGCAAGCGCTTGCGTCGTCCGCTGGACGACTACGAGCGCAACGTGCCGCCACATGTGCGGGCCGCGCGGCTGGCCGACGAGTTCAACGAGCGCCAGGGCCGGCCACGGCAATACCAGAATGGCGGCTGGATCAGCTACGTCATCACCGTCGCCGGCCCCGAGCCGCTGGAAATCCGTAGCGCGCCGATTGACTATGACCACTACGTGACGAAGCAGCTGCAGCCGGTGGCGGATGCGATCCTGCCGTTTGTGGATGATGATTTTTCAACGTTGATCGGTGGACAGATGGGGTTGTTCTGA MDLQQGFVLTRHWRDTPAGTEVEFWLATDAGPRRVRLPVQTSVAFVPQIQRGHVEALLQGEKDVELRPLDLLDFEHRPVLGLYCRQHAQLMRLDTTLRRAGVDVFEADVRPPERYLMERFITAPVWFGGTPSADGLLLDAQMKPAPDYRPPLRLVSLDIETTAQGDLYSIALEGCGERQVYMLGPPNGDDREVDFQLEYCESRAALLKKLNEWFARFDPDAIIGWNLVQFDLRVLHEHARRLAVPLRLGRGGEEMQWREHGARNNHFFASAAGRLIIDGIESLRSATWSFPSFSLENVAQTLLGEGKSIDNPYQRMDEINRMFAEDKPALARYNLKDCELVTRIFAKTELLKFLLERASVTGLPADRSGGSVAAFTHLYMPLMHRQGFVAPNLGQRPPEASPGGFVMDSQPGLYESVLVLDYKSLYPSIIRTFLIDPVGLIEGLRHPDHTESVPGFRGARFSRTRHCLPAIVARVADGRETAKREHNAPLSQALKIIMNAFYGVLGSSGCRFFDSRLASSITLRGHQIMQRTRQLIEARGHVVIYGDTDSTFVWLRRPHGQEEAATIGRELVAHVNQWWRDHVREEFELESALELQFETHFKRFLMPTIRGAEEGSKKRYAGLVTRADGSDEIIYKGLETVRTDWSPLARQFQQELYGRIFHRQPYQDYVRDYVQQTQAGAFDERLVYRKRLRRPLDDYERNVPPHVRAARLADEFNERQGRPRQYQNGGWISYVITVAGPEPLEIRSAPIDYDHYVTKQLQPVADAILPFVDDDFSTLIGGQMGLF NA NA NA NA NA D1-35_00980 822 dkgB COG0656 2,5-diketo-D-gluconic acid reductase B ATGAGAACTGTGGAATTGGCCGGCGTATCCGTACCGGTAATCGGCCAGGGCACCTGGCGGATGGGTGAGGAACCGTCCCATCACAAGAAAGAAGTAGCTGCCCTGCGCCTGGGCATCGAACTGGGCATGAGCCTGATCGACACGGCCGAAATGTATGCCGAGGGCGGCGCCGAGCAGGTCGTTGGCGAAGCGATCACCGGGCTACGCGACCAGGTGTTCCTGGTGAGCAAGGTCTACCCGCACAATGCCAGCCGCAAAGGCATTCCGTTGGCCTGCGAGCGCAGCTTGCGGCGCCTCGACACCGATTATATCGACCTCTATTTGCTGCATTGGCGCGGCCAGTACCCACTGGAGGAAACCGTCGAAGCGTTTGAGCGCCTGCGCGAAGAAGGCAAGATCGGCCGCTGGGGCGTGTCGAACTTTGACGTCGACGATCTGGAGGAGCTGGCCTCGCCGGTCTGCGCTACCAATCAAGTGTTGTACAACCTGCAAGAACGCGGCATCGAATTCGACCTGCTGCCCTGGAGCCAGCAACAGCGCATGCCGGTCATGGCCTATTGTCCGGTCGGCCAGGGCGGGCATTTGCTCAAGGACCACACCCTGCAACAGATCGCCGAACGCCACCGCGCGACGCCGGCACAGATCGCCCTCGCCTGGCTGCTGCGCCAGGACAATGTCATTGCAATCCCCAAGGCGGTGCAAGCTGAACACGTGCGCCTGAACGCCGAAGCGGCGAATCTGCAGCTTGAGCCTCAGGATCTGGCGGCATTGGACCTGGTGTTCCCGCAGCCACAGGGCAAGCAGCGGTTGGCGATGGTTTAG MRTVELAGVSVPVIGQGTWRMGEEPSHHKKEVAALRLGIELGMSLIDTAEMYAEGGAEQVVGEAITGLRDQVFLVSKVYPHNASRKGIPLACERSLRRLDTDYIDLYLLHWRGQYPLEETVEAFERLREEGKIGRWGVSNFDVDDLEELASPVCATNQVLYNLQERGIEFDLLPWSQQQRMPVMAYCPVGQGGHLLKDHTLQQIAERHRATPAQIALAWLLRQDNVIAIPKAVQAEHVRLNAEAANLQLEPQDLAALDLVFPQPQGKQRLAMV NA NA NA NA NA D1-35_00981 1149 mro COG2017 Aldose 1-epimerase ATGCTTGAATCCAGACATCTGCTCACGGCCCTCGGAGTCTCTCTGATGATTGCCACCTCTGCCCAGGCCGCCGGCCTGACCAATGAACGCGTTGCCTTCGGCAAGACCAACGACGGCACACCGGTTGAAAAATACGTACTGCGCAACAGCCACGGCGTCGAGGCGACCGTCATCACTTACGGCGGGATCCTCCAGTCACTGATCGTGCCGGACAAAAACGGCATGACTGCCGACATCGTGCTCGGCTTCGACGACGTGCAGGGCTACCAGAAGAACGGCAACGTGTATTTCGGCGCGACCATCGGTCGCTTCGGCAACCGTCTGGCCGGCGGTGCGTTCGAGCTGGATGGCAAACGCTACCAGGTGCCGCAGAACGACAAGGACAATTCCCTGCACGGCGGGCCGCAAGGCTTCGACAAGCGTGTCTGGAAGGCCGAGCCGAGCAATGGCAAAGACTCGGTAGGCGTGACCCTGACGTATGTGTCGGCGGACGATGAAATGGGCTTTCCCGGCAACCTGAAGACCGACGTCACCTACAGCCTCAACGACCAGAACGAATTGCGCATCGACTACAAGGCCACCACCGACAAACCGACCGTGCTGAACCTGACCAACCACAGCTATTTCAACCTGGCCGGCGCCGGTAATGGCGACATCCTCAAGCAAGTCGCGACGCTGCACGCGTCCCGCTACACACCAGTAACCGCCAAGCTGATTCCCACCGGCGAGCTGGCACCAGTAGCCGGCACCCCGATGGATTTCACCAAGCCCACGCCCATTGGCACGCATATCAAGGCTGATCATCCGCAGCTGAAATTTGCCGAACCGAAACAAGGCGGCTTCGATTTCAACTGGGTACTCGACGCCAAGGGCGACGTGAATAAACTCGCCGCCGAGGTCCAGGATCCGCAGTCCGGACGGCGCTTGCAGCTCTATACCAGCGAGCCGGGCGTGCAGTTCTACACCAGCAACTTCCTCGACGGCACGATCAAGGGCAAGCAAGGCAAGGTCTACCCGCACTGGAGCGCGTTTACCCTGGAAACCCAGCATTATCCCGATTCGCCGAACCAGCCGTCCTTCCCTACCACGCGACTTGATCCGGGCCAGACCTACACCCAGACCATGGTGCTGAAGTTCTCGGCCGAGTAA MLESRHLLTALGVSLMIATSAQAAGLTNERVAFGKTNDGTPVEKYVLRNSHGVEATVITYGGILQSLIVPDKNGMTADIVLGFDDVQGYQKNGNVYFGATIGRFGNRLAGGAFELDGKRYQVPQNDKDNSLHGGPQGFDKRVWKAEPSNGKDSVGVTLTYVSADDEMGFPGNLKTDVTYSLNDQNELRIDYKATTDKPTVLNLTNHSYFNLAGAGNGDILKQVATLHASRYTPVTAKLIPTGELAPVAGTPMDFTKPTPIGTHIKADHPQLKFAEPKQGGFDFNWVLDAKGDVNKLAAEVQDPQSGRRLQLYTSEPGVQFYTSNFLDGTIKGKQGKVYPHWSAFTLETQHYPDSPNQPSFPTTRLDPGQTYTQTMVLKFSAE PGPT0017825_664 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 D1-35_00982 750 hypothetical protein ATGGCCGCTGTCTTACATTCCGTGAGGGTCTTGCCACGTCGCTGCGGCTTGCTGCTGGCGAGCCTGTTGCTGATGCTCAGCGGCGGATGCAGCCATCAGCAAGGCCAGGACATGGTTACGCAGTTCAGCAATGCCAGGCCCCAGGAGTTTTTGCAGACCAGCGTTGACCGCATGGCCACGCTGTCGATGCATGACAACCTGCAGAGCCTTTACCTGCTGATGCACAAGCTCTACCTGCGCAACCCGGAAGAACTGCGCAAATCCGGCTTTCTCGATGCCCGTATCGCCGTGAAACAAGTGCGCGAGGCGATTGAACAGCAGCAACCCTTGCCGGCCCTGGGCAACAGGAAGGACCTGGCAGCGCTGAGCTACGCGATGAGTCCCGAGTTTCTCGGTGACCGGGTCGGAGCGTTCATCTATGCCATTGGCAGCATGCTGGTGACGGCTCACGGCAACCGTCTCGAGTTCTACATGACCGACACCATCGATCCGCGCTTCGTCAGCAACGCGGCGCGCAACATTGAGAAAGCCACGTGGCTGTTGGGCCAGCGGCAGAACAAGGACGGCACGCCGATGCTGTTCTCCAATGAAATCTCGGAGGAGGGCAGCAATCTGAGCTTTGCCGTGGAGTTCGGTAAGATCGTCGCGCGCCTCGACCTGCTGACCCAGATGCTGGACGAGCGCTATCGGCGAATCGGCTTGAATTATGCGCAGAGTCTGCTGTTTCTCAATTTCCTGCCTGTTCAGTAG MAAVLHSVRVLPRRCGLLLASLLLMLSGGCSHQQGQDMVTQFSNARPQEFLQTSVDRMATLSMHDNLQSLYLLMHKLYLRNPEELRKSGFLDARIAVKQVREAIEQQQPLPALGNRKDLAALSYAMSPEFLGDRVGAFIYAIGSMLVTAHGNRLEFYMTDTIDPRFVSNAARNIEKATWLLGQRQNKDGTPMLFSNEISEEGSNLSFAVEFGKIVARLDLLTQMLDERYRRIGLNYAQSLLFLNFLPVQ NA NA NA NA NA D1-35_00983 786 hypothetical protein ATGGATTTCGGTAATGTCGGTTTAGTCGTAGCGGGACTGGTGGTCGGTTTCATCGTCGGGATGACCGGCGTCGGCGGCGGATCGCTGATGACGCCCATCTTATTGTGGTTCGGCATCAACCCTGCGACGGCGGTGGGGACCGATCTGCTGTACGCGGCCATTACCAAATCCGGCGGCGTTCTGGTCCATGCGAAAAACCGCAATATCGACTGGGCCATCACCGGTTGGCTGACTTTGGGCAGTGTGCCGGCGGTTGGGCTGACCCTGTGGTTTCTCAGCAGCCTGAACAGTTCTCCCGACGCGATGAACGCGGTCATCAAGCAAGCCCTGGGCTTTGTGTTGTTCGCCACCGCCCTGGCAATCCTGTTCAAGAAGCGCCTGCTGCAGTTTGCCCATGACCGCGCCGGCGGTCATTACAACCCCAGTGGCTCGCGGCTCAACCTGCTGACTGTCATCACCGGCCTGGTGCTGGGCACGATGGTCGCATTGACTTCCATCGGCGCCGGCGCCCTGGGCACCGTCGCGCTGTTCATCCTTTATCCGTTCCTGGTCACCAAGCGCCTGGTCGGCACCGAAATCGCCCATGCCGTGCCGTTGACCCTGGTCGCGGGCCTTGGCCATGCAAGCATGGGCAACATGGACTGGCACATCCTCGGCTTTCTGCTGATTGGTTCGTTGCCGGGCATCTATCTGGGCAGCCACTTGTCGGGACGCATTTCCGACGAGCTCCTGCGCCCTTGCCTGGCGGTGATGTTGGCCATGATCGGTTTCAAGCTCGCGTTCTGA MDFGNVGLVVAGLVVGFIVGMTGVGGGSLMTPILLWFGINPATAVGTDLLYAAITKSGGVLVHAKNRNIDWAITGWLTLGSVPAVGLTLWFLSSLNSSPDAMNAVIKQALGFVLFATALAILFKKRLLQFAHDRAGGHYNPSGSRLNLLTVITGLVLGTMVALTSIGAGALGTVALFILYPFLVTKRLVGTEIAHAVPLTLVAGLGHASMGNMDWHILGFLLIGSLPGIYLGSHLSGRISDELLRPCLAVMLAMIGFKLAF NA NA NA NA NA D1-35_00984 1359 COG1926 putative protein ATGAACAGCCCAGCCAGAGATCTGCTGCAACGCCTGCGCCGTCGTCGCGCCGAACCGCGCACCGATATCGCCGACATTCTGCGCCGTCACGCCGAACCGCTGCCTGCCGAGGACAGCCCGAGCTTTGGTGAAATGTTTGATCGCTTCGCCGACGCCAAGGTCGTGCTGATCGGCGAAGCCAGCCACGGCACCCATGATTTCTACCGCACCCGCGCTGCTATTACCCGGCACCTGATCGAGCGTCACGGCTTCGGCATTGTCGCGGTCGAAGCCGACTGGCCCGATGCCGGACAGATCGACCGCTGCGTGCGCGACCTGGGGCCTTCGGCCTGGAAACAGCAGGCGTTCGCCCGGTTTCCCAGCTGGATGTGGCGCAACACCGATGTCCAGGACTTTGTACGTTGGTTGCGCCGCTACAACCTCGGCCAGCCTGACGCTCGCCGCGTGGAGTTTCGCGGCTTGGACGTCTATAGTCTGCGCCACTCCATTGACGAGGTGCTCGATTACCTCGACAAGAGCCATCCCCACCTGGCCCGTGACGCCCGCCATCGTTATGGCTGTCTGACGCCCTGGCACGACGACCCGGCGCTGTATGGCCATTTCACCGAGCGCGGCAACCTGGCGACATGCGAAGACGCCGTGGTCGAACAGCTCAACACGCTGCTCGCCGAGCGCCTTGATCCGTTGATCGAGGATGACGAGGGCTTCTTCAGCGCGGTGCAGAACGCCCGGGTCGTACGCGCCGCCGAACAGTACTACCGCGCCATGTATCGCGGCGGCAAGTCATCCTGGAACCTGCGCGACCGGCACATGTTCGACACCTTGCAAAGCCTGCTGGAGCATCGCGGGCCCGATGCGAAAGCGATCGTCTGGGCGCATAACTCTCACATCGGAAACGCCGCCGCGACACGAATGGGCTGGGAGGGTGAGTTCAACATCGGCCAGTTGTGCCGCATGGCTTATGGCCGCGACGCGGTATTGCTGGGCATGGGCACCGACCGTGGCAGCGTGGCGGCAGCCGATGACTGGGACGCGCCGATGAAAATCAAGCAGGTGGTGCCGGCGCTGGCCGGCAGTTGGGAGCGGGAGTTTTCGCTGGCGGGTGTGCGCGCATCGCTTACGGACTGGCGGACCGACCCGGACGAAGCGCTGTTGGACGTGCTGTCCGAGCCGTTGCTCGAACGCGCCATCGGGGTGATCTACCGCCCTGAAACCGAACGCCAGAGTCATTATTTCGAAGCGGTACTGGCCGAGCAGTTCGACGCCTGGCTCTGGTTCGAGCAGACCGAAGCCGTCACGCCGTTGCCCACGCCGCACACGCTGGAACGCGAGGAAGACACCTTCCCGTTTGGCCTCTGA MNSPARDLLQRLRRRRAEPRTDIADILRRHAEPLPAEDSPSFGEMFDRFADAKVVLIGEASHGTHDFYRTRAAITRHLIERHGFGIVAVEADWPDAGQIDRCVRDLGPSAWKQQAFARFPSWMWRNTDVQDFVRWLRRYNLGQPDARRVEFRGLDVYSLRHSIDEVLDYLDKSHPHLARDARHRYGCLTPWHDDPALYGHFTERGNLATCEDAVVEQLNTLLAERLDPLIEDDEGFFSAVQNARVVRAAEQYYRAMYRGGKSSWNLRDRHMFDTLQSLLEHRGPDAKAIVWAHNSHIGNAAATRMGWEGEFNIGQLCRMAYGRDAVLLGMGTDRGSVAAADDWDAPMKIKQVVPALAGSWEREFSLAGVRASLTDWRTDPDEALLDVLSEPLLERAIGVIYRPETERQSHYFEAVLAEQFDAWLWFEQTEAVTPLPTPHTLEREEDTFPFGL PGPT0027980_349 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027980-ereA_B-K06880 NA NA D1-35_00985 549 hypothetical protein ATGCTTATTCGGTCGTTGACCTTCGCTACCTTGCTGGCCATCGCCGGCCCGTTGTTCGCCGCCGATGGCGACTCACCCCTGGTAGCGGAGGTGGGCAAGTCCCGGCCTGTGATTGTCATTGCGCCCAGCTCTGTCGATCCTGCGTGGGTCAGCCTGAAGAAAGCCTTGGACGAGCCGGCGGGCAAGCAGGGTTTTTCGGAGCGCAACATGGTGCTCTATACCGTGCTCAATACCATCGGCCAGCGTGATGGCAAGGACCTCGACCCGCAAAGCACCATGGCGTTGATCCGTTCTCTCAAGCTGGGAGCGGGAGCGCAGACCAAGATCATCCTGGTAGGCAAGGACGGGGAAAAGAAGCTTGAGCATTCCGGCGCGATCGAACTGAAGCAACTGTTCGATACCGTCGACAAGCTGCCCGAGACGGAAAAACAAGCCACGGCGCCCACCCCACCGCCAGCGCCGGAACCCGAGCCGGCCAAGGACGCCAAAGGCACCAAGCCGGGCAAGGCAACCAAGCCTGCGGCTGCGCCGAAACCGTTGGATGACTGA MLIRSLTFATLLAIAGPLFAADGDSPLVAEVGKSRPVIVIAPSSVDPAWVSLKKALDEPAGKQGFSERNMVLYTVLNTIGQRDGKDLDPQSTMALIRSLKLGAGAQTKIILVGKDGEKKLEHSGAIELKQLFDTVDKLPETEKQATAPTPPPAPEPEPAKDAKGTKPGKATKPAAAPKPLDD NA NA NA NA NA D1-35_00986 1149 ampC Beta-lactamase ATGCACATTGCCAAATCGATACTCGCCGGGACTTTTGCCCTGGCCTGCGGGACGACCCCGGGCTTCGCCCAGGAGCGCATTGAAGACACGGTCAATGCCGTTATCCAACCCTTGATGAAAGAACAGGATATCGCGGGCATGGCCGTGGCGATCACGCACAACGGCCAGCGCCGGTTCTTCAATTATGGCGTTGCCTCCAAAGACACCAGAAAATCCGTCACCGAGCAGACCCTGTTCGAAGTCGGCTCGATCAGCAAGACCTTTACCGCGACACTCGGCGCCTACGCCCAGGCCCAGGGCAAACTGCAGCTGTCAGACCTCGCCGGGCGCTATGCCCCCGAATTGCGTGGCAGTGCCCTTGAAAACGCCCGCCTGCTCGATCTCGCCACCTATAGCGCGGGCGGCCTGCCGTTGCAGTTTCCCGACGATGCCGACCATCCCGACCGGATGTTCGGCTACTACAAATCCTGGAAACCGCTCTACCCGGCCGGCACCCAGCGGCTCTATTCAAACCCGAGCATCGGCTTGTTCGGCTTCCTGGCGGCCCGCAGCCTGGGTCGACCGTTTGATGAGGTGATGGAACAGACCCTGATGCCCGGGCTGGGCCTCAAGCACAGCTACGTACAAGTGCCACACAATCAACTGGCAACCTACGCCCAAGGCTACGCCAAGGATGGCAAGCCTGTGCGGGTCGGGCCTGGCGCGCTGGCCTCCGAAGCCTACGGGGTGAAGATCAGCTCAGCGGACCTGATCCGCTTTGTCGAGGTCAATCTGCAACCCGGGAAACTGGACGCGGACCTGCAGCGAGCCATTGCTACGACACAAACAGGTTTCTACAAGATTGGAGGGATGCACCAGGGGCTGGGCTGGGAGTTCTACCTACCTCCGCTCACCCTCGATGGGTTGCTCGCCGGCAACAGTCCACAGATGGCTTTGACGCCGCAAAAGGCCGAGCTGCTCACCCCACCGCGCCCCGCGCCCGACGGCGCCTGGATCAACAAGACAGGGTCGACTAACGGTTTCGGCGCATACGCAGCGTTCGTCGCTGGAGAGGACTTGGGGATCGTGATGTTGGCGAACAAGAACTACCCGATTGAAGAACGGGTGAGAGCCGCGCACCAGATCCTGATGACTCTGGAACAGCAATGA MHIAKSILAGTFALACGTTPGFAQERIEDTVNAVIQPLMKEQDIAGMAVAITHNGQRRFFNYGVASKDTRKSVTEQTLFEVGSISKTFTATLGAYAQAQGKLQLSDLAGRYAPELRGSALENARLLDLATYSAGGLPLQFPDDADHPDRMFGYYKSWKPLYPAGTQRLYSNPSIGLFGFLAARSLGRPFDEVMEQTLMPGLGLKHSYVQVPHNQLATYAQGYAKDGKPVRVGPGALASEAYGVKISSADLIRFVEVNLQPGKLDADLQRAIATTQTGFYKIGGMHQGLGWEFYLPPLTLDGLLAGNSPQMALTPQKAELLTPPRPAPDGAWINKTGSTNGFGAYAAFVAGEDLGIVMLANKNYPIEERVRAAHQILMTLEQQ PGPT0028115_670 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028115-ampC-K01467 NA NA D1-35_00987 879 yfeX COG2837 Dye-decolorizing peroxidase YfeX ATGAGTTACTACCAGCCCGGCATTCTCGCCACCCCTGTTCCGCCTCAGGCCCGTCATCTGTTTTTTGCCCTGGAATCGGTCGAGGCACTGCCGGCTGCGATCGACAAGCTGTTGCTGCAACTGGATGGCCGCGTGGTAGTCGGCTTTGGCGAGTCGCTGGTTCAGGCGCTGGGCGCCAAGGTCGAGGGCTTGCGCGCGTTCCCGGCGCTGGCGGGCGTCGGCGTGGACAACCCTTCGACCCAGCACGCGCTCTGGTGCTGGCTGCACGGCGAGGACCGGGGCGAGCTGATGCACCGCAGTCGCGCCATCGAAGCGGCATTGGCGCCGGCACTGCGTCTGGTGCAGATGAACGAAACCTTTCGACACATGACCGGCCACGACCTGACCGGCTACGAAGATGGCACCGAAAACCCTCACGACGAAGCGGCCGTGGCCGCCGCCCTGGCCCAGGGCAACGACGGGCTGCGCGGTGGCAGTTTTGCTGCGATCCAGCAATGGCAGCATGACCTGGACGGTTTCGCCGCGATGCAGCCCCATGAGCGAGACAACATCATGGGCCGGCGCCTGAGCGATAACGAAGAGCTCGAAGATGCGCCTGAGTCTGCCCACGTCAAGCGCACGGCCCAGGAAAGCTTTGCTCCGGAGGCTTTTGTCGTACGCCGTTCCATGCCCTGGATCGAAGGTGACCGCGCTGGCCTGATGTTCCTGGCGTTCGGTTTTTCCCTGGACGCCTTCGAGGCGCAATTGCGGCGCATGAGCGGTCTGGAGGACGGTATTACCGATGGCCTGTATCGCATGAGCCGGCCGATTACCGGTGGTTACTACTGGTGCCCGCCGCAGTTGGACGGGCGCCTGGACCTGCGGGCTCTCGCCCGCTAA MSYYQPGILATPVPPQARHLFFALESVEALPAAIDKLLLQLDGRVVVGFGESLVQALGAKVEGLRAFPALAGVGVDNPSTQHALWCWLHGEDRGELMHRSRAIEAALAPALRLVQMNETFRHMTGHDLTGYEDGTENPHDEAAVAAALAQGNDGLRGGSFAAIQQWQHDLDGFAAMQPHERDNIMGRRLSDNEELEDAPESAHVKRTAQESFAPEAFVVRRSMPWIEGDRAGLMFLAFGFSLDAFEAQLRRMSGLEDGITDGLYRMSRPITGGYYWCPPQLDGRLDLRALAR PGPT0013090_1363 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013090-yfeX-K07223 NA NA D1-35_00988 747 ygfF_1 putative oxidoreductase YgfF GTGGATAAAGTCATCGTCATCACCGGTGGCGGGCGTGGGATCGGGGCGGCCACGGCGTTGTTGGCGGCCGACCTGGGCTATCGGATCTGCATCAACTACCAGTCGGATGAAAACGCCGCCCAGGATGTGCTCGCCCAGATCCGTGCCAAGGGCGCGCAGGCCATTGCGGTGCGGGCCGACGTGAGCATCGAGGACGAAGTGGTCGGCCTGTTCAACCGCGTGGACACCGAGCTGGGCCGCGTCACCGCCCTGGTGAACAACGCCGGTACGGTTGCCCACAAGTCCCGACTCGATGAAATGTCCGAGTTCCGCATGCTCAAGATCCTGAAGACCAACGTGCTCGGGCCGATGTTGTGCGCCAAGCAGGCGGTGCTGCGCATGTCGCCCCGGCATGGCGGGCAGGGCGGCAGCATCGTCAACGTTTCCTCGGTTGCCGCCCGCTTGGGCGCACCGGGTGAATATGTCGACTACGCGGCTTCCAAGGGCGCATTGGACACCTTCACCGTCGGCCTTTCCAAGGAGGTCGCTGGCGAAGGTATTCGCGTCAATGCGGTCCGCCCGGGCTACATCTACACCGATTTCCATGCCCTCAGCGGCGATCCGGAGCGGGTCAGCAAGCTGGAATCGGCGATCCCCATGGCCCGGGGCGGACGTCCGGACGAAGTGGCCGAGGCGATTATCTGGCTGCTGTCCGACAAGGCTTCGTATGCGACCGGGACGTTTGTGGAGCTGGGGGGCGGGCGCTGA MDKVIVITGGGRGIGAATALLAADLGYRICINYQSDENAAQDVLAQIRAKGAQAIAVRADVSIEDEVVGLFNRVDTELGRVTALVNNAGTVAHKSRLDEMSEFRMLKILKTNVLGPMLCAKQAVLRMSPRHGGQGGSIVNVSSVAARLGAPGEYVDYAASKGALDTFTVGLSKEVAGEGIRVNAVRPGYIYTDFHALSGDPERVSKLESAIPMARGGRPDEVAEAIIWLLSDKASYATGTFVELGGGR NA NA NA NA NA D1-35_00989 1410 norG_1 COG1167 HTH-type transcriptional regulator NorG ATGAAACGCTACGAAAAATTTGCCGACGATATCGCCGAACTGATCCGCTCCGGCATGCTCGGGCCGGGCCAACGGGTGCCGTCGGTGCGCTACGCCAGCCAGACCTACGGCGTCAGTCCGTCCACCGTGTTCCAGGCTTATTACCTGCTGGAGCGACGTGGTCTGATCCGTGCCCGGCCGCGCTCCGGCTACTTCGTCAATCATCACGCGCCGAGCCCGTTCTGCGAGCCGGTCGCCAGCAGCCAGGTCCACGAGTCCACCGAGGTCGACGTCAGCGAACTGGTATTTTCGGTGCTCGACTCGATCAAGGATCCGACGACCGTACCGTTCGGCTCGGCATTCCCCAGCCCGACGCTGTTTCCCCTGCAACGCCTGTCCCGCTCGTTGTCCAGCGCCACGCGGGACATGGATCCGCGCGTAGTGGTCACCGACATGTCGCCGGGCAACCCTCAACTGCGCCGCCAGATCGCCCTGCGCTATATGGTCGGCGGGCTGATGCTCCCCATGGAGGAACTGCTCGTCACCAACGGCGCCCTGGAAGCATTGAACCTGTGCCTGCAAGCCGTGACCGAGCCGGGCGACCTGGTGGCAATCGAGGCGCCCGCGTTCTATGCCAGCCTGCAAGTGCTCGAACGGCTGAAACTCAAGGCGGTGGAAATCCCCGTCCACCCGCGCGACGGCATTGATCTCGATGTGCTGGAACAGACGCTGGCGCGCCATCCGGTCAAGGCCTGCTGGTGCATGACCAGCTTCCAGAACCCGATTGGCGCGACCATGCCCGAAGCGCGCAAACAGGCCCTGGTCGAATTGTTGCGTCGCTACCAGGTGCCGTTGATCGAGGATGATGTCTATGCCGAACTCTACTACGGCCAGCAGGCTCCCAAGCCGGCGAAAGCGTTCGACACCGAAGGCCTGGTGATGCACTGCGGCTCATTCGCCAAGAGTCTGGCCCCGGGCTACCGCATCGGCTGGGTCGCCGCCGGGCGCTACGCCCGGAAGATCGAGCGGCTCAAGCTGATGACTTCACTGTGCGCCTCGATGCCGGCCCAGGCCGCCATCGCCGATTACCTGCAACATGGAGGCTACGACCGTCACCTGCGCAAGTTGCGCTACGCCCTGGAAGAACAGCAAAGCGCCATGCTCGCCGCCATAGCCCGGTATTTTCCGGCGCAGACTCGGGTGAGCCAGCCGGCGGGTGGGTACTTCTTGTGGCTGGAGCTGCCGGAGCAGATTGATTCGCTGAAACTGTTCCAGATGGCTCTGGCGCAAGGCATCAGTATCGCACCGGGGCCGATCTTTTCAGCGACCCGGCGCTTCAGGAACTGTATTCGCCTGAACTATGGCGGGCCCTGGACCGATGTGTCGGAAAAGGCCATGGAGACGTTGGGGCGGATTATCCGGTCGTTCTGA MKRYEKFADDIAELIRSGMLGPGQRVPSVRYASQTYGVSPSTVFQAYYLLERRGLIRARPRSGYFVNHHAPSPFCEPVASSQVHESTEVDVSELVFSVLDSIKDPTTVPFGSAFPSPTLFPLQRLSRSLSSATRDMDPRVVVTDMSPGNPQLRRQIALRYMVGGLMLPMEELLVTNGALEALNLCLQAVTEPGDLVAIEAPAFYASLQVLERLKLKAVEIPVHPRDGIDLDVLEQTLARHPVKACWCMTSFQNPIGATMPEARKQALVELLRRYQVPLIEDDVYAELYYGQQAPKPAKAFDTEGLVMHCGSFAKSLAPGYRIGWVAAGRYARKIERLKLMTSLCASMPAQAAIADYLQHGGYDRHLRKLRYALEEQQSAMLAAIARYFPAQTRVSQPAGGYFLWLELPEQIDSLKLFQMALAQGISIAPGPIFSATRRFRNCIRLNYGGPWTDVSEKAMETLGRIIRSF PGPT0026010_15 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_00990 1413 hypothetical protein ATGAGCGAAAGAATCCCCGCCCAGTTGATACAGACTTTCGACCCCGCCCCCACGAGAATCAGGGCCAGGACTACCGACAACCTGATCCACACCCGTAGCTTCAGCGGTTTGTTTCGTACCCTGCGCATCAGCGGTGCCGGCGTCCTGTTCCTGCTGTTCTTCGGCACGGTTTGGCTGGACTGGAACGGTCGCCAGGCAGTGCTCTGGGATCTTTCCGAGAGCAAATTCCATATTTTCGGCGCGACCTTCTGGCCCCAGGACTTCATCCTGCTCTCGGCGTTGTTGATCATTGCCGCGTTCGGCCTGTTTGCGATTACCGTGTTCGCCGGGCGCGTGTGGTGCGGCTACACCTGTCCTCAGAGCTCATGGACCTGGATCTTCATGTGGGTCGAGAAGATCACCGAAGGTGAGCGCAATCAGCGGATCAAGCTGCAAGCCGCGCCGTGGGGCGTGAACAAACTGCTGCGACGCTCGGCCAAACATACGTTGTGGCTGGCCATCAGCCTGCTCACCGGCCTGACGTTCGTAGGCTACTTCACCCCGATCCGGCCGCTGGCGGAAGAGCTGCTGACCCTGCAAATGGCTGGCGTCAGCCTGTTCTGGGTGGTTTTTTTCACCGGGGCCACTTACGTCAACGCCGGCTGGCTGCGCGAAGCCGTGTGCATGCACATGTGCCCTTATGCGCGATTTCAGAGCGTGATGTTCGACAAGGACACGCTGACCGTTTCCTACGACGTGGCCCGTGGCGAAATTCGCGGCCCGCGCAAACGCGATGCGGTCCCGGCCAACATCGGGCTGGGCGACTGCATTGACTGCCAGATGTGCGTACAGGTCTGCCCGACCGGCATCGATATTCGCGACGGTCTGCAAATGGAGTGCATCGGCTGCGCGGCCTGCATCGACGCCTGCGATTCGATCATGGACAAGATGGGCTACGCCCGTGGCCTGATCAAATACACCTCCGAACGTCAGCTGCAAGGCGGCAAGACTCACCTGCTGCGACCACGGCTGGTCGGCTACACGGCGGTATTGATGGTCATGATCGCTGCGCTGGCCCTGGCACTGGTGGAGCGGCCAATGGTGTCGCTGGATGTGAGCAAGGACCGTGGCCTGTTCCGTGAGAACAGCCAGGGCCAGATCGAAAACATCTACAGCCTGAAGATCATCAACAAGACCCAGCAACGCCAGGCGTATCAATTATCGCTGGCGGACGGCGCTGGTTTCGTCCTGCAAGGCAAGACCCAGTTGAGCCTGGCGCCCGGAGAAATCGTCGACGTGCCGGTGTCGGTGGCGATGCTCAACGAACGGCCGGACAAAGGCTCGCAGGAACTGACGTTCAAAGTTGCCGACAGTGATAAGCCCGATGTTTACAGCGAAGCAAAAAGCCGTTTTGTAGCACCGATGAATCGGTGA MSERIPAQLIQTFDPAPTRIRARTTDNLIHTRSFSGLFRTLRISGAGVLFLLFFGTVWLDWNGRQAVLWDLSESKFHIFGATFWPQDFILLSALLIIAAFGLFAITVFAGRVWCGYTCPQSSWTWIFMWVEKITEGERNQRIKLQAAPWGVNKLLRRSAKHTLWLAISLLTGLTFVGYFTPIRPLAEELLTLQMAGVSLFWVVFFTGATYVNAGWLREAVCMHMCPYARFQSVMFDKDTLTVSYDVARGEIRGPRKRDAVPANIGLGDCIDCQMCVQVCPTGIDIRDGLQMECIGCAACIDACDSIMDKMGYARGLIKYTSERQLQGGKTHLLRPRLVGYTAVLMVMIAALALALVERPMVSLDVSKDRGLFRENSQGQIENIYSLKIINKTQQRQAYQLSLADGAGFVLQGKTQLSLAPGEIVDVPVSVAMLNERPDKGSQELTFKVADSDKPDVYSEAKSRFVAPMNR NA NA NA NA NA D1-35_00991 237 hypothetical protein ATGACTGTACGAATCGATGACAACCAGACCTGCCACTTCGACACCCCCAACGTCCAGGAACAGCGACCGGCGTGCGAGTTGACGATCATTACCGACCCGGACAAGGCCATGTCAGCCGTGGAGCTCAATGGCGGGCGGGTCTACCTGACCGAGGCGGAAGTGGATGCCCTGACCGTGGCCGGAGCGGCTGACGGACGGCAGAACCTGAAGGCGACTGACAGCGACTCAGTGATCTGA MTVRIDDNQTCHFDTPNVQEQRPACELTIITDPDKAMSAVELNGGRVYLTEAEVDALTVAGAADGRQNLKATDSDSVI NA NA NA NA NA D1-35_00992 501 hypothetical protein ATGGAATCGTGGTGGGATGAAGTATGGATAACCCTGCAAGCTGAATTCGCCGACATCACCGATACCGAGCAGATGACACGGGTGACGGTGCGCCTGGTAATGGCTGCACTGCTGGGGGGCATCCTGGGGTTCGAGCGTGAGCACAAGGGCAAGGCCGCCGGCGTGCGCACCCATATGCTGGTGGCGCTGGGCGCCGCGCTGTTCGTGTTGGTGCCGCAGATGTCCGGCTCCCAGGCCGACGCGATGAGCCGGGTGATTCAGGGCGTCGTCGCTGGCATCGGCTTCCTCGGCGCCGGCACCATCCTGAAAAACGACAATGGCGACGAAAGCCACGTAAAAGGCCTGACCACCGCCGCCGGCCTGTGGATGACCGCCGCCATCGGCGTTGCCGCCGGATTGGGCCGGGAAGCGACAGCGTTGCTCAGTACGGTGCTGGCGCTGGCGATTTTCAGTGTGATGCCGATGATTGTTCGGGCGCTGGAAAAAGATGAAAAGTTGTAA MESWWDEVWITLQAEFADITDTEQMTRVTVRLVMAALLGGILGFEREHKGKAAGVRTHMLVALGAALFVLVPQMSGSQADAMSRVIQGVVAGIGFLGAGTILKNDNGDESHVKGLTTAAGLWMTAAIGVAAGLGREATALLSTVLALAIFSVMPMIVRALEKDEKL PGPT0014005_2650 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507 NA NA D1-35_00993 165 hypothetical protein ATGACCATTCCCATCCCGGCCGAAACACCCGATCCGAACATCGACGACCCAATCCTGCCGCCACCCGGTCCGGATCCCGAGCCGATTCCAGAGAAGGACCCACCGCTGGACCCGCAACCGCCTTTGGGAGATCCGCCGAGCGAGGCGCCGCCGGAGCGGGTTTGA MTIPIPAETPDPNIDDPILPPPGPDPEPIPEKDPPLDPQPPLGDPPSEAPPERV NA NA NA NA NA D1-35_00994 1998 glgE2 COG0366 Alpha-1,4-glucan:maltose-1-phosphate maltosyltransferase 2 ATGACTGCCGAACAGCCAAATGACCTGGCGTACAACCCGCATCTGCCGTTGTCCCAGGCGTTGTTATTGCCACGTATTGCGATTGAAAACACCATGCCGGTGATCGATGGCGGGCAGTTTGCCGCCAAGGCCCTGGCGGGACAGGACGTGACGGTGACCAGCAAGGTGTTTGCCGATGGCCACGATAAGTTGGCTGTGCGGATCCGCTGGCGTGCGCTGGAAGACGATATCTGGAACAGCGAAGTGATGACCGAGCTGGGCAACAACAGCTGGCGCGGTCAATTTAACCTACCGGCCGTCGGCCGCTACGTGTTTTGCATCGAGGCCTGGTTTGATCAGTTCGCCAGCTTCCGCTATGAGCTGGAAAAAAAATTCGCCGCCGGGGTCCCCATCAGCCTGGAGCTGCAGGAGGGTCGCAATCACGTGCAACAGGCTGCCGAGCGCAGCGATGGGGAATTGAGCGAACAGCTGGCCGAGTTGCACCAGCAGCTTTCGAGTCTGTTGCCAGAAGAACAGGTCGCCCTGTTCCTTGAACCACGCAGCGCGGACCTGATGTCGCTGGCTGACCATCGGCCTTACCTGAGCATCAGTCCCGAATATCCGCTGGACGTGGAGCGTGAGCGGGCCGAGTTCGCCAGCTGGTATGAGTTGTTCCCTCGCTCGATCACCGATGATCCCAGCCGCCACGGCACGTTCAACGACGTGCATTCGCGCTTGGCGGTGATCCAGGACATGGGCTTCGACGTGCTGTACTTCCCGCCGATCCACCCGATCGGGCGCAGTTTCCGCAAAGGTCCGAACAACTCCCTGACCGCCGGCCCCGACGATCCGGGCAGCCCTTACGCCATTGGCAGCGAGGAGGGCGGGCACGAGGCGATTCACCCGCAGTTGGGCACTCGCGAGGATTTCCGCCGTCTGGTGGCCGCCGCAGCCGATCACGGCCTGGAAATCGCCCTCGACTTCGCCATCCAGTGTTCCCAGGACCACCCCTGGCTCAAGCAGCATCCGGGCTGGTTCAGCTGGCGGCCTGACGGCACGATCAAATACGCGGAGAACCCGCCGAAAAAATACCAGGACATCGTCAACGTCGATTTCTACGCCGCCGATGCGATACCGAGCCTGTGGACCGAACTGCGCGACATCGTGGTGGGCTGGGTCAACGAGGGTGTGAAGATATTCCGCGTCGACAATCCCCACACCAAGCCGTTGCCGTTCTGGCAGTGGCTGATCGCCGACGTGCGCGCGCAGTACCCAGAGGTGATGTTCCTGGCGGAAGCCTTCACCACACCGGCGATGATGGCGCGGCTGGGCAAGGTCGGTTATTCCCAGAGCTACACCTATTTTACCTGGCGCAACACCAAGGCCGAACTGGCGACCTATTTCACTGAGCTCAATGAGTCGCCTTTGCGCGAATGCTACCGGCCGAATTTCTTCGTCAATACGCCGGATATCAACCCGGCGTTCCTCCACGAGTCGGGGCGCGCCGGTTTTCTGATTCGCGCCGCGCTGGCGACCATGGGGTCGGGCCTGTGGGGCATGTATTCGGGCTTCGAGCTTTGCGAATCAGCAGCGGTGCCAGGCAAGGAGGAATACCTCGATTCGGAGAAGTATGAGATTCGGCCACGGGATTTCACCGCGCCGGGCAACATCATCGCCGAGATCGCTCAGCTCAACCGTATCCGCCGCCAGAACCCGGCGCTGCACACGCACCTGGGGCTGAAGATCTACAACGCCTGGAACGACAACATCCTGTACTTCGGCAAGCGCACGCCGGATGGCAGCAACTTCATCCTGGTGGCGGTGAGCCTCGATCCGCGCAATGTCCAGGAAGCCAATTTCGAATTGCCGTTGTGGGAGATGGGCCTGCCGGACGATGCCCAGACCCAGGGCGAGGATTTGATGAACGGCCACCGCTGGACCTGGTATGGCAAGTACCAGTTCATGCGGATCGACCCGGCATACCAGCCGTTCGGGATCTGGCGGATCAGCGTGGCGTGA MTAEQPNDLAYNPHLPLSQALLLPRIAIENTMPVIDGGQFAAKALAGQDVTVTSKVFADGHDKLAVRIRWRALEDDIWNSEVMTELGNNSWRGQFNLPAVGRYVFCIEAWFDQFASFRYELEKKFAAGVPISLELQEGRNHVQQAAERSDGELSEQLAELHQQLSSLLPEEQVALFLEPRSADLMSLADHRPYLSISPEYPLDVERERAEFASWYELFPRSITDDPSRHGTFNDVHSRLAVIQDMGFDVLYFPPIHPIGRSFRKGPNNSLTAGPDDPGSPYAIGSEEGGHEAIHPQLGTREDFRRLVAAAADHGLEIALDFAIQCSQDHPWLKQHPGWFSWRPDGTIKYAENPPKKYQDIVNVDFYAADAIPSLWTELRDIVVGWVNEGVKIFRVDNPHTKPLPFWQWLIADVRAQYPEVMFLAEAFTTPAMMARLGKVGYSQSYTYFTWRNTKAELATYFTELNESPLRECYRPNFFVNTPDINPAFLHESGRAGFLIRAALATMGSGLWGMYSGFELCESAAVPGKEEYLDSEKYEIRPRDFTAPGNIIAEIAQLNRIRRQNPALHTHLGLKIYNAWNDNILYFGKRTPDGSNFILVAVSLDPRNVQEANFELPLWEMGLPDDAQTQGEDLMNGHRWTWYGKYQFMRIDPAYQPFGIWRISVA PGPT0018610_961 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018610-glgE-K16147 NA NA D1-35_00995 3345 Glucosamine kinase ATGGCCAAGAAACCCCGGTCTGCCACCTTTATCAATGACCCGCTCTGGTACAAGGACGCGGTCATCTATCAAGTCCACGTCAAATCCTATTTCGACTCCAACAACGACGGGATCGGCGACTTTCCCGGGCTGATCGAGAAGCTCGACTACATTGCCGACCTGGGCGTCAACACCATCTGGCTGCTGCCGTTCTATCCTTCGCCCCGGCGCGATGACGGTTATGACATTGCCGAGTACCGTGGCGTCAGCCCCGACTACGGCACCATGGCCGATGCGCGGCGCTTCATTGCCGAGGCCCACAAGCGCAACCTGCGGGTCATCACCGAGCTGGTCATCAACCACACCTCGGACCAGCATCCCTGGTTCCAGCGCGCGCGCAAGGCCAAGAAGGGCTCGAAGGCGCGTGATTTCTACGTCTGGTCGGATGACGATCACAAGTACGACGGCACGCGGATCATTTTCCTCGATACCGAGAAGTCCAACTGGACCTGGGATCCGGTGGCCGGCCAGTACTTCTGGCACCGCTTCTATTCCCACCAGCCGGACCTCAACTTCGACAACCCGCAGGTCATCAAGGCCGTGCTGTCGGTGATGCGCTACTGGCTCGACATGGGCATCGATGGCCTGCGCCTGGACGCGATTCCGTACCTGATCGAGCGCGACGGCACCAACAACGAAAATTTGCCCGAGACTCATGACGTCCTCAAGTTGATCCGCGCCGAGATCGACGCCAATTACCCCGACCGCATGCTGCTGGCCGAGGCCAATCAGTGGCCGGAAGACACCCAGCTGTATTTTGGCGATGTCGACGCTCAAGGCCTCAATGGCGACGAATGCCACATGGCGTTCCACTTCCCGTTGATGCCGCGCATGTACATGGCGCTGGCCCAGGAGGATCGTTTCCCGATCACCGACATCCTGCGCCAGACTCCGGAGATTCCAGCCAATTGCCAATGGGCGATTTTCTTGCGCAACCACGATGAGCTGACCCTGGAAATGGTCACCGACAAGGAGCGCGATTACCTATGGAATTACTACGCGGCCGATCGCCGGGCGCGGATCAACCTGGGCATTCGCCGTCGCCTGGCGCCGCTGATGGAGCGCGACCGTCGCCGCGTGGAATTGCTCAACAGTTTGCTGCTGTCGATGCCCGGTACGCCGACTTTGTACTACGGCGATGAAATCGGCATGGGCGACAACATCTACCTCGGTGACCGCGACGGCGTGCGCACGCCGATGCAGTGGTCCATCGACCGCAACGGCGGTTTCTCCCGCGCCGACCCGGCGAGTCTGGTGCTGCCGCCGATCATGGATCCACAGTACGGCTACCTCTCGGTGAACGTCGAGACCCAGGCCGGCGACCCGCACTCGCTGCTCAACTGGACCCGTCGGATGCTCGCGGTGCGCAAGCAGTCCAAGGCCTTCGGCCGGGGCACGCTGAAAATGCTGTCGCCGAGTAACCGCCGGATCCTTGCCTACACCCGTGAATACACCGGCCCGGATGGCAAGCATGAAATCATTCTCTGCGTCGCCAACGTTTCACGTAGCGCCCAGGCGGCGGAGCTGGACCTCTCGGCCTATGCCGGCATGGTCCCGGTGGAAATGCTCGGGGGTAATGCCTTCCCGCCCATCGGTCAGTTGAATTTCCTCCTGACCCTGGCGCCGTACGGCTTCTACTGGTTCGCCCTGGCGGCGGAAAACCAGATGCCGAGCTGGCATGTGGAACCTGCGCAGAGCCTGCCGGACTTCACCACGCTGGTACTGAAAAAGCGCTTGGAAGAATTGCTCGAGGCGCCGTCACGCACCACGTTGGAGCAGAGCATTCTGCCAAGCTGGCTGCAGAACCGTCGCTGGTTCGCCGGCAAGGACAGCGCTATCGAGAAAGTCGACATCGTCTATGGCGTGCGCTTCGGTGATCCGCAACGGCCTGTGCTGTTGAGCGAAATCGACGTGACCAGTGCCGGTCAGACGCTGCGCTATCAACTGCCATTCGGTCTGTTGGCCGAGGACCAGGTGGGCCCGGCGCTGCCCCAGCAACTGGCCTTGTCGCGGGTCCGCCGGGGGCGTCAGGTCGGGCTGATTACCGATGCGTTCACCCTGGAGAGCTTCGTGCGAGCCGTGATGCAAGGCATCCAGGCCAACACGGTATTGCCGTGCGCCGATGGCGAGTTGCGTTTTGAACCCACCGCAGGCCTGGCGGCGCTGAACCTTGGCGCCGAGCCGGAGGTGCGCTACCTGTCCGCCGAGCAGTCCAACAGTTCGGTGGTGGTTGGCGGCAGCCTAGTGCTCAAGCTCATCCGCAAGGTCGCGTCGGGCGTGCATCCGGAACTGGAGATGAGCGCTTACCTGACCGCTGCCGGCTTCAGCAATATTTCGCCGCTGCTGGGTTCGGTGATTCGCCGCGACGCGAGGGGCGAGGATGCGCTGCTGATGATCGCCCAGGGTTACCTGAGCAATCAGGGTGATGCGTGGGAATGGACACAGAACAACCTCGAGCGCGCCTTGCGCGACGAACTGGCGGACGCGGTGTCCGAACAGGAACAGCACTACAACGCCCTGGGCGAGCTGAAGGACTTCGCCGGCATGCTCGGCCAGCGTCTGGGGGAAATGCACAAGGTGCTTGCCCAGCCCACCGACAACCCGGACTTCGCGCCGCAGGCCACCAGCACCAAAGAGGCCCAGGCGATCGGCAAGGACGTTGTCGCCCAGGTGGAAAACGCCTTGCGTCTGCTCAAGCAGAACCAGGGGCAATTGAACCCGGCGGACCAAGCCATGGTCGCACGCTTGCTGGAACACAGGAAAACCGTGCTGGCCCATGTCCAGGAACTGGCCGGCAAGGCGGCCGGTGGCTTGCGTATCCGGGTGCATGGCGACCTTCACCTGGGGCAGGTGCTGGTGATCAAGGGCGACGCCTACCTGATCGACTTCGAGGGTGAGCCGGCGCGGCCGTTGCATGAGCGGCGTGGCAAGCACAGCCCGTACAAAGACGTCAGCGGCGTGCTGCGTTCCTTCGATTACGCGGCAGCGATGGCGGTCCAACTGCACACCGTGGACACGACGGCCGACGCCGATGCGGCGCGCAAACGGGTCGCCGACCGCTATTTGATTGAGGCCCGCCAGGCATTTGTCGAGGCGTATCGGCTGGCGGCAGCTAGTCTTGCCCATGAATGGAAGGATGCTGAAGGCGAGGACGCCGCGCTGGCGTTGTTCGGCCTGGAGAAGGCGGCCTATGAAGTGGCTTATGAAGCCGAGAATCGCCCCGCCTGGCTGCCCGTGCCGTTGCACGGTCTGTACGGGCTGTTGAGTGGGCTGCAACCCTTTTCCGATTTAGCCGGACCGATTTAG MAKKPRSATFINDPLWYKDAVIYQVHVKSYFDSNNDGIGDFPGLIEKLDYIADLGVNTIWLLPFYPSPRRDDGYDIAEYRGVSPDYGTMADARRFIAEAHKRNLRVITELVINHTSDQHPWFQRARKAKKGSKARDFYVWSDDDHKYDGTRIIFLDTEKSNWTWDPVAGQYFWHRFYSHQPDLNFDNPQVIKAVLSVMRYWLDMGIDGLRLDAIPYLIERDGTNNENLPETHDVLKLIRAEIDANYPDRMLLAEANQWPEDTQLYFGDVDAQGLNGDECHMAFHFPLMPRMYMALAQEDRFPITDILRQTPEIPANCQWAIFLRNHDELTLEMVTDKERDYLWNYYAADRRARINLGIRRRLAPLMERDRRRVELLNSLLLSMPGTPTLYYGDEIGMGDNIYLGDRDGVRTPMQWSIDRNGGFSRADPASLVLPPIMDPQYGYLSVNVETQAGDPHSLLNWTRRMLAVRKQSKAFGRGTLKMLSPSNRRILAYTREYTGPDGKHEIILCVANVSRSAQAAELDLSAYAGMVPVEMLGGNAFPPIGQLNFLLTLAPYGFYWFALAAENQMPSWHVEPAQSLPDFTTLVLKKRLEELLEAPSRTTLEQSILPSWLQNRRWFAGKDSAIEKVDIVYGVRFGDPQRPVLLSEIDVTSAGQTLRYQLPFGLLAEDQVGPALPQQLALSRVRRGRQVGLITDAFTLESFVRAVMQGIQANTVLPCADGELRFEPTAGLAALNLGAEPEVRYLSAEQSNSSVVVGGSLVLKLIRKVASGVHPELEMSAYLTAAGFSNISPLLGSVIRRDARGEDALLMIAQGYLSNQGDAWEWTQNNLERALRDELADAVSEQEQHYNALGELKDFAGMLGQRLGEMHKVLAQPTDNPDFAPQATSTKEAQAIGKDVVAQVENALRLLKQNQGQLNPADQAMVARLLEHRKTVLAHVQELAGKAAGGLRIRVHGDLHLGQVLVIKGDAYLIDFEGEPARPLHERRGKHSPYKDVSGVLRSFDYAAAMAVQLHTVDTTADADAARKRVADRYLIEARQAFVEAYRLAAASLAHEWKDAEGEDAALALFGLEKAAYEVAYEAENRPAWLPVPLHGLYGLLSGLQPFSDLAGPI PGPT0014120_253 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0014120-treS-K05343 NA NA D1-35_00996 2235 glgB_1 COG0296 1,4-alpha-glucan branching enzyme GlgB ATGAGCGTCTCGAACAAGGAAACCCAGGGGCAGGCCAAAGAGGCATTGTTGCCGGCCCCCCGCGACATCGACGCGCTGGTGCGCGCCGAACACCAAGATCCGTTCTCGATCCTGGGCCCGCATGGCGACGGGGCGGGCGGACAATTTATCCGCGCGTACCTGCCCGGTGCGTTGAGCGTGCATGTGCTCGCCCGTGACGGCGGCGAGGAGCTGGGCGAATTGCAGGCCACCGAAACGCCGGGCCTGTTCGTCGGCCATTTCGACCGCGCACAGCCGTACCTGCTGCGCACCCGTTGGGCGGGCGGCGAGCAGGTTGCCGAAGACCCCTACAGCTTCGGCCCGCTGCTGGGGGAGATGGATCTTTACCTGTTCGCCGAAGGCAATCACCGCGACCTCAGCGCGTGCCTCGGTGCGCAACTGAAGACGGTTGATGGCGTCGACGGTGTGCGCTTCGCGGTCTGGGCGCCGAACGCGCGCCGGGTGTCGGTGGTGGGGGACTTCAACGTCTGGGACGGGCGCCGGCATCCAATGCGCATCCGTTATCCGTCCGGCGTGTGGGAGATATTCATCCCGCGGCTCGGTCCGGGTGAAGGCTACAAATACGAAATCCTTGGCGCCCACGGCATCCTGCCGCTCAAGGCCGACCCGGTGGCCCTGGCCACCCAGATGCCACCGGACACGGCATCCAAGGTCGCCGCGCCGTTGAAAATCGAATGGCAAGACGACGAGTGGATGCAAAGCCGCCGCGAGCGCCAGCTACCCGGCGCGCCGCTGTCGATCTACGAGTTGCATGCCGGTTCCTGGCAGTGCGAGATCGACGAGGCGGGGGAGGTTTCCCGGCAGTACAACTGGCATGAAATGGCCGAGCGGTTGATTCCCTACGTCAAGGACCTGGGCTTCACCCACATCGAACTGATGCCGATCATGGAACACCCGTTTGGCGGCTCGTGGGGCTATCAACCGCTGTCGCAATTTGCCCCAACCGCGCGTTTCGGTTCGCCCGATGATTTCGCCGCGTTCGTCAACGCCTGCCACCAGGCCAATATCGGCGTGATCCTCGATTGGGTGCCGGCGCATTTCCCGACCGATACCCACGGCCTGGCCCAGTTCGACGGGACCGCGCTGTATGAATACGGCAACCCGCTGGAAGGCTTCCACCAGGATTGGGACACGCTGATCTACAACCTCGGGCGCACCGAAGTCCATGGGTTCATGCTGGCCTCGGCCTTGCATTGGCTCAAGCATTTCCATGTCGACGGCCTGCGGGTGGATGCGGTGGCCTCGATGCTGTATCGCGACTATTCGCGCAAGGCCGGCGAGTGGGTACCCAACCGCCACGGCGGACGGGAGAACCTGGAAGCCATCGACTTCCTGCGCCACCTCAACGACGTGGTTGCACTGGAGACGCCCGGCGCGCTGGTGATTGCCGAGGAGTCCACGGCGTGGCCGGGTGTCAGCCAGAGCACGCAGCAGGGCGGCCTGGGTTTCGCCTACAAATGGAACATGGGCTGGATGCACGATTCGCTGCATTACATCCAGCAGGACCCGGTGTACCGCGCTCATCACCACAACGAACTGAGCTTCGGCCTGGTTTACGCCTGGTCCGAGCGTTTTGTCTTGCCGATTTCCCATGACGAAGTGGTCCACGGCAAACGCTCGCTGATCGACAAGATGCCCGGTGACCGCTGGCAGAAATTCGCCAACCTGCGCGCCTACCTGAGCTTCATGTGGGGCCATCCCGGCAAGAAACTGTTGTTCATGGGCTGCGAGTTTGGCCAATGGCGCGAGTGGAACCATGACCAGCAATTGGACTGGTACCTGCTGCAATACCCCGAGCACCGGGGCGTGCAGAAGCTGGTGAGCGACCTGAACCGGCTCTATCGCGAAGAACCGGCGCTGCATGACCAGGACGATGCGCCGCAAGGCTTCCAATGGCTGATTGGTGACGATGCGGTCAACAGTGTCTATGCATGGCTGCGCTGGAGCAAGGATGGCCGGCCGGTACTGGTGGTCGCCAACTTCACGCCGGTGCCGCGCGAGGCGTATCGGGTCGGCGTGCCGTTTGGCGGACGCTGGGTGGAATTGCTCAACAGCGACGCCGACACCTATGCCGGTTCCAACTATGGCAACGGCGGCGGTGCATCCACCGAGGCGATCCCCAGCCATGGCCAGGCGCTGTCGCTGGAACTGAACCTGCCGCCGCTGGCGGTGCTGATCCTGCGACCGGAGGGATAG MSVSNKETQGQAKEALLPAPRDIDALVRAEHQDPFSILGPHGDGAGGQFIRAYLPGALSVHVLARDGGEELGELQATETPGLFVGHFDRAQPYLLRTRWAGGEQVAEDPYSFGPLLGEMDLYLFAEGNHRDLSACLGAQLKTVDGVDGVRFAVWAPNARRVSVVGDFNVWDGRRHPMRIRYPSGVWEIFIPRLGPGEGYKYEILGAHGILPLKADPVALATQMPPDTASKVAAPLKIEWQDDEWMQSRRERQLPGAPLSIYELHAGSWQCEIDEAGEVSRQYNWHEMAERLIPYVKDLGFTHIELMPIMEHPFGGSWGYQPLSQFAPTARFGSPDDFAAFVNACHQANIGVILDWVPAHFPTDTHGLAQFDGTALYEYGNPLEGFHQDWDTLIYNLGRTEVHGFMLASALHWLKHFHVDGLRVDAVASMLYRDYSRKAGEWVPNRHGGRENLEAIDFLRHLNDVVALETPGALVIAEESTAWPGVSQSTQQGGLGFAYKWNMGWMHDSLHYIQQDPVYRAHHHNELSFGLVYAWSERFVLPISHDEVVHGKRSLIDKMPGDRWQKFANLRAYLSFMWGHPGKKLLFMGCEFGQWREWNHDQQLDWYLLQYPEHRGVQKLVSDLNRLYREEPALHDQDDAPQGFQWLIGDDAVNSVYAWLRWSKDGRPVLVVANFTPVPREAYRVGVPFGGRWVELLNSDADTYAGSNYGNGGGASTEAIPSHGQALSLELNLPPLAVLILRPEG NA NA NA NA NA D1-35_00997 1344 gudD_1 Glucarate dehydratase ATGACTACCCAAGAAACCAGCAAAGCCCCGATCATCACCAGCATGCAAGTTGTGCCCGTGGCTGGCCACGACGGCATGTTGCTCAACCTCAGCGGTGCCCATGGCCCGTTTTTCACCCGCAACATCGTGATTCTCAAGGACAACGCAGGGCATACTGGCGTGGGCGAAGTGCCCGGCGGTGAGCGCATTCGCCAGACCCTTGAAGATGCTCGCTCACTGGTGGTTGGCAGCCCGATCGGCACCTACCAGAAAATCCTCAACAGCGTACGCCAGGCCTTTGCCGATCGTGACGCCGGCGGTCGCGGCCTGCAGACCTTCGACCTGCGTATCACCATCCACGCCGTCACCGGCCTGGAAGCTGCGTTGCTCGACCTGCTCGGCCAGCACCTGGATGTACCGGTCGCCGCCCTGCTCGGCGAAGGCCAGCAGCGCGATGAAGTGAAGATGCTCGGCTACCTGTTCTACGTCGGTGATCGCCAGCAGACCGACCTGCCCTACCGCAGCGAACCGCAGGCTGAAAACGACTGGTTCCGCGTACGCCACGAAAAAGCCCTGGACGCTGACGCGGTGGTACGTCTGGCCGAGGCGGCCCACGCGCACTATGGCTTCGAGGATTTCAAGCTCAAGGGCGGCGTGCTCAGGGGCGATGAAGAGATCGAAGCGGTGACGGCGTTGGCCGAGCGTTTCCCCCAGGCGCGCATCACCTTGGACCCGAACGGCGCCTGGTCACTCAAGGAGGCCATCCGCCTGTGCCGTGACCAGCACAAGGTGCTGGCCTATGCCGAAGACCCTTGCGGTGCCGAGAATGGTTATTCGGGTCGTGAAGTCATGGCCGAATTCCGTCGCGCCACAGGCCTCAAGACCGCCACCAACATGATTGCCACCGACTGGCGCGAAATGGGTCACGCGATTACGTTGCAGTCGGTCGACATTCCCTTGGCGGACCCGCATTTCTGGACGATGCAGGGTTCGGTGCGGGTGGCGCAAATGTGCAATGAATGGGGCCTGACCTGGGGCTCTCACTCCAACAATCACTTCGATATTTCCCTGGCGATGTTTACCCACGTCGCGGCCGCCGCACCGGGCGACATCACCGCCATCGACACTCACTGGATCTGGCAGGACGGCCAACGGCTGACCAAGGCGCCCTTGCAGATCCGCGGTGGCTGCGTGCAGGTGCCGAAGAAACCGGGGCTGGGGATCGAACTGGACATGGACCAGTTGGCCAAGGCTCATGAGTTGTACAAAGGCATGGGACTTGGGGCGCGGGATGATTCGGTGGCGATGCAGTATCTGATCCCGGGCTGGACATTCAACAACAAGCAGCCGTGCCTGGTGCGCTGA MTTQETSKAPIITSMQVVPVAGHDGMLLNLSGAHGPFFTRNIVILKDNAGHTGVGEVPGGERIRQTLEDARSLVVGSPIGTYQKILNSVRQAFADRDAGGRGLQTFDLRITIHAVTGLEAALLDLLGQHLDVPVAALLGEGQQRDEVKMLGYLFYVGDRQQTDLPYRSEPQAENDWFRVRHEKALDADAVVRLAEAAHAHYGFEDFKLKGGVLRGDEEIEAVTALAERFPQARITLDPNGAWSLKEAIRLCRDQHKVLAYAEDPCGAENGYSGREVMAEFRRATGLKTATNMIATDWREMGHAITLQSVDIPLADPHFWTMQGSVRVAQMCNEWGLTWGSHSNNHFDISLAMFTHVAAAAPGDITAIDTHWIWQDGQRLTKAPLQIRGGCVQVPKKPGLGIELDMDQLAKAHELYKGMGLGARDDSVAMQYLIPGWTFNNKQPCLVR PGPT0018180_332 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018180-gudD-K01706 NA NA D1-35_00998 1347 ttuB_1 Putative tartrate transporter GTGAACTCATCCAGCCTCAAGGCAGATGCCGGCGCGGATCCGGTGCTGTCCTCGGCCATATCCAAGGTCAAGCGCCACATCCTGCCGCTGTTCGTCATCATGTTCATCGTCAACTACATCGACCGTGTGAACATCGGCTTCGTCCGTTCCCATATGGAGCACGACCTGGGCATCGGCGCAGCCGCCTATGGTTTTGGCGCCGGCCTGTTCTTCATCGGCTACGCGCTGTTCGAAGTCCCGTCCAACATCCTCCTGCAACGCATCGGCGCCCGTATCTGGCTGACCCGCATCATGCTCACCTGGGGCCTGGTGGCGGCAGGCATGGCCTTCATCCAGAACGAAACCCACTTCTACATCCTGCGTTTCCTGCTGGGTGTGGCCGAAGCCGGTTTCTTTCCCGGCGTGATCTACTACTTCACGCGGTGGCTGCCCGGCGTCGAGCGCGGCAAGGCCATCGCGATTTTCCTCAGCGGCTCGGCGATCGCTTCGCTGATCTCCGGCCCGCTGTCGGGGCTGCTTTTGCAGATCAACGGCCTGGGCATGCACGGCTGGCAGTGGATGTACTTCATCGAGGGGATGTTTTCGGTCTGCCTCTGTGTGTTCGTCTGGTTCTGGCTGGACTCCAAGCCTCACGACGCCAAGTGGCTCAGTCGCGACGAGCAGGATGCGCTGGTCAAGGCCATCGACGATGAACAGGCGGCCCGTGAAGCGGCGACGCCGATCAAACTGTCGATCGGCCAATTGCTCAAGGACCGCCAGATCATCCTGTTCTGCCTGATCTATTTCTTTATCCAACTGACCATCTACGCGGCGACCTTCTGGCTGCCGAGCATTATCAAAAAGATGGGCGAGCTCAGCGACCTTCAGGTCGGCCTGTTCAATTCGATTCCCTGGCTGCTGTCGATCGTCGGCATGTACGCCTTCGCCTCGCTGTCGGCCAAATGGAAGTTCCAGCAGGCCTGGGTTGCCGCTGCCCTGTTGATCGCTGCGGCAGGCATGTTCATGTCCACCACCGGCGGGCCGATCTTCGCTTTCGTTGCGATCTGCTTTGCGGCCCTGGGTTTCAAGTCCGCCTCTTCGCTGTTCTGGCCGATCCCCCAGGCCTACCTGGACGCACGGATCGCCGCCGGTGTCATCGCGCTGATCAATTCGGTGGGCAACCTCGGCGGATTCGTCGCCCCGACTACTTTCGGCCTGCTTGAGCAGCACACCGGCTCGATCCAGGGCGGGCTCTATGGCCTGGCGGCCACGTCGATCATTGCCGCGATCATCGTGTTTGCCGCGCGCAATACGCCCAAGCCGAAAACCCTAAAGCCTTCCACCGACCCGGCTACCAGTCACGCCTGA MNSSSLKADAGADPVLSSAISKVKRHILPLFVIMFIVNYIDRVNIGFVRSHMEHDLGIGAAAYGFGAGLFFIGYALFEVPSNILLQRIGARIWLTRIMLTWGLVAAGMAFIQNETHFYILRFLLGVAEAGFFPGVIYYFTRWLPGVERGKAIAIFLSGSAIASLISGPLSGLLLQINGLGMHGWQWMYFIEGMFSVCLCVFVWFWLDSKPHDAKWLSRDEQDALVKAIDDEQAAREAATPIKLSIGQLLKDRQIILFCLIYFFIQLTIYAATFWLPSIIKKMGELSDLQVGLFNSIPWLLSIVGMYAFASLSAKWKFQQAWVAAALLIAAAGMFMSTTGGPIFAFVAICFAALGFKSASSLFWPIPQAYLDARIAAGVIALINSVGNLGGFVAPTTFGLLEQHTGSIQGGLYGLAATSIIAAIIVFAARNTPKPKTLKPSTDPATSHA PGPT0002325_530 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_00999 714 lutR_1 COG2186 HTH-type transcriptional regulator LutR ATGCAGCAAGACACTCAAACGCCTCTGCGCAAGCGCACCCACAACCTGGCCCATGACCTGGTGGCGAAGTTGAGCCAGAGCATCCTGCTGGGGCAGTTGAAGCCTGGAGAGAAACTGCCGTCGGAGGGTGCTTTCGTGCGCGAGCATGGGGTCAGCCGCACGGTGGTGCGCGAGGCGATCTCCAAATTGCAGGCCTCGGGGTTGGTGGAGACTCGCCATGGCATCGGTACTTTTGTGCTGGAGCAGACGGGAGAGCAGGGGCTGAGGCTCAACGTCGATACTGCAGCGGGCGTGCGCGGGATTCTCGAATTGCGCCTGGGCCTGGAAACCCAGGCCGCGGCGCTGGCGGCCCAGCGCCGCAGTGAGGAGCAATTGCAGCAGATGCGCCAGGCGCTGGACGACTACCAGCGCTTGCTCAACAACAACGACAGCTGCGTCGAGGCTGACCGGCGTTTTCATTTGCTGATTGCTGAGGCCACGGATAACAGCTGTTTTGTCGAAATCATGCAGCACCTGGGCAGTGCGATGATCCCCCGCACCCGGGTGAACATGGCCGAACGCGGCCAGGCGGACCTGGGCAAGCTGGCGCAGTTTGCGAACCTGGAGCACGAGGCGATTTTCAACGCCATCCAGCGCCAGGACCCCGATGCCGCCCGCGCCGCCATGTGGCTGCACCTGACCAACAGCCGCGACCGGTTTGGCGCAGGGGCCTGA MQQDTQTPLRKRTHNLAHDLVAKLSQSILLGQLKPGEKLPSEGAFVREHGVSRTVVREAISKLQASGLVETRHGIGTFVLEQTGEQGLRLNVDTAAGVRGILELRLGLETQAAALAAQRRSEEQLQQMRQALDDYQRLLNNNDSCVEADRRFHLLIAEATDNSCFVEIMQHLGSAMIPRTRVNMAERGQADLGKLAQFANLEHEAIFNAIQRQDPDAARAAMWLHLTNSRDRFGAGA NA NA NA NA NA D1-35_01000 1182 thlA_1 COG0183 Acetyl-CoA acetyltransferase ATGCAAGAAGTCGTGATTGTCGCCGCTACCCGTACCGCCATCGGCAGCTTCCAGGGCTCGCTGGCGGCCATTCCCGCGCCGGAACTTGGCGCCGCGGTGATCCGTCGCTTGCTGGAACAGACCGGTCTTTCCGGCGAGCAGGTCGATGAAGTGATCCTCGGCCAGGTATTGACTGCAGGTTCCGGACAGAACCCGGCGCGCCAGGCGTCGATCCTCGCCGGCCTGCCCCATGCCGTGCCAGCACTGACTCTGAACAAGGTCTGCGGCTCGGGTCTCAAGGCGCTGCACCTGGGCGCCCAGGCGATTCGCTGCGGCGATGCCGAAGTCATCATCGCCGGCGGCATGGAGAACATGAGCCTGGCCCCGTACGTGTTGCCAGCGGCCCGCACCGGTTTGCGCATGGGCCACGCGAAGATGATCGACAGCATGATCACCGATGGCCTGTGGGACGCGTTCAACGATTACCACATGGGCATCACCGCCGAGAACCTGGTGGACAAATACGGCATCAGCCGCGAGGCGCAGGATGCTTTCGCCGCGGCGTCCCATCAGAAAGCCGTCGCCGCCATCGAAGGCGGGCGTTTCGCCGATGAGATCACGCCGATCCTGATTCCCCAGCGCAAGGGCGATCCGGTGGCCTTTGCTACTGACGAGCAGCCCCGCGCCGGTACTACCGCTGAATCCTTGGCCAAGCTCAAGCCGGCCTTCAAGAAAGACGGCAGCGTCACTGCGGGCAATGCGTCCTCGCTCAACGATGGCGCCGCCGCCGTGATCCTGATGAGCGCGGAAAAAGCCAAGGCGCTGGGCTTGCCGGTATTGGCGAAAATCAGTGCCTACGCCAACGCCGGTGTCGACCCGGCCATCATGGGCATCGGCCCGGTCTCGGCCACCCGTCGCTGCCTGGACAAGGCCGGCTGGTCGCTGGATCAACTTGACCTGATCGAAGCCAACGAAGCCTTCGCCGCCCAATCCCTGGCTGTCGCCAAGGAACTGCAATGGGACATGGACAAGGTCAACGTCAACGGCGGCGCCATTGCCCTGGGCCATCCGATCGGGGCATCGGGTTGCCGGGTGCTGGTGACGCTGTTGCATGAAATGATCAAGCGCGACGCCAGGAAAGGCCTCGCGACACTGTGCATCGGCGGCGGTCAGGGCGTGGCTCTCGCACTGGAGCGGGCGTAA MQEVVIVAATRTAIGSFQGSLAAIPAPELGAAVIRRLLEQTGLSGEQVDEVILGQVLTAGSGQNPARQASILAGLPHAVPALTLNKVCGSGLKALHLGAQAIRCGDAEVIIAGGMENMSLAPYVLPAARTGLRMGHAKMIDSMITDGLWDAFNDYHMGITAENLVDKYGISREAQDAFAAASHQKAVAAIEGGRFADEITPILIPQRKGDPVAFATDEQPRAGTTAESLAKLKPAFKKDGSVTAGNASSLNDGAAAVILMSAEKAKALGLPVLAKISAYANAGVDPAIMGIGPVSATRRCLDKAGWSLDQLDLIEANEAFAAQSLAVAKELQWDMDKVNVNGGAIALGHPIGASGCRVLVTLLHEMIKRDARKGLATLCIGGGQGVALALERA PGPT0008320_8814 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-35_01001 666 scoB COG2057 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B ATGGCACTTTCCCGCGAACAAATGGCTCAGCGCGTCGCCCGCGAAATGCAGGACGGCTACTACGTGAACCTCGGTATCGGCATCCCGACCCTGGTAGCCAACTACATTCCCGAAGGCATGGAAGTCATGCTGCAATCGGAAAACGGCTTGCTCGGCATGGGCGCGTTCCCCACCGAAGCCGAAGTCGATGCGGACATGATCAACGCCGGCAAACAGACGGTTACCGCGCGCATCGGTGCTTCGATCTTTTCTTCGGCCGAATCCTTCGCCATGATCCGTGGCGGCCACATCGACCTGACCGTACTCGGCGCGTTCGAAGTCGACGTCGAGGGCAACATCGCGTCGTGGATGATTCCCGGCAAGCTGGTCAAGGGCATGGGCGGCGCGATGGACCTGGTGGCCGGTGCCGAGAACATCATCGTCACCATGACCCATGCGTCCAAGGACGGTGAGTCGAAACTGCTGCCGCGCTGCAGCCTGCCGCTGACCGGCGCCGGTTGCATCAAGCGCGTACTGACTGACCTCGCCTACCTGGAAATCCAGGACGGCGCCTTTATTCTCAAGGAACGTGCCCCAGGCGTCAGCGTCGAGGAAATCGTCGCCAAGACCGCCGGCAAGCTGATCGTGCCGGACCACGTACCTGAAATGCAGTTCGCTGCCCAGTGA MALSREQMAQRVAREMQDGYYVNLGIGIPTLVANYIPEGMEVMLQSENGLLGMGAFPTEAEVDADMINAGKQTVTARIGASIFSSAESFAMIRGGHIDLTVLGAFEVDVEGNIASWMIPGKLVKGMGGAMDLVAGAENIIVTMTHASKDGESKLLPRCSLPLTGAGCIKRVLTDLAYLEIQDGAFILKERAPGVSVEEIVAKTAGKLIVPDHVPEMQFAAQ PGPT0008330_217 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008330-scoB-K01029 NA NA D1-35_01002 699 scoA COG1788 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit A ATGGCAGGTTTCGACAAACGCGTGAGCTCCTATGAGGAAGCGCTTGAGGGCTTGAAGGACGGCATGACTGTCATTGCCGGCGGCTTCGGCCTGTGCGGTATCCCGGAAAACCTGATCGCCGAGATCAAGCGCAAGGGCACCCGCGATCTCACCGTGGTTTCCAACAACTGCGGCGTCGACGGTTTCGGCCTCGGCGTGCTGCTGGAGGACCGGCAGATCCGCAAGGTAGTCGCCTCCTACGTGGGGGAAAACGCCCTGTTCGAGCAGCAACTTTTGAGTGGCGAAATCGAAGTCGTGCTCACCCCTCAAGGCACCCTTGCGGAAAAAATGCGTGCGGGTGGCGCTGGCATCCCGGCCTTCTTCACCGCCACCGGCGTCGGCACGCCAGTGGCCGAAGGCAAGGAAGTGCGTGAGTTCCATGGCCGCCAGTACCTGATGGAAGAGTCCATCACCGGTGACTTTGCCATCGTCAAAGGCTGGAAGGCAGACCATTTCGGTAATGTGGTCTATCGCCATACCGCGCAGAACTTCAATCCGCTGGCCGCCACGGCGGGCAAGATCACCGTGGTCGAAGTCGAGGAAATCGTCGAGCCCGGCGAGTTGGACCCGGCGCACATCCATACGCCCGGCATCTACGTCGACCGGGTCATTTGCGGCACGTTCGAAAAGCGCATCGAACAGCGCACCGTGCGTAAGTGA MAGFDKRVSSYEEALEGLKDGMTVIAGGFGLCGIPENLIAEIKRKGTRDLTVVSNNCGVDGFGLGVLLEDRQIRKVVASYVGENALFEQQLLSGEIEVVLTPQGTLAEKMRAGGAGIPAFFTATGVGTPVAEGKEVREFHGRQYLMEESITGDFAIVKGWKADHFGNVVYRHTAQNFNPLAATAGKITVVEVEEIVEPGELDPAHIHTPGIYVDRVICGTFEKRIEQRTVRK PGPT0008325_1483 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008325-scoA-K01028 NA NA D1-35_01003 903 cynR_1 HTH-type transcriptional regulator CynR ATGACCCTCAAGCAAATCCGCGCCTTCCTCGCCGTGGCCCAGAGCCTGAGCTTCGCCGTCGCCGGCGAGCGGCTGCATCTGTCCCAATCGGCCCTGAGCCTGACGATCAAGGCCCTGGAAGAAGGACTCGGCGGTCGCCTGTTCAGTCGTAACACCCGTAACGTGGCGTTGACGCCCGAAGGTGAATCGCTGCTGCCATTGGCACGCCGCCTGGTGGCCGACTGGGAAAACGCCGAGGATGAAATGCGCCAGCGCTTCACCTTGCAGCGCGGCCGCGTGACGCTGGCGGCGATGCCCTCGTTTGCCGGCAACCTGCTGCCGCCGATCCTCAAGACCTTCCGCGCCCGGTTCCCGAATGTCAACGTCACGGTCAACGACGTGATCAACGAGCAGGTGCTGGAAATGGTCCGCGATCGTCACGTGGAACTGGGCGTTGCGTTCGAGCCGATGCAAAGTTCATCGCTGGCGTTCACGCCGTTGTACCTGGATCGCTTCGTCGCGGTGGTGCCGCTGGATTCGCCGCTGGCCAAGCTCGGCGAGATCCGTTGGCAAATGCTGCTGGAGCAGCCGTTCATCACCTTGCAACGACCCTCGACGGTACGGGTGATGCTCGAAGAGCATCTGCAGGCTCGCGGTATGAAATTGCCGGTCGAGTTTGAAAGTCATCAGTTGGCGACAGTCGGACGGATGGTTGCCAGCGGCCTGGGCGTGAGCGCCGTACCGGCCCTGTGTGTCGGCCAGATGCACGAGCTGGGCGCCCGCTGCATCATCCTCAGCGATCCGGTAATAGAGCGGGCCATCGGCGTGCTGACCAAGCCGGGTCATGAATTGTCGGCGGCGGCCCAGGCGATGTTCGATACGCTCAGGGATCAGGATATGGGCGCGCAGTTACCTTCGGCATAA MTLKQIRAFLAVAQSLSFAVAGERLHLSQSALSLTIKALEEGLGGRLFSRNTRNVALTPEGESLLPLARRLVADWENAEDEMRQRFTLQRGRVTLAAMPSFAGNLLPPILKTFRARFPNVNVTVNDVINEQVLEMVRDRHVELGVAFEPMQSSSLAFTPLYLDRFVAVVPLDSPLAKLGEIRWQMLLEQPFITLQRPSTVRVMLEEHLQARGMKLPVEFESHQLATVGRMVASGLGVSAVPALCVGQMHELGARCIILSDPVIERAIGVLTKPGHELSAAAQAMFDTLRDQDMGAQLPSA PGPT0021950_358 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021950-dhcR-K17737 NA NA D1-35_01004 828 cobB COG0846 NAD-dependent protein deacetylase ATGCCCGACGATCTTCACCGTGACCCCGTCGAACAATTGCACGAATACCTGACCGGACGGCGCTACCTGGTGCTGACCGGAGCGGGCATCAGCACGCCGTCCGGCATACCCGATTACCGGGACAGCGACGGCGTGCGACGGGGCAGGCAACCGATGATGTACCAGGAGTTCCTCGCCAGGCCCGAAGCGCGGCGGCGCTACTGGGCGCGAGCGATGCTGGGCTGGCCACGCTTGCGCCAGGCACGGCCGAACCAGGCCCATGAGGCCTTGGCGGCGTTGCAGGGCCAGGCGCGCATCAGCGGCTTGATCACCCAGAATGTCGACGCCTTGCATGACCGGGCCGGGAGCCGCGATGTCATCGAGTTGCACGGCAGCCTGCATCGGGTGCTATGCCTGGACTGCGGCCAGCCGAGCGAGCGGCAGCAGATCCAGTTGTTGATGGAGGACCAGAACCCGTACCTGGCCGGTGTCGATGCGGTGCAAGCGCCCGACGGCGATACCTTGCTGGACCCGGCCTTCGAGGCCCGCTTTCAAATCCCCCGTTGCCCGCATTGCGATGGCGAACGCTTGAAACCCGACGTGGTGTTCTTTGGTGAAAACGTCGCCGCCGCTACCGCGACTCGCGCCACCGAGGCAGTCGGGCAAGCGGATGGATTGCTGGTGGTGGGTTCATCGCTGATGGCGTATTCGGCCTTTCGCCTGTGCCGGGCGATCAAGGATCAGGGCAAGCCGCTGCTGGCGATCAACCGAGGCAAGACCCGCGCCGATGAGCTGTTGGATCTGAAGGTTGAAGTGGCTTGCGAAGCCTTGTTGCCATTGCTGATCTAA MPDDLHRDPVEQLHEYLTGRRYLVLTGAGISTPSGIPDYRDSDGVRRGRQPMMYQEFLARPEARRRYWARAMLGWPRLRQARPNQAHEALAALQGQARISGLITQNVDALHDRAGSRDVIELHGSLHRVLCLDCGQPSERQQIQLLMEDQNPYLAGVDAVQAPDGDTLLDPAFEARFQIPRCPHCDGERLKPDVVFFGENVAAATATRATEAVGQADGLLVVGSSLMAYSAFRLCRAIKDQGKPLLAINRGKTRADELLDLKVEVACEALLPLLI NA NA NA NA NA D1-35_01005 510 yciE COG3685 Protein YciE ATGGCAACCCCTAAAGAGAACCTGCTGGATTGGCTCAACGACGCTCATGCCATGGAACAGCAAGCGGAGAAAATGCTCAAGGCCCAGGCCGAGCGGCTGGAGCACTACCCCGTGCTCAAGGCGCGGATCGAACAGCACATCGAAGAGACGCTCGGCCAGCAGAAGCTGGTGGAACAATGCATCCAGCGCCTGGGCGGTAGCCCGTCGATGCTCAAGGACATGGCCGGCAAGCTGATGGCGTTCGGTCAAGCCATGGGTGGCATGGCGATGAGCGACGAAGTGGTCAAGGGCGCCATGAGTGGCTACGTCTTCGAGAACCTGGAAATTGCTTCGTACACGGTGCTGATCGAAGCGGCGAAAGTGGCCGGCGATGTGGAAACGCAAAAGGCCTGCGAGCAGATTCTGCCGCAGGAAATCGCCATGGCTGAATGGCTGCGCGATCATCTGCCGGAAATCACCCAGGCGTTCCTTGAGCGTTCGGCCAATCCGCATACCGAAGCCAAGCGCTGA MATPKENLLDWLNDAHAMEQQAEKMLKAQAERLEHYPVLKARIEQHIEETLGQQKLVEQCIQRLGGSPSMLKDMAGKLMAFGQAMGGMAMSDEVVKGAMSGYVFENLEIASYTVLIEAAKVAGDVETQKACEQILPQEIAMAEWLRDHLPEITQAFLERSANPHTEAKR NA NA NA NA NA D1-35_01006 270 hypothetical protein ATGAAGCAGACCACCGGTGAGGTTAGAGCCATCAATCGACAGAGTGCCAGGGTGGGCGTCTATGTGGCGGAAGAAGACGGCCATACGGTGCTTGAGCTAGGGCCCGCCAATGATGTCGACATTGGCGATGTCATTGAATGGAACAGCGGAGCGGCCCTTGGCACGCAGACTTATCGCAACCTGACCAAAGGCTGGACCGACGAAGTGTATGTAGCGAAGCACGGCGTCGCGGCGGCCAACCTTGAAGTTCAATTACTGGTGGGATCCTGA MKQTTGEVRAINRQSARVGVYVAEEDGHTVLELGPANDVDIGDVIEWNSGAALGTQTYRNLTKGWTDEVYVAKHGVAAANLEVQLLVGS NA NA NA NA NA D1-35_01007 249 hypothetical protein ATGAGCGAACTGCAGTGTGGCTGCCCCGGCTGCCATTGCGAGGTAGATCCCGAGCGGGTGTTCAATCATGACGGCGAGGCCTATTGCAGCCAGGCCTGCGCGGAACAACACCCGAATGGCGAGCCATGTCCGGCGGCGGATTGTCATTGTGAACAAAGTGGCAAGGTCGGCGAGCGGGACATTACCAATAACCAACTGGATGAAGCGCTGGAGGAAACGTTCCCGGCCAGCGATCCGATTTCACCCTGA MSELQCGCPGCHCEVDPERVFNHDGEAYCSQACAEQHPNGEPCPAADCHCEQSGKVGERDITNNQLDEALEETFPASDPISP PGPT0004285_4 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_BISMUTH_RESISTANCE BISMUTH_RESISTANCE-BISMUTH_HOMEOSTASIS,PGPT0004285-smtA-K21904 NA NA D1-35_01009 378 gsiB COG3729 Glucose starvation-inducible protein B ATGGCAAATACAGGCAATAACAACCCTGGCAATTTCGCTAACGATCGTGAGAAAGCATCGGAAGCCGGCAAGAAAGGCGGCCAGGCATCGGGTGGCAACTTCGCCAACGATCCGGAACGCGCAGCCGAGGCCGGCCGTAAGGGTGGCCATATGTCGGGTGGCAATTTTGCCAACGATCCGGAACGTGCCGCAGAGGCCGGCCGCAAAGGTGGTCAAGCCTCGGGTGGCAACTTTGCCAATGACCCTGAACGGGCTTCTGAAGCGGGCCGCAAAGGTGGCCAGGCGTCGGGTGGCAACTTTGCCAACGACCGGGAAAAAGCTTCCGAAGCCGGTAAGAAAGGCGGTGAAAACAGCCACGGTGGCGGTCGCAAATCGTAA MANTGNNNPGNFANDREKASEAGKKGGQASGGNFANDPERAAEAGRKGGHMSGGNFANDPERAAEAGRKGGQASGGNFANDPERASEAGRKGGQASGGNFANDREKASEAGKKGGENSHGGGRKS NA NA NA NA NA D1-35_01010 882 ydbD COG3546 putative manganese catalase ATGTTCGTACATAACAAACGACTGCAATATACCGTGCGTGTCGCTGAGCCCAATCCAGGACTGGCCAATCTGTTGCTTGAACAGTTTGGCGGCGCCCAGGGCGAGTTGGCGGCGGCGTCGCGCTATTTCACCCAGGCCTTGTCCGAAGATGATCCGGGCCGCAAGGACCTGCTGATGGACATTGCCACCGAAGAGCTCAGCCATCTGGAGGTGATCGGTTCGATCATCGTCATGCTTAACAAGGGGGCAAAGGGCAAGATGGCTGAAGGCGTCGAGCAGGAGGGCCAGCTGTACCGGGAAATCAACGGGGCCGGCAATGACTCGCACATCACCAGCGTGCTGTATGGCGCCGGCTCGCCGTTGACCAACTCGGCCGGTGTGCCATGGACCGCCGCCTACATCGATACGATCGGCGAACCGACGGCGGACATGCGTTCGAATATCGCCGCCGAGGCCCGGGCGAAAATTGTTTACGAGCGGCTGATGAACGTCACTGACGATCCTGGTGTAAAAGAAGCCCTGGGCTTCCTGATGACCCGTGAAATCGCCCACCAGCTGTCGTTCGAAAAAGCCCTGCATTCCATCCAGCCCAACTTCCCGCAAGGCAAACTGCCAGGCATGCCGGAGTTCACCAACGTGTACTTCAACATGTCCCAGGGTGAACCTACCGTACGCGGTCCATGGAACCAGGGCGACGATTGGGAGTACGTCGAGAACCCGACGCCAGCGGTCGACGGCGGCGATGGCCTGGCCAGCGTGCAGTTGAGTGAAAAGGACGAGGCACTGTTGATGGACATGAAGGCGCGGACGATGTCCAATCCTGAAAGCAATCCCACCACGGGCGCCGACTTGGGTTCGGGGATGCAAGGTGACAAACTGTAA MFVHNKRLQYTVRVAEPNPGLANLLLEQFGGAQGELAAASRYFTQALSEDDPGRKDLLMDIATEELSHLEVIGSIIVMLNKGAKGKMAEGVEQEGQLYREINGAGNDSHITSVLYGAGSPLTNSAGVPWTAAYIDTIGEPTADMRSNIAAEARAKIVYERLMNVTDDPGVKEALGFLMTREIAHQLSFEKALHSIQPNFPQGKLPGMPEFTNVYFNMSQGEPTVRGPWNQGDDWEYVENPTPAVDGGDGLASVQLSEKDEALLMDMKARTMSNPESNPTTGADLGSGMQGDKL PGPT0013240_506 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D1-35_01011 930 zupT_1 Zinc transporter ZupT ATGGACCAGCCCACCTCCCGGATCCGATCGCCCTGGCGTACCTGGCTTGATCCTGTGCAAAACAACCTGCTGCTGGGCGTAAGCTTCTGGCTGGGATTGGCACTGGTCGCGGTGCTGCTGCTGTATAGCGGCTACAACGCCCTGGTGGGGGCCGATCGCCAACACCTCGGCTATGCGGCATTGGGTGGGATATCCGGTTTTGCCGCTACCGCGCTGGGGGCGATGATGGCGGTGGTGCTACGCGATATCTCATCGCGGACCCAGGACATCATGCTCGGTTTCGCTGCCGGGATGATGCTCGCGGCCAGCTCGTTTTCGCTGATATTGCCGGGGATCGAGGCTGCGCAGATCATTTGCGGCAATCAGTTGCTTGCTGCCTTGGTGGTCGTTATCGGCCTGGCGCTGGGCGTCGCGCTGATGGTCGGGCTCGACCGCTTCGTGCCCCACGAACATGAGCTGAGTGGGCGCCGCGGTCCCGAGGCCAAGCGCATCAACCGGGTGTGGTTGTTCGTCCTCGCGATCACCCTGCACAACCTGCCGGAGGGCATGGCCATCGGCGTCAGCTTTGCCAATGGCGATCTCAAGGTCGGTCTGCCCCTGACCACCGCCATCGCGATCCAGGACATCCCCGAAGGCCTGGCCATTGCCATGGCGCTGCGTGTGACCGGGATCAGCACCCTGCGGGCCGCACTTATCGCGGTCGGTTCGGGATTGATGGAACCGCTGGGCGCGGTGATCGGCCTGGGCATGTCCTCGGGCGTGGCCGTGGCTTACCCCATCAGCCTCGGGCTGGCGGCGGGGGCGATGATCTTCGTGGTGTCCCATGAAGTCATTCCGGAAACCCATCGCAACGGCCACGAGACACCCGCGACCCTGGGCCTGATGATGGGCTTTGCGGTGATGATGTTCCTCGATACCGCGCTGGGTTAA MDQPTSRIRSPWRTWLDPVQNNLLLGVSFWLGLALVAVLLLYSGYNALVGADRQHLGYAALGGISGFAATALGAMMAVVLRDISSRTQDIMLGFAAGMMLAASSFSLILPGIEAAQIICGNQLLAALVVVIGLALGVALMVGLDRFVPHEHELSGRRGPEAKRINRVWLFVLAITLHNLPEGMAIGVSFANGDLKVGLPLTTAIAIQDIPEGLAIAMALRVTGISTLRAALIAVGSGLMEPLGAVIGLGMSSGVAVAYPISLGLAAGAMIFVVSHEVIPETHRNGHETPATLGLMMGFAVMMFLDTALG PGPT0004250_354 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 D1-35_01012 501 yciF COG3685 Protein YciF ATGGCCAGAAAAACCGTGACGGACCTGTTCATTCACGAACTGTCCGATGTCTACAGCGCCGAAAAACAGATCACTCGTGCCTTGCCACGCATGGCCCGAGCCACCACCAACCCCTTGCTGGCGCAAGCCTTCAACGATCACCTTGAAGAAACTCAAGGCCAGATCGAACGCATCGACACCCTTGTCGAAGTGGCGGGTATCAAGCTCAAGCGCATGAAATGCATTGCCATGGAAGGGCTGGTGGAAGAGTCCAAGGAGCTGATCGAAGAAATCGAAAAAGGCGCAGTGCTCGATGCAGGGCTGATCGGTGCCCAGCAGAAGATCGAGCACTACGAAATCGCCAGCTACGGCACGCTGATCGCCATGGCCAAGCACTTGAACCTGGGCGACGAAGTGGTCGGTTTGTTGCTGGCGACGCTCAAGGAAGAAAAAGCCACCGACGAGAAACTTTCGAAAATCGCCGAGCAGGGCGGGAACCAGGCGGCGACGATGGAAACCTGA MARKTVTDLFIHELSDVYSAEKQITRALPRMARATTNPLLAQAFNDHLEETQGQIERIDTLVEVAGIKLKRMKCIAMEGLVEESKELIEEIEKGAVLDAGLIGAQQKIEHYEIASYGTLIAMAKHLNLGDEVVGLLLATLKEEKATDEKLSKIAEQGGNQAATMET PGPT0013240_16 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D1-35_01013 666 hypothetical protein ATGACTATCCCGGACAACAACACCGAGCGACAAAGCGGTAACGCAAACCAGGGACGACCTGAAGAATCCCTGAACCACATCAAGGAGGACGTTAACGAAGCCATCGGCAGCGCCCGCGAAAAGGCCGATGCGCATTTCGGCCAGTACCGCGATACCGCGGCGGACCAGATCGATGCACTGGCGCGTGGCGCGAAGTCCGCGATGTCCGAGCTTGAAGCCAACGACACCCTTGGGTTGTCGCATTATCTGGCGGACATGGCCGACAGCATGAGTGGCCTGGCCAGCAAACTGCGCAACAAGAGCGCTGAAGAGCTGCTGCACGATGGCTCTCGCCTGGCGCGGGATAACCCCGGCCTGTTCCTCGCCGGCAGTATTGCGGTGGGGTTTGGGCTGTCGCGTTTCCTCAAGGCTGGCACCTCGCCGATCACCACCGAAGTGCAAAGCCCTGCCTCCACGGAGTCGGATCCAGCCGCCGAAGGTTTCGGCGCCCAGCCCTTCGACGCGCAGCCCTTTGACCCTGTGCCTGATCCTATCGGTCCGGGGGCGGGGACCAGCAGCGGCCTCGCCACCGGCGTAACCCCGACTTCACCCAGCGTTCAGGACCATCCCAGTGATTCCGCCACCGGCTCGCTGCCGGGTTCGGCCAATACCAGAGGAGAATTGTGA MTIPDNNTERQSGNANQGRPEESLNHIKEDVNEAIGSAREKADAHFGQYRDTAADQIDALARGAKSAMSELEANDTLGLSHYLADMADSMSGLASKLRNKSAEELLHDGSRLARDNPGLFLAGSIAVGFGLSRFLKAGTSPITTEVQSPASTESDPAAEGFGAQPFDAQPFDPVPDPIGPGAGTSSGLATGVTPTSPSVQDHPSDSATGSLPGSANTRGEL NA NA NA NA NA D1-35_01014 432 hypothetical protein ATGAATCGACCAGACCCGGATATCCAGCGTTCCGCCGGCGCCTCGACGCCCGAAAACGATGCCTCGGTCATGGGCTTGCTGCGGCAACTGACCCACGAAGTCCCCTCGCTCTTTACCAAGGAGCTGGCGCTGGCCAAGGCTGAATTCCAGGCGAGCCTCAACACCCTGAAGGCAGGTATCGCCGCAGTGGCCGGGGGCGCCATGGTGCTGATGGCCGGCTTCATCATCCTCCTGATGGCAGTGGTGTATGGCCTGAGCACGATGATGGCGCCGTGGCTGGCCGCGCTGATTGTCGGCGTGGTGGTGATGATCATCGGTTTTGTCATGGTCCAGTCCGGCAAGAAGCAATTCGAGCCTTCCCATTTCAAGCCTGACCGAACGCTCGATGCCATGCACAAAGACCAGGAAGCCCTGCGGAGGAAAGCCTCATGA MNRPDPDIQRSAGASTPENDASVMGLLRQLTHEVPSLFTKELALAKAEFQASLNTLKAGIAAVAGGAMVLMAGFIILLMAVVYGLSTMMAPWLAALIVGVVVMIIGFVMVQSGKKQFEPSHFKPDRTLDAMHKDQEALRRKAS NA NA NA NA NA D1-35_01015 810 hypothetical protein ATGAAGGATGAATTGAAGACTGAAGCGGAGAAGAGCCCGGAGACCATCGAGCGCGAGATCGACGAACAGCGCGCCCATATCAGCCACATCGTCGATGCCTTGGGCAGCAAGTTCACGCCGGGGCAGATGCTTGATCAGGCCTTAGGCATGGTGAAAGGCAATGGCGCCGAATTTTTCGGCAACCTGGGCACGACGGTGCGCAACAATCCGGTGCCAACCGTGCTGACCACGGTCGGCTTGTGCTGGCTGATGCTCGGCCAGAACCACCCGCCCCGGGTCGGTTATCGCGTTGGCCCCGACCAGGACACCAATGGCTGGAGCGAGGGGCTGTCCGGTGGCCTGGACAGCGCCCGCGGTCATCTGCATGACACCACCAACTCCTTGCGCGAAGGGTTTCATCAGCTCAAGGACAAGGCGTCGCATCTGGCTGATGGCCTGGGGGCGAGCGCCCGTAATGCACGGCATAGCGCCACGCAGACAGGCGACCGTCTGGCCCACGGTTCCCAGGATCTGGGCGATCAGTTCAGCCGCCTGCTCAAGGAGCAACCGCTGATGATGGCGGCAGCGGGTATCGCCTTGGGCGCCATGCTCGGAGCAGCCCTACCCAGCACGTCGACCGAACAGCGGGTAATGGGCAAAACCAGCGCCGGCTTGGCCGACAAGGCCAAGCAAAAGGCCCGCGACGGCTACGAAACGGTCCGCGATACGGTGAGCAAGACCACCGAGCACCGTGACGAGCCAAGCGCTGCGCCGGCCACCGGGCATGCGCATTCCGGCGCGGATCTGTCTGGCGGCCTGGGTACCTCGTAA MKDELKTEAEKSPETIEREIDEQRAHISHIVDALGSKFTPGQMLDQALGMVKGNGAEFFGNLGTTVRNNPVPTVLTTVGLCWLMLGQNHPPRVGYRVGPDQDTNGWSEGLSGGLDSARGHLHDTTNSLREGFHQLKDKASHLADGLGASARNARHSATQTGDRLAHGSQDLGDQFSRLLKEQPLMMAAAGIALGAMLGAALPSTSTEQRVMGKTSAGLADKAKQKARDGYETVRDTVSKTTEHRDEPSAAPATGHAHSGADLSGGLGTS NA NA NA NA NA D1-35_01016 1407 hss Homospermidine synthase ATGAACCATCAGGTTCCGTTCAGCGGCCACCTGGTCTTCATCGGCTTCGGCTCCATCGCCCGGGCCACGTTGCCATTGGTACTGGGGCAGGACCATATCGAGGTCAGGCAAATCACCGTGATCGCGCCGGTGATCGACCAGAACCTCTGGTTCAAGGATCGGGGGATCCGTTTTGTCCGCAAGGCATTGACCGAGCAAACCTTCGCGCAGACGCTGGATCGCTGGGTCAAACCCGGTGACTTCATCGTCAACCTTTCGGTGGAAGTCAGCTCTCTGGCCATTATCGAATATGCCTGCGCCAAGGGCGCCCTGTACCTGGATACCTGTGTCGAACCGTGGGCCGGCGGATATGACGATCCGCACCTGGATTTTTCCCATCGCACCAATTACGCGCTGCGTTATCAGGTCCTGAGCCTGCGCAAGAAATTGGCCGGAGGGCCGACGGCGGTGGTCGCTCACGGGGCCAATCCGGGCTTGATCACTCACTTGCTGAAGGCCGGCCTGGTGGAGCTGGCGGTGCAGTTGGAGCATCCGATACCTCAGCGCCGCGCCGGTGTCGATTGGGCCAGGTTATGCATGGAATTGGGGATCAAGGTGATTCATTTTGCCGAGCGTGATACCCAGCGTTCCCGGCAACCCAAGGAGGACGACGAGTTCGTCAACACCTGGTCAGTGGAGGGCTTCATCAGTGAAGGCAGCCAACCGGCGGAGCTGGCATGGGGCAGCCATGAGCGAACCTGGCCAGCGTCTGCCCGGCGCCATCGCTTCGGCAGTCGCAATGCGATCTACCTGGCACGCCAGAGCGCCAGCGTGCTGGTCAAGACCTGGACGCCGTTGGGCGGGCCATGCCTGGGGCTGATGATCACCCATCATGAAACCGCTTCCACAGCCGACCTGCTTACCGTGAAGGACCAGCGTCGACTGATCTATCGACCGACCCTGCATTACGCCTACCACCCCTGCAACGACGCCTTGCTCTCGGTCCACGAGCTGATCGGTCGCGGCTGGCAAACCCAAGCCCGGCAGCGCATCCTCAACGGCGAAATCGACAGCGGCGGTGCGGATGCGCTGGGGGTGTTGTTCATGGGGCATGAGCTGAATGCCTACTGGTTTGGCTCGGTGCTGAGCATTGACGAAGCTCGCGCGCTGGTGCCTTTCAACAGTGCCACCACCTTGCAGGTGGCGGCAGGCGTGCTGTCTGGCATCGTCTGGGCGGTTGAGCATCCGGATCGCGGCATCGTCGAGCCGGAACAGCTGGACCATGAGCGGGTGCTGGAAATCGCCAGGCCCTACCTCGGCACTCTGGTGGGGCAGCGCACCGACTGGACGCCGAGTGGCACTTCGCATAAACAGTCCGAGGAGGGCGCTGCGGATAGCTGGCAATTCGAACATTTCACCCGGTTTTAA MNHQVPFSGHLVFIGFGSIARATLPLVLGQDHIEVRQITVIAPVIDQNLWFKDRGIRFVRKALTEQTFAQTLDRWVKPGDFIVNLSVEVSSLAIIEYACAKGALYLDTCVEPWAGGYDDPHLDFSHRTNYALRYQVLSLRKKLAGGPTAVVAHGANPGLITHLLKAGLVELAVQLEHPIPQRRAGVDWARLCMELGIKVIHFAERDTQRSRQPKEDDEFVNTWSVEGFISEGSQPAELAWGSHERTWPASARRHRFGSRNAIYLARQSASVLVKTWTPLGGPCLGLMITHHETASTADLLTVKDQRRLIYRPTLHYAYHPCNDALLSVHELIGRGWQTQARQRILNGEIDSGGADALGVLFMGHELNAYWFGSVLSIDEARALVPFNSATTLQVAAGVLSGIVWAVEHPDRGIVEPEQLDHERVLEIARPYLGTLVGQRTDWTPSGTSHKQSEEGAADSWQFEHFTRF NA NA NA NA NA D1-35_01017 1005 hypothetical protein ATGCTGGCCGTGATGCTCGTTCTGGCGGGGTGCGCCACGTCGCAGCGCGGCCAACAGGTCGCCCCGGTGGTGATTGCGCCGGACACCTGGCGGCAGGCGGACCGGCAGATCATCGCCGCGTCGAAAAGCGCCACCGAGCAAGCCGAACTCTATGCGCGCGGATCGATGGAACATTGGCGAGTGCTGGTCTACGAGCGCACCGAGGCTGCATTCATCCCCTGGTTCAGTAGCTACTGGACCCAGGAGTGGCTGGCAGTGAAGGTCAGTTGGTATTCGGCAAGCGCCAAGGGCGATGCGGACTCGTCGTCCAGGCGCCTGGCGGGTTACCTGCAGGAGCAATATCGCGAGCAAGTGCTGGAGCCGGTGGCGGTGGAAATCGATCCCGAGGCGATCCGGGCCAACGCGACGGGGTATTACCTGCGCCTGCTCAACCAACAGGTCCAGGTCATTGCGCAACGGCACCGAATCCCGACCGAACTGATGAATCGACGTCTGCACGCGATTACGGCCGTCAACCTGGGACCGCCAGCGACGCGCAACGCAACGTTGTACGAAATGGTCCACACCGAACCGCTCAATACACTGCCGGCCTATGCGGCGCTGATCGATCATGTCGACAAAGCCGCCGACACCGGTTCCGGTCCGTCGGACGCCGTGATTGCCACGGTGGCGCAACGTACCAGTGAAAAAATCGAGGCGCAGTTCGCCACGCGAGGAGCGACCGGTGCGGCGGCGGCCGTCGCCGGGAAGGCGGCAGGGGCGCTGATTTCGGTAGGCGTGGCGGGCATCCGGGCGATCATCCATGAGGGCGAACGGCCGGAAATGGAAGCGCAGATCCGTAAAAGCCTGAGTGCGGCGTTCGACGAAGCGTGGTTCAAGTCGCTCAGGCATCCCCTCAGCGGCGTCATGGCGGCGGTCTACTACCTGGCCGGGCAAATCGACGATAGCCTGGTGGCGGCAGACCTGAGCAACCGACCGGTGTTCCTGCCTGTCATCGAACCATGA MLAVMLVLAGCATSQRGQQVAPVVIAPDTWRQADRQIIAASKSATEQAELYARGSMEHWRVLVYERTEAAFIPWFSSYWTQEWLAVKVSWYSASAKGDADSSSRRLAGYLQEQYREQVLEPVAVEIDPEAIRANATGYYLRLLNQQVQVIAQRHRIPTELMNRRLHAITAVNLGPPATRNATLYEMVHTEPLNTLPAYAALIDHVDKAADTGSGPSDAVIATVAQRTSEKIEAQFATRGATGAAAAVAGKAAGALISVGVAGIRAIIHEGERPEMEAQIRKSLSAAFDEAWFKSLRHPLSGVMAAVYYLAGQIDDSLVAADLSNRPVFLPVIEP NA NA NA NA NA D1-35_01018 195 hypothetical protein ATGCGCCAGATCATGCAAAAGGAACCCTGGTGGGCCGCGCCGCCCCGGCCTGGGCAGGATGAAAGTGAATTGGAATGGGGCTGGCTGGTGGTCTACAGCGAAGGCGAGCCGCGTTTCGAGTTCATCAAGGAGCGCCCCACGGACGAACAGATCCGTCAGCGCAAAGGCTGCCGGGTCACGCTCGGGTCCGAGTGA MRQIMQKEPWWAAPPRPGQDESELEWGWLVVYSEGEPRFEFIKERPTDEQIRQRKGCRVTLGSE NA NA NA NA NA D1-35_01019 909 glsA2 COG2066 Glutaminase 2 ATGCAAGCACTGTTGAACGAGATCCTCGATGCGGTTCGCCCCCTGATTGGTCAGGGCAAGGTGGCCGACTATATTCCTGCCCTCGGCACCGTGGCGGCCAATCAACTCGGCATTGCCGTGTACAGCAACGATGGCGAGATCTATTGCGCGGGCGATGCCGAGACGCCGTTCTCGGTGCAGAGTATTTCCAAGGTTTTCAGCCTGGTGCAGGCCATCGAGCATTCCGGCGAAGCCATCTGGGAGCGCTTGGGCCATGAGCCCTCTGGCCAGCCCTTCAATTCCCTGGTGCAACTGGAATTCGAGCGCGGCCGGCCGCGTAATCCGTTCATCAACGCCGGTGCCTTGGTGATTTGCGATATCAACCAGTCACGCTTCGCCGCTCCGGCGTTGTCGATGCGCGATTTCGTCCGACGGTTGTCGGGCAATCCCCAGGTGATGGTAGACGGCAAGGTTGCCGAGTCGGAATACCAGCACCGCGCGCGCAACGCGGCGATGGCTTATCTGATGCAGTCCTTCGGCAATTTCCATAACGACGTGGAAGCGGTATTGCGCAGCTATTTTAGCCATTGCGCGCTGCGAATGAACTGCATCGACCTGGCCCGCGCGTTCTGCTTCCTGGCCAACGATGGTTTTTGCAAGCACAGCGGTGAGCAGATCCTTAGCGCTCGCCAGACCCAGCAAGTCAACTCCATCATGGCCACCAGCGGCTTGTACGATGAGGCCGGCAACTTCGCCTATCGCGTTGGCCTGCCTGGCAAGAGCGGCGTGGGCGGCGGGATTGTGGCGGTGGTGCCCGGGCAGTTCAGCGTCTGCGTCTGGTCGCCGGAACTCAATACCGCCGGCAACTCCCTGGCTGGCATGGCCGCGCTGGAACTGCTCAGCCAACGGATCGGCTGGTCGGTTTTCTAG MQALLNEILDAVRPLIGQGKVADYIPALGTVAANQLGIAVYSNDGEIYCAGDAETPFSVQSISKVFSLVQAIEHSGEAIWERLGHEPSGQPFNSLVQLEFERGRPRNPFINAGALVICDINQSRFAAPALSMRDFVRRLSGNPQVMVDGKVAESEYQHRARNAAMAYLMQSFGNFHNDVEAVLRSYFSHCALRMNCIDLARAFCFLANDGFCKHSGEQILSARQTQQVNSIMATSGLYDEAGNFAYRVGLPGKSGVGGGIVAVVPGQFSVCVWSPELNTAGNSLAGMAALELLSQRIGWSVF PGPT0020215_2666 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425 NA NA D1-35_01020 330 hypothetical protein ATGAATCTGAATAATCAACCATCTATTGATGAACTGGCTCGCATGTTCGCAGCACACAAGGACACCCTGGATAGCCATATCCTGTGGATCAGCAAGACTGGCCAGGTCCATATGGACTGCCTCTCGCCTTTCACCCAGGAAGAAGAATTCGAGAAAAGCCAGGAAGACCTGTGTGCCCGGCTGAAGATGTACCGTCGCGGCCAGGGCTACGTCGGCAAGAAAGCCGCCGCTGACAAGGATTTCATGGGCCGCGTGCTGCAAACGCTGACCCAGGCCTGGCAGTCGGTGCAGAACTCTGCCGAGGTCCGGGTCATCGACCGCCTCTGCTGA MNLNNQPSIDELARMFAAHKDTLDSHILWISKTGQVHMDCLSPFTQEEEFEKSQEDLCARLKMYRRGQGYVGKKAAADKDFMGRVLQTLTQAWQSVQNSAEVRVIDRLC NA NA NA NA NA D1-35_01021 1953 topB COG0550 DNA topoisomerase 3 ATGCGGCTGTACCTGTGTGAAAAACCGTCCCAGGCCAAGGATATCGCCGCGGTGCTGGGCGCCACGCGACGCGGCGACGGCTGCTGGCTGGGCGCAAACGTCACGGTCACCTGGTGCATCGGTCACCTCCTGGAGACGGCCCCGCCCGACGCCTACGATGCCCGCTACAAGCGCTGGGTGCTGGCCGACCTGCCCATCGTGCCGGCGCAATGGAAGATGACCGTCAAACCGAAAACCGCCGGCCAGTACAAAGCGGTCAAGCGCTTGCTGGGCGAGGCAACGGAACTGATCATCGCCACCGACGCCGACCGCGAGGGCGAAATGATCGCCCGCGAACTGGTCGAGCATTGCCGCTATCGCGGGCCCATCCAGCGCCTATGGCTGTCGGCGCTGGACGAAGCATCGATCCGCAAGGCCCTGGCCGCCCTCAAGCCCGGAGCGGAAACCTTCAACCTCTACCACTCGGCCCTGGGCCGCTCTCGGGCCGACTGGCTGATCGGCATGAACATGAGTCGCCTGTTCACGCTCCTTGGGCGTCAGTCCGGCTATCAGGGCGTGCTGCCGGTAGGCCGCGTGCAGACACCGACTTTGCGGCTGGTGGTAGACCGCGACCGTAGCATTGCCGATTTCGTCCCGGTCGCCTACTGGGCCATCGACGTGCGACTGAGCCACGCCGGCACGGCCTTCACCGCCCAGTGGCGCGCCGATCCGGATGCCTGCGACGACCAGGAGCGCTGCCTGAACCAGGCCCTCGCCCGCGATGCGGCAAAAGCCATGGGCAGTGCCGCTACCGCCAGGGTGATCAAGGTCCGCACCGAACGGCTGCGTGAGGCCGCGCCGCTGCCGTTCGACCTGGGCACGCTGCAGGAGGTCTGCTCGAAGAAGCTCGGCCTTGGCGCCCAGGAAACCCTGGACATTGCCCAGTCGCTCTACGAAACCTACAAGCTCATCACCTATCCGCGCAGCGATTGCGGTTTCCTGCCCTTGAGCCAGCACGGCGAAGCACCCGCCATTCTCGCCGCCCTCGCCCAGGCCGACCCGGGCCTTGCGCCGCTGCGCGAGCACCTGCAACCGCAACGCAAATCCCGCGCCTGGAACGACGCCAAGGTCAGCGCGCACCACGGCATCATTCCCACGGCCGCGGCGAAGAACCTCGACAAGCTCGCCGGCAAGCAACGGGCCGTCTATACGCTGATTCGCGCGCGCTACCTGGCGCAATTCCTGCCCAACCATGAATACGACCGGACCCAGGCCGACTTCGATTGTGCCGGCCAGGCCCTGCGGGCCGTCGGCAAGCAGATCATCGAACCCGGCTGGAAACGCGCCCTGCCCGAAGCACTGGCACCCACACGCGGCCGCGAAGCCCCCGCGCCACAAACCCTGCCGCCGCTCGCCGAAGGCCGCGATTGCAATGTGGACGAGGTGATCCCCAAGGACCTGTGGACCCAGCCGCCCAAGCCGTTTACCGAGGGCGACCTGATCAAGGCGATGAAAAATGTCGCCAAGCTGGTGGAGGACCCGCTGCTCAAGCAGAAGCTCAAGGACACCACCGGCATCGGCACCGAAGCAACCCGAGCCTCGATCATCCAGGGTCTGCTCGATCGTGGTTACCTGGTGAAAAACGGCAAGGCCCTGTCCGCCACTCCAGCGGCGTTCAGCCTGATCGACGCGGTGCCTCGGGCGATCGCCGACCCCGGCACCACCGCCATCTGGGAACAGGCCCTGGACATGGTGCAGAGCGGTGAGATGAGCCTGGAAGAATTCGTCACGCGACAAGCCGCCTGGATGAGCAAGCACGTCGCCCGCTGCCAAGGCATGAGCCTGACCATCAACGGCACGGCCAGCCCCGCCGGACGTGGCGCGGCGCCGTGGAAGAAAAAACGCAAGCCGGCCAAGCGCAAGGCCGACGGCGCACCGCGCAAAGCGGGCAAGGCCAAGGCCAAGGCCACCTGA MRLYLCEKPSQAKDIAAVLGATRRGDGCWLGANVTVTWCIGHLLETAPPDAYDARYKRWVLADLPIVPAQWKMTVKPKTAGQYKAVKRLLGEATELIIATDADREGEMIARELVEHCRYRGPIQRLWLSALDEASIRKALAALKPGAETFNLYHSALGRSRADWLIGMNMSRLFTLLGRQSGYQGVLPVGRVQTPTLRLVVDRDRSIADFVPVAYWAIDVRLSHAGTAFTAQWRADPDACDDQERCLNQALARDAAKAMGSAATARVIKVRTERLREAAPLPFDLGTLQEVCSKKLGLGAQETLDIAQSLYETYKLITYPRSDCGFLPLSQHGEAPAILAALAQADPGLAPLREHLQPQRKSRAWNDAKVSAHHGIIPTAAAKNLDKLAGKQRAVYTLIRARYLAQFLPNHEYDRTQADFDCAGQALRAVGKQIIEPGWKRALPEALAPTRGREAPAPQTLPPLAEGRDCNVDEVIPKDLWTQPPKPFTEGDLIKAMKNVAKLVEDPLLKQKLKDTTGIGTEATRASIIQGLLDRGYLVKNGKALSATPAAFSLIDAVPRAIADPGTTAIWEQALDMVQSGEMSLEEFVTRQAAWMSKHVARCQGMSLTINGTASPAGRGAAPWKKKRKPAKRKADGAPRKAGKAKAKAT NA NA NA NA NA D1-35_01022 408 hypothetical protein ATGAATTCGATGCCGAAGGGCAACGGACAGGCGACCACACGTTTGATTCTCGTCGTTGAGGATGATCCGACCATCCTGGAGTTTCTGTGCGAAATCCTGGAAGAGGAAGGGTTTGTCGTCGAGCCTCGGGAAAGCGCAGATTCGGCGCTGACATTCTTGGAGGAGAGCGCCGACTATGTGGACCTGCTGCTGACCGATATCACCATGCCCGGGGCGATGGACGGAGCGGACCTGGCCAACCTGACCGGGGACCGCTGGCCGCAGATACCGCTGCTGATCATGTCGGGCTTCGAGACGCCGGAAAGCGCGGGGATCAAGCACCAGGCCTCGTTCATCGCCAAGCCATGGGCGCTGGGACAGATGCTCGATCTGGTGGAGAGCACGGTGAAAAGCCATTCGGTTCACTGA MNSMPKGNGQATTRLILVVEDDPTILEFLCEILEEEGFVVEPRESADSALTFLEESADYVDLLLTDITMPGAMDGADLANLTGDRWPQIPLLIMSGFETPESAGIKHQASFIAKPWALGQMLDLVESTVKSHSVH NA NA NA NA NA D1-35_01023 522 fecI_1 COG1595 putative RNA polymerase sigma factor FecI ATGTCCGCCCACGATCTGTCCCTACGCAGCGCCGTCAACGATCTGTATTGCGACCATCATGGTTGGCTTCAGGGGTGGCTGCGCAAGCGCCTCGGCAATACCTTCGATGCGGCGGACCTGGCCCAGGATACCTTCGTTCGGGTGATCAAGGCGCGCTCGGCACTGGATATCCGCGAGCCGCGGCCCTATCTGTCGATGATCGCCAAAGGGCTGCTGGTCGATCTCTTTCGCCGCCGTTCCCTTGAGCAGTCGTACCTCGAAGCGCTGGCCGCGATGCCTGAAGCGCAGCAGCCATCGCTGGAAGAGCAGGCGATCCTGTTCCAGGCCCTGATGGAAATCGATCGGCTGCTGCAAGGCCTGGGCCCCAAGGTCAAGCAAGCATTCATCCTCTCGCAGTTCAACGGCTTGACCTACCCGCAGATCGCCGAGCGCCTCGGCATTAGCGTACGTACGGTCAACAACCACATGGCCAAGGCCATGGAACACTGCTGTCTGATGCAAATCCAGTTGCAGCTCGAATGA MSAHDLSLRSAVNDLYCDHHGWLQGWLRKRLGNTFDAADLAQDTFVRVIKARSALDIREPRPYLSMIAKGLLVDLFRRRSLEQSYLEALAAMPEAQQPSLEEQAILFQALMEIDRLLQGLGPKVKQAFILSQFNGLTYPQIAERLGISVRTVNNHMAKAMEHCCLMQIQLQLE PGPT0003900_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_01024 951 fecR_1 COG3712 Protein FecR ATGAACGTGTCGCCCGAGCAATTGCAGGCCATCCGTGTCGCGGCGCAATGGTATGCCCGGCTTCACTCCGGCACCACAACTGACGCGGAGCGCGAAGGGTGGTGGGCCTGGCTGGCCGCGGATCCGCTGAACGAGCAGGCCTGGCAACGCATGGCGGCGGTGTCGGAACAGATGGCCAGCGTGCCGGGCGCATTGGCTGCGCCAACCTTGAGTGCCCACCCTGGCCGACCTCGTCGAGAGGTGCTGCGCAGCGCCTTGCTGCTGACCTCCGCCGGCTGCCTGGGATGGCTGGGCTGGCGCAGCGAGACCGCGCAGAACCTACTTTGCGATTACCGGACCGGCGTGGGCGAGCGGCGTGAGTTCCAGTTGGTGGACGGCAGCACGCTGCTGCTCAACACCGACACCTCGGTAAACGTCCGTTTCGATGGCCGCCAGCGGACATTGACGCTGTTGTGGGGCGAAATTCTCGTAACGACCGGGGTCGATCCCTTGCAGCGGCCATTCAAGGTCGTCACTGGCCAAGTCGAAGTGCTGGCCCTGGGGACGCGATTCATCGTCCGCGCTCAGGACGACGGCGGTGAGGTGGCGGTGCTGGAGAAGGCCGTGCAAGTCAGTTTGCGCAGCGGCGGGCCAGCCCAGCGGGTCGACGCGGGTGATCGCCTGGGCTTCACCGGTCGGTCGCTGGGTGCGTTGCGCGCCAATGATGTATCGGTGGGTGCCTGGCAACAGGGCAGCATCATCGCCATCGACCGCCCGCTGTCGGCCTTGCTGGTGGAGCTTTCCCGCTATCGCACGGGAATATTGCGCTGCGACCCGGCCATCGGCGACTTGAAAGTCTCCGGCGTTTTTCCCATCGACAATACCGATCTTGCCCTGGCGGCACTCGAAACCGGTTTCTCGTTGCGCGTGACTCGCTACAGCCGGTTCTGGGTCCAGGTGTCGCGTGCCTGA MNVSPEQLQAIRVAAQWYARLHSGTTTDAEREGWWAWLAADPLNEQAWQRMAAVSEQMASVPGALAAPTLSAHPGRPRREVLRSALLLTSAGCLGWLGWRSETAQNLLCDYRTGVGERREFQLVDGSTLLLNTDTSVNVRFDGRQRTLTLLWGEILVTTGVDPLQRPFKVVTGQVEVLALGTRFIVRAQDDGGEVAVLEKAVQVSLRSGGPAQRVDAGDRLGFTGRSLGALRANDVSVGAWQQGSIIAIDRPLSALLVELSRYRTGILRCDPAIGDLKVSGVFPIDNTDLALAALETGFSLRVTRYSRFWVQVSRA PGPT0003910_5158 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_01025 2478 fptA COG4773 Fe(3+)-pyochelin receptor ATGTCTCGCGTGAACACGCCAGGTCGTCTGGCAATCGCAATGAAAATCGGTTTTCTGGCCGCCACGTCTTTCGGCGCCTGGGCGGCGTACGCCAGTCCGGTTGCGCAGGCTTCGGTGCCACAACACTCGGCGCAGGCCTACGATATCGGCGCTGGCACCCTGGTGGATGTGCTGACGCGTTTCTCCAGCCTCGCCGGCGTCGCGATTTCGTTCGATGCCGCACAAATGCAGGGGATGCGGTCGCCAGGCTTGAAAGGCTCCTTTGGCGTGGCCGAAGGTTTCGCGCGCATCCTCGGCAGTAACGGCCTGCAAGCCGAACCCCAGGCCAACGGGACCTACCGGCTGCGTACCGCACCTGCGCCCGGCTCGGCGCTGGAGCTCGGCACCACGACCATCGACGGCCAACTGCTCACGGCAACCACCGAAAACAGCGGGTCCTATACCACTGGGGCGGTGACCATCGGCAAAGGCGAGCATTCGCTGCGCGAAACGCCGCAATCGGTCACCGTGATCACCCGCAAGATGCTCGACGATCAGAACCTGAACACCATCGAGCAGGTGATGGAAAAGACCCCGGGTATCACCGTCTACGACTCGACCATGGGCGGCAAGTATTTCTATTCCCGCGGGTTCCGGATGTCCGGCCAATACCAGTACGACGGCGTGCCGCTGGACATGGGCAACAGCTATGTCCAGGCCGACAGCTTCAGCAGTGACATGGCCTATTACGACCGGGTCGAAGTCCTGCGCGGCGCTGCCGGCATGATGAAGGGATCCGGCGGTACGTCCGGTGGCGTCAATTTCGTCCGCAAGCGCGGCCAGGCTACGGCGCAGACTGAACTCAGCCTCTCGGGCGGCACCTGGAACAACTATCGCGGGCAGGTCGATACCGGTGGCCCGTTGAACGACGCCGGCACCGTGCGGGGCAGGGCGGTGATCGCCGAGCAGAGCCGGCGCTATTTCTACGACGATGCCCGGCGTACGGATCAGGTCTATTACGGCGCCCTGGATATGGACCTTGCACCCGACACCACGCTCGGCCTGGGCGTGGCGTACGAGGATGTCGACGCGAGCCCTTGCTGGGGCGGGCTGCCACGCTACCGCAATGGCAGCGACCTGAAACTCGGCCGTTCCACTTGCCTGGACCCGTCGTGGAACACCTGGCGCAGCCAACGGACCACGGTCTTCGGCGACCTTCGACATCAGCTCAACGATGACTGGGCCGTGAAAGTCGCAGGCGTCTATACAAAAAACACCCAGGACACCAAATACGCGTTTGCATCGGGTGCGGTGACGCCGGGGGGCTCTACCACCAACCTGTTGGGCAGCCTGTATGACTACGATCAGGTCGACTACGGCCTCGACGCCTACCTGGACGGCAAGTTCGAAGCCTTCGGCCAGCAACATGAAATGATCTTCGGGGCCAACGCCAGTCGTTCGGACAAGGATGATTTCTATTCGGTCGCTTTGTTGCCGCAGAAGCAGAACGTCTTCGACCCGGATCGGCACATCCCGGAGCCGGACGACAGCTACTTCATTGATAACTCGACCCGCGGCGGGCCGGTCAAGACCCTCACCGAACAGCAGGGCGTGTATTCCACGTTGCGCCTGAAACTGGCGGATCCGTTGACCTTCGTTGTCGGCAGCCGGGTGAGCTGGTACAGCTCCAAGAGCGACTCGGTATTTCTCACCGGCGGTACGGAACACGCCAGGAGCACCGAGACCGGCCAGGTCACGCCATTTGCCGGCGTGTTGCTCGACCTCAACGAACACCTGACCGCCTACGCCAGTTACTCGGACATCTTCACGCCCCAAGGCAACTACCGCTCGCAAAGCGGCTCGGCGCTCAAGCCGCTGGTGGGCGAAAGTTATGAACTGGGGATCAAGGGCGAGTGGTTCGAAGGGCGCCTGAACACGGCATTCAACCTGTTTCGCACCGTGCAGAAGGATCAGGCTCAGACGGATTACAACTCCACCTGCGCCTCATCGGACGGCTACTGCTACGAGAACGCTGGCAAGGTCCGCGCCCAGGGCTTCGAGGCCGAGATCAGCGGCGAAGTCATCGAGCGCCTGCAACTGCTCGCCGGATATACCTACACCCAGACCAAGACCCTGGACGACATTGACAGCAGCCTCAATGGCGGTTCGTTCAACAGCTATGTGCCGCGCCACGTGCTGCGCCTTTGGGGCGATTACGCCCTCGGTGGCGCCTTCGAGCGGTTCAGCGTCGGCGCCGGGGTCAATGCGCAGAGCGATAATTTCCGCGTATCGCCGCTTAGCGGTGAAAAGATCACCCAGGCCGGTTATGCGGTGTGGAACGGTCGGATCGGCTACCGCATAGATGACACCTGGTCGGTGGCGCTCAACGGCAACAACCTGTTCGACAAGCGCTACTACACCACCATCGGCACCGAAAGCTTCGGTAACTATTACGGTGAGCCGCGCAATTTCACCGCGACGGTGAAGGCGCGCTTCTGA MSRVNTPGRLAIAMKIGFLAATSFGAWAAYASPVAQASVPQHSAQAYDIGAGTLVDVLTRFSSLAGVAISFDAAQMQGMRSPGLKGSFGVAEGFARILGSNGLQAEPQANGTYRLRTAPAPGSALELGTTTIDGQLLTATTENSGSYTTGAVTIGKGEHSLRETPQSVTVITRKMLDDQNLNTIEQVMEKTPGITVYDSTMGGKYFYSRGFRMSGQYQYDGVPLDMGNSYVQADSFSSDMAYYDRVEVLRGAAGMMKGSGGTSGGVNFVRKRGQATAQTELSLSGGTWNNYRGQVDTGGPLNDAGTVRGRAVIAEQSRRYFYDDARRTDQVYYGALDMDLAPDTTLGLGVAYEDVDASPCWGGLPRYRNGSDLKLGRSTCLDPSWNTWRSQRTTVFGDLRHQLNDDWAVKVAGVYTKNTQDTKYAFASGAVTPGGSTTNLLGSLYDYDQVDYGLDAYLDGKFEAFGQQHEMIFGANASRSDKDDFYSVALLPQKQNVFDPDRHIPEPDDSYFIDNSTRGGPVKTLTEQQGVYSTLRLKLADPLTFVVGSRVSWYSSKSDSVFLTGGTEHARSTETGQVTPFAGVLLDLNEHLTAYASYSDIFTPQGNYRSQSGSALKPLVGESYELGIKGEWFEGRLNTAFNLFRTVQKDQAQTDYNSTCASSDGYCYENAGKVRAQGFEAEISGEVIERLQLLAGYTYTQTKTLDDIDSSLNGGSFNSYVPRHVLRLWGDYALGGAFERFSVGAGVNAQSDNFRVSPLSGEKITQAGYAVWNGRIGYRIDDTWSVALNGNNLFDKRYYTTIGTESFGNYYGEPRNFTATVKARF PGPT0003775_226 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088 NA NA D1-35_01026 1623 nanT Sialic acid transporter NanT ATGTCTGAACATGTTCAGCCCCTGGAAGCCACGCGCAGCGCAGGCACCAGCCAGGAAACCCAGAAAGTCATCTTCGCCTCGTCCTTGGGGACGGTGTTCGAGTGGTACGACTTTTTCCTCTACGGCGCCCTCGCGGCGGTGATCAGCAAGCAATTCTTCGCCGGGGTGAACGACACCACGGCGTTCATTTTCGCCCTGATGGCTTTCGCCGCCGGTTTCATCGTGCGGCCCTTCGGGGCGCTGGTGTTTGGGCGGCTGGGGGACATGATCGGGCGCAAGTACACGTTCCTGGCAACCATCGTGCTCATGGGCCTGGCGACCTTCTGCGTCGGCCTGCTGCCCAACTACGCGAGCATCGGCATCGCCGCGCCCATCATCCTGGTGGTATTGCGCATGCTCCAGGGCTTGGCCCTGGGCGGTGAATACGGTGGCGCGGCGACCTATGTGGCCGAGCATGCACCGATGGGCAAGCGCGGCTTTCATACCAGCTGGATTCAGTCCACCGCGACACTGGGCCTGTTGCTCTCGCTACTGGTGGTGCTCGGTTGCCGTTACTTCACCGGTGACCAGTTCGAAGTCTGGGGCTGGCGCATTCCGTTCCTGCTGTCGATCCTGCTGCTGGGCATCTCCACCTGGATCCGCCTGAGCCTGCACGAGTCGCCGGCCTTCCTGAAAATGAAAGAAGAAGGCAAGTGCTGCAAGGCGCCGATCCGCGAGTCCTTCGGCAAGTGGGAAAACCTGAAGGTGGTGCTGATCGCCCTGTTCAGCATCAATGCCGGGCAAGCGGTGACCTTCTATGCCGCGCAATTCTACGTGCTGTTCTTCCTCACCCAGTTCCTCAAGATGGACCCGGCCCTTGCCAATAGCCTGTTGATTGTCAGCGTGGTGATCGGCGCGCCGTTCTTCATCTTCTTTGGCTGGCTGTCGGACAAGGTCGGGCGCAAACCGGTGCTGATGATCGGCCTGCTGCTGGCGACGGCGTTGTACTTTCCGATCTTCAAGACGCTCGCTCATTACGCCAACCCGGCCATCGACCTGGCGAGCCGCCAGGCGCCGATCACTGTCGTCGCCGACCCGGCCACCTGCACCTTCCAGTTCGACCCGGTGGGCAAGGCGCGTTTCGACAGCCCTTGCGACAAGGTCAAGACCTTCCTGGTCAAGCAAGGCCTGCCCTACACCAGCGTCGCGGCACCGGCCGGCAGCACCGTGCAGGTCAGCGTCGGCGACGTGAAACTTGAAGGCTACGACGAAGCCGCCCTGCGCGGCGCGGTGACCCTGGCGGGCTACCCGCAACAAGCCGATGCCCAGCAGATCAACCGGCCGATGATCGTCGCCCTGATCGTGGCGCTGATCATCATTTCGGCGATGTGCTACGGCCCGCTGGCGGCGCTGATGGTCGAACTGTTTCCGACCCGCATTCGCTACACCTCCATGTCCCTTCCGTACCACATCGGCAACGGCTGGTTCGGCGGTTTCCTGCCAACCGTGTCGTTCGCCCTGGTGGTCTACACCGGGGATATTTTCTACGGCTTGTGGTACCCGGTGGTGATCACGGGCGTGAGCCTGGTGGTGGGGATGATCTGCCTGCGGGAAACCCGCAACGTCGATCTGGATACCAACTGA MSEHVQPLEATRSAGTSQETQKVIFASSLGTVFEWYDFFLYGALAAVISKQFFAGVNDTTAFIFALMAFAAGFIVRPFGALVFGRLGDMIGRKYTFLATIVLMGLATFCVGLLPNYASIGIAAPIILVVLRMLQGLALGGEYGGAATYVAEHAPMGKRGFHTSWIQSTATLGLLLSLLVVLGCRYFTGDQFEVWGWRIPFLLSILLLGISTWIRLSLHESPAFLKMKEEGKCCKAPIRESFGKWENLKVVLIALFSINAGQAVTFYAAQFYVLFFLTQFLKMDPALANSLLIVSVVIGAPFFIFFGWLSDKVGRKPVLMIGLLLATALYFPIFKTLAHYANPAIDLASRQAPITVVADPATCTFQFDPVGKARFDSPCDKVKTFLVKQGLPYTSVAAPAGSTVQVSVGDVKLEGYDEAALRGAVTLAGYPQQADAQQINRPMIVALIVALIIISAMCYGPLAALMVELFPTRIRYTSMSLPYHIGNGWFGGFLPTVSFALVVYTGDIFYGLWYPVVITGVSLVVGMICLRETRNVDLDTN NA NA NA NA NA D1-35_01027 1644 alkJ Alcohol dehydrogenase [acceptor] ATGCAACCTGTCGTCGATGAATACGATTACGTGATCGTGGGCGCCGGCCCTGCCGGCTGCCTGCTGGCGAACCGGCTTTCGGCCAATCCGCAACACCGCGTGCTGCTGCTCGAAGCCGGCGGGCGGGACAATTATCCGTGGATCCACATCCCGGTCGGCTACCTGTTCTGCATCGGTAACCCACGCACCGACTGGTGCTTCAAGACCGAAGCGCAACCCGGCCTGCAAGGGCGCGCCTTGAGTTATCCGCGCGGCAAGGTGTTGGGCGGCTGTTCGTCCATCAACGGCATGATCTACATGCGTGGCCAGGCGGCGGACTACGACGGCTGGGCCGCCGAAGGCAATGTCGGCTGGGGCTGGAAGGATGTGTTGCCGCTGTTCCGGCAGAGCGAAAATCACTTCGCGGGGGATTCCGAGCTTCACGGCGCAGCCGGGGAATGGCGAGTCGAACGCCAGCGCCTGTCATGGCCGATTCTCGATGCCTTCCGCACCGCCGCCGAACAGAGCGGCATCCCCAGCGTCGAGGATTTCAACGGTGGCGACAATGAAGGTTGCGGCTACTTCCAGGTCAACCAGAAAGCCGGGGTGCGCTGGAACGCGGCCAAGGCCTTCCTCAAACCGATTGGCAATCGCCCCAACCTGACGGTGCTGACCGACGTCGAGGTTGATCGGGTGTTGCTGCGTGACAACCGCGCCGACGCCGTCAGCGCCCGCTGGCAGGGCAAGAACATGAGCTTCAGGGCGCGCAAGGAAATCGTCCTGTGCGCCGGCGCCGTCGGCTCGCCGGGCATCTTGCAGCGCTCCGGGATCGGCCCGCGCAACCTGTTGCAGCGTCTGGGCATCGGCGTGCTGCATGAACTGCCCGGCGTCGGTGGCAACTTGCAGGACCACTTGCAACTGCGGCTGATCTATCAGCTGGAAAACGCCCGCACCCTGAACCAGATCGCCGGCACCCTGTGGGGCAAGATGGGCATGGGCCTGCGTTACCTGTACGACCGCAGTGGCCCGCTGTCCATGGCCCCCAGCCAACTCGGCGCGTTCGCCCGCTCGGGGCCGGAACAGGCCTCCGCCAACCTCGAATACCACGTACAACCGTTGTCCCTGGAACGTTTCGGCGAACCGCTGCACAGCTTCTCGGCGTTCACCGCGTCGGTGTGTGACCTGCGCCCGATGAGCCGTGGTCGCGTGGACATCCGCTCGGCCGATCCTCATGAGGCGCCGTCGATCCAACCCAATTACCTGAGCCATCCCGAGGACCTGCGGGTCGCCGCCGACGCCATCCGCCTGACTCGACGGATCGTCGCCGCGCCAGCCCTGAGTGCTTTCAAACCGGTGGAATACCTGCCAGGCCCAAGCCTGCAGACCGAGGAAGAACTGCACCAGGCCGCCGCCCGCATCGGCACGACAATTTTTCATCCGGTGGGCACCTGTCGCATGGGCCAGGACGGCGATGCGGTGGTCGATGCGCAACTGCGCGTCCACGGCATCAAGGGCCTGCGCATCGCCGACGCCTCGATCATGCCGCGCATCACCTCCGGCAACACCTGCTCGCCGACACTGATGATCGCCGAGAAGGCCGCGCGGATGATGCTTGAGCCGGCCACCGTGGGCGCTACGCTGCAGAAGGAGCCTGCCACGGTCTGA MQPVVDEYDYVIVGAGPAGCLLANRLSANPQHRVLLLEAGGRDNYPWIHIPVGYLFCIGNPRTDWCFKTEAQPGLQGRALSYPRGKVLGGCSSINGMIYMRGQAADYDGWAAEGNVGWGWKDVLPLFRQSENHFAGDSELHGAAGEWRVERQRLSWPILDAFRTAAEQSGIPSVEDFNGGDNEGCGYFQVNQKAGVRWNAAKAFLKPIGNRPNLTVLTDVEVDRVLLRDNRADAVSARWQGKNMSFRARKEIVLCAGAVGSPGILQRSGIGPRNLLQRLGIGVLHELPGVGGNLQDHLQLRLIYQLENARTLNQIAGTLWGKMGMGLRYLYDRSGPLSMAPSQLGAFARSGPEQASANLEYHVQPLSLERFGEPLHSFSAFTASVCDLRPMSRGRVDIRSADPHEAPSIQPNYLSHPEDLRVAADAIRLTRRIVAAPALSAFKPVEYLPGPSLQTEEELHQAAARIGTTIFHPVGTCRMGQDGDAVVDAQLRVHGIKGLRIADASIMPRITSGNTCSPTLMIAEKAARMMLEPATVGATLQKEPATV PGPT0013615_2901 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108 NA NA D1-35_01028 885 hdfR_2 HTH-type transcriptional regulator HdfR ATGTTCGACTGGAATGACCTGCGCTATTTCCTCGAACTGCAACGCAGCGGCCGCCTGCTGACGGCCGCGCGACGGCTCAACACCACCCATGCCACGGTGGCGCGGCACATCGAGGCGATCGAGAAAAGCCTCGGCACTGCGTTGTTCGTCCAGCACGCCCAAGGGTATGAATTGACCCCGGCAGGCGAAGCGCTGCTCAAGCATGCCGAGGCCATGGAGAATGTCGCGTTGCTGGCCCAGGAAGACATCACCCAATCCAGCGCGCCGCTGGGCAAGATCCGCCTCGGCGTGACGGAAGGGCTGGGCATCATGTTCCTCGCCAGTCGCATGGACGGCTTGTTCCAGCGCTATCCGGGGCTTGAAGTGGAACTGGTGGCCGTGCCGCGATTTGTCAGCATCCTCAACCGCGAGGCGGAAATCAGCATTCACCTCGAACGCCCGGCGGCCGACCTGCTGGTGACGCGCAAGCTCACCGACTACAGCCTGGCGCTCTACGCCAGCCAGGCTTACCTGGACCGTTCGCCATCGTTACGCAGTCGCGAGGATCTGGCCCGCCATGCCTGGATCGGCTACGTCGATGACCTGCTGTTCAGCCAGGAGCTGATGTTCCTCAACAGCTTTTGCCGAAACCCTCGCGTGGTGTTCCACAGCACCAGCGTCATTGCCCAGCAACAGGCCGCGCGCTCGGGCCTGGGGATCGCCGTGCTCCCGTGCTACATGGCCAGCAGCGACCCGACCCTGGTGCCGCTGCTGCCGGACGAAACCATCCGCCGCAGTTATTGGATCAGCACCCGCCGGGAGCTGCACAAGTCCGTCCGGTTGCGGGTGTTGTGGGATTACGTGGTGCAGTTGTGCGAGCGCGAGCAAGGGCTGCTGTTGCCCTGA MFDWNDLRYFLELQRSGRLLTAARRLNTTHATVARHIEAIEKSLGTALFVQHAQGYELTPAGEALLKHAEAMENVALLAQEDITQSSAPLGKIRLGVTEGLGIMFLASRMDGLFQRYPGLEVELVAVPRFVSILNREAEISIHLERPAADLLVTRKLTDYSLALYASQAYLDRSPSLRSREDLARHAWIGYVDDLLFSQELMFLNSFCRNPRVVFHSTSVIAQQQAARSGLGIAVLPCYMASSDPTLVPLLPDETIRRSYWISTRRELHKSVRLRVLWDYVVQLCEREQGLLLP NA NA NA NA NA D1-35_01029 753 nagR_1 COG2188 HTH-type transcriptional repressor NagR ATGCCCGACAACCTTCTTTCCCTCAGCAGCGTGCCGCTGCACACCCAACTGCGCGACGTGCTGCGCGCGCGCATTCTTGACGGTGAATACCCGCAAGGCAGCCAGATGCCTTCGGAAAGCGAGCTGGGCGCGCTGTTTCGCGTCAGCCGCATCACCGTGCGCCAGGCCTTGGGCGATCTGCAAAAGGAAGGGCTGATTTTCAAGATCCACGGCAAAGGCACGTTCGTCGCCAAACCCAAGACCTTCCAGAACGTCAGCACGCTGCAGGGCCTGGCCGAGTCCATGACCGGTCGTGGCTACGAGGTGATCAACCGCCTGCGCAGTTTCAAGTTCATCCCGGCGGACAAGTCGGTGGCCGAGCGCCTGAAACTGGCGGAAGGCGACGTGGTTACGCAGATCAAGCGGGTGCGGCTGATCAACCGCGAGCCGGTTTCCCTGGAAATCACCTACCTGCCCAAGGCCCTCGGCGAGCGCCTGGAAAAAGCCGACCTGGTGACCCGCGACATCTTCCTGATCCTCGAAAACGATTGTGGCCTGGCCCTCGGTCACGCCGACCTTGCCATCGATGCGGTGCTGGCCGACAGCGACTTGTGCCAGGCACTCGACGTCGAGCCCGGCTCGCCGGTCATGCGCATCGAACGGCTGACCCATGACGCCGGCGGCGAGCCGCTGGACTTCGAATACCTCTACTACCGTGGCGATGCCTTCCAGTATCGCTTGCGGATCGACCGGCAAAAAGGGACGCAGGCATGA MPDNLLSLSSVPLHTQLRDVLRARILDGEYPQGSQMPSESELGALFRVSRITVRQALGDLQKEGLIFKIHGKGTFVAKPKTFQNVSTLQGLAESMTGRGYEVINRLRSFKFIPADKSVAERLKLAEGDVVTQIKRVRLINREPVSLEITYLPKALGERLEKADLVTRDIFLILENDCGLALGHADLAIDAVLADSDLCQALDVEPGSPVMRIERLTHDAGGEPLDFEYLYYRGDAFQYRLRIDRQKGTQA NA NA NA NA NA D1-35_01030 1740 aprA Adenylylsulfate reductase subunit alpha ATGACCCAGAGCTCCAGGAATATCCTCGAACAGGAATATGACATCGTCGTCATCGGCGGCGGCACCGCCGGCCCCATGGCGGCGATCAAGGCCAAGGAGCGCAACCGCGACCTGCGCGTGTTGCTGGTCGACAAGGCCAATGTCAAGCGCAGCGGCGCCATCAGCATGGGCATGGACGGGCTCAACAACGCGATTATCCCGGGCCATTCGACGCCCGAGCAGTACACCAAGGAAATCACCATCGCCAACGACGGCATCGTCAACCAGGCGGCGGTGTACGCCTACGCCACCCACAGCTTCGAAACGATCGAGCAACTGGACCGCTGGGGCGTGAAGTTCGAGAAGGACGAAACAGGCGATTACGCGGTGAAAAAGGTTCACCACATGGGCGCTTATGTGCTGCCGATGCCGGAAGGTCACGACATCAAGAAAGTCCTCTATCGCCAGTTGAAACGGGCGCGAGTCAGCATCACCAACCGGCTGGTCTGCACCCGGTTGCTGACCGACGGGGAGGGCGCGGTGAACGGTGTGATGGGTTTTGACTGCCGCACCGCCGACTTCCATGTGATCAAGGCCAAGGCCGTCATCCTCTGCTGCGGCGCGGCGGGGCGCCTGGGGTTGCCGGCCTCCGGCTACCTGATGGGCACCTATGAGAACCCGACCAATGCCGGCGACGGTTATGCGATGGCCTATCACGCCGGGGCCGAGCTGGCGAACCTGGAGTGCTTCCAGATCAACCCGTTGATCAAGGATTACAACGGCCCGGCGTGCGCCTACGTCACCGGCCCGCTGGGCGGCTACACCGCCAACAACAAGGGCGAGCGCTTTATCGAATGCGACTACTGGAGCGGGCAGATGATGTGGGAGTTCCACCAGGAGCTCGAAGGCGGCAACGGTCCGGTGTTCCTCAAGCTCGATCACCTGGCCGAGGAAACCATCCAGAACATCGAGGAAATCCTGCACAGCAACGAGCGCCCCAGTCGCGGGCAGTTCCACGCCAACCGGGGCACCGATTACCGCACGCAGATGGTGGAGATGCACATTTCCGAGATCGGCTTCTGCAGCGGTCATTCGGCTTCTGGAGTGTGGGTCAACGAGCGGGCCGAGACCTCGGTCAAGGGTTTGTACTCGGCGGGCGACATGGCGGCAGTGCCGCACAACTACATGCTCGGCGCGTTCACCTACGGCTGGTTTGCCGGCCAGAACGCGGCGGACTTTGTCGCTGGCAAGGACTTTTCGGCACTGGATGCTCAGCAGATCGAGCAGGAGCAAAACCGCGTCTACGCGCCGCTCGACCGTGCGCATGGCCTGCCGCCGGCCCAGGTGGAATACAAGCTGCGCCGCTTCGTCAACGATTACCTGCAACCGCCGAAGGTCAGCAAAAAAATGCAGATCGGCCTGCAACGCTTCAGCGATATCCAGCGCGACCTTGATCAGCTCAAGGCCCACAACGCCCACGAATTGATGCGCGCCATGGAAGTCAGCGTGATCCGCGATTGCGCCGAGATGGCCGCTCGCGCCTCGCTGTTTCGCGCCGAAAGCCGTTGGGGGTTGTACCACTACCGGGTCGATCATCCGCAACGCAACGACAGCGACTGGTTCTGCCATTGCCATTTGAAGAAAGGCGAGGACGGCGCGATGACCTCGTTCAAGAAAGCCGTCGAGCCCTACATCATCGCCCTCGATGCCGACGAACTGCAGGCCTACGACCGGCTTCGGCTCGGTGCCGACGCGGCGTGA MTQSSRNILEQEYDIVVIGGGTAGPMAAIKAKERNRDLRVLLVDKANVKRSGAISMGMDGLNNAIIPGHSTPEQYTKEITIANDGIVNQAAVYAYATHSFETIEQLDRWGVKFEKDETGDYAVKKVHHMGAYVLPMPEGHDIKKVLYRQLKRARVSITNRLVCTRLLTDGEGAVNGVMGFDCRTADFHVIKAKAVILCCGAAGRLGLPASGYLMGTYENPTNAGDGYAMAYHAGAELANLECFQINPLIKDYNGPACAYVTGPLGGYTANNKGERFIECDYWSGQMMWEFHQELEGGNGPVFLKLDHLAEETIQNIEEILHSNERPSRGQFHANRGTDYRTQMVEMHISEIGFCSGHSASGVWVNERAETSVKGLYSAGDMAAVPHNYMLGAFTYGWFAGQNAADFVAGKDFSALDAQQIEQEQNRVYAPLDRAHGLPPAQVEYKLRRFVNDYLQPPKVSKKMQIGLQRFSDIQRDLDQLKAHNAHELMRAMEVSVIRDCAEMAARASLFRAESRWGLYHYRVDHPQRNDSDWFCHCHLKKGEDGAMTSFKKAVEPYIIALDADELQAYDRLRLGADAA NA NA NA NA NA D1-35_01031 246 hypothetical protein ATGGCCTATCAACCCCAGGAAATCTTCTTCCGCTCCAATGCCCCTGTCACCGTGGACGAGGACAAATGCATCGCCCACAAGGGCTGCACGGTCTGCGTCGATGTCTGCCCGATGGACCTGTTGGCGATCAACCCGGCCACCCAGAAGGCCTACATGGCGTTCGATGAATGCTGGTATTGCATGCCCTGTGAAAAGGACTGCCCGACGGGGGCGGTGAAAGTGGAGATTCCGTATCTGTTGCGGTGA MAYQPQEIFFRSNAPVTVDEDKCIAHKGCTVCVDVCPMDLLAINPATQKAYMAFDECWYCMPCEKDCPTGAVKVEIPYLLR PGPT0002775_151 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002775-aprB-K00395 NA NA D1-35_01032 1407 hypothetical protein ATGTTATTGCGTGCAGCGCTGGCCGGTCTGGTACTGGCTTCATTGACCTTGCCTGCCCAGGCAGAAACCATCCGCATTGCCATCGGCACCCAGGACACCACCATCAACTGCGCCGCTGGCGGGTTGCTGATCCGCGAGCTCGGCCTGCTGGACAAATACCTGCCCCACGACGGCGCGTACAAGGACGCCGAGTACGACATCCAGTGGAAAAACTTCACCAGCGGCGCGCCGCTGACCAACGAGATGGTTGCTGGCAAACTCGACTTCGGCGCCATGGCCGACTTCCCCGGGGCTTTCAACGGCGTGGCGTTCGAGACCGCCGGCAAGCACAGCCTGTTCATCAGCGTGTTGTCGGGCAGCACCCAGGGCAGCGGCAACGGCATTGTCGTGCCCAGCGCCTCGGGCGTGCAGTCCCTCGCCGAGCTCAAGGGCAAGACGATTTCCGTGCCGTTTGCTTCCACCGCCCATGGCATGTTGCTGCGAGCCGTCGCGGCCCAGGGCTGGGATCCGCTCAAGGACGTGAACATCATCGCCCAGCCGCCGGAGGTCGCCGGCTCGGCGCTGCAAGCTGGCAAGATCGACGCCCATGCCGATTTCGTACCGTTCGCCGAACTGTTCCCCAGCCGCGGTTTCGCCCGCAAGATCTACGACGGTGCCCAGGCCAGGACGCCGACTTTCCACGGCGCGCTGGTGGACCAGGCCTATGCCAGAAAGTACCCGGAAATCGTCGTCGCTTATTTGCGCGCGACCATCGAGGCCAATCAATTGCTGGCCGCCGAGCCTGAGAAATACAGCGAGCTGATCGCCAAGGTCACCGGGGTGGATGCCGAGGTCAATTACCTGTTCCACGGGCCGCTGGGCGTACAGACTCGCGACCTGACCTGGAAACCCGAATACCGGCAAGCCGTCGGCACCGCGATCGACACCCTCAAATTGCTGAAGAAGGCTGATCGCGGCCTGGACCTCAACACCTTCATCGACGATCAGTACATCCGCGCCGCGTTCAAGGCGTCGAACCTCGATTACGCCGCGCAACTGGGCAACTACGCCCAGACGCCCCTTGGCAACCCCGATGCCTTGACCGGCCAGCCCATCACCGATCCCCGCCATGTGGCGCAGATCTGGGTACGCGGCGAGCCGACAGTGCGCCATTACGCCTCGGCGCAATCGGCCTTCACCGCGCTGGCGAATCTCAAACAGGAAGGCAAGGGCATCCGCGCCGTCTACGCCCAGGCCAGCGACAGCGGAATCAAGCTGCTGGCCGAGCAGGCGTGGTTCGCCAGCGATGCCAAGGGCCAACTCAGCGCGTTCCTGTTGAAAGGGCAGGCTGAGCAATTTGCCACGGCCGAGGGCGGCAAGGTCCTGGATTTTACCGAAGCCACCACCCAGGCAGTCGCCGCCCGCTGA MLLRAALAGLVLASLTLPAQAETIRIAIGTQDTTINCAAGGLLIRELGLLDKYLPHDGAYKDAEYDIQWKNFTSGAPLTNEMVAGKLDFGAMADFPGAFNGVAFETAGKHSLFISVLSGSTQGSGNGIVVPSASGVQSLAELKGKTISVPFASTAHGMLLRAVAAQGWDPLKDVNIIAQPPEVAGSALQAGKIDAHADFVPFAELFPSRGFARKIYDGAQARTPTFHGALVDQAYARKYPEIVVAYLRATIEANQLLAAEPEKYSELIAKVTGVDAEVNYLFHGPLGVQTRDLTWKPEYRQAVGTAIDTLKLLKKADRGLDLNTFIDDQYIRAAFKASNLDYAAQLGNYAQTPLGNPDALTGQPITDPRHVAQIWVRGEPTVRHYASAQSAFTALANLKQEGKGIRAVYAQASDSGIKLLAEQAWFASDAKGQLSAFLLKGQAEQFATAEGGKVLDFTEATTQAVAAR PGPT0001135_230 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D1-35_01033 783 ssuC_1 COG0600 Putative aliphatic sulfonates transport permease protein SsuC GTGTACCCATCACCCAAACGCTGGCTCCTGCGAGCCGCTTCCTTGTGGCTCTGCCTGCTGTTCTGGCAGCTCGCCGCCAACGGCCACTGGGACCTCGGCCTGGTGACCTTCGCCAACGTCCCGGCCCCGCTGGCAGTGATCGAGGCCGCGCTCGGCCTGGGCGAGTCGGGCAATCTCGTTCGGCACTTGGGCAGCAGCCTGGGCCGGGTCTTCGCCGGGTATGGCGCGGCGTTGCTGGTGGGCGTGGCGCTGGGCCTGGCCATCGGCCGTTCCCGGTGGGCCGAGGACCTGTTGCTGCCACCGCTGGAAGTGCTGCGGCCGATTCCGGCGGTGGCCTGGATTCCGCTGGCGATCCTGATGTTTCCCTCGTCGGAACTGTCGATGGTGTTCATCACCTTCACCGGTGCGCTGTTCCCGATCCTGCTCAACACCGTGCACGGCGTCGAAGGGGTGGACCGGCGCCTGGTCGCATCTGCGAAAAGCCTGGGGGCAGGGCGCCGGGCGATCCTGCTGGAGGTGATCCTGCCGGGCGCGGCGCCGAGCATCATCACCGGCCTCGCCATCGGCATGGGCACGTCCTGGTTCTGCCTGGTGACGGCGGAAATGATCGCCGGCCAGTACGGCATCGGCTACTACACCTGGGCGTCCTACACCGTGCAGAACTACCCCGACATTGTCGTCGGCATGTTGCTGATCGGCGTGCTGGGCATGGGCAGCAGTTTGTTGATCAAGCGCCTGGGCGGGCTGTTCACGCCTTGGCACCGACCCCGAGGAAAAGCCTGA MYPSPKRWLLRAASLWLCLLFWQLAANGHWDLGLVTFANVPAPLAVIEAALGLGESGNLVRHLGSSLGRVFAGYGAALLVGVALGLAIGRSRWAEDLLLPPLEVLRPIPAVAWIPLAILMFPSSELSMVFITFTGALFPILLNTVHGVEGVDRRLVASAKSLGAGRRAILLEVILPGAAPSIITGLAIGMGTSWFCLVTAEMIAGQYGIGYYTWASYTVQNYPDIVVGMLLIGVLGMGSSLLIKRLGGLFTPWHRPRGKA PGPT0001145_6448 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D1-35_01034 849 nrtD COG1116 Nitrate import ATP-binding protein NrtD ATGAGCGCAATACAAACCCCTGAAGGGCGGATCGATATCCGCCAGTTATCCATTGTCCTGGGCCAGGGTGCCCAGGCCTTCGAAGCAGTGCAGGGGCTGGATTGCCAGATCGAGGCCGGCCAGTTCGTCTGCATCCTCGGGCCGTCCGGCTGCGGCAAATCGACGTTGCTCGGCGCGCTTGCCGGGCACCTGCAACCCAGTGCCGGCACGCTGAATGTCGATGCGCTGCCGGTGGCCGGCCCGTCGCCCCAGCGCGGCATGGTGTTCCAGCAGCACACCCTGTTTCCGTGGCGCAGTGTGCGCGACAACGTCGCTTTCGGCTTGAAGATGCGCGGCCAGGGCAAGCTTGAACGATACCGGGCTGCCGATGAAATCCTTGCCCTGGTGGGCCTGGAAGGTTTCGCCGGGCACTGGCCGGACCAACTGTCCGGCGGCATGCAGCAACGGGTGGAGATCGCCCGGGTGCTGGTCAACCGCCCGCGTTTGTTGCTGATGGACGAACCCTTCGGCGCGCTGGATGCATTGACCCGGTTGAACATGCAGGAGCTGCTGCTGGGCATCTGGACGCGCATCCGCACCACCGTTGTCTTCGTCACTCACGACATCGACGAGGCGTTATTCCTCGCTGATCGCTTGCTGGTGATGAGCCCGCGCCCGGGCCGGATCATCGAGGACCTGCGCCTGGATTTCCCGCGGCCACGAACCACCGACCTGGTCACCCGCCCTGAATTTTCCCGATTGAAACGCTATTGCCTCGAGCTGCTGCGCCATGAAGATGGCCGGCAATTGCCGCGCCTCAATCCCCTCGGGCTTCCTCCTGAAACCTCCTTGCCGCGATTTGCCCTATGA MSAIQTPEGRIDIRQLSIVLGQGAQAFEAVQGLDCQIEAGQFVCILGPSGCGKSTLLGALAGHLQPSAGTLNVDALPVAGPSPQRGMVFQQHTLFPWRSVRDNVAFGLKMRGQGKLERYRAADEILALVGLEGFAGHWPDQLSGGMQQRVEIARVLVNRPRLLLMDEPFGALDALTRLNMQELLLGIWTRIRTTVVFVTHDIDEALFLADRLLVMSPRPGRIIEDLRLDFPRPRTTDLVTRPEFSRLKRYCLELLRHEDGRQLPRLNPLGLPPETSLPRFAL PGPT0001140_1506 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D1-35_01035 963 hypothetical protein ATGACTTCTCTATTCGAAAACACCGATAACGATGACATTCTTGCCCTGCAACCACGCCTGACGGACGACGACGCCGGGGTGCGCCGCATCGCCCTGATCGAACTGGCTGACCTGGAAGAACCCGAAGGCCTGCTGTGGCTTGTCGACCGTCTGGCCCGGGATCCCAGCGCCGAGGTGCGGGCCGAAGCCGCGCGCTTGCTCGAAGCCTGGGAGGACGCGCCGGTGGTCGCGGCCCTGTGCCAGGCCCTGACCGATACCGCCCCGACCGTGCAGGCCGCGGCTGCCCAGAGCCTGAGCCTGCTCAAGAGCGAGGCGGCGGGGGAGGTGATATTGCCTTGGACCACCCACGCGGATGCCAGCGTGCGCATCGCTGCGTTCCGGGCCTTGCGCGAGTTGCGCCTGGGCGCTGCCGCACCGGCTGCGATCGCGGCCCTGGTCGACGCCGATGCCGGCGTGCGTCGCGAGGCGGTTGGCGTGCTGGGCTGGCTCAAGCAGCTTGAGGCTCTGCCGGCCCTGGCCCGGCTCGCCAGCGCCGACCCGGACAGCGAAGTGCGCCGCGCGGCCACCGGCGCCCTGGGCCTGGCTGCGGATGCGCAAGTCTTGCCGGCGCTGCGCCAGGCCCTGCGCGACCCGGCCTGGACGGTGCGTGAAGAGGCCGCCACCACGCTGGGCAAAGTGGGTCACGCCGACGCCGGCCCGGCCCTGATCGATGCCCTGGATGATGATTACTGGCAAGTGCGCCTGCGCGCCACCCGCAGTCTTGGCCGCTTGCGTTATGTCCAGGCATTGCCGGCACTGATCGAAACCCTGGGCCATCGAATCAGCAATCTGCGCAAGGAAGCGGCGTTGGCGTTGGGCGAGTTGGACGATCCGGGAGCGATCCCCGCCTTGCAGGCAGCCCGGGACGATGGCGACCCTGAAGTGCGCAAGGCCGTGCGCATCGCCTTGGGCCAGTTGCAATGA MTSLFENTDNDDILALQPRLTDDDAGVRRIALIELADLEEPEGLLWLVDRLARDPSAEVRAEAARLLEAWEDAPVVAALCQALTDTAPTVQAAAAQSLSLLKSEAAGEVILPWTTHADASVRIAAFRALRELRLGAAAPAAIAALVDADAGVRREAVGVLGWLKQLEALPALARLASADPDSEVRRAATGALGLAADAQVLPALRQALRDPAWTVREEAATTLGKVGHADAGPALIDALDDDYWQVRLRATRSLGRLRYVQALPALIETLGHRISNLRKEAALALGELDDPGAIPALQAARDDGDPEVRKAVRIALGQLQ NA NA NA NA NA D1-35_01036 273 hypothetical protein ATGAGTCCGTTGACGATCGGCAATTCCCGGGACAAGGGCCAATTGCGGCTGAGTTGGCCCGATGGTCGCGAGCAACGGCTGGACCATGTCGAGCTACGCAGGCAATGTCCATGTTCCCAATGCCGGGCGTTTCGCCTGCAAGGGTTGACGGTTCAGGTCGATGCCCGGGTGCGTGTGGTTGAGGTCAATGCCCAGGGGTATGGGGTTCAGCTGGTGTTCAGTGATGGGCATCAGCGGGGGATTTTTCCCTGGGCTTATCTGGCGGGTTTTTAG MSPLTIGNSRDKGQLRLSWPDGREQRLDHVELRRQCPCSQCRAFRLQGLTVQVDARVRVVEVNAQGYGVQLVFSDGHQRGIFPWAYLAGF NA NA NA NA NA D1-35_01037 618 lexA_2 LexA repressor ATGTACTCCATGACGACTCTCACTCCCCGCCGTACCGCCATCCTGACCTTCATCCGCGAACGCATCGCCGAGCAGGGCCAGCCTCCCAGCCTCGCTGAAATCAGCGAGGCGTTCGGTTTTGCCTCCCGCAGCGTGGCGCGCAAGCATGTGCTGGCGCTGACCGAAGCCGGTTTCATCGAAGTCAATCCGCACCAGGCCCGAGGCATCCGGCTGTTGAACCAGCCGCCGCGCCCCGAGCTGCTGGACGTGCCGGTGTTGGGTCGGGTGGCCGCCGGCCTGCCGATTGGCGCCGATGCCGAGGTCCACAGCCGCTTGTTGCTGGACCCGGCGATTTTCACCAAGGCGCCGGATTACCTGTTGCGGGTCCAGGGCGATTCGATGATCGAGGACGGTATCCTCGATGGCGATCTGGTCGGTGTACAACGTACGCCCCAGGCCGCCAACGGGCAGATCGTCGTGGCACGCCTGGACGGTGAAGTGACCATCAAGCGCTTCGAGCGAGTCGGCGAGCGCGTGCGCCTGTTGCCACGCAACCCGGCCTACCAGCCGATCATCGTCGAAGCCGACCAGGACCTGGCGATCGAAGGCGTGTTCTGTGGCCTGGTGAGACAAGGCTGA MYSMTTLTPRRTAILTFIRERIAEQGQPPSLAEISEAFGFASRSVARKHVLALTEAGFIEVNPHQARGIRLLNQPPRPELLDVPVLGRVAAGLPIGADAEVHSRLLLDPAIFTKAPDYLLRVQGDSMIEDGILDGDLVGVQRTPQAANGQIVVARLDGEVTIKRFERVGERVRLLPRNPAYQPIIVEADQDLAIEGVFCGLVRQG PGPT0014895_3090 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356 NA NA D1-35_01038 624 hypothetical protein ATGGGCGCCGTCGTTGCGCTGGACACGCTGTTCAATGGCGGCCAGGTCTGGAGGGGCCGGCCTGCGCCGCCGGCCGCCAGCCCGCAGCCCACCGGTCATGCTGCATTGGACGCGGCATTGCCCAGTGGTGGCTGGCCGGACGCGGCGTTGACGGAAATCCTCATCGGCGCGCCGGGCGTGGGCGAGTTGCAACTGGTGTGGCCGACCCTGGCGCGGCTGTCGGCGGCGGGGGAGCGCATCGTGCTGGTGGCGCCGCCGTTCGTGCCCTATCCCCAGGCCTGGCGAAATGCCGGGGTGGACCTGCGCCAGTTGTCGATCATCCAGGCCGACCCACGAGATGCCTTGTGGGCCACTGAGCAATGCCTGCGTTCGGGCAGTTGCGGCGCGGTGCTGTGCTGGCCCCGCCAAGCGGATGATCGGGCCTTGCGCCGCCTGCAGGTCGCGGCGGAAACCGGCCAGACCCTGGCGTTCGCCTGGCGCTCGATCCAGGAAGCGATCAACCCATCCCCGGCGGCCTTGCGCATCGCCATCGATGCTCGCCCCGCACAATTGCGGGTGCTCAAGTCCCGGGGTGGCCTGGCCCGTTCGGCGCCGATTGCGTTCACCACGCACACGGGGCATTGA MGAVVALDTLFNGGQVWRGRPAPPAASPQPTGHAALDAALPSGGWPDAALTEILIGAPGVGELQLVWPTLARLSAAGERIVLVAPPFVPYPQAWRNAGVDLRQLSIIQADPRDALWATEQCLRSGSCGAVLCWPRQADDRALRRLQVAAETGQTLAFAWRSIQEAINPSPAALRIAIDARPAQLRVLKSRGGLARSAPIAFTTHTGH NA NA NA NA NA D1-35_01039 1422 imuB Protein ImuB ATGCGCTGGGTCTGTATCCTCTTCCCGCAATTGGCGCTGGACGCCGCGCTGCGCCAGCGCCCCGATCCCGACGAGCCCCTGGCGCTGTTGACCGGTCCGGCCCAGCGCCGGGTGTTGCAAGCGGTCAATGAGCCGGCGCGCGCCCTGGGCTTGCGGCCCGGCCAGACCATGACCGCCGCCCAGGCCCTGAACAAAGGGTTCGCCACGGCCGAATACGACGCGGCGCAGATCGAGCACTGGCAACAATTCCTGGCGGCCTGGGCCTACCGCTTCAGTTCCCAGGTCAGCGTGCATTACCCGCGCACTGTGCTGTTCGAGATCGAATCGAGCCTGGGGCTGTTCGGGCCCTGGCCGGTGTTCGAGGCTCGGTTGCGGGCCGAGCTGACTGAACTGGGTTTCCGTCATCGCATCGTCGCCGCCCCCAACCCAGTGGCGGCGCGGATGTTGGCCAATGCCCATGACGCCCTGGTCGTGCCCGATGGCGAAACCTTGCAAGCGTACCTGGCGCAAATGCCGGTGGACCGCATCGGCCTGGCCGCCGACGTCGCCACGGCACTGTCGCGCATGGGCCTGCGCCGCCTGGATCAGATCCGGGCCTTGCCTCGGCACACCCTGGCGCGGCGCTTCGAGGCCGATGTGCTCAAGCACCTCGACGCGCTGACGGGCAGTCGTACCCTGGCGCTGTCGTTCTACCTGCCTCCGGACCGTTTTGATGTGCGCATCGAACTCAATTACGACGTGCAGTCCCATCAGGCACTGCTGTTTCCGCTGCGCCGGTTGACCGGTGACCTGTCGGCTTTCCTGTGTGGGCGCGACAGCGGTGTGCAGCGTTTCGACTTGCATCTGGAACACGCCGGTCTGCCGGACACGGTGATCAAGGTCGGCCTGCTCAGCGCCGAGCGAGAGCCTTCGATGCTGTTCGAACTGGCCCGTGGTCGTCTTGAACAGGTACAGGTCGAGGCGCCAGTGCGCGGATTTCGCTTGTGTGCCGACAACCTGCCGAGCTTCGTGCCCCAGCGCCTGGAGTTGTTCGACGAGCGTCCTCAACAGTCCTTGCCCTGGGAACAACTGCGCGAACGGCTGCGGGCGCGCCTGGGGGATGACGCCGTGCTGGGGCTGGGATTCGGTGACGATCATCGACCCGAGTGCGCCTGGCAGATGACTCCCCAGCCGCGACAACAGGCATGCCCGCTGCGCGAGGAAGTCCAGCGTCCCGGCTGGCTGCTCGGCGAGCCCCAGGCGTTACCCGATGGCCAGGCGCGCATCCTCATGGGGCCGGAGCGCATCGAGTCCGGCTGGTGGGACGGAGCCGACGTGCGTCGCGATTATTACCTGATCGAAACCCGCGCCGGGCAACGCGGCTGGGCCTACCGACCGGTGGGCGAGGGCGGGCCGTTGTGGCTGCAGGGTTGGTTCGCATGA MRWVCILFPQLALDAALRQRPDPDEPLALLTGPAQRRVLQAVNEPARALGLRPGQTMTAAQALNKGFATAEYDAAQIEHWQQFLAAWAYRFSSQVSVHYPRTVLFEIESSLGLFGPWPVFEARLRAELTELGFRHRIVAAPNPVAARMLANAHDALVVPDGETLQAYLAQMPVDRIGLAADVATALSRMGLRRLDQIRALPRHTLARRFEADVLKHLDALTGSRTLALSFYLPPDRFDVRIELNYDVQSHQALLFPLRRLTGDLSAFLCGRDSGVQRFDLHLEHAGLPDTVIKVGLLSAEREPSMLFELARGRLEQVQVEAPVRGFRLCADNLPSFVPQRLELFDERPQQSLPWEQLRERLRARLGDDAVLGLGFGDDHRPECAWQMTPQPRQQACPLREEVQRPGWLLGEPQALPDGQARILMGPERIESGWWDGADVRRDYYLIETRAGQRGWAYRPVGEGGPLWLQGWFA NA NA NA NA NA D1-35_01040 3078 dnaE2 Error-prone DNA polymerase ATGAGCATCGAATACGCCGAGCTGCATTGCCTGTCGAACTTCAGTTTCCAGCGCGGCGCCTCCAGCGCCCTGGAATTGTGTCGCCGCGCCAAGGAGCAGGGTTATGCGGCCCTGGCGATTACCGATGAATGCACCCTGGCCGGGATCGTCCGGGCCTGGCAGGCGGCCAGGGAGCTTGGACTGCAACTGATTGTCGGCAGCGAAATCCAGGTCGAGGACGGCCCGAAACTGGTGCTGCTGGTGGAGAACCTCGAGGGCTACCAGACCTTGTGCCGGCTGATCACCCGCGCCCGGCGGCGTAGCGAGAAAGGCTATTATCGCATCGTTCGGGAAGACTTCGACGAACCTCTGCCGGGTTTGCTGGCGCTGTGGATCCCCGAAGGCAAGGCGCCCGAGGAGCAGGGGCGCTGGCTCCAACAGGTTTTCAACAGGCGATTATGGCTGGCCGTGCAGTTGCATTGCGGCCAGGACGATCGCCAGCGGCTGGCGGACTTGCTCGCGTTGGCCGGACACCTGGGCCTTCCCGCTATCGCCACGGGGGATGTGCACATGCATGTGCGTGGTCGGCGTGCCTTGCAAGACACCATGACCGCCATCCGTCACCACGTCAGCGTGGCCGAGGCCGGCCAGCGCCTGCACCCCAACGGCGAACGCCATCTGCGCAGCTTGCAGGCCCTGGCCGATCTCTACCCGCGGGCCTTGCTCGATGAAACCCTGAAGATCGCCCGGCGTTGTACGTTCGACCTCGGCCAGTTGCGCTACGAATACCCCCGCGAGCTGGTGCCTGATGGCCACGATCCGGCGTCCTGGCTGCGGGAATTGACCGAGCGCGGCCTGCGCGAGCGCTGGGTGAACGGCGTGACAGACAAGGTGCGCCTGCAGATCGACAAGGAATTGAAGCTGATCGCCGAACTGGGCTACGACAGCTACTTCCTCACCGTGCAGGACATCGTCAGTTTCGCCCGCAGCCGCCACATTCTCTGCCAGGGTCGAGGCTCGGCGGCCAACTCGGCGGTGTGCTACGCCCTGGGCATCACCGAAATCGATCCGAGCCGGACGGACATGTTGTTCGAACGCTTCCTGTCCCGCGAGCGCAATGAGCCGCCGGACATCGATGTCGATTTCGAACACGAGCGCCGCGAAGAAGTCTTGCAGTATGTGTTCCAGCGTTACGGCCGGCATCGCGCGGCGTTGACGGCGGTGGTCAGCAGTTACCACGGCGCCGGGGCGGTGCGCGATGTGGCCAAGGCCTTGGGCCTGCCGCCGGATCAGGTCAATGCGCTGGCCGATTGCTGCGGGCGCTGGAGCGATGAAGCGCCGCCCCTGGACCGCTTGCGCGAAGGTGGTTTCGACCCGGACAGCCCGGTGTTGCGCCGGGTGCTGGGCCTGACCCGGCAACTGATCGGCTTCCCCCGGCACCTGTCCCAACACCCAGGCGGTTTCGTGATTTCCCAGCAACCGCTGGACACTCTGGTGCCGGTGGAAAACGCCGCGATGGCTGAGCGCACCATTATCCAGTGGGACAAGGACGACCTCGATGCGGTCGGTTTGCTCAAGGTGGACATCCTCGCCCTGGGCATGCTCAGCGCGATCCGCCGCTGTTTCGACCTGATCGCGCATTACCGGGGTGTGCGGCATACATTGGCGTCGTTGCCCAAGGACGATCGAGCGACGTTCGAGATGATCAGCCGCGCCGACACCATCGGCGTGTTCCAGATCGAATCCCGGGCGCAGATGGCGATGTTGCCCCGGCTCAAGCCCAAGGAGTATTACGACCTGGTGATCGAGGTGGCGATCGTACGGCCGGGACCGATCCAGGGCGGCATGGTGCATCCGTATCTACGGCGACGAAATGGCGAAGAGCCCGTCACTTATCCTTCGGAAAAACTGAAAAAAGTACTGGGTCGCACCTTGGGCATTCCGTTGTTCCAGGAACAGGTAATGCAGATCGCCATTGTCGCGGCGGACTACACGCCCGGCGAGGCGGACCAGTTGCGTCGCTCGATGGCCGCGTGGAAACGCCACGGCGGCCTTGAGCCGCATCGCGAGCGCCTGGCGGAAGGTATGAAGAACAACGGCTACACGCCCGAGTTCGCCGCGCAGATCTTCGAGCAGATCAAGGGCTTCGGCAACTATGGCTTTCCGGAATCCCATGCCGCCAGTTTCGCCTTGCTGACCTACGCCAGCAGTTGGCTCAAATGTCACGAACCGGCGGCGTTCGCCTGCGCCCTGATCAACAGTTGGCCCATGGGTTTCTATAGCCCGGACCAGATCCTCCAGGATGCACGTCGGCATCACTTGCAGATCCGTGCGACGGACGTGCGCGCCAGCGACTGGGAATCCAGCCTCGAACCCCTGGAGGGTCGGCAGCCGGCGATCCGCATGGGCTTGCGCCTGATCAAGGGCTTTCGTGAAGACGATGCCCGCCGTATCGAGACGGCTCGCAGGCAGCGGCCTTTCAGCGATGTGGCGGACCTTGCCGAACGGGCTCGACTCGATGCCCGGGCCATGGAGCAACTGGCCGACGCCGGCGCGTTACGCGGTATGGCCGGCGATCGTCACCGTGCCCGCTGGGAAATTGCCGGGGTGCAAAAACAACTGGGCCTGTTCGCAGGTTTGCCCAGCGAGGAGGAACCGCCCGTGGTCTTGCCGACGCCCACGGTGGGGGAGAACCTGTTCGCCGACTACGCCACGTTGGGCACCACGCTGGGGCCGCATCCGCTGGCCTTGTTGCGTCCCGAATTGCGCGCCCGGCGCTGCCGCAGTTCGCGGGAATTGCAAGCGGTGGAACACGGTCGCAACGTCAGCGTCGCCGGGCTGGTCACCGGCCGCCAGCGCCCGGGCACGGCCAGCGGCGTGACCTTCGTCACTCTGGAAGATGAATTCGGCAACCTCAACGTGGTGGTCTGGCGCGACCTGGCCGAGCGTCAACGCAAGGTTCTGGTGGGTTCGCAATTGCTTCGGGTGGACGGGCGCTGGGAGAGTGTCGGCGAGGTCCGGCACCTGATCGCCGGGCGCCTGAGCGACCTGACTGGATTGCTGGCGGGCATCAATGTGCGCAGCCGCGATTTCCGCTGA MSIEYAELHCLSNFSFQRGASSALELCRRAKEQGYAALAITDECTLAGIVRAWQAARELGLQLIVGSEIQVEDGPKLVLLVENLEGYQTLCRLITRARRRSEKGYYRIVREDFDEPLPGLLALWIPEGKAPEEQGRWLQQVFNRRLWLAVQLHCGQDDRQRLADLLALAGHLGLPAIATGDVHMHVRGRRALQDTMTAIRHHVSVAEAGQRLHPNGERHLRSLQALADLYPRALLDETLKIARRCTFDLGQLRYEYPRELVPDGHDPASWLRELTERGLRERWVNGVTDKVRLQIDKELKLIAELGYDSYFLTVQDIVSFARSRHILCQGRGSAANSAVCYALGITEIDPSRTDMLFERFLSRERNEPPDIDVDFEHERREEVLQYVFQRYGRHRAALTAVVSSYHGAGAVRDVAKALGLPPDQVNALADCCGRWSDEAPPLDRLREGGFDPDSPVLRRVLGLTRQLIGFPRHLSQHPGGFVISQQPLDTLVPVENAAMAERTIIQWDKDDLDAVGLLKVDILALGMLSAIRRCFDLIAHYRGVRHTLASLPKDDRATFEMISRADTIGVFQIESRAQMAMLPRLKPKEYYDLVIEVAIVRPGPIQGGMVHPYLRRRNGEEPVTYPSEKLKKVLGRTLGIPLFQEQVMQIAIVAADYTPGEADQLRRSMAAWKRHGGLEPHRERLAEGMKNNGYTPEFAAQIFEQIKGFGNYGFPESHAASFALLTYASSWLKCHEPAAFACALINSWPMGFYSPDQILQDARRHHLQIRATDVRASDWESSLEPLEGRQPAIRMGLRLIKGFREDDARRIETARRQRPFSDVADLAERARLDARAMEQLADAGALRGMAGDRHRARWEIAGVQKQLGLFAGLPSEEEPPVVLPTPTVGENLFADYATLGTTLGPHPLALLRPELRARRCRSSRELQAVEHGRNVSVAGLVTGRQRPGTASGVTFVTLEDEFGNLNVVVWRDLAERQRKVLVGSQLLRVDGRWESVGEVRHLIAGRLSDLTGLLAGINVRSRDFR NA NA NA NA NA D1-35_01041 2112 rcsC_5 Sensor histidine kinase RcsC ATGAAGTTCTTATCCCAGAGTAACGGGTGTCCCGGTTGGGACGGTGAGATGGCCCGACGTATCCGGGCCTACGATTGGAGTCGCACCGATCTGGGCGCAATCGAGCACTGGTCCGCCAGCCTGCGCAGCGCTGTCCAGTTGATGCTGGCTTCGCCCTTGCCGATGGTCATGTTGTGGGGTCGCCAGGGCTTCATGATTTATAACGATGCCTATGCCGAGTTTGCCGGCGGCCGTCACCCGTACCTGTTGGGGCGCGCGGTGGAGCTGGGTTGGCCGGAAGTCGCTGAATTCAATCGCCATGTACTCGACGTGTGCCTGGCTGGCGGCACCTTGTCCTACCGCAGCAAGGAACTGGTATTGCTGCGCGACGGCAAGCCCGAAGACGTCTGGATGGACCTCTATTACAGCCCGGTGCCCGACGATGATCATTCGCCGGCTGGCGTCCTGGCGATCGTCGTGGAAACCACCGAACTGGTGCTCAGCGAGCGGGCCCGACAAGAGGCGGAACGCAGCTACCGTGCGGTCAACGAGCGTATTCAGTTGGCGCTTTCGGCCGGGCCGTTGCTGGGCTCGTTTGTCTGGGATATCCCGGCCGACACCCTGTCCGGCGACGAGCGTTTCGCCCGTACGTTCGGCTATCCGCCCGAATGTTCGTTGGATGCACTGCCCATCGAGATCGCTCGCCAGCGCATCCATCCGGATGATCTTGCCGACGTGGAGCAACGTGTCGACCTGACGGTGCGCACGGGCGCGCCCTACAGCGCTGAATACCGTGTGCGCCGTGGCGAGGACGAATACCTCTGGGTGCTGGCCAGCGGCCGCTGCGAGTTCGATGCGTTGGGCAAGCCCCTGCGTTTTCCCGGTGTGCTGATCGACATCAATGAGCGCAAGACTGCCGAAGCGTCGTTGCTCAAGTTCACCCGCGATCTGGAACAACGGGTCGCCGATGAAGTACAGGCGCGGCTGGCGGCTGAAGAACAGTTGCGCCAATCGCAGAAGCTCGAGGCCATCGGCGGGCTTACGGGGGGCGTGGCCCACGACTTCAACAATCTGCTCCAGGTGATCGGTGGAAACCTGCATTTGCTGGCTCGCCACGAACCCGACAATCCCAACGTGCAACGGCGGGTCGGGGCGTCCATCGAAGCCGTGGAGCGAGGCGCCAAGCTGTCATCGCAACTATTGGCTTTTGCCCGGCGCCAGCCCTTGTCCCCGGCCGTCTACAACCCCCGGCGCATCTACGATGGCCTGGGCGAGTTGTTGCAACGGGCACTGGGGGAAACCATCCGGATCGACGTGGCGTTGCCGGATGAGCCTTGGTGCATCCATGTCGACCGCAACCAATTGGAAAACGCCCTGTTGAACCTGGCGATCAACGCCCGCGATGCCATGGGCGGCGAAGGGACCATCTGCCTGATCGGCGAGAACATCGCACTGGATGAGTCATCATGCGCCGGTAAAGGTGTTGCGGCTGGCGATTACGTACGGCTGTCGGTGACCGATTGTGGCGCGGGCATGGCGCCTGAAGTCCTCAAACAGGTTTTCGAGCCGTTCTTTACCACCAAGACCGACGGCCACGGTACCGGACTCGGCTTGAGCATGGTGTTCGGGTTCGTCAAGCAGAGCGGCGGCCATATCGAGATTTCCAGTCATCCGGGAGAAGGCACCCAGGTGCACATGTACTTCCCGCGCAGCCATAGGCCCGAGTCGGAGGAGCAGACGCACCACCGCACGAATCAGCCGGGCTTGCAGGAAACTGTCCTGGTGGTCGAGGACAACGATGACGTGCGCGGAGCCTCGGTGGAATTGCTCGAGCTGTCGGGTTATCGGACCCTGACCGCGGCGAATGGCGACGAAGCCATGAAGCTGTTGCTGGAGGGCACCTCGGTCGACCTGATCTTCACCGACGTGGTCATGCCCGGGCTGATCAAGAGTTCCGACCTGGCCGCCTGGGCCAAGGTCCAGTCCCCGCCGGTGCCAGTGTTGTTCACGTCGGGGCACACCCGCGACATCATCTCGCGCAATCATCAGTTGAGCCCGGACACCCATCTGCTGAGCAAACCCTATAGCCCGGATGCGCTGACCCGGATGGTCAGGTCGGTACTGGGCGGCTGA MKFLSQSNGCPGWDGEMARRIRAYDWSRTDLGAIEHWSASLRSAVQLMLASPLPMVMLWGRQGFMIYNDAYAEFAGGRHPYLLGRAVELGWPEVAEFNRHVLDVCLAGGTLSYRSKELVLLRDGKPEDVWMDLYYSPVPDDDHSPAGVLAIVVETTELVLSERARQEAERSYRAVNERIQLALSAGPLLGSFVWDIPADTLSGDERFARTFGYPPECSLDALPIEIARQRIHPDDLADVEQRVDLTVRTGAPYSAEYRVRRGEDEYLWVLASGRCEFDALGKPLRFPGVLIDINERKTAEASLLKFTRDLEQRVADEVQARLAAEEQLRQSQKLEAIGGLTGGVAHDFNNLLQVIGGNLHLLARHEPDNPNVQRRVGASIEAVERGAKLSSQLLAFARRQPLSPAVYNPRRIYDGLGELLQRALGETIRIDVALPDEPWCIHVDRNQLENALLNLAINARDAMGGEGTICLIGENIALDESSCAGKGVAAGDYVRLSVTDCGAGMAPEVLKQVFEPFFTTKTDGHGTGLGLSMVFGFVKQSGGHIEISSHPGEGTQVHMYFPRSHRPESEEQTHHRTNQPGLQETVLVVEDNDDVRGASVELLELSGYRTLTAANGDEAMKLLLEGTSVDLIFTDVVMPGLIKSSDLAAWAKVQSPPVPVLFTSGHTRDIISRNHQLSPDTHLLSKPYSPDALTRMVRSVLGG NA NA NA NA NA D1-35_01042 267 hypothetical protein ATGAGCGATCCTGCAAATACCCAGCAACAAGGCCAGACGCAGACCCAGTCTTCGCGTAACGATCCGGCCGTCGATCCCCAAGCGCCGGGCAACCCGCCCGCCGGTCCGGCTGGAACGCACCAGGCTCACAGCGCTGCCAGCGAGGTCGATCAGAAACAACATCACCAGGACAACGACAACACCTACAGCCCTGGCTTCAAGCCAGAGCCGGATCGACCTGGCCCCGGCGACAAGACCGACGCCGACATCGATACCGCCGACAGCTAG MSDPANTQQQGQTQTQSSRNDPAVDPQAPGNPPAGPAGTHQAHSAASEVDQKQHHQDNDNTYSPGFKPEPDRPGPGDKTDADIDTADS NA NA NA NA NA D1-35_01043 522 hypothetical protein ATGGACAGATTTACCCTGCGTCAACTCGGCCTGGCAGTTGCCTTGAGTACCAGCATGGGCATGGCATGGGCCGCGACGTCCAACGACTTTGTCGATAACGCGGCGGCCAATGGCATAGCGGAAATCGAAACCAGCAAGCTGGCGCTGCAAAAAAGCCAATCGGCGGACATCAAGGAGTTCGCCAACAAGATGATCACCGACCACACCAAAGCCAACGAAGAGCTGAAGGCGCTGGCGCAAAAACACGACATCGAAGTACCGGATGACACCACGCTGATGAAAAAGGCCAAGGCCAAGATTCTCGATGTGCGTGACGAGTCCTTCGATCCAGCCTTCGCCAACAACCAGGTGATGGCCCATGAAGAAACCATCGCTCTGTTCAAGAAGGAAGCCGAGACCGTCACCGACGACAAGAAGCCCGGCAATACCGAACTCAAGGCGTTTGCCCAGAAAATGCTGCCCGACCTGCAGCACCACTTGGAAATGGCCAAGAAGCTCCAGGCCGCGCATCCTAGTAAATAA MDRFTLRQLGLAVALSTSMGMAWAATSNDFVDNAAANGIAEIETSKLALQKSQSADIKEFANKMITDHTKANEELKALAQKHDIEVPDDTTLMKKAKAKILDVRDESFDPAFANNQVMAHEETIALFKKEAETVTDDKKPGNTELKAFAQKMLPDLQHHLEMAKKLQAAHPSK NA NA NA NA NA D1-35_01044 228 hypothetical protein ATGCCGGTGTCCCATGATCTTTGCCAGGATCTTGATTGCACAAAAGACCACATCCAGCAGAAGCGTAGCGAGGATCCGACGCTCGACGAATTGCTCAAGAAATATGCGCGAATCGACGCCGAGGTCGTGAATGCCGAGAAGCCGCCCGTCACGCTGTCCGATCCTGCTTTGGAGACACTCAAGAAAGAACGCTTGCAGACCAAGGACAAGATCGCCGCGCGGATATAG MPVSHDLCQDLDCTKDHIQQKRSEDPTLDELLKKYARIDAEVVNAEKPPVTLSDPALETLKKERLQTKDKIAARI NA NA NA NA NA D1-35_01045 924 hdfR_3 HTH-type transcriptional regulator HdfR ATGGTATCGGATAGCTGGGCCAGCTCTTACAATGCCCGCTCCACCCGCTTCGGCCCGACCATGGACATCGACCTCGCCCGTACCTTCCTGGAAATCGTCCGCCACGGCAGCCTCGCCGCTGCGGCGCAAAAACTGCACGTCACCCAGACGGCAATAACCGCCCGGGTCCAAAAGCTCGAAAGCCAGCTCGGCTGCGCGCTGTTCGTGCGTAACCGTGCCGGCGCGCGACTGACCGCCGATGGCGAAGCCTTCGTGGTCTACGCCAACCAGCTCGTACAGACGTGGGAGGCCGCCCGCCGGGACCTGCCGCTGCCCGAGGGTTATCGCAATGTCTTGCATCTCGGTGGCGAGGTCAGTTTGTGCAATCCCCTTATGCTTGCCTGGGCGGGGGAGCTGCGCCAGAAAATCCCCGGCCATGCCCTGCGCATGGACATCCGCGACGGTGAAAAACTCTTGCAGCAACTGGAGCTGGGTCTGCTGGATGCGGCGGTGGTCTATCAGCCTGAGTACTGGCCGCGATTGCAGGTGGAGCAGTTGCTGGAGGAAAAACTCATCCTGGTGCGCCTGGTCGCTCGCCCCGAGCCCTACGTGTACATCGACTGGAGCGCGGACTTCCGACGCCAGCACGACACGGCGCTTCCGGACAAGGCCAAGGCCGCCGCGACCTTCAATCTCGGTCCACTGGCGTTGCAATATATTCTGGAAAACGGCGGTAGCGGCTACTTCCGCACCCGGGTCGTGCAGAGCTACCTGGACAGCGGCATTCTGGAGCGGGTGCCCAAGGCGCCGGAGTTCAACTACCCGACCTACCTGGTGTATTCCAGGGACCGCGATTCGGCGGCATTGCAGCAGGCGTTCGAGGTGCTGCGGGGGATCGTCAAGGCTGGCAGCGACTGGTCCCAGCGTTGGGATCCGCTGGGCTGA MVSDSWASSYNARSTRFGPTMDIDLARTFLEIVRHGSLAAAAQKLHVTQTAITARVQKLESQLGCALFVRNRAGARLTADGEAFVVYANQLVQTWEAARRDLPLPEGYRNVLHLGGEVSLCNPLMLAWAGELRQKIPGHALRMDIRDGEKLLQQLELGLLDAAVVYQPEYWPRLQVEQLLEEKLILVRLVARPEPYVYIDWSADFRRQHDTALPDKAKAAATFNLGPLALQYILENGGSGYFRTRVVQSYLDSGILERVPKAPEFNYPTYLVYSRDRDSAALQQAFEVLRGIVKAGSDWSQRWDPLG PGPT0015580_246 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLUM_CONTROL MOTILITY-FLAGELLUM_REGULATION,PGPT0015580-hdfR-K23773 NA NA D1-35_01046 318 hypothetical protein ATGACCTCCGTAGCCGACGCAGTAAAAGCCATGCAAGCCAAGTTCAACCCAGCCGCCGCTGCCGGCCTGGACCTGGTATTTGGTTTCAATATCACTGACGAAGACAAGCAGTACGCCCTGATCGTCAAGGATGGCACCTGCGATATCCAGGAAGGCGCGAACCCCGACGCCAACTGCACGCTGGTCCTGGATAGCCAAACCCTCAAGGACATCGTCAGCGGCGAAACCGACGGCATGCAAGCCTTCATGGGCGGCAAGCTGCGCGTTGAAGGCGACATGATGCTGTCGATGAAACTGTCCGAGCTGTTCCCGTCCTGA MTSVADAVKAMQAKFNPAAAAGLDLVFGFNITDEDKQYALIVKDGTCDIQEGANPDANCTLVLDSQTLKDIVSGETDGMQAFMGGKLRVEGDMMLSMKLSELFPS NA NA NA NA NA D1-35_01047 711 hypothetical protein GTGGGCAGCATTTATCTGATACGACATGGCCAGGCCTCCTTTGGTGCGGATGACTACGATGTCCTTTCGCCCAATGGCATACGTCAGGCCCAAGTGCTCGGCGGCCACCTGGCGGAGCTCGGCGTCGTGTTCGATCGCTGCCTCTCGGGCGACCTGCGTCGCCAGCAGGACACCGCTATCGGCACGCTGGGCGCGATGTCCGCTGTCGGGCTGCCGGTTCCCGAGGTGGAAATCGACGCGGCGTTCAACGAATTCGATGCCGACGCGGTGATCCGCGCGCTGCTCCCGGACATGCTGCCCCAGGAGCCCGAAGCGCTGCATATCTTGCGCAACGCGGCGCAGAACCGCGGAGAGTTCCAGCGCATTTTTGCCTTGATCGTCGAACGCTGGCTCAGCGGCCAGTATGACCCGCCCGGGCTGGAGAGCTGGCTGGGTTTTGTCGAGCGGGTCCAGGCCGGCCTGCACCGCATCCTCGAAAAGGCCGACAAGACCCACAAGATCGCCGTGTTCACCTCCGGCGGGACCATCACCGCCCTGCTTCACCTGATCACCCAGATGCCTGCCCGGCAAGCTTTCGAGCTGAACTGGCAGATCGTCAACACCTCGCTCAACCAACTGAAATTCAGAGGCCGCGAGGTGGCCCTGGCTTCCTTCAACAGTCATGCGCATCTGCAACTGCTGAAGACCCCGGACCTCATCACCTTCCGCTGA MGSIYLIRHGQASFGADDYDVLSPNGIRQAQVLGGHLAELGVVFDRCLSGDLRRQQDTAIGTLGAMSAVGLPVPEVEIDAAFNEFDADAVIRALLPDMLPQEPEALHILRNAAQNRGEFQRIFALIVERWLSGQYDPPGLESWLGFVERVQAGLHRILEKADKTHKIAVFTSGGTITALLHLITQMPARQAFELNWQIVNTSLNQLKFRGREVALASFNSHAHLQLLKTPDLITFR NA NA NA NA NA D1-35_01048 1032 sohB COG0616 putative protease SohB GTGGAGTTTTTTGTCGAATACGCCGGTTTTCTGGCCAAGACGGTGACGCTGGTGATCGCCATTCTGGTGGTCATGGCCAGTTTTGCTGCGTTGCGCAGCAAGGGACGGCGCAAGTCGGCCGGGCAGTTGCAAGTCAGCAAGCTCAACGATTTCTACAAGGGCTTGCGTGAGCGTCTGGAGCAGACGCTGCTGGACAAGGACCAGCTCAAGGCACTGCGCAAGAGCGAAGGCAAGGCTGAAAAAGCCGGGAAGAAACAGAAAGACAAACCGGCGGCCAAGCCCCGGGTATTCGTGCTGGACTTCGATGGCGATATCAAGGCTTCCGCCACCGAGAGCCTGCGTCACGAAATTACCGCGCTGCTGACCCTGGCGACCCCGAAGGACGAAGTGGTCCTGCGCCTGGAAAGCGGTGGCGGCATGGTCCACAGCTACGGCCTGGCCTCGTCGCAACTGGCGCGGATCCGTCAGGCCGGCGTGCCGCTGACGGTGTGCATCGACAAGGTTGCAGCCAGCGGCGGCTACATGATGGCGTGCATCGGCGAGAAGATCATCAGCGCCCCGTTCGCGATCCTCGGCTCCATCGGCGTCGTGGCCCAATTGCCCAACGTCAATCGCCTGCTGAAGAAGCACGACATCGATTTCGAAGTGCTGACCGCCGGCGAGTACAAACGCACATTGACGGTGTTTGGTGAGAATACCGAGAAGGGCCGGGAAAAATTCCAGGAAGACCTGGACATCACCCATGAGTTGTTCAAGAACTTCGTGTCCAACTACCGCCCGCAGCTGGCTATCGATGAAGTGGCAACCGGCGAGGTCTGGCTCGGTGTCGCCGCGCTGGAGAAACGCCTGGTGGACGAGCTCAAGACCAGCGATGAATACCTGGCCGAACGGGCCAAGGGTGCCGAGCTCTATCACCTGCACTATGCCGAACGCAAAAGCCTGCAGGAGCGCATCGGCATGGCGGCCAGCGGTTCGGTGGACCGGGTGCTGCTGAACTGGTGGAGCCGCCTGACGCAGCAGCGGTTCTGGTAG MEFFVEYAGFLAKTVTLVIAILVVMASFAALRSKGRRKSAGQLQVSKLNDFYKGLRERLEQTLLDKDQLKALRKSEGKAEKAGKKQKDKPAAKPRVFVLDFDGDIKASATESLRHEITALLTLATPKDEVVLRLESGGGMVHSYGLASSQLARIRQAGVPLTVCIDKVAASGGYMMACIGEKIISAPFAILGSIGVVAQLPNVNRLLKKHDIDFEVLTAGEYKRTLTVFGENTEKGREKFQEDLDITHELFKNFVSNYRPQLAIDEVATGEVWLGVAALEKRLVDELKTSDEYLAERAKGAELYHLHYAERKSLQERIGMAASGSVDRVLLNWWSRLTQQRFW NA NA NA NA NA D1-35_01049 495 hypothetical protein ATGCAGCGAATCATTAAGAACAACGAGGTCATCGACGAAACCTGGCACTTGCTGCCCAAGGACGCGACCTTCGATGGCATTTCCAACTGCGACGACCTGATCGTGCCCCTCGCCCTTTGGCGCGACCATGCCCATGCGCTCAAAGCCCGTGATGGCGGCCTGGGCGTGTGGCTGGATGCCGACGAAGAAGCGGAAGAAATCGGCGATGACGCCAATCAGCTCCAGGTCATCGCACTGAACTTCCCGGCCTTCACCGACGGGCGCAGCTACTCCAACGCGCGCCTGTTGCGCGAACGGTATGGCTTCAAGGGCGAATTGCGCGCCATTGGCGATGTGCTGCGCGACCAGTTGTTCTACATGCGCCGCTGCGGTTTTGACGCCTTTGCCCTGCGTGCCGACAAAGACCCCTATGAAGCCCTCGAAAGCCTCAAGGACTTTTCGGTGACCTACCAGGCGGCCACTGACGAACCGTTGCCACTGTTTCGCCGCCGCTGA MQRIIKNNEVIDETWHLLPKDATFDGISNCDDLIVPLALWRDHAHALKARDGGLGVWLDADEEAEEIGDDANQLQVIALNFPAFTDGRSYSNARLLRERYGFKGELRAIGDVLRDQLFYMRRCGFDAFALRADKDPYEALESLKDFSVTYQAATDEPLPLFRRR PGPT0002785_230 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390 NA NA D1-35_01050 1659 sir_1 COG0155 Sulfite reductase [ferredoxin] ATGTACGTATATGACGAGTACGATCAGCGGATCATCGAGGACCGCGTCAAGCAGTTCCGTGATCAGACCCGACGCTATCTGGCAGGCGAGCTGAGCGAAGAAGAATTCCGCCCTCTGCGCTTGCAGAATGGCCTGTATATCCAGCGCTTCGCCCCGATGCTGCGCGTGGCGGTGCCTTATGGCCAACTGACCGCGCGCCAGGCTCGCAAGCTGGCCCAGATTGCCCGCGACTATGACAAGGGCTACGCCCACATCAGTACCCGGCAGAACGTCCAGTACAACTGGCCTGCCCTGGAAGACGTGCCCGAGATCCTGGCGGAACTGGCCACCGTGCAGATGCACGCGATCCAGACCAGCGGCAACTGCCTGCGCAACGTGACCACCGACCAGTTTGCCGGCGTCGCGGCCGACGAACTGATCGACCCGCGCCCATGGTGCGAGATCGTTCGCCAATGGACCACGTTCCACCCGGAATTCGCCTACCTGCCGCGCAAGTTCAAGATCGCCATCAATGGCTCGACCTCGGACCGCGCGGCCATCGAAGTCCATGACATCGGCCTCGAAGCGGTCTACAACGCCGCCGGCGAGCTGGGCTTCCGCGTGCTGGTGGGCGGCGGCCTGGGCCGTACGCCGGTGGTCGGCGCGTTCATCAACGAGTTCCTGCCATGGCAGGACCTGCTGAGCTACCTCGACGCCATCCTGCGGGTGTACAACCGCTACGGGCGTCGCGACAACAAATACAAGGCGCGGATCAAGATCCTGGTCAAGGCCCTGACGCCTGAAGTGTTCGCCGAAAAGGTCGAGGCCGAAATGGTCCACCTGCGTGGCGGCCAGACCACCCTGACCGAAGCCGAAGTCCATCGCGTGGCCAAGCATTTCGTCGACCCGGCCTACAAGGCCCTGGACAACCAGGACGCCGAACTGGCCGCCCTCGACAAGGAACACCCGGGCTTCGCGCGCTGGCGGACACGCAACACCCTCAAGCACAAGAAACCGGGCTACGTCGCAGTGACCCTGTCGCTGAAGCCGACCGGTGTCGCACCGGGCGATATCACCGACAAGCAGATGGACGCCGTGGCCGACCTGGCCGACCGCTACAGCTTTGGCCAGCTGCGCACGTCCCACGAGCAGAACATCATCCTGGCGGACGTTGAACAGAGCCAGTTGTTCACCCTGTGGGGCGAGCTGCGCGAGCAAGGCTTCGCCACGCCGAACATCGGCCTGCTGACCGACATGATCTGCTGCCCGGGCGGGGATTTCTGCTCGCTGGCGAACGCCAAGTCGATTCCGATCGCCGAGTCGATCCAGCGCCGCTTCGACGACCTCGACTACCTGTTCGACATCGGCGAGCTGGACCTGAACATTTCCGGCTGCATGAATGCCTGCGGTCACCACCACGTCGGTCACATCGGCATCCTCGGCGTGGACAAGAAAGGCGAGGAGTTTTACCAAGTCTCCCTCGGTGGCAGCGGCAGCCGTGACGCCAGCCTGGGCAAGATCCTCGGCCCGTCGTTTGCCCAGGATGACATGCCGGATGTGATCGAGAAGCTGATCGACGTGTACATCGAACAACGTACCGAAGACGAGCGTTTCATCGACACTTATCAACGTATCGGCATCGACCTCTTCAAGGAACGCGTCTATGCAGCGAATCATTAA MYVYDEYDQRIIEDRVKQFRDQTRRYLAGELSEEEFRPLRLQNGLYIQRFAPMLRVAVPYGQLTARQARKLAQIARDYDKGYAHISTRQNVQYNWPALEDVPEILAELATVQMHAIQTSGNCLRNVTTDQFAGVAADELIDPRPWCEIVRQWTTFHPEFAYLPRKFKIAINGSTSDRAAIEVHDIGLEAVYNAAGELGFRVLVGGGLGRTPVVGAFINEFLPWQDLLSYLDAILRVYNRYGRRDNKYKARIKILVKALTPEVFAEKVEAEMVHLRGGQTTLTEAEVHRVAKHFVDPAYKALDNQDAELAALDKEHPGFARWRTRNTLKHKKPGYVAVTLSLKPTGVAPGDITDKQMDAVADLADRYSFGQLRTSHEQNIILADVEQSQLFTLWGELREQGFATPNIGLLTDMICCPGGDFCSLANAKSIPIAESIQRRFDDLDYLFDIGELDLNISGCMNACGHHHVGHIGILGVDKKGEEFYQVSLGGSGSRDASLGKILGPSFAQDDMPDVIEKLIDVYIEQRTEDERFIDTYQRIGIDLFKERVYAANH PGPT0002790_2020 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002790-cysI-K00381 NA NA D1-35_01051 114 hypothetical protein ATGAGTAATCCGACCAAAGCAAGGAAAAGCGACAGTACCGTTGATGCCTGGGCCATCCTGTTCCTGATTATCCTGGTGGTGGGCACGGCGGTGTTCTGGGTCAGTCATCAATAA MSNPTKARKSDSTVDAWAILFLIILVVGTAVFWVSHQ NA NA NA NA NA D1-35_01052 219 hypothetical protein ATGGACGATCCAGTCGACAACAAGCCGCCGACCCTGTTGCAGATGATGCACAGCGTGCTGGCCGCCGCTTTCGGCGTGCAGAGCGGCAAGAACCGCGCCCGGGATTTCACCCACGGCAAGCCGAGTCACTTCGTGATACTGGGAATCGCGTTCACGGTGATCTTCGCCTTGACCCTGTTTGGCATCGTCAAGCTGGTGGTGCACCTGGCGGGGTTGTGA MDDPVDNKPPTLLQMMHSVLAAAFGVQSGKNRARDFTHGKPSHFVILGIAFTVIFALTLFGIVKLVVHLAGL NA NA NA NA NA D1-35_01053 3711 metH COG0646 Methionine synthase ATGTCTGATCGCAGCGCTCGCCTTTATCTTCTCCAGCAGGCCCTCAAGGAACGCATCCTGATCCTCGACGGCGGCATGGGCACGATGATCCAGAGCTACAAGCTGGAAGAGCAGGACTACCGTGGCAAACGCTTCGCCGACTGGCCGAGCGACGTCAAGGGCAACAACGACTTGCTCGTGCTGACCCGCCCCGACGTGATTGGCGCTATCGAAAAGGCCTACCTGGATGCCGGCGCCGACATCCTCGAAACCAACACCTTCAACGCCACCCAGGTGTCCCAGGCCGACTACGGCATGCAGGGCCTGGCCTACGAGCTGAACCTGGAAGGCGCGCGCCTGGCCCGCAAGGTGGCCGACGCCAAGACCCTCGAAACCCCGGACAAGCCGCGCTTCGTCGCCGGCGTGCTCGGCCCGACCAGCCGCACCTGCTCGCTGTCGCCGGACGTGAACAACCCCGGCTACCGCAACGTGACCTTCGACGAGCTGGTGGAGAACTACACCGAAGCCACCAAGGGCCTGATCGAAGGCGGCGCCGACCTGATCCTGATCGAGACCATTTTCGACACGCTCAATGCCAAGGCCGCGATCTTCGCCGTGCAAGGCGTCTATGAAGAGCTGGGCATCGAGTTGCCGATCATGATTTCCGGCACCATCACCGACGCCTCCGGCCGCACCCTCTCCGGCCAGACCACCGAAGCCTTCTGGAACTCGGTGGCCCACGCCAAGCCGATCTCCGTCGGCCTGAACTGCGCCCTCGGCGCCAGCGAACTGCGCCCGTACCTGGAAGAACTGTCGAACAAGGCCAGCACCCATGTGTCGGCGCACCCCAACGCCGGCCTGCCCAACGAATTCGGCGAATACGACGAGCTGCCGGTGGACACCGCCAAGGTCATTGAAGAATTTGCCCAGAGCGGCTTCCTCAATATCGTCGGCGGTTGCTGCGGCACCACCCCGGCACACATCGAAGCTATCGCCAAGGCCGTCGCTGGCTATGCTCCGCGGCAGATTCCCGAGATTCCCCGGGCGTGCCGCCTGTCGGGCCTGGAACCGTTCACCATCGATCGCAGCTCGTTGTTCGTCAACGTCGGCGAGCGGACCAACATCACCGGCTCCGCCAAATTCGCCCGGCTGATCCGCGAAGACAACTACACCGAAGCCCTGGAAGTGGCGCTGCAACAGGTCGAGGCCGGCGCCCAGGTGATCGACATCAACATGGACGAGGGCATGCTCGATTCGAAGAAGGCCATGGTGACCTTCCTCAATCTGATCGCCGGCGAACCGGATATTTCCCGCGTGCCGATCATGATCGACTCCTCCAAGTGGGAAGTCATCGAAGCTGGCCTCAAGTGCATCCAGGGCAAGGGCATCGTCAACTCCATCAGCATGAAGGAAGGCGTCGAGCAGTTCATCCATCACGCCAAGCTGTGCAAGCGCTACGGCGCGGCCGTGGTGGTGATGGCCTTCGACGAAGCCGGCCAGGCCGACACCGAGGCGCGCAAGAAGGAAATCTGCAAGCGCTCCTACGATATCCTGGTCAACGAGGTTGGCTTCCCGCCGGAAGACATCATCTTCGACCCGAACATCTTCGCCGTCGCCACCGGTATCGAAGAGCACAACAACTATGCCGTGGACTTCATCAACGCCTGCGCCTACATCCGCGACGAACTGCCCTACGCGCTGACCTCCGGTGGCGTGTCCAACGTGTCGTTCTCGTTCCGTGGCAACAACCCGGTGCGCGAGGCGATCCACTCGGTGTTCCTGCTGCACGCGATCCGCGCGGGCCTGACCATGGGCATCGTCAACGCCGGCCAACTGGAGATCTACGACCAGATCCCGGTGGAACTGCGCGACGCGGTGGAAGACGTGATCCTCAACCGTACACCCGAAGGCACCGACGCCCTCCTCGCGATCGCCGACAAGTACAAGGGCGACGGCAGCGTCAAGGAAGCGGAAACCGAAGAATGGCGCGGCTGGGAAGTGAACAAGCGCCTGGAGCACGCGCTGGTCAAGGGCATCACCACCCACATCGTCGAGGACACCGAGGAATCGCGCCTGTCTTTCGCCCGCCCGATCGAAGTGATCGAAGGCCCGCTGATGGCCGGCATGAACATCGTCGGCGACCTGTTTGGCGCCGGCAAGATGTTCCTGCCCCAGGTGGTCAAGTCCGCCCGCGTGATGAAGCAGGCCGTGGCGCACCTGATTCCGTTCATCGAAGCGGAAAAAGGCGACAAGCCAGAGGCCAAGGGCAAGATCCTGATGGCGACGGTCAAGGGCGACGTCCACGACATCGGCAAGAACATCGTCGGCGTGGTGCTGGGGTGCAACGGCTACGACGTGGTCGACCTCGGCGTGATGGTGCCGGCGGAGAAAATCCTTCAGGTGGCCAAAGATGAGAAGTGCGACATCATCGGCCTGTCCGGCCTGATCACACCGTCCCTGGACGAAATGGTGCATGTGGCGCGGGAGATGCAGCGCCAGGACTTCCACCTGCCGCTGATGATCGGTGGCGCCACGACCTCCAAGGCCCACACCGCCGTGAAGATCGAACCCAAGTACAGCAATGATGCAGTGATTTACGTCACCGACGCCTCCCGCGCCGTGGGCGTGGCGACGCAGTTGCTGTCCAAGGAGCTCAAGCCGGCGTTCGTCGAGAAGACCCGCCTGGACTACATAGACGTGCGCGAGCGCACCTCCAACCGCAGCGCCCGCACCGAGCGCCTGAGCTACCCGGCGGCCGTGGCGAAGAAGCCGCAGTTCGACTGGAGCAGCTACCAGCCGGTCAAGCCGACTTTCACCGGCGCACGGGTGCTGGACGATATCGACCTGAACGTCCTGGCCGAGTACATCGACTGGACGCCGTTTTTCATTTCCTGGGACCTGGCCGGCAAATACCCGCGCATCCTCACCGACGAAGTGGTCGGCGAAGCGGCCACCGCGCTGTACGCCGATGCCCGGGCGATGCTGCGCAAGCTGATCGACGAGAAACTTATCAGCGCTCGCGCGGTGTTTGGCTTCTGGCCGGCCAACCAGGTGCATGACGACGACCTGGAAGTCTACGATGATCAAGGCAAGCCACTGGCGCGCCTGCATCACCTGCGCCAGCAGATCATCAAGACCGACGGCAAGCCGAACTTCTCCCTGGCCGACTTCGTCGCACCCAAGGACAGCGGCGTGACCGACTACGTCGGTGGCTTCATCACCACCGCCGGCATCGGTGCCGAAGAAGTCGCCAAGGCCTACCAGAACGCCGGCGACGACTACAACTCGATCATGGTCAAGGCCCTGGCCGACCGCCTGGCCGAAGCTTGCGCCGAATGGCTGCACCAGCAGGTGCGCAAGGAGTATTGGGGCTATGCCAAGGATGAGCGCCTGGACAACGAGGCGCTGATCAAGGAGCAATACACCGGCATCCGCCCTGCCCCCGGTTACCCGGCCTGCCCGGATCACACCGAGAAAGCCACCCTGTTCCGCCTGCTCGACCCCGAGGCCAGCGAACTGAAAGCCGGACGCAGCGGCGTGTTCCTCACCGAACACTACGCGATGTTCCCGGCGGCGGCGGTCAGCGGCTGGTACTTCGCCCATCCCCAGGCGCAGTATTTCGCCGTGGGCAAGATCGACAAGGACCAGGTCCAGAGCTACACCGCGCGCAAGGGCCAGGACCTGAGCGTGACCGAGCGCTGGCTGGCGCCGAACCTGGGCTACGACAACTGA MSDRSARLYLLQQALKERILILDGGMGTMIQSYKLEEQDYRGKRFADWPSDVKGNNDLLVLTRPDVIGAIEKAYLDAGADILETNTFNATQVSQADYGMQGLAYELNLEGARLARKVADAKTLETPDKPRFVAGVLGPTSRTCSLSPDVNNPGYRNVTFDELVENYTEATKGLIEGGADLILIETIFDTLNAKAAIFAVQGVYEELGIELPIMISGTITDASGRTLSGQTTEAFWNSVAHAKPISVGLNCALGASELRPYLEELSNKASTHVSAHPNAGLPNEFGEYDELPVDTAKVIEEFAQSGFLNIVGGCCGTTPAHIEAIAKAVAGYAPRQIPEIPRACRLSGLEPFTIDRSSLFVNVGERTNITGSAKFARLIREDNYTEALEVALQQVEAGAQVIDINMDEGMLDSKKAMVTFLNLIAGEPDISRVPIMIDSSKWEVIEAGLKCIQGKGIVNSISMKEGVEQFIHHAKLCKRYGAAVVVMAFDEAGQADTEARKKEICKRSYDILVNEVGFPPEDIIFDPNIFAVATGIEEHNNYAVDFINACAYIRDELPYALTSGGVSNVSFSFRGNNPVREAIHSVFLLHAIRAGLTMGIVNAGQLEIYDQIPVELRDAVEDVILNRTPEGTDALLAIADKYKGDGSVKEAETEEWRGWEVNKRLEHALVKGITTHIVEDTEESRLSFARPIEVIEGPLMAGMNIVGDLFGAGKMFLPQVVKSARVMKQAVAHLIPFIEAEKGDKPEAKGKILMATVKGDVHDIGKNIVGVVLGCNGYDVVDLGVMVPAEKILQVAKDEKCDIIGLSGLITPSLDEMVHVAREMQRQDFHLPLMIGGATTSKAHTAVKIEPKYSNDAVIYVTDASRAVGVATQLLSKELKPAFVEKTRLDYIDVRERTSNRSARTERLSYPAAVAKKPQFDWSSYQPVKPTFTGARVLDDIDLNVLAEYIDWTPFFISWDLAGKYPRILTDEVVGEAATALYADARAMLRKLIDEKLISARAVFGFWPANQVHDDDLEVYDDQGKPLARLHHLRQQIIKTDGKPNFSLADFVAPKDSGVTDYVGGFITTAGIGAEEVAKAYQNAGDDYNSIMVKALADRLAEACAEWLHQQVRKEYWGYAKDERLDNEALIKEQYTGIRPAPGYPACPDHTEKATLFRLLDPEASELKAGRSGVFLTEHYAMFPAAAVSGWYFAHPQAQYFAVGKIDKDQVQSYTARKGQDLSVTERWLAPNLGYDN PGPT0008135_933 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008135-metH-K00548 NA NA D1-35_01054 219 hypothetical protein ATGAATCTAGCTCATGTTTGCAAGCGGTACCGGCCCGATCTATTACCGGCTCTGGCCGGTGCAGGGGGGATCGTGCACAAGACCCACATCACCTATGGCTTGAGCGCAGCGAAGATGGCGCGGATCAAGCGCGACCTCGCCCGGCAGTTGCTGCTTCGCGCCCTTGCGCGGTCGGCTGCTTTCCTGACAAAAATACTGGGACTTTGTCCGGCGCGATGA MNLAHVCKRYRPDLLPALAGAGGIVHKTHITYGLSAAKMARIKRDLARQLLLRALARSAAFLTKILGLCPAR NA NA NA NA NA D1-35_01055 585 nfuA COG0316 Fe/S biogenesis protein NfuA ATGACCGCCATTACCATTACCGATGCCGCCCACGATTACCTGGCCGACCTGCTGTCCAAGCAGAACACCCCGGGTATCGGGATCCGCATCTTCATCACCCAGCCCGGCACCCAGTACGCAGAGACGTGCATTGCCTACTGCAAGCCGGGAGAAGAAAAACCCGAAGACACCGCGCTGGGGCTCAAGAGCTTCACCGCGTACATCGACTCGTTCAGCGAAGCTTTCCTGGACGATGCGGTGGTCGACTACGCCACCGACCGCATGGGCGGCCAGCTGACCATCAAGGCGCCGAACGCCAAGGTACCGATGGTCAACGCCGACAGCCCGGTCAACGAGCGCATCAACTATTACCTGCAAACCGAGATCAACCCGGGGCTGGCCAGCCACGGCGGCCAGGTGTCGCTGATCGACGTGGTGGAAGACGGCATCGCCGTGCTCCAGTTCGGCGGCGGTTGCCAGGGCTGCGGCCAGGCTGACGTGACCTTGAAGGAAGGCATCGAGCGCACCTTGCTCGAGCGCATCCCGGAACTCAAGGGCGTGCGCGACGTGACCGACCACACGCAGAAAGAAAACGCCTACTACTGA MTAITITDAAHDYLADLLSKQNTPGIGIRIFITQPGTQYAETCIAYCKPGEEKPEDTALGLKSFTAYIDSFSEAFLDDAVVDYATDRMGGQLTIKAPNAKVPMVNADSPVNERINYYLQTEINPGLASHGGQVSLIDVVEDGIAVLQFGGGCQGCGQADVTLKEGIERTLLERIPELKGVRDVTDHTQKENAYY NA NA NA NA NA D1-35_01056 747 cobM COG2875 Precorrin-4 C(11)-methyltransferase ATGACCGTTTACTTCATCGGTGCCGGCCCCGGCGACCCGGAACTGATCACCGTGAAAGGCCAGCGCCTGATCCGCCGTTGCCCGGTGATCATCTACGCCGGCTCCCTGGTGCCGGCGGCCGTGCTCGAAGGCCACAGCGCCGAACAGGTGGTCAACAGCGCAGAGCTGCACCTGGAACAGATCGTCGAATTGATCAGGATCGCGCATTTGAACGGCCAGGACGTGGCCCGGGTGCACTCCGGCGATCCAAGTCTGTATGGCGCCATCGGCGAGCAGATCCGCTGCCTCCGGGAGCTGGACATCCCTTTCGAAATCGTTCCGGGCGTCACCGCCACCTCAGCCTGCGCGGCCCTGCTCGGCGCCGAGCTGACGCTACCGGACGTGTCCCAGAGTGTGATCCTGACCCGTTACGCGGACAAGACCGCGATGCCCGCCGGGGAAGAACTTGCCAGCCTGGCGCGGCATGGCGCAACCATGGCAATTCACCTGGGCGTCAATCACCTGGAAAAAATAGTCGCTGAACTGCTGCCCCACTACGGCGCGGATTGTCCGATCGCGGTGATTCACCGGGCCACGTGGCCGGATCAGGATTGGGTGGTGGGTACGCTGGAGGATATCGCCGGGAAGGTCCAAGCCAAGGGCTTTCGACGTACGGCGCTGATACTGGTGGGGCGCGTGTTGGGCAATGATGTGTTCAGCGAATCATCGCTGTATCGCGCCGGCCATGTGCATCTGTACAGGCCCTGA MTVYFIGAGPGDPELITVKGQRLIRRCPVIIYAGSLVPAAVLEGHSAEQVVNSAELHLEQIVELIRIAHLNGQDVARVHSGDPSLYGAIGEQIRCLRELDIPFEIVPGVTATSACAALLGAELTLPDVSQSVILTRYADKTAMPAGEELASLARHGATMAIHLGVNHLEKIVAELLPHYGADCPIAVIHRATWPDQDWVVGTLEDIAGKVQAKGFRRTALILVGRVLGNDVFSESSLYRAGHVHLYRP PGPT0004625_1794 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004625-cbiF-K05936 NA NA D1-35_01057 405 cbiG COG2073 Cobalt-precorrin-5A hydrolase ATGAGTAGCGGGCCGCTCCTGGTGGTCGGCCTGGGCTGCCAACGCGGTTGCCCGGCCAGTGCGTTGCGGGCATTGCTTGAGCAGACGCTATTGGCCCACGGCATTGCGCTTGGTGACGTACAGGCCTTGGCCAGTATCGATCTCAAGCACGACGAACCGGGCCTGCTGGAGCTGGCCGAGCAATTGGCGCTGCCACTGACCTGCTTCACTGCCGAGCAGTTGGCGGGTTATCAAACGCAGCTCAGCCAGCGTTCCCGGATCGCCTTCGAGCGTACGGGCTGCCACGGCGTCGCCGAAAGCGCCGCCCTTGCCCTGGCCGATCAACTGGGCGATTCGCCCGCGAGACTGCTGATTACCCGCCAGAAAAGTGCGCAAGCCACCCTGGCATTGGCGGCAGCTTCGTAA MSSGPLLVVGLGCQRGCPASALRALLEQTLLAHGIALGDVQALASIDLKHDEPGLLELAEQLALPLTCFTAEQLAGYQTQLSQRSRIAFERTGCHGVAESAALALADQLGDSPARLLITRQKSAQATLALAAAS PGPT0004630_1169 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004630-cbiG-K02189 NA NA D1-35_01058 696 hypothetical protein ATGATCAAGCGTATCGCTCGGACTGCCGGTTTCAGTGGGCTGCTGGCCGCCCTGCTGTTGACTCTTCTACAAAGCCTGTGGGTCTCGCCGTTGATTCAGCAAGCCGAAACCTACGAAAAGGCCCCGGCCAGCGAAGTCCATGAGCATGTTTCGGGCGCTGCCCACAGCCATGACGACGAAGCCTGGGAGCCGCAAGACGGCTGGCAACGCCTGCTCGCCACCACGGGCGGCAACCTGGTGGTCGCGGTGGGTTTCGCCCTGATGCTGGCGGGCCTGTACACCTTGCGCGAGCCGACGCGTACGTCCCAGGGCTTGCTTTGGGGACTGGCCGGTTACGCCACCTTCGTCCTCGCGCCAACGCTTGGCCTGCCACCGGAACTGCCTGGCACGGCGGCGGCTGAGCTGGCCCAGCGGCAGATGTGGTGGATTGGCACGGCGGCGTCCACGGCGGTAGGCATAGCCCTGATTGCCTTCGGCCGGCAGTGGCTGCTGAAGCTGCTGGGTGTCGCGACCTTGGTCGTTCCTCATGTCATCGGCGCGCCGCAGCCTGAAGTCCATTCGATGCTGGCTCCCGAGGCGCTGGAAAGCCAGTTCAAGATCGCCGCGCAACTGACCAATGTCGCGTTCTGGCTCTCCCTGGGCCTGATCAGCGCCTGGCTGTTTCGCCGTGGCGCCCAGGCTCGCCACGACGCATGA MIKRIARTAGFSGLLAALLLTLLQSLWVSPLIQQAETYEKAPASEVHEHVSGAAHSHDDEAWEPQDGWQRLLATTGGNLVVAVGFALMLAGLYTLREPTRTSQGLLWGLAGYATFVLAPTLGLPPELPGTAAAELAQRQMWWIGTAASTAVGIALIAFGRQWLLKLLGVATLVVPHVIGAPQPEVHSMLAPEALESQFKIAAQLTNVAFWLSLGLISAWLFRRGAQARHDA NA NA NA NA NA D1-35_01059 189 hypothetical protein ATGTCGACCATCAGCAGCACCGCCCGTACCACCAGCAGCACTGTCACCCTGAGCCAGCGCCTGAGCGCGGCGGTCCTCGCCTCGATCCTCGGTGCGGGCCTGGTCTACTTCGCCGGTTTCTCCCACATCGAAGCGGTGCACAACGCGGCCCACGACACCCGGCATAGCGCCGCGTTCCCGTGCCACTGA MSTISSTARTTSSTVTLSQRLSAAVLASILGAGLVYFAGFSHIEAVHNAAHDTRHSAAFPCH NA NA NA NA NA D1-35_01061 1626 hypothetical protein ATGTCCCTACGCAGCTTGAATATCGCCCCCAGAGCCTTTCTCGGCTTCACTGTCATCGCACTGCTTGTCGTCGTCCTCGGCGTGTTCGCCGCCAATCGCATGTCGGTCATCCGCCAGGCTTCGGTGGACATGGAGCAGACCCAGGTGCCCAGCGTCAGCCATCTGGCCAGTGTGATGGAAAGCGTCTTGCGCATGCGCATCCTCTCGTTTCGCATACTGGTGAACCGTGACCCGGCCAGCCTGAACGAGGCCGACGGGCGCATCGGTGTGCTGGTGGAAAAACTGCACAAGGCCAATAACAGCTATGCGGCGCTGCCGGCCACCCCGCAAGAGGCCGAGCTGTACAAGACTTTTTCCGCGACGCTTGCAAAGTATCTCGAGGCCCAGCAGGAAATGCTCCAGCTGTCGCGTCAGGACAAGCTTGATCAACTGCGCGCCCATATCAATACGCGGATCAAGGAAGGCACCGACCTGATGGGCGAACAGCTCAACAAACTCATCGAGTTCAACGTGACCAGCGCCGGCGAAGCATCGGCCAAGGCTGACGGCTACTACAGCAGCGCCATCACCGGCATCATCGTCGTCTCGGTCATCGCCGCGCTGGCGACCGTGTTGCTGGCCTTGCTCCTGACCCGCAGCATTGTGACGCCGCTGAATCGAGCGCTCGAAGCAGCCCGGACCATTGCCAGCGGCAATCTGGTCACCGTCATCGTCGACGACGGCAAGGACGAACCTGCGCGATTGCTCCAGGCCTTGGGCGCCATGCAGGGCAGCCTGCGCCAGACCATCGAGCAGATTGCCGGTTCCGCCACCCAGCTGGGCGCCGCCGCTGAAGAGTTGAGTGCCGTCACCCAGGAGTCTTCCCGTGGCTTGCAACGGCAGCACAGCGAAATCGAGCAGGCGGCCACCGCCGTCAATGAGATGACCGCCGCGGTCGAGGAGGTTGCCCGCAACGCGGTGTCCACTTCCGAAGCCTCGAACCAGTCCACCCAGGCGGCCCGGGAAGGGCGCACGCGAGTGGTGGAGACCGTCGATGCGATCCAGACCATGACCCACGACGTGCAAGCCACCGCCGCGATGATCGAGGGCCTGGCAGTCCAGGGCCGCGACATCGGCAAGGTGCTGGACGTGATCCGCGCCATCGCCGAACAGACCAACCTGCTGGCCCTCAACGCGGCCATCGAAGCCGCCAGGGCCGGGGAGGCCGGACGTGGTTTCGCGGTGGTGGCCGATGAAGTCCGCGCCTTGGCTCATCGCACCGCGCAATCGACCCAGGAAATCGAAAAAATGGTCGCCGGCATCCAGAACGGCACCGGCCAGGCCGTGCAGTCGATGCAGCAAAGCAACCAGCGCACCCAAAGCACCCTGGAACTGGCCCGTGGCGCCGGCGTGGCGCTGGAACAGATCACCCAGTCGATCCACCAGATCAACGAGCGCAACCTGGTCATTGCCAGCGCGTCCGAAGAACAGGCCCAGGTCTCCCGCGAAGTGGACCGCAACCTGATGAACATCCGTGATCTGGCGACCCAATCGGCCAGCGGCGCGCAACAGACCAGCGACGCCACTCACGAACTGTCGCGGCTGGCGGTGGGTTTGAATGCGACGGTGGCGCGCTTCGTTATTTGA MSLRSLNIAPRAFLGFTVIALLVVVLGVFAANRMSVIRQASVDMEQTQVPSVSHLASVMESVLRMRILSFRILVNRDPASLNEADGRIGVLVEKLHKANNSYAALPATPQEAELYKTFSATLAKYLEAQQEMLQLSRQDKLDQLRAHINTRIKEGTDLMGEQLNKLIEFNVTSAGEASAKADGYYSSAITGIIVVSVIAALATVLLALLLTRSIVTPLNRALEAARTIASGNLVTVIVDDGKDEPARLLQALGAMQGSLRQTIEQIAGSATQLGAAAEELSAVTQESSRGLQRQHSEIEQAATAVNEMTAAVEEVARNAVSTSEASNQSTQAAREGRTRVVETVDAIQTMTHDVQATAAMIEGLAVQGRDIGKVLDVIRAIAEQTNLLALNAAIEAARAGEAGRGFAVVADEVRALAHRTAQSTQEIEKMVAGIQNGTGQAVQSMQQSNQRTQSTLELARGAGVALEQITQSIHQINERNLVIASASEEQAQVSREVDRNLMNIRDLATQSASGAQQTSDATHELSRLAVGLNATVARFVI PGPT0015710_21063 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 D1-35_01062 1185 aruH COG0436 Arginine--pyruvate transaminase AruH ATGCGCTTTTCAGCCTTGACCCAACGCATCACCGGCGACGGCGCCGCCGCCTGGCAGATCCATGACCGGGCGCTGGCCATGCGCGAACAGGGCAGGGAGGTGCTGTTGCTGTCAGTGGGCGATCCGGATTTCGACACGCCACCGGCCATTGTCGAGGCCGCCGTCGCCAGCCTGCGGGCGGGGGACACGCATTATTCGGATACCCGTGGCCTGCATGCGTTGCGCGCCAGCATCGCCCGGCGCCACCAGCAACGTTGCGGCCAACCGGTGGGCGCCGGGCACGTTACGGTGCTGCCCGGCGCCCAGTGTGCGGTCTTCGCGGTCGCGCAGTGCCTGCTCGACCCCGGCGACGAGGTGATTGTCGCCGAACCGATGTACGTCACCTACGAAGCGGTCTTTGGCGCCTGCGGGGCGAAAGTGGTCCCGGTGGCGGTACGTCCGGAAAACGCTTTTCGGGTAGAGCCTGCCGACGTGGCCCGGCTGATCACGCCGCGTACCCGCGCGATGCTGCTCAACAGCCCCAACAATCCCTCCGGCGCCAGCCTGCCGCTGGCCACCTGGCAAGCGTTGGCGCAACTGTGCATCGAGCATGACCTGTGGCTGATCAGCGATGAGGTCTACAGCGACTTGCTCTACGACGGCGAACATATCAGCCCGGCCAGCCTGCCGGGCATGGCCGAGCGCACCGCCACCCTCAACAGCCTGTCCAAATCCCACGCCATGACGGGCTGGCGCATCGGCTGGGCCATCGGCCCCGAGTCCCTTGCCGGGCATCTGGCCAACCTGTCGCTGTGCATGCTGTTCGGCCTGCCGGACTTCGTCCAGCGCGCCGCCCAGGTTGCCCTTGAGCGGGATCTGCCTGAAGTGGCGCGGATGCGCGAGGAATATCGCCAGCGCCGTGACCTGGTGTGCGCGGCGCTGGAGGGGCGTGCGGGCCTCAGGCCGGTACGGCCTGATGGCGGGATGTTCGTGATGGTCGACGTGCGCCAGACGGGTCTCGCCGCCCAGGCATTTGCCGAGCGCCTGCTGGACGGCTATGGCGTGTCGGTGCTGGCGGGCGAGGCGTTCGGGCCGAGCGCGGCAGGGCATATCCGGATCGGCCTGGTGGTCGACCAAGTGCAATTGGCGGATGCGTGTCGGCGGATCGTCGAGTGTGCGGCGGCCTTGCTGCAGGTCGATTGGTGA MRFSALTQRITGDGAAAWQIHDRALAMREQGREVLLLSVGDPDFDTPPAIVEAAVASLRAGDTHYSDTRGLHALRASIARRHQQRCGQPVGAGHVTVLPGAQCAVFAVAQCLLDPGDEVIVAEPMYVTYEAVFGACGAKVVPVAVRPENAFRVEPADVARLITPRTRAMLLNSPNNPSGASLPLATWQALAQLCIEHDLWLISDEVYSDLLYDGEHISPASLPGMAERTATLNSLSKSHAMTGWRIGWAIGPESLAGHLANLSLCMLFGLPDFVQRAAQVALERDLPEVARMREEYRQRRDLVCAALEGRAGLRPVRPDGGMFVMVDVRQTGLAAQAFAERLLDGYGVSVLAGEAFGPSAAGHIRIGLVVDQVQLADACRRIVECAAALLQVDW PGPT0020890_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020890-occP|nocP-K10021 NA NA D1-35_01063 744 phoP_2 COG0745 Alkaline phosphatase synthesis transcriptional regulatory protein PhoP ATGAGTCCCGCCCAGGCGCCACCGTATTTTCTGGACCACCCCATGCCCAACATCCTCCTCGTCGAAGACGACGCCGCCCTTTGCGAACTGATCTCCAGCTACCTGGAGCGCAACGGCTATCAGGTCAGCGTCCTCAACCGTGGCGATCACGTCCGTGAGCGGGCACGGGCCAACCCGCCGGACCTGGTGATCCTCGACCTGATGCTGCCGGGCCTGGATGGCTTGCAGGTCTGCCGTCTGCTGCGCGCCGATTCGGCGACCCTGCCGATCCTGATGCTCACCGCTCGGGATGACAGCCACGACCAGGTGCTGGGCCTGGAAATGGGCGCCGATGACTACGTCACCAAGCCCTGCGAGCCGCGGGTATTGCTGGCGCGGGTACGCACGCTGCTGCGGCGCAGCAGCCTCACTGAACCGCAAACGGTCAACGACCGTATTGTCATGGGCAACCTGTGCATCGATCTGTCCGAGCGCACCGTCACCTGGCGCGGGCAGCCGGTGGAGCTGTCCAGCGGCGAGTACAACCTGCTGGTGGTGCTGGCCCGGCATTCCGGCGAGGTGCTCAGCCGCGACCAGATCTTGCAGCGCTTGCGCGGCATCGAATTCAACGGCACCGATCGTTCGGTGGACGTGGCCATTTCCAAATTGCGGCGCAAATTCGACGACAACGCCGGCGAGGCGCGCAAGATCAAGACCGTGTGGGGCAAGGGTTACCTGTTCAGCCGTTCCGAGTGGGAATGCTGA MSPAQAPPYFLDHPMPNILLVEDDAALCELISSYLERNGYQVSVLNRGDHVRERARANPPDLVILDLMLPGLDGLQVCRLLRADSATLPILMLTARDDSHDQVLGLEMGADDYVTKPCEPRVLLARVRTLLRRSSLTEPQTVNDRIVMGNLCIDLSERTVTWRGQPVELSSGEYNLLVVLARHSGEVLSRDQILQRLRGIEFNGTDRSVDVAISKLRRKFDDNAGEARKIKTVWGKGYLFSRSEWEC PGPT0022435_52 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0022435-parR-K18073 NA NA D1-35_01064 1302 rstB Sensor protein RstB ATGTGGAAACTGCTGATTCGTCTGTATCTGGTGACCATCGTCTCCTACAGCGCGGCGATCTACCTGATGCCGGAACTGGTGATCCGCCTGTTCCATGAGCGCTTCCAGACTTACAACCTCGACTATTCCCGTGGCCTGCAAACCTTGATGGCCAAGCAGTTTCGCGCCGTACCCAGCGCGCAATGGCCGGCGCTGGCAGCGCAGATGGACAAGGAGTTCGAGCCGCTGCGCATCGAGCTCGCCGCCACCGATGATGCGGATTTCACCACCGCCGAGCAGGCGCGTCTGCAACGCGGTGAGAATGTGGTGCGCATCGGCGACTGGGGTTGGCGAACCCTGGCGGCCGCGCCGCTGGATGGGCGCACCGCGGTGAAGATGATCGTTCCCCCGGATCCGGCGGATGTCAGCTGGCTGTACTGGAGCATCAACGTGCTGATCGGCGCGACGATGCTCGGCTGTCTGCTGCTCTGGCTGCGGCCGCACTGGCGCGACCTGGAGCGGCTCAAACGCACCGCCGAGCGTTTCGGCAAGGGCCACCTGGGTGAGCGCACGCACATCGCGCCGCGCTCCAACATCGGCAGCCTGGCCCATGTTTTCGACACCATGGCGGGCGATATCGAGAACCTGCTCAATCAGCAGCGCGACCTGCTCAATGCCGTCTCCCATGAACTGCGCACGCCTTTGACCCGGCTTGACTTCGGCTTGGCACTGGCCTTGTCCGAGGATCTGCCGGCGCCCAGCCGCGAGCGTCTGCAAGGGTTGGTGGCGCACATTCGCGAGTTGGATGAGTTGGTGCTGGAGCTGTTGTCCTATAGCCGTCTGCAGAACCCCGAGCGCCTGCCGGAGCGGGTCGAAGTGCCGCTGGACGAGTTCATCGACAGCATCCTCGGCAGCCTCGATGAAGACCTGGCGGCGCCGGAGGTGGTGATCGACGTTTTGCTGCACGGGGCGCTGGAGCGTTTCGAGCTCGACCCGCGCCTCACCGCCCGGGCCTTGCAGAACCTGCTGCGCAATGCGATGCGCTATTGCGAAAAACGCATCCAGGTGGGGGTGCTGGTCAGCGAGCAAGGCTGCGAAATCTGGGTCGACGATGACGGCATCGGCATTCCTGACAGCGAGCGTGAGCGGGTATTCGAGCCGTTCTACCGGCTGGACCGCAGCCGTGATCGCGCCACGGGCGGCTTCGGCCTCGGCCTGGCGATCAGCCGCCGCGCCCTGCAAGCCCAGGGCGGCACCCTGACGGTCGAAGCCTCGCCGCTGGGCGGGGCACGCTTCCGGCTCTGGCTACCCCCAACCTGCTGA MWKLLIRLYLVTIVSYSAAIYLMPELVIRLFHERFQTYNLDYSRGLQTLMAKQFRAVPSAQWPALAAQMDKEFEPLRIELAATDDADFTTAEQARLQRGENVVRIGDWGWRTLAAAPLDGRTAVKMIVPPDPADVSWLYWSINVLIGATMLGCLLLWLRPHWRDLERLKRTAERFGKGHLGERTHIAPRSNIGSLAHVFDTMAGDIENLLNQQRDLLNAVSHELRTPLTRLDFGLALALSEDLPAPSRERLQGLVAHIRELDELVLELLSYSRLQNPERLPERVEVPLDEFIDSILGSLDEDLAAPEVVIDVLLHGALERFELDPRLTARALQNLLRNAMRYCEKRIQVGVLVSEQGCEIWVDDDGIGIPDSERERVFEPFYRLDRSRDRATGGFGLGLAISRRALQAQGGTLTVEASPLGGARFRLWLPPTC PGPT0004100_3878 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_01065 642 hypothetical protein ATGCCCCGCCTCACCCGCACTCACCCGCGTCTTTCCTGCGCCACGGTCATCGGCCTGGCGGCGGGCCTGCTGATCCCCGCAGATTCGATCATCGGCAAGGTCCTGATCGGCTGGAACGTCGGGGTCTGGACCTACCTGGCGCTGATGTTCTGGCTGACGGTGCGAGCCAAGGCACCTGACGTCAAGCGCATCGCCGAAATCGAAGACGAGAACGCCGGGCTGGTCCTGCTGATGGTCTGCATCGCGGCCTTGGCGAGCCTGGCGACCATCACCTTCGAACTGGCCGGCAGCCGCGACCTGCAAACCGCAGGCAAGCTGCTGCATTACGGTTTCACGGCATTGACCGTGATCGGTTCATGGCTACTGATCGGGGTGATTTTCAGCGTGCACTACGCGCGCCTTTATTACACCTGGTCCGGCAAGGAGCCCGCCCTGCGTTTTGCCGAGGGCCTGACCACGCCGAACTACTGGGATTTTTTGTACTTCTCTTTCACCATCGGCGTGGCGGTGCAGACTTCGGACGTGGGTGTTGCGACGCGGCAGCTGCGCAAGATCGTGTTGGCGCAGTCGTTGATCGGGTTTGTATTCAACACCGCGATCCTGGGGTTTTCGATCAATATTGCGGCGGGGTTGTTTGGCTGA MPRLTRTHPRLSCATVIGLAAGLLIPADSIIGKVLIGWNVGVWTYLALMFWLTVRAKAPDVKRIAEIEDENAGLVLLMVCIAALASLATITFELAGSRDLQTAGKLLHYGFTALTVIGSWLLIGVIFSVHYARLYYTWSGKEPALRFAEGLTTPNYWDFLYFSFTIGVAVQTSDVGVATRQLRKIVLAQSLIGFVFNTAILGFSINIAAGLFG NA NA NA NA NA D1-35_01066 2079 COG2200 putative signaling protein ATGCTCATCGGCAGCTATTCCCCCGCCCTTGTTTCGATTTCCCTGTTTGTCGCGATCCTGGCGTCCTATACCGCGCTGGACCTGACCGGACGCATAACCACTGCCCAGGGTCGGGCCGTGCATTTCTGGATGGCGGGTGGTGCCTTGGCGATGGGGGTGGGCATCTGGTCCATGCATTTCATCGGCATGCTCGCGTTCAGCTTGCCGGTGGAGCTTGGCTACGATGTGGCAATTACTGCGTTGTCGCTGCTGATCGCCATCCTTTCCAGCGGCTTTGCCCTCTGGCTGGTCAGCCAGCCACAACTGCGGACCTGGCAGCTGGTGTTCGGCGCGCTGGTGATGGGCACTGGCATCAGCGCCATGCATTACACCGGTATGGCGGCCCTGCGGATGCAGCCGGGCATCGATTATGACCCGACGCTGTTCGGCGCCTCGTTGGTAATAGCCGTGGTGGCGTGCGCGGCGGCGTTATGGATCGCCTTTCACCTGCGCCAGAACACCCCTCATGTACGTCTCGCTCGCGCCGGTGCCGCCGTGGTGATGGGCGCTGCCATCGTCGGCATGCATTACACCGGCATGGCCGCGGCGCAGTTCAGCGAAGGCAGTTTCTGCGGTTCCCTGGACGGTTTGAGCGGTAAGGGCCTGGATAACCTGGTGCTGATCACCACCTTGGCGGTGCTGGCGATTGCCTTGCTGACTTCGATCCTCGATGCGCGCCTGGAAGCCCGTACCGCGGAACTGGCCAGGTCCTTGACCCAGGCCAATCGCGAACTGACCCAACTGGCCCTGCACGACCCCCTGACCGGCCTGCCCAACCGGGTCTTGCTGGCGGATCGCATCGGCCAGGCGATGCACCGGGTGCAAGAGCAGGGCGGTTGTTTCGCCCTGATGTTCATCGATCTGGACGGCTTCAAACCGGTCAACGATGCCTTTGGCCACCACATGGGTGACTTGTTGCTGCGGGACGTCGCGCTGCGTCTGCGTGAAGACCTGCGCAGCCAGGACACCCTGGCGCGGATCGGTGGTGACGAGTTTGTCCTGCTGGTGCAACTGGCCGAGCCGGACGACGCCTTGCGCCTGGCCGCGCGTCAGGTCGGGCTGATCGGTCGCACGTTCCGGGTCGCCGACCATGACCTGCAGATTTCCGCCAGCGTCGGCATCGCGCTGTACCCTGGCAATGGCCAGAGCGCCGATGAATTGCTGATGAATGCCGACGCGGCGATGTACCACGCCAAGGGTGCCGGCAAGAATGGCTACAGCTTTTTCGACGCCTCGATGAACAGCAACGCCCGCCGGCAACTGCAACTGCTGCAGGATTTGCGCATCGCGGTCGAACAGCGCCAGTTCAGCCTTTATTACCAGCCCAAGTTCGACGCAGCGAAAGGCCGCCCGGTGGGCGCCGAAGCACTGCTGCGCTGGAACCATCCGACCCAGGGCCTGCTGATGCCCGACACTTTCATCGACCTGGCGGAAAAGACCGGGTTGATCATCCCGATCGGCGAATGGGTGCTGAACGAAGCCTGCCGGCAGATGCGCGAATGGTACGTGTTGGGCTACACCGATTGGCGTATCGCGGTGAACCTGTCAGCGTTGCAGTTCTGCCATACGGGCCTGGTGCAGAGCGTGGCCAAGGCATTGGAGACGCACCACCTGCCGGCCAACAGCCTGACCCTGGAAATCACCGAGACCACTGCCATGAGCGACGCGGACGCGAGCATGACGGTACTGCAACAGCTCTCGGACATGGGCGTGGACCTGTCCATCGACGACTTCGGCACCGGTTATTCGAGCCTGATGTACCTCAAGCGCCTGCCGGCCAACGAGCTGAAGATCGACCGTGGTTTCGTGCGAGACCTTGAGCACGACAGTGACGACGCGGCCATCGTCTCGGCCATCGTCGCCCTCGGCCAGGCCTTGGGCCTGCGGATCGTTGCCGAAGGCGTGGAGACCGATGTGCAACAGGACTTCCTCACCCAGTTGGGCTGCGATTCGCTGCAGGGGTATCTGCTCGGGCACCCGCAGCCGGCCGAACACTTCCTGAAGAACATCCGCCAGGCGCGACGCGTCGAAATGGCCTGA MLIGSYSPALVSISLFVAILASYTALDLTGRITTAQGRAVHFWMAGGALAMGVGIWSMHFIGMLAFSLPVELGYDVAITALSLLIAILSSGFALWLVSQPQLRTWQLVFGALVMGTGISAMHYTGMAALRMQPGIDYDPTLFGASLVIAVVACAAALWIAFHLRQNTPHVRLARAGAAVVMGAAIVGMHYTGMAAAQFSEGSFCGSLDGLSGKGLDNLVLITTLAVLAIALLTSILDARLEARTAELARSLTQANRELTQLALHDPLTGLPNRVLLADRIGQAMHRVQEQGGCFALMFIDLDGFKPVNDAFGHHMGDLLLRDVALRLREDLRSQDTLARIGGDEFVLLVQLAEPDDALRLAARQVGLIGRTFRVADHDLQISASVGIALYPGNGQSADELLMNADAAMYHAKGAGKNGYSFFDASMNSNARRQLQLLQDLRIAVEQRQFSLYYQPKFDAAKGRPVGAEALLRWNHPTQGLLMPDTFIDLAEKTGLIIPIGEWVLNEACRQMREWYVLGYTDWRIAVNLSALQFCHTGLVQSVAKALETHHLPANSLTLEITETTAMSDADASMTVLQQLSDMGVDLSIDDFGTGYSSLMYLKRLPANELKIDRGFVRDLEHDSDDAAIVSAIVALGQALGLRIVAEGVETDVQQDFLTQLGCDSLQGYLLGHPQPAEHFLKNIRQARRVEMA PGPT0026010_1492 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_01067 1095 yhaZ COG4335 putative protein YhaZ ATGACCTCTTCTTCCCCCGCCCTCAAGGAAATCTTCAACGCCGCGCGCCTTGAACACATCGCCAGCGAAATGCGCGCGGTGTACCCGGCCTTCGATGCCAAGGCGTTCTTGAACCTGGCCAACGACGGATTGGCCGAATTGTCGGTCATGCAGCGCATGGCTCGGGTCAGCGAGTGCCTGCATGAGGTCCTGCCGCTGAGTTACGAAGCCTCGCTGGAGGTGCTGCGGGCCGTGGCCCCGCGTGTGAACAGCATGTTCGTCAGCCTGTTCCTGCCGCACTATGTCGCCTCCTACGGTCGGCACACCTTCGAGCTGTCGATGGACGCGCTCAAGTATTTCACCCGGTTTGGCTCCGCTGAGTTTGCCGTGCGGCATTTTTTGCGTGACGACCTGACGCGCACCCTCGGGGTCATGCATGACTGGGCGCTGGACGCCAACGAGCACGTCCGCCGCCTGGCCAGCGAAGGCAGCCGGCCGCGCTTGCCTTGGTCGTTTCACCTGGAGCCGATCCAGGCCAACCCGGAACTCGCCGCCGGAATCCTTGATGCGCTCAAGGCCGACGACAGCCTGTACGTGCGCAAATCCGTCGCCAATCACCTGAACGACGTGACCAAGCAGCATCCCGATTGGGTCCTGGAGCGGATCGAAGGCTGGCCATTGCACGATCGCCATAGCGCATGGATTGCCCGACACGCGCTGCGTAGCCTGATCAAGCAAGGCAATCTGCGGGCGCTGGCGGTTATCGGCGCGGGCGCCAGGGCGCAGGTGGAAGTTTCCGAGCTGCAAGTGACGCCAGCGGTGATTCGCCTGGGCGAGCCCATCACCTTGTCGTTCAAGGTGCGGTCCACGTCCGGACAAGGCCAGCGCCTGGTGATCGATTACGCGATCGACTACGTGAAAGCGTCCGGCGGCACGTCAGCCAAAGTGTTCAAGCTGAAGACCTTCGACCTGCCCGCCCTGGCTTCTGCCAGCCTCAGCCGTTCCCAGCAGATTCGCGAGCTGACCACCCGCCGGCACTACGCGGGCCGGCATGCGGTCCATCTGCTGATCAATGGCGAACGGCTGGGCAGTACCGCGTTCGAGATCGTTCCCTGA MTSSSPALKEIFNAARLEHIASEMRAVYPAFDAKAFLNLANDGLAELSVMQRMARVSECLHEVLPLSYEASLEVLRAVAPRVNSMFVSLFLPHYVASYGRHTFELSMDALKYFTRFGSAEFAVRHFLRDDLTRTLGVMHDWALDANEHVRRLASEGSRPRLPWSFHLEPIQANPELAAGILDALKADDSLYVRKSVANHLNDVTKQHPDWVLERIEGWPLHDRHSAWIARHALRSLIKQGNLRALAVIGAGARAQVEVSELQVTPAVIRLGEPITLSFKVRSTSGQGQRLVIDYAIDYVKASGGTSAKVFKLKTFDLPALASASLSRSQQIRELTTRRHYAGRHAVHLLINGERLGSTAFEIVP NA NA NA NA NA D1-35_01068 309 hypothetical protein ATGCGTAAACCAACCTTGATCGCCAGTCTGGTCCTGATCGCCGGCCTCGGAGCCTTTGGGCCCGTTGCGCAAGCGGTCGAGAAAACCGGAGACGCCCTTGAGCATTCGCCGAGCAATGGCCGCCGGCTGGTGGAAAATGACCGGGTACCGGCAGACTATCAGCGCGCGGACAGGGCCATGAAGGACTGGAAGCAGAAGAAACTCGAGCAGCCGACCGACGAGCAGCAATGGGTGCAGATCGACGACAAGTACCTGCTGATCGAAACCGTGTCCGGCGCCATCGTCAAGATCGTTCCCGCCACACGCTAG MRKPTLIASLVLIAGLGAFGPVAQAVEKTGDALEHSPSNGRRLVENDRVPADYQRADRAMKDWKQKKLEQPTDEQQWVQIDDKYLLIETVSGAIVKIVPATR PGPT0004560_184 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_HOMEOSTASIS,PGPT0004560-rcnB-K23243 NA NA D1-35_01069 324 hypothetical protein ATGAAAACCCTTCCAGACCTTGACGATAAAGCCGTGGTCAAGCTGTCACGCCAAGGTGGCGTGGCGGCCATCCATGCCCTGACCCGCCCCCGGGAAATAGAATTCGCCCAGTGCGATATCAACCAGCGCTCACGTATCTGCTCGGTGCTGGAGGGCTGCCTGCCGCTCACGTCCTCCACGCCGGGTCGGGGCGACCAAAGGTATTTCCAGATCGAGGTGCGTTATCGGGCGAACGATCAGGATGACGAGATGGTGCTGCAGGTGCCCGAGGACCGGGCACCTGGCGAGCTGGTCCACTTGTGGGACAAGGGCGAAGTGCTTTGA MKTLPDLDDKAVVKLSRQGGVAAIHALTRPREIEFAQCDINQRSRICSVLEGCLPLTSSTPGRGDQRYFQIEVRYRANDQDDEMVLQVPEDRAPGELVHLWDKGEVL NA NA NA NA NA D1-35_01070 1065 prtS Protease PrtS ATGATCGACTCTCGTCCGCTCCACGGTTTCATTCCGCCTTATATCCTCAATCGCATCATTGCCCATGGCTCCGAACAGCAACGCTCCAGCGCCCTCGGCACCCTGACCCACGTCAAGAATCTGCGCCACAACCCTGGCCCGCCGAGCAACCCACCCGCCACGGCGAAACTGCCCAGACCCGGCAAGGCCGGTCATCCACAGCGCAGCGTGCACGACGCGCAGAACACCATGGAGTTGCCCGGCCAGCCGGTACGCCTGGAAGGCCAGGCGGCCAGCGGCGACCCGGCGGTGGACGAAGCGTATGACGCCCTCGGCGCCACTTATGAGTTTTTCTGGAAAGTGCTCGGGCGCGATTCCATCGATAACAAGGGTTTTGCATTGGTCGGCAGCGTGCATTACGGCCAAGGTTATGAGAATGCCTTCTGGAACGGCGCGCAGATGGTGTTCGGTGACGGTGATGGCGAGATCTTCCAGCGTTTCACCCGCTCCCTGGACGTGGTGGCCCATGAACTGGCCCATGGCGTCACCGAAAGCGAAGCCGGCCTGATCTATGCCAACCAGTCCGGGGCGTTGAACGAGTCGATCTCCGACGTGTTCGGCGTGTTGGTCAAGCAATTCGTATTGGGCCAGACCGCCGACCAGGCCGACTGGCTGATCGGCGCCGACCTGCTCACCGACAGGATCAACGGTGACGGCCTGCGCAGCATGTCCAACCCTGGCACCGCCTACGATGACCCGCTGCTGGGCAAGGACCCGCAACCCGGGCATATGCGCGAATTCGTCATCACCCGTGAAGACAACGGCGGCGTGCACATCAATTCCGGCATTCCCAACCGGGCCTTTTATCTGGTGGCAACAACCCTGGGCGGATTTGCCTGGGAAAAGGCCGGGCGAATCTGGTATGACACCTTGTGCGACAGACAACTGGCCAACGACGCCTCCTTCAGTGCGTTCGCCCGCCTGACCGTCGAGCATGCCCGCCAGCGTTTCGGTGAGCAGGAAGTGCAAGCGGTGCAGGATGGCTGGGCGCAGGTGGGCGTCGACCTGAACGAGGAGAACGGATGA MIDSRPLHGFIPPYILNRIIAHGSEQQRSSALGTLTHVKNLRHNPGPPSNPPATAKLPRPGKAGHPQRSVHDAQNTMELPGQPVRLEGQAASGDPAVDEAYDALGATYEFFWKVLGRDSIDNKGFALVGSVHYGQGYENAFWNGAQMVFGDGDGEIFQRFTRSLDVVAHELAHGVTESEAGLIYANQSGALNESISDVFGVLVKQFVLGQTADQADWLIGADLLTDRINGDGLRSMSNPGTAYDDPLLGKDPQPGHMREFVITREDNGGVHINSGIPNRAFYLVATTLGGFAWEKAGRIWYDTLCDRQLANDASFSAFARLTVEHARQRFGEQEVQAVQDGWAQVGVDLNEENG PGPT0020995_117 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 D1-35_01071 342 fbp_1 COG0545 FK506-binding protein ATGAATGAAGAGCTGCAAATCATCGACCTGGAACCGGGCGACGGCAAAAGCGTAGTCAAAGGAGCGCTGATTACCACTCAATATCGCGGCACCCTCGAGGACGGCACCGAGTTCGATTCGTCCTACAGTCGTGGCAAGCCCTTTCAATGCGTGATCGGCACCGGTCGCGTGATCAAGGGCTGGGATATCGGCCTGACGGGGATGAAAGTCGGCGGCAAGCGCAAGCTGCTGGTGCCGGCCCATCTGGCCTATGGTGAGCGCTCCATGGGCGCTCACATCAAGCCCAACAGCAACCTGGTTTTTGAAATCGAGCTGCTGGAAGTGCTGACCCGCGATGATTGA MNEELQIIDLEPGDGKSVVKGALITTQYRGTLEDGTEFDSSYSRGKPFQCVIGTGRVIKGWDIGLTGMKVGGKRKLLVPAHLAYGERSMGAHIKPNSNLVFEIELLEVLTRDD PGPT0015110_171 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767 NA NA D1-35_01072 1119 bioI COG2124 Biotin biosynthesis cytochrome P450 ATGGACCCGATCACTGCCGCGACTCACGCTGATCCCTACCCTTACTACGCCAGCCTGCGAGCCAACGGAGGATTCGGTTTCGACGCGCATCTGAAACTCTGGGTCGCCAGCAGCGCCGAGGCGGTGTGCGCGGTACTGCATCATCCCGATTGCCATGTGCGCCCTGCTGACGAGCCGGTGCCCAAGGCAATTGCCGATGGCCCCGCCGGCCAAGTGTTCGCACACCTGATGCGCATGAACGAAGGCGAACGGCAGCGCTGTCCGAGGGCGGCGATTGCCCCGCGGTTGCAGGACATCGATCCGCGCCAGGTCGAGGCATTGGTCAGGGCACGCTTGCTCAGGGAGGGCGCCGCAGGTCTGCACCAGGCGCAGTTCGTCGGGCCGGCCAGCGTGGTGGCGGCATTGCTGGGTTTCAACCCGGCGGAGAGCCGCCTGATCAGCGAATTGACCGCAGACTTCGTCGCCTGCCTGTCCCCCCTGAGCCAGGTGAAGCAGCTTGAAGCCGCGCACCGGGCCAGCGAGCAACTGATGAGCCTTTTCCAGGAGCGGATCGAGGCACAGGACGCTCCGTTGCTGAGCCTCATGTGCCAGGGTTTTGAAGGCGCCGACCCGAACAGCCGGATCGCCAACCTGATCGGCCTGCTCTCGCAAACCTACGAAGCCACGGCGGGCTTGATCGGCAATGGACTATTGGCGTTAGCTCGCGACCCCGCTTTACATCAGCAAGTTCGGGACGATCCCAAACAGATCGGCGCGTTGCTGGCTGAAGTGCAGCGCTTCGACCCGGCGGTGCAGAACACTCGACGCTTCATCGCCATGCCCTGCGAAATCCTTGGCACTGCGCTAGAACCGGGAGATGTGGTACTGGTCCTGCTGGCTTCAGCCAACCGCGACCCGCAGCTCAACCCGCAACCGGACGCCTTGCTGCTGGCTCGCGCCAACCGCCGCAGTTTCAGCTTTGGCAGCGCCCGCCATGAATGCCCTGGCCAAGATTTGGCCATGAATATCGCTCGGGCCACCGTGGAAACAATCCTTGAGCGCAATCCACGCCTGGACCGGTTGGCCTGGAGCTATCGCCCCTCGATCAACGGACGCACCCCGCTGTTCAGCGACCGCTAA MDPITAATHADPYPYYASLRANGGFGFDAHLKLWVASSAEAVCAVLHHPDCHVRPADEPVPKAIADGPAGQVFAHLMRMNEGERQRCPRAAIAPRLQDIDPRQVEALVRARLLREGAAGLHQAQFVGPASVVAALLGFNPAESRLISELTADFVACLSPLSQVKQLEAAHRASEQLMSLFQERIEAQDAPLLSLMCQGFEGADPNSRIANLIGLLSQTYEATAGLIGNGLLALARDPALHQQVRDDPKQIGALLAEVQRFDPAVQNTRRFIAMPCEILGTALEPGDVVLVLLASANRDPQLNPQPDALLLARANRRSFSFGSARHECPGQDLAMNIARATVETILERNPRLDRLAWSYRPSINGRTPLFSDR NA NA NA NA NA D1-35_01073 756 hypothetical protein ATGAACGCAGAACACCATGACATGGGCGTGTCCCAGGTGGCCGCAGCGATTGCCGAACCGGCCCGTACCCGAATGCTCTGCGCGCTGATGGACGGCCACGCTCGCACCAGCACGGAGTTGGCGGCGATTGCCGAGGTCAGCGCTTCCACCGCGAGTGCGCACTTGGCGAAGCTCAAGGACCTCGCCTTGGTGCGTTTGCACGTCCAGGGGCGCCATCGTTACTACAGCCTCGCCGACCAGCGCGTAGCCGAGGCTCTGGAGGCGTTGATGATGATTGGCCAGGGCGCCAGGCCGACCTTCACGCCGCGCACGCCGGATCGCCTGCAGTTCGCCCGCACTTGCTACGACCATATGGCCGGTACGCTGGCGGTGCGGCTGCATGATCGCTTGCTGGAGGCCGGGTGGCTGGTGGAAGTGGAGGGGTGGGGCTATCGGCTCAGTGAATCCGGCGAAGCGCTGTTTGAAGGGCTAGGCATGGACGTTTCTACGCTGATGATTCAACGACGCCGGTTCGCCTGCCCGTGCCTGGACTGGAGCATGCGCCGACCGCATCTGGGCGGTGCCTTGGGCGCGGCGTTGCTGCAACTGGCGATCAAGCGCAAATGGGTACGGCAGGACCTGGACAGCCGGGCCCTGACATTGACGGTCTGCGGACGCAGGGAAATGGCGGGGCGGTTCGGGGTCAATGCAGAAGTCGATGTCGTACCCACAGGCGCCATCGCGAGCAAGCTCGCTCCCACAGTGGATTTGAGGTGA MNAEHHDMGVSQVAAAIAEPARTRMLCALMDGHARTSTELAAIAEVSASTASAHLAKLKDLALVRLHVQGRHRYYSLADQRVAEALEALMMIGQGARPTFTPRTPDRLQFARTCYDHMAGTLAVRLHDRLLEAGWLVEVEGWGYRLSESGEALFEGLGMDVSTLMIQRRRFACPCLDWSMRRPHLGGALGAALLQLAIKRKWVRQDLDSRALTLTVCGRREMAGRFGVNAEVDVVPTGAIASKLAPTVDLR NA NA NA NA NA D1-35_01074 1020 ilvE putative branched-chain-amino-acid aminotransferase ATGGGTAACGAGAGCATCAATTGGGACAAACTGGGCTTTGACTACATCAAGACCGACAAGCGCTATCTGTCGCACTGGCGCGACGGCGCCTGGGACGCGGGCACCCTGACCGACGACAATGTGCTGCACATCAGCGAGGGCTCCACTGCCCTGCACTACGGCCAGCAATGCTTCGAAGGCCTGAAGGCCTATCGTTGCAAGGACGGTTCGATCAACCTGTTCCGCCCGGACCAGAACGCCGCCCGCATGCAACGCAGCTGCGCCCGCCTGCTGATGCCACATGTCGACACCGAGCAGTTCGTCGAAGCCTGCAAGCAAGTGGTCCGCGCCAACGAGCGCTTCATCCCGCCGTATGGCACCGGCGGTGCGCTGTACCTGCGCCCGTTCGTGATCGGCGTGGGTGACAACATCGGCGTGCGCACCGCGCCCGAGTTTATCTTCTCGATCTTCTGCATCCCGGTCGGCGCTTATTTCAAGGGCGGCCTGACCCCGCACAACTTCCTGATCTCCAGCTTCGACCGCGCGGCCCCGCAAGGCACCGGCGCGGCCAAGGTCGGTGGCAACTACGCCGCCAGCCTGATGCCCGGCTCGCAGGCCAAGAAGGCCAGTTTCGCCGACTGCATCTACCTGGACCCGCTGACCCATTCGAAAATCGAGGAAGTCGGCTCGGCCAACTTCTTCGGCATCACCCACGACAACAAATTCATCACCCCCAACTCCCCTTCGGTATTGCCGGGCATCACCCGCCTGTCGCTGATCGAACTGGCCAAATCGCGCCTGGGCCTGGAAGTGATCGAAGGCGACGTGTTCATCGACAAGCTGTCGGAGTTCAAGGAAGCCGGCGCCTGCGGTACCGCAGCCGTGATCACGCCGATCGGTGGTATCAGCTACAAGGACAAGCTGCATGTGTTCCACAGCGAAACCGAAGTCGGCCCGATCACCCAGAAGCTCTACAAAGAGCTGACCGGCGTACAGACCGGCGACGTGGAAGCACCCGCGGGCTGGATCGTCAAAGTCTGA MGNESINWDKLGFDYIKTDKRYLSHWRDGAWDAGTLTDDNVLHISEGSTALHYGQQCFEGLKAYRCKDGSINLFRPDQNAARMQRSCARLLMPHVDTEQFVEACKQVVRANERFIPPYGTGGALYLRPFVIGVGDNIGVRTAPEFIFSIFCIPVGAYFKGGLTPHNFLISSFDRAAPQGTGAAKVGGNYAASLMPGSQAKKASFADCIYLDPLTHSKIEEVGSANFFGITHDNKFITPNSPSVLPGITRLSLIELAKSRLGLEVIEGDVFIDKLSEFKEAGACGTAAVITPIGGISYKDKLHVFHSETEVGPITQKLYKELTGVQTGDVEAPAGWIVKV PGPT0008860_3724 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826 NA NA D1-35_01075 1383 lpdV COG1249 Dihydrolipoyl dehydrogenase ATGCAGACTCTGAACACCAAGCTGCTGATCATCGGCGGCGGTCCTGGCGGTTACGTGGCGGCGATCCGCGCCGGCCAACTGGGCATTGAAACGATCCTGGTGGAAGGCCAGGCGTTGGGCGGGACTTGCCTGAACATCGGCTGCATTCCGTCCAAAGCGTTGATCCATGTCGCCGAGCAGTTCCACCAGACCCGCCATCACAGCCAGGGCTCGGCCTTGGGCATCACCGTGGCGGCGCCGAGCCTGGACATCGGCAAGAGTGTGGAATGGAAGGATGGCATCGTCGATCGCCTGACCACCGGCGTCGCTGCGTTGCTGAAAAAGCACAAGGTCCAGGTCGTTCACGGCTGGGCCAAGGTGATCGATGGCAAGACCGTTGAAGTTGGTGACACCCGCATCCAGTGCGAACACCTGCTGCTGGCCACCGGTTCGAAAAGTGTCGAGCTGCCGATGCTGCCGATTGGCGGGCCGGTCATCTCGTCCACCGAAGCCCTCGCCCCCACCTCGGTGCCCAAGCATCTGGTGGTGGTCGGCGGCGGCTACATCGGGCTGGAACTGGGCACCGCCTATCGCAAGCTCGGCGCCGAAGTGAGCGTGGTCGAGGCCCAGGAGCGGATCCTGCCGGCCTACGACGGCGAGCTGACGCAACCGGTGCACGAGGCGCTCAAGCAACTGGGCGTGAAGCTGTACCTCAAGCACAGCGTCGAAGGCTTCGATGCCCAGGCCAGCACCTTGCAAGTGCGCGATCCCAACGGCGACACGCTGAACCTGGAGACCGACCGCGTGCTGGTGGCGGTCGGACGCAAGCCCAACACCCAGGGCTGGAACCTCGAAGCGCTGGACCTGGCGATGAATGGCTCGGCGCTGAAAATCGATAACCGGTGCCAGACCAGCATGCGCAATGTCTGGGCCATCGGTGACCTGAGCGGCGAACCGATGCTCGCTCACCGGGCCATGGCCCAGGGCGAAATGGTCGCCGAGCTGATTGCTGGCGAGCATCGGGAATTCAACCCGATGGCCATCGCGGCAGTGTGCTTCACCGATCCGGAGGTGGTCGTGGTCGGCAAGACGCCGGACGAGGCCAAGGCCGCCGAAGTCGATTGCATCGTGTCGAGCTTCCCGTTCGCCGCCAATGGCCGGGCCATGACCCTGGAATCGAAAAGCGGCTTTGTCCGGGTCGTGGCGCGCCGGGACAATCATCTGATTATCGGTTGGCAAGCGGTCGGTGTCGGCGTGTCGGAGCTGTCCACCGCGTTTGGCCAATCCCTGGAGATGGGCGCACGGCTGGAAGACATCGCCGGCACCATCCACGCCCATCCGACGCTGGGCGAAGCGGTGCAGGAAGCGGCGCTGCGGGCATTGGGGCATGCGTTGCATCTGTAA MQTLNTKLLIIGGGPGGYVAAIRAGQLGIETILVEGQALGGTCLNIGCIPSKALIHVAEQFHQTRHHSQGSALGITVAAPSLDIGKSVEWKDGIVDRLTTGVAALLKKHKVQVVHGWAKVIDGKTVEVGDTRIQCEHLLLATGSKSVELPMLPIGGPVISSTEALAPTSVPKHLVVVGGGYIGLELGTAYRKLGAEVSVVEAQERILPAYDGELTQPVHEALKQLGVKLYLKHSVEGFDAQASTLQVRDPNGDTLNLETDRVLVAVGRKPNTQGWNLEALDLAMNGSALKIDNRCQTSMRNVWAIGDLSGEPMLAHRAMAQGEMVAELIAGEHREFNPMAIAAVCFTDPEVVVVGKTPDEAKAAEVDCIVSSFPFAANGRAMTLESKSGFVRVVARRDNHLIIGWQAVGVGVSELSTAFGQSLEMGARLEDIAGTIHAHPTLGEAVQEAALRALGHALHL PGPT0001380_7027 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 D1-35_01076 1281 bkdB COG0508 Lipoamide acyltransferase component of branched-chain alpha-keto acid dehydrogenase complex ATGGGCACGCACGTTATCAAGATGCCGGACATCGGCGAAGGCATCGCGGAAGTTGAATTGTCGGTGTGGCACGTCAAGGTTGGCGACATGGTGGTCGAGGACCAGGTGTTGGCCGATGTCATGACTGACAAGGCGATGGTGGATATCCCTTCGCCGGTGCATGGCCGGGTCATTGCCCTCGGTGGTGAGCCGGGTGAGGTCATGGCAGTGGGCAGCGAGCTGATCCGCATTGAAGTGGAAGGCGCCGGCAACCTGAAGGAATCGGCGCAATCGGCGGCACCGGTGGCCAAGCCTGAGCCCGTCGCGAAGCCTGAACAGGCTTCCAGACCCGAGCCTGTGACGGAAAAACCCGTCGCCGCGCCTCGCCCGGCCCAAGCGGAACAGGCGCCGGTGGCCCGCGATCCCGACGAGCGCCCGCTAGCCTCGCCGGCCGTGCGCAAACACGCGCTAGACCTGGGTATCCAGCTGCGTCTGGTCCAGGGCAGCGGCCCCGCCGGGCGGATTCTGCACGAAGACCTGGAGGCTTATCTGGCCCAGGGCCCATCGTCCCAGGCCAAGAGCGGTTCGGGTTATGCCGAACGTCACGACGAGCAGCAGATCCCGGTGATCGGCATGCGCCGCAAGATCGCCCAGCGCATGCAGGAAGCCACCCAGCGCGCCGCCCATTTCAGCTACGTCGAGGAAATCGACGTCACCGCCCTGGAAGAACTGCGTGTTCATCTGAATGAGAAACACGGTGCCAGTCGCGGCAAGTTGACGTTGCTGCCGTTCCTCGTGCGCGCCCTGGTCGTGGCGCTGCGGGATTTCCCGCAAATGAACGCCCGTTACGATGATGAAGCCCAGGTCATTCACCGCTCCGGCGCCGTGCATGTCGGCGTCGCCACTCAGAGCGACGTCGGCCTGATGGTGCCGGTGGTGCGCCACGCCGAGGCCCGCAGCCTGTGGGACAGCGCGGCGGAAATCTCGCGCCTGGCGACAGCGGCCCGCAACGGCAAGGCCAGTCGCGACGAACTGTCCGGTTCGACCATAACCCTGACCAGCCTCGGCGCGTTGGGCGGCATCGTCAGCACGCCGGTGCTGAACCTGCCTGAAGTAGCGATCGTCGGCGTCAACAAAATCGTCGAGCGGCCCGTGGTGATCAAGGGCCAGATCGTGATCCGCAAGATGATGAACCTTTCCAGCTCCTTCGATCACCGAGTGGTCGACGGCATGGATGCGGCGCAATTCATCCAGGCCCTGCGTGGCCTGCTCGAACAACCCGCCACTTTGTTTGTGGACTAA MGTHVIKMPDIGEGIAEVELSVWHVKVGDMVVEDQVLADVMTDKAMVDIPSPVHGRVIALGGEPGEVMAVGSELIRIEVEGAGNLKESAQSAAPVAKPEPVAKPEQASRPEPVTEKPVAAPRPAQAEQAPVARDPDERPLASPAVRKHALDLGIQLRLVQGSGPAGRILHEDLEAYLAQGPSSQAKSGSGYAERHDEQQIPVIGMRRKIAQRMQEATQRAAHFSYVEEIDVTALEELRVHLNEKHGASRGKLTLLPFLVRALVVALRDFPQMNARYDDEAQVIHRSGAVHVGVATQSDVGLMVPVVRHAEARSLWDSAAEISRLATAARNGKASRDELSGSTITLTSLGALGGIVSTPVLNLPEVAIVGVNKIVERPVVIKGQIVIRKMMNLSSSFDHRVVDGMDAAQFIQALRGLLEQPATLFVD NA NA NA NA NA D1-35_01077 1059 bkdA2 COG0022 2-oxoisovalerate dehydrogenase subunit beta ATGAACGATCACAACAACAATATTGCGTTGGACACCGCCATGACCACTACCACCATGACCATGATCCAGGCGCTGCGCTCGGCCATGGACGTGATGCTCGAGCGCGACGACAACGTCGTGGTGTTCGGCCAGGACGTCGGTTATTTCGGCGGCGTGTTCCGCTGCACCGAAGGCCTGCAGAACAAGTACGGCACCTCGCGGGTATTCGACGCGCCGATTTCCGAAAGCGGCATCGTCGGCGTGGCCGTGGGCATGGGCGCCTATGGGCTGCGGCCGGTGGCCGAGATCCAGTTCGCCGACTACGTCTACCCGGCGTCGGACCAGATCATTTCCGAAGCCGCGCGCCTGCGCTATCGCTCGGCCGGCGAGTTCACCGCGCCGATGACCCTGCGCATGCCCTGCGGCGGCGGCATCTATGGCGGCCAGACCCACAGCCAGAGCATCGAGGCGATGTTTACCCAGGTCTGCGGGCTGCGCACCGTCATGCCGTCCAACCCCTACGACGCCAAGGGCCTGCTGATCGCCTCCATCGAAAACGATGACCCGGTGATCTTCCTTGAACCCAAGCGCCTGTATAACGGCCCGTTCGACGGTCACCATGACCGCCCGGTAACGCCGTGGTCCAAACACCCGCAGGCGCAAGTACCCGACGGCTACTACACCGTGCCGCTGGACGTCGCCGCCATCACCCGTCCGGGCAAGGACGTGACGGTGCTCACCTACGGCACCACGGTCTACGTCTCCCAGGTAGCAGCCGAAGAAACCGGGATCGACGCCGAAGTCATCGACCTGCGCAGCCTGTGGCCGCTGGACCTGGACACCATCGTCAAATCCGTGAAGAAGACCGGCCGTTGCGTGGTGGTCCACGAAGCCACCCGCACCTGCGGTTTCGGCGCCGAGCTGGTGTCGCTGGTGCAAGAACATTGCTTCCACCATCTGGAAGCGCCCATCGAGCGTGTCACCGGTTGGGACACCCCCTACCCGCACGCGCAGGAGTGGGCGTATTTCCCTGGGCCGTCCCGTGTGGGCGCGGCGTTGAAACGGGTCATGGAGGTCTGA MNDHNNNIALDTAMTTTTMTMIQALRSAMDVMLERDDNVVVFGQDVGYFGGVFRCTEGLQNKYGTSRVFDAPISESGIVGVAVGMGAYGLRPVAEIQFADYVYPASDQIISEAARLRYRSAGEFTAPMTLRMPCGGGIYGGQTHSQSIEAMFTQVCGLRTVMPSNPYDAKGLLIASIENDDPVIFLEPKRLYNGPFDGHHDRPVTPWSKHPQAQVPDGYYTVPLDVAAITRPGKDVTVLTYGTTVYVSQVAAEETGIDAEVIDLRSLWPLDLDTIVKSVKKTGRCVVVHEATRTCGFGAELVSLVQEHCFHHLEAPIERVTGWDTPYPHAQEWAYFPGPSRVGAALKRVMEV PGPT0008862_587 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 D1-35_01078 1236 bkdA1 COG1071 2-oxoisovalerate dehydrogenase subunit alpha ATGAACCCAGCGTACGAACCGCTACGCCTGCACGTCCCCGAACCTTCGGGCCGTCCCGGCTGCAAGACCGACTTCTCCTACCTGCATCTGACCGATGCCGGCACGGTGCGCAAACCTCCCATCGACGTCGAACCCGCCGACACCGCCGACCTGGCGCGCAGCCTGATCCGCGTGCTCGACGACCAAGGCAACGCCTTGGGCGAGTGGGCCGAGAATGTCCCTGTCGAGATTCTGCGCAAGGGCATGCGCGCCATGCTCAAGACACGCATCTACGACAACCGCATGGTCGTCGCCCAGCGCCAGAAAAAAATGTCGTTCTACATGCAGAGCCTTGGCGAGGAAGCCATCGGCAGCGCCCAGGCCCTGGCCCTGAACATCGACGACATGTGCTTCCCGACCTACCGCCAGCAAAGCATCCTCATGGCCCGCGACGTGCCGCTGGTGGACCTGATCTGCCAACTGTTGTCCAACGAGCGCGATCCGCTCAAGGGCCGGCAGTTGCCGATCATGTATTCGGTCAAGGACGCCGGTTTCTTCACCATTTCCGGCAACCTCGCCACCCAGTTCATCCAGGGCGTGGGCTGGGGCATGGCCTCGGCGATCAAGGGCGACACCAAGATCGCCTCGGCCTGGATCGGCGACGGCGCCACCGCCGAATCGGACTTCCACACCGCCCTTACCTTCGCCCACGTCTACCGCGCCCCGGTGATCCTCAACGTGGTCAACAACCAGTGGGCGATTTCCACTTTCCAGGCGATTGCCGGCGGTGAAGCGACTACTTTCGCCGGACGCGGCGTCGGCTGCGGCATCGCCTCGCTGCGGGTCGATGGCAACGATTTCATCGCCGTCTACGCCGCGTCGCGCTGGGCCGCCGAACGGGCTCGCCGCAACCTCGGTCCGGCCCTGATCGAATGGGTCACCTACCGCGCCGGCCCGCACTCCACATCTGACGATCCTTCGAAATACCGCCCCGCCGATGACTGGAGCCACTTCCCGTTGGGCGACCCGATTGCGCGCCTCAAGCAGCACCTGGTGAAGATCGGCCAGTGGTCCGAAGAGGAACACGCCGCCGTCACCGCCGAACTCGAAGCCGAGGTGATCGCCGCGCAGAAAGAAGCCGAGCAGTACGGCACCCTCGCCGGCGGGCAGATTCCGAGCGCCGCGACCATGTTCGAGGACGTCTACAAAGAGATGCCGGAGCACTTGAAGCGCCAGCGTCAGCAGTTGGGGATCTGA MNPAYEPLRLHVPEPSGRPGCKTDFSYLHLTDAGTVRKPPIDVEPADTADLARSLIRVLDDQGNALGEWAENVPVEILRKGMRAMLKTRIYDNRMVVAQRQKKMSFYMQSLGEEAIGSAQALALNIDDMCFPTYRQQSILMARDVPLVDLICQLLSNERDPLKGRQLPIMYSVKDAGFFTISGNLATQFIQGVGWGMASAIKGDTKIASAWIGDGATAESDFHTALTFAHVYRAPVILNVVNNQWAISTFQAIAGGEATTFAGRGVGCGIASLRVDGNDFIAVYAASRWAAERARRNLGPALIEWVTYRAGPHSTSDDPSKYRPADDWSHFPLGDPIARLKQHLVKIGQWSEEEHAAVTAELEAEVIAAQKEAEQYGTLAGGQIPSAATMFEDVYKEMPEHLKRQRQQLGI PGPT0008861_810 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D1-35_01079 489 lrp_1 COG1522 Leucine-responsive regulatory protein ATGCGCAAATTGGATCGCACCGACATCGGCATTCTCAACAGCCTTCAGGAAAACGCCCGCATCACCAATGCCGACCTTGCCCGTTCGGTCAACCTGTCGCCGACGCCGTGCTTCAATCGGGTCCGGGCGATGGAGGAGCTGGGAGTGATTCGCGAGCAGGTCACCCTGCTGGATGCCGACCTGCTGGGCCTGCACGTCAACGTGTTTATCCATGTCAGCCTGGAGAAACAGGTGGAAGAGGCGCTGCAGCATTTCGAAGAGGCGATCTCCGACCGGCCGGAAGTGATGGAGTGCTACCTGATGGCGGGCGACCCGGATTACCTGATCCGTGTGCTGGTGCCGACCATCCAGTCGCTGGAGCGGTTCATGATGGATTTCCTGACCAAAGTCCCCGGGGTGGCAAACATCCGCTCAAGCTTCGCCCTCAAGCAGGTGCGCTACAAGACCGCGTTGCCGCTGCCAGCCAATGGCTTGACCTTGGGCACCTGA MRKLDRTDIGILNSLQENARITNADLARSVNLSPTPCFNRVRAMEELGVIREQVTLLDADLLGLHVNVFIHVSLEKQVEEALQHFEEAISDRPEVMECYLMAGDPDYLIRVLVPTIQSLERFMMDFLTKVPGVANIRSSFALKQVRYKTALPLPANGLTLGT NA NA NA NA NA D1-35_01080 864 putative metallo-hydrolase ATGCCCGCGCAGATCCAAAGCTTCCTCGACCCCGCTTCAAAGACCTATACCTACGTCGTGTATGAACACGCTGGCGGGTCCTGTGCGGTGGTCGACCCGGTGCTCGACTACGACCCGGCGTCAGGCCGCAGCGGCACGGAGCAGGCCGATCGGGTGATCGCTTTCGTGGCTGAACACCAGTTGACGGTGCAATGGCTGCTGGAAACCCACGCCCATGCCGATCACTTGTCCGCCGCTCCTTACCTGAGGGGAAAACTGGGCGGCAAGATCGCTATCGGCGAATCCATCCATCAGGTACAGAGTGTCTTCAAGACGCTGTTCAATCTCGAAGCGCAATTTGCCGTGGATGGTTCACAGTTCGATCACCTGTTCGCGGCCGACGAATCTTTTTTTATCGGCAACCTCAAGGCCACCGCGCTGCACGTTCCCGGCCACACCCCGGCGGACATGGCCTACCTGATCGATGGCGATGTGATCCTGGTGGGTGACACGCTGTTCATGCCTGATGTGGGCACTGCCCGCTGCGACTTCCCTGGCGGCAATGCCTGTCAACTCTACGCTTCGATCCGCAAGCTGCTGGCCTTTCCTGCCGGCGTTCGACTCTACGTTTGCCACGATTACCCGCCGGAGGGCCGCGAGCCCCAGTGCATGAGCACCGTGGGCGAGCAGCGCCAGCACAACATCCATGTTCGCGACGGCATCGACGAGACCGCATTCGTGGCCATGCGCACCCAGCGCGACAAGACCCTGGGCATGCCGACGCTGCTGTTGCCGGCGATCCAGGTGAATGTGCGGGCGGGCCACCTGCCGCCGGCGGAGGGGAATGGCGTGACCTATCTGAAGATTCCGATCAATCAGCTCTAA MPAQIQSFLDPASKTYTYVVYEHAGGSCAVVDPVLDYDPASGRSGTEQADRVIAFVAEHQLTVQWLLETHAHADHLSAAPYLRGKLGGKIAIGESIHQVQSVFKTLFNLEAQFAVDGSQFDHLFAADESFFIGNLKATALHVPGHTPADMAYLIDGDVILVGDTLFMPDVGTARCDFPGGNACQLYASIRKLLAFPAGVRLYVCHDYPPEGREPQCMSTVGEQRQHNIHVRDGIDETAFVAMRTQRDKTLGMPTLLLPAIQVNVRAGHLPPAEGNGVTYLKIPINQL NA NA NA NA NA D1-35_01081 801 hypothetical protein ATGTTACTGGCAAGTTTTTTTGGTGTGATCATGGGCCTGATCCTTGGCCTGACAGGGGCGGGCGGCGGAATTCTGGCCGTGCCGGCGTTGGTGTTGGGCCTGGGTTGGAGCATGACCCAGGCCGCGCCGGTGGCGTTGTTTGCGGTGGGCAGCGCCGCAGCTGTCGGCGCCATCGATGGGTTGCGCCATGGGCTGGTGCGTTACCGCGCGGCCTTGCTCATCGCGCTGCTGGGCGCGGTGTTCTCGCCGGTGGGTGTCTATTTCGCCCACCAGCTTTCAGAAAAAATCCTGATGATTCTGTTCAGCCTGCTGATGGTGCTGGTGGCGGCGCGCATGCTGCGCCGAGAAACCCCGCAGCCGGGACCCAGCGACCACGGCGCGGCCAGTTGGGGCCAGAAGAACTGCATGCTGGATCAGCAGACCGGGCGCCTGGCCTGGACCGCCCGCTGCACCGCCACGCTGTCGGCGTTGGGCGCGGTCACGGGCATGGTTTCGGGCCTGCTGGGGGTGGGTGGCGGTTTCCTGATCGTCCCGGCGTTCAAGCAACTGACCGACGTGCAGATGCGCGGCATTGTCGCCACCTCCTTGATGGTCATCAGCCTGATTTCGTTGATCGGCGTGGTGGGCGCGTTTCATGCCGGGGTCAGCATCGACCGGGTAGGGGCGGCGTTCATTGCGGCGAGCATCGTCGGGATGATTTTGGGGCGACGCTTCTCGGCGAAGGTTCCAGCGCGGGCGTTGCAGGTGGGGTTTGCCGGGGTGTGTCTGGCGGTGGCGGGGTTCATGTTGTTGCGGGCTTAG MLLASFFGVIMGLILGLTGAGGGILAVPALVLGLGWSMTQAAPVALFAVGSAAAVGAIDGLRHGLVRYRAALLIALLGAVFSPVGVYFAHQLSEKILMILFSLLMVLVAARMLRRETPQPGPSDHGAASWGQKNCMLDQQTGRLAWTARCTATLSALGAVTGMVSGLLGVGGGFLIVPAFKQLTDVQMRGIVATSLMVISLISLIGVVGAFHAGVSIDRVGAAFIAASIVGMILGRRFSAKVPARALQVGFAGVCLAVAGFMLLRA NA NA NA NA NA D1-35_01082 870 yphB COG2017 putative protein YphB ATGACACCGCCCCTTCTCCACCTCGAAGACGAACTCACCCGCCTCACCCTGGCTCCGCACCTGGGCGCCAGCCTCGTTGAATGGACATTGCGCAGCAGCGGAGCTCCGCTGCTGCGCCCGCCCGCACCGCAAGCACTGGAAAACCGCCTGCCGGGAAAGCTCGGCTGCTTTCCGTTGATCCCCTGGTCGAACAGGATCGCCCAAGGCGGTTTCGATTGCCCGGGCGGCTGGCTCGCCCTGGAAGCCAACAGCCCCAACGATCCCTTTCCGATCCATGGCAGTGCCTGGCAGCAGCCCTGGCAGATTACCGAACGAACTGATCAGGAAGTCTTGCTGCAGCTGGACAGCCAAACCCCGTTCGCCTATTGCGCCAGCCTGCGGATCCGCTTGAGCGGCGGCCAACTGCAAATCGCCCTGCACGTCACCCACATGGCCGAACAGGCCGCCTGGCACGGGTTGGGCTTGCATCCATATTTGCCACGCACCCCCGGCACTCGCCTGCAAACCCGCGCCAGCGAAGTCTGGATGTGCGACGCCTCGAAACTGCCAACGGAACTGACGGGCGTACCCCCAGCGTGGGATTTCCAGCAACCTCGACTACTGCCCGACACTCTCGTCGATAACGGTTTCGGCGGTTGGGATGGGCAGTGCCTGATCCAGCAACCTGACTTGGGCTACGAACTGGAATGTCGCGCCAGCGGCAGCGAATATTTCCTGTTGTACTGCCCCGTCGGTCTGGATTTCTTCTGCATCGAACCGGTCAGCCATCCGGTCAACGCGCATCACCTGCCAGGACGGCCGGGGTTGCGCTTGCTGGAGCAAGGGCAGTCGGTGGCGTTGGGGTTTTCGATGCAGTGCCGGGAGTCGTAG MTPPLLHLEDELTRLTLAPHLGASLVEWTLRSSGAPLLRPPAPQALENRLPGKLGCFPLIPWSNRIAQGGFDCPGGWLALEANSPNDPFPIHGSAWQQPWQITERTDQEVLLQLDSQTPFAYCASLRIRLSGGQLQIALHVTHMAEQAAWHGLGLHPYLPRTPGTRLQTRASEVWMCDASKLPTELTGVPPAWDFQQPRLLPDTLVDNGFGGWDGQCLIQQPDLGYELECRASGSEYFLLYCPVGLDFFCIEPVSHPVNAHHLPGRPGLRLLEQGQSVALGFSMQCRES PGPT0017825_5366 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 D1-35_01083 1281 dctM_1 COG1593 C4-dicarboxylate TRAP transporter large permease protein DctM ATGGACGCTCTGATTCTGCTGGGCAGTTTTTTGTTGTTGATCCTGATCGGCATGCCGGTCGCCTACGCGCTGGGCGCTGCCGCCCTGATCGGGGCATGGTGGATCGATATTCCGTTCCAGGCCATGATGATTCAGGTGACGGGCGGGGTGAATAAATTCTCGTTGCTGGCCATTCCGTTCTTCGTCCTGGCCGGCGCGATCATGGCCGAGGGCGGCATGTCCCGCCGCTTGGTGGCATTCGCCAGTGTGTTGGTAGGCTTCGTGCGCGGTGGCCTGTCTTTGGTCAACCTCGTGGCCTCGAGTTTTTTTGGCGCGATCTCCGGCTCCTCGGTGGCCGATACCGCCTCGGTCGGCTCGGTGCTGATCCCGGAAATGACACGCCGGGGCTATCCGCGTGAATACGCCACCGCCGTCACTGTCAGTGGTTCGGTACAAGCGCTGCTGACACCGCCCAGCCACAACGCGGTGCTGTACTCCCTCGCCGCTGGCGGCACCGTCTCCATTGGTTCGCTGTTCATGGCCGGCATCGTCCCCGGCATCATGATGAACCTGTGCCTGATGGCGCTGTGCCTGGTTTTTGCGAAAAAGCGCAATTACCCCAAGGGCGAAGTGATTCCGCTCAAGCAAGCGTTAAAGATCTGCAAGGAAGCCATGTGGGGCATGATGACCCTGTTCATCATCCTTGGCGGCATTCTCTCGGGTGTGTTCACCGCCACCGAATCGGCCGCCATTGCCGTGGTGTGGGCATTCTTCGTGACCATGTGCATCTATCGCGACTACAAGTGGAGCGAGTTGCCGAAACTGATGCACCGTACGGTACGCACCATCTCCATCGTGATGATCCTGATCGGCTTCGCCGCCAGCTTCGGCTACATCATGACGCTGATGGAAATCCCGGCGAAGATCACCACCGCGTTCCTGACCCTTTCGGACAACCGCTACGTGATCCTGATGTGCATCAACGTGATGTTGCTGCTGCTGGGCACCGTGATGGACATGGCGCCGCTGATCCTGATCCTGACGCCGATCCTGATGCCAGTGATCGTGGGCATCGGTGTGGACCCGGTGCAGTTCGGCATGATCATGCTGGTGAACCTGGGTATCGGCCTGATCACACCTCCGGTGGGCGCGGTACTGTTCGTCGGTTCCGCCATCGGCAAGGTGAGCATCGAAAGCACCGTCAAGGCCCTGCTGCCGTTCTACGCCATGCTGTTCCTGGTCCTGCTGTTGGTGACCTACGTTCCTGCCATTTCGCTGTGGCTGCCGAATCTGGTGTTGTAA MDALILLGSFLLLILIGMPVAYALGAAALIGAWWIDIPFQAMMIQVTGGVNKFSLLAIPFFVLAGAIMAEGGMSRRLVAFASVLVGFVRGGLSLVNLVASSFFGAISGSSVADTASVGSVLIPEMTRRGYPREYATAVTVSGSVQALLTPPSHNAVLYSLAAGGTVSIGSLFMAGIVPGIMMNLCLMALCLVFAKKRNYPKGEVIPLKQALKICKEAMWGMMTLFIILGGILSGVFTATESAAIAVVWAFFVTMCIYRDYKWSELPKLMHRTVRTISIVMILIGFAASFGYIMTLMEIPAKITTAFLTLSDNRYVILMCINVMLLLLGTVMDMAPLILILTPILMPVIVGIGVDPVQFGMIMLVNLGIGLITPPVGAVLFVGSAIGKVSIESTVKALLPFYAMLFLVLLLVTYVPAISLWLPNLVL PGPT0017335_1576 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 D1-35_01084 528 hypothetical protein ATGAAGAATTTGCTGCTGCGTATCAACGACACGATTTACATGACTTGCATCTGGGTCGCCGGCCTGTCTGTCCTCGCCGTTGCGCTGATGATCCCTTGGGGCGTGTTCGCCCGCTACGTCCTCGGCACCGGCTCAAGCTGGCCGGAGCCCACCGCCATCTTGCTGATGATCGTGTTCACTTTCATCGGTGCAGCTGCCAGCTACCGCTCCGGCTCGCACATGGCCGTGGATATGGTCACAAGCCGCCTGCCCCCGCACTTGCAAACCTTGGCTTCGGTTTTCACGCAACTGTTGATGGCGGCGGTGTGCATTTTCATGACTGTCTGGGGCGCCAAGCTGTGCATGACCACCTGGAACCAGTTCATGAGCGCCATCCCTACCCTGCGCGTTGGCATCACTTACATGCCGATCCCGATCGGTGGGTTCCTGACCCTTATTTTTGTCCTGGAAAAACTCTTGCTGGGTGATCAAAGCAAGCGTCGGGTCGTGCAGTTCGACCTGGTTGAAGAAAACGAAGGTGCCGTTTAA MKNLLLRINDTIYMTCIWVAGLSVLAVALMIPWGVFARYVLGTGSSWPEPTAILLMIVFTFIGAAASYRSGSHMAVDMVTSRLPPHLQTLASVFTQLLMAAVCIFMTVWGAKLCMTTWNQFMSAIPTLRVGITYMPIPIGGFLTLIFVLEKLLLGDQSKRRVVQFDLVEENEGAV NA NA NA NA NA D1-35_01085 972 COG1638 Solute-binding protein ATGAATTTCAAACGCACGCTTCTGATCGCGGCCCTGCCCCTGGCCTTCCTGGCCCAGGCGGCACACGCTGAACTCACCCTGAAAATCGCCGACATCCACCCCAAGGGCTACCCGACCGTAGTCGCCGAGGAGTCCATGGGTAAAGCCCTGGAAGCGCAGAGCAAGGGCGAACTGAAGTTCAAGTACTTCCCGGGTGGCGTACTGGGTTCTGAAAAGGAAGTCATCGAGCAGATGCAAGCCGGCGCGATCCAGATGTCTCGCGTCAGCCTGGGCATTGTCGGCCCTGTGGTGCCGGACGTGAACGTCTTCAACATGCCGTTCATCTTCCGCGACCAGGCCCACATGCGCGCCGTCATCGACGGCGACGTGGGCGACGCGATCCTCGACCGGATCACCAAATCCGAATTCGGCCTGGTGGCCCTGGCCTGGATGGACGGCGGCACCCGCAACCTCTACACCAAGAAACCGGTGCGCAAGCTCGAAGATCTGAAGGGCATGAAGATTCGCGTCCAAGGCAACCCGATGTTCATCGAGACCTTCAACGCCATGGGCGCCAACGGTATCGCCATGGACACCGGCGAGATCTTCAGCGCCCTGCAGACCGGCGTGATCGACGGCGCGGAAAACAACCCGCCGACCATGCTTGAGCACAACCACTACCAGAACGCCAAGTTCTACAGCCTGACCGGCCACCTGATCCTGCCTGAGCCGATCGTGATGTCGAAAATCACCTGGAACAAGCTCACGCCGGAGCAACAGGACATGGTGAAGAAAGCCGCCAAGGCAGCCCAGGCTGAAGAGCGCGTGCTGTGGGACAAGAAGTCCGCCGCCAGTGAAGAAAAACTCAAGGCCGCCGGCGTCGAGTTCATCACCGTCGATAAAAAACCCTTCTATGACGCCACCGCGCCGATCCGGGCCAAATACGGTGCTCCGTACGCCGACCTGATCAAGCGCATCGAGGCTGTCCAGTAA MNFKRTLLIAALPLAFLAQAAHAELTLKIADIHPKGYPTVVAEESMGKALEAQSKGELKFKYFPGGVLGSEKEVIEQMQAGAIQMSRVSLGIVGPVVPDVNVFNMPFIFRDQAHMRAVIDGDVGDAILDRITKSEFGLVALAWMDGGTRNLYTKKPVRKLEDLKGMKIRVQGNPMFIETFNAMGANGIAMDTGEIFSALQTGVIDGAENNPPTMLEHNHYQNAKFYSLTGHLILPEPIVMSKITWNKLTPEQQDMVKKAAKAAQAEERVLWDKKSAASEEKLKAAGVEFITVDKKPFYDATAPIRAKYGAPYADLIKRIEAVQ NA NA NA NA NA D1-35_01086 906 6-deoxy-6-sulfogluconolactonase ATGCAAGCCGAATTGATTGTCGATGCACGCAACGCCGTCGGGGAAAGCCCGGTGTGGGTCCCCGAGGAGAACGCCTTGTACTGGGTGAACATCCCCAGCGGCGGCCTGCAACGCTGGAACGCCAGCACTGGAAAAATCCAGGGCTGGGAAGCACCGGAAATGCTCGCCTGCATTGCCCGTCACCAGGACGGCGGCTGGGTCGCGGGCATGGAAAGCGGTTTCTTCCGTCTGCAGCCCAATGACGATGGCAGCCTGGACAGCGAGCTGTGCGCCAGCGTGGAGCACAGCCGTACCGACATGCGCCTCAACGATGGCCGCTGCGATCGCCAGGGCCGTTTCTGGGCCGGCAGCATGGTGCTGAACATGGGCGCCAACGCCGACGAAGGCCGGATGTACCGATATGACGCCGGGCAACGCAGCCCGGTCGAGGCACAGCTCAGCGGTTTCATCGTACCCAACGGCCTGGGCTTCAGCCCCGACGGAAGGACGATGTATCTCTCCGATTCGCACCCGTTGAGCCAGCAGATCTGGGCCTTCGACTACGACATCGACAGTGGCACCCCGTCCAACCGGCGCCTGTTCGTCGACATGATGCCCCTGGCCGGTCGCCCGGACGGCGCAGCGGTGGACGCCGACGGTTGCTACTGGATCTGCGCCAACGACGCCGGGCTGATTCACCGCTTCACCCCGGACGGACGCCTCGACCGTTCGCTTGAAGTGCCGGTGAAAAAACCGACCATGTGCGCCTTCGGCGGAAGCCAGCTCGATACCCTCTTCGTCACCTCGATCCGTCCGGGTGACGACAATGATCCGCAATCCCTGGCCGGTGGCGTGTTCGCTCTCAAACCCGGCGTCAAGGGTCTGGCTGAACCTGCTTTCGGAGGACGGAAACACTCCGCGAACTGA MQAELIVDARNAVGESPVWVPEENALYWVNIPSGGLQRWNASTGKIQGWEAPEMLACIARHQDGGWVAGMESGFFRLQPNDDGSLDSELCASVEHSRTDMRLNDGRCDRQGRFWAGSMVLNMGANADEGRMYRYDAGQRSPVEAQLSGFIVPNGLGFSPDGRTMYLSDSHPLSQQIWAFDYDIDSGTPSNRRLFVDMMPLAGRPDGAAVDADGCYWICANDAGLIHRFTPDGRLDRSLEVPVKKPTMCAFGGSQLDTLFVTSIRPGDDNDPQSLAGGVFALKPGVKGLAEPAFGGRKHSAN PGPT0017460_198 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017460-araB|L_arabinonolactonase-K13874 NA NA D1-35_01087 822 udh COG0451 Uronate dehydrogenase ATGACCACGACACAGATTCGCCACCCTTTCAATCGCTTGCTGTTGACCGGCGCCGCCGGCGGCCTTGGCAAAGTCTTGCGCGAACGCCTCAAGCCTTACGCCCGCCATATTCGCCTGTCGGACATCGCCAACATGGCACCGGCCATCGACGAAAGCGAAGAAGTGGTGCCCTGCGACCTGTCGGATAAACAGGCCGTGCACCAATTGGTGGAAGGCGTCGACGCCATCCTGCATTTTGGCGGTGTGTCGGTCGAGCGTCCGTTCGAAGAGATCCTCGGCGCCAACATCAGCGGCGTGTTCCATATTTATGAAGCCGCGCGCAAGCACGGCGTCAAGCGCGTGATCTTCGCCAGTTCCAACCACGTCATCGGCTTCTACAAGCAGGACCAGGCCCTCGACGCCCTCTCCCCTCGCCGTCCGGATGGCTACTACGGCCTGTCCAAGTCCTACGGCGAAGACATGGCCAGTTTCTACTTCGATCGCTACGGCATCGAGACCGTTAGCATCCGCATCGGCTCGTCATTCCCGGAACCACAGAACCGCCGGATGATGAGCACCTGGCTGAGCTTCGACGACCTCACCCAACTGATCGAATGCTCGCTCTACACCCCGAAGGTCGGCCACACCGTGGTCTACGGCATGTCCGCCAACCGCGACGTCTGGTGGGACAACAGCCACGCCGCGCACCTGGGCTACCAGCCCAAGGACACGTCGGAAATCTTCCGCGCCAAAGTCGAAGCCCAGCCGATGCCGGCCGAGGATGACCCGGCCAGGATCTACCAGGGCGGCGCCTTTGTTGCTGCCGGCCCGTTCGACAACTGA MTTTQIRHPFNRLLLTGAAGGLGKVLRERLKPYARHIRLSDIANMAPAIDESEEVVPCDLSDKQAVHQLVEGVDAILHFGGVSVERPFEEILGANISGVFHIYEAARKHGVKRVIFASSNHVIGFYKQDQALDALSPRRPDGYYGLSKSYGEDMASFYFDRYGIETVSIRIGSSFPEPQNRRMMSTWLSFDDLTQLIECSLYTPKVGHTVVYGMSANRDVWWDNSHAAHLGYQPKDTSEIFRAKVEAQPMPAEDDPARIYQGGAFVAAGPFDN PGPT0018290_356 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018290-udh-K18981 NA NA D1-35_01088 525 nicP_1 Porin-like protein NicP ATGGGCGACTGGACCCTGGGCGCCAACCTGGGCTACTTCACCGGCAAGGAAGACGGCAGCGCCCTGGCCGGCGATCTCGACAACAAGACCGCGTTCGCCATGCTCTCCGCCAAGTACGGCGGCAACACCTTCTATGTCGGCCTGCAGAAAGTCGGCGGCGATGACGCCTGGATGCGCGTCAACGGCACCAGCGGCGGGACCCTGGCGAACGACAGCTACAACTCCAGCTACGACAACGCCAAGGAAAAATCCTGGCAACTGCGCCATGACTTCAACTTCGCCGCCGTCGGCGTGCCGGGCCTGACCCTGATGAACCGCTATATCAGCGGTGACAACGTGCACACCGCCACCGTCGATGACGGCAAGGAATGGGGCCGCGAGACCGAGCTGGCTTATACCGTGCAGAGCGGTGCGCTGAAGAGCCTTAACGTAAAATGGCGTAACGCATCGATTCGTCGCGACTTCAGCACCAACGAATTCGACGAGAACCGGATCTTCATCAGCTACCCGATTTCGCTGCTGTAA MGDWTLGANLGYFTGKEDGSALAGDLDNKTAFAMLSAKYGGNTFYVGLQKVGGDDAWMRVNGTSGGTLANDSYNSSYDNAKEKSWQLRHDFNFAAVGVPGLTLMNRYISGDNVHTATVDDGKEWGRETELAYTVQSGALKSLNVKWRNASIRRDFSTNEFDENRIFISYPISLL PGPT0023610_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-GALLATE_RESISTANCE,PGPT0023610-galP-K16517 NA NA D1-35_01089 3453 recC COG1330 RecBCD enzyme subunit RecC ATGCCGGACGCTAAGTCCCTCAGCCCTGCTTTCATGGTGGTCCACGGGAACCGCCTTGATGAGCTGCGCAGCCTGGTGATAAGCCTCATGCGGCGCTATCCGCTGGCCCCTCTTGAAAATGAAATCGCGCTCGTACAAAGCAACGGCATTGCCCAATGGCTGAAGCTGGCACTGGCTGAGGATCCCCTTGACGACGACATGGGCGGCTGCGGCATCGCGGCTGCGATTGATGTGCAGTTGCCCGGCAGTTTCATGTGGCAGCTCTATCGAACGGTGCTCGGGCGTGACGAGATTCCAGCCAAGTCCTTGCTGGACAAGGCCCCGCTTACGTGGCGCCTGATGCGCCTCCTGCCGCAATTGATTGAACAGCCCCATTTCGAGCCCCTGCGGCGTTTTTTGACCCATGACACGGACTTGCGCAAGCGGTACCAGTTGTCCGAGCGCCTTGCAGATTTGTTCGACCAATATCAGGTGTACCGAGCCGACTGGCTCGAAGACTGGGCCCAAGGGCGCCATCAGACCCGCAACGTCCGGGGTGAAATCAAGCCGCTCGCGCCGGCGAATTGCTGGCAAGCGGAATTGTGGCGGGCGTTATTGCTGGATGTGGGAGAGCAAGGCATGGCTCAAAGCCGTGCGGGTGTTCATCAGCGCTACATCGAGCGCATCAATAGTCTGGAAGCCGCTCCAAAAGGTCTGCCTGCACGGGTAATAGTCTTCGGTATTTCCTCACTGCCCGCCCAAGCGCTCGAAGCCCTGGCCGGTCTGTCACGGTTCAGTCAGGTTCTGCTGTGCGTCCATAACCCATGCCGTCACCATTGGGCAGATATCGTGGCCGACAAGGATCTGCTTCGCCACCAATACAAGCGGCAGGCACGCAAGAGCGGCATGCCGGACGTCCTGGACCCGCAAACCTTGCATCAGCATGCTCATCCATTGCTGGCTGCCTGGGGGAAGCAGGGGCGCGACTATATCAACTTGCTCGACAGCTATGACGAGCCAAACACCTATCGCTCGGTATTTCGCGAAGGGCGGATCGACCTGTTCAGCGAAGGCAATCCCACTACGCTCCTCAGCCAGTTGCAGGATGACATTCTTGAGCTGCGGCCACTGAGCGAAACCCGGGAAAAGTGGCCCGCGGTCGATACCTCGCGAGACGGATCGATCCGTTTTCATATCGCCCACAGCGCCCAGCGTGAAGTCGAGATTCTTCACGATCAGTTGCTTGCCCATTTCAGCAATGACCCGGCTTTACGCCCTCGGGATATCATCGTCATGGTCCCGGACATCGACAGTTATGCGCCGCATATTCGCGCGGTGTTCGGCCAACTCGACCGGGTCGATCCGCGTTTCATCCCATTCACACTGACGGACCAAGGTCAGCGTGGACGCGATCCGCTGCTGATTGCCGTCGAGCATTTGCTGAAACTTCCCGATAGCCGTTTCCCCGTCAGCGAAATCCTTGATTTGCTGGACGTCCCGGCATTGCGTGAGCGATTTGGCATTGATGAGGCCGATTTACCGACACTGCACCGTTGGATCGAGGGCGCAGGCATCCGTTGGGGGATAAGCGCCGAGCACCGAGCCGGGTTGGGCTTGCCCGCGGAGTTGGAGCAGAACAGTTGGCGTTTCGGCCTGCGTCGCATGTTGTTGGGGTATGCCGTTGGTGATTCGCAAGCCTATGAAGGCATAGAACCCTATGACGAAATCGGCGGTCTGGATGCCGCATTGATCGGTCCGTTGGTTGCATTGCTCGATGCCCTGGAGGTTGCTTACCAGGCGCTCAGTCAACCCGCCTCACCTCAGGACTGGGGGACACGCCTGCATGATCTGATGCAGTTGTTCTTTCTGGCGAGCAACGAGCATGACGATTATTTGCTGGCCCAGCTCGAGGACTTGCGTGAAAACTGGTTGGAAACCTGCGAGTCGGTCGGCCTGCACGACGAGCTGCCGTTGACGGTTGTCAGAGAGGCCTGGCTGGCGGGGCTGGATCAAGGGCGACTGTCCCAGCGCTTCCTCGCCGGAGCGGTCAATTTTTGTACCTTGATGCCGATGCGGGCGATCCCCTTCAAGCTGGTCTGCCTGTTGGGCATGAACGATGGTGATTACCCGCGGGCCCAACCGCCATTGGATTTCGATCTCATGGGCAGTGATTATCGGCCGGGAGATCGCTCTCGACGAGAGGACGATCGCTACCTGCTGTTGGAGGCGCTGCTTTCTGCGCGGGAAAAACTCTACATCAGTTGGGTCGGGCGCAGCATACGCGACAACAGCGAGCGGCCTGCCTCAGTCCTGGTCGGACAGTTGCGCGATCATCTCGCAAGTGGCTGGCAGTCGGCGGATGTCCATGGCGACCTTCTTGAAGCGCTGACCCAGGAGCACCCCCTGCAACCGTTCAGCGCTCGTTATTTCTACCAGGGCGATGAGCTGTTCAGCTATGCCAGCGAATGGCGAGGACTTCATGAGGATCATGAGCACGCTGGCAAGCCTGGGGCCCTGGAGCCCTACGTTCAGGAGGAACCCCTGGGGCTTGGTCAGTTGCAGGACTTCCTGCGTAATCCTGTCCGGCACTTTTTCAGCCAGCGACTCAAGGTGTTCTTCGAGCCTCTCGAAGCCCCATTGGCGGACGACGAACCTTTCATCCTGGATGCCCTGCAGCGCTATAGCCTGAGCGACAGCCTGCTCGAGGCTGCCCTTGTTCGCCTTGACCAAGCGGACCTTGCATTGGAGGCTCACGCCAAGAGGCTTCAGAACAGCGGCCTGTTACCCATGGCTGGCTTTGGCCAATGTATGCAGCGTGAATTGATCGAGCCGCTGCCTGATCTACTGCAACGCTACCAGCAACTTCTGGCGCTATGGCCGACTCCGCTGACCAGTGCCGTGCCCGTCAGCCTGCAATTACACGGTGTGAACATTGAAGGTTGGCTCAGCGGCCTGCACCAGCGCTCCGATGGTGCGGTCCTCGCCATCACTGCCATTCCCAACAGTATCGGTTCTACCAGGACCCGGAAATGGCACCGCTTGATACGACCCTGGGTGAACCATCTCGTGGCTTGCGCCAACGGTCTGTCGATGACGACGGCATTGGTCGCCAGCGATGACAGCTTGCTGCTGAATCCTTTTGACGAGTCGGTAGCCCGCAAGCTGCTCGGCGACTTGTTGCAAGCCTGGCAGGCTGGCATGCGCCAACCGCTGCCAATCGCAGTGAAGACCGCCTTCGCCTGGCTCGGCCAGAGTGATCCGGACAAAGCCGAAGCGGCCGCTCGAAAAGCCTACGAAGGCGATGGGCTGACGTCTGAAGGCGAGCGGCGCGAAAGCCCCGCTCTGGCTCGGCAATATGCCGACTTCGATGCGCTTATCGCTGACGAAACATTCCCCGACTGGTGTGACGCGCTCTATCGACCGCTTCTGGAAGCACCGTGGCGTTCGTTGGCGGGTGAGGAAGCGCATTCATGA MPDAKSLSPAFMVVHGNRLDELRSLVISLMRRYPLAPLENEIALVQSNGIAQWLKLALAEDPLDDDMGGCGIAAAIDVQLPGSFMWQLYRTVLGRDEIPAKSLLDKAPLTWRLMRLLPQLIEQPHFEPLRRFLTHDTDLRKRYQLSERLADLFDQYQVYRADWLEDWAQGRHQTRNVRGEIKPLAPANCWQAELWRALLLDVGEQGMAQSRAGVHQRYIERINSLEAAPKGLPARVIVFGISSLPAQALEALAGLSRFSQVLLCVHNPCRHHWADIVADKDLLRHQYKRQARKSGMPDVLDPQTLHQHAHPLLAAWGKQGRDYINLLDSYDEPNTYRSVFREGRIDLFSEGNPTTLLSQLQDDILELRPLSETREKWPAVDTSRDGSIRFHIAHSAQREVEILHDQLLAHFSNDPALRPRDIIVMVPDIDSYAPHIRAVFGQLDRVDPRFIPFTLTDQGQRGRDPLLIAVEHLLKLPDSRFPVSEILDLLDVPALRERFGIDEADLPTLHRWIEGAGIRWGISAEHRAGLGLPAELEQNSWRFGLRRMLLGYAVGDSQAYEGIEPYDEIGGLDAALIGPLVALLDALEVAYQALSQPASPQDWGTRLHDLMQLFFLASNEHDDYLLAQLEDLRENWLETCESVGLHDELPLTVVREAWLAGLDQGRLSQRFLAGAVNFCTLMPMRAIPFKLVCLLGMNDGDYPRAQPPLDFDLMGSDYRPGDRSRREDDRYLLLEALLSAREKLYISWVGRSIRDNSERPASVLVGQLRDHLASGWQSADVHGDLLEALTQEHPLQPFSARYFYQGDELFSYASEWRGLHEDHEHAGKPGALEPYVQEEPLGLGQLQDFLRNPVRHFFSQRLKVFFEPLEAPLADDEPFILDALQRYSLSDSLLEAALVRLDQADLALEAHAKRLQNSGLLPMAGFGQCMQRELIEPLPDLLQRYQQLLALWPTPLTSAVPVSLQLHGVNIEGWLSGLHQRSDGAVLAITAIPNSIGSTRTRKWHRLIRPWVNHLVACANGLSMTTALVASDDSLLLNPFDESVARKLLGDLLQAWQAGMRQPLPIAVKTAFAWLGQSDPDKAEAAARKAYEGDGLTSEGERRESPALARQYADFDALIADETFPDWCDALYRPLLEAPWRSLAGEEAHS NA NA NA NA NA D1-35_01090 3690 recB COG1074 RecBCD enzyme subunit RecB ATGAGTCGACAAACACCCTTGGCGCTGGCTTTCCCACTACGCGGCAGTCAATTGATCGAAGCCAGCGCAGGAACTGGCAAGACCTTTACCATCTCGGCGTTGTACTTGCGCCTGGTGCTGGGCCATGGCGGCTCGACGGCCGGCTTTGGCCGTGAGCTGCTTCCTCCGCAGATACTGGTGGTGACTTTCACCGACGCTGCCACGAAGGAATTGCGCGAACGCATCCGCACCCGCCTCGCGGAAGCGGCGCGTTTTTTTCGTGACGAGATTCCCGCTCCCGACGCGTTGATAAACGCACTGCGTGATGAGTTTGATAAAGGGCAATGGCCTGGCTGTGCGAATCGGCTGGATATCGCCGCGCAATGGATGGATGAAGCCGCCGTTTCGACGATCCACAGCTGGTGCCAGCGGATGCTTCGTGAGCATGCCTTTGACAGTGGCAGCCTGTTCACCCAGACCCTGGAAACCGACCACAGCGAATTGCTCGGCGAGGTGCTGCGCGATTATTGGCGATTGTTCTGCTACTCGATGGAGGGTGAGGCACTGGATTGGGTGCGAGCGCACTGGGGCGGTCCTGCTGCGTTGTTGCCACGGGTGAGGGGGTTGTTTGCCAACTCGCGAGGTGGTGACGATGGGCTTGAACCGACGGAACTCATCACCGCGTCCCTGCGCGAGCGCAGCGCAGCCTTGCTCGATCTCAAGGCTCCCTGGCGGCAGTGGGCGGTGGAGTTGCTGGAGATCTGCCAGCAAGGCGTAGCCAATAAAACCGTCGACGGGCGCAAGATGCAGGCTCGTTACTTCGAGCCATGGTTTCAGAAGCTATCTGCATGGGTTGAAGACGAGAGCCTGGAGTTGCTCGACATCGGCACCGGCTTCACGCGCTTGACGCCCGAAGGCATGGCCGAGGCCTGGAAGGGCGACGTGCCCAGCCACCCAGGGCTGGACGCCATGGCGGGCCTGAAGGCCGGCCTGGATGCCTTGCCCACGCCCGACGCTGCGGTGCTGCAGCATGCTGCGCAGTGGGTCGGGGCGCGCTTCGAGGCGGAGAAGCGGCGCCGGGCGGAAATGGGATTCGACGACATGCTGCTGCGCCTGGACGCAGCTTTGCAGGCTGAAGGTGGGGAGCGCCTGGCGAGCCTGATTCGCGAGCAGTTTCCGGTTGCGCTGATTGACGAGTTCCAGGACACCGACCCGGTCCAGTACCGCATCTTCGAGAGCATCTATCGCATTGGCGACAACGATCCTGAAACGGGGCTGTTCCTGATCGGGGATCCGAAACAGGCCATTTATGCGTTTCGCGGCGCCGACATCTACACCTATCTGCGCGCCCGCGAAGCCACTGCCGGCAGGTTGCATACGCTGGGGACCAATTTCCGTTCCAGCCATGCCATGGTCGGCGCTGTGAACCATATTTTTCAATACGCCGAATCGCGGCTGAATGGGCGCGGGGCTTTTCTGTTCCGCGAGCCATCGGGTGAGAATCCGGTGCCATTCCTGCCGGTCGACTCCCAGGGCCGCAAGGAGTCCTTGCAGCTTGCGGGGCGGACGGTCGCGGCCTTGAATATCTGGCATCTGGCCTCGGACCAGCCGCTCTCCGGAGCGGTGTACCGACAGCAAATGGCCGTGGCCTGCGCCAGTGAAATCACGGCGCTGCTCAATGGCGGCCAGTCAGGGCACGATGGCTTCGTTGGTGATGGGGAAATGTTACGGGGGCTTCGACCGGCGGATATCGCCATCCTGGTGCGTGATGGCAAGGAAGCGCAGGCCGTGCGAAACGAGTTGTCGGCACGGGGTGTGCGCAGCGTTTATCTATCCGATAAGGACTCGGTCTTCGCCTCGCAGGAGGCAAGGGATTTGCTGGCCTGGCTCAAGGCTTGCGCCGAGCCGGACGTCGAGCGGCCGCTGCGAGCTGCGCTGGCCAGCGTCACCCTGAATCTGCCGCTTGCAGAACTGGAGCGCCTCAACCAGGACGAGTTGGCCTGGGAACGTCGAGTCATGCAGTTCCGTAGCTATCGGGTGGTCTGGCGCACCCAGGGCGTGCTGCCCATGCTGAGGCGCCTGCTGCATGACTTCAAGCTGCCCCAGGCCTTGATGATGCGTGGCGATGGCGAGCGGGTGCTGACCAACCTGTTGCATCTATGCGAGCTGTTACAGCAGGCCGCCGTCGAGCTGGATGGCGAGCAGGCCTTGATTCGCTATCTGTCCGAACACCTTGCATTGACCGGGCAGGCGGGAGAGGAACAGATCCTGCGCCTGGAAAGCGACGAGCAACTGGTCAAGGTGGTCACGATCCATAAATCCAAGGGGCTTGAGTATCCGTTGGTTTTCCTGCCGTTCATATGCTCGACGAAACCGGTGGACGGCACCCGATTGCCGTTGCATTACCACGATGAAGCCGGTCATGCGCAGATCAGTCTTACGCCCAGCCCCGAGTTGATCGCCAAGGCCGACGACGAGCGCCTGGCCGAGGATCTTCGGCTTCTATACGTGGCGCTTACCCGTGCGCAGCATGCCTGCTGGTTAGGTGTGGCCGATCTCAAGCGAGGCAGTAACAGCCGCTCGATCCTGCATCTGTCTGCGCTGGGGTATCTGTTGGGCGGTGGTGCGCCGTTGACCGAGTCGGTGGCGTTGAGACGTTGGCTGGAAGATCTGCAGCAGGGGAGCGACGCGGTGAGCTGCCAGGATATGCCGGAGGCCAACGATCAGCACTATCGACCCCCACGTAATGATGCGGTGTTGCTTGAACCCTTGCTTCCGGTACGTAAAGCCAGCGAGAACTGGTGGATCGCTTCGTACAGCGCGCTGCGCTTTGGAGAAAGTCTCAGCGCCGGCACCGATTCCGCGCCGGAAAACCCACAGGCGCAGAAAATGTTCGACGACGAACGGCTTGATCCTGACGCTCCCAGGGAAGTCATCGCCGTCGGCGGTGATATCCATCGTTTCCCCCGCGGTCCCAACCCCGGTACGTTTCTCCATGGTCTCTTGGAATGGGCTGCCGGAGAGGGATTTACCGCCTCGCCAATGGCCCTCGAAGATGCCATCGCGCGACGTTGCAACCGCCGCGGCTGGAAAGGCTGGATCAGCACCCTTGGAGACTGGTTGCAGCACCTGGTCACGACGCCCTTGCAGATCGGTGGCGGACAGTCTCCGGTGGTACTGGCTCAGTTGAGCCAATTTCAGGTCGAGATGGAGTTCTGGTTCTCCAGTCACAAGGTTGATGTGCTCAAGCTTGATGAGCTGGTTTGCCAGTCAACCCACGGTGGCGTGGCTCGTGTCGCCGCAGAACCGGCACTGCTCAACGGAATGTTCAAGGGCTTCATCGACCTGACCTTCGAGCATGACGGCCGGTATTACGTGGCTGACTACAAATCCAACTGGCTGGGCGCCGATGACATGGCCTACACCGCTCAAGCCATGGAGCAATCGATTCTGGATAATCGTTACGACCTGCAATACACGCTGTACCTGTTGGCCCTGCATCGCCAGCTCAAGGCGCGCCTGCCAGACTATGACTACGACCGGCATGTCGGTGGCGCGTTGTATCTTTTCCTGCGCGGCACACGTGCAGCCAGCCAGGGCGTGTTTTTCACCAAGCCCCCTCGGGCACTGATCGAACAGCTTGACCGCCTGTTCCAGGGAGCACCCGCGCCCAAGGCCGAGCCGGCATGGGTACAAGGAGAATTGTTATGA MSRQTPLALAFPLRGSQLIEASAGTGKTFTISALYLRLVLGHGGSTAGFGRELLPPQILVVTFTDAATKELRERIRTRLAEAARFFRDEIPAPDALINALRDEFDKGQWPGCANRLDIAAQWMDEAAVSTIHSWCQRMLREHAFDSGSLFTQTLETDHSELLGEVLRDYWRLFCYSMEGEALDWVRAHWGGPAALLPRVRGLFANSRGGDDGLEPTELITASLRERSAALLDLKAPWRQWAVELLEICQQGVANKTVDGRKMQARYFEPWFQKLSAWVEDESLELLDIGTGFTRLTPEGMAEAWKGDVPSHPGLDAMAGLKAGLDALPTPDAAVLQHAAQWVGARFEAEKRRRAEMGFDDMLLRLDAALQAEGGERLASLIREQFPVALIDEFQDTDPVQYRIFESIYRIGDNDPETGLFLIGDPKQAIYAFRGADIYTYLRAREATAGRLHTLGTNFRSSHAMVGAVNHIFQYAESRLNGRGAFLFREPSGENPVPFLPVDSQGRKESLQLAGRTVAALNIWHLASDQPLSGAVYRQQMAVACASEITALLNGGQSGHDGFVGDGEMLRGLRPADIAILVRDGKEAQAVRNELSARGVRSVYLSDKDSVFASQEARDLLAWLKACAEPDVERPLRAALASVTLNLPLAELERLNQDELAWERRVMQFRSYRVVWRTQGVLPMLRRLLHDFKLPQALMMRGDGERVLTNLLHLCELLQQAAVELDGEQALIRYLSEHLALTGQAGEEQILRLESDEQLVKVVTIHKSKGLEYPLVFLPFICSTKPVDGTRLPLHYHDEAGHAQISLTPSPELIAKADDERLAEDLRLLYVALTRAQHACWLGVADLKRGSNSRSILHLSALGYLLGGGAPLTESVALRRWLEDLQQGSDAVSCQDMPEANDQHYRPPRNDAVLLEPLLPVRKASENWWIASYSALRFGESLSAGTDSAPENPQAQKMFDDERLDPDAPREVIAVGGDIHRFPRGPNPGTFLHGLLEWAAGEGFTASPMALEDAIARRCNRRGWKGWISTLGDWLQHLVTTPLQIGGGQSPVVLAQLSQFQVEMEFWFSSHKVDVLKLDELVCQSTHGGVARVAAEPALLNGMFKGFIDLTFEHDGRYYVADYKSNWLGADDMAYTAQAMEQSILDNRYDLQYTLYLLALHRQLKARLPDYDYDRHVGGALYLFLRGTRAASQGVFFTKPPRALIEQLDRLFQGAPAPKAEPAWVQGELL NA NA NA NA NA D1-35_01091 2097 recD COG0507 RecBCD enzyme subunit RecD ATGAGTCGCTCCTTTGCCGACCTGCTGCCTAAATCGCTCGACGACGAAGGGCTGGTCGACCTGGCGCCCCTGAGTCGTGCAGAGGACCTGCTGCTGTTGCTCACGCGCTGGGTTGAACGTGGCTGGTTGCGGGCCTTGGACAAGGCATTCGTGGTGTTCCTCCATGAATTGTCGCCTGGCGATGATCCGCTGGTATTGCTGGCGGCTGCGCTGACCAGCCACCAACTGGGCCATGGGCATGTTTGCCTGGACCTGTTCGAGACACTCAAGGAACCTGATTTCGCCCTGTCACTGCCCCCCGAGGGCGACCTGCAGACGGGCGTGATGCTGTTGCCTTCGCAGATCCTGAGAACGCTGGACGGTGCCCATTGGTGCAAGGTCCTGGCGTCCAGCCGCCTCGTGGCCCTGGCGGTCGATGACAGCGAAGAGGCGCAGCAGCGGCCACTGGTATTGTCCGGCAAACGGCTTTACCTGCGTCGTTACTGGGGCTATGAACGACGGATCGACGCGGCGTTGCGTCAACGCCTGGCCGAACAGGAAAGCGCCCCTGATGACCTGCGCGAGCGGCTGGACGGACTGTTCGGGCCGGCCAGCACTACCGGCCCGATCGACTGGCAGAAGCTGGCTTGCGCGCTGGCGACGCGGAGCGCGTTCAGCATCGTTACCGGCGGCCCGGGCACGGGTAAGACCACCACGGTCGTGCGCTTGCTTGCCTTGTTGCAGGCACCTGCCGTCGAGGCGGGGAAACCGCTGCGGATTCGCCTGGCCGCACCCACCGGCAAAGCCGCTGCGCGGCTGACCGAGTCGATCAGCCAGCAAGTTCGGACGCTGGATGTGATCGACTCCGTACGCGAGCGAATTCCCTGCGACGTCACCACGGTGCATCGCCTGCTCGGCAGTCGTCCCAGCACCCGACATTTTCGCCACCATCGTGGCAATCGATTGCCGTTGGATGTGCTAGTGGTCGATGAGGCGTCCATGATCGATCTGGAAATGATGGCCAATCTGCTGGACGCGCTGCCGTCCCATGCGCGGTTGATTTTGTTGGGCGACAAGGACCAGCTGGCTTCCGTGGAGGCCGGCGCGGTATTGGGGGATCTGTGTCGGGACGCCGAGGACGGCTGGTATAGCCCACAGACGCGCGCCTGGCTCGAGTCCGTCAGTGGCGAGAGCCTGGCGGCGAGCGATCTGAAACAGGACCTCGACGACACTCATCCCCTCGCGCAGCAAGTGGTGATGCTCAGGCATTCCCGACGCTTTGGCGAAGGCAGCGGTATCGGCCAACTGGCCCGACGGGTCAATCGCCAGCAGCCTGAAGAAGCTCGTCAGTTGCTAGAGGAGGGCCAATATGCCGACCTGTTCTCCCTGGCGCTGAAGAGCCAGCACGACGGGACGCTCGAGCGCTGGTTGCTCGATGGTCGACCCGGTGGTCCGCAGGGCTATCGGCATTATCTGAGCCTGCTGCGACAGCGACGTCCGGACATTTCTCGCCCGCTGGAGGACAGTTGCTGGACTGATTGGGCGCGTGAGGTCTTGTCGGCCTTTGACGAGTTCCAATTGCTCTGTGCCGTACGCAAGGGGCCGTGGGGCGTCGAGGGCCTGAACCCGAGAATCACCGCCGCGCTGCTCAAGGCTCGCCTGATCGATAGCGATCACCAGTGGTACGAGGGGCGTCCGGTACTGATGACTCGCAACGACTACGGGCTGGGATTGATGAACGGCGATATCGGGATCGCTCTCAAGTTGCCCGAGCGTGACGGTCCTGACGCTGGCAAGCAGGTCCTGCGGGTCGCCTTTCCTCGTAACGATGGCCGGGGTGGTGTGCGTTTCGTCCTGCCCAGCCGCCTGAATGACGTGGAAACCGTTTACGCCATGACGGTGCACAAGTCCCAGGGGTCGGAATTCACCCACACGGCCCTGATTCTTCCGGATGCCTTGAACCCCGTTTTGACCAAGGAACTGGTGTATACCGCCATTACCCGAGGCAAGCAGTGGTTCAGCCTGATAGAGCCGCGCACGGGAATATTCGAAGAAGCGGTTCGGCGCAAGGTCAGGCGTTTGAGCGGGTTGATGCTCGAATTGGATGGAAACGACTGA MSRSFADLLPKSLDDEGLVDLAPLSRAEDLLLLLTRWVERGWLRALDKAFVVFLHELSPGDDPLVLLAAALTSHQLGHGHVCLDLFETLKEPDFALSLPPEGDLQTGVMLLPSQILRTLDGAHWCKVLASSRLVALAVDDSEEAQQRPLVLSGKRLYLRRYWGYERRIDAALRQRLAEQESAPDDLRERLDGLFGPASTTGPIDWQKLACALATRSAFSIVTGGPGTGKTTTVVRLLALLQAPAVEAGKPLRIRLAAPTGKAAARLTESISQQVRTLDVIDSVRERIPCDVTTVHRLLGSRPSTRHFRHHRGNRLPLDVLVVDEASMIDLEMMANLLDALPSHARLILLGDKDQLASVEAGAVLGDLCRDAEDGWYSPQTRAWLESVSGESLAASDLKQDLDDTHPLAQQVVMLRHSRRFGEGSGIGQLARRVNRQQPEEARQLLEEGQYADLFSLALKSQHDGTLERWLLDGRPGGPQGYRHYLSLLRQRRPDISRPLEDSCWTDWAREVLSAFDEFQLLCAVRKGPWGVEGLNPRITAALLKARLIDSDHQWYEGRPVLMTRNDYGLGLMNGDIGIALKLPERDGPDAGKQVLRVAFPRNDGRGGVRFVLPSRLNDVETVYAMTVHKSQGSEFTHTALILPDALNPVLTKELVYTAITRGKQWFSLIEPRTGIFEEAVRRKVRRLSGLMLELDGND NA NA NA NA NA D1-35_01092 576 hypothetical protein ATGGAAGCGGCGGTTCGGGGGGCGGCGCGCGGAAACGGCCGGAGGCATTATGCGCTCGCCGGTCTGCTGTGCTTGCTGTCGCCTGCAATTGCCGCCCAGGAGCCGACCTCTACCACTCGGGCCGAACAGCGGGCCGAAGCGGTCACCCAGGTCGTGTTGGGGATCCTCAGCTACGCTCGCTGGCCTGTTGAACCGACGCAATTGCAGCTGTGCATCGTCGGTCCGACGCAATACACGGACGACCTGGTCAAAGGCACCGCCCAGGCCACCGGCAGGCCTGTGACGGTACAGCGCTTGCTGGCCGATCATCCCGGCATTGCGAACGATTGCAATGCCGTCTACATCGGCCGGCTGACCAACGACGAACGTTCCCGATTGTTTGCGTCCCTGATCGGCAAACCGGTGTTGAGCATCAGCGAAGGCGGCGACCAATGCACCGTGGGCAGCCTGTTCTGCCTGCGGGTCGGAGATGAACAGGTGTCGTTCGAGGTCAACCTCGACTCGGTGGCACGCAGCGGTGTACGCATCCATCCGAGCGTCCTCCAGCTGTCACGCCGTAGGCCCGCCGCGCCATGA MEAAVRGAARGNGRRHYALAGLLCLLSPAIAAQEPTSTTRAEQRAEAVTQVVLGILSYARWPVEPTQLQLCIVGPTQYTDDLVKGTAQATGRPVTVQRLLADHPGIANDCNAVYIGRLTNDERSRLFASLIGKPVLSISEGGDQCTVGSLFCLRVGDEQVSFEVNLDSVARSGVRIHPSVLQLSRRRPAAP NA NA NA NA NA D1-35_01093 1269 dgcN COG2199 Diguanylate cyclase DgcN ATGAATTCGTCCAGATCACGAATTCGTCCCACGTTGGGCTCGGTCATCGGTCGCGGTCACCTGATCGTTGCGCTGGTGGCGATCACCATGGCCAGCGTCTCCCTGACCTTGTTGGGCGTGCTTGCCTTACGGGTCTATGCCGATCACAACTTGCATCTGATTGCCCGTTCGATCAGCTACACCGTGGAGGCGGCCGTGGTCTTCGATGACGCTGCGGCGGCCACCGAAGCGCTGGCCCTTATTGCTTCCACTGAAGAAGTCGCCGATGCCCAGGTCTTCAATGAAAGTGGCCGCCTGTTGGCGCATTGGCGGCGACCGGAAACCGGTCTTCTGTCGGAGCTGGAAATGCACATCGCCAAGGCATTCCTGGAAAAGCCCATCAGCCTGCCAATCATCCACCAGGAACAGAACATCGGCAGGATCCTGCTGGCAGGACACGGCGGTAGCCTGTTGCGTTTTCTGCTCAGCGGCCTGGCCGGGATCATCCTGTGCACGGCGGTCAGTGCCTGGGTCGCCCTGTATCTGGCGCGCCGTCAGCTGCGGGCGATTACCGGACCTTTGCGTAGCCTGGCTGAAGTAGCCCACGCCGCCCGTTGCGAGCGCGCCCTGGACCGCCGAGTGCCACCGGCCGATATCGCCGAACTGGATAATCTGGGCAACGACTTCAACGCACTGCTTGCCGAGCTGGAATCCTGGCAGACCCATCTGCAAAGTGAAAACGAGACCCTGGCTCACCAGGCCAGCCACGACAGCCTGACCGGGCTGCCGAACCGGGCCTTTTTCGAAGGTCGGCTGATCCGTGCCTTGCGCAATGCCAACAAGCTCGACGAGCAAGTGGCCGTCCTCTACCTGGACAGCGATCGCTTCAAGGGCATCAACGACAACTTTGGTCATGCCGCCGGTGACGCGGTGTTGACCGCCGTGGCGACCCGGGTCCGGGCGCAGTTGCGTGAGGATGACTTGGTCGCGCGTCTGGGCGGTGACGAGTTTGCCGTGCTGCTGGCGCCGTTGCACAAGACCGAGGATGCCGAACGGATCGCTGAAAAAATCATCGCCAGCATGGAGATGCCGATTCAATTGCCCGGCAATGCCTCGGTCCTGACGTCCCTCAGCATCGGCATCGCCGTTTACCCCGATCATGGCGCCACGCCCGGCGCCTTGCTCAGCGCCGCTGATGCGGCGATGTACCAGGCCAAACGCCTCGCCCGAGGCGGCCAACACACGGCGGGGTCGGAGCACCCGGTCGCGGATCTTCAAACCAGGAGCTGA MNSSRSRIRPTLGSVIGRGHLIVALVAITMASVSLTLLGVLALRVYADHNLHLIARSISYTVEAAVVFDDAAAATEALALIASTEEVADAQVFNESGRLLAHWRRPETGLLSELEMHIAKAFLEKPISLPIIHQEQNIGRILLAGHGGSLLRFLLSGLAGIILCTAVSAWVALYLARRQLRAITGPLRSLAEVAHAARCERALDRRVPPADIAELDNLGNDFNALLAELESWQTHLQSENETLAHQASHDSLTGLPNRAFFEGRLIRALRNANKLDEQVAVLYLDSDRFKGINDNFGHAAGDAVLTAVATRVRAQLREDDLVARLGGDEFAVLLAPLHKTEDAERIAEKIIASMEMPIQLPGNASVLTSLSIGIAVYPDHGATPGALLSAADAAMYQAKRLARGGQHTAGSEHPVADLQTRS PGPT0026000_234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026000-tpbB-K21021 NA NA D1-35_01094 504 pal_4 Peptidoglycan-associated lipoprotein ATGTTTTCCAATTCGCGTTTTTCTCTGCTGCGTTATGCAGCATTTTTGTTCATCGCCATTTTTGCCCTCAGCGGATGCCAGACGACGCCGCAAAAAGGACTGAGCCCAGCGCAGATCGCTGTTCTCAAGGAGCAGGGGTTCAAACTGACAGACGACGGCTGGGCCTTCGGACTTTCGGGCAAAGTGCTGTTTGGCAGTGACGTGGAAAGCCTCAACCCGGCCAGTACCGAGATCGTCGAGCGGATCGGCAAGGCACTGCTGGGTGCGGGAATCGAGCGGGTACGTATCGACGGTCACACCGATGCATCGGGCTCCCAGGCCTATAACGAACAACTGTCGATACGTCGGGCCGAAAGCGTTGGCAAAGTCTTGAGAGGCGTGGGCATGCGCGAAGAGAACGTCCAGTTGCGCGGCCTTGGCAGCAGCCAACCCGTCGCCCCCAACGACACCGCCAGCGGGCGCACCGAAAATCGTCGCGTGGCCATCGTGGTCATCGCCGACTAA MFSNSRFSLLRYAAFLFIAIFALSGCQTTPQKGLSPAQIAVLKEQGFKLTDDGWAFGLSGKVLFGSDVESLNPASTEIVERIGKALLGAGIERVRIDGHTDASGSQAYNEQLSIRRAESVGKVLRGVGMREENVQLRGLGSSQPVAPNDTASGRTENRRVAIVVIAD NA NA NA NA NA D1-35_01095 948 hdfR_4 HTH-type transcriptional regulator HdfR ATGCAAAAAAACATCACCTCCTTAGGGTCGCTGAATTGGGACGACCTCAAGTTTTTCCTCGAAGTGGCCCGCACCCGCAAGGCCAGCACGGCCGCCAAGCGTCTGGCCGTCGACTACACCACGGTGTCGCGACGCATCAGCTCGCTGGAAGCTTCCTTGGGTACGCTGCTGTTCGAAAAATCCCGGACCAACGGTTTTGTCCTGACGGCTGAAGGCCAACGTTTACTGGGCTATGCCGAGTCGATCGAAAGCACGCTGCACATGGCTTGCGAACAAGTTTCAGGCTCAGGCGTCGCGCTGTCCGGTCATGTACGCATGGGCTGTACGGAAGGCTTCGGCAGCTTTTTCATCACCCCGCAGTTGAGCCATTTCGTCGACGCCTACCCGGCGATCTCGGTGGACATCCTGCCGCTGCCGCACTTCATCAGCCTCTCCAAGCGCGAAGCCGATATCGTCATCGCCCTCGAGCGCCCCGAACATGGGCCGTATGTGTGCTGCAAACTCTGCGACTACCGATTGCAGCTTTATGCAACCCGGCAATACCTGGACAACCACCCACCCATCCACCGCCCGGCAGACCTGAACAAGCATTCGTTCATCAGCTATGTGGATGACCTGGCGTTCAGTTCCGAGCTGCTCTACCTGGCCAACGTATTGCCCGGCGCCCACGCTCATCTGCGCAGCACCAGCGTGATCGCCCAATTCGTGGCGGCGCAACAAGGCCGGTCACTGGCGATCCTGCCGTGCTTTTTGGCCGCCCAAGACCCACGCCTGCTGCCGGTGCTGCCGGAGGAAATCACGGTCACCCGGCAATTCTGGATGTACTGCCGGGAGGATCTGCGCAAGCTCAAGCGGATTACGTTGTTGTGGGATTACATCCGCGAAGTCACCGAACAGAACCAGCCACTACTCATGGGCGACAGCCGGGAGATGGTGTTTGCCGATTAG MQKNITSLGSLNWDDLKFFLEVARTRKASTAAKRLAVDYTTVSRRISSLEASLGTLLFEKSRTNGFVLTAEGQRLLGYAESIESTLHMACEQVSGSGVALSGHVRMGCTEGFGSFFITPQLSHFVDAYPAISVDILPLPHFISLSKREADIVIALERPEHGPYVCCKLCDYRLQLYATRQYLDNHPPIHRPADLNKHSFISYVDDLAFSSELLYLANVLPGAHAHLRSTSVIAQFVAAQQGRSLAILPCFLAAQDPRLLPVLPEEITVTRQFWMYCREDLRKLKRITLLWDYIREVTEQNQPLLMGDSREMVFAD NA NA NA NA NA D1-35_01096 1527 mmsA COG1012 Methylmalonate-semialdehyde dehydrogenase [acylating] ATGAACGTTTCCCTTACGCCCAGCGACACAGCCCTGCAAACCGTCAGATTGCTGATCGATGGCGAGTGGGTCGAGTCCCAATCCAGCGAATGGCACGACATCGTCAACCCGGCCACCCAACAAGTGCTGGCGAAGGTACCGTTTGCCACCGCGTCGGAAGTCGATGCCGCCATCGCTGCTGCCCAGCGTGCTTTCCAGACCTGGAAGCTGACACCGATTGGTGCGCGGATGCGCATCATGCTCAAGCTCCAGGCGCTGATCCGCGAGCATTCCAAGCGCATCGCCGCGGTGCTCAGTGCCGAACAGGGCAAGACCATCGCCGACGCCGAAGGCGATATTTTCCGCGGCCTGGAAGTGGTCGAGCACGCCTGTTCCATCGGCACCCTGCAAATGGGCGAGTTTGCCGAGAATGTCGCCGGTGGGGTGGATACCTATACCTTGCGCCAGCCGATTGGTGTGTGCGCGGGTATTACCCCGTTCAATTTTCCGGCGATGATCCCGCTGTGGATGTTCCCGATGGCCATCGCCTGCGGCAATACGTTCGTCCTCAAGCCGTCGGAGCAGGATCCGCTGTCGACCATGCTGCTGGTGGAGCTGGCCATCGAGGCCGGTGTGCCGCCGGGCGTGTTGAACGTGGTGCACGGCGGCAAGGATGTGGTGGATGCGCTTTGCACTCACAAGGACATCAAGGCCGTTTCCTTCGTCGGCTCAACGGCGGTCGGCACCCATGTGTATGACCTGGCGGGTCGCCATGGCAAACGCGTGCAATCGATGATGGGCGCCAAGAACCACGCCGTGGTGCTGCCCGACGCCAATCGCGAGCAAACCCTGAACGCCCTGGTCGGTGCCGGTTTCGGCGCGGCGGGCCAGCGTTGCATGGCGACTTCGGTGGTGGTGATGGTGGGCGCGGCCAGGCAATGGTTGCCGGAGCTGAAGGCGCTGGCGCAGAAACTCAAGGTCAATGCCGGCAGCGAGCCGGGCACGGATGTCGGCCCGGTGATTTCCAAGCGAGCCAAGGCGCGCATCCTTGAACTGATCGAGAGCGGCGTGCAGCAAGGCGCAAAACTTGAACTGGATGGCCGCGACATCAGCGTGCCGGGCTTCGAGCAGGGCAACTTCGTCGGTCCGACCCTGTTTTCCGGCGTAACCACCGACATGCGCATCTACACCGAGGAAATTTTCGGCCCGGTGCTGGTGGTGCTGGAGGTCGATACCCTCGATCAAGCGATCGCCCTGGTCAACGCCAATCCGTTTGGCAACGGCACTGGCCTGTTCACCCAGAGCGGTGCGGCGGCGCGCAAATTCCAGAGCGAAATCGACGTCGGCCAGGTCGGTATCAACATCCCGATCCCGGTGCCGGTGCCGTTTTTCAGCTTCACTGGCTCCCGCGGCTCGAAACTCGGCGACCTCGGCCCTTACGGCAAACAAGTGGTGCAGTTCTACACTCAGACCAAGACCGTCACCGCGCGCTGGTTCGACGATGACAGCGTCAACGACGGTGTGAACACCACCATCAACTTGCGTTAA MNVSLTPSDTALQTVRLLIDGEWVESQSSEWHDIVNPATQQVLAKVPFATASEVDAAIAAAQRAFQTWKLTPIGARMRIMLKLQALIREHSKRIAAVLSAEQGKTIADAEGDIFRGLEVVEHACSIGTLQMGEFAENVAGGVDTYTLRQPIGVCAGITPFNFPAMIPLWMFPMAIACGNTFVLKPSEQDPLSTMLLVELAIEAGVPPGVLNVVHGGKDVVDALCTHKDIKAVSFVGSTAVGTHVYDLAGRHGKRVQSMMGAKNHAVVLPDANREQTLNALVGAGFGAAGQRCMATSVVVMVGAARQWLPELKALAQKLKVNAGSEPGTDVGPVISKRAKARILELIESGVQQGAKLELDGRDISVPGFEQGNFVGPTLFSGVTTDMRIYTEEIFGPVLVVLEVDTLDQAIALVNANPFGNGTGLFTQSGAAARKFQSEIDVGQVGINIPIPVPVPFFSFTGSRGSKLGDLGPYGKQVVQFYTQTKTVTARWFDDDSVNDGVNTTINLR PGPT0002295_909 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 D1-35_01097 888 mmsB COG2084 3-hydroxyisobutyrate dehydrogenase ATGAACATCGCATTTATCGGCCTCGGCAACATGGGCGCCCCGATGGCGCGCAATCTGCTCAAAGCCGGCCATTCGCTGAACCTGTTCGACCTGAACCAGACGGTGCTGGCCGAACTGGCGGCGCTCGGCGGCACCATCAGCGCCTCGCCTCGCGATGCGGCCCAGGGCGCGGCGCTGGTGATCACCATGCTGCCGGCCGCTGCCCATGTGCGCAGTGTCTGGCTGGGCGAAGACGGCGTGCTGGCAGGTATCGCCGCCGGCACGCCGGCGGTGGATTGCAGCACCATCGATCCACAAACCGCCCGTGACGTGGCGGCTGCCGCTGCCAGGCAGGGAGTGGCAATGGCCGATGCGCCTGTCTCGGGCGGCACCGGCGGCGCGGCGGCGGGCACCCTGACCTTCATGGTCGGCGCCACGCCTGAGCTGTTCGCCACCCTGCAACTGGTACTAGCGCAAATGGGCCGCAACATCGTGCATTGCGGCGAAGTCGGCACCGGGCAGATCGCCAAGATCTGCAACAACCTGCTCTTGGGGATTTCCATGGTCGGCGTCAGCGAGGCCATGGCTTTGGGCGATGCCCTGGGAATCGACACTCAGGTGCTGGCCGGCATCATCAACAGTTCGACCGGCCGATGCTGGAGTTCCGATACCTACAACCCATGGCCCGGCGTGATCGAAACGGCCCCGGCGGCGCGTGGATATACCGGCGGGTTTGGCGCGGACCTGATGCTCAAGGATTTGGGCCTGGCCACCGAAGCCGCGCGGCAGGCCCGCCAGCCGGTGATACTGGGGGCAGTGGCGCAGCAGTTGTACCAGGCGATGAGCCAGCGGGGCGAGGGCGGCAAGGATTTCTCGGCGATTGTGAACAGCTATCGCAAGCCGCAGTGA MNIAFIGLGNMGAPMARNLLKAGHSLNLFDLNQTVLAELAALGGTISASPRDAAQGAALVITMLPAAAHVRSVWLGEDGVLAGIAAGTPAVDCSTIDPQTARDVAAAAARQGVAMADAPVSGGTGGAAAGTLTFMVGATPELFATLQLVLAQMGRNIVHCGEVGTGQIAKICNNLLLGISMVGVSEAMALGDALGIDTQVLAGIINSSTGRCWSSDTYNPWPGVIETAPAARGYTGGFGADLMLKDLGLATEAARQARQPVILGAVAQQLYQAMSQRGEGGKDFSAIVNSYRKPQ PGPT0018170_529 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 D1-35_01098 345 hypothetical protein ATGACCGCCCCCATCACCGTCCTGCGCGATACCCATCCGCTGCCCGTACTCGATGCCTGCAAATGGGAAAAACTCGAAGGCGACCCGCACACCGTCAACCTCAACGCTTATACCAGCGAGGACGGCAGCAAGATCATGGGGACCTGGATCTGCACGCCCGGCAAGTGGCGGGTGGACTACGTGAAGTGGGAATACTGCCATTTCCAGGAAGGCTACTGCGTGATCACCCCGGACGGCATGGCACCGATTCATCTGCGCGCCGGTGATATTTTTGTCGTCGAACCAGGCATGAAAGGCACTTGGGAAGTGGTCGAGACCGTGCGTAAATATTTCGTGTTTGCCTGA MTAPITVLRDTHPLPVLDACKWEKLEGDPHTVNLNAYTSEDGSKIMGTWICTPGKWRVDYVKWEYCHFQEGYCVITPDGMAPIHLRAGDIFVVEPGMKGTWEVVETVRKYFVFA NA NA NA NA NA D1-35_01099 882 cysL COG0583 HTH-type transcriptional regulator CysL ATGCACTTCGATCTCACCGACCTGCGCCTCTACCTGAACATCCTCGACACCGGCAACATCACCGCCGGCGCCGCTCGCAGCCATCTTTCCCTGGCAGCGGCAAGCGCCCGGGTGCGTGCCATGGAGGCGTCCCTGGGCATCGACCTGCTCGAACGCGGGCGGCGCGGCGTCACTCCGACGCCGGCCGGCAAAGCCTTGGCCCAGCACGCCCGGGTCTTGCTGCAGCACGCCGAACATCTGCAACAGGACCTGGCCGAATACGCCAAAGGCGTCAAAGGCCAGGTGCGGCTGCTGTGCAACACCAGCGCGATGACCGAATACCTGCCCGAATTACTCGCCAGTTTCCTCAATAGCCACCCCAACCTGGACATCGACCAGCAGGAATTGCCCAGCTCACGGATCACCCATGCGTTGCGCCAAGGCGCCGCAGACCTGGGTATCGTTTCCGACGCGGTGGACACCGCTGGCCTTCAGACCTGGCCTTTTCGTGACGATCCGCTGGTCCTGATCCTACCTTCGGGACATCCCTTGGCTGACGGCCGCACGCCGAGTTTCAGCGAGACCCTCAACCACGACTATGTCGGCCTGAACGCCACCAGCGCGCTGGCGATTTACCTGGAGGAACAGGCGCTGCACACCGGAATGCGCATGCAGATCCGCATTCGCGCCGAGGGCTTTGACGGGGTGATCCGCATGGTGGCCCATGGCGCGGGTATTGCCGTCGTGCCGAAAGCCGCTATCGAACGCCGTCCATCCCAATCCTCATATCACTACGTGCCGCTGCAGGAGGCCTGGGCACACCGGGCCCTGTTGCTTTGCGCACGGAATTTCGAACGGCTTCCGGCCTACGCCAAGGCCCTGGCCCGGCATCTGGCCGAATGA MHFDLTDLRLYLNILDTGNITAGAARSHLSLAAASARVRAMEASLGIDLLERGRRGVTPTPAGKALAQHARVLLQHAEHLQQDLAEYAKGVKGQVRLLCNTSAMTEYLPELLASFLNSHPNLDIDQQELPSSRITHALRQGAADLGIVSDAVDTAGLQTWPFRDDPLVLILPSGHPLADGRTPSFSETLNHDYVGLNATSALAIYLEEQALHTGMRMQIRIRAEGFDGVIRMVAHGAGIAVVPKAAIERRPSQSSYHYVPLQEAWAHRALLLCARNFERLPAYAKALARHLAE NA NA NA NA NA D1-35_01100 765 hypothetical protein ATGAACACACTCCTCGACTTCTATCAAAACCTCGGCCTGGCCCTTTCCTTGCTGGTCATCGGCACCTTTCTGCTGGCCGGTACCATAAAGGGCGTGATTGGCGTAGGCCTGCCGACCATCTCGATGGGGCTGCTCGGCCTGGCTATGGCACCGACGCAGGCTGCTGCGTTGTTGCTGATTCCAGCCACGCTGACCAACGTCTGGCAACTGGCATCTGGCGGGCATCTGCAAGCATTGATCCGGCGCTTGTGGCCGCTGCTGCTGGCGATTTTCATCGGCACCGGCCTTGGCACGTTGTGGATCGGCATGGTGGGTGGCGCCTGGGCAGTACGGGCGCTCGGCGCGGCGCTGGTGTTGTATGCGCTGAGCGGGTTGTTGATGCCGACGTTGCGAGTGAGCGCCCGGAACGAATACTGGCTTGCGCCACTCTGTGGCGTGCTGACCGGTGTGATCACCTCGGCCACTGGCGTGTTTGTCATCCCGGCGGTGCCTTATCTGCAAGCGCTGGGCTTGAGCAAGGATGAGTTGGTGCAGGCCCTCGGCCTGTCATTCACCGTCTCGACACTGGCCTTGGCGGCCGGCCTGCTGTGGCACGGTGCGCTGGGGGGCGGTGAACTGAGCGCTTCGCTGCTGGCGCTGGTGCCGGCGCTGCTGGGGATGTGGCTGGGGCAATGGCTGCGCCAGCGGATCAGCGCCGTGTTGTTCAAGCGGGTGTTTTTTATTGGCCTTGGTGTGCTCGGCGGCCATCTGTTGATCAGCGGCTAG MNTLLDFYQNLGLALSLLVIGTFLLAGTIKGVIGVGLPTISMGLLGLAMAPTQAAALLLIPATLTNVWQLASGGHLQALIRRLWPLLLAIFIGTGLGTLWIGMVGGAWAVRALGAALVLYALSGLLMPTLRVSARNEYWLAPLCGVLTGVITSATGVFVIPAVPYLQALGLSKDELVQALGLSFTVSTLALAAGLLWHGALGGGELSASLLALVPALLGMWLGQWLRQRISAVLFKRVFFIGLGVLGGHLLISG NA NA NA NA NA D1-35_01101 315 hypothetical protein ATGAGTGAATTGCACGGTTTCATCCTGCACGCCAAGACCCGCCCGGAAAAAGCCGAAGCCTTCGAAACGCTGTTTCGCGCCTACGTCGAACCGAGTCGTGCCGAGCCTGGCTGCATCGAATATCACATGCTGCGCGACCAGCAGGACCCGACGTTGTTCATCTTCTATGAGATCTGGGCATCCCAGGCTGACCTGGAAGTGCATTCGAGCCTGCCGCACATGAAGCAGTTCTTCGAGCAGCGCATGGACTATCTGGAACGCGACTTCGAGATTCGCCGCGTCGACATGCTCAGTCGATCCTCGGCTAGCCGCTGA MSELHGFILHAKTRPEKAEAFETLFRAYVEPSRAEPGCIEYHMLRDQQDPTLFIFYEIWASQADLEVHSSLPHMKQFFEQRMDYLERDFEIRRVDMLSRSSASR NA NA NA NA NA D1-35_01102 591 mdaB COG2249 NADPH:quinone oxidoreductase MdaB ATGAAAAAAATCCTGTTGCTCAATGGCGGTAAACAATTCGCTCACTCCGACGGTCGCTATAACGCAACCCTGCACGACACTGCGCTCAGCGTGCTCGACCGTGGCGGCCTGGATGTAAAAACCACGTTCATCGACGGCGGCTACGACATCAAGGAAGAAGTCGCGAAATTCCTTTGGGCCGACGTGATCATTTACCAGATGCCCGGCTGGTGGATGGGTGCTCCCTGGACGGTAAAAAAATACATCGACGAGGTCTTCACCGAAGGCCACGGCAGCCTCTATGCCAGCGACGGCCGTACCCGTTCCGATGCTTCGCAGAAATATGGCAGCGGTGGCCTGGTGCAGGGCAAGCAGTACATGCTGTCGCTGACCTGGAACGCCCCGCAGCAAGCCTTCGACGACCCGACTGATTTCTTCGAAGCCAAGGGCGTGGACGCGGTGTATTTCCCGTTCCACAAGGCCAACCAGTTCCTGGGCATGACCGGTCTGCCAACGTTTCTCTGCGTGGACGTGATGAAGCGTCCGAACATCGAAGAAGATGTGGCGCGGTATGAGCGGCATTTGATTGAGGTGTTCGGTCTAAACGCATAG MKKILLLNGGKQFAHSDGRYNATLHDTALSVLDRGGLDVKTTFIDGGYDIKEEVAKFLWADVIIYQMPGWWMGAPWTVKKYIDEVFTEGHGSLYASDGRTRSDASQKYGSGGLVQGKQYMLSLTWNAPQQAFDDPTDFFEAKGVDAVYFPFHKANQFLGMTGLPTFLCVDVMKRPNIEEDVARYERHLIEVFGLNA PGPT0023600_231 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_2-METHYLENE-4-BUTYROLACTONE_RESISTANCE ADAPTION_TO_PIS-2-METHYLENE-4-BUTYROLACTONE_DEGRADATION,PGPT0023600-mdaB-K03923 NA NA D1-35_01103 912 dmlR_5 HTH-type transcriptional regulator DmlR GTGAAAGCCAGATCCGACGAGTTGCAGATTTTTGTCTGCGTGATCGAATGCGGATCGATTTCCGCCGCCGCCGAGCAGGTCGGGCAGACGCCGTCGGCGGTCAGCCGTACGTTGTCGCGCCTGGAGGCCAAGCTCGACACCACGCTGATCAACCGCACCACGCGGCGCATGGACCTGACTGAAGAGGGCAAGTATTTCTTCGAGCAGGCCAAGGGCATTCTCGACCAGATGGACGAGCTGGAAGAGCGCTTGTCTTCCCGCCAGAAGAACCCCGCCGGGCGCTTGCGGATCAATGCCGCATCGCCGTTCATGCTGCACGCGATCGTTCCTCATATCGAAGAATTCCGCACGCTCTACCCCGACATTCAGCTCGAACTCAACAGCAACGACTTGATCATCGATCTGCTCGAGCAAAGCACAGACGTCGCCATCCGCATCGGCACCCTGACCGACTCGACGCTTCACGCACGGTCGCTGGGATGCAGTCCGTTGCACATCCTCGCCAGCCCGGCCTATCTCAAGCGGCATGGCACACCTTCCAGCGTTGCCGAGCTGGCGGAGCATTCGCTGCTGGGTTTTGCCCAGAACGACGGGCTCAACCAATGGCCGCTGCGCCACATCCACGGTGATCGCTGGCCGATCCAGCCGGCCATCAGCGCGTCCAGCGGCGAAACGGTGCGTCACCTGGCGCTGCAAGGGCAGGGCATCGCTTGCCTGTCGGATTTCATGACGCGCGACGATATCAGCGCCGGCCGCCTCAAGGTGCTGCTGGCCGATGCCAACAGCGGCTACCGCCAGCCGATCAACGCGGTGTACTACCGCAACTCTCAACTGGCGCTGAGGATCCAGTGCTTCCTGGACTTCATCCAAGGCAAGCTCGCCGGGTACGCATCGCGGGAATTCAACGGCTGA MKARSDELQIFVCVIECGSISAAAEQVGQTPSAVSRTLSRLEAKLDTTLINRTTRRMDLTEEGKYFFEQAKGILDQMDELEERLSSRQKNPAGRLRINAASPFMLHAIVPHIEEFRTLYPDIQLELNSNDLIIDLLEQSTDVAIRIGTLTDSTLHARSLGCSPLHILASPAYLKRHGTPSSVAELAEHSLLGFAQNDGLNQWPLRHIHGDRWPIQPAISASSGETVRHLALQGQGIACLSDFMTRDDISAGRLKVLLADANSGYRQPINAVYYRNSQLALRIQCFLDFIQGKLAGYASREFNG NA NA NA NA NA D1-35_01104 894 hypothetical protein ATGAAAGTATTTGTTACCGGCGCTGCCGGCTTCATCGGCGGTTCCATTGCTACCGGTCTCGTGCGGGCCGGCCATCAGGTCACTGGCCTGGTGCGCAACGCCGAACAAGCCGACGAGTTGAGCGCGCTGAGCATCACGCCGGTTATCGGCACCCTTGAAGACAGCGCGCTGCTGATCAAACAGGCACGAGCTGCTGATGCGGTGATCAACGCCGCCAGCAGCGATCATCGTGGCGCGGCCGAAGCGTTGGTCGAGGCGCTCAAGGGCTCGAACAAGGTGTTGCTGCATACCAGCGGTTCGAGCATCGTCGGCGACGCATCGGGCGGTCGTGCCAGCGATGACATCTACTACGAAGACTCCCTGCCGCAACCTACCGCCGACAAGGCGCCCCGTGTCGCGATCGACAACCTGATTCTCGGCTCGGCAAAGCATGGCGTGAACTCGGCGGTGATCTGCAACACGCTGATCTACGGTCACAGCCTGGGCGTCAAGCGTGACAGCGTGCAACTGCCGCGCCTCCTCAAGCAGGCACGCAAAAGCGGCGTGGTGCGGCATGTCGGACCGGGGCAGAACATCTGGTCCAATGTGCACATCGAGGACGTGGTCGAGTTGTACACGCTGGCCCTGACCCGCAACCAGCCTGGCACGTTCTACTTCGTCGAAAGCGGTGAAGCTTCGTTCATTGAAATGACCACCGCGATGGCTCAGGCGCTGAACCTGGGCGAACCGCAGGATTGGCCGCTGGCGGATGCCGAAGCCGAGTGGGGTTATGAAATGGCCAATTACGGCCTGGGCTCCAACAGCCGCGTGCGCGGCAAGAATGCCCGCGAGCTGTTGGGGTGGACGCCGAAGCGCACGTCGGTGGTGGCTTGGACTCTTGATGAGATGGTGTGA MKVFVTGAAGFIGGSIATGLVRAGHQVTGLVRNAEQADELSALSITPVIGTLEDSALLIKQARAADAVINAASSDHRGAAEALVEALKGSNKVLLHTSGSSIVGDASGGRASDDIYYEDSLPQPTADKAPRVAIDNLILGSAKHGVNSAVICNTLIYGHSLGVKRDSVQLPRLLKQARKSGVVRHVGPGQNIWSNVHIEDVVELYTLALTRNQPGTFYFVESGEASFIEMTTAMAQALNLGEPQDWPLADAEAEWGYEMANYGLGSNSRVRGKNARELLGWTPKRTSVVAWTLDEMV NA NA NA NA NA D1-35_01105 1446 bicA COG0659 Bicarbonate transporter BicA ATGAAACCAGCTCGTCTTCGCGCCGACGCCCTCGCCGGCCTCACCACCTCTTTCGCCTTGCTCCCGGAATGCATTGCCTTCGCCCTGGTTGCGCATCTGAATCCGCTGATGGGTCTGTATGGCGCCTTCATCATCTGCACGTTGACAGCCCTGTTCGGCGGGCGGCCGGGCATGGTGTCGGGGGCGGCGGGATCGATGGCGGTGGTGATCGTCGCGCTGGTGGTGCAACACGGCGTGCAGTACCTGCTGGCCACGGTGCTGCTGGGCGGATTGATCATGATGGCGTTCGGGCTGCTGCGGCTGGGCAAGCTGGTGCGGATGGTGCCGCACCCGGTGATGCTCGGTTTCGTCAACGGCCTGGCGATCGTCATCGCGTTGGCGCAACTGGAGCACTTCAAGAGCGACGGAACCTGGCTGAGCGGCGCCCCGCTGTACCTGATGGCCGCCCTCGTGGCGTTGACCATGGCCATCGTCTATCTGCTGCCGCGCCTGACCCGTAGCGTACCGCCGGCCTTGGTGGCAATCCTCGGGATTGGCCTGGCGGTCTATTTGCTTGGCCTGCCGACCCGGACGCTGGGCGACATGGCGCACATCGCCGGTGGCTTGCCGGTCCTTACCCTGCCAGATATCCCCTGGAACCTGGAAACCCTGCTGATAATCGCGCCCTATGCGGTGGTCATGGCGATGGTCGGCCTGCTGGAAACGCTGCTGACCCTTAACCTCACCGACGAAATCACTGAGAGTCGTGGTTATCCGGACCGTGAGTGCGTGGCATTGGGCGCGGCAAACATGGCGTCCGGCCTGTTAGGCGGCATGGGCGGTTGCGCCATGATCGGCCAGACGGTGATCAACCTAAGCTCTGGCGGGCGCGGCCGGTTGTCCGGGGTGGTGGCTGGGGTGATGGTGTTGCTGTTCGTGCTGTTCCTTTCGCCCCTGATCGAGCGCATTCCGCTGGCCGCGCTGGTGGGCGTGATGTTCGTGGTCGCTCAGCAGACCTTTGCCTGGGCCTCGTTGCGGGTCATCAACAAGGTGCCGACCAATGATGTACTGGTGATCATCGCGGTCACCGTCATCACCGTGTTTACCGACCTGGCCGTCGCGGTCCTTTGCGGGATTATCATCGCGGCGCTCAACTTCGCCTGGCAACAGGCCCGGGAATTGTACGCCGACACGCACCTGGAAGCCGATGGCAGCAAGCTTTATCGGCTGCACGGCACGTTGTTCTTCGCCTCGACTACGCCGTTCCTCAACCAGTTCGACACGGCCAACGACCCCGACCTGGTGACCCTGGACTGCCGCCACTTGAGCTTCGTCGACTACTCGGCCATCGCCGCGCTGATGACCCTGCGCGAGCGCTACAGCAAGGCGGGCAAGCATCTGCGGGTGTTTCATCTGTCCGAGCGTTGCAAACAGATGCTCAAGCGCGCGGGCGTGCATCACGACTAA MKPARLRADALAGLTTSFALLPECIAFALVAHLNPLMGLYGAFIICTLTALFGGRPGMVSGAAGSMAVVIVALVVQHGVQYLLATVLLGGLIMMAFGLLRLGKLVRMVPHPVMLGFVNGLAIVIALAQLEHFKSDGTWLSGAPLYLMAALVALTMAIVYLLPRLTRSVPPALVAILGIGLAVYLLGLPTRTLGDMAHIAGGLPVLTLPDIPWNLETLLIIAPYAVVMAMVGLLETLLTLNLTDEITESRGYPDRECVALGAANMASGLLGGMGGCAMIGQTVINLSSGGRGRLSGVVAGVMVLLFVLFLSPLIERIPLAALVGVMFVVAQQTFAWASLRVINKVPTNDVLVIIAVTVITVFTDLAVAVLCGIIIAALNFAWQQARELYADTHLEADGSKLYRLHGTLFFASTTPFLNQFDTANDPDLVTLDCRHLSFVDYSAIAALMTLRERYSKAGKHLRVFHLSERCKQMLKRAGVHHD PGPT0003020_5800 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-35_01106 1350 gntT_1 COG2610 High-affinity gluconate transporter ATGGCCCCTGATTTCGGTTATTGGCTGTTGGTCTACGCGGCGATCGCGATCATTGCGCTGATTGTCCTGATCGCGCGCTACCGTCTCAACCCGTTCATCGTGATTACCCTGGTTTCCATCGGCCTGGCGCTGCTGGCCGGGATGCCACCCTCCAGCGTCGTCGGCGCCTACGAGGCGGGCGTGGGAAAAACCCTGGGGCACATTGCGCTGGTGGTGGCCTTGGGCACGATGCTCGGCAAGATGATGGCCGAGTCCGGTGGCGCGGAGCGGATGGCGCAGACGCTGATCGAGCGCTTCGGCGAGCGCAACGCTCACTGGGCGATGGTGTGCATTGCGTTCCTGGTGGGGTTGCCGTTGTTTTTCGAGGTCGGCTTTGTGCTGCTGGTGCCTATCGCATTCACGATTGCCCGGCGTGTCGGCGTGTCGATCCTGATGGTCGGCCTGCCAATGGTGGCCGGGCTGTCGGTGGTCCACGCCCTGGTGCCACCGCATCCGGCGGCGATGCTGGCGGTGCAGGCATTCCAGGCTTCGGTGGGGCAGACCCTGCTGTATGCCATCCTGATCGGCATTCCCACCGCAATCATCGCCGGTCCCCTGTACGCCAGATTCATCGTGCCCCGCATTCAGCTGCCGGCCGAGAACCCATTGGAGCGGCAATTTCTCGACCGCGAGCCACGTGCAAATCTGCCGGGCTTCGGTATCACCTTGGGGACGATCCTGTTGCCGGTGGTCCTGATGTTGATCGGTGGCTGGGCCAACCTGATTTCCACACCGGGAAGCGGTTTCAACCAGTTTCTGTTGTTTATCGGCAACTCGGTGATCGCCTTGCTCCTGGCGACCATTCTCAGCTTCTGGACCCTCGGCCTGGCCCAAGGCTTCAACCGCGAATCGATCCTCAAATTCACCAACGAGTGCCTGGCGCCTACGGCCAGCATTACCCTGTTGGTGGGCGCCGGCGGTGGTTTGAACCGGATTCTGGTGGACGCGGGCGTGACCCAGCAAATCGTCGGGCTGGCCCAGGAGTTCCAGTTGTCGCCGTTGGTCATGGGCTGGCTGTTCGCCGCGTTGATGCGCGTCGCCACCGGTTCGGCGACGGTGGCGATGACTACGGCCTCGGGCATTGTCGCGCCCGTGGCGATCGGCCTCGGTTATCCCCATCCTGAACTGTTGGTGCTGGCGACTGGCGCCGGGTCGGTGATCTTTTCCCACGTCAACGACGGCGGCTTCTGGTTGATCAAGGAATACTTCAATATGACTGTCACCCAAACCTTCAAGACCTGGACCGTGCTCGAAACGTTGATCTCCCTGGTCGCGTTCGGCCTGACCCTCGGGCTTGCGCGCGTGCTCTGA MAPDFGYWLLVYAAIAIIALIVLIARYRLNPFIVITLVSIGLALLAGMPPSSVVGAYEAGVGKTLGHIALVVALGTMLGKMMAESGGAERMAQTLIERFGERNAHWAMVCIAFLVGLPLFFEVGFVLLVPIAFTIARRVGVSILMVGLPMVAGLSVVHALVPPHPAAMLAVQAFQASVGQTLLYAILIGIPTAIIAGPLYARFIVPRIQLPAENPLERQFLDREPRANLPGFGITLGTILLPVVLMLIGGWANLISTPGSGFNQFLLFIGNSVIALLLATILSFWTLGLAQGFNRESILKFTNECLAPTASITLLVGAGGGLNRILVDAGVTQQIVGLAQEFQLSPLVMGWLFAALMRVATGSATVAMTTASGIVAPVAIGLGYPHPELLVLATGAGSVIFSHVNDGGFWLIKEYFNMTVTQTFKTWTVLETLISLVAFGLTLGLARVL PGPT0001340_2059 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 D1-35_01107 861 hexR_1 COG1737 HTH-type transcriptional regulator HexR ATGGACATCCTTTACCAGATCCGCTCCCGTCAGGATTTCTTCAGTGCAGGCGAAGGAAGAATCGCCCGACTGATGCTCGACGACGTAGGATTTGCCGCTTCCGCCAGCCTGGATGAACTGGCCCAACGCGCCGAAGTCAGCAGTGCCACGCTGTCGCGGTTTGCCCGGACTGTCGGCTGTCGCGATTTGCGCGATCTGCGCCTGCAACTGGCCCAGGCCAGTGGCGTTGGCAGCCGTTTCCTCGACCCCACGGGCGCGCCCGAGCAGTCGGCGTTTTATGGGCAGATCGTCGGCGATATCGAGTCGACGCTGCGCCAGCACTTGTCGGCATTTGACGAGTCACGCTTCGCCGACGCGGTACGGATGATCGGCAAGGCGCGGATGATCCATGCGTTCGGGCTCGGCGGGTGGTCGGCGCTGTGCGGCGAAGAGTTGCAGGTGCGGCTGGTGCGTTTCGGCTACCCGATCGCCGCCTGCCGCGACCCGCTGATGATGCGTATCACGGCCACTTCGCTGAGCGATCAGCATCTGGTGATTGCCTGTTCGTTGACTGGTATCACCCCGGAGCTGCTCGGCGCGGTCGAACTGGCGCGCAGCTACGGTGCAGCGATCCTGGCGATTACCCGCACCGACTCGCCGCTGGCCCACCTGGCGGATGTGGTACTGCCCCTGCAAGGTGCCGAAACCTCGTTCATCTTCAAACCCACGGCGGCGCGCTACGGCATGCTGTTGGCGATCGATGTGCTCGCCACCGAGTTGGCGCTGGCCCATCCGCAAGACAATCAAGAGCGCCTGCGGCGGGTCAAGCTCGCCCTGGACGATTACCGAGGCGGCGAGGACGACCTGCCGCTGGGAGACTGA MDILYQIRSRQDFFSAGEGRIARLMLDDVGFAASASLDELAQRAEVSSATLSRFARTVGCRDLRDLRLQLAQASGVGSRFLDPTGAPEQSAFYGQIVGDIESTLRQHLSAFDESRFADAVRMIGKARMIHAFGLGGWSALCGEELQVRLVRFGYPIAACRDPLMMRITATSLSDQHLVIACSLTGITPELLGAVELARSYGAAILAITRTDSPLAHLADVVLPLQGAETSFIFKPTAARYGMLLAIDVLATELALAHPQDNQERLRRVKLALDDYRGGEDDLPLGD PGPT0017985_760 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 D1-35_01108 1473 dan D-aminoacylase ATGCACTACGACACGCTTATTCGCAACGCGCTGATCATCGACGGCAGCGACAAGCCTGGCTACAGCGCCGACGTGGCGATACGCGCCGGTCGTATCGAGCACATCGGCGACCTCGGCGCCGCCCGGGCGACTGAAGAAGTCGACGCCGCCGGCCGGGTGCTGGCGCCGGGATTCATCGACGTGCATACCCACGACGACACGGTAGTCATACGCCAACCGCAGATGCTGCCCAAACTCAGTCAGGGCGTCACCACGGTCATCGTCGGCAATTGCGGCATCAGCGCTGCGCCCGTCAGCCTGCGGGGCGATCCACCGGACCCGATGAACCTGCTCGGTGCTGCCCAGGCGTTCGCCTACCCACGCTTCGCTGATTATCGTGCGGCGGTGGAAGCCGCCACGCCGGCGGTCAATGTCGCGGCACTGGTCGGGCACACGGCGCTGCGCAGCAACCACCTGGACGATCTGCTGCGCACCGCCAGCGCCGGAGAAATCGCCGCCATGCGTCAGCAACTGCGCGAAAGCCTGGAGGACGGTGCGCTGGGTTTATCCACCGGCCTGGCCTACGCCAACGCGTTCTGTGCGTCGACCGATGAAGTCATGCAACTGAGCGAAGAGTTGGCAGCGTTCGGCGCGGTCTACACCACCCACTTGCGCAGCGAATTCGAACCGGTGCTGGAAGCGATGGACGAGGCCTTCCAGATCGGCCGTCATGCCCGGAGCCCGGTAATCATTTCCCACCTCAAATGTGCGGGGGCCGGTAATTGGGGGCGTAGTCCACAGGTGCTCGCGGCGTTGGAAACTGCCGCCAGAAGCCATCCCGTCGGTTGCGACTGTTATCCCTACGCGGCGAGCTCTTCGACGCTGGACCTCAAGCAAGTGACCGATGCCCATCGCATCACCATCACCTGGTCGACGCCGCACCCGCACATGAGCGGACGGGACTTGATCGACATCGCCGCCGAATGGGGCATGCCACTGCTGGAAGCCGCGCGCTGCTTGCAGCCGGCCGGCGCGGTGTACTACGGCATGGACGAAAGCGACGTAAGACGCATCCTCGCACACCCATTGTCGATGGTCGGCTCCGACGGCTTGCCCGAGGACCCTTTTCCCCATCCTCGGTTGTGGGGCGCTTTCCCACGGGTGCTGGGACATTTCAGTCGAGACATCGGGCTGTTTCCGTTACACACCGCCGTGCACAAGATGACCGGCCTTTCGGCTGCACGCTTTGGCCTGAAGGAGCGGGGTGAAATCCATGAAGGATATTGGGCCGACCTGGTGTTGTTCAATCCGCAAACCGTCCGCGACGTCGCCGATTTCAACCAGCCGCAACGGGCTGCCGAGGGCATCGATGGCGTATGGATCAACGGCGTCCTGAGTTATCGCGATGGCCAGGCGAACGGCCGCCGGGAAGGCCGATTCCTGGCGCGGGAAGGCAATCTTCGCCAGGGATTTCGGACTTTTAAAGGTGTGTAA MHYDTLIRNALIIDGSDKPGYSADVAIRAGRIEHIGDLGAARATEEVDAAGRVLAPGFIDVHTHDDTVVIRQPQMLPKLSQGVTTVIVGNCGISAAPVSLRGDPPDPMNLLGAAQAFAYPRFADYRAAVEAATPAVNVAALVGHTALRSNHLDDLLRTASAGEIAAMRQQLRESLEDGALGLSTGLAYANAFCASTDEVMQLSEELAAFGAVYTTHLRSEFEPVLEAMDEAFQIGRHARSPVIISHLKCAGAGNWGRSPQVLAALETAARSHPVGCDCYPYAASSSTLDLKQVTDAHRITITWSTPHPHMSGRDLIDIAAEWGMPLLEAARCLQPAGAVYYGMDESDVRRILAHPLSMVGSDGLPEDPFPHPRLWGAFPRVLGHFSRDIGLFPLHTAVHKMTGLSAARFGLKERGEIHEGYWADLVLFNPQTVRDVADFNQPQRAAEGIDGVWINGVLSYRDGQANGRREGRFLAREGNLRQGFRTFKGV NA NA NA NA NA D1-35_01109 369 hypothetical protein ATGAGCTTCGGTAAGACCACCCCGATCCTGCGGATTTTCGATGAAACCAAGGCCTTGGCGTTCTATGTCGATTTCCTGGGCTTTACCGTCGACTGGCAACATCGCTTTGGTGACGACTATCCGCTGTACCTGCAAGTATCGCGCGGTGATTGCGTGCTGCACCTGTCCGAACACCACGGCGATTGCACACCGGGCTCGGCGCTGCGGATCGAGACCGATGAGCTGGAAGCATTCCAGCAACAGTTGATGGCCAAGCAATACCGCTACGCCCACCCGCAAATCCAGGCCATGCCATGGGGTAGCCAGGACATGACCATCAGTGATCCGTTCGGGAATCGGTTGGTGTTTACCAATGCGATCAGTGTGTAA MSFGKTTPILRIFDETKALAFYVDFLGFTVDWQHRFGDDYPLYLQVSRGDCVLHLSEHHGDCTPGSALRIETDELEAFQQQLMAKQYRYAHPQIQAMPWGSQDMTISDPFGNRLVFTNAISV NA NA NA NA NA D1-35_01110 1920 mcpS COG0840 Methyl-accepting chemotaxis protein McpS ATGAATAGCTGGTTTGGCAACATTAGCGTCAACATGAAATTGGGCCTGGGCTTCGGCCTGGTGCTGGTCCTGACCTGCCTGCTGGCCCTGACCAGCTGGACCAGCCTTGGCGGCCTGATCGACCGCAGCAACTGGATGAGCGACATCACCCAGCTCAACGCCGGCCTGACCAAACTGCGCGTGACTCGCCTGCAATACATGCTGGCCAACGGTGACGAAACCGCTGCACAGAATGTGCAAACCACCCTCGACGGTTTCGTCGCGCAACAGAACGCGCTGCTCAACAGCTTCAAGAGCCCGGAAAACGTCAAGCTGCTCAGAGAGCAGAGCGCGACCATCAGCGCCTATCAGGTATCACTGAACAAAATGCGCAGCGCCTACCGCACCGGTAACAGCGCTCGTGATGTCATGGGGGCGAACGCCGAAACGGCCTACAAGCTGATCGAGGCCATCGACGCCGACGTGAAGCAAATGGCCCTCAACGATGAACGCTTCGCCCAGTTCCAGGCCATCACTGAAGCCAAGCAGGCGTTCATGCTCGCTCGTTATGAAGTGCGCGGCTACACCGCCAACCCCAACGCCGATACCGAACGCAAGGCCTTCGCCCAACTGGACGCGGCGATTGCTTCGCTCAAGCCGCTGAACGAATATTTTGCCAGCGTCCATCAGGACGAACTGCGTCAGCTGGAAACCACCCTGGTGCAATACCGCAGCGCCGTGCAGGCCTTCAAATCGGCCACGGCCGACGTGGTGCAGGCGCGCAAGGAAATGACCGACCAGGGCGCGACCATCGTTTCCCTGAGCGAACAGCTGTACCAGATCCAACTCGACCGTCGCGACGCCGAAAGCGCCCAGGCGCGTACGTTGCAACTGGTCAGTACATTGCTGGCGTTGTTGGTCGGCATCATTGCTGCCGTCATCATCACCCGCCAGATCACCCGTCCGCTGCGCGAAACCCTGACCGTGGTCGAACGCATCGCCAGTGGCGACCTGTCGCAGGATGTGATCGTCACCCGTCGCGATGAGCTGGGCGTACTGCAACAGGGCATCGCGCGCATGGGCGTGACCCTGCGCGACCTCATCAGCGGCATCCGTGATGGCGTGACTCAGATCGCCAGCGCCGCCGAAGAATTGTCGGCGGTCACCGAACAGACCAGTGCCGGGGTCAACAGCCAGAAAGTCGAGACCGACCAGGTCGCAACCGCCATGCACGAAATGACCGCCACGGTGCAGGAAGTTGCCCGCAACGCCGAAGAAGCCTCCCAGGCAGCGGCCGCCGCCGACGGCGAAGCCCGTGCCGGCGACCAGGTGGTCAGCGAAGCCATTGCCCAGATCGAACGCCTGGCCAGTGAAGTGGTGCGCTCCACCGACGCCATGAGCGTGCTGCAACAGGAGAGCGACAAGATTGGCGCAGTGATGGATGTGATCAAGGCCGTGGCCGAACAGACCAACCTGCTGGCACTCAACGCCGCCATCGAAGCCGCCCGCGCCGGTGAAGCCGGTCGTGGCTTTGCGGTCGTCGCCGACGAAGTCCGTGGCCTGGCCCAACGCACCCAGAAATCCACCGAGGAAATCGAAGGCCTGGTGGCCGGCCTGCAGAACGGCACCCAGCAAGTGGCCGCCGTGATGAACAACAGCCGCAACCTCACCGACAGCAGCGTGGCCCTCACCCGCAAGGCCGGCGTATCACTGGAGAACATCACCCGTACGGTGTCGAACATCCAGTCGATGAACCAGCAGATCGCCGCCGCCGCCGAGCAGCAAAGCGCCGTGGCCGAAGAGATCAGCCGCAGCATCATCAACGTGCGCGACGTGTCCGAACAGACCGCCGCCGCCAGCGAAGAAACCGCAGCGTCCAGCGTTGAACTGGCGCGGCTTGGCAGTCAATTGCAGCAGATGGTCAGTCATTTCAGGGTTTGA MNSWFGNISVNMKLGLGFGLVLVLTCLLALTSWTSLGGLIDRSNWMSDITQLNAGLTKLRVTRLQYMLANGDETAAQNVQTTLDGFVAQQNALLNSFKSPENVKLLREQSATISAYQVSLNKMRSAYRTGNSARDVMGANAETAYKLIEAIDADVKQMALNDERFAQFQAITEAKQAFMLARYEVRGYTANPNADTERKAFAQLDAAIASLKPLNEYFASVHQDELRQLETTLVQYRSAVQAFKSATADVVQARKEMTDQGATIVSLSEQLYQIQLDRRDAESAQARTLQLVSTLLALLVGIIAAVIITRQITRPLRETLTVVERIASGDLSQDVIVTRRDELGVLQQGIARMGVTLRDLISGIRDGVTQIASAAEELSAVTEQTSAGVNSQKVETDQVATAMHEMTATVQEVARNAEEASQAAAAADGEARAGDQVVSEAIAQIERLASEVVRSTDAMSVLQQESDKIGAVMDVIKAVAEQTNLLALNAAIEAARAGEAGRGFAVVADEVRGLAQRTQKSTEEIEGLVAGLQNGTQQVAAVMNNSRNLTDSSVALTRKAGVSLENITRTVSNIQSMNQQIAAAAEQQSAVAEEISRSIINVRDVSEQTAAASEETAASSVELARLGSQLQQMVSHFRV PGPT0015710_10228 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 D1-35_01111 942 gbpR_1 HTH-type transcriptional regulator GbpR ATGACCCGAATTCCTGTTGCCAATGTCATCCATAGTCGACTGCGTCTGCGCCAACTGCGGCTGATGCTGGCATTGCAGGAATTAGGTTCTCTGCGCCGCGCAGCCGACCACATCGGCATGACCCAACCGGCTGCCACCAAAATGCTGCACGAAGCCGAGGACTTGCTCGGCGTCGAGCTGTTCGAACGCCTGCCCCGTGGCATGCGCTCCACCCCATTCGGGGAAACCGTCATTTACTACGCGCGTATGGTCTTCGCCGAGCTCAGCGGCATGCGCGAAGAACTGGTGGCACTCGAATCCGGCAACCTCGGCCGGGTGGCAGTCGGCGCCATTCCGGCACTGGCTTCGGGACTGCTGACGCGCACCATCGCGACCTTGAAACAAAGCCATCCCCGCTTGTCCATGAGCATCCAGGTCGACACCAGCGACGTGCTGGTACAAGCGCTGTTGCAGGATCAACTGGACATTGTCCTCGGCCGTATTCCCGCCGGTGCCCGCGCCGAAGAGTTGCTCTTCGACAGCCTCGGGGAAGAGGCGCTGTGTGTCATTTGTGGCGCGCAGAATCCGTTGGCGCAGGCGAGCCGACTGGGCTGGGCCGAGCTACAGAGCATGACCTGGGTGTTGCAACAACACCCAAGCCCGATGCGCGCAATCATCAACCAGGTGTTTCACAACGCCCGGGTCGATATCCCCAGCAGCATCGTCGAAACCACCTCGATCATGACCTTGCTCTCATTGGTCCAGCAGACCGACATGCTCGGCGTCACCCCGATATCGGTCGTCGAGGATTATCCAGGTCGTGACTTGCTCGCCGTGTTGCCGATCAAGTTCGAAGCCCGGTTGCCACCGTACGGATTGATCACCCGCCGCCATCGCATTCAGTCATCGGCGATGCAGGCGTTCATGAATTCGGTACGTGCCGAGCATGCGTTATTGAACTGA MTRIPVANVIHSRLRLRQLRLMLALQELGSLRRAADHIGMTQPAATKMLHEAEDLLGVELFERLPRGMRSTPFGETVIYYARMVFAELSGMREELVALESGNLGRVAVGAIPALASGLLTRTIATLKQSHPRLSMSIQVDTSDVLVQALLQDQLDIVLGRIPAGARAEELLFDSLGEEALCVICGAQNPLAQASRLGWAELQSMTWVLQQHPSPMRAIINQVFHNARVDIPSSIVETTSIMTLLSLVQQTDMLGVTPISVVEDYPGRDLLAVLPIKFEARLPPYGLITRRHRIQSSAMQAFMNSVRAEHALLN NA NA NA NA NA D1-35_01112 1530 hypothetical protein ATGAGCGAGTTCGATTCCCTGTTGCAGGGCATGAACCTGATCCTGACCCCGGGCCACATCGGTCTGATGGTGATCGGCGTTCTGCTGGGCATCCTGGTCGGTGTGCTGCCCGGTCTCGGCGCGCCCAATGGCGTGGCGCTGTTGCTGCCCTTGACCTTCACCATGTCGCCGGTGTCGGCGATCATCCTGCTGTCGTGCATGTACTGGGGCGCGCTGTTTGGCGGCTCGATCACCTCGATCCTGTTCAACATTCCTGGCGAGCCTTCATCGGTGGCGACCACCTTCGACGGTTATCCGATGGCCCGCGAAGGCCGGGCTGCCGAGGCGTTGACCGCCGCGTTCAGCTCGGCGCTGATCGGTGCGTTGTGCGGGGTGTTGTTGCTGACGTTCCTGTCGACAAAAATCGCAGCGTTCGCCATGTCCTTCAGCTCGCCGGAGTTCTTCGCGGTGTACCTGTTGGCGTTCTGCACCTTCATCGGCATGAGCAAGAACCCGCCATTAAAAACCGTGGTCGCGATGATGATCGGCTTCGCCATGGCGGCAGTCGGCATGGACACGGTTTCCGGCAACCTGCGCCTGACGTTCGACCAGCCGATCCTGATGACCGGGATCAGTTTTGAAGTGGCGGTGATCGGCCTGTTCGGCATCGGAGAAATTCTCTGCACAGTCGAGGAAGGCCTGGTGTTTCGTGGCGAACATGCGCGCATCACACCGATGGTGATTTTGCGCACCTGGGCCAGGTTGCCGCGTTATTGGTGGACGATTGTGCGCAGCACACTGGTCGGTTGCTGGATGGGCATCACCCCCGGCGGCCCGACGGCGGCATCGTTCATGAGCTACAGCCTGGCGCGACGTTTCTCGAAAAACCGCGACAACTTCGGCAAAGGCGAGATCGAAGGGGTGATCGCCCCGGAAACCGCCGACCACGCTGCCGGCACCAGCGCGCTGCTGCCGATGCTGACGCTGGGCATTCCGGGTTCCGCCACGGCAGCGGTGATGCTCGGTGGCTTGATGATCTGGGGCCTGCACCCTGGGCCGACGCTGTTCGTCGAGCAACACGACTTTGTCTGGGGCCTGATCGCCAGCATGTACCTGGGCAACGTGGTCAGCCTGATCGTGGTGTTGGCCACCGTGCCGTTGTTTGCTTCGATCCTGCGCATTCCGTTCTCGATCATCGCGCCGATCATCATCATGGTCTGCGCCATCGGTGCGTACTCGGTGCACAACTCGTTCTTCGACGTGGTACTGATGCTGGGCTTCGGTGCGCTGGGTTACCTGTTCAAGAAACTCGGCTATCCGATTGCGCCGCTGGTGCTGGCAGCCGTCCTGGGGGACAAGGCCGAAGACGCATTCCGTCAGTCGATGCTGTTTTCTGACGGACAGCTGGGAATTTTCTGGTCCAACCCATTGGTGGGCAGCCTGACCACCGCCGCGCTGCTGATGCTGTTCTGGCCGCTGATCTCCAAGGCACTGGGCCTGCTGGTGGGCTTGCGCAAACCCCACGTCGCCGAGGCGAAATCATTGCTGTGA MSEFDSLLQGMNLILTPGHIGLMVIGVLLGILVGVLPGLGAPNGVALLLPLTFTMSPVSAIILLSCMYWGALFGGSITSILFNIPGEPSSVATTFDGYPMAREGRAAEALTAAFSSALIGALCGVLLLTFLSTKIAAFAMSFSSPEFFAVYLLAFCTFIGMSKNPPLKTVVAMMIGFAMAAVGMDTVSGNLRLTFDQPILMTGISFEVAVIGLFGIGEILCTVEEGLVFRGEHARITPMVILRTWARLPRYWWTIVRSTLVGCWMGITPGGPTAASFMSYSLARRFSKNRDNFGKGEIEGVIAPETADHAAGTSALLPMLTLGIPGSATAAVMLGGLMIWGLHPGPTLFVEQHDFVWGLIASMYLGNVVSLIVVLATVPLFASILRIPFSIIAPIIIMVCAIGAYSVHNSFFDVVLMLGFGALGYLFKKLGYPIAPLVLAAVLGDKAEDAFRQSMLFSDGQLGIFWSNPLVGSLTTAALLMLFWPLISKALGLLVGLRKPHVAEAKSLL PGPT0017350_686 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793 NA NA D1-35_01113 534 hypothetical protein ATGTCCCATTCTTCGGATTCACCGGCGCTGGTCGGTACCCGTTGGGTCGAGCTCGGCCTGACGCTGTTTACTACCCTGCTCGGTGCCGTGGTGATGTTCGGCAGTGTCGAACAAGGCATCGGCTGGGGCGATGCCGGCCCTGAACCGGGTTACTTCCCGTTCTATATCGGCCTGATACTGAGTGCGGCGAGCGTCGCCAACGGCGTGCTGACGGTGGTGCGCTGGCAGGCCCTGAGCGTTGCATTCCTCACCCGTAGTGCGTTCAAGCAAGTGCTATCGGTTTTCCTGCCCATTGCCCTGTTCGTCGGTGCGATGCCCTTCACCGGCATCTACCTCGCGTCGGCCTGCTTCATTGCCTGGTTCATGTGGCGCGACAAGGTCCGCGCCAAGCCTTACGGCAAGTGGATGATCGGTGCGGTTGCCCTCGGTGCGGCGCTCGCCAGCTACCTGATTTTCGCGCTGTGGTTCAAGGTCCCGCTGGATGCCGGCCCAATAGGCGACTGGATTGCCCTGGCCGGGAGAACCTTCAAATGA MSHSSDSPALVGTRWVELGLTLFTTLLGAVVMFGSVEQGIGWGDAGPEPGYFPFYIGLILSAASVANGVLTVVRWQALSVAFLTRSAFKQVLSVFLPIALFVGAMPFTGIYLASACFIAWFMWRDKVRAKPYGKWMIGAVALGAALASYLIFALWFKVPLDAGPIGDWIALAGRTFK PGPT0017355_411 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794 NA NA D1-35_01114 1017 hypothetical protein ATGCGAAATGCATTCGTCCGTCGCACATCGCGTCTTCTTCTAGGCGGCGCCCTGATTGCCGTCGGCGTCCTTCCCGCCCTTGCCCACGCCGCCTGGCAACCGGACAAGAATGTCGAAATCGTCGTCGCCGGCGGCCCGGGTGGCGGAACCGACCAGCTCGGTCGCCTGATCCAGTCGATCATCACCACCCATAAGCTGCTCGACGTCAACACCATTGTCCTCAACAAGGGTGGCGGCAACGGTGCCGAGGCCTTCCTCGACATGAAGATGAACAAGGGCGATGCAGAGAAACTGGTGATTGCCACCAATAACGTTTACCTGTTGCCGCTGGTTTCCAAGCTCGGCTACCAATGGCAGGAACTGACCCCGATTGCCGCCGTGGCCGAAGATGACTTTATCCTCTGGAGCTACAAGGGCGCGCCGTGGAAAGACGCGAAAGGTTTCTACGAAGCGGCCAAGACCGACCCGGCGAAGCTGCGCATGGGGGGCAGCCAGTCCAAGGACGTCGACCAGACCCTCACCCTGCTGCTCAACCAGACCAACAACAGCAAACTGGTGTACATCCCGTTCAAGAGCGGCAGTGAAGCCGCGACCCAACTGGCCGGCAAACACATCGCGGCCAACGTCAACAACCCCAGTGAAAGCATCAGCCAATGGCGCGGTGATCAAGTCGAACCGCTCTGCGTATTCAGCAAGGAGCGCATGAGCTACACCGAGAAAGTCGCCGGAAACAAAGCCTGGGCCGATGTTCCAACCTGCCACGAACAGGGCCTGGGCATCGATCAGTACCGCTTCCCGCGTACGGTGTTCATGCCCGGCGATGTCAGTGCCGAACAACGGGCCTTTTATGTCGAACTGATGCGCAAAGTCACGCAGACCGATGAGTTCAAGGCCTACGTCAAACAGAACGCGCTGGTGCCGACGTTCCTTGAAGGCGAGCCCCTGACCGCCTACATCGAAAAGGACGTCGCCCGCGTCACCCCGGTGTTCAAGGAAGCCGGCTGGCTGAAAAACTGA MRNAFVRRTSRLLLGGALIAVGVLPALAHAAWQPDKNVEIVVAGGPGGGTDQLGRLIQSIITTHKLLDVNTIVLNKGGGNGAEAFLDMKMNKGDAEKLVIATNNVYLLPLVSKLGYQWQELTPIAAVAEDDFILWSYKGAPWKDAKGFYEAAKTDPAKLRMGGSQSKDVDQTLTLLLNQTNNSKLVYIPFKSGSEAATQLAGKHIAANVNNPSESISQWRGDQVEPLCVFSKERMSYTEKVAGNKAWADVPTCHEQGLGIDQYRFPRTVFMPGDVSAEQRAFYVELMRKVTQTDEFKAYVKQNALVPTFLEGEPLTAYIEKDVARVTPVFKEAGWLKN PGPT0017360_392 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795 NA NA D1-35_01115 1005 pdxA2 COG1995 D-erythronate 4-phosphate dehydrogenase ATGAAAAAAACCGCTATCGCCATGGTCCTGGGTGACCCGGCTGGCATTGGCCCGGAATTGATTGCACGCTTGCTCGCCGAGCCCGAGATACGCAGCAAGGCCAACATCATTCTGATTGCCGACGAAGCGGAAATGCGTCGCGGCATGCGCATCGCCGGCAGCGAGTTTCCTTATCGCCGGGTGGAGACACTGGACGTGTTGGAGTTCGTCGATGACACGCCGCTGTTCCATGACTTTCGCGGCGACACGGTCGGCGAGTTCCCCCGTAGCGAGGCCAGCGTGATTGGCGGTCGCTACAGCCTCGACACCCTGGAAAAGGCCCTGCGCCTGACCGAAGCCGGGACCACCGACGCGGTCCTGTTCGGGCCGCTGAACAAGACCTCGCTGCACATGGCGGGCATGGCCCACAGCGATGAATTGCACTGGTTTGCCGAGCTGCTGGATTTCCACGGACCGTTCTGCGAATTCAACGTGCTCGACAACCTTTGGACTTCACGCGTGACCTCCCATGTGGCCCTGTCCGCAGTGCCGGGCCTGCTCAGTGAGCAGCGGGTGGTGGAAGCGATTCAACTGATCGACACCGCCCTCAAGCGCAATGGCCTGGAGCAACCGCGAATCGGTGTTTGCGGCTTGAACCCGCACAACGGCGACAACGGTTCGTTCGGTCGCGAGGAGCTGGACATCATCGGTCCGGCCGTACGCTCGGCGCAGGCGCTGGGCATCGCGGCACAAGGGCCGTATCCGGCAGACACGATCTTTCTCAAGGTCCAGGGCGATGCCAATGCCTTCGATGCTGTCGTGACCATGTATCACGACCAAGGCCAGATCGCGATCAAGTTGATGGGTTTCTCCCGTGGCGTGACGGTGCAGGGCGGCTTGCCGATTCCGATCACCACCCCGGCCCACGGCACCGCTTTTGATATCGCGGGGCAGGGCAAGGCCAACGTCGGTGCTACGCGCCAGGCCTTCGAAATCGCATGCCGGATGGGACGCAACCGGCACTGA MKKTAIAMVLGDPAGIGPELIARLLAEPEIRSKANIILIADEAEMRRGMRIAGSEFPYRRVETLDVLEFVDDTPLFHDFRGDTVGEFPRSEASVIGGRYSLDTLEKALRLTEAGTTDAVLFGPLNKTSLHMAGMAHSDELHWFAELLDFHGPFCEFNVLDNLWTSRVTSHVALSAVPGLLSEQRVVEAIQLIDTALKRNGLEQPRIGVCGLNPHNGDNGSFGREELDIIGPAVRSAQALGIAAQGPYPADTIFLKVQGDANAFDAVVTMYHDQGQIAIKLMGFSRGVTVQGGLPIPITTPAHGTAFDIAGQGKANVGATRQAFEIACRMGRNRH PGPT0009165_1082 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009165-pdxA-K00097 NA NA D1-35_01116 1176 rhmD COG4948 L-rhamnonate dehydratase ATGAAAATCAAAGCGATCCGTACCCGCGTTTTCGAGTGGAAGGGCAAAGTCGTCCCGCCCCAGGCGCACTTCTGCACCAACGCCAGCGACATCCTGTTCGAGCGCGGCGACGCGATGGGCTCCTTCCGTTTCCACGGCTGGCTGGTGGTGGAAGTCGAGACCGACAACGGCCTCGTCGGTATCGGTAACTGCGCCCTGGCACCGCGTGTGGCCAAGGAAATCATCGACACCTACCTGGCACCGATCGCCATTGGCGAAGACCCTTTCGACAACGAATACATCTGGCAGAAAATGTACCGTCAGAGTCACGCCTGGGGCCGAAAAGGCATCGGCATGGCGGCGATCTCGGCGATCGACATCGCGATCTGGGACATCATGGGCAAGGCCGTCAACAAGCCGGTGTTCAAGTTGCTCGGCGGTCGCACCAAGGAAAAGATCTGGACCTACGCTTCCAAGCTCTACGCCAACGACAACCTCGATCTGTTTCTCGAAGAGGCCCAGGGCTATCTCAACCAGGGTTTCACCGCGCTGAAGATGCGCTTTGGCTACGGTCCGAAAGACGGTCCGGCGGGGATGCGCCGCAACATCGAACAAGTGCGCGCCCTGCGGGAATTGGCCGGCCCTGACGTCGATATCATGCTCGAATGCTACATGGGCTGGACCCTGGAATACGCGAGGCGCATGTTGCCGAAACTGGCCGAGTTCGAACCGCGCTGGCTGGAAGAACCGGTGATCGCCGACGACATCGAAGGCTACATCGAACTGAAGAAGATGGGGATCATGCCGATCTCAGGAGGCGAGCACGAGTTCACCTCCTACGGCTTCAAAGACCTGTTGGAACGCCGCGCCGTCGACGTCATCCAGTACGACACCAACCGCGTCGGCGGCATCACTGCCGCGCGCAAGATCAACGCCATGGCCGAAGCCTGGTCGGTGCCGGTCATTCCCCACGCCGGGCAGATGCACAACTACCACTTGACGATGTCCACCACCGCCTCGCCGATGGCCGAGTTTTTCCCGGTGTTCGACGTCGAGGTTGGCAACGAACTCTTCTACTACGTGTTCAAGGGCGAGCCGCAACCGGTCAACGGGTACATCCAGCTCGACGACAACACTCCGGGCCTGGGCCTGGAAATCTCCGACGAATACCTGAGCGACTTCAACATCATCGAGTGA MKIKAIRTRVFEWKGKVVPPQAHFCTNASDILFERGDAMGSFRFHGWLVVEVETDNGLVGIGNCALAPRVAKEIIDTYLAPIAIGEDPFDNEYIWQKMYRQSHAWGRKGIGMAAISAIDIAIWDIMGKAVNKPVFKLLGGRTKEKIWTYASKLYANDNLDLFLEEAQGYLNQGFTALKMRFGYGPKDGPAGMRRNIEQVRALRELAGPDVDIMLECYMGWTLEYARRMLPKLAEFEPRWLEEPVIADDIEGYIELKKMGIMPISGGEHEFTSYGFKDLLERRAVDVIQYDTNRVGGITAARKINAMAEAWSVPVIPHAGQMHNYHLTMSTTASPMAEFFPVFDVEVGNELFYYVFKGEPQPVNGYIQLDDNTPGLGLEISDEYLSDFNIIE PGPT0017805_323 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LYXONATE_DEGRADATION,PGPT0017805-LRA3_like-K12661 NA NA D1-35_01117 1032 hypothetical protein ATGAGCGGCGCCTACCCTGACTATCTGGAGGCCACCATGCGCCTGATTCAATTTGAAAACTCCGCCGGAGAGCGCCAGGTCGGCGTCGTCGATGGGGCACTTGTTCAAGTGCTCAAAGGAACCCGCAATACCCGGGAACTGGCGCTTGCAGCGATCCGTGGCAATCGCAGCCTGCATGAAGAAGTCGCTTCGCGCGGCACCGAGCCGGGCCCGGATTACGCAGCGCTGTTGCACCAAGGCAAAGTCCTGCCGCCGCTGGATCACGAAGATCCGGCCCACTGCCTGATCAGCGGCACCGGCCTGACACATCTGGGCAGCGCCTCGGCGCGGGACAAGATGCACCAGCATGACGGTGAGGTCGAGGCCGGCATGACCGACACCATGCGCATTTTCAAATGGGGGATCGAGGGCGGAAAGCCGGCGCCGGGGCAGGTCGGTGCGCAACCGGAATGGTTCTACAAGGGTGACGGCAGCATCGTCGTGCACCCCGGCGCGGACTTCCCGGTGCCTCCGTTTGCCGAAGATGCCGGTGAAGAGCCGGAGCTGACCGGTCTCTATGTGATTGGCGACGATGGCCTGCCGTATCGCATCGGTTATGCCTTGGGCAATGAGTTCTCCGACCACGTCATGGAGCGGCGCAATTACCTGTACCTCGCCCACTCGAAACTGCGCAGTTGCTCCTACGGCCCGGAGCTGCGCGTCGGTGAGTTGCCCAGGCATCTGGTCGGCACCAGTCGCATCGAGCGCAATGGCGAAACCCTCTGGGAGAAGGCTTTTCTCAGCGGCGAGGACAACATGTGCCACAGCCTGGCCAACCTGGAATTTCACCATTTCAAGTACGCGCAGTTCTTGCGGCCGGGTGATGTCCATGTGCATTACTTCGGCACCGCTACCCTGTCGTTCGCCGACGGTGTGAAGACACAGCCGGGGGATCGCTTTCGGATCAGCCTCGATGAGTTCGGTGCGCCGCTGGTGAACGGTATCGGCGAGAGTGCCCAGCCGCTGCCCATCGGCCAGGTGCGTGCGCTCTAA MSGAYPDYLEATMRLIQFENSAGERQVGVVDGALVQVLKGTRNTRELALAAIRGNRSLHEEVASRGTEPGPDYAALLHQGKVLPPLDHEDPAHCLISGTGLTHLGSASARDKMHQHDGEVEAGMTDTMRIFKWGIEGGKPAPGQVGAQPEWFYKGDGSIVVHPGADFPVPPFAEDAGEEPELTGLYVIGDDGLPYRIGYALGNEFSDHVMERRNYLYLAHSKLRSCSYGPELRVGELPRHLVGTSRIERNGETLWEKAFLSGEDNMCHSLANLEFHHFKYAQFLRPGDVHVHYFGTATLSFADGVKTQPGDRFRISLDEFGAPLVNGIGESAQPLPIGQVRAL PGPT0017806_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LYXONATE_DEGRADATION,PGPT0017806-2_keto3_deoxy_L_lyxonate_dehydratase-NA NA NA D1-35_01118 1581 Alpha-ketoglutaric semialdehyde dehydrogenase ATGACATTGCCACAGGGATACAACTACATCGGCGGCCGTCGCAGCGCCAACGGCACCCTGCAACTGCAAAGCTTCGATGCGAGCACCGGCGAGCCCTTGCCCGGCACCTTCTTCCAGGCATCCGAAGCCGAAGTGGATGCCGCCGCCAAGGCCGCTGCTGCGGTTTACCCGGTTTACCGCAACCTGAGCGCGGAAAAACGCGCTTCGTTTCTCGATGCAATCGCCGAGGAAATCGACGCGCTGGGCGATGACTTCATCGCTACCGTGTGCCGCGAAACCGCATTGCCTGCCGGGCGCATTCAAGGGGAGCGCGGTCGCACCAGCAGCCAGTTGCGTCTGTTTGCAAGCGTGCTGCGTCGTGGCGACTTCTACGGTGCGCGGATTGACCGCGCATTGCCCGATCGCCAGCCACTGCCACGTCCGGATCTGCGTCAATACCGCATCGCCCTGGGGCCGGTGGCGGTGTTTGGCGCCAGCAACTTTCCGCTGGCCTTTTCCACGGCCGGCGGTGACACCGCTTCGGCGCTGGCAGCGGGGTGCCCGGTGGTGTTCAAGGCCCACAGTGGCCACATGGCGACTGCCGAGTGGGTGGCGGACGCGGTCATCCGTGCCGCTGAACGGACTGAAATGCCGGCCGGCGTGTTCAACATGATTTATGGCGGGGGTGTCGGTGAATGGCTGGTCAAGCATCCGGCCATTCAGGCGGTGGGCTTCACCGGTTCGCTTAAGGGTGGCAACGCCTTGAGCCACATGGCCGCCACCCGGCCACAGCCGATTCCGGTGTTCGCCGAAATGTCGAGCATCAATCCGGTGTTCCTGCTGCCCGAAGCGTTGGCGGTACGCGGCGAGCAGATCGCGGCGCAGTTGGCCGGTTCGGTGACGTTGGGGTGCGGTCAGTTCTGTACGAATCCGGGTTTGGTCATTGGCCTGCGCTCGCCGCAGTTCAGCCTGTTCCTGGAAAGCTTCTGCGCGAGCATGAACCAGCAACCGCCACAAACCATGCTCAACCCGGGCACCTTGGCCAGTTACAGCCGCAGCCTCGGTGAGCTGTACGAGCATCCGGGCCTGACGCACCTGGCGGGCAAAACGCAACAGGGCAACCAGGCGCAGCCGCAGGTGTTCAAGGCCGATGTCAGCCTGTTGCTCAAGGGCGATGCGTTGCTTCAGGAAGAAGTGTTCGGGCCGACCACCATCGTCATCGAAGTGGAGAATCGGACACAGTTGGCGGCGGCGCTGCACGGCCTGCGCGGACAGTTGACGGCGACGTTGATCGGTGAGGCTGATGAATTACTGGAGTACCGTTGGCTGACAGAAGTACTGCAGGAAAAAGTCGGGCGGATCCTGCTCAACGGTTATCCGACCGGGGTGGAGGTGTGCGAGGCGATGGTGCACGGCGGACCGTATCCGGCAACATCCGATTCACGGGGAACGTCGGTGGGCACGTTGGCCATCGATCGTTTCCTGCGGCCGGTGTGTTTCCAGAATTACCCGGATGCGTTGTTGCCCCAGGCATTGCAGAACGGCAATCCGCTAGGGATTCGGCGGCTGGTGGATGGGGAGGTAACTGATCGAGCGCTGTGA MTLPQGYNYIGGRRSANGTLQLQSFDASTGEPLPGTFFQASEAEVDAAAKAAAAVYPVYRNLSAEKRASFLDAIAEEIDALGDDFIATVCRETALPAGRIQGERGRTSSQLRLFASVLRRGDFYGARIDRALPDRQPLPRPDLRQYRIALGPVAVFGASNFPLAFSTAGGDTASALAAGCPVVFKAHSGHMATAEWVADAVIRAAERTEMPAGVFNMIYGGGVGEWLVKHPAIQAVGFTGSLKGGNALSHMAATRPQPIPVFAEMSSINPVFLLPEALAVRGEQIAAQLAGSVTLGCGQFCTNPGLVIGLRSPQFSLFLESFCASMNQQPPQTMLNPGTLASYSRSLGELYEHPGLTHLAGKTQQGNQAQPQVFKADVSLLLKGDALLQEEVFGPTTIVIEVENRTQLAAALHGLRGQLTATLIGEADELLEYRWLTEVLQEKVGRILLNGYPTGVEVCEAMVHGGPYPATSDSRGTSVGTLAIDRFLRPVCFQNYPDALLPQALQNGNPLGIRRLVDGEVTDRAL PGPT0018165_515 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018165-aldH-K13877 NA NA D1-35_01119 693 ais Lipopolysaccharide core heptose(II)-phosphate phosphatase ATGCCGTCGGGGCGGCTTGATGTGGAACTGAGACTGAGTCTTTTCGGCCTGACGCGCTCGATCGATAGGCGCCGTTTTGCCCGTTACCAAAACACCGTGGTCGTGCTCGCCTCGGCGCTGCTGGCTGTCCCGTTGGTCCTGTGGCTACTCGGCCCGGCAGCGGTGCCGGACCTGGCCCATGGCAACGTCGCCGGCGCCCGGGCCCTGGCCGATGGCTGGGCCAAGGGCGAAATGATCGTGCTGGTGCGCCATGTCGAGCGCTGCGACCACTCCAAGGCTGCTTGCCTGGGTGACCGCGAAGGCATCACCGACCGCGCCCGTGCCGTTGCGGTGGGGCTCGGGGCTCGGTTCGAACAACTGGGCCTGGACCACGTCGACCTTTACAACAGCCCACGGGTGCGCACCGCGCAGACGGCGGGCTACATGTTCAACAAGGTGAGCGCCGGTGACGATTGGCTGTTCGACTGCCGACATGACCTGCTGCGCAATGCCCTGGCCCACAAAGTGGCCGGTCGCAACCTGATCCTGGTTACCCACAGCGAATGCATGCAGGCGATGGAAACCGCGCTTCTGCGCCCGACTTCCTCGTTCGGCTATGGGGCTTCGTTGTTCGTTTCCAGCGCTCAGCCACAAGCGCCACGAGTGCTCGGTTTTATCGAAGCCCCTGACTGGCGCTCGGTGACATTCCAGTAA MPSGRLDVELRLSLFGLTRSIDRRRFARYQNTVVVLASALLAVPLVLWLLGPAAVPDLAHGNVAGARALADGWAKGEMIVLVRHVERCDHSKAACLGDREGITDRARAVAVGLGARFEQLGLDHVDLYNSPRVRTAQTAGYMFNKVSAGDDWLFDCRHDLLRNALAHKVAGRNLILVTHSECMQAMETALLRPTSSFGYGASLFVSSAQPQAPRVLGFIEAPDWRSVTFQ NA NA NA NA NA D1-35_01120 846 hypothetical protein ATGCTGACGTCTGCCCGCGCCCGTTTCTACGGGCTCAACCTCGGAATTCCCTTGGCCGTTGCCGCCATGGTGTTCCTGCTTTTCGATCTGACCCGTATCGACATCGCCATCAGCAATCTTTTCTATGACCCGTTGCACCAGGTCTTTCCGTTGGGGCATGTGCGGCTGTTCGAGCAAATCACGCACAAATGGGCCAGGGCCATTCCGAACTGGACGGGGGAGGCGGCCATAATCGGCGCCGTGCTGTCGTTTTTCTGGCCGCTGTTGAAACCGGAAAAGCGCCCTGGGCTACTTCGCGTACTGGACAGAACCCGGCTGGCGAAACCGCTACGTTTTGCCTACAAACACCGGCGCGATTTCCTCTACGTTGTCTTCGCCTTTTCGCTCAGTACCGGGGTTATCCATTACCTCAAGGGCCATACCAGCGTGTACTGCCCGGTGGAAACCAGCCAATACGCCGGCAAGATCGAGCACAAGGAATGGTTCCGGAATTTCGACCTGCTGAAAGTGGCCGGTGAGGGGCGCTGCTGGCCGGGTGGCCATGCGTCCGGCGGCTTCACCCTGCTGGCGCTGTACTTCGTCGCCCGTCGTTATCGCTGGCGTCATTCCAAAGCGGTGATGTATGGGGCGTTGGCCTTGGGGTTCGTCTATGGCACGACGCGGGTCCTGCAGGGTTGGCACTACATGTCCCATACCTTCTGGGCGGGAATCTTTGTCTGGTTGAGCTGCTGGTTGATGGCGCTGGTGTTTTATGGGCGAGGCGCCTTGGAGCAGCCGCTGTCGAATCGACAGCGCACGGTGCCGCCCGTCGTGCAGGCGTTGGGCAACGCGCCTTCCTCCGTCTGA MLTSARARFYGLNLGIPLAVAAMVFLLFDLTRIDIAISNLFYDPLHQVFPLGHVRLFEQITHKWARAIPNWTGEAAIIGAVLSFFWPLLKPEKRPGLLRVLDRTRLAKPLRFAYKHRRDFLYVVFAFSLSTGVIHYLKGHTSVYCPVETSQYAGKIEHKEWFRNFDLLKVAGEGRCWPGGHASGGFTLLALYFVARRYRWRHSKAVMYGALALGFVYGTTRVLQGWHYMSHTFWAGIFVWLSCWLMALVFYGRGALEQPLSNRQRTVPPVVQALGNAPSSV NA NA NA NA NA D1-35_01121 354 hypothetical protein ATGTCTTCCGCTGGCGAGCCCGTCTACGATGCAGGCTACTTCAAGCGCATACCGGGTTACCTGAAGAAAATGGCAGGTGGCACGGACAGCATCGATACGCTGGTAGAGGCCGAAAAGCCCCTGAAAGTGAGTGCGTCGGTGAAAAGGCAGATCGCTACCCTCAATGGCATACCCATGCATACGTTGTTCGGCTACGGCATAACACCACAGCCTGCTCCGCTGGTATTCACACCACGACCGCAAAAGAACTATCTCATTGAAACGGTGATCGCGGATTACTACATCATGAAGGTGTATGAAATTTCCGCGACGGGTGAGCGCAGAGAGGTCAGCGTGCCTGTGGGTACGAATTGA MSSAGEPVYDAGYFKRIPGYLKKMAGGTDSIDTLVEAEKPLKVSASVKRQIATLNGIPMHTLFGYGITPQPAPLVFTPRPQKNYLIETVIADYYIMKVYEISATGERREVSVPVGTN NA NA NA NA NA D1-35_01122 102 hypothetical protein ATGGTAGCGAGCGAAAAATGCCCCTCCTATGCCGGTTTGCCTTGGGGCATTGCCTATTCCTATCAGCGCGTCAGAGGCATCGCCGCCAGCGCCCTACCCTAG MVASEKCPSYAGLPWGIAYSYQRVRGIAASALP NA NA NA NA NA D1-35_01123 834 fabG_1 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGCCCAGTCGCAAAACCCTATTCATCACCGGCGTGAGCAGCGGCTTGGGTAGCGCACTCGCGCAAGAGGCAATTGCAGCAGGCCACCGTGTCATCGGCACCGTGCGCAATGAGGCGGCCTTGCAGGCCTTCGAGTCGCTGTCGACGGAGCGTGCCCATGGCGTCATCCTGGACGTCACCGAGTTCGACCGGATCGACAGCGTTGTGGCGGCGACGGAGGCCGCCCACGGCCCGGTCGATGTGCTGGTCAATAATGCCGGTTATGGCCACGAAGGCGTCTTCGAAGAGTCGCCACTGGAGGAAATGCGTCGTCAATTCGACGTCAACGTGTTTGGCGCGGTGGCGGTGACCAAGGCCTTCGTGCCGTATTTTCGCCAGCGCCGTGCCGGTCATATCCTCAATATCACTTCCATGGGCGGCACGATTACCATGCCGGGCATCTCCTATTACTGCGCGAGCAAGTTTGCCCTCGAAGGTCTCTCCGATACGCTGAGCAAGGAGCTGCTACCGTTCAACATCTTCGTGACGGCCGTCGCGCCCGGCTCGTTTCGCACCGACTGGGCCGGCCGTTCGATGCAGCGCACGGCGCGGAGCATTGCCGACTACGACGCCAGTTTCGATCCGATACGTAAAGCGCGCGTGGAGAAAAGCGGCAAACAACTGGGCGACCCGCGGAAAGCGGCGCAGGCCATGCTGCAGATCATTGCCAGCCCGACGCCACCCGCGCATTTGCTGTTGGGCAGTGATGCGCTGAAGCTGGTGCGGGAGAAGCTGAGTCGTGCCGCCAGTGAGATTGATCAATGGGAAGCGCTGACCCGTTCGACTGACAGTTGA MPSRKTLFITGVSSGLGSALAQEAIAAGHRVIGTVRNEAALQAFESLSTERAHGVILDVTEFDRIDSVVAATEAAHGPVDVLVNNAGYGHEGVFEESPLEEMRRQFDVNVFGAVAVTKAFVPYFRQRRAGHILNITSMGGTITMPGISYYCASKFALEGLSDTLSKELLPFNIFVTAVAPGSFRTDWAGRSMQRTARSIADYDASFDPIRKARVEKSGKQLGDPRKAAQAMLQIIASPTPPAHLLLGSDALKLVREKLSRAASEIDQWEALTRSTDS NA NA NA NA NA D1-35_01124 480 hypothetical protein ATGACTCAGGCCGCTGCGCGCATGGTGCAGTTGATGGAACAGCTCGCACCGGTGGAAGGCTACAACCTCAGCGCGCTGGACGACGTCCGCTTCCTGCGTTCGAACCGCCCCCTGACGCGCACGCCGGTGCTGTATGAACCCGGCATCGTGATCCTCTGCCAGGGGCGCAAGCGCGGTTATCTGGGCGATGACGTCTATGTCTATGACGCCCAGCATTACCTGATGGTCTCTGTCCCCGTTCCATTCACCATGGAGACCGCCGCCAGCGCCTCGGAACCCATGCTGGCGGTCTACATGCGCCTCGACTTGCAACTGGCCAGCGAACTCATGTTGCAAGTGGACGAAACCCACGGCCCCAGCGACGCCCAGCCCAAAGGCATGTACGCCTCGCCCATGGATGAGCCGCTGCGCGCCTCGACGCTGCGCTTCCTGGAGGCGATGGGCGTCCGGGCGAGGCGCAAATATTGGGCCCTTCTCTGA MTQAAARMVQLMEQLAPVEGYNLSALDDVRFLRSNRPLTRTPVLYEPGIVILCQGRKRGYLGDDVYVYDAQHYLMVSVPVPFTMETAASASEPMLAVYMRLDLQLASELMLQVDETHGPSDAQPKGMYASPMDEPLRASTLRFLEAMGVRARRKYWALL PGPT0014658_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014658-ypdC-NA NA NA D1-35_01125 450 rhaS_4 HTH-type transcriptional activator RhaS ATGAGGGAAATCTACTATCGAATCCTGACCGGCGAACAGGGCGGCTCGATGCGCGCCGCCCTCAGTCGGCGGGGACATTTCGGCAAGATCACCCGGGCGATACGCAAGATCCACAGTTGCTATCACGAGCATCTGTACGTCGAAACCCTGGCCCAGGAAGCCGGCATGAGCGTCCCCAACTTTCACCTGCATTTTCGCAACGTGACGGGCGCATCACCCATGCAGTACCTGAAATCGACCCGCCTGCACCAGGCGCGATTATTGATGCTGCGCAACACCATGAACGCCTCGACGGCGGCGTTCAGTGTCGGCTATGAAAGCGCCTCGCAATTCAGCCGCGAGTTCAAGCGGATGTTTGGCCGGACGCCACAGGCCGAGGTGGAATGGATGAGGGCGATTTATGCGTTGCCGGAGGGGGTGGCGGCGTCGGGGTATGTTTCTTCGCATTAG MREIYYRILTGEQGGSMRAALSRRGHFGKITRAIRKIHSCYHEHLYVETLAQEAGMSVPNFHLHFRNVTGASPMQYLKSTRLHQARLLMLRNTMNASTAAFSVGYESASQFSREFKRMFGRTPQAEVEWMRAIYALPEGVAASGYVSSH PGPT0014658_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014658-ypdC-NA NA NA D1-35_01126 486 hypothetical protein ATGACCGTCGAAAATAAAGTGCAAGATACACATATATCGGCGCAGATGAAGGATCTGCATCGGTCCTTGATCTCGATCGTGAGCGTGATGAACCGGCCTAGGAACGACGAGCGACTCATCGCGGAAGCTGGTGTACACCTGGACCAGGCGCTCTTTCGCCTGCTGGTGGTAATCGAGCGGGTGGGGCCGATTGGTGTCGTGGATCTGGCAGGTCGCCTAGGCAGGGACTATACGACCATCAGCCGTCAGGTCTCCAAGCTTGAACACATGGAGTTAGTGATCCGGCATGAGAACTCGGAAGATCGACGGATGCGCGAGGCGGTGGTGTCCGCGAAGGGCAAGGCGATCACCGACCAGATAGACCAAGCGCGCGAGCGCCTGGCACGAGGAATCTTTCAGGACTGGGCTGCCGAGGACATCACCGACCTGGTGCGTCTGATGCGTAAATTTGCCAAGGCCCTGGAACAGGGCACAGGGGCTGGTTAG MTVENKVQDTHISAQMKDLHRSLISIVSVMNRPRNDERLIAEAGVHLDQALFRLLVVIERVGPIGVVDLAGRLGRDYTTISRQVSKLEHMELVIRHENSEDRRMREAVVSAKGKAITDQIDQARERLARGIFQDWAAEDITDLVRLMRKFAKALEQGTGAG NA NA NA NA NA D1-35_01127 1473 tetX COG0654 Flavin-dependent monooxygenase ATGCGTAAGCCCGTTGACGTCCTGATTTGTGGTGCCGGTGCCGCGGGCCTTACCTTAGCGATTGACCTGGCGCGGCGAGGGGTGCGCTTTGCCCTCATCGAAAAGCTTTCCTCGCCCTTCTTGGGCTCGCGCGGCAAAGGCATTCAGCCCCGCACCCAGGAGGTCTTCGAAGATCTCGGGATCCTGGACCGGATCATGGCCGCAGGCGGTATCTACCCGACTATTCGCAAATACGCGCCCGATGGTAGTCACGTGGACCAAGACGTGACGAACGTTGCCGAGCCCACACCTGCCGAGCCCTATTGCCTGCCTTTGATGATTCCTCAATTCAAGACCGAAGCAGTCTTGCGCGAGCGCTTGATCGAACTGGGGCATGCGCCAGAGTTTGGTGTCGAGCTAACCGGGACGCTGGTCAGCGCCGACGGAGTCAAAGCCGTACTCGCAACCCCGGATGGAGAACAGACCCTCCATACCCGATACCTGGTGGGTGCCGATGGCGGGCGCAGCTTCGTGCGCAACACCTTGGGGATTGGCTTTCCGGGCAAGACCCTGGGCGTACGGGCAATCGTGGCCGATGTCATATTGGATGGACTGCCGCGCGACGTGTGGCACCAGTTTGATGGTGGGGGCTCAGGCCCATTGGCTATCTGCCCGTTGGCGGGCACAGACCTGTTCCAGATCCAGGCCCCTGTTCCCTTGGAGGGCGATATAGATCTCTGCGCGGCTGCGCTGACCGAACGCGTTGCCCTGCACACGGGGCGCACGGACATCATGGTCCATTCGGTCGCCTGGTCATCCATCTACAGCATGAATGCCAGGCTTGCCGATCGTTACCGGGATGGCCCGGTGTTCCTGGTCGGCGATGCGGCGCATGTCCATCCGCCTACCGGTGGACAAGGCCTCAACACCAGCGTCCAGGACGCTTACAACCTGGGCTGGAAGCTGGCGGCCGTATTGGCCGGCGCACCAGAGGCTCTACTGGACACCTACGAAGCTGAGCGCCGCCCGGTGGCCGCAGACGTGCTCGGGCTGTCCACGCGCCTGCTTGCAAGCTTCAAGACCGGGGACAACAGGCGGACCCGTGAGGTCCAGCAGCTGGATATCGGTTATCCCCACTCGCCGCTATCGCTCCCGTCGCAGGCCACTGACAGCGGGCTCGCGCCAGGCGATCGTGCACCTGATGCCGTCGTGCGAGGCGCAGGCGGCAGCCCAACGCGCTTGTTCAACCTGTTCAAGGGCACACATTGGACCTTGTTAGCCAATGGTCCCTCGAACTTCGCGCCAAGCGCGGGCTTGCATATCCACGGCATCGGGCCCGGCTCGGAAATCGAAGATTACCTGGGTCAATTCGCCCAGTTTTACGGCCTCGCTGAAGGCTCCGCCGTGTTGGTCAGGCCGGATGGCTATCTGGCAGGGGTCTTCACGAAAGATCAGGTGGTTGCATTGGACGGCTATCTGGCTCGCTACAACTAA MRKPVDVLICGAGAAGLTLAIDLARRGVRFALIEKLSSPFLGSRGKGIQPRTQEVFEDLGILDRIMAAGGIYPTIRKYAPDGSHVDQDVTNVAEPTPAEPYCLPLMIPQFKTEAVLRERLIELGHAPEFGVELTGTLVSADGVKAVLATPDGEQTLHTRYLVGADGGRSFVRNTLGIGFPGKTLGVRAIVADVILDGLPRDVWHQFDGGGSGPLAICPLAGTDLFQIQAPVPLEGDIDLCAAALTERVALHTGRTDIMVHSVAWSSIYSMNARLADRYRDGPVFLVGDAAHVHPPTGGQGLNTSVQDAYNLGWKLAAVLAGAPEALLDTYEAERRPVAADVLGLSTRLLASFKTGDNRRTREVQQLDIGYPHSPLSLPSQATDSGLAPGDRAPDAVVRGAGGSPTRLFNLFKGTHWTLLANGPSNFAPSAGLHIHGIGPGSEIEDYLGQFAQFYGLAEGSAVLVRPDGYLAGVFTKDQVVALDGYLARYN NA NA NA NA NA D1-35_01128 1686 hypothetical protein ATGATCAATACACATAAAGACAAATCTGAATCCATTGGCAGTGAACCAATTACCTACCAGAACGGCTGGCCCTGTTTCCGCGAGCACAGCTTGGTAGAGGCCGCTGTAACTGAGGCAGCCCGAGAGCTGCAGATTTCCCGTGAAATGGCAATGATGTGCGCCTTCGGGGCCATGGCCACCGCTTGCCAGAAACTTATTGATATACGAATGCCAACCGGACACCAAGTGCCAACCTCACTGATGCTGCTGACCATCGCGGACTCCGGTGAACGCAAGACCACTACACAGAACAATTTTTTCGAGGCGATCAACGACCTGAATGATGCAGCGCATCGCGCCAACGAGGTCGCCTTAGTGGAGCATCGGGTCGAACAGCAACTATGGAGCACGCGCAAGAGACACCTGGAGCGTATGTACAGCAAATACGCAGCCCAAGACGACGCCGCCGCCACGCACGCAGCCCTGAAGACTGTCGCTGAGCATGTCAGAGCTGAACCGCAACCCGCCCGCTCGGGCAAGTTCCTCTATGAAGACACCACCCCGCAGGCCCTAGTGCAGATGCTTTACGAACACACGCCCAGCGGCTGTCTGCTGACTAGCGAAGCCAACAGTATTTTCAGCGGCAAGGCCTTGGGTGAGCTCGACAAACTCAATACTCTCTGGGATGGCAGCAGCGTTATCGTCGATCGCATTTCCAGAGAAGGCTTCATTCTCCAAAATGCCCGTCTCACCTTGTCACTAATGGCACAACCGAGCGTGATCGCCCGCTTCATGGGCAGGCGCGGCGAGGAGGCTCGCGGCACGGGCTTTCTCGCCCGCTTCCTAGTCGCCAAGCCCCGCTCAATGGCTGGCCAGCGTACCGATCAAAAGCTATCTGAACTGCCTCGCCTACAGGCCTTCAATGCCCGCATCCGCGAGTGCTTGGCCCCCTCCGTTTCGCCTGATCGCCAAGTACTACGTTTCTCGGAGCCGGCCGCAAATCTCTGGTACCAGTACAGTCGGCATCTCGAACAACAAATGCAGGAAAACGGCCTATACCACTACGCTAAGGATCACGCTTCCAAGCTGCTGGAAAACGCGAGTCGTCTGGCGGCCATCCTGCATACGTTCGAGCGCACCTCAGACAGCAATACCGAGATCGACTACCTCACGCTGGAGTTCTGCTGGAAGTTCGCTCAGAACTGCTCAAAGCACTTCATCGAGCACTTGGCCAACGAGCCGCAGCTCGTGACGGATGCGAACCAACTGGCACACTACCTACTGAAAACCGCCCACAAAGAAAACCCTCTCACAGACAGACCTACAAACAGGAACAGAAACGACTCCTCACCCAACACGCGCCTCTCATCGACGCCACCTGACGATTTGATGACCGGGCAACGAACCACTTTCACACTAACCCAGGTGAAACAGTACGGCCCCAGCAGTCTCAGGGGACGGGCCAATACCGAGCGTTTGGAGGCAGCCATCGAGCTGCTGACCAAGCTGGGGCATATCGCCAAGGAAGGAGGCCGCTACCGGTTCCAAGAATCGATCCTCCTCAAAAGAGGAGAGCCCGAACTGAAGAACGGCGAAACGCTCACGATCAAAGAGCTTCCTCTGTTCAGCGAACATGAGTATTGGAAGCCTGAGGTAAGGAATGGGTTTGGGCCTCAGCCGAGCTACCTCATCAAAGTCCGCGATTAA MINTHKDKSESIGSEPITYQNGWPCFREHSLVEAAVTEAARELQISREMAMMCAFGAMATACQKLIDIRMPTGHQVPTSLMLLTIADSGERKTTTQNNFFEAINDLNDAAHRANEVALVEHRVEQQLWSTRKRHLERMYSKYAAQDDAAATHAALKTVAEHVRAEPQPARSGKFLYEDTTPQALVQMLYEHTPSGCLLTSEANSIFSGKALGELDKLNTLWDGSSVIVDRISREGFILQNARLTLSLMAQPSVIARFMGRRGEEARGTGFLARFLVAKPRSMAGQRTDQKLSELPRLQAFNARIRECLAPSVSPDRQVLRFSEPAANLWYQYSRHLEQQMQENGLYHYAKDHASKLLENASRLAAILHTFERTSDSNTEIDYLTLEFCWKFAQNCSKHFIEHLANEPQLVTDANQLAHYLLKTAHKENPLTDRPTNRNRNDSSPNTRLSSTPPDDLMTGQRTTFTLTQVKQYGPSSLRGRANTERLEAAIELLTKLGHIAKEGGRYRFQESILLKRGEPELKNGETLTIKELPLFSEHEYWKPEVRNGFGPQPSYLIKVRD NA NA NA NA NA D1-35_01129 231 hypothetical protein ATGCGAATCATCCGTCTGAAAGAAGTCATCGACTCGACAGGACTTGCCCGGTCGACCATCTACAAATACATCGCGGAGGGCACCTTCCCGAAACCGGTATCTCTGGGCGACCGCTGCGTTGGCTGGGTCGAGAGCGAGGTGCACGATTGGATCTTGGCAAGGATTGAAGAGCGTGATCTGACCGAGAGCTCTGCAGTGCGGTCCACCGGTCACCTAAGCATGGCCAGTTAG MRIIRLKEVIDSTGLARSTIYKYIAEGTFPKPVSLGDRCVGWVESEVHDWILARIEERDLTESSAVRSTGHLSMAS NA NA NA NA NA D1-35_01130 696 hypothetical protein ATGCTTCGTCATTCCGATAACACGAGCCACCGTCCGCGTCGTCATCCAGGCAACACCAACCTCCATCTGCAGTACGGGCCTACCTACGGCGGCCTGCCCTTGATGGTCGACAAGGGGCCGTATGTAGAGGAGTACCTATTCAGTCTCCTGAGCGTTATCCAGCGGGCTCTGACTCAATATCCTAGGGTCATGGCATTCCGGGTGGACCTTCATCTGCCGAGGGAGATAGATCTGTCCGCTAACACCAACAAGAACATCAGCAGGTTTATCGAGTCCTTCTGCGCCAAGATTGACTACCACCGCAGCCAGCTGCGTGAGCAAAAGCAGGATGCTCGTGGTTGCAAGGTTCGCTATGCCTGGGCGAGGGAGGTCGGACAGAGAGGACAGCCGCACTACCACTTGGTGTTTCTGCTCAATCATGATGCCTATCACAGGCCAGGCCGGTTGCAATCTACGAATCGAAATCTCGTGACGCGCCTGCAGGAAGCTTGGGCTAGTGCTTTGCAGCTATCAGTCGATCAGGTACGTGGGCTGGTGCATATCACTGACAATGCCACATATCGAATCTACCGGGACGTCCCCGACGGCAAGATTGATGAGCTGCCAGAGTTGTTCCGGAGAGCCAGCTACCTATGCAAGGAGGCTACGAAGTCCTACGGGGATCGTCAGCGTGGATTCGGCACCAGCAGGGGATAA MLRHSDNTSHRPRRHPGNTNLHLQYGPTYGGLPLMVDKGPYVEEYLFSLLSVIQRALTQYPRVMAFRVDLHLPREIDLSANTNKNISRFIESFCAKIDYHRSQLREQKQDARGCKVRYAWAREVGQRGQPHYHLVFLLNHDAYHRPGRLQSTNRNLVTRLQEAWASALQLSVDQVRGLVHITDNATYRIYRDVPDGKIDELPELFRRASYLCKEATKSYGDRQRGFGTSRG NA NA NA NA NA D1-35_01131 807 hypothetical protein GTGGATCGCTTTGCCATCCAGTCCGCTGCGGCGACCCGGGATCTTGCGCTGTATAGGGAGCTAGCCTCCGGCAATATCGACTATGACTCCAAAGCCAAGACCTATGTCCTTGGAGCTGACTTCCGTTCGCTGTTCGATTACCCAGCAGAAAGAGTTATGTCGTGGCTGACACAGGCCTTCGGTGATGGCGAGCCGCTTAAGTTCAAAACTTGGGTGCCTAGTGAAATTCCTTCTAGGCTGACGAACCCTGATTTGGATGTGCTGGCGAGTGTGACGCGCGCCATCCATCACTGCTGTCCCTTGGTCGTTGAATACCACTCGATTTCCAGTGGCAAGTCGAAACGCGAGATCGTGCCTTTTGCTTTGATCGATACAGGTTTTCGCTGGCACGTTCGCGCGTTCGATCGAAAGTCAAAAGAATTCCGTGACTTCGTCATTACTCGGATAAGGCGCCCAGTGGTGCTTAATGGTCAGCCCGTGGCTCCTCAGGAGATGAGCGATCAAGACATTCAGTGGACCCGAATCGTCGAGTTAGAGCTGGTGCCGCATCCGAGCCAGCCGCGTCCAGAAATAACCGAAATGGACTACGGGATGGATGGAGGGGCACTACGCATGAAGCTGCGTGCCGCCACTGCCGGATACATCCTAAGGCAATGGAGCGTGGACTGCTCGCCAGACCATAGTCTGCGTGGGCATGAGTACCGGCTTTGGCTGAAGGACCAGTTGGCGCTATACGGTGTCAAGAATGCTGTTTTGGCTCCAGGCTACAAAGAACCCCGTCTGGACGAGGCGAAGCCAAATTACTAA MDRFAIQSAAATRDLALYRELASGNIDYDSKAKTYVLGADFRSLFDYPAERVMSWLTQAFGDGEPLKFKTWVPSEIPSRLTNPDLDVLASVTRAIHHCCPLVVEYHSISSGKSKREIVPFALIDTGFRWHVRAFDRKSKEFRDFVITRIRRPVVLNGQPVAPQEMSDQDIQWTRIVELELVPHPSQPRPEITEMDYGMDGGALRMKLRAATAGYILRQWSVDCSPDHSLRGHEYRLWLKDQLALYGVKNAVLAPGYKEPRLDEAKPNY NA NA NA NA NA D1-35_01132 504 hypothetical protein ATGAATACCATCGCAAAAACAATCGCAGAGCTCCGGATACTGATTGGTTACCTGGGGGAAAAGGGCCAGGCTAATTGGTGGGGCAGCGAGTTCTTTGGCGCTACAGCGTCTGCTTTTTTGGCTCCAATATTCAACCGATCTCTATTTCTTGCCCAATACCAGGGGGCAACTGCGGCGGCAGCTAAGGTTCACGACGAGGTCATTGGTGTTGGCCGTATCTATCACCTATTTCGTTTGCCGATCGGGCTCGAGCAAGCATCTGCTGATGCGCTCAACGACACCGCTTTCGTGCAAATCTTGCAAGGCAGATTGGCAAGTCGTGAGCTGGCGATGGTGCGCCTGGCTGAATTGGCGGAAAAACCAGAGTCCGCATCGCCAGGCCCCATTTCGCTGGGCCAGATGAGTCAAGATCTACAAACCGAGCTAGAACGTGCTGCGGGCTTTTATTGTGCAGCCCTAACCTCTGGAATTCAGACGTTCCCCTACGTTCGGGAGGTTGAGTGA MNTIAKTIAELRILIGYLGEKGQANWWGSEFFGATASAFLAPIFNRSLFLAQYQGATAAAAKVHDEVIGVGRIYHLFRLPIGLEQASADALNDTAFVQILQGRLASRELAMVRLAELAEKPESASPGPISLGQMSQDLQTELERAAGFYCAALTSGIQTFPYVREVE NA NA NA NA NA D1-35_01133 786 hypothetical protein GTGAGTCAGCAGCGCTACTACACCACTCAGCTACAAGCCGGGCTTGGGCTCTTAGAAGAAACAAGGCAACTGCTCCAGGTTTATCAATCTAGCATGAGTGCGTCCCAGCTTTATGAGGCCGCGCTGGCATCGGGTCGTTTCCCTTTGGTAACGGCAAGGCGCCTACGCAATATTGTTGCCGAGTGCTTTGCCCCACGCTACATGCGCGACCCCTGCGTTGCCGCGCGCCTCAAGTCCCTGGTTGATCGTTTTACGACCGCCGAGCTCAATCAACTGCTCTTTATCTATACCGCGCGAGCCAATCTTGTATTGGCAGACTTCGTTCGAGAAGTTTACTGGGCGCGCTATTCAGCAGGGCGAAATGACCTCCAGCTGGAGGACGCACGCACCTTTGTTGCTAACAGCGTGCGCGAAGGAAAAACGCAAAAGCCATGGTCTGAGACCACGATCAAGCGCATCTCATCGTATTTGATGGGCTGCTGCGCCGACTATGGACTGCTGACAACCACAGGCCGTAACCAGCGCTCGATTGCTGCTTATCGCATCTTGCCAAAGGTCGCCGCCTACTTGGCCTACGACTTGAAGTTCAGTGGTCTTGGTGACAACCAAATTGTTTCAAGCTCCGACTGGGATCTCTTTGGACTGGAACGTACCGACGTCCGAGACCAATTGAAACGTTTGTCATTACAAGGCCTGCTCATATTTCAGGCCGCTTCCGATGTCGTGCATATCGGTTGGACCTATAAAAACATGGAGGAACTGATCGATGTCATCGCTCAAAGCTGA MSQQRYYTTQLQAGLGLLEETRQLLQVYQSSMSASQLYEAALASGRFPLVTARRLRNIVAECFAPRYMRDPCVAARLKSLVDRFTTAELNQLLFIYTARANLVLADFVREVYWARYSAGRNDLQLEDARTFVANSVREGKTQKPWSETTIKRISSYLMGCCADYGLLTTTGRNQRSIAAYRILPKVAAYLAYDLKFSGLGDNQIVSSSDWDLFGLERTDVRDQLKRLSLQGLLIFQAASDVVHIGWTYKNMEELIDVIAQS NA NA NA NA NA D1-35_01134 573 hypothetical protein ATGTCATCGCTCAAAGCTGATTTCAATGAGTTGATGGAGCGAATTAAGCAGGGGCGCGAGTTTGGCCATGCCAGCTTCGAGCCCATTTTCTATTTGGTTTTTCCGCCAAATCAGATCCTCAATGTGAAGCGCGAAACACCTGCGTGGGTGCACCGACTGCGTAACGAAGGCTGGGAAGTCGAAACCTTTTCGATCGCCGAGCATGTTGCAGACATTATCGAGAAGGCACCGCTTCGCAAGATCTGGCTCGCGGCCGATCAGAAAGCCCCCCTGGCATGGGGCAAGACCAATGCGTCGCTCGCTAATGCCATCAGTAATGGCGCGTTGCAGGCACGCATTGAAGCCAAGCTGGCCGAACTTGAAGGCAAGCCTAAGGCCATTTTGCTGGTCACCGATCTTGAGGCGTTGCATCCCTACACACGCATCGGTGTCATCGAAGGCAAGTTGCAAGGCAAATTCCATGTACCCACGGTGTTCTTTTACCCTGGTGTGCGCACCGGCAAGACACGACTCAAATTCCTGGGGTTCTACCCCGACGATGGCAACTACCGCTCTGTCCACGTCGGCGGCTAA MSSLKADFNELMERIKQGREFGHASFEPIFYLVFPPNQILNVKRETPAWVHRLRNEGWEVETFSIAEHVADIIEKAPLRKIWLAADQKAPLAWGKTNASLANAISNGALQARIEAKLAELEGKPKAILLVTDLEALHPYTRIGVIEGKLQGKFHVPTVFFYPGVRTGKTRLKFLGFYPDDGNYRSVHVGG NA NA NA NA NA D1-35_01135 3642 hypothetical protein ATGACGATCAAAAAACTCTTCGACCCCAGCAAGAGCATCAATCGCAGCATTGAAAAGGTCATCACTTATGGCGTGTCACAAGAGGCGCGCCTGAAATCGGAAATCTCGGAATACGTAGTTACCGACAGCATCGACCAGCAGTTTGAGAATCTCCTGCTCAAGATGGAAGCCGCCATGGACATTGGTGGCGAAAACGAAGTCGGCGTCTGGGTGTCGGGCTTCTATGGCTCGGGTAAGAGCTCGTTCACCAAATATTTGGGCTTGGCATTTGACGATCGCATCACCATTGATGGCGTTCCATTCATCCAGCACCTCCAAGATCGCCTCAAGCGTCAGCAAACCAAGTCCTTGCTTTCGAACGTAGCCAAGCGCTTTCCTGCCGCAGTGCTGATGTTGGACTTAGCCAGCGAACAGGTCGCAGGTGCAACCATGGAAGAGGTGTCGACGGTCCTGTTCTACAAGGTTCTGCAGTGGGCAGGTTATTCGCGCAATCTCAAGGTTGCTGCGCTGGAACGCAGGCTTAAGAAGGAAGGTCGTTACAACGAATTCCTGGATGCATTCAAAGAGGCGGCGGGCGGTGAAGACTGGAGCAACTACCGTAACGACGAGTTGGTGGTCGACAGCCTCATTCCTGAGATTGCGCACAAGCTTTACCCGACCCTTTTCAAGACATCCAGTTCGTTCACGACCGAATCAAGTGAAATCGTCGTTTTCGAAAACGACCGCGTGCGTGAAATGCTGGAGATTGCCCGCGAGGCATCGGGCAAGGAATACATCATCTTCATCATCGATGAAGTCGGTCAGTACGTTGGCCCACGGCCCAATCTGATCCTGAACCTCGATGGATTGGCGAAGAACCTGAAAAACATCGGCGACGGCAAGGTTTGGATCGTCGGAACGGCGCAACAAACGCTCACGGCGGACGACGCGAAGGCCGCCCTCAACTCGCCAGAACTGTTCAAGCTTAATGACCGCTTCCCGATTCAGATCGCCCTTGAATCCAACGATATCAAGGAAATTTGCTACACACGTCTGCTGGGCAAGTCGTCACCAGCGGAAGCCGAATTGGGCGGATTGTTTGATCAATATGGCCAGCAGCTGCGCCAGAACACCAAGCTTGTTGATGCGCGCGTCTATGGTGTCGATTTTGACCGCAAGACCTTTGTCGATCTCTACCCGTTCCTTCCCGCGCATTTCGACATCCTGCTGCACTTGCTAGGCGCACTGGCCAAGTCCACGGGTGGCATCGGCCTGCGCTCGGCGATCAAGGTGGTGCAAGATATTCTGATTGACGGCTCTGAAGGCAAACCTGCCGTTGCAGAGCAAGCCGTTGGCTGGCTCGCCACCACCGTCACGCTGTTTGATGCTCTGGATAAAGACATCAAGCGCGCCTTCGCCTCTTTGCACGCATCGGTCGAGAAAGTCACAAAGATCCGCTTCTCGCATTCCGAGTTGCATCAAAACATCGCCAAAACGGTCGCCGTTCTGCAAATCCTTGGCAACCTGCCGATCACTCGTCAAAACGTCACCAGCCTGATGCACGCCAGCATCGCCGGGGCGTCTCAAGGAGAGGCTGTGGCGAAGGCGGTCGAAGACCTGATCAACGACCCCATCGTTCCATTTGGCGAGCAAGACGGCAACCTTTGCTTCTTCAGTGAAAAGCTGAACGACATTGAACAGGAACGCAGCCAAGTTGCACTGCGCGGCGTTGAGCTGCGTCGCATCGTTAACGAAGCGTTGACCAGTGTCTATGCGCCGTTGCCCTCCACCCAATTGCACGGCTCCTATGCCGTATCCACCGGACTTAAGGCGCAATCGGCAGGCAATGTGCCCGCATCGTTGGCGGGTGAGCGTAACCAGATCCAAACCATTGTTGAATTGGTCGACCCCAAAGAAATCGACAGCACACGCACTCGAGTCACTGACGAGTCGCGTCACAACTCATCCAAGTTCAACATCTACCTAGTGGGCCGCACGACGCCGGAAATGGACGAACTGACGGCTGACATCCACCGCTGCCGTGAGATCGCCAACCGCTACCGCAGCGATCCAGATCAGGAAATTCGCGAATATTGCAACGGCCAGGCCGACCGGGCTGAACACCTTAGCATCAAACTGCGGGCACAGATCCAGCGCAGCCTGTTGCAAGGTTCGTTCATCTTCCGTGGCCAGGTTGTCGCAGTAGATACGCTGGCGGCGGAGCTGCTGGATGCCGCTCGCAAACACTTGAGCGAAGTGGCCGAGCAAGTGTTCGATCGCTATGTTGAGGCCCCGGTGCGCGCCGGAACCGAACTCGCTGAAAAATTCCTCCGGGTCGGCAATTTGTCGGGCATCACCAGCGCTCTCGATCCTCTGAACCTTGTGCAAACCCAAGGCGGGCGGCACAGCATTCGCACTGACCACTTGGCGATGGTGAGCATCCGTGACTACATCGATCGCAACGGCACAGTCGACGGCAAACGCCTGACTGATGCCTTTGCTGATGCGCCCTTCGGTTGGTCCGCTGACACCCTGCGCTATCTGGTGGCGGCCATGCTGCTGGCAGGTGAGATCAAGCTCAAGGTGGCTGGACGTGAGGTTACCGTCAATGGCCAACAAGCTATCGACGCCATCAAAACCAACAATACGTTCAAGATCATTGGCATTTCGCTTCGCGGCGGCGACCGTCCGACCAACGACGTACTGGCACGCGCTGCAACCCGGTTAACTGAATTGACTGGCGATACCGTCGTGCCGCTGGAAGACGACATCAGCAAAGTCACCACCAAGCTCTTTCCGCAACTGCAGCACCAATACGGCCCTCTCACTGAAAAACTGCGCAGCCTGAACTTGCCAGGTGTAGACCGCCTGCAAAACCTCACTCACGAGATTAACGATGTGCTGCTCACCGACGCTTCGGATGCGCCGCGACGCTTGGGCAACGAGCAATCAGAGCTGTTTGAAAATCTCAAATGGGCTGCCGAAGTCAAACTCAAGTTGGAGCAAGGCCTGGAGCAAACGCTACGCGATCTTCGCCAGCACTGCTCGGCCATTGCCAATCTGCCGAATGTGGCTTTGCTGGCCACACTAAAAGAAGAGTTGGCTGAGGCTCTCAGCCTTATCGACGAGCGCCTGCAGCAGGCCGACTTCTATCGTTTTGCGGCTGATTTCAGCACCAGCCTCACCACCATTCGCGCTCGCATTCGCGATACGGTGATTGCGATGCAAGATCTGCTCAAAACACGCATCAAAGAGGCCGAGGTTGACCTCAAACGGGTGCCGGAGTGGATCAAGCTCACCCAGCAAGAGCAGACTGAACTGTTGGGTAGCCTAGAGCGTTTGATTGTGGAAGTGACGCCTGATTTGTTGGGACTCAATTCCATTACAAACAAGCTCTCTGAACTGCAGGATGAAGTGCAAGGTTTGAAACACAGCATTGAGCGCCTTGGCACGAAGCGGATTAAGGAGGAGCTTGAAGCTGAGATTCCTGTACCAAGTGCTGTAAATGAACCGAAACCAGCCATCGCGCGCAGTATCAAAGCGCGCACCAAGATCACCACCATGGATGATCTGGATGCGCTGATCACGCAGCTGCAACAACTGCGTGGCGAGCTGAAGTATGCACATGCCTTCGCCGTCAACCTCGAACTGCAGGACGAATAA MTIKKLFDPSKSINRSIEKVITYGVSQEARLKSEISEYVVTDSIDQQFENLLLKMEAAMDIGGENEVGVWVSGFYGSGKSSFTKYLGLAFDDRITIDGVPFIQHLQDRLKRQQTKSLLSNVAKRFPAAVLMLDLASEQVAGATMEEVSTVLFYKVLQWAGYSRNLKVAALERRLKKEGRYNEFLDAFKEAAGGEDWSNYRNDELVVDSLIPEIAHKLYPTLFKTSSSFTTESSEIVVFENDRVREMLEIAREASGKEYIIFIIDEVGQYVGPRPNLILNLDGLAKNLKNIGDGKVWIVGTAQQTLTADDAKAALNSPELFKLNDRFPIQIALESNDIKEICYTRLLGKSSPAEAELGGLFDQYGQQLRQNTKLVDARVYGVDFDRKTFVDLYPFLPAHFDILLHLLGALAKSTGGIGLRSAIKVVQDILIDGSEGKPAVAEQAVGWLATTVTLFDALDKDIKRAFASLHASVEKVTKIRFSHSELHQNIAKTVAVLQILGNLPITRQNVTSLMHASIAGASQGEAVAKAVEDLINDPIVPFGEQDGNLCFFSEKLNDIEQERSQVALRGVELRRIVNEALTSVYAPLPSTQLHGSYAVSTGLKAQSAGNVPASLAGERNQIQTIVELVDPKEIDSTRTRVTDESRHNSSKFNIYLVGRTTPEMDELTADIHRCREIANRYRSDPDQEIREYCNGQADRAEHLSIKLRAQIQRSLLQGSFIFRGQVVAVDTLAAELLDAARKHLSEVAEQVFDRYVEAPVRAGTELAEKFLRVGNLSGITSALDPLNLVQTQGGRHSIRTDHLAMVSIRDYIDRNGTVDGKRLTDAFADAPFGWSADTLRYLVAAMLLAGEIKLKVAGREVTVNGQQAIDAIKTNNTFKIIGISLRGGDRPTNDVLARAATRLTELTGDTVVPLEDDISKVTTKLFPQLQHQYGPLTEKLRSLNLPGVDRLQNLTHEINDVLLTDASDAPRRLGNEQSELFENLKWAAEVKLKLEQGLEQTLRDLRQHCSAIANLPNVALLATLKEELAEALSLIDERLQQADFYRFAADFSTSLTTIRARIRDTVIAMQDLLKTRIKEAEVDLKRVPEWIKLTQQEQTELLGSLERLIVEVTPDLLGLNSITNKLSELQDEVQGLKHSIERLGTKRIKEELEAEIPVPSAVNEPKPAIARSIKARTKITTMDDLDALITQLQQLRGELKYAHAFAVNLELQDE NA NA NA NA NA D1-35_01136 3807 hypothetical protein ATGGCTTTCGATCAATCCACACGAGGCCGCCTGCAAAAGCTGGTTAACACTTGTCGTAGTCTGTTGTCCGAGGAGTTTAGCATCCAGCTTCAGCAGGCCTATGGCCTAGACCCCAAGACCGGTGATGTCACGCCCATGGCGCGGCTTATCCATCTGGACGATCGCCAGCGCCACACGGCTCAAGTGCTGCGCCAAACTCTGGCGCACTACCTGGGCGCGGATGCCGACGACACCGATCACCGCATCGCAGTGCTCGACCGTGTGGTGCGCGAGCAGGCTTTTACCGTGCTCAACCGTTTGGCAGCACTGCTAATGATGGAAGCGCGTGGACAACTAATTGAATCGGTCAGCAAAGGCTACCAATCGCGTGGCTACCAGCTCTACAGTAAGATCGCCGGTAACGCCCTGGGTGAAACCGGCCAGGCGTACCAGGTTTATCTGTTCAGCGTGTTTGATGAGCTGACACAAGAGCTGCCCGCCCTATTTGATCGCTATGCCGCCAATGGTTTGCTATTCCCGCGCGAGACCGCCCTACGGGCGGTGCTGGGCGAGCTCAACCACTTTGAAGTTGAGCCACTTTGGGCCGAAGACGAAACCATTGGTTGGATCTACCAATACTTCAATTCCAAAGAAGAGCGCAAGGCCATGCGCGATGCCAGTCAAGCACCACGCAATAGCCGCGAGCTGGCCGTTCGCAACCAGTTCTTCACGCCGCGCTATGTGGTGGAGTTTTTGGTGGACAACACCCTGGGCCGCCTATGGTTCAACGACACAGGTGGGCAAACCGAACTGCGCGACCGTTGCCAATACTTGCTGGTAAAACCTGATGAGCAACCGCAGGCTTCAAGTAAAGTGCGCGACCCGCGCACACTTAAGCTGCTGGATCCGGCTTGCGGCTCTATGCACTTTGGCCTGTATGCCTTCGATCTCTTTCTGGAGATTTACCGAGAAACCTGGGCTTGGGAGCAGCAAAACGGCCCGGGCTCGTTGGATGTTTCCACGCAACCCCAAGCCGCGCTCAAGCCACTCTGCCGTACCTACGAAGACGAAGCTGCTTTTACGCGCGATTTACCTCGTTTGATCATCGAGCACAACATCTACGGTGTGGACATTGATCCGCGTGCCGCCCAGATCGCTTCCTTGGCGCTATGGTTGAGGGCGCAGCGTGCCTGGCATGAAGCAGGTGTCAAAGCCAAAGACCGTCCACGTATAGGGCAGGGCCACGTAGTGGCGGCCGTTGCGCCGCCAGCAGAACGTGAATTGCGCCATCAGTTTGCAGCTAATCTGGATCAGCGTGACGCCGAACTGTTCGAGAAGACCCTGCAATTGCTCAAGGGCCTGCCAGAGCTGGGAGTGCTGCTCCAAGTTGAACACGAGTTGCCGAGCCTGATCCGTCAGGTTTATGTGGGCAAGGGCACTGGCCTGTTTGCCGAGCAGGAACAGGAGAGCTGGCTGAATGCCGAGGCTCGCTTGCGTGCGGCGCTGACCGAGTTTACCCAGGCTTCCCATTCAACTTATCAAGGGCGTCTATTTGCGCAGGATGCCCTTCAGGGATTACGGCTGATAGATCTATGTAGTGAGGTGTTCGATGTAGTGGTTATGAATCCCCCTTTTGGTGATGGTTCCACTGAATGGTCTGGCTACTTAAGCAACCGATATGGAAAACATGCAAATAATCTTTTTTGTACTTTCATTGCACGAGCGATTTCGCTGTCTAAACTAGGCTTTGTCGGCGCTATAACTGACAATACATGGCTGAAGAAGACTGATTACGAAGACCTTCGGGAGTTGGTACTGGATGGCGATCTGCAATTGGCTAATTTAGTTGATCTAGGTTGGGGAGTGCTTGATGATGCGAATGTTGCTGCTTGCGCATTCACATTAAGTGCGTTGAGCACCGACATCGTGAATACGCTCGACTTGCAAGAATCGCCATTAGATGAGAAAGGAGACTTGCTACGCACTGTAGTTAGTCAGTTCTCCAATCCTTTTTCTTTGAAAGAACATCCCTCTGCCCCGCAGATCAATTCAGTAGATAGAAGGTTTTTCGACAATTTCCCAGGAAAGGCTATCGCCCATGAAGCTCCGCCCGCATTTGTTTCGTTGTTCACTTTGTGGCCTGGTATAGATCCATCGTTCTGTAAGACCCGTCGTGGGTACACTCCAGGCGACACATTTAGGTTTTTTAGATTGTGGTGGGAGGTGAGCTCGGACTTGGGGGCACAAAAGTGGTGGACCTTGAACAACGGGGGGGCATATTCACCAATAATTACTGATGGGCTTTTGGTTGGTTATCGTGATGACGGCTGGTCTCAATACCGCCCGCTTTCTGGGTTCAGACTTGAATCTGAGCAATGGTTCGGAAAGCCGGGAATTGGTTGGGGCAAAAGAACCGACTATATGTATGCTTACCCTTTGCCGGCCGGAAGTATATTTTCCCATGAAGGACATTGCGCATTTCCTACTGATGATGTGTATCTTTGGCCTTTATTGGCTTATTTAAACTCATCACTAGGTCAGCAGCTGCTCAATCTATTTTGTGGGCAGCACAAATTGGCAGGCTACGTCTCCAACCTGCCTTGCCCGCCGCTTAATTCTGAAGAGTTGCGACTGGCTGGAGATGCGGCTAAAGAATGTTGGGAAGCAGCGTCGAAAATTTCTCGCACTTCTGAACAGTCAGAAATATATAATTCGCCATTTAGCAAAATAGCGAAGCCGTGGGAAGTAAATAAACTACTAAGCGGTTGGGTTGACATATATTTTAAAAAGATTGCTGAGATAGACCGGTTGGTTGATAAGTGTGCGGCGAAGGCTACGAATATTTCAAGTTTTTCCTCATCTGGAGATGACCGGCCAAGAGCGTTTGTTGAGAAATTTTGTACGTCATATGACTGGGCGCGAGAACTTGTTTCGTACCTTTTTGGCTGCGCTGTAGGACGTTGGTCAGTTGGCGAGTTTGATTCTGATCTTGAAAATTTATGCGCTGGAAATCCTTTCGAGAAGATTAACTACCATTTTTTAGATGTTGATGCTCGCAATGTGGTTCTTGTTGATGACCCGGGTGCGCCGCTTGATGCATCTGGGTTGATACGATCATATTTGAGAAAGATATGGAATGAAGATGCTGATGTCATCGAGTCCGCTATATTGGAGCATATTGGTGAGGAGAGTCTTCGTTCGTATTTGGTAAGACCAAATGGGTTCTTCGCGGATCATCGGGATAGGTATTCAAAAGGAAGGCGATCAGCCCCAGTCTATTGGCCGCTTTCTACTGCATCGGGTAGTTACACGTTGTGGGTCTATTATCCATCCTTGAGTAATCAAACGCTGTTCTCAGCGGTGAATGATTTCCTCGACGGCCCCAACGGGAAGCTGACGCAAGTCAGCCGTGAGTGCGCAGAGTTGCGCATTACGGGCAGCGGCCGTTCTCGTGATGAGGAAAAGCAGTACGAAACGTTGCAAACCTTCGAGCAAGAGTTGACCGATCTGCGCGACAACTTGCTCAAGATCGCGCCGACCTTCCAGCCCAACCACGACGACGGTGTGCAAATCACCGCCGCGCCGCTTTGGCCGCTGTTCCGCCACAAGCCCTGGCAAAAGGTGTTGAAAGACACCTGGGGCAAGCTGGAAAAAGGTGATTACGACTGGGCGCGCCTGGCCACGGCCTACTGGCCCGAACGAGTGCGCGAGAAGTGCAAGAACGACAAATCCCTCGCCATCGCGCATGGGCTTGAAGAGCTGTACGTGGAGCCAGAGGCCGCTCCCAAGAAAACGCGCGGAAAAAAGAAGGCTGGGGGTGAGGAATGA MAFDQSTRGRLQKLVNTCRSLLSEEFSIQLQQAYGLDPKTGDVTPMARLIHLDDRQRHTAQVLRQTLAHYLGADADDTDHRIAVLDRVVREQAFTVLNRLAALLMMEARGQLIESVSKGYQSRGYQLYSKIAGNALGETGQAYQVYLFSVFDELTQELPALFDRYAANGLLFPRETALRAVLGELNHFEVEPLWAEDETIGWIYQYFNSKEERKAMRDASQAPRNSRELAVRNQFFTPRYVVEFLVDNTLGRLWFNDTGGQTELRDRCQYLLVKPDEQPQASSKVRDPRTLKLLDPACGSMHFGLYAFDLFLEIYRETWAWEQQNGPGSLDVSTQPQAALKPLCRTYEDEAAFTRDLPRLIIEHNIYGVDIDPRAAQIASLALWLRAQRAWHEAGVKAKDRPRIGQGHVVAAVAPPAERELRHQFAANLDQRDAELFEKTLQLLKGLPELGVLLQVEHELPSLIRQVYVGKGTGLFAEQEQESWLNAEARLRAALTEFTQASHSTYQGRLFAQDALQGLRLIDLCSEVFDVVVMNPPFGDGSTEWSGYLSNRYGKHANNLFCTFIARAISLSKLGFVGAITDNTWLKKTDYEDLRELVLDGDLQLANLVDLGWGVLDDANVAACAFTLSALSTDIVNTLDLQESPLDEKGDLLRTVVSQFSNPFSLKEHPSAPQINSVDRRFFDNFPGKAIAHEAPPAFVSLFTLWPGIDPSFCKTRRGYTPGDTFRFFRLWWEVSSDLGAQKWWTLNNGGAYSPIITDGLLVGYRDDGWSQYRPLSGFRLESEQWFGKPGIGWGKRTDYMYAYPLPAGSIFSHEGHCAFPTDDVYLWPLLAYLNSSLGQQLLNLFCGQHKLAGYVSNLPCPPLNSEELRLAGDAAKECWEAASKISRTSEQSEIYNSPFSKIAKPWEVNKLLSGWVDIYFKKIAEIDRLVDKCAAKATNISSFSSSGDDRPRAFVEKFCTSYDWARELVSYLFGCAVGRWSVGEFDSDLENLCAGNPFEKINYHFLDVDARNVVLVDDPGAPLDASGLIRSYLRKIWNEDADVIESAILEHIGEESLRSYLVRPNGFFADHRDRYSKGRRSAPVYWPLSTASGSYTLWVYYPSLSNQTLFSAVNDFLDGPNGKLTQVSRECAELRITGSGRSRDEEKQYETLQTFEQELTDLRDNLLKIAPTFQPNHDDGVQITAAPLWPLFRHKPWQKVLKDTWGKLEKGDYDWARLATAYWPERVREKCKNDKSLAIAHGLEELYVEPEAAPKKTRGKKKAGGEE NA NA NA NA NA D1-35_01137 1809 hypothetical protein ATGATCCAGGACGTCAAAGCATTCCCCGTCAGTTTTTACTTCAACCCGGATGGGGCGACCTCGTTCTTCATCCCAAAATACCAACGTGAGTACGTTTGGGGGTGGTCGAACTGGGATGCGCTGTTCAACGATTTGAATGAGTCACCTTCTGGCCACTTCTTGGGGTCGATCATTTGTGTCAACGGGCAGACGGACTCTATGGCAGGAAGCAGGCTGGAGTTGATCGATGGCCAGCAGCGCTTTACTACCATTAGCCTGCTGTTCTGTGCGCTGTACGAGAAGCTGAAGACGAACCCTGAGCCGGATGACGACTTCAACGTCGAGATCGTGAACCTGAAGAACCGCATCTTCATCAAGGCAAACAGCCAGTGGCGGTTTGAGCCCAGCGAGCAGATGCAGAACAAAACAGACTTTCAGCGGATTCTGAGTGAGCTTTTTCCAAAACTTGTCACTGCACCGAAAGGGCTGGCCAACTTTGGGAATCGCCGTATCGCGAAGGCCTACAAGTATTTCCGCGAACGCCTTATGCCATTGACCATTGCTCAGGCCATGGAACTGTTGGAAAAACTCAAGTCGGCGATCCTGGTCAAGATTGAGGTTCAAAGCCACTCAGACGCGTTTATGTTGTTCGAGTCGATCAACAACCGGGGCATTCCGCTATCGGCCATCGACATCATCAAGAACAATTTGCTGGCAGAACTCGACAAACGTCCTGACTACGGCATTGACCGAGCGTTTGATAAGTGGAAAGAGCTGATTTACTGGCTCGATGAGCCAGCGCTACAGGAGCGGTTCCTGCGGCATTTATACAATATATTCAAGTATTTGAGGCGCGTAGAAGTTAAAGGATGTCCAAGGGCGACGAGATCAAATCTGATCACCATTTATGACGCTATTTTGCGGCGTCATCCGGTGTGGTTTATCGGGCAGCTATTAGAAAAAGGAAAGACCTATTCCTTACTTCATTATCCGGATAGTGATGATTGTGTTTGGTCTGAAGATACAAAAAATCGACTGTTGGATTTACAGCACCTCGGTACAGCACCTGCCTATGCATTTTTACTGTGGGTGAGTCAGGTCGCTAGAAGTCGGAGTTGGGATGAAGGCCTGGCACTAGGCCAAATAGCCTCTTTGCTCACTAAATGGTTTTTTTGGCGGAATCTTACCGACACGCCGCCAACCCGTGAGCTAGACCCGATGTTTGTGCAATTGATAGGCGAGCTGCTGAAGCAGATTCGCAATGGCTCGATTAGCAAGCTCGAAGAGTTTGTGGCGCAGGCCAGTGATTGGTTGGTGGCTCGTGCGGCACCAGAGGATGTGTGTGATGCGCGCCTGAAGGGCGATGTTTACCTCGATAACTACGAGGCCACACGTTTCATGTTGTGCAAGCTGGAAGAAGTACACCAGACTCGCGAGAACACGCGCGATTTGTGGGCACACGACGCAAACGATCGCCCCGTTTTCACGGTTGAGCACATCTTGCCCAAGACAGAAAACCTTGGTCCAGGCTGGGTGGCCATGCTGGAGCTCAACAGCAAGGACACTGCTGATGCCATACGCCAGCGCTGCGCCCACCAACTCGGCAACTTAACCCTGAGTGGGTACAACTCCAAACTCGGCACGATGGAATTCATCAAGAAGCGAGATCGCCAGAACGACAAGGACGATTTCATCGGGTATCGCAATGGGCTTTATCTGAACGCTGATTTGGCCACTCGCACCGAATGGAATGAGGCCGCGATGACGGCACGAACAGACAAGATGCTCAAGGAGGTGAAGTCCATCCTGAGCCTAAGGAGCAGCTCATGA MIQDVKAFPVSFYFNPDGATSFFIPKYQREYVWGWSNWDALFNDLNESPSGHFLGSIICVNGQTDSMAGSRLELIDGQQRFTTISLLFCALYEKLKTNPEPDDDFNVEIVNLKNRIFIKANSQWRFEPSEQMQNKTDFQRILSELFPKLVTAPKGLANFGNRRIAKAYKYFRERLMPLTIAQAMELLEKLKSAILVKIEVQSHSDAFMLFESINNRGIPLSAIDIIKNNLLAELDKRPDYGIDRAFDKWKELIYWLDEPALQERFLRHLYNIFKYLRRVEVKGCPRATRSNLITIYDAILRRHPVWFIGQLLEKGKTYSLLHYPDSDDCVWSEDTKNRLLDLQHLGTAPAYAFLLWVSQVARSRSWDEGLALGQIASLLTKWFFWRNLTDTPPTRELDPMFVQLIGELLKQIRNGSISKLEEFVAQASDWLVARAAPEDVCDARLKGDVYLDNYEATRFMLCKLEEVHQTRENTRDLWAHDANDRPVFTVEHILPKTENLGPGWVAMLELNSKDTADAIRQRCAHQLGNLTLSGYNSKLGTMEFIKKRDRQNDKDDFIGYRNGLYLNADLATRTEWNEAAMTARTDKMLKEVKSILSLRSSS NA NA NA NA NA D1-35_01138 2523 hypothetical protein ATGAGCATTGCCGAATTCATTCAGAACAAAATTCTTCGTCCTCGATTGCAGAAGACAGGCAGTCTCGTGGTGTATGACCCTGCCGGGCATTACCAAGATGTTTGCAAAGGGTTGGCCGACGAAAAACTGCTGGTTGTGGATGCTTCAAAGAGCAGCATTGAGAGTCGGATAGCTGCGATGCAGGGCTTGCGTGATGTGATTGATCGGCAGCTCGCTGGAATACTGGTCTATGTGCCTGCAAAAGCGCCCGAGAGCGATGAAGAAAGGCAGGCTGATCCCTTCGCGCCCATTGCCGCAGCAGGGTCGATTTTTCCCGAAGGGGATGGTGATAGCTTTGAGAGCCTATGCCTGAAGGCGAAACCAGATCAGACCATGGCCATTCGGGCCATCTTTGAGCAGGATGCTTCGCCTAGTTTTGCGGTGGTGGATGCTATTGGCGGCGGCTTGGGCTGGCCCAACTTGCGTGCGCTACTGGCAGTCGAGTCCGCCCGAGACATTCTGTTCTCGCTGCTTGTGCCAAACGATGCGCAGCAAGTGGCATTGAAAGGCAGCGATAGCTGGGTGACAGAGGCGCGTGATTTGCTCCGCAACAGCATGGGCCTGTCATTGAAGACTAGGGGAAAGACATGGGACTCGGTTGCCAACGAACTTTGGCGTTTTGTTTTGTTCAGCGAGTTTGTTTTTGATCTGCCTGGTGCATTGCCTGCCAGTTTGAACGATGTACCGCGAGCCGAAACGCAGGCGAAGCCGTTGATTGAATACCTGTGCGATTTGCTGCGCAATGATCGCCGCACGCAGAGTGTCTATATCGACCGCGCAGAAGAAATTGAGAGGGATCTCAACCTGGTCAGCCAATTTGGTAGCTGGTCTGATTTGGGCGACCGGGACACCTTCCCGTTTGAGGAACGTACGTTTTTGAGTCGGGCGATCGAAGGCATCCTACGTGATGACATCGACCGGGTGAGGAGCATCTCGGAGCGCCATCAGCAATCGGTGTGGACGGGCAAAGGCGAGAGCCGTGCCCAGTGGGATTTGATTCGATCGGCTACTGAGTTGCTTCAAACCTGCGACGACATGGAGCGGCAGCTTTCGGACAACGCACGCAATCTTGATGTGCTGTTGACCTTTTATGTGAGCAGTCTGCGTGAAGCTGATCGCTTGCATCGCGAGTTCGAACAGGCAGTTAGCGATTACGACTGGCAAGACGCGCAAGGTGTAATGACGCCAGTCAAGCAGCAGGTTCGTAAGCAGTACGGCAAACTGGTCGAGAAGGTGCAGTTGATCTTCACTCGTCACGTGCAGCAAAGTGGCTGGCCGTTGGCTGGGCAGCTATCGAATACCGATGTGTTTGACCGCATTGTTGCGCCCAAGCTGCAAAAGAACGGCCACAAGGTGGCGTACTTCATGATTGATGCGCTTCGCTACGAATTGGGCGTGGCGCTGGAACGACAGTTGACGGAAGACGGACAAGTTGAGGTGCAGGCTGCCATGGCGCAGCTACCAAGCATCACGCCAGTAGGTATGGCCAGCTTGTTGCCCGGGGCTGGCCAGCAGCTTCGTATCAAGAATGACGAACAGAGTCTGGTGCCAATGCTGGGTGACCAGGTGGTGGAAACTGTTGCGCAGCGCATGGATGTGTTTCGGAGGAAATACGGCCAGCGCTTTGAAGAGGGGCGTCTGGAAGACTTTGTTCGCGGGCGTTTCGATTTCTCGCCTGAAACCGATTTGTTGGTGTTGCGCGCTGTAGAGATAGATAGCCACTTTGAGAACCATCCTGACACCGCCCCTGCAGAGATTACCAATGCACTCAAACGCATTCGAGTCGCAATTCATAAGCTGAAAGAGCGTGGCTTTCATGAGGTGGTGATCGCGACCGATCACGGCTTTTTCATGAACACCCACGCTGGTGCGGGCGATGTCTGCAGCAAGCCCGCTGGCAACTGGATTGGCATTCATGACCGGTGCGCGCTGGGTGATGGTGCTGGCGACAGCAATCACCTAGTGGTCTCAGCCGAGAAAATGGGCATTCGCGGTGACTTTGCCAAGTTCACTGCGCCACATTCGTTGGCGGCCTATCGCAGTGGTTTGCTCTATTATCACGGTGGCATTTCTTTGCAGGAATGCGTGGTGCCGGTGATAACGATGCAGTTGAAAACCTCCAATCAACCGACACTGCATAAAGCATCTGTGGCGATGAGCTACAAGAACGGCGCCAAGGCGATCACTACACGTATGCCCGTGATTGACCTTGCAGTTGAAACGGCAGACATATTCTCGACTGAAAACGAGTTCGAGATTTTGCTGGAGGCACACGACAGCAAGGGCGAAGTGGTGGGTGAAGCGAAGGCCGGAGGTGCAGTGAATCCTGCAACAGGAACATTGTCGTTGAAGCCAGGTGATAAGGTTCAAGTCACGATCAAGATGCAAATGGATTTCGAGGGGAAATTCAAGATCAAGGCTTTGCATCCAACGACTTATACGGTGTACTGCCAACTTGACCTGGCAACCGACTATGCGGTGTAA MSIAEFIQNKILRPRLQKTGSLVVYDPAGHYQDVCKGLADEKLLVVDASKSSIESRIAAMQGLRDVIDRQLAGILVYVPAKAPESDEERQADPFAPIAAAGSIFPEGDGDSFESLCLKAKPDQTMAIRAIFEQDASPSFAVVDAIGGGLGWPNLRALLAVESARDILFSLLVPNDAQQVALKGSDSWVTEARDLLRNSMGLSLKTRGKTWDSVANELWRFVLFSEFVFDLPGALPASLNDVPRAETQAKPLIEYLCDLLRNDRRTQSVYIDRAEEIERDLNLVSQFGSWSDLGDRDTFPFEERTFLSRAIEGILRDDIDRVRSISERHQQSVWTGKGESRAQWDLIRSATELLQTCDDMERQLSDNARNLDVLLTFYVSSLREADRLHREFEQAVSDYDWQDAQGVMTPVKQQVRKQYGKLVEKVQLIFTRHVQQSGWPLAGQLSNTDVFDRIVAPKLQKNGHKVAYFMIDALRYELGVALERQLTEDGQVEVQAAMAQLPSITPVGMASLLPGAGQQLRIKNDEQSLVPMLGDQVVETVAQRMDVFRRKYGQRFEEGRLEDFVRGRFDFSPETDLLVLRAVEIDSHFENHPDTAPAEITNALKRIRVAIHKLKERGFHEVVIATDHGFFMNTHAGAGDVCSKPAGNWIGIHDRCALGDGAGDSNHLVVSAEKMGIRGDFAKFTAPHSLAAYRSGLLYYHGGISLQECVVPVITMQLKTSNQPTLHKASVAMSYKNGAKAITTRMPVIDLAVETADIFSTENEFEILLEAHDSKGEVVGEAKAGGAVNPATGTLSLKPGDKVQVTIKMQMDFEGKFKIKALHPTTYTVYCQLDLATDYAV NA NA NA NA NA D1-35_01139 2076 hypothetical protein ATGAATGAGCTCGATCAAAAGCTTACCGCCACCTTTGATGGCAAGGTACTGCGCAAAGATTTACTCCATCGGATTAAGAAGGGAACCAACGTCCCTACCTTCGTGCTGGAGTTTTTGCTTGCGCGCTTTTGTGCGAGTGATGATCAGGCTGAAATGGATGCGGGCATGGAGGCGGTGCTCGCCAGCCTACAAGACAACTATGTAAAGCCTGACGAGGCCAATGCCGCGCAGTCAAAGGTGGCAACCAAAGGCAAGCATCGCTTTATCGACAAGGTCCATGTTCGGTATGTCGAGAAGGAAAAGCGCCACTGGGCCTCATTGGAGAACTTCAATTCACAGCGTATCGCTATTGGCGAGAAGTTCTATCGAGACAATGACCGCCTACTGGAGGGCGGAATTTGGGCTGAGGTGACGTTGGCACATAACGCGATCGAAGAAGACGACTACGCGTTTTATATTGAAGACCTGCGCCCCATCCAGATCAGCCGCTTTGATTTTGACCGCTACTGTGATGGTCGTACTCAGTTCACCCGTGACGAGTGGATTGCGGCGATTTTGCGCACCGTTGGCTTGGAGCCAACAAAGCTATCAAAGCGCGTGTGCATGCACTTTATTGCGCGCTTGGCTGCTCTCGTCGAACCCAATTACAACTACATTGAGCTTGGGCCACGCGGCACGGGGAAGTCGTATTTCTTCAGTGAATTTTCGCCCTACGCCACATTGATTTCAGGCGGACAGGCGACCAAATCGGCGCTGTTCTACAACAACGCACGCCGTAAGGTTGGTCTGGTTGGGTTTTGGGATACCGTGGCTTTCGACGAAGTAGGCGGCATCAAAGTCAAAGATCCGGACACCATTCAAATCATGAAGGATTTCATGGCGAATGGTCGCTTTTCGCGTGGCGCTGAAGTGATCGCTGATGCCAGCCTTAGCTTTGTTGGCAATTTCGATCTCTCCATCAGCCAAGTAGTTAACTCGGTTGAGCATGATCTTTTCCAACCATTGCCCGCTGAGTTTGACTTGGCGATCATGGATCGATTCGCAGCCTACATACCTGGCTGGGAAATGCCCAAGAACAGCAGTGAATTTCTAACCAGTAGCTACGGGTTCATTACTGACTACCTGGCGGAAGCATTCCACTACCAGTTCAAGCACACCAATCGGTACGAAGAAGTCAGCAAACGCATCCGACTTGGCAAGAGTGTTGAGGGCCGTGATGAAAAAGGCATCAAGAAGACCGTCTGTGCCTTCCTGAAGATTCTTCACCCTACCGGTTCTCCGACCGATGAGGAGTTCGAAGAATATGTAGCCTACGCAGTTGAGTGCCGTCGACGTGTGAAGGAACAGATGAATAAACGCAAACCCGATGATGAGTTTGCGCGCATCGATCTCTCATTCCTTAATGCGCTGGGGCAAGAAGTTGTTGTCTATTGTCCCGAATCGAAGGATGCTGCAGCTACGCAGCAACCGTTTAGACGGCAGCTCAACGACAAACTTTCACCTGAGCGTGACGTTGCAACAGAGGCTACGCAAGAGCCGCGGGTGCCCGAGCCTGCTATCAAAGTCGAAGCAACTCCCCCTGTCGTCACCCCTGTTGTTCCAGAAGAGTTGGTGGAGAAGCACTTCACGATTATGTACGGTGACGTCGGCCACAGCTACGAATCGATCATTGGCCCCTACCTGCGAGGAGCAAAGACGGTAGTCATTGAAGACCCTTACATTCGCCTTCAGCATCAGATCCAGAATTTCGTTCGCTTTTGTGAGTGCGTCTTAAAGGCCGGAACGGTGAAAAAGATCAACCTCATTACCGGTTACGACGACAACACGCAGCTGGCCGATATTGCAGAGAAGCTGGAAGAGTTGAAGCAGAGCTTGCTCGAGATGGATGTGGAGCTAGAGGTCAAACTCAACCCGAACTTGCACGATCGGGAAATCCGCTTGGACAACGGCTGGGTCATCAAAGTCGGGCGAGGCTTGGATTTTTACCAAAAGCCGGGTGGCTGGTTTGAGGTGGGTGCGAATGACTTGAGCTTGCGAAAATGCCTTGAAACCAAGGTGGATGTTTTTCGTGAGTAA MNELDQKLTATFDGKVLRKDLLHRIKKGTNVPTFVLEFLLARFCASDDQAEMDAGMEAVLASLQDNYVKPDEANAAQSKVATKGKHRFIDKVHVRYVEKEKRHWASLENFNSQRIAIGEKFYRDNDRLLEGGIWAEVTLAHNAIEEDDYAFYIEDLRPIQISRFDFDRYCDGRTQFTRDEWIAAILRTVGLEPTKLSKRVCMHFIARLAALVEPNYNYIELGPRGTGKSYFFSEFSPYATLISGGQATKSALFYNNARRKVGLVGFWDTVAFDEVGGIKVKDPDTIQIMKDFMANGRFSRGAEVIADASLSFVGNFDLSISQVVNSVEHDLFQPLPAEFDLAIMDRFAAYIPGWEMPKNSSEFLTSSYGFITDYLAEAFHYQFKHTNRYEEVSKRIRLGKSVEGRDEKGIKKTVCAFLKILHPTGSPTDEEFEEYVAYAVECRRRVKEQMNKRKPDDEFARIDLSFLNALGQEVVVYCPESKDAAATQQPFRRQLNDKLSPERDVATEATQEPRVPEPAIKVEATPPVVTPVVPEELVEKHFTIMYGDVGHSYESIIGPYLRGAKTVVIEDPYIRLQHQIQNFVRFCECVLKAGTVKKINLITGYDDNTQLADIAEKLEELKQSLLEMDVELEVKLNPNLHDREIRLDNGWVIKVGRGLDFYQKPGGWFEVGANDLSLRKCLETKVDVFRE PGPT0014315_5155 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338 NA NA D1-35_01140 372 hypothetical protein ATGATGGGGATGCTCTTTTTTCGTCAGTCGGGCAAAATCTACGCCTCATTGAGCTTGCATCCGAAACCTATGAAACTGCTTAACACCTACGACGACCGCGACGAAGCTGAAGAGGCTGCGGAAAGGCTAACAGGCCAGAAGCGTCTGGCCAGCGAACGCGACGCCAGCGTGGTCATCTACAACCTGTTCGGTATTCCCAACTGGGGAAATTTCCATCGGCTAGGAATGTACAATCTGAGCGTACTGAAAAACCTACTTGACTGCCGTGCTACATGGAATGAAACCAACAGAACCCAACATGGCGAGATCATCACGACGTTAAAAACAGTGTCTAAAAACTACGGAATAGAAGTACCTGAACATTGGCTATGA MMGMLFFRQSGKIYASLSLHPKPMKLLNTYDDRDEAEEAAERLTGQKRLASERDASVVIYNLFGIPNWGNFHRLGMYNLSVLKNLLDCRATWNETNRTQHGEIITTLKTVSKNYGIEVPEHWL NA NA NA NA NA D1-35_01141 504 hypothetical protein ATGCAAGGTGCGGAGGTAGGTCACTGGAAGGAGAACACTCCGTTCCAACTCTCTATTTGGTATCGCATAGGCAGTAGCACCGATGGCAAGCCAGTTGCCTACCGCACCGACACGACTCGGCAAGTATCGTACGTTGAAGCTGGCAGTCTCTTGATGAAGTTCTATCTGGATTCAGGCGTCCCCGACAATGAACTCGTTTCGACCTTCGATAAGCGCTACATCGGTGGCTGGGTCGCGTGGAATCAGGAGAAAAACGGAACTGCATCAACAACGACGAAGACCCCAGCCGCTCCTCAGTCCGAATGGCCAGAAGTCAAAACCGCCTGGTGCAACCCGCGAGCTGATGACGACTGCTATATCAACAACAAGAAGGTACCAGTCGCTGAGCTAGGTAAATGGTTACCCGATATCAGCGAATCAAATGCCGATCAGCTAGGCGGTCACTGTGAAACCATCCTCTGCTTCGACAAAGATGACCAGCCGATGGGTTATCTGCTGCAATAA MQGAEVGHWKENTPFQLSIWYRIGSSTDGKPVAYRTDTTRQVSYVEAGSLLMKFYLDSGVPDNELVSTFDKRYIGGWVAWNQEKNGTASTTTKTPAAPQSEWPEVKTAWCNPRADDDCYINNKKVPVAELGKWLPDISESNADQLGGHCETILCFDKDDQPMGYLLQ NA NA NA NA NA D1-35_01142 354 hypothetical protein ATGATCGTTGTAACCGGCCTAAACGAAGCACAGATTGAAGGTCTCGTGAAAAGCAAAGCGACCTTCGAGATCCATGGTCTCAGGGGAAATTTCATGGCAGGCATCAAACTGGTCGAAACCAAGATTGAAAGCCAGGGGCTGAAGTGTCGAGTCAAAAGCGATGTGAAAAGTGCAGTGGTACAAGGCGGCGCGCTGGGTGCCGTATTCAGCGTCCTGACAACACCCGCCACATTGACCATCGCGACATTAACGGCCGCAGCAGGAGTAGGTCATACGCTCGTTACCTACAACCCCGATTACGAAATCATCAAGGACTACGTCAACAAGCAGCTCAAGGTTGTTTACAAGCAATAG MIVVTGLNEAQIEGLVKSKATFEIHGLRGNFMAGIKLVETKIESQGLKCRVKSDVKSAVVQGGALGAVFSVLTTPATLTIATLTAAAGVGHTLVTYNPDYEIIKDYVNKQLKVVYKQ NA NA NA NA NA D1-35_01143 348 hypothetical protein ATGTCAAAAACCAAATCGAAGCAGCTAGCGGAGTTTGTTGGGCAAGCCATTGCGCGCCAGCGCATTCGCAGCAAGTTGAGTCAGGAGCAGGTTGCGGAAAAGCTCGGGATTGGAAGCGAGGCCGTATCCCGTATTGAGCGTGGCGTTGTGATGCCTAACATCGAACGCTTAATTGAGCTGGCGACGGTCTTCGGCTGCGAGACTGCTGACCTGCTAACTGAGGGCAGCACGCGTCAGGAGGATCAGGCACGTCGACTGCAGGGGCTGTTATCCGTGCTGGACTCAGGTGACCGTACGCTGGTGTTGGAGTTTGTGGAGAGTTTGGTGGCGCGCCTCAGCCGGGGTTAA MSKTKSKQLAEFVGQAIARQRIRSKLSQEQVAEKLGIGSEAVSRIERGVVMPNIERLIELATVFGCETADLLTEGSTRQEDQARRLQGLLSVLDSGDRTLVLEFVESLVARLSRG NA NA NA NA NA D1-35_01144 306 hypothetical protein ATGAACAGACAGTGTTTGATCTGCGACTCCAGCGCCGTGCTGACACGTGACGCCGCCAAAGGGCTGACCTTGCTGATCGGGTTGTTTAATGGCGCAATCGAGGGTGCTCAACGTCCGCATGAAAGGAGCGGCCAGTTCGCTCTTCTCAGCGGGCTGGCCGCAGTTGTGTCTGCTTATCCAGCGGCCAGAAAAGAGGCAGATGAGGTTGTGCGGTTCCACTTCGCCGGCTTTGACTCTCTCTGCCTACGCTGTGGTGCTTTGTTCAACGAGGCAGCCGAAATCAAGGAGCGGCTTAACCCCGGCTGA MNRQCLICDSSAVLTRDAAKGLTLLIGLFNGAIEGAQRPHERSGQFALLSGLAAVVSAYPAARKEADEVVRFHFAGFDSLCLRCGALFNEAAEIKERLNPG NA NA NA NA NA D1-35_01145 210 hypothetical protein ATGAAGCTACTACGCATGTTTGCGGCTGTACTCATGCTCACCGGCATTCTTGCGGGCTGCTTGGCCACTCTATTGTTGGTGCTTTTGATGGTGCGGTTCCCACCACTGCTGATCGCCGTACTGCTGGCGTGTTGGATGTTCTGCCGTCTCTTAAAGGCATTGGCACCCAAGCCAGCAGCGGCAGATGCCACCACGGCAGCACCGAAATAA MKLLRMFAAVLMLTGILAGCLATLLLVLLMVRFPPLLIAVLLACWMFCRLLKALAPKPAAADATTAAPK NA NA NA NA NA D1-35_01146 498 hypothetical protein ATGCGTCTACACAAGCTGAAGGCCAGTGAATCTACTGGTACCTACCAAATCGAGTCACCGATCAGTGAAGCCGACATTCTGCTAATGGCCCGGCAATTGGCAAATCTACGCCTGCGCCGAGGACGGGCATTAACTTCGCCGAAGGACGTGTTCAGCCACCTGCAAGCATTGTTGGGCGATTACGAACATGAGGTATTCGCCTTGCTTCTACTCGATAACCGGCACCGAGTAATCGTCTTTCACGAACTGTTCCGGGGCACCCTGGACAGTGCAAACGTCTATCCCCGCGAAGTCGTCAAGACCGCCCTAGAGCACAACGCTGCAGCGACTGTATTAGTACACAACCACCCTTCCGGTGATCCAGAACCTAGCCAAGCAGACCTCACCCTGACCCACAAACTACAGGAGGCCTTGAACCTGGTTGGGGTGCGAACACTGGACCATATCGTGGTAGGTCACGAGGGCTGCGTATCGCTGGCGGAGCAGGGCTATCTATAA MRLHKLKASESTGTYQIESPISEADILLMARQLANLRLRRGRALTSPKDVFSHLQALLGDYEHEVFALLLLDNRHRVIVFHELFRGTLDSANVYPREVVKTALEHNAAATVLVHNHPSGDPEPSQADLTLTHKLQEALNLVGVRTLDHIVVGHEGCVSLAEQGYL NA NA NA NA NA D1-35_01147 345 hypothetical protein GTGCGAGTGGTGTGCAACAACACCCTGACCATCGCCCTGGACGGCACCAGCCGCGCGATCAAGGTGCCGCACAACACCCGCTTCGACCCGAAAGCAGTGAAGAAGCAGCTCGGCATCGCCGTCTCGCAGTGGGATGAGTTTATGTACCGCATGCGGGACTTGTCTGAGCGCAAGGTGCAGTGGCATGAGGCGCTGGGGTTCTTCATGACCGTGTTGTGTGAGACGAGTCCAACCGGCGCACTGCCGGAGGTACTGCCAAACGAACGCGCTCTGCGCAAGGTTCAGGAGCTGTACGAAGGTCGTGGTCGGGGCAGTCAGCTCGACTCGGCACGCGGCACCGCCTGA MRVVCNNTLTIALDGTSRAIKVPHNTRFDPKAVKKQLGIAVSQWDEFMYRMRDLSERKVQWHEALGFFMTVLCETSPTGALPEVLPNERALRKVQELYEGRGRGSQLDSARGTA NA NA NA NA NA D1-35_01148 243 hypothetical protein ATGGGCCAGGACGTGGCGATCGAGCGACTCACCCAACTGGGCGCCGAGGGCACAGCCACCGACACCGCCGGCCAGCCCACCGAGGATGGCACCCGATACCGAACCGAGTGTGATACCGACAGGGCCGGCGATAGCGCCAATAAGCGCGCCCGCTTGGCCTCCAGCCAAAGCAGTACTGACGCCGCGCGCGGCACCACCCAAGGTGCCGATGGCCGCGCCGACTTTCATGGCGTGATGGAATGA MGQDVAIERLTQLGAEGTATDTAGQPTEDGTRYRTECDTDRAGDSANKRARLASSQSSTDAARGTTQGADGRADFHGVME NA NA NA NA NA D1-35_01149 120 hypothetical protein ATGAAAAATCTGTTTGCCGTCATCGGTTTTTGTGTGGTGCTGAAGAAAAGCTATGAACTGTATTGCGAGTACAGCGAACTGAAGCGTGACAAGGCAGGGCGCCAGTCTTCTCCCGGCTGA MKNLFAVIGFCVVLKKSYELYCEYSELKRDKAGRQSSPG NA NA NA NA NA D1-35_01150 1023 hypothetical protein ATGTCTCAAGCGAAGGATACGCTGCTCAGGCTATTCGCATTACTGCGCCTGATTCCCACCGAGCCGCAGCGTATTGCAACCCCGACCCTGCTCGAAAAGCTTCGCGATAGAGGTTTTTCCGTGACACTTCGCTCGGTTCAGCGTGATTTGAATCGGTTATCGATACCTTTTTCGTTGCAATGCGATGATAGCGAGACCCCTTTCCGCTGGAGTTTCACTCGGGATGCTCCATTGAAGCTGGAAGATATGGATGCTTCCACAGCACTGGCTTTGTATCTGTCGGAAAGCCATCTGGTTACCTTGCTGCCGCAGACGGTTCTGGATCAGCTTGGTCCGCAATTTCGACGTGCACGTAACTTCCTGGGCGATCTCGGTCATAACGGATTGGCCGATTGGGCGCGACGAGTGCGTGCGATTCCTAATGGGAAAACCTTGCTGCCAGCTGCGATCAACCCTGAAGTCTGGGGGCAAGTGTCTGCCGTTTTGCTGGAGCGCAGGCAATTGCAAGTGACCTATCGGAGTCGGAGCAAGGGCGAACTCAAACAGTTTCGCCTGCATCCTGCGGGCCTGGTATCGCGGCATGCCATCAGCTACTTGCTGGCCTCCGTGGATGGCTATGGTGATTTGCGCCAGTTTGCTCTGCATCGCATTCAGCACGTTCGCGTACTTGATGAGCCGTCCGTGCTGCACGCCAACTTTGATGTGAACGATTACATTGCGAGCGGCATATTCAGTCAACGCCAAACCAACACTCACGTGGAACTGATCGCAGATGTTCATCCGCAGATTGCCGTCCTGCTCGGCGAAACCCCGCTGAGTCATGAGCAGACCTTGAGCGATATTCCCTCGAATACCTGGAAGCGTCTGCACGCCCAAGTTCCGCTGGATCGTGAAACGCTGTGGTGGATCTTTGGCCTGAACGACAACATCCGCGTGCATGGGCCGCAGGTTTGGGTCGATGAGATCAGCGCCAGATTGAACAGTATGCAAAACCTCTACGCGTCGACTGATTGCGCGACATGA MSQAKDTLLRLFALLRLIPTEPQRIATPTLLEKLRDRGFSVTLRSVQRDLNRLSIPFSLQCDDSETPFRWSFTRDAPLKLEDMDASTALALYLSESHLVTLLPQTVLDQLGPQFRRARNFLGDLGHNGLADWARRVRAIPNGKTLLPAAINPEVWGQVSAVLLERRQLQVTYRSRSKGELKQFRLHPAGLVSRHAISYLLASVDGYGDLRQFALHRIQHVRVLDEPSVLHANFDVNDYIASGIFSQRQTNTHVELIADVHPQIAVLLGETPLSHEQTLSDIPSNTWKRLHAQVPLDRETLWWIFGLNDNIRVHGPQVWVDEISARLNSMQNLYASTDCAT NA NA NA NA NA D1-35_01151 1011 hypothetical protein ATGACGGGCTCCACCGCTACGCCTGCAAAACCTAGAAAGGCCAGGAGGGCGGAGCCTTTTGTTACCACCACGTTCGATGTGTTGGTGTTGGCCACAATGAGCGCAGGCAAAACGTCGTTCATCAACGCGCTGATTGGCCAGGAACTGCTGTATACCGCCAATGAAGCCACCACTGCCTGCGTGACCCGTGTCGAGCATCGCCAGGGCGCCCGTCGATTCAGTGGCGCCTGTTATTGCTACAACGACACCGAGTTGGCCTCCCTGCATTCCCCGTCGGTAGCCTTGCTAAAGGACTGGAACGCCAATGCCGAGGTCAAGCGCATCAGCTTGGCTGGAACCTTCAAAGTGCAGCCGCGCCCAGCGCCCGGGCTGGTATTTCACGACACGCCAGGGCCTAACAACAGCCAGGATGAAAACCACGCCAGACTGATGCTGGAGGCTATCCGCACGGTGTCGTTCAATGCGCTTTGCTATGTGCTCAACGCCAGCCAACTGGGGACTTGTGACGACCGGTTGCTGCTCGAACAGCTGCGCGAAGAACTCGCCGCCAAGCCTGCCCAGCCGATTTATTTCATCCTCAACAAAGTGGATTTGCTCGATCCCGAGAAGGGCGAAAGCATTCAAGGCTATGTGCACAACGCCCAGCGCTATTTGCGCGATATCGGTTTTGAGCAGCCGATCATCATTCCGACAATGGCCAGTGCAGCGCTGTACGCGCGCAAGGCCCTGAGTGCCGAAACACTGACGCGCGCGCAACGCTCCAAATTGCGTCAGGTACTCGATGATCTGGAAGTGAACAAGCGCGATTTGCTCAATGCCACCGTCGTGCCAGAAGTGGTCAAGCGCCGAGTCTTCACATCACTCAACAACCTGGAACGCAGACAGCGAACCAAGGCACTCGATACCCGTGCCTACGATAAAAACCAATTGCAACAGTTGGTCACAATCAGTGGGCTCAAAACCGTTGAAGCCCTTATCCATCATCAACGCCGATTAGATGAGCAACCATGA MTGSTATPAKPRKARRAEPFVTTTFDVLVLATMSAGKTSFINALIGQELLYTANEATTACVTRVEHRQGARRFSGACYCYNDTELASLHSPSVALLKDWNANAEVKRISLAGTFKVQPRPAPGLVFHDTPGPNNSQDENHARLMLEAIRTVSFNALCYVLNASQLGTCDDRLLLEQLREELAAKPAQPIYFILNKVDLLDPEKGESIQGYVHNAQRYLRDIGFEQPIIIPTMASAALYARKALSAETLTRAQRSKLRQVLDDLEVNKRDLLNATVVPEVVKRRVFTSLNNLERRQRTKALDTRAYDKNQLQQLVTISGLKTVEALIHHQRRLDEQP NA NA NA NA NA D1-35_01152 2256 era_1 GTPase Era ATGAATACTATTGAAATCATCCATAACCCATTCATCGTCGAGACTCAGTTCCTGATCAGTGGCCAACCGCCGGCCGAAGGCTGCAAGCTGTCGAGCTATAAAGAATCGCGGCTGCAAGTGTGGATCGAGAAGCTGTTTGATGAGTTGAGTCAGTTGTTCAATGGTGACAATAACTTTGATGTCACTTTCAGAGGGGTCGAGTCGGACTACCTTGACGTGGTTGAGGCGGCAAAAGTCGCGACGGGCAAGGGCATGCAGGTCACTCTGCAGTTTATCGAGGCCGACCCAGCGGAGGAGCGGCTGACCCGCATTCGTGAGTTGATGGAAGAGGCCAAGCTTCATCCTGAATTTGAGCATTTCATTCGTGACAATGCCGATGTCAGCCAGTCCTTTGAAGAAGCGTTCAATAAGGATTTCGACGTGTATGTGGTGGCGACCATGTCCTCGGGCAAGTCGACACTGATTAACGCCATGCTTGGCCAGGACCTGCTGCCCGCGGCCAACGAAGCCACGACCGCGACCATTGCCCGCATCACCGACAACGCATCGATGGGCCAGCGCTTCGCCGCCCAACGCGTAACCAATGATCACCGTGTTGCGGAAAACAGCGATGACGTGAACCTGGAAGTGCTGCAGGCATGGAACAGCCTGCCGGACACGATGCGCATCGATATCGAGGGCAAAATTCACGCAATCCAAGATCGTGACAGCGTACGCCTGGTATTGACCGACACACCAGGGCCGAACAACAGCCAGGATGAAAAACACCAGCTCAAAACCATGAGTTTCATTCAGGACTCGCAGCGCAACCCGCTGATTCTGTATGTGCTTAATGCCAGCCAGTTGGGTACCAACGACGACAAAAACCTGTTGGGACTGGTCGCCGAAACCATGCGCAAGGGCGGCAAGCAGAGCAAGGATCGGTTCATTTTTGTCATCAACAAGATGGATGTATTCGACCCTGAGAAAGGCGAGGACCTGCCATCCGTGCTGGCCCGCGTCAAAAACTACCTGGTTGAAAACGGTATTTTCAATCCGCTGATCTACCCGGTGTCGGCCAACCTGACGCGGCTGCTGCGCAAGCCCCAGCACTTGCATTCACGCAAGGAACGCGGTGAGTTGAACTCCATGATGGACATGTTCGGTGAAGAGCCGAGCATGAATTTGCTGCAATACATGCCGATTACCGAGCGGGTCAAACGTAGTTTGCAAGAGAAGAAACTCCCCGAGATCGTGCTGAGCAGTGGCTTGCCGGCGGTAGAAGCGATGATTGACGAGTACATCGACAAGTACAACTTCCCGCATCGGGTCAAGCGTGCCTATGACGCGATGACCAAAGCCATTGCTGTTGGTCTCAACGAAACGCAACTGATCGAGCAATTGGATCAGGACGAGAAGATGCTGGCGCATATAAATGAAGAGATCCAGGCACTGGAGTGTCGGCAGGAGAAAGGGTTCGATACGCAGGCTTACAAGGACAAGATAAAGCGTGAAGGTAAGGTGTTGCCGCGGGTTACTGAGGATGCTCTCGCGGAGCTGGAGACTTCTGCTGGCAAGTATCTGAGGTCGGTCAGTGAGCGTTTCACCGAAACGGTCGAACCACACATCGCCGAAATGCGAGTCAAGGAAGTTGAAGAGGAACTCCAGTTCCAGTACCGCAAACTCATCAATGCATATGAAGCGGTGTTCATCACAAGTCAGCGAGTTATTAGTGAAGACCTTCAGGCTGAATATCAGCGCTACATCGTGGCTCTTTTCAACGACTGCCAACATTTGAAGTTGCCTATTCTGGAAAGCCTCCAAAAAGCTACGGCTGATATTTCCTTCAATCTTACTATCAAGAGTGATGAGGTGCAGACCAAGCGAGTGGTGATTGACCGTTACGAAGTCAGTGACAGCACTTGGTACAACCCCTTCTCGTGGGGGTCCACTCGCACGGTTTACAAATATGGCGAAGAGAAAACCGTCGATCTTAGAGCACTCTGGAAGGAGCGTAGCACGCGTGTTGACACCGAGTTTGCTCGCTTGGTAGTGGCCGCGCGTAGCGAAATCGACAATGGCAAGACCGTCCTGATTGATCAGTTCGTGGCGTTTATGGGGCGCGAATTCGACACCAAGTTCAATGAGTTGATCGACTCGCTCAAAGAAAAAATGACGGACCGCGACCTGCGTGAGCGAGCCCTTGAAGAGGCTCGTGAGTTGCAAGCGTGGATCAATCAATTCAAAGAAAAACTCGACGAAACCCTCGCCGTTTGA MNTIEIIHNPFIVETQFLISGQPPAEGCKLSSYKESRLQVWIEKLFDELSQLFNGDNNFDVTFRGVESDYLDVVEAAKVATGKGMQVTLQFIEADPAEERLTRIRELMEEAKLHPEFEHFIRDNADVSQSFEEAFNKDFDVYVVATMSSGKSTLINAMLGQDLLPAANEATTATIARITDNASMGQRFAAQRVTNDHRVAENSDDVNLEVLQAWNSLPDTMRIDIEGKIHAIQDRDSVRLVLTDTPGPNNSQDEKHQLKTMSFIQDSQRNPLILYVLNASQLGTNDDKNLLGLVAETMRKGGKQSKDRFIFVINKMDVFDPEKGEDLPSVLARVKNYLVENGIFNPLIYPVSANLTRLLRKPQHLHSRKERGELNSMMDMFGEEPSMNLLQYMPITERVKRSLQEKKLPEIVLSSGLPAVEAMIDEYIDKYNFPHRVKRAYDAMTKAIAVGLNETQLIEQLDQDEKMLAHINEEIQALECRQEKGFDTQAYKDKIKREGKVLPRVTEDALAELETSAGKYLRSVSERFTETVEPHIAEMRVKEVEEELQFQYRKLINAYEAVFITSQRVISEDLQAEYQRYIVALFNDCQHLKLPILESLQKATADISFNLTIKSDEVQTKRVVIDRYEVSDSTWYNPFSWGSTRTVYKYGEEKTVDLRALWKERSTRVDTEFARLVVAARSEIDNGKTVLIDQFVAFMGREFDTKFNELIDSLKEKMTDRDLRERALEEARELQAWINQFKEKLDETLAV NA NA NA NA NA D1-35_01153 879 hypothetical protein ATGACGACTGACGCCATAATGATTGAAAAAGCTCGTAAGCAGTTTCTGACGGCGCTCGATGACACACAGTGCGACACCGATGTGTTGCAGAAGATAATGGACGCCGTGCAACAGACCCCAGGGGTGATGGAGGCTCATAAGGTCGATGCTGTCACTCGCGCCATTGATGTGGACCCTGTGAGTTGGAATCCGGACTATTTCAGTCGGCAAAAGGTTTTCGCTGCCCGCAACTTTTCCAAGGAGCGGCTGGAGCATTTGATCCAGGTCCGCGACGTGTTTCGTCAACGAAACGAAAAGGGATTCACACCAACTGTTGCCGCTTCACATGTGAGAAAAGATCCGATGAGCAGTGCGTCCTCCGATTACCAACCTTCCAGCAACCTCAAGAAGTTTGTCGAAGAAGGTGACTTGTTGACGACCCGCACCGCACTGCGCCTGGAGCTCAACGACCGTCGTCTGGATGGCGCCGAATTGCGCGCTGCGCTGGGGTGGATCAAAGATAGTGTTTCCGGGATATTCGAGGTTTTTTCAGAAGGCGCATTTGCGCGTGAGCTTGTGGCAGATCAGAACAAATGGACCGAAGATTATTACGATCTACAGGTCACTTACCTGAAAACCAACTTCTCGGAAAAGCGCTTTTTGCACCTGATCGACGTTCGCGAGCATTTGCGCAACAGCGCTGTTGAGGGCTTTGCTTCGACCAAGACAAAAGCCTCCACCGCACATTCAGCCTCCCCTGTAGCTCAAGCATCACGCCCCCACTCCCGCCAGCCCATTTACGATGGTGCATCAGAGCGTAATCCAGCCTTCAAGGCCGCACTGCTGATCGGCGGCGCCATTGCGGCCGTGGTGGTGTTCCTCATTGCACTGGTACGGTGA MTTDAIMIEKARKQFLTALDDTQCDTDVLQKIMDAVQQTPGVMEAHKVDAVTRAIDVDPVSWNPDYFSRQKVFAARNFSKERLEHLIQVRDVFRQRNEKGFTPTVAASHVRKDPMSSASSDYQPSSNLKKFVEEGDLLTTRTALRLELNDRRLDGAELRAALGWIKDSVSGIFEVFSEGAFARELVADQNKWTEDYYDLQVTYLKTNFSEKRFLHLIDVREHLRNSAVEGFASTKTKASTAHSASPVAQASRPHSRQPIYDGASERNPAFKAALLIGGAIAAVVVFLIALVR NA NA NA NA NA D1-35_01154 3270 hypothetical protein ATGACCTCTCCAATACTGACCCGCACTGCCGTGCAGGATATCCGTGAAAACGCCGGCCTGACCCTTGAAGCTGGGCGTGCGCTGATCAATCGCAGCTACCTGTCGGAGCTGGAGCGGTATCCGGTCCATGCCTTTGCCGAGAAGGGGCTGCGGTTCAATGCTGCCAGTGACGTGCGGATTTTTCGCATTGAGCGCATCGTCCAGGACAACAAACAATCTGTACTCGAGAGCACCACGGCCGCTTACACCGCACTGGGTGCTGCGGGTTACTCGGTTTTTCTGATATTGCGCTCCAACGGTATCGAAACCGACCTCTATATCGGTACCCGGGGTGAGCCCGGTAAAACCCTCGGGCACAGTTCTGGCGAGCTGCTGCGGGAGACCTTCAAGGGGCACTTCTCGGGCAGTTCGTTAGTGCCGCTGCCGCAACAGCATGCAGATGCCTTGCTGGGCGCTTTGCAGGCCGAGAAGGCCAACCCTTCGGCAAGCATCACGGCGGTCACGGGTGTGCCTGCGTTGTCGACAGAGAACCGCGAGCACTTCATGCAAGGGCTCGAGCGTTTTATCGATGCGGCTGAGCGCCGGGTGTACCACGCGATCATTCTTGCCGAGCCGGTTTCGTCGCAGAACCTTGACTTGATCCGCGCCGGATACGAGCAGGTCGCCACGCAACTTTCGCCATTGCTCAAACAGCAATTGTCGTTCGGCGAACAAGACAGTGATTCCGTTGGGCTCAGCATCAGCCAGGGCTTGAGTGACTCCCTTGGACACAGCCTTGGGCTGACCGAAACCAAGGGCACGTCGACGACGCTCGGCACATCAATCACCGACACAACCGGTACCAGCGAGTCGTTCAGTGCACAGACCCTGACATCCAAAACGGTCGCTATCGGTGCCAATGTGCTGGGTATGGTAGGTGGCGCGACATTGGGGCCATTCGGCGCGATGCTCGGTAGCCAGATCGGTTCGGCCGCTGCTGCGCTGCTCAACGAACAACGCACCACCGGCACCAGCCAGTCGACGTCCACCGGTCGCAATGAAAGCCACGGCACCTCCTTCAGTGAGGCCGCGTCGAAGACTACGTCGACCACACATACCACCAGCACCACCGATACTCATTCGTTGAACAAAACCCTGGGCTCTAATCGGCAGATTTCGATTGAGACCGTGGATAAGACCATCGAGCAGTTGCTCAGCAAAATCGATCACCACCTCGAACGTATCGACGAAGCCAAGACATACGGCGGCTGGAACTCGGCGGCGTATTTCATCGGTGACAGCACTGCGTCGTCCGAATCGTTGGCGAGTATCTTTCTTGGGCTGGTACGCGGCAGCAAGTCCAGTCATGAAGACTTCGCCCTGACCACCTGGAAATCCGCCAACAAGTCAGCCGTGCTGGACTGGCTCAGCGCGTTCAGCCATCCACAATTGAAACCGGCATTTTCCAAAAAGATCCCGATCAGTTACCTCACTCCGGCCACGCTGGTGTCGGGTAAGGAGATGGCGATCCAGTTGAGCCTGCCCCGACGCTCCACTTCCACGGTGGCCGTGCTGGAAACCCAGGCGTTCGGTCGTAAGGTGCAACGCCTGGATGGTCACAGCAGTGAGCCAGGCAAGGGCAAGACACTGACCTTGGGCAACATCCGCCACTTGTGGGAAAACCTGCCGCAAAAGATCGAGTTGAGTCTCGATCAGTTGGCCAGCCATGTGTTTGTCAGTGGTTCGACCGGTGCCGGTAAAAGCAACACGCTGTATGAAATGCTCAGCCAAATCAGCGCCGTCGGCGTGCCATTCCTGGTGATTGAACCGGCCAAGGGCGAGTACAAACACGTCTTCGGTCATCGCGATGACGTCAATGTATTTGGTACGCATCCGGCCCACAGTGAATTGTTGCGCATCAACCCGTTCCGCTTCCCGTTGGCCATTCATGTGCTGGAGCACGTTGATCGGCTCGTGGAAATCTTCAACGTCTGCTGGCCGATGTATGCCGCAATGCCTGCCGTACTCAAAGAGGCGATCCTGCAGGCGTATCAGCAATGTGGTTGGGACTTGGACGCGTCGACCAACCGTTACAGCGATGAATTATTTCCGACGTTCAGTGATCTGCTCAGTACCCTGCAAAGCGTGATCGAGGCGTCCGCGTACTCCCAGGAGCTCAAAGGTAACTACATCGGTTCGCTGTCCACGCGGATCAAATCCCTGACCAATGGTTTGAATGGGCAGATTTTTACCGCTAACGAAATCGACAGCGCCGTACTGTTTGATCAGAGCGCAATCGTTGACCTGAGCCGCATCGGCTCGTCCGAGACCAAAGCCCTGATCATGGGGATCCTGGTGATGCGCCTGAGTGAGCACCGAATGGCCGGTGGTGGCATGAACCAGCCGCTGCGCCACGTCACGGTCCTTGAAGAAGCGCATAACATCCTCAAGCGCAGCCCGTCCGAAGGCGGTGCTGAAGGGGCAAATGTGGTCGGCAAGTCAGTGGAGATGCTAACCAACGCTATCGCCGAAATGCGCACCTACGGTGAAGGTTTCATCATTGCCGACCAGTCGCCCCATGCGGTTGATATCGCCGCGATTCGCAACACCAACACCAAAATCATCATGCGTCTGCCGGATGAAATGGACCGTCGTTTAATCGGTAAGTCGGTTGCGTTGCGTGATGATCAGCTTGAAGAGATCGCCAAGTTACCCAAAGGCGTCGCCATCGTTTATCAAAATGACTGGCTGGAGCCGGTGCTGTGTCAGGTGAAGAAATTCGCCGGGCACGAAACCCCTTATGTGTATACCGCCAATGACAATCGCGCCGTGCGTAGCCAGGATTTCAACCTGCAGGTACTCAACCTGCTGCTGAGCAACCGTATCCGCACGCCAGTCGCCTTGGATTTAGCGTTGCTGGAAAACGGCTTGTGTGAATTGCCGTTGCTGGCTCGCAGCAAAATCGCGCTGTTCGAGGCGCTCAATGCTCACAAAGAAGAGAAACCGTCGGCGCTGTGCAAGCCCGAGGCATTTGCCTACGTCGCACAATTGGTGGTCGATGTGCTCGGTTGCCGGCAGCAGGTCCAGCAGATCATTCAAATGGCGACCGACTACGGGCATCTAAGCAATCAACTTGACCTGTTACTCCACGAGAGAGCCACTGGCTTGAGCGCTGAGCTGACCCTGGCTACTCAGCAGTGCCTGATGAAGGACTACAGCCTGCAGCACGAGAGCCATCTCGATATCTATTCCGCATGGCGTGCGCGCCTCGAAACAGGGAGTGTTCTGTGA MTSPILTRTAVQDIRENAGLTLEAGRALINRSYLSELERYPVHAFAEKGLRFNAASDVRIFRIERIVQDNKQSVLESTTAAYTALGAAGYSVFLILRSNGIETDLYIGTRGEPGKTLGHSSGELLRETFKGHFSGSSLVPLPQQHADALLGALQAEKANPSASITAVTGVPALSTENREHFMQGLERFIDAAERRVYHAIILAEPVSSQNLDLIRAGYEQVATQLSPLLKQQLSFGEQDSDSVGLSISQGLSDSLGHSLGLTETKGTSTTLGTSITDTTGTSESFSAQTLTSKTVAIGANVLGMVGGATLGPFGAMLGSQIGSAAAALLNEQRTTGTSQSTSTGRNESHGTSFSEAASKTTSTTHTTSTTDTHSLNKTLGSNRQISIETVDKTIEQLLSKIDHHLERIDEAKTYGGWNSAAYFIGDSTASSESLASIFLGLVRGSKSSHEDFALTTWKSANKSAVLDWLSAFSHPQLKPAFSKKIPISYLTPATLVSGKEMAIQLSLPRRSTSTVAVLETQAFGRKVQRLDGHSSEPGKGKTLTLGNIRHLWENLPQKIELSLDQLASHVFVSGSTGAGKSNTLYEMLSQISAVGVPFLVIEPAKGEYKHVFGHRDDVNVFGTHPAHSELLRINPFRFPLAIHVLEHVDRLVEIFNVCWPMYAAMPAVLKEAILQAYQQCGWDLDASTNRYSDELFPTFSDLLSTLQSVIEASAYSQELKGNYIGSLSTRIKSLTNGLNGQIFTANEIDSAVLFDQSAIVDLSRIGSSETKALIMGILVMRLSEHRMAGGGMNQPLRHVTVLEEAHNILKRSPSEGGAEGANVVGKSVEMLTNAIAEMRTYGEGFIIADQSPHAVDIAAIRNTNTKIIMRLPDEMDRRLIGKSVALRDDQLEEIAKLPKGVAIVYQNDWLEPVLCQVKKFAGHETPYVYTANDNRAVRSQDFNLQVLNLLLSNRIRTPVALDLALLENGLCELPLLARSKIALFEALNAHKEEKPSALCKPEAFAYVAQLVVDVLGCRQQVQQIIQMATDYGHLSNQLDLLLHERATGLSAELTLATQQCLMKDYSLQHESHLDIYSAWRARLETGSVL NA NA NA NA NA D1-35_01155 588 hypothetical protein GTGAACTTTGAAAATTTCTTTGCTGAAAAATCCGAGGTTCCGACCAGCCTGGCGTTATTGGCCCGTGAAATGCCAGACCGCTGCCTTATCGTTGTCGAGCTCGATCGTCCTATCGTGCTCACCCAGGAAACCCGCCTGGAGCTACCGCAAATGTCGCCGGAAACCCGTGAGCGGCTTGAGCTGCTGGGCGTTCCTAAAGAGGTTCTGGATGCAATAGGTAGTGAGGCCGAAGCGAAGATCTATGAAAATGCCAATCTTGAACCATCCGAGGTCAACGGCAAGGATGCACTGATTCGTACCGACATCGATTACGATCAAAAAGATGCCATGGGCACCACTAACCTGGATCGGATGAAGTCGGGAAGGGCCCCGCTCGATGCCAATGGAAAGCCGATCGAGTTACATCACATCGGCCAGAAACAGGACTCACCATTGGCAGAATTGACCAGCGCTGAGCACCGTGGCAACGGAAACGATAACGTGTTGCACAACAAGCAGAAGGAGTCCGAGATCAATCGCGAGGACTTCGATAAAGAGCGAAAAGACTACTGGAAGGCGCGAGCCGAACAGATTGAGAATCAGCGCTGA MNFENFFAEKSEVPTSLALLAREMPDRCLIVVELDRPIVLTQETRLELPQMSPETRERLELLGVPKEVLDAIGSEAEAKIYENANLEPSEVNGKDALIRTDIDYDQKDAMGTTNLDRMKSGRAPLDANGKPIELHHIGQKQDSPLAELTSAEHRGNGNDNVLHNKQKESEINREDFDKERKDYWKARAEQIENQR NA NA NA NA NA D1-35_01156 408 hypothetical protein ATGAAAAAACTTGAACAACTCGTTGATCTCCATCAGGCCAACACCCGGCCAGTAGATACCGCCAGCATCCAGAATCTTGAGCAGAAACTGGGATTCGCACTGTCTGACGAATACAAGCGCTACCTGTCGGCTTTTGGAGTCATTGTCTTTGACGCCTACGAAACGTATGGCCTAGGCGTGCCTGACGACTATTACCTGAATGTGTTTGCCGCATTCTCGGACCTTGGCCGTGACCCGACCTACCCGAAAAATACTGTGCCACTGCTGGAGATTGGTGATGGTCAGTACTACCTGTACGACAACCAGGCACGGAAAATTCTGGTTTGGGCTACACCGAATGGCGGCATTGTGCGTGTCTTGGACGACGGGCTGGAAGCCTTTTTGATCAAGCATGTCTTCGCAGGCTAG MKKLEQLVDLHQANTRPVDTASIQNLEQKLGFALSDEYKRYLSAFGVIVFDAYETYGLGVPDDYYLNVFAAFSDLGRDPTYPKNTVPLLEIGDGQYYLYDNQARKILVWATPNGGIVRVLDDGLEAFLIKHVFAG NA NA NA NA NA D1-35_01157 978 hypothetical protein ATGGCCGAGACGATAAACATCGCAAAGATGGCAGAGAAGCTGTCGAAAGGCATTTTCAACGAGTTTCTCTGGGGGCGTATGGAGCACACCAATATCAATTGGCCGTGCGAGAACCAGGACTTACATGAGGTCAAGACCCATCCCTCAGATGTCGTTTTTTGGTACAATGAGCCCTATTCTCAGTCCCGCACATATGTGAACTGCGATCTCAAGAGCTACGCGAAGGGCACCATTAAAACGAAGGCTATCCGGGAGGCAATCGAGAGTCTTGCCAAGAGTCTGCGATGCGCCGAGATCAGCCGAGAGTTTAGCGAAACTTACATCCATCCGGATGTATCGGCAAATATCCAGGGACTGCTTTTCGTCTACAACCACGATAGTGAGTATGACAAGGACTTCGCCAAAATCCTAGAAAAGGTAAAGTGCGATGAATTGGACATACCCAAAGGTTCTAAAATCGTTGTGATGGGGCCTGACGATATCTACTGGCTGAACAACGTTCACCACGAAATTATCCACCTTCGCGGAGGTGCAGGTCTCCTACCGGAACGGGATTACTGCAAGTTTTACTACCCCCATCTGGTTCGCAGAAAGAATGTCCAATTGGAGCACGCTAAGGCAGCCACGCTGGACATGCTGACCGCACCTTGGATCATCCTGTCCCATGTAAACCCCAAGAATGGAAGTAAGCAGGGTTTCGTGATCTTCATGCGTAAGCGGGGATTCACAACAGATGAGTTTCTGTATCTCATCGAGTATCTGATGCACTACCAGGTAATTAAGGCCGAAACGGAGGTCACTATCCGCATGGTCGACCCGCATCAGAATGCTTCAGCCAATTTTGCCAAAGCAAAAGACCAGTACGTCGCTGACTATCAAGGCGGTGGAGACCTTAGGCAGATCCTAGACTCCATTGACTTCGGCAAACTTGAGCACGTCCGTACCACTTTCTGTGACCTGGAGTTGTCTCGGCAATGA MAETINIAKMAEKLSKGIFNEFLWGRMEHTNINWPCENQDLHEVKTHPSDVVFWYNEPYSQSRTYVNCDLKSYAKGTIKTKAIREAIESLAKSLRCAEISREFSETYIHPDVSANIQGLLFVYNHDSEYDKDFAKILEKVKCDELDIPKGSKIVVMGPDDIYWLNNVHHEIIHLRGGAGLLPERDYCKFYYPHLVRRKNVQLEHAKAATLDMLTAPWIILSHVNPKNGSKQGFVIFMRKRGFTTDEFLYLIEYLMHYQVIKAETEVTIRMVDPHQNASANFAKAKDQYVADYQGGGDLRQILDSIDFGKLEHVRTTFCDLELSRQ NA NA NA NA NA D1-35_01158 1128 hypothetical protein ATGAGCAAAAACGCGCTTCAGTATTGTGCTACGGATAAGGAAATTTACGACGCCTTGATGTCTGCTAAGCAGAAAATCAACGAAAAAATTCTGCTAGAGCTTGCGAAGGACAGGGGGATTTTCTTTTCTGCCAAGGACAGCCGGGATGATTTGGTCAGCGCCATTTCGCTCCTTCCACATGACTATCACGATCTTAATACCCTGCTGGAACAGCGTGAGCATTCTGGCCGGCAGGAAAAGCTCACGTCGGTAACGCTACCAACCGCGCTGACCGTGGAAGGAATCCGGGAGATTATTAGAGAGTACATTGAGGAGTCCCCGGAGGACGAGAAGGTCACTCAGCAGATTAAGGACGGCAACCAAGTGGTCGCCAACATTAAGTACTCCGACGTTGACTATGGCAAAACGCGGCTCGTTCAGCGCACACCCAAAGAAGCCTTGATCGAGTTCCACGTATCGGCGGACAAGACGGTCATTCGGATGCCTGCCAATGATCGTGTCAAGGCTATCTACTCGAAGCTCAAGGGCAAGCTGGATACCAGGGCCAAGGCTGAAATCCCCGCTATCCGCATCGAACTCGGCGAGTTTCAATCATCAGCATTGCGCACAGAGTTCTTTACTTCTCTCATCAGAGATCTAACGGGGTTCTCGCTGAAGAACGTCACTAGTGTGAAAGTTGAGCGCTTGCCCCAGGAACCTGAGGAAGACGAGCTTGATCTGGACGATGACCAGGAAGCTGAGGTGGCCAAAGAGGAGGCCTTGGCTCTGGTCAAGAATGTCGCACTGAAAGGTGAGACACTTCTGGCGTCTGAGGAGTACCAGAGTTTGACCCGGAAAGGCTTTTTCATCACGTCGATCATATGGCGCTCGGTGCTGAATAAAGCACCACAACCCATGGTGGAGTTTGAGGCTGCTTTTGAGGATCCGATGCAAGGAAAGGGGTTCAAGTACTTTGTCCGAGGCGCCTATCGTATCGTTGAGCTTGAGTACACCAAGACGATTCGACCGGTCAGTGCCGAAGACAAAGAAATCTATCTGGGTGTTATTGAAGAAACCGCGGCGAAAGTTATCAGGGAACTGAGAGCAAAAGCTCAAGCGAGCGCTGAGCCGCAAGGAGAACCAACATGA MSKNALQYCATDKEIYDALMSAKQKINEKILLELAKDRGIFFSAKDSRDDLVSAISLLPHDYHDLNTLLEQREHSGRQEKLTSVTLPTALTVEGIREIIREYIEESPEDEKVTQQIKDGNQVVANIKYSDVDYGKTRLVQRTPKEALIEFHVSADKTVIRMPANDRVKAIYSKLKGKLDTRAKAEIPAIRIELGEFQSSALRTEFFTSLIRDLTGFSLKNVTSVKVERLPQEPEEDELDLDDDQEAEVAKEEALALVKNVALKGETLLASEEYQSLTRKGFFITSIIWRSVLNKAPQPMVEFEAAFEDPMQGKGFKYFVRGAYRIVELEYTKTIRPVSAEDKEIYLGVIEETAAKVIRELRAKAQASAEPQGEPT NA NA NA NA NA D1-35_01159 681 hypothetical protein ATGAACAGGGTTAGATGGCTTTATGCCCAATGGCCCTTACCAATTCGAGCAGTTGGGAAGAAGCTCGTTGAGACGCCATTTACGGATGAGAGAATGGATGGCTTCGCTATAGAACGAATTCGAGACGACTTCGTCGAGGGGCGTTACATCGAAAAGTACAATTACCAAGAAGTGATCTCGACTCCTTTTGGTACTGAAGAGGTGTTTGATCGGGTTGGGTACCGGACAACAGAGTTCACTCTCTTTGATTCGTCGCCCCACATTGAGCTAAGAAATTATCAGCGCAGTATCAAAGGATTTATCAGTCGGCTGCTCGAAGCTTGCAGTTTCAACCTAGTAGTTACGCCTATTACGGTTAACCTGATTGAGTGGGTATCGGCGCTGCAGCTTGCCGTGGATCAGGAAATCACTGTCGATTCGCTTCAGGTCTCGGGCGTCGAAATAGACCAAGGTGTGACGGGGAAAATATTGCTCAAAGGGCTAAGAGATGTGCGTGAAGCCACTGATGTTCTACTAGCCGGGCGTAAACATGTGCTGGAAAAAGTCCAAGTGAAATTCGCTGGCCTTCACAAGACAGTGGTCATCCAATTGTCCAATAACGGCACTGCGAAGCTCCCCGCAATGCTACCGAAAGACCTCCTTCATCATTTACGTGTGTCCTTTCCTACCAGCGTCAGATGA MNRVRWLYAQWPLPIRAVGKKLVETPFTDERMDGFAIERIRDDFVEGRYIEKYNYQEVISTPFGTEEVFDRVGYRTTEFTLFDSSPHIELRNYQRSIKGFISRLLEACSFNLVVTPITVNLIEWVSALQLAVDQEITVDSLQVSGVEIDQGVTGKILLKGLRDVREATDVLLAGRKHVLEKVQVKFAGLHKTVVIQLSNNGTAKLPAMLPKDLLHHLRVSFPTSVR NA NA NA NA NA D1-35_01160 1257 intA_1 COG0582 Prophage integrase IntA ATGTGCGCACAAGCGGTTCGCCTCTCTGAACTCAAAATCAAATCTGCCAAGCCTGCTGAAAAGGACTACGTACTGTTCGATGGCGGCGGACTTCAAATGCGAGTGAGAAGTAATGGCTCAAAGCTATGGAACTTCAACTATCGACACCCCGTGACGAAGAAGCGGATCAACATGGGCCTCGGTACCTTCCCTGAAGTCTCACTAGCGCTAGCACGAAAAGGCTCCATTGCAGCCCGGGAAATACTTGCCAAAGGCCTCGATCCCAAAGAACAACGGGATGCAGTGCTGCAAGCAAAGCAAGCTGAAACCGAGCACACATTCCAGAATGTCGCGACGTCCTGGTATGAACTGAAGAAGGATGCGGTGACACCTGCTTATGCCGAGGACATCTGGCGTTCGTTGACGCTGCACGTTTTTCCAGACTTGGCCTCCACACAGATTTCAGCAATCAGTGCACCACAAGTCATCAACCTTCTTCGACCACTCGAAACCAAAGGTAGCCTTGAAACCGTTAAACGGCTGTCACAGCGACTCAACGAGATCATGACTTACGGGGTCAACTCAGGACTGATACACGCAAACCCACTCAGCGGGATTCGCTCCGTCTTCAAGAAGCCGAAAAAGAAAAACATGGCGGCACTTGCTCCAGATGAGCTGAAAGAGCTCATGGTGGCAATTGCCAATGCCAGCATAAAAAGAACTACGCGCTGTCTGATTGAATGGCAGCTCAATACCATGACTCGCCCAGCGGAGGCTGCAACCACGCGCTGGGTCGACATCGACTTCGAGAAGAAGATCTGGACGATTCCTGCTGAGCGCATGAAGAAACGCCGAGTACATATCGTGCCGCTCACAGATCAAGCATTGGCACTGCTGGAGGCAATCAAACCCTACAGCGGACACCGAGAGTATGTATTTCCTGCAGACCGGGACCCTCGGACCCATTGCAACAGCCAGACCGCCAACATGGCACTAAAGCGCATGGGCTTCGAAGGTCGGTTGGTGAGCCATGGCATGCGATCAATGGCCAGCACTACTCTCAACGAACACGGCTGGGATCCTGAGTTGATTGAGGTAGCGCTTGCACACGTCGATAAAGACGAGGTCCGCAGCGCCTATAACCGAGCGGACTACATCGAGCGCAGGCGTCCAATGATGAAGTGGTGGAGCGAGCACATCCAAAAAGCAGCTACCGGCAATCTTTCGATCTCGGCAATCCAGAACACCCGAGACACGAAGGTCGTCTCAATACGCTAA MCAQAVRLSELKIKSAKPAEKDYVLFDGGGLQMRVRSNGSKLWNFNYRHPVTKKRINMGLGTFPEVSLALARKGSIAAREILAKGLDPKEQRDAVLQAKQAETEHTFQNVATSWYELKKDAVTPAYAEDIWRSLTLHVFPDLASTQISAISAPQVINLLRPLETKGSLETVKRLSQRLNEIMTYGVNSGLIHANPLSGIRSVFKKPKKKNMAALAPDELKELMVAIANASIKRTTRCLIEWQLNTMTRPAEAATTRWVDIDFEKKIWTIPAERMKKRRVHIVPLTDQALALLEAIKPYSGHREYVFPADRDPRTHCNSQTANMALKRMGFEGRLVSHGMRSMASTTLNEHGWDPELIEVALAHVDKDEVRSAYNRADYIERRRPMMKWWSEHIQKAATGNLSISAIQNTRDTKVVSIR NA NA NA NA NA D1-35_01162 291 hypothetical protein ATGAAACGCTCTGTGCTGTTAGGTCTGTTTGTCACTGCTTCGATGCTGGCATCACCCTCGTTTGCTGCCGGCGATTCGGACAGTCTCTGCGCCACCAACATCAAAACCATTGAGAATGCCAAGACCCAGTACCAAGGCTCGGATTCGCAAAGCCAGATCGAGGCGAGCCTTCAGCAAGCGAAGGCCCATCAAGCCTTGAAAACCAAGGAAGGCACCGAGAAATGCATCTCTGAAACCACCCAGACCATCCAAGAGATGCAGAAGACCAACAAAGACGGTAAAAACTCCTGA MKRSVLLGLFVTASMLASPSFAAGDSDSLCATNIKTIENAKTQYQGSDSQSQIEASLQQAKAHQALKTKEGTEKCISETTQTIQEMQKTNKDGKNS NA NA NA NA NA D1-35_01163 2811 hypothetical protein ATGACGCTTCCGGCCCCTTTCCTGCGCGACGTATACCAACTGATCCCGGAGAAACGACGCTTCGACGACCCGTTGTCGACCCTGGCCTTCGGCACCGATGCGAGCTTTTATCGGCTGATTCCGAAACTGGTGGTACGCGTCGAAAGCGAAGACGAAGTCATCGCCCTGCTGCAACTGGCCCAGCGCGACCGGGTTCCGGTGACCTTCCGTGCGGCGGGCACCAGCCTGTCCGGCCAGGCCATCAGCGACTCAGTGCTGATTGTGCTCGGGGACAACTGGAACGGCCGGGAAATTCGCGAGCAAGGCACACAGATCCGTTTGCAACCCGGCGTGATCGGCGCCCAGGCCAACGCCTGGCTGGCCCCGTTCGGGCGCAAGATCGGCCCGGATCCGGCGTCGATCAACGCCTGCAAGATTGGCGGCATCGTCGCCAACAACGCCAGCGGCATGTGCTGCGGCACGGCGCAGAATACCTATCACACCCTGGCCGGCATTCGCCTGGTACTCGCCGATGGCACGCGCCTGGACACCGAAGACGCCGCCAGCGTGGCGGCATTCAGGGCGAGCCACGGCGAACTGCTGGAGCGGCTGGCAACCCTTGGCCGTGAGACACGCGCCAACACGGAGCTCGCCGCCCGAATTCGCCACAAATACCGTCTGAAAAATACCACCGGCCTGTCGCTCAATGCCCTGGTGGATTTCGACGAGCCGGTGGATATCCTCAGCCACCTGCTGGTGGGCTCTGAAGGCACGCTGGGATTCATCAGCGCGGTGACCTACAACACCGTTATCGACCACCCGAACAAAGCCTCGGCACTGATCGTGTTTCCGGATGTGGAGACCTGCTGCAACGCCGTGACCGTACTGAAAAGCCAGCCGGTCTCCGCCGTTGAGCTGCTGGACCGCCGCAGCCTGCGCTCAGTGCAGGACAAGCCGGGCATGCCGGATTTCGTACAGCACCTGTCGAACAATGCCTGCGCGCTGCTGATCGAATCCCGCGCCGCTTCGTCATCGTTACTACAGGAACAACTGACCCGGATCATGGCTTCTCTGGCGGCTTTCCCGGTGGAAAGGCAAGTCGACTTCACCGAGGACCCGCGAGAAAACGCCCGCCTGTGGGCCATCCGCAAAGACACCTTCCCCGCCGTAGGCGCGGTGCGCAAGACCGGAACCACGGTCATCATCGAAGACGTGACCTTCCCGGTCGAGCAACTGGCCGCTGGCGTGAATCGCCTGATCGCCCTGTTCGACAAACATCACTACGACGAAGCGATCCTTTTCGGACACGCACTGGAAGGCAATCTGCACTTTGTCTTCACCCAAGGCTTCAACAGCACTGAAGAAGTCGCACGCTACCAGGCGTTCATGGATGACGTAGCGCAACTGGTGGCGGTGGAATTCGGCGGCTCGCTGAAAGCCGAACACGGCACCGGCCGCAACATGGCACCGTTCGTTGAGTTGGAATGGGGCACTGATGCCTATCAATTGATGTGGCAGCTCAAGCGCTTGCTCGACCCCAACGGCATCCTCAACCCGGACGTCGTGCTCAGCGAGGACCCGCAGATCCACCTCAAGCACCTCAAGCCATTGCCGGCAGCTGATGAGATTGTCGACAAGTGCATCGAGTGCGGCTTCTGCGAGCCGGTGTGTCCCTCCAAGGACCTGACCTTGAGCCCGCGCCAGCGCATCGTGATCTGGCGCGACATTCAAGCGAAAAAGCGCGCCGGTATCGATACCTCCGAGCTGGAAACGGCCTATCAATACCAGGGCATCGATACCTGTGCCGCCACGGGCCTTTGCGCCCAACGCTGTCCTGTAGGCATCAACACCGGCGAACTGGTGAAAAAACTCCGCAGCCGCACTGCGACGCGTACGAAAACCGCCGATTGGCTTGCGGGTAATTTCGCCACTGCGCTGCAAGGGGCGCGCTTTACCCTGCACGTCGCCAACGGTGCGCGAATGATGTTGGGAGCGCCGCGCCTGGCACGGTTGTCCGCCGGGCTGACGCGGCTGTCCAAAGGACAGGTTCCGCAGTGGACCAACGCCATGCCGCAACCGGAAAGGGCGATTCGGTTCAGCCCCAGCGTGGCGGACGAACGCCCGAGGGTGGTTTATCTGGCGGCCTGCGTGTCGCGGGTCATGGGCCCGGCGGCGGAGGACAAAGAACAGATGTCGTTGCACGACAAGACCCGCGGGCTGCTGGAAAAAGCCGGTTACCAAGTCGTTTTCCCGGACAACGTAGACAGCCTCTGCTGCGGCCAACCCTTTGCATCCAAAGGCTACGCCGAACAGGCCGAGCACAAGCGCCAGGAACTGATCGGCGCGCTGCTGCACGCCAGCCGCGGCGGGCTCGACCCGATCTATTGCGACACCAGCCCATGCACCCTGCGCCTGGTTCAAGACTTGGGTGAAGTACGTCTGGACCTGTACGACCCGGTGCGTTTCATTCGCACGCACCTGATGGATCGCCTCGACTTCACGCCTCAAGAGGCCCCCATTGCGGTGCACGTCACCTGCAGCACGCAGCACCTTGGCGAGAGCCAGGCGTTGATCGATCTGGCGCGCAGGTGCAGCAAAAACGTGGTCATTCCGGAAGGCATCCATTGCTGCGGATTTGCCGGGGACAAAGGCTTCACCACGCCCGAACTGAACGCCCACTCGTTGCGCACGCTGAAGGGCGCGGTAGAGCACTGCAGCGAAGGAATCTCCACCAGCCGGACCTGTGAGATCGGTCTTACGCAACACGGTGCGATTGATTACCACGGGCTGGTTTATCTGGTTGACCGAGTGACACGGGCCAGGGCGATGTGA MTLPAPFLRDVYQLIPEKRRFDDPLSTLAFGTDASFYRLIPKLVVRVESEDEVIALLQLAQRDRVPVTFRAAGTSLSGQAISDSVLIVLGDNWNGREIREQGTQIRLQPGVIGAQANAWLAPFGRKIGPDPASINACKIGGIVANNASGMCCGTAQNTYHTLAGIRLVLADGTRLDTEDAASVAAFRASHGELLERLATLGRETRANTELAARIRHKYRLKNTTGLSLNALVDFDEPVDILSHLLVGSEGTLGFISAVTYNTVIDHPNKASALIVFPDVETCCNAVTVLKSQPVSAVELLDRRSLRSVQDKPGMPDFVQHLSNNACALLIESRAASSSLLQEQLTRIMASLAAFPVERQVDFTEDPRENARLWAIRKDTFPAVGAVRKTGTTVIIEDVTFPVEQLAAGVNRLIALFDKHHYDEAILFGHALEGNLHFVFTQGFNSTEEVARYQAFMDDVAQLVAVEFGGSLKAEHGTGRNMAPFVELEWGTDAYQLMWQLKRLLDPNGILNPDVVLSEDPQIHLKHLKPLPAADEIVDKCIECGFCEPVCPSKDLTLSPRQRIVIWRDIQAKKRAGIDTSELETAYQYQGIDTCAATGLCAQRCPVGINTGELVKKLRSRTATRTKTADWLAGNFATALQGARFTLHVANGARMMLGAPRLARLSAGLTRLSKGQVPQWTNAMPQPERAIRFSPSVADERPRVVYLAACVSRVMGPAAEDKEQMSLHDKTRGLLEKAGYQVVFPDNVDSLCCGQPFASKGYAEQAEHKRQELIGALLHASRGGLDPIYCDTSPCTLRLVQDLGEVRLDLYDPVRFIRTHLMDRLDFTPQEAPIAVHVTCSTQHLGESQALIDLARRCSKNVVIPEGIHCCGFAGDKGFTTPELNAHSLRTLKGAVEHCSEGISTSRTCEIGLTQHGAIDYHGLVYLVDRVTRARAM PGPT0018110_189 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018110-dld2-K18930 NA NA D1-35_01164 672 COG1556 putative protein ATGAGCGCCAAGGAAAATATCCTCGCCAAGCTGCGTAAAAGCCTGACCGGCACCACGCCCGTTGCCGACAACTACGACGTCGAACTGGTGACACAGACCTACCGCTACGCGCCCGAGGAACGCATTCCACAACTGCGCAAGCTGATGGAAGCGGTACACACCGAAATTCACCTGACGTCCGGCGAAGCCTGGCCGACGCTGCTGGCGCAATTGCTGCGCGACCGGCAACTGCCGAGCCTGCTGATCGCACCGACAACGCCCCATGGGCAAAAAATCGTACAGTTCTGGGCGAACAATCCGGGCCTTCCTGCGCTCAAGGCCTACGATCGGCCGGTGGAGGAATGGAAAGCCGAACTGTTCAACGATACGCCTGCCAGCCTGACCGGCACCCTCGGAGCCATCGCCGCAACCGGTAGCCTGATTCTCTGGCCGACGCGGGAAGAACCGCGCCTGATGAGCCTCGTCCCGCCGGTGCACTTCGCCTTGCTCAAGGCCAGCGAAATCCGTGACAACTTCTATGAAGTGCAGCAGGAATTCGAATGGGCCCAAGGCATGCCGACCAACGCCCTGTTGGTGTCGGGCCCGTCAAAGACCGCCGACATCGAGCAGGTCCTGGCCTACGGCGCCCATGGACCAAAGGATCTGGTGGTGCTGATTCTGGAGGACCAATGA MSAKENILAKLRKSLTGTTPVADNYDVELVTQTYRYAPEERIPQLRKLMEAVHTEIHLTSGEAWPTLLAQLLRDRQLPSLLIAPTTPHGQKIVQFWANNPGLPALKAYDRPVEEWKAELFNDTPASLTGTLGAIAATGSLILWPTREEPRLMSLVPPVHFALLKASEIRDNFYEVQQEFEWAQGMPTNALLVSGPSKTADIEQVLAYGAHGPKDLVVLILEDQ PGPT0018100_881 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 D1-35_01165 1458 lutB COG1139 Lactate utilization protein B ATGAGTACGCCGACGCTGATTCCGACCGTTGCAGTGCAGGAAGATTTTCGCGCCCGCGCCCACAAGGCGTTGGACGACACGCAACTGCGAAACAACTTTCGCACTGCGATGGATTCACTGATGACAAAACGGGCAGCGTCCTTCAGCGATGCCCACGAAAGAGAACACCTGCGGGTGCTGGGCAATGCTGTCCGCGCCCGCGCGTTATCCAGGCTGCCCGACCTGCTCGAGCAACTTGAAGCCAACCTGACCCGCAACGGTGTGAACGTGCACTGGGCGGAAACGGTGGACGAGGCCAATGGCATCGTCCTGTCGATCATCCGCGCTCACGAGGCGCGGCAAGTGATCAAGGGCAAATCGATGGTCAGCGAAGAGATGGAGATGAACCATTTCCTCGAGGCTCGGGACATTGAATGTCTCGAATCCGATATGGGGGAATACATCGTCCAGCTCGACCACGAGAAGCCTTCACACATAATCATGCCGGCAATCCACAAGAATGCCGGTCAGGTCGCGTCCTTGTTCCACGACAAACTTGGCGTGGAGTACACCAAGGACGTCGACCAACTCATTCAGATCGGTCGCAAGGTCTTGCGGCAGAAATTCTTCGAAGCCGACGTCGGCGTTTCCGGTGTCAACTTCGCCGTCGCCGAAACCGGCACGCTGCTGCTGGTGGAAAACGAAGGCAACGGGCGGATGTCGACCACGGTGCCGCCGGTGCACATTGCCGTGACCGGCATTGAAAAAGTCGTGGAGAACCTGCGGGACGTCGTGCCGCTGCTCTCGCTGCTGACCCGCTCGGCGCTGGGCCAGCCGATCACCACCTACGTCAACATGATCTCCGGCCCGCGCAAGGCAAACGAACTGGACGGGCCGCAGGAAGTTCACCTGGTCCTGCTCGACAACGGTCGCAGCCAGGCATTTGCCGACAGTGAGCTGCGCCAGACCCTGAACTGCATTCGCTGCGGCGCCTGTATGAATCATTGCCCGGTCTACACGCGAATTGGTGGTCATGCCTACGGCGAGGTTTACCCGGGACCTATCGGAAAAATCATCACGCCGCACATGGTCGGCCTGGCCAAGGTGCCGGATCACCCGAGCGCGTCTTCGCTGTGCGGTGCCTGCGGCGAAGTGTGCCCGGTGAAGATTCCGATCCCGGCACTGCTACGACGGCTGCGAGAAGAAAACGTCAAGGCGCCGGACAGCCCCAACCCGGTCATGCGCGGCCAGGGCAGCAAGTATTCGGCCAAGGAGCGCTTCATCTGGAATGCCTGGGCCCGGCTCAACAGCTCGCCACCGCTGTACCGGCTGTTCGCTTTCCTCGCCACGCGCCTGCGCGGCCTGACACCGCAGAACGTCGGCCCCTGGACCCAGAACCACAGCGCCCCGAAACCCGCCGCCCGCTCGTTGCATGACCTGGCCCGCGACCACCTGACCCCGCAGGGAGACCGCCGATGA MSTPTLIPTVAVQEDFRARAHKALDDTQLRNNFRTAMDSLMTKRAASFSDAHEREHLRVLGNAVRARALSRLPDLLEQLEANLTRNGVNVHWAETVDEANGIVLSIIRAHEARQVIKGKSMVSEEMEMNHFLEARDIECLESDMGEYIVQLDHEKPSHIIMPAIHKNAGQVASLFHDKLGVEYTKDVDQLIQIGRKVLRQKFFEADVGVSGVNFAVAETGTLLLVENEGNGRMSTTVPPVHIAVTGIEKVVENLRDVVPLLSLLTRSALGQPITTYVNMISGPRKANELDGPQEVHLVLLDNGRSQAFADSELRQTLNCIRCGACMNHCPVYTRIGGHAYGEVYPGPIGKIITPHMVGLAKVPDHPSASSLCGACGEVCPVKIPIPALLRRLREENVKAPDSPNPVMRGQGSKYSAKERFIWNAWARLNSSPPLYRLFAFLATRLRGLTPQNVGPWTQNHSAPKPAARSLHDLARDHLTPQGDRR PGPT0018095_564 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 D1-35_01166 825 lutA_1 COG0247 Lactate utilization protein A ATGAGCGAGCTTTTTTACAACGCCGTGCCGAACGCGACCCGAGTCGCCCCGCCATTGCCTGAGCCGCGCCAGTATCCCAGCGAGAAACCCCGACGGGTCTATCTGTTCGGAACCTGCGTGGTGGATCTGTTCTACCCCGAAGCCGGGATGGACGCGATTCATCTGCTTGAGCGCGAAGGCATCCAAGTCGACTACCCGCAAGGCCAGACATGCTGCGGGCAACCGGCCTACACCTCGGGATATACCGAGCAGGCGCGGACGGTGGCGCGGGCGCAACTGGCCCTGTTTGCCGGGGATTATCCGGTGGTCGTGCCGTCGGGCTCGTGTGCCGGCATGCTGCGTGAACATTACGCCGACCTGTTCAAGGACGAACCGCAAATGCTCAAACAGGTCCAGGCCCTGGCGGCCAGGACCTATGAGCTGGCCGAGTTCCTGCTGTTCGTGTGCAAGGTGCAATTGAACGACGATGGCGCGCCGGTAAAGGTCGCGCTGCATACGTCCTGCTCGGCACGACGGGAAATGAATACGCACCTACATGGCCGTGAGTTGTTGGCACAGCTGCGCAACGTGGAACGGGTCGACCACAGTCACGAAAGTGAATGCTGCGGTTTTGGTGGGACGTTCAGCGTTCGCATGCCGGATATTTCCGGCGCGATGGTGGCCGACAAGACCCGCGCGCTGAAGGAATCCGGCGCGCATCAGGTGGTCAGCGCCGACTGCGGTTGCCTGATGAACATCAACGGCGCGCTGGAAAAACAGCGCGAAGCGCTACGCGGCCAGCATCTGGCGAGCTTCCTCTGGAAGCGTACCGGAGGTGTCGCATGA MSELFYNAVPNATRVAPPLPEPRQYPSEKPRRVYLFGTCVVDLFYPEAGMDAIHLLEREGIQVDYPQGQTCCGQPAYTSGYTEQARTVARAQLALFAGDYPVVVPSGSCAGMLREHYADLFKDEPQMLKQVQALAARTYELAEFLLFVCKVQLNDDGAPVKVALHTSCSARREMNTHLHGRELLAQLRNVERVDHSHESECCGFGGTFSVRMPDISGAMVADKTRALKESGAHQVVSADCGCLMNINGALEKQREALRGQHLASFLWKRTGGVA PGPT0018090_78 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 D1-35_01167 1695 glcA_1 COG1620 Glycolate permease GlcA ATGCAAACCTGGCAACAGCTTTACAGCCCGCTCGGCAGCCTAGGCTTGTCCGCACTCGCGGCCGTCATTCCCATCGTGTTTTTCTTCCTCGCCCTGGCGGTGTTTCGCCTCAAGGGGCACGTGGCGGGCAGCATCACCCTGGCCTTGGCGATTGCCGTCGCGATCTTCGCTTTCCAGATGCCGGCCGACATGGCGTTTGCCGCCGCCGGCTATGGCTTTGCCTATGGTCTTTGGCCGATTGCCTGGATCATCGTCGCCGCCGTGTTTCTCTACAAACTGACCGTCAAGAGCGGCCAGTTCGAAATCATCCGCAGCTCGGTGCTGTCGATTACCGATGACCAACGCCTGCAAGTGTTGCTGATCGGCTTCTGCTTCGGCGCATTCCTGGAAGGTGCCGCCGGTTTCGGCGCTCCCGTCGCGATTACCGCCGCGCTGCTGGTCGGCCTGGGTTTCAACCCGCTCTACGCCGCCGGCCTGTGCCTGATCGCCAACACCGCTCCGGTAGCCTTCGGCGCACTGGGTATTCCGATTATCGTTGCGGGCCAGGTCACCGGGATCGACGCTTTCAAGATCGGCGCCATGACCGGTCGCCAGCTGCCGTTGCTGTCGCTGTTCGTGCCGTTCTGGCTGGTGTTCATGATGGATGGGCTGCGCGGTGTGCGGGAAACCTGGCCGGCCGCCCTGGTAGCGGGCTTGAGTTTCGCCATCACCCAGTACTTCACTTCGAACTTCATCGGCCCGGAACTGCCGGACATCACGTCGGCCCTGGCCAGCCTGGTATCCCTGACGCTGTTCCTGAAAATCTGGCAGCCCAAGCGTACCGCCGGCGCCCAGATTGCCGGTGCAACCTCCAGCGCAGCGATCACCGCCAGCGTCGGCGGTTTCGGCCAGCCGCGCAGCACCGTGGCTTCGCCCTACAGCCTGGGGGAAATCATCAAGGCCTGGTCACCGTTCCTGATCCTGACCGTGCTGGTGACCCTCTGGACCCTGAAGCCCTTCAAGGCGATGTTCGCCGCCGGTGGCTCGATGTATGGCTGGGTGTTCAACTTCGCGATCCCGCACCTGGATCAACTGGTCATCAAGGTCGCCCCTATCGTGATCAACCCCACGGCGATTCCGGCGGTGTTCAAGCTCGATCCGATTTCGGCCACCGGCACGGCGATTTTCTTCTCGGCACTCATCTCGATGATCGTCTTGAAGATCAACTTCAGAACTGGTCTTACCACTTTGAAGGAGACCTTCTACGAACTGCGCTGGCCTATTCTGTCCATCGGCATGGTGCTGGCATTCGCCTTCGTCACCAACTTCTCGGGCATGTCATCAACCATGGCCCTGGTATTGGCCGGAACTGGCGCAGCGTTCCCGTTCTTCTCGCCATTCCTCGGCTGGCTGGGCGTATTCCTGACCGGCTCCGATACTTCCTCCAATGCGCTGTTCGGCTCGCTGCAAGCGACGACCGCGCACCAGATCGGTGTCAACGACACATTGCTCGTGGCAGCCAATACCAGTGGCGGCGTCACCGGCAAAATGATTTCGCCGCAATCGATCGCCGTAGCCTGCGCGGCAACCGGCTTGGTGGGCAAGGAATCGGATCTGTTCCGTTTCACCCTGAAACACAGCCTATTCTTTGCAACGATCGTCGGCTTGATCACGTTGGCCCAGGCCTACTGGTTCACCGGCATGCTGGTTCACTGA MQTWQQLYSPLGSLGLSALAAVIPIVFFFLALAVFRLKGHVAGSITLALAIAVAIFAFQMPADMAFAAAGYGFAYGLWPIAWIIVAAVFLYKLTVKSGQFEIIRSSVLSITDDQRLQVLLIGFCFGAFLEGAAGFGAPVAITAALLVGLGFNPLYAAGLCLIANTAPVAFGALGIPIIVAGQVTGIDAFKIGAMTGRQLPLLSLFVPFWLVFMMDGLRGVRETWPAALVAGLSFAITQYFTSNFIGPELPDITSALASLVSLTLFLKIWQPKRTAGAQIAGATSSAAITASVGGFGQPRSTVASPYSLGEIIKAWSPFLILTVLVTLWTLKPFKAMFAAGGSMYGWVFNFAIPHLDQLVIKVAPIVINPTAIPAVFKLDPISATGTAIFFSALISMIVLKINFRTGLTTLKETFYELRWPILSIGMVLAFAFVTNFSGMSSTMALVLAGTGAAFPFFSPFLGWLGVFLTGSDTSSNALFGSLQATTAHQIGVNDTLLVAANTSGGVTGKMISPQSIAVACAATGLVGKESDLFRFTLKHSLFFATIVGLITLAQAYWFTGMLVH PGPT0001740_28 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLYCOLIC_ACID_TRANSPORT,PGPT0001740-glcA-K02550 NA NA D1-35_01168 768 pdhR COG2186 Pyruvate dehydrogenase complex repressor ATGGGGTTTGATCAGATTCGTCAGCGCCGTTTGTCTGACGATATTGTCGAGCGGCTGGAAGGCATGATCCTCGAGGGCACGTTGAAGTCCGGCGAGCGATTGCCGGCCGAACGGACCCTGGCCGAGCAGTTCGGTGTGTCACGCCCTTCGTTGCGTGAGGCGATCCAGAAGCTGACGGCCAAGGGTTTGCTGATCAGTCGTCAGGGCGGCGGCAACTATGTGGTGGAGTCGCTGGGCTCGACGTTCAGTGATCCGCTGCTTCAGCTCCTGGAAAGCAATCCCGAAGCACAGCGTGATCTATTGGAGTTCCGGCATACCTTGGAGGCGTCCTGCGCTTATTACGCAGCATTGCGGGCTACCGAGGTCGATCGCGAGCGGCTGACAGCGGCGTTCGATGAGTTGCAGGATTGTTACTCGCGTCACGAACAGGTGAGTCGGGCGGAGGAGGGCGCGGCGGATGCGCGCTTTCACCTGGCGATCGCCGAGGCCAGTCATAACGCGGTTTTGCTGCACACCATTCGCGGCTTGTTCGACCTGCTCAAGCGCAACGTGGTGACCAATATCGGCGGCATGTACAAACAGCGCAGCGAGACCCGCGACATGCTGATCAGTCAGCATCGGGAGTTGTATCAAGCCATCATGGATGGTCACGCCGAGTTGGCGCGGGAGGTTTCCAGCCGACATATCCTGTATGTGCAGGAGGTGCTGGAAGAGGTGCGTCAGGAAGTGCAGCGGGTTGCCCGGGCGGAGCGGCGCAAGGGGATGTAG MGFDQIRQRRLSDDIVERLEGMILEGTLKSGERLPAERTLAEQFGVSRPSLREAIQKLTAKGLLISRQGGGNYVVESLGSTFSDPLLQLLESNPEAQRDLLEFRHTLEASCAYYAALRATEVDRERLTAAFDELQDCYSRHEQVSRAEEGAADARFHLAIAEASHNAVLLHTIRGLFDLLKRNVVTNIGGMYKQRSETRDMLISQHRELYQAIMDGHAELAREVSSRHILYVQEVLEEVRQEVQRVARAERRKGM PGPT0018120_202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0018120-lldR-K14348 NA NA D1-35_01169 390 smpB COG0691 SsrA-binding protein ATGGTCCTGGCCGGCTGGGAAGTAAAAAGCTTGCGTGCCGGCAAGGCGCAACTGGTCGACAGTTACGTCCTGCTCAAGGACGGCGAAGCCTGGCTGCTGGGCAGCCACATCACGCCGCTGACCACCGCCAGCACCCACGTCATTGCCGATCCTGTGCGCTCGCGCAAACTGCTGCTCAACAAGCGGGAGCTGGAGAAGCTCTTCGCCTCCGTGCAGCAGAAGGGTTATGCCTGCGTCTGTACCTCGCTGTACTGGAGCAAGCATTTGATCAAGTGCGAAATTGCACTGGGCAAGGGCAAGAAGGAATATGACAAGCGCGACACCGAGCGCGAACGCGATGCCGGGCGCGAGTTGCAGCGCGCGGTGCGTAACAAGGGCAAGGAAGACTAG MVLAGWEVKSLRAGKAQLVDSYVLLKDGEAWLLGSHITPLTTASTHVIADPVRSRKLLLNKRELEKLFASVQQKGYACVCTSLYWSKHLIKCEIALGKGKKEYDKRDTERERDAGRELQRAVRNKGKED PGPT0014355_1055 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 D1-35_01170 1455 hypothetical protein ATGAATCCCGGACAATGCGGCCTCTTTTTTGAACGCTTGGGCGTGATCACGATGTCGACAGACAAGGTTTCTGTCCACGGCAGTTGGGCTAGCCGCTGGGTCTTCATATTCGCTGCGACCGGTTCGGCCGTGGGGCTGGGTAGTATCTGGAAGTTTCCGTACATGGTCGGCGTCTACGGCGGCGGTGCCTTCGTATTGATGTTCCTGGCATGCATCGCCCTGATCGGTGCGCCGGTCATGTTGGCCGAAACACTGATCGGTCGTCGTGCCCGGCAAAGCCCGGCCAATGCCTTGAAGGTGCTGGCGACGGAGGCGGGCCATTCGGCCAGGTGGTCGTGGGGGGCGTTCGCCGGAATGGTCACGGCACTGTTGATTCTTTCTTTCTACAGTGTGGTTGGCGGCTGGTCCCTGGATTACATCATCGATATGGGCCGGGGAGATTTCCAGGGGGCGACGCCCGATCAGGTCGGCGCCTACTTCGGCAACGTGATCGCCGACCCTTGGAGGCTGACACTTTGGCACACGCTTTTCATGGTGCTCTCTGCCGTAGTGATCGCCCGAGGCGTGGTCGCCGGGCTTGAGCGCAGCTTGCGGATCATGATGCCGCTGCTGTTCGTGATGATCCTGGTGCTGCTGGGCTACAGCATGACCACCGGACATTTCATGGAGGGCGTGCATTTCATGTTCGACTTCCAGCCGGAGAAAGTCATGGAAGGGCTGCTGCCGGCCATGGGGCATGCGTTTTTCTCCCTCAGCGTTGGGGTCGGCTCGATCATGATCTACGGCGCCTACATGCCCAAGAACGCCTCGCTGACCAGGACTGTCTTCGGCGTTGCGTTGCTGGATACCTTCGTGTCGCTGCTGGCGGGGGTGGCATTGTTCCCGATTGTATTCGCTGCTGGCCTGAATCCCAGTGAAGGGCCGGGGCTGATGTTCGTCAGCCTGCCTTTCGCCTTCGGCAGCATGCCGTTCGGCCAGGTAATGGGCGTGGTGTTTTTTGTCCTGGTGGCAGTCGCTGCCTGGAGCTCGGCCATTTCCTTGCTCGAGCCGATGGTCGCTTACCTGGTTGAACGAACCCGCCTGAGCCGCGCCTGGGTCACTTTCTGGCTGGCCTTCACCTGCTGGTTCGTAGGATTGGGCACGGTGTTTTCCTTCAATATATGGAAGCAGGCAAAGTTTTTCGTGAACGAAGGCGGTCTGTTCCACCTCTATCAGTGGGGAGCGACCGGAGGGCTGGATTTCTTCGGAGTGATTGATTTCTTCACGTCGCGGATCATGCTGCCTTTGGGCGGATTGTGTTTCGTGGTGTTTGCAGGGTGGATCATGGGGCGTGACGCGGTGCGTGATGAACTGTCGCTGCGCAGCCCGGTGGTGTTCGCCTTGAGTCTGTTCTTGATGCGCTATGTGGCGCCCATCGGCATCCTGGTAGTGTTTGCCGCCCAGCTGTGGAAGTGA MNPGQCGLFFERLGVITMSTDKVSVHGSWASRWVFIFAATGSAVGLGSIWKFPYMVGVYGGGAFVLMFLACIALIGAPVMLAETLIGRRARQSPANALKVLATEAGHSARWSWGAFAGMVTALLILSFYSVVGGWSLDYIIDMGRGDFQGATPDQVGAYFGNVIADPWRLTLWHTLFMVLSAVVIARGVVAGLERSLRIMMPLLFVMILVLLGYSMTTGHFMEGVHFMFDFQPEKVMEGLLPAMGHAFFSLSVGVGSIMIYGAYMPKNASLTRTVFGVALLDTFVSLLAGVALFPIVFAAGLNPSEGPGLMFVSLPFAFGSMPFGQVMGVVFFVLVAVAAWSSAISLLEPMVAYLVERTRLSRAWVTFWLAFTCWFVGLGTVFSFNIWKQAKFFVNEGGLFHLYQWGATGGLDFFGVIDFFTSRIMLPLGGLCFVVFAGWIMGRDAVRDELSLRSPVVFALSLFLMRYVAPIGILVVFAAQLWK PGPT0013950_1196 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308 NA NA D1-35_01171 444 ratA COG2867 Ribosome association toxin RatA ATGACGACACATATTCAACGCTCGGCCTTGTTGCCCTACCCGGCGCAGGCGCTGTACGACCTGGTCAACGATGTGGCGAGTTATCCGGAGTTCTTGCCGTGGTGCTCGTCCGCCGAGGTACTTGAAAGCTCCGAAACCCACATGCGCGCCAGTCTCAATGTGGCCAAAGGCGGATTGAGCCAGCACTTTGTCACGCGTAACACCTTGGTGCCGGGGCAGTCGATCGAAATGAACCTCGAAGAGGGACCGTTCAATCAGCTCCATGGTGTCTGGGTGTTCAAGCCGCTCGGGGAAAAGGCCTGCAAGATCAGCCTGGATCTGTCGTTCGACTACGCGGGGCCAATCGTGCGGGCGACCTTGGGGCCGCTGTTCAACCAGGCGGCCAATACGCTGGTCGATGCGTTCTGCCAACGCGCGAAACAGAACGCCGAGCTCAAGCGTTGA MTTHIQRSALLPYPAQALYDLVNDVASYPEFLPWCSSAEVLESSETHMRASLNVAKGGLSQHFVTRNTLVPGQSIEMNLEEGPFNQLHGVWVFKPLGEKACKISLDLSFDYAGPIVRATLGPLFNQAANTLVDAFCQRAKQNAELKR PGPT0027444_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-RatA-RatB|YfjG-YfjF|RatAB-SsrAS_SYSTEM,PGPT0027444-toxin_ratA|yfjG-na NA NA D1-35_01172 303 hypothetical protein TTGATCGAAATTGAAGTGGTGCATGCCAGCATCGACCGCCAGGTCTTGCGCACATGTTCAGTGCCCGAAGGTACCAGCGTTCGCGCTGCGCTGTTGGCGTCGGGTATTGCCGAGGATTTTCCGGAGCTGGACTTGAGCGCGTGTCCGATCGGTATTTTTGGCAAGGTCGTCGCCGATCCGGATCAGCAAGCGGTGCAAGCTTGTGATCGGCTCGAAATTTATCGACCGCTGCTGGCTGATCCGAAAGAAATTCGTCGTCTGCGAGCGGCCAAGGCTGCCCAGGCGCGTCAGGCGGATCAGTAA MIEIEVVHASIDRQVLRTCSVPEGTSVRAALLASGIAEDFPELDLSACPIGIFGKVVADPDQQAVQACDRLEIYRPLLADPKEIRRLRAAKAAQARQADQ PGPT0027445_768 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-RatA-RatB|YfjG-YfjF|RatAB-SsrAS_SYSTEM,PGPT0027445-antitoxin_ratB|yfjF|pasI-K09801 NA NA D1-35_01173 528 bamE Outer membrane protein assembly factor BamE ATGCAAAACACCAAGCTCTTGCTAACCAGTTTCACCTTCGTGGGACTGCTCGCACTCGCCGGTTGTTCATTCCCCGGGGTTTACAAAATCGACATCCAGCAGGGCAATGTCGTCACGCAGGACATGATAGACCAGTTACGCCCGGGAATGACCCGTCGGCAAGTACGGTTTATCATGGGCAACCCCCTGCTGACCGACACGTTCCATGCCGATCGCTGGGATTACCTGTACAGCCTGCAGCCAGGCGGTGGTGAACGGCAACAGGAACGCATCAGCGTTATCTTCAATGCCAATGACCAACTTGTCAGCCTGTCGGGTGATTTCATGCCTGGTGTGAGCCGCGATGAGGCCATCATGGGCAAGGACAGCGGTACGACTGTCACCGACCCGACCCAGAATGCCGAACAGCCGAAACCGGAAAAACCGGCCAAGCCAGGTTCGTTGCTGGATCAGATCCAGAAGGATGTGGACAACGTCGAGACCGTACCTGTCCCGACGCCCGAGCCTCTGGACACCTCGCCGCAATAA MQNTKLLLTSFTFVGLLALAGCSFPGVYKIDIQQGNVVTQDMIDQLRPGMTRRQVRFIMGNPLLTDTFHADRWDYLYSLQPGGGERQQERISVIFNANDQLVSLSGDFMPGVSRDEAIMGKDSGTTVTDPTQNAEQPKPEKPAKPGSLLDQIQKDVDNVETVPVPTPEPLDTSPQ NA NA NA NA NA D1-35_01174 405 fur COG0735 Ferric uptake regulation protein ATGGTTGAAAATAGCGAACTACGCAAAGCCGGCCTCAAAGTGACCCTGCCAAGGGTCAAGATTCTGCAAATGCTCGATTCCGCCGAGCAACGCCACATGAGTGCCGAAGACGTCTACAAGGCGCTCATGGAAGCTGGCGAGGACGTCGGTCTGGCCACGGTTTACCGTGTATTGACCCAATTCGAGGCGGCGGGACTGGTGGCTCGTCATAATTTTGATGGCGGTCATGCTGTCTTCGAATTGGCGGACGGGGAGCACCATGACCACATGGTGGATGTAGAGACTCGCGAGGTAATCGAGTTCGTCAGTCCTGAAATCGAGAAGCTGCAAAAGGCGATTGCTGACGAGTATGGCTTCGATTTGATCGATCACCATCTCGTCTTGCATGTCCGCAAGCGCAAGTAA MVENSELRKAGLKVTLPRVKILQMLDSAEQRHMSAEDVYKALMEAGEDVGLATVYRVLTQFEAAGLVARHNFDGGHAVFELADGEHHDHMVDVETREVIEFVSPEIEKLQKAIADEYGFDLIDHHLVLHVRKRK PGPT0003880_4952 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711 NA NA D1-35_01175 1674 recN COG0497 DNA repair protein RecN ATGCTGGTGCACCTGTCCGTACACAACTACGCCATCGTCGAACATCTCGACCTCGAACTCGACCGGGGCATGAGCGTGATTACCGGTGAAACCGGCGCTGGCAAATCGATCATGCTCGATGCCCTCGGGCTGACCCTGGGTGATCGTGCCGACAGCGGCGTGGTGCGCCCCGGCGCAGACAAGGCCGACATCCTGGCAACTTTCGACCTGGTCGACATTCCTGAAGCCAGTGCGTGGCTGGCCGAACGGGACCTGGACACCGACGGCCTATGCATCCTGCGCAGGGTCATCACCGCCGAAGGCCGCTCCCGCGGCTATATCAATGGCGCCCCGTGCCCGCTGGGTGATCTGAAAGCACTCGGCGAACTGCTGATCGATATTCACAGCCAGCATGAACACCAGTCCCTGCTCAAGACCGATACCCATCGCCGCCTGCTCGACGAATACGCCGGAGCCACCGACCTGGCCCGTCAGGTTCACCTGGCAGCCCAACGCTGGCGCCAGACCCGGCAGGAGCTGGACCGACTCGCCAATTCCGGCGACGAGCAACGCGCCCGCCACCAACTCTTGAGCTACCAGCTCGAAGAGCTGGAGAACCTGGCCCTGGGTGAAAACGAACTGGAGGAGCTGGAACAGGAACACAAGAACCTGACCAACGCCGAAGCACTGCTGGGCGTCTGCCGCCAGGTAGTCGAACAATGCAGCGAAAGCGACTCGGGCAATGTGCTCAGCGCATTGACGGCGAGCCTGAACCGGCTCTCCAGCGTCAGCAATTCGGTAGGCGCCCTGAGCGAGGCCAGCAACCTGCTGACCAGCGCACAGATCCAGGTCGAGGAAGCCGTCGGGGAACTGAACCGGTTCCTGGATCATTTCGATGCCGACCCCGCGCGCCTGCAATACCTGGAAGAACGCCTGGACACTATCTATACGCTTGCACGCAAGCACCGCGTCCAGCCAACCGAAGTCGTCGAACTGCAGCAACGCCTGCTGGAAGAACTGGAAACCCTGAACGCCAACGACGAATCCATCGAGCGACTCGCAGATGAGCTGGCTTCCTACGCGCGGCATTACCAGGAAAAGGCCAGGGAACTCAGCGAGCTGCGCCGCAAGGCCGCCACCGGCCTGGCCGGTGCCGTGGAGCAGGAAATCCAGCGCCTTGGCATGCCAGGCGGCCGATTTACCATCGAACTGCGCCCCAACGCCGGCGACGAGCTTCAGCCCAATGGCTTGGAACAAGTGGAGCTACTGGTCAGTGCCAACCCCGGGCAACCGCTCAAGGCCCTGGCAAAAGTGGCGTCCGGCGGTGAGTTGTCGCGCATCAGCCTGGCCATCCAGGTCATCACGGCGCAGACATCCCGTGTACCGACATTGGTCTTCGACGAAGTCGACGTGGGCATTGGCGGCCCGACAGCGGAGATCGTCGGTCAATTGCTGCGCAGGCTGGGTGAGCGCGGGCAGGTATTGACGGTGACTCACCTGCCTCAGGTCGCAGCCCAAGGCCATCAGCATTTGTTCGTGCACAAGGTGCGTGGCGAAGACGCGACTCGCACCGCCGTCTCCAAGCTCGACAAGAACGAGCGCGTGGAAGAAGTGGCACGGATGCTGGGAGGCATCGACCTGACCAAGGAATCCCTGGCTCATGCCAAAAAAATGGTGGTTGCGGCAAAAAGCTGA MLVHLSVHNYAIVEHLDLELDRGMSVITGETGAGKSIMLDALGLTLGDRADSGVVRPGADKADILATFDLVDIPEASAWLAERDLDTDGLCILRRVITAEGRSRGYINGAPCPLGDLKALGELLIDIHSQHEHQSLLKTDTHRRLLDEYAGATDLARQVHLAAQRWRQTRQELDRLANSGDEQRARHQLLSYQLEELENLALGENELEELEQEHKNLTNAEALLGVCRQVVEQCSESDSGNVLSALTASLNRLSSVSNSVGALSEASNLLTSAQIQVEEAVGELNRFLDHFDADPARLQYLEERLDTIYTLARKHRVQPTEVVELQQRLLEELETLNANDESIERLADELASYARHYQEKARELSELRRKAATGLAGAVEQEIQRLGMPGGRFTIELRPNAGDELQPNGLEQVELLVSANPGQPLKALAKVASGGELSRISLAIQVITAQTSRVPTLVFDEVDVGIGGPTAEIVGQLLRRLGERGQVLTVTHLPQVAAQGHQHLFVHKVRGEDATRTAVSKLDKNERVEEVARMLGGIDLTKESLAHAKKMVVAAKS NA NA NA NA NA D1-35_01176 567 grpE COG0576 Protein GrpE ATGGCTGACGAACAGACGCAGGATACGCAAAATCTAGACGCCCATCAGGCTCCCCAGGATTCGGGCGAAGACCTGTCGGCTCGTGTACAAGTGCTCGAAGAGCAACTGGCCGGTGCTCAGGATCAGGCGTTGCGCGTAGCAGCCGACCTGCAGAATGTCCGCCGCCGCGCCGAGCAAGACGTGGAAAAGGCCCACAAATTCGCCCTGGAGCGTTTCGCCGGCGACCTGCTGCCGATCATCGACAGCCTGGAGCGCGGCCTGGAGCTGTCCAACCCGGACGACGAGAACATCCGTCCGATGCGTGAAGGCATCGAGCTGACGCTGAAAATGTTCCAGGACACCCTCAAGCGTTATCAGCTCGAAGCGATCGATCCCCACGGTGAACCCTTCAACGCCGAGCACCACCAGGCCATGGCGATGCAGGAAAGTGCCGACGTCGAGCCGAACAGCGTGCTGAAAGTATTCCAGAAGGGCTACCTGCTCAACGGCCGCTTGCTGCGCCCGGCCATGGTTGTGGTCAGCAAGGCGCCAGCGCCGGTTTCGCCTTCTATCGATGAGCAGGCTTGA MADEQTQDTQNLDAHQAPQDSGEDLSARVQVLEEQLAGAQDQALRVAADLQNVRRRAEQDVEKAHKFALERFAGDLLPIIDSLERGLELSNPDDENIRPMREGIELTLKMFQDTLKRYQLEAIDPHGEPFNAEHHQAMAMQESADVEPNSVLKVFQKGYLLNGRLLRPAMVVVSKAPAPVSPSIDEQA PGPT0014650_4753 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687 NA NA D1-35_01177 1917 dnaK_1 COG0443 Chaperone protein DnaK ATGGGCAAGATTATCGGTATCGACCTGGGGACCACCAACTCGTGCGTCTCCGTGCTGGAAAACGGCAAGGCCAAAGTCATCGAGAATGCTGAAGGCGCGCGTACCACGCCGTCGATCATCGCTTACGCCAACGATGGCGAGATCCTGGTGGGCCAGTCCGCCAAGCGTCAGGCTGTGACCAATCCGCATAACACCCTGTACGCGGTGAAGCGTCTGATCGGCCGCAAGTTCGACGAAGAAGTCGTGCAGAAAGACATCAAGATGGTGCCGTACAAAATCGCCAAGGCTGACAACGGCGACGCATGGGTTGAAGTGAACGGCCAGAAAATGGCGCCGCCACAGATCTCGGCTGAAATCCTGAAGAAAATGAAGAAAACCGCCGAAGACTACCTCGGCGAGCCAGTGACTGAAGCGGTCATTACCGTTCCTGCGTACTTCAACGACAGCCAGCGCCAGGCGACCAAAGACGCCGGCCGCATCGCTGGCCTGGACGTGAAACGTATCATCAACGAACCAACCGCAGCCGCTCTGGCCTACGGTATGGACAAGGCCAAGGGCGATCACACCGTGATCGTTTATGACCTGGGTGGCGGTACTTTCGACGTTTCCGTGATCGAAATCGCCGAAGTCGATGGCGAGCACCAGTTCGAAGTATTGGCAACCAACGGCGATACATTCCTGGGTGGTGAAGACTTCGACATCCGCCTGATCGACTACCTCGTCGATGAGTTCAAGAAAGAAAGCGGCATGAACCTCAAGGGTGACCCGCTGGCCATGCAGCGTCTGAAGGAGGCCGCTGAGAAAGCCAAGATCGAACTGTCCTCGAGCCAGTCGACCGACGTGAACCTGCCGTACATCACCGCAGACGCTACCGGTCCGAAGCACCTGAACGTGAAAATCTCCCGCGCCAAGCTCGAAGCGCTGGTGGAAGACCTGGTTCAGCGCACCATCGAACCTTGCCGCATTGCGATGAAGGATGCCGGTATCGACGTTGGCTCGATCAACGACGTGATCCTGGTCGGCGGCCAGACCCGTATGCCGCTGGTCCAGAAGCTGGTAACCGATTTCTTCGGTAAAGAAGCACGCAAGGACGTGAACCCGGACGAAGCCGTTGCCATGGGTGCTGCCATCCAGGGTGCCGTTCTGGCCGGCGACGTGAAAGACGTTCTGCTGCTCGACGTCAGCCCGCTGACCCTGGGTATCGAAACCATGGGTGGCGTGATGACCGCGCTGATCGAGAAAAACACCACGATTCCTACCAAGAAATCCCAGGTGTTCTCGACGGCCGACGACAACCAGAGCGCCGTGACCATCCACGTGCTGCAAGGTGAGCGTAAGCAAGCGGCCCAGAACAAGTCCCTGGGCAAGTTCGACCTGGCCGAGATTCCACCGGCGCCACGCGGTGTGCCACAAATCGAAGTGACCTTCGACATCGACGCCAACGGCATCCTGCACGTCGGCGCGAAAGACAAGGCCACCGGCAAGACCCAGTCAATCGTGATCAAGGCCAACTCCGGTCTGTCCGAGGAAGAAATTCAGCAGATGGTTCGCGACGCTGAAGTCAACGCCGAGGAAGACCGCAAGTTCGAAGAGCTGGCCAGCGCTCGTAACCAGGGCGACGCCTTGGTTCACTCGACCCGCAAGATGGTTGCCGATGCCGGTGACAAAGTGACCGCTGAAGAGAAGACCGCGATCGAAGCCGCCGTGGTTGCCCTTGAAGCTGCCGTCAAAGGCGACGACAAGGCTGCCATCGAAGCGAAGATCGAAGAGCTGTCGAAAGTCTCCGCGCCAGTGGCCCAGAAGATGTATGCCGAGCAGGCCCAGCCAGCTGAAGGTGCTGCGCAGCAAGGCGAATCGGCCGAGAAAGCCGATGACGTGGTCGACGCTGAGTTCGAAGAAGTGAAAGACAACAAGTAA MGKIIGIDLGTTNSCVSVLENGKAKVIENAEGARTTPSIIAYANDGEILVGQSAKRQAVTNPHNTLYAVKRLIGRKFDEEVVQKDIKMVPYKIAKADNGDAWVEVNGQKMAPPQISAEILKKMKKTAEDYLGEPVTEAVITVPAYFNDSQRQATKDAGRIAGLDVKRIINEPTAAALAYGMDKAKGDHTVIVYDLGGGTFDVSVIEIAEVDGEHQFEVLATNGDTFLGGEDFDIRLIDYLVDEFKKESGMNLKGDPLAMQRLKEAAEKAKIELSSSQSTDVNLPYITADATGPKHLNVKISRAKLEALVEDLVQRTIEPCRIAMKDAGIDVGSINDVILVGGQTRMPLVQKLVTDFFGKEARKDVNPDEAVAMGAAIQGAVLAGDVKDVLLLDVSPLTLGIETMGGVMTALIEKNTTIPTKKSQVFSTADDNQSAVTIHVLQGERKQAAQNKSLGKFDLAEIPPAPRGVPQIEVTFDIDANGILHVGAKDKATGKTQSIVIKANSGLSEEEIQQMVRDAEVNAEEDRKFEELASARNQGDALVHSTRKMVADAGDKVTAEEKTAIEAAVVALEAAVKGDDKAAIEAKIEELSKVSAPVAQKMYAEQAQPAEGAAQQGESAEKADDVVDAEFEEVKDNK PGPT0014555_2896 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043 NA NA D1-35_01179 1125 dnaJ COG0484 Chaperone protein DnaJ ATGGCGAAGCGTGATTTTTACGAAGTATTGGGTGTCGAGCGGGGAGCCAGCGAGGCAGAGCTGAAAAAGGCTTACCGTCGCCTGGCGATGAAGCACCACCCAGACCGTAATCCCGGCGATAAAGCGTCGGAAGAGATGTTCAAGGAAGCCAACGAGGCTTACGAAGTTCTGTCCGATTCCAGCAAGCGCGCGGCCTACGACCAATACGGGCATGCCGGTGTCGACCCGAGCATGGGTGGTGGCGGTGCCGGTTTCGGCGGCCAGAACTTCTCCGATATCTTCGGTGATGTGTTCAGTGATTTTTTTGGCGGCGGTCGCGGCGGCGCCCGTGGTGGTGCCCAGCGTGGCAGCGATTTGCGCTACACGCTGGAGCTGAACCTGGAAGAAGCGGTGCGTGGTACTACCGTGAATATCCGGGTGCCGACGCTGGTCAATTGCAAGCCGTGCGACGGTTCGGGCGCCAAGAAGGGCTCCTCGCCGGTCACCTGCCCGACTTGCGGCGGCATCGGCCAGGTTCGCATGCAGCAGGGCTTCTTCTCGGTCCAGCAGACCTGCCCGCGTTGCCATGGCCAGGGCAAGATCATTTCCGATCCGTGCGACTCCTGCCACGGCGAAGGGCGTGTCGAAGAGTACAAGACGCTGTCGGTCAAAGTGCCGGCCGGTGTCGATACCGGCGACCGCATTCGTCTGTCCGGCGAAGGCGAGGCGGGTGCCCAGGGCGGCCCGACCGGCGATCTGTATGTAGTAATCAACGTGCGCGAGCACGCGATCTTCCAGCGTGATGGCAAGCATCTGTTCTGCGAAGTGCCGATCAGTTTTGTTGATGCGGCCTTGGGCGGTGAGCTTGAAATCCCGACCCTTGATGGTCGCGTCAAGCTGAAGATTCCCGAGGGAACTCAAACCGGCAAGCAGTTCCGCATTCGCGGCAAGGGCGTGGCTCCAGTGCGTGGCGGCGGTGCGGGCGACCTGATGTGCCGCGTCGCGGTAGAGACACCGGTCAACCTGAGCCGGCGCCAGCGGGAGCTGTTGGAAGAGTTCCGCAGTTCCCTGGCGGATGACAACAGCCACTCGCCGAAAACCACCGGTTGGTTCGAAGGTGTGAAGCGCTTCTTCGGCGATCTGTAA MAKRDFYEVLGVERGASEAELKKAYRRLAMKHHPDRNPGDKASEEMFKEANEAYEVLSDSSKRAAYDQYGHAGVDPSMGGGGAGFGGQNFSDIFGDVFSDFFGGGRGGARGGAQRGSDLRYTLELNLEEAVRGTTVNIRVPTLVNCKPCDGSGAKKGSSPVTCPTCGGIGQVRMQQGFFSVQQTCPRCHGQGKIISDPCDSCHGEGRVEEYKTLSVKVPAGVDTGDRIRLSGEGEAGAQGGPTGDLYVVINVREHAIFQRDGKHLFCEVPISFVDAALGGELEIPTLDGRVKLKIPEGTQTGKQFRIRGKGVAPVRGGGAGDLMCRVAVETPVNLSRRQRELLEEFRSSLADDNSHSPKTTGWFEGVKRFFGDL PGPT0014545_4854 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686 NA NA D1-35_01180 807 dapB COG0289 4-hydroxy-tetrahydrodipicolinate reductase ATGCGACGTATAGCTGTGATGGGCGCCGCGGGGCGTATGGGCAAGGCGCTGGTCGAGGCGGTGCAGCACCGCTCGCCGCTCTCTGGCCTGACGGCCGCCATCGTCCGGCCCGACAGTACGCTGGTGGGCGCCGATGCTGGCGAGCTGGCCTCGATCGGACGTATCGGCGTGCCAATGTCCGGTGGGCTGGAAAAGGTACTCGATGAATTTGACGTCCTGATCGACTTCACCCTGCCGGAAGTCATGCTGAAAAACCTCGCCACCTGCCGCAAGGCCGGCAAGGCCATGGTCATCGGCACGACCGGCCTGGACGCCGCGCAGAAGCAATTGTTGGCCGATGCCGGCAAGGACATACCGATCGTGTTCGCGGCGAACTTCAGCGTGGGCGTGAATCTCTCGCTCAAGCTGCTGGACCTGACGGCGCGGGTGTTGGGTGATGATGCGGATATCGAAATCATCGAGGCGCATCACCGTCACAAGATCGATGCGCCTTCGGGAACAGCCTTGCGCATGGGGGAAGTGATTGCCGATGCGCTGGGTCGTGACCTGCAGGAAGTGGCCGTGTATGGGCGCCAGGGGCACACCGGTGCGCGTGAGCGAGACACCATCGGTTTCGCGACCGTGCGTGGTGGCGACGTGGTAGGTGATCACACGGTGCTGTTCGCCACCGAGGGTGAGCGCCTGGAGATTACGCACAAGGCATCGAGTCGGATGACTTTCGCCAAGGGCGCCGTGCGTGCCGCGCTGTGGCTGGATGGTCGCGAGCCCGGCTTGTACGACATGCAGGACGTTCTCGACCTGCGTTGA MRRIAVMGAAGRMGKALVEAVQHRSPLSGLTAAIVRPDSTLVGADAGELASIGRIGVPMSGGLEKVLDEFDVLIDFTLPEVMLKNLATCRKAGKAMVIGTTGLDAAQKQLLADAGKDIPIVFAANFSVGVNLSLKLLDLTARVLGDDADIEIIEAHHRHKIDAPSGTALRMGEVIADALGRDLQEVAVYGRQGHTGARERDTIGFATVRGGDVVGDHTVLFATEGERLEITHKASSRMTFAKGAVRAALWLDGREPGLYDMQDVLDLR NA NA NA NA NA D1-35_01182 1137 carA COG0505 Carbamoyl-phosphate synthase small chain TTGACTAAGCCAGCCATACTCGCCCTTGCTGATGGCAGCATTTTTCGCGGCGAAGCCATTGGAGCCGACGGTCAGACCGTTGGTGAGGTGGTGTTTAACACCGCAATGACCGGCTATCAGGAAATTCTTACCGATCCTTCCTACGCCCAGCAAATCGTTACCCTGACTTACCCGCACATTGGCAATACCGGCACCACGCCGGAAGATGCCGAGTCCGATCGTGTCTGGTCCGCTGGCCTGGTCATCCGCGACCTGCCGCTGGTAGCGAGCAACTGGCGTAACAAGATGTCCCTGTCCGACTACCTGAAAGCCAACAACGTCGTGGCGATCGCCGGTATCGACACCCGCCGCCTGACCCGCATCCTGCGGGAAAAAGGCGCGCAGAACGGCTGCATCATGGCCGGTGACAATATTTCCGACGAGGCCGCCATTGCCGCTGCCCAGGGTTTCCCAGGCCTCAAGGGCATGGACCTGGCGAAAGTCGTCAGCACCAAGAAACAGTACGAGTGGCGCTCCTCGGTCTGGGACTTGAAAACCGATAGCCACGCGACGATCGAGGCTTCCGAACTGCCGTATCACGTGGTCGCCTACGATTACGGCGTCAAGCTGAACATCTTGCGCATGCTGGTCGCGCGCGGTTGCCGCGTCACCGTAGTGCCGGCCCAGACCCCGGCGGCTGACGTCCTGGCCCTCAAGCCCGACGGCGTGTTCCTGTCCAACGGTCCGGGTGACCCGGAGCCATGCGACTACGCGATCCAGGCGATCAAGGACGTGCTGGAAACCGAGATCCCGGTATTCGGTATCTGCCTGGGGCACCAGTTGCTGGCCCTGGCTTCGGGCGCCAAGACCCTGAAAATGGGCCACGGCCACCACGGTGCCAACCACCCGGTCCAGGACCTGGATACCGGTGTCGTCATGATCACCAGCCAGAACCACGGTTTTGCGGTTGACGAGGCGACCCTGCCGGCCAACGTACGGGCCATCCACAAGTCGCTGTTCGACGGCACGCTGCAAGGCATCGAGCGTACCGACAAGAGCGCGTTCAGCTTCCAGGGCCACCCTGAGGCGAGCCCGGGCCCGAACGATGTGGCGCCGCTGTTCGATCGCTTCATCAATGAGATGGCCAAGCGACGCTGA MTKPAILALADGSIFRGEAIGADGQTVGEVVFNTAMTGYQEILTDPSYAQQIVTLTYPHIGNTGTTPEDAESDRVWSAGLVIRDLPLVASNWRNKMSLSDYLKANNVVAIAGIDTRRLTRILREKGAQNGCIMAGDNISDEAAIAAAQGFPGLKGMDLAKVVSTKKQYEWRSSVWDLKTDSHATIEASELPYHVVAYDYGVKLNILRMLVARGCRVTVVPAQTPAADVLALKPDGVFLSNGPGDPEPCDYAIQAIKDVLETEIPVFGICLGHQLLALASGAKTLKMGHGHHGANHPVQDLDTGVVMITSQNHGFAVDEATLPANVRAIHKSLFDGTLQGIERTDKSAFSFQGHPEASPGPNDVAPLFDRFINEMAKRR PGPT0021155_2770 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956 NA NA D1-35_01183 3222 carB_1 COG0458 Carbamoyl-phosphate synthase large chain ATGCCAAAACGTACAGACATAAAAAGCATCCTGATTCTCGGCGCTGGCCCGATCGTGATCGGCCAGGCCTGCGAATTCGACTACTCCGGCGCCCAGGCTTGCAAGGCCCTGCGCGAGGAGGGTTATCGCGTCATCCTGGTGAACTCCAACCCGGCCACCATCATGACCGACCCGTCGATGGCCGACGCCACCTACATCGAACCGATCAAATGGCAGACCGTTGCCAAGATCATCGAGAAGGAGCGCCCGGACGCATTGCTGCCGACCATGGGTGGCCAGACCGCACTGAACTGCGCTCTGGACCTGGAGCGCGAAGGCGTCCTGGAGAAGTTCGGTGTGGAAATGATCGGCGCCAATGCCGACACCATCGACAAGGCCGAAGATCGTTCGCGCTTCGACAAGGCGATGAAATCCATCGGCCTGGACTGCCCACGTTCGGGCATCGCCCACAGCATGGAAGAAGCCAACGCCGTGCTGGAACGCCTCGGCTTCCCTTGCATCATCCGTCCTTCCTTCACCATGGGCGGCACGGGTGGTGGCATCGCCTACAACCGTGAAGAATTTGAAGAAATCTGCGCCCGTGGCCTGGACCTGTCGCCAACCAAGGAACTGCTGATCGACGAGTCCCTGATCGGTTGGAAAGAATACGAAATGGAAGTTGTCCGGGACAAAAAGGACAACTGCATCATCGTTTGCTCCATCGAAAACTTCGACCCGATGGGCGTGCACACCGGCGACTCGATCACCGTTGCGCCGGCCCAGACCCTGACCGACAAGGAATATCAGATCCTGCGTAACGCCTCCCTGGCGGTACTGCGCGAGATCGGCGTGGAAACCGGTGGCTCCAACGTCCAGTTCGGCATCTGCCCGAACACTGGCCGCATGGTGGTCATCGAGATGAACCCGCGCGTATCCCGTTCGTCGGCCCTGGCCTCGAAGGCCACCGGTTTCCCGATCGCCAAGGTCGCCGCCAAGCTGGCCGTCGGCTACACCCTGGACGAACTGTCGAACGACATCACCGGCGGCAAGACTCCGGCGTCCTTCGAGCCGTCCATCGACTACGTGGTGACCAAGCTGCCGCGTTTCGCCTTCGAAAAATTCGCCAAGGCTGACGCGCGCCTGACCACCCAGATGAAATCGGTGGGTGAAGTCATGGCCATCGGCCGGACTTTCCAGGAATCCCTGCAAAAAGCCCTTCGTGGCCTGGAAGTGGGTGTCTGCGGCCTCGATCCGAAGCTGGACCTGAGCAAGCCGGAAAGCATGAGCGAGCTCAAGCGCGAGCTGACCGTGCCGGGCGCCGAGCGTATCTGGTACGTGGCGGATGCCTTCCGCGCCGGCATGACTGTCGAGCAGATTTTCGACATGAACATGATCGACCCTTGGTTCCTGGTGCAGATCGAAGATCTGATCAAGGAAGAAGAGAAGGTCAAGACCATGGGCATGTCCAGCATCGATCGCAACACGATGCTGGGTCTCAAGCGCAAGGGCTTCTCCGACATGCGCCTGGCCAAGCTGCTGGGTGTCACCGAAAAGAGCCTGCGCACTCACCGCCACAAGCTGGAAGTCTTCCCGGTCTACAAGCGTGTCGACACCTGCGCGGCCGAGTTCGCCACCGACACTGCCTACCTGTACTCCACGTACGAAGAAGAGTGCGAAGCCGCGCCTTCGACCCGGGACAAGATCATGATCCTGGGCGGCGGTCCGAACCGGATCGGCCAGGGCATCGAGTTCGACTACTGCTGCGTCCACGCGGCACTGGCGCTGCGCGACGATGGTTACGAAACCATCATGGTCAACTGCAACCCAGAGACCGTTTCCACCGACTACGACACCTCTGATCGCCTGTACTTCGAGCCAGTGACCCTGGAGGACGTGCTGGAAATCGTCCGTGTCGAGAAGCCAAAAGGCGTGATCGTCCAGTACGGCGGGCAGACCCCTCTGAAACTGGCCCGCGCCCTCGAAGCCGCCGGCGTGCCGATCATCGGCACCAGCCCGGATGCCATCGACCGCGCCGAAGACCGCGAGCGCTTCCAGCAGATGGTCGAGCGCCTGAACCTGCGCCAGCCACCAAACGCCACCGTGCGCAGCGAAGACGAAGCGATTCGTGCAGCGGCGAAGATCGGTTATCCACTGGTGGTGCGCCCGTCCTACGTACTGGGCGGTCGTGCGATGGAAATCGTTTACCAGGAAGACGAACTCAAGCGCTACCTGCGCGAAGCGGTCCAGGTGTCCAATGACAGCCCGGTTCTGCTCGACCACTTCCTCAACTGCGCCATCGAAATGGACGTGGACGCGGTCTGCGACGGCAAGGATGTCGTGATCGGCGCAATCATGCAGCACATCGAGCAGGCAGGCGTTCACTCCGGTGACTCCGCCTGTTCGCTGCCGCCGTATTCGTTGCCGGCTCACATCCAGGACGAGATGCGTGAACAGGTCAAGAAAATGGCCCTGGAGCTCGGGGTTGTCGGCCTGATGAACGTGCAGCTGGCGCTTCAGGGCGAAGACATCTATGTCATCGAAGTCAACCCGCGCGCCTCCCGGACCGTACCGTTCGTGTCCAAGTGCATCGGTGTTTCCCTTGCGATGATCGCTGCTCGCGTGATGGCCGGTAAAACCTTGGCGGAGCTGAACTTTACCAAGGAAATCATCCCGAACTTCTACAGTGTGAAAGAGGCGGTGTTCCCATTCGCCAAATTCCCTGGCGTTGACCCGATCCTCGGCCCGGAAATGAAATCCACCGGTGAAGTGATGGGCGTTGGCGACACCTTCGGCGAGGCCTTTGCCAAGGCCCAGATGGGCGCCAGCGAAGTCCTGCCAACGGGCGGCACGGCGTTCATCAGCGTGCGTGATGACGACAAGCCACTGGTTGCGGGCGTGGCCCGTGATCTGATCAACTTGGGTTTCGAAGTGGTCGCCACTGCCGGTACCGCCAAGCTGATCGAGGCGGCGGGCCTGAAAGTGCGCCGCGTGAACAAGGTGACCGAGGGTCGTCCGCACGTGGTCGACATGATCAAGAATGACGAAGTCACGCTGATCATCAACACCACCGAAGGCCGTCAATCGATCGCCGATTCCTATTCCATTCGTCGCAATGCGCTGCAGCATAAGATCTACTGCACCACGACTATTGCTGCCGGCGAAGCGATCTGCGAAGCGCTCAAGTTCGGACCCGAGAAGACCGTACGTCGCTTGCAGGATCTACATGCAGGATTGAAGGCATGA MPKRTDIKSILILGAGPIVIGQACEFDYSGAQACKALREEGYRVILVNSNPATIMTDPSMADATYIEPIKWQTVAKIIEKERPDALLPTMGGQTALNCALDLEREGVLEKFGVEMIGANADTIDKAEDRSRFDKAMKSIGLDCPRSGIAHSMEEANAVLERLGFPCIIRPSFTMGGTGGGIAYNREEFEEICARGLDLSPTKELLIDESLIGWKEYEMEVVRDKKDNCIIVCSIENFDPMGVHTGDSITVAPAQTLTDKEYQILRNASLAVLREIGVETGGSNVQFGICPNTGRMVVIEMNPRVSRSSALASKATGFPIAKVAAKLAVGYTLDELSNDITGGKTPASFEPSIDYVVTKLPRFAFEKFAKADARLTTQMKSVGEVMAIGRTFQESLQKALRGLEVGVCGLDPKLDLSKPESMSELKRELTVPGAERIWYVADAFRAGMTVEQIFDMNMIDPWFLVQIEDLIKEEEKVKTMGMSSIDRNTMLGLKRKGFSDMRLAKLLGVTEKSLRTHRHKLEVFPVYKRVDTCAAEFATDTAYLYSTYEEECEAAPSTRDKIMILGGGPNRIGQGIEFDYCCVHAALALRDDGYETIMVNCNPETVSTDYDTSDRLYFEPVTLEDVLEIVRVEKPKGVIVQYGGQTPLKLARALEAAGVPIIGTSPDAIDRAEDRERFQQMVERLNLRQPPNATVRSEDEAIRAAAKIGYPLVVRPSYVLGGRAMEIVYQEDELKRYLREAVQVSNDSPVLLDHFLNCAIEMDVDAVCDGKDVVIGAIMQHIEQAGVHSGDSACSLPPYSLPAHIQDEMREQVKKMALELGVVGLMNVQLALQGEDIYVIEVNPRASRTVPFVSKCIGVSLAMIAARVMAGKTLAELNFTKEIIPNFYSVKEAVFPFAKFPGVDPILGPEMKSTGEVMGVGDTFGEAFAKAQMGASEVLPTGGTAFISVRDDDKPLVAGVARDLINLGFEVVATAGTAKLIEAAGLKVRRVNKVTEGRPHVVDMIKNDEVTLIINTTEGRQSIADSYSIRRNALQHKIYCTTTIAAGEAICEALKFGPEKTVRRLQDLHAGLKA PGPT0021150_3562 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955 NA NA D1-35_01184 483 greA COG0782 Transcription elongation factor GreA ATGAGCATAACCAAGTACCCGATGACTGTTCAGGGCGCGAAGGCCCTGGAGGAAGAGCACGCTTTCCTGACCAAGGTCGAGCGCCCGCGCTTGAGCCAGGCGATCGGTGAAGCCCGTGAACTGGGCGACCTGAAGGAAAACGCCGAATACCACGCTGCCCGAGAGGAGCAGGGCATGGTCGAGGCGCGTGTCCGTGACATCGAAGGCCGCATGCAGAATGCGGTGATCATCGACGTCACGACGATTCCGCACACTGGCAAAGTGATTTTCGGCACTACCGTGGAAATCGCCAACGTCGAGACTGATGAAAGCGTCACTTACCAGATCGTTGGCGAGGACGAGGCGGACATCAAGCTCGGCAAGATTTCAGTCGGCTCGCCTATCGCCCGCGCCTTGATTGCCAAGGAAGAGGGTGATGTGGTTGCCGTGAAGACACCTGGCGGTGTCATTGAGTACGAGATTGTCGAAGTCCGTCATATCTGA MSITKYPMTVQGAKALEEEHAFLTKVERPRLSQAIGEARELGDLKENAEYHAAREEQGMVEARVRDIEGRMQNAVIIDVTTIPHTGKVIFGTTVEIANVETDESVTYQIVGEDEADIKLGKISVGSPIARALIAKEEGDVVAVKTPGGVIEYEIVEVRHI PGPT0030495_1175 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSCRIPTIONAL_CONTROL PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624 D1-35_01185 405 hypothetical protein ATGATCTGGCAGCTCACCCAGATGTTATGGGTGGGCGGCGTCTGGTTGTTGCATATCGGTCTGCTGCCGGTGCTGGGTCGGATTGGCCTGGCACCGCTGCTCATCAATGAAATCGCGGGTATGCTGACGGCGCTGCTGGTGGGCTTTTCAGCAGTGTGCGTGATATTCCAGGCTTTGGTGCTGGTTCAGGCCGAGGGTCTTGGCAGTCTATGGCGCGACATTCGTGGGCAATTGCTGCTCATGGCCTTGTACGCTTGCGGGATGTTCCTGGCGGTGCGTCTCGGCTGGCCGGAGGCGAGCCAATGGCAGGTATTCAGCTATCTGGTGCTGGGTTTTTCCGGCCTGGTGCTGGTGTTGCAGCCGGTTCCCGGATGGAGCGGCAGGGTGCGCGAAGCACACCCTTGA MIWQLTQMLWVGGVWLLHIGLLPVLGRIGLAPLLINEIAGMLTALLVGFSAVCVIFQALVLVQAEGLGSLWRDIRGQLLLMALYACGMFLAVRLGWPEASQWQVFSYLVLGFSGLVLVLQPVPGWSGRVREAHP NA NA NA NA NA D1-35_01186 309 yhbY COG1534 RNA-binding protein YhbY ATGCCGCTCACTCAAGAGCAGAAGAAACAATACAAATCCATCGGCCACCATCTGAAACCGGTTTTGACTGTGGCTGACAACGGTTTGACTGAAGGTGTCCTCGCTGAACTGGAACGCGCCCTCGGCGATCACGAGCTGATCAAGATCAAGCTCAACATCCTCGACCGCGAAGCCCGCCTGGCTGCCGTTGCCGAGCTGTGCAAGGTCGGCAAGGCTGACCTGGTCCAGGTCATCGGCAAGATGGCGCTGATTTATCGCAAGAATTTCAGCGTCAACAAGCAACTGTCGAACGTTCACCGCTTCAAATGA MPLTQEQKKQYKSIGHHLKPVLTVADNGLTEGVLAELERALGDHELIKIKLNILDREARLAAVAELCKVGKADLVQVIGKMALIYRKNFSVNKQLSNVHRFK NA NA NA NA NA D1-35_01187 651 rlmE COG0293 Ribosomal RNA large subunit methyltransferase E GTGGCCCGTTCCAAGACTAGCCAGAACTGGCTCAGAGAGCATTTCAACGATCCGTACGTCAAAATGGCGCAAAAAGACGGTTATCGCTCGCGCGCCAGCTATAAATTGCTGGAGATCCAGGAGAAGGATCGCCTGATTCGTCCTGGCATGACCGTGATCGACCTCGGTGCGGCGCCGGGTGGCTGGTCGCAGGTGACCAGTCGTCTGATTGGCGGCCAGGGGCGATTGATCGCTTCAGACATCCTGGAAATGGACAGCATCCCTGACGTGACCTTTATTCAGGGTGATTTCACCGAGGACGCCGTATTGGCGCAAATCCTCGAGGCCGTCGGAAATACGCAAGTCGACCTTGTGATTTCCGATATGGCCCCCAATATGAGTGGATTGGCGGCTGTCGACATGCCTCGTGCAATGTTCCTCAGCGAGCTGGCCCTTGATCTGGCGGGGCGGGTTCTGCGTCCGGGTGGTGATTTCCTGATCAAAGTCTTCCAGGGTGAAGGCTTCGATGAATACCACAAGGGCATGCGCAAATTGTTCGACAAGGTGCAGATGCGCAAGCCTTTGTCGTCCCGCGACCGCTCTCGCGAGCAGTATCTGCTGGCGCGAGGGTTTCGCGGAATCGAAGGCGCTTCCAGTGATGAGCGGCTTTGA MARSKTSQNWLREHFNDPYVKMAQKDGYRSRASYKLLEIQEKDRLIRPGMTVIDLGAAPGGWSQVTSRLIGGQGRLIASDILEMDSIPDVTFIQGDFTEDAVLAQILEAVGNTQVDLVISDMAPNMSGLAAVDMPRAMFLSELALDLAGRVLRPGGDFLIKVFQGEGFDEYHKGMRKLFDKVQMRKPLSSRDRSREQYLLARGFRGIEGASSDERL NA NA NA NA NA D1-35_01188 1923 ftsH COG0465 ATP-dependent zinc metalloprotease FtsH TTGAACGATATGGCAAAGAATCTGATCCTGTGGTTGATCATCGCCGCTGTCCTTGTGACCGTGATGAACAACTTCTCCAGCCCTAACGAGCCGCAGACCCTCAACTATTCCGATTTCCTCCAGCAGGTCAAGGAAGGCAAGGTCGAGCGCGTAGCCGTTGATGGTTATGTGATTACCGGCAAGCGCAGCGATGGCGACAGCTTCAAGACCATTCGTCCGGCGATCCAGGACAATGGTCTGATCGGCGACCTGGTGGACAATCACGTCGTGATCGAAGGCAAGCAGCCTGAGCAGCAAAGTATCTGGACCCAGCTCCTGGTCGCGAGCTTCCCGATCCTGGTGATCATCGCGGTGTTCATGTTCTTCATGCGCCAGATGCAGGGCGGGGCTGGAGGGAAGGGCGGGCCGATGAGTTTCGGCAAGAGCAAGGCCCGACTATTGTCCGAAGATCAGGTCAAGACCACCCTGGCTGACGTCGCCGGTTGCGATGAAGCCAAGGAAGAGGTCGGCGAGCTGGTTGAATTCCTGCGTGATCCGGGCAAGTTCCAGCGCCTGGGCGGACGCATTCCCCGCGGCGTACTGATGGTGGGGCCACCTGGTACCGGTAAAACCTTGCTCGCCAAGGCAATCGCCGGCGAAGCCAAGGTTCCGTTCTTCACCATTTCCGGTTCCGATTTCGTCGAGATGTTTGTCGGCGTCGGTGCCAGCCGTGTTCGCGACATGTTCGAACAGGCGAAAAAGCACGCGCCATGCATCATCTTCATCGACGAGATCGACGCCGTTGGTCGCCACCGTGGTGCCGGCATGGGCGGCGGTCACGATGAGCGCGAGCAGACCCTCAACCAATTGCTGGTCGAGATGGACGGTTTCGAGATGAATGACGGCATCATCGTGATCGCCGCCACCAACCGTCCTGACGTGCTCGACCCTGCGCTGCTGCGTCCAGGTCGTTTTGACCGTCAGGTCGTGGTGGGGCTGCCGGACATTCGTGGTCGCGAGCAGATCCTGAAGGTTCACATGCGCAAGGTGCCAATGGGGGATGACGTTGCTCCGGCCGTCATCGCTCGCGGCACACCGGGTTTCTCCGGTGCTGACCTGGCGAACCTGGTAAACGAAGCGTCGCTGTTTGCTGCTCGTTCCGGCAAGCGTGTCGTGGAAATGAAGGAGTTCGAACTCGCCAAGGACAAGATCATGATGGGCGCCGAGCGCAAATCCATGGTCATGTCGGAAAAGGAAAAGCAGAACACCGCTTACCACGAGGCAGGACATGCCATCGTCGGTCGTGTCGTGCCTGAGCATGATCCGGTGTACAAGGTTTCGATCATTCCGCGCGGTCGTGCGCTGGGTGTGACGATGTTCCTGCCGGAAGAGGACCGTTACAGCCTGTCCAAGCGCGCGCTGATCAGCCAGATCTGTTCGCTGTACGGTGGCCGTATCGCCGAGGAAATGACGTTGGGCTTTGACGGCGTGACGACAGGTGCCTCCAACGACATCATGCGCGCAAGCCAGATTGCCCGGAACATGGTTACCAAGTGGGGCTTGTCCGAAAAGCTTGGTCCGTTGATGTATGCCGAGGAAGAGGGCGAAGTGTTCCTGGGTCGCGGCGGCGGTGGCCAGCATGCAAGCTTCTCTGGTGAGACGGCCAAGCTGATCGACTCGGAAGTTCGCAGCATCATTGACCAGTGCTACGGCACGGCCAAGCAGATCCTTACGGACAACCGCGACAAACTGGACGCGATGGCTGACGCACTGATGAAATATGAAACCATCGATGCTGAGCAGATCGACGACATCATGGCCGGCCGCACACCTCGTGAGCCTCGTGACTGGTCCGGTGGTGGCACGGGTACCTCCGGTACGCCGCCAGCGGTACAGGGTGAGCGTCCCGAGACGCCCATCGGTGGTCCGGCCGCCGACGTCTAA MNDMAKNLILWLIIAAVLVTVMNNFSSPNEPQTLNYSDFLQQVKEGKVERVAVDGYVITGKRSDGDSFKTIRPAIQDNGLIGDLVDNHVVIEGKQPEQQSIWTQLLVASFPILVIIAVFMFFMRQMQGGAGGKGGPMSFGKSKARLLSEDQVKTTLADVAGCDEAKEEVGELVEFLRDPGKFQRLGGRIPRGVLMVGPPGTGKTLLAKAIAGEAKVPFFTISGSDFVEMFVGVGASRVRDMFEQAKKHAPCIIFIDEIDAVGRHRGAGMGGGHDEREQTLNQLLVEMDGFEMNDGIIVIAATNRPDVLDPALLRPGRFDRQVVVGLPDIRGREQILKVHMRKVPMGDDVAPAVIARGTPGFSGADLANLVNEASLFAARSGKRVVEMKEFELAKDKIMMGAERKSMVMSEKEKQNTAYHEAGHAIVGRVVPEHDPVYKVSIIPRGRALGVTMFLPEEDRYSLSKRALISQICSLYGGRIAEEMTLGFDGVTTGASNDIMRASQIARNMVTKWGLSEKLGPLMYAEEEGEVFLGRGGGGQHASFSGETAKLIDSEVRSIIDQCYGTAKQILTDNRDKLDAMADALMKYETIDAEQIDDIMAGRTPREPRDWSGGGTGTSGTPPAVQGERPETPIGGPAADV NA NA NA NA NA D1-35_01189 852 folP COG0294 Dihydropteroate synthase ATGACTTCTGTTCAGTCCTCTAACCGGTTGCCTTGCGGCAACCGGTTTCTTGATTTGGCCCGTGCGCACGTCATGGGCATTCTTAATGTCACTCCCGATTCCTTTTCCGATGGTGGAAGATTCTGCCAGCTCGACGCTGCATTGCGGCATGCCGAGGCCATGGTGGCAGCGGGCGCAACGCTGATCGATGTCGGCGGTGAATCGACCCGTCCCGGTGCGCGGGCAGTATCACCTACCGAGGAGCTGGAGCGAGTGGCGCCGATTGTCGAGCGTATACACCGCGAGCTTGATGTCATCATTTCGGTTGATACCTCTACGCCAGCGGTCATGCGCGAGGCAGCGCGGCTGGGGGCGGGGCTGATCAATGATGTCCGGTCCTTGCGGCGCGACGGCGCGCTGGACGCCGCGGCGGCAACCGGCTTGCCGGTGTGTCTGATGCATATGCTCGGCGAGCCGGGGACCATGCAGGACGATCCGCACTATGATGATGTGACCAGGGAAGTGGCCGGGTTCCTCGCGGAGCGCCTGGACCAGTGTGCTGCCGTGGGCATCCCTGCCGAGCGGGTCATCCTTGATCCCGGGTTCGGCTTTGCCAAGACCCTGGCTCACAACCTGAGCCTGTTCAAGCATATGGAAGCCTTGCATGCGCTGGGGCGGCCCCTGTTGGTTGGCGTCTCGCGAAAGAGCATGATAGGCAATGCCTTGGGCCGACCGGTGGGTGAGCGCTTGTATGGTGGTCTCGCCCTGGCTGCCTTGGCCCTTACCAAAGGTGCGCGCATTTTGCGCGTGCATGATGTAGCCGAAACGATGGATGTCGTGCGGATGATCGACGCAGTGGATTCAGCCGAATAA MTSVQSSNRLPCGNRFLDLARAHVMGILNVTPDSFSDGGRFCQLDAALRHAEAMVAAGATLIDVGGESTRPGARAVSPTEELERVAPIVERIHRELDVIISVDTSTPAVMREAARLGAGLINDVRSLRRDGALDAAAATGLPVCLMHMLGEPGTMQDDPHYDDVTREVAGFLAERLDQCAAVGIPAERVILDPGFGFAKTLAHNLSLFKHMEALHALGRPLLVGVSRKSMIGNALGRPVGERLYGGLALAALALTKGARILRVHDVAETMDVVRMIDAVDSAE PGPT0007915_2716 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796 NA NA D1-35_01190 1338 glmM COG1109 Phosphoglucosamine mutase ATGAGCAAGAAATATTTTGGCACCGACGGTATTCGTGGTCGGGTCGGCGAATACCCTATTACCCCCGATTTCATGCTCAAGCTCGGCTGGGCCGCCGGCATGGCGTTCCGCAAGATGGGCGCATGCAAGGTGCTGGTCGGCAAGGACACGCGGATTTCCGGCTACATGTTCGAATCGGCTCTCGAGGCCGGCCTTACGTCGGCGGGTGCCGATGTGATGTTGCTGGGCCCGATGCCGACGCCGGCCATTGCCTACCTGACCCGTACATTCCAGGCCCAGGCGGGTATTGTGATCAGTGCTTCGCACAATCCTCATGACGACAACGGCATCAAGTTTTTCTCTGGCAAGGGCACCAAGCTGCCGGATGAAATCGAGCTGATGATCGAAGAGCTGCTGGATGCGCCGATGACGGTGGTCGAGTCGAGCAAGATCGGCAAGGTGTCGCGGATCAACGATGCATCGGGCCGTTATATCGAGTTCTGCAAAGGCAGTGTTCCAACCGGTACGAGCTTTTCCGGTCTGAAAATCGTTGTCGATTGCGCGCATGGCGCAACCTATAAGGTCGCGCCCAGCGTTTTTCGCGAATTGGGCGCCGAGGTGGTGGTGCTCTCTGCCCAGCCCAACGGGCTGAACATCAACCACAATTGCGGCTCGACCCATACCGAGGCATTGCAGGCTGCGGTCCTGGCCGAACATGCCGATCTCGGGATCGCTTTCGACGGTGACGGTGACCGGGTGTTGATGGTCGACCATACCGGTACGGTCGTTGATGGTGATGAGTTGCTGTTCATCATCGCGCGCGATCTGCATGGTCGCGGCAAGCTGCAGGGCGGCGTGGTTGGTACGTTGATGAGCAACCTCGGGCTTGAATTGGCCTTGGCGGATCTAGATATCCCATTCGTCCGGGCTAATGTCGGCGACCGCTACGTGATCTCGGAATTGCTGGAGCGCAACTGGGTGATCGGAGGCGAGAATTCCGGCCACATCGTCTGCTTCGACCATACCACCACCGGTGATGCGATCATCGCTGCGCTGCAAGTGCTGATGGCGCTCAAGGCCCGTAACGAAGGGCTGGCGCAGTCGCGCCAGGCGCTGCGCAAATGTCCGCAAGTATTGATCAATGTGCGTTTTGGTGGAGGTGTCAGTCCTCTTGAACATGCGACGGTCAAGCAGGCCAGCGAGCGCATAACACAGGCAATGGCCGGGCGTGGACGGGTGTTGTTGCGCAAGTCTGGCACGGAGCCTTTGGTGCGCGTCATGGTCGAAGGCGAGGATGAAGTACAGGTCCGCGGTTATGCCGAAGAGCTGGCGAAGCTGGTTACTGAAGTTTCTGCCTGA MSKKYFGTDGIRGRVGEYPITPDFMLKLGWAAGMAFRKMGACKVLVGKDTRISGYMFESALEAGLTSAGADVMLLGPMPTPAIAYLTRTFQAQAGIVISASHNPHDDNGIKFFSGKGTKLPDEIELMIEELLDAPMTVVESSKIGKVSRINDASGRYIEFCKGSVPTGTSFSGLKIVVDCAHGATYKVAPSVFRELGAEVVVLSAQPNGLNINHNCGSTHTEALQAAVLAEHADLGIAFDGDGDRVLMVDHTGTVVDGDELLFIIARDLHGRGKLQGGVVGTLMSNLGLELALADLDIPFVRANVGDRYVISELLERNWVIGGENSGHIVCFDHTTTGDAIIAALQVLMALKARNEGLAQSRQALRKCPQVLINVRFGGGVSPLEHATVKQASERITQAMAGRGRVLLRKSGTEPLVRVMVEGEDEVQVRGYAEELAKLVTEVSA PGPT0018950_3563 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 D1-35_01191 756 tpiA COG0149 Triosephosphate isomerase ATGCGTCGCCCTATGGTAGCTGGTAACTGGAAGATGCACGGTACCCGCGCCAGCGTCGCTGAGCTGATCAAGGGCCTTCGTAACCTGGCCTTGCCAAGCGGTGTTGATGTGGCGGTGTTCCCGCCTTGCCTGTATATCAACCAAGTGGTTGATGGCTTGAAAGGCAAGTCGATTTCGGTCGGTGCACAAAACTCTGCAGTGGAATCCATGCAGGGTGCGTTGACCGGTGAAATCGCGCCGAGTCAGCTGGTGGACGCAGGGTGTTCACTGGTCCTGGTCGGTCATTCCGAGCGTCGCCTGATCATGGGCGAGCAGGACAAGACCCTGATTCGCAAATTTGCCGCGGCACAGGCTTGTGGTCTGATTCCGGTGTTGTGCGTAGGGGAGACCCTCGAACAGCGTGAGGCAGGCAAGACTCTCGAAGTTGTCGCTCGCCAGTTGGGCAGCATCATCGAGGACCTGGGTGTCGGTGCGTTTGCAAAGGCAGTCATCGCTTACGAGCCGGTCTGGGCCATTGGCACCGGGCTGACTGCTTCGCCTCAACAAGCGCAGGATGTGCACGCCGCCATCCGCGCGCAGTTGGCGCAAGAAAATTCTGAAGTGGCACGAGGTGTGCGGCTTCTATACGGCGGCAGCGTGAAGGCGGCCAATGCGGTCGAACTGTTCGGCATGCCGGATATCGATGGGGGGCTCATTGGTGGAGCGTCCCTGAATGCAGATGAGTTCGGTGCGATCTGTCGCGCCGCGGGAAACTGA MRRPMVAGNWKMHGTRASVAELIKGLRNLALPSGVDVAVFPPCLYINQVVDGLKGKSISVGAQNSAVESMQGALTGEIAPSQLVDAGCSLVLVGHSERRLIMGEQDKTLIRKFAAAQACGLIPVLCVGETLEQREAGKTLEVVARQLGSIIEDLGVGAFAKAVIAYEPVWAIGTGLTASPQQAQDVHAAIRAQLAQENSEVARGVRLLYGGSVKAANAVELFGMPDIDGGLIGGASLNADEFGAICRAAGN PGPT0017995_3593 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 D1-35_01194 477 rimP COG0779 Ribosome maturation factor RimP ATGCACGAGGGGGTTCAGGTGTCGAGCAAGCTAGAACAGTTGCAGGCCTTGTTGGCCCCGGTGGTCGTGGCCCTTGGCTATGAATGCTGGGGTATTGAGTTTTCGGCTCAAGGTCGCCACTCACTGTTGCGCGTTTATATCGATAAGGAAGGCGGCGTGTTGGTGGATGATTGCGCCATCGTCAGCCGTCAGATCAGTGGTGTGCTGGATGTTGAAGATCCCATCACCTCCGAATACACCCTTGAAGTTTCCTCGCCTGGCATGGAACGCCCTCTGTTCACTCTTGAACAGTTCGCTTTGTTTGCCGGTGAACAAGTGAAGATCAAGCTGCGCTCGCCCTTTGAAGGCCGACGCAACTTCCAAGGCCTTCTGCGCGGTGTGGAAGAACAGGATGTCGTGGTGCAGGTAGATGACCATGAGTTTCTGTTGCCGATCGATATGATCGACAAGGCCAACATTATTCCCAGTTTTGACTGA MHEGVQVSSKLEQLQALLAPVVVALGYECWGIEFSAQGRHSLLRVYIDKEGGVLVDDCAIVSRQISGVLDVEDPITSEYTLEVSSPGMERPLFTLEQFALFAGEQVKIKLRSPFEGRRNFQGLLRGVEEQDVVVQVDDHEFLLPIDMIDKANIIPSFD NA NA NA NA NA D1-35_01195 1482 nusA COG0195 Transcription termination/antitermination protein NusA ATGAGCAAAGAAGTACTGCTGGTTGTTGAGTCGGTATCCAATGAAAAGGGCGTACCGGCTAACGTTATTTTTGAAGCACTGGAGCTGGCCCTGGCCACTGCTACCAAGAAGCGCTTCGAAGACGAAGTTGATTTGCGTGTGGAGATCAATCGCCACACCGGTGCCTACGAGACTTTCCGTCGCTGGACGGTAGTCGAGGAGGCCGACCTGGATGATCCGGCTATCGAAACCTGGCCGAGCAAGGTTGCAGAAACGCATCCTGCCGCCAAGGTGGGTGATGTCGTCGAAGAAAAAATCGAGTCCATCGAGTTTGGCCGCATTGCTGCACAGACTGCCAAGCAGGTCATTGTGCAGAAAGTTCGCGAAGCCGAGCGCGCGCAAGTCGTCGATGCCTATCGCGAGCGCCTGGGAGAGATCATCTCCGGCACCGTTAAAAAAGTCACCCGCGACAACGTGATCGTTGATCTGGGCAACAATGCCGAAGCATTGCTGGCCCGTGAAGACATCATTTCTCGCGAAACTTTCCGTGTTGGCGTGCGGTTGCGTGCGCTGCTCAAGGAAATCCGCACCGAGAACCGCGGCCCGCAGCTGATCCTGTCGCGTACCGCGCCGGAAATGCTGATCGAGTTGTTCCGCATCGAAGTGCCGGAAATTGCTGAAGGCCTGATCGAAGTAATGGCCGCCTCCCGTGATCCGGGTTCGCGGGCCAAGATCGCGGTCCGCTCCAAGGACAAGCGCATCGACCCGCAAGGTGCCTGCATCGGCATGCGTGGTTCGCGCGTCCAGGCCGTATCCGGCGAGTTGGGCGGCGAGCGTGTGGATATCGTCCTGTGGGACGACAACCCGGCTCAGTTCGTGATCAATGCCATGTCGCCCGCTGAAGTGGCGGCAATTATCGTCGACGAGGATGCCCATGCCATGGACATCGCCGTTGGCGCAGACAATCTCGCTCAGGCCATCGGTCGCGGTGGTCAGAACGTGCGTCTGGCTAGCCAATTGACTGGCTGGACCCTGAACGTGATGACCGAATCGGACATCCAGGCCAAGCAGCAAGCTGAAACCGGCGACATCCTGCGCAACTTCATCGAAGAGCTTGAAGTCGATGAAGAGCTGGCGCAGGTGCTGGTGGATGAAGGCTTTACCAGCCTGGAAGAGATTGCCTACGTACCGGTGGAGGAAATGCTCAACATCGACGGCTTTGACGAGGACATCGTCAACGAGCTTCGCGCTCGTGCCAAGGATCGCTTGTTGACCAAAGCCATCGCTACTGAGGAAAAGCTGGCAGACGCCCATCCGGCCGAAGACCTGCTCTCGCTTGAGGGCATGGACAAGGATTTGGCGATGGAACTGGCGGTGCGCGGCGTAATTACCCGCGAAGACCTGGCCGAGCAGTCTATTGACGATCTGCTCGACATCGACGGCATTGACGATGATCGTGCCGGCAAGTTGATCATGGCCGCCCGAGCCCACTGGTTCGAGTAA MSKEVLLVVESVSNEKGVPANVIFEALELALATATKKRFEDEVDLRVEINRHTGAYETFRRWTVVEEADLDDPAIETWPSKVAETHPAAKVGDVVEEKIESIEFGRIAAQTAKQVIVQKVREAERAQVVDAYRERLGEIISGTVKKVTRDNVIVDLGNNAEALLAREDIISRETFRVGVRLRALLKEIRTENRGPQLILSRTAPEMLIELFRIEVPEIAEGLIEVMAASRDPGSRAKIAVRSKDKRIDPQGACIGMRGSRVQAVSGELGGERVDIVLWDDNPAQFVINAMSPAEVAAIIVDEDAHAMDIAVGADNLAQAIGRGGQNVRLASQLTGWTLNVMTESDIQAKQQAETGDILRNFIEELEVDEELAQVLVDEGFTSLEEIAYVPVEEMLNIDGFDEDIVNELRARAKDRLLTKAIATEEKLADAHPAEDLLSLEGMDKDLAMELAVRGVITREDLAEQSIDDLLDIDGIDDDRAGKLIMAARAHWFE NA NA NA NA NA D1-35_01196 2520 infB COG0532 Translation initiation factor IF-2 ATGACGCAAGTCACGGTGAAACAACTGGCCGATGAGGTCAAAACACCGGTAGAGCGCCTGTTGCAGCAGATGCGTGAGGCAGGTCTGCCGCACACCGCCGCCGAGGAACATGTGACCGACAGTGAGAAGCAGTCCCTGCTCACTCACTTGAAGAGCAGTCACAAGGCGAAAGTGGAAGAACCGCGCAAGATCACTCTGCAGCGTAAAACCACCAGCACCCTGCGTGTTGCCGGTAGCAAAAGCATCAGCGTTGAAGTACGCAAGAAGAAAGTCTTCGTACAGCGCAGCCCGGAAGAAATCGAAGCCGAGCGCAAACGCGAACTGGAAGAACGTCGCGCGGCAGAAAATGCTGCACGTCAGAAGGCTGAAGAAGAAGCCAAGCGTCGCGCCGAAGAAGAAGCGCGTCGCCAGCCTGCTGCTGCGCAATCTGCTCCAGCCGAAGTGGTCGAGACACCTGCGGCGGCAGCTGAGCCAGTGCGTGAAAGCGCACCTGTCCTGGCAGCTGCTCCGGCGCCGGCGGACACCCGCAAGCGCGACGAACAGCGTCGTCCGGACAAACCACGTGCCGACGATAACCGTCGTGGCAGTGGCGATGGCGAGCGCAAAAACGCTCCTCATCGTGCTTCGGTCAAGGAGAAGGCGCCTGCGCCGCGTGTTGCGCCACGTACCACCGACGAAGAAAGCGATGGCTTCCGTCGCGGCGGTCGCGGCAAGGCCAAGCTGAAGAAACGCAACGCCCACGGTTTCCAGAGCCCTACCGGCCCTGTCGTGCGTGAAGTGAAGATCGGCGAGACCATCACTGTGGGCGATCTGGCCCAGCAGATGTCGGTCAAGGCTGCTGAAATCATCAAGTTCATGTTCAAGCTGGGCACGCCAGCCACCATCAACCAGGTACTGGACCAGGAAACTGCCCAACTGGTCGCCGAAGAGCTGGGCCACAAAGTGACCCTGGTCAGCGACACCGCCCTGGAAGATTCCCTGGCCGAGTCCCTGAAGTTTGAAGGTGAAGCTGTTTCCCGTGCGCCGGTCGTGACCGTCATGGGTCACGTTGACCACGGTAAAACCTCGCTGCTCGACTACATCCGTCGTGCCAAGGTAGCCGCTGGCGAAGCCGGTGGTATCACCCAGCACATCGGCGCGTACCACGTTGAAACCGACCGCGGCATGGTGACGTTCCTCGATACCCCGGGCCACGCCGCGTTTACCGCGATGCGTGCCCGTGGTGCCAAGGCAACCGACATCGTGATCCTGGTGGTTGCAGCGGACGACGGCGTGATGCCGCAAACCATCGAAGCCGTTCAGCATGCCAAGGCTGCTGGCGTGCCGCTGGTGGTTGCGGTGAACAAGATCGACAAGCCGGGCGCCGATCTCGATCGCATCCGCAGCGAACTGTCGGTCCACGGCGTGACCTCCGAAGAGTGGGGTGGCGACACTCCTTTCGTTCCGGTCTCGGCGAAGATGGGTACCGGCGTTGACGAACTGCTCGAAGCCGTTCTGTTGCAAGCCGAAGTTCTGGAGTTGACCGCTACACCTTCGGCTCCTGGCCGTGGCGTGGTCGTTGAATCGCGTCTCGACAAGGGCCGTGGTCCGGTCGCGACCGTCCTGGTTCAAGACGGTACCCTGCGTCAGGGCGACATGGTGCTGGTCGGTTCGAACTATGGCCGCGTGCGCGCCATGCTCGACGAGAACGGCAAGCCAATCAAGGAAGCCGGTCCGGCTATCCCGGTCGAGATCCTCGGTCTGGACGGTACCCCGGATGCTGGCGACGAGATGAGCGTTGTGGCTGACGAGAAGAAGGCCCGTGAAGTGGCTCTGTTCCGTCAAGGCAAGTTCCGCGAAGTCAAACTGGCTCGCGCTCACGCCGGCAAGCTGGAAAACATCTTCGAGAACATGGGCCAGGAAGAGAAGAAGACGCTCAACATCGTCCTCAAATCCGACGTCCGTGGTTCGCTCGAAGCGTTGAACGGCGCCTTGAATGGCCTGGGTAACGACGAAGTGCAAGTGCGCGTTGTCGGTGGTGGTGTCGGTGGTATCACCGAATCCGACGCCAACCTGGCACTCGCTTCCAACGCTGTACTGTTCGGCTTCAACGTGCGTGCCGATGCCGGCGCGCGCAAGATCGTCGAGCAGGAAGGCCTGGATATGCGTTACTACAACGTGATCTACGACATCATCGAAGACGTCAAGAAAGCCTTGACCGGTATGCTCGGCAGCGACGTTCGCGAGAACATCCTGGGCGTGGCCGAAGTGCGCGATGTGTTCCGTTCGCCGAAGTTCGGCGCGATCGCCGGTTGCATGGTGATCGAAGGTGTCGTTCACCGTAACCGTCCGATCCGCGTATTGCGTGAAGACATCGTGATCTTCGAAGGCGAGCTGGAATCCCTGCGCCGCTTCAAGGATGACGCTTCCGAAGTACGTGCCGGCATGGAATGCGGTATCGGCGTCAAGAGCTATAACGACGTCAAGGTCGGCGACAAGATCGAAGTCTTCGAGAAGGTCCAGGTTGCTCGCAGCCTCTGA MTQVTVKQLADEVKTPVERLLQQMREAGLPHTAAEEHVTDSEKQSLLTHLKSSHKAKVEEPRKITLQRKTTSTLRVAGSKSISVEVRKKKVFVQRSPEEIEAERKRELEERRAAENAARQKAEEEAKRRAEEEARRQPAAAQSAPAEVVETPAAAAEPVRESAPVLAAAPAPADTRKRDEQRRPDKPRADDNRRGSGDGERKNAPHRASVKEKAPAPRVAPRTTDEESDGFRRGGRGKAKLKKRNAHGFQSPTGPVVREVKIGETITVGDLAQQMSVKAAEIIKFMFKLGTPATINQVLDQETAQLVAEELGHKVTLVSDTALEDSLAESLKFEGEAVSRAPVVTVMGHVDHGKTSLLDYIRRAKVAAGEAGGITQHIGAYHVETDRGMVTFLDTPGHAAFTAMRARGAKATDIVILVVAADDGVMPQTIEAVQHAKAAGVPLVVAVNKIDKPGADLDRIRSELSVHGVTSEEWGGDTPFVPVSAKMGTGVDELLEAVLLQAEVLELTATPSAPGRGVVVESRLDKGRGPVATVLVQDGTLRQGDMVLVGSNYGRVRAMLDENGKPIKEAGPAIPVEILGLDGTPDAGDEMSVVADEKKAREVALFRQGKFREVKLARAHAGKLENIFENMGQEEKKTLNIVLKSDVRGSLEALNGALNGLGNDEVQVRVVGGGVGGITESDANLALASNAVLFGFNVRADAGARKIVEQEGLDMRYYNVIYDIIEDVKKALTGMLGSDVRENILGVAEVRDVFRSPKFGAIAGCMVIEGVVHRNRPIRVLREDIVIFEGELESLRRFKDDASEVRAGMECGIGVKSYNDVKVGDKIEVFEKVQVARSL NA NA NA NA NA D1-35_01197 402 rbfA COG0858 30S ribosome-binding factor ATGGCAAAAGAATATAGCCGTACCCAACGAATCGGCGATCAGATGCAGCGCGAGCTGGCCCAACTGATCCGTCGCGAAGTCAAAGACCCGCGCGTCGGCCTGGTGACCATCACCGCTGTTGAAGTCAGCCGTGACGTCGGTCACGCCAAGATCTTCATCACGGTGATGGGGCAGGACAGCGCCGAAGAAATTGCCCAGAGCATCAAGGTGCTCAACTCGGCAGCCGGTTTCCTGCGCATGCAACTGGCGCGGGAAATGAAGCTGCGCAGCGTTCCACAGCTGCACTTCCACTACGACGAAAGCGTCGTGCGGGGCGCGCATCTGTCGGCGCTGATCGAGCGTGCCGTGGCTGAAGACAGTCAGCATCCGGCTGCCGCTGAACCCGAAGACACCAAGGAGTAA MAKEYSRTQRIGDQMQRELAQLIRREVKDPRVGLVTITAVEVSRDVGHAKIFITVMGQDSAEEIAQSIKVLNSAAGFLRMQLAREMKLRSVPQLHFHYDESVVRGAHLSALIERAVAEDSQHPAAAEPEDTKE NA NA NA NA NA D1-35_01198 918 truB COG0130 tRNA pseudouridine synthase B GTGGCTCAGGTCAAACGTATCCGTCGTAACGTCAGCGGCATCATCCTGCTCGACAAGCCGTTGGGATTTACCTCCAACGCGGCGTTGCAGAAGGTTCGCTGGCTGCTCAATGCTGAAAAGGCCGGGCACACCGGCAGCCTCGATCCACTGGCTACCGGCGTGCTGCCGCTGTGCTTCGGCGAGGCGACCAAGTTTTCCCAATACCTGCTCGATTCCGACAAGGGTTATGAAACCCTGGCGCAACTGGGCAAGACCACCACCACGGCGGATGCCGAAGGTGAGGTTTTGCTGGAGCGTCCGGTGACCGTTGGTCAGGCGGATATCGAGGCGGTGTTGCCGAAATTTCGTGGGCAAATCAGTCAGATACCGCCGATGTACTCCGCGCTCAAGCGTGATGGACAGCCGTTGTACAAACTGGCCCGTGCAGGCGAAGTAGTGGAGCGCGAACCGCGTTCTGTTACTATTGCGCGCTTGGAATTGCTGGCCTTTGGCGGTAATACTGCACGGCTCGCCGTGGATTGCAGCAAAGGCACCTATATCCGTACCCTGGTGGAGGATATCGGCGAGCAGCTCGGCTGTGGCGCGTACGTGGCGGAATTGCGACGGACCCAGGCCGGGCCTTTCACCCTGGCCCAGACGGTCACGCTGGAAGAGCTCGAAGCGGTACACGCCGAAGGCGGCAACGAAGCGGTCGACCGTTTCCTCATGCCTTCGGACAGCGGTTTGCTCGATTGGCCGCTGCTGCAGTTCTCCGAACACAGTGCGTTCTACTGGCTCAACGGCCAGCCGGTGCGCGCTCCGGATGCGCCGAAGTTCGGCATGGTCCGGGTGCAGGATCACAATGGTCGCTTCATCGGTATCGGTGAAGTGAGCGAAGACGGGCGTATCGCGCCGCGTCGATTAATTCGGTCGGAATGA MAQVKRIRRNVSGIILLDKPLGFTSNAALQKVRWLLNAEKAGHTGSLDPLATGVLPLCFGEATKFSQYLLDSDKGYETLAQLGKTTTTADAEGEVLLERPVTVGQADIEAVLPKFRGQISQIPPMYSALKRDGQPLYKLARAGEVVEREPRSVTIARLELLAFGGNTARLAVDCSKGTYIRTLVEDIGEQLGCGAYVAELRRTQAGPFTLAQTVTLEELEAVHAEGGNEAVDRFLMPSDSGLLDWPLLQFSEHSAFYWLNGQPVRAPDAPKFGMVRVQDHNGRFIGIGEVSEDGRIAPRRLIRSE NA NA NA NA NA D1-35_01200 270 rpsO COG0184 30S ribosomal protein S15 ATGGCTCTCGACGTTCAAGAAAAAGCTCAAATCGTAGCTGACTACCAGCAAGCTGTTGGTGACACTGGTTCGCCAGAAGTGCAAGTTGCACTGCTGACCGCCAACATCAACAAACTGCAAGGTCACTTCAAGGCCAACGGTAAGGATCACCACTCCCGTCGTGGTCTGATCCGCATGGTAAACCAGCGTCGCAAGCTGCTGGACTACCTGAAAGGCAAGGACGTGAGCCGTTACAGCGCTCTGATCGCTCGCCTGGGTCTGCGTCGCTAA MALDVQEKAQIVADYQQAVGDTGSPEVQVALLTANINKLQGHFKANGKDHHSRRGLIRMVNQRRKLLDYLKGKDVSRYSALIARLGLRR NA NA NA NA NA D1-35_01201 2106 pnp Polyribonucleotide nucleotidyltransferase GTGAACCCGGTAATCAAAAAATTCCAGTTCGGTCAGTCGACCGTTACCCTCGAGACTGGCCGTATCGCCCGTCAGGCCTCCGGCGCAGTGCTGGTCACCGTTGACGACGACGTCAGCGTATTGGTGACCGTCGTCGGTGCCAAGCAGGCCGATCCAGGCAAGGGTTTCTTCCCTCTGTCTGTGCACTACCAGGAAAAGACCTACGCCGCGGGCAAGATCCCTGGCGGTTTCTTCAAGCGTGAAGGCCGTCCTTCCGAGAAAGAAACCCTGACTTCCCGACTGATCGACCGTCCGATCCGTCCGCTTTTCCCTGAAGGTTTCATGAACGAAGTGCAGGTTGTCTGCACCGTCGTTTCCACCAGCAAGAAGACCGATCCGGACATCGCTGCGATGATCGGTACCTCGGCTGCGCTGGCGATCTCCGGCATTCCTTTCGATGGCCCGATCGGCGCTGCCCGCGTTGCGTTCCACGAAAGCACCGGCTACCTGCTGAACCCGACCTACGAGCAACAGAAGGCATCGAGCCTGGACATGGTCGTGGCCGGTACTTCCGAAGCCGTGCTGATGGTTGAATCCGAAGCCAAGGAACTGACCGAAGACCAGATGCTGGGCGCCGTGCTGTTCGCCCACGACGAGTTCCAGGTGGTCATCAACGCCGTCAAGGAACTGGCTGCCGAAGCCGCCAAGCCAACCTGGACCTGGGCTCCTCAGCCAGAAGCCACCGAGCTGCTTGGCGCGATCCGTGCCGAGTTCGGCGAAGCGATCTCCCAGGCCTACACCATCACCATCAAGGCCGACCGCTATGCGCGTCTGGGCGAGCTGCGTGACCAGGTCGTTGCCAAGTTCTCCGGCGAAGAAGGCCAGCCATCGGCCAGCGACGTCAAGGCGGCTTTCGGTGAAATCGAATACCGCACCGTTCGCGAAAACATCGTCAACGGCAAGCCGCGTATCGACGGTCGCGACACTCGCACCGTGCGTCCGCTGAACATCGAAGTCGGCGTTCTGCCAAAGACCCACGGTTCGGCGCTGTTCACCCGTGGTGAAACCCAGGCGCTGGTCGTTGCGACACTGGGCACCGCCCGTGACGCGCAACTGCTCGACACCCTGGAAGGCGAAAAGAAAGACCCGTTCATGCTGCACTACAACTTCCCTCCGTTCTCGGTGGGCGAGTGTGGTCGCATGGGTGGCGCCGGTCGTCGCGAAATCGGTCACGGCCGTCTGGCCCGTCGTTCGGTCCAGGCCATGCTGCCGGCCGCTGACGTGTTCCCGTACACCATTCGCGTGGTATCGGAAATCACCGAGTCCAACGGTTCGAGCTCGATGGCTTCGGTCTGCGGCGCTTCCCTGGCCCTGATGGACGCTGGTGTGCCGATGAAGGCGCCGGTGGCCGGTATCGCCATGGGTCTGGTCAAGGAAGGCGAGAAATTCGCCGTCCTGACCGACATCCTGGGTGACGAAGACCACCTGGGCGACATGGACTTCAAAGTGGCCGGTACCGCCAAGGGCGTCACCGCACTGCAGATGGACATCAAGATCAAGGGCATCACCGAAGAGATCATGGAAATCGCCCTGGGCCAAGCCCTGGAAGCGCGCCTGAACATCCTCGGTCAGATGAACCAGATCATCGGTCAGTCCCGTACCGAACTGTCGGAAAATGCTCCGACCATGATCGCGATGAAAATCGACACCGACAAAATCCGTGATGTCATCGGTAAAGGCGGCGCGACTATCCGTGCGATCTGTGAAGAAACCAAGGCTTCGATCGACATCGAAGACGACGGTTCGATCAAGATCTTCGGCGAAACCAAGGAAGCGGCAGAAGCAGCACGCCAGCGCGTCCTGGGCATCACCGCAGAGGCCGAGATCGGCAAGATCTACGTCGGCAAGGTTGAACGCATCGTCGACTTCGGTGCGTTCGTCAACATCCTGCCTGGCAAGGACGGTCTGGTTCACATCTCCATGCTGAGCGATGCTCGCGTCGAGAAAGTGACCGACATCCTGAAAGAAGGCCAGGAAGTGGAAGTGCTGGTACTGGACGTGGACAACCGCGGCCGTATCAAGCTGTCCATCAAGGACGTTGCAGCAGCCAAGGCGTCGGGCGTTTAA MNPVIKKFQFGQSTVTLETGRIARQASGAVLVTVDDDVSVLVTVVGAKQADPGKGFFPLSVHYQEKTYAAGKIPGGFFKREGRPSEKETLTSRLIDRPIRPLFPEGFMNEVQVVCTVVSTSKKTDPDIAAMIGTSAALAISGIPFDGPIGAARVAFHESTGYLLNPTYEQQKASSLDMVVAGTSEAVLMVESEAKELTEDQMLGAVLFAHDEFQVVINAVKELAAEAAKPTWTWAPQPEATELLGAIRAEFGEAISQAYTITIKADRYARLGELRDQVVAKFSGEEGQPSASDVKAAFGEIEYRTVRENIVNGKPRIDGRDTRTVRPLNIEVGVLPKTHGSALFTRGETQALVVATLGTARDAQLLDTLEGEKKDPFMLHYNFPPFSVGECGRMGGAGRREIGHGRLARRSVQAMLPAADVFPYTIRVVSEITESNGSSSMASVCGASLALMDAGVPMKAPVAGIAMGLVKEGEKFAVLTDILGDEDHLGDMDFKVAGTAKGVTALQMDIKIKGITEEIMEIALGQALEARLNILGQMNQIIGQSRTELSENAPTMIAMKIDTDKIRDVIGKGGATIRAICEETKASIDIEDDGSIKIFGETKEAAEAARQRVLGITAEAEIGKIYVGKVERIVDFGAFVNILPGKDGLVHISMLSDARVEKVTDILKEGQEVEVLVLDVDNRGRIKLSIKDVAAAKASGV NA NA NA NA NA D1-35_01203 549 hypothetical protein ATGATGCGCAGTCTTGCGAAACGCTCGTCGACCCGGTTTGCTACCACGTCCCTCCTGCTCGGCAGCCTGAGCTTGATCGGTGCCGTTCAAGCGGCTGTCGAAGTTTCCTCCGGCCCCCCTCTGCCGTCTGACACGATCCCGCTGCTTCGCAACTCATTCGACAAGGATGTTCTGATCAAGACCAATATCAACGTGGGTGACCTGGAAAAATTACCAGAAGCAGTCAAGGACAACACCGCCGAGCTGGACAGTCAGAAGCGCACCCTTGGCGAGCAGGCCCGACAAATCGAAGAACTCAAACGCAACAGTGGCTCCAGCTCCACCTCCAGCAGCAAGGAGATAGACGATCTCAAGCGCATCATCAAGGAACAGGAACGCGATCTGAACGACCTTGGCAAGCAAGTGGAAGAACTCAAGCGCAACAGCGGTTCCAGCTCAAGTTCGAGCAGCAGCGAAATTTCGTCCCTGAAACGGGAGCTCAGCGATCAGGACAACGAGCTGACACAGCTCAAACGCACGGTCGAGGAACTGAGCAGGAAGGTGAAATAA MMRSLAKRSSTRFATTSLLLGSLSLIGAVQAAVEVSSGPPLPSDTIPLLRNSFDKDVLIKTNINVGDLEKLPEAVKDNTAELDSQKRTLGEQARQIEELKRNSGSSSTSSSKEIDDLKRIIKEQERDLNDLGKQVEELKRNSGSSSSSSSSEISSLKRELSDQDNELTQLKRTVEELSRKVK NA NA NA NA NA D1-35_01204 306 hypothetical protein ATGACCGCTAAAGAATTGTCCCAAGAAGCCAGGCACGAAGAAGCCCTGGAAAAGTACCTCGAAGAAACGCCGCAGTTGCGCGATGAGATCAAGGACTTGTCCGCCGATGACCAGAAAGACCAGGTCCAGTGGGCGTTCGAGGATGAGGCCGAAGCCCAGGGCCTGCAGCCTTGGGAGCTGACGCTCAAGTACACCAGTACGCCGGAAGAGTTCGAGGCGCAGCGCCTTGTCTTGCACAAGGAGGCGGCCGAGGTGTTGGGTGTGGATTGGGATGAGTACTGCGAGATGAATAATCTGGTGGTCTGA MTAKELSQEARHEEALEKYLEETPQLRDEIKDLSADDQKDQVQWAFEDEAEAQGLQPWELTLKYTSTPEEFEAQRLVLHKEAAEVLGVDWDEYCEMNNLVV NA NA NA NA NA D1-35_01205 849 nadC COG0157 Nicotinate-nucleotide pyrophosphorylase [carboxylating] ATGCCGAATCTACGCCTCGCCGATCTGACCGCCGAAATCGAAGCCAACGTGCGCCGTGCGTTGCTCGAAGACATCGGCAGCGGCGACATCACCGCACAACTGATCCCCGCCGAACGCCTGGCCAAGGCCACCATCATCACCCGGGAAGCCGCGACCATCAGCGGCACGGCCTGGGTCGATGCGGTGTTCAGACAACTGGATCCCCGCGTCGCGGTGCATTGGCAAGTGCGCGACGGCGACCGGGCAAGCCCCGACCAGGCCCTGTTCCACCTCGAAGGCCCGGCCCGCTCACTGCTGACGGGCGAACGCAGCGCGCTGAACTTCCTGCAGATGCTCTCGGGCGTTGCCACCCGGGCCCGCTATTTGGCGGACTTTGTTGCCGACACCCAGGTCAAGCTGCTGGATACCCGCAAGACCCTGCCCGGGCTGCGCCTGGCCCAGAAGTACGCGGTCACCTGCGGCGGCTGCCATAACCATCGCATCGGCCTTTACGATGCCTTTCTGATCAAGGAAAACCATATCGCCGCCTGCGGTGGCATTGCCCAGGCCATCAGCGCCGCCCACAAGATCGCACCGGGCAAGCTGGTGGAGATCGAAGTGGAAAGCCTGGCGGAATTGAAAGAAGCGCTGGCGGCCGATGCCGACATCATCATGCTCGACGAGCTGAGCCTGGACGACATGCGCGAAGCCGTGCGCCTGAACGGCGGCAAGGCGAAACTGGAAGCCAGCGGCGGCATCAACGAAAGCACGTTGCGCCCGATTGCCGAGACCGGCGTGGACTATATCTCCATCGGTGCGATGACCAAGGACGTCAAAGCCGTGGACCTGTCGATGCGCTTGAGCCTCTGA MPNLRLADLTAEIEANVRRALLEDIGSGDITAQLIPAERLAKATIITREAATISGTAWVDAVFRQLDPRVAVHWQVRDGDRASPDQALFHLEGPARSLLTGERSALNFLQMLSGVATRARYLADFVADTQVKLLDTRKTLPGLRLAQKYAVTCGGCHNHRIGLYDAFLIKENHIAACGGIAQAISAAHKIAPGKLVEIEVESLAELKEALAADADIIMLDELSLDDMREAVRLNGGKAKLEASGGINESTLRPIAETGVDYISIGAMTKDVKAVDLSMRLSL PGPT0013370_3255 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767 NA NA D1-35_01206 2211 hypothetical protein ATGCACAACGACGGGAATGTAGTGCCTTTGCACAAGGCGTCTACCGATCAGGCGAGTCGCTCGCCGCTCGCCCGCCTGCCTGTGATTCTGCTTCAGGTTCGCGACAAGGCTGCGCAGCAGTTGCGCCTTGGCTTGCAGGAATTGTTCGATAATGCTGACGATACCTTGTTCGAAATGGCCGATCGGGCGCGGAACGATGTGGAGCAGAACCTCTACTTCGAAGCCATGCGAGACCTGCGGCTGAAACGCAAGAGCATCGAACGTGAATTCCTCGAGCAGTTTTTCGAGGCGTTCGTCAATCTTGCCCAGTACGATCTGACCCAGGCCACCCTCGCGCCCGTATTGGGCGCCATACCGGCCCAGCGAAACCATGATGACCTCGAACGCCGGCTGGCGGTGGAAACCATGGTCACCCGGGTGCTCAGTCGCGATGGCCTGTCTCTCGATCAACTCACGGCGCGCCTCGGCGCGTTACTGTCGCGGCCCCTGGCGAACCAGCACAACCCCTTGAGCCCGGCCCTGCTGTGTGAGAATTTTCTCCAGGCCGGGCGTAACCTGGGCGTAGGCATCAAGGTCAAACTGATCCTGCTCAAGCTCTTCGAGCGGTATGTGCTCAGCGAATGCGACAACCTTTATTCCGAGGCCAATCAGCTATTGGCGGCAACCGGGATCTTGCCGGATCTGAAGGTTTCTCCGTCGCGGCGGGCCTCGGACCGTGTCGAAGAGCCTGTTCGGCCCAGCACTGCCGGGCCTGCCAGGCCAAGGGTCGACGATGTCGATGACAGCGTGCACGAAGTCTTCGCCGCTTTGCAGAAGTTGTTGGTCCAGGTGCGCGGCAGTGTCGCGCCTACCCTTGAGCCCAGTGCACCGGCCCAGCCAATCACGACCCGTGACCTTTTGCGCTTGTTGTCTCATTTGCAGCAATACGTGCCGGCCCCCTCGGTTCAGGATGACTTCGACCTGCGCAGCCAGCTTGAACAGCTGTTGACCCGGGTCAGCGTCAAGAGCGGCAAATCCCGCGTGGTCGAAGGCGCCGACGAAGATGTGATCAACCTGATCGCGATGATGTTCGAATTCATCCTTGATGACCGTAACCTGCCGGACTCCCTCAAGGCCTTGATCGGCCGGCTGCAGATCCCGATGCTCAAGGTCGCGGTGCAGGACAAGAGTTTTTTCAGTCGCAATAATCATCCGGCGCGCCGGTTGCTCAATGAAATCGCAGCGGCGGCGATGGGTTGGGGTGATTGCGATGATCATCAGCGCGACAGCCTCTACCTGCGCATCGAGCAGGTGGTGCAGCGTCTGTTGAACGACTTCGTCGACGATCCGGCGATATTTTCCGAAGTGCTGGCCGATTTCCTGGCGTTCACCAGCGACGAGCGCCGCCGCTGTGAATTGCTTGAGCAGCGCATCCGTGACGCCGAAGAGGGAAGGGCAAAGGCCGACCTGGCTCGACAGCGGGTCGAAGGGGCACTGAACCAGGTCATGCTGGGCAAAGTCCTGCCCCAGGCCGTAGTAGATTTTGTACAGCAGGCCTGGAGCCAGGTGCTGCTGCTGACCGGCTTCAAGCATGGCGAGCATTCAGCCGAATGGCGGGCCGACGTGCTGACCCTGGAACAATTGGTCTGGAGTGTCCAGCATCACGAAGAGTCCGATGCGGGCCTGCGTTTGCTGGCGATGGTGCCGGAGCTGCTCAAGGCCCTGCGCGAGGGGCTGAGTCGCTCGGCGTTCGATCCGTTCGCCACCAGCGAATTCTTCAGCGAGCTGGAACTGCTTCATGTCCAGGCCCTGCAGCGGCTGGGCCAGGCAACGGAGGCTGGCGAGCCGGTGGATCTGCCGGTCATGGTCGAAGTGGCGGAACCCATCGTCCTTCGCACTGCGCCACAGACGCCCGCGCAGGAGCCGACCGTGCGTTTGCCGGCTGATGATGCAGGCCTGCTTCAGGTCGATCAATTGCGCCTGGGATGCTGGGTAGAGTTCCAGGAAGACGAAGACAACAGCCTGCGTTGCAAGCTGGCGGCAATCATCCAGGCCACCGGCAAGTTCGTTTTCGTCAACCGCACCGGCCTCAAGGTCCTGGAGCACAGCCGCACCAGCCTCGCCCTGGAGTTCCGCCGGGGAGCGGCACGTCTGCTGGACGACACCCTGCTGTTCGACCGGGCATTGGAGTCTGTTCTCGGCAACCTGCGCCAGCTCAATCGCGGCAAGTGA MHNDGNVVPLHKASTDQASRSPLARLPVILLQVRDKAAQQLRLGLQELFDNADDTLFEMADRARNDVEQNLYFEAMRDLRLKRKSIEREFLEQFFEAFVNLAQYDLTQATLAPVLGAIPAQRNHDDLERRLAVETMVTRVLSRDGLSLDQLTARLGALLSRPLANQHNPLSPALLCENFLQAGRNLGVGIKVKLILLKLFERYVLSECDNLYSEANQLLAATGILPDLKVSPSRRASDRVEEPVRPSTAGPARPRVDDVDDSVHEVFAALQKLLVQVRGSVAPTLEPSAPAQPITTRDLLRLLSHLQQYVPAPSVQDDFDLRSQLEQLLTRVSVKSGKSRVVEGADEDVINLIAMMFEFILDDRNLPDSLKALIGRLQIPMLKVAVQDKSFFSRNNHPARRLLNEIAAAAMGWGDCDDHQRDSLYLRIEQVVQRLLNDFVDDPAIFSEVLADFLAFTSDERRRCELLEQRIRDAEEGRAKADLARQRVEGALNQVMLGKVLPQAVVDFVQQAWSQVLLLTGFKHGEHSAEWRADVLTLEQLVWSVQHHEESDAGLRLLAMVPELLKALREGLSRSAFDPFATSEFFSELELLHVQALQRLGQATEAGEPVDLPVMVEVAEPIVLRTAPQTPAQEPTVRLPADDAGLLQVDQLRLGCWVEFQEDEDNSLRCKLAAIIQATGKFVFVNRTGLKVLEHSRTSLALEFRRGAARLLDDTLLFDRALESVLGNLRQLNRGK NA NA NA NA NA D1-35_01207 561 ampD 1,6-anhydro-N-acetylmuramyl-L-alanine amidase AmpD ATGCAGCTGGACCCCGTGAGCGGTTGGTGCGATGGCGTGCGTCATTGCCCTTCGCCCAATTTCAATGCGCGCCCCGAAGGCGAGATCTCCCTGCTGGTGATCCACAACATCAGCCTGCCGCCGGCACAGTTCGCGACTGGCAAGGTGCAGGAATTTTTCCAGAATCGTCTGGATGTCACGGAACATCCCTACTTTGCCGGTATTGCCGACCTGCGTGTCTCTGCGCATTTTCTGATCGAACGTGACGGCGCCGTGACGCAGTTTGTCTCTTGTCTGGAGCGTGCGTGGCATGCGGGGGTTTCGTGCTTCGAAGGGCGGGAGACGTGTAACGATTTTTCCATAGGCATCGAGCTTGAAGGCACCGATGATCTGCCGTTCACCGACGCGCAATATGTCGCGTTGGTGGACCTGACCCGGCAGCTTCGCGCGGCGTTTACGGCGATCACGGTGCAGCGCATCTGTGGGCACAGCGACATTGCTCCGGGGCGCAAGACCGATCCGGGACCGGCATTCGACTGGGCGCGCTATCGCGCGGCCCTGACAGAAGGGGAAGGACAATGA MQLDPVSGWCDGVRHCPSPNFNARPEGEISLLVIHNISLPPAQFATGKVQEFFQNRLDVTEHPYFAGIADLRVSAHFLIERDGAVTQFVSCLERAWHAGVSCFEGRETCNDFSIGIELEGTDDLPFTDAQYVALVDLTRQLRAAFTAITVQRICGHSDIAPGRKTDPGPAFDWARYRAALTEGEGQ PGPT0024100_860 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0024100-ampD-K03806 NA NA D1-35_01208 837 hypothetical protein ATGAGTTTTCTGGTGTTGCTGCTGGCAGTCTGGATCGAGAAATTCTCGGCCCTGCGCCAGCGGGTCCAGCGTGACGGCGGTTGGCTGGGCGAGCTGAACAAGCTCGAAGCGAGCCCACGCTGGGTCAATCGGCCCTGGCTGGTGCTGATGGTGATGGTGCTGTTGCCGGTGGCGCTGTTGGCGTTGCTGCTGTGGGTGCTGGAGCCGGTGGCCTATGGTCTGCTGGCACTGCCGGTGCACCTGTTGGTGGTGATCTACAGCCTGGGGCGCGGCGATCTGTTGGCTGAACTCGGCCCGTTTCGCGACGCTTGGCGCCGTGAAGATCTGCAGGCAGCGAATCATGTGGCCAAGCGCGACCTGAACATCGATGCCGATGGCGGCGAGCAGTTGCTGGAGCGGGTCCAGGGGCACTTGCTGTGGCAGGCGTACCAGAGTTTTTTTGCGGTCATCTTTTGGTATTTCCTGCTGGGCCCGGTGGCTGCCCTGAGCTATCGATTGCTCGCCCTTGCCGCCGAACACAGCCACAACCCCGGCGTGGCCGAGCGTGCGGCGCAGCTGCGCCACGCGTTTGATTGGGTACCGGTGCGGTTGTTGGCGGCGAGCTTCGCCCTGGTGGGCAACTTCGTGGCGGTCAGCCGGGTGATGCTGCACGAACTGCTGAACTGGAACATCAGCGCGGCCGACCTGATCAACAAGGTCGGCCTGGTGGCCGGCGAGATCCCGACTCCCGTCGCCGGGCCGGACGGCATCAACAGCCTGGATCGGCTGTGGGAACTGCTGTTGCGCGCGGCAGTACTCTGGTATGCCGGGTTTGCGTTGTGGACGGTGTTGGCCTAG MSFLVLLLAVWIEKFSALRQRVQRDGGWLGELNKLEASPRWVNRPWLVLMVMVLLPVALLALLLWVLEPVAYGLLALPVHLLVVIYSLGRGDLLAELGPFRDAWRREDLQAANHVAKRDLNIDADGGEQLLERVQGHLLWQAYQSFFAVIFWYFLLGPVAALSYRLLALAAEHSHNPGVAERAAQLRHAFDWVPVRLLAASFALVGNFVAVSRVMLHELLNWNISAADLINKVGLVAGEIPTPVAGPDGINSLDRLWELLLRAAVLWYAGFALWTVLA PGPT0028120_528 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028120-ampE-K03807 NA NA D1-35_01209 2031 hypothetical protein GTGAAGAGTTTGCTCTGGCCCGCCGTCGCCCTGATGAACCGCCTGAGCTTCGGCATGAAGTTCAGCCTGATCAGCGTGTTGTTCCTGCTGCCGATGCTGGTGACCAACTTCTTTCTGGTACGTGACTCCTACCGGGAGTTTCAGGGCACCCAAGTCGAGTTGCAAAGCCTCGACTTGCTGGGCAGCAGCCTGACTCTGCGCCGCGACCTGGAGACCTTGAACAACCTGGTGCAGATCAATGCCAGCCTGGGCCAGTCCGGCAAGGCGGGCGACGTGGAAAGCCGGATCAGCACCCTGGAGCAACAGATTCTCGCGCGCCTCCAGGGCATGCAGGCGATGGCCGCAGAGCCCGAGCACGTCAGCGCCTTCGATGCCAAGCGCGACGAAATGATTGCCGCCTTCAAGGCCCAGCAGGCCGAAAGCTCACTGCAAAGCAAAAGCGCGTTGATCGGCAGGTTGCTCAACAATGCGCAAATATTTGGCCAGGTCATCGCCAGCCAGGCGGGCCTGAGCCGCGACAACCAGGGCGACATCCGCCAACTCAGCGACCTGATGGTCGGCGTGACTCCCAAGGTCACCCAGATCCTGGGCGAAGGGCGTGCGCTGGGGGCTTCGTCGTTGGGCTTGGGGTTCCTCAATTCTGCTTCGAGCACCCGGTTTGACGAGTTGCTGGTACAGGTCGAAAAACTCCAGGGCGAATATGATCTTAAATTGCAGGACGCCCTTGGCTCCAGCAAGGCGGCCGGACAAGCGCTTGCCGAGCAGGCTGGCGCCAGCAGGAGTTCTCTCAAGCAGGCCGCCGAACTGATCGAGGAACAGGTGGTGATGGCTGATACGCTCGACGCCCCCTGGTCGGCGTTTTACCAGCAGGTCAGCGGCCTGATGGAACAGACCTATCGGCTGAACGAAGTGACACTGGGCTTTCTCGGTGTCCAGTTGCAGCACCGCCTGGAGCAGAACCGCAGCCACATGGTGCTGCAAGCGGTGGCACTGGCGGTGGTGTTCCTGTTGATTTTTTACCTGTACGCCGGTTTTTATGCCTCGACTCGCACCACGCTCAAGCATTTGGGCGCAATGATGGACAAGGTTGCGGCCGGCGACATGACGGTCAATTTCGTGGCGCGCAGCAAGGATGAGTTGGGGGAGCTGGGTGAAGTGTTCAACGGCACCGTGGCGAAAATCCATGACCTGATCGAGCAGGTCGGTCGCACGGTTGCCGAGGTCGAGCGCCAGGCCGGTCAGGTGCAAGCCGTGTCTGCCCAGAGCAACCAGGCCGTGGCCGGGCAGCGCAGCCAGATCGAGCTGGTCGCCACGGCGATGAACCAGATGTCGGCCACCGCCCAGGAAGTCGCCAGCAGTGCCGCCGCGGCGGTCAGCAGCGCCCATAGCGTGAACGATGAAACCCTCAGCGGGCGCGGCCTGGTTGAGTCACAGCAAAGCAGCATCGCCCGGCTGGCCAGTGAAATCGATCAGTCGGTGCAAGTGATCAATCAACTGGCCACCGACAGCCAGGCCATCAGCCGTGTACTGGACGTGATCAAGAGCATCGCCGAGCAGACCAACCTGCTGGCGCTCAATGCCGCGATCGAAGCGGCCCGGGCCGGCGAGCAGGGGCGTGGGTTCGCGGTGGTGGCCGATGAGGTCCGTACCCTCGCCAAGCGAACCCAGCAATCGACCGAGGAAATCGAAGCGATGATCAGCCGGCTGCACAGCGGCGTGGGCGCCGCCGTCAAGGCCATGGGCAGCAGTCATGAGATGGCCAGCGGCACCGTCGGCCAATCGGAAAGGGTTCAGCAGGCCCTGGAAAATATCCTCGGCGCCGTTGGCATGATCGTCGACCAGAACCAGCAGATCGCCGCTGCCGCAGAGCAACAGACGGCGGTAGCCCATGACATCGACCAGAACATCGTCGAGATCAACCGCGCCGGCGAGCGCACCGCCGAGGGCGCGCACCAGACCGAAGACGCCAGCCGCGAGCTGTCCGCGCAGGTGGTGCAGCTCAAGCAATTAATCAATGCGTTTCGGGTTTGA MKSLLWPAVALMNRLSFGMKFSLISVLFLLPMLVTNFFLVRDSYREFQGTQVELQSLDLLGSSLTLRRDLETLNNLVQINASLGQSGKAGDVESRISTLEQQILARLQGMQAMAAEPEHVSAFDAKRDEMIAAFKAQQAESSLQSKSALIGRLLNNAQIFGQVIASQAGLSRDNQGDIRQLSDLMVGVTPKVTQILGEGRALGASSLGLGFLNSASSTRFDELLVQVEKLQGEYDLKLQDALGSSKAAGQALAEQAGASRSSLKQAAELIEEQVVMADTLDAPWSAFYQQVSGLMEQTYRLNEVTLGFLGVQLQHRLEQNRSHMVLQAVALAVVFLLIFYLYAGFYASTRTTLKHLGAMMDKVAAGDMTVNFVARSKDELGELGEVFNGTVAKIHDLIEQVGRTVAEVERQAGQVQAVSAQSNQAVAGQRSQIELVATAMNQMSATAQEVASSAAAAVSSAHSVNDETLSGRGLVESQQSSIARLASEIDQSVQVINQLATDSQAISRVLDVIKSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLAKRTQQSTEEIEAMISRLHSGVGAAVKAMGSSHEMASGTVGQSERVQQALENILGAVGMIVDQNQQIAAAAEQQTAVAHDIDQNIVEINRAGERTAEGAHQTEDASRELSAQVVQLKQLINAFRV PGPT0015710_5488 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 D1-35_01210 777 yjjV COG0084 putative metal-dependent hydrolase YjjV ATGGAGCTGATCGACACCCACACCCACCTGGACTTCCCGGATTTCGACGCGGATCGCTCGGCGCTGCTTGCCGAAAGCCGCGCCCTGGGCGTTCGGCAAATGGTCTTGCTGGGGGTATCTCGGGACAACTGGCAACGGGTCTGGGACCTCGTGCAAAGCGACCCCGACCTGCATGCCGCGCTGGGCCTGCACCCGGTGTACCTCGATCAGCATCGTGGCGAAGATCTTGAGCATTTACGTGACTGGCTGGCCCGCCTGGCCGGGCATCGGCAGTTGTGTGCGGTGGGGGAAATCGGCCTGGACTATTACATCGAGACCCTGGACCGTGATCGCCAGCAGGCATTGTTCGAGGCACAACTGGGCCTGGCCGTGGAGTTCGAACTGCCGGCACTGATCCATGTGCGCCGCAGCCACGCCGCGGTGATCGCGACCCTGAAGCGTATCCGCCCCACCCGCACCGGCATCATCCACGCCTTCGCCGGCAGCTTCGAAGAGGCCCGCGAATACATCAGGCTCGGTTACAAGCTCGGCCTCGGCGGCGCTGCGACATGGCCGCAGGCTTTGCGCATGCACCGGGTGCTGCCAAAACTGCCGCTGGACGCGGTGGTGCTGGAGACCGATTCACCGGACATGGCCCCGGCGATGTTCCCCGGCCAGCGCAACAGCCCGGCGCATTTGCCGGCGATTTGCGCGGCGTTAGCGCAGATCATCGGGATCAGCCCGGAGCGACTGGCCGAGGCCAGCACGGCCAACGCCCGCCAACTGTTCAATTGGTGA MELIDTHTHLDFPDFDADRSALLAESRALGVRQMVLLGVSRDNWQRVWDLVQSDPDLHAALGLHPVYLDQHRGEDLEHLRDWLARLAGHRQLCAVGEIGLDYYIETLDRDRQQALFEAQLGLAVEFELPALIHVRRSHAAVIATLKRIRPTRTGIIHAFAGSFEEAREYIRLGYKLGLGGAATWPQALRMHRVLPKLPLDAVVLETDSPDMAPAMFPGQRNSPAHLPAICAALAQIIGISPERLAEASTANARQLFNW NA NA NA NA NA D1-35_01211 1032 cra COG1609 Catabolite repressor/activator ATGTCGCGGCACACTCGAAAAACAAGGAAAACCGGGTTGAAACTCAGTGATATCGCCCAGCTTGCCGGTGTGTCCGTCACCACCGCCAGCTACGTCATCAACGGCAAGGCCGAACAGCAACGCATCAGCAACGCGACCGTCGAACGGGTGCGGGCGGTGGTCGAAGAACATGGCTTCACGCCTAACCCCCAGGCCGCCGGGCTGCGCAGCCGGCACACGCGGACGTTGGGTTTCATCCTGCCGGACCTGGAAAACCCCAGCTATGCCCGTATTGCCAAACTCCTGGAACAAGGCGCCCGCGCCCGGGGCTATCAACTGTTGATAGCCAGTTCCGACGACGCGCCTGACAGCGAGCGGCAATTGCTGCAACTGTTCCGCGCCCGGCGCTGCGATGCGCTGATCGTCGCCAGTTGCCTGCCGGCCGAGGATGACAGTTACCGTCAGCTCCAGGCCAAGGGTATTCCGATCATCGCCATCGACCGGGTGATGGAACCGGCGCACTTCTGCTCGGTGATCAGCGATGACCGCCAGGCCAGCCTGCAACTGACCCGTAGCCTGCTGGGCACCCACCCGCGGCAGATCGCGCTGATCAGTGCCCGTCCCGAACTGAGCATCAGCCAGGAGCGGGCGGCGGGGTTTCGCGAGGCGCTGGCCGGGTTCGACGGCCAGGTGTTGATCGAACACGGCGAGTCGTTCAGCCGTGAATGCGGTCGCCAACTGATGGACGAGATGCTCGCGCGCCTGGGGCATTTGCCCGATGCGCTGATCACCACGTCCTATGTACTGCTGCAAGGTGTGTTCGACGCCCTGCATGATTTTCCGCTCAAGTCGCGGCCGCTGCGCCTGGGCACGTTTGGTGACACGCAACTGCTGGATTTCCTGCCGCTGCCGGTCAATGCCATGTCCCAACAGCATCAACTGATCGCCGCCAAGGCGCTGGAACTGGCGCTGGCAGCCATCGAGAACGATGACTACCAGCCTGGTGTCCAGGCGATTGCCCGCACGTTCAAACAGCGTATCCACCAAGGCTGA MSRHTRKTRKTGLKLSDIAQLAGVSVTTASYVINGKAEQQRISNATVERVRAVVEEHGFTPNPQAAGLRSRHTRTLGFILPDLENPSYARIAKLLEQGARARGYQLLIASSDDAPDSERQLLQLFRARRCDALIVASCLPAEDDSYRQLQAKGIPIIAIDRVMEPAHFCSVISDDRQASLQLTRSLLGTHPRQIALISARPELSISQERAAGFREALAGFDGQVLIEHGESFSRECGRQLMDEMLARLGHLPDALITTSYVLLQGVFDALHDFPLKSRPLRLGTFGDTQLLDFLPLPVNAMSQQHQLIAAKALELALAAIENDDYQPGVQAIARTFKQRIHQG PGPT0017585_564 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017585-fruR1-K03435 NA NA D1-35_01212 2865 hypothetical protein ATGCTCGAGCTCACTCTAGAGCAGATATCCATGGCCCAGGTGGCTGTGGATAAAGACGCCGCGCTGCAATTGCTCGCCGACAAACTGGTGGCCGATGGCCTGGTCGCCGAAGGTTACCTCGCCGGTTTACAGGCCCGCGAGGCCCAGGGCTCGACATTTCTTGGCCAAGGTATTGCCATTCCCCACGGTACCCCGCAGACCCGCGACCTGGTGTATGCCACCGGCGTGCGCCTGCTGCAATTCCCGGACGGCGTGGATTGGGGCGATGGCCAGATCGTCTACCTGGCGATTGGCATCGCGGCCAAATCCGACGAGCACCTGCGCCTGTTGCAACTGCTGACCCGCGCCCTCGGCGAGACGGACCTGGGTCAGGCCCTGCGCCGCGCCGGGTCTGCCGAGGCGCTGTTGAAACTGCTGCAAGGCGCGCCGCAGGAACTGGCGCTGGATGCGCAGATGATCGGCCTCGGCGTGTCGGCCGACGATTTCGAAGAACTGGTGTGGCGCGGCGCTCGTCTGTTGCGCCAGGCCGACTGCGTGAGCAACGGCTTCGCCGGTGTGTTGCAGCAGGTCGAGGCGCTGCCGTTGGGCGACGGCCTGTGGTGGCTGCACAGTGAACAGACTGTCAAGCGCCCTGGCCTGGCTTTCGTCACGCCGGACAAGCCCATCCGTTACCTCGGCCAGCCCCTGAGCGGACTGTTCTGCCTGGCCAGCCTCGGCGAGGCCCATCAGGCCTTGCTGGAAAGACTCTGCGCGCTGCTGATCGAAGGTCGCGGCCACGAACTGGGCCGCGCCACCAGCAGTCGCAAGGTCCTCGAAGTGCTGGGCGGCGAGCTGCCCGCCGACTGGCCCAGCGCCCGTATCGGCCTGGCCAATGCCCACGGCCTGCATGCACGTCCGGCGAAAATCCTCGCGCAATTGGCGAAAAACTTCGAAGGCGAGATCCGCGTGCGCATCGTCGACGGCCAGGACAGCGCCGTGTCGGCCAAGAGCCTGAGCAAACTGTTGAGCCTGGGCGCCCGTCGCGGCCAGGTCCTGGAGTTCATCGCCGAGCCGAGCATTGCCGCCGATGCGCTGCCGGCCTTGCTGGCCGCCGTCGAAGAGGGGCTCGGCGAAGAGGTCGAACCGCTGCCGCCACCGAGCGCGCCACGGGAAACCACCATCGCCGAAGTCGCCAGCGTGATGCTGGCGCCCGAATCCGGCAGCCTGCTCCAGGCGGTCGCCGCCGCACCGGGCATCGCCATCGGCCCGGCGCATATTCAAGTGCTGCAAGACATCGACTATCCGTTGCGCGGCGAGTCACCGGCCATCGAGCGCGAGCGCCTGCAAAAAGCCCTGAGCCAGGTGCGCCGCGACATCGAAGGCTTGATCGAGCGCGCGAAGGCCAAGGCCATCCGCGAGATTTTCATCACTCACCAGGAAATGCTCGACGATCCGGAGCTGACCGACGAGGTCGACACCCGCTTGAAGCTGGGCGAGAGCGCGCAAGCGGCGTGGATGGGCGTGATCGAAGCCGCCGCGAAAGAACAGGAAGCCCTGCAGGATGCCTTGCTTGCCGAACGTGCCGCCGACTTGCGGGACGTCGGCCGGCGGGTGCTGGCGCAGCTGTGTGGCGTGGAAACGCCGGCAGAGCCGGATCAACCGTACATTCTGGTGATGGACGAAGTCGGCCCCTCCGACGTCGCCCGCCTGGATCCGGCTCGGGTGGCGGGGATCCTGACCGCCCGGGGCGGCGCCACCGCCCACAGCGCGATTGTTGCCCGTGCCCTGGGCATTCCCGCCCTGGTCGGTGCGGGGGCAGCGGTATTGCTGCTGGCGCCGGGCACCTCCTTGCTGCTGGACGGCCAGCGCGGTCGGCTGCATGTCGACCCGGACGCCGCCACGCTGCAACGCGCCGCCGAAGAACGCGACACCCGCGAGCAGCGCCTCAAGGCCGCCGCCGAGCAGCGTCACCAACCGGCGCAGACCCGCGACGGTCACGCCGTGGAAGTGTTCGCCAACATCGGCGAAAGCGCCGGCGTCACCAGCGCGGTGGAGCAGGGCGCGGAAGGCATCGGCCTGCTGCGCACCGAATTGATTTTCATGGCTCACAACGAGGCCCCGGACGAAGCGACCCAGGAAGCCGAATACCGCAAGGTGCTCGATGGCCTGGCCGGTCGGCCGCTGGTGGTGCGCACCCTTGATGTGGGCGGCGACAAACCGCTGCCGTACTGGCCGATCGCGAAGGAAGAAAACCCCTTCCTCGGGGTGCGCGGCATCCGCCTGACCTTGCAGCGTCCGCAGGTGATGGAAGCGCAGTTGCGCGCCTTGTTGCGCTCGGCGGACAACCGTCCGCTGCGGATCATGTTCCCCATGGTTGGCAGCGTCGACGAGTGGCGCCAGGCCCGCGACATGACCGAGCGCCTGCGCCGGGAAATCCCGGTGGCGGACCTGCAACTGGGGATCATGATCGAAGTGCCGTCCGCCGCGCTGCTGGCGCCGGTGCTCGCCAAGGAGGTCGACTTCTTCAGCGTCGGCACCAATGACCTGACCCAATACACCCTGGCGATCGACCGGGGCCACCCGACTCTGTCGGCCCAGGCCGACGGCCTGCATCCAGCGGTATTGCAGCTGATCGACATCACCGTGCGCGCGGCCCATGCCCATGGCAAATGGGTCGGCGTGTGCGGCGAGCTGGCGGCTGATCCGCTGGCGGTGCCGGTGCTGGTGGGCCTGGGTGTCGACGAATTGAGCGTTTCGGCCCGCAGCATTGCCGAGGTCAAGGCGCGGGTTCGCGAATTGAGCCTGGCGCAAGTACAAACCCTGGCCCAAGAGGCCTTGGCCGTGGGCAGCGCCGACGACGTGCGCGCATTAGTGGAGGCGCTGTAA MLELTLEQISMAQVAVDKDAALQLLADKLVADGLVAEGYLAGLQAREAQGSTFLGQGIAIPHGTPQTRDLVYATGVRLLQFPDGVDWGDGQIVYLAIGIAAKSDEHLRLLQLLTRALGETDLGQALRRAGSAEALLKLLQGAPQELALDAQMIGLGVSADDFEELVWRGARLLRQADCVSNGFAGVLQQVEALPLGDGLWWLHSEQTVKRPGLAFVTPDKPIRYLGQPLSGLFCLASLGEAHQALLERLCALLIEGRGHELGRATSSRKVLEVLGGELPADWPSARIGLANAHGLHARPAKILAQLAKNFEGEIRVRIVDGQDSAVSAKSLSKLLSLGARRGQVLEFIAEPSIAADALPALLAAVEEGLGEEVEPLPPPSAPRETTIAEVASVMLAPESGSLLQAVAAAPGIAIGPAHIQVLQDIDYPLRGESPAIERERLQKALSQVRRDIEGLIERAKAKAIREIFITHQEMLDDPELTDEVDTRLKLGESAQAAWMGVIEAAAKEQEALQDALLAERAADLRDVGRRVLAQLCGVETPAEPDQPYILVMDEVGPSDVARLDPARVAGILTARGGATAHSAIVARALGIPALVGAGAAVLLLAPGTSLLLDGQRGRLHVDPDAATLQRAAEERDTREQRLKAAAEQRHQPAQTRDGHAVEVFANIGESAGVTSAVEQGAEGIGLLRTELIFMAHNEAPDEATQEAEYRKVLDGLAGRPLVVRTLDVGGDKPLPYWPIAKEENPFLGVRGIRLTLQRPQVMEAQLRALLRSADNRPLRIMFPMVGSVDEWRQARDMTERLRREIPVADLQLGIMIEVPSAALLAPVLAKEVDFFSVGTNDLTQYTLAIDRGHPTLSAQADGLHPAVLQLIDITVRAAHAHGKWVGVCGELAADPLAVPVLVGLGVDELSVSARSIAEVKARVRELSLAQVQTLAQEALAVGSADDVRALVEAL NA NA NA NA NA D1-35_01213 942 lacC COG1105 Tagatose-6-phosphate kinase ATGGCGAAGATTCTTACCCTGACCCTCAACCCGGCGCTCGACCTCACGGTGGAGTTGGCGCGCCTGGAACCGGGCCAGGTCAACCGCAGCGATGCCATGCACGCCCACGCCGCCGGTAAAGGCGTGAACGTCGCCCAGGTGTTGGCCGATCTCGGCCATACGCTGACGGTCAGTGGATTTCTCGGCGAGGACAACGCCCAGGTGTTCGAGACGTTGTTCGCCCAGCGTGGCTTCGTCGACGCATTCATCCGCGTTCCGGGCGAAACCCGCAGCAACATCAAGCTGGCCGAGCAGGACGGCCGCATCACCGATCTCAACGGCCCGGGCCCAATGGTCGACGAAGCCGCTCAGCAGGCGTTGCTGGCGCGCCTTGAGCAAATCGCCCCAGGCCATGATGTGGTGGTCGTGGCGGGCAGCTTGCCCCGTGGCGTCAGTGCGCAATGGCTGCAGGCGCTGATCACGCGCCTGAAACAACTTGGCCTGAACGTGGCCCTCGACACCAGCGGCGAAGCCTTGCGCGTCGCCCTGGCGGCGGGGCCGTGGCTGATCAAGCCGAACACCGAGGAGCTGGCCGATGCGCTGGGCTGCGCCGTGGTCAGCGAATTGGCCCAGGCGCAAGCGGCGCAGCGCCTGCATGCCGAGGGTATCGAGCACGTGGTGATTTCCCATGGCGCCGACGGCGTGAACTGGTTCAGCGTCGGTTCGGCGCTGCATGCTTCGCCGCCCAAGGTGACGGTTGCGAGTACCGTGGGTGCCGGTGATTCGCTGCTGGCCGGCATGCTGCACGGCTTGCTCGGTGGGCACACGCCGGAGCAGACCCTGCGCAGCGCCACGGCCATCGCCGCCATGGCGGTCACGCAGATCGGTTTTGGCATCCACGACACCGCGTTGCTGGCGTCGCTTGAACAGGGCGTGCGCGTGCGCCCCCTGACAGAACAATAA MAKILTLTLNPALDLTVELARLEPGQVNRSDAMHAHAAGKGVNVAQVLADLGHTLTVSGFLGEDNAQVFETLFAQRGFVDAFIRVPGETRSNIKLAEQDGRITDLNGPGPMVDEAAQQALLARLEQIAPGHDVVVVAGSLPRGVSAQWLQALITRLKQLGLNVALDTSGEALRVALAAGPWLIKPNTEELADALGCAVVSELAQAQAAQRLHAEGIEHVVISHGADGVNWFSVGSALHASPPKVTVASTVGAGDSLLAGMLHGLLGGHTPEQTLRSATAIAAMAVTQIGFGIHDTALLASLEQGVRVRPLTEQ PGPT0017580_938 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 D1-35_01214 1746 fruA COG1299 PTS system fructose-specific EIIB'BC component ATGAAATTAGCCATTGTGACGGCCTGCCCGAACGGCATGGTCACCAGTGTGTTGTGCGCCCGTCTGCTGGACGCGGCGGCCCAGCGCCAGGGCTGGAGCACCAGCGTCGAAGTGCATGACCCGGCGCACCCCGAGCGCCAGTTGTCGGCCGCCACGCTTGAGGCGGCCGAGTGGGTGCTACTGGTTGCCAGCGGCCCGGTGGACCTGTCGCGATTTGTCGGCAAGCGGGTATTTCGCAGCACCCCGGCCCAGGCCCTGCAAGACGTTGATACGGTGCTGCGGCGTGGCGCCGAAGAAGCCGAGGTAATGGCCGAGGCCGACGTGCTCGCCGAAGCACCACAGGCCTCCACCGAGCGCGCCCCGCGCCTGGTGGCCATCACCGCGTGCCCGACCGGCGTTGCCCACACCTTCATGGCCGCCGAAGCCTTGCAGCAGGCAGCGGCGCGCTTGGGCTACGACTTGCAGATCGAAACCCAGGGCTCGGTGGGCGCGCGTAATCCGCTGAGTCCCGAAGCGATTGCCGAGGCCGACGTGGTGCTGCTGGCGACGGACATTGAAGTCGCCACCGAGCGTTTCGCCGGCAAGAAAATCTACCGCTGCGGCACCGGCATCGCGTTGAAGCAGGCCGAAGCCACGCTGAACAAGGCTTTGGCCGAAGGTCGGCAGGAAAGCGCTGCCAGCGACACTTCCGGCGGTCCGGCGAAAGCGGAAAAAAGCGGCGTCTACAAACACTTGCTGACCGGTGTTTCGTTCATGCTGCCGATGGTGGTGGCGGGTGGCTTGATGATTGCCTTGTCGTTCGTGTTCGGCATCGAGGCCTTCAAGGAGCCTGGCACCCTGGCGGCGGCACTGATGCAGATCGGCGGCGATACCGCATTCAAATTGATGGTGCCGCTGCTGGCGGGCTACATCGCCTATTCCATCGCCGACCGGCCGGGCCTGGCGCCAGGCATGATCGGCGGGATGCTGGCGAGCACCTTGGGCGCCGGGTTCATCGGCGGGATCATTGCCGGCTTCCTGGCCGGCTATGCCGCCAAGGCGATCAACCGCTACGCGCGGCTGCCCCAGAGCCTGGAAGCGCTCAAGCCGATCCTGATCATTCCGCTGTTGGCGAGCCTGTTCACCGGCCTGGTGATGATCTACATCGTCGGCAAACCAGTGGCGGGCATGCTCGAAGGCCTGACGCATTTCCTCGACAGCATGGGCACCACCAATGCGCTGCTGCTGGGCGTGCTGCTGGGGGCGATGATGTGCGTCGACCTCGGTGGGCCGATCAACAAGGCCGCCTATGCGTTTTCGGTGGGGCTGCTGGCTTCGCAGAGTTATGCACCCATGGCCGCGACCATGGCCGCCGGCATGGTCCCGCCGATTGGCCTGGGCATCGCTACGTTCATCGCCCGGCGCAAATTCGCCAAGACCGAGCGCGAGGCCGGTAAAGCGGCATTGGTGCTGGGGCTGTGCTTCATTTCCGAAGGCGCGATTCCGTTCGCGGCCAAGGATCCGCTGCGGGTGATCCCGTCAAGTGTTGCCGGTGGTGCGCTGACCGGTGCGCTGTCGATGTATTTCGGCTGCAAACTCATGGCGCCTCACGGCGGCCTGTTCGTGATGCTGATCCCCAACGCCATCAATCATGCGTTGCTGTACCTGCTGGCAATCGTCGCGGGCAGCCTGCTGACGGCGGTGACCTATGCGCTGCTCAAGCGGCCGGAGGCGGTAGAGATGGCGCTGGAGCCGGCTAAGGCCTGA MKLAIVTACPNGMVTSVLCARLLDAAAQRQGWSTSVEVHDPAHPERQLSAATLEAAEWVLLVASGPVDLSRFVGKRVFRSTPAQALQDVDTVLRRGAEEAEVMAEADVLAEAPQASTERAPRLVAITACPTGVAHTFMAAEALQQAAARLGYDLQIETQGSVGARNPLSPEAIAEADVVLLATDIEVATERFAGKKIYRCGTGIALKQAEATLNKALAEGRQESAASDTSGGPAKAEKSGVYKHLLTGVSFMLPMVVAGGLMIALSFVFGIEAFKEPGTLAAALMQIGGDTAFKLMVPLLAGYIAYSIADRPGLAPGMIGGMLASTLGAGFIGGIIAGFLAGYAAKAINRYARLPQSLEALKPILIIPLLASLFTGLVMIYIVGKPVAGMLEGLTHFLDSMGTTNALLLGVLLGAMMCVDLGGPINKAAYAFSVGLLASQSYAPMAATMAAGMVPPIGLGIATFIARRKFAKTEREAGKAALVLGLCFISEGAIPFAAKDPLRVIPSSVAGGALTGALSMYFGCKLMAPHGGLFVMLIPNAINHALLYLLAIVAGSLLTAVTYALLKRPEAVEMALEPAKA PGPT0017120_1653 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 D1-35_01215 1542 phoD COG3540 Alkaline phosphatase D ATGAGCGAATTCGACCTGGGCCGTCGCCGTGTAATGCAAGCCGTTGGTGCCGGTTTGTTACTGCCGGGGCTGGCGCCGGCGGTGATTGCTTCGGTCAAGGATCGGCCGGTGCTGACCGAAGGCGTGCAATCGGGCGACTTGCAGGGCGACCGGGCGATGATCTGGAGTCGCAGCGACCGCCCGGCGCGAATGGTGGTGGAGTGGGACACCCGCAGTCAGTTCTCCAACCCTCGGCGCTTTGTCTCGGCGCTGGCCGACAGCCGCAGCGATTTCACCGCCCGGGTCGAACTCACCGGCCTGCCGCCCGACCAGGCGATTTTCTACCGCGTGCATTTCGAAGACGCCCGCAGCGGTGTCGCCAGCGAGCCCTGGCTCGGCCATTTGCGCAGCGTGCCGCAGTTCAAGCGCAACATCCGGTTTGTCTGGAGCGGCGACACCGTAGGCCAGGGCTTCGGCATCAACCCGGACATTGGTGGCATGCGCATCTACGAAGCCATGCGCCTGCGCCTGCCGGACTTTTTTATCCACAGCGGCGACACCATCTACGCCGACGGCCCGGTGCCGGCGCAGGTCACCACCGAGGGCGGCCGCATCTGGCGCAACCTGACCACCGAAGCCAAGAGCAAGGTTGCCGAGACCATGGACGAATATCGCGGCAACTACCGCTACAACCTGATGGATGAAAATGTCCGTCGTTTCAACGCCGAGGTGCCGCAGATCTGGCAATGGGACGACCACGAGGTGGTCAACAACTGGTCGCCGGGCAAGCAACTGGACGAGCGCTACCAGACCAAGGATATCCACAGCCTGGTAGGCCGTGCGCGACAGGCCTGGCTGGAATATGCGCCGATGCGCCTGCAGAAGGCCGACCATGGTGGACGGATCTATCGCAAGCTCGGCTACGGGCCGATGCTCGATGTGTTCGTGCTGGACATGCGCAGCTACCGCGAAGCCAATGACGCCAACCTCGGCGCGGCGAAACCGTTCCTGGGGCGTGAGCAACTGAACTGGCTCAAGCGCGAGCTGAAGCAATCCCGGGCGCAGTGGAAAGTCATTGCCGCCGACATGCCCATTGGCCTCGGCGTACCCGACGGCGAAGTCAGTCCCGGTGTGCCGCGCTGGGAAGCGGTCGCCAACGGTGACCCGGGCGAGGCTCAGGGGCGTGAAGTGGAAATTGCCGAACTGCTCGGTTATCTGCGCAAGCATCAGGTGCGCAACTACGTCTGGCTGACTGCCGATGTGCACTATTGCGCCGCCCACCATTACCATCCTGAACAGGCCGCGTTCCAGGATTTCGAACCGTTCTGGGAGTTTGTCGCCGGGCCGCTGAACGCCGGCAGCTTCGGGCCCAATACCCTGGACAAGACCTTCGGTCCGGAAGTGGTATTCCAGAAAGCGCCCCCCGTGCAGAACACTTCGCCGTTTGCCGGGTATCAATTCTTTGGCGAGGTGAACATCGACGGACAGAGCGGCGAGATGAGCGTGGTGTTGCGCGATCTTGAAGGGGTGGCGGTGTTCGAGAAGAAGTTGCAGCCGGTTTGA MSEFDLGRRRVMQAVGAGLLLPGLAPAVIASVKDRPVLTEGVQSGDLQGDRAMIWSRSDRPARMVVEWDTRSQFSNPRRFVSALADSRSDFTARVELTGLPPDQAIFYRVHFEDARSGVASEPWLGHLRSVPQFKRNIRFVWSGDTVGQGFGINPDIGGMRIYEAMRLRLPDFFIHSGDTIYADGPVPAQVTTEGGRIWRNLTTEAKSKVAETMDEYRGNYRYNLMDENVRRFNAEVPQIWQWDDHEVVNNWSPGKQLDERYQTKDIHSLVGRARQAWLEYAPMRLQKADHGGRIYRKLGYGPMLDVFVLDMRSYREANDANLGAAKPFLGREQLNWLKRELKQSRAQWKVIAADMPIGLGVPDGEVSPGVPRWEAVANGDPGEAQGREVEIAELLGYLRKHQVRNYVWLTADVHYCAAHHYHPEQAAFQDFEPFWEFVAGPLNAGSFGPNTLDKTFGPEVVFQKAPPVQNTSPFAGYQFFGEVNIDGQSGEMSVVLRDLEGVAVFEKKLQPV PGPT0002575_2101 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0002575-phoD-K01113 NA NA D1-35_01216 2544 hypothetical protein ATGAACAAGGCGGGCGACGTGTTGAAGAAAACCCTGTTCCAGTTGCACTGGTTTTTCGGCATCAGTGCCGGGCTGGTCCTGGCATTGATGGGCGTTACCGGTGCGGTGGTGTCTTTCCAGGACGAGATCCTGCGGGCATTGAACCCCGAGGTGCTGACGGTTGAAAAACAACCGGCCGGCGTCCTGCCTCCCGCCGAACTGGTGGAACAGATCGAAGCCGCCTCCGGCAAGACCGTCGCCATGCTCTGGGTCGAGACCGACAGTGGCAACGCCGCGCGGGCGATCTTCACCGCCCCGCCGGGAGAGAAACGCGGGCCGATGCGTTACTTCAATCCTTACAACGCGCAGTTTCTCGGCGATGTGGTGGGCCAGGATTTCTTCGGCCTGATGCTCAGGCTGCACCGCGTCCTGACCCTGGACGACGTGGGCCGGCAGATTACCGGCGCCTGCACGCTGATCCTGGTGTTCTTCTGCTTGTCCGGCCTCTACCTGCGCTGGCCACGCCAGTGGAAAAACTGGCGCGCCTGGCTGACCCTCGACTGGGCGAAAAAGGGCCGCAGCTTCAATTGGGACCTGCACTCCGTCGCGGGCACCTGGTGCCTGCTGTTCTATCTGTTGGCCGCCCTGACCGGGTTGACCTGGTCCTATGAGTGGTACAACAAAGGCCTGACCCGCCTGCTTTCCGATTCGCCCAAGGATGAGCGCGTGCGCACCCGTGGCCCGGCACCGAGCGGCCCGGCGCCGATCGCCGATTACCGGGCCATGTGGAGCAGCATCTACAGCGCCGCCGGCCCCGGCCTGTCCGCCTACAACGTGCGCATGCCACCGGTGGCCGGGCAACCGGCGACGGTGTTCTACCTACTCAAGGACGCCCCCCATGACCGCGCCCTGAACCAACTCATGCTCGACCCGAGCACCGGCGTCATCAGCCGTCACAGCCGCTACACCGACAAGAGCCTCAAGGCGCAATTGCTCACCAGCATCTATGCCCTGCATGTCGGCAGTTACTTCGGCCTGGTCGGGCGGATCCTGGTGACCGCCGCCGCATTGGCGATGCCGCTGTTTTTCATCACCGGCTGGCTGCTCTACCTGGACCGCCGACGCAAAAAACGTCAGGTCCGCCAGGCTCGCCAGGCGCTTGCCGGCAACCCTGGCGATGCCCCGGCGTGGCTGATCGGCTTTGCCAGCCAGAGCGGTTTTGCCGAGCAACTGGCCTGGCAGACCGCCGGCCAGCTCCAGGCCGCCGGGCTACCGGTGAAGGTCCAGCCGTTGGCCGGCGTCAGCGAAAAGGATTTGAACAGCGCCACCCGCGCCTTGTTTGTCGTCAGCACCTTTGGCGACGGTGAAGGACCGGACAGCGCTCGCGGTTTCGAGCGCAAGGTGCTCGGCCGGGCGATGAGCCTGGAAAGCCTGCAATACTCGGTCCTCGGCCTCGGTGACCGGCAATATGACAATTTCTGCGGTTTCGCCCGCCGTCTGCACGCCTGGCTCGCGGAGCACGGCGGCAAGACGCTGTTCGCACCGGTGGAAGTGGATAGCGGCGACCCGTACGCCTTGCGGCACTGGCAACAGCAATTGGCCGAGCTGACCGGCCAGCCTCCGGCGGATGCGTGGCAAGCGCCGAGTTTTGAACACTGGACCTTGAGCCAACGCACCCTGCTCAACCCCGACAGCAGCGGTTCGGGCGTGTACCTGCTCGGCCTCGGCGCCCCCGGCCCGAGCAGCTGGCTGGCCGGTGACCTGGTGGAAATCCTGCCGCGCAATGACCCGTGGGCTATCGAACACTTCCTCGATGGCCTGGGTATCGCCGGTATCGCTCGGGTGCAGGTCGATGGCTTGCAGCAGACGCTCGAACAAGCCCTCGCCACGCGTCAACTGCCGGAAAACCGCGCACACCTGGTGGGTCTGCACGCCCAGGCGCTGGTGGAGGCGTTGGCACCGCTGGGAATACGTGAATATTCCATCGCCTCGATCCCCGCCGACGGTGTACTGGAACTGATCGTACGCCAGGAACGTCACGCCGATGGCAGCCTGGGCATCGGTTCCGGCTGGCTGACCGAGCATGCGCCGCTGGGCAGCCCCATCAGCCTGCGCGTCCGTCGCAACAGCAGTTTCCATCTGCCGCCCCAGGGCGTGCCGATGATTCTGCTGGGCAACGGCACCGGCCTGGCCGGCTTGCGCAGTTTGCTCAAGGCCCGTGTTGCCCAGGGCATGCAGCGCAACTGGCTGCTGTTTGGCGAGCGCAACCGCGAGCATGATTTCCATTGCCGCGACGAACTGCAGGAATGGGTGACCTCCGGCGACCTGGAACGCCTGGACCTGGCGTTCTCCCGGGATCAGGAAAAGAAAATCTACGTCCAGGACCGCCTGCTGGAATCGGCCGCGTTGCTCAAGCAATGGCTGGCCGACGGCGCGGTGATCTATGTCTGCGGCAGCTTGCAGGGGATGGCGTCAGGCGTGGACCACGTGCTCAATCTGGTGCTGGGCCGCGAGGAAGTGGAAAAGCTGATCGAGCAGGGCCGGTATCGGCGGGATGTTTACTGA MNKAGDVLKKTLFQLHWFFGISAGLVLALMGVTGAVVSFQDEILRALNPEVLTVEKQPAGVLPPAELVEQIEAASGKTVAMLWVETDSGNAARAIFTAPPGEKRGPMRYFNPYNAQFLGDVVGQDFFGLMLRLHRVLTLDDVGRQITGACTLILVFFCLSGLYLRWPRQWKNWRAWLTLDWAKKGRSFNWDLHSVAGTWCLLFYLLAALTGLTWSYEWYNKGLTRLLSDSPKDERVRTRGPAPSGPAPIADYRAMWSSIYSAAGPGLSAYNVRMPPVAGQPATVFYLLKDAPHDRALNQLMLDPSTGVISRHSRYTDKSLKAQLLTSIYALHVGSYFGLVGRILVTAAALAMPLFFITGWLLYLDRRRKKRQVRQARQALAGNPGDAPAWLIGFASQSGFAEQLAWQTAGQLQAAGLPVKVQPLAGVSEKDLNSATRALFVVSTFGDGEGPDSARGFERKVLGRAMSLESLQYSVLGLGDRQYDNFCGFARRLHAWLAEHGGKTLFAPVEVDSGDPYALRHWQQQLAELTGQPPADAWQAPSFEHWTLSQRTLLNPDSSGSGVYLLGLGAPGPSSWLAGDLVEILPRNDPWAIEHFLDGLGIAGIARVQVDGLQQTLEQALATRQLPENRAHLVGLHAQALVEALAPLGIREYSIASIPADGVLELIVRQERHADGSLGIGSGWLTEHAPLGSPISLRVRRNSSFHLPPQGVPMILLGNGTGLAGLRSLLKARVAQGMQRNWLLFGERNREHDFHCRDELQEWVTSGDLERLDLAFSRDQEKKIYVQDRLLESAALLKQWLADGAVIYVCGSLQGMASGVDHVLNLVLGREEVEKLIEQGRYRRDVY PGPT0002795_551 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380 NA NA D1-35_01217 2319 bfrD COG4774 putative TonB-dependent receptor BfrD ATGTCGCGTCAACAATCACAATTACCGGTTAATTCACCTCGTCTGCTGGCCTCCGCCATCGGCGTCGCCCTCGGTGCGACGTCAATCGCACAGATGGCCCAAGCGGCGGAAAAGATCGACGAAAAAGCCCCGCGCAACGCCATCTCCCTGGACGCTACCAGCATTACGGGCGAGGCCCAGGACACGACGTCCTACCAGGTCGAAAAAGCCTCGTCCTCGAAATACACCGCGCCGCTGGTCGACACGCCGCGCTCGGTGACGGTCATCCCCCAGCAGGTGCTCAAGGACACCGGCGCCCTCAACATGCAGGATGCCCTGCGTACCGTGCCGGGCATCACTTTTGGCGCCGGCGAAGGCGGCAACCCCCAGGGCGACCGTCCATTCATCCGTGGCTTCGATGCCCAGGGCGACACCTACCTGGATAACGTGCGTGATACCGGTTCGCAAAGCCGGGAGATCTTTGCGGTGGAGTCCATCGAGGTCAGCAAGGGCCCGAACTCGGCCATCGGCGGCCGCGGCGCCGCCGGCGGCACCATCAACCTGGTGAGCAAGAAAGCCCACTTGGGCGACTCGTTCGACGGCGGCTTCACCTGGGGTTCGGACCAGACCCAGCGCTACACCCTCGACGGCAATTACCAGTTCAGCGACAGCGCCGCCGGCCGGCTCAACCTGATGAGCCACGAAAGCAATGTCGCCGGTCGTGACCAGGTCAACTACGATCGCTGGGGCGTCGCGCCGTCGCTGGCGTTCGGCCTGGGCACCGACACCCGGATCAACCTCGACTACTACCACCTGGAAAGCAACGATCTGCCGGATTCGGGCATTCCCTACAGCGTTCCCGCCTCGGGCCGCACCGCCGATCGCACCAAAGCCAACCCGGACAAGCCCGATGCCGGCGGCGACAGCAGCAACTTCTATGGCCTCACCGACCGCGACTTCCGCAAGACCCGCGTCGACACCGCGACCATCGCCATCGAGCATGACCTGAGCGATGCACTGACCGTCAAGAACACCCTGCGCCACGGCTCCAGCATGCAGGACTACATTCTCACCCAACCCGACGACAGCAAGGGCAACGTCAACAACGGTACGGTCTGGCGGCGCGTCAACAGCCGCGTCAGCAACGTCGACACCACCACCAACCAGACTGATCTGTTCGGTGATTTTTATGTGGCCGGCTTCAAGAACAGTTTCTCCACCGGCATCGAGCTGAGCCGCGAGACCGGCGAGAAAACTTCGTACAACGTCAACACCGACACCGTACCGGGCACCACCGCCGCGAACACCAACTGCACGCCGGCCCTGGTGGGCGCGCCGAGCGGCTACAACTGCACGTCGCTGTCCAATCCGAACCCGAACGATCCCTGGAACGGCGCGATTTCCCGCAACTATGCCGGCACCGACACCACCAGCGTCACCCGCGCGCTCTACGTGTTCGACACGCTGGAACTGTCACCGCAGTGGCTGGTGAACATGGGCTTGCGCTACGACCACTTCGACACGAAATACAAGACTTACGACGCCGCCGGTACCACCACGTCCAAGGGTGACGACACCAGCGAGTTCGTCACCGGCCAGTTCGGCCTGGTCTGGAAACCAGCCGACAACGGCAGCATCTATGCGTCCTACGCGACCTCGGCCACGCCGCCCGGCAGCATGGTTGGCGAAGGCATCGAGGGCAATCCGCTCGGTGGGACGCCAGACCGCAGTGGCAACCTGCTCGCCAGTGACATGGAGCCGGAAACCACCAAGAACTACGAGATCGGCACCAAGTGGGACTTGCTCGACAGCCGGCTTTCGCTGACCGCGGCGATTTTCCGCACCGAGAAGGAAAACGCCCGGGTGCAGGTCGACACCACGACCTATGAAAACGCCGGCAAGACTCGCGTCGACGGCCTGGAGCTGTCGGCCAGCGGCAAGCTCACCGAGAAATGGCAGGTGTTCGCCGGCTACAGCTATCTGGACAGTGAGCAGGTCGATGGCGGGCCAATGAGCACCAGCGATGGCAACGAGTTGCCGAACACGCCGAAAAACAGCGCCAGCGTCTGGACCACCTACGCACTCACGCCAAAGCTGACCATCGGTGGCGGGGCCTTCTATGTGGATGATGTGTTCGGCAGCGTGGCGAACACCACCATGGTCGACTCTTATGTGCGTTATGACGCCATGGCCAGCTACAAGGTCAGCAAGCACCTGGACCTGCAACTCAACGTGCAGAACCTGACCGACGAGACTTACTACGACAAGGCATTCTCGACCCACTTCGCCAACCAGGCGGCCGGGCGCACGGCGTTGTTGAGTACCAATTTCCACTTCTGA MSRQQSQLPVNSPRLLASAIGVALGATSIAQMAQAAEKIDEKAPRNAISLDATSITGEAQDTTSYQVEKASSSKYTAPLVDTPRSVTVIPQQVLKDTGALNMQDALRTVPGITFGAGEGGNPQGDRPFIRGFDAQGDTYLDNVRDTGSQSREIFAVESIEVSKGPNSAIGGRGAAGGTINLVSKKAHLGDSFDGGFTWGSDQTQRYTLDGNYQFSDSAAGRLNLMSHESNVAGRDQVNYDRWGVAPSLAFGLGTDTRINLDYYHLESNDLPDSGIPYSVPASGRTADRTKANPDKPDAGGDSSNFYGLTDRDFRKTRVDTATIAIEHDLSDALTVKNTLRHGSSMQDYILTQPDDSKGNVNNGTVWRRVNSRVSNVDTTTNQTDLFGDFYVAGFKNSFSTGIELSRETGEKTSYNVNTDTVPGTTAANTNCTPALVGAPSGYNCTSLSNPNPNDPWNGAISRNYAGTDTTSVTRALYVFDTLELSPQWLVNMGLRYDHFDTKYKTYDAAGTTTSKGDDTSEFVTGQFGLVWKPADNGSIYASYATSATPPGSMVGEGIEGNPLGGTPDRSGNLLASDMEPETTKNYEIGTKWDLLDSRLSLTAAIFRTEKENARVQVDTTTYENAGKTRVDGLELSASGKLTEKWQVFAGYSYLDSEQVDGGPMSTSDGNELPNTPKNSASVWTTYALTPKLTIGGGAFYVDDVFGSVANTTMVDSYVRYDAMASYKVSKHLDLQLNVQNLTDETYYDKAFSTHFANQAAGRTALLSTNFHF PGPT0003875_389 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-OTHER_IRON_BINDING_PROTEINS,PGPT0003875-fiu|bfrD-K16090 NA NA D1-35_01218 681 COG3128 PKHD-type hydroxylase ATGTTGCTGCACGTTCCCGGTGTATTTTCTCCTGAAGAAGTGCAGCGTATCCGCGAGGCGCTGGAGCAGGCCGAATGGGCAGATGGCAAGGTCACGGCCGGTTATCAATCGGCCAAGGCCAAGCACAACCTGCAACTGCCCGAGGGGCATCCCCTGGCCAAGGAAATCGGCGCGGCTATGCTGGATCGGTTGTGGAAAAACCCCTTGTTCATGTCGGCGGCGCTTCCACACAAAGTCTTCCCGCCGCTGGTGAACTGCTACACCGCCGGCGGCAGTTTCGATTTCCATATCGACAATGCCGTACGCCAGCCCAAGGGCAGTGCCGAGCGGGTGCGCACCGACCTGTCGGCCACGCTGTTCTTCAGCGACCCGGAGGACTACGACGGCGGCGAGCTGGAAATCCAGGACACCTACGGCACCCAACGGGTCAAATTGCCGGCCGGGGACATGGTGTTGTATCCGGGCACCAGCCTGCACAAGGTCAACGCGGTTACCCGTGGTACACGCTATGCCTCGTTCTTCTGGACCCAGAGCCTGGTGCGCGAAGACAGCCAGCGTGCGCTGCTGTTCGAGATGGACGGTGCGATCCGGGAACTGACCCGGGACGTGCCCGAGCATCCGTCGTTGATTCGCCTGACCGGCACCTACCACAACCTGTTGCGTCGCTGGGTCGAGGTGTAG MLLHVPGVFSPEEVQRIREALEQAEWADGKVTAGYQSAKAKHNLQLPEGHPLAKEIGAAMLDRLWKNPLFMSAALPHKVFPPLVNCYTAGGSFDFHIDNAVRQPKGSAERVRTDLSATLFFSDPEDYDGGELEIQDTYGTQRVKLPAGDMVLYPGTSLHKVNAVTRGTRYASFFWTQSLVREDSQRALLFEMDGAIRELTRDVPEHPSLIRLTGTYHNLLRRWVEV NA NA NA NA NA D1-35_01219 762 hypothetical protein GTGGCGGATTTTCGTCTGCGCCGCGAGGAAGTGCTCGACGGCGAGGCCCTCAAGGCCATGCTCGAGGACAGCCCGGCGCGGGCGGCCCAGGCGATTCTGATCGCAGCGGGCGAAGGGCTGCTGGAGGCCCAGGCGCTGCTCGGGCAGATCCTGCTCGACGGGCGCGGTATCGAACAGGACAAAACCCTGGCCCGGCGCTGGTTCGAGATCGCCGCCCAACGTGGGCACCTGATGGCGCGCAACATGTTGGGGCGTTGCCATGAGCATGGCTGGGGCTGTGTCGCCGATCCTTCGGTCGCGGCCGGACATTATCGTCAGGCAGCCGAGGCAGGACTGGATTGGGCGATGTACAACCTGGCCAACCTGCTGGCGACTGGGCGCGGCGTTGCTGAGAATCAGCCGCAGGCATTGGTCCTTTATTGGCGCGCGGCCGAGCTGGGGCACGCCAAATCAATGAATCTGTTGGGGCGTTATCTGGAAGAGGGGCGTTTCTGCCCGGCGGACCCGGTGGCGGCGGCCCGGTGGTATCGACGTTCGGCCGAAGGCGGGGATTTTCGGGGGCAGTTCAGCCATGGCTGCGTATTGATTGCCGATGCCCGTATCGAAGAGGGCTTGGTGTGGTTGCGCCGGGCGTTGGCCGGAGGGAATCTGAATTTTCTTCGTGTCGCCGTGCAAACCTTGCAGACGGCGCGGCTGACTGCGTTGTCTCCACTGATCGAGGCCTATCAGGCGCGAATCCAGCAGATGCAAAAAAGCCCGTGA MADFRLRREEVLDGEALKAMLEDSPARAAQAILIAAGEGLLEAQALLGQILLDGRGIEQDKTLARRWFEIAAQRGHLMARNMLGRCHEHGWGCVADPSVAAGHYRQAAEAGLDWAMYNLANLLATGRGVAENQPQALVLYWRAAELGHAKSMNLLGRYLEEGRFCPADPVAAARWYRRSAEGGDFRGQFSHGCVLIADARIEEGLVWLRRALAGGNLNFLRVAVQTLQTARLTALSPLIEAYQARIQQMQKSP PGPT0000855_4596 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-ACIDITY|NITROGEN_RELATED_REGULATION,PGPT0000855-exoR-K07126 NA NA D1-35_01220 1164 ldc Lysine/ornithine decarboxylase ATGTCGATCCAGGTCGAAGATTATTTCGCGCGCGAAACCTTTCAGAAAATGAAGGCGTTCGCCGACAAGCAGGAAACCCCGTTCGTGGTGATCGACACCGCGATGATCGCCAAGGCCTATGACGACCTGCGCGCCGGTTTCGAATTCGCCAAGGTCTACTACGCCGTCAAGGCCAACCCGGCGGTGGAAATCATCGACCTGCTCAAGGATAAAGGCTCGAACTTCGACATCGCCTCGATCTATGAACTGGACAAGGTGATGAGCCGCGGCGTCGGCCCGGACCAGATCAGCTACGGCAACACCATCAAGAAATCCAAGGACATCCGCTACTTCTACGAGAAGGGCGTGCGCCTCTACGCCACTGACTCCGAAGCCGACCTGCGCAACATCGCCAAGGCCGCGCCGGGTTCGAAAGTCTATGTGCGCATCCTCACCGAAGGTTCGACCACGGCTGACTGGCCCCTGTCGCGCAAGTTCGGCTGCCAGACCGACATGGCCATGGACCTGCTGATCCTCGCCCGCGACCTGGGCCTGGTGCCGTACGGCATCTCGTTCCACGTCGGCTCGCAACAGCGCGACATCAGCGTCTGGGACGCGGCCATCGCCAAGGTCAAGGTGATTTTCGAGCGTCTGAAAGAAGAAGACGGCATCGTCTTGAAGCTGATCAACATGGGCGGTGGCTTCCCGGCCAACTACATCACCCGCACCAACAGCCTGGAAACCTACGCCGAGGAAATCATCCGCTTCCTCAAGGAAGACTTCGGCGACGAACTGCCGGAAATCATCCTGGAGCCGGGCCGTTCGTTGATCGCAAACGCCGGCATCCTGGTCAGCGAAGTGGTACTGGTGGCGCGCAAGTCGCGTACCGCCGTCGAGCGTTGGGTGTACACCGACGTGGGCAAATTCTCCGGCCTGATCGAAACCATGGACGAAGCCATCAAGTTCCCGATCTGGACCGAGAAGAAAGGCGAGATGGAAGAAGTGGTCATCGCCGGCCCGACCTGCGACAGCGCTGACATCATGTACGAGAACTACAAATACGGTTTGCCGCTGAACCTGGCGATTGGCGATCGTTTGTACTGGCTGTCGACGGGTGCCTACACCACCAGCTACAGCGCTGTGGAGTTCAATGGCTTTCCGCCGCTGAAGTCGTTCTACGTGTAA MSIQVEDYFARETFQKMKAFADKQETPFVVIDTAMIAKAYDDLRAGFEFAKVYYAVKANPAVEIIDLLKDKGSNFDIASIYELDKVMSRGVGPDQISYGNTIKKSKDIRYFYEKGVRLYATDSEADLRNIAKAAPGSKVYVRILTEGSTTADWPLSRKFGCQTDMAMDLLILARDLGLVPYGISFHVGSQQRDISVWDAAIAKVKVIFERLKEEDGIVLKLINMGGGFPANYITRTNSLETYAEEIIRFLKEDFGDELPEIILEPGRSLIANAGILVSEVVLVARKSRTAVERWVYTDVGKFSGLIETMDEAIKFPIWTEKKGEMEEVVIAGPTCDSADIMYENYKYGLPLNLAIGDRLYWLSTGAYTTSYSAVEFNGFPPLKSFYV PGPT0007765_2059 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007765-speC|speF|ODC1-K01581 NA NA D1-35_01221 1158 osmV COG1125 Osmoprotectant import ATP-binding protein OsmV ATGATCGAACTTCAAAACCTCAGCAAAACCTTCAAGAGCAACGGCAAGGATGTAAAAGCCGTGGACTCGGTGAACCTGACCGTCAACGAAGGCGAGATCTGCGTGTTCCTCGGGCCGTCGGGCTGTGGCAAAAGCACCACGCTGAAGATGATCAACCGCTTGATCCCGCCGACCTCGGGCAAGGTCTTGATCAACGGCGAAGACACCACCGGCCTCGACGAGGTGACCCTGCGCCGCAACATCGGCTACGTGATCCAGCAGATCGGCCTGTTCCCGAACATGACCATCGAGGAGAACATCACCGTGGTGCCGCGCCTGCTCGGCTGGGACAAGCAGAAATGCCACGACCGCGCCCGCGAGTTGATGAGCATGATCAAGCTCGAACCCAAGCAGTACCTGCATCGCTACCCCCGTGAACTGTCGGGCGGCCAGCAGCAGCGGATCGGCGTGATCCGCGCCCTGGCCGCCGATGCGCCGTTGCTGCTGATGGACGAACCTTTCGGCGCGGTCGATCCGATCAACCGCGAGATGATCCAGAACGAGTTCTTCGAGATGCAACGGGCGCTGAACAAAACCGTGATCATGGTCAGCCACGACATCGACGAAGCCATCAAGCTGGGCGACAAGATCGCGATCTTCCGCGCCGGCAAGCTGGTCCAGTGCGATCACCCGGACACGCTCCTCGCCCATCCGGCCGATGAATTCGTCAGCAACTTTGTCGGCCAGGACAGCACCCTCAAGCGCCTGTTGCTGGTCAAGGCCGAAGACGCGGCGGACAACGCCCCGTCGGTCAGCCCCGAAACACCGGTGGCCGAGGCGCTGGAGTTGATGGACGAACACGACCGTCGCTACGTGGTGGTCACCTGCGCCGAGAACAAGGCGCTGGGGTATGTGCGCCGGCGCGACCTGTACCGCCAGACCGGCACCTGCGGGCAGTTCCTGCGGGAATTCAACGCCACCGCGGCCTACGACGAACATCTGCGGATTCTGTTGTCGCGTATGTATGAGTTCAACCGTTCGTGGCTGCCGGTGATGGATGCCGAGCGGGTCTTTCTTGGGGAAGTGACCCAGGAATCGATTGCCGAATACCTGAGCTCCGGCAAGTCCCGTGGCGGCAAGACCAGTATCGTCTCGCCGGCCGAGACCGCGTCTACCTGA MIELQNLSKTFKSNGKDVKAVDSVNLTVNEGEICVFLGPSGCGKSTTLKMINRLIPPTSGKVLINGEDTTGLDEVTLRRNIGYVIQQIGLFPNMTIEENITVVPRLLGWDKQKCHDRARELMSMIKLEPKQYLHRYPRELSGGQQQRIGVIRALAADAPLLLMDEPFGAVDPINREMIQNEFFEMQRALNKTVIMVSHDIDEAIKLGDKIAIFRAGKLVQCDHPDTLLAHPADEFVSNFVGQDSTLKRLLLVKAEDAADNAPSVSPETPVAEALELMDEHDRRYVVVTCAENKALGYVRRRDLYRQTGTCGQFLREFNATAAYDEHLRILLSRMYEFNRSWLPVMDAERVFLGEVTQESIAEYLSSGKSRGGKTSIVSPAETAST PGPT0013585_614 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D1-35_01222 654 osmW COG1174 Osmoprotectant import permease protein OsmW ATGGATTTTCTTGACGCCTTTTCCCATCTGGACTGGCCGCTGGTGCTGCACCTGACCTGGCAGCACATCACCCTGGTGGGCATCGCCGTGACCCTGGCGATAATCGTCGGTGTGCCGCTGGGCATTTTCATGACCCGCTTCCCGGCGCTCGCCGGCCCGTTGCAAGCCAGCGCCACGGTACTGTTGACCATTCCGTCGATTGCCCTGTTCGGCCTGCTGCTGCCGTTCTATTCCAAGTTCGGCCAGGGCCTCGGTCCGATGCCAGCGATCACCGCGGTGTTCCTTTATTCGCTGCTGCCGATCATGCGCAACACGTACCTGGCCTTGACCGGCGTCGAACCGGGCATTCGTGAAGCCGCCCGCGGCATCGGCATGACCTTCGGCCAGCGCCTGCGCATGGTCGAACTGCCGATTGCCGTGCCGGTGATCCTCGCCGGCGTACGCACCGCCGTGGTCATGAACATCGGCGTCATGACCATCGCCGCCACCATCGGCGCCGGTGGCCTGGGCGTGCTCATCCTCGCTTCCATCAGCCGCAGCGACATGTCGATGCTGATCGTCGGCGCCGTGCTGGTCAGCCTCCTGGCCCTCTTCGCCGACCTGCTTCTGCAATGGCTGCAACGCTCGCTGACCCCGAAAGGACTATTAAAATGA MDFLDAFSHLDWPLVLHLTWQHITLVGIAVTLAIIVGVPLGIFMTRFPALAGPLQASATVLLTIPSIALFGLLLPFYSKFGQGLGPMPAITAVFLYSLLPIMRNTYLALTGVEPGIREAARGIGMTFGQRLRMVELPIAVPVILAGVRTAVVMNIGVMTIAATIGAGGLGVLILASISRSDMSMLIVGAVLVSLLALFADLLLQWLQRSLTPKGLLK PGPT0013590_4228 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D1-35_01223 903 osmX COG1732 Osmoprotectant-binding protein OsmX ATGAAGAAGTTGAGCTTGATCCTGGGCTGCCTGCTGTTGTTCGCGGGGTTCGCCCAAGCCGCTGAAAAACCGCTGATCCGCCTCGGTGCCCGGGTGTTCACCGAGCAGACCCTGCTGGCCGAGATCACCGCGCAATACCTGCGCGACAAGGGCTACGACGCACAGATCACTGGCGGGCTGGGCAGCAACCTGGCCCGCAGCGCCCATGAAACCGGGCAGCTGGATTTACTCTGGGAATACACCGGCGTGTCGCTGGTTTCCTACAACCATGTCACGGAAAAACTCGACAGCGCCCAGTCCTACGCCCGGGTGAAAGAACTCGACGCGAAAAAAGGCCTGGTCTGGCTCGCGCCGTCGAAATTCAGCAACACCTACGCCTTGGCCCTGCCGGAGAAAGTCGCGAAGAAGTACCCGCAGATCAATTCCATCAGCCAATTGAATACGGTGCTGCAGACCGAGGCCGAGGAAAATCACCTGGTCGCGCTTGACACCGAGTTCGCCAACCGTTCCGACGGCCTGGCCGGCATGGTCGAGCGCTACGGCATGAACCTGACCCGCAAGAATATCCGGCAGATGGACGCCGGCCTGGTCTACACCGCCCTGCGCAACAGCCAGGTGTTCGCCGGACTGGTGTACACCACCGACGGCCGACTGAACGCGTTCAAGCTGAAGCTGCTGGAAGACGACAAGCACTATTTCCCCGACTACACCGCCGCGCCGGTGGTGCGCCAGGCCTTCCTTGACGCCCATCCGCAACTGGCCGCGCAGCTCAAGCCACTGGCCGAACTGTTCGACGACGAAACCATGCGCCAGCTCAACGCCCGTGTGGATGTCGATCATGAAAGCCCTTCCGCCGTTGCCGCCGATTTCCTGCGCCAGCATTCCCTGCTCTCAACCCAATGA MKKLSLILGCLLLFAGFAQAAEKPLIRLGARVFTEQTLLAEITAQYLRDKGYDAQITGGLGSNLARSAHETGQLDLLWEYTGVSLVSYNHVTEKLDSAQSYARVKELDAKKGLVWLAPSKFSNTYALALPEKVAKKYPQINSISQLNTVLQTEAEENHLVALDTEFANRSDGLAGMVERYGMNLTRKNIRQMDAGLVYTALRNSQVFAGLVYTTDGRLNAFKLKLLEDDKHYFPDYTAAPVVRQAFLDAHPQLAAQLKPLAELFDDETMRQLNARVDVDHESPSAVAADFLRQHSLLSTQ PGPT0013595_3083 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013595-opuC|yehZ-K05845 NA NA D1-35_01224 717 osmY COG1174 Osmoprotectant import permease protein OsmY GTGGCTATCCGCTATGGCAAAGGGCTTATCGGGGGGGCGGTCGTCGTCGCCCTCCTGGCCCTGTTGGTCCACTGGATCGGCATCGATACGATCCACCGTTACCGCGACGACCTGCTGTTCTACCTGCAAGCGCACCTGATGCTTGTACTGGCTTCCATGTTGGCGGCCCTGATCGTCGGCATTCCCGCCGGCATCGCCCTCAGCCGCCCCGGCATGGTCGGGCGCGCCGAACGCTTCATGCAAGTGTTCAACATCGGCAATACCGTGCCGCCCCTGGCCGTGCTGGCCATTGCCCTGGGTATCCTGGGCATCGGCAGCGGGCCGGCGATCTTCGCCCTGTTCCTCGCCTCGCTGTTGCCCATCGTGCGCAACACCTATGAAGGCTTGAAAAATGTCCAGGGCTCGCTCAAGGAAGCTGCCGTCGGCATCGGCATGACCCCGCGCCAGGTGTTGTGGAAAGTCGAACTGCCCAACGCCGTGCCGATCATCGTCGGTGGCGTGCGCGTAGCCCTGGCGATCAACGTCGGCACCGCACCGCTGGCGTTCCTGATCGGCGCCAACAGCCTTGGCAGCCTGATCTTCCCCGGCATCGCCTTGAACAATCAGCCGCAATTGCTGCTCGGCGCGGCCTGCACCGCCTTGCTGGCGCTGCTGCTCGACGGCCTGGTAACCCTGGCCAGCCGCCTCTGGCTGGAACGCGGTCTGCGACCGTCCTGA MAIRYGKGLIGGAVVVALLALLVHWIGIDTIHRYRDDLLFYLQAHLMLVLASMLAALIVGIPAGIALSRPGMVGRAERFMQVFNIGNTVPPLAVLAIALGILGIGSGPAIFALFLASLLPIVRNTYEGLKNVQGSLKEAAVGIGMTPRQVLWKVELPNAVPIIVGGVRVALAINVGTAPLAFLIGANSLGSLIFPGIALNNQPQLLLGAACTALLALLLDGLVTLASRLWLERGLRPS PGPT0013590_2772 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D1-35_01225 1584 prfC COG4108 Peptide chain release factor RF3 ATGACCAAACAGGCCGCCGAAGTCGCGAAACGCCGCACTTTCGCCATCATTTCCCACCCCGATGCCGGTAAGACCACCATCACCGAAAAGCTCTTGCTGATGGGCAAGGCGATTGCGGTGGCCGGCACGGTGAAATCCCGCAAGTCCGACCGCCATGCCACCTCCGACTGGATGGAGATGGAAAAGCAGCGGGGTATTTCCATTACCACGTCGGTCATGCAGTTCCCGTATCGCGAGCACATGATCAACCTGCTCGACACCCCGGGCCACGAAGACTTCTCCGAAGACACCTACCGCACGCTGACCGCGGTGGACTCGGCCTTGATGGTCCTCGACGGCGGCAAGGGCGTCGAGCCACGGACTATCGCGCTGATGGACGTCTGCCGTCTGCGGGACACGCCGATCGTCAGCTTCATCAACAAGCTCGACCGCGACATTCGCGACCCGATCGAACTGCTCGACGAAATCGAAGCGGTCCTGAAGATCAAGGCAGCGCCGATCACCTGGCCGATCGGTTGCTACCGCGACTTCAAGGGCGTTTACCACCTGGCCGACGACTACATCATCGTCTACACCGCCGGCCACGGTCATGAGCGCACCGAAACCAAGATCATCGAGAAGCTCGACTCCGACGAGGCCCGCGCGCACCTGGGCGACGAATACGACCGTTTTGTCGAGCAGCTGGAGCTGGTGCAGGGCGCCTGCCATGAATTCAACCAGCAGGAATTCCTCGATGGCCAACTGACCCCGGTGTTCTTCGGGACCGCCCTGGGCAACTTCGGCGTCGACCATGTGCTCGACGCCGTTGTCGACTGGGCTCCGCGCCCGCTGCCACGCGTTGCCAACGAGCGCACCGTGGAACCGGTGGAAGAGAAGTTCGCAGGCTTCGTGTTCAAGATCCAGGCGAACATGGACCCCAAGCACCGCGACCGTATCGCCTTCATGCGCATCTGCTCCGGCAAATACGAAAAAGGCATGAAGATGCGCCACGTGCGCACCGGCAAGGACGTGCGCATCGGCGACGCCTTGACCTTCTTCTCCTCGGAACGCGAGCAACTGGAAGAGGCCTTCGCCGGTGACATCATCGGGTTGCACAACCACGGCACCATCCAGATCGGCGACACCTTCACCGAAGGCGAAGCCCTGGGTTTTACCGGCATCCCGCATTTCGCCCCGGAACTGTTCCGCCGGGTACGGCTGAAGGATCCGCTCAAGTCCAAGCAACTGCGCCAGGGCCTCCAGCAGTTGGCCGAAGAGGGCGCCACCCAGGTGTTCTTCCCGGAGCGCAGCAACGACATCATCCTCGGCGCCGTCGGTGTGCTGCAGTTCGACGTCGTCGCCAGTCGCCTGAAAGAGGAATACAAAGTCGAGTGCTCCTACGAGCCGATCACCGTGTATTCCGCCCGCTGGATTGAATGCGCCGACAAGAAAAAACTTGAGGAATTTTCCAACAAGGCCGTGGAAAACCTCGCGCTGGACGGCGGCGGCCACCTGACCTACCTGGCGCCAACACGGGTCAATCTCGCGCTGATGGAAGAGCGCTGGCCAGATGTGAAATTCCGCGCGACGCGCGAGCATCACTAA MTKQAAEVAKRRTFAIISHPDAGKTTITEKLLLMGKAIAVAGTVKSRKSDRHATSDWMEMEKQRGISITTSVMQFPYREHMINLLDTPGHEDFSEDTYRTLTAVDSALMVLDGGKGVEPRTIALMDVCRLRDTPIVSFINKLDRDIRDPIELLDEIEAVLKIKAAPITWPIGCYRDFKGVYHLADDYIIVYTAGHGHERTETKIIEKLDSDEARAHLGDEYDRFVEQLELVQGACHEFNQQEFLDGQLTPVFFGTALGNFGVDHVLDAVVDWAPRPLPRVANERTVEPVEEKFAGFVFKIQANMDPKHRDRIAFMRICSGKYEKGMKMRHVRTGKDVRIGDALTFFSSEREQLEEAFAGDIIGLHNHGTIQIGDTFTEGEALGFTGIPHFAPELFRRVRLKDPLKSKQLRQGLQQLAEEGATQVFFPERSNDIILGAVGVLQFDVVASRLKEEYKVECSYEPITVYSARWIECADKKKLEEFSNKAVENLALDGGGHLTYLAPTRVNLALMEERWPDVKFRATREHH NA NA NA NA NA D1-35_01226 252 hypothetical protein ATGAATAAGCTGCTGCGCATGATGTTTTTTCTAAAGGTGTTGGTGATGCTGTCCCTCGGTTCCACCGCTGCGTGGGCCGAATGCGATGAGCACGAGAAGCACGCGTCGAATGGCTCGGTGGTTCAAGGCGAGTTGATGCTTGCCGCGACCGATGCGGACGCAGGCGATCCGGACGATGGCGAGGATGACGATGGTTCGCCAATCGACACACCGGATGGCGATGAGGATGAAGAGGGCGATAGCCAGACGTAG MNKLLRMMFFLKVLVMLSLGSTAAWAECDEHEKHASNGSVVQGELMLAATDADAGDPDDGEDDDGSPIDTPDGDEDEEGDSQT NA NA NA NA NA D1-35_01227 981 ddpF_1 COG1124 putative D,D-dipeptide transport ATP-binding protein DdpF ATGGCCGTCGTACTTACCGCCCGTGACCTGACCCGTCATTACGAAGTGTCCCGTGGCATGTTCAAGGGCCATGCGACCGTACGCGCCCTCAACGGTGTGTCGTTCGAACTGGAAGCCGGCAAGACCCTGGCCGTGGTGGGTGAATCCGGTTGCGGCAAATCCACCCTCGCCCGGGCCCTGACGCTGATCGAAGAGCCGTCCGCCGGTTCCTTGAAAATCGCCGGCCAGGAAGTGGCCGGCGCCAACAAGGCCGAGCGCAAGCAACTGCGCAAAGACGTGCAGATGGTCTTCCAGAGTCCTTATGCGTCCCTCAACCCGCGGCAGAAAATCGGTGATCAACTGGCCGAGCCGTTGCTCATCAACACCAACCTCTCGGCCACCGAGCGTCGCGACAAAGTCCAGGCGATGATGAAGCAGGTGGGCCTGCGCCCCGAGCACTACCAGCGCTATCCGCATATGTTCTCCGGCGGCCAGCGCCAGCGCATCGCCCTGGCCCGCGCGATGATGCTGCAACCCAAGGTGCTGGTGGCGGACGAACCGACCTCGGCGCTGGACGTGTCGATCCAGGCCCAGGTGCTGAACCTGTTCATGGACCTGCAACAGGAGTTCAACACCGCCTACGTGTTCATCTCCCATAACCTGGCGGTGGTGCAGCATGTCGCCGACGACGTGATGGTGATGTACCTCGGCCGCCCGGTAGAAATGGGCCCCAACGAGTCCATCTACAGCCGCCCGCTACACCCCTACACCCAGGCGCTGCTGTCGGCCACCCCGACCATCCATCCGGACCCGAACAAGCCGAAGATCAAAATCGTCGGCGAACTGCCCAACCCGCTCAACCCACCGTCCGGCTGCGCCTTCCACAAGCGCTGCCCGTACGCGACCGAGCGTTGCAAGACTGAAGAACCGGCGTTGCGGCCACTCGATAACCGGTTGGTGGCGTGTCACTACGCGGAGCGGTTCCTTGACGGCGCGGCGTAA MAVVLTARDLTRHYEVSRGMFKGHATVRALNGVSFELEAGKTLAVVGESGCGKSTLARALTLIEEPSAGSLKIAGQEVAGANKAERKQLRKDVQMVFQSPYASLNPRQKIGDQLAEPLLINTNLSATERRDKVQAMMKQVGLRPEHYQRYPHMFSGGQRQRIALARAMMLQPKVLVADEPTSALDVSIQAQVLNLFMDLQQEFNTAYVFISHNLAVVQHVADDVMVMYLGRPVEMGPNESIYSRPLHPYTQALLSATPTIHPDPNKPKIKIVGELPNPLNPPSGCAFHKRCPYATERCKTEEPALRPLDNRLVACHYAERFLDGAA PGPT0004520_455 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004520-dppF-K12372 NA NA D1-35_01228 969 dppD COG0444 Dipeptide transport ATP-binding protein DppD ATGTCACTGCTAGAAATCAAGAATCTCAACGTCCGCTTCGGCGACGCCACCGCCGTGCCGGTGGTCGACGGCCTGGACCTGAGCGTGGATAAAGGCGAGGTGCTGGCGATCGTCGGCGAATCGGGCTCGGGTAAATCCGTGACCATGATGGCGCTGATGGGCCTGATCGAGCACCCCGGCATCGTCACCGCCGATGCGCTGAACTTCGACGGCAAGAACATGCTCAAGCTGAGCAACCGCCAGCGCCGGCAGATCGTCGGCAAGGACCTGGCGATGGTTTTCCAGGACCCGATGACCGCGCTCAACCCCAGCTACACCGTGGGTTTCCAGATCGAAGAAGTACTGCGCCTGCATCTGAAGCTGTCCGGCAAGGCCGCCCGCAAGCGCGCCATCGAACTGCTGGAAAAAGTCGAGATCCCGGGCGCCGCCAGTCGCATGGATGCCTACCCGCATCAACTGTCCGGCGGCATGAGCCAGCGTGTGGCGATTGCCATGGCGATTGCCGGCGAGCCGAAACTGCTGATCGCCGACGAACCGACCACCGCTCTGGACGTGACCATCCAGGCGCAGATCATGGACCTGCTGCTGGCCCTGCAGAAAGAGCAGGACATGGGCCTGGTGCTGATCACCCATGACCTCGCCGTCGTGGCTGAAACCGCGCAGCGCGTGTGCGTGATGTACGCCGGCCAGGCCGTGGAAGTGGGCAAGGTGCCGCAGCTGTTCGACATCCCGGCCCACCCGTATAGCGAAGCACTGCTGGCGGCGATTCCGGAGCACAGCATGGGCGCCGAGCGCCTGGCGACGTTGCCGGGCATCGTGCCCGGTCGCTACGACCGCCCGCAAGGCTGCCTGCTGTCGCCGCGCTGCCCGTACGTGCGTGACAACTGCCGCCAGGAGCGCCCTGCGCTCGATCCGAAATCCAACAGCCTCGCCCGCTGCTTCTACCCGTTGAACCAGGAGGTGGCGTGA MSLLEIKNLNVRFGDATAVPVVDGLDLSVDKGEVLAIVGESGSGKSVTMMALMGLIEHPGIVTADALNFDGKNMLKLSNRQRRQIVGKDLAMVFQDPMTALNPSYTVGFQIEEVLRLHLKLSGKAARKRAIELLEKVEIPGAASRMDAYPHQLSGGMSQRVAIAMAIAGEPKLLIADEPTTALDVTIQAQIMDLLLALQKEQDMGLVLITHDLAVVAETAQRVCVMYAGQAVEVGKVPQLFDIPAHPYSEALLAAIPEHSMGAERLATLPGIVPGRYDRPQGCLLSPRCPYVRDNCRQERPALDPKSNSLARCFYPLNQEVA PGPT0004515_546 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004515-dppD-K12371 NA NA D1-35_01229 912 dppC COG1173 Dipeptide transport system permease protein DppC ATGAGTACTCCAACTACCGCGGTAGCAGTCGATCAAAGCCTGCTGTACCCGTCCCCGTACAAAGAATTCTGGCAAGCGTTTTCCCGCAACAAGGGCGCCGTCGCCGGGCTGCTGTTCATGATCCTGATCGTGTTCTGCGCACTCTTCGCCCCGTGGGTCGCGCCGCACGACCCGAGCGAGCAATACCGCGACTTCCTGCTGACGCCGCCGGCGTGGCTCGAAGGTGGGCAGATGCAGTTCCTGCTGGGCACCGACGAACTGGGCCGTGATTTGCTCTCGCGCCTGATCCAGGGTTCGCGGCTGTCGCTGCTGATCGGCTTGTCGTCGGTGGTGATGTCGCTGATCCCGGGCATCCTGCTGGGGCTGTTCGCCGGGTTCTTCCCGCGCATCCTCGGCCCGACCATCATGCGCCTGATGGACATCATGCTCGCCCTGCCCTCGCTGCTGCTGGCCGTGGCGATCGTCGCCATCCTCGGCCCAGGCCTGATCAACACTGTGATCGCCATCGCCATCGTCTCGCTGCCGTCCTACGTGCGCCTGACCCGCGCCGCCGTGATGGGCGAGCTGAACCGCGACTACGTGACCGCCGCCCGCCTGGCCGGTGCCGGCCTGCCGCGCCTGATGTTCATCACCGTGCTGCCCAACTGCATGGCACCGCTGATCGTCCAGGCGACCCTGAGCTTCTCCTCGGCGATCCTCGACGCCGCCGCCCTGGGCTTCCTCGGCCTCGGCGTGCAACCGCCGACCCCTGAGTGGGGCACCATGCTGGCCTCGGCCCGCGACTACATCGAACGCGCCTGGTGGGTCGTGAGCCTGCCTGGCCTGACCATTTTGCTCAGCGTGCTGGCAATCAACCTGATGGGCGACGGTCTGCGCGATGCGCTGGACCCGAAACTCAAGAATGCCGCCTGA MSTPTTAVAVDQSLLYPSPYKEFWQAFSRNKGAVAGLLFMILIVFCALFAPWVAPHDPSEQYRDFLLTPPAWLEGGQMQFLLGTDELGRDLLSRLIQGSRLSLLIGLSSVVMSLIPGILLGLFAGFFPRILGPTIMRLMDIMLALPSLLLAVAIVAILGPGLINTVIAIAIVSLPSYVRLTRAAVMGELNRDYVTAARLAGAGLPRLMFITVLPNCMAPLIVQATLSFSSAILDAAALGFLGLGVQPPTPEWGTMLASARDYIERAWWVVSLPGLTILLSVLAINLMGDGLRDALDPKLKNAA PGPT0004510_236 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004510-dppC-K12370 NA NA D1-35_01230 1011 dppB_1 COG0601 Dipeptide transport system permease protein DppB ATGTTTAGTTTTATTGCCCGCCGACTGGGATTACTGATTCCCACGTTCTTCGGCATCACCTTGCTGACCTTCGCGTTGATTCGCATGATTCCCGGCGACCCCGTGGAAGTGATGATGGGCGAACGTCGGGTCGATCCCGAAATGCATGCTCAGGCAATGGAACGCCTTGGCCTGAACAAACCGCTGTATGCCCAGTACCTGGACTACATCGGCAAACTGGCCCAGGGCGATCTTGGCGAATCGCTGCGCACCCGTGAAAGCGTATGGAGCGAGTTCAGCTCGCTGTTTCCCGCGACCCTGGAACTGTCCCTGGCCGCGCTGCTGTTCGCCGGTATCCTCGGCCTGCTGGCCGGGGTGATCGCGGCGCTCAAGCGAGGATCCCTGTTCGACCATGGGGTGATGGGCATCTCCCTGGCGGGATATTCGATGCCGATCTTCTGGTGGGGCCTGATCCTGATCATGTTCTTCTCGGTGTCCCTGGGCTGGACACCGGTGTCGGGACGGATCGACCTGCTCTACGACATCGAGCCGAAAACCGGCTTCATGCTGATCGATACGCTGCTGGCCGATGAGCCGGGCGCGTTCCTCGACGCACTGCATCACCTGATCCTGCCGGCTATCGTGCTGGGCACCATTCCGCTGGCGGTGATCGCCCGCATGACCCGCTCCTCGATGCTCGAAGTGCTGCGCGAGGACTACATCCGCACCGCCAAGGCCAAGGGCCTGTCGCCGTCGCGCGTGGTGTTCGTGCACGGCCTGCGCAACGCGCTGATCCCGGTGTTGACCGTGGTCGGCCTGCAAGTCGGCACGCTGCTGGCCGGCGCGGTCCTGACCGAAACGATCTTCTCCTGGCCGGGCATCGGCAAGTGGCTGATCGAAGCCATCGGCGCCCGGGACTATCCCGTGGTGCAGAACGGCATCCTGTTAATCGCCTGCCTGGTGATTCTGGTCAACTTCGTCGTGGACATTCTCTACGGCTTTGCCAACCCACGTATCCGTCACCAGCGCTGA MFSFIARRLGLLIPTFFGITLLTFALIRMIPGDPVEVMMGERRVDPEMHAQAMERLGLNKPLYAQYLDYIGKLAQGDLGESLRTRESVWSEFSSLFPATLELSLAALLFAGILGLLAGVIAALKRGSLFDHGVMGISLAGYSMPIFWWGLILIMFFSVSLGWTPVSGRIDLLYDIEPKTGFMLIDTLLADEPGAFLDALHHLILPAIVLGTIPLAVIARMTRSSMLEVLREDYIRTAKAKGLSPSRVVFVHGLRNALIPVLTVVGLQVGTLLAGAVLTETIFSWPGIGKWLIEAIGARDYPVVQNGILLIACLVILVNFVVDILYGFANPRIRHQR PGPT0004505_417 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004505-dppB-K12369 NA NA D1-35_01231 1596 dppA_1 COG0747 Periplasmic dipeptide transport protein ATGAACATGAACCCCCTACGCGCCGCCATTGCCGCCGCACTGCTGAGTGTTGCCGTTGGCGCCACGGCCAAACCCCTGGTGGTTTGCACAGAAGCCAGCCCGGAAGGCTTCGACATGGTCCAGTACACGACTGCAGTCACCGCCGACGCCGTGGCCGAAACGATCTTCAACCGCCTGGCCGACTTCAAGCCCGGCACCACCGAAGTGATTCCTGCCCTGGCCGAGTCCTGGGACATCAGCGACGACGGCTTGACGTATACCTTCCACCTGCGCAAAGGCGTCAAGTTCCACACCACCGATTACTTCAAGCCGACCCGCGACATGAACGCCGACGACGTGGTCTGGAGCTTCCAGCGCCAGCTGGACCCGAATCATCCGTGGCACAAACTGTCGAGCGTGGGTTTCCCGTACTTTGAAAGCATGGGCTTCAAGGAACTGCTCAAGAACGTCGAAAAAGTCGACGAGCACACGGTCAAGTTCACCCTGACCCGCCGCGAAGCACCGTTCCTGGCCGACATCGCCATGGCGTTCTCCTCGATCTACCCGGCCGAATACGCCGACCAGTTGCTCAAGGCAGGCAAGGCCGCCGAGCTGAACAACAAGCCGATCGGCACCGGGCCGTTCATCTTCCAGCGCTACAACAAAGACGCCCAGGTTCGCTTCAAGGCCAACCCGGACTACTTCCGGGGCAAGCCGCCGGCCGATGCGCTGGTGCTGGCGATCGCCACCGATAACAATGTGCGCATGCAGAAACTCAAGACCAATGAGTGCCAGATTGCGCTGTACCCGAAACCGGACGATATCCCCAGCATCAAGAAAGACCCGAACCTGAAGGTCACCGAGCTGGATGCGATGACCGTTTCCTACACCGCCCTGAACACCAGCCACAAATACATGAGCGATGTGCGGGTGCGCAAAGCCATCGACCTGGCCTTCGACAAGGAAGCCTACGTCAACGCGCTGTTTGGCAAAGGTAACGCCACCGCCGCGGTCAATCCGTACCCGCCGACGCTGCTGGGTTACAACCACGACCTGAAGAACCCGACCCGCGACCTCGACAAGGCGCGCCAGTTGCTCAAGGAAGCCGGCGTGCCGGAAGGCACCGTGTTTACCCTGTTCACCCGCAACGGCGGCGGTCCGACCAACCCCAACCCGATGCTCGGCGCGCAAATGATGCAGGCCGACCTGACGAAAGTCGGGATCAAGGTCGATATCCGCGTCATGGAATGGGGCGAAATGCTCAAACGCGCGAAAAACGGCGAGCACGACATGGTTTCCGCCGGATGGGCGGGCGATAACGGCGACCCGGATAATTTCCTGACGCCTATGCTCAGTTGCGAAGCCGCCAAGAACGGCGAAAACTACGCGCGCTGGTGCAACGAAAAATTCCAGGCGCTGCTCGACCAGGCACGCGCCACAGTGAACCCCGAGGAGCGCGCCAGGCTCTATGAGCAGGCCCAGGTGATTTTCAACCAGGACCAGCCATGGATCAGCATGGCCCACACCCGCATGTTCACGGCAATGCGCAAGAACGTAGAGGGCTATGTGATTAGCCCGCTCACCACCAACAACTTCGCCACCACCCAGGTGAAGTAG MNMNPLRAAIAAALLSVAVGATAKPLVVCTEASPEGFDMVQYTTAVTADAVAETIFNRLADFKPGTTEVIPALAESWDISDDGLTYTFHLRKGVKFHTTDYFKPTRDMNADDVVWSFQRQLDPNHPWHKLSSVGFPYFESMGFKELLKNVEKVDEHTVKFTLTRREAPFLADIAMAFSSIYPAEYADQLLKAGKAAELNNKPIGTGPFIFQRYNKDAQVRFKANPDYFRGKPPADALVLAIATDNNVRMQKLKTNECQIALYPKPDDIPSIKKDPNLKVTELDAMTVSYTALNTSHKYMSDVRVRKAIDLAFDKEAYVNALFGKGNATAAVNPYPPTLLGYNHDLKNPTRDLDKARQLLKEAGVPEGTVFTLFTRNGGGPTNPNPMLGAQMMQADLTKVGIKVDIRVMEWGEMLKRAKNGEHDMVSAGWAGDNGDPDNFLTPMLSCEAAKNGENYARWCNEKFQALLDQARATVNPEERARLYEQAQVIFNQDQPWISMAHTRMFTAMRKNVEGYVISPLTTNNFATTQVK PGPT0004500_1300 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_01232 1413 oprD_1 Porin D ATGAAACTGAGCAGCACCGCGATACTGGCCCTGGCCATCAGCAGCATCACCGCGACGGCCTATGCCGAGTCTCAAAGTCAGGCGGTCACGCCCGTGGCTCTCAAGACCACCAGCGAGCAAAGCGAAGCCAAGGGTTTCATCGAAGGCCAGTCCATCAGTGGCACCACGCGCAACTGGTACGCCAACGAGCAATTCAAGCGGGGCACAAAGCTCACCTATCGCAAGAACGGCGAAGCGCGCGAGACCGACCGCCGTATCAACTGGGTTCAGGGCACCATCGTCAAATACAACTCGGGGTTCACCGAAGGCACCGTGGGTTTCAGCACCGAACTGGCCGCCTATAACGCTATCGCCCTTGACCAGGATCGCAAGGATCTGGCGTCCAACAATGGCGGAGCGCCGACCACCCGTCCGGGCGCCGGCAACAACCGTACCCTGACGCGCGAAGGCGGCGACGCCGTGGGCCAGTGGAGCAAACTGGGTCTGGCCAACCTCAAGGCCCGTGTTTCCAACACCACTCTGACCGCCGGCCGCCAGAACTTCAGCAGCCCGATGGTCGATGTCATCGGCAACCGTGCGCTGCCTTCCAGCTTCCAGGGTGTGAGCCTGCACAGTGAAGAATTCGAAAACCTGGCGTTCGATATAGCCACCTTCGACCGTAACTCTCCTCGCATGGAACAAAGCCAGCGCAAGTTTCGCTCCGAGTATGGCGACAGCAGCGTCGAGACCGATCACGTCAACACCGCCGGTATCAGTTACCAGCCACTGGCCAGCCTGAAGACCAGCCTCTGGGCGACCGAGGCCGAGGACATGTGGAACCAGTACTATTTCGGTGCCACCCATGAACTGGGCGACAGCTCGGTGCTGAGCCTGACTACCGGCCTGAACTACTACAAGACCGTGGACTCGGGTAAAAGCAAGCTGGGCGAAATCGACAACGACACCTATTCCCTGTCGTTCGGCTTGACGCACCAGGCCCACAGCCTGACGTTCTCTTACCAGCAAGTGAACGGCAACGAATACTTCGACTACCTGCACGAAACCAACGGCATCTACCTGGCCAACTCCCTGTTGTCGGACTTCAACGGCCCGAACGAGAAATCCTTCCAGGTCGCCTATGGCCTGAACATGGCCGAATACGGCGTTCCGGGCCTGAAATTCAACATTTATCAGGCTCGCGGCTGGGGCATCGACGGTACGCATTACAACAGCACCGGTTATGACGTCGCCGCGATGGACGGCGAGCATCACTACGAATACGGTATCGGTGCCTCCTATGCCGTCCAGAGCGGCCCGCTGAAAGCCACCGCGGTCCGTGCGACCTACACCGCACACCGAGCCAGCGAAAACCAGGCCGACGGCAGTCTCAACGAATTCCGCCTGGTTACCACCATCCCGTTCAACATTCTCTAA MKLSSTAILALAISSITATAYAESQSQAVTPVALKTTSEQSEAKGFIEGQSISGTTRNWYANEQFKRGTKLTYRKNGEARETDRRINWVQGTIVKYNSGFTEGTVGFSTELAAYNAIALDQDRKDLASNNGGAPTTRPGAGNNRTLTREGGDAVGQWSKLGLANLKARVSNTTLTAGRQNFSSPMVDVIGNRALPSSFQGVSLHSEEFENLAFDIATFDRNSPRMEQSQRKFRSEYGDSSVETDHVNTAGISYQPLASLKTSLWATEAEDMWNQYYFGATHELGDSSVLSLTTGLNYYKTVDSGKSKLGEIDNDTYSLSFGLTHQAHSLTFSYQQVNGNEYFDYLHETNGIYLANSLLSDFNGPNEKSFQVAYGLNMAEYGVPGLKFNIYQARGWGIDGTHYNSTGYDVAAMDGEHHYEYGIGASYAVQSGPLKATAVRATYTAHRASENQADGSLNEFRLVTTIPFNIL NA NA NA NA NA D1-35_01233 1602 dppA_2 COG0747 Periplasmic dipeptide transport protein ATGCGCCATACCTTGGTTTTATCCGCATTGCTGGGCACCGGCCTGCTGGCCGCTACATCCGCGGCCCAGGCCGCCGGCGGCAGCCTGGTGTTCTGTTCCGAAGGCAGCCCCGCCGGTTTCGACACTGCGCAATACACCACCGCGACCGACAACGATGCCGCCGAACCGCTGTACAACCGCCTGGCCGAATTTGAAAAAGGCGCGACCAATGTCGTGCCGGGCCTGGCGACGAGCTGGGACATTTCCGAAGACGGCCTGAAATACACCTTCCATCTGCGCGCAGGGGTGAAGTTCCACACCACCGACTACTTCACGCCGACCCGGGATTTCAACGCCGACGATGTACTGTTCACCTTCAACCGCATGCTCGATCCGCAGCATCCGTTCCGCAAGGCCTACCCCACCGAGTTCCCGTACTTCAACGGCATGAGCCTGAACAAGAACATCGCCAAGGTCGAAGCGACAGGACCGTTGACGGTGGTCATGACGCTCAACAGCGTGGACGCCGCGTTCATCCAGAACATCGCCATGAGCTTCGCCTCGATCCTTTCGGCCGAGTACGCTGACAAGCTGCTCACTAGCGGCAAGCCGAGCGACATCAACCAGAAGCCGATCGGCACCGGGGCTTTCGAGTTCAAGAGCTACCAGAAAGACTCCAACATCCGCTACGTCGCCAACAAGCAGTACTGGGCGCCTGAGCGGGTCAAGCTGGACAACCTGATCTTCTCGATCAACACCGATGCGTCGGTGCGGGTGCAGAAGCTCAAGGCCAACGAATGCCAGATCACCCTGCATCCACGCCCGGCCGATGTGCCGGCGCTGAAGAACGATCCCAAGCTGCAACTGATCGAGAAACCCGGCTTCAACCTCGGCTACATCGCCTATAACACCCGCCACAAACCCTTCGACCAGGTCGAAGTGCGCCGGGCGCTGGACATGGCGGTGAACAAGCAGGGCATTCTCAACGCCGTTTACCAGGGCGCGGGGCAGTTGGCGCAAAACTCCATGCCGCCAACTCAATGGTCCTACGACGACACGATCAAGGACGCTCCCTACGACCCGGAAAAAGCCAAGGAGCTGCTCAAGGCCGCCGGGGTCAAGGAAGGCACCGAAATCACCCTCTGGGCCATGCCCGTGCAACGCCCGTACAACCCCAACGCCAAGCTGATGGCCGAAATGCTCCAGTCCGACTGGGCGAAAATCGGCTTGAAGGTGAAGATCGTCACCTACGAATGGGGCGAATACATCAAGCGCACCAAGAACGGCGAGCACGACATCAACCTGATCGGCTGGACCGGCGACAACGGGGACCCGGACAATTGGATGGGCACGCTGTACAGCTGCGACGCCATTGGCGGCAACAACTACTCCCAATGGTGTGACCAGGACTACGACAAGCTGATCAAGCAGGCCAAGATCGTCACCGACCGCGAGCAGCGCACCGTGCTCTATAAACAGGCCCAGCAGTTGCTCAAGCAGCAAGTGCCGATCACGCCTATCGCCCACTCGACGGTCAACCAGCCGCTGAGTGCCAAAGTCGAAGGGTTCAAGGTCAGCCCCTTCGGTCGCAACGTCTTCTCGGGCGTCAGCCTGAACCCATAA MRHTLVLSALLGTGLLAATSAAQAAGGSLVFCSEGSPAGFDTAQYTTATDNDAAEPLYNRLAEFEKGATNVVPGLATSWDISEDGLKYTFHLRAGVKFHTTDYFTPTRDFNADDVLFTFNRMLDPQHPFRKAYPTEFPYFNGMSLNKNIAKVEATGPLTVVMTLNSVDAAFIQNIAMSFASILSAEYADKLLTSGKPSDINQKPIGTGAFEFKSYQKDSNIRYVANKQYWAPERVKLDNLIFSINTDASVRVQKLKANECQITLHPRPADVPALKNDPKLQLIEKPGFNLGYIAYNTRHKPFDQVEVRRALDMAVNKQGILNAVYQGAGQLAQNSMPPTQWSYDDTIKDAPYDPEKAKELLKAAGVKEGTEITLWAMPVQRPYNPNAKLMAEMLQSDWAKIGLKVKIVTYEWGEYIKRTKNGEHDINLIGWTGDNGDPDNWMGTLYSCDAIGGNNYSQWCDQDYDKLIKQAKIVTDREQRTVLYKQAQQLLKQQVPITPIAHSTVNQPLSAKVEGFKVSPFGRNVFSGVSLNP PGPT0004500_819 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_01234 1626 dppA_3 COG0747 Periplasmic dipeptide transport protein ATGCTTAAACACGCGGTCATTCCGTTTTTAGTCGGCGCAGGCTTGTTAGCCAGCGCTCCTTTCGCTTCCGCCGCGACTAACCTGGTGTTCTGCTCCGAAGGCAGCCCGGCCGGTTTTGACCCTGGTCAGTACACCACCGGAACCGACTTCGATGCCTCTGCAGAAACCATGTTCAACCGCCTGACCCAGTTTGAGCGCGGCGGTACCGCCGTGATTCCTGGCCTGGCCACCAAGTGGGACATTTCCGAAGACGGCCTGACCTACACGTTCCATCTGCGTGAAGGCGTCAAGTTCCACACCACCCCGTATTTCAAGCCGACCCGTGAATTTAATGCCGATGACGTGCTCTTCACGTTCAACCGCATGATCAACAAGGACGATCCCTTCCGTAAGGCGTACCCAACCGAATTCCCGTACTTCACCGACATGGGGATGGACACCAACATCACCAAGGTCGATAAAGTCGACGACCACACCGTCAAGTTCACTCTCAAGGATGTCGACGCCGCGTTCATCCAGAACCTGGCCATGAGCTTCGCCTCGATCCAGTCCGCCGAGTACGCCGCCCAGCTGCTCAAGGACGGCAAGCCTGCCGACATCAACCAGAAGCCGATCGGCACCGGCCCGTTCGTGTTCAAGAGCTACCAGAAAGACTCCAACATCCGTTACACCGGCAACAAGGACTACTGGAAGCCTGAAGACGTGAAGATCGACAACCTGATCTTCGCCATCACCACCGACCCGTCGGTGCGTATCCAGAAGCTGAAGAAGAACGAGTGCCAGATCACCCTCTTCCCACGCCCGGCCGACCTCAAGGCCCTCAAGGACGACAAAGCGCTGAAGATGCCTGACCAGGCGGGTTTCAACCTGGGCTATGTAGCTTACAACGTGATGGAAAAAGTCAAAGGCGACGACAAGCCCAACCCGTTGGCTGACCTGCGCGTTCGTCAAGCCCTGGACATGGCTGTAAACAAGCAACAGATCATCGACTCGGTGTACCAAGGTGCGGGACAACTGGCGGTCAACGCCATGCCTCCGACCCAATGGTCCTACGACACCACCATCAAAGATGCCAAATACGACCCTGAAAAAGCCAAGGCTCTGCTCAAGGAAGCCGGCGTCAAGGAAGGCACGGAGATCGTTCTGTGGGCCATGCCGGTTCAGCGTCCGTACAACCCGAACGCCAAACTGATGGCGGAAATGCTGCAGAATGACTGGTCCAAGATCGGCCTGAAGGTCAAGATCACCAGCTATGAGTGGGGCGAGTACATCAAGCGCTCCAAGGGCGGCGAGAACCAGGCCATGATCATCGGCTGGAGCGGTGATAACGGTGACCCGGACAACTGGCTCAACGTGTTGTTTGGCTGCGACTCGCTGCAAGGCAACAACTTCTCCAAATGGTGTGACAAGAAGTTCGACGGCCTCGTCAAGGAAGCCAAGCGCACCACCGACCAGGCCAAGCGCACCGACCTCTACAAACAGGCGCAACACGTCCTCAAGGACGCCGTGCCGATGACACCTATCGCTCACTCGACGGTGTATCAACCCATGCGCGCCAACGTGCAGGACTTCAAGATCAGCCCCTTTGGCTTGAACTCCTTCTACGGCGTCAGCGTCAGCAAATAA MLKHAVIPFLVGAGLLASAPFASAATNLVFCSEGSPAGFDPGQYTTGTDFDASAETMFNRLTQFERGGTAVIPGLATKWDISEDGLTYTFHLREGVKFHTTPYFKPTREFNADDVLFTFNRMINKDDPFRKAYPTEFPYFTDMGMDTNITKVDKVDDHTVKFTLKDVDAAFIQNLAMSFASIQSAEYAAQLLKDGKPADINQKPIGTGPFVFKSYQKDSNIRYTGNKDYWKPEDVKIDNLIFAITTDPSVRIQKLKKNECQITLFPRPADLKALKDDKALKMPDQAGFNLGYVAYNVMEKVKGDDKPNPLADLRVRQALDMAVNKQQIIDSVYQGAGQLAVNAMPPTQWSYDTTIKDAKYDPEKAKALLKEAGVKEGTEIVLWAMPVQRPYNPNAKLMAEMLQNDWSKIGLKVKITSYEWGEYIKRSKGGENQAMIIGWSGDNGDPDNWLNVLFGCDSLQGNNFSKWCDKKFDGLVKEAKRTTDQAKRTDLYKQAQHVLKDAVPMTPIAHSTVYQPMRANVQDFKISPFGLNSFYGVSVSK PGPT0004500_291 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_01235 1602 dppA_4 COG0747 Periplasmic dipeptide transport protein ATGGACAGAACCACCTTCAAACCCCTCTTGCTTACGCTTGCCCTGCTGAGCGGCGCCCCACTGGCCCAGGCCGCGACCACCCTGGTCTATTGCTCCGAAGCCAGCCCCGCCGGCTTCGATCCCAGCCAATACACCAGCGGCACCGACTTCGATGCCTCGGCCGAAACCGTCTTCAACCGCCTCACCCAGTTCAAGCGCGGCGGCACCGAAGTCGAGCCCGGGTTGGCGTCAAGCTGGGACGTATCCGCCGATGGCCTGGCCTACACCTTCCACCTGCGCGAGGGTGTGAAGTTTCATACCACCGACTATTTCACCCCGAGCCGCGACTTCAACGCCGACGACGTGCTGTTCACGTTCCAGCGCCTGCTCGATCCGCAACATCCGTTCCGTCAGGCCTACCCCACCGAGTCGCCGTACTTCACCGACATGGGCCTGAACACCACGATCAAAAGCGTCGAAAAAATCGACGAGCACACCGTGCGCTTCAGCCTGAACAACGTCGACGCCGCATTCGTGCAGAACCTGGCGATGAGTTTTGCCTCGGTGCAGTCCGCCGAGTACGCAGCGCAGCTATTGAAGGAAGGCAAGGCCGGCGACCTCAACCAGAAGCCCATCGGCACCGGGCCGTTTGTGTTCAAGCGCTATCAGAAGGATTCGCAGATCCGCTACGCCGCCAACACGGCGTACTGGAAACCCGAGGACGTGAAGCTCGACAACCTGATTTTTTCCATTACCCCGGACGCTGCCGTGCGCCTGCAAAAGCTCAAGCGCGGCGAATGCCAGGTCAGCGGTTATCCGCGTCCGGCCGACATCGAAGTGATGGAGCAGGACCCGAACCTGCGCGTGCTCAGGCAGCCCGGTTTCAACCTGGGTTTCCTCGCCTATAACGTGACGCATCCGCCGCTGGACCAGCTCAAGGTCCGTCAGGCGCTGGACATGGCCATCGACAAGCCGGCGATCATCAAGGCCGTGTATCAGGGCGCCGGGCAGTTGGCGCAGAACGCCTTGCCCCCGGCTCAATGGTCGTTCGACCCGGCGATCCAGGACGCGCCCCATGACGTGACCAAGGCCAAGGCGCTCCTCAAGGAAGCCGGGGTTGCGCCCGGTACAACCATTGATTTATGGGCAATGACGGTGCAGCGCGCCTCCAACCCCAATGCGCGAATGTCTGCGCAAATGATCCAGCAGGACTGGGCCAAAGTTGGCATCAAGGCCAACATCGTCAGCTACGAATGGGGGGAGTACATCAAGCGCGCCAAGAATGGCGACCACGACGCGATGATCTACGGCTGGACCGGCGACAACGGCGATCCAGACAACTGGCTCGGCGTGCTGTACAGCTGCGCGGCGGTCAAGGGCAGCAACTACGCCAAGTGGTGCGACCCAGCCTACGACCGGCTGGTCCAGCAGGCCAAGGTCTCGACCGACCGCCAGCAACGCATCGACCTGTACCGCCAGGCGCAGAAAATCCTCAAGCAGCAGGTGCCCATCACGCCCATCGCCAACTCGACGGTGTTCCAGCCGATACGCAAGGAAGTGGTCGATTTCAAGCTCAGCCCGTTCGGGCTTACACCCTTCTACGGCGTGGGTTTGAACAAGTAA MDRTTFKPLLLTLALLSGAPLAQAATTLVYCSEASPAGFDPSQYTSGTDFDASAETVFNRLTQFKRGGTEVEPGLASSWDVSADGLAYTFHLREGVKFHTTDYFTPSRDFNADDVLFTFQRLLDPQHPFRQAYPTESPYFTDMGLNTTIKSVEKIDEHTVRFSLNNVDAAFVQNLAMSFASVQSAEYAAQLLKEGKAGDLNQKPIGTGPFVFKRYQKDSQIRYAANTAYWKPEDVKLDNLIFSITPDAAVRLQKLKRGECQVSGYPRPADIEVMEQDPNLRVLRQPGFNLGFLAYNVTHPPLDQLKVRQALDMAIDKPAIIKAVYQGAGQLAQNALPPAQWSFDPAIQDAPHDVTKAKALLKEAGVAPGTTIDLWAMTVQRASNPNARMSAQMIQQDWAKVGIKANIVSYEWGEYIKRAKNGDHDAMIYGWTGDNGDPDNWLGVLYSCAAVKGSNYAKWCDPAYDRLVQQAKVSTDRQQRIDLYRQAQKILKQQVPITPIANSTVFQPIRKEVVDFKLSPFGLTPFYGVGLNK PGPT0004500_749 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_01236 717 hypothetical protein ATGCACACGTTCAGTCGCCCCGCCGCCCTGCTCGCCCTCAGCCTCGGCGCCGTCGCCAGCCTGCCGGCCCTGGCCGCCGATGAGCTGCACTACAACCAGATTTCCCTGCACGCCGAAGCCAGCCAGGAAGTGGCCCGCGACCTGATGATCGTCACCCTCTACACCGAGGAACAGAACACCGACCCGGCCAAACTCGCCGCCGCCGTCAGCACCACGCTGAACAAAGCCATCGGCCAGGCCAAGCAAGTCAAGGACATCAACCTGCGCCAGGGCAGCCGCAACAGCTACCCGGTCTATGACAACAAAGGCGGGAAAATCACCGGCTGGCGCGAACGCGCCGAGCTGCGCCTGGAAAGCGCCGACTTCGCCGCCCTGTCCAAACTCACCGGCGAACTGCTGGGCGACATGAAAATGGCCGGCATGGACTTCGCCATCGCCACCGCCACCCGCCAGACCAGCGAAGACGCCTTGCTCAAGGACGCCGTCAACGCCTTCAAGGCCCGCGCCCAACTCGCCACCGAAGCCTTGGGCGGCAAGGGCTACAAGATCGTCAACCTGAACTTCAACACCAACGGTTACCCACAACCGTACATGCGCCCGCAAATGATGATGAAAGCGGCATCCATGGACGCTGAGTCGGTCACGCCTGAGGTTGAAGCCGGCACCAGCAAAGTGACCATGACCGCGGATGGGGTGGTTGAGGTGTTGATGCAGTAA MHTFSRPAALLALSLGAVASLPALAADELHYNQISLHAEASQEVARDLMIVTLYTEEQNTDPAKLAAAVSTTLNKAIGQAKQVKDINLRQGSRNSYPVYDNKGGKITGWRERAELRLESADFAALSKLTGELLGDMKMAGMDFAIATATRQTSEDALLKDAVNAFKARAQLATEALGGKGYKIVNLNFNTNGYPQPYMRPQMMMKAASMDAESVTPEVEAGTSKVTMTADGVVEVLMQ NA NA NA NA NA D1-35_01237 1263 regB Sensor histidine kinase RegB ATGCTCGCCCCTTTGCAAATGACTTCCGCTTCGCGCCAGAACCTCTGGCGTCTGACGTTCATCCGCATTCTGGTCCTCGCGGCCCAGGCCGGCTCCGTGGGGCTTGCCTATTGGTTCGACCTGCTGCCGCTGCCCTGGCTGCAACTGGCGATTACCCTGGCGTGCTCCAGCGTACTCTGCGCATTGACGGCGATTCGCCTGCGCACTTCCTGGCCAGTGACCGAGCTCGAATACGCCGTGCAACTGGCCTGCGACCTGTTTATCCACAGTGCGCTGCTGTATTTCTCCGGCGGGTCGACCAATCCCTTCGTGTCGTATTACCTGGTGCCGCTGACGATTGCTGCGGTCACGCTGCCGTGGCGTTTTTCGCTGATCCTGTCCGGCATCGCCCTGGCGCTGTACACCTTGTTGCTGGCGCGGTTCTATCCGCTTGAAACCTTTCCCATTGCCCGGGAAAACCTGCAGATCTACGGCATGTGGCTGAGTTTTGCCTTGGCCGCCGCGGTCATCACGTTTTTTGCCGCGCGCATGGCCGAAGAGCTGCGTCGCCAGGAAGAGCTGAGGGCGATTCGCCGCGAAGAGGGCCTGCGCGACGAGCAACTGCTGGCCGTGGCGACCCAGGCCGCCGGCGCCGCCCATGAATTGGGCACGCCGCTGGCGACCATGAGCGTGCTGCTCAAGGAAATGCGCCAGGATCATCACGACCCGGCGTTGCAGGAAGACCTCAGCGTGCTGCAGGACCAGGTCCAGCTGTGCAAGGAAACCCTGCAATACCTGGTGCGTGCCGCCGAGGCGAACCGCCGGCTGGCCATCGAAATGCAGGACGTCACCGACTGGCTCGACGAGGCCCTGAATCGCTGGCACCTGATGCGCCCCGAAGCCAGTTATCGCTTCCAGTGCCTGGGCCAGGGCACGGTGCCGCGCATGGCGCCGCCGCCGGACCTGACCCAGGCCTTGCTGAACCTGCTGAACAATGCCGCCGATGCCTGTCCCGAAGGCCTGGAAGTGGTGCTGGACTGGAACGCCCATGAACTGACGATCTGCATTCGCGACCACGGCGCCGGTGTGCCGCTGGCGATTGCCGAGCAGATCGGCAAACCGTTTTACACCACCAAGGGCAAGGGTTTCGGCCTCGGCCTGTTTTTGAGCAAGGCCAGCGTGACACGCGCCGGCGGCTCGGTGAAACTCTACCCCCATGAGGAGGGCGGCACGCTCACCGAGCTGCGCCTGCCCCATGCCGACCGAGGAGACGAATATGAGTGA MLAPLQMTSASRQNLWRLTFIRILVLAAQAGSVGLAYWFDLLPLPWLQLAITLACSSVLCALTAIRLRTSWPVTELEYAVQLACDLFIHSALLYFSGGSTNPFVSYYLVPLTIAAVTLPWRFSLILSGIALALYTLLLARFYPLETFPIARENLQIYGMWLSFALAAAVITFFAARMAEELRRQEELRAIRREEGLRDEQLLAVATQAAGAAHELGTPLATMSVLLKEMRQDHHDPALQEDLSVLQDQVQLCKETLQYLVRAAEANRRLAIEMQDVTDWLDEALNRWHLMRPEASYRFQCLGQGTVPRMAPPPDLTQALLNLLNNAADACPEGLEVVLDWNAHELTICIRDHGAGVPLAIAEQIGKPFYTTKGKGFGLGLFLSKASVTRAGGSVKLYPHEEGGTLTELRLPHADRGDEYE PGPT0000545_943 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000545-regB|regS|actS-K15011 NA NA D1-35_01238 561 regA COG4567 Photosynthetic apparatus regulatory protein RegA ATGAGTGACGAGATCCAAGTCGACGGCGAAGAACTGCCGCACCTTTTGCTGGTGGACGACGATGCCACCTTCACCCGCGTCATGGCCCGGGCCATGTCCCGACGCGGTTTTCGCGTCAGCACCGCCGGCTCCGCCGAAGAGGGCCTGACCATCGCCCAGGCCGACCTGCCGGACTACGCCGCCCTCGACCTGAAGATGGATGGCGACTCTGGGCTGGTGCTGCTGCCCAAGCTGCTGGAACTCGACCCGGAAATGCGCGTGGTGATTCTCACCGGTTATTCGAGCATCGCCACGGCGGTCGAGGCGATCAAGCGCGGCGCCTGCAATTACCTGTGCAAACCGGCCGACGCCGACGATGTGCTGGCCGCGTTGTTGTCCGAACATGCCGACCTGGACACGCTGGTGCCGGAAAACCCGATGTCGGTGGACCGGTTGCAGTGGGAACACATCCAGCGGGTGCTGACCGAGCACGAAGGCAACATCTCCGCCACCGCCCGCGCCCTGGGCATGCACCGGCGGACCTTGCAGCGCAAATTGCAGAAGCGTCCGGTACGTCGCTGA MSDEIQVDGEELPHLLLVDDDATFTRVMARAMSRRGFRVSTAGSAEEGLTIAQADLPDYAALDLKMDGDSGLVLLPKLLELDPEMRVVILTGYSSIATAVEAIKRGACNYLCKPADADDVLAALLSEHADLDTLVPENPMSVDRLQWEHIQRVLTEHEGNISATARALGMHRRTLQRKLQKRPVRR PGPT0000540_342 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000540-regA|regR|actR-K15012 NA NA D1-35_01239 1728 bacA COG4178 Vitamin B12 transport ATP-binding protein BacA ATGAATCAGAACGCTGAATATTCCGCGGTCAATGACGCGGTGCGCGGCCAGTTTTTCCGCCGTGTCTGGCAAATGACCACGCCATACTGGCGCAGTGAGGAGAAGGGCAAGGCCTGGACGCTGTTGATCGCCGTGATTGCGCTGTCGCTGTTCAGCGTGGCGATTTCGGTGTGGCTGAACAATTGGTACAAGGATTTTTATAACGCCCTGCAGGAAAAGAACAGCGAGGCGTTCTGGAAGTTGATCCTGTATTTCGGCGGCATCGCCACGGTGGCGATCCTCGGCGCCGTGTATCGTCTGTACCTCACCCAGATGCTCACGATTCGCTGGCGGGCCTGGCTCACCGAGCAGCATTTTGCCCGTTGGCTGAACGACAAGAATTATTACCGGCTGGAGCAGGGCGGCTACACCGACAACCCTGACCAGCGGATTTCCGAAGACCTCAACAGCTTCACTTCCACGACGTTGAGCCTGGGCTTGGGGCTGCTGCGTACCGTGGTCAGCCTGGTGTCGTTCTCGATCATTCTGTGGGGCGTGTCGGGCAGCATCGAAGTGTTCGGCTACTCGATCCCTGGCTATATGTTCTGGTGTGCGCTGCTGTATGCGGCGGTGGGCAGTTGGCTGACGCATTTGATCGGTCGTCGCCTGATCGGCCTCAACAACAACCAGCAGCGCTTCGAAGCCGACCTGCGTTTTTCCATGGTGCGGGTGCGGGAAAACGCCGAGAGCATTGCGCTGTACAACGGCGAACCCAACGAGAACCGCCGCCTGAGCGAGCGTTTCGGCCTGGTGTGGCACAACTTCTGGGACATCATGCGCGTGTCCAAGCGCCTGACGTTCTTTACCTCTGGGTATGGGCAGATCGCGATCATCTTCCCGTTTATCGTCGCTGCGCCGCGTTATTTTTCCGGGAAGATCCAGCTGGGCGAGCTGATGCAGATCAACTCGGCGTTCGGCAATGTGCAGGAGAATTTCAGCTGGTTCATCGATGCTTACGCCTCGCTCGCCGCCTGGCGCGCCACTTGTGACCGTCTGCTGAGTTTCCGCCAGGCCATGAGCGACAACGAAGACCGGGTGCCGGCCATCGATGTGCAGAACCAGGGCAACGAACTGAAAGTCCGCAACCTCGGGCTGGACCTGAGCGACGGTCGTCATTTGCTGACCCGCGCTGAACTGAGTGTCGAACCGGGTGAGCGGGTGATGCTCAGCGGGCGTTCCGGCAGCGGCAAGTCCACCTTGCTGCGGGCGATGGGGCATTTGTGGCCCGCCGGGCACGGCAGCATCCTGTTGCCTTCGGCGCGTTATCTGTTCCTGCCGCAAAAGCCTTACCTGCCGATTGGCAGCCTGCGCGAGGTGTTGAGTTATCCACAAGCGGGCGATATCTACCCCAACGAACGTTATGCACAGGTGCTGGAAACCTGTCGCCTGCCGCACCTGATTTCGCGGCTGGACGAAAGCAACCATTGGCAACGCATGCTCTCGCCGGGCGAACAGCAGCGCCTGGCCTTCGCCCGTGCGTTGCTGTATGCGCCGCTATGGCTGTATATGGATGAAGCAACGTCGGCGATGGATGAAGAAGACGAGGCAACGCTGTACCAGGCGTTGCTCGACCAGCTGCCAGGCCTGAGCATCATCAGCGTCGGCCATCGAAGCAGTTTGAAACGTTTCCATGGGCGACATGTGCGCATCGAGAATGGCCAACTGGTGGAGCAGGCCGTAACCGCCTGA MNQNAEYSAVNDAVRGQFFRRVWQMTTPYWRSEEKGKAWTLLIAVIALSLFSVAISVWLNNWYKDFYNALQEKNSEAFWKLILYFGGIATVAILGAVYRLYLTQMLTIRWRAWLTEQHFARWLNDKNYYRLEQGGYTDNPDQRISEDLNSFTSTTLSLGLGLLRTVVSLVSFSIILWGVSGSIEVFGYSIPGYMFWCALLYAAVGSWLTHLIGRRLIGLNNNQQRFEADLRFSMVRVRENAESIALYNGEPNENRRLSERFGLVWHNFWDIMRVSKRLTFFTSGYGQIAIIFPFIVAAPRYFSGKIQLGELMQINSAFGNVQENFSWFIDAYASLAAWRATCDRLLSFRQAMSDNEDRVPAIDVQNQGNELKVRNLGLDLSDGRHLLTRAELSVEPGERVMLSGRSGSGKSTLLRAMGHLWPAGHGSILLPSARYLFLPQKPYLPIGSLREVLSYPQAGDIYPNERYAQVLETCRLPHLISRLDESNHWQRMLSPGEQQRLAFARALLYAPLWLYMDEATSAMDEEDEATLYQALLDQLPGLSIISVGHRSSLKRFHGRHVRIENGQLVEQAVTA PGPT0009345_1129 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES|BLEOMYCIN,PGPT0009345-bacA|yddA-K02471 NA NA D1-35_01240 747 lutR_2 COG2186 HTH-type transcriptional regulator LutR ATGGAAAACCCGCTCAACGTCCCACGTCTTCCCCGCAAGCGCCGCAGCCTGGCGCAGGAGCTGGTGACGGTGCTGTCCGAGCAGATTCGCGACGGTCTGCTCAAGCGTGGCGATAAATTGCCCACCGAGTCGGCGATCATGGAGGCCCATGGCGTCAGCCGTACCGTGGTGCGCGAGGCGATTTCCCGTTTGCAGGCGGCAGGGCAAGTGGAAACCCGCCACGGCATCGGTACATTCGTGCTCGACACGCCGAGCCCGAGCGGCTTTCGCATCGACCCGGCGACGGTGGTCACCTTGCGTGACGTGCTGGCGATCCTGGAATTGCGCATCAGCCTGGAGGTGGAATCGGCCGGGCTGGCGGCGCAGCGGCGTAGCGACGAACAATTGGCAGCGATGCGCGCGGCGCTCGACGCCCTGAATGAAAGCGCGGCCCACGCCAGCGACGCGGTGGCCTCGGACTTCGCTTTCCATCTGGAAATCGCCTTGTCCACCGGCAACCGCTATTTCACCGACATCATGACCCACCTGGGCACCAGCATCATCCCGCGCACCCGGCTGAACTCGGCGCGCCTGGCCCATGATGACCAGCAGCACTACATGGATCGCCTGAGCCGCGAGCACGAAGAAATCTACGAAGCCATCGCCCGCAGGGACTCCGATGCGGCCCGCGCGGCCATGCGCCTGCACCTGACCAACAGCCGCGAGCGGCTGCGCCAGGCCCATGAAGAGGCGCAAGCACAAGGCTGA MENPLNVPRLPRKRRSLAQELVTVLSEQIRDGLLKRGDKLPTESAIMEAHGVSRTVVREAISRLQAAGQVETRHGIGTFVLDTPSPSGFRIDPATVVTLRDVLAILELRISLEVESAGLAAQRRSDEQLAAMRAALDALNESAAHASDAVASDFAFHLEIALSTGNRYFTDIMTHLGTSIIPRTRLNSARLAHDDQQHYMDRLSREHEEIYEAIARRDSDAARAAMRLHLTNSRERLRQAHEEAQAQG NA NA NA NA NA D1-35_01241 342 hypothetical protein ATGGCTATGTTCGACCCACCCATCCTGTCGATCAGTTTGTCGGCTTTGGGAAATACCCTGAATGTCTTGATCCCTGATGCCGACGGGATTTCCGCCGACTGGTGGGTTTTTCCGACGCTTCGCGCCGATAACATTCCCGATTGGGAAGGAGAACAAGTGCCCGCGGGCCGATGGGACGACCCCGACCAAGGGCCGATTAAATTGACGGGATTACGGGTGATCGTGCCCGAGAAAGAGCTGAGAAGGTATATCGGAAAGGAAGTTGAATTGCAGTACCGGTTTTCCAACGAGTCCAGCCAGGACATCCATTCAGCCCCGGTGAAGTTGAAGATCGAGAAGTAA MAMFDPPILSISLSALGNTLNVLIPDADGISADWWVFPTLRADNIPDWEGEQVPAGRWDDPDQGPIKLTGLRVIVPEKELRRYIGKEVELQYRFSNESSQDIHSAPVKLKIEK NA NA NA NA NA D1-35_01242 912 COG0329 putative 5-dehydro-4-deoxyglucarate dehydratase ATGAATCCACAAGAACTGAAGTCCATCCTCTCGTCTGGCCTGCTGTCGTTCCCGGTCACCGATTTCACTGCCAATGGCGATTTCAATCGCGACAGCTACATCAAGCGCCTCGAGTGGCTGGCCCCGTATGGCGCCTCTGCGTTGTTCGCAGCGGGCGGCACCGGTGAATTCTTCTCCCTGGCCGCCAGTGAGTATTCGCAAGTCATCAAGACTGCCGTCGATACCTGCGCCACCAGCGTGCCAATCCTCGCCGGTGTTGGCGGTGCGACCCGCCAGGCCATCGAATACGCTCAGGAAGCCGAGCGTTTGGGTGCCAAGGGCTTGCTGCTGCTGCCACACTACCTGACTGAAGCCAGCCAGGACGGCGTTGCCGCCCACGTTGAAGCCGTGTGCAAATCGGTGAAGATCGGCGTGGTGGTCTACAACCGTAACGTCTGCCGCCTGAACGCCACCCAGCTGGAGCAGTTGGCTGAGCGTTGCCCGAACCTGATCGGCTACAAGGACGGGCTGGGCGATATCGAATTGATGGTGTCGATCCGTCGTCGCCTCGGCGATCGTTTCAGCTACCTGGGCGGCCTGCCGACCGCCGAAGTCTACGCCGCTGCCTACAAGGCGCTGGGCGTACCGGTCTACTCCTCGGCGGTGTTCAACTTCATCCCGAAAACCGCGATGGACTTCTACCACGCCATTGCCCGCGAAGATCACGAAACCGTTGGCAAGATCATCGACGATTTCTTCCTGCCGTACCTGGACATCCGCAACCGCAAGGCCGGTTACGCGGTGAGCATCGTCAAGGCCGGTGCGAAAATCGTCGGCTACGACGCGGGCCCTGTGCGCACGCCGCTGACCGACCTGCTGCCAGAAGAATACGAAGCCCTGGCCGCGCTGATCGACAAGCAAGGCAAGCAGTAA MNPQELKSILSSGLLSFPVTDFTANGDFNRDSYIKRLEWLAPYGASALFAAGGTGEFFSLAASEYSQVIKTAVDTCATSVPILAGVGGATRQAIEYAQEAERLGAKGLLLLPHYLTEASQDGVAAHVEAVCKSVKIGVVVYNRNVCRLNATQLEQLAERCPNLIGYKDGLGDIELMVSIRRRLGDRFSYLGGLPTAEVYAAAYKALGVPVYSSAVFNFIPKTAMDFYHAIAREDHETVGKIIDDFFLPYLDIRNRKAGYAVSIVKAGAKIVGYDAGPVRTPLTDLLPEEYEALAALIDKQGKQ PGPT0018160_516 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018160-kdgD|ycbC-K01707 NA NA D1-35_01243 1446 aldHT Aldehyde dehydrogenase, thermostable GTGGCAGATTCAAAGCGTTTCGATAACTACATCAACGGTCAGTGGGTAGCCGGTGCCGACTATTGCACCAACATCAACCCGTCTGACTTGTCCGATGTCATCGGTGAATACGCCAAGGCTGACGCCGCTCAAGTCAATGCCGCCATCGACGCTGCTCGTGCTGCGTTCCCGGCCTGGTCGACCTCGGGTATCCAGGCCCGCCACGACGCGTTGGATAAAGTTGGCAGCGAAATTCTCGCCCGCCGCGAAGAACTCGGCCAGTTGCTGGCCCGGGAAGAGGGCAAGACCCTGCCCGAAGCCATCGGCGAAGTGACTCGCGCCGGCAATATTTTCAAATTCTTCGCCGGCGAGTGCCTGCGCCTGTCGGGCGATTACGTGCCGTCGGTGCGTCCGGGCGTCAACGTTGAAGTCACTCGTGAAGCCCTTGGTGTGGTCGGTCTGATCACCCCGTGGAACTTCCCGATCGCTATTCCCGCGTGGAAAATCGCCCCGGCCCTGGCCTACGGCAACTGCGTGGTGATCAAGCCCGCCGAGCTGGTGCCGGGCTGTGCCTGGGCCTTGGCCGAAATCATTTCCCGCGCCGGTTTCCCGGCCGGTGCGTTCAACCTGGTCATGGGCAGCGGCCGCGTGGTCGGTGAAGTCCTGGTCAACAGCCCCAAAGTCGACGGCATCAGCTTCACCGGTTCCGTGGGCGTGGGCCGGCAGATCGCGGTCAACTGCGTGTCGCGCCAGGCCAAGGTGCAGTTGGAAATGGGCGGCAAGAACCCGCAGATCATCCTCGACGACGCCGATCTCAAGCAGGCCGTCGAGCTGGCGGTGCAGAGCGCGTTCTACTCCACCGGCCAGCGTTGCACCGCGTCGAGCCGCCTGATCGTCACCGCCGGTATCCACGACCAGTTCGTCGCGGCGATGGCCGAGCGCATGCAGTCGATCAAGGTCGGTCATGCCTTGAAAGCCGGCACCGATATCGGCCCTGTGGTCTCCGAGGCCCAGCTCAACCAGGACTTGAAGTACATCGACATCGGCCAGAGCGAAGGTGCGCGGTTGGTCAGCGGTGGTGGTGTGGTGACCTGCGACACCGAAGGTTATTTCCTGGCGCCGACGCTGTTCGCCGACAGTGAAGCCTCGATGCGCATCAGCCGTGAAGAAATCTTCGGCCCGGTCGCCAACGTCGTGCGCGTGGCTGACTACGAGGCGGCGCTGGCGATGGCCAACGACACCGAGTTCGGCCTGTCGGCCGGTATCGCTACCACCTCGTTGAAGTACGCCAACCACTTCAAGCGCCATTCCCAGGCGGGCATGGTGATGGTCAACCTGCCAACCGCCGGCGTGGATTATCACGTGCCGTTCGGCGGGCGCAAAGGTTCGTCCTATGGTTCGCGCGAGCAAGGCCGCTACGCACAAGAATTCTACACCGTGGTGAAGACCTCCTACATCGGCTCGTAA MADSKRFDNYINGQWVAGADYCTNINPSDLSDVIGEYAKADAAQVNAAIDAARAAFPAWSTSGIQARHDALDKVGSEILARREELGQLLAREEGKTLPEAIGEVTRAGNIFKFFAGECLRLSGDYVPSVRPGVNVEVTREALGVVGLITPWNFPIAIPAWKIAPALAYGNCVVIKPAELVPGCAWALAEIISRAGFPAGAFNLVMGSGRVVGEVLVNSPKVDGISFTGSVGVGRQIAVNCVSRQAKVQLEMGGKNPQIILDDADLKQAVELAVQSAFYSTGQRCTASSRLIVTAGIHDQFVAAMAERMQSIKVGHALKAGTDIGPVVSEAQLNQDLKYIDIGQSEGARLVSGGGVVTCDTEGYFLAPTLFADSEASMRISREEIFGPVANVVRVADYEAALAMANDTEFGLSAGIATTSLKYANHFKRHSQAGMVMVNLPTAGVDYHVPFGGRKGSSYGSREQGRYAQEFYTVVKTSYIGS 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 D1-35_01244 1365 gudP putative glucarate transporter ATGCAAGAGACCAAGCCGACGCACGTCCGCTATTTGATCCTGCTCATGCTGTTTTTGGTGACGACGATCAACTATGCCGACCGTGCCACCATCGCCATCGCTGGTTCCAGCCTGCAAAAAGACCTCGGCATCGATGCCGTCACCCTCGGTTATATCTTCTCCGCCTTCGGCTGGGCCTACGTAGCCGGGCAGATTCCTGGCGGGTGGCTGCTCGACCGTTTCGGTTCGAAAAAAATCTATGCCCTGAGCATTTTCACCTGGTCGTTGTTCACCGTGCTGCAAGGCTATGTCGGTGAATTCGGCATGTCCACGGCCGTGGTTGCGCTGTTCATGCTGCGCTTTCTGGTCGGGCTGGCCGAAGCGCCTTCCTTCCCGGGCAACGCCCGTATCGTCGCGGCCTGGTTCCCCACCGCGGAACGCGGCACCGCCTCGGCGATCTTCAACTCGGCGCAGTATTTCGCCACCGTACTGTTCGCACCGCTGATGGGCTGGATCGTCTACCGCTTCGGCTGGCAGCACGTGTTCATCGTGATGGGCGTGATCGGTATCGTGTTCTCGCTGGTCTGGCTGAAAGTGATCTACAGCCCGCGCCAGCACCCGATGATCAACGAGGCCGAGTTCAATCACATCGCGTCCAACGGCGCGATGGTCGACATGGACCAAGACAAGGGCAAGGAAAAGAAAGCCGATGGTCCGAAGTGGGATTACATCCGCCAGTTGCTGACCAACCGCATGATGCTCGGCGTGTACCTGGGCCAATACTGCATCAACGGCATCACCTACTTCTTCCTCACCTGGTTCCCGGTGTACCTGGTGCAGGAACGCGGCATGACCATCCTCAAGGCCGGTTTCATCGCGTCCTTGCCAGCCATCTGCGGCTTTATCGGCGGCGTGCTTGGCGGGGTGATTTCCGACTACCTGCTGCGCAAGGGCCACTCGCTGACCTTCGCCCGCAAGGCGCCGATCATTGCCGGCCTGCTGGTGTCCAGCAGCATCGTGGCGTGCAACTACGTGGACATCGAATGGATGGTGGTGGGCTTCATGGCCCTGGCCTTCTTCGGTAAAGGCGTCGGTGCATTGGGCTGGGCCGTGGTCTCCGACACTTCGCCAAAACAGATCGCCGGCTTGAGCGGTGGCCTGTTCAACACCTTCGGCAACCTGGCGTCGATTACCACGCCAATCGTCATCGGCTACATCATCAGCTCCACCGGTTCGTTCAAGTGGGCGCTGGTGTTTGTCGGTTGCAACGCGCTGATGGCGGTGTTCAGCTACCTGGTCATCGTGGGCCCGATCAAGCGTGTCGTGCTCAAGGAACCAGCGGCCAAAGAAGCCGATCTTTCCAGCCTGTCTGAAGCCAAATCCTGA MQETKPTHVRYLILLMLFLVTTINYADRATIAIAGSSLQKDLGIDAVTLGYIFSAFGWAYVAGQIPGGWLLDRFGSKKIYALSIFTWSLFTVLQGYVGEFGMSTAVVALFMLRFLVGLAEAPSFPGNARIVAAWFPTAERGTASAIFNSAQYFATVLFAPLMGWIVYRFGWQHVFIVMGVIGIVFSLVWLKVIYSPRQHPMINEAEFNHIASNGAMVDMDQDKGKEKKADGPKWDYIRQLLTNRMMLGVYLGQYCINGITYFFLTWFPVYLVQERGMTILKAGFIASLPAICGFIGGVLGGVISDYLLRKGHSLTFARKAPIIAGLLVSSSIVACNYVDIEWMVVGFMALAFFGKGVGALGWAVVSDTSPKQIAGLSGGLFNTFGNLASITTPIVIGYIISSTGSFKWALVFVGCNALMAVFSYLVIVGPIKRVVLKEPAAKEADLSSLSEAKS PGPT0016475_211 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCARATE_TRANSPORT,PGPT0016475-gudP-K03535 NA NA D1-35_01245 1554 garD_1 COG2721 Galactarate dehydratase (L-threo-forming) ATGAATCTGATTGAACATGCCGATTCGCCCCGTTACATCCGCCTGCATGAGCGGGACAACGTAGTGATCGTCGTCAACGACCAAGGCGTACCGGCCGGGACTGAATTCCCGGACGGCCTGGTTACCGTCGACTTCGTGCCGCAAAGCCACAAAGTCACCCTGGAGGATATTCCCGAGGGCGGCGAGGTGATTCGCTACGGCCAGGTCATTGGCTACGCGCTGCAGCCGATCCCGCGTGGCAGCTGGGTCAAGGAAGACCAGTTGCGCATGCCTACCGCGCCACCGCTGGACAGCCTGCCGCTGTCCACCGATGTGCCGGCCGCCGATGCGCCGCTTGAGGGCTACACCTTCGAAGGTTATCGCAATGCCGACGGTACCGTCGGCACGCGCAACATCCTGGGTATCACCACCACGGTGCAGTGTGTGACCGGCGTGCTGGACCATGCGGTCAAGCGCATCAAGGATGAGCTGCTGCCCAAGTACCCGAACGTCGATGACGTGGTGGCGCTGACCCACAGCTACGGCTGTGGCGTGGCGATCACCGCCACCGATGCCTATATCCCGATTCGCACCGTGCGCAACCTGGCGCGCAACCCGAACCTGGGCGGCGAGGCGCTGGTGATCAGCCTGGGCTGCGAGAAATTGCAGGCCGGGCAGGTCATGCACGAGGGCGACAGTTCGGTGGATCTCAGCGAGCCATGGTTGTATCGCTTGCAGGACTCCAGCCACGGTTTCACCGAAATGATCGAGCAGATCATGGAACTGGCCGAGACCCGTCTGAAGAAACTCGACCAGCGCCGTCGCGAAACCGTGCCGGCCTCGGAGCTGATCCTGGGCATGCAATGCGGCGGCAGCGATGCGTTTTCCGGCATCACCGCGAACCCGGCCCTGGGCTACGCCTCGGATTTGCTGCTGCGGGCCGGTGCGACGGTGATGTTCTCCGAAGTCACCGAAGTGCGCGATGCGATCTACCTGCTGACGTCCCGGGCGCAAACCCGTGAAGTCGCCGAGGAGCTGGTGCGCGAGATGGACTGGTACGACCGCTATCTGGCCAAGGGCGAAGCCGATCGCAGCGCCAACACCACGCCGGGCAACAAGAAGGGCGGGCTGTCGAACATCGTCGAGAAATCCCTGGGCTCGATCGTCAAGTCCGGCAGCAGCGCGATCAACGGCGTGCTCGGCCCGGGCGAGCGCTTCAAGCAGAAGGGCTTGATCTTCTGCGCCACGCCGGCCAGCGATTTTGTCTGCGGTACGCTGCAACTGGCAGCGGGGATGAACCTGCATGTGTTCACCACCGGACGCGGTACGCCGTACGGTTTAGCGATGGCGCCGGTGGTGAAGGTCTCGACCCGCACCGAACTGGCCCAACGCTGGCCGGACCTGATCGACATCGACGCCGGCCGGATCGCCACCGGGCGTGCAAGCATCGAAGAGCTGGGCTGGGAGCTGTTCCACTACTACCTGGATGTGGCCAGCGGCAAGAAACAGACCTGGGCCGAGCGGCACAAGCTGTACAACGACATCACGCTGTTCAACCCCGCGCCGATTACCTGA MNLIEHADSPRYIRLHERDNVVIVVNDQGVPAGTEFPDGLVTVDFVPQSHKVTLEDIPEGGEVIRYGQVIGYALQPIPRGSWVKEDQLRMPTAPPLDSLPLSTDVPAADAPLEGYTFEGYRNADGTVGTRNILGITTTVQCVTGVLDHAVKRIKDELLPKYPNVDDVVALTHSYGCGVAITATDAYIPIRTVRNLARNPNLGGEALVISLGCEKLQAGQVMHEGDSSVDLSEPWLYRLQDSSHGFTEMIEQIMELAETRLKKLDQRRRETVPASELILGMQCGGSDAFSGITANPALGYASDLLLRAGATVMFSEVTEVRDAIYLLTSRAQTREVAEELVREMDWYDRYLAKGEADRSANTTPGNKKGGLSNIVEKSLGSIVKSGSSAINGVLGPGERFKQKGLIFCATPASDFVCGTLQLAAGMNLHVFTTGRGTPYGLAMAPVVKVSTRTELAQRWPDLIDIDAGRIATGRASIEELGWELFHYYLDVASGKKQTWAERHKLYNDITLFNPAPIT PGPT0018155_395 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018155-garD-K01708 NA NA D1-35_01246 942 hypothetical protein ATGCTGGCAATTTTCCTCGAAACCCTGAACATCACCGCGCCGGTGTTTGCCATGCTGTTTCTGGGGACGCTGCTCAAGCGTATCAATTGGATCAACGACAACTTCATCTACATCGCCTCGTCGCTGGTGTTCAACGTCACCATGCCGGCGCTGTTGTTCCTCGGCATTCTGCATGCCGATCTGCATGCGGCGTTGCAGCCGGACCTGCTGATCTATTTCTCGATCGCCACCCTGGCGAGTTTTGCCATGGCCTGGGGCTGGGCGATCTGGCGTTGCCCGCGTGAAGATCGCGGTATCTACACTCAGGGCGCGTTTCGTGGCAACAACGGGGTAATCGGCCTGGCGCTGGCGGCAAGCATGTACGGTGACTACGGGATTTCCCTGGGCGCGATTCTCGCGGCGCTGGTGATCCTGTTCTACAACACCTTGTCGACCATCGTGTTGGCGGTCTACAGCCCGGTGATCAAGTCCGACCCATGGAGCATCTGCAAAAGCGTGATCAGCAACCCGCTGATCATCAGCGTGCTCGCCGCCGCGCCGTTCGCCTATTGGCAAATCGGCCTGCCGAACTGGTTCGAGACCTCGGCCAGGTACTTGTCGCAAATGACCTTGCCCCTGGCGTTGATCTGCATCGGCGGCACACTGTCGCTGGCGGCCTTGCGCAAGAGCGGCAAGATGGCCCTGAGTTCGAGCCTGGTGAAAATGGTCGGCCTGCCCCTGGTGACTACGTTGGGCGCCTGGCTGTGGGGCTTTCGCGGCGCCGAGTTGGGGATCCTGTTCCTGTACTTCGGCAGCCCCACCGCCGCCGCCAGCTTCGTCATGGCCCGCGCCGCAAATGGCAACCATGAGTTGGCGGCGGCAATCATCGTCATCACTACGCTGATGGCGGCGATTACCACCAACGTGGGGATTTTTGTGCTGCAGTGGGGTGGGTGGATCTAA MLAIFLETLNITAPVFAMLFLGTLLKRINWINDNFIYIASSLVFNVTMPALLFLGILHADLHAALQPDLLIYFSIATLASFAMAWGWAIWRCPREDRGIYTQGAFRGNNGVIGLALAASMYGDYGISLGAILAALVILFYNTLSTIVLAVYSPVIKSDPWSICKSVISNPLIISVLAAAPFAYWQIGLPNWFETSARYLSQMTLPLALICIGGTLSLAALRKSGKMALSSSLVKMVGLPLVTTLGAWLWGFRGAELGILFLYFGSPTAAASFVMARAANGNHELAAAIIVITTLMAAITTNVGIFVLQWGGWI PGPT0007208_1484 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 D1-35_01247 381 hypothetical protein ATGACCAACACCCCGAAGACCGGCCTCGACATGCGTCGCCAGGTGATGGGCGACGCCTTCGTCGATCGCGCCCTGGGCAACGCCACCGAATTTACCCAGCCACTGCAGGATTTCGTCAACGAGCACGCCTGGGGCAGCGTCTGGAGCCGCGAAGGCCTGCCGCTGAAAACCCGCAGCCTGATCACCCTCGCCGCCCTCACCGCCCTCAAATGCCCGCAGGAACTCAAAGGCCACGTGCGCGGCGCCTTGAACAACGGCTGCACGGTAGAGGAGATTCGTGAGGCACTCCTGCATTGCGCGGTGTACGCGGGCGTGCCGGCGGCGATCGATGCGTTTCGGGCGGCGCAGGAAGTGATTGATAGTTACCAGAAGCCTGAGTGA MTNTPKTGLDMRRQVMGDAFVDRALGNATEFTQPLQDFVNEHAWGSVWSREGLPLKTRSLITLAALTALKCPQELKGHVRGALNNGCTVEEIREALLHCAVYAGVPAAIDAFRAAQEVIDSYQKPE PGPT0005005_3536 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 D1-35_01248 1050 yrbG COG0530 Inner membrane protein YrbG TTGCTCGGCGCCTTGCTGTTGCTGATCGCCGGCGCCGAGCTGCTGGTGCGTGCCGCTGTCGGCCTGGCGGCGCGCTTGCAGGTGCGTCCGCTGATCATCGGCCTGACCGTCGTCGCCTTCGGCAGCAGCGCGCCACAGATGGCCGTCAGCCTGCAGGCGACCCTGGCGCAAAACGCCGACATCGCCGTGGGCAGCGTCATCGGCAGCACGATTTTCAACCTCCTCGTGACTCTGGGCCTGTCGGCGCTGATCATTCCGTTGCGCGTCTCGCGACAACTGGTGCGCCTGGACATCCCGCTGATGATCGGCGCGTGCCTGCTGGTTTTCGTACTGGCCTGGAACGAAGAGCTGAGCCGACTGGACGGAGCGCTGCTGCTGATAGCCCTGGCGGTGTACCTGGCGCTGCTGCTGCGCCAGTCCCGGCATTCGGGACGACCGCATCCGCTGGGCGAAGTGGTCGACATGGCCTGGCCCAAAAGCCTGGTGATGATCGCGTCGGGCCTGGCCATGCTGGTTTTCGCCGGGCACCTGTTACTGGGCGCCGCAGTGGAAGTGGCGACGGACCTGGGACTGTCGGAGCGCATCATCGGCCTGACCATCGTCGCCGTCAGCACCTCGCTGCCGGAACTCGCCACCTCACTGATCGCCGCACTGCGCGGCCAGCGGGACATTGCGGTAGGCAACGTGATCGGCAGCAACCTGTTCAACCTGCTGGGCGTACTCGGCGTGACCGCCCTCGCCGCCCCTTCGCCGCTCTCGGTCTCGCCCAATGCCCTGGACTTCGACCTGCCGGTAATGCTCGGCGTGGCGGTGCTGTGCCTGCCGGTATTCTATTCCGGCTACCGCGTCACCCGCGCCGAAGGGCTGCTGTTGCTGGGCTTGTACCTGGCCTACGGGCTGCACGTGGTGTCGTTCACCACCGGCATGCCCCTGGCCGGCCAACTGGAACGGCTGATGCTGTTCTACGTGCTGCCGGCGCTGCTGGCGTTCTTGCTGTTCACTTCCGTGCGCGCCTGGCGCCGCCAACACCACAAGAGGGATTTGCCATGA MLGALLLLIAGAELLVRAAVGLAARLQVRPLIIGLTVVAFGSSAPQMAVSLQATLAQNADIAVGSVIGSTIFNLLVTLGLSALIIPLRVSRQLVRLDIPLMIGACLLVFVLAWNEELSRLDGALLLIALAVYLALLLRQSRHSGRPHPLGEVVDMAWPKSLVMIASGLAMLVFAGHLLLGAAVEVATDLGLSERIIGLTIVAVSTSLPELATSLIAALRGQRDIAVGNVIGSNLFNLLGVLGVTALAAPSPLSVSPNALDFDLPVMLGVAVLCLPVFYSGYRVTRAEGLLLLGLYLAYGLHVVSFTTGMPLAGQLERLMLFYVLPALLAFLLFTSVRAWRRQHHKRDLP PGPT0014400_565 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014400-yrbG-K07301 NA NA D1-35_01249 558 rlpA_1 Endolytic peptidoglycan transglycosylase RlpA ATGGAGCCAGTCTTCCAATCTGGCTCACCCCCCTGTGGCGAGGGAGCTTGCTCCCGCTGGGTCGCGAAGCGGCCCCCAACAATCTGCTGCCAGATTCAGGGGGCTGCTGCGCAGCCCAGCGGGAGCAAGCTCCCTCGCCACAACAACTTTCACAACCACACTGATGTGGAACCCCCCTACATGAAGCGTCTCCTCGGCGCCTGCGCGCTGCTGTCCCTGCTGGCCGGCTGTGCCAGCCAGAGCGGGACGGTCGATCCAAACGGCTACGACCAGACCGGCGTCGCCTCCTATTACGGTTCCCGGCACCACGGCAAACGCACCGCCAGCGGCGAACGTTTTGACCAGCACGGCCTGACCGCCGCTCATCGCCAGTTGCCGTTCGGCACCCGGGTGAAAATCACCAACCTGAAAAACAACGACAGCGTCGTGGTCCGCATCAACGACCGTGGTCCGTATTCACGCGGCCGACTGATCGATGTATCGCGCGCCGCTGCCGAACAGTTGGGCATGCTGCGTAGCGGTACCGCGCGGGTGCGCGTACAAGCCCTCGACGACTGA MEPVFQSGSPPCGEGACSRWVAKRPPTICCQIQGAAAQPSGSKLPRHNNFHNHTDVEPPYMKRLLGACALLSLLAGCASQSGTVDPNGYDQTGVASYYGSRHHGKRTASGERFDQHGLTAAHRQLPFGTRVKITNLKNNDSVVVRINDRGPYSRGRLIDVSRAAAEQLGMLRSGTARVRVQALDD NA NA NA NA NA D1-35_01250 1446 gatB COG0064 Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B ATGCAATGGGAAGTCGTGATCGGGCTGGAGATTCATACCCAGCTCACCACCCGATCGAAAATCTTTTCCGGTAGCTCGACCACGTTCGGTTCCGAGCCCAACACCCAGGCCAGCCTGGTAGACCTGGGCATGCCCGGCGTATTGCCGGTGCTCAACGCCGAAGCGGTGCGCATGGCGGTGATGTTCGGCCTGGCGATCGACGCCGAGATCGGCCAGCACAACGTGTTCGCCCGCAAGAACTACTTCTACCCGGACCTGCCCAAGGGCTACCAGATCAGCCAGATGGAACTGCCGATCGTCGGCAAGGGCCACCTGGACATCGCCCTGGAAGACGGCACGGTCAAGCGCGTCGGCATCACCCGTGCGCACCTGGAAGAAGACGCCGGCAAGAGCCTGCACGAAGAATTCAACGGCGCCACCGGCATCGACCTGAACCGTGCCGGCACGCCGCTGCTGGAAATCGTCTCCGAGCCGGACATGCGCAGCGCCAAGGAAGCCGTGGCCTACGTCAAGGCGATCCACGCATTGGTGCGCTACCTGGGCATCTGCGACGGCAACATGGCCGAAGGCTCGCTGCGCTGCGACTGCAACGTGTCGATCCGGCCCAAGGGCCAGACCGAGTTCGGCACCCGCTGCGAGATCAAGAACGTCAACTCGTTCCGCTTCATCGAGAAGGCGATCAACAGCGAGATCCAGCGCCAGATCGAACTGATCGAGGACGGCGGCAAGGTCATCCAGCAGACGCGCCTGTACGATCCGAACAAGGACGAGACCCGTCCGATGCGCAGCAAGGAGGAAGCCAACGACTACCGTTACTTCCCCGATCCGGACCTGCTGCCGGTGGTCATCGAGAACTCCTTCCTCGACGAAGTGCGCGCCACCCTGCCGGAACTGCCGCCGCAAAAGCGCGAGCGCTTCCAGGCGCAGTTCGGGCTGTCGAGCTATGACGCGAACGTCCTGGCCACCAGCCGCGAACAGGCCGATTACTTCGAGAAAGTCGTGAGCATCGGCGGCGACGCCAAGCTGGCGGCCAACTGGGTGATGGTCGAACTGGGCAGCCTGTTGAACAAGCAGGGCCTGGAAATCGACGAGTCGCCGGTCTCGGCCGAGCAACTGGGCAGCATGCTGTTGCGGATCAAGGACAACACCATTTCCGGCAAGATCGCCAAGATGGTCTTCGAAGCCATGGCCAATGGCGAAGGCAGCGCCGACGAGATCATCGAGAAGCGCGGCTTGAAACAGGTCACCGACACCGGTGCGATCAGCGCCGTGCTTGATGAAATGCTCGCGGCCAATGCCGAGCAGGTCGAACAGTACCGCGCGGCGGACGAAGCCAAGCGCGGCAAGATGTTCGGCTTCTTCGTCGGCCAGGCCATGAAAGCCTCCAAGGGCAAGGCCAACCCGCAACAGGTCAACGAACTGCTAAAAAGCAAGCTCGAGGGCTGA MQWEVVIGLEIHTQLTTRSKIFSGSSTTFGSEPNTQASLVDLGMPGVLPVLNAEAVRMAVMFGLAIDAEIGQHNVFARKNYFYPDLPKGYQISQMELPIVGKGHLDIALEDGTVKRVGITRAHLEEDAGKSLHEEFNGATGIDLNRAGTPLLEIVSEPDMRSAKEAVAYVKAIHALVRYLGICDGNMAEGSLRCDCNVSIRPKGQTEFGTRCEIKNVNSFRFIEKAINSEIQRQIELIEDGGKVIQQTRLYDPNKDETRPMRSKEEANDYRYFPDPDLLPVVIENSFLDEVRATLPELPPQKRERFQAQFGLSSYDANVLATSREQADYFEKVVSIGGDAKLAANWVMVELGSLLNKQGLEIDESPVSAEQLGSMLLRIKDNTISGKIAKMVFEAMANGEGSADEIIEKRGLKQVTDTGAISAVLDEMLAANAEQVEQYRAADEAKRGKMFGFFVGQAMKASKGKANPQQVNELLKSKLEG NA NA NA NA NA D1-35_01251 1452 gatA COG0154 Glutamyl-tRNA(Gln) amidotransferase subunit A ATGCATCACATGACCCTGGCCGAGATCGCCCGCGGACTCGCCGACAAGAAATTTTCCTCCGAAGAGCTGACCAAGGCCCTGCTGGCGCGCATTGCCCAGCTCGACCCGCAGCTCAACAGCTTCATCAGCCTCACCGAAGAACTGGCCCTGAGCCAGGCCAAGGCCGCCGACGCCCGTCGCGCCAACGGTGAGAGCGGCGCCCTGCTCGGCGCGCCGATCGCCCACAAGGACCTGTTCTGCACCAAGGGCATCCGCACCAGTTGCGGCTCGAAGATGCTCGACAACTTCAAGGCCCCGTACGACGCCACCGTGGTCGCCAAGCTGGCCGCCGCTGGCGCCGTGACGCTGGGCAAGACCAACATGGACGAATTCGCCATGGGTTCGGCCAACGAATCCAGCTACTACGGCGCGGTGAAAAACCCCTGGAACCTGGAACACGTACCGGGCGGTTCGTCCGGTGGTTCCGCTGCCGCCGTGGCTGCGCGCCTGTTGCCGGCGGCCACCGCCACCGACACCGGCGGCTCGATTCGCCAGCCGGCGGCGTTCACCAACCTCACCGGCCTCAAGCCGACCTACGGCCGCGTCTCGCGCTGGGGCATGATCGCCTACGCCTCCAGCCTCGACCAGGGTGGCCCGCTGGCACGCACCGCCGAAGACTGCGCAATCCTGCTGCAAGGCATGGCCGGGTTCGACCCGAACGATTCCACCAGCATCGATGAACCGGTGCCGGACTACAGCGCCAGCCTCAACGGCTCGCTGCAAGGCCTGCGGATCGGCGTGCCGAAGGAATACTTCGGTGCCGGCCTCGATCCGCGCATCGCCGAACTGGTTCACAACAGCGTCAAGGCGCTGGAAAAGCTCGGCGCGGTGATCAAGGAAATCAGCCTGCCGAACATGCAGCACGCGATTCCGGCGTATTACGTGATCGCCCCGGCGGAAGCCTCCTCGAACCTGTCGCGCTTCGACGGCGTGCGCTTCGGCTATCGCTGCGAAAACCCGCAGAACCTGGTCGACCTGTACAAGCGTTCCCGTGGCGAAGGCTTCGGCGCCGAAGTGCAGCGCCGGATCATGGTCGGCGCCTACGCGTTGTCCGCCGGCTACTACGACGCCTACTACCTCAAGGCGCAGAAAATCCGCCGCCTGGTGAAAAACGACTTCATGGCCGCCTTCAACGAGGTCGACATCATCCTCGGCCCGACCACGCCGAACCCGGCCTGGAAGCTCGGCGCCAAGAACAGCGACCCGGTCGCCGAGTACCTGGAAGACGTCTACACCATCACCGCCAACCTCGCCGGCTTGCCGGGCCTGTCCATGCCGGCCGGCTTCGTCGATGGCCTGCCGGTGGGCGTGCAGCTGCTCGCGCCGTATTTCCAGGAAGGCCGCCTGCTCAACGTGGCGCACCAGTATCAGTTGAACAGCGACTGGCACACCCGCACCCCAACCGGCTTCTGA MHHMTLAEIARGLADKKFSSEELTKALLARIAQLDPQLNSFISLTEELALSQAKAADARRANGESGALLGAPIAHKDLFCTKGIRTSCGSKMLDNFKAPYDATVVAKLAAAGAVTLGKTNMDEFAMGSANESSYYGAVKNPWNLEHVPGGSSGGSAAAVAARLLPAATATDTGGSIRQPAAFTNLTGLKPTYGRVSRWGMIAYASSLDQGGPLARTAEDCAILLQGMAGFDPNDSTSIDEPVPDYSASLNGSLQGLRIGVPKEYFGAGLDPRIAELVHNSVKALEKLGAVIKEISLPNMQHAIPAYYVIAPAEASSNLSRFDGVRFGYRCENPQNLVDLYKRSRGEGFGAEVQRRIMVGAYALSAGYYDAYYLKAQKIRRLVKNDFMAAFNEVDIILGPTTPNPAWKLGAKNSDPVAEYLEDVYTITANLAGLPGLSMPAGFVDGLPVGVQLLAPYFQEGRLLNVAHQYQLNSDWHTRTPTGF NA NA NA NA NA D1-35_01252 288 gatC COG0721 Glutamyl-tRNA(Gln) amidotransferase subunit C ATGGCGCTTGAACGCTCCGACGTGGAAAAAATCGCTCATCTGGCCTGTCTGGGCCTCAATGAAGCCGATCTTCCACACATTACTTCTGCCCTGAACAGCATTCTAGGGCTGGTCGACGAGATGCAGGCGGTCGACACCGACGGTATCGAGCCGCTGGCCCACCCACTGGAAGCCAGCCAGCGCCTGCGCGCCGACGTCGTCACCGAGTCCGATAACCGCGAGGCCTACCAGGCCATCGCACCGGCGGTCGAAAACGGCCTGTACCTGGTTCCGAAAGTCATCGACTAA MALERSDVEKIAHLACLGLNEADLPHITSALNSILGLVDEMQAVDTDGIEPLAHPLEASQRLRADVVTESDNREAYQAIAPAVENGLYLVPKVID PGPT0023460_3581 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 D1-35_01253 1038 mreB COG1077 Cell shape-determining protein MreB ATGTTCAAGAAACTGCGTGGCATGTTTTCCAGCGATCTTTCCATCGACCTGGGCACTGCCAACACCCTTATTTACGTGCGCGAGCGCGGTATCGTCCTGAATGAACCCTCGGTCGTGGCCATCCGCACCCACGGTAACCAGAAAAGTGTCGTGGCTGTCGGTACTGAAGCCAAGCGCATGCTGGGCCGCACACCGGGCAACATTGCAGCCATTCGCCCGATGAAGGATGGCGTGATCGCCGACTTCAGCGTCTGCGAAAAGATGCTGCAGTATTTCATCAACAAGGTTCACGAAAACAGTTTCCTGCAGCCCAGCCCTCGCGTGCTGATCTGCGTGCCCTGCAAATCCACCCAGGTGGAGCGTCGCGCCATCCGCGAATCGGCCCTCGGTGCCGGTGCCCGTGAAGTATTCCTGATCGAAGAGCCGATGGCCGCTGCCATCGGTGCCGGCCTGCCGGTGGAAGAAGCCCGCGGTTCGATGGTCGTCGATATCGGTGGCGGTACCACTGAAATCGCCTTGATCTCCCTGAATGGCGTGGTCTATGCCGAGTCCGTGCGTGTCGGCGGCGACCGTTTCGACGAAGCGATCATCACCTACGTGCGCCGCAACTACGGCAGCCTGATCGGCGAATCCACCGCCGAGCGCATCAAGCAGGAAATCGGCACCGCCTACCCGGGCGGCGAAGTGCGTGAAGTCGACGTGCGCGGCCGTAACCTGGCCGAAGGCGTTCCTCGCGCCTTCACCCTCAACTCCAACGAAGTGCTCGAGGCGCTGCAAGAGTCGCTGGCGACTATCGTGCAGGCGGTCAAGAGCGCCCTGGAGCAGTCGCCGCCGGAGCTGGCGTCGGACATCGCCGAGCGCGGCCTGGTGCTGACCGGTGGTGGTGCGCTGCTGCGTGACCTCGACAAGCTGCTGGCCCAGGAAACCGGCCTGCCGGTGATCGTCGCCGAAGACCCGCTGACGTGCGTTGCCCGCGGCGGTGGCCGTGCGCTGGAAATGATGGACAAGCACACCATGGACCTGCTTTCCAGCGAATAA MFKKLRGMFSSDLSIDLGTANTLIYVRERGIVLNEPSVVAIRTHGNQKSVVAVGTEAKRMLGRTPGNIAAIRPMKDGVIADFSVCEKMLQYFINKVHENSFLQPSPRVLICVPCKSTQVERRAIRESALGAGAREVFLIEEPMAAAIGAGLPVEEARGSMVVDIGGGTTEIALISLNGVVYAESVRVGGDRFDEAIITYVRRNYGSLIGESTAERIKQEIGTAYPGGEVREVDVRGRNLAEGVPRAFTLNSNEVLEALQESLATIVQAVKSALEQSPPELASDIAERGLVLTGGGALLRDLDKLLAQETGLPVIVAEDPLTCVARGGGRALEMMDKHTMDLLSSE PGPT0027700_1715 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 D1-35_01254 1095 hypothetical protein TTGGGCGTACGCCTGCTGGTGTTGGCCGTGCTATCGGTCGCGCTGATGGTGGTCGATGCCCGCTTCACGCTGCTCAAGCCGGTGCGCAGCCAGATGTCGCTGGTGTTGATGGAGTCCTACTGGATCACCGACCTGCCGCAGCGGCTGTGGCAGGGTGTGGCCAGCCAGTTCGGCAGCCGCACCGAACTGGTCGCCGAAAACGAAAAACTCAAGACCGAAAACCTGCTGTTGCAGGGGCGCATGCAGAAGCTCGCGGCCCTCACCGAGCAGAACGTGCGGCTGCGCGAGTTGCTCAACTCCTCGGCGCTGGTCAATGAGAAGGTCGAGGTCGCCGAGTTGATCGGCATGGACCCCAATCCCTTCACGCACCGGATCATCATCAACAAGGGTGAGCGCGACGGCGTGGTCCTCGGCCAGCCGGTGCTCGATGCCCGTGGCCTGATGGGGCAGGTGGTCGAGCTGATGCCCTATACCTCCCGCGTGCTGCTGTTGACCGATACCACCCACAGCATTCCGGTGCAGGTCAATCGCAACGGCTTGCGGGCGATTGCCAGCGGCGCCGGTAATCCTGAGCGCCTGGAGCTGCGGCATGTGGCCGACACCGCCGACATCAAGGAAGGCGACCTGCTGGTCAGCTCGGGTCTTGGCCAGCGATTCCCGGCGGGGTATCCGGTGGCGACGGTCAAGGAAGTCATCCACGATTCCGGTCAGCCATTCGCCATTGTCCGGGCGGTGCCCACGGCCGCGCTGAACCGTAGCCGTTACCTGCTGCTGGTGTTCAGCGACAACCGCACGCCTGAAGAGCGCGCCAATGACGCCGCCGTGGCCCAGGAAGTCCAGGATCGGCAGGGTGGCGAGTCGACGGCGCCTGCTGCGCCTGCGCCCGCACCTGCACCCGCGTCGGTCCCGGCCACGGTGCCAAAACCCCAAGTGGCGGCGCCCGTCACGGCAACCACCCCGCCGGCCGCACCCGCTGCGACGCCCGCCCGGCCGGCCGCCCATGCGACGACATCCCAACCTGCACGGCCCGCGGCCAAGCCACCGGCCTCGACACCCGCCGCTACACCGGCGACCAGGGGAGCACGAGAAGAATGA MGVRLLVLAVLSVALMVVDARFTLLKPVRSQMSLVLMESYWITDLPQRLWQGVASQFGSRTELVAENEKLKTENLLLQGRMQKLAALTEQNVRLRELLNSSALVNEKVEVAELIGMDPNPFTHRIIINKGERDGVVLGQPVLDARGLMGQVVELMPYTSRVLLLTDTTHSIPVQVNRNGLRAIASGAGNPERLELRHVADTADIKEGDLLVSSGLGQRFPAGYPVATVKEVIHDSGQPFAIVRAVPTAALNRSRYLLLVFSDNRTPEERANDAAVAQEVQDRQGGESTAPAAPAPAPAPASVPATVPKPQVAAPVTATTPPAAPAATPARPAAHATTSQPARPAAKPPASTPAATPATRGAREE PGPT0025445_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_IV_SECRETION_SYSTEMS CE-T4SS-TRB_SECRETION_SYSTEM,PGPT0025445-trbJ-K20266 NA NA D1-35_01255 489 mreD COG2891 Rod shape-determining protein MreD ATGAGCAGTACTCGATCCGGTAACGGCTGGATGGTCTGGCTGACCTTCGCCATCGGCCTGTTGCTCAGTGTGTCGCCGCTGCCGCAGTTCATGGAGATCCTGCGTCCGTTGTGGCTGGCCTTGCTGCTGGCCTTCTGGGCGCTGGCCTTGCCGCACAAGGTCGGCATGGTCACCGCCTGGTGCCTGGGCCTGACCGAAGATGTGCTTTATGGCACGTTGCTGGGGCAGAACGCGCTTATCCTGACCTTGATCACTTTCCTGGTGCTCTCGCTGCAACAGCGCCTGCGGATGTTTCCCATGTGGCAGCAGAGCCTGGTGATCCTAGTGATCTTTGGCCTGGCGCAACTGGTGCAATTGTGGCTCAGCGCACTGACCGGCAATCGTCAGCCGACGCTGGCGCTGGTGTTGCCGGCCCTGGTCAGTGCGTTGCTCTGGCCTTGGGTCAGCTTCGGTTTGCGTGGCTTGCGCCTGCGTTTCAAGATCAACTGA MSSTRSGNGWMVWLTFAIGLLLSVSPLPQFMEILRPLWLALLLAFWALALPHKVGMVTAWCLGLTEDVLYGTLLGQNALILTLITFLVLSLQQRLRMFPMWQQSLVILVIFGLAQLVQLWLSALTGNRQPTLALVLPALVSALLWPWVSFGLRGLRLRFKIN NA NA NA NA NA D1-35_01256 597 yhdE COG0424 dTTP/UTP pyrophosphatase ATGAAACCGCTTTACCTTGCCTCGGGCTCGCCGCGTCGGCGTGAATTGCTCACGCAGATCGGCGTTCCCTTTACCGCGATCGGCGCGGACATCGACGAAACTCCCCTCGACCACGAAACCCCATCGGCCTATGTCGAGCGCCTGGCGCGGGGCAAGGCCGAGGCCGGGCTGCACTCGTTGCAGAACGGCACCGATTGCTGTGTGCTGGGTGCCGATACCGCGGTGGTACTGGATGGCCGGATTCTCGGCAAGCCTCAGGACGAGGCCGATGCCAAGTCGATGCTGCTGAGCCTGTCCGGTCGCGACCATGAGGTATTGACCGCGATTGCCGTGCTCGATGGCCAGCGTTGCGAATCCCGGGTGGTTCGCAGTCGGGTGCGCTTTCGCCCGGTCACGGAGCAGGAAGCGATTGCCTATTGGGCCAGCGGCGAACCCCGGGACAAGGCGGGCGGCTATGGTATCCAAGGGCTGGGCGCGGTGTTCATCGCCGACCTCGAAGGCAGTTATTCGGCCGTGGTCGGCCTGCCACTATGCGAAACCGCAGAACTGCTCGGCCATTTCGGCATACCCTGTTGGCAAACCTTGAGCGCGCGCTGA MKPLYLASGSPRRRELLTQIGVPFTAIGADIDETPLDHETPSAYVERLARGKAEAGLHSLQNGTDCCVLGADTAVVLDGRILGKPQDEADAKSMLLSLSGRDHEVLTAIAVLDGQRCESRVVRSRVRFRPVTEQEAIAYWASGEPRDKAGGYGIQGLGAVFIADLEGSYSAVVGLPLCETAELLGHFGIPCWQTLSAR NA NA NA NA NA D1-35_01257 1458 rng COG1530 Ribonuclease G ATGAGTGAAGAGATCCTGATCAACATCACGCCGATGGAATCGCGCGTGGCGGTGGTTGAAAACGGCGTCCTGCAAGAGGTCCATGTCGAGCGTACGCAAAAACGCGGCATCGTCGGCAATATCTACAAGGGCAAGGTGGTACGGGTGCTGCCGGGCATGCAGGCGGCCTTCGTCGATATCGGCCTGGACCGCGCGGCGTTCATCCACGCCTCGGAAATTTCGATGCGCGAAGGGCCGGCGGTAGAGAGCATCAGCGCCTTGGTCCATGAAGGCCAGAGCCTGGTGGTGCAGGTCACCAAGGACCCCATCGGTTCGAAGGGCGCGCGCCTGACCACCCAGTTGTCGATTCCGTCGCGCTATCTTGTGTACATGCCGCGCACCGCCCACGTTGGCATCTCCCTGAAGATCGAGGACGAAGCCGAACGCGAGCGTCTGAAGAAGGTTGTCAGCGACTGCGTTGAGAAAGAAGGCATCAAGGAGGCCGGCGGTTTCATCCTGCGCACGGCCGCCGAGGGCGCCGGGGCCGATGAAATCCTCATGGATATCCGCTACCTGCGCAGGCTCTGGGACCAGATCGCCGAGCAGATCAAGACCATCGCCACGCCGAGTGTGATCTACGAGGACCTGGGCCTGGCGCTGCGGACCCTGCGGGACCTGGTCAGCCCGAAGATCGAGAAAATCCGTATCGATTCCCGGGAAACCTTCCAGAAAACCACGCAATTCGTCGCCGAGCTGATGCCGGAAATCGCCGACCGCCTGGAGCACTACCCTGGCGAGCGGCCGATTTTCGATCTGTACGGCGTCGAAGATGAAATCCAGCGAGCCCTTGAACGCAAGGTGCCGCTCAAATCCGGCGGTTACCTGGTGGTCGATCCGGCCGAGGCGATGAGCACCATCGACGTCAATACCGGTGCATTCGTCGGCCATCGCAACCTTGAGGAAACCATCTTCAAGACCAATCTTGAAGCGGCCACGGCCATCGCCCGGCAACTGCGCCTGCGTAACCTGGGCGGGATCATCATCATCGACTTCATCGACATGGAAGACGAAGAGCACCAGCGCCAGGTGCTGCGGACCCTGGAAAAACAGCTCGAACGCGACCACGCCAAGACCAACATCATCGGCATTACCGAACTGGGCCTGGTGCAGATGACCCGCAAGCGCACCCGCGAGAGCCTTGAGCAGGTGCTGTGCGAGCCGTGCAGCAGTTGCCAGGGCCGGGGCAAGCTGAAGACTCCGGAAACCGTGTGTTACGAAATCTTCCGGGAAATCCTCCGGGAGGCGCGCGCCTACCAGGCCACCGGCTATAGAGTGTTGGCGAACCAGAAGGTGGTGGATCGCCTGCTGGATGAGGAGTCCGGCAACGTCGCGGAACTGGAGGCCTTTATCGGGCGCACGATTCGCTTCCAGGTGGAAACCATGTATTCCCAGGAACAGTACGACGTGGTGTTGCTCTGA MSEEILINITPMESRVAVVENGVLQEVHVERTQKRGIVGNIYKGKVVRVLPGMQAAFVDIGLDRAAFIHASEISMREGPAVESISALVHEGQSLVVQVTKDPIGSKGARLTTQLSIPSRYLVYMPRTAHVGISLKIEDEAERERLKKVVSDCVEKEGIKEAGGFILRTAAEGAGADEILMDIRYLRRLWDQIAEQIKTIATPSVIYEDLGLALRTLRDLVSPKIEKIRIDSRETFQKTTQFVAELMPEIADRLEHYPGERPIFDLYGVEDEIQRALERKVPLKSGGYLVVDPAEAMSTIDVNTGAFVGHRNLEETIFKTNLEAATAIARQLRLRNLGGIIIIDFIDMEDEEHQRQVLRTLEKQLERDHAKTNIIGITELGLVQMTRKRTRESLEQVLCEPCSSCQGRGKLKTPETVCYEIFREILREARAYQATGYRVLANQKVVDRLLDEESGNVAELEAFIGRTIRFQVETMYSQEQYDVVLL NA NA NA NA NA D1-35_01258 3804 hypothetical protein ATGGAGCGTCTGACACGCCTTATGGGGACGCTGACTCGCTGGGGGCTGGGCCTGTGTGCGCTGCTGCTGATACTGCTGGCCCTGTATGTCAGCCTCGGCCGGGAGTTGATCCCGCTGGTGGCCGAGTATCGCGGTGAAGCCGAGAGCCGGGCCGGCGAAGCGTTGGGCATTCCCGTGCACGTTGGTAGCCTCGAAGGCAGTTGGAGCGCCCTGGCGCCCGTCCTGGCGGCGCGCGACGTGGTAGTCGGCGAGGGGCCCAACGCCTTGCACCTGGATCAGGTACGTGCCGTGCCTGCGGTGTGGGACAGCCTGCTGGCTCGCCAGGTGCGCATCGCTCATCTGGAAGTCAGCGGCCTGAAGGTCAGCCTGAAAGAGGGCGCTGACGGCAAATGGTCCCTTGAAGGCCTGCCGGTGAAGGACGATCAGCCGCTCGATCCGCAGCAATTGCTTGAACGCATGCAGATGATTTCAAAACTGTCGGTGCTCGACAGTCAGGTCACCTTGCAACCGCTGGACCATCCGCCGCTGAGCCTGACCTATGTTGGTCTGAGCTTGCGCACCGGTCCGGCTCGCCAGCGCCTGGACGCACGTATTACCCTGCCTGACGGCCAGCCCGTGGCGCTCAACCTGCGCACCCGTATCCGCGCCAGCGATTGGCGAAATGGCGAGGCCGACGCCTACCTGAGCCTGCCGCAAAGCGACTGGTCGAAATGGCTGCCGAAACGCCTGACCCGGCAGTGGAATTTTGCCGAGATCAAGGCCGGTGGGGAATTCTGGCTCAGTTGGGGAGAGGGCACGGTGCAAAGTGCCGCCGTGCGGTTGAACGCGCCACAGATCCAGGGCGCCTATGCCGATCGCAGGCCCGTGCAAATCCACAACCTGGCCCTCAACGGATATTTCCAGCGCAGCAGCCAGGGGTTCACCGCGACCTTCGACTCGCTGGCGATGAACCTGGGTGAGACGCGCTGGGAAACACGCCTGCAGTTGCAACAGAACAGCGCCACCGAGAAGGTCGAGGAGCGTTGGCACGTGCAGGCCGATCGCCTTGACCTGACGCCGCTCACGCCGTTGCTCAATGCCCTGGCGCCATTGCCCGAAGGTGTCGCCACGGCGATCGACCGGCTCAAGGTGACCGGTGGCCTGCGCAACGTGTTGCTGGATTACCGGCCACAGAACACCGGTGATCAGAAAATCAGCTTCGCCACCAATCTGGACACGGTCGGGTTTGACGCCTATCGCGGCGCCCCGGCGGCGCGCAACGTCTCAGGCAGCCTCAGCGGTGACCTCGGCGGCGGTGAGCTGCGCATGGACAGCAAGGATTTTTCCCTGCACCTGGACCCGATTTTCGCCAAGCCCTGGCAATACTTGCAGGCCAATGCCCGGCTGACTTGGAAGCTCGACAAGCAGGGGTTCACCCTGATCGCACCGTACTTGAAGGTGCTGGGAGAGGAAGGGCGGATTGCCGGCGACTTCCTGATCCGCCTGCATTTCGACCACAGCCAGGAAGACTACATGGACCTGCGGGTCGGCCTGGTGGACGGTGACGGGCGCTACACCGCCAAGTACCTGCCGGCCGTCCTCAGTCCGGCGCTGGATGAATGGTTGCGCACCGCCATCGTCAAGGGCGCGGTGGACGAGGGTTTTTTCCAGTACCAGGGCTCGCTGAACAAAGGTGCCGAGGACGCGTCTCGCAGCATCAGCCTGTTTTTCAAGGTGCATGACGCCGAGCTGGCGTTCCAGCCGGGCTGGCCTTCGGTCAGCAAGGTCAGCGGCGACGTCTTTGTCGAGGACAGCGGCGTACGTATCTATGCCAGCCAGGGGCAACTGCTGGACACCCAGGTCAAGGATGTTGCGGTAACCATTCCCCATGCGCCGGCCGGGCAGAATGTCCATCTGTTGTTGGACGGCGGCTTTGCCGGGGTATTGGGCGACGGGCTGAAAATCCTCCAGACCGCACCCATCGGCACGGCCGAGACCTTCGCCGGTTGGGAAGGCGAGGGCGACCTGCAAGGTAAGGTGAACCTGGATATCCCGCTGGCCAAAGGTGAACAGCCGAAGATCCTGGTGGATTTCAGTACCGACAAGGCCCGGCTCAAGCTCAGTGAGCCGGCGCTGGAGCTGACCCAGCTCAAGGGCGACTTCCGTTTCGACAGCAACAAGGGGCTCAGTGGCAAGAACATCGCGGCCCGGGCATTCGACCGGCCGGTAAGCGCGCAGATTTTTGCCGAGGGCCGTGCCGGTGCGCTCGACACACGGGTGGTGGCGTCCGGGCGGGTCGAGGTCAAGAAGCTTACGGACTGGTTGAGCGTGACCCAGCCGTTGCCCATCTCCGGCGTGGTTCCCTATCAGTTGCAAGTGACGCTCAACGGTGCCGACAGCCAATTGTCGGTCAGCTCCGATCTCAAGGGCGTGGCGGTGGATCTGCCGGCGCCCTTCGGCATGGCTGCGGATGTCGGGCGCGACACGGTGTTCCGTATGACGTTGCAAGGGGCGGAGCGTCGCTACTGGGTCGATTATGGCGACCTGGCCAGCTTCACTTACGCCGCGCCGAGCGGAAAAGTCGCTGACGGGCGTGGCGAATTGCTGCTGGGCGCCGGCGAGGCGGTTCTGCCTGGCGCCAAGGGGCTGCGGCTGCGCGGCACATTGTCGGAGCTGGACGTGAGCCCCTGGCAGGATCTGTTGGGCAAATATGCCGGCAAGGACCCGGGCGGCAGTGCCCGGCAGGTGCTCAGCAGTGCCGATCTCAAGGTTGGCAAGCTCACCGCGATGGGCACGACGCTTGACCAGGCCTCGGTACAGTTGGACCGTAAGGCTGATGCCTGGGCCCTGCGGCTCGATAGCCAGCAGGCCAAGGGCAGCGTCAACCTGCCGGATGCGAAGGCCGCGCCGATCGGGATCCGGCTCGACTATGTGCGCCTGCCGGCCGCGGACCCGACGGTCCAGGCCGACGAAAACGCCCCGGACCCGCTGGCCTCGGTCGATCCGAGCCAAATCCCGGCGATGGATATCGCCATCGACCAGTTGTTCCAGGGGCCGGATCTCATTGGTGCCTGGTCGCTGAAAGTCCGGCCGACGGGCAAGGGCATCGCGCTGAATGATCTGGACATGGGGCTCAAGGGCATGGTCCTGCATGGCAATGGCGCCTGGGAGGGCCTGCCCGGTTCCACCAGCAGTTGGTACAAGGGCCGGATCAAGGGCAAGAACCTCGCCGATGTGCTCAAGGGCTGGGGGTTTGCGCCTAGCGTGACAAGCCAGGAATTCCATCTGGACGTCGACGGACGCTGGCCCGGTTCGCCTGCATGGGTCGCCACCAAGCGTTTCTCCGGCAGCCTCGATGCGTCACTCAACAAGGGTCAGTTCGTCGAAGTCGAAGGCAGCGCGCAGGCCTTGCGGGTTTTCGGCCTGTTGAACTTCAACTCCATCGGCCGGCGCTTGCGCCTGGATTTCTCCGATCTGTTCGGCAAGGGGCTGAGCTACGATCGGGTCAAGGGCCTGCTGGTGGCGAGCAGTGGTGTATACGTGACTCGTGAGCCGATTACCCTGACCGGACCTTCGAGCAACCTGGAACTCAACGGAACGCTGGACATGGTGGCTGACCGGGTCGATGCCAAGCTGCTGGTAACCCTGCCCGTCACCAATAACCTGCCGATCGCCGCGTTGATCGTCGGCGCACCGGCGGTGGGTGGGGCGCTGTTTCTGATCGACAAGCTGATCGGCGACCGCGTCGCGCGTTTTGCCAGCGTAAGATACGACGTCAAGGGGCCGTGGAAAGAGCCGAAGATCACTTTCGACAAGCCGTTTTGA MERLTRLMGTLTRWGLGLCALLLILLALYVSLGRELIPLVAEYRGEAESRAGEALGIPVHVGSLEGSWSALAPVLAARDVVVGEGPNALHLDQVRAVPAVWDSLLARQVRIAHLEVSGLKVSLKEGADGKWSLEGLPVKDDQPLDPQQLLERMQMISKLSVLDSQVTLQPLDHPPLSLTYVGLSLRTGPARQRLDARITLPDGQPVALNLRTRIRASDWRNGEADAYLSLPQSDWSKWLPKRLTRQWNFAEIKAGGEFWLSWGEGTVQSAAVRLNAPQIQGAYADRRPVQIHNLALNGYFQRSSQGFTATFDSLAMNLGETRWETRLQLQQNSATEKVEERWHVQADRLDLTPLTPLLNALAPLPEGVATAIDRLKVTGGLRNVLLDYRPQNTGDQKISFATNLDTVGFDAYRGAPAARNVSGSLSGDLGGGELRMDSKDFSLHLDPIFAKPWQYLQANARLTWKLDKQGFTLIAPYLKVLGEEGRIAGDFLIRLHFDHSQEDYMDLRVGLVDGDGRYTAKYLPAVLSPALDEWLRTAIVKGAVDEGFFQYQGSLNKGAEDASRSISLFFKVHDAELAFQPGWPSVSKVSGDVFVEDSGVRIYASQGQLLDTQVKDVAVTIPHAPAGQNVHLLLDGGFAGVLGDGLKILQTAPIGTAETFAGWEGEGDLQGKVNLDIPLAKGEQPKILVDFSTDKARLKLSEPALELTQLKGDFRFDSNKGLSGKNIAARAFDRPVSAQIFAEGRAGALDTRVVASGRVEVKKLTDWLSVTQPLPISGVVPYQLQVTLNGADSQLSVSSDLKGVAVDLPAPFGMAADVGRDTVFRMTLQGAERRYWVDYGDLASFTYAAPSGKVADGRGELLLGAGEAVLPGAKGLRLRGTLSELDVSPWQDLLGKYAGKDPGGSARQVLSSADLKVGKLTAMGTTLDQASVQLDRKADAWALRLDSQQAKGSVNLPDAKAAPIGIRLDYVRLPAADPTVQADENAPDPLASVDPSQIPAMDIAIDQLFQGPDLIGAWSLKVRPTGKGIALNDLDMGLKGMVLHGNGAWEGLPGSTSSWYKGRIKGKNLADVLKGWGFAPSVTSQEFHLDVDGRWPGSPAWVATKRFSGSLDASLNKGQFVEVEGSAQALRVFGLLNFNSIGRRLRLDFSDLFGKGLSYDRVKGLLVASSGVYVTREPITLTGPSSNLELNGTLDMVADRVDAKLLVTLPVTNNLPIAALIVGAPAVGGALFLIDKLIGDRVARFASVRYDVKGPWKEPKITFDKPF NA NA NA NA NA D1-35_01259 864 nit1 Deaminated glutathione amidase ATGCCAGTCGCCGTGATTCAAATGGTCAGCCAGAGCGATGTGCTTGCCAACCTGGCCCGTGCCCGGGTGTTGCTGGAGCAGGCCGCGGCGGGTGGCGCACGGCTCGCGGTGCTGCCGGAAAACTTCGCGGCCATGGGCCGGCGGGACGTTGCCGATATCGCGCGGGCCGAAGCCTTTGGTCAGGGTCCGATCCTGCCGTGGTTGAAACAGGTCGCGCGCGACCTCAGGTTATGGATTGTGGCCGGCACGTTGCCGTTGCCCCCGGTGGGCCAGCCCGAGGCCAAGGCCCATGCATGTTCGTTGCTGGTGGACGACCAGGGCGAGATCGTCGCGCGTTATGACAAGCTGCACCTGTTCGACGTGGACGTGGCGGACAATCGCGGTCGTTACCGCGAATCCGATGACTATGCTTATGGCGGCAACGTGGTGGTTGCCGACACACCGGTGGGCCGGGTTGGCCTGACGGTCTGCTACGACTTGCGCTTCCCCGAGCTCTACAGCGAGTTGCGGGCGGCCGGGGCCGAGCTGATTACCGCGCCTTCGGCGTTTACCGCGGTGACCGGCGCTGCGCATTGGGACGTACTGATTCGCGCCCGGGCCATCGAAACCCAGTGCTACGTGCTGGCGGCCGCCCAGGGTGGGTTGCATCCGGGGCCCCGGGAAACCTTTGGCCATGCCGCGATAGTCGACCCGTGGGGGCGTGTGCTGGCGCAACAGGATCAAGGCGAGGCCGTGCTGCTGGCCGAGCGCGACGACAGTGAACAGGCGTCCATCCGGGCGCGCATGCCGGTGGCGAGCCACCGGCGCTTTTTCTCGCAGGGCGCTCGACAGCGACCTGTCCAAGACGACGAATTCAAGGCGTAA MPVAVIQMVSQSDVLANLARARVLLEQAAAGGARLAVLPENFAAMGRRDVADIARAEAFGQGPILPWLKQVARDLRLWIVAGTLPLPPVGQPEAKAHACSLLVDDQGEIVARYDKLHLFDVDVADNRGRYRESDDYAYGGNVVVADTPVGRVGLTVCYDLRFPELYSELRAAGAELITAPSAFTAVTGAAHWDVLIRARAIETQCYVLAAAQGGLHPGPRETFGHAAIVDPWGRVLAQQDQGEAVLLAERDDSEQASIRARMPVASHRRFFSQGARQRPVQDDEFKA PGPT0000835_1178 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_3,PGPT0000835-nitA|nitB|nitR|nit1-K01501 NA NA D1-35_01260 1443 tldD COG0312 Metalloprotease TldD ATGAGCGGGTTGTTGTCCTCAGTCAGTGAACACCTTTTAGCCCCCGGCGGCGTGACCCTCGAAAGCCTGCAAGGCGTGCTGGGCGACCTGGCCGGTCCGGGCATCGATGCGGCCGACCTGTATTTCCAGGGACAGATTTCCGAGTCCTGGTCGCTGGAAGACGGCATCGTCAAGGAAGGCAGTTTCAACCTCGACCAGGGTGTGGGCGTGCGTGCCCAATCCGGCGAAAAGACCGGGTTTGCCTACAGCAACGCCATCACCCTTGAGGCCCTCGGCGCCGCGGCTCGTGCGGCTCGCTCGATTTCCCGGGCCGGGCAGAATGGCACGGTCCAGGCGTTCAGCAGCCAGGACGTGGCCCAGCTGTATGCGCCGGACAACCCACTGGAAGTCATGAGTCGCGCCGAAAAGGTCGAGCTGCTCAAGCGCATTGACGTCGCCACACGTGCCCTCGACCCGCGTATCCAGCAGGTATCGGTGAGCATGGCCGGGGTCTGGGAGCGGATTCTGGTGGCCTCCACCGACGGTGGCCTGGCGGCGGATGTGCGGCCGCTGGTGCGTTTCAACGTCAGCGTGATCGTCGAGCAGAACGGTCGCCGTGAGCGCGGTGGCCACGGTGGGGGTGGTCGTACCGACTATCGTTATTTCCTCAGCGAAGACCGCGCCATGGGTTACGCCCGCGAAGCGCTGCGCCAGGCGCTGGTGAACCTTGAGGCCATCCCGGCCCCGGCCGGCACGTTGCCAGTGGTGCTCGGCTCCGGCTGGTCCGGCGTGCTGCTGCACGAAGCCGTGGGCCACGGCCTGGAAGGCGATTTCAACCGCAAGGGCAGTTCGGCCTACAGCGGTCGCATGGGCGAGATGGTCGCCTCGAAACTCTGCACCATCGTCGATGACGGCACGCTCGCCGGGCGTCGTGGTTCGCTGAGCGTCGACGACGAAGGCACCCCGACCGAATGCACCACGCTGATCGAGAACGGCGTGCTCAAGGGTTACATGCAGGACAAGCTCAATGCCCGCCTCATGGGCGTGGCCCGCACCGGCAACGGTCGCCGCGAGTCTTACGCGCACCTGCCCATGCCGCGCATGACCAACACCTACATGCTCGGCGGCCAGAGTGATCCGGCGGAAATCATCGCGTCGGTGAAGAAGGGCATCTACTGCGCCAATCTCGGCGGCGGCCAGGTGGACATCACCAGCGGCAAGTTCGTGTTTTCCACCAGCGAGGCCTACCTGATCGAAGACGGCAAGATCACCGCACCGGTCAAGGGCGCGACGTTGATCGGCAACGGGCCGGAGGCGATGAGCAAGGTGTCGATGGTCGGTAACGACCTGGCGCTGGACAGCGGCGTGGGCACGTGTGGCAAGGACGGTCAGTCGGTGCCGGTAGGCGTCGGTCAGCCGACACTGAAGATCGATGCGATTACCGTGGGTGGCACGGGCGCATAA MSGLLSSVSEHLLAPGGVTLESLQGVLGDLAGPGIDAADLYFQGQISESWSLEDGIVKEGSFNLDQGVGVRAQSGEKTGFAYSNAITLEALGAAARAARSISRAGQNGTVQAFSSQDVAQLYAPDNPLEVMSRAEKVELLKRIDVATRALDPRIQQVSVSMAGVWERILVASTDGGLAADVRPLVRFNVSVIVEQNGRRERGGHGGGGRTDYRYFLSEDRAMGYAREALRQALVNLEAIPAPAGTLPVVLGSGWSGVLLHEAVGHGLEGDFNRKGSSAYSGRMGEMVASKLCTIVDDGTLAGRRGSLSVDDEGTPTECTTLIENGVLKGYMQDKLNARLMGVARTGNGRRESYAHLPMPRMTNTYMLGGQSDPAEIIASVKKGIYCANLGGGQVDITSGKFVFSTSEAYLIEDGKITAPVKGATLIGNGPEAMSKVSMVGNDLALDSGVGTCGKDGQSVPVGVGQPTLKIDAITVGGTGA NA NA NA NA NA D1-35_01261 531 hypothetical protein ATGGTTGATTCTTACGACGACTCCCTCTACGAGGGTGAAAAAAGCAAATCCCAGGTCAAACGCGAGCTGCATGCTCTGGTTGACCTCGGCGAGCGCCTGACAACACTCAAGCCTGACTTGCTGGCCAAACTGCCCTTGACCGACGCCTTGCGCCGAGCCCTGGCCGATGCGCCCAAGCACACCGCGAATATCGCGCGTAAACGGCACCTGCAATTCATCGGCAAGCTGATGCGCGACCAGGACACTGACGCCATCCTGGTTCTGCTCGACCAGCTCGATGCCTCCACCCGGCAGTACAACGAGCGTTTCCACAACCTGGAACGCTGGCGTGATCGCCTGATCGCAGGCGATGACGGCACTCTGGAAAAATTCGTCATCGACTACCCGGACGCCGATCGCCAGCAACTGCGCTCGCTGATCCGTCAGGCCCAGCACGAACTGGCGCAAAACAAGCCGCCGGCGTCGAGCCGTAAAATCTTCAAGTACATCCGTGAGCTGGACGAGACTCAACGCGGCCTGCGCTTTGCGTAA MVDSYDDSLYEGEKSKSQVKRELHALVDLGERLTTLKPDLLAKLPLTDALRRALADAPKHTANIARKRHLQFIGKLMRDQDTDAILVLLDQLDASTRQYNERFHNLERWRDRLIAGDDGTLEKFVIDYPDADRQQLRSLIRQAQHELAQNKPPASSRKIFKYIRELDETQRGLRFA NA NA NA NA NA D1-35_01262 1347 pmbA COG0312 Metalloprotease PmbA ATGAGTGCAGTTCAAAGCGTCGGCCCGCAAGCATTGCCGGCACTGCAGGAACAGGTCGAGCAGATCCTCGCCGAAGCCAGGCGACAGGGCGCCAGCGCGTGCGAAGTGGCGGTGTCGCTGGAGCAGGGGCTGTCGACGTCGGTGCGCCAACGCGAAGTGGAAACCGTCGAATTCAATCGCGACCAGGGCTTTGGCATCACCCTCTACGTGGGGCAGCGCAAGGGCTCGGCCAGCACCTCGGCCAGCGGCCCTGACGCCATTCGCGAAACAGTCGCCGCTGCATTGGCGATTGCCCAGCATACGTCCGAAGACGAAGCCTCCGGCCTGGCCGATGCCGCGCTGATGTGCAAGGAGCTCAAGGACTTCGATCTGTTCCACGCCTGGGACATCACGCCCGAGCAGGCCATCGAGCAGGCACTGCGCTGCGAAGCGGCGGCATTCGACGCCGACAGCCGGATCAAGAATGCCGACGGCACTACGCTCAACACCCACCAGGGTTGCCGCGTCTATGGCAACAGTCATGGGTTCATCGGCGGTTACGCATCGACCCGCCACAGCCTCAGCTGCGTGATGATCGCCGAGGCCGACGGGCAGATGCAGCGCGACTACTGGTACGACGTGAGTCGCCAGGGCACATTGCTGGCGGACCCGGTGAGCATCGGCCAGAAGGCCGCGCAACGGGCCGCCAGTCGCCTGGGCGCGCGGCCTGTGCCAACCTGTGAGGTGCCGGTGCTGTTCTCCGCCGAGTTGGCCGGTGGCTTGTTCGGCAGCTTCCTGTCGGCGGTGTCCGGCGGCAACCTGTACCGCAAATCCTCGTTCCTCGAAGGCGCGCTGGGCCAGAAACTGTTTCCGGAATGGATGACCATCGACGAGCGTCCGCACCTGATGCAGGCCATGGGCAGTTCGGCTTTCGACGGGGATGGCCTGGCCACCTATGCCAAGCCGTTCGTGGAAAACGGCGAGCTGGTTTCGTACATCCTCGGCACCTATTCGGGTCGCAAATTGGGCATGCCGAGCACCGCTAACGCCGGTGGCGTGCACAACCTGTTCGTCACTCATGGCGAGGAAGACCAGGCAGCGCTGCTGCGGCGCATGGGGCGTGGGTTGTTGGTCACCGAGCTGATGGGGCATGGCTTGAACATGGTGACCGGCGATTATTCCCGTGGCGCGGCGGGGTTCTGGGTCGAAAATGGCGAGATCCAGTTCCCGGTCCAGGAAGTCACCATTGCTGGCAACATGCGCGATATGTTCAAGCAGATCGTGGCGGTGGGCAGCGACTTGGAGCTGCGCAGCAACATCCGCACCGGCTCGGTGCTGATCGAGCGAATGATGGTGGCGGGTAGCTGA MSAVQSVGPQALPALQEQVEQILAEARRQGASACEVAVSLEQGLSTSVRQREVETVEFNRDQGFGITLYVGQRKGSASTSASGPDAIRETVAAALAIAQHTSEDEASGLADAALMCKELKDFDLFHAWDITPEQAIEQALRCEAAAFDADSRIKNADGTTLNTHQGCRVYGNSHGFIGGYASTRHSLSCVMIAEADGQMQRDYWYDVSRQGTLLADPVSIGQKAAQRAASRLGARPVPTCEVPVLFSAELAGGLFGSFLSAVSGGNLYRKSSFLEGALGQKLFPEWMTIDERPHLMQAMGSSAFDGDGLATYAKPFVENGELVSYILGTYSGRKLGMPSTANAGGVHNLFVTHGEEDQAALLRRMGRGLLVTELMGHGLNMVTGDYSRGAAGFWVENGEIQFPVQEVTIAGNMRDMFKQIVAVGSDLELRSNIRTGSVLIERMMVAGS NA NA NA NA NA D1-35_01263 396 hypothetical protein ATGAGTCTTGCCCTGCACGAACAACCCTACCTTGAAAACTGGCGCTGGATGAGTCGCCAGATCCGCTGCGCGATGAGCCCGGACGAGCCGCGGCTGATCGAACACTACCTGGCCGAGGGGCGCTACCTGGCCTGCTGCACCGCCACGTCGCCGTGGATGATTGGCGAAACTGCCTTCCGGCTGTTGCTCGACACCGCTTCGGATGTCGCGCTGCCCTGGCACTGGCGCAACCTCTGCCTGGATCAAGCCTGGCGCCCGTTGCGTGAACTTGAGCGGCAGGCGCTTTGCCGCTGCCGCCTCAAGCGCTGGCAAAGCCATGCCTGGGCGCTGGCTACCTGCGCGCTGGAGCCGTCGATTTCTCTTATTGAACTGGAGCAAGGATTTCCCGATGAGTAA MSLALHEQPYLENWRWMSRQIRCAMSPDEPRLIEHYLAEGRYLACCTATSPWMIGETAFRLLLDTASDVALPWHWRNLCLDQAWRPLRELERQALCRCRLKRWQSHAWALATCALEPSISLIELEQGFPDE NA NA NA NA NA D1-35_01264 1377 fumC_2 COG0114 Fumarate hydratase class II ATGAGTAATACCCGTATCGAACGCGACAGCATGGGTGAACTTCAGGTCCCCGTGGACGCACTCTATGGCGCGCAGACCCAGCGCGCGGTGGATAATTTTCCGGTCAGCGGCCAGCGCATGCCGGCGCAGTTCATTCGTGCCCTGATCCTGGCCAAGGCCGCCGCCGCACGAGCCAATGTCGAGTTGGAGCAAATCAGCGTCGCCCAGGGCAAAGCCATCGTCGATGCGGCCCAGGGCCTGCTCGAAGGCGACTTCATGGCGCATTTCCCGGTGGATATCTTCCAGACCGGCTCCGGCACCAGTTCCAACATGAACGCCAACGAAGTGATTGCCACGCTTGCCAGCCGCTTGCTGGGAGAGGTGGTCAACCCGAATGACCACGTCAATTGTGGCCAGAGCAGCAACGACATCATCCCCACCAGTATTCATGTCAGCGCCGCGCTGGCCCTGCACGAGCAATTGCTGCCGGCGCTGTTGCACCTGGTCCAGGTGATCGAACGCAAGGCCGAAGAAGTCCACCCCTTCATAAAGACTGGCCGCACCCACCTGATGGATGCCATGCCGGTGCGCTTGAGCCAGGTGCTCGACGGTTGGGCGCAACAGCTCAAGGCTAACATCGGCCACTTGCAGGATCTGTTGCCGAGCCTGCAGTCCCTGGCCCAGGGCGGTACGGCGGTTGGCACCGGCGTTAATGCCCATCCACGCTTCGCCGAATTGTTCAGCCAGCAGCTGACGCAACTGACCCAGGTGCAATTCACCCCGGGCAAGAACCTGTTCGCGCTGATCGGCTCCCAAGACACTGCCGTGGCGGTTTCCGGGCAGCTCAAGACTACTGCCGTGTCGCTGATGAAAATCGCCAACGACCTGCGCTGGATGAACTCAGGGCCGCTGGCCGGCCTGGGCGAAATCGAGCTGGAAGGCCTGCAGCCGGGCTCTTCGATCATGCCCGGCAAGGTCAACCCGGTCATTCCCGAAGCCACCGCCATGGTCGCAGCCCAGGTCATCGGCAACGACACGGTGATTACCATCGCCGGCCAGTCGGGCAATTTCGAACTCAACGTGATGCTGCCGATCATCGCCCAGAACCTGCTGAGCAGCATCGCCCTGATGTCCACCGCCAGCCAATTGCTGGCGGACAAGGCCATCGCCACGTTCAAGGTCAACGAAGCCAGGCTCAAGGAAGCGCTGTCGCGCAATCCTATCCTGGTCACGGCACTGAATCCGATCATTGGTTACCAGAAGGCCGCTGAAATAGCCAAGAAGGCTTATCAGCAAGGTCGCCCGGTGATCGATGTCGCCTTGGAACACACCGACCTGTCGCGCGCCGAACTGGAGATCCTGCTGGACCCGGAAAAGCTCACCGCCGGTGGTGTGTAA MSNTRIERDSMGELQVPVDALYGAQTQRAVDNFPVSGQRMPAQFIRALILAKAAAARANVELEQISVAQGKAIVDAAQGLLEGDFMAHFPVDIFQTGSGTSSNMNANEVIATLASRLLGEVVNPNDHVNCGQSSNDIIPTSIHVSAALALHEQLLPALLHLVQVIERKAEEVHPFIKTGRTHLMDAMPVRLSQVLDGWAQQLKANIGHLQDLLPSLQSLAQGGTAVGTGVNAHPRFAELFSQQLTQLTQVQFTPGKNLFALIGSQDTAVAVSGQLKTTAVSLMKIANDLRWMNSGPLAGLGEIELEGLQPGSSIMPGKVNPVIPEATAMVAAQVIGNDTVITIAGQSGNFELNVMLPIIAQNLLSSIALMSTASQLLADKAIATFKVNEARLKEALSRNPILVTALNPIIGYQKAAEIAKKAYQQGRPVIDVALEHTDLSRAELEILLDPEKLTAGGV PGPT0001650_4382 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 D1-35_01265 441 hypothetical protein ATGGAGCATTGGAAACGTACGATCGAACGGGCCAATCACCATTTCCTGCAGGGCGAGTGGGTGGATGCCCGCGAAGCCTACCTGCAGGCCCTGGCCCTGGCGCAGGTGTTGTTCGAGCGTTGGGCGGATGCCGACGAAGCCGTGGCCGCCTGTGTCGTGTCGCATCACAACCTGGCGGACCTGCACTTGCGCCTGAACCAGCCGGAGGAGAGCGCCGAGTACCTCTGCGCGATTCACCAACGGTTATTGCAGACCATGCAGGACGAACGCCTGGCGCCGGCCCTGCGTGCCGCCGCGATGCGCCAAAGCCACAGGACCTACGTCGAACTGCTGAATTTCATCAGCGAGCATGGCGAGTACCCACGCACTCAGCGCCTGCTGCACAACGCTGCCGTTTCGTCCCGGCACAGCCACGTCCCTCATCATTACGGAGTCCACTGA MEHWKRTIERANHHFLQGEWVDAREAYLQALALAQVLFERWADADEAVAACVVSHHNLADLHLRLNQPEESAEYLCAIHQRLLQTMQDERLAPALRAAAMRQSHRTYVELLNFISEHGEYPRTQRLLHNAAVSSRHSHVPHHYGVH NA NA NA NA NA D1-35_01266 612 sodB_1 Superoxide dismutase [Mn/Fe] ATGGCTTTCACCTTGCCTGCATTGCCTTACGCCTACGACGCCTTGGAACCGCACATCGATGCGCAGACCATGGAGATCCACTACACCAAGCATCACCAGACTTACATCAACAACCTCAACGCGGCGGTGGATGGCACTGAATATGCCGATTGGCCCATCGAAAAACTGGTGGCCAGCGTGGAGCAATTACCGCAGGCGCTACGAGCCGCGGTGATCAACCAGGGCGGTGGTCATGCGAACCACTCGCTGTTCTGGGAAGTGATGACGCCCCACGGTGGCGGCCAGCCGGACGGTGCGCTGGCAGCGGCGATAGACGCGCAGTTGGGCGGTCTCGATCAGTTCAAGGAAGCCTTCACGAAAGCGGCACTGACCCGCTTCGGCAGCGGCTGGGCCTGGTTGAGTGTGACCCCGCAAAAGACTCTGGTGGTGGAAAGCAGCGGCAACCAGGACAGCCCGCTGATGGGCGGCAACACGCCGATCCTGGGCCTGGACGTCTGGGAGCATGCCTATTACCTGCTGTATCAAAACCGCCGTCCGGAATACATCAACGCGTTCTACAACGTGATCAATTGGCCAGAAGTCGCCCGGCGCTACCAGGCTGCGCTTGCTTGA MAFTLPALPYAYDALEPHIDAQTMEIHYTKHHQTYINNLNAAVDGTEYADWPIEKLVASVEQLPQALRAAVINQGGGHANHSLFWEVMTPHGGGQPDGALAAAIDAQLGGLDQFKEAFTKAALTRFGSGWAWLSVTPQKTLVVESSGNQDSPLMGGNTPILGLDVWEHAYYLLYQNRRPEYINAFYNVINWPEVARRYQAALA PGPT0004190_2928 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 D1-35_01267 891 zupT_2 Zinc transporter ZupT ATGGACACTGAAACTCTGGCGATAGGCGGCGGGCGAATGTTCCGCTATGCCTTGGGCTCGCTGTTGCTGTTGGCTGGCATGACATTATTGGTGGCCCAAGGGCTGGCGTGGCTGGAGCTTGAGCCAAAAATGTTGCGTGCGCTCCAGGGCGGTGGGCTTTGCGCCTTGGGTACGGCGTTGGGCGCGGTGCCGGTGCTGGTGATACGGCGCATGCCTCAGGCCATGAGCGACTCGCTGCTGGGCTTCGGGGCCGGGGTGATGCTCGCCGCCACCGCGTTTTCGCTCATCGTGCCGGGCATTGCCGCAGCCGAGCAGTTGGGCTTCACGCCTTGGGCGGCCAGCGGGCTCATCTGTTTCGGCATCCTGTCGGGGGCGTTCGGACTGTACCTGGTGGACCGCAAGGTCTCTGCCAGCCCTGAACGACTGGTTGCGACCCCAGGACGACCGGTTATTGCGCCGCGGATCTGGTTGTTCGTGTTCGCCATCATCGCCCACAACATCCCGGAAGGCATGGCGGTGGGCGTTTCGGCGGGCGGCGGCATGGCGGATGCCGATAGCCTGGCGATGGGCATCGCTTTGCAGGATGTGCCGGAAGGGCTGGTGATTGCGCTGGTGCTGGCCGCGGCGGGGATGTCGCGGGTCAAGGCGTTCCTGATTGGCGCAGCGTCAGGGCTGGTCGAGCCGGTGTTCGCATTGCTCTGTGCCTGGCTGGTGACGTTGGCCGAGGTGCTGTTGCCGTTGGGGCTGGCGCTGGCCGCTGGAGCGATGCTGTTGGTGGTGACCCATGAGGTCATCCCCGAGTCGCGTCGCAATGGGCATGAAAAACTGGCGAGCCTGGGGCTCTTGCTTGGGTTCTGCTTGATGATGGTGATGGATACGGCGTTGGGGTGA MDTETLAIGGGRMFRYALGSLLLLAGMTLLVAQGLAWLELEPKMLRALQGGGLCALGTALGAVPVLVIRRMPQAMSDSLLGFGAGVMLAATAFSLIVPGIAAAEQLGFTPWAASGLICFGILSGAFGLYLVDRKVSASPERLVATPGRPVIAPRIWLFVFAIIAHNIPEGMAVGVSAGGGMADADSLAMGIALQDVPEGLVIALVLAAAGMSRVKAFLIGAASGLVEPVFALLCAWLVTLAEVLLPLGLALAAGAMLLVVTHEVIPESRRNGHEKLASLGLLLGFCLMMVMDTALG PGPT0004250_518 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 D1-35_01268 276 ptsO COG1925 Phosphocarrier protein NPr ATGCCTGCTCGGGAAATTGAAATCATCAACAAGCTGGGTTTGCATGCCCGTGCATCGGCGAAATTCGTAGGTGTCGCCGGCAAGTTTCCAGAAACCACGATCAGGGTCGGGCGCACGCCGGAGGCAACAGTCGACGGTAAGAGCATCATGGCGATGATGATGCTGGCTGCGGGTAAAGGCACCAAGATCCACCTGAGTACCGAAGGTGAACAGGCGCAGGAAGCCATGGATGCGCTGGTGGCACTGATCAACAACTATTTCGACGAAGGCGAGTAA MPAREIEIINKLGLHARASAKFVGVAGKFPETTIRVGRTPEATVDGKSIMAMMMLAAGKGTKIHLSTEGEQAQEAMDALVALINNYFDEGE PGPT0016875_959 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 D1-35_01269 858 rapZ COG1660 RNase adapter protein RapZ ATGCGTATGATCATCGTCAGTGGCCGCTCCGGCTCCGGCAAAAGCACGGCCCTCAACGTTCTTGAGGACAGTGGCTACTATTGCATCGACAATTTGCCGGCCGGCCTGCTCCCACAACTGGCCGAGCGCGCCTTGATCCACACCGAGCTGGCGCAACCGCTGGTCGCCGTCTCGATCGACGCGCGTAACCTGCCGAGCCATTTGTCGCGGTTTCCGGCATTGCTTGAAGAAGTGCGCAGCCGGCACATCCAATGCGACGTGTTGTACCTCGACGCTGACGAAGAAACCCTGCTCAAGCGCTTCTCGGAAACCCGTCGACGCCACCCGTTGAGCAACGCCAGCCGCTCCCTGGCTGAAGCGATCCATGACGAGAGCCAACTGCTGGGGCCGATTGCCGACCTGGCGGACCTGAAGGTCAACACCACCAACCTGAACCTGTACCAGTTGCGCGACACCATCAAGTTGCGCCTGCTGAACCAGCCGGAACCGGGTACGGCGTTCCTGGTGGAGTCGTTCGGCTTCAAGCGTGGCATGCCGGTGGATGCCGACCTGGTGTTTGATGTCCGCTGCCTGCCCAACCCTTACTGGAAACCCGAACTGCGCGAGCAGTCCGGGCTTGACCAGTCGGTGATCGACTACCTGGCTGCCCAGCCGGATGTCGAGGAAATGTACCAGGATATCTCCAGCTACCTGCTCAAGTGGCTACCGCGTTTTGCCGCCAGCAATCGTGCCTATGTCACGATTGCCATCGGCTGCACCGGCGGTCATCACCGCTCCGTGTACCTGACCGAACGCCTGGGTCAGCTCCTGCAAAAATCCCTGAAGAATGTCCAGGTTCGCCACCGCGACCTCAGCTAA MRMIIVSGRSGSGKSTALNVLEDSGYYCIDNLPAGLLPQLAERALIHTELAQPLVAVSIDARNLPSHLSRFPALLEEVRSRHIQCDVLYLDADEETLLKRFSETRRRHPLSNASRSLAEAIHDESQLLGPIADLADLKVNTTNLNLYQLRDTIKLRLLNQPEPGTAFLVESFGFKRGMPVDADLVFDVRCLPNPYWKPELREQSGLDQSVIDYLAAQPDVEEMYQDISSYLLKWLPRFAASNRAYVTIAIGCTGGHHRSVYLTERLGQLLQKSLKNVQVRHRDLS NA NA NA NA NA D1-35_01270 465 ptsN COG1762 Nitrogen regulatory protein ATGATCCGACTAGAATCCATCCTGACCCCCGGCCGTTCACAGGTGAACGCGCCGGGTGGCAGTAAAAAGAAAGCCCTCGAACAAATCGCCAACCTGATCCACCGCGAAGTACCGGATCTGGAAATGCAGGACGTTTTCGAGGCGCTGGTTGCCCGTGAGAAACTCGGCTCCACCGGTTTTGGCAACGGCATCGCCATTCCCCATTGCCGCCTCAAGGGTTGTTCCGCGCCGATCAGTGCGCTGCTACACCTTGAAGCCCCCATCGATTTCGACGCCATCGACGGCGCCCCGGTCGACCTGCTGTTCGTATTGCTGGTCCCGGAAGCGGCGACCGATGCGCACCTCGAGCTGCTGCGCCAGATCGCCAGCATGCTCGACCGCAAGGAAGTACGCGAAAAACTGCGCAGCGCCCCGAGCAACGAAGCCTTGTATCAGGTAGTCCTGGACGAGCAGAACGGTCATTAA MIRLESILTPGRSQVNAPGGSKKKALEQIANLIHREVPDLEMQDVFEALVAREKLGSTGFGNGIAIPHCRLKGCSAPISALLHLEAPIDFDAIDGAPVDLLFVLLVPEAATDAHLELLRQIASMLDRKEVREKLRSAPSNEALYQVVLDEQNGH PGPT0000135_1093 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-OTHER_NITROGEN_FIXATION_REGULATORS,PGPT0000135-ptsN-K02806 NA NA D1-35_01271 309 hpf COG1544 Ribosome hibernation promoting factor ATGCAAGTCAACATCAGTGGACACCAACTGGAAGTGACCGAACCCCTGCGCACCTACATCGGCGAAAAGCTCGACCGATTGGAAAGGCATTTCGACAAGATCACCAACGTGCAAGTCACGATGAACGTCGAGAAGCTGCTGCAGAAAATCGAAGCCACGCTGCATATCCCCGGCGGAGAAGTGGTTGCCAACGCAGAGCATTCAGACATGTATGCCGCGATTGACCTGCTGACCGACAAGCTGGATCGCCAACTCAAAAAGCATAAGGAAAAGACCCAGAGCCTCCTCCAGGGCGCAACCGGTCGTTAA MQVNISGHQLEVTEPLRTYIGEKLDRLERHFDKITNVQVTMNVEKLLQKIEATLHIPGGEVVANAEHSDMYAAIDLLTDKLDRQLKKHKEKTQSLLQGATGR NA NA NA NA NA D1-35_01272 1470 rpoN COG1508 RNA polymerase sigma-54 factor ATGGGCCAGCAGCTGACGATGACACCGCAGCTGCAACAGGCTATCCGCCTACTCCAATTGTCGACCCTGGACCTGCAACAGGAAATCCAGGAGGCCCTGGAGTCCAATCCGATGCTCGAACGCCAGGAAGAAGGCGACGACTTCGACAATACCGACCCACTGGCCGACAACGTCGAGCAGAAAACCACCCCGGAGGTCCCGGAACCGTCCTATCAGGAAGCCGCCCCGACGGTGGATAACCTCGACGATGGCGAATGGAGCGAACGCATTCCCAATGACCTGCCCGTGGACACGGCATGGGAAGACGTCTACCAGACCAGCGCCAGCAGCCTGCCAGGCGGTGACGACGACGAGTGGGACTTCACCACTCGCACCTCTGCTGGCGAAAGCCTGCAAAGCCATCTGCTGTGGCAACTGAACCTGGCGCCGATGTCGGACACCGATCGCCTGATCGCGGTGACGTTGATCGATTGCATCAACAACCAGGGCTACCTGGACGAGACCCTCGAAGAAATCCTCGAAGCCTTTGACCCGGAGCTCGATATCGAGCTGGACGAGATCGAAGCCGTCCTGCATCGCATCCAGCAATTCGAACCCGCCGGCATTGGCGCTCGCAACCTAGGCGAATGCCTGCTGCTGCAATTGCGCCAGCTGCCCGCCAAGACGCCATGGCTGGCCGAAGCCAAGCGCCTGGTAACCGATTACATCGACCTGTTGGGCGGCCGCGACTACAGCCAGTTGATGCGCCGGATGAAGCTCAAGGAAGATGAGTTGCGCCAGGTCATCGAACTGGTGCAAAGCCTGAATCCGCGCCCCGGCTCGCAAATCGAATCCACCGAGCCCGAGTATGTCGTCCCCGATGTGATCGTGCGCAAACACAACGATCGCTGGCTGGTGGAGCTGAACCAGGAATCGGTACCCAAGCTGCGGGTCAATGCCCAATACGCCGGTTTCGTGAAGCGTGCCGACACCAGCGCCGACAATACCTTCATGCGCAATCAGTTGCAGGAGGCGCGCTGGTTCATCAAGAGCCTGCAAAGCCGCAACGAAACCCTGATGAAAGTCGCCACCCAGATCGTCGAGCATCAGCGCGGCTTCCTGGAGTACGGTGACGAAGCGATGAAACCGTTGGTCTTGCATGACATCGCCGAGGCGGTAGGCATGCACGAGTCGACGATTTCGAGGGTGACAACCCAGAAATTCATGCATACCCCAAGGGGCATCTATGAATTGAAATACTTTTTCTCCAGCCACGTCAGTACCTCCGAAGGCGGTGAATGCTCGTCCACGGCCATCCGCGCGATCATTAAAAAACTGGTCGCTGCGGAAAATCAGAAAAAGCCGTTGAGTGACAGCAAGATCGCTGGTTTACTGGAGGCACAAGGCATTCAGGTGGCCCGCCGTACCGTCGCCAAATACCGCGAATCCCTGGGAATCGCGCCTTCGAGCGAACGCAAGCGGTTGATGTAA MGQQLTMTPQLQQAIRLLQLSTLDLQQEIQEALESNPMLERQEEGDDFDNTDPLADNVEQKTTPEVPEPSYQEAAPTVDNLDDGEWSERIPNDLPVDTAWEDVYQTSASSLPGGDDDEWDFTTRTSAGESLQSHLLWQLNLAPMSDTDRLIAVTLIDCINNQGYLDETLEEILEAFDPELDIELDEIEAVLHRIQQFEPAGIGARNLGECLLLQLRQLPAKTPWLAEAKRLVTDYIDLLGGRDYSQLMRRMKLKEDELRQVIELVQSLNPRPGSQIESTEPEYVVPDVIVRKHNDRWLVELNQESVPKLRVNAQYAGFVKRADTSADNTFMRNQLQEARWFIKSLQSRNETLMKVATQIVEHQRGFLEYGDEAMKPLVLHDIAEAVGMHESTISRVTTQKFMHTPRGIYELKYFFSSHVSTSEGGECSSTAIRAIIKKLVAAENQKKPLSDSKIAGLLEAQGIQVARRTVAKYRESLGIAPSSERKRLM PGPT0000795_861 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 D1-35_01273 726 lptB_2 COG1137 Lipopolysaccharide export system ATP-binding protein LptB ATGGCAACTCTGAAAGCTCAGCATCTGGCCAAGAGCTACAAGAACCGCCAAGTCGTGCGTGATGTCAGCCTGTCCATCGAAAGCGGCCAGATCGTAGGCTTGCTCGGCCCCAATGGCGCGGGCAAGACCACCTGTTTCTACATGATTGTCGGCCTGGTGCAGGCCGACCAGGGTCGCGTACTGATCGATGACCTGGACGTCAGCCACCGGCCGATGCATGGCCGGGCAAAGGCTGGCATTGGCTACCTACCACAAGAGGCGTCGATCTTTCGCAAGTTGTCGGTAGCCGACAACATCATGGCGATCCTGGAAACCCGCCAGGAGCTCGACAAGGCCGGCCGTCGCCAGGAGCTGGAAAGCCTGCTGCAGGAGTTCCATATCAGCCACATTCGCGACAATCTGGGCATGAGCCTTTCCGGTGGCGAACGTCGCCGCGTGGAGATCGCCCGTGCCCTGGCCACCGCGCCGAAATTCATTCTGCTGGATGAGCCGTTTGCCGGCGTGGACCCGATTTCGGTGGGCGACATCAAGCAGATCATCCATCACCTCAAGGCCAAGGGAATCGGCGTGCTGATCACCGACCACAACGTACGCGAGACGCTGGATATCTGTGAAACCGCCTACATCGTCAACGATGGCCAGCTGATCGCCGAGGGCGACTCCGCCACCATCCTGGCCAACGAACTGGTCAAGGAAGTATACCTGGGCCATGAGTTCCGCCTTTAA MATLKAQHLAKSYKNRQVVRDVSLSIESGQIVGLLGPNGAGKTTCFYMIVGLVQADQGRVLIDDLDVSHRPMHGRAKAGIGYLPQEASIFRKLSVADNIMAILETRQELDKAGRRQELESLLQEFHISHIRDNLGMSLSGGERRRVEIARALATAPKFILLDEPFAGVDPISVGDIKQIIHHLKAKGIGVLITDHNVRETLDICETAYIVNDGQLIAEGDSATILANELVKEVYLGHEFRL PGPT0023300_2396 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023300-lptB-K06861 NA NA D1-35_01274 549 lptA COG1934 Lipopolysaccharide export system protein LptA ATGAAGCTCGCTAAAACCCTCCCTATTTTGCTCAGTCTGGGCGCAGCACTGGGAAGCGCGAGCGCCTGGGCCCTCCCCACCGACCGCGACCAGCCTATCCGCATCCAGGCCGACGACGCGCAACTGGACGACAAGAACGGCGTCGCCACTTATAAAGGCGACGTGATCATCACCCAGGGTTCGATGAAGGTCACCGGCAATACCGTGACCATCACCCGCACCCAGTCCGGCGACATCGACGTGGTGACCTCGGTGGGCAACCTGGCCTACTTCGAGCAGATGCAGACCGCGGGCGACACCAAGCCGGTCCAGGGCTATGGCGTCACCATCCAGTATCACGCGTCCCAGGACCGCGTCGTGCTGATCGACCGCGCCAAGGTTGTCGACAAGGACAATAACGTGACCCAGGGCGAGAAAATCGTCTATGACACCAACAAGAAACTGGCCAGCGCCGGTCGCGCCACTGGCAGCAAGGTCACCGAATCGCGCCCACGCATCGACATGGTGATCCAGCCGAAAAAGAAAACCGACGAGCAGAAGGCCCAGTAA MKLAKTLPILLSLGAALGSASAWALPTDRDQPIRIQADDAQLDDKNGVATYKGDVIITQGSMKVTGNTVTITRTQSGDIDVVTSVGNLAYFEQMQTAGDTKPVQGYGVTIQYHASQDRVVLIDRAKVVDKDNNVTQGEKIVYDTNKKLASAGRATGSKVTESRPRIDMVIQPKKKTDEQKAQ PGPT0023301_1210 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023301-lptA|yhbN-K09774 NA NA D1-35_01275 573 lptC Lipopolysaccharide export system protein LptC ATGCTAAGCAAGAAAATTCGCACCATCCTGGTGTTCGGCTGTATCGCCGCGATCTTCGCGGCGGTGGGCTACTGGAACATCAGCCCGGAACGCTTCCTCGACCAGCCTGCGGTCCAGGCGCCGGAAAACGATATCGACTGGTACGCGACCAACACGCACACCTTGCAGTACCTGCCTGACGGCAAGCTGCAGTATGAGATGACGTCGGACAAGGTCGATCACGTGAAGGCCAGCGACATGACGCTGGTCACCAAGCCGGACCTGAACATGTTCCGCGGCACGGAGTTCCCGTGGCACGTACAAAGCGAGCGCGCCGAGGTCAATCCCGGCGGCACCGAGGTGGAACTGATCGACTCGGTACGCGTGGCCCGGACCGATGAGAAGAACCGTACGACCATCATTACCAGTACCCGTATGACAGTCTTCCCGCAGCGCCAATATGCGCAGACCGAGCAACCCGTTAGAATCGACGGCGCCGGCGGCGTGTCGACCGGCACGGGAATGAAGGCCTATTTGAAGGAAAGCAGGATACACCTGCTATCGAACGTAAGAGGACAGTATGAAGCTCGCTAA MLSKKIRTILVFGCIAAIFAAVGYWNISPERFLDQPAVQAPENDIDWYATNTHTLQYLPDGKLQYEMTSDKVDHVKASDMTLVTKPDLNMFRGTEFPWHVQSERAEVNPGGTEVELIDSVRVARTDEKNRTTIITSTRMTVFPQRQYAQTEQPVRIDGAGGVSTGTGMKAYLKESRIHLLSNVRGQYEAR PGPT0023299_1364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023299-lptC|yrbK-K11719 NA NA D1-35_01276 525 kdsC COG1778 3-deoxy-D-manno-octulosonate 8-phosphate phosphatase KdsC ATGAGCACAGACCTGTTGCAACGCGGCAAAGCAATCAAACTGGCAGTGTTCGACGTGGATGGTGTGCTGACCGATGGCCGCCTGTACTTCCTCGAAGACGGCAGCGAATTCAAGACGTTCAACACCCTTGATGGCCAGGGCATCAAGATGCTGATGGCCACCGGCGTGCAGACCGCCATCATCAGTGGCCGCAAGACCCCAGTGGTCGAACGGCGCGCGAAGAACCTCGGCATCCCGCACCTTTATCAGGGCCGCGAAGACAAATTGGTGGTGCTGGACGAACTCCTCGGCCAACTCAATCTAAGCTATGAGCAGGTCGCCTACCTCGGTGACGATCTGCCAGACCTTCCGGTGATCCGCCGTGTCGGCCTGGGCATGGCAGTGGCCAACGCGGCTGCCTTCGTACGCGAGCACGCCCATGGCGTCACCACGGCGAGGGGCGGCGAAGGCGCGGCCCGCGAATTCTGTGAACTGATCCTGCGTGCCCAGGGCCACCTCGAAGCGGCCAACGCCGCGTACCTGTGA MSTDLLQRGKAIKLAVFDVDGVLTDGRLYFLEDGSEFKTFNTLDGQGIKMLMATGVQTAIISGRKTPVVERRAKNLGIPHLYQGREDKLVVLDELLGQLNLSYEQVAYLGDDLPDLPVIRRVGLGMAVANAAAFVREHAHGVTTARGGEGAAREFCELILRAQGHLEAANAAYL PGPT0023070_1605 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023070-kdsC-K03270 NA NA D1-35_01277 975 kdsD COG0517 Arabinose 5-phosphate isomerase KdsD ATGAGCCAATCCAGCGAACTGATTCAATCGGCACAACGTACCCTCCGCCTCGAACTCGAAGCCGTGCAAGGTTTGCTGGCCCATATCGATGCTGATTTCGTACGCGCGTGCGAGATGATTCTGTCCAGCAAGGGCCGCGTGGTCGTGGTGGGCATGGGCAAATCCGGGCACATCGGCAACAAGATTGCCGCGACCCTGGCCAGCACCGGCACCCCGGCGTTTTTTGTCCACCCCGCCGAAGCCAGCCATGGCGACATGGGCATGATCACTCGGGATGACATCATCCTGGCGCTGTCGAACTCCGGCTCCACCAATGAAATCGTCACCCTGCTGCCGCTGATCAAGCGCCTGGGCATCCAGTTGATCAGCCTCACCGGCAATCCTGACTCGCCGCTGGCCAAGGCCGCCGAGGTGAACCTCAACGTGCATGTCGAACACGAAGCCTGCCCGCTGAATCTGGCACCCACCTCTTCCACCACGGCGGCGCTGGTCATGGGCGACGCCCTGGCCGTGGCCTTGCTGGAAGCCAGGGGCTTCACCGCCGAAGATTTCGCTTTCTCCCACCCCGGTGGCGCCCTGGGCCGCCGGCTGCTGCTCAAGGTCGAAAACGTGATGCACGCGGGAGACGCATTGCCGCAGATACAGCGTGGCACGCTGCTCAAGGACGCCCTCATGGAGATGACCCGCAAGGGCCTGGGCATGACCGTTATTCTAGAAACGGACGGCAAGCTCGCCGGGATCTTCACCGACGGCGACCTGCGTCGTACCCTGGATCGCACCATCGATATCCACAGCACGACCATCGATGAGGTCATGACCCCCCACGGCAAGACAGCCCGGGCCGAAATGCTTGCCGCCGAAGCCTTGAAGATCATGGAAGACCACAAGATCAGCGCCCTGGTGGTGGTCGACGACGAAGACCGCCCGGTGGGCGCCCTGAATATGCACGACTTGCTGCGTGCGGGAGTCATGTAA MSQSSELIQSAQRTLRLELEAVQGLLAHIDADFVRACEMILSSKGRVVVVGMGKSGHIGNKIAATLASTGTPAFFVHPAEASHGDMGMITRDDIILALSNSGSTNEIVTLLPLIKRLGIQLISLTGNPDSPLAKAAEVNLNVHVEHEACPLNLAPTSSTTAALVMGDALAVALLEARGFTAEDFAFSHPGGALGRRLLLKVENVMHAGDALPQIQRGTLLKDALMEMTRKGLGMTVILETDGKLAGIFTDGDLRRTLDRTIDIHSTTIDEVMTPHGKTARAEMLAAEALKIMEDHKISALVVVDDEDRPVGALNMHDLLRAGVM PGPT0023075_1822 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023075-kdsD|kpsF-K06041 NA NA D1-35_01278 810 mlaF COG1127 Intermembrane phospholipid transport system ATP-binding protein MlaF ATGAGTGCCGACAACGCCTACGCGGTCGAGCTGAAGGGGCTGTCCTTCAAGCGAGGGACGCGCAGCATTTTTAATGACATCGATATTCGTATCCCGCGCGGCAAGGTGACCGGCATCATGGGGCCTTCCGGCTGCGGCAAGACCACGCTGCTGCGCCTGATGGGAGCACAATTGCGCCCCAGTGCCGGCGAAGTCTGGGTCAATGGCCAGAATCTTCCAGAACTGTCGCGCAGCGATCTGTTCGATGCGCGCAAGCATATGGGCGTGCTGTTCCAGAGCGGTGCGCTGTTTACCGATCTCGACGTATTCGAAAACGTGGCGTTTCCCCTGCGGGTCCATACGGAGCTGCCGGAAGAGATGATCCGCGATATTGTCCTGCTCAAATTGCAGGCCGTCGGGCTGCGCGGCGCCCTGGAGCTGATGCCGGACGAACTGTCCGGTGGCATGAAGCGTCGGGTCGCGTTGGCTCGGGCGATTGCCCTCGATCCGCAGATCCTCATGTACGACGAGCCCTTTGTCGGGCAGGACCCTATCGCCATGGGCGTGCTGGTGCGCCTGATCCGCTTGCTCAACGATGCGTTGGGCATCACCAGTATCGTGGTGTCCCACGACCTGGCCGAAACCGCGAGCATTGCCGACTACATCTATGTGGTCGGCGATGGCCAGGTGTTGGGGCAGGGCACGCCCGAGGAGCTGAAGGATTCGGAAAACCCGCGTATTCGCCAATTCATGAAAGGTGATCCGGACGGCCCGGTGGCGTTCCATTTTCCGGCCACGGATTACCGTACCGATCTGCTGGGGAAGCGCTGA MSADNAYAVELKGLSFKRGTRSIFNDIDIRIPRGKVTGIMGPSGCGKTTLLRLMGAQLRPSAGEVWVNGQNLPELSRSDLFDARKHMGVLFQSGALFTDLDVFENVAFPLRVHTELPEEMIRDIVLLKLQAVGLRGALELMPDELSGGMKRRVALARAIALDPQILMYDEPFVGQDPIAMGVLVRLIRLLNDALGITSIVVSHDLAETASIADYIYVVGDGQVLGQGTPEELKDSENPRIRQFMKGDPDGPVAFHFPATDYRTDLLGKR PGPT0007015_1866 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007015-mlaF|linL|mkl-K02065 NA NA D1-35_01279 798 mlaE COG0767 Intermembrane phospholipid transport system permease protein MlaE ATGCGCAAGAAGTCATTGATAGAAAGAGTCCGCCTGTTCGGTCGCTCGGGCATCGACGTGGTGGCAGTGCTGGGGCGTTCCTCGCTGTTCCTGATGCATGCCTTGCTCGGTCGCAGTTCGACCGGCGGCGGTTTTGGCCTGCTGGTCAAGCAGCTGCATTCGGTGGGAGTGATGTCCCTGGTGATCATCGTCGTCTCGGGGATTTTCATCGGCATGGTCCTGGCGCTCCAGGGCTTCAGCATATTGTCCAGCTACGGTTCCGAGCAGGCGGTCGGGCAGATGGTTGCGCTGACCTTGCTGCGTGAGCTCGGCCCGGTGGTCACTGCGCTGCTTTTTGCCGGGCGCGCCGGTTCGGCGTTGACGGCCGAGATCGGTAACATGAAGTCCACCGAACAGCTGTCCAGCCTGGAAATGATCGGGGTCGACCCGCTCAAGTACATCATTGCCCCGCGCTTGTGGGCCGGGTTCATTTCCCTGCCGGTGCTGGCAATGATCTTCAGTGTCGTAGGGATCTGGGGCGGCTCATGGGTTGCCGTCGATTGGCTGGGGGTCTATGAAGGCTCCTACTGGGCCAATATGCAGAACAGCGTCGATTTTCTCGACGATGTGCTCAACGGTGTGATCAAGAGTGCCGTATTCGCTTTCGTGGTGACCTGGATCGCCGTGTTTCAAGGTTATGACTGTGAGCCCACGTCAGAGGGGATCAGCCGTGCCACAACCAAGACCGTGGTATACGCCTCGTTGGCCGTCCTGGGCCTTGACTTTATTCTGACCGCCTTGATGTTTGGAGATTTCTGA MRKKSLIERVRLFGRSGIDVVAVLGRSSLFLMHALLGRSSTGGGFGLLVKQLHSVGVMSLVIIVVSGIFIGMVLALQGFSILSSYGSEQAVGQMVALTLLRELGPVVTALLFAGRAGSALTAEIGNMKSTEQLSSLEMIGVDPLKYIIAPRLWAGFISLPVLAMIFSVVGIWGGSWVAVDWLGVYEGSYWANMQNSVDFLDDVLNGVIKSAVFAFVVTWIAVFQGYDCEPTSEGISRATTKTVVYASLAVLGLDFILTALMFGDF PGPT0007010_3340 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007010-mlaE|linK-K02066 NA NA D1-35_01280 468 mlaD COG1463 Intermembrane phospholipid transport system binding protein MlaD ATGCAAAACCGCACCCTGGAAATCGGTGTCGGCCTTTTCCTGCTGGCTGGCATCCTGGCTTTGCTGTTGCTGGCCCTGCGGGTCAGTGGACTGGCGCCGACCGCAAGCACCGATACTTATAAACTTTATGCTTATTTTGACAATATCGCCGGTTTGACTGTCAGAGCCAAGGTGACCATGGCCGGTGTGACCATCGGCAAGGTCACGGCAATCGATCTGGATCGCGACAGTTTCACCGGTCGGGTGACGCTGCAGCTGGAAAAGCGCGTGGACAACCTGCCGACTGACTCCACTGCATCTATCCTCACGGCTGGGCTGTTGGGTGAGAAATACATCGGTATCAGCGTGGGCGGGGAAGACTCCCTGCTCAAGGATGGCGGGACCATTCACGACACGCAGTCGTCGCTGGTGCTTGAGGACCTGATCGGTAAATTCCTGCTCAATACCGTTAGCAAAGACGCCAAATGA MQNRTLEIGVGLFLLAGILALLLLALRVSGLAPTASTDTYKLYAYFDNIAGLTVRAKVTMAGVTIGKVTAIDLDRDSFTGRVTLQLEKRVDNLPTDSTASILTAGLLGEKYIGISVGGEDSLLKDGGTIHDTQSSLVLEDLIGKFLLNTVSKDAK PGPT0007005_9558 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007005-mlaD|linM-K02067 NA NA D1-35_01281 654 mlaC COG2854 Intermembrane phospholipid transport system binding protein MlaC ATGATCTCTATCCTGCGACGCAGCCTGCTGGTCCTGCTGGCGGCGCTGCCGCTGATGGGCAACGCCGTGGCGGCCCCTTCGGCGCACGACATCATCAAGACGACCACCGACCAACTGTTGGCCGATCTGTCGGCGAACAAGGAAAAGTACAAGCAGGACCCGGGCGCATTCTACGAGTCCTTGAATCGTATCGTCGGGCCGGTGGTGGATGCCGACGGTATTTCCAAGAGCATCATGACCGTCAAGTATTCGCGCAAGGCTACGCCCGCGCAGATGACCCGCTTCCAGGAAAACTTCAAGCGCAGCCTGTTCCAGTTCTATGGCAACGCCTTGCTCGAGTACAACAATCAGGGGATAACGGTCGACCCGGCCAAGGATGAGTCAGGCGAGCGCACCAGCGTCGGCATGACGGTCAAGGGCAACAATGGCGCCGTGTACCCGGTGTCCTACACACTCGAGAAAATCAACGGCGAGTGGAAAGTCCGCAACGTGATCATCAACGGCATCAACATCGGCAAGTTGTTCCGTGATCAGTTCGCCGATGCGATGCAGCGCAATGGCAATGACCTGGACAAGACCATCAACGGTTGGGCCGGTGAAGTCGCCAAGGCCAAGGAAGTTGCCGAAGACGCCCAAGAGAAGCAGCAACAATGA MISILRRSLLVLLAALPLMGNAVAAPSAHDIIKTTTDQLLADLSANKEKYKQDPGAFYESLNRIVGPVVDADGISKSIMTVKYSRKATPAQMTRFQENFKRSLFQFYGNALLEYNNQGITVDPAKDESGERTSVGMTVKGNNGAVYPVSYTLEKINGEWKVRNVIINGINIGKLFRDQFADAMQRNGNDLDKTINGWAGEVAKAKEVAEDAQEKQQQ PGPT0007670_447 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007670-mlaC-K07323 NA NA D1-35_01282 318 hypothetical protein ATGAATGAGCCGGTGAGTGAATCGGCCGTTCGCCTGGGCGAGGCCGGCGAGCTGCTGCTCAGCGGCGTGCTGGATTACCGTACCGGCCCTGGATTGCGCAAGCAGGGCCAGGCGCTGATCGAGTCCGCGAAGGCTGCGGAGCTGGTTATCGACTGTTCGGGCGTGCAGAAGTCCAGCAGCGTCGGCCTGTCGCTGCTGCTGTGCTTCATGCGCGACGCCAGGGCCGCCGGCAAGACGTGGAGCATCCGCGGGATGCCCGAAGACATGCGCGAAATAGCCCAGGTCAGCGAATTGACCGAGCTGTTGGCGCATCCCTGA MNEPVSESAVRLGEAGELLLSGVLDYRTGPGLRKQGQALIESAKAAELVIDCSGVQKSSSVGLSLLLCFMRDARAAGKTWSIRGMPEDMREIAQVSELTELLAHP PGPT0007675_463 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007675-mlaB-K07122 NA NA D1-35_01283 240 COG5007 putative protein ATGCAGGCTGTAGAAGTGAAGAGCTTCCTTGAAGGAAAGCTGCCTGGTACGCAGGTGGAAGTTGAAGGCGAAGGCTGCAACTTTCAGTTGAACGTGATCAGCGATGAACTGGCGGCGTTGAGCCCAGTGAAGCGTCAGCAGAGCATCTATGCCCATTTGAACCCATGGATCGCCGACGGCAGCATCCACGCGGTCACGATGAAATTTTTCAGCAGCGCGGCCTGGGCCGAGCGCACCTGA MQAVEVKSFLEGKLPGTQVEVEGEGCNFQLNVISDELAALSPVKRQQSIYAHLNPWIADGSIHAVTMKFFSSAAWAERT PGPT0013203_97 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CHAPERONES,PGPT0013203-grxD-K07390 NA NA D1-35_01284 1266 murA COG0766 UDP-N-acetylglucosamine 1-carboxyvinyltransferase ATGGATAAACTGATTATTACCGGCGGCGTTCGTCTTGATGGCGAAATCCGTATTTCCGGGGCAAAGAACTCCGCCCTGCCGATCCTGGCCGCGACGCTGCTGTGCGATGGCCCGGTGACCGTGGCCAACCTGCCGCACCTGCACGACATCACCACGATGATCGAGCTGTTCGGTCGCATGGGCATCGAGCCTGTGATCGACGAGAAGCTCAGCGTCGAAATCGACCCGCGCACCATCAAGACCCTGATCGCGCCGTACGAACTGGTGAAGACCATGCGTGCGTCGATCCTGGTACTCGGCCCGATGGTCGCTCGTTTCGGTGAAGCCGAAGTCGCCTTGCCTGGCGGTTGCGCCATCGGTTCGCGTCCGGTGGACCTGCACATCCGTGGCCTCGAAGCCATGGGCGCGGTGATCGACGTCGAAGGCGGCTACATCAAGGCCAAGGCGCCTGAAGGCGGCCTGCGTGGCGCGCATTTCTTCTTCGACACCGTCAGCGTGACCGGTACCGAAAACATCATGATGGCCGCCGCCCTTGCCAAGGGCCGCAGCGTGCTGCAAAACGCTGCCCGCGAGCCTGAAGTCGTCGACCTGGCGAACTTCCTGATCGCCATGGGCGCCAAGATCAGCGGCGCCGGCACCGACACCATCACCATCGATGGCGTCGAGCGCCTGCACTCGGCCACCTATAAAGTGATGCCGGACCGTATCGAAACCGGCACCTACCTGGTAGCCGCCGCCGTCACCGGTGGTCGCGTCAAGGTCAAGGACACCGATCCGACCATCCTCGAAGCCGTCCTGGAGAAACTCAAGGAAGCCGGTGCCGAAGTCACCTGCGGTGCAGACTGGATCGAAGTGAACATGCACGGCAAGCGGCCGAAAGCCGTCAACGTGCGGACCGCTCCATACCCGGCGTTCCCGACTGACATGCAGGCGCAGTTCATCTCCCTCAACGCCATTGCCGAAGGCACGGGCGCGGTGATCGAGACGATCTTCGAAAACCGTTTCATGCACGTCTACGAGCTGCACCGCATGGGCGCCAGGATCCAGGTCGAAGGCAACACGGCCATCGTCACCGGGACCGAAAAACTGAAAGGCGCGCCTGTCATGGCGACCGACCTGAGGGCTTCGGCCAGCCTGGTCATCTCTGCACTGGTTGCCGAAGGCGACACGCTGATCGACCGCATCTACCACATCGACCGTGGCTACGAGTGCATCGAAGAGAAGCTGCAGATGCTCGGCGCCAAGATCCGTCGCGTACCGGGCTAG MDKLIITGGVRLDGEIRISGAKNSALPILAATLLCDGPVTVANLPHLHDITTMIELFGRMGIEPVIDEKLSVEIDPRTIKTLIAPYELVKTMRASILVLGPMVARFGEAEVALPGGCAIGSRPVDLHIRGLEAMGAVIDVEGGYIKAKAPEGGLRGAHFFFDTVSVTGTENIMMAAALAKGRSVLQNAAREPEVVDLANFLIAMGAKISGAGTDTITIDGVERLHSATYKVMPDRIETGTYLVAAAVTGGRVKVKDTDPTILEAVLEKLKEAGAEVTCGADWIEVNMHGKRPKAVNVRTAPYPAFPTDMQAQFISLNAIAEGTGAVIETIFENRFMHVYELHRMGARIQVEGNTAIVTGTEKLKGAPVMATDLRASASLVISALVAEGDTLIDRIYHIDRGYECIEEKLQMLGAKIRRVPG PGPT0024090_3748 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790 NA NA D1-35_01285 636 hisG COG0040 ATP phosphoribosyltransferase ATGTTGACCATCGCACTGTCCAAGGGCCGCATCCTTGACGACACCCTGCCGCTTCTGGCCGAAGCGGGCATCGTGCCGACCGAGAATCCGGACAAGAGCCGCAAGCTGATCATTCCCACGACCCAGGCCGACGTGCGCTTGTTGATCGTGCGCGCCACCGATGTGCCGACCTATGTGGAACATGGCGCCGCCGATCTGGGCGTAGCCGGCAAGGACGTGCTGATGGAGTATGGCGGCCAGGGCCTTTACGAGCCGCTGGACCTGCGGATCGCCCGCTGCAAGCTGATGACCGCCGGCAAGGTCGGCGCCCCCGAGCCCAAGGGCCGCCTGCGGGTGGCGACCAAGTTCGTCAACGTTGCCAAGCGTTACTACGCCGAACAAGGCCGTCAGGTCGACATCATCAAGCTCTACGGCTCGATGGAGCTGGCGCCGCTGATCGGCCTGGCGGACAAGATCATTGACGTCGTCGACACCGGCAATACGTTGCGGGCCAATGGTCTTGAGCCGCAGGATTTCATCGCCGACGTCACCTCCCGGCTGGTCGTCAACAAGGCTTCGATGAAAATGCAGCACGCCCGCATCCAGGCCTTGATCGATACCCTGCGCAAGGCAGTGGAATCGCGACACCGCGGCTGA MLTIALSKGRILDDTLPLLAEAGIVPTENPDKSRKLIIPTTQADVRLLIVRATDVPTYVEHGAADLGVAGKDVLMEYGGQGLYEPLDLRIARCKLMTAGKVGAPEPKGRLRVATKFVNVAKRYYAEQGRQVDIIKLYGSMELAPLIGLADKIIDVVDTGNTLRANGLEPQDFIADVTSRLVVNKASMKMQHARIQALIDTLRKAVESRHRG PGPT0017400_3992 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 D1-35_01286 1338 hisD COG0141 Histidinol dehydrogenase ATGACCGCTCCCACCTCGATTCGCCGACTCAACGCTGCCGACCCGGATTTCGCACATCATCTGGATCATCTGCTGAGCTGGGAGAGTGTGTCCGACGACTCGGTCAATCAGCGTGTGCTCGACATTATCAAAGCCGTGCGCGAGCGTGGTGATGCCGCACTGGTGGAGTTCACCCAGAAGTTCGACGGCCTCCAAGTCGCCTCGATGGCCGACCTGATCCTGCCGCGCGAGCGCCTGGAGCTGGCCCTGACCCGAATCACCGTGCCCCAGCGCGAAGCCTTGGAAAAAGCTGCGTCCCGCGTGCGCAGCTATCACGAAAGACAGAAGCAGGATTCCTGGAGCTACACCGAAGCCGATGGCACGGTGCTTGGCCAGAAGGTCACGCCGCTGGACCGCGCCGGCCTGTATGTGCCGGGTGGCAAGGCCTCCTATCCGTCTTCGGTGTTGATGAATGCGATTCCGGCCAAGGTGGCTGGCGTGACCGAAGTGGTCATGGTCGTCCCGACTCCGCGCGGGGACATCAACGAACTGGTGTTGGCGGCCGCCTGCATCGCCGGCGTCGACCGAGTGTTCACCATCGGCGGTGCGCAGGCCGTGGCTGCGTTGGCCTATGGCACCGAAAGCGTGCCGCGGGTCGACAAGGTGGTCGGGCCGGGCAATATCTATGTTGCCACCGCCAAGCGCCACGTATTTGGCCAGGTCGGCATCGACATGATCGCCGGCCCTTCGGAGATCCTCGTGGTCTGCGACGGCCAGACCGACCCGGACTGGATCGCCATGGACCTGTTTTCCCAGGCCGAGCACGACGAAGATGCCCAGGCCATCCTGGTCAGTCCGGATGCAGGGTTCCTCGACAAGGTCGCTGCCAGTATCGCCAAGCTGCTGCCGACCATGGACCGCGCCGAGATCATCAACACCTCGATCAATGGCCGTGGAGCGCTGATCAAGGTCGAAGACATGGAGCAGGCCATCGAGGTCGCCAACCGCATCGCGCCGGAACACCTGGAGTTGTCGGTGGCCGACCCGCAAGCCTGGCTGCCGAAGATTCGCCATGCCGGTGCGATCTTCATGGGCCGTCACACGTCCGAGGCATTGGGTGATTATTGCGCGGGCCCCAACCACGTGCTGCCGACTTCCGGCACCGCGCGTTTCTCGTCGCCGCTGGGCGTTTACGATTTCCAGAAACGTTCGTCGATCATTTTCTGCTCCGAGCAGGGCGCGTCCGAACTGGGCAAGACCGCTTCGGTGCTGGCCCGCGGCGAATCGCTGAGCGCCCACGCTCGTAGCGCCGAGTACCGCATTCTTGACGAGCCATCCATTGAAGGGCAGGGGAACTGA MTAPTSIRRLNAADPDFAHHLDHLLSWESVSDDSVNQRVLDIIKAVRERGDAALVEFTQKFDGLQVASMADLILPRERLELALTRITVPQREALEKAASRVRSYHERQKQDSWSYTEADGTVLGQKVTPLDRAGLYVPGGKASYPSSVLMNAIPAKVAGVTEVVMVVPTPRGDINELVLAAACIAGVDRVFTIGGAQAVAALAYGTESVPRVDKVVGPGNIYVATAKRHVFGQVGIDMIAGPSEILVVCDGQTDPDWIAMDLFSQAEHDEDAQAILVSPDAGFLDKVAASIAKLLPTMDRAEIINTSINGRGALIKVEDMEQAIEVANRIAPEHLELSVADPQAWLPKIRHAGAIFMGRHTSEALGDYCAGPNHVLPTSGTARFSSPLGVYDFQKRSSIIFCSEQGASELGKTASVLARGESLSAHARSAEYRILDEPSIEGQGN NA NA NA NA NA D1-35_01287 1053 hisC_3 COG0079 Histidinol-phosphate aminotransferase ATGAGTAAATTCTGGAGCCCGTTCGTCAAGAACCTGGTGCCCTACGTGCCGGGCGAACAGCCGAAGCTGACCCGGCTGGTCAAGCTCAACACCAACGAAAATCCCTACGGCCCATCGCCCAAGGCCCTGGCCGCGATGCAGACCGAGCTGAACGACAACCTGCGCCTGTATCCGGACCCCAACAGTGATTTGCTGAAAAGCGCCGTGGCCCGATATTACGCAGTGCAGACCAACCAGGTGTTCCTGGGCAACGGTTCGGATGAAGTGCTGGCGCACATTTTCCACGGCTTGTTGCAGCACGATCAGCCGTTGTTGTTCCCGGACATCAGCTACAGTTTCTATCCGGTTTATTGCGGGCTGTACGGTATCCAGTTCGATGCGGTGCCGCTGGATGAACAATTCCGGATCGACCCGGCAGACTACGCCAAGCCCAATGGCGGGATCATTTTCCCCAACCCGAATGCGCCGACCGGTTGCCTGCTGGCGCTGGACGCGGTGGAACAGATCCTCAGGGCCAGCCCGGATTCAGTGGTAGTGGTCGATGAGGCCTATATCGATTTCGGCGGCGAAACGGCCATCAGCCTGGTGGATCGTTATCCGAACCTGCTGGTGACACAAACCCTGTCCAAGTCACGCTCGCTGGCGGGGCTGCGCGTGGGCCTGGCGGTGGGCCATCCGGACTTGATCGAAGCGTTGGAGCGGATCAAGAACAGCTTCAACTCCTACCCGCTGGATCGCCTGGCGAATGTCGGCGGCGCGGCAGCGTTCGATGATCGCGAGTATTTTGACCAGACCTGCCGGTCGGTCATCGAGCACCGCGAATGGGTAGTTGGGCAGCTTGAAGCCAAGGGTTTTGAAGTACTGCCGTCGGCGGCCAACTTCATCTTCGCCCGTCACCCCCGACATGACGCGGCGGGGCTGGCGGCGAAACTGCGCGAGCAGGGCGTGATCGTGCGGCACTTCAAGCAGGCGCGCATCGCCCAGTTCCTGAGGATCAGCATCGGCACGCCGGAGCAGAACCAGGCACTGATCGAGGCTATGGGCGAGCTCTAA MSKFWSPFVKNLVPYVPGEQPKLTRLVKLNTNENPYGPSPKALAAMQTELNDNLRLYPDPNSDLLKSAVARYYAVQTNQVFLGNGSDEVLAHIFHGLLQHDQPLLFPDISYSFYPVYCGLYGIQFDAVPLDEQFRIDPADYAKPNGGIIFPNPNAPTGCLLALDAVEQILRASPDSVVVVDEAYIDFGGETAISLVDRYPNLLVTQTLSKSRSLAGLRVGLAVGHPDLIEALERIKNSFNSYPLDRLANVGGAAAFDDREYFDQTCRSVIEHREWVVGQLEAKGFEVLPSAANFIFARHPRHDAAGLAAKLREQGVIVRHFKQARIAQFLRISIGTPEQNQALIEAMGEL PGPT0020305_7133 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817 NA NA D1-35_01288 720 COG5266 putative protein ATGAAATACCCCAAGACCTTTGCCCTGCTCGGCATGCTCCTGGCTATCGACGCCTCGGCCCATGGCCTGTGGACCGAACAACGCCGCGGCAATATCGAGGTGATCTACGGCCACGGCGCCGAAGACAACGCCTTCAAGGCGCAGAAAATCAGTGGCGCCTGGGCCTACGACCTCGGCGGCAAGATGATCCCGGTCACGGTGGAGCGTTTGTCGGACCACGCGCGCCTGCAGCCGCTCAAGCCGCCGGCCGTGCTGGCGGTCGCCCTGGACAACGGCATGTGGTCGCAGACCGCCGACAAGAAATGGATCAACGAAGGCCGCAGCAAAGTGCCTGGGGCGATTGAATCAACCCAGACCTTCAAGTACAGCCTGGCGATCTACGAGCCGGGCGCCAAGCTGCCGAAGCTCGAACCGATCAAGTTCGTGATCCTGCCGGAAGTCGACCCGCTGACCGTCGGCCCCGGCCAATCGCTGCCGGTGCGGGTGCTGCTCGATGGCAAACCGGCCGCCGGTGTGAAGCTGGTGGGCGACTACCGCAGCGCACCGAACACCGTGAGCACTGAAACCGACGCCGAAGGCCGGGCCAAGGTGCTGGTGCGCAATGAAGGTTTGAACGTGATCGCCGCAAGCATGGAAATCCCGCTCAAGGACAACAAGGACGTGGCGACGCGCGGGGTGTTTACTTCGCTGACATTCCTCGGTGAGCCGCATCACGAGTGA MKYPKTFALLGMLLAIDASAHGLWTEQRRGNIEVIYGHGAEDNAFKAQKISGAWAYDLGGKMIPVTVERLSDHARLQPLKPPAVLAVALDNGMWSQTADKKWINEGRSKVPGAIESTQTFKYSLAIYEPGAKLPKLEPIKFVILPEVDPLTVGPGQSLPVRVLLDGKPAAGVKLVGDYRSAPNTVSTETDAEGRAKVLVRNEGLNVIAASMEIPLKDNKDVATRGVFTSLTFLGEPHHE PGPT0004475_45 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-CBI_TRANSPORT_SYSTEM,PGPT0004475-cbiK-K10094 NA NA D1-35_01289 2106 cntO_1 Metal-pseudopaline receptor CntO ATGTCATCCTTCAAACGGATTTCCGCTGCCAGTCTCGCCCTGGGCCTGCTCGGTGATCCCGCCTTCGCCGAAGAAATCCAGCCCCTGGAACTGGACGCCATCAACGTCACGTCCGAGTACGAATCCCCCACCGGCCCCGTTTCAGGTTATCGCGCCACCCGCTCCGCCAGCGCGACCAAAACCGACACCGCCCTGCGCGACGTCCCGCAATCCATCAGCGTGATTACCGCCAGCGTGCTCAAGGACCTGGGCAGTACCAGCGTCGAACGGGCGCTGGAATATGCCGGTGGCGTATCGAAGCAGAACAATTTCGGCGGCCTGACGCTTTATGAATACAGCGTGCGCGGCTTTACCACGTCGGAGTTCTACAAGGACGGCTTCAGCGCCAACCGCGGTTACCCAAGCACCCCGGACGCCGCCAATATCGAACGCATCGAAGTTTTGAAGGGCCCGGCGGCCAGCCTTTATGGTCGGGGAGACCCTGGCGGGACGGTGAACATTGTCACCAAGAAACCCCAACCCGAAGCCTTCACCACACTGCAGACCAGCGCCGGCAGTTGGGACCGATATCGCACAGCGCTGGACGTCAATACGCCACTGGACGCCGAAGGCAACCTGCTGTCGCGAGTAAACCTGGCGGTGGAGGACAACCACAGTTTCCGTGATCACGTCGACAGCAAGCGCGTCTTCGTGGCCCCGTCCATCAGTTGGCAACTGAGCCCGGACACTCGACTGCTGGTGGAAAGCGAAATCGTGCGCCACAGCTCGACGTTCGATCGCGGCATCGTCGCTCCGAATAATCGCTGGGGTGGCGTCTCCCGCTCGACTTTCCTCGGCGAACCCAACGACGGCGACATCGACAATCACAACAATATGCTCCAGGCCGCCCTTGAGCATCAGCTCAACGATACCTGGCAACTGCGTCTGGCCAGCCATTACAAGCAGGGTGAACTCTGGGGCTTCGCCTCAGAGGCGCGCGCCCTGAACGCCGACGGCCACACCGTGAACCGCCGCTACCGCGAGCGCGACAATGATTGGCACGACAGCATCACCCAGTTGGAACTGCGCGGCCAGTTCGACCTCGGCCCCTGGCGGCATGAACTGCTGATCGGCACGGAATACGAGGACTATCGCAAGAACGAACGCGTGACGACCATCGCCGGCAGCGCTTATCCCATCGACATTTACAACCCGATCTACGGCCAGCCGAAACCCAACGGTACGCGCTCCGGCACGGACTTCTTCGAGCATGTCGAAAGCAGGGCCCTGAACCTGCAGGACCAGATCGTCTTCACCGACAAACTACGCGGCCTGCTTGGCGTGCGCTATGAGCACTTCGAGCAAAGCATCGACAATCATGTCAACGACGTCACCAGCCGTCAGCGCCATGACGCCCTGACGCAACGCGCGGGGCTGCTGTATCAACTGACGCCTGAAGTCGGGCTGTTCGCCAACGCCTCCACTTCGTTCAAGCCCAATAACGGCCTGGATGCCGGCGGCAAGACCTTCGACCCGGAGGAAGGTGTCGGTTATGAACTCGGAATCAAGAGCGAGCTGTTCGACGATCGCCTGAGCACCACCCTGGCGGCTTTTCATATAGAGAAGGAAAACGTCCTGACCCAAGTCGCCGGAACCGACTTCAGCCGCGCCGTGGGCAAGGCCCGCAGCCAGGGCATCGACCTCCAGGTCACCGGCCAGGTGACCGACGCCGTGCGGGTAATTGGCGCCTTCGCCTACATCGATGCCGAAGTGACCAAGGGCGACGAGCAGATTCCCGACGGCAGCCGGATCCTCGGCGTTGCCAAGCGCAGCGGCAGCCTGCTTGGGGTCTACGAATTCCAGGACGGCCACCTGCGCGGCTCGGACGTTGGCGCGGCATTCACTTATGTCGGCGATCGCTCGGGCGAGGCCGGCAAGGACTTCGAACTGCCGGCCTACCACACCGTGGATCTGCTGGCCCATTACAAGGCCAGTGACAACGTCACCGTCGGCCTGAACCTGAACAACGTCCTCGACGAAAAATACTACGAACGCTCCTACAGCAATTACTGGGTCACCCCCGGCGATCCGCGCAACTTCACTGTCAGCCTCACCCTCGATCTATAA MSSFKRISAASLALGLLGDPAFAEEIQPLELDAINVTSEYESPTGPVSGYRATRSASATKTDTALRDVPQSISVITASVLKDLGSTSVERALEYAGGVSKQNNFGGLTLYEYSVRGFTTSEFYKDGFSANRGYPSTPDAANIERIEVLKGPAASLYGRGDPGGTVNIVTKKPQPEAFTTLQTSAGSWDRYRTALDVNTPLDAEGNLLSRVNLAVEDNHSFRDHVDSKRVFVAPSISWQLSPDTRLLVESEIVRHSSTFDRGIVAPNNRWGGVSRSTFLGEPNDGDIDNHNNMLQAALEHQLNDTWQLRLASHYKQGELWGFASEARALNADGHTVNRRYRERDNDWHDSITQLELRGQFDLGPWRHELLIGTEYEDYRKNERVTTIAGSAYPIDIYNPIYGQPKPNGTRSGTDFFEHVESRALNLQDQIVFTDKLRGLLGVRYEHFEQSIDNHVNDVTSRQRHDALTQRAGLLYQLTPEVGLFANASTSFKPNNGLDAGGKTFDPEEGVGYELGIKSELFDDRLSTTLAAFHIEKENVLTQVAGTDFSRAVGKARSQGIDLQVTGQVTDAVRVIGAFAYIDAEVTKGDEQIPDGSRILGVAKRSGSLLGVYEFQDGHLRGSDVGAAFTYVGDRSGEAGKDFELPAYHTVDLLAHYKASDNVTVGLNLNNVLDEKYYERSYSNYWVTPGDPRNFTVSLTLDL PGPT0003790_23684 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_01290 1161 degS_2 COG0265 Serine endoprotease DegS ATGCTCAAGGCGCTGCGTTTTTCCGGCTGGCCGCTGTTGGCCGGCGTACTTGTCGCACTACTGATTATCCAGCGCTACCCGGAATGGGTCGGCTTGCCAAGCCTCGACGTCAACCTGCAACAGGCACCGCAGGCCAAGGCTCCGCAGCAGGGCCCCGTGTCCTATGCGGATGCGGTGACCCTCGCCGCGCCGGCGGTGGTCAACCTGTACACCACCAAGGTCGTCAACAAGTCCGGTCACCCACTGTTCGAGGACCCGCAATTCCGACGCTTCTTTGGTGACAATTCCCCCAAGCAGAAGCGCATGGAATCAAGCCTGGGCTCGGGCGTCATCATGAGCCCGGAAGGCTACATCCTGACCAACAACCACGTCACCAGTGGTGCCGACCAGATCGTGGTGGCACTCAAGGACGGTCGTGAAACCCTGGCGCGGGTGATCGGCAGCGACCCGGAAACCGATCTGGCCGTGCTGAAGATCGATTTGAAGAACCTGCCGGCGATCACCATCGGCCGCTCCGACAGCATCCGTATCGGCGACGTGGCCCTGGCGATCGGCAACCCGTTCGGCGTCGGCCAGACCGTGACCATGGGCATCATCAGCGCCACCGGTCGCAACCAGTTGGGCCTGAACAACTACGAGGATTTCATCCAGACCGACGCCGCGATCAACCCCGGCAACTCCGGCGGTGCGCTGGTGGATGCCAATGGCAATCTCACCGGGATCAATACGGCGATCTTCTCCAAGTCCGGCGGCAGCCAGGGCATTGGCTTCGCCATTCCGGTGAAGCTGGCCATGGAGGTGATGAAGTCGATCATCGAGCACGGCCAGGTGATTCGCGGCTGGCTGGGCATTGAAGTCCAGCCGCTGACCCAGGAGCTGGCGGAATCCTTTGGCTTGTCCGGGCGCCCCGGCATCGTCGTGGCGGGGATTTTCCGCGACGGTCCGGCCCAGAAAGCCGGCCTGCAATTGGGTGACGTGATCCTCAGCATCGACGGCGAACCGGCCGGCGACGGCCGCCGCTCGATGAACCAGGTGGCGCGGATCAAGCCCACCGACAAGGTCACCATCCAGGTGATGCGCAACGGCAAGGAGCTCAAGCTCACCGCCGAGATCGGCCTGCGTCCACCGCCGGCACCGGTGGTGCTCAAGGAAGAAGAGTAA MLKALRFSGWPLLAGVLVALLIIQRYPEWVGLPSLDVNLQQAPQAKAPQQGPVSYADAVTLAAPAVVNLYTTKVVNKSGHPLFEDPQFRRFFGDNSPKQKRMESSLGSGVIMSPEGYILTNNHVTSGADQIVVALKDGRETLARVIGSDPETDLAVLKIDLKNLPAITIGRSDSIRIGDVALAIGNPFGVGQTVTMGIISATGRNQLGLNNYEDFIQTDAAINPGNSGGALVDANGNLTGINTAIFSKSGGSQGIGFAIPVKLAMEVMKSIIEHGQVIRGWLGIEVQPLTQELAESFGLSGRPGIVVAGIFRDGPAQKAGLQLGDVILSIDGEPAGDGRRSMNQVARIKPTDKVTIQVMRNGKELKLTAEIGLRPPPAPVVLKEEE PGPT0014286_734 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS_SIGNALLING,PGPT0014286-degQ|hhoA-K04772 NA NA D1-35_01291 759 COG0327 GTP cyclohydrolase 1 type 2 ATGGCCGTAGCCCTGAGCACCCTGGTTGAAGAAGCGGACCGATACCTGGCAAGCAGCCGGGTCGCCGATTACTGCCCCAATGGCTTGCAGGTCGAGGGCGCGCCGCAGGTGATGCGCATCGTCAGCGGCGTGACCGCCAGCCAGGCGCTGCTCGACGCCGCCGTGGAGGCCAGCGCCGACCTGGTGCTGGTGCATCATGGTTATTTCTGGAAGGGTGAGAACCCGTGCATCACCGGCATGAAGCAGCGGCGCCTGAAAACGCTGCTCAAGCACGACATCAGTCTCTTGGCTTACCACTTGCCGCTGGATCTGCACCCCGAGGTGGGCAATAACGTGCAACTCGCCCGGCAGTTGGACATCACCGTGGAGGGGCCGCTGGACCCGGACAATCCGAAAATCGTCGGCCTGGTCGGCTCCTTGTCCGAGCCGATGACGCCCCGGGATTTCGCTCGCAAGGTCCAGGAAGTGATGGGGCGCGAGCCGTTGTTGATCGAAGGCGAGCAGATGATCCGCCGGGTGGGCTGGTGCACCGGCGGTGGCCAGGGCTACATCGATCAGGCGGTACTCGCCGGGGTTGACCTGTATCTCAGCGGCGAAGCGTCGGAGCAGACCTTCCACAGCGCCCGGGAGAACGGCATCAGCTTCATTGCTGCCGGGCATCATGCGACCGAGCGCTACGGCGTCCAGGCGCTGGGTGACTATCTGGCGCGACGCTTCGCGCTGGAGCATATCTTCATCGATTGCCCGAATCCTATCTGA MAVALSTLVEEADRYLASSRVADYCPNGLQVEGAPQVMRIVSGVTASQALLDAAVEASADLVLVHHGYFWKGENPCITGMKQRRLKTLLKHDISLLAYHLPLDLHPEVGNNVQLARQLDITVEGPLDPDNPKIVGLVGSLSEPMTPRDFARKVQEVMGREPLLIEGEQMIRRVGWCTGGGQGYIDQAVLAGVDLYLSGEASEQTFHSARENGISFIAAGHHATERYGVQALGDYLARRFALEHIFIDCPNPI NA NA NA NA NA D1-35_01292 918 cysD COG0175 Sulfate adenylyltransferase subunit 2 ATGGTCGACAAACTGACGCATCTGAAACAGCTGGAGGCGGAAAGCATCCACATCATCCGCGAGGTGGCCGCCGAGTTCGATAACCCGGTGATGCTGTACTCCATCGGTAAAGACTCCGCCGTGATGCTGCACCTGGCACGCAAGGCGTTTTTCCCCGGCAAGCTGCCGTTTCCGGTGATGCACGTCGACACCCGCTGGAAATTCCAGGAGATGTACAAGTTCCGCGACAAGATGGTCGAAGAACTGGGCCTGGACCTGATCACCCACATCAACCCGGACGGCGTCGCGCAGAACATCAACCCGTTCACCCACGGTAGCGCCAAGCACACCGACATCATGAAGACCGAGGGCCTGAAGCAGGCGCTCGACAAGCATGGTTTCGACGCTGCATTCGGCGGCGCCCGTCGCGATGAAGAGAAGTCCCGCGCCAAGGAGCGCGTCTACTCGTTCCGCGACAGCAAGCACCGCTGGGACCCGAAGAACCAGCGCCCCGAACTGTGGAACGTCTATAACGGCAAGGTCAACAAGGGCGAGTCGATCCGCGTCTTCCCGCTGTCGAACTGGACCGAGCTGGACATCTGGCAGTACATCTACCTCGAAGGCATCCCGATCGTGCCGTTGTACTTCGCCGCCGAGCGTGAAGTGATCGAGAAGAACGGCACGCTGATCATGATCGACGACGAGCGCATCCTCGAGCACCTGTCCGACGAAGACAAGGCGCGCATCGTCAAGAAGAAAGTGCGTTTCCGTACCCTTGGCTGCTACCCGTTGACGGGCGCGGTGGAGTCCGAGGCCGAAAGCCTGACGGACATCATTCAGGAAATGCTCCTGACGCGAACTTCCGAGCGCCAGGGCCGGGTCATCGACCACGATGGCGCAGGCTCGATGGAAGACAAGAAACGTCAGGGTTATTTCTAA MVDKLTHLKQLEAESIHIIREVAAEFDNPVMLYSIGKDSAVMLHLARKAFFPGKLPFPVMHVDTRWKFQEMYKFRDKMVEELGLDLITHINPDGVAQNINPFTHGSAKHTDIMKTEGLKQALDKHGFDAAFGGARRDEEKSRAKERVYSFRDSKHRWDPKNQRPELWNVYNGKVNKGESIRVFPLSNWTELDIWQYIYLEGIPIVPLYFAAEREVIEKNGTLIMIDDERILEHLSDEDKARIVKKKVRFRTLGCYPLTGAVESEAESLTDIIQEMLLTRTSERQGRVIDHDGAGSMEDKKRQGYF PGPT0002405_1198 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002405-cysD-K00957 NA NA D1-35_01293 1899 cysNC COG0529 Bifunctional enzyme CysN/CysC ATGTCGCACGTATCTGATTTGATCAGCGAGGACATCCTCGCCTACCTGGGCCAGCACGAACGTAAAGAGCTGCTGCGCTTTTTGACCTGCGGTAACGTCGACGACGGCAAGAGCACCCTGATCGGGCGCCTGCTGCACGACTCGAAGATGATCTACGAAGATCATCTGGAAGCGATCACTCGCGATTCGAAGAAAGTCGGCACCACCGGTGACGACATCGACCTGGCGCTGCTGGTCGACGGCCTGCAGGCCGAGCGCGAGCAAGGCATCACCATCGATGTCGCCTACCGCTATTTCTCCACCGCCAAGCGTAAATTCATCATCGCCGACACGCCCGGCCATGAGCAGTACACCCGCAACATGGCCACCGGTGCCTCCACCTGTGACCTGGCGATCATCCTCGTGGATGCCCGCTACGGCGTGCAGACCCAGACCCGTCGCCACAGCTTCATCGCCTCGTTGCTGGGCATCAAGCACATCGTCGTGGCCATCAACAAGATGGACCTCAAGGACTTCGACCAGGGCGTATTCGAGTCGATCAAGGCCGACTACCTGAAGTTCGCCGAAGGCTTGAAGATGAAGCCCACCAGCATGCACTTCGTGCCGATGTCGGCGCTCAAGGGCGACAACGTGGTGAACAGGTCCGAGCGTTCGCCGTGGTACACCGGCCAGTCGCTGATGGAAATTCTCGAGACCGTGGAAGTGGCGGGCGACCGCAACTTCACCGACCTGCGTTTCCCGGTGCAGTACGTCAACCGTCCGAACCTGAACTTTCGCGGTTTCGCCGGCACCCTTGCCAGCGGCATCGTGCACAAGGGCGACGAAGTCGTGGTGCTGCCGTCGGGCAAGAGCAGCCGCGTGAAATCCATCGTCACCTTCGAGGGCGAGCTGGAACACGCCGGCCCAGGCCAGGCTGTGACGTTGACCATGGAAGACGAGATCGATATCTCCCGTGGCGACCTGCTGGTACACGCCGACAACGTTCCGCCGGTGACCGACAGCTTCGAAGCGATGCTGGTGTGGATGGCCGAAGAGCCGATGCTGCCGGGCAAGAAGTACGACATCAAGCGCGCCACCAGTTACGTGCCCGGCTCGATTGCCAGCATCGTCAACAAGGTCGATGTGAACACCCTTCAAGAAGGTCCGGCCAGCGCGTTGCAGCTCAACGAAATCGGCAAGGTGAAGATTGCTCTGGACGCGCCGATCGCCCTGGACGGCTACGAGAGCAACCGCACCACCGGCGCCTTCATTATCATCGACCGCCTGACCAACGGCACCGTCGGTGCCGGCATGATCGTCGCCCAGCCGCTGGCCCACGGCAGCAGCACGCACCACGGCAAACTGGCCCACGTGTCGGTGGAAGAACGCACCCAGCGTTTCGGCCAGCAGCCGGCCACCGTGCTGTTCAGCGGCCTGTCGGGCGCGGGCAAGAGCACGCTGGCCTATGCTGTAGAGCGCAAGCTGTTCGACATGGGCCGCGCGGTGTTCGTGCTCGATGGTCAAAACCTGCGCCACGACTTGAACAAAGGCTTGCCGCAGGACCGTGCCGGACGCACCGAGAACTGGCGTCGTGCGGCTCACGTCGCCCGTCAGTTCAACGAAGCGGGCCTGTTGACCCTGGCCGCCTTCGTTGCACCGAGTGCCGAAGGGCGTGAGCAGGCCAAGGACCTGATCGGCCGCGAGCGCCTGCTGACGGTCTATGTCCAGGCCTCGCCAACGGTGTGCGCCCAGCGTGATCCGCAAGGGCTGTATGCCGCCGCCGGCGACAACATCCCGGGCGAGTCCTTCCCGTACGACGTGCCGCTGGATGCCGACCTGGTGATCGACACCCAGTCGCTGACCCTGGAAGAGAGCGTCAAGCAGGTGCTGGATCTGCTGCGCAAGCGTGGGGCGATCTAA MSHVSDLISEDILAYLGQHERKELLRFLTCGNVDDGKSTLIGRLLHDSKMIYEDHLEAITRDSKKVGTTGDDIDLALLVDGLQAEREQGITIDVAYRYFSTAKRKFIIADTPGHEQYTRNMATGASTCDLAIILVDARYGVQTQTRRHSFIASLLGIKHIVVAINKMDLKDFDQGVFESIKADYLKFAEGLKMKPTSMHFVPMSALKGDNVVNRSERSPWYTGQSLMEILETVEVAGDRNFTDLRFPVQYVNRPNLNFRGFAGTLASGIVHKGDEVVVLPSGKSSRVKSIVTFEGELEHAGPGQAVTLTMEDEIDISRGDLLVHADNVPPVTDSFEAMLVWMAEEPMLPGKKYDIKRATSYVPGSIASIVNKVDVNTLQEGPASALQLNEIGKVKIALDAPIALDGYESNRTTGAFIIIDRLTNGTVGAGMIVAQPLAHGSSTHHGKLAHVSVEERTQRFGQQPATVLFSGLSGAGKSTLAYAVERKLFDMGRAVFVLDGQNLRHDLNKGLPQDRAGRTENWRRAAHVARQFNEAGLLTLAAFVAPSAEGREQAKDLIGRERLLTVYVQASPTVCAQRDPQGLYAAAGDNIPGESFPYDVPLDADLVIDTQSLTLEESVKQVLDLLRKRGAI PGPT0002395_608 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0002395-cysNC-K00955 NA NA D1-35_01294 909 yihG_1 COG0204 putative acyltransferase YihG ATGCTGGATTTCCTGCCTGCCCCCGTGCGCGGCGTCATTGCCTCGCTGCTGTTGGCGCTGAACACCATCGCCTGCTGTACGCCGCTGTTCGTCGTGGCGATCTTCAAGCTGTTGCTGCCCTTCCCCGCCGCCCAGCGTTTCACCGACTGGCTGATGAGCCACATCCACGAAGCCTGGATCAGTAACAACAAGGCCTGGATGAACCTGGTGCGCCCTACCCGCTGGCGCCTCAGCGGCCTGGAAGGCCTGGACTACCAGCACTCGTACCTGATCACCAGCAACCACCAGAGCTGGGTCGACATCATGGTGCTGCAATACGTGCTGAACCGACGCATCCGTCCATTGAAGTTCTTTCTCAAGCAGGAGCTGATCTGGGTGCCGGTGATCGGCCTGGCCTGGTGGGCGCTGGGGTTTCCGTTCATGAAGCGTTACTCCAAGACGTACCTGGAAAAGCATCCGGAGAAGAAAGGCAAGGACCTGGAAACCACCCGCAAGACCTGCGCGAAGTTTCGCAACAACCCCGTGGGCATCTTCAATTTCGTCGAAGGCACGCGCTTCACCGAGGGTAAGCATGCCCAGCAACAATCACCGTTTCGCTACCTGCTCAAGCCCAAGGCCGGCGGCATCGCGTTTGTGCTTGATGCGATGGGCGAGCAACTGGAGTCGATCATCAACGTGACGATCCATTATCCGGGCGGCCGTCCGGGCTATTGGGATTTGCTCTGCGGCAACGTTGGCGAGGTGGTGGTGCATTTCCAGGAGTTGAAGATCCCGCCGCAGTTCATCGGCAAAAGCTACGACCAGGATGGGGAGTATCGCCTGGAATTCCAGGGTTGGATCAATCAGTTGTGGCAAGACAAGGATGCGCTGCTTGAGCAGATGCATCGCGAGTATCCCGCCAAGTCTTGA MLDFLPAPVRGVIASLLLALNTIACCTPLFVVAIFKLLLPFPAAQRFTDWLMSHIHEAWISNNKAWMNLVRPTRWRLSGLEGLDYQHSYLITSNHQSWVDIMVLQYVLNRRIRPLKFFLKQELIWVPVIGLAWWALGFPFMKRYSKTYLEKHPEKKGKDLETTRKTCAKFRNNPVGIFNFVEGTRFTEGKHAQQQSPFRYLLKPKAGGIAFVLDAMGEQLESIINVTIHYPGGRPGYWDLLCGNVGEVVVHFQELKIPPQFIGKSYDQDGEYRLEFQGWINQLWQDKDALLEQMHREYPAKS NA NA NA NA NA D1-35_01295 2100 pta COG0280 Phosphate acetyltransferase ATGCAGACTTTTTTTATCGCGCCCACCGACTTTGGTGTGGGTCTGACCTCCATCAGCCTCGGGCTGGTGCGTACCCTCGAACGGGCCGGGCTGAAAGTCGGCTTTTTCAAACCCATCGCCCAGCCCCACCCTGGCGATACCGGCCCGGAACGCTCCACCGAACTGGTGGCCCGTACCCACGGCCTCAAGCCACCGCAACCACTGGGCCTGGCCCATGTGGAGCGCATGCTCGGCGATGGCCAGCTCGATGAATTGCTGGAAGAAATCATCACCCTCTATCAACAGGCCGCGATCGGCAAGGACGTGCTGGTCGTCGAGGGCATGGTCCCGACCCGCAGCGCCAGCTACGCCGCCCGGGTCAACCTGCACCTGGCCAAGAGCCTGGACGCCGAGGTGATCCTGGTGTCGGCGCCGGAAAACGAAGTGCTGACCGAACTGTCCGGTCGTGTCGAGTTGCAGGCGCAACTGTTCGGCGGGCCGAAAGATCCGAAGGTCCTCGGCGTGATCCTCAACAAGGTGCGCACCGACGAAAGCATGGAAGCGTTTTCAGCACGGCTCAAGGAGCACTCGCCCCTGCTGCGCAGCGGCGACTTCCGCCTGCTCGGCTGCATCCCTTTTCGCCCCGAACTCAACGCCCCGCGCACCCGCGACGTGGCCGACCTGATGGGCGCGCAGGTACTCAACGCCGGCGACTACGAAACCCGGCGCATGAGCAACATCATCATCTGCGCCCGCACCATGCGCAACACGGTGGAGCTGCTCAAGCCCGGCGTATTGGTGGTCACCCCGGGCGATCGCGATGACATCATCCTGGCCGTGAGCCTGGCGGCGATCAACGGCGTGCCGCTGGCCGGCCTGCTGCTGACCAGCGACACCCTGCCCGACCCGCGCATCATGGACTTGTGCCGAGGCGCCTTGCAGGCGGGGTTGCCGGTGCTGTCGGTGAGCACCGGTTCCTACGACACCGCCAACCTGCTCAACAGCCTGAACAAGGAAATCCCCATCGATGACCGCGAACGCGCGGAGATCATCACCGATTTTGTTGCCAGTCACCTCGACGCCAACTGGCTGCACCAACGCTGCGGCACGCCCCGGGAAATGCGCCTGTCGCCGGCGGTGTTCCGCTACCAACTGATCCAGCGCGCCCAAGCGGCCAACAAGCGTATCGTCTTGCCCGAAGGCAGCGAACCGCTGACCGTACAGGCGGCGGCGATTTGCCAGGCCCGAGGCATCGCCCGTTGCGTGCTGCTGGCCAAGCCGGCCGACGTCGAAGCGGTGGCCCGCGCCCAAGGCATCGAACTGCCGCCTGGGTTGGAGATTCTCGACCCGGATACGATCCGCGAGCGCTACGTGGAACCCATGGTGCGGCTGCGCAAAAGCAAGAGCCTGAACGCACCGATGGCCGAGCAGCAACTGGAAGACACCGTGGTGATCGGCACCATGATGCTGGCGCTGGATGAAGTCGACGGGCTTGTCTCGGGGGTCATCCACTCCACCGCCAATACCATTCGCCCGGCGTTGCAACTGATCAAGACCGCACCCGGCTGTTCGCTGGTGTCCTCGGTATTTTTCATGCTGTTTCCCGAGGAAGTGCTGGTCTACGGCGACTGCGTGATGAACCCGCACCCCAGTGCAGCGGAGCTGGCCGAAATCGCCCTGCAAAGCGCCGATTCAGCCGCAGCGTTCGGCATCACGCCACGGGTGGCGATGCTCAGCTATTCCAGCGGCGAATCGGCCAGCGGTGAAGAAGTGGAGAAGGTCCGCGAAGCCACCCTGCTGGCCCACGAGGCACAACATGGCTTGCTGATCGACGGGCCGTTGCAATACGACGCCGCCGCCAACGAGGCCGTGGCCCGGCAATTGGCGCCCAACAGCCAGGTAGCCGGCCGCGCCACGGTGTTCATTTTCCCGGACCTGAACACCGGCAACACCACCCACAAGGCCGTGCAGCGCAGCGCCGACTGCGTCAGCCTCGGGCCGATGCTGCAAGGCCTGCGCAAACCGGTGAACGACCTGCCGCGCGGCGCCCAGGTCGATGACATCGTGTACACCATCGCCCTGACAGCGATCCAAGCCGCCAACCGACCTCTGGACATTTAA MQTFFIAPTDFGVGLTSISLGLVRTLERAGLKVGFFKPIAQPHPGDTGPERSTELVARTHGLKPPQPLGLAHVERMLGDGQLDELLEEIITLYQQAAIGKDVLVVEGMVPTRSASYAARVNLHLAKSLDAEVILVSAPENEVLTELSGRVELQAQLFGGPKDPKVLGVILNKVRTDESMEAFSARLKEHSPLLRSGDFRLLGCIPFRPELNAPRTRDVADLMGAQVLNAGDYETRRMSNIIICARTMRNTVELLKPGVLVVTPGDRDDIILAVSLAAINGVPLAGLLLTSDTLPDPRIMDLCRGALQAGLPVLSVSTGSYDTANLLNSLNKEIPIDDRERAEIITDFVASHLDANWLHQRCGTPREMRLSPAVFRYQLIQRAQAANKRIVLPEGSEPLTVQAAAICQARGIARCVLLAKPADVEAVARAQGIELPPGLEILDPDTIRERYVEPMVRLRKSKSLNAPMAEQQLEDTVVIGTMMLALDEVDGLVSGVIHSTANTIRPALQLIKTAPGCSLVSSVFFMLFPEEVLVYGDCVMNPHPSAAELAEIALQSADSAAAFGITPRVAMLSYSSGESASGEEVEKVREATLLAHEAQHGLLIDGPLQYDAAANEAVARQLAPNSQVAGRATVFIFPDLNTGNTTHKAVQRSADCVSLGPMLQGLRKPVNDLPRGAQVDDIVYTIALTAIQAANRPLDI PGPT0001370_894 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_PROPANEDIOL_UTILIZATION,PGPT0001370-pta-K13788 NA NA D1-35_01296 486 slyD COG1047 FKBP-type peptidyl-prolyl cis-trans isomerase SlyD ATGCTGATCGCCGCCAATAAGGCTGTCTCCATCGACTATACCCTGACCAACGACGCTGGTGAGGTCATCGACAGCTCCGCCGGCGGCGCTCCGCTGGTCTACCTGCATGGCGCAGGCAACATCATCCCGGGCCTGGAAAAAGCCCTGGAAGGCAAAACCACCGGTGACGAGCTGAAAGTGGCCGTTGAGCCGGAAGACGCTTATGGCGAATATTCCGCCGAGCTGGTCAGCACCCTGAGCCGCAGCATGTTCGAAGGCGTGGATGAGCTGGAAGTGGGCATGCAGTTCCACGCTTCGGCGCCTGATGGCCAGATGCAAATCGTCACTATCCGTGACCTCGACGGCGACGACGTGACTGTCGACGGCAACCACCCGTTGGCCGGTCAGCGCTTGAACTTCCAGGTCAAGATCGTCGACATCCGTGATGCCAGCCAGGAAGAAATCGCCCATGGCCACGTCCATGGTGAAGGCGGCCATCAGCACTGA MLIAANKAVSIDYTLTNDAGEVIDSSAGGAPLVYLHGAGNIIPGLEKALEGKTTGDELKVAVEPEDAYGEYSAELVSTLSRSMFEGVDELEVGMQFHASAPDGQMQIVTIRDLDGDDVTVDGNHPLAGQRLNFQVKIVDIRDASQEEIAHGHVHGEGGHQH NA NA NA NA NA D1-35_01297 483 btuE_2 COG0386 Thioredoxin/glutathione peroxidase BtuE ATGAGTGCTTTCCACGACCTTAAACTGCAAGCCCTGGATGGTCAGGAGCTTCCCCTCGCGCCATTCAAGGGCCAAGTCGTGCTGGTGGTCAACGTCGCCTCCAAATGTGGCCTGACGCCTCAGTACGCGGCGCTGGAAAATCTTTATCAGCAATACAAGGACCAGGGGTTCAGCGTGCTGGGCCTGCCCTGTAATCAGTTCGCCGGCCAGGAGCCTGGGACCGAGCAGGAGATCCAGGAATTCTGCAGCCTCAATTACGGCGTGACGTTTCCGCTGTCGAGCAAGCTGGAAGTGAACGGCCACGACCGTCACCAGCTGTACCGTCTGTTGGCGGGTGAAGGTGCCGAGTTTCCCGGGGACATCACCTGGAACTTCGAAAAATTCCTGCTCGGCAAGGACGGCCGGGTGCTGGCGCGTTTCTCGCCGCGCACGTCGCCGGATGATCCTTCGGTGATCCAGGCGATTGAAAAAGCGCTGAGCTAA MSAFHDLKLQALDGQELPLAPFKGQVVLVVNVASKCGLTPQYAALENLYQQYKDQGFSVLGLPCNQFAGQEPGTEQEIQEFCSLNYGVTFPLSSKLEVNGHDRHQLYRLLAGEGAEFPGDITWNFEKFLLGKDGRVLARFSPRTSPDDPSVIQAIEKALS PGPT0013115_4796 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432 NA NA D1-35_01298 1104 NADH oxidase ATGCCTGTAAGAGCCCTGTTCAAACCCTTTCATCTCGGCGCGCTGGAACTGCCGACCCGGGTCGTGATGGCGCCGATGACGCGCTCCTTTTCGCCTGGCGGCGTGCCGAACTCCAAGGTGATCGAGTATTACCGTCGTCGCGCGGCGGCCGGGGTCGGCCTGATCATCACCGAGGGCACCACGGTCGGCCACCGGGCGTCCAATGGCTATCCGAACGTACCGCACTTCTACGGCGACGCCGCGCTGGCCGGCTGGAAAAAAGTGGTCGATGCCGTGCACGCCGAAGGCGGCAAGATTGTTCCGCAACTGTGGCATGTGGGCAACGTGCGGCGCCTCGGCACCGAGCCGGATGGCGCCGTGCCGGGCTACGGCCCGACTGAAAAGCTCAAGGATGGCCAAGTCGTGGTCCATGGCATGAGCCAGACGGACATCGACGAGGTCATTGCGGCATTCGCCCAAGCGGCAAAAGATGCCCAGAGCATCGGCATGGACGGGGTGGAAATCCACGGTGCCCACGGCTACCTGGTGGACCAGTTTTTCTGGGAAGGCAGTAATCAGCGCACCGATGGTTATGGTGGCAGCCTGGCCAACCGTTCGCGCTTTGCGATCGAGCTGATTCGCGCGGTGCGGGCTGCGGTAGGTGAGGGCTTCCCGATCATTTTCCGTTTCTCCCAATGGAAACAGCAGGACTACACCGCGCGCCTGGTGCAGACGCCCGAAGCGCTGGGAGAATTTCTCAAGCCCCTGGCGGATGCCGGCGTGGATATCTTCCACTGTTCTACGCGTCGCTTCTGGGAGCCGGAATTCGAAGGCTCGGACCTGAACCTGGCCGGCTGGACCCGCAAGCTCACGGGCAAGCCCACCATTACCGTCGGCAGCGTCGGCCTTGATGGTGAGTTCCTGCAATTTATGGTGAACACCGACAAGGTTGCGCAACCGGCCAGCCTGGAGAATCTGCTCGAGCGCCTGAACAAGGAGGAATTCGATCTGGTGGCGGTGGGGCGCGCGCTGCTGGTGGATCCGGACTGGGCGCAGAAAGTGCGGGAAGGGCGCGAACAGGAGATCCTGCCGTTCAGCCGCGAGGCGTTGATGACCTTGGTTTAA MPVRALFKPFHLGALELPTRVVMAPMTRSFSPGGVPNSKVIEYYRRRAAAGVGLIITEGTTVGHRASNGYPNVPHFYGDAALAGWKKVVDAVHAEGGKIVPQLWHVGNVRRLGTEPDGAVPGYGPTEKLKDGQVVVHGMSQTDIDEVIAAFAQAAKDAQSIGMDGVEIHGAHGYLVDQFFWEGSNQRTDGYGGSLANRSRFAIELIRAVRAAVGEGFPIIFRFSQWKQQDYTARLVQTPEALGEFLKPLADAGVDIFHCSTRRFWEPEFEGSDLNLAGWTRKLTGKPTITVGSVGLDGEFLQFMVNTDKVAQPASLENLLERLNKEEFDLVAVGRALLVDPDWAQKVREGREQEILPFSREALMTLV PGPT0005930_2950 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680 NA NA D1-35_01299 1047 IS110 family transposase ISPpu10 ATGACAATCCTTACCTCCCCAGCGGTTATCGGTATTGATGTCGCCAAGGCTGAAATCGTGGCTTATCGCGAAGATCTAAAAAGCATTCAGATTGTTGATAACGACCGTAAGGCCCTTGTTCGTTGGCTCGAAACGTTGCCAGCGCAAAGTTTGATTGCACTGGAAGCCACCAGCTTTTATCACCTGGACACGGCTGAACTGGCTCATGGGATGGGGCACAGGGTTTACGTTGTGGATGCCTATCGGGTGGCCCACTACCGCGAAAGCATTGGACAGCGGGCCAAAACCGATCCTTGCGATGCACGTTTGCTGGCGCGCTATCTGACAAACGAACAGCAACGGCTACGCGTCTGGACCCCACCTCCGCAGGCCTACAAAGTATTAAAGAGCCTGCTACGCAAGCGCGCAGAACTCATCAAAGCGCGCGTCAGCCTCATGCTGAGTTGGTCGGGCGAACCGCTTCTGAAGGATATCCTGACCGAGCAACTGGAGGCCTTCAAGCAAAGCGATCGGGCCATCCAGAAGCTATTGCGCGAGGCCAGCCAAGAGGCGGGAATTACTGAAAACATCAACCGCTGCAAAGCCATTGAGGGCGTGGGTGAACTGACGGCAACAGGTCTGGCGACAGCCTTCATGCGAGGTGACTTCGCCAGCGGCGATGCGTTTATTGCCTTTTTAGGGATGGACCTGAGGCCAAAGGATTCCGGAAAAAAACACAGCCCCAGGCACCTAAGCAAAAAAGGAGATGGCGAACTGCGACGCTTGGCGCACACCGCGGCGATGGCGGCTAGCCGGTCTCCTGTCTGGAAACCTTACTACGAATCCTGCTTGGCAAGAGGTTTCGCCAGAACCCAAGCCTTGGTGATCCTCGCCCGGAAATTGTGCCGGGTGGCATTCGCCCTGATGAAAAACCAGAGCGAATATCGCCCTAAATTCTATGCTGCAGGGTTCCCCTGCAACATAGAATCTCCCACATTGAATCTTCGGCGGAATATATATCTGCTGTTCTACCGAAATCCCCTGTGGGAGCGAGCTTGCTCGCGATAG MTILTSPAVIGIDVAKAEIVAYREDLKSIQIVDNDRKALVRWLETLPAQSLIALEATSFYHLDTAELAHGMGHRVYVVDAYRVAHYRESIGQRAKTDPCDARLLARYLTNEQQRLRVWTPPPQAYKVLKSLLRKRAELIKARVSLMLSWSGEPLLKDILTEQLEAFKQSDRAIQKLLREASQEAGITENINRCKAIEGVGELTATGLATAFMRGDFASGDAFIAFLGMDLRPKDSGKKHSPRHLSKKGDGELRRLAHTAAMAASRSPVWKPYYESCLARGFARTQALVILARKLCRVAFALMKNQSEYRPKFYAAGFPCNIESPTLNLRRNIYLLFYRNPLWERACSR PGPT0030635_4607 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030635-tnp-K07486 NA NA D1-35_01300 1200 mgtA_1 COG0438 GDP-mannose-dependent alpha-mannosyltransferase ATGGCCCCGGTCGACACTGGGGTCATGACCACACTCCTGCACGTTACCCTCGTCACCGAAACCTTTGCGCCGGAAATCAATGGCGTAGCCAACACCCTGGGTCGTCTCTACGACGGCTTGCGTGCCCGCGGGCACCGGGTGGAACTGATCCGCCCACGCCAGGCCGGGGACCACGGCCTGGCCAGTGACGAGCAGTTGCTGCTATGCCGGGGCTGGCCTTTGCCCGGGTATCCGGGGCTGCAATGGGGGCAGGCGTCGATGCACAAGTTGCTCAGGCGCTGGAAACGTCATCGCCCGGACGTGCTGTATATCGCCACGGAAGGCCCGCTGGGCTTGTCCGCGCTACGAGCAGCGCGGCGCCTGGGGATTTCGGTGGTCAGCGGCTTCCATACCAATTTCCAGCAATACACCCAGCAATATGGCCTCGGCTTGCTAAGTCGCGGGCTGACCCATTACCTGCGCTGGTTCCACAACCGCTCCAGCCTGACACTGGTGCCCAGCCTCAGCCAGCGTCTGGAACTGGAACGCCGGCATTTCGAACGCGTGGCGTTGCTGTCCCGCGGCGTGGACAGCCAACTGTTCCATCCAGCCAAACGCTCCACAGACCTTCGTGAAACGTGGGGCCTGGGCGAGGACGACATTGCCGTCATCCATGTCGGACGCCTGGCGCCGGAGAAAAACCTCGGGCTGCTCAAGCGCAGTTTCGACACGCTGAGCAGCGCCTTCCCGGCACGGCGAATCAGACTGGTGATAGTCGGTGACGGCCCGCAGCGGCCCGCCCTCGAACAGCAATTGCCCGAGGCGATCTTTTGCGGCGCACAGCGTGGCGAAGCGCTGGCTGCGCATTATGCGTCCGGGGACGTGTTTGTCTTTCCGAGCCTGACCGAAACCTTTGGCAACGTCGTGCTCGAAGCACTTGCCTCGGGGCTGGGCGTGGTGGCCTACGATCAGGCTGCGGCGGCGCAGCACATCCGTCACGGCTATAACGGCGTGCTGGCGATGCCAGGGGATGAAGAGGCTTTTTGCGACGCGGCCCGCTGGCTGCTGGAAGAGCGCGAGGCCTTGCGTTGTGTGCGGCTCAATGCGCGCCAGCATGCCAGTCGCCAGGGCTGGGCATCGGTGATCGAGCAGTTCGAGGCGCAGTTACGCGGGGTTTGTGTGGGTGAGCAGGTGCTGCCTGCGGCGCCGACGGTGCGTTGA MAPVDTGVMTTLLHVTLVTETFAPEINGVANTLGRLYDGLRARGHRVELIRPRQAGDHGLASDEQLLLCRGWPLPGYPGLQWGQASMHKLLRRWKRHRPDVLYIATEGPLGLSALRAARRLGISVVSGFHTNFQQYTQQYGLGLLSRGLTHYLRWFHNRSSLTLVPSLSQRLELERRHFERVALLSRGVDSQLFHPAKRSTDLRETWGLGEDDIAVIHVGRLAPEKNLGLLKRSFDTLSSAFPARRIRLVIVGDGPQRPALEQQLPEAIFCGAQRGEALAAHYASGDVFVFPSLTETFGNVVLEALASGLGVVAYDQAAAAQHIRHGYNGVLAMPGDEEAFCDAARWLLEEREALRCVRLNARQHASRQGWASVIEQFEAQLRGVCVGEQVLPAAPTVR NA NA NA NA NA D1-35_01301 759 cysZ COG2981 Sulfate transporter CysZ ATGCCCGCCGCCCCTGTCCTGTCCGGCCCGCAATATTTGCGAGAAGGACTCAAACTGGTCCTGAGCCCCAGCCTGCGCCTGTTTGTCTTGTTGCCGCTGGCGATCAATCTGGTGTTGTTCGTCGGGCTGATCTACCTCGCCGGTCACCAGTTCAGCCTGTGGGTCGACACGCTGATGCCGTCGTTGCCGGATTGGCTGAGCTTTCTCAGTTACGTGCTCTGGCCATTGTTCGTCGTCCTTGTCGTACTGATGGTGTTTTTCAGCTTCACCATGCTCGCCAATATCATTGCGGCGCCCTTCAATGGCTTTCTCGCCGAGAAAGTCGAGGTAGTGGTTCGCGGCACCGATGATTTCCCCGCGTTCAGTTGGGGCGAGCTGGTTGCGATGATCCCGCGTACCTTGGCCCGGGAGGCGCGCAAGCTCGGCTATTTTCTGCCCCGGGCCCTGGGGCTGTTCGTGCTGTCATTCATCCCGGTGATCAATATCGTCGCCGCACCGCTGTGGCTGCTGTTCGGCATCTGGATGATGGCGATCCAGTACATCGACTACCCGGCGGACAACCACAAACTGGGCTGGAAAGAGATGCTCGCCTGGCTGCGGGAAAAACGCTGGCAGAGCCTGGGCTTCGGCGGCAGCGTTTACCTGGTGTTGCTGATCCCCTTCGTGAACATTTTGATGATGCCGGCGGCGGTGGCCGGGGCGACGCTGTTCTGGGTGCGCGAACAAGGTGCCGAGACCGCTTTGGCCCGTCAGGGCTGA MPAAPVLSGPQYLREGLKLVLSPSLRLFVLLPLAINLVLFVGLIYLAGHQFSLWVDTLMPSLPDWLSFLSYVLWPLFVVLVVLMVFFSFTMLANIIAAPFNGFLAEKVEVVVRGTDDFPAFSWGELVAMIPRTLAREARKLGYFLPRALGLFVLSFIPVINIVAAPLWLLFGIWMMAIQYIDYPADNHKLGWKEMLAWLREKRWQSLGFGGSVYLVLLIPFVNILMMPAAVAGATLFWVREQGAETALARQG PGPT0003010_874 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003010-cysZ-K06203 NA NA D1-35_01302 963 COG0492 Glucosaminate ammonia-lyase ATGTCTGAAGTCCGTCATTCGCGAGTGATTATCCTCGGTTCCGGCCCTGCCGGTTACAGCGCCGCGGTCTATGCGGCACGTGCCAACCTCAAGCCGTTGCTGATCACCGGCATGCAGGCCGGCGGTCAGTTGACCACCACCACTGAAGTCGACAACTGGCCGGGTGATGTCCATGGCCTGACCGGTCCGGCCTTGATGGAACGCATGAAGGAACACGCCGAGCGCTTCGAGACCGAGATCGTTTTCGACCACATCAACGCCGTGGATTTCGCCGCCAAGCCCTACACCCTGACCGGCGACAGCGCGACCTACACCTGTGATGCCCTGATCATCGCCACCGGCGCCAGCGCCCGCTACCTGGGCCTGCCATCGGAGGAAGCTTTCATGGGCAAAGGCGTGTCCGCCTGCGCCACCTGCGATGGTTTCTTCTACCGCAACAAGCCGGTCGCCGTGGTCGGTGGCGGCAACACCGCAGTCGAGGAAGCGCTGTACCTGGCCAACATCGCCAGCACGGTCACGCTGATCCACCGTCGCGAAACCTTCCGCGCCGAGAAAATCCTGATCGACAAGCTCAACGCCCGCGTCGCCGAAGGCAAGATCATCCTCAAGCTCAACGCGACCCTGGACGAAGTGCTGGGCGACAACATGGGCGTGACCGGTGCCCGCCTGAAGAACAACGACGGCAGCTTTGACGAGATCAAGGTCGACGGCGTCTTCATCGCCATCGGCCACACGCCGAACACCTCGTTGTTCGAAGGCCAGCTGGAGCTCAAGGACGGCTACCTGGTGGTCAAGGGCGGTCGCGACGGCAACGCCACGGCCACCAGCGTCGAAGGTATCTTCGCGGCCGGCGACGTGGCCGACCACGTCTACCGCCAGGCGATCACCTCGGCCGGCGCCGGTTGCATGGCGGCCCTGGACACCGAGCGTTACCTGGATGGCTTGCAGAACGTTTCGTTCTGA MSEVRHSRVIILGSGPAGYSAAVYAARANLKPLLITGMQAGGQLTTTTEVDNWPGDVHGLTGPALMERMKEHAERFETEIVFDHINAVDFAAKPYTLTGDSATYTCDALIIATGASARYLGLPSEEAFMGKGVSACATCDGFFYRNKPVAVVGGGNTAVEEALYLANIASTVTLIHRRETFRAEKILIDKLNARVAEGKIILKLNATLDEVLGDNMGVTGARLKNNDGSFDEIKVDGVFIAIGHTPNTSLFEGQLELKDGYLVVKGGRDGNATATSVEGIFAAGDVADHVYRQAITSAGAGCMAALDTERYLDGLQNVSF PGPT0018945_25 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018945-trxB-K22345 NA NA D1-35_01303 1251 davT_1 COG0160 5-aminovalerate aminotransferase DavT ATGAGCCGCGAAAGCATCAGCCAATCGATTTCCTTCGTTCACCCCGTCAGCCTCGACCATGGAAGAAACGCCGAAGTCTGGGACACGGATGGCAAGCGCTACATTGATTTTGTCGGCGGCATCGGCGTGCTGAATCTCGGCCACTGTCATCCGCGTGTCGTCGAGGCGATTCGCGAGCAAGCCACCCGGTTGACCCACTATGCGTTCAACGCCGCGCCGCACCGGCCTTATCTCGAATTGATGGAGCGCCTGGCAAGATTCATCCCGGTGGACTATCCGGTTAGCGGCATGCTTACCAACAGCGGCGCCGAGGCAGCGGAGAACGCCTTGAAAATCGTCCGCGGCGCCACGGGGCGCACCGCCGTGATCGCGTTTGATGGCGGCTTCCACGGCCGGACCCTGGCCACCCTCAACCTCAACGGCAAGGTTGCGCCCTACAAACAGAAAGTAGGTGTCCTGCCCGGACCGGTCTATCACCTGCCCTATCCCAGCCAGGACAACGGCGTGACCTGTGCCGAAGCCTTGAAAGCCATGGACCGGTTGTTCAGCGTCGAGATCGATGTAAACGACGTAGCCTGTTTCATCGTCGAGCCGGTGCAGGGCGAAGCCGGTTTCCTGGCGATGGACATAGCCTTCGCCCAGGCGCTGCGCCAGTTCTGTGACGACAAGGGCATCGTGTTGGTCATCGATGAGATCCAGTCCGGTTTCGGCCGTACCGGCCAACGTTTTGCGTTTTCGCGGCTGGGCATCGAACCGGACCTGATCCTGCTGGGCAAGAGCATCGCCGGCGGTGTCCCGCTGGGGGCGGTGATGGGACGCAAAGCCCTGATGGACAACCTGCCCAAGGGCGGCCTCGGCGGCACCTACTCGGGCAACCCTATCGCCTGCGCCGCCGCGCTGGCGACCCTGGACGAGATGACCGACACGAACCTGCGGGCCTGGGGCGCACGCCAGGAGGAGGCCATAGTTAGCCGCTACGAATCCTGGCGCCGTCGCGGGTTGTCCCCCTATCTGGGGCGGTTGACCGGAGTCGGCGTCATGCGCGGCATCGAACTGGCCCACGCCGATGGCACCCCGGCGTCGGCTCAATTGACGCAATTGTTGGCGGCGGCACGGGACTCGGGCTTGCTGCTGATGCCCAGCGGCAAATCCCGGCACATCATTCGGCTACTGGCGCCGTTGACGACCGAGCCGGCGGTGCTGGAAGAGGGATTGGACATCTTGGAAGCGTGCCTGGCGGAACTGGCCTGA MSRESISQSISFVHPVSLDHGRNAEVWDTDGKRYIDFVGGIGVLNLGHCHPRVVEAIREQATRLTHYAFNAAPHRPYLELMERLARFIPVDYPVSGMLTNSGAEAAENALKIVRGATGRTAVIAFDGGFHGRTLATLNLNGKVAPYKQKVGVLPGPVYHLPYPSQDNGVTCAEALKAMDRLFSVEIDVNDVACFIVEPVQGEAGFLAMDIAFAQALRQFCDDKGIVLVIDEIQSGFGRTGQRFAFSRLGIEPDLILLGKSIAGGVPLGAVMGRKALMDNLPKGGLGGTYSGNPIACAAALATLDEMTDTNLRAWGARQEEAIVSRYESWRRRGLSPYLGRLTGVGVMRGIELAHADGTPASAQLTQLLAAARDSGLLLMPSGKSRHIIRLLAPLTTEPAVLEEGLDILEACLAELA PGPT0007660_1542 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007660-gabT-K07250 NA NA D1-35_01304 339 hypothetical protein ATGCCTGACCTGAACACCTTCCGCGCCAGCCTCAAGAGTGGCGAACATGTTTTCGCCGATACCCTGGCCTTTGTCGCCGATGGCTACGATTACCAGCCCCAGGCTTTCAACAACGGTGGCGTCGAGAACGCCGCCGGGCAGAACGAAGGTTCGTGCAAGACCCTGGGCCTGGCGTTGCTTGAAGGCTTGAGCGATGAAGAAGCACTCCTGGCGTTTGGCGAGCATTACCGTTCGGTGCTGGCCACGCCCGAGGGCAGCGATCACGGCAATATCCGCGCGTTGATGGTCCATGGTCTCGCCGGCGTGAAGTTCGAGGCGCAGCCGCTGCAACGGCGCTGA MPDLNTFRASLKSGEHVFADTLAFVADGYDYQPQAFNNGGVENAAGQNEGSCKTLGLALLEGLSDEEALLAFGEHYRSVLATPEGSDHGNIRALMVHGLAGVKFEAQPLQRR NA NA NA NA NA D1-35_01305 297 hypothetical protein ATGAACGATCAACAACGCCTCGAACTCGAAGCCGCCGCTTTCCGCCAGCTGGTTGCCCATCTGGACAGCCGCAAGGATGTGCAAAACATCGACCTGATGAACCTCGCCGGTTTCTGCCGCAACTGCCTGTCGAAGTGGTACAAGGCTGCCGCCGACGAGCGTCAGGTCGAGGTCAGCCTCGACGATGCCCGCGAAGTCGTCTACGGCATGCCCTATGCCGAGTGGAAAGCTCAATACCAGAAAGAAGCCAGCGCCGAACAGCAAGCGGCGTTCGCCAAAGGAACTCCCGATGCCTGA MNDQQRLELEAAAFRQLVAHLDSRKDVQNIDLMNLAGFCRNCLSKWYKAAADERQVEVSLDDAREVVYGMPYAEWKAQYQKEASAEQQAAFAKGTPDA PGPT0008420_5 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638 NA NA D1-35_01306 381 folX COG1539 Dihydroneopterin triphosphate 2'-epimerase ATGCCACAACTTCAGCCCGCCATGGCGCGCATCAAGGTCAAGGACCTGCGCCTGCGTACGTTCATTGGCATCAACGAGGACGAGATCCTCAACAAGCAGGATGTGTTGATCAACCTGACCATCCTCTACGCGGCCCAAGAGGCAGTGCGCGATAACGACATCGACCACGCCCTGAACTACCGCACCATCACCAAGACAATCATCGCCCATGTGGAGGGCAACCGATTCGCCTTGCTCGAACGCCTGACCCAGGAGTTGCTGGACCTGGTCATGGCCAACGAGTCGGTGCTGTACGCCGAGGTCGAAGTCGACAAGCCGCACGCCTTGCGCTTCGCCGAGTCAGTGTCGATTACCCTCGCGGCAAGCCGTGCTGCTTCGTAG MPQLQPAMARIKVKDLRLRTFIGINEDEILNKQDVLINLTILYAAQEAVRDNDIDHALNYRTITKTIIAHVEGNRFALLERLTQELLDLVMANESVLYAEVEVDKPHALRFAESVSITLAASRAAS PGPT0008030_31 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008030-folX-K07589 NA NA D1-35_01307 558 folE_1 COG0302 GTP cyclohydrolase 1 ATGGCCCTGTCGCCCGAGCATTACCGCGAGATCCTGATCGGCCTGGGCGAAGACCCGGAACGCGAAGGCCTGCTTGATACACCGGTGCGGGCCGCGAAGGCCATGCAGTACCTTTGCCATGGCTATGAACAGAGCATCGAACAGATCGTCAACGGCGCCCTGTTCGCCTCCGACAGCGATGAAATGGTGATCGTTGCCGACATCGAACTCTATTCATTGTGCGAACATCACCTGCTGCCCTTCATCGGCAAGGCCCATGTGGCTTATATTCCTACGGGCAAGGTCCTGGGGCTGTCGAAGATCGCCCGGCTGGTGGATATGTTCGCCCGTCGCCTGCAGATCCAGGAAAACCTCACCCGGCAAATCGCTGACGCGGTGCAGCAGGTCACCCAGGCCGCCGGCGTTGCGGTGGTGATAGAAGCCCAGCACATGTGCATGATGATGCGCGGTGTCGAAAAACAGAACTCGACGATGAACACCTCGGTGATGCTCGGCGCCTTTCGCGAGTCCAGCACCACGCGCCAGGAGTTCCTGCAATTGATTCGACGGAGCCAATAA MALSPEHYREILIGLGEDPEREGLLDTPVRAAKAMQYLCHGYEQSIEQIVNGALFASDSDEMVIVADIELYSLCEHHLLPFIGKAHVAYIPTGKVLGLSKIARLVDMFARRLQIQENLTRQIADAVQQVTQAAGVAVVIEAQHMCMMMRGVEKQNSTMNTSVMLGAFRESSTTRQEFLQLIRRSQ PGPT0007875_4334 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495 NA NA D1-35_01308 705 folM COG1028 Dihydromonapterin reductase ATGCCTACCGCTCCGATCCTCATCACCGGCGCAGCCCAGCGTGTCGGCCTGCACTGCGCCCGTCGGTTGCTGGAAGACGGGCAACCGGTCATCGCCACCTATCGCACCGAACGCCCGGGCGTGCAGACGCTACGGGACTCAGGGGCCACGATGCTGTTTGCCGACTTTTCCAGTGAAGCGGGAATCCTCGCCTTCATCGAACAACTCAAGCAGCACACCGACCAGCTACGCGCCATTGTGCATAACGCCTCGGCCTGGCTGGCCGAAACCCCAGGCGATGAGGCGGCCGCCTTCGGCGCGATGTTTGGCGTGCACATGCTCGCGCCTTACCTGATCAACCTGCAGTGCGCCGAGCTGCTGCAACGCTCGGTGCCGGCCGATATCGTGCACATCAGTGATGACGTGACCCGCAAGGGCAGCAGCCGGCACATCGCCTATTGCGCCACCAAGGCCGGGCTCGAGAGCCTGACCTTGTCGTTTGCGGCAAAGTACGCACCCGCCATCAAGGTCAACGGTATCGCCCCGGCCCTGCTACTGTTCAATCCCGACGACGATGCGGCCTATCGGGCCAAGGCCCTGGCCAAATCCGCGCTGGGTTTCGAGCCGGGCAGTGAAGTGATCTACCAGAGCCTGCGTTATCTGCTGGACAACCCCTACGTCACCGGCACGACCCTGACCGTCAACGGTGGGCGGCACATTAAATAA MPTAPILITGAAQRVGLHCARRLLEDGQPVIATYRTERPGVQTLRDSGATMLFADFSSEAGILAFIEQLKQHTDQLRAIVHNASAWLAETPGDEAAAFGAMFGVHMLAPYLINLQCAELLQRSVPADIVHISDDVTRKGSSRHIAYCATKAGLESLTLSFAAKYAPAIKVNGIAPALLLFNPDDDAAYRAKALAKSALGFEPGSEVIYQSLRYLLDNPYVTGTTLTVNGGRHIK PGPT0008035_313 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008035-folM-K13938 NA NA D1-35_01309 561 hypothetical protein ATGTCTGCCTCACCCGTCACGTTGATGGTTGCCCGCCGCGTCGCCAATGGCCGCTATCAGGACTTGATCGCCTGGTTGCGCGAAGGCGAGCAACTGGCGACCGACTTCCCCGGCTACCTGGGCTCAGGCGTACTTGCGCCGCCGCCCGAAGACGACGAATTCCAGATCATCTTCCGTTTCGCCGATGAGCAGACCCTGCATGCGTGGGAACATTCGGCCTCGCGCACGGCTTGGCTGGGACGCGGCAGCGAGCTGTTTGCCCATCCCTCCGAACACCGAGTGCGCGGCATCGACGGCTGGTTCGGCGCCGTCAACCAGCGCCCGCCGCGCTGGAAACAGGCGGTGGCTATCTGGCTGGCGTTTTTTCCGGTTTCGTTGTTGTTCAATTTCCTGCTGGGGCCATTACTGGTTGAACTGGGCATGTTGAGCCGGGTGCTGATCAGCACGCTCATCCTGACGCCGCTGATGGTTTATCTGTTTATCCCGTTATCGACCCACTTGCTGGCGAACTGGCTCGCCGGCGCACCGCAACGACCAGTGCCGGCGACGCAGAACCATTAA MSASPVTLMVARRVANGRYQDLIAWLREGEQLATDFPGYLGSGVLAPPPEDDEFQIIFRFADEQTLHAWEHSASRTAWLGRGSELFAHPSEHRVRGIDGWFGAVNQRPPRWKQAVAIWLAFFPVSLLFNFLLGPLLVELGMLSRVLISTLILTPLMVYLFIPLSTHLLANWLAGAPQRPVPATQNH NA NA NA NA NA D1-35_01310 960 hypothetical protein ATGAGCGTGATCATCGAAGAGAACCTTGCGTTTCAGGCCTCCGTGGCTTTGAAAGGCGAGGATTTGTTTCCCATCCGCGAAGTGGCGCGGGTGACTGGCGTGAATCCGGTGACCTTGCGCGCGTGGGAGCGGCGCTACGGCCTCATCCAGCCCACACGCACCGAAAGCGGGCACCGCCTGTATTCATTGGGCGACATCGAGAAGGTTCGCAGCATTCTCGCCTGGATCGAACGCGGGGTAGCGGTGAGCAAGGTGGGGAAAATTCTCGCCAGGACCGAGTCGGTTCAGCCAGCCTCCAGGTTCATTTCGCCCGATCTGGTGCGCGCTGATTACGCCCAGTGGCAACAGCTCGTGGCTGAAGCAGTCGGCAACTTTGACGATGTGGAGCTGGATCGGGTCTATGGACAGATTTTTTCCAGCTATACGGCACCGGTCGTCTTCCAGGACATCCTGATGCCGCTCTGGCGAGCATTGCTCCAACGCCAGCATGAGTTCGGGCAGACCAGTGAGTGGCTGTTTTTCGACGGTTTCTTGCGCTCGCGTGTCATGCAACGACTCTTGCTGAAGCGCGAAACTTCGTCGCGCCGGGTCCTGGTCAGCGCCATAGCTGGCCAATGCCGGGAATTGGAGTTGCTGGTCACGACGCTATTCATCTCCAGGGCGGAGGTGGATGTCAGGGTCATGGCTGTCGGCCAACCCTTTGACGAATTGACCCTGATTTGCCAGAAGATCAAGCCATTGGCGCTCGTGCTGGTTTCCAATCATGCGCCGGCCGCGGAGCTGCCCAAGCGGCTGAACAGGCTGGCGATGAGCCTCGATTGCCCGGTCATGCTCGCCGGCGATGCGTCCGACCTGGCGCAGGAAAGCCTGGCGGGCTCTTCCATCGCTTGCCTGGGAAATGAAGGCATGCTGATGCGCCAACGCTTGCGTCAATTTCTGGCGGGTAACCTGGACACTTGA MSVIIEENLAFQASVALKGEDLFPIREVARVTGVNPVTLRAWERRYGLIQPTRTESGHRLYSLGDIEKVRSILAWIERGVAVSKVGKILARTESVQPASRFISPDLVRADYAQWQQLVAEAVGNFDDVELDRVYGQIFSSYTAPVVFQDILMPLWRALLQRQHEFGQTSEWLFFDGFLRSRVMQRLLLKRETSSRRVLVSAIAGQCRELELLVTTLFISRAEVDVRVMAVGQPFDELTLICQKIKPLALVLVSNHAPAAELPKRLNRLAMSLDCPVMLAGDASDLAQESLAGSSIACLGNEGMLMRQRLRQFLAGNLDT NA NA NA NA NA D1-35_01311 606 hypothetical protein ATGCAGCGCGACGCCCTTCTTACCCAAGATGAGCTGGATTTCATCCGGACCATGCAGCACAGCCCGCAGTTGAACGAGCGGGATGTCACGTCGAGCTTGCTGGTAAACGGTGGGTCGCAGATCCGTGACCTTTTGACGCGCCTGGCAGCAAACGAGCAGGTCACGTTACAAGCCAATTTCGAAAACCAACAGATGACCTTTCCGTTGCATCTGGTGGAAGACGAATTCCATGCCATGCACCTGCGCCTGGGTGTGCCGAGCATCTATGAGGATGGACCAAAGGTGCGCCCATGGCGCCTGACGCTCGAGGCACCGGTTGCGCTGGAAAATGCCAAGGGTCAGCCAGGTCCTTTATGGGTGCACGAGGTATCTTGCAAGGGCGTTCTGCTGGAAATTCGCAACCGCACCAAACCGCCAAAACAGTTCGCGTTGTGGTTCAGCCCTTCAGGCTACGAGAGAATTTCGCTTCGCGGTACGTTCGAACGGGAAACCGATCAGGGCCTGTACGCCTACCATCTGAATCAGCATGACCAGGACGAAACCGAGCGCCTGCGTCAATACATCCTCCAGCAACATCGTCTGACCCATCCGGCGATGCACCTCTAG MQRDALLTQDELDFIRTMQHSPQLNERDVTSSLLVNGGSQIRDLLTRLAANEQVTLQANFENQQMTFPLHLVEDEFHAMHLRLGVPSIYEDGPKVRPWRLTLEAPVALENAKGQPGPLWVHEVSCKGVLLEIRNRTKPPKQFALWFSPSGYERISLRGTFERETDQGLYAYHLNQHDQDETERLRQYILQQHRLTHPAMHL NA NA NA NA NA D1-35_01312 477 hypothetical protein ATGATTAATGCTCACTTGATGCAGTTGGTGATCAGCGCTTCGAACGACGGGATCGTCATCGCCGAAAAGGAAGGCGACGAAGACAATATCCTGATTTATGTAAACCCGGCGTTTGAACGGCTGACCGGCTACAGCCGCGACGAGATCCTCTACCAGGACTGCCGTTTCCTGCAGTCCGGCGATCGCGATCAACCGGCCCTGGAGCATATCCGCATGGCCTTGAAGCAAGGCGGATCATGCCGACAGGTCCTTCGCAACTATCGCAAGGACGGCACGCCGTTCTGGAATGAGCTGTCGTTGTCGACCGTGAAAAACCAGGCTGACGGGCACACTTATTTCGTCGGTGTGCAGAAGGACGTGACAATCCAGGTGAAAGCTCAACAGCGAATCGCCCAGCTTGAAAAGGAGTTGGCTGAAGCACGGGAGACCATTGCGCGCCTGGATGCGACGAACGGCGCAAACAAAACGGCGAATTAA MINAHLMQLVISASNDGIVIAEKEGDEDNILIYVNPAFERLTGYSRDEILYQDCRFLQSGDRDQPALEHIRMALKQGGSCRQVLRNYRKDGTPFWNELSLSTVKNQADGHTYFVGVQKDVTIQVKAQQRIAQLEKELAEARETIARLDATNGANKTAN PGPT0014656_25 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014656-ytvA|pfyP-NA NA NA D1-35_01313 456 COG0716 putative protein ATGAAAGTCGCCATCCTTTCCGGCTCCGTATACGGCACCGCCGAAGAAGTCGCCCGGCATGCCGCCAAATTGCTTGATGACGCCGGTTTCCAGACATTCCACAATCCGCGGGCAACCCTGGCGGATATCCAGGCGTTTGGCCCGCAGGCGTTGCTGGCCATAACGTCCACTACCGGCATGGGCGAGCTGCCGGACAACCTGATGCCATTGTATTCGACGATTCGCGACCAATTGCCCGCGTCGTTTCGCGGCCTGCCCGGTGCGGTGATCGGCCTCGGGGATGCCAGCTATGGCGATACGTTCTGCGGTGGTGGCGAGCAGATGCGCGAATTGTTCGCCGAGCTGGGCGTGCACGAGGTGCTGGCCATGTTACGCCTGGATGCCAGCGAGAGTGTGACGCCGGAAAGCGATGCCGAGCCCTGGCTGGGCGAATTGATCGCTGCATTGCGCCATTGA MKVAILSGSVYGTAEEVARHAAKLLDDAGFQTFHNPRATLADIQAFGPQALLAITSTTGMGELPDNLMPLYSTIRDQLPASFRGLPGAVIGLGDASYGDTFCGGGEQMRELFAELGVHEVLAMLRLDASESVTPESDAEPWLGELIAALRH NA NA NA NA NA D1-35_01314 783 fucA L-fuculose phosphate aldolase GTGAGCGTGACGCCCATTCAATCGACACCCGGCATCAAGGACCAGGTCAGCGCCGCGGAATGGCAGACCCGCGTCGATCTTGCCGCCTGTTACAGACTGGTCGCGCTGCACGGCTGGGACGATCTGATCTTTACCCATATCTCCGCCAAGGTCCCCGGCACCGAAGATTTCCTGATCAACCCGTTCGGTTTGATGTTCCATGAAATCACCGCGTCGAGCCTGGTCAAGGTCGACCAGGCCGGCAACAAGCTGATGCCCAGCCCCTATGAGATAAACCCGGCGGGTTACACCATTCACAGTGCGGTGCACGAGGTGCGGCACGATGTGATGTGTGTGTTGCACACCCACACGGCCGCCGGTGTCGCGGTATCGGCGCAAAAACAGGGCGTCCTGCCGATCAGCCAGCAATCGCTGTTCGTGCTGTCGAGCCTGGCGTATCACCCTTACGAAGGGGTCGCCCTCAATCCTGAAGAGAAGGCCCGCCTGCAAGCGGACCTGGGCGACAGTAATTTCCTGATGCTTCACAACCACGGTCTGCTGACTTGTGGCGGCACCATCGCCGATACCTTCCTGATGATGTTCATTTTCCAGCGAGCCTGTGACATCCAGGTTCTGGCGCAGACCGGCGGCGCCGAGTTGATCGCCATCGAGCCCCAGGTGCTGGCCGGTGCCCGGGCGATGGTTGCCGGGGTGACCCGAAGCGCCCAAGGCATGGGGGGCGCGCTGGCCTGGCCGGCCTTGCTGCGCAAACTCGACCAGCAAGATCCGGGTTATAAAAGCTGA MSVTPIQSTPGIKDQVSAAEWQTRVDLAACYRLVALHGWDDLIFTHISAKVPGTEDFLINPFGLMFHEITASSLVKVDQAGNKLMPSPYEINPAGYTIHSAVHEVRHDVMCVLHTHTAAGVAVSAQKQGVLPISQQSLFVLSSLAYHPYEGVALNPEEKARLQADLGDSNFLMLHNHGLLTCGGTIADTFLMMFIFQRACDIQVLAQTGGAELIAIEPQVLAGARAMVAGVTRSAQGMGGALAWPALLRKLDQQDPGYKS NA NA NA NA NA D1-35_01315 903 oleB_1 COG0596 Cis-3-alkyl-4-alkyloxetan-2-one decarboxylase ATGCCCATGGTCCAGATTCCGCTGCGTATCTGGCGCCAGCGCGGACAGACCTTCATGTTTCGGGGTCACGCTATCCGCTATTGGGTGGCGGGCCACGGCGAGCCTCTGCTGTTGATCCACGGGTTCCCTACCGCCAGTTGGGACTGGCATTACCTGTGGCAGCCGCTGGCACAGCGTTACCGGGTGATCGCCTGCGACATGCTCGGTTTCGGTGACTCCGATAAACCTGTGGATCACACCTATAGCCTGTTGGAGCAGGCCGATCTGCAGCAAGCGTTGCTGACGCATTTGAATGTGACACAGGGAGTTCATGTGCTGGCCCACGATTATGGCGACAGCGTGGCCCAAGAGTTGATTGCCCGGCACAGCGAGGCGCGCGCCGACGTCGCCAGTTGTGTCTTTCTCAATGGTGGACTGTTTCCCGAGACCCATCGTCCGGTGCTGATGCAGAAGTTGCTGCTCAGCCCCTTGGGGTGGCTGATAGGCCGGGCCTTCTCCAGGGACGGGCTGGTGAAGAGTTTCCAACGGATTTTCGGCCCCAGGACCTGCCCGACCGAAAGCGAGATGGATGATTACTGGAGCCTCGTCGAAACCCATCACGGGCCGCGGATCATGCACAAACTCATCGCCTATATTCCCGAACGACGGGTGCAACGCGACCGTTGGGTGCAGGCGATGCAGCGCGGCGAAGTGCCGTTGCGGGTCATCGACGGGGCAATCGATCCGATTTCCGGTGCGCATATGGTGGCGCGTTACCGCGCCTTGATTCCGAACGCCGACACGGTGCTGTTGCCTGACATTGGCCACTATCCACACACCGAGGCACCTGTTCAGGTACTCAAGCATTACCTGGCATTTCGCGAAATCATCGCGGCGCCGATCAGGCAAATGGCCTGTTCATGA MPMVQIPLRIWRQRGQTFMFRGHAIRYWVAGHGEPLLLIHGFPTASWDWHYLWQPLAQRYRVIACDMLGFGDSDKPVDHTYSLLEQADLQQALLTHLNVTQGVHVLAHDYGDSVAQELIARHSEARADVASCVFLNGGLFPETHRPVLMQKLLLSPLGWLIGRAFSRDGLVKSFQRIFGPRTCPTESEMDDYWSLVETHHGPRIMHKLIAYIPERRVQRDRWVQAMQRGEVPLRVIDGAIDPISGAHMVARYRALIPNADTVLLPDIGHYPHTEAPVQVLKHYLAFREIIAAPIRQMACS NA NA NA NA NA D1-35_01316 912 COG1028 Putative short-chain type dehydrogenase/reductase ATGAGTGAATCTGTGCGCTTCGAAGATAAAGTCGTGATCGTCACGGGAGCCGGCGGCGGCCTTGGCCGCGCTCATGCGTTGCTGTTTGCCCGGCAGGGCGCACGCGTGCTGGTGAACGATCTCGGCGGGTCGGCGCAGGGGGAGGGCGCCAACGCCTCGGCAGCGGATCGGGTGGTGGCTGAAATCCGTGCCGCCGGTGGTATTGCCGAGGCCAATCATGACTCGGTCACCGATGGCGACAAGCTTGTGCAAAACGCCCTCGACGCCTTCGGCAGGGTGGACGTGGTCGTCAATAATGCCGGTATCCTGCGCGACAAGACCTTCCATAAGATGGACGATGCCGACTGGGACCTGGTTTACCGTGTCCATGTCGAAGGTGCCTATAAAGTCACCCGCGCCGCCTGGCCGCACCTGCGCGAGCAGAACTACGGACGAGTGATCTTCACCGCCTCCACGTCCGGCATCTATGGCAACTTCGGCCAGTCCAACTACGGCATGGCCAAGCTTGGCCTGTACGGCCTCACTCGCACCCTGGCTATCGAAGGTCGCAAGAACAACATCCTCGTCAACGCCATCGCCCCCACCGGCGGCACGCGGATGACCGAAGGCCTGATCCCGCCGCAGGTATTCGAGCAGCTCAAGCCCGAGCTGGTCAGCCCGCTGGTCGTGTACCTGGCCAGCGAAGCCTGTCAGGAAACTTCCGGATTGTTCGAAGTAGGCGGCGGCTGGATGGGCAAGGTGCGCTGGGAGCGCAGCCTCGGTGCCGGCTTCGATCCGCGCGAGGGGTTCTCACCCGAGGACGTCGCCGCTCACTGGCAGCAGATTTGCGACTTCGAAAACGCAGTCCACCCGAACGACAACCTGGAAGCTTTGAAAGAGATGATGGCGAACCTGCAGCGTCACGCCATTTGA MSESVRFEDKVVIVTGAGGGLGRAHALLFARQGARVLVNDLGGSAQGEGANASAADRVVAEIRAAGGIAEANHDSVTDGDKLVQNALDAFGRVDVVVNNAGILRDKTFHKMDDADWDLVYRVHVEGAYKVTRAAWPHLREQNYGRVIFTASTSGIYGNFGQSNYGMAKLGLYGLTRTLAIEGRKNNILVNAIAPTGGTRMTEGLIPPQVFEQLKPELVSPLVVYLASEACQETSGLFEVGGGWMGKVRWERSLGAGFDPREGFSPEDVAAHWQQICDFENAVHPNDNLEALKEMMANLQRHAI PGPT0003180_18069 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 D1-35_01317 600 hypothetical protein ATGTACCTCCAAAGGATGACAGCCCATGCGGGCCGGGCCTTTGCGTGGTGCATGAACGGACTGGATGAGAGGTTATCAACGGCGTGCATTTTCATCGCTGCGCCTGCACTGTTACATGCACTGCAACAGTGCATGTCCGGATCCGGGCTGTTTCCGAAAACGTCCCATCCCTATGCTGGCCGGGCTTGCGGGACAACGGGCCTGCAAGCGCAAGCCGCCAGGCGTCCCTCGCGCCTGGCGCACCGTCATTCGGATGGATTGCGCATCAATCCATCGTCCCCGTGTCCACTGACGTTGATTTGTAGCTCCTTTACAACGTCACGTTTAGGCCGCTGCGTTTTGCAGCGGCCTTTTTTATTTCCGGGTTATTTCCGCGAGGGAACTTCTTGTTTCCTGGATAACTCGAGCACTATTCAGAATATTCTCAAACGCTACCCGGAAATCGGTCCGGTAAACGTGCTCGGGCATTCGGACATCGCCGCGGGCGCAAGAGGTTATCCAGGCCCGATGTTTGCGAGGCATGCGTTGTATCTCAAGGGTATCGGCGCCTGGTTCGAGCCTTCCAGCTGCATTTTCGCCCGGCGAAACATGACGGTGTGA MYLQRMTAHAGRAFAWCMNGLDERLSTACIFIAAPALLHALQQCMSGSGLFPKTSHPYAGRACGTTGLQAQAARRPSRLAHRHSDGLRINPSSPCPLTLICSSFTTSRLGRCVLQRPFLFPGYFREGTSCFLDNSSTIQNILKRYPEIGPVNVLGHSDIAAGARGYPGPMFARHALYLKGIGAWFEPSSCIFARRNMTV NA NA NA NA NA D1-35_01318 1794 hypothetical protein ATGACAACAATAACAATGCGCGCCATCTTCAAGCCGCAGGCGCTGGCCGTCGCGGTGGCCTTGGGTTGCTGTGCCCAGGCGCAGGCCGTTTCATTCAACATTGGCGAAATCGAGGGGCAGTTCGATTCCTCGCTGTCGGTTGGCGCGAGCTGGGGCATGCGCGATGCCGACAGGGATCTGGTCGGCACCGTCAATGGCGGTACGGGCCAGTCTTCCACCGGTGACGACGGCCGATTGAATTTCAGGAAAGGCGAGACCTTCTCGAAAATCTTCAAGGGCCTCCACGACCTCGAACTCAAGTACGGCGACACCGGCGTGTTTGTCCGTGGCAAGTATTGGTACGACTTCGAGCTCAAGGACGAAAACCGCGAGTTCAAGGACATCAGCGACAGTAACCGCAAGGAGGGCGCCAAGTCGTCGGGGGCGCAGATCCTCGATGCCTTCGTCTATCACAATTATTCCATCGCCGATCTGCCGGGCACGGTGCGCGCCGGCAAGCAGGTGGTCAGTTGGGGCGAAAGTACCTTCATCGGCAACTCCATCAACAGCATCAACCCGGTGGATGTGTCCGCGTTCCGTCGCCCGGGTGCGGAGATCAAGGAAGGCCTGATCCCGGTCAACATGCTGTTCGCCTCCCAGGGCTTGACCGACAAGCTTACCGTCGAAGGTTTCTACCAACTGGAGTGGGACCAGACGGTTGTGGACAACTGCGGCACCTTCTTCGGTAACGATGTGGTCGCCGATGGTTGCACCGATGGCTATACCGTAGGCAGCCCGGCGATTGCGCCGTTCGTGCCGTTGACCACCGCGTTCGGCCAGGGCATCCAGGTGACCAGCGAAGGCGTGGTCATTCCCCGTGGCGGTGACCGCGATGCGCGGGACTCCGGCCAGTGGGGCACGGCGTTGCGCTGGCTCGGCGATGACACCGAGTACGGCCTGTACTTCATGAATTACCACAGCCGCACGCCGACTGTGGGCACCACTACGGCGGGGCTCTCTACGCTGGCTGCGCTGCCGGGGATGGTCGCGACTGCAAACGCCATCGCCCCTGGCAGCGGCGCGGGCCTGGCGCAAAGCGTGATGTTGGGGCGCGGTGGGTATTACCTCGAATACCCTGAAGACATCCGCCTGTACGGCGCCAGTTTCTCCACCACGTTGCCGACTGGCACGGCGTGGACCGGCGAAATCAGTTACCGCCCCAATGCACCGGTACAGGTCAACACCAACGACCTGACCCTGGCCTTGGTGAACCCGATCGCCGGAGGCGCCGCGTCACCGATCGCCACTTCGCCGGGCGCGGACAACACCGGTTACCGCCGCAAGGAAGTGACCCAGGTGCAGAGCACCCTGACGCACTTCTTCGACCAGGTGCTGGGCGCCGATCGCCTGACCGTGGTCGGTGAGGCCGCGGTCGTGCATGTCGGCGGTCTCGAATCGAAGGACGAGCTGCGTTATGGACGCGATTCGGTCTACGGCCAGTACGGCTTCAACGGCGACACCGACGGTTTTGTCACCTCGACCTCCTGGGGTTATCGCGCCCGGGCGATTCTTGACTATTCCAACGTTATCGGCGGGGTGAACTTCAAGCCCAACCTGTCCTGGTCCCATGACGTGGCCGGCTATGGGCCCAACGGTCTGTTCAACGAAGGCGCCAAGGCGGTCAGCGTGGGTGTCGATGCCGATTACCGCAACACTTACACCGCCAGCCTGAGCTACACCGATTTCTTCGGCGGCGATTACAACGTTCTCGAAGACCGCGACTTCCTCGCGCTGAGCTTCGGCGTGAACTTCTGA MTTITMRAIFKPQALAVAVALGCCAQAQAVSFNIGEIEGQFDSSLSVGASWGMRDADRDLVGTVNGGTGQSSTGDDGRLNFRKGETFSKIFKGLHDLELKYGDTGVFVRGKYWYDFELKDENREFKDISDSNRKEGAKSSGAQILDAFVYHNYSIADLPGTVRAGKQVVSWGESTFIGNSINSINPVDVSAFRRPGAEIKEGLIPVNMLFASQGLTDKLTVEGFYQLEWDQTVVDNCGTFFGNDVVADGCTDGYTVGSPAIAPFVPLTTAFGQGIQVTSEGVVIPRGGDRDARDSGQWGTALRWLGDDTEYGLYFMNYHSRTPTVGTTTAGLSTLAALPGMVATANAIAPGSGAGLAQSVMLGRGGYYLEYPEDIRLYGASFSTTLPTGTAWTGEISYRPNAPVQVNTNDLTLALVNPIAGGAASPIATSPGADNTGYRRKEVTQVQSTLTHFFDQVLGADRLTVVGEAAVVHVGGLESKDELRYGRDSVYGQYGFNGDTDGFVTSTSWGYRARAILDYSNVIGGVNFKPNLSWSHDVAGYGPNGLFNEGAKAVSVGVDADYRNTYTASLSYTDFFGGDYNVLEDRDFLALSFGVNF NA NA NA NA NA D1-35_01319 1368 putative protein ATGCGCAAGATGATCCTGCAATGCGGTGCCCTGGCCCTGAGCCTGCTGGCCGCGAACGTGATGGCGGCAGTCTCGCCGGAGGAAGCCAACAAACTGGGCACCAGCCTCACCCCGCTGGGCGCGGAAAAGGCCGGCAACGCTGATGGCTCGATCCCGGCCTGGACCGGCGGTATTCCGAAGAATGCCGGTGCCGTGGACAGCAAAGGCTTCCTCGCCGACCCGTTCGCCAGTGAAAAACCGCTGTTCACCATCACCGCCGCGACCGTGGACAAGTACAAGGACAAACTCTCCGAAGGCCAGGTCGCGATGTTCAAGCGCTACCCGGAAACCTACCGGATTCCGGTCTACCCGACCCACCGCAGCGTTGGCCTGCCGCCGGAGATCTATGAGGCGGCCAAACGTAGCGCACTGAACGTGAACGCCATCAACGACGGTAACGGCCTGGCCAACTTCACTGGCAACCGCTACTACGCGTTCCCGATTCCCAAGACCGGCGTGGAGGTGCTGTGGAACCACGTCACCCGCTACCACGGCGGCAACCTGCGGCGCGTCATCATCCAGGCCACACCGCAGACCAACGGCAGCTTCACGCCGATCCGCTTCGAAGAAGAGATCGCCGTGCCGTTTCTGATCAAGGACGCCGACCCGGAAAAAGCCAGCAACGTACTCACTTATTTCAAGCAAGAGGTGACGGCCCCGGCGCGCCTGGCCGGTAACGTGTTGCTGGTGCATGAAACGCTCGACCAGGTGACGGAGCCGCGTCTGGCATGGATCTACAACGCCGGCCAGCGTCGTGTGCGTCGTGCCCCACAAGTTGCCTATGACGGCCCGGGCACCGCTGCCGACGGCTTGCGTACTTCCGACAACTTCGACCTGTTTTCCGGCGCCCCGGATCGCTACGACTGGAAGCTGGTGGGCAAGAAGGAAATGTACATCCCGTACAACAGCTACAAACTTGATTCACCGAGTCTCAAATACGATGACGTGATCAAGGCCGGGCACATCAACCAGGACCTGACGCGCTACGAGCTGCACCGGGTCTGGGAAGTAGTGGGTACGGTCAAGCCCAGCGAGCGGCATATCTACGCCAAGCGTCACATGTACATCGATGAGGACAGCTGGCAAGCGGCACTGGTGGACCACTATGACGGGCGCGGCCAGTTGTGGCGCGTGGCCGAAGGGCATGCCCAGTTCTATTACGACCATCAGAACCCGGGCTACACACTCGAAGCGCTCTACGACATCATCGCTGGCCGCTATATTGCCCTGGGGATGAAAAACGAAGAGAAGCACGCCTACGTCTATGGGTTCGAGGCTCGGGCAGCCGACTACACGCCGGCAGCGTTGCGGTCGAGCGGGGTTCGCTAG MRKMILQCGALALSLLAANVMAAVSPEEANKLGTSLTPLGAEKAGNADGSIPAWTGGIPKNAGAVDSKGFLADPFASEKPLFTITAATVDKYKDKLSEGQVAMFKRYPETYRIPVYPTHRSVGLPPEIYEAAKRSALNVNAINDGNGLANFTGNRYYAFPIPKTGVEVLWNHVTRYHGGNLRRVIIQATPQTNGSFTPIRFEEEIAVPFLIKDADPEKASNVLTYFKQEVTAPARLAGNVLLVHETLDQVTEPRLAWIYNAGQRRVRRAPQVAYDGPGTAADGLRTSDNFDLFSGAPDRYDWKLVGKKEMYIPYNSYKLDSPSLKYDDVIKAGHINQDLTRYELHRVWEVVGTVKPSERHIYAKRHMYIDEDSWQAALVDHYDGRGQLWRVAEGHAQFYYDHQNPGYTLEALYDIIAGRYIALGMKNEEKHAYVYGFEARAADYTPAALRSSGVR NA NA NA NA NA D1-35_01320 2553 malT_1 HTH-type transcriptional regulator MalT ATGACCGCCATGACCCCGTGTCCGGACCGTCCCGGGCTGCTGCCGCGCCTGTCTTCGACGCATGTGCCACGCCGGTCCTTGAGCGAGTCGTTGCTGGCTTCCGAGGCGCGGGTAAAGCTGCTTTACGCACCGGCGGGCAGTGGCAAGAGCGCGTTGTTCGCTGAGTGCTTCCTGCAAGCGCCCCCGGGCTGCCGGCTGCATTGGCTGCCGCTGGGGGGCGCGGCGATGGATGTCGCGCAATTCTGTGAGTGCCTGGCCCAGGCCCTCGGATTGCCGGTGGTCGATGAGGCGAGCCTGCTGGCTCACCTGGCACGGTTGCAAACCCCGACATGGTTGTTCCTGGATGATTATTGCCGGGTGCCCAATCCGGCACTCGACCAATTGCTCGACCGCTTGCTCAACACCAGCAGTCCGGCGCTGCATCTGTGGCTCAATGGCCGTCGCCGCCCGCACTGCAATTGGCCGCGCCTGTTGCTGGACGACGAGCTGCACGAGTTCGACGCGCAAGCCCTGGTTTTTACCGCCGAGGACGTTCAGCAATTGCTCGGGCATTTGCCCGGCCCACTGGCAGCACGCACCGCCCGCGAGGTGGTTCAGCGCAGTGGTGGCTGGTGTGCCGGGGTGCGCTTCGCCTTGCTCGAACGTTGCGAGTGGGCGCGGAGCAACGCTTCGTCGGGGCGTGCCGGGACTTTGCCCGACTACCTCGAATATGAATTGTTTGGCGCCCTGTCCCCGGAACTGGCGCAGGCCTGGCGCGTGCTGGCGCATTTGCCGCGCTTCAATGCCCGGCTTTGCGAGCATCTGTTCGGCGATACGGTGGGGGCCGAATGCCTTCCCTTGCTGCTGGACCTGGGATGCTTCATCGAACCGTGGGCGCAGTCTTCGGAATGGATGCAGATTTTCCCTCCGCTGGCCCGCCTGGTGCGTGACGAGCCCTGGCCCCAGGCGCGCTCCTGGCACCGGCGGGCCTGCCAATGGTTCGCCGCCGAGCAGGATTGGCCGATGGCATTCGAACAGGCCATGCAAGCGGGGGAGTTCGAGACCGCCGTGAGTGTCCTCCAGCATCTGAATTTCGAGCATGTCTTGCAGGGCAACAACGTCCAGCTGTTATTGAGCCTGCATGACCAGCAGGACGAGGCGTTGTCCCTCGGTACGCCGCAATCGGTGGGGCTGGTTACCGCAGCCTTGCTGTGCGCCGGACGTTTCGCCGAGGCCGAGCGGTGCATCGAGCAATTGGGCCGGTTCGCGCCACAACCGCTGGCCTGCCGGCAGCGAGAACTGATTGCCCGCTGGCAGGTCTTGCGTGGTTGGCTGCTGCATCTGGACGGTGAGGGCGAACCGGCGCTTGAGCATTTCCTCCAGGCCGAAGCCGGCCTCGAACCGCACGCCTGGGCTCTCAAGGTGCTGTGCCTGATCGGCCAGACGCAGCAGGCACTGCTCAAAGGTGAGCTGGCGTCCGCGCAATGGATCAACCGTCAGGCGCTGTGCCTGGCCCGGGCTCATGGCTCGCTGGTGTTCGAAGGATTGCTGGAACTGGATCACGCCCAGGTACTTGAGCAACGCGGCGCGCCCCATCGGGCGGATCATTTGTTGAGCGCCGTCCAGGTGCTGCTCGACAAGCCCGGCCAGGATTTTTCCGCGCTGCTGGGACGTATCGCCCTGCGACGTGGGCGCCTGGCGTTACGCATGGGATCTGACGAGCAGGCCGCCGAACACTTTCAAGCCGGCCTGGAGGCGGGCCTGCGCAGCCAGGACAAACAAGTGCTCTACGGCTTTCTCGGCAAGGCTTGCCTGGCGGCCAACCGGGGTGACTATGGCGAAGCCTTCATGCAACTGCGCGACGCCGAGCGGATCATGCAGCAGCGACACATCCCCGACACGGTCTATCGCGGCGTGCTGCTGCAAACCAGCTGTCAATTCTGGTTGCAGCAGGGGCGCCCGGAGCTTGCTCATGAAGTCTTGACCCGGGTCTTGCGGCATTTCCACGGGCCGCAGGCCAAGCAGGCGCCGCCAGCGACCCTGGAGCTGATTCCGCGTCTTGAGTATCTGCTGGTGCTGGCCGAGGTCTACCTGCATCGGGCGCATGAGCCGCAGGCTCGCCTGCAGGCGATGATCGCCCAGGCACGGCAGCGCGAAATGCACGCATTGGAAACGGAGTTGCAGTTGGCGCTGGCCGAGGTCGTCTGGTTGTCCGTCGATCGCACTTCTCTTGGATTGATCGCGCCGGAGGCGCTCAAGCAAGTGGCCTGTTGGCGGGCGCAGCAAGCCTTGGGTGAGCTGCGTATGCGCCAGCCTGAACTGGTGCACTGGATGCAATCTCAGGAGCGGATCGAGCTGCCGGGACGCGCGGCGGAAGAAACGCTGCTCAGCCAGCGCGAACTGGAAGTACTGGAACTCATTGCCCAGGGCCATTCAAACCAGCAGATCGCCGAGCGCCTGTTCATCTCGCTGCATACGGTGAAAACCCATGCGCGGCGGATCCATAGCAAGCTGGGCGTACAGCGGCGGACACAAGCGGTCGCAAAAGCGAAAAACATGGGCGTGATGAGTTAG MTAMTPCPDRPGLLPRLSSTHVPRRSLSESLLASEARVKLLYAPAGSGKSALFAECFLQAPPGCRLHWLPLGGAAMDVAQFCECLAQALGLPVVDEASLLAHLARLQTPTWLFLDDYCRVPNPALDQLLDRLLNTSSPALHLWLNGRRRPHCNWPRLLLDDELHEFDAQALVFTAEDVQQLLGHLPGPLAARTAREVVQRSGGWCAGVRFALLERCEWARSNASSGRAGTLPDYLEYELFGALSPELAQAWRVLAHLPRFNARLCEHLFGDTVGAECLPLLLDLGCFIEPWAQSSEWMQIFPPLARLVRDEPWPQARSWHRRACQWFAAEQDWPMAFEQAMQAGEFETAVSVLQHLNFEHVLQGNNVQLLLSLHDQQDEALSLGTPQSVGLVTAALLCAGRFAEAERCIEQLGRFAPQPLACRQRELIARWQVLRGWLLHLDGEGEPALEHFLQAEAGLEPHAWALKVLCLIGQTQQALLKGELASAQWINRQALCLARAHGSLVFEGLLELDHAQVLEQRGAPHRADHLLSAVQVLLDKPGQDFSALLGRIALRRGRLALRMGSDEQAAEHFQAGLEAGLRSQDKQVLYGFLGKACLAANRGDYGEAFMQLRDAERIMQQRHIPDTVYRGVLLQTSCQFWLQQGRPELAHEVLTRVLRHFHGPQAKQAPPATLELIPRLEYLLVLAEVYLHRAHEPQARLQAMIAQARQREMHALETELQLALAEVVWLSVDRTSLGLIAPEALKQVACWRAQQALGELRMRQPELVHWMQSQERIELPGRAAEETLLSQRELEVLELIAQGHSNQQIAERLFISLHTVKTHARRIHSKLGVQRRTQAVAKAKNMGVMS PGPT0018616_1588 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018616-malT-K03556 NA NA D1-35_01321 807 kdgR_2 COG1414 Transcriptional regulator KdgR ATGGAAAACCCGCCTAGCAACGGTAAACAGAAAGTCCGCTCCGCTGAGGTCGGCACCGACATCCTCAAGGCCTTGGCCGAGTTGTCCCCTTCCACCTCGCTGTCACGCCTGGCCGAACATGTGCAGATGCCGGCCAGCAAGGTTCATCGTTACCTGCAAGCCCTGATCGCGAGTGGCTTCGCCGAACAGAACAGCGCAACCAACCACTACGGTTTGGGCCGCGAAGCCTTGCGCGTAGGGCTGGCGGCGCTCAACGGCATGGATGTGCTGCAAGTGGCCGCCCTGCCCTTGGCCGAACTGCGCGACGACTTGAACGAAACCTGTTTTCTCGCGGTGTGGGGCAATCACGGCGCGACCGTGGTGCGGATCGAACCCGCCGTGCGGGCCGTGACCGTGGTGACGCAATTGGGCTCGGTCCTGCCGTTGCTCAGCTCATCCACGGGATTGGTTTTCAGTGCCTACCTGCCGGAGCGCGAGACCATCGAGCTGCGCGAACAGGAGGTGCGCGACGCCACCGACCACGCCTTGGCCGATGACAATGTCTATGCCGCCTTGCAGGGGCAGATCCGCAGTCGCGGCCTGCACCATGTGCATGGCTTGTTGATGCCCGGCATTGATGCCTTGTCCGCGCCGGTTTTCAACGCCATGGGCCAGGTGGCGGCAGTCATGACCATTGTGGGTCCGACATCGCTGTTCCACGCCGACGAAAACGGCCCGGCGGCGCAGCGCCTGTTGACCGCGACCCGGGCCGTGAGCCGGCGAATGGGGTATGACTCAGGGTCATCAGCCCAGCAGGATATTGGCTAA MENPPSNGKQKVRSAEVGTDILKALAELSPSTSLSRLAEHVQMPASKVHRYLQALIASGFAEQNSATNHYGLGREALRVGLAALNGMDVLQVAALPLAELRDDLNETCFLAVWGNHGATVVRIEPAVRAVTVVTQLGSVLPLLSSSTGLVFSAYLPERETIELREQEVRDATDHALADDNVYAALQGQIRSRGLHHVHGLLMPGIDALSAPVFNAMGQVAAVMTIVGPTSLFHADENGPAAQRLLTATRAVSRRMGYDSGSSAQQDIG NA NA NA NA NA D1-35_01322 1305 hmgA COG3508 Homogentisate 1,2-dioxygenase ATGAACCTCGATTCCACGGCGTCGGACCTGGCTTACCAGTCTGGCTTCGGTAACGAATTCGCCAGCGAGGCGCTGCCCGGCGCACTGCCCGTTGGCCAGAACTCTCCGCAGAAAGCCCCGTACGGCCTGTACGCCGAACTGTTTTCCGGCACCGCCTTCACCATGGCCCGCAGCGAAGCGCGGCGAACCTGGATGTACCGCATCCGTCCTTCGGCCAACCATCCGGCCTTCGCCAGGTTGGAACGGCAATTGGCCGCAGGCCCGCTGGGCGAGGTGACACCCAATCGCCTGCGCTGGAGCCCGTTGCAGATCCCTGCGGAGCCCACCGATCTGATCGACGGCCTGGTGCGCATGGCGGCCAATGCCGGTGCGGACAAACCCGCCGGTATCAGCATCTATCACTACTGCGCCACCCGCTCCATGGAGCGGGTGTTCTTCAACGCCGATGGTGAGTGGCTGATCGTGCCGCAACTGGGGCGGCTGCGCATCGCCACCGAGCTGGGTGTGCTGGAAGTGGCTCCGCTGGAAATCGCCGTGCTGCCTCGAGGGCTGAAATTTCGCGTCGAACTGCTCGACGCGCAAGCTCGCGGCTACATCGCCGAGAACCACGGGGCGCCGTTGCGCCTGCCAGACCTCGGGCCGATCGGCAGCAATGGCCTGGCCAATCCAAGGGATTTCCTGGCCCCCGTCGCCCATTACGAAAACCTCGTGCAACCGACCACGCTGGTACAGAAGTTCCTCGGTGAACTGTGGGCCTGCGAGCTGGACCATTCGCCGTTCGACGTGGTGGCCTGGCACGGCAACAACGTGCCGTACAAATACGATCTGCGACGATTCAACACGATCGGCACGGTCAGCTTCGACCACCCCGATCCGTCGATTTTCACCGTGTTGACGTCGCCGACCAGTGTCCATGGCCTGGCGAATCTCGATTTCGTAATTTTCCCGCCGCGCTGGATGGTGGCGGAAAACACCTTCCGTCCGCCGTGGTTCCATCGCAACCTGATGAATGAATTCATGGGCCTGATCCAGGGCGCCTACGATGCCAAGGCCGAGGGCTTCCTGCCGGGCGGCGCGTCGCTGCACAGCTGCATGAGCGCCCACGGCCCGGATGGCGAGACCTGCACCAAGGCGATCAATGCCGAGCTCAAGCCAACAAAAATCGATAACACCATGGCCTTCATGTTCGAGACCAGCCAAGTGCTGCGTCCCAGCCGTTTCGCCCTGGACTGCGCACAATTGCAAACTGACTACGACGCCTGCTGGGCCTCGCTGCCGGTCACTTTCGACCCGACCCGGAGATAA MNLDSTASDLAYQSGFGNEFASEALPGALPVGQNSPQKAPYGLYAELFSGTAFTMARSEARRTWMYRIRPSANHPAFARLERQLAAGPLGEVTPNRLRWSPLQIPAEPTDLIDGLVRMAANAGADKPAGISIYHYCATRSMERVFFNADGEWLIVPQLGRLRIATELGVLEVAPLEIAVLPRGLKFRVELLDAQARGYIAENHGAPLRLPDLGPIGSNGLANPRDFLAPVAHYENLVQPTTLVQKFLGELWACELDHSPFDVVAWHGNNVPYKYDLRRFNTIGTVSFDHPDPSIFTVLTSPTSVHGLANLDFVIFPPRWMVAENTFRPPWFHRNLMNEFMGLIQGAYDAKAEGFLPGGASLHSCMSAHGPDGETCTKAINAELKPTKIDNTMAFMFETSQVLRPSRFALDCAQLQTDYDACWASLPVTFDPTRR PGPT0006025_1115 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0006025-HGD|hmgA-K00451 NA NA D1-35_01323 1305 hypothetical protein ATGACCCAAGTTTCCCCTACCCTCAGCTGGGTTGTTTGCGCTAATAGTCATCCCGACTTCCCGCTGCAGAACCTGCCGCTGGGCATCTTCAGTGTCGCTGGCGAAGCTCCCCGTAGCGGCGTGGCGATTGGTGAGCGGATCTTCGATCTGCAGGCCGCGTTGCAGGCGGGCCTGTTTGACGGCAAGGCGGCTGAAGCCGTCGAGGCCATGCAGGGCGGCCAGTTGAACGCCTTCTTCGACCTGGGGCGCGAGGCCCGGGTTGCCCTGCGCGAAAGATTGCTCGAACTGTTGCGCGAGGACAGCCCCCAGCGGGACGCGATCCAGGCCCAGGGCGCGCGGTTGCTGCCACTGGCGGCGGACTGCCAGATGCACTTGCCAGCGAAAATCAATGACTACACCGATTTCTACGTAGGCATCGAGCACGCGCAGAATGTCGGCAAGCTGTTTCGGCCGGACAATCCGCTGCTCCCCAACTACAAGTACGTTCCCATCGGTTATCACGGTCGCGCTTCGACGGTTCGCCCCTCCGGTACCGATGTGCGCCGTCCGCAAGGCCAGACGCTGCCGCCCGGCCAGGCCGAGCCGATCTTCGGCCCGTGCGCGCGGCTGGATTATGAACTGGAGCTGGGTATCTGGATCGGCAAGGGCAACGCCCTGGGCGAGCCCATTGCCATCGGCGATGCGGCCGAGCACATCGGCGGTTTCTGCTTGCTCAACGATTGGTCGGCCCGGGATATCCAGGCTTGGGAGTACCAGCCGCTGGGGCCTTTCCTGTCGAAAAGTTTCCTCACCAGCGTATCGCCGTGGGTGGTGACGGCCGAGGCTCTTGAGCCGTTCCGTCGCCCGCAGCCGGCGCGCCCGGAAGGCGACCCCCAGCCACTGCCGTATCTGCTGGACAAGCGTGACCAGGCTGGCGGAGCCTTTGATATCGAACTGGAAGTCCTGCTGCTGACCGAATCCATGCGCGAGCAGGGCCTGGCGCCTCATCGCCTGACCTTGAGCAATACCCGGTACATGTATTGGACCGTGGCGCAGATGGTCGCGCACCACAGCGTCAACGGTTGCCAATTACAGGCCGGCGATCTGTTTGGCTCGGGCACATTGTCAGGACCTGAAAATGGTCAGTTCGGCAGCCTGCTGGAAATCACCGAGGGCGGTAAAAAGCCGATCGAACTGGCGTCCGGCGAAATCCGCAAATTTCTCGAAGACGGTGACGAAATCATCCTGCGCGCCCGTTGCGGCCGCGAAGGTGCCGCCTCCATCGGTTTCGGCGAATGCCGCGGCAAAGTCTTGCCGGCGCATTGA MTQVSPTLSWVVCANSHPDFPLQNLPLGIFSVAGEAPRSGVAIGERIFDLQAALQAGLFDGKAAEAVEAMQGGQLNAFFDLGREARVALRERLLELLREDSPQRDAIQAQGARLLPLAADCQMHLPAKINDYTDFYVGIEHAQNVGKLFRPDNPLLPNYKYVPIGYHGRASTVRPSGTDVRRPQGQTLPPGQAEPIFGPCARLDYELELGIWIGKGNALGEPIAIGDAAEHIGGFCLLNDWSARDIQAWEYQPLGPFLSKSFLTSVSPWVVTAEALEPFRRPQPARPEGDPQPLPYLLDKRDQAGGAFDIELEVLLLTESMREQGLAPHRLTLSNTRYMYWTVAQMVAHHSVNGCQLQAGDLFGSGTLSGPENGQFGSLLEITEGGKKPIELASGEIRKFLEDGDEIILRARCGREGAASIGFGECRGKVLPAH PGPT0001610_410 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0001610-fahA-K01555 NA NA D1-35_01324 636 nagL Maleylpyruvate isomerase ATGGAGCTTTACACCTATTACCGTTCCACGTCGTCTTACCGGGTGCGCATCGCGCTGGCGCTCAAGGGCCTGGATTACCGGGCCCTGCCGGTCAACCTGATCGCGCCGCCCGGGGGCGAACATCGCCAGCCGGCCTACCTGGGGATCAATCCCCAGGGGCGGGTACCCGCGCTGCGTACCGATGAGGGCGCTTTGCTGGTCCAGTCTCCGGCGATCATCGAATACCTGGAGGAACGTTATCCACAGGTGCCGTTGCTCAGCCGTGACCCCGTGCTTCGCGCACATGAGCGTGGCGTGGCCGCACTGATCGGCTGCGACATCCATCCACTGCACAATGTCAGCGTGCTCAACAAGCTCAGGCAGTGGGGCCACGACGAAGCACAGGTGACGGAGTGGATCGGGCACTGGATCAGCCAAGGGCTGGCAGCGGTGGAGCAGCTGATTGGCGAAGACGGCTATTGTTTCGGCGCGGCGCCAGGCCTGGCGGACGTTTACCTGATCCCGCAGCTGTATGCGGCCGAGCGCTTCAATGTGTCGTTGCAGGGGTATCCACGAATCCGCCGGGTGGCAGCGTTGGCGGCAGCCCATGCGGCGTTCCAGCAAGCGCATCCGGCGAGTCAGCCTGATACTCCCTGA MELYTYYRSTSSYRVRIALALKGLDYRALPVNLIAPPGGEHRQPAYLGINPQGRVPALRTDEGALLVQSPAIIEYLEERYPQVPLLSRDPVLRAHERGVAALIGCDIHPLHNVSVLNKLRQWGHDEAQVTEWIGHWISQGLAAVEQLIGEDGYCFGAAPGLADVYLIPQLYAAERFNVSLQGYPRIRRVAALAAAHAAFQQAHPASQPDTP PGPT0006040_900 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0006040-maiA|GSTZ1-K01800 NA NA D1-35_01325 804 hypothetical protein ATGAAACCGCGCCAAGCCTTTTTTGACTGTCTGCACCGCTCGCCACCCGCACTGCTCGAAGCAGCCCTGTGGATCGCAGCCGAGCATGATCGTGAAGTGGACGTGCCAGCGTTATTGAAGGATTTCAGGGAGCTGCAGCAGAAAGTCAGCCACGGCCTGCCGATGCTGCCTGTCAGCGAATTGGGCCAGCCCCTGCTTCGGCGCCTGAATGATCTGGGTTTCGCCCAGGACGACGCTACGCCGCTACGGCCTGGCGCGGCGCTGCTGGACAAGGTCCTGGTCCGCAAGCGAGGGCAACCGCTGGCCTTGGGCCTGATAGCCCTGGAACTGGCCAAGGGCCTGGAAATCCCGATGACCGGCGTCAATTTCCCCGGCCATTTCCTGCTGCGCGTACCTGGCGCGGACCACCTGCTCGACCCCTGCGGCGGTCGCCGCTTGTACCCCAATGACTGCCGGGACTTGCTGCATCGCCAATACGGCGCCAACCTGCCGCTCAAGGCCGAGCACATGGTCTGCGCCGAGCCGATGCAGATGCTCCAGCGGCTGTCGCGTAATCTCAGGCAATTACATCTGGCCAACGACGACTACATCGCCGCGCTGGTCGATGCCGAACGGGTGCTGGAACTGGGTAACGCCAGCGCCGCCGACTACCTGGCCCGCGCCAGCCTCTACCAGCGACTCGATTGCCCCAACGCCGAACGTTTCGATCTCGAACATGCATTGATGCTCAGTGATGACCCGATCCAGCGGATCCGGCTGACCGAGCGGCTGGGGCATCTGCCGCCAAATACGATTGTGCATTGA MKPRQAFFDCLHRSPPALLEAALWIAAEHDREVDVPALLKDFRELQQKVSHGLPMLPVSELGQPLLRRLNDLGFAQDDATPLRPGAALLDKVLVRKRGQPLALGLIALELAKGLEIPMTGVNFPGHFLLRVPGADHLLDPCGGRRLYPNDCRDLLHRQYGANLPLKAEHMVCAEPMQMLQRLSRNLRQLHLANDDYIAALVDAERVLELGNASAADYLARASLYQRLDCPNAERFDLEHALMLSDDPIQRIRLTERLGHLPPNTIVH NA NA NA NA NA D1-35_01326 1020 ldh Leucine dehydrogenase ATGTTTGCTCTCATGCAAAGCTCCCGCCTTGAATCGCTGCACTTGAGCGTAGACCCGGCAACCGGGTTGAAGGCGGTGATTGCCATTCATTGCAGCCGTCCTGGGCCTGCACTGGGTGGCTGTCGTTATCTTTCCTACCCCGACGACGAAAGTGCCGTGGCCGACGCCGTGCGCCTGGCCCAGGGCATGAGCTACAAGGCTGCGCTGGCCGGCCTGCCCGTGGGCGGGGGCGTGGCGGTCATCATGCGTCCGGCACACGTCGAGAGCCGTGCGGCATTGTTCGAAGCCTTCGGCCGCTGCATCGAGCAGCTGGACGGTCGCTACATTACCGCCATCGACAGCGGCACATCGGTGGCGGACATGGACTGTATCGCCCAGCAGACTCGTCATGTCACCAGCACCACTGCCGCGGGAGACCCGGCGCCCCATGCGGCAATGGGGGTGTTCGCCGGGATCCGCGCCACGGCCATGGCTCGCCTGGGTAGCGACAACCTGGAAAGCCTGCGGGTGGCCATCCAAGGCTTGGGCAATGTCGGTTATGCGCTGGCCGAGCAACTGCATGCGGCGGGCGCCGAACTGCTGGTCAGCGATATCGACCCCGGTAAAGTGCAGCTGGCGATGGAGCAACTGGGCGCCCATCCCATCGCCAACGACGCACTGCTCAGTACCCCCTGCGACATCCTGGCTCCCTGCGGCCTCGGCGGGGTACTCAACAGCCAGAGCGTGGCGCAACTGCGCTGCTCGGCCGTTGCCGGCTCGGCGCATAATCAGTTGAGCAACCTGCAAGTCGCCGACCAGTTGGAAAGACGTGGGATCCTCTATGCACCGGACTACGTGATCAATTCCGGCGGCCTGATCTATGTTGCCTTGAAACACCGCGGCGAAGAGCTGCCGACCATCACGGCGCATCTCGCCAAGATCGGTGCCCGGCTCACGGAAGTCTTCGCCCACGCCCAGGCCGAAAAACGCTCACCGGCCAGGGTGGCTGACGAGCTCGCGGAGCGTTTGTTGTACCGATAA MFALMQSSRLESLHLSVDPATGLKAVIAIHCSRPGPALGGCRYLSYPDDESAVADAVRLAQGMSYKAALAGLPVGGGVAVIMRPAHVESRAALFEAFGRCIEQLDGRYITAIDSGTSVADMDCIAQQTRHVTSTTAAGDPAPHAAMGVFAGIRATAMARLGSDNLESLRVAIQGLGNVGYALAEQLHAAGAELLVSDIDPGKVQLAMEQLGAHPIANDALLSTPCDILAPCGLGGVLNSQSVAQLRCSAVAGSAHNQLSNLQVADQLERRGILYAPDYVINSGGLIYVALKHRGEELPTITAHLAKIGARLTEVFAHAQAEKRSPARVADELAERLLYR PGPT0020320_1153 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 D1-35_01327 261 hypothetical protein ATGGCCGTCGAAGTGGTATACCGCAGCAGCCGAGATCTGGAGCGATTGTTCATGGATAAAGCCGAAGCTGACCGTCATGACAAAATGCTGGAACTCGCTGAATTGCTCGCCGAAGTGTTGCAAAAAGCCGTTCCATCGCTGAGCGAACAACAGGTGGAGGAAGCCGGCATCTACATGGCGAAGAATCGCGATGTGTTCGCCAAGGCATTCAAGAGCCAGCCAGACGCGTTGTCCGAACTGCTCAATCCGTCAGACGAATGA MAVEVVYRSSRDLERLFMDKAEADRHDKMLELAELLAEVLQKAVPSLSEQQVEEAGIYMAKNRDVFAKAFKSQPDALSELLNPSDE NA NA NA NA NA D1-35_01328 501 psiE Protein PsiE GTGAAAATCAACTGGGCCGAGAACCTGCGCCAGAATGTCCACCAGCTGGCCGAATCCCTGGGCAACCTGTTCGTCGAGACCTTCCACTACCTGGCGCTGTTCGCCATCGGGGCGGTGACGGCATGGGCTGCCGTGATGGAGTTCCTGCAGATGATCGAGGAGGGTCATATCAAGATCGACGACATCCTCCTGCTGTTCATCTACCTGGAGTTGGGGGCGATGGTCGGGATTTACTTCAAGACCAATCACATGCCGGTGCGATTTCTCATCTACGTGGCGATCACCGCGTTGACGCGCCTGCTGATTTCCAACGTCTCGCATCACAGCCCGCCGGACCTGGGCATCATCTACTTGTGCGGCGGCATCCTGCTGCTGGCGTTCGCGATCCTGGTGGTGCGCTACGCCTCGTCGCAGTTTCCCTCGGTGAAGATCGAACACCCGCACCGTAAGGTCGGCGCGGGTTCGAGCGAGCATGCCGAAGTGGAGAAGGGCGAAATCTAG MKINWAENLRQNVHQLAESLGNLFVETFHYLALFAIGAVTAWAAVMEFLQMIEEGHIKIDDILLLFIYLELGAMVGIYFKTNHMPVRFLIYVAITALTRLLISNVSHHSPPDLGIIYLCGGILLLAFAILVVRYASSQFPSVKIEHPHRKVGAGSSEHAEVEKGEI PGPT0015090_21 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0015090-psiE|yjbA-K13256 NA NA D1-35_01329 318 hypothetical protein ATGGACAACCCTTTTCAGATCATTACGGACGCCTTCGCGCCGCAATACCAGATCAACCTGAGCATCCAAGGCCTGGACGGCAGCATCATGCTGACCCTGTCCAAGGCCGGGCGCGTCGTTGCCAAGCGCATGATCAGCGCGCAGCAACGCAACGACCCGGAACGGCTCAAGCGCCTGGTGCAGAGTATTCAATTCGGCATTGCCATCGAGCAGGGCCACAGCGCCGTGGCCATCCTCGAAGCCATGACCGGCGGCGACAACATCAAGGTGCCGCCACCGCAGGTACAGGGCCAGGCGTCCAGCGCCGCCGGTCTCTAG MDNPFQIITDAFAPQYQINLSIQGLDGSIMLTLSKAGRVVAKRMISAQQRNDPERLKRLVQSIQFGIAIEQGHSAVAILEAMTGGDNIKVPPPQVQGQASSAAGL NA NA NA NA NA D1-35_01330 411 hypothetical protein ATGCAAATCCAAGTCAACAGCGATAACCATATTCAAAGCAGCATCCGACTGGAGGAGTGGGTACGTACTACCATTGAAAGCACGCTCGAACGTTACGAAGAAGACCTGACACGGATCGAGGTTCATTTGGGGGATGAGAACGGCGACAAGCCCGGTCCCCACGATTTGCGTTGCCAACTTGAGGCTCGGCCAAAAGGCCACCAGCCAATTTCCGTAACGCACAAGGCCGAGTCGCTGGAACTTGCGATCGAAGGCGCAGCCACCAAGCTGGAACATAAACTGGAGCATCTGTTCGGCAAACTGCGCGGCAAGCGCGCCGCCACCAACGGCCAGACCGAGTCGATTGCACTGGCTGATGCCATGCTGGAAGAAGAATTCCTCGAGAACGAACGGGCTGCGCTTAACGGCTGA MQIQVNSDNHIQSSIRLEEWVRTTIESTLERYEEDLTRIEVHLGDENGDKPGPHDLRCQLEARPKGHQPISVTHKAESLELAIEGAATKLEHKLEHLFGKLRGKRAATNGQTESIALADAMLEEEFLENERAALNG NA NA NA NA NA D1-35_01331 2340 fecA_1 COG4772 Fe(3+) dicitrate transport protein FecA ATGCCGCAGCAACCCACCCGTCTCACCCCGCTCGCTCGCGCCGCGCGTCAACTGTTGCTGGGGGCCAGCTTGAGTTTCGTTGCACTGCCCGCCGTGCTGGCTGCAGAGGCCAAGGCCTATCACATTGCGCCGTCATCGCTGGAAAACGCCCTTAATCAATTCGGCCGCGAAGCCGGCGTGTTGATTTCCTTCGGCTCGCAACTGACCGGCGGCCTGCAGAGTCGCGGCCTGGAAGGCAGCTACAGCCCCGAGCAAGGCTTGAACGCGCTGCTTGAAGGCACAGGCCTGCAAGCTCGGCCCGAGGGGGACAATGCTTTCAGCCTGCAACCGGTCAGCAGCACTGCACTGGACATCGGCACCACGACCGTGGTCGGTGACTGGCTCGGCGACGCAGCGCCGACCAACGTCTTCGAACACCCGGGCGCTCGGGACGTTATCCGCCGCGATGAGTTCGAACGCCAGGGCGCGACGCAGGCCCGGGACGTGCTCAATCGCATTCCCGGCGTCAACGCACCGGAAAACAACGGCACCGGCAGTCATGACATGGCGCTGAATTTCGGTATACGTGGCCTCAATCCGCGCCTGGCTTCCCGCTCGACGGTACTGATGGATGGCATTCCAGTGCCTTTCGCGCCGTATGGCCAACCGCAGCTGTCCTTTGCTCCCGTGAGCATGGGCAACATGGACGCGGTGGATGTCGTGCGCGGGGGCGGCGCGGTGCGCTACGGCCCGCAAAACGTCGGCGGCGTGGTCAACTTCGTGACCCGGGCAATACCCGATGCACCGACCGTCAAAGGCGGTTTCCAGACCGAGGCGAGCCCGTCCTCCAGCCACGATGGCTTCAAGACGTCCGCCAATCTGCTGGCCGGCGGCACCGCCGATAACGGCCTGGGCGGCGCCCTGTTATATTCCGGCACCCGCGGCGGCGACTGGCGTGAGCACAGCGACACGCAGATCGACGACCTGATCCTCAAGGGCAACTATCAACTGGACGAGGCCAACAGCTTCAACGCCATGGCCCAGTACTACGAAGGCGAGGCCGACATGCCCGGCGGCCTGAACGTGGCCGACTACAACGCCGACCCGTACCAGTCCACTCGTCAGAAGGACCGATTCTGGGGCCGTCGTACCCTGGTCAATTTCGGCTATCGCTACCAGCAGGACCGGCGAGAATTCACCGCCAACACGTTTTTCACCAAGACCTTGCGCAGCGGCTATCTGGACCAGGGCTCCTTCCTGTCCCTGTCGCCTCGTGAATATTGGGTACGCGGCCTGGAAACCCGTTTTGCCCAAGGCTTCGACCTCGGCCCGACCAGCCACGAGGTCGGCGTCGGCTATCGCTATATCAACGAAGCCGGTCATGAACTGCGTTATCGCACACCGATCGCCAGCAACGAGCTGCCGACCACCTCCAGCCGCAACGACCGCGATACCCGCGGCGGAACCGAAGCCAATGCATTTTTCATCGATGACCGGATCGATATCGGCAAATGGACGATCACGCCCGGCATTCGCTACGAAATGATCGAGTCGCAGCAAACCAACAACCTGACCAATGTGAAGTACAAGGGCGACTACAACACCGCCCTGCCAGCGCTGAATGTGCTGTACCACCTGACCGACGAATGGAATCTGTATGCCAACACCGAAGGCTCGTTCGGCAGCGTGCAGTACAGCCAGATGCCCAACCGCGTCAGCAGCGGTGAAGTGAAACCGGAGAAGGCTCGCACCTGGGAGCTTGGCACCCGCTATGACAATGGCAACCTGCGGGCAGAGATCGGCGCCTTCCTGATCAACTTCGACAACCAGTACGAAAGCAACCAGACCAACGATTCGGTGATCGCCCGGGGCGAGACCCGCCACCAGGGCATCGAAACCAGCGTCAACTATGCCCTCGAAGGCCTGAGCCCGGCGCTGGCCGGTTTTGACGTGTACGCCACTTACGCCTACGTCGACGCCACCATCCGCGAAGACGGGCCGAACAAGGGCAACCGCGTGCCCTTCTCCTCCAGGCACAAAGGTACGCTGGGCGTAGGTTACACGGATGGGCCGTGGAAGCTGAACCTGGACAGCACCTACCAGAGCGCGCAGTTTGCCGACAACGCCAATACCCGCGCGGAAAGCGCCGATGGCAGCACCGGCAATATCCCTGGCTACATGCTGTTCAGCAGCCGCGCCGCTTATGATTTCGGCCCGCAACTGTCGGACCTGAACGTCGCGGTGGGCGTGAAGAACATCTTCAATACCCAATACTTCACCCGCTCGTTTGATGACAACAATCGGGGCAAATACGTAGGGGAACCGCGCACGTTGTATGTGCAGACGTCCGTGGCGTTCTGA MPQQPTRLTPLARAARQLLLGASLSFVALPAVLAAEAKAYHIAPSSLENALNQFGREAGVLISFGSQLTGGLQSRGLEGSYSPEQGLNALLEGTGLQARPEGDNAFSLQPVSSTALDIGTTTVVGDWLGDAAPTNVFEHPGARDVIRRDEFERQGATQARDVLNRIPGVNAPENNGTGSHDMALNFGIRGLNPRLASRSTVLMDGIPVPFAPYGQPQLSFAPVSMGNMDAVDVVRGGGAVRYGPQNVGGVVNFVTRAIPDAPTVKGGFQTEASPSSSHDGFKTSANLLAGGTADNGLGGALLYSGTRGGDWREHSDTQIDDLILKGNYQLDEANSFNAMAQYYEGEADMPGGLNVADYNADPYQSTRQKDRFWGRRTLVNFGYRYQQDRREFTANTFFTKTLRSGYLDQGSFLSLSPREYWVRGLETRFAQGFDLGPTSHEVGVGYRYINEAGHELRYRTPIASNELPTTSSRNDRDTRGGTEANAFFIDDRIDIGKWTITPGIRYEMIESQQTNNLTNVKYKGDYNTALPALNVLYHLTDEWNLYANTEGSFGSVQYSQMPNRVSSGEVKPEKARTWELGTRYDNGNLRAEIGAFLINFDNQYESNQTNDSVIARGETRHQGIETSVNYALEGLSPALAGFDVYATYAYVDATIREDGPNKGNRVPFSSRHKGTLGVGYTDGPWKLNLDSTYQSAQFADNANTRAESADGSTGNIPGYMLFSSRAAYDFGPQLSDLNVAVGVKNIFNTQYFTRSFDDNNRGKYVGEPRTLYVQTSVAF PGPT0003795_374 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_CITRATE_TRANSPORT,PGPT0003795-fecA-K16091 NA NA D1-35_01332 948 fecR_2 COG3712 Protein FecR ATGCCCAGCGCGCCGAACGTCAGCGCGCAAGTCGCCGAGCAGGCGGTGCATTGGCTGCTGGAAATGCAGCAAGGGCCACTCGATGCGCGCCAGCAGCAAGCCTGGGAACAGTGGCTCAATGCACACAGCGAACATCGCCGCGCCTGGGAGCATATCCAGCGGGTCAACCAGCGGCTGCGCAATGTGTCTTCTCCGTTGGCCCATGCGACGCTCAACACACCGAAGTCGGCAACGCGGCGCCGGACCCTCAAGATGTTGCTGCTGCTGGGTGCCGGCTCGGCCGCGACCTGGGGCCTGCGTGAACGCCAGTTGTTGCCGCCATTGCTCGCCGATTACCGCAGCCCGGTGGGCGAGCGGCGTCGCCTGGCGCTGGATGACGGCAGCCAGCTGCAGCTCAACAGCGGCAGCGCGGTCGATATTCGCTTCGACGCTCAGCGCCGCCTGATCCGCCTGCTGGAAGGCGAACTGCTATTGACCGCAGCCCAGGACCCACGCCCCCTGCAGGTGCTGACCGCCCATGGCCTGCTGGAAAGCCACGACGCCCGTTTCAACGTGCGTGAGTATGCAGACCACACCCAAGTCGCAGTGTTTGCCGGCCAGGTGGACATTCGCGGCAGGCACGGCACGGCTTTTCTGCTGGGGGCTTCCCGACAAGCGTCCCTTGGCATCAACGGCACCGGTCCCGCCACGGCGCTTGACGCCAACAGCGGTGCCTGGACGGAGGGCATGCTGGTCGCCGCGCACATGCGCCTGGCGGATTTCCTTGAGGAACTGGGCCGCTACCGACGCGGCCAGCTGCACTGCGACGAGGCGGTCGCCAACCTTCTGGTCTCCGGAACTTATCCGCTGGACAACGGCGAGCGAATCCTTGATCTGCTGGAAATCAGCCTGCCGGTAAAAGTGCGGCGTTTCACCCGCTATTGGGTCACGGTCGAAGCTCGCGCTTGA MPSAPNVSAQVAEQAVHWLLEMQQGPLDARQQQAWEQWLNAHSEHRRAWEHIQRVNQRLRNVSSPLAHATLNTPKSATRRRTLKMLLLLGAGSAATWGLRERQLLPPLLADYRSPVGERRRLALDDGSQLQLNSGSAVDIRFDAQRRLIRLLEGELLLTAAQDPRPLQVLTAHGLLESHDARFNVREYADHTQVAVFAGQVDIRGRHGTAFLLGASRQASLGINGTGPATALDANSGAWTEGMLVAAHMRLADFLEELGRYRRGQLHCDEAVANLLVSGTYPLDNGERILDLLEISLPVKVRRFTRYWVTVEARA PGPT0003910_5771 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_01333 369 fecI_2 COG1595 putative RNA polymerase sigma factor FecI ATGCGCGTGCTGACCGCGCGCGATCCGCAGCCGGTCCTGGAGCCCCGTGCATTTCTCACCACCATCGCCAAGCGCGTATTGTTCAACCATTACCGACGCCAGGATCTCGAACGCGCCTACCTCGACACCCTCGCCCAGATGCCGGAGCAAGTGGCGCCGTCGGAAGAGGAGCGAGCGATCATCCTGCAGACCCTGCTGGAACTGGACCAACTGCTCGATGGACTGCCACGTGCGGTCAAAAAGGCGTTCCTGCTGGCGCAGATCGATGGCCTGACCTACAACGAAATCGCCCATGAACTGGGTATTTCCCTGCCGACGGTCAAGCGCCACCTGAACAGGGCAGCGATGCGCTGCTACTTCGCCCTGTGA MRVLTARDPQPVLEPRAFLTTIAKRVLFNHYRRQDLERAYLDTLAQMPEQVAPSEEERAIILQTLLELDQLLDGLPRAVKKAFLLAQIDGLTYNEIAHELGISLPTVKRHLNRAAMRCYFAL PGPT0003900_392 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_01334 894 rhaS_5 HTH-type transcriptional activator RhaS ATGCTGGAGAAACCGATCATGACCAGTCTGCAAACCCTGCAAGTCTTCCAAGCCCTCAACAGCTCGCCCAATGCTCGCCTGGAGCACAGCGCCGAGCTCGGTGACGGCATGGCGGCGGCTTTGTGGAGCAACCATCACGACGCCCGTGACTACGAGGCGCCAACCCACCATACGCTGTCGTGCTACATCGCCGGCGGCACCGGCACTTTTCGCCGCGAGCGTCCCGACACCACGGGGGCGCCCGGCAAACTCTGCGTGTTGCCGGCCGGACATGAATCGGCCTGGGTCATCAACGGCGACATTCGCCTCGCCCACCTGTATTTCAGCCCCGAGCAATTCGCCCTGGGTTGCGTCACGCTGCTGGATCGCGAACCGCGGCAAGTGCAATTGCACGAGGCAACCTTTCTCGATGACCCGCGGCAGGCACAGCGCTTTCGACAGTTGATCGAGCTGGACTGGGCCGAGCCGGCTGAACGCCTGCTCGGCACCAGCCTCGCCCATGAACTGCTCAGCCACCTTCTGCTCAACCAGGTTGGCCAACGCCAGGGCCTGCGCCTGAAGGGTGGGCTGGCCGCGCACCAGCGACGCTTGCTGGTGGATTACATCGACGCTCAATTGGCCGAAGCCATCAGCCTTGGTCAACTCGCTGCGCTGTGTGCCCTGTCCGAATACCATTTCGCCCGGATGTTCCGCGAAACCTTCGGCCTGCCACCGCACCAGTACGTCCTGGCGCGGCGTCTCACCCGGGCGCGGCACTTACTGCGCCATACCCTACAACCGTTGGGCGAGGTAGCTCTGGCCTGCGGATTTGCCAGCGCCAGCCATTTCACCAACCGTTTTCGCCAGGCCCTGGGGGCAGCTCCCGGGGAGTATCGGCAGGCATTTTTGCGCTAG MLEKPIMTSLQTLQVFQALNSSPNARLEHSAELGDGMAAALWSNHHDARDYEAPTHHTLSCYIAGGTGTFRRERPDTTGAPGKLCVLPAGHESAWVINGDIRLAHLYFSPEQFALGCVTLLDREPRQVQLHEATFLDDPRQAQRFRQLIELDWAEPAERLLGTSLAHELLSHLLLNQVGQRQGLRLKGGLAAHQRRLLVDYIDAQLAEAISLGQLAALCALSEYHFARMFRETFGLPPHQYVLARRLTRARHLLRHTLQPLGEVALACGFASASHFTNRFRQALGAAPGEYRQAFLR NA NA NA NA NA D1-35_01335 900 hypothetical protein ATGAACCTTTCGTTGTACCTGCTCACCGTGCTCATCTGGGGGACCACCTGGATCGCCCTGAAACTGCAGTTGGGCGTCGTCGCCATTCCGGTGTCGATTGTCTATCGCTTCGGCCTCGCCGCGCTGATCCTGTTCGTGATGCTCCTGCTCAGCCGCCGCCTTCAGGTCATGAACCGGCGCGGTCATTTGATCTGCGTCGCCCAGGGCCTGTGCCTGTTCTGCATCAACTTCATGTGTTTCCTGACCGCCAGCCAATGGATTCCCAGCGGCCTGATCGCCGTGGTGTTTTCCACCGCTACGCTCTGGAACGCCTTGAATGCGCGGGTGTTCTTCGGTCAGCGGATCGCCCGAAACGTCTTGCTCGGCGGTGCCCTTGGGCTGCTCGGGCTGGCGTTGTTGTTCTGGCCGGAGCTGGCCGGGCACCGCGCAAGTCCGCAAACGCTGCTCGGGTTGGCGCTGGCGCTGTTGGGCACCTTGTGTTTCTCGGCGGGCAACATGCTGTCGAGCCTGCAACAGAAGGCCGGCCTCAAGCCGTTGACCACCAACGCCTGGGGCATGGCCTACGGGGCCGCGATGCTGTCGGTGTGGTGCTTGTTCCAGGGCATTCCGTTCGAGATGGAATGGAATACGCGCTACGTCGGCTCGCTGTTGTACCTGGTGGTCCCGGGTTCGGTCATCGGCTTTACCGCGTACCTGACGCTGGTAGGACGCATGGGGCCGGAGCGGGCGGCGTATTGCACCGTGCTGTTCCCGGTAGTGGCCTTGAATGTCTCGGCTGTTGTCGAGGGTTATCAGTGGACGGCACCGGCGCTGGTCGGACTGGTGCTGGTGATGCTGGGCAACGTGTTGGTGTTTCGCAAGCCGCGACCCGTGACCGCGAAAGTCGTGCTGGCTCGTTAA MNLSLYLLTVLIWGTTWIALKLQLGVVAIPVSIVYRFGLAALILFVMLLLSRRLQVMNRRGHLICVAQGLCLFCINFMCFLTASQWIPSGLIAVVFSTATLWNALNARVFFGQRIARNVLLGGALGLLGLALLFWPELAGHRASPQTLLGLALALLGTLCFSAGNMLSSLQQKAGLKPLTTNAWGMAYGAAMLSVWCLFQGIPFEMEWNTRYVGSLLYLVVPGSVIGFTAYLTLVGRMGPERAAYCTVLFPVVALNVSAVVEGYQWTAPALVGLVLVMLGNVLVFRKPRPVTAKVVLAR NA NA NA NA NA D1-35_01336 972 ghrB_1 COG1052 Glyoxylate/hydroxypyruvate reductase B ATGAAAAAAACCGTACTCGCCTTCAGCCGTATCACGCCCCCCATGATCGAGCGCCTGCGCCAGGACTTCGACGTGATCGTGCCCAACCCGTCGAACGGCGACATCAATGCGCAGTTCAACGAAGCCTTGCCCCATGTCCATGGGCTGATTGGCGTTGGCCGCAAGCTCGGCCGCGAGCAACTGCAGCACGCCACGAAGCTGCAAGTAGTCTCCAGCGTGTCGGTGGGCTATGACAATTACGACCTGGCGTACTTCAATGAACGCGGGATCATGCTCACCAACACTCCCGACGTGCTCACCGAAAGCACCGCCGACCTGGCGTTCGCCCTGGTGATGAGCAGTGCCCGGCGCGTCGCCGAACTGGACGCCTGGACCAAGGCCGGACAGTGGCAGGCATCTGTCGGGCCACAGCTGTTCGGCAGCGATGTACATGGCAAGACCCTGGGCATCGTCGGCATGGGCAATATCGGCGCGGCTGTTGCCCGACGTGGTCGGCTGGGGTTCAACATGCCGATCCTCTACAGCGGCAACAGTCGCAAGCCCGAACTGGAGAACCAGTTGGGCGCACAGTTCCGCGAACTGGACCAGTTGCTGGCCGAAGCGGACTTCGTCTGCCTGGTGGTGCCGTTGAGCGAGAAAACCCGCCACCTGATCGGCCAGCGCGAGCTGTCCCTGATGAAACCGAGCGCCATCCTGGTGAACATTTCCCGCGGTCCGGTGGTGGATGAGCCGGCGTTGATCGAAGCCTTGCAGAACAACCGCATCCGCGGCGCCGGGCTGGATGTCTACGAAAAGGAACCGCTGGCCGAGTCGCCGCTGTTCCAGTTGAAAAACGCCGTCACCTTGCCGCATATCGGTTCGGCTACCCATGAAACCCGTGAGGCCATGGCCAATCTGGCCGTGGAAAACCTGCGCAGCGCCTTGCTGGGCGAACGACCGAAGAACCTGGTCAACCCGCAAGTCTGGAAATAA MKKTVLAFSRITPPMIERLRQDFDVIVPNPSNGDINAQFNEALPHVHGLIGVGRKLGREQLQHATKLQVVSSVSVGYDNYDLAYFNERGIMLTNTPDVLTESTADLAFALVMSSARRVAELDAWTKAGQWQASVGPQLFGSDVHGKTLGIVGMGNIGAAVARRGRLGFNMPILYSGNSRKPELENQLGAQFRELDQLLAEADFVCLVVPLSEKTRHLIGQRELSLMKPSAILVNISRGPVVDEPALIEALQNNRIRGAGLDVYEKEPLAESPLFQLKNAVTLPHIGSATHETREAMANLAVENLRSALLGERPKNLVNPQVWK PGPT0001310_732 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 D1-35_01337 669 hypothetical protein ATGTGGGCGAATGATGGCGGCCAGGTGATTGTCCTGGTCGAGGCCTTCCTGCCCAATGGCCTCGGCCTGCCGGTGGCGCAACGCGAGCACGCCGAACGGCGCTCGGCAGTAGTGCGCAGCGGCGTCAGCGAGGCCCGCGTGGCGATCACCTTCGCCGCCTATAATCCCGGTCCTTGCCATAATCTGGACGCCGATAACCTGTGCCGCATCTATGAGCGTCGCCCCCTGGTGTGCCGCATCTATCCCATGGAAATCAACCCGCATATTCCTCTCGATACCGCCGCCAAGGATTGCCCGCCGGAGTCGTGGGAAACGGGGCCGCAGCTGATCGTCGGCGGTCAGTTGGTAGACCAGGAACTGGCCCGGTTGATCGAGCGCTCCCGCCAGGCCGACCGTGAAGAGATCGCCATCAAGGAACGCATCTGCGTGTCCCTGGGCATCCACACCACCGCACTGAAGGGCGACGGATTTACCGCGTACCTGCCGAACATGGCGGCGTTTGCCGCCGCCATCGATCAGGCTCGCGCGCAGCCGATGGGCCAAGAGGCAGGTGAATGGCAGTTCCACTTGTCCGGTGATGACATTGCTCGCCAGGTCACCGACAGCGGCGCAAGTGTTGTCACCGAGGAGCCGGTCAACTACGCGTTTATTTCGCTGCGGGCCGCCTGA MWANDGGQVIVLVEAFLPNGLGLPVAQREHAERRSAVVRSGVSEARVAITFAAYNPGPCHNLDADNLCRIYERRPLVCRIYPMEINPHIPLDTAAKDCPPESWETGPQLIVGGQLVDQELARLIERSRQADREEIAIKERICVSLGIHTTALKGDGFTAYLPNMAAFAAAIDQARAQPMGQEAGEWQFHLSGDDIARQVTDSGASVVTEEPVNYAFISLRAA NA NA NA NA NA D1-35_01338 327 hypothetical protein ATGAAAGTACCCTGCCTGATTTTCTTCGCCCTCAGCGCCCTGGCTGCACAGGCCCATGCCTCCAGCTCCGATGCCTGGGCTGCCTATGACAAGAAAGTCCTCGCCAGTTGCATCAAGGCCAGCGGTTTGAAAAATGCCGAACCGGTCGGCAGCCCCGCGCAATTCGACGACCGGGTGGGCTACACCGCGCTGTTGCTGCAAGGCCAATATCCGCAAAAGCACATGAAAGGCGCGACCGGCACCGAGCTGTGCCTCTACCGCAAGAAAACCAAGAGCGCGTTCGTGACCGAATGGGACTCGATCCGCCCGACCGAAACCTCCCGATGA MKVPCLIFFALSALAAQAHASSSDAWAAYDKKVLASCIKASGLKNAEPVGSPAQFDDRVGYTALLLQGQYPQKHMKGATGTELCLYRKKTKSAFVTEWDSIRPTETSR NA NA NA NA NA D1-35_01339 903 cheV_3 COG0784 Chemotaxis protein CheV ATGTCTTCCAACAAAGCCCGCGCAGATTCCCTTTCGCTTCTGCTGTTTACCTTGCGCAGCGGCAAGCTGATGGCAATCAACCTGCTCAAGGTCAGCGAAATCATTCCCTGCCCGCCGCTGACCAAACTGCCGGAGTCGCACCCACACGTAAAAGGCATCGCCACGTTGCGCGGAACGTCGTTGTCGGTGATCGACCTCAGCCGCGCCATTGGCGAGCGGCCGCTGGAAGACCCGGACGGCGGGTGCCTGATCGTCACCGACGTCAGTCGCTCCAAGCAGGGCCTGCACGTGCAGGCGGTGAGCAAGATCGTGCATTGCCTGACTACCGACATCAAGCCGCCGCCCTACGGCTCCGGCGGCGTGCGTGCGTTCATCACTGGCGTGACCTCGGTGGACGGCACGCTGGTGCAGGTGCTGGACATCGAAAAAGTCATCCACGGCATCGCCCCGGCGCAGATCGAGACGGCGCCCACCGAACTGAGCATGGAAGACGCCGAAGTCCTCGGCAACGCCCGGATCCTGGTGGTCGATGACAGCCAGGTGGCGCTCCAGCAATCGGTGCATACCCTGCGCAACCTGGGCCTGCAATGCCACACCGCCCGCAGCGCCAAGGAAGCCATTGACTGCCTGCTTGAGCTGCAAGGCACGGCGCAGGAAATAAACCTGATCGTTTCCGACATCGAAATGTCCGAGATGGACGGTTACGCCCTCACCCGGACCCTGCGCGAAACACCCGACTTCGCTCACCTCTACGTGTTGTTGCACACCTCGCTCGACAGCGCGATGAACAGTGAGAAAGCGCGGCTGGCGGGCGCCAACGGGGTGCTGACCAAGTTCTCCTCGCCGGAACTGACCAAATGCCTGATCACGGCGGCCAAGGCCGTCGCCGAACAAGGTCGCTGA MSSNKARADSLSLLLFTLRSGKLMAINLLKVSEIIPCPPLTKLPESHPHVKGIATLRGTSLSVIDLSRAIGERPLEDPDGGCLIVTDVSRSKQGLHVQAVSKIVHCLTTDIKPPPYGSGGVRAFITGVTSVDGTLVQVLDIEKVIHGIAPAQIETAPTELSMEDAEVLGNARILVVDDSQVALQQSVHTLRNLGLQCHTARSAKEAIDCLLELQGTAQEINLIVSDIEMSEMDGYALTRTLRETPDFAHLYVLLHTSLDSAMNSEKARLAGANGVLTKFSSPELTKCLITAAKAVAEQGR PGPT0015675_1723 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415 NA NA D1-35_01340 1554 norR2 COG3604 Nitric oxide reductase transcription regulator NorR2 ATGACCGCAACTTCCTTGCTGACCTCGCTATTGCCGCTGGTGGCCGACCTGTCCCGCGAACTGCCTGAAGGCGAGCGCTATCGGCGCCTGCTCGGAGCCCTGCGCAGCCTGTTGCCTTGCGACGCCGCTGCACTGTTGCGCCTGGACGGCGACTGCCTCGTCCCGCTGGCCGTGGATGGCTTGAGCACCGACACCCTGGGCCGGCGATTCCGGGTCAGTGAGCATCCGCGTTTCGAAGCTTTGCTGGCCAATCCGCAGCCCACTCGCTTCGCCACCGACAGTGACCTGCCCGATCCGTACGATGGATTGGTGGAAGGGCTGGATGAACATCTGGAGGTTCACGATTGCATGGGTTGCCCGCTGTTTGTCGATGAGCAGCCCTGGGGCTTGCTGACCCTGGACTCGCTGGACCCGGAACGCTTCGAACCTATTGACCTGAGCGCCCTGCAAGCCTTCGCCAGCCTCGCCGCCGCCACCGTCAGCGCCGCCGAACGCATCGAGCGCCTGGCGTTGAGGGCCGAGGACGAGCATCGCCGCGCCGAAGTCTACCGTCAGGCCAGCGGCCAGCAGCAGCGCGACATGGTCGGCCAGAGCAAGCCCCATAAACGCCTGGTGGAAGAGATCAAGCTGGTCGGGGGCAGTGACCTGACGGTACTGATCACTGGCGAAACCGGCGTCGGCAAGGAATTGGTCGCCCAGGCCATTCATGCCGCCTCCCACCGTGCCGACCAGCCGCTGATCAGCCTCAATTGCGCGGCGCTGCCTGACACTCTGGTGGAAAGTGAACTCTTCGGCCATGTTCGAGGCGCATTCACCGGTGCCACCCAGGACCGGCGCGGCAAATTCGAGCTGGCGGATGGCGGCACGCTGTTCCTCGACGAGGTGGGCGAACTGTCCCTGACCGTCCAGGCCAAATTGCTTCGCGTGTTGCAAAGCGGCCAGCTGCAACGCCTGGGCTCGGACAAGGAGCACCGCGTCGATGTACGCCTGATTGCGGCGACCAACCGCGACCTCGCCGAGGAAGTGCGCAATGGCCGTTATCGGGCCGACTTCTACCACCGGTTGAGTGTCTACCCGCTGCAAGTGCCCGCGCTGCGTGATCGCGGGCGCGATGTACTGCTGCTCGCCGGCTTTTTCCTGGAACAGAACCGCTCGCGCATGGGCCTTGGCAGCCTGCGCCTGACCAGCGACGCCCAGGCTGCGTTGCTGGCCTACGATTGGCCGGGCAACGTGCGCGAACTGGAACACCTGATCGGTCGCAGCGCGTTGAAGGCATTGGGCAAGCATCCGGTTCGGCCGAAGATTCTAAGCTTGAGCGCCGATGATCTGGATCTGCATCACGTAGTCCCGGAAAATGCTCCGACCAACAGCCTCGCGCCAGCCTCCACGGTGAAGGTTTCCGGTGACTTGCGCCAGGCCACGGAAAATTATCAACGGCAAATGATCAGCGCCTGCCTGGAACGCCATCAACACAACTGGGCCAGCGCTGCCCGGGAACTGGGCCTGGATCGGGCCAACCTGGGGCGGATGGCCAGGCGGCTGGGCCTCAAATAG MTATSLLTSLLPLVADLSRELPEGERYRRLLGALRSLLPCDAAALLRLDGDCLVPLAVDGLSTDTLGRRFRVSEHPRFEALLANPQPTRFATDSDLPDPYDGLVEGLDEHLEVHDCMGCPLFVDEQPWGLLTLDSLDPERFEPIDLSALQAFASLAAATVSAAERIERLALRAEDEHRRAEVYRQASGQQQRDMVGQSKPHKRLVEEIKLVGGSDLTVLITGETGVGKELVAQAIHAASHRADQPLISLNCAALPDTLVESELFGHVRGAFTGATQDRRGKFELADGGTLFLDEVGELSLTVQAKLLRVLQSGQLQRLGSDKEHRVDVRLIAATNRDLAEEVRNGRYRADFYHRLSVYPLQVPALRDRGRDVLLLAGFFLEQNRSRMGLGSLRLTSDAQAALLAYDWPGNVRELEHLIGRSALKALGKHPVRPKILSLSADDLDLHHVVPENAPTNSLAPASTVKVSGDLRQATENYQRQMISACLERHQHNWASAARELGLDRANLGRMARRLGLK PGPT0000375_234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0000375-norR-K12266 NA NA D1-35_01341 1182 hmp_1 Flavohemoprotein ATGCTGAGTCGAGAACAACGCGCCATCATCCGTTCCACTGTCCCCTTGCTTGAAAGCGGTGGGGAAGCGCTGATCACTCACTTCTACCGCATGATGCTGTCGGAATACCCGCAAGTGCGCCCGCTGTTCAACCAGGCTCACCAGGCCAGCGGCGATCAGCCGCGTGCGCTGGCCAACGGTGTACTGATGTATGCGCGGCACATCGATCAGCTCGACCAGTTGGGCGACCTGGTGGCGAAGATCGTCAACAAGCACGTGGCCTTGCAGATCCAGCCACAGCATTACCCGATCGTCGGCTCCTGCTTGCTGCGGGCAATCGCCGAGGTACTGGGCGAAGAGATCGCTACACCTGAAGTGATTTCGGCGTGGGGCGCTGCCTATAACCAGTTGGCCGATATCCTGATCGGCGCCGAAACCAGCTTGTATGACCGCAAAGCCGCGGCACCCGGCGGCTGGCGCGGTGAACGTGAGTTCATCCTGACGGCCAAAGTGCAGGAAAGCGCGGAAATCACTTCGTTCTACTTCGAACCGGCGGACAAGGGGCCGATCCTGCAGGCCGAGCCCGGCCAGTACATCGGTATGAAGCTGGTGCTGGACGGTGAAGAAGTGCGCCGCAACTATTCGTTGTCGGCCTTGGCGAACAATGGCCAGTACCGCATCAGCGTCAAGCGCGAGGCGGGCGGACGGGTGTCCAATTACCTGCACGACCATTTCCAGGTCGGCAATAGCATCCAGCTGTTTCCGCCGTCGGGAGATTTTTACCTCACCGCCAGCGACAAGCCGCTGGTGCTGATCAGTGGCGGCGTCGGCATCACTCCGACCCTGGCGATGTTGCAAGCGGCGCTGCAAACCGAGCGCCCGGTGCATTTCATTCACTGCGCACGCAATGGCCAGGTCCATGCCTTTCGCGAGTGGATCGACGACCTGGCCAAGCGGCACCCGCAACTCAAGCGTTTCTACTGTTATGACGAGCACGACGGCGCTGGGCCGGCGGCTGACAAGGTAGGGCTGTTGAGTGAGGAGCAACTGGCGCAGTGGTTGCCGGAGCAGCGAGACCTGGACGCGTACTTCCTTGGGCCGAAGGGCTTCATGGCGGCCATCAAGCGTCATCTCAAGGCCTTAGGCGTACCGCCGGGACAAAGCCGTTATGAATTCTTCGGGCCGGCGGCTGCTTTGGAATAA MLSREQRAIIRSTVPLLESGGEALITHFYRMMLSEYPQVRPLFNQAHQASGDQPRALANGVLMYARHIDQLDQLGDLVAKIVNKHVALQIQPQHYPIVGSCLLRAIAEVLGEEIATPEVISAWGAAYNQLADILIGAETSLYDRKAAAPGGWRGEREFILTAKVQESAEITSFYFEPADKGPILQAEPGQYIGMKLVLDGEEVRRNYSLSALANNGQYRISVKREAGGRVSNYLHDHFQVGNSIQLFPPSGDFYLTASDKPLVLISGGVGITPTLAMLQAALQTERPVHFIHCARNGQVHAFREWIDDLAKRHPQLKRFYCYDEHDGAGPAADKVGLLSEEQLAQWLPEQRDLDAYFLGPKGFMAAIKRHLKALGVPPGQSRYEFFGPAAALE PGPT0013000_1498 NA NA NA NA NA D1-35_01342 510 dsbB_1 COG1495 Disulfide bond formation protein B ATGAGTGAGGAAATGCTGCGGCTGGGCCGTGAGCGGCGCTATCTGGTGCTGCTGGGGTTGATCTGCCTGGGACTGATCGGCGGTGCTTTATATATGCAGGTAGTGCTTGGTGAAGCGCCATGCCCGCTGTGCATCCTGCAGCGCTATGCGTTGTTGCTGATCGCCATCTTCGCCTTCATCGGCGCGGCCATGCGCACGCGCCGCAGCCTGACGGTCTTCGAAGGCCTTGTCGTGCTTTGCGCGCTGGCGGGGGCGGGGGTGGCCGGGCACCATGTGTACACCCAGTTTTTCCCCGCGGTCAGTTGCGGTGTGGATGTGTTGCAGCCGATTGTCGATAGCCTGCCGCTGGCGAAGATCTTCCCGCTGGGCTTCCAGGTCGATGGTTTCTGTTCCACCCCGTACCCGCCGATCCTCGGCCTGTCGCTGGCGCAATGGGCACTGGTGGCGTTCGTCCTCACCGTCGTGCTGGTGCCATTGCTGGTGTCGCGCAATCGCAAGACGCTGCGCTGA MSEEMLRLGRERRYLVLLGLICLGLIGGALYMQVVLGEAPCPLCILQRYALLLIAIFAFIGAAMRTRRSLTVFEGLVVLCALAGAGVAGHHVYTQFFPAVSCGVDVLQPIVDSLPLAKIFPLGFQVDGFCSTPYPPILGLSLAQWALVAFVLTVVLVPLLVSRNRKTLR NA NA NA NA NA D1-35_01343 948 cyoA_2 COG1622 Cytochrome bo(3) ubiquinol oxidase subunit 2 ATGAGTAAAAACAGGTACCCCCGATTACTAGGCTTGTTGCCGCTGCTCGGCACGTTGCTGCTGGGAGGCTGCAACATGACCCTGCTCGATCCCAAGGGCCAGGTCGGCCTGGATGAGCGAAACCTGATCATCACCGCCACGCTGCTGATGTTGCTGGTCGTCGTGCCGGTTATCGTCATGACGTTCCTGTTCGCCTGGAAATATCGCGCGTCCAACACCAGTGCCACCTACACGCCGAAATGGTCCCACTCGACCAAGATCGAAATCGCGGTGTGGACCATTCCGGTACTGATCATCATTGCCCTGGGTTACATCACCTACAAGTCGACCCACGCCCTGGACCCGTACCGTCCGCTGGATTCCGACGTCAAGCCGATCACCATCGAAGTGGTCTCGATGGACTGGAAGTGGCTGTTCATCTATCCGGAACAAGGCATTGCCACGGTCAACAAGATCGTGTTCCCGGCCCACACGCCGATCAACTTCAAGGTCACCTCCGACACCGTGATGAACTCGTTCTTCATCCCGGGCCTGGGCGGCCAGATCTACGCGATGGCCGGCATGCAGACCAAGCTGCACCTGATCGCCAACCAGAACACCGAACTTGAAGGTATCTCCGCCAACTACAGCGGCGCGGGTTTCACCGGCATGAAGTTCAAAGCGACCGCCACCACCCAGGAAGAGTTCGACGCCTGGGTAAACGAAGTGAAGAAGGCACCTAAACAGCTTGAAAAAGCTGAATACGAAGCCCTTTCCAAGCCGAGCCAGAACAACCCTGTCGAACTCTACTCGTCGGTCACGCCGAACCTGTTCCAGACCATCATCGATAAGTATGAAGGGATGAATCCGGGCAAGCCGATGCATCACGAGAAGAAAGACAAGGAAGTGGCCCACAACATGGAAGGGATGGACATGAGCTCGCATTCAGCTGCCGGGGCAGAGGAGTAA MSKNRYPRLLGLLPLLGTLLLGGCNMTLLDPKGQVGLDERNLIITATLLMLLVVVPVIVMTFLFAWKYRASNTSATYTPKWSHSTKIEIAVWTIPVLIIIALGYITYKSTHALDPYRPLDSDVKPITIEVVSMDWKWLFIYPEQGIATVNKIVFPAHTPINFKVTSDTVMNSFFIPGLGGQIYAMAGMQTKLHLIANQNTELEGISANYSGAGFTGMKFKATATTQEEFDAWVNEVKKAPKQLEKAEYEALSKPSQNNPVELYSSVTPNLFQTIIDKYEGMNPGKPMHHEKKDKEVAHNMEGMDMSSHSAAGAEE NA NA NA NA NA D1-35_01344 2031 cyoB_2 COG0843 Cytochrome bo(3) ubiquinol oxidase subunit 1 ATGTTTGGTAAATTAAGTTGGGAAGCGATCCCGTTCCACGAGCCGATTGTCATGGTGACCCTCGCCATCATCGCGCTCGGTGGTCTGGCGTTGTTCGCGGGTATCACTTATTTCAAGAAGTGGACTTATCTGTGGACTGAATGGTTGACCTCGGTCGACCACAAGAAGATCGGCGTGATGTACATCATCGTCGCCATGGTCATGCTGCTGCGCGGTTTTGCCGACGCGATCATGATGCGTACCCAGTTGGCCATGGCCACCGAGGGCTCGCCCGGCTACCTGCCGCCTGAACACTATGACCAGATCTTCACCGCCCACGGTGTGATCATGATCATCTTCATGGCGATGCCATTCTTCACCGGCCTGATGAACCTTGCAGTGCCGCTGCAGATCGGCGCGCGTGACGTTGCCTATCCATTCCTGAACTCCCTGAGCTTCTGGCTGCTGGTGTCCGGCGTGGTGCTGATCAACCTTTCCCTGGGTGTCGGCGAATTCGCCAAGACCGGTTGGGTTGCCTATCCGCCGCTGTCGGGGCTGCAATACAGTCCGGGCGTCGGGGTGGATTACTACATCTGGGCGCTACAGCTATCCGGGCTCGGGACAACGCTGACGGGGGTCAACTTCCTGGCCACCGTGCTGAAAATGCGTACCCCTGGCATGAAGCTGATGGACATGCCGATCTTCACCTGGACCTGCACCTGGGCCAACGTGCTGATCGTCGCTTCGTTCCCGATCCTGACCGCTACACTCGCTCTGCTGACGCTTGACCGCTACATGGATTTCCACATTTTCACCAATGAACTGGGTGGAAATCCGATGATGTACGTCAACCTGTTCTGGGCCTGGGGTCACCCTGAGGTGTACATCCTTATCCTGCCGGCGTTCGGTATTTTCTCCGAAGTCATCTCGACCTTCTCCGGCAAGAAACTGTTTGGCCACCACTCGATGATCTACGCTTCCGGCGCGATCTCGGTACTGGGCTTCATGGTCTGGCTGCACCACTTCTTCACCATGGGTTCGGGTGCCAGCGTCAACGCCTTCTTCGGCCTGGCGACGATGCTGATCTCGATTCCGACGGGTGTGAAGCTGTTCAACTGGCTGTTCACCATCTACCAGGGCCGCCTGCGTTTCACCAGCCATGTGCTGTGGACCCTGGGCTTCATGGTGACCTTCGCCATCGGCGGCATGACCGGCGTACTGCTGGCCATCCCGGGTGCGGACTTCGTGCTGCACAACAGCCTGTTCGTGATCGCGCACTTCCATAACGTGATCATCGGCGGCGCCGTGTTCGGCTACATCGCGGGCTTTGCGTTCTACTTCCCGAAAGCGTTCGGCTTCAAGCTGCACGAAGGTTGGGGCAAGGCAGCGTTCTGGTTCTGGATCTCGGGCTTCTTCGTCGCGTTCATGCCGCTCTATGCACTGGGCTTCATGGGCATGACCCGTCGCCTGAACGCCACCACCAACCCTGAGTGGGTGCCGTACCTGTACGTCGCCATGTTCGGTGCGGTGATGATCGCTGTCGGTATCGCCTGCCAGCTGATCCAGCTGTACGTCAGTGTGCGTGACCGCAAGAAGCCGGAAAACATGTGCGAACACGGTGACCCGTGGAATGCCCATACCCTGGAATGGTCGACTTCTTCGCCACCACCGTTCTACAACTTTGCCGTGCTGCCGAAAGCGGAAACCATCGACCCGTTCACCGAAGCCAAGGAAAACGGTACCGCGTACCAGACTCCGGCCAGGTACGCGCCGATCCACATGCCCAACAACACCGCTACCGGTGTGGTCATGGGGGCTCTGTTGACCGTGTTCGGTTTCGCGATGATCTGGCACATCTGGTGGCTGGCCATCGCCAGCCTGGTCGGCACCGTGGTGTATTTCGCCATCCATGCCGCCCGTGATGATCAGGGCTACATGGTGCCGGTGGATGTCATCGAGCGCATCGAAGCCGAGCAGCACAAGCGTCTGGTCGCGGCCGGGAAAGTCCCAGCCTCCGCCACCCGTGTTGAAACCTCGTTGGAACAGGCTTAA MFGKLSWEAIPFHEPIVMVTLAIIALGGLALFAGITYFKKWTYLWTEWLTSVDHKKIGVMYIIVAMVMLLRGFADAIMMRTQLAMATEGSPGYLPPEHYDQIFTAHGVIMIIFMAMPFFTGLMNLAVPLQIGARDVAYPFLNSLSFWLLVSGVVLINLSLGVGEFAKTGWVAYPPLSGLQYSPGVGVDYYIWALQLSGLGTTLTGVNFLATVLKMRTPGMKLMDMPIFTWTCTWANVLIVASFPILTATLALLTLDRYMDFHIFTNELGGNPMMYVNLFWAWGHPEVYILILPAFGIFSEVISTFSGKKLFGHHSMIYASGAISVLGFMVWLHHFFTMGSGASVNAFFGLATMLISIPTGVKLFNWLFTIYQGRLRFTSHVLWTLGFMVTFAIGGMTGVLLAIPGADFVLHNSLFVIAHFHNVIIGGAVFGYIAGFAFYFPKAFGFKLHEGWGKAAFWFWISGFFVAFMPLYALGFMGMTRRLNATTNPEWVPYLYVAMFGAVMIAVGIACQLIQLYVSVRDRKKPENMCEHGDPWNAHTLEWSTSSPPPFYNFAVLPKAETIDPFTEAKENGTAYQTPARYAPIHMPNNTATGVVMGALLTVFGFAMIWHIWWLAIASLVGTVVYFAIHAARDDQGYMVPVDVIERIEAEQHKRLVAAGKVPASATRVETSLEQA PGPT0004025_442 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D1-35_01345 627 cyoC_2 COG1845 Cytochrome bo(3) ubiquinol oxidase subunit 3 ATGTCGAACTTAGTGACCAATGTTGGACACGCCCATGGTCATGACCATGGGCACGATGACCATCACCACGACTCGGGCGAGATGACCGTATTCGGTTTCTGGCTCTACCTGATGACCGACTGCATTCTGTTTGCGTCGATCTTCGCGGTATACGCGGTGCTGGTTAACAACGTCGCCGGTGGCCCGTCGGGCCACGACATCTTCGAACTGCCTTATGTACTGGGCGAAACCGCGCTGCTGCTGTTCAGTTCGATCACCTACGGCTTCGCCATGCTGGCGTTGTTCAAGGGCAAGAAAACCCAGGTACTGGGCTGGTTGGCAATGACCTTCCTGCTGGGCGCCGGCTTTATCGCCATGGAGATCAACGAGTTCCACATCCTGATCGCCGAAGGCTACGGCCCTAGCCGCAGCGGCTTCCTGTCCGGGTTCTTCACCCTGGTCGGCACCCACGGTCTGCACGTGACCAGCGGTCTGATCTGGATGGCGATCATGATGTACCAGGTCCAGAAAAATGGCCTGACCGCCACCAACAAGACGCGCCTGAGCTGCCTGAGCCTGTTCTGGCACTTCCTGGACGTGGTGTGGATCTGCGTATTCACCGTTGTTTATCTGATGGGGACCCTGTAA MSNLVTNVGHAHGHDHGHDDHHHDSGEMTVFGFWLYLMTDCILFASIFAVYAVLVNNVAGGPSGHDIFELPYVLGETALLLFSSITYGFAMLALFKGKKTQVLGWLAMTFLLGAGFIAMEINEFHILIAEGYGPSRSGFLSGFFTLVGTHGLHVTSGLIWMAIMMYQVQKNGLTATNKTRLSCLSLFWHFLDVVWICVFTVVYLMGTL PGPT0004035_2642 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D1-35_01346 336 cyoD_2 COG3125 Cytochrome bo(3) ubiquinol oxidase subunit 4 ATGGCTAACGCTCATTCCCATGATGGCCACGACGCCGGCCACGGCAGCGTCAAGTCCTACGCGATCGGTTTCATCCTGTCGGTGATCCTGACCGTCATTCCGTTCGGCCTGGTGATGTATCCAACGCTGCCGAAGAGCCTGACGCTCTGGATCATTCTGATCTTCGCCGTGGTCCAAGTATTGGTCCACCTGGTGTACTTCCTGCACCTGGACCGCTCGGCCGCCCAGCGTAACAACGTCATTGCGTTTGTCTTCGCTGCGCTGGTGATCGTACTGCTGGTCGGCTTGTCGTTGTGGATCATGTTCAGCATCCACTCCAACATGATGGCGCACTGA MANAHSHDGHDAGHGSVKSYAIGFILSVILTVIPFGLVMYPTLPKSLTLWIILIFAVVQVLVHLVYFLHLDRSAAQRNNVIAFVFAALVIVLLVGLSLWIMFSIHSNMMAH NA NA NA NA NA D1-35_01347 888 cyoE COG0109 Protoheme IX farnesyltransferase ATGTCACTGAAGCACTTTATCCAAATCACCAAGCCGGGGATCATTTTCGGTAACGTGCTTTCTGTGGCGGGCGGGTTTTTCCTGGCCTCGAAAGGGCATGTCGATCTGGCCATCTTCCTGGCGGCGATGATCGGCACTTCCCTGGTGGTGGCGTCCGGTTGCGTGTTCAACAACTGCATCGACCGCGACATCGACATCAAGATGGAACGCACCAAGAACCGGGCGCTGGTCCAAGGCCTGATTCCAGTGCAACTGGCCCTGGCATTCGCCACGGTGCTGGGCGTGGCCGGCGTGGCGCTGCTGTATTGGGTGGCCAATCCGTTGGCGGCGTTGTTCGCGGTGATCGGTTTTGTCATCTACGTCGGTCTCTACAGCCTGTACCTCAAGCGCAAGTCGGTCCACGGCACGCTGGTGGGCAGCCTGTCGGGGGCGATGCCGCCGGTGATCGGTTATGTCGCGGTCAGCAACAGCTTCGACATGGCTGCGCTGACGCTGCTGGTGATGTTCAGCCTGTGGCAGATGCCGCATTCCTATGCCATCGCGATCTTCCGCTTCAACGACTACCTGGCGGCTTCGATTCCGGTGCTGCCGGTCAAGCGGGGCATCCAGGTGGCCAAGAAGCACATCCTGCTCTACATCCTGGCCTTCCTCGTGGCGACCTTGATGCTGACGTTCAGCGGTTACGCCGGTATGAGCTACCTCGCCGTCGCCGCCGCCATGGGCATGTACTGGCTGTACATGGCCTGGACCGGTTACAAGGCGGTGGATGACACGGTCTGGGCACGCAAGCTGTTCGTGTTCTCGATCTTCACCATCACCGCCCTGAGCGTCATGATGTCCCTGGACTTCAAAGTGCCGAGTGAGCTGCTGCTGACGTACGCGCCTTAA MSLKHFIQITKPGIIFGNVLSVAGGFFLASKGHVDLAIFLAAMIGTSLVVASGCVFNNCIDRDIDIKMERTKNRALVQGLIPVQLALAFATVLGVAGVALLYWVANPLAALFAVIGFVIYVGLYSLYLKRKSVHGTLVGSLSGAMPPVIGYVAVSNSFDMAALTLLVMFSLWQMPHSYAIAIFRFNDYLAASIPVLPVKRGIQVAKKHILLYILAFLVATLMLTFSGYAGMSYLAVAAAMGMYWLYMAWTGYKAVDDTVWARKLFVFSIFTITALSVMMSLDFKVPSELLLTYAP PGPT0008520_3704 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 D1-35_01348 270 hypothetical protein ATGTCCGGAAACTTCTCGACCAGCTTGATCAACAAAGCCGCCTGGGCGTTTTATCTGGCGAAGGGTAATCTTGCCCTCGCGGTGAGCGGCCATCTCTTCGACGCCTTGCATCATCTCGGCAAACAGATCGCGTTTTTTCATAAGGTACCTCGTACTTTCAACTCTGCTTCCATGGCTCGCTTGAGCGTCTTCTATTGCTCGGAGGTCAGGTTTTCCAAGTCGTCCTTGCTCGTCATAAATCGCTATTATCAAATTGACCAGCATTCATAG MSGNFSTSLINKAAWAFYLAKGNLALAVSGHLFDALHHLGKQIAFFHKVPRTFNSASMARLSVFYCSEVRFSKSSLLVINRYYQIDQHS NA NA NA NA NA D1-35_01349 705 hypothetical protein ATGTCCGATTCCAATACCGCTGAATCTGTAGTCTCCCTGTCGTCCAAAGCGGAATACGAAAACTCCATCAATCTTTCACAGCATCTGCCCCAGGCCAAAAGCATCAGCGAAATGGTCCTCGATGCCTTCCAGTCGAACCGCGAAAGCGACCAGATCCGCGAACTGCGCACCGCCATTCGCCAGGCTCACGATGCGTTCGACGATGACAAGGCCTACGCACTGATGGGCCAGCTCAAGCAACTCAAGGACGCCGAAGCCGCCGACTTCGCTGCGCTGGAAGACCTCAGCAGCCGCTTCCCGATCAGCCGTATCCTTTCCAGCTACAAGGATGACCCGGCCTTCCAGGAACTGGTCTACGGCCTGGCCCTGAAGGTGCTGAACCAGACCCATCAGGCCATCAGCAACCCGAGCGGCGGCAAGGGCAAGGCCGCGCGCGCCAAGAAGGAAGCCGAGGTGTTTGTCATCAGCAAGGACGGCATCAGCGTCACCCTGCCCTTGCGCACACCACGCTCCAAGCCGAACGTCGACCGCGAGGCCTTCGAATTCCTCGGCTTCAACTTCATCGGCGAAGGCGACGAAGCCGAGCTGGAAAGCGAAACCTTCCTGGACAACGACGGCACCGAACAGCCGGTCACCCGCAAAAGCATCGTCACCGCCTTGCAGCAGCAAAAAGCCTTCGACGGCTACAGCATCGCCCAGCAATAA MSDSNTAESVVSLSSKAEYENSINLSQHLPQAKSISEMVLDAFQSNRESDQIRELRTAIRQAHDAFDDDKAYALMGQLKQLKDAEAADFAALEDLSSRFPISRILSSYKDDPAFQELVYGLALKVLNQTHQAISNPSGGKGKAARAKKEAEVFVISKDGISVTLPLRTPRSKPNVDREAFEFLGFNFIGEGDEAELESETFLDNDGTEQPVTRKSIVTALQQQKAFDGYSIAQQ NA NA NA NA NA D1-35_01350 642 hypothetical protein TTGCAGCGCTACAGTGCCCGCTTCCCGGCGGTGGAAATCAACAGTTCGTTCTACCGCCCGCACCGTCCCGCCACCTATGCAAAATGGGCCGACAGTGTGCCGGCGGGTTTTCGCTTCTCAGTCAAGATGCCCAAGCAGATCACCCATGAGCGGCGCTTGCATGATTGCGAGGGGCTGGTGGATGAGTTCCTCGGGCAATGCTCGCAACTGAGGGAGAAACTTGGTTGCCTGTTGATCCAGTTGCCGCCGTCGCTGGCCTTCGATAACACCCAGGCCGAGGACTTTTTCAAAGCCTTGCGTGACCGTTACCAGCGCCACGCGGTACTCGAACCCCGGCACCCGAGCTGGCTCGCGCCACAGGCCATGGCATTGCTTGAGAAAGAGCGCATCGCCCGCGTCGCCGCCGACCCGTCGCCTGTGCCGGGCGGCGATCAACCGGCGGGCTGGGCGGGCGTGCGTTATTACCGGCTGCATGGCTCGCCGCGCATTTATTACTCCGCCTACGAAGACGCCTGGCTGCAGCGACTGGCAGACCTACTGAAGGCTGCCCCGGACACGCCGACCTGGTGCATCTTCGACAACACCGCCAGCGGCGCCGCGACGCCCGATGCGTTGCGATTGCTGCAGCTGCTGGGCGATTGA MQRYSARFPAVEINSSFYRPHRPATYAKWADSVPAGFRFSVKMPKQITHERRLHDCEGLVDEFLGQCSQLREKLGCLLIQLPPSLAFDNTQAEDFFKALRDRYQRHAVLEPRHPSWLAPQAMALLEKERIARVAADPSPVPGGDQPAGWAGVRYYRLHGSPRIYYSAYEDAWLQRLADLLKAAPDTPTWCIFDNTASGAATPDALRLLQLLGD NA NA NA NA NA D1-35_01351 1014 hypothetical protein ATGGACGACGCCTCGAAGATCGATTTGCTGCGGTTCGATTTGTCCGATCTGGACGAAAACGTGCTGCACACCATCATGGAACTGGTCAGCGATGGCATCTGGGACTGGAACGCCAACACCGGCTTCGTCTATCGAAATCCCGGCTGGTACACGATGCTCGGCTACACGCCTCACTCCCTGAGCAATACCGTGCTGACCTGGGAGAGTGTGATCCACCCGGAAGATTATCCCTACGTAATGGCGTTATTCGACGATTACCTCGAACAACGCGCCCCTAAGTACCAGGCCGAATACCGCTGCCGCGCCTATGACGGCTCCTATATCTGGATCGAAGACCGCGGCTACGTGATCGCCCGCAATCCCGATGGCAGCGTCGCCCGCATGATCGGTGCCCATCGCAGCATCGATGACAAGAAGCGTCTGTTCGAACAACTTGAACGGCGTAACAAGTCCCTCGAAGCCATCATCGAAGAACGCACCCGCGAACTGTCCCGGGTCAACGAGCAGTTGCAAATCCAGCTCGAGGAAAACCGCAGGCTCGCCGAAACCGACGCCCTCACGCTGGTCGCCAACCGCTATCGCCTGGAACAGGCGCTACCATTGGCCTGTGAACGCGCGCAGCGCTTTCGCGAGCCGTTGTCGCTGATTGCCATGGATGTCGACGATTTCAAGGACATCAACGATCGCTACGGCCATGCTTTCGGCGACGCGGCGCTGGTGCAAGTGGTACAGGCGGTCAAGCGCTGCGAGCGCGACGGCGACCTGCTGGTACGCTGGGGCGGCGATGAATTCATCATGATCTTGCCCAACACGTCCAAGGCCGATGCAGTCCTGTTGGCCGAAACCATTCGCCGAGGCTTGTCCGACCTGCTGCCGGTGGGCGATTTCCAGATCACCATGAGTTTTGGCGTGGTGCAACGCCACGAAGACGAACCGCAAGCAGCGCTACTGGATCGGGCTGACCAGGCACTGTATCGCTCCAAGATGGCCGGCAAGAATGTGATTTGTGATTGA MDDASKIDLLRFDLSDLDENVLHTIMELVSDGIWDWNANTGFVYRNPGWYTMLGYTPHSLSNTVLTWESVIHPEDYPYVMALFDDYLEQRAPKYQAEYRCRAYDGSYIWIEDRGYVIARNPDGSVARMIGAHRSIDDKKRLFEQLERRNKSLEAIIEERTRELSRVNEQLQIQLEENRRLAETDALTLVANRYRLEQALPLACERAQRFREPLSLIAMDVDDFKDINDRYGHAFGDAALVQVVQAVKRCERDGDLLVRWGGDEFIMILPNTSKADAVLLAETIRRGLSDLLPVGDFQITMSFGVVQRHEDEPQAALLDRADQALYRSKMAGKNVICD NA NA NA NA NA D1-35_01352 903 dmlR_6 HTH-type transcriptional regulator DmlR ATGGACCTGTTCCAGGCAATGACCGTTTACGTGAAAGTGGTGGAAACCGGCAGCCTGACCGCAGCGGCCCAGGCGTGCGAAATGTCCACGACCATGGTCGGCAATCACCTTCGGGCGCTGGAGCAACGCCTGGGTGTGCGCCTGATCAACCGTACGACGCGTCGTCAGCGCTTGACCGAATTCGGCTCGGCCTACTATCAACGCTGCCTGGAAGTGATCGGGCTGGTTGACGATTCCGAACGCCTGGCCGAGCAGACCCAAGGCGACCCCAGCGGCACCTTGCGCATCACCGCGCCGCTGACCTTCGGCACGGAGCGCCTCGCCCCGGCGCTGGCCGAATACAGCCAGCGTTATCCCCAGGTCAAGCTCGACGTTGTCTTGACCAACCAGCGTCTGGACCTGCTCGACCACGGCTTCGACGTCGCCATTCGCCTGGGCAGTCCCGACCCGAAGCTGATCGTTCGTCCCCTGATGGACTACACACTGACCGTCTGCGCCTCCAAGGCCTACCTGGCACGGCGCGGCACGCCGCAGAAACCTGAAGACCTGCAACAGCATGACTGCCTGTCGTTTGCCTATTCCGCCGGAGACGAATGGCGTTTCGCCCAGGAGCACTGGCCCATCAACGGGCCGGACGGGGAGATCAAAGTGCCGGTGCGCGGGCCGATGCTGATCAACAGCTCGTCGGGTCTGCACCGCGCCGCCCTGGCCGGCATGGGCGTGGTGATGCTGCCGGACGCGCTGGTGGCGCAGGATCTGGAGGATGGACACTTGGTGGCGCTGTTGCAGGACTATCAACTGCCCCACCGGCCAATGAGCCTGATGTACGCCCAGGATCGCTATCGTTTGCCGAAGCTGCGCAGTTTCGTCGAGTTTGCGCTGCAAAAGTGGAGCAAACCCTGA MDLFQAMTVYVKVVETGSLTAAAQACEMSTTMVGNHLRALEQRLGVRLINRTTRRQRLTEFGSAYYQRCLEVIGLVDDSERLAEQTQGDPSGTLRITAPLTFGTERLAPALAEYSQRYPQVKLDVVLTNQRLDLLDHGFDVAIRLGSPDPKLIVRPLMDYTLTVCASKAYLARRGTPQKPEDLQQHDCLSFAYSAGDEWRFAQEHWPINGPDGEIKVPVRGPMLINSSSGLHRAALAGMGVVMLPDALVAQDLEDGHLVALLQDYQLPHRPMSLMYAQDRYRLPKLRSFVEFALQKWSKP NA NA NA NA NA D1-35_01353 1176 argD_1 COG4992 Acetylornithine aminotransferase ATGACTGCCGCCTGCCTGATGAGCACTTACCAACCCTTGGCGCTGAACTTCACCCATGGCTTGGGTACGCGCCTGTGGGATCAGGATGGTCGCGAATACCTTGATGCGGTGGCGGGCGTGGCAGTGACCAACGTGGGCCATTCCCATCCGCGGTTGGTGGCAGCCATCAGTGAACAGGCCGGCCTGCTGCTGCACACGTCCAACCTGTACAGCATTGACTGGCAGCAGCGGTTGGCCCACAGACTCACCCAGCTCTCGGGGATGGAACGGGCGTTTTTCAACAACTCCGGCGCCGAGGCGAATGAAACCGCATTGAAGCTGGCCCGCCTGTATGGCTGGCACAAAGGCGTCGAACAGCCGTTGGTCGTGGTGATGGACAATGCTTTCCACGGGCGCACCCTGGGCACGCTGTCCGCCAGCGACGGGCCCTCGGTGCGGCTGGGTTTCAATCGGTTGCCGGGGGACTTCATCAAGGTGCCGTTCGGCGATCTCGGCGCATTGGAAAAAGTCCAGCAAGCCCACGGCGAGCGCATCGTTGCGATCCTGGTAGAGCCGATCCAGGGCGAAAGTGGCGTACAACTCGCGCCACCGGGTTACCTGAACGCTCTGCGGGATTTGTGCAGCCGGCGCGCCTGGTTGTTGATGCTCGACGAGATCCAGACCGGCATCGGCCGCACCGGGCAGTGGTTCGCGTTCCAGCACGAGGGCATCGTCCCGGACGTGATGACCCTCGCCAAAGGCCTCGGCAACGGCGTGCCCATCGGTGCCTGCCTGGCGCGCGGCAAGGCCGCCGGACTGTTCACCCCCGGCAGCCACGGCAGCACGTTCGGCGGAAATCCTCTGGCTTGTCGGGTCGGCTGCACCGTGCTGGACATCATCGAGGAGCAAGGCCTGCTGGAGAACGCCAGACGTCAGGGCGAGCAATTGCTAAGCCGGTTGCGGGCTGAGTTGGCGGACAACCCGAATGTCCTGGAGATTCGGGGCCAAGGCTTGATGATCGGCATCGAGCTAAAGCAACCGGTGCGCGACCTGACCCTCTGTGCCGCCCGGGATCATGGTTTGCTGATCAACGTCACCCGGGGCAAGACCATTCGCCTGTTGCCGCCGTTGACGATCGACGGGCGGGAAGTCGAGATGATCGTCAGAGGGGTGAGCCGCTGCCTGGGGCAGGCGTGA MTAACLMSTYQPLALNFTHGLGTRLWDQDGREYLDAVAGVAVTNVGHSHPRLVAAISEQAGLLLHTSNLYSIDWQQRLAHRLTQLSGMERAFFNNSGAEANETALKLARLYGWHKGVEQPLVVVMDNAFHGRTLGTLSASDGPSVRLGFNRLPGDFIKVPFGDLGALEKVQQAHGERIVAILVEPIQGESGVQLAPPGYLNALRDLCSRRAWLLMLDEIQTGIGRTGQWFAFQHEGIVPDVMTLAKGLGNGVPIGACLARGKAAGLFTPGSHGSTFGGNPLACRVGCTVLDIIEEQGLLENARRQGEQLLSRLRAELADNPNVLEIRGQGLMIGIELKQPVRDLTLCAARDHGLLINVTRGKTIRLLPPLTIDGREVEMIVRGVSRCLGQA PGPT0014253_3540 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821 NA NA D1-35_01354 735 yiaD COG2885 putative lipoprotein YiaD ATGTTCACCTCGCGTCGCTTGATCGTTGTCGCTACTGCCGTGGCCCTGTTGTCCGGCTGTGCGTCGCCCAACCCCTATGACAACCAGGGCCAGGCCTCTACCGAATCTTCGGGCATGAGCAAAACCGCCAAGTATGGCGGCCTCGGCGCCCTGGCCGGGGCATTGGCCGGTGCGGCCATCGGCCACGATAATCGGGGCAAGGGTGCGTTGATCGGCGCGGCGGTGGTGGGGGCCTCCGCGGCCGGCTACGGTTACTACGCCGACCAGCAGGAAAAGAAATTGCGCGCCAGCATGGCCAATACCGGCGTTGAGGTGCAGCGCCAGGGCGACCAGATCAAGCTGATCATGCCAGGCAACATCACCTTCGCCACCGACTCGGCGAACATCGCATCGAGCTTCTACCAGCCGCTGAACAACCTGGCCAACTCCCTCAAGGAATTCAACCAGAACCAGATCGAGATTGTCGGCTATACCGACAGCACCGGCAGCCGCCAGCACAACATGGACCTGTCCCAGCGTCGCGCGCAGAGCGTGGCGACCTACCTGACGTCCCAAGGTGTCAGCGGCGCCAACCTCTCGGCCCGTGGCGCCGGCCCGGACAACCCGGTGGCAAGCAACGCCGACGTCAACGGCCGTGCGCAAAACCGTCGCGTCGAGGTCAACCTCAAGGCCATTCCTGGCCAGCAGTACCAGGCGCCGCAGCAGCAGGGGCAGACTTACCAGCAATATCCATAA MFTSRRLIVVATAVALLSGCASPNPYDNQGQASTESSGMSKTAKYGGLGALAGALAGAAIGHDNRGKGALIGAAVVGASAAGYGYYADQQEKKLRASMANTGVEVQRQGDQIKLIMPGNITFATDSANIASSFYQPLNNLANSLKEFNQNQIEIVGYTDSTGSRQHNMDLSQRRAQSVATYLTSQGVSGANLSARGAGPDNPVASNADVNGRAQNRRVEVNLKAIPGQQYQAPQQQGQTYQQYP NA NA NA NA NA D1-35_01355 870 glnQ_1 COG1126 Glutamine transport ATP-binding protein GlnQ ATGACTTTACCCCTGTCCACGTCCACCGATTTGTCCCGGCGCAGCACGCTGGCATCGCAGCAGGAGGCCCCGGCCATGCAGATTCCGACACCGTCCCGGCCGATTGTGAGTTTCCAGGACGTGACCAAAAGCTATGGCAGTTTCACCGTGCTCGATCATTTGAACCTGGATGTCGCGCCCGGTGAAAAGGTCGCGATCATCGGCCCCAGCGGCTCGGGCAAGTCGACGCTGCTGCGGGTGCTGATGACGCTCGAAGGCATCGATCAGGGCCAGATCCGCATCGAGGACGATTCCCTGACCCACATGCCCAACCGCAACGGCGTGCTGGTTCCGGCCAATGACCGGCACATCCGCCGGGTGCGTGGCAAGATCGGCATGGTGTTCCAGAGCTTCAACCTGTTTCCCCACATGACCGCGCTGCAAAATGTGATCGAAGCGCCAGTGCAGGTGCTGGGCATGAACCCCAAGGAAGCCCGCGAGCGCGCCGCCGACCTGCTGGAGCTGGTGGGCCTGGGCAACAAGCTCGACCATTACCCGTCGCAGTTGTCCGGCGGCCAGCAGCAGCGGGTGGCAATTGCCCGGGCGCTGGCGATGCGCCCCAAGGTGATGCTGTTCGATGAAGTGACCTCGGCGCTTGATCCGGAATTGTGCGGCGAGGTGCTGAGCGTGATCCGCAAGCTGGGCGCCGAGCACAACCTGACGATGTTGATGGTGACTCACCAGATGGGCTTTGCCCGGGAATTCGCCGACCGGGTGTGCTTTTTCTACAAGGGGCAGATTCACGAACAAGGCACCCCGGCGCAGATTTTCGAGCACCCGCAGCAGGAGCGGACGTGCGCATTCTTGAGTGCGGTGAAAGAAGCTAACTAA MTLPLSTSTDLSRRSTLASQQEAPAMQIPTPSRPIVSFQDVTKSYGSFTVLDHLNLDVAPGEKVAIIGPSGSGKSTLLRVLMTLEGIDQGQIRIEDDSLTHMPNRNGVLVPANDRHIRRVRGKIGMVFQSFNLFPHMTALQNVIEAPVQVLGMNPKEARERAADLLELVGLGNKLDHYPSQLSGGQQQRVAIARALAMRPKVMLFDEVTSALDPELCGEVLSVIRKLGAEHNLTMLMVTHQMGFAREFADRVCFFYKGQIHEQGTPAQIFEHPQQERTCAFLSAVKEAN PGPT0020790_450 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 D1-35_01356 657 glnP_1 COG0765 Glutamine transport system permease protein GlnP ATGACGCTGTTCGATTGGTCCTACGCCGCACAAATCCTCCCGGACCTGCTGCGCGCGTCGCTCAACACCGTGGGCATTACCCTGATCGGTTTCCTGATCGCGATCGTGCTGGGGCTGTTCCTGGCGATTGGCCGGCGCAGCCGCAAGTTCTGGCTGTCGTGGCCGGCCACGGCGGTGATCGAGTTCATCCGCAGCACACCGTTGCTGATCCAGGTGTACTTCCTTTACTACGTGCTGCCCAACTACGGCCTGAGCCTGACGGCCATGCAAGTCGGCGTCCTCGGCATCGGCCTGCATTACGCCTGCTACATCGCCGAGGTCTACCGCAGTGGCCTCGACGCCGTGCCACGGGCGCAGTGGGAGGCGGTGACCGCGCTGAACATCGCGCCGTACGACGCCTACCGCAACATCATCCTGCCCCAGGCGCTGCGGCCGATCGTGCCGCCGCTGGGCAACTACCTGGTGGCGATGCTCAAGGACACGCCAGTGCTGTCGGCGATCACCGTGGTGGAAATCATGCAACAGGCCAAGAACATCGGCTCCGAGCATTTCCGCTACCTGGAACCGATCACCCTGGTCGGCCTGTTCTTCCTTGCCCTGAGCCTTGTCCTGGCTTGGCTGGTACGGCGCCTTGAAACGCGCATGGAGCTACGCTAA MTLFDWSYAAQILPDLLRASLNTVGITLIGFLIAIVLGLFLAIGRRSRKFWLSWPATAVIEFIRSTPLLIQVYFLYYVLPNYGLSLTAMQVGVLGIGLHYACYIAEVYRSGLDAVPRAQWEAVTALNIAPYDAYRNIILPQALRPIVPPLGNYLVAMLKDTPVLSAITVVEIMQQAKNIGSEHFRYLEPITLVGLFFLALSLVLAWLVRRLETRMELR PGPT0020795_9830 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 D1-35_01357 660 yecS_1 COG0765 L-cystine transport system permease protein YecS ATGGGCGAATTACTTCCGTTATTGATTCAAGGGGCCTGGGTCACGCTCCAGGTGACATTCTTTGGCTCGTTGCTGGCGATTGTCGCCGCGGTGCTGGCGGCACTCGGACGGCTCTCGCCGTGGCGCGCGTTGCGCTGGTTTTCCATCACCTACATCGAGGTGTTTCGCGGCACCTCGCTGCTGGTGCAGCTGTTCTGGCTATTCTTCGTGCTGCCACTTCCTCCGTTCAACATCGAGCTGAGTCCCTACGCCGTGGCGATTGTCGGCCTGGGGCTGCACATCGGCGCCTACGGGGCCGAGGTGATGCGTGGCGCGATCAGCTCGGTCGCCAAGGGGCAATACGAAGCCTGCACGGCGCTGAACTTCAGCAGCTATACGCGCTTCAAGCGAATCATCCTGCCCCAGGCCTTGCTGGCGGCCATTCCACCGGGCACAAACCTGCTGATCGAGTTGTTGAAGAATACCTCGCTGGTGTCGTTGATCACTTTGTCCGACCTGAGTTTCCGGGCACGCCAACTGGACCAGGCGACGTTCCAGACCCTGGAAATCTTCAGCCTGGCGCTGGTGATGTATTTCATCCTCGCCCAGGCCATCAACCTGGGCATGCGCCACGTCGAGCGGCGGCTGAGCCGGGGCCGGATGCGCGGAGGTCTGTCATGA MGELLPLLIQGAWVTLQVTFFGSLLAIVAAVLAALGRLSPWRALRWFSITYIEVFRGTSLLVQLFWLFFVLPLPPFNIELSPYAVAIVGLGLHIGAYGAEVMRGAISSVAKGQYEACTALNFSSYTRFKRIILPQALLAAIPPGTNLLIELLKNTSLVSLITLSDLSFRARQLDQATFQTLEIFSLALVMYFILAQAINLGMRHVERRLSRGRMRGGLS PGPT0020795_9491 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 D1-35_01358 858 hypothetical protein ATGAGCAATTTTCCAACCAGCAGCTGCACGCCCCTGCGCCGCCTCTTGTTGACGTGTGCCGCGCTTGGCCTGGCCGGCAGCGTTCAAGCGGCCACCCTGGACACCGTCAAAAGCAACAGCAGTATCCGCATCGGCTACGCCAACGAAACGCCGTTTGCGTTCACCGAAACCGACGGCAGCGTGACCGGCGAATCGCCGGAGATCGCCAAGATCATCTTCGCCAGGATGGGCATCAAGCAGGTCAATGGGGTGCTCACCGAATGGGGCTCGCTGATTCCGGGCCTGCGCGCCGGGCGTTTCGACGTGATTGCCGCCGGCATGTACATCACCCCGGCGCGGTGCAAGCAAGTGTTGTTCACCGACCCACAGTACCAGTTGCCCGACGCGCTGCTCGTGGCCAAGGGCAACCCGAAAAAGCTCCACAGCTACGAAGACATCGCCAAGCAACCGGACGTGAAGCTGGCGATCATGGCCGGTACGGTCAACCTCGCTTACGCCCGCGACTCGGGGGTCAAGGACGAACAGATCCTCCAGGTTCCCGACACCACGGCGCAACTGCAAGCGGTGCGCGCCGGTCGCGCCGATGCCGCCGTCGGCACACAACTGACCATGAAAGGCCTGGCCAGCAAGGGCGGCGACAAAGTCGAGGCGATGACCGAGTTCAAGGACGACCCGTCCCACATTGGCTACGGCGCCCTGGCCTTCCGGCCCGAGGACAAGGACCTGCGCGACGCGGTCAACGCCGAGTTGAAAAAGTGGCTGGGCTCGGAGGAACATCTCAAGGCCGTCGCGCCATTCGGTTTCGACAAGTCCAACGTCACCAGCAAGACCGCGGCCGAGCTCTGCGCTCAGCCGTAA MSNFPTSSCTPLRRLLLTCAALGLAGSVQAATLDTVKSNSSIRIGYANETPFAFTETDGSVTGESPEIAKIIFARMGIKQVNGVLTEWGSLIPGLRAGRFDVIAAGMYITPARCKQVLFTDPQYQLPDALLVAKGNPKKLHSYEDIAKQPDVKLAIMAGTVNLAYARDSGVKDEQILQVPDTTAQLQAVRAGRADAAVGTQLTMKGLASKGGDKVEAMTEFKDDPSHIGYGALAFRPEDKDLRDAVNAELKKWLGSEEHLKAVAPFGFDKSNVTSKTAAELCAQP PGPT0020800_4947 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 D1-35_01359 1374 norG_2 COG1167 HTH-type transcriptional regulator NorG TTGGACGTCGCCCGCAGCGGTGAATCCAAATACAAGATTCTGGTCCAGGCGATCGCCGACGACATCGAACAGGGCATCCTCGCCAACGACCAGCGCCTGCCGCCGCAACGACAAGTGGCCGACGCCATGGGCATCAGCGTGCAGACCGTCACCAACGCCTACAAGGAACTGGAGCGCCAGGGGCTGGTGCGTTGCGAAGTAGGGCGCGGCAGTTTCGTTTCGCGGCGCATGAGCGACCGGGTCGCCACTTACATACTCGACAGCCCCGAGCGGGCGCTGGTGGATTTTTCCATCACGCGGATCCTGCACACTCGCGAGCATGATCAGTTCTGGCGCGACACCTGCGCCGAGCTGAGCACCGAAGAAGACCAGCCATGGATTCATGCGTTTCGTCCGATTGCGGGGTTTGAATCCCATCGCGAAGCGGCGGCGCAATGGATCGGCCGGCAGGGGCTGAAGGTCGATCGCAACGACGTCTTGATCACCAACGGCGCGGCTCATGGCATCTTCCTCGCCCTGGCTTCCCTGGCCGGTCCCGACGATGTAGTGCTCTGCGAAGGGCTGACCGACCACGGTGTGATCGGCAATTCCCAGGTGCTGGGTTTCACCCTCAAGGGCCTGGACACCGACCGCCACGGCATTGATCCCGAGCATTTCGAGGACATGTGCAGCAACGAGCGCATCACCGCGCTGGTGTGTACACCCAACCTCAATAACCCCACCACCAGCCTGATGCCCGACACCCGCCGCCGGGAAATCGCCGAGATTGCCCGGCGCTTCGGCGTGCACATCATCGAAGACGATGTCTACGGTCCGTTGCTGGACGAGCGCCGGGCGCCGCCCATCAGCCATTACCTGCCGGAGCTGTCGTTCTACTGCACGAGCATGACCAAGTCAGTGCTCACGGGCTTGCGCATCGGTTATCTGGTGGTGCCCAAGCGCCTGGCGCTGCGCACCGAGAGCATCCTGCGGGTGAACAGTTGGATGGCCACCCCGATGGTCTCGGAGATCGCCGCTCGCTGGATCCGCGACGGGCGCGCCGACTCGTTGTTGCATTTACAACGGCGCCTGTTGGCCGGGCGCCAGGCGATGGTCACCGAGTACATGGGCGAGCACGTCTTGGCCCAGCATCCCCATGCCTTGAATGCCTGGATCGGCATCCCGCCCCACTGGGAAGTCGACAGCCTGGTGCGGGCGCTGCGCCACAAGCACATCGCCGTCACGTCCCCCGACCCGTTCACCGTGCGCGGCACACCGCGGCCACGGGCGGTGCGGGTCTGCGTTGGCGCCGAATGCAGCGATGAAGAAATGCGCCATGCATTGATCGGCATGCGGCAGATCTTCAACCAGTATCCGCAGATTCATGATTTTTGA MDVARSGESKYKILVQAIADDIEQGILANDQRLPPQRQVADAMGISVQTVTNAYKELERQGLVRCEVGRGSFVSRRMSDRVATYILDSPERALVDFSITRILHTREHDQFWRDTCAELSTEEDQPWIHAFRPIAGFESHREAAAQWIGRQGLKVDRNDVLITNGAAHGIFLALASLAGPDDVVLCEGLTDHGVIGNSQVLGFTLKGLDTDRHGIDPEHFEDMCSNERITALVCTPNLNNPTTSLMPDTRRREIAEIARRFGVHIIEDDVYGPLLDERRAPPISHYLPELSFYCTSMTKSVLTGLRIGYLVVPKRLALRTESILRVNSWMATPMVSEIAARWIRDGRADSLLHLQRRLLAGRQAMVTEYMGEHVLAQHPHALNAWIGIPPHWEVDSLVRALRHKHIAVTSPDPFTVRGTPRPRAVRVCVGAECSDEEMRHALIGMRQIFNQYPQIHDF NA NA NA NA NA D1-35_01360 972 tdcB L-threonine dehydratase catabolic TdcB ATGACAGGGTTGCAGCTTCAGGACATCTACCTCGCTCGCCAGCGCATCGAGTCGCTGGTGCGGCGCACGCCCATGGAGTACTCCGCCAGCCTGTCGCGATTGATCGGCGTGCCCGTATACCTCAAGTTGGAATCCCTGCAAATCACCGGCAGCTTCAAGCTGCGTGGCGCCAGCAATGCCGTGGCGCAACTCAGCCCGGAGCAGAAGGTGTCAGGCGTGGTGACGGCCTCGACCGGTAACCATGGTCGGGCACTGGCCCATGCCGCATCGCAACAAGGGGTCAAGGCGATTGTCTGCCTGTCGAACCTCGTGCCGGCCAACAAAGTGCAGGCGATCCGCGATCTGGGCGCCGAGGTGTGCATTGTCGGCCAGTCCCAGGACGACGCCCAGCGCGAGGCCGAGCGCATCGCCCGCGAGCAGGGCGCGACCTTCCTGCCGCCGTTCGATCATCCCGCAATCATCGCCGGCCAGGGCACCCTTGGCCTGGAGATCCTCGAACAGCAAGCGGATGTGGCCCAGGTGCTGGTGCCATTGTCCGGCGGCGGCCTGTTCGCCGGTGTGGGCCTGGCCCTGAAAAGCGCCAATCCAGCCATTCAAGTCCACTGCATCAGCATGGCGCGAGGCGCCGCGATGCACACCAGCCTCGCCGCCGGCCAGCCGCTGGAAGTCGAAGAGCTGCCGACCCTGGCGGACTCTCTTGGCGGCGGCATCGGCCTGGACAACCGCTACACCTTCGCCATGACCCGGCAGTTGGCCGATGACGTGCACCTGCTCTCGGAAGCTTCGATCGCCAATGCCCTGCGCCACGCCTATCACCACGAACGCCTGGTGCTCGAAGGTGCCGCCGTGGTGGGCATCGCGGCGTTGCTCGACGGCCTGGTCGAACCGCGCGGACCGATCGTGGTGGTGGTCAGCGGGCGCAACGTCGACACCGAACAACATGCCCGCGTGATCGCCGGCGCCAACGCCTGA MTGLQLQDIYLARQRIESLVRRTPMEYSASLSRLIGVPVYLKLESLQITGSFKLRGASNAVAQLSPEQKVSGVVTASTGNHGRALAHAASQQGVKAIVCLSNLVPANKVQAIRDLGAEVCIVGQSQDDAQREAERIAREQGATFLPPFDHPAIIAGQGTLGLEILEQQADVAQVLVPLSGGGLFAGVGLALKSANPAIQVHCISMARGAAMHTSLAAGQPLEVEELPTLADSLGGGIGLDNRYTFAMTRQLADDVHLLSEASIANALRHAYHHERLVLEGAAVVGIAALLDGLVEPRGPIVVVVSGRNVDTEQHARVIAGANA PGPT0001960_6172 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 D1-35_01361 987 ala Alanine dehydrogenase ATGAGTGAAGTCACCCTATTGAGCGAGGCCGACCTGCGCAGTTGCGTGGCCCTCGACCTGGCCAGCATCGACGCCATCGAGCAGGCCTTCGTGATGCTGGCCACCGCGGCCGTGGCGATGCCGCCGATCCTGCGGCTGGACATTCCCGAGCACAACGGCGAAGTGGATGTGAAGACCGCTTACCTGCCGGGCCTGGAGCGCTTCGCCATCAAGGTCAGTCCGGGTTTCTTCGACAACCCCAAGCTCGGCCTGCCCAGCCTCAACGGCATGATGATGCTGCTCTCGGCGCGTACCGGTCTGTTGGAGGCGCTGCTGCTCGACAATGGCTACCTCACCGCCGTGCGCACCGCCGCGGCCGGGGCGGTGGCGGCGCGTTGCCTGTCTCGCGAGCAAAGCCGCAGCGTGGCGTTGATCGGGGCCGGCGAGCAGGCGGCGTTGCAGCTTCAGGCGCTGCGCCTGGTGCGGCCGATCGACGAGGTGCGGGTCTGGGCGCGGGATGCGCAAAAGGCCAAGGCGTTCAGTGATGGACTGGCCCGTGACAGCGGACTTGCCGTCACGCCCTGCAGCTCCATTGACGCTGCCCTGGAGGGCGTGGATATCGCGATCACCTGCACGCCCAGCCGCGAGCCGCTGATCGAGCCCCGCCACTTGCACCCTGGCCTGCACATCACCGCGATGGGCTCGGACGCGGAGCACAAGAACGAAATTTCCCCACAGGCCCTGGCAGCCGTCGACTGCTATGTCGCCGATCGCCTCAGCCAGACCCGCGTGCTCGGCGAACTGCACCATGCCTTGGCGGCCGGCTTTGTCCGTGACGATTTGATGGAACTCGGGCAAGTGCTGGCGGGCCAGCAGCCCGGGCGCTCCGATGCAACGCAGGTAACGCTTTGCGACCTGACCGGCACCGGCGCCCAGGACACCGCCATCGCCAATCTGGCGTTCGAGCGGGCGAGGGCGGCAGGCAAGGGTTTCGCGTTCGGTCGTTGA MSEVTLLSEADLRSCVALDLASIDAIEQAFVMLATAAVAMPPILRLDIPEHNGEVDVKTAYLPGLERFAIKVSPGFFDNPKLGLPSLNGMMMLLSARTGLLEALLLDNGYLTAVRTAAAGAVAARCLSREQSRSVALIGAGEQAALQLQALRLVRPIDEVRVWARDAQKAKAFSDGLARDSGLAVTPCSSIDAALEGVDIAITCTPSREPLIEPRHLHPGLHITAMGSDAEHKNEISPQALAAVDCYVADRLSQTRVLGELHHALAAGFVRDDLMELGQVLAGQQPGRSDATQVTLCDLTGTGAQDTAIANLAFERARAAGKGFAFGR NA NA NA NA NA D1-35_01362 1191 doeA COG0006 Ectoine hydrolase ATGTCAGAGATAGTCGTCAATCTTCCGTTCCAGCGGGAGGAATACGCCCAGCGCCTGGCAAAGGTTCGCGCGGCGATGCAGGTCCAGGGCCTGGAGCTGTTGCTGGTCACCGATCCGTCGAACATGGCCTGGCTCACCGGCTATGACGGTTGGTCGTTCTATGTGCACCAGTGCGTGCTGCTGGCGCTGGACGGCGAGCCGGTGTGGTTCGGGCGTGGCCAGGATGCCAACGGGGCGAAGCGCACGGTGTTCATGCAGGCCGATAACATCGTCGGCTACCCGGACATTTACGTGCAGTCCCGCGAGCGTCATCCCATGGACTACCTGTCCCGCGAGGTGATCATTGCCCGTGGTTGGGGCGCGCTGAGCATCGGCGTGGAAATGGACAACTACTACTTCAGCGCCGCCGCGTACCTGTCGCTGCAAAAGCACCTGCCCGAGGCGAAGCTGGTGGACGCGGTGGGCCTGGTGAACTGGCAGCGTGCGGTCAAGTCGCCGCAGGAAATCGCCTACATGCGCATCGCCGCACGCATCGTCGAGAACATGCACAGCCGGATCCTCGAACGCATCGAGCCGGGCATGCGCAAGAACGAACTGGTGGCTGAGATCTACAGCAGCGGCATCCTCGGTGCCGACGGCCATGGCGGCGATTACCCGGCCATCGTGCCGCTGCTGCCCACCGGTGCCGACGCCAGCGCACCGCACCTGACCTGGGATGATTCGCCGTTCGAAAAAGGCGCTGGCACCTTCTTTGAAATCGCCGGCTGCTACAAGCGTTACCACTGCCCGCTGTCGCGCACCATTTACCTGGGCAAGCCGCCGCAGCATTTCCTCGACGGCGAAAAAGCCGTGGTCGAGGGCATCGCCGCTGGCCTGGACGCGGCCAAGCCGGGCAACACCACCGGCGACATTGCCGTGGCGTTTTTCAAGGTGCTGGAAAAGTTCGGCATCCACAAGGACAGCCGTTGCGGCTACCCCATCGGCATCAGTTATCCGCCGGATTGGGGCGAGCGCACCATGAGCCTGCGCCCCGGCGACAACAGCGTGTTGCAGCCGGGCATGACCTTCCACTTCATGCCGGGGCTGTGGATGGACGATTGGGGCCTGGAAATCACCGAGAGCATCCTGATCACCGAGACCGGCGTCGAGACGCTGTGCAACGTGCCCCGTCAACTGTTCGTGAAGGATTGA MSEIVVNLPFQREEYAQRLAKVRAAMQVQGLELLLVTDPSNMAWLTGYDGWSFYVHQCVLLALDGEPVWFGRGQDANGAKRTVFMQADNIVGYPDIYVQSRERHPMDYLSREVIIARGWGALSIGVEMDNYYFSAAAYLSLQKHLPEAKLVDAVGLVNWQRAVKSPQEIAYMRIAARIVENMHSRILERIEPGMRKNELVAEIYSSGILGADGHGGDYPAIVPLLPTGADASAPHLTWDDSPFEKGAGTFFEIAGCYKRYHCPLSRTIYLGKPPQHFLDGEKAVVEGIAAGLDAAKPGNTTGDIAVAFFKVLEKFGIHKDSRCGYPIGISYPPDWGERTMSLRPGDNSVLQPGMTFHFMPGLWMDDWGLEITESILITETGVETLCNVPRQLFVKD PGPT0014046_142 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014046-doeA-K15783 NA NA D1-35_01363 1002 doeB COG3608 N-alpha-acetyl-L-2,4-diaminobutyric acid deacetylase ATGCGCGAATTGCCCAGCAATCCCATCAGCGCCACGGTCGACTTCAGCCGCGAGGGTGTGCAGCACGGTTTTCTCAAGTTGCCGTATTCGCGGGACGATTCGGCATGGGGCGCGGTAATGATCCCCATCACCGTGATCCAGCGCGGCAGCGGTCCGACCGCGCTGCTCAGCGGTGGCAACCACGGCGACGAATACGAAGGCCCGGTGGCCCTGAGCAAACTGGCCCAGCAGTTGAGCGCCGAAGACGTCAGCGGGCGGATCATCATCGTGCCGTTCATGAACACCCCGGCGTTCCGTGCCGGACGCCGGACTTCGCCCATCGACAAAGGCAACCTGAACCGCAGTTTTCCCGGCAAGCCGGACGGCACCGTCACCGAGAAAATCGCCGACTATTTCAACCGCACCCTGCTGCCGTTGGCTGACCTTGTGCTGGACATTCATTCCGGGGGGCGAACCCTGGATTTCCTGCCATTCGCCGCCTGCCACGTATTGCCGGACAAACAGCAACAGGCGCGTTGCGAGGCCGCGATGCTGGCGTTCAACGCGCCGTATTGCATGCGCATGCTGGAGCTGGATGCCGGGTCGATGTACGACACGGCGGCGGAGTCCCAGGGCAAGGTGTTTGTTACTACCGAGCTGGGCGGCGGCGGTTCGTCCACCGCCCGCAGCGTGGCGATTGCCGAGCGCGGGGTGCGCAACCTGTTGATCCACGCCGGCATCCTGCGGGGTGCGATCGAGTTGCAGCCGTCGGTGATGCTCGACATGCCGGACGCCAGTTGCTTCGTTGCCAGCGAGCATGACGGCTTGTTGGAAATGTGTCGCGACCTCGGCGAAAGCGTGAACCAGGGAGAAGTGGTGGCGCGCATCCACGACGCAACCCGCAGCGGCGTCGCCCCGGTTGAATACCGCGCCGCCCGCAGCGGCCTGCTGGCGGCGCGGCACTTTCCCGGGCTGGTGCAGTGTGGCGATACGCTGGTGGTGATTGCGGATGTGTTGGCTTGA MRELPSNPISATVDFSREGVQHGFLKLPYSRDDSAWGAVMIPITVIQRGSGPTALLSGGNHGDEYEGPVALSKLAQQLSAEDVSGRIIIVPFMNTPAFRAGRRTSPIDKGNLNRSFPGKPDGTVTEKIADYFNRTLLPLADLVLDIHSGGRTLDFLPFAACHVLPDKQQQARCEAAMLAFNAPYCMRMLELDAGSMYDTAAESQGKVFVTTELGGGGSSTARSVAIAERGVRNLLIHAGILRGAIELQPSVMLDMPDASCFVASEHDGLLEMCRDLGESVNQGEVVARIHDATRSGVAPVEYRAARSGLLAARHFPGLVQCGDTLVVIADVLA PGPT0014047_225 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014047-doeB-K15784 NA NA D1-35_01364 480 lrp_2 COG1522 Leucine-responsive regulatory protein ATGCACAAGCTCGATCGCTACGACCTGAAAATCCTGCAGATCCTCGCCGAGGACGGGCGGATCACCAAGTCGAGCCTCGCCGAGGCGATCAACCTTTCAGTGACCCCGGCCTGGGAGCGGGTGCGCAAACTCGAGGCGGCGGGGCTGATCATCGGCTACCGGGCGCAGATCGACTGGGGCGCGGTGTTCAAGCGCCAGCAGGTACTGGTGGAAATCACCCTGGCCCGGCACACCGCCCAGGACATGCGCCGTTTCGAGCAACGCCTGCTCGCCGCGCCCGAAGTGGTGTTCTGCTACGCCACCGGCGGCGGTGTGGATTACCTGGCGATGATCCAGGCGCCGGACGTCGATTCGTATCAGCGTTTCGTCGATCAACTGTTGCTTGAAGACCTCGGCATCGAACGCTACTTCACCTACATCGTCACCAAGACCATCAAGACCGTCGGCGCCTTGCCGGCGGAGCTCACACCGTCATCCTGA MHKLDRYDLKILQILAEDGRITKSSLAEAINLSVTPAWERVRKLEAAGLIIGYRAQIDWGAVFKRQQVLVEITLARHTAQDMRRFEQRLLAAPEVVFCYATGGGVDYLAMIQAPDVDSYQRFVDQLLLEDLGIERYFTYIVTKTIKTVGALPAELTPSS PGPT0014049_205 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782 NA NA D1-35_01365 1488 davD_1 COG1012 Glutarate-semialdehyde dehydrogenase ATGCCTTATCAACACCCGCTGCTGTTCAAAGCGCTTTGCTACATCGATGGCCATTGGGTCCACAGCGACAGCGGCCAGAGCATCGCGGTGCAGAACCCAGCAACCCGCACGGTTATCGGCCATGTGCCGATGCTCGATCAACCTCAGATCGTCGCGGCGGTGGACGCGGCGCATCGCGCGTTCCCCGCATGGCGCGAGCAGAGCCTGGAGATTCGCGGCGCGATGCTGCGGCGCTGGGCGGCGTTGATCAGCGAGCACAGCGAAGACCTCGCGCGAATTCTCAGCCTGGAGCAGGGCAAGCCGCTGGCCGAGTCCCGTGGCGAAATCGCCTATGCCGCAAGTTTCATCCCGTGGTTCGCCGAGGAGGCCCGGCGCCTCTACGGCCAGAACATTCCCAGTCATATCCCGAACGCTCATTTGGGCACGGTCAAGGAACCAGTGGGCGTCTGCGCGCTGCTCACACCCTGGAACTTCCCCTCGGCGATGATCACCCGCAAGGCCGCTGCCGCGCTGGCGGCCGGATGCACCGTGGTGGTCAAGCCGGCCCATGAAACGCCTTACTCGGCGTTGGCCCTGGCGCAACTGGCCGAGGAAGCGGGCTTTCCTGCCGGCGTCTTCAACGTGGTATTGGGCGAGCCGCAGATGACCATGGAGACCCTGGTCAAGGACCGCCGCGTGCGTTCGGTGAGTTTCACCGGCTCGACCCGGGTCGGCAAACTGGTGCTGCAAGCAGCGGCCCATGACGTGAAAAAGGTCGCGCTGGAGCTGGGCGGCAATGCGCCGTTCATTGTCTGCGCCGATGCCGATCTGGCCTTGGCAGTCAAAGTCGCTGTCGAGGCGAAATTCCAGACCTCGGGTCAGGATTGCTGCGCGGCCAACCGGATCCTGGTGCAGCGCCCGGCGTATCAGGCGTTTCTCAGTCGTTTCGCCGCCGCGGTGCGCGCCTTGCGGGTCGGGCCGGCGATGGTTGATCAACAGGAGCAGGCGGTGGATGTCGGGCCGTTGATGCATCAGGCGGCGCTCGATGCGACCGCCGACCGCGTCGCCGATGCGCTGGCCCTTGGCGCCCAACGCCTGGCCGGTGGCGAGGCCCATGCTCTGGGCGGGTTGTTCTACCAACCGACCGTGCTGGCCGACGTCACGCCAAAAATGCGCATCTACCGTGAAGAGAACTTCGCGCCCATCGCCGGGGTGATGCCGTTCGACACCCTGGACGAAGCCATCGAACTGGCCAACGACACCGAATACGGACTGGCCGCGTATATTTGCTCCAATCGCCTGGATGTCATTTATCCACTGATCCGTCGTCTCGACCACGCCATGGTCGCCGTCAACGGCGTCAAGTTCACCGGTCATCCGATTCCCTTCGGCGGCATGAAAGCCTCGGGCCTCGGCCGCGAGGGCGGCACCGAGGGCTTCGAGCCCTTCGTCGAAACCAAATACTTTTGCCTGCACCATCAAGGCCAATTCCCAGGAGAGCCCGCATGA MPYQHPLLFKALCYIDGHWVHSDSGQSIAVQNPATRTVIGHVPMLDQPQIVAAVDAAHRAFPAWREQSLEIRGAMLRRWAALISEHSEDLARILSLEQGKPLAESRGEIAYAASFIPWFAEEARRLYGQNIPSHIPNAHLGTVKEPVGVCALLTPWNFPSAMITRKAAAALAAGCTVVVKPAHETPYSALALAQLAEEAGFPAGVFNVVLGEPQMTMETLVKDRRVRSVSFTGSTRVGKLVLQAAAHDVKKVALELGGNAPFIVCADADLALAVKVAVEAKFQTSGQDCCAANRILVQRPAYQAFLSRFAAAVRALRVGPAMVDQQEQAVDVGPLMHQAALDATADRVADALALGAQRLAGGEAHALGGLFYQPTVLADVTPKMRIYREENFAPIAGVMPFDTLDEAIELANDTEYGLAAYICSNRLDVIYPLIRRLDHAMVAVNGVKFTGHPIPFGGMKASGLGREGGTEGFEPFVETKYFCLHHQGQFPGEPA PGPT0014048_150 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014048-doeC-K15786 NA NA D1-35_01366 1386 spuC_1 COG0161 Putrescine--pyruvate aminotransferase ATGAGCCAAGAACTCAACACGTTGTTCGAACAAGACCGTGCGCATTTCATGCACCCCTCGACCCACGCCCACGACCACGCCAGCGGGGCGCTCAAGGGGCGCATCATCAAGAGCGCGTCGGGCATTCGCATACGCGATCACGAGGGGCGTGACTTCATCGACGCTTTCGCCGGGCTCTATTGCGTGAACATTGGTTATGGCCGTACCGAAGTGGCCGATGCCATCTACAAACAGGCCAAGGAACTGGCCTACTACCACACCTATGTCGGTCATTCGAGCGAGGCGATCATCGAACTGTCCAGCCGCATCATGGACTGGGCGCCGACGGGGATGAAGAAGGTCTATTACGGGCTGTCCGGCTCCGATGCCAACGAAACCCAGATCAAACTGGTGCGTTACTACAACAACGTACTCGGCCGGCCGCAGAAGAAAAAAATCATCTCCCGTGATCGTGGCTACCATGGCTCGGGCATCATGACCGGCAGCCTGACCGGGCTGCCGGCGTTCCATCAGCATTTCGACCTGCCGGCCGAAGGGGTCAAGCACACCGTGTGTCCGCACTGGTATCGCAAGGCCCGGGCGGGCATGGACGAAGCAACGTTCGTGCGTTATTGCGCCGATGAACTGGAAAAAATGATCCTCGCCGAGGGCCCGGACACGGTGGCGGCGTTCATCGGCGAACCGGTGATGGGCACTGGTGGCATCATCGTTCCGCCCGCCGGTTATTGGGCTGCGATCCAGGCCGTGCTGAACAGATACGACGTGCTGTTGATCGCCGATGAGGTGGTCTGCGCGTTTGGTCGCCTGGGTTCGAAGATGGGCAGCCAGCGCTATGGCATGCAGCCGGACCTGATCACCACGGCCAAGGGACTGACCAGCGCCTACGCGCCGTTGTCGGCGGTGATCATCGGTGAAAAGGTCTGGAGCGTGATCGAAAAAGCCTCCCAGGCCGAAGGTGCGATGGGCCATGGCTGGACTTACTCCGGACACCCGATCTGCGCGGCGGCGGCCCTGGCCAACCTGGATATCCTCGAAAGGGAAAACCTCATGGCCAACGCCGAAGACGTCGGTGGTTACCTCAACCGGCGTTTACGCGAAACCCTCGAAGGCCATCCGCTGGTGGGCGAAGTGCGCGGTGACGGCATGCTGGCGGCGGTGGAGTTCATGGCCGATCGTGAACAGCGTACGGCGTTCGACCCGGCACTCAAGGTCGGACCCAAGGTCTCGGCCGCCTGCCTGGAACGCGGAATGATCGCCCGCGCCATGCCCCACGGCGACATCCTGGGCTTCGCTCCGCCGCTGATCCTGACCCGCGAAGACGCCGACCTGATCGTCGACATCACCAAAGGGGCCATCGACCAGGTGGCGGAGGAAGTGTTGGCTTGA MSQELNTLFEQDRAHFMHPSTHAHDHASGALKGRIIKSASGIRIRDHEGRDFIDAFAGLYCVNIGYGRTEVADAIYKQAKELAYYHTYVGHSSEAIIELSSRIMDWAPTGMKKVYYGLSGSDANETQIKLVRYYNNVLGRPQKKKIISRDRGYHGSGIMTGSLTGLPAFHQHFDLPAEGVKHTVCPHWYRKARAGMDEATFVRYCADELEKMILAEGPDTVAAFIGEPVMGTGGIIVPPAGYWAAIQAVLNRYDVLLIADEVVCAFGRLGSKMGSQRYGMQPDLITTAKGLTSAYAPLSAVIIGEKVWSVIEKASQAEGAMGHGWTYSGHPICAAAALANLDILERENLMANAEDVGGYLNRRLRETLEGHPLVGEVRGDGMLAAVEFMADREQRTAFDPALKVGPKVSAACLERGMIARAMPHGDILGFAPPLILTREDADLIVDITKGAIDQVAEEVLA PGPT0007865_412 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 D1-35_01367 438 hypothetical protein GTGGAACACTCGCTCTTAGTTTGGCTGTTGCCGACTCTTGCCCTGGTTGCCGGTGTCGCCATTGGTTTCCTGATTGCCCGACTGCTGCCTAACGCGGTGCCCAACAGCACCCAACGTCAGCTCGACGACATCCAGGAACGTTTCGACAGTTACCAGAATGAAGTGGTAACCCACTTCAACAGCACCGCTTCCCTGGTGAAAAAGCTCACCCAGAGCTACCAGGAAGTCCAGGATCATCTGTCCGAGGGCGCCAACCGCCTGGCCCTGGACGAGCAGACGCGCCAGCGCCTGCTGGCCGCCCTGCAAGCCGACACGGCGCAGACGCCACGGGAGCGCCTGACCCCGCCCAAAGGGATCCAGGAACCGCCACGGGACTACGCCCCCAAGGCCCCGAACTCCCCAGGGATGCTGGATGAGCATTACGGTTTGAAGAAGTAA MEHSLLVWLLPTLALVAGVAIGFLIARLLPNAVPNSTQRQLDDIQERFDSYQNEVVTHFNSTASLVKKLTQSYQEVQDHLSEGANRLALDEQTRQRLLAALQADTAQTPRERLTPPKGIQEPPRDYAPKAPNSPGMLDEHYGLKK NA NA NA NA NA D1-35_01368 630 hypothetical protein ATGCGCGAAACCCCTGTAGTCATCGATGGCCCGGTCGGCCAACTGGAAGCCTTGTACCTGGACAGCGAAGCGCCCCGTGGCCTGGCGCTGATCTGCCACCCCAACCCGGTACAGGGCGGGACCATGCTCAACAAAGTGGTCTCGACCCTGCAGCGCACCGCCCGCGACGCTGGCCTGGTTACGTTGCGTTTCAATTATCGCGGCGTCGGCGCCAGTGCCGGCAGCCATGACATGGGCACCGGCGAAGTGGACGATGCCCAGGCCGCGGCCGCCTGGTTGCTGGAAAAATACCCGCAGCTGCCCCTGACCCTGTTTGGTTTTTCCTTCGGCGGCTTCGTCGCCGCCACCCTTGGCGGACGCCTGGAAGCCCAAGGCCAGGCGCTCAAGCACCTGTTCATGGTTGCTCCGGCGGTAATGCGCCTGGATGCACAAGCGCCCCTGCCGACCAGTGGCGAATTGACCGTGATCCAGCCGGAAACCGACGAAGTGGTCGATCCCCAACTTGTCTACACATGGTCCGACGCGCTCCAGCGCCCCCATGAGCTGCTGAAAGTGGCAGAATGCGGACACTTTTTTCATGGCAAGCTGACTGATCTCAAGGATCTGCTCCTGCCGCGCCTCTCGAATTGA MRETPVVIDGPVGQLEALYLDSEAPRGLALICHPNPVQGGTMLNKVVSTLQRTARDAGLVTLRFNYRGVGASAGSHDMGTGEVDDAQAAAAWLLEKYPQLPLTLFGFSFGGFVAATLGGRLEAQGQALKHLFMVAPAVMRLDAQAPLPTSGELTVIQPETDEVVDPQLVYTWSDALQRPHELLKVAECGHFFHGKLTDLKDLLLPRLSN NA NA NA NA NA D1-35_01369 1356 hypothetical protein ATGACGACTCGTACCCGTATCCTGACCGGCATCACCACCACCGGCACCCCGCACCTGGGCAACTACGCCGGCGCCATCCGTCCGGCGATCCTCGCCAGCCGCGAAAGCAATGCCGATTCGTTCTATTTCCTGGCCGATTACCACGCCCTGATCAAATGTGATGACCCGCTGCGCATCCAGCGCTCGCGCCTGGAAATCGCCGCGACCTGGCTGGCCGGTGGCCTGGATGTGGACCGCGTGACGTTCTATCGCCAGTCCGATATCCCTGAAATCCCGGAACTGACCTGGCTGCTGACGTGCGTCGCCGCCAAGGGCCTGCTCAACCGTGCCCACGCCTACAAGGCGTCGGTGGACAAGAACGTCGAGACCGGCGAAGACCCTGACGCCGGCGTCACCATGGGCCTCTACAGTTACCCGATCCTCATGGCGGCCGACATCCTGATGTTCAACGCCCACAAGGTGCCGGTCGGTCGTGACCAGATCCAGCACGTGGAAATGGCGCGGGACATCGGTCAGCGCTTCAACCACCTGTTCGGCAAGGGCAAGGAGTTCTTCACCATGCCCGAGGCGCTGATCGAGGAAAGCGTCGCCACGCTGCCGGGCCTCGATGGCCGCAAGATGTCCAAGAGCTACGACAACACCATTCCGTTGTTCAGCAGCGCCAAGGACATGAAGGACGCGATCTCGCGGATCGTCACCGACTCGCGCGCGCCGGGCGAAGCCAAGGACCCGGACAACTCGCACCTGTTCACGCTGTTCCAGGCCTTCGCCACTGCCGAGCAGTCCGCCGCGTTCCGTAGCGAACTGCTGCAAGGCCTGGGTTGGGGCGAGGCGAAGAGTCGTCTGTTCCAACTGCTCGACGACCAGTTGGGTGAAGCGCGCGAGCGGTACCACCAGTTGATCGAACGCCCGGCGGACCTTGAAGACATCCTGCAACTGGGCGCGAAAAAAGCCCGGGCCGTAGCAACGCCGTTTCTCAATGAACTGCGCGAGGCAGTTGGCCTGCGGTCCTTCGTCAGCCAGGTGCAAGTGGCAACGCAGACCAAAAAGAAAGCGGCCAAGGCTGCGCGCTTCGTCAGCTTCCGCGACGATGACGGCAGTTTCCGCTTCCGCCTGCTTTCTGCCGATGGCGAGCAGTTGTTGCTTTCGAACAACTTCGCCGACGGCAAGACCGCTGGCCAGGTGACCAAGCAGTTGCAATCCGGCCAGCCCTTGGACGTGCGCAGCGATGAACTGAGTTTCAGCGTCTGGCTCGACGGCGAATGCGTGGCCCACAGCCCGGCCTTTGCCGACCGTAGCGCCCGAGACGCGGCCATCGATGCGTTGCGCGTGGCACTGACGCCTGCCCAGGATTGA MTTRTRILTGITTTGTPHLGNYAGAIRPAILASRESNADSFYFLADYHALIKCDDPLRIQRSRLEIAATWLAGGLDVDRVTFYRQSDIPEIPELTWLLTCVAAKGLLNRAHAYKASVDKNVETGEDPDAGVTMGLYSYPILMAADILMFNAHKVPVGRDQIQHVEMARDIGQRFNHLFGKGKEFFTMPEALIEESVATLPGLDGRKMSKSYDNTIPLFSSAKDMKDAISRIVTDSRAPGEAKDPDNSHLFTLFQAFATAEQSAAFRSELLQGLGWGEAKSRLFQLLDDQLGEARERYHQLIERPADLEDILQLGAKKARAVATPFLNELREAVGLRSFVSQVQVATQTKKKAAKAARFVSFRDDDGSFRFRLLSADGEQLLLSNNFADGKTAGQVTKQLQSGQPLDVRSDELSFSVWLDGECVAHSPAFADRSARDAAIDALRVALTPAQD PGPT0007120_452 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 D1-35_01370 1095 zapE_1 COG1485 Cell division protein ZapE ATGACGCCCCTAGAACGATATCAAGCTGATCTGAAACGCCCGGAATTCTTCCACGACGCAGCCCAGGAAACGGCCGTGCGGCATTTGCAGCGCCTGTACGACGACCTGGTTGCCGCGTCGAACAACAAGCCGGGCTTGTTGGGCAAACTGTTCGGCAAAAAGGACCAGACACCGGTCAAGGGCCTGTACTTCTGGGGTGGCGTCGGCCGTGGCAAGACTTACCTGGTGGACACCTTCTTCGAAGCGTTGCCCTTCAAGGAAAAGACCCGGACGCACTTTCACCGCTTCATGAAGCGCGTGCACGAGGAAATGAAGACCCTGGGTGGCGAAAAGAACCCGCTGACCCTCATCGCCAAGCGCTTCGCCGCCGAGACGCGGGTGATCTGCTTCGATGAGTTTTTCGTTTCCGACATCACCGACGCCATGATCCTTGGCACGCTGATGGAAGAACTGTTCAAGAACGGCGTGACCCTGGTCGCCACCTCGAACATCGTCCCCGACGGCCTTTACAAGGACGGTCTGCAACGGGCGCGCTTCCTGCCGGCGATCAAGCTGATCAAGGAGCACACCGAAATCGTCAATGTCGACAGCGGCGTGGACTATCGCCTGCGTCACCTCGAACAAGCGGAGTTGTTCCATTTCCCGCTGGATGCCGCCGCTGAAGAAAGCCTGCGCAAGAGCTTCCGCGCCCTGACGCCGGAATGCACCCAGGCGGTTGAAAACGATGTATTGATCATCGAGAACCGCGAAATCCGTGCGATCCGCACCTGCGACGACGTGGCCTGGTTCGACTTCCGTGAACTGTGCGACGGCCCCCGCAGCCAGAACGACTACATCGAGCTGGGCAAGATCTTCCATGCCGTGCTGCTCAGCGGCGTCGAGCAGATGAGCGTCACCACCGATGACATCGCCCGCCGTTTCATCAACATGGTCGACGAATTCTACGACCGCAACGTGAAGCTGATCATCTCGGCTGAAGTCGAGCTCAAGGACCTCTATACCGGCGGTCGCCTGAACTTCGAATTCCAGCGGACCCTCAGTCGCCTGTTGGAGATGCAATCCCACGAATTCCTGTCGCGGGCGCATAAACCGTAA MTPLERYQADLKRPEFFHDAAQETAVRHLQRLYDDLVAASNNKPGLLGKLFGKKDQTPVKGLYFWGGVGRGKTYLVDTFFEALPFKEKTRTHFHRFMKRVHEEMKTLGGEKNPLTLIAKRFAAETRVICFDEFFVSDITDAMILGTLMEELFKNGVTLVATSNIVPDGLYKDGLQRARFLPAIKLIKEHTEIVNVDSGVDYRLRHLEQAELFHFPLDAAAEESLRKSFRALTPECTQAVENDVLIIENREIRAIRTCDDVAWFDFRELCDGPRSQNDYIELGKIFHAVLLSGVEQMSVTTDDIARRFINMVDEFYDRNVKLIISAEVELKDLYTGGRLNFEFQRTLSRLLEMQSHEFLSRAHKP NA NA NA NA NA D1-35_01371 987 ansB_1 COG0252 putative L-asparaginase periplasmic ATGGACTTGCCCAACCTGAGCATCGCTTCACTCGGCGGCACCGTGAGCATGCAGGCCCGGGTCTTCGGAGAAGGAGTGGTCCCGACCGTCAGCGGCGCAACCCTGCTGGCTTCGGTACCCGAATTGAGAGCCCTGGCCCGCGTCACCGTCGAAACGCTCCAACTGTTGCCCAGCGCCTCATTGAGTTTCGAGCATTTATTGAGTGTCCTGCGCTGGGCGAACACTCAGATCGAGCTAGGTGCGGTGGCGGTTGTCCTCACTCAGGGCACCGACACGCTGGAGGAATCCGCCGCATTTTTCGATCTCCTGTGGGACCACGACGAACCTCTGGTGCTTACTGGAGCGATGCGTTCCGCAGCCCAGACAGGCGCCGACGGACCGGGCAATCTGCTGGATGCCTGCCAGGTGGGCCTGGCCGAGAGCAGTTGGCGACGAGGTGTTCAGGTGGTCATGAACGGGCAGATTCATTCGGCGCAGGCGGTTCGCAAAACCGATTCGATGGCACTGCAGGCTTTTTCTTCGCCCGTCGTAGGCCCGGCAGGCCTGTTACTGGAGGGTGACGTTCACTATTTCCATCCACCACGCCAACGTCACACCTTGCCGTTGCCACAGCGCTCGACGCACAAGGTTGCGTTATTACAAGCGTCGCTGTCTGCCGACAGCCTGTTGCTGGAGAACGTTCTCGCGCTGGGTTACGACGGGCTGGTGATCGCCGGTTTCGGCGCAGGGCACGTTTCTGAAACCTGGGCTGGAAAAATTGACGCCATTGCCAGAAAAATCCCGGTCATTGTTGCGACTCGCTGCGATTGCGGCTCAACGGCTCGCTCGACTTACGGCTTCAAGGGCGGCGAGATGGATCTGGTTAAAAGAGGTGCTTCGATGGCTGGTTTTGTCTGCCCACGAAAATCGAGGATTCTCTTGTGGCTGCTGCTCGGTTGCCAGCGACAAGATGACCTGGCTCGCTATCTGAGGCTTTTGCAGTATTGA MDLPNLSIASLGGTVSMQARVFGEGVVPTVSGATLLASVPELRALARVTVETLQLLPSASLSFEHLLSVLRWANTQIELGAVAVVLTQGTDTLEESAAFFDLLWDHDEPLVLTGAMRSAAQTGADGPGNLLDACQVGLAESSWRRGVQVVMNGQIHSAQAVRKTDSMALQAFSSPVVGPAGLLLEGDVHYFHPPRQRHTLPLPQRSTHKVALLQASLSADSLLLENVLALGYDGLVIAGFGAGHVSETWAGKIDAIARKIPVIVATRCDCGSTARSTYGFKGGEMDLVKRGASMAGFVCPRKSRILLWLLLGCQRQDDLARYLRLLQY PGPT0020180_3032 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 D1-35_01372 1134 hypothetical protein GTGATCCTGTTGGTGCTCGGCGCGCTGTCGCTGGTCTTCTGGCTTTCTTTCATGAGCCTCGCCTCCTGGCCCGACTACGGCCACATGGTGTCGAATTTGCCACAGCCAACCTCATGGCTACGCTGGGTGGTGGGAGACATCAGCGAAGTCGCCTTTTATAAGCATGAATTTGCTTCCATCGGACTGCTGGCGGGGGCATACCTGGCATACCGGGCCAATGAAACGGGAAAGGCCTGGCAAGGCTTTCCCATCTGCTACGGCAGCGGCCTGTGGCCGTGGGTCGTCGCCAGCTCACTGCTTGGGCTCCTGCTCAGCAACCTGTTATGGGGCTGGACCGTTACGGCCACCGCCTGGCAACCGACCTTTGCCGCATTCGTTTCATTGCCGGCGGCGATGGTGCTGATGTTTGGCGGTGGCTGGAAAGTGGCGATCAATGGCGCAGTCATGGGTGCATTGCTGGTCACCCCGGCGTGCTTGTTGCTGGTCAATTACGTCTGCAATCCACTGGGTTTGCCGGCAGTGATCGGCAACGTCTCGGGGATGGCTGTCGCCAGCGTCATGGCATTCCTGCTCTGTCGTTATGTGCCAAGCCTGGTGAGCTCGCAGGCCTCAATGAAACCATCCGAAACGCCATCAAGGCCCACGCCCAGCCGTGCACCCGACTACGGTGTCGTCTGGAGCCTGCGCCGAGTCTTGGCGGATTTCTCCGAAGCGCCGTTCTTCGGCAATGAGTGGGCCAGCCTTGGGCTCATATCGGGCGCCTTGCTGGCCTATGCCTTGAACCCGATGAGCCCGGTCTACGGCTCGGGCTTGCTGCCGCAACTGATCGGTGCGCAAGCGCTGACCTCGGCCTTGGGCGTGATGATCTGGCGTCGACAGTGGAGGTTGCGAGGCTGGTATCCCACCTATATCCCGCTGGTATCGGTCGTGCCTGCCGCGGTTCTGACCTACGGCGGCAGTTGGCCGGTGATTGTCTCCAGCGCCTTGCTAGGTGCACTTGTGGCGCCGCCACTGGCGTGTGCGATTGCCAAAAGGCTACCCACCGACATGCACGGATTTATTGCGAATGTCCTGTCCATGGCCATCAGTACCTTGCTCATCATTCCGCTTATCGGACGCCTGATAACCAACTGA MILLVLGALSLVFWLSFMSLASWPDYGHMVSNLPQPTSWLRWVVGDISEVAFYKHEFASIGLLAGAYLAYRANETGKAWQGFPICYGSGLWPWVVASSLLGLLLSNLLWGWTVTATAWQPTFAAFVSLPAAMVLMFGGGWKVAINGAVMGALLVTPACLLLVNYVCNPLGLPAVIGNVSGMAVASVMAFLLCRYVPSLVSSQASMKPSETPSRPTPSRAPDYGVVWSLRRVLADFSEAPFFGNEWASLGLISGALLAYALNPMSPVYGSGLLPQLIGAQALTSALGVMIWRRQWRLRGWYPTYIPLVSVVPAAVLTYGGSWPVIVSSALLGALVAPPLACAIAKRLPTDMHGFIANVLSMAISTLLIIPLIGRLITN PGPT0003290_336 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_TRANSPORT,PGPT0003290-entS|ybdA|cbsS-K08225 NA NA D1-35_01373 888 N-carbamoyl-D-amino acid hydrolase ATGAGCGAGCCAACCAGTCCTGTCCGCGTAGCGGTTGTGCAATTCGACCCTCAGGTCGGCGTAAGGAATCATGAGCAGAACCTGCATCACAGCCTTGCGCTGGCGTTGGAGGCGGTAAACGGCGGAGCGAATCTCATCGTTCTGCCCGAGCTGTCAAATACCGGTTATTTTTTCAGCAACCGACAGGATGCGTTCGAACACTCCGAATTGGTCCCTAACGGGCCGAGCGTGCAGGCCTGGAAGGACTTCGCCCGCCAGCACAAGATTTACCTGGTGGCCGGCTTGACAGAGCGCGAGGGCATGCGGCTTTTCAACACCGGTGTTCTGTTGGGGCCAGACGGTTTTATTGGCAAGTACCGAAAAGCCCATTTGTGGAACCTGGAGAAACTCTGGTTCACACCAGGGGACCTGGGTTTTCCAGTGTTCGAAACCCCGATAGGCCGCATCGGAATGCTGATCTGCTGGGACATCTGGTTTCCGGAAGTGCCGCGAATCCTGACCCAGCAAGGCGCGGACATCATCTGCAGCCTGAATAACTGGGTCTGGACGCCCCCACCGCTGTTTGATGACGCAGGCAAGTGCATGGCGTCATATCTGACCATGACGGCGGCACACGTCAATAACGTGTTCATTGCAGCGGCAAGCCGCATCGGCGAAGAACGCGGTGCCCGCTATCTTGGCTGCTCGCTGATCGCGGGTACTAACGGTTGGCCGATTGGCGCGGTGGCCTCCGCCGACCAGCAGGAAGTGCTGTTCGCCGACATCGACCTGACCAGTTCCCGTAGCGCCGCCATCTGGAACAACCTGAACGACCTGCACCGTGATCGGCGTTCGGATCTCTACGATCCGATGCTTGGTTATACCCAGCACCCTCTCCTGCCGCGCTGA MSEPTSPVRVAVVQFDPQVGVRNHEQNLHHSLALALEAVNGGANLIVLPELSNTGYFFSNRQDAFEHSELVPNGPSVQAWKDFARQHKIYLVAGLTEREGMRLFNTGVLLGPDGFIGKYRKAHLWNLEKLWFTPGDLGFPVFETPIGRIGMLICWDIWFPEVPRILTQQGADIICSLNNWVWTPPPLFDDAGKCMASYLTMTAAHVNNVFIAAASRIGEERGARYLGCSLIAGTNGWPIGAVASADQQEVLFADIDLTSSRSAAIWNNLNDLHRDRRSDLYDPMLGYTQHPLLPR PGPT0008885_656 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_DEGRADATION,PGPT0008885-UPB1_like|pydC-K01431 NA NA D1-35_01374 990 cdhR_3 COG4977 HTH-type transcriptional regulator CdhR ATGCACGCCTCCACGCCCTTGCGGCGCGTCAGCATCCTGGCAGTCGACCGGGTTTTCGCTTCCACCCTCATGCAGGCCAAGGATTTTTTCCACCTGGCCAGCCTGCGCTACGGCAAACAGCTTGGCCACGGCCTGACCCCAGCGTTCGAAACCCGGCTGGTCAGCCCTGACGGCAAGCCAGTCAACAGCTTCAGCGATGTGCTCATGCCGGTGGACGGTGGCCTCGAAAATACCGATGTGATCATCCTGCCGGCGTTCTGGGATGACTTTGCCACGCTCTGCCAACATTATCCCCAGGTCCTGCCCTGGCTGCGCGAACAACACGCTCGCGGTGCGGTGCTCTGCGGCGAAGCCACCGGAGTATTCTGGCTGGCCGAGGCCGGGCTGCTCGACGGCAAGGAAGCCACCACCTACTGGCGCTTCTTCAATGCCTTCAAGGAGCGTTTCCCTCAGGTGCACCTGAACCAGGACAAGCACCTGACCGACGCCGACAATCTGTTCTGCGCCGGCGGCACCACGTCGGCCTGCGACCTTTACATCTACTTGATCGAACGCTTCTGCGGCGCCAACGTCGCCCAGGCCGTGGCGCGGGACATCCTGTATGAAGTGCAACGCAACTATTCGCCGGGACGCATCGGCTTTGGCGGGCAGAAACTGCATCAGGACGTGATCATCCTGCAGATCCAGCAATGGCTGGAGGAGCATTTCGCCGACAAGTTCCGCTTCGAGGACGTCGCCCGGGAGCACGGCATGAGCATCCGCAATTTCATGCGCCGCTTCCAGACCGCCACCGGCGACAAGCCCTTGCACTACCTGCAACGCCTGCGGATAGAAACCGCCAAGGGCCTGCTGTCCGGGAGCCGCAAGAGCATCAAGACGATCAGCTATGAAGTCGGCTACGACGACGCGAGCTTTTTCGCACGACTGTTCCGGCAGCACACCGACCTGTCACCGAACCAGTACCGGCAGCAATTCCAGCAGGCGGCGTGA MHASTPLRRVSILAVDRVFASTLMQAKDFFHLASLRYGKQLGHGLTPAFETRLVSPDGKPVNSFSDVLMPVDGGLENTDVIILPAFWDDFATLCQHYPQVLPWLREQHARGAVLCGEATGVFWLAEAGLLDGKEATTYWRFFNAFKERFPQVHLNQDKHLTDADNLFCAGGTTSACDLYIYLIERFCGANVAQAVARDILYEVQRNYSPGRIGFGGQKLHQDVIILQIQQWLEEHFADKFRFEDVAREHGMSIRNFMRRFQTATGDKPLHYLQRLRIETAKGLLSGSRKSIKTISYEVGYDDASFFARLFRQHTDLSPNQYRQQFQQAA NA NA NA NA NA D1-35_01375 1137 mmgC_2 COG1960 Acyl-CoA dehydrogenase ATGATCCCCAGAACCCTGTTCAGTCCCGAGCACGAGTTGTTTCGCGACACCGTACGAACCTTCCTTGAAAAAGAAGCCGTGCCGTACCACAGCCAGTGGGAAAAACAGGGGCACATCGATCGCCAACTCTGGAACAAGGCTGGGGAGGCGGGGATGTTGTGCTCGCATCTGCCGGAGGCCTACGGCGGGCTGGAAGCGGATTTTCTCTACAGCACGGTGGTGATCGAGGAAATCGGCCGCCTGGGGCTGACCGGGATCGGTTTCTCGTTGCATTCCGATATCGTTGCGCCTTACATCCTGCATTACGGCAGCGAAGCGTTGAAGCATAAATACCTGCCGAAACTGGTGTCCGGCGAAATGGTCACGGCCATCGCCATGACCGAGCCGGGCGCCGGTTCCGACCTGCAAGGCGTGAAGACCACAGCAGTGCTCGACGGCGATGAATACGTGATCAACGGCTCCAAGACGTTCATTACCAATGGCTTCCTGGCCGACCTGGTTATTGTCGTCGCCAAGACCGACCCGAAGGCGGGGGCCAAAGGTACCAGCCTGTTCCTGGTGGAGGCGGGCACGCCGGGCTTTGAAAAAGGCAAGCGCCTGGAGAAAGTCGGAATGAAGGCCCAGGACACGTCGGAGCTGTTCTTCCAGGATGTCCGCGTGCCGAAGGAAAATCTGCTGGGCCAGGCCGGAATGGGCTTCGCCTACCTGATGCAGGAACTGCCTCAGGAGCGCCTGACCGTCGCCATCGGTGGCCTGGCCTCGGCCGAAGCGGCGCTGCAATGGACGCTGGATTACACCCGTGACCGCAAGGCGTTCGGCAAATCCATCGCGGATTTCCAGAACACCCGCTTCAAACTGGCTGAAATGGCCACCGAGATCCAGATCGGCCGGGTCTTTGTCGACCGCTGCCTGGAGCTTCATCTGCAGGGCAAGCTCGATGTACCGACGGCGGCGATGGCCAAGTACTGGGGCACCGACCTGCAATGCAAGGTGCTCGACGAATGCGTGCAGCTGCATGGCGGCTACGGTTTCATGTGGGAATATCCGGTCGCCCGGGCGTGGGCTGATGCGCGGGTGCAGCGGATCTATGCGGGGACCAACGAAATCATGAAGGAGATTATTGCGCGGTCGCTTTGA MIPRTLFSPEHELFRDTVRTFLEKEAVPYHSQWEKQGHIDRQLWNKAGEAGMLCSHLPEAYGGLEADFLYSTVVIEEIGRLGLTGIGFSLHSDIVAPYILHYGSEALKHKYLPKLVSGEMVTAIAMTEPGAGSDLQGVKTTAVLDGDEYVINGSKTFITNGFLADLVIVVAKTDPKAGAKGTSLFLVEAGTPGFEKGKRLEKVGMKAQDTSELFFQDVRVPKENLLGQAGMGFAYLMQELPQERLTVAIGGLASAEAALQWTLDYTRDRKAFGKSIADFQNTRFKLAEMATEIQIGRVFVDRCLELHLQGKLDVPTAAMAKYWGTDLQCKVLDECVQLHGGYGFMWEYPVARAWADARVQRIYAGTNEIMKEIIARSL PGPT0008385_7562 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_01376 1041 tas COG0667 Protein tas ATGGACTATCGCAAGCTAGGCCGTACCGATCTGAATGTCAGCGCCTTGTGTCTCGGAACCATGACCTGGGGCGAGCAGAACAGCGAGGCAGAGGCGTTCGCCCAGATTGAACGCGCCAAGGGTGCCGGGATCAATTTCCTCGACACCGCCGAGATGTACCCCGTGCCGCCGAAGGCCGAGACCTACGCCACCACCGAGCGTTATATCGGCAACTATTTCAAGAGCCGTGGCGACCGCGCCGACTGGATCCTGGCCAGCAAGATCGCCGGCCCGGGCAATACCATCGACTATATCCGCGACAAGAATCTCAAGCACAACCGCCGCCACATCGTCGAAGCGCTGGACGCCAGCCTCAAGCGCCTGCAGACCGACTGGATCGACCTGTACCAACTGCACTGGCCGGAGCGCAGCACCAATTTCTTTGGCCAATTGGGCTACACGCACAAGGCCGACGAGGATTTCACTCCTCTGGAGGAAACCCTCGAAGCTCTGGACGAACAGGTCCGCGCCGGCAAGATCCGCCATATAGGCCTGTCCAACGAGACGCCGTGGGGCACCATGAAATTCCTCGCCCTGGCCGAAGCCCGCGGTTGGCCTCGCGCGGTGTCGATTCAAAACCCGTACAACCTGCTCAATCGCAGCTTCGAAATCGGCTTGGCGGAAATCGCCATTCGCGAGCAATGCGGCCTGCTGGCCTATTCGCCCCTGGCGTTCGGTTTCCTGTCGGGCAAATACGAAAACGGCGCACGGCCCGCCAAGGGCCGCCTGACGCTGTACAGCCGCTTCATGCGTTACTTCAACCCGCAATCGGAAGCCGCCTGCAGCCGCTATGTGGCACTGGCCCGCGAACACGGCCTGGACCCGGCGCAGATGGCCCTGGCATTTGTTACCCAGCAGCCGTTCGTGACCAGCAACATCATCGGCGCCACCACGCTGGAGCAACTGGACAGCAACATCGCCAGCTTCGACCTCAAGCTGTCGGATGAAGTGCTGGCGGGAATCGAGGCGATTCACAAGGACCAGCCGAATCCGGCGCCTTGA MDYRKLGRTDLNVSALCLGTMTWGEQNSEAEAFAQIERAKGAGINFLDTAEMYPVPPKAETYATTERYIGNYFKSRGDRADWILASKIAGPGNTIDYIRDKNLKHNRRHIVEALDASLKRLQTDWIDLYQLHWPERSTNFFGQLGYTHKADEDFTPLEETLEALDEQVRAGKIRHIGLSNETPWGTMKFLALAEARGWPRAVSIQNPYNLLNRSFEIGLAEIAIREQCGLLAYSPLAFGFLSGKYENGARPAKGRLTLYSRFMRYFNPQSEAACSRYVALAREHGLDPAQMALAFVTQQPFVTSNIIGATTLEQLDSNIASFDLKLSDEVLAGIEAIHKDQPNPAP NA NA NA NA NA D1-35_01377 429 rplM COG0102 50S ribosomal protein L13 ATGAAAACTTTTACTGCTAAACCGGAAACAGTAAAGCGCGACTGGTTTGTCGTCGACGCTGCTGGTCAGACCCTGGGTCGTCTGGCCACCGAAATCGCGAGCCGTCTGCGTGGCAAGCACAAGCCTGAGTACACCCCTCACGTTGACACCGGTGACTACATCGTCGTGATCAATGCCGAGCAAGTACGTGTTACTGGCGCTAAAACCACTGACAAAATGTACTACTCCCACTCCGGTTTTCCTGGCGGCATCAAGTCGATCAACTTCGAAAAGCTGATCGCCAAAGCCCCTGAGCGCGTGATCGAGACCGCGGTTAAAGGCATGCTGCCTAAAAACCCACTGGGTCGCGACATGTATCGTAAGCTGAAGGTTTATGCGGGCGCTGCTCACCCTCATACTGCTCAGCAGCCCCAAGAACTGAAGTTTTAA MKTFTAKPETVKRDWFVVDAAGQTLGRLATEIASRLRGKHKPEYTPHVDTGDYIVVINAEQVRVTGAKTTDKMYYSHSGFPGGIKSINFEKLIAKAPERVIETAVKGMLPKNPLGRDMYRKLKVYAGAAHPHTAQQPQELKF NA NA NA NA NA D1-35_01378 393 rpsI COG0103 30S ribosomal protein S9 ATGTCGGCGACTCAAAATTACGGCACTGGCCGTCGCAAGACTGCAACCGCACGCGTTTTCCTGCGTCCGGGTACTGGCAACATCTCCATCAACAACCGCTCCCTGGATAACTTCTTCGGCCGCGAAACTGCCCGCATGGTAGTTCGTCAGCCGCTGGAACTGACCGAGACCGTCGAGAAGTTCGACATCTACGTCACCGTTATCGGTGGTGGTGTAAGTGGCCAGGCTGGCGCAATCCGCCACGGCATCACTCGCGCCCTGATGGATTACGACGAAACTCTGCGCAGCGCCCTGCGTAAAGCTGGCTTCGTAACTCGCGATGCTCGCGAAGTAGAACGTAAGAAAGTCGGTCTGCGTAAAGCGCGTAAGCGTCCGCAGTACTCGAAGCGTTAA MSATQNYGTGRRKTATARVFLRPGTGNISINNRSLDNFFGRETARMVVRQPLELTETVEKFDIYVTVIGGGVSGQAGAIRHGITRALMDYDETLRSALRKAGFVTRDAREVERKKVGLRKARKRPQYSKR NA NA NA NA NA D1-35_01379 594 petA COG0723 Ubiquinol-cytochrome c reductase iron-sulfur subunit ATGAGCAATGACGGCGTGAATGCAGGCCGGCGTCGCTTCCTGGTAGCAGCCACATCCGTGGTGGGTGCTGCAGGAGCGGTGGGGGCTGCGGTCCCGTTCGTGGGGTCATGGTTTCCCAGTGCCAAGGCGAAAGCCGCAGGCGCACCGGTGAAAGTGAATGTCAGCAAGATCGAGCCAGGCCAGCAGATGATTGCTGAGTGGCGCGGCCAGCCGGTATTCATCGTCCGCCGTACAGAGGAGATCCTGGGGAATCTGAAAAAGATCGAGGGCCAGCTGTCCGATCCCTCTTCCAAGAACTCGGTCCAACCGGAGTACGTCAACCCTGAAACCCGTTCGATCAAGCCGGAAGTGCTGCTGCTGATCGGGATCTGCACTCACCTGGGTTGCTCGCCAACGTTCCGTCCCGAAGTGGCGCCTGCCGACCTGGGCAAAGACTGGGTCGGTGGTTATTTCTGCCCATGCCACGGCTCCCACTATGACCTGGCCGGTCGCGTCTACAAATCGCAGCCTGCACCTCTGAACCTGCCAGTTCCCCCGCATTCCTATGAGTCGGACGACATCATTGTCGTTGGCGTCGATACGGAGAAAGCGTGA MSNDGVNAGRRRFLVAATSVVGAAGAVGAAVPFVGSWFPSAKAKAAGAPVKVNVSKIEPGQQMIAEWRGQPVFIVRRTEEILGNLKKIEGQLSDPSSKNSVQPEYVNPETRSIKPEVLLLIGICTHLGCSPTFRPEVAPADLGKDWVGGYFCPCHGSHYDLAGRVYKSQPAPLNLPVPPHSYESDDIIVVGVDTEKA PGPT0030835_1324 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030835-petA-K00411 D1-35_01380 1212 petB COG1290 Cytochrome b ATGAGCAAATTAATGGACTGGTTTGATGCGCGCTTTCCCGCGACCAAAATGTGGGAAGACCATCTCAGCAAGTATTACGCGCCGAAGAATTTCAACTTCTTCTACTTTTTTGGCTCCCTGGCCTTGCTCGTCCTGGTCAACCAGATCGTTACCGGTGTCTGGCTGACCATGAGCTACACCCCGTCGGCGGAGGAAGCGTTTGCCTCCGTCGAGTACATCATGCGTGATGTCGAGTACGGCTCGATTCTGCGTCTGCTGCACTCCACCGGCGCCTCGGCGTTTTTCATCGTGGTCTATCTGCACATGTTCCGTGGCCTGCTCTACGGTTCGTACCAGAAGCCGCGTGAGCTGGTGTGGGTGTTCGGCATGCTGATCTACCTGGCGCTGATGGCCGAAGCCTTCATGGGTTATCTGCTGCCGTGGGGCCAGATGTCCTACTGGGGCGCCCAGGTGATCATCTCGCTGTTCGGTGCTATCCCGGTCATCGGCGATGACCTGACCCAGTGGATCCGCGGTGACTACCTGATCTCGGGCATTACCCTGAACCGCTTCTTCGCCTTGCACGTCGTGGCCTTGCCGATCGTGATCCTCGGCCTGGTGGTGCTGCACATCCTGGCGTTGCACGAAGTCGGTTCGAACAACCCCGATGGCGTGGACATCAAGAAACACAAGGACGAGAACGGCGTGCCGCTGGATGGCATCGCCTTCCACCCGTACTACACCGTGAAAGACATCGTCGGCGTGGTGGTCTTCCTGTTCATCTTCTGTTCGATCGTGTTCTTCTTCCCGGAAATGGGCGGCTACTTCCTCGAGAAGCCGAACTTCGAACAGGCCAACGCCTTCAAGACCCCTGAGCATATTGCCCCTGTCTGGTACTTCACCCCGTTCTACGCGATCCTGCGGGCGGTTCCCGACAAGCTGCTGGGCGTAATTGCCATGGGCGCCGCGATTGCCGTGCTGTTCGTCCTGCCCTGGCTGGACCGCAGCCCCGTCAAGTCGATGCGCTACAAGGGCTGGCTGAGCAAGATCTGGCTCTGGGTGTTCTGCATCTCGTTCGTGATCCTCGGCGTGCTGGGTGTGCTGGCACCGACACCGGGCCGGACGCTGCTGTCGCAGGTCTGCACCTTCCTGTACTTCGCCTACTTCATTCTGATGCCGTTCTACACCAGGCTCGAGAAGACCAAACCGGTTCCGGAAAGGGTGGCTGGCTGA MSKLMDWFDARFPATKMWEDHLSKYYAPKNFNFFYFFGSLALLVLVNQIVTGVWLTMSYTPSAEEAFASVEYIMRDVEYGSILRLLHSTGASAFFIVVYLHMFRGLLYGSYQKPRELVWVFGMLIYLALMAEAFMGYLLPWGQMSYWGAQVIISLFGAIPVIGDDLTQWIRGDYLISGITLNRFFALHVVALPIVILGLVVLHILALHEVGSNNPDGVDIKKHKDENGVPLDGIAFHPYYTVKDIVGVVVFLFIFCSIVFFFPEMGGYFLEKPNFEQANAFKTPEHIAPVWYFTPFYAILRAVPDKLLGVIAMGAAIAVLFVLPWLDRSPVKSMRYKGWLSKIWLWVFCISFVILGVLGVLAPTPGRTLLSQVCTFLYFAYFILMPFYTRLEKTKPVPERVAG PGPT0030840_1398 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030840-petB-K00412 D1-35_01381 783 petC COG2857 Ammonia monooxygenase gamma subunit ATGAAAAAGCTATTTTCTGTACTGATTCTTGCTGCTTTGCCTGTTCTGTCCTTTGCGTCCACATCGAGTGGTCCGGAGCTGGAAAAAGTCGACATCGACGTTTCCGACAAAGCGGCCATGCAGGACGGCGCCCGTACTTTCGCCAACTATTGCATGGGCTGCCACAGCGCCAAGTTCCAGCGCTACGAGCGCGTGGCCGATGACCTGGGTATTCCCCATGAGTTGATGCTTGAAAAGCTGGTGTTCACCGGCGCCAAGCTGGGCGACCACATGAACATCGGCATGCAGCCGGCGGATGCCAAGACCTGGTTCGGCGCGGCGCCGCCCGACCTGACCCTGGTGGCGCGCGTGCGTGGTACCGACTGGCTCTATGGCTATCTGCGTTCGTTCTATGAAGACCCGGCGCGCCCTTGGGGCGTGAACAACAAGGTCTTCCCGAACGTCGGCATGCCGAACGTTCTGGTCGGCCTGCAGGGTCGTCAGGTGATAGGCTGCAAGCAGGTTCAGATCGTCGAGGACGGCAAGAAGCAATATGATCCGCTGACCGGCACCGCTTTGACCCATGAAGCCTGCGACCAGCTGACCATCGTGCCGAACTCCGGCAGCCTGACCCCGGAGCAGTTCGACGAGAAGGTCAAGAACCTGGTGACCTTCCTGGCCTACTCGGCCAACCCGGTGAAGCTGGAACATCAGCGCATCGGTACGTATGTATTGCTGTACCTGGCGTTCTTCTTCGTATTCGCTTATCTGCTCAAGCGTGAATACTGGAAAGACGTGCATTGA MKKLFSVLILAALPVLSFASTSSGPELEKVDIDVSDKAAMQDGARTFANYCMGCHSAKFQRYERVADDLGIPHELMLEKLVFTGAKLGDHMNIGMQPADAKTWFGAAPPDLTLVARVRGTDWLYGYLRSFYEDPARPWGVNNKVFPNVGMPNVLVGLQGRQVIGCKQVQIVEDGKKQYDPLTGTALTHEACDQLTIVPNSGSLTPEQFDEKVKNLVTFLAYSANPVKLEHQRIGTYVLLYLAFFFVFAYLLKREYWKDVH PGPT0030845_1401 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030845-petC-K00413 D1-35_01382 618 sspA COG0625 Stringent starvation protein A ATGGGCGTGACCAATCGGTTGGCCTGTTACTCCGACCCCGCCGACCACTATTCCCACCGGGTACGTATCGTACTGGCCGAGAAGGGTGTCAGCGCCGAGATCATTTACGTCGAAGCGGGCCGTCAGCCGCCGAAGCTGATCGAGGTGAACCCTTACGGCAGCCTGCCCACGCTGGTCGATCGTGACCTGGCACTGTGGGAGTCGACCGTGGTGATGGAGTACCTGGATGAGCGTTATCCGCATCCGCCGTTGCTGCCGGTGTACCCGGTCGCGCGTGCCAACAGTCGTTTGCTGATCCATCGCATCCAGCGTGACTGGTGCGGGTTGGTGGACCTGATCCTGGATTCCAGGACCAAGGAGCCGGCGCGTGTCGTGGCGCGCAAGGAATTGCGCGAAAGCCTGACAGGCGTGTCGCCGCTGTTTGTCGACAAGCCGTTTTTCCTCAGTGAGGAACAAAGTCTGGTGGATTGCTGCCTATTGCCCATACTCTGGCGTTTGCCGATCCTGGGTATCGAACTGCCACGGCCCGCCAAGCCGTTGCTTGATTATATGGAGCGCCAATTTGCGCGTGAGGCTTTCCAGGCGAGTCTGTCTGGTGTCGAACGTGACATGCGCTAA MGVTNRLACYSDPADHYSHRVRIVLAEKGVSAEIIYVEAGRQPPKLIEVNPYGSLPTLVDRDLALWESTVVMEYLDERYPHPPLLPVYPVARANSRLLIHRIQRDWCGLVDLILDSRTKEPARVVARKELRESLTGVSPLFVDKPFFLSEEQSLVDCCLLPILWRLPILGIELPRPAKPLLDYMERQFAREAFQASLSGVERDMR NA NA NA NA NA D1-35_01383 411 sspB COG2969 Stringent starvation protein B ATGAACTCCAGTCGACCTTATCTGGTCCGCGCGCTCTACGAGTGGATTGTGGACAACGATTGCACCCCGCACATGCTGGTCAATGCCGAGTATCCGTCGGTACAGGTGCCGCAGGGTTTTGCCAATGACGGGCAAATTGTCTTGAACGTATCGCCGGCCGCTGTGCGTCATTTGCACATGGACAACGATGCGGTCAGTTTCGAGGGGCGCTTCGGTGGGGTGCCGCATACGCTGTACGTGCCGATTGCCTCCATCCTGGGGATCTATGCCCGGGAGAATGGCCAGGGAATGGTATTCGAGCTGGAAGTGCCGTTGGACGGTGAGGAAGAGTTCGAGGCGGATGAGGATCTGCCGCCCGACGATGAGCCGCCGCGTCCTAGCGGGCGGCCTAGTTTGAAAGTGGTGAAGTGA MNSSRPYLVRALYEWIVDNDCTPHMLVNAEYPSVQVPQGFANDGQIVLNVSPAAVRHLHMDNDAVSFEGRFGGVPHTLYVPIASILGIYARENGQGMVFELEVPLDGEEEFEADEDLPPDDEPPRPSGRPSLKVVK PGPT0007945_6 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287 NA NA D1-35_01384 579 hypothetical protein ATGACCCCTAATCGCCTAGGCCTTTTGGCCCTGACCCTGTGCCTCGGCATCAGCGGCTGCACATCGGTGGTTAACGCCAGCCGGGAAAAGCCGATTGAAGACGACCGCGGCACCCGCACCTTCGGCAGCAAGATCGACGACTCGTTGATCGAAACCAAAGTGGGCGTGAACATTGCCAAGGCCGACCCGGACCTGGACAACAATTCGCACATCGTCGTCACCAGCTTCAACGGCGTTGTGCTGCTGGCCGGCCAGACGCCCCGCGCCGACCTCAAGGCCAAGGCCGAACAGGAAGCCAGCGCCGTGCAGAGGGTCAAGACCGTGCACAACGAACTGCAGGTCCTCCAGCCCTCTTCGCTGCTGGCTCGCCAGAACGACGCCTGGCTGACCACCAAGATCAAGACCCAGATGCTCACCGACGCCAGCATTCCTGGTTCGCGCATCAAGGTTGTGACAGAGAACGGGATTGTCTATCTGCTGGGGTTGCTGACCAAGCAGGAGGCCGCGCAGGCGACCAATCTTGTTCAGGGTGTGTCTGGGGTGCAGAAGATTGTGAAGTTGTTTGAGTACATCGACTGA MTPNRLGLLALTLCLGISGCTSVVNASREKPIEDDRGTRTFGSKIDDSLIETKVGVNIAKADPDLDNNSHIVVTSFNGVVLLAGQTPRADLKAKAEQEASAVQRVKTVHNELQVLQPSSLLARQNDAWLTTKIKTQMLTDASIPGSRIKVVTENGIVYLLGLLTKQEAAQATNLVQGVSGVQKIVKLFEYID NA NA NA NA NA D1-35_01385 594 gmhA COG0279 Phosphoheptose isomerase ATGGACATGCAATCGCGAATCCGCCAGCTTTTTCAGGCCAGCATCGACACCAAGCAACAGGCGATGGACGTACTTGCACCGCACATCGAGCAAGCCAGCCAAGTGATGGTCAATGCCTTGCTCAACGAGGGCAAGATGCTTTCGTGCGGCAATGGCGGTTCGGCCGGCGACGCCCAGCACTTCTCTTCGGAACTGCTCAACCGCTTCGAGCGCGAACGTCCGAGCCTGCCGGCCATCGCACTGACGACCGATAGCTCGACGATTACCTCGATCGCCAACGACTACAGCTACAACGAAGTGTTCTCCAAACAGATCCGCGCCCTCGGCCAGCCTGGCGATGTGCTCCTGGCGATCTCCACCAGTGGCAATTCGGCGAATATTATTCAAGCGATCCAGGCCGCACATGATCGCGAAATGATTGTCGTAGCATTGACCGGTCGCGACGGCGGCGGCATGGCTTCACTGCTGTTGCCTGAAGACGTCGAGATCCGCGTACCGGCCAATGTCACCGCACGTATTCAGGAAGTCCACCTGCTGGCGATCCACTGCCTTTGCGACTTGATCGACAGCCAACTGTTCGGGAGTGAAGAATGA MDMQSRIRQLFQASIDTKQQAMDVLAPHIEQASQVMVNALLNEGKMLSCGNGGSAGDAQHFSSELLNRFERERPSLPAIALTTDSSTITSIANDYSYNEVFSKQIRALGQPGDVLLAISTSGNSANIIQAIQAAHDREMIVVALTGRDGGGMASLLLPEDVEIRVPANVTARIQEVHLLAIHCLCDLIDSQLFGSEE PGPT0023030_955 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023030-gmhA|lpcA-K03271 NA NA D1-35_01386 363 hypothetical protein ATGCCCGACCGATCGCGCCAGCAAAGCGGCAGGGATGCCGAGGGCCTCGCCCTCGCGCATCTTGAGCAACACGGCCTGCGACTGCTGGCGCAAAACTGGCTGTGCAAACGCGGCGAGCTGGATCTGGTCATGCTTGACGGCGATACAGTAGTATTCGTCGAAGTCCGCTACAGAAAAAATACCCAATGGGGTGGCGCGCTCGACAGCATTGACCAGCGCAAGCGCCAGAAGCTGGTTTTCGCCGCGCAGTATTTCCTGCAACGCGAGTCTCGCTGGGCCGATCATCCTTGTCGCTTCGACGTGGTTGCCATCGATAGCAACGTCGACCAACTGAATTGGCTGCAAAACGCCTTCGACAGTTGA MPDRSRQQSGRDAEGLALAHLEQHGLRLLAQNWLCKRGELDLVMLDGDTVVFVEVRYRKNTQWGGALDSIDQRKRQKLVFAAQYFLQRESRWADHPCRFDVVAIDSNVDQLNWLQNAFDS NA NA NA NA NA D1-35_01387 1812 lpoA COG3107 Penicillin-binding protein activator LpoA ATGATCGCTTGCCTGCGGCTGCTCTCCGCCCTCTGCCTCGCTGCCCTCCTGGCGGCTTGCGTCAGCTCGCCCTCGTCCAGCCTTGGCGAACTTCCACGGACCCCGGACGCCAGTATCGAGCAATTGCTCGAACAGGCCGCCCAGAGTAAAAACCCGGAACAAGCCGCCCTGCTGCGCTTGAGCGCCGCCGACCTGGCCTACCGCCAGGGCAATGCTGGCCAGTCCGCACAGATCCTGCAACAAGTGCCGATGGAGCAGCTCAAGCCCGGCCAGCAGATTTTCGCCAACACGTTGTCAGCCGAACTGGCGATGACGCGCAACCAGCCCAAGGCCGCGCTGACTTCGCTGAGCCATCCGAGCCTGCAGCACCTGAGCGAAATGCCCGTGGAGCAGCAAGTCCGCACCGGTACCGTCCGCGCTCGCGCCCTGGAGGCCGATGGCCAGACCCTGGCCGCCGCCCGCGAGCGGATCTTCATTGCTCCGCTGTTGGAAAACGAAGCGCAGGCAAAAAATCACGAAGCCATCTGGACACTGATCGCCTCGCTGCCCACCGATCAACTGCAACCGACCACTACCGACGATCTCGGTGGCTGGCTGAGCCTGGCCAAAGCCGTGAAAACCGCCGGCACCCTGGAGCAGCAGCAAGCCGCCATCGACAGCTGGCGCGAACAGAACCCGAAACACCCTGCCGCACTCCAGTTGCCGACGCCGCTGGTCAAGCTCAAGGAGCTGGCAAGCCAGCCACTGGGCAAGATCGCCGTGTTGCTACCGCAGAATGGCCCGCTGGCCGCGGTCGCAAAAGCACTGCGCGAGGGCTTCATGGCCGCGCATTACCAGGCCCAACAGGCCGGGCAGAAGCCGCCGAGCATCCAGTTCTATGACAGCGCCAGCCTGACCTCGATGGACGAGTTCTATCGCAAGGCCCAGGCCGACGGCGTACAGCTGGTGGTCGGCCCGTTGGAAAAACCATTGGTCAAGCAGATCAGCACCCGCCCGCAATTGCCGATCACCACCCTGGCGCTGAACTACAGCGAAGGCGAACAAGGCCCGCCGCAACTGTTCCAGTTCGGCCTGGCGCCTGAAGACGAAGCCCGCGAAGTCTCCCGGCGCGCCCGCGCCGACGGCCTGCATCGTGCAGCCGTGATGGTGCCGAAAGGCGAATGGGGCGATCGCGTCTTGAAAGCCTTCAGCCAGGATTGGCAGGCCAATGGCGGGACCATCATGGCAATCGAGCGTGTCGACCAGCCGGTGCAACTGGCCCAGCAGATCGCCGACATGTTCCAGCTGCGCCAGAGCGAAGGTCGCGCCAAGAGCCTGCAAAGTACGGTAGGCACCGCGGTCGCGGCGCAGCCATCGCGTCGCCAGGACATCGAGTTCATTTTCCTCGCGTCGACCCCGCAGCAGGCCCAGCAGATCAAGCCGACCCTGAACTTCCAGTACGCCGGCGACGTGCCGGTCTACGCGACCTCCTCGGTGTTCAGCGTCAGCGGCGACCAGAACCAGTACAACGACATGAACGGCGTTCGCTTCTGCGAAACCCCATGGCTGCTCGACGCGAACGATCCGCTGCGCCAGCAGGTCACCGCGCAGTGGCCCCAGGCGGCCGGCAGCCTGGGCCGGCTGTACGCGATGGGCGCTGACGCCTATCGCCTGGCTCCACGCCTCGGCCAGCTCAAGGCCCTGCCGGACAGCCGCATCGAAGGCCTGTCGGGTAGCCTGGCTGTCTCCCCGACCCAGCGCGTGCAACGTCAACTCCCTTGGGCGCAGTTCGTCAACGGCCAGGTCCAGCGCCTGCCGGACACTCCGCGCTGA MIACLRLLSALCLAALLAACVSSPSSSLGELPRTPDASIEQLLEQAAQSKNPEQAALLRLSAADLAYRQGNAGQSAQILQQVPMEQLKPGQQIFANTLSAELAMTRNQPKAALTSLSHPSLQHLSEMPVEQQVRTGTVRARALEADGQTLAAARERIFIAPLLENEAQAKNHEAIWTLIASLPTDQLQPTTTDDLGGWLSLAKAVKTAGTLEQQQAAIDSWREQNPKHPAALQLPTPLVKLKELASQPLGKIAVLLPQNGPLAAVAKALREGFMAAHYQAQQAGQKPPSIQFYDSASLTSMDEFYRKAQADGVQLVVGPLEKPLVKQISTRPQLPITTLALNYSEGEQGPPQLFQFGLAPEDEAREVSRRARADGLHRAAVMVPKGEWGDRVLKAFSQDWQANGGTIMAIERVDQPVQLAQQIADMFQLRQSEGRAKSLQSTVGTAVAAQPSRRQDIEFIFLASTPQQAQQIKPTLNFQYAGDVPVYATSSVFSVSGDQNQYNDMNGVRFCETPWLLDANDPLRQQVTAQWPQAAGSLGRLYAMGADAYRLAPRLGQLKALPDSRIEGLSGSLAVSPTQRVQRQLPWAQFVNGQVQRLPDTPR NA NA NA NA NA D1-35_01388 873 rsmI COG0313 Ribosomal RNA small subunit methyltransferase I TTGACTGCTCCAGGTGCTTTGAATTCCGCTGCCGGCTCGCTTTACGTGGTGGCGACGCCCATCGGCAACCTGGACGATATCAGCGCCCGCGCGCTGAAGATCCTTGGCGAGGTCGCCCTTATCGCCGCCGAAGACACGCGTCACTCCCAGCGTCTGCTGCAGCACTTCGGTATTTCCACGCCATTGGCAGCTTGCCATGAACATAACGAACGGGACGAAGGCAGTCGTTTCATTACCCGTCTGCTGGCCGGCGACAATGTGGCGCTGATTTCCGATGCCGGCACGCCGCTGATTTCCGATCCGGGTTACCACCTGGTGCGCCAGGCCCGCGCTGCCGGTATCAATGTAGTGCCGGTGCCAGGTGCCTGCGCATTGATCGCGGCGTTGTCGGCGGCCGGCTTGCCATCGGACCGGTTTATCTTCGAAGGTTTCCTGCCGGCCAAGGCGGTGGGGCGGCGAGGGCGCCTGGAAGCTATAAAGGAGGAACCTCGAACGCTGATCTTTTATGAGGCGCCGCACCGTATCCTCGAATGTCTCCAGGACATGGAGCTGGTGTTCGGTCCCGAGCGCCAGGCATTGCTGGCTCGGGAACTGACGAAAACCTTCGAGACCTTGAAGGGGCTGCCTCTGGCGCAGTTGCGTGCGTTTGTTGAAAGCGACAGCAATCAGCAGCGTGGCGAGTGTGTGGTGCTGGTCGCGGGCTGGACACCGCCCCAGGACGAAGACGCCGTCAGTAGCGAAGCGATGCGCATCCTTGATCTGTTGCTGGAGGAAATGCCCCTCAAGCGAGCGGCGGCCCTCGCCGCGCAGATCACCGGCGAGCGCAAGAATGTGCTGTATCAGGCTGCGCTGGATAAACAGAAGGCCCAATGA MTAPGALNSAAGSLYVVATPIGNLDDISARALKILGEVALIAAEDTRHSQRLLQHFGISTPLAACHEHNERDEGSRFITRLLAGDNVALISDAGTPLISDPGYHLVRQARAAGINVVPVPGACALIAALSAAGLPSDRFIFEGFLPAKAVGRRGRLEAIKEEPRTLIFYEAPHRILECLQDMELVFGPERQALLARELTKTFETLKGLPLAQLRAFVESDSNQQRGECVVLVAGWTPPQDEDAVSSEAMRILDLLLEEMPLKRAAALAAQITGERKNVLYQAALDKQKAQ NA NA NA NA NA D1-35_01390 456 mraZ COG2001 Transcriptional regulator MraZ GTGTTTCGCGGAGCTAACGCTATCAGTCTCGATGCAAAAGGCCGTCTCGCCATGCCGAGCCGGTATCGTGACGAGCTCGTTTCGCGAAGTTCAGGACAGTTAATCGTCACGATCGACGCCGTTGATCCATGTTTATGCGTTTACCCTCTCGATGAGTGGGAAATCATCGAAACCAAACTGCGCGCACTGCCTTCGCTGCGGGAAGAGAACCGTCGCCTGCAACGCCTGCTGATCGGTAATGCCGTCGACCTCGAACTCGACGGCAGCGGTCGTTTCCTGGTGCCGCCGCGTCTGCGCGAGTACGCCAAGCTGGACAAGCGCGCGATGCTGGTGGGCCAACTGAACAAGTTCCAGCTGTGGGACGAAGATGCCTGGAATGCGGTTTCTGCCGCCGACCTTGCTGCTATTCAACAACCGGGCGCCATGCCTGATGAACTGCGTGATTTGATCCTGTGA MFRGANAISLDAKGRLAMPSRYRDELVSRSSGQLIVTIDAVDPCLCVYPLDEWEIIETKLRALPSLREENRRLQRLLIGNAVDLELDGSGRFLVPPRLREYAKLDKRAMLVGQLNKFQLWDEDAWNAVSAADLAAIQQPGAMPDELRDLIL NA NA NA NA NA D1-35_01391 948 rsmH COG0275 Ribosomal RNA small subunit methyltransferase H GTGACTACTGATAGCGGCTTTAACCACATCACCGTACTGCTTGACGAAGCCGTCGAGGCTCTCGCCGTACGTCCTGATGGCTGCTATCTGGACGGCACGTTCGGGCGTGGCGGGCATAGCCGGCTGATTCTCAGCCAGCTCGGTCCGGACGGTCGGCTGCTGGGGTTCGACAAGGATCCTCAAGCGATTGCCACCGGGCAAGCGCTAGCGGCCGAAGACGGCCGCTTTGTCGTTGTGCAGCGCAGCTTTGCGGAGCTCGGTTCGGAAGTCGCCCAACGCGGCCTGGCAGGCAAGGTCAGCGGCGTGTTGCTTGACCTGGGCGTGTCTTCGCCGCAGCTGGACGACCCGGAACGCGGCTTCAGTTTTCTCAACGACGGTCCGCTGGACATGCGCATGGATCCGTCCCGTGGCATCAGCGCGGCTGAATTCGTCAATACCGCGTCCGTAGAAGAAATCGCCCGCGTGTTCAAGGAGTACGGCGAGGAACGTTTTTCCGGGCGCATGGCGCGCGCGGTGGTCGAGCGTCGCGACATCAAGCCGTTCGAGCGTACCGGTGATCTGGCCGAAGTGCTGAAGGTTGCCAACCCTGCCTGGGAAAAAGGCAAGAACCCGGCGACCCGGGCTTTCCAAGGGCTGCGTATCCACGTCAACAACGAATTGGGCGATCTTGAGGCCGGTCTCGAAGCCGCTCTCGAGGCACTGGAAATCGGTGGGCGCCTGGTGGTGATCAGCTTCCATTCCCTGGAAGACCGTATCGTCAAGTTGTTCATGCGCAAGCTCACCAAAGGCGAAGCCGATAACCTGCCGCGCAATCTGCCGGTGCGTTTCGAGGCGTTCGTACCGAAAATCAAGATTCATGGCAAAGCGCAGTTCGCCTCCGAGGCCGAGCTCAAGGCCAACCCTCGCGCCCGTAGCGCCGTCATGCGTGTCGCGGAGAAGTTGCGGTGA MTTDSGFNHITVLLDEAVEALAVRPDGCYLDGTFGRGGHSRLILSQLGPDGRLLGFDKDPQAIATGQALAAEDGRFVVVQRSFAELGSEVAQRGLAGKVSGVLLDLGVSSPQLDDPERGFSFLNDGPLDMRMDPSRGISAAEFVNTASVEEIARVFKEYGEERFSGRMARAVVERRDIKPFERTGDLAEVLKVANPAWEKGKNPATRAFQGLRIHVNNELGDLEAGLEAALEALEIGGRLVVISFHSLEDRIVKLFMRKLTKGEADNLPRNLPVRFEAFVPKIKIHGKAQFASEAELKANPRARSAVMRVAEKLR NA NA NA NA NA D1-35_01392 294 ftsL Cell division protein FtsL GTGAGCAAGCTCTTCGCCAAGCCCCTGCCAGGCGGCAGCTTTTTCATGCTGCTGCTGTTTATTGGCGTGCTCGTTTCGGCCATTGCCGTGTCCTACAGCGCGCATTGGAACCGGCAGTTGCTCAACACCCTTTACAACGAGCTCAGCGTGCGCGACAAGGCGCAGGCCGAGTGGGGTCGGTTGATCCTGGAGCAAAGTACCTGGACCGCCCACAGCCGTATCGAAGTCCTGGCGACCGAACAGCTGAAGATGCGCATCCCCGGTGCGGCTGAAGTGCAGATGGTGGCGCCATGA MSKLFAKPLPGGSFFMLLLFIGVLVSAIAVSYSAHWNRQLLNTLYNELSVRDKAQAEWGRLILEQSTWTAHSRIEVLATEQLKMRIPGAAEVQMVAP NA NA NA NA NA D1-35_01393 1743 ftsI COG0768 Peptidoglycan D,D-transpeptidase FtsI ATGATGAAGCTCGAAGGGGCGCTGTTCCCGTGGCGGTTCCGCCTGGTCCTGGGTTTGCTCGGGATCATGGTCGCGGCCATCTCGTGGCGCATCATCGACTTGCAGGTGGTCGACCGTGACTTCCTCAAGGAGCAGGGCGACGCCCGTAGCGTGCGTCATATCCCGATCCCGGCTCACCGTGGCCTGATCACCGACCGCAATGGCGAGCCGCTGGCTGTCAGCACACCAGTGACCACCTTGTGGGCGAACGCCAAGGAAATGCAGCAGGCCAAGGAGAAGTGGCCGGCGCTGGCTGCCGCCCTCGGCCAGGACCCCAAGGCTCTGACCGAACGCCTCGAAGCCCAGGCCAACAAGGAATTCATCTATCTGGTGCGCGGGCTGACGCCCGAGCAAGGCCAGAGCGTGCTCGACCTGAAAGTGCCGGGGGTCTACGGCATCGAAGAGTTTCGGCGTTTTTATCCGGCCGGTGAGGTCACCGCCCATATGGTCGGGTTTACCGACATCGATGACCGGGGACGGGAAGGGGTCGAGCTGGCCTACGACGAATGGCTCGCCGGTGTCGCCGGCAAGCGCCAGGTCATCAAGGATCGGCGCGGCAGGCTGATCAAGGATGTCCAGGTCACCAAAAACGCCAAGGCCGGCAAGCCCTTGGCGTTGTCCATTGACCTGCGCCTGCAATATCTGGCCAACCGCGAGCTGCGCAACGCCATCGTCGAGAACGGTGCCAAGGCCGGCAGCCTGGTGATCATGGACGTGAAGACCGGCGAGATCCTCGCCATGGTCAACCAGCCGACCTACAACCCGAACAACCGTCGCAACCTGCAGCCGGCGATGATGCGCAACCGCGCGATGATCGACGTGTTCGAACCCGGTTCGACGATGAAGGCCGTGTCCATGGCCGCCGCCCTGGAAACCGGGCGCTGGAAGCCGAGCGACACCGTCGAGGTCTATCCGGGAACGTTGCAGATCGGCAAGTACACCATTCGTGACGTATCCAAGACCGAAGGACCGGTGCTCGACCTGACCGGCATCCTGATCAATTCCAGTAACGTCGGCATGAGCAAGATCGCCTTCGATATCGGTGGCGAGGCGATTTATCGCCTGGCCCAGAAGATCGGCCTCGGCCAGGACACGGGCCTGGGCTTCCCAGGCGAGCGCGTCGGCAACCTGCCCAACTATCGTGAATGGCGCAAGGCGGAAACAGCCACTTTGTCCTACGGCTACGGTGTTTCCGTGACGGCGATCCAGCTCGTCCACGCGTTTTCCGCGCTGGCTAACAATGGCCGTATTGCCCCGCTGACGCTGATCAAGACCGACAAGGCGCCGCAAACCACCCAGGTAATCCCTGAGGACGTCGCCAAGACCATGCAGGGCATGCTGCAACAGGTGATCGAGGCGCCGCGCGGTGTCTATCGCGCTCAGGTTCCGGCCTATCACGTTGCCGGCAAGTCCGGTACGGCGCGCAAGACTTCCGTGGGCACCAAGGGTTATGCCGAGAATTCCTATCGTTCGCTGTTCGCCGGCTTCGGGCCGATGAGCGATCCGCGCTATGCCATCGTGGTGGTCATCGACGAACCGAGCAAGGCCGGTTATTTCGGCGGCCTGGTATCGGCGCCGGTGTTCAGCAAAGTGATGTCCGGCACCCTGCGCCTGATGAACATCACCCCGGATAACCTGCCGCCGACCCAGCAGGCGAGTACCGCCCCGGTCGTCCCCCTGAAAGCCGACGGAGGGCGTGGCTGA MMKLEGALFPWRFRLVLGLLGIMVAAISWRIIDLQVVDRDFLKEQGDARSVRHIPIPAHRGLITDRNGEPLAVSTPVTTLWANAKEMQQAKEKWPALAAALGQDPKALTERLEAQANKEFIYLVRGLTPEQGQSVLDLKVPGVYGIEEFRRFYPAGEVTAHMVGFTDIDDRGREGVELAYDEWLAGVAGKRQVIKDRRGRLIKDVQVTKNAKAGKPLALSIDLRLQYLANRELRNAIVENGAKAGSLVIMDVKTGEILAMVNQPTYNPNNRRNLQPAMMRNRAMIDVFEPGSTMKAVSMAAALETGRWKPSDTVEVYPGTLQIGKYTIRDVSKTEGPVLDLTGILINSSNVGMSKIAFDIGGEAIYRLAQKIGLGQDTGLGFPGERVGNLPNYREWRKAETATLSYGYGVSVTAIQLVHAFSALANNGRIAPLTLIKTDKAPQTTQVIPEDVAKTMQGMLQQVIEAPRGVYRAQVPAYHVAGKSGTARKTSVGTKGYAENSYRSLFAGFGPMSDPRYAIVVVIDEPSKAGYFGGLVSAPVFSKVMSGTLRLMNITPDNLPPTQQASTAPVVPLKADGGRG PGPT0023865_3140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023865-ftsI-K03587 NA NA D1-35_01394 1464 murE COG0769 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase ATGTCCCTGAGCCTGAACAAGATTTTTGCCCACGCCGGGCATGACCTGCTGATTCGCGAGCTGGCCCTCGACAGCCGCGACGTGCGCGCCGGAGACCTGTTCCTGGCGGTGCCGGGTGCCCGTTTCGATGGTCGGGACCACATTGCCGACGCCTTGAAGCGCGGCGCGGCGGCGGTGGCTTATGAAGTGAACGGCGCAACCGTGCTGCCGATCACTGATGTTCCGCTGATCCCGGTCAAGGGACTGGCGGCGCAGTTGTCGGACATCGCCGGGCGTTTTTATGGCGAACCGAGCCGTCACCTGAACCTGATCGGCGTGACCGGCACGAACGGCAAGACCAGCGTTACCCAGTTGGTGGCGCAGGCGCTGGATCTGCTCGGCCAGCATTGCGGCATCGTCGGAACGCTGGGCAACGGTTTCCATGGCGCGCTGCAAAGCGGCCTGCACACCACGCCGAACCCGATTGCCGTGCAGGCGACCCTGGCCGACCTGAAGAAGGCCGGCGCCAAGGCCGTGGCGATGGAAGTCTCTTCCCATGGCCTCGATCAGGGTCGCGTCACTGCACTGGCGTTCGACGTCGCGGTGCTGACCAACCTGTCCCGGGATCACCTGGACTACCACGGCTCCATGCAAGCCTACGGCGAAGCCAAGGCCAGGCTGTTCGCCTGGAACGATCTGAAGTGCCGGGTCATCAACATTGATGACGAGTTCGGCCGCCAACTGGCCGCCGAGCAGCGCGAGTCCCGGTTGATCACCTACAGCCAGGAAGACCCCAGCGCCTACCTTTATATCCGTCAGGCGCAGTTCGATGACGAAGGCGTGCGCGCCACGCTGGTCACACCCCAGGGCGAGCACCACTTGCGCAGCACCTTGCTGGGGCGTTTCAACCTGAGCAACGTGTTGGCCGCCATTGGCGCCTTGCTCGGGCTGGACTATGCCCTGGACGAAATTCTCAAGGTGCTGCCGAAACTCGAAGGTCCGGCCGGTCGCATGCAGCGCCTGGGCGGCGGAACCCAGCCGCTGGTGGTGGTCGACTATGCCCACACCCCCGATGCACTGGAAAAAGTCCTCACGGCCCTGCGCCCGCACGCGAAGGGCAAGTTGCTTTGTCTGTTCGGCTGCGGCGGCGATCGTGATCGCGGCAAGCGCCCATTGATGGCCGAGGTCGTGGAACGACTGGCCGATGGCGTGCTGGTCACCGATGACAATCCGCGCAGTGAAGATCCAGCGCGCATTTTCGACGACATCCGCGCCGGTTTCTCGGAGGTCGATAACGTCACCTTCGTGGCCGGGCGTGGCCAGGCCATTGCCCAATTGATCGCCAGCGCTTCGGCGGACGACGTCATCGTCCTGGCCGGCAAGGGGCACGAGGACTACCAGGAAATAAACGGCGTGCGCCAGGCCTTTTCCGATCTGGTGGAAGCCGATCACGCCCTGACCGCGTGGGAGGTGGCCCATGCTTAA MSLSLNKIFAHAGHDLLIRELALDSRDVRAGDLFLAVPGARFDGRDHIADALKRGAAAVAYEVNGATVLPITDVPLIPVKGLAAQLSDIAGRFYGEPSRHLNLIGVTGTNGKTSVTQLVAQALDLLGQHCGIVGTLGNGFHGALQSGLHTTPNPIAVQATLADLKKAGAKAVAMEVSSHGLDQGRVTALAFDVAVLTNLSRDHLDYHGSMQAYGEAKARLFAWNDLKCRVINIDDEFGRQLAAEQRESRLITYSQEDPSAYLYIRQAQFDDEGVRATLVTPQGEHHLRSTLLGRFNLSNVLAAIGALLGLDYALDEILKVLPKLEGPAGRMQRLGGGTQPLVVVDYAHTPDALEKVLTALRPHAKGKLLCLFGCGGDRDRGKRPLMAEVVERLADGVLVTDDNPRSEDPARIFDDIRAGFSEVDNVTFVAGRGQAIAQLIASASADDVIVLAGKGHEDYQEINGVRQAFSDLVEADHALTAWEVAHA PGPT0024130_3529 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928 NA NA D1-35_01395 1368 murF COG0770 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase ATGCTTAAGGCCTTGAAGCTCAGCGAGCTGAGCAACGCTTTGAATGCGCGCCTGATCGCCGCGGACGCCTCGTTCGACGGCGTCAGCATCGACAGCCGTGCGATCGCGCCGGGGCAGTTGTTCGTCGCTCTGGCCGGACCACGTTTCGACGGTCACGATTACCTCAACGAGGTGGCAGCCAAAGGCGCGGTCGCGGCACTGGTCGAGCGGGAAGTAAGCAACAGCACGCTGCCGCAGTTGCTGGTCAGCGACACTCGCCAGGCCCTGGGCCAGCTCGGTGCGCTGAATCGCGCGGCGTTTGCCAATCCGGTCGCGGCCATCACCGGTTCCAGCGGCAAGACCACGGTCAAGGAAATGCTCGCGAGCATCCTGCGCACACGCGGTCCGGTCCTGGCGACCCGTGGCAACCTGAACAATGACCTCGGCGTGCCTTTGACCCTGCTCGAACTGGCGCCGGAGCACAGCGCCGCGGTCATCGAACTCGGCGCTTCACGGCTCGGCGAGATTGCCTACACGGTCGGCATGACCAAGCCTCACGTGGCGGTGCTCAACAACGCCGGGACCGCCCATGTCGGCGAGTTCGGCGGCCCCGAGAAAATTGTCGAGGCCAAGGGCGAGATCATCGAAGGGCTGGCTAACGATGGCATCGCCGTGCTCAATCTCGACGATAAAGCCTTCGAAATCTGGAAGACCCGGGCCGGGGAGCGCAAGGTGCTGAGCTTCGCCCTGAGCAACCTGGCGGCGAATTTCTACGCCAGCGACCTGGATCGCGACGCCCGTGGTTGCCCGGCTTTCAACCTGCACAGCCCTGATGGCGCGGAGCGCGTGCAGTTGAACCTGCTTGGCACGCATAACGTTGCCAATGCCCTGGCCGCCGCGGCCGCCGCCCATGCGCTGGGTGTGTCGTTGCCGGGCATCGTTGCCGGGCTTACCGCCGTACAACCGGTCAGGGGACGCAGCGTCGCGCAGTTGGCGAGCAACGGCATGCGCGTTATCGACGACACCTACAACGCCAACCCGACGTCCATGTGCGCCGCTGTGGATATCCTTGCCGGTTTCTCCGGTCGCACCGTGCTGGTGCTGGGGGATATCGGTGAACTGGGCGAGTGGGCGCAGCAAGGCCATCACGATGTCGGTGCCTACGCGCGCGGCAAGGTCGATGCGCTGTATGCCGTCGGCCCGATGATGGCCCACGCCGTGGCGGCGTTTGGCGAGCACGCACAGCATTTCACCACGCAGGCCGAGCTGATACAGGCCCTGGGCGCCGAGCAAGACCCGAACACCACCCTATTGATCAAGGGCTCACGCAGTGCGGCGATGGAAAACATCGTTGCGGCTTTGTGCGGCACCCGTATGGAGAAACATTAA MLKALKLSELSNALNARLIAADASFDGVSIDSRAIAPGQLFVALAGPRFDGHDYLNEVAAKGAVAALVEREVSNSTLPQLLVSDTRQALGQLGALNRAAFANPVAAITGSSGKTTVKEMLASILRTRGPVLATRGNLNNDLGVPLTLLELAPEHSAAVIELGASRLGEIAYTVGMTKPHVAVLNNAGTAHVGEFGGPEKIVEAKGEIIEGLANDGIAVLNLDDKAFEIWKTRAGERKVLSFALSNLAANFYASDLDRDARGCPAFNLHSPDGAERVQLNLLGTHNVANALAAAAAAHALGVSLPGIVAGLTAVQPVRGRSVAQLASNGMRVIDDTYNANPTSMCAAVDILAGFSGRTVLVLGDIGELGEWAQQGHHDVGAYARGKVDALYAVGPMMAHAVAAFGEHAQHFTTQAELIQALGAEQDPNTTLLIKGSRSAAMENIVAALCGTRMEKH PGPT0024145_3450 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929 NA NA D1-35_01396 1083 mraY COG0472 Phospho-N-acetylmuramoyl-pentapeptide-transferase ATGCTGCTGCTGCTAGCGGAGTACCTGCAACAGTTCCACAAAGGCTTCGCGGTCTTCCAGTACCTGACCCTGCGCGGGATCCTGGGTGTGCTGACCGCGTTGTCGTTGTCGCTGTTCCTGGGCCCGTGGATGATCCGCACCCTGCAGAGCCTGCAGATCGGTCAGTCGGTTCGTAACGACGGCCCGCAGTCGCATCTGTCCAAATCCGGCACCCCGACCATGGGCGGCGCGCTGATCCTGTCGTCCATCGGTATCAGCACCTTGCTCTGGGCCGACCTGGCGAACCGTTACGTCTGGGTCGTGCTGCTGGTGACGCTGTTTTTCGGCGCCATTGGCTGGGTCGACGACTACCGCAAGGTCATCGAGAAGAACTCCCGTGGGCTGCCAAGCCGCTGGAAATATTTCTGGCAGTCGGTGTTCGGCCTCGGCGCGGCGATCTTCCTTTATATGACCGCCGCCTCGCCGGTGGAAACCACCCTGATCCTGCCGATGCTCAAGGACTACAGCATCCCGCTGGGCGCAGGTTTCATCGTGCTGACCTACCTGGTGATCGTCGGTTCGAGCAATGCGGTCAACCTCACCGACGGCCTCGACGGCCTGGCGATCATGCCGACGGTGATGGTCGGTGGTGCGCTGGGGATCTTCTGCTACCTGTCGGGTAACGTGAAATTCGCTGAATACCTGCTGATTCCTTATGTACCGGGGGCGGGCGAGCTGATCGTATTCTGCGGCGCGCTGATCGGTGCCGGCTTGGGCTTTCTTTGGTTCAACACCTACCCGGCGCAAGTCTTCATGGGCGACGTCGGCGCGCTGGCGCTGGGCGCGGCCCTGGGCACCATCGCCGTCATCGTTCGCCAGGAAATCGTCCTGTTCATCATGGGCGGCGTGTTTGTGATGGAGACCCTGTCAGTCGTCATTCAGGTTGCTTCCTTTAAATTGACCGGCCGCCGGGTATTTCGCATGGCGCCGATACACCACCATTTTGAACTCAAGGGCTGGCCCGAGCCGCGTGTGATCGTCCGTTTCTGGATTATCACCGTGATTCTCGTGTTGGTCGGCCTTGCCACCCTGAAGCTGAGGTAG MLLLLAEYLQQFHKGFAVFQYLTLRGILGVLTALSLSLFLGPWMIRTLQSLQIGQSVRNDGPQSHLSKSGTPTMGGALILSSIGISTLLWADLANRYVWVVLLVTLFFGAIGWVDDYRKVIEKNSRGLPSRWKYFWQSVFGLGAAIFLYMTAASPVETTLILPMLKDYSIPLGAGFIVLTYLVIVGSSNAVNLTDGLDGLAIMPTVMVGGALGIFCYLSGNVKFAEYLLIPYVPGAGELIVFCGALIGAGLGFLWFNTYPAQVFMGDVGALALGAALGTIAVIVRQEIVLFIMGGVFVMETLSVVIQVASFKLTGRRVFRMAPIHHHFELKGWPEPRVIVRFWIITVILVLVGLATLKLR PGPT0024105_2016 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000 NA NA D1-35_01397 1347 murD COG0771 UDP-N-acetylmuramoylalanine--D-glutamate ligase GTGTCCCTGATCGCTTCTGACCACTTCCGCATCGTTGTCGGCCTCGGCAAGAGCGGCATGTCCCTGGTTCGCTTCCTGGCGAACCGGGGTGTGTCGTTTGCCGTCGCCGATACGCGGGAAAATCCGCCTGAGCTGGCCACGCTGCGTCGTGACTATCCCCAGGTGGATGTGCGTTGTGGCGAGCTGGACGTCGAGTTCCTGTGCCGCGCCGACGAGCTCTACGTGAGCCCTGGCCTGGCCCTGGCGACCCCGGCCCTGCAGGCTGCCGCCGCCCGTGGCGTGAAATTGTCCGGCGATATCGAGCTGTTCGCGCGCAACGCCAAGGCGCCGATTATCGCCATCAGCGGTTCCAATGCGAAAAGCACCGTCACCACGCTGGTCGGTGAAATGGCCGCGGCCGCCGGCAAGCGTGTCGCCGTGGGCGGCAACCTCGGCACCCCGGCGCTGGATCTGCTCAGCGACGAGGTCGAGCTGTACGTCATGGAGTTGTCGAGCTTCCAGCTCGAGACCACCGATCACCTTGGCGCTGAAGTGGCCACTGTGCTGAACATCAGCGAAGACCACATGGACCGCTACAGCGGCCTGCCGGCCTATCACCTGGCCAAGCACCGGATTTTCCGTGGTGCCCGGCAAGTGGTGTTCAACCGCCAGGATGCCTTGACGCGTCCGCTGATGAGCGAAGGGCTGCCGTGCTGGACTTTCGGCCTCGGCGCTCCAGATTTCAAAGGCTTCGGTTTGCGCGAAGAGAACGGCGAGAAATATCTGGCCTTCGAGTTCCAGAACCTGATGCCGGTGCGCGAACTGAAGATTCGCGGCGCCCATAACCAGGCCAATGCCTTGGCCGCGCTCGCCCTCGGGCATGCCGTCGGGCTGCCGTTCGACGCCATGCTTTCGGCGCTGCGCAGCTTTGCCGGGCTCGAGCACCGCTGCCAGTGGGTGCGCGACCTGGATGGCGTGGCCTGGTACAACGATTCCAAGGCCACCAATGTTGGCGCCGCCCTGGCTGCCATCGAAGGCCTCGGCGCGGACATCCAGGGCAAGCTCGTGCTGATTGCCGGTGGCGACGGCAAGGGTGCCGATTTTAAAGACCTGCGCGATCCGGTGGCGGCCAACTGTCGTGCCGTGGTGCTGATGGGCCGCGATCGTGAACTGATCGCCCAGGCCCTCGGCGATGCCGTGCCGCAGGTTCGCGTCGCTTCGCTGGACGAAGCCGTGCAGCAATGCCGTGCCCTCGCGCAACCGGGCGATGCCGTGCTGTTGTCGCCGGCCTGCGCCAGTTTCGACATGTTCAAGAATTACGAAGAGCGCGGGCAACTGTTCGCCCGGGCTGCGGAGGACTTGGCATGA MSLIASDHFRIVVGLGKSGMSLVRFLANRGVSFAVADTRENPPELATLRRDYPQVDVRCGELDVEFLCRADELYVSPGLALATPALQAAAARGVKLSGDIELFARNAKAPIIAISGSNAKSTVTTLVGEMAAAAGKRVAVGGNLGTPALDLLSDEVELYVMELSSFQLETTDHLGAEVATVLNISEDHMDRYSGLPAYHLAKHRIFRGARQVVFNRQDALTRPLMSEGLPCWTFGLGAPDFKGFGLREENGEKYLAFEFQNLMPVRELKIRGAHNQANALAALALGHAVGLPFDAMLSALRSFAGLEHRCQWVRDLDGVAWYNDSKATNVGAALAAIEGLGADIQGKLVLIAGGDGKGADFKDLRDPVAANCRAVVLMGRDRELIAQALGDAVPQVRVASLDEAVQQCRALAQPGDAVLLSPACASFDMFKNYEERGQLFARAAEDLA PGPT0024125_3234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925 NA NA D1-35_01398 1218 ftsW COG0772 putative peptidoglycan glycosyltransferase FtsW ATGAGCCTGATGAACATCATCAAGCCGTACCCGTCGCCGCTGATTACCGGTCGCGGTATCGACCTGGATTTCCCGATGCTCGCCGGCTGCCTGGCGCTGCTCGGCCTGGGCCTGGTGATGATCACCTCCGCCTCGTCGGAAGTGGCCGCCGTGCAATCGGGCAACACCCTCTACCACATGATCCGCCACCTGATTTACCTGGTGATCGGCCTGGGCGCGTGCATTGTCACCATGATGGTGCCGATCGCCACCTGGCAACGCCTGGGCTGGCTGATGTTGCTGGGTGCCTTCGGCCTGCTGGTGATGGTGCTGGTGCCGGGTATCGGCCGCGAGGTCAACGGCTCCATGCGCTGGATCGGCTTCAGCTTCTTCAACGTGCAGCCCTCGGAAATCGCCAAGGTCTTTGTGGTGATCTACCTCGCCGGGTACCTGGTGCGTCGTCAGAAAGAAGTGCGCGAGAGCTGGATGGGCTTCTTCAAGCCGTTCATCGTGCTGCTGCCGATGGCCGGCCTGCTGCTGATGGAGCCGGACTTCGGCGCAACGGTGGTGATGATGGGCGCGGCGGCGGCAATGCTGTTCCTCGGCGGTGTCGGGCTGTTCCGCTTCACCCTGATGGTAGCGCTGGCGTTCGCGGCAGTGACCGTCCTGGTGCAGGCCCAGCCGTACCGGATGGCGCGCCTGATCACCTTTACCGATCCGTGGGCCGACCAGTTCGGTTCCGGCTACCAGTTGACCCAGGCGTTGATCGCCTTCGGTCGCGGCGAGTGGCTGGGCGTGGGCCTGGGCAACAGTGTGCAAAAGCAGTTCTACCTGCCGGAAGCTCACACCGACTTCGTGTTCTCGGTTCTCGCCGAGGAGCTGGGGGTAGTGGGTTCCCTGTGCACCGTCGCGCTGTTCGTCTTCGTTTGTGTGCGCGGCATGTACATCGGCTTGTGGGCCGAGAAGGCCAAGCAGTTCTTTGCCGCGTACGTGGCGTACGGCCTGTCGTTCCTGTGGATCGGCCAGTTCCTGATCAACATCGGGGTGAACGTCGGCCTGCTGCCGACCAAGGGCCTGACGCTGCCGTTCCTCAGTTATGGCGGCAGCTCCCTGGTGATCTGCTGTGCCTGCCTCGGCTTGTTGCTGCGCATCGAGTGGGAAAGTCGAACCCACCTGGGCAGCGAAGAAATGGAATTCCATGAAAGCGACTTCGCCGAGGAGCCGACTCATGGGCGCTAA MSLMNIIKPYPSPLITGRGIDLDFPMLAGCLALLGLGLVMITSASSEVAAVQSGNTLYHMIRHLIYLVIGLGACIVTMMVPIATWQRLGWLMLLGAFGLLVMVLVPGIGREVNGSMRWIGFSFFNVQPSEIAKVFVVIYLAGYLVRRQKEVRESWMGFFKPFIVLLPMAGLLLMEPDFGATVVMMGAAAAMLFLGGVGLFRFTLMVALAFAAVTVLVQAQPYRMARLITFTDPWADQFGSGYQLTQALIAFGRGEWLGVGLGNSVQKQFYLPEAHTDFVFSVLAEELGVVGSLCTVALFVFVCVRGMYIGLWAEKAKQFFAAYVAYGLSFLWIGQFLINIGVNVGLLPTKGLTLPFLSYGGSSLVICCACLGLLLRIEWESRTHLGSEEMEFHESDFAEEPTHGR PGPT0014810_1812 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588 NA NA D1-35_01399 1071 murG COG0707 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase ATGGGCGCTAACGTGCTGATCATGGCGGGCGGAACCGGCGGGCATGTATTCCCGGCGCTGGCCTGCGCCCGGGAGTTCCAGGCGCGCGGCTACACCGTGCACTGGCTCGGCACGCCGCGTGGCATCGAGAATGAACTGGTACCCGCCGCCGGCCTCGAGCTGCATCGGATCAACGCCAGTGGCCTGCGGGGCAAAGGCAAGCTGTCGCTGCTCAAGGCACCGCTGATGCTGCTCAAGTCGATCTGGCAGGCGCGGGCGGTCATCCGTCGGCTGCGGCCGGTGTGTGTCGTCGGCTTCGGCGGTTATGTGACCGGTCCTGGCGGCGTCGCGGCAAAACTGGCCGGTGTGCCGGTGATCGTTCATGAGCAGAACGCGGTCGCTGGTACCGCCAATCGGTTACTGGTGCCGTTGGCCGCTCGAGTGTGTGAAGCCTTCCCCGACACCTTTACCCTGTCGGGCAGCCGTCGCACCACCGGTAACCCGGTGCGCACGGAGCTGTTCCTCGATACACCGCGCCCGGCCCTGGCCGGACGCAAGGCGCGTTTGCTGATCCTGGGCGGAAGCCTGGGAGCGGAACCGTTGAACAAACTGCTGCCCGAAGCCTTGTCCCAGGTCGCCCCCGAACTGCGCCCTGAAGTGTTTCACCAGGCTGGCAAAAACCACGATGAAGTGACCGCCGAGCGCTATCGCGCCGTTGGCGTCGAGGCGCAAGTGCAGCCTTTCATCAAAGACATGGCCCAAGCCTATGGCTGGGCCGACCTGGTGGTCTGCCGCGCAGGCGCGCTGACCGTCAGTGAACTGGCTGCCGCCGGTCTGCCCTCGATGCTGGTGCCTTTGCCCCACGCCATCGACGATCACCAGACCCGCAACGCCGATTATTTGGCCCGCGAAGGCGCTGCCTTCCTGATGCCACAAAGAACGACTGGCGCCGCGGATCTCGCTGCGCGCCTGACAGAGGTCTTGATGCAGCCGCAAACACTCGAAGACATGGCCCGCGCCGCACGCCGCCTGGCCAAACCCGATGCCACCGCCCAAGTGGTCGATACCTGCCTGGAGGTGGCCCATGGTTGA MGANVLIMAGGTGGHVFPALACAREFQARGYTVHWLGTPRGIENELVPAAGLELHRINASGLRGKGKLSLLKAPLMLLKSIWQARAVIRRLRPVCVVGFGGYVTGPGGVAAKLAGVPVIVHEQNAVAGTANRLLVPLAARVCEAFPDTFTLSGSRRTTGNPVRTELFLDTPRPALAGRKARLLILGGSLGAEPLNKLLPEALSQVAPELRPEVFHQAGKNHDEVTAERYRAVGVEAQVQPFIKDMAQAYGWADLVVCRAGALTVSELAAAGLPSMLVPLPHAIDDHQTRNADYLAREGAAFLMPQRTTGAADLAARLTEVLMQPQTLEDMARAARRLAKPDATAQVVDTCLEVAHG PGPT0024150_4049 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563 NA NA D1-35_01400 1461 murC COG0773 UDP-N-acetylmuramate--L-alanine ligase ATGGTTGAGAATCGCAAAGCCATGCCGCAGCCGGAAATGCGCCGCATCCGCCGCATCCACTTCGTCGGGATCGGCGGCGTGGGCATGTGCGGGATCGCCGAGGTGTTGCTGAACCTGGGTTACCAGGTCTCGGGTTCCGACCTGAAGGCTTCGCCGGTCACTGAGCGCCTGGAATCCTTCGGTGCACAGATTTTCATCGGCCATCGTGCCGAGAACGCCGCCAACGCCGATGTGCTGGTGGTCTCCAGCGCCGTGAACACTTCCAACCCGGAAGTCGCCACCGCCCTGGAACGTCGCATTCCCGTGGTGCCGCGCGCCGAGATGCTCGCCGAGCTGATGCGCTATCGCCACGGCATCGCCGTCGCCGGTACTCACGGCAAGACCACCACCACCAGCCTGATCGCCTCGGTGTTCGCTGCCGGTGGCCTGGACCCGACGTTCGTGATCGGTGGGCGCCTGAACGCCGCGGGCACCAACGCCCAACTGGGCACCAGCCGCTACCTGATCGCCGAAGCCGACGAGAGCGATGCAAGTTTCCTGCACCTGCAACCGCTGGTGGCCGTGGTGACCAACATCGACGCCGACCACATGGCGACCTACGACGGTGACTTCAACAAACTGAAGAAAACCTTCGTCGAGTTCCTCCACAACCTGCCGTTCTACGGTCTGGCGGTGGTGTGCCTGGACGATCCGGTGGTGCGCGAAATCCTCCCGCTGATCAAGCGTCCGACCGTGACCTACGGCTTTGGCGAAGACGCCGACGTGCGCGCGATCAACGTGCGCCAGCAGGGCATGCAGACGTTCTTCACCGTGCTGCGTCCTGATCGCGAGCCGTTGGACGTGTCGGTGAACATGCCCGGCAACCACAACGTGCTCAACTCGCTGGCGACAATTTGCATCGCCACCGACGAAGGCGTCAGCGATGAAGCCATCGTCCAGGGCCTGTCCGGGTTCCAGGGCGTAGGTCGACGCTTCCAGGTCTATGGCGAGCTGCCGGTGGACGGCGGCAACGTGATGCTGGTGGATGACTACGGCCATCACCCGACCGAAGTCGCGGCGGTGATCAAGGCCGTGCGCGGTGGCTGGCCGGAGCGCCGGCTGGTGATGGTCTACCAGCCGCACCGCTACAGCCGCACCCGCGACCTGTACGACGATTTCGTCCAGGTGCTGGCCGACGCCAACGTGCTGCTGTTGATGGAAGTCTACCCGGCCGGCGAAGAGCCGATCCCGGGCGCCGACAGCCGCCAGCTGTGCCACAGCATCCGCCAGCGCGGCCAGTTGGACCCGATCTACATCGACCGCGGCGTGGACCTCGCGCCGCTGGTCAAGCCGCTGCTGCGCGCCGGCGACATCCTGCTCTGCCAGGGCGCCGGTGATATCGGTGGCCTGGCCCCGAAACTGTTGAAAAGTCCGTTATTCGCCGGAGCCACCGTGGCCTCCAGCGAGGGGAAACTGAAATGA MVENRKAMPQPEMRRIRRIHFVGIGGVGMCGIAEVLLNLGYQVSGSDLKASPVTERLESFGAQIFIGHRAENAANADVLVVSSAVNTSNPEVATALERRIPVVPRAEMLAELMRYRHGIAVAGTHGKTTTTSLIASVFAAGGLDPTFVIGGRLNAAGTNAQLGTSRYLIAEADESDASFLHLQPLVAVVTNIDADHMATYDGDFNKLKKTFVEFLHNLPFYGLAVVCLDDPVVREILPLIKRPTVTYGFGEDADVRAINVRQQGMQTFFTVLRPDREPLDVSVNMPGNHNVLNSLATICIATDEGVSDEAIVQGLSGFQGVGRRFQVYGELPVDGGNVMLVDDYGHHPTEVAAVIKAVRGGWPERRLVMVYQPHRYSRTRDLYDDFVQVLADANVLLLMEVYPAGEEPIPGADSRQLCHSIRQRGQLDPIYIDRGVDLAPLVKPLLRAGDILLCQGAGDIGGLAPKLLKSPLFAGATVASSEGKLK PGPT0024120_848 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924 NA NA D1-35_01401 966 ddl COG1181 D-alanine--D-alanine ligase ATGACTGCTGCCTACGCCAACCTGGTCTCGACCCTTGATCCGAAAGCCTTCGGCCGCGTGGCCGTGCTGTTCGGTGGCAAGAGCGCCGAGCGCGAGGTCTCTCTCAAGTCCGGCAACGCCGTGCTGCAAGCCCTGCAAAGCGCCGGCGTCGACGCATTCGGCATCGACGTGGGCGACGACTTCCTGCAGCGCCTGCTGAGCGAAAAGATCGATCGCGCCTTCATCATTCTTCATGGCCGTGGCGGCGAAGACGGCAGCATGCAGGGCTTGCTCGAATGCCTGGGCATTCCCTACACCGGCAGTGGCATCCTGGCTTCCGCCCTGGCGATGGACAAGTTGCGCACCAAACAGGTCTGGCACAGCCTCGGCATCCCGACGCCGCGTCACGCCGTGCTGGCGTCCGAGGCCGATTGTATTTCGGCGGCGACGGAACTGGGCTTCCCTTTGATCGTCAAACCGGCCCATGAAGGTTCAAGTATCGGCATGGCGAAAGTGAATTCGCTGCCTGAGTTGACCGCAGCCTGGAAGGACGCCAGTTCCTACGATTCGCAAGTGTTGGTCGAGCAATGGATCACCGGTCCCGAGTTCACCATCGCCACCCTGCGTGACCAGGTGTTGCCCCCGATTGCGCTGGGCACGCCCCACACGTTCTACGACTACGACGCCAAGTACATCGCTAATGACACCCAGTACCGCATTCCCTGCGGGCTGGACGCTGCCAAGGAAAAACAATTGATGGACCTCACGGCCAAGGCCTGTGAGGCGCTGGGTATCGCCGGTTGGGCGCGGGCGGACGTGATGCAGGACGCCGATGGGCAGTTCTGGTTCCTGGAAGTCAACACCGCGCCCGGCATGACCGACCACAGCCTGGTTCCGATGGCGGCTCGTGCTGCCGGCCTGGATTTCCAGCAACTGGTGCTGTCGATCCTGGCCGCCAGTGTCGGCAACCAAGAGTCCAGGGGTTAA MTAAYANLVSTLDPKAFGRVAVLFGGKSAEREVSLKSGNAVLQALQSAGVDAFGIDVGDDFLQRLLSEKIDRAFIILHGRGGEDGSMQGLLECLGIPYTGSGILASALAMDKLRTKQVWHSLGIPTPRHAVLASEADCISAATELGFPLIVKPAHEGSSIGMAKVNSLPELTAAWKDASSYDSQVLVEQWITGPEFTIATLRDQVLPPIALGTPHTFYDYDAKYIANDTQYRIPCGLDAAKEKQLMDLTAKACEALGIAGWARADVMQDADGQFWFLEVNTAPGMTDHSLVPMAARAAGLDFQQLVLSILAASVGNQESRG PGPT0020050_4011 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921 NA NA D1-35_01402 867 ftsQ Cell division protein FtsQ ATGCAAGGCGCATCGCTTCGTCATCAGCCATCCGCACCCGGTCGCAAGCCGGTGCCGCGGGGTGCCAGCCGAATGGTGGCCAAAGAGCCGATGTCGGCGCGCTTGCCGAAAGCCAATTTCGGCTTTCTCAAGAGCTTGTTCTGGCCGGTGATGCTGGTGGTATTGGGGTTCGGCACGTATGAAGGCGCGCAGCGGCTGCTGCCTTATGCCGATCGGCCAATCGCCCGGATCAACGTCCAGGGTGACCTGAGCTACATCAGCCAGCAGGCGGTGCAGCAGCGGATCGCTCCGTTCGTCGCGTCGAGCTTCTTCACCATCGACCTGGCGGGCATGCGCACCGAGCTGGAGCAGATGCCCTGGATCGCCCACGCCGAAGTGCGGCGGGTATGGCCGGACCAGGTGTCGATTCGTCTGGAAGAGCAGTTGCCGGTGGCCCGTTGGGGCGACGAGTCGCTGTTGAACAACCAGGGCCAGGCGTTTACGCCACGGGAACTGGCCAATTATGAACATTTGCCACAACTGTTCGGTCCACAGCGGGCCCAGCAGCAAGTGATGCAGCAATACCAGGTGTTGAGTCAGATGTTGCGGCCACTGGGCTTCTCCATCGCGCGCCTGGAATTGCGTGAGCGCGGCAGCTGGTTCCTGACCACTGGCGCGGGCAGCTCGGGGCCGGGCATCGAGCTGTTGCTCGGGCGCGGCAACCTGGTGGAAAAGATGCGCCGCTTCATTGCCATCTATGACAAGACGCTCAAAGAACAGATTACGAACATTGCGCGCATCGATCTGCGCTACGCCAACGGCCTCGCTGTTGGCTGGCGGGAACCTGTAGCGCCGACGACGGCCGAACCCGCCGTCGCGAAGAATTAA MQGASLRHQPSAPGRKPVPRGASRMVAKEPMSARLPKANFGFLKSLFWPVMLVVLGFGTYEGAQRLLPYADRPIARINVQGDLSYISQQAVQQRIAPFVASSFFTIDLAGMRTELEQMPWIAHAEVRRVWPDQVSIRLEEQLPVARWGDESLLNNQGQAFTPRELANYEHLPQLFGPQRAQQQVMQQYQVLSQMLRPLGFSIARLELRERGSWFLTTGAGSSGPGIELLLGRGNLVEKMRRFIAIYDKTLKEQITNIARIDLRYANGLAVGWREPVAPTTAEPAVAKN NA NA NA NA NA D1-35_01403 1260 ftsA_1 COG0849 Cell division protein FtsA ATGGCAAACGTGCAAAGCGGAAAAATGATCGTCGGTCTGGATATCGGCACTTCCAAGGTGGTAGCGCTGGTAGGCGAGGTCGCGGACGACGGCACGCTGGTCATCGTCGGGATCGGTACACACCCGTCCCGTGGCTTGAAGAAAGGCGTGGTGGTGAACATCGAGTCCACCGTCCAATCGATCCAGCGCGCCATCGAAGAAGCGCAGCTGATGGCCGGTTGCCGGATCCACTCGGCGTTCGTCGGTGTCGCGGGCAATCACATCCGCAGCCTGAACTCCCACGGCATCGTGGCGATTCGGGACCGTGAAGTCAGCTCCGCCGACCTTGAGCGCGTACTCGACGCGGCCCAGGCCGTGGCGATTCCGGCCGACCAGCGGGTGCTGCACACCCTGCCGCAGGATTACGTGATCGATAACCAGGAAGGCGTACGCGAGCCCCTGGGTATGTCCGGGGTACGCCTGGAAGCCAAGGTCCACGTGGTCACCTGCGCCGTGAACGCCGCGCAGAACATCGAGAAGTGCGTGCGTCGCTGCGGCCTGGAAATCGACGACATCATCCTCGAGCAACTGGCTTCGGCCTACTCGGTGCTGACCGACGACGAGAAAGAACTCGGCGTGTGCCTGGTCGATATCGGCGGCGGCACCACCGACATCGCGATCTTCACCGAAGGCGCCATCCGCCACACGGCAGTGATCCCGATTGCCGGCGACCAGGTGACCAACGACATCGCCATGGCGCTGCGCACCCCGACCCAGTACGCCGAGGAAATCAAGATCCGTTACGCCTGCGCCCTGGCCAAGCTGGCCGGTGCCGGTGAAACCATCAAGGTGCCGAGCGTCGGCGACCGTCCGCCGCGCGAATTGTCGCGCCAGGCCCTGGCCGAAGTGGTCGAGCCGCGCTACGACGAACTGTTCACGCTGATCCAGGCCGAACTGCGCCGCAGCGGCTACGAAGACCTGATCCCGGCCGGCATCGTGCTGACCGGCGGTACGTCGAAGATGGAGGGCGCGGTCGAGCTGGCCGAAGAGATTTTCCACATGCCGGTGCGCCTGGGCGTGCCCCATGGCGTCAAGGGCCTGGATGACGTGGTGCGCAACCCGATCTATTCGACTGGCGTGGGCCTGTTGATGTACGGCCTGCAAAAGCAATCCGACGGGATCTCGTTCTCGGGCATCGGCAGCCGTGACAGCTACAGCAGCGAAGAGCCCAAGGCACCGCTGTTCGAGCGGCTCCAGGCTTGGGTGAAGGGCAATTTCTAA MANVQSGKMIVGLDIGTSKVVALVGEVADDGTLVIVGIGTHPSRGLKKGVVVNIESTVQSIQRAIEEAQLMAGCRIHSAFVGVAGNHIRSLNSHGIVAIRDREVSSADLERVLDAAQAVAIPADQRVLHTLPQDYVIDNQEGVREPLGMSGVRLEAKVHVVTCAVNAAQNIEKCVRRCGLEIDDIILEQLASAYSVLTDDEKELGVCLVDIGGGTTDIAIFTEGAIRHTAVIPIAGDQVTNDIAMALRTPTQYAEEIKIRYACALAKLAGAGETIKVPSVGDRPPRELSRQALAEVVEPRYDELFTLIQAELRRSGYEDLIPAGIVLTGGTSKMEGAVELAEEIFHMPVRLGVPHGVKGLDDVVRNPIYSTGVGLLMYGLQKQSDGISFSGIGSRDSYSSEEPKAPLFERLQAWVKGNF NA NA NA NA NA D1-35_01404 1194 ftsZ COG0206 Cell division protein FtsZ ATGTTCGAACTCGTAGACAACATCCCCGCCAGCCCGGTTATCAAGGTAATCGGTGTCGGCGGTGGCGGCGGCAACGCTGTCAACCACATGGTCAAGAGCAACATCGAAGGCGTTGAGTTCATCTGCGCCAACACCGATGCTCAGGCGCTGAAAAACATCGGCGCGCGGACCATCCTCCAACTCGGTACCGGCGTGACCAAGGGCCTGGGTGCCGGCGCGAATCCCGAGGTTGGCCGTCAGGCTGCCCTGGAAGATCGCGAGCGCATCGCTGAAGTCCTGGCTGGCACCAACATGGTGTTCATCACCACTGGCATGGGCGGCGGTACCGGTACCGGTGCAGCGCCGATCATTGCCGAAGTGGCCAAGGAAATGGGCATCCTCACCGTTGCGGTGGTGACCCGTCCGTTCCCGTTCGAAGGCCGCAAGCGCATGCAGATCGCCGATGAAGGCATCCGCGCGCTGAGCGAAAGCGTCGACTCGTTGATCACCATCCCCAACGAGAAGCTGCTGACCATCCTCGGTAAGGACGCCAGCCTGCTGTCGGCTTTCGCCAAGGCCGATGACGTACTGGCCGGTGCCGTTCGCGGTATCTCCGACATCATCAAGCGTCCGGGCATGATCAACGTCGACTTTGCCGACGTACGCACCGTGATGTCCGAAATGGGCATGGCGATGATGGGCACCGGCTGCGCCAGCGGTCCGAACCGTGCACGCGAAGCCACCGAAGCGGCCATCCGCAACCCGCTGCTCGAAGATGTGAACCTGCAGGGCGCCCGCGGCATCCTGGTGAACATCACCGCCGGTCCGGACTTGTCCCTGGGCGAGTACTCCGACGTGGGTAGCATCATCGAGGCGTTCGCTTCCGACCACGCAATGGTCAAGGTCGGCACCGTGATCGATCCGGACATGCGTGACGAACTGCACGTGACCGTGGTTGCCACTGGCCTGGGCGCGAAAATCGAGAAGCCGATGAAGGTGATCGACAACACCGTGCAGACCGCCATGGCTTCGCAGCCCCAGCAGCAAGCTGCCGCTCGTCAGGAAGCTCCCGCGGTGAACTACCGTGACCTGGACCGTCCGACCGTCATGCGCAACCAGGCCCAGGCCGGTGCTGCGACTGCCGCGAAGATGAATCCGCAAGACGATCTGGATTACCTGGACATCCCGGCATTCCTGCGTCGTCAGGCCGATTGA MFELVDNIPASPVIKVIGVGGGGGNAVNHMVKSNIEGVEFICANTDAQALKNIGARTILQLGTGVTKGLGAGANPEVGRQAALEDRERIAEVLAGTNMVFITTGMGGGTGTGAAPIIAEVAKEMGILTVAVVTRPFPFEGRKRMQIADEGIRALSESVDSLITIPNEKLLTILGKDASLLSAFAKADDVLAGAVRGISDIIKRPGMINVDFADVRTVMSEMGMAMMGTGCASGPNRAREATEAAIRNPLLEDVNLQGARGILVNITAGPDLSLGEYSDVGSIIEAFASDHAMVKVGTVIDPDMRDELHVTVVATGLGAKIEKPMKVIDNTVQTAMASQPQQQAAARQEAPAVNYRDLDRPTVMRNQAQAGAATAAKMNPQDDLDYLDIPAFLRRQAD PGPT0027695_2944 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 D1-35_01405 912 lpxC COG0774 UDP-3-O-acyl-N-acetylglucosamine deacetylase ATGATTAAACAACGCACCCTGAAGAATATTATCCGTGCCACAGGTGTCGGCCTGCACTCCGGCGAGAAGGTCTATCTGACCCTCAAGCCCGCGCCTGTCGACACCGGCATTGTGTTTTGTCGTGCCGACCTCGACCCTGTGGTGCAGATTCCTGCTCGCGCGGAAAACGTTGGTGAAACCACTATGTCGACCACGCTGGTCAACGGTGACACCAAAGTGGACACGGTGGAGCATTTGCTCTCGGCCATGGCTGGCCTGGGCATCGATAACGCCTACGTCGAGCTCTCCGCGTCCGAAGTCCCGATCATGGATGGCAGCGCCGGACCTTTCGTATTCCTGATTCAATCGGCTGGCCTGGAAGAGCAGGACGCGGCCAAGAAGTTCATCCGCATCCTGCGGGAAGTGACAGTGGAAGACGGCGACAAGCGCGCCACTTTCGTCCCTTTCGAAGGTTTCAAGGTGAGCTTCGAGATCGATTTCGATCACCCGGTTTTCCGTGACCGCACCCAGAGTGCAAGCGTGGATTTTTCCAGCACTTCGTTCGTCAAAGAAGTCAGCCGCGCGCGTACCTTTGGTTTCATGAGTGATATCGAGTACCTGCGCAAGCACAACCTCGCACTCGGTGGCAGTGTGGAAAACGCGATCGTGGTCGATTCCGATGGCGTGTTGAACGAAGACGGCCTTCGTTATGAAGACGAATTCGTCAAACACAAGATCCTCGATGCAATCGGCGACCTCTACCTGCTGGGCAACAGCCTGATTGGTGAGTTCAAGGGCTTCAAGTCCGGCCACGCACTGAACAACCAGCTGCTGCGCAAGTTGATTGAGCAGAAAGACGCTTGGGAAGTCGTGACGTTCGAAGACGCCAGCACCGCACCAATCTCTTACATGCGCCCTGTAGCGGCCGTGTAA MIKQRTLKNIIRATGVGLHSGEKVYLTLKPAPVDTGIVFCRADLDPVVQIPARAENVGETTMSTTLVNGDTKVDTVEHLLSAMAGLGIDNAYVELSASEVPIMDGSAGPFVFLIQSAGLEEQDAAKKFIRILREVTVEDGDKRATFVPFEGFKVSFEIDFDHPVFRDRTQSASVDFSSTSFVKEVSRARTFGFMSDIEYLRKHNLALGGSVENAIVVDSDGVLNEDGLRYEDEFVKHKILDAIGDLYLLGNSLIGEFKGFKSGHALNNQLLRKLIEQKDAWEVVTFEDASTAPISYMRPVAAV PGPT0022330_1518 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022330-lpxC-K02535 NA NA D1-35_01406 1506 hypothetical protein ATGACAATGCAGATCGGAATCATGAGCGCGAGCAGTGCAACACCCGGCAACATCCCGCTTTCGATACGTTCGGAACGGGTACTCGTTTTGGCCAGCTCGCTGGTTGTCATCGCCATCGTAGCTATCGTGACGTTCCTGCTGATCCGTGAACACGCCAGCGCGCAGCAGGCAGCGACACGCGCGGCGAGCAACATTGTGCAGTTGATCGACGCCGACGTACTGCGCAATGTCGAACTCTACGATCTTTCGCTGCAAGGCCTGATTGCCGCAGCGAAACGCCAGGACCTCCAGGACGTTTCGCCAACGATCCGCCACCTCGCCCTGTTCGATCGCGCCACCGCAGCCCCTTATAAAGGCGACATATTGCTGCTCGACAAGCGCGGCGACGTGGTCGCCGATTCCGCTTCGATCGAACCGCGCAAGGGCAATTACGCCGATGGGGAATATTTCCAGTCCCATCTGCAGGAACCGGGCCCGGGCATGAAGATCAGCCGTCCGTTCCGGGCCCGGAGCAGTCCGCATGACTGGCGCATCAGCTTCAGCTACCGCTTGAACGACGACCGGGGCGGGTTCATGGGCGTGGCCGAGGCTGCAATGCGCCTGGGCTACTTCAGCCAGCTCTTCAAGAGCTTGAACATCGGCCATGGCGGCACGGTCAACCTGGTCAGCCGCGACGGGATCCTGTTGGCTCAGGAGCCGCCTCTGGCCGAAGACATGATCGGCAAGGATTTCAGCAGCCGACCGAACTTCGTGCGGATCCTGCGCGAAGGCGATGGCAGTTTTACCAGCGTGTCCAGCGTGGATCAGAAGCAGCGGCTGTACACCTTTTCCCAGGTAGGTAATCTGCCGCTGATCGTCGTGGTCGCGCTCTCTTCCCAAGAAGTTTTCGCGTCATGGCAACGCACGGCGCTGCTGGTCAGTGGCGCCACGGGCGCGCTGTGCTTCAGCTTGCTCTGGCTCACCTGGCTGCTGCGTCGGGAATTGAGACGCCGGCACACCGCTGAACGGGAACTGGCCCTGCTGGCATCCGTCGACCCCCTGACAGGCCTGGCCAACCGCCGGACGCTGGACCAGACGCTGCAACTGGAGTGGCTGCGCGCCCAGCGCTCCGGTCAATCGTTGTCGATCCTGATGATCGATGCCGACCACTTCAAGGCGCTCAATGATCGCCTGGGCCACCAACGCGGTGACGAGGCGTTACGAACCCTGGCGCAACTGATCGGCGGGTACGTGCGCCGACCGGCCGACCTGGCGGCGCGTTATGGCGGTGAAGAGTTCTCGGTGGTGCTGCCGGAGACGACGACCGCAGGAGCGTTCACCATGGCGCAAAACATTCGCGAAGCCGTTGAGCAACTGCCCGGTGAATTGACCATGACCGTCAGTATCGGCATCGCAACCTGGGCCCAAGGGCCTTATGACGAACTCGATCAATTGTTGCTCGCCGCTGACAAGGCGCTTTACCAGGCCAAGGCCAGTGGGCGTAATCGGGTGGTTTGCGCGATGTAA MTMQIGIMSASSATPGNIPLSIRSERVLVLASSLVVIAIVAIVTFLLIREHASAQQAATRAASNIVQLIDADVLRNVELYDLSLQGLIAAAKRQDLQDVSPTIRHLALFDRATAAPYKGDILLLDKRGDVVADSASIEPRKGNYADGEYFQSHLQEPGPGMKISRPFRARSSPHDWRISFSYRLNDDRGGFMGVAEAAMRLGYFSQLFKSLNIGHGGTVNLVSRDGILLAQEPPLAEDMIGKDFSSRPNFVRILREGDGSFTSVSSVDQKQRLYTFSQVGNLPLIVVVALSSQEVFASWQRTALLVSGATGALCFSLLWLTWLLRRELRRRHTAERELALLASVDPLTGLANRRTLDQTLQLEWLRAQRSGQSLSILMIDADHFKALNDRLGHQRGDEALRTLAQLIGGYVRRPADLAARYGGEEFSVVLPETTTAGAFTMAQNIREAVEQLPGELTMTVSIGIATWAQGPYDELDQLLLAADKALYQAKASGRNRVVCAM NA NA NA NA NA D1-35_01407 1380 sasA_3 Adaptive-response sensory-kinase SasA ATGTGTTGGAGAACCGCGGTGAGTAACAGCATCGCCCTGCGCCTGAGCGGCATGTTCACGCTGGTGGCGGCGCTGGTGTTCCTGCTGATTGGCGGCGGCTTGTACCAGCAGGTCGAAAAAGGTCTCGGCCTGTTACCAGAGGCGGAGCTCGATGCCCGCTACAGCGTGCTGGAGTCCACCGTCGGCCGCTATGGCACGCCGGAGCACTGGGTCAAGATCAACAACAAATTGCGCTTGCTCGGCGAGGAGGATAAACGCATCCACTTCTGGATCGTCAGCGATGACCCGCGCTTTGAATACGGTAACCCCGATGCACAGATCCGTGCCTTCGCCGCAGGTCCATTGGGCAAACGTGACCTGAAGCTGGCGACGCAGCATTACCCGATGAAAGTGCTGGTGAGCCAGTTCCCGGCCAAGGACCAGCGACCGCCGCTACGGTTCATGATCGGTATCGACACCGAGACCTTCTACCAGACTCAGCATCGTTTGCTGGTCGCGCTGGTGAGCCTGGCGATCGTCGGCGTGCTGCTGGCCTCGTTGCTGGGCTACTGGGTGGCGCGCATCGGTCTCAAGCCACTCATCAAGTTGTCGGACGAAGCCCGGCGCCTGGCCCCGCCCCGGCTCACCGGGCGCTTGCAATTGTCACCGCTGCCACCGGAACTCAACCAGTTCGTCAGTTCCTTCAACGCAACCCTGGACCGGGTCGAGCAGGCGTATTCAAGGCTGGAGTCATTCAATGCCGACGTTGCCCATGAACTGCGCTCGCCGCTGACCAACCTGATCGGCCAGACGCAGGTGGCGCTGACCCGCGGGCGCTCGGCAGAGCATTACTTCGAAGTGCTGCAATCGAACCTCGAAGAGCTGGAGCGACTGCGCTCGATCATCAACGACATGTTGTTCCTGGCCAGCGCCGACCAGGGTAGCAAGGCCACCAAGCTGACCACGACGTCCCTGGCCGATGAGGTGGCAACCACCCTCGATTATCTGGACTTCATCCTGGAAGACGCCCAGGTCCAGGTTCGCGTCAGCGGCGATGCCCAGGCCAGTATCGAGATCGCCCACCTGCGCCGGGCCTTGATCAATCTGCTCAGCAACGCCGTCCAGCACACCGCGCCCGGCCAGGTGATCGACGTGGACATCGAAGCCACCGGCGACCAGGTCATCCTGGGCGTCACCAATCCCGGCGAGCCTATCGCCGGCGAACACCTGCCGCGCCTGTTCGAGCGCTTCTACCGGGTCGACGTCTCCCGCAGCAACAGCGGCGCCAACCACGGCTTGGGCCTGGCCATCGTCAAGGCGATTGCGCTCATGCACGGCGGCGATGTATTCGTGCGCAGCGACCGTGGTGCCAACACCTTCGGGATCCGCTTGCCGGCCTGA MCWRTAVSNSIALRLSGMFTLVAALVFLLIGGGLYQQVEKGLGLLPEAELDARYSVLESTVGRYGTPEHWVKINNKLRLLGEEDKRIHFWIVSDDPRFEYGNPDAQIRAFAAGPLGKRDLKLATQHYPMKVLVSQFPAKDQRPPLRFMIGIDTETFYQTQHRLLVALVSLAIVGVLLASLLGYWVARIGLKPLIKLSDEARRLAPPRLTGRLQLSPLPPELNQFVSSFNATLDRVEQAYSRLESFNADVAHELRSPLTNLIGQTQVALTRGRSAEHYFEVLQSNLEELERLRSIINDMLFLASADQGSKATKLTTTSLADEVATTLDYLDFILEDAQVQVRVSGDAQASIEIAHLRRALINLLSNAVQHTAPGQVIDVDIEATGDQVILGVTNPGEPIAGEHLPRLFERFYRVDVSRSNSGANHGLGLAIVKAIALMHGGDVFVRSDRGANTFGIRLPA PGPT0004980_1308 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004980-cusS|copS|silS-K07644 NA NA D1-35_01408 675 czcR_1 Transcriptional activator protein CzcR ATGCGCGTTCTGATCATCGAAGACGAAGAAAAAACCGCCGACTACCTGCACCGCGGCCTGACCGAACAGGGTTACATCGTGGATGTGGCAGGGGATGGCGTCGAAGGGCTGCACCTGGCCCTGGAAAGCGATTATGCGGTGATCGTGCTCGACGTCATGCTGCCGGGCCTCGACGGCTTTGGCGTGCTGCGGGCCCTGCGCGCCCGCAAGCAGACGCCGGTCATCATGCTCACCGCCCGCGAACGGGTCGAAGATCGCATCAAGGGCCTGCGCGATGGCGCCGATGATTATCTGGGCAAGCCGTTTTCGTTCCTGGAGCTGGTGGCCCGCCTGCAAGCCCTGACCCGCCGCAGCAGCGGCCATGAACCGGTGCAGGTGAGCATCGCCGACCTGTGGATCGACCTGATCAGCCGCAAGGCCAGCCGCGCCGGGCAGCGTCTGGACCTGACCGCCAAGGAGTTTTCGCTGCTCAGCGTGCTGGCTCGCCGCCAAGGCGAGATCCTTTCGAAAACCGCGATTGCCGAAATGGTCTGGGACATCAATTTCGACAGCGACGCCAACGTCGTCGAAGTGGCGATCAAACGCCTGCGGGCCAAGCTCGACGGGCCTTTCGAGCACAAGCTTCTGCATACCATCCGAGGGATGGGTTATGTGTTGGAGAACCGCGGTGAGTAA MRVLIIEDEEKTADYLHRGLTEQGYIVDVAGDGVEGLHLALESDYAVIVLDVMLPGLDGFGVLRALRARKQTPVIMLTARERVEDRIKGLRDGADDYLGKPFSFLELVARLQALTRRSSGHEPVQVSIADLWIDLISRKASRAGQRLDLTAKEFSLLSVLARRQGEILSKTAIAEMVWDINFDSDANVVEVAIKRLRAKLDGPFEHKLLHTIRGMGYVLENRGE PGPT0004105_587 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 D1-35_01409 3114 mdtB_1 Multidrug resistance protein MdtB ATGAAGGGCCGCGGCTCGATATCGGCGTGGTGCATCGACCACCCCATCGCCACGGTGCTACTGACGTTCGCCCTGGTATTGCTGGGGTTGATCGCCTTTCCCCGCCTGCCCGTCGCGCCTTTGCCCGAGGCGGAATTCCCGACCATCCAGGTCAACGCCCAACTGCCCGGCGCCAGTCCCGAAACCATGGCATCGTCCGTGGCGACCCCACTGGAGGTGCAATTCAGCGCCATTCCCGGCATTACCCAGATGACCTCAAGCAGTGCGTTGGGCTCGACCAACCTGACCCTGCAATTCAGTCTCGACAAGAGCATCGACACCGCCGCCCAGGAAGTGCAGGCGGCGATCAACACCGCCGCCGGCAAGCTGCCCAATGACATGCCGAACCTGCCGACCTGGCGCAAGGTCAACCCGGCCGACAGCCCGGTGCTGATTCTCAGCATCAGCTCCGACCTGATGCCAGGCACCGAACTGAGTGATTACGTCGAGACGCTGCTCGCCCGGCAGATCAGCCAGATCGACGGTGTTGGACAGATCTATATCACCGGCCAGCAGCGGCCGGCGATCCGGGTCCAGGCCTCGGCCGACCGGCTTGCCGCCATCGGCCTGACCCTCGCCGATATTCGCCAGTCCTTGCAGCAGGCCAGCCTCAACCTGGCCAAGGGCGCGCTGTATGGCGAGTCGAGTATTTCCACCTTGTCCACCAACGACCAGCTGTTCAAGCCGGAGGAATACGGCGAGCTGATCGTTTCCTACCGGGACGGCGCACCGGTCCATCTCAAGGACATCGCCAAAGTCGTCAACGGTTCGGAAAACGCCTACGTGCAGGCCTGGTCCGACGATCAGCCCGGCGTCAACCTGGTGATCTTCCGCCAGCCGGGGGCGAACATCGTCGAGACGGTCGACCGCATCCAGGCGGCGCTGCCGACCCTGGAAGCCATGCTGCCGGCCGCCATACAGGTCAAGGTGATGATCGATCGCACCCAGACCATTCGCGCTTCGCTGCATGAAGTGGAAATCACCCTGCTGATCGCGGTGCTGCTGGTGGTGGCGGTGATGGCGCTGTTCCTGCGCCAGCTCTCGGCGACGCTGATTGTCTCGGCCGTGCTCGGGGTGTCGCTGACCGCCAGTTTCGCGCTGATGTATGTGATGGGTTTCAGCCTCAACAATCTGACCCTGGTGGCGATCGTCATCTCGGTGGGATTCGTGGTGGACGACGCGATCGTGGTGGTGGAGAACATCCACCGGCACCTGGAAGCCGGCGATGGCATGCGCGAGGCGGCGATCAAGGGCGCCGGGGAAATCGGCTTCACGGTGGTGTCCATCAGCTTCTCGCTGGTGGCGGCGTTCATTCCGCTGCTGTTCATGGGCGGCGTGGTCGGGCGGCTGTTCAAGGAGTTTGCCCTGACCGCCACTTCGACCATCCTGATTTCCGTCGTGGTGTCCCTGACCCTGGCGCCGACCCTGGCTGCCTTGTTCATGCGCGCCCCGAAACATCACGCCCATGCCAGGCCGGGTTTCGGCGAGCGCCTGCTCGGCTGGTACGAACGCGGCCTGCGCCGGGCCCTGGCCCACCAGAAACTGATGATCGGCATGTTCGGCCTGACCCTCGCCCTCGCGGTCGTGGGCTACGTGTTCATCCCCAAGGGCTTCTTCCCGGTCCAGGACACCGGCCTGGTGCTGGGCACCAGCGAAGCGGCGGCCGATATCTCGTTCCCGGACATGGTGGCCAAGCACAAGGCCCTGGCCGAGATCGTCGCCGCCGACCCGGCAGTGCAGACCTTCTCGCACTCCGTCGGCGTCTCGGGCAACAACCAGACCATCGCCAACGGCCGCTTCTGGATCGCCCTCAAGCCTCGGGGCGAGCGCGATGTATCGGCCAGTGGCTTCATCGACCGGATCCGCCCCAAGTTGCTGAAGATTCCCGGCGTTGTGCTGTACCTGCGGGCCGGACAGGACATCAACCTCAGCTCCGGCCCGAGCCGCGCCCAGTATCAATACGTGCTCAAGAGCAACGACGGGCCGACCCTCAACGCCTGGACGCAGAAACTCACCGACAAGCTGCGCAGCATTCCGGCATTCCGCGACATTTCCAACGACTTGCAACTGGGCGGCAGCATCACCCACATCAACATCGACCGCAGCGCGGCGGCACGTTTCGGCCTCACCGCCAGCGATGTCGACCAGGCGCTCTACGACGCTTTCGGCCAGCGGCAGATCAATGAATTCCAGACCGAGACCAACCAGTACAACGTCATCCTGGAACTCGACACCCAGCAACGCGGCAAGGCCGAAAGCCTGGCGTATTTCTATCTGCGCTCGCCGCTGAGCGGGGAAATGGTCCCGCTCTCGGCCCTCGCCCGCTTCGACGCACCGACCAACGGCCCGCTGTCGATTGCCCACGACGGCATGTTCCCGGCCGCCAACCTGTCGTTCAACCTCGCGCCGGGCGTGGCGCTGGGGGATGCCGTGCGCCTGCTCGACCAGGCCAAGAACGAGATCGGCATGCCCGCCGCCATCACCGGCAGCTTCCAGGGCGCGGCCCAGGCGTTCCAGAGCTCGCTGAAAAGCCAGCCGTGGCTGATCCTCGCCGCGTTGGTGGCGGTGTACATCATCCTCGGCGTGCTCTACGAGAGTTTCGTCCATCCGTTGACGATTATTTCCACGTTGCCCTCGGCCGGCCTCGGCGCGTTGATCATGCTCTGGCTGTTGGGCCAGGACTTCTCGATCATGGCGCTGATCGGCCTGGTGCTGCTGATCGGCATCGTCAAGAAGAACGGCATCCTGATGATCGACTTCGCCCTCGATGCCCAGCGCAACGGCGGGATGGCGGCGCAGGAAGCGATTTTCCAGGCCTGCCTGACGAGGTTCCGTCCGATCATGATGACGACCCTGGCCGCCCTGCTCGGCGCCCTGCCACTGATGCTCGGCTACGGCCCCGGCGCGGAGTTGCGCCAACCCTTGGGCATCGCGGTGGTCGGTGGCCTGCTGGTGAGCCAGGCACTGACGCTGTTCACCACGCCAGTCATATACTTGTGGCTGGAGCGATTGTTCCATCGGCCCGCGCCTCGACCCGGTTCTGCGCCGACGGCGGCGCTGGCAAATGCAGACTGA MKGRGSISAWCIDHPIATVLLTFALVLLGLIAFPRLPVAPLPEAEFPTIQVNAQLPGASPETMASSVATPLEVQFSAIPGITQMTSSSALGSTNLTLQFSLDKSIDTAAQEVQAAINTAAGKLPNDMPNLPTWRKVNPADSPVLILSISSDLMPGTELSDYVETLLARQISQIDGVGQIYITGQQRPAIRVQASADRLAAIGLTLADIRQSLQQASLNLAKGALYGESSISTLSTNDQLFKPEEYGELIVSYRDGAPVHLKDIAKVVNGSENAYVQAWSDDQPGVNLVIFRQPGANIVETVDRIQAALPTLEAMLPAAIQVKVMIDRTQTIRASLHEVEITLLIAVLLVVAVMALFLRQLSATLIVSAVLGVSLTASFALMYVMGFSLNNLTLVAIVISVGFVVDDAIVVVENIHRHLEAGDGMREAAIKGAGEIGFTVVSISFSLVAAFIPLLFMGGVVGRLFKEFALTATSTILISVVVSLTLAPTLAALFMRAPKHHAHARPGFGERLLGWYERGLRRALAHQKLMIGMFGLTLALAVVGYVFIPKGFFPVQDTGLVLGTSEAAADISFPDMVAKHKALAEIVAADPAVQTFSHSVGVSGNNQTIANGRFWIALKPRGERDVSASGFIDRIRPKLLKIPGVVLYLRAGQDINLSSGPSRAQYQYVLKSNDGPTLNAWTQKLTDKLRSIPAFRDISNDLQLGGSITHINIDRSAAARFGLTASDVDQALYDAFGQRQINEFQTETNQYNVILELDTQQRGKAESLAYFYLRSPLSGEMVPLSALARFDAPTNGPLSIAHDGMFPAANLSFNLAPGVALGDAVRLLDQAKNEIGMPAAITGSFQGAAQAFQSSLKSQPWLILAALVAVYIILGVLYESFVHPLTIISTLPSAGLGALIMLWLLGQDFSIMALIGLVLLIGIVKKNGILMIDFALDAQRNGGMAAQEAIFQACLTRFRPIMMTTLAALLGALPLMLGYGPGAELRQPLGIAVVGGLLVSQALTLFTTPVIYLWLERLFHRPAPRPGSAPTAALANAD PGPT0029055_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029055-mexN-K21133 NA NA D1-35_01410 1158 mdtA_2 Multidrug resistance protein MdtA ATGCCTATCCAGAAAAAAACCGTCCTGCTCGTCGCGTTACTGATCGCCCTGGCCGCCCTCGCCCTCTGGTTCATCATGAAGCCCGTCGCCAGCAAACCCAGTGCTTCCACCGCCGTGCCAGTGAAGGTGATAAGCGTTGTCGAGCAGGATGTGCCGCGCTTTGCCAGTGGCATCGGCACGGTACTGTCGCTGCACAGCGTGGTGATCCGTCCGCAGATCGACGGCATCCTCACCAGGCTGCTGGTCAAGGAAGGGCAACTGGTCAAGAAGGGGGACCTGCTGGCGACCATCGATGATCGTTCGATCCGCGCCAGCCTCGACCAGGCCCGCGCCCAGCTCAGCGAGAGCCAGGCGCAACTGGCCGTGGCCCAGGTCAACCTCAAGCGCTACAAGCTGCTGAGCGTCGATGACGGCGTATCGAAGCAGACCTACGACCAGCAACAGGCGCTGGTCAACCAGCTCAAGGCCACTGCCCAGGGCAACCAGGCGGCCATCGATTCGGCGCAGGTGCAGCTGTCCTACACGCAGATCCGCTCGCCGGTGAGCGGTCGCGTCGGCATTCGCAATGTGGATGAAGGCAATTTCCTGCGCACCAGCGACACCGAAGGCCTGTTCACGGTGACCCAGATCGACCCGATCGCCGTGGAGTTCTCCTTGCCCCAGCAAATGCTGCCGACCCTGCAGCGATTGATCGCCGCCCCGGACCAGGCCCTGGTCAAGGCCTACATCGGGGCCGACGGCGTGACCGGGGAATTGCTCGGCGAGGGGCGGCTCAGCCTCATCGACAACCAGATCAACACCAATACCGGAACCCTGCGGGCAAAGGCCGAATTCAATAACGCCGCGCAACGGCTGTGGCCGGGGCAACTGGTGACGCTGAAAATCCAGACCGCTATCGACAAGGGTGCCCTGGTAGTGCCGCCCACCGTGGTCCAACGCGGGCTGGAGCAACACTTCGTCTATCGGGTCAAAGGTGACAAGGTCGAAAGCGTGCCGGTGCAAATGGTTTATCAGGACAGCGACAGGCACATCATCAAAGGCGTGAACGCCGGCGACCAACTGGTGAGCGACGGCCAGTCACGCCTCAAGCCCGGCGCCAGTGTCCAGGTGCTCAGCGATCCGCCTGCCCTCGCCAAGACCGGGCAGGCGCAGCCATGA MPIQKKTVLLVALLIALAALALWFIMKPVASKPSASTAVPVKVISVVEQDVPRFASGIGTVLSLHSVVIRPQIDGILTRLLVKEGQLVKKGDLLATIDDRSIRASLDQARAQLSESQAQLAVAQVNLKRYKLLSVDDGVSKQTYDQQQALVNQLKATAQGNQAAIDSAQVQLSYTQIRSPVSGRVGIRNVDEGNFLRTSDTEGLFTVTQIDPIAVEFSLPQQMLPTLQRLIAAPDQALVKAYIGADGVTGELLGEGRLSLIDNQINTNTGTLRAKAEFNNAAQRLWPGQLVTLKIQTAIDKGALVVPPTVVQRGLEQHFVYRVKGDKVESVPVQMVYQDSDRHIIKGVNAGDQLVSDGQSRLKPGASVQVLSDPPALAKTGQAQP PGPT0029050_95 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029050-mexM-K21135 NA NA D1-35_01411 258 hypothetical protein ATGACTTCCCCAACACCATCGCCTGTGGACGAGCACCCGAACGGTGAACCGTCCGGCCAGACCGACAGCGATGTTTCCAGCGCCGCCGACGACAAGGCGCCGATCCCGGCCTTCAAGTTTCCATTCAAACCAGGCGACCTGGCGGCGGCCAAAGGTGCCGGCCAACAACCGTGGTACAAGAACGGCGCGAAGAATGGCCATACCAAGACCCCCGGCGCCGCGCCTCCCGGCACGCGCCGTTCGATGGGCAAACGCTGA MTSPTPSPVDEHPNGEPSGQTDSDVSSAADDKAPIPAFKFPFKPGDLAAAKGAGQQPWYKNGAKNGHTKTPGAAPPGTRRSMGKR NA NA NA NA NA D1-35_01412 969 dmlR_7 HTH-type transcriptional regulator DmlR ATGGACACTTTGCAAAACATGCGTGCGTTCAGCTGTGTTGCCGAAGCCGGCAGCTTCACCGCCGCCGCCGCGCAACTCGACACCACCACGGCCAACGTCTCGCGTGCGGTTTCCAACCTGGAAGCGCATCTGCAAACCCGTCTGCTCAACCGCACCACTCGCCGCATCGCCCTGACCGAAGCCGGCAAACGCTACCTGCTGCGGTGCGAGCAGATCCTGGCGTATGTCGAAGAGGCGGAAGCCGAGGCCAGCGATGCCCATGCGCGCCCGGCCGGACAATTGAAAGTCCACACCATGACCGGCATCGGCCAGCACTTCGTCATCGATGCCATCGCCCGTTATCGCAAGACGCACCCGGACGTGACCTTCGACCTGACCCTGGCCAACCGGGTGCCGGACATCCTCGACGAGGGCTACGACGTCTCGATCGTACTCGCCAGCGAGTTGCCGGACTCCGGCTTCGTGTCCCAGCGCCTGGGAATCACCTACAGCATCGTCTGCGCGTCGCCCGCCTACGTGAAGGCCAGCGGCTGCCCGCAGAAACCCAGCGACTTGCTGAACCACGCCTGCCTGCGCCTGGTCAGCCCGGTCATTCCGCTGGAGAAATGGGTGTTCGACGGCCCGGAGGGCCAGGAGATGGTCACCATCAACAGCTCACCGTTCCTGGTGAATTCCGCCGATGCGATGAAGACCGCGATCACCAGCGGCATGGGCGTGGGCGTGCTGCCGGTGTACGCCGCCATCGAAGGCTTGCGCAACGGCACGCTGGTGCGGGTCATGCCCAACTACCGCTCGCAGGAACTGAACCTTTACGCCATCTACCCTTCGCGCCAGTACCTGGATGCGAAGATCAAGACGTGGGTCGAATACCTGCGAGGCTCGTTGCCGGAAATCCTCGCGGCGCACCAGGCCGAACTGACGGCCTATGAATTGAGTGGAAGCCTGACGGGAGCACGGGTCGCGAACTGA MDTLQNMRAFSCVAEAGSFTAAAAQLDTTTANVSRAVSNLEAHLQTRLLNRTTRRIALTEAGKRYLLRCEQILAYVEEAEAEASDAHARPAGQLKVHTMTGIGQHFVIDAIARYRKTHPDVTFDLTLANRVPDILDEGYDVSIVLASELPDSGFVSQRLGITYSIVCASPAYVKASGCPQKPSDLLNHACLRLVSPVIPLEKWVFDGPEGQEMVTINSSPFLVNSADAMKTAITSGMGVGVLPVYAAIEGLRNGTLVRVMPNYRSQELNLYAIYPSRQYLDAKIKTWVEYLRGSLPEILAAHQAELTAYELSGSLTGARVAN NA NA NA NA NA D1-35_01413 1572 ttgI_1 Toluene efflux pump outer membrane protein TtgI GTGCCGCGTTGCATCAGCAGAGAGCTGAAGACTCTCAGTGTTTGGGTTTTGACGCTGACCCTCAGCGGTTGTATCGGGACGGGAGGGATCGCGCCGCAAGGCGAGCTCTTGTTGGCCAACCAGTTGGCGACCGATGCGGCGATACGCGAGGCCGCCCGCGATGCTCACTGGCCGACCCGCCAGTGGTGGAAAGCCTATGGTGACCCGCAACTGGACGGCTGGATTGACCTGGCCGTGCGAGACAGCCCGAGCCTGGCCATGGCCGTCGCCCGGGTGCGCCAGGCCAAGGCCATGGCGGGTGTCGCCGAGGCCGCCGAGTCGCTGCAGATCAATGGCGAGTCGGCCCTCAAGCGCCACAACTGGCCCACCGATCAGTTTTATGGCCCCGGCGAACTGGCCAACACCACCACTTGGGACAACAACGCCGCCCTGGGCCTGAGCTATGCGTTGGACCTGTGGGGCCGCGAGCGCAGCGCCAGCGAGCGGGCCGTCGACCTGGCCCATGTCAGCGTCGCCGAGGCGCGGCAGGCGCAGCTGGAATTGCAGGACAATATCGTGCGCGCCTACATCCAGTTTTCGCTGCATTACGCCCAGCACGACATCATCGCCGCGACCCTCCATCAGCAAGAGCAGATCCTCGAACTGGCGCAAAAGCGTCTGGACGGTGGCATCGGCACCCATTTCGAAGTCAGCCAGGCCCAGGCGCCATTGCCGGAAACCCATCGTCAGCTCGATGCCCTCGACGAAGCCATTGCCCTGAGCCGCAATCAATTGGCGGCGCTGGCCGGCAAGGGCCCGGGCGACGGCGCGCGCCTGCAACGGCCGAGCCTGGCGCTGGGGGCTCCGTTGAAACTGCCATCGGCGTTGCCCGCCGAACTGCTCGGCCAGCGCCCGGATGTGGTTGCCGCGCGCTGGCAGGTGGCGGCCCAGGCCCGTGGAGTCGAGGTGGCGCGCGCGGGTTTTTACCCCAACGTCGACTTGGTCGGTAGCCTGGGTTACATGGCTACTGGCGGTGGGGCGCTGGAGTTCCTGACAGGCAAGAAGCTCACCTACAACGTCGGCCCGGCGATTTCGCTGCCGATTTTCGATGGCGGACGCCTGCGTGGCGAGTTGGGCGAGGCTGCGGCGGGTTATGACATCGCCGTGGCGCGCTACAACCAGACGCTGGTGAATGCCCTCAAGAGCATTTCCGACCGGTTGATTCGCCGTGAGTCGATGGACAAGCAACAGGCCTTCGCCGCCGGATCGGTGGCCGCCGCCCAGCGCACCTACGACATCGCGCTGGTTGCGTTCCAGCGTGGGCTCACCGACTACCTCAACGTGCTCAACGCCCAGAGCCTGCTGTTCAAGCAACAACAGGTGCAACAGCAGGTAGAGGCAGCGCGGCTGAGCGCCCATGCCGATTTGGTCACCGCATTGGGCGGCGGGCTGGAGGCCGGCAGCGACATGCCTGTGGCAGGCGCTCCCCTGTGGCGAGGGAGCTTGCTCCCGCTGGGCTGCGAAGCAGCCCCAGGTTCTTCAGATGGGTGCTGCGCACCCGAGCGGGAGCAAGCTCCCTCGCCACGATGCTGA MPRCISRELKTLSVWVLTLTLSGCIGTGGIAPQGELLLANQLATDAAIREAARDAHWPTRQWWKAYGDPQLDGWIDLAVRDSPSLAMAVARVRQAKAMAGVAEAAESLQINGESALKRHNWPTDQFYGPGELANTTTWDNNAALGLSYALDLWGRERSASERAVDLAHVSVAEARQAQLELQDNIVRAYIQFSLHYAQHDIIAATLHQQEQILELAQKRLDGGIGTHFEVSQAQAPLPETHRQLDALDEAIALSRNQLAALAGKGPGDGARLQRPSLALGAPLKLPSALPAELLGQRPDVVAARWQVAAQARGVEVARAGFYPNVDLVGSLGYMATGGGALEFLTGKKLTYNVGPAISLPIFDGGRLRGELGEAAAGYDIAVARYNQTLVNALKSISDRLIRRESMDKQQAFAAGSVAAAQRTYDIALVAFQRGLTDYLNVLNAQSLLFKQQQVQQQVEAARLSAHADLVTALGGGLEAGSDMPVAGAPLWRGSLLPLGCEAAPGSSDGCCAPEREQAPSPRC NA NA NA NA NA D1-35_01414 2181 aaeB_1 p-hydroxybenzoic acid efflux pump subunit AaeB GTGACGTATTTACTTCGGCTTCATCGCCTCGAATGGCGCCGTGGCTTTTTCGACTGGGCCCGCAGCGATGGGGTGACCTGGGTCTACATCTTCAAGGTATTGCTCGCCGTGTTCCTGACCCTGTGGCTGGCGATGCGCCTGGAGTTGCCGCAACCGCGTACGGCGATGATCACCGTGTTCATCGTCATGCAGCCGCAGAGTGGCCAGGTCTTCGCCAAGAGTTTTTATCGCCTGCTCGGTACCTTGGCCGGCTCGACGGTGATGGTGGCGCTGATCGCCCTGTTCGCCCAGAACACCGAGTTGTTTCTCGGCTGCCTGGCGATATGGGTCGGCATCTGTTCGGCCGGAGCAGCGCGTTATCGCAACTTTCGCGCCTACGGTTTTGTGTTGGCCGGGTACACCGCGGCGATGATCGGCCTGCCGGCCCTGGCTCATCCGGAAGGGGCTTTCATGGCGGCGGTATGGCGGGTGCTGGAGATTGCCCTGGGGATTCTCTGCGCCACCGCGGTGAGCGCTGCAATCCTGCCGCAAACCGCGAGCGCGGCCATGCGCAACGCGCTCTACCAGCGCTTCGGCGTGTTCGCCCTGTTCGTCACCGATGGCTTGCGCGGACGCAGCCAGCCCGAGGCATTCGAGGCACGCAACGTCGCTTTCATCGCCGAGGCGGTGGGCCTGGAAAGCCTGCGCAGCGTGACCGTGTTCGAAGACCCGCACATGCGCCGGCGCAACGGCCGACTGAGTCGCCTGAACAGCGAATTCATGGGCGTTACCACGCGCTTCAACGCCTTGCATCAGTTGCTTGAACGCTTGCGCAATGGCGCGGCCGATGCGGTGGTGGACGCGATCAAACCCGGCTTGCAAACCCTCGCCGAATTGCTCGACGGCTTCAGCGCGCGGGCCTTGACCGACGCCGATGCGACGCGTCTGGCGGCGGCGCTGGCGGCCTACAAGGCCGACTTGCCAGCCCGGGTGCGCCAACTGCGGGGACAATTTGAAGAGACGGATCCCAGTGAGGCGCAGCAGCTGGATTTCCATACTGCATACGAATTGCTCTATCGCTTCGTCGAAGACCTGCATGGCTACGCCCAGACCCACGCGTCACTGGCCGATCACCGCCACGAACGTGAGCGCTGGGACGAACCCTTCGTGTCGCAGACCAATGGCCTGGCCGCCGCGGCTGCCGGTTTTCGTGCCGCCTTCATCCTGGTGGTGCTGGGCAGCTATTGGGTCGCCACGGCCTGGCCGAGCGGTGCGACCATGACGATGATCGCCGCCGCCACCGTGGGCTTGTCGGCCGCCACGCCGAACCCCAAGCGCATGGCGTTCCAGATGGCCTGCGGCACGTTGTTCGGGGCGTTGATCGGGTTTGTCGAGATGTTCTTCATCTTCCCGTTGATCGACGGCTTCCCCTTGCTCTGCGTGATGTTGGCGCCCGTGATCATGCTGGGCGCGTTTCTCAGCTCACGTGCGCAATACGCCGGGGTCGGGCTGGGCCTGCTGATTTTTTTCAGCACCGGCTCGGTGCCGGACAACCTGACGGTCTACAACCCCTACGCCTTCATCAACGACTACCTCGCGATGATCCTCGGCATGCTGGTGTGTGCGGCTGCCGGGGCGATCATCCTGCCGCCCAACAGCCGCTGGATGTGGCGCCGGCTGGAACAGGACTTGCGCGAACAAGTGGTGTTCGCCATCAGTGGCAAGCTCAAGGGCCTCGCGTCGGGATTCGAGAGCCGTACCCGCGATCTGCTGCACCAGGCCTACGGGCTGGCGGCGGGACAGCCCCGGGTGCAACGGGACTTGCTGCGCTGGATGTTCGTGGTGCTGGAAGTCGGCCACGCGATCATCCAGTTGCGCAAGGAACAGGCGACGCTGCCGGTGCATCCGGCCTATGCCGAAAGCCAGCCATGGCGCCAGGCGATCCGGGTGATGGGGCGGGCGCTGGTGCGGCTGTTCCGCCAGCCTGGCCAGAAAAATCTGGAGCGCGCCCTGGTCGCGGTGGACCAGGCCATCAGCCGGGTCCAGTCCACCGACGAACCTTTCGCCCCGCATTTCGACACCTCCGCCCTGCGCCGGGTAAAGAGCTACCTGCACTTCATCCGCACCTCTCTGCTGGACCCGCAATCACCCTTGGCGGCTTATGCCGCGTCGCTGCCCCAGGAACCTGAACATGCTCCGTGA MTYLLRLHRLEWRRGFFDWARSDGVTWVYIFKVLLAVFLTLWLAMRLELPQPRTAMITVFIVMQPQSGQVFAKSFYRLLGTLAGSTVMVALIALFAQNTELFLGCLAIWVGICSAGAARYRNFRAYGFVLAGYTAAMIGLPALAHPEGAFMAAVWRVLEIALGILCATAVSAAILPQTASAAMRNALYQRFGVFALFVTDGLRGRSQPEAFEARNVAFIAEAVGLESLRSVTVFEDPHMRRRNGRLSRLNSEFMGVTTRFNALHQLLERLRNGAADAVVDAIKPGLQTLAELLDGFSARALTDADATRLAAALAAYKADLPARVRQLRGQFEETDPSEAQQLDFHTAYELLYRFVEDLHGYAQTHASLADHRHERERWDEPFVSQTNGLAAAAAGFRAAFILVVLGSYWVATAWPSGATMTMIAAATVGLSAATPNPKRMAFQMACGTLFGALIGFVEMFFIFPLIDGFPLLCVMLAPVIMLGAFLSSRAQYAGVGLGLLIFFSTGSVPDNLTVYNPYAFINDYLAMILGMLVCAAAGAIILPPNSRWMWRRLEQDLREQVVFAISGKLKGLASGFESRTRDLLHQAYGLAAGQPRVQRDLLRWMFVVLEVGHAIIQLRKEQATLPVHPAYAESQPWRQAIRVMGRALVRLFRQPGQKNLERALVAVDQAISRVQSTDEPFAPHFDTSALRRVKSYLHFIRTSLLDPQSPLAAYAASLPQEPEHAP NA NA NA NA NA D1-35_01415 201 hypothetical protein ATGCTCCGTGAGATCGCCTTCCACGGCGTATACATGCCGACCATGACCCTGATGTTTTTCATCGCCGCCGGCCTCGCCTGGGCGTTGGATCGTTTCCTCTCGGGGCTGGATCTGTACCGTTTTTTCTGGCATCCGGCGCTGCTGCGCCTGAGCCTGTTCACTTGCCTGTTCGGCGCGCTGGCGCTGACGGTCTACCGTTGA MLREIAFHGVYMPTMTLMFFIAAGLAWALDRFLSGLDLYRFFWHPALLRLSLFTCLFGALALTVYR NA NA NA NA NA D1-35_01416 864 aaeA_1 COG1566 p-hydroxybenzoic acid efflux pump subunit AaeA ATGAAGAAATTTTTCAGCCTGCTGGCGACGCTGTTGGTGCTGGCGCTTGCGCTGTGGATCGGCCGGACGTTGTGGGTGCATTACATGAACACCCCATGGACCCGCGATGGCCGGGTCCGGGCCGACATCATCAACGTCGCCGCCGACGTCAGCGGCGAAGTGATCGAGGTGCCGGTGCGTGATAACCAGTTGGTCAAGAAGGGCGACTTGCTGATGCGCATCGACCCCGAGCATTACCGCATTGCGCTCAAGCAGGCGCGTTCCCTGGTGGCGTCCCGCAAGGCCACTTGGGAGATGCGCAAGGTCAACGCTCATCGGCGCGCCGACCTGGACAGCCTGGTGATTTCCCGGGAAAACCGTGACGACGCCAGCAATATCGCCGACTCGGCCCTGGCTGATTACCAGCACGCCCAGGCGCAGCTGGAGGCGGCCGAGCTGAACCTGGCTCGCACCGAGGTCCGTGCGGCGGTGGACGGCTACGTCACCAACCTCAATGTGCACCGTGGTGACTATGCACGCATCGGCGAGGCGAAGATGGCCGTGGTGGACATGAATTCGTTCTGGGTCTATGGCTTCTTCGAGGAAACCAAGTTGCCCAAGGTGCGGGTCGGCGATGCCGCGCAGTTGCAGTTGATGAGTGGCGAACTGCTCAAGGGGCACGTGGAAAGTATCTCCCGGGGCATCTACGACCGCGACAACCCCGAGAGCCGGGAACTGATTGCCGACGTGAACCCGACCTTCAACTGGGTGCGCCTGGCCCAGCGGGTGCCGGTGCGTATACATCTGGATGAAGTACCGGATGGCGTGCTGCTGGCGGCGGGGATGACGTGCACGGTGGTGGTAGAACCCCACGACAAGCGCTGA MKKFFSLLATLLVLALALWIGRTLWVHYMNTPWTRDGRVRADIINVAADVSGEVIEVPVRDNQLVKKGDLLMRIDPEHYRIALKQARSLVASRKATWEMRKVNAHRRADLDSLVISRENRDDASNIADSALADYQHAQAQLEAAELNLARTEVRAAVDGYVTNLNVHRGDYARIGEAKMAVVDMNSFWVYGFFEETKLPKVRVGDAAQLQLMSGELLKGHVESISRGIYDRDNPESRELIADVNPTFNWVRLAQRVPVRIHLDEVPDGVLLAAGMTCTVVVEPHDKR PGPT0023615_86 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYBENZOIC_ACID_GALLATE_RESISTANCE,PGPT0023615-aaeA-K15548 NA NA D1-35_01417 825 ephD COG1028 putative oxidoreductase EphD ATGCCCGTCGCGCTGATCACCGGATGTTCCAGCGGCATCGGCCGCGCCCTCGCCGATGCCTTCAAGACCGCCGGTTACCAGGTCTGGGCCAGCGCGCGCAAGGATGACGACGTGGCGCAGTTGCGCGCCGCCGGGTTCACCGCCGTGCAGCTGGATGTCAATGACGCTCAGGCGCTGGAACAGCTCGGCGAGCGAATCAACCAGGAACATGGCGGCCTCGATGTGCTGGTCAACAACGCCGGTTATGGCGCCATGGGCCCGTTGCTGGATGGCGGCGTGCCGGCCATGCAGCGTCAGTTCGAAACCAACGTGTTCGCCATCGTCGGCGTGACCCGCGCGCTCTTTCCGGTGCTGCGCCGGGCGAAGGGGCTGGTGGTGAACATCGGCAGTGTTTCCGGTGTGCTGGTCACGCCATTTGCCGGGGCGTACTGCGCCTCCAAGGCTGCCGTGCATGCCTTGAGTGATGCGCTGCGCATGGAACTGGCGCCGTTCGGGATCCGCGTGATGGAGGTCCAGCCCGGTGCCATTGCCTCCAGCTTCGCGAAAAATGCCGGGCATGAAGCCGAGCAGTTGATCAGCGAACAATCGCCCTGGTGGCCCCTGCGTGACGGTATCCGCGCCCGCGCCAAGGCCTCCCAGGACAACCCCACCCCCACCAGCGAATTCGCCGCCGCGCTGCTCAAAGCCGTGCAACAACCCAAACCACCGCGCTTGTTGCGTCTGGGCAATGGCAGCCGGGCGTTGCCGTTGATGGCCGGTCTGTTGCCCAAGGGGTTGCTGGAGAAAGGCTTGATGAAGCGGTTCGGGTTGGGTCGGTCGCTTTAA MPVALITGCSSGIGRALADAFKTAGYQVWASARKDDDVAQLRAAGFTAVQLDVNDAQALEQLGERINQEHGGLDVLVNNAGYGAMGPLLDGGVPAMQRQFETNVFAIVGVTRALFPVLRRAKGLVVNIGSVSGVLVTPFAGAYCASKAAVHALSDALRMELAPFGIRVMEVQPGAIASSFAKNAGHEAEQLISEQSPWWPLRDGIRARAKASQDNPTPTSEFAAALLKAVQQPKPPRLLRLGNGSRALPLMAGLLPKGLLEKGLMKRFGLGRSL NA NA NA NA NA D1-35_01418 465 hypothetical protein ATGTTTATCGGCGTCTTGCTGGTCATCACCTGGCTCATCCTGCTGTTGCGCTACCCGGCCAAGGCATTGCCGGTGTCCCTGGCGGCGTTTGTCGGGTTGGGGCTGGTGGCGGCATGGGTACTCTGGGAAGAGAACCGGGAAACCCGGCAACTGGCACGTCTGGACCTGCGCGTCACGTTCGCTCCTGACCAGTGCCCCGCCGATCGCCCACTGCTGCTGAAAATGCGCAATGGCAACGACGTGCCTCTGACCGAACTGCGCTGGCGAATCGCAGCCTATGCCCCCGGCGATACCATCAACCTGGCGGACAACCAGTACAGCTCACCGCGCTACAGCGGCCCCGGCGAATTGCAACCCGGCGCCAACTGGCAGGACTGCCTGCCGATACCGCCACTGCGCCCCGGCTACCGCCCGCAAACCCTGGAGTTTCGTGCCGAGCGACTGCAAGGTAGTTTCTCCAACTGA MFIGVLLVITWLILLLRYPAKALPVSLAAFVGLGLVAAWVLWEENRETRQLARLDLRVTFAPDQCPADRPLLLKMRNGNDVPLTELRWRIAAYAPGDTINLADNQYSSPRYSGPGELQPGANWQDCLPIPPLRPGYRPQTLEFRAERLQGSFSN NA NA NA NA NA D1-35_01419 1452 algA COG0662 Alginate biosynthesis protein AlgA ATGATTCCGGTGATCTTGTCAGGTGGTAGCGGCTCACGTCTTTGGCCGCTTTCGCGCAAGCAATTCCCTAAACAGTTCCTGGCCTTGACCGGCGAACATACCCTGTTCCAGCAGACCCTCGAGCGCCTGGTGTTCGAAGGCATGGACACGCCGATCGTGGTCTGCAACAAGGACCACCGCTTCATCGTCAACGAGCAGCTGTCGGCCCGCAACCTGGAAGCCCAGCGCATCCTGATGGAACCGTTCGGTCGCAACACGGCACCTGCCGTGGCCCTGACTGCGATGATGCTGGTCAATGAAGGCCGCGACGAACTGATGCTGGTGCTGCCGGCCGACCACGTCGTCGAGGACCAGAAGGCCCTGCAACGCGCCCTGGCGCTGGCCACCGTGGCCGCCGAGCGTGGCGAAATGGTGCTGTTCGGCGTACCGGCGACCAAGCCGGAAACCGGTTATGGCTACATCAAGTCGACCAACGATGCCCTGCTGCCTGAAGGCGTCAGCCGCGTTTCGCACTTCGTCGAAAAACCCGACGTCAAGCGCGCCACTGAGTTCGTCGATGCCGGCGGTTACTTCTGGAACAGCGGCATGTTCCTCTTCCGCGCCAGCCGCTTCCTCGAAGAGCTGAAAAAGCACGATCCGGACATCTACGACACCTGCCTGCTGACTCTGGAGCGCAGCGAGCAGACCGCCGACACCATCACTTTTGACGAAGCCACTTTCGCCTGCTGCCCGGACAACTCCATCGACTACGCCGTGATGGAAAAAACCCAACGCGCCTGCGTAGTGCCGCTGTCGGCCGGCTGGAGCGATGTCGGCTGCTGGTCGTCGCTGTGGGAAGTCAATCCGAAGGACGCCAACGGCAACGTCACCAAGGGCGACGTCGTGGTCCAGGACAGCCGCAACTGCATGATCCACGGCAACGGCAAGCTGGTATCGGTGATCGGCCTGGACAACATCGTCGTGGTCGAAACCAAGGACGCCATGATGATCGCCCACAAGGACAAGGTCCAAGGCGTGAAGCAGATGGTCAACACCCTCAATGCCCAGGGCCGCACCGAAACCCAGAACCACTGCGAAGTCTATCGTCCATGGGGTTCCTACGACTCGGTGGACATGGGCGGTCGTTTCCAGGTCAAGCACATCTCGGTCAAGCCGGGCGCGTGCCTGTCGCTGCAGATGCACCACCACCGCGCCGAACACTGGATCGTGGTCAGCGGCACCGCCGAAGTGACCTGCGACGAGAATGTGTTCCTGCTCTGCGAAAACCAGTCGACCTACATCCCGATCGCGTCGGTCCACCGCCTGCGCAACCCGGGCAAGATCCCGCTGGAAATCATCGAAGTGCAGTCCGGTAGCTACCTGGGCGAAGACGACATCGAGCGCTTCGAAGACATCTACGGTCGCTCCACCCCGATCGAACGCGGCGTGTCGGTGAAGACCATCGCGCAGTAA MIPVILSGGSGSRLWPLSRKQFPKQFLALTGEHTLFQQTLERLVFEGMDTPIVVCNKDHRFIVNEQLSARNLEAQRILMEPFGRNTAPAVALTAMMLVNEGRDELMLVLPADHVVEDQKALQRALALATVAAERGEMVLFGVPATKPETGYGYIKSTNDALLPEGVSRVSHFVEKPDVKRATEFVDAGGYFWNSGMFLFRASRFLEELKKHDPDIYDTCLLTLERSEQTADTITFDEATFACCPDNSIDYAVMEKTQRACVVPLSAGWSDVGCWSSLWEVNPKDANGNVTKGDVVVQDSRNCMIHGNGKLVSVIGLDNIVVVETKDAMMIAHKDKVQGVKQMVNTLNAQGRTETQNHCEVYRPWGSYDSVDMGGRFQVKHISVKPGACLSLQMHHHRAEHWIVVSGTAEVTCDENVFLLCENQSTYIPIASVHRLRNPGKIPLEIIEVQSGSYLGEDDIERFEDIYGRSTPIERGVSVKTIAQ PGPT0017875_559 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0017875-algA|xanB|rfbA|wbpW|pslB-K16011 NA NA D1-35_01420 666 algF Alginate biosynthesis protein AlgF ATGACTTTCAACACTACTCCTCGCCGTCTCGCTGCTCGCTCCTTCAAGGCCGTTGCCCTGGTCGCCAGCATGAGTGCCCTGTCCTTCTCAGCGTTTGCCGGTGACTCGGCCCTGTACGGCCCGGTCGCGCCAAAAGGTTCGAGCTTCGTGCGGATCTACAACGCCAGCAACGCCGAAGTCAGCGCCACCGTCGGCAGCACCAATATCAGCGACGTGGCCCCACTGGCCAGCAGCGACTTCAGCTTCATGCCTGGCGGCGACTACAGCGCGAAGGTGGGCAGCCAGACCGTACCGGTTAAACTGGCCTCCGATCACTATTACACCCTGGTCAATAACGCCAGCGGCCAGCCACAACTGATCGAAGAGCCACCGTTCAAGAACAAGCAGAAATCCCTGGTCCGCATGCAGAACCTCAGCGACAAGCCGCTGACCCTCAAGACCGCTGATGGCAAGACCGAAGTGGTTCCGAACGTAGCGGCCAAGGGCCGTGGCGAACGTGAAATCAACCCGGTGAAAGTGAGCCTGGCACTGTACGAAGGCGACAAGAAAGTCGGCGACGTCAAGCCTGTTGCCCTGGAGCGTGGCGAAGCGGCCGTGCTGTACGTAACCGGCTCCGGCAGCAGCCTGTCGCCAGTCTGGGTGAAACGCCCGGTGTCGACCCGCTGA MTFNTTPRRLAARSFKAVALVASMSALSFSAFAGDSALYGPVAPKGSSFVRIYNASNAEVSATVGSTNISDVAPLASSDFSFMPGGDYSAKVGSQTVPVKLASDHYYTLVNNASGQPQLIEEPPFKNKQKSLVRMQNLSDKPLTLKTADGKTEVVPNVAAKGRGEREINPVKVSLALYEGDKKVGDVKPVALERGEAAVLYVTGSGSSLSPVWVKRPVSTR PGPT0026110_54 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026110-algF-K19296 NA NA D1-35_01421 1176 algJ putative alginate O-acetylase AlgJ ATGACCCGCTCATTACGCATCTTCTACGTCGCACTGTTCATGCTGATACTGACAGCGCTGGGTATCTGGTCGATGCGCAGCTTCCTCGGCTTCAGCACCAACCCCGATGCGACCGTGCTCAACGGTCGCTGGGCCAAGGCCGTGGAAACGCATTACGACGAAGAATTCCCGATCAAACGCCTGGGCACCAACATCTGGGCGGCGCTGGACTACAAGCTGTTCAACGAGGGCCGCAAAGGCGTGGTCCTGGGCCGCGATCAGTGGCTGTTCAGCGATGAGGAATTCAACCCGATCGTCAACGAAGACCAGAACCTGCAAGGCAACTACGCGCTGATCGAAGGCGTGCGCCAGAAGCTCAAGGAGCAAGGCATTACCCTGGTCATGGCCATCGTGCCGGCCAAGGCGCGGCTGTATCCGGAGCACCTGGGTGAAGTGAAGCCTTCGAGCATTCACGCCAACCTGTACCAGGATTTCCACGCCCGTGTCGCGGCGGACAAGATCCTTGCCCCTGACTTGCTCGCCCCGCTGCAACAGGCCAAGCAAAGCGGTCAGCAAGTGTTCCTGCGCACCGACACCCACTGGACTCCGGAAGGCGCGCAAATCGCTGCGGAACATCTGGCCAAAGCGATTGCCGAACGCACACCACTGAACGGTGAGCCACAGCGTTTCGTCACAGAGCCTGCGGAAAAAATCATCCACAAGGGCGACCTGCGTCAGTTCCTGCCGCTGGACCCGCTGTTCGAAAACCTGATGCCAGCCCAGGAACCGCTGGTCAAGCGCAACACCCGCGAAGCCGACGACCAGCCGGCCAGCGAAGACGCACTGTTCGCCGATGCCCAGGTGCCCGTGGCTCTGATCGGTACCAGCTACAGCGCCAACCCGAACTGGAACTTCGTCGGTGCACTCAAGCAAGCCCTGCACAGCGACGTCGTCAACTACGCCGAAGACGGCCATGGCCCGATTCTGCCGATGCTCAGCTACCTCAAGAGCGACGCCTTCAAGAACAGCCCGCCACAAGTGCTGATCTGGGAGTTTCCTGAACGTTATCTGCCCGTGAACAACGAGATCGGCGACGCCGATCCGCAATGGGTCGCCGAGCTCAAACAAGCCGGCGCCCGCCAACAGAACGTAGCTGCAAACACACAATCCGAGACGCCCGACCGGGCGCAAAACTGA MTRSLRIFYVALFMLILTALGIWSMRSFLGFSTNPDATVLNGRWAKAVETHYDEEFPIKRLGTNIWAALDYKLFNEGRKGVVLGRDQWLFSDEEFNPIVNEDQNLQGNYALIEGVRQKLKEQGITLVMAIVPAKARLYPEHLGEVKPSSIHANLYQDFHARVAADKILAPDLLAPLQQAKQSGQQVFLRTDTHWTPEGAQIAAEHLAKAIAERTPLNGEPQRFVTEPAEKIIHKGDLRQFLPLDPLFENLMPAQEPLVKRNTREADDQPASEDALFADAQVPVALIGTSYSANPNWNFVGALKQALHSDVVNYAEDGHGPILPMLSYLKSDAFKNSPPQVLIWEFPERYLPVNNEIGDADPQWVAELKQAGARQQNVAANTQSETPDRAQN PGPT0026130_106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026130-algJ-K19295 NA NA D1-35_01422 1566 hypothetical protein ATGGTATTTTCATCCAATGTGTTCCTGTTCCTGTTCCTGCCGATCTTTCTCGGCTTGTACTACCTGAGCGGGCAACGCTATCGCAACCTGCTGCTGCTGATCGCCAGCTACGTGTTCTATGCCTGGTGGCGGGTGGACTTCCTCGCCCTGTTCGCCGGCGTCACCCTGTGGAACTACTGGATCGGCCTGAAAGTCGGTGCCGCCGGCGTGCGCACCAAGCCGGCCCAGCGTTGGCTGCTGCTCGGCGTGGGCGTGGACCTGGCCATCCTGGGCTATTTCAAGTACGCCAATTTCGGTGTCGACAGCCTCAACGCGATCATCACCGGCTTCGGGCTGAACCCGTTCATCCTGACCCACGTACTGTTGCCGATCGGTATCTCGTTCTACATCTTCGAGTCCATCAGCTACATCATCGACGTGTATCGCGGTGACACACCGGCCACTCGCAACCTGATCGACTTCGCGGCATTCGTGGCGATCTTCCCGCACCTGATCGCCGGCCCCGTGCTGCGTTTCCGTGACCTGGCCGACCAGTTCAACAACCGCACCCACACGCTGGACAAGTTCTCCGAAGGCTGCACGCGCTTCATGCAGGGCTTCATCAAGAAAGTGTTCATCGCCGATACCCTGGCGGTGGTGGCCGACCATTGCTTCGCCTTGGAGAACCCGACCACGGGCGATGCCTGGCTCGGCGCCCTGGCGTACACCGCGCAGCTGTACTTCGACTTCTCCGGCTACAGCGACATGGCCATCGGCCTGGGCCTGATGATGGGTTTCCGTTTCATGGAAAACTTCAAGCAGCCCTACATCAGCCAGTCGATCACCGAGTTCTGGCGGCGCTGGCACATCAGCCTGTCGACCTGGCTGCGCGACTACCTCTACATCACCCTGGGCGGTAACCGCAAAGGCACGCTGATGACCTATCGCAACCTGTTCCTGACCATGCTGCTCGGTGGTCTGTGGCACGGTGCGAACATCACCTACGTGATCTGGGGTGCCTGGCACGGCATGTGGCTGGCCATCGAAAAAGCGGTGGGCATCGACACCAACCCACGCAGCATCAACCCGATCCGCTGGGCATTGACCTTCCTGCTGGTGGTGATGGGCTGGGTGATCTTCCGTGCCGAAAACCTGCACGTCGCCGGTCGCATGTACAGCGCGATGTTCAGCTTTGGTGACTGGTCGCTGTCGGAACTGACCCGCGCCAACCTCACCGGCCTGCAGATCGCTACGTTGGCGGTGGCCTACATCACCCTCGCCTTCTTCGGCCTGCGCGACTTCTACACCAATCGTCCGCCGGTCAAGGCCAAGCCTGAAGAGAGCACCGAAGCCAATGGGCCTGCCACTGCGCAACCGGGACTGATCAAAGCCGTACCGGGTGACAACCCGTCGACCATCCATGAACCAGGCTACACCGTCGGCGTCGAAGCCCAGGTGCAACCGGCCTACTGGACCGTGGACTGGTCGCGCTACGTGATGCGCACCCTGGTATTGGTGTTGTTCATCGCCTCGATTCTCAAACTGTCGGCGCAAAGCTTCTCGCCGTTCCTTTACTTCCAGTTCTGA MVFSSNVFLFLFLPIFLGLYYLSGQRYRNLLLLIASYVFYAWWRVDFLALFAGVTLWNYWIGLKVGAAGVRTKPAQRWLLLGVGVDLAILGYFKYANFGVDSLNAIITGFGLNPFILTHVLLPIGISFYIFESISYIIDVYRGDTPATRNLIDFAAFVAIFPHLIAGPVLRFRDLADQFNNRTHTLDKFSEGCTRFMQGFIKKVFIADTLAVVADHCFALENPTTGDAWLGALAYTAQLYFDFSGYSDMAIGLGLMMGFRFMENFKQPYISQSITEFWRRWHISLSTWLRDYLYITLGGNRKGTLMTYRNLFLTMLLGGLWHGANITYVIWGAWHGMWLAIEKAVGIDTNPRSINPIRWALTFLLVVMGWVIFRAENLHVAGRMYSAMFSFGDWSLSELTRANLTGLQIATLAVAYITLAFFGLRDFYTNRPPVKAKPEESTEANGPATAQPGLIKAVPGDNPSTIHEPGYTVGVEAQVQPAYWTVDWSRYVMRTLVLVLFIASILKLSAQSFSPFLYFQF PGPT0026125_214 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026125-algI-K19294 NA NA D1-35_01423 1137 algL Alginate lyase ATGACCAGAACCATGCGCACCCGAACGTTGAAAACGCTGTTGGCGCCATCGCTGCTGACCCTGGCGATATTCGCCGGGGCCACGCAGGCCGCGGCGCCACTGCGCCCGCCGCAGGGCTACTTCGCACCGATTGAAAAGGTCAAGGAAGGCTCCGGCGGCCAGGGCTGCGAAGCCGTGCCGACGCCTTACACCGGCTCGCTGCAGTTTCGCAGCAAGTACGAGGGCTCCGACAAGGCTCGCGCAACGCTGAACGTGCAGTCGGAAAAAGCCTTCCGCGACAGCACTGCCGACATCACCAAGATCGAGCGCGGCATCAGCAAGCAGGTCATGCAGTTCATGCGCGACGGTCGCCCCGAGCAACTGGAATGCACCCTGAACTGGCTGACCGCCTGGGCCAAGGCCGATGCGTTGATGTCCAAGGATTTCAACCACACCGGCAAGTCCATGCGCAAATGGGCGCTGGGCAGCATGGCTTCGGCCTATGTGCGCCTGAAGTTCTCCGAGTCGCGCCCGCTGGCGAATCACCAGGAACAGGCGCAACTGATCGAGAGCTGGTTCAGCAAGATGGCCGACCAGGTCGTCAGCGACTGGGACAACCTGCCGCTGGACAAGACCAACAACCACTCGTACTGGGCCGCCTGGTCAGTGATGGCGACCGCCGTGGCGACCAACCGTCGTGACCTGTTCGACTGGGCCGTCAAGGAATACAAGGTCGGCGTCAACCAGGTAGACGCCGAAGGCTTCTTGCCCAACGAGCTCAAGCGCAAGCAACGCGCCCTGTCCTACCACAACTATGCCCTGCCGCCGCTGGCGATGATCGCCAGTTTCGCCCAGGTCAACGGCGTGGACCTGCGCCAGGAAAACAATGGCGCCCTCAAGCGACTGGGCGACCGGGTGCTGGCCGGGGTGGAAGACCCGGACATCTTCGAAGAGAAGAACGGCGACGAGCAGGACATGAAGGATCTGAAGATCGATTCGAAATTCGCCTGGCTCGAACCGTTCTGCAGCCTCTACACCTGCTCCGAGGACGTGCTGGAACGCAAGCATGAAATGCAACCGTTCAAGACCTTCCGCCTCGGCGGCGACCTGACCCGCGTGTATGACCCTTCGCGGGAGAAAGGCGAGAAAGGTAGTTAA MTRTMRTRTLKTLLAPSLLTLAIFAGATQAAAPLRPPQGYFAPIEKVKEGSGGQGCEAVPTPYTGSLQFRSKYEGSDKARATLNVQSEKAFRDSTADITKIERGISKQVMQFMRDGRPEQLECTLNWLTAWAKADALMSKDFNHTGKSMRKWALGSMASAYVRLKFSESRPLANHQEQAQLIESWFSKMADQVVSDWDNLPLDKTNNHSYWAAWSVMATAVATNRRDLFDWAVKEYKVGVNQVDAEGFLPNELKRKQRALSYHNYALPPLAMIASFAQVNGVDLRQENNGALKRLGDRVLAGVEDPDIFEEKNGDEQDMKDLKIDSKFAWLEPFCSLYTCSEDVLERKHEMQPFKTFRLGGDLTRVYDPSREKGEKGS PGPT0019415_305 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0019415-algL-K01729 NA NA D1-35_01424 1452 algX Alginate biosynthesis protein AlgX ATGAACCCACAGATGATCAAACTTCTGGGCCTGTCCGCCCTGACTGCCGGCATTCTCGCCGCCGCAAGCGGCGCGCGCGCCGATGAAGTCAAAGCACCGACCTTTACCGCCGAACCCTGCTGCAACCTGTGCCCGGCTGCCCATGACGCGAAGAACTACACCACGCGCTACCAGCAGAACTTCACCACGCTGGTGCAGGCCCAGGGCGACTGGCTGTTCCGTACCCAGGAAGACCTGCGTACCGAGTTCAATACCACACCGGCCGGTTACAAGCGCATGCAGCAACTGCACGATGCGTTCAAGAAAAAAGGCGTCGAGCTGGTAATCGTCTACCAGCCGACCCGTGGCTTGGTGAACCGCAACAAGCTCAACCCGCAGGAGAAGGCTTCCTTCGACTACGAAAAGGCCCTGGCCAATTACAAAACCATGCTCGGCCGTTTCGCGCAGATGGGTTACGTGGTGCCGGACCTGTCGCCACTGACCAACGAAAACCTGCCCGAAACCCTGCCGGCCCACGACTTCTACTTCCGTGGCGACCAGCACTGGACCCCGTACGGCGCCCAGCGCACGGCGAAGATCGTGGCCGAGAAGGTCAAGCAGATCCCGGCCTTCGCTGACATTCCCAAGCAGGAATTCGAGACCAAGAAGTCTGGCCGCATGGGCAAGACCGGCACCCTGCACAACATGGCCGGGCAACTCTGCGGCACCAGCTACGCGATTCAGTACATGGACCAGTTCACCACCGAGCCCAAGGGCGAGGCTGGCGACGGCGACCTGTTCGGTGATTCCGGCAATCCGCAGATCACCCTCGTGGGCACCAGCCACAGCGGCAAGAACTACAACTTCGCCGGTTTCCTGCAAGAAGCCATCGGCGCCGACATCCTCAACGTGGCCTTCCCGGGCGGCGGTTTCGAGGGCGCGATGATCCAGTACCTGGGCAGCGAAGAGTTCCAGAAGAATCCGCCGAAGATTCTCATCTGGGAATTCTCGCCGCTGTATCGCCTGGACCAGGAAACCATCTATCGCCAGATGATGGCGCTGCTCGACAACAACGGTTGCGAAGGCAAGCCGGCGCTGATGAGCAGCAAGGCCAAGCTAAAGCCGGGCAAGAACGAATTGATGGTCAACAGCAAGAATATGGACCTGCGTAACGGCAGTCACCAGATCGACATCCGCTTCACCGACACCTCGGTGAAAACCTTGCAAGCCACCCTCTGGTACATGAATGGGCGCCACGAGGACATCAAGATCGAAAAACCGAACACCTCCGAAACCGACGGGCGTTTCGCCTTCCAATTGCGCACCGACGAAGACTGGGCCTCGCAGAACCTCCTGGCTCTAGAAGTCCAGGGTCCTGAAGCCGGTAAAGAGCCACTGCAAGTGGAAGCGAAAGTCTGCAAACGCAATGCATCTCCGCAAGCCGAGCAACAAACGGCTCAAATCGGACAATGA MNPQMIKLLGLSALTAGILAAASGARADEVKAPTFTAEPCCNLCPAAHDAKNYTTRYQQNFTTLVQAQGDWLFRTQEDLRTEFNTTPAGYKRMQQLHDAFKKKGVELVIVYQPTRGLVNRNKLNPQEKASFDYEKALANYKTMLGRFAQMGYVVPDLSPLTNENLPETLPAHDFYFRGDQHWTPYGAQRTAKIVAEKVKQIPAFADIPKQEFETKKSGRMGKTGTLHNMAGQLCGTSYAIQYMDQFTTEPKGEAGDGDLFGDSGNPQITLVGTSHSGKNYNFAGFLQEAIGADILNVAFPGGGFEGAMIQYLGSEEFQKNPPKILIWEFSPLYRLDQETIYRQMMALLDNNGCEGKPALMSSKAKLKPGKNELMVNSKNMDLRNGSHQIDIRFTDTSVKTLQATLWYMNGRHEDIKIEKPNTSETDGRFAFQLRTDEDWASQNLLALEVQGPEAGKEPLQVEAKVCKRNASPQAEQQTAQIGQ PGPT0026140_26 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026140-algX-K19293 NA NA D1-35_01425 1593 algG Mannuronan C5-epimerase ATGAACCACTACCTCAGGAACAGCCAGGCGATGAAAGGTTCGATCAGCCTGTTGGCCGCAGCCATGCTGCTGGCCGGCTCGTCGGCGTTCGCCAACGTTGAACCGGTGGTCAAGCCGGGCAACGTGGTCAAGGAACTGCAGCAAGCCAAGACCTACACCGTCAGCAGCGCGCCAACCGCACCGCTGGAACTGGCCGCACCGACCCTGCCCGACCTCTCCGGCTACACCGCCGAAGCGGTCGCGGCGAAGATCGTGCGCAGCAAGCCCGGCAAGGTCAGCGTGCGGCGGATGATGCAGGAAAACGCCTTGAAGGACTTCATCGGCGGCGACAACAAGATGGCCGAGTGGGTGGTGCGCCAGCACGGCATCCCGCAGGCCATCTTCATCGACGACGGCTACATGAACCTCAAGGATCTGGTCAAGAAGGTGCCCAAGCAGTACCTCAAGGAAACTTCGCCAGGCGTCTTCCTGGCGCGGATTCCGATTGTCGTGGGCGAAAAAGGCATCCTGGAGATCGACAAGCAGACCCAGGAACTGCGCCTGTCCCAAGAGGGAGGCTCGTTCCTGGTCAACGATGGCCGGATGTTCATCCGCGACACCAAGGTCACCGGCTGGCGTGAAAAGGACAACGGCCCCGCGACGTTTCGTTCGGCCAACGAGTTCCGGCCGTTCCTGCTGTCCTGGGGCGGCACCGAGACCTACATCGTCAACACCAAGATGGCCAGCTTCGGCTACGCCAACAGTAAGTCGTACGGCGTCAGTATTTCCCAGTACACGCCGAACATGGCCAAGGTCCTCAAGCGTCCGGAACCGACCGGCTGGATCATCGGTTCCGAGTTCTCGGACATGTGGTACGGCTTCTACTGCTACGAAACCAACGATTTCGTGGTCAAGAGCAACACCTACAAAGACAACATCGTCTACGGCATCGACCCCCACGACCGTTCCCATCGGCTGATCATTGCCGACAACACCGTCTACGGGACCAAGAAAAAGCACGGAATCATTATTTCCCGTGAGGTCAACGACAGCTTCATTTTCAACAACCGCAGCTACGACAACAAACTCTCGGGCCTGGTGATCGACCGTAACAGCGTGAACAACGTGATCGCCTACAACGAGATCTACAAGAACCACACCGACGGCATCACGCTTTATGAGAGTGGTGACAACCTGTTGTGGGGCAACAAGGTGATCAGCAACCAGCGCCACGGCATTCGGATTCGTAACAGCGTGAACATCCGCTTGTACGAAAACCTGTCCATGGCCAACGGCCTGACCGGTCTTTATGGCCACATCAAGGACCTTTCCGACACTGACCGGGACATCAAGCTCGACCCGTTCGACGCCCAAGTCTCCTTGATCGTGGTCGGCGGCGAACTGGCCGGCAATGGCAGCGGCCCGTTGTCCATCGACTCGCCATTGAGTGTCGAGCTGTACCGCGTGTCCATGCTCGCGCCGACCAAATCCAGCGGCATCAGCTTCACGGGGATCCTTGGCGAACGCCAGGACGAAATCCTCGACCTGCTGGTGCGCCAGCAAAAAGCCGTGCTGATCGACCCTGTCGAACGCCAGACCGAAATGCGGGACTGA MNHYLRNSQAMKGSISLLAAAMLLAGSSAFANVEPVVKPGNVVKELQQAKTYTVSSAPTAPLELAAPTLPDLSGYTAEAVAAKIVRSKPGKVSVRRMMQENALKDFIGGDNKMAEWVVRQHGIPQAIFIDDGYMNLKDLVKKVPKQYLKETSPGVFLARIPIVVGEKGILEIDKQTQELRLSQEGGSFLVNDGRMFIRDTKVTGWREKDNGPATFRSANEFRPFLLSWGGTETYIVNTKMASFGYANSKSYGVSISQYTPNMAKVLKRPEPTGWIIGSEFSDMWYGFYCYETNDFVVKSNTYKDNIVYGIDPHDRSHRLIIADNTVYGTKKKHGIIISREVNDSFIFNNRSYDNKLSGLVIDRNSVNNVIAYNEIYKNHTDGITLYESGDNLLWGNKVISNQRHGIRIRNSVNIRLYENLSMANGLTGLYGHIKDLSDTDRDIKLDPFDAQVSLIVVGGELAGNGSGPLSIDSPLSVELYRVSMLAPTKSSGISFTGILGERQDEILDLLVRQQKAVLIDPVERQTEMRD PGPT0026115_47 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026115-algG-K01795 NA NA D1-35_01426 1494 algE Alginate production protein AlgE ATGAAGCTTTTGAAGCTCAATCCTTTTGTACAGGCTGGTATTGGCCTGTCGTTTGCCCTGCTGTGGTCCTGCCCGACCCTGGCGGCCCTGACCGATAGCAAGAATTTCGGCCTGGAAGTGAAGATCACCGGCCAGTCCGAAGATGACCGCGACCTCGGCACCCAGCGTGGTGGCGACGTCAACGGCATCGGCCTCGACCTGCGCCCTTGGGTCTACGGCGAAAGCGGTGCGTGGAGTGCCTATGCCATGGCCCAGGCCGTGACGTCCACCGACATCATCGAGACCGACACCCTGCAACAGTCGGACGACGCGACCCAGCAAACCGACAGCGGCGACCGCGAGGCCAAGAAAAGCTACCTGGCCATGCGCGAATTCTGGATTGGCTACCGGGGCCTGACCCCTTATCCGGGCGAGCAGTTGAAGTTCGGCCGCCAACGCCTGCGCAATGACGACGGGCAATGGCGCGACACCAACATCGAAGCCCTGAACTGGACCTTCGACACCACGCTGCTGCGCGCCAACCTGGGCGTCGCCGAGCGGTTCAGCGAATACCGCACCGACCTCAAGGAGCTGTCGCCCCAGGACAAGGACCGTATGCATGTCTACGGTGATGTCGGCTATCAGTGGATGCCAGGCCAATGGGCCGGGATCCGTGCCCACCACAGCCATGACAGCGGCAGCCTCGACTATCCGGTCCCGGGCCAGGCCACCGACACCCTGGACAAGACCCAGAACGGTGATCTGACCTGGCTCGGCCTGGAAGCCAACAGCGACGCCTACAACTGGCGCAACACCAATACCGTCAACTATTGGGCAAGCGTCACCGGCATGACCGGCGACCGCGACACCGTCAACCCGCTGAACGCCGACGGCACCCGCCCCGCGCAGCTCAAGCGCAGCGACGACGTCGACGGCTGGGCCACCGACCTGGGTATCCGCCTGCGCCTCGACCCGCAATGGCAAGTCGGTGCGGCCTATGCCCGCGCCAGCGAGGACTACGAACAGAACGGCCTGCAAAGCAACCGCTCGAACTTCACCGGCACCCGCTCGCGCGTGCATCGTTTCGGCGAAGCGTTCCGTGGCGAGATGGCCAACACCCAGAGCGCCAGCCTGTTCGGTTCCTGGCAGTTGCGTGACGAATACGACGCCAGCCTGGTGTACCACAAGTTCTGGCGCGTGGACGGCAACAAGGCAGTGGGCAGCAACGGCATCAACGCCGTGGAAAACAACACCGATGACGTGACCGGCGCGATCCTGTCCACCTCGTCCCTGCCGCTGCGCGACGGCGACAAGGACCTGGGCCAGGAAGTCGACCTGGTCGTCACCAAGTACTTCAAGCAAGGCCTGCTGCCGGCTGCGCTGAGTCAATCGATTGATGAGCCGTCGGCGCTGGTGCGCTTTCGTGGCGGCGTGTTCAAGCCAGGCGACGCCTACGGCAAAGAGGTCGATTCGTACATGCATCGCGCCTTTGTCGACGTGATCTGGCGCTTCTGA MKLLKLNPFVQAGIGLSFALLWSCPTLAALTDSKNFGLEVKITGQSEDDRDLGTQRGGDVNGIGLDLRPWVYGESGAWSAYAMAQAVTSTDIIETDTLQQSDDATQQTDSGDREAKKSYLAMREFWIGYRGLTPYPGEQLKFGRQRLRNDDGQWRDTNIEALNWTFDTTLLRANLGVAERFSEYRTDLKELSPQDKDRMHVYGDVGYQWMPGQWAGIRAHHSHDSGSLDYPVPGQATDTLDKTQNGDLTWLGLEANSDAYNWRNTNTVNYWASVTGMTGDRDTVNPLNADGTRPAQLKRSDDVDGWATDLGIRLRLDPQWQVGAAYARASEDYEQNGLQSNRSNFTGTRSRVHRFGEAFRGEMANTQSASLFGSWQLRDEYDASLVYHKFWRVDGNKAVGSNGINAVENNTDDVTGAILSTSSLPLRDGDKDLGQEVDLVVTKYFKQGLLPAALSQSIDEPSALVRFRGGVFKPGDAYGKEVDSYMHRAFVDVIWRF PGPT0026105_46 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026105-algE-K16081 NA NA D1-35_01427 1506 algK COG0790 Alginate biosynthesis protein AlgK GTGATCACTCCACAAAACAACAATGCACCGCATTCCCTGTGGGAGCGAGCTTGCTCGCGATGGGATCGACGCGGTCTGTCTGGTACACCGAGCGGCCTGCATCGCGAGCAAGCTCGCTCCCACACAGGATATGCGTTGTGTGCTCTGGCGCTGGCAGTCAGTCTTAGCGGTTGCGCCGGCCTGCCCGACCAGCGCCTGGCCAACGAAGCCCTCAAGCGCGGCGACACGGCGTTGGCGCAGCAGAACTATCAGCAACTGGCAGACCTGGGCTACAGCGAGGCCCAGGTGGGCCTGGCCGATATCCAGGTAGACAGCCGCGACCCCGAGCAGATGAGAAAGGCCGAGGCGACCTACCGCGCCGCCGCCGACATCTCGCCGCGCGCCCAGGCTCGCCTGGGTCGCCTGCTGGTGGCCAAGCCCGGCTCCACCGAAGCTGAAAAGCACGAAGCCGAAGGCCTGTTGAAAAAAGCCTTTGCCAACGGTGAGGGCAACACGCTGATCCCGCTGGCGATGCTGTACCTGCAATATCCCCACAGCTTCCCGAACGTCAACGCGCAGCAACAGATCAGCCAATGGCGCAGCGCCGGTTATCCGGAAACGGGCCTGGCGCAGATCCTGCTCTATCGCACCCAGGGTACGTACGACCAGCATCTGGACGAAGTGGAAAGAGTCTGCAAGGCCGCCTTGGCGACCACCGACATCTGCTACGTCGAACTGGCCACGGTCTATCAGAAACGCGGCCAGCCGGAACAGCAGGCCGAGCTGATCAAGCAGATGCAGGCCGGTCACGCTCGTGGTGTGGTCTCGGCCCAGCGCGTGGACAGTGTCGCGCGTGTCCTGGCCGATTCCAGCCTGGGCAAGACCGACGAGAAAACCGCTCAGTCGCTGCTCGAAGGCATCGCGCCCGGCAACCCTGCTTCCTGGGTCAGCCTGGCGCAGCTGCTCTACGATTTCCCTGAGTTGGGCGACGTCGACAAGATGATGCAGTACCTGGAAAACGGCCGCGCCGCCGACCAGCCGCGCGCCGAGCTGTTGCTGGGCAAGCTGTACTACGAAGGCAAGTGGGTACCCGCCGACGCCAAGGTCGCCGAGGCGCATTTCCAGAAAGCCGTGGGCCGTGAAGTGGCCGCCGATTACTACCTCGGCCAGATCTATCGTCGCGGCTACCTGGGCCAGGTGTACTCGCAAAAGGCCCTGGATCACCTGCTCAAGGCCGCCCGCAACGGCCAGAACAGCGCCGACTACGCCATTGCCCAGCTGTTTTCCCAAGGCAAGGGCACCAAGCCCAACCCGGTCAACGCTTATGTGTTCAGCCAGTTGGCCAAGGCGCAAAACACCCCGCAAGCCATCGAGCTTGCCCAGACCCTCGAAGAACAATTACCGCCGGAACAACTTGCACAAGCGCAACGCCTGCTACAACAAGAGCAGGCCATTCGCGGCGCCATGAGCCCCGATACGCTGGAACTGCAAGCCCTAAAAGAAGATGACGGCGAGGAACCTCTATGA MITPQNNNAPHSLWERACSRWDRRGLSGTPSGLHREQARSHTGYALCALALAVSLSGCAGLPDQRLANEALKRGDTALAQQNYQQLADLGYSEAQVGLADIQVDSRDPEQMRKAEATYRAAADISPRAQARLGRLLVAKPGSTEAEKHEAEGLLKKAFANGEGNTLIPLAMLYLQYPHSFPNVNAQQQISQWRSAGYPETGLAQILLYRTQGTYDQHLDEVERVCKAALATTDICYVELATVYQKRGQPEQQAELIKQMQAGHARGVVSAQRVDSVARVLADSSLGKTDEKTAQSLLEGIAPGNPASWVSLAQLLYDFPELGDVDKMMQYLENGRAADQPRAELLLGKLYYEGKWVPADAKVAEAHFQKAVGREVAADYYLGQIYRRGYLGQVYSQKALDHLLKAARNGQNSADYAIAQLFSQGKGTKPNPVNAYVFSQLAKAQNTPQAIELAQTLEEQLPPEQLAQAQRLLQQEQAIRGAMSPDTLELQALKEDDGEEPL PGPT0026135_14 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026135-algK-K19292 NA NA D1-35_01428 1170 Mannuronan synthase ATGAACACCGCCGTGAATGTCAACGTAGTGCATGAATCCGAAGCCCAACGCCAACACGCCCGGGTCAAAATCCCGGCCAAGTTGCGCTTCTTCGGCCCCGACCGTACGCCGATGGAAGTCAAGGTCCTCGACCTGTCCGCCGGTGGGTTGTGCTTCAACGCCGGCCAACTGCCGCTCAAGGTTGGCGAGACCTACAAGGCGCGCCTGCAGTTCGTGATCGACAACCTCGGCCTGGCCATGGACGTCGAATTGCAGATCCGTTCCTACGACCGCCAGACCGGCCGCGCCGGTTGCCAGTTCCAGAACCTGGAGCCGCGGGACATCTCGACACTGCGCCACATCATCACCTCGCACCTGGCCGGCGACATCGTCGGCGTCGGTGATGTGCTGGCGACCCTGCAACGCGACAACTTCACCAAGGCTCGCAAGCAGAAAGATGAAAACGGTGGCATGAGCGCCTTCGGTCGCCTGCGCGCCGTGACCTTCAGCCTGGGCATCTTCATTGTCGGCCTGGCGGCATTCGGCTTCATCTTCAAGTCGGTGTACGGCATGTACTTCGTCAGCCACGCCCAGGCCGGCATCGTCAACGTACCGGGCATGGCCATCACCATGCCGCGCGACGGCACCGTGCAAAGCCTGGTCAAGGCCGACGGCCTGGCCGCCAAAGGCGCTCCGCTGGCGACCTTCAGCACCAGCATGCTCGACGTGCTCAAGGGTCACCTGGACGACAACCAGCTGCAGCCAGCCAAGGTCGAGGAACTGTTCGGCAAGCAAATGACCGGCACCCTGACCTCGCCATGCGATTGCATCGTGGCCCAGCAACTGGTTTCCAACGGCCAGTACGCCAGCAAGGGTGACGTGATCTTCCAACTGGTTCCTCGCGGCGCCGAAGCCAACGTCGAGGCACGTTTCTCCTATCGCCAGTTCGGCGACGTGCGTCCAGGCACCCCGGTCAGCTTCCAGGTAGCCGGCGAAGACGCCACCCGCACCGGCAAGATCGTCAGCAGCACCAGCCTGAAAAGCGCCGACCTGTCTTCCGATATCCGTGTGCTGATCCAGCCTGACGAAGCCCTGGACAGCGCGCTGGCCGGCCGTCCGGTGGAAGTCGTCAGCGACCGTGGCCCGAACTTGAACTGGCTGATCGACAAAGCCATGGCCGTCGGTCTTTAA MNTAVNVNVVHESEAQRQHARVKIPAKLRFFGPDRTPMEVKVLDLSAGGLCFNAGQLPLKVGETYKARLQFVIDNLGLAMDVELQIRSYDRQTGRAGCQFQNLEPRDISTLRHIITSHLAGDIVGVGDVLATLQRDNFTKARKQKDENGGMSAFGRLRAVTFSLGIFIVGLAAFGFIFKSVYGMYFVSHAQAGIVNVPGMAITMPRDGTVQSLVKADGLAAKGAPLATFSTSMLDVLKGHLDDNQLQPAKVEELFGKQMTGTLTSPCDCIVAQQLVSNGQYASKGDVIFQLVPRGAEANVEARFSYRQFGDVRPGTPVSFQVAGEDATRTGKIVSSTSLKSADLSSDIRVLIQPDEALDSALAGRPVEVVSDRGPNLNWLIDKAMAVGL PGPT0026095_55 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026095-alg44-K19291 NA NA D1-35_01429 1482 alg8 COG1215 Mannuronan synthase ATGCACAGGCTAAAGCACGGCCTGCTTCAGGCCGCCGGTTGGCTGTTTTACTTGAGTTTATTGATGGGCATCGCCACGGCGCTGCCCACGTCCACGTTCGACTCCGAATCGAAGGATTTCATCTTTCTGATCGGCGCCGTGGGCATCTGGCGTTATTCCATGGGCGCGACGCATTTCGTGCGCGGCATGATTTTCCTGTACATCGTCTACCCACACCTGCGCCGCAAAGTGCGCAAGCTGGGCAAGGCGGCGGATCCGTCCCACGTTTACCTGATGGTCACCAGCTTCCGCATCGATGCGCTGACCACCGCCCAGGTCTACAGCTCGGTCATCCGCGAAGCCATCGACTGCGGGCTGCCGACCACCGTGGTCTGCTCCATCGTGGAAATGTCCGACGAACTACTGGTCAAGAGCCTCTGGGCCCGCATGAACCCGCCAGAGCACGTCAAGCTGGACTTCGTGCGCATTCCCGGTACCGGCAAGCGTGACGGCCTGGCCTTCGGTTTCCGTGCCATCTCCCGTCACCTGCCGGACGACCGCGCCGTCGTGGCCGTGATCGACGGCGATACCGTCCTGGCCGAAGGCGTCGTGCGCAAGACCGTGCCGTGGTTCCAGCTGTTCGGCAACGTCGGCGGCCTGACCACCAACGAGTTCTGCGAAGTGCGCGGCGGCTACATCATGAGCGAGTGGCACAAGCTGCGTTTCGCCCAGCGTCACATCAACATGTGCTCCATGGCCCTGTCCAAGCGCGTATTGACCATGACCGGGCGCATGTCGGTGTTCCGCGCCACCGTCGTGACCAACCCGGACTTCATCGCCGACGTCGAAAGCGACTCGCTGCAACACTGGCGCCTGGGCCGCTTCAAGTTCCTCACCGGCGATGACAAGTCGAGCTGGTTCAGCCTGATGCGCCTGGGCTACGACACGTTCTACGTGCCGGACGCCGCCATCAACACGGTTGAGCACCCGCCGGAAAAAAGCTTCATCAAGGCGAGCCGCAAACTGATGTTCCGCTGGTACGGGAACAACCTGCGGCAGAACTCCCGGGCATTGGGCCTGGGCATGAAACGTCTGGGCCTGTTCACCTCGGTCGTGCTGTTCGATCAGCGCGTGTCGATGTGGACCTCGCTGCTGGGCCTGACCGTAGCGATCATCGCCAGTGTCAAGTACGGCACCGCGTTCATCCTGGTGTACCTGCTGTGGATCGGTATCACGCGGTTGCTCCTGACGCTGCTGCTGTCGTGCTCCGGACACCGGATCGGTCCGGCCTACCCGGCGATTCTCTATTACAACCAGATCGTCGGCGCGCTGGTGAAGATCTACGTGTTCTTCCGCCTCGATCAACAATCCTGGACTCGCCAGCCCACCCACCTGACCCGTGATCTCGCCAGCTTTCAACGTTGGTTCAACACTTGGTCGTCTCGGACCATGACCTTCTCCGCCGGCAGCATCTTTGTCGCCGTGCTGCTGACGATGGTCTGA MHRLKHGLLQAAGWLFYLSLLMGIATALPTSTFDSESKDFIFLIGAVGIWRYSMGATHFVRGMIFLYIVYPHLRRKVRKLGKAADPSHVYLMVTSFRIDALTTAQVYSSVIREAIDCGLPTTVVCSIVEMSDELLVKSLWARMNPPEHVKLDFVRIPGTGKRDGLAFGFRAISRHLPDDRAVVAVIDGDTVLAEGVVRKTVPWFQLFGNVGGLTTNEFCEVRGGYIMSEWHKLRFAQRHINMCSMALSKRVLTMTGRMSVFRATVVTNPDFIADVESDSLQHWRLGRFKFLTGDDKSSWFSLMRLGYDTFYVPDAAINTVEHPPEKSFIKASRKLMFRWYGNNLRQNSRALGLGMKRLGLFTSVVLFDQRVSMWTSLLGLTVAIIASVKYGTAFILVYLLWIGITRLLLTLLLSCSGHRIGPAYPAILYYNQIVGALVKIYVFFRLDQQSWTRQPTHLTRDLASFQRWFNTWSSRTMTFSAGSIFVAVLLTMV PGPT0026100_118 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026100-alg8-K19290 NA NA D1-35_01430 1317 algD COG1004 GDP-mannose 6-dehydrogenase ATGCGCATTAGCATATTTGGTTTGGGTTACGTCGGTGCAGTATGTGCCGGTTGCCTGTCTGCACGGGGCCATGATGTAGTTGGCGTAGATGTCGCCAAAGACAAGATCGACATGATCAACGCCGGTAAATCACCGATCGTTGAACCGGGCCTGGGCGAGCTATTGGCGCAAGGCATTCAAACAGGTCGCCTGCGCGGTACTACCAACTTCGCCGAAGCTATTCGTGATACTGACCTGTCGATGATTTGCGTCGGTACACCGAGCAAAAAGAACGGCGACCTGGAACTGAACTACATCGAAGCCGTGTGCCGCGAGATCGGTTTTGTCCTGCGTGACAAGACCACCCGTCACACCATCGTGGTTCGCAGTACCGTACTGCCGGGCACCGTGGCCAATGTGGTCATCCCGATCCTCGAAGACTGCTCCGGCAAGAAAGCCGGCGTCGATTTCGGCGTCGCGGTCAACCCTGAGTTCCTGCGTGAAAGCACCGCGATCAAGGACTACGACCAGCCGCCAATGACCGTCATCGGCGAGTTCGACAAAGCGTCGGGCGACGTCCTGCAATCGCTGTACGAAGAACTCGACGCACCGGTCATCCGCAAGGACATCGCTGTCGCCGAGATGATCAAGTACACCTGCAACGTCTGGCACGCCACCAAGGTGACCTTCGCCAACGAGATCGGCAACATCGCCAAGGCCGTCGGCGTCGATGGTCGTGAAGTGATGGACGTAGTCTGCCAGGACAAGGTCCTGAACCTGTCCCAGTACTACATGCGTCCAGGCTTCGCTTTCGGCGGCTCGTGCCTGCCAAAAGACGTGCGCGCCCTGACCTACCGTGCAGGCTCGCTGGACGTGGAAGCGCCGCTGCTCAACTCGCTGATGCGCAGCAACGAATCCCAGGTGCAGAACGCCTTCGACATCGTCTCCAGCCACGACAAGCGCAAAGTCGCCCTGCTGGGCCTGAGCTTCAAGGCCGGCACCGACGACCTGCGTGAAAGCCCACTGGTGGAACTGGCGGAAATGCTGATCGGCAAGGGTTTCGACCTGAAGATCTACGACAGCAACGTCGAATACGCACGCGTCCACGGTGCGAACAAGGATTACATCGAGTCGAAGATTCCTCACGTCTCGTCCTTGCTCAATTCCGACTTCGACGCGGTGATCGACAACTCCGACATCATCATCCTCGGTAACCGCGACGAGAAGTTCCGCGCGCTGACCGAGAACGTACCGGAAGGCAAGCAGGTCATCGACCTGGTTGGCTTCATGTCCAAGGCCACCTCCCCGAGTGGCCGGACCGAAGGCATCTGCTGGTAA MRISIFGLGYVGAVCAGCLSARGHDVVGVDVAKDKIDMINAGKSPIVEPGLGELLAQGIQTGRLRGTTNFAEAIRDTDLSMICVGTPSKKNGDLELNYIEAVCREIGFVLRDKTTRHTIVVRSTVLPGTVANVVIPILEDCSGKKAGVDFGVAVNPEFLRESTAIKDYDQPPMTVIGEFDKASGDVLQSLYEELDAPVIRKDIAVAEMIKYTCNVWHATKVTFANEIGNIAKAVGVDGREVMDVVCQDKVLNLSQYYMRPGFAFGGSCLPKDVRALTYRAGSLDVEAPLLNSLMRSNESQVQNAFDIVSSHDKRKVALLGLSFKAGTDDLRESPLVELAEMLIGKGFDLKIYDSNVEYARVHGANKDYIESKIPHVSSLLNSDFDAVIDNSDIIILGNRDEKFRALTENVPEGKQVIDLVGFMSKATSPSGRTEGICW PGPT0022720_160 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0022720-algD-K00066 NA NA D1-35_01431 780 yaaA COG3022 Peroxide stress resistance protein YaaA ATGCTGATGGTGATTTCCCCCGCCAAGACCCTCGATTACGAAACACCGCCGGCCACCGAGCGTTTTACCCAGCCGCAGTACCTGGATCACTCCCAAGAGCTGATTGAACAATTGCGCGAATTCTCGCCAGCGCAGATCAGCGAGTTGATGCACGTCTCCGACAAGATCGGCGGCCTCAATGCCGCGCGATTCGGCAGCTGGAACCCGGCGTTTACCCCGGCCAATGCCAAACAGGCGTTGCTGGCGTTCAAGGGCGATGTGTACACCGGCCTCGACGCGCAAAGCCTCGGTGAAGCCGATTTCGACTACGCCCAACAGCACCTGCGCATGCTCTCCGGTCTCTACGGTCTGCTGCGTCCGCTGGACTTGATGCAGCCTTATCGCCTGGAGATGGGCACGAAGCTGGCCAATGCCCGGGGCAAGGACCTTTATGCATTCTGGGGCACCCGCATCAGCGAATGGCTGAACGAAGCCTTGGCCGATCAGGGCGACGACGTACTGTTGAACCTGGCTTCCAATGAATATTTCTCGGCGGTCAAGCGCAGTGCACTGAAAGCCCGCGTCATCGATGCCGAGTTCAAGGATCTGAAGAACGGCCAATACAAGATCATCAGTTTCTACGCCAAGAAAGCCCGGGGCTTGATGAGCCGGTTTGTCATCGAGCAGCGCATCAACGATCCCGTGCAACTCAGACACTTCGATGTACAGGGCTATCGTTACAACGCCGAACAATCCTCCCCGAACAAGTTGGTCTTTTTGCGCGACCACGCCCCGCAATAA MLMVISPAKTLDYETPPATERFTQPQYLDHSQELIEQLREFSPAQISELMHVSDKIGGLNAARFGSWNPAFTPANAKQALLAFKGDVYTGLDAQSLGEADFDYAQQHLRMLSGLYGLLRPLDLMQPYRLEMGTKLANARGKDLYAFWGTRISEWLNEALADQGDDVLLNLASNEYFSAVKRSALKARVIDAEFKDLKNGQYKIISFYAKKARGLMSRFVIEQRINDPVQLRHFDVQGYRYNAEQSSPNKLVFLRDHAPQ NA NA NA NA NA D1-35_01432 1125 hypothetical protein TTGCGTATCGTCCTTTTACTGTCGGCCTGGTTGTTGAGCCTCGGCGCTTTCGCTGCGCCCAACGACGTCGCTACCCTGGACCGCAGCACCTGGCCTGAACAGCTCACCAGCCCGACGCTGTTCGATGTGGCTTCGCGGGCCGAGGTCCTGATGTTCGCCCGGGTATTGCTGGATGCCGATGCCATGGACGAAATAGCCCTCAAGCAATACCTGGGGCTGCGCTCGGTCAATATGGTCGCGGTGAACGCCTTGCGCGCGCGGCTGTGGCAGCGCCTGCTTTCGAGCTACAACTTCGCCCAGCGCAGTTGCACGCTGGATGCCTCCTTCTGCTACCTGGTCGAGGACATGGCGACCCTGCGCGAGGAGGCGGGCCGGTTCAAGCTCGATGACAATTCCTATTACATCAAGTGGGCCGAGCCGAGCCGGATCTTTCATACGCAATACCGCGACGAGCTGCTGCGCAAGGCTGCGCTGTTTCCCCAGGTCAGCAGCGAAGTCGAGCGTTTCGGCGATTATGAGCGCAACGGTGAGCAGATGAATGACCGACTGTTCTTGCTGACCTTCGACAGCGCTGCCAACGTCGCACCGGACCACACGCCCTGGCTGACCGAGTACCTGCGCAAGTCGAACATGAACGGCACTTTTTTTGTGTTGGGCAAGGACATCCAGGCGCGCCTGACAGACGGCTCGGCAAATGATCTCCAGACTCTGTTTGCTGGGCAATGCGTCGGGGTGCAGGGCTGGGAGTTCCGCTCCCACAGCCATTGGCAGGATTGGCAGGACTCGGTACGGCGCAGCGTTGACCTGGTCAAGGGCCGGCTGCCGGAGAATTACGTGCCCTTGTTCCGTCCGCCACAGGGCCAGCGTCGAGGCGATGCCCAGGCATTCTTCAGGAACCAGGGACTGCAAGTGGCGCTATGGGATATCGATCCCCAGGACAGCACCAACCGCCTCAAGCCCGAGCAGAGTGCCCAGCGCGCGCTGACGCTGATGCTGTTGTGGCGCCACGGGGTCATCAACTTCAACGCCAAGCAGGACGCGGTGAAAACGGCGCTGCCCTGGCTCGTTACGCAAACGGCGCAAAGCGGGATCGGCTGGGAAGAGTGTCAGGACGCGTTTCGCTGA MRIVLLLSAWLLSLGAFAAPNDVATLDRSTWPEQLTSPTLFDVASRAEVLMFARVLLDADAMDEIALKQYLGLRSVNMVAVNALRARLWQRLLSSYNFAQRSCTLDASFCYLVEDMATLREEAGRFKLDDNSYYIKWAEPSRIFHTQYRDELLRKAALFPQVSSEVERFGDYERNGEQMNDRLFLLTFDSAANVAPDHTPWLTEYLRKSNMNGTFFVLGKDIQARLTDGSANDLQTLFAGQCVGVQGWEFRSHSHWQDWQDSVRRSVDLVKGRLPENYVPLFRPPQGQRRGDAQAFFRNQGLQVALWDIDPQDSTNRLKPEQSAQRALTLMLLWRHGVINFNAKQDAVKTALPWLVTQTAQSGIGWEECQDAFR PGPT0018645_963 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-35_01433 1395 hypothetical protein ATGGATGACCACGGACGTAGCCCTTCCTCCAACCAGCCAATCCTGTATGTACTCGATACCAACGTATTGATCCACGATCCAAACGCGCTGCTGAATTTCGAAGAACACCACGTCGCCATCCCGATGACCGTGCTCGAGGAGCTGGATAAGCTCAAGAGCGGCCATCATAGCGTGGCGGCTGAATGCCGGCAGGCGATCCGCCTGATCGACAAGACCCTGGGCGATGCCTCTCCAGAAGACGTTGAACTGGGGGTGCCAATCCAGCGCGGCAAGAGCGGCCCCAAGGGCCTGCTCTCGATCCTGATGAGCAAGCGCACCGAACCCAACCTGGTGCTGCCTGAACACCTGAACGACAACATCATCATCAACCAGCTGATCGACCTGCACGCGCGCAACAAGGAACAAGCCGTGGTGCTGGTGACCAAAGACATCAACATGCGCCTCAAGGCCCGCGCCTGCGGGATCGCGGCGGAAGACTACAGCACTGACCAACTGGTCGACGACGTATCGCTGTTGCCTAACGGCTACCACACCATGACCGGCTCCTTCTGGGACCGCGTGAGCAAGGTCGAGACCCGCCAGGACCATGGGCGCACCTGGCACCAGGTGCAACTGATCGACAACCTGCCGGCGGTGCACATCAACGAATTCATTATCGATGAACAAGGATTCGTCGGCTGGATCAAGGAAATCCAGGTCGACAAGCTGCTGATCCTCGACCTGCACCAGGAACCCCTGCTGCATCAGGAGGCGTGGGGCCTCAAGCCTCGCGACATCTACCAGAGCCTGGCGCTGTTCGCCTTGCTCGACCCGGACATCCACCTGGTCAACCTGTCCGGCGCCGCCGGTTCCGGCAAGACCATCCTGGCCCTCGCCGCCGCCATCGAACAGACCATGGTCAGCAAGCGCTACCGGCGCATCATCGCCACTCGCAGCGTGCAGGGCCTGGACCAGGAAATCGGCTTCCTGCCCGGTACCGAAGCGGAAAAAATGGAGCCGTGGCTGGGTGCAATTACCGACAACCTCGAAGCCTTGCACATGGATGACGAGAGCACCCATGGCAGCGTCGACTACATCCTCAGCAAAGTGCCGTTGCAGTTCAAATCCCTCAACTACATCCGAGGCCGCAGCTTCCAGCAGAGCCTGATCCTGATCGACGAATGCCAGAACCTGACCCCGCACCAGATGAAAACCATCATTACCCGTGCCGGCGCCGGTTCCAAAGTGGTGTGCCTGGGTAACCTGGCGCAGATCGACACCCCTTACCTGTCCGCGACCAGCTCCGGGCTGACCTACCTGACCGAACGCTTCAAGGACTTCCCCAACGGCGTCCACATCACCCTGCAGGGCGTACCACGCTCGATCCTGGCCGAATACGCCGAATCTCATCTGTAA MDDHGRSPSSNQPILYVLDTNVLIHDPNALLNFEEHHVAIPMTVLEELDKLKSGHHSVAAECRQAIRLIDKTLGDASPEDVELGVPIQRGKSGPKGLLSILMSKRTEPNLVLPEHLNDNIIINQLIDLHARNKEQAVVLVTKDINMRLKARACGIAAEDYSTDQLVDDVSLLPNGYHTMTGSFWDRVSKVETRQDHGRTWHQVQLIDNLPAVHINEFIIDEQGFVGWIKEIQVDKLLILDLHQEPLLHQEAWGLKPRDIYQSLALFALLDPDIHLVNLSGAAGSGKTILALAAAIEQTMVSKRYRRIIATRSVQGLDQEIGFLPGTEAEKMEPWLGAITDNLEALHMDDESTHGSVDYILSKVPLQFKSLNYIRGRSFQQSLILIDECQNLTPHQMKTIITRAGAGSKVVCLGNLAQIDTPYLSATSSGLTYLTERFKDFPNGVHITLQGVPRSILAEYAESHL NA NA NA NA NA D1-35_01434 474 moaC COG0315 Cyclic pyranopterin monophosphate synthase GTGCTGACCCATCTCGATTCCCAAGGTCGCGCCAACATGGTCGACGTGACCGACAAGGCCGTGACGTTCCGCGAAGCCACCGCCGAAGCCTTTGTGCGCATGCTGCCCGATACTCTGCAAATGATCGTCAGCGGCGGCCATCCCAAGGGCGATGTGTTCGCCGTCGCGCGCATTGCCGGTATCCAGGCGGCAAAAAAAACCAGTGACCTGATCCCGCTCTGCCATCCGCTCATGCTCACCAGCGTCAAGGTCGAACTGACCGCCGAAGGCGAGGATCGCGTGCGCATCGTGGCCCGCTGCAAGCTCTCGGGACAGACCGGTGTCGAAATGGAGGCGCTCACCGCCGCCAGCGTCGCCGCGCTCACCATCTACGACATGTGCAAGGCCGTGGACCGGGGCATGACCATCGAGGGCGTGCGTGTGCTGGAAAAACTCGGCGGCAAGAGCGGCCACTTCCAGGCGGATGCGTCATGA MLTHLDSQGRANMVDVTDKAVTFREATAEAFVRMLPDTLQMIVSGGHPKGDVFAVARIAGIQAAKKTSDLIPLCHPLMLTSVKVELTAEGEDRVRIVARCKLSGQTGVEMEALTAASVAALTIYDMCKAVDRGMTIEGVRVLEKLGGKSGHFQADAS PGPT0008405_3266 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637 NA NA D1-35_01435 243 moaD COG1977 Molybdopterin synthase sulfur carrier subunit ATGAACATCACCGTGAAGTTCTTTGCCCGTTATCGCGAAGCGCTCGGCGTGGATTCGCTGAAAGTGGAGGGCGTTTTCGCCACGGTTGACGATGTGCGCGCATTGCTCGCTCAGCGTGACGGAGCCGAAGTGCTGCGAGAGCAGAACCTGATGTGCGCCCGCAACGAAGACCTGTGCCAGCTCGATGAACCGCTGGCGGACGGCGACGAAGTGGCCTTCTTCCCCACCGTGACCGGAGGCTGA MNITVKFFARYREALGVDSLKVEGVFATVDDVRALLAQRDGAEVLREQNLMCARNEDLCQLDEPLADGDEVAFFPTVTGG PGPT0008405_240 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637 NA NA D1-35_01436 453 moaE COG0314 Molybdopterin synthase catalytic subunit ATGGCGATTCGGGTGCAGGCCGAGCCGTTCGACCCGGGGGCCGAGGTCAATGCGATGCAGGCAGCAAATGTCGGCGTCGGCGCCGTGGTGAGTTTTGTCGGCTACGTGCGCGACTTCAATGACGGCCTCGATGTGTCCGGGATGTTCCTCGAGCATTATCCGGGCATGACCGAAAAAGCCCTGGGCAAGATCGCCACCGAGGCCGAGCAGCGCTGGCCGCTGCTCAAGCTTGAGGTATTGCACCGCATCGGCGCCCTGGAACCGGGTGAGCCGATCGTTTTTGTCGGCGCCGCCAGCGCCCATCGCCAGGCGGCCTTTGAGGCCTGCGCCTTTGTCATGGACTACCTGAAGACCCGCGCACCGTTCTGGAAAAAGGAAAATACCGCCGACGGCCCGCGTTGGGTCGAGGGGCGGGACAGTGATCATGCGGCGGCGGATCGCTGGAAGCGGTAG MAIRVQAEPFDPGAEVNAMQAANVGVGAVVSFVGYVRDFNDGLDVSGMFLEHYPGMTEKALGKIATEAEQRWPLLKLEVLHRIGALEPGEPIVFVGAASAHRQAAFEACAFVMDYLKTRAPFWKKENTADGPRWVEGRDSDHAAADRWKR PGPT0008415_12 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008415-moaX-K21142 NA NA D1-35_01437 1476 rhlB ATP-dependent RNA helicase RhlB ATGACCGTGCTCAAAGCACTCAAGAAGATGTTCGGTAAAAGCGAGGCCGAGCAACTCGCGCCTGAAGCCAGCGCCCCCGTCCACGGCGCGAGCCGCACCGATGCGCACCAACCACGTCGGACCGCCCCCGTTGCGGACGCAAAACTATCGCCGTCGACCGCATCCGTTGCGCAACCTGTGGCGGCATCCGAGCCGGAAAAACCACGCAGCGAAGCCCCCAAGCCACGTCGCGAGCGCGCACCCAAACCGCCGGTCGTTGCCTGGAAGCTCGAAGACTTCGTCGTAGAACCTCAGGAAGGCAAGACCCGCTTCCACGATTTCAAGCTCGCCCCCGAGCTGATGCATGCCATCCAGGACCTGGGCTTCCCGTACTGCACGCCGATCCAGGCGCAAGTGCTGGGCTATACCCTCGCCGGCAAGGACGCTATCGGTCGTGCCCAGACCGGCACCGGCAAGACCGCCGCGTTCCTGATTTCGATCATCACCCAGTTGCTCCAGACCCCGCCCCCCAAGGAACGCTACATGGGCGAGCCGCGGGCGCTGATCATCGCGCCAACCCGTGAGCTGGTGGTGCAGATCGCCAAGGATGCCGCCGACCTGACCAAGTACACCGGCCTGAACGTGATGACGTTCGTCGGCGGCATGGATTTCGACAAGCAGCTCAAGCACCTCGAGGCCCGCCACTGCGACATCCTCGTGGCGACGCCGGGCCGCCTGCTGGACTTCAACCAGCGCGGCGACGTGCACCTGGACATGGTCGAAGTGATGGTGCTCGACGAGGCCGACCGAATGCTCGACATGGGCTTCATCCCCCAGGTACGCCAGATCATTCGCCAGACCCCGCCGAAAAACGAACGCCAGACATTGCTGTTTTCCGCCACCTTCACCGAAGACGTGATGAACCTGGCCAAGCAATGGACCACCGATCCTGCAATCGTCGAGATCGAAGCCGAAAACGTCGCCAGTGAAAATGTCGAACAGCACATCTATGCGGTCGCCGGTGCCGACAAGTACAAACTGCTCTACAACCTGGTCAACGACAACGGTTGGGAGCGGGTGATGGTCTTCGCCAACCGCAAGGACGAAGTGCGCCGCATCGAAGAACGCCTGGTGCGCGATGGCGTCAACGCCGCGCAACTGTCGGGCGACGTGCCGCAGCACAAGCGCATCAAGACACTCGAAGGTTTCCGCGAAGGCAAGATCCGCGTGCTGGTCGCCACCGACGTGGCCGGTCGCGGCATTCACATCGACGGCATCAGCCACGTGATCAACTTCACCCTGCCGGAAGTGCCGGACGACTACGTGCACCGTATCGGCCGCACCGGTCGTGCCGGGGCCGCCGGGGTTTCGATCAGCTTCGCCGGCGAGGATGATTCCTACCAGTTACCCTCGATCGAGGCACTGCTGGGCCGCAAGATCAGTTGCGAGATGCCGCCGACTCATCTGTTGCGGCCGGTCGAGCGCAAGCGACCTTAA MTVLKALKKMFGKSEAEQLAPEASAPVHGASRTDAHQPRRTAPVADAKLSPSTASVAQPVAASEPEKPRSEAPKPRRERAPKPPVVAWKLEDFVVEPQEGKTRFHDFKLAPELMHAIQDLGFPYCTPIQAQVLGYTLAGKDAIGRAQTGTGKTAAFLISIITQLLQTPPPKERYMGEPRALIIAPTRELVVQIAKDAADLTKYTGLNVMTFVGGMDFDKQLKHLEARHCDILVATPGRLLDFNQRGDVHLDMVEVMVLDEADRMLDMGFIPQVRQIIRQTPPKNERQTLLFSATFTEDVMNLAKQWTTDPAIVEIEAENVASENVEQHIYAVAGADKYKLLYNLVNDNGWERVMVFANRKDEVRRIEERLVRDGVNAAQLSGDVPQHKRIKTLEGFREGKIRVLVATDVAGRGIHIDGISHVINFTLPEVPDDYVHRIGRTGRAGAAGVSISFAGEDDSYQLPSIEALLGRKISCEMPPTHLLRPVERKRP PGPT0013740_606 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_01438 657 estB_2 COG0400 Carboxylesterase 2 ATGACCGACCCCTTGATTCTCGAGCCCTCCAGCACCGCCGATGCGTGCGTTATCTGGCTCCACGGCCTGGGCGCCGATCGCTACGACTTCATGCCGGTCGCCGAAATGCTGCAGCAAAGCCTGCTGACTACGCGCTTCGTATTGCCCCAGGCGCCGACGCAACCGGTGACCATCAATGGTGGCTACGCCATGCCCAGCTGGTATGACATTCGGGCCTTGAGCCCGGCGCGGGCGATCGACGAGCAACAACTGGACGCCTCGGCGCAACGGGTCATCGACCTGATGGAAACCCAGCGAGCCAGCGGAATAGACGCCTCGCGGATTTTCCTGGCAGGTTTTTCCCAAGGCGGAGCAGTGGTTTATCACACGGCATTCGTCAAGTGGCAGGGGCCGCTGGGTGGCGTGATTGCGCTGTCCACTTATGCGCCAACTTTCGGCGAAGAACTGCAGTTGTCAGCCAGCCAGCAACGCGTTCCGGTACTGGCGCTGCACGGACAGTACGACGAAGTGGTACTCAACCCGATGGGCCGGACCGCCAAAGAGTATCTGAAGCAGCATGGTGTCACCGTGACATGGCAAGAATACCCAATGGGCCACGAAGTGTTACCCGAGGAGATTCGCGACATCGGTACCTGGCTGGCGGAACGCTTGCGCTAA MTDPLILEPSSTADACVIWLHGLGADRYDFMPVAEMLQQSLLTTRFVLPQAPTQPVTINGGYAMPSWYDIRALSPARAIDEQQLDASAQRVIDLMETQRASGIDASRIFLAGFSQGGAVVYHTAFVKWQGPLGGVIALSTYAPTFGEELQLSASQQRVPVLALHGQYDEVVLNPMGRTAKEYLKQHGVTVTWQEYPMGHEVLPEEIRDIGTWLAERLR PGPT0028515_2152 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 D1-35_01439 1032 yhdW Putative amino-acid ABC transporter-binding protein YhdW ATGAAGTTACTGAAATCCACCCTGGCAGTCGTGACTGCAGCAGCAGTCCTCGGTGTCAGCGGGTTCGCTCAGGCGGGTGCAACCCTGGATGCCGTGCAGAAGAAAGGTTTTGTGCAATGTGGTGTAAGTGATGGCCTGCCGGGTTTCTCGGTGCCTGATTCCACCGGCAAGATCGTGGGTATCGACGCTGACTTCTGCCGTGCCGTGGCCGCTGCGGTGTTTGGCGATGCGACCAAGGTCAAGTTCAGCCAGTTGAACGCCAAGGAGCGCTTCACCGCGCTGCAATCCGGCGAAATCGACGTGCTGTCGCGCAACTCCACCATGACCAGCTCCCGTGATGCGGGCATGGGCTTGAAATTCCCGGGCTTCATTACCTACTACGACGGCATCGGCTTCCTGGCCAACAGCAAATTGGGCGTCAAGAGCGCCAAGGAACTGGACGGTGCAACCATCTGCATCCAGGCCGGTACCACCACCGAGCTGAACGTGTCCGACTACTTCCGCGCCAACGGCCTGAAGTACACCCCGATCACTTTCGACACCTCCGATGAAAGCGCCAAGTCGCTGGAATCCGGTCGTTGCGACGTGCTGACCTCCGACAAGTCCCAACTGTTCGCCCAGCGCAGCAAGCTGGCTTCGCCGAAGGACTACGTGGTCCTGCCGGAAACCATCTCCAAGGAGCCACTGGGCCCGGTCGTGCGTAACGGCGACGACGAGTGGCTGGCCATCGTGCGTTGGACTGGCTTCGCCATGCTCAATGCCGAAGAAGCAGGCGTGACCTCGAAGAACGTCGAAGCTGAAGCCAAGTCCACCAAGAACCCGGACGTCGCTCGTATGCTGGGCGCTGACGGTGAATACGGTAAAGACCTGAAGCTGCCGAAAGACTGGGTCGTGCAGATCGTCAAGCAAGTCGGCAACTACGGTGAAATGTTCGAGCGCAACCTCGGCAAGGACACCCCGCTGCAGATCGATCGCGGTCTGAACGCTCTGTGGAACGCAGGCGGCATCCAATACGCACCACCAGTGCGCTGA MKLLKSTLAVVTAAAVLGVSGFAQAGATLDAVQKKGFVQCGVSDGLPGFSVPDSTGKIVGIDADFCRAVAAAVFGDATKVKFSQLNAKERFTALQSGEIDVLSRNSTMTSSRDAGMGLKFPGFITYYDGIGFLANSKLGVKSAKELDGATICIQAGTTTELNVSDYFRANGLKYTPITFDTSDESAKSLESGRCDVLTSDKSQLFAQRSKLASPKDYVVLPETISKEPLGPVVRNGDDEWLAIVRWTGFAMLNAEEAGVTSKNVEAEAKSTKNPDVARMLGADGEYGKDLKLPKDWVVQIVKQVGNYGEMFERNLGKDTPLQIDRGLNALWNAGGIQYAPPVR PGPT0020815_384 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_L-AMINO_ACID_TRANSPORT,PGPT0020815-aapJ|bztA-K09969 NA NA D1-35_01440 1182 hypothetical protein ATGCAAAATTCAATCGGCGCACCTAAGCAGAGGCTCAGCCTCAGCGATCCACGAGTGCGTGCGTGGGTATTTCAGATCGTCACCATCGTGGCGGTTATTTCGCTGGGCTGGTTTCTGTTCGATAACACACAGACCAACCTGGAACACCGGGGCATCACGTCCGGTTTCGGCTTTCTGGAGCGCAGTGCCGGTTTCGGCATCGCCCAACACCTGATCGACTACACCGAAGCGGACAGTTATGCCCGCGTCTTTGTCATCGGTTTGCTCAACACCCTCCTGGTGACCTTCATTGGCGTGATTCTGGCGACCATCCTGGGGTTCATCATCGGCGTCGCACGCTTGTCGAAGAACTGGATAATCTCCAAGCTGGCGACCGTCTACGTGGAGGTCTTTCGTAACATCCCACCGCTGTTGCAGATCCTGTTCTGGTACTTCGCGGTATTCCTGACGATGCCGGGACCACGGGCTGCCCACAACTTCGGCGACACCTTCTTCGTCAGCAGCCGTGGCCTGAACATGCCGGCGGCGCTGGTGGCGGAAGGGTTCTGGCCGTTCGTGGCCAGTGTCGTGCTGGCGATCGTCGCCATCGTGCTGATGACCCGCTGGGCCAACAAGCGTTTCGAAGCAACGGGCGAGCCGTTCCATAAATTCTGGGTCGGCCTGGCGCTGTTCCTGGTGATCCCGGCGTTGTGCGCACTGATCTTCGGCGCGCCCGTGCATTGGGAAATGCCGCAGCTCAAGGGTTTCAACTTCGTTGGTGGCTGGGTTCTCATCCCGGAACTGCTGGCCTTGACCCTGGCGCTGACGGTGTACACCGCGGCGTTCATCGCCGAGATCGTGCGTTCTGGCATCAAGTCGGTCAGCCATGGCCAGACCGAGGCGGCTCACTCGCTGGGCCTGCGCAACGGTCCGACCCTGCGCAAGGTGATCATCCCGCAAGCCCTGCGCGTGATCATCCCGCCGCTGACCAGCCAATACTTGAACCTGGCGAAGAACTCTTCGCTGGCGGCCGGTATCGGTTATCCGGAAATGGTTTCGCTGTTTGCCGGCACGGTGTTGAACCAGACCGGTCAGGCCATCGAGGTGATCGCGATCACCATGAGCGTGTACCTGGCGATCAGTATCAGCATTTCCTTGCTGATGAACTGGTACAACAAGCGCATTGCGCTGATCGAGCGGTGA MQNSIGAPKQRLSLSDPRVRAWVFQIVTIVAVISLGWFLFDNTQTNLEHRGITSGFGFLERSAGFGIAQHLIDYTEADSYARVFVIGLLNTLLVTFIGVILATILGFIIGVARLSKNWIISKLATVYVEVFRNIPPLLQILFWYFAVFLTMPGPRAAHNFGDTFFVSSRGLNMPAALVAEGFWPFVASVVLAIVAIVLMTRWANKRFEATGEPFHKFWVGLALFLVIPALCALIFGAPVHWEMPQLKGFNFVGGWVLIPELLALTLALTVYTAAFIAEIVRSGIKSVSHGQTEAAHSLGLRNGPTLRKVIIPQALRVIIPPLTSQYLNLAKNSSLAAGIGYPEMVSLFAGTVLNQTGQAIEVIAITMSVYLAISISISLLMNWYNKRIALIER PGPT0020820_661 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_L-AMINO_ACID_TRANSPORT,PGPT0020820-aapQ|bztB-K09970 NA NA D1-35_01441 1098 yhdY COG0765 Inner membrane amino-acid ABC transporter permease protein YhdY ATGACATCCCATACTTTCAAACCTGATATGCCGCCACCGAGCAAAGTGTTCGGGCCGGTGGCATGGATGCGCGCGAACATGTTCTCCAGCTGGCTCAACACGCTGCTGACGTTGTTCGCGTTCTACCTGATCTACCTGATAGTTCCACCGATCCTCGGTTGGGCTATCCTCGATGCCAACTGGGTCGGCACCACCCAGGCCGACTGCACCAAGGAAGGCGCCTGCTGGGTGTTCATCCAACAGCGTTTCGGCCAGTTCATGTACGGCTATTACCCGACAGGCCTGCGCTGGCGCGTAGACCTGACGGTGTGGGCGGCAGTGCTTGGCGTGGCGCCGCTGTTCATCTCGCGCTTCCCGCGCAAGGCGATCTACGGCCTCAGCTTCCTGGTGCTGTACCCGATCATTGCCTGGTGCCTGCTGCACGGTGGCGTTTTCGGTCTGGATACCGTGGCGACCAGCCAGTGGGGCGGCCTGATGCTGACGTTGGTGATCGCCACCGTCGGTATCGTCGGTGCTCTGCCGCTGGGCATCGTCCTGGCCCTGGGCCGGCGCTCGAACATGCCGGCGATTCGCGTGGTCTGCGTGACCTTCATCGAGTTCTGGCGCGGCGTGCCGTTGATCACGGTGCTGTTCATGTCCTCGGTGATGCTGCCGTTGTTTCTGCCTGAGGGCATGAACTTCGACAAGCTGCTGCGGGCATTGATCGGCGTGATCCTGTTCCAGTCGGCCTACGTGGCCGAAGTGGTGCGTGGCGGTCTGCAAGCGATTCCCAAGGGGCAATACGAAGCGGCCGCGGCGATGGGCCTGGGCTACTGGCGCAGCATGGGCCTGGTTATCCTTCCGCAGGCGCTGAAGATGGTGATCCCGGGGATCGTCAACACCTTCATTGCGCTGTTCAAGGACACCAGCCTGGTGATCATCATCGGCCTGTTCGACCTGCTCAACAGCGTGAAACAAGCTGCCGCCGACCCGAAATGGCTGGGCATGGCCACTGAAGGCTATGTGTTTGCCGCCCTGGTGTTCTGGATTTTCTGTTTTGGTATGTCCCGCTATTCCATGCATTTGGAACGCAAGCTGGACACTGGCCACAAGCGTTAG MTSHTFKPDMPPPSKVFGPVAWMRANMFSSWLNTLLTLFAFYLIYLIVPPILGWAILDANWVGTTQADCTKEGACWVFIQQRFGQFMYGYYPTGLRWRVDLTVWAAVLGVAPLFISRFPRKAIYGLSFLVLYPIIAWCLLHGGVFGLDTVATSQWGGLMLTLVIATVGIVGALPLGIVLALGRRSNMPAIRVVCVTFIEFWRGVPLITVLFMSSVMLPLFLPEGMNFDKLLRALIGVILFQSAYVAEVVRGGLQAIPKGQYEAAAAMGLGYWRSMGLVILPQALKMVIPGIVNTFIALFKDTSLVIIIGLFDLLNSVKQAAADPKWLGMATEGYVFAALVFWIFCFGMSRYSMHLERKLDTGHKR PGPT0020825_841 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_L-AMINO_ACID_TRANSPORT,PGPT0020825-aapM|bztC-K09971 NA NA D1-35_01442 765 glnQ_2 Glutamine transport ATP-binding protein GlnQ ATGAGTGAAGCGATCAAACAGCCTGTGAGCCCTGAAGGCATTATTCAGATGCAGGGCGTGAACAAGTGGTACGGCCAGTTCCACGTGTTGAAAGACATCAACCTGAACGTCAAGCAGGGCGAGCGTATCGTGCTGTGCGGCCCGTCGGGTTCCGGCAAATCCACCACCATCCGCTGCCTCAATCGCCTGGAAGAGCACCAGCAGGGTCGCATCGTGGTCGATGGCGTGGAACTGACCAACGACCTCAAGCAGATCGAAGCGATCCGTCGCGAAGTCGGCATGGTGTTCCAGCACTTCAACCTGTTCCCGCACCTGACCATCCTGCAGAACTGCACCCTGGCGCCGATGTGGGTGCGCAAGATGCCCAAGCGCAAGGCCGAGGAAATCGCCATGCATTACCTGGAACGCGTACGCATTCCAGAGCAGGCGCACAAGTACCCGGGCCAGCTCTCCGGCGGTCAGCAACAGCGCGTGGCGATCGCCCGTGCCCTGTGCATGAAACCGAAAATCATGCTCTTCGACGAACCGACCTCGGCCCTCGACCCGGAAATGGTGAAAGAGGTTCTGGACACCATGATCGGCCTGGCCGAAGACGGCATGACCATGCTGTGCGTGACCCACGAGATGGGCTTCGCCCGCACCGTGGCCAACCGCGTGATCTTCATGGACAAAGGCGAAATCGTTGAACAGGCTGCGCCGAATGACTTCTTCGACAACCCGCAGAATGACCGTACGAAGTTGTTCCTGAGCCAGATCCTGCACTGA MSEAIKQPVSPEGIIQMQGVNKWYGQFHVLKDINLNVKQGERIVLCGPSGSGKSTTIRCLNRLEEHQQGRIVVDGVELTNDLKQIEAIRREVGMVFQHFNLFPHLTILQNCTLAPMWVRKMPKRKAEEIAMHYLERVRIPEQAHKYPGQLSGGQQQRVAIARALCMKPKIMLFDEPTSALDPEMVKEVLDTMIGLAEDGMTMLCVTHEMGFARTVANRVIFMDKGEIVEQAAPNDFFDNPQNDRTKLFLSQILH PGPT0020830_476 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_L-AMINO_ACID_TRANSPORT,PGPT0020830-aapP|bztD-K09972 NA NA D1-35_01443 486 hypothetical protein ATGAAACCCCAGCAATGTGTCAGCTGCGGCAGCATCGACGCGATGCATCATTTCAAAGGCCGTAGCTTTACGGTCGACTACAGGCAGGTGACTCGGCAAGTACACGATATTGCCGGATGGGAATGCCGGATCTGCGGTGAAATCGAATTCGATCACGACACTGACAGCGCCGAACGTTACTCCAGGGCCAGCGACCAATTGCTGGAAGATTACGCGCTGGCGACAGGTGCGGAAATCAAACGCATCCGCCGCAAACTGCACCTCACGCAAAAAGACGCGGTGAAGCTGCTATCCGGAGGCGGGCATAACGCGTTTTCCCGTTATGAACGCGGCGAAGTTACCCCGGCCCAGTCGTTATTCGTGCTGATGCGCCTGCTTGATCGGCATCCGCACCTGATGGCTGAAGTCCACTCGCTGAACGACGAAGCCCATTTGCAGCAACTGTTGTCGGGTCGCCATCCGGAACATGACACGGCGGATCTCTGA MKPQQCVSCGSIDAMHHFKGRSFTVDYRQVTRQVHDIAGWECRICGEIEFDHDTDSAERYSRASDQLLEDYALATGAEIKRIRRKLHLTQKDAVKLLSGGGHNAFSRYERGEVTPAQSLFVLMRLLDRHPHLMAEVHSLNDEAHLQQLLSGRHPEHDTADL PGPT0027590_40 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-MqsR-MqsA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027590-antitoxin_mqsA-K13655 NA NA D1-35_01444 312 mqsR mRNA interferase toxin MqsR ATGGAAAAGAGCACACCCCATTACGACCTGACAGTGGTCAAGGCCGAGGTTCACAGGTTGCGAAGCAAGGCGTTCACATTGAACGCCCGCGAAGGCGGACGAAGGATGATGTTGAGTCTCGCCCGGATGCTGCGGATCGTTCACCTGTTGGAATACAGGATGCTGCATAAATCGATGACCACGTATGCCGATCACCGAATCTGGCAAGACGTCTATCACACAACATTTCAGGATCGGGAGATTTACATCAAGGTGACTTACCGCCCCGGCGGTGGGCATCCGGTGGTCTCCTTCAAGGAGAAAAACCAATGA MEKSTPHYDLTVVKAEVHRLRSKAFTLNAREGGRRMMLSLARMLRIVHLLEYRMLHKSMTTYADHRIWQDVYHTTFQDREIYIKVTYRPGGGHPVVSFKEKNQ PGPT0025835_26 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-MqsR-MqsA_TOXIN-ANTITOXIN_SYSTEM,PGPT0025835-toxin_mqsR-K13651 NA NA D1-35_01445 660 lutR_3 COG2186 HTH-type transcriptional regulator LutR ATGTCAGAAATGTCCCCGCTAATAAAGCGCTCCCTGGTCGATCAAGCCTTGGAGCAACTGCGCCAACGCATCAGCGACGGCGTGTGGGCTGTCGGCCAGCGCCTGCCTACCGAGCCGGAATTGGTCGCCGAGCTAGGCATCAGCCGCAACACGGTGCGCGAAGCCATGCGCGTACTGGCGTTTTCCGGATTGATCGAGATTCGTCAGGGCGACGGCAGCTACGTGCGTGCGGTCGTCGACCCGCTGGACACGCTCAAGGCGCTATCCCGTTGTTCGTTGGAGCAGGCCCGGGAAACCCGGCACATCCTTGAAGTCGAGGCCATCGGCCTGGCGGCGCTACGGCGCACCGAGGATGATTTAGTTGCCTTGCGCCAGGCGCTGAAAACCAGCGGCGAGCATTATCACGGCGACCTGGAGCACTACATCGCCTGCGACCTGGTGTTCCATCGCCTGCTCGTGGACGCCGCGCACAACCCGGCCCTGAGCGAGCTGTATCGCTATTTCTCCAGCGTGATCGGCGCTCAGTTGCGTCAGAGCCTCAGTATTATTCCGCGCCATCAACACGTGTTCGACCTGCACATCGAAATCCTCGAAGCCGTTGAACGCCAGGATCCGGAGCGGGCCAAGGCCCTCTGCCGGCAGTTGATCAATGAACCCTGA MSEMSPLIKRSLVDQALEQLRQRISDGVWAVGQRLPTEPELVAELGISRNTVREAMRVLAFSGLIEIRQGDGSYVRAVVDPLDTLKALSRCSLEQARETRHILEVEAIGLAALRRTEDDLVALRQALKTSGEHYHGDLEHYIACDLVFHRLLVDAAHNPALSELYRYFSSVIGAQLRQSLSIIPRHQHVFDLHIEILEAVERQDPERAKALCRQLINEP NA NA NA NA NA D1-35_01446 1305 yycB_1 COG2807 putative transporter YycB ATGTCCCGCGATCCGCTTGACCGCACTACCGCAACGCCGAACAAACGCGGCGCCGAACTCGAAGAATTGCTGATCGACGCCGAGGCGGACGACGAGCAGGCCCAGCAGAGCCACCCGCTGGTGCGCCGGCCCTGGTTGCTGCTGCTAGGCCTGATCCTGGTCGCGTTGAACCTGCGCCCGGCCTTGTCGAGCATGGCACCGCTGCTCAGCGACGTGTCGAAAAGCCTTGGCCTGTCGGCTGCCCAGGCCGGTCTGCTGACAACCTTGCCAGTGCTCTGCCTGGGCCTGTTCGCGCCATTGGCGCCAGTGCTGGCACGCCGCTTCGGCGCTGAACGAGTGGTGCTCGGGATCCTGCTCACGCTGGCTGGCGGCATCATCCTGCGCAGCTCGTTCGGCCAGTTCGGCCTGTTCGCGGGCAGCATCCTCGCTGGCGCCAGCATCGGTGTGATCGGCGTGTTGCTGCCGGGCATCGTCAAGCGCGACTTCGCCAAGCAGGCCGGCACCATGACCGGTGTCTACACCATGGCGCTGTGCCTGGGTGCGGCGATGGCGGCCGGCGCGACGGTGCCATTGAGCGAACATCTGGGCCATGACTGGGCCCTCGGCCTGGGCTTCTGGATGCTGCCGGCCCTGCTGGCCGCCGTGTTCTGGCTGCCGCAAGTGGGCCAGAAACACGGGGCGCATCAAGCGGCGTATCGTGTCCGCGGGTTGCTGCGTGATCCCCTGGCCTGGCAGGTGACCTTGTACATGGGGCTGCAATCGTCCCTGGCCTACATCGTGTTCGGCTGGCTGCCGTCGATCCTCATCGGTCGCGGGCTGACCCCGACCCAGGCGGGGCTGGTGCTGTCCGGCTCGGTAATCGTGCAACTGGTCAGCTCCCTCGCGGCGCCCTGGCTGGCAACGCGCGGCAAAGACCAGCGCCTGGCCATCGTGATCGTCATGCTGATGGTGCTCGGCGGGTTGTTCGGCTGCCTCTACGCGCCCATCGAAGGGCTGTGGGGCTGGGCGGTCCTGTTGGGCCTGGGGCAGGGCGCGACGTTCGCCCTGGCTCTGACGCTGATCGTGCTGCGCTCGCGCGACGCCCATGTGGCCGCCAACCTCTCCGGCATGGCCCAGGGTTTTGGTTATACGCTGGCGTCACTGGGGCCGTTCGCGGTCGGCGTGGTACATGACTTGACCGGCGGCTGGAATGCCCTGGGCTGGATCTTTGGCCTGGTTGGCCTGGGCGCGATCATCGCCGGCCTCGGCGCCGGCCGGGCGTTGTATGTCGGTGTCGTCAGCGAAAGAGTCGGCGAGCTTCGCTAA MSRDPLDRTTATPNKRGAELEELLIDAEADDEQAQQSHPLVRRPWLLLLGLILVALNLRPALSSMAPLLSDVSKSLGLSAAQAGLLTTLPVLCLGLFAPLAPVLARRFGAERVVLGILLTLAGGIILRSSFGQFGLFAGSILAGASIGVIGVLLPGIVKRDFAKQAGTMTGVYTMALCLGAAMAAGATVPLSEHLGHDWALGLGFWMLPALLAAVFWLPQVGQKHGAHQAAYRVRGLLRDPLAWQVTLYMGLQSSLAYIVFGWLPSILIGRGLTPTQAGLVLSGSVIVQLVSSLAAPWLATRGKDQRLAIVIVMLMVLGGLFGCLYAPIEGLWGWAVLLGLGQGATFALALTLIVLRSRDAHVAANLSGMAQGFGYTLASLGPFAVGVVHDLTGGWNALGWIFGLVGLGAIIAGLGAGRALYVGVVSERVGELR PGPT0005211_249 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D1-35_01447 471 hypothetical protein ATGAGCGATGCCCACACAGCCCTGATCACCCGGTTTTACCAGGCATTCCAGCGCCTCGATGCCGAGGCCATGAGTGCCTGCTACACCGATGACGTGGTGTTCAGTGATCCGGCCTTCGGCGAACTGCGTGGGCGCGATGCCGGCGACATGTGGCGCATGCTCACCACGCGGGCCAAGGATTTTTCCCTGACGTTCGATAACGTGCGCAGCGACGAACGTTCCGGCGGCGCCCATTGGGTGGCGACTTATCTGTTCAGCCAGACCGGCAATACAGTGGTAAACGACATCCAGGCGCGCTTCGTTTTTCGTGACGGCAAGATCTGCGAGCACCACGATCATTTCGACCTGTGGCGCTGGTCGCGCCAGGCCTTGGGCACCAAAGGCCTGCTGTTGGGCTGGACACCGCTGGTGCGCAACGCCGTCCGCGCCCAGGCGCTCAAGGGGCTGCGGGCGTTCCAGGCCAGTCGCTGA MSDAHTALITRFYQAFQRLDAEAMSACYTDDVVFSDPAFGELRGRDAGDMWRMLTTRAKDFSLTFDNVRSDERSGGAHWVATYLFSQTGNTVVNDIQARFVFRDGKICEHHDHFDLWRWSRQALGTKGLLLGWTPLVRNAVRAQALKGLRAFQASR NA NA NA NA NA D1-35_01448 324 hypothetical protein GTGACCACCGTTGAATCACCCCCCGACCTCGCTGCCCCCGCCACACCCGAACCGGCCAAGCCCTGGTTCGTCTACCTGGTGCGCGCCGCCAACGGCTCGCTGTACTGCGGCATCAGCGATGACCCGGTGCGGCGTTTCGCCAAGCATCAGAGCGGCAAGGGCGCGCGTTTCTTTCTCTCCAGCCCGGCGGTCGCGCTGGTCTATACCGAGGCCTGCCGTGACAAGGGCGAGGCGTTGCGGCAGGAGCGGTTGATCAAGAAGCTCAAGAAAAGCGCCAAGGAATGCTTGGTGGCCAGTGCGCTGTCGCTTCATCAGCCAGGCTGA MTTVESPPDLAAPATPEPAKPWFVYLVRAANGSLYCGISDDPVRRFAKHQSGKGARFFLSSPAVALVYTEACRDKGEALRQERLIKKLKKSAKECLVASALSLHQPG NA NA NA NA NA D1-35_01449 936 hypothetical protein ATGTCTGAACTGATCCTCCATCATTACCCAACCTCCCCATTCGCAGAGAAAGCCCGCCTGCTGCTGGGTTTCAAGGGCTTGTCCTGGCGTTCGGTAGGTATACCGCCGATGATGCCCAAGCCGGACCTGACGGCCTTGACCGGTGGTTACCGCAAGACGCCGGTGTTGCAGATCGGCGCTGACATCTACTGCGACACGGCGTTGATAGCCCGGCGACTGGAGCAACAGAAAGCCTCCCCGGCGCTGTTTCCCGAGGGCCGGGAAATGATCGCTGCGTCCTTTGCGGCATGGGCGGATTCGGTGGTGTTTCAGCATGCGGTAAGCCTGGTGTTCCAGCCGGAATCGGTGGCGGTGCGTTTTGCCAAGTTGCCGCCCGAGGCGATCAAGGCGTTCATCAGCGACCGTGCCGGGCTGTTCAGTGGCGGCACGGCCACGCGTCTGTCCGCCGAGCAGGCCAAGCATCAATGGCCTGTGATCATGGCGCGCCTGGAGCAGCAGTTGCAGCGTGAAGACGGCGACTTCCTGCTAGGTGATCCGTCGATTGCCGACTTTGCCATGGCGCATCCGCTGTGGTTCCTCAAGGGCACGCCTGTCACTTCACCTTTGGTGGATGCTCACCCTGCGGTATCGGCGTGGCTGGCGCGGGTGTTGGGTTTCGGCCACGGTGCGTCGAGCCAGATGAGTTCCGAAGAGGCCCTGGAGGTGTCTCGCGATGCGACGCCGGCAGCGCTGCCGGATGAGTCATTCAAGGAGCCGAACGGATTTGTGGCGGGGCAGCGGGTGAGCATCGCGGCGACTGATTACGGTGTCGATCCGGTGGTTGGGGAGTTGTTGTTTGCCGGTAGCGAAGAATTGATTCTGCGTCGTCAGGACGAGCGTGGCGGGGTGGTGCATGTGCACTTTCCGCGGTTCGGGTTTCGCCTCGAGGCGGTCTGA MSELILHHYPTSPFAEKARLLLGFKGLSWRSVGIPPMMPKPDLTALTGGYRKTPVLQIGADIYCDTALIARRLEQQKASPALFPEGREMIAASFAAWADSVVFQHAVSLVFQPESVAVRFAKLPPEAIKAFISDRAGLFSGGTATRLSAEQAKHQWPVIMARLEQQLQREDGDFLLGDPSIADFAMAHPLWFLKGTPVTSPLVDAHPAVSAWLARVLGFGHGASSQMSSEEALEVSRDATPAALPDESFKEPNGFVAGQRVSIAATDYGVDPVVGELLFAGSEELILRRQDERGGVVHVHFPRFGFRLEAV PGPT0013170_472 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_01450 357 hypothetical protein ATGCTCACCGGGGTACTGAAGAAGTGCCTGCTGGTTCTGCTGGTGGTGGTCGCGTACCAGAACTGGGGCAAAATCGAGCGGGTGCTCAATCCGTCGCAAATGGTTTCGAAACAGGTTCGCAGCAACGCCCGCGTCGTGCTGTACGCCACCGACTGGTGCGGATACTGCAAGGCAACCCGACGATTCCTGGACGAGAAAGGCGTGCCGTTTCGCGAGTTCGATATTGAAAAGGACGCCGAAGCGCGCAAGACCTACGAGGCGCTGGGCGGCCGGGGGATTCCGATCCTGGATGTGAACGGCACGTTGATTCGTGGGTATGAGCCGGAGAATATTCTCAAGGCATTAGCCGCGATATAA MLTGVLKKCLLVLLVVVAYQNWGKIERVLNPSQMVSKQVRSNARVVLYATDWCGYCKATRRFLDEKGVPFREFDIEKDAEARKTYEALGGRGIPILDVNGTLIRGYEPENILKALAAI NA NA NA NA NA D1-35_01451 1005 yejK COG3081 Nucleoid-associated protein YejK ATGCCGATCCGTCATTGCATCGTCCACCTGATCGACAAAAAACCCGACGGCACGCCCGCTGTGCTCCATGCCCGCGACTCCGAACTGGCGGAGTCCACGGCCATCGAGAACATGCTCGCCGACCTCAACGAGAGCTACAACGCCAAGCAAGGCAAGGCCTGGGGCTTCTTCCATGCCGAATCCGGGGCGCATCCGTTCAGTGGCTGGTTGAAGGAATACCTCGACGGCGGCAAGGACTTCACTGCGTTCAGTCGCGTGGCGGTGGAACACCTGCAAAAGCTGATGGAAGAATCCAACCTGTCGGTTGGCGGCCACGTGCTGTTCGCTCATTACCAGCAAGGCATGACCGACTACCTGGCGATCGCCCTGCTGCACCACAGCGAAGGCGTGGCCGTGACTGACGAGCTGGACGTGACCCCGTCGCGCCACCTGGACCTGGGCCAGTTGCACCTGGCGGCGCGGATCAACGTGTCGGAATGGCAGAACAACAAACAGTCCAGACAGTACATCTCGTTCATCAAGGGCAAGAACGGCAAGAAGGTTTCGGAGTACTTTCGCGACTTCATCGGTTGCCAGGAAGGCGTCGACGGCCCCGGCGAAACCCGCACCCTGCTCAAGGCTTTCAGCGACTTCGTCGAAAGCGAAGACCTGCCCGAAGACGACGCCCGGGAGAAAACCAAGACCCTGGTGGACTACGCCAGCAGCCAGGCCAAGCTCGGCGAGCCGATGGGCCTGGAAGAGCTCTCGGAGCTGATCGACGAAGAGCGCCCGAAAGCGTTCTACGACCACATCCGCAACAAGGACTACGGCCTGTCGCCGGAAATTCCGGCGGATAAACGCACCCTCAATCAGTTCCGCCGCTTCACCGGCCGCGCCGAAGGCTTGTCCATCAGCTTCGAAGCGCATCTGCTGGGCTCGAAGATCGAATACGACGAAGAGGCCGGCACGCTGATCATCAAGGGTTTACCGACCTCGCTGACCGATCAGCTCAAGCGGCGTAACTGA MPIRHCIVHLIDKKPDGTPAVLHARDSELAESTAIENMLADLNESYNAKQGKAWGFFHAESGAHPFSGWLKEYLDGGKDFTAFSRVAVEHLQKLMEESNLSVGGHVLFAHYQQGMTDYLAIALLHHSEGVAVTDELDVTPSRHLDLGQLHLAARINVSEWQNNKQSRQYISFIKGKNGKKVSEYFRDFIGCQEGVDGPGETRTLLKAFSDFVESEDLPEDDAREKTKTLVDYASSQAKLGEPMGLEELSELIDEERPKAFYDHIRNKDYGLSPEIPADKRTLNQFRRFTGRAEGLSISFEAHLLGSKIEYDEEAGTLIIKGLPTSLTDQLKRRN NA NA NA NA NA D1-35_01452 282 hupB_1 COG0776 DNA-binding protein HRm ATGGCTCTTACTAAAGACCAACTGATCGCTGATTTGGCTGAATCTGTAGACGCACCAAAAGCTACCGTGCGTGCGCTGCTGGACCAACTGGGCCAAGTGGTTGCCGATCAGCTGGAAAACGGCGGCGAACTGACCTTGCCAGGTGTTGGCAAGCTGAAAGTCACCGAGCGTCCTGCCCGTACCGGTCGCAACCCTTCGACTGGCGCAGCCATCGAAATCCCGGCCAAGAAAGTGATCAAGCTGGTTGTGGCCAAAGGCCTGACCGACGCGGTCAACAAGTAA MALTKDQLIADLAESVDAPKATVRALLDQLGQVVADQLENGGELTLPGVGKLKVTERPARTGRNPSTGAAIEIPAKKVIKLVVAKGLTDAVNK NA NA NA NA NA D1-35_01453 1020 rlmF COG3129 Ribosomal RNA large subunit methyltransferase F ATGACCGCTCCTCGCCCTCCCCGCCCTCCCCGCCAGAAGCCCAAGCCCGTCGCCGAGACCAAAGCGCCGCGGGAGAAGGCCAGCCTGCATCCGCGCAATCGCCATCAGGGCCACTATGACTTCCCGGCGCTGATCAAGAGCACACCGGAACTGGCGAAGTTCGTGATCATCAATCCCTACGGCAAGGAAAGCATCGACTTTGCCAGCCCCGAGGCGGTGCGAGTGTTCAACCGGGCGCTGCTCAAGTCCTTTTATGGCATCGCCTATTGGGACATTCCGGCTGACTACCTGTGCCCTCCCGTGCCGGGGCGCGCCGACTACGTGCATTTTCTCGCCGACCTGCTCGCCAGCCACAATGAAGGCGAAATTCCTCGCGGCGCGGCGGTCAAGGTGCTGGACGTTGGCACCGGCGCCAACTGCGTTTATCCGCTGATCGGCTACAGCGATTACCGCTGGCACTTCCTGGGCTCGGAAATCGACCCGACGGCAATCGCGTCGGCCAAGGCCATCGTCCAGTCCAACGGCCTGAACAAAGCCATCCAGCTGCGCCAGCAACCCAACCGCAAGCACATCCTGTCAGGGCTTCTGGAAAGTACCGAACGGTTCGACCTGACGATGTGCAACCCGCCGTTCCACGCCTCCCTGGAGGAAGCCACCAAGGGCAGCCAGCGAAAATGGCGGGCACTGGGCAAGGCGGATCCGAAGCGCAAGTTGCCGGTCTTGAATTTCGGCGGCCAGGCGGCGGAGCTGTGGTGCGAGGGTGGCGAGGCGCGCTTCGTCACGCAGTTGATCAGTGAGAGCGCCCAGATCGCCGGGCAAGTGCTGTGGTTCAGCACGCTGGTATCGAAGGCCTCGAACCTGCCGGCGATTCAAGCCGCGCTGAAAAAGGCCGGAACGCTGCACAGCCAGGTGGTGGAAATGTCCCAGGGGCAGAAGCAGAGTCGGTTCGTGGCTTGGACCTTCCAGGACCAGGCGCAGCAACAAGCCTGGCGCCAGGCGCGCTGGGCTCGCAAGGACTGA MTAPRPPRPPRQKPKPVAETKAPREKASLHPRNRHQGHYDFPALIKSTPELAKFVIINPYGKESIDFASPEAVRVFNRALLKSFYGIAYWDIPADYLCPPVPGRADYVHFLADLLASHNEGEIPRGAAVKVLDVGTGANCVYPLIGYSDYRWHFLGSEIDPTAIASAKAIVQSNGLNKAIQLRQQPNRKHILSGLLESTERFDLTMCNPPFHASLEEATKGSQRKWRALGKADPKRKLPVLNFGGQAAELWCEGGEARFVTQLISESAQIAGQVLWFSTLVSKASNLPAIQAALKKAGTLHSQVVEMSQGQKQSRFVAWTFQDQAQQQAWRQARWARKD NA NA NA NA NA D1-35_01454 2847 valS COG0525 Valine--tRNA ligase ATGGATAAGACCTACCAGCCGCACGCCATTGAAACTTCCTGGTACAACACCTGGGAGTCCGAGAATTATTTCGCTCCGCAAGGCGCGGGCGATTCCTACACCATCATGATCCCGCCGCCGAACGTCACCGGCAGCCTGCACATGGGCCACGGTTTCAACAACGCGATCATGGACGCCCTGATCCGTTTCCGTCGCATGCAAGGCCGCAACACCTTGTGGCAGCCGGGCACCGACCACGCCGGTATCGCCACGCAAATGCTGGTGGAACGTCGCCTCGAAGCCCAGGGCCAGAATCGCCATGACCTGGGTCGCGAGAAATTCCTCGAGAAAGTCTGGGAATGGAAAGACGAATCCGGCGGCAACATCAGCCGTCAGATCCGTCGCCTCGGCTCGTCCGTGGACTGGAGCCGCGAGCGCTTCACCATGGACGACGGCCTGTCCGAAGCGGTCAAGGAAGCCTTCGTGCGCCTGCATGAAGACGGGCTGATCTATCGCGGCAAGCGCCTGGTCAACTGGGACACCAAGTTGCACACGGCGATTTCCGACCTCGAAGTGGAGAACCACGACGAGAAAGGTTTCCTGTGGAACCTGAAGTACCCGCTGGCCGACGGCGCCAAGACCGCCGAAGGCAAGGATTACCTGATTGTCGCCACCACGCGTCCGGAAACCATGCTGGGCGACTCAGCCGTAGCGGTGAACCCGAACGACGAGCGCTACCAGGCGCTGATCGGCCAGTTCGTCGAGCTGCCGCTGGTTGGCCGTCGTATCCCGATCATCGGCGACGACTACTGCGACCCCGAATTCGGCACCGGCTGCGTGAAAATCACCCCGGCTCACGATTTCAACGACTATGAAGTCGGCAAGCGCCACAACCTGCCGCTGCTGAACATCTTCGACAAGAACGCCAATGTCTTGCCGGCCGCCCAGGCATTCAACCTCGACGGCACCCTGAACGAAAGCGTCGACGGCCAGATCCCGGCCGAATACGCCGGCCTGGATCGCTTCGAAGCGCGCAAGCAGATCGTTGCTGCGTTCGAGGCCGCCGGCCTGCTGGTCAGCGTCGACGACCATGCCCTGAAAGTCCCGAAAGGCGATCGCTCTGGCACCATCATCGAGCCGTGGCTGACCGACCAGTGGTACGTGTCGACCAAGCCGCTGGCCGAGCCGGCGATTGCCGCCGTGGAAGACGGCCGCATCCAGTTCGTGCCCAAGCAATACGAAAACATGTACTTCTCGTGGATGCGCGACATCCAGGATTGGTGCATCAGCCGCCAGCTGTGGTGGGGCCACCGCATCCCGGCCTGGTACGACGAGTCGGGCAAGGTCTACGTCGGTCGCGATGAAGCCGAAGTCCGCGCCAAGCACAACCTTGGCCCGGACGTAGCGCTGGCGCAGGACAACGACGTTCTCGACACCTGGTTCAGTTCGGGCCTGTGGACGTTCTCGACCCTGGGCTGGCCGCAACAGACCGAGTTCCTGAAGAAATTCCACTCCACCGACGTGCTCGTCACCGGCTTCGACATCATTTTCTTCTGGGTCGCCCGGATGATCATGCTGACCATGCACTTGGTGAAGAACGAGGACGGCACGCCGCAAGTGCCGTTCAAGACTGTCTACGTCCATGGCCTGGTGCGCGACGGCCAGGGCCAGAAGATGTCCAAGTCCAAGGGCAACGTCCTCGACCCGCTGGACATCATCGACGGCATTGACCTGGAAACCCTGGTGCAGAAACGCACCTCGGGCCTGATGCAGCCGAAACTGGCGAAGAAGATCGAGAAGGCCACCCGCGAAGAATTTGCCGAGGGCATCGCCAGCTACGGCACCGACGCTCTGCGGTTTACCTTCTGCTCGCTGGCATCCACCGGTCGCGACATCAAGTTCGACATGGGCCGCGTCGAAGGCTATCGCAACTTCTGCAACAAGATCTGGAACGCCGCGCGCTACGTGCTGGACAAGGGCGAAGACTGCGGCCAGAACGGCGAAACCTACGAGCTGAGCCTGGCTGACCGCTGGATCATTTCGCAACTGCAACGCACCGAAGCCGAAGTGACCCGCCAGCTCGACCAGTTTCGTTTCGACCTGGCCGCACAAGCGCTGTATGAGTTCATCTGGAACCAGTATTGCGACTGGTACCTGGAACTGTCCAAGCCGGTACTGTGGGACGAAAACGCACCGGTCGAGCGCCAGCGCGGCACCCGTCGCACCCTGGTTCGCGTATTGGAAGTGGCCCTGCGCCTGGCGCATCCGTTCATGCCGTTCATCACCGAGGAAATCTGGCAGCGCGTCGCACCGCTGGCCGGTGCCCAGGGCAAGACGATCATGCTGCAACCGTGGCCGGTGGCCAACGAAAGCCGCATCGATCCGGCAGCCGAAGACGACATCGAGTGGCTGAAGACCTTCATGCTCGGCCTGCGCAACATCCGCGCCGAAATGAACATCGGCCCAGGCAAACCGCTGACCCTGTTCCTGAAAAACGCCAACGCCGAAGACCTGCGCCGTCTCAACGAGAACGAAGCGCTGCTCAAGAAGCTGGCGAAACTGGAATCGGTGACGGTACTGGCTGTGGGCGAAGAAGCACCGCTGTCGGCCACCGCCCTGGTTGGCGAGATGGAAGTGCTGGTGCCAATGGCCGGCCTGATCGACAAGGCCGCCGAACTGGCGCGCCTGGACAAGGAGATCCTGCGTCTGAAGGGCGAAGTCCAGCGCGTCGGCGGCAAGCTGTCGAACGCCGGCTTCGTCGACAAGGCACCGGCCGAAGTCATCGAGAAGGAGCGGGCCAAACTGGCCGAGGCCGAACAGGCCCTGGGCAAGCTGGCCGAGCAGCACGCGCGGATTGCCAGCCTGTAA MDKTYQPHAIETSWYNTWESENYFAPQGAGDSYTIMIPPPNVTGSLHMGHGFNNAIMDALIRFRRMQGRNTLWQPGTDHAGIATQMLVERRLEAQGQNRHDLGREKFLEKVWEWKDESGGNISRQIRRLGSSVDWSRERFTMDDGLSEAVKEAFVRLHEDGLIYRGKRLVNWDTKLHTAISDLEVENHDEKGFLWNLKYPLADGAKTAEGKDYLIVATTRPETMLGDSAVAVNPNDERYQALIGQFVELPLVGRRIPIIGDDYCDPEFGTGCVKITPAHDFNDYEVGKRHNLPLLNIFDKNANVLPAAQAFNLDGTLNESVDGQIPAEYAGLDRFEARKQIVAAFEAAGLLVSVDDHALKVPKGDRSGTIIEPWLTDQWYVSTKPLAEPAIAAVEDGRIQFVPKQYENMYFSWMRDIQDWCISRQLWWGHRIPAWYDESGKVYVGRDEAEVRAKHNLGPDVALAQDNDVLDTWFSSGLWTFSTLGWPQQTEFLKKFHSTDVLVTGFDIIFFWVARMIMLTMHLVKNEDGTPQVPFKTVYVHGLVRDGQGQKMSKSKGNVLDPLDIIDGIDLETLVQKRTSGLMQPKLAKKIEKATREEFAEGIASYGTDALRFTFCSLASTGRDIKFDMGRVEGYRNFCNKIWNAARYVLDKGEDCGQNGETYELSLADRWIISQLQRTEAEVTRQLDQFRFDLAAQALYEFIWNQYCDWYLELSKPVLWDENAPVERQRGTRRTLVRVLEVALRLAHPFMPFITEEIWQRVAPLAGAQGKTIMLQPWPVANESRIDPAAEDDIEWLKTFMLGLRNIRAEMNIGPGKPLTLFLKNANAEDLRRLNENEALLKKLAKLESVTVLAVGEEAPLSATALVGEMEVLVPMAGLIDKAAELARLDKEILRLKGEVQRVGGKLSNAGFVDKAPAEVIEKERAKLAEAEQALGKLAEQHARIASL NA NA NA NA NA D1-35_01455 366 hypothetical protein ATGGACACTCCAAAACCGCCGCAAAAACCTGCTCACCTGCTGGATGACCTCGAGTCGATCCGCCAACTGCTCGGTGACGATACCTTGCAGCCACCGCTGTTGACCGACACGGTGGAACACGAAGCCGTGCATGACGAGCAGATTCCGCTGCTGTTCGAACCGATCAACGGCCAGCCCGAACCCAAGCCAGCCCCCAATGCCGAACCAAAAGGCCCCGACGCCCTGTTGCATCTGGACCAGGAATTGCGCGCCGCCGCCCAACTGATCCTGCAAGACGTGATCGACGATTTCGCCCCGCACATCGAAACCGAGATCAAGCGCCGGTTGGATGCGCGTATGGAGCGGTTGTTGAGCCAGTACGAATAG MDTPKPPQKPAHLLDDLESIRQLLGDDTLQPPLLTDTVEHEAVHDEQIPLLFEPINGQPEPKPAPNAEPKGPDALLHLDQELRAAAQLILQDVIDDFAPHIETEIKRRLDARMERLLSQYE NA NA NA NA NA D1-35_01456 429 holC COG2927 DNA polymerase III subunit chi ATGACCAAAGTCGACTTCTACATCCTGCCCAGCGCCGATCCCTCGGCGCGACTGGATTTCGCCTGCAAGCTCACCGAGAAAGCCTGGCGCATGGGCCATCGCATCTATCTGCATTGCAGCGATGCCGCTCAGCGCGAAGACCTGGACGCGCGCCTGTGGGCGTTCAAGGGCGAGAGTTTCGTGCCCCACGGTCCGGCCGAAAGCGAACCCGAAGGGCTGATCGTGCTGGGGCTGGGGGAAGACTGCGGTCAGCATCAGGACCTGCTGGTCAATCTCGACCTGAAAGTGCCGGCGTTTGCCCAGCGTTTCGCCCGCGTGGCGGAAGTCGTGGTCGAAGACCCGGCCATCCGCCAAGCCGCGCGGGAGAGTTTCCGTTTCTACCGCGAACAGGGCTATGCTCTGCAAGACCACCGTTTACAGCGACTCTGA MTKVDFYILPSADPSARLDFACKLTEKAWRMGHRIYLHCSDAAQREDLDARLWAFKGESFVPHGPAESEPEGLIVLGLGEDCGQHQDLLVNLDLKVPAFAQRFARVAEVVVEDPAIRQAARESFRFYREQGYALQDHRLQRL NA NA NA NA NA D1-35_01457 1491 pepA COG0260 Cytosol aminopeptidase ATGGAACTGGTTGTAAAAAGCGTCAGCCCAGAAACGTTGAAGACCGCCACGCTGGTGGTTGCCGTTGGTGAGAACCGCCAGCTCGGCGTCGTCGCCACCCAGCTCGACGCCTTGAGCGGCGGCGCCATCAGCGCTGTACTCAAGCGCGGCGACCTGGCCGGCAAGGTCGGCCAGAGCCTGCTGCTGCACAGCCTCCCCAACCTCAAGGCCGAGCGTGTGTTGCTGGTGGGCGTTGGCAAGGACGCTGAACTGGGCGACCGTCCGTTCCGCAAGATCATTGCCGGCGTCTTGGGCACCCTGAAAAACCTGGGCGGTGGCGACGCCGTGCTGGCCTTGGACGAACTGGTTGTAAAAGGCCGCGACAGCTACGGCAAGAATCGCCTGCTGGCCGAGACCCTGGTGGATGGCGAATACCAGTTCGACCAGTTCAAGAGCCAGAAAGCCGAACCCCGTGCGCTGAAAAAAATCACCCTGCTGACCATCAAGGCCGCCCAGGCCGAAGTCCAGCGCGCCGTGACCCACGCCACCGCGATCGCCAACGGCATGGCCTTCACCCGCGACCTGGGCAACCTGCCGCCGAACATCTGCCACCCGACCTTCATGGGTGAACAGGCCAAGGCACTGGGCAAGGAATTCAAGGGTCTGAAGGTCGAGGTCTTCGACGAGAAGAAAATCAAGGACCTGGGCATGGGTTCGTTCTATGCCGTCGGCCAGGGCAGCGCCCAGCCGCCACGCCTGATCGTGATGCAATACAACGGCGGCAAGAAATCCGAGAAGCCGTACGCCCTGGTGGGCAAGGGCATCACTTTCGACACCGGCGGCATCAGCCTCAAGCCCGGCGCCGGCATGGATGAAATGAAATACGACATGGGCGGCGCCGCCAGCGTGTTCGGCACCCTGCGCGCCGTGCTCGAGCTGCAATTGCCGATCAACCTGGTCTGCATCCTCGCCTGCGCCGAGAACATGCCCAGCGGCACGGCTTCGCGCCCGGGCGACATCGTCACCACCATGAGCGGCCAGACCGTGGAAATCCTCAACACCGATGCCGAAGGCCGTCTGGTGCTGTGCGACGCCCTCACCTATTCCGAACGCTTCAAGCCGCAAGCGGTGATCGACATCGCCACGCTGACTGGCGCCTGCGTCGTCGCCCTGGGCGCCCATACCTCGGGCCTGCTGGGCAACAATGACGAGCTGATCGGCCAACTGCTCAGCGCCGGCCAGCAGGCCGACGATCGCGCTTGGCAATTGCCGCTGTTCGATGAGTACCAGGAACAGCTGGACAGCCCGTTCGCCGACATCGCCAACATCGGTGGCCCGAAAGCCGGGACCATCACCGCAGCGTGCTTCCTGTCGCGCTTCACCAAGAACCTGAACTGGGCCCACCTGGACATCGCCGGCACGGCCTGGACCAGCGGCGGCAAGGACAAGGGCGCCACCGGCCGTCCGGTACCCCTGCTGACCCAGTACCTGCTGGACCGCGCCAAGGCCTGA MELVVKSVSPETLKTATLVVAVGENRQLGVVATQLDALSGGAISAVLKRGDLAGKVGQSLLLHSLPNLKAERVLLVGVGKDAELGDRPFRKIIAGVLGTLKNLGGGDAVLALDELVVKGRDSYGKNRLLAETLVDGEYQFDQFKSQKAEPRALKKITLLTIKAAQAEVQRAVTHATAIANGMAFTRDLGNLPPNICHPTFMGEQAKALGKEFKGLKVEVFDEKKIKDLGMGSFYAVGQGSAQPPRLIVMQYNGGKKSEKPYALVGKGITFDTGGISLKPGAGMDEMKYDMGGAASVFGTLRAVLELQLPINLVCILACAENMPSGTASRPGDIVTTMSGQTVEILNTDAEGRLVLCDALTYSERFKPQAVIDIATLTGACVVALGAHTSGLLGNNDELIGQLLSAGQQADDRAWQLPLFDEYQEQLDSPFADIANIGGPKAGTITAACFLSRFTKNLNWAHLDIAGTAWTSGGKDKGATGRPVPLLTQYLLDRAKA NA NA NA NA NA D1-35_01458 1122 lptF COG0795 Lipopolysaccharide export system permease protein LptF TTGATCGTCTTCCGTTATCTATCCCGCGAAGTCCTGCTGACCCTGAGCGCGGTCAGTGCCGTGCTGCTGGTCATCATCATGAGCGGGCGCTTCATCAAGTACCTTGCCCAGGCGGCTTCGGGCGCCCTCGATCCGGGCTCGCTGTTCCTGATCATGGGGTTCCGCCTGCCGGGCTTCCTGCAACTGATCCTGCCGCTGGGATTGTTCCTCGGGATCCTGCTGGCCTACGGTCGCCTCTACCTGGACAGTGAAATGACCGTGCTGTCGGCCACCGGCATGAGTCAGCAGCGTCTGTTTCGCATCACTCTGTTCCCGGCCACATTGGTGGCGCTGGTGGTGGCCTGGCTGAGCCTGAGCCTGTCGCCCCAGGGCGCCAACCAGTTCCAGCTGTTGATCAACCAGCAGGACGCCATGACCGAATTCGACACCCTGGTACCGGGGCGCTTCCAGGCCCTGCGCGACGGGACGCGTGTCACCTACACCGAACAACTGTCGGACGACCGGGTCAACCTCGGCGGCGTCTTTATCACCCAGAAAAACGTCTCTTCGGACACCAAGAAGGACCGCGGCATTTCCGTGCTGGTGGCTGAGAAAGGCCGCCAGGAAATCAACCCCGACGGCAACCGCTACCTGATCCTGGAGAACGGCTATCGCTACGATGGCACCCCGGGACAGGCCGATTACCGGGCGATCAAGTACGACACCTACGGTGTGCTGCTGCCCAAGCCCGATGTCAGCGATGAAGTCACCGACCGCGATGCGATGCCTACCGCCAGCCTGCTGGGCAGTGATGACATCCGCGCCCGCACCGAACTGCAATGGCGCCTGTCGCTGCCGTTGCTGGTGTTCATTGTGACCCTCATGGCGGTCCCGCTGTCGCGGGTCAATCCGCGCCAGGGTCGTTTCCTCAAGCTGCTGCCGGCGATTCTTTTGTATATGGCCTACCTGACCATCCTGATTTCCGCCCGCAGTGCCCTGGAGAAAGGCAAGATCCCGCCGGCCCTGGGCCTGTGGTGGGTGCATTCGATCTTCCTGGTCATTGGCCTGGGCTTGCTCTATTGGGAGCCGTTGCGCTTGAAGCTGGCCAGTCGTCGCAGCGCGCTGGAGGTGGCCCGTGGTTAA MIVFRYLSREVLLTLSAVSAVLLVIIMSGRFIKYLAQAASGALDPGSLFLIMGFRLPGFLQLILPLGLFLGILLAYGRLYLDSEMTVLSATGMSQQRLFRITLFPATLVALVVAWLSLSLSPQGANQFQLLINQQDAMTEFDTLVPGRFQALRDGTRVTYTEQLSDDRVNLGGVFITQKNVSSDTKKDRGISVLVAEKGRQEINPDGNRYLILENGYRYDGTPGQADYRAIKYDTYGVLLPKPDVSDEVTDRDAMPTASLLGSDDIRARTELQWRLSLPLLVFIVTLMAVPLSRVNPRQGRFLKLLPAILLYMAYLTILISARSALEKGKIPPALGLWWVHSIFLVIGLGLLYWEPLRLKLASRRSALEVARG PGPT0023290_1383 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023290-lptF-K07091 NA NA D1-35_01459 1062 lptG COG0795 Lipopolysaccharide export system permease protein LptG GTGGTTAAACTCGACCGCTATATCGGCAGCAGCGTGTTCATGGCGATCCTCGCGGTGCTGGGAATCATTCTTGGCCTGGCGACCCTGTTCGCGTTCATCGACGAGATGGGCGATGTCAGCGATACCTATACATTGCTGGACGTGGCGAGCTACGTGTTGCTGACGGCGCCAAGGCGCCTGTACGACATGTTGCCGATGGCTGCGCTGATCGGTTGCCTGATCGGCCTGGGGAGCCTGGCGAGCAACAGCGAACTGACCATCATGCGCGCCGCCGGCGTGTCCATCGGCCGCATCGTGTGGGCGGTGATGAAACCGATGCTGGTGCTGATGCTGGTCGGGCTGCTGGTCGGCGAGTACGTCGCGCCGGCCACCGAGAACACCGCCCAGGCCAATCGCTCCCTGGCCCAGGGCGGCGGTGATGCCCAAAGCGCCAAGCATGGCTTGTGGCACCGCCAGGGTGACGAGTTCATCCACATCAACTCGGTCCAGCCTAACGGCACGCTGTACGGCGTGACCCGGTATCGCTTCGACGACGAGCGGCACCTGTTGTCGTCGAGCTTCGCCAAACGCGCCAATTTCGCCGAGGATCACTGGCAACTGACCGACGTCACCACCACCTTGTTCCATGACAAGCGCACCGAGGTGGTCGCCGCTCCACAGGAACGTTGGGACGTGCAGATCAGCCCGCAGTTGCTCAGCACCGTCGTGATGGCGCCGGAGTCGCTTTCGATCACCGGTTTGTGGGGTTACATCCACTATCTGGCGGACCAGGGCCTGAACAATGGCCGCTACTGGCTGGCATTTTGGGTCAAGGTATTGCAGCCGCTGGTTACTGCCGCCCTGGTGTTGATGGCGATTTCCTTCATCTTTGGTCCGCTGCGCTCGGTGACCCTCGGCCAGCGCGTCTTCACCGGCGTACTGGTCGGCTTCACCTTCCGCATCGCCCAGGACTTGCTGGGGCCATCGAGCCTGGTGTTCGGTTTCTCGCCGCTGTTCGCCGTGCTGGTGCCGGCCACGATCTGCGCGCTGGCCGGGCTCTGGCTGCTGCGCCGGGCGGGTTGA MVKLDRYIGSSVFMAILAVLGIILGLATLFAFIDEMGDVSDTYTLLDVASYVLLTAPRRLYDMLPMAALIGCLIGLGSLASNSELTIMRAAGVSIGRIVWAVMKPMLVLMLVGLLVGEYVAPATENTAQANRSLAQGGGDAQSAKHGLWHRQGDEFIHINSVQPNGTLYGVTRYRFDDERHLLSSSFAKRANFAEDHWQLTDVTTTLFHDKRTEVVAAPQERWDVQISPQLLSTVVMAPESLSITGLWGYIHYLADQGLNNGRYWLAFWVKVLQPLVTAALVLMAISFIFGPLRSVTLGQRVFTGVLVGFTFRIAQDLLGPSSLVFGFSPLFAVLVPATICALAGLWLLRRAG PGPT0023295_3036 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023295-lptG-K11720 NA NA D1-35_01460 1800 lepA COG0481 Elongation factor 4 GTGAGTGATTTGAGTCATATCCGCAATTTCTCCATCATCGCCCACATTGACCATGGCAAGTCGACGCTGGCTGATCGCTTCATCCAGATGTGCGGCGGTCTGGCCGAGCGTGAAATGGAAGCCCAGGTCCTGGACTCCATGGACCTCGAGCGTGAGCGCGGGATCACCATCAAGGCCCACAGCGTTACCCTCTATTACAAGGCTCGCGACGGCGTCACCTACCAGCTCAACTTCATCGACACCCCCGGCCACGTCGACTTCACCTATGAAGTCAGCCGGTCGCTGGCGGCCTGTGAAGGCGCGCTGCTGGTTGTCGATGCCGGCCAGGGCGTCGAGGCCCAGTCGGTCGCCAACTGCTACACGGCCATCGAGCAAGGCCTGGAAGTCATGCCGGTATTGAACAAGATCGACCTGCCCCAGGCCGATCCGGACCGCGTGAAAGAAGAAATCGAGAAAATCATCGGCATCGACGCCACCGACGCGGTCACTTGCAGCGCCAAGACCGGCCTGGGCGTGGATGAAGTGCTCGAGCGCCTGGTCACTACCATTCCGGCGCCGACCGGCAATATCGAAGATCCGCTGCAGGCGTTGATCATCGACTCGTGGTTCGACAACTACCTGGGCGTGGTCTCCCTGGTTCGCGTGCGCCATGGCCGCGTGAAGAAGGGCGACAAGATCCTGGTCAAGTCCACTGGCAAGATCCACCTGGTGGACAGTGTTGGTGTGTTCAATCCGAAACACACCGCCACCGTCGACCTGAAGGCTGGCGAAGTCGGCTTCATCATTGCCGGTATCAAGGACATCCACGGTGCGCCGGTCGGCGACACCCTGACCTTGAGCTCGACCCCCGACGTCGACGTGCTGCCGGGCTTCAAACGCATTCAGCCGCAGGTCTATGCCGGCCTGTTTCCGGTCAGCTCCGACGACTTCGAGGATTTCCGCGAAGCACTGCAGAAGCTGACCCTGAACGACTCGTCCCTGCAGTACACCCCGGAAAGCTCCGACGCCCTGGGCTTCGGTTTCCGCTGCGGGTTCCTCGGCATGCTGCACATGGAAATCATCCAGGAGCGCCTGGAGCGCGAATACGACCTGGACCTGATCACCACGGCGCCGACGGTAATCTTCGAGCTGCTGCTCAAGAACGGCGAGACCATCTACGTCGACAACCCGTCCAAGCTGCCGGACCTGTCGGCCATCGAGGACATGCGCGAGCCAATCGTGCGGGCGAATATCCTTGTGCCTCAGGAACACCTGGGCAACGTCATTACCCTGTGCATCGAGAAGCGCGGCGTGCAACACGACATGCTGTTCCTCGGCACGCAGGTCCAGGTGACCTACGACTTGCCGATGAACGAAGTGGTGCTGGACTTCTTCGACCGCCTGAAATCCACCAGCCGCGGCTATGCTTCGCTGGACTATCATTTCGATCGTTACCAATCGGCTAATCTGGTGAAGCTGGATGTGCTGATCAACGGCGAAAAAGTCGATGCCCTGGCATTGATCGTGCACCGTGACAACGCGCACTACAAAGGTCGTGCGTTGACCGAGAAGATGAAGGAGCTGATTCCGCGGCAGATGTTCGACGTGGCAATCCAGGCCGCCATTGGCGGGCAGATTGTGGCGCGCACAACCGTCAAGGCACTCAGAAAGAACGTATTGGCCAAATGCTACGGCGGCGACGTCAGCCGTAAGCGCAAGCTGTTGGAAAAGCAGAAGGCCGGTAAAAAACGCATGAAGCAGGTCGGTAACGTGGAAATTCCACAGGAAGCCTTCCTTGCGGTGCTCAGGTTGGATAGTTAG MSDLSHIRNFSIIAHIDHGKSTLADRFIQMCGGLAEREMEAQVLDSMDLERERGITIKAHSVTLYYKARDGVTYQLNFIDTPGHVDFTYEVSRSLAACEGALLVVDAGQGVEAQSVANCYTAIEQGLEVMPVLNKIDLPQADPDRVKEEIEKIIGIDATDAVTCSAKTGLGVDEVLERLVTTIPAPTGNIEDPLQALIIDSWFDNYLGVVSLVRVRHGRVKKGDKILVKSTGKIHLVDSVGVFNPKHTATVDLKAGEVGFIIAGIKDIHGAPVGDTLTLSSTPDVDVLPGFKRIQPQVYAGLFPVSSDDFEDFREALQKLTLNDSSLQYTPESSDALGFGFRCGFLGMLHMEIIQERLEREYDLDLITTAPTVIFELLLKNGETIYVDNPSKLPDLSAIEDMREPIVRANILVPQEHLGNVITLCIEKRGVQHDMLFLGTQVQVTYDLPMNEVVLDFFDRLKSTSRGYASLDYHFDRYQSANLVKLDVLINGEKVDALALIVHRDNAHYKGRALTEKMKELIPRQMFDVAIQAAIGGQIVARTTVKALRKNVLAKCYGGDVSRKRKLLEKQKAGKKRMKQVGNVEIPQEAFLAVLRLDS 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 D1-35_01461 855 lepB COG0681 Signal peptidase I ATGTCGCTAAATTTCCCGCTGTTGCTGGTGATCGCCGTGTTCGTCTGCGGCCTGTTGGCGTTGCTTGATCTGTTGTTCCTGGCGCCTCGGCGTCGGGCCGCCATTGCCTCATATCAGGGCAGCGTCAGCCAGCCTGATGGCGTGGTCATCGAAAAGCTCAACAAGGAACCGCTGCTGGTCGAATACGGCAAGTCGTTCTTCCCGGTGCTGTTCATCGTCCTGGTGCTGCGCTCGTTCCTGGTGGAGCCGTTCCAGATCCCGTCCGGCTCGATGAAGCCGACCCTGGACGTGGGCGACTTCATCCTGGTGAACAAGTTTTCCTACGGGATCCGGCTGCCGGTGATCGACAGGAAAGTCATCGAGATCGGCGACCCGCAACGGGGTGATGTGATGGTGTTCCGCTTCCCGAGCGACCCGAACGTCAACTACATCAAGCGTGTGGTCGGCCTGCCGGGCGACAGGATTCGCTACACCGCCGACAAGCGTCTGTTCGTCAACGGCGAACTGGTGGCCGAGCAGTTGATCGGCTCCGAGCCGGGCACGCTGGGCAGTGCCGAGCTCTACAAGGAAAAACTCGGCGAGGCGGAACACCTGATCCGCAAGGAAATGAGCCGCTACCGCGCCACGCCGGACCATTCATGGACCGTGCCGGCCGGGCACTATTTCATGATGGGCGACAACCGCGACAACTCCAACGACAGCCGCTACTGGGATGATCCGAACATTCCCAGGGACATGCTGGGCATGGTCCCCGACCGCAACATCGTCGGCAAGGCCTTTGCGGTCTGGATGAGCTGGCCGGAACCCAAACTCAGTCACCTGCCGAATTTCTCGCGGGTTGGCCTGATCAAGTAA MSLNFPLLLVIAVFVCGLLALLDLLFLAPRRRAAIASYQGSVSQPDGVVIEKLNKEPLLVEYGKSFFPVLFIVLVLRSFLVEPFQIPSGSMKPTLDVGDFILVNKFSYGIRLPVIDRKVIEIGDPQRGDVMVFRFPSDPNVNYIKRVVGLPGDRIRYTADKRLFVNGELVAEQLIGSEPGTLGSAELYKEKLGEAEHLIRKEMSRYRATPDHSWTVPAGHYFMMGDNRDNSNDSRYWDDPNIPRDMLGMVPDRNIVGKAFAVWMSWPEPKLSHLPNFSRVGLIK NA NA NA NA NA D1-35_01462 627 rnc COG0571 Ribonuclease 3 ATGCTCCTGGCCCTGACTCACCGCAGTTTTGCCGGGCGCAACAACGAACGCCTGGAATTCCTCGGCGATGCCATCCTCAACTTCGTGGCCGGCGAGGCGTTGTTCGAACGCTTCCCCCTGGCGCGGGAAGGCCAGTTGTCGCGTTTGCGTGCACGGTTGGTAAAAGGTGAGACCCTGGCGGTACTGGCCCGTGGTTTTGACCTGGGCGATTACCTGCGCCTGGGCTCCGGCGAGTTGAAAAGTGGCGGTTTTCGTCGCGAATCGATCCTGGCCGATGCCCTGGAAGCGCTGATTGGCGCGATCTATCTGGATTCCGGCATGGAAATGGCCCGCGAGCGGGTGCTGGCCTGGCTGACTTCCGAGATCGACAGCCTGACGCTGGTGGACACCAACAAGGATCCCAAGACGCGCTTGCAGGAATTCCTGCAGTCGCGCAGCTGCGAACTGCCGCGCTACGAAGTGGTGGATATCCAGGGTGAGCCGCATTGCCGAACCTTCTTCGTCGAATGCGAAGTGGTCCTATTGAATGAAAAAAGCCGAGGCCAGGGCGTCAGCCGTCGTATTGCCGAACAGGTAGCGGCCGCTGCAGCACTGATCGCCCTGGGCGTGGAGAATGGCAATGACTGA MLLALTHRSFAGRNNERLEFLGDAILNFVAGEALFERFPLAREGQLSRLRARLVKGETLAVLARGFDLGDYLRLGSGELKSGGFRRESILADALEALIGAIYLDSGMEMARERVLAWLTSEIDSLTLVDTNKDPKTRLQEFLQSRSCELPRYEVVDIQGEPHCRTFFVECEVVLLNEKSRGQGVSRRIAEQVAAAAALIALGVENGND NA NA NA NA NA D1-35_01463 903 era_2 COG1159 GTPase Era ATGACTGATACAACCGTCACCCGCTGCGGCTATGTCGCCATCGTTGGCCGGCCGAACGTGGGCAAGTCGACATTGCTCAACCACATTCTCGGCCAGAAGCTGGCGATCACGTCGCGCAAGCCGCAAACCACTCGCCACAACATGCTCGGCATCAAGACCGAAGGCGCCGTACAGGCGATCTACGTCGACACGCCCGGCATGCACAAGGGCGGCGAGAAGGCCCTGAACCGCTACATGAACAAGACGGCCTCGGCGGCGTTGAAGGACGTTGACGTGGTCATCTTCGTGGTCGACCGCACCAAGTGGACCGAAGAAGACCAGATGGTCCTCGAGCGTGTCCAGTACGTGACCGGTCCCTTGATCGTTGCGCTGAACAAGACCGACCGCATCGAAGACAAGGCCGAGCTGATGCCGCACCTGAGCTGGTTGCAAGAGCAGTTGCCGAATGCCCAGATCATCCCGATCTCTGCCCAGCACGGTCACAACCTCGACGCGCTGGAGCGGGTAATCGCCGAGCACCTGCCGGAAAACGATCACTTCTTCCCCGAAGACCAGATCACCGACCGCAGCAGCCGTTTTCTCGCCGCCGAACTGGTCCGCGAGAAAATCATGCGCCAGATGGGTGCCGAGCTGCCGTACCAGATCACGGTGGAAATCGAAGAGTTCAAGCAGCAGGGCAAGACCCTGCACATCCATGCCTTGATCCTCGTCGAGCGTGACGGCCAGAAAAAAATCATCATTGGCGACAAGGGCGAGCGCATCAAGCGCATCGGCACCGAGGCGCGCAAGGACATGGAGCTGCTGTTCGACTCCAAGATCATGCTCAACCTGTGGGTCAAGGTGAAGGGTGGCTGGTCCGATGACGAGCGGGCGTTGCGCTCGCTGGGTTACGGCGACCTCTGA MTDTTVTRCGYVAIVGRPNVGKSTLLNHILGQKLAITSRKPQTTRHNMLGIKTEGAVQAIYVDTPGMHKGGEKALNRYMNKTASAALKDVDVVIFVVDRTKWTEEDQMVLERVQYVTGPLIVALNKTDRIEDKAELMPHLSWLQEQLPNAQIIPISAQHGHNLDALERVIAEHLPENDHFFPEDQITDRSSRFLAAELVREKIMRQMGAELPYQITVEIEEFKQQGKTLHIHALILVERDGQKKIIIGDKGERIKRIGTEARKDMELLFDSKIMLNLWVKVKGGWSDDERALRSLGYGDL NA NA NA NA NA D1-35_01464 684 recO COG1381 DNA repair protein RecO ATGTCTCAACCCACCGCTCAATCCGCCTACGTCCTCCACAGCCGCGCCTACCGCGAAAGCAGCGCCCTGGTGGACTTCCTCACGCCTCAAGGGCGGCTGCGGGCGGTGTTGCGGGGGGCTCGGGGCAAGGCCGGGACCCTGGCGCGGCCGTTCGTGCCGCTGGAAGTCGAGTTTCGCGGCCGGGGTGAGTTGAAGAATGTCGGGCGCATGGAAAGCAATGGCGTCGCCTCCTGGCTCAATGGCGAAGCGCTGTTCAGTGGCCTGTACCTCAACGAATTGCTGATCCGCCTGCTGCCCGCCGAAGATCCCCATCCCGCCGTGTTCGACCATTACACCGCCACGTTGCTGGCCCTGGCCGAGGGTCGACCCTTGGAGCCATTGCTGCGCTCTTTCGAATGGCGCCTGCTGGATGACCTGGGCTACGGTTTTGCCCTGGACGCCGACCTGCACGGCGATCCTATTGCGGCCGACGGTCTGTATCGCCTGCAAGTGGATGCAGGCCTGGAGCGGGTCTACCTGCTGCAACCGGGACTGTTCAACGGCGTCGAGTTGCTGGCCATGGCGCAAGCCGACTGGACAGCGCCTGGCGCGCTGGCGGCGGCCAAGCGGCTGATGCGCCAGGCCCTGGCGGTTCATCTGGGCGGCCGGCCGCTGGTCAGTCGCGAGTTGTTTCGCAAGCCCTGA MSQPTAQSAYVLHSRAYRESSALVDFLTPQGRLRAVLRGARGKAGTLARPFVPLEVEFRGRGELKNVGRMESNGVASWLNGEALFSGLYLNELLIRLLPAEDPHPAVFDHYTATLLALAEGRPLEPLLRSFEWRLLDDLGYGFALDADLHGDPIAADGLYRLQVDAGLERVYLLQPGLFNGVELLAMAQADWTAPGALAAAKRLMRQALAVHLGGRPLVSRELFRKP NA NA NA NA NA D1-35_01465 744 pdxJ Pyridoxine 5'-phosphate synthase GTGAGTACCAGCAATCGCATTCTTCTCGGCGTCAACATCGACCATGTCGCCACTCTGCGCCAGGCCCGTGGTACGCGTTACCCGGACCCGGTCAAGGCCGCGCTGGACGCCGAAGAGGCGGGCGCCGATGGCATCACCGTGCACTTGCGCGAAGACCGTCGACACATCCAGGAACGCGACGTGCTGCTGCTCAAGGATGTGCTGCAGACTCGCATGAATTTTGAAATGGGCGTGACCGAGGAAATGATGGCGTTCGCCGAACGCATCCGTCCGGCGCACATCTGCCTGGTTCCGGAGACGCGCCAGGAACTGACCACCGAAGGCGGCCTGGATGTAGCGGGGCAGGAGTCGCGGATCAGCCTGGCGGTGGAGCGCCTGTCGAAGATCGGTGCCGAGGTCTCGCTGTTCATCGATGCCGATGAACGGCAGATCGAAGCCTCCAAGCGTGTCGGTGCGCCGGCCATCGAGCTGCACACCGGCCGTTACGCCGACGCCGAGACACCTAAGGACGTGGCCGATGAGCTGCAGCGGGTCGCCGACGGCGTCAGCTTCGGCCTGGCCCAGGGGCTGATCGTCAATGCCGGCCATGGTCTGCATTACCACAACGTTGAAGCCGTCGCGGCCATCAAGGGCATCAACGAGCTGAACATCGGCCACGCGCTGGTGGCCCATGCGTTGTTTGTCGGGTTCAAGTCGGCTGTGGCGGAGATGAAAGCGTTGATCCTGGCGGCTGCCCGACCCTGA MSTSNRILLGVNIDHVATLRQARGTRYPDPVKAALDAEEAGADGITVHLREDRRHIQERDVLLLKDVLQTRMNFEMGVTEEMMAFAERIRPAHICLVPETRQELTTEGGLDVAGQESRISLAVERLSKIGAEVSLFIDADERQIEASKRVGAPAIELHTGRYADAETPKDVADELQRVADGVSFGLAQGLIVNAGHGLHYHNVEAVAAIKGINELNIGHALVAHALFVGFKSAVAEMKALILAAARP PGPT0009170_1169 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009170-pdxJ-K03474 NA NA D1-35_01466 1338 mltF_2 COG4623 Membrane-bound lytic murein transglycosylase F GTGCTGCGGGTGGTTACCCGGAACAGCCCCGCCACCTACTTCCAGGATCGCAATGGTGAGACCGGCTTCGAATACGAGCTGGTGAAGCGCTTCGCCGAGGATTTGGGGGTCGAGCTGAAGATCGAGACCGCTGACAACCTTGACGACCTGTTCAGCCAGGTCGGCAAGCCCAATGGCCCGGTGCTGGCCGCGGCGGGCCTGGTCAGCAGCGAACAGCGCAAGAAACAGGTACGGTTCTCCCACGCCTACCTGGAGGTTACCCCGCAGGTCATCTACCGCAACGGCCAGTCCCGCCCCACCGATGCGGCCGCCCTGGCGGGCAAGAAGATCATGGTGCTCAAGGGCAGCTCCCACGCGGAGCAGCTCGCGCAGTTGAAACAGCAGTATCCGGGAATCGAATACGAGGAATCCGACGCGGTTGAAGTCGTCGACCTGCTGCGCATGGTCGATGAAGGCCAGATCGACCTGACGCTGGTGGATTCCAACGAAGTGGCGATGAACCAGGTGTACTTCCCTAACGTGCGCGTGGCGTTCGACCTCGGCGATGCCCGCAGCCAGAGCTGGGCGGTGGGCCCCGGCGAAGACAACAGCCTGCTCAACGAAATCAACGCCTACCTCGACAAGGTGCAGAAGAACGGCACGCTGCAACGCCTCAAGGACCGCTATTACGGGCACGTCGACGTCCTCGGCTACATGGGCGCGACCACCTTCGCCCAGCATCTGCAGCAACGCCTGCCCAAATACGAGCAACACTTCAAGACCTACGCCAAGAAGGAAAAGGTCGACTGGCGCCTGCTGGCTGCCATCGGCTACCAGGAATCGCTTTGGCAACCGACGGTCACCTCCAAGACCGGCGTGCGCGGCCTGATGATGCTGACCCAGAACACCGCCCAGGCCATGGGTGTGTCCAACCGCCTCGATCCGAAGCAGAGCATCATGGGCGGCGCCAAGTACCTGGCCTATATGAAGGAGCAACTGGACGAGAGCATCGAGGAGCCGGACCGCACCTGGTTCGCCCTCGCCGCCTACAACGTGGGCAGTGGTCACCTGGACGACGCGCGCAAGCTCGCCGCCAAGGAAGGGCTGAACCCGAACAAGTGGCTCGACGTGAAGAAGATCCTGCCGCGCCTGTCCCAGAAACAGTGGTACAGCAAGACCCGCTACGGCTACGCCCGGGGCGGCGAACCGGTGCATTTCGTGGCGAACATCCGTCGCTACTACGACATCCTCACCTGGGTGACGCAGCCACAGCTCGAAGGCGACCAGGTAGCCGAGGGCAACCTGCATGTACCGGGCGTGGACAAGAGCAAGCCTAACCAGGAATCTCCACAGCTCTAA MLRVVTRNSPATYFQDRNGETGFEYELVKRFAEDLGVELKIETADNLDDLFSQVGKPNGPVLAAAGLVSSEQRKKQVRFSHAYLEVTPQVIYRNGQSRPTDAAALAGKKIMVLKGSSHAEQLAQLKQQYPGIEYEESDAVEVVDLLRMVDEGQIDLTLVDSNEVAMNQVYFPNVRVAFDLGDARSQSWAVGPGEDNSLLNEINAYLDKVQKNGTLQRLKDRYYGHVDVLGYMGATTFAQHLQQRLPKYEQHFKTYAKKEKVDWRLLAAIGYQESLWQPTVTSKTGVRGLMMLTQNTAQAMGVSNRLDPKQSIMGGAKYLAYMKEQLDESIEEPDRTWFALAAYNVGSGHLDDARKLAAKEGLNPNKWLDVKKILPRLSQKQWYSKTRYGYARGGEPVHFVANIRRYYDILTWVTQPQLEGDQVAEGNLHVPGVDKSKPNQESPQL PGPT0014715_511 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0014715-yfhD-K18691 NA NA D1-35_01467 3897 purL COG0046 Phosphoribosylformylglycinamidine synthase ATGTTGATCCTGCGCGGCGCTCCTGCCCTTTCTGCCTTTCGCCACAGCAAACTCCTTGAGCAACTGAGCCGATGCGTTCCGGCTGTCAGTGGCTTGTATGCTGAATTCGCTCACTTCGCCGAAGTCACCGGCGGTTTGACCGGCGACGAACAGCAGGTGCTCGCGCGCCTTCTGAAGTACGGCCCCAGCGTTCCCGTCCAGGAACCGACCGGTCGTCTGTTCCTGGTATTGCCGCGTTTCGGCACCATTTCGCCGTGGTCGAGCAAGGCCAGTGATATTGCGCGCAATTGCGGCCTGGCGAAAATCCAGCGTCTGGAGCGCGGCATTGCCTTTTATGTCGCCGGTGAGTTCAGCGAGGCCGAGGCCCAACTGATTGCCGATGGCCTGCATGACCGCATGACCCAGGTCGTTCTGGGCAACCTGGAGCAGGCCGCCGGCCTGTTCAGCCATGCCGAACCCAAGCCGCTGACCGCTATCGACGTGCTGGGCGGTGGCCGCGCCGCGCTGGAAAAAGCCAACGCCGAGCTGGGCCTGGCCCTGGCCGAAGACGAGATCGATTACCTGGTCGACGCCTTCCAGGGCTTGCAGCGCAACCCGCACGACATCGAACTGATGATGTTCGCCCAGGCCAACTCCGAGCACTGCCGCCACAAGATCTTCAACGCCAGTTGGGACATTGACGGTCAGAGCCAGGAAAAAAGCCTGTTCGGCATGATCAAGAACACCTACCAGATGCACAACGAAGGTGTGCTGTCGGCCTACAAGGACAACGCGGCGGTGATCGTCGGCAACGTTGCCGGTCGCTTCTACCCGAACCCTGAGACCCGCCAGTACGGTGCGGTCCAGGAGCCGGTGCACATCCTGATGAAGGTCGAAACCCACAACCACCCAACCGCCATCGCCCCGTTCCCGGGCGCGTCCACCGGTTCCGGTGGCGAGATCCGCGACGAAGGCGCTACCGGCCGTGGCGCCAAGCCCAAGGCCGGCCTGACCGGCTTCACCGTGTCGAACCTGCAGATCCCGGGCTTTGAACAGCCGTGGGAAAAGCCTTACGGCAAGCCTGAGCGCATCGTCAACGCCCTCGACATCATGATCGAAGGCCCGCTCGGCGGCGCGGCATTCAACAACGAATTCGGCCGTCCGGCCCTGACCGGTTACTTCCGTACTTTCGAGCAGTCCATCAACACCCCGCGCGGTGAAGAGGTTCGTGGCTATCACAAGCCGATCATGCTCGCCGGCGGCATGGGCAACATCCGCGCCGAACACGTACAGAAGGGCGAGATCCTGGTCGGCTCCAAGCTGATCGTCCTCGGCGGCCCGGCCATGCTGATCGGCTTGGGTGGCGGCGCCGCTTCCTCCATGGCCACCGGCACCAGCTCGGCGGACCTGGACTTCGCCTCGGTCCAGCGCGAAAACCCGGAAATGGAACGCCGCTGCCAGGAAGTCATCGACCGTTGCTGGCAGCTGGGCGAGCAGAACCCCATCAGCTTCATCCATGACGTCGGCGCGGGCGGCCTGTCCAATGCCTTCCCGGAGCTGGTCAACGACGGCGGTCGTGGTGGTCGCTTCGAATTGCGCAACATTCCGAACGACGAGCCGGGCATGGCCCCGCACGAAATCTGGAGCAACGAATCCCAGGAACGTTACGTCCTGGCGGTCGGCCCGGCCGACTTCGAGCGCTTCAAGGCGATCTGCGAGCGTGAGCGCTGCCCGTTCGCGGTCGTCGGCGAAGCCACCGCCGAGCCGCAACTGACCGTCACCGACAGTCATTTCGGCAACAGCCCGGTGGACATGCCGCTGGAAGTGCTGCTGGGCAAAGCCCCGCGCATGCACCGTTCGGCCGTCCGCGAAGCCGAGCTGGGGGATGATTTCGATCCGTCCACCCTCGACATCGCCGACTCCATCGAGCGCGTCCTGCATCACCCGGCCGTGGCGAGCAAGAGCTTCCTGATCACCATTGGCGACCGCAGCATCACCGGCCTCGTGGCGCGCGACCAGATGGTCGGCCCATGGCAGGTGCCGGTGGCCGACGTGGCCGTGACCGCCACCAGCTTCGACGTTTACACTGGCGAAGCCATGGCCATGGGCGAACGTACCCCGCTGGCGCTGCTGGACGCCCCGGCGTCGGGCCGCATGGCGATCGGCGAGACCCTGACCAACATCGCGGCCTCGCGCATCGGCAGGATCTCCGACATCAAGCTGTCGGCCAACTGGATGTCCGCCGCCGGCCATCCTGGTGAAGACGCCCGCCTGTACGACACCGTCAAGGCTGTCGGCATGGAGCTGTGCCCTGAGTTGGGCATCACCATTCCGGTGGGCAAGGACTCCATGTCCATGGCCACCCGTTGGAACGATGAAGGCGTGGACAAGAGCGTGACCTCGCCGCTGTCGCTGATCGTGACCGGTTTTGCCCCGGTCACCGACATCCGCCAGACCCTGACCCCGCAACTGCGCATGGACAAGGGCACCACCGATCTGATCCTGATCGACCTGGGCCGTGGCCAGAACCGCATGGGCGCCTCGATCCTGGCCCAGGTGCATGGCAAGCTCGGCTCGCAAGCGCCGGACGTCGACGATGCCGAAGACCTGAAGGCGTTCTTCGCCGTGATCCAGGGCCTCAACGCCGACGGTCATCTGCTGGCCTACCATGACCGTTCCGATGGCGGCTTGCTGACCACCGTGATGGAAATGGCCTTCGCCGGCCACTGCGGCCTGAACCTGACCCTGGACAGCGTGGCCGAATCGGCCAGCGAAATCCCGGCCATCCTGTTCAACGAAGAACTCGGTGCGGTGATCCAGGTTCGCCAGGACGCCACCCCGGATATCCTCGCCCAATTCAGCGCCGCCGGCCTGGCCGAGTGCGTCTCGGTGATCGGCCAGCCGATCAACAACGCCCACATCAACATCACCTTCAACGGCGACACCGTCTTCGAAGGCCAGCGCCGCCTGTTGCAGCGCCAGTGGGCCGAGACCAGCTACCAGATCCAGCGCCTGCGCGACAACGCCGACTGCGCCGAGCAGGAATTCGACGCAATCCTGGAAGAAGACAACCCGGGCCTGAGCGCCAAGCTCAGCTACGACGTCAACGACAACGTGGCCGCGCCTTACATCAAGAAAGGCATTCGTCCGCAAGTGGCGGTCCTGCGCGAGCAGGGCGTCAACGGCCAGGTGGAAATGGCTGCGGCGTTCGACCGCGCCGGCTTCAACGCGATCGACGTGCACATGAGCGACATCCTCGCCGGCCGTGTCGACCTGAACGACTTCAAGGGCATGGTCGCTTGCGGCGGCTTCTCCTACGGCGACGTGCTGGGTGCCGGTGAAGGCTGGGCCAAGTCGGCGCTGTTCAACAGCCGCGCCCGCGACGCGTTCCAGGGCTTCTTCGAGCGCACCGACAGCTTCACCCTCGGCGTGTGCAACGGTTGCCAGATGATGTCCAACCTGCACGAGCTGATCCCGGGCAGCGAGTTCTGGCCGCACTTCGTGCGCAACCGCTCCGAGCAGTTCGAAGCGCGCGTGGCGATGGTCCAGGTGCAGGAGTCGAACTCGATCTTCCTGCAGGGCATGGCCGGTTCGCGCATGCCGATCGCCATTGCCCACGGCGAAGGTCATGCGGAATTCGAAAGCGAAGAAGCATTGCTTGAAGCCGATCTGTCCGGTTGTGTGTCGCTGCGTTTTGTCGACAACCATGGCAAGGTCACCGAGACCTACCCGGCCAACCCGAACGGCTCGCCACGCGGGATCACCGGCCTGACCAGCCGCGACGGCCGCGTCACGATCATGATGCCGCACCCGGAGCGGGTATTCCGCGCGGTGCAGAACTCGTGGCGTTCGGACGACTGGAACGAAGACGCGCCATGGATGCGCATGTTCCGCAACGCGCGCGTCTGGGTGAACTGA MLILRGAPALSAFRHSKLLEQLSRCVPAVSGLYAEFAHFAEVTGGLTGDEQQVLARLLKYGPSVPVQEPTGRLFLVLPRFGTISPWSSKASDIARNCGLAKIQRLERGIAFYVAGEFSEAEAQLIADGLHDRMTQVVLGNLEQAAGLFSHAEPKPLTAIDVLGGGRAALEKANAELGLALAEDEIDYLVDAFQGLQRNPHDIELMMFAQANSEHCRHKIFNASWDIDGQSQEKSLFGMIKNTYQMHNEGVLSAYKDNAAVIVGNVAGRFYPNPETRQYGAVQEPVHILMKVETHNHPTAIAPFPGASTGSGGEIRDEGATGRGAKPKAGLTGFTVSNLQIPGFEQPWEKPYGKPERIVNALDIMIEGPLGGAAFNNEFGRPALTGYFRTFEQSINTPRGEEVRGYHKPIMLAGGMGNIRAEHVQKGEILVGSKLIVLGGPAMLIGLGGGAASSMATGTSSADLDFASVQRENPEMERRCQEVIDRCWQLGEQNPISFIHDVGAGGLSNAFPELVNDGGRGGRFELRNIPNDEPGMAPHEIWSNESQERYVLAVGPADFERFKAICERERCPFAVVGEATAEPQLTVTDSHFGNSPVDMPLEVLLGKAPRMHRSAVREAELGDDFDPSTLDIADSIERVLHHPAVASKSFLITIGDRSITGLVARDQMVGPWQVPVADVAVTATSFDVYTGEAMAMGERTPLALLDAPASGRMAIGETLTNIAASRIGRISDIKLSANWMSAAGHPGEDARLYDTVKAVGMELCPELGITIPVGKDSMSMATRWNDEGVDKSVTSPLSLIVTGFAPVTDIRQTLTPQLRMDKGTTDLILIDLGRGQNRMGASILAQVHGKLGSQAPDVDDAEDLKAFFAVIQGLNADGHLLAYHDRSDGGLLTTVMEMAFAGHCGLNLTLDSVAESASEIPAILFNEELGAVIQVRQDATPDILAQFSAAGLAECVSVIGQPINNAHINITFNGDTVFEGQRRLLQRQWAETSYQIQRLRDNADCAEQEFDAILEEDNPGLSAKLSYDVNDNVAAPYIKKGIRPQVAVLREQGVNGQVEMAAAFDRAGFNAIDVHMSDILAGRVDLNDFKGMVACGGFSYGDVLGAGEGWAKSALFNSRARDAFQGFFERTDSFTLGVCNGCQMMSNLHELIPGSEFWPHFVRNRSEQFEARVAMVQVQESNSIFLQGMAGSRMPIAIAHGEGHAEFESEEALLEADLSGCVSLRFVDNHGKVTETYPANPNGSPRGITGLTSRDGRVTIMMPHPERVFRAVQNSWRSDDWNEDAPWMRMFRNARVWVN PGPT0021585_1293 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021585-purL-K01952 NA NA D1-35_01468 312 COG0327 GTP cyclohydrolase 1 type 2 GTGTACAAACTCTGCTTTTTCGTCCCGGCCAGCCATGTGGAGGTGGTCAAAAGCGCTGTATTCGCCGCCGGTGGCGGACGGATCGGCGCGTATGACCACTGCGCCTGGCAAGTGCTGGGCCTGGGCCAGTTTCGCCCCTTGGACGGCAGCCAGCCGTTCATTGGCGAGGCGGGGCACGTCGAGCAGGTCGAGGAATGGAAGGTGGAGCTGGTAGTGGCCGACGGGTTGATCCGGCCTGTGGTGGAGGCGCTGAAGCAGAGCCACCCCTACGAGACACCGGCGTATGAAGTGTGGCGCTTGGAGGATTTCTGA MYKLCFFVPASHVEVVKSAVFAAGGGRIGAYDHCAWQVLGLGQFRPLDGSQPFIGEAGHVEQVEEWKVELVVADGLIRPVVEALKQSHPYETPAYEVWRLEDF NA NA NA NA NA D1-35_01469 1710 gamP COG2190 Putative PTS system glucosamine-specific EIICBA component ATGTACCAGCATTTCATCGAAGGGCTGCAACGCCTCGGCCGGGCGCTGATGCTGCCCATCGCGATCCTGCCGATTGCCGGCCTGCTGTTGCGCCTGGGTGACACGGACCTGTTGAATATCGCCATCATTCACGACGCCGGCCAGGCGATCTTCGCCAACCTGGCACTGATTTTCGCCATCGGCATTGCCGTGGGCTTCGCCCGGGACAACAACGGCACCGCCGGGCTGGCCGGGGCGATCGGCTACCTGGTCATGATCGCGACGCTGAAGGTACTCGACGCGACCATCAACATGGGCATGCTCGCCGGGATCATCAGTGGCCTGCTGGCCGGCGCGCTGTACAACCGTTTCAAGGACATCCGGTTGCCGGAGTACCTGGCGTTTTTTGGCGGCCGGCGTTTCGTGCCGATTGTCACCGGTTTCAGTGCCGTGGGCCTGGGCGTCGTGTTCGGTCTGATCTGGCCGCCGATCCAGCATGGCATCAACGGCTTCGGCGAACTGCTGATGGCCAGCGGCAGCTTCGGCGCGTTCGTGTTCGGCGTGTTCAATCGGCTGCTGATCGTCACCGGCCTGCACCACATCCTCAACAACATGGCCTGGTTCATCTTCGGCAGCTTCACCGACCCGGCGACCGGCGCGGTGGTCACCGGTGACCTGACCCGCTATTTCGCCGGCGACCCCAAAGGCGGCCAGTTCATGACCGGCATGTTCCCGGTGATGCTCTTCGGCCTGCCCGCCGCGTGCCTGGCGATGTATCGCAACGCCCTGCCCCAGCGGCGCAAAGTGATGGGCGGGATCCTGCTGTCGATGGCGCTGACCTCGTTCCTGACCGGCGTCACCGAGCCGATCGAATTCGCCTTCATGTTCCTTGCGCCGCTGTTGTACCTGGTCCACGCGCTGCTCACCGGTCTGTCGATGGCGGTGACCAACCTGTTGGACATTCACCTGGGCTTCACCTTTTCGGGTGGTTTCATCGACATGGTGCTGGGCTGGGGCAAATCCACCAACGGCTGGCTGGTCGTCCCGGTGGGCCTGGCGTACGCGCTGATCTATTACCTGGTGTTCGACTTCTGCATCCGCCGCTTCGATCTCAAGACCCCGGGGCGTGAAGAGATGCCGGCGGGCGACAAACCGGTCATCACCGAAAACCAGCGAGCCGCAGCCTACATCCAGGCGCTGGGCGGCGCCGACAACCTGATCACTGTCGGCGCCTGCACCACTCGCCTGCGCCTGGACATGGTGGACCGCAACAAGGCGTCCGACGCCCAGCTCAAGGCCCTCGGCGCCATGGCCGTGGTTCGCCCGGGCTATGGCGGTAGCTTGCAGGTGGTGGTCGGGCCGATGGCGGACAGCATCGCCGATGAAATCCGCCTGGCATTGCCCTCCTCCGAACAGACGGCCCCTGTCGCTGTACTGGATAGCGTTGAACCGTCACCACAGGTCGGCGCTGTCGAAGCACAGAAATGGCTGGATGCCTTGGGCGGCAATCACAACGTGGTGCAACTGGATTGCGTGGCGATGAGCCGGTTGCGGGTGCAATTGGCCGATGGCAAGGGATTGTCGGAAAGCCAGCTAAAGGCGCTTGGCTGCCAGGGGGTCAGCGCGCTGGAGGATGGCGTGTGGCATTTGTTGCTGGGGGAAAAAGCGCCCGGGGTGTGGCGGGCGTTGGAGGCGGTGGTGGTGAGTCGTAAGGCGGATGTCAAAGCCTGA MYQHFIEGLQRLGRALMLPIAILPIAGLLLRLGDTDLLNIAIIHDAGQAIFANLALIFAIGIAVGFARDNNGTAGLAGAIGYLVMIATLKVLDATINMGMLAGIISGLLAGALYNRFKDIRLPEYLAFFGGRRFVPIVTGFSAVGLGVVFGLIWPPIQHGINGFGELLMASGSFGAFVFGVFNRLLIVTGLHHILNNMAWFIFGSFTDPATGAVVTGDLTRYFAGDPKGGQFMTGMFPVMLFGLPAACLAMYRNALPQRRKVMGGILLSMALTSFLTGVTEPIEFAFMFLAPLLYLVHALLTGLSMAVTNLLDIHLGFTFSGGFIDMVLGWGKSTNGWLVVPVGLAYALIYYLVFDFCIRRFDLKTPGREEMPAGDKPVITENQRAAAYIQALGGADNLITVGACTTRLRLDMVDRNKASDAQLKALGAMAVVRPGYGGSLQVVVGPMADSIADEIRLALPSSEQTAPVAVLDSVEPSPQVGAVEAQKWLDALGGNHNVVQLDCVAMSRLRVQLADGKGLSESQLKALGCQGVSALEDGVWHLLLGEKAPGVWRALEAVVVSRKADVKA PGPT0016860_581 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_N_ACETYLGLUCOSAMINE_PTS_SYSTEM,PGPT0016860-nagE|nagP-K02804 NA NA D1-35_01470 2514 hypothetical protein ATGCCCAATAACAATAAAGAGCTGACCCTCAGCGCCCCGCTCAGCGGTCCGCTGCTCACCCTCGCCAACGTCCCGGACGCGGTGTTCGCCAGCGGCGCGATGGGCGACGGGATTGCCATCGACCCGCTGAACGACACGCTCTACGCACCCTGTGACGGTGAGGTGATCCACGTCGCTCGGACCGGCCACGCCGTGACACTGCGGGCCGACAACGGCGCCGAACTGCTGCTGCACCTGGGGCTGGACACCGTCGAGTTGCAGGGCGACGGGTTCTCGATGCTGGTCAAGCAAGGCGCCCGGGTCAGCAACGGGCAGGCGTTGCTGCGCTATGACCTGGACCGCGTGGCACTGCGCTGCAAAAGCCTGGTGAGCCTGCTGGTCATCACCAATGGCGAGCGCTTCCAGGCACGGCCCATCACCCTCAAAGCGGTCAAGGTCGGCGAGCCGTTGCTGCATATCGTCGCCCGGGCGGCGGGCGAAACCCGCAGCGATGAACCGCAGGTCGGCATCGAAGTGTCCGGCCAGATCCGCATCGTCCATCGAGGTGGCCTGCACGCCCGCCCCGCCGCCCTGGTTCGTCAGACGGCGCAACGCTTCAAGAGCCGCTCGCACCTGCATTTCGGCGACCGCTCGGCGCCGTGTGACAGCGTGATGGGCATGATGGGCCTGGCAATCACCGAGCAGGCCGAAGTCCATGTCAGTTGCCGCGGCAGCGATGCCGAAGCGGCGTTGCAAGCGTTGTTGAAGACATTATCCACAGCCTTGGCCGAAGAGGTTCACGCCGACACGCCACGGGTCCAGGCGCCGAACCATGCCGCCGAGGATGGCGTGCTGCAGGGTGTCTGCGCCGCACCCGGCCTGGTCACCGGCCCGCTGGTTCGATTGGAGGGCATTCAATTGCCCGAGGACCCCGGTGGTCACGACGTTGAAGAACAACGACAACGGCTGCGCCAAGCCCTGGAGCAGGTCAGCCGCGACATCGGTGTTACGTTGGAAAACGCCAAGGCCCGGCACCACGCGGATGAGCAGGCGATTTTCAGCGCTCATCTGGCGCTGCTGGAAGACCCGGTCCTGCTGGACGCCGCTTACCTTTCCATTGATCAGGGTTGCGCGGCGGCCCACGCCTGGAGCCGCTCCATCGACGTGCAGTGCCAGGTGCTGCGGCAATTGGGCAGCACGTTGTTGGCCGAGCGCGCCAATGATCTGCGCGACTTGCGTCAGCGGGTCTTGCGGGTGTTGCTTGGTGAAGCGTGGCAATTCGACGTGCCGGTGGGCGCGATTGTCGCCGCGCAGGAGCTGACCCCCTCGGACCTGCTGCAACTCGGCGCCCAGGGCGTGGCCGGCGTATGCATGGCCGAAGGCGGCGCGACGTCCCACGTAGCGATCCTGGCCCGGGGCAAAGGCCTGCCCTGCCTGGTGGCGTTGGGCGAGGCGCTGCTCGAACAGGCGCCGGGGCGAACGGTGGTGCTGGACGCTGACAATGACCGCCTCGAACTCACGCCCAGCGCCGAGCGCCTGACGCAGGTCCGCCAAGCCCAAGCCCAACGCGCCGCCCTGCGCACCTGGCATCAGTCCCTGGCCCACACGCCGGCGCGAACCGTTGATGGGGTCGATGTCGAAATCGCCGCCAACGTCGCTTCCAGCGCCGAAGCGGGCGAGGCCTTCGCCAACGGTGCCGATGGCGTCGGTTTGTTGCGCACCGAATTTCTTTTTGTCGACCGTCACACGGCCCCCGACGAAAGCGAGCAACGCCAGGCCTATCAAGCCGTGCTCGATGCCATGGGCGACAGGCCGGTGATCATCCGCACCATTGATGTCGGCGGCGACAAGCAGCTGGATTACCTGCCGCTGCCGGCCGAAGCCAACCCGGTGCTCGGCCTGCGCGGCATACGCCTGGCCCAGGTACGCCCGGAATTGCTCGATCAACAGTTGCGCGCCCTGCTGCAGACCCGTCCGTTGAATCGCTGCCGAATCCTGTTGCCAATGGTCACCGAAGTCGACGAACTGCTGCACGTCCGCCAGCGCCTTGATGCCTTGGGCACCGAGCTGGGCCTGGGCGAGCGTCCGCATCTGGGGGTGATGATCGAAGTGCCGGCCGCCGCCCTGCTCGCCGAGCAACTGGCCGAGCACGCGGACTTCCTGTCCATCGGCACAAACGACCTGTCCCAGTACACCCTCGCCATGGATCGCGACCACGCCGGCCTCGCCGCCCGGGTCGATGCCCTGCACCCGTCGCTGTTGCGGCTGATCGCCCAGACCTGCGCCGGCGCGGCCAGGCATGGACGCTGGGTCGGCGTGTGTGGCGCCCTGGCTTCCGATCCCCTGGCGACACCGGTGTTGATCGGGCTGGGTGTACGGGAGCTATCGGTCAGCCCGCCACAGATTGGTGAAATCAAGGACCGCGTGCGCCACCTCGACGCTGCCCAATGCCGCCGCATCAGTACCGATTTGCTGAATCTGCCGAGCGCCGCCGCTGTGCGCCAGGCCTGTCACCAACACTGGCCTCTGGGCTGA MPNNNKELTLSAPLSGPLLTLANVPDAVFASGAMGDGIAIDPLNDTLYAPCDGEVIHVARTGHAVTLRADNGAELLLHLGLDTVELQGDGFSMLVKQGARVSNGQALLRYDLDRVALRCKSLVSLLVITNGERFQARPITLKAVKVGEPLLHIVARAAGETRSDEPQVGIEVSGQIRIVHRGGLHARPAALVRQTAQRFKSRSHLHFGDRSAPCDSVMGMMGLAITEQAEVHVSCRGSDAEAALQALLKTLSTALAEEVHADTPRVQAPNHAAEDGVLQGVCAAPGLVTGPLVRLEGIQLPEDPGGHDVEEQRQRLRQALEQVSRDIGVTLENAKARHHADEQAIFSAHLALLEDPVLLDAAYLSIDQGCAAAHAWSRSIDVQCQVLRQLGSTLLAERANDLRDLRQRVLRVLLGEAWQFDVPVGAIVAAQELTPSDLLQLGAQGVAGVCMAEGGATSHVAILARGKGLPCLVALGEALLEQAPGRTVVLDADNDRLELTPSAERLTQVRQAQAQRAALRTWHQSLAHTPARTVDGVDVEIAANVASSAEAGEAFANGADGVGLLRTEFLFVDRHTAPDESEQRQAYQAVLDAMGDRPVIIRTIDVGGDKQLDYLPLPAEANPVLGLRGIRLAQVRPELLDQQLRALLQTRPLNRCRILLPMVTEVDELLHVRQRLDALGTELGLGERPHLGVMIEVPAAALLAEQLAEHADFLSIGTNDLSQYTLAMDRDHAGLAARVDALHPSLLRLIAQTCAGAARHGRWVGVCGALASDPLATPVLIGLGVRELSVSPPQIGEIKDRVRHLDAAQCRRISTDLLNLPSAAAVRQACHQHWPLG NA NA NA NA NA D1-35_01471 1023 hypothetical protein TTGTCTTCCAGAATGCTTGAAGAGGCCCTCGCCTCGTCCGATGCCGTCGAGCGCCAGTTGCAGCGACTGGATCCGGCCCTGCAGGAAATCGCCGGACGCCTGCGCCGCCAGCCGCCGCAAGTGGCGATGACCGTCGCCCGGGGCAGCTCCGATCATGCCGCCAGTTACTTCGCCTACCTGACCATGCAGCACCTGGGCTTGCCGGTGGCGTCGTTGCCCATGTCGGTGGTAACCCTGCAACAGGCGCCGCTCAAGGTCAGCGGCCAGGTGGCCTTTGCCTTTTCCCAATCCGGGCAGAGCCCCGACCTGGTGAACAGCCTGCGTCTGTTGCGCAAGCGTGGCGCGCTGAGCGTGGCGATGGTCAACGCCGAGGATTCGCCGCTGGAGGCTGCCTGTGAATTCAGCGTGCCGCTGTGCGCCGGCGTCGAAAACAGCGTCGCCGCGACCAAGAGTTTCATCGCCACCCTCAGCGCCAGCACGCGGCTGGTGGCGCACTGGAAGGACGATTCCGAGTTACTGGAGGCTGGCCGCGCGTTGCCCGAAGGCTTGCGCGACGCCGCGCGCCAGGATTGGAGCCCGGCCGTCGAGGCCCTGCGCGACTGTACCCGGTTGATGGTGATCGGCCGTGGCGCCGGGTTCGCCATCGCCCAGGAAGCGGCGCTCAAATTCAAGGAAACCTCGGCGATTCAAGCCGAGGCCTTCAGCAGCGCCGAAGTCCGTCACGGGCCGATGGCGCTGATCGACGAACACTATCCGCTGCTGGTCTTCGCTCCGCGGGGAGCCGAGCAGGCCGGCGTGTTGAGCCTGGCCGCCGACATGCGCCAACGCGGCGCGCGGGTATTGCTGGCGGCCCCCGATGACATTGCCGAACGCGACCTGACGCTGTCCCGCGCCGAACACCCGGCCCTGGACCCGATCCTGGCGATCCAGAGCTTTTATGGCATGGCCGCCCGGCTGGCCGTGGCCCGAGGCCTGGATCCGGACCAGCCACGGCACTTGAGCAAGGTCACCCGAACCCACTGA MSSRMLEEALASSDAVERQLQRLDPALQEIAGRLRRQPPQVAMTVARGSSDHAASYFAYLTMQHLGLPVASLPMSVVTLQQAPLKVSGQVAFAFSQSGQSPDLVNSLRLLRKRGALSVAMVNAEDSPLEAACEFSVPLCAGVENSVAATKSFIATLSASTRLVAHWKDDSELLEAGRALPEGLRDAARQDWSPAVEALRDCTRLMVIGRGAGFAIAQEAALKFKETSAIQAEAFSSAEVRHGPMALIDEHYPLLVFAPRGAEQAGVLSLAADMRQRGARVLLAAPDDIAERDLTLSRAEHPALDPILAIQSFYGMAARLAVARGLDPDQPRHLSKVTRTH PGPT0017630_7038 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D1-35_01472 1107 agaA COG1820 N-acetylgalactosamine-6-phosphate deacetylase ATGTCCGAAGACAACATCCTCACCGCCAACGGCTGGATACGCGGCCGCCTGGTCCACGAACACGGCAAGGTCGCGGCCATCGAAGGCCAGCCCTGCGACCCGGCGAGCAACGACCTGCCCTATCTGCTGCCCGGCTTCATCGACCTGCATGTGCACGGCGGTGGCGGCAAGGACATCATGGAGGGCGCGACGGCGTTCGAGACGATCGCCCGAACCCACGTGCGCTTCGGCACCACGTCGCTGCTCGCCACCACCATGACGGCACCGAGCGAAGAAATCGCCGGGGTGCTCAAGGCCCTCGGCGAATACTGCGAACAGCGGCCCGGCGGCAGCGCGCGGGTGCTCGGCGTGCATCTGGAAGGGCCTTATATCAACCCCGGAAAACTCGGCGCCCAACCGAATTTCGCCCACACCGCGTTGATGGCGGAAGTGGAGGCTTATCTCGCCCTGGCGCCGATCCGGGTGATCACCATTGCGCCGGAAATCGCCGGGCACGATGCCTTGATCCGCGCCCTCAGCGCCCGCGGCGTGCGCATGCAGATCGGCCATACCCTCGGCAGCTACGAAGAAGGCGTCGCGGCGCTGGCCGCCGGGGCCAGCAGTTTTACCCATTTGTATAACGCCATGAGCCCGCTGCATCACCGCGAACCGGGCATCGTCGGCGCGGCGCTGGCCCATGCGCAATATGCCGAATTGATCCCGGATCTGCTGCACGTTCACCCCGGGGCCATGCGCGTGGCCTTGCGTTCGATCCCGTGCCTGTATTGCGTCACCGACTCGACGGCCGCCGCCGGGATGCCCGACGGCGAATACAAGCTGGGCAGCCACACCGTGACCAAATGCCTGGGCGGCGTGCGGCTGGCCGACGGCACGCTGGCCGGCAGCACCCTGACCATGGACCAGGCCCTGCGCAACCTGGTGAAGATCGGCCTGCCCATCGCCGAAGCCTCGCAACGCCTGTCGCAATTTCCCGCCGATTATCTCGGCCTGCCCGAACGCGGACGCCTGCGCCCCGGCGCCTGGGCCGACTGTGTGCGCCTTGACCGTTCCCTGAACCTGACCGACGTGATGGTCGAAGGAGAAGCCATTGTCTTCCAGAATGCTTGA MSEDNILTANGWIRGRLVHEHGKVAAIEGQPCDPASNDLPYLLPGFIDLHVHGGGGKDIMEGATAFETIARTHVRFGTTSLLATTMTAPSEEIAGVLKALGEYCEQRPGGSARVLGVHLEGPYINPGKLGAQPNFAHTALMAEVEAYLALAPIRVITIAPEIAGHDALIRALSARGVRMQIGHTLGSYEEGVAALAAGASSFTHLYNAMSPLHHREPGIVGAALAHAQYAELIPDLLHVHPGAMRVALRSIPCLYCVTDSTAAAGMPDGEYKLGSHTVTKCLGGVRLADGTLAGSTLTMDQALRNLVKIGLPIAEASQRLSQFPADYLGLPERGRLRPGAWADCVRLDRSLNLTDVMVEGEAIVFQNA PGPT0018860_3627 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 D1-35_01473 732 nagR_2 COG2188 HTH-type transcriptional repressor NagR ATGAACGACATCCAGACCCTGCGCCCTGACGATACCCAACCCACCCCGCTCTACCTGCAACTGGCCCGCAACCTGGAAGCCGCCATCCACGCCGGCCAATGGAAAGCCGAGCAGGCAATGCCGTCCGAGCGCAGCTTGAGCGAACAACTCGGCATCTCCCGGGTCACCGCCCGCAAAGCGCTGGAAGTGCTGTTCGAACAAGGCCTGATCCGCCGTAACCAGGGTTCGGGCACGTTCATCACCCCGCGCCTGGAACAACCGCTGTCACGCCTCAGCGGCTTCAGCGAAATGCTCCGGCTCAAGGGCTTCGTGCCCGGTTCGCAATGGCTGGAGCGCGAGATCACCCCGCCGACCCACGAAGAACTGATCCGCCTGGGCCTGTCGCCCACCGACAAAGTCGCGCGGCTCAAGCGCCTGCGCAAGGCCGATGACACGGTCATGGCGATTGAAATGAGCACGCTGCCGGCATCGATCATTCCCAAGCCACAGGCGGTGGGCGATTCGCTGTACGAGTTCCTCGATGGCATTGGCAAACCGGTCGTTCGCGCGCTGCAGCACATCCAGGCGATCAACGCTTCCGATGAATTCGCCGCCCTGGTGGGCATCGCCCCCGGCACCGCGATGTTGCTGATGACGCGGGTCGGCTACCTGGAAGACAACACGCCCATCGAAGTCACCGACACCTATTGTCGCAACGACTACTACGACTTTGTCGCCGAGCTGCGGCGCTAG MNDIQTLRPDDTQPTPLYLQLARNLEAAIHAGQWKAEQAMPSERSLSEQLGISRVTARKALEVLFEQGLIRRNQGSGTFITPRLEQPLSRLSGFSEMLRLKGFVPGSQWLEREITPPTHEELIRLGLSPTDKVARLKRLRKADDTVMAIEMSTLPASIIPKPQAVGDSLYEFLDGIGKPVVRALQHIQAINASDEFAALVGIAPGTAMLLMTRVGYLEDNTPIEVTDTYCRNDYYDFVAELRR NA NA NA NA NA D1-35_01477 309 hypothetical protein ATGATCAAAGAAACCCCAAACCCGCCAAACCCCGCCGACCGCGCTATGGACCAGAATCCCAAGCCGGACGACAGCGACTCAGAACCCCAACCCTCGACCCAACTGTTCAACGTGACGGACTGCATCGACACCGAAACCCTGCTAGCCAACCTCAGCGAAACCCTGGCCTCGGCCAATGCAATGCTCAGCGACCTGGCATTCAGTCTCGAAGGCTCACGACGGCACGTAGCATTGGGAGTGGTGCAGATGATTGAGCTCGGGGAATTGCTGACAAACAAGGCCTTGGATCGGGTCGAGCTTCGGATTTGA MIKETPNPPNPADRAMDQNPKPDDSDSEPQPSTQLFNVTDCIDTETLLANLSETLASANAMLSDLAFSLEGSRRHVALGVVQMIELGELLTNKALDRVELRI NA NA NA NA NA D1-35_01478 507 hypothetical protein ATGCGCTGGTTGCTTGTCCTGTTTTGCCTGTCGTTCACCGCTGTGTCCCAAGCCGCCGCCGTGGGAACCTATAACGGCAAGGTCATTGAAAAAGTCCTGGTGCTGAAGTCCGCCCATCAATTGCAATTGATCAACGACGGCAAGCCGCTGAAGACCTATCGCATCTCCCTGGGCAAGGGCGCCAAGAAAGGCCCCAAGCTGATCGAAGGCGACAAGCGCACCCCCGAGGGTTTCTACTGGCTGGACTGGCGCAAGACCAGCGAGCGCTTCTATCTGTCGATGCACATTTCCTACCCCAACATCAGCGACGCCGCCCGCGCCCGCCGCGAAGGCGTGGAGCCGGGGGGAATGATCATGATCCATGGCACGCCGGATTCGGAGGAGAACCCGGAGCAGTTGTTCCATACGCTGGACTGGACCGATGGCTGTATCGCCATGCGCAATGTGGACATGCGTGAGGTGTGGAACCTGGTGCCGGATGGGACGATGATCGAGATTCGCCCGTAA MRWLLVLFCLSFTAVSQAAAVGTYNGKVIEKVLVLKSAHQLQLINDGKPLKTYRISLGKGAKKGPKLIEGDKRTPEGFYWLDWRKTSERFYLSMHISYPNISDAARARREGVEPGGMIMIHGTPDSEENPEQLFHTLDWTDGCIAMRNVDMREVWNLVPDGTMIEIRP NA NA NA NA NA D1-35_01479 552 nudC_1 NADH pyrophosphatase ATGAAATTCTGCAGCCAGTGCGGTAACCCGGTGACCCAGCGCATACCCGAGGGCGACTCGCGCCTGCGCTTCGTCTGCGACACCTGCCACACCATCCATTACCAGAACCCCAATATCGTTGCCGGATGTGTACCGACCTGGGGTAGCAAAGTCCTTTTATGCCGCCGCGCCATCGAACCGCGCCGCGGTTATTGGACGTTGCCGGCGGGCTTCATGGAAAACGGCGAGACCGTCGAGCAGGCCGCCGTCCGTGAAACCGCCGAGGAAGCCTGCGCCCGGGTGCGAAACCTGAGCATCTATACGCTGATCGACGTACCGCACATCAGCCAGGTGCATGTATTCTTCCGCGCAGAGCTGGTCGACATTGATTTTGCCGCCGGGCCCGAGAGCCTGGAAGTGCAGCTGTTCGAAGAAACCGAGATTCCGTGGGACGAGCTGGCTTTCCGCACGGTGGGCCGTACCCTGGAATACTTTTACGCGGACCGACGGGCCGAGGATTTCCCGGTGCGATCCGAGTCGATACCGCCGCTGGCCCAGCCTGCCAATACCTGA MKFCSQCGNPVTQRIPEGDSRLRFVCDTCHTIHYQNPNIVAGCVPTWGSKVLLCRRAIEPRRGYWTLPAGFMENGETVEQAAVRETAEEACARVRNLSIYTLIDVPHISQVHVFFRAELVDIDFAAGPESLEVQLFEETEIPWDELAFRTVGRTLEYFYADRRAEDFPVRSESIPPLAQPANT PGPT0008680_25 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008680-NUDT23-K18453 NA NA D1-35_01480 600 nudL putative Nudix hydrolase NudL ATGCTGGACGAGCTACTGCATCGAGTAAGCAACCATACGCCGCGTGATCTGGAGACCGATCGGCGTTTCCCTGAAGCGGCGGTGCTGGTGCCGATCACCCGCAGCGACGAGCCGGAACTGGTCCTGACTTTGCGCGCCAGTGGGCTCTCGACCCACGGCGGCGAAGTGGCTTTCCCCGGCGGGCGCCGCGACCCGGAAGACCCGGACCTGATCTTCACTGCCCTGCGCGAAGCCGAAGAGGAAATCGGCCTGCCGCCTGGCCTGGTGGAAGTGATCGGCCCTCTCAGCCCGCTGATTTCCCTACACGGCATCAAGGTCACCCCCTATGTCGGGGTGATTCCCGATTACGTCGAGTACCAGGCCAACGATGCCGAGATCGCCGCGGTCTTCAGCGTGCCGCTGGAGTTTTTCCGCAAGGACCCGCGCGAACACACCCACCGCATCGATTACCAGGGGCGCAGCTGGTACGTGCCCAGTTATCGCTTCGGCGAATACAAGATCTGGGGCCTGACGGCGATCATGATCGTCGAGCTGGTCAACCTGCTGTACGACGCCGGTATCGACCTGCACACACCGCCCAACAGTTTCATCAATACCTGA MLDELLHRVSNHTPRDLETDRRFPEAAVLVPITRSDEPELVLTLRASGLSTHGGEVAFPGGRRDPEDPDLIFTALREAEEEIGLPPGLVEVIGPLSPLISLHGIKVTPYVGVIPDYVEYQANDAEIAAVFSVPLEFFRKDPREHTHRIDYQGRSWYVPSYRFGEYKIWGLTAIMIVELVNLLYDAGIDLHTPPNSFINT NA NA NA NA NA D1-35_01481 525 yrdA_1 COG0663 Protein YrdA ATGAAATACCGCCTGGGCGATGCCCGTGTCGAAACCCACCCACAGAGCTGGGTTGCGCCCAACGCCACGCTGGTGGGCAAGGTCCGCCTCGAAGAAGGCGCCAACGTCTGGTTCAACGCCGTGCTGCGCGGCGACAACGAACTGATCCTGATCGGCAGGAACAGCAACGTGCAGGACGGCACGGTGATGCACACCGACATGGGCTTTCCGCTGACCATCGGCACCGGCGTGACCATCGGCCACAACGCGATGCTCCACGGCTGCACGGTGGGGGACTACAGCCTGATCGGCATCAACGCGGTGATCCTCAACGGCGCGAAGATCGGCAGGAATTGCATCATCGGCGCCAACTCGCTGATCGGCGAAGGCAAGGAGATTCCCGATGGTTCGCTGGTGATGGGCTCGCCGGGCAAGGTCGTGCGCGAGCTGACCGAGGCCCAGAAGAAGATGCTCGAAGCCAGCGCGGCGCACTATGTGCACAACTCGCAGCGTTATGCCCGCGACTTGGTCGAGCAAGAACAATGA MKYRLGDARVETHPQSWVAPNATLVGKVRLEEGANVWFNAVLRGDNELILIGRNSNVQDGTVMHTDMGFPLTIGTGVTIGHNAMLHGCTVGDYSLIGINAVILNGAKIGRNCIIGANSLIGEGKEIPDGSLVMGSPGKVVRELTEAQKKMLEASAAHYVHNSQRYARDLVEQEQ NA NA NA NA NA D1-35_01482 210 hypothetical protein ATGAACCCGGCTGAACGTCCGGTTCCCTCGCCCTGCGTGAACATCTGCGCGCTGGATGATGACGACATCTGCACCGGCTGCCAGCGCACGGTGGCGGAAATCACCCGCTGGAGCCGGATGGACAATGAAGAGCGGCGCGGCGTTCTGGCGTTGTGTCACGAACGGGCCAAGGCCAGTGGGTTGGTGTGGATGTTGCCGGCAAAACCTTGA MNPAERPVPSPCVNICALDDDDICTGCQRTVAEITRWSRMDNEERRGVLALCHERAKASGLVWMLPAKP PGPT0013210_1424 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013210-ydhL-K06938 NA NA D1-35_01483 609 hypothetical protein ATGGCGGCACTGCTTGGCTGGGCGGGACTGAGCATCCAGTTGTATCTGATCTTGCTCGGGCGTTGGGAGCTGGGCGCGAGCCTGCTGGGCGGGCTGGTGAATTGCTTCAGTTTTTTCACGGTGCTGACCAACACGCTGGTGGCCGTGGTGCTGAGCTTCGAACTGACCCACCGCGATTCAGCGGCGCGGCGCTGGTTCCTCGGGCCAGCGGTATGCAGCGGCATCGCCGTGAGCATTGCCCTGGTCGGCCTGGCCTACAGCCTGCTGCTGCGCCATCTCTGGCAACCCGAAGGCTGGCAGTTTATCGCCGACGAACTGCTGCACGACGTGATGCCCGTGCTGTTCATCGGCTACTGGTGGTTCTGCGTGCCCAAGGGCAGCTTGCGCCTGCGCCACATCGGGCTGTGGATGCTTTATCCCTTGGTGTACTTCGGTTATATCCTGCTGCGTGGCAATCTGCTGGCGGCTTACCCCTACCCTTTCATCGATGTTGCGACTCTGGGTTATCCACAGGTACTGATCAATGCCGGGGGGATATTGGCGGGGTTTGTCGGGATCGCGCTGGGGGTGGTGGGATTGGATTGGTGGCTGGGGCGGCGGCCCCACTAA MAALLGWAGLSIQLYLILLGRWELGASLLGGLVNCFSFFTVLTNTLVAVVLSFELTHRDSAARRWFLGPAVCSGIAVSIALVGLAYSLLLRHLWQPEGWQFIADELLHDVMPVLFIGYWWFCVPKGSLRLRHIGLWMLYPLVYFGYILLRGNLLAAYPYPFIDVATLGYPQVLINAGGILAGFVGIALGVVGLDWWLGRRPH NA NA NA NA NA D1-35_01484 366 hypothetical protein ATGGATCCTTTCGGATTCGGTAACAGTCAAACGGGCTTCAACGACGCGGCCACTGCTTTCAAAGCGCGGCGCTTCCACCCGAACGGCACCTCGGCTAAGGTGCGCGGCATATCACTTACCTGGCGTACAGGCTTCATGACCGAACACAACGACAACCCACTGCACGGCGTGACGCTGGAGCAGATCCTCAATGCCCTGGTGCAGCACTACGAGTGGTCGGGCCTGGCCGAACGCATCGATATCCGCTGTTTCAAGAGCGACCCCAGCATCAAGTCGAGCCTGACCTTCCTGCGCAAGACGCCGTGGGCGCGGGAAAAAGTCGAGCGCCTGTACATCAAGCTGATGCGCACGAAACGGCCGGTCTGA MDPFGFGNSQTGFNDAATAFKARRFHPNGTSAKVRGISLTWRTGFMTEHNDNPLHGVTLEQILNALVQHYEWSGLAERIDIRCFKSDPSIKSSLTFLRKTPWAREKVERLYIKLMRTKRPV NA NA NA NA NA D1-35_01485 2415 gcd COG4993 Quinoprotein glucose dehydrogenase ATGAGCACTGAGGGTGCTTTGAGTCGAAGCCGTCTGCTACCGAGCCTGCTCGGCATTCTGCTTCTGTTGATGGGCCTGGCCCTGTTGGCCGGGGGAATCAAGCTGAGCACGCTCGGCGGCTCGCTGTATTACCTGCTTGCCGGTATCGGCCTGGCGCTCACCGGCGTCCTGCTGATCCTGGCCCGCCGTGCGGCGTTGGGGCTGTACGCGCTGGTGCTGTTCGCCAGTACCGTTTGGGCCCTGTGGGAAGTGGGCCTGGACTGGTGGCAACTGGTGCCGCGCCTGGCGATGCTGTTTGCCCTGGGCATCGTCTTGCTGCTGCCATGGTTCCGCCGCCCGTTGCTGACTGCCGATGCGTCGCCGATGGGCACCCGCGCATTGGGCGCTGCGGTGATCATCGCGGGTATCGCCGCGCTCGCCAGCCAGTTCACCAACCCGGGTGAAATCAAGGGCCAACTGGACCGCGACAGCGTGCCCGGCATGGCCAACACCGCACCGGCGATGCCGGACGGGGACTGGAACTCCTACGGCCGCAGCGCCCACGGCGACCGTTATTCGCCGCTGGCGCAGATCACCCCGCAGAACGTCGGCCAGTTGAAGGAAGCCTGGACGTTCCGCACCGGTGACCTGCCAGGGCCGAACGACCCGGGCGAGACTACCGCTGAAAACACCCCGCTCAAGGCCAACGGCATGCTCTACGTGTGCACGCCGCACAGCCAGGTGATTGCGCTGGAGCCTGAAACCGGCAAGGAAATCTGGCGTTTCGATCCGAAGCTTTCCACGCAGAATGCGGAAAACTTCAAGGGTTGGGCCCACATGACCTGCCGCGGTGTGAGCTATCACGATGACGCCGTGTACGCCTCGGCCGAGCAGAGCCCGACCGGCGCCGCCAGCACCACGCCCGCCAGCACCGTGTGCCCACGACGGATCTTCCTGCCAACCGCCGACACCCGCCTGATCGCCCTCAACGCCGACACCGGCAAGATGTGCGAAGACTTCGGCGACAAGGGCCAGGTCGACCTGACCGCCAACATCGGTGGTTTCACCGCCGGCGGTTACTACTCCACCTCGCCGCCGGCGGTCACCCAGAACCTGGTCGTGATCGGCGGCCACGTCACCGATAACGTTTCCACTGACGAGCCAAGCGGTGTAATCCGTGCCTACGACGTGCACACCGGCAAACTGGTGTGGAACTGGGACAGCGGCAACCCGGACGACACCACGCCGATTGCCGAAGGCCAGACTTACACCCGCAACTCGCCAAACATGTGGTCGATGTTCAGCGTCGACGAAAAACTCGGCATGCTCTACCTGCCGATGGGCAACCAGACGCCCGACCAGTTCGGTGGTTTCCGCACGCCCGAGTCGGAAAAATACGCTGCCGGCCTGACCGCGCTGGACATCGCCACCGGCAAGGTGCGCTGGTACTTCCAGTTCACCCACCACGACCTGTGGGACATGGACGTCGGCGGCCAGCCGACCCTGATGGACCTCAAGACTGCTGATGGCGTGAAACCGGCCGTGCTGGCTTCGACCAAGCAGGGCAGCATCTATGTGCTGGACCGCAGCAACGGCCAGCCGATCGTGCCGATCAAGGAGATCCCGGTGCCGCAAGGCGCGGTGGAAGGCGACTTCACTTCACCGACCCAACCTATGTCCGACCTGAACTTCGTGCCGCCGGTCCTTAAGGAACGCGACATGTGGGGCGTGACCCCGTTCGACCAGATGCTGTGCCGGATCGACTTCAAGTCGCTGCGCTATGAGGGCATGTTCACACCGCCGTCGTTGCAGGGCTCGATCGTCTATCCAGGCAACTTCGGTGTGTTCGACTGGGGCGGTATCTCGGTGGATCCGGTGCGCCAGATCGCTTTCGTCAACCCGAGCTACATGGCGTTCAAGTCGAAACTGGTGCCGGCGGCGGAAGTCGCGGGTGGTCCGGGTCGCAAGAGCGAAACCGAAGGCGTGCAGCCGAACAAGGGCGCGCCGTACGGCGTAATCCTCGAGGCGCTGCTTTCGCCAATGGGCCTGCCTTGCCAGGCGCCGGCCTGGGGTTATGTGGCGGCCGTCGACCTGACCAACAACAAGACCCTGTGGAAGCACAAGAACGGCACCGTGCGCGACAGCTCGCCGGTTCCGATCCCGCTGAGCATGGGCGTTCCGAGCCTGGGCGGCACGTTCACCACCGCCAGTGGCCTGGCGTTCCTGAGCGGCACGCTTGACCAGTACCTGCGCGCCTATGACGTGAAGAACGGCAAACAGCTGTGGGAAGGCCGCCTGCCCGCCGGCGCCCAGACCACGCCGATGACCTATACCGGCAAGGACGGCAAGCAATACGTGCTGGTCGTAGCCGGCGGCCATGGCTCGCTGGGGACCAAGCAGGGTGATTATGTGATCGCCTACAAGCTGCCGGATTAA MSTEGALSRSRLLPSLLGILLLLMGLALLAGGIKLSTLGGSLYYLLAGIGLALTGVLLILARRAALGLYALVLFASTVWALWEVGLDWWQLVPRLAMLFALGIVLLLPWFRRPLLTADASPMGTRALGAAVIIAGIAALASQFTNPGEIKGQLDRDSVPGMANTAPAMPDGDWNSYGRSAHGDRYSPLAQITPQNVGQLKEAWTFRTGDLPGPNDPGETTAENTPLKANGMLYVCTPHSQVIALEPETGKEIWRFDPKLSTQNAENFKGWAHMTCRGVSYHDDAVYASAEQSPTGAASTTPASTVCPRRIFLPTADTRLIALNADTGKMCEDFGDKGQVDLTANIGGFTAGGYYSTSPPAVTQNLVVIGGHVTDNVSTDEPSGVIRAYDVHTGKLVWNWDSGNPDDTTPIAEGQTYTRNSPNMWSMFSVDEKLGMLYLPMGNQTPDQFGGFRTPESEKYAAGLTALDIATGKVRWYFQFTHHDLWDMDVGGQPTLMDLKTADGVKPAVLASTKQGSIYVLDRSNGQPIVPIKEIPVPQGAVEGDFTSPTQPMSDLNFVPPVLKERDMWGVTPFDQMLCRIDFKSLRYEGMFTPPSLQGSIVYPGNFGVFDWGGISVDPVRQIAFVNPSYMAFKSKLVPAAEVAGGPGRKSETEGVQPNKGAPYGVILEALLSPMGLPCQAPAWGYVAAVDLTNNKTLWKHKNGTVRDSSPVPIPLSMGVPSLGGTFTTASGLAFLSGTLDQYLRAYDVKNGKQLWEGRLPAGAQTTPMTYTGKDGKQYVLVVAGGHGSLGTKQGDYVIAYKLPD PGPT0001290_395 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION_D_GLUCONATE_BIOSYNTHESIS,PGPT0001290-gcd|gdhAB-K00117 NA NA D1-35_01486 1182 purT COG0027 Formate-dependent phosphoribosylglycinamide formyltransferase ATGACCCGTATCGGAACCCCATTGTCGCCCACCGCGACCCGCGTTTTGTTGTGTGGCAGCGGTGAGCTGGGCAAGGAAGTGGTAATCGAACTGCAGCGCCTGGGCGTTGAAGTGATTGCCGTGGATCGCTACGCCAACGCGCCGGCCATGCAAGTGGCCCACCGCAGCCACGTGATCAACATGCTCGACGGCGCGGCCCTGCGCGCAGTGATCGAGGCCGAGAAGCCGCACTACATCGTGCCGGAAATCGAAGCCATCGCCACCGCGACCCTGGTGGAACTGGAAGCCGAAGGCTTCACCGTGATCCCTACCGCCCGCGCCGCGCAACTGACCATGAACCGCGAAGGCATCCGCCGCCTGGCCGCCGAAGAACTCGGCCTGCCGACCTCGCCGTACTTCTTCGCCGACACCGTGGAAGACTACCGCAAGGCCGTCGAGACCCTGGGTTTCCCATGCGTGGTCAAGCCGGTGATGAGTTCCTCGGGCAAGGGCCAGAGCCTGCTGCGCAGTGCCGATGACGTGCAGAAAGCCTGGGACTACGCACAGGAAGGCGGCCGCGCCGGCAAGGGCCGGGTGATCATCGAAGGCTTCATCGACTTCGACTACGAAATCACCCTGCTTACCGTGCGCCACGTCGGCGGCACCACGTTCTGCGCACCGGTCGGTCACCGTCAGGAAAAGGGCGACTATCAGGAATCCTGGCAGCCACAGGCCATGAGCCCGGTGGCCCTGGCCGAATCCGAGCGCGTCGCCAAGGCAGTGACCGAGGCCTTGGGTGGTCGTGGACTGTTTGGCGTCGAACTGTTCATCAAGGGTGACCAGGTGTGGTTCAGCGAAGTCTCGCCGCGCCCGCACGACACCGGCCTGGTGACGCTGATCTCCCAGGACCTGTCGCAATTCGCCCTGCACGCCCGCGCCATTCTGGGTCTGCCAATTCCGCTGATCCGCCAGTTCGGCCCATCGGCTTCGGCGGTGATTCTGGTGGAAGGCCAGTCGACGCAGACCGCCTTCGCCAACCTCGGCGCCGCCCTGAGCGAACCGGACACCGCCCTGCGCCTGTTCGGCAAGCCGGAAGTCAACGGCCAACGCCGCCTGGGCGTGGCCCTGGCCCGCGACGAATCCATCGAAGCCGCCCGCGCCAAGGCAACCCGGGCTTCGCAGGCGGTCAAGATCGAACTCTAA MTRIGTPLSPTATRVLLCGSGELGKEVVIELQRLGVEVIAVDRYANAPAMQVAHRSHVINMLDGAALRAVIEAEKPHYIVPEIEAIATATLVELEAEGFTVIPTARAAQLTMNREGIRRLAAEELGLPTSPYFFADTVEDYRKAVETLGFPCVVKPVMSSSGKGQSLLRSADDVQKAWDYAQEGGRAGKGRVIIEGFIDFDYEITLLTVRHVGGTTFCAPVGHRQEKGDYQESWQPQAMSPVALAESERVAKAVTEALGGRGLFGVELFIKGDQVWFSEVSPRPHDTGLVTLISQDLSQFALHARAILGLPIPLIRQFGPSASAVILVEGQSTQTAFANLGAALSEPDTALRLFGKPEVNGQRRLGVALARDESIEAARAKATRASQAVKIEL PGPT0008100_849 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008100-purT-K08289 NA NA D1-35_01487 468 hypothetical protein ATGCTTTTCCTGATCGCCTACATCGGCAGCGTCGTGCTGATCAACTTCGCGTTCTCCGCCGCGCCGCACCTGGACATCATCTGGTCGGCCTGGGGTGGCCTGGTGTTCGTCCTGCGCGACATGGTGCAGACCCGCTTCGGCCATGGTGCCATTGCGGCGATGCTGGTGGCGCTGGTGCTGTCCTACGTCACCTCCGATCCGACCATTGCCCTGGCCAGCGCCACGGCATTCGCAGTGTCCGAATGCATCGACTGGCTGGTGTTCACCATCACCCGGCGCCCATTGCACGACCGATTGTGGATCAGCTCGGCCCTGAGTATTCCGCTGGATACCTTCATCTTTTTCGGCCTGATCGACGCCCTCACGCCAGGCGTGGTCGTCACCGCCCTGCTGTCGAAATTCGCCGGGGTCACGGCCGTCTGGCTGATCATGGCCTGGCGTCTGCGCAAACAGGCCGTCGCCGGCTGA MLFLIAYIGSVVLINFAFSAAPHLDIIWSAWGGLVFVLRDMVQTRFGHGAIAAMLVALVLSYVTSDPTIALASATAFAVSECIDWLVFTITRRPLHDRLWISSALSIPLDTFIFFGLIDALTPGVVVTALLSKFAGVTAVWLIMAWRLRKQAVAG NA NA NA NA NA D1-35_01488 786 yqjH COG2375 NADPH-dependent ferric-chelate reductase ATGACTGAAGTCGATCCAGACACCATCCACCGCGTCAGCCACGAAATCAAACGCCGTCGCCTGCAAGTGCTGCGGGTGCAAGACCTGACACCACGCATGCGCCGCATCACCGTCGGCGGACCGGAACTGGCCGGGTTCGTCAGCCTCGGCACGGACGATCACGTGAAGTTGCTGTTCCCGCAGAACGCCGAAGAACACGCCGCCCTGGAAAACTTCAACCCCGGCGCCGGCAAGGCCCAGGGCCCGATGCCCGAGATGCGCGACTACACCCCGCGCCGCTACGACCTGGATGCCCTGGAGCTGGAGATCGATTTCGTCCTCCACGGCGACGGCCCTGCTTCAACCTGGGCGGCCCAGGCGGCGCCCGGGCAGTACCTGAACATCGCCGGGCCACGGGGCTCGATGATCGTGCCGGATATTTTCGACAGCTACTTGCTGATCGGCGACGAAACCGCCCTGCCCGCCATCGCCCGACGCCTCGAAGGCCTGGCACCCAACCGGCGGGCACTGGTGGTGGTGGAAGTGGAAAACGGCGCCGAACAGCAGATCCTTCACAGCCCGGCCCAGGTGCAAGTGATCTGGGTACTGCGCGAAGGCCACCGCGACAGCCTGCTTCGCACCGTCCAGCAGTTGGAAATGCCCGGTGGCAAGCTGTACGCCTGGGTCGCGACCGAGAGCAAAGTGTCGCGGCAGATTCGCAAAGTGTTGCTGGAGGAGAAAGGGCTGGACCAGGATTTCATCAAGGCGGCGGGGTATTGGAAGCTTGATGACAATGAGGAAGATTGA MTEVDPDTIHRVSHEIKRRRLQVLRVQDLTPRMRRITVGGPELAGFVSLGTDDHVKLLFPQNAEEHAALENFNPGAGKAQGPMPEMRDYTPRRYDLDALELEIDFVLHGDGPASTWAAQAAPGQYLNIAGPRGSMIVPDIFDSYLLIGDETALPAIARRLEGLAPNRRALVVVEVENGAEQQILHSPAQVQVIWVLREGHRDSLLRTVQQLEMPGGKLYAWVATESKVSRQIRKVLLEEKGLDQDFIKAAGYWKLDDNEED PGPT0004045_30 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-RELATED_PROTEINS,PGPT0004045-ygjH-K07229 NA NA D1-35_01489 570 hypothetical protein ATGAGAGACCCGCATTCCCACCCTCACCGCGAACATGTCGCTCACGACGGCTTCGACAAACGTGCGGCAAGCCGTGAGCGCGGCGGTCGCGGGCCGCGTGTTTTCGCCGCGGGCGACCTGAAACTGCTGTTGTTGGCACTGATTGCAGAACAACCCTGCCACGGCTATGACCTGATCCGCCGGATCGAAAGCATGTTCGATGGCGCCTACAGCCCCAGTCCCGGCGTGATCTATCCGACCCTGACCTTCCTCGAAGAAAGCGAAATGATCAGCGGCGATGCCGATGGCGGAAAAAAACGCTACAGCGTGACCGATGCCGGACGTCTATCCCTTGAAGACCAGGCCGTGGCGCTGGACGGCGTACGGATGCGCATCGAAGTCAGCAAGCGTTCGCTGCGCGGCCAGGATCGGCCGCCGGAAATCCACGAGGCGGTCCACAACCTGCGCCATGCCTTGCAGATGCACCATGGTCGCTGGAGCCCGGAAGAGATCCTGCGGGTACGCGACCTGCTCAACGACACCGCCAAAGCCATTGTCGACGGCCCTCGCCGTCCAACCGTTTCGGAGTAA MRDPHSHPHREHVAHDGFDKRAASRERGGRGPRVFAAGDLKLLLLALIAEQPCHGYDLIRRIESMFDGAYSPSPGVIYPTLTFLEESEMISGDADGGKKRYSVTDAGRLSLEDQAVALDGVRMRIEVSKRSLRGQDRPPEIHEAVHNLRHALQMHHGRWSPEEILRVRDLLNDTAKAIVDGPRRPTVSE NA NA NA NA NA D1-35_01490 3108 hypothetical protein ATGGGCGCTTTGTGGCAAACCGATTCGAATAAACCTGTGGTCCCGACTGAACGTATGGAAGAAGCGCCTTTACCCCCGAAAAAACGCCGCGCACGGCATGGCTGGCGGGCGTTCTGGTTGTTGTTGCTGATTATCGTCGTGGTGGTCGGCTTTGCCGTGGCCAAGGAGATGCGCACGTCCCGGTTCCAGGCCCGGGAGATCAGCAAGTACGCCGCGTCCTTGACCTATTCGGTGCAACCGGGGCCCAGCGACGCCATCGTCTACCCTGGCGCGGGTCCGTTCGACCGGCGATTGGGCTACAGCTCGCTGGGGGAGTTCCTGCCACGACTGATCAAGCGCGACTATGTGATCCAGGCCCAGGCCCGTTTCTCCCCAGAGCTGACGGACTATGTCGATAAAGGCCTGTTCGTGCCCTACGCGGAAAAGATCCAGGCCGGACTGACCATCACCGATTGCCGCGCCGCGCCGGTGTATCAGTTCAAATACCCGCAACAGCTGTACGCCAGTTTCGACGCCATCCCGCCGCTCGTGGTGCAGAGCCTGCTGTTCATCGAGAACCGCTTCCTGCTCGATCCCAAGCAGCCGCTGGCTAACCCGGCGGTGGACTGGCCGCGTTTCGGCATGGCGGCCTGGTCGCAAGTGGCCAAGTTGCTGAGCTTGCCCGGCCAGTCGGCGGGCGGCAGCACATTGGCGACGCAGTTGGAGAAATACCGGCACTCCCCCGAGGGCCTGACCGTGTCGGGGGCGGAGAAGATCCGCCAGATGATTTCCGCCAGCGTGCGCGCCTACCAGGCCGGCCCGCAAACCCTCGAGGCCCGCCAGCGGGTCATCCGCGACTACCTCAACAGCGTGCCGCTTTCCGCGGTTCCAGGTCATGGCGAAGTCCATGGCATGGCGGAAGGACTGAGGGTCTGGTACGGCGCCGATTTCAACAAGGCCAACGAGCGCCTGTTCAGCACCGCCACCGACCCCGAGAGCCTGGCGCAAAAAGGCCTGGCCCTGCGGGAAATGCTCTCGCTGATGATCGCCCAGCGGCGGCCTTCCCATTACCTATCGAAGGGTCACGATGAACTCGCTCGCCTGACTGACAGCCACATCCGGCTGCTGGCGCAGAACGGCGTGATCGATGCGGCCCTGGCCGAGGCCGCCCTGGCGAGCAAAGTCAGTTATCGCGACTGGGTGCAGCAGCCGACGATCCAGCCCAACGAAACCAACAAGGGCATCAGCGCCGCCCGCAGTCGTCTCGCCACGCTGCTCAATCGTCCGCTGTACGACCTTGATCGCCTCGACCTGTCGGCCACCAGCACCTTGCAAAGCGAATTGCAGGCCCAGGCCACCGAGTACCTCAAGCGATTGGCCGACCCGGCGTTCGCCGCCGAGATCGGCCTGATGGGAGAGCGCCTGCTGACCCCCACCAGCACCACGCAGGTGCGCTACAGCTTTACCCTGCTGGAACTGACGCCGGACGGTTCGCGTGTGCGGGTACAGACCGACAGCACCGACCAGCCCTTCGACATCAACGAGGGCAGCAAGCTGGAACTGGGCTCCACCGCCAAATTGCGGGTGCTGACCACCTACCTGCAGATCATCGCCGAATTGCACGAGCGCTACGCCCAACAGACCCCGGCACAACTGAAGAAAACCGAGATCGCCGACCAGGACCGCCTCTCGCGCTGGGCGGTGGACTACCTGATTGAAAACACCGACCGCAGCCTGCCGAAAATGCTCGAAGCGGCACTCGACCGCACCTACTCCGCCAGCCCGGGCGAGGCATTTTTCACCGGTGGCGGACTGCACACCTTTCACAACTTTCGCAGGGAAGACGACGGTCGCCTGCCGACCCTGCGCGACGCCCTGCGCGAATCGATCAACTTGCCGTTCATTCGCCTGATGCGCGACCTGGTGCGCTACGCCACCTATGCCGGTCCCAACAACAGCTCCGAACTGCTCAAGGATGACAAGGACCCGCGCCGCCAGGAATACCTGGCCCAGTTCGCCGATCGCGAAGGCACCTCGTTCCTGCTCAGGTTCTGGAAGAAATACCAGAAAAAGGACACCGCCCAGCGCCTCGAAACCTTCCTCGACGGCATGCGTCCCACCGCGATCCGCCTCGCCGCCGTGCACCGCTATTTCTTTCCCAACGACAGCCAGGAGAGTTTCAACCGCTTCGTACGCGCCCATCTGAAAAACGCCAAGAGCGCCGAAAAGCTCACCGACGAGCGTCTGCAGCGGCTCTACCAAAGCTACGGCCCCGGCGCCTATGACCTGCCGGACCAAGGCTTCATCGCCAAGGTCCATCCACTGGACCTGTGGTTGGTGGGCTACCTGCTCAACAACCCCGACGCCAAGTTCAGCCAGATCGTCAAGGCCAGCCAGTTCGAGCGCCAGGAGGTCTACAGCTGGCTGTTCAAGAGCCGGCACAAGAGCGCCCGCGACAGCCGCATCCGCACCATGCTGGAGGTCGAAGCCTTCCTGGATATCCATCAGCGCTGGCAGCAAGTCGGCTATCCGTTCGACCACCTGGTGCCGTCGCTCGCCACTGCGATCGGCAGCTCCGGCGACCGCCCCGCCGCCCTCGCGGAACTGGTAGGGACCATTCTCAACGACGGCATCCGCCAACCGGCGCTGCGTGTCGACAGCCTGCAGTTTGCCGTCGACACGCCCTACGAAACGCGGCTGGTCAGCGATCCGGACAACGGCAAGCGGGTGATGCCGGTGGAAGTGGCCCGGGCCTTGCGCGGCGCCCTGTCGCAAGTGGTGGACGCCGGCACCGCGAAACGTGTCGCGGGCAGTTTCAAACTGGCCGACGGCACGCCGCTGGCCATGGGCGGCAAGACCGGCACTGGCGACAACCGCATCGAAGCCGTCGGCTCAGGCGGACGGGTGATCAGTTCCAAATCGATAAACCGCACCGCCACGTTCGTGTTCTACATCGGCGACAGCCATTTCGGCACCCTGACCGCCTTCGTCCCGGGCGCCTCGGCACAGAACTTCAAGTTCACCTCGGCCTTGCCGGTACAGGTGCTCAAGGGCATGGCGCCGTTTCTCTCGGCCTATTTGCAACCGGGCAGCCACACCCAATGTCAGCCATTGGTGACGAGCCGCTGA MGALWQTDSNKPVVPTERMEEAPLPPKKRRARHGWRAFWLLLLIIVVVVGFAVAKEMRTSRFQAREISKYAASLTYSVQPGPSDAIVYPGAGPFDRRLGYSSLGEFLPRLIKRDYVIQAQARFSPELTDYVDKGLFVPYAEKIQAGLTITDCRAAPVYQFKYPQQLYASFDAIPPLVVQSLLFIENRFLLDPKQPLANPAVDWPRFGMAAWSQVAKLLSLPGQSAGGSTLATQLEKYRHSPEGLTVSGAEKIRQMISASVRAYQAGPQTLEARQRVIRDYLNSVPLSAVPGHGEVHGMAEGLRVWYGADFNKANERLFSTATDPESLAQKGLALREMLSLMIAQRRPSHYLSKGHDELARLTDSHIRLLAQNGVIDAALAEAALASKVSYRDWVQQPTIQPNETNKGISAARSRLATLLNRPLYDLDRLDLSATSTLQSELQAQATEYLKRLADPAFAAEIGLMGERLLTPTSTTQVRYSFTLLELTPDGSRVRVQTDSTDQPFDINEGSKLELGSTAKLRVLTTYLQIIAELHERYAQQTPAQLKKTEIADQDRLSRWAVDYLIENTDRSLPKMLEAALDRTYSASPGEAFFTGGGLHTFHNFRREDDGRLPTLRDALRESINLPFIRLMRDLVRYATYAGPNNSSELLKDDKDPRRQEYLAQFADREGTSFLLRFWKKYQKKDTAQRLETFLDGMRPTAIRLAAVHRYFFPNDSQESFNRFVRAHLKNAKSAEKLTDERLQRLYQSYGPGAYDLPDQGFIAKVHPLDLWLVGYLLNNPDAKFSQIVKASQFERQEVYSWLFKSRHKSARDSRIRTMLEVEAFLDIHQRWQQVGYPFDHLVPSLATAIGSSGDRPAALAELVGTILNDGIRQPALRVDSLQFAVDTPYETRLVSDPDNGKRVMPVEVARALRGALSQVVDAGTAKRVAGSFKLADGTPLAMGGKTGTGDNRIEAVGSGGRVISSKSINRTATFVFYIGDSHFGTLTAFVPGASAQNFKFTSALPVQVLKGMAPFLSAYLQPGSHTQCQPLVTSR NA NA NA NA NA D1-35_01491 459 hypothetical protein ATGCATCCGCACCCCAACTCACATCGCTTGCGCAGAGGTCGTTATTCAGAGCTTGGGCGTGCTTATCTGGTGACTGCTGTGGTTCACAAACGCCAGCCGGTTTTTTCCGATTGGAGGCTTGGACGCCTGTTGGTTGCCGAATTCAAGCATGCTCATGATTCCGGCCAGGTGAACTCTTTGGCCTGGGTGGTGATGCCGGACCATTTCCATTGGCTGCTGCAAGTCATGGATAGTCAGCTAAGTCGTATCATCGGCGCTACCAAGGCTCGATGCACCCACAGTGTCAATAACACGATCGGAGCCACTGGACCGCTGTGGCAAAGCGGCTTTCATGATCGTGCGATTCGAGATGACGTGGAGTTGTTGCCGTTAGCTCGCTACATCATTGCGAATCCGCTTCGTGCTGGGCTGGTGAGTCGAATTGGCGATCACCCGCTGTGGGACGCTGCATGGCTTTGA MHPHPNSHRLRRGRYSELGRAYLVTAVVHKRQPVFSDWRLGRLLVAEFKHAHDSGQVNSLAWVVMPDHFHWLLQVMDSQLSRIIGATKARCTHSVNNTIGATGPLWQSGFHDRAIRDDVELLPLARYIIANPLRAGLVSRIGDHPLWDAAWL PGPT0030655_3080 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491 NA NA D1-35_01492 1422 proY COG1113 Proline-specific permease ProY ATGCCAGTCGGCAATCCTCTGCCCCATGGCGAGACCGCTCAGGGTGGTCCGCTCAAACGTGAGCTCGGCGAGCGGCATATCCGCTTGATGGCGCTCGGCGCCTGCATCGGTGTCGGGCTGTTCCTCGGTTCGGCCAAGGCCATCGAAATGGCCGGCCCGGCGATCATGCTGTCCTACATCATTGGTGGCCTGGCGATCCTGGTGATCATGCGCGCCCTCGGCGAGATGGCCGTGCATAACCCGGTGGCCGGTTCGTTCAGCCGTTATGCCCAGGATTACCTCGGCCCGCTGGCAGGCTTCCTGACCGGTTGGAACTACTGGTTCCTCTGGCTGGTGACCTGTGTGGCGGAGATCACCGCGGTGGCGGTGTACATGGGCATCTGGTTCCCCGATGTGCCCCGCTGGATCTGGGCGTTGGCCGCACTGGTCAGCATGGGCTCGATCAACCTGATCGCGGTCAAGGCCTTCGGTGAGTTCGAGTTCTGGTTCGCCCTGATCAAGATCGTGACGATCATCGCCATGGTCATCGGCGGCGTCGGCATCATCGCCTTCGGGTTCGGCAACGATGGCGTGGCCCTGGGCATTTCCAACCTGTGGACCCACGGCGGCTTCATGCCCAACGGCGTGTCCGGCGTGTTGATGTCTCTGCAAATGGTGATGTTCGCCTACCTGGGCGTCGAGATGATCGGCCTGACCGCCGGTGAAGCGCGCAACCCGCAGAAAACCATCCCCAACGCCATCGGTTCGGTGTTCTGGCGGATCCTGCTGTTCTACGTTGGTGCGTTGTTCGTGATCCTGTCGATCTACCCGTGGAACGAAATCGGCACTCAGGGCAGCCCGTTCGTGATGACCTTCGAGCGCCTGGGCATCAAGACCGCCGCTGGCATCATCAACTTCGTGGTCATCACCGCCGCCTTGTCGTCCTGCAACGGCGGGATCTTCAGCACCGGTCGCATGCTCTACAGCCTGGCGCAGAACGGCCAGGCCCCGGCCGGTTTCGCCAAGACCTCGAGCAACGGCGTGCCGCGCCGGGCGTTGCTGTTATCGATCGCCGCGCTGCTGCTGGGCGTGCTGCTCAATTACCTGGTACCGGAGAAAGTCTTCGTCTGGGTCACTTCCATCGCCACCTTCGGCGCGATCTGGACCTGGGTGATGATCCTGCTGGCCCAGCTGAAATTCCGCAGAGGCCTGAGCGCGTCCGAGCGTGCGGCGTTGAAGTACCGCATGTGGTTGTACCCGGTCAGCTCGTACCTGGCGCTGGCATTCCTGGTGCTGGTGGTGGGCCTGATGGCGTACTTCCCCGACACGCGTGTGGCGCTGTATATCGGCCCGGCGTTCCTGGTGCTGCTGACAGTGTTGTTCTACACGTTCAAGTTGCAGCCGAAGGAACAGGTGCAGGGTTCGATGCGTTCCGCATCGTAA MPVGNPLPHGETAQGGPLKRELGERHIRLMALGACIGVGLFLGSAKAIEMAGPAIMLSYIIGGLAILVIMRALGEMAVHNPVAGSFSRYAQDYLGPLAGFLTGWNYWFLWLVTCVAEITAVAVYMGIWFPDVPRWIWALAALVSMGSINLIAVKAFGEFEFWFALIKIVTIIAMVIGGVGIIAFGFGNDGVALGISNLWTHGGFMPNGVSGVLMSLQMVMFAYLGVEMIGLTAGEARNPQKTIPNAIGSVFWRILLFYVGALFVILSIYPWNEIGTQGSPFVMTFERLGIKTAAGIINFVVITAALSSCNGGIFSTGRMLYSLAQNGQAPAGFAKTSSNGVPRRALLLSIAALLLGVLLNYLVPEKVFVWVTSIATFGAIWTWVMILLAQLKFRRGLSASERAALKYRMWLYPVSSYLALAFLVLVVGLMAYFPDTRVALYIGPAFLVLLTVLFYTFKLQPKEQVQGSMRSAS PGPT0000815_584 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0000815-TC_AAT|yifK-K03293 NA NA D1-35_01493 375 yfdG COG2246 Prophage bactoprenol-linked glucose translocase ATGAAAGCGATATGGAATGGTTTTTTCAGCTATTCGCTCGTCGGATTGGCCAACACGCTGATCCACTGGCAGGTGTTCTTTGTGCTGCGCGTGGCGTTCGACTTCGATCAGTCGACGAGTAACTTCATCGCTTTTTGCCTCGCCGCGACATTTTCCTTTTATGCCAATGCGCTTTATACCTTCGAGGCCAAGCTCTCGGTGCCGGGTTATATGCTGTTCCTGTGTGTCATGGGCGCCCTTAGTTTCATCGTCGGGCATCTCGGGGATCGCTGGCAGTTGCATGGCCTGCTGACCGTCGCGGCGTTCTCGCTGTTAAGCCTGGTTCTCGGTTTTCTGTTTTCCCGGTTTGTCGTGTTTCGCGGACCTTGTCCATGA MKAIWNGFFSYSLVGLANTLIHWQVFFVLRVAFDFDQSTSNFIAFCLAATFSFYANALYTFEAKLSVPGYMLFLCVMGALSFIVGHLGDRWQLHGLLTVAAFSLLSLVLGFLFSRFVVFRGPCP NA NA NA NA NA D1-35_01494 951 yfdH COG0463 Prophage bactoprenol glucosyl transferase ATGAAAATTTCGCTGATCGTTCCGGTGTACAACGAAGAGCAGGCGATCGGCCTGTTCTACCAAAGTGTCCGCGAGCATCCGCAGCTCCAGGAACATAGCGTCGAGATTGTTTTCATCAACGATGGCAGCAGCGACCAGACTGCCGCACTGGCGCGTGAGATAGCGTTGGCGGACAGCCAGGTTGTGTTGATCGACTTCTCGCGTAATTTTGGCAAGGAGCCGGCCTTGTTTGCCGGGATCGAACATGCCAGCGGTGATGTGGTGATCCCGATGGACGTGGACCTGCAAGATCCCATCGACGTCATCCCCCGGATGATCGAGCAATGGCACAAAGGCGCCGAAGTGGTGCTGGCCAAGCGTCGCAATCGTTCATCCGACAGTTACCTGAAGCGGCGCGGGGCGGCGTTGTTCTACCGCCTGCTCAATCGGATTGCCTACCCGCACATTGAACAGAACGTGGGCGACTTTCGCCTGATGGACCGCAAGGTCGTGGAGGTCATCAAGACCCTTCCCGAATATCAGTTGTTCATGAAAGGCGTTCTGTCGTGGGCCGGTTTCAACACCGTCATCATCGAATACGACCGCGCCGGCCGCGCCGCTGGCAACAGCAAGTTCAACGGCTGGAAGTTGTGGAACCTGGCACTCGAAGGCATCACTTCGTTCAGCACCGTGCCTTTACGGTTGTGGACTTACGTCGGCAGTTGCATTTCGTTGGTTTCGTTGCTGTATGCCGCCTACCTGATTCTGGACAAGTGGATCTTCGGGAACGATCTGCCCGGTTATCCATCGCTGATGACCGCGATCCTGTTCCTGGGCGGCGTGCAACTGATCGGGATTGGCGTGTTGGGTGAATACATCGGGCGCATTTACCTGGAGACGAAACATCGGCCTCGGTATGTCATCAAGGAAATGATCCAGGGCGGACGACCCAAAATGCGAGATGAACCGTGA MKISLIVPVYNEEQAIGLFYQSVREHPQLQEHSVEIVFINDGSSDQTAALAREIALADSQVVLIDFSRNFGKEPALFAGIEHASGDVVIPMDVDLQDPIDVIPRMIEQWHKGAEVVLAKRRNRSSDSYLKRRGAALFYRLLNRIAYPHIEQNVGDFRLMDRKVVEVIKTLPEYQLFMKGVLSWAGFNTVIIEYDRAGRAAGNSKFNGWKLWNLALEGITSFSTVPLRLWTYVGSCISLVSLLYAAYLILDKWIFGNDLPGYPSLMTAILFLGGVQLIGIGVLGEYIGRIYLETKHRPRYVIKEMIQGGRPKMRDEP PGPT0014540_2204 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0014540-csbB|gtrB|yfdH-K20534 NA NA D1-35_01495 1524 hypothetical protein GTGAGCCAGTCCCTGTGGGCCAGGGTAATGACGCCACGGGAAGTGCTGCTGTTTTTCCTGGCGGCCAGTTTTCTTCATATCTTTCCCCTGGTTCAGGCTGATTATTTCTATAACGACGATAACTGGCGGGCGCTGGTGGCGGGCGAGGGCTGGCGCGAGGAAGGGCGGGTTGTCATCGAGCTGTTCTACAACGCCCTTTCGTTTGGTTCGAAAGCGCCAGATCTGTTTCCTTTGCCATTGTTCGTCGCCACCGCGGGCATCTCGTTTGCGCTGAGGTCGCTGACGTTTTTTTATTTCAAACGGCCGACGTTTGTTCATTGCCTGGTCGTCCTGCCGATCTGGTACAACCCGTTCTTCTTGCAGAACCTGTCCTACCACTACGACGGGCCGGCGATGGCATTGGGACTGGTGGCGCTTGTTTACGCCGCAATCTGGTCCAACGGCAGGGCCTGGCGAGACGTATGGATACCGGCATTGTTACTGGCCGTGGCCCTCGCGATCTATCAAGTGCTCATCGGTTTTTTTATCGCCATGTGTTGTGTCGATGTGATCAGACGGGTGTGGGAGGGCGAGCCGTCGGAGCAACTACTGCGGTTCATTACGCGCAAGCTTCTGGTCATTGTCGGCGGCGTATTGGTCTATTACGTCACGGCTTATCAACTGATGACCGGAGCGCGTCAGGCGTTGTTGCCGCTGCAAGCCAGCAGTCTGATGGAAATGGGCGACCGGCTTTTTTTTCTTGCGCATCTGCTGGTTGAAGGGGCCCGACCTTGGATCTGGAGCGGCGCGTTGCTCATGCTGGTCGGGTTCGCATGGGCAGGCATCGGGTTGTTCCGTCGTCCAGACCTGCTTTGGCGAAAAGCACTGCTGTTGCTCGTTTATCTACTGGCCCTTCCAGTGCTCCTGTTCTGCATCCCTGGCATCACGCTGTTATTTGCCGAGTTCAACTACGGTGCCAGGACGCTGGTGGCTTTTTCGGCGTTGTTATTGCTGACGTTCTTTCTGAGCCTGCAAATACTCACCCGTGTCCATGCAGGACTGGGACTGGTCTTGTTGATTCCGTTGTTGGCGATGTTGTCATTCTCCTTCGGACACGGCCGTGCCCTGTCGCTGCAAAAGGAACAGGAAGCCGTGGTGCTGGCTTCGCTGGCTTATGACATCAACCATTCGCCGCTGCGCGATAAAAGCCGTCTCTACATGGTCCCCGAACTGAAAGCCAACTGGCTCCCGGCGGCCAGTGGATTGTTCGCGGCGATGCCGGCTCAACGGTATGTGCTGGGCGTGGGTTACGTATTACTGCCGGAAAGCTTGCCGCGAGCGGGCATCACCAACGTGTATCTCGCCAAGGATGCAGAAGTGGTTGAATCGATCCGGCGCGGGGATTTCCTGCCGGTGGTGTCTACAGGGTTTTATGACCTGTTTGTCATCAATGACAGCGGCTATATCTTCATGAAAAAACCGCAGGGTGATCCTGATATGGCGCCCAAGTTGTGTTTGATGGTTGATATCGAGCGGTGTCGCTGA MSQSLWARVMTPREVLLFFLAASFLHIFPLVQADYFYNDDNWRALVAGEGWREEGRVVIELFYNALSFGSKAPDLFPLPLFVATAGISFALRSLTFFYFKRPTFVHCLVVLPIWYNPFFLQNLSYHYDGPAMALGLVALVYAAIWSNGRAWRDVWIPALLLAVALAIYQVLIGFFIAMCCVDVIRRVWEGEPSEQLLRFITRKLLVIVGGVLVYYVTAYQLMTGARQALLPLQASSLMEMGDRLFFLAHLLVEGARPWIWSGALLMLVGFAWAGIGLFRRPDLLWRKALLLLVYLLALPVLLFCIPGITLLFAEFNYGARTLVAFSALLLLTFFLSLQILTRVHAGLGLVLLIPLLAMLSFSFGHGRALSLQKEQEAVVLASLAYDINHSPLRDKSRLYMVPELKANWLPAASGLFAAMPAQRYVLGVGYVLLPESLPRAGITNVYLAKDAEVVESIRRGDFLPVVSTGFYDLFVINDSGYIFMKKPQGDPDMAPKLCLMVDIERCR NA NA NA NA NA D1-35_01496 1620 hypothetical protein ATGAGCCTATCGTTGCTGAGCCGCTACGCCTTCTTCGCCGGCTGTGTGATCTTTACCCTCGCCAGCCTGCCGTTCCTGCGACACGACTGGCTCTGGCCGATCGTGCTGTTGACCGGGCTGCTGAGCCTGCTGGGGGTGTTCGACCTGCTGCAAAGCCGTCACGCGGTACGCCGTAACTATCCGATCCTGGGCAACATCCGCTACCTGGTCGAAGGCATCCGCCCGGAGATCCGCCAGTACCTGCTCGAATCCGACAGCGATGCCCTGCCCTTTTCCCGCGCCCAGCGCTCGCTGGTGTACTCGCGGGCCAAGAACGAAAGCGCCGACAAACCGTTCGGCACCTTGATCGACGTCTACCAGACCGGCTTCGAATTCATCGGCCACTCCATGCGCCCGGCCCCGTTGAGCGACCCCAGCGGCTTTCGCGTCACGGTCGGCGGCCCGCAATGCACCCAGCCGTACTCGGCGTCGGTGTTCAACATCTCGGCGATGAGCTTCGGCTCCCTGAGTGCCAACGCCATCCGGGCGTTGAACCAGGGCGCGAAGCTCGGCAATTTCGCCCATGACACCGGCGAAGGCAGCATCAGCCCTTACCACCGCGAACACGGCGGCGACCTGACCTGGGAATTGGGCAGCGGTTACTTCGGTTGCCGCACCTCCGACGGGCGCTTCGACCCGGAGCGCTTCGCAATCCAGGCGCAGAACCCACAGGTGCGGATGATCGAAATCAAGATGAGTCAAGGCGCCAAGCCGGGTCACGGCGGGATCCTGCCCAAGCACAAGGTCACTCGGGAAATTGCCGAGACCCGGGGCATACTCATGGGCGAGGATTGTATTTCGCCGTCTTGCCACAGCGCGTTTTCCACGCCTATCGAACTGATGCAGTTCGTCCAGCAACTGCGCGAACTGTCCGGCGGCAAACCGGTGGGCTTCAAGTTCTGCCTGGGGCATCCGTGGGAATTCATGGGCATCGCCAAGGCCATGCTGGAAACCGGAATCCTGCCCGACTTCATCGTGGTCGACGGCAAGGAAGGCGGCACCGGCGCCGCGCCGGTGGAGTTCACCGACCACATCGGCGTGCCGCTTCGCGAAGGCCTGCTGTTTGTGCACAACACCTTGGTGGGCCTGAACCTGCGGGACAAGATCAAGCTCGGCGCCAGCGGCAAGATTGTCAGCGCCTTCGACATCGCCAGTGTCCTGGCCATCGGCGCCGACTGGGCCAACGCCGCACGCGGCTTCATGTTCGCCATCGGCTGCATCCAGTCACAAAGCTGCCACACCAACAAGTGCCCCACCGGCGTCGCCACCCAGGACACCCTGCGCCAGCGCGCCCTGGTCGTCCCGGACAAAGCCCAGCGGGTCTACAACTTCCACCGCAACACCCTCAAGGCCCTGGCCGAAATGCTCGCCGCCGCCGGCCTCGACCATCCTTCGCAACTGCAACCCAAGCATCTGGTGCGGCGCATGTCGGCTACGGAGATCAAGCTGTTCTCCCAACTGCATGTTTTCCTCAAACCAGGGGAGCTGCTGACTGGTGAGGTCAATGGCGAGTTCTATTCGCGGATGTGGCAGTTGGCACGGGCGGACAGTTTTGAGCCTCAGGAAATAGCGGCTGCTTAG MSLSLLSRYAFFAGCVIFTLASLPFLRHDWLWPIVLLTGLLSLLGVFDLLQSRHAVRRNYPILGNIRYLVEGIRPEIRQYLLESDSDALPFSRAQRSLVYSRAKNESADKPFGTLIDVYQTGFEFIGHSMRPAPLSDPSGFRVTVGGPQCTQPYSASVFNISAMSFGSLSANAIRALNQGAKLGNFAHDTGEGSISPYHREHGGDLTWELGSGYFGCRTSDGRFDPERFAIQAQNPQVRMIEIKMSQGAKPGHGGILPKHKVTREIAETRGILMGEDCISPSCHSAFSTPIELMQFVQQLRELSGGKPVGFKFCLGHPWEFMGIAKAMLETGILPDFIVVDGKEGGTGAAPVEFTDHIGVPLREGLLFVHNTLVGLNLRDKIKLGASGKIVSAFDIASVLAIGADWANAARGFMFAIGCIQSQSCHTNKCPTGVATQDTLRQRALVVPDKAQRVYNFHRNTLKALAEMLAAAGLDHPSQLQPKHLVRRMSATEIKLFSQLHVFLKPGELLTGEVNGEFYSRMWQLARADSFEPQEIAAA PGPT0014521_6 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014521-yerD-NA NA NA D1-35_01497 1407 sasA_4 Adaptive-response sensory-kinase SasA ATGAACAGCCTGAGCAACCGGCGCATCCTCTTGATTGATGACACGCCCGCCATCCACGAAGATTTCCGCAAGATCCTGACCCCGGAGGACGAAAGCGACAGCGACTTGCAGGACATGGAAAGCGCGCTGTTCGGCGAGGCCCCGAAACCCGCCGCCACCGTGTTCGAACTCGACTCGGCCTACGGTGGCCAGGAAGGCTTGGCCAAATTGCAAGGGGCATTGGCCAAGGAGCTTCCCTATGCCCTGGCCTTCGTCGACATGCGCATGCCCGAAGGCTGGGACGGCGCCAAGACCATCGAAGAGCTGTGGAAAGTCGACCCGCAATTGCAGGTGGTGGTCTGCACCGCGTATTCGGATTATTCCTGGGACGAATTGCTCGACCGCCTGAACGGCCACGACCGTCTGCTCATATTGAAAAAGCCCTTCGACAACATCGAAGTCCAGCAGATGGCCAATACCCTGACCACCAAATGGGAAATGACTTCCCGTGCCCGTTTGAAAATGAACAAGCTCGAAGACCTGGTGGAGCAACGCACCCTGGCGTTCAAGCAGGCCAGCGAATTGCTGCAGATGGAAATCGACGAACGCAAGATGCTTGAAAGCCAGCTCGTGCAGTCGGAAAAGCTCGCTTCGCTCGGTCAGCTGGCGGCTGGTGTGGCCCACGAAATCAACAACCCGATCGGCTTCATTTCTTCCAACCTCGGCGCCTTGGGCGGTTACTTCAGCAAACTCGAGGAAATGCTCCAGGCCTACGGCAGCGCCGAACAGGCCATCGCCTCGCCAGAGCTGGCGATGAATTTGAAAAGCCTGCGCGAACAGGTGGAACTGGATTTCCTGGTGGAGGACATTCCAATACTGATCAAGGAATCCAAGGACGGCATCGCTCGCGTCGGGCAGATCGTCAAGGACCTCAAGGACTTCTCCCGCGTCGACTCCAGCCAGGAATGGCAGATGGCAAATCTGCAGCAGGGCATGGATTCGACATTGAACATCGTCGCCAACGAAATCAAATACAAGGCCGACGTGGTCAAGCAATACAGCCCTCTGCCGGAAGTCGAATGCCTGCCGTCGCAGATCAACCAGGTGATCATGAACCTGATCGTCAACGCCGCCCAGGCCATCGGCCCCGAGCGCGGCACCATCACCCTGCGCAACGGGGTCGAGGGCGACAACGTCTGGATCGAAGTCGCCGACAACGGCTCGGGCATCCCACCGGAAACCCTGCAGAAAATCTTCGACCCGTTCTTCACCACCAAACCCATCGGCCAGGGCACGGGGCTCGGGCTGTCGCTGTCCTACGGCATCGTGAAGAAACACCACGGCGAGATTACCGTGCGCAGCGAAGTCGGCGTCGGGACCACCTTTCGCGTGGAGCTGCCGGTACGGCAGATGAAGTTGGCGGGGTGA MNSLSNRRILLIDDTPAIHEDFRKILTPEDESDSDLQDMESALFGEAPKPAATVFELDSAYGGQEGLAKLQGALAKELPYALAFVDMRMPEGWDGAKTIEELWKVDPQLQVVVCTAYSDYSWDELLDRLNGHDRLLILKKPFDNIEVQQMANTLTTKWEMTSRARLKMNKLEDLVEQRTLAFKQASELLQMEIDERKMLESQLVQSEKLASLGQLAAGVAHEINNPIGFISSNLGALGGYFSKLEEMLQAYGSAEQAIASPELAMNLKSLREQVELDFLVEDIPILIKESKDGIARVGQIVKDLKDFSRVDSSQEWQMANLQQGMDSTLNIVANEIKYKADVVKQYSPLPEVECLPSQINQVIMNLIVNAAQAIGPERGTITLRNGVEGDNVWIEVADNGSGIPPETLQKIFDPFFTTKPIGQGTGLGLSLSYGIVKKHHGEITVRSEVGVGTTFRVELPVRQMKLAG NA NA NA NA NA D1-35_01498 1806 sasA_5 Adaptive-response sensory-kinase SasA ATGAACAGTCTCTCCCGCCGCCTCGGCCTGGCTTTCATCGGCGTCTTGCTGGCCTCAGTCCTGTTGTTCATGTATATCGAATCAGGCGCCCAGCAAGCCGCCTCGCACATCGAATCGCGCGACTTGATCCGCCTGCTCAAGCAGCAGGACGGGATCTGGGACAACGAAGTGCTCAAGTCGCGAATCGCCCTGAGCCACAACTACGACCCGCTGGTATCGCCGCTCAATGAAATGACGCGCCTGTGGCAGCGCCTCGATGCCATCGAGGCGGAGCCGGGCCGCCATGCGCCCGAGCTCTGGTCGACCCAGCGCGACGAGTACCTCAAGGCACTCAAGGAAAAAACCCGCCTGGTGGAACAGTTCAAGTCCCATAACGCGGTGCTGCGCAACTCCCTGGCTTTCCTGCCCACCGCCGAAGACGATATCCAGCGCCAGTTCTCCCTGCTGTCCGATAACGACAAGCTTCGGCTGCAGAGCGCCACCATCGACACCTACGACCTGCTGCTCGCCACGCTGGAGTTCGCGCAGATCACCACCCAGGACCAGGCTGCCGAAATCCTGATGGGCCTCAACCAGCTGGATATCAACAAGGAGCGCTTGCCGGACGGGCTCGTCAGCTCCGTGGAAATCCTGCGCAGGCACATTGCGCTGATCCTGCGTGAGCAACCCTTGGTCAACCAGCTACTGCGCGATTTCGAGGCCGTCCCCCTGGCCGCCCGCCTGGACACCATCACCAGTCTGCTGGAAAAGGATCAGGAAAAAGCCGCCGCCAAGCATCAGCGCAACCACATTATGTTGCTGGTGTTCGCTACCCTCCTGGTGCTGATCCTGATCTGGCTGGCGGTTCGGCTGGTACGCAGTTTCGGCGAGATCAAGCGGGTCAACAGTGCGCTGCAAACCGCCAACGACGAACTCGAACAACGGGTCGAAGAGCGCACCCGCCAGCTCAAGGACACCCAGAGCGAACTGATGGACACCGCCCGCCAGGCCGGCATGGCGGAGATCGCCACCAACGTATTGCACAACGTCGGCAACGTGCTCAACAGCGTGAACATCTCCGCCGACCTGGTCAGCCGCAAGCTGCGCAGCAGCAAGGCCCTGGGGCTGGGCAAGGCGATGAACCTGATCAACGAACACAACCACGACCTGGGGCATTTCCTCACCGAGGACGAAAAAGGCAAGCTGCTGCCCGGCTACCTCAACCAGTTGGTGGAAGCCATCGCGGTGGAACAACAAGGCCTGACCGATGAACTGGCGCAACTGAGCAAGAGCGTGGACCACATCAAGGACATCGTTTCCACGCAGCAGTCCTACGCCGGCGCCAACAGCCTGATGGAACCCCTGGTGGTCAGCGAACTGCTCGAAGACGCCCTGCGCATGAACTCCGGAGCCCTGACCCGCCACCATGTAACGGTCATCAAGGACTACGGCGAAGTGCCGCGGATCATGGGCGACAAACACCGCTTGTTGCTGATCCTGATCAACCTGATCAGCAATGCCAAATACGCCATGGCCGGGGTTTCCAACCATGCGCGAAACATGACGCTCAAGGCCACCGTCGTAGATGATGAGACCCTGCAGATCAGCGTGAAGGACGAAGGCGAAGGCATCCCGGAGGAGAACATGACACGCATCTTCGCCCATGGTTTTACCACCCGTAAGGACGGCCACGGGTTCGGCCTGCACAGTTGCGCACTGGCAGCGATTGAAATGAACGGCCACCTCACCGCACACAGCGAGGGGCCTGGTACCGGGGCGACGTTTGTATTGCAGCTGCCCCTGAAACTCGCAGAAGGTGAGCCATGA MNSLSRRLGLAFIGVLLASVLLFMYIESGAQQAASHIESRDLIRLLKQQDGIWDNEVLKSRIALSHNYDPLVSPLNEMTRLWQRLDAIEAEPGRHAPELWSTQRDEYLKALKEKTRLVEQFKSHNAVLRNSLAFLPTAEDDIQRQFSLLSDNDKLRLQSATIDTYDLLLATLEFAQITTQDQAAEILMGLNQLDINKERLPDGLVSSVEILRRHIALILREQPLVNQLLRDFEAVPLAARLDTITSLLEKDQEKAAAKHQRNHIMLLVFATLLVLILIWLAVRLVRSFGEIKRVNSALQTANDELEQRVEERTRQLKDTQSELMDTARQAGMAEIATNVLHNVGNVLNSVNISADLVSRKLRSSKALGLGKAMNLINEHNHDLGHFLTEDEKGKLLPGYLNQLVEAIAVEQQGLTDELAQLSKSVDHIKDIVSTQQSYAGANSLMEPLVVSELLEDALRMNSGALTRHHVTVIKDYGEVPRIMGDKHRLLLILINLISNAKYAMAGVSNHARNMTLKATVVDDETLQISVKDEGEGIPEENMTRIFAHGFTTRKDGHGFGLHSCALAAIEMNGHLTAHSEGPGTGATFVLQLPLKLAEGEP NA NA NA NA NA D1-35_01499 960 ccp COG1858 Cytochrome c551 peroxidase ATGGCGTCACACGGACTGATTCTGGCTCTCTGCCTGCTTCTGGGATACAGCGTGACCACTCACGCAGAACCATTGGACGAACCGCTCAAACCCCTGCCCGCCGCGCCGGCCCTGGACCCCAAGCGGGTCCAGTTGGGCCAGCGGCTGTTCAACGACCCACGGCTGTCGGTCAACAACACGCTGTCCTGCGCCAGCTGCCATCGCCTGGACAAGGGCGGCGCCGATGACAAGCAGTTTTCCCTGGGCTTCGACGGCAAGCCGGTGGAGGTCAATACCCCTACCGTGTTCAACGCCAGCCTGAACTTCCATCAGTTCTGGGACGGTCGCGTCGATACCCTGGAAGAACAGGTGCACATCGTCGTGACCAGCCCCGGGGAAATGGGCAGCGACTGGAAAACGGTGGTCAAGCGCATCGCCGACGATCCGGGCTACGCCAGGGATTTTTCCGACGCCTACCCCGGCGGCGTGACCCAGCCCAACATCCAGGGCGCTCTCGCCGATTACGAGCGCACCCTGCTGACGCCGAATTCGCGCTTTGACCAATACCTGCTGGGCAACACTGACATTCTCACCCCCCGGGAAAAATTCGGTTACCAGCGCTTCAAGGAATACGGCTGCATCGCCTGCCATCAGGGCGTGAACATCGGCGGCAACATGTTTCAGAAGTTCGGCGTGATGGGCGACTACATCCAGGACCGGGGCAACCCCACCCGGGCCGACAACGGCCGCTTCAACATCACCGGCGACGAAGCCGACCGCCAGGTGTTCAAGGTGCCGAGCCTGCGCAACGTGGCCGTCACCGCGCCGTATTTCCATGGCGGCTCCGCGCCGACCCTGGAGCGCGCGGTGGAAGTCATGTTCAAGTACCAGCTGGGCCGTGAGCCGCTGAAAAACGATACCGAACTGATCGTCGAGTTCCTCAAGACCCTCACTGGCGAATGGGAGGGCAAGCCGCTATGA MASHGLILALCLLLGYSVTTHAEPLDEPLKPLPAAPALDPKRVQLGQRLFNDPRLSVNNTLSCASCHRLDKGGADDKQFSLGFDGKPVEVNTPTVFNASLNFHQFWDGRVDTLEEQVHIVVTSPGEMGSDWKTVVKRIADDPGYARDFSDAYPGGVTQPNIQGALADYERTLLTPNSRFDQYLLGNTDILTPREKFGYQRFKEYGCIACHQGVNIGGNMFQKFGVMGDYIQDRGNPTRADNGRFNITGDEADRQVFKVPSLRNVAVTAPYFHGGSAPTLERAVEVMFKYQLGREPLKNDTELIVEFLKTLTGEWEGKPL NA NA NA NA NA D1-35_01500 1875 hypothetical protein ATGAACCCCATGTCGGTACCTGCCAACCGGCGAATCCTGGTGGTGGACGACACGCCCGCCATCCACCAGGATTTTCGCAAGATCCTCAGCCCCAGCGCCGGCAATGACGATTCGCTGGACGACACCGAGAGCCTGCTGTTCGGAACACCGCAGGTCAATCGATTGCAATTCCAGATCGACTCGGCCTATCAGGGCGAGGAAGCGCTGGAGCTGGTCAAGCGCGCCCAGGCCGAGGGCCAGCCGTATGCGCTGGTATTCGCCGACATGCGCATGCCGCCGGGCTGGGACGGCCTGCAAACCATCGAACAGCTGTGGAAAGCCGACCCGCGACTGCAAATTGCCCTGTGCACGGCGTATTCGGACTATTCCTGGGAAACCATGTCCGAGCGCATCGAATTCGACGACCAGTTGCTGATTCTCAAGAAACCGTTCGACACCCTGGAAATCCGCCAGATGGCCAGCGCCATGACCTGGAAATGGCAACTGGCGCAAGACGCAGCGCGGAAGATGCGCAGCCTGGAGCGCACGATCGAAGAGCGGGTCCAGGAACTGCTCAAGGTCTCTCACCTGCTGCAATACGACGTCCTCACCGAACTGCCCAACAGCATGCTGCTAGGCGACCGCCTGACCCAGGCCCTGGCCCAGTGCCGTCGGCATGACCGGCAGCTGGCGGTGATGTTCATCGGCCTGGACCGTTTCAAGCGCATCAACAATGCGCTGGGCCATCCGGTGGGCGATGAGATGCTCAAGCGGGTGGCACGCACCCTGGCCACCGTGGTGCGTGAATCCGACTCGGTGTTTCGCTACGGCTCCGATGAGTTCGTGGTGATCCTCGGCGACGTCGCCGATCCGCAATTGATCAAGGGCGTGGCGGAAAAACTGCTCGCGGCGATCAACTCTCCACACCCCATCGACGGCCATGACCTGACGGTGACGGCAAGCCTGGGCATCAGCGTGTACCCGACTGACGGTTTCGACGCCGTGGCGCTGATCAAGAAAGCCGAGACGGCAATGCGCAACGTCAAGGAAACCGGCCCCAACGACTACCGTTTTTTCACCGAGGACATGAACCGCCGGGCACGGCAGCAGCAGACCATCGAATCAGGTTTGCGCCTGGCGCTGCAACGCAAGGAATTCGTGCTGCATTACCAACCCAAGCTCGATCTGACGAGCGGCGCGGTGGTCGGTGTCGAGGCGCTGGTGCGCTGGAACCGGCCCGACCAGGGGCTCGTCTTTCCGTCGGATTTCATTCCGGTGGCCGAAGACAGCGGGCTGATCGTACCGCTGAGCCAGTGGGTGCTCCAGGAAGCCTGCCAACAGGCCTGTCGCTGGCAAGCCGAGGGCATGCGACCGCTATACCTGTCGGTGAATGTCTCGGCGATCGATTTTCGCCAGCGCGGTTTCGTCGAAGGCATTGCGCGCACCCTCAAGGAAACCGGCCTGGACCCGACACAGTTGGAACTGGAGATTACCGAAAGCGTGCTCATGCAGAACATCGATACCACCGTCGCCACCCTCAAGGCCATCAAGCAGTTGGGGGTACGACTGGCCATCGATGACTTCGGCACCGGCTATTCGAGCCTGAGTTACCTGCAGAAATTTCCGGTGGACGTGTTGAAGATCGACCAGTCGTTCGTCGGCGACCTGAGCATCGACAGCAACGACGCGAAACTGGTGAGCACCATCATCAGCCTGGGCAAGAGCTTGAACCTGCACATCATTGCCGAGGGTGTGGAAACCCGCGAGCAACTGGCGTTCCTCAAGGCGCACCAGTGCGAGGAAGCCCAGGGCTATTACTTCAGCAAGGCCGTGGAGCCGCAGGCCTTTGCCCAGTGGATGGCGGCATGGGAAAAAAAACCGAATCCGTTTTCATGA MNPMSVPANRRILVVDDTPAIHQDFRKILSPSAGNDDSLDDTESLLFGTPQVNRLQFQIDSAYQGEEALELVKRAQAEGQPYALVFADMRMPPGWDGLQTIEQLWKADPRLQIALCTAYSDYSWETMSERIEFDDQLLILKKPFDTLEIRQMASAMTWKWQLAQDAARKMRSLERTIEERVQELLKVSHLLQYDVLTELPNSMLLGDRLTQALAQCRRHDRQLAVMFIGLDRFKRINNALGHPVGDEMLKRVARTLATVVRESDSVFRYGSDEFVVILGDVADPQLIKGVAEKLLAAINSPHPIDGHDLTVTASLGISVYPTDGFDAVALIKKAETAMRNVKETGPNDYRFFTEDMNRRARQQQTIESGLRLALQRKEFVLHYQPKLDLTSGAVVGVEALVRWNRPDQGLVFPSDFIPVAEDSGLIVPLSQWVLQEACQQACRWQAEGMRPLYLSVNVSAIDFRQRGFVEGIARTLKETGLDPTQLELEITESVLMQNIDTTVATLKAIKQLGVRLAIDDFGTGYSSLSYLQKFPVDVLKIDQSFVGDLSIDSNDAKLVSTIISLGKSLNLHIIAEGVETREQLAFLKAHQCEEAQGYYFSKAVEPQAFAQWMAAWEKKPNPFS PGPT0026010_2155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_01501 2280 hypothetical protein ATGGATAGATCCAACCGGCGGATCCTGATCGTCGACGACACGCCAACGATTCATGAGGATTTTCGAAAGATCCTCGCCCCCCACGTGATCCCCGAAGACAGCCTGAGCAGCGCCGAAGAAGCCTTGTTCGGCGCACCGGTGGTGATCGCCGCCCAGAGTTTCGAGCTGGAGTCGGCATTCCAGGGCATGGAGGCCTTGAGCAAGGTAGAAACGGCCCTGGCCCGGGGTAAACCCTTCGCCATGGCGTTTATCGACATGCGCATGCCGCCAGGCTGGGACGGTCTTGAAACCATCGAGCGGCTGTGGCGCGTCGATCCCAAGCTGCAAGTGGCGCTGTGCACCGCTTATTCGGATTACTCCTGGGAGGACATCGCCGATCGCCTGGAATTGGGTGATCGCCTGCTGATCCTGAAGAAACCCTTCGACGCCATCGAGATCCGCCAGATGGCAAGCACCCTCACCGTCAAATGGCAGATGACCGAAGACGCGGCGCTGAAAATGGACATGCTCGAACGGGCGGTGGAGGAACGCACCCGGGAACTGGCCGACGCCAACATCATCGTGCAGAACAGCCCGACCATCCTTTACCGCCTGCGTGGCGAGCCGCCGTTCCCGTTGATGTACATCTCGCACAACATCACCAAGTTCGGCCATGTCGCGGCGCAACTGATCAGTTCGCCGGACTGGGCGCAAACCCTTATCCACCCCGATGATCAGGGCAAGGTCCAGGAGGCCATGGTCCGCGTCCTGGACCGCGACACGGTCGGGGCGTCCATCGAGTTTCGCATGCGCACCGGAGACGACACCTTTCGCTGGGTGGAGAACCGCTACATTCCTGTGCGCAACGAGCAAGGCCTGTTGCTGGAAGTCGAGGGCATCATCCTCGACATCACCGAGCGCAAAGTGGCCGAGGAAAAGATCGCCCTGCTCGCCCGCACCGATGGCCTGACCGGGCTCGCCAACCGCGCCACCATGATCGAACGCCTGCACCAGGCCTTCGCCGCCGCGCGCCGGGGAGCTGCGCCGTTTGCGATGTTCTACCTGGACCTGGACCACTTCAAGCGCATCAACGACACCCTCGGGCACCCCATCGGCGACCTGCTGTTGCAGGAAGTTGCGGCGCGCCTCAAGGGCTGTACCCGGGAAAACGACGTGGTGGCGCGCCTGGGCGGCGATGAATTCGCCATCCTGCAACTAGATGTCCACGAAGCGACGCACTGCGCCGCGCTGGCCGGCAAAATCCGTGACGCGCTGGTGGCGCCCTATTTCCTGGACGGCAACGATGTGCGCATCTCGGTGAGCATCGGCATCAGCCTGTACACGCCACAAAGCCTGAGCGCCGACAGCCTGATGGCGCAGTCCGACATGGCCCTGTACCGCTCGAAAGAGAAGGGCCGCAACCAATATCACTTCCACAACGAAGAGATCAATCAGGAAGTCACCGACCGGGTCGCCCTGGCCAATGACCTGCGCCAGGCCATCGAGAACAACGAACTGCATTTGCACTACCTGCCGGAAGTCGACCTCGGCACCGGCAAGATCCTCGGCATGGGCGTGCAGGTGCGCTGGAACCACCCCGAACGCGGCTGGCTGGAGCCGGCGGCGTTCATGCCTGCCGCCGAGAAAACCGGGATCATCATCGGCCTCGGTCACTGGGTCCTGGACCAGGCCTGCCAGCAGATGCGCCAATGGCGCGACCAGGGCATGGCGCCGCCGGTGATCGCCATCGACTTGTCCCTGACCCAGCTCAAGACCGGCCCGGAACTGATCTACGACGTGCTGCGCACCACCGCGCGCTGGGAGCTGGCGCCCTGGGACCTGCGCTTCGATGTCACCGAAGCGACCCTGGCCCAGACCAAATGGACCCACAACGACGTGCTGCCCCGCCTGTGCGAACTCGGCGTGCAGGTGGCCATCGATGATTTCGGCACCGAGTATTCCTCGTTCGATTATCTGAAGACCTACCGCGTCAACCATCTCAAGCTCGCCCAGCGATTCCTCGACAGCGCCAACGCCGATCCAGAAAACGCCACGACCCTGCGGGCGATCATCAACTTTGCCCGGGACGTCGGCATCGGCATCATTGCCGAAGGCGTCGAGACCCAGGAACAACGCACCACCCTGATGTCCAGCGGCGGCTCGATGCAGGCCCAGGGGCATTACTTCAGTACCGTGGTCGACAGCGACCAGGCGGCCGCACTGCTCAAGGCCGGTACCATCGTGCCGGTGGCGGACCACTGGACCCGGCCGGCCAGCCAGCTATCGGAGAGCAACCCATGA MDRSNRRILIVDDTPTIHEDFRKILAPHVIPEDSLSSAEEALFGAPVVIAAQSFELESAFQGMEALSKVETALARGKPFAMAFIDMRMPPGWDGLETIERLWRVDPKLQVALCTAYSDYSWEDIADRLELGDRLLILKKPFDAIEIRQMASTLTVKWQMTEDAALKMDMLERAVEERTRELADANIIVQNSPTILYRLRGEPPFPLMYISHNITKFGHVAAQLISSPDWAQTLIHPDDQGKVQEAMVRVLDRDTVGASIEFRMRTGDDTFRWVENRYIPVRNEQGLLLEVEGIILDITERKVAEEKIALLARTDGLTGLANRATMIERLHQAFAAARRGAAPFAMFYLDLDHFKRINDTLGHPIGDLLLQEVAARLKGCTRENDVVARLGGDEFAILQLDVHEATHCAALAGKIRDALVAPYFLDGNDVRISVSIGISLYTPQSLSADSLMAQSDMALYRSKEKGRNQYHFHNEEINQEVTDRVALANDLRQAIENNELHLHYLPEVDLGTGKILGMGVQVRWNHPERGWLEPAAFMPAAEKTGIIIGLGHWVLDQACQQMRQWRDQGMAPPVIAIDLSLTQLKTGPELIYDVLRTTARWELAPWDLRFDVTEATLAQTKWTHNDVLPRLCELGVQVAIDDFGTEYSSFDYLKTYRVNHLKLAQRFLDSANADPENATTLRAIINFARDVGIGIIAEGVETQEQRTTLMSSGGSMQAQGHYFSTVVDSDQAAALLKAGTIVPVADHWTRPASQLSESNP NA NA NA NA NA D1-35_01502 1368 rcsC_6 Sensor histidine kinase RcsC ATGGAAGATCAGTCGTCGAACGTTCCTGCTGCGAAGCCGACGGTGTTGCTGGTGGATGACGAAGAGTCGATTCTCAACAGCCTGCGTCGGCTGTTGCGCAGCCAGCCGTATGAAATCCTGCTGGCCGACAGCGGTGCGAAGGCCTTGGAAATCCTCAAGGAGCGGCCGGTCGACCTGGTGATGACCGACGCCCGGATGCCGAACATGGACGGCGCCACGCTGCTGGCGGAAATCCGCAAGCTGTATCCATCGACCTTGCGCATCCTGCTCACCGGCTACGCCGACGTGGACATGATGACCAAGGCCATCAACGAGGGGCAGCTCTATCGCTACCTCAGCAAACCCTGGAATGACGAGGAACTGGTGCAGGCCCTGCGCCAGGCCTTGGCCCACCAGCATTCGGAAAGCGAGCGTCAGCGCCTCGAAGCGTTGAACCGCGAGCAGAACCAGCAACTCAAGACCCTCAACGCCACGCTGGAAAAACGCGTGGCGTCGCGCACCGCCGAGCTGCAGCAGACCGCCGATATGCTCGACCTGGCCTACGAAGAGCTCAAGCGCAGCTACGTGACTGGCACCGAAGTGTTCTCGCTGATCGCCAACCTGCGCCTGCCCAAGGCCAAGCAGACCAACCGGCAGATCATCGAGTTGATCCGGGTCTACAGCCGGCTCAACTTTCTCGACGAGTCCACCGACCGCGACCTGACCATGGCCGCCGCCCTCTACAACATCGGCAAGCTGAGCTGGACCGATAACATGATGGTCACGCCCGCCGACATGCTGCACCACAGCGAACTGGAACTGTACCGGGCCTATCCGAAGCAGAGTGAATCGCTGCTGATGACCCTCGACCCGATGAAGGACGCGGCGCGCATCATCCTCCATCACCAGGAGCGCTGGGACGGCAGCGGTTTCCCCGATCACCTCAAGGGCGAGGCGATTCCGTTCGGTTCGCGGCTGTTGAAACTGGCGGTGGATTTCATCGAATTGCAGCGTGGGTTGATCCTGGAGCGGCAGATGAACAGCGATGAAGCGCTGGTCTACATCCGCAAATACGCCGGCAAGCTGTACGACCCGAACATGGTCGAGGACTTCATCAAGGCCTGCGGCGAATACCTGGAAGACGTGACCCTGTCCGACCCGACGGTGAAGGTCGTGACTACCCGCGAGCTGGCGGCCGGCATGGTCCTGGCGCGCAATCTCAATGCCGACAACGGCATGCTGTTGCTCAATGCCGGCAAGGTCATGAGTGCTCCGCTGATTGAAAAACTCATCGCCTTCGAGGCGATGGAAGGGGCGCGGTACAGCGTGTTCGTCAAGATCCCCGAGGAGGAAGCGGATCCTTCGGTGCCGAAGCCGATTTTGGGGTGA MEDQSSNVPAAKPTVLLVDDEESILNSLRRLLRSQPYEILLADSGAKALEILKERPVDLVMTDARMPNMDGATLLAEIRKLYPSTLRILLTGYADVDMMTKAINEGQLYRYLSKPWNDEELVQALRQALAHQHSESERQRLEALNREQNQQLKTLNATLEKRVASRTAELQQTADMLDLAYEELKRSYVTGTEVFSLIANLRLPKAKQTNRQIIELIRVYSRLNFLDESTDRDLTMAAALYNIGKLSWTDNMMVTPADMLHHSELELYRAYPKQSESLLMTLDPMKDAARIILHHQERWDGSGFPDHLKGEAIPFGSRLLKLAVDFIELQRGLILERQMNSDEALVYIRKYAGKLYDPNMVEDFIKACGEYLEDVTLSDPTVKVVTTRELAAGMVLARNLNADNGMLLLNAGKVMSAPLIEKLIAFEAMEGARYSVFVKIPEEEADPSVPKPILG NA NA NA NA NA D1-35_01503 417 hypothetical protein ATGACCATTGCTCTTATCCGTATCGCCGCCGCCCTGCTCATCGGCCCTGACGGCCGGACCCTGCTGGTACGCAAGCGCGGCACCCAGGCCTTCATGCAACCGGGTGGCAAGATCGAAGCCGATGAACAACCGGTCCAGGCCCTGGCTCGGGAGCTGGAGGAGGAACTCGGCCTGAGGATCGACCCGGCGCATGCTCGTCACCTTGGACAGTTCAGCGCGCCGGCCGCCAACGAGCCGGGTTTTACCGTGCAGGCCGAAGTGTTTTTGCTGGACATCGATGCTCGGGTTTCTCCCGCCGCCGAGATCGAGGAAGTGTGTTGGATCGATCCGGCCGGTACCGGCGATTTGTTGCTGGCGCCGTTGACAGGCGAGGTGATCCTGCCGTTTTATCGAGCCACTTGTCTCGCGACTTGCTGA MTIALIRIAAALLIGPDGRTLLVRKRGTQAFMQPGGKIEADEQPVQALARELEEELGLRIDPAHARHLGQFSAPAANEPGFTVQAEVFLLDIDARVSPAAEIEEVCWIDPAGTGDLLLAPLTGEVILPFYRATCLATC PGPT0021230_1511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876 NA NA D1-35_01504 639 rhtB_1 COG1280 Homoserine/homoserine lactone efflux protein ATGATTCCATTGCCGGACCTGCTGATTTTCGCCGCCGCCGCGTTGTTGATGGTGCTCACGCCCGGCCCGAACATGATCTACCTGATTTCCCGTTCGATCTGCCAGGGCCGCAAGGCCGGCGTCACCTCCTTGCTTGGCGTGGTGGCGGGCTTCTTCGTGCACATGTTCGCCGCGGCGGCGGGGCTGACGGCGGTGTTCCTGGCAGTGCCGATGGCTTATGAAATCCTCAAGTGGGCCGGCGCGCTGTATCTGCTCTGGCTGGCCTGGCAAGCGGTGAAACCGGGGGCTCGCTCGCCTTTTCAGGCCCAGCAGTTGCCGGCGGACTCGACCCGCAAGCTGATCACCATGGGTTTTCTCACCAGCGCCCTGAACCCGAAGATCGCGGTGTTCTACCTCTCGGTGTTTCCGCAGTTCATCAGCCCGGAGCACGGCTCGCTGTTCACCCAGAGCATCATCCTCGGGCTGACTCAGATCAGCGTGAGCTTCAGCGTCAACCTGCTGATCGCGCTGTTCGCCGCCGGCATCGCCTCGTGGTTTGTCCACAACCCGACCTGGCTGGCGGCGCAGCGCTATTTCATGGGGTTTGTACTCGGCGCACTGGCGCTGCGACTGATGCTTGAGCAACGGCGTTCGGCATGA MIPLPDLLIFAAAALLMVLTPGPNMIYLISRSICQGRKAGVTSLLGVVAGFFVHMFAAAAGLTAVFLAVPMAYEILKWAGALYLLWLAWQAVKPGARSPFQAQQLPADSTRKLITMGFLTSALNPKIAVFYLSVFPQFISPEHGSLFTQSIILGLTQISVSFSVNLLIALFAAGIASWFVHNPTWLAAQRYFMGFVLGALALRLMLEQRRSA NA NA NA NA NA D1-35_01505 498 hypothetical protein ATGAACATCCGACGGCTGAAGGTGGCTGATGCCCAGGGCTATCGGGAGTTGATGCTCCAGGCCTATGAGTTGCATCCAGAGGCTTTCACCTCCAGTGCCAGTGAACGGGCGACGCTGCCCATCAACTGGTGGGAGTCACGCCTGACCAGCCGGCTCGATGTGATCCTCGGGGCGTTCGTGGTGGACGAACCGGTTGGTATCGTCGGCCTGTCCCTGGAGCATCGGTTGAAGGCCAGGCACAAGGCGACCCTGTTCGGCATGTACGTCGCCGCCGCCCATCGCCAAGGGGGGCTTGGCCAGCAACTGGTCCAGGCGGCCCTCGACGAAGCCCGTCGTCACGCCTTTCTGCGGCTGGTGCAACTGACCGTCACCGCCGGCAACGACCCGGCCGTCAAACTCTACCAGCGCAGCGGCTTCGTTTTGTACGGGCTCGAACCGATGGCGATTCGCGTGGGCGATGAGTATTTCGACAAGATCCACATGTGGCTTGAACTCTGA MNIRRLKVADAQGYRELMLQAYELHPEAFTSSASERATLPINWWESRLTSRLDVILGAFVVDEPVGIVGLSLEHRLKARHKATLFGMYVAAAHRQGGLGQQLVQAALDEARRHAFLRLVQLTVTAGNDPAVKLYQRSGFVLYGLEPMAIRVGDEYFDKIHMWLEL NA NA NA NA NA D1-35_01506 918 metR HTH-type transcriptional regulator MetR GTGCTTGAACTCCGTCACCTGAAGACCCTGCACGCCCTGCGCGAAGCCGACAGCCTGGTGGAGGCCGCCGAACGCCTGCATCTGACCCAGTCCGCGCTGTCCCACCAGTTCAAGGAACTGGAGGAGCGCCTGGGCATGCAGCTGTTCGTGCGCAAGACCAAACCGGTCCGGTTCACCAGCGCCGGCTTACGCCTGTTGCAACTGGCGGATGCCGCCCTGCCATTGCTGCGCAGCGCCGAGCGGGACATCGCGCGGCTGGCCGGCGGCACCGCCGGGCGTCTGCACATGGCCATCGAGTGCCACAGCTGCTTCCAATGGCTGATGCCGACCATCGACCAGTTCCGCGATGCCTGGCCGGAAGTCGAGCTGGACCTGGCCTCGGGCTTCGCCTTCGCCCCGCTGCCGGCCCTGGCCCGGGGCGACCTCGACCTGGTGGTCACTTCCGATCCGCTGGAGCTGGCGGGCATCACCTATGTGCCGCTGTTCACCTACGAGGCGATGCTCGCGGTGGCGAACCAGCATCGACTGGCGGGCAAACCGTACATCGTGCCCGAAGACCTGGTCAGCGAAACCCTGATCACCTACCCGGTGGAGCGTGATCGGCTGGACATCTTCACCCGTTTCCTGGAGCCGGCCGACATCGAACCGGCCCAGGTTCGCACCTCCGAGCTGACGGTAATGATGATGCAACTGGTTGCCAGCGGCCGGGGCGTCTGCGGCATGCCTCACTGGGCACTGCATGAATACAGCTCACGGGGCTACGTGAAGGCCAAGCGGCTGGGGGAGAAGGGTCTGTTCGCCACGCTCTACGCGGCGGTGCGCACCGACATGCTCGACGCGCCGTACATGCGCGATTTTTTGCTGACGGCCAAGGACACATCATTCTCGACACTCGACGGCGTCAGTGCCGTGCGCTGA MLELRHLKTLHALREADSLVEAAERLHLTQSALSHQFKELEERLGMQLFVRKTKPVRFTSAGLRLLQLADAALPLLRSAERDIARLAGGTAGRLHMAIECHSCFQWLMPTIDQFRDAWPEVELDLASGFAFAPLPALARGDLDLVVTSDPLELAGITYVPLFTYEAMLAVANQHRLAGKPYIVPEDLVSETLITYPVERDRLDIFTRFLEPADIEPAQVRTSELTVMMMQLVASGRGVCGMPHWALHEYSSRGYVKAKRLGEKGLFATLYAAVRTDMLDAPYMRDFLLTAKDTSFSTLDGVSAVR NA NA NA NA NA D1-35_01507 699 metE COG0620 5-methyltetrahydropteroyltriglutamate--homocysteine methyltransferase ATGGCCCTGGCCCATACCCTCGGTTTTCTTCGCATCGGCGCCGATCGCCGCCCCGTGCGGCAAGCCCACAACCGGGTTCCGGAGTTTACCGCCGGGCAGACCTTCGCGCTGAGCTGGGAGCACCTGTTCGACGAGGTCGACGAAGCCCATGCGCTGGGGCATCGAGTCAAGCCGGCGATCATCGGCCCGCTGACGTACTTGTGGCTGGGCAAGGCCAAGGGCGGTGACTTCGACAAACTCGACCTGCTGGAAAGCCTGTTGCCGGTTTACGGCGAAATCTTCAATCGCCTCAAGGCCCAGGGCGTGGAGTGGGTGCAGATCGATGAACCGATCCTCACCCTCGACCTGCCGCTGGCCTGGCGAAGCGCCTTCGAGCGGGCCTACCACATCCTCCAGTATTCACCGCTGAAAAAATTGCTGGCGACCTGTTTCAGTGGCCTGCAAGACAACCTCGGCCTGGCGGCGGGCCTCCCGGTGGATGGGCTGCACGTCGACGCCGTGCGTGCGCCGGAACAACTCGGCCAGGTGCTCGATCGCCTGCCGACCTACAAGATCCTGTCGGTGGGCCTGGTCAATGGCCGCAACGCCTGGCGCTGTGAACTGGAACAGGCGCTGGCACAATTGCGACCGGCCCGGGAACGCTTCGGCGAGAACCTTTGGGTCAGTACCCTCGCCACGTGTGCTCAGGGCTTCAGATAA MALAHTLGFLRIGADRRPVRQAHNRVPEFTAGQTFALSWEHLFDEVDEAHALGHRVKPAIIGPLTYLWLGKAKGGDFDKLDLLESLLPVYGEIFNRLKAQGVEWVQIDEPILTLDLPLAWRSAFERAYHILQYSPLKKLLATCFSGLQDNLGLAAGLPVDGLHVDAVRAPEQLGQVLDRLPTYKILSVGLVNGRNAWRCELEQALAQLRPARERFGENLWVSTLATCAQGFR NA NA NA NA NA D1-35_01508 1020 rdmC Aclacinomycin methylesterase RdmC ATGCGTGTATTCATTTTTCTGGCCGCATTGTTGTGCGGCCTGCCGTCGTTGGCGGCTTCTCGTTGTGATGTCAATGTCGCGACCCAACGGGTCGACCTGGACCAGGTAAGCCTGGCGTACCAGAGCATCGGCCGTGCTTCGGATCCCGCGCTGCTGCTGGTGATGGGGCTGGGCGGTCAGTTGATCCATTGGCCGGACGAAGTGGTGGTGGCGCTGTGCGAACAGGGTTTCCGGGTGATTCGCTACGACAACCGGGATGTGGGCCTGTCCGCCTGGCGCCAGGCCCCAGGCACTGCCAACCTGACCTTCGAAGCCTTGCGCTACAAGCTTGGCTTGCCGGTGGCCGCGCCTTATACCTTGACCGACATGGCCGCCGATGGCCTGGGCTTGATGGATGCCTTGCAGGTGCAAAGCTTCCATGTACTGGGCGTAAGCATGGGCGGGATGATCGCCCAGCACATGGCGGCGATGGCGCCGCAACGGGTCGAGAGCCTGACCCTGATCATGACCAGTTCCGGCGCCGCAGGCTTGCCGGCGCCCAGTGAAACGCTGGTGCAGTTGCTGTCACGACGCAGCGCGCCGAATCGTGAAGTGGCGCTTGAGCAACAGGCCGACCTGCTCGCCGCGCTGGGCAGCCCGATGGTGGTCGATGACCGGCAGGCCTTGCTGCATCAAGCCGCCGTGGCTTACGACCGGGCCTTCAACCCCGAAGGTGTGAAGCGTCAGATCATGGCAATCCTGGCCGAGCCGAGTCGGGTGGCGCTGCTCAATCAATTGCAGGTGCCGACCCTGGTGGTCCATGGCACCGCCGATCCGTTGCTGCCGGTGATGCATGGTGTGCATCTGGCGGCGCATATTCGCGGCAGCCAGTTGAAACTGATCCCAGGCCTGGCCCATCGCTTTCAAGAGGCCTTCAAGGAACCCTTGCTGGGCGCGGTGTTGCCCTACTTGCAGCAGCACCGCGAAGACACCTCGCACTGGGCGCAGATCGAGCCGGCGCAGGCACCTAATCTGCTTTAA MRVFIFLAALLCGLPSLAASRCDVNVATQRVDLDQVSLAYQSIGRASDPALLLVMGLGGQLIHWPDEVVVALCEQGFRVIRYDNRDVGLSAWRQAPGTANLTFEALRYKLGLPVAAPYTLTDMAADGLGLMDALQVQSFHVLGVSMGGMIAQHMAAMAPQRVESLTLIMTSSGAAGLPAPSETLVQLLSRRSAPNREVALEQQADLLAALGSPMVVDDRQALLHQAAVAYDRAFNPEGVKRQIMAILAEPSRVALLNQLQVPTLVVHGTADPLLPVMHGVHLAAHIRGSQLKLIPGLAHRFQEAFKEPLLGAVLPYLQQHREDTSHWAQIEPAQAPNLL NA NA NA NA NA D1-35_01509 882 gcvA_1 Glycine cleavage system transcriptional activator ATGAAACGACTTCCTCCGCTGCCGGCGCTGCACACCTTCCTGATCACCGCCCAATGTTGCAATTTCACCCGCGCGGCGGAACTGCTGCATATCACTCAAGGTGCGGTGAGCCGACAAATTGCCGGACTGGAAGCGCACCTGGGTTACGCGCTGTTTCACCGCCAGGCGCGTGGCCTGAGCCTGACCGCCGAAGGCCAGGCGTGGCTGCCGCGGGTGCAGCAGGTGTTCGGCCTGATCGGCGAGGCGCTGGAGCAGATCGGCGAGAAACGCCAGGCCCTGCAACTCAAGGCGCCGACCTGCGTGATGCGCTGGTTGCTGCCGCGCCTGTTGCAATGGCAAAAGGAGCGGCCAGACGTGCCGGTGGAGCTGACCACCACGGTCCGGCACGGCGTGAATTTCCAACAGGAAACCTTCGACGCGGCGGTCGTCTACGGCCCGCCGCCCGATGCCTCGTTGGCCCGCCTGCACCTGTTCGATGAACAACTGACGCCGGTCTGCTCCCCGCCGCTGGTGGAAGGCCCCGCACCGTTGCGCTCGCCCGCCGACCTGCAACAGCACTTGCTGCTGCACCCCACCACCGACGAGCGCGACTGGAACGCCTGGCTCGCCGAGGCCGGCGTCCACCTGAACAACGTCAGCAAGGGCCAGCATTTCGAAACCCTGGACCTGGCGATGTCCATGGCGTCTCAAGGCACAGGCGTGGCAATTGGCGACTGGTCGCTGATCGGCGACGACCTCAGCGCCGGCAGGCTGGTGGCGCCGTTCGAATTGAAGGTCAGGACCGGGCTGGGTTATCACCTGGTTCATCCGCGCAAAGCCCAGGTGTCTGGCCAGTTGCAGGAACTGATGGAATGGCTGGTGGAGGAAGCTCACCGACGCTAG MKRLPPLPALHTFLITAQCCNFTRAAELLHITQGAVSRQIAGLEAHLGYALFHRQARGLSLTAEGQAWLPRVQQVFGLIGEALEQIGEKRQALQLKAPTCVMRWLLPRLLQWQKERPDVPVELTTTVRHGVNFQQETFDAAVVYGPPPDASLARLHLFDEQLTPVCSPPLVEGPAPLRSPADLQQHLLLHPTTDERDWNAWLAEAGVHLNNVSKGQHFETLDLAMSMASQGTGVAIGDWSLIGDDLSAGRLVAPFELKVRTGLGYHLVHPRKAQVSGQLQELMEWLVEEAHRR PGPT0026360_3731 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_01510 1632 aruI COG0028 putative 2-ketoarginine decarboxylase AruI ATGGCGACGTGCGGCGAAGTATTGGTCAAGTTACTCGAAGCTTATGGTGTGGAGCAGGTGTTTGGCATTCCTGGCGTGCACACCGTCGAGTTGTATCGCGGGCTGGCCAGTTCGAGCATCCGTCATGTGACGCCGCGTCACGAGCAAGGCGCCGGGTTCATGGCCGACGGTTATGCGCGGGTCAGCGGTAAGCCGGGGGTGTGTTTCATCATCACCGGGCCGGGCATGACCAACATCGCCACCGCCATGGGCCAGGCTTATGCCGACTCGATCCCGATGCTGGTGATCTCCAGCGTGCAGTCGCGCAGCCAGTTGGGCGGCGGGCGCGGCAAGCTGCATGAGCTGCCGAACCAGAGTGCGCTGGTGGGCGGCGTGGCGGCGTTTTCCCATACGTTGATGTCGGCTGCCGAGTTGCCCGGCGTGTTGGCCCGCGCCTTTGCCGTGTTCCAGGCCGGGCGCCCACGGCCGGTGCACATCGAAATCCCGCTGGACGTGCTGGTCGAGGACGCCGATGCGCTGTTGTGCAGCGCACCGGTGCACGTCAGCCGCGCCGGGGCTGCGCCAGACGCCGTGGAGCAGATGGCGGCATTGCTGGCGACGGCCAGACGGCCACTGATTCTTGCCGGCGGGGGCGCCATCGATGCAGCAGCCGAATTGACCGAACTGGCCGAACGCCTCGGTGCACCGGTGGCGTTGACCATCAATGCCAAGGGCTTGCTGGCGTCCTGGCACCCGTTGCTGATCGGCTCTACCCAGAGCCTGGTCGCGACCCGTGCGTTGGTGGCCGAGGCCGATGTGGTGCTGGCCATCGGCACCGAACTGGCCGAGACCGACTATGACGTGACCTTCGCCGGCGGCTTCGAGATTCCCGGTGCGCTGCTGCGCGTCGACATCGACCCCGACCAGACCGTGCGCAATTACCCACCGAAACTGGCGCTGGTGGCCGATGCGCGAAGTGCTGCTCGCGCCTTGCTCGACGCGCCGAGCCTGCAAGCGCCCGCCGCACGCCAGGACGACTGGGGAGTGGCGCGTGTGGCGCGGCTGTGGGCTGAACTCGACCGGCAATGGGACGCACCGACTCGCGCCCAGACCGTGTTTCTCGACAGCGTTTTACAGACGCTGCCCGAGGCGGTCTTTGTCGGCGACTCCACCCAGCCGGTGTACACCGGCAACCTCACTTTCAATCTCGAACAGCCGCGCCGCTGGTTCAACTCCTCGACCGGCTACGGCACCCTCGGCTACGCATTGCCGGCGGCGATCGGCGCCTGGCTTGGCGGTGTCGATAACGCCCATGGACGCCCGCCGGTGGTGTGCCTGATCGGCGATGGCGGCCTGCAATTCAGCCTGCCGGAACTGGCCAGCGCCGTGGAAGCGCGGGTACCGGTGATCGTATTGCTGTGGAATAACCAAGGCTACGAAGAGATCAGGAAGTACATGGTCAACCGTGCCATCGAACCGGTGGGCGTGGACATCTACACGCCGGATTTCATCGGCGTCGCCAAGGCGTTGGGCTGTGATGCCGAGGCGGTTGAGGATGTGCCGTCATTGCGGGTGGCGTTGCTTGCTGCACGTGAGCGGCGGGGGCCGACGTTGATCGAGATTGATCAGGACCTTTGGGCGGCGAAGTATTGA MATCGEVLVKLLEAYGVEQVFGIPGVHTVELYRGLASSSIRHVTPRHEQGAGFMADGYARVSGKPGVCFIITGPGMTNIATAMGQAYADSIPMLVISSVQSRSQLGGGRGKLHELPNQSALVGGVAAFSHTLMSAAELPGVLARAFAVFQAGRPRPVHIEIPLDVLVEDADALLCSAPVHVSRAGAAPDAVEQMAALLATARRPLILAGGGAIDAAAELTELAERLGAPVALTINAKGLLASWHPLLIGSTQSLVATRALVAEADVVLAIGTELAETDYDVTFAGGFEIPGALLRVDIDPDQTVRNYPPKLALVADARSAARALLDAPSLQAPAARQDDWGVARVARLWAELDRQWDAPTRAQTVFLDSVLQTLPEAVFVGDSTQPVYTGNLTFNLEQPRRWFNSSTGYGTLGYALPAAIGAWLGGVDNAHGRPPVVCLIGDGGLQFSLPELASAVEARVPVIVLLWNNQGYEEIRKYMVNRAIEPVGVDIYTPDFIGVAKALGCDAEAVEDVPSLRVALLAARERRGPTLIEIDQDLWAAKY PGPT0008185_9957 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 D1-35_01511 930 rhaS_6 HTH-type transcriptional activator RhaS ATGTCGCCACTCGATCACGCCCACGTCCCGCTGGACACTTACCTGGAACAACAGCGCGCCGAGCTGGCATCGATCATCGAACGCAATACCAGCGAGGACGGCAGCTACGCCACCGCCATCGGCTCGCTGCACCTGTCGCGCCACAGCCAGCCGCATAAATTTGCCCCGGTGCTGGCCCAACCGGCGCTGTGCATCATGGCCCAGGGCAGCAAGCAGGTGCGCCTGGCAGACGAACTGTTCAACTACGACCCGTTGCACTACCTGGTGGTCTCGGTCTCGATGCCATTGAGCGGGTGCATCGCCGACGTCTCGCCCGAACAGCCGATCCTGGCGCTGCGCCTGGACATCGACCCGGCGGAAATCACCGCGCTGATCGCCGACGCCGGTCCCTTGGGCGTACCGACCCGCCCCGCTGGCCGCGGCCTGTATGTCGAACGCCTGGACACGCCGATGCTCGATGCCGTGCTGCGCCTGGCACGGTTGCTGGACAGCCCGAAAGACATCGCCATGCTCGCGCCACTGGTGCGCCGGGAAATCCTCTATCGCCTGCTGCGCAGCCCGCAAGGCTACCGGCTGTATGAAATCGCCATTGCCAACAGCCAGAGCCATCGCATCAGCCAGGCGATCAAATGGCTCAACGGCCATTTCGAACAGCCGCTGCGCATCGACGACCTGGCCCGGGAAGTCAACCTCAGCGTCTCGACTCTGCACCATCGTTTCAAGGCAATGACCGCCATGAGCCCGTTGCAGTACCAGAAGCAATTGCGCCTGCAGGAAGCCCGTCGCCTGATGCTGGCCGAAGGGCTGGAAGCCTCGGCGGCAGGGTATCGCGTGGGTTATGAAAGCCCGTCGCAGTTCAGCCGCGAATACAGCCGGCTGTTCGGCGCGCCGCCGCTGAGGGATCTGGCGCGGTTGCGGATGACCGTTTGA MSPLDHAHVPLDTYLEQQRAELASIIERNTSEDGSYATAIGSLHLSRHSQPHKFAPVLAQPALCIMAQGSKQVRLADELFNYDPLHYLVVSVSMPLSGCIADVSPEQPILALRLDIDPAEITALIADAGPLGVPTRPAGRGLYVERLDTPMLDAVLRLARLLDSPKDIAMLAPLVRREILYRLLRSPQGYRLYEIAIANSQSHRISQAIKWLNGHFEQPLRIDDLAREVNLSVSTLHHRFKAMTAMSPLQYQKQLRLQEARRLMLAEGLEASAAGYRVGYESPSQFSREYSRLFGAPPLRDLARLRMTV NA NA NA NA NA D1-35_01512 354 hypothetical protein ATGACTACACAGATCCCCGTCAGTCACATGGCTTTCGTGCGGGCACGAGCCGGCCGCAGCCAGCAATTGGGTGCGCGCCTGAGTACCTTGATCACCCCGTCGCGGCAAGCTCCCGGTTGCCTGCACTTCGCCTTGCAGCAATCGCAATGCGACGCCGACTTGTGGCTGGTGTCCGGGCTGTGGACCCACCAGCAGGCGATGGAGGCCTACTTCAATTCCCCGGCGATGGCGATCTTCGCCGAGCTGGTGCAGGACCTGGTGGTGAGCAGCCTGGATTTCCATACCTTTCGCGAAGTGTCTGCCGCCAAGGCGACCGAAGGGTGCATGGCGAAGGTACACAAACTGGCCGGTTGA MTTQIPVSHMAFVRARAGRSQQLGARLSTLITPSRQAPGCLHFALQQSQCDADLWLVSGLWTHQQAMEAYFNSPAMAIFAELVQDLVVSSLDFHTFREVSAAKATEGCMAKVHKLAG NA NA NA NA NA D1-35_01513 234 hypothetical protein ATGGCACGCAAAGCCTTTGAAACTTTTGAAGCTGTTTCCGCTGTTGTTCCCAAGGAGGGTGGCGGCTATTACGCAGCCATCGCCACCAAGGCCATCGGCAGTCCCGACAAGCCTCGCTTCAACAAAGTGCTCGAAGAGCAGACGTTCGAGACTGCTTTCAAAGCCGATGAAGCGGCTGCCCAGCAGTTGACTCACCTGCAGGGTGTCGATGGCGAAGGCGGCCTGATCTGGTAA MARKAFETFEAVSAVVPKEGGGYYAAIATKAIGSPDKPRFNKVLEEQTFETAFKADEAAAQQLTHLQGVDGEGGLIW NA NA NA NA NA D1-35_01514 621 hypothetical protein ATGCCCGATGACATCCATTACTACGAACCCGCCAACGGTCACGGCCTGCCACACGATCCGTTCAACGCGATCATCGGTCCACGGCCCATTGGCTGGATTTCTTCCCAGGACGGCGAAGGACGCCTGAACCTGGCGCCTTACAGTTTCTTCAACGCCTTTAACTACGTTCCGCCGATCATCGGTTTCTCAAGTGTCGGGCGCAAAGACAGCCTGAACAATATCGAGCAGACCGGGGAGTTCGCCTGGAACCTCGCCACCCGCCCGCTGGCCGAGCAGATGAACCAGAGCTGCGCAATGGTCGCGCCAGAGGTCGATGAGTTCGAACTGGCAGGTTTGACAACCGCCCCGTCGCGGGTGATCCAGGTGCCGCGCGTGGCAGAGAGCCCGGTATCCTTCGAATGCAAAGTCACGCAGATCATCCAACTGCAACGTGCCGACAAGGCACTTGTACCGAGCTGGCTGATCCTCGGCGAAGTCGTCGCCGTGCACATCGCCAAGTGGCTGTTGAAGGATGGGGTATACGACACCGCCGCCGCCGAGCCGATTTTGCGTGGTGGCGGGCCGGCGGATTATTTCCAGCTGGGGCCGGAGGCGTTGTTCAGGATGCATCGCCCGAAGTAA MPDDIHYYEPANGHGLPHDPFNAIIGPRPIGWISSQDGEGRLNLAPYSFFNAFNYVPPIIGFSSVGRKDSLNNIEQTGEFAWNLATRPLAEQMNQSCAMVAPEVDEFELAGLTTAPSRVIQVPRVAESPVSFECKVTQIIQLQRADKALVPSWLILGEVVAVHIAKWLLKDGVYDTAAAEPILRGGGPADYFQLGPEALFRMHRPK NA NA NA NA NA D1-35_01515 219 hypothetical protein ATGAAAACCCAACTCATTTTCGCCCTGACCCTCTCCGTATTGGCCACCAGCGCTTTTGCCGACGACGGCTTCGACCGCACCGGCACCGCCGCTTTTATCGCCGGCACCCATGACCGTAGCGGCTCGGCCGCTGTTGCCAGACAAGATGAAAATCACGCCACCGAGCCGACCGTCGCAACACAGGGCGCCGACCGCGCCGATGCGGCGTCCACCAACTGA MKTQLIFALTLSVLATSAFADDGFDRTGTAAFIAGTHDRSGSAAVARQDENHATEPTVATQGADRADAASTN NA NA NA NA NA D1-35_01516 1320 kgtP_1 Alpha-ketoglutarate permease ATGGATAACTCCAACGCCCTGCCCATTGGGTCGGCTGCCGTGCCCGCCCGTGAAAGAACCACCGCCAGCCGGATCAAATCGATCTTCAGCGGCTCGGTCGGCAACATGGTCGAGTGGTACGACTGGTACGTCTACGCTGCTTTCTCGTTGTACTTCGCCAAAGCCTTCTTCCCCAAGGGTGACACCACCGCCCAACTGCTCAACACCGCCGCGATCTTCGCCGTCGGCTTCCTGATGCGCCCGATCGGCGGCTGGCTGATGGGCCTGTACGCCGACCGCGCCGGCCGTAAACGCGCGTTGATGGCCTCGGTGTACCTGATGTGCTTCGGCTCGCTGATCATCGCCCTGAGCCCGAGCTACGAAACCATCGGCGTCGGCGCGCCGATCCTGCTGGTCTTCGCCCGCTTGCTCCAAGGCTTGTCGGTGGGTGGCGAATACGGCACGTCGGCCACCTACCTGAGCGAGATGGCGACCAAGGAACGACGTGGTTTCTTCTCCAGCTTCCAGTACGTGACCCTGATCTCCGGCCAGCTCATCGCCCTCGGCGTGCTGATCGTGCTGCAGCAGGTCCTCACCACCGAGCAACTCTACGCCTGGGGCTGGCGCATCCCGTTCGCCATCGGCGCGCTGTGCGCAGTCGTGGCGCTGTACCTGCGTCGCGGCATGGAAGAAACCGAGTCGTTCACCAAGAAGGAAAAAGCCAAGGAAAGCGCGATGCGCACCTTGATGCGTCATCCCAAGGAACTGCTGACCGTGGTCGGCCTGACCATGGGCGGTACGCTGGCGTTCTACACCTACACCACCTACATGCAGAAGTACCTGGTTAATACCGTCGGCATGAGCATCTCCGACTCCACCACCATTTCCGCCGCCACGCTGTTCCTGTTCATGTGCCTGCAACCGATCATCGGTGGGCTGTCGGACAAGATCGGTCGCCGGCCGATCCTGATTGCCTTCGGCATCCTGGGGACGTTGTTCACGGTGCCGATCCTCACCACCCTGCACACCATCCAGACCTGGTGGGGCGCGTTCTTCCTGATCATGGCCGCGCTGATCATCGTCAGCGGCTACACCTCGATCAACGCGGTGGTGAAAGCCGAGCTGTTCCCTACCGAGATCCGCGCCCTCGGCGTCGGCCTGCCGTATGCCCTGACCGTATCGATCTTCGGCGGCACCGCCGAATACATCGCGCTGTGGTTCAAGAGCATCGGCATGGAAACTGGCTACTACTGGTACGTGACAGGCTGCATCGCGGTATCGCTGCTGGTCTACATCACCATGAAAGACACCCGCAAGCACTCGCGGATCGTGACGGACTGA MDNSNALPIGSAAVPARERTTASRIKSIFSGSVGNMVEWYDWYVYAAFSLYFAKAFFPKGDTTAQLLNTAAIFAVGFLMRPIGGWLMGLYADRAGRKRALMASVYLMCFGSLIIALSPSYETIGVGAPILLVFARLLQGLSVGGEYGTSATYLSEMATKERRGFFSSFQYVTLISGQLIALGVLIVLQQVLTTEQLYAWGWRIPFAIGALCAVVALYLRRGMEETESFTKKEKAKESAMRTLMRHPKELLTVVGLTMGGTLAFYTYTTYMQKYLVNTVGMSISDSTTISAATLFLFMCLQPIIGGLSDKIGRRPILIAFGILGTLFTVPILTTLHTIQTWWGAFFLIMAALIIVSGYTSINAVVKAELFPTEIRALGVGLPYALTVSIFGGTAEYIALWFKSIGMETGYYWYVTGCIAVSLLVYITMKDTRKHSRIVTD PGPT0001525_592 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_KETO-|OXOGLUTARATE_TRANSPORT,PGPT0001525-kgtP-K03761 NA NA D1-35_01517 1335 dctD_1 C4-dicarboxylate transport transcriptional regulatory protein DctD ATGCTTGATTCGGTCATAGTCGTCGATGACGAGAGCAGTATCCGCAGTGCCGTGGAGCAGTGGCTGAGCCTGTCCGGATTCCGCGTGCAATTGTTCAGCCGCGCCGAAGACTGCCTGGTGCAGTTGCCGGAGAATTTTGCCGGGGTGATCCTGAGTGACGTGCGCATGCCTGGGCTCAGCGGCCTGGAACTGTTGGCCGAAGTACGCAAGCGCGACCCCGACCTGCCGGTGATCCTGTTGACCGGTCACGGCGATGTACCGATGGCGGTGGAAGCCATGCGCGACGGGGCCTACGACTTCCTGGAAAAACCCTTCAGCCCTGAAGCCCTGCTGGGCAGCCTGCATCGCGCCCTCGATAAACGTTTCCTGGTGCTGGAGAACCGCCGGCTGCACGAGCAGGCCGACGCCAGGGCCCGGCTGGACACCACGCTGCTGGGCGTCTCCCGGCCTTTGCAGAACCTGCGCCGCCAGGTGCTGGACCTGGCGACCCTGCCGGTCAACGTGTTGATTCGCGGCGAAACCGGCAGTGGCAAGGAACTGGTCGCCCGCTGCCTGCATGATTTCGGCCCAAGGGCGAGCAAGCCTTTCGTGGCGCTGAACTGCGCGGCCATTCCCGAGCCGCTGTTCGAGGCCGAACTGTTCGGCCATGAAAGCGGCGCGTTCACCGGCGCCCAGGGCAAGCGCATCGGCAAGCTCGAATATGCCGATGGCGGCACACTGTTTCTTGATGAAATCGAAAGCATGCCCCTGGCGCAACAGGCCAAGTTGCTGCGGGTTCTGCAGGAAAAGAAACTCGAGCGCCTGGGCTCCAACCAGAGCATCCCGGTGGACCTGCGCATCATTGCCGCGACCAAACCGGACCTGTTGGACGAAGCCCGTGCCGGGCGCTTTCGCGAAGACCTGGCCTATCGCTTGAACATTGCCGAACTGCGCCTGCCGCCGCTGCGTGAACGGCGCGAGGACATTCCGCTGCTGTTCGAACATTTCGCCCACAGCGCCGCCGAACGCCTGGGCCGCCCGGCAACGCCGCTGAGCGGCCCGCAACTGAGCCATTTGCTCAGCCATGACTGGCCAGGCAATGTCCGCGAACTGGCCAACGTCGCCGAACGCCAGGTGCTGGGCCTGGATCAACTGCCCGTCGAGGACGCGGCGCCCGGCCAATCCCTGGCGGCCCGGCAGGAAGCCTTCGAAGCGCAATGCCTGCGCGCCGCCCTCACGCGGCACAAGGGCGACGTGAAAGCCGTGCTCGAAGAACTGCAACTGCCGCGCCGTACCTTCAATGAAAAGATGCAGCGGCATGGGTTGAATCGGGAGATGTTTTTGCAGGAGCGCTGA MLDSVIVVDDESSIRSAVEQWLSLSGFRVQLFSRAEDCLVQLPENFAGVILSDVRMPGLSGLELLAEVRKRDPDLPVILLTGHGDVPMAVEAMRDGAYDFLEKPFSPEALLGSLHRALDKRFLVLENRRLHEQADARARLDTTLLGVSRPLQNLRRQVLDLATLPVNVLIRGETGSGKELVARCLHDFGPRASKPFVALNCAAIPEPLFEAELFGHESGAFTGAQGKRIGKLEYADGGTLFLDEIESMPLAQQAKLLRVLQEKKLERLGSNQSIPVDLRIIAATKPDLLDEARAGRFREDLAYRLNIAELRLPPLRERREDIPLLFEHFAHSAAERLGRPATPLSGPQLSHLLSHDWPGNVRELANVAERQVLGLDQLPVEDAAPGQSLAARQEAFEAQCLRAALTRHKGDVKAVLEELQLPRRTFNEKMQRHGLNREMFLQER PGPT0017310_981 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017310-dctD-K10126 NA NA D1-35_01518 1767 dctB_1 C4-dicarboxylate transport sensor protein DctB ATGCTGCCGACTCCTCGTACCTTGCGCCTGCTCCTGTCCATCGCTTTGATTCTAATCGGCGCAGCGTTGGCCGCCACCCTGGCCGTACGCCACGCCGAACGCGAGGCTCTGAAGGAAGACGCCAGCCGTGCCAGCCAACAATTGGCGTTGTACGCCAATTCCTTGCACACCCTGATCGAACGCTACCGCGCCCTGCCCTCCGTGCTGGCGCTGGACCCACAACTGCGCGATGCCCTGAAGGGCCCGGTCAGTGCGGCGCAACAGGATGAACTGAATCGCAAGCTGGAAAAGATCAACGGCGCCGCGCAGTCCTCCACCCTGGAATTGCTGGACCATACCGGCCTGGCCGTAGCGGCCAGCAACTGGCGGCTGCCGAGCAGCTATGTCGGCCACAACTATGGTTTTCGTCCCTACTTCCTCCAGACCCGCACCCAAGGCACCGGGCGGTTTTATGCCGTGGGCGTGACCAGTGGTATCCCTGGCTATTTCCTGTCCAGCGCGGTGACCGGCGACAACGGCGAGTTCCTCGGCGCCATGGTGGTGAAGCTGGAGTTTCCGGAGCTCGAACGCGAGTGGCGCCAGGGCAGCGACACGCTGTTGGTCAGCGATGCGCGCGGCATCATTTTCATCGCCAACCGGCCGGGCTGGCGTTATCGCCACCTGCGCCCACTGGCCGACAGCGACCGCGCCGAACTCAAGGCTACCCGTCAATACGACAAGCAACCGTTGCAGCCCCTGGCCTTCGATCCGCTGCGACGCTTCGACGACAACAGCCATCTGGCCCGGGTCGAAGCGCCCGATGGCACGGCGGACTATCTCTGGGAATCCCTGCCGTTGACCGGCGAAGGCTGGACCTTGCATTTGTTGCGCAGGCCGCAGATCGCCTTTGAAGACCTGCGCAACGCCGGGCTCGCCGCCGCCGGGTTGTGGCTGGCGCTGGTGTTCCTGTTGCTGTTTCTCAACCAGCGCTGGCGCCTGGCAAGACTGCGTCAACGCAGCCGCGAGGAACTCGAACGGCTGGTGGAGGAACGCACGCGTGAACTGCGCACTGCCCAGGACGGCCTGGTGCAATCGGCCAAGCTCGCGGCCCTGGGGCAGATGTCGGCGGCACTGGCCCACGAGATCAACCAGCCGCTGACCGCCCAGCGCATGCAGCTGGCGACCCTGCGCCTGTTGCTTGACCATGGCCGGATCGATGACGCCTACAAGGCGCTCAAACCGGTGGATGACATGCTCACACGCATGGCCGCCCTCACCGGCCACCTCAAAACCTTTGCCCGCAAAAGCCCGAGCGGCCTGCGAGAGCGCCTGGACCTGGCAGCGGTGGTCGACCAGGCCCTGCAATTGCTGGAGACACGCCTGCGCGATGAACACGTCAGCACGGTGTTGCACCTGGCCCGCCCGGCCTGGGTTCGCGGCGACGCGATCCGCCTCGAACAGGTGCTGATCAACCTGCTGCGCAACGCTCTCGACGCGATGGTCGACCAACCGATCAAGCGCCTGGAAGTGCGCCTGCAGGCCGATGAGCAGTTGTGGTGCCTGACGGTGAAAGACAGCGGCGGCGGAATTGCCGAAGAGCACCTGGCCCAGGTGTTCGACCCCTTTTTCACCACCAAGGCCGTCGGCGATGGCCTGGGCCTGGGCCTGGCGGTGTCGTTTGCGATCATTCATGAATCCGGCGGGCGGCTGACAGCGGGCAATCACGAAAACGGCGCGGTATTCTGCGTCACCTTGCCCATCGATCCGGAGGCGCCGCTGCATGCTTGA MLPTPRTLRLLLSIALILIGAALAATLAVRHAEREALKEDASRASQQLALYANSLHTLIERYRALPSVLALDPQLRDALKGPVSAAQQDELNRKLEKINGAAQSSTLELLDHTGLAVAASNWRLPSSYVGHNYGFRPYFLQTRTQGTGRFYAVGVTSGIPGYFLSSAVTGDNGEFLGAMVVKLEFPELEREWRQGSDTLLVSDARGIIFIANRPGWRYRHLRPLADSDRAELKATRQYDKQPLQPLAFDPLRRFDDNSHLARVEAPDGTADYLWESLPLTGEGWTLHLLRRPQIAFEDLRNAGLAAAGLWLALVFLLLFLNQRWRLARLRQRSREELERLVEERTRELRTAQDGLVQSAKLAALGQMSAALAHEINQPLTAQRMQLATLRLLLDHGRIDDAYKALKPVDDMLTRMAALTGHLKTFARKSPSGLRERLDLAAVVDQALQLLETRLRDEHVSTVLHLARPAWVRGDAIRLEQVLINLLRNALDAMVDQPIKRLEVRLQADEQLWCLTVKDSGGGIAEEHLAQVFDPFFTTKAVGDGLGLGLAVSFAIIHESGGRLTAGNHENGAVFCVTLPIDPEAPLHA PGPT0017305_1035 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017305-dctB-K10125 NA NA D1-35_01519 2847 yenC2 Toxin subunit YenC2 GTGAACACGGAAGCTCATCGCAAGACTCCGGCCGTGGCGGTGTTCGACGGGCGGGCAGGACCGGTTCGGCGGGTGGATTACCTGCGCGGTACGGCCCGCGACGAAACCCAAACGTTAGTCACCGCCCAGGCGTATGACGTCGCCGGGCGCATCGTCGACCAATGGGACCCTCGCTTTCACGGCACGGAAACCGTCAGCCTGCACAGCATTTACAGCCTGTCGGGCACACCGCTGCGCACTGAAAACATCGATGCGGGACTTCGTTGCGAGTTGCCTGGCCTGGCCGGCCAGCGCCTGCACAGCTGGGATCCCCGTGGCAGTGAGCAACAGACCGAATACGACTCGCAGTTACGGCCCACGCGGATCCGCGAACGCGACCACGACGAGGCCTGGGCCACGGTTGGCCTCCTGCGCTACGCCAGTCGTTCGACCGAAGACGCCCTGCACAATCGATGCGGCCAACTGGTGGAGCACTACGACACGGCCGGGCTTGTCACCGTTGACGACTTTTCGCTGGCAGGCTTGCCGCTGGATCAAGGACAACGCTTCCTGGACACGCTGATGCTACCCGACTGGGCGGACGATGAAGCTGGACGCGAGGATTTGCTGGAGCCTGCCCGCTACGACACACGCTGGCGCTACGACGCCGTGGGGGATGCCTTGGGCCAGACGGATGCCAAGGGGCACAACCAACACATCGAACTCGATGTGGCAGGACAACCCAAGAGCGTACATTTGCAATGGAGCGACAGCCCGACGGCCGAGCTGATCGCCCATGAGTTCCAATACTCCGCCGCAGGCCAGCGCCAGGCATACACCGCCGGTAACGGCATCATTACGACCTTTTTCTATGACCCGGCCGACGGACGCCTGACTGAGCTCAAGGCCACGAAAGGCAGCGATATCCACCAACACTTGAGTTACCTCTACGACCTCGTCGGCAATGTCACGTCCATTACCGACCACACCCATGTCGTGCGGTACCACGCCAACCAGCGCAGCGAAGGCGCTCGGACCTTTTTGTATGACACCCTCTATCGCCTGGAAAGCGCCACGGGACTGGAAATGTCCGGGGCAGGCACGCATCCGGGATTGCCGGGGCTCGTCCCGCCCTCCGATCTGACCCTGAGAACCCCGTACACCCAACGCTACGAGTATGACCACGGTGGCAATCTGCAGAAATTGATCCACAGCAGCGCGGCCCCTGGCCAGGCGCACACACTGCGCCTGACCATGGACCCGTCAAGCAACCGCTGCCGACAATGGCAAAAGGGCGAAGCCTCTCACGGCGACAATCTGGACTTCGATGCCGGCGGCAATCAACTGAGTCTGCCCTTCTCCGGGCATCACTTGACTTGGAACCGGCGCAGTCAATTGCAGAAAGTGACCCAGGTTCAACGCGAAAATGCCGAAGACGACGCCGAGCACTACACCTACGACGCCCAGGGCAGTCGCATGCGCAAACGGCAAAACACTCAGGCCGCATCCGTCGTCCATGTGCGAGACGTGCGTTATTTGCCGGGTTTGCAAATCCGTACCCTGGACGACAGTGAAGAACTGCACGTCTGCACGATGCAAGGCCCGGCGTCCAACGTACGCGGATTGTATTGGGTCAAACGCCGCCCGGCTGAAATCGATCAAGGCCAGCTGCGCTACAGCCTTGAAGATCATCTGGGTTCGTTGGTCAAGGAACTGGACCAGAACGCCCTGCTCATCAGTCACGAAGGTTATTACCCCTTTGGCGGCACAGCGTGGTGGGCGGCAGATTTACAAGTGCAGGCCAGTTACAAGACGGTTCGTTACTCCGGCAAGGAGCGTGATGCCAGTGGGCTTTATTACTACGGGTTTCGTTATTACGCACCCTGGATGATGCGCTGGATCAACCCGGACCCGGCGGGGCCGGTGGATGGGTTGAATTTGTATGCGATGGTGGGGAATAACCCCATTCGCTATAGCGACAACCTGGGGCTGATTAAAATAAAAGGAGAGCAGCTCATGAACAAGATGAGCCCCCGCACTCAGCACATAATAGGAGGAGGAGATGCCCCGTTTAATGAGAGCCAGATCAAGGGTTCAAACGCCAAAAAACTCAAGGCACGGGAGGAGCATTACGAAAAACATCCAGAGGCGCAGTTATTCAGTAAATCCGGTAGAGACGTACTGAGTGCGCATGCAGGTTTTGAGATCCCTAGTAGCGACCCTGAGGAGCCCCATTATTTGACGGACCTCTACAACATTCCGCTACCCGGCTCACTGGAACTTATGTCCGAGGGCGTTCAGGTGTCCCGTGGTCCAGTTCAGAATTCCCAGGAAGATTTCCTGACTTCGGGGGGCATATTCCAGTTTGGAGATGTCACCCGTTATGAAGCTTTTGTGGAGAACAAGCTCATTGAGACGTTCAATGACGCTAAACGCCCTATGAAACTCTACAAGGGATCAAACTCAGCGCCGACAAACTTGACGGGGATTGAACACGAGGCGCCGGTGTTGCATCCCCTGGTCAAACAGCGGCTCGAAAATCACATCAGTGCGGGCAACAACTACCTTCCCAAGGCTGCGGGACTTCCCGGACTGCATGCTGAAAGCATCGGCGCGAACGTCGCGCTGAATATCCAGCAGAGCATGACCGGGGTGGCGGACCCGTCGCAAATACTTGTCATCACTCAAAAGATTGCCGGCAGCAAGAACGGACTGGGTCGAGGCTTTCCCGCCTGCTTCAACTGCACCAATATCCTTAGAGGACCCTCGGACGCTGCAGACGATCTACCGAAATTTGACATCGTGACCGAATGGGTGCCGACAACTCATTCACAGTGGAATGACCTGGCCAGACCGTACATCAACTAG MNTEAHRKTPAVAVFDGRAGPVRRVDYLRGTARDETQTLVTAQAYDVAGRIVDQWDPRFHGTETVSLHSIYSLSGTPLRTENIDAGLRCELPGLAGQRLHSWDPRGSEQQTEYDSQLRPTRIRERDHDEAWATVGLLRYASRSTEDALHNRCGQLVEHYDTAGLVTVDDFSLAGLPLDQGQRFLDTLMLPDWADDEAGREDLLEPARYDTRWRYDAVGDALGQTDAKGHNQHIELDVAGQPKSVHLQWSDSPTAELIAHEFQYSAAGQRQAYTAGNGIITTFFYDPADGRLTELKATKGSDIHQHLSYLYDLVGNVTSITDHTHVVRYHANQRSEGARTFLYDTLYRLESATGLEMSGAGTHPGLPGLVPPSDLTLRTPYTQRYEYDHGGNLQKLIHSSAAPGQAHTLRLTMDPSSNRCRQWQKGEASHGDNLDFDAGGNQLSLPFSGHHLTWNRRSQLQKVTQVQRENAEDDAEHYTYDAQGSRMRKRQNTQAASVVHVRDVRYLPGLQIRTLDDSEELHVCTMQGPASNVRGLYWVKRRPAEIDQGQLRYSLEDHLGSLVKELDQNALLISHEGYYPFGGTAWWAADLQVQASYKTVRYSGKERDASGLYYYGFRYYAPWMMRWINPDPAGPVDGLNLYAMVGNNPIRYSDNLGLIKIKGEQLMNKMSPRTQHIIGGGDAPFNESQIKGSNAKKLKAREEHYEKHPEAQLFSKSGRDVLSAHAGFEIPSSDPEEPHYLTDLYNIPLPGSLELMSEGVQVSRGPVQNSQEDFLTSGGIFQFGDVTRYEAFVENKLIETFNDAKRPMKLYKGSNSAPTNLTGIEHEAPVLHPLVKQRLENHISAGNNYLPKAAGLPGLHAESIGANVALNIQQSMTGVADPSQILVITQKIAGSKNGLGRGFPACFNCTNILRGPSDAADDLPKFDIVTEWVPTTHSQWNDLARPYIN PGPT0012380_147 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-OTHER_INSECTICIDIAL_TOXINS,PGPT0012380-tccC-K11021 NA NA D1-35_01520 4407 yenB Toxin subunit YenB ATGGCAGAGCAAGCGCCCCTCCAAATCATCACACCCACCATCGCCGGTAGCGCGTCAATCGCCGCCATTGGCAACGGCCTCGGCCCCGTTGGCACACGAGGGGCCGCATCCATTGAGTTGCCGCTGCCCGTGTCCAGCGCCCGGCACCTGACGCCCACCATGGCGCTGCACTACAACAGCCAGAGCGGCAACGGCACGTTCGGCATCGGCATGCAGTTGTCTATCCCCAGCATTACGCGCAAAACTCTCAAGGGCGTACCGCATTACAAGGATGACGATGTCATGGTCGGCCCCGACGGGGTAGATCGTTGGCCTGACCTTGAGGGGCGGACCAGCCGCAGGGTGGGCGACCGTACGTTCGAGGTGGTGCGCTATTACCCCAGGATCGAGAGCACCTTCGACATTTATGAACTCTGGACCTCCGATAGCCTACCGTTCTGGCGCGTACAGGGCAGCAACGGCAAGTTGTATTGCTACGGTAAAAGACCAGAGTCGCGCATTGCCGACCCGCAAGCCCCTTTGCGCATCGCCGAGTGGCTATTGCTGGAGGAAGTCAGCCCGTTGGGCGAGCACATCTACTATGAGTATGCGAGCGATCCCGCTGAGTCCGATGACCCGCATGACTACGGCGCCCAACGCTACCTGGTCCGGGTCTGCTACGGCAACGCGACGGCCAGCGACACCTTCTACTGCTTCGAAGAAGCAGACCCGGCAACGCTGGACTGGCACTTTCATTTGGTACTGGACTACGGACAACGCTCCCTCGATCTTGAGGAAAAGCCTGCCTGGGCGCCTCCTCCCGAGGATGACTGGCTACTGCGCAGCGATCCGGTCCATGCCTACCGGTACGGTTTCGAAGTCGGCACTCGGCGCCTTTGCCACCAGGCGTTGATGTTCCACCGTTTCCCCGCCGACGCCGAACCTGCACTGGTGCGGCGACTGTTGCTGGAATATACCTCCACCGACCTGGACTACAGCCTGCTGACTGCCGCCCATTATCAAGCATGGGACGCAGAAAGCAGGGTGCAGAACGCTCCGCCCGTTGAATTGGACTACAGCGTTTTCGACCTGAACCACGACCCCAAACCGTTCTTCGCTCTCCAGACCATGCCCGCCCTGGAAGACGGCTTGCACTACCAATGTGTCGACCTGTACGGCGAAGGCATTCCTGGCTTCTTGTGCCGCTACAGCAACGGTTGGTATTACCGCGAACCTGAGCGCCCAACTGGCGATAGAAGCGATGAGATCGGCTATGGCCCATGGTCGCTCTTGCCCAGCATCCCGGTCGCCGCCGACAACTCGGCGGTAATGCAAGTGCTCACCGACCTGACCGGTAGCGGTCGCCTCAATTGGGTCATCGCCCGGCCGGGCATGAGCGGCTTTTATACCCTCAACCCGGACCGCAGTTGGTCAGCCTTCACGAACTTCAAGCGTTTCCCCACGGAGTTCTTGCACCCCGCCGCGCAGTTGGGCGACCTGGTCGGCGACGGACTGCGTTCGCTGGCCATGATCGGCCCCAAAAGCGTGCGGCTGTACGCCAATCTTCGTGAACAGGGGTTCGCCCCGGGTGTGGACATTGCACATGAGCCGGACAGCGTCCTACCCTTGTTCAGCAATGCGCGCAGCGAGCTGGTGCTGTTCGGCAATATGCTGGGCAGCGACAGCTCCGACCTGTGCCGTATTCGCTGCGATGAAATCAAGTGTTGGCCGAACCTGGGCCATGGGCGTTTCGGCAAGGGCTTTGTGATGAGTGCCCTGCCTTTTACCTACCTCGAGTTCGATGCCGAGCGGGTTCGGATCGCCGATCTGGATGGCTCCGGGGCGCCGGCACTGATCTACCTGCGCAGCGATTGTTTTGAGATCTACTTCAACCACGGCGGCAATGGCCTGGAGCAAATACCGACGCAGGTAGCCTGGCCCGACGGTGTGCGCTATGACAACCTCTGCCAGGTTACCTTGGCCGATCTGCAAGGCTTGGGCTGCGCCAGCCTGGTCCTGAGCGTGCCCCATCACACCCCGGGCTTGAAACCCCGGCATTGGCGCTATGACTTTGTTGCGACGCGGCCCTATCTGCTCAGCCTCACCAATAACAACATGGGCTGCAAAAGCACCTTGGCCTATCGCAGCAGTGCGCAGTTCTGGCTGGACGAAAAAGCCCAAAGGGTGGCTTCGAACGAACCACTGGATTGCTACCTTCCCATGGCCCTGCCGCTGGTGGCGCGCCAACAACAGCTGGACGAAATCACCGGAAATTGCCTGACTCAGCGCTTCACCTATCTCGAGGGCGATTACGACAGCTATCACCGTGAGTTCCGAGGTTTTGGCCGGTTGTATCAGTTCGACAGCGAGCAACCCGAGGGCCCCGCGACGGCCGACTTCACCGCGCCGGTGCTGGCCAAGACGTGGTTCCACACCGGTCGCACCGTCGACCAGCCCCTCAAGGATTGTTTCAAAGCTGACCTCGACGCACCGCCTCTTGGCCTGACGTTGCTGACTCGGCTTCATGAGTCGGACGGAGCCGACGAGATCATCGCTGCCGACCCGGACACCGCAAGGGAAATGGCCTACGCCCTGGGCGGCCAAGTACTGCGTACCGAGACCCATCATGCCGAATCAATCGACATGCTCGAACCCTACACCGTGACGCAACAACGTTACCTGTTGCGCCAACCCCACAGCGGGCACAAGAGCCTGCTGGTGCTGGCGGTGGAATCGGTCAGCCATCAATACGACGGGTTTATCAACGACCCGCAAGCCCGGCACAGCATCAATCTGGCCTGGGACATCTACGGCCATACGACCCATGGTTTCACCGTTCATTACGCCCGCCGCCTGGGGCCGGAGAACGAACCCCCCTTCGCGGATGAATACGAAAAGACCTGGTGGCGCGATGCCCATGATGAGCAACAGCAGGTATTCCACATCGTCGAGAGTCGGGCTGAATATCATCACCTCACCGCTGACCAGGCTCGTCAGCGTCTAGGCCTGCCGTGGCGCGCCCGAACCAACGGGCTGCAACTTCCTAAAGGTGAGCTGCCCACAGGGTTGGCCCCGCGTCAGGTCAGCTACGAACAGTTCCTGGAGCACCAGGATTCAGAGCAATGGAACACTGCCAGAGTGCTGATGGCCCTTGAGAAGCAAACCTACGAGCAGGATGAATCGGGCGCTTCCCTGTTCCAGGCCTTGCGCGGCCCGCTGGAAGTCGCCGAGTTCGACGAGCAGGCGCTGGAAGCCTACGTTGCCGTGCCCCCACCCTTCGACATTCGCACAGAGCTGCGCACGATTGGTTTCGAGCCCATGGCGCTGTTCATGCCGGAATATCCCGACGAAGACGCGAACGAGAACCTCTGGTCGAAGAAGGTCGGCTTCGCCACCTACAGCGACCTCGCCGGTTTTTTCCAGGTCACCGCCCTGCAAGAGACGCAAAGCCATGGCCTCACGACCGTCACCTACGATGCCTATCATTTGCTGACAACGAGCGTCACCCTGCCGGACGGCTGCACGACCCTCGTCAACTACGACTACCACTCGCTGTTGCCGCGGAAAATCACCGATGCCAACGGCAATATTCAGCAAGCGCTCTACGGCCCGGACGGGGTTCCTCTGGGCGTCACCTTCCATGGCACCGAAGGTGGTGTCGCAGCGGGCTTCGACGCCATTGAAAATTATCAGCCGCCCGAAGACCTCACGCTGGGTCACGCCGTAGAAGACCCGGCGGGCACCTTGGGAAGAATCGCCAGCGCCGTGCGTATCGAGGATAGGAGCTGGATGGGTGCGCTGGAGCTGTCGGAGATACGCGACGAGTGGATCAGCGCCTGCTACCTGCTGCCCAGTGGTCACATCCGCGCCTCGGCACGCGCTCGCCTGGCCCAACTCGAAACGCGTACCCCTGACGAAGAATCGCTCTGGGCACTGATCCAGGCAGCGGCCCGAGAACCGGCCCACAGCGTCGTGCTGAGCGCCGACCGCTATCCGGATGATCCATTGCGACAGATCCGCATCGCCCTCAGCGCAGTCGACGGTTTCGGCCGCCCCTTGCAAAGCAAGCAATTGGTCGAGCCTGGACAAGCCTATGCCGTGGCCAAGGACGGCTTGCTGCGTTTGGACGACGAAGAGCGACCGATCCAGCATGAGGCCAACCCTCGGTGGCGTGTCAGCGAACGGGTCGAGTACAACAACAAAGGTTTGGTAACGCGGGTCTACCGACCTTATTTTGCCGATGCCTGGCGCTACATCAATGGTGCCTCTTTGCGCGAACACGGCCATCACGACCAGCAGTTCTATGACCCGCCGGGGCGGTTGGTCAAGATCGTCAATGCCAAGGGGCATGAAGCCTGGCATGTCTACCATCCGTGGTACCAGTGCGATCACGATTACAACGATACAGAGCCGACGGCTGCCAAGTGA MAEQAPLQIITPTIAGSASIAAIGNGLGPVGTRGAASIELPLPVSSARHLTPTMALHYNSQSGNGTFGIGMQLSIPSITRKTLKGVPHYKDDDVMVGPDGVDRWPDLEGRTSRRVGDRTFEVVRYYPRIESTFDIYELWTSDSLPFWRVQGSNGKLYCYGKRPESRIADPQAPLRIAEWLLLEEVSPLGEHIYYEYASDPAESDDPHDYGAQRYLVRVCYGNATASDTFYCFEEADPATLDWHFHLVLDYGQRSLDLEEKPAWAPPPEDDWLLRSDPVHAYRYGFEVGTRRLCHQALMFHRFPADAEPALVRRLLLEYTSTDLDYSLLTAAHYQAWDAESRVQNAPPVELDYSVFDLNHDPKPFFALQTMPALEDGLHYQCVDLYGEGIPGFLCRYSNGWYYREPERPTGDRSDEIGYGPWSLLPSIPVAADNSAVMQVLTDLTGSGRLNWVIARPGMSGFYTLNPDRSWSAFTNFKRFPTEFLHPAAQLGDLVGDGLRSLAMIGPKSVRLYANLREQGFAPGVDIAHEPDSVLPLFSNARSELVLFGNMLGSDSSDLCRIRCDEIKCWPNLGHGRFGKGFVMSALPFTYLEFDAERVRIADLDGSGAPALIYLRSDCFEIYFNHGGNGLEQIPTQVAWPDGVRYDNLCQVTLADLQGLGCASLVLSVPHHTPGLKPRHWRYDFVATRPYLLSLTNNNMGCKSTLAYRSSAQFWLDEKAQRVASNEPLDCYLPMALPLVARQQQLDEITGNCLTQRFTYLEGDYDSYHREFRGFGRLYQFDSEQPEGPATADFTAPVLAKTWFHTGRTVDQPLKDCFKADLDAPPLGLTLLTRLHESDGADEIIAADPDTAREMAYALGGQVLRTETHHAESIDMLEPYTVTQQRYLLRQPHSGHKSLLVLAVESVSHQYDGFINDPQARHSINLAWDIYGHTTHGFTVHYARRLGPENEPPFADEYEKTWWRDAHDEQQQVFHIVESRAEYHHLTADQARQRLGLPWRARTNGLQLPKGELPTGLAPRQVSYEQFLEHQDSEQWNTARVLMALEKQTYEQDESGASLFQALRGPLEVAEFDEQALEAYVAVPPPFDIRTELRTIGFEPMALFMPEYPDEDANENLWSKKVGFATYSDLAGFFQVTALQETQSHGLTTVTYDAYHLLTTSVTLPDGCTTLVNYDYHSLLPRKITDANGNIQQALYGPDGVPLGVTFHGTEGGVAAGFDAIENYQPPEDLTLGHAVEDPAGTLGRIASAVRIEDRSWMGALELSEIRDEWISACYLLPSGHIRASARARLAQLETRTPDEESLWALIQAAAREPAHSVVLSADRYPDDPLRQIRIALSAVDGFGRPLQSKQLVEPGQAYAVAKDGLLRLDDEERPIQHEANPRWRVSERVEYNNKGLVTRVYRPYFADAWRYINGASLREHGHHDQQFYDPPGRLVKIVNAKGHEAWHVYHPWYQCDHDYNDTEPTAAK PGPT0027804_70 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-OTHER_BACTERIAL_DEFENSE_SYSTEMS CE-BACTERIAL_FITNESS-BACTERIAL_TOXINS,PGPT0027804-spvB|eat1-K15366 NA NA D1-35_01521 1524 fumA COG1838 Fumarate hydratase class I, aerobic ATGACCGTGATCAAGCAAGATGACCTGATACAGAGCGTCGCCGACGCCTTGCAGTTCATTTCCTATTACCACCCCGTGGATTTCATCCAGGCGATGCACGAGGCCTACCTGCGCGAAGAATCGCCGGCGGCCCGTGATTCCATGGCGCAGATCCTGATCAACTCGCGCATGTGCGCCACCGGCCATCGGCCGATCTGCCAGGACACCGGTATCGTGACCGTGTTCGTGCGCGTGGGCATGGACGTGCGTTGGGATGGCGCGACCATGGGCCTGGACGACATGATCAACGAGGGCGTGCGTCGCGCCTACAACCTGCCGGAAAACGTCCTGCGCGCATCGATCCTCGCCGACCCGGCAGGCGCGCGCAAGAACACCAAGGACAACACGCCGGCGGTCATCCACTACTCCATCGTCCCGGGCAACACCGTGGAAGTGGACGTGGCGGCCAAAGGCGGCGGCTCCGAGAACAAGTCGAAGATGGCCATGCTCAACCCGTCCGACTCCATCGTCGACTGGGTACTCAAGACCGTTCCGACCATGGGCGCCGGCTGGTGCCCACCGGGCATGCTCGGTATCGGCATCGGCGGCACCGCCGAGAAAGCCGCGGTGATGGCCAAGGAAGTGTTGATGGAATCCATCGACATCCACGAGCTCAAGGCCCGCGGCCCGCAGAACCGTATCGAAGAGATGCGCCTGGAGCTGTTCGAGAAGGTCAACCAACTGGGCATCGGCGCCCAGGGCCTGGGCGGCCTGACCACCGTGCTCGACGTGAAGATCATGGACTACCCGACCCACGCCGCCTCCCTGCCGGTGTGCATGATCCCCAACTGTGCCGCCACCCGTCATGCCCACTTCGTGCTCGACGGCAGCGGCCCGGCCTCGCTGGAAGCGCCACCGCTGGACGCCTACCCGGAAATCGTCTGGGAAGCCGGTCCGTCGGCGCGTCGCGTGAACCTCGACACCCTGACCCCGGAAGAAGTGCAGAGCTGGAAGCCGGGCGAAACGGTATTGCTCAACGGCAAGATGCTCACCGGTCGCGACGCGGCGCACAAGCGCATGGTCGAGATGCTGAACAAAGGTGAAACCCTGCCGGTGGACCTCAAGGGCCGCTTCATCTACTACGTTGGCCCGGTCGACCCGGTCGGCGACGAAGTGGTTGGCCCGGCCGGCCCGACCACCGCCACGCGGATGGACAAGTTCACCCGCCAGATCCTCGAGCAGACCGGCCTGTTGGGCATGATCGGCAAATCCGAGCGCGGCCCGACCGCCATCGAAGCGATCAAGGACAACAAGGCGGTCTACCTGATGGCCGTCGGCGGTGCCGCTTACCTGGTGGCCCAGGCGATCAAGAAATCCAAGGTCCTGGCGTTCGCCGAACTGGGGATGGAAGCGATCTACGAGTTCGAGGTCAAGGACATGCCGGTGACCGTTGCGGTCGACAGCAAGGGCGAGTCGGTGCACATCACCGGTCCGGCGATCTGGCAGCAGAAGATCAGCGAAAGCCTGGCGGTAGAGGTGCAGTAA MTVIKQDDLIQSVADALQFISYYHPVDFIQAMHEAYLREESPAARDSMAQILINSRMCATGHRPICQDTGIVTVFVRVGMDVRWDGATMGLDDMINEGVRRAYNLPENVLRASILADPAGARKNTKDNTPAVIHYSIVPGNTVEVDVAAKGGGSENKSKMAMLNPSDSIVDWVLKTVPTMGAGWCPPGMLGIGIGGTAEKAAVMAKEVLMESIDIHELKARGPQNRIEEMRLELFEKVNQLGIGAQGLGGLTTVLDVKIMDYPTHAASLPVCMIPNCAATRHAHFVLDGSGPASLEAPPLDAYPEIVWEAGPSARRVNLDTLTPEEVQSWKPGETVLLNGKMLTGRDAAHKRMVEMLNKGETLPVDLKGRFIYYVGPVDPVGDEVVGPAGPTTATRMDKFTRQILEQTGLLGMIGKSERGPTAIEAIKDNKAVYLMAVGGAAYLVAQAIKKSKVLAFAELGMEAIYEFEVKDMPVTVAVDSKGESVHITGPAIWQQKISESLAVEVQ PGPT0001635_1896 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001635-fumA|fumB-K01676 NA NA D1-35_01522 1122 hypothetical protein ATGGTGAGTCACCGATTGACCCATAACGCCATCCAACGTCTTTTGCTTAAACGCTTTGCCCTCGCAGCCACGACTTATGCGCTGGCACTGGTATTGTTGTGGCTGGCGTTTTTCAGTGGTCATTACCTCGACACATTGCGTGGCGTCATTGTTGGCAGCCTGTTGGTCGTGCTGTGCCAGGCTGGTCTGTTCACGCTGTTCATCACCGACCGCAACCTGCGATTCGCCGACCCCAGCCTCACGGAAATACAGGTCTGGATCGGCCTGGGCTGGCAGACCTGGATGATGGCGCACCTGGACCAGGCCCGGGGCGTGTTCCTGGTGTTCTATGTGCTGATCCTGCTGTTCGGGCTGTTTCACCTGTCCCGCCGGGCCTTCGTGCGTTGCGCGACGCTGGTGTTCATCAGCTTCACCGGGATCACGCTCTGGGACGGTTATTTCTTTCGCCTGCCCGATCCGACGCTGGCCGGTCTGCAGGTCTGCGTACTGTTCATCGTGTTGGTGTGGCTGGTGTTGTACGCCCGCTACGTCCAGACCTCGCGTCAACGCATGCGCCAGCGTCGATTTGCCTTGCAGGCGCACCAGGACACATTGCGCGGCATGATGCGCCAGCTCGAAGACCTGGTGGCCACCGATGAACTGACCGGCCTGTTCAACCGCCGGCACTTCCTGCGCCTGGCCGGCCGCGAGCTCAATACCCTCAGGCCCGGCGTCGCCCATGGCCTGGCCTTGATCGACCTCGACCATTTCAAACGCATCAACGACCTGCATGGCCATGCCGCGGGCGACCAGGTATTGCAGGCATTCGCCGCTGTCGCCACGGCGTGCCTGCGCGAGGGCGATGTGCTGGCCCGTTACGGTGGCGAGGAGTTTGTCATGCTGCTCCCCGCTTGCGATCCCGCGCGCCTGACGGCCTGTTGCGAGCGATTGCGGCTGGCGTTCACCGAGGTTCGATTGGTCGATCTGCCGGTGGGCAACCTCAGTTTGTCGGTGGGGATGACGATGCTGGAAATCGGCGATGACCTGGACAGCGCCTTGCAGCGCGCCGACCAGGCCTTGTACCGTGCCAAGCGGGACGGTCGCAACCGTTGCGCCGCCGCCTGGGAGAACGTCGATGCCTGA MVSHRLTHNAIQRLLLKRFALAATTYALALVLLWLAFFSGHYLDTLRGVIVGSLLVVLCQAGLFTLFITDRNLRFADPSLTEIQVWIGLGWQTWMMAHLDQARGVFLVFYVLILLFGLFHLSRRAFVRCATLVFISFTGITLWDGYFFRLPDPTLAGLQVCVLFIVLVWLVLYARYVQTSRQRMRQRRFALQAHQDTLRGMMRQLEDLVATDELTGLFNRRHFLRLAGRELNTLRPGVAHGLALIDLDHFKRINDLHGHAAGDQVLQAFAAVATACLREGDVLARYGGEEFVMLLPACDPARLTACCERLRLAFTEVRLVDLPVGNLSLSVGMTMLEIGDDLDSALQRADQALYRAKRDGRNRCAAAWENVDA PGPT0025990_359 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0025990-sadC-K21019 NA NA D1-35_01523 948 nagAa Naphthalene 1,2-dioxygenase/salicylate 5-hydroxylase systems, ferredoxin--NAD(P)(+), reductase component ATGCCTGAACTGAAAGTCGCCGACCGGCAATGGACGGTGGCGGCTGGCGGCAATCTGCTGGACGCGCTTAACCACGGCGGCGTGCCGGTGCCCTATAGCTGCCGTGCCGGCAGTTGCCATGCCTGCCTGGTGCAATGTGTGAAGGGGGATGTGCGTGACAGCCGTCCCGACGCCCTGAGCCCGGCGCAGCGAGATAACGGTTGGCGCCTGGCATGCCAGTGCCAGGTGGTCGAAGACGTGCAGATCCACACCTTTGATCCGCAGCGCGACGGCCAGGCCGCCGCTGTGGACGCGGTGGATTGGCTGGGGGCTGACGTGCTACGCCTGCGCATCAGCCCGCAGCGACCACTGCGTTATCGAGCCGGGCAACATCTGGTGTTATGGGCCGGTGACGTGGCCCGGCCGTACTCCCTGGCGAGCCTGCCCGAAGAAGACCGATTCCTGGAGTTTCACCTCGATTGTCGCGAGCCCGGTCAATTCGTCGATGCGGCGCGACAACTGAGCACCGGAGACCCGATCCGCCTCGGCGAACTGCGCGGCGGCGCGCTGCATTACGACGCCGACTGGCACGATCGGCCGCTCTGGCTGCTGGCCGCTGGCACCGGCCTGGCACCGCTGTTCGGCATCCTCCGTGAAGCGCTGCGCCAGCAGCACCAAGGCACGATTCGGCTGATTCACCTGGCCCATGATGAGGCCGGGCATTACCTGGATAAACCTCTGAAGGCACTGGCGGCCAAACACCCCAACCTGAACGTCGAGCTACTGACCGCAGCCGAGGCGCCAGCGGCGCTCGCGCAACTGCGCCTGGCTTCGCGCCAGACCCAGGCCCTGGTGTGCGGTCATCCGGACCGGGTCGAGGCGTTTGCCAAGCGTTTGTACCTGGCGGGGCTGCCGCGTAATCAGTTGCTGGCGGATGTGTTTCTGACCCGCGAGGACAGTGACGGCTGA MPELKVADRQWTVAAGGNLLDALNHGGVPVPYSCRAGSCHACLVQCVKGDVRDSRPDALSPAQRDNGWRLACQCQVVEDVQIHTFDPQRDGQAAAVDAVDWLGADVLRLRISPQRPLRYRAGQHLVLWAGDVARPYSLASLPEEDRFLEFHLDCREPGQFVDAARQLSTGDPIRLGELRGGALHYDADWHDRPLWLLAAGTGLAPLFGILREALRQQHQGTIRLIHLAHDEAGHYLDKPLKALAAKHPNLNVELLTAAEAPAALAQLRLASRQTQALVCGHPDRVEAFAKRLYLAGLPRNQLLADVFLTREDSDG PGPT0022595_853 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PARATOSE|TRYLOSE|ABEQUOSE|ASCARYLOSE_MODIFICATION,PGPT0022595-ascD|ddhD|rfbI-K00523 NA NA D1-35_01524 1452 pykA COG0469 Pyruvate kinase II ATGTCCGTCCGTCGCACCAAAATCGTCGCTACCCTTGGCCCGGCCAGTAACTCGCCGGAAGTTCTCGAACAGCTGATTCTGGCTGGCCTGGACGTTGCCCGCCTGAACTTCTCCCACGGCACCCCCGACGAGCACAAGGCTCGTGCCAAGCTGGTGCGCGACCTGGCCGCCAAGCATGGCCGCTTCGTCGCCCTGCTGGGTGACCTGCAAGGCCCGAAGATCCGCATTGCCAAATTCGCCAACAAGCGCATCGAGCTGAAGATCGGTGACAAGTTCACCTTTTCCACCAGCCATCCATTGACCGAGGGTAACCAGCAAGTCGTCGGTATCGACTACCCGGATCTGGTCAAGGATTGCGGCGTGGGCGACGAGCTGCTGCTCGACGACGGCCGCGTGGTGATGCGCGTCGAGACCGCCACCGCCACCGAACTGAACTGCGTCGTGACCATTGGCGGCCCGCTGTCGGACCACAAGGGTATCAACCGTCGCGGCGGCGGCCTGACTGCTCCGGCCCTGACCGACAAAGACAAAGCCGATATCAAGCTGGCCGCGGAAATGGAAGTCGACTACCTGGCGGTGTCCTTCCCGCGCGACGCGGCGGACATGGAATATGCCCGTCAATTGCGCGACGAGGCCGGCGGTACCGCCTGGCTGGTGGCCAAGATCGAACGCGCCGAAGCCGTGGCCGACGATGAAACCCTCGATGGCCTGATCAAGGCGTCCGACGCCGTGATGGTGGCCCGTGGCGACCTCGGCGTGGAAATCGGCGACGCCGAGCTGGTGGGCATCCAGAAGAAGATCATCCTGCACGCACGCCGCCACAACAAAGCGGTGATCGTTGCGACCCAGATGATGGAGTCGATGATCCAGAACCCGATGCCGACCCGCGCCGAAGTGTCCGACGTAGCCAACGCCGTGCTCGACTACACCGACGCCGTGATGCTCTCGGCCGAAAGCGCCGCCGGCCTCTACCCGCTCGAAGCGGTGCAGGCCATGGCACGTATCTGCATCGGCGCTGAAAAGCACCCGACCGGCAAGACGTCCAGCCACCGCATCGGCAAGACCTTCGAGCGCTGCGACGAGAGCATTGCCTTGGCGAGCATGTATACCGCTAACCACTTCCCGGGCGTAAAGGCGATCATCGCCCTGACCGAAAGTGGCTACACGCCGTTGATCATGTCGCGCATCCGCTCCTCCGTGCCGATCTATGCGTTCTCCCCGCACCGCGAAACCCAGGCCCGTGCCGCCATGTTCCGTGGCGTCTACACCGTGCCGTTCGACCCGGCCGCCCTGCAACCGGGCGAAGTCAGCCAGGCGGCGGTGGATGAACTGGTCAAGCGTGGCGTGGTGCAGACCGGCGACTGGGTCATCCTGACCAAGGGCGACAGCTACCACACCATCGGCGGCACCAACGGGATGAAGATCCTGCACGTCGGCGACCCGATGGTTTGA MSVRRTKIVATLGPASNSPEVLEQLILAGLDVARLNFSHGTPDEHKARAKLVRDLAAKHGRFVALLGDLQGPKIRIAKFANKRIELKIGDKFTFSTSHPLTEGNQQVVGIDYPDLVKDCGVGDELLLDDGRVVMRVETATATELNCVVTIGGPLSDHKGINRRGGGLTAPALTDKDKADIKLAAEMEVDYLAVSFPRDAADMEYARQLRDEAGGTAWLVAKIERAEAVADDETLDGLIKASDAVMVARGDLGVEIGDAELVGIQKKIILHARRHNKAVIVATQMMESMIQNPMPTRAEVSDVANAVLDYTDAVMLSAESAAGLYPLEAVQAMARICIGAEKHPTGKTSSHRIGKTFERCDESIALASMYTANHFPGVKAIIALTESGYTPLIMSRIRSSVPIYAFSPHRETQARAAMFRGVYTVPFDPAALQPGEVSQAAVDELVKRGVVQTGDWVILTKGDSYHTIGGTNGMKILHVGDPMV PGPT0002020_4006 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873 NA NA D1-35_01525 375 hypothetical protein ATGCGATTCGTGCTTTTTATTGCCTTGGCCCTGAGCATCACGGGCTGCACCCGTTGGTCGATGAACCACCACATGAACCTGGCCTACAAGGCCTACGAGCGCGGCAATTGCGAGCAAGTAATGCTTGAACTGTCCAAGGTCGACCGCGCCAGCCGTGCCCGTCGTTATATGCAGCCGGAAGTCTCGATGATGCGTGGTCAATGCCTGGAGCGGCAAAAGCTGTTCGTCGATGCGGCGCAGACGTACCAGTTCATTCTTACGCAATACCCCAACAGCGAGTACGCCTATCGTGCCCGCGCCCGGCTCGAAACCTTGCAGAGCCTTGGGCATTACCCGACCCGTAGCACCTCGGCCATCCGCCCGACGGCGTTCTGA MRFVLFIALALSITGCTRWSMNHHMNLAYKAYERGNCEQVMLELSKVDRASRARRYMQPEVSMMRGQCLERQKLFVDAAQTYQFILTQYPNSEYAYRARARLETLQSLGHYPTRSTSAIRPTAF NA NA NA NA NA D1-35_01526 360 hypothetical protein ATGTACAAAGAGCGCCGCATTGAACGACATCAGTTGGCTTGTTTTCTTGAGGTGTTCAACGGCCTCAACGAGAAACCGATCGGTTTTCTGGGCAACGTCTCTGAAAGTGGCCTGATGTTGATCAGTCAGTTGCCGTTGATGATTGGCGCAAGCTTTGATCTTTATCTGAAAATCCCCACCGACGACGGATCACAGCAAGAGATCCGGTTGAAGGCCAAGTGCCTGTGGTGTCATGAAGACGTGACGCCGCAGCATTTCGATGCCGGTTTCAGCCTGCAATGGGCGCCGCCGGAGTACGGGGCGCTGGTCAGCGCGTTGCAGCAGTATTTCTGTTTTTATCCGTTGCCCGCCTCGGCTTGA MYKERRIERHQLACFLEVFNGLNEKPIGFLGNVSESGLMLISQLPLMIGASFDLYLKIPTDDGSQQEIRLKAKCLWCHEDVTPQHFDAGFSLQWAPPEYGALVSALQQYFCFYPLPASA NA NA NA NA NA D1-35_01527 1332 hypothetical protein ATGAAACCCTCGCGTCTGTTGCTCATCTGGCTCGCGATCCTGCTGGCCGTCGGCATCGTGCTGGGCACGTTGCGAGCGCTGGGCATCGCGGTGCCGTCGACACTCCTGTCGATCAACTGGGGGATGCTGCTGGCCTTGCTGGCCTTGGCGCTGCTCGATGCCGTGCGGCTGCGGCGCCTGCCCTCGCCCCGCGTACAACGACACATGCCGGGCAGCCTGGCACTGGGCCGATGGGGCGAAGTGCGCCTGCAGATCAGCCATGATTTTGCCCAGCCAATGCCGATCCAGGTGTTCGATCACGTACCCGATGGCCTCGACTTCGACGACCTGCCCTTGTCGGTCGAACTTCAACCCGGCCAACGCAGCCAGCTCGGCTACCGCTTGCGCCCGCTCAAGCGCGGTCATTTCATTTTCAGCTACTGCGAGATCAGCCTGCCCAGCCCGCTGGGATTGTGGTCCGGCAAACGCCTGCTGGAGGCGCTCGACAACACTCGCGTCTACCCGGATTTCGCCAGGCTCTATGACGGCCAGCTATTGGCCGTCGACAACTGGCTGAGCCAGCTCGGCATACGCCAGCGGCAGCGCCGTGGCCAGGGCCAGGAATTCCATCAGTTGCGCGAGTTTCGCGAGGGCGACAGCCTGCGCCAGATCGACTGGAAGGCCACCGCCCGCCACCGTACGCCGATCGCCCGTGAGTACGAAGACGAACGCGACCAACAGATTATCTTCATGCTCGACTGCGGCCGGCGCATGCGCAGCCAGGACGACGAGCTGGCGCACTTCGATCACGCTCTCAATGCCTGCCTGTTGCTCAGCTATACCGCGTTGCGCCAGGGCGACGCCGTCGGCCTGTACACCTTCGCCAGTGAGCGACCGCGCTACCTCGCGCCAGTCAAAGGCAGCGGCCAGCTCAACGTCTTGCTCAACGCCGTCTATGACCTGGACAGCAGCCAGCATCCCGCCGATTACCAGGTCGCGGTCAATCAACTGCTGGCCCGGCAAAAACGCCGGGCCCTGGTGGTGTTGGTGACCAACCTGCGGGATGAGGACGACGAGGAACTGCTGGCTGCCGTCAAGCGCCTGGGGCAGCAGCATCGGGTGCTGGTGGCCAGCCTGCGCGAAGAGGCACTCGACCGGTTGCGCCAGGCGCCGGTACAAACCCAGCCCGAAGCCTTGGCCTATTGCGGGACGGTGGACTACATGAACACCCGCGCCGGACTCCATCTGCAGTTGGCGGCCCATGGCATCCCGACCCTGGATTCGCGCCCCGGCGAGCTAGGGGCGGATCTGGTGAGCCAATACCTGGCATGGAAAAAGGCCGGAACCGCTTAG MKPSRLLLIWLAILLAVGIVLGTLRALGIAVPSTLLSINWGMLLALLALALLDAVRLRRLPSPRVQRHMPGSLALGRWGEVRLQISHDFAQPMPIQVFDHVPDGLDFDDLPLSVELQPGQRSQLGYRLRPLKRGHFIFSYCEISLPSPLGLWSGKRLLEALDNTRVYPDFARLYDGQLLAVDNWLSQLGIRQRQRRGQGQEFHQLREFREGDSLRQIDWKATARHRTPIAREYEDERDQQIIFMLDCGRRMRSQDDELAHFDHALNACLLLSYTALRQGDAVGLYTFASERPRYLAPVKGSGQLNVLLNAVYDLDSSQHPADYQVAVNQLLARQKRRALVVLVTNLRDEDDEELLAAVKRLGQQHRVLVASLREEALDRLRQAPVQTQPEALAYCGTVDYMNTRAGLHLQLAAHGIPTLDSRPGELGADLVSQYLAWKKAGTA NA NA NA NA NA D1-35_01528 1008 hypothetical protein TTGACGACTGAACAGAACGAACCTGTCGACGGCCAGGCCCATGCCGCCCAACAGCGCCAGCGCGCCAGCCAGTTGGCCCAGGCGATCCGTACCGAACTGCACAAGGCGGTGGTCGGCCAGGCTGCGGTGGTCGACGATGTGCTCACGGCGTTGATCGCTGGCGGGCATGTGCTGCTCGAAGGCGTTCCAGGGTTGGGCAAGACGCTGCTGGTGCGCGCGCTCGCGCGCTGTTTCAGTGGCGAGTTCGCGCGCATCCAGTTCACGCCCGACCTGATGCCCAGTGACGTCACCGGCCATGCGGTGTACGACTTGCAGACCGAGCAGTTCAAGTTGCGCAAGGGTCCGGTTTTCACCAACCTTCTGCTGGCCGACGAGATCAACCGCGCGCCGGCAAAAACCCAGGCGGCGCTGCTCGAGGCCATGCAGGAACGCCAGGTCACCCTGGAAGGCCGCGCCCTGCCGATCGCCCAACCATTCATGGTGCTGGCGACCCAGAACCCCATCGAACAGGAAGGCACTTACCCGCTGCCGGAAGCCGAGCTCGACCGCTTCATGCTCAAGGTCCGCATGGACTATCCCGATGCCGACCAGGAACTGGACATGGTCCGCCAGGTCAGCCGCTCGACCCGGGGCGACATGCTTGACGTGCAACCGTTGCGCACGGTGCTGCAAGCCAAGGATGTGCAGGCCTTGCAGCGCATCGCCAGTGACCTGCCGATGGACGATCAGGTCCTCGACTACGCCGTCCGCCTGGCCCGCGCCACTCGCAGCTGGCCGGGGCTGACGCTGGGCGCCGGGCCGCGCGCCTCGATCGCGTTGGTACGCTGCGCAAGGGCCCGGGCGCTGCTGCGCGGTGGCGAATTCGTGGTCCCGGACGACATCAAGGGCTGCGCCCTGGCCGTGCTGCGCCATCGCGTAAGGCTGGCGCCGGAGCTGGACATCGAGGGGCTCTCGGTGGATCAGGTGCTGGGGCAGTTGCTCGATCAAGTCTCGGCGCCGCGGCTGTGA MTTEQNEPVDGQAHAAQQRQRASQLAQAIRTELHKAVVGQAAVVDDVLTALIAGGHVLLEGVPGLGKTLLVRALARCFSGEFARIQFTPDLMPSDVTGHAVYDLQTEQFKLRKGPVFTNLLLADEINRAPAKTQAALLEAMQERQVTLEGRALPIAQPFMVLATQNPIEQEGTYPLPEAELDRFMLKVRMDYPDADQELDMVRQVSRSTRGDMLDVQPLRTVLQAKDVQALQRIASDLPMDDQVLDYAVRLARATRSWPGLTLGAGPRASIALVRCARARALLRGGEFVVPDDIKGCALAVLRHRVRLAPELDIEGLSVDQVLGQLLDQVSAPRL NA NA NA NA NA D1-35_01529 1188 hypothetical protein ATGATTACCTCGAAAACGTACCTGGATCCAGTACTGCCGGAAAATCTTCCCGCCTCGATCATTCAGGCCGCGGATCAGTTGCCGCGCAAAGCAGAGTTTCTTGCCGGGCGGCTCGCCGATGAGACATCGAAGCAACTGGCGAGCCTGTTGCGCATCACCAATACCTACTATTCGAATCTGATCGAGGGGCATCGAACCGAGATCGCTGATCTCCAGGTCGCTCGCACCACGCCGAAACGCCAGCGAAAGGAGCTCAAAGAGCTTGCCGTGCAACACATGACACAGCAGGAGGTGATGGAGCGACTGCTTCGCATGCGCTCGACGGACAGTTTCTCTGCCTTGTTCGACCCCCAGTTGATCGCGACCATTCACCGTCGACTGTTCAAAGACGCTTCAACGCAGGAGCTGATCCTGAGCGACGGTCGGATGATGGAACCAGGAAAGCTGCGGGCCGAAGCGAATGAACAGGTCCAGGTCGGCGCACATGTCGCCCCAGCTGCTACTGCGGTATTGCCCATGCTTGAGCATCTGCAACTGCACTACGGACGTATAAACGACCCCCGACGCCAATTGATCGCCGCCCTGGCGAGTCATCACCGTGTGGCGCTTGTCCACCCCTTCCTTGATGGCAACGGTCGAGTGATCCGGATGCTCACCCACCTGCAGCTTGTCCACCTCGGGCTAAAACCGTTTCTCTGGTCACTGTCGCGTGGCTTGGCCCGAAGGCAGGATGAATACTATCGTTTCCTGGCTTTGGCTGATCGAACTCGAGAAGGCGACTGTGACGGACGAGGTCAACTCTCACAGCGCCATTACTTCAACTTCATCGAGTTCATGCTCGATGTCTGTCGCGACCAGATTGAATACATGACAACCTCACTCAACCCAGCCAGGCTACGCGAGCAGATCTTTCATGTGTTTTCGACGGATGCTGGCCTTCGCCGTGCGGGGATCAGACCCGCCAGTGCCGGTGCTGTGTTGGCGCTTCTCACCCAAGGCGCGATGCCGCGTGCGGAATTCAAGGTATTTACAGGATTGAAGGATCGACTCGCAACGGAAGAACTGAGCCACTTGATCGAAGCGGGAATAGTGGTCAGTAGTACGCCCAGGTCTCGAACGGTGGCAGCGGGCTTGCCCGCACGCTTCGCCGGACTGATCTTTCCGAACCTGCATATCCAGATGGGCTGA MITSKTYLDPVLPENLPASIIQAADQLPRKAEFLAGRLADETSKQLASLLRITNTYYSNLIEGHRTEIADLQVARTTPKRQRKELKELAVQHMTQQEVMERLLRMRSTDSFSALFDPQLIATIHRRLFKDASTQELILSDGRMMEPGKLRAEANEQVQVGAHVAPAATAVLPMLEHLQLHYGRINDPRRQLIAALASHHRVALVHPFLDGNGRVIRMLTHLQLVHLGLKPFLWSLSRGLARRQDEYYRFLALADRTREGDCDGRGQLSQRHYFNFIEFMLDVCRDQIEYMTTSLNPARLREQIFHVFSTDAGLRRAGIRPASAGAVLALLTQGAMPRAEFKVFTGLKDRLATEELSHLIEAGIVVSSTPRSRTVAAGLPARFAGLIFPNLHIQMG NA NA NA NA NA D1-35_01530 1164 hypothetical protein ATGAGCCGCCGCGCCGGATGGCTGGTCGCGGCGCTGGTTGCGGCGTTGGTCTGTGCAGTAGGCGTCTACTTGTCCACGAAAGCCGTGCCCTACCAGGAAACCATTGATCACGGCCCATCCCCCGAAGCCCAGGCCAATCCCTACCTGGCGGCGGAACATTTCCTGCGTCGGCATGGGGTAGAAGTCGATCACGCCAACAGCCTGGACGTCCTGCCCGGCCTCGAACCCCACCAGCGTAGCCTGCTGTTGCTGGGCGAGCGGAGCGACATGACGCCACGAGAGGCCGACCAGTTGATGAACTGGACCCGGGCCGGCGGACGGCTGCTGTTCGTCGCCGAGGCCTTGTGGGATGACAGCACCAGCAGCAGCGGCGACTTGTTGCTGGACCGCGTGGGTCTGCGCCAACTCCTCAGCAAGGACCTCGAGGAATCCGACGCCGAACTCATCAAGGATCGCTACCCGGAACTGACCAAGCTTTATCTGGAAGATGAAGAAGCGCCGGCCTATGTCGGCTTCGACACCGACTTCCATCTCGAAGACCCGCAGAACCTCGCCCAGGCCTGGGCCAACAGCGCACAGGCAACTCACATGATGCAACTGAACCACGGCCTGGGCACCATCACTGTGCTCACTGACGCCGAGCTTTGGAAGAACGACCAGATCGACCAATACGACAACGCCTGGCTGCTCTGGTACCTGAGTGCCGACACGAATGTGACGCTGCTGTTCGACATCGAGCACGACAACCTGCTGACCCTGCTACTGCGCTATTTCCCCCAGGCCCTGGTGGCGCTGCTGGTCCTGATCGGGCTGTGGTTCTGGCGCTCGGCGGTGCGGCATGGCCCGTTGCAACAACCCGCCCCCAAGGCGCGACGGCAGTTACTGGAACACCTGCAGGCCAGCGCCGCGTTCCAGCTGCGCCACCACGGCCGGCAACACCTGTTGCAAGGTTTGCAGCATGACGTGTTGCGCCGGGCGCGCCAGCTTCATCCAGGTTACGAACGGCTGGTCGTCGCCGAACAATGGCAAGTGCTTGCACGCCTGACCCGCCAACCCACGCGAACCATCAGCCAGGCCCTCAGCCCCCGGCCGGCGCAGCGCATGTCCAGCACTGAGTTCTGCCGCCAGGTTGCCCTTTTGCAAACTCTCAGGAATGCCTTATAG MSRRAGWLVAALVAALVCAVGVYLSTKAVPYQETIDHGPSPEAQANPYLAAEHFLRRHGVEVDHANSLDVLPGLEPHQRSLLLLGERSDMTPREADQLMNWTRAGGRLLFVAEALWDDSTSSSGDLLLDRVGLRQLLSKDLEESDAELIKDRYPELTKLYLEDEEAPAYVGFDTDFHLEDPQNLAQAWANSAQATHMMQLNHGLGTITVLTDAELWKNDQIDQYDNAWLLWYLSADTNVTLLFDIEHDNLLTLLLRYFPQALVALLVLIGLWFWRSAVRHGPLQQPAPKARRQLLEHLQASAAFQLRHHGRQHLLQGLQHDVLRRARQLHPGYERLVVAEQWQVLARLTRQPTRTISQALSPRPAQRMSSTEFCRQVALLQTLRNAL NA NA NA NA NA D1-35_01531 1557 hypothetical protein ATGCGCCTGAGTGACGCCAGCGTTGTCATCCGCCCCCGCACCACCTGGGAAGCCATGGACCTCGGCGTGCTGATGAGCCAGCAGCACCGACGGCTGCTGATGACCAGTTGGGCCATCGTCACGCTACCGGTGTATGCGCTGCTGACCCTGTTGCTGTGGGACTCGCCGTCGCTGGTAGTCATTGTGTTCTGGTGGCTGAAACCGGCCTTCGACCGCCTGCCCCTGTTCATTTTGTCCAAGGCCCTGTTTGGCGAGCCGCCTACGCTGAAGCAGGCGTTGCGCCAATGGCTCGCGCTGCTCAAGCCGCAATTGCTGGCCAGCCTGACCTGGCGACGGCTGAGCCTGAACCGCAGCTTCCTGATGCCGGTGGTGCAACTCGAAGGCCTGACCGGCGAGGCGCGCGAGCAACGTTTGCGCGTCCTGCTGCAGCGCAACGGCGGCGCGGCGCAGTGGCTGACCATCATCGGCGTGCACCTGGAAACCGCGCTGTGGTTCGGCCTGATGGCGCTGTTCTATCTGTTCATACCGCAACAGGTCGAGCTGGAATGGGACTGGCAGACCCTGATCGCCGTGGCTGAGCACGACTGGCTGTGGCTCGAACACCTGGTCAACTTCCTGTATCCACTGTTGCTGATCTTCTGGGAACCGGTTTACGTCGCCTGTGGCTTCAGCCTCTACCTGAACCGCCGCACGATTCTCGAGGCCTGGGACATCGAACTGGTATTCCGGCGCCTGCGCCAGCGCCTGGCCGGCACGGCCCCGGCGCTGTTGCTGCTGGCAATGACGCTGCTGCCGTTGGCGCCACCTGCCTGGGCCGCGCAGGACGACAACGGTCCCGACAGCCCGCGCTTGCTCCACCAGCCGCTGACCAGCGAGGCCTCTCGGGAAAGCATTGAAGCGATTCTCGAAGCGCCGCCATTCAAGAATCCGGAAACGATCACCCGCTATCGTTTCGGCGAAGAAGCCGAAAAACCAGCCGAATCAGCCGAACCAGCTGAAACCGATGGAGCGCCGGGCTGGCTCAAATCGCTGTTCGAATGGCTGTCGAAAAAACGCTTCGAGGGTATTGCCGCGCTGATCCAGGTGCTGCTCTGGGCGGCCCTGTTGACGGCCATCGCCTGGCTGGCCTGGCATTACCGCCATAGTCTCAAGACCCTGGCGAACCGTAGGCCAGCACAGCGCATGCATTCGAAACCCGCTGCGCCGGTGCAGATGTTCGGCCTGGATATTCGCGAAGAGAGCCTGCCGGAAGATGTGGCGAGCCGCGCCGAGCAGTTATGGTCCACCGCGCCTCGCGAGGCGTTGGGTTTGCTCTATCGAGCCTTGCTCAGCCGATTGCACCATGAATTCGCCATCCCCCTGAAACCCGCGGACACGGAAGGCCAGGTGTTGCAGCGCGTCGAACGACTCCAGCAGCCGGACCTGCTGGTCTTCAGCAAAAACCTGACCCAGCACTGGCAAAACATCGCCTACGGGCACCGTCCACCAGCGCCGCATCTGCAACGAGAGCTGTGCGATGGCTGGCGCGGCCTGTTCGGTCCGGGAGTTTCCCGATGA MRLSDASVVIRPRTTWEAMDLGVLMSQQHRRLLMTSWAIVTLPVYALLTLLLWDSPSLVVIVFWWLKPAFDRLPLFILSKALFGEPPTLKQALRQWLALLKPQLLASLTWRRLSLNRSFLMPVVQLEGLTGEAREQRLRVLLQRNGGAAQWLTIIGVHLETALWFGLMALFYLFIPQQVELEWDWQTLIAVAEHDWLWLEHLVNFLYPLLLIFWEPVYVACGFSLYLNRRTILEAWDIELVFRRLRQRLAGTAPALLLLAMTLLPLAPPAWAAQDDNGPDSPRLLHQPLTSEASRESIEAILEAPPFKNPETITRYRFGEEAEKPAESAEPAETDGAPGWLKSLFEWLSKKRFEGIAALIQVLLWAALLTAIAWLAWHYRHSLKTLANRRPAQRMHSKPAAPVQMFGLDIREESLPEDVASRAEQLWSTAPREALGLLYRALLSRLHHEFAIPLKPADTEGQVLQRVERLQQPDLLVFSKNLTQHWQNIAYGHRPPAPHLQRELCDGWRGLFGPGVSR NA NA NA NA NA D1-35_01532 975 hypothetical protein ATGAAACAAAGCCTTTTCGAAAAACGTCATCAAGAGGAATGGGACCGTCTGTCCCAACAGCTCGACCAATTGGAGCGCAGCCGCAACGTCGCGCAGAGCAGCGATTTCCCCAATGCCTATCGACGCCTCTGCCACCACCTGACGCTGGCCCAGGCCAGGGGCTACAGCAGCCTCTTAATAGACGCGTTGCAGCAATTGGCCCTGCGTGGTCACCAGCAACTCTACCGGGACCGCGGCCGGTTCTCGGCCAGCCTGTCAACCTTCATTCTGGCCGGTTTCCCCCGACTGGTTCGTGAGCAATGGCGTTTCGTGCTGGCGGCGGCCTTGATGTTCCTTGGTAGCCTGGTCGGCATCGGGCTGCTGGTCTACCTGTTCCCCGAACTGGTCTACAGCGTGTTGAGCGTCGAAGAAGCCAGCCAGATACGCGGCATGTACGACCCTGCCGCCGGCCACCTGGGGCGCTCGATCGAGCGGGCCGCCAGCGAAGACTGGGTCATGTTCGGCTATTACATCATGCACAACATCGGTATTGCCTTTCAGACGTTCGCCAGCGGCTTGCTGTTTGGCCTGGGCAGCGCATTCTTCCTGTTCTTCAACGGCCTGACCATTGGCGCGGTGGCCGGGCACCTGACCCAGATCGGTTCGGGATCGACGTTCTGGTCATTCGTGATCGGTCACGGCGCCTTCGAACTCACTGCCATCGTCCTGGCCGGCGCGGCGGGCCTGTTGCTCGGTTGGGCACTGATCGCGCCGGGGCGTCTCACCCGAGGCGAAGCGTTACGGCTCGCCGCCGGCAAAAGCGTGCTGATCATCGGCGGCGTGGTGCTGTTGCTGCTCATCGCCGCGTTCGTCGAGGCCTACTGGTCCTCCAGCGCGGTGACACCCACCACCAAATACATCGTCGGCGCCTTGTTGTGGCTGCTGGTGCTCGGGTATCTGCTGTTTGCCGGACGAGGCCACCATGCGCCTGAGTGA MKQSLFEKRHQEEWDRLSQQLDQLERSRNVAQSSDFPNAYRRLCHHLTLAQARGYSSLLIDALQQLALRGHQQLYRDRGRFSASLSTFILAGFPRLVREQWRFVLAAALMFLGSLVGIGLLVYLFPELVYSVLSVEEASQIRGMYDPAAGHLGRSIERAASEDWVMFGYYIMHNIGIAFQTFASGLLFGLGSAFFLFFNGLTIGAVAGHLTQIGSGSTFWSFVIGHGAFELTAIVLAGAAGLLLGWALIAPGRLTRGEALRLAAGKSVLIIGGVVLLLLIAAFVEAYWSSSAVTPTTKYIVGALLWLLVLGYLLFAGRGHHAPE NA NA NA NA NA D1-35_01533 726 hypothetical protein ATGCTCGAGACACCAGCATTGCAAAGGAACGCGCCGCTGCCCGCGCCACTGGACACGCGTTACCAGGTCGAGACGCCCGAGGGCATCGACCTGCCGCTGCGCCCGGCGGGGTTGATGCCTCGCGCCCTGGCCTTTGCCATCGACCTCGGCATACGGGGGCTGGCCTTGGGCCTGCTGTTCCTGATCCTGGCGTTTTTTGGCGAACTGGGCGTCGGCCTGGGCTCGATCCTGCTGTTTGTCATCAGCTGGTGGTACATGGTGCTGTTCGAGGTGCTGAACCAAGGGCGTTCCCCCGGCAAGCAGATCATGGGTTTACGCGTCGTGCAGGATGACGGCCGGCCTGTCGACTGGTCGGCCTCGCTGATCCGCAACCTGCTGCGCTTCGTCGACATGCTGCCCTTCGGCTATGCGTTCGGGGCGATTACCTGCCTGCAGCATCCAGCGTTCAAGCGCCTGGGCGACCTGGCGGCCGGGACCCTGGTGGTTTATCGCGAACAAGCGATCAAACGCCCCATCCTGCCATCGGCCCGACCGATACGGCCACCTTTTGTCCTCGACCTCAACGAGCAGCGTGCCGTGCTGGGCTTCGCCGAGCGCCAGGCAGAACTGTCCGGTGCCAGGGTCACCGAACTGGCGACGATCCTCGCCGCGCCGCTGAAGGTTCACCCTTCCGGCGCCGTGGCCGAACTCAATGGCATCGCCCGCGGCCTGCTGGGGCCGACATGA MLETPALQRNAPLPAPLDTRYQVETPEGIDLPLRPAGLMPRALAFAIDLGIRGLALGLLFLILAFFGELGVGLGSILLFVISWWYMVLFEVLNQGRSPGKQIMGLRVVQDDGRPVDWSASLIRNLLRFVDMLPFGYAFGAITCLQHPAFKRLGDLAAGTLVVYREQAIKRPILPSARPIRPPFVLDLNEQRAVLGFAERQAELSGARVTELATILAAPLKVHPSGAVAELNGIARGLLGPT NA NA NA NA NA D1-35_01534 1428 sbcB COG2925 Exodeoxyribonuclease I GTGACCTCCATTTTCTGGTACGACTACGAAACCACCGGCATCAATCCGCGTTGCGACCGCCCCTTGCAGGTGGCCGGGATACGTACCGATTTCGAACTCAATGAAATCGATGAACCGGTGAACCTGTACTGCCGGCCCAGCGATGACATCCTGCCCCATCCGGCCGCATGCGCGATCACCGGGATCACACCGGCCTGCCTGGCGGAAAAAGGCTTGAGCGAGGCCGATTTCATGACCCGCGTCCATGCGCAACTGGCCGCGCCCGGGACCTGTGGCGCCGGCTACAACACGCTGCGCTTCGATGACGAGATGACCCGCTACAGCCTTTATCGGAATTTCTTCGACCCGTACGCTCGGGAATGGCAGGGGGGCAACAGTCGCTGGGACCTGATTGACCTGGTGCGGGCCGCCTATGCGTTGCGCCCCGATGGGATTGTCTGGCCGCAGGAGGAGGGGCGCGTCACCCTCAAGCTCGAACGCCTGACCGCCGCCAACGGCATCGACCATGGCCAGGCCCATGATGCGCTGTCGGATGTACGTGCAACGATTGCCCTGGCCCGGTTGATCCGTCAGAAACAACCCCGGCTTTACGACTGGCTGTTCCAGTTGCGCACTAAACAGAAAGTGATGGACCAGGTCCGCCTGCTACAGCCCATGGTGCACATCTCCGGGCGCTTCTCGGCGGCGCGAAACTACATCGGCGTGGTCCTGCCGCTGGCCTGGCATCCGAAGAACCGCAACGCCCTGATCGTCTGCGATCTGCATCTGGATCCTCAAGGGCTGCTGGACCATGACGCCGAAATCCTGCGCCAACGCTTGTATACCCGCCGTGAAGAGTTGTTGGAAGGAGAATTGCCCGTACCCCTCAAGCTTATTCATATCAACAAGTGCCCGGTGGTCGCGCCGCTGTCAGTCCTGCGCGACGAGGACCAGCAACGCCTGCAACTGGACATGGAGGGTTATCGCCAGCGGGCGCTGCGGCTAAGTGACGCACAGCAAGTCTGGCACGATAAACTCCAAGCGATTTATGGTCGCGAGGATTTCACTGCGAGCGAGGACCCCGAACAACAGTTGTACGCTGGATTCATGGGTGATCGTGATCGGCGTTTGTGCGAACAAGTGCGCCAGGCAGATCCCGACCAGTTGGCGGGGGAACGTTGGCATTTCGATGATGAGCGCCTGCCGGAATTATTATTCCGATACCGGGCCCGTAACTTCCCCGACACCTTGAGCAGCGAAGAGCAGGCACGCTGGAAACTATTTTGCCAGCAGCGACTGAAATCACCGGAGTGGGGGGCGCCTAATACCCTGGCAAGTTTTGATGAGGCGATGACGCAGTGGCTGGCGCTTTCCAGCCCAATGCAGCAAGAGGTGCTGACTCAATGGCAGGGCTATAGCCAGCAATTGCGCAAACGTTTAAGCCTTTGA MTSIFWYDYETTGINPRCDRPLQVAGIRTDFELNEIDEPVNLYCRPSDDILPHPAACAITGITPACLAEKGLSEADFMTRVHAQLAAPGTCGAGYNTLRFDDEMTRYSLYRNFFDPYAREWQGGNSRWDLIDLVRAAYALRPDGIVWPQEEGRVTLKLERLTAANGIDHGQAHDALSDVRATIALARLIRQKQPRLYDWLFQLRTKQKVMDQVRLLQPMVHISGRFSAARNYIGVVLPLAWHPKNRNALIVCDLHLDPQGLLDHDAEILRQRLYTRREELLEGELPVPLKLIHINKCPVVAPLSVLRDEDQQRLQLDMEGYRQRALRLSDAQQVWHDKLQAIYGREDFTASEDPEQQLYAGFMGDRDRRLCEQVRQADPDQLAGERWHFDDERLPELLFRYRARNFPDTLSSEEQARWKLFCQQRLKSPEWGAPNTLASFDEAMTQWLALSSPMQQEVLTQWQGYSQQLRKRLSL NA NA NA NA NA D1-35_01535 378 hypothetical protein ATGTCCCTGATCACCGAATACAACGCTACAAAACAAGCCATTGAAGAACTGCAACAACGTCTGGCCGACCTGTCCAAAGACGACAAACTGCAAAAAGAACTGGAATTCGAAGGCAAACTGCGCACGCTGATGGGTGAATACTCCAAGTCCCTGCGCGATATCATTGCCCTGTTGGATCCAGAGTCCAAGTCGAGCAAAGCCCCGCGTGGCGCTGTGAAAACTACCGGCACCAAGCGCGCTCGCAAAGTTAAGCAATACAAGAACCCGCACAACGGTGAAGTCATCGAAACCAAAGGTGGCAACCACAAGACTCTGAAAGAGTGGAAAGCCAAGTGGGGCGGCGACGTGGTTGAAGGCTGGGCGACCCTGCTGGGCTAA MSLITEYNATKQAIEELQQRLADLSKDDKLQKELEFEGKLRTLMGEYSKSLRDIIALLDPESKSSKAPRGAVKTTGTKRARKVKQYKNPHNGEVIETKGGNHKTLKEWKAKWGGDVVEGWATLLG NA NA NA NA NA D1-35_01536 849 purU_1 COG0788 Formyltetrahydrofolate deformylase ATGCGCACTTTTCGGCTGGTGATCGCTTGCCCGGACCGCGTCGGTATCGTTGCTAAAGTCAGTAACTTTCTGGCGTCCCATAACGGCTGGATCACTGAAGCAAGCCACCATTCGGACAATCAGAGTGGTTGGTTTTTCATGCGTCACGAGATACGCGCCGACTCGCTGCCCTTCGGCATCGAAGCCTTCCGCGCGGCATTCGCCCCGATTGCCGAAGAGTTTTCGATGGACTGGCGTATCACCGATACCGCGCAGAAAAAGCGCGTAGTGCTGATGGCCAGTCGTGAGTCCCACTGCCTGGCTGATCTGTTGCACCGCTGGCACAGCGATGAGCTCGATTGCGACATCGCCTGTGTCATTTCCAACCATGACGACTTACGCAGCATGGTGGAATGGCACGGCATCCCGTACTACCACGTACCGGTCAACCCGCAGGACAAGCACCCGGCGTTCGCCGAGGTCTCGCGGCTGGTCAAGCAGCACGACGCCGAGGTGGTGGTACTGGCCCGCTACATGCAGATCCTGCCGCCGTCGCTGTGCAGCGAATACGCGCATAAAGTCATCAACATCCATCACAGTTTCCTGCCGTCGTTCGTCGGTGCCAAGCCTTACCACCAGGCCTCGATGCGCGGTGTGAAGCTGATCGGCGCCACGTGCCACTACGTGACCGAAGAGCTGGACGCCGGCCCGATCATCGAGCAGGACGTCGTCCGTGTCAGCCACAGCGACAGCATTGAAGACATGGTGCGCTTCGGCCGCGACGTGGAAAAAATGGTCCTGGCGCGCGGCTTGCGCTATCACTTGGAAGACCGCGTACTGGTGCACGGGAACAAGACCGTGGTCTTCTGA MRTFRLVIACPDRVGIVAKVSNFLASHNGWITEASHHSDNQSGWFFMRHEIRADSLPFGIEAFRAAFAPIAEEFSMDWRITDTAQKKRVVLMASRESHCLADLLHRWHSDELDCDIACVISNHDDLRSMVEWHGIPYYHVPVNPQDKHPAFAEVSRLVKQHDAEVVVLARYMQILPPSLCSEYAHKVINIHHSFLPSFVGAKPYHQASMRGVKLIGATCHYVTEELDAGPIIEQDVVRVSHSDSIEDMVRFGRDVEKMVLARGLRYHLEDRVLVHGNKTVVF PGPT0008155_2982 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D1-35_01537 180 hypothetical protein ATGACCGATCCCTTGGACAAAGCCACCGCCAGAGCGCCGGCAACCGTGGGCGAGGGTTGCCTGAGTCGCTACGATCCCGAAGCGCTGGGCCCGGAAGACGGCACCGAATTTCCCGACGCCGCCCAGCTGTGGGAAGAGCTGCACGAGCAGCCCCAGGACGATCCCGAGTCCAAGGACTGA MTDPLDKATARAPATVGEGCLSRYDPEALGPEDGTEFPDAAQLWEELHEQPQDDPESKD NA NA NA NA NA D1-35_01538 996 hypothetical protein ATGAAACGGCTGGTCTGGTTAGGCGCCGCCCTGTTGATTGCGGTATTGGTCCCGATGCTCGTGGGCGGCGGGGAAATGTGGTCGCGGCTGCAGCGCTTTCCGCTGTCCTTGCTGCTGGTCATGCTTGGCATGATCGTACTCTGCTGGGGCCTCAACTCGGTGCGCCTGCGCTTGCTGCTGGGTGAACACCGTGGGCGCATAGGCGGGTTGAAAAGCATTGGCGTGGTGATGTCCACCGAGTTCGCGATGTGCGCGACACCCGGCGGCAGTGGCGGGCCGCTGACGCTGATGGCGCTGCTCGCGCGCAACGGCGTGCGCCCCGCCCATGGCAGCGCGGTGTTCGCCATGGATCAGTTGAGCGACCTGCTGTTTTTTCTCTGCGCCTTGTTGGGCATCCTGTTTTATGCACTTTTCCAGAATCTCAGCCAGCGCATGGAATGGATGCTGGGGCTGAGCGCGGTTTCATTGTTCGGCGGGCTCTTTTGCTGCGCGCTGGTGGCCCGCTACCATCGCAGGCTGATTCTCCTGGGTGCACGGCTGTTGCGGCATTTGCGAGTGAAGCCGGTGACCCGTCGACGCTGGGGACGCAAGATCCTGAATTTCCTCGCGGCATTTACCGACACTCTGAAATTGCCACGCCAGACGCTGTTCCAGGTGTTCGTCTTGACCTGCCTGCACTGGGTCCTGCGCTACAGCGTGCTGTACCTGGCATTAAAAGGACTCGGGGCGGATCTGCAATGGGCCTGGAGTTTCCTGATCCAGATGCTATCCCTCAGCGCTGGGCAGTTCAGCCTGTTGCCGGGCGGCGCCGGAGCGGCGGAGTTGACCTCGGCGGCGTTGCTGGCACCGATGGTGGGCAAATCCACCGCGGCGGCAGCGATCCTGATCTGGCGGGCGGTGACGTATTACTTCTATCTGCTGGCAGGAGGACCGGTGTTCTTCATGATGGTCGGGCGACCTTTGATCAAGAAGCTGATGAAGCTGCGGCAAGCCTGA MKRLVWLGAALLIAVLVPMLVGGGEMWSRLQRFPLSLLLVMLGMIVLCWGLNSVRLRLLLGEHRGRIGGLKSIGVVMSTEFAMCATPGGSGGPLTLMALLARNGVRPAHGSAVFAMDQLSDLLFFLCALLGILFYALFQNLSQRMEWMLGLSAVSLFGGLFCCALVARYHRRLILLGARLLRHLRVKPVTRRRWGRKILNFLAAFTDTLKLPRQTLFQVFVLTCLHWVLRYSVLYLALKGLGADLQWAWSFLIQMLSLSAGQFSLLPGGAGAAELTSAALLAPMVGKSTAAAAILIWRAVTYYFYLLAGGPVFFMMVGRPLIKKLMKLRQA NA NA NA NA NA D1-35_01539 768 hypothetical protein ATGACCGCTCAATCCAGCCTGCTGCTGGTGCTGCACGATGTCGCACCGCAAACCTGGCCCGACTACCAGCCCTTCGTCGAAGCCGTCGACGCCCTCGGCCAGGTGCCGATGACCTGGCTGGTGGTGCCGGACTTCCACCACGCCAACGCGCTCGACGGACATCCCGGCTTCCGGCGCATGCTCGACAGCCGGGTCGAACGCGGCGATGAACTGGTGCTGCACGGTTATTACCACTGTGATGACGGTCCGCCGGCGCTTCATCCCAAGGACTGGTTCATGCGCCGGGTCTATACCCATGAAGGGGAGTTCTACGGTCTGTCCGAGGAAGCGGCCCTCGCCCGCCTTCGCGCCGGCATCGAAATCTTTCAGCGCTACCAGTGGCCGCTGGAAGGCTTCGTCGCGCCGGCCTGGCTGATGAGCGAGGGCACGCGCCAGGCCTTGCGCCAGTTGCCGTTGAGTTATACCAGCGACACCCAGCACCTCTACCGCTTGCCGGAGTTCACCCCGATCGATGCCCCGGGGCTGGTTTGGAGCGCCCGCAGCGCCTGGCGTCGAGGCCTGTCAAAAGTCATCAGCGACCGGCGTGAACAGCGCTGGCGCCAGGCACCGGTCATTCGCCTGGGCCTGCACCCGGTAGACATGCGCCACGGATTTTCCCGCAACTACTGGCTGCGAACCCTGGAGCGCCTGCTTGAGGACGGGCGCGTGCCGATGACCAAGATCGACTGGCTGGCGTCACTGCGCCAGCCAGTCAGCAGTGCCGCATGA MTAQSSLLLVLHDVAPQTWPDYQPFVEAVDALGQVPMTWLVVPDFHHANALDGHPGFRRMLDSRVERGDELVLHGYYHCDDGPPALHPKDWFMRRVYTHEGEFYGLSEEAALARLRAGIEIFQRYQWPLEGFVAPAWLMSEGTRQALRQLPLSYTSDTQHLYRLPEFTPIDAPGLVWSARSAWRRGLSKVISDRREQRWRQAPVIRLGLHPVDMRHGFSRNYWLRTLERLLEDGRVPMTKIDWLASLRQPVSSAA NA NA NA NA NA D1-35_01540 1092 mgtA_2 COG0438 GDP-mannose-dependent alpha-mannosyltransferase ATGTTCTACGCCCCCGCCAGCGGAGGTGTACGCACTTATCTGGATGCCAAGCACCGGCGCCTGGGCAATCGGCCGGGTATTCGCCACAGCCTTCTGATCCCCGGCGCGCATTTGAGCGAGCAGGATGGGATCTACAAGGTCCCGGCCCCTCCGCTGCCCTTTGGCAAGGGCTACCGCTTCCCGCTGCGCCTGGCCCCTTGGCGTAACGTCCTGCGCGACTTGCAGCCCGACCTGATCGAGGTCGGCGACCCTTACCTGACCGCCTGGGCGGCACTGGATGCCCGGCGACAGCTGGACGTGCCCGTGATCGGCTTTTATCACTCCGACCTGCCGTTGTTGGTAAGCAACCGCATGGGCAACTGGTTCACGCCCAATATCGAAGCCTATGTCAGCAAACTGTACGGCAACTTCGACCGGGTGCTCGCGCCGAGCCAGGTCATGGCCGACAAACTCACCGGGCTTGGGGTCAAAAATGTTTACGTGCAGCCGTTGGGGGTAGACCTGCAGACCTTCAATCCCGCCGCTCGCGACCCGGAACTGCGGGCCGAACTCGGCATCGCCGAAGACGCGCGCCTGCTGATTTTCGCCGGTCGCGGCTCCAAGGAAAAAAACCTGCCGGTGCTGCTCAAATGCATGCAACGCCTGGGCGAACGCTATCACCTGCTGCTGGTGGGCTCTTCGATGCCAGCCGTGGTGCCGGACAACGTCACGGTGATCGACGAATTCTGCCCGGCTGCGCAAGTCGCCCGGCTGATGGCCAGCGCCGACGCCCTGCTGCACGCAGGCGACCAGGAAACCTTCGGCCTGGTAATCCTCGAAGCGATGGCCAGCGGCATCCCGGTGGTAGCGGTCGCGGCAGGCGCCTTCAATGAAATCGTCCACGAGGACTGTGGCCTGCTGTGCGCGCCCGACAATCCACAGGCGATGGCCAATGCCGTTCGGCAACTGTTCGCCGAAGGCTGCCAGCAGCGCGGCGCAAAAGCACGCCGACATGTAGAACGGCATTACGCCTGGGATTCGGTGGTCAATAGTCTGTTGGGCCACTATTACAGCGTGCTCGGCGCAGAAATGCCCCTGCTGGCCAATGGTTGA MFYAPASGGVRTYLDAKHRRLGNRPGIRHSLLIPGAHLSEQDGIYKVPAPPLPFGKGYRFPLRLAPWRNVLRDLQPDLIEVGDPYLTAWAALDARRQLDVPVIGFYHSDLPLLVSNRMGNWFTPNIEAYVSKLYGNFDRVLAPSQVMADKLTGLGVKNVYVQPLGVDLQTFNPAARDPELRAELGIAEDARLLIFAGRGSKEKNLPVLLKCMQRLGERYHLLLVGSSMPAVVPDNVTVIDEFCPAAQVARLMASADALLHAGDQETFGLVILEAMASGIPVVAVAAGAFNEIVHEDCGLLCAPDNPQAMANAVRQLFAEGCQQRGAKARRHVERHYAWDSVVNSLLGHYYSVLGAEMPLLANG PGPT0024305_363 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PHOSPHATIDYLINOSITOL_MANNOSIDE_REMODELLING CE-REMODELLINGPHOSPHATIDYLINOSITOL_MANNOSIDE_BIOSYNTHESIS,PGPT0024305-pimC-K14335 NA NA D1-35_01541 1488 hypothetical protein ATGCCTGATTCATCGCAACTCGTTATCGGGGCCGACCTGGCCGGCCAACCTGTCGCCCAGGCCATGCGCCTGGCCAATCGTCATGGGCTGGTGGCGGGCGCCACCGGCACCGGCAAGACCGTCACCTTGCAGCGCCTGGCCGAGATGTTCAGCGATGCCGGCGTGGCGGTGTTCGCGGCGGACATCAAGGGTGACCTGTGCGGCCTCGGCGCCGCCGGCAATCCCCAAGGCAAGATCGCCGAGCGCATCGCCGGCATGCCCTGGCTCGGCCATGAGCCCCAGGCCTATCCGGTGACCTTGTGGGATATCCACGGCCAGTCCGGTCATCCGCTGCGCACGACGTTGAGTGAAATGGGCCCGTTGTTGCTCGGCAGCCTGCTGGAACTGACGGACAGCCAGCAAGCGGCGTTGTATGCGGCGTTCAAGGTCGCCGACCGCGAGGGCCTGTTGCTGCTCGACCTCAAGGACCTGAAGGCGCTGCTCAATCACCTCAAGGACAACCCTGAATTGCTCGGGGACGACGCGGCCCTGATGACCACCGGTTCCAGCCAGGCCTTGATGCGCCGACTGTCCACCCTGGAACAGCAGGGCGCGGACGCCTTGTTCGGCGAACCGGCGTTGCAGCTTGAAGACATCCTGCAACCGGCCAGTGACGGCCGTGGCCGCATTCATCTGCTGGACGCCAGTCGCCTGGTCCATGAAGCGCCGAAAGTCTACGCGACATTCCTGCTGTGGCTGCTGGCCGAGCTGTTCGAGCAACTGCCCGAGCGCGGCGATGCGGACAAACCCTTGCTGGCGTTGTTTTTCGATGAGGCACATTTGTTGTTCGCCGGCACGCCCAAGGCATTGCAAGAGCGCCTGGAACAAGTGGTGCGGCTGATCCGCTCCAAGGGCGTCGGGGTGTATTTTGTCACCCAGTCGCCGGGCGATCTGCCGGACGACGTGCTCGCGCAGCTGGGGTTGCGCATCCAGCATGGTCTGCGGGCGTTCACCGCCAAGGAACAGAAATCCCTGCGGGCGGTGGCTGACGGTTTTCGACCAAATCCGCAATTCGATGCCCTGGCGGTGCTGACCGAGCTGGGCATCGGTGAAGCGTTGGTCGGCACCTTGCAGGAAAAAGGCACGCCGGAAATGGTCCAGCGTGTGCTGGTGGCGCCGCCGCAGTCGCGCATCGGGCCGTTGACCGCGGCCGAGCGTGCCGGGCTGATCGCCAGCTCACCGTTGCAGGGCCGTTATGACAAACCCATCGACCGCGAGTCGGCCTATGAAGTGCTGATGGGGCGCAAGGGGCTGGAGCCGCAGGCCGAAGCCGCGCCAGGCAAACCGGCGACCGAGGAACCGAGCTTCACCGAAAAGGCCGGGGAATTCCTCGGCACCGCGGCCGGCCAGGCGCTGAAATCGGCGATGCGCCAGGCGGCCAATCAGTTGGGCCGGCAGTTGGTGCGTGGGTTGATGGGGTCGTTGCTGGGGGGCAGCAAGCGGCGGTAG MPDSSQLVIGADLAGQPVAQAMRLANRHGLVAGATGTGKTVTLQRLAEMFSDAGVAVFAADIKGDLCGLGAAGNPQGKIAERIAGMPWLGHEPQAYPVTLWDIHGQSGHPLRTTLSEMGPLLLGSLLELTDSQQAALYAAFKVADREGLLLLDLKDLKALLNHLKDNPELLGDDAALMTTGSSQALMRRLSTLEQQGADALFGEPALQLEDILQPASDGRGRIHLLDASRLVHEAPKVYATFLLWLLAELFEQLPERGDADKPLLALFFDEAHLLFAGTPKALQERLEQVVRLIRSKGVGVYFVTQSPGDLPDDVLAQLGLRIQHGLRAFTAKEQKSLRAVADGFRPNPQFDALAVLTELGIGEALVGTLQEKGTPEMVQRVLVAPPQSRIGPLTAAERAGLIASSPLQGRYDKPIDRESAYEVLMGRKGLEPQAEAAPGKPATEEPSFTEKAGEFLGTAAGQALKSAMRQAANQLGRQLVRGLMGSLLGGSKRR NA NA NA NA NA D1-35_01542 456 hypothetical protein ATGGCCTTTCGCCCTCTTCCAGCCAAGGCGCCCGCCGTTCTGCTGCGCGAAGCCAAGCCGCTGAAAGCCATCTTCGGCCACGCCAGACGCCTGGGGCACCTGCAGCGCCTGCTCGACAGCCAGCTACAGCCCGCTGCGCGCGAGCATTGTCACGTAGCGTCCTGGCGGGAAGGCAGTTTGTTGCTGATCGTCACCGACGGTCACTGGGCCACGCGCCTGCGCTACCAGCAAAAGCGCCTGCTGCGCCAATTGCAGGCATTCGAGGAGTTCGCCAACCTGACGCGAATCCTGTTCAAGGTCCAGCCGCCCACGGTGCAAGTCGGCGCCAAGGGTCATACGCTGGATCTGTCCACCGACGCTGCTGCCACCATCCAGGCCACGGCCGATGGCATCAGCGACCCCAACCTGCGGGCAGCCCTGGAGCGATTGGCGGCCCATGCGCGGCCCAAGGATTGA MAFRPLPAKAPAVLLREAKPLKAIFGHARRLGHLQRLLDSQLQPAAREHCHVASWREGSLLLIVTDGHWATRLRYQQKRLLRQLQAFEEFANLTRILFKVQPPTVQVGAKGHTLDLSTDAAATIQATADGISDPNLRAALERLAAHARPKD NA NA NA NA NA D1-35_01543 2742 secA COG0653 Protein translocase subunit SecA ATGTTTGCGCCTTTGTTAAAGAAACTTTTTGGAAGCAAGAACGAGCGTGAAGTCAAACGCATGCTCAAGACGGTACAGATCGTCAATGCCTTCGAAGAGCAAATGGTGGCCCTTTCGGACGATCAGTTACGCGCCAAGACCGCCGAATTCAAGGACCGCATCGCCAAGGGCGAGACCCTTGACCAGATCCTGCCCGAAGCTTTCGCGGTCTGCCGTGAAGCCGGCAAGCGGGTCATGGGCATGCGCCACTTCGACGTCCAGTTGATCGGCGGCATGACCTTGCACGAAGGCAAGATCGCCGAAATGCGCACCGGTGAGGGCAAGACCCTGGTGGCGACCCTGGCGGTATATCTCAACGCACTGTCCGGCAACGGCGTGCACGTGGTGACGGTCAACGACTACCTGGCCCGCCGCGACGCCAACTGGATGCGCCCGCTCTATGAATTCCTCGGCCTGACGGTCGGCGTGGTCACGCCGTTCCAGCCGCCGGAAGAGAAGCGCGCGGCCTACGCCTCGGACATCACCTACGGCACCAACAACGAATTCGGTTTCGACTACCTGCGCGACAACATGGCGTTCAGCATGGAAGAAAAATTCCAGCGCGAACTCAACTTTGCCGTGATCGACGAAGTCGACTCCATCCTCATCGACGAAGCCCGTACGCCGCTGATCATTTCCGGCCAGGCCGAAGACAGCTCCAAGCTGTACATCGAGATCAACAAGCTGATCCCGCAGCTCCAGCTGCACGTCGAAGAAGTCGAAGGCGAAGTGACCCAGCCCGGCCACTACACCGTCGACGAGAAGACCCGCCAGGTCGAGCTCAACGAATCCGGCCACCAGTTCATCGAAGAGATGCTGACCCGCGTCGGCCTGCTGGCTGAAGGCGAAAGCCTCTACTCGGCCCATAACCTGGGCCTGCTGACCCACGTCTACGCCGGCCTGCGTGCCCACAAGCTGTTCCATCGCAACGTCGAATACATCGTCCAGGACGGCCAGGTCGTACTGGTTGACGAACACACCGGCCGCACCATGCCGGGCCGTCGCCTGTCCGAAGGCCTGCACCAGGCCATCGAAGCGAAGGAAGGCCTGAACATCCAGGCCGAGAGCCAGACCCTGGCCTCGACCACGTTCCAGAACTACTTCCGCCTGTACAACAAACTGTCCGGCATGACCGGTACCGCCGACACCGAAGCGTTCGAATTCCACCAGATCTACGGCCTGCAAGTGGTGGTGATTCCGCCGAACAAGCCGCTGGCGCGCAAGGACTACAACGATCTGGTGTTCCTGACCGCCGAAGAGAAATACGCGGCGATCATCAACGACATCAAGGAAGGCATGGCCCAGGGCCGTCCGATCCTGGTGGGTACCGCGACCATCGAGACCTCCGAGCACATGTCCGCCTTGCTCGCCAAGGAAGGTATCGAGCACAAGGTCCTCAACGCCAAGTTCCACGAGAAGGAAGCCGAGATCATCGCCCAGGCCGGTCGCCCGGGTGCGTTGACCATCGCCACCAACATGGCCGGCCGTGGTACCGACATCCTGCTGGGCGGCAACTGGGAAGTCGAAGTGGCTTCGCTGGAAAACCCGACCCCCGAGCAGATCGCGCAGATCAAGGCCGACTGGCAGAAGCGTCACCAGCAGGTGCTCGAATCCGGTGGCTTGCAGGTGATCGCGTCCGAGCGTCACGAATCGCGCCGTATCGACAACCAGCTGCGTGGCCGTGCCGGTCGCCAGGGCGACGCCGGCTCCAGCCGCTTCTACCTGTCCCTGGAAGACAGCCTGATGCGCATCTTCGCCTCTGATCGGGTGAAGAATTTCATGAAGGCCCTGGGCATGCAGCCGGGCGAGGCGATCGAGCACCGCATGGTGACCAACGCCATCGAGAAGGCGCAGCGCAAGGTCGAGGGCCGCAACTTCGACATCCGCAAGCAGTTGCTTGAATTCGACGACGTCAACAACGAGCAGCGCAAAGTGATCTATCACATGCGCAACAGCCTGTTGGCCGCAGACGACATTGGCGAAACCATCGCCGATTTCCGCCGCGAAGTGCTCGACGCCACTGTCAGCGCACACATTCCGCCGCAGTCGCTTCCGGAGCAGTGGGACGTTGCTGGTCTGGAAGCCTCCCTGCGCAGTGATTTCGGCGTGTCGTTGCCGATCCAGCAGTGGCTCGACGAGGACGATCACCTCTACGAAGAAACGCTGCGCGAGAAACTTCTGACCGAACTGATCGCCGCGTACAACGAGAAAGAAGACCAGGCCGGCGCCGAAGCGCTGCGCTCGTTCGAGAAGCAAATCGTGCTGCGGGTGCTGGACGACCTGTGGAAAGACCATCTGTCGACCATGGATCACCTGCGCCACGGTATCCACTTGCGTGGCTACGCGCAGAAGAATCCGAAGCAGGAATACAAGCGCGAGTCCTACACGCTGTTCTCCGAGCTGCTGGATTCGATCAAGCGCGACTCGATCCGGGTCCTGTCCCACGTTCAGGTTCGCCGCGAAGATCCGGTCGAAGAAGAAGCCCGCCTGCGCCAGGAGGCCGAAGCCCTGGCCGCGCGCATGCAGTTCGAGCACGCCGAAGCTCCGGGCCTGGAAGTGGTCCAGGCGATGGAAGAGGGCGTCGATGTGGACGTGGCACTGGCCACCGCACCGGTACGCAACGAGCAGAAACTGGGCCGAAACGAGCTGTGCTATTGCGGCTCGGGCAAGAAATACAAGCATTGCCACGGGCAGATCCAATAA MFAPLLKKLFGSKNEREVKRMLKTVQIVNAFEEQMVALSDDQLRAKTAEFKDRIAKGETLDQILPEAFAVCREAGKRVMGMRHFDVQLIGGMTLHEGKIAEMRTGEGKTLVATLAVYLNALSGNGVHVVTVNDYLARRDANWMRPLYEFLGLTVGVVTPFQPPEEKRAAYASDITYGTNNEFGFDYLRDNMAFSMEEKFQRELNFAVIDEVDSILIDEARTPLIISGQAEDSSKLYIEINKLIPQLQLHVEEVEGEVTQPGHYTVDEKTRQVELNESGHQFIEEMLTRVGLLAEGESLYSAHNLGLLTHVYAGLRAHKLFHRNVEYIVQDGQVVLVDEHTGRTMPGRRLSEGLHQAIEAKEGLNIQAESQTLASTTFQNYFRLYNKLSGMTGTADTEAFEFHQIYGLQVVVIPPNKPLARKDYNDLVFLTAEEKYAAIINDIKEGMAQGRPILVGTATIETSEHMSALLAKEGIEHKVLNAKFHEKEAEIIAQAGRPGALTIATNMAGRGTDILLGGNWEVEVASLENPTPEQIAQIKADWQKRHQQVLESGGLQVIASERHESRRIDNQLRGRAGRQGDAGSSRFYLSLEDSLMRIFASDRVKNFMKALGMQPGEAIEHRMVTNAIEKAQRKVEGRNFDIRKQLLEFDDVNNEQRKVIYHMRNSLLAADDIGETIADFRREVLDATVSAHIPPQSLPEQWDVAGLEASLRSDFGVSLPIQQWLDEDDHLYEETLREKLLTELIAAYNEKEDQAGAEALRSFEKQIVLRVLDDLWKDHLSTMDHLRHGIHLRGYAQKNPKQEYKRESYTLFSELLDSIKRDSIRVLSHVQVRREDPVEEEARLRQEAEALAARMQFEHAEAPGLEVVQAMEEGVDVDVALATAPVRNEQKLGRNELCYCGSGKKYKHCHGQIQ PGPT0025735_2518 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070 NA NA D1-35_01544 1218 argJ Arginine biosynthesis bifunctional protein ArgJ ATGGCTGTTGGTCTTGGTCCGTTGCCAACGTTGCACCCGGTTGCCGGTTTTGAACTTGGTATCGCCTCGGCGGGCATCAAGCGTCCCGGGCGCAAGGATGTGGTGGTCATGCGTTGCGCCGAGGGCTCGACGGTCGCCGGCGTGTTCACGCTCAATGCGTTTTGTGCCGCGCCGGTGATCCTGGCCAAGCAACGCGTGCAAGGGCCGGTGCGTTACCTGCTGACCAACACCGGTAACGCCAACGCCGGCACCGGCGCGCCAGGCCTGGCCGCCGCCGAGCGCACCTGCGCCAGGCTGGCTGAACTGACCGGTGTCGACGCCAGCCAGGTGCTGCCGTACTCCACGGGTGTGATCGGCGAACCGCTGCCGGTCGAAAAAATCGAAGGCGCGCTGCAAGCCGCCCTTGATGGCCTCTCGGAAAACAACTGGGCCGCGGCCGCCACCGGCATCATGACCACCGACACCCTGCCCAAGGGCGCGAGCCGCCAGTTCCAGCACGACGGTGTAACCGTGACCGTGACCGGCATCAGCAAAGGCGCCGGCATGATCCGCCCGAACATGGCGACCATGCTCGGTTACATCGCCACCGACGCCAAGGTCTCCCGCCAGGTGTTGCAGGACCTGATGCTCGACGGCGCCAACAAGTCCTTCAACCGCATCACCATCGACGGCGACACTTCGACCAACGACTGCTGCATGCTGATCGCCACCGGCAAGGCCAACCTGCCGGAGATCACCGAAGCCAGCGGTCCGCTGTTCGCGGCGCTGAAACAGGCGGTGTTCGAGGTGTGCATGGAAGTGGCCCAGGCCATCGTCCGTGACGGCGAAGGCGCGACCAAGTTCGTCACCGTACAGGTCAACGGTGGTGGTAATCACCAGGAATGCCTGGACGTCGGTTATACCGTGGCGCATTCGCCGCTGATCAAGACCGCACTGTTTGCTTCCGACCCGAATTGGGGTCGTATTCTCGCCGCTGTCGGCCGCGCCGGGGTGCCTGAGCTGGACGTGAGCAAGATCGACGTCTTCCTCGGTGATGTCTGCATCGCCAGCCAGGGCGCCCGGGCGACGACCTACACCGAGGCGCAGGGCGCGGCGGTGATGCAGCAGGAGGAAATCACCATCCGCATCGAGCTGGGGCGTGGCGATTGCAGCGAAACGATCTGGACCACCGATCTGTCCCACGAGTACGTCAAGATCAACGCTGAGTATCGGACTTAA MAVGLGPLPTLHPVAGFELGIASAGIKRPGRKDVVVMRCAEGSTVAGVFTLNAFCAAPVILAKQRVQGPVRYLLTNTGNANAGTGAPGLAAAERTCARLAELTGVDASQVLPYSTGVIGEPLPVEKIEGALQAALDGLSENNWAAAATGIMTTDTLPKGASRQFQHDGVTVTVTGISKGAGMIRPNMATMLGYIATDAKVSRQVLQDLMLDGANKSFNRITIDGDTSTNDCCMLIATGKANLPEITEASGPLFAALKQAVFEVCMEVAQAIVRDGEGATKFVTVQVNGGGNHQECLDVGYTVAHSPLIKTALFASDPNWGRILAAVGRAGVPELDVSKIDVFLGDVCIASQGARATTYTEAQGAAVMQQEEITIRIELGRGDCSETIWTTDLSHEYVKINAEYRT PGPT0014244_2047 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014244-argJ-K00620 NA NA D1-35_01545 633 hypothetical protein ATGAGCCTGCACCTGATCATCGGCGATAAACGAGCTTCATCCTGGTCCCTGCGGGGCGCGCTGGCCCTGTCGTTGACCGGCGCGAAGTACACCGAAGAACTGGTCAGGCTCGGCCAGCCCGACACCCGCGAAAAACTGCTGAAGTATTCGGCCACGGCCAAGGTCCCGCTGCTCAAGACCGAGTTCGGCGTGATCGCCGACTCCCTGGCCATTGCCGAGTACTTGGCCGAGCAGTTTCCCGAGGCCGGTCTCTGGCCCAAGGATGTAGCGGCACGGGCCCAGGCTCGTTCGGCCTGTGCACAGATGCACAGTGGTTTTTTTGCCATCCGCACCCACATGCCGTTCGACCTGGGCCGCGATGCGCCGTTGTCACCGATTCCGGCGGATGTGCAGGCGGAAATCCAGCGGATGCTGGCGTTGTGGGCAGAGTGCCGCGCGGCGGCTACCGAAGCCGGTCCCTACCTGTTTGGTACCCTGAGCCTGGCTGACGTATTTTTTGCGCCGATTGCCGTGCGCTTGCGCACCTACCAGGTGAAACTGCCGGAAGTCGACGCGGCCTACGTTGAAACCCTTTATCAATGGCCGGCCTTCAAAGCATGGCAGCAAGCTGGCCTGGAGGAAATCGCCCGGTGA MSLHLIIGDKRASSWSLRGALALSLTGAKYTEELVRLGQPDTREKLLKYSATAKVPLLKTEFGVIADSLAIAEYLAEQFPEAGLWPKDVAARAQARSACAQMHSGFFAIRTHMPFDLGRDAPLSPIPADVQAEIQRMLALWAECRAAATEAGPYLFGTLSLADVFFAPIAVRLRTYQVKLPEVDAAYVETLYQWPAFKAWQQAGLEEIAR PGPT0013170_16203 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_01546 945 thiE_1 Thiamine-phosphate synthase GTGAAACGCGTACATGTAGCGGCGGCAGTCATTCGCGACGCCGCCGGCAGAATCCTGATTGCCCGCCGGGCCGATTCCCAGCACCAGGGCGGCCTGTGGGAGTTTCCGGGGGGCAAGGTCGAGGCTGATGAGTCGGTCGAAACGGCCCTGGCCCGGGAGCTTCTCGAAGAGTTGGGCATTGTCGTCAGCGCTGCCCGGCCACTGATCAAGGTGCGCCACGATTATCCGGACAAGCAGGTGTTGCTGGATGTCTGGGAAGTCTCGGCGTTCAGCGGCGAGCCCCATGGCGCCGAAGGCCAGCCGCTTGCCTGGGTGACGGCCCGTGAATTGACCAACTACGAGTTTCCAGCGGCCAATCAGCCGATCGTCGCGGCGGCCCGTTTGCCGGGCGAGTACCTGATCACCCCTGAAGGCCTTGAAACGCCCGCCTTGCTGCGTGGCATTCAAAAGGCTGTTGCTGGCGGGATCAAGCTGCTGCAACTGCGCGCGCCCAACGGTTACGACCCGCAATACCGTGACCTGGCGGTGGACGCGGTGGGGCTGTGTGCCGGCAAGGCGCAATTGATGCTCAAGGGCCCGTTCGAATGGCTGGGTGACTTTCCGTCTGCCGGCTGGCATATCACCGCCGCGCAACTGCGCAAGCATGCGGCGGCGGGGCGACCGTTCGGCACCGACCGCTGGCTGGCGGCCTCGTGCCACAACGCCGAGGAACTCTCCCTGGCTCAGCAGATGGGCGTGGATTTCGTGACGTTGTCCCCCGTGCAACCGACCCAGACCCATCCCGATGCGCAGCCATTGGGGTGGGAAGAGGCTGCGCGACTGATCGAGGGGTTCGACAGGCCGGTGTATCTGTTGGGCGGGGTAGGCCCCGATCAGCGGCAGAAAGCCTGGGAAGCCGGGGCGCAAGGGGTGGCAGGGATTCGGGCGTTCTGGCCTGACGCTTGA MKRVHVAAAVIRDAAGRILIARRADSQHQGGLWEFPGGKVEADESVETALARELLEELGIVVSAARPLIKVRHDYPDKQVLLDVWEVSAFSGEPHGAEGQPLAWVTARELTNYEFPAANQPIVAAARLPGEYLITPEGLETPALLRGIQKAVAGGIKLLQLRAPNGYDPQYRDLAVDAVGLCAGKAQLMLKGPFEWLGDFPSAGWHITAAQLRKHAAAGRPFGTDRWLAASCHNAEELSLAQQMGVDFVTLSPVQPTQTHPDAQPLGWEEAARLIEGFDRPVYLLGGVGPDQRQKAWEAGAQGVAGIRAFWPDA NA NA NA NA NA D1-35_01547 582 cobO_2 COG2096 Cobalamin adenosyltransferase ATGGGTTTTCGTCTGTCGAAGATTTACACCCGTACCGGGGACAAAGGTGAAACCGGACTGGGGGATGGTCGCCGGGTGGCGAAGGATCATCCGCGGATCGAGGCCATCGGCGAAGTGGATACGCTGAACAGCCAACTGGGCTTGTTGCTGGCCGGGCTTGCCGCCGAAACGGAACGGTGCCCGGCGTTAAAGGAAGTAACCGAGATACTGACGCCTTGTCAGCATCGGCTGTTCGACCTGGGCGGCGAGCTGGCGATGCCGGCCTATCAGGCCCTGAACGATGCAGAAGTGGCGCGCCTGGAAGCGGCCATCGATGTATGGAATGAAGAGTTGGGGCCGCTGGAGAATTTCATCCTGCCCGGCGGCTCGACCCTGATCGCCCAGGCCCATGTGTGCCGCAGTCTGGCCCGTAGCGCCGAGCGCCGTTGCCAACAGTTGAACGCAGTGGAACCACTGGCCGGGCCGGGGCTGGCGTATATCAATCGGTTGTCGGACCTGCTGTTCGTGGCGGCGCGGGTCATCGCCCGGCGCCAGGGTGTGGCGGAAGTGCTTTGGGAGGCGGCGGCAAAGCCTGGGAGTTGA MGFRLSKIYTRTGDKGETGLGDGRRVAKDHPRIEAIGEVDTLNSQLGLLLAGLAAETERCPALKEVTEILTPCQHRLFDLGGELAMPAYQALNDAEVARLEAAIDVWNEELGPLENFILPGGSTLIAQAHVCRSLARSAERRCQQLNAVEPLAGPGLAYINRLSDLLFVAARVIARRQGVAEVLWEAAAKPGS NA NA NA NA NA D1-35_01548 2037 rcsC_7 Sensor histidine kinase RcsC ATGCCATTGCGCCAGCGCCTTGAAAATCTCCCGGTCGGCCAGAAACTGCTGGCGGCCCTGTTGGTATTGTTGACCACGGTTCTGCTGGTGGCCAACCTGACCTTCATCAGCGCGGCCTATTACATTTCCCAGGAAAGCATGGCGCCTCAGGCCTTGCAGACCATCGGCCGACTGGTAGCCAACCCGAGCCTGATCTCCGACGCGTTGCAATCGCCGCAAAGCGCCAAGCGTCTGCTCGATGAACTCAACAGCTATGCGCCGCTGCGGGCAGCGGCACTGTATGACGGTGACGGCGTACGCCTGGCCCAGTTGCAACAGGGCGAGAAACTCAAGTTGCCGGACCATTTCCGTCATGTGCAGGCGTGGCAGGCCGGGGAGTTTCGCAGCAACCAGGTCATTACCCTGCCCCGCCCCGGCACGGCGCCCGGCCATCTCCTGCTGGTGGCTAGCAGCGAACTGCCCACCGCGTTCTACACCGGCACCCTGACGGCCAGCCTGGGCATCCTGATTTTCAGCGTGCTGTTGTGGCTGGTCATTGCCCAGCAGATCAAGCGGCTGATCACCCAGCCGATCCATCAGCTCGAAGAGTTGTCGCGCCAGGTCACCCGCGAAGAAAACTATTCCCTGCGCGCCGCCCGGGGCAACCACGACGAAATCGGCAGCCTGGCCGAGGCGTTCAACACCATGCTCTCGCGGATCGAAGCCCGGGAACAGCAGCTCAAGCGCGCGCGGGACGATTCCCAGGCCGCCTACGACCAGGCCCAGGGCCTGGCGGAAGAAACCCGTCACACCAACCGCAAGCTGGAGCTGGAAGTCCAGGTCCGCAGCAAGATCGAGAAAAAACTCACCGGCTTCCAGAACTACCTCAACAGCATCATCGACTCCATGCCGTCGGCGCTGATTGCCCTCGACGAACAGCTCTATGTCACGCAATGGAACCAGGAGGCCAGCGCCCTTTCCGGCACCCGGCTGGATGAGGCGCTGAACCAGCCGATTTTCCTCGCCTTCGAGCCGCTCAAGCCGTACCTGCCGCAGCTCAAGCAGACGGTGGAACAGCACACAGTGGCCAAGATCGAGCGCGTCACCTGGACCAAGGACGATGAAGCCCGGCATTACGCCCTGACTTTCTATCCTTTGATGGGCGGTGCCGGGCGCGGCGTGGTGATCCGCATCGATGACATCACCCAGCGCCTGTCGCTGGAGGAAATGATGGTGCAATCGGAAAAAATGCTCTCGGTAGGCGGCCTCGCGGCGGGCATGGCCCATGAGATCAATAATCCGCTGGGGGCGATCCTGCACAACGTGCAGAATATTCGCCGACGCCTGTCTGCGGAATTGCCGAAGAACCTTGAGCAGGCCGAGCAGTTGGGGATCGATTTACCGGTGGTCAACCGCTACCTGGAAAGCCGGGAGATCCCGCAATTGCTCGATGGCATCCAGCAGGCCGGCGCCCGGGCAGCGAAAATCGTCACCCACATGCTCAGCTTCAGCCGCCGCAGCACAAGGCAGATGGCGCCTTGCGACCTGCCGGCACTCATCGACCAGGCCGTGGAAATTGCCGGTAACGACTTCGACCTGGCGATCGGTTTCGACTTCAAGGGCCAGGCGATCATCCGCCAGTTTGACCCGAACCTCGGCCCGGTGCCCGGCACCGCCAACGAACTGGAGCAGGTATTGCTCAACCTGCTGAAAAACGCCGCCCAGGCCATCCATCAACGCCAGGACGACAGCGAGCCCGGCCGTATCATCCTGCGTACACGGCTGAATCCGCCGTGGGCGGAAATCCAGGTCGAGGACAACGGCATCGGCATGAGCGAGAACGTGCGCAAGCGTACCTTCGAGCCGTTCTTCACCACCAAGGAGATCGGCCAGGGCACCGGGCTCGGATTGTCGGTGTCGTATTTCATCATCACCAACAACCACAAGGGCCAGATGGAAGTGCAATCAGCGCCGGGCCAAGGCACTTGCTTCACCCTGCGCCTGCCACTGGCGGGCACTTCGATGGTGGCGCAAGAACACAAGCAAGTGGAGCGCTGA MPLRQRLENLPVGQKLLAALLVLLTTVLLVANLTFISAAYYISQESMAPQALQTIGRLVANPSLISDALQSPQSAKRLLDELNSYAPLRAAALYDGDGVRLAQLQQGEKLKLPDHFRHVQAWQAGEFRSNQVITLPRPGTAPGHLLLVASSELPTAFYTGTLTASLGILIFSVLLWLVIAQQIKRLITQPIHQLEELSRQVTREENYSLRAARGNHDEIGSLAEAFNTMLSRIEAREQQLKRARDDSQAAYDQAQGLAEETRHTNRKLELEVQVRSKIEKKLTGFQNYLNSIIDSMPSALIALDEQLYVTQWNQEASALSGTRLDEALNQPIFLAFEPLKPYLPQLKQTVEQHTVAKIERVTWTKDDEARHYALTFYPLMGGAGRGVVIRIDDITQRLSLEEMMVQSEKMLSVGGLAAGMAHEINNPLGAILHNVQNIRRRLSAELPKNLEQAEQLGIDLPVVNRYLESREIPQLLDGIQQAGARAAKIVTHMLSFSRRSTRQMAPCDLPALIDQAVEIAGNDFDLAIGFDFKGQAIIRQFDPNLGPVPGTANELEQVLLNLLKNAAQAIHQRQDDSEPGRIILRTRLNPPWAEIQVEDNGIGMSENVRKRTFEPFFTTKEIGQGTGLGLSVSYFIITNNHKGQMEVQSAPGQGTCFTLRLPLAGTSMVAQEHKQVER NA NA NA NA NA D1-35_01549 918 panE COG1893 2-dehydropantoate 2-reductase ATGTCCACCACCTGGCACGTCCTGGGCGCCGGCAGCCTCGGCACCTTGTGGGCGACGCGCCTGGCCCGGGCCGGCCTGCCGGTGCGGCTGGTGTTGCGCAATGAACAGCGGCTGCAGGCTTACCGGGAGGCCGGAGGGTTGACGCTGGTGGAACAAGGCCAGGCGCAGTGTTACCCGGTGCCAGGCGAAACCGCGCAGGGCCTCGAACCGATAAAACGCTTGCTGCTGGCCTGCAAGGCTTATGACGCGGAGGCGGCTGTGGCTTCGGTCGCCCATCGCCTGGATGGCGAGAGCGAACTGATCCTGCTGCAGAACGGCCTCGGCAGCCAGGACGCCGTGGCGAACCGCGTCCCCCAGGCCCGCTGTATCAGCGCCTCCAGCACCGAAGGCGCGTTTCGCGACGGTGACTGGCGCGTGGTGTTCGCCGGCCACGGCTACACCTGGCTGGGCGACCCCGCCCAGCCGGTGGCGCCGGTCTGGCTGGATGACCTGGGCATGGCCGGCATTCCCCACCAGTGGAGCGCCGACATCCTCACCCGCCTGTGGCGCAAACTGGCGCTCAACTGCGCAATCAACCCACTGACGGTACTGCATCAATGCAAGAACGGTGGCTTGCAGGAACACCGCTGCGAAGTGGCAACCCTTTGTGCGGAGCTCGCCGATCTGCTCGAACGCTGCGGCCAGCCGGCGGCGGCCGAGGATTTACAGTCGGAGGTGGAACGGGTGATCCAGGCCACAGCCGCCAACTATTCCTCCATGTACCAGGACGTTGCCAACCGGCGACGTACCGAAATCGGCTATCTGCTCGGCCATGCCTGCGCCGTCGCGCGGCGCCATGACGTGGCGGTGCCGCATCTTGAACAGATGCGCCAGCGCCTGATTGCCCACTTGGACAACCTCGGATTGCCCAGCGACTGA MSTTWHVLGAGSLGTLWATRLARAGLPVRLVLRNEQRLQAYREAGGLTLVEQGQAQCYPVPGETAQGLEPIKRLLLACKAYDAEAAVASVAHRLDGESELILLQNGLGSQDAVANRVPQARCISASSTEGAFRDGDWRVVFAGHGYTWLGDPAQPVAPVWLDDLGMAGIPHQWSADILTRLWRKLALNCAINPLTVLHQCKNGGLQEHRCEVATLCAELADLLERCGQPAAAEDLQSEVERVIQATAANYSSMYQDVANRRRTEIGYLLGHACAVARRHDVAVPHLEQMRQRLIAHLDNLGLPSD PGPT0008745_3845 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 D1-35_01550 486 hypothetical protein ATGCCGTCATTCGACGTGGTATCCGAACTGGACAAGCACGAAGTCACCAACGCCGTTGAAAACGCCGTCAAGGAACTCGACCGTCGGTATGACCTCAAGGGCAAGGGCAGTTTCGAGTTCAAGGAAAAGGACCTGACCGTCAACCTGACCGCCGAGGCCGATTTCCAGCTCGAGGCGATGATCGAGATCCTCAAGCTGGCGCTGGTCAAGCGCAAGATCGACGTGCAATGCCTTGAGGTCAAGGATGCCTACGCCTCCGGCAAGCTGATGAAGCAGGAAGCCGTGCTCAAGGAAGGCATCGACAAGGAACTGGCCAAGAAAATCGTCGCTCATATCAAGGACGCCAAGCTCAAGGTCCAGGCCGCCATCCAGGGCGAGCAGGTGCGTGTCACTGGCAAGAAACGTGACGACCTGCAAGAAGCCATCGCCGCGCTGCGGGGCAAGGAATTCGGCATGCCGCTGCAGTTCAACAACTTCCGCGATTGA MPSFDVVSELDKHEVTNAVENAVKELDRRYDLKGKGSFEFKEKDLTVNLTAEADFQLEAMIEILKLALVKRKIDVQCLEVKDAYASGKLMKQEAVLKEGIDKELAKKIVAHIKDAKLKVQAAIQGEQVRVTGKKRDDLQEAIAALRGKEFGMPLQFNNFRD PGPT0012210_1833 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0012210-yajQ-K09767 NA NA D1-35_01551 843 mscS COG0668 Small-conductance mechanosensitive channel ATGGACTTGAACGCTGAAGTAGACCACCTGGTCAAGGCCTCCCAGGCCTGGATACCGATGATCATGGAGTACGGCAGCCGCGTGTTGCTGGCAATTGTCACCCTGGCCATCGGCTGGTGGCTGATCAACAAGGTCACCCAGAAGCTCGGGGCGCTGCTGGCCCTGCGTAACGCCGACCTCGCGCTGCAAGGCTTTATCAGTACCCTGGCAAACATCATTCTGAAGATCCTGCTGATCGTCAGCGTCGCCTCGATGATTGGTGTGGAAACCACGTCCTTCGTCGCGGCCATCGGTGCGGCAGGCCTGGCGATTGGCCTGGCCTTGCAAGGCAGCCTGGCGAACTTCGCCGGCGGCGTGCTGATCCTGCTCTTTCGTCCGTTTCGCATCGGTGACTGGATCGAGGCCCAAGGCGTAGCCGGAACGGTCGACAGCATCCAGATCTTCCACACGGTCCTGCGTACCGGTGACAACAAGACGGTCATCGTGCCCAACGGCAATCTGTCGAACGGCATCATTACCAACACCAATCGCCAGCCGACCCGCAAAGTGGTGTTCGACGTGGGCGTGGATTACCAGGCTGACCTGCAAAAGGCCCGGGAAGTGTTACTGGAGTTGGCCAAGGATGAACGGGTGTTGACCGATCCTGCACCTGAGGCGGTGATCTCCACCTTGGGCGACAGCTCGATCACTGTTTCGCTGCGCATCTGGGTGAAGACGGCGGACTACTGGAACGTGATGTTCATGCTCAATGAACAGGCGCGTGACCGCTTGAAAGATGCCGGTATCGATATTCCGTTTCCACAGCGTGTGATCCGAGTGGTTCAGGAATCTGCATCGGTCTGA MDLNAEVDHLVKASQAWIPMIMEYGSRVLLAIVTLAIGWWLINKVTQKLGALLALRNADLALQGFISTLANIILKILLIVSVASMIGVETTSFVAAIGAAGLAIGLALQGSLANFAGGVLILLFRPFRIGDWIEAQGVAGTVDSIQIFHTVLRTGDNKTVIVPNGNLSNGIITNTNRQPTRKVVFDVGVDYQADLQKAREVLLELAKDERVLTDPAPEAVISTLGDSSITVSLRIWVKTADYWNVMFMLNEQARDRLKDAGIDIPFPQRVIRVVQESASV PGPT0013773_2231 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442 NA NA D1-35_01552 1329 oprD_2 Porin D ATGCGCGTGATGAAGTGGAGCATGATCGCACTGGCCGTTGCTGCAGCAGCCAGTACTCAAATGGCTACGGCCGCACCTTTCGTAAGTGACCAGTCTGAAGCCAAAGGCTTTGTTGAAGACGCCAAGTTCGATTTGCTGCTGCGCAACTATTACTTCAACCGTGATAGGAAAGATGGCGCTACCGATCAGAAAGACTGGACCCAAGGCATCTGGGGCAACCTCAGCTCCGGCTACACCCAAGGCACAGTAGGCGTCGGCGTAGATGCATTCGGCTACCTGGCTTTGAAACTGGACGGCGGTGACGGCACTGGCGGCACCGGCAACATGAGCCGCGACGCCGATGGCGAAGTCAACGACAGCCAGGGCAAAGCCGGCGCAGCCATCAAGTTCCGCGTCTCCAAGACCGAGCTGAAAATCGGCGACATGCAGCCAAGCACCGCTCCAGTGTTTGCGGTTGGCGGCTCCCGTGTCCTGCCTCAGACTGCCAGCGGTTTCCAACTGCAGAGCAGCGAAGTCAAAGACCTTGACCTCGAAGCCGGTCACTTCTACTCGGGTACCAGCCAGGACCGTAACGCACGTGATGGCGGCCTGTGGGCTACCTACGCTGGCGTGGAAGCCAGCTCGATCGACTACGCAGGCGGCAAATATGCCATCAGCGAAAACCTGAGCGCATCGGTCTACGGCGCCCAGCTGGAAGATATCTGGAACCAGTACTACGGCAACCTGAACTACACCATCCCAATGGGTGGCGATCAGTCGCTGAATCTGGACGGTAACATCTACCGTACCTCCGACACTGGCAGCGCCAAGGCCGGTGACATCAGCAACACCACCTTCTCCCTGGCTGCGGCGTTCTCGTTCCTGAAAGCGCACACCGTTACTGTTGCCTTCCAGAAGGTCAACGGCGACACCCCGTTCGACTACATCGGTGTAGGTACCAACAACCGTGGTGGCGACTCGATCTTCCTCGCCAACTCCATCCAATACTCCGACTTCAACGCGCCTAACGAGAAATCTGCCCAGATCCGTTACGACATCAAGATGGCTGAGTACGGTGTTCCTGGTCTGAGCTTCATGACCCGTTACGTCAAAGGTTGGGACATCGACGGTACCAACACTCCTGCAGGCAGCCCTTACGCTGGTCTGTACGGTGAAGACGGCAAGCACAACGAAACCAACTTCGAAGCCAAGTACGTTGTTCAGTCTGGCCCGGCAAAAGATCTTTCCTTCCGTGTTCGTCAAGCCTGGCACTACGCTAACGCTGACGAAGGTGAAGGCGACATCAAAGAGTTCCGCCTGATCGTCGACTACCCGATTTCGGTTCTGTAA MRVMKWSMIALAVAAAASTQMATAAPFVSDQSEAKGFVEDAKFDLLLRNYYFNRDRKDGATDQKDWTQGIWGNLSSGYTQGTVGVGVDAFGYLALKLDGGDGTGGTGNMSRDADGEVNDSQGKAGAAIKFRVSKTELKIGDMQPSTAPVFAVGGSRVLPQTASGFQLQSSEVKDLDLEAGHFYSGTSQDRNARDGGLWATYAGVEASSIDYAGGKYAISENLSASVYGAQLEDIWNQYYGNLNYTIPMGGDQSLNLDGNIYRTSDTGSAKAGDISNTTFSLAAAFSFLKAHTVTVAFQKVNGDTPFDYIGVGTNNRGGDSIFLANSIQYSDFNAPNEKSAQIRYDIKMAEYGVPGLSFMTRYVKGWDIDGTNTPAGSPYAGLYGEDGKHNETNFEAKYVVQSGPAKDLSFRVRQAWHYANADEGEGDIKEFRLIVDYPISVL PGPT0028135_66 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028135-oprD-K18093 NA NA D1-35_01553 426 hypothetical protein GTGTTTGCCCTAGATCCACGACTGCAACAAGACACATTGCCTATCGGCGATTTCCCGCTGTGCCGTTTGCTGTTGTCCAATGATTCCAATTACCCGTGGTTCATTCTCGTGCCGCGCCGGGAAAATATCAGTGAATTGTTTCAATTGGATGACGCCGATCAACAACAGTTGTGGAAAGAAACCACGGCACTGGCTGAAACCCTCAAGGACTCGTTCGATGCCGACAAATTGAATGTTGCAACCTTGGGTAACGTTGTCAGTCAATTGCACATGCATGTGATCGTGCGCAAGCGAGAGGATGCCGCATGGCCTGCGCCGGTGTGGGGCAAGCATCCGGCACAGCCTTATGATGCCGAGCAGGTCAGCGTCATTCGTGAACGCTTGCGAGCGGTCCTGACCGATGATTTCAAGTTCCTGGAGGGCTGA MFALDPRLQQDTLPIGDFPLCRLLLSNDSNYPWFILVPRRENISELFQLDDADQQQLWKETTALAETLKDSFDADKLNVATLGNVVSQLHMHVIVRKREDAAWPAPVWGKHPAQPYDAEQVSVIRERLRAVLTDDFKFLEG PGPT0005685_256 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005685-catA-K01061 NA NA D1-35_01554 207 slyX Protein SlyX ATGAACCTTGAAGAGCGTGTAACCGACCTTGAAAGCCGCCTGGCGTTTCAGGACGATACCATCCAGGCATTAAACGACGTGCTGGTGGAGCAGCAGCGAGTTGTCGAACGTCTGCAGCTGCAGATGGCGGCGTTGCTCAAGCGTCAGGAGGAAATGGCCGGCCAGTTCGAATCCTTTGAAGAAGAAGCGCCGCCACCGCATTACTGA MNLEERVTDLESRLAFQDDTIQALNDVLVEQQRVVERLQLQMAALLKRQEEMAGQFESFEEEAPPPHY NA NA NA NA NA D1-35_01555 606 hypothetical protein ATGTTGAAAATCGTCCACTTGCTAATGGGCGCAGCTGCTCTGCTGCTGTCCTTCATCCCTAGCCTGGGTTCCGAAGCCACACCTTACCTGCAACATCCCGACGCGCTGTACCTGGCCTTTTTCGGCCTGCTCAACCTGACCCTGGCACCCGTCATCCCTTACTGGAACAAAGGTCCACGTCATCAACTGCAAAACCTTGTCAGCGCCCTGCTGGTGCTGGCCGTCGCCCTGCAAACACTGACCCTGCTGGCGCCCATGCCGGAAATCGGCGGCCAACCCGCCATTCTTTCCAGCCTGGCCGCCGCGTTGCTCGCTGTGTTGCTGCACCTGGCCGTCAGCTTCTACAAGAAGTCGTCGCCGGCCGCCGCGCCGCAGAACTACGACATGTCCAACCGTGATACCGGTACCGTGAAGTGGTTCAACACCTCCAAGGGGTTCGGCTTCATCTCCCGCGACTCCGGCGATGACATTTTTGTGCATTTCCGGGCCATTCGTGGCGAAGGCCATCGCGTCCTGGTCGAAGGCCAGCGCGTGGAGTTTTCCGTCATGCACCGTGACAAAGGCTTGCAGGCCGAAGATGTGATCGCCGCGCTGCCGCGCCGCTGA MLKIVHLLMGAAALLLSFIPSLGSEATPYLQHPDALYLAFFGLLNLTLAPVIPYWNKGPRHQLQNLVSALLVLAVALQTLTLLAPMPEIGGQPAILSSLAAALLAVLLHLAVSFYKKSSPAAAPQNYDMSNRDTGTVKWFNTSKGFGFISRDSGDDIFVHFRAIRGEGHRVLVEGQRVEFSVMHRDKGLQAEDVIAALPRR PGPT0014675_337 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_01556 474 dps2 COG0783 DNA protection during starvation protein 2 ATGGCAATTGATATCGGTATCAGCGAAGAAGATCGCAAGTCCATCGTCGACGGGCTTTCGCGCCTGTTGTCGGACACCTACGTGCTTTACCTCAAGACCCATAATTTCCATTGGAACGTCACCGGGCCGATGTTCCGGACCCTGCACTTGATGTTCGAGGAGCAGTACAACGAGCTGGCGCTGGCGGTGGACCTGATCGCCGAGCGGATCCGTGCCCTGGGCTTTCCGGCGCCGGGTGCCTACTCGGTGTATGCGCGCCTGTCTTCCATCAAGGAGGAGGAAGGCGTGCCTGGCGCCGAGGACATGATCCGGCAACTGGTCGAAGGCCAGGAGGCGGTGACACGTACGGCCCGAGGCATCTTTCCTTTATTGGACAAGGTCAGCGACGAGCCGACCGCCGACCTGCTGACCCAGCGCATGCAGGTTCATGAAAAAACCGCCTGGATGCTGCGTTCGCTGCTGGACGAGCGGTAA MAIDIGISEEDRKSIVDGLSRLLSDTYVLYLKTHNFHWNVTGPMFRTLHLMFEEQYNELALAVDLIAERIRALGFPAPGAYSVYARLSSIKEEEGVPGAEDMIRQLVEGQEAVTRTARGIFPLLDKVSDEPTADLLTQRMQVHEKTAWMLRSLLDER PGPT0004055_2971 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047 NA NA D1-35_01557 342 hypothetical protein ATGATTCAAGGAAAAGCACCCAGGGGCGGTGCAGGCGGGCGCCTCAAGTCCGTCAGCATCGACCCGTTCGTCAGTGGGTTCGATATGCAACTGGCCCGGCCCCTGGCCCGCTCCATCCGGCTTAACGGGTTCGCCACCTGTTTACGCCTTGAGCAAGTCTATTGGGATATTCTCGGCGATATGGCCCAGCTCAACAGTTGCTCCGTCAGTACCTTGCTCTCCCATGTGGATCGGGAGGTGCAGTTGCGTCACGGCGGCGTGCGCAATTTCAGCGGGCTGGTGCGTGTTGTCTGCGTGGTGCACAGCCTGAAGGATATGGGCACCGATCATCGCGAGGCCTAG MIQGKAPRGGAGGRLKSVSIDPFVSGFDMQLARPLARSIRLNGFATCLRLEQVYWDILGDMAQLNSCSVSTLLSHVDREVQLRHGGVRNFSGLVRVVCVVHSLKDMGTDHREA NA NA NA NA NA D1-35_01558 294 hypothetical protein ATGGATATAATCCCGCTCTTTGCCGCAAAGCCCGGGTTTTGCGTGAATAACCTGATTGCCGAGACAACCCCCATGCCGATGTACGACTATCAATGTGCTTCCTGTGGTCATCAGATGGAAGCCATTCAAAAAATCAGCGCGGCACCGCTGGTCGATTGCCCTGCCTGCCAGGCGCCGGAGCTGAAAAAGATGCTGTCCATGCCAGGTTTCCGCCTCGGCGGCACCGGCTGGTATGAAACCGACTTCAAGACCGGTGCCAAGAAGAACCTGGCCGGTGGCGACAAGGCTGACTGA MDIIPLFAAKPGFCVNNLIAETTPMPMYDYQCASCGHQMEAIQKISAAPLVDCPACQAPELKKMLSMPGFRLGGTGWYETDFKTGAKKNLAGGDKAD NA NA NA NA NA D1-35_01559 1776 aspS COG0173 Aspartate--tRNA(Asp/Asn) ligase ATGATGCGCAGCCATTATTGCGGCCAACTGAACGAAAGCCTGGAAGGTCAGGAAGTTACTCTTTGCGGATGGGTTCATCGTCGCCGTGACCATGGCGGGGTGATTTTCCTCGATATCCGTGATCGTGAAGGCCTGGCCCAGGTAGTGTTCGACCCCGACCGCGCGGAAACCTTCGCCACCGCCGACCGCGTACGCAGCGAATACGTGGTCAAGATCACCGGCAAGGTGCGCCTGCGTCCGGCCGGCGCCGGCAACGCCAACATGGCGTCCGGCATGATCGAAGTGCTGGGCTACGAGCTGGAAGTGCTGAACGAAGCGGAAACCCCGCCGTTCCCACTCAACGAATATTCCGACGTAGGCGAGGAAACCCGCCTGCGCTATCGTTTCATCGACCTGCGTCGCCCGGAAATGGCCGAGAAGCTGCGCCTGCGTTCGCGCATGACCACCAGCATCCGTCACTACCTGGACGAGAACGGCTTCCTCGACGTCGAGACGCCGATCCTGACCCGTGCCACGCCGGAAGGCGCCCGCGACTACCTGGTGCCGAGCCGTACCCACCCCGGCAGTTTCTTCGCCTTGCCGCAATCGCCACAATTGTTCAAGCAGTTGCTGATGGTGGCCGGGTTCGACCGCTACTACCAGATTGCCAAGTGCTTCCGCGATGAAGACCTGCGTGCCGACCGGCAGCCTGAATTCACCCAGATCGACATCGAGACCAGCTTCCTCGACGAAAAAGACATCATGGGCCTGACCGAGGGCATGATCCGCAACCTGTTCCGGGAAGTGCTGGGTCTTGAGTTCGGCGAATTCCCGCACATGACCTTCGAAGAGGCCATGCGTCGCTACGGTTCCGACAAGCCTGACCTGCGCAACCCGCTGGAATTGGTGGACGTCGCGGACCAGCTCAAGGAAGTCGAATTCAAGGTCTTCAGTGGTCCGGCCAACGATCCGAAATGCCGTATCGCCGCCCTGCGTGTTCCAGGCGGCGCCAGCATGCCGCGCAAGCAGATCGACGATTACACCAAGTTCGTCGGCATCTACGGTGCCAAGGGCCTGGCGTACATCAAGGTCAACGAGCGCGCCGCCGGTATCGACGGCCTGCAGTCGCCGATCGTCAAGAACATCCCGGAAGCCAACCTCAACGTGATCCTCGATCGCGTGGGCGCGGTCGATGGCGACATCGTGTTCTTTGGCGCCGACAAAGCCAAGATCGTCAGCGAAGCCCTGGGCGCGCTGCGCATCAAGCTGGGTCACGACCTGAAACTGCTGAGTTGCGAGTGGGCGCCGATGTGGGTCGTCGACTTCCCGATGTTCGAGGAAAACGACGACGGCAGCTTCTCTGCCTTGCACCACCCGTTCACCGCGCCGAAGTGCTCGCCTGAAGAGTTGGAGGCCAACCCGGCCGGCGCATTGTCCCGTGCCTACGACATGGTCCTCAACGGCACCGAGCTGGGCGGCGGTTCGATCCGTATCCATCGCAAGGAAATGCAACAGGCAGTGTTCCGTCTGCTGGGTATCAGCGAAGCCGAGCAGGAAGAGAAGTTCGGCTTCCTGCTGGACGCTTTGAAGTACGGTGCGCCGCCCCACGGTGGCCTGGCCTTCGGCCTGGATCGCCTGGTGATGCTGATGACCGGCGCCCAGTCGATCCGCGAAGTGATCGCATTCCCGAAAACCCAGAGCGCGGCCGATGTCATGACCCAGGCTCCGGGCGTGGTGGATGCCAAGGCGCTGCGCGAGTTGCATATCCGTTTGCGCGAACAGCCAAAGGCTGAGTAA MMRSHYCGQLNESLEGQEVTLCGWVHRRRDHGGVIFLDIRDREGLAQVVFDPDRAETFATADRVRSEYVVKITGKVRLRPAGAGNANMASGMIEVLGYELEVLNEAETPPFPLNEYSDVGEETRLRYRFIDLRRPEMAEKLRLRSRMTTSIRHYLDENGFLDVETPILTRATPEGARDYLVPSRTHPGSFFALPQSPQLFKQLLMVAGFDRYYQIAKCFRDEDLRADRQPEFTQIDIETSFLDEKDIMGLTEGMIRNLFREVLGLEFGEFPHMTFEEAMRRYGSDKPDLRNPLELVDVADQLKEVEFKVFSGPANDPKCRIAALRVPGGASMPRKQIDDYTKFVGIYGAKGLAYIKVNERAAGIDGLQSPIVKNIPEANLNVILDRVGAVDGDIVFFGADKAKIVSEALGALRIKLGHDLKLLSCEWAPMWVVDFPMFEENDDGSFSALHHPFTAPKCSPEELEANPAGALSRAYDMVLNGTELGGGSIRIHRKEMQQAVFRLLGISEAEQEEKFGFLLDALKYGAPPHGGLAFGLDRLVMLMTGAQSIREVIAFPKTQSAADVMTQAPGVVDAKALRELHIRLREQPKAE NA NA NA NA NA D1-35_01560 747 pmpR COG0217 Transcriptional regulatory protein PmpR ATGGCAGGTCATTCCAAGTGGGCGAACATCAAGCACCGCAAAGAACGTCAGGATGCCAAGAGGGGCAAGATCTTTACCAAGTGGATCCGTGAGCTGACGGTCGCGGCCCGCCAGGGTGGCGGCGATCCGGGTTCCAATCCGCGCTTGCGCCTCGCGCTGGACAAGGCGCTGGGCGCAAACATGAGCCGCGACATCATCGACCGGGCCATTGCCCGTGGCGCGGGCGCCACCGAGGCCGACAACGTCGAGGAGCTGACCTATGAAGGCTACGGCCCGGGCGGCGTGGCGGTCATGGTCGAGTGCATGACCGACAACCGCAACCGCACCGCTGCGGCCGTGCGCCATGCGTTCAGCAAATGCGGTGGCAACCTGGGGACCGACGGTTCGGTGGCTTATCTGTTCGAGCGCAAGGGGCAGATCAGCTTCGCGCCAGGCATCGATGAAGATGCGCTGACCGAAGCGGCGCTGGAAGCCGATGCCGATGACGTGGTCAGCCACGAAGACGGTTCGTTCGACGTGTTCACCTCGTTCGCCAGCTTCTATGCCGTGCGTAATGCCCTTGAAGCTGCCGGTTTCAAACCGGTCGACGCGGAAATCGTCATGCAGCCGACCACCAGTGCCGAACTCGACCTGGAAGGCGCCGAGAAGGTGCTCAAGCTGATCGACATGCTTGAAGACCTGGACGATGTGCAGAACGTTTATTCCAACGCCGATATTCCGGAGTCGGTGGCTGAGCAACTGGGCTGA MAGHSKWANIKHRKERQDAKRGKIFTKWIRELTVAARQGGGDPGSNPRLRLALDKALGANMSRDIIDRAIARGAGATEADNVEELTYEGYGPGGVAVMVECMTDNRNRTAAAVRHAFSKCGGNLGTDGSVAYLFERKGQISFAPGIDEDALTEAALEADADDVVSHEDGSFDVFTSFASFYAVRNALEAAGFKPVDAEIVMQPTTSAELDLEGAEKVLKLIDMLEDLDDVQNVYSNADIPESVAEQLG NA NA NA NA NA D1-35_01561 525 ruvC COG0817 Crossover junction endodeoxyribonuclease RuvC ATGACTTTAATCCTTGGTATCGACCCCGGTTCGCGCATCACCGGCTACGGCGTGGTTCGCGATACCGGGCGTGGCTGCGTGTACGTTGCTTCCGGCTGTATCCGCACCGGTGCGGGCGAGTTGCACGAGCGCTTGCAGATCGTTTATCGCGGCGTGCGCGAAGTCATCCAGACCTACGGCCCGGTGACCATGGGCATCGAAAAGGTCTTCATGGCCCGCAACGCCGATTCCGCCCTGAAGCTGGGGCAGGCCCGCGGCGCGGCCATTGTGGCCGGCGCCGAGGAAAACCTGGAGATCGCCGAATACACCGCGACCCAGGTCAAGCAGGCCGTGGTAGGCACCGGCGCGGCAAACAAGGAACAGGTGCAGATGATGGTGATGCACCTGTTGAAACTGGTCAGCAAGCCGCAGATCGACGCCTCCGACGCCCTGGCCATCGCCATTTGCCATGCGCATACCCGTTCCAGCCTGCTGCCTCATGGTCTGGGAAGCGCACGCAGTCGTGGCGGGCGCCTGCGTCTCTGA MTLILGIDPGSRITGYGVVRDTGRGCVYVASGCIRTGAGELHERLQIVYRGVREVIQTYGPVTMGIEKVFMARNADSALKLGQARGAAIVAGAEENLEIAEYTATQVKQAVVGTGAANKEQVQMMVMHLLKLVSKPQIDASDALAIAICHAHTRSSLLPHGLGSARSRGGRLRL NA NA NA NA NA D1-35_01562 609 ruvA COG0632 Holliday junction ATP-dependent DNA helicase RuvA GTGATTGGACGCTTGCGCGGCACCCTGGCTGAAAAACAGCCGCCGCACCTGATTCTGGATGTAAACGGCCTCGGTTATGAGCTGGAAGTGCCCATGACCACCCTGTATCGCTTGCCGTCGGTCGGTGAGCCGCTGACGCTGCACACTCATCTGGTCGTGCGTGAAGATGCCCAGTTACTCTATGGTTTCTTCACCAAGCGCGAGCGGGATTTCTTTCGCGAGCTGATCCGGCTCAATGGCGTCGGCCCGAAGCTGGCGCTGGCCTTGATGTCCAGCCTGGAAGTCGATGAACTGATTCGTTGCGTGCAGTCCCAGGACACCTCGGCGCTGACCAAGGTGCCGGGAGTCGGCAAGAAAACCGCCGAGCGCCTGTTGGTCGAGCTCAAGGATCGCTTCAAGGCCTGGGAAACGGTGCCGGCAATGTTCGCCCTGGTGCCGAACCAGCCGGATGCGCCGATGCCGGCGGTCAGCGCTGAAAACGATGCGGTCACCGCGCTGATTTCCCTGGGCTACAAGCCGCAGGAAGCCAGCAAGGCGATCTCCGCGATCAAGGAAAAAGGCTTGAGTACCGAAGACATGATTCGCCGCGCCCTGAAGGGAATGATTTAA MIGRLRGTLAEKQPPHLILDVNGLGYELEVPMTTLYRLPSVGEPLTLHTHLVVREDAQLLYGFFTKRERDFFRELIRLNGVGPKLALALMSSLEVDELIRCVQSQDTSALTKVPGVGKKTAERLLVELKDRFKAWETVPAMFALVPNQPDAPMPAVSAENDAVTALISLGYKPQEASKAISAIKEKGLSTEDMIRRALKGMI NA NA NA NA NA D1-35_01563 1062 ruvB_2 COG2255 Holliday junction ATP-dependent DNA helicase RuvB GTGATTGAAGCCGATCGTCTGATCGCCGCCACGGGCGCGCCCCGTGACCGCGAGGAAATCCAGGACCGTGCGATTCGTCCCGTCAGCCTCGCCGATTACATTGGCCAGCCGACCGTGCGCGAGCAGATGGAGCTGTTCATCCAGGCGGCCCGCGGGCGCAGCGAGTCGCTGGACCATACACTTATCTTCGGGCCGCCGGGCCTGGGCAAGACCACCCTGGCCAACATCATTGCCCAGGAAATGGGCGTGTCGATCAAGAGCACGTCCGGCCCGGTTCTCGAACGGCCGGGCGACCTGGCGGCGCTGCTGACCAATCTTGAGCCGCATGATGTGCTGTTCATCGACGAAATCCATCGGCTGTCGCCGATCGTCGAGGAAGTGTTGTACCCGGCCATGGAGGATTTCCAGCTCGACATCATGATCGGCGAAGGGCCGGCGGCGCGCTCCATCAAGCTGGACCTGCCACCCTTTACCCTGGTGGGCGCCACCACCCGCGCCGGGATGTTGACCAACCCGCTGCGCGACCGGTTCGGTATCGTCCAGCGCCTGGAGTTCTACAACAACGCCGACCTGGCGACGATTGTCAGCCGCTCGGCGGGCATCCTCGGGCTGCCCCTGGACCCTGACGGCGCCTATGAGATCGCTCGTCGGGCGCGGGGGACGCCGCGGATCGCCAACCGCCTCCTGCGTCGGGTCCGCGACTTTGCCGAAGTGCGGGCCAAGGGGCACATTACCAAGCCGATCGCCGACCTGGCCTTGAACCTGCTGGACATCGACGAGCGCGGCTTCGACCACCAGGACCGGCGCCTGCTGCTGACCATGATCGAGAAATTCGACGGTGGCCCGGTGGGCGTGGACAGCCTGGCGGCCGCCATCAGCGAAGAGCGCCACACCATCGAGGACGTGCTGGAACCGTACCTGATCCAGCAGGGCTATATCATGCGCACGCCCCGCGGACGCGTGGTGACCCGTCATGCTTATCTGCACTTCGGCTTAAACATCCCGACACGAATGGGTGAGATGCCGGTGGTAGACGAATTTCTCGATGCGGTGGACGATTGA MIEADRLIAATGAPRDREEIQDRAIRPVSLADYIGQPTVREQMELFIQAARGRSESLDHTLIFGPPGLGKTTLANIIAQEMGVSIKSTSGPVLERPGDLAALLTNLEPHDVLFIDEIHRLSPIVEEVLYPAMEDFQLDIMIGEGPAARSIKLDLPPFTLVGATTRAGMLTNPLRDRFGIVQRLEFYNNADLATIVSRSAGILGLPLDPDGAYEIARRARGTPRIANRLLRRVRDFAEVRAKGHITKPIADLALNLLDIDERGFDHQDRRLLLTMIEKFDGGPVGVDSLAAAISEERHTIEDVLEPYLIQQGYIMRTPRGRVVTRHAYLHFGLNIPTRMGEMPVVDEFLDAVDD NA NA NA NA NA D1-35_01564 468 ybgC COG0824 Acyl-CoA thioester hydrolase YbgC ATGCGCGCGCAAAACGGGCTTGAGTCGTTCGCACATCGCTGTCGCGTTTATTACGAGGACACCGATGCCGGCGGCATCGTTTACTACGTCAATTACCTCAAGTTTATGGAACGGGCTCGAACCGAACGGCTGCGGGAACTGGGTTTTGCCCAATCCGCGCTGGCAGGGGAGGACCTGTTATTCGTCGTGCATTCCAGCGAAGCGCGCTACCACGCGCCGGCGCGACTGGACGACGAGCTGGTGGTGACTGCCGATGTCATCGAATTGAACCGCGTCAGCCTGCGCTTCAAACAGCAGGTCAGGCGGGCTGCGGATAATGTGCTGCTCTGCGAAGGGCAGTTTTTGGTGGCCTGTGTGCGCACCCATAGTTTGAAACCCCGGGCCATTCCCGAAGCTTTACGCGCGGCCTTTGCCGGCGTGAGCGGCGCGGGTACACACTCAGAGCAGGAGATAAAGCGTGGAAGCTAA MRAQNGLESFAHRCRVYYEDTDAGGIVYYVNYLKFMERARTERLRELGFAQSALAGEDLLFVVHSSEARYHAPARLDDELVVTADVIELNRVSLRFKQQVRRAADNVLLCEGQFLVACVRTHSLKPRAIPEALRAAFAGVSGAGTHSEQEIKRGS PGPT0009505_71 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009505-ybgC|fcbC1-K01075 NA NA D1-35_01565 696 tolQ_1 COG0811 Tol-Pal system protein TolQ GTGGAAGCTAACGTCGTCGACCATTCCTCCATGTGGAGCCTGGTCAGCAATGCCAGCGTCGTGGTGCAACTGGTAATGCTGATCCTGGTAGCCGCATCGGTGACCTCATGGATCATGATTTTTCAGCGCAGCAACATGCTGCGTGCCGGTCGCCGTGCCCTGGAGAGCTTCGAAGAGCGCTTCTGGTCCGGCATCGACCTGTCCAAACTCTATCGCCAGGCCGGCAGCAATCCGGACCCGGATTCCGGCGTCGAGCAGATCTTCCGTGCCGGCTTCAAGGAATTCTCCCGTCTGCGCCAGCAGCCGGGCGTAGACCCTGAAGCGGTGATGGAAGGTGTGGCCCGCGCCATGCGCGTCGCCATATCCCGCGAGGAAGAAAAACTCGAACAGGGCCTGCCGTACCTGGCTACCGTCGGTTCGGTCAGCCCGTACATCGGCCTGTTCGGTACCGTGTGGGGGATCATGAACTCGTTCCGTGGCTTGGCTTCCGCCCAGCAGGCGACGCTGGCCACCGTAGCCCCGGGTATCGCCGAGGCGCTGATCGCCACCGCCATCGGCCTGTTCGCGGCGATTCCGGCCGTGATCGCCTACAACCGCTTCGCGGCTCGCAGCGAAACGCTGACCAGCCGTTACTACACCTTCGCCGATGAATTCCAGGCGATCCTGCACCGCAAAGTGCACACCAGCGAAGAATAA MEANVVDHSSMWSLVSNASVVVQLVMLILVAASVTSWIMIFQRSNMLRAGRRALESFEERFWSGIDLSKLYRQAGSNPDPDSGVEQIFRAGFKEFSRLRQQPGVDPEAVMEGVARAMRVAISREEEKLEQGLPYLATVGSVSPYIGLFGTVWGIMNSFRGLASAQQATLATVAPGIAEALIATAIGLFAAIPAVIAYNRFAARSETLTSRYYTFADEFQAILHRKVHTSEE PGPT0003750_3682 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561 NA NA D1-35_01566 462 exbD_1 COG0848 Biopolymer transport protein ExbD ATGGCTTTAATCGCTCGAGCCCGAAACAAGCGCAAGCCGGTTGCCGAGATGAACGTGGTGCCCTACATCGACGTGATGTTGGTGCTGCTGGTCATCTTCATGGTGACCGCGCCGATGCTCAATCAGGGCGTGAAGGTCGATCTGCCCAAGGTTTCCAGCGAAGCCTTGCCGCAGGACAACAACACCCAGGTCCTGACCATTTCGATCAAGGCCGACAAGACCTATTACTGGAACCTTGGCAGCGAAGTCGACACCGAGAAGCAGCAGGACCGGGCCATGACCCTGCCGCAGATGACCGATGCGGTGACCAAGATCATCAATGCCGGCAACAGCAACGGCAAGCGCACCCAGGTCTTCATTCGCGGCGACAAGACCGTCGACTACGGTGCCGTGATGGGCGCCATGGGCGGCCTGCAGAAAGCCGGGGTCGGTAATGTTGGCTTGATCACCGAGGCGCCCTGA MALIARARNKRKPVAEMNVVPYIDVMLVLLVIFMVTAPMLNQGVKVDLPKVSSEALPQDNNTQVLTISIKADKTYYWNLGSEVDTEKQQDRAMTLPQMTDAVTKIINAGNSNGKRTQVFIRGDKTVDYGAVMGAMGGLQKAGVGNVGLITEAP NA NA NA NA NA D1-35_01567 1080 hypothetical protein ATGCAGCAACAGCGAGAGCCGTCCGCCTCGGAAAGCTACTTCTGGCCTAGTGTCCTGGCAATCGGCCTGCATGTGCTGGTATTCGGCATGCTGTTCGTCAGTTTTGCCATGACACCGGAGCTGCCGCCGGCCAAGCCGATCGTGCAGGCGACCCTGTACCAGCTCAAATCGAAAAGCCAGGCCACCACGCAGACCAACCAGAAGCTTGCCGGCGAGGCGAAGAAGTCCGCCGCGCGCCAGACCGAAGTCGAGCAGATGGAGCAGAAGAAGGTCGAGCAGGAAGCGGTGAGAGCAGCGGAACAAAAGAAAGAGGAAGCTGCTCAAAAGGCCGAAGAAGCCAAGAAGGCCGATGAGGCGAAAAAAGCGGACGAGGCCAAAAAGGCCGACGAAGCCAAGAAAGCCGACGAGGCGAAGAAAACCGCCGAAGCGAAAAAGGCAGAAGAGAAACAATTGGCTGATATAGCCAAGAAGAAAGCCGAAGAAGAAGCCAAGAAAGCCGCTGAAGAAGAGGCCAAGAAAGCGGCCGCTGAAGAAGCGAAGAAAAAGATTGTCGAGGACGCGAAGAAAAAAGCGGCCGAAGACGCCAAGAAGAAAGCTGAAGCTGAAGAGGCGAAAAAGAAAGTCGCCGAAGACGCGAAGAAGAAAGCCGCCGCCGACGCCGCCAAGAAGAAGGCCCAGGACGCAGCGCGTAAATCCGCCGAAGAGAAAAAGGCCCAGGCCCTGGCAGATTTGCTTTCCGACACGCCGGAGCGTCAGCAGGCCTTGGCCGACGAGCAGGGCGATGAAGTCGCCGGCAGCTTCGACGATCTGATTCGCGCCCGAGCGGCGGAAGGCTGGGCTCGTCCTCCTTCGGCGCGCAAAGGCATGACGGTAGTATTACAAATCGGCATGTTGCCCGACGGTACGGTTACCTCGGTCAGCGTGGCCAAGTCCAGTGGCGATGGTCCGTTCGACGCTTCGGCGGTCGCGGCGGTCAAGAACATTGGGCGATTGACGGAAATGCAAGGAATGAAGCCGAGCGATTTTGCTCCCTATCGTTCGTTCAAGATGACATTCACACCTGAGGATCTAGCCTTGTGA MQQQREPSASESYFWPSVLAIGLHVLVFGMLFVSFAMTPELPPAKPIVQATLYQLKSKSQATTQTNQKLAGEAKKSAARQTEVEQMEQKKVEQEAVRAAEQKKEEAAQKAEEAKKADEAKKADEAKKADEAKKADEAKKTAEAKKAEEKQLADIAKKKAEEEAKKAAEEEAKKAAAEEAKKKIVEDAKKKAAEDAKKKAEAEEAKKKVAEDAKKKAAADAAKKKAQDAARKSAEEKKAQALADLLSDTPERQQALADEQGDEVAGSFDDLIRARAAEGWARPPSARKGMTVVLQIGMLPDGTVTSVSVAKSSGDGPFDASAVAAVKNIGRLTEMQGMKPSDFAPYRSFKMTFTPEDLAL NA NA NA NA NA D1-35_01568 1281 tolB COG0823 Tol-Pal system protein TolB ATGCTTGTCGTTATCTGCTGCCTGGCAGGGATAGCGGTAGCAGAGGAAAAGAACATCCTGGTCACCAGCGGCAGCGACCGTGCGACCCCGATCGCCGTCGTTCCGTTCGGTTGGCAGGGCGGCAGCGTCCTGCCGGACGACATGGCGGAAATCATCGGCAACGACCTGCGCAACTCTGGCTACTACGCGCCGATTCCCAAGCAGAACATGATCAGCCTGCCGACCCAGGCCAGCGAAGTCATCTACCGCGACTGGAAGGCTCTTGGCGCCCAGTACATCATGGTCGGCAGCATCGTTCCGGCCGGTGGCCGCCTGCAGGTGCAGTACGCCCTGTTCAACGTCGCCACCGAGCAGCAAGTGCTGACCGGCAGCGTGTCGGGCAGCGTTGACCAGTTGCGTGACATGTCCCACTACATCGCCGATCAGTCGTTCGAGAAACTTACCGGCATCAAGGGCGCGTTCTCGACCCGCATGCTCTACGTGACCGCCGAACGCTTCTCCGAGAAAAATACCCGCTACACCCTGCAGCGCTCCGACTATGACGGCGCCCGCGCGGTGACCCTGCTGCAATCGCGCGAGCCGATCCTGTCGCCGCGTTTCGCCCCAGATGGCAAGCGCATCGCCTATGTGTCGTTCGAACAGAAGCGCCCGCGCATTTTCGTCCAACACATCGACACCGGTCGCCGCGAGCAGATCACCAACTTCGAAGGCCTGAACGGCGCGCCTGCCTGGTCGCCCGACGGTACGCGGCTGGCGTTCGTGCTGTCCAAGGATGGCAATCCGGACATCTACGTGATGAACCTGGCTTCACGCTCGATCTCCCGCGTGACCAACGGCCCGGGCATCAACACCGAACCGTTCTGGGGCAAGGATGGCTCGACTATCTACTTCACCTCGGACCGTGGCGGCAAGCCGCAGATCTACAAGACCAGCGCCGGTGGCGGTGGTGCCGAGCGCGTGACGTTCGTCGGTAACTACAACGCCAACCCTAAACTTTCGGCGGACGAAAAGACTCTGGTGATGATTCATCGCCAGGACGGTTTCACCAATTTCAAGGTGGCGGCCCAGGATTTGCAGCGCGGTAGCGTAAAAATCCTCACTGATAGCACTCTGGACGAGTCACCTACTGTTGCGCCCAACGGCACCATGGTAATCTACGCCACCCGCCAGCAGGGCCGGGGAGTCTTGATGCTCGTGTCCATTAATGGACGCGTGAGGCTCCCGCTTCCTACCGCTCAAGGCGAAGTCAGAGAACCGTCCTGGTCCCCTTACCTGAACTGA MLVVICCLAGIAVAEEKNILVTSGSDRATPIAVVPFGWQGGSVLPDDMAEIIGNDLRNSGYYAPIPKQNMISLPTQASEVIYRDWKALGAQYIMVGSIVPAGGRLQVQYALFNVATEQQVLTGSVSGSVDQLRDMSHYIADQSFEKLTGIKGAFSTRMLYVTAERFSEKNTRYTLQRSDYDGARAVTLLQSREPILSPRFAPDGKRIAYVSFEQKRPRIFVQHIDTGRREQITNFEGLNGAPAWSPDGTRLAFVLSKDGNPDIYVMNLASRSISRVTNGPGINTEPFWGKDGSTIYFTSDRGGKPQIYKTSAGGGGAERVTFVGNYNANPKLSADEKTLVMIHRQDGFTNFKVAAQDLQRGSVKILTDSTLDESPTVAPNGTMVIYATRQQGRGVLMLVSINGRVRLPLPTAQGEVREPSWSPYLN NA NA NA NA NA D1-35_01569 498 pal_5 COG2885 Peptidoglycan-associated lipoprotein ATGGAAATGCTGAAGTTTGGTAAATTTGCTGCGCTGGCTCTGGCCATGGCTGTAGCTGTAGGTTGCTCGTCCAAAGGCGGCGACAACGCCGGTGAAGGCGCTGTTGATCCAAACGCTGGTTACGGCGCTAACACTGGTGCAGTTGATGGCTCCCTGAGCGAAGAAGCTGCTCTGCGCGCAATCACCACCTTCTACTTCGAATACGACAGCTCGGACCTGAAGCCAGAAGCCATGCGCGCTCTGGACGTTCACGCCAAAGACCTGAAAGCAAACGGCGCTCGCGTTGTTCTGGAAGGCAACACCGACGAACGTGGTACTCGTGAGTACAACATGGCACTGGGCGAGCGTCGTGCGAAAGCCGTTCAGCGCTACCTGGTACTGCAAGGTGTTTCCCCAGCTCAGCTGGAACTGGTTTCCTACGGCGAAGAGCGTCCAGTTGCTACCGGCAACGACGAGCAGTCCTGGGCTCAAAACCGTCGCGTCGAACTGCGTAAGTAA MEMLKFGKFAALALAMAVAVGCSSKGGDNAGEGAVDPNAGYGANTGAVDGSLSEEAALRAITTFYFEYDSSDLKPEAMRALDVHAKDLKANGARVVLEGNTDERGTREYNMALGERRAKAVQRYLVLQGVSPAQLELVSYGEERPVATGNDEQSWAQNRRVELRK NA NA NA NA NA D1-35_01570 834 cpoB Cell division coordinator CpoB ATGCGAACGTGCCGTCGTGCTGTAACTGTTCTGGCTCTCAGCCTCGCGCCGCTTGCGGCGTGGGCTGCGGTTCCTGTGGTCGATAACGATGCCGGCTATAACAATAGCGGGAGCAGTTATCCGCCTGCAGGTTACGGTACGAACGGCGCCTATGCCGGGGGAGGGGTTTCGGCCCCTGTCTCGGCACAGGGCGAGCTGTTCAACCAACTGCAGCAAATGCAGGATCAACTGTCACGCCAGCAAGGCGCGATTGAAGTTCTGCAAAACGAAGTATCGCGCATGAAGCAGGAAAACCTGGAGCGATACCAGGATCTTGATCGGCGCATAGGAACCGGCGTTGCACCTGCCGCGACTCCTGAGAATTCTCCAGCCGGTGGCGACTTGAACGCCCCCGGTGCAGCCGCAGGCGCCGGGGCGAGTGCTCCGGCAGCACCTGCCGCCGGTGGCGAGCCGGCTGACCCGGCGAAGGAAAAGCTCTATTACGATGCGGCCTTCGACCTGATCAAAGCCAAGGATTTCGACAAGGCCAGCCAGGCCTTCGGCGCTTTTCTGCGTAAATACCCCAACAGTCAGTATTCGGGTAATGCCCAATACTGGCTGGGCGAAGTGAACCTGGCCAAGGGCGACCTGCAAGGCGCCGGCCAGGCGTTCGCCAAGGTCTCGCAGCTGTATCCCAAGCATGCCAAGGTGCCGGATTCGCTGTACAAGCTCGCCGATGTCGAGCGCCGCCTCGGTCATACCGACAAGGTAAAAGGCATTCTGCAGCAGGTGGTGGCCCAATATCCGGGTACCTCCGCCGCTCAGTTGGCCCAGCGCGATCTGCAACGCATGTAA MRTCRRAVTVLALSLAPLAAWAAVPVVDNDAGYNNSGSSYPPAGYGTNGAYAGGGVSAPVSAQGELFNQLQQMQDQLSRQQGAIEVLQNEVSRMKQENLERYQDLDRRIGTGVAPAATPENSPAGGDLNAPGAAAGAGASAPAAPAAGGEPADPAKEKLYYDAAFDLIKAKDFDKASQAFGAFLRKYPNSQYSGNAQYWLGEVNLAKGDLQGAGQAFAKVSQLYPKHAKVPDSLYKLADVERRLGHTDKVKGILQQVVAQYPGTSAAQLAQRDLQRM NA NA NA NA NA D1-35_01571 648 queE 7-carboxy-7-deazaguanine synthase ATGCAAGACACATTGAGAATTACCGAAGTTTTTTACTCGTTGCAGGGTGAAACGCGGACGGCCGGGTTGCCCACTGTTTTTGTGCGCCTCACCGGTTGCCCGCTGCGTTGCCAATACTGTGACAGCGCCTACGCCTTCAGCGGCGGTACCTTGCGCACCCTCGATGACCTCGTTGAACAAGTCGCAGGTTTTCGTCCGCGCTATGTTTGCGTCACTGGCGGTGAGCCATTGGCACAACCCAATGCCATCCCTTTACTCAAGCGACTGTGCGATGCCGGCTATGAGGTCTCGCTGGAGACCAGCGGCGCCTTGGATATCTCGGCTGTCGATCCGCGCGTCAGTCGTGTCGTGGACCTGAAGACCCCGGGTTCGAAGGAGGCGCATCGTAACCGCTACGAGAACATGGAGCTGTTGACGTCCAACGACCAGGTCAAATTTGTTATCTGTTCGCGGGAAGATTACGACTGGGCGGTATCCAAGCTGATCCAGTACGGACTCGATCAGCGCGCCGGCGAGGTATTGTTCTCGCCGAGTCACCACGACCTGAACGCCCGGGATCTGGCCGACTGGGTGGTAGCGGACAACTTGCCGGTGCGCCTGCAATTGCAGCTGCATAAATATCTTTGGAACGACGAGCCGGGGCGCTGA MQDTLRITEVFYSLQGETRTAGLPTVFVRLTGCPLRCQYCDSAYAFSGGTLRTLDDLVEQVAGFRPRYVCVTGGEPLAQPNAIPLLKRLCDAGYEVSLETSGALDISAVDPRVSRVVDLKTPGSKEAHRNRYENMELLTSNDQVKFVICSREDYDWAVSKLIQYGLDQRAGEVLFSPSHHDLNARDLADWVVADNLPVRLQLQLHKYLWNDEPGR NA NA NA NA NA D1-35_01572 693 queC COG0603 7-cyano-7-deazaguanine synthase ATGACTGAACAATCAACCACTTCTGAAAAGCGTGCCGTCATCCTGCTGTCCGGTGGCCTGGACTCGGCGACTGTCGTGGCGATGGCCCGTGCCGAAGGTTATCGCTGCTACACCATGAGCTTCGATTATGGCCAGCGCCACCGTGCCGAACTGCATGCTGCCGAGCGAGTGGCACGAGACCTGGGTGTGATCGAACACAAGGTGATCGGCCTGAACCTCAACGGCATCGGCGGTTCGGCGTTGACCGACAGTTCCATCGACGTGCCCGAAGCACCGAGCGAGGGGATTCCGGTGACCTACGTGCCGGCGCGCAATACCGTGTTCCTGTCCCTGGCGTTGGGCTGGGCCGAAGTACTGGGGGCGCGTGAGATTTTCATTGGTGTCAATGCCGTGGATTATTCCGGTTATCCGGATTGCCGCCCGGAGTTCGTCGAAGCCTTCGAGCGTATGGCCAACCTGGCGACCAAGGCTGGTGTAGAAGGGCAAGGCTTTCGTATCCAGGCGCCGCTGCAAAATCTCAGCAAGGCTGACATCGTCAAGGCGGGGGTGAAGCTGGGCGTGGACTACGGCCTTACCGTCTCGTGCTATCAGGCCGATGATCAAGGGCGTGCTTGTGGCAAGTGCGACAGCTGCCGTCTGCGTGCTGAAGGCTTCGCGGCAGCCGGCGTGAGCGATCCAACCCCCTATTTTTGA MTEQSTTSEKRAVILLSGGLDSATVVAMARAEGYRCYTMSFDYGQRHRAELHAAERVARDLGVIEHKVIGLNLNGIGGSALTDSSIDVPEAPSEGIPVTYVPARNTVFLSLALGWAEVLGAREIFIGVNAVDYSGYPDCRPEFVEAFERMANLATKAGVEGQGFRIQAPLQNLSKADIVKAGVKLGVDYGLTVSCYQADDQGRACGKCDSCRLRAEGFAAAGVSDPTPYF NA NA NA NA NA D1-35_01574 1452 hypothetical protein TTGTCCGTCAGACCTGACAGAACCTTCGCAGAAGTACTCAAGCACACCGTCAGACGCATTCTTTCCTATTGGACCCAGATCACAGTCACCTTGGGCCTGCTCGCAACAGGGCTAGGGTTCATCACACTGTATCTCTATACCCGCACGATTGGACGAATCGATCTGTTCATGCCGTCCATCGATGTGAAGTCCGCACTGTTGGTCTGGGTCGTACTGGTTTTACTGCTGATGCTTTCGTACCTGTTCATCCTCGGAGCAACAACCTGGATGTTCGGCTGCTCGGTTTCGCTGTTTTCAAACCTGAAGGATAACCAGCCGAAGATCGTTTTTTATCTGGCGTTCCCCACTGTCGTTGGATTTAGCGCATTCATCCTGACCACTTTCTTCCTGCCCGCATTAAACGCATGGGCGACATTCGCGGCGTTACTGGTGGTCGTCTTCGTTGCGTGCTTTCTCATGTACGCCTTCACGCCGTTCAAAAAAGTCATCAGGAAAAGCATCCTTGTCCAAGCCAGGCTGGATCGAGCCCGCCTGAAACGCCTGGCGCAGTATCAGCAGATAAAGCAAAAAAAACAAAAGCCGCAGAAGGCAGCCCGCGCCCCGAAGGTCCGGCTGCCAAAACGGCTTACTGATTCGTGGCAGGCACTCAAAAACAGGACGACGCCAACGTGGCTACGGATGACAGGAGAATGCCAGCGGCTATGGTCATGGGTATGGGCTCGCAAAGGATTCTGGCTCGTCTCCCTGCTCTCGCTCTCCATATTTGTCACTGTGATCTTCGCCGCTTTTCCAATCCTGTTGACGATACGTTCGTATATGGAGAGGGAAACGCCGGACACCGTCCCCTACGTGGCGGGTCTGTCTTGGTTGACACTCATCTTCACCCTGCTGCCAGTCATCATCTTTTATTGTTTCAAGGGGGACATCTACAGGCGTACCTTCAGTGGCCTGATGGCAATGATCCTCGCCTTCTGCGCCTTCACAATGCTTTCACCAGGCAGTTTGAGCCACATTACCTATATCGCGGCAGAAGGCTTGTCAGTCCGGCAAAAAACGGCAGAACGATATGCGTTGCCAGAAGACATGGAGCTGCAGGACCTGAGCGCCACCCTGTGGAAAACACGTCAGGTGGCCGCGAAAAAAATAGAAGTCGAGGCGTTCCAGTTGTATTCCTTTGGGGACGTACTGCTGCTGTGCCCAAAAGACATGCTGTCGCTTGAACTCAAGGAGCTGAAAAACTACTCGAAGTTCTGTGTCAGCACGCTCAATAGCAAAGTCGTACGAAAACCTCTGTTGCCGGCATTCGCCAGGAAGGCGCCAAATGAATGGTCCTGCCGGGTACCATCATGGCAAATCCACGCAGGACGTTGGCTAGGTTGGGAAGTGCTGGTTCCAGGTATCCATCGCTCCGCTTGGGGCGAGAAGAAAGCGCCAGACCAGGTCAGGTCATAG MSVRPDRTFAEVLKHTVRRILSYWTQITVTLGLLATGLGFITLYLYTRTIGRIDLFMPSIDVKSALLVWVVLVLLLMLSYLFILGATTWMFGCSVSLFSNLKDNQPKIVFYLAFPTVVGFSAFILTTFFLPALNAWATFAALLVVVFVACFLMYAFTPFKKVIRKSILVQARLDRARLKRLAQYQQIKQKKQKPQKAARAPKVRLPKRLTDSWQALKNRTTPTWLRMTGECQRLWSWVWARKGFWLVSLLSLSIFVTVIFAAFPILLTIRSYMERETPDTVPYVAGLSWLTLIFTLLPVIIFYCFKGDIYRRTFSGLMAMILAFCAFTMLSPGSLSHITYIAAEGLSVRQKTAERYALPEDMELQDLSATLWKTRQVAAKKIEVEAFQLYSFGDVLLLCPKDMLSLELKELKNYSKFCVSTLNSKVVRKPLLPAFARKAPNEWSCRVPSWQIHAGRWLGWEVLVPGIHRSAWGEKKAPDQVRS NA NA NA NA NA D1-35_01575 1188 yycB_2 COG2807 putative transporter YycB ATGGAAAACATCCAAACCTCTGGCACCCGCGCCGTCTGGCTGATGGTCAGTATCGTGCTGGTAGCGCTGAACCTGCGGCCCTCGATGGCCGCGGTCGGGCCGCTGCTGTCAGCCATTCGCGACGAGGTGCCCCTGAGGTTCAGCAGCGCTTCACTGCTGACCATGCTGCCAGTCATGGCGATGGGCGTGGCCATGTTCCTGGGCATGCGCATCGCCCTGCGCATCGGTGAACACCGTACCGTCGTCCTGTCGCTGCTGATCATTGGTATCGCCACGGCATCGCGCTTGTATCTGGACAGCGCCGCCGGGTTGGTCACCAGCGCGGTGGTGGCCGGGCTCGGAATCGCCTTGATCCAGGCCGTGATGCCAGCACTGATCAAGGCGCGCTTCGCCGACAGCGTCTCGCTGCTGATGGGCTTGTATGTCACCTCAATCATGGGCGGCGCGGCGCTTGCCGCCTCGTTTTCACCCTTTGTCCTGGCGCAGACCGGCAGTTGGCGCATCGGCCTGGCGATCTGGGCCTTGCTGGCGCTGGTCGCCTTGGGCTGCTGGTGGGTCCAACGCTGGAGCGTCACGCCCCTGCCCCAAGCCGCATCCCAGCGCCACCAAGCGTTTTTCGGCAACGCCCGGGCCTGGCTGCTGGCGATTTTTTTTGGCTTGGGCACCGCCTCCTATACCTGCGTACTGGCCTGGCTGGCACCGTATTACGTGGAAAAAGGCTGGAGCGAACAGCACGCCGGCCTGCTGCTGGGATTTCTCACGACGATGGAGGTGTTGTCCGGCCTCATCACTCCGGCGATCGCCAACCGCAGGCAGGACAAACGTAAAATCCTGGTCGTTCTACTGGTCATGATCATGGCCGGCTTCTGCGGCCTGATTCTCAATCCGGAGCGCCTCAGCCTGTTATGGCCGAGCCTGTTGGGGCTGGGTATCGGCGGGCTGTTCCCCATGAGCCTGATCGTGTCCCTCGATCACCTGGACAACCCACGCCGCGCCGGGGGGCTCACTGCATTCGTGCAGGGCATCGGCTACCTCATCGCCGGGCTGTCGCCGCTGATTGCCGGGATGATCCGCGACCGGCTGGGGAGTTTCGAATGGGCTTGGTGGTCGCTCGTGGCGGTCATCGCGCTGATGATGGTTATGGTATTGCGCCTGGACCCGAAACATTACGCAAAGCACATCCGCTAA MENIQTSGTRAVWLMVSIVLVALNLRPSMAAVGPLLSAIRDEVPLRFSSASLLTMLPVMAMGVAMFLGMRIALRIGEHRTVVLSLLIIGIATASRLYLDSAAGLVTSAVVAGLGIALIQAVMPALIKARFADSVSLLMGLYVTSIMGGAALAASFSPFVLAQTGSWRIGLAIWALLALVALGCWWVQRWSVTPLPQAASQRHQAFFGNARAWLLAIFFGLGTASYTCVLAWLAPYYVEKGWSEQHAGLLLGFLTTMEVLSGLITPAIANRRQDKRKILVVLLVMIMAGFCGLILNPERLSLLWPSLLGLGIGGLFPMSLIVSLDHLDNPRRAGGLTAFVQGIGYLIAGLSPLIAGMIRDRLGSFEWAWWSLVAVIALMMVMVLRLDPKHYAKHIR PGPT0005211_2049 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D1-35_01576 915 copD Copper resistance protein D TTGACGAGCGACTCGATCAACATCGCGCTGCGCTTTGCCCTCTACCTGGATCTGATGTTGCTGTTCGGCCTGGCTGCGTTTGGCCTTTACAGCCTGCGAGGTCGGGAGCGGGCGTCAGGCGCGGTGTTGCCTTTCGCGTCGTTGCTGGCGACCACGGCCGTGCTTGGGATGTTGCTCTCCCTGGGCGCCATGGCGTGCATGACCTGGGCCATGAGCGGAGCTTCGGAGTGGGCGGAGCTGTGGCCGCACTTCGAAATGATGGTGCTGGAAACCGATGTCGGTCTGAGCTGGACGCTGCGCATGGCGGCGTTGTTGCTGGCCGGTTTCGCCGTGACGCTTGATAGCCGCTCGCCAACCGTCAGCCTGGTCCTGGCCATGCTGGGCGGAGCCGTGGCTCTGGCGACGCTGGCCTGGGCAGGGCACGGCGCCATGGACGAAGGCGCACGCCGGAGTTGGCATTTCATCAGCGACTTCCTGCATCTGTGGGCAGCGGGTGGCTGGGTCGGAGCCTTGGCCGCGTTTGCCCTGCTGCTTCGGCAGGCCGAACCTCAGATGGCGGTACTGGCCCGGACCTTGAGCGGATTTGCCACGGCCGGTGCGGTAATTGTGGCAGTCATCGCTGTGACAGGAGTCGCCAATTATCTGTTCATCGTCGGCACGAACTTCGCGGGGTTACTCGACAGCACCTATGGTCAGCTGCTGATGCTGAAACTCGGCCTGTTCCTGGCCATGCTGGGGTTCGCCGCGCTGAACCGTTTTCACCTGGGCCCGCTGCTGGAACAGGCCCGACAGACCGGCGAGCACCGAGCCGCGGTGAGGGCCCTGCGGCGCAGCATGCTGCTGGAGCTTGGTGTGGCGGTGATCATCCTGGGACTGGTGGCCTGGTTGGGGACGTTAAGCCCGGGGATGGAATAA MTSDSINIALRFALYLDLMLLFGLAAFGLYSLRGRERASGAVLPFASLLATTAVLGMLLSLGAMACMTWAMSGASEWAELWPHFEMMVLETDVGLSWTLRMAALLLAGFAVTLDSRSPTVSLVLAMLGGAVALATLAWAGHGAMDEGARRSWHFISDFLHLWAAGGWVGALAAFALLLRQAEPQMAVLARTLSGFATAGAVIVAVIAVTGVANYLFIVGTNFAGLLDSTYGQLLMLKLGLFLAMLGFAALNRFHLGPLLEQARQTGEHRAAVRALRRSMLLELGVAVIILGLVAWLGTLSPGME PGPT0004120_545 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004120-pcoD|copD-K07245 NA NA D1-35_01577 387 copC Copper resistance protein C ATGTCATTCATCAAAACCGCTGTCATGGCCGCCGCGCTGTCCACCGGCCTGTTGGCCAGTGGCCTGGCCCAGGCCCATCCGAAACTGCTGTCCTCCAGCCCCGCCGAAGGCGCTGACGGGGCATCGCCAGCGAAGATCGAGCTGCACTTTTCCGAAAATCTCGTGACCCAATTTTCCGGCGCCAAGCTGATGATGACCGGGATGCCCGGCATGTCGGCGCACGCACCAATGCCCGTGCCAGCCAAGGTTTCCGGCAGCGATGATCCGAAAACCATGGTCATTACTCCCCATGCGCCTCTCACCGCCGGCACCTACCAGGTGCAGTGGCGCGCGGTATCGTCAGACACGCACCCGATCACCGGCAATATCACGTTCAAGGTGAAGTGA MSFIKTAVMAAALSTGLLASGLAQAHPKLLSSSPAEGADGASPAKIELHFSENLVTQFSGAKLMMTGMPGMSAHAPMPVPAKVSGSDDPKTMVITPHAPLTAGTYQVQWRAVSSDTHPITGNITFKVK PGPT0004115_969 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004115-pcoC|copC-K07156 NA NA D1-35_01578 903 copB Copper resistance protein B ATGATCAGCCTGTTTAAATCCCCCACCCTGCCCGTGGCTGTGCTTGCCCTCGGCACCAGCCTGTCAGCCTGGGCAGCAAGCGACACGATGCACGGCATGGATCACAGCCAGATGCCGGCAATGGACCACAGCCAGATGCAAGGCATGGACTCGATGCAGGGCATGGATTCCATGCAAGCCGCGCCCACCAGCAGCCGCACACCGATCCCCGAACTGACCGCCGCTGACCGCGCCGCCGTCTATGAAGACCATGGTGGCCACGCGGTGCATGACAGCGCCATCAACTCATTCTTCCTGATCGACCAGCTGGAGTGGCAAGACGCCGATGACGGCAGCGCCCTTAGCTGGGATGCCTCCGGCTGGATCGGCGGCGACATCGACCGTTTGTGGCTGCGCTCCGAAGGCGAGCGCACCCATGGCAAGACCGAAAAAGCCGAACTCCAGGCCCTCTGGGGCCATGCCATCAGCCCTTGGTGGGATGTGGTGGCCGGCGTGCGCCAGGACTTCAAACCAGGCGACTCACAGACCTGGGCAGCATTCGGCGTACAAGGCATGGCGCTGTACAACTTCGAAGCCGAGGCCACCGCCTTCATCGGTGAAGATGGCCAGAGCGCGGCGCGCCTGGAGGGCGACTACGACATTCTGCTGACCAATCGGCTGTTTCTGCAGCCCACCGCCGAAGCCAACTTCTACGGCAAGAATGACCCTGATCGGGGCGTCGGCTCGGGGTTGTCCGACACCGAAGTGGGGCTGCGGCTGCGCTACGAAATCCGCCGTGAGTTCGCCCCGTACGTTGGCGTGACCTGGAACCGCGTCTACGGCAACACCGCCGACTACGCCCGGGACGAAGGTGAAGACCGCAGCGAGGCACGCCTGGTAGTGGGTGTGCGCCTGTGGTTCTGA MISLFKSPTLPVAVLALGTSLSAWAASDTMHGMDHSQMPAMDHSQMQGMDSMQGMDSMQAAPTSSRTPIPELTAADRAAVYEDHGGHAVHDSAINSFFLIDQLEWQDADDGSALSWDASGWIGGDIDRLWLRSEGERTHGKTEKAELQALWGHAISPWWDVVAGVRQDFKPGDSQTWAAFGVQGMALYNFEAEATAFIGEDGQSAARLEGDYDILLTNRLFLQPTAEANFYGKNDPDRGVGSGLSDTEVGLRLRYEIRREFAPYVGVTWNRVYGNTADYARDEGEDRSEARLVVGVRLWF PGPT0004110_471 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004110-pcoB|copB-K07233 NA NA D1-35_01579 1743 copA_2 Copper resistance protein A ATGCAATCGAAAACTTCCCGGCGAACCTTCGTCAAGGGCCTGACTGCCGGCGGCATCCTTGGTGGCCTGGGCTTGTGGCGCTCGCCCGTCTGGGCGATTGCCAGCCCGGGCCAGCCCAACGTATTGAGCGGCACCGAGTTCGACCTGTCCATCGGCGAAAGCCCGGTCAATTTCACCGGCAACCCGCGCACCGCCCAGACCATCAACGGCGGCATTCCCGGGCCGTTGCTGCGCTGGCGTGAGGGCGACACCGTGACCTTGCGCGTACGCAATCGCCTGCAAGACAGCACTTCGATCCATTGGCACGGCATCCTCCTGCCGGCCAACATGGACGGCGTCCCCGGGCTGAGCTTCAAAGGCATCGAGCCCGGCGGCCTGTATGTCTACCAGTTCAAGGTCCGGCAGAACGGCACCTACTGGTACCACAGCCATTCCGGCTTCCAGGAGCAATCCGGGGTCTATGGCCCGCTGGTCATAGACGCCAGGGAACCCGAGCCTTTCCAGTATGAGCGGGACTACGTGGTCATGCTCACCGACTGGAGCGATGAGGACCCCACCCAAATCATTCGCAAGCTGAAGAAACAATCGGACTACTACAACTACAACAAACGCACGGTCGGCGACTTCATCGACGATGTCGGCAAGAACGGCTGGGCCGCCACCGTGGCCGATCGCAAGATGTGGGCCGAGATGAAGATGAATCCCACCGACCTTGCCGACGTCAGTGGCGCCACCTATACCTATCTCATGAACGGCCAGGCACCGGACACGAACTGGACCGGCCTGTTCAAGCCGGGTGAACGCATCCGCTTGCGTTTCATCAATGGCTCGTCGATGACCTATTTCGATGTGCGTATCCCCGGCCTGAAAATGACCGTCGTGGCCTCTGATGGCCAGTACGTCAAACCGGTGAGTGTCGATGAGTTCCGAATCGCCGTGGCGGAAACCTACGACGTCATCATCGAGCCGACGCAGCAAGCCTACACCCTGTTCGCCCAGGCCATGGACCGCACCGGCTACGCCCGCGGCACCCTCGCGACCCGGGCCGGATTGGCGGCGCCGGTACCGCCCCTGGACCCACGGCCGCTGGTGACCATGGACGACATGGGCATGGCCGGCATGGATCACGGATCAATGCGGGACATGGACCATAGCCAGATGCAGGGCATGGATGACATGACCGGCATGGACCACGGCACCATGCCAGGTATGGGCGGGATGCAAACCCATCCCGAAACGGAGAACGACAATCCGTTGGTGGACATGCAGGCCATGAGCGTCAAACCCAAGCTCGACGACCCAGGCATGGGCCTGCGCAACAATGGCCGCAAAGTGCTGACCTACGCGGACCTGCGCAGCACCTTTGCCGACCCCGACGGCCGCGAGCCGGGCCGCACGATCGAGCTGCACCTGACCGGGCACATGGAAAAATTCGTCTGGTCGTTCAACGGCGTGAAGTTCAGCGACGCCGCGCCGCTGCTGCTCAAGTACGGCGAGCGCCTGCGCATCGTGTTGATCAACGACACCATGATGACCCACCCCATCCACCTGCACGGCATGTGGAGCGACCTGGAAGACGAAAACGGCCAGTTCATGGTGCGCAAGCACACCATCGACGTACCGCCCGGTTCCAGGCGCAGCTATCGAGTGACCGCCGACGCGCTTGGCCGCTGGGCCTATCACTGCCACCTGCTGTTTCATATGGAAATGGGCATGTTCCGCGAAGTCCGGGTGCAGGAATGA MQSKTSRRTFVKGLTAGGILGGLGLWRSPVWAIASPGQPNVLSGTEFDLSIGESPVNFTGNPRTAQTINGGIPGPLLRWREGDTVTLRVRNRLQDSTSIHWHGILLPANMDGVPGLSFKGIEPGGLYVYQFKVRQNGTYWYHSHSGFQEQSGVYGPLVIDAREPEPFQYERDYVVMLTDWSDEDPTQIIRKLKKQSDYYNYNKRTVGDFIDDVGKNGWAATVADRKMWAEMKMNPTDLADVSGATYTYLMNGQAPDTNWTGLFKPGERIRLRFINGSSMTYFDVRIPGLKMTVVASDGQYVKPVSVDEFRIAVAETYDVIIEPTQQAYTLFAQAMDRTGYARGTLATRAGLAAPVPPLDPRPLVTMDDMGMAGMDHGSMRDMDHSQMQGMDDMTGMDHGTMPGMGGMQTHPETENDNPLVDMQAMSVKPKLDDPGMGLRNNGRKVLTYADLRSTFADPDGREPGRTIELHLTGHMEKFVWSFNGVKFSDAAPLLLKYGERLRIVLINDTMMTHPIHLHGMWSDLEDENGQFMVRKHTIDVPPGSRRSYRVTADALGRWAYHCHLLFHMEMGMFREVRVQE PGPT0004106_146 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004106-pcoA-NA NA NA D1-35_01580 1059 nadA COG0379 Quinolinate synthase A ATGACGCAGATTTCCGAACGCCTTCTGGTCCAGGCCCACCTCGATGCCAAGCAGCCCAAGCCGCTGACGGCCGAGCAAGAAGCCTGGTACCGCGCCGCCATCGCCGCCGAGCTCAAGGCTCAGGACGCGGTGCTGGTTGCGCATTTCTACTGTGACCCGATCATCCAGGCCCTGGCCGAGGAGACCGGGGGCTGTGTTTCCGACTCCCTGGAAATGGCCCGCTTCGGCAACGCCCATCCGGCCAAGACCGTGGTGGTGGCCGGGGTCAAGTTCATGGGCGAGACCGCGAAGATCCTCAACCCTGAAAAACGCGTGCTGATGCCGACCCTGGAAGCCACCTGCTCCCTGGACCTGGGCTGCCCGGTGGATGAGTTCTCGGCGTTCTGCGACCAGCATCCGGAGCGCACCGTGGTGGTCTACGCCAACACTTCGGCGGCGGTAAAGGCCCGGGCCGACTGGGTCGTGACGTCCAGCTGCGCACTGGAGATCGTCGAGAGCCTGATGGACAACGGCGAGACGATCATCTGGGGCCCGGACAAGCACCTGGGGACCTACATCCAGCGCAAGACCGGCGCCGACATGCTGCTCTGGGACGGTGCCTGCATCGTCCACGAGGAGTTCAAGTCCAAGCAATTGGAAGACATGAAGGCGCTGTACCCGGACGCCGCGATCCTGGTGCACCCGGAGTCGCCGACCTCGGTGATCGAGCTGGCGGATGCCGTGGGCTCCACCAGTCAGTTGATCGCTGCGGCGCAAAGCTTGCCGAACAAGACGCTGATCGTCGCCACCGACCGCGGCATCTTCTACAAGATGCAGCAGCTGTGCCCCGACAAAGTTTTCATCGAAGCTCCCACGGCCGGCAACGGCGCGGCGTGCCGCAGTTGCGCGCATTGCCCGTGGATGGCGATGAACACCCTGGAGCGCACACTCCAGGCGCTGAAGGACGGCAGCAACGAGATCTTCGTCGACCCGGCCTTGATCCCCCAGGCGATCCGCCCGCTCAAGCGCATGCTGGACTTCACCCAGGCAGCGCGGATGAAGTTGGCGGGGAATGCTTGA MTQISERLLVQAHLDAKQPKPLTAEQEAWYRAAIAAELKAQDAVLVAHFYCDPIIQALAEETGGCVSDSLEMARFGNAHPAKTVVVAGVKFMGETAKILNPEKRVLMPTLEATCSLDLGCPVDEFSAFCDQHPERTVVVYANTSAAVKARADWVVTSSCALEIVESLMDNGETIIWGPDKHLGTYIQRKTGADMLLWDGACIVHEEFKSKQLEDMKALYPDAAILVHPESPTSVIELADAVGSTSQLIAAAQSLPNKTLIVATDRGIFYKMQQLCPDKVFIEAPTAGNGAACRSCAHCPWMAMNTLERTLQALKDGSNEIFVDPALIPQAIRPLKRMLDFTQAARMKLAGNA PGPT0013365_1724 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517 NA NA D1-35_01581 489 hypothetical protein ATGCCGAAACACCTGCTCACTCCCCAGGGCGATTTCCCCCCCGTCGGCCTGGGCCGTCGCCTGGCAGCGATGTTTTATGACTTCCTGCTGTGCACGGCACTGCTGATCGTGACCGGCGGCGTCTACAAGATGATCCAGATGGCGATCATCGGCGAAGAAAAGATGCGCGCCCTCACTGACGCCGGAGCATTGGACGGTGACCCGCTGCTGTCCACCGTATTGCTCTTCGTGCTGTTCGGTTTCTTCGCCAAGTTCTGGTCCCACAACGGCCAGACCCTGGGCATGCAAGTCTGGTGTATTCGCGTGCAGAACGCCGATGGCACGGCCATCAGCCTGTGGCAGGCGCTGTTGCGGTTCGTGGTGTCGATTGCGTCGTTGCTGCTGCTGGGGCTGGGTTTCATCTGGGCGCTGTTCGACAAGCGCAAGCGCGGCTGGCATGACATCTACTCGGATACGCAACTGGTGCGGATTCCCAAGAAAACCAAATAG MPKHLLTPQGDFPPVGLGRRLAAMFYDFLLCTALLIVTGGVYKMIQMAIIGEEKMRALTDAGALDGDPLLSTVLLFVLFGFFAKFWSHNGQTLGMQVWCIRVQNADGTAISLWQALLRFVVSIASLLLLGLGFIWALFDKRKRGWHDIYSDTQLVRIPKKTK NA NA NA NA NA D1-35_01583 213 cspA_2 COG1278 Major cold shock protein CspA ATGTCTACTCGTCAGAGCGGTACCGTCAAGTGGTTCAACGACGAAAAAGGTTTTGGTTTCATCACCCCTGAAAGCGGTCCGGACCTGTTCGTGCACTTCCGCGCCATCCAGGGCAACGGCTTCAAGAGCCTGAAAGAAGGCCAGAAAGTCACTTTCGTCGCTGTGCAGGGCCAGAAAGGCATGCAGGCTGACGAGGTTCAAGCCGAGGCCTGA MSTRQSGTVKWFNDEKGFGFITPESGPDLFVHFRAIQGNGFKSLKEGQKVTFVAVQGQKGMQADEVQAEA PGPT0014675_3216 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_01584 1125 gcvT_1 COG0404 Aminomethyltransferase ATGTCCACCGAACAATTGATGAAAACCCCGCTGCACGCGCTGCACCTTGAGCTGGGCGCGCGCATGGTGCCATTTGCCGGCTACGACATGCCCGTGCAATACCCGCTGGGCGTCATGAAAGAACACCAGCACACCCGTGATCAGGCCGGGCTGTTCGATGTGTCCCACATGGGCCAGATCCGCCTGACCGGCGCCGATGCCGCCAAAGCCCTGGAGACACTGGTGCCGGTGGACATCATCGACCTGCCGGTGGGCATGCAGCGCTACGCCATGTTCACCAACGATAACGGCGGCATCCTTGACGACCTGATGGTCGCCAACCTGGGCAATGACGAACTGATCCTGGTGGTCAACGCCGCCTGCAAGCATCAGGACCTGGCCCACCTGCAAGCGAAAATCGGCGACCGGTGCAGCATCGAACCGCTGTTCGAAGCCCGCGCCCTGCTCGCCCTGCAAGGCCCGGCCGCCGTCAGCGTACTCTCGCGCCTGGCGCCGGACGTGGCGAAAATGACCTTCATGCAGTTCCAGCGCGTCACGCTGCTGGGCGTGGATTGTTTTGTCAGCCGTTCGGGCTACACCGGCGAAGACGGTTTCGAGATTTCCGTGCCAGCCGCCGACGCGGAAAAACTCGCCCGCGCCCTGCTGGCCGAACCGGAAGTCGCGGCCATTGGCCTCGGTGCCCGCGACTCCCTGCGCCTGGAAGCCGGCCTGTGCCTTTATGGCCACGACATGAACACCGAAACCACGCCGATCGAAGCCAGCCTGCTCTGGGCCATTTCCAAAGTGCGCCGTGCCGACGGTGCCCGCGCCGGTGGGTTCCCCGGGGCTGAGACCATCTTCGCCCAACAACAGAGCGGCGTCAGCCGCAAACGCGTCGGCCTGCTGCCCCAGGAACGCACACCGGTGCGCGAGGGCGCGGAGATCGTCAACGAAGCTGGCGAGAACATCGGCACCGTATGCAGCGGCGGTTTTGGCCCGACGCTGGGCGGTCCGTTGGCCATGGGCTATCTGGACAGCGCCTACGTGGCAATGGATACACCGGTCTGGGCCATTGTGCGTGGGAAAAAGGTGCCCATGCTTGTAAGCAAAATGCCATTTGTCGCACAGCGCTACTACCGTGGTTGA MSTEQLMKTPLHALHLELGARMVPFAGYDMPVQYPLGVMKEHQHTRDQAGLFDVSHMGQIRLTGADAAKALETLVPVDIIDLPVGMQRYAMFTNDNGGILDDLMVANLGNDELILVVNAACKHQDLAHLQAKIGDRCSIEPLFEARALLALQGPAAVSVLSRLAPDVAKMTFMQFQRVTLLGVDCFVSRSGYTGEDGFEISVPAADAEKLARALLAEPEVAAIGLGARDSLRLEAGLCLYGHDMNTETTPIEASLLWAISKVRRADGARAGGFPGAETIFAQQQSGVSRKRVGLLPQERTPVREGAEIVNEAGENIGTVCSGGFGPTLGGPLAMGYLDSAYVAMDTPVWAIVRGKKVPMLVSKMPFVAQRYYRG PGPT0008130_1831 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605 NA NA D1-35_01585 1377 sdaB_1 COG1760 L-serine dehydratase 2 ATGTCGTTAAGCGTGTTCGACCTGTTCAAGATCGGCATCGGCCCTTCCAGCTCCCACACGGTTGGCCCGATGCGTGCCGCGGCCCGGTTCGTCGAAGGGCTGCGCCGTGATGACCTGCTCAAGACCACTGCCAGCGTCAAAGTCGAGCTGTATGGCTCCCTCGGTGCCACCGGCAAGGGCCATGGCAGTGACAAGGCCGTGCTGCTGGGCCTGGAAGGCGAGCACCCGGACACCGTGGACACCGAAACGGTATCCGCCCGGCTCCAGGAGATTCGCAGCAGCGGTCGCCTGAACCTGCTCGGCGAACACCCCATCGAATTCAACGAAAAACTGCACCTGGCGATGATCCGCAAACCGTTGGCCTTCCACCCCAACGGCATGATCTTCCGCGCCTTCGACGCCGCCGGGCTGCAAGTGCGCAGCCGCGAGTACTACTCGGTGGGTGGCGGTTTTGTGGTCGACGAAGGCGCCGCCGGTGCCGACCGTATCGTCGAGGATGCAACGCCCCTGACCTTCCCGTTCAAAAGCGCCAAGGACCTGCTCGCCCATTGCACCACTTACGGCCTGTCCATCAGCCAGGTGATGCTGACCAACGAAAGTGCCTGGCGCCCCGAAGCCGAAACCCGCGCCGGCCTGCTGAAGATCTGGCAGGTCATGCAGGATTGCGTGGCGGCCGGCTGTCGCAATGAAGGGATCCTGCCGGGCGGGCTGAAGGTCAAGCGACGGGCCGCCGCGCTGCATCGCCAGCTGTGCAAGAACCCCGAAGCGGCATTGCGTGATCCGTTGTCCGTGCTCGACTGGGTCAACCTGTATGCCTTGGCCGTCAACGAAGAAAACGCCTACGGCGGACGCGTTGTCACCGCGCCGACCAATGGCGCGGCAGGCATCGTTCCGGCCGTGCTGCATTACTACATGCGCTTCATTCCCGGGGCCAACGAGGATGGCGTGGTGCGGTTCCTGCTGACGGCCGCCGCCATTGGCATCCTCTACAAGGAAAACGCTTCCATTTCCGGCGCCGAGGTCGGCTGCCAGGGCGAAGTCGGCGTGGCCTGTTCCATGGCGGCCGGCGCTCTGTGCGAAGTCTTGGGCGGCACCGTGCAACAAGTGGAAAACGCCGCCGAAATCGGCATGGAACACAACCTCGGCCTGACCTGCGACCCCATTGGCGGCCTCGTCCAGGTGCCCTGCATCGAGCGCAACGCCATGGGCTCGGTGAAAGCCATCAACGCGGTGCGCATGGCCATGCGCGGCGACGGGCATCACTTCGTCTCCCTCGACAAAGTCATCCGCACCATGCGCCAGACCGGCGCCGACATGAAAAGCAAATACAAGGAGACCGCCCGCGGCGGTCTGGCGGTCAACATCATCGAATGCTGA MSLSVFDLFKIGIGPSSSHTVGPMRAAARFVEGLRRDDLLKTTASVKVELYGSLGATGKGHGSDKAVLLGLEGEHPDTVDTETVSARLQEIRSSGRLNLLGEHPIEFNEKLHLAMIRKPLAFHPNGMIFRAFDAAGLQVRSREYYSVGGGFVVDEGAAGADRIVEDATPLTFPFKSAKDLLAHCTTYGLSISQVMLTNESAWRPEAETRAGLLKIWQVMQDCVAAGCRNEGILPGGLKVKRRAAALHRQLCKNPEAALRDPLSVLDWVNLYALAVNEENAYGGRVVTAPTNGAAGIVPAVLHYYMRFIPGANEDGVVRFLLTAAAIGILYKENASISGAEVGCQGEVGVACSMAAGALCEVLGGTVQQVENAAEIGMEHNLGLTCDPIGGLVQVPCIERNAMGSVKAINAVRMAMRGDGHHFVSLDKVIRTMRQTGADMKSKYKETARGGLAVNIIEC PGPT0001975_1919 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D1-35_01586 2850 gcvP Glycine dehydrogenase (decarboxylating) ATGACCGTAAATCTCGGCACCGCCAACGAATTCATCGCCCGTCATATCGGCCCTCGGGCCAGCGACGAGCAAGCCATGCTCGAGCGCCTGGGTTTCGACTCCCTGGAAGCCCTGAGCGCCAGCGTCATCCCGGAAAGCATCAAGGGCACCAGCGTGCTGGACATGGGCGACGGCCAGAGCGAAGCCGATGCACTGGCCTCGATCAAGGCCATCGCCGGCAAGAACCAACTGTTCAAGACCTACATCGGCCAGGGTTACTACAACTGCCACACCCCAGCGCCGATCCTGCGCAACCTCCTGGAAAACCCGGCCTGGTACACCGCCTACACGCCGTACCAGCCGGAAATTTCCCAGGGCCGTCTTGAAGCGCTGCTGAATTTCCAGACCTTGATCAGCGACCTCACCGGCCTGCCGATCGCCAACGCCTCGCTGCTCGACGAAGCCACCGCCGCTGCCGAAGCCATGACCTTCTGCAAACGCCTGAGCAAGAACAAGGGCAGCAATGCTTTCTTCGCCTCCCGCCATTGCCACCCGCAGACCCTCGACGTGCTGCGCACCCGTGCCGAGCCCCTGGGTATCGACGTGGTGGTCGGTGATGAACGCGAACTGAGCGACGTCAGCGGCTTTTTTGGCGCACTGTTGCAATACCCGGCCAGCAACGGTGACCTGTTCGACTACAGCGAGCTGACCGAACGCTTCCACGCCGCCAATGCCCTGGTGGCCGTCGCGGCTGACCTGCTGGCCCTGACACTGCTGACCGCCCCCGGCGAATTCGGTGCAGACGTGGCCATCGGCAGCGCCCAGCGCTTCGGCGTGCCACTGGGTTTCGGCGGCCCGCACGCGGCGTATTTCTCCACCAAGGATGCGTTCAAGCGCGACATGCCGGGCCGTCTGGTCGGCGTGTCCGTAGACCGTTTCGGGAAGCCGGCCCTGCGCCTGGCGATGCAGACCCGCGAGCAACACATCCGCCGCGAGAAAGCCACCAGCAACATCTGCACCGCCCAGGTGCTGCTTGCCAACATCGCCAGCATGTACGCGGTGTATCACGGCCCCAAAGGCCTGGTGCAGATTGCCAACCGCATCCACCACCTGACCGCGATCCTCGCCAAGGGCCTGGGCGCGCTGGGCCTGAGCGTCGAGCAAGAGAGCTTCTTCGACACCCTGACCCTGCACACCGGCGCACAGACTGCCGCCCTGCACGACAAGGCCCACGCTCAACGCATCAACCTGCGCGTGGTGGATGCAGAACGCCTGGGCCTGTCCCTGGACGAGACCACCAGCCAGGCTGATATCGAGGCATTGTGGAGCCTGTTGGCCGACGGCAAGGCCCTGCCGGACTTCGCCTCCCTCGCCGCCAGCGTGCAAAGCCGCATCCCGGCCGAACTGGTGCGCCAATCGGCGATCCTCAGCCACCCGGTGTTCAACCGCTACCATTCCGAAACCGAGCTGATGCGTTATCTGCGCAAGCTCGCCGACAAGGACCTGGCCCTGGATCGCACCATGATCCCGCTGGGTTCCTGCACCATGAAACTCAACGCCGCCAGCGAAATGATCCCGGTGACCTGGGCCGAATTCGGCGCCCTGCACCCGTTCGCCCCGGCCGAGCAGAGCGCCGGCTACCAGCAATTGACCGACGAGCTGGAAGCGATGCTCTGCGCCGCCACCGGCTATGACGCGGTGTCGCTGCAACCCAACGCCGGTTCCCAAGGTGAGTACGCTGGCCTGCTGGCAATCCGCGCCTACCACCAGAGCCGTGGCGAAGACCGTCGCGACATCTGCCTGATCCCGTCCTCCGCCCACGGCACCAACCCGGCCACCGCCAACATGGCCGGCATGCGCGTGGTCGTGACCGCGTGCGATGCCCGTGGCAACGTCGACATCGAAGACCTGCGCGCCAAGGCCATCGAACACCGCGAACACCTCGCCGCGCTGATGATCACCTACCCGTCCACCCACGGCGTGTTCGAAGAAGGCATCCGCGAAATCTGCGGCATCATTCATGACAACGGCGGCCAGGTGTACATCGACGGCGCCAACATGAACGCCATGGTCGGCCTTTGCGCCCCAGGCAAGTTCGGCGGCGACGTGTCGCACCTGAACCTGCACAAGACCTTCTGCATCCCTCACGGCGGTGGCGGCCCGGGCGTCGGCCCGATCGGCGTCAAGTCGCACCTGGCACCGTTCCTGCCCGGCCATGCGAACATGGAGCGCAAGGAAGGCGCGGTGTGCGCGGCGCCGTTCGGCAGTGCGAGCATTTTGCCGATCACCTGGATGTACATCCGCATGATGGGCGGCGCCGGCCTCAAGCGCGCCTCGCAACTGGCGATCCTCAACGCCAACTACATCGCCCGTCGCCTGGAAGAGCACTACCCGGTGCTCTACTCCGGCAGCAACGGCCTGGTGGCCCACGAATGCATCCTCGATTTGCGTCCGCTCAAGGACAGCAGCGGCATCAGCGTCGATGACGTCGCCAAGCGCCTGATCGACTTCGGCTTCCACGCGCCGACCATGTCGTTCCCGGTGGCCGGCACATTGATGATCGAGCCGACCGAAAGCGAATCCAAGGAAGAACTGGACCGCTTCTGCGACGCCATGATCTGCATCCGTGAAGAAATCCGCGCGGTGGAGAACGGCAGCCTCGACAAAGACGACAACCCACTGAAAAACGCCCCGCACACCGCGGCGGAACTCGTCGGCGAGTGGACTCACCCCTACAGCCGCGAACAGGCCGTGTACCCGGTGGCGTCGTTGATCGAAGGCAAGTACTGGCCGCCCGTGGGCCGGGTCGACAACGTGTTCGGCGACCGCAACCTGGTCTGCGCCTGCCCGTCGATCGAAAGCTACGCTTGA MTVNLGTANEFIARHIGPRASDEQAMLERLGFDSLEALSASVIPESIKGTSVLDMGDGQSEADALASIKAIAGKNQLFKTYIGQGYYNCHTPAPILRNLLENPAWYTAYTPYQPEISQGRLEALLNFQTLISDLTGLPIANASLLDEATAAAEAMTFCKRLSKNKGSNAFFASRHCHPQTLDVLRTRAEPLGIDVVVGDERELSDVSGFFGALLQYPASNGDLFDYSELTERFHAANALVAVAADLLALTLLTAPGEFGADVAIGSAQRFGVPLGFGGPHAAYFSTKDAFKRDMPGRLVGVSVDRFGKPALRLAMQTREQHIRREKATSNICTAQVLLANIASMYAVYHGPKGLVQIANRIHHLTAILAKGLGALGLSVEQESFFDTLTLHTGAQTAALHDKAHAQRINLRVVDAERLGLSLDETTSQADIEALWSLLADGKALPDFASLAASVQSRIPAELVRQSAILSHPVFNRYHSETELMRYLRKLADKDLALDRTMIPLGSCTMKLNAASEMIPVTWAEFGALHPFAPAEQSAGYQQLTDELEAMLCAATGYDAVSLQPNAGSQGEYAGLLAIRAYHQSRGEDRRDICLIPSSAHGTNPATANMAGMRVVVTACDARGNVDIEDLRAKAIEHREHLAALMITYPSTHGVFEEGIREICGIIHDNGGQVYIDGANMNAMVGLCAPGKFGGDVSHLNLHKTFCIPHGGGGPGVGPIGVKSHLAPFLPGHANMERKEGAVCAAPFGSASILPITWMYIRMMGGAGLKRASQLAILNANYIARRLEEHYPVLYSGSNGLVAHECILDLRPLKDSSGISVDDVAKRLIDFGFHAPTMSFPVAGTLMIEPTESESKEELDRFCDAMICIREEIRAVENGSLDKDDNPLKNAPHTAAELVGEWTHPYSREQAVYPVASLIEGKYWPPVGRVDNVFGDRNLVCACPSIESYA PGPT0020480_2847 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020480-gcvP-K00281 NA NA D1-35_01587 384 gcvH_1 COG0509 Glycine cleavage system H protein ATGAGCGAGTTGCGTTTTACTGAAGATCACGAATGGCTGCGCACCGAAGCAGACGGCAGCGTCACCGTAGGCATTACCGCCTTCGCGCAGAACGCATTGGGCGACGTGGTTTTTGTGCAACTGCCTGAATTGCACTCCTACGCCAAGGGCGACGAAGCCTCCACGGTTGAATCGGTAAAAGCCGCCAGCGGTGTGTACATGCCGCTGGACGGTGAAGTGCTTGAAGTGAACGACAAGCTCGACGGCAGCCCGGAACTGGTCAATGAAGATCCGCTGGGCGAAGGCTGGTTCTTCCGCTTTAAACCGACCGACGCCGACGCAGTGGCTAAGCTGTTGGATCAAGACGCCTACGATCGCCTGATCAAAGCCAACGCCGAAGCCTGA MSELRFTEDHEWLRTEADGSVTVGITAFAQNALGDVVFVQLPELHSYAKGDEASTVESVKAASGVYMPLDGEVLEVNDKLDGSPELVNEDPLGEGWFFRFKPTDADAVAKLLDQDAYDRLIKANAEA NA NA NA NA NA D1-35_01588 1509 tyrR_2 Transcriptional regulatory protein TyrR ATGCGCATCCACGTCAGTTTCATCGACCGCGTCGGCATCACCCAGGAAGTCCTGGCCTTGCTCGGTGGGCGCAATTTGAACCTGGATGCGGTGGAGATGGTGCCGCCCAACGTCTACATCGATGCCCCGACCCTCAGCCCGCAGGTGCTCGACGAACTGCGCGAGGCACTGTTCAGCGTGCGCGGCGTGCAGGCGGTCACCGTGGTGGACATTCTGCCGGGGCAACGCCGACACTTGCAGCTCGATGCCTTGCTCGCCGCCATGACCGACCCGGTGCTGGCCCTCGACAGCGCCGGCAAGGTGCTGCTCGCCAACCCCGCGCTGATCGCCTTGTACGGTCGGGAACCGGCCGGGGAAAGCGTGGCCGAGCTGTTCGGCGACACGGCGCTGCTGGACGCGCTGCTGGAAAACGGCTTTCGCCTGCCGCTGCGGGAAATCACCCTCAACGGCCAGACCTTGTTGCTGGACGCCACGCCCATCACCGATGCCGGGGCGCTGCTGACGCTTTATCAGCCAAACCGCATCGGCGAACGCCTGTCGGCGCTGCATCACGACCACGCCGAGGGTTTCGATGCGCTGCTGGGCGAATCCCCGGCGATCCGCACGCTCAAGGCCCGGGCCCAGCGCGTCGCGGCCCTGGATGCGCCGCTGCTGATCCAGGGTGAGACCGGTACCGGCAAGGAACTGGTGGCCCGCGCTTGCCACGCCATCAGCGCCCGCCACGGCGCGCCATTCCTGGCCCTGAACTGCGCCGCGTTGCCGGAGAACCTCGCCGAAAGCGAACTGTTCGGCTATGCCCCCGGCGCCTTCACCGGCGCCCAGCGCGGCGGCAAGCCGGGGCTGATGGAACTGGCGAACCAGGGCACGGTGTTTCTCGATGAAATCGGCGAGATGTCGCCGTACCTGCAAGCCAAGCTGCTGCGTTTCCTCAATGACGGCAGCTTTCGCCGTGTGGGTGGCGATCGGGAGATCAAGGTCAATGTGCGGATCCTCAGCGCCACCCACCGCAACCTGGAGAAAATGGTCAGCGAAGGCTCGTTTCGCGAAGACTTGTTCTACCGCCTGAACGTGCTCAACGTCGAAGTCCCGCCGCTGCGTGAGCGCGGCCAGGACATCCTGCTGCTGGCGCGTTATTTCATGCAGCAGGCCTGCGCGCAGATCCAGCGCCCGGTCTGTCGGTTGGCCCCCGGCACCTATCCGGCATTGCTGGGCAATCGCTGGCCGGGCAATGTGCGGCAACTGCAGAACGTGATCTTCCGCGCCGCCGCCATCTGCGAAAGCAGCCTGGTGGACATCGGCGACCTCGACATCGCCGGCACCTCCGTGGCGCGCCAGGGCGATGTGGAAGTCGAAAGCCTGGAGCAAGCCGTCGAAGCGTTCGAGAAGCAATTGCTCGAATCGCTGTATGCCAACTACCCCTCTACTCGCCAACTGGCCAGTCGCTTGCAGACCTCCCATACCGCGATTGCCCATCGGTTGCGCAAGTACGGTATTTCCAACAAACCATAA MRIHVSFIDRVGITQEVLALLGGRNLNLDAVEMVPPNVYIDAPTLSPQVLDELREALFSVRGVQAVTVVDILPGQRRHLQLDALLAAMTDPVLALDSAGKVLLANPALIALYGREPAGESVAELFGDTALLDALLENGFRLPLREITLNGQTLLLDATPITDAGALLTLYQPNRIGERLSALHHDHAEGFDALLGESPAIRTLKARAQRVAALDAPLLIQGETGTGKELVARACHAISARHGAPFLALNCAALPENLAESELFGYAPGAFTGAQRGGKPGLMELANQGTVFLDEIGEMSPYLQAKLLRFLNDGSFRRVGGDREIKVNVRILSATHRNLEKMVSEGSFREDLFYRLNVLNVEVPPLRERGQDILLLARYFMQQACAQIQRPVCRLAPGTYPALLGNRWPGNVRQLQNVIFRAAAICESSLVDIGDLDIAGTSVARQGDVEVESLEQAVEAFEKQLLESLYANYPSTRQLASRLQTSHTAIAHRLRKYGISNKP NA NA NA NA NA D1-35_01589 906 dmlR_8 HTH-type transcriptional regulator DmlR ATGGATCGTCTACAAGCAATGCGGGTGTTCGTAACCGTGGTGGACCTGGGCAGCCAATCGGCGGCGGCCGAACATCTTGACCTGTCGCGACCGGTGGTGTCGCGGTACCTGGCGGAGCTGGAAGACTGGGTCGGTGCTCGGCTCATGCACCGCACCACGCGCAAACTGAGCCTGACGGCCGCCGGCTCGGAGATCCTACCGCGCTGCCGACAGATGCTCGAACTGTCCGGCGACATCCAAGCCGCCGTCAGCACGCCGGAAGACGCGCCCCGGGGCATGCTGCGCATCACCGCCAGCCCGTCGTTCGGCCAGTCCCAGCTGGCGTCAGCCATGGCCGAGTTCGTCAAGCGCTACCCGGGGGTAAGCGTCGACCTGCAGATGCTCGATCGCACGGTGAACCTGGTGGATGAGCGCATAGACCTGGCGATCCGCATGAGCAACGATCTCGATCCCAACCTGATCGCCCGGCGCCTCACGGTGTGCCGCTCGGTGATCTGCGCCTCGCCCCGTTACCTGCGCGAGCAGCCGACACCGCAACGGGTGGAGGATTTGAGCCGGCACAACTGCCTGACCCATTCCTACGTCGGCAAGAGCTTGTGGCATTTCGAGCAGGACGGCGAACAGATCGCGGTGCCGGTGCAGGGCAACATCAGCGCCAACGAAGCCAGCACGCTGCTCCAGGCAACGATCGCCGGGGCTGGCGTGGCGATGCTGCCCAGCTACCAGGCCGGCCCTTATCTGCGCAGTGGTGAACTGGTGCGCCTGCTGGCCCACGCCGAACCGCGGCTGATGAACATGTATGCGGTGTATGCATCGCGCAAGCACATGCCCTCGGCGCTGCGTTGCCTGGTGGATTTTCTGGTGCTGAAGTTTCCCGAGACGCCTGAGTGGGATGACGGGCTATAA MDRLQAMRVFVTVVDLGSQSAAAEHLDLSRPVVSRYLAELEDWVGARLMHRTTRKLSLTAAGSEILPRCRQMLELSGDIQAAVSTPEDAPRGMLRITASPSFGQSQLASAMAEFVKRYPGVSVDLQMLDRTVNLVDERIDLAIRMSNDLDPNLIARRLTVCRSVICASPRYLREQPTPQRVEDLSRHNCLTHSYVGKSLWHFEQDGEQIAVPVQGNISANEASTLLQATIAGAGVAMLPSYQAGPYLRSGELVRLLAHAEPRLMNMYAVYASRKHMPSALRCLVDFLVLKFPETPEWDDGL NA NA NA NA NA D1-35_01590 879 hypothetical protein ATGACCGGATTCACCCCAATCAAACGCCTGCTGCTGGCGACCGCCGCCTTGGCCTTCACCGCCCAGGCCTGGGCGGCCGACTTGACGCTCGATGTCTATAACCCCGGCGCCGCGGCGATTTTTCCGGTGACTTCGGTTCTGGTCAGCGGCGACAAGGAGGCAATCCTGGTGGACGCCCAGTTCGGCAAGGCCCAGGCCGAGCAGGTCGTGGAGAAAATCCGCGCCAGCGGCAAACGGCTGACCACGATTTACATCAGCCACGGCGATCCGGACTACTATTTCGGCCTCGAGACCCTGACCTCAGCGTTCCCTGAAGCCAAGGTGCTCGCGTCGGCAGCGACCGTCGAGCACATCCAGCACACCGCCGACGGCAAGTTGAAATACTGGGGGCCGATCCTGAAGGCCGATGCACCGGCCAAGACGCTCGTGCCCCAGGTACTCAAGGGCGACAGCCTGACGCTGGAGGGCAAGCGCTTGCAGATCATCGGCCTCGACGGCCCGCAACCGGACCGCAGCTTTGTCTGGATTCCATCGATCAAGGCAGTGGTTGGCGGCGTGGTGGTGGCGGAAAACATTCACGTCTGGATGGCTGATACCCAGACGCCGCAATCCCACAAGGACTGGCTGGCGACGCTGGCGGGCATTGAAAAACTGCAACCGGCCACGGTGATCCCCGGCCATTACCTGGGTGAAAGTGCCCGCTCCCTGAAGCCGGTGCGCTTCACCGCCGACTACATCAAGGCCTTCGACGAGGAGACCGCCAAGGCCAAGGATTCCGCTGCGCTGATCGCCGCGATGAAACTACGCTATCCCAACCTGGGGGAGGACAGCTCCCTGGAGCTCAGCGCCAAGGTCGCGAAGGGCGAGATGAAGTGGTGA MTGFTPIKRLLLATAALAFTAQAWAADLTLDVYNPGAAAIFPVTSVLVSGDKEAILVDAQFGKAQAEQVVEKIRASGKRLTTIYISHGDPDYYFGLETLTSAFPEAKVLASAATVEHIQHTADGKLKYWGPILKADAPAKTLVPQVLKGDSLTLEGKRLQIIGLDGPQPDRSFVWIPSIKAVVGGVVVAENIHVWMADTQTPQSHKDWLATLAGIEKLQPATVIPGHYLGESARSLKPVRFTADYIKAFDEETAKAKDSAALIAAMKLRYPNLGEDSSLELSAKVAKGEMKW NA NA NA NA NA D1-35_01591 615 hypothetical protein ATGAGCAAAATCGCAATCATCGGCGCCACCGGCCGGGCCGGCAGCCAGCTGTTGGAAGAGGCCCTGCGACGCGGCCACAGCGTGACGGCCATTGCCCGCAATACGACCAAGATCGGCGAGCGGGTCGGCGTGGTCAGCAAGCAACTGGACGTACTGGACAGCGAGGCGTTGGCCGCAGCAGTCGCCGGCCATGACGTGGTAATCAGCGCCGCGCACTTTGCCACTGTGCCGGCCGATAAGGTCATCGCACCGGTGAAAGCCGCCGGGGTCAAGCGCCTGCTGGTGGTGGGCGGTGCCGGTTCGTTGTTGCTGCCGGATGACAGCCGTGTGATCGACAGCGAGGGCTTCCCGGAGGAATACCTGGCCGAAGCCAGCGCCGGTGCAATGTTCCTCGACGTGTTGCGCAAGGAACAGGACCTGGATTGGACCTTCCTCTCGCCCTCGGCGGAGTTCGTCGAAACCGAGCGCACCGGGCAGTTCCGTGTCGGCAAGGATCACTTGTTGTTCGACCAGGCCGGACGCAGTTGGATCAGCTTTGCCGACTACGCCATTGCGATGATCGATGAAATCGAAACGCCGCAGTTTTCACGGACGCGGTTTACCGTCGGCTATTGA MSKIAIIGATGRAGSQLLEEALRRGHSVTAIARNTTKIGERVGVVSKQLDVLDSEALAAAVAGHDVVISAAHFATVPADKVIAPVKAAGVKRLLVVGGAGSLLLPDDSRVIDSEGFPEEYLAEASAGAMFLDVLRKEQDLDWTFLSPSAEFVETERTGQFRVGKDHLLFDQAGRSWISFADYAIAMIDEIETPQFSRTRFTVGY PGPT0020900_1562 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020900-putative_saccharopine_dehydrogenase-K07118 NA NA D1-35_01592 339 ydgC COG3136 Inner membrane protein YdgC GTGGATCTGATTTTCAAGGCGGCGCTCGGCGCGGCCGTAGTGGTCATCCTGGCGATGCTCGCCAAGACCAGGAATTATTACATCGCCGGGCTGGTGCCGCTGTTTCCGACGTTCGCCCTGATCGCCCACTACATCGTCGGCAAGGGCCGCTCGGTGGACGACCTGAAGACCACCATCGTGTTCGGCATGTGGTCGATCATTCCGTACTTCGTCTATCTTGCGACGCTGTACTTGATGGTCGACCGCATGCGCCTCGAAGCTTCATTGGCCGTAGCAGCCGTCGCCTGGCTGATGGCGGCGACGGTGCTGGTCAGCGTCTGGGTGCGGCTTCACGGCTGA MDLIFKAALGAAVVVILAMLAKTRNYYIAGLVPLFPTFALIAHYIVGKGRSVDDLKTTIVFGMWSIIPYFVYLATLYLMVDRMRLEASLAVAAVAWLMAATVLVSVWVRLHG NA NA NA NA NA D1-35_01593 1329 dctD_2 C4-dicarboxylate transport transcriptional regulatory protein DctD ATGAACAACGACCTGAGCGTTCTGATCGTCGAAGACGACCCCCATGTCCTGTTGGGCTGCCAACAGGCCCTGACCCTGGAAGACATTCCCTGCGTGGGCGTGGGCAGCGCCGAAGAGGCCCTGGAACGGGTTGGCGATGATTTTGCAGGTATCGTCATCAGTGACATCCGGCTGCCGGGCATCGATGGGCTGGAACTGCTGACCCGGCTCAAGGCCCGCGACCGCAGCCTGCCAGTGGTGTTGATCACCGGCCACGGCGACATCTCCATGGCCGTCGGCGCCATGCAGAAAGGCGCCTACGATTTCATGGAAAAACCCTTCTCTCCCGAACGCCTGGTGGACGTCGCCCGCCGCGCCCTGGAGCAACGCAGCCTGGCCCGGGAAGTTTCAACGCTGCGCAGGAAACTGGCCGAACGCGATTCGCTGGAAGGCCGGATCATTGGCCGTTCGCCGGCCATGCAGCATTTGCGAGCACTGATCGCCAATGTCGCCGATACCTCGGCCAACGTACTGATCGAGGGCGAAACCGGCACCGGCAAGGAGCTGGTCGCCCGCTGCCTGCATGATTTCAGCCGACGCCACGACAAACAGTTCGTCGCGCTGAACTGCGGGGGGCTGCCGGAAAACCTGTTCGAAAGCGAGATTTTCGGTCACGAGGCCAACGCCTTCACCGGTGCGGGCAAACGTCGGATCGGCAAGATCGAGCACGCCGATGGCGGCACGCTGTTTCTCGATGAAGTGGAAAGCATGCCCCTGCCCTTGCAGATCAAGCTGCTGCGGGTATTGCAGGAACGCACCCTGGAGCGCCTGGGTTCGAACCAGAGCGTGGCCGTGGATTGTCGCGTGATCGCCGCCACCAAGTCCGACCTCGACGAAATGGGCCGGGCCGGGCAGTTCCGCAGCGACCTGTATTACCGCCTCAACGTGGTCACCCTGGAACTGCCGCCCCTGCGCGAACGGCGCGAGGACATCCTGCAACTGTTCGAGCATTTCCTCCAGCAATCGTCCCTGCGCTTCGACCGCACGGTGCCGGAGCTGGACAACCAGACCCTGTCGAACCTGATGAGCCATGACTGGCCGGGCAACGTACGTGAACTGCGCAACGTCGCCGAGCGTTATGCCCTTGGCCTGCCCGCTTTCAAGAAGTCCGGCGCCAGCGCGGGCAGCCAGGGCCTGGCTTTCGCCGAAGCGGTGGAAGCCTTCGAGCGCAACCTGTTGGTGGACGCATTGCAACGCAGCGGCGGCAACCTGACCCAGGCCAGCCAGGAACTGGGCATGGCCAAGACCACGCTGTTCGACAAAGTCAAAAAATATGGCTTGAGCCACTGA MNNDLSVLIVEDDPHVLLGCQQALTLEDIPCVGVGSAEEALERVGDDFAGIVISDIRLPGIDGLELLTRLKARDRSLPVVLITGHGDISMAVGAMQKGAYDFMEKPFSPERLVDVARRALEQRSLAREVSTLRRKLAERDSLEGRIIGRSPAMQHLRALIANVADTSANVLIEGETGTGKELVARCLHDFSRRHDKQFVALNCGGLPENLFESEIFGHEANAFTGAGKRRIGKIEHADGGTLFLDEVESMPLPLQIKLLRVLQERTLERLGSNQSVAVDCRVIAATKSDLDEMGRAGQFRSDLYYRLNVVTLELPPLRERREDILQLFEHFLQQSSLRFDRTVPELDNQTLSNLMSHDWPGNVRELRNVAERYALGLPAFKKSGASAGSQGLAFAEAVEAFERNLLVDALQRSGGNLTQASQELGMAKTTLFDKVKKYGLSH PGPT0000800_77 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000800-aauR-K17061 NA NA D1-35_01594 1902 dctB_2 C4-dicarboxylate transport sensor protein DctB ATGAAATGCGACCCCACCCTCTATCGCGCCGCGCCGCCATCACTTGCCGTGAAACCCCGCCTGATCCGCCACCTGTTCCTGCCGCCGCTGGTCATTGCGCTGATGATCGGCCTGGGTTACCTCGGCTTCTGGATCAGCGAGCACTACGGCATTCGCGGCCTGGCCGAGAATGGCGAACGCCAGCTGGAACTGCATGCCCGTGCGGTGGAAAGCGAGATCAGCAAATACACCTATCTGCCCAGCCTGCTGGAACTTGAATCCAGCGTCTCGAAACTGCTCGACGACCCGACACCCGAGCACCGCAAGACCGTCAATGAATACCTCGAAGGCCTGAATCGGCGCAGCCGTAGCCGGGCCATCTATGTCATGGACACCACCGGCCGGGTGATGGCCACCAGCAACTGGCGCGACGTCGACAGTTACCTGGGCGAAGACCTGTCATTTCGCGCCTACTTCCAGAACGCCGTTCGCGGCCAGCCGGGACGCTTCTACGGCATCGGCAGCACCAACGGCGAGCCGGGCTACTACCTGGCCCATGGGCTGGAAGAAAGGGGCAAGATCATCGGCGTGGCCGTGGTCAAGGTGCGTCTCGAAGCCATGGAGGAACGCTGGCAGCGAGCACGCCTGGAAGCCTTCGTCAGCGACGAGAACGGCATCATCATCCTCTCCAGCGATCCGGCGCGACGGCTCAAGTCCGTACGGCCGCTGAGCGACGAAACCAAGGAACGCCTGGCCCGCAGCCTGCAATATTACTGGTTCCCGCTGAACGAACTGATCCCCTTGGCCCGCGAGCAACTGGCCGAAGGCATGGAGAAGCTGACCTTCCCCGCCAATACCGAAATCGCCGCCGACCAGCAGGCCACCAGCTACCTCTCGCAAACCCGGCCGTTGAGCGACACGCCGTGGAATTTCACCTTGCTCACCCCGCTTGAAGACCTGCGCCGCCAAGCGATCAACCAGGGCATCCTGGTGGCCGTGGCGTTTGCCCTGGTGGCCTTCCTGCTGATCGCCTGGAACGAGCGGCGCAAGGTGATTGCCACCCGCCTCGCCGCCCGCGAAGCGTTGCAGGAAGCCAACAACCAGCTCGAACGTCGGATTACCGAACGCACCACCGACCTGCGGGCCAGCAACGAGCGGCTCAAAGGCCAGATCCGCGAACGCCGGCAAGCGGAAGAGACCCTGCGCCGCGCCCAGGACGAACTGGTACAGGCCGGCAAGTTGGCGGCCATCGGCCAGATGTCCACCAGCATCGCTCATGAACTCAACCAGCCGCTGGCTGCGTTGCGCACGTTGTCCGGCAACACGGTGCGCTTCCTGGAGCGCGGCCAACTGGACATTGCCAGCGCCAACCTCAGGACCATCAACGACCTGATCGATCGCATGGGCCGGATCACCGCCAGCCTGCGTGCCTTTGCCCGGCGCGGTGACGACAAAGGCCGGGCCAGCCTGGGCAAGGCCGTCGAGGCCGCGCTGCAATTGCTCGGGGCGCGTCTGGAAAAACTTGGCGTCCAGACACAGACAGCTTTCGAAGACGTCCAGCTGCAAATCGACCAGACACGCTTGGAGCAGATTCTGGTGAATCTGATTGGCAACGCCCTGGACGCGATGCAAGTCCAACCCGAGCCAAGACTGTGGCTCGCCGGTGAGATGAGCGATGGCAAATACCGCCTGCGGGTGCGCGATAACGGCCACGGCATCGATCCGCAGGCACGCAAGCATCTGTTCGAACCTTTCTTCACCACCAAGCCCGGCGAACAAGGCCTGGGCCTCGGCCTGACGCTTTCGGCGAGCCTGTGCGCCGCCGCGGGCGGGCACCTGGGCGTCGAGCACCCGGACGATGGTGGCACCACGTTTGTCCTCAGTTTACCGTTGGTAAGCCTTCCACCTGCCGAGCCGCTATGA MKCDPTLYRAAPPSLAVKPRLIRHLFLPPLVIALMIGLGYLGFWISEHYGIRGLAENGERQLELHARAVESEISKYTYLPSLLELESSVSKLLDDPTPEHRKTVNEYLEGLNRRSRSRAIYVMDTTGRVMATSNWRDVDSYLGEDLSFRAYFQNAVRGQPGRFYGIGSTNGEPGYYLAHGLEERGKIIGVAVVKVRLEAMEERWQRARLEAFVSDENGIIILSSDPARRLKSVRPLSDETKERLARSLQYYWFPLNELIPLAREQLAEGMEKLTFPANTEIAADQQATSYLSQTRPLSDTPWNFTLLTPLEDLRRQAINQGILVAVAFALVAFLLIAWNERRKVIATRLAAREALQEANNQLERRITERTTDLRASNERLKGQIRERRQAEETLRRAQDELVQAGKLAAIGQMSTSIAHELNQPLAALRTLSGNTVRFLERGQLDIASANLRTINDLIDRMGRITASLRAFARRGDDKGRASLGKAVEAALQLLGARLEKLGVQTQTAFEDVQLQIDQTRLEQILVNLIGNALDAMQVQPEPRLWLAGEMSDGKYRLRVRDNGHGIDPQARKHLFEPFFTTKPGEQGLGLGLTLSASLCAAAGGHLGVEHPDDGGTTFVLSLPLVSLPPAEPL PGPT0000790_44 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000790-aauS-K17060 NA NA D1-35_01595 735 glnQ_3 Glutamine transport ATP-binding protein GlnQ ATGATCTCTATCAAGAACATCAACAAGTGGTATGGGGACTTCCAGGTACTGACCAATTGCAGCACCGAGGTCAGCAAGGGTGAGGTTGTGGTGGTGTGCGGGCCGTCGGGTTCGGGCAAGTCCACGCTGATCAAGTGCGTCAACGCGCTGGAGCCGTTCCAGAAAGGCGACATCGTGGTCGATGGCACCTCCATCGCCGACCCGAAGACCAACCTGCCGAAACTGCGTTCGCGGGTGGGCATGGTGTTCCAGCACTTCGAATTGTTCCCGCACCTGACCATCACCGAAAACCTGACCATCGCGCAGATCAAGGTGCTGGGCCGCAGCAAGGAAGAAGCCACCAAAAAAGGCCTGCAACTGCTTGAGCGCGTCGGCCTGTCCGCCCACGCCCACAAGCACCCGGGCCAGCTTTCCGGCGGCCAGCAACAGCGCGTGGCGATTGCCCGTGCGCTGGCGATGGACCCGGTGGTGATGCTGTTCGACGAACCGACCTCGGCCCTCGACCCGGAAATGGTCAACGAAGTGCTGGACGTGATGGTGCAACTGGCCCACGAAGGCATGACCATGATGTGCGTGACCCACGAAATGGGCTTCGCCCGCAAAGTGGCGAACCGGGTGATCTTCATGGACCAGGGCCAGATCATCGAGGATTGCGAGAAGGAAGAGTTCTTCGGCGACATCAGCGCCCGCTCCGAACGCGCGCAGCATTTCCTTGAGAAAATCCTGCAGCATTAA MISIKNINKWYGDFQVLTNCSTEVSKGEVVVVCGPSGSGKSTLIKCVNALEPFQKGDIVVDGTSIADPKTNLPKLRSRVGMVFQHFELFPHLTITENLTIAQIKVLGRSKEEATKKGLQLLERVGLSAHAHKHPGQLSGGQQQRVAIARALAMDPVVMLFDEPTSALDPEMVNEVLDVMVQLAHEGMTMMCVTHEMGFARKVANRVIFMDQGQIIEDCEKEEFFGDISARSERAQHFLEKILQH PGPT0000765_270 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000765-gltL|aatP-K10004 NA NA D1-35_01596 672 gltK COG0765 Glutamate/aspartate import permease protein GltK ATGGAATTCGACTTCACAGGCATCATCCCGGCCATTCCCGGTTTGTGGAACGGCATGGTGATGACCCTCAAGCTGATGGCCCTGGGTGTCGTTGGCGGGATCATCCTGGGGACGATCCTGGCGCTGATGCGCCTGTCCCACAACAAGCTGGTCTCCAACATCGCTGGCGCCTACGTCAACTATTTCCGCTCGATCCCGTTGCTGCTGGTCATCACCTGGTTCTACCTGGCGGTGCCGTTCGTGCTGCGCTGGATCACCGGTGAAGACACGCCGATCGGCGCGTTCGGCTCTTGCGTCGTGGCGTTCATGATGTTCGAGGCGGCTTACTTCTGCGAAATCGTCCGGGCCGGCGTGCAGTCGATCCCCAAGGGCCAGATGGGCGCGGCACAGGCACTGGGCATGAACTATGGCCAGGTCATGCGCCTGATCATCCTGCCCCAGGCGTTTCGCAAGATGACCCCGCTGTTGCTGCAACAGAGCATCATCCTGTTTCAGGACACCTCGCTGGTCTACACCGTCGGCCTGGTGGACTTCCTCAATGCTTCGCGGGCCAATGGCGACATCATCGGCCGCTCCAATGAGTTCCTGATCATCGCAGGTCTCGTGTACTTCACAATCAGCTTTGCCGCCTCGCTGCTGGTCAAGCGTCTGCAAAAAAGGTTCGCCGTATGA MEFDFTGIIPAIPGLWNGMVMTLKLMALGVVGGIILGTILALMRLSHNKLVSNIAGAYVNYFRSIPLLLVITWFYLAVPFVLRWITGEDTPIGAFGSCVVAFMMFEAAYFCEIVRAGVQSIPKGQMGAAQALGMNYGQVMRLIILPQAFRKMTPLLLQQSIILFQDTSLVYTVGLVDFLNASRANGDIIGRSNEFLIIAGLVYFTISFAASLLVKRLQKRFAV PGPT0000755_553 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000755-gltK|aatM-K10002 NA NA D1-35_01597 747 gltJ COG0765 Glutamate/aspartate import permease protein GltJ ATGAATTACAACTGGGACTGGGGCGTGTTCTTCAAGTCCACCGGCGTGGGCAGCGAGATCTATCTCGACTGGTACGTGGCCGGCCTGGGCTGGACCATAGCCATCGCCGTCGTCGCCTGGATCATCGCCCTGCTGCTGGGCTCGATCCTGGGTGTGATGCGCACCGTGCCGAACCGGCTGGTGTCGGGCATCGCGACTTGCTACGTGGAACTCTTTCGTAATGTGCCGCTGCTGGTGCAGCTGTTCATCTGGTACTTCCTGGTGCCGGACCTGCTGCCCGCCGACATGCAGGAATGGTACAAGCAGGACCTCAACCCGACCACCTCGGCCTACCTGAGCGTCGTCGTCTGCCTGGGCCTGTTCACTGCCGCACGGGTTTGCGAGCAGGTGCGCACCGGCATCCAGGCGCTGCCACGCGGCCAGGAAGCCGCCGCCCGCGCCATGGGCTTCAAGCTGCCGCAGATCTACTGGAACGTGCTGTTGCCCCAGGCCTACCGGATCATCATTCCGCCGCTTACCTCGGAATTTCTCAACGTCTTCAAGAACTCCTCCGTGGCCTCGCTGATCGGCCTGATGGAGCTGCTCGCGCAGACCAAGCAGACCGCCGAATTCTCGGCCAACCTGTTCGAAGCCTTTACCCTGGCGACGCTGATCTACTTTACCCTGAACATGAGCCTGATGCTGCTCATGCGCATGGTCGAGAAGAAAGTCGCGGTGCCCGGCCTGATCTCCGTGGGGGGTAAATAA MNYNWDWGVFFKSTGVGSEIYLDWYVAGLGWTIAIAVVAWIIALLLGSILGVMRTVPNRLVSGIATCYVELFRNVPLLVQLFIWYFLVPDLLPADMQEWYKQDLNPTTSAYLSVVVCLGLFTAARVCEQVRTGIQALPRGQEAAARAMGFKLPQIYWNVLLPQAYRIIIPPLTSEFLNVFKNSSVASLIGLMELLAQTKQTAEFSANLFEAFTLATLIYFTLNMSLMLLMRMVEKKVAVPGLISVGGK PGPT0000760_146 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000760-gltJ|aatQ-K10003 NA NA D1-35_01598 915 gltI_1 COG0834 Glutamate/aspartate import solute-binding protein ATGCGCATCGTTCCCCATCTCCTGGGCGCAGCCGTTGCTGCCGCTCTCATCAGCACTCCGGTCTTCGCCGCCGAACTGACCGGCACACTGAAAAAGATCAAAGAGTCCGGCGTCGTTACGCTCGGCCACCGCGACGCCTCCATTCCGTTTTCCTACATCGCGGACGCTTCCGGCAAACCGGTCGGCTACTCCCACGACATCCAGCTGAAAGTCGTCGAAGCTCTGAAAAAAGAGCTGGATGTGCCGAACCTGCAGGTCAAGTACAACCTGGTCACCTCGCAAACCCGTATCCCGCTGGTACAGAACGGCACTGTGGACCTGGAGTGCGGCTCCACCACCAACAACGTCGAGCGCCAGCAACAAGTCGCCTTCTCCGTTGGCATCTTCGAGATCGGCACCAAGCTGCTGTCCAAGAAAGACTCCAAGTACAAGGATTTCGACGACCTCAAGGGCAAGAACGTCGTGACCACAGCCGGCACCACGTCCGAGCGCCTGCTCAAGGCCATGAACGCCGACAAGCAGATGGGCATGAACGTCATCTCCGCCAAGGACCACGGCGAATCCTTCCAGATGCTGGAATCGGGTCGTGCCGTCGCGTTCATGATGGACGACGCGCTGCTGGCCGGCGAAGCCGCCAAGGCCAAGAAGGCCGATGACTGGGCCGTCACCGGTACTCCGCAATCCTACGAAATCTACGGCTGCATGGTGCGCAAGGGCGACGAGCCGTTCAAAAAGGTTGTCGATGACGCCATCAAGGCCACCTACGCGTCGGGCGAGATCAACAAGATCTACGAAAAATGGTTCATGCAACCGATCCCGCCAAAAGGCCTGAACCTCAATTTCCCGATGAGCGACGAACTCAAGGCACTGATCGCCACGCCGACCGATAAAGCGGCTGACGACAAGAAATCCTGA MRIVPHLLGAAVAAALISTPVFAAELTGTLKKIKESGVVTLGHRDASIPFSYIADASGKPVGYSHDIQLKVVEALKKELDVPNLQVKYNLVTSQTRIPLVQNGTVDLECGSTTNNVERQQQVAFSVGIFEIGTKLLSKKDSKYKDFDDLKGKNVVTTAGTTSERLLKAMNADKQMGMNVISAKDHGESFQMLESGRAVAFMMDDALLAGEAAKAKKADDWAVTGTPQSYEIYGCMVRKGDEPFKKVVDDAIKATYASGEINKIYEKWFMQPIPPKGLNLNFPMSDELKALIATPTDKAADDKKS PGPT0000750_245 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000750-gltI|aatJ-K10001 NA NA D1-35_01599 1539 glpD COG0578 Aerobic glycerol-3-phosphate dehydrogenase ATGCCCAATTCCACCTTGCCTATGCCCCCTCTCGCTGAAATCTATGACGTCGCCGTCATCGGTGGCGGTATCAATGGTGTAGGGATCGCCGCGGATGCTGCTGGTCGCGGTCTTTCGGTGTTCCTTTGCGAAAAGGACGATTTGGCCAGCCACACCTCTTCGGCCAGCAGCAAGCTGATCCATGGCGGCCTGCGTTATCTCGAACATTACGAATTTCGCCTGGTGCGTGAAGCACTCGCCGAACGCGAAGTGCTGCTGACCAAGGCTCCGCATATCGTCAAGCAGATGCGCTTCGTGTTGCCCCATCGCCCGCACCTGCGTCCGGCCTGGATGATCCGCGCCGGCCTGTTCCTTTATGATCACCTGGGCAAGCGCGAGCAACTCGCCGGCTCCCGGAGCCTGAAATTCGGCGCCGACAGCGCATTAAAAAGCGAGATCACCAAAGGCTTCGAATACTCGGATTGCTGGGTCGATGACGCCCGGCTGGTGGTGCTCAATGCCATGGCGGCGCGAGAAAAAGGCGCGCATATCCACACCCGCACCCGTTGCGTCAGCGCTCGGCGCAGTAAAGGCCTGTGGCAATTGAACCTGGAACGTTCCGACGGCAGCCTGTTTTCAATCCTGGCCAAATCGCTGGTAAACGCCGCCGGCCCATGGGTCGCCAAGTTCATTCGTGATGACCTGAAAATGGAATCGCCCTACGGCATCCGTCTGATCCAGGGCAGCCATCTGATCGTGCCAAAACTCTACGAAGGCGAGCATGCGCACATTCTTCAAAACGAAGACCAGCGCATCGTCTTCACCATCCCGTATCTGAATCAATTCACCCTGATAGGCACGACCGACCGCGAATACACCGGTGATCCGGCCAAAGTGGCAATTACCGAGGGTGAAACGGACTACCTGCTGAAGGTCGTCAATGCGCACTTCAAGAAGCAGATCAGCCGCGAAGACATCCTGCACAGCTACTCCGGGGTTCGGCCTTTGTGCAACGACGAATCCGACAACCCTTCCGCCGTGACCCGGGACTACACCCTGGCGCTGTCGGGCGGTGGCCAGGAGGCTCCGTTGTTGTCGGTGTTCGGCGGCAAACTGACCACGTACCGCAAGCTTGCCGAGTCGGCGATGGCCCAGCTGGCTCCGTATTTCACCCAGATGCGCCCGAGCTGGACGGCCCTGGAGACCTTGCCCGGCGGCGAGAACATGACCACGCCACAGGCTTTGTGCTCGGCAATCCGCGACAAGTTCGACTGGCTGCCCACCGATATCGCCCGCCGCTGGGCCACTACCTATGGCAGCCGCACCTGGCGCATGCTCGAAGGCGTGCACAGCCTTGCCGACCTGGGCGAGCACATCGGCGCGGGCCTTTATACCCGGGAGGTCGACTATCTGTGCAGCGACGAGTGGGCCATCGACGCCGAGGATATTCTCTGGCGTCGCAGCAAGCTGGGCTTGTTCACAACCGCCGCTGAACAGGAGAAGCTTCGCACGTACCTGGACAAGGTCGAGCACAACCGGCGCAAGATCGAAGCGGCCTGA MPNSTLPMPPLAEIYDVAVIGGGINGVGIAADAAGRGLSVFLCEKDDLASHTSSASSKLIHGGLRYLEHYEFRLVREALAEREVLLTKAPHIVKQMRFVLPHRPHLRPAWMIRAGLFLYDHLGKREQLAGSRSLKFGADSALKSEITKGFEYSDCWVDDARLVVLNAMAAREKGAHIHTRTRCVSARRSKGLWQLNLERSDGSLFSILAKSLVNAAGPWVAKFIRDDLKMESPYGIRLIQGSHLIVPKLYEGEHAHILQNEDQRIVFTIPYLNQFTLIGTTDREYTGDPAKVAITEGETDYLLKVVNAHFKKQISREDILHSYSGVRPLCNDESDNPSAVTRDYTLALSGGGQEAPLLSVFGGKLTTYRKLAESAMAQLAPYFTQMRPSWTALETLPGGENMTTPQALCSAIRDKFDWLPTDIARRWATTYGSRTWRMLEGVHSLADLGEHIGAGLYTREVDYLCSDEWAIDAEDILWRRSKLGLFTTAAEQEKLRTYLDKVEHNRRKIEAA PGPT0006775_3994 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111 NA NA D1-35_01600 756 glpR_1 COG1349 Glycerol-3-phosphate regulon repressor ATGAATCTGCCTCCCCGCCAGCAGCAAATCCTTGAACTGGTCCGCGAACGCGGCTATGTCAGCATCGAGGAAATGGCGCAGCTATTTGTCGTCACCCCGCAGACCATCCGCCGCGACATCAATCAACTGGCGGAAGTGAACCTGCTGCGCCGCTACCATGGCGGCGCCGCTTACGATTCCAGCGTGGAAAACACCGCCTACGCCATGCGCGCCGATCAGATGCGCGATGAGAAGCAACGCATCGCCGAAGCGATCGCTGCGCAGATTCCCGACCACGCCTCGCTGTTCATCAATATCGGTACCACCACCGAATCCATCGCCCGGGCGCTGCTCAATCACAACCATTTGAAAGTCATCACCAACAACCTGCACGTGGCATCGATCCTCAGTGCCAAGGATGATTTCGAAGTCCTGATCGCCGGCGGCAACGTGCGCCGTGACGGCGGCGTGGTCGGTCAGGCCAGCGTCGATTTCATCAGTCAGTTCAAAGTCGACTTCGCCCTGGTGGGCATCAGCGGGATCGACGAGGACGGCAGCCTGCTGGATTTTGACTACCAGGAGGTCCGGGTCTCCCAAGCCATCATCGCCAACGCCCGGCAGGTATTGCTGGCGGCGGATTCCAGCAAGTTCGGCCGCAACGCCATGGTCCGCCTGGGCCCGATCAGCCTGATCGATTGCCTGGTGACCGACCAACAACCGGTGCCGGCCCTGGCGCAGTTGTTGAGCCAGCACAAGATTCGCCTGGAAGTGGTCTGA MNLPPRQQQILELVRERGYVSIEEMAQLFVVTPQTIRRDINQLAEVNLLRRYHGGAAYDSSVENTAYAMRADQMRDEKQRIAEAIAAQIPDHASLFINIGTTTESIARALLNHNHLKVITNNLHVASILSAKDDFEVLIAGGNVRRDGGVVGQASVDFISQFKVDFALVGISGIDEDGSLLDFDYQEVRVSQAIIANARQVLLAADSSKFGRNAMVRLGPISLIDCLVTDQQPVPALAQLLSQHKIRLEVV PGPT0018445_1388 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULE_REGULATION,PGPT0018445-glpR-K02444 NA NA D1-35_01601 1506 glpK COG0554 Glycerol kinase ATGACTGACTCAGAGAACAAAAACTACATCATTGCCCTCGACCAGGGTACGACCAGCTCACGCGCCATTATTTTCGACCGTGACGCCAACGTGGTCTGCACCGCCCAACGGGAATTCGTCCAGCACTATCCGCAACCGGGCTGGGTCGAGCATGACCCCATGGAAATCTTTGCCACGCAAAGCGCGGTGATGGTGGAAGCCTTGGCTCAAGCGGGTTTGCATCACGACCAGGTCGCCGCAATCGGCATCACCAACCAGCGCGAAACCACCGTGGTCTGGGACAAGTCCACCGGCCGCCCCATTTACAACGCGGTAGTCTGGCAATGTCGACGCAGCACCGAAATCTGCCAGCAACTCAAGCGCGATGGCCACGAGCAGTACATCAGTGAAGCCACTGGCCTGGTGACCGACCCCTACTTTTCCGGTACCAAGCTCAAGTGGATCCTCGACAACGTCGAAGGCAGCCGCGAGCGCGCGCGCAACGGTGAATTGCTGTTCGGCACCGTGGACAGCTGGTTGATCTGGAAATTTACCGGCGGCAAGGTCCACGTCACCGACTACACCAACGCCTCTCGCACCATGCTCTTCAACATCCACACGCTGGAGTGGGACGCGAAGATGCTCGACATCCTCAACATCCCTCGCGAGATGCTGCCGGAAGTCAAATCATCCTCGGAAATCTACGGCCGGACCAAAAGCGGCATCGCTATTGGCGGCATCGCCGGCGACCAGCAGGCCGCCCTCTTCGGCCAGATGTGCGTGGAACCGGGCCAGGCGAAAAATACCTATGGCACCGGCTGCTTCCTGCTGATGAACACCGGTAACAAAGCCGTCAAATCCAACCACGGCATGCTGACCACCATCGCCTGCGGTCCTCGCGGCGAAGTGGCCTACGCCCTGGAAGGCGCCGTGTTCAACGGTGGCTCTACCGTCCAGTGGCTGCGCGATGAACTGAAAATCATCAACGACGCCCTCGACACCGAATACTTCGCCAACAAGGTCAAGGACAGCAACGGCGTTTACCTGGTGCCAGCCTTCACCGGCCTCGGCGCACCGTACTGGGACCCCTACGCCCGTGGCGCGCTGTTCGGCCTGACCCGTGGCGTGCGGGTCGATCACATCATCCGGGCCGCGCTGGAATCCATCGCCTACCAGACCCGCGACGTACTCGACGCCATGCAACAGGATGCCGGCGAACGCCTCAAGTCCTTGCGCGTGGACGGTGGCGCCGTGGCCAACAATTTCCTCATGCAATTTCAGGCCGACATTCTTGGCACGCAGGTCGAACGCCCGAAAATGCGCGAAACCACCGCCCTCGGCGCGGCATACCTGGCTGGCCTGGCATGCGGCTTCTGGGGCAGCCTGGAAGAGTTGCGTGGCAAAGCGGTCATCGAGCGCGAGTTCGAACCGCAGCTGGATGAGCAAGCCAAGGAAAAACTCTACGCAGGATGGAAAAAAGCCGTCAGCCGCACGCGCGATTGGGAACCCCACGAAGACGCTGAATGA MTDSENKNYIIALDQGTTSSRAIIFDRDANVVCTAQREFVQHYPQPGWVEHDPMEIFATQSAVMVEALAQAGLHHDQVAAIGITNQRETTVVWDKSTGRPIYNAVVWQCRRSTEICQQLKRDGHEQYISEATGLVTDPYFSGTKLKWILDNVEGSRERARNGELLFGTVDSWLIWKFTGGKVHVTDYTNASRTMLFNIHTLEWDAKMLDILNIPREMLPEVKSSSEIYGRTKSGIAIGGIAGDQQAALFGQMCVEPGQAKNTYGTGCFLLMNTGNKAVKSNHGMLTTIACGPRGEVAYALEGAVFNGGSTVQWLRDELKIINDALDTEYFANKVKDSNGVYLVPAFTGLGAPYWDPYARGALFGLTRGVRVDHIIRAALESIAYQTRDVLDAMQQDAGERLKSLRVDGGAVANNFLMQFQADILGTQVERPKMRETTALGAAYLAGLACGFWGSLEELRGKAVIEREFEPQLDEQAKEKLYAGWKKAVSRTRDWEPHEDAE PGPT0018435_3038 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864 NA NA D1-35_01602 852 glpF COG0580 Glycerol uptake facilitator protein ATGACTACCGCTTTACAACAGCCCACCCTTTCCAGCCAATGCCTGGCCGAATTCCTCGGTACCGCCCTGCTGATTTTTTTCGGTACCGGTTGCGTCGCGGCGCTCAAGGTCGCGGGCGCGAGTTTCGGGTTGTGGGAAATCAGCATCATCTGGGGTGTCGGCGTCAGCATGGCCATCTACCTCAGCGCGGGTATTTCCGGCGCCCACCTCAACCCCGCCGTCAGCATCGCCCTGTGTATTTTTACCGATTTCGAAAAACGCAAACTGCCGTTCTATATTGTCTGCCAGGTGGCGGGGGCATTCTGTGGCGCGCTCTTGGTCTACACGCTGTACAGCAATCTTTTCTTCGATTTCGAACAGTCCCGACAGATGATTCGTGGCACCCAAGCCAGCCTCGAACTGGCTTCGGTATTCTCCACCTACCCGCACCCGGCGCTCTCCACCGGCCAAGCCTTTCTGGTGGAGGTGATCATCACTGCAATCCTGATGGGCGTGATCATGTCCCTGACCGACGACAACAATGGCCTGCCTCGTGGTGCGCTCGCGCCGCTGCTGATCGGTCTTCTGATCGCCGTGATCGGCAGCTCGATGGGACCGCTGACAGGCTTCGCGATGAACCCGGCGCGGGACTTCGGTCCAAAATTGATGACTTTCTTCGCTGGCTGGGGTGAAATTTCCCTCACGGGCGGGCGTGACATCCCTTACTTCCTGGTTCCGATTTTCGCGCCGATAGTGGGTGCGTGCCTGGGCGCTGCCGCGTATCGCGGATTGATTGCCCGACACCTGCCGGGTGCCAAGGCTGCTACAAAGGATGCAGAACCGGCCATTGACGGCAAGCCAAGAACTTCCTGA MTTALQQPTLSSQCLAEFLGTALLIFFGTGCVAALKVAGASFGLWEISIIWGVGVSMAIYLSAGISGAHLNPAVSIALCIFTDFEKRKLPFYIVCQVAGAFCGALLVYTLYSNLFFDFEQSRQMIRGTQASLELASVFSTYPHPALSTGQAFLVEVIITAILMGVIMSLTDDNNGLPRGALAPLLIGLLIAVIGSSMGPLTGFAMNPARDFGPKLMTFFAGWGEISLTGGRDIPYFLVPIFAPIVGACLGAAAYRGLIARHLPGAKAATKDAEPAIDGKPRTS PGPT0004760_295 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLYCEROL_UPTAKE,PGPT0004760-glpF|pduF-K02440 NA NA D1-35_01603 471 ybaK COG2606 Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK ATGACCCCCGCATTGGACCTGCTTAAAAAAGTGCGCGCCGAACATCGCATCCACAGTTACGAACATGACCCGAAGGCTGCCTCCTATGGGCTGGAGGCGGCTGAGAAGCTCGGTCTGGATCCGGCGCAGGTGTTCAAGACCCTGTTGGCGGCCAGCGAAAAAGGCGAATTGCTGGTGGCCGTGGTGCCGGTGGCCGGGAGCCTGGATCTGAAAGGCCTGGCTCATGCGGCCGGAGTGAAAAAAGTCGAGATGGCCGATCCGGCCGCCGCGCAGCGTTCGACCGGCTATTTGCTCGGCGGGATCAGCCCGCTGGGTCAGAAAAAGCGTCTTCGCACGTTTATCGACAACTCTGCGCAGCCGTTGGCCAGCATGTTCGTCAGCGCGGGGAGGCGCGGGCTGGAAGTGGAACTGGCGCCTGCGGTACTGGCGGAGCATACCGGAGCGATCTTTGCTGATATCGGGCGTGCCTGA MTPALDLLKKVRAEHRIHSYEHDPKAASYGLEAAEKLGLDPAQVFKTLLAASEKGELLVAVVPVAGSLDLKGLAHAAGVKKVEMADPAAAQRSTGYLLGGISPLGQKKRLRTFIDNSAQPLASMFVSAGRRGLEVELAPAVLAEHTGAIFADIGRA NA NA NA NA NA D1-35_01604 783 yddE COG0384 putative isomerase YddE ATGCAGCTCGCGTTTCATCAAGTCGATGCGTTCAGTGACCGGCCGTTTGGCGGTAACCCGGCGATGGTCTATCGGCTCGATGCCTGGCTTGCCGATGAACTGATGCAGAAAATTGCCGCCGAACACAACCTGGCCGAGACCGCTTTTCTGGTACGTGAGAACCAGCGTTGGCACATTCGCTGGTTCACGCCCACCACCGAAGTGCCGCTGTGTGGGCACGCGACGTTAGCCAGCGCTCATGTGCTGTTCGAGGTTTACCGCGAACCGGCCGAGCGACTCGACTTCATCTGCAGGTCCGGAGCGTTGAGTGTCTCTCGTGAAGGCGATCGGTTGTGGTTGGATTTCCCGGCCATCGTGCCGACTGAGTTGGGCGCCTCCCTGGCGGTCCAGAGCGCCTTGGGTGTCGAGGCGGTGGATGTGCTCAGTTGCAACGAATTGTTCGTGGTGCTGGAGTCGGAGCAGGCAGTGCTCGATTGCAAGCCGGACATGGCGGCCCTGGCGAAGCTGCCGTGGCCGGGCGCGATCGTTACCGCACCGGGAAGCAAGCACGATTTTGTCTCGCGCTATTTTGCCCCGGCGATCGGCATCAACGAGGATCCGGTAACCGGATCGACTCATTGCAGCTTGATTCCATATTGGTCCAAACGCCTGAACAAACATGGCCTGACGGCCTATCAATGCTCGGCGAGGGGCGGGGCATTGTTTTGCCGATTGGAAGGTGAGCGGGTGAAGATTGGCGGGGATGCGACGTTGGTGGCTAGCGGTACGCTAGTGCTCGGCTAA MQLAFHQVDAFSDRPFGGNPAMVYRLDAWLADELMQKIAAEHNLAETAFLVRENQRWHIRWFTPTTEVPLCGHATLASAHVLFEVYREPAERLDFICRSGALSVSREGDRLWLDFPAIVPTELGASLAVQSALGVEAVDVLSCNELFVVLESEQAVLDCKPDMAALAKLPWPGAIVTAPGSKHDFVSRYFAPAIGINEDPVTGSTHCSLIPYWSKRLNKHGLTAYQCSARGGALFCRLEGERVKIGGDATLVASGTLVLG NA NA NA NA NA D1-35_01605 1110 btuD_4 Vitamin B12 import ATP-binding protein BtuD ATGAGTGCTCCATTGTTATTGAATCTGCACAATCTGGCCTGCGGTTATCAGGACCAGCGGGTCGTCCAGAACCTCAACCTGCACCTCAATGCTGGTGACATCGGTTGCCTGCTCGGCTCGTCCGGGTGTGGCAAGACCACCACCCTACGGGCCATCGCCGGTTTCGAACCGGTGCATGAAGGCGAGATCCAGTTGGCTGGGGAAACCATTTCCCGCGCGGGGTTTACCCTCGCCCCGGAAAAACGCCGCATCGGCATGGTGTTCCAGGACTACGCGCTGTTCCCGCATTTGAGCGTCGCCGAAAATATCGCGTTCGGCATCCGCAAACATCCGGACAAGGATCGCGTGGTCGAAGAACTGTTGGAGCTGGTCAACCTGAAAAGCCTGGGCAAGCGTTTTCCCCACGAGCTGTCGGGAGGCCAGCAACAGCGCGTGGCGCTGGCCCGCGCACTGGCACCGGAACCCCAACTGCTGTTACTCGACGAGCCGTTCTCCAACCTCGACGGCGAGCTGCGACGCAAGCTCAGCCATGAGGTGCGGGACATTCTCAAGGCCCGCGGCACCAGCGCAATCCTGGTCACCCATGACCAGGAAGAAGCCTTTGCGGTGAGTGACCATGTTGGCGTGTTCAGAGAGGGTCGCCTGGAACAGTGGGATACGCCCTACAACCTGTATCACGAACCTCTGACGCCCTATGTCGCCAGTTTCATCGGCCAGGGTTACTTCATCCGCGGTCAGCTCGACAGCCCGGAATCGGTGCAGACCGAACTGGGCATGCTACGCGGCAACCGGGCGTACACCTGGCCCATCGGCAGTGCCGTAGACGTCCTGCTGCGCCCGGACGACATCGTCCACGCGCCGGACAGTCCGCTCACGGCGACTATCGTTGGCAAGACGTTCCTCGGTGCTTCAACCTTGTATCGCCTGCAACTGCCGACCGGCGCACAACTGGAGTCGATTTTTCCAAGCCATGCCGACCATCAGGTCGGGGCTACGGTCGGTATCCGCGTGGCGGCTGAACACCTGGTGCTGTTCCAGGCGTCGGGAAGCACGGCGGCGCATCTGCCGATCGGGGAAAGTGGTGTGCGGCGGTATGGCACGTCTGATTGA MSAPLLLNLHNLACGYQDQRVVQNLNLHLNAGDIGCLLGSSGCGKTTTLRAIAGFEPVHEGEIQLAGETISRAGFTLAPEKRRIGMVFQDYALFPHLSVAENIAFGIRKHPDKDRVVEELLELVNLKSLGKRFPHELSGGQQQRVALARALAPEPQLLLLDEPFSNLDGELRRKLSHEVRDILKARGTSAILVTHDQEEAFAVSDHVGVFREGRLEQWDTPYNLYHEPLTPYVASFIGQGYFIRGQLDSPESVQTELGMLRGNRAYTWPIGSAVDVLLRPDDIVHAPDSPLTATIVGKTFLGASTLYRLQLPTGAQLESIFPSHADHQVGATVGIRVAAEHLVLFQASGSTAAHLPIGESGVRRYGTSD PGPT0003735_768 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010 NA NA D1-35_01606 921 argF COG0078 Ornithine carbamoyltransferase 1, anabolic ATGAGCGCAAGGCACTTTCTCTCCCTGATGGATTTCACGCCCGAAGAGTTGCTCGGCGTGATCCGTCGAGGCGTGGAGCTCAAGGACCTGCGTAAGCGCGGCGTACTGTTCGAGCCCTTGAAAAACCGTGTGCTGGGGATGATCTTCGAGAAATCTTCCACGCGCACGCGCATTTCTTTCGAAGCCGGCATGATCCAGCTCGGCGGCCAGGCGATTTTCCTGTCGCCCCGTGACACCCAGCTGGGCCGTGGCGAACCCATTGGCGATTGCGCCATCGTCATGTCGAGCATGCTCGATGCGGTGATGATCCGGACCTTTGCCCATAGCACGCTGACCCAGTTCGCGGCGCATTCGCGCGTGCCGGTGATCAATGGCCTGTCCGACGATCTGCACCCGTGCCAGTTGCTCGCCGACATGCAGACCTTCCTCGAACATCGCGGCCCGATCCAGGGCAAGACCGTGGCCTGGATCGGCGATGGCAACAACATGTGCAACAGCTATATAGAAGCGGCGATCCAGTTCGACTTCCAGTTGCGCATCGCCTGCCCTGAAGGCTACGAACCCAACCCGCAATTCGTCGCCAGGGCCGGCGACCGGGTGACAATCCTGCGCGATCCGAAACAGGCCGTCGCCGGCGCGCACCTGGTGAGCACCGACGTCTGGACGTCCATGGGCCAGGAAGAAGAAACCGCCAAGCGCCTGGAGTTGTTTGCGCCCTTCCAGGTCAATCGGGCACTGCTCGACCTGGCGGATGCCGAGGTGCTGTTCATGCATTGCCTGCCAGCCCACCGTGGCGAAGAAATCAGCCTCGACCTGCTCGACGATCCCCGCTCGGTGGCGTGGGACCAGGCAGAAAACCGTCTCCATGCACAGAAGGCCCTGCTTGAATTCCTCGTCGAGCCGGCGTACCACCACGCATGA MSARHFLSLMDFTPEELLGVIRRGVELKDLRKRGVLFEPLKNRVLGMIFEKSSTRTRISFEAGMIQLGGQAIFLSPRDTQLGRGEPIGDCAIVMSSMLDAVMIRTFAHSTLTQFAAHSRVPVINGLSDDLHPCQLLADMQTFLEHRGPIQGKTVAWIGDGNNMCNSYIEAAIQFDFQLRIACPEGYEPNPQFVARAGDRVTILRDPKQAVAGAHLVSTDVWTSMGQEEETAKRLELFAPFQVNRALLDLADAEVLFMHCLPAHRGEEISLDLLDDPRSVAWDQAENRLHAQKALLEFLVEPAYHHA PGPT0020080_4471 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 D1-35_01607 288 hypothetical protein ATGGATTCGAAAGAGCAACAACTGATGGAACTGCTGGGGCTGACGGCACGCTCCCTGACGCACCTGACCGCTTCGGTGACCTCCATGTCATTCGAATTGTTGCGCAGCGAAGACGAAGTGACCAAGGCTGCCGGCCGCCGTATGATCGACCGCATGGCTACCATCAGCAGCGGCCTCGACGAACATTGGCGATTGATCGGCGAGTTGACCGGAGTGCCCATCGCTCAGGAACAAGTGGAAACCGTCGAGGAAATCCAGCTGCTGGCGCCGCCTCCCGAGCACCCCTGA MDSKEQQLMELLGLTARSLTHLTASVTSMSFELLRSEDEVTKAAGRRMIDRMATISSGLDEHWRLIGELTGVPIAQEQVETVEEIQLLAPPPEHP NA NA NA NA NA D1-35_01608 2109 napA Periplasmic nitrate reductase ATGACCAAGACTCTTCATCACCGTGCGTGCCATCTATGTGAGGCCATCTGTGGCCTGACGCTCGAAACCACCGAAACTGAAGGCCAAGGCCTGGCGATCACCTCGATCAAGGGCGATCCGCTGGACAGTTTCAGCCGTGGGCACATCTGTCCCAAGGCCGTCGCCCTGCAAGATATCCAGAATGACCCGGACCGGCTGCGCCAACCCATGCAGCGAGTCGGCGGCGAGTGGCAGCCGATTGCCTGGGATGACGCTTTCGCCCTGGTCGCCGAACGCCTGGCGGCAATCCAGGAGCGCCACGGCCAGAACGCGGTGGGTGTCTACCAGGGCAACCCCAGCGTGCATAACTATGGGTTGATGACCCACAGCAACTATTTCCTCGGCCTGCTGAAGACACGCAGTCGCTTCTCGGCGACGTCGGTGGACCAACTGCCCCATCACCTGACCAGTCACCTGATGTACGGTCACGGCCTGCTGCTGCCGATACCGGACATCGACCATACCGATTTCATGCTGATCCTGGGCGGTAATCCCCTGGCTTCCAACGGCAGCATCATGACCGTGCCGGACGTCGAGAAGCGCCTCAAGGCGATCCAGGCCCGTGGCGGCAAAGTCGTGGTCGTCGATCCACGGCGCAGCGAAACGGCGGCGATTGCCGACCAGCATGTTTTCGTGCGTCCCGGTGGCGATGCCGCGCTGCTGTTTGGCCTGCTCAATACGCTGTTCAGCGAAGGCCTGAGCCGCGACAGCCATTTGCCCGTGGACGGCCTCGAAGAGGTGCGCCAGGCCGTGGCAGGGTTTACCGCCGAGGTGATGAGCCCCCTCTGTGCGGTGCCAGCGCCGCAGATCCGGCAGTTGGCCCGCGACTTTGCCGCTGCGCCCTCAGCGGTCTGCTACGGCAGAATGGGCGTGTCCACCCAGGCGTTCGGCACGTTATGCCACTGGCTGATCCAAGTGATCAATCTGGTCACCGGCAACCTCGATCGGGTGGGCGGTGCATTGTGCACCGAGCCGGCGGTGGACCTGGTGGCGACCACTTCGGGTGGCCATTTCAACCGTTGGCAGAGCCGGGTGTCCGGGCGTCCCGAATACGCCGGCGAGCTGCCCGTGTCGACCTTGGCCGAAGAAATGCTGACCGAGGGCGACGGGCAGATTCGTGCGCTGGTCACCGTGGCCGGCAACCCGGTGCTGTCCACGCCCAACGGGCGGCAGCTCGAACAGGCGCTGGATGGGCTGGAGTTCATGGTCAGCATCGATTTGTACATCAACGAGACCACTCGTTATGCCGATCTGATCCTGCCATCGACCTCGGCTTTGGAAAACGATCACTACGACACCACGTTCAACCTGTTCGCGGTGCGTAACGTCAGCCGTTTCAATCGGGCGATCCTGCCCAAGCTCGAAGGGGCGCTGCACGATTGGGAGATTTTTGTCGGCCTGGCCAAGGCCTTCGCCGCGCGGACTGGCAAGGAACTCAAGCCGACCATGCCGCCCGCGCAAATGATTGATTTTGGCCTGCGCGCGGGAAGGTATGGGGATGCCTCGCCACACAAATTGTCGCTGGCGACGCTGTTCGATCATCCCCACGGCATCGACCTCGGTGCGCTCAAGCCCAATCTGACGACGCGCTTGAAAACCGAAAATGGCCGCGTGCAGGCCGCGCCGGCGGTGATCCTCGCGGATCTGGCGCGCTTTGCCGCGCTGCGAGCGCCGGCATCGGACGAGCTGCTGATGATTGGCCGTCGGCATGTGCGCAGCAACAATTCCTGGATGCATAACTTTCATCGGCTGGTGAAGGGCAAGCCGCGCCACCAGTTGCTGATGCATCCTGAAGACCTCGCCAGTCGCGGTTTAGTCGATGGCCAGCGCGTGCAGGTCAGTTCACGGGTAGGCGTGATCGAAGTGGAGGTGCAAGGCAGCCTGGACATGATGAAAGGCGTGGTCAGCCTTCCCCATGGCTGGGGCCACGCCCGACCAGGCGTGCAGATGACCATCGCCAGCAGCCAGCCTGGTTCCAGCGCCAACGACCTGACCGATGAATGTCAGCTCGATGAGTTGTCCGGCAATGCGGCGCTTAATGGGGTTCCGGTGAAAGTGGCGGCTGCGTAG MTKTLHHRACHLCEAICGLTLETTETEGQGLAITSIKGDPLDSFSRGHICPKAVALQDIQNDPDRLRQPMQRVGGEWQPIAWDDAFALVAERLAAIQERHGQNAVGVYQGNPSVHNYGLMTHSNYFLGLLKTRSRFSATSVDQLPHHLTSHLMYGHGLLLPIPDIDHTDFMLILGGNPLASNGSIMTVPDVEKRLKAIQARGGKVVVVDPRRSETAAIADQHVFVRPGGDAALLFGLLNTLFSEGLSRDSHLPVDGLEEVRQAVAGFTAEVMSPLCAVPAPQIRQLARDFAAAPSAVCYGRMGVSTQAFGTLCHWLIQVINLVTGNLDRVGGALCTEPAVDLVATTSGGHFNRWQSRVSGRPEYAGELPVSTLAEEMLTEGDGQIRALVTVAGNPVLSTPNGRQLEQALDGLEFMVSIDLYINETTRYADLILPSTSALENDHYDTTFNLFAVRNVSRFNRAILPKLEGALHDWEIFVGLAKAFAARTGKELKPTMPPAQMIDFGLRAGRYGDASPHKLSLATLFDHPHGIDLGALKPNLTTRLKTENGRVQAAPAVILADLARFAALRAPASDELLMIGRRHVRSNNSWMHNFHRLVKGKPRHQLLMHPEDLASRGLVDGQRVQVSSRVGVIEVEVQGSLDMMKGVVSLPHGWGHARPGVQMTIASSQPGSSANDLTDECQLDELSGNAALNGVPVKVAAA NA NA NA NA NA D1-35_01609 342 grxD COG0278 Glutaredoxin 4 GTGGATATCATCGAAACGATCAAAGACCAGATTGCCAACAACACTATCCTGCTTTACATGAAAGGCTCGCCGAATGCCCCTCAGTGCGGCTTCTCGGCCAAGGCTGCTCAGGCGGTAATGGCGTGTGGCGAGAAGTTCGCTTACGTGGACATCCTGCAGAACCCGGAAATCCGCGCCAATCTTCCCAAGTACGCCAACTGGCCAACCTTTCCACAGTTGTGGGTTGGCGGTGAACTGATCGGCGGCAGCGACATCATGACCGAGATGGCCGCTGATGGCTCTCTGCAGGCCACCATCAAGGCAGCTGTGGAAGCAGCGGCGGCGAACAAGACCGAAGCCTGA MDIIETIKDQIANNTILLYMKGSPNAPQCGFSAKAAQAVMACGEKFAYVDILQNPEIRANLPKYANWPTFPQLWVGGELIGGSDIMTEMAADGSLQATIKAAVEAAAANKTEA PGPT0013203_1221 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CHAPERONES,PGPT0013203-grxD-K07390 NA NA D1-35_01610 474 bfr_1 COG2193 Bacterioferritin ATGAAAGGCGACATTACAGTCATCCAGCATCTCAACAAGATCCTCGCCAATGAGCTGGTCGCGATCAATCAATACTTCCTGCATGCGCGCATGTATGAGGATTGGGGCCTGAACAAGCTGGGCAAGCACGAGTACCACGAATCCATCGACGAGATGAAACACGCGGACAAGCTGATCAAGCGCATCCTGTTCCTCGAAGGCCTGCCGAACGTCCAGGACCTGGGCAAGCTGCACATTGGCGAACACACCCGGGAAATGCTCGAATGCGATCTGCGCATCGAACGCACCGGCCACGCCGACCTGAAAGCCGCCATCGCCCATTGCGAAACCGTCGGTGACTTCGGCAGTCGCGAGTTGCTCAAGGATATCCTCGAGTCCGAAGAAGAGCACATCGACTGGCTGGAAACCCAGTTGGGCCTGATCGACAAGATCGGTCTGGAGAACTACCTGCAGTCGCAGATGGGCGAAGAATAA MKGDITVIQHLNKILANELVAINQYFLHARMYEDWGLNKLGKHEYHESIDEMKHADKLIKRILFLEGLPNVQDLGKLHIGEHTREMLECDLRIERTGHADLKAAIAHCETVGDFGSRELLKDILESEEEHIDWLETQLGLIDKIGLENYLQSQMGEE PGPT0003965_2191 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003965-bfr-K03594 NA NA D1-35_01611 219 bfd COG2906 Bacterioferritin-associated ferredoxin ATGTATGTATGCCTCTGCACTGGCGTCACCGACGGACAGATCCGCGAAGCGATCTATGAAGGTTGCTGCAGTTATCGGGAAGTCCGCCAGGCCACCGGCGTAGCCAGCCAATGCGGTAAATGTGCCTGCCTTGCCAAGGAAGTGGTGCGTGAAACCCTCGCCAAAGTGCAGACTGCCCAGGCCTCGATCCCTTATCCGGTAGAATTTACTGCCGCATAA MYVCLCTGVTDGQIREAIYEGCCSYREVRQATGVASQCGKCACLAKEVVRETLAKVQTAQASIPYPVEFTAA PGPT0003975_583 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACTERIOFERRITIN-ASSOCIATED_FERREDOXIN,PGPT0003975-bfd|yheA-K02192 NA NA D1-35_01612 603 ahpC_1 COG0450 Alkyl hydroperoxide reductase C ATGAGCGTACTCGTAGGCAAACAAGCCCCTGACTTCACCGTTCCAGCCGTACTCGGCAACGGTGAAATCGTCGACAGCTTCACCCTGTCCTCGGCCATCAAAGGCAAATACGGCCTGGTGTTCTTCTACCCGCTGGACTTCACTTTCGTCTGCCCGTCCGAGCTGATCGCACTGGATCACCGCATGGACGACTTCAAGGCGCGCAACGTTGAAGTGGTCGCGGTTTCGATCGACTCGCACTTCACCCACAACGCCTGGCGCAACACCCCGATCAACAACGGCGGGATCGGCCCGGTGAAGTACACCATGGCCGCTGACATGAAGCACGAAATCGCCAAGGCCTACGACGTTGAGTCCGAAGGCGGCGTGGCCTTCCGTGGCGCGTTCCTGATCGACGACAAAGGCGTGGTCCGTTCGCAGATCATCAACGACCTGCCGCTGGGCCGTAACATGGAAGAGCTGATCCGTCTGGTCGACGCTCTGCAATTCCACGAAGAGCACGGCGAAGTCTGCCCGGCCAACTGGAAAAAAGGCGACAAGGGCATGACCGCATCGCCTGAAGGTGTAGCGGCTTACCTGGGCGAACACAGCGACAAGCTGTAA MSVLVGKQAPDFTVPAVLGNGEIVDSFTLSSAIKGKYGLVFFYPLDFTFVCPSELIALDHRMDDFKARNVEVVAVSIDSHFTHNAWRNTPINNGGIGPVKYTMAADMKHEIAKAYDVESEGGVAFRGAFLIDDKGVVRSQIINDLPLGRNMEELIRLVDALQFHEEHGEVCPANWKKGDKGMTASPEGVAAYLGEHSDKL PGPT0013130_1601 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 D1-35_01613 678 rnt COG0847 Ribonuclease T GTGAGTGAAGATCATTTCGACGACGAACTGGACGGCAACGGTGGTTCCGGCGGCGCTCGCCACCCCATGGCAGCCCGTTTCCGGGGTTACCTGCCGGTCGTGGTCGACGTAGAAACCGGCGGTTTCAACTCGGCCACCGATGCGTTGCTGGAAATCGCCGCGACGACCATCGGCATGGACGAAAAAGGCTTTGTGTTCCCGGACCACACTTATTTCTTCCGCGTTGAACCGTTCGAAGGCGCCAACATCGAAGCAGCCGCGCTGGAATTCACCGGGATCAAGCTCGACCACCCGCTGCGCATGGCGGTCAGCGAGGAAACGGCACTGACCGACATCTTCCGTGGCGTGCGCAAGGCCCTGAAGGCCAACGGTTGCAAGCGCGCGATCCTGGTCGGTCACAACAGCAGCTTCGACCTGGGCTTCCTTAACGCCGCCGTTGCGCGACTGGACATGAAGCGCAACCCATTCCACCCGTTTTCCAGCTTCGATACGGCGACCCTGGCCGGCCTGGCGTACGGCCAGACCGTATTGGCCAAGGCCTGCCAGGCCGCCGACATCGATTTCGACGGCCGCGAAGCCCACTCGGCCCGCTATGACACCGAGAAGACTGCCGAGCTGTTCTGCGGCATCGTCAATCGCTGGAAGGAAATGGGCGGCTGGCAGGATTTCGACGACTGA MSEDHFDDELDGNGGSGGARHPMAARFRGYLPVVVDVETGGFNSATDALLEIAATTIGMDEKGFVFPDHTYFFRVEPFEGANIEAAALEFTGIKLDHPLRMAVSEETALTDIFRGVRKALKANGCKRAILVGHNSSFDLGFLNAAVARLDMKRNPFHPFSSFDTATLAGLAYGQTVLAKACQAADIDFDGREAHSARYDTEKTAELFCGIVNRWKEMGGWQDFDD NA NA NA NA NA D1-35_01614 1047 pyrC COG0418 Dihydroorotase ATGTCCGACCGCCTGACCCTGCTGCGTCCCGACGACTGGCATATTCATCTTCGCGATGGTGCTGTGTTGACCCATACCGTCGCCGATGTCGCGCGCACCTTCGGGCGCGCAATCATCATGCCTAACCTGGTTCCGCCTGTCCGCAACGCCGTCGAGGCCGATGGCTATCGCCAGCGCATCCTGGCCGCACGCCCGGCCGGCAGCCGCTTCGAACCGCTGATGGTGCTTTACCTCACCGACCGCACCCAGCCCGAGGAAATTCGCGAGGCCAAGGCCAGTGGCTTCGTCCACGCGGCCAAGTTGTACCCGGCCGGCGCCACCACCAATTCGGACTCCGGCGTCACCAGCATCGACAAGATCTTCCCGGCGCTTGAAGCGATGGCCGAAGTCGGGATGCCGTTGCTGATCCATGGCGAAGTCACCCGGGGCGATGTCGACGTGTTCGACCGCGAGAAAATCTTCATCGACGAGCACATGCGCCGCGTCGTGGAGCGTTTCCCGACGCTCAAGGTGGTGTTCGAACACATCACCACCGGCGATGCCGTGCAGTTCGTCAACGAGGCCTCGGCCAACGTCGGCGCGACCATTACCGCGCATCACCTGCTTTACAACCGCAACCACATGCTGGTGGGCGGGATCCGGCCGCACTTCTATTGCCTGCCGATCCTCAAGCGCAACACCCACCAGGAAGCCTTGCTCGACGCCGCGACCAGCGGCAGCGCGAAGTTTTTCCTCGGCACGGACTCGGCGCCCCATGCCCGCCATGCCAAGGAAGCCGCCTGCGGTTGCGCCGGTTGCTACACCGCCTATGCCGCCATCGAGATGTACGCCGAAGCGTTCGAGCAGCGCAACGCGCTGGACAAGCTCGAAGGTTTTGCCAGCCTGCACGGTCCGCGTTTCTATGGCCTGCCGGTGAACACCGATAGCATTACCCTGGTCCGCGACGAGTGGACTGCCCCCGCCAGCCTGCCGTTTGGCGAACAGACTGTCATCCCGCTGCGCGCCGGTGAAAAACTGCGCTGGCGCCTGCTGGAGGAAAACGCGTGA MSDRLTLLRPDDWHIHLRDGAVLTHTVADVARTFGRAIIMPNLVPPVRNAVEADGYRQRILAARPAGSRFEPLMVLYLTDRTQPEEIREAKASGFVHAAKLYPAGATTNSDSGVTSIDKIFPALEAMAEVGMPLLIHGEVTRGDVDVFDREKIFIDEHMRRVVERFPTLKVVFEHITTGDAVQFVNEASANVGATITAHHLLYNRNHMLVGGIRPHFYCLPILKRNTHQEALLDAATSGSAKFFLGTDSAPHARHAKEAACGCAGCYTAYAAIEMYAEAFEQRNALDKLEGFASLHGPRFYGLPVNTDSITLVRDEWTAPASLPFGEQTVIPLRAGEKLRWRLLEENA PGPT0021145_6728 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465 NA NA D1-35_01615 1017 pal_6 Peptidoglycan-associated lipoprotein GTGCGCCAGCGTTATCTAGCCTTGCTCAGTGTGTTTGCCAGCCTTCCTGCGATGGCGCTCACTTTCCAGACTCGTCTGGAGAGCATCGAGTGGACGGTCGAAGGCGACAAGTTCGAGTGCCGGCTGAGCCAGCCGATCGCCGATTTTGGTAGCGGCGAGTTCGTCCGCCGGGCGGGCGAGCAGGCCACGTTCCGACTCAAGGCCTACAACCCGGTGCTGGGTGGCGGTTCCGCGACGCTGCTGGCGGCCGCTGCGCCGTGGCAACCGGGGCGGGGCGACATCAACCTGGGGTCGGTCAGGATCGGCAGCGGCGACGTGTTGTTCAACAGCTCCCAAGTCCAGGCGGGACGCCTGATCAGTGGGTTGATGGAAGGGCGCAGCCCCGTGGTCCGGCGTAATGCCGAGGATGGCCGGGTGTCGGAAGTTCGCCTGTTGCCTGTGCGCTTCAACAAGGCCTTCAGCGACTACCAGGGCTGTGTGGCGAAACTGTTGCCGAAGAATTTCGAGCAGATCAAGCAGACCCAGATCGGCTTTCCCGGCGAGGGGGTTGAGCTCGACGCCCAGGCCAAGGCTCAATTGCAGGTCATGCTCGACTTCATCAAGGCTGACCCGAGCGTCAACCATGTCGAACTCGATGGGCATTCCGACAACAGCGGCAACCGCTTGACCAATCGTGAGCTGTCGCGCCGCCGTGCGCTGGCGGTCATGGATTTCTTCAAGGCCAATGGCTTCCAGGAGTCGCAGTTCACTGTGCGTTTCCACGGTGAGCGTTATCCGCTCGTGCCTAATAACAACGCCGCCCATCGCGCCAAGAACCGGCGTGTGGTGGTGCAACTGGATCGAGTGGCGGCCACTCAGGCGCCAGCGGCCCAGCCCACCACGCCAACCCCGCCAGCAACGCCAGCAACGCCAGCTGTACCTGCGGCGACGCCCGCTGCAGCACCCGGCAAGGCTCCGGCGCCGGTCGCCCCCACCAAGGTCGTGGCCCCCGCAGCGGCAACTGCTCGAACTTCCTGA MRQRYLALLSVFASLPAMALTFQTRLESIEWTVEGDKFECRLSQPIADFGSGEFVRRAGEQATFRLKAYNPVLGGGSATLLAAAAPWQPGRGDINLGSVRIGSGDVLFNSSQVQAGRLISGLMEGRSPVVRRNAEDGRVSEVRLLPVRFNKAFSDYQGCVAKLLPKNFEQIKQTQIGFPGEGVELDAQAKAQLQVMLDFIKADPSVNHVELDGHSDNSGNRLTNRELSRRRALAVMDFFKANGFQESQFTVRFHGERYPLVPNNNAAHRAKNRRVVVQLDRVAATQAPAAQPTTPTPPATPATPAVPAATPAAAPGKAPAPVAPTKVVAPAAATARTS PGPT0015395_33 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015395-motY-K21218 NA NA D1-35_01616 1218 argG COG0137 Argininosuccinate synthase ATGGCGGACGTAAACAAGGTCGTTCTGGCGTATTCCGGCGGCCTGGACACTTCGGTGATCCTCAAGTGGCTGCAGGACACTTATAACTGTGAAGTGGTGACGTTCACCGCTGACCTGGGGCAGGGCGAAGAAGTTGAGCCTGCCCGCGCCAAGGCTCAGGCCATGGGCGTCAAGGAGATCTACATCGATGACCTGCGCGAAGAATTCGTCCGCGACTTCGTGTTTCCGATGTTCCGCGCCAACACTGTTTACGAAGGCGAATACCTGCTGGGTACCTCAATCGCCCGTCCGCTGATCGCCAAGCGCCTGATCGAAATCGCCAACGAAACCGGCGCCGACGCCATTTCCCACGGTGCTACCGGCAAGGGCAACGACCAGGTACGTTTCGAGCTGGGCGCCTATGCCCTCAAGCCGGGCGTCAAAGTCATCGCCCCGTGGCGCGAGTGGGACCTGCTGTCCCGTGAAAAACTGATGGACTACGCCGAGAAGCATGCGATCCCGATCGAGCGTCACGGCAAGAAAAAATCCCCGTATTCGATGGATGCCAACCTGCTGCACATCTCCTACGAAGGCGGCGTGCTGGAAGACACCTGGACCGAGCACGAAGAAGACATGTGGCGTTGGACCGTCTCCCCGGAGAAGGCTCCCGATACCCCGCAATACCTTGAGCTGACCTATCGCAACGGCGATATCGTTGCCCTCGACGGCGTGGAAATGAGCCCGGCCACCGTCCTCGCGACGCTGAACCGTATCGGCGGCGAACACGGCATCGGTCGCCTGGACATCGTTGAAAACCGCTATGTCGGCATGAAATCCCGTGGCTGCTACGAAACCCCCGGCGGCACCATCATGCTGCGTGCTCACCGGGCGATCGAGTCGATCACCCTGGACCGCGAAGTGGCTCACCTGAAAGACGAGTTGATGCCCAAGTACGCCAGCCTGATCTACACCGGCTACTGGTGGAGCCCGGAGCGTCTGATGCTGCAACAGATGATCGATGCTTCCCAGGCCCACGTGAACGGCGTCGTGCGCCTGAAGCTGTACAAGGGCAACGTGATCGTGACCGGGCGCAAGTCCGACGAGTCGCTATTCGATGCAAACATCGCGACCTTCGAAGAAGACGGTGGCGCCTACAACCAGGCCGACGCGGCCGGCTTCATCAAGCTCAACGCCCTGCGCATGCGCATCGCGGCGAACAAGGGTCGCAAGCTGTTCTGA MADVNKVVLAYSGGLDTSVILKWLQDTYNCEVVTFTADLGQGEEVEPARAKAQAMGVKEIYIDDLREEFVRDFVFPMFRANTVYEGEYLLGTSIARPLIAKRLIEIANETGADAISHGATGKGNDQVRFELGAYALKPGVKVIAPWREWDLLSREKLMDYAEKHAIPIERHGKKKSPYSMDANLLHISYEGGVLEDTWTEHEEDMWRWTVSPEKAPDTPQYLELTYRNGDIVALDGVEMSPATVLATLNRIGGEHGIGRLDIVENRYVGMKSRGCYETPGGTIMLRAHRAIESITLDREVAHLKDELMPKYASLIYTGYWWSPERLMLQQMIDASQAHVNGVVRLKLYKGNVIVTGRKSDESLFDANIATFEEDGGAYNQADAAGFIKLNALRMRIAANKGRKLF PGPT0020130_2972 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940 NA NA D1-35_01617 627 bvgA_2 Virulence factors putative positive transcription regulator BvgA ATGAATAAAGTGCTGATCGTGGATGATCACCCCGTCATTCGTCTTGCTGTACGTTTGTTAATGGAGCGCCATGGATATGAAGTCATCGCGGAAACAGACAATGGCGTCGATGCGTTACAGCTGGCGCGCGATAAAATGCCCGACATCGTTGTTCTCGATATCGGGATCCCGAAGTTGGACGGACTGGAGGTTATCGCGCGCCTGACCACCAATCCTTCGCCGCTCAAAGTGCTGGTGCTCACCTCTCAGTCGCCAGGGCATTTCTCGATGCGATGCATGCAGATGGGAGCGGCCGGTTATGTGTGCAAGCAACAGGACCTGACCGAGTTGTTGAGTGCAATAAAAGCGGTGCTCTCGGGCTACAGTTATTTTCCCAACCAGGCGTTGCATACCGTGCGTTCGAGCCTGGGCAACGCCAGCGAGTCGGATATGGTCGATCGTTTGTCCGGACGAGAGATGATGGTCCTGCAGCAGCTGGCCCGTGGGAGGACCAACAAGGAGATTGCCGACGGGATGTTCCTGAGCAACAAGACAGTGAGTACCTACAAGACCCGACTGTTGTTGAAGCTCAATGCCCGCTCACTGGTCGACCTGATCGAGCTGGCACAGCGTAACGGATTGGTGTGA MNKVLIVDDHPVIRLAVRLLMERHGYEVIAETDNGVDALQLARDKMPDIVVLDIGIPKLDGLEVIARLTTNPSPLKVLVLTSQSPGHFSMRCMQMGAAGYVCKQQDLTELLSAIKAVLSGYSYFPNQALHTVRSSLGNASESDMVDRLSGREMMVLQQLARGRTNKEIADGMFLSNKTVSTYKTRLLLKLNARSLVDLIELAQRNGLV PGPT0014490_145 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MdtEF-TolC,PGPT0014490-evgA|bvgA-K07690 NA NA D1-35_01618 183 hypothetical protein ATGAGCGCTGGCAAAGAACAACTGGATGTAGAAGACGATTTCATCGCCGTCGAGGCTGACGATGCGGAACCTGTGGTCGTGGAAGTGGCGAAAACCAACCTGAGCAAACGTCGCACCATCGATAACCTGCTGGAAGAGCGTCGCTTGCAGAAACAATTGGCCGACTATGATTTTGACCTCTGA MSAGKEQLDVEDDFIAVEADDAEPVVVEVAKTNLSKRRTIDNLLEERRLQKQLADYDFDL NA NA NA NA NA D1-35_01619 639 nth COG0177 Endonuclease III ATGAACGCCGCAAAACGCCTGGAAATATTCCGTCGCTTTCATGAAGACAACCCGGAGCCAAAAACCGAACTGGCCTATTCCTCACCCTTCGAGCTGCTGATCGCGGTAATTCTGTCGGCCCAATCCACCGACGTCGGCGTCAACAAGGCCACCGCCAAGCTGTTTCCCGTGGCCAATACGCCGCAAGCGATCCACGCCTTGGGGGTCGAAGGGCTGTCGGAATACATCAAGACCATCGGGCTGTTCAACAGCAAGGCCAAGAACGTCATCGAGACCTGCCGCCTGCTGATGGAGCGTCATGGCGGCGAGATCCCGCAGACCCGCGAAGAGCTGGAAGCCCTTCCAGGCGTCGGCCGCAAGACCGCCAACGTGGTGCTCAACACCGCGTTTCGTCAGCTGACGATGGCAGTCGACACGCACATTTTCCGCGTCAGCAACCGTACCGGCATTGCTCCGGGCAAAAATGTCGTGGAAGTGGAAAAGAAACTGATGAAATTTGTCCCCAAGGAATACCTCCTGGATTCCCACCACTGGCTCATCCTCCATGGGCGTTACGTCTGCCTGGCGAGAAAGCCCCGTTGCGGCAGTTGCCGAATCGAAGACCTGTGCGAATACAAGCACAAGACATCTGACGATTGA MNAAKRLEIFRRFHEDNPEPKTELAYSSPFELLIAVILSAQSTDVGVNKATAKLFPVANTPQAIHALGVEGLSEYIKTIGLFNSKAKNVIETCRLLMERHGGEIPQTREELEALPGVGRKTANVVLNTAFRQLTMAVDTHIFRVSNRTGIAPGKNVVEVEKKLMKFVPKEYLLDSHHWLILHGRYVCLARKPRCGSCRIEDLCEYKHKTSDD PGPT0013735_4683 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773 NA NA D1-35_01620 528 rnfE COG4660 Ion-translocating oxidoreductase complex subunit E ATGAATAAGCCGGTATTGAGCCGTGGCCTGCTGCTCGTGCCCTTGGTGGGTGCAAGCAGCTCGCTGACGAATGCACTGGGGGTGTGGCTGGCCTGGGTTTTGATCAGCTTCGGCCATGGCTGGGCCATGACGCTGGCCGGGCCACGCTGCACGACTTATCAGCGGCTGGTTGCAGGTATCCTGCTGGCCGCAGCCTTGAGTGCTTGCGCAAGCCTGGTCGCGCAGGCCTGGCTGCCCGAGTGGTATGCATCGTCAGGCCTTTACCTCGGCTGGATCGCCTTGAGCTGCGTAGCGCTGGATCAAGCGCCAGTGGACGAATCCCGGGTAGCTGACCGCCTCAGGCTGGCGGGCCAGTCTGGCCTCCTGATGGCCATTCTGAGCGCCCTGCGCGAATTGGTCGGCAATGGCGTCCCACTGGCCCTGCTCGCTCCCGGCGGGTTCATCCTGCTCGGCCTGCTGCTGGCGGCCCACCAGGCCTGGACGGCCAGCAAACCCCATCCACCCCTAGAGGAAACGCCGCGCCCATGA MNKPVLSRGLLLVPLVGASSSLTNALGVWLAWVLISFGHGWAMTLAGPRCTTYQRLVAGILLAAALSACASLVAQAWLPEWYASSGLYLGWIALSCVALDQAPVDESRVADRLRLAGQSGLLMAILSALRELVGNGVPLALLAPGGFILLGLLLAAHQAWTASKPHPPLEETPRP PGPT0013280_1293 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013280-rnfE|rsxE-K03613 NA NA D1-35_01621 612 rnfG COG4659 Ion-translocating oxidoreductase complex subunit G ATGAAAAGACCCGGCGGCGTGCTGATCCTGATCGTCCTGGCCGGCCTCGGCATCGGCGCCACGTACCTCATGCAGATCAATCTGGCCGGACGCATCGAAGCCCAACGGCAAGCCTTGACCGGCAGGACCTTGCTCGAGGTATTGCCCTCCGAGCGTTATGACAACCAGCCGCTGGCGCAACCGGTCATGACGAACCCGGTTGAGTTGAGCCACAGCCGGTTGCTGGGCGGTTACCTGGCGACCCGCAACGGCCAGCCCAGCGCGGTGCTGTTGCGCAGCCAGGCGTTGGGCTATGAGGGCAGCATCGAATTGATGATCGCCATTGATCCCAGCGGCCGCCTGCTTGGCGTTAAAACCCTGCGCCAGTCGGAAACACCCGGCCTGGGCGCGGTAATCGCCGACTGGCCGAATACCTGGCTGCAGACATTCACCGGAAAGTCGCGCCAGGCGCCGACCGATGACGGCTGGGCCTTGAAAAAGGACCAGGGCCAGTTCGATCAATTGGCCGGCGCGACGGTGACCTCGCGCGCGGTGCTCCAGGCGATCCACGATGCGCTGCGTTATTTCGATGAGCACCAGGCCCACCTGACCGGAGCGAGTGTCAATGAATAA MKRPGGVLILIVLAGLGIGATYLMQINLAGRIEAQRQALTGRTLLEVLPSERYDNQPLAQPVMTNPVELSHSRLLGGYLATRNGQPSAVLLRSQALGYEGSIELMIAIDPSGRLLGVKTLRQSETPGLGAVIADWPNTWLQTFTGKSRQAPTDDGWALKKDQGQFDQLAGATVTSRAVLQAIHDALRYFDEHQAHLTGASVNE PGPT0013285_1006 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013285-rnfG|rsxE-K03612 NA NA D1-35_01622 987 rsxD COG4658 Ion-translocating oxidoreductase complex subunit D ATGCTACGCCCTGATCCGGTGGACGAGCGGCTGCGGCAAGCGATGCGACGGGTGTTGCTGGCGATGCTGCCCGGCGTGCTGGCGATGGTCTGGTTTTATGGCTGGGGCGTGGCGCTGAACCTGCTGCTGTCGGCCCTCGCCGCTCTGGCTGTCGAGGCGCTGGCGTTGCGTCTGCGACGACGCCCTCTCAAGCCCGGCCTGAGCGACGGCAGCGCACTGGTCAGCGCCGCGCTGCTGGCCATGGCCTTGCCGGCGTATTGCCCATGGTGGCTGACCGTCACGGCCGCTGCCTGCGCCTTGCTGTTCGGCAAGCACTTATGGGGCGGGCTCGGCAGCAATCCCTTCAATCCGGCGATGCTCGGGTATGCCCTGGTGCTGGTGGCGTTTCCCCAGCACCTGAGCCAATGGCCCGTGCCCCATGACATGGACTTTCTCGAAGGTCTGCGACAAGTCGCCGGCATTGCCCAGGCGCCCGACGGCTGGGCCGGCGCCACGGCCCTGGACAGTCTGCGAATCAATACAAGCCTGACCGTCGACGAACTGTTCGCCAGCAATCCTGCGTTCGGTCGTTGGGGTGGGCGCGGTGTCGAGTGGGTCAACCTGGCCTTCCTCGCCGGCGGCCTGTTCCTGCTGCAACAGCGCGTGTTCAGTTGGCACGCGCCGGTGGGCATGCTTGCCAGCCTGTTCACCTTGAGCCTGCTGTGCTGGAACGGCTCGGGCTCGGACTCCCATGGCTCGCCGCTGTTTCATCTGTTGACCGGGGCAACCATGCTGGGCGCATTTTTCATCGTCACCGAACCGGTGTCAGGCGCCAAGGCCCCGCTCGCCCGACTGTTGTTCGGGGCCGGCGTGGGCGCGCTGGTCTACCTGATTCGTACCTGGGGCGGCTACCCGGACGGCGTGGCGTTTGCCGTGTTGCTGATGAACCTCGGTGTGCCTGCGCTGGATCGTCTCGCCGAGGCACGACAAAGGCGAGCGCTGACATGA MLRPDPVDERLRQAMRRVLLAMLPGVLAMVWFYGWGVALNLLLSALAALAVEALALRLRRRPLKPGLSDGSALVSAALLAMALPAYCPWWLTVTAAACALLFGKHLWGGLGSNPFNPAMLGYALVLVAFPQHLSQWPVPHDMDFLEGLRQVAGIAQAPDGWAGATALDSLRINTSLTVDELFASNPAFGRWGGRGVEWVNLAFLAGGLFLLQQRVFSWHAPVGMLASLFTLSLLCWNGSGSDSHGSPLFHLLTGATMLGAFFIVTEPVSGAKAPLARLLFGAGVGALVYLIRTWGGYPDGVAFAVLLMNLGVPALDRLAEARQRRALT PGPT0013275_1149 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013275-rnfD|rsxD-K03614 NA NA D1-35_01623 1005 rsxB Ion-translocating oxidoreductase complex subunit B ATGAACCTGATTCAACGTATCGATGCCCTGCTGCCGCAAACCCAATGCGGCAAGTGCGGCCATCCCGGCTGCAAGCCTTACGCCGAAGGCATCGCCCAGGGTGAACCGATCAACAAATGCCCACCCGGCGGACGCGAAACCATCGCGGCCCTGGCCGAGCTGATGACCGTGCCGGTACTCGAACTGGACGCCAGCCGTGGCTCGGCCCCGGCGCAGATCGCATACATTCGCGAAGCCGAATGCATCGGTTGCACCAAGTGCATCCAGGCGTGCCCGGTGGACGCGATTGTTGGCGCGGCCAAGCTGATGCACACCGTCCTCATCGATGAGTGCACCGGCTGCGACCTCTGCGTGGCGCCTTGTCCGGTGGATTGCATCGAGATGCGCCCACTGCCGATGGCAACCGTAACGCCGGTTGTCGGTGGCCTGGCCTCCAGCATCGAAGAACAGCAGGCGCGGACCGCCAAGCGCAATCACGCCCGCCGCCGCTTCGAGCTGCGCAATGCGCGCCTGCGCCGCGAAGAAGAGCAGCGCCTGGCCGAGCGCCTGGCCCGAACCCAGCGCAACGCTCAACCAGCCCAGGCCCAGCCACTTGATCCGGTGCAGGCTGCGCTGGAACGAGTGCGCGCGCAAAAAGCCGCCAGCGCCGACGCCGCCCTGAAAAAAGCCAAGGTCGACCTGGCCATGAGCCGGGCACAGCTGAATAAATCCTTGAAAGCGTTTGGCCATCCACCGACCTTCGAACAACAATCACAATTGATCGTGCTGCAACGCCAATTCGAAGCGGCAGAGCGGGCCCTGGCCAGACTGGAAGGCAGCGCGGCGCTCGCCGCCCCGGCACCGTCGCAAAGTGCTGAATTGAAGCGGGCCAAGATCCAGCTGGCGATGCGTCGCGCCGACCTCGGCAAGGCCCGTGCTGCCGCGGCTTCCGCAGAACAGCTACAAGCACTGGAACAAGCGGTGGAAGACGCCCAACGGCAGGTGGACGCCCATGCTACGCCCTGA MNLIQRIDALLPQTQCGKCGHPGCKPYAEGIAQGEPINKCPPGGRETIAALAELMTVPVLELDASRGSAPAQIAYIREAECIGCTKCIQACPVDAIVGAAKLMHTVLIDECTGCDLCVAPCPVDCIEMRPLPMATVTPVVGGLASSIEEQQARTAKRNHARRRFELRNARLRREEEQRLAERLARTQRNAQPAQAQPLDPVQAALERVRAQKAASADAALKKAKVDLAMSRAQLNKSLKAFGHPPTFEQQSQLIVLQRQFEAAERALARLEGSAALAAPAPSQSAELKRAKIQLAMRRADLGKARAAAASAEQLQALEQAVEDAQRQVDAHATP PGPT0013265_52 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013265-rnfB|rsxB-K03616 NA NA D1-35_01624 573 rnfA Ion-translocating oxidoreductase complex subunit A ATGACTGACATTCTTCTCTCGCTGTTCAGCGCTGCCCTGATCAACAACCTCGTGTTGCATTGGCCGCTGGGCGTCGATCCGCTGCTGGCAGTCAGGGAGCGGAGCCGGGTACATGCACTGGGCCTGGCGACAGCCTGCCTGATGCTGGTTGTCGGGACCCTCGGTTATCTGGCCGACCGCTGGCTGCTGGTTCCGGCGCAGCTGACATCGCTACGGTTGTTCGTATGGCTGCCCCTGAGCGTGCTGCTGATCAGCCCGTTGCTGCGCCTGCTGACGCATTGGCTGCCGTCGCAGCCGTTCGATGGCTTGTGGCCGCTGCTGCTCGGCAATGCCGGCGTACTGGGCGTCACGCTGCTCAACAGCCGGAACGACCAGGGCCTGGGCCAGGCCATGGCCTTCAGCCTGGGCGCCGGGCTGGGTTTCTGGCTGGTCTTAAGCCTGTTCGAGGACTTGCGCCAGCGAGTCCAGGATAACGATATTCCCTTGCCTTTTCGGGGCCTGCCAATCCAGTTGATCAGCGTCGGATTGATGGCGGTGGCATTTCTCGGATTGCGCGGGTTGGTCAAGACATGA MTDILLSLFSAALINNLVLHWPLGVDPLLAVRERSRVHALGLATACLMLVVGTLGYLADRWLLVPAQLTSLRLFVWLPLSVLLISPLLRLLTHWLPSQPFDGLWPLLLGNAGVLGVTLLNSRNDQGLGQAMAFSLGAGLGFWLVLSLFEDLRQRVQDNDIPLPFRGLPIQLISVGLMAVAFLGLRGLVKT PGPT0013260_1021 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013260-rnfA|rsxA-K03617 NA NA D1-35_01625 2046 metG COG0073 Methionine--tRNA ligase ATGTCCGAGCCACGCAAGATTCTCGTCACCAGCGCCCTGCCCTATGCCAATGGTTCGATTCACCTTGGCCATATGCTGGAATACATCCAGACCGATATGTGGACGCGCTTTCAGAAACATCGCGGCAACCAGTGCATCTACGTCTGCGCCGACGACGCCCACGGTTCGGCCATCATGTTGCGCGCGGAAAAGGAAGGTATCACCCCGGAACAACTGATCGCCAATGTCCAGGCTGAACACAGCGCCGACTTTGCCGAGTTCCTGGTGGACTTCGACAACTTCCACTCCACTCACGCCGAAGAAAACCGTGAGCTGTCGAGCCAGATCTACCTGAAGCTGCGTGACGCCGGGCATATCGCCACCCGTTCGGTCACCCAATATTTCGACCCGGAAAAGAAAATGTTCCTGGCCGACCGCTTCATCAAGGGCACCTGCCCGAAATGCGGCACCGAAGACCAATACGGCGACAACTGCGAAAAATGCGGCGCCACCTACGCACCGACCGACCTGAAAGACCCGAAATCGGCGATTTCCGGCGCGACGCCGGTACTCAGGGATTCCCAGCACTTCTTCTTCAAGCTGCCGGACTTCCAGGAAATGCTGCAGACCTGGACCCGCAGCGGCACGCTGCACGACGCGGTGGCCAACAAGCTCGCCGAATGGCTCGACTCCGGTTTGCAGGAATGGGACATCTCCCGCGATGCGCCGTATTTCGGCTTCGAAATTCCTGGCGAGCCCGGCAAATACTTCTATGTATGGCTGGACGCGCCCATCGGCTACATGGCGAGCTTCAAGAACCTTTGCGATCGTACCCCGGAGCTGGATTTCGACGCGTTCTGGGCCAAGGATTCTACGGCCGAGGTGTATCACTTCATCGGCAAGGACATCGTCAACTTCCACGCGCTGTTCTGGCCCGCCATGCTCGAAGGCGCCGGTTTCCGCAAGCCGACCGGCATCAACGTCCACGGCTACCTGACCGTCAACGGCCAGAAGATGTCCAAGTCCCGCGGCACCTTCATCAAGGCGCGGACGTACCTGGATCACCTGTCGCCTGAATACCTGCGCTACTACTACGCGGCCAAGCTCGGCCGTGGCGTCGACGACCTCGACCTGAACCTCGAGGACTTCGTGCAGAAGGTCAACTCCGACCTGGTGGGCAAGGTCGTCAACATCGCCAGTCGTTGCGCCGGGTTCATCCACAAGGGCAACGCCGGCGTGCTGGTGGCGGGTAACGCCGCGCCGGAACTCACCGACGCGTTCCTGGCTGCCGCACCAAGCATCGCCGAGGCCTACGAGAGCCGCGACTTTGCCCGCGCCATGCGTGAGATCATGGCCCTGGCCGACCGCGCCAACGCCTGGATCGCCGACAAGGCCCCATGGTCGCTGGCCAAGCAGGACGGCAAGCAGGACGAAGTCCAGGCCATCTGCGCCCTAGGCATCAACCTGTTCCGCCAACTGGTGATTTTCCTCAAGCCGGTGCTGCCGTTGCTGGCCGCCGATGCCGAGGCGTTCCTGAACGTTGCGCCGCTGACCTGGAACGACCACCAGACCCTGCTGAGCAACCATCAACTGAACGCGTTCAAACCGTTGATGACCCGCATCGACCCGGCCAAGGTCCAGGCCATGATCGACGCGTCCAAGGAAGACCTCGCCGCCAGCCAGACCGACACCGGTGCCCCTGCTGGCAACGGCGAGCTGACCAAGGACCCGCTGTCGCCGGAAATCGATTTCGATGCCTTCGCCGCCATCGACCTGCGCGTGGCGCTGATCGTCAAGGCTGAAGCCGTGGAAGGCGCCGACAAACTGTTGCGCCTGACCCTGGACATCGGCGATGAACAGCGCAACGTGTTCTCCGGGATCAAGAGCGCCTACCCGGATCCGGCCAAGCTCGAGGGCCGGCTGACGATGATGATCGCCAACCTCAAGCCACGCAAAATGCGCTTCGGCATATCCGAAGGCATGGTCATGGCGGCCGGTCCTGGCGGCGAGGAAATCTACCTGCTGAGCCCCGACAGCGGCGCCAAGCCGGGTCAGCGGATCAAATAA MSEPRKILVTSALPYANGSIHLGHMLEYIQTDMWTRFQKHRGNQCIYVCADDAHGSAIMLRAEKEGITPEQLIANVQAEHSADFAEFLVDFDNFHSTHAEENRELSSQIYLKLRDAGHIATRSVTQYFDPEKKMFLADRFIKGTCPKCGTEDQYGDNCEKCGATYAPTDLKDPKSAISGATPVLRDSQHFFFKLPDFQEMLQTWTRSGTLHDAVANKLAEWLDSGLQEWDISRDAPYFGFEIPGEPGKYFYVWLDAPIGYMASFKNLCDRTPELDFDAFWAKDSTAEVYHFIGKDIVNFHALFWPAMLEGAGFRKPTGINVHGYLTVNGQKMSKSRGTFIKARTYLDHLSPEYLRYYYAAKLGRGVDDLDLNLEDFVQKVNSDLVGKVVNIASRCAGFIHKGNAGVLVAGNAAPELTDAFLAAAPSIAEAYESRDFARAMREIMALADRANAWIADKAPWSLAKQDGKQDEVQAICALGINLFRQLVIFLKPVLPLLAADAEAFLNVAPLTWNDHQTLLSNHQLNAFKPLMTRIDPAKVQAMIDASKEDLAASQTDTGAPAGNGELTKDPLSPEIDFDAFAAIDLRVALIVKAEAVEGADKLLRLTLDIGDEQRNVFSGIKSAYPDPAKLEGRLTMMIANLKPRKMRFGISEGMVMAAGPGGEEIYLLSPDSGAKPGQRIK NA NA NA NA NA D1-35_01626 1095 apbC COG0489 Iron-sulfur cluster carrier protein ATGAGCGCCGTCAATCGCGCAGCGGTGGAAGCCGTCCTTCGCCAGTACACCGACCCCTACCTGAGCCAGGATCCGGTCAGCGCCGGATGCGTGCGAGCCATCGATATCCAGGGCGATCGCGTCAGCGTCGAACTGGAGATCGGTTATGCCGCCGATCTGTTCAAGAACGGTTGGGCGCAGATGCTGCAGATGGCGATCGAAGGCCTGGACGGCGTGGCGAGCGCCAAAGTCCAGGTTACCAGCGTGATTTCCGCCCACAAGGCCCAAGCCCAGGTGCCGGGGTTGGCGAACGTCAAGAACGTCATCGCCGTGGCCTCGGGCAAGGGCGGCGTAGGCAAGTCCACCACCGCCGCCAACCTGGCGCTGGCCCTGGCTCGCGAAGGGGCGAAGGTCGGCATCCTCGACGCGGATATCTACGGTCCGAGCCAAGGCATCATGTTCGGCATCGCCGAAGGCACCCGGCCGCAGGTCAAGGACCAGAAGTGGTTCGTACCGCTGCAATCCCATGGCGTGGAGGTCATGTCCATGGCCTTCCTCACCGATGACAACACACCGATGGTCTGGCGCGGGCCGATGGTCTCCGGTGCCTTGCTGCAACTGGTCACGCAAACCGCGTGGGGCGACCTGGATTATCTGGTGATCGACATGCCGCCGGGAACTGGCGACATCCAGCTGACCCTCGCGCAGAAAGTCCCGGTGGCCGGCGCGGTGATCGTTACCACGCCCCAGGACTTGGCCCTGCTGGATGCGCGCAAGGGTGTGGAGATGTTCCGCAAGGTGAACATCCCGGTACTGGGCGTGGTGGAAAACATGGCCGTGCACATCTGCTCGAACTGTGGGCATGCCGAGCATCTGTTCGGTGAAGGCGGCGGTGAAAAACTGGCGACCCAGTACGGTGTCGAGCTGCTGGCTTCGTTGCCGCTGTCGATGGTGATCCGCGAGCAGGCCGACGGCGGCAAGCCGACCGTCATCGCCGAGCCGGACAGCCAGATCGCCATGGTCTACCAGGAGTTGGCCCGCCACGTGGGCGCGCGGATCGTGTTGCAGGAGGCTGCGTCGCCGGCGATGCCGAACATTACTATCAGCGATGATTGA MSAVNRAAVEAVLRQYTDPYLSQDPVSAGCVRAIDIQGDRVSVELEIGYAADLFKNGWAQMLQMAIEGLDGVASAKVQVTSVISAHKAQAQVPGLANVKNVIAVASGKGGVGKSTTAANLALALAREGAKVGILDADIYGPSQGIMFGIAEGTRPQVKDQKWFVPLQSHGVEVMSMAFLTDDNTPMVWRGPMVSGALLQLVTQTAWGDLDYLVIDMPPGTGDIQLTLAQKVPVAGAVIVTTPQDLALLDARKGVEMFRKVNIPVLGVVENMAVHICSNCGHAEHLFGEGGGEKLATQYGVELLASLPLSMVIREQADGGKPTVIAEPDSQIAMVYQELARHVGARIVLQEAASPAMPNITISDD NA NA NA NA NA D1-35_01627 759 fabG_2 3-oxoacyl-[acyl-carrier-protein] reductase ATGCAACTCACTGACAAAGTAATCATTATCACCGGCGGTTGCCAGGGCCTGGGTCGCTCCATGGCCGAGTATTTCGCCGGCAAGGGTGCAAAGCTCGCGCTGGTGGACCTCAATCAGGAAAAGCTCGACCAGGCGGTCGCCGCCTGCGCCGCCAAGGGCGTCGAGGCGCGTGCGTACCTGTGCAACGTGGCCAACGAAGATCAGGTGATCGACATGGTTGCCCGGGTGGCCGCTGACTTCGGCGCGATCCACGGGTTGATCAACAACGCCGGGATCCTGCGCGACGGCCTGCTGCTCAAGGTCAAGGACGGTGAAATGACCAGGATGAGCCTGGCCCAGTGGCAGGCGGTGATCGACGTCAACCTCACCGGCGTATTCCTCTGCACCCGCGAAGTGGCGGCGAAAATGGTCGAGCTGAAGAACAACGGCGCGATCATCAATATTTCCTCGATCTCCCGGGCCGGCAACGTCGGCCAGACCAACTATTCGGCGGCCAAGGCCGGCGTCGCGGCCGCTACCGTGACCTGGGCCAAGGAACTGGCGCGCTACGGCATCCGCGTGGCGGGGATTGCTCCGGGTTTCATCGAAACCGAAATGACCCTCGGCATGAAACCCGAAGCCCTTGAGAAAATGACCTCCGGGATTCCGCTCAAGCGCATGGGCAAGCCCGAGGAGATTGCGCACTCGGCGGCGTATATCTTCGAGAACGATTACTACACCGGGCGGATCCTGGAAATGGATGGCGGGCTGCGGATCTAA MQLTDKVIIITGGCQGLGRSMAEYFAGKGAKLALVDLNQEKLDQAVAACAAKGVEARAYLCNVANEDQVIDMVARVAADFGAIHGLINNAGILRDGLLLKVKDGEMTRMSLAQWQAVIDVNLTGVFLCTREVAAKMVELKNNGAIINISSISRAGNVGQTNYSAAKAGVAAATVTWAKELARYGIRVAGIAPGFIETEMTLGMKPEALEKMTSGIPLKRMGKPEEIAHSAAYIFENDYYTGRILEMDGGLRI PGPT0003180_9828 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 D1-35_01628 732 hypothetical protein TTGAGCGTTGAAGCTGCCAAGCATGCCCGCGAATTGCTGCTCAAGGAATATCGGGGCATGCTCTCCACCCATTCCAAATCGATGCCCGGTTTTCCGTTCGGCTCCGTTGTGCCGTATTGCCTGGACGCGCAAGGCCTGCCGCTGATACTCATCAGCCGCATCGCCCAGCACACCCACAATCTGCAAAAAGACCCTAAATGCTCAATGCTGGTGGGAGAGCGGGGCGCCGAGGATGTTCAGGCCGTCGGGCGCCTGACCTATCTGGCCGAGGCGCAGAAGCTGGAGGACAGCGCCGCCATCGAGGCCGCCGCCGAGCGTTACTACCGCTATTTCCCCGAGTCGCAGAACTACCATAAGGCCCACGACTTCGATTTCTGGGTTCTCCACCCGGTGCGCCATCGTTATATCGGCGGCTTCGGCGCGATTCACTGGATCGACCAGATCACCCTGGCCAATCCCTTTGCCGGCAAAGCCGAGGCGGGCATGATCGAACACATGAATGCCGATCATGCCAAAGCCATCGCCCACTACGTCGAATTGAGTGGCCTGCCAAAAAACCAACCCGCGCAATTGGTCGGTATCGACAGCGAAGGCATGCACTTGCGCATTGGGCAAGGCCTGCACTGGTTGCCGTTTGCGGCGCCTTGCAACACGCCGACACAAGTGCGCGAAGCCTTGGTTTACCTGGCTCACGCCGAGCAATGGCCAAAAAATGCCGAGGTTGATGCTTGA MSVEAAKHARELLLKEYRGMLSTHSKSMPGFPFGSVVPYCLDAQGLPLILISRIAQHTHNLQKDPKCSMLVGERGAEDVQAVGRLTYLAEAQKLEDSAAIEAAAERYYRYFPESQNYHKAHDFDFWVLHPVRHRYIGGFGAIHWIDQITLANPFAGKAEAGMIEHMNADHAKAIAHYVELSGLPKNQPAQLVGIDSEGMHLRIGQGLHWLPFAAPCNTPTQVREALVYLAHAEQWPKNAEVDA PGPT0003615_497 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003615-hugZ|hutZ|chuZ-K07226 NA NA D1-35_01629 477 hypothetical protein ATGCGCCCTTTTTTATTGCTCTTTCTGCTGTTCCCGGTGTTGGAGCTGTTCGTATTCGTCAAGGTCAGCGGTGCGATCGGGTTCTTCCCGGCGTTGCTGCTGGTCATTCTCGGCTCGATGCTCGGCGTGTTCGTGCTGCGCATCGCCGGCCTGGCCACGGCACTGCGTGCCCGTGAAAGCCTGACCCGTGGCGAACTGCCCGCCCAGACCATGCTCGAAGGCCTGATGCTCGCGCTGGGTGGTGGTCTGTTGATCCTGCCTGGCTTCATCAGCGACGTGCTGGGCCTGGTCTTGCTGCTGCCCTTCACGCGCCGGTTGCTGGCCAACAAGATGCGCCAGCGCGCCGAAGAACAGGCGATGCGCCAGCGGGCTTTCGCCGATGACCTCCAGCCCCGTGGCGGTCCGACGCCGCGCGAACCGGTAGGCCGCGAGCCCAACGTGATCGAAGGCGAATTCGAACACCGCGATCCCAAGTAG MRPFLLLFLLFPVLELFVFVKVSGAIGFFPALLLVILGSMLGVFVLRIAGLATALRARESLTRGELPAQTMLEGLMLALGGGLLILPGFISDVLGLVLLLPFTRRLLANKMRQRAEEQAMRQRAFADDLQPRGGPTPREPVGREPNVIEGEFEHRDPK NA NA NA NA NA D1-35_01631 294 groS COG0234 10 kDa chaperonin ATGAAGCTTCGTCCTCTGCATGACCGCGTCGTCATCCGTCGCAGCGAAGAAGAGAAGAAAACCGCTGGCGGTATCGTCCTGCCAGGTTCGGCTGCTGAAAAAGCCAACCACGGTGAAGTTCTCGCTGTAGGTCCGGGCAAGGCTCTGGAAAACGGTGAAGTACGTGCGCTGGCCGTGAAAGTGGGTGACAAGGTTGTGTTCGGCCCTTACTCCGGCAGCAACACTGTGAAAGTCGACGGCGAAGACCTGTTGGTAATGAGCGAGAACGAAATCCTCGCCGTTCTCGAAGGCTGA MKLRPLHDRVVIRRSEEEKKTAGGIVLPGSAAEKANHGEVLAVGPGKALENGEVRALAVKVGDKVVFGPYSGSNTVKVDGEDLLVMSENEILAVLEG PGPT0014565_2598 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078 NA NA D1-35_01632 1644 groL COG0459 60 kDa chaperonin ATGGCTGCTAAAGAAGTTAAATTCGGCGATTCCGCCCGCAAGAAAATGCTCGCCGGTGTCAACGTCCTGGCTGACGCAGTAAAAGCGACCCTCGGCCCGAAAGGCCGTAACGTGATCATCGAGAAGAGCTTCGGCGCTCCGACCATCACCAAGGACGGCGTTTCCGTAGCCAAGGAAATCGAGCTGAAAGATCGCTTCGAAAACATGGGTGCGCAGCTGGTCAAGGACGTTGCGTCCCGTGCCAACGATGACGCCGGCGACGGTACCACCACCGCGACCGTATTGGCTCAGTCGATCGTCAACGAAGGCCTGAAAGCCGTCGCTGCCGGCATGAACCCGATGGACCTCAAGCGCGGCATCGACAAGGCGACCATCGCCATCGTCAAGGAACTGAAAGGTCTGGCCAAGCCTTGCGCTGACTCCAAGGCAATCGCCCAGGTAGGTACCATCTCCGCCAACTCCGACAACTCCATCGGCGACATCATTGCCGAAGCCATGGAAAAAGTCGGCAAAGAAGGCGTGATCACCGTTGAAGAAGGCTCGGGCCTGGAAAACGAACTGTCGGTTGTAGAAGGCATGCAGTTCGACCGTGGCTACCTGTCGCCATACTTCGTCAACAAGCCGGACACCATGGTTGCCGAGCTGGACAGCCCGCTGATCCTGCTGGTCGACAAGAAGATCTCCAACATCCGCGAAATGTTGCCAGTGCTGGAAGCCGTTGCCAAAGCCGGCCGCCCTCTGCTGATCGTGGCTGAAGATGTCGAAGGCGAAGCCCTGGCGACCCTGGTCGTGAACAACATGCGTGGCATCGTCAAGGTTGCAGCCGTCAAGGCTCCAGGCTTCGGCGACCGTCGCAAGGCCATGCTGCAGGACATCGCCGTACTGACCGGCGGTACCGTTATCTCCGAAGAGATCGGCCTGAGCCTGGAAAGCACCACCCTGGAGCACCTGGGTAACGCCAAGCGCGTGATCCTGTCCAAGGAAAACACCACCGTGATCGACGGTGCTGGCAACGATGCCGATATCCAGGCTCGTGTCACCCAGATCCGCGCACAAGTGGCCGAGACTTCGTCCGACTACGACCGCGAAAAACTGCAAGAGCGCCTGGCCAAGCTGTCCGGCGGTGTTGCGGTGATCAAGGTTGGCGCCGGTTCCGAAGTTGAAATGAAAGAGAAGAAAGCCCGCGTTGAAGACGCCCTGCACGCAACCCGCGCAGCCGTCGAAGAAGGCGTGGTACCTGGCGGCGGCGTGGCACTGGTTCGTGCCCTGCAAGCCATCAGCGAGCTGAAAGGCGACAACGATGACCAGAACGTTGGCATCCAGTTGCTGCGTCGCGCTGTTGAAGCACCTCTGCGCCAGATCGTTGCCAACTCCGGCGACGAGCCAAGCGTAGTGGTCGACAAGGTCAAGCAGGGTTCGGGTAACTACGGTTACAACGCTGCCACCGGCGAATACGGCGACATGATCGAAATGGGTATCCTGGACCCGGCCAAAGTGACTCGTTCGGCTCTGCAAGCGGCTTCGTCGATTGCCAGCCTGATGATCACCACCGAGGCGATGATCGCTGAAATCAAGGACGACGCTCCAGCTGGCGGCGGCATGCCAGACATGGGCGGCATGGGTGGCATGGGCGGCATGATGTAA MAAKEVKFGDSARKKMLAGVNVLADAVKATLGPKGRNVIIEKSFGAPTITKDGVSVAKEIELKDRFENMGAQLVKDVASRANDDAGDGTTTATVLAQSIVNEGLKAVAAGMNPMDLKRGIDKATIAIVKELKGLAKPCADSKAIAQVGTISANSDNSIGDIIAEAMEKVGKEGVITVEEGSGLENELSVVEGMQFDRGYLSPYFVNKPDTMVAELDSPLILLVDKKISNIREMLPVLEAVAKAGRPLLIVAEDVEGEALATLVVNNMRGIVKVAAVKAPGFGDRRKAMLQDIAVLTGGTVISEEIGLSLESTTLEHLGNAKRVILSKENTTVIDGAGNDADIQARVTQIRAQVAETSSDYDREKLQERLAKLSGGVAVIKVGAGSEVEMKEKKARVEDALHATRAAVEEGVVPGGGVALVRALQAISELKGDNDDQNVGIQLLRRAVEAPLRQIVANSGDEPSVVVDKVKQGSGNYGYNAATGEYGDMIEMGILDPAKVTRSALQAASSIASLMITTEAMIAEIKDDAPAGGGMPDMGGMGGMGGMM PGPT0014570_2457 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077 NA NA D1-35_01633 744 hypothetical protein ATGGTTTCCACTGCCATCCGCCCCGCTTCCAGGCCCCTGAATCTATGGGTCGCCCTGGGCCTGCCCGCCGTGGTCGCAGCCATTCTGGTGTTGCTGGAACTGACCAGCCTGGACATGAACGTGGCCAAGCTGTTTTACGATCCGACGGCGGGTGGGTTTATCGGTCGACACAGTTTTTTCCTGGAAGACATCCTGCATGACCGGGCCAAACAGCTGGTCATCGGGTTTTCCGTGCTGGCGGTCGTGGGGTTTGTCGCCTCGTTTTTTATCGCTCGGCTCAAGCCGTACAAACGTGAGCTGGGTTGCCTGGTCCTGTCGCTGGCATTGGCGACTGCGTTTGTCACGCCTTTGAAGGCAGTGACGGCAGTGCAATGCCCATGGAGTCTCAAGGAGTTCGGTGGCAAGGAAACCTACAGTGAGCTACTGAGCCCACGCCCGGCTACCGACAAGCCCGGCCGATGCTGGCCCGGCGGGCATGCCGCCACCGGCTTCACGCTGTTCGCGTTGTTTTTCGTACTGCGTGACCGTCGCCCACGCCTCGCACGCCAGGCGCTGGTGTTCGCCTTTGCCCTGGGCACGGTGTTTTCCGTGGGACGCATGATGCAAGGGGCGCACTTTTTCTCCCACAACGTCTGGACGGCGGTGTTCTGCTGGCTGATTTGCCTCGGGTGTTATTACTGCGTTCTGTACCGACCAGTTTCCACACCTGAACGTATGATCGTCACCCGCTCCGTCAATGCCTGA MVSTAIRPASRPLNLWVALGLPAVVAAILVLLELTSLDMNVAKLFYDPTAGGFIGRHSFFLEDILHDRAKQLVIGFSVLAVVGFVASFFIARLKPYKRELGCLVLSLALATAFVTPLKAVTAVQCPWSLKEFGGKETYSELLSPRPATDKPGRCWPGGHAATGFTLFALFFVLRDRRPRLARQALVFAFALGTVFSVGRMMQGAHFFSHNVWTAVFCWLICLGCYYCVLYRPVSTPERMIVTRSVNA NA NA NA NA NA D1-35_01634 684 czcR_2 Transcriptional activator protein CzcR ATGCGAATTCTGTTGGTTGAAGACAACCGTGACATCCTGGCCAACCTGGCCGACTACCTGGGCCTCAAGGGCTACACGGTCGATTGCGCACAGGACGGTTTGTCAGGGCTGCACCTGGCCGCGACCGAACACTACGACTTGATTGTGCTGGATATCATGCTGCCGGGCATCGACGGCTATACGCTGTGCAAGCGCCTGCGCGAAGACGCCCGGCGCGATACACCGGTGATCATGCTCACCGCGCGGGACCAGTTGGATGATCGTTTGCAGGGTTTCAAATCCGGGGCGGATGATTACCTGGTCAAGCCTTTTGCCTTGTCGGAGCTGGCGGCGCGGATCGAAGCGGTCATGCGGCGTGCCCAGGGCGGTGGCCGACGCGCGTTGCAAGTTGGCGACCTGAGCTACGACCTCGATACGTTGGAAGTGACCCGGGAAGGCAAACTGCTCAAGCTCAACCCCGTGGGCCTCAAGTTGCTGGCGGTACTGATGCAGAAAAGCCCCCACGTGCTGCGGCGCGAGATCCTTGAGGAAGCCCTGTGGGGCGATGATTGCCCGGATAGCGACAGCCTGCGCAGCCATGTCCACCAATTGCGCCAGGTGATCGACAAACCGTTTGAAAAACCGTTGCTGCACACTGTGCACGGCGTCGGCTATCGGTTGGCCGAGGGCCGAGATGGAGTTTAA MRILLVEDNRDILANLADYLGLKGYTVDCAQDGLSGLHLAATEHYDLIVLDIMLPGIDGYTLCKRLREDARRDTPVIMLTARDQLDDRLQGFKSGADDYLVKPFALSELAARIEAVMRRAQGGGRRALQVGDLSYDLDTLEVTREGKLLKLNPVGLKLLAVLMQKSPHVLRREILEEALWGDDCPDSDSLRSHVHQLRQVIDKPFEKPLLHTVHGVGYRLAEGRDGV PGPT0004105_837 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 D1-35_01635 1278 sasA_6 Adaptive-response sensory-kinase SasA ATGGAGTTTAAGCAAAGCCTTGCGCAACGGATCATCATCGCTTTTGCGCTGATGAGCGCATTGGTGGCGGGAGCGTTTGCACTGGGCATCGTGGCAACGGTCCATCTGGTGGAGGAAAAGCTGATTTCCGCCGGGCTCGGAGGCGACCTGCAACGCCTGCTGTTGATGGACAGCGTTTCCGACTGGAGTCATCGCCCGGAACCCGACCAGCTGTTCTATTTCAGCGGCGGCCCGGGAGACTTCGAGTTGCCCAGGGACCTGCGTCACCTGCAACGTGGCTTTCACGAAGTCTTTCGCGAACAGCTGTCCTATCACGCGATGGTAGAGATCGTTGACGGTCGGCATTACGTGCTGTTGCAGGACCAGAGCGATTTCGAGGAGCGCGAGCGGGTGCTGTTTGCCGTGGTGCTGGTGGGCTTCGTGCTCAGTCTGGCGCTCGCGGTGTTCCTGGGCTGGGTCCTGGCACGCCGGGTGATGGCGCCGGTGGTACGTCTGGCCCGGCAGGTACGGCATCGCGACCAGTTGCTCGGGCTCGCTCCGCCATTGGCGCCGGATTATGCCGCTGATGAGGTGGGCGAGCTGGCCGTGGCGTTCGATGCCACGCTGGGCCGGTTGCGCCAGGCCCTGACCCGGGAACGGTTGTTCACCAGCGACGTGAGTCACGAACTGCGCACGCCGTTGATGATCCTCGCCACCTCCTGCGAATTGCTGCTGGAGAATCCGGCGCTGGACCAGCGTGGTCGCACCCAGGTCGAGCGCATCAACCGCGCCAGCGAAGAAATGCGCGAACTGGTGCAGACCTTCCTGATGCTTGCCCGGGCCCAACGCGAGGATAACGGCATGTCGCCTCGCTCGACGCTGGGGCAGGTCGCGGAAAACCTCCTTGGGGTCTGGCGTGCGCCGATCGAATCCAAGGGCCTGACCTTGATCTTCGAACCAGGGCAAACCACCGATACGCAGTACAACGCCACGTTCCTGACTGCCGTCATGGGAAATCTGCTGCGTAACGCCTTGCATTACACCGACCAGGGTTTTATCCGCGTCTCGCTGACCGCCACGGGATTTGTCGTCGAGGACAGCGGCGTAGGCATTCCCGAGGAGAAGCGCGAGGCGATGTTCGAGCCCTTCGTGCGCGGTAACGAAAAGCGTGGCGAGGGACTGGGGCTGGGGCTGTCACTGGTGCAGCGGATCTGCGAGGACCAGGGCTGGACCGTGAGCCTCAGCACGATGGAACCCAACGGATGCCGTTTCGAGGTGGAGTTGAACCCGAAGTCCTGA MEFKQSLAQRIIIAFALMSALVAGAFALGIVATVHLVEEKLISAGLGGDLQRLLLMDSVSDWSHRPEPDQLFYFSGGPGDFELPRDLRHLQRGFHEVFREQLSYHAMVEIVDGRHYVLLQDQSDFEERERVLFAVVLVGFVLSLALAVFLGWVLARRVMAPVVRLARQVRHRDQLLGLAPPLAPDYAADEVGELAVAFDATLGRLRQALTRERLFTSDVSHELRTPLMILATSCELLLENPALDQRGRTQVERINRASEEMRELVQTFLMLARAQREDNGMSPRSTLGQVAENLLGVWRAPIESKGLTLIFEPGQTTDTQYNATFLTAVMGNLLRNALHYTDQGFIRVSLTATGFVVEDSGVGIPEEKREAMFEPFVRGNEKRGEGLGLGLSLVQRICEDQGWTVSLSTMEPNGCRFEVELNPKS NA NA NA NA NA D1-35_01636 669 hypothetical protein ATGTCCAATCCCATCAAGCTAGCTTTTTCCGCCAAGTACGACGAGCGACATGCCCAGCAGTACCTGCGCAAACACAAGACGGGGCTGAGCCGCCGTCTTTCCCACCGTCGGGACGAACAACTGGCCCGGCGCGCCTTGATGCTCGCGGGCGACCCGGGCCTGGTCCTGGACCTGCCGTGCGGAGCCGGGCGTTTCTGGCCGCTGCTGGCGGAGAAACCCGGCCGGGTGATCGTCGGCGCGGACAATTCCACCGCCATGCTCCAGACGGCATTGAAGGCACAACCGGCCGATGTCGTAAAACGGGTACAACCTTTGCACACATCTGCGTTCGACATCGCCTTGCCTGATAACGCCGTCGACAGCATTTTTTGCATGCGCCTCTTGCACCACATCGGCGAACCCGCGCACCGACTGGCGATATTGCGGGAATTCGAGCGTGTCACCCGTGACAGCGTGATCGTTTCATTGTGGGTCGACGGCAATTTCAAGGCCTGGAAACGCAAGCGCCTGGAGCGCACCCGTGGGCAGAAAGACTACCAGAACCGATTTGTGTTACCGGTCGCTACAGTTGAAGAAGAGTTTCGGCAGGCCGGGTTTCGCATTGAGGAACAGTTGGATTTCCTGCCGCTCTATGCCATGTGGCGAGTTTATGTATTACGCAAGGGGTAG MSNPIKLAFSAKYDERHAQQYLRKHKTGLSRRLSHRRDEQLARRALMLAGDPGLVLDLPCGAGRFWPLLAEKPGRVIVGADNSTAMLQTALKAQPADVVKRVQPLHTSAFDIALPDNAVDSIFCMRLLHHIGEPAHRLAILREFERVTRDSVIVSLWVDGNFKAWKRKRLERTRGQKDYQNRFVLPVATVEEEFRQAGFRIEEQLDFLPLYAMWRVYVLRKG NA NA NA NA NA D1-35_01637 714 inaA Protein InaA ATGGTTGTACAGGTAGCAGGAGCCCAGGCGGCTTCTCGTAGTTGCTTTGACCAGATCTGGAATCAGCGTGGCGAGTGGGTGGAAGCCCCCAATACCCGGCGTGGCGGCGAAAGCGGTGTGCAGCGGATCAGCCATGATGGCGAGCTGTTTTATTCCAAGCGCCAGACCGGACACATTTACCGTAGCCTACTGCACCCGTTCGGCCGTCCGACCGTGTTGCGTGAAGAGCGAGCGCTGCTGGCCCTGGCGGAACTCGGCGTCACGGTACCCCAAGTGGTCTTTTGCGGCGCGCAGAGAGACCCGGTGCACAAGTGGCGGGCGCTGCTGGTCACCCGCGCTCTGGACGGCTTCGAGGAAATCGGGCGTTGGTATGCCGCAGGCGGCCGCGAGCGTCATGGCGAGGCGGTCCATGATCGTCTCCTTCAGGCCCTGGCCGAGAATCTCGCCCGCATGCACAAGGGGCGCTGGCAGCACAGTTGCCTCTACATCAAGCATGTATTCGTGCGAGTAACCGGAGAGGGCGAGTCGACCAAGGCCGAAGTGGCGTTGCTCGATCTTGAGAAATGTCGCCAACGGCTGACCGCACGCGGCGCGGCGTTCCATGACATGAGCCAGCTGCGGCGCCACTCGTCGTTCCAGGATTGCGACTGGGGAAAACTCGTCTATTTTTACGAGGCGGCGTTTGGCAGCGCTATCAAAGGTTTATCCCGATGA MVVQVAGAQAASRSCFDQIWNQRGEWVEAPNTRRGGESGVQRISHDGELFYSKRQTGHIYRSLLHPFGRPTVLREERALLALAELGVTVPQVVFCGAQRDPVHKWRALLVTRALDGFEEIGRWYAAGGRERHGEAVHDRLLQALAENLARMHKGRWQHSCLYIKHVFVRVTGEGESTKAEVALLDLEKCRQRLTARGAAFHDMSQLRRHSSFQDCDWGKLVYFYEAAFGSAIKGLSR NA NA NA NA NA D1-35_01638 228 hypothetical protein ATGAAACTAGAAATTGCTAGAGGTTTGTTTTTAGTCGGAGCCCTGGCAGTTGCATCCCTGGCGCTGGTGGTGTGGGAGCAGCCGCGCTCGCAGATCCTCAGTGCCTCCACTGTCGGCGCACATTGCCCGGTGCCTCGGGTGGCCAAGGCCAGCGAGGCGATCCAGCCGGACGACGACCTGTTGCTGTTCATGTTCAGTCTGTCCCAGGGCATGCGACCGCAGAGTTGA MKLEIARGLFLVGALAVASLALVVWEQPRSQILSASTVGAHCPVPRVAKASEAIQPDDDLLLFMFSLSQGMRPQS NA NA NA NA NA D1-35_01639 3027 acrB COG0841 Multidrug efflux pump subunit AcrB ATGGCCTTTACCGATCCGTTCATCCGCCGCCCGGTGCTCGCCACCGTGGTCAGCCTGTTGATCGTGCTACTGGGCTTCCAGGCCTGGAGCAAGCTGCCCCTGCGCCAGTATCCACAGATGGAAAATGCCCTGATCACGGTGACCACCGCCTACCCCGGGGCCAACGCCGAGACCATCCAGGGTTACATCACCCAGCCGATGCAGCAGAGCCTGGCCAGTGCCGAGGGCATCGACTACATGACTTCGGTCAGCCGCCAGAATTTCTCGGTCATATCGGTCTACGCGCGCATCGGTTCCAACAGCGACCGGCTCTTTACCGAACTGCTGGCCAAGGCCAACGAGGTGAAGAACCAACTGCCCCAGGACGCCGAGGACCCGGTCCTCAGCCGCGAGGCAGCCGATGCCTCGGCGCTGATGTACATCAGTTTCTTCAGCAAGGAGCTGAACAACCCACAGATCACCGATTATCTGTCGCGCGTCATCCAGCCAAAACTGGCGACGCTGCCGGGCATGGCTGAAGCGGAGATCCTCGGTAACCAGGTATTCGCCATGCGCCTGTGGCTGGACCCGGTCAAGCTCGCAGGCTTCGGCCTGACCGCCGCCGACGTGACCAACGCCGTGCGCCAGCACAACTTTCTCTCCGCTGCTGGTGAAGTGAAAGGCGAGTACGTGGTCACCAGCATCAACGCCAACACCGAACTCAAATCCGCCGAGGCATTCGCCGGTATCCCGCTCAAGACTGACGGTGACAGCCGCGTGTTGCTGCGGGACGTTGCGCGGGTGGAGATGGGCGCCGAAAACTACGACACCATCAGCTCTTTCGGTGGCACCCCTTCGGTGTACATCGGGATCAAGGCAACCCCTGGCGCCAACCCCCTCGATGTCATCAAGGAAGTGCGCAAGATCATGCCGGAGATGGAGGCCCAGCTGCCGTCCAACCTCAAGGCCGAGATCGCCTACGATGCCACGCTGTTCATCCAGGCCTCCATCGACGAAGTGGTGAAGACCCTGTTCGAGGCGGTGCTGATCGTCATCGTCGTGGTGTTCCTGTTCCTCGGCGCCCTGCGCTCGGTGCTCATTCCGGTAGTGACCATTCCGCTGTCGATGATCGGCGTGATGTTCTTCATGCAGTTGATGGGCTACTCCATGAACCTGCTGACACTGCTGGCCATGGTGTTAGCCATCGGCCTGGTGGTGGACGACGCCATCGTGGTGGTGGAAAACATCCACCGGCACATCGAGGAGGGCAAGACACCGTTCGACGCCGCGATTGAAGGCGCGCGGGAAATCGCCATGCCGGTGGTCTCGATGACCATCACGCTGGCGGCGGTCTATGCACCGATCGGCCTGCTCGAAGGCCTGACGGGGGCGCTGTTCAAGGAGTTCGCCCTGACCCTCGCCGGCGCGGTGGTGATCTCTGGAGTCGTCGCCCTGACCCTCTCGCCAATGATGTGCGCGATGCTGCTGCGTCATGACCAGAACCCCTCGGGGCTGGCCCATCGGCTGGACGTGATCTTCGAGCGCCTGAAGGCCCGTTACCAGCGCATGCTTCACGGCACGCTCAATACCCGGCCGGTGGTGCTGGTGTTTGCCCTGCTCGTGCTGTTGCTGATCCCGGTGCTGATCATGTTCACCAAGTCCGAACTGGCGCCTGACGAGGACCAGGGCATCATCTTCATGATGGCCAACGCCCCGAAGACCACCAACCTGGACTACCTGAACGCCTATACCGATCACTTCATCACGATCTTCAAGGAATTCCCCGAGTACTATTCTTCGTTCCAGATCAACGGCTACAACGGCGTACAGTCGGGCATCGGCGGCTTCCTGCTCAAGCCCTGGAACGAACGCAGCCGCACCCAGATGGAAATCCTCCCGGAAGTCCAGGCCAGGCTCGAAAGCGTGCCCGGCCTGCAGATCTTCGGCTTCAACCTGCCCTCGCTGCCCGGCACGGGCGAAGGCTTGCCCTTCGAATTCGTCATCAACTCGCCGAAGGACTACACGACGCTCCTGCAGATTGCCGAACGGGTCAAGAAGCGTGCGCTGGAGTCCGGCAAGTTCGCCTTCATGGACATCGACCTTGCGTTCGACAAGCCTGAAGTCGTGGTGGACATCGATCGCGCCAAAGCCGCCCAGATGGGCGTCTCGATGCAAGACCTCGGCGGCACGCTGGCGACCCTGCTGGGCGAGGCGGAGATCAACCGCTTCACGCTGGAGGGGCGTAGCTACAAGGTCATCGCCCAGGTCGAGCGGCCATTCCGGGACAATCCGGACTGGCTGAACAACTATTACGTAAAGAACGCCCAGGGCGAGTCGCTTCCGTTGTCGACGCTGATCAAGGTCAGCGACCAGGCACGACCGCGGCAACTGAACCAGTTCCAGCAGCTCAATGCCGTCACGATCTCGGGCTTTCCCACGGTAAGCATGGGCGAGGCCATCGAGACGGTTCGCCAGATAGCCCTTGAGGAAGCGCCGACAGGATTCGCCTTCGATTACGCCGGAGCTTCGCGTCAGTTCGTCCAGGAAGGCAGCGCGTTATGGGTCACCTTTGGCCTGGCCCTGGCAATCATTTTCCTGGTGCTGGCGGCGCAGTTCGAGAGCTTCCGCGACCCGCTGGTGATCCTGGTGACGGTGCCGTTGTCCATTTGCGGCGCACTGATTCCGCTGTTCCTCGGCTGGTCGAGCATGAACATCTATACCCAGGTGGGGCTGGTGACCCTGATCGGCCTGATCAGCAAGCACGGCATCCTGATCGTCGAATTCGCCAACCAGCTGCGCAAGGAGCAAGGCTTGAGTCCGCGTGACGCAGTGGAACAGGCCGCATCGATTCGCCTGCGTCCGGTGCTGATGACCACTGCCGCCATGGTGTTTGGCATGGTGCCGTTGATCCTGGCCACCGGTGCCGGCGCAGTGAGCCGCTTCGACATCGGCACGGTCATCGCCACGGGCATGTCGATCGGCACCTTGTTCACGTTGTTCGTGCTGCCGTGTGTCTACACCTTGCTGGCCAAGCCGGACAAAGCCTGA MAFTDPFIRRPVLATVVSLLIVLLGFQAWSKLPLRQYPQMENALITVTTAYPGANAETIQGYITQPMQQSLASAEGIDYMTSVSRQNFSVISVYARIGSNSDRLFTELLAKANEVKNQLPQDAEDPVLSREAADASALMYISFFSKELNNPQITDYLSRVIQPKLATLPGMAEAEILGNQVFAMRLWLDPVKLAGFGLTAADVTNAVRQHNFLSAAGEVKGEYVVTSINANTELKSAEAFAGIPLKTDGDSRVLLRDVARVEMGAENYDTISSFGGTPSVYIGIKATPGANPLDVIKEVRKIMPEMEAQLPSNLKAEIAYDATLFIQASIDEVVKTLFEAVLIVIVVVFLFLGALRSVLIPVVTIPLSMIGVMFFMQLMGYSMNLLTLLAMVLAIGLVVDDAIVVVENIHRHIEEGKTPFDAAIEGAREIAMPVVSMTITLAAVYAPIGLLEGLTGALFKEFALTLAGAVVISGVVALTLSPMMCAMLLRHDQNPSGLAHRLDVIFERLKARYQRMLHGTLNTRPVVLVFALLVLLLIPVLIMFTKSELAPDEDQGIIFMMANAPKTTNLDYLNAYTDHFITIFKEFPEYYSSFQINGYNGVQSGIGGFLLKPWNERSRTQMEILPEVQARLESVPGLQIFGFNLPSLPGTGEGLPFEFVINSPKDYTTLLQIAERVKKRALESGKFAFMDIDLAFDKPEVVVDIDRAKAAQMGVSMQDLGGTLATLLGEAEINRFTLEGRSYKVIAQVERPFRDNPDWLNNYYVKNAQGESLPLSTLIKVSDQARPRQLNQFQQLNAVTISGFPTVSMGEAIETVRQIALEEAPTGFAFDYAGASRQFVQEGSALWVTFGLALAIIFLVLAAQFESFRDPLVILVTVPLSICGALIPLFLGWSSMNIYTQVGLVTLIGLISKHGILIVEFANQLRKEQGLSPRDAVEQAASIRLRPVLMTTAAMVFGMVPLILATGAGAVSRFDIGTVIATGMSIGTLFTLFVLPCVYTLLAKPDKA PGPT0003280_3930 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003280-acrB|acrE|mexB|adeJ|smeE|mtrD|cmeB-K18138 NA NA D1-35_01640 1149 acrA_1 Multidrug efflux pump subunit AcrA ATGCTGCGACGCCGCATGCTGATCATGTTGGGTGTTGTCCTGCTGGTGGTACTGGCGCTGGCGGGCTACAAGGCCTATTCCATCTATCAGCAGATCCAGATGTTCTCTGCGCCCAAACCTGCGGTCAGCGTCGCCGTGGCCAAGGCCGTCGAACAGCCGTGGCAAGCCCGCCTGCCCACTGTTGGCAGCCTCAAGGCGTTGCAAGGCGTCGACCTGAGCCTGGAAATCGCCGGCACCGTGCAAAAGGTCCAGTTCGAATCCGGCCAGAAGGTCAAGGCCGGGCAACCGATCCTGCAACTGGACAGCGAAGTCGAAAGCGCCCTGCTGGAAACTGCGCAGGCCGACCTTGGCCTGTCGCAACTGGATTTCGGCCGTGGCCGACAACTGGTGGGCAGCCAGGCGATTTCCAAGGGCGAGTTCGACCGGCTTTCGGCCCAGTTGAAGAAGAACCAGGCCACGGTCAACCAGCTCAAGGCTTCGCTGGCGAAAAAACACATCGTCGCGCCGTTCAGCGGCACCATCGGCATCCGCCAGGTGGATGTCGGCGACTACCTTGCCAGCGGCACGGTGATCGCGACACTGCAGGACCTCAGCAGCCTGTACGTCGACTTCTACGTTCCTGAACAGACGGTGCCTCGGCTGGCGGTTGCCCAGCCAGTCAACGTCAGCGTCTCGGCCTATCCCGGCCAGACCTTCGTTGGCACCATCAGCGCAATCAACCCCAAGGTCGAGGACAGCACCCGTAACGTGCTCGTGCGCGCCACGCTCGCCAACCCCGACGGCAAGCTGTTGCCCGGCATGTTCGCCAACCTGAACGTCATCCTGCCGGACCTCGCCGTCGGGATCGTCGTGCCGGAGAGCGCCGTGACCTACACCCTCTATGGCAACTCCATGTACGTGGTCACTCCGAAGAAAACCGCCGATGGCAGTGTCGAGAAGGATGACAAGGGCCAGCCGATCCTGATTGCCGAACGGCGCTTTGTCGAAACCGGTGAGCGCCGTGACGGGCAGGTCCTGGTGACCAAGGGCGTGCAGCGCGGCGAAGAAGTAGTGATTGCCGGCCAGATCAAGCTCGACAACGGTACGCCCATCGCCATCAGCGACGACAAGACCCTGACCGAACAGAACAGCCCACCGCGCGCGGACTGA MLRRRMLIMLGVVLLVVLALAGYKAYSIYQQIQMFSAPKPAVSVAVAKAVEQPWQARLPTVGSLKALQGVDLSLEIAGTVQKVQFESGQKVKAGQPILQLDSEVESALLETAQADLGLSQLDFGRGRQLVGSQAISKGEFDRLSAQLKKNQATVNQLKASLAKKHIVAPFSGTIGIRQVDVGDYLASGTVIATLQDLSSLYVDFYVPEQTVPRLAVAQPVNVSVSAYPGQTFVGTISAINPKVEDSTRNVLVRATLANPDGKLLPGMFANLNVILPDLAVGIVVPESAVTYTLYGNSMYVVTPKKTADGSVEKDDKGQPILIAERRFVETGERRDGQVLVTKGVQRGEEVVIAGQIKLDNGTPIAISDDKTLTEQNSPPRAD PGPT0003275_3243 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 D1-35_01641 1098 hypothetical protein ATGTTTCGACGTCAGGCTCTGACGCTGGGCAGCTTGCTGCTCGGCGCCATCACCCTGGGCGGCTGGACGCTGTTCAAGCAAAAGGACAAGAGTCCATTACTGCTGTCGGCACGGGACGATGCCGACGGCAAGCACTACGCGGTCGGCTATCGACTGGACGGCACACGGGTGTTCGCCACCCAGGTTGGCCAGCGCTGCCATGACATCATCAATCACCCTGCGCTGCCGATCGCCCTGTTCGTCGCCCGCCGCCCGGGCACCGAAAGCTATCTGGTCGACCTGCGCGACGGCACGCTGCTGCAGACCATCACCTCGCTGCCGAACCGGCATTTCTACGGTCATGCGGTGATCCACAAGAGCGGCGAATGGCTGTACGCCACAGAAAACGATACCAGCGATCCGGGACGCGGCCTGCTCGGCGTGTACCGTTTCGAAGGCGAACGGCTGGTGCACAGTGGCGAACTGTCTACCCACGGCATCGGCCCTCACCAGGTGTCGTGGCTGCCCGACGGTGAGACGCTGGTGGTGGCCAACGGCGGCATCCGCACCGAGGCCGAGAGCCGGGTCGAAATGAACCTCGACGCCATGGAGCCGAGCCTGGTGCTGATGCACCGCGATGGCACGCTGTTGAGCAAGGAAACCCTCGCCCAGCAGATGAACAGCGTGCGCCATATGGGCATCGCCAGCGATGGCACCATCGTCACCGGCCAGCAGTTCATGGGAGCGGCCCACGAATCGTCCGAATTGCTCGCGATCAAGCGTCCGGGCCAACCGTTCAAGGCGTTCCCGGTACCTGAATACCAGCTGCAAGCCATGGGGCATTACACCGCCAGCGTCGCCGTGCACAGCGACCTGCGCCTGGTAGCCCTGACGGCGCCACGGGGCAACCGTTTTTTCATCTGGGACCTGGACAGCGGCGAGGTTCGCCTCGACGCGCCCCTGCCGGACTGCGCCGGGGTCGGCGCGGTAGCCGACGGGTTTGTCGTGACGTCGGGCCAGGGACGATGCCGCTACTACGATTGTCGGCAGCCACAATTGGTTGCAAAGCCGCTGGATCTGCCGGCGGGGCTCTGGGACAACCATCTGCATCTGGTCTGA MFRRQALTLGSLLLGAITLGGWTLFKQKDKSPLLLSARDDADGKHYAVGYRLDGTRVFATQVGQRCHDIINHPALPIALFVARRPGTESYLVDLRDGTLLQTITSLPNRHFYGHAVIHKSGEWLYATENDTSDPGRGLLGVYRFEGERLVHSGELSTHGIGPHQVSWLPDGETLVVANGGIRTEAESRVEMNLDAMEPSLVLMHRDGTLLSKETLAQQMNSVRHMGIASDGTIVTGQQFMGAAHESSELLAIKRPGQPFKAFPVPEYQLQAMGHYTASVAVHSDLRLVALTAPRGNRFFIWDLDSGEVRLDAPLPDCAGVGAVADGFVVTSGQGRCRYYDCRQPQLVAKPLDLPAGLWDNHLHLV NA NA NA NA NA D1-35_01642 1065 hypothetical protein ATGTTCCGTCCCAAGCTGTTGTTCACCAGCCTCGCCGCCATCGCCCTGGGTGCCTGCTCGCCCCAGGACCCGCAAGCGGTCACCTCGGCCGCCATCGCCAAGCAGGTGATCCTGCCGACCTACAGTCGCTGGGTCGAGGCCGACCGCCAACTGGCGACCAGCGCCCTGGCGTTCTGCCAGGGCAAGGAAAACCTGGAAACCGCCCGCGCCGATTTCCTCAAGGCACAAAAAGCCTGGGCTGAACTCCAGCCGCTGCTGATCGGGCCGCTGGCGGAGGGCAACCGCGCCTGGCAGGTACAGTTCTGGCCGGACAAGAAAAACCTTGTGGGCCGCCAGGTCGAGCAACTGGTCAACAGCCAGCCGCAGATCGACGCCGCCGGCCTGGCCAAGTCCAGCGTCGTCGTGCAGGGGCTCTCGGCCTACGAATACCTGCTGTTCGACGCAAAGATCGACATGGCCGACAGCGCCCAGAAAGCCAAGTACTGCCCGCTGCTGATCGCCATCGGCGAACGCCAGAAGCAACTGGCCGAAGAGATCCTGTCGCGGTGGAACACCAACGACGGCATGCTCGCCCAGATGAGCAAGTTCCCGAACCAGCGCTATGCCGATTCCCATGAAGCGATCGCCGACCTGCTGCGGGTCCAGGTGACCGCCCTGGACACCTTGAAGAAAAAACTCGGCACGCCGATGGGCCGCCAGAGCAAGGGCGTGCCGCAACCGTTCCAGGCCGATGCGTGGCGCAGCCAGTCGTCGCTGCAAGGGCTTGAGGCCAGCCTGAGCGCCGCCCGGACCGTGTGGGTTGGCGTCGACAACAAAGGCTTGCGAGGTTTGTTGCCAAGCGAGCAGAAGCCGCTGGCCGACAAGATCGACGCTGCCTACGACGCCTCGTTGAAACTGTTCGCCAGCAGCCAGCGCTCACTGACCGAAATGCTCGGTGACGACGCCGGGCGCCAGCAACTCAACGATTTGTACGACAGCCTCAACGTCGTCCATCGCCTGCATGAAGGCGAACTGGCCAAGGCGCTGGGCATTCAACTGGGCTTCAACGCCAACGACGGTGACTGA MFRPKLLFTSLAAIALGACSPQDPQAVTSAAIAKQVILPTYSRWVEADRQLATSALAFCQGKENLETARADFLKAQKAWAELQPLLIGPLAEGNRAWQVQFWPDKKNLVGRQVEQLVNSQPQIDAAGLAKSSVVVQGLSAYEYLLFDAKIDMADSAQKAKYCPLLIAIGERQKQLAEEILSRWNTNDGMLAQMSKFPNQRYADSHEAIADLLRVQVTALDTLKKKLGTPMGRQSKGVPQPFQADAWRSQSSLQGLEASLSAARTVWVGVDNKGLRGLLPSEQKPLADKIDAAYDASLKLFASSQRSLTEMLGDDAGRQQLNDLYDSLNVVHRLHEGELAKALGIQLGFNANDGD NA NA NA NA NA D1-35_01643 1428 hypothetical protein ATGCTGTCGTTGCCTCTTCGCTTGTGCGCTCTGTTCATGGCCCTGGGCCTGACGGCCTGCGATGACGCCCCGCGTTTTACCCAGGCCGAGCCCGGCGAAGCCAGATCCGGCGGCAGCGCGACAGTACGCAAGGCCGACCAGAACGCCTTCTCGCTGCCCTCGGCCAATCTGCCGCCGTCGCGGCGCGTGGACTTCAGCGTCGGCAACAGTTTTTTCCGCAGTCCCTGGGTAATCGCGCCCTCGACTACCACCGCCCGGGACGGCCTCGGCCCCCTGTTCAACACCAACGCCTGCCAGAACTGCCACATCAAGGACGGTCGCGGCCATCCGCCGGCGCCGGATGCCAGCAGCGCGGTGTCGATGCTGGTACGCCTGTCGATCCCCGATGCGCCGCCCTACGCCAAGCTCATCGAACAACTCGGCGTCGTACCGGAGCCGGTCTATGGCGGGCAATTGCAGGACATGTCGGTGCCGGGCGTCGCGCCGGAAGGCAAGGTCAGGGTCGATTACTCTCCCGTCCCGGTGCGCTTCAAGGACGGCACCGTCGTCGAACTGCGCAAGCCGAGCCTGCAGATCACCCAGCTGGGCTATGGCCCGATGCACCCCGACACACGATTTTCGGCCCGTGTCGCACCGCCGATGATCGGCCTGGGTCTGCTCGAGGCCATCCCCGATGCAGCCATCCTGGCCAATGCCGAGTCACAGGCGCGGGAAAACAACGGCATCGCCGGTCGCCCGAACATGGTCTGGGACGACGTCCAGCAAAAAACCGTGCCGGGGCGCTTCGGCTGGAAGGCCGGACAACCGAACCTCAATCAACAGAACGTCCATGCGTTCTCCGGCGACATGGGCCTGACGACCAGCCTGCGGCCCTTCGACGACTGCACCCAGGCCCAGCTCGATTGCCAGCGCGCGCCCAACGGCAACGGCCCTGAGGGCGAACCGGAAGTCAGCGACAATATTCTGCGGCTGGTGCTGTTCTACAGCCGCAACCTTGCCGTGCCGGCCCGCCGCGACGTGGATTCGCCCCAGGTACTGGCGGGCAAGAACCTGTTTTTCCAGGCCGGTTGCCAGTCCTGCCACACTCCCAAGTACACGACGTCTGCCAACGCCGCCGAACCCGAGCTGGCGAACCAGGTCATCCGTCCCTATACCGACCTGCTGTTGCACGACATGGGCGAAGGCCTGGCGGACAACCGCAGCGAATTCAAGGCCAGCGGCCGCGACTGGCGGACCCCGCCGCTGTGGGGCATCGGCCTGACCGAAACCGTCAACGGCCACACCCAGTTTCTCCACGACGGTCGCGCCCGCAACCTGCTCGAAGCCGTGCTCTGGCATGGCGGCGAAGCCCAGGCGGCGCAGCGACAGGTTCTAGCATTCAACGCCGAGCAGCGCGCTGCGCTGTTGGCTTTCCTGAACTCTCTTTAA MLSLPLRLCALFMALGLTACDDAPRFTQAEPGEARSGGSATVRKADQNAFSLPSANLPPSRRVDFSVGNSFFRSPWVIAPSTTTARDGLGPLFNTNACQNCHIKDGRGHPPAPDASSAVSMLVRLSIPDAPPYAKLIEQLGVVPEPVYGGQLQDMSVPGVAPEGKVRVDYSPVPVRFKDGTVVELRKPSLQITQLGYGPMHPDTRFSARVAPPMIGLGLLEAIPDAAILANAESQARENNGIAGRPNMVWDDVQQKTVPGRFGWKAGQPNLNQQNVHAFSGDMGLTTSLRPFDDCTQAQLDCQRAPNGNGPEGEPEVSDNILRLVLFYSRNLAVPARRDVDSPQVLAGKNLFFQAGCQSCHTPKYTTSANAAEPELANQVIRPYTDLLLHDMGEGLADNRSEFKASGRDWRTPPLWGIGLTETVNGHTQFLHDGRARNLLEAVLWHGGEAQAAQRQVLAFNAEQRAALLAFLNSL NA NA NA NA NA D1-35_01644 1002 gapA COG0057 Glyceraldehyde-3-phosphate dehydrogenase 1 ATGACTCTTCGAATCGCAATCAATGGTTTTGGCCGCATCGGCCGCAACGTCCTCCGTGCACTGTATACCCAAGGCTATCGTCGCGACTTGCAGATCGTCGCTATCAACGACCTGGGTGACAGCGCGATCAATGCTCACCTGCTCAAGTTCGACACCGTCCACGGCACCTTTGATGCCGACGTGCAGCACGATCACGAGAGCCTGACGGTCAATGGCGACCGCATCGCGGTCAGTGCCATCCGCAACCCGGCCGAACTGCCCTGGGCCGCCGAAAAGATCGACGTCGTGTTCGAATGCACCGGCCTGTTCACCGACCGTGCCAAGGCCGCCGCGCACATCAGCGCCGGCGCCCGCAAGGTGATCATCTCGGCCCCGGCCAAGGGCGCCGACGCGACCGTGGTGTATGGCGTGAACCATGACATCCTGCGCCAGTCCCACCAGATCATTTCCAACGCTTCGTGCACCACCAACTGCCTGGCCCCGGTGGCCCAGGTGCTGCACCGCGAGCTGGGTATCGAAAGCGGCCTGATGACCACCATCCATGCCTACACCAACGACCAGAACCTGACCGACGTCTATCACAGCGACCCGTACCGCGCCCGTTCGGCCACCCAGAACATGATCCCGAGCAAGACCGGCGCCGCCGAAGCGGTAGGCCTGGTGCTGCCGGAGCTGGCGGGCAAGCTGACCGGCATGGCCGTGCGCGTGCCGGTGATCAACGTGTCGCTGGTGGACCTGACCGTGCAGCTCAAGCGCGAAGCTTCGGCCGATGAGGTCAACGCGCTGCTCAAGCAGGCCAGCCAGCATTCGAAGATCCTTGGCTACAACACCCTGCCGCTGGTCTCCAGCGACTTCAACCACAACCCGCTGTCGTCGATCTTCGATGCCAACCACACCAAGGCCAGCGGCAAGCTGCTCAAGGTACTGGCCTGGTATGACAACGAATGGGGTTTCTCCAACCGCATGCTGGATAACTGCCTGGCGCTGTGCAACGCCGAATAA MTLRIAINGFGRIGRNVLRALYTQGYRRDLQIVAINDLGDSAINAHLLKFDTVHGTFDADVQHDHESLTVNGDRIAVSAIRNPAELPWAAEKIDVVFECTGLFTDRAKAAAHISAGARKVIISAPAKGADATVVYGVNHDILRQSHQIISNASCTTNCLAPVAQVLHRELGIESGLMTTIHAYTNDQNLTDVYHSDPYRARSATQNMIPSKTGAAEAVGLVLPELAGKLTGMAVRVPVINVSLVDLTVQLKREASADEVNALLKQASQHSKILGYNTLPLVSSDFNHNPLSSIFDANHTKASGKLLKVLAWYDNEWGFSNRMLDNCLALCNAE PGPT0018000_6928 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 D1-35_01645 1827 edd COG0129 Phosphogluconate dehydratase ATGCATCCCCGCGTACTTGAGGTCACCGAACGGCTTATCGCCCGCAGTCGCGCTACACGCGAGGCTTACCTTGCATTGATCCGCGGTGCAGCCAGCGACGGTCCGATGCGCGGCAAGCTGCAATGCGCCAACTTCGCCCATGGCGTCGCCGGTTGCGGCACTGAAGACAAGCATCACCTGCGGATGATGAACGCCGCCAACATCGCCATCGTGTCGTCCTATAACGACATGCTCTCGGCCCACCAGCCGTACGAAACCTTCCCGGAACAAATCAAGAAAGCCCTGCGCGAGATCGGCTCGGTCGGCCAGTTCGCCGGCGGTACGCCAGCCATGTGCGATGGTGTGACCCAGGGCGAGGCGGGGATGGAGCTGAGCCTGCCGAGCCGCGAAGTGATCGCGTTGTCCACGGCGGTGGCGTTGTCCCACAACATGTTCGACGGTGCCTTGATGCTGGGCATCTGCGACAAGATCGTCCCGGGCCTGATGATGGGCGCGCTGCGCTTCGGTCATCTGCCGACGATCTTCGTGCCTGGCGGGCCGATGGTCTCGGGCATTTCCAACAAGGAAAAGGCCGATGTGCGTCAGCGCTATGCCGAAGGCAAGGCGACCCGCGAAGAGCTGCTGGAATCGGAGATGAAGTCCTACCACAGCCCAGGTACCTGCACGTTCTACGGTACCGCCAACACCAACCAGTTGCTGATGGAAGTGATGGGCCTGCACTTGCCGGGCGCCTCGTTCGTCAACCCGAACACGCCGCTGCGCGATGCCCTGACCCGCGAAGCGGCGTTCCAGGTGACGCGCCTGACCATGCAGAGCGGCAACTTCATGCCCATCGGCGAAATCGTCGACGAGCGTTCGCTGGTCAACTCCATCGTTGCGCTGCACGCCACCGGTGGCTCCACCAACCACACCCTGCACATGCCGGCCATCGCCATGGCGGCGGGCATCCAGCTGACCTGGCAGGACATGGCCGACCTCTCCGAAGTGGTGCCGACCCTGAGCCACGTCTACCCGAACGGCAAGGCCGATATCAACCACTTCCAGGCGGCGGGCGGCATGTCGTTCCTGATTCGCGAACTGCTGGAAGCCGGCCTGCTCCACGAAAACGTCAACACCGTGATGGGCCACGGCCTGAGCCGTTACACCCAGGAACCGTTCCTGGAGGACGGCGAACTGGTCTGGCGCGATGGCCCGACCGAAAGTCTCGACGAAAGCATCCTGCGTCCGGTAGCCCGGGCTTTCTCGCCGGAAGGCGGGTTGCGGGTGATGGAAGGCAACCTGGGCCGGGGCGTGATGAAGGTCTCGGCCGTGGCCCTGGAAAACCAGTTCGTCGAAGCCCCGGCCATGGTGTTCCAGGACCAGCAGGACCTGGCCGATGCGTTCAAGGCTGGTCTGCTGGAGAAGGATTTTGTCGCGGTGATGCGCTTCCAGGGCCCGCGCTCCAACGGCATGCCGGAGCTGCACAAGATGACGCCCTTTCTCGGCGTGCTGCAGGATCGCGGGTTCAAGGTAGCGCTGGTCACCGACGGGCGCATGTCCGGCGCATCGGGGAAAATCCCGGCGGCCATCCATGTCAGTCCCGAAGCCTATGTCGGCGGCGCGTTGGCTCGGGTGCGCGAGGGCGATATCATCCGTGTCGATGGCGTCAAAGGCACCTTGGAATTGAAGGTGGACGCCGAGGAATTCGCCGCGCGTGAACCGGCCAAGGGCCTGTTGGGCAACAACATCGGCACCGGTCGCGAGCTGTTCGGTTTCATGCGCATGGCCTTCAGCTCGGCAGAGCAGGGCGCCAGCGCCTTCACTTCTGCCCTGGAGACGCTTAATTGA MHPRVLEVTERLIARSRATREAYLALIRGAASDGPMRGKLQCANFAHGVAGCGTEDKHHLRMMNAANIAIVSSYNDMLSAHQPYETFPEQIKKALREIGSVGQFAGGTPAMCDGVTQGEAGMELSLPSREVIALSTAVALSHNMFDGALMLGICDKIVPGLMMGALRFGHLPTIFVPGGPMVSGISNKEKADVRQRYAEGKATREELLESEMKSYHSPGTCTFYGTANTNQLLMEVMGLHLPGASFVNPNTPLRDALTREAAFQVTRLTMQSGNFMPIGEIVDERSLVNSIVALHATGGSTNHTLHMPAIAMAAGIQLTWQDMADLSEVVPTLSHVYPNGKADINHFQAAGGMSFLIRELLEAGLLHENVNTVMGHGLSRYTQEPFLEDGELVWRDGPTESLDESILRPVARAFSPEGGLRVMEGNLGRGVMKVSAVALENQFVEAPAMVFQDQQDLADAFKAGLLEKDFVAVMRFQGPRSNGMPELHKMTPFLGVLQDRGFKVALVTDGRMSGASGKIPAAIHVSPEAYVGGALARVREGDIIRVDGVKGTLELKVDAEEFAAREPAKGLLGNNIGTGRELFGFMRMAFSSAEQGASAFTSALETLN NA NA NA NA NA D1-35_01646 960 glk COG0837 Glucokinase TTGAAACTGGCTTTGGTCGGTGATATCGGTGGGACCAACGCACGTTTCGCGTTGTGGAAGAACCACAACCTGGAAAACATCCAGGTGCTGGCGACGGCGGATTACGCCTGCCCGGAAGATGCCATCAAGGTTTACCTGAGCGGCATGGGCATGACGCCGGGTTCCATCGGCTCGGTGTGCCTGTCGGTGGCCGGTCCGGTGAGTGGCGATGAGTTTCGCTTCACCAACAATCACTGGCGCTTGAGCAACCTGGCGTTCTGCAAGACTTTGCAGGTGGAGAAGCTGCTGCTGGTCAACGATTTCTCCGCCATGGCGCTGGGCATGACCTGCTTGCGTCCCGATGAATACCGGGTCGTCTGCGCGGGCACGCCGGAGCCGATGCGCCCGGCGGTGGTGATCGGCCCGGGCACGGGGCTGGGCGTCGGTACGCTGCTGGACCTGGGCGAGGGCCGTTTCGCGGCGTTGCCGGGGGAGGGCGGGCATGTCGACCTGCCGATGAGCAGTCCGCGCGAGACCCAGCTCTGGCAGCACATCTACAACGAGATCGGCCACGTCAGCGCCGAAACGGCGCTGAGCGGCAGCGGTCTGCCTCGTGTGTACCGGGCGATCTGCGCGGTGGACGGCCATGAGCCGGTGCTTGATACCCCCGAGTCGATCACCGCCGCCGGCCTGGCCGGCGACCCGGTCGCCCTGGAGGTACTCGAACAATTCTGCCGTTGGCTGGGGCGCGTGGCGGGCAACAATGTGCTCACCGTGGGCGGGCGTGGCGGCGTGTACATCGTCGGTGGCGTGGTCCCGCGCTTTGCCGATTTTTTTGTCGAGAGCGGCTTCGCCAGATGCTTCGCCGACAAGGGCTGCATGAGCGATTATTTCAAAGGCATTCCGGTCTGGCTGGTGACGGCGCCGTATTCCGGCCTGATGGGTGCGGGCGTGGCGTTAGAGCAGTCCTCCGCAATTTGA MKLALVGDIGGTNARFALWKNHNLENIQVLATADYACPEDAIKVYLSGMGMTPGSIGSVCLSVAGPVSGDEFRFTNNHWRLSNLAFCKTLQVEKLLLVNDFSAMALGMTCLRPDEYRVVCAGTPEPMRPAVVIGPGTGLGVGTLLDLGEGRFAALPGEGGHVDLPMSSPRETQLWQHIYNEIGHVSAETALSGSGLPRVYRAICAVDGHEPVLDTPESITAAGLAGDPVALEVLEQFCRWLGRVAGNNVLTVGGRGGVYIVGGVVPRFADFFVESGFARCFADKGCMSDYFKGIPVWLVTAPYSGLMGAGVALEQSSAI PGPT0017730_1995 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017730-glk-K00845 NA NA D1-35_01647 732 ompR_2 Transcriptional regulatory protein OmpR GTGAGTTCAGTGAACAAATCGATTTTGCTGGTCGACGACGACCAGGAGATTCGCGAACTGCTGGACACTTACCTCAGTCGCGCGGGTTTCCAGGTGCGTACCACCCCCGATGGCGCCGGGTTTCGCCAGGCCCTCAACGAGGCGCCGAGCGACCTGGTGATCCTCGACGTGATGTTGCCCGACGAGGACGGCTTCAGCCTTTGCCGCTGGGTTCGCCAGCATCCGCGCCAGGCCCATGTGCCGATCATCATGCTCACCGCCAGTTCCGACGAGGCCGATCGGGTCATCGGCCTGGAGCTGGGGGCGGATGATTACCTGGGCAAGCCGTTCAGTCCTCGCGAATTGCAGGCGCGCATCAAGGCCTTGCTGCGACGGGCGCAGTTCGGCCAGGAGCGATCCGGCGGCGAAGTGCTGGCCTTCGATGAGTGGCGGCTGGACATGGTCAGCCACCGCCTGTTCCATGCCGATGGCGAAGAGGTGATCCTGTCGGGTGCCGATTTTGCCTTGCTCAAGCTGTTCCTCGATCATCCACAGGAAATCCTCGACCGCGACACCATCGGCAACGCCACCCGGGGGCGTGAATTGATGCCGCTGGACCGGATCGTCGACATGGCGGTGAGTCGCTTGCGCCAGCGCCTGCGCGATACCGACAAGCCGCCGCGATTGATCCGCACGGTGCGCGGCAGCGGTTATCAACTGGCGGCCAGTGTGGTTGCCAGCAATGGTCATTGA MSSVNKSILLVDDDQEIRELLDTYLSRAGFQVRTTPDGAGFRQALNEAPSDLVILDVMLPDEDGFSLCRWVRQHPRQAHVPIIMLTASSDEADRVIGLELGADDYLGKPFSPRELQARIKALLRRAQFGQERSGGEVLAFDEWRLDMVSHRLFHADGEEVILSGADFALLKLFLDHPQEILDRDTIGNATRGRELMPLDRIVDMAVSRLRQRLRDTDKPPRLIRTVRGSGYQLAASVVASNGH PGPT0012985_740 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012985-ompR-K07659 NA NA D1-35_01648 1470 sasA_7 Adaptive-response sensory-kinase SasA ATGGTCATTGAGGGAATCCGCAAGATTGCCCGACGGGTGCCCGTGCCGCGCTCGTTGCTCGGACGGATGCTGCTGCTGACGCTGCTGGTGGTGCTGTTCGCCCAGACGCTGTCCAGCCTGATCTGGGTTTCGCAACTGCGCGCCACGCAGCTCGAAGGCCTGGTCACCAGCGCCCGCAGTTTGGCTCACTCGATGACCGCCACCGTGACCTACCTGCGTTCGCTGCCGGTGGCCTACCGGCCGTTGGTGCTGGACCAGTTGCGCAGCATGGGCGGCACGCGGTTTGTCGTTACGCTCAATGACAAGCCGCTGGGCATGGATGTGCTGCCGGTCACGCCGCGCAAACTGGCGGTGCTCAAGGCCGTGGACGATGTGCTGCGCCGCTCCCTGGGCAATAACGCCGACATCTCCGTCAAGTTTGTCAGCCCGGAGGATCTGCGGATCTTCAACGGCGGGCTCAAGCTTGATGAGCTGCCCCGTTCGTGGGCCCACTACGCCCTGACGCTCGAGCCAGTGAACCCGCCGGTACTGGTCACGCAGATCCAGATGGCGCCGGGCGAATGGCTGTACATCGCCTCGCTGCTGCCCGAACCCTATACCAGTCTTGAAGAGCAGGACCTGCCCAAGCAGCAGGTGGGCTTCATCGTGCTCACCAGTAGCCTGTTGCTGTTGTTCATCGGCTTGCTGGTGCATTGGCAGAGTCGTCCGCTCAAGCGTTTGGCCCGCGCGGCGCGGGACATGTCCCTGGGCGCAGAAGTGCAGCCCGTGGCCGAGGGCGGCGGCAGCGAAGTGGTGGAGGTGGGGCGTGCGTTCAATGCCATGCGTGAGCGTATCAGCCGCTACCTGACCGAGCGCAGCCAGTTGTTCAGCGCGATTTCCCACGACCTGCGCACGCCGATCACCCGCCTGCGGCTGCGGGTCGAGTTGCTGGAGGATGAAAATCTGCAGGCCAAGTTCGGCCGCGACCTCGACGAGCTGGAGCTGCTGGTCAAAGGCGCGCTGCAATGCGTCAAGGACACCGATATCCACGAGAACATCGAGCCGGTGGACCTCAATCATGTGCTCGATTGCCTGGTGGAGCCTTACCTGGCGCCCCACGGCAACGGCCGGGTGACCCAGGATGGCCGGGCGTTGGCACCGTACCCGGGCAAACCGCTGGCCCTCAAGCGCTGCATCGGCAACCTGATCGACAACGCCTTGAAATACGGGCAGAGGGCCCACTTGCACATCGACGATGATGAAAACGCTTTCATCCTGCACGTTGACGATGAAGGCCCGGGCGTACCGGAACAACGCCTCGAACAGGTCTTCGAACCGCACTTTCGCCTGGCCGGGCAGCAGCAGGGATATGGCCTGGGGCTGGGCATCGCGCGCAACATTGCCCACAGCCATGGCGGCGAGGTGAGCCTGCAGAACCTGCGCGAGGGCGGGTTGCGGGTGACGCTGCAGTTGCCTCGCAGTGTGGATTGA MVIEGIRKIARRVPVPRSLLGRMLLLTLLVVLFAQTLSSLIWVSQLRATQLEGLVTSARSLAHSMTATVTYLRSLPVAYRPLVLDQLRSMGGTRFVVTLNDKPLGMDVLPVTPRKLAVLKAVDDVLRRSLGNNADISVKFVSPEDLRIFNGGLKLDELPRSWAHYALTLEPVNPPVLVTQIQMAPGEWLYIASLLPEPYTSLEEQDLPKQQVGFIVLTSSLLLLFIGLLVHWQSRPLKRLARAARDMSLGAEVQPVAEGGGSEVVEVGRAFNAMRERISRYLTERSQLFSAISHDLRTPITRLRLRVELLEDENLQAKFGRDLDELELLVKGALQCVKDTDIHENIEPVDLNHVLDCLVEPYLAPHGNGRVTQDGRALAPYPGKPLALKRCIGNLIDNALKYGQRAHLHIDDDENAFILHVDDEGPGVPEQRLEQVFEPHFRLAGQQQGYGLGLGIARNIAHSHGGEVSLQNLREGGLRVTLQLPRSVD NA NA NA NA NA D1-35_01649 1260 yihS COG2942 Sulfoquinovose isomerase ATGGACACCTTCCAACCGGCGTTCAGCAGTTGGCTGAATGCGCCTGCCCATCGGCAATGGCTCGCTGCCGAAGGTTTGCGGCTGCTGGCGTTCGCCAAGGCTTCGAAGCTGCCGGACGGTTTCGGCAACCTGGACGAGCTGGGTCGCCTGCCGGCCGGTGCGCGGGCCGAGACCATGAACACCGCACGCATGACCCACAGCTTCGCCATGGCCCACATCCAGGGCCTGCCGGGGTTCGCCGAGCTGGTGGATCATGGCGTCCAGGCCCTCGGCGGCCCGCTGCGCGATGCCGAACATGGCGGCTGGTTCGCCATGGCCGATCCCGATGCCAGCGACACCGGCAAGGCCGCTTACCTGCATGCTTTCGTGGCCTTGGCCGCCAGCTCCGCGGTAGTTGCCCAACGCCCCGGCGCCGAGGCATTGCTCAAGGAAGCGGTGCGGGTTATCGACGAGCATTTCTGGTGTGAAGAAGAGGGCGCCCTGCGCGAGTCCTTCAACCGCGACTGGAGCGAGGAGGAAGCCTATCGCGGCGCCAACAGCAACATGCACGCCACCGAAGCCTTCCTGGCCCTGGCCGACGCCACGGACGACCCGCGCTGGTTGGCCCGCGCGCTGCGTATCGTCGAGCGGGTCATCCATGGTCATGCGGCCGCCAACGACTACATGGTGGTGGAGCATTTCGACCGCGACTGGCAACCGCTGCGCGAGTACAACCAGGACAATCCCGCCGATGGCTTCCGTCCCTACGGCACCACGCCCGGTCATGGTTTCGAATGGGCGCGGCTGCTGCTGCATCTGGAAGCCGCGCGCGTGCAGATCGGCATGCTGACACCGGGCTGGCTGGCCCAGGATGCGCAGAAACTTTTCGATCAGAATTGCCGCCATGGCTGGGACATCGATGGCGCGCCGGGAATCGTCTACACGCTGGACTGGGGTAATCGCGCCGTGGTTCGCCATCGCCTGCACTGGGTGCACGCCGAAGCGGCAGCGGCGGCCAGTGCCTTGCTCAAACGTACCGACGAGGCCCAATACGAAGTCTGGTACCGGCGTTTCTGGGAATTTTGTGACAAACATTTCATCGACCGCTGCAACGGCAGCTGGCATCACGAGCTGGATCCGCAGAACCGCCCCAGCGCCGACATCTGGCCGGGCAAACCGGATCTTTATCACGCCTGGCAAGCGGTGCTGATACCACGCTTGCCATTGGCGCCGAGCATGGCGTCGGCCTTGGCGCGATTATCCGATCCTGCACCTGTGTAA MDTFQPAFSSWLNAPAHRQWLAAEGLRLLAFAKASKLPDGFGNLDELGRLPAGARAETMNTARMTHSFAMAHIQGLPGFAELVDHGVQALGGPLRDAEHGGWFAMADPDASDTGKAAYLHAFVALAASSAVVAQRPGAEALLKEAVRVIDEHFWCEEEGALRESFNRDWSEEEAYRGANSNMHATEAFLALADATDDPRWLARALRIVERVIHGHAAANDYMVVEHFDRDWQPLREYNQDNPADGFRPYGTTPGHGFEWARLLLHLEAARVQIGMLTPGWLAQDAQKLFDQNCRHGWDIDGAPGIVYTLDWGNRAVVRHRLHWVHAEAAAAASALLKRTDEAQYEVWYRRFWEFCDKHFIDRCNGSWHHELDPQNRPSADIWPGKPDLYHAWQAVLIPRLPLAPSMASALARLSDPAPV NA NA NA NA NA D1-35_01650 1302 putative sugar-binding periplasmic protein ATGAATGCGATTTCTCGCCTCGCTACTGTCATTTCTCTTGCTTCCTTGCTTCCCGTCGCAGCATTCCCCGTCAGCGCCCTGGCCGCCGAATCGAAAGGTTCCGTGGAAGTCGTCCACTGGTGGACGTCGGGTGGTGAAAAAGCCGCGGTCGATGTGCTCAAGGCCCAGGTAGAAAAAGACGGCTTTACCTGGAAGGACGGCGCTGTCGCCGGCGGCGGCGGTTCCACCGCCATGACCGTGCTCAAGAGCCGCGCCGTGGCCGGTAACCCACCGGGCGTAGCCCAGATCAAAGGTCCGGACATCCAGGAATGGGCGTCCACCGGCCTGCTCGATACCGACATCCTGGAAGACGTTGCCAAAGCGGAGAAATGGGACAGCCTGCTCGACAAGAAAGTCTCCGACACCGTGAAGTACGAAGGTGACTACGTCGCCGTGCCGGTGAACATTCACCGCGTCAACTGGCTGTGGATCAACCCGGAAGTCTTCAAGAAAGCCGGCATCACCAAGAACCCGACCACCCTCGAAGAATTCTACGCCGCCGGTGACAAGCTCAAGGCCGCGGGCTTCATTCCCCTGGCCCACGGCGGCCAGCCATGGCAGGACAGCACCGTGTTCGAAGCGGTGGTGCTCTCGGTCATGGGCGCTGATGGCTACAAGAAAGCCCTGGTCGACCTGGATAACAAGGCGCTAACCGGTCCGGAAATGGTCAAGGCATTGACCGAGCTGAAGAAAGTCGCGACCTACATGGACGCCGACGGCAAGGGCCAGGACTGGAACCTGGAAGCGGCCAAGGTCATCAACGGCAAGGCCGGCATGCAGATCATGGGTGACTGGGCCAAGAGCGAGTGGACCGCGGCCAAGAAGGTCGCCGGCAAGGACTACGAGTGCGTAGCCTTCCCAGGCACCGACAAGGCCTTCACCTACAACATCGATTCTTTGGCGGTGTTCAAGCAGAAAGACAAGGGCACGGCGGCGGGTCAGCAGGATATCGCCAAGGTCGTGCTGGGCGAGAACTTCCAGAAAGTCTTCAGCATCAACAAAGGCTCGATCCCGGTGCGTAACGACATGCTGGGCGACATGGCCAAGTACGGTTTCGACTCGTGCGCCCAGACCGCCGCCAAGGACTTCCTGGCAGACGCCAAGAGCGGCGGCCTGCAACCAAGCATGGCGCACAACATGGCGACCACGCTGGCGGTACAGGGCGCGTTCTTCGATGTCGTGACCAACTACATCAACGACCCGAAAGCCGACCCGGCCGATGCTGCCAAGAAGCTTGGCGCAGCGGTTCAGTCTGCGAAGTAA MNAISRLATVISLASLLPVAAFPVSALAAESKGSVEVVHWWTSGGEKAAVDVLKAQVEKDGFTWKDGAVAGGGGSTAMTVLKSRAVAGNPPGVAQIKGPDIQEWASTGLLDTDILEDVAKAEKWDSLLDKKVSDTVKYEGDYVAVPVNIHRVNWLWINPEVFKKAGITKNPTTLEEFYAAGDKLKAAGFIPLAHGGQPWQDSTVFEAVVLSVMGADGYKKALVDLDNKALTGPEMVKALTELKKVATYMDADGKGQDWNLEAAKVINGKAGMQIMGDWAKSEWTAAKKVAGKDYECVAFPGTDKAFTYNIDSLAVFKQKDKGTAAGQQDIAKVVLGENFQKVFSINKGSIPVRNDMLGDMAKYGFDSCAQTAAKDFLADAKSGGLQPSMAHNMATTLAVQGAFFDVVTNYINDPKADPADAAKKLGAAVQSAK PGPT0016570_115 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0016570-gtsA|glcE-K17315 NA NA D1-35_01651 909 melD_1 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGAGTTCTGTTGCTGTGTTCAGCAAGGCCTCGCCGTTCGATGCATTGCAGCGCTGGCTACCAAAACTGGTGCTGGCGCCGAGCATGTTCATCGTCCTGGTGGGCTTCTATGGCTATATCTTGTGGACGTTCGTCCTGTCGTTCACCACATCGACCTTCCTGCCTACCTATAAGTGGGCCGGCCTGGCGCAATACGCACGGCTTTGGGACAACGACCGCTGGTGGGTGGCGAGCAAGAACCTGGCAGTCTTTGGTGGCATGTTCATTGGTATCACCCTGGTGATCGGCGTGCTGCTGGCGGTGTTCCTCGACCAGCGTATTCGCCGCGAAGGTTTCATCCGCACCATTTACCTGTACCCGATGGCGCTCTCGATGATCGTCACCGGTACCGCCTGGAAATGGCTGCTCAACCCGGGCATGGGCCTGGATAAATTGTTGCGTGACTGGGGCTGGGAAGGCTTCCGCCTGGACTGGCTGATCGACCCCGATCGCGTAGTGTACTGCCTGGTGATCGCTGCGGTCTGGCAGGCCTCGGGTTTCATCATGGCGATGTTCCTGGCCGGCCTGCGGGGCGTTGATCAATCGATCATCCGTGCCGCGCAGATCGATGGCGCGAGCATGCCGCGCATCTACTGGAAAGTGGTGCTGCCAAGCCTGCGTCCAGTGTTCTTCAGTGCCGTGATGATCCTGGCGCATATCGCGATCAAGAGTTTCGACCTGGTGGCGGCGATGACAGCTGGTGGTCCGGGGTATTCCTCCGACCTGCCTGCCATGTTCATGTACTCCTTTACGTTCAGTCGCGGCCAGATGGGCATGGGCTCGGCCAGTGCAATCCTGATGCTCGGTGCGATCCTCGCGATCATCGTGCCTTACCTGTATTCCGAGCTGAGGGCCAAGCGTCATGACTAG MSSVAVFSKASPFDALQRWLPKLVLAPSMFIVLVGFYGYILWTFVLSFTTSTFLPTYKWAGLAQYARLWDNDRWWVASKNLAVFGGMFIGITLVIGVLLAVFLDQRIRREGFIRTIYLYPMALSMIVTGTAWKWLLNPGMGLDKLLRDWGWEGFRLDWLIDPDRVVYCLVIAAVWQASGFIMAMFLAGLRGVDQSIIRAAQIDGASMPRIYWKVVLPSLRPVFFSAVMILAHIAIKSFDLVAAMTAGGPGYSSDLPAMFMYSFTFSRGQMGMGSASAILMLGAILAIIVPYLYSELRAKRHD PGPT0016575_421 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0016575-gtsB|glcF-K17316 NA NA D1-35_01652 846 ngcG COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGACTAGTCTCGCTGCGAAACCTGCCATCAGCCTGAGCCGTATCGCGATCTATGCGGTGCTGATCCTTGCCGTGTTGCTTTACCTGGTGCCGTTGGTGGTCATGCTGTTGACCAGCTTCAAGACGCCGGAAGACATCAGTACCGGTAACCTGTTGAGCTGGCCGACCGTGGTCAGCGGCATCGGCTGGGTCAAGGCCTGGGCCACGGTCAACGGGTACTTCTGGAACTCGATCAAGATCACCGTGCCGGCCGTGCTGATCTCCACCGCCATCGGCGCGTTGAACGGCTATGTGCTGTCGATGTGGCGCTTCCGTGGCTCGCAGTTGTTCTTCGGCCTGTTGCTGTTCGGCTGCTTCCTGCCGTTCCAGACCGTGCTGCTGCCGGCCTCGTTCACCCTCGGCAAGATGGGCCTGGCCAGCACCACCACCGGCCTGGTGTTTGTCCATGTCGTCTACGGCCTGGCGTTCACCACGCTGTTCTTCCGCAATTACTACGTGAGCATCCCCGACGCGCTGGTGAAGGCCGCGCGCCTCGACGGTGCCGGGTTCTTCACGATCTTCCGGCGGATCATCCTGCCGATGTCGACGCCGATCATCATGGTCTGCCTGATCTGGCAGTTCACCCAGATCTGGAACGACTTCCTCTTTGGCGTGGTGTTCTCCAGCGGCGACTCCCAGCCCATCACGGTGGCGCTGAACAACCTGGTCAACACCAGCACCGGGGCCAAGGAATATAACGTGGACATGGCGGCGGCGATGATCGCCGGGCTGCCGACCCTGCTGGTCTATGTGATCGCAGGCAAGTATTTCGTGCGCGGCCTCACGGCTGGCGCGGTCAAGGGGTAA MTSLAAKPAISLSRIAIYAVLILAVLLYLVPLVVMLLTSFKTPEDISTGNLLSWPTVVSGIGWVKAWATVNGYFWNSIKITVPAVLISTAIGALNGYVLSMWRFRGSQLFFGLLLFGCFLPFQTVLLPASFTLGKMGLASTTTGLVFVHVVYGLAFTTLFFRNYYVSIPDALVKAARLDGAGFFTIFRRIILPMSTPIIMVCLIWQFTQIWNDFLFGVVFSSGDSQPITVALNNLVNTSTGAKEYNVDMAAAMIAGLPTLLVYVIAGKYFVRGLTAGAVKG PGPT0016580_646 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0016580-gtsC|glcG-K17317 NA NA D1-35_01653 1161 ugpC_1 COG3839 sn-glycerol-3-phosphate import ATP-binding protein UgpC ATGGCTACGCTTGAACTTCGCAATGTAAACAAGACCTACGGCGCGGGCCTGCCCGACACCTTGAAGGACATCCAGCTGTCGATCAAGGAAGGTGAATTCCTGATCCTGGTCGGTCCTTCGGGCTGCGGCAAATCGACCCTGATGAACTGCATCGCCGGCCTCGAGACCATCACCGGTGGCGCGATCATGATCGGCGACCAGGACGTCAGCGGCATGAGTCCCAAGGATCGCGACATCGCCATGGTGTTCCAGTCCTATGCGCTGTACCCGACCATGAGCGTGCGCGAGAACATCGAGTTCGGCCTGAAGATCCGCAAAATGAAACAGGCGGACATCAACGAAGAAGTGGCGCGGGTGGCCAAGCTATTGCAGATCGAGCACTTGCTCAACCGCAAGCCCGGCCAGCTCTCCGGCGGGCAGCAACAGCGCGTCGCGATGGGCCGGGCCCTGGCGCGGCGGCCGAAGATCTACCTGTTCGACGAGCCGCTGTCCAACCTCGACGCCAAGCTGCGCGTCGAGATGCGCACCGAAATGAAACTGATGCACCAGCGCCTGAAGACCACCACGGTCTACGTGACCCACGACCAGATCGAGGCCATGACCCTGGGCGATAAAGTCGCCGTGATGAAGGATGGGATCATCCAGCAGTTCGGTACGCCGAAGGACATCTACAACAACCCGGCCAACCTGTTCGTGGCGAGCTTCATCGGTTCGCCGCCGATGAACTTCATCCCGCTGCGCCTGCAACGCAAGGACGGTCGCCTGTTGGCCCTGCTCGACAGCGGCCAGGCCCGTTGCGAGTTGCCGCTGGGCATGCAGGACGCCGGCCTGGAGGATCGCGAAGTGATCCTTGGTCTGCGTCCGGAACAGATCGTGCTGGCGGGCAACGAGCCGAACGGCCTGCCGACCATCCGCGCCGAAGTCCAGGTCACCGAGCCTACCGGTCCGGACACCCTGGTGTTCGTCAATCTCAACGACACCAAGGTCTGCTGCCGACTGGCACCGGACGTGGCGCCGTCGCCGGGAGAGACCCTGACGCTGCAATTCGATCCATCGAAAGTGCTGCTGTTCGATGCCAAGTCCGGCGAGCGCCTGGGCGTGGCCGCGCAACCCTCGATGGAAGCCCGAGCCGACAACGTGGCGCAGTTCAAAGGCCGCTGA MATLELRNVNKTYGAGLPDTLKDIQLSIKEGEFLILVGPSGCGKSTLMNCIAGLETITGGAIMIGDQDVSGMSPKDRDIAMVFQSYALYPTMSVRENIEFGLKIRKMKQADINEEVARVAKLLQIEHLLNRKPGQLSGGQQQRVAMGRALARRPKIYLFDEPLSNLDAKLRVEMRTEMKLMHQRLKTTTVYVTHDQIEAMTLGDKVAVMKDGIIQQFGTPKDIYNNPANLFVASFIGSPPMNFIPLRLQRKDGRLLALLDSGQARCELPLGMQDAGLEDREVILGLRPEQIVLAGNEPNGLPTIRAEVQVTEPTGPDTLVFVNLNDTKVCCRLAPDVAPSPGETLTLQFDPSKVLLFDAKSGERLGVAAQPSMEARADNVAQFKGR PGPT0016310_982 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 D1-35_01654 1347 oprB COG3659 Porin B ATGAAGAAGAAGAACAATGCCCAGCTTATCTGCCAGTTGTCAGCCGTTGCGGCGATGATGCTGGCCGGTAGCGCACACGCAGCCGACGCGTTCAGCGCCGACTCGAAGTGGATGACGGGCGACTGGGGCGGTGAACGGACCAAGCTGATCGAGCAAGGTATCGATATCAAGGCGGATTTCGTCGGTGAGATGGGTGCCAACCTCGACGGCGGCTACAACGATGACAAGACCGCGCGCTGGTCCCAGCAGTTTGGCCTTGGCGTAGCTCTTGACCTGGAGAAACTGGCAGGCTGGAACGATACCGAAGCCAAGATTCAATTCACTCGCCGGGACGGTCGCAACATCTCCAACGACCGTATCGGTGATCCACGTGCCGGCACCCTCAGTTCCTCCCAGGAAGTCTGGGGCCGTGGCCAGACTACCCGTCTGACCCAGTTGTGGATCAAGCAGAAGTACTTCGACAGCAAGCTGGATGTCAAAGCCGGTTACTTCGGTGAAGGCGAAGACTTCAACACCTTCCCGTGCGAGTTCCAGAACCTGGCGTTCTGCGGTTCGCAAGCGGGTAACTGGGCGACCGGCATCTGGTACAACTGGCCGATCATGCAGGCGGCGATCCGGGTTAAATACAACCTCACGCCTGAGCTCTATGCGCAAATCGGTGCCTACAACCAGAACCCTTCGCAACTGGAAAACAACAACCGCTACAAGCTCAGCGGCAGTGGCACCAAGGGCACTCTGATTCCGATCGAGTTGGTCTGGTCGCCGAAGCTCAACAACCTGCCGGGCGAATACCGCGTCGGTTACTACAAGAGCACGGCCAAGGCTGACGATGTTCGTGAAGACATCAACGGCGATGACGCCGCGACTACTGGCAACGCCTATCGTAGCCACAGCAGCAAACATGGCTACTGGCTCGTCGTGCAGCAGCAGCTCACCACTCACAATGGCGATGCTACCCGCGGCCTGAACATCGCGGCCAACGCTACCGTCCACGACAAGGACACCAACGTCGTCGACAACTACCAGTCGCTGATGTTCGTGTACAAGGGGCCGTTCGATGCGCGTCCGAAGGACGACGTTGGTATCGGTTTCGCCCGTATCCATGTCAACGAGGACGTCAAGAAAAACGCCGAGTTGACCAACGCCGCCAATGGCGTCAGCGACTACGACGATCCACTGTTCGCGCCTTTGCGTAGCACCGAGTACAACTACGAAATCAACTACGGCTTCCATGTCACCAACTGGCTGACCGTGCGTCCAAACCTGCAATACGTCACTCACCCGGGTGGTGTCGATGAAGTCGACAACGCGCTGGTGGCCGGCCTGAAAATTCAGTCGGTGTTCTAA MKKKNNAQLICQLSAVAAMMLAGSAHAADAFSADSKWMTGDWGGERTKLIEQGIDIKADFVGEMGANLDGGYNDDKTARWSQQFGLGVALDLEKLAGWNDTEAKIQFTRRDGRNISNDRIGDPRAGTLSSSQEVWGRGQTTRLTQLWIKQKYFDSKLDVKAGYFGEGEDFNTFPCEFQNLAFCGSQAGNWATGIWYNWPIMQAAIRVKYNLTPELYAQIGAYNQNPSQLENNNRYKLSGSGTKGTLIPIELVWSPKLNNLPGEYRVGYYKSTAKADDVREDINGDDAATTGNAYRSHSSKHGYWLVVQQQLTTHNGDATRGLNIAANATVHDKDTNVVDNYQSLMFVYKGPFDARPKDDVGIGFARIHVNEDVKKNAELTNAANGVSDYDDPLFAPLRSTEYNYEINYGFHVTNWLTVRPNLQYVTHPGGVDEVDNALVAGLKIQSVF NA NA NA NA NA D1-35_01655 855 yeaD_1 COG0676 Putative glucose-6-phosphate 1-epimerase ATGCATGAGCATCCACTACAACGCTTTTTCAGATCCTTGCGCGAGCGTCCGGTGTTTGCGTGGGAGCGCTATCAGCAGCGCGATGTGTTGGTGATCGACCACCCGTTGTGCCAGGCGGTGTTCAGTCGCCAGGGCGCGCAGTTGCTGCACTTCCAGCCGCGCGGGCAGAAGCCGTGGTTGTGGTGCGCAGCCAGGTGGCCGCAAGTCGGGGCGATTCGCGGCGGGGTGCCGGTGTGTTGGCCATGGTATGGCCGTCATCCAAGTGAAAACGCCTGGCCCTCCCATGGTTGGGCGCGATTGATCGACTGGAAATTGCTCGAGAGCAGCAGCGACGAAGAGGGCGTCCACCTGCATTGGCAGTTGCAATTGTGTGACTGGCAGGTGGACCTGCATGCCGACCTGGGTGAGCGCATGGAACTGCGCTTGAGCACCGAACATCAGGACAGCCTGCCCTGCCAGTTGAGCCAGGCCTTGCACGCCTATTGGCGTATTGGTGACGTTGGCGAGGTAGCGCTGTCTGGCCTCGACGGCGCCCAGGGTTACGACCAGTTGAACCGGGCGGTTTGCCAGCAGGAGGGCGAGTTGCGAGTGGAGGGTGGCTGCCAGCGAGTGTTCCAGCATGAGGGCGAATTGCAGCTCAAGGATCACGCCTGGCAACGCGAGCTGCGCATCGACACCGGCGACAGCGCCGATACGGTGGTGTGGCATCCCGGCGCACGGCCACTGTTGGGTGTGAGCTGGGATGAAGTGAATGAATTCGTCTGCGTCGAAGCGGCCAGCGGCGGTACCGGGAGCCTGTGCCTGGCGCCGGGTGAGCGGGCGCATTTGAGTTTGCAGGCGCGGGTGGGGGTTTAG MHEHPLQRFFRSLRERPVFAWERYQQRDVLVIDHPLCQAVFSRQGAQLLHFQPRGQKPWLWCAARWPQVGAIRGGVPVCWPWYGRHPSENAWPSHGWARLIDWKLLESSSDEEGVHLHWQLQLCDWQVDLHADLGERMELRLSTEHQDSLPCQLSQALHAYWRIGDVGEVALSGLDGAQGYDQLNRAVCQQEGELRVEGGCQRVFQHEGELQLKDHAWQRELRIDTGDSADTVVWHPGARPLLGVSWDEVNEFVCVEAASGGTGSLCLAPGERAHLSLQARVGV NA NA NA NA NA D1-35_01656 870 hexR_2 COG1737 HTH-type transcriptional regulator HexR ATGGACCGCGTGCGAAATCTACTGGAGCAGATCCAGAGTCGCCTGGAAGACCTGAACAAGGCCGAGCGCAAGGTGGCCGAGGTGATCCTGCTCAACCCGCAGCAGGCGACCCGCTTCAGCATCGCCGCCCTCGCCCAGGCCGCTTCGGTCAGCGAACCGACCGTCAACCGCTTCTGCCGCTCGTTCGGCGTCAGCGGCTATCCGGAACTCAAGCTGCAACTGGCCCAAAGCCTGGCCAGCGGCGCGGCCTATGTCAGCCGTGCGGTCGAGGCCGATGACAATCCGGAAGCCTATACCCGCAAAATCTTTGGCAGTGCCATCGCTTCATTGGACAGCGCCTGCCAGGCCCTTGATCCAAATTTGATCAGTCGCGCCGTGGATCTGCTGATCCAGGCCCGCCAGATCCACTTCTTCGGCCTAGGCGCCTCGGCCCCCGTGGCGCTGGATGCCCAGCACAAGTTTTTCCGCTTCAATCTGGCGGTGACCGCCCATGCCGATGTGCTGATGCAGCGCATGATCGCGTCGGTGGCCCATACCGGCGAGCTGTTCGTGATCATCTCCTACACCGGGCGTACCCGCGAACTGGTGGAAGTGGCGCGCATCGCCCGGGAAAACGGCGCATCGGTGCTCGGCCTGACCACCGAAGGCTCGCCGCTGGCCAAGGCGAGCACCTTGAGCCTGAACATCCCTTTGCCGGAAGACACCGACATCTACATGCCGATGACATCGCGGATCATCCAGCTCACCGTGCTCGATGTGCTCGCCACCGGCATGACCCTGCGCCGGGGCGTGGATTTCCAACCGCATTTGCGCAAGATCAAGGAAAGCCTGAATGCCAGCCGGTATCCGGTTGGGGATGAGTTCAACTGA MDRVRNLLEQIQSRLEDLNKAERKVAEVILLNPQQATRFSIAALAQAASVSEPTVNRFCRSFGVSGYPELKLQLAQSLASGAAYVSRAVEADDNPEAYTRKIFGSAIASLDSACQALDPNLISRAVDLLIQARQIHFFGLGASAPVALDAQHKFFRFNLAVTAHADVLMQRMIASVAHTGELFVIISYTGRTRELVEVARIARENGASVLGLTTEGSPLAKASTLSLNIPLPEDTDIYMPMTSRIIQLTVLDVLATGMTLRRGVDFQPHLRKIKESLNASRYPVGDEFN PGPT0017985_428 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 D1-35_01657 1473 zwf_1 COG0364 Glucose-6-phosphate 1-dehydrogenase ATGCATTCGATTACGGTTGAACCGTGCACCTTTGCCTTGTTCGGCGCGTTGGGCGACCTGGCGTTGCGCAAGCTGTTTCCTGCCCTTTATCAGCTCGATGGTGCCGGCCTGTTGCATGAGGACACGCGAATTTTCGCGCTGGCCCGCGAACCTGGTAGCGAACAGCAGCACCTGACGTTCATCGCGACCGAGCTGCGTCGCTATGTGGGCGAAAAAGACCTCGACGAAACCGTGATCGAGCGCTTCCTGGCGCGGCTGACGTATCTGCATGTGGATTTTCTCAAGGCTGACGATTACGTCGCGCTTGCCGAGCAGGTCGGCCAGGCCCAGCAGCAAGTCATCGCCTATTTCGCCACGCCGGCGGCGGTCTACGGCGCGATCTGCGAGAACCTGGCGAAAGTCGGCTTGAGCGAGAACACCCGCGTCGTATTGGAAAAACCCATCGGCTCGGACCTGGAATCGTCGCGCAAGGTCAATGACGCCGTGGCGCAGTTCTTCCCGGAGAACCGCACCTACCGCATCGACCATTACCTGGGCAAGGAAACAGTCCAGAACCTGATCGCGTTGCGTTTCGCCAACAGCCTGTTCGAAACCCAGTGGAACCAGAATTACATCTCCCACGTGGAAATCACCGTGGCCGAGAAGGTCGGCATCGAAGGCCGCTGGGGCTATTTCGACAAGGCCGGCCAACTGCGCGACATGATCCAGAACCACTTGCTCCAGTTGCTGTGCCTGATCGCCATGGACCCGCCGGCCGACCTGTCGGCCGACAGCATCCGTGACGAGAAGGTCAAGGTGCTCAAGGCCCTCGCACCGATCAGCCCGGAAGGCTTGACCACACAAGTGGTGCGCGGCCAGTACATCGCCGGCCACAGTGAAGGCAAGGCCGTTCCCGGCTACCTGGAAGAACCCAATTCCAATACCCAGAGCGACACCGAGACGTTCGTCGCCCTGCGTGCCGACATTCGCAACTGGCGCTGGGCCGGTGTTCCGTTCTACCTGCGTACCGGCAAGCGCATGCCGCAGAAGCTGTCGCAGATCGTGATTCACTTCAAGGAACCGTCCCACTACATCTTCGCCCCCGAGCAGCGTTTGCAGATCAGCAACAAACTGATCATCCGGCTGCAACCGGACGAAGGCATTTCCTTGCGGGTGATGACCAAGGAGCAAGGCCTGGACAAGGGCATGCAATTGCGCAGCGGTCCGCTGCAACTGAACTTCTCCGACACCTATCGCAGCGCGCGGATTCCCGATGCCTACGAGCGGTTGTTGCTGGAAGTCATGAATGGCAATCAGAACCTGTTTGTCCGTAAAGATGAAATCGAAGCCGCGTGGACGTGGTGCGACCAGCTGATTGCCGGCTGGAAGAAGTCCGGCGATGCGCCCAAGCCGTATGCCGCCGGGTCATGGGGGCCGATGAGCTCCATCGCACTGATCACGCGGGACGGGAGGTCATGGTATGGCGATATCTGA MHSITVEPCTFALFGALGDLALRKLFPALYQLDGAGLLHEDTRIFALAREPGSEQQHLTFIATELRRYVGEKDLDETVIERFLARLTYLHVDFLKADDYVALAEQVGQAQQQVIAYFATPAAVYGAICENLAKVGLSENTRVVLEKPIGSDLESSRKVNDAVAQFFPENRTYRIDHYLGKETVQNLIALRFANSLFETQWNQNYISHVEITVAEKVGIEGRWGYFDKAGQLRDMIQNHLLQLLCLIAMDPPADLSADSIRDEKVKVLKALAPISPEGLTTQVVRGQYIAGHSEGKAVPGYLEEPNSNTQSDTETFVALRADIRNWRWAGVPFYLRTGKRMPQKLSQIVIHFKEPSHYIFAPEQRLQISNKLIIRLQPDEGISLRVMTKEQGLDKGMQLRSGPLQLNFSDTYRSARIPDAYERLLLEVMNGNQNLFVRKDEIEAAWTWCDQLIAGWKKSGDAPKPYAAGSWGPMSSIALITRDGRSWYGDI PGPT0017380_4042 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D1-35_01658 714 pgl_1 6-phosphogluconolactonase ATGGCGATATCTGAATTGAAACTGCCCGAGGGCGTCACGGCCCTTGAGTTCAAGAGCCCGGTGCTGCTGGCGGAAAACCTCGCGCTGAACGTGGCGCAGCAGTTGCGCGCGGCGATCGATGCTCGCGGTGCGGCGACTCTGGTGGTGTCTGGCGGTCGCAGCCCGGTGGCATTTTTCCAGAACCTGTCCAAGCAGACGCTGGACTGGTCGAAGGTGGTGGTGAGCCTGGCCGATGAGCGCTGGGTGCCGGTTGAACATGCCGACAGCAATGCCGGTCTGCTCAAGCGTTACCTGCTTCAGGGCGCGGCGGCCAAGGCGCAGTTCCTGAGCCTGTACAGCGCCAGCGCCAACCTGGAGGCCGCGGCTGAACAGGCGGATCGTCTGTTGGCCGAGCTGCCGCCGATTGATGTGCTGGTACTGGGCATGGGGGACGATGGGCATACCGCCTCGCTGTTTCCCGACAGCCCGAACCTGGCCGAGGCCCTGGATGAAAAGGGCGCTCGCCGTTGCTGGCCGATGCTCGCGCCAACCGTCCCGCACCAGCGCCTGACCATGAGCCGCGCATTGCTGGCCTCGGCGAGGCACAAGGTGCTGTCGATTTCCGGTCAATCGAAGTTGACCACCCTGAACGCCGCGGCGGCCGATGACAACGTCGCCGAAATGCCGATCCGCGCGTTTTTGCAACCTACGTTAGAGATTTACTGGTGCCCATGA MAISELKLPEGVTALEFKSPVLLAENLALNVAQQLRAAIDARGAATLVVSGGRSPVAFFQNLSKQTLDWSKVVVSLADERWVPVEHADSNAGLLKRYLLQGAAAKAQFLSLYSASANLEAAAEQADRLLAELPPIDVLVLGMGDDGHTASLFPDSPNLAEALDEKGARRCWPMLAPTVPHQRLTMSRALLASARHKVLSISGQSKLTTLNAAAADDNVAEMPIRAFLQPTLEIYWCP NA NA NA NA NA D1-35_01659 666 eda COG0800 2-dehydro-3-deoxy-phosphogluconate aldolase ATGACAAACCCATCCCCGACCGTTTCCATGGCGGATAAAGTAACGCTGATCGACAGCCTCTGCGCCAAGGCGCGGATCTTGCCGGTGATCACTATTGCCCGTGAGCAGGACATCCTGCCGCTGGCCGATGCCCTGGCCGCCGGTGGCCTGACGGCGCTGGAAGTGACCTTGCGCTCGCAGTACGGCCTCAAGGCCATCCAGGTGCTGCGCGAGCAGCGTCCGGAACTGGTGACCGGCGCCGGCACGGTGCTCGATCGCCATATGCTGGCCGCCGCCGAGGCCGCCGGTTCGCAATTCATCGTGACCCCGGGTATTACCCGCGACTTGCTGGAGGCTAGCGTCCAGAGCCCGATTCCGTTGTTGCCGGGAATCAGCAATGCCTCGGGCATCATGGAAGGCTACGGGCTGGGTTATCGCCGCTTCAAGTTGTTCCCGGCGGAAGTCAGCGGTGGCGTGGCTGCCATCAAGGCCCTGGGCGGTCCCTTCGGCGAAGTGAAATTCTGCCCGACTGGCGGCGTCAGTCCGGCCAATATCAAGAGCTACATGGCGTTGAAGAACGTGATGTGCGTGGGCGGCAGCTGGATGCTGGATCCGGAGTGGATCAAGAACGGCGACTGGGCCCGCATCCAGGAATGCACCGCCGAGGCCCTGGCGCTGCTGGACTGA MTNPSPTVSMADKVTLIDSLCAKARILPVITIAREQDILPLADALAAGGLTALEVTLRSQYGLKAIQVLREQRPELVTGAGTVLDRHMLAAAEAAGSQFIVTPGITRDLLEASVQSPIPLLPGISNASGIMEGYGLGYRRFKLFPAEVSGGVAAIKALGGPFGEVKFCPTGGVSPANIKSYMALKNVMCVGGSWMLDPEWIKNGDWARIQECTAEALALLD PGPT0002060_530 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 D1-35_01660 1188 cefD_1 COG0520 Isopenicillin N epimerase ATGCCCGAAAACACCCTGCGCGCCCATGATGAAGCTTTCTGGCAGACCTTCGGCGACCGCTACGACGTCGAGCCCGAGGGCCCGCTCAACCTGGAAAACGGCTACTTCGGGCGGATGTCGCGTACCGTGGTCGAGGAGTACCAGCGCAACATCGAATTCGTCAATCGCGGCAACTCGGTGTACGTACGTCAGCATTTCGACCGGGAACATGGCGAAGCGATTCGCCGCCAAGTGGCGCAACTGATTCACGTCCCCTCCTCTGCCGTGGCGCTGGCCACCAGCGCGGTGGACGCCCTGCAGACGCTGATTCGCAATTACAACGGCCTCAAGCCTGGCGATCAGGTGCTGATAAGCGACGTCGAGTACGAGTCAGTCAAAAGCGCGATGCGCTGGCTGGCTCGCCAGCGAGGGGCGAAGATCATCGAACTGGTCCACCCGCATCCCGCCAGTTTCGAAAGCCTAGTGGGCACCTATCGGGAAACCTTCATTCGTTACCCGCGCCTGAAGCTGATGGCGCTGACTTACGTCAACCACCTGACCGGCCTCGTCATGCCGGTGAAGGCGATTGCCGAGGCGGCGCGGGAGTTCGATGTCGACATCATTCTCGACGGCGCGCACGCCCTGGGTCAGATCGAGTTCAACCTGAAGAAGCTGGGTATCCAGTTCGCCGGTTTCAACTTGCAGAAGTGGATTGGCGGCCCGCTGGCCCTGGGCTTTCTCTATATCGCTCCAGAGCGGCTGGTCGACATCGATCCGGACATGGACGAAGCCAATTACCCCGCCACCGATGTGCGCTCACGCACACCCCACAGCACGCCCAACATCCCTGCCCTGCTGACGCTGCCATTGGTCTTTGAAGAACACCGCACCCTGGGCGGCGCGTCGGCCAAAGGTGCCCGACTCTGCTACTTGCGGGACCTTTGGGTGAACGCGGTACGTGATGTGCCCGGCATTGAAGTCATGACTCCGGACGATCGGCGGCTCTATTGCGGCATCACCTCGATGCGCTTCACCGCCCAGCCCGATCAGCAAGTCATGGCCGATCGGCTGCTCAAGGAATATGAAATCTTTACCGTGGTGCGCAAGACCAGCGTCGGCCCGTGCATCCGCATCACGCCTGGGTTGATTACCTTGGCGCGGGATATCGAGCGGTTGACCCAGGCGCTTATCCACCTGAGCAACACATAA MPENTLRAHDEAFWQTFGDRYDVEPEGPLNLENGYFGRMSRTVVEEYQRNIEFVNRGNSVYVRQHFDREHGEAIRRQVAQLIHVPSSAVALATSAVDALQTLIRNYNGLKPGDQVLISDVEYESVKSAMRWLARQRGAKIIELVHPHPASFESLVGTYRETFIRYPRLKLMALTYVNHLTGLVMPVKAIAEAAREFDVDIILDGAHALGQIEFNLKKLGIQFAGFNLQKWIGGPLALGFLYIAPERLVDIDPDMDEANYPATDVRSRTPHSTPNIPALLTLPLVFEEHRTLGGASAKGARLCYLRDLWVNAVRDVPGIEVMTPDDRRLYCGITSMRFTAQPDQQVMADRLLKEYEIFTVVRKTSVGPCIRITPGLITLARDIERLTQALIHLSNT PGPT0010995_239 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-PENICILLIN_METABOLISM,PGPT0010995-cefD-K04127 NA NA D1-35_01661 237 hypothetical protein ATGAATCCGCAAAAGCTTGAACTGCTGGTGACGCGCCAGATGCCCTTCGGCAAATACAAGGGCCGAATCCTTGCCGACCTGCCGGGCCAGTACCTGAACTGGTTTGCCCGGGAGGGTTTTCCCCACGGAGAACTGGGCGCTTTGCTGGCGCTGATGCAGGAGATCGACCACAACGGTCTGTCGGACCTGCTGGATCCGCTGCGCGCCAAACACGGCCTGCCCAAACCACGCCATTGA MNPQKLELLVTRQMPFGKYKGRILADLPGQYLNWFAREGFPHGELGALLALMQEIDHNGLSDLLDPLRAKHGLPKPRH NA NA NA NA NA D1-35_01662 465 hypothetical protein ATGACTGACATCAATAAAGAATCCATCTCTGTCTTGAACGACCTGATCGAGACCAGCAAGGATGGCCAGGAAGGATTCAAGACCTGCGCTGAAGACATCAAGCATCCAGAACTCAAGGCCCTGTTCGTTAAACGCGCGGCCGATTGCGCAACTGCCGCGGCCGAGCTGCAAGCCGCTGTGCGTTCGTTGGGCGGCGATCCGGAAACCTCCACCAGCGTCGCTGGCGACCTGCACCGTCGTTGGGTAGACGTAAAATCGATGTTTACCGGCAAGGATGAAGAAGCGGTCCTCAACGAAGCCGAACGCGGCGAAGACCATGCACTCAAGGCGTACAAGGAAGCCATCGAGAAGATCAACAAGCACAACCTGGTAGGTATTCGTGACCTGGTTGAGCGTCAGTACCACGGCGTGCAACGCAACCACGACCAGGTCAAGGCGCTGCGTAACCAGGCGCGTGCCAGCTGA MTDINKESISVLNDLIETSKDGQEGFKTCAEDIKHPELKALFVKRAADCATAAAELQAAVRSLGGDPETSTSVAGDLHRRWVDVKSMFTGKDEEAVLNEAERGEDHALKAYKEAIEKINKHNLVGIRDLVERQYHGVQRNHDQVKALRNQARAS NA NA NA NA NA D1-35_01663 2001 aaeB_2 p-hydroxybenzoic acid efflux pump subunit AaeB GTGCCCATTACCTTCCAGGCCTTGTTCGCCCCTGACCGCCTCGCCGTGCAGTTCGCCATCAAAACCGTGCTCGGCGGCGGCCTGGCGTTGTGGCTGGCGTTGCGCTGGGGCCTGGAGCAGCCGTCGTGGGCATTGATGACGGCGTTCATCGTCGCCCAGCCGCTGTCCGGCATGGTGGTACAGAAGGGCCTGGCGCGTTTGGTCGGTACTTTGGTGGGGACGATCATGTCGGTGGTGTTCATGGGATTGTTCGCCCAGGCACCGTGGTTGTTCTTGCTGGCGCTGGCGCTGTGGCTGGGTGTGTGCACGGGCTGTTCGACGCTGTTGCGCAGCGCCTGGTCGTATTCTTTCGTGCTGGCTGGCTACACGGTGGCGATCATTGCCTTGCCGGCCCTTTCCCATCCACTTGGGGTCTTCGATCAGGCCGTGGCGCGGTGCACCGAGATCAGCCTGGGCATTACCTGCGCCACGGCGGCCAGTGCCTTGCTCTGGCCGTTGCGGGTCGAACGACAACTGGCGGATCAGGCCCGTGCCGCCTGGCAGAGCGGCATGCAGGCGGCGCGTGCAACGTTGGCCGGCGATGCCCAGGCGCGCAAAGGCTTGCTCGAAATCCTCGGCAAGATCGTTGCGGTGGATGCCCAGCGCGAACACGCCTGGTTCGAAGGCAGCCTGGGCCGCCAGCGCGCCCGGGCCATCAGCGGCTTGAGCCAGAAACTGCTGATGTTGTTGCGTATTTCCCGTTCGGTGCGTCGGCAGTGGAAACAACTCGAACCTCAGGAAGCCGAAGCGCTCCAGCCGTGGATGGACGAGGTGCAGCAGGCGCTCGCTGCAGACAGCGCGACGCTGCAGGCCCTGCGGCCTCGGGTTCTGGATGCTTCTCATGACCTGCGGATCAGCTCGGCGCAAAGTTACTGCCTGGCTCGTTTCGCCTTGTTGCTCGATACCGCCCTGGCTGCCTGTGCCGCGCTCGCGGCCGTGCAGGAGGGCAGGGCCGCCGCCGATCCGCCGCGCACGCTGGCGCCGCATCGTGATCTGTCCCTGGCCATGGTATTCGGCGCCCGCAGCGCCCTGGCATTCCTGGCGGTAGCCTGTTTCTGGCTGGCGACCGCCTGGCCCGCCGCATCCGGTGCGCTGTTGCTCACCTGCGTGGTGTGCAGCCTGTTTGCCAGCCGCGAAAACGGTGCGCAGATCGGCATGAGTTTCCTGCGGGGTATTTTCCTCGCAGTGCCGACGGCGTTTGTCATTGGCGAGATTTTCCTGCCGCAATGGAGCAGTTTCGCCATGCTGTGCATGGCCATGGGCGTGCCGTTGTTCCTGGGGGCGCTGTGCATGGCCAAGCCGCCGCTCTACGCCACGGCCACCTCGTTCTGCCTGCACTTTGTGGTGCTGGTCTCGCCGCTCAATGCGATGAAGTACGACGTTTCGGCATTCTTCAACAACGCCCAGGCAATGATGATCGGCGTCGGCGCGGCGGTGCTGGCGTTCAAGCTGCTGATCCTGCGCAACCCGGCCTGGCATAGCCGTCGGCTGCTGGCCGCGACGCTGGACGATCTGGTCAGGCTGACCCATCGCAATCTGCGTGGTGCTGAAAGCTGGTTCGGTGGCCGCATGGCTGACCGGCTGCTGCAACTGGCGCGGCATTATCCCGAGCTGCCGGTGCCGGCGCGCAGCCGTTGGGACGACGGCTTGCTGGGCCTGGACGTCGGTGACGAGTTGCTGCATCTGCGCCTGAGTCTGGCCGTTGCCCAGATACCCGACAGCCCGGCCCAGCGCGAATATTTCGAAACCCTGGAGCAGGCGCTGGAACACGGCCCCGGCGGCGATCAGGCCGAGGCTTTGGCCCAGGCAAGCGACGAATATCTGCGGGTGCTGTCGCAGCAACCGTCCAGCGATGCGCTGAAGCTCGCCCAAGGCGCGGTGGTGCAATTGCAGAACAGCTGGCGCGCCTGGTGCCGCCAGCACGAATTTGAAGAAGGGAAACATAGCCATGGGCTTGCGTGA MPITFQALFAPDRLAVQFAIKTVLGGGLALWLALRWGLEQPSWALMTAFIVAQPLSGMVVQKGLARLVGTLVGTIMSVVFMGLFAQAPWLFLLALALWLGVCTGCSTLLRSAWSYSFVLAGYTVAIIALPALSHPLGVFDQAVARCTEISLGITCATAASALLWPLRVERQLADQARAAWQSGMQAARATLAGDAQARKGLLEILGKIVAVDAQREHAWFEGSLGRQRARAISGLSQKLLMLLRISRSVRRQWKQLEPQEAEALQPWMDEVQQALAADSATLQALRPRVLDASHDLRISSAQSYCLARFALLLDTALAACAALAAVQEGRAAADPPRTLAPHRDLSLAMVFGARSALAFLAVACFWLATAWPAASGALLLTCVVCSLFASRENGAQIGMSFLRGIFLAVPTAFVIGEIFLPQWSSFAMLCMAMGVPLFLGALCMAKPPLYATATSFCLHFVVLVSPLNAMKYDVSAFFNNAQAMMIGVGAAVLAFKLLILRNPAWHSRRLLAATLDDLVRLTHRNLRGAESWFGGRMADRLLQLARHYPELPVPARSRWDDGLLGLDVGDELLHLRLSLAVAQIPDSPAQREYFETLEQALEHGPGGDQAEALAQASDEYLRVLSQQPSSDALKLAQGAVVQLQNSWRAWCRQHEFEEGKHSHGLA NA NA NA NA NA D1-35_01664 207 hypothetical protein ATGGGCTTGCGTGAATGGTCGATTGGCGGCGTGCTGCTCAGCCCGTTCCTGATTTATGTGGTCCTGGCCTTGCTGGCAACCGGGGCGCTGCGCCTGTTGCTCGGCCTGTTGCCGGTCGGGCGCTGGATCTGGCATGAAGCCTTGTTCGACTGCGCCCTGTACGTCTGTGTCCTGACTGTCATTACCCTGGTCCTCGGACCGTTATAA MGLREWSIGGVLLSPFLIYVVLALLATGALRLLLGLLPVGRWIWHEALFDCALYVCVLTVITLVLGPL NA NA NA NA NA D1-35_01666 864 aaeA_2 COG1566 p-hydroxybenzoic acid efflux pump subunit AaeA ATGCGTACACCCGTACGTGTCGCCGTCACGCTGGGCGTGGTGGCCGTGGCGATCTTCGCCGGGTTTCATCTGTGGCAGTACTACATGCTCACGCCCTGGACCCGGGATGCGCGAATCCGTGCCGACGTGGTGGTGGTCGCCCCTGACGTATCCGGTTGGGTGCGCGAACTCAAGGCCGTGGACAACCAGCAGGTCAAGGCTGGCGACCTGTTGTTGAGCATCGACCGCGAACGCTTCGAGGCCGCGCTGGAAAAGGCTCGCGCGGTGGTCCAGACCCGTCAGCAGCAGCTGAGCCTGCGTGAACACGAAGCCAGCCGCCGCGCCGCCCTGGGGCCTCAGGCGATCAGCGCCGAGCTGCGGGAAAATGCCCAGATCAACGCCGGCATTGCCCGTGGCGAACTGCGCGAGGCCCAGGCGCAGGCCAAGGTCGCCGAGCTGAACCTGGCCCGCAGCCAGGTCCTGGCCCCACGCAGTGGTCATATCACCAATCTGCGCCTGGCCGAAGGCAACTACGTCAACGCCGGGCAACCGGTGATGGCGCTGATCGATGATTCGACTTTCTACGTGCAGGCCTATTTCGAGGAAACCAAACTGCCGAGGATCCGCGTGGGCGATCCGGTCAAGGTCTGGTTGATGAGCGCCGACCATGCGCTGGACGGCCATGTGGAAAGCATCAGCCGCGGTATCACCGACCGCAACACCAACCCCGATGCGCAATTGCTGGCAGAGGTCGAACCGACCTTCAACTGGGTGCGCCTGGCCCAGCGGATCCCGGTGCGGATCAAGCTCGACAAGGTGCCGGAAGGGGTGAGCCTGAGCGCGGGGATGACGGCGAGTGTGCAGGTGCAAGAGCGGCTGCAATAA MRTPVRVAVTLGVVAVAIFAGFHLWQYYMLTPWTRDARIRADVVVVAPDVSGWVRELKAVDNQQVKAGDLLLSIDRERFEAALEKARAVVQTRQQQLSLREHEASRRAALGPQAISAELRENAQINAGIARGELREAQAQAKVAELNLARSQVLAPRSGHITNLRLAEGNYVNAGQPVMALIDDSTFYVQAYFEETKLPRIRVGDPVKVWLMSADHALDGHVESISRGITDRNTNPDAQLLAEVEPTFNWVRLAQRIPVRIKLDKVPEGVSLSAGMTASVQVQERLQ PGPT0023615_41 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYBENZOIC_ACID_GALLATE_RESISTANCE,PGPT0023615-aaeA-K15548 NA NA D1-35_01667 471 phaJ COG2030 (R)-specific enoyl-CoA hydratase ATGACCCAGGTTACCAACATCCCTTACGAAGCCCTCGAAGTCGGCCAGACCGCCAGCTACAGCAAGACCGTCGAAGAGCGCGATATCCAGCTGTTCGCCGCCATGTCCGGCGACCACAACCCGGTGCACCTGGACGCCGAATTCGCCGCCGCCAGCATGTTCAAGGAACGCATCGCCCATGGCATGTTCAGCGGTGCGCTGATCAGCGCGGCGGTGGCGTGCGAGCTGCCTGGGCCGGGCACCATCTATATCGGCCAGCAGATGAGCTTTCAGAAACCGGTGAAGATTGGCGACACCCTGACCGTGCGCCTGGAAATCCTCGAGAAACTGCCGAAGTTCCGCGTGCGCATCGCCACGCGCGTGTTCAATCAGCGCGATGAACTGGTGGTGGACGGCGAGGCCGAGATCCTGGCTCCGCGCAAGCAGCAGACTGTTACGTTGCCGACGTTGCCGGCGATCAGCATCGGCTGA MTQVTNIPYEALEVGQTASYSKTVEERDIQLFAAMSGDHNPVHLDAEFAAASMFKERIAHGMFSGALISAAVACELPGPGTIYIGQQMSFQKPVKIGDTLTVRLEILEKLPKFRVRIATRVFNQRDELVVDGEAEILAPRKQQTVTLPTLPAISIG PGPT0014741_364 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 D1-35_01668 945 COG2267 Monoacylglycerol lipase ATGATCCACCAAACGTTCTGGCTGACCGCGACCGATCACAGGCGCATCCTCGTCAACCAATGGTTGCCCGAAACCGCCCCGCAGGCCGTGCTCATGCTGGCCCACGGCATGGCCGAACACAGCGCTCGTTATGGGCGCCTGGCCCAGGCCTTGTGCGATGAAGGTTATGGCGTCTACGCACCGGACCTGCGCGGCCATGGCAAGACCGGCGAGGAAACAGTCCTGGGGCATTTTGCCGACGAGGACGGCTGGGCCAAGGTGGTCGGCGATCTCGCGAGCCTCAATCAGCACATCGGCCAGCAACATCCAGAAATACCAATTCTCCTGCTGGGCCATAGCATGGGCAGCTATATCGCCCAGGGTTACCTGCTGCACCACAGCGCCAGCCTGCACGGGGCGATTCTCAGCGGCTCGAATTTCCAGCCCGTGGCGCTGTACCGCGCGGCACGCCTGATCGCCCGCCTCGAACGTCGACGCCAGGGAGCCACGGGGCGTAGCGCGCTCATCGAGTGGCTGTCATTCGGCAGTTTCAACAAAAAATTCAAACCGGTGCGCACGCCCTTCGACTGGCTCAGTCGCGACCCGACCGAAGTGGACAAATACGTCCAGGACCCGCTGTGCGGCTTTCGTTGTACCAATCAGCTGTGGATCGACCTCCTCGGCGGCTTGCAGCAGATCAGCAAAGCGTCCAATCTCGCGCAGATCGATCCGGGCCTGCCGTTGCTGGTGATTGGCGGCGAATGTGATCCGGTGAGCGAAGGCAAGCGTCTGAAAGATCTGGCCGATGCCCTGCGCGACGCCGGCAATCAACATCTGCAATTGACGATCTACCCGCAGGCCCGGCACGAACTGTTCAATGAAATCAACCGCGATGAAGTGACGGCCGACGTGCTGGCCTGGATTGCCCAGGCGCTGAGCCACCAGCGGCCGCCACGTAGCGAGTAG MIHQTFWLTATDHRRILVNQWLPETAPQAVLMLAHGMAEHSARYGRLAQALCDEGYGVYAPDLRGHGKTGEETVLGHFADEDGWAKVVGDLASLNQHIGQQHPEIPILLLGHSMGSYIAQGYLLHHSASLHGAILSGSNFQPVALYRAARLIARLERRRQGATGRSALIEWLSFGSFNKKFKPVRTPFDWLSRDPTEVDKYVQDPLCGFRCTNQLWIDLLGGLQQISKASNLAQIDPGLPLLVIGGECDPVSEGKRLKDLADALRDAGNQHLQLTIYPQARHELFNEINRDEVTADVLAWIAQALSHQRPPRSE NA NA NA NA NA D1-35_01669 1689 fadD_1 COG0318 Long-chain-fatty-acid--CoA ligase ATGCAGCCTGATTTCTGGAATGACAAACGCCCGACCGGCGTGCCCTCGGACATCGACCTGGGTGCCTACAAGTCGGTTGTCGAGGTGTTCGAGCGTTCCTGCAAGAAATTTGCCGACCGTCCGGCCTACAGCAACATGGGGGTGACCCTCACCTACGCCGAGCTGGAGCGCTACAGCGCGGCCTTTGCCGGTTACCTGCAAGCCAATACCGACCTGGCGCCGGGCGATCGCATCGCCGTGCAGATGCCCAACGTCCTGCAATACCCGATCGCCGTCTTCGGTGCCCTGCGCGCCGGCCTGGTCGTGGTCAATACCAACCCGCTGTACACCCCGCGGGAAATGCGTCATCAGTTCAAGGACTCCGGTGCCCGGGCGCTGGTGTACATGAACCTGTTCGGGCTGAAGGTCCAGGAAGTGCTGCCCGACACCGACCTGCAATACCTGATCGAAGCGAAGATGGGCGACTTGATGCCTACCGCCAAAGGCTGGCTGGTGAATACGCTGGTCAGCAAGGTCAAGAAAATGGTGCCGGCCTATTCGCTGCCCCAGGCCATTTCCTTCAAGAGCGCCTTGCGCCTTGGGCGCGGCCAGGGCATCAAGCCCCTCAACGTCAGCCTCGATGACATCGCCGTGCTGCAATACACCGGCGGCACCACGGGGCTGGCAAAAGGCGCGATGCTGACCCACGGCAACCTGGTCGCCAACATGCAGCAGGCCCGGGCGTGCCTGGGGCAGATCGGCGATGACGGCCAGCCGCTGTTGCGCGAGGGCCAGGAAGTCATGATCGCGCCGTTGCCGCTGTACCATATCTACGCGTTCACGGCGAACTGCATGTGCATGATGGTCACGGGCAACCACAACGTGTTGATCACCAATCCCCGGGACATCGGTGGCTTCATCAAGGAACTGAAGAACTGGCGGTTCTCGCTGTTGCTGGGGCTCAACACGCTGTTCGTGGCGCTGATGGACCATCCTGATTTCAAGACGCTGGATTTTTCCAACCTCAAGGTCACCAACTCAGGCGGCACCGCGCTGGTCAAGGCCACGGCCGAACGCTGGAAGCAGCTCACCGGCTGTGGCATCACCGAGGGCTACGGCCTGACGGAAACCTCGCCGGTGGCCAGTGCCAACCCTTACGGCGGCAAGTCGCGCCTGGGTACGGTGGGGCTGCCAGTGCCGGGTACGCTGATGAAGGTCATCAACGACGACGGCGTCGAGCTGCCCCTGGGCGAGCGCGGCGAGCTGTGCATCAAGGGCCCGCAGATCATGAAGGGCTACTGGAACAAGCCCGAGGCGACCGCCGAAGTGCTGGACAGCGAAGGCTGGTTCAAGTCCGGCGATATCGCGGTGATCGATCCCGACGGGTTTGTGCGCATCGTCGACCGCAAGAAAGACATGATCATTGTCTCGGGTTTCAATGTGTATCCCAACGAGATCGAGGACGTGGTCATGGCTCACCCGAAAGTCGCCAGTTGCGCGGTCATCGGCGTGCCGGACGAGCGTTCGGGGGAGGCGGTGAAACTGTTCGTGGTGGCCCGTGAGGCGGGCGTCAGCCTTGAAGAACTCAAGGCCTACTGCAAGGAGAACTTCACCGGCTACAAGATCCCCAAGCACATCGTATTGCGTGACTCGCTGCCGATGACGCCGGTGGGCAAGATCCTGCGGCGGGAGCTGCGCGATATCGCCTGA MQPDFWNDKRPTGVPSDIDLGAYKSVVEVFERSCKKFADRPAYSNMGVTLTYAELERYSAAFAGYLQANTDLAPGDRIAVQMPNVLQYPIAVFGALRAGLVVVNTNPLYTPREMRHQFKDSGARALVYMNLFGLKVQEVLPDTDLQYLIEAKMGDLMPTAKGWLVNTLVSKVKKMVPAYSLPQAISFKSALRLGRGQGIKPLNVSLDDIAVLQYTGGTTGLAKGAMLTHGNLVANMQQARACLGQIGDDGQPLLREGQEVMIAPLPLYHIYAFTANCMCMMVTGNHNVLITNPRDIGGFIKELKNWRFSLLLGLNTLFVALMDHPDFKTLDFSNLKVTNSGGTALVKATAERWKQLTGCGITEGYGLTETSPVASANPYGGKSRLGTVGLPVPGTLMKVINDDGVELPLGERGELCIKGPQIMKGYWNKPEATAEVLDSEGWFKSGDIAVIDPDGFVRIVDRKKDMIIVSGFNVYPNEIEDVVMAHPKVASCAVIGVPDERSGEAVKLFVVAREAGVSLEELKAYCKENFTGYKIPKHIVLRDSLPMTPVGKILRRELRDIA PGPT0008380_9627 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_01670 1692 fadD_2 COG0318 Long-chain-fatty-acid--CoA ligase ATGATTGAAGACTTTTGGAAGGATAAGTACCCAGCTGGGATTGCTGCCGACATCAATCCAGACGAGTATCCGAATATTCAGGCGGTGTTGAAGCAGTCCTGCCAACGCTTCGCCGACAAGCCGGCATTCAGCAACCTCGGCAAGACGATCACCTACGGTGAACTCTACGAATTGTCCGGTGCCTTTGCCGCGTACCTGCAACAGCATACCGATTTGCAGCCGGGCGATCGAATCGCCGTGCAGCTGCCCAACGTTCTCCAGTATCCGGTGGCCGTTTTCGGCGCGATCCGCGCCGGGCTCATCGTGGTCAACACCAACCCGCTGTACACCGCGCGGGAGATGGAACACCAGTTCAACGACTCCGGCGCCAAGGCGCTGGTGTGCCTGGCCAACATGGCGCACCTGGCCGAGAACGTGGTGCCCAGGACCAGCGTCAAGCACGTCATTGTCACCGAAGTGGCCGACCTGCTGCCGCCGCTCAAGCGCCTGCTGATCAACAGTGTGATCAAGTACGTCAAGAAGATGGTCCCGGCTTACCATTTGCCCAAGGCCATCAAGTTCAACGACGTGTTGAGCAAGGGCCACGGCCAGCCGGTGAACGAAGCCAACCCCACCAGCGATGATGTGGCCGTTCTGCAATACACCGGTGGCACCACCGGCGTGGCCAAGGGCGCGATGCTGACCCACCGCAACCTGGTGGCGAACATGTTGCAGTGCAAGGCATTGATGGGCTCCAACCTCAATGAAGGCTGCGAAGTGTTGATCACGCCGCTGCCGCTGTACCACATCTATGCGTTCACCTTTCATTGCATGGCGATGATGCTGATCGGCAACCACAACATCCTGATCAGCAACCCGCGCGACTTGTCGGCGATGGTCAAGGAACTGTCGAAGTGGAAGTTCAGCGGTTTTGTCGGCCTCAACACGTTATTCGTGGCCCTGTGCAATAACGAAGCCTTCCGCAAGCTGGACTTCTCCGCACTGAAGGTGACCTTGTCCGGTGGCATGGCGCTGCAACTGGCAGCGGCCGAGCGCTGGAAGGCGGTCACCGGCTGCCCGATCTGCGAAGGCTACGGCATGACCGAGACCAGCCCGGTGGCTACCGTCAACCCGATCCAGCACATCCAGGTCGGCACCATCGGCATTCCGGTGCCATCGACGCTGTGCAAGGTCATCAATGACGCGGGCGTCGAATTGCCACTCGGTGAAATCGGTGAATTATGTGTGAAAGGTCCGCAAGTGATGAAGGGCTACTGGCAGCGCCAGGAGGCCACCGACGAGATCCTCGACGGTGAAGGCTGGCTCAAGACCGGTGATATCGCGCTGATCCAGCCGGACGGCTACATGCGCATCGTCGATCGCAAGAAGGACATGATCCTGATCTCCGGCTTCAACGTTTACCCCAACGAACTGGAAGACGTACTGGCCACCCTGCCGGGTGTGCTGCAGTGCGCGGCGATTGGCGTACCGGATGAAAAGTCCGGCGAGGCGATCAAGATTTTCATCGTCGTACGTCCAGGGGCCACGCTCACCAAGGAACAGGTGATGGAGCACATGCGCGCCAACGTCACTGGCTACAAAGTGCCCAAGGCCGTGGAGTTCCGCGATGCATTGCCGACCACCAACGTGGGCAAGATCCTGCGGCGCGAGTTGCGCGATGAAGAACTGAAGAAGCTGGGGCTGAAGAAGTAA MIEDFWKDKYPAGIAADINPDEYPNIQAVLKQSCQRFADKPAFSNLGKTITYGELYELSGAFAAYLQQHTDLQPGDRIAVQLPNVLQYPVAVFGAIRAGLIVVNTNPLYTAREMEHQFNDSGAKALVCLANMAHLAENVVPRTSVKHVIVTEVADLLPPLKRLLINSVIKYVKKMVPAYHLPKAIKFNDVLSKGHGQPVNEANPTSDDVAVLQYTGGTTGVAKGAMLTHRNLVANMLQCKALMGSNLNEGCEVLITPLPLYHIYAFTFHCMAMMLIGNHNILISNPRDLSAMVKELSKWKFSGFVGLNTLFVALCNNEAFRKLDFSALKVTLSGGMALQLAAAERWKAVTGCPICEGYGMTETSPVATVNPIQHIQVGTIGIPVPSTLCKVINDAGVELPLGEIGELCVKGPQVMKGYWQRQEATDEILDGEGWLKTGDIALIQPDGYMRIVDRKKDMILISGFNVYPNELEDVLATLPGVLQCAAIGVPDEKSGEAIKIFIVVRPGATLTKEQVMEHMRANVTGYKVPKAVEFRDALPTTNVGKILRRELRDEELKKLGLKK PGPT0008380_9353 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_01671 378 hypothetical protein ATGAAACTCGATAAAAAGCAGGCCATCGCCCGCAGGAACCAGCAACTGGGCGGCGCCGTCCTGGGCGTTAACAATTGCCATTTCAGCGAACTGAACCGCAATCGCAACATCTTCTGGTTCGACATTCCGGTGGCCCGGCTGGCCATTGGTCAATACGAATGGATTCACCTGCTGCTGCACACCCCCGCCACCGATGAACTGCTGCACCTGAAAGTACCGACGGTGTTCCTGCGGGAAAAACTGGAAGGCCTGGAAGTACGCAACCAGGGCAAACGCAAGGCGGCCCTGAGCCTGGAACTGAGTGCCGACAAGGATTCCTACCTGCAAGACATGCGGCCGGGTGGCACCAACCTGGATTTTGCGCAGTTTCGGTTGTAG MKLDKKQAIARRNQQLGGAVLGVNNCHFSELNRNRNIFWFDIPVARLAIGQYEWIHLLLHTPATDELLHLKVPTVFLREKLEGLEVRNQGKRKAALSLELSADKDSYLQDMRPGGTNLDFAQFRL NA NA NA NA NA D1-35_01672 192 hypothetical protein ATGAGTAGCACGAGCGATAAAGTGAAGGGCGTTGCCAACGAAGCCGTCGGCAACATCAAGCAAGGCGTCGGCAAGGCCACCGATAACGACCGCATGCGCGCCGAGGGCGTGGTCCAGGAGAAAAAGGGTGAAGCCCAGCAAAACGTGGGCAAGGCCAAGGATGCCGTCAAGAAAGGCGTCGACCAGGCGTAA MSSTSDKVKGVANEAVGNIKQGVGKATDNDRMRAEGVVQEKKGEAQQNVGKAKDAVKKGVDQA NA NA NA NA NA D1-35_01673 951 hypothetical protein ATGATGTTCCCGGCCTTGAAAGGCTTGCCCCTGCACCGCGTGATGATGCGCACGGTGACCGAATTTCTCGACGACGAGATGTCGACGTACGCCTCCGCACTGGCTTACCAGATGTTGTTTTCGCTGTTCCCCTTCATTCTTTTCCTGATAGCCCTGATCGGTTTTCTGCACCTGCCGGATTTTTTCTCCTGGCTGCGCCTGCAATCGGAACTGGTGCTGCCGCCACAGGCGCTGGAGCAGGTCAACCCGGTGATCGACCAGCTCCAGCAGTCCAAAGGGGGGCTGCTGTCGGTCGGTATCGTGATTGCGTTGTGGACCGCGTCGGCCGGCGTTCGGCTGATGATGAGCGCCATGAATGCCGCTTATGACGTGGTCGAAGGGCGTCCGGCCTGGAAGCGTTTTCCGCTGTCGATCCTGTACACCGTCGGCATTGCCGGCATGCTCCTGGCGGCCGCGGCGCTGATGGTGCTGGGGCCGCAGGTGATGGGCTGGATTGCCGCCCAGATCGGGCTGGAGGAATTCATTGTCACCGTCTGGACGCTCGCGCGCTGGCCGGTCATCGTGTTTTTGCTGATGGTCGCGGTGGCGCTGATCTATTACGTGATGCCCGACGTCAAACAGGAGTTTCGCTTCATCACGCCGGGCTCGGTATTGGCGGTGGTGGTCTGGATCATCGCGTCCCTGGGCTTCGCGTTCTACGTCAAGACCTTCGCCGACTACAACGCCATGTATGGCAGTATCGGCGCGATCATCGTGCTGTTGCTGTACTTCTATATCTCGGCGGCGGTACTGTTGCTCGGCGCTGAGATGAACGCGGTGATCGAGCACATGTCCGCCGAAGGCAAGGACCATGGCGAAAAGAGCCCCGGCGAGCATGAAAAACAGCATGTGTCGGGCCTTGGGCGCGACCATTCCATTCCTCACGATCACACTGACGAAGCCCGACCATGA MMFPALKGLPLHRVMMRTVTEFLDDEMSTYASALAYQMLFSLFPFILFLIALIGFLHLPDFFSWLRLQSELVLPPQALEQVNPVIDQLQQSKGGLLSVGIVIALWTASAGVRLMMSAMNAAYDVVEGRPAWKRFPLSILYTVGIAGMLLAAAALMVLGPQVMGWIAAQIGLEEFIVTVWTLARWPVIVFLLMVAVALIYYVMPDVKQEFRFITPGSVLAVVVWIIASLGFAFYVKTFADYNAMYGSIGAIIVLLLYFYISAAVLLLGAEMNAVIEHMSAEGKDHGEKSPGEHEKQHVSGLGRDHSIPHDHTDEARP PGPT0014525_4081 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058 NA NA D1-35_01674 540 def_1 COG0242 Peptide deformylase ATGATCCGCGAAATCCTGAAGATGGGCGACGAACGCCTGCTGCGCATCGCACCGCCGGTGCCGCCAGAAATGTTCGACAGTCCCGAGTTGTGGCAACTGATCGATGACATGTTCCAGACCATGGAAAGTGTCGGCGGTGTCGGCCTGGCGGCGCCGCAGATCGGCGTCGACCTGCAACTGGTGATCTTCGGCTTCGAGCACAGCGAGCGTTACCCGGATGCCGAGGCGGTGCCGCAGACCATCCTGATCAACCCGTTGATCACGCCGCTGAGCCCGCTGATGGAAGAGGGCTTCGAGGGCTGCCTGTCGGTGCCGGGCCTGCGCGGTGCGGTGGATCGCTACCAGCACGTCCGCTATGAAGGTTTCGACCCGAAGGGCGAGCCGATCGTGCGCACCGCCTCAGGCTTCCACGCGCGGGTAGTCCAGCATGAATGTGATCACCTGATCGGCCGCTTGTACCCATCGCGCATCACCGACTTCAGCAAGTTCGGGTTCACCGAGGTGATGTTTCCGGAGCTGGATCCCACCGCCGACGATTAG MIREILKMGDERLLRIAPPVPPEMFDSPELWQLIDDMFQTMESVGGVGLAAPQIGVDLQLVIFGFEHSERYPDAEAVPQTILINPLITPLSPLMEEGFEGCLSVPGLRGAVDRYQHVRYEGFDPKGEPIVRTASGFHARVVQHECDHLIGRLYPSRITDFSKFGFTEVMFPELDPTADD PGPT0008125_40 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D1-35_01675 420 hypothetical protein ATGTCCGAAATCCGTTATGCAGCGCTCGAAGAATCGTTCTGGCCGTTGATGAACAAATTTTATCGTGCCCACCAATCCTCGATGAAAGCCGTGCGCGACGCGCAACTCTGGGTGGCGCGGCGCGATGGAATCGTCGCGGCCCTGTGCCTGCGACCGGTGTCCGGTGGGCATTGGTTGACGGGGTTGTTCGTCGACCCGGCGTTCCGCGCGCAAGGCATCGCGGCGCGGTTGATAGAAGAGGCAGTGAAAGGCGTGGAGGCGCCGGTGTGGCTGTTCTGCCACCCTGACCTGCGCAGCTTCTATGAGCGACGCGGGTTCGCCTTCGATCCGGAACTGCCTTATGCAATGGCTGAACGGCTGAGCCGGTACGCACGGAGCAAGCCGATGATTGCGATGGGGTTGGTGCCTGCAAGACCCTGA MSEIRYAALEESFWPLMNKFYRAHQSSMKAVRDAQLWVARRDGIVAALCLRPVSGGHWLTGLFVDPAFRAQGIAARLIEEAVKGVEAPVWLFCHPDLRSFYERRGFAFDPELPYAMAERLSRYARSKPMIAMGLVPARP NA NA NA NA NA D1-35_01676 111 hypothetical protein ATGGCCAAAGGCATGGATTCAAAAAAAGCGGCAAAGAAAAAACCAGCGAAGAGCGCCGATGAAAAACGCGCTGACAAAAAAGCCAAGAAGGTCAATCTGTTCGGTCATTGA MAKGMDSKKAAKKKPAKSADEKRADKKAKKVNLFGH NA NA NA NA NA D1-35_01677 534 hypothetical protein ATGTTGGTCAGTGCAAATCAGCAAGCAATGATCCTGCCGCTCAAGCGCCCCGGCGAAGACCCGACAGCCGAAGCCGCCAGCGGCCTGCAAAGCGCCGCGCTGCAGGCGTTGCGAGATAACGTCCAGACCCAGGCCGGCCAGGCCAGCGCCCAAGTCCAGGACTCCGCCACTCGACACGCCACGCAACAGGTGAGCGCCGCCACCGCCGTCAGCGACAAGGTCGACGAAGCCTTCGCCAAGACCCGTGTGCAATTGCAGACGGTTGGCTCGCCAGCCTTCGCAGAGACCAGCTCTGCCATGGCGCAGTTCAAGGACTACATGAGCAAGACGCCTGAACAACGCTTGCGGGACAGCATCCTCAAGGAAATGGGCATCACCGAAGAAGAGTACGCCGCAATGCCGCCGGAGAAACAATTGGCGGTCGGCGAGGAAATTGCCCAGCGCATGCAGGACAAGTCGGCCATGGCGCAAATGGAAAAAGATCAGCAGAGCGAGAAAAACCCTGCCAAGAGCACTGTCATCGCCACCCTCTGA MLVSANQQAMILPLKRPGEDPTAEAASGLQSAALQALRDNVQTQAGQASAQVQDSATRHATQQVSAATAVSDKVDEAFAKTRVQLQTVGSPAFAETSSAMAQFKDYMSKTPEQRLRDSILKEMGITEEEYAAMPPEKQLAVGEEIAQRMQDKSAMAQMEKDQQSEKNPAKSTVIATL NA NA NA NA NA D1-35_01678 1032 gntR HTH-type transcriptional regulator GntR ATGACCGCCCCTAAAAACGATAAGAATACTCGCACCACCGGTCGCCCCACGCTCAACGAAGTCGCACGCCTGGCCGGGGTCAGCCCGATCACCGCCTCCCGTGCGCTACGCGGCGTCAGCACCGTGGCCGTCGAACTGGTGGACAAGGTCCGCCAGGCCGCCCTGGAACTCAACTACGTCGTCAACCCCGCCGCCCGCGCCCTGGCTTCGGCCCAGAGCCATTCGGTGGTGGTGCTGGTGCCATCGTTGTCGAACCTGTTGTTCATCGACACTCTCGAAGCCATTCATCGCGTGCTGCGGCCCAAGGGCTTCGAAGTGGTGATCGGCAATTACCATTATTCCCGGGATGAAGAAGAGGACCTGCTGCGCAACTACATGGCCTATCAGCCGCGAGGACTGTTGCTCACCGGGTTCGACCGCACCGAAAGCGCTCGACGGATGATCGAGGCCAGCAACATTCCCTGCGTGTACATGATGGAACTGGACCCGGGCGCCGGCCTCAACTGTGTGGGCTTCTCCCAGCTCAAGGCCGGCGAAACCGCTGCCGAACACCTGGTTTCCCGAGGCCGCAAGCGCCTGGCCTACATCGGCGCGCAACTGGACCAGCGCACGCTGTTGCGCGGCGAAGGTTTCCGGCGCGCATTGCAGGAGGCCGGGCTCTACGACCCGGACCTGGAAATACTCACGCCGCGTCCGTCATCGGTGGGCCTGGGCGGCGAGTTGTTCCTGCAGTTGCTCGCCAGCCATCCGGACGTCGATGCGATCTTCTTCGGTAACGACGACCTGGCCCACGGCGCCCTGCTCGAAGCGTTGCGCAGCGGTATCAGGATCCCCGAGCAGGTTTCGATCCTCGGTTTCAACGACCTGCCCGCCTCGGCCCACATGGTGCCGCGCTTGAGCAGCATCAGCACCCCACGGGAAGCCATCGGCCGCCGTGCCGCTGAACAGATGCTCACCTTGATGGCTGGCAACCGCATCGCCCAGCCGGCGGTGGACCTGGGGTTCGAACTCAAGGTCCGCGAAAGCACCTGA MTAPKNDKNTRTTGRPTLNEVARLAGVSPITASRALRGVSTVAVELVDKVRQAALELNYVVNPAARALASAQSHSVVVLVPSLSNLLFIDTLEAIHRVLRPKGFEVVIGNYHYSRDEEEDLLRNYMAYQPRGLLLTGFDRTESARRMIEASNIPCVYMMELDPGAGLNCVGFSQLKAGETAAEHLVSRGRKRLAYIGAQLDQRTLLRGEGFRRALQEAGLYDPDLEILTPRPSSVGLGGELFLQLLASHPDVDAIFFGNDDLAHGALLEALRSGIRIPEQVSILGFNDLPASAHMVPRLSSISTPREAIGRRAAEQMLTLMAGNRIAQPAVDLGFELKVREST NA NA NA NA NA D1-35_01679 534 COG3265 Gluconokinase ATGAATAATCCAATCACCGCCCTGGTCATCATGGGCGTTGCCGGTTGCGGCAAAACCTGCGTCAGCCAGGCCCTGTGCCAACTGAGCGGCGCCACCGCCATTGAAGGCGACACTTTCCACCCCGCGGCCAACATCCAGAAGATGAGCGCCGGTATCCCCCTGAACGACGACGACCGTGCCGGCTGGCTCGACAGCCTGTGCGACGAGTTGCGCCGTGTCGACGCCGTGGGTGCGCGCCCGGTGCTGACCTGCTCGGCCCTCAAGCACAGTTATCGCGAGCGCCTGCGCAGCGCCTTGCCGGGCCTGGGCTTCGTATTTCTTGAACTGACCCCGGAAGTGGCCGCTGATCGCGTGTCCCATCGCCCGGGCCATTTCATGCCGTCGACCCTGATCGACAGCCAGTTTGCCACCCTTGAATCTCCTGTCGGCGAGCCCCTGACCCTGGCTCTGGATGCGTCCAGCCACAGCGTTGATGAACTGGCCCGCCAGGCTTACGTCTGGTGGCTGGCCCACGGCCTGAAGCTCGCGAGCTGA MNNPITALVIMGVAGCGKTCVSQALCQLSGATAIEGDTFHPAANIQKMSAGIPLNDDDRAGWLDSLCDELRRVDAVGARPVLTCSALKHSYRERLRSALPGLGFVFLELTPEVAADRVSHRPGHFMPSTLIDSQFATLESPVGEPLTLALDASSHSVDELARQAYVWWLAHGLKLAS PGPT0018055_972 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_GLUCONIC_ACID_UTILIZATION,PGPT0018055-gntK|idnK-K00851 NA NA D1-35_01680 1353 gntT_2 COG2610 High-affinity gluconate transporter ATGTTCGGCATGTCCCACGAGACGTTCCTGCTGCTAGATGCAGTGGTTACGGTGATCGGACTCATCGTCCTCATCACCAAGTTCAAATTCCACCCGTTCATTGCACTGACCATCGCCGCCGCGTTTCTCGGCCTGACGTCGGGCATGCCGACCGGCACCATCATCAAGGCGTTCCAGGACGGCTTTGGTGGCGTGCTCGGTTTTGTCGGCATCATCCTGGCGCTGGGCACGATGCTCGGCAAAATGATGGCCGAGTCGGGCGGTGCCGATCAGATCGCCCAGACCCTGATCCGTGCCTTCGGCAAGGAGAAGGTGCAGTGGGCCATGATGTTCGCCGCGTTCCTGGTGGGCATCCCGCTGTTCTTCGAAATCGGCTTCGTGCTGCTGATCCCGCTGGTGTTCATCGTCGCGCGCCGCACCGGCGTGTCGATCATCAAGATCGGTATCCCGCTGCTCGCCGGTCTTTCCGCCGTCCACGGCCTGGTGCCACCGCACCCGGGTCCGCTGCTGGCGATCGGCATCTTTGGCGCTGACATCGGCAAGACCATTCTCTACGGCCTGATCGTAGCGCTGCCGACCGCCATCATTGCCGGACCGATCTTCGGTACGTTCATCGCCAAGCACATTCCCGGTCATCCGAATCAGGAGCTGGTGGACCAACTGGCCCGCGAGACGAACGCCGCCGAACTGCCAAGCTTCAGCATCACCCTGATCACCGTGCTGTCGCCGGTATTCCTGATGCTGCTCAAGACCTTCGCGGATGTGGCGCTGCCGGACGGCAACCTGTTCCGTGTCTGGATGGACATGATCGGCCACCCGATCTCGGCCTTGCTGCTGGCGTTGCTGCTCTCGCTGTACACCTTCGGCTACAAGCAGGGCATCGGTTCCAGCCAGATGCTGAAGTGGCTGGACGCGAGCCTGGCGCCGACGGCGGCGATCATCCTGATCATCGGTGCCGGCGGTGGCTTCAAGCAGATGCTGGTGACCAGCGGCGTGGGTGACGTGATTGGCCACATGGCCGTGAGCGCACAGATTTCGCCGATCCTGCTGGCCTGGCTGGTGGCGGCGGTGATCCGGATTGCGACCGGTTCGGCGACCGTGGCGACCATTACCGGTGCCGGGATCGTGGTGCCGGTGGTGGGGATGATGCCAGGGGTGAACCGTGAGCTGCTGGTACTGGCGACTGGCGCCGGCTCGCTGATCCTGTCTCACGTCAACGATGCGGGCTTCTGGCTGGTCAAGCAGTACTTCAACATGACCGTGGCGGAAACCTTCAAGACCTGGACCGCGATGGAAACCATCCTGTCGGTGGTGGGACTGATCTTTATCCTGCTGTTGTCGCTGGTGATCTGA MFGMSHETFLLLDAVVTVIGLIVLITKFKFHPFIALTIAAAFLGLTSGMPTGTIIKAFQDGFGGVLGFVGIILALGTMLGKMMAESGGADQIAQTLIRAFGKEKVQWAMMFAAFLVGIPLFFEIGFVLLIPLVFIVARRTGVSIIKIGIPLLAGLSAVHGLVPPHPGPLLAIGIFGADIGKTILYGLIVALPTAIIAGPIFGTFIAKHIPGHPNQELVDQLARETNAAELPSFSITLITVLSPVFLMLLKTFADVALPDGNLFRVWMDMIGHPISALLLALLLSLYTFGYKQGIGSSQMLKWLDASLAPTAAIILIIGAGGGFKQMLVTSGVGDVIGHMAVSAQISPILLAWLVAAVIRIATGSATVATITGAGIVVPVVGMMPGVNRELLVLATGAGSLILSHVNDAGFWLVKQYFNMTVAETFKTWTAMETILSVVGLIFILLLSLVI PGPT0001340_1837 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 D1-35_01681 1218 alaC COG0436 Glutamate-pyruvate aminotransferase AlaC ATGGCCGAACAAGGTTCGCCGCGCCGCTTTGCGCGCATCGATCGACTCCCCCCGTACGTATTTAATATCACTGCCGAGCTGAAGATGGCTGCGCGTCGGCGCGGCGAAGACATCATCGACTTGAGCATGGGTAACCCCGACGGCGCCACGCCCCCGCATATTGTCGAGAAGCTGGTCACCGTCGCCCAGCGCGAAGATACCCACGGCTACTCCACTTCCAAAGGCATCCCACGCCTGCGCCGAGCCATTTCGCGCTGGTACAAGGACCGCTACGAAGTGGACATCGACCCGGAAAGCGAAGCCATCGTCACCATCGGCTCCAAGGAAGGCCTCGCACACCTGATGCTGGCCACCCTGGACCAGGGCGACACGGTGCTGGTGCCCAACCCCAGCTATCCGATCCACATCTACGGCGCGGTGATCGCCGGCGCCCAGGTGCGTTCGGTGCCGCTGGTGCCCGGCGTGGATTTCTTCGATGAACTGGAGCGGGCCATTCGCGGTTCGATCCCCAAGCCGAAGATGATGATCCTCGGTTTCCCGTCCAACCCGACCGCGCAATGCGTGGAGCTCGACTTCTTCGAGCGGGTCATCGCCCTCGCCAAGCAATACGACGTACTGGTCATCCACGACCTGGCCTACGCCGACATCGTCTATGACGGCTGGAAAGCCCCGTCGATCATGCAGGTGCCAGGCGCGAAAGACATCGCGGTGGAGTTCTTCACCCTGTCCAAGAGCTACAACATGGCCGGCTGGCGCATCGGTTTCATGGTGGGTAACCCGGAACTGGTCAGCGCCCTGGCGCGGATCAAGAGTTACCACGACTACGGCACCTTCACCCCGCTGCAAGTGGCCGCCATCGCCGCCCTCGAAGGCGATCAGCAATGCGTGCGCGACATCGCCGAGCAGTACCGCCAGCGCCGCAACGTACTGGTCAAGGGCCTGCATGAACTGGGCTGGATGGTGGAGAATCCCAAGGCATCGATGTATGTCTGGGCGAAGATACCCGAGGCCTATGCGCACCTGGGCTCACTGGAGTTTGCCAAGAAGCTCCTGGCCGAAGCCAAGGTCTGCGTCTCGCCGGGGGTGGGGTTCGGGGAATACGGGGACGATCATGTGCGCTTTGCGCTGATCGAGAACCAGGACCGGATTCGCCAGGCGGTACGCGGGATCCGCGGGATGTTCCGGGCGGATGGGTTGATCAAAAAACCTGAGGCCTGA MAEQGSPRRFARIDRLPPYVFNITAELKMAARRRGEDIIDLSMGNPDGATPPHIVEKLVTVAQREDTHGYSTSKGIPRLRRAISRWYKDRYEVDIDPESEAIVTIGSKEGLAHLMLATLDQGDTVLVPNPSYPIHIYGAVIAGAQVRSVPLVPGVDFFDELERAIRGSIPKPKMMILGFPSNPTAQCVELDFFERVIALAKQYDVLVIHDLAYADIVYDGWKAPSIMQVPGAKDIAVEFFTLSKSYNMAGWRIGFMVGNPELVSALARIKSYHDYGTFTPLQVAAIAALEGDQQCVRDIAEQYRQRRNVLVKGLHELGWMVENPKASMYVWAKIPEAYAHLGSLEFAKKLLAEAKVCVSPGVGFGEYGDDHVRFALIENQDRIRQAVRGIRGMFRADGLIKKPEA NA NA NA NA NA D1-35_01682 663 hypothetical protein ATGGAATTTTCCAGCGGCTTCCTGCTGAGCCTTTCCTTGTGCCTGGACATCGGCGTGGCCAATATCGCGATGATCACCCTGGCGATGCAGCGCGGCTATTTCCAGGGCTTTGCCCTGGGCCTGGGCACCTGCGTAGGCGACCTGGTCTATGCGGTCCTGGCGCTGGCCGGAATGACTGTCCTGCTGCAATACGAAACGGTGCGGTGGGTGCTGTGGATCGGCGGTTCGGTGCTGTTGCTGTATTTCGCCGCGAAGATGGTTCATTCGGCGATCTTTCACAGTGCGGTGCTGGCCGAGGCCGGCGAGGTCCGGGGCAACTCGTCTCGGCAGGAGTTTTTTCGCGGGATTTTCCTGGCGATGTCATCCCCCAGCGCCATCCTCTGGTTCGCGGCGGTGGGGGGTACGCTCATTGCCCGCTCAGGGGGTGGCACGGTAGTCAGTTCGGCGCTGTTTCTGAGCGGATTCCTCTGCGCCGGGCTGCTCTGGAGCGCCGGCCTGTGCCTGGCGGCAACCCAGGGCGGAAAATTGTTGGGGGATAAGTTGCTGCGTTATTCCTATTGGGCATCGGCGGCGATTTTCTGCTATTTCGCCGTCTACGTGATCGTTTCTGGCTACAACGAGTTTGTCGGAACAACCGCCTCGGCTGTCCCGCCTGGACTCTGA MEFSSGFLLSLSLCLDIGVANIAMITLAMQRGYFQGFALGLGTCVGDLVYAVLALAGMTVLLQYETVRWVLWIGGSVLLLYFAAKMVHSAIFHSAVLAEAGEVRGNSSRQEFFRGIFLAMSSPSAILWFAAVGGTLIARSGGGTVVSSALFLSGFLCAGLLWSAGLCLAATQGGKLLGDKLLRYSYWASAAIFCYFAVYVIVSGYNEFVGTTASAVPPGL PGPT0020651_239 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 D1-35_01683 489 hypothetical protein ATGGAATCGCAAAAACGCGTTAATGCATCCGAGCCGCGCTTCGAGCAAGGACGCTTTCAGCTCATCGCCGGTTTCGGCGCGCGTTTTACCCAGGACACCGCCCAGGACATCCCGCTGCTCTGGGAAAAGTTTCTGCCCTGGCTTGGCAAAGTGCCGGGGCAGAAAGACGAAGTGACTTACGGCGTGTGTTGCAACCCGGACGGCACAGGCGGCTTTGAATACATTGCCGGCGTGGAAATCAGCCGGCTTGACGACCTTCCGGAACAATACCGCTGGATCGAAATCCAGCCCGGGCCCTACGCCGTATTCGAGCACAAAGGGCCATTGAAGAACCTGCCGGACACCTTCCACTACATCTGGAAGGAATGGTTGCCGCAGTCCGGCCACCAGGCAGCTGATGAGCCTGAGTTCGAGCGCTACAGCGAAGACTTCAACCCGCGGACGGGGGAAGGCAGCCTGGAGATCTGGATACCCCTCAAGCCGAGTTGA MESQKRVNASEPRFEQGRFQLIAGFGARFTQDTAQDIPLLWEKFLPWLGKVPGQKDEVTYGVCCNPDGTGGFEYIAGVEISRLDDLPEQYRWIEIQPGPYAVFEHKGPLKNLPDTFHYIWKEWLPQSGHQAADEPEFERYSEDFNPRTGEGSLEIWIPLKPS NA NA NA NA NA D1-35_01684 501 hypothetical protein ATGGACGTTTTCGTGACTGCTCAGCTCGTATCCTATGAAGACCTGACCGCGCTGCAACGGCAACAGGTCGAAGCCATCGAAATCCACCCCGAACAGATCAGGTTTTCCGGCGATATCCATGGTGCGCTGCATACGCTGCTGTCCAGGCCCGCCCCTGGGGTAAAGGGTTTTGCGCTGCTGGCCGACGAAGTGCCCGTCGCGTTCCTGCTGCTCAAGCGGCCACCCGTACTGCCCGCCTGGGCCAACGAACACAGCGCCACCCTGCACGCCTTGCAGGTAGACCGCCGGGCTCAAGGCAAAGGCTACGGCAAGGCCTGCCTGCAAGCGCTACCCACCGTCGCCCGAGCGGCATGGCCAGAGATAAAGGGGCTTGAGCTTTCGGTGGATGCAGACAACGACGCGGCCATCAGCCTGTACACCCGCCTGGGCTGGGTCGACAGCGGCGAGGCCTACAAGGGCCGTATCGGTTATGAGCGGCGGATGGGGTTGGTCTTTGAATAA MDVFVTAQLVSYEDLTALQRQQVEAIEIHPEQIRFSGDIHGALHTLLSRPAPGVKGFALLADEVPVAFLLLKRPPVLPAWANEHSATLHALQVDRRAQGKGYGKACLQALPTVARAAWPEIKGLELSVDADNDAAISLYTRLGWVDSGEAYKGRIGYERRMGLVFE NA NA NA NA NA D1-35_01685 426 hypothetical protein ATGAATACCGAAACCGAAATCCAAGCGTTGATCGACACCTATCGCCAGGCCGTCATGGCCAAGGATGTGGAAAAAGTCATGGCGCTCTATGACGACGATATCGTCTCGTTCGATGCCATCCAGGCCCTGCAATTCAAGGGCAAGACCGCCTACCGCGCGCACTGGGAAGCCTGCATGGAAATGTGCCCTGGCCCGCACAAGTTCGATTTCCATCAGGTCCAGATCACGCCGGCCGAGAACATCGCCTTCGCCCATTGGCTGGCCTATTGCGGCGGCACCAACGACAAAGGCGAGGAACAGGCATGCTGGATGCGTGTGACAGCTTGCTACAAGCGTACGGCCGGCGCGTGGAAGATCGTCCATGAACATTGGTCGGCGCCATTCGACCCGATGGCGGGTACGGCGATATTCGACTTGCAGCCCTGA MNTETEIQALIDTYRQAVMAKDVEKVMALYDDDIVSFDAIQALQFKGKTAYRAHWEACMEMCPGPHKFDFHQVQITPAENIAFAHWLAYCGGTNDKGEEQACWMRVTACYKRTAGAWKIVHEHWSAPFDPMAGTAIFDLQP PGPT0030505_2 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D1-35_01686 345 hypothetical protein ATGAAGTATCTATGCCTGGTGTACAGCAATGAACAGGTCCTGCACGACTCGCCCGAGAGCCCGCAGGACGCCGAATGCATGGCTTACGCCGAATCGGTCCAGGGCAGCGGCCGCATGCTCGCCGCTGAAGCCCTGGAGTCGGTGCAGACCGCCACCACGGTGCGTATGCGCGGCGGCAAACTGTCGATTACCGACGGCCCGTTCGCCGAAACCAAGGAGCAACTGGCGGGCTTCTACCTGATCGACGCCAAGGACTTGAACGAAGCCATCCAGGTCGCCGGGCACATCCCGGCGGCCCGGGTCGGCTGCGTCGAAGTCCGGCCGGTACGCCAGCTGAATCCCTGA MKYLCLVYSNEQVLHDSPESPQDAECMAYAESVQGSGRMLAAEALESVQTATTVRMRGGKLSITDGPFAETKEQLAGFYLIDAKDLNEAIQVAGHIPAARVGCVEVRPVRQLNP NA NA NA NA NA D1-35_01687 1236 hypothetical protein ATGTCGGCCGAAGCGGTCAAGGCGCGGGTCGAGCAGGTTTATCGCCAGGATTCGCGGCGAATCCTGGCGACGCTGATTCGCCTGCTGGGTGATTTCGATCTCGCCGAGGAAGCCTTGCACGAGGCGTTCTTCGTCGCGGTCGAGCGCTGGCAGCGCGACGGCGTGCCGGACAATCCCCGGGCCTGGCTGGTGTCGGCCGGGCGTTTCAAGGCGATTGACAGCCTGCGTCGGCGGGCGCGCTTCGCGGCGTCCCAGCCGATGCTGATCGCGCAACTCGAAGCGCTTGAACAGGCCGAGTGGAGTGATGAGGACGTGGAAGATGACCGCCTGCGGCTGATTTTCACCTGTTGCCACCCGGCTCTGGCCGCTGATGCCCAGGTACCGTTGACGCTGCGGGAAGTCTGCGACCTGACCACCGAGGAAATTGCTCGTGCGTTTCTTGCCGCGCCGGCAGCCATCGCCCAGCGCATCGTGCGGGCCAAGGCGAAGATTCGCGATGCGAAGATTCCCTATCAGGTGCCGTCCCGCACGGAGCTGCCTGAACGACTCGACAGCGTGCTGCGGGTGATCTACCTGGTGTTCAACGAGGGCTATTCAGCCTCGATGGGGGCCGAGTTGACCCGCGATGACCTGACCCGTGAAGCCATACGCCTCGCACGCCTGCTGCTGGAGTTGCTGCCCGAAGCTGAAGTGATGGGCTTGCTGGCGCTGATGCTGCTGCACGAGTCGCGGCGGCCTGCGCGAATGTCGATGGCCGGCGATCTGGTCTTGCTCGATGAGCAGGACCGGTCGCTATGGGACCCGGCAATGATTGCCGAAGGTTGCGCGATGGTCGAGGCCGCGCTCAACACCCGGCGGTTCGGACCGTATTGCCTGCAAGCCGCGATTGCTGCGGTGCACGCCGAAGCGCCGACCGCCCGGGAGACCGATTGGCCGCAGATCGTCGGCCTCTACGATGTGCTGTTGCGGGCCGTGCCGTCGCCAGTGATCGAACTCAACCGCGCGGCCGCCCTGGCCAAGCGCGATGGGCCGCAGGAGGGGCTACGCCTGGTTGACGGGATACTCGGCAGGGGCGAGCTGCTTGACTATCACCTGGCCCATTCGGCGCGGGCTGAGTTCTGCCGGCAGTTGGGGCGAGTGGAGGAGGCGAGGGCCGCCTATCGACGGGCGCTTGAATTGACGCAGCAACTGCCGGAGCGGCGGTTCATTGAAGCCAGGCTTGCGGGATTGGACTGA MSAEAVKARVEQVYRQDSRRILATLIRLLGDFDLAEEALHEAFFVAVERWQRDGVPDNPRAWLVSAGRFKAIDSLRRRARFAASQPMLIAQLEALEQAEWSDEDVEDDRLRLIFTCCHPALAADAQVPLTLREVCDLTTEEIARAFLAAPAAIAQRIVRAKAKIRDAKIPYQVPSRTELPERLDSVLRVIYLVFNEGYSASMGAELTRDDLTREAIRLARLLLELLPEAEVMGLLALMLLHESRRPARMSMAGDLVLLDEQDRSLWDPAMIAEGCAMVEAALNTRRFGPYCLQAAIAAVHAEAPTARETDWPQIVGLYDVLLRAVPSPVIELNRAAALAKRDGPQEGLRLVDGILGRGELLDYHLAHSARAEFCRQLGRVEEARAAYRRALELTQQLPERRFIEARLAGLD PGPT0014960_512 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_01688 1344 hypothetical protein ATGATTCGTATGCCTCTGGCTACCGCCAGTCTGTTGGCCATCGCTATTTCCCTCGCCGGTTGCGGCGAAGGCAAAGACAAGGCGGCCGCGCCGCAAGCGCCAACGCCGGCCGCCAGCACTGCGGCTCCGGCTGCCCCCGCTGCCGCTGGCAAGATCGACGAAGCCGCTGGCAAGGCCGTTGTCGCGCACTACGCCGACATCGTCTACGCCGTCTACAGCGATGCCGAATCCACCGCGAAAACCCTGCAGACCGCCGTCGACGCCTTCCTCGCCAAGCCGAACGCAGATACCCTGAAAGCCGCCAAGGCTGCCTGGGTTGCCGCGCGCGTGCCTTACCTGCAGAGCGAAGTGTTCCGCTTCGGCAACACCATCATCGACGACTGGGAAGGCCAAGTGAACGCATGGCCCCTGGACGAAGGCCTGATCGACTACGTCGACAAATCCTACGAGCACGCCCTGGGTAACCCGGGCGCTACCGCCAACATCATCGCCAACACCGAAGTGCAGGTCGGCGAAGACAAGGTCGACGTCAAAGACATCACCCCGGAAAAACTCGCCAGCCTGAACGAGCTGGGTGGTTCCGAGGCCAACGTTGCCACCGGCTACCACGCCATCGAATTCCTGCTGTGGGGCCAGGACCTCAACGGCACCGGCCCGGGTGCCGGCAATCGTCCGGCTTCGGACTACCTGGAAGGCGCCGGCGCCACTGGCGGCCACAACGACCGTCGGCGTGCCTACCTCAAGTCCGTGACCCAGCTGCTGGTGAACGACTTGCAGGAAATGGTCGGCAACTGGAAACCGAACGTCGCCGACAACTACCGCGCCACGCTGGAAGCCGAACCGGCTGAAACCGGTCTGCGCAAGATGCTGTTCGGCATGGGCAGCCTGTCCCTGGGTGAACTGGCGGGCGAGCGCATGAAGGTCTCCCTGGAAGCCAACTCGCCAGAAGACGAACAGGATTGCTTCAGCGACAACACCCACTACTCGCATTTCTACGATGCCAAGGGTGTGCGTAACGTCTACCTCGGCGAATACACCCGCGTCGACGGCACCAAGATGACCGGCGCGAGCCTGTCCTCCCTGGTGGCCAAGGCCGACCCGGCCGCCGACACCACGCTCAAGGCCGAGCTGGCCGACACCGAAGCCAAGATCCAGGTCATGGTCGATCACGCCAACAAGGGTGAGCACTATGACCAGCTGATCGCCGCCGGTAACACCGCGGGCAACCAGATCGTGCGTGACGCCATCGCCGCCCTGGTCAAGCAGACCGGCTCGATCGAACAGGCTGCGGGCAAGCTGGGTATCAGCGACCTGAACCCGGACAACGCTGATCACGAGTTCTGA MIRMPLATASLLAIAISLAGCGEGKDKAAAPQAPTPAASTAAPAAPAAAGKIDEAAGKAVVAHYADIVYAVYSDAESTAKTLQTAVDAFLAKPNADTLKAAKAAWVAARVPYLQSEVFRFGNTIIDDWEGQVNAWPLDEGLIDYVDKSYEHALGNPGATANIIANTEVQVGEDKVDVKDITPEKLASLNELGGSEANVATGYHAIEFLLWGQDLNGTGPGAGNRPASDYLEGAGATGGHNDRRRAYLKSVTQLLVNDLQEMVGNWKPNVADNYRATLEAEPAETGLRKMLFGMGSLSLGELAGERMKVSLEANSPEDEQDCFSDNTHYSHFYDAKGVRNVYLGEYTRVDGTKMTGASLSSLVAKADPAADTTLKAELADTEAKIQVMVDHANKGEHYDQLIAAGNTAGNQIVRDAIAALVKQTGSIEQAAGKLGISDLNPDNADHEF NA NA NA NA NA D1-35_01689 2052 hypothetical protein TTGAAGCTGGAACTCAAGAACAGCTTGTCTGTGAAGTTGCTCCGGGTCGTGCTCCTTTCGGCATTGATCGTTGGCGTGGTCTTGAGCTGCGCCCAGATCGTTTTCGATGCCTACAAAACCAATCGGGCCGTCGCCGACGACGCCCAGCGCATCCTCGATATGTTCCGCGACCCTTCCACCCAGGCGGTCTACAGCCTCGACCGGGAAATGGGCATGCAGGTCATCGAAGGCCTGTTCCAGGATGAGGCCGTGCGCATGGCCTCCATCGGCCACCCCCACGAAACGATGCTCGCCGAGAAGACCCGGCCCCTCCAGCATTCCGAAAGCCGCTGGCTGACCGACCTGATCCTGGGCCAGGAGCGCACCTTCACCACGCAACTGGTGGGACGCGGGCCCTACAGTGAATACTACGGCGACCTGAGCATCACCCTCGACACCGCCACCTATGGCCAGGGCTTCATTGTCAGCTCGGTGATCATTTTCATTTCCGGAATGCTCCGGGCCCTGGCCATGGGCCTGGTGCTGTACCTGGTCTATCACTGGCTGCTGACCAAACCGTTGTCGCGGATCATCCAGCACCTGACCGAAATCAACCCCGATCGCCCCAGCGCGCACAAGATTCCGCAGCTACGGGGCCACGAGCAAAACGAACTCGGCCTGTGGATCAACACCGCGAACCAGTTGCTCGAATCCATCGAGCGCAACACGCACTTGCGCCACGAAGCGGAAAACAGCCTGCTGCGCATGGCCCAGTACGACTTCCTCACCGGCCTGCCCAATCGCCAGCAGCTGCAACAACAACTGGACAAGATCCTGGTGGACGCCGGGCGCCTGCAACGTCGCGTGGCCGTGTTGTGTGTGGGACTGGACGACTTCAAGGGCATCAACGAGCAGTTCAGCTATCAGACTGGCGACCAGTTGCTGCTGGCCTTGGCCGATCGGCTGCGCGCCCACAGTGGGCGCCTCGGCGCCCTGGCGCGGCTGGGCGGCGACCAGTTCGCCCTGGTGCAAGCCGATATCGAGCAGCCTTACGAGGCCGCCGAACTGGCCCAGAGCATCCTCGACGATCTGGAAGCGCCATTCATCCTCGACGACCAGGGGATCCGCCTGCGAGCCACCATCGGTATCACGCTGTTCCCCGAAGACGGCGACAGCACCGAGAAGCTCCTGCAAAAAGCCGAGCAGACCATGACCCTGGCCAAGACGCGCTCGCGCAATCGTTACCAGTTCTATATCGCCAGCGTCGACAGTGAAATGCGCCGTCGGCGTGAACTGGAAAAAGACCTGCGCGAGGCGTTGGCTCGCGACCAGTTCACCCTGGTCTACCAGCCGCAGGTCAGCTACCGCGACCTTCGGGTGGTCGGCACCGAAGCGCTGATCCGCTGGCATCACCCCGAGCACGGCCTCGTGCCGCCTGACCTGTTCATTCCCTTGGCGGAACAGAACGGCACCATTATCGCCATCGGCGAATGGGTGCTGGACCAGGCCTGCAAACAGTTGCGCGAATGGCACGATCAGGGTTTTGTCGACCTGCGCATGGCCGTCAACCTGTCGACGGTGCAACTGCACCACGCCGAACTGCCCCGGGTGGTGAGCAATTTCCTGCAGATGTACCGCTTGCCCCCGCGCAGCCTGGAGCTGGAGGTCACTGAAACCGGCCTGATGGAAGACATCACCACGGCCGCCCAGCATCTGTTGAGCCTGCGCCGTTCCGGCGCGCTGATTGCCATCGACGACTTCGGCACCGGCTATTCGTCCTTGAGTTATCTCAAGAGCCTGCCGCTGGACAAGATCAAGATCGACAAGAGTTTCGTCCAGGACCTGCTCGATGACGAAGACGATGCGACCATCGTTCGCGCCATCATCCAGCTCGGCAAGAGCCTGGGCATGCAGGTGATCGCCGAAGGCGTCGAAACGATCGAGCAGGAAGCCTACATCATTGCCGAGGGCTGCCATGAAGGTCAGGGCTACTACTACAGCAAACCGTTGCCGGCACGGGAGCTGGGTAACTATCTGAAGCAAGCCGAGCGCATCAACGCCTCGATCATCTGA MKLELKNSLSVKLLRVVLLSALIVGVVLSCAQIVFDAYKTNRAVADDAQRILDMFRDPSTQAVYSLDREMGMQVIEGLFQDEAVRMASIGHPHETMLAEKTRPLQHSESRWLTDLILGQERTFTTQLVGRGPYSEYYGDLSITLDTATYGQGFIVSSVIIFISGMLRALAMGLVLYLVYHWLLTKPLSRIIQHLTEINPDRPSAHKIPQLRGHEQNELGLWINTANQLLESIERNTHLRHEAENSLLRMAQYDFLTGLPNRQQLQQQLDKILVDAGRLQRRVAVLCVGLDDFKGINEQFSYQTGDQLLLALADRLRAHSGRLGALARLGGDQFALVQADIEQPYEAAELAQSILDDLEAPFILDDQGIRLRATIGITLFPEDGDSTEKLLQKAEQTMTLAKTRSRNRYQFYIASVDSEMRRRRELEKDLREALARDQFTLVYQPQVSYRDLRVVGTEALIRWHHPEHGLVPPDLFIPLAEQNGTIIAIGEWVLDQACKQLREWHDQGFVDLRMAVNLSTVQLHHAELPRVVSNFLQMYRLPPRSLELEVTETGLMEDITTAAQHLLSLRRSGALIAIDDFGTGYSSLSYLKSLPLDKIKIDKSFVQDLLDDEDDATIVRAIIQLGKSLGMQVIAEGVETIEQEAYIIAEGCHEGQGYYYSKPLPARELGNYLKQAERINASII PGPT0026015_214 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026015-bifA-K21024 NA NA D1-35_01690 597 sodB_2 COG0605 Superoxide dismutase [Fe] ATGGCTTTCGAATTGCCGCCGCTGCCCTATCCTCACGATGCACTGCAGCCGCACATCTCCAAAGAAACTCTGGAGTACCACCACGACAAGCACCACAACACCTATGTCGTGAACCTGAACAACCTGGTGCCTGGCACCGAGTTCGAAGGCAAGACCCTGGAAGAAATCGTCAAGACTTCCTCGGGCGGTATCTTCAACAACGCCGCTCAGGTCTGGAACCACACTTTCTACTGGAACTGCCTGGCGCCAAATGCTGGCGGTCAACCAACCGGCGCCCTGGCTGAAGCCATCAATGCAGCCTTCGGTTCGTTCGACAAGTTCAAGGAAGAATTCAGCAAGACTTCCATCGGCACCTTCGGTTCCGGCTGGGGCTGGCTGGTTAAAAAGGCCGACGGCTCCCTGGCCCTGGCCAGCACCATCGGCGCCGGCAACCCGCTGACCAGCGGCGACACTCCGCTGTTGACCTGCGACGTTTGGGAACACGCCTACTACATCGACTACCGCAACGTTCGTCCGAAGTACGTCGAAGCGTTCTGGAACCTGGTCAACTGGAAGTTCGTGGCTGAGCAGTTCGAAGGCAAGACCTTTACTGCGTAA MAFELPPLPYPHDALQPHISKETLEYHHDKHHNTYVVNLNNLVPGTEFEGKTLEEIVKTSSGGIFNNAAQVWNHTFYWNCLAPNAGGQPTGALAEAINAAFGSFDKFKEEFSKTSIGTFGSGWGWLVKKADGSLALASTIGAGNPLTSGDTPLLTCDVWEHAYYIDYRNVRPKYVEAFWNLVNWKFVAEQFEGKTFTA PGPT0004190_5325 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 D1-35_01691 603 argO COG1279 Arginine exporter protein ArgO ATGTGGCAAAGTTATGTGAACGGGCTGCTGGTCGCCCTCGGATTGATCATGGCCATTGGCACGCAGAACGCCTTCGTGCTCGCCCAGAGCTTGCGCCGCGAGCACCATTTGCCGGTGGCTGCCCTGTGCATCATCTGCGATGCGTTGCTGGTCGCCGCCGGCGTGTTCGGCCTGGCGACGCTATTGGCGCAAAGCCCGTTGCTGCTTTCAATCGCACGCTGGGGCGGCGCCGCGTTTCTGCTCTGGTACGGTACCCAGGCGCTGCGCCGCGCCTGCTCGAAACAGAGCCTGCAGCGCGATGAAAAACAGGCCGCGCGCTCACTGGGAACAGTCCTGCTGAGCGCACTCGCGGTCACGCTGCTCAACCCCCACGTCTATCTCGACACCGTGTTGCTGATCGGCTCCCTCGGCGCCCAGCAGAGCATGCCCGGCGCCTACGTCATGGGGGCGGCCAGTGCCTCGCTGCTGTGGTTTTCGACCCTGGCCATCGGCGCCGCATGGCTGGCTCCCTGGCTGGCCCGACCCAGTACCTGGCGGATCCTGGACCTGCTGGTGGCGCTGATGATGTTCACCGTGGCGCTGCAACTGATCGTCTCGGGCTGA MWQSYVNGLLVALGLIMAIGTQNAFVLAQSLRREHHLPVAALCIICDALLVAAGVFGLATLLAQSPLLLSIARWGGAAFLLWYGTQALRRACSKQSLQRDEKQAARSLGTVLLSALAVTLLNPHVYLDTVLLIGSLGAQQSMPGAYVMGAASASLLWFSTLAIGAAWLAPWLARPSTWRILDLLVALMMFTVALQLIVSG PGPT0020651_2201 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 D1-35_01692 894 argP COG0583 HTH-type transcriptional regulator ArgP ATGTTCGATTACAAACTGCTGTCTGCCCTGGCGGCCATTGTCGAGCAGGCCGGATTCGAGCGTGCCGCCCAGGTGTTGGGACTGTCGCAGTCGGCCATCTCCCAGCGGATCAAGCTTCTGGAAGCGCGTGTCGGCCAGCCCGTGCTGGTGCGTGTCACACCGCCGGTGCCCACTGAAATCGGCCGACGCCTGCTCAACCATGTGCAACAGGTTCGTTTGCTTGAACGCGACCTGCAAAGCCTGGTGCCGGCGCTGGATGAGGCCGGGTTACCGGAGCGCCTGCGAATTGCCCTGAACGCCGACAGCCTGGCTACCTGGTGGGCCGGTGCGGTGGGGGCGTTCTGTGCCGAGCGGCAGCTCTTGTTGGACCTGGTGGTGGAAGACCAGAACGTCGGCCTCAAGCGCATGCGCGCCGGGGAAGTGGCGGCCTGCGTCTGCGCCAGCGAACGGCCGGTGGCCGGTGCCCGCAGCGTATTGCTGGGGGCGATGCGCTACCGGGCGCTTGCCAGCCCTGCGTTCATCGCCCGGCACTTCCCCGGCGGGGTGCGCGCCGATCAGTTGGCTCGCACGCCGGCCCTGGTATTCGGCCCGGATGATTTCCTGCAACACCGTTACCTGGCTTCCCTCGGTATCGAGGGCGGTTTCGAGCACCATTTGTGCCCGTCGTCCGAAGGTTTCATCCGTCTCGCTGAAGCGGGGCTTGGCTGGGGACTGGTGCCGGAACTGCAAGTGCGCGAGCAACTGGCGCGGGGCGTGCTGGTGGAGTTGTTGCCTGACAAGCCGATTGATGTGCCGCTGTACTGGCATCATTGGCGCAATGGCGGACACTTGCTCGGTCTGTTGACCGAGCAACTGATTCAGGCGTCCCGGCAGTGGCTGGTGCCGTTGGCCTGA MFDYKLLSALAAIVEQAGFERAAQVLGLSQSAISQRIKLLEARVGQPVLVRVTPPVPTEIGRRLLNHVQQVRLLERDLQSLVPALDEAGLPERLRIALNADSLATWWAGAVGAFCAERQLLLDLVVEDQNVGLKRMRAGEVAACVCASERPVAGARSVLLGAMRYRALASPAFIARHFPGGVRADQLARTPALVFGPDDFLQHRYLASLGIEGGFEHHLCPSSEGFIRLAEAGLGWGLVPELQVREQLARGVLVELLPDKPIDVPLYWHHWRNGGHLLGLLTEQLIQASRQWLVPLA NA NA NA NA NA D1-35_01693 993 oleD COG0451 2-alkyl-3-oxoalkanoate reductase ATGAAGATTCTGGTCACCGGCGCAAGCGGCTTCATCGGCGGACGCTTCGCGCGTTTCGCCCTTGAGCAGGGCCTGGATGTACGGGTCAATGGCCGCCGGGCCGAAAGCGTCGAGCATCTGGTGCGGCGTGGCGCCGAGTTCATCCAGGGCGACCTCAGCGAGCCGATGCTGGCCCTCGACCTGTGTCGCGATATCGATGCCGTGGTGCATTGTGCCGGCTCGGTGGGGCTGTGGGGGCGCTATCAGGACTTTCACCAGGGCAACGTCCAGCTCACCGAAAACATCGTCGAGGCGTGCCTCAAGCAAAAGGTCCGGCGATTGGTGCACCTCTCCTCACCGTCGATCTATTTTGATGGCCGTGACCACTTGGGACTGACCGAAGAGCAGGTGCCCAAACGTTTCAAGCATCCCTACGCCGCCACCAAGTACCTGGCCGAACAGAAGGTCTTCGGCGCCCAGGAGTTCGGCCTGGAGGTGTTGGCGCTGCGGCCGCGCTTCGTCACTGGTGCCGGTGACATGAGCATTTTTCCGCGCTTGCTCAAGATGCAGCGCAAGGGACGACTGGCGATTATCGGCAACGGCTTGAACAAGGTCGATTTCACCAGCATGCAGAACCTCAACGAAGCACTGCTCAGCAGCCTGCTGGCCACCGGTTCGGCCCTGGGCAAGGCTTACAACATCAGTAACGGGGCGCCCGTTCCGTTGTGGGACGTAGTCAATTATGTGATGCGGCAGATGGAAGTCCCACAGGTCAGGCGTTACCGCTCCTACGGGCTGGCTTACAGCGTTGCGGCCATGAACGAAGGGTTCTGCGCATTATGGCCGGGTCGCCCGGAGCCGACGTTGTCGCGCCTTGGCATGCAGGTGATGAACAGGAATTTCACCCTGGACATCGGTCGGGCCCGGCATTATCTCGATTACGATCCGCAAGTCAGCCTGTGGGCCGCGCTCGATGAATTTTGCGCCTGGTGGCGCGTCCAATATGCCCGCTGA MKILVTGASGFIGGRFARFALEQGLDVRVNGRRAESVEHLVRRGAEFIQGDLSEPMLALDLCRDIDAVVHCAGSVGLWGRYQDFHQGNVQLTENIVEACLKQKVRRLVHLSSPSIYFDGRDHLGLTEEQVPKRFKHPYAATKYLAEQKVFGAQEFGLEVLALRPRFVTGAGDMSIFPRLLKMQRKGRLAIIGNGLNKVDFTSMQNLNEALLSSLLATGSALGKAYNISNGAPVPLWDVVNYVMRQMEVPQVRRYRSYGLAYSVAAMNEGFCALWPGRPEPTLSRLGMQVMNRNFTLDIGRARHYLDYDPQVSLWAALDEFCAWWRVQYAR NA NA NA NA NA D1-35_01694 882 hypothetical protein ATGCCCACGCGTAACGATGCCAACGACGACTTCGACGATGTACCGAGCCTGCGGATGCGGGCGGACATTCCCGATGACGATGACTTCCTGACCAACCGCCAGCCCCACGTGCAAGCGCGTCCGGCACCTGTTGCGGCGGCCAGGGTCAAGGCACCAAGCACCGGGCCGTTGTGGGCATTGGTCGGTGCCTTGCTGTGCGCCTTGGCGTTTCTCGCGTGGTGGAGTTTCCAGCAGATTTCCCTGATGGAGCAGCAGCTGGTGGCCACCCAGGAGAGCTTCGCACGGATCAGTGAGGATGCCGCGGGCCGCCTGCAGGACATCTCCGGCAAAGTGGTTGCCGGGCAGTCCAACGTGATGAGCGACAGTGAAGCCTTGAAATTGCAGATCAAGCAGTTGGACAGCAAGCTGCAGGAGCAGGGCCGGCAATTCGACGGCAAGTTGATGGAGCAGTACAAGCAGCTGCAAGGCGCGTTCGGACCGTCCGCCGACCTGGACAAGCAATTGGCCCAGATGATCGCCCAGGATTCCGAACAGCAGAACGCCTACACCCAGTTGCAAGCGGCCAATACCCAGCTCCAGGCCCAGGTCAAGGCGTTGGCGGCCGAGGTTGCAACCTTGAAGAACCAAGGCGAGGGCGGCGCGCTGGATGCCCAGCTCAAGAGCATCGGTGCCGACATCACGGCCTTGAAAAGAGCCAACTCGAACTCGGCCATCGAGCGCCTGGAGCAGGACATGATTGTGCTCAAGAGTCAGCAGGAGAACCGCTCGGGCGGCAATAACGCCGAGTTCGATGCCTTCCGCGGCCAGGTCACGCGCAACATCAATACCCTGCAATCGCAGATCCAGTACCTGCAACAGCAACTGAGCAATCGGGCCCAGTAA MPTRNDANDDFDDVPSLRMRADIPDDDDFLTNRQPHVQARPAPVAAARVKAPSTGPLWALVGALLCALAFLAWWSFQQISLMEQQLVATQESFARISEDAAGRLQDISGKVVAGQSNVMSDSEALKLQIKQLDSKLQEQGRQFDGKLMEQYKQLQGAFGPSADLDKQLAQMIAQDSEQQNAYTQLQAANTQLQAQVKALAAEVATLKNQGEGGALDAQLKSIGADITALKRANSNSAIERLEQDMIVLKSQQENRSGGNNAEFDAFRGQVTRNINTLQSQIQYLQQQLSNRAQ NA NA NA NA NA D1-35_01695 843 hypothetical protein ATGGGGTTTATTCGAAGGCTGGCCTGGCTGGCCGCAATGCTGGCGCTGGGGCTGAACCACGCACAGGCCGCTACGCCGGATGAAGGCCAGGCGGCTCGGGCGCTGTTGGAAAGGGCGTTGGCCTACTATCACGATTACGGCGACTATGCGTTCGCCGCCTTCAGCCGCCAAGGCGAATTCGTCGACAAGGACCGCTACGTGTTCGTGGTCGACACCCAGGGAGTAATGCTTGCCAGCGGCGGCCCATCGTCAGCGCTGATCGGGCGAGACGTGTCCGAGGTATTGGGGCCGGATCTGCGCAAGGCGTTCAAGGATGCGTTGAAGACCCCGGAAGCCAGCGGCATCCAGCAGGCCGAGTATCGCTGGCAGAACTGGGCGGACGGCAAGGTCGAGCGCAAGCGTGTGTATTTCCAGCGGGTCGGCGAGCATATCCTCGCGGTTGGCTATTACTTGCCAAGGGCTTCTGCCGAACAGGCCAGGGCGCTACTGGACAAGGCTTCGGCGGACCTGCTGAAGAGTGAGAAAGCCACGCTGACGGCGATCAATTCCCTCAAGGGCGGTTACCTTCAGGATGACCTGTACGTCTTTGTCGTTGATCTCGATACCCGCCGTTATGTCGGTCATGGCACCAATCTGCGTTTGATCAATACCGATTTTGCGAAGGTCAAGGATCCGGCTGGCAAACCGGTGGGTGAGCCGATCCTGGCAATGATGGGCAAGCAGGATGCGGGGGAATATGAGTATCGCTGGAAGAATCCGGTCACGGGGAAGGTCGAGAACAAGCATGCCTATTTGAAGAAGGCTGGGCATTTGTTGGTGGCTGTGGGGTATTACAGTCCTTGA MGFIRRLAWLAAMLALGLNHAQAATPDEGQAARALLERALAYYHDYGDYAFAAFSRQGEFVDKDRYVFVVDTQGVMLASGGPSSALIGRDVSEVLGPDLRKAFKDALKTPEASGIQQAEYRWQNWADGKVERKRVYFQRVGEHILAVGYYLPRASAEQARALLDKASADLLKSEKATLTAINSLKGGYLQDDLYVFVVDLDTRRYVGHGTNLRLINTDFAKVKDPAGKPVGEPILAMMGKQDAGEYEYRWKNPVTGKVENKHAYLKKAGHLLVAVGYYSP PGPT0004005_520 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-OTHER_CYTOCHROME-RELATED_PROTEINS,PGPT0004005-cycA|cycM-K08738 NA NA D1-35_01696 2847 rapA COG0553 RNA polymerase-associated protein RapA ATGGCGCAGCAGTATCAACCGGGGCAACGCTGGATCAGTGACAGCGAAGCCGAGCTGGGTTTGGGCACCGTTCTGGCACAGGACGGCCGCTTGTTGACCGTGCTCTACCCGGCCACTGGCGACACTCGCCAGTACGCGCTACGGAATGCGCCCCTCACCCGCGTGCGGTTTTCGCCGGGCGACGTGATCACTCACTTCGAAGGCTGGAAAATGACCGTGCGCGAAGTCGATGACGTCGACGGGCTGTTGGTCTACCACGGCCTCAACGGGCAGAACGAAGTCGTCACGCTGCCGGAAACCCAACTGTCGAACTTCATCCAGTTCCGCCTGGCCAGCGATCGCCTGTTCGCCGGGCAGATCGATCCGCTGGCCTGGTTCTCCCTGCGCTACCACACGCTGGAACACACCAGCCGCCAACTGCAGTCACCGCTCTGGGGCCTGGGTGGCGTGCGTGCCCAACCGATCGCTCACCAGTTGCATATTGCCCGTGAAGTCGCCGACCGCATTGCGCCACGGGTATTGCTGGCGGACGAAGTGGGCCTGGGCAAGACCATCGAAGCCGGCTTGATCATCCATCGGCAACTGCTTTCCGGCCGCGCCAGTCGCATCCTGATCCTGGTCCCGGAAAACCTGCAGCACCAGTGGCTGGTGGAGATGCGTCGGCGCTTCAACCTGCAGGTCGCGCTGTTCGACGAAGAACGCTTTATCGAAAGTGATGCCAGCAACCCGTTCGAGGACACCCAACTGGCGCTGGTCGCGCTGGAATGGCTGGTAGAGGACGAAAAGGCCCAGGACGCGCTGTTCGCCGCCGGCTGGGACCTGATGGTGGTCGACGAAGCGCACCACCTGGTGTGGCACGAAGACCAGGTCAGCCCGCAATACGCGCTCGTCGAACAATTGGCCGAGACCATCCCTGGCGTGCTGCTGCTGACCGCCACCCCGGAACAACTGGGCCAGGACAGCCACTTCGCTCGCCTGCGCCTGCTGGACCCGAACCGCTTCCACGATCTGCAAGCCTTCCGTGCCGAAAGCGAGAACTATCGCCCGGTGGCCGAAGCCGTCCAGGAGCTGCTGGACAAGGGACGCTTGTCGCCCGAGGCCCACCAGACCATCCATGGTTTCCTGGGCAATGAAGGCGAAGCGCTGCTGACCGCCGTCAACGATGGCGATATCGAAGCCAGCGCCCGCCTGGTTCGCGAACTGCTGGACCGCCACGGCACCGGCCGCGTGCTGTTCCGTAACACCCGCGCTGCCGTCCAGGGTTTCCCCGAGCGCAAGCTGCACGCCTATCCGCTGCCGTGCCCTGACGAATACCTGGAACTGCCGCTGGGCGAACACGCCGAGCTGTATCCGGAAGTCAGCTTCCAGGCTCAGCCTGAAGCCGGCGAAGAAGAACGCTGGTGGAAATTCGACCCGCGCGTCGAATGGCTGATCGATCAGTTGAAGATGCTCAAGCGCACCAAGGTCCTGGTGATCTGCGCCCACGCCGAAACCGCGATGGACCTGGAAGACGCCCTGCGCGTGCGTTCCGGCATTCCGGCCACGGTGTTCCATGAAGGCATGAACATCCTTGAGCGCGACCGCGCGGCGGCCTACTTTGCCGACGAAGAGTTCGGTGCCCAGGTGCTGATCTGCTCGGAAATCGGCAGTGAGGGTCGCAACTTCCAATTCGCCCATCACCTGGTGCTGTTCGACCTGCCGGCGCACCCGGACCTGCTGGAACAGCGGATCGGCCGTCTGGACCGGATCGGCCAGAAACACACTATCGAGTTGCATGTGCCGTACCTGGAAACCAGCCCGCAGGCGCGGCTGTTCCAGTGGTATCACGAGGCGCTGAATGCTTTCCTCAACACCTGCCCGACCGGCAACGCCTTGCAACATCAGTTCGGCCCGCGCCTGCTGCCGTTGCTGGAAGAAGCCGACGACGGCGAGTGGCAAGCATTGATCGACGAGGCGCGCGCCGAACGCGAACGCCTGGAGGCCGAGCTGCACACCGGTCGCGACCGTCTGCTGGAGCTCAATTCCGGCGGTGCGGGCGAAGGCGACGCTTTGGTGGAGGCCATCCTTGAACAGGATGACCAGTTCGCCCTGCCGATCTACATGGAAACCCTGTTCGACGCCTTCGGTATCGACAGCGAGGACCACTCCGATAACGCACTGATCCTCAAGCCGAGCGAAAAAATGCTCGACGCCAGTTTCCCCCTGGGCGACGACGAAGGCGTGACCATCACCTATGACCGCAACCAGGCGCTGTCTCGTGAAGACATGCAATTCATCACCTGGGAGCACCCGATGGTGCAAGGCGGCATGGACCTGGTGCTGTCTGGCTCCATGGGCAACACCGCCGTGGCGCTGATCAAGAACAAGGCGCTCAAGCCTGGCACCGTGTTGCTGGAACTGCTCTATGTCAGCGAAGTGGTCGCCCCGCGCTCGCTGCAATTGGGCCGTTACCTGCCACCGGCCGCCCTGCGCTGCCTGCTGGATGCCAACGGCAACGACCTGGCGGGCCGGGTGTCGTTCGAAACCCTTAACGACCAGCTCGAAAGCGTTCCCCGCGCCAGCGCCAACAAGTTCATCCAGGCCCAGCGCGACCAGCTCTCGCCACGGATCAACGCCGGCGAAGAGAAGATCGCCCCGCGTCACGCCGAACGCGTGGCCGAGGCGCAACGCCGTCTGGCGGCCGACACCGAAGAGGAACTGGCCCGTTTGACCGCTTTGCAAGCGGTGAACCCTACCGTGCGCGACAGCGAACTGGAGGCTCTGCGCCAGCAGCGTGAGCAAGGGTTGGCGATGCTGGAGAAGGCTGCGTTGCGGCTGGAGGCGATTCGGGTGTTGGTGGCGGGGTGA MAQQYQPGQRWISDSEAELGLGTVLAQDGRLLTVLYPATGDTRQYALRNAPLTRVRFSPGDVITHFEGWKMTVREVDDVDGLLVYHGLNGQNEVVTLPETQLSNFIQFRLASDRLFAGQIDPLAWFSLRYHTLEHTSRQLQSPLWGLGGVRAQPIAHQLHIAREVADRIAPRVLLADEVGLGKTIEAGLIIHRQLLSGRASRILILVPENLQHQWLVEMRRRFNLQVALFDEERFIESDASNPFEDTQLALVALEWLVEDEKAQDALFAAGWDLMVVDEAHHLVWHEDQVSPQYALVEQLAETIPGVLLLTATPEQLGQDSHFARLRLLDPNRFHDLQAFRAESENYRPVAEAVQELLDKGRLSPEAHQTIHGFLGNEGEALLTAVNDGDIEASARLVRELLDRHGTGRVLFRNTRAAVQGFPERKLHAYPLPCPDEYLELPLGEHAELYPEVSFQAQPEAGEEERWWKFDPRVEWLIDQLKMLKRTKVLVICAHAETAMDLEDALRVRSGIPATVFHEGMNILERDRAAAYFADEEFGAQVLICSEIGSEGRNFQFAHHLVLFDLPAHPDLLEQRIGRLDRIGQKHTIELHVPYLETSPQARLFQWYHEALNAFLNTCPTGNALQHQFGPRLLPLLEEADDGEWQALIDEARAERERLEAELHTGRDRLLELNSGGAGEGDALVEAILEQDDQFALPIYMETLFDAFGIDSEDHSDNALILKPSEKMLDASFPLGDDEGVTITYDRNQALSREDMQFITWEHPMVQGGMDLVLSGSMGNTAVALIKNKALKPGTVLLELLYVSEVVAPRSLQLGRYLPPAALRCLLDANGNDLAGRVSFETLNDQLESVPRASANKFIQAQRDQLSPRINAGEEKIAPRHAERVAEAQRRLAADTEEELARLTALQAVNPTVRDSELEALRQQREQGLAMLEKAALRLEAIRVLVAG NA NA NA NA NA D1-35_01697 342 hypothetical protein ATGTTGCCACCCATGCTCCCCTTGAGCGCCGTACCCATCACCGCTCAGCAGGATCCGATCCGCCCGCGACCGGATATTCCTCCCGTGGTCCCGGTACAACAAAGCTCCAACGAAAGCACCATCGACCTGCAAAAGGGTGACCCGGAGGAGGCCGCTCTGTTGCTGCGCGAAGAGCAGCGTCGCCAGCAGGAGCGCAACCGGCGCCGCCGCGAAGCCGACGAGGATCCCGAGGAGCATCTGGCTGTTCCGGGCACGGAACTGAACGCCGACAACACCGTGCCGGTCGTTCCGCTCGTCGAGGGCGAAGAGCGCCAGGGCCTATGGGTGGATATCCAGATCTGA MLPPMLPLSAVPITAQQDPIRPRPDIPPVVPVQQSSNESTIDLQKGDPEEAALLLREEQRRQQERNRRRREADEDPEEHLAVPGTELNADNTVPVVPLVEGEERQGLWVDIQI NA NA NA NA NA D1-35_01698 162 hypothetical protein ATGAGCCAAGAAGACAAACTGATTGATCTCGGTGCAGAGCGCGCAAAGCGCGTTCACGACCTCAACGAAAAACGTCTCAATGAAGTCCGCCAGGCCTTCGAGCAGGCCATGCCCTTGGGCAAGCCGAAGAAAAAATCGAAAAACAAACCGAAAAAGCGCTGA MSQEDKLIDLGAERAKRVHDLNEKRLNEVRQAFEQAMPLGKPKKKSKNKPKKR NA NA NA NA NA D1-35_01700 117 hypothetical protein ATGTTTATCGATAATGTGGTGTTTGCCGGTGTGTTGACGGTCGGCCTCATGTTCGTGTTTTTCGCAGGGTTTGGATTATTCATCTGGAAAGACGCACACAAGCGCAAAAAGCCGTAG MFIDNVVFAGVLTVGLMFVFFAGFGLFIWKDAHKRKKP NA NA NA NA NA D1-35_01701 1476 pitA COG0306 Low-affinity inorganic phosphate transporter 1 ATGATCGATTTATTCAGCGGACTGGATGCTTGGGTGCTCGTGAGCCTCTTGCTCGCCCTGGCTTTTGTCCTCGCCTTCGAGTTCATCAACGGCTTTCATGACACCGCTAACGCGGTTGCCACTGTTATCTACACCAAAGCCATGCCGCCTCACCTGGCGGTGTTCTTTTCCGGTGTGTTCAATTTCCTCGGCGTACTGCTGGGTGGCGTGGGGGTGGCGTACGCCATCGTTCACCTGTTGCCCGTGGAGCTGCTGATCAATGTGAACACCGGACACGGCTTGGCCATGGTGTTCTCGCTGCTCGCGGCGGCCATCACCTGGAACCTCGGCACGTGGTACTTCGGTATCCCGGCGTCCAGCTCCCATACGCTGATCGGCTCGATCCTCGGCGTGGGCCTGGCCAATGCGCTGATCAACGATATCCCGTTGGCCGACGGGGTGAACTGGCAGAAAGCGATCGATATCGGCGCCTCCCTGGTGTTCTCGCCGATGGCCGGCTTCCTGATCGCGGCCCTGGTGTTGCTCAGCCTGAAATGGTGGCGCCCGCTGTCGAAGATGCACAAGACGCCGGAACAGCGCCGCAAGATCGACGACAAGAAACATCCGCCGTTCTGGAATCGCCTGGTACTGGTGATTTCCGCCATGGCCGTCAGCTTCGTCCACGGCTCAAACGATGGCCAGAAAGGCATCGGCCTGATCATGCTGGTGTTGATCGGTATCGTACCCGCACAGTTCGTACTCGACCTGAACAGCACTACCTACCAGATCGAGCGCACCCGCGACGCGACGTTGCACCTTAGCCAGTTCTACAAGCGCAACAACGAGTCGCTGGGTGAGTTCCTGGCCTTGGGCAAGAGCGTCGAAGGCGACCTGCCGGAGAAATTCCGCTGCAACCCGCAGCAGACCGAACCGACCATCAATGCGCTGCTCGACACCCTCAAAGGCGTGGCGGATTACCACTCGCTGCCGTCGGAAAGCCGCATCGAAGTGCGCCGCTACCTGCTTTGCCTGGACGACACGGCGAAAAAGGTCGGCAAGTTGCCTGGCTTGGCAGCCCGTGAAAAAGACGACCTGAACAAGCTGCGCAAGGACCTGACCGCGACCACCGAATACGCCCCGTTCTGGGTAATCCTGGCGGTTGCCCTGGCCCTCGGCCTGGGCACCATGGTCGGCTGGAAGCGCGTGGTACTGACCATTGGCGAGAAGATCGGCAAGCAAGGCATGACCTACGCCCAAGGCATGTCGGCGCAGATCACCACGGCCTGCATGATCGGTGCAGCGAATATCTTCAGCCTGCCGGTTTCCACCACCCACGTGCTGTCTTCCGGCGTGGCGGGCACGATGGTGGCCAACAAGAGCGGCCTGCAGGGCGGCACGGTCCAGACCATCCTGCTGGCCTGGGTGCTGACCCTGCCAGCGACGGTGGGCCTGTCGGCGGCACTGTTCTGGCTGGCGTCGAAGGCCATCGGCAGCTGA MIDLFSGLDAWVLVSLLLALAFVLAFEFINGFHDTANAVATVIYTKAMPPHLAVFFSGVFNFLGVLLGGVGVAYAIVHLLPVELLINVNTGHGLAMVFSLLAAAITWNLGTWYFGIPASSSHTLIGSILGVGLANALINDIPLADGVNWQKAIDIGASLVFSPMAGFLIAALVLLSLKWWRPLSKMHKTPEQRRKIDDKKHPPFWNRLVLVISAMAVSFVHGSNDGQKGIGLIMLVLIGIVPAQFVLDLNSTTYQIERTRDATLHLSQFYKRNNESLGEFLALGKSVEGDLPEKFRCNPQQTEPTINALLDTLKGVADYHSLPSESRIEVRRYLLCLDDTAKKVGKLPGLAAREKDDLNKLRKDLTATTEYAPFWVILAVALALGLGTMVGWKRVVLTIGEKIGKQGMTYAQGMSAQITTACMIGAANIFSLPVSTTHVLSSGVAGTMVANKSGLQGGTVQTILLAWVLTLPATVGLSAALFWLASKAIGS PGPT0002645_329 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002645-pitA|pit-K16322 NA NA D1-35_01702 201 hypothetical protein GTGACGAAAGACGAACTGCGCGCGGAACTTGAGCGCCAGGAACAACGTTACAAGGAAGTTTACGGCGGAGAAATCACCACCTACGCCGCGCAACCTGAACCGGAACGCAAACCCTGGCGCAAACGCGCCACTGTTCAGGACCAGGCGTTCAGCCAGGAACTGCAAAAGATGGAAAAAGAACTCAAGGCCGAGGAAGAATGA MTKDELRAELERQEQRYKEVYGGEITTYAAQPEPERKPWRKRATVQDQAFSQELQKMEKELKAEEE NA NA NA NA NA D1-35_01703 843 pcaR COG1414 Pca regulon regulatory protein ATGAACGACCAATTGCGCAACGCCTTCACTTCAGTAGCGCCGCCGATCGTCGCTTCGCCGGCCAAGCGGATCCAGGCCCTGACCGGTGACCCGGACTTCATGACCTCGCTGGCCCGTGGACTGGCGGTGGTCCAGGCATTCCAGGAGCGCAAGCGGCACCTGACCATCGCCCAGATCAGCCACCGCACCGAAATTCCCCGCGCGGCGGTGAGGCGCTGCCTGCACACGTTGATCAAGCTCGGCTACGCCACCACGGACGGACGGACTTATTCGCTGTTGCCCAAAGTGCTGACCCTGGGCCATGCCTATCTGTCATCGACACCGCTGGCGGTTTCTGCCCAACCCTACCTGGACCGCATGAGCGAACAGCTGCACGAGGCCTGCAACATGGCGACGCTGGAAGGCGATGACATCCTTTACATCGCCCGGTCGGCCACGACTCAAAGGCTGATTTCGGTGGACCTGTCCGTCGGTGGCCGCCTGCCAGCCTATTGCACGTCAATGGGCCGGATTTTGCTGGCGGCACTGGATGACGCGTCGCTGCGTGATTATCTCGAGCATGCCGACCTGCAGGCCAAGACCAGCCGCACCCTGCACACGCCCGAGGCGCTGCTCGAATGCCTGCAACAGGTCCGGCAGCAGGGTTGGTGCATTGTCGATCAGGAACTGGAACAGGGCCTGCGCTCGATTGCCGTGCCGGTATACGATGCTTCGGGCCAGGTGGTGGCGGCCCTGAACGTCAGCACCCATGCCGGACGGGTCAGCCGCAACGAGCTGGAGCAGCGCTTTTTGCCTGGCCTGCTCGGGGCCAGCCGGGACCTGAGCGCGCAACTGTTCACTTAA MNDQLRNAFTSVAPPIVASPAKRIQALTGDPDFMTSLARGLAVVQAFQERKRHLTIAQISHRTEIPRAAVRRCLHTLIKLGYATTDGRTYSLLPKVLTLGHAYLSSTPLAVSAQPYLDRMSEQLHEACNMATLEGDDILYIARSATTQRLISVDLSVGGRLPAYCTSMGRILLAALDDASLRDYLEHADLQAKTSRTLHTPEALLECLQQVRQQGWCIVDQELEQGLRSIAVPVYDASGQVVAALNVSTHAGRVSRNELEQRFLPGLLGASRDLSAQLFT NA NA NA NA NA D1-35_01704 1347 pcaK COG0477 4-hydroxybenzoate transporter PcaK ATGAACCAGCCCCAGACCTCCGTAGGCACCTGCCTCGATGTGCAGTCCTTCATCAATGCCCAGCCCATTTCTCGTTACCAATGGCGAGTGGTCATTCTCTGTTTCCTGATCGTTTTCCTCGATGGCCTCGACACCGCGGCCATGGGATTCATCGCCCCGGCGCTTTCCCAGGATTGGGGCATCAACCGGGCCAGCCTTGGCCCGGTGATGAGCGCAGCGCTGATCGGCATGGTATTCGGCGCACTGGGTTCCGGCCCATTGGCTGACCGTTTCGGACGAAAAATCGTATTGGTGGGGGCGGTCGTGTTGTTCGGTGCTTTCAGCCTGGCCTCGGCCTTCTGTACCAACGTCGACCAACTGCTGGTGCTGCGTTTCCTGACCGGCCTGGGATTGGGGGCCGGGATGCCGAATGCCACGACCCTGCTCTCGGAATACACGCCGGAACGCAAGAAGTCCCTGCTGGTCACCAGCATGTTCTGCGGCTTCAACCTGGGTATGGCCGGTGGCGGTTTCATCTCTGCCAAGCTGATACCGGCGTTCGGCTGGCACAGCTTGCTGCTGATCGGCGGCGTGCTGCCGTTGATCCTGGCGGTGGTGCTGGTGTTCTGGCTGCCGGAGTCGGCGCGTTACCTGGTGGTGCGTAACCGTGGCACCGACAAGGTGCGCAAGACCCTGGCGCCGATCGACCCGCCGACCATCGCCCAGGCGGCCAGCTTCAGCGTGCCCGAACAAAAGACCGTAAAAGCGCGCAACGTGCTGGCGGTGATCTTTTCCGGTACCTACAGCGCCGGCACCTTGTTGTTGTGGCTGACGTATTTCATGGGGCTGGTGATCGTCTATCTGCTGACCAGTTGGCTGCCGACGCTGATGCGCGACAGCGGCGCGAGCATGGAGCAGGCGGCGTTCATCGGCGCGCTGTTTCAGTTTGGCGGCGTATTGAGTGCCGTCGGGGTGGGTTGGGCGATGGACCGCTTCAATCCGCACAAGGTCATCGGCATTTTCTACCTGATGGCCGGGATATTTGCCTACGCAGTGGGGCAGAGTCTGGGCAACATTACCTTGCTCGCTACCCTGGTGCTGGTGGCCGGCATGTGCGTCAACGGCGCGCAATCGGCGATGCCGTCCCTGGCGGCGCGCTTCTACCCAACCCAGGGCCGGGCCACCGGGGTGTCGTGGATGCTGGGCATCGGCCGGTTCGGCGCAATTCTTGGCGCGTGGATGGGCGCGACGTTGTTGGGGTTGGGCTGGAACTTCGAACAGGTCCTGACCGCGCTGGTGATTCCAGCGGCATTGGCGACCGCGGCGGTCGTTATCAAAGGCATGGTCAGCCATGCGGATGCGACCTGA MNQPQTSVGTCLDVQSFINAQPISRYQWRVVILCFLIVFLDGLDTAAMGFIAPALSQDWGINRASLGPVMSAALIGMVFGALGSGPLADRFGRKIVLVGAVVLFGAFSLASAFCTNVDQLLVLRFLTGLGLGAGMPNATTLLSEYTPERKKSLLVTSMFCGFNLGMAGGGFISAKLIPAFGWHSLLLIGGVLPLILAVVLVFWLPESARYLVVRNRGTDKVRKTLAPIDPPTIAQAASFSVPEQKTVKARNVLAVIFSGTYSAGTLLLWLTYFMGLVIVYLLTSWLPTLMRDSGASMEQAAFIGALFQFGGVLSAVGVGWAMDRFNPHKVIGIFYLMAGIFAYAVGQSLGNITLLATLVLVAGMCVNGAQSAMPSLAARFYPTQGRATGVSWMLGIGRFGAILGAWMGATLLGLGWNFEQVLTALVIPAALATAAVVIKGMVSHADAT PGPT0005400_984 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-HYDROXYBENZOATE_METABOLISM,PGPT0005400-pcaK-K08195 NA NA D1-35_01705 861 catI 3-oxoadipate CoA-transferase subunit A ATGGCTGAAATCCTTTCGCTGCACGACGCGGTGAAGCAGTTCGTCAACGACGGCGATACCGTCGCGCTCGAAGGCTTCACGCACCTGATCCCGACGGCGGCGGGTCATGAAATCATTCGTCAGGGCAAGAAGAACCTGGCCCTGGTGCGCATGACGCCTGACCTGATCTACGACCAGTTGATCGGCGCCGGCTGTGCTCGCAAGCTGATTTTTTCCTGGGGCGGCAATCCTGGAGTGGGTTCCTTGCACCGGCTGCGCGATGCGGTCGAAAAGCAATGGCCGCATCCGCTGGAGATCGAGGAGCACAGCCACGCCGACCTGGCAAATGCCTACGTTGCCGGCGCCTCCGGCCTGCCGTTTGCGGTGCTTCGGGCCTACGCCGGCTCCGACCTGCCGAAGGTCAATCCGCTGATCAAGAGCGTCACCTGCCCCTTCACCGGGGAGGTACTGGCCGCCGTCCCTTCGGTGCGGCCGGACATTACCGTGATCCACGCACAGAAGGCCGACCGCAAGGGCAACGTGTTGCTGTGGGGCATCCTCGGTGTGCAGAAAGAAGCGGCCCTGGCGGCCAAGCGTTGCATCGTCACCGTGGAAGAAGTCGTTGACGACCTGAACGCGCCGATGAATGCCTGCGTGCTGCCAACCTGGGCCTTGAGCGCGGTATGTCATGTACCGGGTGGCGCGCATCCGTCCTACGCCCACGGCTACACCGAGCGTGACAATCGTTTCTACCAGGCGTGGGATCCTATCGCCCGGGACCGTGAGACATTTACCGCATGGATTGACGAGTACATCCATGGCACCAGGGACTTCAGTGAATTCCAGGCCCGGCTGGCGGCCGCTTCGCAGGTGAAACCATGA MAEILSLHDAVKQFVNDGDTVALEGFTHLIPTAAGHEIIRQGKKNLALVRMTPDLIYDQLIGAGCARKLIFSWGGNPGVGSLHRLRDAVEKQWPHPLEIEEHSHADLANAYVAGASGLPFAVLRAYAGSDLPKVNPLIKSVTCPFTGEVLAAVPSVRPDITVIHAQKADRKGNVLLWGILGVQKEAALAAKRCIVTVEEVVDDLNAPMNACVLPTWALSAVCHVPGGAHPSYAHGYTERDNRFYQAWDPIARDRETFTAWIDEYIHGTRDFSEFQARLAAASQVKP PGPT0006105_569 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_ACRYLONITRITE|ACRYLAMIDE_DEGRADATION,PGPT0006105-gctA-K01039 NA NA D1-35_01706 780 catJ 3-oxoadipate CoA-transferase subunit B ATGACCTATTCCACCAATGAGATGATGACCGTCGCCGCGGCCCGTCGGCTGAAGAACAACGCCGTGTGTTTCGTTGGCATCGGCCTGCCGTCGAAAGCGGCCAACCTGGCGCGGCTGACTTCGTCGCCTGATGTTGTCCTGATCTACGAATCCGGTCCGATCGGCGCCAAGCCCAGCGTATTGCCGCTGTCCATCGGCGACGGTGAACTGGCGGAAACCGCGGACACCGTCGTACCCACCGGTGAGATTTTTCGCTATTGGCTGCAGGGCGGGCGCATCGACGTCGGCTTCCTCGGCGCGGCCCAGGTGGACCGTTTCGGCAACATCAACACCACCGTGGTCGGCGATTATCATCAGCCGAAAGTCCGTTTGCCGGGGGCCGGTGGCGCGCCGGAAATCGCCGGCTCGGCGAAAAGTGTGTTGATCATCCTCAAGCAATCGGCGCGTTCGTTTGTCGACAAGCTGGACTTCATCACCTCGGTCGGTCACGGCGAAGGCGGTGATTCGCGCAAGCGCCTCGGCCTGCCGGGCGCTGGCCCCGTAGGGATCATCACTGACCTGTGCATCATGGAACCGGAAGCCGGCAGCCATGAGTTCGTGGTCACTTCGCTGCACCCCGGGGTGACCCGTGAGCAAGTGATTGCCGCCACCGGCTGGGCGATCCGTTTCGCCGACCAGGTGCAGACCACCGCCGAACCGACCGAGGTCGAGTTGCGCGCATTGCGCGACCTTGAGGCCCGTACCGCTGCGGCCCACGGCCAGACTCCAGGAGAAGCCTGA MTYSTNEMMTVAAARRLKNNAVCFVGIGLPSKAANLARLTSSPDVVLIYESGPIGAKPSVLPLSIGDGELAETADTVVPTGEIFRYWLQGGRIDVGFLGAAQVDRFGNINTTVVGDYHQPKVRLPGAGGAPEIAGSAKSVLIILKQSARSFVDKLDFITSVGHGEGGDSRKRLGLPGAGPVGIITDLCIMEPEAGSHEFVVTSLHPGVTREQVIAATGWAIRFADQVQTTAEPTEVELRALRDLEARTAAAHGQTPGEA PGPT0006110_342 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_ACRYLONITRITE|ACRYLAMIDE_DEGRADATION,PGPT0006110-gctB-K01040 NA NA D1-35_01707 1203 pcaF Beta-ketoadipyl-CoA thiolase ATGCGCGACGTTTTTATCTGTGATGCGATTCGAACCCCCATCGGCCGGTTCGGCGGCAGCCTGTCCGCGGTGCGTGCCGATGACCTGGCGGCCGTGCCGATCAAGGCGCTGATGGAACGCAACCCATCGGTGGACTGGCGCGCGGTGGACGAAGTGTTCCTCGGCTGCGCCAACCAGGCCGGTGAAGACAACCGCAACGTAGCGCGCATGGCCTTGTTGCTGGCCGGTCTGCCGGAGAGCATCCCCGGCGTGACGGTCAACCGCCTCTGCGCCTCGGGCATGGACGCTATCGGCACGGCGTTTCGTGCCATTGCCAGCGGCGAAATGGAGCTGGCCATCGCCGGCGGCGTCGAATCGATGTCCCGCGCGCCGTTCGTGATGGGCAAGGCCGATGCGGCGTTCTCACGCAACATGAAGCTGGAGGACACGACCATTGGTTGGCGCTTCATCAACCCGCTGATGAAAGCCCAGTACGGCGTTGATGCAATGCCGCAGACCGCTGATAACGTGGCGGATGACTACGCGGTGTCCCGCGCAGATCAAGACGCCTTTGCCGTGCGCAGCCAGCAGCGTGCGGCGGCGGCCCAGGCGGCGGGATTTTTTGCCGAAGAAATCGTGCCGGTTCGCATCGCCCACAAAAAGGGCGAAACGGTGGTCGAGCAGGACGAGCATCCACGCGCCGACACCACGTTGGAAACCTTGGGCCGACTCAAACCGGTCAACGGCCCGGACAAGACCGTGACCGCCGGCAACGCCTCGGGCGTGAATGACGGGGCGGCGGCGCTGATCCTCGCGTCCGCCGAAGCGGTGAAGAAACACGGCCTGACCCCCAGAGCCAGAGTGCTGGGCATGGCCAGCGCCGGCGTCGCGCCACGGGTGATGGGCATCGGCCCGGTGCCAGCGGTGCGCAAACTGACTGAGCGCCTGGGCCTGGCGGCCGCCGATTTTGACGTGATCGAGCTCAACGAAGCCTTTGCCAGCCAGGGCCTGGCGGTGTTGCGCGATCTTGGGCTGGCGGACGATGCTCCGCACGTCAATCCGAACGGTGGCGCCATTGCCTTGGGCCATCCACTGGGCATGAGCGGGGCGCGGCTGGTGATGACAGCGCTGCATCATCTGGAAAAGACCGGCGGCAAGAAAGGCCTGGCGACCATGTGCGTTGGCGTCGGCCAAGGTCTGGCACTGGCTATCGAACGCGTCTGA MRDVFICDAIRTPIGRFGGSLSAVRADDLAAVPIKALMERNPSVDWRAVDEVFLGCANQAGEDNRNVARMALLLAGLPESIPGVTVNRLCASGMDAIGTAFRAIASGEMELAIAGGVESMSRAPFVMGKADAAFSRNMKLEDTTIGWRFINPLMKAQYGVDAMPQTADNVADDYAVSRADQDAFAVRSQQRAAAAQAAGFFAEEIVPVRIAHKKGETVVEQDEHPRADTTLETLGRLKPVNGPDKTVTAGNASGVNDGAAALILASAEAVKKHGLTPRARVLGMASAGVAPRVMGIGPVPAVRKLTERLGLAAADFDVIELNEAFASQGLAVLRDLGLADDAPHVNPNGGAIALGHPLGMSGARLVMTALHHLEKTGGKKGLATMCVGVGQGLALAIERV PGPT0001570_149 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0001570-pcaF-K07823 NA NA D1-35_01708 705 pcaH COG3485 Protocatechuate 3,4-dioxygenase beta chain ATGACTGACAAGCCTGGTTACCGTCGCCCTCAAGTGGGCACTCAGCCGGAGTATCTGCACCCGCCGTACCAGTCCACCAACCTGCGCTCGCCGTCCAAGCCGTTGGTGTACCTGCCCCATTCATTGTCGGAAATCACCGGGCCGACCGTAGGTGCTGATCGTCTTCAGGAGAAGGACCATGACCTGACCGCCCAGCATGCCGGTGAGCCGCTCGGTGAACGGATCATCATTCACGGGCGCGTGCTCGATGAGCACGGCGAGCCGGTACCGGGCATCCTGATCGAGATCTGGCAGGCCAACGCCGCCGGTCGCTACAACCACGACCGTGACAACCACGATGCGCCGCTGGACCCGAACTTCACCGGCACCGGTCGCACCGTGACCGATGCCGATGGCGGGTATCAGTTCCAGACCATCAAGCCCGGCGCCTATCCGTGGGGCAACCACCACAACGCCTGGCGCCCGGCGCATATCCATTTTTCATTGTTCGGGCCGAGCATCCTGACGCGCCTGGTCACGCAGATGTATTTCCCCGGTGATCCGTTGCTGGAATACGATCCGATCTACAACTGCGTGCCGGACAGCCGTGCCAAGGAACGCTTGATCGCCAGTTTCGACCTGGAAAAAACCATTCCTCACTACGCCCTCGGTTATCGCTGGGACATCGTCTTGCGCGGCCGCGAAGCCACGCCGATGGAGAAATAA MTDKPGYRRPQVGTQPEYLHPPYQSTNLRSPSKPLVYLPHSLSEITGPTVGADRLQEKDHDLTAQHAGEPLGERIIIHGRVLDEHGEPVPGILIEIWQANAAGRYNHDRDNHDAPLDPNFTGTGRTVTDADGGYQFQTIKPGAYPWGNHHNAWRPAHIHFSLFGPSILTRLVTQMYFPGDPLLEYDPIYNCVPDSRAKERLIASFDLEKTIPHYALGYRWDIVLRGREATPMEK PGPT0005015_811 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005015-pcaH-K00449 NA NA D1-35_01709 567 pcaG COG3485 Protocatechuate 3,4-dioxygenase alpha chain ATGACGCTCAACGCCACTACGTCCCACACCGTCGGCCCTTACTACCACATCGGCCTGACGTGGCTGAACCGCGAAGACCTGACCGACGCCCAGACGCTCGGCCAGCGCGTGGCGATCACCGGGCAAGTGATCGACGGCAACGGCCAGTTCGTCAACGACGCCATGCTGGAAGTCTGGCAGGCCAACGCCGCCGGTAAATACGCTCACCCGGAAGACGATCAGGACAAACCGCTGGACCCGCATTTCGACGGTTTCGGCCGGGTGCCGGTGGATGCCGAAGGGCGGTTCCGCTTTACCACCATCAAGCCGGGCACCGTGCCGGGGTTGGGCGGTACGACCCAGGCGCCGCATCTCGTTGTACTGGTGTTCGCCCGCGGGTTGGTCAAGCATCTGTTGACGCGCATCTATTTCGCCGACGAACCCGCCAACGAAGCTGATCAACTGCTGGCCTGCGTACCCGAGGAGCGTCGCGACACCATCGTGGCCAGGCCCGATGCGTCGGGTGTTTACCAGTGGAACGTGATTCTCCAGGGCACGGATGCCGAGACAGTGTTCTTCGATTACTGA MTLNATTSHTVGPYYHIGLTWLNREDLTDAQTLGQRVAITGQVIDGNGQFVNDAMLEVWQANAAGKYAHPEDDQDKPLDPHFDGFGRVPVDAEGRFRFTTIKPGTVPGLGGTTQAPHLVVLVFARGLVKHLLTRIYFADEPANEADQLLACVPEERRDTIVARPDASGVYQWNVILQGTDAETVFFDY PGPT0005010_750 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005010-pcaG-K00448 NA NA D1-35_01710 1296 kgtP_2 Alpha-ketoglutarate permease ATGACCACCCCAATCAGCCATTACACCGGCGAAGAACGCAGCAAGCGCATCTTCGCCATCGTCGGTGCCTCTTCCGGCAACCTGGTCGAATGGTTCGACTTCTACGTCTATGCGTTCTGCGCGATTTATTTCGCCCCGGCGTTTTTCCCATCGGACAATCCGACGGTGCAACTGGTTAACACGGCGGGGGTATTCGCCGCCGGGTTCCTGATGCGGCCCATTGGCGGCTGGATTTTCGGCCGGGTAGCGGACCGTCACGGGCGCAAGAATTCGATGATGATCTCGGTGATGATGATGTGCTTCGGCTCGTTGCTCATCGCCTGCCTGCCCACCTACAAGGACATCGGCGTCTGGGCGCCGGTGCTGCTGCTGTTCGCTCGCCTGCTGCAAGGCCTGTCGGTGGGTGGCGAGTACGGCACGACCGCGACCTACATGAGCGAAGTCGCCCTCAAGGGGCATCGCGGCTTTTTTGCCTCGTTCCAGTACGTGACGCTGATCGGCGGGCAACTTTTGGCGGTGTCGCTGGTGGTGATCCTGCAGCAGTTTCTCAGCGAAGACGAACTGCGCGCTTACGGTTGGCGAATCCCGTTCGTGGTGGGCGCCGCCGCGGCGTTGATTTCCCTGTTCCTGCGCCGGTCCTTGAAGGAAACCACCAGCAAGGAAATGCGCGAAAACAAAGACGCTGGCAGCATCGCCGCGTTGTTTCGCGACCACAAGGCTGCGTTCATCACCGTGCTGGGCTACACCGCCGGCGGTTCGCTGATTTTCTACACCTTCACCACTTACATGCAGAAGTACCTGGTGAACACCGCCGGCCTGCATGCCAAGACCGCCAGTTACATCATGACCGGCGCGCTGTTTCTCTACATGTGCATGCAACCGCTGTTCGGCATGCTCGCAGACAAGATCGGCCGGCGTAACTCCATGCTCTGGTTCGGCGGCCTGGGGGCGTTGTGCACCGTGCCGATCCTGCTGACGCTCAAGGGCACCAGCAACCCGTTCCTGGCGTTTGTCCTGATCACTTTTGCCTTGGCGATCGTCAGCTTCTACACCTCCATCAGCGGTCTGGTGAAAGCCGAAATGTTTCCACCAGAAGTGCGGGCGCTGGGAGTAGGGTTGGCCTATGCGGTGGCAAACGCGATTTTTGGCGGTTCGGCCGAGTACGTTGCCTTGAGCCTGAAAGCCCAGGGCATGGAAAACGCTTTTTATTGGTATGTCACGGTGATGATGGTCGTTGCGTTCCTGTTCAGCTTGCGCCTGCCAAAACAGCCAGCGTATTTGCACCACGATCTTTAA MTTPISHYTGEERSKRIFAIVGASSGNLVEWFDFYVYAFCAIYFAPAFFPSDNPTVQLVNTAGVFAAGFLMRPIGGWIFGRVADRHGRKNSMMISVMMMCFGSLLIACLPTYKDIGVWAPVLLLFARLLQGLSVGGEYGTTATYMSEVALKGHRGFFASFQYVTLIGGQLLAVSLVVILQQFLSEDELRAYGWRIPFVVGAAAALISLFLRRSLKETTSKEMRENKDAGSIAALFRDHKAAFITVLGYTAGGSLIFYTFTTYMQKYLVNTAGLHAKTASYIMTGALFLYMCMQPLFGMLADKIGRRNSMLWFGGLGALCTVPILLTLKGTSNPFLAFVLITFALAIVSFYTSISGLVKAEMFPPEVRALGVGLAYAVANAIFGGSAEYVALSLKAQGMENAFYWYVTVMMVVAFLFSLRLPKQPAYLHHDL PGPT0001525_96 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_KETO-|OXOGLUTARATE_TRANSPORT,PGPT0001525-kgtP-K03761 NA NA D1-35_01711 1365 pcaB COG0015 3-carboxy-cis,cis-muconate cycloisomerase ATGAGCGAACGACCGGGCAATCAGCTGTTCGATGCCTACTTCACCGCCCGCGACATGCGCGAAGTGTTCTGTGATGCGGGGCGTGTGCAGGCGATGCTCGACTTTGAGGCGGCGCTGGCCCGGGCCGAGGCGCGGGTTGGGCTGATTCCCCAGGAGGCGGTGGCGCCGATCGGGAATGCCTGTCGCGCCCAGCTGTACGACTTTTCAGCGTTGAGCGAAGCGATTGCCAGTGCCGGCAATTCTGCGATCCCTCTGGTCAAGGCGTTGGGCAAGCGCATCGCTGCCGAGAGCGCCGAGGCCGAACGCTACGTGCACTTGGGCGCAACCAGCCAGGACGTGATGGACAGTGGCTTGGTGCTGCAACTGCGCCAGGCGCTCGGACTGATCGAAGGTGAGCTGGCGCAACTGGCTGTCACCCTGGCTCGACAAGCCGAACGTTACGCCGCCGCGCCGCTGGCCGGGCGCACCTGGCTGCAACATGCCACGCCGGTCACCCTGGGGATGAAAATCGCCGGCTGGCTGGGGGCCGTCACGCGCAGTCGCCAGCGCTTGCGGGAACTCAAGCCGCGCCTGTTGGTACTGCAATTTGGAGGCGCCTCCGGGACCCTCGCCGCTTTGGGTGAGCAGGCGCTGCCGGTGGCCGAAGCCTTGGCCGCCGAGCTGCAACTGAACCTGCCGGAGCAGCCTTGGCACACCCAGCGCGATCGTTTGGTGGAGTTCGGCGCGGTGCTGGGCTTGATCGCCGGCAGCCTGGGCAAACTGGGGCGCGACGTCAGCCTGTTGATGCAGACCGAGGCAGGCGAGGCGTTCGAACCTTCGGCACCGGGCAAGGGCGGTTCGTCGACCATGCCCCACAAGCGCAACCCGGTGGGCGCGGCGGTGCTGATCGGCGCTGCGACGCGGGTGCCCGGTTTGTTGTCGACGCTGTTCAGCGCCATGCCTCAGGAACATGAGCGCAGCCTCGGCCTGTGGCACGCCGAATGGGAAACCCTGCCGGACATCTGCTGCCTGGTGTCCGGCGCGCTGCAACAGGCGCGACTGCTGGCCGAAGGGTTGGAAGTGGATACGGCGCGCATGGCCCGTAACCTGGAACTGACCCAAGGGTTGGTGCTGGCCGAAGCCGTCAGCATCGTCCTGGCCCAGCGGGTTGGTCGCGACACCGCGCATCATCTGCTGGAGCAATGCTGCAAGCGCGCGGTGGCCGAACAACGGCATTTGCGCGAGGTGCTGGGGGAAGAACCCCAGGTCACCGCGCAGTTATCCGCGACCGAGCTTGATCATCTGCTCGACCCGGCCCACTACCTCGGACAAGCCCAGGCCTGGGTTGCCCGAGCGGTGGCCGAACACCTTGCCTTGAATGCCTGA MSERPGNQLFDAYFTARDMREVFCDAGRVQAMLDFEAALARAEARVGLIPQEAVAPIGNACRAQLYDFSALSEAIASAGNSAIPLVKALGKRIAAESAEAERYVHLGATSQDVMDSGLVLQLRQALGLIEGELAQLAVTLARQAERYAAAPLAGRTWLQHATPVTLGMKIAGWLGAVTRSRQRLRELKPRLLVLQFGGASGTLAALGEQALPVAEALAAELQLNLPEQPWHTQRDRLVEFGAVLGLIAGSLGKLGRDVSLLMQTEAGEAFEPSAPGKGGSSTMPHKRNPVGAAVLIGAATRVPGLLSTLFSAMPQEHERSLGLWHAEWETLPDICCLVSGALQQARLLAEGLEVDTARMARNLELTQGLVLAEAVSIVLAQRVGRDTAHHLLEQCCKRAVAEQRHLREVLGEEPQVTAQLSATELDHLLDPAHYLGQAQAWVARAVAEHLALNA PGPT0005000_370 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005000-pcaB-K01857 NA NA D1-35_01712 816 catD_1 COG0596 3-oxoadipate enol-lactonase 2 GTGGGATTGGTCAAACTCGCCGAGGGCGATCTGAGCTATTGTTTTGATGAGCGGCGATTGGACGGGCCGCAGGCCGCCCCGGTGCTGGTGCTCTCCAACTCTTTGGGTACCGATTTGCATATGTGGGACGAGCAGGTCGCGGCGTTCAGTGAACACTTTCGGGTCTTGCGTTTCGACACCCGTGGTCACGGCCGGTCGCTGGTCACCGAGGGCCCCTACAGCATCGAACAGCTGGGCCGCGACGTGCTGGCGATGCTTGATGCGCTGGATATCGACAAGGTGCATTTCTGCGGCCTTTCAATGGGTGGCCTGATCGGCCAGTGGCTGGGAATCAACGCCGGCGAGCGCCTGCACAAACTGGTGGTGTGCAATACCGCCGCGAAGATTGGCGACCCTTCGATGTGGAACCCGCGCATCGAAACCGTGCTGCGTGATGGCAAGGCGGCGATGGTGGCGTTGCGTGATGCGTCGATTGCCCGCTGGTTCACGCCGGATTTCGCCAAGGCCCATCCGGCGACGGCGGAAAAAATTACCGACATGCTGGCGGCGACCTCGCCCCAAGGCTATGCGGCCAACTGCGCCGCAGTACGCGACGCCGATTTTCGTGAGCAGCTATCGCTGATCCGTGTGCCACTGCTGGTGATCGCTGGCACCGAAGATGCCGTGACGCCGCCAGCGGGCGGACGTTTTATCCAAGAGCGGGTCGAGGGTGCCGAATACGCCGAGTTTCATGCCGCGCACTTGTCCAACGTCCAGGCCGGCGCCGCGTTCAGCGCGCGGGTACTGGATTTCCTGCTTGATACTGGCCGCGCCTGA MGLVKLAEGDLSYCFDERRLDGPQAAPVLVLSNSLGTDLHMWDEQVAAFSEHFRVLRFDTRGHGRSLVTEGPYSIEQLGRDVLAMLDALDIDKVHFCGLSMGGLIGQWLGINAGERLHKLVVCNTAAKIGDPSMWNPRIETVLRDGKAAMVALRDASIARWFTPDFAKAHPATAEKITDMLAATSPQGYAANCAAVRDADFREQLSLIRVPLLVIAGTEDAVTPPAGGRFIQERVEGAEYAEFHAAHLSNVQAGAAFSARVLDFLLDTGRA PGPT0004995_1014 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055 NA NA D1-35_01713 393 hypothetical protein GTGGACGAGAAACAACGTTACGACGAAGGCATGCAAGTACGCCGCGCAGTGCTGGGCGATGCCCACGTCGACCGCAGCCTCAATGCATTGACCGAATTCAACAGCGAATTCCAGGAGATGATCACCCGCCACGCCTGGGGCGACATCTGGACCCGCCCGGGCCTGCCGCGCCATACCCGCAGCCTGATCACCATCGCCATGCTGATCGGCATGAACCGCAACGAAGAACTCAAGCTGCACCTGCGCGCCGCCGCCAACAACGGCGTGAGCCGCAGCGAGATCAAGGAAGTAATCATGCAGAGCGCCATCTACTGCGGCATCCCGGCGGCCAACGCCACCTTCCACCTGGCCGAATCCGTCTGGGATGAACTGGGCATCGAATCACGAACTTGA MDEKQRYDEGMQVRRAVLGDAHVDRSLNALTEFNSEFQEMITRHAWGDIWTRPGLPRHTRSLITIAMLIGMNRNEELKLHLRAAANNGVSRSEIKEVIMQSAIYCGIPAANATFHLAESVWDELGIESRT PGPT0005005_2856 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 D1-35_01714 525 nicP_2 Porin-like protein NicP ATGGGCGACTGGACCCTGGGCGCCAACCTGGGCTACTTCACCGGCAAGGAAGACGGCAGCGCCCTGGCCGGCGATCTCGACAACAAGACCGCGTTCGCCATGCTCTCGGCCAAGTACGGTGGCAACACCTTCTACGTCGGCCTGCAGAAAGTCGGCGGCGATGATGCCTGGATGCGCGTCAACGGCACCAGCGGCGGGACCCTGGCGAACGACAGCTACAACTCCAGCTACGACAACGCCAAGGAAAAATCCTGGCAACTGCGTCATGACTTCAACTTCGCCGCTGTTGGCGTGCCGGGCCTGACCCTGATGAACCGCTACATCAGCGGTGACAACGTGCACACCGCCACCGTCGATGACGGCAAGGAGTGGGGCCGCGAGACTGAGCTGGCTTATACCGTGCAGAGCGGTGCGCTGAAGAGTCTCAACGTGAAGTGGCGCAACTCGACGATGCGCCGGGACTTCAATACCAATGAGTTCGATGAGAACCGGTTGATTGTCAGCTATCCGATCAGCTTGTTGTAA MGDWTLGANLGYFTGKEDGSALAGDLDNKTAFAMLSAKYGGNTFYVGLQKVGGDDAWMRVNGTSGGTLANDSYNSSYDNAKEKSWQLRHDFNFAAVGVPGLTLMNRYISGDNVHTATVDDGKEWGRETELAYTVQSGALKSLNVKWRNSTMRRDFNTNEFDENRLIVSYPISLL PGPT0023610_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-GALLATE_RESISTANCE,PGPT0023610-galP-K16517 NA NA D1-35_01715 1458 ttgC COG1538 putative efflux pump outer membrane protein TtgC ATGAGCAAGTCGCTACTCTCCCTGACCATCGCCGCCGTCGTGCTCAGCGGATGCTCGCTGATTCCCGACTATCAGCGGCCCGAAGCACCGGTCGCGGCGCAGTACCCGCAAGGGCCGGCCTACGAGCCGGCCAAAGCACCCGGCCAGGCCGCCGCCGAGCAGGGCTGGAAACAGTTCTTCCACGATCCGGCACTGCAACAGCTGATCCAGGTCGCCCTGGAAAACAACCGCGACCTGCGCGTCGCGGCGCTGAACATCGACGCCTACGCCGCGCAGTACCGCATCCAGCGCGCCGACCTGTTCCCGGCGGTCTCGGCCACCGGCTCCGGCAACCGCCAGCGGGTGCCGGCACGCGCCTCGCAAACCGGTGAAGCGGCAATCAGCAGCTCCTACTCGGCGACGCTGGGGATCAGCGCCTACGAACTGGACCTGTTCGGTCGTGTCCGCAGCCTGAGCGAGCAAGCGTTGCAAAGCTACTTCGCCACCGAAGAAGCCCGCCGCAGCACCCAGATCAGCCTGGTGGCCAACGTCGCCAACGCTTACCTGACCTGGCAGGCCGACAAGGAACTGCTCAAATTGACCCAGGATACCCTCGGCACCTATGAGCAAAGCCTGAAGCTGACCTCGCGCAGCGCCGAAGTCGGCGTGGCCTCGGCCCTGGACTTGAGCCAAGCCCGTACGGCGGTGGAAAACGCCCGCGTGCAACTGGCCCGCTACACCCGCCAGGTGGCCCAGGACGAAAACAGCCTGACCCTGCTGCTGGGCACCGGCCTGCCGGCCAACCTGCAGACACAACCGCTGAGCGCCGACCTGCTCAGCGAAGTGCCACCCGGCTTGCCCTCGGACCTGCTGCAACGGCGCCCGGACATCCTCCAGGCCGAACGCAACCTGCTCGCCGCCAACGCCAATATCGGCGCCGCGCGGGCCGCGTTCTTCCCAAGCATCAGCCTGACGGCCAATGCCGGCACCCTCAGCCCGGACCTGTCCGGCCTGTTCAAGGGCGGCTCGGGCACCTGGACCTTCGCTCCGCAGATCAACCTGCCGATCTTCAACGCCGGCAGCCTGCGGGCAAGCCTGGATTACGCGAAGATCCAGAAAGACATCAACGTCGCGCAGTATGAGCAGTCGATCCAGACCGCGTTCCAGGAAGTCTCCGACGGCCTGGCCGCGCGTCAGACCTACAACGAACAGTTGCAGGCACAGACCGACTTCGTCGCCGCCAACCAGGACTACTACCGCCTGGCCGAGCGTCGCTACCGTATCGGCGTCGACAGCAACCTGACTTTCCTCGACGCCCAGCGCCAGTTGTTCAGCGCGCAGCAATCGCTGATCACCGATCGCCTTGCGCAACTGACCAGCGAGGTCAATTTGTACAAGGCCCTGGGCGGCGGCTGGAATGCCGAGACGGGCAAGCGCGAACCGATCGCGGAGAAAGCGCCGGAGACGAAGTTGTTTTGA MSKSLLSLTIAAVVLSGCSLIPDYQRPEAPVAAQYPQGPAYEPAKAPGQAAAEQGWKQFFHDPALQQLIQVALENNRDLRVAALNIDAYAAQYRIQRADLFPAVSATGSGNRQRVPARASQTGEAAISSSYSATLGISAYELDLFGRVRSLSEQALQSYFATEEARRSTQISLVANVANAYLTWQADKELLKLTQDTLGTYEQSLKLTSRSAEVGVASALDLSQARTAVENARVQLARYTRQVAQDENSLTLLLGTGLPANLQTQPLSADLLSEVPPGLPSDLLQRRPDILQAERNLLAANANIGAARAAFFPSISLTANAGTLSPDLSGLFKGGSGTWTFAPQINLPIFNAGSLRASLDYAKIQKDINVAQYEQSIQTAFQEVSDGLAARQTYNEQLQAQTDFVAANQDYYRLAERRYRIGVDSNLTFLDAQRQLFSAQQSLITDRLAQLTSEVNLYKALGGGWNAETGKREPIAEKAPETKLF PGPT0009810_1023 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexXY-OprM,PGPT0009810-toxI|oprM|oprM|emhC|ttgC|cusC|adeK|smeF|mtrE|cmeC|gesC-K18139 NA NA D1-35_01716 3165 ttgB COG0841 putative efflux pump membrane transporter TtgB ATGTCGAAATTCTTTATCGACCGTCCAATCTTCGCCTGGGTGATTGCCCTGGTGATCATGCTGGTCGGGGCCCTATCGATCCTCAAGTTGCCGATCAACCAGTACCCGAGCATCGCGCCGCCGGCCATTGCGATCCAGGTGACCTACCCGGGTGCATCCGCACAAACCGTGCAGGACACCGTGGTGCAGGTCATCGAGCAACAGCTCAACGGTATCGACAACCTGCGTTATGTGTCGTCGGAAAGTAACTCCGACGGCAGCATGACCATCACCGCAACCTTCGAGCAAGGCACCAACTCCGATACCGCGCAGGTCCAGGTGCAGAACAAGCTGAACCTGGCCACTCCGCTGTTGCCGCAGGAAGTGCAGCAACAAGGCATCCGCGTGACCAAGTCGGTGAGAAACTTCCTGATGGTGATCGGCGTGGTCTCGCGCGATGGCAGCATGACTCGTGAGGACCTGTCCAACTACATCGTGTCGAACATGCAGGACCCGATCTCGCGCACCAAGGGCGTCGGCGACTTCCAGGTCTTCGGTGCCCAGTACGCCATGCGGATCTGGCTCGACCCGGCCAAGTTGAACAAATTCAACCTGACCCCGGTGGATGTGAGCAACGCGGTTTCCGCGCAGAACGTCCAGGTCGCGTCCGGCCAGCTCGGCGGCCTGCCTGCCCTGCCCGGCCAGCAATTGAACGCCACCATCATCGGCAAGACCCGCCTGCAGACCGCCGAGCAGTTCAAGGCGATCCTGCTCAAGGTCAACCCGGACGGCTCGCAAGTGCGCGTCGGCGATGTCGCCGATGTGGCCCTGGGCGGCGAAAACTACAGTATCAACGCTCAGTTCAACGGCTTGCCGGCCTCCGGCCTGGCGGTGCGACTGGCGACCGGTGCCAACGCCCTTGACACGGCCAAGGCCCTGCGCCAGACCGTCGATGATCTCAAACCATTCTTCCCGCAAGGCCTGGAAGTGGTATTCCCGTACGACACCACGCCAGTGGTGAGCGAATCGATCAAGGGCGTGATTGAAACCCTGATCGAAGCGGTCGCGCTGGTGTTCCTGGTAATGTTCCTGTTCCTGCAGAACTTCCGCGCCACCATCATCACCACGATGACGGTGCCGGTGGTACTGCTGGGTACTTTCGGGATCCTCGCCGCGTTCGGTTTCAGCATCAACACCCTGACCATGTTCGGCATGGTGTTGGCCATCGGCTTGCTGGTGGACGATGCCATCGTGGTGGTGGAAAACGTCGAACGGGTGATGAGCGAAGAAGGCCTGTCGCCCAAGGAAGCGACCAAGAAATCCATGGGCCAGATCCAGGGCGCCCTGGTGGGCATCGCCCTGGTGCTGTCGGCGGTACTCCTGCCGATGGCGTTCTTCGGCGGCTCCACCGGCGTGATCTACAAGCAGTTCTCCATCACCATCGTCTCGGCCATGGCCCTGTCGGTGCTGGTGGCCCTGATCTTCACCCCGGCCCTGTGCGCCACCATGCTCAAGCCAATCCCCAAGGGCGAGCACGGCACGCCGAAACGCGGTTTCTTCGGCTGGTTCAACCGCAACTTCGACCGTGGCGTCCGCAGCTACGAGCGTGGCGTGGGCAACATGCTCAAGCACAAGGCTCCGTACCTGTTGGCCTACGTGATCATCTTGGTCGGCATGGTCTGGCTGTTCACCCGCATCCCCACCGCGTTCCTGCCGGAAGAAGACCAGGGCGTGTTGTTCGCCCAGGTGCAGACACCGGCCGGCTCCAGTGCCGAGCGCACCCAGGTGGTCGTGGACAAGATGCGTGAGTTCCTGCTGCGTCCGAGCAAGGACGGCGGTGAAGGGGATGGCGTGGCCTCGGTGTTTACCGTGACCGGCTTCAACTTCGCCGGTCGTGGCCAGAGCTCCGGCATGGCATTCATCATGCTCAAGCCGTGGGAAGAGCGAAACGCCGACAACACCGTATTCAAGATCGCCGGCCGCGCCCAGCAGCACTTCTTCACGTTCCGCGACGCGATGGTGTTTGCCTTTGCTCCGCCCGCGGTGATGGAACTGGGTAACGCCACCGGTTTCGACGTGTTCCTGCAGGACCGCGCCGGCATCGGTCACGAAAAACTGATGGAGGCTCGCAACCAGTTCCTGGGAATGGCTTCGCAGAGCAAGGTCCTGACCCAGGTGCGTCCGAACGGTCTCAACGACGAGCCCCAGTACCAGTTGGACATCGATGACGAGAAGGCCAGTGCCCTGGGCATCACCCTTTCGGACATCAACAATACGCTGTCGATTGCCCTCGGCAGTAACTATGTCAATGACTTCATCGACCGTGGTCGGGTGAAGCGCGTCTACGTTCAAGGCCGACCGGACGCGCGCATGAGCCCGGAGGACCTGAACAAATGGTACGTGCGCAACAGCGCCGGGACCATGGTGCCGTTCAGCGCCTTCGCCAAGGGCGAGTGGACCTACGGATCGCCGAAACTGGCCCGTTACAACGGCGTGGAAGCGATGGAAGTCCTCGGTGCTCCGGCGCCAGGTTACTCCACGGGTGAAGCGATGGCCGAAGTCGAGGCCATTGCGCAGAAGCTGCCGGCGGGTGTCGGCATCTCCTGGACAGGCCTGTCGTACGAGGAACGCCTGTCGGGTTCCCAGGCGCCGGCTCTGTACGCGCTCTCGCTGCTGATGGTATTCCTCTGCCTGGCGGCGCTGTATGAAAGCTGGTCGATTCCGATCGCGGTCATGCTCGTGGTGCCGCTGGGGATCATCGGTGCCCTGCTGGCCACCAGCCTGCGCGGCCTGTCCAACGACGTGTACTTCCAGGTGGGTCTGTTGACGACCATCGGCCTGGCGGCGAAAAACGCCATCCTGATCGTCGAGTTCGCCAAGGAGCTCCATGAACAGGGCCGGACTCTGGTGGAGGCCGCGATCGAAGCCTGCAGGATGCGTCTGCGGCCGATCATCATGACGTCCTTGGCATTCGTCCTCGGCGTGGTCCCGCTGGCCATTTCCACCGGCGCCGGCTCGGGCAGCCAGCACGCCATCGGTACCGGCGTGATTGGCGGTATGCTCACCGCGACCATCCTGGCAATCTTCTGGGTGCCATTGTTCTTCGTGACGGTGTCGTCAATCGGTCGACGTAAAAATATCGACCAGGACCACACTCCTGAAACTTCTAAAGAGGCTGGCCAATGA MSKFFIDRPIFAWVIALVIMLVGALSILKLPINQYPSIAPPAIAIQVTYPGASAQTVQDTVVQVIEQQLNGIDNLRYVSSESNSDGSMTITATFEQGTNSDTAQVQVQNKLNLATPLLPQEVQQQGIRVTKSVRNFLMVIGVVSRDGSMTREDLSNYIVSNMQDPISRTKGVGDFQVFGAQYAMRIWLDPAKLNKFNLTPVDVSNAVSAQNVQVASGQLGGLPALPGQQLNATIIGKTRLQTAEQFKAILLKVNPDGSQVRVGDVADVALGGENYSINAQFNGLPASGLAVRLATGANALDTAKALRQTVDDLKPFFPQGLEVVFPYDTTPVVSESIKGVIETLIEAVALVFLVMFLFLQNFRATIITTMTVPVVLLGTFGILAAFGFSINTLTMFGMVLAIGLLVDDAIVVVENVERVMSEEGLSPKEATKKSMGQIQGALVGIALVLSAVLLPMAFFGGSTGVIYKQFSITIVSAMALSVLVALIFTPALCATMLKPIPKGEHGTPKRGFFGWFNRNFDRGVRSYERGVGNMLKHKAPYLLAYVIILVGMVWLFTRIPTAFLPEEDQGVLFAQVQTPAGSSAERTQVVVDKMREFLLRPSKDGGEGDGVASVFTVTGFNFAGRGQSSGMAFIMLKPWEERNADNTVFKIAGRAQQHFFTFRDAMVFAFAPPAVMELGNATGFDVFLQDRAGIGHEKLMEARNQFLGMASQSKVLTQVRPNGLNDEPQYQLDIDDEKASALGITLSDINNTLSIALGSNYVNDFIDRGRVKRVYVQGRPDARMSPEDLNKWYVRNSAGTMVPFSAFAKGEWTYGSPKLARYNGVEAMEVLGAPAPGYSTGEAMAEVEAIAQKLPAGVGISWTGLSYEERLSGSQAPALYALSLLMVFLCLAALYESWSIPIAVMLVVPLGIIGALLATSLRGLSNDVYFQVGLLTTIGLAAKNAILIVEFAKELHEQGRTLVEAAIEACRMRLRPIIMTSLAFVLGVVPLAISTGAGSGSQHAIGTGVIGGMLTATILAIFWVPLFFVTVSSIGRRKNIDQDHTPETSKEAGQ PGPT0003280_802 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003280-acrB|acrE|mexB|adeJ|smeE|mtrD|cmeB-K18138 NA NA D1-35_01717 1158 ttgA putative efflux pump periplasmic linker TtgA ATGCAATTCAAGCCAGCTGTTACCGCTCTGGTCACTGCCATCGCCCTGGCATCGCTGCTCAGCGGATGCAACAAGGAAGAGGCTGCCCCTGCCCCTCCCCCTCCTCAGGTCGGCGTCGTAACCCTCAAGACTCAGCCTTTTACCCTGACCTCCGAATTGCCGGGCCGCACCAGTGCGTTCCGCGTCGCCGAAGTGCGTCCGCAGGTCAACGGCATCATCCTCAAGCGCCTGTTCAAGGAAGGCGCCGACGTCAAGGCCGGCCAGCAGCTGTACCAGATCGACCCGGCCGTCTATGAAGCGAACCTCAAGAGCGCCGAGGCCAACCTGCGATCCACCAAGTCGATCGCCGATCGCTACAAGCAATTGGTCGACGAGCAGGCCGTCAGCCGCCAGGAGTACGACACCGCCGTGGCCAACCGCCTGGAGTCGGAAGCGAACCTGCAGACGGCCCAGATCAACGTGCGCTACACCAAAGTCTACGCGCCGATTTCCGGTCGCATCGGGCGCTCCTCGGTCACCGAGGGTGCGCTGGTGAGCAATGGCCAGACCGACGCCCTGGCGACCATCCAGCAACTCGATCCGATCTACGTCGACGTGACGCAGAGTTCCGTCGAGCTGCTGAACCTGCGCCGTGAGCTGGAAAGCGGTCGCTTGCAGAAGGCTGGCGATAATGCCGCCATGGTCAAGCTGACGCTGGAAGACGGCAGCCAGTATCCCCATGAAGGCAAGCTGGAGTTCTCTGAAGTCTCGGTCGACCCGACCACTGGTTCCGTGACCTTGCGCGCCGTGTTCCCCAACCCTGAGCACACGCTGCTGCCGGGCATGTTTGTCCACGCGCAGCTGCAGGCCGGCGTGAACAGCGCCGCAATCCTGGCGCCGCAGCAAGGCGTGACCCGCGACCTCAAGGGTACGCCGACTGCGCTGGTCGTGGGCGCGGACAACAAGGTCGAGCTGCGTCAGCTCAAGGCCAGCCGTACCGTCGGCAGCCAGTGGCTGATCGAAGACGGCCTCAAGGCCGGTGATCGCCTGATCACCGAAGGGTTGCAGTACGTACGGCCAGGGGTGGAAGTCAAAGCCACCGAAGCCACCAACGTCGACGCAAAGAACCCGGCCCCCGCTCAGGCAGCTGACAAAGCCGCCGGCGGCAAAGGGGAGTAA MQFKPAVTALVTAIALASLLSGCNKEEAAPAPPPPQVGVVTLKTQPFTLTSELPGRTSAFRVAEVRPQVNGIILKRLFKEGADVKAGQQLYQIDPAVYEANLKSAEANLRSTKSIADRYKQLVDEQAVSRQEYDTAVANRLESEANLQTAQINVRYTKVYAPISGRIGRSSVTEGALVSNGQTDALATIQQLDPIYVDVTQSSVELLNLRRELESGRLQKAGDNAAMVKLTLEDGSQYPHEGKLEFSEVSVDPTTGSVTLRAVFPNPEHTLLPGMFVHAQLQAGVNSAAILAPQQGVTRDLKGTPTALVVGADNKVELRQLKASRTVGSQWLIEDGLKAGDRLITEGLQYVRPGVEVKATEATNVDAKNPAPAQAADKAAGGKGE PGPT0003275_2969 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 D1-35_01719 633 ttgR HTH-type transcriptional regulator TtgR ATGGTACGTCGTACCAAAGAAGAAGCCCTGGAGACTCGCAGCCAGATCCTTGAAGCGGCCGAAAAGGCCTTCTTCGAGCGCGGCGTGGCGCGAACGACGCTGGCCGACATCGCGACGCTGGCCGGTGTGACGCGTGGTGCGATCTACTGGCATTTCAGCAACAAGGCGGATTTGCTCCAGGCCATGCTCGATACCTTGCATGAGCCGCTCGATGAGTTGGCCCGCGCCAGCGAAAGCGAGGAGGAACTCGACCCGCTGGGGTGCGTGCGCAAGCTGCTGGTGAGGTTGTTCCAGCAGGTGGCCCTGGACCCGAAAACCCGCCGCATTAATGAGATTCTGTTCCATAAGTGCGAATTCACCGATGAAATGTGCGACTTGCGCCAGCAGCGGCGCGAGGTCAGCCTCGACTGTAACGTGCGAATCGCGCTGTCCCTGCGCAATGCAATGAAACGCGGTCAGATGCCGGATGACCTGGATCCCGAGAGAGCTGCGGTGGCTATCCATGCCTATATCGACGGGATCCTGTATCAGTGGCTGCTGGCGCCGGACAGCTTCGCCCTGGCCGGTGAGGCCGAGCGCTGGGTGGATATCGGGTTGGACATGCTGCGCCTGAGCCCTAACCTGCGCAAATGA MVRRTKEEALETRSQILEAAEKAFFERGVARTTLADIATLAGVTRGAIYWHFSNKADLLQAMLDTLHEPLDELARASESEEELDPLGCVRKLLVRLFQQVALDPKTRRINEILFHKCEFTDEMCDLRQQRREVSLDCNVRIALSLRNAMKRGQMPDDLDPERAAVAIHAYIDGILYQWLLAPDSFALAGEAERWVDIGLDMLRLSPNLRK PGPT0003255_578 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003255-acrR|smeT-K03577 NA NA D1-35_01720 525 hypothetical protein ATGAATAACTTTCCAGAAAACCCAGCAGATACAAAACCAAACGATTCCGCTGAAGAAAAAGCGTACCACGAACACTACGACAGGCAGATCCAGGCGTTGGAATCTGCCAAGGCGCCCGCCCACTCAACACGATTCATCATGAAAGTCGTCAACAATACCGAGCACGACCTTGATGCCAATAAAAACACGCTTGGCCTGAGCGCCGACAACCTCGCCACCTTGCAACTTCCCTCGGGAGGTATCAGCGTCTATGGTCAAGACTTCCGCTACGTTCGAAACCCAGGCTCTCGCAGCAAGGACATATACCACCACTGTATTCAATTCGGCGGAATGACGGTGGGAGCTTTCGTTGAGTTTGGTTTGCGCGTTGACACTTCGTTCGGGCTTTTCGCGCCGACAGTGACGCCAGTTCGGATATGTAAAATCATGTCTATCGGCACCACCCCAATCAACTGTACTGCCCGTATTACTCGTGCATTAAGCACAGACCCTTATAGCTTTACCATGGAGGTGACGCTGGGCTGA MNNFPENPADTKPNDSAEEKAYHEHYDRQIQALESAKAPAHSTRFIMKVVNNTEHDLDANKNTLGLSADNLATLQLPSGGISVYGQDFRYVRNPGSRSKDIYHHCIQFGGMTVGAFVEFGLRVDTSFGLFAPTVTPVRICKIMSIGTTPINCTARITRALSTDPYSFTMEVTLG NA NA NA NA NA D1-35_01721 1050 nemA_1 COG1902 N-ethylmaleimide reductase ATGGCGACAATTTTCGACCCCATCAAACTCGGTGACATCGAGCTGAAAAACCGCATCATCATGGCCCCGCTCACCCGCTGCCGCGCTGACGCAGGCCGAGTCCCCAACGCGCTGATGGCCGAGTATTACGTGCAACGCGCCTCCGCCGGGCTGATCCTCAGCGAAGCCACTTCGGTGACGCCGATGGGCGTGGGCTACCCCGATACCCCAGGCATCTGGTCCAACGACCAGGTACGCGGCTGGGCCAACGTGACCAAAGCCATCCACGGCGCCGGCGGCAAGATTTTCCTGCAGCTCTGGCACGTCGGCCGGATTTCCCACCCGTCCTACCTGGACGGTGAGCTTCCGGTGGCTCCGAGCGCCATCCAGCCCAAGGGGCATGTGAGCCTGGTACGTCCGCTGGCCGACTACCCGACGCCGCGCGCATTGGAAACCGCGGAAATCGCCGACATCGTCGATGCCTACCGCGTGGGTGCCGAAAACGCCAAGGCCGCCGGGTTTGATGGCGTGGAAATTCATGGCGCCAACGGCTACCTGCTCGACCAGTTCCTGCAAAGCAGCACCAACCAGCGCACCGACAACTACGGCGGCTCCCTGGAAAACCGTGCTCGCCTGCTGCTGGAAGTGACTGATGCGGCGATCGAAGTCTGGGGCCCCGGCCGCGTGGGCGTCCACCTGGCGCCGCGCGCCGACTCCCATGACATGGGCGACGAAAACCGCCTGGAAACCTTCAGCTATGTGGCCCGCGAACTGGGCAAGCGTGGCATCGCCTTCATCTGCTCGCGCGAGAAAGAAGGCGCGGACAGCATCGGCCCGCAACTGAAGCAAGCGTTCGGCGGCCCGTACATTGCCAATGAGCGCTTCACCAAAGAGAGTGCCAATGCCTGGCTGGCGGAAGGCAAGGCTGACGCCGTGGCGTTCGGCGTGCCGTTCATTGCCAACCCGGACCTGCCGGCACGCTTGAAAGCCGATGCACCGCTGAACGAACCTCACCCGGAAACCTTCTATGGCAAAGGACCGGTGGGGTATATCGACTATCCAGTCATGTAA MATIFDPIKLGDIELKNRIIMAPLTRCRADAGRVPNALMAEYYVQRASAGLILSEATSVTPMGVGYPDTPGIWSNDQVRGWANVTKAIHGAGGKIFLQLWHVGRISHPSYLDGELPVAPSAIQPKGHVSLVRPLADYPTPRALETAEIADIVDAYRVGAENAKAAGFDGVEIHGANGYLLDQFLQSSTNQRTDNYGGSLENRARLLLEVTDAAIEVWGPGRVGVHLAPRADSHDMGDENRLETFSYVARELGKRGIAFICSREKEGADSIGPQLKQAFGGPYIANERFTKESANAWLAEGKADAVAFGVPFIANPDLPARLKADAPLNEPHPETFYGKGPVGYIDYPVM PGPT0005930_2955 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680 NA NA D1-35_01722 1167 ydhP_1 COG2814 Inner membrane transport protein YdhP ATGCCCCTTTCACTCTTGATTCTGGCGCTCAGCGCCTTCGCCATCGGCACGACGGAATTCGTCATCATGGGCCTGTTGCCCGATGTGGCGGCGGACCTCGGCGTATCGATTCCCGGCGCCGGCTGGCTGGTGACCGGCTATGCGCTGGGCGTGGCCATCGGTGCGCCGTTCATGGCAATGGCCACCGCGCGGCTGCCGCGCAAGGCTGCGCTGGTGGCGCTGATGGGGATTTTCATAGTCGGCAACCTGCTCTGCGCCGTCGCCAGCGACTACAACGTACTGATGTTCGCCCGGGTCGTTACTGCCCTGTGTCACGGTGCGTTCTTCGGCATCGGCTCGGTGGTGGCGGCCGGCCTGGTGGCGCCGAACAAGCGCGCTTCGGCCGTGGCCCTGATGTTCACTGGCCTGACCCTGGCCAACGTGCTCGGCGTACCGCTGGGCACCGCACTGGGCCAGCAGGCCGGCTGGCGCTCGACTTTCTGGGCCGTGACGGTCATCGGTGTGATCGCGCTGATCGGCCTGATCCGCTTCCTGCCGGCCAAGCGCGACGAGGAAAAACTCGACATGCGTGCCGAGCTGGTGGCGCTCAAGGGCGCAGGCCTGTGGCTGTCGCTGAGCATGACTGCGTTGTTCTCCGCCTCGGTGTTCACGCTGTTTACCTACGTCGCCCCCCTGCTCGGCGAAGTCACCGGCGTTTCGCCCCGTGGCGTGACCTGGACCCTGGTCCTGATCGGCCTCGGCCTGACGCTTGGCAACATCATCGGCGGCAAGCTGGCGGACAAGAGCCTGGCGAACACGCTGATGGGCGTCTTTTTGACCATGGCGCTGGTATCCACCGTACTGAGCTGGACCAGCGTGGCGCTGATCCCGACTGAAATCACCCTGTTCCTCTGGGCCACCGCCTGCTTTGCCGCCGTGCCGGCCTTGCAAGTCAACGTGGTGACCTTCGGCAAAGCCGCGCCAAACCTGGTGTCCACCCTGAACATCGGTGCCTTCAACATCGGCAATGCCTTGGGTGCCTGGGTCGGCGGCAGTGTCATCGACCATGGCCTGGGCCTGACAGCCGTGCCCCTGGCCGCCGGCGCGCTGGCCGTGCTGGCGCTGCTGGTAACCCTGATCACTTTTCGCCAGGGCGGCAATGCCGACCTGGCCCCTGCCACTCACTGA MPLSLLILALSAFAIGTTEFVIMGLLPDVAADLGVSIPGAGWLVTGYALGVAIGAPFMAMATARLPRKAALVALMGIFIVGNLLCAVASDYNVLMFARVVTALCHGAFFGIGSVVAAGLVAPNKRASAVALMFTGLTLANVLGVPLGTALGQQAGWRSTFWAVTVIGVIALIGLIRFLPAKRDEEKLDMRAELVALKGAGLWLSLSMTALFSASVFTLFTYVAPLLGEVTGVSPRGVTWTLVLIGLGLTLGNIIGGKLADKSLANTLMGVFLTMALVSTVLSWTSVALIPTEITLFLWATACFAAVPALQVNVVTFGKAAPNLVSTLNIGAFNIGNALGAWVGGSVIDHGLGLTAVPLAAGALAVLALLVTLITFRQGGNADLAPATH PGPT0028991_3757 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577 NA NA D1-35_01723 303 hypothetical protein ATGACCCTCGACCTCGACGAAATAATAAAAGCCCTGGCGCACCCAGTACGGCGAGACATCCTCAACTGGCTCAAGGACCCCAAAGTCCAGTTCCCCGAACAGTTGCACAACCATGAATTCGGTATTTGCGCCGGCCAGATCGATCAGCGCTGCGGCCTTTCGCAGTCCACGGTTTCGGCGCATCTGGCGGTGCTGCAGCGGGCGGGGTTGATCACCAGCCAGAAGGTCGGTCAATGGCACTTCTTCAAACGCAACGAGGACGTGATCCAGCAATTCCTCAAGCAAATGAGCCAAGAGCTCTGA MTLDLDEIIKALAHPVRRDILNWLKDPKVQFPEQLHNHEFGICAGQIDQRCGLSQSTVSAHLAVLQRAGLITSQKVGQWHFFKRNEDVIQQFLKQMSQEL PGPT0004735_436 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892 NA NA D1-35_01724 585 acpH COG3124 Acyl carrier protein phosphodiesterase ATGAACTATCTCGCACACCTGCACCTCGGCGGCCCTGGCCGGGAACAACTGCTCGGCAGCCTCTACGGCGATTTCGTCAAAGGGCCGCTGCAGGGGCAGTTCACTCCGCAGATCGAAGCGGCGATCGCCCTGCATCGACGCATCGACATGTACACCGATCGCCATCCGTTGGTGGATATCGCCTTGTCGCGCTTCTCCACGGTCCGCCGGCGTTATGCCGGGATCGTGCTGGATGTGTTTTTCGACCATTGCCTGGCCCGCGACTGGGCGCAGTACGGCGAAGGGCCGCTGCTGGATTTCACTTCCCGGGTCTACCAGGTGCTCGCCGCCGAAGCGCAACTGCCCGGGCGCCTGGCGCAGATCGCGCCGTTCATGGCAGCGGATGACTGGTTGGGTTCCTATAGGGAATTCGACGTGCTCGGGCAGGTGCTGCGCGGTATTTCCCGGCGCCTGTCGCGGCCCGAGGAACTGGCCGGGGCGATGGAGGAGTTGGTCAGGCTGTATGAGCCGTTGAGCGAGGATTTTCGGTTGTTCTATCCACAGTTGCAGGATTTTGCGCAGAATCAGATCACACCGCAAAATTGA MNYLAHLHLGGPGREQLLGSLYGDFVKGPLQGQFTPQIEAAIALHRRIDMYTDRHPLVDIALSRFSTVRRRYAGIVLDVFFDHCLARDWAQYGEGPLLDFTSRVYQVLAAEAQLPGRLAQIAPFMAADDWLGSYREFDVLGQVLRGISRRLSRPEELAGAMEELVRLYEPLSEDFRLFYPQLQDFAQNQITPQN PGPT0008850_556 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,PGPT0008850-acpH-K08682 NA NA D1-35_01725 795 hypothetical protein ATGAGCCGGCTGCGGGTGTACGCGCGAATCGCGCGCGTGTTGCTGGTCGTCGCGCTGGGCCTGGCCATGGCCAGTGTGTTCGGGCTGCTGGAACGCCTGGGGCTGGCCCATTCGATGGTGCGCCGCCAGCGCTGGTCGAGGTTTTTCATGGCGCGACTGAGCAATGCCCTGCCCTTTCGCGTCACCGTTCATGGACACCTGCCAAAACAGCCGATGCTGTGGGTCAGCAACCATGTGTCCTGGACTGACATTCCGCTGCTGGGCATGCTCACGCCGCTGTCATTCCTGTCCAAGGCCGAAGTGCGCACCTGGCCGGTGGCTGGATGGCTGGCGGCCAAGGCCGGCAGCCTGTTCATCCGGCGCGGCTCGGGCGACAGCCAATTGATTCGTAAACAGATGAGCCGCCATCTGGAGCAAGCGCATCCGCTGCTCATGTTCCCTGAGGGCACGACCACCGACGGACGTTCGCTGCGCACGTTCCATGGTCGCCTGCTGTCGGCGGCCATCGATGCCGACGTGGCCTTGCAACCGGTGGCGATCCGTTACCTGCGTAACGGCAAACCCGACTTGCTGGCTCCCTTCATTGGCGATGATGACCTGCTGTCGCACCTGATGCGCCTGTTTGCCAATGACCTGGGCGACGTGGAAATCCACTTGCTGAAGCCCATCGCCTGCCACGGCCAGGAACGCGCGGCCCTGGCGTTCCAGGCGCAACAGGCGGTGCACAAGGCGCTGTTCGGAACGATTCCAGAGAAACAGCAAGCGCCGGTACGGCCTGCGGCGATTGCGGCTTGA MSRLRVYARIARVLLVVALGLAMASVFGLLERLGLAHSMVRRQRWSRFFMARLSNALPFRVTVHGHLPKQPMLWVSNHVSWTDIPLLGMLTPLSFLSKAEVRTWPVAGWLAAKAGSLFIRRGSGDSQLIRKQMSRHLEQAHPLLMFPEGTTTDGRSLRTFHGRLLSAAIDADVALQPVAIRYLRNGKPDLLAPFIGDDDLLSHLMRLFANDLGDVEIHLLKPIACHGQERAALAFQAQQAVHKALFGTIPEKQQAPVRPAAIAA PGPT0014465_479 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULE-ORNITHINE_LIPIDS_BIOSYNTHESIS,PGPT0014465-olsA-K22617 NA NA D1-35_01726 756 hypothetical protein ATGACTCAGATCGCCCGCATCAGCGACACCGGCAATGAACGCCGCCTGCAAGCCGAACGCCTGATTGGCGCCAAGGCCTTGCACGAAGCACAGGCCCTGCGCTTCAACGTCTTCAGCGGCGAATTCAACGCCAAGCTCAAGGGCGCGGAACTGGGTCTGGACATGGATGACTATGATGTTCACTGCGCCCACATCGGCGTACGCGACCTGAACACCGGCCGCCTCGTGGCCACCACCCGCCTGCTCGACCACCAGGCCGCCAGCAGCCTGGGCCGGTTCTACAGCGAAGAAGAATTCAGCCTGCACGGGCTGGTCCATCTCCAGGGTCCGATCCTGGAAATCGGCCGCACCTGCGTCGACCCGGCCTACCGCAACGGCGGCACCATCGCGGTGCTCTGGGGCGAACTGGCCGAAGTCCTCAATGAAGGCGGCTACAGCTACCTGATGGGTTGCGCGAGCATTCCGATGCAAGACGGCGGCATCCAGGCCCAGGCAATCATGCAACGCCTGCGCGAACGCTACCTGTGCACCGAACACCTGCAAGCCGTGCCGAAAAAACCCTTGCCGGCACTGGACGTTCCGTCCAACGTCATCGCCGAGATGCCACCGCTGCTCAAGGCGTATATGCGCCTGGGCGCGAAGATTTGCGGCGAGCCGTGCTGGGACGAGGATTTCCAGGTCGCCGACGTGTTCATCCTGCTCAAGCGCGACGAACTCTGCCCGCGTTATGCCCGTCACTTCAAGGCGGCGGTGTGA MTQIARISDTGNERRLQAERLIGAKALHEAQALRFNVFSGEFNAKLKGAELGLDMDDYDVHCAHIGVRDLNTGRLVATTRLLDHQAASSLGRFYSEEEFSLHGLVHLQGPILEIGRTCVDPAYRNGGTIAVLWGELAEVLNEGGYSYLMGCASIPMQDGGIQAQAIMQRLRERYLCTEHLQAVPKKPLPALDVPSNVIAEMPPLLKAYMRLGAKICGEPCWDEDFQVADVFILLKRDELCPRYARHFKAAV NA NA NA NA NA D1-35_01727 873 hypothetical protein ATGCCTTGGCAAACCCTGATCGAACGCGGCGAGCGGTTGCCTGCCTTTGTGGATCTGGCGGAAGGTTACGCGGGCTTGTTGCAACGGCTGGGGCCGGTCACGCCATTCGAGCTGGCCGTGGCCGGCGCCAAGTTGATGGCCACGCCGGGGCTCGCGTTCCTGGTGGGCTACCAGGCGGCCCTGCGGGCGCTCTGGCCAAGCGCGCCGCAGAGCCTCGGCGCCTTGTGCGCCACCGAGCAGCGCAGCCTGCGCCCGGCGGATATGCAGACCCGTCTCAGCGACTTGCGGGTGAATGGACGCAAGGATTTCGTCACCGCGGGCGATGCCGCCGAATGGCTGCTGATCGCGGCCCGAAGCGAAGCGGCCGGCGAAGCACCGCGGCTGAAGCTGGCGGTGGTCTATGGCGGAGAACCCGGTGTAAACCTGGAAAAACTCCCCGCCATCCCCTTGATGCCGGACATCGGCCATGCTCGGGTATTGCTCGATGGCGCGTTGTGCGAAGTGCTGCCAGGGGACGGCTGGGATGCCTACGTCAAACCGTTCCGTACCCTGGAAGACCTTTATGTGCTCAGTGCAATGGCTGCCTGGCTCTATGGTGTGGGCCAGGAGTGTGATTGGCCGCAGGCCTTGCAACTGCGCCTGTTGGCTCTGCTGGCGGGGTGCGCGGAGGTAAGTCGGCAAAATCCGTCCAGTGCGGCCGGGCATGTGCTGCTGGGTGGGCTGTTCGCGCAGTTCAAGGGGCTTGATGTTGAATTGAACGAGGCACTGGCTGCTGGGCCGGCGTCGTGGCGAGAAATGTGGGGGCGCGACAAAGGAGTCATGGATATCGCGGCGGGCGCGCGGGCCAAGCGGTTGGCCAAGGCGTTGGGCTAG MPWQTLIERGERLPAFVDLAEGYAGLLQRLGPVTPFELAVAGAKLMATPGLAFLVGYQAALRALWPSAPQSLGALCATEQRSLRPADMQTRLSDLRVNGRKDFVTAGDAAEWLLIAARSEAAGEAPRLKLAVVYGGEPGVNLEKLPAIPLMPDIGHARVLLDGALCEVLPGDGWDAYVKPFRTLEDLYVLSAMAAWLYGVGQECDWPQALQLRLLALLAGCAEVSRQNPSSAAGHVLLGGLFAQFKGLDVELNEALAAGPASWREMWGRDKGVMDIAAGARAKRLAKALG PGPT0008385_9327 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_01728 1095 hypothetical protein ATGCCCAGACGCTGGCTGTTGCTTCCGCTGTTGCTGTTGACCCTCACAGCCGGCGCTGAAGACTGGCCCTCAGAACAATGGCCAACCGGCCCGACGCCCACCGGGCCGGCCCTTGAAGCGCTGGAGCAATACGCCTTTACCCAAAGGGATGACAGCACCCGCGAGGGCATCCGCACCGACGCGCTCCTGATCATCCAGGACGGCCGACTGGTCTATGAACGCTACGCCGGACCCACGACCGCCCAGACTCCGCACCTGACCTGGTCCATCAGTAAAAGCCTGCTGGCGACAATCTTCGGCGTGGCCTACGGCGAAAGGCTGTTCGCCCTGGATGATCCCGCTGCCAAGTACTACCCGCCGCTGCAGCGGCACCCGGACATGACCCTGGCCGATCTGTTTCATTGGACTTCCGGCCTGGACTGGCAGGAAGACTACGAATACGCGCCACTCAATTCCTCGGTGGTGGCGATGCTCTACACGCGGGGGCGCCACGACATGGCGGCGTTCACTGCCGCGCACGCAAGCTTCGGCCCGCCCGGGCAAGTGTTCCGTTACTCCAGTGGCGACAGCAACCTGCTGGCGGCGGCGCTGAAAACCATCGTCGGCCCGGCGCGCTATGCCGATTACCCCTGGACGGCCCTGTTCGAACCGCTGGGCATCCGCCACGCGACCTGGGAAACCGACGCCAGCGGCACGTTTGTCGGGTCGTCCTATACCTACCTGACGGCGCAGGACCTGGCGCGTGTCGGCTTGTTGATGCAGCGCGATGGCCGCTGGGGCGACCGACAATTGGTGTCCAAAGACTGGATAGCATTCAATCGCGAGCCTTTCGCCGGATTCCAGGCGGGCCAGGATGAAGCCGTGCCTGGCGGGCATTGGTGGCTCAATCGCGGTGCCGACTCCACCCTCCGCCCATGGCCTGACGCACCGCCGGATACGTTCGCCGCGCTCGGTCACTGGGGCCAGGCGCTGTATATCATTCCCAGCGCCAGGCTGGTGATTGTGCGCTACGGCGATGACCGCGACGGCAGCTACCGCCACAACGAATTGCTCAAGCGCGCCATGGCGGCCTTCGCCGGGGCGGTGCGACCATGA MPRRWLLLPLLLLTLTAGAEDWPSEQWPTGPTPTGPALEALEQYAFTQRDDSTREGIRTDALLIIQDGRLVYERYAGPTTAQTPHLTWSISKSLLATIFGVAYGERLFALDDPAAKYYPPLQRHPDMTLADLFHWTSGLDWQEDYEYAPLNSSVVAMLYTRGRHDMAAFTAAHASFGPPGQVFRYSSGDSNLLAAALKTIVGPARYADYPWTALFEPLGIRHATWETDASGTFVGSSYTYLTAQDLARVGLLMQRDGRWGDRQLVSKDWIAFNREPFAGFQAGQDEAVPGGHWWLNRGADSTLRPWPDAPPDTFAALGHWGQALYIIPSARLVIVRYGDDRDGSYRHNELLKRAMAAFAGAVRP NA NA NA NA NA D1-35_01729 309 hypothetical protein ATGAGACGCAACGTGTTGCTCAGCCTGGCGTCGGTGCTGCTCATTGCCCTGTTCGGTTGGGTCTGGTTGGAGCGGGTAGCCCTGCAGGCCTTCCCCGACATCATCAGCGCGTACACCGCCAAGGAGTATTGCTCGTGCCGCTATGTGATGCGGCAGCCAGCCGAGTATTGCCGCGGGTATGTGAAGCAGTCGGTTCCCGTCAGTGATTTTTTCGAGAGTGTTGAAGCCAGACGCGTCACGGTCAGCGGGTTGGGGCGTAGCCACAGTGCGCGCTGGATCGGCGAGCGGCAGGGGTGTCGGTTGGAGTAA MRRNVLLSLASVLLIALFGWVWLERVALQAFPDIISAYTAKEYCSCRYVMRQPAEYCRGYVKQSVPVSDFFESVEARRVTVSGLGRSHSARWIGERQGCRLE NA NA NA NA NA D1-35_01730 591 hypothetical protein ATGTTCAAGCGGTTTCTCCCCCACGCTGTCATCACGTTGCTGCTGGCCTGCGCCGCGTTGCCGGCCCAGGCCGACTGGTACCTGGACGGCGAATCGTCGCGGCTTTCGTTTATCAGCAGCAAAAACGGCAATGTGTCCGAGGTCCAGCGCTTTCTCGTGCTTCATGGCCAGGTCCAGCCCAAGGGCCTGGCGCGGCTGGAGGTCGAGCTGGAGTCCATCAACAGCGGCGTCCCGCTGCGGGACGAACGCATGCGCGCCGAGCTGTTCGAGATCAAGCAGTTTGCCGAAGCCACTATCACCGCGCAGCTTGACCTGATGCCGATCCAGGACCTGGCCAACGGCGCACAGTTGGAGTTGCGCCTGCCGGTAACGGTGGACCTGCATGGCAAGCAGCACGAATACAACGCCCAACTGCTGGCGACGCGCCTGGATGAGCGACGTTTCCAGGTCGTGACCCTGGAGCCGGTGGTGCTCAACGCGGCGGATTTCGGCCTGACGCCGGGCCTGGAAAAGCTGCGCGCACTGGCCGGATTGTCGACCATCAGCCTGTCGGTGCCGGTGAATGCGGTGCTGATTTTCACGGCGCGCTGA MFKRFLPHAVITLLLACAALPAQADWYLDGESSRLSFISSKNGNVSEVQRFLVLHGQVQPKGLARLEVELESINSGVPLRDERMRAELFEIKQFAEATITAQLDLMPIQDLANGAQLELRLPVTVDLHGKQHEYNAQLLATRLDERRFQVVTLEPVVLNAADFGLTPGLEKLRALAGLSTISLSVPVNAVLIFTAR NA NA NA NA NA D1-35_01731 1158 clsA_1 COG1502 Major cardiolipin synthase ClsA ATGAGCGGTCCGGTATTTCCCTGGCGCGAAGGCAATCGCTTCGAGTTGTTGATCGACGGTCCGCAGTTCTTTCCGCGCATGCTGGTGGAAATCGCCCGCGCCCAGGAGCAGGTGGAACTGGAGCTGTATCTGGTGGAGGCGGGCGCTTGCGCCGAGGCGATGGTCCAGGCGCTCGTCCAGGCCGCCGAGCGGGGTGTTCGCGTGCGCTGCCTGTTCGACGACTACGGCAGCCTGGCGTTTACCCTGGGCCTGCGCAATCGCCTGGTCGAGGCAGGTGTGGAGCTGCGGTTCTACAATCGCCTGAGCTGGCGTCGCTGGGTGCGCAATCTTTACCGCGACCATCGCAAGCTGCTGCTGGTCGATCAGCGCCTGGCGGTGGTCGGCGGCACCGGGGTCACCGACGAATTCTGGAACCCTTTGGAAGACCAAAGCGACTGGCACGAGGTGATGGTGGAAATCGTCGGCCCGCTGGTGCTCGACTGGCAGCTTCTGTTCGACCGCCAGTGGCTCGCCAACCGCCATCGTCGGGCCTGGAAACCGGCTTCCAATTTCGGCTTGCCGCGCTTGCCCCGTGTTCCGCCGGTAGGCGAGGGCATGGGCCGGGTGGCCTATGCCGACGCCCGCCAGCACCGCGACATCCTGCAATCACTGTCCCGGGCGTTAAACAGCGGTCAGAAACGTATCTGGATGGCCACGCCGTATTTCCTGCCGACCTGGAACGTGCGCCGCTCCTTGCGCAAGGCCGCCGCCCGGGGCGTCGATGTGCGCCTGCTGCTGACCGGCCCGCGCACCGATCACCCCTCCGTGCGCTACGCCGGCCATCGTTATTACCCGCGCCTGCTCAAGGCCGGTGTGAAGATCTATGAATACCAGCCATGTTTCCTGCATTTGAAAATGGTTCTGGTGGACGATTGGGTCAGCATCGGCTCGTGCAATTTCGATCACTGGAACCTGCGCTTCAACCTGGAGGCCAATCTGGAAGCATTGGACTCAGGACTGAGCAAGGCCGTGGCGATCAGTTTTGAGCGCGATTTCGACCAAAGCCTGCAAGTGAGCCTCGACGCCTGGCAGCGCCGGCCGCTGTGGAAGCGCGTCAAGCAACGGTTGTGGGGATGGGTGGACCGGCTGGTGGTGAATCTGCTGGATCGACGGGGTTAG MSGPVFPWREGNRFELLIDGPQFFPRMLVEIARAQEQVELELYLVEAGACAEAMVQALVQAAERGVRVRCLFDDYGSLAFTLGLRNRLVEAGVELRFYNRLSWRRWVRNLYRDHRKLLLVDQRLAVVGGTGVTDEFWNPLEDQSDWHEVMVEIVGPLVLDWQLLFDRQWLANRHRRAWKPASNFGLPRLPRVPPVGEGMGRVAYADARQHRDILQSLSRALNSGQKRIWMATPYFLPTWNVRRSLRKAAARGVDVRLLLTGPRTDHPSVRYAGHRYYPRLLKAGVKIYEYQPCFLHLKMVLVDDWVSIGSCNFDHWNLRFNLEANLEALDSGLSKAVAISFERDFDQSLQVSLDAWQRRPLWKRVKQRLWGWVDRLVVNLLDRRG PGPT0007725_5152 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 D1-35_01732 2292 Beta-xylosidase ATGAAGAAGCTGTGTTTGCTGGGCCTGTTTGTCACCCTGGCCAGTCAATCCGTATTAGCCGACAACCTGCCAGCCCCCATGGAGAACAAGGACGCTTTCATCAGCAGCCTGATGAAGCAGATGACCCTCGAGGAAAAGATCGGCCAACTGCGCCTGATCAGCATCGGCCCGGAAATGCCCCGGGAGATGATCCGCAAGGAAATTGCCGCGGGCAACATCGGTGGTACGTTCAACTCCATCACCCGCGACGAAAACCGTCCGATGCAGGACGCGGCCATGCGCAGCCGGTTGAAGATCCCGATGTTCTTCGCCTATGACGTGATCCATGGCCACCGGACCATTTTCCCGATTCCCCTGGCCCTGGCTTCGAGCTGGGACATGGACGCCATCTACCGCTCCGGTCGTATCGCGGCCAAGGAAGCGGCGGCCGACAGCCTGGACATCACCTTTGCGCCGATGGTCGATATCTCCCGCGACCCGCGCTGGGGCCGGACCTCCGAAGGTTTCGGCGAGGACACTTACCTGGTGTCGCGCATTGCCGGGGTGATGGTCAAGGCATTCCAGGGCAGCGGCGCCAACGCCGCCGACAGCATCATGGCCAGCGTCAAGCACTTCGCCCTGTATGGCGCGGTGGAAGGCGGCCGGGACTACAACACCGTGGACATGAGCCCGGTGAAAATGTACCAGGACTACCTGCCGCCCTACCGCGCTGCCATCGACGCCGGTGCAGGCGGGGTGATGGTCGCGCTGAACTCCATCAACGGCGTGCCGGCCACCGCCAACACCTGGCTGATGCACGACCTGTTGCGCAAGGAATGGGGCTTCAAGGGCCTGGCCGTCAGCGACCACGGGGCGATTTTCGAGTTGATCAAGCATGGCGTCGCCCGGGACGGTCGCGAAGCGGCAAAACTGGCGATCAAGGCCGGCATCGACATGAGCATGAACGACTCGCTCTACGGCAAAGAGCTGCCAGGACTGCTCAAGGCTGGCGAAATCGAGCAGAGCGACCTTGATAACGCGGTGCGTGAAGTGCTGGCCGCCAAGTACGACATGGGCCTGTTCAAGGACCCGTACCTGCGCATCGGCAAGGCCGAGGATGACCCGGCCGACGTCTATGCCGACAGCCGCATGCATCGCGCCGATGCCCGTGACGTGGCGCGCCGCAGCCTGGTACTGCTGGAAAACCGCAACCAGACCCTGCCTCTGGAGAAGACCGCGAAGGTCGCCCTGGTCGGTCCGCTGGCCAAGGCGCCGATCGACATGATGGGCAGCTGGGCCGCCGCCGGTCGCCCGGCGATGTCGGTCACCGTGTACGACGGCATGGCCCGTGCGCTGGGCGGCGAGTCGAAGCTGATCTACGCCCGTGGCGCCAATATCACCGGCGACAAGAAGGTGCTCGACTACCTCAACTTCCTCAATTTCGACGCACCGGAAGTGGTGGATGACCCGCGCCCGGCCCAGGTGCTGATCGATGAAGCGGTGAAAGCCGCCAAGGAAGCCGACGTGGTCGTGGCCGCCGTGGGCGAGTCCCGTGGCATGTCCCACGAGTCCTCGAGCCGCACCGAGTTGAACATCCCGGCCAGCCAGCGCGAGCTGATCAAAGCCCTGAAAGCCACCGGCAAACCCTTGGTGCTGGTGCTGATGAACGGCCGTCCGCTGTCGCTGCTGGAGGAACAACAGCAAGCCGATGCGATCCTGGAAACCTGGTTCAGCGGCACCGAAGGCGGCAACGCCATTGCTGACGTGCTGTTCGGCGACTACAACCCGTCGGGCAAGCTGCCGATCACCTTCCCACGCTCGGTCGGGCAGATTCCTACCTACTACAATCACCTGAGCATCGGCCGGCCGTTCACGCCGGGCAAGCCGGGCAACTACACCTCGCAATATTTCGACGACACCACCGGCCCGCTCTACCCGTTCGGCTATGGCTTGAGCTACACGACGTTCAACCTGTCGGACATGGCCTTGTCGTCCACCACGCTGAACAAGACCGGCAAGCTCGACGCCAGCATCACCCTGGAAAACACCGGCGAGCGTGACGGTGAAACCGTGGTGCAGCTGTACATCCAGGATGTGACCGGGTCGATCATCCGCCCGGTCAAGGAGCTGAAGAACTTCCGCAAGGTGATGCTCAAGGCCGGCGAGAAGAAAGTCATCCACTTCACCATCACCGAAGACGACCTGAAGTTCTTCAACGCCCAGCTCAAGTACGCCGCTGAACCGGGCAAGTTCAACGTGCAGATCGGCCTGGATTCCCAGGACGTGAAGCAGCAGAGTTTCGAGTTGCTCTGA MKKLCLLGLFVTLASQSVLADNLPAPMENKDAFISSLMKQMTLEEKIGQLRLISIGPEMPREMIRKEIAAGNIGGTFNSITRDENRPMQDAAMRSRLKIPMFFAYDVIHGHRTIFPIPLALASSWDMDAIYRSGRIAAKEAAADSLDITFAPMVDISRDPRWGRTSEGFGEDTYLVSRIAGVMVKAFQGSGANAADSIMASVKHFALYGAVEGGRDYNTVDMSPVKMYQDYLPPYRAAIDAGAGGVMVALNSINGVPATANTWLMHDLLRKEWGFKGLAVSDHGAIFELIKHGVARDGREAAKLAIKAGIDMSMNDSLYGKELPGLLKAGEIEQSDLDNAVREVLAAKYDMGLFKDPYLRIGKAEDDPADVYADSRMHRADARDVARRSLVLLENRNQTLPLEKTAKVALVGPLAKAPIDMMGSWAAAGRPAMSVTVYDGMARALGGESKLIYARGANITGDKKVLDYLNFLNFDAPEVVDDPRPAQVLIDEAVKAAKEADVVVAAVGESRGMSHESSSRTELNIPASQRELIKALKATGKPLVLVLMNGRPLSLLEEQQQADAILETWFSGTEGGNAIADVLFGDYNPSGKLPITFPRSVGQIPTYYNHLSIGRPFTPGKPGNYTSQYFDDTTGPLYPFGYGLSYTTFNLSDMALSSTTLNKTGKLDASITLENTGERDGETVVQLYIQDVTGSIIRPVKELKNFRKVMLKAGEKKVIHFTITEDDLKFFNAQLKYAAEPGKFNVQIGLDSQDVKQQSFELL PGPT0019110_3885 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349 NA NA D1-35_01733 609 lemA COG1704 Protein LemA ATGAATCCACGACTGAACCACCTTCGCGGCCTGCAAATGCTGGCCCTGATGCTCTTCACAACATTGCTGGCCGGTTGTGGCATCAACAACATCCCGACGCTGGACGAGCAGGCCAAGGCGGCCTGGGGTCAGGTGCAGAACCAATACCAACGCCGCGCCGACCTCATTCCCAACCTGGTGGAAACCGTCAAGGGTTATGCCCGGCACGAACAGGAAACCCTGACCGCAGTAATCGAAGCGCGGGCCAAGGCCACCTCGATCCAGGTCGATGCCAATACCTTGGACAATCCGGAAAAACTCAAGCAGTTCCAACAAGCCCAGGACCAGTTGAGCGGGGCGTTGAGCCGCTTGATGGTGGTGTCCGAGCGCTACCCGGACCTGAAGGCCAACCAGAACTTCCTGGCGTTGCAATCGCAACTCGAAGGCACCGAGAACCGCATTGCCGTGGCGCGTCGCGACTTCATCCTGGCGGTGCAGAAGTACAACACCGAAATCCGTACGTTCCCCGGCCGCCTGTGGCACAGCGTGATGTACAGCGACTTGCCGATCCGCGAAACCTTCGAGGCGACCAGCCCGAATGCCGAAAAAGCGCCTGAAGTGAAGTTCTGA MNPRLNHLRGLQMLALMLFTTLLAGCGINNIPTLDEQAKAAWGQVQNQYQRRADLIPNLVETVKGYARHEQETLTAVIEARAKATSIQVDANTLDNPEKLKQFQQAQDQLSGALSRLMVVSERYPDLKANQNFLALQSQLEGTENRIAVARRDFILAVQKYNTEIRTFPGRLWHSVMYSDLPIRETFEATSPNAEKAPEVKF NA NA NA NA NA D1-35_01734 750 hypothetical protein ATGCGAGTGTTGAAATTTGGCCTGGTGCTGTTGCTCTGGGTCTTTGCCATCACGGCCCAGGCCGAGTTGAAATTTCCGGCATTGACGGGGCGGGTGGTGGACTCCGCCCAACTACTCGACCCGTCGGTGCGCACGCAACTCGATGCGCAACTCAAGGCCCATGAGCAGGCGACCAGTGAGCAGGTGGTTGTCGTCACCCTGCCGGACCTGCAGGGCACCAGCATCGAAGACTTCGGTTACCAATTAGGCCGCCACTGGGGCATCGGGCAGAAGGATAAAAACAACGGCGCGCTGCTGATCGTCGCCCGCGATGACCGTAAACTGCGGATCGAAGTGGGGTATGGCCTGGAAGATCGGCTGACCGATGCCCAGAGCTCCGTCATCATCAATCAGGTCATCACTCCGGCATTCAAGACGGGAAATTTCAACAAGGGCATCAGCGACGGCGTCGCGGCGATGCTCGTGGTGTTGGGCGGCAGTCCGCTGGATGAGCCAGCCCCTGCGTATGACGCGGGAGGGCAGGGTGAGGGCGACTTCATCGACCGGCATGCGGGGCTGATAATCTTCCTGGCGATGCTGTTCATCCTGACGATAGGCGTTTGCCAGGTGCTTGGTATCCTGCCGAGCAGTGGCGGTTCCGGCGGTGGCAGCTCCAGAAGCGGCGGTGGCGGTTTCGGCGGCGGCGGTGGCGGAGGCTTCAGCGGTGGCGGAGGCAGTTTTGGTGGCGGCGGTTCGTCGGGCGGCTGGTGA MRVLKFGLVLLLWVFAITAQAELKFPALTGRVVDSAQLLDPSVRTQLDAQLKAHEQATSEQVVVVTLPDLQGTSIEDFGYQLGRHWGIGQKDKNNGALLIVARDDRKLRIEVGYGLEDRLTDAQSSVIINQVITPAFKTGNFNKGISDGVAAMLVVLGGSPLDEPAPAYDAGGQGEGDFIDRHAGLIIFLAMLFILTIGVCQVLGILPSSGGSGGGSSRSGGGGFGGGGGGGFSGGGGSFGGGGSSGGW NA NA NA NA NA D1-35_01735 618 hypothetical protein ATGGCATTACTGACTGAACACGAACAACGCAAGGTGGCCGAGGCCATTGCCCGGGTCGAGCGCGACACCGATGCCGAACTGGTAACGGTGCTTGCTGCTCGCGCCGACGACTACGCCTACATCCCGCTGCTCTGGGCCAGCTTGCTGGCCCTGGTGGCCCCCGGCGTGGTGCATTACCTGACGGGCTGGCTGACCACGCACAGCTTGCTGTTGGTGCAGTGGGGCAGTTTCATCGGGTTGTGCCTGCTGTTTCGCCTGCCTGCTATCACCACGTACCTGATCCCTCGCTCAGTACGTCACTGGCGAGCGTCGAACCTGGCGCGCCGGCAATTTCTCGAGCAGAACCTGCACCATACGGTGGACGGCACAGGCATGCTGATCTTCGTTTGCGAGGCCGAGCGGTATGTGGAAATCCTGGTGGACGAGGGCATTTCCAAGCGACTCGACAATAAGCATTGGGAGGCGATTGTCGCGGCATTTACCCAGCAGGTTCGCCAGGGCCAGACGTTGCAAGGCTTTGTGACGTGCATTGAAGCCTGCGGCGAACTGCTCAAGGCGCATGTGCCGGTGACCCATGCGCGCAATGAGTTGCCGAATCGGTTGGTGGTGCTCGGCTGA MALLTEHEQRKVAEAIARVERDTDAELVTVLAARADDYAYIPLLWASLLALVAPGVVHYLTGWLTTHSLLLVQWGSFIGLCLLFRLPAITTYLIPRSVRHWRASNLARRQFLEQNLHHTVDGTGMLIFVCEAERYVEILVDEGISKRLDNKHWEAIVAAFTQQVRQGQTLQGFVTCIEACGELLKAHVPVTHARNELPNRLVVLG NA NA NA NA NA D1-35_01736 1218 hypothetical protein ATGTCCGTCACTGCAACTTCCGCCCGTCCCGCGCCGGATCACCACGCCCAGTTCATCGAGCTGTTGCAGGCCAGCCTTGGGCAGAACGCCTTCATCAAGCTCGTACTGGCCAAATACGTCGGTGACGAAGCCGATCTGCAGCGGCTGATCATCAAGCAACTGACGGTCAAGGATCAGCCGTGCCTGTCCTTCGTCTACCGCTACAAGACGCGCGACATCACCAAGAACTTCCCGCTGGCCGAAGGCGTTGAGACGGTCGCCGCGCTGTTGCCGGCCTCGTTCAAGAACGCACATCTGCTGGCAATCACTGACGAGGCGCAGCTGGAATACAGCAAGAAGGGCAAGAGCTCGTTGTTCAAGAGCAAGCCCCAGCAACTGCGGGAAGTGCCGTCCGCGGGGCACAACCGTGAAAAAAACCGCTTCCTCGATCTGAGCCGGCCGTTCCTCGCCGACCTGGGCGTGACCAACCACAAGCACGAGCTGATTCCGGCGATGTCGCGCAAGTGGAAGCAGATCAACAAGTTCATCGAAGTCTTCAGCCACGCGTTGACGTCTTCGCCGCTGGCGCTGGACAAACCGGTGCGGGTCGCGGATTTCGGCTCGGGCAAGGGCTACCTGACGTTCGCCATCCATGATTACTTGCGCAACACCTTGCAGGCCGAGGGGCTGGTGACAGGCGTCGAATTGCGCGAGGACATGGTCAAGCTGTGCAACGAAGCCGCCGCGCGGCTTGAGCATCCGGGCCTGGAGTTCCAGCACGGGGACGTGCGCAGCGTCGCGCCGCGTGAAGTGGACGTGATGATCGCCCTGCATGCCTGCGACATTGCCACCGACTACGCGATCCACATGGGCATCCGCTCGGGAGCCTCGATCATCATGTGTTCACCGTGCTGTCACAAGCAGATCCGCCTGCAGATCCAGAGCCCGGCGCTGCTCAAGCCGATGCTCCAATATGGCCTGCACCTGGGCCAACAGGCGGAAATGGTCACCGACAGTCTGCGGGCGCTGTACCTCGAAGCCTGTGGCTACGAGACCAAGGTATTCGAGTTCATCTCCCTGGACCACACCAACAAGAACAAGATGATCCTGGCGGTCAAGCGCCCGGAACCGGTGGATGCCATCGAACTCCTCGCCAGGATCGAAGAGCTGAAGGCGTTTTACCGCATCACCGAACATTGCCTGGAAACGCTGCTGCGGGCTGACGGCTACCTCGCCTGA MSVTATSARPAPDHHAQFIELLQASLGQNAFIKLVLAKYVGDEADLQRLIIKQLTVKDQPCLSFVYRYKTRDITKNFPLAEGVETVAALLPASFKNAHLLAITDEAQLEYSKKGKSSLFKSKPQQLREVPSAGHNREKNRFLDLSRPFLADLGVTNHKHELIPAMSRKWKQINKFIEVFSHALTSSPLALDKPVRVADFGSGKGYLTFAIHDYLRNTLQAEGLVTGVELREDMVKLCNEAAARLEHPGLEFQHGDVRSVAPREVDVMIALHACDIATDYAIHMGIRSGASIIMCSPCCHKQIRLQIQSPALLKPMLQYGLHLGQQAEMVTDSLRALYLEACGYETKVFEFISLDHTNKNKMILAVKRPEPVDAIELLARIEELKAFYRITEHCLETLLRADGYLA NA NA NA NA NA D1-35_01737 582 yhbO COG0693 Protein/nucleic acid deglycase 2 ATGGCCGCGAAGAAAATCCTCATGCTGGTCGGCGATTACGTCGAAGATTATGAAGTGATGGTGCCTTTTCAGGCCTTGCAGATGATCGGCCACACAGTGCACGCGGTGTGCCCGGACAAAACCACCGGACAGACGGTGCGCACCGCGATCCATGATTTCGAAGGCGACCAGACCTACAGCGAGAAGCCTGGGCATCTGTTTGCCCTCAACCATGATTTCGCCAGCGTCCAGGCCAGCGACTATGACGCGCTGCTGGTGCCGGGCGGTCGTGCGCCGGAATACCTGCGCCTGAATGAAAGCGTCCTGCAACTGGTGCGCGATTTCGATTTGGCGGGCAAGCCGATCGCCGCGGTGTGCCATGGGGCGCAATTGCTGGCGGCGGCAGGCATCCTGGAAGGGCGCGAATGCAGCGCCTATCCAGCATGTGCTCCGGAGGTGCGCCTGGCCGGCGGGACGTTCATCGATATTCCAGTGACCGAAGCCCATGTCCAAGGCAACCTGGCCACCGCACCGGCGTGGCCCGCCCATCCGAACTGGCTGGCGGGGTTCCTGACGCTGCTGGGCACGGCCATCACCTTGTAG MAAKKILMLVGDYVEDYEVMVPFQALQMIGHTVHAVCPDKTTGQTVRTAIHDFEGDQTYSEKPGHLFALNHDFASVQASDYDALLVPGGRAPEYLRLNESVLQLVRDFDLAGKPIAAVCHGAQLLAAAGILEGRECSAYPACAPEVRLAGGTFIDIPVTEAHVQGNLATAPAWPAHPNWLAGFLTLLGTAITL PGPT0015010_717 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 D1-35_01738 1020 hypothetical protein ATGACCGATTTCCAGGAATACGACGCCCGGCTCGAAAATTGGGAGACGTTGCGCACCGACACCGCTTTCAGCGGCCTGCTGGTGGGCAATGGCGCGAGCCGCGCCGTGTGGGACGATTTCGGCTATGACTCGTTGTTCGAGAACGCCCGCACCGTCGAGGAAAAACCACTGAGCCCTTCGGAACTGAGCGTCTTCGACGCCCTGCAGACCCGCAGTTTCGAGCAGGTACTGGGCGCGTTGAAAACCACCAGCCGGGTCAACAAGGCCCTGGCCGTCAGCTCCGCCGCCCCGCGCAATCGCTATTACGCGATCAAGGAAGCCTTGATCAACACCGTGCACGCGGTGCATATCCCCTGGCGACTGGTGCAACCCTCGACCCTGGGAAGTCTCAATCAGGAGCTGGGCCGCTACCGCACAGTGTTCACCACCAACTACGATCTGCTCAGCTATTGGGCGATCCAGCATACGCCCGAGAACCTCACCGATCTGTTCCTGGGTGCCGATCACAGCTTCGATCCGAGTCGGACCAGTACAGACAAGCCGCGCCTGTTGTATCTGCACGGCGGCCTGCATTTGGTGCGCGACCAGGACGGCACGGCACGCAAGCTCGCTTCCACCGAAGGCACGCTGTTGGGCAGTTTTGCCATCAACAACACCCTCAAGACCCTCGACGACGTGCCGCTTTTTGTCAGCGAAGGGCCGAGCCAGGACAAACTCAAGACCATCCGCAGCAGCGATTACCTGTCGTTCTGCTACGACCAGTTGTTGCACCACGACGACAATCTGTGTCTGTTCGGCCACGCCTTGGGCGAGCAGGACAGCCATATCGTCCATGCCCTGCGCCAAGCGGCGCCGAGGACCGTGGCCATCTCGATTTACCCGCGCAGCCAGGCGTTCATCCAGCATCAGAAGCGGCATTACGCCAAATTGTTCGAGGGCCTGGACACGCAATTGCGCTTCTTCGATGCCAAGACCCACCCACTGGGCGATCCGAAGCTGGCGGTGCCGGTGGAGGTTTAG MTDFQEYDARLENWETLRTDTAFSGLLVGNGASRAVWDDFGYDSLFENARTVEEKPLSPSELSVFDALQTRSFEQVLGALKTTSRVNKALAVSSAAPRNRYYAIKEALINTVHAVHIPWRLVQPSTLGSLNQELGRYRTVFTTNYDLLSYWAIQHTPENLTDLFLGADHSFDPSRTSTDKPRLLYLHGGLHLVRDQDGTARKLASTEGTLLGSFAINNTLKTLDDVPLFVSEGPSQDKLKTIRSSDYLSFCYDQLLHHDDNLCLFGHALGEQDSHIVHALRQAAPRTVAISIYPRSQAFIQHQKRHYAKLFEGLDTQLRFFDAKTHPLGDPKLAVPVEV NA NA NA NA NA D1-35_01739 1350 hypothetical protein ATGGATATTCGAAACTCCACGCCGCTGGCCGGTTACCTTGATCTGCTGATGGATGCCGTGTGCGCCGTCGACGCCCTGGGGCGTTTCGTGTTTGTCAGTGCCGCCAGCGAGCGGATCTTCGGCTACACGCCGAAGGAGCTGATCGGCCGTTCGATGATCGATATGGTCCACCCTGCCGACCGCCAGCGGACCCTTGATGCGGCGCGCGAAGTCATGCGCGGAGAACCCAAGCTCAATTTCGAGAACCGCTATCTGCGCAAGGACGGTGGGGTCGTCCATATCCTCTGGTCGGCGCGCTGGTCCGAGCCTGACCAATTGCGGATCGCCGTGGCGCGGGACATCACCGAGCGCAAGCAGGCGGAGTCCCGGCAGGCCGCGTTGTACGCGATTTCCGAGGCCGCCCATGCTGCCGCCGACCTGCTGGCGTTGTTCAAACGTATCCATTCGATAATCGGCGAGTGGCTGCCGGCACTGAATTTTTCGGTGGCGTTGTATGACGAGCAATGTGCCCAGCTCAACTTTCCCTATCACGTCGACGACCGGGAGCGACAGCCGGAACTGCCGGGTACGACCATTGGGCGTTTGTGTGCCGAAGTCATACGCAGCGGTCAGCCGATCCTGCTGACGCCCGGCTCCAGCTCGTTGCCCGTGGAGCTGCACGACCTCGTGGCGAAACCGGACGCGCCGTGCTGGCTGGGTGTGCCACTGAATTCGCAGAGCGGCACGATTGGCGCGTTGATCGTCAAGAGCGCGGCGGATAACGAGCGCTACACCGAGCAGGACAAGGAATTGCTGCAGTATGTTTGCGCGCAGATTGCGATTGCCATCGAGCGCCAGCAACTGCATACCCGGTTGCAGCACATGGCCCAGTACGATCAGCTCACTCAGGTACCCAATCGTGAGTTGCTGCGTGACCGCTTCAAGGCCGCATTGACCACGGCCCGTGTTGCATCGGGGCGGATGGCATTGCTCTACATCGATCTGGATCGCTTCAAGCAGATCAACGACACCTACGGTCATGCCGTTGGCGACATGCTGCTGCAAGCGGTGGCCAGCCGACTCAAGGGTTGCATACGTGACACCGACACTGTCGCCCGCATCGGGGGCGATGAATTCGTGGTACTGCTCCATAGCATCCAGAGCGTGGCAGACGCCGACCGGGTGCAGGAGCAGATTCGTCACGCGCTGGCCCAGCCGCTGCGGCTGGACGGTCATTGCCTGAGCATCGAACCGAGCATTGGCGTGGCGTGTTTCCCCGAACACGGCACGGAAGACATCACCTTGTTCCGCCACGCCGACGAGGCGATGTACGCAGCCAAACGCCACAATCACCGGGCCTTCGGCATCTGA MDIRNSTPLAGYLDLLMDAVCAVDALGRFVFVSAASERIFGYTPKELIGRSMIDMVHPADRQRTLDAAREVMRGEPKLNFENRYLRKDGGVVHILWSARWSEPDQLRIAVARDITERKQAESRQAALYAISEAAHAAADLLALFKRIHSIIGEWLPALNFSVALYDEQCAQLNFPYHVDDRERQPELPGTTIGRLCAEVIRSGQPILLTPGSSSLPVELHDLVAKPDAPCWLGVPLNSQSGTIGALIVKSAADNERYTEQDKELLQYVCAQIAIAIERQQLHTRLQHMAQYDQLTQVPNRELLRDRFKAALTTARVASGRMALLYIDLDRFKQINDTYGHAVGDMLLQAVASRLKGCIRDTDTVARIGGDEFVVLLHSIQSVADADRVQEQIRHALAQPLRLDGHCLSIEPSIGVACFPEHGTEDITLFRHADEAMYAAKRHNHRAFGI NA NA NA NA NA D1-35_01740 504 hypothetical protein ATGAGCCGGATGGCCACCTTTTTACGCACCACCAGTATTGTCGTGCTGATGGGCCTGGGTGCCAGCAGTGCCTGGGCCCAGTCACCCGCCGAATTCATCAACGATGCATCCGCCAAAGGCATGGCTGATATCGAAGCCAGCCGTGCCGCACATTCGAAGGCGGAATCAAGGGAGGTCAAGGACTACACCATCATGGTGATCAACGACCGCACCACCGCCAACCAACACCTGGCGAAAATCGCCAAGAAGCTCGACTTGCCCGTCGCGCCCCGGGAAGAAGTCGCGGACAAGGCCAAGACCTTGATGCCGCAAGTGGCCGAGGGCGAGTCGTTCGAGGCGGCATATGCCGCCAGCCAGGTCAAGGCCACTGAGGAAGCCATCGAGCAGATCCAGCAACAGGCCCAGACCACCAACGTGCCGGAGATCAAGGCGTTCGCCGACGAAACCCTGCCCAAATTGCAGACGCATCTTGAGATGGCCAGGGCGCTGCAGGCCAGTCGCTGA MSRMATFLRTTSIVVLMGLGASSAWAQSPAEFINDASAKGMADIEASRAAHSKAESREVKDYTIMVINDRTTANQHLAKIAKKLDLPVAPREEVADKAKTLMPQVAEGESFEAAYAASQVKATEEAIEQIQQQAQTTNVPEIKAFADETLPKLQTHLEMARALQASR NA NA NA NA NA D1-35_01741 909 yghA putative oxidoreductase YghA ATGTCCACACGCCGAGAACCCAACCAATACGCGATGCAGAATCCACTGACCCAATACCCTCGTCCGGAATTCCCCGACCAGCCGCAATCACCCCCTGGCATTGACCAGGACATGGAACCACAGCCCGATCACGGCGAAAAAACCTATCAAGGCTTCGGTCGCCTGGAGGGGCGCAAGGCGCTGATCACGGGCGGCGATTCGGGGATCGGTCGCGCGGCGGCCATTGCCTATGCCCGCGAAGGCGCCGATGTAGCTATCAACTATCTGCCCAGCGAAGAACGCGACGCGCAGCAAGTCATCGAGCTGATCAAGGCCGAAGGCCGCAAGGCCATTGCGATTCCGGGAGATCTCAAGGACGAAGCGTTCTGCGTCCAGATGGTGAAGATGGCGCAGCAGGAGCTCGATGGCCTGGATATCCTGGTCAACGTCGCTGGTAAGCAGGAAGCGCAAAAGGACATTGCCGACATCACCACCGCGCAATTCGATGACACCATGAAAACCAACATCTACGCGATGTTCTGGATCTGCAAGGCCGCGGTACCGCTGATGCCGGCCGGGGCGACGATCATCAATACCGCGTCGATCCAATCCTACGATCCGTCCGCGACGCTGCTCGATTACGCCACCACCAAAGCGGCGATCGTGGCGTTTACCAAGGCGTTGGCGGGACAGGTCATCAGCAAGGGAATCCGGGTCAATGCCGTGGCCCCGGGGCCGATCTGGACGGTGCTGCAACCCAGCGGCGGACAGCCTAGGGAGAAGATCCCTACATTCGGCTCCCAGGTTCCGATGAAGCGTCCGGGGCAGCCAGCGGAATGTGCGCCGCTGTACGTGCTGCTGGCCTCGCAGGAGTCGAGTTATATCACCGGGGAAGTATTCGGCGTGACGGGAGGGAATCCGTTGCCCTGA MSTRREPNQYAMQNPLTQYPRPEFPDQPQSPPGIDQDMEPQPDHGEKTYQGFGRLEGRKALITGGDSGIGRAAAIAYAREGADVAINYLPSEERDAQQVIELIKAEGRKAIAIPGDLKDEAFCVQMVKMAQQELDGLDILVNVAGKQEAQKDIADITTAQFDDTMKTNIYAMFWICKAAVPLMPAGATIINTASIQSYDPSATLLDYATTKAAIVAFTKALAGQVISKGIRVNAVAPGPIWTVLQPSGGQPREKIPTFGSQVPMKRPGQPAECAPLYVLLASQESSYITGEVFGVTGGNPLP NA NA NA NA NA D1-35_01742 405 hypothetical protein ATGACGTTCGCAAAGATTGCTCAAAAACTGGCCCTGTGGGCAGGAAGTCCCAAGACCTTTCTCGGAGCTATTGTGTTGTTGGCGCTCTGGGCCGCCAGCGGACCGTTCTTCGGTTTCAACGACACCTGGCAACTGATCATCAATACCTCGACCACGATCATCACCTTCCTCATGGTTTTCCTGATCCAGAACACGCAAAACCGCGATACCGATATCCTGCACTTGAAAGTCGATGAATTGTTGCGCGCGACCAAGGACGCGCAGAACGCAATGCTCGGTCTCGAGTCGCTGGACCTCAAGCAGCTGGAAGCGTTGCGCAAGCGCTACCAGGACATGGGCAAAGACGAGGCCAAGAGCCTTGATGGTGTAGAAGAAGAGAAGAAAGTCGACTTGAACCAGTGCTGA MTFAKIAQKLALWAGSPKTFLGAIVLLALWAASGPFFGFNDTWQLIINTSTTIITFLMVFLIQNTQNRDTDILHLKVDELLRATKDAQNAMLGLESLDLKQLEALRKRYQDMGKDEAKSLDGVEEEKKVDLNQC NA NA NA NA NA D1-35_01743 147 hypothetical protein ATGAACCTCACCCGCACCTTTTGCCTCGCCTGCTGCCTGTTCGCACTACAGGGCTGCTTTGACAATTCGGATAACGAGACCAAGGACAACACCGACGGCACCAAGTCTTCGGTGCAGATGCAGGAGTCCAAGTCGGAGAGCAAATAA MNLTRTFCLACCLFALQGCFDNSDNETKDNTDGTKSSVQMQESKSESK NA NA NA NA NA D1-35_01744 411 hypothetical protein ATGCTTTACCCGATTGCGATTTCCATGGGCGATGAGCACCACGCCTGGGGCGTTGAAGTGCCGGATATCCCTGGTTGTTTTTCCGCAGGCGATGATCTGGACGATGCGATGGCCATGGCGCGCGAGGCCATCGAAGGGCACTTTGAAATTCTTGCCGAAGATGGGTCGCCCATTCCGCCGGCCAACACCGTGACGCTGCACGCGGCCAATCCGAAATATGCCGGGTGCGCGTGGGCATTGGTGGACATTGATGTGACCAGATATCTGGGCAAGGCGCAGAAACTCAACATCACCCTGCCCGGCTATCTGCTCAACCGTATCGATGAATATGTGCTGCATCATCCGGAGGAAAAGAGCCGGTCAGGCTTCCTGGCATCGGCGGCACTCAAGGTTTTGCAACAAGGACGTTGA MLYPIAISMGDEHHAWGVEVPDIPGCFSAGDDLDDAMAMAREAIEGHFEILAEDGSPIPPANTVTLHAANPKYAGCAWALVDIDVTRYLGKAQKLNITLPGYLLNRIDEYVLHHPEEKSRSGFLASAALKVLQQGR NA NA NA NA NA D1-35_01745 216 hypothetical protein GTGAACAGCCGATTCCTGATAAGCCAGATTGTTGCGGATGGTTGGTACCTGGTACGGATCCGAGGCAGTCACCACCATTTCAAGCACCCGACCAAACCGGGACTGGTTACGGTTCCTCATCCCAAGAAGGATCTGCTCAAGAAAACGGCCATCAGTATTTTGCAACAGGCCCTGCTCCAGACGGCCAGTTGCCCAGCTTCCCCGGAGGACGATTGA MNSRFLISQIVADGWYLVRIRGSHHHFKHPTKPGLVTVPHPKKDLLKKTAISILQQALLQTASCPASPEDD NA NA NA NA NA D1-35_01746 630 rhtB_2 COG1280 Homoserine/homoserine lactone efflux protein ATGACAGAGCTCTGGTTGTTTTTCATGGCGTTGACGGTGGCGTATCTGTTGCCCGGGCCGGACATGATCCTGGTGCTGCAAACCGGTGCCCGTCAGGGCAAGGCTGCGGCGCTGGCAACGGCGGTAGGCTTGGGGATTGCCCGGGCATGTCATGTCGCGCTGGCGGCAATGGGGCTATCGGTATTGTTCAAGGCAGCGCCCTGGACCTTTGATGTGGTGCGCCTGGCCGGGGCTGCGTATCTGGCGTGGATCGGGTTTCAGTGTTTGCGGACCACGTTGTTGCCAAGCTTTGGAGGAGCTGACGCCGAGGTCGGAAAGCGACAGTGGTACCAAGCGATACAACGCGGTCTGCTGACCAACCTGCTCAACCCCAAGGCGCTGCTGTTTTGCTCAGTGTTGCTGCCGCAGTTCATCGACCCACAGGGCGGGCCGGTGCTGGGGCAATTCGCGATGCTCGGTTTGGTGCTGGTCGGCGTCGGCCTGCTGTTTGACAGCGCCTACGCACTGGTGGGCGTAGCGCTCGGACGCTGGATTCAGCGATCGCCCTCGGCCCAACGTGTGCAGCAGTGGGTGTTTGGCAGCGTGCTGATTGGGTTTGCGGTACGGCTGACGTTTGTGCAGCAGTCGTAG MTELWLFFMALTVAYLLPGPDMILVLQTGARQGKAAALATAVGLGIARACHVALAAMGLSVLFKAAPWTFDVVRLAGAAYLAWIGFQCLRTTLLPSFGGADAEVGKRQWYQAIQRGLLTNLLNPKALLFCSVLLPQFIDPQGGPVLGQFAMLGLVLVGVGLLFDSAYALVGVALGRWIQRSPSAQRVQQWVFGSVLIGFAVRLTFVQQS NA NA NA NA NA D1-35_01747 477 decR_1 COG1522 DNA-binding transcriptional activator DecR ATGAAACTTGATGCCTTCGACCGCAAAATTCTCGCTGCACTGCAGCGGGACGGCCGGCTGAGCAACGTACAACTGGCCGAAGAAATCGGCCTGTCCCCCTCGCCATGCCTGCGCCGCGTGCGGATGCTCGAGGAAGCGGGAGTGATCCGCGGCTATCAAGCCATCCTGGATCGCGATGAAGTGGGCCTCGGTATGACGATCTTTGTCGGCATCAAGGTCGAACGGCACACCGATGAACGAGCCGAGGCATTTCGCCTGGCGGTGACCGCGCTACCCGAAGTGATCTCGGCATTCCTGGTGTCAGGCGAGTCGGATTTCCTGCTACAAGTGGTGGTGCCGGACTTGCGGGCCTATGACCGATTTGTCACGGGCAAGCTGTTGAAGCTGCCGGGGGTGAGTGACATTCGCAGTAATTTTGCGATCAACACGGTGAAGGCTCCGGGTGCGCTGCCGTTGGGGCATTTGCCAGATGCTTGA MKLDAFDRKILAALQRDGRLSNVQLAEEIGLSPSPCLRRVRMLEEAGVIRGYQAILDRDEVGLGMTIFVGIKVERHTDERAEAFRLAVTALPEVISAFLVSGESDFLLQVVVPDLRAYDRFVTGKLLKLPGVSDIRSNFAINTVKAPGALPLGHLPDA NA NA NA NA NA D1-35_01748 3786 hypothetical protein ATGGCAGTCATTAATGGAACAGCTGGCGCAGATGCACTGATTGGCACCGCAGGGGACGATGAGATCAACGCTCTGGGTGGCAACGATGTCATCAAGGGGACTGCTGGCGCAGACAAAATCGATGGCGGTGCGGGTTTAGATACTGTCGACTATTCGGCATCTACTGAAGGTATCAGTATAGATTTGCGTCAGGGCACTGGACTTGTTGGACGAGGTGGCGATGCAGAGGGAGATACGCTCATTGGTATCGAAACTGTCATAGGCTCTGCCTTCAATGACGTGCTTTCCTCTGGTCCGTACACCGTAATCCCAACGGTACAGCTGGAAGGGGGAGCTGGCGACGATATCTACAACATCAATCTGGGGCTGACCCCCTACATCATCGAACAGGCCGGTGGCGGCAACGATGAAGTCCGCGTGTCGGTGATCAATGCCAACGGCACGGTCCTGGCGGCGAACGTCGAGCGCCTGACCTACGTCGGCACCGGCGCATTCACCGGTTACGGCAACGACAGCGACAACGTCATTACCGGCGGTTCGGGTAACGACACCTTGTTCGGTGGCGCGGGAGCGGACCAGTTCATCGGCGGTGCCGGCTATGACATAGCGGGTTATACCGACAGCAAGCAAGCTGTGAACATCAATCTCAAGACGGGCGTGCATTCCGGGATCGCGGCAGGTGATACCTACACCGGTATCGAGGTGATCAGAGGATCGAATTTCAACGACACGTTCGTTGGCGATGGCAGCGGTATACGACTCGACGGCGGCGCCGGGATCGACGTGATCGATTACTCGGGCTCGACTGCCGGGGTAAACGTCGATATCCGTAATGGGTGGGGAACCGCAGGCACGGGCGGAGATGCCGAAGGCATCATTTTGGCGAATATCGAAACCGTCATAGGCTCTGCCTTCAACGACGTGCTCTCCGCTGGCCCGTACACCGTAATCCCCACGGTACGGCTGGAAGGGGGGGCTGGCGACGACATCTACAACATCAATCTGGGGCTGACCCCCTACATCATCGAACAGGCCGGTGGCGGCAACGATGAAGTCCGCGTGTCGGTGATCAATGCCAACGGCACGGTCCTGGCGGCGAACGTCGAGCGCTTGACCTACGTCGGCACCGGCGCATTCACCGGTTACGGCAACGATAGCGACAACGTCATTACCGGCGGTTCGGGTAACGACACCTTGTTCGGTGGTGCGGGAGCGGACCAGTTCATCGGTGGTGCCGGCTATGACATAGCGGGATATACCGACAGCAAGCAAGCCGTGACCATCAATCTCAAGACGGGTGTGCATTCAGCGATCGCGGCAGGCGATACGTACACCGGTATCGAGGTGATCAGGGGATCGAATTTCAACGACACGTTCGTTGGCGATGGCAGCGGTATGCAACTCGACGGCGGTGCCGGGATCGATACGGTCGACTACTCGGGCTCGACTGCCGGGGTAAACGTCGATATCCGTAATGGGTGGGGAACCGCAGGCACGGGCGGAGATGCCGAAGGCATCATTTTAGGGAATATCGAAACCGTCATAGGCTCTGCCTTCAACGACGTGCTCTCCGCTGGCCCGTACACCGTAATCCCAACGGTACAGCTGGAAGGGGGGGCTGGCGACGATATCTACAACATCAATCTGGGGCTGACCCCCTACATCATCGAACAGGCCGGTGGTGGCAACGATGAAGTCCGCGTGTCGGTAATCAATGCCAACGGCACGGTCCTGGCGGCGAACGTCGAACGCCTGACCTACGTCGGCACTGGTGCATTTACCGGTTACGGCAACGACAGCGACAACGTCATTACCGGTGGTTCGGGTAACGACACACTGTACGGTGGTGGGGGAGTAGATCAGTTAATCGGCGGTTCGGGTAACGACACATTATACGGAGGCGCGGGCGCGGATCAGTTCATCGGTGGTGCTGGCACTGACGTAGCGGGTTATACCGACAGCAATGAAGCTGTGACCATCAATCTCAAGACGGATGTGCATTCCGCGATCGCGGCAGGCGATACCTACACCGGTATCGAGGTGATCAGGGGATCGAATTTCAACGACACGTTCGTTGGCGATGGCAGCGGTATGCAACTCGACGGCGGTGCCGGGATCGATACGGTCGACTACTCGGGCTCTACTGCCGGGGTAAACGTCGATATCCGTAATGGGTGGGGAACCGCAGGCACGGGCGGAGATGCCGAAGGCATCATTTTAGGGAATATCGAAACCGTCATAGGCTCTGCCTTCAACGACGTGCTCTCCGCTGGCCCATACACCGTAATCCCAACGGTACAGCTGGAAGGGGGAGCTGGCGACGATATATACAACATCAATCTGGGGCTGACCCCCTACATCATCGAACAGGCCGGTGGCGGCAATGATGAAGTCCGCGTGTCGGTGATCAATGCCAACGGCACGGTCCTGGCGGCCAACGTCGAGCGCCTGACCTACGTCGGCACTGGTGCATTTACCGGTTATGGCAACGACAGCGACAACATCATTACCGGCGGTTCGGGTAACGACACACTGTACGGTGGCGCGGGAGCGGATCAGCTCATAGGCGGTGCTGGCTATGACATAGCGAGCTATCTCGACAGCAAAGCAGCCATGGCCATCAACCTCAAGACGGGCGTGCATTCCGGGATCGCGGCGGGTGATACCTACACCGGTATCGAGGCGATCAGAGGATCGAATTTCAACGACATTTTCTACGGTGGTAGTTCGCCCGTGGCGCACGATGGCGCGGCTGGCATCGATCTGGTCACTTATGAACAGTCTGACAGCGCGGTGACGATCGACCTGACGAACGGCACGAACATAGGGGCGGCTGCTGGTCAGACCTACGCCAACATTGAAATGTTTCAAGGCAGCAATTTTGACGACACGCTATCGGGCTCGGGTCTGAAGGATATCTTCATTGGTGGAGCCGGGGCAGATGTAATCGATGGCCGGGTAGGTCTGGACAGTGCTTTTTACATTACAAGTACAACAGGCATCTCGATCAACTTGCAGACGCAAATCAATCAAGGTGGCGATGCCGAAGGTGATGTATTGCTTAACATCGAACATGTGTTGGGCAGTCATTTCAACGATGTCCTGGTTGGAGACACGGGTGTTAATTATCTGGAGGGTGGATTGGGCAACGACGTCATCGACGGCGGTGACGGCAATGATTTCCTCTATGGTGGGCTGACTTCTTGGATAGGACCTTTCAGCGTCGATAGCTCGGCGAACGGGCCGCAGGCAGACATCCTGTACGGTGGCGGCGGTAACGACACCATCGTCACGACTGCGAGCGACGAGGGGACTCAAGCCTACGGTGAGGCCGGAAATGACACTATCACTGTGATACATGGCATGGCTGACGGTGGGGAAGGCAACGACCTGCTGACCGGTAGAGGCGTGGGCTTTTCACTGTCAGGAGGTCAGGGGGATGACAGGCTGATATTGCAGACCGGCGGTTTTGCTAACGGCGGTGAGGGTGAGGATATCTACACCATCGATACTCCAAAGTTAGTGACGATTCAGGACGACGGTATCAGCAGCGGTGACAAATTGGTTTTGTCCTACATCGATAGCTCTGAACTGTTGGCTGATCGCATCGGTGATGACCTCTATCTGCACCGATCAAGTTTCACTCCGGGACAGGCACCGCAAGAAGGTGTGCGCCTGAAGGATTGGTATGCAGGTTACGACACCATCGAACAGATCCAGACAGCTGATATGCAGCTCATCAGTCTGGTGGGCATCAACACATTTGCCAATGATATGTTTTCCTGA MAVINGTAGADALIGTAGDDEINALGGNDVIKGTAGADKIDGGAGLDTVDYSASTEGISIDLRQGTGLVGRGGDAEGDTLIGIETVIGSAFNDVLSSGPYTVIPTVQLEGGAGDDIYNINLGLTPYIIEQAGGGNDEVRVSVINANGTVLAANVERLTYVGTGAFTGYGNDSDNVITGGSGNDTLFGGAGADQFIGGAGYDIAGYTDSKQAVNINLKTGVHSGIAAGDTYTGIEVIRGSNFNDTFVGDGSGIRLDGGAGIDVIDYSGSTAGVNVDIRNGWGTAGTGGDAEGIILANIETVIGSAFNDVLSAGPYTVIPTVRLEGGAGDDIYNINLGLTPYIIEQAGGGNDEVRVSVINANGTVLAANVERLTYVGTGAFTGYGNDSDNVITGGSGNDTLFGGAGADQFIGGAGYDIAGYTDSKQAVTINLKTGVHSAIAAGDTYTGIEVIRGSNFNDTFVGDGSGMQLDGGAGIDTVDYSGSTAGVNVDIRNGWGTAGTGGDAEGIILGNIETVIGSAFNDVLSAGPYTVIPTVQLEGGAGDDIYNINLGLTPYIIEQAGGGNDEVRVSVINANGTVLAANVERLTYVGTGAFTGYGNDSDNVITGGSGNDTLYGGGGVDQLIGGSGNDTLYGGAGADQFIGGAGTDVAGYTDSNEAVTINLKTDVHSAIAAGDTYTGIEVIRGSNFNDTFVGDGSGMQLDGGAGIDTVDYSGSTAGVNVDIRNGWGTAGTGGDAEGIILGNIETVIGSAFNDVLSAGPYTVIPTVQLEGGAGDDIYNINLGLTPYIIEQAGGGNDEVRVSVINANGTVLAANVERLTYVGTGAFTGYGNDSDNIITGGSGNDTLYGGAGADQLIGGAGYDIASYLDSKAAMAINLKTGVHSGIAAGDTYTGIEAIRGSNFNDIFYGGSSPVAHDGAAGIDLVTYEQSDSAVTIDLTNGTNIGAAAGQTYANIEMFQGSNFDDTLSGSGLKDIFIGGAGADVIDGRVGLDSAFYITSTTGISINLQTQINQGGDAEGDVLLNIEHVLGSHFNDVLVGDTGVNYLEGGLGNDVIDGGDGNDFLYGGLTSWIGPFSVDSSANGPQADILYGGGGNDTIVTTASDEGTQAYGEAGNDTITVIHGMADGGEGNDLLTGRGVGFSLSGGQGDDRLILQTGGFANGGEGEDIYTIDTPKLVTIQDDGISSGDKLVLSYIDSSELLADRIGDDLYLHRSSFTPGQAPQEGVRLKDWYAGYDTIEQIQTADMQLISLVGINTFANDMFS NA NA NA NA NA D1-35_01750 885 rhlA 3-(3-hydroxydecanoyloxy)decanoate synthase ATGAGGCCAGAAATCGCTGTGCTGGATATACAGGGTCAGTATCGGGTTTACACGGAGTTCTATCGCGCAGACGCCGCGCAAAAGACCATCATCCTGGTCAACGGCTCGATGGCCACCACCGCGTCGTTTGCACAGACCACCAAAAACCTCTACCCGCAATTCAATGTCGTGCTGTACGACCAGCCCTACGCGGGCAAGTCCAAGGCTCACAACCGCCACGAGAAAATGCTGACGAAGGAAATCGAAGGCCAGATCCTGCTGGAGCTGATCGACCACTTCGCCGCCGATCACGTATTGTCGTTTTCCTGGGGCGGAGCCGCCACCCTGACCGCCTTGGCCCAGCGCCCGCGGCGCATCGAAAAAGCCGTGATCAGTTCTTTCTCACCGGTGCTCAACGCACCGATGCGCGACTACCTGGAACGTGGCGTGGACTATTTGAGCAGCCTGGACGGCGATCGTGTCGGACACCTGGTCAACAGCACGATTGGCAAGCACCTGCCACCGCTGTTCAAGCGCTTCAACTATCGCCACGTCAGCAACCTGGCCGAGCATGAATACGGACAGATGCACTTTCACATCAACGATGTGCTCCACAGCGACCAGCAGTGCTATGTCAACGCGGCGAAAAAGATCAACGTGCCGGTGCTGTTCCTGAATGGCGAATGGGACGAATACACCGCGGCCACCGACGCCAGGCTCTTCGCCAACCATGTCCAGCACAGCAGCTTCACCACGCTGCAAGCCACCGGGCACTTCCTCGACATGGAACACAAGGCCGCCTGCCGCGACAGCCGCGAGGCGTTGCTGGGTTTCCTCAAGCCAACCCACCACGCCAGCCGACCGCGCTACAGCTATGTACAGGACTACCATGCAGTGGCCATCTGA MRPEIAVLDIQGQYRVYTEFYRADAAQKTIILVNGSMATTASFAQTTKNLYPQFNVVLYDQPYAGKSKAHNRHEKMLTKEIEGQILLELIDHFAADHVLSFSWGGAATLTALAQRPRRIEKAVISSFSPVLNAPMRDYLERGVDYLSSLDGDRVGHLVNSTIGKHLPPLFKRFNYRHVSNLAEHEYGQMHFHINDVLHSDQQCYVNAAKKINVPVLFLNGEWDEYTAATDARLFANHVQHSSFTTLQATGHFLDMEHKAACRDSREALLGFLKPTHHASRPRYSYVQDYHAVAI PGPT0006830_121 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI-1_RhlI|CepI|SolI_PERCIPITATION|SIGNALLING|AHL|NAHL,PGPT0006830-rhlA-K18100 NA NA D1-35_01751 693 rsuA COG1187 Ribosomal small subunit pseudouridine synthase A ATGCGCGTTGACCGTTTCCTCAGTAACCTGCCGCGTTTCAACCGCCAACAGGTCCGCCTGCTGCTGGTGGAACGGCGCGTACGGATCGACGACCAGACCGTCATCGATCCACAGGCACAGGTGCGTGAATTCAGCCGCGTCGAGGTGGATGACGAAGTGCTGCAAGCAGGCCGACCGGCGCGCTATTTCATGCTGCACAAGCCGCCCGGCTGCGTGAGTGCCACCCGCGATCCGCAGCACCGCACCGTCCTCGATCTGCTGGACGAACCGGACAAGGACGACTTGCACATCGCCGGTCGCCTGGACTTCAACACCACCGGGCTGATGCTGATCACCAACGACGGCAGCTGGTCGCGGCGCCTGACCCAGCCGCAGACCAAACTGCCGAAGGTCTACTACGTCGAGACCGAGCAAACCATTACCGCCGAGTACGCCTTCACGTTTGCCCAAGGCCTGTACTTTGCGTTCGAAGACCTCACCACCCAACCGGCGCAATTGACCCAACTGGGGCCGACATCCGCGCGCTTGAGCATCGTTGAAGGCCGTTATCATCAGGTCAAGCGCATGTTTGGTCACTTCAACAACAAGGTGCTGCGCCTGCACCGTGAAAGCATGGGCCCGCTGCTGCTGGACGCTGATCTCGCACCGGGCCAATACCGCGCCTTGAGCCCAGAAGAAGTTGGCCTGATCTGA MRVDRFLSNLPRFNRQQVRLLLVERRVRIDDQTVIDPQAQVREFSRVEVDDEVLQAGRPARYFMLHKPPGCVSATRDPQHRTVLDLLDEPDKDDLHIAGRLDFNTTGLMLITNDGSWSRRLTQPQTKLPKVYYVETEQTITAEYAFTFAQGLYFAFEDLTTQPAQLTQLGPTSARLSIVEGRYHQVKRMFGHFNNKVLRLHRESMGPLLLDADLAPGQYRALSPEEVGLI NA NA NA NA NA D1-35_01752 219 hypothetical protein ATGAATAAACCCGATCTCTGCCCGGCGTGCGGCGCCACCAACGACTGCACCCTGGCCAATCCGAAAACCGTTGATCGTGCCTGCTGGTGCTATGGCGTGAGCATCGACCCGGCGGTGCTGGAAAATTTGCCGGCCGAGCTGCGCAACCAATCCTGCCTGTGCCCGCGATGCGCCCGGGTCGATGACCAGTTGCGCGCCAAGCACCAACCGATCGCGTAA MNKPDLCPACGATNDCTLANPKTVDRACWCYGVSIDPAVLENLPAELRNQSCLCPRCARVDDQLRAKHQPIA NA NA NA NA NA D1-35_01753 747 dosC Diguanylate cyclase DosC ATGTCGCTTCGTTCGCCGTTGTATTCCCAGCGCTCGCCGGTGCTCATCCTGGCCATTTTGCTCGGCGCCGGCTTCCTGGTGACGTCGCTGCTGGGGTACTACGCCGCCAACACGTCGCTGCGGGACAACGTGCTCAAGACGCTGTATTTCAATCTGCTGATCGGCCTGCTGGTGACAGTGGCCGCGCTCGTGGTGCTGCATCGGCTGATGGTCAGCTATCAGCGGCGGATCGACGCCCAAGCGATTCTTGACGGCCTGACCGAGCTGCCCAATCGGCGGGGCTTCGACCTCCTGGCGGTGCAGGCCCTGCACGAAGCCCAACGCGAGCCCAGGCCATTGGGGGCGCTGTTGCTGGAGGTGGATGACTTCAAGCGACTGGACGCCAACCATGGCCACATCGCCAGTGATCAATTGCTCACTGGTTTCGCTCGCGACCTGACCGATACACTGCGCCATTCAGACATTGTCTGCCGCTGGAGCGCCGATGCCTTCGTCCTGCTGCTCAAGGACACCGATGGACAGAACGCTCTGAAAATCGCCGAGAAAATTCGCCAGCGCATCGAGCAACAGCGCTACTTTTGCAGCGGCAAGCAATTGCGGATCACCATCAGCATCGGCCTGACCACGTTGCAGGATAAAGACACCTTGCACAGCCTGCTGTCCCGGGCCGATCATGCGCTGCAACGCGCCCGACAGACCGGAAGCAACCGAACCTGCGTGGAAATGCCTCATTCCAGTTATGAATAA MSLRSPLYSQRSPVLILAILLGAGFLVTSLLGYYAANTSLRDNVLKTLYFNLLIGLLVTVAALVVLHRLMVSYQRRIDAQAILDGLTELPNRRGFDLLAVQALHEAQREPRPLGALLLEVDDFKRLDANHGHIASDQLLTGFARDLTDTLRHSDIVCRWSADAFVLLLKDTDGQNALKIAEKIRQRIEQQRYFCSGKQLRITISIGLTTLQDKDTLHSLLSRADHALQRARQTGSNRTCVEMPHSSYE PGPT0015900_2283 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-CELL_FATE_CONTROL PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488 D1-35_01754 1779 atzF Allophanate hydrolase ATGACCTTCTCTCTGCGCCTGGACAACCTGCGCGACGCCTACCGCAAGGGTGAAACGACACCGCGCCAGCTGCTGTTGGCCCTGCGGGAAAAAGCCGCTGCGCTCAACCCGGACTATCACCTGTTCATCCACCTGCTCTCGCCCGAAGAACTCGAACCTTACCTTTCGGCACTGGAAAACCGCGACCTGGAAAGCCTGCCGTTGTATGGCGTGCCATTCGCGATCAAGGACAACATCGACCTGGCTGGCATTCCCACCACCGCCGCCTGCCCGGCCTTTGCCTACGTGCCGCAACGTTCGGCGAGCATCGTCGAGCAATTGCTGGCGCTGGGTGCGGTTCCTGTTGGCAAGACCAACCTCGACCAGTTCGCCACTGGCCTCAACGGTACCCGCACGCCCTACGGAGCTTGCCGCAACAGCGTGCTGGCCGACTACCCGGCGGGCGGCTCCAGCGCGGGCTCGCCGCTGGCGGTGGCCCTGGGCGTGGCCAGCTTTGCCCTGGGCACCGACACCGCCGGCTCCGGTCGCGTGCCTGCGGCGCTGAACAACCTGGTGGGGTTGAAAGCCACCAAGGGCCTTATCTCCACCGCTGGCGTGGTGCCGGCCTGCCGTACGCTGGACTGCGTGACCACATTCACCGCGACGGCGCGCGAAGCCAGCCAGCTGTTGGCATTGACTGCGCGTCTCGACCCGCGCGACGAATACAGCCGCCCCAACCCGCAATGGAACGACGGCTCGGCGTTCGGCGCACCACGACGTTTTCGCTTCGGCGTGCCCCGCCGGCAAGACCTGGAATTTTTCGACTTCGACGAAGGCCCACGGCTGTTCGCCGATGCCATCGAGCGCCTCGAACACCTGGGCGGCGAAGCTGTCGAGTTGGACTTGTCACCCTTCCTCGAAGCGGCACGCCTGCTCTATGAGGGGCCGTGGGTTGCCGAACGCTACAGCGTGGCCGGGGAACTGATGGAGCGCGAACCCGACGCGGTACTGCCGGTGATCCGCGCCGTGCTGGCGCAAGCGCCGACGGTGACCGGCGTGGAAACCTTCCGTGCCCAGTACCGTTTGCAGGCGCTCAAGGCCCAATGCGACCGCGCGATGGAAGCGCTCGATTGCGTCCTCACCCCGACCATCGGGCGCCCGGTGACGCTCGCCGAACTCGCCGCCGAACCGCTCCTGCGCAATTCGCAACTGGGTTACTACACCAACTTCATGAATCTGCTGGACTACGCCGCCGTGGCCGTTCCCAGCGCATTCATGGCCAACGGTTTGCCTTGGGGCGTGACGCTGTTCGGCCGCGCCTTCACCGATCAGTACCTGCTGAGCGTGGCCGACGCCTTGCAGCGTCAGCAAGCGCCTGATCTGCCAGTGCCTGCCAACCCGGCGCGCCATGATCGGGCACGGTTGGTCGTGTGCGGCGCGCACCTGGATGGGCTGGCTTTGAACTGGCAGCTCAAGCAACGTGGCGCCCGCCTGATCGAGGCGACCCGAAGCTCAGCGAATTATCGCCTCTACGCCTTGGCCGGCGGCCCGCCCCTGCGCCCTGGCATGCTTCGGGTCGGCGAGGGAGGCGTGGCGATCGAAGTGGAAGTCTGGGAATTGCCAAGCAGCGAGCTGGGTTCGTTCCTCACCGGTATCCCCGCACCGCTGGGGCTGGGTAAGGTGCAACTGGCCGACGGACGCTGGGAAAGCGGCTTCATTTGCGAGCCGTATGGTCTGGACGGCGCGCAGGACATCAGTCATCTGGGCGGATGGCGGGCTTATCTGAGTACCCGTCAGTAA MTFSLRLDNLRDAYRKGETTPRQLLLALREKAAALNPDYHLFIHLLSPEELEPYLSALENRDLESLPLYGVPFAIKDNIDLAGIPTTAACPAFAYVPQRSASIVEQLLALGAVPVGKTNLDQFATGLNGTRTPYGACRNSVLADYPAGGSSAGSPLAVALGVASFALGTDTAGSGRVPAALNNLVGLKATKGLISTAGVVPACRTLDCVTTFTATAREASQLLALTARLDPRDEYSRPNPQWNDGSAFGAPRRFRFGVPRRQDLEFFDFDEGPRLFADAIERLEHLGGEAVELDLSPFLEAARLLYEGPWVAERYSVAGELMEREPDAVLPVIRAVLAQAPTVTGVETFRAQYRLQALKAQCDRAMEALDCVLTPTIGRPVTLAELAAEPLLRNSQLGYYTNFMNLLDYAAVAVPSAFMANGLPWGVTLFGRAFTDQYLLSVADALQRQQAPDLPVPANPARHDRARLVVCGAHLDGLALNWQLKQRGARLIEATRSSANYRLYALAGGPPLRPGMLRVGEGGVAIEVEVWELPSSELGSFLTGIPAPLGLGKVQLADGRWESGFICEPYGLDGAQDISHLGGWRAYLSTRQ PGPT0001010_620 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_ATRAZINE|DERIVATE_DEGRADATION XENOBIOTIC_CYANURIC_ACID_DEGRADATION,PGPT0001010-atzF-K01457 NA NA D1-35_01755 3630 carB_2 Carbamoyl-phosphate synthase large chain ATGTTCGAAAAAATCCTGATTGCCAACCGTGGCGCCATTGCCTGCCGCATCCTGCGGACCCTGCGCGAGCTGGACGTCAAAGCCGTCGCCGTTTACTCCCAGGCCGACGAAGCCAGCCTGCACATCCTTCAGGCCGACGAAGCCCACTGCCTGGGCGAAGGCGCGGCGGCGGGCACCTACCTGGCGGTGGACAAGCTCCTGGCGATCGCCCGGGACAGCGGCGCGACCGCGATCCATCCCGGCTACGGTTTTCTCTCGGAAAACGCCGCTTTCGCACAAGCTTGCGAGGCCGCCAACATTGCCTTCATCGGCCCGACACCGGAGCAGTTGCGAGTGTTCGGCCTCAAGCACACCGCACGCGCCCTGGCTCGCCAGCACGGCGTGCCCCTGCTCGAAGGCACGGAGCTGCTCGACAGCCTGGATGCCGCGCTACTGGCCGGCGCGCAGGTCGGCTACCCGGTCATGCTGAAAAGCACGGCGGGCGGCGGCGGAATCGGCATGCGCGTATGCCGCAGCGCCGCTGAATTGAGCGAGTCCTTCGAAGCGGTCAAGCGCCTCGGGCAGAACAATTTCAGCGACGCCGGCGTGTTCATCGAGAAGTACATCGAACGGGCGCGGCACCTTGAGGTTCAAGTGTTCGGCGACGGCCAGGGCCAGGTGATCGCTCTGGGCGTGCGCGACTGCTCGGTGCAGCGGCGCAACCAGAAAGTCATCGAAGAAACCCCGGCGCCCAACCTGCCCGAGGGCATGGCCGACGCGCTTTGCGCTGCCGCGATCAAGCTGGCCCGGGCGGTCGACTACCGCAGCGTCGGCACCGTGGAGTTTGTCTATGACAGTGACACCGGGCGCTTCTATTTCTTGGAAGTGAACACACGCCTGCAAGTGGAGCATGGCGTCACCGAGCAGGTGTGGGGCGTGGACCTGGTGCGCTGGATGGTGCAATTGGCCGCCGGAGAACTGCCGCCACTGAGCGAACTGAGCCAAGGGCTGAAAGCCGAGGGCCACGCGATCCAGGCGCGCCTGTATGCCGAGGACCCAGGCCGGGATTTCCAGCCGAGCCCAGGGCTGCTGACTGCGGTGGAATTTGCGCAGGCCAACGGCAAGGAACTGCGCATCGACACCTGGGTCGAGGCCGGTTGCCAGATCCCGCCGTACTTCGATCCGATGATCGCCAAAGTCATTCGCTGGGCGCCGACCCGCGAGCAGGCACGCCTGGGCCTGCATCAAGCGCTGGACGAAAGCCTGCTCTATGGCGTGGAAACCAACCGTGTCTACCTGCAACAGATCCTGCTCGACGCGCCCTTCGCCGATGGCCAGCCCTGGACCCGCTGCCTGGAGACCCTGGCCTACCGCGCCAACACCGTCGAAGTGCTCAGCCCCGGCACTCAGACCAGCGTTCAGGATTACCCCGGTCGCCTCGGTTATTGGGCGGTGGGCGTGCCGCCGTCGGGACCGATGGACAGCCGTTCGTTGCGCCTGGGCAATCGCCTGCTGGGCAACGAGGAAGGTGTGGCGGCCTTGGAAATCACCATGAGCGGGCCGCTGCTGCGCTTCAACTGCGCTGCGCGAGTGGCGGTGACCGGCGCAGAAATCGCCCTGACGCTGGACGGCGAAACGGTGCCGATGGACACCCCGCTGTCGATCGGTGCAGGGTCCACCCTCGCCATCGGCACGATTACTGGCGCCGGGGCGCGGAGTTATCTGTGTGTACATGGCGGCTTGCAGGTACCGGATTACCTGGGCAGCAAAAGCACCTTCACCCTCGGCCAGTTCGGCGGCCACGGCGGGCGAGCATTGTGCACCGGCGACGTGCTGCACCTGGCTGCGTTGGATGAGCACGTCGTGGTGCCGTCGATCGAAGAGCCGCCCCTGGTGTTGCCAGCCGTGCGGCAGATCCGTGTGATCTACGGTCCCCACGGCGCGCCGGAATATTTCACCGAGCGCTACATCCAGACGTTCTTCGACACCGCCTGGGAAGTGCATTTCAACTCCAGCCGAACCGGCGTGCGGCTGATCGGGCCGAAGCCGGAATGGGTACGTGCCGACGGCGGCGAAGCAGGCCTGCATCCGTCCAATATCCATGACAACCCGTACGCCATCGGCGCGGTGGACTTCACCGGCGACATGCCGGTCATCCTCGGCCCCGACGGCCCGAGCCTGGGTGGCTTCGTCTGCCCCGTGACGGTGATCGAGGCGGACCTGTGGCAACTGGGACAGCTCAAGGCGGGGGACAAGGTGCGGTTTGTGCCGGTGGACCTGAAGACTGCCCGCTCACTGGCCTTGAAATGGGATCAATGTGGGAGCGAGCCTGCTCGCGAAGGGGCCAGATCAGACACCGCATTGACTGCTTCGCGAGCAGGCTCGCTCCCACAGGGGGTTGAGTCGCCTGTGGTTTTGGACATCGGCCAGGACGACACCCGCCTGGTCGCGCGGCTGTCCGGCGACACCCATCTGCTGCTTGAAATCGGCGCTCCGGAACTGGACCTGGTGCTGCGTTTTCGCGCTCACGCCTTGATGCAGGCCCTGGAGCAAAAACACCTGCAAGGGGTGATCGACCTGACGCCGGGTATTCGCTCGCTGCAAGTGCATTACCAGCCCGAACAATTACCCCTGGCCGATCTGCTGGCCATCGTCGCCGGCGAGTGGGACGCCGTGTGCGCCGCGCAAGATTTGCAGGTGCCGTCGCGCATCGTCCATCTGCCGCTGTCCTGGGACGATCCGGCCTGCCAGCTGGCGATCGAAAAGTACATGACCACCGTGCGCAAGGACGCGCCCTGGTGCCCGAGCAACCTGGAGTTCATCCGGCGCATCAACGACCTGCCCAACCTCGACGAAGTACAACGCACAGTGTTCGATGCCAGCTATCTGGTGATGGGCCTCGGCGATGTCTACCTCGGCGCGCCGGTCGCCACGCCGCTGGACCCGCGGCACCGGCTGGTGACCACCAAATACAACCCGGCCCGCACCTGGACCGCGGAAAATTCGGTGGGCATCGGCGGCGCCTATCTGTGCGTGTACGGCATGGAGGGCCCCGGCGGCTATCAGTTCGTCGGCCGCACGTTGCAGATGTGGAATCGTTATCGGGACGTCGCCGCATTTGACGGCAAGCCCTGGCTGCTGCGCTTCTTCGACCAGATCCGCTTCTACCCGGTCAGCGCCGATGAACTGCTGCGCATCCGTCGGGATTTCCCGTTGGGCCGCTTCGAACTGGCGATCGAACACAGCCAACTCAACCTCGCTGATTACCAGCGCTTCCTGGCCCGGGAAGCGGACAGCATCGACGCGTTCCGCGAGCAGCAACAAGGCGCCTTCCGTGCCGAGCGCGAGCGCTGGATCGCCAGTGGCCAGGCGCATTTCGACAGCGAGGAACCAGCAACCGCGCCGAGCGAAGATTCAGTGCTGGACGAGGGCCAACTGAGCGTCGACAGCCACATCGCCGGCAACCTCTGGCAGGTCCAGGTGGAGGTGGGCGCGCGGGTCATCGCGGGTGACGTGCTGGTGATTCTGGAGTCCATGAAAATGGAAATCCCGGTGCTTGCGCCCATCGCCGGCGTGGTCCGAGAAGTGCGCGTCCAGCCCGGTTCAGCGGTGCGCGCCGGGCAACGCGTGGTGGTGCTGGAACGTGACTGA MFEKILIANRGAIACRILRTLRELDVKAVAVYSQADEASLHILQADEAHCLGEGAAAGTYLAVDKLLAIARDSGATAIHPGYGFLSENAAFAQACEAANIAFIGPTPEQLRVFGLKHTARALARQHGVPLLEGTELLDSLDAALLAGAQVGYPVMLKSTAGGGGIGMRVCRSAAELSESFEAVKRLGQNNFSDAGVFIEKYIERARHLEVQVFGDGQGQVIALGVRDCSVQRRNQKVIEETPAPNLPEGMADALCAAAIKLARAVDYRSVGTVEFVYDSDTGRFYFLEVNTRLQVEHGVTEQVWGVDLVRWMVQLAAGELPPLSELSQGLKAEGHAIQARLYAEDPGRDFQPSPGLLTAVEFAQANGKELRIDTWVEAGCQIPPYFDPMIAKVIRWAPTREQARLGLHQALDESLLYGVETNRVYLQQILLDAPFADGQPWTRCLETLAYRANTVEVLSPGTQTSVQDYPGRLGYWAVGVPPSGPMDSRSLRLGNRLLGNEEGVAALEITMSGPLLRFNCAARVAVTGAEIALTLDGETVPMDTPLSIGAGSTLAIGTITGAGARSYLCVHGGLQVPDYLGSKSTFTLGQFGGHGGRALCTGDVLHLAALDEHVVVPSIEEPPLVLPAVRQIRVIYGPHGAPEYFTERYIQTFFDTAWEVHFNSSRTGVRLIGPKPEWVRADGGEAGLHPSNIHDNPYAIGAVDFTGDMPVILGPDGPSLGGFVCPVTVIEADLWQLGQLKAGDKVRFVPVDLKTARSLALKWDQCGSEPAREGARSDTALTASRAGSLPQGVESPVVLDIGQDDTRLVARLSGDTHLLLEIGAPELDLVLRFRAHALMQALEQKHLQGVIDLTPGIRSLQVHYQPEQLPLADLLAIVAGEWDAVCAAQDLQVPSRIVHLPLSWDDPACQLAIEKYMTTVRKDAPWCPSNLEFIRRINDLPNLDEVQRTVFDASYLVMGLGDVYLGAPVATPLDPRHRLVTTKYNPARTWTAENSVGIGGAYLCVYGMEGPGGYQFVGRTLQMWNRYRDVAAFDGKPWLLRFFDQIRFYPVSADELLRIRRDFPLGRFELAIEHSQLNLADYQRFLAREADSIDAFREQQQGAFRAERERWIASGQAHFDSEEPATAPSEDSVLDEGQLSVDSHIAGNLWQVQVEVGARVIAGDVLVILESMKMEIPVLAPIAGVVREVRVQPGSAVRAGQRVVVLERD PGPT0001005_218 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0001005-uca|dur|urd-K01941 NA NA D1-35_01757 642 hypothetical protein ATGTCACTCGCCATCGCCACTGCACACAAGCAACCCGAGACCGCCGTATACCGTTCCACGATTCCCGCCGGCGAACCCTGGCTGACCGAGGTCAAGGCCGGCCAGACCCTGCGCATCCTCGACCTGGAAGGCAACCAGGCGGTCGATACGTTGTTCTACAGCCTGGCCAACCCCAAGGAACGCTACGACGTGCAACGCACACTGCGCCGGCAGAACAGCGTCTACCTGAGCACCGGCAGCGTGCTGTATTCCAACCTTGGCCGCCCGATGCTGACCATCGTCGAGGACACCTGCGGGCGCCACGACACCCTCGGCGGCGCCTGCGCGCAGGAAAGCAACACCGTGCGCTACGCCCTGGAAAAACGCTACATGCACAGCTGCCGCGACAATTACCTGCGGGCCTGCGCCCACGACGGTCGACTGGGCAAGGGTGACATCGGACCGAACATCAATTTTTTCATGAACGTGCCGGTGACCGCCGACGGCGGCCTGACTTTCGAAGACGGGATCTCGGCGCCGGGCAAATACGTCGACCTGCGGGCCGAGATCGATGTGATCGTGTTGATCTCCAACTGCCCGCAACTGAACAACCCGTGCAACGCCTACAACCCTACCCCTGCGGAGCTGCTGATATGGAACTGA MSLAIATAHKQPETAVYRSTIPAGEPWLTEVKAGQTLRILDLEGNQAVDTLFYSLANPKERYDVQRTLRRQNSVYLSTGSVLYSNLGRPMLTIVEDTCGRHDTLGGACAQESNTVRYALEKRYMHSCRDNYLRACAHDGRLGKGDIGPNINFFMNVPVTADGGLTFEDGISAPGKYVDLRAEIDVIVLISNCPQLNNPCNAYNPTPAELLIWN PGPT0001000_1266 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0001000-ycgI-K09967 NA NA D1-35_01758 726 hypothetical protein ATGACCGATTCGATCCAGCTGTTTCCCCCCTTCGCCGAAGAATTGCTGCCCGGTGGCGGCCATCGCTCGTTCGTCCTCAAGCGAGGCCAGTTGCTGCGCCTGACCGATGTGCGTGGCGGTGCCAACGTGAGCCTTACCTTGCTCAATGCCAACGAAAAAACCGAGCGCCTGAACCTGCCGGACAGTCTGAAATGCCAACACACCGCCAAGCTCACCGCCGGTCATTGCCTGTATTCGGACATGGGCCGGGTATTGGCGGCAATCACTGCGGATACCTGTGGCTGGAGCGATAGTTTTGGCGGCGTGCTCTGCGCCGAGGAAGTCGCTGAAAAGTATGGTCAGGGCCGTTACCAGGAACTGCGCAACGGCTTCTTCCGCAACGGCACCGACAACCTGTTGGTAGAACTGGGCAAATGGGGGTTGGGTCTGTCCGACCTGCTGATGACCCTCAACCTGTTCAGCCGGGTCGATGTCGACGAGGCCGGCCACTTCCATTTCGTGGAGGGCAACTCCAAGGCCGGTGACTACATCGAGCTGTACGCACCGATGGACACCCTGGTGGTGCTGACCGCGCTGCAACATCCGATGGACCCGAACCCGCTATACGCGCCGCAGCCGCTCAAACTCAGCTGGATGAACGCCAACCCCAGCGTCGCCGAACACTGCCGCCAATCGCGCCCGGAAAACCAGCGCGGCTTCATCAACACCGACCGCCTGTTCGCCTGA MTDSIQLFPPFAEELLPGGGHRSFVLKRGQLLRLTDVRGGANVSLTLLNANEKTERLNLPDSLKCQHTAKLTAGHCLYSDMGRVLAAITADTCGWSDSFGGVLCAEEVAEKYGQGRYQELRNGFFRNGTDNLLVELGKWGLGLSDLLMTLNLFSRVDVDEAGHFHFVEGNSKAGDYIELYAPMDTLVVLTALQHPMDPNPLYAPQPLKLSWMNANPSVAEHCRQSRPENQRGFINTDRLFA PGPT0001000_758 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0001000-ycgI-K09967 NA NA D1-35_01759 789 cmpD_1 Bicarbonate transport ATP-binding protein CmpD ATGAGCTTCATTACCGTGAACAACGTCTGGCAGCAGTATGCCGATCAAGTGGTGCTCGAGCGCTTGAACCTGAGCGTTGCCGAGGGTGAGTTCTGCACCCTGGTGGGTGCCTCGGGTTGCGGCAAGTCGACTTTCCTGCGGCTGCTGCTGGGCCAGGAACGCGCCAGTCGCGGACAGATCCTGCTGGACGGCGAGCCGTTGGCGGGCGAGCCGGATGCCAGCCGTGGAGTAGTGTTCCAGCGTTACTCGGTATTCCCGCACCTGACGGTACTGGACAACGTCGCCCTCGGCCTGGAATTGCCGCGCTCGCCGTTGCTGGGGCGTCTGTTCGGCGGCGCCAAACGCCAGGCCCGCGAAGACGCCGCACAACTGCTGGACAAAGTCGGCCTCGGCCACGCGCTGGACAAATACCCTGCGCAGCTCTCCGGCGGCATGCAGCAACGGCTGGCCATCGCCCAGGCGCTGATCATGAAGCCGCGGGTGTTGTTGCTCGACGAACCCTTCGGCGCCCTCGACCCCGGCATTCGCAAAGACATGCATGCCCTGCTGCTGGAACTCTGGCGGGAAACCCGGCTGACCGTGTTCATGGTGACCCATGACCTGTCCGAAGGTTTCAGCCTTGGCACCCGCCTGCTGGTGTTCGACAAGGTTCGTGTCGATCCCCATGCCCCCGGCGCCTATGGCGCACGCATCACCTACGACATCCCACTGAACAGCGACCGCCGCACCGCCCGTGCCGCCGTCGACGCCCTGCCTGCCGAACTGGCCGGCACGTTGCGTATCGCTTGA MSFITVNNVWQQYADQVVLERLNLSVAEGEFCTLVGASGCGKSTFLRLLLGQERASRGQILLDGEPLAGEPDASRGVVFQRYSVFPHLTVLDNVALGLELPRSPLLGRLFGGAKRQAREDAAQLLDKVGLGHALDKYPAQLSGGMQQRLAIAQALIMKPRVLLLDEPFGALDPGIRKDMHALLLELWRETRLTVFMVTHDLSEGFSLGTRLLVFDKVRVDPHAPGAYGARITYDIPLNSDRRTARAAVDALPAELAGTLRIA PGPT0001140_5213 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D1-35_01760 816 hypothetical protein ATGCGCCTGATCAACCGCTACCCCGATCGCCCCAGCCGCTTGTTGCTGGTGATCCTGCCATTTGCGCTGGTGCTGTTTGCCTACTTCATGGGCTCGGCGGAACGGCTGACGGACAACCCCAACGACAAGCTGCTGCCCAGCGCTGTGCAGATGGCCGATGCAGTCAAACGCCTGGCGTTCACCGCCGACGCTCGCAGCGGCGATTACCTGCTCTGGCAGGACACCGCTTCGAGTCTGCGCCGGTTGGCGATCGGCCTGGGCATCAGCGCCCTGGCCGGGCTGTGCCTGGGCATCGCCGCCGGCACGCTGCCGCTGTTCGGCGCGCCGTTGTCGCCGCTACTCACCGTGGTGTCGATGGTGCCGCCATTGGCGATCCTGCCGATCCTGTTCATCGTCTTCGGCCTGGGGGAGTTGTCCAAGGTGATGCTGATCGTCATCGGCATCACCCCGTGCCTGGCCCGCGACCTGGAGCAGCGTGCCCGGGAAATTCCGCCTGAGCTATTGATCAAGGCCCAGACGCTGGGTGCCTCGACCTGGACCCTGATGTTGCGGGTGGTCCTGCCGCAATTGCTGCCGCGCCTGTTGATTTCCCTGCGGCTGATGCTGGGTTCGGCCTGGCTGTTCCTGATCGCTGCCGAAGCCATCGCTTCCACCGATGGCCTGGGCTATCGGATTTTCCTCGTGCGTCGTTACCTGGCGATGGATGTGATCCTGCCCTACGTGGTGTGGATCACCCTGCTCGCCTGGCTGATGGACTGGGGCCTCAAGCGCCTGACCCGCCGAGCATTTCCCTGGTACGAGGGGGCGAAGGCATGA MRLINRYPDRPSRLLLVILPFALVLFAYFMGSAERLTDNPNDKLLPSAVQMADAVKRLAFTADARSGDYLLWQDTASSLRRLAIGLGISALAGLCLGIAAGTLPLFGAPLSPLLTVVSMVPPLAILPILFIVFGLGELSKVMLIVIGITPCLARDLEQRAREIPPELLIKAQTLGASTWTLMLRVVLPQLLPRLLISLRLMLGSAWLFLIAAEAIASTDGLGYRIFLVRRYLAMDVILPYVVWITLLAWLMDWGLKRLTRRAFPWYEGAKA PGPT0001145_5042 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D1-35_01761 1068 hypothetical protein ATGCTCAAGCTTCGTCTGTCCTCACTGCTCCTCGCCGCGCTTGCGGCCTTCGCGAGCATCCCATCCCACGCCGCGCCCAAGGACCATTTCAACGTCTGCTGGACCATCTATGCCGGCTGGATGCCCTGGGAATACGCCGGCAGCCAGGGCATCGTTGACAAATGGGCGAAGAAATACGGCATCACCATCGATGTCGTGCAGCTCAACGATTACGTCGAGTCCATCAACCAGTACACCGCCGGTCAGTTCGATGGCTGCACCATGACCAACATGGATGCCCTGACCATTCCCGCCGCCGGCGGCGTGGACAGCACCGCACTGATCGTCAGTGACTTCTCCAACGGCAACGACGGCATCGTCCTCAAGGGCGAGGGCAAGAAAGTCGCCGACCTCAAGGGCATGGACGTCAATCTGGTGGAACTGTCGGTGTCCCACTACCTCTTGGCTCGGGCCCTGGATTCGGTCGGCCTCGCCGAGAAAGACCTGAAAGTCGTCAACACCTCCGACGCCGATATTTCTGCCGCCTTCAACACCGACTCGGTCAAGGCCGTCACGACATGGAACCCGATGCTCTCGGACATCAAGGCCCAGCCGGGTGTCAGCGAAGTATTCAACTCCAGCCAGATCCCAGGCGAAATCATGGACATGATGGTGGTCAACACTCAGACCCTCAAAGACAACCCGGCCCTGGGCAAGGCACTGACCGGCGCCTGGTTCGAAGTGGTGGCGCTGATGAACGCCAGGAACGCAGCCGCCAATGCCGCGCTGGAACACATGGCCAAGGCGTCGGGTACTGATCTCAAAGGTTTCCAGGCGCAACTGGACACTACCAAGCTGTTCGCCACCCCCAAGGAAGCCCTCGCCTTCGCCACCAGCGAACAACTGCCCGCCACCCTGCGCAAGGTCGCCGAGTTCTCGTTCCGCCACGGTCTGCTGGGTGAAGGCGCCAAGGATGCCGACGCAGTGGGCATGGCGTTCGCCAATGGCGTGACCCTGGGCGACAAAACCAACCTCAAGCTGCGCTTCGATCCCACCTACGTGCAACTGGCCGCCGACGCCAAGTTGTAG MLKLRLSSLLLAALAAFASIPSHAAPKDHFNVCWTIYAGWMPWEYAGSQGIVDKWAKKYGITIDVVQLNDYVESINQYTAGQFDGCTMTNMDALTIPAAGGVDSTALIVSDFSNGNDGIVLKGEGKKVADLKGMDVNLVELSVSHYLLARALDSVGLAEKDLKVVNTSDADISAAFNTDSVKAVTTWNPMLSDIKAQPGVSEVFNSSQIPGEIMDMMVVNTQTLKDNPALGKALTGAWFEVVALMNARNAAANAALEHMAKASGTDLKGFQAQLDTTKLFATPKEALAFATSEQLPATLRKVAEFSFRHGLLGEGAKDADAVGMAFANGVTLGDKTNLKLRFDPTYVQLAADAKL PGPT0001135_1786 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D1-35_01763 420 hypothetical protein ATGTATCGACGACTGCTGCTCATTGCGTTTCTCGGTTTGACTCTTTCGGCCTGCGTGCCTTACTCCGACGGAGGCTCCAGCTACTACCGTTCCGAGGTCTACACCTCACCGGCGCCGGTCTATTACAGCGGCGGTGGAAGTTACTACTCGGCACCGCGTGGCTATTACGCACCACCACGGTACTACCAGCCGGCGCCGCGTTATTACTCGGCTCCACGCTACTACCAGCATGGCCCACGCTATTACTCGCCACCGCGAGCGGCGTATCGCCCCTATCCGCATCGGGGCGGTTGGGACGGCCGGGACCGGGGCGGCTGGAATGACGACCGTCGCGGCCGGGGCGGACGTGACCGTGGGCATGATCATCGGGGACGTGGCCATGATGGACGTGGTCATGACGGACGGGGCGGTCACCGCTGA MYRRLLLIAFLGLTLSACVPYSDGGSSYYRSEVYTSPAPVYYSGGGSYYSAPRGYYAPPRYYQPAPRYYSAPRYYQHGPRYYSPPRAAYRPYPHRGGWDGRDRGGWNDDRRGRGGRDRGHDHRGRGHDGRGHDGRGGHR NA NA NA NA NA D1-35_01764 1113 fadJ_1 Fatty acid oxidation complex subunit alpha ATGAATCTGCACTTCGAAGAACTGACCGGCATCAACGGGGCGCGCCTGGGCGTCGCCACCCTGGATGCCGAAAGATCCTTGAACGCCCTTTCCCTGCCGATGATCAACGCCCTGCGCGATCGCCTCGACGCCTGGGCCCGGGAATCGCAGATTGTCTGTGTGCTGTTGCGCGGCAATGGTGCCAAGGCCTTCTGCGCCGGTGGCGAGGTGCGCAGCCTGGTCGAAGCGTGTCGCGCCCACCCCGGCGAAGTGCCGCCGCTGGCTGCGCAGTTTTTCGCTGCCGAATACCGGTTGGACTTCAATCTGCACACGTATCCGAAACCGTTGATCTGCTGGGGGCATGGCTATGTACTCGGCGGCGGCATGGGCCTGCTGCAAGGCGCCAGCACGCGAATCGTCACGCCGAGCAGTCGACTGGCGATGCCGGAAATCAGCATCGGCTTGTATCCGGACGTCGGCGCCAGTTGGTTCCTGTCGCGCCTGCCGGGCAAGCTTGGCCTGTTCCTCGGCCTTACCGGCGCCCACATGAACGCCAGGGATGCCATCGACCTGGGCCTGGCCGATCGCTTTCTGCTCGATGAGCAGCAGGATGACCTGATCGAAGGCTTGTTGCAGCTTAACTGGCAAGAACAGACCGAGATGCAGCTCAACAGCCTGCTCAAGGCTCTACAGCAAGAAGCACTGCCGCAACAACCCGAAGCCCAATGGTTGCCGCGTCGGCAGCAAATCGATGAGTGGCTGGATGTCAGCGACGTGCGCTGCGCCTGGAAAGCCCTCAGCCTGCTGGTGGATCATCCGGACCCATTGATCGCCCGGGCAGCCAGGACCATGACCGAAGGCTCGCCGCTGACGGCGCACCTGGTCTGGGAGCAGATCAGCCGCGCCCGCCCTTTGTCATTGGCCGGTGTGTTCCGCATGGAATACACCTTGAGCCTCAACTGCTGCCGCCATCCGGAATTCAGCGAAGGCGTGCGGGCGCGGTTGATCGACAAGGACCACAAGCCGCGCTGGCATTGGCCGGATATCAATCATGTGCCGCAAGCGGCGGTCGAGGCGCATTTCCATAAGGTATGGGAGGGGCGGCATCCGTTGGCGGATTTGTCCAATGAGTAA MNLHFEELTGINGARLGVATLDAERSLNALSLPMINALRDRLDAWARESQIVCVLLRGNGAKAFCAGGEVRSLVEACRAHPGEVPPLAAQFFAAEYRLDFNLHTYPKPLICWGHGYVLGGGMGLLQGASTRIVTPSSRLAMPEISIGLYPDVGASWFLSRLPGKLGLFLGLTGAHMNARDAIDLGLADRFLLDEQQDDLIEGLLQLNWQEQTEMQLNSLLKALQQEALPQQPEAQWLPRRQQIDEWLDVSDVRCAWKALSLLVDHPDPLIARAARTMTEGSPLTAHLVWEQISRARPLSLAGVFRMEYTLSLNCCRHPEFSEGVRARLIDKDHKPRWHWPDINHVPQAAVEAHFHKVWEGRHPLADLSNE NA NA NA NA NA D1-35_01765 693 ung COG0692 Uracil-DNA glycosylase ATGACCGCTGACGACCGTATCAAACTCGAACCCAGCTGGAAGCAGGCACTGCGTGCCGAGTTCGACCAGCCGTACATGGCGGAGTTGCGCGAGTTCCTGCGCAGTGAATACGCCGCCGGCAAGGAAATCTATCCGCCGGCCCCGCTGATTTTTAATGCACTCAATTCCACGCCGCTGGACAAGGTCAAGGTGGTGATCCTCGGCCAGGACCCGTACCACGGCCCGGGCCAGGCCCATGGCTTGTGCTTTTCGGTGCAGCCGGGCGTGCCGACGCCGCCGTCGCTGGTGAACATCTACAAGGAATTGAAGCGCGACCTGAACATCGATATCCCCAACCATGGCTATCTGCAGAGCTGGGCCGACCAGGGTGTGTTGTTGCTCAACACGACCTTGACCGTGGAGCGCGCCAATGCCAATGCCCACGCTAAAAAAGGCTGGCAGCACTTTACCGACAAGGTCATCGAAGTGGTCAGCGAACACCAGCCGCACCTGGTTTTCCTGCTGTGGGGGGCTCATGCCCAGAGCAAGCAGAAGCTGATCGATGCGACCAAGCATCTGGTGTTGACCTCGGTCCACCCGTCACCGCTGTCAGCCCATCGGGGCTTTATCGGCTGCGGGCATTTCAGCCGGACCAACAAGTTTCTCCAGCAGCATGGCGAGCAGCCGATCGATTGGCGGTTGCCGCCGGTTTAG MTADDRIKLEPSWKQALRAEFDQPYMAELREFLRSEYAAGKEIYPPAPLIFNALNSTPLDKVKVVILGQDPYHGPGQAHGLCFSVQPGVPTPPSLVNIYKELKRDLNIDIPNHGYLQSWADQGVLLLNTTLTVERANANAHAKKGWQHFTDKVIEVVSEHQPHLVFLLWGAHAQSKQKLIDATKHLVLTSVHPSPLSAHRGFIGCGHFSRTNKFLQQHGEQPIDWRLPPV 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 D1-35_01766 1044 hypothetical protein ATGTCTGAGGCGACAACTTTCAGACAATGGTGGGGAACACCGCTGGTCGGTCTGGCCGGCGGTTATCTGGCCAGCCTGATCGGCTGGCCCTTGCCCTGGATGGTCGGCTCGCTGTTGGCGATCATCCTGGTGCGCTGTCTAACTCCCTGGCAACTGATGGAAATCCCCGGCGGCCGCAAATGCGGCCAATGGGTGGTGGGCATCGGTATCGGCCTGCACTTCACGCCGGTGGTGATGGAACAGGTCCTCAGCCACTTCGGCCTGATCTTCTTCGGCGCGCTGATCACCAGCGTGTCCAGCATCGTGAGTGTCTGGCTGATGCGCCGCACCGGCGAAGACCGCGCCACGGCCTTTTTCTCCAGCATGCCGGGCGGTTCCGGCGAGATGGTCAACCTCGGCGCCCGCAATGGCGCGATGCTCAGCCATGTTGCCGCGGGCCAGAGCCTGCGCGTGCTGGTGGTGGTGTTGTGCGTGCCGGCTGCCTTCAAATATCTGCTCGGTGACGGCACGCCGGTGCAACACGCCACGGCGGTGGATTGGTTGTGGCTGGCGGTTCTGTTTCCGGCGGGTGCCCTGCTCGCCTGGATCTGGGAGCGCTTGCGCCAACCCAATCCATGGCTGTTCGGGCCCTTGTTGGTCAGCGCGGCGGTGAGCATCGGCTGGGACCTGCACATCGGCCTGCCCGACGGCGGCAGCCAGATCGGCCAATGGCTGATCGGCAGCGGCCTGGGCTGTCATTTCAACCGGCAGTTCTTCCGCCGCGCACCGTCGTTCATGGGTCGTACCTTGATTGGCACGGTGCTGACCATGCTGATCGCCACGCTTGCGGCCCTGGGCCTGAGCACCTGGACCCACCTGGACTTGCGCTCGCTGACCCTGGGCATGATGCCCGGCGGCATCGCCGAAATGAGCCTGACGGCGGAGACCCTGCAACTGTCGGTGCCGTTGGTGACGGCGCTGCAGGTGATGCGGTTGCTGTTCGTGCTGTTTCTGGCGGAGCCGTTGTTCAGGTATTGGGTTCGCAGGCCGGATCCGGACTTGTAG MSEATTFRQWWGTPLVGLAGGYLASLIGWPLPWMVGSLLAIILVRCLTPWQLMEIPGGRKCGQWVVGIGIGLHFTPVVMEQVLSHFGLIFFGALITSVSSIVSVWLMRRTGEDRATAFFSSMPGGSGEMVNLGARNGAMLSHVAAGQSLRVLVVVLCVPAAFKYLLGDGTPVQHATAVDWLWLAVLFPAGALLAWIWERLRQPNPWLFGPLLVSAAVSIGWDLHIGLPDGGSQIGQWLIGSGLGCHFNRQFFRRAPSFMGRTLIGTVLTMLIATLAALGLSTWTHLDLRSLTLGMMPGGIAEMSLTAETLQLSVPLVTALQVMRLLFVLFLAEPLFRYWVRRPDPDL PGPT0027725_1267 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-AbrB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027725-antitoxin_abrB-K07120 NA NA D1-35_01767 1515 hypothetical protein ATGGATACCCTGAATTATCTCGGCCAGGGTTTTGGCGTTGCACTGACGCCGTACAACCTCGTCACCGCGTTGAGCGGCACGCTGATCGGTACCGTGGTCGGCCTGCTGCCGGGCCTGGGCCCGATCAACGGCGTGGCGCTGCTGATACCGATTGCCTTCGCCCTGGGCCTGCCGCCGGAATCGGCGCTGATCCTGTTGGCGGCGGTGTACCTGGGCTGCGAATACGGCGGACGTATCAGCTCGATCCTGCTGAACATCCCCGGTGAAGCCTCCACCGTGATGACCACCCTGGACGGCTACCCGATGGCCCGCCAAGGCCTGGCCGGGGTGGCGTTGTCGCTGTCGGCGTGGAGTTCGTTCATCGGCGCGTTCATTGCCACCTGCGGCATGGTGTTGTTTGCGCCACTGCTGGCCAAATGGGCGATCGCCTTCGGACCAGCGGAATATTTCGTCCTGATGGTGTTTGCCATTGTCTGCCTCGGCGGCATGGCCGGCGACCGACCGCTCAAGACTTTCATCGCTGCGCTGATCGGGCTGTTCCTGTCTTGCGTCGGCATCGATGCGAACAGCGGCGTGTACCGTTTTACGGGTGACAACATCCATTTGACCGATGGCATCCAGTTCGTCGTGCTGGTGCTGGGCCTGTTCTCCATCAGCGAGATTCTGTTGCTGCTGGAAAAAACCCATCGCGGCCAGGAAGCGGTGAAAGCCACCGGGCGGATGATGTTCAACTTCAAGGAAGCGGCCTCGGTGTTCTGGGTGAACATCCGCTGCGGCGTGCTCGGTTTCATCATGGGCGTATTGCCTGGCGCGGGCGCGACCCTGGCCAGTGCCGTGGCCTACATGACCGAAAAACGCATGGCTGGAGCCAGTGGGACGTTCGGCCAGGGCGACAAGCGTGGCCTCGCGGCGCCGGAAACCGCCATCGGCGGCGCGGCCTGCGGCGCGCTGGTGCCGATGCTGACCCTCGGCGTCCCAGGTTCCGGCACCACGGCGGTGATGATCGGCGCGCTGTCGCTCTATAACATCACGCCCGGCCCGCTGCTGTTCCAGCAACAGCCGGACATCGTCTGGGGCCTGATCGCTTCGTTGTTCGTCGCCAACGTCATGCTGGTGATCCTCAACATCCCGATGATTCGTATCTTCACCCGCATCCTGGCCGTGCCGAACTGGGCGCTGGTGCCGGTCATCGCGATCATCACCGGGATCGGCGTTTACGCGGTGCACGCGACCACATTCGACCTGTTCCTGATGATCGGCATCGGCATCTTCGGTTACATCCTGCGCAAGCTGGATTTCCCGCTGTCGCCCGTGCTGCTGGGCTTCATCCTTGGCGGTCTGATGGAGCAGAACCTGCGTCGTGCATTGTCGATTTCCAATGGCGCGTTGGAAATCCTCTGGTCCAGCCCGATCACCTTCGGCTGCTGGGTCCTGACGGCAATCATGCTGTTCCTGCCGCTGCTGCGCATCTGGCGTCGTCGCAGTGCCCAGCGTCGTGCCCTGGCCAATGTCTGA MDTLNYLGQGFGVALTPYNLVTALSGTLIGTVVGLLPGLGPINGVALLIPIAFALGLPPESALILLAAVYLGCEYGGRISSILLNIPGEASTVMTTLDGYPMARQGLAGVALSLSAWSSFIGAFIATCGMVLFAPLLAKWAIAFGPAEYFVLMVFAIVCLGGMAGDRPLKTFIAALIGLFLSCVGIDANSGVYRFTGDNIHLTDGIQFVVLVLGLFSISEILLLLEKTHRGQEAVKATGRMMFNFKEAASVFWVNIRCGVLGFIMGVLPGAGATLASAVAYMTEKRMAGASGTFGQGDKRGLAAPETAIGGAACGALVPMLTLGVPGSGTTAVMIGALSLYNITPGPLLFQQQPDIVWGLIASLFVANVMLVILNIPMIRIFTRILAVPNWALVPVIAIITGIGVYAVHATTFDLFLMIGIGIFGYILRKLDFPLSPVLLGFILGGLMEQNLRRALSISNGALEILWSSPITFGCWVLTAIMLFLPLLRIWRRRSAQRRALANV PGPT0017350_1491 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793 NA NA D1-35_01768 462 hypothetical protein ATGCTCGTCATCCAACGTATTATTGCCGCGGTGCTGCTGCTGGCCTGCATCGGCCTGGCACTGATGGCCTGGCCCTATCAGGCTGCCTTTTCCTATGAACCGGTTGGCCCGCGTGCCTTTCCCCTGCTGATACTCGGGCTGATGGGGCTGGCGCTGCTGTACATGCTGTTTCGTCCCACGCCCGTCGTGCACAGCGAAGACGATCCGCACCTGGACCGTGAAACCCTGCAGAAGATCGGTATCTGCGTGGCGCTGTTGCTGGTATTCGCCGGGACCTTCGAGCCCTTGGGATTCATCCTCGCCAGCATTCTGATCGGCGTGCCGATGGCACGTCTGTACGGCGGCCGCTGGGTGCCGAGCGTGGTGATCATCAGCCTCATGGCCATTGGTCTTTATCTGTTGTTCGACAAGCTGATGGACGTGCCGCTGCCCCTGGGCCTGCTCGGCGTCCTGGAGAATTGA MLVIQRIIAAVLLLACIGLALMAWPYQAAFSYEPVGPRAFPLLILGLMGLALLYMLFRPTPVVHSEDDPHLDRETLQKIGICVALLLVFAGTFEPLGFILASILIGVPMARLYGGRWVPSVVIISLMAIGLYLLFDKLMDVPLPLGLLGVLEN PGPT0017355_1912 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794 NA NA D1-35_01769 993 hypothetical protein ATGAACCTATCACTGCGCAAAGTAGCCTTGGCCGCCGGATGCCTGATGTTCGCCGGGCAATTGCTCGCCGCGGACCCATCCAAAGAGCCGAAGCGCCCGGAATGCATCGCACCCGCTGCCCCTGGCGGCGGTTTCGACCTGACCTGCAAACTGGCGCAGAGCGCGCTGGTCAACGAAAAACTGCTGACCAAGCCGATGCGCGTCACTTACATGCCCGGCGGTGTCGGCGCGGTGGCCTACAACGCAGTCGTCGCACAACGCCCTGCCGACGCCGGCACGCTGGTGGCCTGGTCCAGTGGCTCGTTGCTGAACCTGGCGCAAGGCAAGTTTGGCCGTTTTGATGAAACCAATGTGCGCTGGCTCGCTGCCGTCGGCACCAGCTATGGCGCCATCGCCGTGAAAAGCGATTCGCCCTACAAAAACCTCGACGATCTGGTACAGGCCCTGAAGAAAGATCCGGGCTCGGTGGTGATCGGTTCCGGCGGTACCGTCGGCAGCCAGGACTGGATGCAGACCGCTTTGATTGCCAAGGCCGCCGGCATCGACCCGCGCAAACTGCGCTACGTGGCCCTTGAAGGCGGCGGTGAAATCGCGACCGCCCTGCTCGGTGGCCATATCCAGGTGGGCAGTACCGACATCTCCGACTCCATGCCACACATCCAGAGCGGCGACATGCGTTTGCTGGCGGTGTTCTCTGATAAACGCCTGGACGAGCCGGAGATGAAAGACATCCCGACCGCCGTGGAACAAGGCTACGACATCCGTTGGCCGGTAGTCCGTGGCTTCTACCTGGGCCCGAAGGTCACCGATGCAGAATACGAATGGTGGAAAAACGCCTTTGACAAGCTGCTGGCCTCCGAAGAGTTCGCCAAGCTGCGCGACCAACGGGAACTGTTCCCGTTCGCCATGACCGGTCCGGAGCTGGACGCCTACGTGAAGAAGCAAGTGGCCGACTACAAGATGCTGGCCAAAGAATTCGGCCTGATTCAGTAA MNLSLRKVALAAGCLMFAGQLLAADPSKEPKRPECIAPAAPGGGFDLTCKLAQSALVNEKLLTKPMRVTYMPGGVGAVAYNAVVAQRPADAGTLVAWSSGSLLNLAQGKFGRFDETNVRWLAAVGTSYGAIAVKSDSPYKNLDDLVQALKKDPGSVVIGSGGTVGSQDWMQTALIAKAAGIDPRKLRYVALEGGGEIATALLGGHIQVGSTDISDSMPHIQSGDMRLLAVFSDKRLDEPEMKDIPTAVEQGYDIRWPVVRGFYLGPKVTDAEYEWWKNAFDKLLASEEFAKLRDQRELFPFAMTGPELDAYVKKQVADYKMLAKEFGLIQ PGPT0017360_1031 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795 NA NA D1-35_01770 672 tctD_1 COG0745 Transcriptional regulatory protein tctD ATGCGTGTCCTGCTCGTCGAAGACCATCTGCAGCTCGCCGAAAGTGTCGCCCAGGCCCTCAAGAGCACAGGGTTGACGGTGGATGTGCTGCACGACGGGGTGGCCGCCGATCTGGCCCTGAGCAGCGAGGAATACGCGGTGGCGGTCCTTGATGTCGGGCTGCCGCGCATGGACGGCTTCGAGGTGCTGGCGCGCTTGCGGGCGCGGGGCAAGACGCTGCCGGTGCTGATGCTGACCGCTCGCAGCGACGTCAAGGATCGGGTCCATGGCCTGAACCTCGGCGCCGACGATTACCTGGCCAAACCTTTCGAACTCACCGAGCTTGAGGCGCGGGTAAAGGCACTGCTGCGCCGTAGCGTACTGGGTGGCGAGCGGCAGCAGCGCTGTGGTGGGCTGGTCTACGACCTGGACACCCGGCGCTTTACCCTCGACGAGGAACTGATGACCCTGACCTCTCGCGAGCAGGCTGTCCTGGAAGCGTTGATCGCCCGGCCCGGGCGGGTGATGAGCAAAGAACAACTGGCAGCCCAGGTGTTCGGCCTGGATGAAGAGGCCAGTCCCGACGCCATCGAAATCTATGTCCATCGCCTGCGCAAGAAGCTCGACGGCCATGCGGTGGCAATCGTGACATTCCGCGGACTGGGCTATCTGTTGGAAAACCGCGATGCATAA MRVLLVEDHLQLAESVAQALKSTGLTVDVLHDGVAADLALSSEEYAVAVLDVGLPRMDGFEVLARLRARGKTLPVLMLTARSDVKDRVHGLNLGADDYLAKPFELTELEARVKALLRRSVLGGERQQRCGGLVYDLDTRRFTLDEELMTLTSREQAVLEALIARPGRVMSKEQLAAQVFGLDEEASPDAIEIYVHRLRKKLDGHAVAIVTFRGLGYLLENRDA PGPT0017365_822 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-GENTAMICIN|TOBRAMYCIN|KANAMYCIN_RESISTENCE,PGPT0017365-tctD-K07774 NA NA D1-35_01771 1392 sasA_8 Adaptive-response sensory-kinase SasA ATGCATAAGCCCGACAGCCTGCGCTGGCGGCTACTTCGCAACCTCGCTTCGTTGCTCGTGGTACTGATGCTCGCCAGTGGCCTGAGCGCCTACTGGAATGGTCGTGAAGCCGCCGATACGGCCTACGACCGGACGCTCCTGGCGTCGGCCAGAACCATCGCCGCCGGTCTTTCGCAGCGCGACGGTACCCTCAGCGCGGACGTACCTTATGTCGCTCTGGACACCTTCGCCTATGACAGTGCCGGACGTATCTATTATCAAGTCAACGACATCCACCAGAAGCTGATCTCCGGCTACGAGAATCTTCCCGGGCCGCCGCCCGGTACGCCGCGCACCGACGATTACCCGGCGCTGGCACGTTTCTACAACGCCAGTTACCAAGGGCAGAATGTGCGCGTGGTGAGCCTGCTCAAGGCCGTGAGCGAACCCGAAATGAACGGCATGGCGGAAATCCGCGTGGCGGAAACCGAAGAAGCTCGGGTCAGCATGGCCCGCGGCTTGATGGCCGATACCTTGTTGCGGCTGGGCATGCTGGCGGTGGGCGCGCTGTTGCTGGTGTGGTTCGCGGTCAGCGCGGCGTTGCGCCCGCTGGAACGCTTGCGCACGGCGGTGGAGGAACGCCAGCCGGACGATCTGCGGCCGTTGCCGCTGGTGGAAGTCCAGCACGAATTGTGGCCGTTGGTACGTGCCCTCAATCATTTCACCGAACGGCTGCGCGGCCAGTTCGAACGCCAGGCGCAATTCATTGCCGATGCCGCCCATGAGCTGCGCACGCCACTCGCGGCGCTCAAGGCTCGCCTGGAGCTGGGCTTGCGCGCCAGCGAACCGTCGACCTGGCGCGAAACCCTGGAAACCGCCGCCCAGGGCACTGATCGCTTGACCCATCTGGCGAATCAACTGCTGTCGCTGGCGCGGGTGGAGAACGGCGCGCGGGCAATTGCCGAAGGCGGTGCACAGTTGCTCGACCTGAGCCAGCTCGCCCGAGAACTGGGCATGGCCATGGCGCCACTGGCCCATGCCCGTGGGGTTGCGTTGGCCCTGGAAGCCGATGAACCCGTCTGGTTACGGGGCGAGCCGACTTTGCTCAACGAGCTGTTGAGCAACCTGGTGGACAATGCCCTGGCCCATACTCCTTCGGGCGGTAACGTGATCCTGCGGGTCACCGCGCCGGCGGTACTGGAAGTCGAGGATGACGGCCCGGGCATTCCCGAGACTGAGCGGGAACGGGTATTCGAGCGCTTCTATCGGCGCAACCAGCAAGTGGCCGGCTCGGGATTGGGGTTGGCAATTGTCGGAGAAATCTGCCGTGCGCATCTGGCGCAGATCACCCTGCATGATGGGCAGGAGGGCGGGTTGAAGGTGCGAGTGAGTTTTGCTCCTGGCTCAGAATGA MHKPDSLRWRLLRNLASLLVVLMLASGLSAYWNGREAADTAYDRTLLASARTIAAGLSQRDGTLSADVPYVALDTFAYDSAGRIYYQVNDIHQKLISGYENLPGPPPGTPRTDDYPALARFYNASYQGQNVRVVSLLKAVSEPEMNGMAEIRVAETEEARVSMARGLMADTLLRLGMLAVGALLLVWFAVSAALRPLERLRTAVEERQPDDLRPLPLVEVQHELWPLVRALNHFTERLRGQFERQAQFIADAAHELRTPLAALKARLELGLRASEPSTWRETLETAAQGTDRLTHLANQLLSLARVENGARAIAEGGAQLLDLSQLARELGMAMAPLAHARGVALALEADEPVWLRGEPTLLNELLSNLVDNALAHTPSGGNVILRVTAPAVLEVEDDGPGIPETERERVFERFYRRNQQVAGSGLGLAIVGEICRAHLAQITLHDGQEGGLKVRVSFAPGSE PGPT0017370_845 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-GENTAMICIN|TOBRAMYCIN|KANAMYCIN_RESISTENCE,PGPT0017370-tctE-K07649 NA NA D1-35_01772 822 hypothetical protein ATGAGCGATTTGGCGGATAAGGTCCAGCGGGATTTGGTGGCGGCCATCGATAATGATGACCTGGTCCTGCCAACATTACCGGAAGTGGCCATGCAGATTCGCCGGGCCGCCGAAGACCCGGAAATCAGCGTCAGCAACCTGAGTAAAGTGATTGGTCGTGACACCGCCCTCTCGGCGCGCCTGATAAAAGTAGTCAACAGCCCCCTGCTGCGTGCCACCCAGGAAGTAACGGACCTGCACACGGCCATCACGCGGTTGGGGGTCAACTACAGCAGCAACCTGGCGATCGGGCTGGTCATGGAGCAGATATTCCATGCTCGCTCCGAAGTGGTTGAGCAAAAGATGCGGGAAGTCTGGCGCAAGAGCCTGGAGATCGCCGGCGTCAGCTATGCGTTATGTCGCAGCTACACGCATCTCAAGCCCGATCAGGCGGCGCTGGGTGGACTGGTCCATCAGATCGGCGTGCTGCCGATCCTGACGTACGCCGAGGACAACAATGAACTGCTGTCGGACCCGGTCAGCCTCAATCACGTCATCGAGACGATCCATCCCGTGCTGGGGGACAAGCTGCTCAGCGTCTGGGAGTTTCCGGAGCGGTTGGTGAAGTTGCCGGGGCTGTACCTGGATTTCACCCGAGACTCGAAGCAACTCGATTATGTCGACCTGGTGCAGGTTGCCGCGCTGTACTGCTACAAGGATGCCGACCACCCGCTGAGCAGGATTGACGCGTTCGGGGTTCCGGCGATCAGGAAGCTGGGCATCGACCTGGACAACAAGGACCGCTGCGCGGATATCGAAGAAGCTCGGTCGATGTTTTATTAA MSDLADKVQRDLVAAIDNDDLVLPTLPEVAMQIRRAAEDPEISVSNLSKVIGRDTALSARLIKVVNSPLLRATQEVTDLHTAITRLGVNYSSNLAIGLVMEQIFHARSEVVEQKMREVWRKSLEIAGVSYALCRSYTHLKPDQAALGGLVHQIGVLPILTYAEDNNELLSDPVSLNHVIETIHPVLGDKLLSVWEFPERLVKLPGLYLDFTRDSKQLDYVDLVQVAALYCYKDADHPLSRIDAFGVPAIRKLGIDLDNKDRCADIEEARSMFY NA NA NA NA NA D1-35_01773 942 ygfZ tRNA-modifying protein YgfZ ATGGCTGATTCCGCTTTTTTCTGCACCCTGTCCCACGAAGGCGTTCTCGCGGTCCGTGGCGTGGACGCAAGCAAATTCCTGCAAGGCCAATTGACCTGCAACCTCAACTACCTGAGCGACAGCCGGGCCAGCCTCGGCGCACGTTGCACCCAGAAGGGCCGGATGCAATCGAGCTTCAGGATCCTGCTTGAAGGCGACGGCGTGCTCCTGACAATGGCCAGCGAATTGCTCGAACCGCAACTGGCGGACCTGAAAAAATACGCAGTGTTCTCCAAATCCAAGCTCACCGACGAGAGCGCCGCATGGGTTCGTTTCGGACTGGAAGGCGCCGATGCCACGCTCACCGACCTGGGCCTGGAACTGCCGGTCGATACCGACAGCGTGGTTCGCCATGAATCCTTGATCGCCATCCGCGTCTCTCCAGGCCGCGCCGAACTCTGGGCTCGCGCCGAACAGGCCGATACGCTGCGCACTCGCCTGAGCGCGAAACTGGCCGAAGGCGATCTCAACCGCTGGCTGCTGGGCCAGGTTCGCGCGGGCATTGGCCAGGTCATGCCGGCTACTCGCGAGCTGTTCATTCCGCAGATGCTCAACCTGCAGGCCGTAGGGGGCGTGAGTTTCAAGAAAGGCTGCTATACCGGCCAGGAAATCGTCGCGCGCATGCAGTACCTCGGCAAGCTCAAGCGCCGGCTGTATCGCCTGCAGCTGGAGGCAGGCGAGCTGCCAGAGCCGGGCACTCCACTATTCTCCCCCACTCACGGCAGTTCCATCGGCGAAGTGGTCATTGCTGCCCGCGCCGAACAAAACATTGAACTGCTGGCGGTGTTGCAGGCCGAAGCAGCGGAAGATGGCAATTTGCACCTCGGAGCTTTGGAAGGACCCGCGCTACAATTGCTGGACTTGCCTTACGAACTGGACCGCGACCGCGAAATCCAGCGTTGA MADSAFFCTLSHEGVLAVRGVDASKFLQGQLTCNLNYLSDSRASLGARCTQKGRMQSSFRILLEGDGVLLTMASELLEPQLADLKKYAVFSKSKLTDESAAWVRFGLEGADATLTDLGLELPVDTDSVVRHESLIAIRVSPGRAELWARAEQADTLRTRLSAKLAEGDLNRWLLGQVRAGIGQVMPATRELFIPQMLNLQAVGGVSFKKGCYTGQEIVARMQYLGKLKRRLYRLQLEAGELPEPGTPLFSPTHGSSIGEVVIAARAEQNIELLAVLQAEAAEDGNLHLGALEGPALQLLDLPYELDRDREIQR NA NA NA NA NA D1-35_01774 255 sdhE COG2938 FAD assembly factor SdhE ATGGTCGAAGATGTTGAACTGAATCGCCTCTACTGGCACAGCCGCCGCGGCATGCTTGAGCTTGACGTGCTGCTGGTGCCGTTCGTGAAGGAGGTCTACCCACACCTTGATGAAGTCGACCGTGCGTGTTACGTCCGTTTGCTCGAATGCGAGGATCAGGACATGTTCGGCTGGTTCATGGAACGCAGTGAATCCGAGGATCCGGAACTGCAGCGCATGGTCCGGATGATCCTGGACCGTGTCCAGCCCAAGTAG MVEDVELNRLYWHSRRGMLELDVLLVPFVKEVYPHLDEVDRACYVRLLECEDQDMFGWFMERSESEDPELQRMVRMILDRVQPK PGPT0027750_1281 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-CptA-CptB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027750-antitoxin_cptB|ygfY|sdhE-K09159 NA NA D1-35_01775 453 hypothetical protein GTGTCCAGCCCAAGTAGCCGCTTCGAGTGCCGCTGGCGCGCCTCCCGGCAGCTGCTGGCGGCCTATCTCCTGGCCCAGGTGTTTGCCTTGGGCTCGTTGTTTCTGTGCTCGATTCCTCCCTGGCTCGCAGTCGTTGCTTCGATGTTGTGCCTGGGCCACGGCGCCTGGGTGCTACCGCGATATCTGTTGCTGAGCCATCGCCAGGCTTTTCGTGGTTTGCGTCGCGATGCCGACGGCTGGCAGCTCTGGAGCGAGGGCGGCGGCTGGCAGGCGGTGCAGTTGCGGCCGGACAGCCTGGCATTGCCGATGATTGTGGTGCTGCGCTTTCGCTTGCGGGGCGAGTGGTGGGTCCGCTCGTTGTGCGTGCCCCGCGACGCGCTGGCGCCGGATGTCCATCGGCGCCTGCGGGTCCGGCTCAGGTTCAGCCGGCGTAGGTGGGCGGCACCAGGATAG MSSPSSRFECRWRASRQLLAAYLLAQVFALGSLFLCSIPPWLAVVASMLCLGHGAWVLPRYLLLSHRQAFRGLRRDADGWQLWSEGGGWQAVQLRPDSLALPMIVVLRFRLRGEWWVRSLCVPRDALAPDVHRRLRVRLRFSRRRWAAPG PGPT0027745_182 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-CptA-CptB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027745-toxin_cptA|ygfX-K19168 NA NA D1-35_01776 1617 nadB COG0029 L-aspartate oxidase ATGAGCCAACAGTTTCAACATGATGTTCTGGTAATCGGCAGCGGCGCCGCCGGATTGAGCCTTGCGCTGACATTGCCAGCGAACCTGCGCATAGCAGTGCTGAGCAAAGGCGACCTGGCCAACGGCTCGACGTTCTGGGCCCAGGGCGGCGTCGCCGCCGTGCTGGATGACACGGACACTATCCAATCCCATGTCGACGACACGCTTAACGCCGGCGGCGGGTTGTGCAATCGCGAAGCCGTGCGTTTTACCGTCGAGCACAGCAGGGAAGCCATCCAATGGCTGATCGACCAGGGCGTGCCTTTCACCCGTGACGAGCAATCGGGCACCGAAGATGGCGGCTTTGAATTCCATCTGACACGCGAAGGCGGCCACAGCCACCGGCGGATCATCCATGCAGCCGATGCGACCGGCGCGGCAATTTTCAAGACCCTGCTGGCCCAGGCCCGGCAACGGCCGAACATCGAATTACTGGAACAGCGAGTCGCGATCGACCTGATCACCGAGAAACGCCTCGGCCTGGAAGGCGACCGCTGCCTGGGGGCCTATGTGCTCAATCGTGGCACCGGCGAAGTCGACACCTACGGGGCGCGCTTCGTGATCCTCGCCTCCGGCGGCGCGGCCAAGGTCTATCTCTATACCAGCAACCCCGATGGTGCCTGCGGTGACGGCATTGCCATGGCCTGGCGTTCAGGCTGCCGAGTGGCGAACCTGGAATTCAACCAGTTCCACCCCACTTGCCTGTATCACCCCTTGGCCAAGAGCTTCCTGGTGACCGAGGCACTGCGCGGCGAAGGCGCTCATCTGAAGCTCCCCAACGGCGAACGCTTCATGCAGCGCTTCGATCCTCGCGCCGAACTGGCCCCACGGGACATCGTTGCGCGGGCCATCGACCATGAAATGAAGCGCCTGGGCATCGACTGCGTGTACCTGGACATCAGCCACAAACCCGAAGCCTTCATCAAAAGTCATTTCCCCACGGTGTATGAGCGCTGCCTGGAATTTTCCATCGACATCACCAAGCAGCCGATCCCGGTGGTGCCAGCGGCGCATTACACCTGCGGCGGGGTGATGGTCGACCAGCACGGCCGCACCGATGTACCCGGCCTGTATGCGATTGGCGAAACCAGCTTCACCGGATTGCACGGAGCCAATCGCATGGCCAGCAATTCGCTGCTGGAATGTTTCGTCTATGCCCGCTCGGCGGCGGCGGACATCCTCGATCAGTTGCCGCAGGTTGCCATCCCGACCACCCTGCCTACCTGGGATGCCAGCCAGGTGACCGACTCGGACGAAGACGTGATCATCGCCCACAACTGGGACGAACTGCGGCGCTTCATGTGGGACTACGTCGGCATCGTACGCACCAACAAGCGCCTGCAACGGGCCCAGCATCGGGTGCGTTTGCTGCTCGATGAGATCGATGAGTTCTACAGCAACTATAAAGTCAGCCGCGACCTGATCGAGTTGCGCAACCTGGCGCAGGTGGCGGAACTGATGATTCGCTCAGCCATGGAGCGCAAGGAAAGCCGAGGACTGCACTACACCCTCGACTACCCGGACCTGCTGCCCGAGGCATTGGACACTATCCTGGTGCCGCCCACCTACGCCGGCTGA MSQQFQHDVLVIGSGAAGLSLALTLPANLRIAVLSKGDLANGSTFWAQGGVAAVLDDTDTIQSHVDDTLNAGGGLCNREAVRFTVEHSREAIQWLIDQGVPFTRDEQSGTEDGGFEFHLTREGGHSHRRIIHAADATGAAIFKTLLAQARQRPNIELLEQRVAIDLITEKRLGLEGDRCLGAYVLNRGTGEVDTYGARFVILASGGAAKVYLYTSNPDGACGDGIAMAWRSGCRVANLEFNQFHPTCLYHPLAKSFLVTEALRGEGAHLKLPNGERFMQRFDPRAELAPRDIVARAIDHEMKRLGIDCVYLDISHKPEAFIKSHFPTVYERCLEFSIDITKQPIPVVPAAHYTCGGVMVDQHGRTDVPGLYAIGETSFTGLHGANRMASNSLLECFVYARSAAADILDQLPQVAIPTTLPTWDASQVTDSDEDVIIAHNWDELRRFMWDYVGIVRTNKRLQRAQHRVRLLLDEIDEFYSNYKVSRDLIELRNLAQVAELMIRSAMERKESRGLHYTLDYPDLLPEALDTILVPPTYAG PGPT0013355_1308 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278 NA NA D1-35_01777 582 algU COG1595 RNA polymerase sigma-H factor ATGCTAACCCAGGAAGAGGATCAGCAGCTGGTCGAGCGCGTTCAACGCGGCGACAAGCGAGCTTTCGATCTGCTAGTGCTGAAATACCAGCACAAAATTCTCGGGTTGATCGTGCGTTTTGTGCACGACACCCATGAAGCCCAGGATGTTGCCCAGGAAGCTTTCATCAAGGCGTACAGGGCACTTGGTAATTTTCGCGGGGATAGCGCGTTTTATACGTGGCTTTACCGCATCGCCATCAACACGGCGAAAAACTATCTGGTTTCACGCGGCCGCCGGCCGCCGGATAGCGATGTTAGCTCCGAGGATGCAGAGTTCTATGACGGCGATCACGGCCTCAAGGATCTCGAATCACCGGAACGTGCATTGCTGCGGGATGAGATCGAAGGCACTGTCCATCGAACCATTCAGCAACTGCCTGAAGATTTGCGTACGGCGTTAACTTTACGTGAATTCGACGGTCTGAGTTACGAGGACATTGCCAGCGTCATGCAATGTCCGGTGGGTACCGTGCGCTCCCGGATCTTCCGCGCTCGGGAGGCCATCGATAAAGCCCTGCAACCATTGTTGCAGGAAAACTGA MLTQEEDQQLVERVQRGDKRAFDLLVLKYQHKILGLIVRFVHDTHEAQDVAQEAFIKAYRALGNFRGDSAFYTWLYRIAINTAKNYLVSRGRRPPDSDVSSEDAEFYDGDHGLKDLESPERALLRDEIEGTVHRTIQQLPEDLRTALTLREFDGLSYEDIASVMQCPVGTVRSRIFRAREAIDKALQPLLQEN PGPT0014960_6447 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_01778 588 mucA COG3073 Sigma factor AlgU negative regulatory protein ATGAGTCGTGAAGCCCTGCAGGAATCGCTGTCCGCAGTGATGGATAACGAAGCGGACGAATTGGAATTGCGTCGGGTATTAAATGCCTTTGACGATGTTGAAACCCGTGAGACCTGGGCTCGCTACCAGATTGCCCGGGCGGTGATGCACAAGGACTTGTTGCTTCCACGCCTGGATATCGCTGCGGCCGTTTCTGCTGCGCTGGCTGACGAAGCCGTGCCGGCAAAAGCCTCTCGCGGACCATGGCGCAGCCTGGGTCGCCTGGCAGTTGCTGCCTCGGTTACCGTAGCTGTATTGGCAGGTGTGCGTCTGTACAACCAGGATGAGATTGCCGGCGTGCAAATGGCGCAGCAGTCCAATCAGCCTGGCCTGGCAGCACCACAGGTCAAGGGTCCGGCGGTACTGGCCGGCTACAGCGAAGGTTCGGAAGCTGCCGGTCCGATGACCAACGGTGTACTGCAAGGCCAGCCAGGCTGGCATGATCAGCGTTTGCCTAATTACCTGCGTCAGCATGCCCAGCAGGCTGCGCTGAAAGGTACTGAAAGCGCGCTGCCATACGCTCGTGCGGCCAGTCTGGAAAACCGTTAA MSREALQESLSAVMDNEADELELRRVLNAFDDVETRETWARYQIARAVMHKDLLLPRLDIAAAVSAALADEAVPAKASRGPWRSLGRLAVAASVTVAVLAGVRLYNQDEIAGVQMAQQSNQPGLAAPQVKGPAVLAGYSEGSEAAGPMTNGVLQGQPGWHDQRLPNYLRQHAQQAALKGTESALPYARAASLENR PGPT0014976_792 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014976-rseA-K03597 NA NA D1-35_01779 948 mucB COG3026 Sigma factor AlgU regulatory protein MucB ATGCGCGCCATACCTCTTTTCTCGCTTCTGGTAGGTGGCTGGTGCGTTGTTCCAGCCTATGCCGGTGAAGCTCAGGACTGGCTCAATCGTCTGAGTCAAGCCGAGCAGCAGCAAAGCTTCCAAGGCACTTTCGTTTACGAGCGTAACGGTAGTTTTTCTACCCATAACATCTGGCATCGCGTCCAGGATGGCAAAGTCCGCGAGCGGCTGCTCCAGCTCGATGGTTCGGCACAGGAGGTCATGCGCATTGACGGAAAGACTCAATGCGTCAGCGGCACCTTGATCGCCGGGCTGGGCAATACGCCAGATGGCACCGCACGTGCGCTCGATCCGCAGAAACTCAAGAATTGGTATGACCTTGCCGTTATTGGCAAGTCGCGCGTGGCTGGGCGTCAGGCTGTCATTGTCGCCCTGACCCCCAAGGATCAGCATCGCTATGGCTTTGAGCTGCATCTCGACAGAGAGACCGGCTTGCCGCTCAAGTCCCTGTTGCTCAGTGACAAAGGCCAGTTGCTCGAACGTTTCCAATTCACTCGCTTGAACATCGGTGAGCCTTCAGACGCTGATCTGCAGGCCAGTGTCGAATGCAAGGCTGTTGCGCAGGGGCCCGGTAAGGCCGCCACGGTGAAAACCGCCTGGCATTCCGACTGGCTTCCGCCCGGCTTTGAATTGACCAGTAGCGCTGCGCACAAGGACCCGGACACCAAGATCCAGGTCAGTAGCTTGATGTATGACGATGGCCTGGCCCGTTTCTCGGTGTTCCTGGAGCCGCTGAACGGTGCAACTGCCACCGACACCCGCACGCAGCTTGGCCCGACCGCAGCGGTATCGCGTCGGCTTACTACACCCCAAGGCGAGATGATGGTGACGGTAGTTGGCGAAATACCTATCGGTACGGCGGAACGGATCGCATTGTCCATGCGTTCCGACGTCGCGGCAGCCCAATAA MRAIPLFSLLVGGWCVVPAYAGEAQDWLNRLSQAEQQQSFQGTFVYERNGSFSTHNIWHRVQDGKVRERLLQLDGSAQEVMRIDGKTQCVSGTLIAGLGNTPDGTARALDPQKLKNWYDLAVIGKSRVAGRQAVIVALTPKDQHRYGFELHLDRETGLPLKSLLLSDKGQLLERFQFTRLNIGEPSDADLQASVECKAVAQGPGKAATVKTAWHSDWLPPGFELTSSAAHKDPDTKIQVSSLMYDDGLARFSVFLEPLNGATATDTRTQLGPTAAVSRRLTTPQGEMMVTVVGEIPIGTAERIALSMRSDVAAAQ NA NA NA NA NA D1-35_01780 1428 degP COG0265 Periplasmic serine endoprotease DegP ATGTCGATACCACGCTTGAAAACCTATCTCTCCATTTTTGCCACCGTGCTGGTGCTCGGTCAGGCCGTTCCCGCTGTGGCGGTCGAGTTGCCGGACTTCACTCAACTGGTCGAACAGGCTTCGCCTGCCGTGGTGAACATCAGTACCACGCAGAAGCTGCCGGAGCGTCGGGTGATGGACCCGCAGATGCCGGACCTGGAAGGCCTGCCGCCCATGCTGCGCGAGTTCTTCGAGCGAGGGATGCCACAGCCGCGTTCGCCTGGCGGTGGTCGTCAGCGTGAAGCGCAGTCCTTGGGCTCGGGCTTCATCATCTCGCCAGACGGCTACATCCTGACCAACAACCATGTGATTGCCGACGCCGATGAGATCCTCGTGCGCCTGGCAGATCGCAGTGAACTGAAGGCCAAGCTGATCGGCACCGACCCGCGTTCGGACGTGGCCTTGCTGAAAATCGAAGGCAAGGACCTGCCGGTGCTCAAGCTCGGCAAATCGCAGAACCTGAAAGCCGGCCAGTGGGTGGTGGCAATCGGTTCGCCGTTCGGCTTCGACCATACCGTGACCCAGGGCATCGTCAGCGCCATTGGGCGTAGCCTGCCAAACGAAAACTACGTGCCATTCATCCAGACCGACGTGCCGATCAACCCGGGCAACTCCGGTGGGCCGCTGTTCAACCTCGACGGCGAAGTGGTGGGTATCAACTCTCAGATCTACACCCGTTCGGGCGGTTTCATGGGGGTGTCCTTCGCTATTCCGATCGACGTGGCCCTGGATGTATCCAACCAGCTTAAAAGCGAGGGCAAGGTCAGCCGTGGCTGGCTGGGCGTGGTCATCCAGGAAGTGAACAAGGACCTGGCCGAGTCGTTTGGCCTGGAGAAACCTGCCGGCGCGCTGGTGGCGCAGATCCAGGAAGGTGGTCCGGCCGCCAAGGGCGGCTTGCAAGTGGGCGATGTGATTCTCAGCCTCAATGGGCAGCCGATCGTCATGTCCGCCGACTTGCCGCATCTGGTGGGCGCCCTCAAGGCCGGGGCCAAGGCCAACCTGGAAGTGATTCGCGAAGGCAAGCGCAAGAATGTCGAGTTGACTGTCGGCGCGATCCCGGAAGAAGGCAAGGAACTGGATTCGCTGCCCAAGTCCGGCGTCGAGCGCAGCAGCAATCGCCTGGGTGTCGCGGTGGTCGAGCTGACCGATGAGCAGAAGCGAACCCTGGAATTGCAGGGTGGTGTGGTGATCAAGGAAGTACAGGACGGTCCCGCTGCGTTGATCGGCCTGCAACCTGGCGACATCATTACTCACCTGAACAACCAGGCCATCGGCTCGGCCAAGGAGTTCACCGACATCGCCAAGGCGTTGCCGAAGAATCGCTCGGTGTCGATGCGCGTCCTGCGCCAGGGGCGTGCAAGCTTCATTACCTTCAAGCTGGCTGAATAA MSIPRLKTYLSIFATVLVLGQAVPAVAVELPDFTQLVEQASPAVVNISTTQKLPERRVMDPQMPDLEGLPPMLREFFERGMPQPRSPGGGRQREAQSLGSGFIISPDGYILTNNHVIADADEILVRLADRSELKAKLIGTDPRSDVALLKIEGKDLPVLKLGKSQNLKAGQWVVAIGSPFGFDHTVTQGIVSAIGRSLPNENYVPFIQTDVPINPGNSGGPLFNLDGEVVGINSQIYTRSGGFMGVSFAIPIDVALDVSNQLKSEGKVSRGWLGVVIQEVNKDLAESFGLEKPAGALVAQIQEGGPAAKGGLQVGDVILSLNGQPIVMSADLPHLVGALKAGAKANLEVIREGKRKNVELTVGAIPEEGKELDSLPKSGVERSSNRLGVAVVELTDEQKRTLELQGGVVIKEVQDGPAALIGLQPGDIITHLNNQAIGSAKEFTDIAKALPKNRSVSMRVLRQGRASFITFKLAE PGPT0015105_3270 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 D1-35_01781 1434 bepA_1 COG4783 Beta-barrel assembly-enhancing protease ATGACATTTCTGCGCCCCACCCTGCTGACGCTCGCTTGCCTGCTCGCCTCACCGGGCTTCGCCGACGACCTGCCGTCACTTGGCGATGCCAGTTCTGCCATCGTCTCGCCGGAACAGGAGCATCAGCTGGGCCGCGCCTGGCTGGCCTTGTTGCGCAGCCAGGTCTCGCAACTCAACGATCCGCAGCTCAAGGACTATGTCGAAACCAGCGTCTACAAGCTGGTGGAGACCAGCCAGGTCAACGACCGGCGCCTGGAATTCATCCTGATCAACAGCCCCCAGCTCAACGCTTTCGCCGCGCCCGGCGGGATCGTCGGGGTCAACGGCGGCCTGTTCCTCAACGCCCAGACCGAAGGCGAATATGCTTCGGTCATGGCCCACGAGCTGGCGCACTTGTCGCAACGCCATTTTGCCCGCGGCGTCGAAGCCCAACAGCGCATGCAGGTGCCGATGATGGCGGCGCTGCTGGCCGGCATCGTGATTGCCGCCGCCGGTGGCGGTGACGCCGGGATCGCCGCCATTGCCGGGACCCAGGCCGCCGCCATCCAGGAGCAACGGCGTTTCTCGCGGCAAAACGAACAGGAAGCCGACCGCATCGGCATCCAGAATCTGGAGAAGGCCGGTTACGATCCGCGGTCGATGCCGACGATGTTCGAGCGTCTGATGCGCCAGTACCGGTTTGACGCCAAGCCCCCGGAATTCCTGCTGACTCACCCGGTCACCGAATCGCGCATCGCCGACACCCGCAACCGCGCCGAACAGGCCAAGCCGGGCGGAATCGAGGACAGCATGCGTTACCAACTGATCCGCGCGCGGGTCCAGTTGACCTATGAAGAAACCCCCGGCCTGGGGGCCAAGCGCTTCCGCGCACAGCTGGACGAGAACCCGAAGAGTGACGTGGCCCGCTACGGACTGGCGATCGCCCAGATCAAGGGTGGCCAACTGAATGAAGCCCGGGAGAACCTCAAGCCATTGCTGGCCAAAGCGCCCAACGAGATCATCTACAACCTCGCCCAGGTAGACCTGGACATCACCAGCAACAAGCTGGCGGACGCTCAATCTCGCGTGGATCGACTGCTGAGCCAATATCCGGGCAACTACCCGCTCAATCAGGTGCGCGTCGATCTGTTGCTCAAGCAGAATCGCCCCGCCGATGCGGAAAAGGCCCTGGAAACCCTGCTCAAGAGCCGCCCGGACGATCCGGACATCTGGTACATGGTGGCCGAGACGCGTGGCCTGTCAGGCAATATCATTGGCTTGCACCAGGCACGCGCCGAATACTTCGCGTTGGTTGGCGACTATCGTCAGGCGATCCAGCAACTGGACTTCGCCAAACGACGCGCCGGGAGCAATTTTCCTTTGTCATCGCGCATCGACGCCCGCCAGCGCGAACTCATGGAACAGGAGCGCATGGTCAAGGACATGATGGGCTGA MTFLRPTLLTLACLLASPGFADDLPSLGDASSAIVSPEQEHQLGRAWLALLRSQVSQLNDPQLKDYVETSVYKLVETSQVNDRRLEFILINSPQLNAFAAPGGIVGVNGGLFLNAQTEGEYASVMAHELAHLSQRHFARGVEAQQRMQVPMMAALLAGIVIAAAGGGDAGIAAIAGTQAAAIQEQRRFSRQNEQEADRIGIQNLEKAGYDPRSMPTMFERLMRQYRFDAKPPEFLLTHPVTESRIADTRNRAEQAKPGGIEDSMRYQLIRARVQLTYEETPGLGAKRFRAQLDENPKSDVARYGLAIAQIKGGQLNEARENLKPLLAKAPNEIIYNLAQVDLDITSNKLADAQSRVDRLLSQYPGNYPLNQVRVDLLLKQNRPADAEKALETLLKSRPDDPDIWYMVAETRGLSGNIIGLHQARAEYFALVGDYRQAIQQLDFAKRRAGSNFPLSSRIDARQRELMEQERMVKDMMG NA NA NA NA NA D1-35_01782 240 tusA_2 COG0425 Sulfur carrier protein TusA ATGACCGATGCTGTAGCCCACGATGCCGAGCTGGACGCCAGTGGACTGAACTGTCCGCTGCCGTTGCTCAAGGCCAAGCTGGAACTCAATCGCCTGGCCAGTGGCGCCGTGCTCAAAGTGACGGCCACGGATGCGGGCTCCCAGCGCGACTTTCGCACCTTTGCCCGCTTGGCCGGTCATACGCTGCTGCGCGAAGAAGACGATAACGGCGTCTACCGTTACTGGCTGAAAAAAGCCTGA MTDAVAHDAELDASGLNCPLPLLKAKLELNRLASGAVLKVTATDAGSQRDFRTFARLAGHTLLREEDDNGVYRYWLKKA NA NA NA NA NA D1-35_01783 1071 hypothetical protein ATGTTCAAAGTGTTACGCGACTGGATTCAGCGCTACTTCTCCGATGAGGAAGCGGTGGTCCTGGCAGTGCTGCTGTTCCTGGCGTTTACGGCGGTCCTGACGCTGGGCGGGATGCTCGCGCCGGTGCTGGCGGGAATGGTGCTGGCGTATCTGATGCAGGGGCTGGTCACAGCCTTGGAACGCCTGCGTTTGCCTGGCTCCGTGGCGGTAGGGCTGGTGTTCGCGCTGTTCATGGGGCTGCTGGTGGTGTTCCTCGTGGTCATCGTGCCGTTGCTCTGGCATCAATTGGTGACCCTGTTCAATGAACTGCCGGGAATGCTCGCCAAATGGCAATCGCTGTTGTTGCTGCTGCCGGAACGCTACCCGCACCTGGTCTCGGACGAGCAAGTGCTGCAGACCATCGAAGTGGTGCGTGGCGAGATCGGCAAGTTCGGCCAGTGGGCGCTGACGTTTTCGCTGTCCAGCCTGCCGTTGCTGGTGAACATCATGATCTATCTGGTGCTGGTGCCGATTCTGGTGTTTTTCTTTCTCAAGGATCGGGAAATGATCGGACGCTGGGTCCGAGGCTACCTGCCGCGCGAGCGGGCATTGATCACCCGTGTGGCCCAGGAGATGAACCGGCAGATTGCCAACTACATCCGTGGGAAAGTCATCGAGATTTTCATCTGTGGCGGCGTCACGTACATCGGTTTTGTGGCGCTGGGGCTCAACTATGCTGCGTTGCTCGCGTTGCTGGTGGGCATTTCGGTGGTGGTGCCTTACGTCGGCACTGTGGTCGTGACCGTGCCGGTGGCGCTGATCGCGCTGTTTCAGTGGGGTTGGAGCGACCAGTTCATCTATCTGATGGCGGTGTACGGGATCATCCAGACGCTGGACGGCAATGTGCTGGTGCCGCTGCTGTTCTCCGAGGCGGTGAACCTGCATCCGGTGGCGATTATCTGCGCGGTGTTGTTGTTTGGCGGGCTGTGGGGCTTCTGGGGGGTGTTCTTTGCGATTCCCCTGGCGACGTTGTTCAAGGCGGTGCTGGATGCGTGGCCGAGCAAGGAGCCGGTGGTGGCGCCGTTGTTGTAG MFKVLRDWIQRYFSDEEAVVLAVLLFLAFTAVLTLGGMLAPVLAGMVLAYLMQGLVTALERLRLPGSVAVGLVFALFMGLLVVFLVVIVPLLWHQLVTLFNELPGMLAKWQSLLLLLPERYPHLVSDEQVLQTIEVVRGEIGKFGQWALTFSLSSLPLLVNIMIYLVLVPILVFFFLKDREMIGRWVRGYLPRERALITRVAQEMNRQIANYIRGKVIEIFICGGVTYIGFVALGLNYAALLALLVGISVVVPYVGTVVVTVPVALIALFQWGWSDQFIYLMAVYGIIQTLDGNVLVPLLFSEAVNLHPVAIICAVLLFGGLWGFWGVFFAIPLATLFKAVLDAWPSKEPVVAPLL NA NA NA NA NA D1-35_01784 474 bcp COG1225 Peroxiredoxin Bcp ATGGCCGTTGCCATCGACCAGCCGGTTACCGATTTCCAGGCGCCCGCCACCAGCGGGCAGACCATCAGCCTCGCCGCCCTGAAAGGCAAACAGGTGGTCATTTATTTCTACCCGAAAGACAGCACCCCCGGTTGCACCACCGAAGGCCAGGGTTTTCGCGACCACTACGCGCAATTCCAGGCCGCCAACACCGAAATATTCGGTGTGTCGCGGGACAGCCTCAAGTCCCACGAGAACTTCAAGTGCAAGCAGGAGTTCCCCTTCGAGCTGATCAGCGACAAGGACGAAACGGTCTGCCAACTGTTCGACGTGATCAAGCTGAAGAAGCTGTACGGCAAGGAATATCTGGGCGTTGATCGCAGCACCTTTTTGATCGACAAGGATGGCGTGCTGCGCCAGGAGTGGCGTGGTGTGAAAGTGCCGGGGCATGTGGATGCGGTGCTGGCGGCGGCTCAGGCGCTCAACCAAGCCTGA MAVAIDQPVTDFQAPATSGQTISLAALKGKQVVIYFYPKDSTPGCTTEGQGFRDHYAQFQAANTEIFGVSRDSLKSHENFKCKQEFPFELISDKDETVCQLFDVIKLKKLYGKEYLGVDRSTFLIDKDGVLRQEWRGVKVPGHVDAVLAAAQALNQA PGPT0013120_2837 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564 NA NA D1-35_01785 561 gcvR COG2716 Glycine cleavage system transcriptional repressor ATGTCCACCCCCACAGTCCGCGAACAATTCCTTGTTATCAGTGCCCTTGGCGCAAACCCCATGGAGCTGACTAACGTCCTGTGCCGCGCCAGCCATGAAAATCGCTGCGCCGTCGTGACCTCACGCCTGACCCGTCATGGCGAATGCAGCGCCCTCGTGCTGGAGATTTCCGGCAGCTGGGACGCCCTGGCGCGCCTGGAGGGCAGCCTGCCGGTGCTGGCCAAGAAGCACGCCTTCACCGTCAACGTGGTGCGCAGCGCCGCGCTGGAAAATCGTCCCCAGGCCTTGCCGTATGTAGCTTATGTGAGTTCGGCCTACCGCCCGGACATCATCAACGAACTGTGCCAGTTCTTCATGGACCATCACGTCGAGCTGGAAAACCTGACCTGCGATACCTATCAGGCCCCGCAGACTGGCGGCACCATGCTCAACGCCACGTTCACCGTGACATTGCCGGCCGGCACCCAGATCAGCTGGCTGCGCGATCAGTTCCTGGATTTCGCCGACGCGATGAACCTGGACGCACTGATCGAACCGTGGCGCCCACAAAACCCAATGTAA MSTPTVREQFLVISALGANPMELTNVLCRASHENRCAVVTSRLTRHGECSALVLEISGSWDALARLEGSLPVLAKKHAFTVNVVRSAALENRPQALPYVAYVSSAYRPDIINELCQFFMDHHVELENLTCDTYQAPQTGGTMLNATFTVTLPAGTQISWLRDQFLDFADAMNLDALIEPWRPQNPM PGPT0026370_281 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026370-gcvR-K03567 NA NA D1-35_01786 879 dapA_1 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGATTGCGGGCAGTATGGTGGCACTGGTCACACCCATGGATGCACAAGGGCGTCTTGACTGGGCCAGCCTCAGCAAACTCGTGGACTTCCACCTTGAGAACGGCACCCACGCGATCGTCGCCGTCGGTACCACCGGCGAGTCGGCCACCCTTGACGTCAACGAGCACATCGAAGTCATCCGCGCGGTGGTCAAGCAGGTCAATGGCCGCATTCCGGTAATCGCCGGCACCGGCGCCAATTCGACCCGCGAAGCCGTCGAGCTGACCCGTAACGCCAAGGAAGCCGGGGCCGATGCCTGCCTGCTGGTCGTTCCGTACTACAACAGGCCGACCCAGGAAGGCCTGTACCAGCACTTCAAGCACATTGCCGAAGCCGTCGACATCCCGCAGATCCTCTATAACGTTCCCGGCCGCACCTCCTGCGACATGCAGGCCGAGACCGTGATCCGCCTGTCCACCGTGCCGAACATCATCGGCATCAAGGAAGCCACTGGCGACCTGACGCGTGCCAAGGCCATCCTCGATGGCGTGAGCGAGGACTTCATCGTCATGTCCGGCGATGATCCGACCGCTGTCGAGCTGATCCTGATGGGCGGCAAGGGCAACATTTCCGTCACCGCCAACGTCGCGCCACGCGCCATGGCCGACCTGTGCGAGGCCGCGCTCAAGGGCGACGCCGAGACCGCACGGGCAATCAACGAAAAACTGATGCCGCTGCACAAGGACCTGTTCATCGAAGCCAACCCGATCCCGGTGAAATTCGCCCTGGTCGAAATGGGCCTGATGCACGAAGGCATCCGCCTGCCGCTCACCTGGTTGAGCACTACCTGTCACGAACAGCTGCGGCAGGCCATGCGCCAGTCCGGCGTCCTGGTTTAA MIAGSMVALVTPMDAQGRLDWASLSKLVDFHLENGTHAIVAVGTTGESATLDVNEHIEVIRAVVKQVNGRIPVIAGTGANSTREAVELTRNAKEAGADACLLVVPYYNRPTQEGLYQHFKHIAEAVDIPQILYNVPGRTSCDMQAETVIRLSTVPNIIGIKEATGDLTRAKAILDGVSEDFIVMSGDDPTAVELILMGGKGNISVTANVAPRAMADLCEAALKGDAETARAINEKLMPLHKDLFIEANPIPVKFALVEMGLMHEGIRLPLTWLSTTCHEQLRQAMRQSGVLV PGPT0002080_7806 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-35_01787 1116 bamC Outer membrane protein assembly factor BamC ATGAAGCGAATGGCCGGCCTTTCCGCACTTGCCTTGATTATCTCCAGCACCAGTGGCTGTGGATGGATCTGGGGCCCGGATGGTTATTTCCGCGACCGTGGTAGCGATTACCTCGAAGCGCAACAGACTGCACCGATGCAACTGCCACCTGATGTCAGCGTTGCCAAGCGCCTGGATCCGCTGCTGCCGATCCCGCGCAACGTCGCCGACGACAGCGTCAAGGGCGAATACGTTGTCCCGCGTCCACAGCCGCTGTCGGCCGTGGCCGATGCCAGCGACTACACGCTGCAGAAGAGCGGTGATTCGAGCTGGGTCATGGGCCAGCATCCACCGGCCGAAGTCTGGCCCGTGGCTATCCAGTTCTTCCAGGACAACGGTTTCCGCCTGGACGAACAGCGCCCGCAGACCGGCGAATTCACCACCACCTGGCAGCGCTCCGATGAACTGTCCGCGGCCATGGCCAAGCGCCTGAGCGCCGCCGGTGTCGCAGCCGACAGCGAAACCCGCGTGCGCGTGCGCATCGAGCCGGGCGTGCAGCGCAACACCAGTGAAATCTACGTGGTCAGCGCCGAGCGTCCCGCCGGCAGCACTGCCGACGTGGCTTTCACCAATCGCTCGGTCAATGGCAGTCTCGACGCCGCGCTGGTCGACGACATGCTCGCCAGCATGAGCCGTAACGCCGAGCAGGGCGGTTCGGTCTCGATGCTCGCGACCCGTGACTACGACACGCCGAGCCGGGTCAGCCTGAGCGAAGACGGCAGCGGCAACCCGGTGCTCAACGTCGGCTCCGACCTCGATCGCGCCTGGTCGAGCGTTGGCCGCGCGCTGGAGCAGGGCGAATGGCGGGTTGAAGACATCAACCGCAGCCTGGGCCTCTACTACATCAACCTCGCTGAAAAAGCCGAGAAGAAAGACGAGAAGCCTGGCTTCTTCAGTAGCTTGTTCGGCAGTGCGCCGGACAAGGAAGAAGTCGAAGCCCGCGCCGAGCGTTACCAGGTTCGCCTGAGCAAGGTCGGCGACAACGTCCAGGTCACCGTCGAGAAAAACATCAATACCGTGGCGCCAGCCGATGTGGCTCGCAAGGTATTGGGTGTGATTCAGGACAACCTGGGCTGA MKRMAGLSALALIISSTSGCGWIWGPDGYFRDRGSDYLEAQQTAPMQLPPDVSVAKRLDPLLPIPRNVADDSVKGEYVVPRPQPLSAVADASDYTLQKSGDSSWVMGQHPPAEVWPVAIQFFQDNGFRLDEQRPQTGEFTTTWQRSDELSAAMAKRLSAAGVAADSETRVRVRIEPGVQRNTSEIYVVSAERPAGSTADVAFTNRSVNGSLDAALVDDMLASMSRNAEQGGSVSMLATRDYDTPSRVSLSEDGSGNPVLNVGSDLDRAWSSVGRALEQGEWRVEDINRSLGLYYINLAEKAEKKDEKPGFFSSLFGSAPDKEEVEARAERYQVRLSKVGDNVQVTVEKNINTVAPADVARKVLGVIQDNLG NA NA NA NA NA D1-35_01788 759 yycJ COG1235 Putative metallo-hydrolase YycJ ATGCGTTTTGCCGTTCTCGGCAGCGGTAGCCAGGGGAACGGCACGCTGATAGCCAGTGCTGGCACCTACGTGCTGGTCGATTGCGGTTTCTCCCTGCGGGAAACCGAGAAGCGCCTGTTGCGCCTGGGTGTGCACCCGGCGCAACTGAGCGCGATACTCGTGACCCACGAACATGCCGACCACGTGCATGGCGTGGGTTTGCTGTCTCGGCGCTACAATCTGCCGGTCTACCTCAGTCGCGGGACGTTCGGTGGCCTGCGCAAGCCCATCGAGCCGGCTGGCTTCGTGGCCGGTGGCGAGCAGTTGCGTATCGGTGCCCTGGACATCAGCGTGGTCAGCGTGGCGCACGATGCCCGCGAGCCGACGCAGTATGTGTTCAGTGATGGCGAGCGGCGTTTCGGATTGCTCACCGACCTGGGCTCGTACTGCGACAGGGTGATGGACAGTTATCGGGACCTCGACGCATTGATGATCGAGTCCAACCACTGCCGCGACATGTTGGCGCGAGGGTACTATCCCTACTTCCTGAAGCAACGGGTAGGCGGGGAACACGGACATCTGAACAACCACCAGGCGGCATTCCTGGTGGCCGAGTTGGGCTGGCAAGGCCTGCAACACCTGGTCCTGGCCCATCTGAGCAGCAAGAACAACCTGCCGCAGCTGGCCCGGCAATGTTTCGTCGACACCCTCGGGTGCGACCCGGACTGGCTGCAACTGGCCGATCAAGATTCAGGGCTCGACTGGCGACATATCGCCTAG MRFAVLGSGSQGNGTLIASAGTYVLVDCGFSLRETEKRLLRLGVHPAQLSAILVTHEHADHVHGVGLLSRRYNLPVYLSRGTFGGLRKPIEPAGFVAGGEQLRIGALDISVVSVAHDAREPTQYVFSDGERRFGLLTDLGSYCDRVMDSYRDLDALMIESNHCRDMLARGYYPYFLKQRVGGEHGHLNNHQAAFLVAELGWQGLQHLVLAHLSSKNNLPQLARQCFVDTLGCDPDWLQLADQDSGLDWRHIA NA NA NA NA NA D1-35_01789 714 purC COG0152 Phosphoribosylaminoimidazole-succinocarboxamide synthase ATGGAAAAACGTGAAGAACTCTACCGCGGCAAAGCCAAGTCGGTTTACAAGACCGATGACGCTGACCGCTTGATCCTGCTGTTTCGCAACGACACCTCGGCGTTCGACGGCAAGCGCATCGAACAGCTGGACCGCAAGGGCATGGTGAACAACAAGTTCAACGCCTTCATCATGCAAAAGCTCGAAGCCGCCGGCGTGCCGACGCAGTTCGACAAGCTGCTGGGCGACAACGAATGCCTGGTCAAGAAGCTGGACATGATCCCGGTCGAATGCGTCGTGCGTAACTACGCCGCCGGCAGCCTGGTCAAGCGCCTGGGCGTGGAAGAGGGCATGAAGCTCAACCCTTACACGTTCGAGCTGTTCCTGAAGGACGACGCCAAGGGCGACCCGTTCATCAACGAATCCCACGTCGTGGCATTCGGTTGGGGCACCGCCGAGCAACTGGCGCGCATGAAGGAACTGTCGCTCAAGGTCAACGAAGTGCTGACCAAACTGTTCGACGACGCCGGTCTGCTGCTGGTCGACTTCAAACTCGAATTCGGCGTGTTCAGCGACGGCTCCATCGTCCTGGGTGACGAATTCAGCCCGGACGGCTGCCGCCTCTGGGACAAGGACACCAAGAAGAAGATGGACAAGGACCGCTTCCGCCAAGGCCTCGGTGACGTGATCGAAGCCTACGAAGAAGTCGCCCAACGCCTGGGTGTCCCGCTGTAA MEKREELYRGKAKSVYKTDDADRLILLFRNDTSAFDGKRIEQLDRKGMVNNKFNAFIMQKLEAAGVPTQFDKLLGDNECLVKKLDMIPVECVVRNYAAGSLVKRLGVEEGMKLNPYTFELFLKDDAKGDPFINESHVVAFGWGTAEQLARMKELSLKVNEVLTKLFDDAGLLLVDFKLEFGVFSDGSIVLGDEFSPDGCRLWDKDTKKKMDKDRFRQGLGDVIEAYEEVAQRLGVPL PGPT0021565_4194 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923 NA NA D1-35_01791 1635 hypothetical protein ATGCTACGGTTTTTCGCCGACCTTGGCTTTCGTTGGAAAATCACTCTGCCGATTGCGTTCCTGGCGGTGCTGCTGGTGCTGATGGGGTGGACGGGCATGCGCGGCATCGGTCAGGTGACCGAGTCCAGTACGCAGTTGACCAAGCGCTATCTGCCGGCCATCAGCCTGTTGCTCAATGCCGACCGCGATCTTTATCAGGCCTTTGTGGCCGAGCGCAGTCTGCTGGATGGTCATGCGGATGAGCATATTCAAGCGCTGAGTGCCAGTCATGGCGAGAATGCCAAGCAGGCCTATGACCGTGTGCAGAAATATGCCGCGATGCAGCCCGGCGCAGAGGCTCAGGCCTTGGTCAGCCAGTTCAATGACAGTTTCGGGAAATGGATGCAGGTTTCGCGGCGGGTCGTCGAGCAGTCGGTAGGCGATCCGCAGGGCGCCAGCGCGCTGAGCTTTGGTGACAGCGAGCGCCTGTTCGAAACCATGCGTGATTCAATCGACAAGCTGGGTGATCTGGAAGATGCGGCGTCCCATCGCGAGGGCGATGCGGCCATCGCCAATGGCGAGGCGGTCGGCGTGCAGCAGGGCGTTATTCTGCTGGTTGGCCTGCTCGGTTGCATCCTGGTTCTGGTTGCCTTGCCGCTCGTGGTGCTGAGCCCGATGCGCCGTTTGTTGCACCGCGTCGAGCAGATTGCAGAGGGCGGCGGCGATCTCAAGGGGCGCCTTGAAGTGCGTTCGGCTGATGAGCTCGGGCAGCTTGGCAGCGCGTTCAACCGGTTCCTGGACAAGTTGCAGCCGCTGATTGCCGAGGTCGGACGGGTAACCGGGGAAGTGGACTCGGCAGCCCGGGCCATGGCTGCTATGGCTGCGACGAATGACCGGCTGATCAGCAGCGAGCACGCGGCGCTCGACCAAGTCAGCACCGCCGCGACGCAGATGAGCGCCGCTGTGCATGAGGTTGCTCATAACGCCGTGAGCGCCTCGGACGCCGCGCAACAGGCCACCAGCCAATCCCGCGACGGCGCCGAGGTGGTCAGCAGCACGATCGAGTCGATCCGCCAACTGGCCCACGAAGTGGAAAGTGCCTCGGGCACGATCGAGGCATTGGCCCAGGAAACGTCCAGTATCGGTGCGGTGCTGGAGGTGATCCGTGGCATCGCCGAGCAGACCAACCTGCTGGCGCTGAACGCCGCCATCGAGGCAGCGCGAGCTGGCGAACAGGGTCGTGGTTTTGCGGTGGTGGCCGATGAGGTCAGGGCGCTGGCGGCGCGTACCCAGGATTCGACCAAGGATATCCAGGTCCGCATCGAGCGCTTGCAGAGCGGTGTCGCCAAGGCCGTGCAGGCCATGCAGGTCGGCAGCAGCAAGGCGCGGGACAGCGTCGAGCGCGCCGCCGGTGTCGACCAGGTGCTCAGTGGTACTGGCGGGTCGATCCAGCGGATCAATGACATGGCCGCGCAGATCGCCAATGCCTGTGAAGAGCAGAGCAGCGTGACCGAGGAGATTGCCCGCAACATTTCCGATATTCGTGACCTGTCCAACGAAGCGGCAGCGAACTCCGCCCAAAGCATGCACGCCAGCCAGCAGCTGTCGAACCTGTCCAGGAACCTGGCGGAGCTGACCGGCCGTTTCCGCACCTGA MLRFFADLGFRWKITLPIAFLAVLLVLMGWTGMRGIGQVTESSTQLTKRYLPAISLLLNADRDLYQAFVAERSLLDGHADEHIQALSASHGENAKQAYDRVQKYAAMQPGAEAQALVSQFNDSFGKWMQVSRRVVEQSVGDPQGASALSFGDSERLFETMRDSIDKLGDLEDAASHREGDAAIANGEAVGVQQGVILLVGLLGCILVLVALPLVVLSPMRRLLHRVEQIAEGGGDLKGRLEVRSADELGQLGSAFNRFLDKLQPLIAEVGRVTGEVDSAARAMAAMAATNDRLISSEHAALDQVSTAATQMSAAVHEVAHNAVSASDAAQQATSQSRDGAEVVSSTIESIRQLAHEVESASGTIEALAQETSSIGAVLEVIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRALAARTQDSTKDIQVRIERLQSGVAKAVQAMQVGSSKARDSVERAAGVDQVLSGTGGSIQRINDMAAQIANACEEQSSVTEEIARNISDIRDLSNEAAANSAQSMHASQQLSNLSRNLAELTGRFRT PGPT0015710_20161 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 D1-35_01792 747 hypothetical protein GTGTCCACCGCTGATCTTTTGCACGCATTGCATCAGGACGGTTTTGTCCTGATGCCCGGTGTGTTGACCGCCACGCAAATCACCGAAATACGCCAGGCCATCGACCAACTGAAACCCCACCACTGGGACTACAGCGGCGTCATCGATCATTACAAATGCGTCTTCAATCGAGACCCGTTCTGGCTGCCGTATCTGGAGGTGAGCGGGGTGATCGAGCTGGCCGAGGCGGCGTTGGGCGAGGATTGCCACATCATCGGGCAGACCGCCTGGCGCTGCCATCCCGGTTTTGTCGGCGCTGCGCTGCACCTGGATTACCTGCCGATGCAGCTGCCCCCCAGCCTGTTGGCCGAGCCTTCTTTTGAACTGCCGATGCAGGTTTTCACCGCACAGTTCTACCTTGATGACATCGACGCCGACTTGAGCCCGACGCGGGTCATTACCGGCAGCCACAAGGCGGGGCGGGCGCCCATGGCCGGCGAAACCCAGTGGCAGGGCCGTGCGGCTAAACCGGTGCTGTGCCAGGCGGGTGATGTGCTGATATTGCGCAGCGAGTTGTGGCACGCCGGCAGTGACAACCGGACCGCCGACCGCACCCGCTACATGCTCCAGGTGCACTATGGCCGGCGGATGGTCGCGCAGAAGTTTTCACCTTACCTGCACTGGCAGTTCAATCCCGCGGTGCTGGCCGCCGCGACACCTCGCCAACGGCGGCTGTTGGGTGACCATCAGGAGGCGGAATACGATTGA MSTADLLHALHQDGFVLMPGVLTATQITEIRQAIDQLKPHHWDYSGVIDHYKCVFNRDPFWLPYLEVSGVIELAEAALGEDCHIIGQTAWRCHPGFVGAALHLDYLPMQLPPSLLAEPSFELPMQVFTAQFYLDDIDADLSPTRVITGSHKAGRAPMAGETQWQGRAAKPVLCQAGDVLILRSELWHAGSDNRTADRTRYMLQVHYGRRMVAQKFSPYLHWQFNPAVLAAATPRQRRLLGDHQEAEYD NA NA NA NA NA D1-35_01793 369 hypothetical protein ATGACTCGATATTCGCCCATCAACTTCGCGCAGAAGTACACGCTGTTCCATGATCAGTGGGCACCGAAAGTCGTGGCTGAAATGAATGACTACCAGTTCAAGATCGTCCGCCTGGAAGGCGATTTCATCTGGCACACCCACGCCGACACGGATGAAACCTTCATCGTGCTGGACGGCGAACTTCGTATCGACTTTCGCGATGGCGCGGTGCTGATCGGTCCGGGCGAGATGTATGTCGTCAAGCAAGGCGTCGAGCACAAGCCCAGTGCCGCGCAGGAAGTGAAACTGTTGCTGATCGAACCGCGGGGAGTCATCAACACCGGCGAACAAGTGAATGCGCGAACCGCGATCAATGACGTCTGGATCTGA MTRYSPINFAQKYTLFHDQWAPKVVAEMNDYQFKIVRLEGDFIWHTHADTDETFIVLDGELRIDFRDGAVLIGPGEMYVVKQGVEHKPSAAQEVKLLLIEPRGVINTGEQVNARTAINDVWI NA NA NA NA NA D1-35_01794 807 hypothetical protein ATGACTCAACCCGGTAACCGTCGCGACTGGCTGCTGCGCGCGCCTGAATCGAAGAAGCTGGAGCGCATCGAAGCCTACTTCAGTGGGCACGGCTATAGCGCCCACCGGCATGACACCTATGCCATAGGGTTCACGCTCGCCGGGGTCCAGAGCTTCAACTACCGGCAGAGCAAACGTCATAGCCAGCCCGGCGGAACCATCGTCCTGCACCCGGACGAAGTCCATGACGGCGAGGCGGGGACAAGCGATGGTTTTCATTATCGAATGTCCTACATCGAACCGTCATTGATCCAGCAGGTATTGGGGGGCCGGCCATTGCCTTTCATCGAAGGCGGGTTGTCGAACGATCCCCGGCTCAACGTTGCGACTCGCAGGCTCTTGGGCAGTCTCGGGCATCACCTCGACCCGCTGGAGGAAGACGACGCCCTCTACGACGTGGCCCAGGCACTGGCTGACGCGGCAGGTAACCAGCGCGGACGCCGACTGCTTGACTACCCCGCAGCGGAGCGCGCGCGCCTGTTCATTCATGATGCCCTTGACCAGGCCATTACCCTGGATGACCTCGTGCAGGCCAGTGGCCGGGACCGATGGAGCCTGTCCCGGGACTTTCGCGCCCTGTACGGCACCAGCCCCTATCGCTACATCACCCAGCGTCGATTGAATGAAGCCCGTCGCCTCGTGCTGCATGGCATGCCGCTGAGCGAAGCCGCACTGGCCTGCGGCTTTTTCGACCAGAGCCACATGACCCGGCTGCACACCCAGGCCTTTGGCATTTCACCGGCACGCTGGCTGAAAATGCTGCGCTAG MTQPGNRRDWLLRAPESKKLERIEAYFSGHGYSAHRHDTYAIGFTLAGVQSFNYRQSKRHSQPGGTIVLHPDEVHDGEAGTSDGFHYRMSYIEPSLIQQVLGGRPLPFIEGGLSNDPRLNVATRRLLGSLGHHLDPLEEDDALYDVAQALADAAGNQRGRRLLDYPAAERARLFIHDALDQAITLDDLVQASGRDRWSLSRDFRALYGTSPYRYITQRRLNEARRLVLHGMPLSEAALACGFFDQSHMTRLHTQAFGISPARWLKMLR NA NA NA NA NA D1-35_01795 192 hypothetical protein ATGTACTTTGAAATCTACCGACAAACCCGAGGGACCCCGAACACAGGACAAGGCCAATGGCGCTGGCGCCTGCGAGCCGGCAATCACGAAACCATCGCCAGCGGTGAATCCTACGTGAACAAGGCAGACTGCCTTCACGTCATCGGATTGATCAAAACCGCCCAATGCGAGACGCCTGTAAAGGAAATCTGA MYFEIYRQTRGTPNTGQGQWRWRLRAGNHETIASGESYVNKADCLHVIGLIKTAQCETPVKEI NA NA NA NA NA D1-35_01796 936 nodD2_1 Nodulation protein D 2 ATGAACCGCAACGAATTGCGCAAGGCCGATATCAACCTGATGGTGGTTTTCGAAACGCTGATGCTTGAGCGTAACGTGACACGGGCGGCGGAAAAGCTGTTCCTCGGCCAGCCAACCATCAGCTCGGCCCTGAATCGCTTGCGCACGCTGTTCAATGATCCGTTGTTCATTCGGGTCGGGCATCGCATGGAGCCCACCGCGCGGGCCGAGGAAATCATCCAGCACCTGTCGCCGGCACTGGATTCGCTGTCGGTTGCCTTGAGCTTGACCCATGATTTCGACCCCTCCAGCAGTGCCATGACGTTTCGCATCGGGCTGTCCGACGATGTCGAGTTTGGCCTCTTGCCGCCGCTGTTGCGCAGCTTGCGGCAAGAGGCGCCGCAGATCGTGTTCGTGGTCCAGCATGTCGATTACTGGCGTATCCCCGATTTGCTGGCCTCGGGCGATATCACTGTCGGCATCAGCCAGACCCGTGGGCTGCCGGCCAATGCCAAGCGCAAGCTGTTGCGACATATCCAGCCCTGCGTGTTGCGCGCCGATGCCTCGGATACCCCGCTGACCCTGGATGAATACTGTTCGCGGCCCCACGTGCTGGTTTCCCATACCGCCAACATTGCCGGGTTTGCTGACGAATGGCTGGCCGAGATCGGTCGCAAGCGCCAGGTAGTGCTGTCGGTGCCGCAGTACAGCGCGCTACCGGCGTTGCTGGCTGGCACCGACCTGATCGCCAGCCTGCCGGACTACACCGCCACCGCCATGGCCGCTTCCGGCCAGGTGTTCTGCGAACCCTTTCCCTTCCAGACGCCGACCCTGGACCTCTCCATGGTCTGGCTGAGCCATGTCGACAATGACCCGGCCGAACGCTGGTTGCGGTCCCGCCTGGAGGCTTTCATGAGCGAGCGTGCCGGCTTGCTGGACGAAACAAAACCTGCCTGA MNRNELRKADINLMVVFETLMLERNVTRAAEKLFLGQPTISSALNRLRTLFNDPLFIRVGHRMEPTARAEEIIQHLSPALDSLSVALSLTHDFDPSSSAMTFRIGLSDDVEFGLLPPLLRSLRQEAPQIVFVVQHVDYWRIPDLLASGDITVGISQTRGLPANAKRKLLRHIQPCVLRADASDTPLTLDEYCSRPHVLVSHTANIAGFADEWLAEIGRKRQVVLSVPQYSALPALLAGTDLIASLPDYTATAMAASGQVFCEPFPFQTPTLDLSMVWLSHVDNDPAERWLRSRLEAFMSERAGLLDETKPA PGPT0028130_230 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028130-mexT-K18297 NA NA D1-35_01797 366 hypothetical protein ATGCCTCACCTGCACATGGAGTACACCGCGAACCTGACCGAGCTGAACGCCGACGTCGCGCTGTTGCGCATGAACAACGCACTGGTGGCATCCGGTCAGTTCGCCGCCGAGTTCGACATCAAGAGCCGGGCCGTGAAAATCGATACGTTTCGCGTCGGCACCGGCATGGGGGAGCGTGGGTTCGTGCATGTGAAGCTGGCTTTGCTGAGCGGCCGTTCGCCGGAAATCAAGAAGCAGCTGGCCGATAGCCTGCTGGCGGTGATCCAGGATCTTGGCCCATGGCCCGCCGGTGTGAGCGTGCAACTGTGCGTGGAAGTCCTCGATATCGACCGCGGCCCCTACGCCAAGGCCGCCATCGGTCTTTGA MPHLHMEYTANLTELNADVALLRMNNALVASGQFAAEFDIKSRAVKIDTFRVGTGMGERGFVHVKLALLSGRSPEIKKQLADSLLAVIQDLGPWPAGVSVQLCVEVLDIDRGPYAKAAIGL NA NA NA NA NA D1-35_01798 936 pcpR_2 PCP degradation transcriptional activation protein ATGCTGAACAGCAACACCCTCAGAAAGCTCGACATGCAGGACCTCATGGTGTTCAGCGCCGTATTCGAGCAAGGCAGCGTCACCGGTGTGGCGGAAATCCTCTGCGTCAGCCAGTCAACGGTCAGCTACAGCCTGAAAAAGTTGCGGGCCTGCTTTGACGACGAACTGTTCATCAACACCCGGACCGGCATGCGCCCCACCTTCAAGGCCGAAGGCATGCACGAGCATGTGCGCAGCATCTTGCAAAGCATCAACCTCTGCCATGCCGGCACGCCGGCCTTCGATCCGACCCGGCAGGCCGTGACCTTCGAGATTTGCGCACCGGAATACTTTGAACAGCTGCTCCTGCCACAACTGCTGCAAGGCTTCGATCATGCAGACCTGCCCGTCGTGGTGAACGTGCACAAGCTCGGAGCCGATATTCCCGTTGATGACTTGCGTGACGGCAGCCTGGACCTGGTGATCTGTTTCGGCCCCCATTTCCACAGCAGCCATGCCGATCTCAAGACCCAACGCCTGCTGGAAGAAGAACTGGTCTGCGTGACAGACAAACGGTCGGCTCCGCTGGAATCGCCGTTGAGCATCGAAGCGTTCGTACAGCGTCGACACGTTTTCCCCACGCCTTGGGCGTCGCCCACCAACATGGTCGACGGCTGGCTGACGCGGCAGGCTCGGCAACGGCAGATCGCCGCACGTGCCAACAGTTACGGCGCGGCGTTGAAGATGATCACCGGTACCGATTTCCTCCTGACCCTGCCCCGTCGCATCCAGCAATTGCTGGCCAGCGCAGCGACATTCCAGCACTGCCGGGCGCCGGCGGGCTTGCCGGGATTTACCCTGGACATGCAATGGAGCCTTGCGGCCGATCAGGACAGCGCCAACGCCTGGCTGCGTGAACAGATCGTCAAGGCCTGTCCCGGGCAAGACCTCGCTTGA MLNSNTLRKLDMQDLMVFSAVFEQGSVTGVAEILCVSQSTVSYSLKKLRACFDDELFINTRTGMRPTFKAEGMHEHVRSILQSINLCHAGTPAFDPTRQAVTFEICAPEYFEQLLLPQLLQGFDHADLPVVVNVHKLGADIPVDDLRDGSLDLVICFGPHFHSSHADLKTQRLLEEELVCVTDKRSAPLESPLSIEAFVQRRHVFPTPWASPTNMVDGWLTRQARQRQIAARANSYGAALKMITGTDFLLTLPRRIQQLLASAATFQHCRAPAGLPGFTLDMQWSLAADQDSANAWLREQIVKACPGQDLA NA NA NA NA NA D1-35_01799 1383 puuA_1 COG0174 Gamma-glutamylputrescine synthetase PuuA ATGAGTCTTGTCGAATCTTCTTTTGCCTCCGTGCAGCAAGCCCAGGCGTTCCTGGCACAGAATCCGGATATCGAGCTGTTCGAATTGTTTATCGTGGATAACAACGGTGTGCCTCGGGGCAAGTGGCTGCATCGGGACGAGCTGCTCGCGGTCTACCAGAGTGGCCGGCCACTGCCGAGCACGATCCTCGGACTGACGCTCAATGGCGACGATGTTGAGAACTCTGGCCTGGTCTGGGACGTCGGTGATATCGATTGTCGTGCCTACCCCATCAGCGGCAGCTTGCAGCGCATGCCGTGGCGGCGGATTCCTACCGCCGCCGTGCAAGTCGGCATGCATCCCCGGGAGGGCATGCCGGCGGCCATCGCCGATCCGCGCTATCTGCTCAGTCGGGTGATCGAAGCCTTGCAGGCGCAGGGTTATTACCCGGTGATGGCGGCGGAGCTGGAGTTCTACCTGCTGGATGCGCAACGGGACAGCGAGGGGCGGCCGCAACCGGCGCGGGACGCAGATGGGAGCAGGCCGCGTTCCACCCAGGTCTATGGTTTGCGTGAGCTGGAACAGATCGAGCCCTTCCTTGCTGATCTTTATGCGGCCTGCAAGCTGCAGGGTATCCCGGCCCGTACGGCCATTTCCGAATACGCGCCGGGGCAGGTCGAGATCACCCTTGAACACCGCACCGATGCCCTGCAAGCCATGGATGACGCAGTGCGCTACAAACGGCTGGTCAAGGGCGTGGCGCACCAGCACGGCATGGCTGCCTGTTTTATGGCCAAACCGTTCGATCACCTGGCGGGTTCCGGCATGCACATGCATGTGAGTCTCGCCGACCGGGAGGGCAATAACCTGTTTGCCAGCGAAGCCGCCGACGGCACGCCGTTGCTGCGTCATGCGGTGGGCGGGATGCTCGCGACTTTGCTCGATTCGCTGCTGTTGTTTTGCCCTAATGCCAATTCCTACCGCCGTTTCCAAAGCCACAGCTACGCGCCGCTGGCTGCGACCTGGGGCGTGGACAACCGCACCGTCAGCCTGAGAGTCCCGGGTGGCCCGGCCTTTTCTCGGCACATCGAACACCGTATCTGTGGTGCCGATGCCAATCCGTACCTGGCCGCAGCGGCGATCCTGGCCGGTATCCATCTTGGCATATGCGAACAGCGCGATCCCGGAGCGCCTGTCGAGGGCAACGGATACGCCCAGGCGAGCCAATTGTTGCCCACCGACTGGCTGACCACCTTACGTGCCCTTGAATCTTCGACATGGGCGCGGGACGCGTTGGGGGATGAATTCCTTGGCGTCTACCTGGCGGTCAAGCGCGCCGAATATCGCCAGTTCATGGGCGAGGTCGGCGAGCAGGATTGGCGTTGGTACCTGAACCAGGCCTGA MSLVESSFASVQQAQAFLAQNPDIELFELFIVDNNGVPRGKWLHRDELLAVYQSGRPLPSTILGLTLNGDDVENSGLVWDVGDIDCRAYPISGSLQRMPWRRIPTAAVQVGMHPREGMPAAIADPRYLLSRVIEALQAQGYYPVMAAELEFYLLDAQRDSEGRPQPARDADGSRPRSTQVYGLRELEQIEPFLADLYAACKLQGIPARTAISEYAPGQVEITLEHRTDALQAMDDAVRYKRLVKGVAHQHGMAACFMAKPFDHLAGSGMHMHVSLADREGNNLFASEAADGTPLLRHAVGGMLATLLDSLLLFCPNANSYRRFQSHSYAPLAATWGVDNRTVSLRVPGGPAFSRHIEHRICGADANPYLAAAAILAGIHLGICEQRDPGAPVEGNGYAQASQLLPTDWLTTLRALESSTWARDALGDEFLGVYLAVKRAEYRQFMGEVGEQDWRWYLNQA PGPT0000645_4915 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 D1-35_01800 1650 eptA COG2194 Phosphoethanolamine transferase EptA ATGCTGACTATTAAAGCCGTGCGCCCCGAGTGGGTGACGCTGGTCGCCAGTGCCTTTTTGTTAGTGGCCTTCAATGCCATTCTGTGGCAACACCTGCTCGCCATCACGGCGGCGGACGGACACGGTGTGTTGCTGTGCATCGCGTTTGCCGTGATGGTGTTCTGCGCGTTCAACCTGGTGCTGACACTGGTGGCGTTCCGTCCGCTGCTCAAGCCGTTGTTGATGCTGTTGTTCATGATCAGCGCCGGGGTCGCTTATTTCATGGCCCAATACGGTGTTTTGATTGATGCCGGCATGTTGCGTAACTTTGCCGAAACCAATGCCACGGAAGTGCGTGACCTGTTGTCGTTAAAGTTGTTTGGCTACCTTTTACTGTTAGGTGTACTGCCTGCATGGTTACTGTTCAAGACCCCGATAAGTTATCGTCGCTGGCCCAGGGAGTTGTTAAGCAAGTTGCTCGTCGGCGTCGTCTCGGCTGCGCTGTTGGGCGGGGTTGCCTTGATCAATTACCAAGGGTTGTCTTCGCTGTTTCGCAATCATCACGAGTTGCATCTGATGGTGGTGCCGAGCAACTACATCGGCGCCTCGATCGGCTACTTGCGCGAGCAGGTCGCCTCGGCCAAGCAGCCGTTCATTACATTGGGCGAGGATGCGCAGCGCAACCCGGCCTGGCAAACCCAAGGGCGCAAATCCCTGACGGTGCTGGTGGTGGGCGAGAGCGCGCGTGCAGAGAACTTTGGCATTCTCGGCTATCACCGCGATACCACGCCGCAGTTGGATAAAGAGGCCGGCCTGATTGCCTTTACCGACGTGCATTCCTGCGGCACCGAGACCGCCGTGTCGGTGCCGTGCATGTTTTCCAACATGGGCCGCAAGAACTACGACGCGAGCAAGGCCAAGAACGAAGAGGGCCTGCTGGATGTGCTCAAGCGCGCCGGACTGGAAGTGATCTGGCGCGACAACCAGTCCGGCTGCAAAGGCACCTGTGATCGGGTTGCGGTGCAGGACGTGAGTAATCTCAAGGACCCGGCCCTGTGTGCCAACAGTGAATGCCGCGATGAAATCCTGCTCCAGGGCCTGCAGCAGTTCATCGATACCCTCGACAAGGACACGGTGCTGGTGTTGCACCAGATGGGCAGCCACGGACCGGAATACTTCAAGCGTTATCCCAAGGAGTACGAGCATTTCACCCCGGTGTGTGAAAGCAACGCGTTGAATAATTGCAGCCGCGAAAGCATCGTCAACGGCTACGACAATACATTGGTATACACCGATCATGTGCTGTCGACGCTGATCGACCTGCTGCGGGCGAATCAGGACAAGGTCGACACGGCCATGCTGTACCTGTCGGACCATGGCGAGTCGCTTGGCGAATACAACCTGTTCCTCCATGGCACGCCTTATATGCTCGCTCCGGAGCAACAGAAACATGTGGCGATGCTGGCCTGGTTCTCCGACGGTTATCAGCAAGCCTTCTCGGTCGACACGCATTGCCTGCAACTGAGTCGGGAAAAACCCCTCAGTCAGGACAACCTGTTTCATTCGATGCTCGGGCTGCTGGAGGTCAACAGCAAGGTCTACAACCAGGAGCTGGACATGTTTGCCGGTTGTCGCGGCGCAGTCATCGACGGCGTGCTGGCCCGTGAGTAG MLTIKAVRPEWVTLVASAFLLVAFNAILWQHLLAITAADGHGVLLCIAFAVMVFCAFNLVLTLVAFRPLLKPLLMLLFMISAGVAYFMAQYGVLIDAGMLRNFAETNATEVRDLLSLKLFGYLLLLGVLPAWLLFKTPISYRRWPRELLSKLLVGVVSAALLGGVALINYQGLSSLFRNHHELHLMVVPSNYIGASIGYLREQVASAKQPFITLGEDAQRNPAWQTQGRKSLTVLVVGESARAENFGILGYHRDTTPQLDKEAGLIAFTDVHSCGTETAVSVPCMFSNMGRKNYDASKAKNEEGLLDVLKRAGLEVIWRDNQSGCKGTCDRVAVQDVSNLKDPALCANSECRDEILLQGLQQFIDTLDKDTVLVLHQMGSHGPEYFKRYPKEYEHFTPVCESNALNNCSRESIVNGYDNTLVYTDHVLSTLIDLLRANQDKVDTAMLYLSDHGESLGEYNLFLHGTPYMLAPEQQKHVAMLAWFSDGYQQAFSVDTHCLQLSREKPLSQDNLFHSMLGLLEVNSKVYNQELDMFAGCRGAVIDGVLARE PGPT0022420_401 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0022420-eptA-K03760 NA NA D1-35_01801 642 hypothetical protein ATGCCCGGGCAATCCCCATCCACCGTCGAGCTTGAATTCACCCGACAGCACGAGCAGGAGCATGCGCAAACCTGCCATCAACCGGCGCCTCGGCGGTTGCGCCTGGTGTTCTGGCGTGACGAGCAGTTGGTGCGCAACGCTCTGAAGGCCGCCGGCGAGCCCGGCCTGGTGCTGGATGTGGCGTGCGGGGCGGGGCGCTTCTGGCCGGTGCTGGCCGAACATGCCAACCGGGTGATCCTGGCGGCGGACCCGTCGCCGCAAATGCTTGATCACGCGCTCGCCCACCACGAGCAAGCGTTGCTTGAGCGGGTCAGGACCTTCCCGAGTTCCGCGTTCACCCTCGGGCTATCCGCGAACGCGGTGGACTGTATTTTTTGTCTGCAACTGTTTCTGCATATCCAGGCCAGCGAGCATCGCCTGGCGTTGCTGCGCGAATTCCATCGGGTCAGCCGCGACACAGTGATCGTGTCGGTCCAGATCGAGGGCCGGCTGAGAACCGGCCAGCCGCCACCCAGGCGCCTGGTCGACCGGGCCCGGGTCGAAGCCGAGTTTATCGAGGCCGGTTTCAGCGTGCAGTGGTATCAGGATTTCCTGCCCGGTTTCGCCTTGAAGCGAGTTTATGTATTACGTAAGACCAGTTAA MPGQSPSTVELEFTRQHEQEHAQTCHQPAPRRLRLVFWRDEQLVRNALKAAGEPGLVLDVACGAGRFWPVLAEHANRVILAADPSPQMLDHALAHHEQALLERVRTFPSSAFTLGLSANAVDCIFCLQLFLHIQASEHRLALLREFHRVSRDTVIVSVQIEGRLRTGQPPPRRLVDRARVEAEFIEAGFSVQWYQDFLPGFALKRVYVLRKTS NA NA NA NA NA D1-35_01802 1134 rnd COG0349 Ribonuclease D GTGGCCATCGATATTCACTGGATTCGCGACAACGATAGCCTCGGTCGGTTTTGCGCCGAATGGCAACAGTTGCCATTCGTCGCCCTCGACACCGAATTCATGCGGGTCGACACCTTTTATCCCATTGCCGGCTTGCTGCAGATCGGTGACGGTAAAAGCGCCTACCTGATCGACCCATTGACCATTGATGACTGGCAACCCTTGGCTGCGCTGCTGGAGAACCCGGCTGTGCTCAAGGTGTTGCATGCCTGCAGCGAGGATCTGGAAGTCTTGCTGCGCCTGACGGGCAGCCTGCCCGCGCCGCTGTTCGACACCCAGCTGGCCGCCGCTTACCTGAACCTGGGCTTTTCGATGGGTTACTCGCGGCTGGTGCAGGAAGTGCTGGGTATCGAGTTGCCCAAGGGCGAGACCCGTTCCGACTGGTTGCAGCGGCCCCTTTCCGAGACGCAGATCAGCTACGCCGCCGAGGATGCCGTGCACCTGGCGGAAGTTTTCGTCGAGTTGCGCCCGAAGCTTTCCGGCGAAAAATACGCCTGGGTGCTGGAGGATGGCGCCGAGCTGGTGGCCAACCTGCGACGTGAAGTCGACCCGTATGAGGTCTACCGCGACGCCAAGCTGGCCTGGAAACTCTCCCGTGCGCAACTGGCCGTGCTGCGTGAGCTTTACGCTTGGCGCGAACGCGAGGCGCGAGCCCGTGACCTGCCACGTAACCGCATCCTCCGCGAGCATTCGCTGTGGCCCCTGGCCCGCACGCAACCGGATAACCTCGGCGCGCTGGCAAAAATAGAAGACATGCACCCGCGCACGGTGCGTCAGGACGGCGAATTCCTGCTGGACCTGATCAAGCGTGCCGGCAGCGTGCCGCCCGAACAATGGCCGCCCGCCGTGGCCGAGCCGCTGCCCATCGAGGCCGCGGCGCTGATCAAGCGCCTCAAGGCGCTGGGCCAGGCTGAAGCCGAGCGCCTGGGCATTGCTCCTGAATTGATGCTTCGCAAGAAAACCCTCGAAGCCCTGATCAAGAGCGGCTATCCCGAGGGACCTTACCAACTGCCCGATTCGCTGCGTGGCTGGCGCCGCGAGTTGATGGGCCAGGCGCTGCTCGACAGCCTGGCCACCGCCGGAGAACAGCCTTGA MAIDIHWIRDNDSLGRFCAEWQQLPFVALDTEFMRVDTFYPIAGLLQIGDGKSAYLIDPLTIDDWQPLAALLENPAVLKVLHACSEDLEVLLRLTGSLPAPLFDTQLAAAYLNLGFSMGYSRLVQEVLGIELPKGETRSDWLQRPLSETQISYAAEDAVHLAEVFVELRPKLSGEKYAWVLEDGAELVANLRREVDPYEVYRDAKLAWKLSRAQLAVLRELYAWREREARARDLPRNRILREHSLWPLARTQPDNLGALAKIEDMHPRTVRQDGEFLLDLIKRAGSVPPEQWPPAVAEPLPIEAAALIKRLKALGQAEAERLGIAPELMLRKKTLEALIKSGYPEGPYQLPDSLRGWRRELMGQALLDSLATAGEQP NA NA NA NA NA D1-35_01803 294 ycgL COG3100 Protein YcgL TTGAAACGTATCTGCTCCATCTACCGAAGCTCGAAAAAAAACGAGATGTACCTGTATGTGCTCAAGAGCGACGCCTTGAAGCGTGTGCCTGAGCCATTGATGGCGGCCTTCGGCAAGGCGATCCATGCCTTCGACCTGGTTCTGAGCCCGGAGCGGCAATTGTCCCGCGAAGACATCAACAAGGTGCTTGAGAACCTCGATACCCAGGGTTATCACCTGCAGATGCCACCGGCGGAAGACGAGTACATCGAGCATCTGCCCGAAGAGTTGTTGCGCCGCAACGACCCGGTCTGA MKRICSIYRSSKKNEMYLYVLKSDALKRVPEPLMAAFGKAIHAFDLVLSPERQLSREDINKVLENLDTQGYHLQMPPAEDEYIEHLPEELLRRNDPV NA NA NA NA NA D1-35_01804 933 ghrA_1 Glyoxylate/hydroxypyruvate reductase A ATGCGCGTTCTGATTGCCGAACACGACCACGCGATGTATGCCCAGCTCCTGCGCCAGGCTGCAGCCGATATCGAAATCCTGACCAGCGGCGACTCCGCTGAACTGTCACGCCTGGCCGCCGATTGCCCGGTCTGGCTCGGCCAGCCGGACTTGCTGGCGACCTTGTTGCGTCAGGGCCACAAGCCCCGTTGGTTGCAATCGACCTGGGCGGGGATCACGCCGCTGCTGGCCGAGGGCCTGACCCGTGACTACCGTCTGACCCGCGCGGTGGGCATTTTTGGCCAGGTCATGGCCGAATATGTGCTCACCTACATGCTCGGGCATGAGCGCGAAGTCCTGGCGCGCCTGGTCAGCCAGGTGGAGCGCAAATGGGATAATCGCCAGAGCCAGAGCCTGGCGGGCCGCAAGGTATTGATCGTCGGGACCGGCGATATCGGTCGCCGCGTGGCTGAGTTCCTGGTGCCATTTGGCGTGCAGTTGTACGGCATCGCCAGTGAAGCTCGGGAATTGGTGCCGTTTATTGAAGTTGGCGCGTTGCAGGACTTGCCCCGTCTGGTGGGCGAGGTGGACTACGTGATCAACCTGTTGCCGAATACACCGGACACTCACGATATCTACGACGCGGCGTTGTTCAAGCAATTCAAACCCACCGGGCTGTTCATCAATGTCGGCCGTGGCGTGGCCGTGGTCGATGCGGACCTGGTGCAAGCGTTGCAGGACGGGCACCTGGCCGGTGCGGTAATCGACGTGTGCCGCCAGGAGCCGTTGCCACAGCGCCATCCGTTCTGGACCGCCTGGGGATTGTTGCTGACCGGCCACAGCTCCGCACCGACGTCGCCGCCGATGATGGTGCAGTTGTTCCTGGAGAACCTGCGCGCCTATGAGGCCGGCGAAGCGTTGCGCGGGGAAGTGGATTTCAGTCGGGGCTACTGA MRVLIAEHDHAMYAQLLRQAAADIEILTSGDSAELSRLAADCPVWLGQPDLLATLLRQGHKPRWLQSTWAGITPLLAEGLTRDYRLTRAVGIFGQVMAEYVLTYMLGHEREVLARLVSQVERKWDNRQSQSLAGRKVLIVGTGDIGRRVAEFLVPFGVQLYGIASEARELVPFIEVGALQDLPRLVGEVDYVINLLPNTPDTHDIYDAALFKQFKPTGLFINVGRGVAVVDADLVQALQDGHLAGAVIDVCRQEPLPQRHPFWTAWGLLLTGHSSAPTSPPMMVQLFLENLRAYEAGEALRGEVDFSRGY NA NA NA NA NA D1-35_01805 594 rutE malonic semialdehyde reductase RutE ATGAGTGCCAATCCCCGCATCGCCGAATACGCCATCCACCCCCAGTTCATCGAACGCTGGTCGCCCCGCGCTTTCACCGCTGAAAGCATTTCCCAAGAAACCCTGCTGAGCTTCTTCGAAGCCGCGCGCTGGGCGCCTTCGGCCTATAACTCGCAGCCGTGGCGTTTCCTGTATGCCCGTCGCGACACGCCGAACTGGGAGCGTTACCTGGGCCTGCTCAACGAATTCAACCGTGGCTGGGCCCAACACGCCTCGGCGCTGGTGATCATCGCCTCGAAAACCACCTTCGCGGTGCCCGGCGCCACCGAGGAAACCCCGGCCCAGTGCCACACCTTCGACACGGGCGCGGCCTGGGGCCACCTGGCGTTGCAAGCGAGCCTCAGCGGCTGGCACACCCACGGCATGGCCGGCTTCGACCAGGACCTGACCCGCAAGGAACTGAAGATCCCCGACGGCTACGCCCTGCACGCGGCCGTGGCGATTGGCAAGCTGGGAGACAAATCGACGCTGGCCGACTACCTCCAGGCCCGCGAAGTGCCGAGCCCGCGCCGGCCGTTGAGCGAGCTGGTGGCCGAGGGTGATTTCACCCTCTGA MSANPRIAEYAIHPQFIERWSPRAFTAESISQETLLSFFEAARWAPSAYNSQPWRFLYARRDTPNWERYLGLLNEFNRGWAQHASALVIIASKTTFAVPGATEETPAQCHTFDTGAAWGHLALQASLSGWHTHGMAGFDQDLTRKELKIPDGYALHAAVAIGKLGDKSTLADYLQAREVPSPRRPLSELVAEGDFTL NA NA NA NA NA D1-35_01806 450 hypothetical protein ATGGCCGCCAAAGTCGAACCGTTCTGGATACGCAAAACCCTCGATCAGCTCGATTCACAGGAGTGGGAATCGCTGTGTGACGGCTGTGGCCTGTGCTGCCTGCAAAAGCTCGAAGACGAAGACGACAACAGCGTCTACTACACGCGCATCGCCTGCAAGTTGCTCGACCTGAAGACGTGTCAGTGCACCGATTACCCCAATCGTCGCGACTTTGTTCCTGATTGCATCCAGCTCACGCCGGGCAAGGCCGATGAGTTCAAATGGTTGCCGCCAACCTGCGGCTATCGCCTGGTCAGCGAGGGCAAGGACCTGCCGCTTTGGCACCATCTGGTCTGCGGCGACCGTGACGCGGTGCACCACGAACGCATTTCCCAATCCGGGCGCATGCTCGCCGAAGGCAGCGTGGCTGAAGAGGATTGGGAAGATCACCTGATTTTCCGCGCCGGCTGA MAAKVEPFWIRKTLDQLDSQEWESLCDGCGLCCLQKLEDEDDNSVYYTRIACKLLDLKTCQCTDYPNRRDFVPDCIQLTPGKADEFKWLPPTCGYRLVSEGKDLPLWHHLVCGDRDAVHHERISQSGRMLAEGSVAEEDWEDHLIFRAG PGPT0009760_669 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI-1_ExpI|EsaI_PERCIPITATION|SIGNALLING|AHL|NAHL,PGPT0009760-ycgN-K09160 NA NA D1-35_01807 1230 hypothetical protein ATGGCTGCAGGATTGAAACGGATGCTGGCGGCCGGGCTGCTGGCGGTGAGCGGACCGCTGTGGGCCGCGCAGAAAGTCGATCTGGATTATCACGTCCACCTGTTGCCGCAGAGCGACCAGGCCGAAGTGCGCCTGACGCTGGCGCGGGGCTCGGCGGTGCGCAGCCTGGATTTCGATCTTGGAAGCGATGGTCGCTACAGTGATTTCAAAGCCGATGGCCAGTGGCAACTGACCCCCGGTCACGAAGCTCGGGGCGTCTGGCGCCCAGCCGCCGACAAGGCGAGCCTGACTTATCGCGTCCGCCTCAGCGAGTCGCGCAAAAACGGCTCCTTTGAGACCCGCATGACCCCCGGATGGGCGCTCCTGCGCGGTGATGATCTGGTACCGCCAGCCAGGCTGGATCAGCAGGACGGCACCGAGCTGGTGTCACGCCTGGAATTCGAATTGCCGGGTGGCTGGCAAAGCATCGAGACGCCCTGGCCGCGTATCGGCAAGCAGCGTTTTCGCATCGACAACCCTTCGCGCCTGTTCGACCGGCCGACGGGCTGGATGCTGGCCGGCAAACTCGGCAGCCGCCGCACGCGCCTGGGCGAGACCGAAGTGACCGTGGCTTCGCCGCGAGGCCAGGGCATGCGGCGGATGGACGTGCTGACGCTGCTGACCTTCGTCTGGCCGCAGGTGCAGGCAATCGTGCCGCGCCATCCGGCCAAGCTGTTGATCGTTGGCGCGGGCGATCCGATGTGGCGTGGCGCCCAGGGCGGCCATGAATCGATTTACCTGCACAGCCGTCCGGCGCTGGTCAGCGAACGGGGCAGCAGCCCGTTATTGCGGGAGTTGATCCAGGTGCTGGCGCGCATCAACGATCATGATCGCAGCGACTGGATCAGCGAAGGGCTCAACGAGTATTACGCCATCGAATTGCTGCGCCGTGCCGGCGGCATGAGCGACGAGCGTTATCAGGCATTGAATGATCGACTCGCCCGGGACAGCAAGGGCGTCACGATGTTGCGTGGTGAACAGGTGAGCCCGGCGATGGTGTCCAAGGCGGTGCTGCTGTTGCAGGAGCTGGACCGGGAAATCCGCCTGAAAACCCGCAACAAGCGTTCGCTGGATGATGTGCTGCAAGGGGCGATGCGCTTGGAAACCGTCGACACCGAGGAGTTTGTGCAGCTCAGCGAGAGCATCCTGGGCGGGGGCTCCAGCGTTCTGGATACGCGGTTACTTCAGTAA MAAGLKRMLAAGLLAVSGPLWAAQKVDLDYHVHLLPQSDQAEVRLTLARGSAVRSLDFDLGSDGRYSDFKADGQWQLTPGHEARGVWRPAADKASLTYRVRLSESRKNGSFETRMTPGWALLRGDDLVPPARLDQQDGTELVSRLEFELPGGWQSIETPWPRIGKQRFRIDNPSRLFDRPTGWMLAGKLGSRRTRLGETEVTVASPRGQGMRRMDVLTLLTFVWPQVQAIVPRHPAKLLIVGAGDPMWRGAQGGHESIYLHSRPALVSERGSSPLLRELIQVLARINDHDRSDWISEGLNEYYAIELLRRAGGMSDERYQALNDRLARDSKGVTMLRGEQVSPAMVSKAVLLLQELDREIRLKTRNKRSLDDVLQGAMRLETVDTEEFVQLSESILGGGSSVLDTRLLQ NA NA NA NA NA D1-35_01808 378 hypothetical protein ATGAGCGACAACAATCCGTTCGGGCCGGTTGAGACCACCCCTTTCCAAACCCGCAGCCCGCAGAACGTGCACGGCTGGGAGCGCATTGGGTCACTGGCCGGTGGGGTGCTGATGATGGGCAAGGGATTGCGCCGCGGCGGTGTGATCGGCCTGGCCCAACTGGCAATCGGCGGCATGGCCCTGGCCCGCGGCATCACCGGACATTGTTCGGCCAAGACCCTGCTGGAAAAAAATCGTCAGCACCTGCACGACGCCCGCGCCCGGATCGAGCAGGCCGGCGATGAACTGAGCCGCATGAAAACCAATGCCGAGGCGGCGACCGGCACCGCTACGGTAACGGGGAATGATTCGTTGGTTTCGCCGAAGGCTGGGCTCTGA MSDNNPFGPVETTPFQTRSPQNVHGWERIGSLAGGVLMMGKGLRRGGVIGLAQLAIGGMALARGITGHCSAKTLLEKNRQHLHDARARIEQAGDELSRMKTNAEAATGTATVTGNDSLVSPKAGL NA NA NA NA NA D1-35_01809 471 hypothetical protein GTGGCCAACAAACGCTACAGCTGCATCGGTCTGTTCAACCCCAAGTCGCCGGAAAACGTCGGTTCGGTCATGCGTGCCGCCGGCTGTTACGGCGTCGCGTCGGTGTTCTATACCGGCAAGCGCTACGAACGCGCTGCCGACTTCGTTACCGACACCAAAAAAGTCCACTACGACATCCCGCTGATCGGCATCGACGACCTGAAAAAGATCCTGCCCCTGGGCTGCGTGCCGGTGGCCGTGGAACTGGTGGACGGCGCCCGTCCCTTGCCCGAATACACCCATCCGGACCGGGCCCTGTACATCTTCGGTCCGGAAGACGGTTCTCTGGACAAGGACATCCGCGACTGGTGCGAAGATGTGATCTACATCCCCACCAACGGCTGCATGAACCTGGCCGCTACAGTCAACGTCGTGCTCTACGACCGCATGGCCAAAGGCAACAACACCCGCTCGGGGCCGCAATTTCGCTGA MANKRYSCIGLFNPKSPENVGSVMRAAGCYGVASVFYTGKRYERAADFVTDTKKVHYDIPLIGIDDLKKILPLGCVPVAVELVDGARPLPEYTHPDRALYIFGPEDGSLDKDIRDWCEDVIYIPTNGCMNLAATVNVVLYDRMAKGNNTRSGPQFR NA NA NA NA NA D1-35_01810 375 hypothetical protein ATGAGTTCGTCCACCCCACCGTCCAACACCGCCAAGCTCGACCGCATCCTCGCCGACGCCCAGCGCGACCGGGAAATGGGCTACCGCGACAAAGCCCTGAAAATGTACCCCCACGTCTGCGGTCGCTGCGCCCGTGAGTTTTCCGGCAAGCGCCTGAGCGAACTGACCGTCCATCACCGTGACCACAACCACGACAACAACCCGCAGGACGGTTCCAACTGGGAACTGCTGTGCCTGTACTGCCACGACAACGAGCACTCGCGCTACACCGACCAGCAATACTTCGGCGACGGCTCCCTGAGCACGCCGAAGATCGCCAAGGCGACGCATAACCCCTTCGCCGCGCTGGCCGGGCTGATGAAAAAAGACGAGTAG MSSSTPPSNTAKLDRILADAQRDREMGYRDKALKMYPHVCGRCAREFSGKRLSELTVHHRDHNHDNNPQDGSNWELLCLYCHDNEHSRYTDQQYFGDGSLSTPKIAKATHNPFAALAGLMKKDE NA NA NA NA NA D1-35_01811 1011 speE_3 Polyamine aminopropyltransferase ATGCCCGGGATCGGCTGGTCCTTCGGCGGCCTGGGCATTTCGATCGGCGGCAACAGCGGCGGGCCGCCACCCGGTGGGGCAGCCTTGGGCACGCCGTTGGGCGTGACCGGCGGATACGGCATGGGCGTGGCGGTGCCCGGCGCCCCGGGAATGCTCGGCGGGTTGACGGGAATCGTCGGTTGCTGGGCCTGGGCGCAACTTATCGAGAGCGCCGCCACGGCAATGGCCGTTAGAATGGTGCACTTCATCAATGGCTCCGTGGCTATTGTCTGCTTTCAGGCTAGTCCCAACCGGGCCGGTCTGCCCCATTCCCATGAGATTTCCATGAAACGTTTCGTTCTTCTCGACACCACGCCCATTCCCGACAACGGCGGTGCCTTGTGCCTTTTCGAGTATGGCGAAGATTTCGTCATCAAGATCCAGGGCGGTGACGGCGGACAGTTGATGAATACCCGCATGCACGGTTCCGAAGATGCCCTGGCCGAGATTCCCTGTCGCAAGGTCGCCGGCCGTCCCGGCTCGCGGGTGCTGATCGGTGGTCTCGGCATGGGCTTCACCCTCGCCTCCGCCCTGAAACACCTGGGCAAGAGCGCCGAAGTGGTAGTGGCCGAGCTGGTCCCGGGTGTGGTCGAGTGGAACCGCGGCCCCCTCGGCGAAAAGGCCGGGCGACCGCTGTCGGACCCGCGCACCGTGGTCCGCATGGAAGACGTCGCCAAGGTCCTGCAAGCCGAGCCGCAAGGGTTCGACGCGATCATGCTGGATGTCGACAACGGCCCGGAAGGCCTGACCCAGAAAGCCAACAGTTGGCTGTATTCGGCCGGCGGCCTGGCCGCGTGCGCCAAGGCCCTGCGCCCCAAGGGCGTGCTGGCGGTATGGTCGGCCAGCGCTGACCGGCAGTTTTCCGACAAGCTGAAAAAGGCCGGCTTCAAGGCCGAAGAGGTGCAAGTGTTCGCCCATGGCAACAAAGGCACCCGCCACACCATCTGGATTGCCGAGAAGCTCAAGGGCTGA MPGIGWSFGGLGISIGGNSGGPPPGGAALGTPLGVTGGYGMGVAVPGAPGMLGGLTGIVGCWAWAQLIESAATAMAVRMVHFINGSVAIVCFQASPNRAGLPHSHEISMKRFVLLDTTPIPDNGGALCLFEYGEDFVIKIQGGDGGQLMNTRMHGSEDALAEIPCRKVAGRPGSRVLIGGLGMGFTLASALKHLGKSAEVVVAELVPGVVEWNRGPLGEKAGRPLSDPRTVVRMEDVAKVLQAEPQGFDAIMLDVDNGPEGLTQKANSWLYSAGGLAACAKALRPKGVLAVWSASADRQFSDKLKKAGFKAEEVQVFAHGNKGTRHTIWIAEKLKG NA NA NA NA NA D1-35_01812 474 hypothetical protein ATGTCAGAACCGACCTTACTGAACAACCAAATTCGCGACTGGCTGATGGACTGTGGTCTGTTCGACCAACTGCTGCCCGTCGACTTTGCCGCGGCATCGGGCTATTTCAGCATCAGTACCGTCGCCCAGGGCGAAGCGATTTTTCGCGAGGGCGATGCCGGCAGTTTCATGTGCATCCTTCACACCGGCCAGGTGGCCGTGCAGAAAACCGGCCCCGACGGCCAGCCCGTGACCATCGCCACGCTGCGCAGCGGCCGCGCCTTCGGCGAAATGGCCGTGCTCGACGGCGAACGACGCTCGGCCAGTTGCATCGCCGCCACCGAATGTCAGTTGTTGAACCTGGGCAAGGACTCCCTGGAAAAAATGCTCAACGACGCACCGAAGATCGCCGCCAAGATCATCCGCGCCCTCGCCGTCTCCCTGTCCAAGCGCCTGCGCATGGCCGACGGGCAGTTGCTGTCGCAGCAGGTGTAG MSEPTLLNNQIRDWLMDCGLFDQLLPVDFAAASGYFSISTVAQGEAIFREGDAGSFMCILHTGQVAVQKTGPDGQPVTIATLRSGRAFGEMAVLDGERRSASCIAATECQLLNLGKDSLEKMLNDAPKIAAKIIRALAVSLSKRLRMADGQLLSQQV PGPT0015075_5300 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 D1-35_01813 2055 dapb1 Dipeptidyl aminopeptidase BI ATGCCCCTATCCGCCCACGTTCCCGACGCCCCGATTGCCCGCAAGGCCCCCGGTGTTGACCCCTACGCCTGGCTGCAGGAGCGCGACACCGACGCCGTGCTCGAATACCTGAAGGCTGAAAACAGCTACCAGCAAGCCCGGCTCGCCGATCAGGCCGAACTGCGCGAAACGCTGTTCCAGGAAATCAAGGGACGAATCCTCGAAACCGACCTCTCCCTGCCCTCGCCCTGGGGTCCTTACCTGTATTACACCCGCACCACGGCGGGTGATGAATACGCTCGCCATTACCGTTGCCCGCGTCCGGCCGATGACAGCCTGACGGTCGATGAAAGTCGTGAACAGCTGTTGCTGGACCCGAACGCGCTGGCAGGCGGCGGTTTCTTTTCCCTCGGCGCGTTCAGCATCAGCCCCGACCATCAGCGTCTGGCCTACAGCCTGGACACCAGCGGCGATGAGATCTATACGCTGTTCGTCAAGGAGCTGTCCAACGACAAGGTCAGCGAACTGTCCTTCGAAAACTGCGACGGCAGCATGACCTGGGCCAACGACAGCCTGACGCTGTTCTTCGGCGAACTCGACGATACCCATCGCCCGCACAAGCTGTTGCGCTATCGCCTGGACGGCACCGCCGCCGAAGAAGTGTTCAATGAACCGGACGGGCGTTTTTTCCTGCATTGCTACCGTTCAAGCTCCGAGCGGCAGTTGATCCTGTCCCTGGGCAGCAAGACCACCAGCGAAGTCTGGGTGCTGGACGCGGCGCAACCACAACAACCGTTTACCTGCGTCGCGCCACGGGTAGAGAACCACGAATACGATGTCGACCATGGCCTGCTCGAAGGGCAATGGACCTGGTTCATCCGCAGCAACCGCGACGGCATCAATTTCGCCCTGTACCAGGCGCCCGATATGGGCGAAGCGCCGGCCGAAGCCGACTGGCAGAACCTGATCCCCCACAGTGACACGGTGATGATCGACGGCCTGAGCCTGAACGCCAGCGCCATGACATTGAGCCTGCGCGAGGGCGGCCTGCCGATCATCGAAGTCCACCCACAAGGTTTACCGGCCTATCGGGTGCAATTGCCGGACGCGGCCTACAGCCTGCACGTGCAGAACAGCCTGGAGTTTGTCAGCGAGCGCATTCGCCTGCGCTACGAAGCGCTGAATCGTCCGGCGCAGATCCGCCAGCTGGACCTGGCCAGCGGTGTTCAGGTCGTACTCAAGCAAACCCCGGTGCTGGGTCCGTTTGATGCCGATGCGTATGTCAGCCAACGGCTTTGGGCGACGGCACCGGACGGTACGCAAGTGCCCATCAGCCTGGTGGTCAAGCGCGAGGCCTTGGGCAAGCCCGTGCCGCTGTACTTGTACGGCTACGGCGCCTATGGCGAAAGCCTCGACCCATGGTTCTCCCATTCGCGCTTGAGCCTGCTGGACCGTGGTGTAGCGTTTGCCATCGCCCATGTGCGCGGCGGCGGCGAACTGGGCGAGGCCTGGTATCGCGCTGGCAAGCAGGAGCACAAGCACAACACTTTCAGTGATTTCATCGCTTGCGCCGAACACCTGATCGCCCAGGGCTTCACCTCGGCCGATCAGTTGGCGATCAGCGGCGGCAGCGCCGGTGGCCTGCTGATCGGCGCAGTCCTCAACCAACGCCCGGAGCTGTTCAAGGTGGCGATCGCCGAAGTGCCGTTCGTCGACGTGCTCAACACCATGCTCGACCCCGAACTGCCACTGACCGTGACCGAATACGACGAATGGGGCAACCCCGAGGAGCCGGACGTTTATGATCGGATTCGGGCCTACGCGCCGTACGAAAACGTCCGCGCCCAGGCGTATCCGGCAATGCTGGTGATCGCCGGCTACAACGACAGCCGCGTGCAGTACTGGGAAGCGGCCAAGTGGGTGGCGAAACTGCGCGCGACCAAGACCGACGAAAACCCGCTGCTACTCAAGACCGAACTGGGCGCTGGCCATGGCGGCATGAGCGGCCGCTACCAGGGATTGCGTGACGTAGCGCTCGAATACGCATTTGTCTTGAAGGTTTTGGGCGTGGCTTGA MPLSAHVPDAPIARKAPGVDPYAWLQERDTDAVLEYLKAENSYQQARLADQAELRETLFQEIKGRILETDLSLPSPWGPYLYYTRTTAGDEYARHYRCPRPADDSLTVDESREQLLLDPNALAGGGFFSLGAFSISPDHQRLAYSLDTSGDEIYTLFVKELSNDKVSELSFENCDGSMTWANDSLTLFFGELDDTHRPHKLLRYRLDGTAAEEVFNEPDGRFFLHCYRSSSERQLILSLGSKTTSEVWVLDAAQPQQPFTCVAPRVENHEYDVDHGLLEGQWTWFIRSNRDGINFALYQAPDMGEAPAEADWQNLIPHSDTVMIDGLSLNASAMTLSLREGGLPIIEVHPQGLPAYRVQLPDAAYSLHVQNSLEFVSERIRLRYEALNRPAQIRQLDLASGVQVVLKQTPVLGPFDADAYVSQRLWATAPDGTQVPISLVVKREALGKPVPLYLYGYGAYGESLDPWFSHSRLSLLDRGVAFAIAHVRGGGELGEAWYRAGKQEHKHNTFSDFIACAEHLIAQGFTSADQLAISGGSAGGLLIGAVLNQRPELFKVAIAEVPFVDVLNTMLDPELPLTVTEYDEWGNPEEPDVYDRIRAYAPYENVRAQAYPAMLVIAGYNDSRVQYWEAAKWVAKLRATKTDENPLLLKTELGAGHGGMSGRYQGLRDVALEYAFVLKVLGVA PGPT0020980_1965 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020980-ptrB-K01354 NA NA D1-35_01814 495 hypothetical protein ATGGACACCATGACCGAGAACGATTATCTGATTGCCTGGGGTCTCTACGCCTTCGCCGCCCTCGGCTGCCTCCTGGTGTGGATGCGCATGACCCGCTTCATGTGGCGCTGGTTGCGCGAGCCGCTGCGGCTGCTGATGGCGGTGTTGCTGTTCAGCCCGACCATCGTCGACCCGGTGAAGGAAAAGGTCGCCCCGGCGCTGGCCATTGCCGCCCTGGACTTGCTCTTCAAGGTTGGCAACAACGTCTGGCGCGCAGCGTCCGACCTGCTCATGTACGCCATGATCGCCTTCGGCCTCTATCTGGTCCTGGTGCTGATCCGTATTCCTGTCGAACGCGCGGCCAAGGCTCGCCAGGAGCGGGCCGCCGCAGCCAAAGCGGCCGCCGCTGCCGAGCCTGACGACGAGCCTGCGTTCGGCGTGGCCGGTGACGACCGTTATGGTCGCCCACCCGTGCCGAGCAATCCCCAGCGTTCGCGTATCGAACCGCGCCTGTAA MDTMTENDYLIAWGLYAFAALGCLLVWMRMTRFMWRWLREPLRLLMAVLLFSPTIVDPVKEKVAPALAIAALDLLFKVGNNVWRAASDLLMYAMIAFGLYLVLVLIRIPVERAAKARQERAAAAKAAAAAEPDDEPAFGVAGDDRYGRPPVPSNPQRSRIEPRL NA NA NA NA NA D1-35_01815 777 yafJ COG0121 Putative glutamine amidotransferase YafJ ATGTGTGAGTTATTGGGCATGAGCGCCAATGTGCCGACCGATATCGTCTTCAGCTTCACCGGGCTGATGCAGCGCGGCGGCAAGACCGGGCCGCACCGCGACGGCTGGGGCATCGCTTTTTATGAAGGCCGTGGCCTGCGCCTGTTCCAGGACCCGGCCGCCAGCAGCGAGTCGGAAGTGGCGAACCTGGTGCAACGCTATCCGATCAAGAGCGAAGTGGTCATCGGTCACATCCGCCAGGCCAACGTCGGCAAGGTCTGCCTGTCCAACACCCACCCGTTCGTGCGGGAGTTGTGGGGGCGCAACTGGTGTTTCGCCCACAACGGCCAGCTCGCCGATTTCCAGCCGGGCGTGAGCTTCTACCGCCCAGTGGGCGATACCGACAGCGAGGCGGCGTTCTGCGACCTGCTCAACCGCGTGCGCCAGGCTTATCCTGAGCCGGTGGAGGTCGAGCAGTTGCTGCCGGCCTTGATCGAGGCGTGCGGCGAATACCGCAGCAAGGGCGTGTTCAACTGCCTGCTCAGCGACGGCGACTGGCTGTTCTGCTATTGCTCGACCAAACTGGCGCAGATCACCCGGCGCGCACCGTTCGGCCCGGCGCGGCTCAAGGATGTGGACGTGATTGTCGACTTCCAGGCCGAAACCACGCCCAACGACGTGGTCACGGTGATTGCCACCGAACCCTTGACCGAAAACGAAACCTGGACCCGCTACGAACCGGGCCAATGGAGCCTGTGGCGACGCGGCGAATGCGTCAGCCACGGCCGGACCGAATAA MCELLGMSANVPTDIVFSFTGLMQRGGKTGPHRDGWGIAFYEGRGLRLFQDPAASSESEVANLVQRYPIKSEVVIGHIRQANVGKVCLSNTHPFVRELWGRNWCFAHNGQLADFQPGVSFYRPVGDTDSEAAFCDLLNRVRQAYPEPVEVEQLLPALIEACGEYRSKGVFNCLLSDGDWLFCYCSTKLAQITRRAPFGPARLKDVDVIVDFQAETTPNDVVTVIATEPLTENETWTRYEPGQWSLWRRGECVSHGRTE NA NA NA NA NA D1-35_01816 543 hypothetical protein ATGTTGCTCAGTTATCTACGGTTGGTGTTGTTCGCGGTGGGCCTGCTGGTCGGGGTCCAGGTGCCGGGCTTCGTCAATGATTACGCCAAGCGGGTCGAGGCCCACCTGATCGAGGCGCAGACTGGCCTGCAGGGGTTCCAGGGCACCGCCAACCAGTTCTTCAAGGGTGACATGCAGGCCCTGGTGGCGCATTACCGCGCCAGTGAAGACCCGATCTTTCGCAGCGATGCCGACAGCCTGAACACCTTGCTCGTGCGCCAGCAGGCTTTGGACAAACAGTTCCAGGCAATGCAGGGCCCGTGGTACATCCGCCTGCTGCAGGTGGCCCTGGCCGCCGATCCGGACATCCGCAAGGAAACCTGGAACGGCTACAGCTACCAGATCCTGCTGACCCCCGAGGCGATGATCTGGGGCATCAGCGGCGCGATGTTGCTGTCGTTCGGCCTGGAATGCCTGTTCCGCCTGATCGACTGGGTGGTGCTGGGTGGCAAGCGCCTGCGCCAGAGCCGGCCGATCGAAGAGCGTGACCTGCGCGGACTGTAG MLLSYLRLVLFAVGLLVGVQVPGFVNDYAKRVEAHLIEAQTGLQGFQGTANQFFKGDMQALVAHYRASEDPIFRSDADSLNTLLVRQQALDKQFQAMQGPWYIRLLQVALAADPDIRKETWNGYSYQILLTPEAMIWGISGAMLLSFGLECLFRLIDWVVLGGKRLRQSRPIEERDLRGL NA NA NA NA NA D1-35_01817 1287 naiP_1 Putative niacin/nicotinamide transporter NaiP ATGAGTGCACCCGACACGCTCGGCGTCCCCCAACCCCAGGCCCGCTCCGGACCGTTCGATTGGTATCGCAACATCAACCAGCAGGAACGGCGTACCTTCTGGAGCTGCAAGATCGGTTACGCCCTGGACGGCATGGACACCCAGATGCTCAGCTTCGTGGTGCCGACGCTCATCGCGATGTGGGGCATCAGCACGGGTGAAGCGGGGCTGATTCACACCAGCACCTTGATCGCTTCGGCCATCGGCGGCTGGGTGGCGGGCATTCTCTCGGACCGCATCGGTCGGGTGCGCACGTTGCAATTGACGGTATTGTGGTTCGCCTTCTTCACCTTCCTCTGCGGTTTCGCCCAGAACTACGAACAACTGTTGATCGCCCGCACGCTGATGGGCTTCGGCTTCGGCGGCGAGTGGACCGCCGGCGCCGTGTTGATGGGCGAAGTGATTCGCGCCAAGGACCGTGGCAAGGCGGTCGGCATGGTGCAATCGGGCTGGGCCCTGGGCTGGGGCATGACGGCGATTCTGTATGCGCTGCTGTTCTCGGTGCTGCCGCCGGAAGACGCCTGGCGCGCATTGTTCATCCTCGGCATCGTGCCGGCGGTGTTCGTGATCTTCGTTCGCCGGCTGGTCAAGGATCCGGAAGTCTATAACCAGGCCAAGGCCCGGCTGACGCCCGAGAACCCGGCGAAGTTCTACGAGATTTTTGCCCCTGGCATTCTGTTCACGACGATTCGAGCCTCGCTGCTGACCACTGGCGCGCTGGGTGGCTACTACGCCATCACCTCCTGGCTGCCGACCTTCCTGAAAAACGAGCGCGGCTTGAGCGTCCTGAGTACCGGCGGCTACCTGGCGATGGTGATCGTCGGCTCGTATGTGGGTTACGTCATCAGCGCCTATCTGTCCGACATCCTCGGGCGCAAGAAGAATTTCGTCCTGTTTGCCGTCGGTTCCTTCACTATCGTGCTGCTGTATACCCAGGTGCCGGTGAGCAACAACGTGATGCTGTGGCTGGGCTTCCCCTTGGGCTTCTTCGCTTCGGGCATGTTCAGCGGCATGGGGTCGTTCCTCACCGAACTGTTCCCCACGCGCATCCGCGGATCGGGGCAGGGCTTCTGCTACAACATTGGCCGCGCGGTGGCGGCGCTGTTTCCGCTGTTGATCGGTATCCTGAGCCAGAAGGTGCCGCTGAGCGTCGGCATCGGAGCCTTCGCGGCGGTGTCCTATGGCGTGGTGATCCTGGCGGCCCTGAGCCTGCCGGAGACTCAGGGCAAGCAGTTGGAAGCCGACTGA MSAPDTLGVPQPQARSGPFDWYRNINQQERRTFWSCKIGYALDGMDTQMLSFVVPTLIAMWGISTGEAGLIHTSTLIASAIGGWVAGILSDRIGRVRTLQLTVLWFAFFTFLCGFAQNYEQLLIARTLMGFGFGGEWTAGAVLMGEVIRAKDRGKAVGMVQSGWALGWGMTAILYALLFSVLPPEDAWRALFILGIVPAVFVIFVRRLVKDPEVYNQAKARLTPENPAKFYEIFAPGILFTTIRASLLTTGALGGYYAITSWLPTFLKNERGLSVLSTGGYLAMVIVGSYVGYVISAYLSDILGRKKNFVLFAVGSFTIVLLYTQVPVSNNVMLWLGFPLGFFASGMFSGMGSFLTELFPTRIRGSGQGFCYNIGRAVAALFPLLIGILSQKVPLSVGIGAFAAVSYGVVILAALSLPETQGKQLEAD NA NA NA NA NA D1-35_01818 753 pxpA3 COG1540 5-oxoprolinase subunit A 3 GTGAACCGCCTGCTACTGAACTGCGACATTGGCGAAAGCTTCGGCAACTGGACCATGGGTCTGGACGCCGAGGTGATGCCCTTTATCGATTGCGCCAACATCGCCTGCGGCTTTCATGCCGGCGACCCGAGCATCATGCGCAAGACCGTCAGCCTCGCCCTGAGCCACGGCGTACGGATCGGCGCGCACCCGGCCTATCAGGACCTGGCGGGCTTCGGCCGCCGCTCCATGGCCTATGGCGCCCAGGAGCTGCAAGACCTGCTGCACTACCAGATCGGCGCCCTGGACGGTATCTGCCGGGCCCAGGGTGGACAGGTCAGCTACGTCAAACCTCACGGTGCGATGTACAACGACATGATGGCCAACCCGGCGCAACTGCGTGCTGTTATCGAGGCCATCGCCGCGTATGACCGGCAGTTGCCGCTGATGCTGCTGGCGACCCGGGACAACAGCGCCGCCCAGGCCCTGGGCGACGAATACGGTGTGACCCTGTGGTTCGAAGCCTTCGCCGACCGGGCCTATGACAGCGCCGGTCGCCTGGTCTCGCGGCAGTTGCCGGGGGCGGTGCATCACGATTCCGAGGTGATCATCGGGCAGGCGCTGACCATTGCCCGCGGCGACGCGCTGACGGCCAGCGACGGCAGCGCGTTGAATCTGCACGCCGATACGTTGTGCGTGCACGGCGACAACGCCAGCTCCGTGGCGGCCGTGCAGCGTATCCGCGAGGCCCTCGACCGGCAGAGCGCGCCATGA MNRLLLNCDIGESFGNWTMGLDAEVMPFIDCANIACGFHAGDPSIMRKTVSLALSHGVRIGAHPAYQDLAGFGRRSMAYGAQELQDLLHYQIGALDGICRAQGGQVSYVKPHGAMYNDMMANPAQLRAVIEAIAAYDRQLPLMLLATRDNSAAQALGDEYGVTLWFEAFADRAYDSAGRLVSRQLPGAVHHDSEVIIGQALTIARGDALTASDGSALNLHADTLCVHGDNASSVAAVQRIREALDRQSAP NA NA NA NA NA D1-35_01819 705 pxpB COG2049 5-oxoprolinase subunit B ATGAAACCACGCGTGGAAGTGGTGGCGGTGGACTGCCTGATGGTGCGCCTGTTCGACGAAATCGCCGAGGCCAACATGCCGTGGATGCTCGCTGCCAGCGCGCGCCTGCGCGCGGTTTTCGCCGATGATCTGATTGATCTGGTGCCGTCCTACACCACCCTGATGGTGCATTACGATTTGCTCGCCCTGACTCCGAACCAGGCCCGCGAGTTGATCGGCGAAGCGCTGAACAACCTCTCGCCGGATGCCCGGTCCGCCGGGCAATGCCATGTGCTGCCGGTGTGGTACGACCCAAGTGTCGGGCCGGAGCTGGACCTGCTGGCGAGCCGCAGCGGGTTGACGGTGACGCAAGTCATCCAGCGTCACAGTGAGCGGGAATATCAGGTGTTCGCCCTGGGCTTCGCGCCGGGATTCGCTTTCATGGGGCTGGTGGACGAGGAACTGGCCGCACCGCGACTCGACACCCCACGCAAACGGGTCGCGGCGGGCAGCGTCGGAATCGCCGAGCGCCAGACCGCCGCGTATCCGGTGGTATCGCCTGGCGGCTGGAACCTGATCGGCCGCACCCCGGCCAAATTGTTCGATCGCGAGCGCGATGGCTACAGCCTGATGCAACCCGGCGACACGGTGCGTTTTGCCGCTGTCGATCACGCTGAGTTCATTGCCCTGGGCGGCGATGACACACCGTTGGAGGCACAGGCATGA MKPRVEVVAVDCLMVRLFDEIAEANMPWMLAASARLRAVFADDLIDLVPSYTTLMVHYDLLALTPNQARELIGEALNNLSPDARSAGQCHVLPVWYDPSVGPELDLLASRSGLTVTQVIQRHSEREYQVFALGFAPGFAFMGLVDEELAAPRLDTPRKRVAAGSVGIAERQTAAYPVVSPGGWNLIGRTPAKLFDRERDGYSLMQPGDTVRFAAVDHAEFIALGGDDTPLEAQA NA NA NA NA NA D1-35_01820 921 pxpC COG1984 5-oxoprolinase subunit C ATGAGCCGTCTGTTGATCGAGGCCAGCACAGCGCTGTGCCTGTTGCAGGATAATGGCCGCTTCGGCGTCAGGCACCTGGGCGTGACCCAGGGCGGCGCGGCGGACTGGCTGTCGATGAGCTGGGCCAACTGGATGCTGGGCAACGCCCCGGATGCCGCAGTGGTGGAAATCACCCTCGGCGGTTTTACCGTGGTGGCCGAGGAGGATTGCGTGCTGGCGCTGGCCGGTGCGGACCTGGGCGCGCGGATAGACGGGCAGGGCGTGGCGTCGTGGCGATTCTTCAGCCTGCGCCAAGGCCAGGTGTTGGCGTTCACTCAGCCGGTGCTCGGTGCCCGCGCCTACCTGGCGGCTCCCGGTGGTTTTGATGCGCCTGCGGTGCTGGGCAGCCGGGCGACGGTGGTGCGCGAAGAACTCGGTGGCCTGGATGGGCGGGGGCGGGCGCTGAGTCGCGGTGAGCAGCTGAGTTATTCAGGCTCGGCAACGCCTCGGCCGATGCCCCACAGGCGGATTCCGGATTTTCAGCAGCTGCAGCCGCTGGACCTGATCCTCGGTGCGCAAAATGGCGCGTTCAGCGGACGCAGCCTGTTCGATGCCTTCAATACACCATGGACGCTGGACAGTCGCGCCGATCGCATGGGCATGCGCTTGCTCGGTCCGGCGCTGGAATACCAGGGCCCAGCGATGATTTCCGAAGGCATTCCGCTCGGCGCCGTGCAGGTGCCGCCGGACGGCCAACCGATCGTGCTGCTCAATGATCGGCAGACCATCGGCGGTTATCCGCGCCTGGGCGCCTTGACGCCGCTGTCCCTGGCCCGGTTGGCGCAATGCCTGCCAGGGACGCAGCTGCGGTTGCGGCCGGTGGTGCAGGCCGTTGCGCATCGGCAGCAGGTGGAGTGTATGCGCAGTTTTCTCGGCCGCTAA MSRLLIEASTALCLLQDNGRFGVRHLGVTQGGAADWLSMSWANWMLGNAPDAAVVEITLGGFTVVAEEDCVLALAGADLGARIDGQGVASWRFFSLRQGQVLAFTQPVLGARAYLAAPGGFDAPAVLGSRATVVREELGGLDGRGRALSRGEQLSYSGSATPRPMPHRRIPDFQQLQPLDLILGAQNGAFSGRSLFDAFNTPWTLDSRADRMGMRLLGPALEYQGPAMISEGIPLGAVQVPPDGQPIVLLNDRQTIGGYPRLGALTPLSLARLAQCLPGTQLRLRPVVQAVAHRQQVECMRSFLGR NA NA NA NA NA D1-35_01821 1179 hypothetical protein ATGCTGCTTAACCTGTTCAATGAGATGCGCGCCGCCAAGGTGCCGGTGTCGGTGCGCGAACTGCTGGACCTGATCAACGCGCTGAAACAGCGGGTGATCTTCGCCGACATGGACGAGTTCTATTACCTGTCCCGGGCCATCCTGGTGAAGGACGAACGGCACTTCGACAAGTTCGACCGGGCGTTCGGCGCTTACTTCAATGGCCTGGAAAAACTTGATGATCATCTGCAGGCGTTGATTCCCGAGGACTGGTTGCGCAAGGAGTTCGAGCGCTCCCTGACCGATGAGGAACGGGCACAGATCCAGTCCCTGGGCGGTCTGGACAAGCTGATCGAAGAGTTCAAGAAGCGTCTGGAAGAACAGAAGGAACGCCACGCCGGCGGCAACAAGTGGATCGGCACTGGCGGCACCAGCCCGTTCGGTTCCGGTGGCTTCAACCCCGAAGGTATACGGGTCGGCGACGCTGGCAAGCGCCAGGGCAAGGCCGTGAAAGTCTGGGACCAGCGCGAGTACAAGAACCTCGACGACCAGGTGGAACTGGGCACCCGCAATATCAAGATCGCCCTGCGCCGCCTGCGCAAGTTTGCCCGCCAGGGCGCGGCCGAAGAGCTGGACATCGACGGCACCATCGATCACACCGCCCGGGACGCTGGCCTCTTGAACATCCAGATGCGCCCGGAGCGACGCAACACCGTCAAGCTCCTGCTGCTGTTCGACATCGGCGGCTCGATGGACGCCCATGTGAAGATCTGCGAGGAGCTGTTCTCGGCCTGCAAGACCGAGTTCAAGCACCTGGAGTATTTCTACTTCCACAACTTCGTCTACGAATCGGTGTGGAAGAACAACCTGCGTCGCACCTCGGAGCGCACGTCGACCCAGGACCTGCTGCACAAATACGGCGCCGACTACAAAGTGATCTTCATCGGCGACGCGGCCATGGCCCCTTACGAGATCACCCAGGCCGGCGGCAGCGTCGAGCACTGGAACGAAGAAGCCGGTTACGTGTGGATGCAGCGCTTCATGGAGAAGTACAAGAAGCTCATCTGGATCAATCCGTACCCGAAAGACACCTGGGGTTACACCGCCTCGACCAATATCGTCCGTGAGTTGGTGGAGGACCGGATGTATCCGCTGACGTTGCGAGGGTTGGAGGAAGGGATGCGGTTTCTTTCCAAATAA MLLNLFNEMRAAKVPVSVRELLDLINALKQRVIFADMDEFYYLSRAILVKDERHFDKFDRAFGAYFNGLEKLDDHLQALIPEDWLRKEFERSLTDEERAQIQSLGGLDKLIEEFKKRLEEQKERHAGGNKWIGTGGTSPFGSGGFNPEGIRVGDAGKRQGKAVKVWDQREYKNLDDQVELGTRNIKIALRRLRKFARQGAAEELDIDGTIDHTARDAGLLNIQMRPERRNTVKLLLLFDIGGSMDAHVKICEELFSACKTEFKHLEYFYFHNFVYESVWKNNLRRTSERTSTQDLLHKYGADYKVIFIGDAAMAPYEITQAGGSVEHWNEEAGYVWMQRFMEKYKKLIWINPYPKDTWGYTASTNIVRELVEDRMYPLTLRGLEEGMRFLSK NA NA NA NA NA D1-35_01822 846 hypothetical protein ATGAAGTTCGAAGGCACCCGCGCCTACGTGGCCACCGATGACCTGAAACTGGCGGTGAACGCCGCCATCACCCTGGAACGGCCGTTGCTGGTCAAGGGCGAACCGGGCACCGGCAAGACCATGCTGGCCGAACAACTGGCGGAGTCCTTCGGCGCGCGCCTGATCACATGGCACATCAAGTCCACGACCAAGGCCCACCAGGGCCTGTACGAATACGATGCGGTCAGCCGCCTGCGGGATTCACAGCTGGGCGTGGACAAGGTCCACGACGTGCGCAACTACTTGAAGAAGGGCAAGCTCTGGGAAGCGTTCGAGTCCGAAGAGCGGGTCATCCTGCTGATCGACGAAATCGACAAGGCCGACATCGAGTTCCCCAACGACTTGCTGCAGGAACTCGACAAGATGGAGTTCTACGTCTACGAGACGGACGAAACCATCAAGGCCAAGCAGCGCCCGATCATCATCATTACCTCCAACAACGAAAAGGAACTGCCGGACGCCTTCCTGCGCCGCTGCTTCTTCCATTACATCGCCTTCCCCGACCGCGCCACCCTGCAGAAAATCGTCGACGTGCACTACCCGGACATCAAGAAAGACCTGGTCAGCGAAGCGCTGGACGTGTTCTTCGACGTGCGCAAGGTACCGGGCCTGAAGAAAAAACCTTCCACCTCCGAGCTGGTGGACTGGCTCAAGCTGCTGATGGCCGACAACATCGGCGAAGCGGTGCTGCGCGAGCGTGATCCGACCAAGGCTATCCCGCCGCTGGCCGGCGCCCTGGTCAAGAACGAACAGGACGTGCAATTGCTCGAGCGCCTGGCGTTCATGAGCCGTCGCGGCACTCGCTGA MKFEGTRAYVATDDLKLAVNAAITLERPLLVKGEPGTGKTMLAEQLAESFGARLITWHIKSTTKAHQGLYEYDAVSRLRDSQLGVDKVHDVRNYLKKGKLWEAFESEERVILLIDEIDKADIEFPNDLLQELDKMEFYVYETDETIKAKQRPIIIITSNNEKELPDAFLRRCFFHYIAFPDRATLQKIVDVHYPDIKKDLVSEALDVFFDVRKVPGLKKKPSTSELVDWLKLLMADNIGEAVLRERDPTKAIPPLAGALVKNEQDVQLLERLAFMSRRGTR NA NA NA NA NA D1-35_01823 297 hypothetical protein ATGTTGACTCAGTCTCGGCGTCTTGCCAGTATTGCCTATCGCCAAATCGGCGATACATTCGATGGCATGTCTACTAAATATCGATTCAGAGATACCTATCGCATCCAATTGCGGGAAAGGGATCATCCACCTCCCCATGTCCACCTCACCGGTGGCGGAGTGGATGTCGTCCTGAGTCTGGAAACCGTTGAAGTCATGATGGGCCGCGCTCCGCCATTGATTATCAAGGAAGCGCTGGACTGGGTCCGGGCCCATCAGGCGCAACTGCTGGAGGATTGGCAACGATGCTACCCATGA MLTQSRRLASIAYRQIGDTFDGMSTKYRFRDTYRIQLRERDHPPPHVHLTGGGVDVVLSLETVEVMMGRAPPLIIKEALDWVRAHQAQLLEDWQRCYP NA NA NA NA NA D1-35_01824 501 hypothetical protein ATGCTACCCATGAAACGGCCGCGGCTAATGGCCGTGCAGCCTTTATTGCCGTTCAGTCTCGAACTGACATTCATCGACGGTCAGCAACTGAGGCTGGACTTGAGCGCCGATGTGCAAAGTTATCCGGGCTTGCAGCCATTGCTTGAAGACGGTGCGTTTGGTGGCGCAGCCCTGGGCGACGACGGCTGGAGTGTGGAGTGGCCGGACCTGGATATCCAGATCGGCGCCGACACCTTGTATTTCAACGCATTGGCCCAGAACGCCGCGGATGAAAACACCCGTATTTTCATCGATTGGCGCGCCCGAACCGGGTTGCCATTGAACAAGGCGGCCGAAGCGCTGGGGGTCAGTCCTCGCAGTATCACTCGCTACAGTAGCGGCCGTGAGGCGGTACCACGATCGCTGGCTCTTGCATGCCTGGGCTGGGACTCTCTGCAGCGCGGTACGGGCCGGGCGGTGGCGGAGCAAAAAGGTCGCTACGTTGTCACTCCCAAGACCTAG MLPMKRPRLMAVQPLLPFSLELTFIDGQQLRLDLSADVQSYPGLQPLLEDGAFGGAALGDDGWSVEWPDLDIQIGADTLYFNALAQNAADENTRIFIDWRARTGLPLNKAAEALGVSPRSITRYSSGREAVPRSLALACLGWDSLQRGTGRAVAEQKGRYVVTPKT NA NA NA NA NA D1-35_01825 1077 hypothetical protein ATGAAGCGTCGATACAGTTGGCCACTGTGGGCCTTCGTCGCCATCGTTGCACTGCTGGTGGCCGTGCATTTCGCGCTGCCTTATCTGGTGCGCGACTACCTGAACGATAAATTGGCGGACATGGGCGACTACCGTGGCCAGGTCAGCGATGTCGACCTCGCGCTCTGGCGCGGCGCCTACCGGATCAATGGCCTGAAAATCGTCAAGGTCGATGGCAAGATCCCGGTGCCATTCGTCGACGCGCCGCTGGTCGACCTGTCCGTGAGCTGGCACTCGCTCTGGTATGACCATGCGGTGGTCGCCGCCGTGGAGTTCACCCATCCCGAGGTCAACTTCGTTGACGGCGGGCCCAACCGGCAGAACTCCCAGACCGGCCGTGGCACCAATTGGCGTGAACAATTGAGCAAACTGATGCCCATCACCCTGAACGAGGTGCGGATCAGCGACGGCAAGGCCACGTTTCGCAACTTCAACTCCAAACCACCGGTCAATCTGCGAGCTACCAACGTCAACGCCAGCTTTTATAACCTGACCAATGTGGTCGACACCGAAGGCAAGCGCGACGCCCGTTTCGAAGGCAAGGCCCTGGTGGCCGAGCATGCGCCACTGGAAGTCCAGGCAACCTTCGACCCATTGAGCGACTTCGAGGATTTCGATTTCCGCCTGCGCGCCACCAACATCGAGCTCAAGCGCCTGAACGACTTTGCCGCGGCCTATGGCAAGTTCGACTTCAACGCCGGCCACGGCGACCTTGTAGTCGAGGCCGAAGCCGACAACGCCCGGCTCAGCGGTTACATCAAGCCACTGCTTCGCGATGTGGACGTGTTCGACTGGCAACAGGACGTCGAAAACAAGAACAAGAACATCTTCCGTTCGGTCTGGGAAGCCTTGGTCGGCACGGGCGAAACCGCCCTGAAAAACCAGAGCAAGAACCAGTTCGCCACTCGCGTGGAGCTCAGCGGCAACGTGCACCAGCAGAACATCAGCGCCTTCGAAGCCTTCCTGCAAATTCTGCGCAACGGTTTCGTCCAGGCCTTCAATGCCCGTTATGAACAGCCGCCGCCCTCCAAAGACTAG MKRRYSWPLWAFVAIVALLVAVHFALPYLVRDYLNDKLADMGDYRGQVSDVDLALWRGAYRINGLKIVKVDGKIPVPFVDAPLVDLSVSWHSLWYDHAVVAAVEFTHPEVNFVDGGPNRQNSQTGRGTNWREQLSKLMPITLNEVRISDGKATFRNFNSKPPVNLRATNVNASFYNLTNVVDTEGKRDARFEGKALVAEHAPLEVQATFDPLSDFEDFDFRLRATNIELKRLNDFAAAYGKFDFNAGHGDLVVEAEADNARLSGYIKPLLRDVDVFDWQQDVENKNKNIFRSVWEALVGTGETALKNQSKNQFATRVELSGNVHQQNISAFEAFLQILRNGFVQAFNARYEQPPPSKD NA NA NA NA NA D1-35_01826 975 cysK COG0031 Cysteine synthase A ATGAGTCGTATATACGCTGACAACGCCCATTCCATCGGCAATACGCCACTGGTGCAGATCAACCGCATCGCCCCGCGCGGCGTGACCATCCTGGCGAAGATCGAAGGGCGCAACCCGGGTTATTCGGTCAAGTGCCGGATCGGCGCAAACATGATCTGGGACGCTGAAAGCTCAGGTCGTCTCAAGCCCGGGATGACCATCGTCGAGCCAACCTCGGGCAATACCGGCATTGGCCTGGCGTTCGTGGCCGCCGCCCGTGGCTACAAGCTGATGCTGACCATGCCGGCGTCCATGAGCATCGAGCGGCGCAAGGTGCTCAAGGCGCTGGGCGCGGAGCTGGTGCTCACCGAGCCGGCCAAGGGCATGAAGGGCGCCATCGAGAAGGCCGCCGAGATCCTCGCCAGCGACCCGTCGAAATATTTCATGCCGCAGCAGTTCGATAATCCGGCGAACCCGGCGATCCACGAAAAAACCACCGGTCCGGAAATCTGGAACGATACCGATGGCGCGGTGGATGTGCTGGTCGCGGGCGTGGGCACGGGTGGAACCATTACCGGGGTCTCGCGGTATATCAAGAACACCTGTGGCAAACCGATCCTGTCGGTGGCGGTGGAGCCCGAGGCGTCGCCGGTGATTACCCAGGCGATGGCGGGGCAGGAAATCAAGCCGAGCCCGCACAAGATCCAGGGGATCGGTGCGGGTTTTGTACCGAAGAACCTCGATCTGTCGATTGTCGATCAGGTCGAGCGCGTCACCGATGAGGAGTCCAAGGCCATGGCCCTGCGCCTGATGCAGGAAGAGGGCATCCTCTGCGGCATTTCCTGCGGCGCGGCCATGGCCGTGGCGGTGCGCCTGGCGGAAAAACCGGAAATGCTGGGCAAGACGATCGTGGTGATCCTGCCTGATTCGGGCGAACGGTACCTGTCGAGCATGTTGTTCAGTGACCTGTTTACCGAGCAGGAGACTCAGCAGTAA MSRIYADNAHSIGNTPLVQINRIAPRGVTILAKIEGRNPGYSVKCRIGANMIWDAESSGRLKPGMTIVEPTSGNTGIGLAFVAAARGYKLMLTMPASMSIERRKVLKALGAELVLTEPAKGMKGAIEKAAEILASDPSKYFMPQQFDNPANPAIHEKTTGPEIWNDTDGAVDVLVAGVGTGGTITGVSRYIKNTCGKPILSVAVEPEASPVITQAMAGQEIKPSPHKIQGIGAGFVPKNLDLSIVDQVERVTDEESKAMALRLMQEEGILCGISCGAAMAVAVRLAEKPEMLGKTIVVILPDSGERYLSSMLFSDLFTEQETQQ PGPT0002810_3392 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 D1-35_01827 999 hypothetical protein ATGGCCAGCCGCCGCGTCGGGCTGATGGCGCTGCGCAATTCAAACAAGGAGTTGAAAGAAATGAGCGTTTCGTTTGTCGCCAAGGCCTCGGTGTTGCTGCTGTTTGTGGGCAGTACGCTTTTTGTGCATTTGCGTGGCAAGGCGCGTCTGCCGGTGTTGCGCCAGTTCGTCAACCACTCGGCGTTGTTTGCCCCTTACAACGCCTTGATGTACTTGTTTTCCAAGGTGCCCTCCAAACCCTACCTGGATCGCCGCGAATTTCCGGAATTGGATGTGCTCAAGGAAAACTGGCAAGTGATCCGCGACGAAGCCATGCATCTTTTCGACGAGGGTTATATCCGCGCCGCCGAGAAAAACAACGACGCCGGTTTTGGTTCGTTCTTCAAGAAAGGCTGGAAGCGCTTCTATCTCAAGTGGTACGACAAGCCGCTGCCATCGGCGGAGTTGTTGTGCCCCCAGACCGTCGAGCTGGTCAATCGGATTCCCAACGTGCGGGGCGCGATGTTTGCCCTGTTGCCGGGGGGCAGCCATCTCAATCCCCATCGTGACCCGTTCGCCGGTTCGCTGCGCTATCACCTGGGGCTGTCCACGCCCAACTCCGATGATTGCCGGATCTTCGTCGACGGGCAGGTCTACGCCTGGCGCGACGGCGAAGATGTGATGTTCGATGAAACGTATGTGCACTGGGTCCGCAATGAAACAGACCAGACGCGCGTGATCCTGTTCTGCGATATCGAGCGTCCCCTCAAAAACCCATTGATGACTCGTTTCAATCGCGCCATCAGTGCCTTCCTCGGCCGCGCCACCGCGCCGCAGAACCTGGATGACGAGCGCGTCGGCGGCATCAACCGCGCCTATGCCTGGAGCAAGACGTTCAGCGACGGCATCAGCGGCCGGGTCAAGCAATTCAAGCGCCGGCATCCCAAGGCCTATCGGGTGATGCGACCGGTGTTGGCGGTGGCTGTGTTGACGGCGCTGGGCTACTGGTTGTTCGTTTAA MASRRVGLMALRNSNKELKEMSVSFVAKASVLLLFVGSTLFVHLRGKARLPVLRQFVNHSALFAPYNALMYLFSKVPSKPYLDRREFPELDVLKENWQVIRDEAMHLFDEGYIRAAEKNNDAGFGSFFKKGWKRFYLKWYDKPLPSAELLCPQTVELVNRIPNVRGAMFALLPGGSHLNPHRDPFAGSLRYHLGLSTPNSDDCRIFVDGQVYAWRDGEDVMFDETYVHWVRNETDQTRVILFCDIERPLKNPLMTRFNRAISAFLGRATAPQNLDDERVGGINRAYAWSKTFSDGISGRVKQFKRRHPKAYRVMRPVLAVAVLTALGYWLFV PGPT0022350_75 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022350-lpxO-K12979 NA NA D1-35_01828 864 hypothetical protein ATGTTTTCCTTTTCCAAGAACGCCTTATTGGCGACGGCTTCCACGAGCCTGTTCGTTTTGTTGTGGAGCAGCGGAGCGATCTTTTCCAAACTGGGCCTGGCCCACGCGTCACCCTTCGCTTTCCTGCTGATCCGTTTTGCGCTTGCGCTGTGCGCGCTGGTGCTGTTGATCCCGCTGTTGAAGTTCAAGCTGCCGAAGGCTGGCAAGCCGATGCTGTACGCGGCGGCGACCGGCCTGGTGTTGTTGGGTGCCTATCAGATTTTCTATCTGCTGGCGCTGCAATTGAACGTTACGCCCGGTGTGATGGCCACGTTGATGGGCGTACAACCGATCCTCACCGTGGTGCTCATGGAGCGCCAGCGTTCCTGGCAACGGATGTTCGGCCTGGCGCTGGGCCTGGTGGGCTTGATCATGGTGGTGTACCAAGGCATTGGCCTGGCCGGCATGTCGTTGACGGGCATGCTGTGCGGGTTGCTGGCGCTGGTGAGCATGACGGCAGGTTCGATCATGCAGAAGCGCATCACCGACAATCCCCTCGGTACATTGCCGGTGCAGTACCTGGCCGGGCTCTTGCTGTGCGTGGTGTTCGTGCCGTTTCAACCGTTTCACTTCGAGCACAATGCGGGGTTCATCGTGCCGGTGTTGTGGATGGGGCTGGTGGTGTCGGTGTTGGCGACCTTGTTGCTTTACCGCTTGATCGCCCGGGGCAACCTCGTCAACGTCACCAGCCTGTTCTACCTGGTGCCGGCAGTGACGGCGATCATGGACTACCTGGTGTTCGGCAACCGGCTGGCGTTATTGAGCCTGCTGGGCATGGTGCTGATCATCGTCGGGTTGGTGTTTGTGTTCCGTAAGAGCCGCTAG MFSFSKNALLATASTSLFVLLWSSGAIFSKLGLAHASPFAFLLIRFALALCALVLLIPLLKFKLPKAGKPMLYAAATGLVLLGAYQIFYLLALQLNVTPGVMATLMGVQPILTVVLMERQRSWQRMFGLALGLVGLIMVVYQGIGLAGMSLTGMLCGLLALVSMTAGSIMQKRITDNPLGTLPVQYLAGLLLCVVFVPFQPFHFEHNAGFIVPVLWMGLVVSVLATLLLYRLIARGNLVNVTSLFYLVPAVTAIMDYLVFGNRLALLSLLGMVLIIVGLVFVFRKSR NA NA NA NA NA D1-35_01829 891 IS1595 family transposase ISBsp7 GTGAATCTCGTCGACACCCTGCGCTTGCTGTCGCTGGCCGCCATCTGGGGGGCCAGCTTCCTGTTCATGCGCATCATCGCCCCGGTGATTGGCACGATTCCTACGGCTTTTTTCCGCGTTTCCATTGCCTTCGTCGGCCTGCTGGTCATTCTTGCGCTGATGCGTATCGACTGGAATTTTCGCGGCAAGCTGAAAGCGGTGATGGTGCTGGGCCTGATCAACTCGGGCATTCCGGCAACGTTCTATTCCCTTGCCGCCCAGGTGTTGCCGGCCGGTTATTCGGCAATCTTCAACGCCACCACACCGTTGATGGGCGTGCTGATTGGCGGGTTGTTTTTCAGCGAGCAACTCACCGTGGCCAAGGTCAGCGGGGTGTTCCTCGGCCTGTTCGGCGTTGGCATCCTGACCGGTGCCGGCCCGGTGGCATTCGACCACCAGTTACTGATGGGTGCCCTCGCCTGTCTGCTCGCCACCACTTGCTATGGTTTTGCCGGCTTCCTCACCCGTCGTTGGCTCGACCATCAAGGTGGGCTGGACAGCCGCCTCTCCGCCTTGGGCAGTATGTTCGGCGCCACGGTTTTCCTGTTGCCGTTGTTCGGTTACAGCGTCATCAGCCAACCGCCGGCCAGTTGGGGCGGCTGGAGCGTCTGGCTATCGTTGCTGGGGCTGGGCCTGGTGTGTACCGCGCTGGCGTACATCCTGTATTTCCGCTTGCTCAGCTCTATCGGTCCGGTCAAATCCATGACAACGACCTTTTTGATCCCGCCGTTCGGCGTGCTGTGGGGCGCGTTGTTGCTGGATGAGCCGTTGGGGATGGCGCATTTGTATGGCGGGGTGTTGATTGCGGCGGCGTTGTGGCTGGTGTTGAAGCCTGGGGCGTCTAGCCGGTAA MNLVDTLRLLSLAAIWGASFLFMRIIAPVIGTIPTAFFRVSIAFVGLLVILALMRIDWNFRGKLKAVMVLGLINSGIPATFYSLAAQVLPAGYSAIFNATTPLMGVLIGGLFFSEQLTVAKVSGVFLGLFGVGILTGAGPVAFDHQLLMGALACLLATTCYGFAGFLTRRWLDHQGGLDSRLSALGSMFGATVFLLPLFGYSVISQPPASWGGWSVWLSLLGLGLVCTALAYILYFRLLSSIGPVKSMTTTFLIPPFGVLWGALLLDEPLGMAHLYGGVLIAAALWLVLKPGASSR NA NA NA NA NA D1-35_01830 1722 aceK COG4579 Isocitrate dehydrogenase kinase/phosphatase ATGTCGCAGCCATGGCCCGCCACCGATATCGCCCGTTCGATTCTCGACGGCTTCGATGATTACCGTGAGCAATTCCGGCACATCACCGATGGCGCCCGTGCCCGGTTCGAGCAGGCGCAGTGGCAGGAGGCGCAAGCGGCGTCGGCGGCGCGCATCAACTTGTATGAAGAAAAAGTCTTCGAAACCGTGGCCAGGCTGCGCAACACCTTCGATGCCGAGGCCTTGATGGATGTCGGTTGCTGGCCGCTGGTGAAAAGCGCCTATATCAGCCTGATCGACCTGCGTTTTGACGATGAGCTGTCGGAAACCTGGTACAACTCGATCTTCTGCGGCCTGTTCAGCCATGACCTGATCAGCGACGGCACCATGTTCATCCACACCACCCGGCCGAGCCTGCGCCGTGCCCGTGCGGCCCAGACTCGGACCTACAAACCCCAGGGGCAACTGGACAGGATGCTGGCGGCGATTTTCGCCGACTATCGCTTCAGCGAGGACTACGCCGACCTGCCCGGCGACCTGCAACGCCTCGAAAGCCAACTGCGCGAGAACCTGCCGGATTGGGTCTGCAAGGATCCGGAGTTGACGGTCGAGTTGTTCTCCTCGGTGCTCTACCGCAACAAGGGCGCCTACCTGGTGGGGCGCATCTACACCCGTGACGACCAATGGCCGCTGGTGATCCCGCTGCTGCATCGCGAGGGGCGCGGCATCCAGATCGACGCGCTGATTACCGACGAGGCGCAGGTGTCGATCATTTTCTCGTTCACGCGTTCGTATTTCATGGTCGATGTGCCGGTGCCGGCGGAATTCATCGGTTTCCTCAAGCGCATCCTGCCGGGCAAGCACATCGCCGAGTTGTACACGTCCATCGGTTTCTACAAGCACGGCAAATCGGAGTTCTACCGGGCGCTGATCAACCACCTGGCGAATACCGACGACCAGTTCATCATGGCCCCGGGCGTGCGCGGCATGGTCATGAGCGTGTTTACCCTGCCGGGCTTCAACACGGTCTTCAAAATCATCAAGGACCGCTTCTCGCCGTCGAAAAACGTCGACCGGGCCACAGTGATCGAGAAGTATCGACTGGTGAAAAGCGTCGACCGGGTCGGGCGCATGGCCGACACCCAGGAGTTCGCCGACTTCCGTTTTCCCTTGAGTAAATTCGAACCGGCCTGCCTGGAAGAATTGCTGGAAGTGGCGCCGTCCACGGTGTCGGTGGAAGGCGACACGGTGCTGATTCGCCACTGCTGGACCGAACGCCGGATGACGCCGCTGAACCTCTATCTGGAAAACGCCAACGAGGCCCAGGTACGCGAGGCGCTGGAGGATTATGGCCTGGCGATCAAGCAGCTGGCGGCGGCCAATATCTTCCCCGGCGACATGCTGCTGAAGAACTTCGGCGTCACTCGCCATGGTCGCGTGGTGTTCTACGACTACGATGAAATCTGCTTCCTGACCGAAGCCAATTTTCGCCACATCCCGCAGCCGCGTACACCGGAAGACGAGATGGCCTCCGAGCCCTGGTATTCCATCGGGCCGCTAGACGTCTTCCCCGAAGAATTCCCGCCCTTCCTGTTCGCCGATGCCGGGCAGCGCAAGCTCTTCGACCAGTTGCATGGCGAGCTGTACAACGCCGATTACTGGAAGGGCCTGCAAGAGGCGATTCGGGCGGGGAAGGTGATCGATGTGTTTCCGTATCGGCGCAAGGACCTGGACAGCGAATAA MSQPWPATDIARSILDGFDDYREQFRHITDGARARFEQAQWQEAQAASAARINLYEEKVFETVARLRNTFDAEALMDVGCWPLVKSAYISLIDLRFDDELSETWYNSIFCGLFSHDLISDGTMFIHTTRPSLRRARAAQTRTYKPQGQLDRMLAAIFADYRFSEDYADLPGDLQRLESQLRENLPDWVCKDPELTVELFSSVLYRNKGAYLVGRIYTRDDQWPLVIPLLHREGRGIQIDALITDEAQVSIIFSFTRSYFMVDVPVPAEFIGFLKRILPGKHIAELYTSIGFYKHGKSEFYRALINHLANTDDQFIMAPGVRGMVMSVFTLPGFNTVFKIIKDRFSPSKNVDRATVIEKYRLVKSVDRVGRMADTQEFADFRFPLSKFEPACLEELLEVAPSTVSVEGDTVLIRHCWTERRMTPLNLYLENANEAQVREALEDYGLAIKQLAAANIFPGDMLLKNFGVTRHGRVVFYDYDEICFLTEANFRHIPQPRTPEDEMASEPWYSIGPLDVFPEEFPPFLFADAGQRKLFDQLHGELYNADYWKGLQEAIRAGKVIDVFPYRRKDLDSE PGPT0001475_754 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-CITRIC_ACID_BIOSYNTHESIS,PGPT0001475-aceK-K00906 NA NA D1-35_01831 3912 hypothetical protein ATGACTGACCAAGCCCCCGCTATCGACAAACTGCTGAAGAACCTCGATCACGCCATGCTCGCCGACCGTCACCGGTTGCGGCGGCAGTTGCTCGAGCTGCGCAAGAAACCCGACGAGGCCAAGCTGGCCCAGTGGGTGACGCGCATGCAGGCATCGTGCGACCAGGTGCTGGCGCGCAAGGCGAGCGTGCCGTCGATTCGCTACGATGACAACTTGCCGATCGCGGCCAAGCGCGACGAGATCAAAGAGGCGCTGCTCAAGCATCAGGTGTTGATCATCGCCGGCGAAACCGGCTCGGGTAAAACCACACAGTTACCGAAAATCTGCCTGGAAATCGGTCGCGGCCAGCATGGCTTGATCGGCCACACCCAGCCACGCCGGATCGCCGCTCGCAGCGTGGCAAGCCGTGTCGCCGAAGAACTCGGCACGCCGCTGGGGGCGTTGGTGGGTTATCAGGTGCGCTTCGAGGACCAGAGCGACGCCAACACCCTCATCAAGCTGATGACCGACGGCATTCTGCTGGCCGAGACCCAGAATGACCGGTACCTCGAACGCTACGACACGATCATCGTCGACGAGGCCCACGAACGCAGCCTCAACATCGATTTCCTGCTCGGCTACCTCAAGACCCTGTTGCCGCGCCGTCCGGACCTGAAGGTGATCATCACTTCGGCGACCATCGACCTGGAACGCTTCTCCAAGCACTTCGATGACGCGCCGATCGTCGAAGTCTCGGGCCGTACCTTTCCAGTGGAGACCTGGTATCGCCCGTTGACGCTGGAGCAGGACGAGGAGGGCAATCGGGTCGAGGACGACTTGACCGTCGACCAGGCGATCCTCGCCACCCTCGATGAAATTGCCGCCCATGAACGCAGCGAGCGGCGCAGCCCCGGCGATGTGCTGGTGTTCCTGCCGGGCGAGCGGGAGATTCGCGACGCGGCGGAGATGCTGCGCAAGGCCCAGCTCAAGCACACCGAAATCCTGCCGTTGTACGCGCGACTGTCGCCGGCCGAACAACAGCGTATCTTCCAGTCCCACCCGGGCCGGCGCGTGGTGCTGGCGACCAACGTCGCCGAAACGTCGCTGACCGTGCCGGGCATCCGCTACGTGATCGACAGCGGCACCGCGCGCATCAGCCGCTACAGCTACCGCGCCAAGGTCCAGCGCCTGCCCATCGAAGCCATTTCCCAGGCCAGCGCCAACCAGCGCAAGGGCCGCTGCGGACGAGTCGAGCCGGGGATTTGCGTGCGCTTGTACAGCGAAGAGGATTTCCTTGGCCGGCCCGAGTTTACCGATCCGGAGATCCTGCGCACCAACCTGGCGGCGGTGATCCTGCAGATGCTGCATCTGCGTCTCGGCGAGATCACTGACTTTCCATTTATCGAGCCGCCGGATGGCAAGGCCATCAGCGACGGTTTCAACCTCCTGCAAGAACTCTCGGCGGTGGACCGCAACAGCCAGCTGACGCCGTTGGGGCGCCAGTTGGCGCGCTTGCCGGTGGACCCGCGCATGGGCCGCATGTTGCTGGAAGCGGCGAAACTGGGCAGCCTCCAGGAAGTCCTGATCGTTGCCAGTGCCATGTCGATCCAGGATCCGCGCGAACGCCCGCCCGAGCGCCAGCAGGCCGCCGACCAGGCCCACGCGCAATGGAAGGACGCGGACTCGGACTTCGCCGGGCTGGTCAATCTGTGGCGCGGCTTTGAAGAGCAGCGCCAGGCCCTGACCGCCAGCCCCCTGCGTAACTGGTGCCGCAAGAACTTCCTGAATTACTTGCGCCTACGCGAATGGCGCGATTCCCATCGCCAGTTGAGCCTGATCTGCCGCGACATGCAGTTGAGCCTCAATAAGGAACCGGCCGATTATCCGAAACTGCACAAGGCGGTGCTCTCGGGCCTGTTGAGCCAGATCGGCCAGAAAACCGAGGACGGCGATTACCTCGGTGCGCGGCAGCGACGCTTTTGGGTCCATCCCTCGTCCGGGCTGGGCAAGAAGCGCCCGCAGTGGCTGATGACCGCCGAGCTGGTGGAAACCACCAAGTTGTATGCGCGCATGGTGGCGAAGATCGAACCGGACTGGATCGAACCGCTGGCCGGGCACCTGATCAAGAAAAACCACTTCGAACCCCATTGGGAGAAGAAGCGCGGGCAGGTGGTGGCTTACGAGCAGATCACCTTGTTCGGGCTGATCGTGGTCGGTCGCCGGCCGGTGCACTACGGGCCGGTGGACCCGGTGGTGTCCCGCGAACTGTTCATCCGCGAGGCGCTGGTGCGTGGCGAAATCCAGTCCCGGGCCAAGTGCCTGAGCGCCAACACCCGATTGCTGGAGCAGCTTGACGAGCTCGAGGCCAAGGCTCGTCGCCGCGACATCCTGGCAGACGAGGAAACCCTCTTCGCCTTCTACGATGCACGCCTGCCCGCCGAGATCCACCAGACCGCGACGTTCGATAGCTGGTACCGGATCAACAGCCAGAAAGACCCGCAGCTGCTGATCATGCGCGAAGAAGACGTGCTCGCTCGCGAGGCCAGCGAGGTGACGGCCAATCTGTATCCCGACACCTTGCGCGTCGGCGACCTGACCTTGCCGTTGAGCTATCACTTCGAGCCCAACCACCCGCGCGATGGCGTGACGCTGCGGGTACCGGCGCCGCTGTTGCCTATGTTGCCGCCGGAGCGCCTGGAATGGCTGGTGCCGGGGATGATCGAGGCCAAGTGCATCGCCCTGGTGCGCAACCTGCCCAAGGCTCTGCGCAAGAACTTCGTGCCGGTGCCGGACTTCGTCAAGGCGGCGCTGCAGCGCATCACTTTCGCCGACGGCTCGCTGCCGCAATCCCTGGGGCGGGAGCTGCTGCGCATGACCGGCGCGCGGGTCAGCGACGAAGCCTGGGCGGAGGCGGCGCAGCAGGTGGAAAGCCATTTGCGCATGAATCTGGAGATCGTCGACGGCCAAGGCAAGTTCCTTGGCGAAGGCCGCGATGTTGCTGAGCTGACCGCGCGTTTTGCCGAAGCCAGCCAGGCGGCCCTGGCCGTGCCACAAACGGCGAAGAGCCAGGAACCGGTGGAGGCGAAAGTCTTCGCGCCGGTGGCGGAAAAAACCCAACAGAAGATCGCCGGGCTGTCGATGACGGTGTACCCGGCGCTGGTGGAAGAGGGCGGCGTCGTCAAGGAAGGGCGTTTCCCGACCCCGGCCGAAGCCGAGTTCCAGCATCGCCGCGCCTTGCAACGCTTGCTCATGCAGCAACTGGCCGAAACGGCGAAATTCCTTCGCGGCAAGCTGCCGGGCCTGACCGAACTGGGCCTGCTGTATCGCGAACTTGGGCGCATCGACGGTCTGGTGGAAGACATCCTGCTGGCAAGCCTCGACAGTTGCGTCCTCGAAGGCGAGCCGAGCCTGCCACGCGACGGCGCCGCGCTGGCGGCCCTGGCCGAACGCAAGCGTGGCGGCTGGACCGAGCATGCCGAACGCCTGGCCAGGCTGACCCTGGATATCCTGAAACTCTGGCACGGCCTGCAAAAACGCTTCAAGGGCAAGATCGACCTGGCCCAGGCCGTGGCGCTGAACGACATCAAGCAGCAGCTCAGCCACCTGGTGTACCCGGGCTTTGTGCGTGAAACCCCGCATCAATGGCTCAAGGAACTGCCGCGCTACCTCAAGGCTATCGAGCAACGCTTCGAGAAGCTCGGCAGCCAGGTACAGAAGGACCGGGTCTGGAGCGGCGAGCTGTCCAACCTCTGGGCGCAATACCAGGCCCGCGCCAGCAAGCATGCCCAGGAAGGCAAGCGCGATCCGCAGCTGGAACTGTACCGCTGGTGGCTGGAGGAATACCGCGTATCGCTGTTCGCCCAGCAACTGGGCACCAAGGTGCCGATTTCCGACAAACGCCTGAGCAAGCAGTGGGGGTTGGTGGAGGGCTGA MTDQAPAIDKLLKNLDHAMLADRHRLRRQLLELRKKPDEAKLAQWVTRMQASCDQVLARKASVPSIRYDDNLPIAAKRDEIKEALLKHQVLIIAGETGSGKTTQLPKICLEIGRGQHGLIGHTQPRRIAARSVASRVAEELGTPLGALVGYQVRFEDQSDANTLIKLMTDGILLAETQNDRYLERYDTIIVDEAHERSLNIDFLLGYLKTLLPRRPDLKVIITSATIDLERFSKHFDDAPIVEVSGRTFPVETWYRPLTLEQDEEGNRVEDDLTVDQAILATLDEIAAHERSERRSPGDVLVFLPGEREIRDAAEMLRKAQLKHTEILPLYARLSPAEQQRIFQSHPGRRVVLATNVAETSLTVPGIRYVIDSGTARISRYSYRAKVQRLPIEAISQASANQRKGRCGRVEPGICVRLYSEEDFLGRPEFTDPEILRTNLAAVILQMLHLRLGEITDFPFIEPPDGKAISDGFNLLQELSAVDRNSQLTPLGRQLARLPVDPRMGRMLLEAAKLGSLQEVLIVASAMSIQDPRERPPERQQAADQAHAQWKDADSDFAGLVNLWRGFEEQRQALTASPLRNWCRKNFLNYLRLREWRDSHRQLSLICRDMQLSLNKEPADYPKLHKAVLSGLLSQIGQKTEDGDYLGARQRRFWVHPSSGLGKKRPQWLMTAELVETTKLYARMVAKIEPDWIEPLAGHLIKKNHFEPHWEKKRGQVVAYEQITLFGLIVVGRRPVHYGPVDPVVSRELFIREALVRGEIQSRAKCLSANTRLLEQLDELEAKARRRDILADEETLFAFYDARLPAEIHQTATFDSWYRINSQKDPQLLIMREEDVLAREASEVTANLYPDTLRVGDLTLPLSYHFEPNHPRDGVTLRVPAPLLPMLPPERLEWLVPGMIEAKCIALVRNLPKALRKNFVPVPDFVKAALQRITFADGSLPQSLGRELLRMTGARVSDEAWAEAAQQVESHLRMNLEIVDGQGKFLGEGRDVAELTARFAEASQAALAVPQTAKSQEPVEAKVFAPVAEKTQQKIAGLSMTVYPALVEEGGVVKEGRFPTPAEAEFQHRRALQRLLMQQLAETAKFLRGKLPGLTELGLLYRELGRIDGLVEDILLASLDSCVLEGEPSLPRDGAALAALAERKRGGWTEHAERLARLTLDILKLWHGLQKRFKGKIDLAQAVALNDIKQQLSHLVYPGFVRETPHQWLKELPRYLKAIEQRFEKLGSQVQKDRVWSGELSNLWAQYQARASKHAQEGKRDPQLELYRWWLEEYRVSLFAQQLGTKVPISDKRLSKQWGLVEG NA NA NA NA NA D1-35_01832 1122 COG0332 Beta-ketodecanoyl-[acyl-carrier-protein] synthase ATGCATAACGTCGTCATCAGCGGCACCGGCCTGTACACCCCGGCCAACAGCATCTCCAATGAAGAGCTGGTGCAGTCTTTCAATACCTATGTCGCGCAGTTCAACGCCGACAACGCCGACGCCATCGAGCGCGGCGAAGTCGAGGCATTGACCGAGTCCAATGCGGCCTTCATCGAAAAGGCTTCAGGCATCAAGAGTCGTTTCGTGATGGACAAGGACGGTATTCTCGATCCCAAGCGCATGACGCCGCGCCTGCCGGAGCGCTCCAACGAAGAATGGTCGGTGCTTTGCGAAATGGCCGTCGGCGCCGCGAAACAGGCGCTTGAGCGCGCCGGTCGCAGCGCCGCTGACATCGACGGCGTGATCGTTGCCTGTTCCAACCTGCAGCGTCCCTATCCGGCCATTGCCATCGAAGTCCAGGAAGCTTTGGGTATCGAAGGGTTCGGTTTCGACATGAACGTGGCCTGTTCTTCGGCGACCTTCGGCATCCAGGCCGCCGCCAACAGCGTACAGCTGGGCCAGGCCCGGGCGATCCTGATGGTCAACCCGGAAGTGTGCACCGGCCACTTGAATTTCCGTGACCGCGACAGCCATTTCATCTTCGGCGACGCAGCCACGGCGGTGATCATCGAGCGGGCGGACCAGGCGACATCGCCGTACCAGTTCGACGTGGTCAGCACCAAGCTGCTCACCAAGTTCTCCAACAACATCCGCAACAACTTCGGCTTCCTCAACCGCGCGGCGGAAGAGGGCATCGGCACGCGGGACAAACTGTTCGTCCAGGAAGGCCGCAAGGTGTTCCGCGACGTCTGCCCGATGGTCGCCGAATTGATTGGCGCTCACTTGCAGGAAAACCAGCTGAACGTCGGCGAAGTGAAGCGTTTCTGGCTGCATCAGGCCAACCTGAGCATGAACCAGCTGATCGTGCGCAAGCTGCTGGGGCGCGAAGCCAGCGAGGAAGAAGCTCCGGTGATTCTCGACCGCTACGCCAACACCAGCTCGGCGGGTTCGGTGATTTCCTTTCACCTGTACCAGGACGACCTGCCCAGCGGCTCGGTCGCGGTGCTCAGCTCGTTTGGCGCTGGCTACTCGATCGGCAGCGTGATCCTGCGCAAGCGCTGA MHNVVISGTGLYTPANSISNEELVQSFNTYVAQFNADNADAIERGEVEALTESNAAFIEKASGIKSRFVMDKDGILDPKRMTPRLPERSNEEWSVLCEMAVGAAKQALERAGRSAADIDGVIVACSNLQRPYPAIAIEVQEALGIEGFGFDMNVACSSATFGIQAAANSVQLGQARAILMVNPEVCTGHLNFRDRDSHFIFGDAATAVIIERADQATSPYQFDVVSTKLLTKFSNNIRNNFGFLNRAAEEGIGTRDKLFVQEGRKVFRDVCPMVAELIGAHLQENQLNVGEVKRFWLHQANLSMNQLIVRKLLGREASEEEAPVILDRYANTSSAGSVISFHLYQDDLPSGSVAVLSSFGAGYSIGSVILRKR PGPT0008355_521 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D1-35_01833 1311 oprO COG3746 Porin O ATGATCCGTAAGCACTTCGCAGGTTTTGCCGCCAGCGCTCTGGCAATGGCAGTAACCGCCCAGGCTTTCGCCGGCACCGTAACCACCGACGGCGCCGATATCGTGGTCAAGACCAAGGGCGGCCTGGAGGTCGCTACCACTGACAAAGAGTTCAGCTTCAAGCTCGGCGGTCGTTTGCAGGCTGACTACAGCCAGTTCGACGGGATCTACACCGACAACGGCGACAAGGCTGATGCCGCTTACATCCGCCGCGGCTTCCTGGAGCTGTCCGGTGTGCTGTACACGGACTGGGCCTACACCATCAACTACGATTTCTCCCACAACAGCGGCGATTCCGACAACGGCTACTTCGACGAAGCCTCCCTGGCCTACAACGGCTTCAAGCCGGTGTCGATCAAGGTTGGTCGTTTCGACCCGGACTTCGGCCTGGAAAAAGCCACCAGCTCCAAGTGGGTCACCGCGCCTGAGCGTAACGCCGCCTACGACCTGATCGACTGGGCCAACGGCCACCAGAACGGCCTGGGCCTGCAAGCCTCCGGCGTCTTCGCCGACTCGTTCTATGCCTCGGCTGGCGTGTTCAGCAAAGATACCGACGACACCGACGGCAACAGCATCAAGCAAGCCAACGGTCGTTTCGTATTCGCTCCGATGCACGACGCCGGCAACGTGCTGCACTTCGGTGTGAACGTGGCCTCGCGTGACGTTTCGGACACCGCGTTCGACGCGCGTTATCGCTCCCGTCTGGGCATGCGTGGTGTCGAGACCCTGGGCGGCAACGATGCCGGTCCTAACGGCAACCGTCCGGTACTGGGTGGCGCGAACAACTCGCCGGCCGGCTCCTACGACACCGACACCGCTTTCGGCCTGGAAGCCGCGTTCGCCATGGGGCCTGCGTCGATCCAGGGTGAATACATCACCCGCAAGACCAAGGCTGACGACAGCGCCTTCGAAGACCTCAAGGGCCATGGTTTCTACGTGCAGGGCGCCTACACCCTCACCGGCGAGGCGCGCGGTTACAAAATCGGCAAATTCGATTCGATCAAGCCTGCCAACAAATCCATCGGCGCCTGGGAACTGTTCTATCGCTACGACAGCATGACGGTCGAAGACGACAACATCACCACCGCCACCGCGACCCGTGATGTGGGCGACGCCGAAGCCAAGGTGCACAACCTGGGCGTCAACTGGTACGCCAACGAAGCGGTGAAGATCTCTGCCGCTTACGTCAAGGCCAAGACCGACAACGTGACCAACGTCAACGGCGACGACGACGGCAAAGGTGTGGTCGTGCGTGCCCAGTACGTGTTCTAA MIRKHFAGFAASALAMAVTAQAFAGTVTTDGADIVVKTKGGLEVATTDKEFSFKLGGRLQADYSQFDGIYTDNGDKADAAYIRRGFLELSGVLYTDWAYTINYDFSHNSGDSDNGYFDEASLAYNGFKPVSIKVGRFDPDFGLEKATSSKWVTAPERNAAYDLIDWANGHQNGLGLQASGVFADSFYASAGVFSKDTDDTDGNSIKQANGRFVFAPMHDAGNVLHFGVNVASRDVSDTAFDARYRSRLGMRGVETLGGNDAGPNGNRPVLGGANNSPAGSYDTDTAFGLEAAFAMGPASIQGEYITRKTKADDSAFEDLKGHGFYVQGAYTLTGEARGYKIGKFDSIKPANKSIGAWELFYRYDSMTVEDDNITTATATRDVGDAEAKVHNLGVNWYANEAVKISAAYVKAKTDNVTNVNGDDDGKGVVVRAQYVF PGPT0002640_462 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002640-oprO-K07221 NA NA D1-35_01834 1125 hypothetical protein ATGCCGCTTCACGTCCTGGACAACCTGTCCGCCATCGCGTCACCCGAGTGGGACGCGATGGTGCCCGCCAATCAACCGTTCCTGCGCCACGCTTTTTTAAGCACACTTGAAGACAGCGCCAGCCTGGGTGCGCATTCCGGTTGGCAGCCCGAGCACCTGTTGCACATGGAAGACGGACGGCTGCTGGCGGCCCTGCCCAGTTACCGCAAGTGGCATTCCTACGGCGAGTACGTGTTCGATCATGGTTGGGCCGACGCCTGTGCCCGGGCGGGCATCGACTATTACCCCAAGCTGTTGACAGCGGTGCCGTTCAGTCCGGTCAGCGGGCCGCGGCTGCTGGCGGCGTCATTGGAGGACGGTCTGGAATTGCTCGGCAGCCTGCCGGGTTATCTGGAAATCGAAGGGCTTTCCAGCGCTCACATCAACTTCACCGATGCCTTTACCGATGCGGCGCTGGCCGGTCAGGACGGTTGGCTGCAGCGGATCGGTTGCCAGTATCACTGGCAGAATCGCGGCTATCGGGATTTCCAGGATTTCCTTGATGCGCTCAGTTCCCGCAAGCGCAAGCAGATGCGCAAGGAGCGCGAGCAAGTGGCAGGGCAGGGCATCGAGTTCGAGTGGCTCGAAGGCCATCAACTGGACGAGGCGCAATGGGATTTTGTCTACGCCTGTTACGCCAATACCTATGCGGTGCGTCGGCAAGCACCTTATCTGACCCGGACATTCTTCAGCCTGCTGGCCGAGCGCATGCCCGAAGCCATTCGCGTGGTCCTGGCCAAGCAAGGTTCGCGGCCGGTGGCGATGGCATTCAGCCTGGTCGGTGGCGACAGTTTTTACGGCCGTTACTGGGGCTGTCTCGCGGAGTTCGATCGCCTGCACTTCGAGACGTGTTTCTACCAGGGCATGGACTATGCGATCGCCAACGGCCTGCAGCGCTTTGACGCCGGAGCCCAGGGCGAGCATAAATTGATTCGTGGGTTCGAGCCGGTGATTACCCGCTCGTGGCATTACTTGCGCCATCCGGGCCTGAAGGCGGCGGTGGCGGATTTCCTCGTGCGTGAGCATGAGGGCGTGCTGGCGTATGCCGAAGAGGCCAGGACAGCACTGCCGTATCGGCAATGCTGA MPLHVLDNLSAIASPEWDAMVPANQPFLRHAFLSTLEDSASLGAHSGWQPEHLLHMEDGRLLAALPSYRKWHSYGEYVFDHGWADACARAGIDYYPKLLTAVPFSPVSGPRLLAASLEDGLELLGSLPGYLEIEGLSSAHINFTDAFTDAALAGQDGWLQRIGCQYHWQNRGYRDFQDFLDALSSRKRKQMRKEREQVAGQGIEFEWLEGHQLDEAQWDFVYACYANTYAVRRQAPYLTRTFFSLLAERMPEAIRVVLAKQGSRPVAMAFSLVGGDSFYGRYWGCLAEFDRLHFETCFYQGMDYAIANGLQRFDAGAQGEHKLIRGFEPVITRSWHYLRHPGLKAAVADFLVREHEGVLAYAEEARTALPYRQC NA NA NA NA NA D1-35_01835 1842 COG1132 Putative multidrug export ATP-binding/permease protein ATGTACCCCATGGTTTACCGCCGTTTTGAAAAACTGATCGACATCTTCCGCAACGCCCCGACCTCGGCCCCGCCGAACCGCGTCCTGCCCTTCTACACGTATTACCTGAAACAGGTCTGGCCCAGCTTCGCCGCACTGCTGGTGGTCGGCCTGATCGGCGCGCTGATCGAAGTGGCGCTGTTCAGCTACCTGAGCCGCATCATCGACCTGACCCAGGCCACGCCCAACACCGACTTCTTCAAGCTGCACGGCCTCGAGCTGGCCTGGATGGCGGTGGTCGCACTGGTGTTCCGGCCGATCTTCGTGGCCCTGCATGACCTGCTGGTGCACCAGACCCTGAGCCCGAGCATGACCAGCCTGATCCGCTGGCAAAACCACAGCTACGTGCTCAAGCAGAGCCTGAATTTCTTCCAGAACGACTTCGCCGGGCGCATTGCCCAGCGCATCATGCAGACCGGCAACTCCCTGCGCGACTCGGCGGTACAGGCCGTGGATGCGTTGTGGCACGTGCTGATCTACGCCATCAGCTCACTGGTGCTGTTCGCCGAAGCCGACTGGCGCCTGATGATCCCGCTGCTGGCCTGGATCGCTGCCTACATCGGCGCGCTCTGCTACTTCGTGCCACGGGTCAAGGAACGCTCCGTGGTGTCCTCCGATGCGCGCTCCAAGCTCATGGGCCGGATCGTCGACGGCTACACCAACATCACCACCCTGAAGCTGTTCGCCCACACCAACTTCGAACAGCAATACGCTCGCGAAGCCATCGAGGAACAGACCGAGAAAGCCCAGTTGGCCGGCCGCGTGGTGACGAGCATGGACGTGGTCATCACCAGCATGAACGGGCTGCTGATCGTCGGCACCACGGCCCTGGCGCTGTGGTTGTGGACCCAGTCGCTCATCAGCGTCGGCGCCATTGCCCTGGCCACCGGCCTGGTGATCCGCATCGTCAACATGTCCGGCTGGATCATGTGGGTGGTCACCGGCATTTTCGAAAACATCGGCATGGTCCAGGACGGCTTGCAGTCTATCTCCCAGCCGGTCAGCGTCACCGACCGCGAGCAGGCCAAGCCGCTCGCGGTAGCCCGTGGCGAGGTGCGTTTCGAGCATGTGGATTTCCACTACGGCAAGAAAAGCGGCGTCATCAGCGACCTGAACCTGACCATCAGGCCCGGCGAAAAAATCGGCTTGATCGGGCCGTCCGGCGCGGGTAAATCCACGCTGGTGAACCTGCTGCTACGCCTCTATGACGTGCAGGGCGGACGCATCCTAATCGACGGCCAGGACATTGCCCATGTCGGGCAGGAAAGCCTGCGCGAACGCATCGGCATGATCACCCAGGACACCTCGCTGCTGCACCGCTCGATCCGCGACAACCTGCTTTACGGCAAGCCCGACGCCACCGACGCGCAACTCTGGGAAGCGGTGCACAAGGCCCGTGCCGATCAGTTCATCCCGTTGCTGTCGGACGCCGAAGGCCGCAGCGGTTTCGATGCGCATGTCGGTGAGCGCGGCGTGAAGCTCTCCGGTGGCCAGCGCCAACGCATCGCCATCGCCCGGGTATTGCTCAAGGATGCGCCGATCCTGATCATGGACGAAGCGACCTCCGCGCTGGATTCGGAAGTCGAAGCGGCGATCCAGGAAAGTCTCGAGACGCTGATGCAAGGCAAGACCGTGATCGCCATCGCCCACCGCCTCTCGACGATCGCCCGGATGGACCGGCTGGTGGTGCTGGAAAACGGCCACATCGCCGAGACCGGCAGTCATGCCGAGCTGTTGGCCCATGGCGGGCTGTATGCGCGGCTCTGGCAGCATCAGACGGGTGGATTTGTCGGGATTGATTGA MYPMVYRRFEKLIDIFRNAPTSAPPNRVLPFYTYYLKQVWPSFAALLVVGLIGALIEVALFSYLSRIIDLTQATPNTDFFKLHGLELAWMAVVALVFRPIFVALHDLLVHQTLSPSMTSLIRWQNHSYVLKQSLNFFQNDFAGRIAQRIMQTGNSLRDSAVQAVDALWHVLIYAISSLVLFAEADWRLMIPLLAWIAAYIGALCYFVPRVKERSVVSSDARSKLMGRIVDGYTNITTLKLFAHTNFEQQYAREAIEEQTEKAQLAGRVVTSMDVVITSMNGLLIVGTTALALWLWTQSLISVGAIALATGLVIRIVNMSGWIMWVVTGIFENIGMVQDGLQSISQPVSVTDREQAKPLAVARGEVRFEHVDFHYGKKSGVISDLNLTIRPGEKIGLIGPSGAGKSTLVNLLLRLYDVQGGRILIDGQDIAHVGQESLRERIGMITQDTSLLHRSIRDNLLYGKPDATDAQLWEAVHKARADQFIPLLSDAEGRSGFDAHVGERGVKLSGGQRQRIAIARVLLKDAPILIMDEATSALDSEVEAAIQESLETLMQGKTVIAIAHRLSTIARMDRLVVLENGHIAETGSHAELLAHGGLYARLWQHQTGGFVGID PGPT0029145_990 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029145-vcaM-K18893 NA NA D1-35_01836 564 ppiA COG0652 Peptidyl-prolyl cis-trans isomerase A ATGCTGAAAAAAATCGCCCTCGCCGCCGGCACCGTACTGTTTGCTGCCAACCTGATGGCCGCCACGCCGGCCAAGGCACCACACGTCCTGCTGGACACCACCAACGGCCAGATCGAAATCGAACTGGACCCGGTCAAGGCGCCCATCAGTACCAAGAATTTCCTTGAGTACGTCGACAGCGGCTTCTACAACAACACGATTTTCCATCGCGTCATTCCGGGCTTCATGGCTCAGGGCGGCGGTTTCACCCAGCAGATGCAGCAGAAAGACACCAAGCCACCGATCAAGAACGAAGCCAGCAATGGCCTGCATAACGTTCGCGGCACCTTGTCGATGGCCCGTACATCCAACCCGGATTCGGCCACCAGCCAGTTCTTCATCAACGTGGCCGACAACGCCTTCCTCGACCCGGGCCGCGACGCCGGCTACGCGGTATTCGCCAAGGTGGTCAAGGGCATGGACGTGGTGGACATCATCGTCAACTCCCAGACCACCACCAAATCAGGCATGCAAAACGTGCCGGTCGATCCTGTGATCATCAAGTCGGCCAAGCGCATCGACTGA MLKKIALAAGTVLFAANLMAATPAKAPHVLLDTTNGQIEIELDPVKAPISTKNFLEYVDSGFYNNTIFHRVIPGFMAQGGGFTQQMQQKDTKPPIKNEASNGLHNVRGTLSMARTSNPDSATSQFFINVADNAFLDPGRDAGYAVFAKVVKGMDVVDIIVNSQTTTKSGMQNVPVDPVIIKSAKRID PGPT0015110_1671 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767 NA NA D1-35_01837 804 tgnD_1 (E)-2-((N-methylformamido)methylene)succinate hydrolase ATGGCCTTTTTCGAACATGAAGGTTGCAGCCTGCACTATGAGGAATATGGCCACGGCACACCGCTAGTGCTGGTCCACGGGTTGGGCTCCAGCACGCGCGACTGGGAAAAGCAGATTCCCGTGTTGTCGCGCCACTACCGCCTGATCGTGATGGATGTGCGCGGCCACGGCCGCTCCGACAAGCCGCGCGAGCACTACAGCATCGCGGGCTTCAGCGCCGACCTGGGCGCCCTGATCGAGCGCCTCGATCTCGGCCCGGTGCACCTTGTGGGCTGGTCCATGGGCGGCATGATCTGTTTCCAGCTGGCCGTGGACGAACCCGCACGGGTCAGGAGCCTGTGCATCGTCAACAGTGCCCCTGAAGTCAAAGTCCGTACGCCCGACGATTGCTGGCAATGGTTCAAGCGCTGGAGCCTGATGCGCCTGCTGAGCCTGGAAACCATCGGCAAGGCCCTCGGCGAGAAGTTGTTCCCCAAGCCCGAACAAACCGAACTGCGCCTGGAGATGGCCCGGCGTTGGGCAGAGAACGACAAACGTGCCTATCTCGCCAGTTTCGACGCCATTGTCGGCTGGGGCGTGCAGGAACGCCTGGCGCAAATTGCCTGTCCAACCCTCATTATCTGCGCCGACCACGACTACACCCCGGTGGCGCTGAAAGAGGCCTATGTAAAACTGCTGCCTGACGCACGACTGGCAGTCATCGCCGATTCACGGCACGCTACGCCCCTGGATCAACCCGAACGCTTCAACCAGACCCTGCTCGAATTCTTGACCGCAACCGACTTCACTACCCAGGATCACTGA MAFFEHEGCSLHYEEYGHGTPLVLVHGLGSSTRDWEKQIPVLSRHYRLIVMDVRGHGRSDKPREHYSIAGFSADLGALIERLDLGPVHLVGWSMGGMICFQLAVDEPARVRSLCIVNSAPEVKVRTPDDCWQWFKRWSLMRLLSLETIGKALGEKLFPKPEQTELRLEMARRWAENDKRAYLASFDAIVGWGVQERLAQIACPTLIICADHDYTPVALKEAYVKLLPDARLAVIADSRHATPLDQPERFNQTLLEFLTATDFTTQDH PGPT0004995_986 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0004995-pcaD|catD-K01055 NA NA D1-35_01838 924 yhaJ_1 HTH-type transcriptional regulator YhaJ ATGAAAGCGCCCCGCGTGACCCTTGATCAATGGCGAACGTTGCAGGCGGTGGTGGACCATGGTGGTTTCGCCCAGGCCGCCGAAGTACTGCACCGCTCTCAGTCATCGGTGAGCTACACCGTGGCCCGCATGCAGGATCAGCTCGGCGTGCCGTTGCTGCGTATCGACGGGCGCAAGGCCGTGCTGACCGAAGCCGGCGGCGTGCTGCTGCGCCGCTCCCGGCAACTGGTGAAACAGGCCAGCCAGCTGGAAGACCTGGCCCACCACATGGAGCAGGGTTGGGAAGCTGAAGTGCGCCTGGTGGTCGACGCGGCCTACCCCACTGCCCGCCTCGTCCGCGCCCTGACCGCATTCATGCCGCAGAGCCGGGGCTGCCGGGTAAGGCTGCGCGAAGAAGTCTTGTCCGGTGTCGAAGAGGTACTGCTCGAAGGCGTCGCCGACCTGGCCATCAGCGGCTTCAGCATTCCCGGTTACCTGGGCGCGGAACTGAGCGATGTCGAATTCGTCGCGGTGGCCCATCCCGAGCACGCCCTGCACCGACTCAACCGCGAGCTGACGTTCCAGGACCTGGAGAGCCAGCTGCAAGTGGTGATCCGCGACTCCGGTCGCCAGCAGCCGCGCGATGTCGGCTGGCTCGGCGCCGAACAGCGCTGGACCGTCGGAAGCCTGGCCACCGCTGCGACATTCGTCGGCAGCGGCCTGGGCTTTGCCTGGCTGCCCCGGCACATGATCGAGCGAGAACTCAGGGAGGGCACGCTCAAACGTCTACCCTTGGATCAGGGCGCCAGCCGCAACCCGAGCTTCTACCTGTATTCGAACAAGGAAAAGCCCCTGGGACCGGCCACGCAGATTCTCATCGAGCTGCTGCGCACCTTCGATACCGCGCCGCTGGATGCGCCGTTCGCTGCCCCTGAACAAGCCTGA MKAPRVTLDQWRTLQAVVDHGGFAQAAEVLHRSQSSVSYTVARMQDQLGVPLLRIDGRKAVLTEAGGVLLRRSRQLVKQASQLEDLAHHMEQGWEAEVRLVVDAAYPTARLVRALTAFMPQSRGCRVRLREEVLSGVEEVLLEGVADLAISGFSIPGYLGAELSDVEFVAVAHPEHALHRLNRELTFQDLESQLQVVIRDSGRQQPRDVGWLGAEQRWTVGSLATAATFVGSGLGFAWLPRHMIERELREGTLKRLPLDQGASRNPSFYLYSNKEKPLGPATQILIELLRTFDTAPLDAPFAAPEQA NA NA NA NA NA D1-35_01839 315 hypothetical protein ATGAAAAAAATCTGTTGTGCGCTGCTGACCCTGCTGCCGCTGAGTGCCTTTGCCTACCCGATCGACGTGGAAAAACACCTCAACGGCTTGAGCATCGACTACACCGCCTACGACACCGATGCCGACATCGGCTCGATCCAGGTCAACAACTACGGCAGCACCGACGCGGCGTGCAGCGTGGTGTTTCGCAACGGCCCCGAAGCGCCGCGAACCCGCAAGATCGAAGTCGCCGCCGGCAAGTTCAAGAACGCCACCGCCAAGTTCAACCGCAACATCATCAAGCTGCGCATCGAGCTGACCTGCAAGCCGAAATAA MKKICCALLTLLPLSAFAYPIDVEKHLNGLSIDYTAYDTDADIGSIQVNNYGSTDAACSVVFRNGPEAPRTRKIEVAAGKFKNATAKFNRNIIKLRIELTCKPK NA NA NA NA NA D1-35_01840 600 azoR COG1182 FMN-dependent NADH-azoreductase ATGTCCCGCGTTCTGATCATCGAAAGCAGTGCCCGCCAGCAAGACTCGGTTTCCCGTCAACTGACCCAGACCTTCATCAGCCAGTGGAAAGCCGCGCATCCGGCCGATGAGATCAGCGTTCGCGACCTGGCAGTCAACCCTGTTCCGCACCTGGACGCCCATCTGCTGGGGGGCTGGATGAAACCGACCGAGCAGCGCAACGACCTCGAGAACGCCTCCCTGGAGCGCTCCAACCAGCTGACCGATGAGCTGCTCGCCGCCGATGTTCTGGTGATGGCCGCGCCGATGTACAACTTCGCCATCCCGAGCACCTTGAAAGCCTGGCTCGACCACGTGCTGCGCGCCGGCGTGACCTTCAAGTACACCCCCACCGGTCCCCAGGGGCTATTGACCGGCAAGCGCGCTTTCGTGCTCACCGCCCGCGGCGGCATTCACGCCGGTGGCAGCACCGATCACCAGGAACCGTACCTGCGCCAGGTCATGGGCTTCATCGGTATCCACGACGTGACCTTCATCCATGCCGAAGGCATGAACCTGGGCGGCGACTTCCAGGAGAAGGGCCTGAACCAGGCCAACGCCAAGCTATCCCAAGTAGCCTGA MSRVLIIESSARQQDSVSRQLTQTFISQWKAAHPADEISVRDLAVNPVPHLDAHLLGGWMKPTEQRNDLENASLERSNQLTDELLAADVLVMAAPMYNFAIPSTLKAWLDHVLRAGVTFKYTPTGPQGLLTGKRAFVLTARGGIHAGGSTDHQEPYLRQVMGFIGIHDVTFIHAEGMNLGGDFQEKGLNQANAKLSQVA PGPT0006790_2691 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D1-35_01841 867 bioP COG0697 Biotin transporter ATGGGCTATCTACTTTTTGTGACCTTGATCCAGGCGTTTTCCTTCAGCCTGATCGGCGAATACCTGGCCGGGCATGTCGACAGTTATTTCGCGGTGCTGGTGCGCGTAGTGTTGGCGGGGCTGGTGTTCATTCCACTGACCCGCTGGCGCCAGGTTGAGCCGTCGTTCATGCGCGGCATGCTGTTGATCGGCGCCCTGCAGTTCGGCGTGACCTACGTCTGCCTCTACCTGAGTTTCCGCGTACTGACGGTGCCGGAAGTGCTGTTGTTCACCATCCTCACCCCGCTGCACGTGACTTTGATCGAAGATGCACTCAATCGACGTTTCAACCCCTGGGCCTTGATTGCGGCGCTGGTGGCGGTGGCCGGCGCGGCGGTGATTCGTTATGACCGGATCAACCCGGATTTCTTCATGGGCTTTTTGCTGCTGCAACTGGCGAACTTCACCTACGCGGCCGGGCAAGTGTTGTACAAGCACCTGGTGGCACGGCACCCGAGCGACCTGCCGCACTATCGGCGTTTCGGCTATTTCTACCTAGGCGCGCTGATGGTCGCGCTGCCGGCCTTCCTGCTGTTCGGCAAGGACGATTTCTGGCCTGAAGCGCCGTTGCAATGGGGCGTGCTGGTATTCCTCGGCCTGGTCTCCACCGCGCTGGGGCTGTATTGGTGGAACAAGGGCGGGTGCCTGGTGAACGGCGGGACATTGGCGGTAATGAACAACCTGCACGTGCCGGTGGGGTTGCTGGTGAACCTGCTGATCTGGAACCAGCATGAGGCGTTGGGTCGGTTGCTGCTGGGTGGGTCGGTGATACTCGCGGCGGTGTGGATCAGTCGGTTAGGGATACGCCAGCCCCAGCCTTCACGCTGA MGYLLFVTLIQAFSFSLIGEYLAGHVDSYFAVLVRVVLAGLVFIPLTRWRQVEPSFMRGMLLIGALQFGVTYVCLYLSFRVLTVPEVLLFTILTPLHVTLIEDALNRRFNPWALIAALVAVAGAAVIRYDRINPDFFMGFLLLQLANFTYAAGQVLYKHLVARHPSDLPHYRRFGYFYLGALMVALPAFLLFGKDDFWPEAPLQWGVLVFLGLVSTALGLYWWNKGGCLVNGGTLAVMNNLHVPVGLLVNLLIWNQHEALGRLLLGGSVILAAVWISRLGIRQPQPSR NA NA NA NA NA D1-35_01842 1299 ybdG COG0668 Miniconductance mechanosensitive channel YbdG ATGGATATCAAACAATTCTGGCTCAACCTTCAGGATTTCTGGGGGGCCCTGGATCAGCACCCGCTCCTGCATTCCGGTCTCGCCCTGGCCCTGCTGCTGGCGATCGCGCTGGTGCTCGGACGCGTGGCGCGTTACCTGATCCTGCACGGCGCCAAGCTGATCGGCCGCCAACCGGCCCTACACTGGGTCAACGACCTGCGCCAGAACAAAGTCTTCCATCGCCTGGCGCAGACGACGCCGTCGCTGATCATCCAGTTCGGCCTGCACCTGGTGCCGGGGCTGAGCAAGACCAGCATGGTCTTCCTCGGCAATGTCGCGCTGGCCTTCACCATCCTGTTCATGCTGCTGGCCGTCAGTGCCCTGCTCAGTGCGCTATTGGACGTCTATGCGCGCACCGAACACGCCCGCACCCGCTCGATCAAGGGCTACGTGCAGCTGACAAAAATGGTCCTCTACGTGTTCGGCGCGATCATCATCGTCGCCACGCTGATCGACCGCTCGCCGCTGTTGCTGCTGTCGGGCCTGGGTGCGATGTCGGCGGTGATCCTCCTGGTCTACAAAGACACGCTGCTGTCGTTTGTCGCCAGCGTGCAGTTGACCAGCAACGACATGCTGCGGGTCGGCGACTGGATCGAAATGCCCCAGGTCGGCGCCGACGGTGATGTGGTGGACATCACGTTGCACACGGTGAAGGTGCAGAATTTCGACAAGACCATCGTCTCGATCCCCACCTGGCGCCTGATGTCCGAATCGTTCAAGAACTGGCGCGGCATGCAGCAATCCGGCGGACGGCGGATCAAGCGCAGCCTGTTCATCGATGCCAGCGGCGTGCGCTTCCTGCACGACGAGGAAGAACAGCGCTTGACGCAGGTGCGCCTGCTGACCGATTACATCGGCCGCAAGCAGGCCGAGCTCAAGGCCTGGAACGAAGCCCAGGGCAACGTCGCGGCGATGTCGGCCAACCGCCGGCGGATGACCAACCTGGGCACTTTCCGCGCCTATGCCCTGGCCTATCTGAAAAGCCACCCGGAGATCCAGCCGAACATGACCTGCATGGTCCGCCAGCTGCAGACCACTGCCCAGGGTATCCCGCTGGAAATCTACTGCTTCACCGGCACCACCGTGTGGGCCGACTACGAGCGCATCCAGGGGGATATCTTCGATTACCTGCTGGCGGTGATGCCAGAGTTCGGGCTGGGCTTGTACCAACAGCCGAGCGGTACGGATCTGCGGGCGGGGTTGCTGCCGGCGGTGCTGGGGGCAAGCCATATTCCGGAGCCGGAAAAGCAGGTGGTCTGA MDIKQFWLNLQDFWGALDQHPLLHSGLALALLLAIALVLGRVARYLILHGAKLIGRQPALHWVNDLRQNKVFHRLAQTTPSLIIQFGLHLVPGLSKTSMVFLGNVALAFTILFMLLAVSALLSALLDVYARTEHARTRSIKGYVQLTKMVLYVFGAIIIVATLIDRSPLLLLSGLGAMSAVILLVYKDTLLSFVASVQLTSNDMLRVGDWIEMPQVGADGDVVDITLHTVKVQNFDKTIVSIPTWRLMSESFKNWRGMQQSGGRRIKRSLFIDASGVRFLHDEEEQRLTQVRLLTDYIGRKQAELKAWNEAQGNVAAMSANRRRMTNLGTFRAYALAYLKSHPEIQPNMTCMVRQLQTTAQGIPLEIYCFTGTTVWADYERIQGDIFDYLLAVMPEFGLGLYQQPSGTDLRAGLLPAVLGASHIPEPEKQVV PGPT0013774_187 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013774-mscM|ybdG-K16053 NA NA D1-35_01843 1347 rhlE_1 COG0513 ATP-dependent RNA helicase RhlE GTGTTTTCCCAATTCGCCCTGCACGAACGCCTGCTCAAAGCCGTGGCCGAGCTTAAATTTGTCGAGCCAACGCCGGTGCAGGCAGCGGCTATTCCGCTCGCGCTCCAGGGGCGTGACCTGCGGGTGACGGCGCAGACCGGCAGCGGCAAGACCGCTGCGTTCGTGCTGCCGATCCTCAATCGCCTGATCGGCCCGGCCAAGGTCCGCGTCAGCATCAAGACCCTGATCCTGCTGCCGACCCGCGAGCTGGCCCAGCAGACCTTGAAGGAAGTGGAACGCTTCGCGCAGTTCACCTTCATCAAGTCCGGCCTGATCACCGGCGGGGAAGATTTCAAGGTCCAGGCCGCCATGCTGCGCAAGGTGCCGGATATCCTGATCGGCACGCCGGGGCGGATGATCGAGCAACTGAACGCCGGCAACCTCGACCTCAAGGAAGTCGAAGTGCTGGTGCTGGACGAAGCCGACCGCATGCTGGACATGGGTTTTGCCGAAGATGTGCAGCGCCTGGTGGATGAATGCGTCAATCGCCAGCAGACCATGCTGTTCTCCGCCACCACTGGCGGTTCGGGCCTGCGCGAGATGATCGCCAAGGTCCTGAACAACCCTGAGCACTTGCAGCTCAACGCGGTCAGCCAGCTGAACTCCACGACTCGCCAGCAGATCATCACCGCTGACCACAACCAGCACAAAGAGCAGATTGTGAACTGGTTGCTGGCCAACGAGACCTACGAAAAAGCCATCGTGTTCACCAACACCCGGGCCATGGCCGACCGCATCTACGGTCGTCTCGTCGCCCAGGAATACAAGGCGTTCGTGCTGCACGGCGAGAAAGACCAGAAGGACCGCAAGCTGGCCATCGACCGCCTCAAGCAGGGCGGTGTGAAAATCCTGGTTGCCACCGACGTCGCGGCCCGTGGCCTGGACGTCGAAGGCCTGGACATGGTCATCAACTTCGACATGCCCCGCAGCGGCGACGAGTACGTGCACCGCATCGGCCGCACCGGTCGCGCCGGCAACGATGGCCTGGCGATCTCGCTGATCTGCCACGGCGACTGGAACCTGATGTCGAGCGTCGAGCGCTACCTCAAGCAGAGCTTCGAGCGCCGCACCATCAAGGAAGTCAAAGGCACCTACGGCGGACCGAAAAAGGTCAAGGCGTCGGGCAAGGCCGTTGGCGTGAAGAAGAAAAAGGTCGACGCCAAGGGCGACAAGAAGAAAACCGGCGCCAAGGCTCCGACCAAGCGCAAGACCGCCAACCGCCCGAAGAGCGACGCGCCATCGCTGGTCAGCAAGGACGGCATGGCCCCGCTCAAACGCCGCAAGCCCGAGGCGCCAGCGGCTGAATAA MFSQFALHERLLKAVAELKFVEPTPVQAAAIPLALQGRDLRVTAQTGSGKTAAFVLPILNRLIGPAKVRVSIKTLILLPTRELAQQTLKEVERFAQFTFIKSGLITGGEDFKVQAAMLRKVPDILIGTPGRMIEQLNAGNLDLKEVEVLVLDEADRMLDMGFAEDVQRLVDECVNRQQTMLFSATTGGSGLREMIAKVLNNPEHLQLNAVSQLNSTTRQQIITADHNQHKEQIVNWLLANETYEKAIVFTNTRAMADRIYGRLVAQEYKAFVLHGEKDQKDRKLAIDRLKQGGVKILVATDVAARGLDVEGLDMVINFDMPRSGDEYVHRIGRTGRAGNDGLAISLICHGDWNLMSSVERYLKQSFERRTIKEVKGTYGGPKKVKASGKAVGVKKKKVDAKGDKKKTGAKAPTKRKTANRPKSDAPSLVSKDGMAPLKRRKPEAPAAE PGPT0013740_2632 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_01844 786 hypothetical protein ATGAAACGTACGTGCACCAGCCTGATACTCGCAGGATCGTTGCTCGCCGGCAGCCAAGCCATGGCCGGCGATCTGTTGCAGTGGCAGAACAACAGCCTGAGTTACCTCTACGGCAAGGATTTCCAGATCAATCCGCGTATCCAGCAGACCGTGACGTTCGAACACGCCGATGCCTGGGCCTACGGCGACAACTTCTTCTTCCTCGACCGGATCTTCTACAACGGCGAGGACGACAGCAATTCCGGCCCGAACACCTACTACGGCGAGTTCAGTCCGCGCCTGTCGTTCGGCAAGATCTTTGATCAAAAGCTCGAACTGGGCCCGGTCAAGGACGTGCTGCTGGCGATGACCTATGAGTTTGGCGAAGGTGACAACGAGTCCTACCTGATCGGCCCGGGTTTCGACCTGGCGATTCCCGGCTTCGATTACTTCCAGCTGAACTTCTACAACCGCCAGACCGAAGGCTCGCGGGCGGGCGACAACGTCTGGCAGATCACCCCGGTCTGGGCCGTCACCGTCCCGGTGGGTTCATCCGACATTCTGTTCGATGGGTTCATCGACTGGGTCGTCGACAACGACAGCAACGCCAAGGGCACGTACCACGCCAACCTGCATATCGTCCCGCAGATCAAATATGACCTGGGCAAGGCGTTGAAGCTCGGCGCCAAGCAGCTGTACGTGGGCGTGGAATACGACTACTGGAAGAACAAGTACGCCATCGAGGACAGCGAAAGCTTCAAGACCAACCAGAGCAATACCAGCCTGCTGGTCAAATATCATTTCTGA MKRTCTSLILAGSLLAGSQAMAGDLLQWQNNSLSYLYGKDFQINPRIQQTVTFEHADAWAYGDNFFFLDRIFYNGEDDSNSGPNTYYGEFSPRLSFGKIFDQKLELGPVKDVLLAMTYEFGEGDNESYLIGPGFDLAIPGFDYFQLNFYNRQTEGSRAGDNVWQITPVWAVTVPVGSSDILFDGFIDWVVDNDSNAKGTYHANLHIVPQIKYDLGKALKLGAKQLYVGVEYDYWKNKYAIEDSESFKTNQSNTSLLVKYHF NA NA NA NA NA D1-35_01845 1290 hypothetical protein ATGCTGGAATGGCTGAACCTGAGCGTGCGCTGGGTTCACATGATCACTGGCGTGGCCTGGATCGGCGCGTCGTTCTACTTCGTCTGGCTGGAAAACAACCTCAATCGCGTCAATCCCCGGAGCGGCCTGGCCGGTGATTTATGGGCCATCCACGGTGGCGGCATCTACCACCTGGAAAAATACAAACTCGCGCCGCCGTCCATGCCGGACAACCTGCACTGGTTCAAATGGGAAGCCTATTTCACCTGGATGTCGGGCATCGCCCTGCTGTGCCTGGTGTTCTATTGGAACCCGACCGTCTACCTGCTGGCTCCCGGCAGCAGCCTGAGCGGCGCCGAGGGTGTTGCCCTGGGCATCGGTTCACTGTTCGTTGGCTGGTTCGTCTATTCGGCACTCTGCGACTCGGCACTCGGCAAGCGCCCCGCCCTGCTCGGCCTGATTCTGTTCGTGCTGTTGATCGCCGCGGCCTACGGCTTCAGCAAGGTGTTCAGCGGTCGCGGCGCCTACCTGCATGTCGGCGCCGTCATCGGTACGATCATGGTCGGCAACGTGTTCCGCATCATCATGCCGGCACAGCGCGCCTTGGTGGCGGCCATCGCCGAGAACCGCACGCCTGACCCGGCGTTGCCGGCCAAGGGCCTGTTGCGTTCGCGCCACAACAACTACTTCACCCTGCCGGTGCTGTTCATCATGATCAGCAACCACTTCCCGAGCACCTACGGCAGCCAGTACAACTGGCTGATCCTGGCCGGGATCGCCGTGGCGGCCGTGTTGGTGCGTCATTACTTCAACACTCGCCATGACAGCAACCGGTTCGCCTGGACGCTGCCGGTCGGCGCCCTGGCGATGATCTGCCTGGCTTACGTCACCGGGCCCAAGCCAATGCCAACGGCACCGGAAGTCGCCAAGGCTCCTGGCGTGATCGAGTATCAACCGTTGCCGGAAACGGCGGTGGGCGGCGGGGCCAAACCGGCCGCGGCGCCAGCCGCTCCGGCAACGGCGCCCGCCCAGGCGTCCACTGCGCAGGGCCCGTTATTTGAAAAGGTCCACAGCGTGATCCAGGAGCGCTGCTCGGTCTGTCATTCGGCCAAGCCCACCAGTCCGCTGTTCAGCGCCGCGCCAGGCGGGGTGATCTTCGATACGCCGCAGCAGATCCAGCAACAGGCCGCACGCATCCAGGCCCAGGCCGTGACCACCCAGATCATGCCCTTGGGCAACATCACCCAGATGACCCAGCAGGAACGTGACCTGATCGGCGCCTGGATCACCCAGGGCGCACGCACCAACTAG MLEWLNLSVRWVHMITGVAWIGASFYFVWLENNLNRVNPRSGLAGDLWAIHGGGIYHLEKYKLAPPSMPDNLHWFKWEAYFTWMSGIALLCLVFYWNPTVYLLAPGSSLSGAEGVALGIGSLFVGWFVYSALCDSALGKRPALLGLILFVLLIAAAYGFSKVFSGRGAYLHVGAVIGTIMVGNVFRIIMPAQRALVAAIAENRTPDPALPAKGLLRSRHNNYFTLPVLFIMISNHFPSTYGSQYNWLILAGIAVAAVLVRHYFNTRHDSNRFAWTLPVGALAMICLAYVTGPKPMPTAPEVAKAPGVIEYQPLPETAVGGGAKPAAAPAAPATAPAQASTAQGPLFEKVHSVIQERCSVCHSAKPTSPLFSAAPGGVIFDTPQQIQQQAARIQAQAVTTQIMPLGNITQMTQQERDLIGAWITQGARTN NA NA NA NA NA D1-35_01846 504 allA COG3194 Ureidoglycolate lyase ATGCGCACACTCAAGATCGAGCCATTGACCAAAGAAGCCTTCGCCCCGTTCGGTGACGTGATCGAAACCGACGGCAGCGATCACTTCATGATCAACAACGGTTCGACCATGCGCTTCCACCGCCTGGCGACGGTCGAGACCGCCACGCCGGACGACCACGCGATCATCAGCATCTTCCGCGCCGACGCGCTGCAGATGCCGTTGACCGTGCGCATGCTGGAGCGCCATCCGCTGGGCAGCCAGGCCTTCATTCCGCTGCTCGGCAACCCCTTTCTGATCGTGGTCGCGCCACTTGGCGATGCACCTGTATCAGGCTTGGTCCGCGCCTTCGTCACCAACGGCAGGCAGGGCATCAATTACCATCGCGGCGTCTGGCACCACCCGGTGCTGACGATCGAAAAGCGGGATGACTTCCTGGTGGTTGATCGCAGTGGCACAGGCAACAACTGCGATGAGCATTTTTTTCAAGAGGATGAGTACTTGATCCTCGCCCCCCACCAATAA MRTLKIEPLTKEAFAPFGDVIETDGSDHFMINNGSTMRFHRLATVETATPDDHAIISIFRADALQMPLTVRMLERHPLGSQAFIPLLGNPFLIVVAPLGDAPVSGLVRAFVTNGRQGINYHRGVWHHPVLTIEKRDDFLVVDRSGTGNNCDEHFFQEDEYLILAPHQ PGPT0021505_649 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021505-allA-K01483 NA NA D1-35_01847 996 alc allantoicase ATGAAAGCTTACGCCGTACCGTTCGAGAAATTCGTCAACCTGGCCGACGCCCGCCTGGGCACCAGGATCATTTCGGTGACCGATGACTGGTTCGCCGATGCCAACCGCCTGTTCCAGCCGACCCCGGCCGTGTGGAAGGAGGGTGTGTTCGACGATAACGGCAAATGGATGGACGGCTGGGAGTCGCGCCGCAAGCGTTTCGAAGGCTACGACAGCGCGGTGATCCGCCTGGGCGTGCCGGGCTCGATCAAGGGCGTGGATATCGACACCTCGTTCTTCACCGGTAATTACCCACCGTCGGCCTCCCTGGAAGCCTGTTTCCTGGCTGAAGGCGAGCCGGATGAAAACACCCAGTGGACCGAAGTGCTGTCGGCCGTCGAGCTGAAGGGCGACAGCCACCACTACCACGAAATCAGCAATGACCAGGCGTTCAGCCATCTGCGCTTCAACATCTATCCGGACGGCGGCGTGGCCCGCCTGCGCGTCTACGGCATTCCGTACCGCGACTGGTCCGCGGTCGGCGACAACGAACAGATCGACCTGGCCGCCGCCCTCAACGGTGGCCGTGCCCTGGCCTGCTCCGATGAACACTTCGGCCGCATGAGCAACATCCTCAACCCGGGCCGTGGCGTGAACATGGGCGACGGCTGGGAAACCGCCCGTCGGCGCACCCCCGGCAATGACTGGGTGATCGTCGCCCTGGGCCATGCCGGCATTGTTGAGAAAGTCGTCGTCGATACCCTGCACTTCAAGGGCAACTACCCGGACAGCTGCTCGATCCAGGGCGCGTTCGTCAAAGGCGGCACCGACAGCCAGATCGAAACCCAGTCGCTGTTCTGGCGCGAACTGCTGCCGAGCCAGAAGCTGGAAATGCACGCCGAACACACCTTCGCCGAGCAGATCAAGGCGCTGGGGCCGATCACGCACATCCGCCTGAACGTGTTCCCGGACGGTGGCGTGAGCCGCCTGCGGGTATTGGGCAAGGTCGCTAAATAG MKAYAVPFEKFVNLADARLGTRIISVTDDWFADANRLFQPTPAVWKEGVFDDNGKWMDGWESRRKRFEGYDSAVIRLGVPGSIKGVDIDTSFFTGNYPPSASLEACFLAEGEPDENTQWTEVLSAVELKGDSHHYHEISNDQAFSHLRFNIYPDGGVARLRVYGIPYRDWSAVGDNEQIDLAAALNGGRALACSDEHFGRMSNILNPGRGVNMGDGWETARRRTPGNDWVIVALGHAGIVEKVVVDTLHFKGNYPDSCSIQGAFVKGGTDSQIETQSLFWRELLPSQKLEMHAEHTFAEQIKALGPITHIRLNVFPDGGVSRLRVLGKVAK PGPT0000880_876 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0000880-alc-K01477 NA NA D1-35_01848 516 pucL COG3195 Uric acid degradation bifunctional protein PucL ATGACTGCCTTCCAGACCCTCAAGCCTTCCCGCCTGAGCCGCGAAGCGTTCGTCGAAGCCTTCGCCGACATCTACGAACATTCGCCATGGGTGGCCGAAAAGGCCTTCGACCTAGGCCAGGATCCCTCGATCGACCAGATCGAAACCCTGCACCAGCGCATGAGCGACATCCTGTTGAGTGCCGACCACGCCAGCCAGCTGGCGCTGATCAACGCTCACCCGGACCTGGCCGGCAAAGCCGCCGTCCAGGGCCAACTGACCGAAGCCAGCACCAACGAACAGGCTGGCGCCGGTATTCACCAATGCACGGCCGAAGAGTTCCAGCGCTTCACCGAGCTGAACGAGGCCTACAAGGCCAAGTTCAAGTTTCCCTTCATCATGGCGGTAAAAGGCAGCAACCGGCACCAGATCCTTGCCGCGTTCGAAACGCGCATTCACCACTCGGCGGATGCCGAATTCAAATGCGCATTGGCAGAGATCAACAAGATCGCGTTGTTCCGATTACTGACCCTTTAG MTAFQTLKPSRLSREAFVEAFADIYEHSPWVAEKAFDLGQDPSIDQIETLHQRMSDILLSADHASQLALINAHPDLAGKAAVQGQLTEASTNEQAGAGIHQCTAEEFQRFTELNEAYKAKFKFPFIMAVKGSNRHQILAAFETRIHHSADAEFKCALAEINKIALFRLLTL PGPT0021130_514 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021130-uraD-K13485 NA NA D1-35_01849 927 hypothetical protein GTGAGCGCTGACTACCCACGCGACCTGATCGGTTACGGCAGTAACCCTCCCCACCCGCAATGGCCGGGCAATGCCCGAATCGCCCTGTCTTTCGTACTCAACTATGAGGAAGGCGGCGAGCGCAACATCCTGCATGGCGATCGTGAGTCCGAAGCGTTCCTCTCGGAAATGGTTTCGGCGCAACCGTTGCTGGGCGAGCGCAACATGAGCATGGAGTCGCTGTACGAGTATGGCAGCCGTGCCGGCGTCTGGCGGATCCTCAAGCTGTTCAAGCAATTCGATATCCCGCTGACTATCTTCGCCGTGGCCATGGCCGCTCAGCGCCATCCGGACGTGATCCGCGCCATGGTCGCCGCCGGCCATGAAATATGCAGCCACGGCTATCGCTGGATCGACTACCAGTACATGGATGAAGCGCAGGAGCGCGAACACATGCTCGAAGCGATCCGCATCCTCACCGAACTTACCGGCGAGCGGCCGTTGGGCTGGTACACCGGACGCACCGGCCCCAATACCCGGCGATTGGTAATGGAAGAAGGCGGCTTTCTCTATGACAGCGACACCTACGACGACGACCTGCCGTACTGGGAGCCGAATAACCCCACCGGCAAGCCGCACCTGGTAATCCCTTACACACTCGACACCAATGACATGCGCTTCACCCAGGTGCAGGGTTTCAACAAGGGCGACGACTTCTTCCAGTACCTCAAGGATGCCTTCGACGTACTGTATGCCGAAGGCGCCGAAGCACCGAAGATGTTGTCCATCGGCCTGCATTGCCGCCTGATCGGCCGCCCTGCCCGCCTCGCCTCCCTCAAGCGTTTCCTGGAATACGTCAAGGGCCACGAACAGGTGTGGTTCAGCCGCCGGGTCGACATTGCACGCCACTGGCAGCAGACCCACCCGTATCCGGGAGTTTCGAAATGA MSADYPRDLIGYGSNPPHPQWPGNARIALSFVLNYEEGGERNILHGDRESEAFLSEMVSAQPLLGERNMSMESLYEYGSRAGVWRILKLFKQFDIPLTIFAVAMAAQRHPDVIRAMVAAGHEICSHGYRWIDYQYMDEAQEREHMLEAIRILTELTGERPLGWYTGRTGPNTRRLVMEEGGFLYDSDTYDDDLPYWEPNNPTGKPHLVIPYTLDTNDMRFTQVQGFNKGDDFFQYLKDAFDVLYAEGAEAPKMLSIGLHCRLIGRPARLASLKRFLEYVKGHEQVWFSRRVDIARHWQQTHPYPGVSK PGPT0012156_295 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA NA NA D1-35_01850 354 pucM COG2351 5-hydroxyisourate hydrolase ATGGGACGTCTGACTACACACGTTTTGGATGCTGCACACGGTTGTCCGGGCAGCTTGATCAGGATCGAGCTGTACCGCGTCGAAGGTTCGCAAATGCAGCTGGTCGCCAGCGCATTGACCAACAGCGATGGCCGTTGCGACGCACCGCTTCTGCAAGGGGATGACTACCGCAGCGGGGTCTACCAGATTCAATTCCACGCCGGCGACTACTACCGCGCCCGTGGCGTGCAATTGGCCGAGCCGGCGTTCCTTGATGTGGTGGTGCTGCGCTTCGGTATTTCGCAGGAGCAGGAGCATTACCATGTGCCCCTGCTGATTTCGCCTTACGCCTATTCAACCTATCGAGGCAGCTGA MGRLTTHVLDAAHGCPGSLIRIELYRVEGSQMQLVASALTNSDGRCDAPLLQGDDYRSGVYQIQFHAGDYYRARGVQLAEPAFLDVVVLRFGISQEQEHYHVPLLISPYAYSTYRGS PGPT0021125_1404 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021125-uraH|pucM|hiuH-K07127 NA NA D1-35_01851 627 rhtB_3 COG1280 Homoserine/homoserine lactone efflux protein ATGAATCTGGAAACCTGGTTGTTGTTCAGTGGCGCCGCCTTGGTGGTGATCCTCATCCCCGGCCCGCTGTCGCTGCTGATGATCAGCAACAGCCTCAACTACGGTCTGCGCCGTTCTTATCCGGCATTCCTCGGTGGGGTGGTCGCCTCGATCTGCCTGTTGAGCGCCTCAGCGCTGGGGCTCGGGGCGCTGTTGCTGGCTTCGGAACAATTGTTCAGCGCCCTGAAAATTGTCGGCGCGCTGTATCTGTTCTACCTCGCCTGGCAGAGCTGGCAGCAATCGCACCAGCCATCCCAGGGCGCCGAAGTGCCCCAGGCTACCGCCACTCCAAGGTTTCGCGCGCTGTTCGGCCGGGCATTCGTGCTGGGCGCGAGCAACCCGAAAGACATCCTCTTCTTCGCGGCGTTCCTGCCGCAATTCCTGAGCGCCGAGCAGCCATTCCTGCCGCAACTGCTGATCATGATCGCCACCTGGACCGTGCTCGACCTGCTGTGCAAGCTGGCCTATGGCCTGGGTGCCCACGGCGCCGCCCGGTATCTGCGTACCGGCAAGGGTCAGAGCTGGTTCAACCGGGTCAGTGCGGGGTTGTTCAGTGGGGCGGGGGCGGCTTCTTTGTTGAGCCGCTGA MNLETWLLFSGAALVVILIPGPLSLLMISNSLNYGLRRSYPAFLGGVVASICLLSASALGLGALLLASEQLFSALKIVGALYLFYLAWQSWQQSHQPSQGAEVPQATATPRFRALFGRAFVLGASNPKDILFFAAFLPQFLSAEQPFLPQLLIMIATWTVLDLLCKLAYGLGAHGAARYLRTGKGQSWFNRVSAGLFSGAGAASLLSR NA NA NA NA NA D1-35_01852 1350 adeP_1 COG2252 Adenine permease AdeP GTGGAAAGCCGCAAACCCGAAGCCCAGACCCTGGACCTTTCGCCGCCACTACGCAGTGGCTGGCTGGAGCGAATCTTCAAACTCAGCTTGCACGGCACCACGGTGAAGACCGAGCTGATCGCCGGCCTGACGACCTTCATCACCATGGCCTACATCATCTTCGTCAACCCCAACATCATGGCCGACGCGGGCATTGATCACGGCGCTGCGTTCGTCGCTACGTGCATTGCCGCCGCCCTGGGTTGCCTGTTGATGGGCCTGTATGCCAATTGGCCGGTAGGCCTGGCGCCGGGCATGGGCCTGAACGCTTTTTTTACCTACACGGTCGTCGGGACCATGGGCTACAACTGGGAAACCGCGCTGGGCGCGGTGTTCGTTTCCGGGGTGTTGTTCATGTTCCTGACCCTGTCGCGGGTGCGTGAGTGGTTGCTCAACAGCATTCCGGTGAGCCTGCGCTACGCCATGGGCGCGGGGGTCGGACTTTTCCTCGGGCTGATCGGCCTGAAGACCGCCGGTATCATCGTCGACAGCCCGGCGACGCTGATCAAGCTGGGTTCCTTGCATGAGCCAGGACCGCTGCTGGCCGCCGTGTGTTTCCTGATGATCGCCGTGCTGAGCTATCACCGCGTGTTCGGCGCGATCCTGATCAGCATCATTGCCGTGACCCTGGCCGGTTGGGGCCTGGGACTGGTGCAATACAACGGCGTGATGTCGACGCCGCCGAGCCTGGCTCCGACCTGGATGGCGATGGACGTCGCCGGCGTGTTCAACGTCAGCATGATCAGTGTGGTGCTGGCCTTCCTGTTCGTGCATATGTTCGACACCGCCGGCACCTTGATGGGCGTCGCCCAGCGCGCTGGCCTGGTAAAGCCCGACGGCAAGATCGAAAACCTGTCCAAGGCCCTCAAGGCCGACAGCGCCTCCAGCGTATTCGGCGCGATGGTCGGTGTTCCGCCAGTGACCAGCTATGTGGAAAGCGCGGCCGGCGTCGCAGCCGGCGGCCGCACGGGGCTTACGGCGGTGACGGTCGGTGTGCTATTTATTGCCGCCATGTTCTTTGCCCCGCTGGCCGGGATGATTCCTGCCTATGCAACGGCCGGCGCCTTGATTTATGTGGCCATGCTGATGATGGGCGGCATGGCCCACATCGAGTGGGACGAAGCGACCGACAGTATTCCAGCCATCGTCACCGCCATCATGATGCCGCTGACCTTCTCGGTCGCCGATGGCATCGCGCTGGGTTTCATCACCTACGTGGTACTCAAGGCCGGCACCGGTAAACACAAGGAAATATCCGTCAGCCTGTGGGTGCTCTGCGCGATCTTTATCGCCAAGTTCATCTTCTTGTAA MESRKPEAQTLDLSPPLRSGWLERIFKLSLHGTTVKTELIAGLTTFITMAYIIFVNPNIMADAGIDHGAAFVATCIAAALGCLLMGLYANWPVGLAPGMGLNAFFTYTVVGTMGYNWETALGAVFVSGVLFMFLTLSRVREWLLNSIPVSLRYAMGAGVGLFLGLIGLKTAGIIVDSPATLIKLGSLHEPGPLLAAVCFLMIAVLSYHRVFGAILISIIAVTLAGWGLGLVQYNGVMSTPPSLAPTWMAMDVAGVFNVSMISVVLAFLFVHMFDTAGTLMGVAQRAGLVKPDGKIENLSKALKADSASSVFGAMVGVPPVTSYVESAAGVAAGGRTGLTAVTVGVLFIAAMFFAPLAGMIPAYATAGALIYVAMLMMGGMAHIEWDEATDSIPAIVTAIMMPLTFSVADGIALGFITYVVLKAGTGKHKEISVSLWVLCAIFIAKFIFL PGPT0007325_2796 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 D1-35_01853 438 hypothetical protein ATGCTTGACCTTAAAAATCCGACCTCCCAACAAATGGCCATGGAAGCGTTCTTCTTCGGTTATCAGGCGTTCACCGCCAAAGCCGATGAAATGCTTGAGCGCCGGGGCTTGAGCCGCGTGCATCAGCGCATCGTTTTTTTCATCGCCCGTTATCCATCATTGAGTGTGAAGGAGCTGCTGGCGCTGCTTGGCGTGAGCAAACAGGCATTGAACATGCCGCTGCGGCAATTGATGGAAATGCATTTGGTGAACAGCGTTGCCTCCGAGGCCGACAAGCGCAAGCGGCTGCTGGAACTGACCGCCGAGGGCGCGCGCTTTGAACAGGCGTTACGGCGCGAGCAGGTGAAATTGCTTGAACGGGTGTTTGCCGAGGCGGGGGAAGCGGCGGTGGATGGGTGGCTGGCGGTGAATCTGGGGTTGGGGAAATCCAGCGACTAG MLDLKNPTSQQMAMEAFFFGYQAFTAKADEMLERRGLSRVHQRIVFFIARYPSLSVKELLALLGVSKQALNMPLRQLMEMHLVNSVASEADKRKRLLELTAEGARFEQALRREQVKLLERVFAEAGEAAVDGWLAVNLGLGKSSD NA NA NA NA NA D1-35_01854 1167 lysN COG1167 2-aminoadipate transaminase ATGGCTTTTTCCGAACGTGTCTCGCGCCTCAAAAGTTCTTTGATCCGGGAAATTCTCGCCGCGGCGCAGCGCCCGGAAGTGATGTCGTTTGCCGGCGGCCTGCCGGCCGAAGCCATGCTGCCGAAGGTGCAGTGGGAGGACATGCCGCTGTCCATGGGCCAATACGGCATGAGCGAAGGTGAGCCGGCCTTGCGTGAAGCGCTGGCAGCGCAGGCGCGATCGTTGGGCCTGGCTTGTGAGGCCGGTCAGGTATTGGTCGTGAGCGGTTCCCAGCAAACCCTCGATCTGGCGGCAAAGCTGCACATTGACGTCGGCACCGAGATCCTGCTCGAAGCGCCGACCTACCTTGCGGCTCTACAGATTTTCCATTTGTTCGGCGCCAATTGCATCACCGTGCCCCTTGAAGCGGATGGCCCGGACCTTGAGCAATTGCGGGCCCGGCTGCAGCAGCATCGACCGGCGTTCATCTACCTGATCCCAACGTTCCAGAACCCTTCGGCGGTACGCTACAGCGAGGCCAAGCGCGATGCGGTCGCGGCACTGCTGGACGAGTTCGGCGTGACGCTGGTGGAGGACGAGCCCTATCGCGAACTGACCTTCGATGGTGGCAGCGCCACGCCAATTGCCGGCCGTTTGAAAAAGGCCAGCTGGATCTACACCGGCACGGTGTCGAAGACGCTGCTGCCTGGGTTGCGTGTGGGTTACCTGATTGCCAGCCCGGACCTGTTCCCGCATTTGCTACGGCTCAAGCAGTCAGCGGACCTGCACACCAATCGCATCGGCCAGTGGCAGGCGTTGCAATGGATCGGCACCGAGCAGTACCGCAGCCATTTGAGTGAATTGAGGGATTTCTACCGGGATCGCCGCGACAGGTTCCAGGCCGCGCTGCAAAAGCATTTCGCCGACATCGCCGACTGGAACGTGCCCCAGGGCGGGCTGTTTTTCTGGCTGACCCTCAAGCAACCGCTGGATACCCGGACCTTGCTTGCCGCAGCCCTGGAGGAGGACGTGGCGTTCATGCCAGGAGAACCGTTTTTTCCCGAGCCGGACAAGCATCCCGGGCACTTGCGGTTGAATTTCAGCTATATCGATCCGGCGCGGCTGGATGAAGGGCTCAGGCGACTGGCGGGGGTGGTGCGGGGGGCTTTGGCTGCCGAGGCGGCTTGA MAFSERVSRLKSSLIREILAAAQRPEVMSFAGGLPAEAMLPKVQWEDMPLSMGQYGMSEGEPALREALAAQARSLGLACEAGQVLVVSGSQQTLDLAAKLHIDVGTEILLEAPTYLAALQIFHLFGANCITVPLEADGPDLEQLRARLQQHRPAFIYLIPTFQNPSAVRYSEAKRDAVAALLDEFGVTLVEDEPYRELTFDGGSATPIAGRLKKASWIYTGTVSKTLLPGLRVGYLIASPDLFPHLLRLKQSADLHTNRIGQWQALQWIGTEQYRSHLSELRDFYRDRRDRFQAALQKHFADIADWNVPQGGLFFWLTLKQPLDTRTLLAAALEEDVAFMPGEPFFPEPDKHPGHLRLNFSYIDPARLDEGLRRLAGVVRGALAAEAA PGPT0007135_1902 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007135-lysN-K05825 NA NA D1-35_01855 372 hypothetical protein GTGATCGTCAAAGCGCTTCGAGTTGGTCTGGGCCAGCTCATCATCTTCATCGATTTCATTACTCGCCCCGGCAAGAAAAAGCGCTCGGCCGAAGCCCAGGCGCAAGTCGACCAGGCGGCCCGCAGCCTGACGCTTTATCAGTTCCATGCCTGCCCGTTCTGCGTGAAGACCCGCCGCGCCCTGCACCGCCTCAACGTGCCCGTGGCGCTGCGCGATGCGAAAAACAACGAGCAGGATCGCCAGACTCTGCTGGAACAGGGTGGCCGGATCAAGGTGCCTTGCCTGCGCATTGAAGAGAATGGCGAGACCACCTGGATGTATGAATCCAATGTGATCATTGATTATCTGGATAAGCGGTTTTCGGCGGTCTGA MIVKALRVGLGQLIIFIDFITRPGKKKRSAEAQAQVDQAARSLTLYQFHACPFCVKTRRALHRLNVPVALRDAKNNEQDRQTLLEQGGRIKVPCLRIEENGETTWMYESNVIIDYLDKRFSAV NA NA NA NA NA D1-35_01856 561 folE_2 COG0302 GTP cyclohydrolase 1 ATGGAATCAGCCTCTGTGACACTGGAACAGAATTACACCGCGATCCTCGGGCAACTCGGCGAGGACGTTTCCCGCGAGGGCCTGCTCGACACGCCCAAGCGCGCTGCCAAGGCCATGCAGTACCTTTGCCGCGGTTATGAACAGACCCTGGAAGAAGTCACCAACGGTGCCTTGTTCAGCTCCGACAACAGCGAAATGGTGCTGGTCAAGGACATCGAGTTGTACTCGCTGTGCGAGCACCACCTGTTGCCTTTCATCGGCAAGGCCCATGTGGCCTATATTCCGAGTGGCAAGGTGCTGGGCCTGTCGAAAGTCGCGCGTATCGTCGATATGTATGCGCGTCGCCTGCAGATCCAGGAAAACCTCAGCCGCCAGATCGCCGATGCGGTCCAGCAGGTGACGGGGGCCATGGGCGTGGCAGTGGTGATCGAAGCCAAGCACATGTGCATGATGATGCGCGGTGTGGAAAAACAGAATTCTTCGATGATCACGTCGGTGATGCTCGGTGAATTCCGTGAAAACGCGGCGACCCGCATGGAATTTCTCAGCCTGATCAAGTAA MESASVTLEQNYTAILGQLGEDVSREGLLDTPKRAAKAMQYLCRGYEQTLEEVTNGALFSSDNSEMVLVKDIELYSLCEHHLLPFIGKAHVAYIPSGKVLGLSKVARIVDMYARRLQIQENLSRQIADAVQQVTGAMGVAVVIEAKHMCMMMRGVEKQNSSMITSVMLGEFRENAATRMEFLSLIK PGPT0007875_4417 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495 NA NA D1-35_01857 1209 intQ COG0582 Putative defective protein IntQ ATGGCTCGAAAGCCAATGGGATTGCCCACCGGAGTTGAATTTGTCGGCCAGTCCGTCAGGATTCGCTTCACATGGAACGGGCAACGCCGTTGCGAAACCCTCCCCTATCCCCAGACACCGAAAGGCATTAAAGCGGCATCCGATCTACGCGCTAACGTAACCAGCCTGATCAAGCATGGCGTGCTCGATGACCAACGCTATGCCGAGCTGTTTCCCAACTCCACTTATGCCACCTACTCGGCTACTCCCCGCTTCGGGGAGTATGCTCAGGAGTGGTTAAACAGTCGGGAGGTCGTAGCAGGCACACGCAAGAACTACCGGGCATCCCTCAATCTGTACTGGATGCCTCACCTCGCCTTGCTACCCGTCGATAGCATCACCTCGGTGCTGCTGCGCAAAATCGTAGCCAATACTGAATGGAAATCGCCGGGCGTTAAGCGTTCGGCAATCCAGCGACTCACTACAGTGTTCAGTACTGCCGTCAAAGATGGGCTGATCAATCGCAACCCGGTCGAGTCCATCGAGCTTCCCGTGAAAACGAAAAAGCCCATCGACCCCTTCACGGTGGCGGAAGCCAACGCCATCATTGAACACCTCTATAAGACGCTGACCCATTCGATGCGGATCTACGCGGCTTACTTCGAGTTCGCCTTCTATACCGGTATGCGCCCTAGCGAGATAGCAGCCCTTCGCTGGGGCGAGATAGACAAGGACAAGCGCCTAGCCAACGTGTGTCGGATCGTCGCGGACTATAAGATCGAGGAGCGCACCAAAACCCGCAATGAACGGCAAGTCATGCTCAACAGCCGTGCCCTGCACGCCCTTCAGGTGGCGGAGCACATCGCCGAGCAGCGTGCGAAACAGAGCCGCAGGAAGCAGCCGAAATCGCCCTATGTGTTCCCACCCACAAAAAATTTCGAGTTCATCCAGCAATCCAGCGTCACCGACAAACACTTCCAGGCGGCGCTGACCGAATTGGAGATTCGCGCCCGCCGGCAATACAACTGCCGACACACATACGCTACCATGTGCCTCATGGCGGGTATGAACCCTGCGTTTATTGCCACTCAGCTGGGTCACAGCGTTCAGATGTTGCTCTCGACCTATGCCCGATGGATCAACTCCAGCACCGACTGGGGCGAACTCGGGAAACTCGAAAACAGCTTGATTGGTACAAAATTGGTACAGACAGAACAAGTACCCTCCTGA MARKPMGLPTGVEFVGQSVRIRFTWNGQRRCETLPYPQTPKGIKAASDLRANVTSLIKHGVLDDQRYAELFPNSTYATYSATPRFGEYAQEWLNSREVVAGTRKNYRASLNLYWMPHLALLPVDSITSVLLRKIVANTEWKSPGVKRSAIQRLTTVFSTAVKDGLINRNPVESIELPVKTKKPIDPFTVAEANAIIEHLYKTLTHSMRIYAAYFEFAFYTGMRPSEIAALRWGEIDKDKRLANVCRIVADYKIEERTKTRNERQVMLNSRALHALQVAEHIAEQRAKQSRRKQPKSPYVFPPTKNFEFIQQSSVTDKHFQAALTELEIRARRQYNCRHTYATMCLMAGMNPAFIATQLGHSVQMLLSTYARWINSSTDWGELGKLENSLIGTKLVQTEQVPS PGPT0021996_592 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 D1-35_01858 543 hypothetical protein ATGAATTGGATCCTCACGCATACCGGCAAACGCTTTGACCTGTTCGAACCGGACGCCGACATGATCGACCCACGAGACATTGCGCACTCGCTCGCTCATTTGTGCCGCTTCAACGGGCACACCCACGAGTTCTACAGCGTGGCCCAGCATAGTTGCTTGGTTGCGGATCTGGTGCCGGCCGAGCACAAGCTCTCCGCCCTGCTCCACGACGCCACCGAGGCTTACCTGGGCGACATGACCCGGCCGCTCAAAGAGTGGATGCCTTACTACCGTGGATTCGAGGACGTCATATGGGGGCGTATTTGCGAGCGCTTTGGCTTGGAGATCGACCTCCCCGCAAGCGTGCACCAAGCCGACCTGATCGCCTTGACCACCGAACGGCGCGACCTGATGCCGCCCGATCCGGACCCATGGGATTTCCTTGTCGGTATCGAACCCGCGCCCGAACGCATCCGGCCATGGTCACCCACCGAAGCCCGGCTCACGTACCACCAGCGACTGATGGACCAACTCGCTATTGAACACCGGAGGAAAGCGGCATGA MNWILTHTGKRFDLFEPDADMIDPRDIAHSLAHLCRFNGHTHEFYSVAQHSCLVADLVPAEHKLSALLHDATEAYLGDMTRPLKEWMPYYRGFEDVIWGRICERFGLEIDLPASVHQADLIALTTERRDLMPPDPDPWDFLVGIEPAPERIRPWSPTEARLTYHQRLMDQLAIEHRRKAA NA NA NA NA NA D1-35_01859 222 hypothetical protein ATGAGCCGCCACAGCCCGATGCTACGCCTCTCACCTCAAGATGCCGGCGTGCTGCACCAGCAACACGCCAAAGCCACCGCCGAACTGCGCGAAGTGACTCGATTCCGCAAGGAGTTCGACCGGCAACTGTCGCTGCTGATCGGCTACGACGCCCTGCGCAAGTTGCACAAGGACACCCAGAACGCCCTGCTACTCGCCGACCTGGTCAAGGAGGCAGCATGA MSRHSPMLRLSPQDAGVLHQQHAKATAELREVTRFRKEFDRQLSLLIGYDALRKLHKDTQNALLLADLVKEAA NA NA NA NA NA D1-35_01860 429 hypothetical protein ATGACTGCAATTCAAATATGCGCGTTGATCGGCCTGATAGTCGGCGCGGCCCTTATCTACTGGACCGGCTACCGAGGCGGGCTGCTCGACGGACGTGCTGCGGGACAGATTGAAGGAATTGAGGAAGGCAAAGCAATACAGAGATCCGACTCATCAGGGACGATCCGGGATCTGAACTTACTACTCAATCAGTCGAGAGCGAGCAGAAAGGAACTATATGCTCAATACGAGCGCGCCCTTGCCGCCTCGAAGCTCGGTAAAAAAGACCGCGATACCCTATTAGCCGTTGCTCAGCAGCTGCAATTGGCAGCCGAAACGTTCAAGGCACTGAAGTCTACCGAGCAAGAAATCCGCACCCATCGACTGCGCACAAAGACTCTGGAGATTGCAGCTCTACTGGATCAGGTCAAAGTGGAGGACGCAGCATGA MTAIQICALIGLIVGAALIYWTGYRGGLLDGRAAGQIEGIEEGKAIQRSDSSGTIRDLNLLLNQSRASRKELYAQYERALAASKLGKKDRDTLLAVAQQLQLAAETFKALKSTEQEIRTHRLRTKTLEIAALLDQVKVEDAA NA NA NA NA NA D1-35_01861 330 hypothetical protein ATGACTAGCCAGCCTCAAAACCCGCTGCGCCTGATGCCAGCACCGGAGACGGCCACCGTCGAGCTGCTGTATCGCACCTTCGGCGACGTTCTTATCCCCCTCGAAAAGCTGCGCGTGCAGTACTTCCGCAACCTTAACGAGCAGTCATTTGCAGCCGAAATCACCAGCGGCCGCATTCAACTGCCCGTGACCACGCTGGACAGCAGCCGCAAGGCACCGAAATACGCGCACATCCGCCACGTCGCTGCACTGATCGACATCCAGGCCTACAAGGCCGACGAAGTCCACGCGAAGGCCCACGCCGACGCAACGGAAGAAGTCCAACCGTAA MTSQPQNPLRLMPAPETATVELLYRTFGDVLIPLEKLRVQYFRNLNEQSFAAEITSGRIQLPVTTLDSSRKAPKYAHIRHVAALIDIQAYKADEVHAKAHADATEEVQP NA NA NA NA NA D1-35_01862 285 hypothetical protein ATGGAGCGCAATCTCGAAAAGACCGCCAAGCACTTTGGCCTGACCCGCCCCACCCTGATCAAGCTCATGCGTGAGAAGGGTCTGCTCACCGACCGCAACCTGCCGGCGTTCCCCGTCCGCGACCGTGAATACCTTCGGGTCAAGGACAGCAACTGGTACCACGACACGCTGGGCATGCAGTACAGCCAATCGACACGCGTCCGGCAGGCCGGCATCCCCTGGCTAGCAGAACAACTGGGCCTCGACCTTCCTGCCATCCCGGCAGACAACCGTGACGTGGCCTAG MERNLEKTAKHFGLTRPTLIKLMREKGLLTDRNLPAFPVRDREYLRVKDSNWYHDTLGMQYSQSTRVRQAGIPWLAEQLGLDLPAIPADNRDVA NA NA NA NA NA D1-35_01863 585 hypothetical protein ATGAGCAAATTCAAGATCGACAACCGCGCACTGACGTTGCTTAGCGCCCAGGTAAACCTCAGCGGGACTATCAACCACACCCTACGGTCAACGCCTCGACGCGATGTGCTGGCGTTTCGGTTGAAGGTTGAACGCAACAAGGCGGACAGCACCTTCACCATTGAGCTGGGCTCAGAGCGCCACACGTTGACTTTGCCCAACACCAAGAAAACTCACCTGAAGCTGGCCGACTTCATTGAGGAGATCGTCAACGGCCCTTTTGACCAGACTGGCGAACAGCATCCGGTACGACATGCTGAGCGCGAGTACGGCGCTTTCAGCGCCCAGCAGCGCGAACAAGTTTACAGGCTGGTTTGCACGGGCGGATTTATCGACCTGGACCTGGGCTTTGAACTGCCGATCCGACTCGCCGTGCACCGCACACGTACACGCTCGGGCATCACCGTAGTCATGAGCATCGGCATTAAAAGCCCGCGTACCAAGTGCTTCACCGCGTACGGCACCGACGCCGAGATGTACGAGCAGGTTTGCGAATCCATCAACCACCTGGCTGCGCTGGCAACACCCGCCGCGCACGCAGCATAG MSKFKIDNRALTLLSAQVNLSGTINHTLRSTPRRDVLAFRLKVERNKADSTFTIELGSERHTLTLPNTKKTHLKLADFIEEIVNGPFDQTGEQHPVRHAEREYGAFSAQQREQVYRLVCTGGFIDLDLGFELPIRLAVHRTRTRSGITVVMSIGIKSPRTKCFTAYGTDAEMYEQVCESINHLAALATPAAHAA NA NA NA NA NA D1-35_01864 177 hypothetical protein ATGCACACCACAGCATCCATTCACATCCATCCGGCAGTTGCCGACCTAACCCGCATCTTCGAAGTAAGGCGTCTGGCCCGCATCTACGGCTGCGCATTCATCCCGTCTAAACCCAAGCAACAGGCCCGTAGCGCACCGGCGTCCTTCGATCCAAACGACGGAGGACGGGCGGCATGA MHTTASIHIHPAVADLTRIFEVRRLARIYGCAFIPSKPKQQARSAPASFDPNDGGRAA NA NA NA NA NA D1-35_01865 1317 hypothetical protein ATGGCGTCGCCTCTTTCCGATTTAGATGAACTGGTTTTGAAATGCCGGGACGAAAAGGCCAAGAGCTATATTCGCGAGGCTGTAGCATGCTATAAATCTGGTGCATTTCGCTCATCGATTGTTTCGACTTGGATTGCCGTGGCTTTTGATATCATCGATAAATACAAGGAGTTATCCTTGGCAGGTGATAAGCAAGCCGAGGGAGTAATACATGCCTTCGAAGCGGCGCGAGTGGCGAATGATATCTCTGCCTCTTTGAAGTTTGAACGAGAGCTGCTAACTAATGCTCGAGACAAATTTCAACTGATATCGCACGTTGAGTTTACAGATTTAGATCGGCTACAACAGGACCGTAATAGATGCGCTCATCCATCAATGACCGTAGATAGTGAAATTTTCAACCCTCCTGCCGAACTCGCAAGGGTACATATGAGATCGGCAGTTGAGTATTTACTCCAGTACCCACCTGCTCAAGGAAAGTACGCGCTTGGCTTGTTGCTCAAGGAGGTTGACTCGGGCTATTTTCCCGCCGATACAGAGAAGGCAGTCGTTGCGTTTAGAAACGGCCCTTTGCTTAAGGCGCGTTCGGCTCTCGTGACCAGTTTCATTGTGGTTCTTTTAAAGAAATTTTTCTCGGGTTTAACGCTTAAAGAAGAGCTGCAAGTTTCAACTGCGCTTAAAGCGATTGAAACGATGCATAAAGTCGTATATGACCAAACAATGGCGGAAAAGCTTTCTCCAGTTGTTCGTGCTTTAGACGCAGAGGATCTCGATAACGTTCTCACCCTACTTACCTTGTTAGACGACGCATGGGTTATGCTTGATGAAGATCAGCAGCAGAGAATTTCTGCCTACGTTGAAGAGCTGCCTACCGATAATTTTGACCAGTTAATCCCCCTGTTGGCACTTGAAGGCTTAGAGGTACCTGCGAAAAACCGAGTTATGAAAGCTAATCGTTCGGAAATTAATCGCTCAAAAACAACCTTATACAATGACGTCGTCGGGGAGAGGGTGGCCGAGCTATTCGCTATCTCGCCTTCTTTTGCTATGGCAAATGACTTTGGTCACACGGTTATCAGGTTCGCGAACCATTTTACCAAGCAACAAGTCCTTGACTTAATTCGAGCGTGTGGAACAAATGATCAAATCAAATACAGCTTTGTAGTGGGTGCTGTAATATCTGCTTTGAAGGATAATAAGCAAGTTGAGCTTGGGGAGTTGAATGCTGTTTTGATTGAAGTAGGTCTGGAAGAGTATGTTAATGACCCTGAGCAGATAGGAGATGACCTAGAAGACCAGTCTCCGGATGCGGCATAG MASPLSDLDELVLKCRDEKAKSYIREAVACYKSGAFRSSIVSTWIAVAFDIIDKYKELSLAGDKQAEGVIHAFEAARVANDISASLKFERELLTNARDKFQLISHVEFTDLDRLQQDRNRCAHPSMTVDSEIFNPPAELARVHMRSAVEYLLQYPPAQGKYALGLLLKEVDSGYFPADTEKAVVAFRNGPLLKARSALVTSFIVVLLKKFFSGLTLKEELQVSTALKAIETMHKVVYDQTMAEKLSPVVRALDAEDLDNVLTLLTLLDDAWVMLDEDQQQRISAYVEELPTDNFDQLIPLLALEGLEVPAKNRVMKANRSEINRSKTTLYNDVVGERVAELFAISPSFAMANDFGHTVIRFANHFTKQQVLDLIRACGTNDQIKYSFVVGAVISALKDNKQVELGELNAVLIEVGLEEYVNDPEQIGDDLEDQSPDAA NA NA NA NA NA D1-35_01866 648 lexA_3 LexA repressor ATGAAGATTTCAGACACGCGCCTGCAGAATTTCCGAAGAGTCTTGGCTGAGAAAAAACTCCGCTTGACCGACATCGCTGACCTTTTGGGCAAAGCACCGGCTCAAGTGAGCGCGTTCGGTGGGAAGAATCCCACGAAAGGTATTGGTGATCAGATTGCCCGGGAAATAGAGCAGGCATTAAGTCTTCACACCGGTTATCTAGACATGCCTTTTGGAATAGGCGAATTCAATAATGCGACCGTATTGAGTCACACAGGACGTAAATTGCCTGTTATTGGATCTATCGCCGCCGGGGCATGGTGTGAGTCGGATATAGTTTTCGATCCGCGTGATGCGGAGGAATGGATCGATGCCCCCGGACCTGTCGGGCCTCGGGCTTTCATACTTCGCGTCGAAGGAATGAGCATGGAGCCGAAATTCGTCGAGGGCGATAAAATAGTCATCGATCCCTCTCTAGAAGCTCTACCTGGTCATTTTGTTGCCGCAAAAAGAACCAGAGATCAAGCGGCAACACTCAAGCAATTGAAGCAAGAAGGGAATGAGCAGTATCTCTATGCGCTAAACCCTGACTGGCCGGAAAGAATTATAAGAATGACCGAAGAATGGACCATCTGTGGAAGAGCAAGATGGAAAATATCAGACCTATAG MKISDTRLQNFRRVLAEKKLRLTDIADLLGKAPAQVSAFGGKNPTKGIGDQIAREIEQALSLHTGYLDMPFGIGEFNNATVLSHTGRKLPVIGSIAAGAWCESDIVFDPRDAEEWIDAPGPVGPRAFILRVEGMSMEPKFVEGDKIVIDPSLEALPGHFVAAKRTRDQAATLKQLKQEGNEQYLYALNPDWPERIIRMTEEWTICGRARWKISDL NA NA NA NA NA D1-35_01867 231 hypothetical protein ATGAATCTGCGCGATTACATCAACAATTTGGGTCCCGAGGAGCTCATGGCTTATGCAGCGCGTTGCAGCATAGCGGTTAGCTATCTAAGGCTACACGTCAAGTACGCGAGCAAAGATCCCAGCGTCTCGCTGATCAAGTCATTGACCCGCGAAAGCGAAGGCTGCGTCTCCCTTGCCGAAGTGCTAGAGCATTTTGGTATTACCGAAACGATTGTATCCAAAGCTGCTTAG MNLRDYINNLGPEELMAYAARCSIAVSYLRLHVKYASKDPSVSLIKSLTRESEGCVSLAEVLEHFGITETIVSKAA NA NA NA NA NA D1-35_01868 519 hypothetical protein ATGAGCCGAATCGCTCTGAGTTGCGTCGAACGAGCACAGCGGGAAGTCCTGCCGCTCGATCTGGCGCTTTACCATGCCGCTCGGGACTACCCTGGCGGCGCCGCTGCAATTGCCGCCACCACCGGCCGAAACCCCACCACGCTGCAGCACAAGCTGTCCCCCACGCACCCCAGCCATTCGGTAAACATTCAAGAGTTTGGCGAGATCCTCGAACTGACGAAGGACAGGCGCATCCTGGATGCGGTGCATGCCTTGGTCGGCGATACGATCTGGCACGAGCTGTCTGAGGTGTACACCACTGACATGCCGGAAACCCTGACCGTCGGCCTTGCTGAGTACTTTCGGCAGGTGGCAGATCTGGCCGACACCTGGGCCAAGAGCATTGGTGATGGGGTGGTCAGCGATCAAGAGCTGGCCGCGATCCGCCTGCAGGTGTTTCGAGGTATCCAGGGGCTGCTGGGCTTGTTCAACCGCGCCACGTACGTCAACCAGACAACGCGGGGTGATGGCCGTGGCTGA MSRIALSCVERAQREVLPLDLALYHAARDYPGGAAAIAATTGRNPTTLQHKLSPTHPSHSVNIQEFGEILELTKDRRILDAVHALVGDTIWHELSEVYTTDMPETLTVGLAEYFRQVADLADTWAKSIGDGVVSDQELAAIRLQVFRGIQGLLGLFNRATYVNQTTRGDGRG NA NA NA NA NA D1-35_01869 2220 hypothetical protein ATGCTCGATGACGTGCTGAATCAGTTTGCGGACTTCGGTCTGGAGCCCGCGCAGCCACTGCTTTACGGCAAGCTGACTCGATGCAAGACCGTCCTGGATAAGGGCAAAGAGAAAAACGGTTGGTACGTTCTACACGAGCACCACACCGAGAAAGGCGAAACTTTGATCTTCGGTGCGTTCGGCGACTGGCGTACAGGGGAAACGCAAAAGATCAAGGTGAAGCCTGGCCGGATGACGCCTGAAGAGCGTGAAGTCATGCGCGCTCGTCAGGAGGAAGCCAAGCGCAAGGCCGCCGAGAAGGCTGCCAACGCTGCCCGTCGAGCGGCTAACCGTGCTGCTGGTTTATTCAAGCGGATGCCCGAGAAGGGCCGTAGCGCCTACTTGGACCGAAAGCAGATCGTGGGCCTCGGCGTTCGTTATGCTCCGCGCTCCGGCGCGGTTTTGGTGCCCATGCAAAACGCTCGGGACCAGATCGTCGGGTTACAAGTGATATTCCCCGAGAAGCAAGAGGACACCGGCCGCGACAAGTCTTATTGGCCCTATGGGATGGCGAAGGAAGGCGCCTTCCACCTCATTGGTCCGCACCCTGAGCCGGGTGAGCCAGTGCTGGTGTGTGAGGGCTACGCCACCGGTGCAAGCCTGCACATGGCGACCTCGTTGACGGTCGCCATTGCCTTTGATGCGGGCAACCTCATGACGGTCGCCAAGGCAATGCGCGAGCGGTTCCCGGGGCGTCCACTAATCATCTGCCGGGATGATGACTGGAAAACCAAGCGCCCGAATGGCGAGCCCTGGAACCCAGGTGAAGAGAAAGCCAACAACGCGGCAACGGTTGTAGGCGGTCAGGTAGTAGGTCCGATCTTTTCGGGGGAGCGAGAGGACAAGTGGACCGACTTCAACGACCTGCACTGTGCTGAAGGATTGGAGGCGGTGCGCCGCCAGGTACTGGCGGTGGTCAAGCCACCTGCAGCGGGTGGCTGGAAAGACCAGCTGGCCCGCACTGAAAACGGCATGTTGATCGCGCACATGCAAAACGTAGAGCTGATCCTGGGCAACGACGAACGTTGGGCCGGTGTGATTGGCTTCAGTGCGTTCAGCTCCAAGATCGTCAAGCTGCGTGCTGCCCCGTATGGCGGCGGTGTCGGCGATTGGGCCGACATTGATGACATGCTGGTCATGAAGTGGCTCGCGCAACAGTACAACCTGCGGGTCAAGGCGAGCAGCGTTATTGAAGCTGTCAGTGTTGTTGCACATGACCATGCCTTTCACCCGGTACGCGATTATCTCAATGGCTTGGAGTGGGATCGGGTACCTCGGCTCGACACCTGGTTGACAGACATCATGGGCGTAGCCCCGACGGATTACAGCTCCAAGGTCGGTAAGCGCTGGATGGTGTCGGCGGTCGGCCGGGTGATGCAGCCGGGCTGCAAGGCTGACTCGGTGATGATTCTCGAAGGCGCGCAAGGTGCCGGTAAGTCCACCGCCATGTCGGTCTTGGGCGGCGCTTGGTTTATGGACACTCCTTTCGCCTTGGGCGACAAGGATGGGTTCCAGGCCATTCGCGGAAAGTGGATCGTTGAGCTGGGAGAGCTGGACAGTTTCAACAAGGCCGAGTCCACCAAGGCAAAGCAGTTCTTCTCGGCCTCGACGGACACTTACCGCGAGAGCTATGGCCGTAGAACGATGGACGTGCCACGCCAGTGTGTTTTCGTGGGTACGACGAACCAGGATGAGTACCTGAAGGATGCCACAGGGAACCGTCGGTATTGGCCGGTGGCTTGTACCAAGGTGGACCTTGATAAGTTGCGCGAGATCCGCGACCAGCTGTGGGCCGAGGCGATGTTTTGCTATCAGTCCGGCGATATCTGGTGGGTCAACCGGGAGGAGGCGCCGCTGTTCGCCGAGGCGCAGGAAGAGCGCTTTGTGGTGGATGAATGGGAAGGCCCGATTCTGGCCTGGCTCGAAGAGTCTCAGATTGGCGAAACCGCGACCGGCACCGACATTCTTCTGGGGGCTTTGAAGCTGGACTTCGGTCACTGGGGCAAACCAGAACAGATGCGGGTCGGGGCAATCATGCACCGGTTGGGTTGGCGCAAGGTCCGGCAACCTGCTCTGCGTAAGAGCGGCATCAGGCCTTGGGCTTACAAGAAGCCAGAAAACTGGGGCAGGTCATCGAACCTTGAGCAGCAGCCGGTTGAGGAGCCATGTTTCGATGATTAA MLDDVLNQFADFGLEPAQPLLYGKLTRCKTVLDKGKEKNGWYVLHEHHTEKGETLIFGAFGDWRTGETQKIKVKPGRMTPEEREVMRARQEEAKRKAAEKAANAARRAANRAAGLFKRMPEKGRSAYLDRKQIVGLGVRYAPRSGAVLVPMQNARDQIVGLQVIFPEKQEDTGRDKSYWPYGMAKEGAFHLIGPHPEPGEPVLVCEGYATGASLHMATSLTVAIAFDAGNLMTVAKAMRERFPGRPLIICRDDDWKTKRPNGEPWNPGEEKANNAATVVGGQVVGPIFSGEREDKWTDFNDLHCAEGLEAVRRQVLAVVKPPAAGGWKDQLARTENGMLIAHMQNVELILGNDERWAGVIGFSAFSSKIVKLRAAPYGGGVGDWADIDDMLVMKWLAQQYNLRVKASSVIEAVSVVAHDHAFHPVRDYLNGLEWDRVPRLDTWLTDIMGVAPTDYSSKVGKRWMVSAVGRVMQPGCKADSVMILEGAQGAGKSTAMSVLGGAWFMDTPFALGDKDGFQAIRGKWIVELGELDSFNKAESTKAKQFFSASTDTYRESYGRRTMDVPRQCVFVGTTNQDEYLKDATGNRRYWPVACTKVDLDKLREIRDQLWAEAMFCYQSGDIWWVNREEAPLFAEAQEERFVVDEWEGPILAWLEESQIGETATGTDILLGALKLDFGHWGKPEQMRVGAIMHRLGWRKVRQPALRKSGIRPWAYKKPENWGRSSNLEQQPVEEPCFDD NA NA NA NA NA D1-35_01870 360 hypothetical protein ATGATTAAGGAGATCGACGCGCGGCTGCGCAAATGGGCCGAGGAGCTGCATAGCGACCTTAGTGCCGGCGGGCTCGCCGGTGGGAACATGGTTGCCATGATGATGGAGAGCAATGGACAGCTGATTCGAGGCCGGCGGGCGTTCCGTGCGCCGCTGGAAGGTTCGCTTGATATCGAGCTGATCGTGACCAAACATCTCGATCCTCTGCATGTGCAAATCGTGCGAGAGCACTACTGCAACCAGGACAGCGACATGCGCTTGAAGTATGCCCACTGCGGCTGCGGGCGCGACACCTACTACCAGCGTCTGCATGACGCGCACCTGTGCATCTATTGGCTGCTGATGGGAGTTGCTGCTTGA MIKEIDARLRKWAEELHSDLSAGGLAGGNMVAMMMESNGQLIRGRRAFRAPLEGSLDIELIVTKHLDPLHVQIVREHYCNQDSDMRLKYAHCGCGRDTYYQRLHDAHLCIYWLLMGVAA NA NA NA NA NA D1-35_01871 345 hypothetical protein ATGACGAACGAGCAGCAAGCACTGGCAGAAATGCCGATCTGGTTAGTAATTCTTTTGGCCTTGGTCGGCGGCGTATCGGGGGAGATGTGGCGGGCCGACAAGGATGGGGCGCGGGGCTGGGCGTTGTTGAGGCGCCTGGCACTGCGGTCCGGTGCCTGCGTTGTCTGCGGGGTGTCGGCGATGATGTTGATGATCGCCGCCGGCATGTCGCTCTGGACAGCGGGCAGCCTGGGCAGCATCACCGCGATGGCCGGCGCCGATGTCGCCATCGGCCTTTACGAACGCTGGGCCGCCAAGCGGCTGGGTGTAGCAGAGGCACCGCCGGCCGGTGGCGGGCAGGGATGA MTNEQQALAEMPIWLVILLALVGGVSGEMWRADKDGARGWALLRRLALRSGACVVCGVSAMMLMIAAGMSLWTAGSLGSITAMAGADVAIGLYERWAAKRLGVAEAPPAGGGQG NA NA NA NA NA D1-35_01872 129 hypothetical protein ATGATTTTGACGCCGGGGACCCTGCCGTTTTCCCTGGGGTACGGGGTCGCAAACCCGCGGGAAAGCGTTAGCGGCAGGGTTGCCAGCTTACTGAAATTCAAGCCATTGAAATTGAAAGGTCTGCATTGA MILTPGTLPFSLGYGVANPRESVSGRVASLLKFKPLKLKGLH NA NA NA NA NA D1-35_01873 603 hypothetical protein ATGACAGAACCACAGTACCTGTCGAAGAGCGCCTTCGCGGCCCGGATCGGCAGGGCGCCGAGTTACATCACCTGGTTGAAAAACAACAACCGGCTGGTGCTCAGTGCCGACGGCAAACAAGTTGATGTTCAGGCCAGCGAAGCGTTGATTCGCGACACTGCCGACCCGAGCAAAGCCGCCGTCGCCGAGCGTCACCAGCAGGACCGGATTCAGCGTGACGTGTACGGCCAGCTTTCAACCTCGGTTGAGCCGACTTGCACGGCTGCGCCGCCGCCCGCGAACACCCCTGCGGGGCAGCTCCCCGATTTCCAGAAAGCCCGCGCTCTGCGCGAGCACAACTTGGCCCAGCTCGCGGAAATCGAGCTGCACAAAGCCAAGGGATCGCTAGTCGCATTACCCGCTGTGAAATTGGGTGCCTACAACGCTGGCCGCCTCCTGCGCGATCAGCTGTTCGGCATGCCGCCACAGCTGGCGCCGGAGCTGGCGGTCATGACTGACCCCTGGGAAATCGAAAAGCACCTGACGGCGGCCTTGCGCCGCACGCTGGAGGACGCGGAGCGCTTGTCCTCGGCGGACCTTGAACACGCCCTGAACACGAGTTGA MTEPQYLSKSAFAARIGRAPSYITWLKNNNRLVLSADGKQVDVQASEALIRDTADPSKAAVAERHQQDRIQRDVYGQLSTSVEPTCTAAPPPANTPAGQLPDFQKARALREHNLAQLAEIELHKAKGSLVALPAVKLGAYNAGRLLRDQLFGMPPQLAPELAVMTDPWEIEKHLTAALRRTLEDAERLSSADLEHALNTS NA NA NA NA NA D1-35_01874 2013 hypothetical protein ATGCCCACGGAAATTCCTGACGGTGCAGAGGTGTACCGCGAGGCGTATTTCCGTGGGCTGCGTCCCGACCCGGATGTCTGGATCGATGTATGGGCCGACGAATACATGCGCATCCCGCGTGACACCGGTGCCGCCGAGCCCGGCCAGTACCGCACTTCGCGCACGCCGTATGCCCGCGAACCCATGCGTTGCTTGTCACCGGCTCACCCCTGCAAACGCGTGGTGACCATGGTCGCCTCGCAGTTGATGAAAACCCAGATCGCCTTGAACTGGATCGGCGGCCTGATCCACATGGCGCCGTCGAACATTCTGACGTTGCTGCCGAGCCTGGGCTTGGCGAAGCGGGTCTCCTCGCGGATTGGCAAGACCATCAAGGCTACGCCGGTACTGCGTGAACGGGTGGCGTCCAGCCGCTCGCGAGACTCACGCAACACCATGGACACCAAGGAGTTCGAAGGCGGTTCGCTGTACGTCACCACAGCCGGCTCGGCGGCCAACCTTTCGGAGTTATCGGCGCGCTACGTCTACGGCGACGAGATCGACCGCTGGGAAGTGGACATCGGCGAGGAGGGTGACCCCATCGAGCTGGCGGAAACGCGGGGTAGTACGTTCGGTCGCAATGCGAAGTTCTACTTCTCCAGTTCGCCAACCATCAAAGGTGCCTCGCGGATCTCCGACCTGTTCGAGGGCAGCGACCAGCGTCACTACTACGTGCCGTGCCCCACCTGCGGCCACATGCAGACTCTGGAATGGGAAAGCTTGCACTACTCGCGGGACTTCAGCGTGGTGCACTACCAGTGCGCAGGCCCTGATTGTGACGTGCTGATCGAGGAGTACCACAAGGCCGAGATGCTCGCCAAAGGCGAATGGCGCGCCCATGCCGAGGGTGACGGCGAGACGGTAGGGTTTACCCTCAACGCCTTGTATTCACCGCTCGGCTGGATGGACTGGAAATCCCTCGCCAAGCAGTTCGAAAAGGCTAAAAAAGCCCAGGCCAAGGGCGACCTTGAACCGATGCAGGTGTTCTATAACACCCGTTTGGCGAAGGTGTGGGACAGCGCCCAGGAGCAAACCAAGGCCGATACCCTGAAGCACCGGGCACGCCTGGAAAACTTCACCCTCGGCTCGATGCCGGCCGGCGTGCTCATGGTCACCGGCGCCGTTGACGTCCAGGCCAACCGCCTAGAGTTCATGGCGATGGGCTGGGGCGTCGGCATGGAGCGCTGGGTCATTGACTACCAGATCGTCGCGGGCGACCCGGCTGACGACCGCACCTGGGCGGCGCTGGACGAGTTGCTCAAGGCCAAGTATCGGCATCCATGCGGTGTTGGCCTGGGCATCCTGGCAACGGCTGTCGACTCCGGCGGTCATCACACCGACGAGGTTTATCAGTTCTGCCGCGTGCGCCGCTGGCGAAACGTGTTCGCCATCAAGGGCGCGAGCAAGCCCGGCAAGCCGGTGATTGCCCAGCGGCCGTCCATGGTGGATGTGACCTGGAAAGGCCAGACAGAACGCAACGGCGCCGAGCTGTGGTTTGTCGGTACCGACACGGCGAAAGACTGGATCTACAACCGCTACCCATTCGAGTCCGGCCCGGGCGCGTTGCACTTTGCCAGCGACTTGCCGGACGACTTCTTCGCGCAGTGCGTGGCCGAACGTAAGGTCGCCCGATATGTGCGTGGTCACAAACGCATCGAATGGGTCAAGGGCAAGGCTGAGCGCAACGAGGCCCTCGACCTGATGGTGTACTGCCTTGCCATGGCGCATTACCTGGGCATCAACCGCTACAAGGAGCACGACTGGGAGCGGGTCCGTCAGGCCTTGGCGCAGTCTGGGTTGTTCGATGACGCGTTGGGCATCAAGCCCGTGCAGGGCGAACGAGTCACTCAGCCGGTTCCGGCGGCCTTGTCACAACCAACACCGCAACCCGTCGCCCAAGCGGCTCAACCACGATCCGCTACGCCACCCCCTCAACGCCGCAGTTCCACTAGCGGCTATCTGAAGAGACGCTGA MPTEIPDGAEVYREAYFRGLRPDPDVWIDVWADEYMRIPRDTGAAEPGQYRTSRTPYAREPMRCLSPAHPCKRVVTMVASQLMKTQIALNWIGGLIHMAPSNILTLLPSLGLAKRVSSRIGKTIKATPVLRERVASSRSRDSRNTMDTKEFEGGSLYVTTAGSAANLSELSARYVYGDEIDRWEVDIGEEGDPIELAETRGSTFGRNAKFYFSSSPTIKGASRISDLFEGSDQRHYYVPCPTCGHMQTLEWESLHYSRDFSVVHYQCAGPDCDVLIEEYHKAEMLAKGEWRAHAEGDGETVGFTLNALYSPLGWMDWKSLAKQFEKAKKAQAKGDLEPMQVFYNTRLAKVWDSAQEQTKADTLKHRARLENFTLGSMPAGVLMVTGAVDVQANRLEFMAMGWGVGMERWVIDYQIVAGDPADDRTWAALDELLKAKYRHPCGVGLGILATAVDSGGHHTDEVYQFCRVRRWRNVFAIKGASKPGKPVIAQRPSMVDVTWKGQTERNGAELWFVGTDTAKDWIYNRYPFESGPGALHFASDLPDDFFAQCVAERKVARYVRGHKRIEWVKGKAERNEALDLMVYCLAMAHYLGINRYKEHDWERVRQALAQSGLFDDALGIKPVQGERVTQPVPAALSQPTPQPVAQAAQPRSATPPPQRRSSTSGYLKRR NA NA NA NA NA D1-35_01875 207 hypothetical protein ATGTCCTTTACACAAAAGCACCTCGACGCGGTTGAGGCGGCCATCGCTCGCGGTGAGAAAGTCGTGCGCTACACCGACCGCACCGTGGAGTACCGCACCGTCGACGAGCTGATCAAGGCCCGCGACGAGATCCGCACCTCTCTGGTCAACTCGGCCGGGCCGCGCTCCCGCGTAGTCCGACTTTATCATGGAGGCAAAGGAGTCTGA MSFTQKHLDAVEAAIARGEKVVRYTDRTVEYRTVDELIKARDEIRTSLVNSAGPRSRVVRLYHGGKGV NA NA NA NA NA D1-35_01876 1482 hypothetical protein ATGGCCCGACACTATCCGACGCTCAGCCGTAGCGGATTCTTGTTGCCGTCGAACATCAAGGCCAGTTACGAAGGCGCCGGAGAGGGTCGCCGATCCACTGGCTGGGATGCGCCCGACAACGGAATCAACAGCATCAACACACCGGCACTGCGCAACCTGCGCGGCCGGTCGCGGGCAGCGGTACGCAACGACCCGTATGCCTTCAACGTCATCGACAAACGCGTCAGCAACTTGATCGGCACGGGCATCACGCCCAGGCCGAACACCGAAGACAACGCGCTTCGCAAGCTGCTGCAGCTGCTATGGGATGACTGGGTGGACGAGTCGGACGCCGATGAGCACACCGACTTCTATGGGCAGCAGGCGCTGGTCGCTCGCACCGTCGAGACTTCCGGCGAATGCTTTGTCCGCTTACGACCACGCCGCCTGGATGAGGGGCTGGCGGTACCACTCCAGGTGCAGATCCTCGCGCCGGAGTTCGTACCCCACGATAAATTCGAGACCACGCGCACCGGCAACGCCATTCGTGCTGGCATTGAGTTCAATCCGGAGGGCAAGCGGGTGGCCTACTGGATGTACCTGTCGCACCCCCGCGACGGCGTATCGCTGAACGCGGGTTATAACCAGTTGGTGCGGGTACCGGCATCGCAGGTGCTGCATGTCTTCGAACCGGTAGAGCCGGGGCAATTGCGCGGTGTACCGCGCCTGTCTCCCGTACTCAAGCGCCTGCGTAGCCTGGATAACTATGACGACGCGGTGCTGTTCAGGCAGGAAGTAGCAAACCTCTTCGCCGGCTTCATCAGCCGCCCGGCGCCGGACTCTGGCCCCGTGCCAAGGGATCCCGTCACCGGTGAGCCGCTGAGCTTTGACCGTGACGGATTCACGCCCATGGTCGCGCTGGAGCCCGGCACCATGCAGGAGTTGGGGCCGGGTGAGGAGGTTGAGTTCTCCAAACCGCCGGACGCCGGCAACAACTACCCCGACTTCATGCGCCAACAACTGATGGCCGCAGCTGCGGGTACCGGCACGCCATACGAGATCCTCACCGGTGATATGCGCGAAGTGAATGACCGGGCGTTGCGCGTCGTGTTGAACGAGTTCCGGCGCCGTTTGGAACAACTGCAATTCGGCGTGTATGTGCATCAGCTCTGCCGCCCGATCCGTGCTGCCTGGATGGACATGGCGGTCCTGTCCGGTGCCTTGGTGTTGGACGACTACGCCAAACGGCGCCGCGAATACCTGCGCACACGCTGGGTGCCGCAAGGCTGGGCCTACATCCAGCCTGTTCAGGACGTGCAGGCCCGCCGCATGGAAGTGCAAGCTGGCTTCGCCTCACGCAGCGAAATGGTCACCCGTACCGGTTATGACGCCGAAACCGTCGACGCGGAAAACGCTGCCGACAACGCAAGGGCCCAAGCGCTGGGCCTCAACTACAACACGCACGAAGCCGTCGAGGTTACTGACGACAAGGAGCAACCATGA MARHYPTLSRSGFLLPSNIKASYEGAGEGRRSTGWDAPDNGINSINTPALRNLRGRSRAAVRNDPYAFNVIDKRVSNLIGTGITPRPNTEDNALRKLLQLLWDDWVDESDADEHTDFYGQQALVARTVETSGECFVRLRPRRLDEGLAVPLQVQILAPEFVPHDKFETTRTGNAIRAGIEFNPEGKRVAYWMYLSHPRDGVSLNAGYNQLVRVPASQVLHVFEPVEPGQLRGVPRLSPVLKRLRSLDNYDDAVLFRQEVANLFAGFISRPAPDSGPVPRDPVTGEPLSFDRDGFTPMVALEPGTMQELGPGEEVEFSKPPDAGNNYPDFMRQQLMAAAAGTGTPYEILTGDMREVNDRALRVVLNEFRRRLEQLQFGVYVHQLCRPIRAAWMDMAVLSGALVLDDYAKRRREYLRTRWVPQGWAYIQPVQDVQARRMEVQAGFASRSEMVTRTGYDAETVDAENAADNARAQALGLNYNTHEAVEVTDDKEQP NA NA NA NA NA D1-35_01877 1161 clpP_2 ATP-dependent Clp protease proteolytic subunit ATGAGCAAACCAGCGCTTCCGCGCATTTACAACAGAGCCGGCCAGCGGGTGAAGGTCCAGGACAAGACCTGGTACGCCATGCAAGAGAGCGGCGATGCCGAAGAGCGGGTTATCGAGGTGTTCGTCTACGGCGAGATCGGCACCTGGGGCATCACCGCCAATCAGTTCGTGCAGGATCTGCGCGCCATGGATGACGGCGTATCGCCGGTTATCGCGGCATTCAACAGCATCGGCGGCGACCTGTTCGACGGGCTGGCGATGCACAACGCGCTGTCTCGCCTGGGCGAGCGTTGCACCGGCCGTGTCGATGCGCTGGCAGCCAGCGCGGCCAGTGTCGCGGTATGCGGGGCGCACCGTGTGGTCATCGCCTCCAACGCGATGCTGATGATCCACAACCCGTGGACCTACGCGGCGGGGGACGCCGAAGACTTTCGCAAGGTAGCCGACGTCCTGGATCAAACCATGGAGGCCATTATCGCGGCCTATAAGGCCAAGGCGCCGGATATCGACGAAGCCGAGCTTCGGCGTCTGGTGGCGGCTGAAACCTGGCTGACCGCCAACGAAGCGGTGGCCCTGGGGCTGGCCGATGAGGTGGGCGACGGGGTGAAGGTCAAGGCGTGTCTGGGGCAGGGCGCCGTGCTGCAGCGTTACCAGCATGCCCCGGCTGAATTGCTTGCCCAACTGGACGAGCCACCTGAACCGGATATCGAGCAGGAGCCTGAACCTACTGATCCGCTCCAGGATCCTCCTGTGGCGAACTCGGCCAAGCTGGCCCTGATGATCACCCAGCGTTGTACGGCGGACGGCATCAGCAACCTGATTGAGCCGCTGCTCAACTCGACCAAGCTGGAAAGCGAGGCCATCGTCCTGGCAGGCTTGGCCCGTGCCAAAGCCGTAAACGATCTCTGCGTTGCCGCACGACTGCCTGAGTTCAGCGCCGAATACGTCGCGGCCGGTTTGGATGCCGCCTCGGTTCGAGCGCGTCTGTTCGACAAACTGGTGGGCAGCGGCAAAGGCTTCGAGATCGATAACAGCCTACCGCTCAATGCAGATCCGGCCCCGAAGGTTCAGGCCAAACAACCCGACCCCACCTCTATCTGGGCAGCCCGTCAGGCGGCGCAGTCAGGTACCGCTAATACCTCGAAAGGAGCAAGACCATGA MSKPALPRIYNRAGQRVKVQDKTWYAMQESGDAEERVIEVFVYGEIGTWGITANQFVQDLRAMDDGVSPVIAAFNSIGGDLFDGLAMHNALSRLGERCTGRVDALAASAASVAVCGAHRVVIASNAMLMIHNPWTYAAGDAEDFRKVADVLDQTMEAIIAAYKAKAPDIDEAELRRLVAAETWLTANEAVALGLADEVGDGVKVKACLGQGAVLQRYQHAPAELLAQLDEPPEPDIEQEPEPTDPLQDPPVANSAKLALMITQRCTADGISNLIEPLLNSTKLESEAIVLAGLARAKAVNDLCVAARLPEFSAEYVAAGLDAASVRARLFDKLVGSGKGFEIDNSLPLNADPAPKVQAKQPDPTSIWAARQAAQSGTANTSKGARP NA NA NA NA NA D1-35_01878 345 hypothetical protein ATGACCATCAAACTGGAACCGATGCACGCCGGAGAATTCCTCCTGTCCGAGGGGGCCGGGAACATCTCGCGTGAAGCGATCAATGTCGCGGCAGGCCCAGCCTTGAATCCAGGGCAAGTACTCGGGCTGATCACTGCCACTGGCGAGTTCGCCCCTTACGACCCGACAGCTGAAGACGGCACGCAAACCGCCGTGGCGATCCTCTTCGGCCCGCTTGGCGAATCCGACGTGGTACGTCGAGCCCGCGCCGTGGTGCGTCTTGCGGAGGTGAGCGAAGTCCATCTGACCGGACTCGACCCCGACGCGGAAAAAGCCCTCGCCGCGCATTTTCTGATCGTTCGTTAA MTIKLEPMHAGEFLLSEGAGNISREAINVAAGPALNPGQVLGLITATGEFAPYDPTAEDGTQTAVAILFGPLGESDVVRRARAVVRLAEVSEVHLTGLDPDAEKALAAHFLIVR NA NA NA NA NA D1-35_01879 210 hypothetical protein ATGCCAGACCACAACGAAGCCCTAGCCAGCGCCCTGGAGCTGTTGCTGATCAATCAGAACGCCATCGGCGCTGCTGTTGAAGAACTTTCCAAGTGGGTCGCTGAGCGAGGCTCATCGGACGTTGCGGACAACGTCACGACTGCCTTAGAAACACTGGACCTCAATGCCGATGGGATTGGCAATGCAATTCGAGTCCTGCGTCAGGGATAG MPDHNEALASALELLLINQNAIGAAVEELSKWVAERGSSDVADNVTTALETLDLNADGIGNAIRVLRQG NA NA NA NA NA D1-35_01880 996 hypothetical protein ATGGCCGATATCGCCATTTTTGACGACGAAGCGTTTGCCGTACCGGCGCTCACCGCCGCAATCAACGAACAACCCTATCTGCCGGGCCGTATCAGCAGCCTCGGCCTGTTTCAAGAAGAGGGCGTTGCTACCCTGACAGTGCAAATCGAGAAGGATGGCGACACCCTGGCCCTTGTGCCTGCAGGTGAGCGCGGAACTTCAGGTCTGGTCGTCGGTGCCAGCAAACGCAAGATGATCCCTTTCAACACCGTGCACCTGCCGGAACGTTTCACCATCAAGGCCGACGAGATCCAGGGCATCCGGGCGTTCGGCACCCGCACCGAGTTGCAAGCGGTACAGGACGTCGTGAATACCCGGCTGGCAAAAGCGCGCCGCCAGTTGGACGCGACGCACGAGTTTCAACGCATGGGCGCACTCAACGGCTTGGTGCTGGATGCCGACGGTAAGACACCACTGCTCGATCTCTACGCCGCCTTCGGAGTGTCTCGACAAAAACTGTCCATGGGGCTGAATGACCCGAGTACCGAACTGCGCGTTATGTGCGGGGAGGCGCTGGACATGCAGGAGGACGCGCTGGGTAGCGTCACCAGCACCGGCTCCCGCGCCTTCTGTGGCAAGAATTTCTGGAACAAGCTGATCGTTCACAAGTCGGTCAAGGAAACCTACATCGCCACGCAGCAAGCGGCGGCATTGCGCGGTGACGCTCGGGAGAGTTTCGAGTTCGGCGGCATCGTCTGGGAGCGCTACCGTGGCAAGGTGGCCGGTGTGGCCTTCGTCCATGATGACAAGGCGCTGCTGGTCCCTGAAGGCGTGCCGGACCTGTACATCTCGGTGTTCGCTCCAGCGGATTACATGGAAACGGTTAATACCCAGGGCATTCCGTACTACAGCAAGCTGGAGCCGTTGCCGTTCAACAAGGGGGTGGCCGGCGAAGCGCAATCCAACCCGCTGCACCTGTGCTCACGGCCCCGTGCGCAGATCCTGCTGGAACTCTAA MADIAIFDDEAFAVPALTAAINEQPYLPGRISSLGLFQEEGVATLTVQIEKDGDTLALVPAGERGTSGLVVGASKRKMIPFNTVHLPERFTIKADEIQGIRAFGTRTELQAVQDVVNTRLAKARRQLDATHEFQRMGALNGLVLDADGKTPLLDLYAAFGVSRQKLSMGLNDPSTELRVMCGEALDMQEDALGSVTSTGSRAFCGKNFWNKLIVHKSVKETYIATQQAAALRGDARESFEFGGIVWERYRGKVAGVAFVHDDKALLVPEGVPDLYISVFAPADYMETVNTQGIPYYSKLEPLPFNKGVAGEAQSNPLHLCSRPRAQILLEL NA NA NA NA NA D1-35_01881 315 hypothetical protein ATGAGCTTTCGCGAGCTGGTCGGTGACCTGGACCACACGGTATTTGATGTCCTCGGCGACTCGGTGCTGATCGAAGGCCGACCAGTCCTGGGCATGTTCTCCGCTCCCTGGTTGCAACCCAAACTCGGCCGGATTAACACCGGCCTTCGCGAGCCGCACCTGGTCATCCGCGTGGCGGACGCTGAAGGGATCAGTGAGCGGCACCAGGTCGTGGTCGACCTGCCGGTGCATGACGGCGGTGGCAACTACATCGTCGTCAGGCTGGAGCCCGGCGGCGATGGCTTGGTAACTCTGGTGTTGAGGAAATCCCCATGA MSFRELVGDLDHTVFDVLGDSVLIEGRPVLGMFSAPWLQPKLGRINTGLREPHLVIRVADAEGISERHQVVVDLPVHDGGGNYIVVRLEPGGDGLVTLVLRKSP NA NA NA NA NA D1-35_01882 663 hypothetical protein ATGAGTGTCGGCAGCTATGTCAAGCAGTCAGCCAGCAGCGGCATGATCACGTTGCAGGCTGATCGGTCGGATCTGAAAGCGTTTGCGGACTTCGCTGCGCTGGTACCCAAGGCTTCCTTAGCTGCACAGCGCCGGGCCATCAACAAAACGTTGCGGTGGCTGCGAACTCACATTGCCCGCACCGTCAGCCGGCAGGAGCGCATTGCAGTGGCTGCGGTACGGCAGCGCCTGAGGGCCTACCCGCTTTCTGGAAACGGTCAGGGCAAGCTGTGGTTCGGTATCAATGCGATTGAGGCCAGCCGTGCGGGTCGACCTCGACAATCACGGTCGGGTGTTTCGGTAGCAGGCCGTCGATATGGGGGAGCGTTTTTCAAGAAGGTCTACGGCAGTCGGCCCGATATCTGGATCCGAACCGCGAGCAAGCACTTCAAGGCCAGCGACTACCCCGACAGTGAGGTGTCTGGCGGTGGTGGGGCAAGCTCAGGCTGGGTCTCGGAGAACGATAGCCGCTTTCCGCTCGCCAAGGCCAAGATATCCCTGGAAGACGTCCGGCCGCACTTCGAGTCCTGGACCAATCGGGCTCACCAGCGCCTGCTTGAGATCCTGGAGCAGGAGCTGAACTTTGAACTGCAGAAGTATCTGCGAGGATCGGCCCGTGTCTGA MSVGSYVKQSASSGMITLQADRSDLKAFADFAALVPKASLAAQRRAINKTLRWLRTHIARTVSRQERIAVAAVRQRLRAYPLSGNGQGKLWFGINAIEASRAGRPRQSRSGVSVAGRRYGGAFFKKVYGSRPDIWIRTASKHFKASDYPDSEVSGGGGASSGWVSENDSRFPLAKAKISLEDVRPHFESWTNRAHQRLLEILEQELNFELQKYLRGSARV NA NA NA NA NA D1-35_01883 525 hypothetical protein GTGTCTGACTTCAGTCTTGAACTTTTGTATCAGGCCGTTGAGGCTCATATCGACCAAGCGATCCCAGGATTGGCCTGCGTGCGGACCATGCCCTATATGGCCGATCACATCGACTTGCCTGCTGCGGTGATTGAGTTGGTCGAGCTGGAGCCCGGCCGAGATCCCGGAACAGGGGAGACGGCGCTGGTTGCGCGTTTGGAGGTGCGCTTCATCGTTGGCGGTGAGGATGCCGAGTGCCAACAGAAAGCGGCATTCGCCGCCGCACAAATGGCCGTGCTGTTGCGTATCCAGACATGGGGGCTGGAGGTCGAGCCCGCCGAGTTTGTTCGGGCAGCCCAAGACTGGACCCGCCCCGAGTTGGATGGTTACGCGGTCTGGGTCGTTGAATGGACGCAGACAATTTACCTCGGTCAGGAGGAGTGGCCGTGGCCGAATCAACCGCCGGGTTCCTTGCTCTGGGGTTTCAGCCCTGACACGGGACCTGGTAGCGAAGGTAACTATCAGACACCGGAGGATATGGCATGA MSDFSLELLYQAVEAHIDQAIPGLACVRTMPYMADHIDLPAAVIELVELEPGRDPGTGETALVARLEVRFIVGGEDAECQQKAAFAAAQMAVLLRIQTWGLEVEPAEFVRAAQDWTRPELDGYAVWVVEWTQTIYLGQEEWPWPNQPPGSLLWGFSPDTGPGSEGNYQTPEDMA NA NA NA NA NA D1-35_01884 564 hypothetical protein ATGAGCTACCCCAGTGCGCAGCATGACCGCATGCTGGCCGGCCTGGTCAAGGATTGTTATGTGGTCGCGCTGGATCTGACCGCTTCGCCACCCGCATGTCGGGTGTCGGATGGGGACTGGGTCAGTGCCTGGGTGCGTTGGCACAGCATCGCCGCCGGCAAAGCCCGTCATTGGCGAGCCCCCAGCATGGGCGAGCAGGGAACTCTGGTAAGTGCCAGCGGCGATGTGGCGCAGGGCACATTTATCCCCGGCCTCTATGGCGATGCCGGGGCACCGCCGGACAACCGCGACCACGTCGAGGTATGGCGTTTCGAGGATGGGGGCTCGCTGGTCTATGACTGGCAGGCCGGCACCTACACCATCACCGTGCCAAGCGGTACCGTGACGATCAAAGTCGGCGGAACCGAAGTGGTCGTAACGGACAGCGAGATCAACGCCACGGCAGGCGATATCACCCTGACGGGCAATGTGCTGATCAACGGCCCGTTGCAGGTCACGGGCGATATCAACGGCGGCGGAAAAATCATCGATACCGGTGGCAACACGCCGAACCACAAACACTGA MSYPSAQHDRMLAGLVKDCYVVALDLTASPPACRVSDGDWVSAWVRWHSIAAGKARHWRAPSMGEQGTLVSASGDVAQGTFIPGLYGDAGAPPDNRDHVEVWRFEDGGSLVYDWQAGTYTITVPSGTVTIKVGGTEVVVTDSEINATAGDITLTGNVLINGPLQVTGDINGGGKIIDTGGNTPNHKH NA NA NA NA NA D1-35_01885 249 hypothetical protein ATGAGCAAAACGCGAACAGACACCGAGCGGCCAACTGCCGTCGCGGCGGTGCCTGAGCCCTTCCAAACCGAGTCGTCGGCCCCCATCGGAGCGGCACGAGTGTTTCGTGACACCCGATACACCTCACGCACGCTGATCATGCCGGACGGCAGCAGCTTGCCGATCATCGCCGGCCAGGTCACAGCCTGCGGCGATGATCAATACGCCTTTCTCAAGGCCCACCCGGATATGCAACAGCTGACGGAGTAA MSKTRTDTERPTAVAAVPEPFQTESSAPIGAARVFRDTRYTSRTLIMPDGSSLPIIAGQVTACGDDQYAFLKAHPDMQQLTE NA NA NA NA NA D1-35_01886 327 hypothetical protein ATGATCGGAGTGGACCGTCGCACGGGGCAGCCGCTGTCCGGGCAGGCGCATTTGCGGCAGTCTATTGAGGACATTCTGAGCACGCCTGTCGGCAGCCGCCGCATGCGGCCAGAGTACGGCAGCCAAATGCGTCGCTATGTCGACCTGCCAGTTAATGAGGGCTGGAAAAGCGCGGTACAGGCTGAAGTCGCTCGTGCCCTCGGGCGCTGGGAGCCCCGTTTGAAACTTGAACGTGTCCGGGTCATTGCGGTGGTGGATGGACAAATCACCTTGCAACTGACGGGCTCTTACATTGGCGATGGCGTGGTGCTGGAGGTGAACGCATGA MIGVDRRTGQPLSGQAHLRQSIEDILSTPVGSRRMRPEYGSQMRRYVDLPVNEGWKSAVQAEVARALGRWEPRLKLERVRVIAVVDGQITLQLTGSYIGDGVVLEVNA NA NA NA NA NA D1-35_01887 885 hypothetical protein ATGAGCACTATCGACCTTTCGGCGTTGCCGGCACCACAGGTGCTGGAGAGTCTGGATTTTGAAGAGTTGTATCAGGGCGAGCTGGCGACGTTCCGCGACTACATGGGCGATAACTGGACCGCTTTCCTTGAAAGCGATCCGGTGACCAAGCTGCTGGAGCTGGGCGCCTATCGACGCATGCAGAATCGGGCGAGGGTCAACGACGCGGCCAAGGCACTGTTTCTGGCTCATGCCACTGGTGCTGACCTGGTGCAGTTGGCCGCGAACGTGAACCTTGAACGGCTGGTCATTCAGGCCGAGGACCTGTCCGCCGTGCCGCCGGTGTCGGCGGTGCTGGAAAGCTACGACGCACTGCGCGAGCGCATCCAATTGAGGTACGAAGGGCTGACCACTGCTGGGCCTCGGAACAGTTACATCCTGCACGCCCGTAACGCCTCGGGCCTGGTGGCAGACGCCACGGCCGAAAGCCCGGCGCCGGCCGAGGTGGTCGTGACGGTACTGTCCCTGGAGGGCGATGGTACGGCCAGCCCCGAGTTGTTGGCCGAGGTGGCCACTCACCTCAACGACGAAGATCGGCGGCCTGTTGCTGATCGGCTGACGGTGCAGGGCGCCGAGATCCTGCCTTATCGAATCGATGCCGTGGTGTACATGGCCGGTAATGGCCCGGAAAACGAGGCAGCGCTGGCCGAATGCAATGCGCGATTGCAGGCCTGGATCAACCCCCGGCGCCGCTTAGGCGTTGAGGTGGCCCGTTCGGCGATTGATGCACAAATCCACGTCAGTGGCGTGGCCCGGGTCGAGATCCCTGGATGGATGGACATCCGCCCAACCAAAGCCCAAGCGGCGTGGTGCACGGGGTTCACCATAACGCGGGGTAGCAAATGA MSTIDLSALPAPQVLESLDFEELYQGELATFRDYMGDNWTAFLESDPVTKLLELGAYRRMQNRARVNDAAKALFLAHATGADLVQLAANVNLERLVIQAEDLSAVPPVSAVLESYDALRERIQLRYEGLTTAGPRNSYILHARNASGLVADATAESPAPAEVVVTVLSLEGDGTASPELLAEVATHLNDEDRRPVADRLTVQGAEILPYRIDAVVYMAGNGPENEAALAECNARLQAWINPRRRLGVEVARSAIDAQIHVSGVARVEIPGWMDIRPTKAQAAWCTGFTITRGSK NA NA NA NA NA D1-35_01888 609 hypothetical protein ATGAAAAGTCTGCTTCCCCTCAACAGCACGCAGCTCGAACGGGCAATTGAAGCGGCTATCGACGAAACAACAGAGATACCGCTTCGAACCTTATACAACCCGGACACCTGCCCGGCGCACCTGCTTTACCAACTGGCTTGGGCCTGGTCCGTGGACCGCTGGGACGAGGCATGGCCCGAAGAGATCAAGCGTTCGGTGATTCGCTCTTCGTTCTACGTTCATGCCCATAAGGGAACCATTGGCGCCCTGCGCCGGGTGGTGGAACCGTTCGGTTATCTGATCGAGGTCGTCGAGTGGTTCCAGACAGAGCCCAAGGGCGTGCCGGGAACGTTCGCGTTGAAGATCGGTGTTTCCGATGGAGGCATCAGCGAAGAAACCTATCAGGAACTGACGTGGTTGATCGATGACGCTCGGCCGGTCAGTCGCCACATGACAGGGCTGGCGATCAGCCTCGAAACCACAGGCCATTTGAACATCGGCGTTGCCTTGTATGAAGGCGACGAAATCGACGTGTACCCGCCGGTCATGCGTGACATTGAAGTTACGGGCCGTTTTGGTGTGGTGGGACGCGAACACTCCATAGACACCTTGGACGTTTATTATGATTGA MKSLLPLNSTQLERAIEAAIDETTEIPLRTLYNPDTCPAHLLYQLAWAWSVDRWDEAWPEEIKRSVIRSSFYVHAHKGTIGALRRVVEPFGYLIEVVEWFQTEPKGVPGTFALKIGVSDGGISEETYQELTWLIDDARPVSRHMTGLAISLETTGHLNIGVALYEGDEIDVYPPVMRDIEVTGRFGVVGREHSIDTLDVYYD NA NA NA NA NA D1-35_01889 2166 hypothetical protein ATGATTGATGTGAACTCGCAATTTTTCGCGATCCTCACGAACGTGGGTATGGCAAAACAAGCGAACGCCGACGCCCTCGGTATTCCCTGGAAAATCACTGAAATGGGGGTGGGGGATGCCAATGGTACTGACCCTATCCCCAATGCAGCTCAAACCAAACTCATCAACGAATGGCGCCGTAGGCCACTGAATCAACTTAAAGTTGATCCTGTCAACCCGGCGGTCATCATTGCCGAGCAGATCATCCCGGCTGATGAGGGTGGCAAGTGGATTCGCGAAATCGGTCTGTATGACGCGGACGGGGATCTGGTGGCGGTGGCGAATTGCGCGCCGAGCTTCAAGCCGGTGCTGTCGCAGGGATCGGGCCGTACGCAAGTGGTGCGGATGAATTTGATCGTTTCCAGCACCGCCAACATCTCGCTCAAAATAGACCCTGCAGTGGTGCTGGCCACACGTGAGTACGTCGATACAAGAATCTTTGAAGAATTGTGCAAGCTGGACACCAAACAATCGGTGCGGGTTGCCACCACGGCGAACATCACGCTGGCGGGGTTGCAGACGATTGATTCGGTAGTCTTGCTCGACGGCGACCGTGTGCTGGTAAAAAACCAGGCTGCTGCTAAGGACAATGGCCTTTATGTCGCAGCCACGGGAGCGTGGTCGCGCTCACTTGATGCTGACAGCAGCGTTGAAGTGACCTCTGCGCTGTTGGTCTCGGTTGAGCAGGGCGCTTCGCAGGCGGATACACGCTGGCAGCTAGTGACGGATGGGGCAATCGTCCTGGGTACAACGCCGTTGGTTTTCCAGAACGTCAATCATGGCTTGGCACCCATCAGTTCCCCTGCATTTACCGGTACGCCTACTGCCCCGACGGCGCCGGTGGGGACCAATACCAACCAGTTGGCAACGACGGCATTTATTCAGGCCGCCATAGCGGCACTGGTGGACTCGTCGCCAGGCACGTTGGATACGCTCAACGAGCTGGCTGCCGCGCTGGGCGACGACCCAAACTTTGCCACCACGGTCACCAACGCTTTAGCCACGAAAGCGCCGCTCAACGGTCCGGTTTTCACTGGCGAGCCACGAGCGCCTACCCCGGCGCCTGGGGATAGCGACACCTCCCTAGCGACCACCGCTTACGTTCAGCAGGCATTGAACGGCGGCAGCGTTCTCAACGTTGCAGGCTCGGGGAATATCGTGTTGACCGCCTCGCAACTAGGGGCCGGGTTGATTGTGTTAACCGGTGCTTTGACTGGCAACAGGGTGGTAATTGTTCCTACAGTGATCGGGCGTTATCAGTTCTGGAACGCCACGACCGGAAACTTCACGCTTACAGTAAAAACTGCGGCGGGGACCGGCGTCGGTATCAGTCAGGGCCAGTCGTCGCTCCTGTTCGGTGACGGCTCGAATATTTACCTTCAGCAATCTGATTTCATCAGTCCTGTACTCAGAGGAACGCCGACGGCGCCCAAAGCGCCGCGTTTCGATGTCAGTGATCAGGTGATGACGGCGGCAGCGGTACAGGCCCGAGGCCTTCAATATTCCGGCTTTGTTTCTCTCGGCGGCGCAGTGCCAGGTAACGTTTCGCATATCGGTGGGATTGTGCATTTTACCGGCGCGGGCTTTCCCTCCTACAGCCTGCCCGACTCCACCGCGAACAACATACTCCCAGGCGCGGTAATACGGCTTCACAACTGGTCCGTTTCAAACCTGGCGCTCGCCGTGCAAGGCGCAGACAAAGCGCAGGAAAACAATGACACCACCTCTTCTGCGGCTACCCGGTCGATTCCGCCGGACACTTACGTAGATTGCATATACATCGGATCCGGAGTTTGGATGTTGATGGGTACAGGGGTCGCTGGGAAAACCCGTCAGTTCGGCGCTCTGCTGGCCCCGAATGGTTACCAGCGATTGCCGTCTGGCTTGTTGATGCAGTGGATGACTGCAAACTTTGCTTCGGCGTTTAAGGGGGTCGTCTTCAATCTGCCAGCTGCTTTCCCTAACCAGTTTTTCGGGTGCAGCGTCAGTCTGACGGACAGCGCCATTTACGACAGTACCGGTCAGCCCTTCGTGGCTGGAATGCCCAACGGACTGGGTCAGGTTCTTTTGCAATCCAACTACACCGCCAGTCAGTCGGCTGTCCGGGTACTTGCGTTCGGTTATTAA MIDVNSQFFAILTNVGMAKQANADALGIPWKITEMGVGDANGTDPIPNAAQTKLINEWRRRPLNQLKVDPVNPAVIIAEQIIPADEGGKWIREIGLYDADGDLVAVANCAPSFKPVLSQGSGRTQVVRMNLIVSSTANISLKIDPAVVLATREYVDTRIFEELCKLDTKQSVRVATTANITLAGLQTIDSVVLLDGDRVLVKNQAAAKDNGLYVAATGAWSRSLDADSSVEVTSALLVSVEQGASQADTRWQLVTDGAIVLGTTPLVFQNVNHGLAPISSPAFTGTPTAPTAPVGTNTNQLATTAFIQAAIAALVDSSPGTLDTLNELAAALGDDPNFATTVTNALATKAPLNGPVFTGEPRAPTPAPGDSDTSLATTAYVQQALNGGSVLNVAGSGNIVLTASQLGAGLIVLTGALTGNRVVIVPTVIGRYQFWNATTGNFTLTVKTAAGTGVGISQGQSSLLFGDGSNIYLQQSDFISPVLRGTPTAPKAPRFDVSDQVMTAAAVQARGLQYSGFVSLGGAVPGNVSHIGGIVHFTGAGFPSYSLPDSTANNILPGAVIRLHNWSVSNLALAVQGADKAQENNDTTSSAATRSIPPDTYVDCIYIGSGVWMLMGTGVAGKTRQFGALLAPNGYQRLPSGLLMQWMTANFASAFKGVVFNLPAAFPNQFFGCSVSLTDSAIYDSTGQPFVAGMPNGLGQVLLQSNYTASQSAVRVLAFGY NA NA NA NA NA D1-35_01890 426 hypothetical protein ATGATTTATTCCAGCAAAACAACAAATCTCTTCTATGACTCGGACTGGGGCGCGGATCTGCCGGCAGACGCAACCGAAATATCGTTTGAGTTGCGCCAACACTTATTGGACGGGCAGACGCGGGGCTTGGCTATCAACTTCGATACCGAGCCGCCATCTCTCCTCGAGCGACCACCGTTGTCGTTGGAACAGTTGACCGAGATCGAACGCAGCTGGCGTGCGTCGCAATTGTCTGCGACTGACGGTGTGGTTGCGCGCCACCGGGACGAATCAGAAAGCGGTATGACTACCACACTTGCTGCTGAACAATACGTTGCATTGCAGGCCTATCGGCGCCAGTTGCGAGACTGGCCACAAGCGGGCCAGTTTCCACTGGCAGAACATCGCCCCATTGCCCCGGGCTGGCTCGCCGAACATACCCATTAA MIYSSKTTNLFYDSDWGADLPADATEISFELRQHLLDGQTRGLAINFDTEPPSLLERPPLSLEQLTEIERSWRASQLSATDGVVARHRDESESGMTTTLAAEQYVALQAYRRQLRDWPQAGQFPLAEHRPIAPGWLAEHTH NA NA NA NA NA D1-35_01891 1164 gpFI_2 Putative prophage major tail sheath protein ATGAGCTTCTTTCACGGCGTTACCACCACGAACGTCGACACCGGCGCTCGTGTCGTTGCGTTGCCTTCGTCCTCGATCATTGGACTGGTTGACACCTTTGTACCGGCGCCGGCCTACAGCGCGCAGCCGAACGACCTGGTGGTGATCACCAACGAACGCGAAGCGGTGGCCGCCTTCGGCCCCGACTCGGCAATGACCAAAGCCTGCAAGGCCATCTATACCCGAGCCAAGGCGGTGATCGTCGCCTGTGGTGTGGCCCAGTTGGCCGATCCGGCTGCACAGACCTCGGCGATCATCGGCGGCGTTCAGGCTGACGGTAAGCGTACCGGTCTGCAGGCGCTGCTGGACGGCAAGAGCCGGTTCAACGCGCAGCCGCGGCTGTTGGTCACTCCCAAGCACAGCGCGACACAGGCTGTCGGTACCGCCCTGGTGGCAGTGGCCGACAAGTTGCGAGGGCTCGCCATTCTCGACGGTCCAAACACCACCGATGAGGCGGTGATGGCCTACGCCGAGAACTTCGGCGCCAAGCGGGCGTACCTGGTTGATCCGGGTGTGCAGTATTGGGACACCACGGCGGACGCCACGGTCGACGCGCCGGGCTCGGCCTGGGTGGCGGGCTTGTTCGCCTGGACCGACAGCGAATACGGCTTTTGGGCTTCGCCTTCGAACAAGGAGTTTGTTGGTATCACTGGCACTACGCGGCCGATTGAGTTCCTGGACGGTGACGAAACCTGCCGGGCCAACCTGCTCAACAACGCCAACATCACCACGATCATCCGTGATGACGGCTTCCGCCTGTGGGGCAACCGCACCCTTTCGAGCGATCCGAAGTGGGCGTTCGTCACTCGCGTACGGACGATGGACATCGTCATGGACGCGATCCTCTACGGCCACAAATGGGCGGTCGACCGCTCCATCACAGCGACTTACATCAAGGACGTGACTGAAGGTCTGCAGGCGTTCATGCGCGACCTGAAAGCCCAAGGCGCAATCATCAACTTCGAGGTGTATGCCGACCCGGAGTTGAACACGGCCAGCCAGCTGGAGCAGGGCAAGGTGTATTGGAACATCCGCTTCACCGACGTTCCGCCGGCAGAAAACCCCAACTTCCGCGTAGAGGTCACCAACCAATGGCTGACCGAAGTGCTCGACACCGCCGCTTAA MSFFHGVTTTNVDTGARVVALPSSSIIGLVDTFVPAPAYSAQPNDLVVITNEREAVAAFGPDSAMTKACKAIYTRAKAVIVACGVAQLADPAAQTSAIIGGVQADGKRTGLQALLDGKSRFNAQPRLLVTPKHSATQAVGTALVAVADKLRGLAILDGPNTTDEAVMAYAENFGAKRAYLVDPGVQYWDTTADATVDAPGSAWVAGLFAWTDSEYGFWASPSNKEFVGITGTTRPIEFLDGDETCRANLLNNANITTIIRDDGFRLWGNRTLSSDPKWAFVTRVRTMDIVMDAILYGHKWAVDRSITATYIKDVTEGLQAFMRDLKAQGAIINFEVYADPELNTASQLEQGKVYWNIRFTDVPPAENPNFRVEVTNQWLTEVLDTAA NA NA NA NA NA D1-35_01892 510 hypothetical protein ATGGCAATGATTCCCGAAACCCTGGCGAACCTGAACTTGTTCGCCGACGGCGTCAGCTTCCAGGGCGATGTGCCGAGCCTGACGCTGCCCAAGCTCACGCTCAAGATGGAAGAGCATCGCGGCGGCGGTATGGATGCGCCGGTCGAGCTGGACATGGGCATGGAAAAACAGGAAGCGAACTTTACTACCACTGGCGTACGCCGTGAGTCGTTGAAGTTCTTCGGCTTGGCCGACGGCACGGCGTTCAACGGTACGTTCCGAGGGGCCTATAAAGGGCTCAAGGGCAAAGTCACGCCGGTCATCGTCACCCTGCGCGGCACGTTGAAAGAAGTCGACATGGGCGACTGGAAGCCGGGCGACAAGGCCGAGATCAAACACTCCATCGGGCTGACGTACTACAAGCTCGAAGTGGACGGCCGAACCGTCTACGAGATCGACCCCATCGGCATGCGCCGCGTGATTAATGGCGTTGATCAACTGGCCGCCCAGCGTTCCGCATTGGGCCTTTAA MAMIPETLANLNLFADGVSFQGDVPSLTLPKLTLKMEEHRGGGMDAPVELDMGMEKQEANFTTTGVRRESLKFFGLADGTAFNGTFRGAYKGLKGKVTPVIVTLRGTLKEVDMGDWKPGDKAEIKHSIGLTYYKLEVDGRTVYEIDPIGMRRVINGVDQLAAQRSALGL NA NA NA NA NA D1-35_01893 327 hypothetical protein ATGAGCAGTACCGCAACTCCAAGCTGGATGACCCTGACCGTTGACCGCGTCACCGTGAAACTGACTGTGCCATCAGAAGCCAACGGCGTGCGTGTCGATACGCTGAGCCTCCGAACACCGACCGTGCGTGACCTTCGGATTGCCCGCCAGACAGCGCCCAATGATGAGGAGCAACAAGATCTGAACTTGTTCGCCTCCCTGGCCGAAGTCGGGACCAAGGATCTGGATGGCTTGACGCTGAAGGACTTCAACCGCATACAGGCCGGCTATTTTCGCCTGGTGCGAGAAGATGAATTTCAACCCCAAGGTGCAGAAGCAACTGGCTAA MSSTATPSWMTLTVDRVTVKLTVPSEANGVRVDTLSLRTPTVRDLRIARQTAPNDEEQQDLNLFASLAEVGTKDLDGLTLKDFNRIQAGYFRLVREDEFQPQGAEATG NA NA NA NA NA D1-35_01894 123 hypothetical protein ATGAATTTCAACCCCAAGGTGCAGAAGCAACTGGCTAAGCGTCTTGCCACCGAACTGAACTTTTCCGCCGCTGAAATCCTCGCCATGCCGTTCTCCGACATGGTCTGGTGGCTGTCAGACTGA MNFNPKVQKQLAKRLATELNFSAAEILAMPFSDMVWWLSD NA NA NA NA NA D1-35_01895 2577 hypothetical protein ATGGCTAGCAAACTGGCGTTATCGCTGGTGATTGGCGGCGCCGTCAGTTCGACGATGGCGTCTGCCTTCCGCACGGTTGATGGCCACATCAAAAAGCTGGAGGAAAAAGGCAGCAAGGCCAAGGTGCTCAAGAGCACCATTGGCGAAACCATTCGCCTGCGCGATGAATGGAAGCGGGCGCACGACAGCGGTGCTGCTTCGGCGGATGGTCTGTTGCGCAAGCTCAACGGCAACCTTGACGCCCTGCGTAAACAGGGCGTGGAGGTGGGCAGGCTGGGGCAGGAGTACCAGCGCCTCGGCCGGGCAGCCAAAGCCGCCGATCTGCAGCTTAAAGGTCACCAGCAGCTCGATGCCGGCAAGAAAGGACTCACGTCGAGCATTGGTCAAGGTGTTGTCGCCACCGGCCTTGCAGCGATTCCGACCAAGGTCAGCGCGGATTATCAGGCGATCATCCGCGACATTGCGATCAAGGCGGATGTGGTCAACAAGCCGCAAGAAACACAGCTTAGCCAGACAGTAATCCAGACCTCCCGCGATACGGGCATGGCCCGTAACGACGTGGCGGACCTGGTAAACCAGCTGGTTGGTGCCGGTATGGACCTCAAGCAGGCTATGGCCTACGCGCCGACGGCGGCGAAGTTTGCCATCGGCCAGGGCGCCTCCGGCGTCGACACGGCCAGCATGATCATGGCGCTGCAGCAAAACGCCAAGATCACCGACCCCAAGGTAATGCAACAGGCCCTGGAGGCCATCGCCTACCAAGGACAGGCGGGGAGCTTCGAGGCCAGCGACATGGCCCGGTGGTTCCCGCAACTGCTGGCCAGCATGGAGAAGAACGGCAGCACCGGCATGGAGGCGGTCAGCTCCTTGGGCGCGATGCTTCAAGTCCAGATGAAAACGGCCGGCGGCTCGGACGAAGCGGCCAACAACCTGAAAAACTGGATGGAGAAAATCGGTTCGGGCGACGTGGTCAAGGCGTACAAGGACGCCGGCATTGACTATCAAGGCTCCCTGAACACTGGCATTCAGAAGGGCATGTCGACCCTGGAATCCAGTTTCGCCCTGGCGATGAAATACATCCAGGCCACCGACCCGGCGAAGGCCGCGAAGATGGCCGAGGCCCAGGCCAAGATCAGCAAGGAGACGGACCCGGAGAAGGCCAAGGCGGCGCTCGATGCGCTGGAAAAATCCCTGCGTACCGGTGACCTGTTCGCCGACATGCAGGTCAAGGCAGCGCTCACTGCCTACTCGCAAAACAAGTCGCTGTACGAGCAGTTGAAAAAGGATTCGCAGTCTTCTGGCGGGATCCTCGATAAGAACCTGGCCGAGCGGCGCGAAACGTCGAAACAGATGTGGGACGAGCTGGGCCAGGCGGTTAGCGATGGCATGCGCAGCGTGGGTGACGCCATCCGCCCGGCGACCGATGCGGTCGCCCAGGGCCTGACCTCAATTGTGCGTGGGTTGACGAAGCTTTCGGATGGCTCGCAACCGGTGGTGCTTGGCATTGCTGCTATCACCACCGGCCTGTTGGCCCTCAAGACGGCTGCCAGCGCGGTGAAGATTGGCAAGGGGCTGTACAACATATCGCGTGGTCGGGCGATGGAGCGAGGCGTGGGCGCCCTCGGTAACGCCGCTGCCAAGGCTCCTAAAACCGGTATCAAGACGGTGGATAAGGGGCTCGGCGTACTCGGTAAGCTGATGGGAGCGGGCAATGATTCCGGTGGGGGGCTGAGCACTGAGCCGCAACGCGTGTTCGTCGTCAACGCTGATGCGATAGGCCGAGCAGGCTCTGGTCCAAGCTCAGGCCCCGACGCTGCAGGCAGACGTCAGCGTGGGCGACGCGGTCGCCGTTCCGGCATCGGAAACCTCCCACGTCGCCGATTGCCCGGCCGGGCGTCGAATATCCCGTCCGTATCGGCTCCTGCCGCCGTTTCTATGATGCCAAAGGTTGGCCTGTTGGCTGCTGCGCCTATTGCCGCTGCGGCGGAGGCGGTGCCCGATAGCTCGCTCGGCCGTGCGGTTCAGTCGATTAGGGGCGTCACCCGAGCCACCAAGCGTCTCCCCGGCGGTTCGGTATTAGATGCCGGGGTGGGAGTTATCGATACCGCGCTTAACGCCAAGACCCAAGACGAAAAAGCCGAGGGATACGGCGGTGCTGCGGGTGGTTTCGCGGGCGCCCTGGCCGGCGGTGCAGCAGGTGCCGCTATCGGTTCGGTGGTGCCGATCATCGGTACGGCCATCGGCGGCGCAATCGGTGCCGCGCTGGGCGGCCTGGGTGGCGAAAGCATCGGCAGCTTCTTGGGTAAGTCCTGGTTTGGCAGTGAGGCCAAGGCGGAAGAGGCCAAGCCTGCCGAGGTCGCCAAGCCAGCTGACCCCACACCGCCCGTGCCGCCAAAGGTTGAGCAAGCTTTCAGCTTTGCGCCGAATGTCTCCATCACTGTTCAGGGCGATGTTAAAGATCCTGCGCAGCTGGCTCGGGAGCTGGAGCCGCATTTGCGTCAGCTCATGGAGGCTTTCTCTCGGGAGACGCTTGCTCGACAGTCGTCGAGCCAGTTGTTCGATGCTCCCCACGTTTAA MASKLALSLVIGGAVSSTMASAFRTVDGHIKKLEEKGSKAKVLKSTIGETIRLRDEWKRAHDSGAASADGLLRKLNGNLDALRKQGVEVGRLGQEYQRLGRAAKAADLQLKGHQQLDAGKKGLTSSIGQGVVATGLAAIPTKVSADYQAIIRDIAIKADVVNKPQETQLSQTVIQTSRDTGMARNDVADLVNQLVGAGMDLKQAMAYAPTAAKFAIGQGASGVDTASMIMALQQNAKITDPKVMQQALEAIAYQGQAGSFEASDMARWFPQLLASMEKNGSTGMEAVSSLGAMLQVQMKTAGGSDEAANNLKNWMEKIGSGDVVKAYKDAGIDYQGSLNTGIQKGMSTLESSFALAMKYIQATDPAKAAKMAEAQAKISKETDPEKAKAALDALEKSLRTGDLFADMQVKAALTAYSQNKSLYEQLKKDSQSSGGILDKNLAERRETSKQMWDELGQAVSDGMRSVGDAIRPATDAVAQGLTSIVRGLTKLSDGSQPVVLGIAAITTGLLALKTAASAVKIGKGLYNISRGRAMERGVGALGNAAAKAPKTGIKTVDKGLGVLGKLMGAGNDSGGGLSTEPQRVFVVNADAIGRAGSGPSSGPDAAGRRQRGRRGRRSGIGNLPRRRLPGRASNIPSVSAPAAVSMMPKVGLLAAAPIAAAAEAVPDSSLGRAVQSIRGVTRATKRLPGGSVLDAGVGVIDTALNAKTQDEKAEGYGGAAGGFAGALAGGAAGAAIGSVVPIIGTAIGGAIGAALGGLGGESIGSFLGKSWFGSEAKAEEAKPAEVAKPADPTPPVPPKVEQAFSFAPNVSITVQGDVKDPAQLARELEPHLRQLMEAFSRETLARQSSSQLFDAPHV NA NA NA NA NA D1-35_01896 846 hypothetical protein ATGGCCTACATGGAGCAAATGCAATCGGCGCTGAAATCGCTGCTTGCAGCGGGGGAGTCTGGCCGTACCAGTCTCGACGGCATGCTGGGCCCGCTCAACGGCGCCGTCAGCGACATGACGGGCGCAGCCTCGGAGCTGGAGGGTGTGCCCTTCATTGGGCCTGCCATCGGCGCCAAGGTGCAACGGACCATGCGGGCAATCAACGCGGCGCAGTCCACCGTGGGCCAGGTGGCGGCCAAGTACAACCAATCCGTCACCGCAGCCGGCCAAGTCCAGAAGCGGCTGGGTTCGCTCAAAGAACAGGCTGGCAAAGCGGGTGCAGCGATTAATCGCATCGCCGGCCAGGTGAGCCCATCGCTGAGCAACATCATGCCCACGGGTTCATTTGCCCCCCAACTGACACCAGCTGCCGAGGCGGTGAAGCCGTTCCCGCACCTGCTGATCATGCAGCCCCTGGTGCCGAACGCGCAGCCGTACTACTTCAACCTGGATACGGCGGCTTTCGAGGAACTACGTCGGCAGACGTCGTTTCGTTGGGCAGGCCAGGAACGGCTGACACGCAGCATCGCCCAGCAGGCGGTCGGCCAAGGAGAGGACAAGATCAGCCTAAAGGGCGCGATTTTTCCGGGCTTCAAAGGTGGGCTCAAACAGCTGGACACCCTGCGCACCATCGGGCGACGTCTGCAGCCGGTGAACCTGACCACCGGCTACGGCGAAGTGCTCGGCACCTGGTGCCTGCTCAACATCGAGGAAGATCAAAGCAACCTGCTCGCGGGTGGCATTCCGCGTAAGCAATCCTTTTCACTGGAGTTTGTGAGCTATGGCGACGATCTGCAGAACGTCTGA MAYMEQMQSALKSLLAAGESGRTSLDGMLGPLNGAVSDMTGAASELEGVPFIGPAIGAKVQRTMRAINAAQSTVGQVAAKYNQSVTAAGQVQKRLGSLKEQAGKAGAAINRIAGQVSPSLSNIMPTGSFAPQLTPAAEAVKPFPHLLIMQPLVPNAQPYYFNLDTAAFEELRRQTSFRWAGQERLTRSIAQQAVGQGEDKISLKGAIFPGFKGGLKQLDTLRTIGRRLQPVNLTTGYGEVLGTWCLLNIEEDQSNLLAGGIPRKQSFSLEFVSYGDDLQNV NA NA NA NA NA D1-35_01897 207 hypothetical protein ATGGCGACGATCTGCAGAACGTCTGATGGGGATCTGTTGGACACCGTATGTCATCACTACTACGGCCATTTGAATGGCACGGTGGAGGCCGTGCTTGCCGCCAATCAAGGCCTGGCCGATGAGCCTCAACCGTTTCGCGCTGGTGTGATTATCCTGCTGCCGGATCTGCCAGCGCAGACGCTGGAGGATATCCAGCTGTGGGATTAA MATICRTSDGDLLDTVCHHYYGHLNGTVEAVLAANQGLADEPQPFRAGVIILLPDLPAQTLEDIQLWD NA NA NA NA NA D1-35_01898 1047 hypothetical protein ATGAAGCCGACCTATCGCATCGTTGCGGACGGCAAAGACATCACCGCGTTGATCAATGACCGGTTATTGAGTCTGCGCACCTCGGATAAGCCGGGCATGGACTCGGACGACTTCGAGTTGCGGATCGATGATCGTGATCAAGCGGTTGCGCTGCCCACACGTGGGGCGGGTGTCGAGGTTTACCTGGGATATACCGGCCAGGCCCTGACCCGCTTGGGGCGCTACACCGTCGACGAGATCGAGTTGTCGGGGCCGCCTGACACGATGGTGATCCGGGGTAAAGCCAGTGACATGCGTGGCAGCGGCAAGACCGTGCGCAGCGGGTCCTGGGAAAACGTGCCCCTGCAGCAGATTGTCCGCGACGTGGCAGCCCGCAATGGTTGGCAGCCAGTGTGCCCAGTGCAAACCAAAGTGCCCCGCGTCGACCAGCTCAACGAGTCGGACTACAACTTCATCACCCGCCTTGCCAAACAGTATGACTGCACGGCCAAGCTGGCCGACGGCAAGCTGTTGGTCATGCCTCGGCAGGGCGGCCAGACCGCGAGCGGCAAGAACCTGAGCCCTGTGGTTCTGAGGCGCTCTGATCTGAGCCGTTATCAATTCCGTCTCGGCGATCGCAATACGCAAAAGGCGGTACGCACCAAGCACCAGGACAAAAAGTCAGGAGCCCTGAAGGTAGTCGAGCTGGACAACGACGACCTGCCGAACGGCCTGCCAGCGGTCCATACCGACCGGCATATCTACCCCAACAAGTCAGCCGCCGAGCAGGCCGCCAAGGCGCGCTTGGCTGCGTTCAATCGCAGCAGCGCCGGGGTTCGCCTGGAAATGGCCGGGCGCACCGATGTATTTGCCGAGCGGTCGATCATCGTCCAGGGGATCAAGCCCGGGCTTGATGGTGAATACCTGGCTGAGGCGGTGGAGCAACTGTTCACCTCCAGTGGCTGGACCACCACCGTCGAGTGCAACGGCGGCAAGAAGGGCAAGGCCAATGCCAAAGGTAAGAAAAAGAAGAAGGAAGCCAAGCCGGTCAAGGTCGTCCAGCTTTAG MKPTYRIVADGKDITALINDRLLSLRTSDKPGMDSDDFELRIDDRDQAVALPTRGAGVEVYLGYTGQALTRLGRYTVDEIELSGPPDTMVIRGKASDMRGSGKTVRSGSWENVPLQQIVRDVAARNGWQPVCPVQTKVPRVDQLNESDYNFITRLAKQYDCTAKLADGKLLVMPRQGGQTASGKNLSPVVLRRSDLSRYQFRLGDRNTQKAVRTKHQDKKSGALKVVELDNDDLPNGLPAVHTDRHIYPNKSAAEQAAKARLAAFNRSSAGVRLEMAGRTDVFAERSIIVQGIKPGLDGEYLAEAVEQLFTSSGWTTTVECNGGKKGKANAKGKKKKKEAKPVKVVQL NA NA NA NA NA D1-35_01899 564 hypothetical protein ATGCCACTCACTGAGCAGCAACTACAGCGCATCATGCCCAACGCCCGCCGCCAAGCGGGCGTTTTTGTATCGGCCCTGAACGCCGCCATGGCACACCGACAGATCGATACGCCCAAGCGGCAGGCGGCATTCCTGGCCCAGGTTGGGCATGAGTCCGGCCAACTGCAGTACGTGCGGGAGCTGGGCGGCGATCAGTACCTCAGTAAATACGACACCGGTTCGCTGGCTTCGAAACTCGGCAACACGCCCGAGCCTGACGGTGATGGCCAGCGCTATCGTGGTCGCGGCTTAATCCAGATTACCGGTGCCCACAATTACCTGCGCTGCAGCTTGGCGCTGTTCGGGGACGAGCGCCTGTTGCGTACGCCTGAACTACTGGAGCTGCCCCTATGGGCGGCCGAGTCGGCTGCATGGTTCTGGTGGGTCAGGGAGTTGAACGTGTTGGCTGATCGGGGTGAGTTCGAAACGATCACCCGGAAAATCAATGGCGGGCTCAATGGTCTGCAGGAACGCCTGCAGCTGTGGGAGCGGGCGAGGGCGGTGTTATGCGTCTCGTCGACATGA MPLTEQQLQRIMPNARRQAGVFVSALNAAMAHRQIDTPKRQAAFLAQVGHESGQLQYVRELGGDQYLSKYDTGSLASKLGNTPEPDGDGQRYRGRGLIQITGAHNYLRCSLALFGDERLLRTPELLELPLWAAESAAWFWWVRELNVLADRGEFETITRKINGGLNGLQERLQLWERARAVLCVSST PGPT0012140_613 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012140-putative_chitinase-K03791 NA NA D1-35_01900 543 hypothetical protein ATGCGTCTCGTCGACATGATCCCGCTGCAGTACCGCGTGCTGGCCGCCGGGCTTCTGTTGTTCGCTCTGGTTGCCGCTTCGGCGGTCATCGCCTGGACGGTTCAAGGCTGGCGATACGGTCAGCAGCTGGAAAAACAAGCCCGGCTCCACACCGAAACTCTCAACCAAATAACCCTGGCCTCGACCGCGCTGCAGCGCACCGAGCAGGACAAGCGCCTGGCCCTGGAGCAGCGGCTGGCCGCCAATGACCAAACCCACTATCGAGCCCTAACCGATGCCCAACGTGACCAGGATCGCCTGCGTGATCGCCTCGCTACTGCTGATGTCCGGCTGTCAGTCCTACTCGACGCCACCGATACCACCTGCAGCGGTGCGGTGCCAGCCACCACCAGCGCCGGCGGCGTGGTTCATGGAACCACACGTGCCCGACTTAACCCGGCGCATGCTCAAAGAATTATCAGCATCACCAATGACGGCGACCAAGGATTAATTAAACTTGCCGCCTGTCAGGCTTATCTGAAGGATATAAATTTAGCGCGGTAG MRLVDMIPLQYRVLAAGLLLFALVAASAVIAWTVQGWRYGQQLEKQARLHTETLNQITLASTALQRTEQDKRLALEQRLAANDQTHYRALTDAQRDQDRLRDRLATADVRLSVLLDATDTTCSGAVPATTSAGGVVHGTTRARLNPAHAQRIISITNDGDQGLIKLAACQAYLKDINLAR NA NA NA NA NA D1-35_01901 795 dpnM Modification methylase DpnIIA ATGTCTTCACCCATCATTCCTTGGATGGGCGGCAAACGTCGCCTAGCCGACCGCCTCATTCCGCTTTTTCCTCCACACGAGTGCTATGTCGAAGTCTTTGCCGGCGGTGCCGCGCTTTACTTTATGCGACCCCAGGCCGCACCCGTTGAAGTCCTGAACGATATCAACGGCGACCTGGTGACGCTCTATCGCGTTGTGCAGAACCACCTGGAAGAATTCGTGCGCCAGTTCAAATGGGCGCTCAGCTCCCGCCAGTTGTTCGAGTGGCAGAAAATGACCCGTCCCGAAACCCTTACCGACATCCAGCGCGCCGCCCGGTTCTTCTATCTGCAACACCATGCTTTCGCCGGCAAGGTCACCGGGCAGACGTTCGGCACCGCGACCACTGGCCCGGCCATCAACCTGCTGCGGATCGAGGAGAACCTCTCGGCCGCGTGGCAGCGACTGTCCGGCACCTACGTCGAAAACCTTCCCTGGCTTGATTGTGCTGAGCGCTACGACCGCGCTCATACGTTCCACTACATGGACCCACCGTACTGGCAGACCGCTGGATATGGCGTGGATTTCCCGTTCGAGAATTACGAGCGGATGGCCGACTTTATGCGTCGTTGCAAGGGCAAGGTAATGGTCAGCATCAACGACCACCCGGACATCCGTCGCGTGTTTGAAGGCTTTCACTTCGAGACGTTGGACATTCGGTACAGCAACACGAACCAGCGTCAGTGCAAGGCTGAGGTCAGCGGTGAACTGGTGATCATGAACTGGGAGCCGGCAGCGTTGGGAGGGCTGTTTTAA MSSPIIPWMGGKRRLADRLIPLFPPHECYVEVFAGGAALYFMRPQAAPVEVLNDINGDLVTLYRVVQNHLEEFVRQFKWALSSRQLFEWQKMTRPETLTDIQRAARFFYLQHHAFAGKVTGQTFGTATTGPAINLLRIEENLSAAWQRLSGTYVENLPWLDCAERYDRAHTFHYMDPPYWQTAGYGVDFPFENYERMADFMRRCKGKVMVSINDHPDIRRVFEGFHFETLDIRYSNTNQRQCKAEVSGELVIMNWEPAALGGLF PGPT0027190_2355 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 D1-35_01902 276 hypothetical protein ATGGTTGTCGCGCTCGATCTGATCCGCTTGCTATGTGATTACGCTGGAGCGTTACTGTGGTCACACAAACGAAGGACCAAGACCATGGAAACCGAAACCGCTGATAAATACTTGAACATCTTCCCCTCCGAGCTGCTGGCGGCGGTGGCACGCGGGGAGGTGGATCTGAATCACTGGGCCGGCGTGGTGCTGGCTGGGCGAGGGTTGGACCAGAACGCACGCTGGGTGGGATTCCCAGAGGCGGCCCGCCTTCTGGATCAACGCAGTCAGGCTTAG MVVALDLIRLLCDYAGALLWSHKRRTKTMETETADKYLNIFPSELLAAVARGEVDLNHWAGVVLAGRGLDQNARWVGFPEAARLLDQRSQA NA NA NA NA NA D1-35_01903 702 yedK_1 COG2135 SOS response-associated protein YedK ATGTGCGGGAGATTCGTGCAGTACGAGGGCATGGCGGTGTTTATGGAGGAGCTTGGCCCTCAGCTGCCATTGTTCGGCGGGTACGACGCAGAGCCGATCAGCCGGTACAACGTGGCTCCGACGACCCGCGTGCAGATCCTGCACAGCACAGAGGCAGGTATCCACATCACTCCAGTGAGGTGGGGATGGGCGCCCTTTTGGGCGAAGGGAAAACGTCCGGATCCGATCAATGCCAGGATCGAGACCGTTACGACGGGAAAGTTTTTCAAACAGCTTTGGCCGGCCGGGCGCGCACTGGTGCCCAGCGAGGGTTGGTATGAGTGGGTTAAAGACCCAAATGATCCGAAGAAAAAACAACCCTATTTCATCCGGTTGAAGGATCAGAAGCCGATGTTCTTCGGGGCGCTCGCACAGGCCCGTCCAGGTCTGGACGAGCAAGACGGTGACGGTTTCGTAATCATTACCGCGTCATGCGACCAGGGCATGGTAGATATCCATGATCGCCGGCCGTTGGTGTTATCACCTGAGCAAGCGCGGGAGTGGCTGGACCCGGATCTCAGCCCAGGGCAAGCAGAGGAAATTGCAAGAGACCATTCCAGGCCTGAGGCCGATTTCGAATGGTATGCCGTGGGAAAAGAGGTGGGGAATGTCAGAAACCAGGGAGCACAGTTGTTGCTCCCCTGGAATCCGGAAGAAAACTAA MCGRFVQYEGMAVFMEELGPQLPLFGGYDAEPISRYNVAPTTRVQILHSTEAGIHITPVRWGWAPFWAKGKRPDPINARIETVTTGKFFKQLWPAGRALVPSEGWYEWVKDPNDPKKKQPYFIRLKDQKPMFFGALAQARPGLDEQDGDGFVIITASCDQGMVDIHDRRPLVLSPEQAREWLDPDLSPGQAEEIARDHSRPEADFEWYAVGKEVGNVRNQGAQLLLPWNPEEN NA NA NA NA NA D1-35_01904 426 umuD COG1974 Protein UmuD ATGAGCTTTTCAATTCTAGGCCCTATTGCTGAGGGTGGCTTGAAGCTGCCCCTGTGTTCGTTTCGTGTGCCCGCCGGGTTTCCATCTCCAGCGGCGGACCACATCGAAGCGCACATCTCATTGGATGAGGTTCTGAACATTCGCGCTCCGCATGTCTACCTGGTTTCCATCGCCGGGGAGAGCATGCAAGGCGCTGGGATCTTTGAAGGGGACCTAGCCGTTGTGGACCGTGCGATGGAACCTGCGCATGGTCACATCGTCGTGGCGCTGCTGAACAACGAACCCGTGTGCAAGCGCCTCTGCATCCGTGGGAAGGAGGTGATTCTCCTGTCGGAGAACCCAAAGTACCCACCAAGGTACGTGCTCGAGGGCGACGAGCTGGTCATCTGGGGCGTTATCACCTGCAGCGTGCGCAGCCATGTCTAA MSFSILGPIAEGGLKLPLCSFRVPAGFPSPAADHIEAHISLDEVLNIRAPHVYLVSIAGESMQGAGIFEGDLAVVDRAMEPAHGHIVVALLNNEPVCKRLCIRGKEVILLSENPKYPPRYVLEGDELVIWGVITCSVRSHV PGPT0015094_950 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0015094-umuD-K03503 NA NA D1-35_01905 1278 umuC COG0389 Protein UmuC ATGTCTAAAGCCCAGCCCGTTTTCGCCCTGATCGACTGCAACAGCTTCTACGCCAGTTGCGAAAGAGTGTTCCGCCCGGACCTGGTCCGCGTGCCCATCGTCGTGCTGAGCAACAACGACGGGTGCGTGATCGCCCGCAGCTACGACGCCAAGCCCTACGTGAAGATGGGCGAGCCGTATTTCCAGATCAAGCACAAGCTGCAGAAACACGGCATCGTCCCGTTCTCGTCGAATTACGCGCTCTACGGTGACATGAGCGAGCGCGTGATGACCCTCATTGAAGCAATGGTGCCGGCCGTCGAGGTTTACAGCATCGACGAAGCCTTCGCGGATCTCACCGGCATCGACGGCCGGGATGCCCTCGGCCGGAAGATCCGCAGCCAGGTGCTGCGCTGCACCGGCATCCCGGTTGGGGTAGGGATCGCTCATACCAAAACCCTGGCAAAACTGGCGAACCACACCGCCAAGCGGCTCCAGGCGCAAACGGGCGGCGTTGTCGACATCTGCGACCCGTTTAAGCGCGACTGGGTGTTGCGCAACACCGACGTGTCTGAAGTCTGGGGAGTCGGTCGCAAGATGAAACTTCACTTGGACACCATGGGCATCAAGACCGCGATGGACCTGGCAAAGGCCGATCCGTGGACGCTACGGAAGAAATTCAGCGTGGTGATCGAAAAGACCGCCCGGGAGCTGGCCGGCACGCCGTGCCTGGAGCTGGACGAGCCGGACCCGCCGAAGCAAGAAATCTGCTGTAGCCGGATGTTTGGTATGCGGCTCACGGAGCTGGCCCCGATCAAGGAAGCGGTAGCCACCTACATGATGCGCGCATCGGAAAAGCTCAGAGCGCAGAAGTCGCTGTGCAAGAAGGTCCGCGTGAGCATCCGCACCGGCATGTTTAATCCCGAGGAGGCGAAGTATGCCAATGGGGTGCTGATTGACCTGCCATATCCGACTGACGATGTACGATTGCTGACGAAGGCGGCCGTGGATTCGCTTGATCGGGTGTTTCGGCCAGGCTTCAAGTACAGCAAGGCGGAAGTGTTGTTGATGAACCTCTGTCAACCGGGAGAGTATACCGACGATCTGTTCGCATTCTCCCAGCCAACTGACGCCACGAAGCTAATGACCGTACTGGATGAGATCAATAGTCGGTGGGGGAGAGGGACGTTACGCACGGCCGGGGTGCCTGCAGAACCGGACTGGGGGATGCGTAGAGAAATGATGAGCCGGAGTTACACCACCAAGCTGGGTCAGCTTTGGCGGGTTACGTGTCGATAA MSKAQPVFALIDCNSFYASCERVFRPDLVRVPIVVLSNNDGCVIARSYDAKPYVKMGEPYFQIKHKLQKHGIVPFSSNYALYGDMSERVMTLIEAMVPAVEVYSIDEAFADLTGIDGRDALGRKIRSQVLRCTGIPVGVGIAHTKTLAKLANHTAKRLQAQTGGVVDICDPFKRDWVLRNTDVSEVWGVGRKMKLHLDTMGIKTAMDLAKADPWTLRKKFSVVIEKTARELAGTPCLELDEPDPPKQEICCSRMFGMRLTELAPIKEAVATYMMRASEKLRAQKSLCKKVRVSIRTGMFNPEEAKYANGVLIDLPYPTDDVRLLTKAAVDSLDRVFRPGFKYSKAEVLLMNLCQPGEYTDDLFAFSQPTDATKLMTVLDEINSRWGRGTLRTAGVPAEPDWGMRREMMSRSYTTKLGQLWRVTCR PGPT0014882_935 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 D1-35_01906 1131 hypothetical protein ATGTTACTCAGCCCGGGGGTTGCAATACAAATGGTCAAGAAAAGCAGGGGCGTTAAGCCAACTGAAGAGTCAAAGCGTGAGGCTGAGGCTGCCGTTTCTGTTGTAGCGCGTCAGGTTAAGTTTAACGTCGCTGAGTATCCCGTTTCCATGTATGTCGACAGATTTAAAAACGATATAGATGACCGATACTTTGTTCCATCATACCAGCGAAATCTTGCTTGGAACGATGAGCAGAAATCGCAATTTATTGAATCGTTAATAATAGGTTTGCCTATCCCATTTATGTTTTTTTATCAAACAGGGGACGGTAGGATGGAAATTGTGGACGGGTCTCAGAGAATGAGAGCTATGAGGTCGTTCCTCAAAGAAGGGCTCCGTCTGCGTGACTTGGTTTTGGTCCCTGAGCTGAACGGTTTTTCGGTTGAGGATCTTCATGCTGACAGAGTTAATAAGCTAGAAGATATAACTATACGTACAATTATTCTTGATACGGATACTGACCCGTCTACACGAGCGGAGATGTTTGCACGTATCAATCGGATGGGAACGACTGCAAACGAAGCAGAAATTCGCCGAGGATCACTGCCAGGTGCAGTGACCGAAATGATAACCAAATTAGCAGAGGATCGCAGGTTTGTGGCGATGACTCCACTAACTGCTAAAGCGATAAGTTCACGGGAGCGTGAAGAACTCGTTACTCGTTTCTTTGCGTACCTGAATAGAAATGATACCCCCGATGGTCGGTTTCCTGGTTATAGAGATCGTCCAAAGAAATTTATATATGATTATCTGAAAGATGCTAACTCGGCTGCTAAGGATAATCCGGAAATTATCGAGCAGATGAGTGAAGAGTTTTTTCGGATGTTGGATTTTGTCCGAAAAACATTTGAGTTGGGCTTCAGAAAGAATGGAACTGCGAACACGGTGCCGCGTGTCAGGTTTGAAGCTATAGCGGTGGGCTCAGCACTTGCCTTGAGGAAGTTTCCTGATTTGGAAGTTGACTCTAAGGTGATTTCAGAACGAATGAAAACCGAGCATTTCGACAGTGTCGTTGTCTCCGATGGAGCGAACGTGCGTTCCAAGCTAGAGGGACGGATTGACGTTGTGGTACGTATGTTGGTTAACGAATGA MLLSPGVAIQMVKKSRGVKPTEESKREAEAAVSVVARQVKFNVAEYPVSMYVDRFKNDIDDRYFVPSYQRNLAWNDEQKSQFIESLIIGLPIPFMFFYQTGDGRMEIVDGSQRMRAMRSFLKEGLRLRDLVLVPELNGFSVEDLHADRVNKLEDITIRTIILDTDTDPSTRAEMFARINRMGTTANEAEIRRGSLPGAVTEMITKLAEDRRFVAMTPLTAKAISSREREELVTRFFAYLNRNDTPDGRFPGYRDRPKKFIYDYLKDANSAAKDNPEIIEQMSEEFFRMLDFVRKTFELGFRKNGTANTVPRVRFEAIAVGSALALRKFPDLEVDSKVISERMKTEHFDSVVVSDGANVRSKLEGRIDVVVRMLVNE NA NA NA NA NA D1-35_01907 711 hypothetical protein ATGACTACTCTACGAGCGGCTTTGGCAGAGCGGAAAGAAGAGTTTTCTGTCCATATGGCCCTGGCGCACGCTTTGGACCGCAGACTTATCTCCGGCGATCCGGTTTCGATTGGAGAGACGGCAGTAACAGTGCGGCACTTGCTGACAATTAAGTCAGGCCTGATAGTCCATTTGTATAACATAGTTGAGTCAGTAATGACACGAACGATTCAGGAGGTTGGAGAGGCAGTTCAAGCCGCTCGTCCTTCTGAATGGACAACGGAAACTTTGAAAGAATGGCTTCGGTACTATGCGGCTTCAGGAGGGGATGGGAATGAAGACACCCGCCTGGACGTTGTTCACAAGGCTGCCTTAAAACTGTTAACCAAAGAGCCAATTCGAGAGCTTACTTTTAAAAAGCCATCTGGAACGTGGTCGGATAAGGTAATTTATACTTTTTCGCAACGACTGAAAGTGGATTTTAGGTTTACGGCGGCGTTGGCGATAAAGATGGCCAAGAGCTCGACATATGCAGATAAAACCCCGCTGGAGTTTTTGGCTGACAGAAGAAATGCGATTGCACATGGAAGGCGCTCGTTTGAAGACGGTGCGCGTGAATTGAGTTTGCAGAGTATACAGGATCTTGCTGATGTAACTATTGAGTACATGGAGCATGCTGTAGATGCATTTCAGAAGTTTGTAGACGATAAACATTATGTGGCGGCCGTTTGA MTTLRAALAERKEEFSVHMALAHALDRRLISGDPVSIGETAVTVRHLLTIKSGLIVHLYNIVESVMTRTIQEVGEAVQAARPSEWTTETLKEWLRYYAASGGDGNEDTRLDVVHKAALKLLTKEPIRELTFKKPSGTWSDKVIYTFSQRLKVDFRFTAALAIKMAKSSTYADKTPLEFLADRRNAIAHGRRSFEDGARELSLQSIQDLADVTIEYMEHAVDAFQKFVDDKHYVAAV NA NA NA NA NA D1-35_01908 1089 ydiO COG0270 putative BsuMI modification methylase subunit YdiO ATGCGCAATACAGAAAAAATTTTGGCGGTCGATTTGTTTTGTGGGGCCGGCGGTCTTACTTACGGGTTGGAGAGCTCCGGTATTTCAGTGACCCTTGGAGTTGATATCGACCCGAACTGTGCTCATGCTATTGAAGCAAATTCAAATGCTAGGTTTCTGCAAGCCGACGTTGCTTCGTTGGACGTCGCGGAAGTTAAGAAGGCGCTGTCGGGCGGTGATTTTACACTTCTTGCCGGCTGCGCGCCGTGCCAGCCTTTCTCCACATATTCACGTGCCGCAAAACAGAGGCATGGAGTTGGTGCGGGTGATGGGCGAAGCGAGGATTGGCGTCTTGCGGAGCACTTCGGAAATGTTATACGTGAGGTGCAGCCTGATATCGTGACAATGGAGAACGTCCCTCCATTGGCGCAGCAGGACGTGTTTAAAACTTTTTTAGAAAAGCTTGAGGGTTATTGGGTGGATTGGAAGGTTATCGAATGTAATTCGATCGGTCTTCCCCAAACTAGAAAGCGACTAGTGCTTGTTGCTTCGAAGTTGGGTCCAATCGAAATCCCTGACTTCGATTTGCCTCAGAAAACAGTGCAGGACACAATTGGTGGTCTTCCTAAGATAGTAGCGGGGGGAGGAGATCCGAACGATAAACTTCATAAAGCTAGTCGACTCAGTGCACTGAATATGAGGCGGATACGCTCTTCGATTCCCGGCGGTACTTGGAGGGACTGGCCTGAAGAACTTCTTTCCTCGTGCCACACAAAGGAAACTGGTGCAACTTACCCTTCAGTTTACGGACGGATGGAGTGGGATTCTCCAGCTCCCACCATTACAACGCAATGTTTTGGCTATGGAAACGGTCGTTTTGGACACCCTGAGCAGGACAGAGCTATAAGCCTTCGCGAAGCAGCAATGCTGCAAGGGTTTCCACGTGATTACTCGTTTCTTCCCGATGGAGAGCCTGTTTCCTTTGCTAAGGTTGGTAGGTTAATTGGCAATGCCGTACCTGTAACATTGGGAGAGGTGATTGGTCGATTTATCAGGCAGCATGTCACTGAATATAGTCAATTGCGTACCGTTGAGCAGCGTGCAGGATAA MRNTEKILAVDLFCGAGGLTYGLESSGISVTLGVDIDPNCAHAIEANSNARFLQADVASLDVAEVKKALSGGDFTLLAGCAPCQPFSTYSRAAKQRHGVGAGDGRSEDWRLAEHFGNVIREVQPDIVTMENVPPLAQQDVFKTFLEKLEGYWVDWKVIECNSIGLPQTRKRLVLVASKLGPIEIPDFDLPQKTVQDTIGGLPKIVAGGGDPNDKLHKASRLSALNMRRIRSSIPGGTWRDWPEELLSSCHTKETGATYPSVYGRMEWDSPAPTITTQCFGYGNGRFGHPEQDRAISLREAAMLQGFPRDYSFLPDGEPVSFAKVGRLIGNAVPVTLGEVIGRFIRQHVTEYSQLRTVEQRAG PGPT0020015_4560 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 D1-35_01909 531 hypothetical protein GTGAGAAAGTTATTTGCTACAGATTTAGACGCGAAAATTGCGCTGTTCCATAAGGCATTTGATGGCCCCGCTAATTTGCTCACCGCAGTACTTCGAGGGCACATGATGGTCGAAGAAAGGCTGCATGATGTGATATCGGCTGGTGTAGCCATTTATAGCCGCCCTTTCAAAGAGAACGACATATTTACCTTCGGCACTGCAGCCAAGCTAGCCCAGGCAATCATAGGTTCTGCCGGAGATGTTGATTTATGGAAAGCGGTTGCATCGTTAAACGCGCTCCGTAATGCCGTGGGGCACCGATATGAGCCTGCGCGGTTAGATCAGCTATTAACAAAGTTCTTCAGGGACACCGACCAAACGGCTTGTAATGTTTTTAAAGGCGAATACCATTCTTATCAGCATAAAAGCGAGTCGGAAGATACCCACGCCTTGGTCGTTCGATTACGCTGCATGGCGATATGGGCTCAATTAGGTGTGCATGCTGATAAACTTACACAGGACTTAGGTGGTATATTGCTAAGCCGACGGTAA MRKLFATDLDAKIALFHKAFDGPANLLTAVLRGHMMVEERLHDVISAGVAIYSRPFKENDIFTFGTAAKLAQAIIGSAGDVDLWKAVASLNALRNAVGHRYEPARLDQLLTKFFRDTDQTACNVFKGEYHSYQHKSESEDTHALVVRLRCMAIWAQLGVHADKLTQDLGGILLSRR NA NA NA NA NA D1-35_01910 870 hypothetical protein ATGACATCTAACAAGACATACGAAGAGCCTCGACCAGCCATCCCAGCAGACCTCCGCCGGTCTGTTGAAGTCGAATCAGGCCACTGCTGCGCTATTAAAGGCTGCAATGAGCATACCTACCTAGAAATTCACCACATTGACCAGAACCGTAACAATAACACTCTAGAAAATCTTATTCTGCTATGCGATAAGCACCATAAAATGTCTCATGCCAACGTCATTGATCGAAAGGCATTGAAACAATATAAGGATCTGCTTGCTGACTCTTTCAATAATTTGATCACTGATAAATTCGAAGAACTAAAGGCTTTAATCACCGGTGACAAACCGTCAACCCTTGCGCCAATAAACTCCACTGACCAGCCTGCCAACCATCAAGTTGAGAAGCGTGCTGCCTCCAGATCCGACATACTAAACTTTGCTCTTATCCATGTAGCTATAGCCCACTATGAAAAAGAGAATAAGCTGTACTTTGAGCATCAAGTAGAATTTCGCCAAGGGGATACTTCACTAACGCTAGACGCTCTACGCCAAGACGACGATTTACAAGAGGACATCATTCTTGATGTCCATTACTTACGTAAACCTTATCTGGATGCGCCTGTTTACGGCCCTTGGCTCGCTAAGAAAATCGAAATCTACGAGCTTCTCACTGGACGTCCCGCCAAAGGTGTGCTTATCGCAGTGGTAGGTCGCGAGCGTATGCTTGAAGGGAGTTACCTAGACCTTACTCAACAAGGCATCAAGTCATGCGAAGGTAAAGTTACACTTCAGGTTTATAGTTGCGAGCAGGTAGGCTTTCACCCCGGAACAGTAAGTGCCGCCATGTTTGCCTCGAATCTTAAGAGCTCAACTTTACCGTCGGCTTAG MTSNKTYEEPRPAIPADLRRSVEVESGHCCAIKGCNEHTYLEIHHIDQNRNNNTLENLILLCDKHHKMSHANVIDRKALKQYKDLLADSFNNLITDKFEELKALITGDKPSTLAPINSTDQPANHQVEKRAASRSDILNFALIHVAIAHYEKENKLYFEHQVEFRQGDTSLTLDALRQDDDLQEDIILDVHYLRKPYLDAPVYGPWLAKKIEIYELLTGRPAKGVLIAVVGRERMLEGSYLDLTQQGIKSCEGKVTLQVYSCEQVGFHPGTVSAAMFASNLKSSTLPSA NA NA NA NA NA D1-35_01911 558 smrA COG2840 putative DNA endonuclease SmrA ATGCAAGACGACGACTTTTCCCTGTTCAAAAGTGCGATCCAGGGCGTAAAACCGATCAAACACGATCGCGCCGAAACCGGCAAGCCAAAGGCCGATCGCGCGCAGATCGCCAAGTTGCGCCAGGCCGCCACCGTGCGCACCGATGCAACAACCGTGGATGGCCTGTCCGATCAGTTCGTCATCGACGTCGGCCCTGAAGACGAGTTGATGTGGGCGCGCGACGGGGTCCAGGAAAGCCAGATGCGCAAGCTGAAGGTCGGTCAGATCCCCTTCGAAGGCAGCCTCGACCTGCACGGTATGACTGTCGAAAAGGCCCGGGAAACCCTCTGGGCCTTCCTCGCCGAAGCCACCCGATTCGAAATCCGCTGCGTGCGCGTCACCCACGGCAAGGCGGTGCGGCTGGACGGCAAGCGACCGATGATCAAGAGCCACGTCAACACCTGGCTGCGCCAGCACCCGCAAGTGCTCGGCTTCACCTCCTGCCAGGCCAGGCACGGCGGCGCCGGGGCGGTCTACGTGATGCTCAAGCGCACCATGATGGAAGGTCGCGACGAGTAA MQDDDFSLFKSAIQGVKPIKHDRAETGKPKADRAQIAKLRQAATVRTDATTVDGLSDQFVIDVGPEDELMWARDGVQESQMRKLKVGQIPFEGSLDLHGMTVEKARETLWAFLAEATRFEIRCVRVTHGKAVRLDGKRPMIKSHVNTWLRQHPQVLGFTSCQARHGGAGAVYVMLKRTMMEGRDE NA NA NA NA NA D1-35_01912 321 hypothetical protein ATGAAGTTATCCGATGGTTTTGACGCACGTCGCTTGCGGCCCAAGGGCCCGAGCAACTGGCGATTTCGTATCGGCGCAGGGATCGCGGCGCTGCTGGCAACGCTCGGTGTGCTGCTGGCGATGGCCGGCGCCGCCAGCCTGCTCGGCCGTCCGCCCGCGCTGGGCGAGTTGAACGCCACCCCGCTCGGCTCGGCGATCATCCTGGCAATCGGTCTGTTGGTCCTGCTGTTGGGCATCTGGCTCTGGCGCCGTTGCCGCCGTCGCGCCCGCCAATCCCTGGAGCTGGCCATGGCTCCCCATCTGATGAAAAAACACGACTGA MKLSDGFDARRLRPKGPSNWRFRIGAGIAALLATLGVLLAMAGAASLLGRPPALGELNATPLGSAIILAIGLLVLLLGIWLWRRCRRRARQSLELAMAPHLMKKHD NA NA NA NA NA D1-35_01913 591 hypothetical protein ATGTCCGTTCCAAAAACGATGTTTCAACTCAGCGGCCGCGGTTATGCAGCGGCCAACCTGAGTCAAGCGACGCTGATCATCATCGATGCCCAGAAAGAGTATCTCGCCGGCCCCCTGGCCCTCAGCGGCATGGATGCGGCGGTCGCGAACATCAAGCAACTGCTCGGCGCAGCCCGCACCGCCGGCCGGCCCATCGTGCATGTACGCCACCTCGGTACCCACGGCGGGCTGTTCGACCCACAGGGCGAACGGGGGGAATTCATTCCAGGCCTTGAGCCGCGGGACGACGAAACCATTATCGAAAAGCTCTTGCCGAGTGCTTTCCACGGCACCGAACTGAAGAAGCGCCTGGAAGATTTCGGCCCACTGGATCTGATCGTCTGCGGTTTCATGAGCCATTCCAGCGTCAGCACCACCGTGCGCGCCGCCAAGAACCTGGGCTTTCGCTGCACCCTGGTCGAAGACGCCTGCGCCACCCGTGATCTGCCGCACAAGGCCGGCGTGCTGAGCGCCGAACACGTCCACCAGACTGAAATGGCGATCATGGCGGACAACTTCGCCACCCTGGCCATGACCCGCGACTTCACCTGA MSVPKTMFQLSGRGYAAANLSQATLIIIDAQKEYLAGPLALSGMDAAVANIKQLLGAARTAGRPIVHVRHLGTHGGLFDPQGERGEFIPGLEPRDDETIIEKLLPSAFHGTELKKRLEDFGPLDLIVCGFMSHSSVSTTVRAAKNLGFRCTLVEDACATRDLPHKAGVLSAEHVHQTEMAIMADNFATLAMTRDFT NA NA NA NA NA D1-35_01914 909 prmB COG2890 50S ribosomal protein L3 glutamine methyltransferase GTGATCACTTCCCGCCTTCGTACCCTGCGCGACCATATTCGTTGGGCCGTCAGCCGTTTCCATGGCGAGGATCTGTTCTTTGGCCATGGCACCGACAATGCCTGGGATGAGGCTCGCCAACTGGTGTTGGGCGCGCTGCATTTGCCTTGGGAAATTGCCGACAGCTATCTGGATTGCCGTCTCGAAGACGAAGAGCTGGTGCATGTACAGCGCCTGCTGCGCCGACGTATTGCCGAGCGCATTCCGACTGCCTACCTGCTCGGTGAAGCGTGGTTCTGCGGAATGTCTTTCATCGTCGACGAACGCGTGCTCATCCCGCGTTCGCCCATCGGCGAGCTGATTGAAAAACGCTTCGAGCCCTGGCTGGGCCAGGAGCCTGCGCGGATCCTCGACCTGTGCACCGGTTCCGGCTGCATCGGGATCGCCTGTGCCTATGAATTCCCGGAAGCCGAAGTGGTGTTGGCCGACCTGTCGTTCGAAGCGCTGGAGGTGGCCAATCAGAATATCGAGCGCCATGGCGTCGATGAGCGGGTGTTCACAGTCCAGGGCGATGGTTTCGATGGCTTGCCGGGGCAACGTTTCGATCTGATCGTGTCGAACCCGCCTTACGTCGACGCGGAGGATTTCGCCGACATGCCCCAGGAATACCAGCACGAACCTGAGTTGGGCCTGGCCTGTGGCGATGACGGCTTGAACCTGGTTCGCCGGATGCTGGCCGAGGCGGCCGACCATCTGACCGAGAAGGGCCTGTTGATTGTCGAGGTGGGCAACAGCCAGGTGCATGTCGAGGCGCTTTACCCGGAGGTCGACTTCGCCTGGCTGGACTTCGAACGCGGCGGGCATGGCGTGTTCATGCTCAGCGCCGGACAGTGCCGCCAGCATCAGGTGTTGTTTGCCTCAAGGGTTTGA MITSRLRTLRDHIRWAVSRFHGEDLFFGHGTDNAWDEARQLVLGALHLPWEIADSYLDCRLEDEELVHVQRLLRRRIAERIPTAYLLGEAWFCGMSFIVDERVLIPRSPIGELIEKRFEPWLGQEPARILDLCTGSGCIGIACAYEFPEAEVVLADLSFEALEVANQNIERHGVDERVFTVQGDGFDGLPGQRFDLIVSNPPYVDAEDFADMPQEYQHEPELGLACGDDGLNLVRRMLAEAADHLTEKGLLIVEVGNSQVHVEALYPEVDFAWLDFERGGHGVFMLSAGQCRQHQVLFASRV NA NA NA NA NA D1-35_01915 789 hypothetical protein ATGACTGAGACTCAAACTTCTCCCGACACCGTCGCCGAACCGGCCGCCGCGCCTGCGGTGGAGCAGCCTTGGGCGGATGTGCAGGCCGAGCAGCATAAAATGCTCCGGCTGGCCCCGCTCAAGACCGATCGCGCCACCGGTGTGCGGCCCTTGCGCTTTGTCGAGTTCAGCTACGCCGAGCGTCACAGCAAGGAGCGCAGTTTGCTGCGCATGAGCATCAAGTTGCCGGGCCAACGGGTGCGCAAGGAACAGAACCATCTGGACGTCTGGGCCGACCACGTCGAGAAACGTCTGTCTTTCTCCCCTGACAACTTGCAAGTCGAGCCTTTGAATCGTGGGCTCGGACGCTTTCTCGCCGCTCAGGGCATCACCTGGGCGAAGAAGCGCTGGTCGAGCTATCGGGTGGACGGCAGCGACCTGAACAACAAGGACGCGCTGAACGAAGACACGCGCCTGCGCCGCGATCACTTCCTCAAGGCCCACGGCTTCGAGGTGGTCTACGCCGACGCCCAGCATCTCAAGGGCAGCGTCAAGGCCGCCCAGGTTGGCGACCTGGTGGGCGACTGGAACACCGAGAAGCTGCAGTTCGTCGAGATTCTCGAAGCCGCGCAGATGCTGCAACAAGCCGAGCAGAACCTGGCGGAGCAGGAAGTCAAACTCAAGAAGCAGGAAGAGAAGGTCAACAAGTTCAAGCGCGAAGACACCGGCTTGCGCTTTACCATCACTTGCCTGGTGGCGTTTGCGATGTTCCAGGCGGGATTGCTGATCTGGATTGCGACGCGGCATTGA MTETQTSPDTVAEPAAAPAVEQPWADVQAEQHKMLRLAPLKTDRATGVRPLRFVEFSYAERHSKERSLLRMSIKLPGQRVRKEQNHLDVWADHVEKRLSFSPDNLQVEPLNRGLGRFLAAQGITWAKKRWSSYRVDGSDLNNKDALNEDTRLRRDHFLKAHGFEVVYADAQHLKGSVKAAQVGDLVGDWNTEKLQFVEILEAAQMLQQAEQNLAEQEVKLKKQEEKVNKFKREDTGLRFTITCLVAFAMFQAGLLIWIATRH NA NA NA NA NA D1-35_01916 966 estD COG1073 Esterase EstD ATGATGTTAAAACTGTTTGCCTTGAGTCTCGCCCTCTTGACTGGCCTGGTTTGCGGCCAGGCCCAGGCCACCGTCCTGCAACGTCCCATCAGCCTCGACACCGGCAACGGTGAACTTTTCGGCTCGCTGCTGTTGCCCAAGTCCGACACACCGGTGCCCGTTGTCCTGATCATTTCCGGGTCAGGTCCTACGGATCGTGACGGAAACAACCCCGAGGGCGGGCGCAACGACAGCCTCAAGCGCCTGGCCTGGGTACTCGCCAGGCATAACATCGCCAGCGTGCGCTACGACAAGCGCGGTGTGGCCGCCAGCCTCGCCGCCACGCCGGACGAGCGCAACCTCAGCGTCGAGGCCTACGTCGCCGATGCCGTGGCCTGGAGCCACAAGCTCGCCGCCGATCCGCGACTGGGCCCGTTGATCCTGCTGGGCCACAGCGAAGGTGCGCTGATCGCCAGCCTCGCCGCGCCCCAGGCCAACGCTGCGGCAGTGATTTCGGTGTCCGGCAGTGCACGGCCGATCGACCAGGTGCTACGGCAACAACTGAGCAGCCGCTTGCCACCGGCGCTGATGTTGCGCAGCAACGAGTTACTCGACAGCCTCAAGGCCGGGCGCCCCGACGCGGACGTTCCTGCGCAGCTGCAGGTGATTTTCCGTCCCAGTGTGCAGCCTTACCTGATCTCCTTGTTCCGCCAGGACCCGGCCCAAGCCTTCGCGGCATTGAAGATGCCGGCGCTGATCATCCAGGGCAGCCATGACATCCAGGTCAGCGTCGAGGATGCCAGGCAGCTGAAAGCCGCCAAGCCTGACGCACAACTGGCCCTGATCGAGGGCATGAACCATGTGATGCGCATTGTGCCCAACGACGTGAAGCGGCAACTGGCGTCCTATAAAGACCCCAATCTGCCCCTGGCGGCTGAACTGGGTGTGCAGATCCTGCGCTTTATCGGCTCGATCGGTTCCCGTTGA MMLKLFALSLALLTGLVCGQAQATVLQRPISLDTGNGELFGSLLLPKSDTPVPVVLIISGSGPTDRDGNNPEGGRNDSLKRLAWVLARHNIASVRYDKRGVAASLAATPDERNLSVEAYVADAVAWSHKLAADPRLGPLILLGHSEGALIASLAAPQANAAAVISVSGSARPIDQVLRQQLSSRLPPALMLRSNELLDSLKAGRPDADVPAQLQVIFRPSVQPYLISLFRQDPAQAFAALKMPALIIQGSHDIQVSVEDARQLKAAKPDAQLALIEGMNHVMRIVPNDVKRQLASYKDPNLPLAAELGVQILRFIGSIGSR NA NA NA NA NA D1-35_01917 1092 aroC Chorismate synthase ATGTCCGGCAATACCTACGGCAAGCTGTTCACCGTCACCACCGCGGGCGAAAGCCATGGCCCGGCGTTGGTCGCCATTGTCGACGGCTGCCCGCCGGGCCTGGAGATTTCCCTGGAGGACCTGCAGCGTGACCTTGATCGCCGCAAGCCCGGCACCAGCCGCCACACCACCCAGCGCCAGGAAGCCGATGAAGTCGAAATCCTCTCCGGTGTGTTCGAAGGTCGCACCACCGGTTGCGCCATCGGCCTGCTGATTCGCAACACCGACCAGAAGTCCAAGGACTACTCGGCCATCAAGGACCTGTTCCGCCCGGCCCACGCCGACTACACCTACCATCACAAATACGGCGAGCGCGACTACCGTGGCGGCGGTCGCAGTTCGGCCCGGGAAACCGCCATGCGCGTAGCGGCCGGGGCAATTGCCAAGAAGTACCTGGCCAGCCAGGGCATCGTCATCCGTGGCTACATGAGCCAGCTGGGCCCGATCGAAATCCCGTTCAAGACCTGGGATTCGGTGGAGCAGAACGCCTTTTTCAGCCCCGACCCGGACAAGGTACCCGAGCTTGAAGCCTACATGGACCAGTTGCGCCGGGATCAGGATTCGGTCGGCGCGAAAATCACCGTGGTCGCCGAAGGCGTGATGCCTGGCCTGGGCGAGCCGATCTTCGACCGTCTCGACGCCGAACTGGCGCACGCGCTGATGAGCATCAACGCAGTCAAGGGCGTGGAGATCGGCGCCGGTTTCGCCTGTGTCGCCCAGCGTGGCACCGAACACCGCGACGAGTTGACTCCCGAGGGATTTCTGAGCAACAACGCCGGCGGCATCCTTGGCGGCATCTCTTCGGGCCAGCCGATTGTTGCCCACCTGGCATTGAAGCCGACGTCCAGCATCACCACGCCGGGACGCTCGATCGACATCCACGGCAACCCGGTGGATGTCATCACCAAGGGCCGCCACGACCCTTGCGTGGGCATTCGCGCAACGCCGATTGCCGAGGCGATGATGGCGATCGTGCTGATGGACCACCTGTTGCGTCATCGCGGACAGAACGCCGACGTTCGGGTCGGCACGCCGGTGTTGGGTCAGCTTTGA MSGNTYGKLFTVTTAGESHGPALVAIVDGCPPGLEISLEDLQRDLDRRKPGTSRHTTQRQEADEVEILSGVFEGRTTGCAIGLLIRNTDQKSKDYSAIKDLFRPAHADYTYHHKYGERDYRGGGRSSARETAMRVAAGAIAKKYLASQGIVIRGYMSQLGPIEIPFKTWDSVEQNAFFSPDPDKVPELEAYMDQLRRDQDSVGAKITVVAEGVMPGLGEPIFDRLDAELAHALMSINAVKGVEIGAGFACVAQRGTEHRDELTPEGFLSNNAGGILGGISSGQPIVAHLALKPTSSITTPGRSIDIHGNPVDVITKGRHDPCVGIRATPIAEAMMAIVLMDHLLRHRGQNADVRVGTPVLGQL PGPT0012875_3365 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736 NA NA D1-35_01918 1146 hcaT putative 3-phenylpropionic acid transporter ATGGCGGCAGTGCCGTACTGGCGGCTTTCCAGCTTCTATCTGTTTTACTTTGCGCTGCTCGGTTCGACCGCGCCGTTCCTGGCGCTGTATTTCGATCACCTCGGGTTCAACGCCGCGCGCATCGGCGAGCTGGTGGCGATTCCCATGCTGATGCGTTGCGTCGCGCCGAACCTCTGGGGTTGGCTGGGTGACTACACCGGCCGGCGCCTGGCAATCGTGCGGTTTGGCGCGATCTGTACGCTGCTCAGTTTCTCGCTGATCTTCATCGACAAAAGCTACGCCTGGCTGGCGATGGTCATGGCGCTGCATGCGTTCTTCTGGCACGCGGTACTGCCGCAATTCGAAGTCATCACCCTGGCCCACTTGAGCGGGCAGGCGGCGCGCTACAGCCAGATCCGACTGTGGGGCTCCATCGGCTTCATCATCACCGTGGTCGCGCTCGGTCGGTTGTTCGAATGGTTGAGCCTGGACATCTATCCCGTGGCGCTGGCGTTGATCATGGGTGGCATCGTGCTCAGCAGTTTCTGGGTGCCCAACGCCCAGCCCGTTCAGGGGCCGCGGGTGGCCGGGGACGGTTTCCTGCGGCAGTTGCGCAATCCGGGCGTGCTGGCGTTTTATGCCTGCGTCGGCCTGATGCAACTGAGCCATGGGCCGTATTACACCTTCCTGACGTTGCACCTGGAGCGCCTGGGCTACAGCCGCGGATTGATCGGCATGCTCTGGGCCGTCGGCGTGGTTGCGGAAGTGCTGGTTTTCCTGCTGATGAGCCGGATCCTGGCGCGGTTTTCCATGCGCCGGGTGTTGATGGCCAGCTTCCTGCTGGCGGCGCTGCGCTGGTTGCTACTGGGGTCGTTGGCGGAGTTTCTCTGGGTGCTGTTGCTTGCCCAGGTCCTGCACGCAGCGACCTTTGGCAGCTTTCACGCCGCTGCCATCCATTTCGTGCAACGTAGCTTCGGCTCACGCCAGCAAGGTCAGGGGCAGGCGCTGTACGCCGCGCTGGCCGGAACCGGCGGGGCGCTGGGCGCGTTGTATTCCGGCTACAGCTGGAATGCCCTGGGCGCCGGTTGGACTTTCAACATCGCCAGTCTCGCAGCCTTCGCTGCAGCCGTTATCATTGCCACACGCATGCAAGAGGACAGGCCATGA MAAVPYWRLSSFYLFYFALLGSTAPFLALYFDHLGFNAARIGELVAIPMLMRCVAPNLWGWLGDYTGRRLAIVRFGAICTLLSFSLIFIDKSYAWLAMVMALHAFFWHAVLPQFEVITLAHLSGQAARYSQIRLWGSIGFIITVVALGRLFEWLSLDIYPVALALIMGGIVLSSFWVPNAQPVQGPRVAGDGFLRQLRNPGVLAFYACVGLMQLSHGPYYTFLTLHLERLGYSRGLIGMLWAVGVVAEVLVFLLMSRILARFSMRRVLMASFLLAALRWLLLGSLAEFLWVLLLAQVLHAATFGSFHAAAIHFVQRSFGSRQQGQGQALYAALAGTGGALGALYSGYSWNALGAGWTFNIASLAAFAAAVIIATRMQEDRP PGPT0028051_1364 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 D1-35_01919 621 mtnB COG0235 Methylthioribulose-1-phosphate dehydratase ATGAGCCTTACCCGTGAACAACTCACCCGGGAAATCATCGACGCCGGGCGTTTTCTGTATGGTCGCGGCTGGTCCCCGGCCACCAGCAGCAATTATTCGACCCGGTTGTCTTCCGACCAGGCCCTGCTTACCGTTTCCGGCAAACACAAGGGGCAACTGGGCGTCGACGATGTGCTCGCCACCGACCTGGATGGCAACAGCCTGGAGCCGGGCAAGAAACCGTCTGCCGAAACCCTGTTGCACACGCAGCTGTATCGCTGGCGGCCGCAGATCGGCGCGGTGCTGCACACCCATTCGGTGAATGCCACGGTGCTCTCGCGCTTGACCGGCGCAGCCTTCATCGACTTCGAGGACTACGAGCTGCAAAAGGCCTTCAGCGGAGTCACGACCCATGAGTCCCAGGTTCGCGTGCCGATTTTCGACAACGACCAGGACATCGTGCGTCTCGCCGCCAAGGTTCAGCCCTGGCTCGACGCGCACCCCGATTGCGTCGGTTATCTGATCCGTGGGCACGGCCTGTACACCTGGGGGCCGGGCATGAACGATGCGCTGCGGCAAATCGAGGCGTTCGAGTTCCTGTTCGAATGCGAGCTCAAGACTCGCACACTCTTGAACCGTTAA MSLTREQLTREIIDAGRFLYGRGWSPATSSNYSTRLSSDQALLTVSGKHKGQLGVDDVLATDLDGNSLEPGKKPSAETLLHTQLYRWRPQIGAVLHTHSVNATVLSRLTGAAFIDFEDYELQKAFSGVTTHESQVRVPIFDNDQDIVRLAAKVQPWLDAHPDCVGYLIRGHGLYTWGPGMNDALRQIEAFEFLFECELKTRTLLNR NA NA NA NA NA D1-35_01920 546 mtnD COG1791 Acireductone dioxygenase ATGAGCAGCCTGTCCGTCTATCACGTTTCAAGTCCCGAGATTCCGAACAAGGTCCTGACCCATTTCGAAGACATCGCCGCGACCCTCGCCGAAAAAGGCGTGCGCTTCGATCGTTGGGAAGCCGCGACGAAGATCCAGCCCGGCGCCAGCCAGGAGGAAGTGATTGGCGCCTACCGGAGCCAGATCGACAAGCTCATGACCGAGCGCGGCTACGTCACGGTGGATGTCATCAGCCTCAACAGCGACCACCCGCAAAAAGCCGAACTGCGCGCCAAGTTTCTGGATGAACACCGTCACGGCGAGGACGAAGTGCGCTTTTTTGTCGCCGGTCGTGGCCTGTTCACCTTGCACATCGACGACTACGTCTACGCGGTACTGTGCGAAAAGAACGATCTGATCTCGGTGCCCGCCGGTACGCCGCATTGGTTCGACATGGGCGAACACCCCCATTTCGTCGCCATTCGGCTGTTCAATAACCCGGAAGGCTGGGTCGCCAAGTTCACCGGTGATGAAATCGCCAGCCGTTTCCCGCGCCTGGAGGACTGA MSSLSVYHVSSPEIPNKVLTHFEDIAATLAEKGVRFDRWEAATKIQPGASQEEVIGAYRSQIDKLMTERGYVTVDVISLNSDHPQKAELRAKFLDEHRHGEDEVRFFVAGRGLFTLHIDDYVYAVLCEKNDLISVPAGTPHWFDMGEHPHFVAIRLFNNPEGWVAKFTGDEIASRFPRLED NA NA NA NA NA D1-35_01921 684 mtnC Enolase-phosphatase E1 GTGACGATCAAGGCCATCCTCACCGACATTGAAGGCACCACCAGCGCGGTCAGTTTTGTATTCGACGTGCTGTTTCCCTATGCCGCCCGACACCTGCCGGATTTTGTCCGGCACAACGCCGGGCGTGCCGACGTCGCGGAGCAACTGGACGCCGTGCGCCGCGACAGTGCCGAGCCGGACGCAGACGTCGAACGGGTCATCGCGATCCTGCTGGGCTGGATTGCCGAAGACCGCAAGGCCACGCCGCTCAAGGCCTTGCAGGGTATGGTCTGGGAGCAGGGATACACGGCCGGCCAGTTGAAAGGGCACGTTTATCCTGACGCGGCGCAGGCGCTCGAGGCCTGGCATCAGCAAGGTTACCGGTTGTTTGTCTATTCCTCGGGGTCGATCCAGGCACAGAAGCTGATTTTTGGCTGTTCCGAGGCTGGCGACCTGTCGCCGTTGTTCAGCGGTTATTTCGACACCACGTCGGGAGCCAAGCGGGACGCGCAGTCGTATCGGCGAATCAGCGAGGCGATGGGGATCGCGCCGCAGGAAATCCTGTTTCTGTCGGATATCGTCGAGGAACTGGACGCGGCCAGGAATGCCGGAATGGCAACCTGTGGATTGGCCCGCGAGGGCGGTGATCTGGCCGGCCACACGACGGTTGAAAGCTTCGCGCAGATCGAACCTTCGCGCTTCTGA MTIKAILTDIEGTTSAVSFVFDVLFPYAARHLPDFVRHNAGRADVAEQLDAVRRDSAEPDADVERVIAILLGWIAEDRKATPLKALQGMVWEQGYTAGQLKGHVYPDAAQALEAWHQQGYRLFVYSSGSIQAQKLIFGCSEAGDLSPLFSGYFDTTSGAKRDAQSYRRISEAMGIAPQEILFLSDIVEELDAARNAGMATCGLAREGGDLAGHTTVESFAQIEPSRF NA NA NA NA NA D1-35_01922 279 hypothetical protein ATGAACATGATTCAAGAGAAGTTTGCATCGCTGTTTTCCAACTACGAAGTCACCACGCAGCCTCGCCCGGACGGCGGCATTCTGCTGACCTTGCGCAACAGCGATGGCAAACTGTTCAAGCGTACGATTTCCTACGCTCAGTTGCATGCCGGGGACCAACTTTCCTGGGCGATCAGTGCCATTCGCCGCGACCTGGCTGAACAGGCCAGCGAACTGCCACCGGTCGCGATGCTGCAGAGCCAGCACCGTTTCGCGCTGCCGACCTATCACAGCGCCTGA MNMIQEKFASLFSNYEVTTQPRPDGGILLTLRNSDGKLFKRTISYAQLHAGDQLSWAISAIRRDLAEQASELPPVAMLQSQHRFALPTYHSA NA NA NA NA NA D1-35_01923 1824 caiC Crotonobetaine/carnitine--CoA ligase ATGAGTCGTACACCCAGCGACGCTATTACCTGGGGCATGATGCTGCGCAAACTGCCCGTCATCGCCAAAGTTGTTCCGCGAATCATCAAGGGCCTGAAACTCGCCAACGTCCAGGACCCCACCCAGCCTTGCGGCCTTGGCTGGTGTTTCGAACAGGCCACGCAACGCAATCCCCACGGCCCGGCGCTGCTCTGCGGCGACACGGTACTGTCTTATGCACAGGTCAACGAACAGGCCAATCGCATTGCCCATTACTTGCTGGCGCAAGGTCTTGGCAAGGGCGACTGCGTGGCGATTGTTCTGGAAAACCGCCCGCAGCTGCTGATTACGGTGTTGGCGGTGGCGAAGGTCGGGGCGGTGAGCGCGATGATCAACACATCGCAAACCGGAGATGCCCTGGTGCACAGCCTGGCGTTGGTCGCGCCGGTGGCGGTGGTGGTCGGGGATGAACGGGTCGCTGTCTTCAACGACGTGCGCGGCCGAACGGCGCTGGCGGATGCGCGGACCTGGTGGGTTGCCGACCAGGACAGTGGCGCGGTTCCGTGCGGATTCGTCGACCTGATGGTCGGCAGCGAGGATTACCCAGGCGATAACCCGCTTGGCAGACAGGTGTTTTTCAACGATCCCTGTTTTTATCTCTACACCTCGGGCACCACCGGGTTACCCAAGGCCGGCGTATTCCGCCATGGACGCTGGATGCGCACCTCGACCAGTTTTGGCCTGATCGCCCTGGACATGCAGCCCGATGACGTCGTTTATTGCACGCTGCCGCTGTATCACGCCACCGGCCTGTGTGTGTGCTGGGGCGCGGCAGTTTGCGGTGCCTCGGGGTTCGCCATCCGCCGCAAGTTCAGCGCCAGCCAATTCTGGAGCGACGTGCGTCGCTACCGGGCGACCACGTTGGGTTATGTCGGCGAACTGTGTCGCTACCTGATCGAGCAGCCCGCCAGCGCCGACGACCGGCGGCATGAGGTCCGGAAGATGATCGGCAACGGCTTGCGCCCGGGCGCCTGGCTGGCCTTCAAGACCCGCTTCGGGATTGGCCATATCTGTGAATTGTATGCGGCCAGCGACGGCAATATCGGCTTCACCAACATCCTGAACTTCGATAACACGGTCGGGTTTTCCCTGATGGGTTGGGAACTGGTGCAGTACGACCATGACAGCGGCGCGCCGTTGCGCAACCTGCAAGGGCGCATGCAGAAAGTCCCCAAGGGCGAGCCGGGCCTGCTGCTGGCGCGCATCGACGACAAGGCGCCGCTGGATGGCTACACCGATCCGGCCAAGACCGAAAAAACCGTCTGCCGAGACGTCTTCGTCCCAGGCGATCGTTATTTCAACACCGGCGACCTGCTGCGCAATATCGGCTTCGGCCACGGGCAGTTCGTTGATCGCCTCGGCGACACCTATCGCTGGAAAGGCGAAAACGTCTCCACCACCGAAGTCGAAAACGCGCTCCTGCAACATCCACAGATCGCCGAGGCGGTGGCCTACGGCGTGGAGATCACCGGAACCAACGGCCGCGCCGGGATGGCCGCGATCACCCCGGCCGAGTCCCTGGCGACCCTGGATTTCAGCGAGCTGCTGCAATTTCTGCAAGGCAAGCTGCCGGCCTACGCGGTGCCGCTGTTCCTGCGGATCAAGGTGAAGATGGAAACGACCGGCACGTTCAAGTACCAGAAAACCCGCCTCAAGGCCGAAGCCTTTGACCCCTGCCTCACGGGCGAGGAACCGATCTACGCCTGGCTCCCCGACACCTCGACCTACGTGCGGGTGGACCGCCAACTGGCGACGCGGATCCAGGGTGGGCAGTACCGCTATTGA MSRTPSDAITWGMMLRKLPVIAKVVPRIIKGLKLANVQDPTQPCGLGWCFEQATQRNPHGPALLCGDTVLSYAQVNEQANRIAHYLLAQGLGKGDCVAIVLENRPQLLITVLAVAKVGAVSAMINTSQTGDALVHSLALVAPVAVVVGDERVAVFNDVRGRTALADARTWWVADQDSGAVPCGFVDLMVGSEDYPGDNPLGRQVFFNDPCFYLYTSGTTGLPKAGVFRHGRWMRTSTSFGLIALDMQPDDVVYCTLPLYHATGLCVCWGAAVCGASGFAIRRKFSASQFWSDVRRYRATTLGYVGELCRYLIEQPASADDRRHEVRKMIGNGLRPGAWLAFKTRFGIGHICELYAASDGNIGFTNILNFDNTVGFSLMGWELVQYDHDSGAPLRNLQGRMQKVPKGEPGLLLARIDDKAPLDGYTDPAKTEKTVCRDVFVPGDRYFNTGDLLRNIGFGHGQFVDRLGDTYRWKGENVSTTEVENALLQHPQIAEAVAYGVEITGTNGRAGMAAITPAESLATLDFSELLQFLQGKLPAYAVPLFLRIKVKMETTGTFKYQKTRLKAEAFDPCLTGEEPIYAWLPDTSTYVRVDRQLATRIQGGQYRY PGPT0019835_108 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019835-atuD-K13776 NA NA D1-35_01924 519 hypothetical protein ATGTCCGATACAAGCCGCCAGATGACCCCGGAAGAAGCTGCGGAGTTTGCCGAGCAGGTATTCAACGTCGCTCGTCAGGGCGATGCCGCGATGATGGCCGCGCTGTTGAGCAAGGGCCTGCCGCCGAACCTGCGCAATCACAAGGGCGACACCTTGCTGATGCTGGCCGCGTACCACGGGCACGTGGAGACGGTAAAAGTGCTGCTGGAGAATAAGGCCGATCCGGAAATCCGCAACGACAACGGCCAGAGCCCGATTGCCGGTGCGGCGTTCAAGGGCGATCTGGCGGTGGTTTCGGCCCTCGTCGATGGCGGCGCGCAAGTCGAAGGCTCCTCGTTCGATGGCCGCACGGCGCTGATGATGGCGGCGATGTTCAACCGAGTGGAAATAGTCGATTACCTGATCAGCAAAGGCGCCGACCCGAAGGCCAAGGATGCCAACGGCGTCTCGGCGCTGGACGCGGCCAGGACCATGGGGGCGGTGGACACCACGGCGCAGCTGGAAAAGTTGTTGGGCTGA MSDTSRQMTPEEAAEFAEQVFNVARQGDAAMMAALLSKGLPPNLRNHKGDTLLMLAAYHGHVETVKVLLENKADPEIRNDNGQSPIAGAAFKGDLAVVSALVDGGAQVEGSSFDGRTALMMAAMFNRVEIVDYLISKGADPKAKDANGVSALDAARTMGAVDTTAQLEKLLG NA NA NA NA NA D1-35_01925 531 hypothetical protein ATGAAAGCCGCACTCGTCGAACTCATCAGCAAAATCAGCTCCGGCTGCCTGGGCGAGGCGGACATCGAGAAAATCGCCGACGAAGCGGCCCAGGCCTACGCCGACCCGGTGACGTTCCTGGCGGCGAACCCGGACATCAACTATGACGACAGCTTCCCGATCCCGCTGGGGGAGTGGGTGGTGGTAGGCAGTCTGCCGGACACCGTGCTGTTCCAGGCCGACTCCTACGTCGACCTGTTCGAGCAGATCGTCGCCTCGTTCGGCCCTGGCGTCGCGTTCAACCTCAAGCCCAAGCAACTGGCGAAGACCGAGGCGCTGACCGCGCTCAATCGTATCCAGATCCAGATGAGCAGCCTGAACAAGGAGAGCGGCGGCTACGTGCTGATGAACTTCAGCCAGTTGCTCGACGATGAATTGCAGATGGTGCTGGTGTACGGCAACGACGTGCCGCGTGTGCTGGAGTTGTGTGGCGAAGTCGGCATCGCCGCGGCCCCCGCCCTGGAAGCGCTCAAGATCGCGGTTCACGTCTGA MKAALVELISKISSGCLGEADIEKIADEAAQAYADPVTFLAANPDINYDDSFPIPLGEWVVVGSLPDTVLFQADSYVDLFEQIVASFGPGVAFNLKPKQLAKTEALTALNRIQIQMSSLNKESGGYVLMNFSQLLDDELQMVLVYGNDVPRVLELCGEVGIAAAPALEALKIAVHV NA NA NA NA NA D1-35_01926 192 hypothetical protein ATGGGTTCCACTTTCAACGGCCTGATTGGCCTGATCATCCTGGCGCTCGATATCTGGGCGATCATCAATGTGCTCAAGAGTGGCGCGGGCACCGGGGCGAAAGTCCTGTGGGTGCTGCTGATTCTCCTGCTGCCGGTGTTGGGCCTGATCATCTGGGCGATTGCCGGGCCGCGGGGCAACGTGCGGGTCTGA MGSTFNGLIGLIILALDIWAIINVLKSGAGTGAKVLWVLLILLLPVLGLIIWAIAGPRGNVRV NA NA NA NA NA D1-35_01927 1200 sotB_2 sugar efflux transporter ATGAGTGCTCATTCACCCGCCTCGCCCGCTGCCCTGACCCGAGGCATGGTCCTGCTGTTTGCCTTCTGCTGCGGCGCCATCGTTGCCAATATCTACTACGCCCAACCCATCATCGAACTGATCGCGCCCGACGTCGGCCTGTCCAGCACCATGGCCAGCCTGATCGTCTCGCTGACCCAGATCGGCTACGCCCTGGGCCTGTTTTTCCTGGTGCCGCTGGGGGATCTGCTGGAAAACCGGCGCTTGATGATTTTCACCACCGTGGTGGCAATTGCCAGCCTGCTGGGCGCGGCGTTTACCGAGCAGCCGAACGTGTTCCTGCTGGTGTCATTGCTGGTGGGGTTCAGTTCCGTCTCGGTGCAAGTGCTGATTCCGCTGGCGGCGCACCTGGCACCGGAAGAATCCCGGGGACGGGTCGTGGGCGGGATCATGGGCGGCCTGCTGTTGGGGATCCTGCTAGCGCGGCCGGTGTCCAGCCTTGTCGCCGATCACCTTGGCTGGCGGGCGATGTTCATGATCGCCGCCGCGTTGATGGCGGCAATCAGCATCGTCCTGGCATTCACCGTGCCCAAGCGCCAGCCCGAGCACCGCGCCTCCTACGCGCAACTGCTGGGCTCGCTCGGCACCCTGTTACGCCAGCAGCCGCAGTTGCGCCAGCGGGCTTTGTACCAGGCGTGCATGTTTGCCACGTTCAGCCTGTTCTGGACCGCCGTCCCCCTGGAGCTGTCGCGCAACCATGGTTTGTCCCAGACTGAAATTGCGCTGTTTGCGCTGGTCGGCGCCATCGGTGCCGTCGCCGCGCCGATTGCCGGCCGCCTGGCGGACGCCGGCCACACCCGAATTGCTTCGCTGCTGGCCATGCTGTTCGCCAGCCTGAGTTTCCTGCCGGCGTTCATCCATCCCGCTTATAGCGTGATCGGCCTTGCGGTGACCGGCGTGGTTCTGGATTTCTGCGTGCAGATGAACATGGTCCTGGGCCAGCGCACCATCTACGCCCTTGACGCAAAAAGCCGCAGCCGCCTGAACGCGCTGTACATGACCAGCATCTTTGTCGGCGGCGCTTTCGGTTCGTCCATCGCCAGTGCCGTCTACGAACATGGCGGCTGGCTGTGGGTGGTGATCATCGGTAGCGCCTTCCCGTTGCTGGCCCTGTTGCGTTTCCTGAGTGCTTCGCAGAAGGCTTCGCTGGCGACGGCCTGA MSAHSPASPAALTRGMVLLFAFCCGAIVANIYYAQPIIELIAPDVGLSSTMASLIVSLTQIGYALGLFFLVPLGDLLENRRLMIFTTVVAIASLLGAAFTEQPNVFLLVSLLVGFSSVSVQVLIPLAAHLAPEESRGRVVGGIMGGLLLGILLARPVSSLVADHLGWRAMFMIAAALMAAISIVLAFTVPKRQPEHRASYAQLLGSLGTLLRQQPQLRQRALYQACMFATFSLFWTAVPLELSRNHGLSQTEIALFALVGAIGAVAAPIAGRLADAGHTRIASLLAMLFASLSFLPAFIHPAYSVIGLAVTGVVLDFCVQMNMVLGQRTIYALDAKSRSRLNALYMTSIFVGGAFGSSIASAVYEHGGWLWVVIIGSAFPLLALLRFLSASQKASLATA NA NA NA NA NA D1-35_01928 999 sbp_1 COG1613 Sulfate-binding protein GTGAAGAATTTCTTTGGCGCCTCCCTCCTCGCCGCCGGCCTGGCGTTCGGCAGCCTGGCCCACGCCGCCCCGACTCTGCTCAACGTTTCCTACGACGTGATGCGGGATTTCTATAAGGACTACAACGCCGCGTTCCAGAAACACTGGCAGGCCGAGCACAACGAAAGCATCACCGTGCAGATGTCCTTTGGCGGTTCGAGCAAGCAGGCGCGCTCGGTAATCGATGGGCTGCCAGCGGATGTCATCACCATGAACATGGCGACTGACATCAATGCCTTGGCCGACAACGGCAAGCTGGTTCCGGATAACTGGGTCACCCGCCTGCCGAACAACAGCGCGCCGTTCACCTCGGCCACCGTGTTTATCGTGCGCAAGGGCAATCCGAAAGCGCTGAAGGACTGGCCGGACCTGCTCAAGGACGGCGTCCAAGTGATCGTGCCCAACCCGAAAACCTCGGGCAACGGCCGCTATACCTACCTTTCGGCCTGGGGCTATGTGCTGAAGAATGGCGGCGATGAGAACAAGGCCAAGGATTTCGTCGGCAAGCTGTTCAAGCAGGCCCCTGTGCTGGACACCGGCGGTCGTGCCGCGACGACTACGTTCATGACCAACCAGATCGGCGATGTGCTGGTGACCTTTGAGAACGAAGCGGAAATGATCGCCCGTGAATTCGGTCGCGACCAGTTCGAAGTGGTCTACCCAAGCGTCTCCGCCGAAGCCGAGCCACCGGTCAGCGTTGTGGATAAAGTCGTCGAGAAGAAAGGTTCCCGCGCCGCCGCCGAGGAGTACCTCAAATACCTGTGGTCGCCCGAAGGCCAGGAAATTGCCGCCGCCAACTACCTGCGTCCTCGCGACCCGGCGGTGCTGGCCAAATACACCGACCGTTTCCCGAAAGTGGATTTCCTCTCGGTGGAAAAAACCTTCGGCGACTGGCGCACCGTGCAGAAGACCCATTTCAACGATGGTGGGATTTTTGACCAGATCTATAGCGGGCAATAA MKNFFGASLLAAGLAFGSLAHAAPTLLNVSYDVMRDFYKDYNAAFQKHWQAEHNESITVQMSFGGSSKQARSVIDGLPADVITMNMATDINALADNGKLVPDNWVTRLPNNSAPFTSATVFIVRKGNPKALKDWPDLLKDGVQVIVPNPKTSGNGRYTYLSAWGYVLKNGGDENKAKDFVGKLFKQAPVLDTGGRAATTTFMTNQIGDVLVTFENEAEMIAREFGRDQFEVVYPSVSAEAEPPVSVVDKVVEKKGSRAAAEEYLKYLWSPEGQEIAAANYLRPRDPAVLAKYTDRFPKVDFLSVEKTFGDWRTVQKTHFNDGGIFDQIYSGQ PGPT0002995_720 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002995-cysP|ylnA-K02048 NA NA D1-35_01929 825 hypothetical protein ATGGACAGCAATAACAACTGGCGTGAACGCCTCTACGTGATCATTTTCCAGACCGACACGGTGGCCGGCCGCCGCTTCGACAGCACGCTGCTGTTGATCATCCTTGCGAGCCTGGTGATCGTGATGCTCGACAGCATCGACAGCGTGCACAAGAACTACGCGGCCCTGCTGGCCTACATCGAGTGGGGTTTCACGTTGATTTTCATCGTTGAATACGGCCTGCGCCTGTACTGCTCGCCCAAGCCGCTGCGCTATGCGTTCAGCTTTTATGGCCTGGTGGACCTGCTGGCGATCGTGCCGGGCATCCTCGCGTTGTACTACAGCGATGCCCAGTACCTGCTGATCGTACGGATCATCCGCATGCTGCGGATTTTCCGCGTTCTCAAGCTCAGCCCCTACCTCAAGCAGGCCAACTATCTATTGGCCGCACTGCGCGGCAGCAAGCAGAAAATCATCGTGTTCCTGGTCAGCGTGTCGACCCTGGTGACGGTGTTTGGCACCCTGATGTATGTCATCGAAGGCCCCGAGCATGGTTTCACCAGCATTCCCAAGGGCATCTATTGGGCTATCGTGACATTGACCACCGTAGGCTTCGGCGACATCGTGCCGAAGACGCCGCTGGGCCAAGTGGTTTCGTCCCTGGTGATGATTACCGGCTACTCGATCATCGCCGTACCGACGGGTATCTTCACTGCGGAACTGGCCACCGCCATGCGCGGTGACCAGCTCAAGCACAATTGCCCGGTGTGCAGCAAAAACAACCACGACCATGGCGCTGCTTTCTGTTCTCGTTGCGGTAACGCACTGTTTAAGAAATTGGAATAA MDSNNNWRERLYVIIFQTDTVAGRRFDSTLLLIILASLVIVMLDSIDSVHKNYAALLAYIEWGFTLIFIVEYGLRLYCSPKPLRYAFSFYGLVDLLAIVPGILALYYSDAQYLLIVRIIRMLRIFRVLKLSPYLKQANYLLAALRGSKQKIIVFLVSVSTLVTVFGTLMYVIEGPEHGFTSIPKGIYWAIVTLTTVGFGDIVPKTPLGQVVSSLVMITGYSIIAVPTGIFTAELATAMRGDQLKHNCPVCSKNNHDHGAAFCSRCGNALFKKLE PGPT0002715_3538 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716 NA NA D1-35_01930 900 COG4413 Urea transporter ATGCCCAACACCCACTGCCCAGACTGGGCCACCGCCCTGCTCAACGGCTTCAGCCAGATTTTCCTCCAGCGCCATCCCCTGTGCGGCCTGTTCTGCCTCTTGGCGATTCTGCTCACCGCGCCAGCGTTGTTCGGCGGCGCGCTACTGGGCGGCGTGGCCGGATTGCTGACGGCCCAACGACGTGGTTATGCCAAGGAGGATCGGCAGGCCGGGCTGTTCAGCTATAACGGCATCCTGCTGGGTTTGCTGCTGAGCCTGGCATTGCCTTGGTCAGCCCTGTTGCCGCCATTGATCATCGCCGCTGGCGGCCTCAGCGCAATGCTCACCCAACAGTGGCTCAAGCGCACCCGAGGCCCACGCTGCCTGCCCGCCTACACCGCGCCTTTCGTCGGGCTCGGCTGGTTGCTGCTGGGTCTCGCCCCGCCTGCGCCCTCGCCCGCTGCACTGGAGCAGACACTCCCCAACCTGTTGCTTGCCCCGCTTAACGGCCTCGGCCAGGTCATGTTTCTCGACCAGCCCCTGGCTGGTGTGCTGATCACCATCGGCCTGCTGATCGCCAACCGTCGCGCCGTCGGCTGGGCGCTGTTCGGTTCCGTCGCAGGCTTTGCCTTCGCCTGGCTGCACGATTGCCCGCACACCTTGTCCGGCCTGGGCGGCTACAACCCGGCCTTGGTGGCCGTGGCCCTCGGCCAACAGGCACGCGGGCCATGGCAGCCGCTGGCGGGCGTGCTGCTGGCGGTCCTTCTCGCACCGGGTTTCGCGGCGCTGGGCGTGGCGCCATTGACGGCGCCATTCATTCTCGCGTGCTGGCTGGTGCATGCCACCGCGCGGCTTTGGCACCCAGGCTGTCTCGACATCGCGCCTTGCGCTCTGCGGGGCAATCACCCTAGGCTGCGCTGA MPNTHCPDWATALLNGFSQIFLQRHPLCGLFCLLAILLTAPALFGGALLGGVAGLLTAQRRGYAKEDRQAGLFSYNGILLGLLLSLALPWSALLPPLIIAAGGLSAMLTQQWLKRTRGPRCLPAYTAPFVGLGWLLLGLAPPAPSPAALEQTLPNLLLAPLNGLGQVMFLDQPLAGVLITIGLLIANRRAVGWALFGSVAGFAFAWLHDCPHTLSGLGGYNPALVAVALGQQARGPWQPLAGVLLAVLLAPGFAALGVAPLTAPFILACWLVHATARLWHPGCLDIAPCALRGNHPRLR PGPT0000950_317 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_TRANSPORT,PGPT0000950-utp-K08717 NA NA D1-35_01931 1416 ttuE Pyruvate kinase ATGACGCCTGACAAGAAGGTCAAGATCCTCGCGACACTCGGCCCCGCCACCCGTGGGATCGATGACATCCGCGAACTGGTGCAGGCCGGAGTGAACATCTTTCGCCTGAACTTCAGCCACGGCGACCACGCCGACCACGCCCAGCGCTACCAGTGGATCCGCGAAGTCGAGCAGCAGCTCAATTACCCGCTGGGCATCCTGATGGACCTGCAAGGACCAAAACTGCGGGTCGGCAAGTTCGCCGATGGCAAGGTGCTGTTGCAGCGCGGTCAAGCCTTGCGTCTGGACCTGGACCCGACGCCAGGCGATCAGCGTCGGGTCAACCTGCCCCACCCGGAAATCATCGCCGCGCTGGAGCCGGGCATGGACTTGCTGCTCGATGACGGCAAGCTGCGCCTGCGGGTAACCGCCAGACACACCGACGCCATTGATACCGAGGTGCTCAACGGTGGCGAACTGTCGGACCGCAAGGGCGTGAACGTGCCCCAGGCCGTGCTCGACCTGAGCCCGCTGACCGCCAAGGACCGCCGCGACCTGAGTTTCGGCCTGGAGCTGGGCGTGGACTGGGTGGCGCTGTCGTTCGTGCAGCGTCCCGAGGACATTCGCGAAGCCCGCGCGCTGATCGGCGACAAGGCGTTCCTGATGGCCAAGATCGAGAAGCCCTCGGCCGTCGCGCAACTGCGGGAAATCGCCGAACTGAGCGACGCGATCATGGTTGCCCGAGGTGACCTGGGCGTCGAGGTGCCGGCCGAGAGCGTGCCGCAGATTCAGAAAAACATCATCGGCACCTGCCGCGCCCTCGGCAAACCGGTGGTGGTGGCGACACAGATGCTTGAGTCGATGCGCTTCTCCCCGGCGCCGACCCGCGCCGAAGTCACCGATGTCGCCAACGCCGTGGCCGAAGGTGCCGACGCGGTGATGCTGTCGGCGGAAACCGCCTCGGGCGACTATCCCCTCGAAGCCGTGCAGATGATGAGCAAGATCATCCGCCAGGTGGAAAACGGCCCGGACTACCAGGCACAACTCGACGTCAGCCGACCGAAAGCCGAGGCCACGGTGTCGGACGCCATCAGTTGCGCGATCCGCCGGATCAGCAACGTGCTGCCCGTGGCGGTGCTGGTCAACTACAGCGAGTCGGGCAGCTCCAGCCTGCGGGCGGCGCGGGAACGGCCGACGGTGCCGATCCTCAACCTGACGCCCAACCTGCAGGCGGCCCGTCGCCTGACCGTCGCGTGGGGCGTGCATTCGGTGGTCAACGATCGGCTGCGGCAGGTGGACGAAGTGTGTTCCACCGCGCTGGAAATCGCCCAGGCCCAGGGCATGGCCCAGCGTGGCGACACCCTGCTGATTACCGCCGGCGTGCCGTTCGGGCAGCCGGGGTCGACCAACTCGCTGCGTATCGAGACCCTCATCTAG MTPDKKVKILATLGPATRGIDDIRELVQAGVNIFRLNFSHGDHADHAQRYQWIREVEQQLNYPLGILMDLQGPKLRVGKFADGKVLLQRGQALRLDLDPTPGDQRRVNLPHPEIIAALEPGMDLLLDDGKLRLRVTARHTDAIDTEVLNGGELSDRKGVNVPQAVLDLSPLTAKDRRDLSFGLELGVDWVALSFVQRPEDIREARALIGDKAFLMAKIEKPSAVAQLREIAELSDAIMVARGDLGVEVPAESVPQIQKNIIGTCRALGKPVVVATQMLESMRFSPAPTRAEVTDVANAVAEGADAVMLSAETASGDYPLEAVQMMSKIIRQVENGPDYQAQLDVSRPKAEATVSDAISCAIRRISNVLPVAVLVNYSESGSSSLRAARERPTVPILNLTPNLQAARRLTVAWGVHSVVNDRLRQVDEVCSTALEIAQAQGMAQRGDTLLITAGVPFGQPGSTNSLRIETLI PGPT0002020_7110 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873 NA NA D1-35_01932 1281 ttuD Putative hydroxypyruvate reductase ATGTCGGTCGATCCGCAACAATTGCTGCGCGAGCTGTTTGCCACGGCCATCGACGCGGCCCATCCGCAGCACGTCCTCGAACAGTACCTGCCCGCTGACCGCAGCGGTCGGGTGATCGTCATCGGTGCCGGCAAGGCCGCCGCGGCCATGGCGCAAGTGGTCGAGCGCTGCTGGCGCGGCGAAGTCAGCGGCCTGGTGGTGACCCGCTACGGCCATGGCGCGCCCTGCGAGAAAATCGAAGTGGTCGAGGCCGCTCATCCAGTACCGGACGCCGCTGGCCTGGAAGTGGCCGGACGGGTGCTCGAACTCGTCAGCAACCTCAACGAAGACGACCGGGTGATCTTCCTGCTGTCCGGCGGGGGCTCGGCGTTGCTGGCCTTGCCGGCGGCCGGCATCACCCTGGCCGACAAGCAATCGATCAACAAGGCCCTGCTCAAGTCCGGCGCCACCATTGGCGAGATGAATTGCGTGCGCAAGCACCTCTCGGCGATCAAGGGAGGCCGACTGGGCAAGGCCTGCTGGCCGGCGACCGTCTACACCTACGCGATTTCCGATGTGCCCGGCGATCTCGCCACGGTTATCGCCTCCGGCCCCACCGTGGCCGACCCCAGCACTTCGGCCGACGCGCTGGCGATTCTCAAGCGCTACGGCATGGAGATCCCGGCCTCGGTGCGCACCTGGCTGCAAAGTCCGGAATCGGAGACCGTCAAGCCCGGCGACCCGAGCCTGACGCGCAGTCATTTCCAGCTCATCGCCCGCCCTCAGCAATCCCTCGAAGCCGCGGCGGTGAAGGCTCGCCAGGCCGGTTTCAGCCCATTGATCCTCGGTGACCTGGAAGGCGAATCCCGGGACGTGGCGAAGGTCCATGCCGGCATCGCCCGGCAAATCGCCCTCCACGGCCAGCCCTTGGCTGCGCCGTGCGTGATCCTTTCCGGCGGCGAAACCACGGTCACCGTGCGCGGCAATGGCCGTGGCGGGCGCAACGCCGAGTTCCTGCTGAGCCTGACCGACAGCCTCAAGGGCCACCCCGGCATCTATGCACTGGCGGGCGACACCGACGGCATCGACGGCTCCGAAGACAATGCCGGCGCCATCATGACCCCGGACAGCTATCGCCGCGCCACCGAGCTGGGCCTGAACGCCAGTGATGAACTGGATAACAACAACGGCTACGGCTACTTCGCCGCGCTGGACGGGTTGATCGTCACCGAGCCGACCCGCACCAATGTCAACGATTTTCGCGCCATCCTGATCCTCGAGAACCCGAAAAATGACGCCTGA MSVDPQQLLRELFATAIDAAHPQHVLEQYLPADRSGRVIVIGAGKAAAAMAQVVERCWRGEVSGLVVTRYGHGAPCEKIEVVEAAHPVPDAAGLEVAGRVLELVSNLNEDDRVIFLLSGGGSALLALPAAGITLADKQSINKALLKSGATIGEMNCVRKHLSAIKGGRLGKACWPATVYTYAISDVPGDLATVIASGPTVADPSTSADALAILKRYGMEIPASVRTWLQSPESETVKPGDPSLTRSHFQLIARPQQSLEAAAVKARQAGFSPLILGDLEGESRDVAKVHAGIARQIALHGQPLAAPCVILSGGETTVTVRGNGRGGRNAEFLLSLTDSLKGHPGIYALAGDTDGIDGSEDNAGAIMTPDSYRRATELGLNASDELDNNNGYGYFAALDGLIVTEPTRTNVNDFRAILILENPKNDA PGPT0024440_1000 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024440-gck|gckA-K11529 NA NA D1-35_01933 891 glxR COG2084 2-hydroxy-3-oxopropionate reductase ATGGCTAAAATCGGATTCATCGGCACCGGCATCATGGGCCACCCCATGGCACTGAACCTGCAAAAGGCCGGTCACAGCCTGTTCCTGACCCAGCATCACGACGCTGCCCCGGCCGACCTCGTGGCAGGCGGCGCGGTGGCGCTGGCCAACCCGAAGGAAGTCGCCCAGGAGGCCGAATTCATCATCGTCATGGTCCCGGATACCCCACAGGTCGAGGACGTGCTGTTCCGCGCCGACGGCGTAGCGGCCGGCGTGGGCGCGGGCAAGGTGGTGATCGACATGAGTTCGATCTCCCCCACCGCCACCAAGGCGTTCGCGGCGAAGATCAATGAAAAAGGCGCGCAGTACCTCGACGCCCCGGTGTCCGGCGGTGAAGTCGGCGCCAAGGCCGCGACCCTGAGCATCATGGTCGGTGGCGACAGCGCCGCGTTCGAGCGTGCGCTGCCACTGTTCCAGGCGATGGGCAAGAACATCACCCTGGTGGGCGGCAACGGCGATGGCCAGACCGCCAAGGTGGCGAACCAGATCATCGTCGCGCTGAACATCCAGGCCGTGGCCGAGGCCCTGCTGTTCGCCTCGAAGAATGGCGCCGACCCGGCCAAGGTCCGTGAAGCGTTGATGGGCGGTTTCGCCTCGTCGAAGATCCTCGAAGTACACGGTGAGCGCATGATCAAGGGCACCTTCGACCCGGGCTTCCGCATCAGCCTGCACCAGAAGGACCTGAACCTGGCCCTGCAAGGCGCCAGGGAGCTGAACATCAACCTGCCCAACACCGCCAACGCCCAGCAAGTGTTCAGCACCTGCGCGGCCATGGGTGGCAGCAATTGGGACCACTCGGCGCTGATCAAGGGGCTGGAGCATATGGCCAATTTCTCGATTCGCGATAACTGA MAKIGFIGTGIMGHPMALNLQKAGHSLFLTQHHDAAPADLVAGGAVALANPKEVAQEAEFIIVMVPDTPQVEDVLFRADGVAAGVGAGKVVIDMSSISPTATKAFAAKINEKGAQYLDAPVSGGEVGAKAATLSIMVGGDSAAFERALPLFQAMGKNITLVGGNGDGQTAKVANQIIVALNIQAVAEALLFASKNGADPAKVREALMGGFASSKILEVHGERMIKGTFDPGFRISLHQKDLNLALQGARELNINLPNTANAQQVFSTCAAMGGSNWDHSALIKGLEHMANFSIRDN PGPT0018170_447 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 D1-35_01934 783 hyi COG3622 Hydroxypyruvate isomerase ATGCCGCGTTTCGCCGCCAACCTGTCCATGCTGTTTACCGAGCAGGATTTCCTCGCCCGTTTCGAAGCGGCCGCCAAGGCCGGTTTCAGTGGTGTCGAGTACCTGTTCCCCTACGACTACAGCTCCGCCGAACTCAAGGCCCTGCTCGACGCCTATGGCCTGACCCAAGTGCTGTTCAACCTGCCGGCCGGCGACTGGGCCAAGGGTGAGCGCGGTATCGCCTGCCTGCCGGATCGGGTCGAGGAGTTCCGCGCCGGGGTCGACCTGGCGATTGCCTATGCCAAGGTGTTGGGCAACACCCAGGTCAATTGCCTGGCCGGGATCCGTTCGCAGAAGTGCGACGAAGCGCTGGCGGAAAAAACCTTCGTCGCCAACCTGAAGTACGCCGCCGAAAAGCTCCAGGGCGCCGGCATCAAGCTGGTGATGGAAGCCATCAACACCCGCGACATCCCGGGTTTTTTCCTGAACAACACCGCCCAGGCCCTGTCGATCCGCGAACAGGTGGGCAGCGCCAACCTGTTCCTGCAATACGACATCTATCACATGCAAATCATGGAAGGCGACCTGGCCCGGACGCTGTCGGCGCACCTGGGCGAAATCAACCATGTGCAACTGGCGGACAACCCGGGCCGCAACGAGCCCGGCACCGGCGAGATCAATTATCGGTTCCTGTTCGAACACCTGGATCGCATTGGTTATCAGGGTTGGATCGGCTGTGAATACAAGCCGCTCACCACGACCGAAGCGGGACTGGGCTGGTTGAAAAGCCATAACGCGATCTGA MPRFAANLSMLFTEQDFLARFEAAAKAGFSGVEYLFPYDYSSAELKALLDAYGLTQVLFNLPAGDWAKGERGIACLPDRVEEFRAGVDLAIAYAKVLGNTQVNCLAGIRSQKCDEALAEKTFVANLKYAAEKLQGAGIKLVMEAINTRDIPGFFLNNTAQALSIREQVGSANLFLQYDIYHMQIMEGDLARTLSAHLGEINHVQLADNPGRNEPGTGEINYRFLFEHLDRIGYQGWIGCEYKPLTTTEAGLGWLKSHNAI PGPT0018150_462 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0018150-otnI|ygbM-K22131 NA NA D1-35_01935 1776 gcl COG3960 Glyoxylate carboligase ATGAGCAAAATGAGAGCAATCGAAGCCGCCGTCCTGGTGATGCGCCGTGAAGGCGTGGACACCGCCTTCGGCATCCCGGGTGCCGCGATCAACCCGCTGTACTCTGCCCTGCAAAAGGTTGGCGGCATCGATCATGTCCTCGCTCGCCACGTTGAAGGCGCCTCGCACATGGCCGAGGGCTACACCCGGACCAAGGCCGGCAACATCGGCGTGTGCATCGGTACTTCGGGGCCGGCGGGCACTGACATGGTCACTGGCCTCTACAGCGCTTCGGCCGACTCGATTCCGATCCTGTGCATCACCGGACAAGCGCCCCGCGCCCGCATGCACAAGGAAGATTTCCAGGCGGTGGATATCACCAGCATCGTCAAGCCCGTGACCAAATGGGCGACTACCGTGCTGGAGCCGGGACAGGTGCCCTACGCCTTTCAGAAGGCTTTCTTCGAGATGCGCTCCGGCCGTCCGGGCCCGGTGCTGATCGACTTGCCGTTTGACGTGCAGATGGCCGAGATCGAATTCGACATCGACGCCTATCAGCCGCTGCCCCTGGCCAAGCCGGCCGCCAACCGGGTGCAGATCGAGAAGGCCTTGGCGATGCTGAACCAGGCCGAGCGCCCATTGCTGGTGGCGGGTGGCGGCATCATCAATGCCGATGCCAGCGACCTCTTGGTGGAGTTTGCCGAGCTCACCGGCATCCCGGTGATCCCGACCTTGATGGGCTGGGGCACGATCCCGGACGATCATCCGTTGATGGTCGGCATGGTCGGCCTGCAAACCTCGCACCGCTACGGCAACGCCACCTTGCTCAAGTCGGACGTCGTGCTGGGCGTCGGCAACCGTTGGGCCAACCGCCACACCGGTTCGGTGGACGTCTACACCGAAGGCCGCACATTCATTCACGTCGACATCGAACCGACCCAGATCGGCCGGGTGTTCACCCCCGACCTGGGTATCGTTTCCGACGCAGCCTCGGCCCTGACCGTGTTCATCGAAGTGGCCCGCGAATGGCAAGCCGCCGGCAAGCTGAAGAACCGCAGCACCTGGCTTCAGGATTGCCAGCAACGCAAGGCCAGCCTGCAGCGCAAGACCCATTTCGACAACGTGCCGGTGAAGCCGCAGCGCGTCTATGAGGAAATGAACCAGGTGTTCGGCAAGGACACCTGCTATGTCAGCACCATCGGTCTATCGCAGATCGCCGGGGCGCAGTTCCTCCACGTCTACAAACCACGCCACTGGATCAACTGCGGCCAGGCCGGTCCCCTGGGCTGGACCATTCCGGCCGCGCTGGGAGTGGTCAAGGCCGATCCGGATCGCAAGGTCGTGGCGCTGTCGGGCGACTATGATTTCCAGTTCATGATCGAAGAACTGGCGGTGGGCGCACAATTCAAGCTGCCCTACATCCATGTCGTGGTGAACAACTCCTACCTGGGCTTGATCCGCCAGGCTCAGCGCGGCTTCGACATGGACTACTGCGTGCAGCTGTCCTTCGACAACCTCAACGCCCCGGAGCTCAACGGTTATGGCGTGGACCACGTCGCCGTGGCCGAGGGCCTGGGTTGCAAGGCATTGCGGGTGTTCGAGCCGTCAGGTATCCAGCCAGCGCTGCGCAAGGCCCAGGAGATGATCGAAGAGTTCAGGGTGCCAGTGATCGTCGAGATCATCCTTGAGCGGGTGACCAACATTTCCATGGGCACCGAGATCAACGCCGTCAATGAATTTGAAGACCTGGCGCTGGTGGGCAACGATGCACCCACCGCGATTTCATTGCTCGACTGA MSKMRAIEAAVLVMRREGVDTAFGIPGAAINPLYSALQKVGGIDHVLARHVEGASHMAEGYTRTKAGNIGVCIGTSGPAGTDMVTGLYSASADSIPILCITGQAPRARMHKEDFQAVDITSIVKPVTKWATTVLEPGQVPYAFQKAFFEMRSGRPGPVLIDLPFDVQMAEIEFDIDAYQPLPLAKPAANRVQIEKALAMLNQAERPLLVAGGGIINADASDLLVEFAELTGIPVIPTLMGWGTIPDDHPLMVGMVGLQTSHRYGNATLLKSDVVLGVGNRWANRHTGSVDVYTEGRTFIHVDIEPTQIGRVFTPDLGIVSDAASALTVFIEVAREWQAAGKLKNRSTWLQDCQQRKASLQRKTHFDNVPVKPQRVYEEMNQVFGKDTCYVSTIGLSQIAGAQFLHVYKPRHWINCGQAGPLGWTIPAALGVVKADPDRKVVALSGDYDFQFMIEELAVGAQFKLPYIHVVVNNSYLGLIRQAQRGFDMDYCVQLSFDNLNAPELNGYGVDHVAVAEGLGCKALRVFEPSGIQPALRKAQEMIEEFRVPVIVEIILERVTNISMGTEINAVNEFEDLALVGNDAPTAISLLD NA NA NA NA NA D1-35_01936 441 hypothetical protein ATGAGCGATCTCACCTTGAAAATCGCCGTCAGCCTGGCGGGGCAAGCCCTTGCCGCAGGCCGCGAGATCAGCGCAGCCCCCTTGACCGTCGCGGTCCTGGACAGCGGCGGACACCTCGTAGCCTTGCAGCGCGAGGACGGCGCCAGCCTGTTGCGCCCGCAAATCGCCATCGGCAAGGCCTGGGGCGCCATCGCCCTGGGCAAAGGCTCACGCCTGCTCGCCCAGGACGCCCAGCAGCGCCCGGCGTTCTTTGCCGCTTTGAACGGCATGGGCCAAAGCAACATCGTGCCGGCACCGGGCGGAGTGTTGATCAGGGATCAGGACGGGAAGGTGCTGGGGGCGATTGGTGTCAGCGGGGATGTTTCGGATGTGGATGAGCAGGTGGCGGTCAGGGCGGTGGAGGTGTCGGGGTTGAGGGCGGATGTGGGGGTTGTTGTTTGA MSDLTLKIAVSLAGQALAAGREISAAPLTVAVLDSGGHLVALQREDGASLLRPQIAIGKAWGAIALGKGSRLLAQDAQQRPAFFAALNGMGQSNIVPAPGGVLIRDQDGKVLGAIGVSGDVSDVDEQVAVRAVEVSGLRADVGVVV NA NA NA NA NA D1-35_01937 459 hypothetical protein ATGTCTGACCTACCCGCTTCACACCGCTTGCGAACCGGCCGCTACGGTGAGTTGAATCGAATCTATTTATTGACCACTAACACGGCTGATCGAAAGCCCGTCTTCCATGATTTCGCTTTAGGCAGATTGGTCGTTGAACAATTTCGATGTGCTGAGGATAAACGATGGGCAAAGTCATTAGCCTGGGTGGTCATGCCGGACCATTTTCATTGGCTGGTTGAGTTGCAACAAAGCTCACTGAACGAGCTGATGCAAAAGACCAAGTCCTTGAGCGCTCGGGCAGTAAACATATCCACCGGCTATAGAGGCAGCCTTTGGCAGCCGGGATACCATGAACGAGCATTGAGGCAGGAGGATGGATTGATAGTTATGGCGCGCTATGTCGTCGCCAACCCACTGCGGGCAGGCCTGGTGAAGCGGCTTGGCGACTATCCGCTGTGGGATGCCATCTGGCTTTGA MSDLPASHRLRTGRYGELNRIYLLTTNTADRKPVFHDFALGRLVVEQFRCAEDKRWAKSLAWVVMPDHFHWLVELQQSSLNELMQKTKSLSARAVNISTGYRGSLWQPGYHERALRQEDGLIVMARYVVANPLRAGLVKRLGDYPLWDAIWL PGPT0030655_3057 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491 NA NA D1-35_01938 609 rutR_1 COG1309 HTH-type transcriptional regulator RutR ATGAGCACTATCCGCGAGCGCAACAAAGAACTGATCCTGCGTGCCGCCAGCGAAGAGTTTGCCGACAAGGGCTTCGCCGCGACCAAAACCAGCGACATCGCGGCCAAGGCGGGCCTGCCCAAACCCAACGTCTACTATTACTTCAAATCCAAGGAGAACCTCTACCGCGAGGTCCTGGAAAGCATCATCGAGCCGATCCTCCAGGCCTCCACGCCCTTCAACGCCGACGGCGAGCCGGGCGAAGTATTGAGCCACTACATCCGCTCCAAGATCCGCATCTCCCGCGACCTGCCCTTCGCCTCGAAAGTCTTCGCCAGTGAAATCATGCACGGCGCCCCGCACCTCAGCGCCGACCTGGTCGAACAACTCAACGCCCAGGCCCGGCACAACATCGACTGCATCCAGACCTGGATCGACCGCGGCCAAATCGCCCCCATCGACCCCAACCACCTGATGTTCAGCATCTGGGCCGCCACCCAGACCTACGCCGATTTCGACTGGCAGATCAGCGCCGTGACCGGCAAGGCCAAGCTCGACGAAGCGGATTACGAAGCGGCGGCGCAGACGATTATCCGGTTGGTTTTGAAGGGGTGTGAGGTGGATCGCTAG MSTIRERNKELILRAASEEFADKGFAATKTSDIAAKAGLPKPNVYYYFKSKENLYREVLESIIEPILQASTPFNADGEPGEVLSHYIRSKIRISRDLPFASKVFASEIMHGAPHLSADLVEQLNAQARHNIDCIQTWIDRGQIAPIDPNHLMFSIWAATQTYADFDWQISAVTGKAKLDEADYEAAAQTIIRLVLKGCEVDR NA NA NA NA NA D1-35_01939 915 yedI COG2354 Inner membrane protein YedI ATGGCTGGAAGCAGTTTGCTGGTTTTGATCGACGACATCGCCACCGTGCTCGACGATGTGGCGCTGATGACCAAGATGGCCGCCAAGAAAACCGCCGGCGTGCTCGGCGACGACCTGGCGCTCAATGCCCAGCAAGTCTCCGGCGTGCGGGCCGAGCGGGAGCTGCCGGTGGTCTGGGCGGTGGCCAAGGGTTCCTTCATCAACAAGCTGATCCTGGTGCCGTCGGCGCTGGCAATCAGTGCCTTCGTGCCTTGGCTGGTGACACCCCTGTTGATGGTGGGTGGCGCCTACCTGTGTTTCGAAGGGTTCGAAAAACTCGCCCACAAGTTCCTTCACAGCAAGGCTGAAGACCAGGCCGGGCATGCGCAACTGGTGGAGGCGGTGGCCGACCCGGCGGTGGACCTGGTGACCTTCGAAAAGGACAAGATCAAAGGCGCGGTTCGCACCGACTTCATTCTCTCGGCGGAAATCATCGCCATCACCCTCGGCACTGTCGCCGATGCGCCGCTGACCCAGCAGGTTATCGTGCTGTCGGGCATTGCGATTGTCATGACTGTCGGCGTGTACGGCCTGGTGGCGGGGATCGTCAAGCTCGATGACCTGGGCTTGTGGCTGACCAAAAAGCCAGGGCAGGCCGCCAAAAGCATCGGCGGCGCCATCCTGCGCGCCGCGCCCTACATGATGAAAAGCCTGTCGGTGATCGGTACGGCGGCGATGTTCCTGGTGGGCGGCGGCATCCTGACCCATGGCGTACCGGCGGTGCATCACTGGATCGAAGGCGTGGCGGCTGGTGCCGGCGGCGCCGGGTTCATCGTGCCGATGCTGCTCAATGCGGTGGCGGGGATTGTCGCGGGTGCTGCCGTGTTGGCGGGTGTGCTCGTCGTGGGCAAAATCTGGAAAGCGCTGAAAGGCTGA MAGSSLLVLIDDIATVLDDVALMTKMAAKKTAGVLGDDLALNAQQVSGVRAERELPVVWAVAKGSFINKLILVPSALAISAFVPWLVTPLLMVGGAYLCFEGFEKLAHKFLHSKAEDQAGHAQLVEAVADPAVDLVTFEKDKIKGAVRTDFILSAEIIAITLGTVADAPLTQQVIVLSGIAIVMTVGVYGLVAGIVKLDDLGLWLTKKPGQAAKSIGGAILRAAPYMMKSLSVIGTAAMFLVGGGILTHGVPAVHHWIEGVAAGAGGAGFIVPMLLNAVAGIVAGAAVLAGVLVVGKIWKALKG NA NA NA NA NA D1-35_01940 789 hypothetical protein GTGGCTAAATACCTCCTGCTTATCGCCGCGTTAATGAGTGCGGGCATGGTCCACGCCGATAACAGCAAGGCCAATGCCCCCGTGGTGGTGGATTCGGACGGCTTCAAGGAGCCGCTGACCAAACTCAAGTTCAACCCGGGCCTGGACCAGCGCGAATTCGAACGCTCGACGCTCAACGCTTTGAACGTCTACGACCCGCTGGAATCGTGGAACCGCCGCGTCTACCACTTCAACTACCGCTTTGACGAATGGGTCTTCCTCCCTGTTGTCGACGGCTACCGCTACGTCACCCCGGCCTTCGTGCGCACCGGCGTCAGCAATTTCTTCAACAACCTGGGGGACGTGCCGAACCTGATGAACAGCCTGCTGCAATTGAAGGGCAAGCGTTCGATGGAAACCACGGCGCGCCTGCTCCTCAATACCACCGTCGGCATCGCCGGCCTCTGGGACCCGGCCACGGCCATGGGCCTGCCGCGCCAGAGCGAGGACTTTGGCCAGACCCTGGGTTTCTATGGTGTGCCCGGCGGCGCGTATTTCGTGCTGCCGATCTTCGGTCCTTCGAACCTGCGCGACACTTCGGGCCTGCTGGTGGACTACACCGCGGAATCGGCGATCAACTTCCTGAACGTCTCGGAGGTCAGCTCCAACCACCCGGAACTGCTGCTGTTGCGCGGCGTGGACAGGCGCTACCAGACCAGCTTCCGCTACGGGCAGCTGAACTCGCCGTTCGAGTATGAGAAGGTGCGGTACGTGTACACCGAGTCGCGCAAGTTGCAGATCGCCGAGTAA MAKYLLLIAALMSAGMVHADNSKANAPVVVDSDGFKEPLTKLKFNPGLDQREFERSTLNALNVYDPLESWNRRVYHFNYRFDEWVFLPVVDGYRYVTPAFVRTGVSNFFNNLGDVPNLMNSLLQLKGKRSMETTARLLLNTTVGIAGLWDPATAMGLPRQSEDFGQTLGFYGVPGGAYFVLPIFGPSNLRDTSGLLVDYTAESAINFLNVSEVSSNHPELLLLRGVDRRYQTSFRYGQLNSPFEYEKVRYVYTESRKLQIAE PGPT0024485_990 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024485-mlaA|vacJ-K04754 NA NA D1-35_01941 1299 hypothetical protein ATGCTCCGTTCCTTGCGCTTCGCTGCCTTCGCCGGCGGCCTTATCCTGAGTGCGTCCGCGCTGGCGGTGGATGTCGACGCCGCCAGCTATGGCTACCCCTTGACCAACCCGTTCGAGGCGACCATCGCCACCACGCCGCCGGACCTGCGCCCGGAGCTGCCGCTCAATGAGGACATCAACCAGTCGGACCAGAGCCTGACCCTGCGTCCGGAGCGCGAATTCATCCTGCCGGACAATTTCTGGCCGGTGAAAAGCCTCACCTACCGCATGGCCACCCAGGACAAACCCGCGCCGCTGATCTTCCTGATCGCGGGCACCGGCGCGCGGTATGACAGCACGCTCAACGAGTATTTGAAGCGCCTCTACTACAAGGCCGGCTACCACGTGGTGCAGTTGTCCTCGCCCACCAGTTTCGATTTCATGAGTGCCGCTTCGCGCTTCGCCACGCCAGGCATCACCAAGGAAGACGCCGAAGACATGTATCGCGTGATGCAGGCCGTGCGCGCGCAAAATCCGAAAGTGCCCGTCACCGAGTACTACCTGACCGGCTACAGCCTCGGCGCCCTGGACGCGGCCTTCGTTGCGCACCTGGACGAGACCCGGCGCAGTTTCAACTTCAAGAAAGTCCTGTTGCTGAACCCGCCGGTGAACCTCTACACCTCGATCACCAACCTGGACAAGCTGGTCCAGACCGAGGTCAAGGGCATCAACAGCACCACGACATTCTATGAACTGGTGCTGAACAAACTGACCCGCTACTTCCAGCAGAAAGGCTACATCGACCTCAACGACGCCCTGCTCTATGACTTCCAGCAGTCCAAGCAACACCTGACCAACGAGCAGATGGCGATGCTGATCGGCACCTCGTTCCGTTTCTCGGCGGCCGACATCGCCTTTACCTCGGACCTGATCAACCGTCGCGGCCTGATCATCCCGCCGAAGTTCCCGATCACTGAAAGCACCAGCCTGACGCCGTTCCTCAAGCGCGCGCTGCAATGCGATTTCGACTGCTACCTCACCGAGCAGGTGATCCCGATGTGGCGTGCGCGCACCGACGGCGGCAGCCTGCTGCAACTGGTTGACCAGGTGAGTCTGTACGCGTTGAAGGATTATCTGCAGGCCAGCACGAAAATCGCGGTGATGCACAACGCCGACGATGTGATTCTCGGCCCGGGCGACCTCGGCTTCCTGCGCAAGACTTTTGGCGACCGCCTGACCGTTTATCCACTGGGCGGCCATTGCGGCAACCTTAACTATCGCGTCAACAGCGACGCCATGCTGGAGTTCTTCCGTGGCTAA MLRSLRFAAFAGGLILSASALAVDVDAASYGYPLTNPFEATIATTPPDLRPELPLNEDINQSDQSLTLRPEREFILPDNFWPVKSLTYRMATQDKPAPLIFLIAGTGARYDSTLNEYLKRLYYKAGYHVVQLSSPTSFDFMSAASRFATPGITKEDAEDMYRVMQAVRAQNPKVPVTEYYLTGYSLGALDAAFVAHLDETRRSFNFKKVLLLNPPVNLYTSITNLDKLVQTEVKGINSTTTFYELVLNKLTRYFQQKGYIDLNDALLYDFQQSKQHLTNEQMAMLIGTSFRFSAADIAFTSDLINRRGLIIPPKFPITESTSLTPFLKRALQCDFDCYLTEQVIPMWRARTDGGSLLQLVDQVSLYALKDYLQASTKIAVMHNADDVILGPGDLGFLRKTFGDRLTVYPLGGHCGNLNYRVNSDAMLEFFRG NA NA NA NA NA D1-35_01942 855 hypothetical protein ATGAAGATGCGACGACTCTTGGGCGCAGGTGCCGCACTGGTACTGGCGATCAGCTCCACCCTGGCCAGCGCCGAAACCAAAACCCTGAGCATTGGTTATGTCGACGGCTGGTCCGACAGCGTCGCGACCACCCATGTGGCGGCCGAAGTGATCAAGCAGAAACTCGGTTATGACGTGAAGCTGCAAGCGGTGGCGACCGGGATCATGTGGCAGGGCGTGGCCACCGGCAAGCTCGATGCAATGCTTTCGGCCTGGCTGCCGGTGACTCACGGTGACTACTGGACGAAAAACAAGGACAACGTGGTCGACTACGGCCCGAACTTCAAGGACGCCAAGATCGGCCTGATCGTGCCAGAGTACGTCAAGGCCAAGTCGCTGGAAGACCTCAAGACCGACGATTCCTTCAAGAAACGCATCGTCGGCATCGACGCCGGTTCAGGCGTGATGCTCAAGACCGAACAGGCGATCAAGGACTACGACCTGACCGGTTATCAACTCAAGGCCAGTTCCGGCGCCGGCATGATCGCCGAGCTGACCCGTGCCGAGAAGAAACAAGAGTCCATCGCCGTCACCGGTTGGGTGCCGCACTGGATGTTCGCCAAGTGGAAACTGCGCTTCCTGGAAGATCCGAAGGGTGTCTACGGCGCGGCTGAAACCGTAAACAGCATCGGCAGCAAAGGCCTGGAAGCCAAGGCGCCGGGAGTGGTCGCGTTCCTGAAGAAGTTCCAGTGGGCCTCGAAAGACGAAATCGGTGAAGTCATGCTGGCGATCCAGGAAGGCGCCAAGCCGGACGCCGCCGCCAAGGATTGGGTTGCCAAGCACCCGGACCGCGTGAAGGAGTGGACCGGCAAGTAA MKMRRLLGAGAALVLAISSTLASAETKTLSIGYVDGWSDSVATTHVAAEVIKQKLGYDVKLQAVATGIMWQGVATGKLDAMLSAWLPVTHGDYWTKNKDNVVDYGPNFKDAKIGLIVPEYVKAKSLEDLKTDDSFKKRIVGIDAGSGVMLKTEQAIKDYDLTGYQLKASSGAGMIAELTRAEKKQESIAVTGWVPHWMFAKWKLRFLEDPKGVYGAAETVNSIGSKGLEAKAPGVVAFLKKFQWASKDEIGEVMLAIQEGAKPDAAAKDWVAKHPDRVKEWTGK PGPT0013640_3825 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 D1-35_01943 312 yjcH COG3162 Inner membrane protein YjcH ATGAACGACAGCATTTACCTCTCGATACAAAACAGCCCGCGCTTCAAGGAGCTGGTGAGTAAAAGGGAAAAGTTCGCCTGGATTCTCTCGGCGATCATGCTAGGGCTTTACTCGGGATTCATCCTTCTGATTGCCTACGGGCCGCATATTCTCGGCGCCAAGATCACGCCTGAGGGAACGATCACCTGGGGCATTCCCATCGGGATCGGCCTGATTCTCTCGGCTTTTGTCCTGACCGGCATTTACGTACGACGCGCCAATGGCGAGTTCGACGACCTGAACAATGCGATTCTCAAGGAGGCTCAGCAATGA MNDSIYLSIQNSPRFKELVSKREKFAWILSAIMLGLYSGFILLIAYGPHILGAKITPEGTITWGIPIGIGLILSAFVLTGIYVRRANGEFDDLNNAILKEAQQ NA NA NA NA NA D1-35_01944 1659 actP COG4147 Cation/acetate symporter ActP ATGATCCGGCGTCTACTGGCTCTTTTGAGCATCGCTGCGTTCGCACCGAGCGTCTGGGCGGCTGATGCCGTGGCGGGGGCTGTGCAGAAACAACCCCTCAACGTCGCGGCTATCCTGATGTTCGTGGCCTTCGTCGGCGCGACTCTGTACATCACCTACTGGGCGTCCAAGAAAAACAACTCGGCGGCCGACTACTATGCGGCTGGCGGCAAGATCACCGGCTTCCAGAACGGCCTGGCGATTGCCGGCGACTACATGTCGGCGGCTTCCTTCCTGGGTATTTCCGCGCTGGTGTTCACGTCCGGTTATGACGGCCTGATCTACTCCATCGGCTTCCTGGTGGGCTGGCCGATCATTCTGTTCCTGATCGCCGAGCGTCTGCGCAACCTAGGTAAATACACCTTCGCCGACGTGGCGTCCTATCGCCTCGGGCAAACCCAGATCCGCAGCCTGTCGGCTTGCGGTTCGCTGGTGGTGGTGGCGTTCTACCTGATCGCGCAAATGGTCGGTGCCGGCAAGCTGATCCAGCTGCTGTTCGGCCTGGACTACCACGTTGCGGTGATCCTGGTCGGTATCCTGATGTGCCTCTACGTGCTGTTCGGCGGCATGCTGGCCACCACCTGGGTACAAATCATCAAGGCCGTGCTGTTGCTGTCGGGTGCTTCGTTCATGGCGCTGATGGTGATGAAGCACGTCAACTTCGACTTCAACATGCTGTTTGCCGAAGCGGTCAAGGTTCACCCTAAAGGTGAAGCGATCATGAGCCCTGGCGGCCTGGTGAAGGATCCGATCTCGGCCTTCTCCCTCGGCCTGGCGCTGATGTTCGGTACCGCTGGCCTGCCACATATCCTGATGCGCTTCTTCACCGTTAGCGACGCCAAGGAAGCTCGCAAGAGCGTGCTGTATGCCACCGGCTTCATCGGCTACTTCTACATCCTGACCTTCATCATCGGCTTCGGCGCGATCCTGCTGGTCAGCACCAACCCGGCCTTCAAGGACGCGGCAGGTGCCTTGCTGGGCGGCAACAACATGGCGGCGGTGCATCTGTCCAACGCGGTTGGCGGCAGCATCTTCCTGGGCTTCATCTCGGCGGTGGCGTTCGCGACCATCCTGGCGGTGGTAGCGGGGCTGACCCTGGCCGGTGCCTCGGCGGTGTCCCATGACCTGTACGCCAGCGTGATCAAGAAAGGCAAGGCCAACGAGAAGGATGAGATTCGGGTTTCGAAAATCACCACCATCTGTCTGGCGGTGCTGGCGATCGGCCTGGGCATCCTGTTCGAGAAGCAGAACATCGCGTTCATGGTGGGCCTGGCGTTCTCCATCGCGGCGAGCTGCAACTTCCCGGTACTGCTGCTTTCGATGTACTGGAAGAAGCTGACTACCCGTGGCGCGATGATCGGCGGCTGGCTGGGCCTGGTCAGTGCCGTGGGCCTGATGGTGCTCGGTCCGACCATCTGGGTGCAGATCATGGGTCACGAGAAGGCGATCTTCCCGTACGAATACCCAGCGCTGTTCTCGATGGCCATTGCGTTCGTCGGCATCTGGTTCTTCTCCATCACCGACAAGTCGGCTGAAGGCGCTAACGAGCGGGCGCTGTTCTTCCCGCAGTTCGTGCGTTCGCAGACGGGTCTGGGGGCGAGTGGGGCGGTTAATCACTGA MIRRLLALLSIAAFAPSVWAADAVAGAVQKQPLNVAAILMFVAFVGATLYITYWASKKNNSAADYYAAGGKITGFQNGLAIAGDYMSAASFLGISALVFTSGYDGLIYSIGFLVGWPIILFLIAERLRNLGKYTFADVASYRLGQTQIRSLSACGSLVVVAFYLIAQMVGAGKLIQLLFGLDYHVAVILVGILMCLYVLFGGMLATTWVQIIKAVLLLSGASFMALMVMKHVNFDFNMLFAEAVKVHPKGEAIMSPGGLVKDPISAFSLGLALMFGTAGLPHILMRFFTVSDAKEARKSVLYATGFIGYFYILTFIIGFGAILLVSTNPAFKDAAGALLGGNNMAAVHLSNAVGGSIFLGFISAVAFATILAVVAGLTLAGASAVSHDLYASVIKKGKANEKDEIRVSKITTICLAVLAIGLGILFEKQNIAFMVGLAFSIAASCNFPVLLLSMYWKKLTTRGAMIGGWLGLVSAVGLMVLGPTIWVQIMGHEKAIFPYEYPALFSMAIAFVGIWFFSITDKSAEGANERALFFPQFVRSQTGLGASGAVNH PGPT0001400_1788 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393 NA NA D1-35_01945 1998 asnB_2 COG0367 Asparagine synthetase [glutamine-hydrolyzing] 1 ATGTGCGGTATTTTCTCATCCCTTGGTTTTGACATCGATACTCATTATGTGGAGCGTGCGCTAGACGCTTTGCACCACAGGGGTCCTGATGGACGTAGCTCCTACTTTGATCATGAGGAAAAACTCGTTCTGGGTCATACCCGACTGTCCATTATCGATCTTGATAATGGTGGTCAGCCACTGTTCAGCAAAGACGGCAACAAGGTCCTTGTTTGTAATGGCGAGATCTATGATCACGACCGGTTAAGAGCCGAGTTGATCGAAGAGGGTTATTCATTTTCCTCATGTTCGGATTCTGAAGTCATTCTTCATCTTTATGAACGTGATGGGATCGATTTTACCAGCTCCCTGCGGGGCGAATTTGCGTTCATACTATTTGACCGAACTCAACGAAAACTGCATATCTGCCGAGACCGTTTTGGTATTAAGCCGTTGTACTATCATCTGGATCAAACCTGTGGCCTGAAGATAGCCTTCGCCTCGGAAGCCAAGGCCCTTTTCGCGGCTGGCATTCTTGCTCCAAAGCTAGATGTCGTTGCTATTCGCGACATGCTCAGCTTTGTGCCAATGGACAGTATTTTTGAAAATATCAATGTGGTGAAGCCTGCTACGTTGATCACCATCGACCTTGAGCGCTCAAGTCTCGAAAGCCATGTGTACTGGGAACCAGACCTGCTACCTGATGCCTTTGATGCCAAACGGCACGATGAAGCTCAGGTATTGGCAGAACTGAAGCAAAGACTTGAGGAATCCATCTCACTAAGGCTTCGAGCGGACGTGCCCGTGGGCATTTATCTCAGCGGTGGCCTGGATTCGGCGGCGGTCGCTGCGATCGCCGCGAAAATCCTGCCGTCGCCACCCGAAGTTTTTTCCATTTCCTTCAATGAAGATGAGGACTATGACGAAGCAGCCATTGCAATGCGCATGGCCGCGAAAATTGGCGCCAACTTCCATAAAATTCAATGCAGCGAAGACGACCTGCTGGGTAACCTTGAGGATTGCCTCTGGTTCAGTGAAACCCCGGCAGTCAATTACAACGGCGTCGGCAAATACCTGTTATCCAAACTAGCAGCCCAGCATGTCACCTGCGTCCTGACGGGGGAGGGCTCAGACGAACTGTTTCTAGGCTATGCCTACTTCAAGGACCGCAACGAGGGGTTATCGAGTCACGCCTATCGGCGCGCGCCGAAGAAGCCCACAAGAGCGCAAAACCGCTCGGAACAACGGATCAATCGAACCTTCGGGTTCGTTCCTCAGGTCGAGATGATTGATCTTTTTTCTACCAGTACTCAGGCGTTTCTGCACAATCTCTTCGCCAAGTGCAAGCGGCCGATATTGCGCACTACATCGCCGATAAGCCGTTTAACACAACGTATCGACAAAGCGCAGACCGACCCGCTTGAACCGGTCAATAAGATGCAGATGTTCAGCATCAAGGGTTTGCTGTCCCCCTTCATTCTGTCCAATCTTGGGGATCGCCAGGAAATGGCTCACTCCCTTGAAGGTCGAACTCCTTTTTTGGATCATCATTTGTTCGACTGGGCGTGCAAGCTGCCGAACACGCTGAAGATCAAAGACGGTGTAGAAAAATACATTCTTCGTGAGCTGGTCAAAAATGACATTACGGATGAAGTCTATGCTCGCAAGAAGTGGCCCTACATCACGCCTCCCATTTGGGTCGACGCCGGAAGGTCAGAAAAAATGGCCAAGCTGGTCGACACCTATCTAACGCCTCAAGCGATCAAGACCAGCGGGATATTTTCAGCATTTTCCATTCGACTGATGCTCAAGCTGGTGAAAACGCGCGTGGTGCCACGACACCTTCGAGAGAGGCTCAACAACATCCTGCTTTATGTTCTGACCGTACAGATCCTTGACAACCAGTACGTTCAGAATCTCGATACGTGGTTGGAGTCAAGTAAAGCGACCAGGTCTCGTAAAGCGCAAAATGACGTCCCTGTATCGCGCCATCGAGCGCCTCCGATGATGATTCCATAA MCGIFSSLGFDIDTHYVERALDALHHRGPDGRSSYFDHEEKLVLGHTRLSIIDLDNGGQPLFSKDGNKVLVCNGEIYDHDRLRAELIEEGYSFSSCSDSEVILHLYERDGIDFTSSLRGEFAFILFDRTQRKLHICRDRFGIKPLYYHLDQTCGLKIAFASEAKALFAAGILAPKLDVVAIRDMLSFVPMDSIFENINVVKPATLITIDLERSSLESHVYWEPDLLPDAFDAKRHDEAQVLAELKQRLEESISLRLRADVPVGIYLSGGLDSAAVAAIAAKILPSPPEVFSISFNEDEDYDEAAIAMRMAAKIGANFHKIQCSEDDLLGNLEDCLWFSETPAVNYNGVGKYLLSKLAAQHVTCVLTGEGSDELFLGYAYFKDRNEGLSSHAYRRAPKKPTRAQNRSEQRINRTFGFVPQVEMIDLFSTSTQAFLHNLFAKCKRPILRTTSPISRLTQRIDKAQTDPLEPVNKMQMFSIKGLLSPFILSNLGDRQEMAHSLEGRTPFLDHHLFDWACKLPNTLKIKDGVEKYILRELVKNDITDEVYARKKWPYITPPIWVDAGRSEKMAKLVDTYLTPQAIKTSGIFSAFSIRLMLKLVKTRVVPRHLRERLNNILLYVLTVQILDNQYVQNLDTWLESSKATRSRKAQNDVPVSRHRAPPMMIP NA NA NA NA NA D1-35_01946 1005 hypothetical protein ATGGCTGTTGATTTTTCCTGGAGTAAAATTTCCCAGTATTTCCATCCTGTTCTTGATGAAAAGAAATTGCGTAATTCACCCGTTCAGGTCGAAATTGGTGATTTCAAGATTGTGCTTTTCAGGGGGGCGGAAAACGAAATCGTAGCCATGCCTGATCGGTGCCCTCATCGATTTACTCCCCTGTCAATGGGAACTGTTTTACCCAACGGTTCGATAGAATGTCCTTACCACGGCTGGACCTTCGATAAAGACGGCAAAGGCGCCATTCCTTCCTGTCCAAAAGTAAAAACATGCACGATTCCTGTATTAAAGACGGTGCAACGCCATGGCGTCATTTGGGTAGGAGGACAGGAAGCCTCTCCTCCTCCTGAGTTTGAAGATCCTGATTACGTATTTTTGGGACAGTTCCCCGTTGTCTTCAAGTGTCCCTTACACGTTGCCCTGGATAATTTCTCTGAAGATGAGCATTTTCCGTATGTACATCAAACGTTCGGTTGGGACCGGGAAGGCGCAAAGCACGTCGAATACGAATTTGAACAGTTCGATGACAGCACCAATAACTATTACCGAGGTCCCATTCGAAAATTTCCGCTAATGTTCCTTACCGGTGTTCAGCCAGGGGATATCTCCCACAACCGGTTTATTACGTTTTTTAATCCAGTTCGCAGTACCTACGAGTCCTGGGTCACGCGTCGGGAAACCGCCGCATCTATTGGCGGGCGGATCAAAACCACCATATTCTTTGTTCCAAACAGTGCGCAGCGCACTACCCTCTACAGCTTCGTCTTTGGAAAAGCGGAGGATAAGAAATCTGCTTTCCTTCAAAAGAACCTTAAACGCTTTGTCTTGAAATTCATAAAAAAAGAATTTGAAGCAGACGGTAAATTCTCCGAGCGTCTTGCTCATCTTCCCTATGCACTGAACGGCACCAGGCTAGGAAAATATGACAAGCCTCTGGTTGTGCACAGAAAAATGCTTGAACGTATTTATTTAGGCGATCGCTAG MAVDFSWSKISQYFHPVLDEKKLRNSPVQVEIGDFKIVLFRGAENEIVAMPDRCPHRFTPLSMGTVLPNGSIECPYHGWTFDKDGKGAIPSCPKVKTCTIPVLKTVQRHGVIWVGGQEASPPPEFEDPDYVFLGQFPVVFKCPLHVALDNFSEDEHFPYVHQTFGWDREGAKHVEYEFEQFDDSTNNYYRGPIRKFPLMFLTGVQPGDISHNRFITFFNPVRSTYESWVTRRETAASIGGRIKTTIFFVPNSAQRTTLYSFVFGKAEDKKSAFLQKNLKRFVLKFIKKEFEADGKFSERLAHLPYALNGTRLGKYDKPLVVHRKMLERIYLGDR NA NA NA NA NA D1-35_01947 252 hypothetical protein ATGAACACGGCTCAAGTCAAAGAGGAGTTACATCACCTATGGAGAGAGTTGCTCCCCTCGCAGAGCTTCGATGAAGACTCAGATTTTCTAAGTGTCGGTGGCAGTTCATTAAAGGTCATGAGTCTTTTCGTAAAGTGTATGAAGAAATTTGGTGTGAAGATGGAAGTCAAAAATTTTTACGCATTGAATACTATCAATAGGCAAAGCGCTTTCATTACAAGCGAGTTGCAGCTTGAAGCACAGCTTGAGTAG MNTAQVKEELHHLWRELLPSQSFDEDSDFLSVGGSSLKVMSLFVKCMKKFGVKMEVKNFYALNTINRQSAFITSELQLEAQLE NA NA NA NA NA D1-35_01948 750 hypothetical protein ATGCACAGTCCGATTGCGGTCGTCACCGCTCCAAAAATCCCCAAGGCATATAAATCTCTATTTGAAAAAGCCGAGCAGGACCGGCTTTTAGTGGGGGACCTCGAAGTGAGGCTGTATCGCTGGCCCGGCGAACGTACTGTGTTATGCCTCCACGGTTCCAATGGCAATTCGGCTCAGTTTGGAAAGCTGATTTCCAAGTTGACTGAAGTGGGTCATGGCGTTATTGCGGTAGATATACCATCCCACGATGCGCAGGGTCGTTTTATCCCGTCCAACAATATCGGGTTCAGCCTCCTCGCCCTGCAAAAAAAATACGGCGAAATCTATGCGGTGGTCGCGCATTCCATGGCGTGCAGCTGGGCACTGTGGGCGATGAGGAACGGATTACACGTCCAACGTGTGGTCTGCTTGTCCCCCGCTGCGACTCAGGAATATGTCTTCAAGCGGTTCCTCGCGCTTCAGGCTGACCGGGGTGTTTGCATGGATGACCTGGAGCAAGAAATATCATCGTCATTCGGCAGTTCATGGAGGGAGGAGTATTCGACGATCAACCTATGCCAATTCCTGACGCTAGATGCGCTGATCTATCACGATCGCGATGATCCGGTAATTGAATTCGAACAAGGTGGCGAGCAACTTGCGGAACGTTGGGTCGGCGCCTTGTTTCGAGCGACGAATGGGCAAGGACACTCTGGGTTTTTTAGGAGTGAAACGATAATGGAAGAAGTTAAGAGTTTTATTGTTTCGTAA MHSPIAVVTAPKIPKAYKSLFEKAEQDRLLVGDLEVRLYRWPGERTVLCLHGSNGNSAQFGKLISKLTEVGHGVIAVDIPSHDAQGRFIPSNNIGFSLLALQKKYGEIYAVVAHSMACSWALWAMRNGLHVQRVVCLSPAATQEYVFKRFLALQADRGVCMDDLEQEISSSFGSSWREEYSTINLCQFLTLDALIYHDRDDPVIEFEQGGEQLAERWVGALFRATNGQGHSGFFRSETIMEEVKSFIVS NA NA NA NA NA D1-35_01949 306 hypothetical protein ATGGAAGCTGATGTGACCAAAGAGGCGCTGTACAGCAATATTGAACGAATCATTTTGCAGTACTGCGATGCGGCGGATCTGGGTATTACCGGTATCGATCCCGACGTCAGTCTGACCCAAGAGCTAGGCGTTGACAGTGTTGACTTCCTCGATATCGTTTTTGAGATCGAAGATACCTATAAAATTCAGTTTCCACTTGAGCAATGGTCGGCGGATGTGCCTGACGGTAAAAAAAATGAATCCAAGATGTGCGATTTCGTGGATGCAGTTTACGCACTAATAGTGCCGAAATTGGTTGAGGCATGA MEADVTKEALYSNIERIILQYCDAADLGITGIDPDVSLTQELGVDSVDFLDIVFEIEDTYKIQFPLEQWSADVPDGKKNESKMCDFVDAVYALIVPKLVEA NA NA NA NA NA D1-35_01950 447 hypothetical protein ATGAATTTCGAAGTTAACGCGTTGGTCGATAAGGTTGTGGACGTTTCTGAATGGGAACGTATTACCTGTCGCAGCACGGTGCCAACACAGGCCCCTCTCTTTGAGGGGCATTTTCCAGGTAACCCAATCGTTCCAGGCGTGTTGCTGGTGGAGATGATGGCTCAAGCGAGTGGTTATCTTTATATGTTGTCATCGGGTTTTCAGCGGATGCCTTACCTGGTAAATATCAAAAGCGCGAAGTTTAAGCGGTTTGTCTCGCCAGGTGAGGTGCTTGACGTGAAGTCGCAGTTAACTCATCAAGGAGACGGTTATTTGGTTTTCAAAGCCAGTATTAGCGCGCCGTTGATGGTGGCCAACGCCGAGCTCATGTTGAAACTAATGGATTTTCCTAATGACGTTCTCAAGGAAAGTGTTGTCAGTTCGGTAAAGTCGGCGAGGGGTGAGTGA MNFEVNALVDKVVDVSEWERITCRSTVPTQAPLFEGHFPGNPIVPGVLLVEMMAQASGYLYMLSSGFQRMPYLVNIKSAKFKRFVSPGEVLDVKSQLTHQGDGYLVFKASISAPLMVANAELMLKLMDFPNDVLKESVVSSVKSARGE PGPT0008365_1475 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372 NA NA D1-35_01951 999 hypothetical protein ATGAATAACAGCGCCTTTATTCTGGGTGTCGGCGGAGTCTCCAACTTGGGATGTTTACAGGCCCGCGATCCATGGATGGCTTTTTCGCCGCTCCTTATCGGCACGAGCAAAGTCAGCGCGTCTGAATTCCCGGTGAGTAGATATATTACTAAACAGCGTGATATCAACTCTATGGGTTTGGGACAAAAAATGTTGGTCTGTGCCGCAGGCTTGGCATTGGAGGACGCACGCTTGCTGGGCAGCGATCTTACAAGCTATGACATTTTTATGGCTTCGAAAATCGGTGAACGAAATAAGGATGTCGATGCCGCTATTATACAAGGGGCTAAAATCGGTACGCTCGACATCAACGCCGAGTTGAGCCGTTTACGGCCTACCCATTTCCTTGCTGAACTACCGAATTTGTATTCAGCTAACATTTCGATAGTGTTTGGTGCTAAAGGCGAGAGCGTAACGTTCGTCGGAGAAGCGTCTGCTTCGGTACAAGCGGTGACGCATGCTATCGAGAAACTCTCGAGTGGGCAGGCGCACCATTCTATCGTAGGGGGCGTGTTCAACGGTGATCAGGAAATTCACGATGAGTACGTTGCCTCAATAAACCATTGTGGATCAACGCCCATCGTATTCGGCAGCGCAGCGACTTGTATGGTACTCGGATCGGTACCGACCGACGCGATAGCCGGTATTTCACGACTTGAGCGCTTTGATCTGAAGAACTTAGCCGAGATTATTATCGAGAATGAAGTGTCGGCCGTTTCGGCAAGTTTTCATCCCGGCATCAGTCCTCCTGCATATTGGTTCCCTGAAGGCGTTGGGATTGTAGGCGTCAATATCGCCGATTATTTCGGCAGTCTATTTGAATCGACATTGCCCACTCAAGTCCTGTTTTCATTGTTGCATTTTAAGCCAATGCTGCAGTTGCAACGCCGCAAGCGAATACTACTGATAACCCAAGTAGGAAGAGCACATTTCGAAGCATTTCTCGTGGATGTTTTATAG MNNSAFILGVGGVSNLGCLQARDPWMAFSPLLIGTSKVSASEFPVSRYITKQRDINSMGLGQKMLVCAAGLALEDARLLGSDLTSYDIFMASKIGERNKDVDAAIIQGAKIGTLDINAELSRLRPTHFLAELPNLYSANISIVFGAKGESVTFVGEASASVQAVTHAIEKLSSGQAHHSIVGGVFNGDQEIHDEYVASINHCGSTPIVFGSAATCMVLGSVPTDAIAGISRLERFDLKNLAEIIIENEVSAVSASFHPGISPPAYWFPEGVGIVGVNIADYFGSLFESTLPTQVLFSLLHFKPMLQLQRRKRILLITQVGRAHFEAFLVDVL NA NA NA NA NA D1-35_01952 996 kshA 3-ketosteroid-9-alpha-monooxygenase, oxygenase component ATGGACTCGCAAAATCAAATTCACCCGGTGACTAATCGGTTTCCATTTGGCTCGTATCCCTGCGGCTGGTATGCCGTAGCATGGGCTGACGATATTGATAATGAAACTATCCGAAGTGTGCGGCTCTGTGGCAAAGACATTGTTGTCGTTAGGACTGCTTCAGGGGAAGTTGCGGTATATGATGCCCATTGCCCTCATCTAGGCGCACACTTGGGGTTTGGTGGGGTGGTCATCGGTGAAAATATCCGGTGCCCGTTTCATGGCTGGGAGTTTGGTAGCGGTGGGCAGTGTAGCCGTATTCCATTCTATGACGGTACCATGAAAGTTGGCTTGAAACGGTGGCACTCGATTATTCACGCAGGCATGCTCCAAGTCTGGTACGGCGGCACGCAAAGTGAGCCTGGTTGGAATGTGGACCCAGTGGATTCTGTTGGATGGACCTCGCCGCGACTGGATAAGGGAAGTGTCTGGTCATTGAAGACGCACGTCCAAGAGGTGGCGGAAAATGGAGTGGATGTTGCTCACTTTACAACGGTACATAATGCGGAATCCATTGGCGAGTTAAGAGAGCTCTCATTCACTTGGCCACGTGCTAGTTGGACATCAATCAGCTCCAGTGATATCGGTGGGAAGTCTTCGGTGGCGCACGCCAACGTCGTATTGGATGGGTTGGGGTTGCATAAAGTTGAAGTCAATGTGGATGGTGGGAAGATAAGGTTTAGGAGTTTTCTCTACGTTTCCCCGATAGACAATGAGAACGTTGTAATCCGCATGAGCGTTTCCGTAAAACACACGGGCGACCCTCGTAAAGATGCGATGCTGATTAAATACCTTACCCCTCGATTAGCTGGTGAGTTGGCCAAGGATTTCGATATTTGGGAGAACAAAAAGTATATAGAACGCCCTCCATTAAGTCGCGTTGATGGTCCGATTGCCAAGTTTCGCCAATGGTGCCAGGGGTTTTACGACGGAAGTGCGGCATTTCAAGGTTGGTAG MDSQNQIHPVTNRFPFGSYPCGWYAVAWADDIDNETIRSVRLCGKDIVVVRTASGEVAVYDAHCPHLGAHLGFGGVVIGENIRCPFHGWEFGSGGQCSRIPFYDGTMKVGLKRWHSIIHAGMLQVWYGGTQSEPGWNVDPVDSVGWTSPRLDKGSVWSLKTHVQEVAENGVDVAHFTTVHNAESIGELRELSFTWPRASWTSISSSDIGGKSSVAHANVVLDGLGLHKVEVNVDGGKIRFRSFLYVSPIDNENVVIRMSVSVKHTGDPRKDAMLIKYLTPRLAGELAKDFDIWENKKYIERPPLSRVDGPIAKFRQWCQGFYDGSAAFQGW NA NA NA NA NA D1-35_01953 345 pchB_1 COG1605 Isochorismate pyruvate lyase ATGATGATGACGGTCGATAAAATATTTAGAGAACTTACCGCCAAACAACCGGATGAGTGTGAAAATCTCGCAGATATCCGTAGGGCGATTGACGGCTTGGATGAACACATTATCCGTGCGATGGGACAACGTATGTTATATGTCCGGTCCGCGTCTCGTTTCAAACCCTCTGAATCTAGTATCCCAGCGCCTGCGCGTGTGGCAGAAATGCTTCCTCAGCGTCGGAAATGGGCAGAAGAGGCGGGGTTGGATGGTGATTTTGTACAAGGTCTGTTTAGCCAGATTATCAATTGGTATATCGCTGAGCAGGTTGGTTATTGGCGACAACAACGAGGCCTCGCATAA MMMTVDKIFRELTAKQPDECENLADIRRAIDGLDEHIIRAMGQRMLYVRSASRFKPSESSIPAPARVAEMLPQRRKWAEEAGLDGDFVQGLFSQIINWYIAEQVGYWRQQRGLA PGPT0003065_308 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR SAR-SALICYLIC_ACID_METABOLISM SAR-SALICYLIC_ACID_BIOSYNTHESIS,PGPT0003065-pchB|pmsB-K04782 NA NA D1-35_01954 1413 pchA COG1169 Salicylate biosynthesis isochorismate synthase ATGAGTATTCTCGATGTGGATTACACAGGGCTTTATCTATGTATTGAAGAGGCTCATAAAAAAGCGCTTGAAACGGCAAGCCCTGTGCTCGCGGCTTTTTCTTGTGTTGTCGCAACGGTGGATCCGCTGTCGCTGTTGGAAAGAGCTCAGGGCTACCACGATTCCTACGCGTTTTGGAAGGCTAGAGACCCGGCGGTCTGCATGTTTGGCTGGGGTACGGAGGTTGAAATCAACGTCCAAGGCGAAACACGTTTTTCCGAGGTGCAGGCACTCTGGCGTTCGCTTCTTGAGCACTCGGTATGCCGGGGACCTTTAGGGCCTAGGTTGGTTGGCGGATTTCGATTTGATGTGGATGGTGACAAGGATCCGTGTTGGAGGGACTTCCCCGACGCCTGCATGAGTTTGTACAAAACGCTGGTTGTCCATGCGCCAGATCGGGATTGGCTGCTTTGCCACTGCTATGTCGATCCAGATGCGGATGTGGCTTTGTTGGTGGCTAGCTACAAAAAACACATCGAACTTTTATGCGGGCGCGAAAAGAAACTGGCGCACGGATCGTCCAACTTTGCGTTGTACGAACCGGCGAACGCTGGTCAATGGAAGTCAAAAGCCAGACTGGCTGTCGAGAAAATACAGTGCCAGGCATTTACCAAAGTCGTGCTGGCCCGGTCCGTCCAGCAGGTACATGACGAGCCCATCAATCCCGGCGCTTTGGTGAGAGCTTTAAGCAGCAATAGCCAAGCGCATCTGTTCGCTTTTAGCCGGGGTGATAGTTGCTTTGTTGGAGCAACGCCTGAGCGTCTGGCTTGTGTCCTCGACGGAAATCTTCACACCCATGCATTGGCGGGAACCACTCGCCGGGATGAGGACGCTGCAATAGACCGGCGCTTAGGGGAGATGCTTTTTGAGTCGAACAAGGAGCGGCACGAGCATGCCCTTGTCGTCGAGGCGATTCGTGAGGCGCTGACGCCGTTGGTATCCGAGCTGGAAATCTCCCAAGAGCCGACTTTGCACTGCCTTCCCAAAGTCCAGCATCTCAATACCGCCATTCGTGCTCAAGTCAAAGGGGAGGTTAGCTTACTCAATATAGTCGCGGCTATGCATCCAACGCCTGCGGTTGCCGGCCATTCACGCCAGGCGGCGCTTGATTATATTCGCAAGCACGAAGAACTGGATCGAGGTTGGTACGCTGCTCCTCTTGGTTGGCTTGATGCCGACGGGAATGGAGATTTTATTGTAGGGCTCAGATCCGCACTAATATCAGGCGTTAATTGTAGGCTCTTTGCGGGATGCGGCATTGTCAGCGACTCGGACCCAGAACAAGAATATCAAGAAACATGTCTGAAATTATCCGGTCTGCAACAGGCGCTAATTGATAGCGCTCGACCTATTGCAAGTCTGATGCTGGCTTGA MSILDVDYTGLYLCIEEAHKKALETASPVLAAFSCVVATVDPLSLLERAQGYHDSYAFWKARDPAVCMFGWGTEVEINVQGETRFSEVQALWRSLLEHSVCRGPLGPRLVGGFRFDVDGDKDPCWRDFPDACMSLYKTLVVHAPDRDWLLCHCYVDPDADVALLVASYKKHIELLCGREKKLAHGSSNFALYEPANAGQWKSKARLAVEKIQCQAFTKVVLARSVQQVHDEPINPGALVRALSSNSQAHLFAFSRGDSCFVGATPERLACVLDGNLHTHALAGTTRRDEDAAIDRRLGEMLFESNKERHEHALVVEAIREALTPLVSELEISQEPTLHCLPKVQHLNTAIRAQVKGEVSLLNIVAAMHPTPAVAGHSRQAALDYIRKHEELDRGWYAAPLGWLDADGNGDFIVGLRSALISGVNCRLFAGCGIVSDSDPEQEYQETCLKLSGLQQALIDSARPIASLMLA PGPT0003060_47 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR SAR-SALICYLIC_ACID_METABOLISM SAR-SALICYLIC_ACID_BIOSYNTHESIS,PGPT0003060-pchA|pmsC-K01851 NA NA D1-35_01955 843 hypothetical protein ATGGATAGAAATAAAAGTTCTCGTGATGTTGATCTGGATATGGTATCCCGGCGGTACGAGTTCTGTTTGGAAAGGGACCTGAGTGCGAACTGGAACCAGGATGACCAATTTAAAACAATTTTGGCCAACGCGCTTTCCATTCCATTGCCCAGTGGTGAAAAGCTATTCATAAAATCAGTCAGGTATTTTCTTGAACAATTAAGTGATCCGCAGTTGAAGAGGGTGGTCGGTGTTTTTTTTAAACAAGAGTCGGCTCACACCAAAGAGCATATTGCCTATAATCGTTTGATTGCAGAACATCGAGGCTACGATCTGGAGCGGTTAGAAGCTCCCTATAAAAAACACAATGAATATATTTCGGAGCACGCTTCGCCAGTTTCGTTGTTAGCCACTACAGTGTGCATGGAACACCTGACGGCCGTTACATCGCACTTGGTAATTACTGATGAGCGTTGCCTCGGCCGTGCGAAAGGAGCAGTGAAAGACTTTTGGTTATGGCATTCGTTGGAGGAGATTGAACATAAAGCAGTTGCCTTTGATGTTTATATGAACGTATGTGGCGATAAAGCCCTGCTTAATCAGACGATGGATTTTACCGTCGGCCAGCTGTGCAAAAACCTAACGTACACAATTTGCCAGATGTACATGATGGAAGGTGGGAAACCTCGAGTCATCAAGGAATGGTTGGAGAAAACGGAGTTTTTGAATGCTGGCGACGGGTTGTTGAAAGGTATGATGAAATACATAGAAGATTTTTATCGTGACGATTTTCACCCGTGGGATCACGATAATAGTCATCTGATTGCCTCGGTCGTCAATCATCTTGACAATGCGCTAGCGTGA MDRNKSSRDVDLDMVSRRYEFCLERDLSANWNQDDQFKTILANALSIPLPSGEKLFIKSVRYFLEQLSDPQLKRVVGVFFKQESAHTKEHIAYNRLIAEHRGYDLERLEAPYKKHNEYISEHASPVSLLATTVCMEHLTAVTSHLVITDERCLGRAKGAVKDFWLWHSLEEIEHKAVAFDVYMNVCGDKALLNQTMDFTVGQLCKNLTYTICQMYMMEGGKPRVIKEWLEKTEFLNAGDGLLKGMMKYIEDFYRDDFHPWDHDNSHLIASVVNHLDNALA NA NA NA NA NA D1-35_01956 1815 tycB Tyrocidine synthase 2 ATGGAAAAATGTTTAAGTTTTTATTTAAGCGCTCAGGCTGAGCGGACTCCGTATGCCCCGGCACTGACCGGCGATAAAGGTTCGTACGATTATTTTACACTAGAACAAGATGTCCGCGCACTTGCGGAAATCTTGACAGAAATGACGCCGGAGAAACAGAGAAGAATAGGTGTGTATCTGGATGATAAGTTTGATGTCTTCATCGCGATGCTGGCCATATTTAGAGCGGACTTGGTATATGTTCCTATTGATGTGACGCTTCCTTTTGAACGTTGTCGATATATGATCAACGACAGTGATCTGGCTTTTGTGATCACCGATCCTGTTCACGCTTCTGCGTTGATGCAAGAGGGCGTACGCACACTGTTCATGAATACACCAAGGCAGGGGGAAAGTGATTCTACACTGCGACGGCAGAAGCGACCACGAGGCATAGAGAGTGCCGACCCCGATAGAATTGCCTATGTTTTGTACACGTCTGGGTCAACGGGGATGCCCAAGGGTGTGGAAATGCCGCACAAGTCGATAGCCAATCTGATTGACGACCAGTTGGAAAATGATGCTTTGTTTAGACGGCCCCTGCGTACGCTGCAATTTGCATCACCTGGATTTGATGTCTCTTGCCAAGAGGTACTTTCATGTCTCGCGGTCGGTGGTGAGTTGGTCATTGCTCCTGACGATATTAGAGCCGATACATCGAAGCTGTTCGAGTTCATTCGTGTCCACGAACTGGAAAGAGCATTTCTCCCTTACTCTGTATTGCAGACCTTAGCGATAGAGTATGAACGTCAGGAGGCGAAAGGTCCTGGCGCCTTTATACACATGATCACCGCTGGCGAACAGTTGCTAATGACCAAAGAAATCATCAAATGGTTAAGTCGATTGGACTGCCGCTTGATCAATCATTATGGTCCGACAGAAACGCATGTGGTTACCACGTATAGTAATAATGCTCCATTTGATCGCTGGCCTTATCACGTTCCCATTGGCAAAGCGATTGGCAATGTGCAGACGTACATTCTAAATGAGTTACTTCAGCCATGCGCGATGGGGGAGGACGGTGAGCTATGTGTGGGCGGAGCATGCCTGTCAAAGGGGTATATTAATTCGGCTGCCGGTAGCCATGATAAGTATATTGAAATATTAACCCCCTCCGGGAAGGCGCAACGTGTTTATAGAACCGGGGATATTGCTCAAGTCAATGAGGCCGGTGAGATTATTTACAAAGGGCGTCGAGACACACAGATAAAGTTGAACGGATATCGTGTCGAGTTGGGTGAGGTCGAGGCTGGCTTAAAGAGCATTCCGGAGGTCAAAGAGGCCGTTGCTGTCGTCAGGCAGCTGGGTGAGAGCTCCGTTGAGAAAGTTTTAATCGGGCTCGTCGTGTTAACGGGTAGGGCGTGGGAGGGGCCGCTCGAAATCGATGAAGTGGACGCGACCTACTTTTCCGGTTTTATCGGAAAACTGCCTGCTTTTATGCAGCCCAAACAGATGTATGCAATCAACAAAATTCCTGTGACGAGCAACGGTAAGCTGGATCGAAGGGCAATTGAGGCGCTGCTTGATGCTCGGATCAACTCGACGTCGCTTGGATTCAACGAAAACGAGGCTGTCGTTGCGAAGTTGTTTTCAAAGCTCTTAGGTATTTCTGTAACCAGCCTTGAAACAGATTTTTTTGAAAAAGGTGGCAACTCACTGTTGGCCGTTCGATTTGTCAAGGCGTTAGAGGACCAGTGTGGCGTTAGGATTAATTTAAGTAGTTTTTTGTTGAGGCCTAACGTTAAAAATACAGCCTCTTTAATTAAGGTCGGATGA MEKCLSFYLSAQAERTPYAPALTGDKGSYDYFTLEQDVRALAEILTEMTPEKQRRIGVYLDDKFDVFIAMLAIFRADLVYVPIDVTLPFERCRYMINDSDLAFVITDPVHASALMQEGVRTLFMNTPRQGESDSTLRRQKRPRGIESADPDRIAYVLYTSGSTGMPKGVEMPHKSIANLIDDQLENDALFRRPLRTLQFASPGFDVSCQEVLSCLAVGGELVIAPDDIRADTSKLFEFIRVHELERAFLPYSVLQTLAIEYERQEAKGPGAFIHMITAGEQLLMTKEIIKWLSRLDCRLINHYGPTETHVVTTYSNNAPFDRWPYHVPIGKAIGNVQTYILNELLQPCAMGEDGELCVGGACLSKGYINSAAGSHDKYIEILTPSGKAQRVYRTGDIAQVNEAGEIIYKGRRDTQIKLNGYRVELGEVEAGLKSIPEVKEAVAVVRQLGESSVEKVLIGLVVLTGRAWEGPLEIDEVDATYFSGFIGKLPAFMQPKQMYAINKIPVTSNGKLDRRAIEALLDARINSTSLGFNENEAVVAKLFSKLLGISVTSLETDFFEKGGNSLLAVRFVKALEDQCGVRINLSSFLLRPNVKNTASLIKVG NA NA NA NA NA D1-35_01957 1182 fabF_1 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGAAAAGCAAAGTTGTGGTGGTGGGGCTGGGTGTGAGTACGTCTGTTGGTCAGGGGGTTAATGAAAATTGGCAGGCGATGGTGAGCGGTGGGTCAAATTTTAAACATTCAAAGCGGCTATGCGGGAAAAGTATACGAACTTCTTTCGCGGCAGTCGATGATCGCTTCGAAGAAGAATTAAATCCTCGGGTAGTTATAGAAACGTATATTAAGGAGGTTGTTGCGGAAGCCTGCATTGATGCCGGCGGTGGTACGTTTGATCGCATGTATTATTCGCTTCCTAATGGCATGTATTATTGGCATGAGCGTCTCGCGGATCGAACGGCAAGCCCCCAATCGGTACGCAATGCTTTTGAGACGTTTTCTTCTGAGGAGGAATTGTCTGCGTTTTTTTTTGAAACGTATGGCCTTGCTCAGTATCCGGCAATCATCGCAACCGCATGCGCATCCTCTGCAAGCGCAATTCAGTTGGGTTACGAAGCAATTGTCCGCGGGAATGCCAAAAGGGTCTTAGTTGCAGCCGCGGACAGCTCGATTTATGACGAAACCGTTACTAAGTTTAATAACCTGTCGGCGTTGTCAACACGTAATGATTCGCCGAGTACGGCATGTCGCCCTTTTAGTCAAAGTCGTGACGGGTTTGTAATTGGTGAAGGGGGTGGGTGTATCGTGCTTGAAAGGGAAGATATAGCCAAGAAACGAAACGCGAGAATCTACGCTTATCTCAGCGGCTGCGGAAATACCACGGATAACGTTCATCGGACCAAAGGTGATCCGCAAGGGGCCGGTATCAAGAACTGCATGCTCAAAGCGATTGAAGATGCCGGACTGACTCCCTCGGCGATCAGTTGCGTGAATGCGCACGGTACGAGTACACCCGAGAATGATCGGATGGAAACCAAGATTATTGGGGAGTTGTTGGGAAAAGAAACATTAGTGACGTCAGTTAAGTCGTTGATCGGTCATACCATTCATGCCGCCGGCGTGATTGAGGCGGTGGTGTCGGTTTTAAGTTTGAAGCATCAGGTCGTAACACCAACGCTAAACTATGATGGTGGCATGGCGGATCACGGTGTCACGATTGTTGATGCCAATCACCACCATGCTCATATTGAAAGTGTCATTTCTAACTCATTCGGCTTTGGTGGGCAGAATGTATCGGTCGTCTTTACGCGAGCCTGA MKSKVVVVGLGVSTSVGQGVNENWQAMVSGGSNFKHSKRLCGKSIRTSFAAVDDRFEEELNPRVVIETYIKEVVAEACIDAGGGTFDRMYYSLPNGMYYWHERLADRTASPQSVRNAFETFSSEEELSAFFFETYGLAQYPAIIATACASSASAIQLGYEAIVRGNAKRVLVAAADSSIYDETVTKFNNLSALSTRNDSPSTACRPFSQSRDGFVIGEGGGCIVLEREDIAKKRNARIYAYLSGCGNTTDNVHRTKGDPQGAGIKNCMLKAIEDAGLTPSAISCVNAHGTSTPENDRMETKIIGELLGKETLVTSVKSLIGHTIHAAGVIEAVVSVLSLKHQVVTPTLNYDGGMADHGVTIVDANHHHAHIESVISNSFGFGGQNVSVVFTRA PGPT0008360_1793 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-35_01958 1251 hypothetical protein ATGATTGTTGCAGGGAAAAATGAGGTGCCAGCGCTATTATTGAATGGTGTTGATGTAATGCTTGAATCTTGGGCGGATTATATAATTGTGTATCCGCACACCTTGGATAAGGAGCGCTTCGTTACGAGTCTTCAGGCTGCGCTTGATATTAATCCCTATTTTTCCGGAAGGAAATATTCCAAGGATGGTGTTCAAACGTTTGTCACTGGTGGAAATGAAGGTGTGTTGCTGGAGACCCAACAGTTCAACGTTGAGTTACCATCGCGCTTCTACGAGAACGACTACCACGGGTATGACCTGCTCTGTGGGAAGGACTTCAGGGCAGGGCATAGGCTTTCACGCTCAAGCTTCAAGCACCCCCTGTTCCAGATAAAACTATCTGAATTTGAGGGGGCGAGCGTTTTGGGTTTGAGTGTCTGGCACTCGTTGTCGGATGGCTCCACCTTCTTTAATTTCATCCGGCTCCTGTCACGTTTGTACATGGGGCTCGAGACCGAAAGCCATACACCGGATTTTGCTCGTATCGGCAAGGGAAGGGGGGCAGATGTCACTTCGTTGCTTGTTGATGTATGGGATACACCTACCGGCCCGGAAAAATCTCCCCTCTTTTCGGAGGCCACTTTCGTTTTGAATGAAGCGTCAGTGGCTCGAATCGTAGGCGGCTTCGACTGCGTTGGTTTTATGCGTTACGACTACATCATAGCGGACGCATGGAAGTACATCAGTGCAGGTTTGGCTTTGGACGTTGATGATACTGTGTCACTCTATCCAGTGTATGACGCAAGGCAACTTACCACGGTGGGACCAAACTATGTTGGGAATTTATTATGTTACCCTTCTATCCACCTGTCGACGTCAGACATTGCCACTATTAAGTTGGATATGCTGTCCTCGTTGATACGCGAAGGGGCTTTTGATCTCGTCGTTAAGGGTGACGAATTGCTTGAAGAGATTCAGGAGATTGCGTGTTTTTCTCAGCGGAGCGCTAAAGGCCGTTATTTGCTTAAGCCGCTTTATGACAGTATGTACGGCTCGGGGCTGTTATTTAATAACCTGATGGCCATGCCTTATAAGGAATTTGATTTTGGTGGTGGCCCGTCTCACATTGACTTGCCTCTTTCGGACCCTATTCGATTTGTTCAAATATATCCGTCGGTCGCTAATCCGGGGTGTTTGGTTGTTAAGGTAAATTTGCCAGAGGCCGAGTTGATTTTATTCAGTGAGGCATACACGAAAGGACTACAAGAATGA MIVAGKNEVPALLLNGVDVMLESWADYIIVYPHTLDKERFVTSLQAALDINPYFSGRKYSKDGVQTFVTGGNEGVLLETQQFNVELPSRFYENDYHGYDLLCGKDFRAGHRLSRSSFKHPLFQIKLSEFEGASVLGLSVWHSLSDGSTFFNFIRLLSRLYMGLETESHTPDFARIGKGRGADVTSLLVDVWDTPTGPEKSPLFSEATFVLNEASVARIVGGFDCVGFMRYDYIIADAWKYISAGLALDVDDTVSLYPVYDARQLTTVGPNYVGNLLCYPSIHLSTSDIATIKLDMLSSLIREGAFDLVVKGDELLEEIQEIACFSQRSAKGRYLLKPLYDSMYGSGLLFNNLMAMPYKEFDFGGGPSHIDLPLSDPIRFVQIYPSVANPGCLVVKVNLPEAELILFSEAYTKGLQE NA NA NA NA NA D1-35_01959 1587 dhbE COG1021 2,3-dihydroxybenzoate-AMP ligase ATGAAGTCGAGCACGCCTGAAATCATATTCGATGATTATTTCAAGAAGGGGGTGCTACCTAAGGCCGATCTATTTTCATCGCTCGTTGATTGGGCTGATGAGTTTGGCGAACGTGTTGCGTTGAAGGATGAGTTTCGGCAACTGTCTTATCGGCAGTTGCTTGAGGAAGCATCAGGATTTGCCCGCTTACTCTCATCTCGTGGTTTGCAGCGTGACGATCGGGTGCTTGTTCAGTTACCTAACTGTGTCAATTTTTTTATCGTACTGTTCGCTGTTATTCGTGTGGGGGCCTTGCCGGTTCTGGTACTGCCGGGGCATCGGTCGCATGAGATCAGGGGCGTGCATAAGGTCGCTGACGCTCGTTTCTATATAGCGCAACGCGAGCATGATCACTTCAGCTATGAAAGCATTGCGACGATGCTGATCGGTGAGGGGCTGGATAAAAATAGTGTTGTCTTTTTCGATGATCTCGGCTTTTCAAGGGCGATCGATGAGCACGAAGAAGATGCCTTTGTTCCTCCTGCACCTGATGATATTGCCTTGTTGTTGTTGTCGGGAGGCACTACGAATACACCAAAGCTAATTCCTAGGACTCATGCCGATTATGTGTTCAATTTCACCCACATGGCCACCGAGTGCCTGCTTGACACTTCTTCTCGTTATTTGTGTGCAGTGCCGGTGGCTCATAACTTCGCGCTTGGCTGCCCGGGCGTTCTGGGCATCATGGCCATGGGCGGATTTGCTTACCTCTTGGCGCGCCCCGATATCCTGGTTTTTTCTGAAATAGTCTCTCAGGAGCGGATCACCGTTACGGCGCTGGTGCCTGCTTTGGCTGAGCTGCTTGTTGAGTATATGGAGTTGGGCGTCGAGGCGTTCTCCAGCCTCACACTGATCCAGGTCGGTGCGGCGAAGTTTTCCGAAGCGTCAGCCCAGAAGATACGGTCTTTTTTGAATTGTGAGCTCCAGCATATTTATGGGATGGCGGAAGGGCTGCTCTGTTTCAACCGTCGTTTTGATCCGGTGTCACTCAAGATCAGCACCCAGGGACGGCCGTTGAGCGCCGTCGATCTTCTGCGCGTTGTTGATGAACACGGTCAGGATTTGCCACAAGGTGGGGTGGGAGAGCTGTATGTCAGAGGCCCCTACACGATTCGGGGATATTTCAATAATGCAGAAGCCAACCGTGAGGGGTTCGACTCGGAAGGTTTTTATAAGACTGGAGACTTGGTTCGGCTTGATGAGGGTGGCAATGTGATAGTGCTGGGCAGAGTCAAAGAGCAGATCAATCGAGCGGGAGAAAAGTACTCGCCCGCAGATACCGAAGGAGTATTGCTCGCGTGGGACAGAATCGATGCTTGTTCCGTAGTTGGGGTGGAGCGCATAGCGGAGGGTGACCGGGTTATATTTTTTATCCAGCCTCGTGGGCAGACCCTCAGTAGGGAAGAGGTTTGTCGCTACCTTGAGGTCCAGGGCGTCGCAGGCTACAAATATCCCGATGAGGTCATCATGGTCAGTGCCCTACCGCTTACGGCTGTTGGCAAAATTGATAAGAAGAAGCTGGCCGCGCAGTACGCGTCGATGGCGTGA MKSSTPEIIFDDYFKKGVLPKADLFSSLVDWADEFGERVALKDEFRQLSYRQLLEEASGFARLLSSRGLQRDDRVLVQLPNCVNFFIVLFAVIRVGALPVLVLPGHRSHEIRGVHKVADARFYIAQREHDHFSYESIATMLIGEGLDKNSVVFFDDLGFSRAIDEHEEDAFVPPAPDDIALLLLSGGTTNTPKLIPRTHADYVFNFTHMATECLLDTSSRYLCAVPVAHNFALGCPGVLGIMAMGGFAYLLARPDILVFSEIVSQERITVTALVPALAELLVEYMELGVEAFSSLTLIQVGAAKFSEASAQKIRSFLNCELQHIYGMAEGLLCFNRRFDPVSLKISTQGRPLSAVDLLRVVDEHGQDLPQGGVGELYVRGPYTIRGYFNNAEANREGFDSEGFYKTGDLVRLDEGGNVIVLGRVKEQINRAGEKYSPADTEGVLLAWDRIDACSVVGVERIAEGDRVIFFIQPRGQTLSREEVCRYLEVQGVAGYKYPDEVIMVSALPLTAVGKIDKKKLAAQYASMA PGPT0003525_4 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-YERSINIABACTIN_METABOLISM,PGPT0003525-irp5|ybtE-K04783 NA NA D1-35_01960 1290 gltA COG0372 Citrate synthase ATGGCTGACAAAAAAGCGCAGTTGATCATCGAGGGCGCAGCCCCCGTCGAGCTGCCCATTTTAACCGGCACCGTTGGTCCCGATGTAATCGACGTACGGGGCCTGACGGCCACGGGCCGTTTCACCTTTGACCCAGGTTTCATGTCGACCGCCTCGTGCGAGTCGAAAATCACCTATATCGACGGCGACAACGGCATCCTGCTGCACCGCGGCTACCCGATCGAGCAACTGGCTGAAAAATCGGACTACTTGGAAACCTGCTACCTGCTGCTCAACGGCGAGCTGCCAACCGCAGAGCAAAAGGCCCAGTTCGTCAGTACCGTGAAGAACCACACCATGGTTCATGAACAGTTGAAGACCTTCTTCAACGGTTTCCGTCGCGATGCCCACCCGATGGCCGTCATGTGCGGCGTTGTCGGCGCCCTTTCGGCCTTCTACCACGACTCCCTGGACATCAATAACCCCCAGCATCGCGAAATCTCCGCGATCCGCCTGGTGGCGAAGATGCCGACCCTGGCAGCCATGGTCTACAAGTACTCCATGGGCCAGCCCATGATGTATCCGCGCAACGACCTGACCTATGCAGAGAACTTCCTGCATATGATGTTCAACACCCCGTGCGAGATCAAACCGATCAGCCCGGTGCTCGCCAAGGCCATGGACCGGATCTTCATCCTCCATGCCGACCACGAGCAGAACGCCTCCACGTCCACCGTGCGCCTGGCCGGTTCGTCGGGTGCCAACCCGTTCGCCTGTATCGCCGCCGGTATCGCTGCACTCTGGGGCCCGGCCCACGGCGGTGCCAACGAAGCGGTACTGACCATGCTCGATGAAATCGGCGATGTCTCGAACATCGACAAGTTCATCGCCAAGGCCAAGGACAAGAACGATCCATTCAAGCTGATGGGCTTCGGTCATCGGGTCTACAAGAACCGCGACCCACGCGCCACCGTGATGAAGCAGACCTGCGACGAAGTGCTCAAGGAACTGGGAATCAAGAACGATCCGCAACTCGAACTGGCCATGCGCCTGGAGGAGATCGCCCTGACCGACCCGTACTTCATCGAGCGCTCGCTCTACCCGAACGTCGACTTCTACTCGGGGATCATCCTCAAGGCGATCGGCATTCCAACCAGCATGTTCACCGTGATCTTCGCCCTGGCGCGGACCGTGGGCTGGATCTCCCACTGGAAGGAAATGCTCTCCAGCCCGTACAAGATCGGCCGCCCACGCCAGTTGTACACCGGCTACGAGTCGCGTGACATTACCCGGTTGGAAGACCGCAAGTAA MADKKAQLIIEGAAPVELPILTGTVGPDVIDVRGLTATGRFTFDPGFMSTASCESKITYIDGDNGILLHRGYPIEQLAEKSDYLETCYLLLNGELPTAEQKAQFVSTVKNHTMVHEQLKTFFNGFRRDAHPMAVMCGVVGALSAFYHDSLDINNPQHREISAIRLVAKMPTLAAMVYKYSMGQPMMYPRNDLTYAENFLHMMFNTPCEIKPISPVLAKAMDRIFILHADHEQNASTSTVRLAGSSGANPFACIAAGIAALWGPAHGGANEAVLTMLDEIGDVSNIDKFIAKAKDKNDPFKLMGFGHRVYKNRDPRATVMKQTCDEVLKELGIKNDPQLELAMRLEEIALTDPYFIERSLYPNVDFYSGIILKAIGIPTSMFTVIFALARTVGWISHWKEMLSSPYKIGRPRQLYTGYESRDITRLEDRK PGPT0001455_2802 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 D1-35_01961 258 sdhC COG2009 Succinate dehydrogenase cytochrome b556 subunit ATGCTTTATGCATTGAGCAAGTCGCTGGAGTCCGCCGAAGGGTTTGCCGAGGTGAAGGCGTACATGACCAGCCCCTTGGCCAAGTTCATAGCTTGGGCCCTGCTTTCGGCGTTGCTCTATCACATGGTGGCCGGCGTGCGCCATCTGATGATGGACATGGGCATCGGCGAGACGCTAGAGGGTGGCAAGCTGGGCTCGAAGATAATTATTGCCGTATCCGCGGTACTGATCGTTTTGGCAGGAGTATGGATATGGTAA MLYALSKSLESAEGFAEVKAYMTSPLAKFIAWALLSALLYHMVAGVRHLMMDMGIGETLEGGKLGSKIIIAVSAVLIVLAGVWIW PGPT0001595_3553 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 D1-35_01962 369 sdhD COG2142 Succinate dehydrogenase hydrophobic membrane anchor subunit ATGGTAACTAATGTCACGAACCTCTCGCGTTCGGGTCTGTACGACTGGATGGCTCAGCGGGTGTCTGCGGTCGTTCTCGCGGCTTATTTCATCTTCCTGATTGGATATCTCATTGCAAATCCTGGCATTGGCTACGACCAGTGGCACGCGCTGTTTGCAAATAACTGGATGCGTATTTTCAGCCTCCTGACTCTTGTTGCGCTAGGGGCTCACGCCTGGGTTGGGATGTGGACCGTCGCGACCGACTATCTAACGCCTATGGCGCTTGGCAAGTCTGCGACTGTAGTGCGTTTCCTCTTCCAGGCGGTATGCGGCGTTGCGATGTTCGCTTACTTCGTCTGGGGTGTGCAGATTCTCTGGGGTATCTGA MVTNVTNLSRSGLYDWMAQRVSAVVLAAYFIFLIGYLIANPGIGYDQWHALFANNWMRIFSLLTLVALGAHAWVGMWTVATDYLTPMALGKSATVVRFLFQAVCGVAMFAYFVWGVQILWGI PGPT0001590_1239 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001590-sdhD|frdD-K00242 NA NA D1-35_01963 1773 sdhA COG1053 Succinate dehydrogenase flavoprotein subunit ATGGCTAACATTCCAACGATTTCTTTCGACGCCATCATCATTGGTGGTGGCGGTGCCGGCATGCGCGCAGCGCTGCAACTGGCACAGGGCGGTCACAAGACTGCCGTGATCACCAAGGTTTTCCCGACCCGTTCGCACACTGTTTCCGCCCAGGGTGGCATCACTTGCGCCATCGCTTCGGCCGACCCGAACGATGACTGGCGCTGGCACATGTACGATACCGTCAAGGGTTCCGACTACATCGGTGACCAGGACGCTATCGAATACATGTGTCAGGAAGGCCCGGCTGCTGTTTACGAGCTGGACCACATGGGCATGCCGTTCTCGCGTACCGAACAGGGCCGTATCTACCAGCGTCCGTTCGGCGGCCAGTCCAAGGACTACGGCAAGGGCGGCCAGGCTGCACGCACTTGCGCTGCGTCCGACCGTACCGGTCACGCACTGCTGCACACCCTTTATCAGGGCAACCTGAAAGCCGGTACCGTGTTTCTGAACGAGTACTACGCTGTCGACCTGGTGAAGAACCAGGACGGCGCCTTCGTCGGCGTGATCGCGATCTGCATCGAAACTGGCGAAACCACCTACATCCGCGCCAAGGCCACCGTGCTGGCGACCGGCGGTGCGGGCCGTATCTACGCGTCCACCACCAACGCCCTGATCAACACCGGTGACGGCGTCGGCATGGCCCTGCGTGCCGGCGTGCCGGTGCAGGACATCGAGATGTGGCAGTTCCACCCGACCGGCATCGCCGGCGCTGGTGTACTGGTCACCGAAGGCTGCCGTGGTGAAGGTGGTTACCTGATCAACAAGCACGGCGAGCGTTTCATGGAGCGTTATGCTCCGAACGCCAAGGACCTTGCCGGTCGTGACGTCGTGGCTCGTTCGATGGTTAAAGAGATCATTGCCGGTAACGGCTGTGGCCCGAACGGCGACCACGTGATGCTCAAGCTCGACCACCTCGGCGAAGAAGTGCTGCACAGCCGCTTGCCAGGTATCTGCGAACTGTCCAAGACCTTCGCTCACGTCGATCCAGTCGTTGCGCCGGTTCCAGTGGTTCCAACCTGCCACTATATGATGGGCGGCGTTGCCACCAACATTCATGGCCAGGCAATCACCCAAAGCGCCGAAGGCGTGGACGAAATCATCCCTGGCCTGTTCGCAGTGGGTGAAGTGGCGTGCGTATCGGTGCACGGTGCCAACCGCCTGGGTGGCAACTCGCTGCTCGACCTGGTGGTATTCGGCCGCGCTGCCGGTCTGCACCTGGAAAAAGCGCTGACCGACGGTATCGAATACCGCGACGCCAGCGACACCGACATCGACGTGGCCCTCAAGCGTCTGGCCGGTCTCAACGAGCGTACCGAAGGCGAAGACGTCGCCACCCTGCGTCGCGAGCTGCAAAGCTGCATGCAGAACTACTTCGGTGTGTTCCGTACCGGCGAATACATGCAGAAGGGTATTGCCCAGCTGGCGCAATTGCGTGAACGAATCGCCAACGTGAAGATCAACGATAAGTCGCAGGCGTTCAACACTGCCCGTATCGAAGCGCTGGAACTGCAGAACCTGCTGGAAGTGGCCGAAGCCACCGCCATCGCGGCTGAAGTGCGTAAAGAGTCCCGTGGTGCCCATGCCCGCGAAGACTTCGAAGACCGTGACGACGAAAACTGGCTGTGCCACACCTTGTACTTCCCGGGTGAAAAACGCGTCGCCAAGCGTGCCGTGAACTTCTCGCCGAAGACTGTTCCGACTTTCGAACCTAAAGTCCGGACTTATTAA MANIPTISFDAIIIGGGGAGMRAALQLAQGGHKTAVITKVFPTRSHTVSAQGGITCAIASADPNDDWRWHMYDTVKGSDYIGDQDAIEYMCQEGPAAVYELDHMGMPFSRTEQGRIYQRPFGGQSKDYGKGGQAARTCAASDRTGHALLHTLYQGNLKAGTVFLNEYYAVDLVKNQDGAFVGVIAICIETGETTYIRAKATVLATGGAGRIYASTTNALINTGDGVGMALRAGVPVQDIEMWQFHPTGIAGAGVLVTEGCRGEGGYLINKHGERFMERYAPNAKDLAGRDVVARSMVKEIIAGNGCGPNGDHVMLKLDHLGEEVLHSRLPGICELSKTFAHVDPVVAPVPVVPTCHYMMGGVATNIHGQAITQSAEGVDEIIPGLFAVGEVACVSVHGANRLGGNSLLDLVVFGRAAGLHLEKALTDGIEYRDASDTDIDVALKRLAGLNERTEGEDVATLRRELQSCMQNYFGVFRTGEYMQKGIAQLAQLRERIANVKINDKSQAFNTARIEALELQNLLEVAEATAIAAEVRKESRGAHAREDFEDRDDENWLCHTLYFPGEKRVAKRAVNFSPKTVPTFEPKVRTY PGPT0001605_2930 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 D1-35_01964 705 sdhB COG0479 Succinate dehydrogenase iron-sulfur subunit ATGTTGCAAGTCAGTGTGTATCGCTACAACCCTGATCAGGACGCCGCGCCGTTCATGCAGGACTTCCAGGTCGATACCGGTGGTAAAGACCTGATGGTGCTGGACGTGCTGGCCTTGATCAAAGAGCAGGACGAAGGTTTTTCCTATCGTCGCTCGTGCCGCGAGGGCGTTTGCGGCTCCGACGGCATGAACATCAACGGCAAGAACGGCCTGGCCTGCATCACGCCGCTGTCGGCGGTGGTCAAGGGCAACAAGCTGATCGTTCGGCCGCTGCCAGGTCTGCCGGTCATCCGTGACCTGGTCGTCGATATGAGCATCTTCTACAAGCAATACGAGAAGGTGAAGCCATTCCTGCAGAACGACACGCCGGCTCCGGCCATCGAGCGTCTGCAGTCTCCTGAAGAGCGTGAAAAGCTCGACGGTCTGTACGAGTGCATCCTGTGCGCCTGCTGCTCGACCTCGTGCCCATCGTTCTGGTGGAACCCGGACAAATTCCTGGGCCCGGCCGCCCTGCTGCAAGCGTATCGCTTCCTGGCAGACAGCCGTGACACCAAGACGTCCGAGCGTCTGGCCGCACTGGATGACCCGTTCAGCGTATTCCGCTGCCGCGGGATCATGAACTGCGTCAACGTCTGCCCGAAAGGCCTGAACCCGACTAAGGCCATCGGTCACGTACGTAACATGCTGCTGCAAAACGGCGTGTGA MLQVSVYRYNPDQDAAPFMQDFQVDTGGKDLMVLDVLALIKEQDEGFSYRRSCREGVCGSDGMNINGKNGLACITPLSAVVKGNKLIVRPLPGLPVIRDLVVDMSIFYKQYEKVKPFLQNDTPAPAIERLQSPEEREKLDGLYECILCACCSTSCPSFWWNPDKFLGPAALLQAYRFLADSRDTKTSERLAALDDPFSVFRCRGIMNCVNVCPKGLNPTKAIGHVRNMLLQNGV PGPT0001600_3951 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 D1-35_01966 2832 sucA COG0567 2-oxoglutarate dehydrogenase E1 component ATGCAAGAAAGCGTGATGCAGCGCATGTGGAACAGTGCCCACCTCTCCGGTGGTAACGCTGCCTATGTGGAAGAGCTCTACGAGCTCTACCTGCACGACCCTAACGCTGTGCCAGAAGAATGGCGCACCTACTTTCAGAAGTTGCCGGCTGACGGTAACTCTGCCACCGATGTTTCGCACTCGACGATTCGCGATCATTTCGTGCTGCTGGCAAAGAACCAGCGCCGCGCCCAACCGGTGTCTGCCGGCAGCGTGAGCTCCGAGCATGAGAAGAAGCAAGTTGAAGTACTGCGACTGATCCAGGCCTACCGGATGCGCGGCCACCAGGCAGCCCAGCTGGACCCGCTGGGGCTGTGGCAGCGTCCTGCACCTGCAGACCTGTCGATCACTCATTACGGCTTGACCAATGCCGATCTTGATACGACCTTCCGTGCCGGCGACCTGTTCATCGGCAAAGAGGAAGCGAGCCTACGCGAAATTCACGAAGCGTTGCAGCAGACATATTGCCGCACCATCGGCGCTGAATTCACGCACATCACCGATTCCGAGCAGCGCCAGTGGTTCCAGCAGCGTCTGGAAAGCGTTCGTGGCCGTCCGACGTACTCCGCCGACATCAAGAGCCACTTGCTCGAGCGCGTCACCGCCGGTGAAGGTCTGGAGAAATACCTGGGTACCAAATACCCGGGCACCAAACGTTTCGGCCTGGAAGGCGGCGAAAGCCTGATTCCGATGCTCGACGAGCTGATCCAGCGTTCCGGCTCCTACGGTACCAAGGAAGTCGTCATCGGCATGGCCCACCGTGGTCGCCTGAACGTACTGGTCAATACCTTCGGCAAGAACCCGCGCGAGCTGTTCGACGAGTTCGAAGGCAAGAAGAAGGTCGAGCTGGGTTCCGGTGACGTGAAATACCACCAGGGCTTCTCGTCCAACGTGATGACCACCGGTGGCGAAGTCCACCTGGCCATGGCCTTCAACCCGTCCCACCTGGAAATCGTTTCCCCGGTGGTCGAGGGTTCGGTCCGTGCCCGCCAGGATCGTCGCAACGACCCGACCGGTGAAAAGGTCCTGCCGATTTCCATCCACGGTGACGCGGCATTCGCCGGTCAGGGCGTGGTCATGGAAACCTTCCAGATGTCGCAGACCCGCGGCTTCAAGACTGGCGGTACGGTTCACATCGTCATCAACAACCAGGTCGGTTTCACCATCAGCAACCCGCTGGACTCGCGTTCCACCGAGTACGCTACCGACGTCGCGAAAATGATCCAGGCGCCGATTCTCCATGTGAATGGTGATGACCCGGAAGCCGTGCTGTTCGTGACCCAGCTGGCCATCGACTACCGCATGCAGTACAAGCGCGACGTGGTGATCGACCTGGTCTGCTACCGTCGTCGCGGCCACAACGAGGCCGACGAGCCAAGCGGTACCCAGCCACTGATGTACCAGCAGATCGCCAAGCAGCGCACCACCCGCGAGCTGTACGCCGATCGCCTGACCCAGAGCGGTGTTCTGGATGCCGCACGTATCCAGGAAAAAGTCGATGAATATCGCAACGCCCTGGATAACGGCCTGCACGTTGTAAAAAGCCTGGTCAAGGAACCGAACAAGGAACTGTTCGTGGACTGGCGTCCTTACCTGGGTCACGCCTGGACCGCGCGTCACGACACGCGCTTCGACCTCAAGACCTTGCAGGAACTGTCGGCCAAGCTGCTGGAAATCCCGGAAGGCTTCGTGGTCCAGCGCCAGGTTGCGAAGATCTACGAAGACCGCCAGAAGATGCAAGCCGGCGGCCTGCCGATCAACTGGGGTTACGCCGAAACCATGGCGTACGCGACCCTGGCGTTCGAAGGTCACCCGATTCGCATCACCGGCCAGGACGTAGGCCGCGGTACTTTCTCGCACCGCCACGCGGCGCTGCACAACCAGAAAGACGCCAGCACCTACATCCCGCTGCAACACCTGTACAAAGGCCAGCCACGTTTCGACCTGTACGATTCGCTGCTGTCCGAGGAAGCCGTCCTGGCGTTCGAATATGGCTATTCCACCACCGAGCCGAATGCGCTGGTGATCTGGGAAGCCCAGTTCGGCGACTTCGCCAACGGTGCCCAGGTGGTGGTCGACCAGTTCATCACCAGCGGCGAGCACAAGTGGGGTCGTCTCTGCGGCCTGACCATGCTGCTGCCACACGGTTATGAAGGGCAGGGGCCGGAGCACTCTTCGGCACGTCTGGAGCGTTACCTGCAATTGTGCGCCGAGCACAACGTCCAGGTTTGCGTACCGACGACCCCGGCGCAGATCTACCACCTGCTGCGTCGCCAGGTCATCCGTCCGCTGCGCAAGCCGCTGATCGTGCTGACGCCCAAGTCGCTGTTGCGGCACAAGCTGGCGATTTCCACGCTCGAAGACCTGGCCGAAGGCTCCTTCCAGACCGTTATCTCGGAAATCGACACCCTGGACGCGGCAAAGGTGACTCGCCTGATCCTGTGCAGCGGCAAGGTCTACTACGATCTGCTGGAAAAACGTCGTGCCGAAGGCCGCGAAGACATTGCCATCGTGCGTATCGAGCAGCTCTACCCGTTCCCGGAAGACGACCTGATGGAGGCCATCGCGCCTTACACCAACCTCACCCACGTGGTGTGGTGTCAGGAAGAACCGATGAACCAGGGCGCGTGGTACAGCAGCCAGCATCACCTGCGTCGCAGCATCGGCAACCATAACAAGGCCCTGGGCCTGGAGTACGCCGGTCGTGACGCTTCTGCCGCCCCTGCGTGTGGTTATGCGTCGATGCACGCCGAGCAGCAGGAAAAACTGCTGCAAGATGCCTTCACTGTTTAA MQESVMQRMWNSAHLSGGNAAYVEELYELYLHDPNAVPEEWRTYFQKLPADGNSATDVSHSTIRDHFVLLAKNQRRAQPVSAGSVSSEHEKKQVEVLRLIQAYRMRGHQAAQLDPLGLWQRPAPADLSITHYGLTNADLDTTFRAGDLFIGKEEASLREIHEALQQTYCRTIGAEFTHITDSEQRQWFQQRLESVRGRPTYSADIKSHLLERVTAGEGLEKYLGTKYPGTKRFGLEGGESLIPMLDELIQRSGSYGTKEVVIGMAHRGRLNVLVNTFGKNPRELFDEFEGKKKVELGSGDVKYHQGFSSNVMTTGGEVHLAMAFNPSHLEIVSPVVEGSVRARQDRRNDPTGEKVLPISIHGDAAFAGQGVVMETFQMSQTRGFKTGGTVHIVINNQVGFTISNPLDSRSTEYATDVAKMIQAPILHVNGDDPEAVLFVTQLAIDYRMQYKRDVVIDLVCYRRRGHNEADEPSGTQPLMYQQIAKQRTTRELYADRLTQSGVLDAARIQEKVDEYRNALDNGLHVVKSLVKEPNKELFVDWRPYLGHAWTARHDTRFDLKTLQELSAKLLEIPEGFVVQRQVAKIYEDRQKMQAGGLPINWGYAETMAYATLAFEGHPIRITGQDVGRGTFSHRHAALHNQKDASTYIPLQHLYKGQPRFDLYDSLLSEEAVLAFEYGYSTTEPNALVIWEAQFGDFANGAQVVVDQFITSGEHKWGRLCGLTMLLPHGYEGQGPEHSSARLERYLQLCAEHNVQVCVPTTPAQIYHLLRRQVIRPLRKPLIVLTPKSLLRHKLAISTLEDLAEGSFQTVISEIDTLDAAKVTRLILCSGKVYYDLLEKRRAEGREDIAIVRIEQLYPFPEDDLMEAIAPYTNLTHVVWCQEEPMNQGAWYSSQHHLRRSIGNHNKALGLEYAGRDASAAPACGYASMHAEQQEKLLQDAFTV PGPT0001530_2185 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 D1-35_01967 1224 sucB COG0508 Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex ATGGCTATCGAAATCAAAGCCCCGTCATTCCCGGAATCGGTTGCCGATGGCACCGTTGCCACCTGGCACAAGAAACCAGGCGAGGCCGTCAAGCGTGACGACCTGATCGTCGACATCGAGACCGACAAGGTCGTGCTGGAAGTATTGGCCGAAGCCGACGGCGTGCTGGGCGCAATCATTGCCGAAGAGGGCGCCACCGTTCTGTCGAACCAGGTCCTGGGCTCGATCGAAGAGGGCGGCGCTGCCGCCGCCGCTCCAGCCGCTGCTGCTGCACCGGCTGCCGCTCAGGCCGCTGCTCCTGCTGCATCGGGCGAAGACGATCCAGTCGCTGCCCCTGCTGCTCGCAAGCTGGCTGAAGAGAACGGTATCAACATCGCTTCCGTTGCCGGCACCGGCAAGGGTGGTCGCGTGACCAAGGAAGACGTGGTTGCAGCTGTTGCCGCCAAGAAAGCCGCACCGGCCGCAGCACCAGCCAAGCCTGCCGCGCCTGCCGCTTCCGCACCAGTGTTCGCTGCCGGCGACCGCGTGGAAAAGCGCGTACCGATGACCCGCCTGCGTGCCAAGGTTGCCGAGCGTCTGGTCGAAGCCCAGTCGAACATGGCGATGCTGACCACTTTCAACGAAGTCGACATGACCGAAGTCATGGCCCTGCGTTCGAAGTACAAGGATCTGTTCGAGAAGTCCCACAACGGCGTACGCCTGGGCTTCATGTCGTTCTTCGTCAAGGCTGCCACCGAAGCGCTGAAACGCTTCCCGGCCGTCAACGCGTCGATCGACGGTTCCGACATCGTCTACCACGGCTACGCCGACATCGGTGTCGCGGTCTCCAGCGACCGTGGCCTGGTGGTTCCGGTACTGCGCAACGCCGAACTGATGAGCCTGGCCGAAATCGAAGGCGGCATCGCCACCTTCGGCAAGAAGGCCCGTGACGGCAAGCTGTCCATCGAAGAGATGACCGGCGGTACGTTCACCATCACCAACGGTGGTACATTCGGTTCGATGATGTCGACCCCGATCGTCAACCCGCCACAAGCGGCTATCCTCGGCATGCACAACATTCTGCAGCGTCCGATGGCGATCAATGGTCAAGTCGTGATTCGTCCGATGATGTACCTGGCACTGTCCTACGATCACCGCCTGATCGACGGCAAAGAAGCCGTGACGTTCCTGGTCACCATCAAGAACCTGCTTGAAGATCCGGCTCGTCTGCTGCTGGATATCTGA MAIEIKAPSFPESVADGTVATWHKKPGEAVKRDDLIVDIETDKVVLEVLAEADGVLGAIIAEEGATVLSNQVLGSIEEGGAAAAAPAAAAAPAAAQAAAPAASGEDDPVAAPAARKLAEENGINIASVAGTGKGGRVTKEDVVAAVAAKKAAPAAAPAKPAAPAASAPVFAAGDRVEKRVPMTRLRAKVAERLVEAQSNMAMLTTFNEVDMTEVMALRSKYKDLFEKSHNGVRLGFMSFFVKAATEALKRFPAVNASIDGSDIVYHGYADIGVAVSSDRGLVVPVLRNAELMSLAEIEGGIATFGKKARDGKLSIEEMTGGTFTITNGGTFGSMMSTPIVNPPQAAILGMHNILQRPMAINGQVVIRPMMYLALSYDHRLIDGKEAVTFLVTIKNLLEDPARLLLDI PGPT0001535_2848 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 D1-35_01968 1437 lpdG COG1249 Dihydrolipoyl dehydrogenase ATGACTCAGAAATTCGACGTGGTAGTGATTGGTGCGGGCCCTGGCGGCTACGTAGCGGCCATCAAGGCTGCGCAACTGGGCCTTACCACTGCCTGCATCGAGAAATACACCGACAAGGAAGGCAAGCAAGCCTTGGGCGGTACTTGCCTGAACGTCGGTTGCATTCCTTCCAAGGCGCTGCTGGACAGCTCTTGGAAATACAAGGAAGCGAAAGAAAGCTTCAACGTTCACGGTATCTCTACCGGTGAAGTGAAAATGGACGTCGCCGCGATGGTTGGCCGCAAGGCCGGCATCGTCAAGAACCTGACCAGCGGTGTTGCCACCCTGTTCAAGGCCAACGGCGTGACTTCCATCGAAGGCCACGGCAAGCTGCTGCTGGGCAAGAAAGTCGAAGTGACCAAGCCAGACGGCTCGGTTGAAGTGATCGAAGCCGAAAACGTCATCCTGGCGCCAGGCTCGCGTCCGATCGACATCCCGCCGGCTCCGGTCGACCAGAACGTCATCGTCGACTCCACCGGTGCCCTGGAATTCCAGACCGTGCCAAAACGCCTGGGCGTGATCGGCGCTGGCGTGATCGGCCTGGAACTGGGTTCGGTATGGTCGCGCCTGGGCGCTGAAGTGACCGTGCTCGAAGCCCTCGACACCTTCCTGATGGCCGCCGACACCGCGGTTTCCAAGGAAGCGCTGAAGACCCTGACCAAGCAAGGCCTGGACATCAAGCTGGGCGCTCGCGTGACCGGCTCCAAGGTCAACGGCGAAGAAGTCGTGGTCAACTACACCGACGCCAACGGCGAACAGACCATCACGTTCGACAAGCTGATCGTAGCGGTCGGTCGTCGTCCGGTGACCACTGACCTGCTGGCCGCCGATTGCGGCGTGGAAATCGACGAGCGCGGCTTCATCGCGGTCGATGACCATTGCGCAACCGCCGTACCGGGCGTCTTCGCCATCGGTGACGTGGTTCGCGGCATGATGCTGGCGCACAAGGCGTCCGAAGAAGGCATCATGGTTGTCGAGCGCATCAAGGGCCACAAGGCCCAGATGAACTACGACCTGATCCCATCGGTTATCTACACCCACCCGGAAATCGCATGGGTCGGTAAAACCGAGCAGGCCTTGAAAGCCGAAGGCGTTGAAGTTAACGTCGGCACCTTCCCGTTCGCCGCCAGCGGCCGCGCCATGGCAGCCAACGACACCGGCGGTTTCGTGAAAGTCATCGCCGACGCCAAGACCGACCGCGTATTGGGCGTTCACGTCATTGGCCCAAGCGCTGCCGAGCTGGTACAGCAAGGCGCGATCGGTATGGAATTCGGCACCAGCGCTGAAGACCTGGGCATGATGGTCTTCTCCCATCCGACCCTGTCCGAAGCCTTGCACGAAGCGGCCCTGGCCGTGAATGGCGGCGCCATCCACGTGGCCAACCGCAAGAAGCGTTAA MTQKFDVVVIGAGPGGYVAAIKAAQLGLTTACIEKYTDKEGKQALGGTCLNVGCIPSKALLDSSWKYKEAKESFNVHGISTGEVKMDVAAMVGRKAGIVKNLTSGVATLFKANGVTSIEGHGKLLLGKKVEVTKPDGSVEVIEAENVILAPGSRPIDIPPAPVDQNVIVDSTGALEFQTVPKRLGVIGAGVIGLELGSVWSRLGAEVTVLEALDTFLMAADTAVSKEALKTLTKQGLDIKLGARVTGSKVNGEEVVVNYTDANGEQTITFDKLIVAVGRRPVTTDLLAADCGVEIDERGFIAVDDHCATAVPGVFAIGDVVRGMMLAHKASEEGIMVVERIKGHKAQMNYDLIPSVIYTHPEIAWVGKTEQALKAEGVEVNVGTFPFAASGRAMAANDTGGFVKVIADAKTDRVLGVHVIGPSAAELVQQGAIGMEFGTSAEDLGMMVFSHPTLSEALHEAALAVNGGAIHVANRKKR PGPT0001380_2638 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 D1-35_01970 1167 sucC COG0045 Succinate--CoA ligase [ADP-forming] subunit beta ATGAATCTTCACGAGTATCAGGGTAAGCAGCTGTTCGCTGAGTACGGCCTGCCAGTATCCACCGGTTACGCGGTAGACACCCCGGAAGCGGCAGCAGAAGCTTGCGACAAGATCGGCGGCAGCGAATGGGTTGTCAAAGCCCAGGTTCACGCCGGTGGTCGCGGTAAAGCGGGCGGCGTCAAGCTGGTTCGCAGCAAAGAAGACGCCAAAGCCTTCGCGCAGCAGTGGCTGGGCAAGCGTCTGGTGACTTACCAGACTGACGCCAACGGTCAGCCAGTCACCAAGATCCTGGTTGAATCGTGCACTGATATCGCTAAAGAGCTGTACCTGGGCGCTGTCGTTGACCGTTCGAGCCGTCGTATCGTGTTCATGGCTTCCACCGAAGGTGGCGTGGACATCGAGAAAATCGCTCACGACACCCCTGAGAAAATCCTCAAGGCCACCATCGATCCACTGGTTGGCGCACAGCCATTCCAGGGTCGCGAGCTGGCTTTCCAGCTGGGCCTGGAAGGCAAGCAGGTTGCCCAGTTCGCCAAGATCTTCGTGGGTCTGGCCAAACTGTTCCAGGATCACGATCTGGCCCTGCTGGAAGTGAACCCGCTGGTGATCAAGGCCGACGGCGATCTGCACTGCCTCGATGCCAAGATCAACATCGACGCCAACGCCATGTACCGTCAGCCTAAGCTGAAGACTTTCCACGATCCGTCGCAGGACGATCCGCGCGAAGCGCACGCTGCCAAGTTCGAACTGAACTACGTAGCGCTGGAAGGCAACATCGGCTGCATGGTCAACGGTGCCGGCCTGGCCATGGGTACCATGGACATCGTCAACCTGCATGGCGGCAAGCCAGCCAACTTCCTCGACGTGGGCGGCGGTGCTACCAAGGAACGCGTTACCGAAGCGTTCAAGATCATCCTGTCCGACTCCAACGTCGCTGCAGTACTGGTCAACATCTTCGGCGGCATCGTTCGCTGCGACATGATTGCCGAAGGCATCATTGGCGCCGTGAAAGAAGTCGGCGTGAAAATCCCGGTTGTTGTGCGCCTTGAAGGCAACAACGCTGAACTGGGCGCTAAAGTACTGGCAGAAAGCGGTTTGAACATCATCGCTGCTACCAGCCTGACCGACGCTGCTCAACAAGTCGTCAAAGCTGCGGAGGGCAAATAA MNLHEYQGKQLFAEYGLPVSTGYAVDTPEAAAEACDKIGGSEWVVKAQVHAGGRGKAGGVKLVRSKEDAKAFAQQWLGKRLVTYQTDANGQPVTKILVESCTDIAKELYLGAVVDRSSRRIVFMASTEGGVDIEKIAHDTPEKILKATIDPLVGAQPFQGRELAFQLGLEGKQVAQFAKIFVGLAKLFQDHDLALLEVNPLVIKADGDLHCLDAKINIDANAMYRQPKLKTFHDPSQDDPREAHAAKFELNYVALEGNIGCMVNGAGLAMGTMDIVNLHGGKPANFLDVGGGATKERVTEAFKIILSDSNVAAVLVNIFGGIVRCDMIAEGIIGAVKEVGVKIPVVVRLEGNNAELGAKVLAESGLNIIAATSLTDAAQQVVKAAEGK PGPT0019515_2116 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 D1-35_01971 885 sucD COG0074 Succinate--CoA ligase [ADP-forming] subunit alpha ATGAGCGTCCTGATCAACAAAGACACCAAGGTTATCTGCCAGGGCATTACCGGTTCGCAAGGTAGCTTCCACACCCAGCAAGCCATCGAATACGGCACCCAGATGGTCGGCGGTGTAACGCCGGGCAAAGGCGGCACCGAGCACCTGGGCCTGCCAGTGTTCAACACCGTGAAAGACGCTGTAGCTGCCACTGGCGCCACCGCCAGCGTGATCTACGTTCCAGCTCCTTTCTGCAAGGACTCCATCCTGGAAGCAGCATTCGGCGGCATCAAGCTGATCGTTTGCATCACCGAAGGCATTCCTACCCTGGACATGCTGGATGCCAAGGTCAAGTGCGACGAACTGGGTGTTACCCTGATCGGCCCTAACTGCCCAGGCGTGATCACTCCAGGCGAATGCAAGATCGGCATCATGCCAGGTCACATTCACTTGCCAGGCAAGGTCGGTATCGTTTCCCGTTCCGGCACCCTGACCTACGAAGCCGTGAAGCAGACCACTGACGCCGGTTTCGGTCAGTCCACTTGCGTCGGCATCGGCGGTGACCCGATCCCAGGCTCCAACTTCATCGACATCCTGAAGCTGTTCCAGGAAGACCCGAAGACCGAAGCGATCGTCATGATCGGTGAGATCGGCGGTTCCGCTGAAGAAGAAGCCGCTGCCTACATCAAGGCAAACGTGACCAAGCCGGTCGTTTCCTACATCGCTGGTGTGACTGCCCCTGCGGGCAAGCGCATGGGCCATGCGGGTGCAATCATCTCCGGCGGCAAAGGCACTGCGGACGAGAAGTTCGCTGCGCTGCAAGACGCAGGCGTGAAAACCGTGCGTTCGCTGGCAGACATCGGCAAGGCCCTGGCCGAGCTGACTGGCTGGGAAATGAAGAAGTAA MSVLINKDTKVICQGITGSQGSFHTQQAIEYGTQMVGGVTPGKGGTEHLGLPVFNTVKDAVAATGATASVIYVPAPFCKDSILEAAFGGIKLIVCITEGIPTLDMLDAKVKCDELGVTLIGPNCPGVITPGECKIGIMPGHIHLPGKVGIVSRSGTLTYEAVKQTTDAGFGQSTCVGIGGDPIPGSNFIDILKLFQEDPKTEAIVMIGEIGGSAEEEAAAYIKANVTKPVVSYIAGVTAPAGKRMGHAGAIISGGKGTADEKFAALQDAGVKTVRSLADIGKALAELTGWEMKK PGPT0001540_1578 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 D1-35_01972 1314 brnQ COG1114 Branched-chain amino acid transport system 2 carrier protein ATGAAAGTGTTGAAAGGCCAGGACATCCTGGCGCTTGGTTTCATGACATTTGCCCTGTTCGTCGGGGCCGGCAACATCATCTTTCCGCCTATCGTCGGTTTGCAGTCCGGGCCTCATGTCTGGATGGCGGCGCTGGGCTTTCTCATCACGGCGGTCGGGCTGCCGGTGATCACGGTCGTTGCGCTGGCCAAGGTCGGTGGCGCGATGGACGCCTTGAGCAGCCCCATCGGCAAGATCGCCGGTGGTTTGCTGGCAGCGGTGTGCTACCTGGCGGTCGGCCCGCTATTCGCCACCCCGCGAACCGCCACCGTATCGTTCGAAGTCGGCCTGGCACCGCTGACCGGCGAGAGCCCGTTGGCGTTGTTCCTGTACAGCGCGGTGTACTTTCTGGTGGTGTTCTTCATCTCGCTTTATCCGGGCCGCTTGCTGGACACCGTCGGGCGCTTTCTCGCGCCGCTGAAAATCATCGCCCTGGCGGTGCTGGGCATCGCCGCGTTTGCCTTGCCGGCGGGCGACATCGGCGTGGCGACTCCCGAATACGTGGCGGCGCCGTTTTCCCAAGGCTTCATCAATGGCTACCTGACCATGGATACCCTCGGTGCCTTGGTGTTCGGCATCGTCATCGTCAACGCCATCCGTTCCCGAGGGGTCGAGTCTCCGGCCTTGATCACCCGCTACGCCATCATCGCCGGGCTTATCGCCGGGGTGGGGCTGGCGCTGGTCTATGTCAGCCTGTTCCGCCTGGGTTCGGGCAGCCATGAAGTCGCCGCGGGCGCGACCAACGGCGCGGCCGTCCTGCATGCCTACGTGCAACATACCTTCGGCAGCCTGGGCAGCGGCTTCCTTGCGGTACTGATCTCCCTGGCGTGCCTGGTGACGGCGGTTGGCCTGACCTGCGCCTGCGCCGAGTACTTCAGCCGCGTCCTGCCGCTGTCCTACAAGACGCTGGTGATCATCCTGGCGGCGTTTTCGCTGCTGGTGTCCAACCTCGGGCTGACCAAGCTGATCGCTTTCTCGATTCCGGTCCTCACCGCGATCTATCCACCTTGCATCGCATTGGTCGCCCTGAGCTTCTGCAAAGACTTCTGGCATGAGCAGGGGCGGATCGTCGGCCCGGTCATGCTGGTGTCGTTCCTGTTCGGCTTGATCGACGCCCTCAAGGGCGCCGGGCTGGCGGATTGGCTGCCGACGCAGTTGGCCCACCTGCCGTTGAGCGACCAGGGCCTGGCCTGGCTGGTCCCTTCGGTCATGACCCTGGTGGTCGCGGTGGTCTGCGATCGACTGCTGGGCAAGCGCAGCGAAGCGTTGGCGTAA MKVLKGQDILALGFMTFALFVGAGNIIFPPIVGLQSGPHVWMAALGFLITAVGLPVITVVALAKVGGAMDALSSPIGKIAGGLLAAVCYLAVGPLFATPRTATVSFEVGLAPLTGESPLALFLYSAVYFLVVFFISLYPGRLLDTVGRFLAPLKIIALAVLGIAAFALPAGDIGVATPEYVAAPFSQGFINGYLTMDTLGALVFGIVIVNAIRSRGVESPALITRYAIIAGLIAGVGLALVYVSLFRLGSGSHEVAAGATNGAAVLHAYVQHTFGSLGSGFLAVLISLACLVTAVGLTCACAEYFSRVLPLSYKTLVIILAAFSLLVSNLGLTKLIAFSIPVLTAIYPPCIALVALSFCKDFWHEQGRIVGPVMLVSFLFGLIDALKGAGLADWLPTQLAHLPLSDQGLAWLVPSVMTLVVAVVCDRLLGKRSEALA PGPT0014385_1686 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 D1-35_01973 738 hypothetical protein ATGTCATTCATCCAAGCCAACCTGATCCATCTGCTCGCCGCCGTCTGGTTCATCATCTGCTGGGCCGGCTATACCCGTTACGCCTCCTGGAAGGCCCGCGACACGGCGTGCCTGGCCAGCGTGATGCACCTGTACCGCGAAGACTGGATGCGTCGCATGCTGCTGCGCGACAACCGCATTGCCGATGCCAGCGTGATCGGCAACCTGGAGCGCAACGCGTCCTTCTTCGCCTCCAGCACGCTGATCATCCTGGCCGGTATCCTGACCGTGCTCGGGGCGTCTGACCGCGCGGTATCGCTGCTTGCGGACCTGCCGCTGGTACAACAGGCCTCCCAGGGCATGGCGGAAGTGAAGCTGCTGTGTCTTGCGCTGGTGTTCGTCTACGCGTTCTTCACGTTCAGCTGGTGCATGCGCCAATACAACTTCGCCGCGGTCCTGGTAGGTTCTGCGCCGATGATCGGCGAGCGGCATGTGTCCGAGCTGGAGCGCAAGGCCTTTGCTTCGAGGGCGGCGCGGGTCATTTCGATGGCGGCCAACCAGTTCAACTTCGGCTTGCGTGCCTATTATTTCGGCATGACCATGCTGGCATGGTTCGTCAGCCCCTGGCTGTTCATGCTGATGAGCGCCGGCGTGGTGTTTGTGTTGTATCAACGCGAGTTTCATTCGGATGTGCTGGACGTGATGGTCTACACGCCTACCGAAGCGCCGGTGCCCGAAACCGGCAAGGAAGCGGCTTGA MSFIQANLIHLLAAVWFIICWAGYTRYASWKARDTACLASVMHLYREDWMRRMLLRDNRIADASVIGNLERNASFFASSTLIILAGILTVLGASDRAVSLLADLPLVQQASQGMAEVKLLCLALVFVYAFFTFSWCMRQYNFAAVLVGSAPMIGERHVSELERKAFASRAARVISMAANQFNFGLRAYYFGMTMLAWFVSPWLFMLMSAGVVFVLYQREFHSDVLDVMVYTPTEAPVPETGKEAA NA NA NA NA NA D1-35_01974 252 hypothetical protein ATGCGTAAGACTTTTGCTATTGCCTTGATGTTGGCCGCCTCCCTCGGTCTCGCTGCCTGCGATAAAAAATCCGAGGACAAGGCTCAAGATGCCAACCAACACGCTGAACAAGCTCAGCAAGACATGAACAAAGCACAGGATAAAGTGAACGACGCGGCGAAAGAAAACGCCGAAGCTGCCAAAGCTCAGTCTGAATCGAACAGTGCCGCCCAGCAGGAACAAGCCCCTGCTACCGCGCCTAAAACCAACTGA MRKTFAIALMLAASLGLAACDKKSEDKAQDANQHAEQAQQDMNKAQDKVNDAAKENAEAAKAQSESNSAAQQEQAPATAPKTN NA NA NA NA NA D1-35_01975 477 hypothetical protein ATGGCTGAGGATTCCGTTTTTGAGCGTGCGACACGCTTCTTATCCGCGCTAAGGCATTGCCAGGTGCTGGGTCTGACATTGCACAGCGCCAATTCCGAAGGTTTGACCGTGATGTTGCCCTACAGCCCATCTATCGTTGGTAATCCGCTGACAGGCATCGTCCATGGCGGAGCGCTGACCACGCTGATGGATACCGCTTGCGGCATGTCGACCTTGTGCGTGCTGCCGCAATTCGAGGTCTGCCCGACCCTGGATCTGCGCATCGATTACATGCACGCGGCCATGCCTGATAAAGCCATCTATGGTTTCGCACAGTGCTATAGGGTCACGCCGGACGTGATTTTCAGCCGGGGTTTTGCCTACCAGGATGATCCCGGGCAACCCATCGCCCATGTGGTGGGCACTTTCATGCGCCTGGGCGATAGCGCTCGGGGAATGGGAAAGGGTGGCCTGACGGCTGCGGCGCAAAAGCCATGA MAEDSVFERATRFLSALRHCQVLGLTLHSANSEGLTVMLPYSPSIVGNPLTGIVHGGALTTLMDTACGMSTLCVLPQFEVCPTLDLRIDYMHAAMPDKAIYGFAQCYRVTPDVIFSRGFAYQDDPGQPIAHVVGTFMRLGDSARGMGKGGLTAAAQKP PGPT0001841_42 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001841-yigI-NA NA NA D1-35_01976 462 hypothetical protein ATGAGCGATATCACCGAGGAACAACTGCGCCAGGCCTGCGAGCATGGCGACTACGCGCTGCTGCTGGCCTCGATCCCCTATGCGCGCCTCATCGGCGTCGAATGTTCTCGTCAGGGCGACGAGTTGCTGTTTTGCCTGCCGGCCAACAAGGACAACATTGGTAACCCTTTACTGCCCGCGATCCATGGCGGGGTGATTGCCGGTTTCATGGAGCTGTCGGCCGCCGTTCATCTGCTGATTGCGACCCGTGCGACCGGGGTGCCGAAGATCATCGATTTTTCCCTGGATTACCTGCGCGCCGGGCAGTTTCGTGACACCTATGCCCGGTGTCAGGTCTGGCGCCAGGGCCGGCGCGTGGCCAATGTGGCGATCACCGCCTGGCAGGAATCCGAAGCCGAACCGATTGCCACGGCTAGGGCCCATTTCAAGATCCCTGCACCCTCCAGGCCGACCGCCCCTTGA MSDITEEQLRQACEHGDYALLLASIPYARLIGVECSRQGDELLFCLPANKDNIGNPLLPAIHGGVIAGFMELSAAVHLLIATRATGVPKIIDFSLDYLRAGQFRDTYARCQVWRQGRRVANVAITAWQESEAEPIATARAHFKIPAPSRPTAP PGPT0001841_14 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001841-yigI-NA NA NA D1-35_01977 1905 htpG COG0326 Chaperone protein HtpG ATGAGCGTGGAAACTCAAAAGGAAACCCTGGGCTTCCAGACCGAGGTGAAGCAGCTGCTGCACCTGATGATTCACTCGCTGTATTCGAATAAGGAAATTTTTCTTCGCGAGCTGATCTCGAACGCCTCTGACGCAGTCGACAAATTACGTTTCGAAGCGCTGTCCAAGCCAGAACTGCTGGAAGGCGGCGCGGAGCTGAAAATCCGTGTGAGCTTCGACAAGGACGCGAAAACCGTCACGCTCGAAGACAACGGCATCGGCATGAGCCGCGACGAGGTGATCACGCACCTGGGCACCATCGCCAAGTCCGGCACCGCCGATTTCATGAAAAACCTGTCGGGCGACCAGAAGAAGGATTCCCATCTGATCGGTCAGTTCGGCGTCGGTTTTTATTCCGCGTTCATCGTTGCCGATCAGGTCGAAGTGTTCAGCCGCCGTGCCGGCCTCGCAGCGAGCGAAGGCGTGCACTGGTCCTCCAAGGGCGAAGGCGAATTTGAAGTCGCGACCATCGACAAGGCTGAGCGCGGTACCCGCATCGTCTTGCACCTGAAGTCCGGTGAAGAAGAGTTCGCCGATGGCTGGCGCCTGCGCAACATCATCAAGAAATATTCTGACCATATCGCGCTGCCGATCGAGTTGCCGAAGGAAGTCACCGCTGCCGAAGGCGAAGAAAAACCTGAAGTGGAATGGGAAACCGTCAACCGCGCCAGTGCCCTGTGGACCCGTCCTCGTACCGAGATCAAGGACGAGGAATACCAGGAGTTCTACAAGCACATCGCCCACGACTACGAGAACCCGCTGAGCTGGAGCCATAACAAGGTCGAAGGCAAGCTGGAATACAGCTCGCTGCTGTACGTGCCGACCCGTGCGCCATTCGACCTGTACCAGCGCGAAGCACCACGCGGGCTGAAGTTGTACGTGCAGCGCGTGTTCGTGATGGACCAGGCCGAATCGTTCCTGCCGCTGTACCTGCGCTTCATCAAGGGTGTGGTGGACTCCAATGACCTGTCGCTGAACGTTTCGCGGGAAATCCTGCAGAAAGATCCGATCATCGACTCCATGAAGTCGGCGCTGACCAAGCGCGTCCTCGACATGCTGGAAAAGCTGGCAAAGAGCGAGCCTGAGCAATACAAGAGCTTCTGGAAGAACTTCGGCCAGGTGATGAAAGAAGGCCCGGCCGAAGATTTCGCTAACAAAGAGAAGATCGCCGGCCTGCTGCGTTTTGCCTCGACCCAGAGTGACGACGGCGAGCAGAGCGTCAGCCTGGCCGATTACCTGGCCCGCGCCAAGGAAGGCCAGGACAAGATCTACTACCTGACCGGCGAAACTTATGCGCAGGTCAAGAACAGCCCGCACCTGGAAGTCTTCCGCAAGAAAGGCATCGAAGTGCTGCTGCTGACCGACCGCATCGACGAGTGGCTGATGAGCTACCTCAACGAGTTCGACGGCAAGAGCTTCGTCGATGTGGCCCGTGGCGACCTCGACCTTGGCAACCTGGATTCGGAAGAAGACAAGAAAGCCGCCGAAGAAGTCGCCAAGAGCAAGGAAGGCCTGGTCGAGCGGATCAAGACTGCGTTGGGCGATGCCGTCAGCGAAGTGCGTGTCTCGCACCGCCTGACCGACTCCCCGGCCATCCTGGCCATCGGCGAGCAGGACCTCGGCCTGCAGATGCGCCAGATCCTTGAGGCCAGCGGCCAGAAGGTTCCGGATTCCAAGCCGATCTTCGAATTCAACCCGGCTCACCCGCTGGTGGAAAAACTCGACAACGAGCAGAGCGAAGAGCGTTTTGGCGACCTCTCGCACATCCTGTTCGACCAGGCGGCCCTGGCGGCCGGCGACAGCCTGAAGGACCCGGCGGCCTATGTCCGGCGTTTGAACAAGCTGCTGGTTGAGCTGTCAGCTTGA MSVETQKETLGFQTEVKQLLHLMIHSLYSNKEIFLRELISNASDAVDKLRFEALSKPELLEGGAELKIRVSFDKDAKTVTLEDNGIGMSRDEVITHLGTIAKSGTADFMKNLSGDQKKDSHLIGQFGVGFYSAFIVADQVEVFSRRAGLAASEGVHWSSKGEGEFEVATIDKAERGTRIVLHLKSGEEEFADGWRLRNIIKKYSDHIALPIELPKEVTAAEGEEKPEVEWETVNRASALWTRPRTEIKDEEYQEFYKHIAHDYENPLSWSHNKVEGKLEYSSLLYVPTRAPFDLYQREAPRGLKLYVQRVFVMDQAESFLPLYLRFIKGVVDSNDLSLNVSREILQKDPIIDSMKSALTKRVLDMLEKLAKSEPEQYKSFWKNFGQVMKEGPAEDFANKEKIAGLLRFASTQSDDGEQSVSLADYLARAKEGQDKIYYLTGETYAQVKNSPHLEVFRKKGIEVLLLTDRIDEWLMSYLNEFDGKSFVDVARGDLDLGNLDSEEDKKAAEEVAKSKEGLVERIKTALGDAVSEVRVSHRLTDSPAILAIGEQDLGLQMRQILEASGQKVPDSKPIFEFNPAHPLVEKLDNEQSEERFGDLSHILFDQAALAAGDSLKDPAAYVRRLNKLLVELSA PGPT0014640_2025 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-PR1_LIKE_PROTEINS,PGPT0014640-hptG-K04079 NA NA D1-35_01978 729 hypothetical protein ATGAGTCAGGTTACGGTTCGTTCACTGGTGTATCAGATCGATGGGCAAAGCTATGAAGGTCGCCTGGCCTTCGACGTCAACCAGCAGGGCCCGCGTCCGGGGTTGCTGATGGCGCCGAACTGGATGGGCGTGGGGGCGGGGGCCGAGGACATTGCCAGGTTGGTGGCCGCCAACGGCTACGTGGTGCTGATCGCCGACCTGTACGGGCAGACGCTGCGCCCGAGCAACGCCGACGAGGCGGGAGCGGCAATGATGCCGCTCAAGAACGACCGGGCCTTGTTGCGCAAGCGCATGCAGGTAGCGCTGGAGCAATTGCAGAACCAGGGCGAAGCGCAGGTCGACACGGCGAAACTGGCCACGTTCGGCTTCTGCTTCGGTGGTTGCTGTTCACTGGAGCTGGCTCGCAGCGGCGCACCGCTCAAGGCTGCGATCTCGTTCCACGGGACCCTGGATACGCCGAACCCGGCCGATGCGCAGAATATCCAGGGCGCCGTCCTGGTGATGCATGGCGCTTCCGATCCGCTGGTGCCGAAAGAACAGTTGCCGGCTTTCGAGGAGGAGATGAACGCCGCCGGGGTGGACTGGCAATTGCTGAGTTATGGCGGCGCGGTGCATTCCTTCACCGATCCACAGGCCAATGTGCCGGGCAAGATGATGTACAACGCCAAGGTCGCCGGGCGGGCGTTCCGGTCGATGCATAATTTGCTGGATGAGGTGTTCAAGGGCTGA MSQVTVRSLVYQIDGQSYEGRLAFDVNQQGPRPGLLMAPNWMGVGAGAEDIARLVAANGYVVLIADLYGQTLRPSNADEAGAAMMPLKNDRALLRKRMQVALEQLQNQGEAQVDTAKLATFGFCFGGCCSLELARSGAPLKAAISFHGTLDTPNPADAQNIQGAVLVMHGASDPLVPKEQLPAFEEEMNAAGVDWQLLSYGGAVHSFTDPQANVPGKMMYNAKVAGRAFRSMHNLLDEVFKG NA NA NA NA NA D1-35_01979 861 hypothetical protein ATGACCGCTCCCCTGATCGTTCGTCCCCGCGCAGAAGACGTGGAGGGCCAGCCGATTCTTCGCCCGCTGCCGTCCGCCAAATGCCGCAGCGTCGGGCCTTTCGTGTTTTTCGACCATATGTTGCAAACCACCTACCCGGCAGGCAAAGGCATGAACATCCGCCAGCACCCGCACATCGGGTTATCCACCCTCACCTACCTGTTCGAAGGGAAACTCCAGCACAAGGACAGCCTGGGTTCCGACCAGGTAGTGGATGCCGGGGATGTCAGCTGGATGACGGCGGGCAGCGCGATCGCCCATGTCGAGCGCACTCCGCAATCGTTGCTGGCCAGCGCTTTTGTCATGCATGGCCTGCAAGTCTGGCTGGCCTCGCCCCAGCCTCATGAGCAGGGGCCCGGGCACTACAGCCATCATCCGGCACCGACCCTGCCGGTCTCCGAGAACCTGGGCGTCAGCATCCGCATGATTGCCGGGTCAGGCTTTTGCCTGGAGTCGCCAGTACCGGTGCTCTCGCCTACGTTGTATGCCGAACTGAACCTGCAAACCGCGACGACATTGCTGATTCCCACCGAACATGAAGAGCGTGCACTGTATGTATTGAGCGGCGAGGCGCAACTGGACGGTGAGCCGCTGGAGCCTCACTCGCTGGTCATCCTGCCGGCCGGAGAAGAAATGGCCCTGTTCGCCAGCAGCGACTGCCATGCCGTGCTGTTCGGCGGGGCACCGCTGGACGGGCCACGGCGGATGAACTGGAATTTCGTCGCCAGCGACCCGGCCCGTATCGATGAAGCCCGCCGGCGCTGGGCGGCCGGGGACTGGCCGACTGTGCCGGGGGAAAGCGAGCGGATCGAATTGCCCTGA MTAPLIVRPRAEDVEGQPILRPLPSAKCRSVGPFVFFDHMLQTTYPAGKGMNIRQHPHIGLSTLTYLFEGKLQHKDSLGSDQVVDAGDVSWMTAGSAIAHVERTPQSLLASAFVMHGLQVWLASPQPHEQGPGHYSHHPAPTLPVSENLGVSIRMIAGSGFCLESPVPVLSPTLYAELNLQTATTLLIPTEHEERALYVLSGEAQLDGEPLEPHSLVILPAGEEMALFASSDCHAVLFGGAPLDGPRRMNWNFVASDPARIDEARRRWAAGDWPTVPGESERIELP NA NA NA NA NA D1-35_01980 1134 hypothetical protein ATGTCTTCCAGGTTGAACGACGAATGCGCAAAGCATAACCCGAGGCTACAGCGGACGGCAGCGCTGGCTGAACCCAGGCGGGACGGATGGGTCTATGCTGCTTATGGCTTTCGGAGACTGCCTGTGCCTTTGACCCGTTTGATCTTCATTTGGCTGCTGGCTGTTTCGAGCACCGGCGCTGTGTCTCGCGAATACACCTACAGTGATGCGCACCTGCACTACGTCGATTTCTTCCAGGAAACGGCCGGCATGCCCAAGTTGCTCAAGGCCATGGCGGACAATCGCATCGAGCATGTGATGATCTCCGGCGTGCCGGTGGCCAAGAAATGGCATGAAGACGAACCCAAGCGCCCGCGCTATTACGCCGGTGACGATGCCGACGCCTATTGGTACAGCGCCACCGATGTGATTGTGGCCGCCGCGGTAAACAAACTGCCCGCCGAACAGCGGCAGTACTTCCATCCGTTCCTGTCCGGCTTCAATCCCAATGACAAGAACTCCGACGCTCATATCCAGCGCATGCTCGACCTGTATCCGGGGCTGTGGCAAGGCATCGGCGAAGTCTTCACTCGCCATGATGACCTGACGGCGCTGACCTCCGGCGACACACCGCGCGCCAACAACGAAGCGATGACGCGGATCTATCACCTCGCGGCGGAAAATGACCTGCCGGTGATGCTGCATTCCAACATCACCTCCAAGCGTGAGAAAAATCCGCTGTACCTGGCGGAGGTCGAAGAGCCGTTGCGCAATCATCCCCATACGCGATTCATCTGGGCCCATGCCGGCACCAGCATGGAAATCCATCGGCACCAGACTCGGCTGGATTTCCTGTTGCCCACCCTGACGCGGATGCTTGAGTCTTATCCCAATCTGTTCATCGACCTGTCCTGGAGCATGCTCACGCCCTATTTGCTCGACGAGGCGGGTAAGCCCCGCGAGGAATGGGTAAAACTGGTGGAGCGCTTCCCGGAGCGCTTCATGCTCGGGTCTGATGTGGTCGGACGCTTCAACAAGCTGGGCAAGGAGCTGCACAGCTTCGACCCGTTCCTTGATGCCTTGCCGGAAGATGTCGCGAGGAAAGTGGCGCGGGATAACTTCCTTTCGGTATTGCCCCGTACCGCCCCACGCTGA MSSRLNDECAKHNPRLQRTAALAEPRRDGWVYAAYGFRRLPVPLTRLIFIWLLAVSSTGAVSREYTYSDAHLHYVDFFQETAGMPKLLKAMADNRIEHVMISGVPVAKKWHEDEPKRPRYYAGDDADAYWYSATDVIVAAAVNKLPAEQRQYFHPFLSGFNPNDKNSDAHIQRMLDLYPGLWQGIGEVFTRHDDLTALTSGDTPRANNEAMTRIYHLAAENDLPVMLHSNITSKREKNPLYLAEVEEPLRNHPHTRFIWAHAGTSMEIHRHQTRLDFLLPTLTRMLESYPNLFIDLSWSMLTPYLLDEAGKPREEWVKLVERFPERFMLGSDVVGRFNKLGKELHSFDPFLDALPEDVARKVARDNFLSVLPRTAPR NA NA NA NA NA D1-35_01981 465 hypothetical protein ATGCATCTCACCCGTTCAAGCGCACTGGTCGCGCTGTTGTTGACCTGCGGCCTGGCACAGGCCGAAGTCCGTGTCGAAGGTCCGGTGGAATACGGTGTCTTCGAAGGGCCGCAAGCCGAATTGCAATCGGGCGAGCGGGTCTTGCGGCGCAGCAATGAGCAGATCCGCCAGACCGAGAGCGTACCGGCAAAGCTGGGCACCAAATTTGGCATGCGCTACCAGTTGGCCGGCAAGGTCGCGGATGACCAGCCGTTGACCCTGTTGTATTTCACCCCGGGCATCCGTACCCCCGATGGCGTGCGCCATGACAAATTCGAAGTCATTCAGAAGCTGGTGCCTGGCGCGCCGCAGGATGTGATGGCCTACGAATTCACCGAAAGCCACGAAGTGGTGCCGGGGGAGTGGCGATTCATGGTGTTCCAGGGGGATCGTTTGCTGACGCAGCAGCGGTTTGTCGTGCGCTAA MHLTRSSALVALLLTCGLAQAEVRVEGPVEYGVFEGPQAELQSGERVLRRSNEQIRQTESVPAKLGTKFGMRYQLAGKVADDQPLTLLYFTPGIRTPDGVRHDKFEVIQKLVPGAPQDVMAYEFTESHEVVPGEWRFMVFQGDRLLTQQRFVVR NA NA NA NA NA D1-35_01982 1221 fabB 3-oxoacyl-[acyl-carrier-protein] synthase 1 ATGCGCCGCGTCGTTATCACTGGTCTGGGCATCGTTTCGTGCCTGGGCAATGACAAAGAGACCGTCTCCGCTAACCTGCGTGCAAGTCGCCCTGGCATCCGGTACAACCCGGAATACGCCGAAATGGGTCTGCGTAGCCAGGTTTCCGGCTCCATTGACCTCAATCTCGAAGAGCTGATCGATCGCAAGATCTACCGTTTCGTCGGCCACGCGGCAGCTTATGCCTACCTGGCCATGAAGGACGCCATCGCTGACTCCGGCCTGACCGACGAGCAGGTTTCCAACGTGCGCACCGGCCTGATCGCCGGTTCCGGTGGCGCGTCGACCCTGAATCAGATGGAAGCGCTGGACATCCTGCGCGAAAAAGGCGTCAAGCGTGTCGGCCCGTACCGCGTCACGCGGACCATGGGCAGCACCGTGTCGGCCTGCCTGGCCACGCCATTCAAGATCAAGGGCCTGAACTACTCGATCTCCTCCGCCTGCGCCACCAGTGCCCACTGCATTGGCACCGCGGTCGAGCAGATCCAGATGGGCAAGCAGGACATCGTCTTCGCCGGCGGCGGCGAAGAAGAACATTGGAGCCAGTCGTTCCTGTTCGACGCGATGGGCGCCTTGTCCAGCAAGCGTAACGACTCCCCGCAGACAGCTTCCCGTGCCTACGATGCCGACCGTGACGGTTTTGTCATCGCCGGCGGTGGCGGCATGGTCGTGGTCGAGGAGCTGGAACACGCCCTCGCCCGTGGCGCGAAAATCTATGCGGAAATCGTCGGCTACGGCGCCACTTCCGACGGCTACGACATGGTCGCGCCAAGCGGCGAAGGTGCCGTGCGCTGCATGCAGATGGCCATGTCCACCGTCGATACGCCAATCGACTACCTGAACACCCACGGCACCTCGACTCCGGTCGGCGACGTCGCGGAGATGAAAGGCGTACGTGAAGTGTTCGGCGACAAGGCCCCGGCCATCAGTTCCACCAAGAGCCTGTCGGGTCACTCCCTGGGCGCCGCCGGCGTTCACGAAGCGATCTACTGCATGCTGATGATGGAAGGCAACTTCATGGCCGGTTCGGCCAACATCGACGAGCTGGACCCGGAAGTGGCCGACCTGCCAATCCTGACCAAGACTCGCGAAAATGCCACCATCAACACCGTGATGAGCAACAGCTTCGGCTTCGGTGGCACCAACGCCACCCTGGTGATGAAGCGCTGGCAGGGCCAGTAA MRRVVITGLGIVSCLGNDKETVSANLRASRPGIRYNPEYAEMGLRSQVSGSIDLNLEELIDRKIYRFVGHAAAYAYLAMKDAIADSGLTDEQVSNVRTGLIAGSGGASTLNQMEALDILREKGVKRVGPYRVTRTMGSTVSACLATPFKIKGLNYSISSACATSAHCIGTAVEQIQMGKQDIVFAGGGEEEHWSQSFLFDAMGALSSKRNDSPQTASRAYDADRDGFVIAGGGGMVVVEELEHALARGAKIYAEIVGYGATSDGYDMVAPSGEGAVRCMQMAMSTVDTPIDYLNTHGTSTPVGDVAEMKGVREVFGDKAPAISSTKSLSGHSLGAAGVHEAIYCMLMMEGNFMAGSANIDELDPEVADLPILTKTRENATINTVMSNSFGFGGTNATLVMKRWQGQ PGPT0013310_893 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0013310-fabB-K00647 NA NA D1-35_01983 516 fabA COG0764 3-hydroxydecanoyl-[acyl-carrier-protein] dehydratase ATGACCAAACAAAACGCCTTTACTCGGGAAGATCTGCTGCGCTGCAGTCGCGGTGAGCTGTTCGGCCCAGGTAACGCGCAACTGCCCGCCCCGAACATGCTGATGGTGGATCGCATCACCCATATCAGCGACGAGGGTGGCAAGTACGGCAAAGGTGAATTGGTCGCCGAGCTGGATATCACTCCGGACCTGTGGTTCTTCGCCTGCCATTTCGAAGGTGACCCGGTGATGCCGGGCTGCCTGGGCCTGGATGCCATGTGGCAACTGGTCGGCTTCTTCCTTGGCTGGCAGGGCCTGCCGGGTCGCGGTCGCGCCCTGGGTTCGGGCGAGGTGAAGTTCTTCGGTCAGGTGCTCCCGACCGCGAAGAAGATTACCTATAACATTCATATCAAACGCGTCCTCAAGGGCAAGCTGAACATGGCCATCGCCGATGGTTCGGTGGCTGTCGACGGTCGCGAGATCTACACCGCCGAAGGCCTTCGGGTCGGCGTTTTCACCTCCACTGACAACTTCTAA MTKQNAFTREDLLRCSRGELFGPGNAQLPAPNMLMVDRITHISDEGGKYGKGELVAELDITPDLWFFACHFEGDPVMPGCLGLDAMWQLVGFFLGWQGLPGRGRALGSGEVKFFGQVLPTAKKITYNIHIKRVLKGKLNMAIADGSVAVDGREIYTAEGLRVGVFTSTDNF NA NA NA NA NA D1-35_01984 1902 rcsC_8 Sensor histidine kinase RcsC ATGACCTTGCGTCGACGTTGGGATATCAATACCCGCACCCAGCTCATTGCCCTCGGCCCGGCATTGTTGCTGACCGTGCTGTTGATCAGCTTCTTTACCTTCGTGCGAATCCAGGACTTGCGCCAGGAGCTCAACCACACCGGGCAACTGATCGCCAACCAACTGGCTCCGGCTGCGGAATACGGGGTGATTTCCGGCAACAACGAGGTGCTGGAAAGTTTGCTCACCGCCACCCTGGCCACTCCTCATGTGCGCTTCCTGGAAGTCCAGGACCGCACGGAGCGGATCCTCGTGTACGTCGAGCAACCGGCGCAGACGCGCAACCACTCGCGGCAGGTGGAGGTGTTCCAGGCTCCGGTTCGCCTGCAACGCATTGCGCTGAACAATGACTTCCTGCAAGGCACCAGCCCGTCCACCGAGGCGCCCGGCGAAGACTACCTGGGCCGCGTGATCGTCGGCATGTCCAGTGATGCCTTCAGCGAGCGCCAGCAGGAGATCCTGCTCAAGGCCGCGATCCTGGCGTTGTTCGCCCTGCTCTTTACCTTCCTGGTGGCGCGCCGACTGGCCGCCAGCCTGTCACAGCCGATCCGCGACATCGGCAATGCGGTCAAGGCGATCCAGCAAGGCGACTACAGCACCCCTTTGCCGATCGTCGACGACGGCGAACTGGGCGCTCTGTCGCGGCACATCAACAATCTGGCCGACGGCCTCGAGCAGGCCAGCCGCGAACAGCAGCAAGCCATGGCGCAGTTGATCCAGACCCGCGAGGAAGCGGAAAAGGCCAACAGCGCCAAATCGGAATTCCTGGCCATGATGAGCCATGAACTGCGCACGCCCATGAATGGCGTCCTGGGCATGTTGCAGTTGCTGGAAACCACCCAGATGACCGACGAGCAGCACGAGTACACCGCGCTGGCTTCGGAATCCACCGAGCACCTGCTGAAGGTGATCAACGACATTCTCGACTTCTCGCGCATCGAACGTTCGGCCCTGGAACTTGAACATATCGCTTTCAACCTGGCGGAACTGGTCGGCAGCTGCGCCCAGTCGTTCCAGCACAGCGCCGCGCAACGCAAGCTGGGCCTGGACCTGCTGATCCCCGACGACATGCGGGCCCTGCAAGTGCAAGGCGACCCGACGCGGATCCGCCAGATCCTGGTCAACCTGATCGGCAACGCACTGAAGTTCACCGACCAGGGGCGCGTCACCGTGCAATGCCAGTGGCAGGCGCTGGATCACGAACTGCTGTGGTTCACCTGCACGGTACGCGACAGTGGGATCGGCATCCCGGCCGACAGCCTGGAGCGCATGTTCGATGCGTTCCAGCAGGCCGACAGTTCGATTTCCCGGCGCTATGGCGGCACGGGCCTGGGCCTGCCGATCGCGCGCACCCTGGCCGAACGCATGGGCGGCACACTGCGGGCCCAGAGCGTGGAAGGCCAAGGTTCGGTGTTCACCCTGGAAATCCCGCTCGCGCTGTCCCGGCAGTCCCCACCGACCCTGGCCCCGCGCGCGCCCGGTGGCGGCAATGATGGCGAGGGCCGCAACGTCTTGCTGGTGGAAGACAATCCGGTCAACCAGACCGTGATCGAAGCCATGCTGCGCAGCCTGGGCTTCACGGTCAGCGTCGCCACCGATGGCGCCCAGGCCGTGCGCAGCGCCGAAAGCCTGATTTTCGAAGTGATCCTGATGGACTGCCGGCTTCCGGTGATCGACGGCTACGAAGCCACGCGACAGATCCGTCAGTTGCCAGGCTGCGCCGAGGTGCCCATCATCGCCCTGACGGCCAACGCGTTGCAGGGCGACCGTGAAGCCTGCCTGGCCGCAGGCATGAACGATTACCTGGCCAAGCCATTCAAAAGAATTGACCTGCAGCAGATTTTGCAGCGCTGGGTACGTTGA MTLRRRWDINTRTQLIALGPALLLTVLLISFFTFVRIQDLRQELNHTGQLIANQLAPAAEYGVISGNNEVLESLLTATLATPHVRFLEVQDRTERILVYVEQPAQTRNHSRQVEVFQAPVRLQRIALNNDFLQGTSPSTEAPGEDYLGRVIVGMSSDAFSERQQEILLKAAILALFALLFTFLVARRLAASLSQPIRDIGNAVKAIQQGDYSTPLPIVDDGELGALSRHINNLADGLEQASREQQQAMAQLIQTREEAEKANSAKSEFLAMMSHELRTPMNGVLGMLQLLETTQMTDEQHEYTALASESTEHLLKVINDILDFSRIERSALELEHIAFNLAELVGSCAQSFQHSAAQRKLGLDLLIPDDMRALQVQGDPTRIRQILVNLIGNALKFTDQGRVTVQCQWQALDHELLWFTCTVRDSGIGIPADSLERMFDAFQQADSSISRRYGGTGLGLPIARTLAERMGGTLRAQSVEGQGSVFTLEIPLALSRQSPPTLAPRAPGGGNDGEGRNVLLVEDNPVNQTVIEAMLRSLGFTVSVATDGAQAVRSAESLIFEVILMDCRLPVIDGYEATRQIRQLPGCAEVPIIALTANALQGDREACLAAGMNDYLAKPFKRIDLQQILQRWVR PGPT0004750_833 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974 NA NA D1-35_01985 933 hypothetical protein ATGTCTGCGGACCAACCGCGCAAGACGCCCCTCCGCGGCCGCCTGCCGCTACTCCTGTGCCTGGCGTTTGTCAGTCTGCTGACGACCCTCGATGCCCGGGCCGCCGAGATTCTCTTGACCGGCGCCCAGGATAGCCCCGGCGTGCAATCGTTCACCCAGGCCCTGCAAGCCCGACGCCCGCAAGACAACGTGCGGTTCGCGCCATTGGCCAGCCTGCCGTCGCCGGACCGTCTGCCCGGCGATGTGCGCCTGGTCCTGCTTGATCCGCCAAGCCTCGACTGGCGCCTGCAAAAAAACCACGGCCCGGCCACGCTGGTCCTGCGCATCAGTCGCTTGCAGGCATACGAACGCCTGGGCGAGGCAACGCCTGAGCGTCTGAGCCTGCTGTGGAGCGATCCGCCCATGGCGCGGCAACTGCAACTGATCCGCAGGGTGCTGCCGCAAGTGCGGCGGGTCGGCGTGCTGTTCGACCGGCACAGCGAATTCCTGCTCAAGGACATCCAGCAGGCAGCCAGGCCGCTGGGCCTGGAAATCGTCAGCGAACGCTGGGACGACAGCAGCGACAACCGTCCCTTGCAGAACCTGCTGGGCCGCAGCGACGTACTGCTGGGCCTCGATGACCCCGACCTCTACAACCCCAAGACCGTGAAAAACCTGCTGCTCAGTAGCTACGCCCGGCAACGCGCGCTGATCGGGCCAAGCGCCGCGTTTGTCAGGGCCGGCAGCCTGGCCAGCACCTACAGCGACCAGGACGACTGGCTGGCGATCCTCGACGAATTGCTCGACCGTCCCACCGCCAGCTGGCCGCGCACGCTGTATCCGGTCCGTTTCAAAGTCATGAGTAACCAGCAGGTCGCCCGCTCGCTGGGCATTGAACCGATTGATGCCGAAGCCGTCGCTGCGCAGTTGGCAGAAGGAGAACACCGCCCATGA MSADQPRKTPLRGRLPLLLCLAFVSLLTTLDARAAEILLTGAQDSPGVQSFTQALQARRPQDNVRFAPLASLPSPDRLPGDVRLVLLDPPSLDWRLQKNHGPATLVLRISRLQAYERLGEATPERLSLLWSDPPMARQLQLIRRVLPQVRRVGVLFDRHSEFLLKDIQQAARPLGLEIVSERWDDSSDNRPLQNLLGRSDVLLGLDDPDLYNPKTVKNLLLSSYARQRALIGPSAAFVRAGSLASTYSDQDDWLAILDELLDRPTASWPRTLYPVRFKVMSNQQVARSLGIEPIDAEAVAAQLAEGEHRP NA NA NA NA NA D1-35_01986 2187 btuB_1 Vitamin B12 transporter BtuB ATGGAAAAGTCGCACGGCTCGGTTAACATGCCCGCCATCCCTCCTTCAATCAAAGGCTGTGCCGTGTTCGTTGGCCCTTCCCGTCCAGGTTCATCACTGCTGTTGGCGCTGGTCATCAGCCCCTCCGTGGTGGCCGATGATCTGTTCGTGGACCACCAGCCCCTGCCCCAGGTACTTACCGCCACGCGCCTGAAACAGTCGCCGGCGGCGGTGCCGGGCAGCATGACCGTGCTTGACAGCGAGTTGATCAAGGCCAGCGGTGCCCGGGACATCAGCGAACTGTTGCGCCTGGTGCCGGGCATGATGGTCGGCAACCTCAGCGGCAACCAGGCCACGGTGAACTACCACGGCACCAACGCCAGCGAAGCGCGACGCATGCAAGTGCTGATCGACGGCCGCTCGGTGTACCGCGCCGGCCTCGCCACGGTGGACTGGAGTGACATTCCGGTCGCCATGGAAGACATCGACCGGATCGAAGTCTTCCGCGGCCCCAACACCGTCAGCTACGGCGCCAACGCGCTGATGGCAGTCGTCAATATCATCACCCGCGCCCCGGCGGGTAGCCACGGCACCCGCTTGAAAATGACCCGGGGCCAGCGTGGCATCAGCGACTGGTACGCCAGCCAGGGCAGCGGTTGGGAAAATGGCGATATGCGCCTGTCCTTGTCCGGCCAGGAAGACGACGGTTTCGACAGTGACCGCAACGGCGCGGACTACCGCGACAGTCGGCGCCTGAATCGCATCAACCTTTCCGTCAGCCAGGCCCTGGACGAATGGCAGAGCATCGATTGGCAACTGAGCGCCAAAGAGGGCAGCAACCAGCGGCCCTATACCTATCGCCCGGTTTTCGCCGGGATAACCGCGGCCGGGGACAACTCCGATGTCATCGCCAAGGACTACGCCGGTTCGTTGCGCTGGAACCTCGACCTGGACCCCAACCACAGTCTCTACGTACAGGGCTCGATCCAGCATTGGGATCGCCAGCAGACCTGGCGCGCCTGCGATGCCGAGGTGTCCTTCAGCCCGCAATTGACCGACCTCTGGCAGCTCAACCCGAATTACGCCGAGAAGCTGGCGCGCAATATTCCAAGCTTCCTTGGCACAGGGGCACCTGCCGGCACGGCCCAGGAGCAGGCGCTGGCCAACCAGGTGATCGATCAATGGCGCAACGGTGCCTCGCGAACCCTGTGCGGCGACATCGACCAGAGCGCCCGGGAGTCACGTTACGACCTGGAAATCCAGGACACCCTGAGCCTGTCCGATAGCCTGCGCCTGGTCACCGGGGCGAATTATCGCTACGACCGGGCCGACTCCGAGACGTACTTCAACGGCACGCTGGACGACACCACCTGGCGTCTGTTCGGCCAACTCGAATGGCGCGCCAGCGAGCATTGGCTGCTGCAGGGTGGGGCGATGTTCGAGGACACCCGCCTGACCGGCAGCTCACTGACCCCGCGAGTCGCGGTCAATTACCTGATCAACCCGCGACACGGGCTTCGGGCGGTGTACTCCGAAGCGGTGCGCTCGCCAGACATGTTCGAGAACAACGTCAACTGGAGCTACCAGGTCACCAACCTGCGGCCCGCCGCGTTCGGCCAGGACAGCGCGCGCTATTTCGTCCGCACGCGCGGCCCGGGGAACCTCGAGCAGGAGCACATGCGCTCGCGAGAGCTGGGCTACAACGGTTATTTCATGGACCTGGGCCTGACGGTGGATGTGAAGCTGTTCCATGACGAAATCACCGGCATGATCAGCGAACCGCTGCGCAACAACCAGTACATCGCCAGCAATGCCAACGACTCGCAGTTCGACGGTGCCGAGACCCAGCTCGACTGGCGCCTGACCAGCGCCGATCGCCTGCGCCTGACCTATGCCTACGTCGATGCCCAGGCCAGCAATCCTCTCGACGAACAACTGACCGCCCGCAACAGCGGCTCGGCGGGATGGCTGCACGACTGGGGCCAGGGCTGGAACAGCGCGGTTTTCTATTACGGGGCCGACGATCTCAATGGCTACCGCTACGAGCGGGTCGATACCCGCGTCGCCAAGCGGATCCCCCTGGGCAAGGCCAGCCTGGAGCTGGCGGGTATCGTGCAGCAGCGCCTCGATAACCAGCCGACCACATTCGCCGACAATCGCTACGACGCCCGTCACGTCCTGTATTTCAGCGCGGAGCTGTCGTTCTAG MEKSHGSVNMPAIPPSIKGCAVFVGPSRPGSSLLLALVISPSVVADDLFVDHQPLPQVLTATRLKQSPAAVPGSMTVLDSELIKASGARDISELLRLVPGMMVGNLSGNQATVNYHGTNASEARRMQVLIDGRSVYRAGLATVDWSDIPVAMEDIDRIEVFRGPNTVSYGANALMAVVNIITRAPAGSHGTRLKMTRGQRGISDWYASQGSGWENGDMRLSLSGQEDDGFDSDRNGADYRDSRRLNRINLSVSQALDEWQSIDWQLSAKEGSNQRPYTYRPVFAGITAAGDNSDVIAKDYAGSLRWNLDLDPNHSLYVQGSIQHWDRQQTWRACDAEVSFSPQLTDLWQLNPNYAEKLARNIPSFLGTGAPAGTAQEQALANQVIDQWRNGASRTLCGDIDQSARESRYDLEIQDTLSLSDSLRLVTGANYRYDRADSETYFNGTLDDTTWRLFGQLEWRASEHWLLQGGAMFEDTRLTGSSLTPRVAVNYLINPRHGLRAVYSEAVRSPDMFENNVNWSYQVTNLRPAAFGQDSARYFVRTRGPGNLEQEHMRSRELGYNGYFMDLGLTVDVKLFHDEITGMISEPLRNNQYIASNANDSQFDGAETQLDWRLTSADRLRLTYAYVDAQASNPLDEQLTARNSGSAGWLHDWGQGWNSAVFYYGADDLNGYRYERVDTRVAKRIPLGKASLELAGIVQQRLDNQPTTFADNRYDARHVLYFSAELSF PGPT0003790_22338 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_01987 1026 gpsA Glycerol-3-phosphate dehydrogenase [NAD(P)+] ATGACTGAACAGCGCCCGATCGCGGTCCTGGGAGGCGGGAGTTTCGGCACCGCCGTGGCTAACCTGCTGGCGGAGAACGGCCACGCGGTGCGCCAGTGGATGCGTGACCCGGAGCAGGCCGAGGCCATCCGGCTCAACCGGGAGAATCCGCGTTACCTCAAAGGCATCAAGGTTCGCCCTGAAGTGGAGCCGGTCACCGATTTGCAGGCCACGCTCGAGGGCAGCGATCTGTTTTTCGTTGCCTTGCCTTCCAGCGCCCTGCGCTCGGTGCTGGCGTCCCACGCCGAACGCCTGAGCGGCAAGTTGCTGGTGAGCCTGACCAAAGGCATCGAGGCGCAGACCTTCAAGCTGATGAGCGAGATTCTTGAGGAAATCGCCCCCAAGGCGCGCATCGGCGTGATTTCCGGGCCGAACCTGGCGCGGGAAATCGCCGAGCATGCGCTGACCGCCACCGTGGTCGCCAGTGAAGACGAGGAGCTTTGCCAGCGGGTCCAGGCCGCCCTTCATGGCCGAACCTTCCGGGTCTATGCCAGCGCCGATCGTTTCGGCGTGGAGCTGGGCGGGGCGCTGAAGAACGTCTACGCGATCATCGCCGGCATGGCGGTCGCGCTGGGCATGGGCGAAAACACCAAGAGCATGCTGATCACCCGGGCGCTGGCGGAGATGACCCGTTTTGCCGTCAGCCAGGGTGCCAACCCGATGACATTCCTCGGGCTGGCCGGGGTGGGCGACCTGATTGTCACCTGCTCTTCGCCCAAGAGTCGCAACTACCAGGTCGGCTTCGCCCTTGGCCAGGGCCTGAGCCTGGACGAGGCCGTGTCGCGCCTGGGCGAAGTGGCCGAAGGGGTCAATACCCTCAAGGTCCTCAAGGCCAAGTCCCAGGAGACCGGGGTGTATATGCCGCTGGTCGCGGGACTGCACGCCATTCTGTTTGAAGGGCGCACGCTGGAGCAGGTCATCGAACTGTTGATGCGTGGCGAACCGAAGACCGATGTCGATTTCATTTCCACCAGCGGTTTCAACTGA MTEQRPIAVLGGGSFGTAVANLLAENGHAVRQWMRDPEQAEAIRLNRENPRYLKGIKVRPEVEPVTDLQATLEGSDLFFVALPSSALRSVLASHAERLSGKLLVSLTKGIEAQTFKLMSEILEEIAPKARIGVISGPNLAREIAEHALTATVVASEDEELCQRVQAALHGRTFRVYASADRFGVELGGALKNVYAIIAGMAVALGMGENTKSMLITRALAEMTRFAVSQGANPMTFLGLAGVGDLIVTCSSPKSRNYQVGFALGQGLSLDEAVSRLGEVAEGVNTLKVLKAKSQETGVYMPLVAGLHAILFEGRTLEQVIELLMRGEPKTDVDFISTSGFN PGPT0024330_1148 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057 NA NA D1-35_01988 348 hypothetical protein ATGAACGATCCGAAAGGGCAGCCCCAATACGAATCCATCCTGCTGCGTGTGCTGTGGATGGTGATCTATCTGCTGGTCTGGCAGGTGGCGCAATTCATCCTCGGCGCCGTGGTGCTGGTGCAATTGGTTTATCGACTGATCTACGGCGCACCCAGCGCCAGCCTGATGAATTTTGGCGACAGCCTGAGCCAGTTCCTCGCGCAGATCGGCCGCTTCGGCACTTTCCACAGCGACCAGAAACCCTGGCCCTTCGCTGACTGGCCGACCCCGCGGACACCGGAAGGCGAAGCGCCTCACACCGTGGCGCCAGCGCCGCACCCGGTCCGTGACGAGGAGCCGAAACTATGA MNDPKGQPQYESILLRVLWMVIYLLVWQVAQFILGAVVLVQLVYRLIYGAPSASLMNFGDSLSQFLAQIGRFGTFHSDQKPWPFADWPTPRTPEGEAPHTVAPAPHPVRDEEPKL NA NA NA NA NA D1-35_01989 453 hypothetical protein ATGAAACTGTGGGTATTGCGTCACGGTGAAGCAGAGCCGCACGGGGCTCGTCCGGACCCTGAGCGGGTATTGACGGTCCATGGCCGCGAAGAGGTGCTGCGCAGCGCCGGGCAGTTGATGGCTGAGCCGTTGCGGGCCATTTATGCCAGTCCCTACGTGCGTGCCCAGCAGACCGCGCAACTGGTGCGTGAAGCCCTGGGGTTCGAGCCAGAGTTGATCACGGTCGACTGGCTCACCCCGGAGACCCGGCCGGCCGATGTGTTGAAACATCTGGAGGACCAGGACGACGTACTGCTGGTCAGCCACAACCCGCTGGTGGGCAGCCTGTTGGGCTTGTTGCAGCACGGCCACCTGCAGCAACCTGAACAGGTGCAAACGGCCGGTCTGGCAGAGCTGGAAGGCGACCTGCCGCTGGCCGGCTCGATGAAACTCAAGAGCCTCAGGCATCCCTGA MKLWVLRHGEAEPHGARPDPERVLTVHGREEVLRSAGQLMAEPLRAIYASPYVRAQQTAQLVREALGFEPELITVDWLTPETRPADVLKHLEDQDDVLLVSHNPLVGSLLGLLQHGHLQQPEQVQTAGLAELEGDLPLAGSMKLKSLRHP NA NA NA NA NA D1-35_01990 444 COG2050 Putative esterase ATGAGTCTTTGGCGCACCACCCCCAACATCGAACAACTGAACGCCGCCGGTAAAAATACCATCAGCGAAGTGCTGGACATCCGTTTCGAATCCTTCGATGAAGAATCCCTGACCGCGAGCATGGTGGTCGATCACCGCACCCACCAACCGTTCGGGTTGCTGCACGGCGGCGCTTCGGTGGTGCTGGCCGAAACGGTCGGGTCCATGGCCGCCTACCTGTGCGTGGACACCAGCAAGTTCTATTGCGTCGGCCTGGAAATCAACGCCAACCACCTGCGCGGTGTGCGCAGCGGGCGGGTCACCGCGACGGCTCGCGTGGTTCACCTGGGCCGCACCACGCAGGTCTGGGATATTCGCCTGGTCAATGATGATGGCAAGGTCAACTGTGTATCGCGCCTGACCATGGCGGTGGTGCCGCTGGGCGAGCAGCCGCCGGCGCGTTGA MSLWRTTPNIEQLNAAGKNTISEVLDIRFESFDEESLTASMVVDHRTHQPFGLLHGGASVVLAETVGSMAAYLCVDTSKFYCVGLEINANHLRGVRSGRVTATARVVHLGRTTQVWDIRLVNDDGKVNCVSRLTMAVVPLGEQPPAR PGPT0001845_733 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 D1-35_01991 795 hypothetical protein ATGTCGCAACAGGTGTTTTTCGCCCACGCCAATGGTTTCCCCTCGGCTACCTACGGCAAGCTGTTCGCCGCGCTGGCGCCGCAATATGAGGTCGCGCACCTCGAACTGCACGGTCACGACCCACGGTTTCCGGTGGACGACAACTGGAACAACCTGGTGGACGAGCTAATTCATCACCTGGAGCAGCAACCGGAACCGGTGTGGGGCGTCGGCCATTCCCTGGGCGGTGTGTTGCACTTGCATGCGGCGTTGCGTTGCCCTCGGTTGTATCGCGGCGTGGTCATGCTCGATTCCCCGGTGCTGACCCGCGCCGACCGATGGCTGATCCTGGCCGCCAAGCGCATGGGGTTCATTGATCGCCTGACCCCGGCCGGGCGGACCCTGGGACGGCGCGAGGAATTCAGCGACCTGGCGTCGGCGCGGGCCTATTTTGCCGGCAAAACGCTGTTTCGCGGTTTCGACCCGGAATGCTTTGAAGCTTATCTGCAACATGGCTTGCAACCTGTCGGTGACCGGTTGCGGCTGCGCTTCGACCCGGCCACGGAGATCAGCATCTACCGTGGCGTGCCCCATACCCGCCCCGCGAGGGCTGGAACACTCCAGGTTCCGCTGGCGGTAGTACGGGGCCGGCAGAGTCGCGTGGTGATGCGTCATCACACGCGTGTGGTGGGGCGCATGCCGCAGGGTGAATCCCTGACCATGCCCGGTGGCCACATGTTTCCCCTCGAATATCCCCAGGACACGGCCAACCTGCTCAAGGACCTGCTCCAGCGCTGGCAAGGGCCTGACGCATGA MSQQVFFAHANGFPSATYGKLFAALAPQYEVAHLELHGHDPRFPVDDNWNNLVDELIHHLEQQPEPVWGVGHSLGGVLHLHAALRCPRLYRGVVMLDSPVLTRADRWLILAAKRMGFIDRLTPAGRTLGRREEFSDLASARAYFAGKTLFRGFDPECFEAYLQHGLQPVGDRLRLRFDPATEISIYRGVPHTRPARAGTLQVPLAVVRGRQSRVVMRHHTRVVGRMPQGESLTMPGGHMFPLEYPQDTANLLKDLLQRWQGPDA NA NA NA NA NA D1-35_01992 852 menH_1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGAACGCCGTCGAAGAGGTTCGCCTGAGCTTGCCCCATATCGAACTCGCCGCCCACCTGTTCGGACCGGAGGATGGCCGGCCGGTGATCGCGCTGCATGGCTGGCTGGACAACGCCAACAGCTTCGCCCGGCTCGCCCCACGGCTGGAGGGTGTGCGGGTGATTGCCCTGGACATGGCCGGCCACGGTCATTCCGGACACCGCCCGCCCGGGGCCGGCTACGCCCTGTGGGACTACGCCCATGATGTGCTGCAAGTGGCCGAGCGATTGGGCTTGAAACGTTTCGCGCTGTTGGGGCACTCCATGGGCGCCATCGTTTCGCTGGTGCTGGCCGGCTCCCTGCCGGAGCGGATCACGCACCTGGGCCTGATCGACGGCGTGATTCCGCCTACAGCCAAGGGCGACAATGCGGCGGAGCGGCTGGGCATGGCCCTGCAGGCGCAGCTGGATTTGCAGGAAAAGCGCAAACCGGTCTACACAACCCTCGACCGAGCCATCGAAGCGCGCATGAAAGGGCTGGTGGCGGTCAGTCGCGAGGCCGCCGAGTTGCTCGCCCAGCGCGGTCTGATGCCAGTGTCGGGCGGCTATACCTGGCGCACCGACAACCGCCTGACCTTGCCATCGCCACTGCGCCTGACCGATGAACAGGCCATGGCGTTCGTGGCCCGAGTCGCCTGTCCAGCGCACCTGGTGGTGGCAGCTGACGGCATGCTGGCCCAGCATCCGGAGTTGCTGGAACGTCTACCCTTCAGTCATGAGCGGTTGCCTGGCGGTCATCATTTGCACCTGAACGATGAGGTCGGTGCGGCTCTTGTAGCAGACTGTTTCAATCGGTTCTTCAGCGTTTCTTGA MNAVEEVRLSLPHIELAAHLFGPEDGRPVIALHGWLDNANSFARLAPRLEGVRVIALDMAGHGHSGHRPPGAGYALWDYAHDVLQVAERLGLKRFALLGHSMGAIVSLVLAGSLPERITHLGLIDGVIPPTAKGDNAAERLGMALQAQLDLQEKRKPVYTTLDRAIEARMKGLVAVSREAAELLAQRGLMPVSGGYTWRTDNRLTLPSPLRLTDEQAMAFVARVACPAHLVVAADGMLAQHPELLERLPFSHERLPGGHHLHLNDEVGAALVADCFNRFFSVS NA NA NA NA NA D1-35_01993 807 hypothetical protein ATGTATTCATTCGCCCTGCTGGCGCTGGCCGCTTTCGGTCCGGCCGCCCTGGCCGCCGATGTGCCCGGCAGCCAGGACCTGGCGCGCGTGCCGCGGATGCCCGACGCGCAAATCGTCGATTACAAGCAAACCAGCGACCTTGAGCGTATCTACCCGATGGGCTCGATCCGCAGGATCAGCGGCCAGCTGCGCTTCGATGGGCAGGTCGACGCCCGCGGCAACGTCACGTCGGTCACCTATGAATTACCGCCGGAGCACACCGCCACCCAGGCTTTTACCGCTGCTCGCGAAGCACTGCAGAAGCAGGACGCCGAGCTGCTTTTCTGGTGCCAGGCGCGTGATTGCGGTGAGAGCAGCCTGTGGGCCAACCAGGTGTTTGGCAATGCCAAGCTCTATGGTGCCGACAGCGGCCAGGCCTATCTGCTGTTGCGCCTGGCGCCGCCGGCGGACAACACGCTGATCGCGCTGTATGCCATCACCCGCGGCAACCGCAAGGCCTACCTGCACGTCGAACAGTTCGAAGCGAACGCTCCCCTGGGGGATCTGCTGCCGACATCTGCGACGTTGCTGCGCCAGCTCAAGGACACCGGCGTGCTGGATCTGCCGCGTCTTGCCGGCGAGCCGGACGACGCCTGGCTGCGCTTGCTCTCCCGGGCGCTGAACCTGGACACCGGCCTTCGGGTCAGCATCGCCGGCCCGCAGGCCGAGGTGTGGCGCCAGGCCCTCATTGGCCAGGGTGTGCGGGCCGCGCGCATGGAGACGGCCAGCGATGAGGCGAAGGGTCTGCACCTTGAACTGTTGCGATAA MYSFALLALAAFGPAALAADVPGSQDLARVPRMPDAQIVDYKQTSDLERIYPMGSIRRISGQLRFDGQVDARGNVTSVTYELPPEHTATQAFTAAREALQKQDAELLFWCQARDCGESSLWANQVFGNAKLYGADSGQAYLLLRLAPPADNTLIALYAITRGNRKAYLHVEQFEANAPLGDLLPTSATLLRQLKDTGVLDLPRLAGEPDDAWLRLLSRALNLDTGLRVSIAGPQAEVWRQALIGQGVRAARMETASDEAKGLHLELLR PGPT0013045_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013045-yghU|yfcG-K11209 NA NA D1-35_01994 1038 ydiK_1 COG0628 Putative transport protein YdiK ATGCTCAATAACGATCGGCTATTGGTGCAGATCCTGCTGTTGGTGTTGTTCGGCGCAAGCCTCTGGGTGATGGCGCCATTCTGGTCGGCGCTGTTCTGGGGCGCCGTGCTGGCTTTCGCCAGCTGGCCGCTGATGCGCTTGCTGACCCGCTGGGTCAACGGGCGTGAATCCCTCGCCGCGGCGTTGCTGACGGTCGGCTGGATGTTACTGGTGGCGGTGCCGCTGGTGTGGCTGGGATTCAACCTGGCCGATCATGTGCGCGATGCCACGGCGTTCATCAGGGATGTCCAGGTCGACGGCCTGCCCGCAGCGCCGGAATGGCTGGCTGGTGTGCCGCTGGTAGGTGGGCGGCTGGTGACGCTCTGGGACAGCATCGACCAACAGGGCGCGGCGATGATGGTGTCCATCAAGCCGTACCTCGGAAGGGTCGGCAATTGGTTGCTGGCCCGCAGCGCGCAAGTAGGCGGCGGTATTCTCGAACTGACGTTGAGCATCGTGTTCGTGTTCTTTTTCTACCGTGACGGCCCGCGCCTGGCGGCCTTTGTCCAAGGCTTGCTGGAGCGGTTGATTGGTGACCGTGCCGGGTACTACGTCGACCTGGTGGCCGGTACGGTGCAGCGGGTGGTCAACGGCGTGATCGGTACCGCGGCGGCCCAGGCCGTGCTCGCGCTGATCGGTTTCCTGATCGCGGGCGTGCCGGGAGCACTGGTGCTTGGTATTGTCACTTTCCTGCTCAGCCTGATTCCCATGGGCCCGCCGCTGGTCTGGATCCCCGCCACGGCGTGGCTGGCGTGGAAGGGCGAATACGGGATGGCGGTGTTCCTCGGTATCTGGGGCACCTTCATCATCAGCGGCGTGGATAACGTGCTCAAGCCTTACCTGATCAGCCGCGGCGGAAACCTGCCGCTGGTCATCGTGCTGCTGGGGGTTTTCGGCGGGTTGATCGCCTTTGGTTTCATCGGCCTGTTCATCGGTCCGACGCTGTTGGCGGTGGCGTACAGCTTGCTGACGGATTGGAGCAAGAGCCACGCGCGGTAA MLNNDRLLVQILLLVLFGASLWVMAPFWSALFWGAVLAFASWPLMRLLTRWVNGRESLAAALLTVGWMLLVAVPLVWLGFNLADHVRDATAFIRDVQVDGLPAAPEWLAGVPLVGGRLVTLWDSIDQQGAAMMVSIKPYLGRVGNWLLARSAQVGGGILELTLSIVFVFFFYRDGPRLAAFVQGLLERLIGDRAGYYVDLVAGTVQRVVNGVIGTAAAQAVLALIGFLIAGVPGALVLGIVTFLLSLIPMGPPLVWIPATAWLAWKGEYGMAVFLGIWGTFIISGVDNVLKPYLISRGGNLPLVIVLLGVFGGLIAFGFIGLFIGPTLLAVAYSLLTDWSKSHAR NA NA NA NA NA D1-35_01995 1047 sasA_9 Adaptive-response sensory-kinase SasA ATGCGCATGCGCCTGGACACCCTGTTCGGCCGGCTGTTCGGCGTGCTTTTGCTGGCGATCGTCCTGGCGCACCTGCTGGCTTTTGCCTGGTTTTTCTACTACGGCCCGCCACCGCCTCCGGGACCACCGCCCGAGTCTTCCCGGCCAATCGAAGGCGGCCAAGGCTCGGCGCCACCAACCGATCGTCCTTTGCGCCCGCGGTTCGGCGGTCCCGTGGTGCCGCTGACATTTCAGTTTGTGTTCCTGATCGTAGCCGCCTGGTACGGCGCCAAGCTGTTGACCCGGCCGATCCAGCGCCTGAGCGAGGCCGCCGAACGATTAAGCGAGAACCTCGACAGCCAGCCATTGGATGCAAGCGGCCCCAGGGAGGCACGCCAGGCGGCCCATACGTTCAACTTGATGCAGCAGCGGATCCGTGAGCAGGTACAACAGCGCTCGCGGATGCTCGGCGCGGTCTCCCACGATTTGCGAACGCCGCTGTCACGGCTAAAGTTGCGCCTGGAACAGATTGACGACCCCAAGCTGCAAAACCAGATGCGCCAGGACCTGGACGACATGATCGGCATGCTCGACGCCACGCTTTCCTACTTGCATGAACAACGCACCAGCGAAGCGTTGCAATGGATGGATGTGCAAGCCTTGGCGGAATCACTGAGCGAGAATGCCCAGGATCAGGGTGCCGATGTCCAGGTCAGTGGTGCCTGCGCCCCGCTGCTGGTGCAACCCATGGCGCTGCGCTCGTGCATCAACAACCTCATCGACAATGCCTTGCGCTACGCCGGTCATGCCTCGATCGTCCTGGAAGACCAGCGCCACCAATTGCTGATCCGAGTGATCGATCACGGCCCCGGCATCGCCGCAGACAAACGCGAAGCTGTGTTCGAGCCGTTCTTTCGCCTGGAAGGCTCGCGCAACCGCAACTCCGGCGGCGTAGGCCTGGGCATGACCATCGCCCGGGAAGCCGCCGAACGTCTGGGTGGGCAATTGAGCCTGGAGGAAACTCCCGGGGGCGGATTGACGGCGGTGATCGGCCTGCCCCGTCGTTGA MRMRLDTLFGRLFGVLLLAIVLAHLLAFAWFFYYGPPPPPGPPPESSRPIEGGQGSAPPTDRPLRPRFGGPVVPLTFQFVFLIVAAWYGAKLLTRPIQRLSEAAERLSENLDSQPLDASGPREARQAAHTFNLMQQRIREQVQQRSRMLGAVSHDLRTPLSRLKLRLEQIDDPKLQNQMRQDLDDMIGMLDATLSYLHEQRTSEALQWMDVQALAESLSENAQDQGADVQVSGACAPLLVQPMALRSCINNLIDNALRYAGHASIVLEDQRHQLLIRVIDHGPGIAADKREAVFEPFFRLEGSRNRNSGGVGLGMTIAREAAERLGGQLSLEETPGGGLTAVIGLPRR PGPT0004100_5298 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_01996 759 ompR_3 Transcriptional regulatory protein OmpR ATGCAGAACACCCCTGTTGCAAATTCTGGCGACCCACAAGTACTCGACGACGATAAGCGTTGGAGCACCCACGCACTGATCGTCGATGACGACGTACCGATCCGAGAACTGCTGATCGACTACCTGGCCCGCTTCAGCATTCGCGCCATCGGCGTGACCGATGGCGCGGCCATGCGCCAGGCGCTGCAGGCCGGGCATTTCGATGTGGTCGTCCTGGACCTGATGTTGCCGGGCGAGGACGGCTTGCAGCTGTGCCGCTGGCTGCGGGCCGAATCGGACATTCCGATCCTGATGCTGACTGCCCGCTGCGAACCCACCGATCGCATCATCGGCCTGGAACTGGGTGCCGACGACTACATGGCCAAGCCCTTCGAACCCAGGGAGTTGGTGGCGCGAATCCAGACCATCCTGCGCCGCGTGCGTGATGATCGCACCGAGCAGCGCGCCAATATCCGCTTCGACAACTGGCGGCTCAACAGCGTACTGCGCCAACTGATTTCCGCCGACGGGCTGGTGGTGCCGCTATCCAACGCCGAGTTCCGGCTGCTATGGGTGTTCATCGAGCGTCCGCACCGAGTGCTCAGCCGTGAACAACTGCTGGACGCGGCCCGCGGTCGTTCGATCGAAGCCTTTGATCGCAGTATCGACCTGCTGGTCTCGCGCTTGCGTCAAAAGCTGGGTGACGACCCGAAGGCCCCGCAGTTGATCAAGACCGTACGCGGTGAAGGCTACCTGTTCGACGCGCGAGCCATCAGTTGA MQNTPVANSGDPQVLDDDKRWSTHALIVDDDVPIRELLIDYLARFSIRAIGVTDGAAMRQALQAGHFDVVVLDLMLPGEDGLQLCRWLRAESDIPILMLTARCEPTDRIIGLELGADDYMAKPFEPRELVARIQTILRRVRDDRTEQRANIRFDNWRLNSVLRQLISADGLVVPLSNAEFRLLWVFIERPHRVLSREQLLDAARGRSIEAFDRSIDLLVSRLRQKLGDDPKAPQLIKTVRGEGYLFDARAIS PGPT0012985_762 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012985-ompR-K07659 NA NA D1-35_01997 699 pyrF COG0284 Orotidine 5'-phosphate decarboxylase ATGTCCGCCTGCCAGACGCCTATCATCGTCGCCCTGGATTTCCCTACCCGTGACGCCGCCCTGAAGCTGGCCGACCAGTTGGACCCCAAGCTCTGCCGGGTCAAAGTCGGCAAGGAACTGTTCACCAGTTGTGCTGCGGAGATCGTCGGCACCCTGCGGGACAAGGGCTTCGAGGTCTTCCTCGACCTGAAATTCCACGACATCCCCAACACCACCGCCATGGCCGTCAAGGCCGCTGCGGAGATGGGCGTGTGGATGGTTAACGTGCACTGCTCCGGTGGCCTGCGCATGATGGCGGCGTGCCGGGAAGTGCTGGACCAGCGCAGCGGTCCGAAACCGCTGCTGATCGGCGTGACCGTGCTGACCAGCATGGAGCGTGAGGACCTGGCGGGAATCGGCCTGGACATCGAGCCCCAGGAGCAGGTGTTGCGTCTGGCGGCGCTGGCGCAGAAGGCCGGCATGGACGGTCTGGTCTGTTCGGCCTTGGAAGCCGGCGCCCTGAAGACGGCCCACCCGTCGCTGCAACTGGTGACCCCGGGGATTCGTCCAGCGGGCAGTGCCCAGGACGACCAGCGTCGTATCCTCACGCCGCGCCAGGCACTGGATGCCGGTTCTGACTATCTGGTGATCGGCCGTCCGATCAGCCAGGCCGCCGATCCGGCCAAGGCCTTGGCGGCGGTGGTGGCCGAACTGGCCTGA MSACQTPIIVALDFPTRDAALKLADQLDPKLCRVKVGKELFTSCAAEIVGTLRDKGFEVFLDLKFHDIPNTTAMAVKAAAEMGVWMVNVHCSGGLRMMAACREVLDQRSGPKPLLIGVTVLTSMEREDLAGIGLDIEPQEQVLRLAALAQKAGMDGLVCSALEAGALKTAHPSLQLVTPGIRPAGSAQDDQRRILTPRQALDAGSDYLVIGRPISQAADPAKALAAVVAELA PGPT0014965_3864 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591 NA NA D1-35_01998 1005 yfmJ COG2130 Putative NADP-dependent oxidoreductase YfmJ ATGACTGCTCAGATCAATCGCCAGTTCCTGCTCGCCAAACGCCCGGTAGGCGCCGCGACCCGCGAGACATTCACTTATCAACAAGTGCCGGTCGGCGAACCGGCAGCCGGTCAGATCCTGGTGAAGAACGAATACCTGTCTCTGGACCCGGCCATGCGTGGCTGGATGAACGAGGGTAAGTCCTATATCCCGCCGGTCGGCATCGGTGAAGTCATGCGAGCCTTGGGCGTAGGCCAGGTTGTCGTGTCGAACAATCCGGGCTTCGCGGTCGGGGACTACGTCAACGGTGCATTGGGCGTGCAGGATTATTTTCTCGGCGAGCCACGAGGTTTCTACAAGGTAGATCCGAAACTGGCGCCGCTGCCGCGTTATTTGTCCGCGCTGGGCATGACCGGCATGACCGCCTATTTCGCCCTGCTGGATGTCGGCGCCCCCAAGGCCGGCGAAACCGTAGTGCTCTCGGGAGCCGCCGGGGCGGTGGGCAGCATCGCTGGGCAGATCGCCAAAATCAAAGGCTGCCGCGTGGTCGGCATTGCCGGCGGCGCCGATAAATGCCGGTTTCTCATTGATGAGCTGGGCTTTGACGGCGCCATCGACTACAAGAGCGAAGACGTCCACGCCGGCCTCAAGCGCGAATGCCCGAAAGGCGTGGATGTGTATTTCGACAACGTCGGCGGCGACATCCTCGATGCGGTGCTCAGCCGCCTGAACATGAAGGCCCGCGTGGTGATTTGCGGTGCGATCAGCCAATACAACAACAAGGAAGCGGTGAAAGGACCGGCCAACTACCTGTCGCTACTGGTCAATCGTGCGCGCATGGAAGGCTTCGTGGTCATGGACTACGCCGCGCAATTCGCCGCCGCCGGGCAGGAAATGGCCGGCTGGATGGCCAAGGGGCAGCTCAAGAGCAAGGAAGACATCGTCGAAGGGCTGGAGACCTTCCCCGAGACGCTGACCAAGCTGTTCAGCGGGGAGAACTTCGGGAAGTTGGTGTTGAAGGTCTGA MTAQINRQFLLAKRPVGAATRETFTYQQVPVGEPAAGQILVKNEYLSLDPAMRGWMNEGKSYIPPVGIGEVMRALGVGQVVVSNNPGFAVGDYVNGALGVQDYFLGEPRGFYKVDPKLAPLPRYLSALGMTGMTAYFALLDVGAPKAGETVVLSGAAGAVGSIAGQIAKIKGCRVVGIAGGADKCRFLIDELGFDGAIDYKSEDVHAGLKRECPKGVDVYFDNVGGDILDAVLSRLNMKARVVICGAISQYNNKEAVKGPANYLSLLVNRARMEGFVVMDYAAQFAAAGQEMAGWMAKGQLKSKEDIVEGLETFPETLTKLFSGENFGKLVLKV PGPT0023605_873 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 D1-35_01999 762 linC COG1028 2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase ATGAGCATGACGTTTTCCGGACAGGTTGCCGTGGTGACGGGCGCGGCGGCAGGCATTGGCCGCGCCACCGCCCAGGCGTTCGCGGCGCAAGGCCTGAAAGTGGTCGCGGCGGACCTGGACATGGCGGGCGGCGAGGGTACGGTGCAGTTGATTCGCGATGCCGGTGGCGAGGCGGTGTTCGTGCGCTGTGACGTGACCGTGGAAAGCGATGTGCAACGTCTGATGGACGAGGTGATCAGTGCCTACGGTCGCCTGGATTACGCATTCAACAACGCCGGCATCGAGATCGAGAAGGGCAAGCTGGCCGATGGCACGCTGGACGAGTTCGACGCGATCATGGGGGTCAACGTCAAAGGCGTCTGGCTGTGCATGAAGTATCAATTGCCGTTGCTGCTGGCCCAAGGGGGCGGCGCTATCGTCAATACGGCCTCAGTGGCCGGGCTAGGGGCCGCGCCGAAAATGAGCATCTATGCAGCCTCCAAGCACGCGGTGATCGGGCTGACCAAGTCGGCTGCCATCGAATACGCCAAGAAGAAAATCCGTGTGAACGCGGTCTGCCCGGCGGTCATCGACACCGATATGTTCCGGCGCGCCTACGAGGCGGACCCGAAGAAAGGCGAGTTCGCCAATGCGATGCACCCCGTGGGGCGTATTGGCAAGGTCGAGGAGATCGCCAGCGCGGTGCTGTACCTGTGCAGCGACGGGGCGGCATTCACTACGGGGCATTCGCTGGCCGTGGACGGCGGGGTCACGGCGTTCTGA MSMTFSGQVAVVTGAAAGIGRATAQAFAAQGLKVVAADLDMAGGEGTVQLIRDAGGEAVFVRCDVTVESDVQRLMDEVISAYGRLDYAFNNAGIEIEKGKLADGTLDEFDAIMGVNVKGVWLCMKYQLPLLLAQGGGAIVNTASVAGLGAAPKMSIYAASKHAVIGLTKSAAIEYAKKKIRVNAVCPAVIDTDMFRRAYEADPKKGEFANAMHPVGRIGKVEEIASAVLYLCSDGAAFTTGHSLAVDGGVTAF PGPT0003180_8999 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 D1-35_02000 1398 hisC_4 Histidinol-phosphate aminotransferase ATGGAGTTGAGAATCGACCGGCAGGCCCTGGTGCCTGTCGTGCAGCAAATTGTCGACGCGCTGGCCAGCCGGATCCGCCAGGGTGTGGTGCCGCCAGGGGCGCGCCTGCCATCGATCCGGCGGCTCGCGCGGGAAAACCTGCTAAGCCAGGCGAGTGTCCACGAAGCCTGCCAGCGGCTGGTGGCGCAGGGGCTGCTGGCCTCTCGTCATGGCTCAGGTTTTCTGGTCGCCTCAGGCCCTTTGGCATGGCATGAGCCGGTCGATCAGTTTTGGCCGCCGGGCATTTCTTACCAGCAGGCGGGGTTGGGGGCCGGTTCGCCAGGGGCTCTGGAACTGGGGGGCGGCGGGTTGCCCGAGAGCTGGCGTGAAAGCGACGACCTTGGTTATGCGATCCGCCAGGTTACCCGCACCGATATGGCGGGGTTGTTCAACTACAGCACGCCGATGGGGCTGCCGGCCTTGCGCGAGCAATTGTCCAGGCGCCTGAAACAGTTCGATATCGATGCCGATGAAAACCTGATCCTGACCACGACGGGGGTAAGCCACGGGCTGGACCTGATCGTGCGCACACTGCTGCAACCAGGGAGCTGCGTCGTGGTGGAAAGCCCGGGTTATTCGAAGCTGTTCGACCTGCTCAGGCTGCACAGGATCGACATGATCGAACTGCCGAGAACACCGCACGGCCCGGACATCGCTGCGCTCGAATGTCTGTTGGCGATGCATCGCCCCAACGCCCTGTTCATCAACAGTGCCTGCCACAACCCAACCGGCAGCAATCTTTCCCTGGCTGTAGCCCAGCGATTGCTTGAGTTGGCGAAAGAGCACGCCATGCTGGTTATCGAGGACGATGTCTATGCCGATTTCCAGGGTTCGACGCGAGTCCGCCTGGCCGCTCTGGATGCCGATGTGATCTACCTCGGCAGTTTCTCGAAAACCCTCAGCAGTTCGTTACGAGTCGGCTTCGTGGTGGCCGGGCCCTGCGTTATCGCGCGATTGAGCGAGGTCAAGGGGATAACCAGCATGGGCGGGTCGCGATTCTCTGAAGCGGTACTGACCAATCTGTTGGCCAACGGTGCCTACCGAAAACTGGTCCAGCGCCAGCGGCAGCGGCTGAATGCCGATATGGCCATGACGTTGCAGTTGCTCGACGAGGCCGACTGGGAAGTTTTTGGCAAACCGGCAGGGGGGCTGTTCATTTGGGCGCGCCCGCCCATTTGCGACTACGGCAGGTTGCAGTGTCTGGCCAGGTACTCCGGCATCCAGCTGTCCTCGCGTACGGCGTTCAGTCCTTCAGGCACCGACACTGACTGGTTGCGGATCAACGTGGCCCATGCCCGAGACCCCAAGGCGTTGGCGTTTTTCCATGCCACGGCTCTGGATCGACCTCAAGTGTCCTGA MELRIDRQALVPVVQQIVDALASRIRQGVVPPGARLPSIRRLARENLLSQASVHEACQRLVAQGLLASRHGSGFLVASGPLAWHEPVDQFWPPGISYQQAGLGAGSPGALELGGGGLPESWRESDDLGYAIRQVTRTDMAGLFNYSTPMGLPALREQLSRRLKQFDIDADENLILTTTGVSHGLDLIVRTLLQPGSCVVVESPGYSKLFDLLRLHRIDMIELPRTPHGPDIAALECLLAMHRPNALFINSACHNPTGSNLSLAVAQRLLELAKEHAMLVIEDDVYADFQGSTRVRLAALDADVIYLGSFSKTLSSSLRVGFVVAGPCVIARLSEVKGITSMGGSRFSEAVLTNLLANGAYRKLVQRQRQRLNADMAMTLQLLDEADWEVFGKPAGGLFIWARPPICDYGRLQCLARYSGIQLSSRTAFSPSGTDTDWLRINVAHARDPKALAFFHATALDRPQVS NA NA NA NA NA D1-35_02001 1968 mcpQ_1 COG0840 Methyl-accepting chemotaxis protein McpQ ATGATTACGGCCGTGCAAGGACGTTTCGCCAACCTCGGTATGGCGAAAAAACTGGGCATCGGGTTTTTCCTGGTGTTGCTGCTCACTGCGTTGGTGGCGGCCATCGGTGTCTGGTCGCTGCAAACCATCAGTCAGCGTTTCGATGGTTTGAAACAGATGTCGTCCCTCAACAGCGGGTTGCTCAAGGTCCGGTTGCTTGAGCAGGAATACGCCTCGCGCTCCGACCCCAAGACGGCCGATGCCTTGCGCCAGGGTGTCGATGCATTGGTTGCCCTGGCGAATGAGCTCAAGGCGCAATCGGCTGCCAATGTACCGGTGATGGATGAAGTGGAGCAGGCTCTGGCGGCGTATCGCAAGGCATTCGATGAGTTTGTGGATCTGAGCCAGAGCAAGGACCTGGCCCTGGAAATGGCCAGTTGGTCGGTTTCCAGTGTCGCCAACAACCTGGATGTGTTGCAGGCGGGTCTGGCCGATGACGGCGCCTATACCTTGAAAGAGTCCGAAGGCAAGGACGGTGCGGAATTCATCGAGCAGGCCAACCAGGTCAGCGAGGTCTCGCGGCTGATGCTGCAGGCCATGAACGAAGCGCGGGTTCGCCTGGACCAGAGCCGTAAAGGCAGCGAGGAGAACGCCGGGCAAGGCAACATCGAACAGGCCGAGCAGGCCATGAAACTGGCCGAAGTACTCAAGGGCGCGGTCAAGGATCCGGGTTACCAGACCGTACTCAACGAAGTGGCCGGGCACATCGGCGGATTCAATCAGCAGTTGGCCGAATACACCGGTTTGCTGGCCAAGGAGAAAACCGTCTACCAGCAATTGCATGAGCGTGCCGACCAGGTTGTGGCGCGGGTCGACCAAGCCTACAACGCTGAAGACAGTGCAATGCAGGCGGAGCTGAAGAAAAATTCGCTGATGATCGTCGGTTCGTCGGCCCTGGCCCTGCTGGTGGGATTGATCGCTGCCTGGCTCATCACCCGGCTGATCGTTACGCCGCTGCGCAGTGTCATTCGCGTCGCCCAACAGATTGCTTCAGGTGACTTGAGTGCCAAGGTTGATGTGACACGTCGGGATGAGATCGGCCAGTTGATGCTGGCCATGCAGCAGATGGCGGCCGGCTTGAGCAGCATCGTCAGCGGTTTGCAGGCCGGCATCGAGCAATTGGCCAGCTCGGCACAGTCGCTGTCGTCCGTGACCGAGCAGACCAACCTTGAAGTCAGCAGCCAGAAGGAGGAAACCGAGCAGGTGGCCACGGCCATGAACCAGATGACCGCCACCGTGCATGACGTGGCGCGCAACGCCGAAGAGGCCGCGCGAGCAGCCCAGACCGCCGACGACAAGGTTGAAAGCGGCCAGCGGGTGGTGCGCCAGAGCATGGTGCGTATCGAACAACTGGCTGATTCGGCGACGTCGGCCAGCACCAGCATCGAAAGCCTCAGCGCCGAGATACAGAACATCGGCACGGTGCTGAGCGTGATCAAGAGCGTCGCCGAACAAACCAACCTGCTGGCGCTCAACGCCGCTATCGAGGCGGCCAGGGCGGGCGAGCAGGGCAGGGGTTTTGCCGTGGTGGCCGATGAGGTGCGAGCCCTGGCCAAGCGTACGCAACAGTCCACTGAGGAAATCGAGCGATTGGTCAGCGCCCTGCGCTCGGCCGCCCAGACCTCCGTACAACAGATCCAGAGCAGCGGCGAATTGGTCAAAATGGCCGTCAGCGATGCGCTGCAGACCGAAAGCGCATTGGGCAGCATTGCGGCGGCGGTGTCGTTGATCCAGCAGATGAACCAACAGATCGCGGCGGCAGCCGAGCAACAGAGTTCGGTGGCTGAAGAGATCAACCGCAGTGTTACCAGTATCCGTGCCAGCGCCGATCAATCGTCCATGGCCATGCAGGGCAATGCCGCTTCAAGCATTGAGCTGGCACAGCTGGGGAGCGAGTTGAAGGGGATGGTGGGGCATTTCAGGTTGTGA MITAVQGRFANLGMAKKLGIGFFLVLLLTALVAAIGVWSLQTISQRFDGLKQMSSLNSGLLKVRLLEQEYASRSDPKTADALRQGVDALVALANELKAQSAANVPVMDEVEQALAAYRKAFDEFVDLSQSKDLALEMASWSVSSVANNLDVLQAGLADDGAYTLKESEGKDGAEFIEQANQVSEVSRLMLQAMNEARVRLDQSRKGSEENAGQGNIEQAEQAMKLAEVLKGAVKDPGYQTVLNEVAGHIGGFNQQLAEYTGLLAKEKTVYQQLHERADQVVARVDQAYNAEDSAMQAELKKNSLMIVGSSALALLVGLIAAWLITRLIVTPLRSVIRVAQQIASGDLSAKVDVTRRDEIGQLMLAMQQMAAGLSSIVSGLQAGIEQLASSAQSLSSVTEQTNLEVSSQKEETEQVATAMNQMTATVHDVARNAEEAARAAQTADDKVESGQRVVRQSMVRIEQLADSATSASTSIESLSAEIQNIGTVLSVIKSVAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRALAKRTQQSTEEIERLVSALRSAAQTSVQQIQSSGELVKMAVSDALQTESALGSIAAAVSLIQQMNQQIAAAAEQQSSVAEEINRSVTSIRASADQSSMAMQGNAASSIELAQLGSELKGMVGHFRL PGPT0015710_8507 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 D1-35_02002 771 hypothetical protein GTGACACCACTCATGATCACCCTGCTCGTCGTAGCCGGGATCGCACTGTTGATCGCCATTGGCTACATGAACCATGTGGTGGAAAACAACAAGCTGGAAAAGGCCCGCACCAAAGTCGAACTCAACGACCGCTTGCGGCGTTGCGGCGAGCTCACGGAAACTTTCCCCGGCCAGTTGATGACCCCGGCCCTGAAGTTGCTGATGACGCGCCTGGAGATGAATGTCTGCCAGCGCTTGCTCAACCTTGAAAAGTCCAACGCTGCGGTCAAGGCTCGCCTGGATGAACTGTCCGCATTGGCTGCTCAGGGTGAGTCGATTCCGGTAAGCAACCCGCCGGCACCGATACAAACCGAGGCCAAGGCCAAGGATGTGCGGTTTCTGCTCGAAGCGTTGCACGGCCAGATCACCCGCGCCGCGCAGGATGGCTTCCTGCCGCCCAACGAGGCCAAGCGCTGGATCCGTGAAGTGCGGCACCTGCTGGTGCTGCTGCACATCGAGTTCTTCAACAATCTCGGTCAGCAAGCCTTGCAACAGGAGCAACCGGGGCAGGCCCGCCTGGCATTCGAGCGAGGCGTGCAATACCTGCGCAAACAGCAGGAGCCGCAGGTCTATGCCGAACAGTTGGCCTATCTGGAGAAGCTTCTGGCCCGCGCCAATGCCCAGGTCCTGGCCAGCACCCAGCCGGTCGAGGGCGAGGTTAACCAGTTGACTGAAGGGTTGAAGGAAGACGAAGCGAACGACGAGTGGAAGAAAAAGAAAGTCTACGATTGA MTPLMITLLVVAGIALLIAIGYMNHVVENNKLEKARTKVELNDRLRRCGELTETFPGQLMTPALKLLMTRLEMNVCQRLLNLEKSNAAVKARLDELSALAAQGESIPVSNPPAPIQTEAKAKDVRFLLEALHGQITRAAQDGFLPPNEAKRWIREVRHLLVLLHIEFFNNLGQQALQQEQPGQARLAFERGVQYLRKQQEPQVYAEQLAYLEKLLARANAQVLASTQPVEGEVNQLTEGLKEDEANDEWKKKKVYD NA NA NA NA NA D1-35_02007 1902 acoR_1 COG3284 Acetoin dehydrogenase operon transcriptional activator AcoR ATGCTGATAAAAACAACTCATCCCAAACTTCATCGCGAAGCTCGGCTGGCCCGGGAAAAACTGCACCTCGAGGGCACCGTTCCCGATGGCGTATTGCGCGCCGAAATCGATGCTTCGTGGCGGCGCAGTCTCAGTCATGGCGTGCATTTCAATGCCAAGCAAGAACTGGCGTTGGAGTCGAACGCCAGTCTTGAAGTGCTGCTGGAAAGCAATCGGTTGTTGATCGATGCGGCGGTGCCGGCCATCGATTATCTGGCCGAGCGCCAGGGCAAGGAAGGGCTCATCATCCTCGCCAATTCCGACGCCACCATCCTGGCAGCCGAAGGGCGCGCCGATCGTTTCAAAGGTAGCAACCTGCAAGACATCACGCTGGGCGCTTGCTGGAGCGAAGCGGCGCGCGGCACCAACGCGCTGGGTACCGCGCTGGTGGAAGCCCGGCCAACGATGATCGATTGCGGTGAACATTACCTAGATCGTCTGACCGATTTTTCCTGCACCTCGGTGCCGATTTATTGCGCGCAGGGTGACATCCTCGGCGTCCTTGACCTGACCCGCGAAGGCCCGCTCGGCCGCGTTCACGACAGCACGGCGTTGCTGGCCATGGCCGTCAGCCAGATCGAAAGTCGCGTGTTCAACGCTTGTTACCCGGACCAGATCGTCCTCGCCTTCCACAGCCGTCGCCAATACCTCGAGTCCCCCTGGCAGGGTTTGCTCGCGGTGAGTCTCGGCGGGCAGATCCTCGCGGTCAGCGCCCAGGCATGTCAGTTGCTCCATGCCGAGCGTTCGGCGCTGGTTGGCCGAGGCTGTGAAGAGTTCCTGGGTGTCGATGGCCTGCAACTGTTATCGCGTCTGCATCAGGGCGGCATCGGCAGTCTGCAAACGGCCAAGGGTGAATTTTTCTACAAAACCCTGCGCGCGCCGCAGCGCTCGATCAACGTCAGCGTTCCATCGCGCACCCCAATCAAAACCGCTAAACCGCAACCCGATCTCGAATCCCTGGCCGGCAACAATGCCCGTTACGCCAGGGCGCTGCGCATGGCCCGCCAAGGTCTGGCCAATGAATTGCCAGTATTGCTGCTGGGCGAAACGGGCACCGGAAAGGAAGTCATCGCCCGAGCGCTCCATATGGCTGGAACCCGCTGCGACAAACCTTTCGTCGCGGTGAACTGCGCGGCCATCCCCGAAGGCCTGATCGAGTCGGAGCTGTTTGGCTACCGCGAAGGTGCCTTTACCGGTTCGCGCCGGGGCGGCATGGTCGGGCGCCTGCAACAGGCCCATGGCGGCACGTTGTTTCTCGATGAAATCGGCGACATGCCACTGGCCTTGCAGGCCCGTTTACTCAGGGTACTGCAGGACCGCAAGGTCGCGCCGCTGGGCGCTGGAGAGGAGCAAGACATCGACATCGCGCTGATCTGCGCCACGCACCGCGACCTTAAGCGTCTGGTGGAAGACAAACACTTTCGCGAGGATCTGTTTTACCGGGTCAACGGCATCAGCGTAATGCTCCCGGCCCTGCGCGAGCGCGACGACTTCAATGGCCTGGTCGATCGTTTGCTGGCCAAACTCGACGCGCCGACAGTGGTCCTGCGTGACGATTTGATCCGCTTGCTAGGCGGCTATCACTGGCCGGGCAACATCCGCCAATTGGAAATGGTTCTGCGCACCGCGCTGGCCATGCGTGAGCCGGGGGACACCGTGCTCACCCTCGACCATCTGCCCGACAGTATGCTCGACGAACTGACCGCCGGCGAACGCCCTCAGAGTGGCAGTATTCGTGAACATGAACTGGAGCTGATTCGTCAGTCCCTGGACACGCACCAAGGTAACGTCTCGGCGGCCGCCGATGCCTTGGGTATCAGCCGCGCGACCCTGTATCGCAAGCTCAAACTGTTGCGTTCGTGA MLIKTTHPKLHREARLAREKLHLEGTVPDGVLRAEIDASWRRSLSHGVHFNAKQELALESNASLEVLLESNRLLIDAAVPAIDYLAERQGKEGLIILANSDATILAAEGRADRFKGSNLQDITLGACWSEAARGTNALGTALVEARPTMIDCGEHYLDRLTDFSCTSVPIYCAQGDILGVLDLTREGPLGRVHDSTALLAMAVSQIESRVFNACYPDQIVLAFHSRRQYLESPWQGLLAVSLGGQILAVSAQACQLLHAERSALVGRGCEEFLGVDGLQLLSRLHQGGIGSLQTAKGEFFYKTLRAPQRSINVSVPSRTPIKTAKPQPDLESLAGNNARYARALRMARQGLANELPVLLLGETGTGKEVIARALHMAGTRCDKPFVAVNCAAIPEGLIESELFGYREGAFTGSRRGGMVGRLQQAHGGTLFLDEIGDMPLALQARLLRVLQDRKVAPLGAGEEQDIDIALICATHRDLKRLVEDKHFREDLFYRVNGISVMLPALRERDDFNGLVDRLLAKLDAPTVVLRDDLIRLLGGYHWPGNIRQLEMVLRTALAMREPGDTVLTLDHLPDSMLDELTAGERPQSGSIREHELELIRQSLDTHQGNVSAAADALGISRATLYRKLKLLRS PGPT0001030_1196 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 D1-35_02008 1719 COG1132 Putative multidrug export ATP-binding/permease protein ATGCTGCGTTTGATCGTTCGGCTGGTCGACAGCCAGAACCCCGCGGCGCTGCAAGCGGCGTTGCGCTGGCTCTACAGCTTCGTGCGCCCGCACCGGTTGGCGATTGCCGGGCTGCTTGGGCTGTCGGTCTGCGCTTCGTCGCTGGTATTGGTACAACCCTGGCTAACCAAGCTGCTGATCGACGACGGCCTGTTGGCGCGCAACTTTGCGATGCTGGCGCTGATCGCCGGGTTGATGATTGTCGCCGGGTTGTTGGGCACGGCGCTGTCGGGCATCAATCGGTACCTGCACACGCGATTGTCCGGACGGATTCTGTTTGCCCTGCGCGATGACCTTTATCGGCATCTGCAGACGCTCTCGCCGGGTTTCTACGGCGAGCGGCGTATCGGTGATCTGATGTCGCGTCTGGATGGCGATGTCGCGGAGATCCAGCGCTTTGCCGTGGATTCGCTGTTCTCGGCGGTGTCGGGCGTGATTGGCCTGGTGGTCGCCGTGGCGATGTTGGTGACCCTGTCGTGGCAACTCTCGCTGCTGGCCTTGGTGCTGATTCCACTCGACGTGCTTTGGCTACGCTGGATGCGGCGTAAGGTCGAGCGCGATGTGCGGCAGCTGCGCGAGCGTTCGGCGGACATGTCCTCGTTCATGGTCGAGACCTTGCCGGTGATGAAATTCATCCAGTCCGCCGGTCAGCAACAGCGCGAGGCGCGGCGACTGGAGACGTTGGGCCAAGGGTACATGAGTCAGCTCTTGCGCCTGCAAGTCACTGAGTTTTTCACCCAAGCGGTGCCCGGCACGCTGACATCGTTGTCGCGGGCCTGTGCGTTTTTGATTGGCGGGTACTGGGTGGTGCAAGGGACTTGGCAATTGGGCGCGTTGATCGCGTTTTCCACCTATCTGGGCATGGCTGTCGGCCCGGTCCAGAGCCTGCTAGGGCTCTACGTCGCGATTCAGCGGATGACCGTGAGCCTTGGGCGGGTCATGGAACTGCGCGGTGAAGAGCCAACCGTCCTTACTCCGGTTGCGCCGCAGCCGATGCCGGTCTCTGGCGAACTGCGTTTCGACAACGTGCACTTCAGCCATCCCGGTCGCCCGACCACCTTGCGTGGTATTCAAGCGCGAATTCCTTATGGGTTGAAAGTCGCCCTGAGCGGCGGCTCTGGTGTCGGTAAGTCGACCCTGATCGATCTGCTGCAGCGGCACCACGATCCGCAGTCCGGTCGGGTCTTGCTGGGGGAGGTCGATCTGCGGGAACTGGACCTGTTCCAGCTGCGTCGGCGGATAGCCGTGGTCAGTCAGGACATCGTGCTGTTTCGCGGCAGCCTCGCCGACAACCTGGCATACGCGGTGCCCGACGCCAGTCGCGAAGCGATTGCCGAAGTGGCGCGGCTGGCGCAGCTCGACAGCCTGATCGAGTCACTGCCCGAAGGCCTCGACAGCCCTTTGGGCGAGCGTGGCCAGCAGTTGTCCGGCGGACAGAAACAGCGCATCGCCATCGCCCGGGCGCTGCTACAGGATCCGTTGATCCTGGTGCTGGACGAAGCGACTTCGGCGGTCGACGAAGCCACCGAGCGCGAAGTGATCGCGGCCATCGACCGGTTGTTCGCCGGGCGTACTCGGATCCTGATCAGCCATCGCCCCTCGACCCTGGCCGATGCCGATCTGTGCTTTGAACTGCTGGATGGCGTGCTCACGTCAAGAACGGTGCAGCATGAGGCCTGA MLRLIVRLVDSQNPAALQAALRWLYSFVRPHRLAIAGLLGLSVCASSLVLVQPWLTKLLIDDGLLARNFAMLALIAGLMIVAGLLGTALSGINRYLHTRLSGRILFALRDDLYRHLQTLSPGFYGERRIGDLMSRLDGDVAEIQRFAVDSLFSAVSGVIGLVVAVAMLVTLSWQLSLLALVLIPLDVLWLRWMRRKVERDVRQLRERSADMSSFMVETLPVMKFIQSAGQQQREARRLETLGQGYMSQLLRLQVTEFFTQAVPGTLTSLSRACAFLIGGYWVVQGTWQLGALIAFSTYLGMAVGPVQSLLGLYVAIQRMTVSLGRVMELRGEEPTVLTPVAPQPMPVSGELRFDNVHFSHPGRPTTLRGIQARIPYGLKVALSGGSGVGKSTLIDLLQRHHDPQSGRVLLGEVDLRELDLFQLRRRIAVVSQDIVLFRGSLADNLAYAVPDASREAIAEVARLAQLDSLIESLPEGLDSPLGERGQQLSGGQKQRIAIARALLQDPLILVLDEATSAVDEATEREVIAAIDRLFAGRTRILISHRPSTLADADLCFELLDGVLTSRTVQHEA NA NA NA NA NA D1-35_02009 678 epr COG1404 Minor extracellular protease Epr ATGAGGCCTGAGCTGCGGATTGGGGTGGTGGACAGTGGTCATTCGCCGGCGCAACGGGCGCAGGTGATTGCCGGTCGACGGTTCTCGCTGCTGGAGGATGGACTGGCCGAAAGCGATCTACACAACGATCCGCTGGGCCATGGTAGCGCGGTGATCGAGGCCATCAGCCGGCGTGCACCGGCGGCGGTTTTTTGCGTAGCCCAGGTGTTCGACCAGCGTGGCGTCACCAGCGCCTTGCAGATCGCTACCGCCATCGATTGGCTGGTGGCGCAGGACGTGCGGTTGATCAATCTGAGCCTCGGATTGCGGCAGGATCGTCACCTGTTGCGTGAAGCCTGTGCTGCGGCGGTGGCGCGGGGCATTTTGCTGTGTGCGTCCAGCCCGGCCCAGGGCGAAGGAGTGTTCCCGGCAAAGTATCCGCAGGTGCTGCGGGCCACCGGCGACGCTCGTTGCACCGAGCAGCAATGGTCGTGGCTCAACAGCGCCCAGGCGGATTTTGCCGCGTGTGTTCACGGTACCTACCCGGGGCAGTCGGGTGCGAGCCTCGGCTGTGCGGCATTGAGCGGGCACATTGTGGGTTTCCTCATCGAAAATCCCGAGGCGAGCAACGAACACGTTGTCGAGTGGCTGCAAAAGAACGCCCGTTATCACGGCCCTGAACGGCGCGTCGGCGCATGA MRPELRIGVVDSGHSPAQRAQVIAGRRFSLLEDGLAESDLHNDPLGHGSAVIEAISRRAPAAVFCVAQVFDQRGVTSALQIATAIDWLVAQDVRLINLSLGLRQDRHLLREACAAAVARGILLCASSPAQGEGVFPAKYPQVLRATGDARCTEQQWSWLNSAQADFAACVHGTYPGQSGASLGCAALSGHIVGFLIENPEASNEHVVEWLQKNARYHGPERRVGA NA NA NA NA NA D1-35_02010 1296 hypothetical protein ATGAAGCCGATTGTGATTCTTGGCGCGGGGCCTGCGGGGGCGGCGGTGGCCCTGGGGTTGCGACGGCTTGGGTATCCCGTGAAATTGGTCAGTGAATGGCGGCGCTTCGCGGCACTGGAAGGGGTTTCCGTGCGGGTGTTGGATGCCTTGCGCGGTTCGGGGCTGCATCAAGCATTGACGGATGCGACGCAGCCTTCCCAGCGGCAGGTGTCCTGGAACGGTCAGCAGCATGCTCAGAACATTGAATTTTTACTGGATCGCCCGCGCTTCGATCGCGGCTTGCGCGAGGATTTGCGCCTGGCCGGCGTTGAGTTGATCGAGGGCCGAGTGCTGACGGTGCAGCCACACGCTTCGGGACATCGAATCGAACTGCAAGGGCGTGACGCACTGCTCGCGGATTTCCTGGTGGAGGCCCGCGGACGCCAGGCACCTGCCCTTGGCAAAGGCCTGCGTGGGCCAGAGACGGTCAGTTTGCTCAATCGCTGGCAAGGTGCGCCGGGTAGCAGCGCCAGTGCTGTGGAAAGCCTTGCGGACGGCTGGGCCTGGATGGCGCGCCGGGCCGACGGCCAGTGTTATTGGCAATGGACGGTGGACGTGGCCAGTGCCGAGTTGCCGGGCAAAGCGCTGTTGCTCGATTACTGCCGCCATCGGTTCCAGCAGTCGGCATTGACCCACGCGTTTTTTGGGGGTGAACCGCAAACCGATCTGCACCTGCATGCCCGCAGCAGTACGGCGATCTTGTGTCCGCAGGTCTGCGGTGATCAATGGATTCGTGTGGGCGACGCCGCCATGGCGGTGGATCCGCTGTCGGGTAATGGCATCTTCCAGTCGTTGTCTTCGGCGTTGCAAGCGCCTGCGGTGATCAACACGCTGTTGCGCAAACCTGAGCGGAGTTTGCTGGCACAGCGTTTTCATCAGCAACGGGTGGAGCAGTTGTTTTTACGCTTCGCGCGCATTGGCCGGGACTTTTATGCCGATGAGCAGCGTTGGTCGAACCAGCCGTTCTGGCAGGCGCGGCGGCAGTGGCCGGATGCTGAGGTCGCCCACGCCGAGGCGGATTTCTCCGCTCTGAGGATTGAGCTGGCGCCGGTATTGCGCGATGGATTTGTGGATGAGGCCGAGGTGGTGATCACGGCGGATCAACCGCTGGGGACCTGGCATGTGCAAGGGGTTGAGTTGGCACCGTTGGTGCGACGGTTGCGTAGCGAGCCGGCCGAGCGAGTCTTGGCGGGGTTGACAGTGGAGCAGGGAAGGATGGTTCGGGGGTGGTTGTTGGGGCAGGGGTTCAAGCCCTGA MKPIVILGAGPAGAAVALGLRRLGYPVKLVSEWRRFAALEGVSVRVLDALRGSGLHQALTDATQPSQRQVSWNGQQHAQNIEFLLDRPRFDRGLREDLRLAGVELIEGRVLTVQPHASGHRIELQGRDALLADFLVEARGRQAPALGKGLRGPETVSLLNRWQGAPGSSASAVESLADGWAWMARRADGQCYWQWTVDVASAELPGKALLLDYCRHRFQQSALTHAFFGGEPQTDLHLHARSSTAILCPQVCGDQWIRVGDAAMAVDPLSGNGIFQSLSSALQAPAVINTLLRKPERSLLAQRFHQQRVEQLFLRFARIGRDFYADEQRWSNQPFWQARRQWPDAEVAHAEADFSALRIELAPVLRDGFVDEAEVVITADQPLGTWHVQGVELAPLVRRLRSEPAERVLAGLTVEQGRMVRGWLLGQGFKP NA NA NA NA NA D1-35_02011 1491 styD_1 Phenylacetaldehyde dehydrogenase ATGCCCCTGCCTTATTTGCTCCCCGCCACCTCGGCCTTCGTCCAACGCGCCCCACGCATGCTCATCGGCGGCGACTGGGTCGAGGCCGCCGACGGTCAGACCATGCCGCTGCATAATCCGGCCACCGGCGAAGTGCTGTGCTTGGTGCCACGAGCCACCCCCGACGATGTCGACCGCGCAGTGTTGGCCGCCCGTCAGGCTTTCGACGATTCGGCCTGGACGCGCACCCGCCCTCGGGAGCGGCAGAATCTATTGTGGAAACTCGCCGACCTGATGCAGCGCGACGCCGAACTGCTGGCGCAGCTCGAATGCCTGAACAACGGCAAAAGCGCGGCGGTGGCGCAAGTGATGGACGTGCAACTGTCCATCGACTTCCTGCGCTACATGGCCGGTTGGGCCACCAAGATCGAAGGCTCCAGCGTTGACGTGTCGCTGCCGTTGATGCCCAACGATCAATTCCACAGTTTCATTCGCCGCGAAGCGGTGGGCGTGGTCGGGGCTATCGTCGCCTGGAATTTCCCGCTGCTGCTGGCTTGCTGGAAACTCGGCCCGGCACTGGCCACCGGTTGCACCGTCGTGCTCAAACCTGCCGACGAAACGCCGCTGACCGCGCTGAAGCTCGCAGAACTGATGTTGGAAGCCGGTTACCCCGAAGGCGTGTTCAACGTGGTCACCGGCACCGGTATCACGGCGGGCTCCGCCCTGACTCACAATCCGTTGGTGGACAAGCTGACGTTCACCGGCTCCACCGCCGTGGGCAAGCAGATCGGCAAGACCGCCATGGAATCCATGACCCGGGTCACTTTGGAACTGGGCGGCAAGTCGCCGACCATCGTCATGGCCGATGCCGACCTGAAGACCGCTGCCGCGGGCGCCGCCAGTGCGATTTTCTTCAACCAGGGCCAGGTCTGCTGCGCCGGTTCGCGGCTGTATGTGCAGCGCAAGTATTTCGACAATGTGGTGGCGGATATCGCCGACATCGCCAATGCAATGAAGCTCGGCAACGGACTGGACCCCAGTGTCGAAATGGGCCCGCTGATCTCCGCGCGGCAACAGGAACGGGTTTATGGCTACATCGAAAAAGGTCGGGAAAGCGGCGCGACCATCGCCTGCGGCGGTGAGCAATTTGGGCCGGGGTTCTTCGTCAAACCCACGGTGATAGTCGATGTCGACCAGCGGCATTCACTAGTACAGGAAGAAATCTTCGGCCCGGTGCTGGTGGCGATTCCGTTCGATGACGAGGCCGATGCGTTGCGCATGGCCAATGACAGCCCTTATGGCCTTGGGGCGAGCATCTGGTCGAATGATTTGGCGGCGGTGCACCGGATGATTCCGCAGATCAAGTCGGGTTCGGTGTGGGTCAACTGCCACAGCGCCCTGGACCCGGCGTTGCCGTTTGGCGGCTACAAGATGTCAGGGGTCGGGCGCGAGATGGGGTATGCGGCGATCGAGCATTACACCGAGTTGAAATCGGTGTTGATCAAGTTGTGA MPLPYLLPATSAFVQRAPRMLIGGDWVEAADGQTMPLHNPATGEVLCLVPRATPDDVDRAVLAARQAFDDSAWTRTRPRERQNLLWKLADLMQRDAELLAQLECLNNGKSAAVAQVMDVQLSIDFLRYMAGWATKIEGSSVDVSLPLMPNDQFHSFIRREAVGVVGAIVAWNFPLLLACWKLGPALATGCTVVLKPADETPLTALKLAELMLEAGYPEGVFNVVTGTGITAGSALTHNPLVDKLTFTGSTAVGKQIGKTAMESMTRVTLELGGKSPTIVMADADLKTAAAGAASAIFFNQGQVCCAGSRLYVQRKYFDNVVADIADIANAMKLGNGLDPSVEMGPLISARQQERVYGYIEKGRESGATIACGGEQFGPGFFVKPTVIVDVDQRHSLVQEEIFGPVLVAIPFDDEADALRMANDSPYGLGASIWSNDLAAVHRMIPQIKSGSVWVNCHSALDPALPFGGYKMSGVGREMGYAAIEHYTELKSVLIKL PGPT0006035_518 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_LIGNIN_DEGRADATION|LIGNINASES PLANT_LIGNIN_DEGRADATION-DEHYDROGENASE_ACTIVITY,PGPT0006035-feaB-K00146 NA NA D1-35_02012 1581 hypothetical protein ATGAAGAGAAAACTCCGATCAGGCCTGAGCGTCAGTCTGCTGACCGCGGCGGCCTGCGTGGCGCTGCATTCGCCTCACAGCCTGGCAGCTCGCGACGCCCAGACTGTCCTCAAGGAAACCTGCCAGGGCTGTCACACCCCCGAAGCCGATAACGCCCTGAGCCGTATCAGCCACCAGCGTAAAACCCCGGAAGGCTGGCTGATGAGCATCGCCCGGATGCAGGTCATGCATGGTTTGCAGATCAGCGATGACGACCGCCGAACCCTGGTCAAATACCTGGCCGACACCCAGGGCTTGGCGCCGAGCGAGACCGATGGGGTGCGTTATGCGCTGGAGCGACGGCTCAATACCGTCGAGAAATTCGACGACCAAACCAGCCAGATGTGCGGCCGCTGCCACTCCGGCGCGCGGGTTGCGCTGCAGCGCCGACCCGCCCAGGAATGGGAGCGCCTGGTGAACTTCCACCTCGGCCAGTGGCCGTCCCTCGAATACCAGGCCCTGTCCCGCGACCGCGACTGGTTCGACCTGGCCCGCAAAGAAATGGTGCCGCTGCTGGCCAAGCGTTATCCGCTGGACAACCCGGCCTGGAAAGCATGGCAGGGCAGCGCGCCGAAAGCCGAGGCGCTGGTCGGCGACTGGAGCTTCAGCGGGAACCTGCCGGGTAAAGGCGAGCTGGCTGGCGTCATGAGCGTGACTGCCGATGGCAGCGACACGTTCAAGGTCAACGTCAAAGGTCAGTATGCCGACGGTAGCCCGTTCAATGGTGAGGGCAGTGCGATTCTCTACACCGGTTACGAATGGCGCGGCAACGTGTCCATCGATGGCGTGACCATGCGCCAGGTATTCGCCGCCCAGGGCAATGCCATGCAGGGCCGGATGTTCGAGGCCGAGCACGACGAGCGGGGGCTGGACTTTGTCGCCGCCAAGCAGGGTTCCAATCGTTTGCTGGCGGTGCAGCCGGGTTATCTGAGGGCGGGCAGCGAAACTGAAGTCACCCTGGTCGGCAGCGGTCTCACTGGCAAACCTGACTTTGGCAAAGGCGTGGAAGTGGTCCAAGTGCTGGAGCAAACGCCCGAGCGCCTACGGGTCAAACTCAAGGCGGCTGCCAATGCGCAACCGGGCCTGCGCAACGTCACGGTCGGCACGCTGAAAGGCCCGACGCTGTCGGTCTACAGCAAGATCGCTGAAGTCAAAGTCGTGCCCGAATTCTCGGTGGCGCGGATCGGCGAGGGTGGTGGCTCGACGCCGAAAGTCCAGGGCCGTTTCGATGCTGAAGCCTGGGGCAAGGGCGCTGACGGCAAACCCTATCGAATCGGCGTGTTCCCGGCGCAATGGACAGTCGAGGCTTTCGATGACCGCGCCAAAGAGGATGAAGACGTCAGGTTTGCGGGCACCATGCAGGCCGATACCGGCGTGTTTACCCCAGGCGATGCCGGGCCGAACCCGCAGCGCAAGATGTCCACCAACAATGCCGGCAATCTCAAGGTGATCGCCGCCGTCGACGACGCAGGGAGGTCCTTGACCGGCGAAGGCCACATGATCGTCACCGTGCAACGCTGGAACAATCCACCCATTCCATAA MKRKLRSGLSVSLLTAAACVALHSPHSLAARDAQTVLKETCQGCHTPEADNALSRISHQRKTPEGWLMSIARMQVMHGLQISDDDRRTLVKYLADTQGLAPSETDGVRYALERRLNTVEKFDDQTSQMCGRCHSGARVALQRRPAQEWERLVNFHLGQWPSLEYQALSRDRDWFDLARKEMVPLLAKRYPLDNPAWKAWQGSAPKAEALVGDWSFSGNLPGKGELAGVMSVTADGSDTFKVNVKGQYADGSPFNGEGSAILYTGYEWRGNVSIDGVTMRQVFAAQGNAMQGRMFEAEHDERGLDFVAAKQGSNRLLAVQPGYLRAGSETEVTLVGSGLTGKPDFGKGVEVVQVLEQTPERLRVKLKAAANAQPGLRNVTVGTLKGPTLSVYSKIAEVKVVPEFSVARIGEGGGSTPKVQGRFDAEAWGKGADGKPYRIGVFPAQWTVEAFDDRAKEDEDVRFAGTMQADTGVFTPGDAGPNPQRKMSTNNAGNLKVIAAVDDAGRSLTGEGHMIVTVQRWNNPPIP NA NA NA NA NA D1-35_02013 1431 hypothetical protein ATGGGCGCTATTTTGAATCTGGTCGAACGAAATCTGCACGAAGTGCATGTCGACGCCGACCGCATGCTGTTCCACATTCCCAGCAGCTCGCTGTTCGCCAGCGATGAGCTGACGGGCACCATCATCGATACCTTGCGCGGTCCCGGCTGTTCATCGGACGACCTGATCCAACGCTTGGCCGCACGCTTCAACGGCGAAGAAATCACCGAAACCCTGCGTGAGCTGATTTCCCTGGAACTGGTCAGCGACGGCTCGCCACTGACCCCGGACATCGGTACTAAACGCGTCGAGCGCACCGCGATCAATACCGTGGTGCTCAACGTCAACACGGGCTGCAATCTGAGCTGCACCTACTGCTACAAAGAAGACCTCGACAAGCCCTCGGCCGGCAAGAAGATGGACGTTGAAACAGCGGTCGCTTCGGTAGAAATGCTGCTGCGCGAATCCCCGGATGAAGAGCGTTTCACGGTGGTGTTCTTCGGAGGAGAGCCGCTGAGCAATCGCAAGCTGATCGAGTACATGGTCGATTATTGTGAAAAGCGTTTTGCCGAAGCGGGCAAGTTCGTCGAATTCGTCATGACCACCAACGCCACGCTGCTCACCGAAGAGACCGTGGACTACCTCAACGCTCACCGTTTCGGCCTGTCAGTCAGTATCGACGGACCGAAAACCGTCCACGACCGCAACCGCATTACCGTGGGCGGGCAGGGCACTTACGATGTGGTTCGGCGCAAGGCTGAAATGCTGCTGTCGCGCTACAACAGTCGTCCGGTCGGTGCCCGCGTCACCTTGACCACCGGCGTCACCGACGTCGAAACCATTTGGGACCACCTGTTCAACGAACTGGGTTTTGCCGAAGTCGGGTTTGCCCCGGTGACCTCCGGTGACATCAGCACCTTCAACCTGTCCAGCGACGAGCTGATCGAAGTTTTCGCCAACATGAAGAAGCTCGGCCGGCGTTATCTGGAAGCGGCGCTGGAGCACCGCAATATCGGTTTCTCCAACCTGCATCAGCTGATCACCGACATCCACGAAGGCCACAAAAAAGCCCTGCCATGCGGCGCGGGCCTGAAGATGCTGGCGGTGGATCACAAGGGCGAATTGAACCTGTGCCACCGCTTTACCGGCTCATCGTTGCCGACCTTCGGCAACGTTCACAGCGGGGTGAAACAGGTCGAGTTGAACGATTTCCTGTCCCAGCGCCTGGACCGCACCAACACCGGTTGCGAAGACTGCCAGATCCGCAATCTCTGCTCTGGCGGCTGCTACCACGAGAGCTACGCCCGATACGGCGACCCGACTCATCCGACCTATCACTACTGCGAACTGATGCGTGACTGGGTCGACTTCGGCATCGAGGTCTACACCCGGATCATGGCTCACAACCCTGCGTTTATCAGCAGCTACATCACTCCGCGCAAGGCTCACTGA MGAILNLVERNLHEVHVDADRMLFHIPSSSLFASDELTGTIIDTLRGPGCSSDDLIQRLAARFNGEEITETLRELISLELVSDGSPLTPDIGTKRVERTAINTVVLNVNTGCNLSCTYCYKEDLDKPSAGKKMDVETAVASVEMLLRESPDEERFTVVFFGGEPLSNRKLIEYMVDYCEKRFAEAGKFVEFVMTTNATLLTEETVDYLNAHRFGLSVSIDGPKTVHDRNRITVGGQGTYDVVRRKAEMLLSRYNSRPVGARVTLTTGVTDVETIWDHLFNELGFAEVGFAPVTSGDISTFNLSSDELIEVFANMKKLGRRYLEAALEHRNIGFSNLHQLITDIHEGHKKALPCGAGLKMLAVDHKGELNLCHRFTGSSLPTFGNVHSGVKQVELNDFLSQRLDRTNTGCEDCQIRNLCSGGCYHESYARYGDPTHPTYHYCELMRDWVDFGIEVYTRIMAHNPAFISSYITPRKAH PGPT0026880_384 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0026880-ydeM|yidF|alsB|chuR-K06871 NA NA D1-35_02014 324 hypothetical protein ATGAAACATCTTAAGGCAATCAATAACAAAGCGTTGAAGTTGGATCAGGCCGCAGCGGAAAACCGCATCGAAGAAGTGGTGGCGATGAGCTCCGTCGCCGGCTGCGCCTCGACCACCGACCCAGGTTGGGAAATCGACGCGTTTGGCGGCGTGTCGTCGCTGTGCCAACCGATGGAAGCCGATCTGTATGGTTGCTCCGACCCATGCTGGTGGCCGGCCCAGGTGCCGGACATGATGAGCACCTACCCGGACTGGAACAAGGATGCCCAGGCGTCCAACGAAAACTGGCGCAACCTCGGCACTGTCTTTCCGAAAGACAAGTGA MKHLKAINNKALKLDQAAAENRIEEVVAMSSVAGCASTTDPGWEIDAFGGVSSLCQPMEADLYGCSDPCWWPAQVPDMMSTYPDWNKDAQASNENWRNLGTVFPKDK NA NA NA NA NA D1-35_02015 1119 hypothetical protein ATGCAATGCATCAAAGCCTGCGGCTTGGCCGCGTTCGGTGTCCTGGGCGTTATATCGCTCAATGTTCTGGCCGATGAAAACACCGCGCTCCAAAGCGGTCACGAATACATGGTGACCACCAATTATCCGAACAACCTGCACGTAATCGACCTGGCCACCGACAGCCTGTTCAAGACCTGCAAAATGCCGGATGCCTTCGGTCCTGGCACCGTGCAGCTGTCGCCGGATCGCAAGACCGCCTACGTGCTGAACAACCACTACGCGGATGTCTACGGCGTTGAGCTGGACAGCTGCAAGCAGGTCTTCCACGCCAGCATTACCCAGAAACCGGGGGAGAAAGCGAAGTCGATGTTCGCCTTTACCCTCAGCCATGACGGCAAGGAACTGTTCACCATCGCCAATCCGACGTTGATGCTCAACGATCGTTACGAGGTGCAGCAACCTCGGCTCGATGTGTACGCCACCGATGCCGGCATGGACGCCAAACCCATTCGCAGCTTCCCGGCGCCACGGCAGCTGACCATCATGCAAAGCGGCGACGATGGAACGTTGTATGTGGCGGGAGCGGATGTCTACAAGGTCAACGTGAACACTGGCAAGTTCGACGTGCTGATTCCCAGTCGCCATTGGAAACGTGCCAATTACAGCGCACCGGATGTGCTCTACGTGTGGAACCAGCAGACCTACCGTCATGATTTTTCGCTGCTCTACACCGCAGCGAAATTCAAGGACAAGAATCAGGACCTGGCGACCGCCGAGTACCTCTATGGGCTGTTCAGCATCGACTTGAAAACCGGCAAGACCGAAACCACCGACTTCGGCCCCCTGACGGAAATCTACTTCAGTGGCATGCGCTCGCCCAAGGACCCGAACCTGATGTTCGGCGTGCTCAACCGGCTGGCCAAGTACGACATCAAGCAGAAAAAACTGCTTCAGGCCGCTACGTTGGATCATTCCTACTACTGCATTTCGTTCAACAAGGCCGGCAGCAAGATTTACCTGGCGGGAACCTTCAACGACGTAGCGGTGTTCGATGCCGATAGTTTGAAGCAGATTGGCAACATCAAATTGCCCGGCGGCGACATGGCGATTACCACGGCGCAAATATTCACGCGTTAA MQCIKACGLAAFGVLGVISLNVLADENTALQSGHEYMVTTNYPNNLHVIDLATDSLFKTCKMPDAFGPGTVQLSPDRKTAYVLNNHYADVYGVELDSCKQVFHASITQKPGEKAKSMFAFTLSHDGKELFTIANPTLMLNDRYEVQQPRLDVYATDAGMDAKPIRSFPAPRQLTIMQSGDDGTLYVAGADVYKVNVNTGKFDVLIPSRHWKRANYSAPDVLYVWNQQTYRHDFSLLYTAAKFKDKNQDLATAEYLYGLFSIDLKTGKTETTDFGPLTEIYFSGMRSPKDPNLMFGVLNRLAKYDIKQKKLLQAATLDHSYYCISFNKAGSKIYLAGTFNDVAVFDADSLKQIGNIKLPGGDMAITTAQIFTR NA NA NA NA NA D1-35_02016 1668 fadD3_2 COG0318 3-[(3aS,4S,7aS)-7a-methyl-1,5-dioxo-octahydro-1H-inden-4-yl]propanoyl:CoA ligase ATGAGTGTTCCCAGTTACACCATTGGACCGCAAACCACACCCTTGTTGGCGATGACCATTGGCGCGGCGTTCGACCGAGCGGTGGAACGGTTCACCGATCGCGAAGCTTTGGTCGTGCGGCATCAAGGGTTGCGCTACACCTGGGCACAGTTGGCCGAGGAGGTGGATGGTTGCGCACGAGGGTTGCTCGCGCTGGGCCTCAAGGCCGGCGAACGGATAGGCATCTGGTCGCCGAACTGCGCGCAGTGGTGCATCACCCAGTTCGCATCGGCCAAGGTGGGGGCGGTGCTGGTGAACATCAACCCGGCCTACCGTCTGACCGAGCTCGAGTACACGCTCAAGCAATCGGGGTGTCGCTGGCTGATTTGTGCCGACTCGTTCAAAACTTCCAACTACCACGCGATGCTTCAAGATCTGCTGCCCGAACTCCACCGCTGCGCTGTCGGCGCACTGGAAAGCGACCGGTTGCCTGAATTGCAGGGCGTGATCAGCCTCGGCGACACGCCGGCTGACGGTATGTTGTCATGGGAGGGCCTGTTGGAGCTGGCGGAACAAATGTCTGCGGAACAACTACGGCAATGCGGCGAGCAACTGCAGTTCGACGACCCCGTCAACATCCAGTACACCTCGGGTACTACTGGATTTCCCAAAGGTGCCACCCTCAGTCACTACAACATCCTGAATAACGGTTTCATGGTCGGTGAAAGCCTGAAGCTCAGCGCGCACGACAGGTTAGTGATACCGGTGCCGCTGTATCACTGCTTCGGCATGGTCATGGGCAATCTGGGGTGTGTCACCCACGGAACGACAATGATCTACCCCAGCGCAGCCTTCGATCCGCTGGAGACCCTGCGGGCCGCGGCACAGGAGAAAGCGACCGGCATGTATGGCGTGCCGACGATGTTCATTGCCATGCTCGACCACCCGGAGCGCCAATTATTGGACTTGAGCCATCTGCGAACGGGCATCATGGCCGGCTCCACCTGCCCGATCGAAGTCATGAAGCGGGTGATCGACGACCTGCACCTCAAGGAGATGCAGATCGCCTACGGCATGACCGAAACCAGCCCGGTCTCCACCCAGACCGGCCCGGACGACGATATCGAGCACCGGGTCACCCGTGTCGGCCGCACTCAGCCGCATTTGGAAAGCAAGGTCGTCGATGAGCAAAACCGGATCGTTGCTCGCGGTCAGATCGGCGAACTGTGTACCCGAGGCTACAGCGTAATGCTCGGCTACTGGAACAACCCGCAAGCGACCGCGGAGGCCATCGACGACGCAGGCTGGATGCACACCGGTGACTTGGCAATCATGGATGAGGAGGGTTACCTGAGGATCATCGGGCGCAATAAGGACATGATCATCCGGGGCGGCGAGAATGTTTATCCGCGCGAAATCGAAGAGTTCTTCTTTACTCATCCTGCGGTGGCAGACGTGCAGGTCATCGGTGTGCCGGACAAGGTCTACGGAGAAGAGATCGTAGCTTGGGTCAGGTTGCATGAGGGGCACCAGGCAGATGCCGACGAGCTGCGCGATTACTGCAAGGGCCGGATCGCTCACTTCAAGGCGCCGCGCCATTTCAAGTTCGTTGACGATTTTCCGATGACCGTCAGCGGCAAGGTGCAGAAATTTCGCATGCGTGAAATCAGCGTAGAGGAATTGGGATAA MSVPSYTIGPQTTPLLAMTIGAAFDRAVERFTDREALVVRHQGLRYTWAQLAEEVDGCARGLLALGLKAGERIGIWSPNCAQWCITQFASAKVGAVLVNINPAYRLTELEYTLKQSGCRWLICADSFKTSNYHAMLQDLLPELHRCAVGALESDRLPELQGVISLGDTPADGMLSWEGLLELAEQMSAEQLRQCGEQLQFDDPVNIQYTSGTTGFPKGATLSHYNILNNGFMVGESLKLSAHDRLVIPVPLYHCFGMVMGNLGCVTHGTTMIYPSAAFDPLETLRAAAQEKATGMYGVPTMFIAMLDHPERQLLDLSHLRTGIMAGSTCPIEVMKRVIDDLHLKEMQIAYGMTETSPVSTQTGPDDDIEHRVTRVGRTQPHLESKVVDEQNRIVARGQIGELCTRGYSVMLGYWNNPQATAEAIDDAGWMHTGDLAIMDEEGYLRIIGRNKDMIIRGGENVYPREIEEFFFTHPAVADVQVIGVPDKVYGEEIVAWVRLHEGHQADADELRDYCKGRIAHFKAPRHFKFVDDFPMTVSGKVQKFRMREISVEELG PGPT0008380_8037 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_02017 861 rhaS_7 HTH-type transcriptional activator RhaS ATGGCGCCGAATCAGACTGGAAAGCCCAAGCTGTTGTGGTTCGATCTGACGCATGATCGGTCCACCAAGGAACTCGCCAGCCAGTTCGAGCAAACGTGCAACTGCGTCCTGGCAAAAAACACCCTGCTGCCCAATGGCGTACAGGCCGACATGATCTGCATTCATTTCGACCGGCCGGATACACAGGGACTCAGGCGGCTGCTGGACATCAAGCGCACCGTCCCGGCAATTCCCATCAGCATGTTCACGGTGCAGCACTCCGAGGAGCTGGCGGTCTGGGCCATGCGCTCGAGCGTCTGGGAATACATGGTACTTCCCCTGACAGCCGCCGAGAGGAAACGCTACCTGACCGCCGTGGTGCAATTGTGCGAATTGCGCAGGCAGGCTGGTGGCCATGGCTCGACCTCGCAGATCGACCATGCGCCAACGCTGCCGGACAGCATCCGCCTGACCTCCGGGCATCAGAAACACCAGGCCCTCACCCACATCATGCTGTACATCGACCAGCACTTTCGCGACAGCATCGATCAGCGCGACCTGGCCAAGCGTTGCGGCATGACGACGTTTCGCTTCAGCCGCGTGTTCAAGGAGACCAATGGCCTGGGGTTCACCGACTACGTGCTGAACAAGCGCATGAGTTTCGCCAAGGAATTGCTCGACAACAGCCAGATGCCCATCACCAGCATCGGCTACGAGGCCGGATTCAAGGACCCGTCCTACTTCGCGCGTGCCTTCAAGCAGTACGCCAACTGTACGCCGAGCGAATATCGCCTTGCCTATCAGATGCGTTGCGCAAGCCCGGCGCCGTTGCCATCGGATGAGGAGGCGCTGGAAAGCCTGGTACACAGCCTTGAGGGCTGA MAPNQTGKPKLLWFDLTHDRSTKELASQFEQTCNCVLAKNTLLPNGVQADMICIHFDRPDTQGLRRLLDIKRTVPAIPISMFTVQHSEELAVWAMRSSVWEYMVLPLTAAERKRYLTAVVQLCELRRQAGGHGSTSQIDHAPTLPDSIRLTSGHQKHQALTHIMLYIDQHFRDSIDQRDLAKRCGMTTFRFSRVFKETNGLGFTDYVLNKRMSFAKELLDNSQMPITSIGYEAGFKDPSYFARAFKQYANCTPSEYRLAYQMRCASPAPLPSDEEALESLVHSLEG NA NA NA NA NA D1-35_02018 195 hypothetical protein ATGACTCTTCAAACTATCAAGGCTTCGGTACTGAAGTTCGCCAAAGATGAAGATGGCCTGACCATTGTGGAATACGCGGTGGCCGGTGGCCTGATCACCGTATTGGTCGCCGCAGCCTTCGTCCTTCTGGGCGGGGCCGTCAACACCAAGATCCGTGCGTTGTGCCAGGCCGTCAACGGCAACGTTGCCTGCTGA MTLQTIKASVLKFAKDEDGLTIVEYAVAGGLITVLVAAAFVLLGGAVNTKIRALCQAVNGNVAC PGPT0015910_604 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0015910-flp|pilA-K02651 NA NA D1-35_02019 195 hypothetical protein ATGACTCTTCAAACAGCAAAAACTGCAATCAGCAAGTTCGCCAAGGATGAAGATGGCCTGACCATCGTCGAATACGCCGTGGCGGGCGGCCTGATCACGGTGTTGGTGGCAGCGGCTTTCGTCCTCCTGGGCGGTGTCGTGGATACCAAGATCCGCGCGCTGTGCCAAGCCGCCAACGGCAACGTGGCCTGCTAA MTLQTAKTAISKFAKDEDGLTIVEYAVAGGLITVLVAAAFVLLGGVVDTKIRALCQAANGNVAC PGPT0015910_633 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0015910-flp|pilA-K02651 NA NA D1-35_02020 531 hypothetical protein ATGTCCATGGAATTGCTCATATCGACAATATTGCTGCTAGGACTGCTGGGAGTGGCGGTGGTGGGCGATCTGCGTCGCCACCGTATCCCCAACGCGCTGGTCCTGACGGGGGTTGCGCTGGGATTGGCCGGCCAGGTTTATACCGGCGGGTTGAGCGGGTTGGGTGACAGCCTGCTGGGCATGCTGATCTGTTTCGCGCTGTTCCTGCCGATGTACGCCGTGGGCGGCATGGCCGCTGGCGACGTCAAGTTGATGACCATGGTCGGTGGTTTCCTGCCCTTTCATTACGCCCTCTGGGCGGCGCTGTTCAGCCTGATCGCCGGCGGGGTGTGCGGTTTCCTGATTGTTCTGGCCCGCGGCCAACTGCTCCAGACCCTGCAGCGTTACTGGTTGAGCGTCCGGGCCCAGGCCTATCTGGCGCCCACTGTCGATGAGGTGGCTGGCAAACCTTTTCCCTATTCGATTGCAATCCTGATCGGCACCTTGAACAGCGTTTACTGGCAACTGGTTGCCGACGGCTGGGGAGTCTAG MSMELLISTILLLGLLGVAVVGDLRRHRIPNALVLTGVALGLAGQVYTGGLSGLGDSLLGMLICFALFLPMYAVGGMAAGDVKLMTMVGGFLPFHYALWAALFSLIAGGVCGFLIVLARGQLLQTLQRYWLSVRAQAYLAPTVDEVAGKPFPYSIAILIGTLNSVYWQLVADGWGV PGPT0016000_382 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016000-cpaA-K02278 NA NA D1-35_02021 1329 hypothetical protein ATGCACGTCATCAACGATAGCGATGCCTACCCCAGTGAACGGGAAGCGGTGCAGCGCCTGGCGCCCCAGCCTGGCTCCATACGCGACACCGGCCTGACCGACAGCTTTCTCGGCGAACTGGTCTGCAAACATTTGCACGAAGCCGGCGTGCTGGACATGTCGCGACTGGTGGAACGCCTGGCCCTGACCGGCGCGGTGCTGGAGGAAGTATTGGCCTTCCTGCGCAAGGACGGTCGGGTCGAAGTGCTGGGCCAACTGGCCCAGGCAGGCGGGCAGTCGCTGCGTTACGGCCTGACTGAACGCGGCCGCAGTTTCGCCCGGGATGCGCTGGCCCGCAGTGGCTACATCGGCGCGGCACCGTTCCCGGTCAGCACGTATCGCTCGCTGATCAAGATCCAGACCATCCACCACGGCCGCATCACCGCCAAGGATATGAACCACGCCCTGGCGGGCATGGTGCTGAGCCAGGGGATGCTCGACCAGTTGGGCGTCGCGCTGAATTCCGGGCGGGCGATCATGATCTACGGCCCGGCTGGCACTGGGAAAACCTACGTCAGCAGCCGACTGATCCGGTTGTTTGCCGAGGCCATCTGGGTGCCCCACGCCATCGTCATCAACGAGTCGGTGATCGAGATCTACGATCCGCAGGTGCACCAGCGTCTGGATGACAGCGGCCAGACGAACAGCCTCATGCTCAACGAAGGCATCGATCGCCGGCTGCTGTGCTGCAAACGTCCGATCGTCATCACCGGCGGCGAATTGAGCATGGAGCAACTGGACGTACGCTACGACCCGTTCACCCGCCAATACCAGGCGGCCTTGCAGCTCAAGGCCAGCAACGGCCTGTTCATCATCGACGACATGGGCCGCCAGCGCATGGCCCCGGCTGAATTGCTCAATCGCTGGATCGTGCCGATGGAGGAAAAGCGCGACTTCATCAACCTGGGCGGCGGGCGCCACTGCGAGCTGCCGTTCGACCTGGTGCTGGTGTTCTCCACCAACCTCAATCCCCTCGAACTGGCCGACGAGGCCTTCTTGCGGCGCATCGGCTACAAGGTCCAGTTCGGCTACCTCAAACCCGAGGAATACGAGCGCATCTGGCGCCAGGAATGCGAACGCCTGGGCATCGTGCATGACCCGCAGCTGGTGCGTCATGTCCTGCAGCGGTTGTATGGGGGCGAGGGCATGCCGCTGGTGCCCTGCCATCCCCGCGACCTGTTGAGCATGGCGCTCGACCGCCAGCGTTACCTGGGCGGTTCCGGGCCCCTGGCGCCCCAAGAGCTGGAGTGGGCCTGGCACAACTACTTCGTTCAGCTCGACTTCCTTTGA MHVINDSDAYPSEREAVQRLAPQPGSIRDTGLTDSFLGELVCKHLHEAGVLDMSRLVERLALTGAVLEEVLAFLRKDGRVEVLGQLAQAGGQSLRYGLTERGRSFARDALARSGYIGAAPFPVSTYRSLIKIQTIHHGRITAKDMNHALAGMVLSQGMLDQLGVALNSGRAIMIYGPAGTGKTYVSSRLIRLFAEAIWVPHAIVINESVIEIYDPQVHQRLDDSGQTNSLMLNEGIDRRLLCCKRPIVITGGELSMEQLDVRYDPFTRQYQAALQLKASNGLFIIDDMGRQRMAPAELLNRWIVPMEEKRDFINLGGGRHCELPFDLVLVFSTNLNPLELADEAFLRRIGYKVQFGYLKPEEYERIWRQECERLGIVHDPQLVRHVLQRLYGGEGMPLVPCHPRDLLSMALDRQRYLGGSGPLAPQELEWAWHNYFVQLDFL NA NA NA NA NA D1-35_02022 816 hypothetical protein ATGAGCTCTCGTACGTTTTCGCTGATAGGCGTTTCCCTGGTAATGGGCCTTGGTGCCGCATGGATGGCTGACTCCTGGCTGAGCGCGCGACTCAACGCGACCCCCGACGATCATCTGCGCAGCGTCGTCATCGCGACGGTGCAAATCCCCTTCGGGCAAATGGTCGAGGCCCAGCAGGTGACGACCGTGCGCATGCCCATGGACACCATCCCGGACGATGCCTTCGATGCCAGTGAAAAAGCCGTGGGCAAGATCGCCACGTTCGACATCCTGCGCGGCGACATCGTGCGCGGTGCCCGGCTCAGCGAGCACTTGGGCGGCAGCACCCTGGCCTCGCTGATCGCGCCGGACAAACGCGCCATATCGGTACGCGTGGATGATGTGGTCGGTGTCGGTGGATTCCTGTTGCCAGGTAATCGGGTCGATGTGCTGGCGACCAAGACCACCAACGCCGGTAGCAACAGCGCCACGTCCCGGACGCTGCTGGAGAACCTGCGAGTGCTGGCGGTGGACCAGACGGCGGGTACTGACAAGACCCAACCGGTAGTGGTGCGGGCCGTGACCCTGGAAATGTCCGCCAGCGAAGCGGAATTGCTGGTCACCGCGCAGACCGAAGGCAAGCTGCAACTGGCCTTGCGCAACCCGTTGAACCTGGAGAAGAGAGCCTTGGCCGTTGCGCCGCCAGCTCCGGCGCCGATGATGGCGGTGGCTGCAGCTCCGGTGCCACGGCCTGCGGTGCAGCGCAGCGCCAAGCCTGAGGGAAGTGCGGTCACGTTGATCCGTGGGGTTGAAAGCACTGTGATCAACATCCGCTGA MSSRTFSLIGVSLVMGLGAAWMADSWLSARLNATPDDHLRSVVIATVQIPFGQMVEAQQVTTVRMPMDTIPDDAFDASEKAVGKIATFDILRGDIVRGARLSEHLGGSTLASLIAPDKRAISVRVDDVVGVGGFLLPGNRVDVLATKTTNAGSNSATSRTLLENLRVLAVDQTAGTDKTQPVVVRAVTLEMSASEAELLVTAQTEGKLQLALRNPLNLEKRALAVAPPAPAPMMAVAAAPVPRPAVQRSAKPEGSAVTLIRGVESTVINIR PGPT0016005_1234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016005-cpaB-K02279 NA NA D1-35_02023 1332 hypothetical protein ATGAACTCCAGTACCCGGCAGCCCTTGACGCTGCCTCGACGCCAGGGAGGGGCGGTGAGTGTATTGATGGTGATTGCGCTGGTGGCGATTTCCATGATGGCGGCGTTGGCCCTGGATGGCGGTCACATGTTGCTGAACAAGACGCGCCTGCAGAACGCGGTGGATGCCGCGGCCTTGGGTGGCGCGAAGACCCTGAGCCAGGTGAGCGGTGGCGTCAACATGTCCAGCAGTACCCGCACGGCGGCCCTGGACACCCTGACGCTCAATGCCGACGCCGCTGGCAACGCCGAACTCGCAACGGCCATCGCCGGCAATCCGGGGGCGTTTGCCGTGGTCGAGTTGGCCAGCAGCGTCTATGGGCCTTTCTCCTATCCTGGCCCGACCGATGCGAAGTACGTACGGGTATCGGTCGCCAGTTATCAACTGAACGGGTTCTTCTGGAGTGCCGTCCAGACGATGGGCAGCGACGGCCTGGGCAACAAAAGAGTCGCGGCGATCGCCACGGCAGGCCCCAGCCCGACGGCTCCGTGCGATCTGGCGCCGCTCATGGTCTGTGGCGATACCTCTCAATACAACCCGGCCGCCGGCAATTTCTGGGGCTACCGCTTTGGTGACCTGGAAGTGTTGAAGACTGCGGCAGGCAATACTTCGCCCATCGGACCGGGCAACTTCCAACTGCTCGATTTCGGCTCCGGCGGCAGTGCGGTACGGGAAGACCTGGCCGGTGGTGGTTCGATTTGCCGCAGTGTCGGGGACAACGTCCAGACCTCGCCCGGCAACAAGGCGGGCCCGACATCCCAGGGCCTGAACACCCGCTTCGGGATCTACAACGGTCCGGTCAGTTCCTCCGACTACCCGCCCGATCTGGTTACGGCCTCCAACACGCCGGCAATGACCTATGACGATGCGCTTGGCCCCAGATACGAAGGCCAGTCTGTCACCTCGAGCAATGGCGACCTGTCGGCGGGCGGCCAGGCAATCCTGGATTACAACGATTGGCGCGCCAGCGTTGCCGCGTGTGTCGCGGGAGGCGGCAGCGGCTGTGAAAGCAATGGGGTGTTCGAGCGCAGGATGCTGAAGATCGTCATCGGCGACTGCGCCGGGAAACTCAGCGGCTCGACCTCGATCCCGGTCCTCGGTTTCGGCTGCTATTTCGTCGTGCAGCCGGTGAACGGCGGTGGTTCGGAATCCGTCATCTTTGGTCAGTTCGTCCAGGAGTGCGAGGGCGACAACGTCCCCGGGCCGACGCCGTCCAGCGATGCTGGCCCGCAAATCATCCAGCTCTATAAAACCTACCTCAACGGCAGCGGCACTCCGAGCACCGACTCGTAG MNSSTRQPLTLPRRQGGAVSVLMVIALVAISMMAALALDGGHMLLNKTRLQNAVDAAALGGAKTLSQVSGGVNMSSSTRTAALDTLTLNADAAGNAELATAIAGNPGAFAVVELASSVYGPFSYPGPTDAKYVRVSVASYQLNGFFWSAVQTMGSDGLGNKRVAAIATAGPSPTAPCDLAPLMVCGDTSQYNPAAGNFWGYRFGDLEVLKTAAGNTSPIGPGNFQLLDFGSGGSAVREDLAGGGSICRSVGDNVQTSPGNKAGPTSQGLNTRFGIYNGPVSSSDYPPDLVTASNTPAMTYDDALGPRYEGQSVTSSNGDLSAGGQAILDYNDWRASVAACVAGGGSGCESNGVFERRMLKIVIGDCAGKLSGSTSIPVLGFGCYFVVQPVNGGGSESVIFGQFVQECEGDNVPGPTPSSDAGPQIIQLYKTYLNGSGTPSTDS NA NA NA NA NA D1-35_02024 465 hypothetical protein ATGAGACTTGTCCCGTTCAGACCGCGTCGCGCCCAGCAAGGGGTGGCGCTGGTGGAATTCACTCTGGTGCTGCCGTTGTTGCTGCTGCTGTTGCTGGCCTTCGGCGAGTTCGGTCGCATGCTTTACCAGTACAACGTGCTGCTGCAAGCCAGTCGCGATGCCGGCCGCTTCGTCTCCAGCCAGGCCTGGAACACCACCCTTGGCGCCATCGACTTGAACGGCACGCTGCGGACCCGGACAAAAAACGTCGCGGTGTATGGCGTGCCCAGCACCGTCGGTGCGGCGGTAGTGCCGGGGTTGACAGTCGGCAACGTGGTGGTCGAGGCCGTTGGCAGCAATCACGTGAGGGTGACCATCACCCATGCCTTTTCTCCGGTCATCGGCACTGTGATTCCGGGCTTCTTCGGTGCTCCTACCCGCCTGGGCATCGATCTGGTCGCGACTACCGTGATGAGGGCGCTCTGA MRLVPFRPRRAQQGVALVEFTLVLPLLLLLLLAFGEFGRMLYQYNVLLQASRDAGRFVSSQAWNTTLGAIDLNGTLRTRTKNVAVYGVPSTVGAAVVPGLTVGNVVVEAVGSNHVRVTITHAFSPVIGTVIPGFFGAPTRLGIDLVATTVMRAL NA NA NA NA NA D1-35_02025 495 hypothetical protein ATGAACCGCAAGCACATGCGCGGCACCTATGTCGTGGAGTTCGCCTTCGTCGGCCTGCTGGTGTTCACCCTGCTGTTCGGCGTCGTCGAAATGGGCCGCCTGTATTTCACTGCCAACGCCCTGGATGAAGCGGCGCGGCGCGGGGCACGGCTGGCGGCGGTGTGCAACATCAGCGATCCGGTGGTCTTGCGCCGGGCCATTTTCAACGCCGCGACGGACGCCGGCACCAGCCAGCTGATCAGCAACCTGGCCACCACGAACCTGGCGCTGACCTACCTGGACGTCGACGGTGCTGTCGTCGCCAACCCGGCCAACACCACTGGCACCGCAGGTTTTCGGGCCATCCGCTACGTGCAGTTGAGCGTGCAGAACTTCAATTTCAATCTGTTCATCCCCGGCTTGGGCGTGTCGATTACGTTGCCTACCTTCAGGGCGACCTTGCCACGCGAAAGTCTTGGGCGTCATTCCGATTCAGGGGAGATCACACCATGCTGA MNRKHMRGTYVVEFAFVGLLVFTLLFGVVEMGRLYFTANALDEAARRGARLAAVCNISDPVVLRRAIFNAATDAGTSQLISNLATTNLALTYLDVDGAVVANPANTTGTAGFRAIRYVQLSVQNFNFNLFIPGLGVSITLPTFRATLPRESLGRHSDSGEITPC NA NA NA NA NA D1-35_02026 1221 hypothetical protein ATGCTGAACACCCGGGAAACTCCGCTTACGACCGCTACCGGCAGGCCCGGCTTGCGGTTACTGGTCAGCAGTCGCGATGCGACGTCGCTGCGTGATCTGCAATGCGTCTGCCAGCGCATGCCGGGCCTTGAAGTCAGCACCCGACTGGTCAGCAACGGGCATGTCGATCCGCTCTTCGGCCTCGATCGCATGCCTGACCTGCTGCTGTTGCGGGTCAGCCATCTGTGGCGCGAGGAACTGTCGGCGCTGCTGCAACGTCCGGCCCATGAGCGCCCGCCGATGCTGGTGTGCGGTCTGTTGGGCGAGCAGGAGGGCATGCGCCTGGCCATGCAGGCCGGTGCGCGTGACGTGCTGCCCGAGCCCTTCGCCGATACGGAGCTGGCGGCTGCGCTGAACCGGCTGGTGGCCGAAGTGCGTCTCGGCAACGGCAACGAAGGCAAGCTGATCGCAGTGATCAGCGCCAAGGGCGGCTCCGGCGGGACCCTGGTGGCGTGCAACATGGCCCAGCAACTCAGCGCTCGTGCAGGCAATACCCTGCTGTTGGACATGGACTTGCAGTTTGGCAGCGTGACCCATTACCTGGACGTGGCGCAGTCCCACAGCCACCTTGAAGTGCTGCAGCAGGTCGATGACATGGACAGCGTGGCGCTTCGCGGTTTTTGCAGCCATTTCAGCCCGACCTTGCATGTGCTGGGTGGCCGGGCCGGCGAGCTGTGCCTGCCCCAGGATGCCCAGCCCGAGCAGCTCGATGCGCTGTTGCAACTGGCACGCGGCAGCTATGACTGGGTCGTGGTGGACCTGCCCAGGCAGATCGACCACCTCACCGGCGCAGTCCTGGAACAGGTCGACCGGGTGTACGTGGTGGTCCAGCAGAGCGTCAGCCACCTGCGTGATGCCAGCGCCCTGGTGCGGATCCTTCGCGAAGACCTGGGCGTTCGCGGCGAGCAACTGCAGATCGTGATCAACCGCTACGACAAGACCTCCGCCGTCAGTCTGAAGGATGTTGGCGAGGCCCTGCGTTGCGCGAACCTGTCGAAATTACCCAATGACTTCAACCTGGTCAGCCAGAGTCAGAACACTGGCGTGCCGTTGGGGCTGCATGCGCCGAAGGCGGCTATCACCGCCGCCCTGCGCGATTTGGCCGAGGACCTGGTCGGTCACCAGATGGCCGCAGACAAAGGCCTGCTCAAACGCGCCTTCAACCGTTTTTTCGGGGGATGA MLNTRETPLTTATGRPGLRLLVSSRDATSLRDLQCVCQRMPGLEVSTRLVSNGHVDPLFGLDRMPDLLLLRVSHLWREELSALLQRPAHERPPMLVCGLLGEQEGMRLAMQAGARDVLPEPFADTELAAALNRLVAEVRLGNGNEGKLIAVISAKGGSGGTLVACNMAQQLSARAGNTLLLDMDLQFGSVTHYLDVAQSHSHLEVLQQVDDMDSVALRGFCSHFSPTLHVLGGRAGELCLPQDAQPEQLDALLQLARGSYDWVVVDLPRQIDHLTGAVLEQVDRVYVVVQQSVSHLRDASALVRILREDLGVRGEQLQIVINRYDKTSAVSLKDVGEALRCANLSKLPNDFNLVSQSQNTGVPLGLHAPKAAITAALRDLAEDLVGHQMAADKGLLKRAFNRFFGG PGPT0016020_909 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016020-cpaE-K02282 NA NA D1-35_02027 1440 hypothetical protein ATGATCAGCGACTTCCGCAACCGCTTGCGCAAACAGTCCGCCAGAGCCGCGGCTCCAGCCGCCCAGCCGAGAGACAGCCTGCCCGATAGCATGGATGAATTGATGCCATGGGAGCAGGCCATCCCGGATGTGCTCTATGAAACCCGCAGCCAGGTTACCCCGGTGGAAGCCGAGTGGCGGGAAAAAATCTATCAGCAACTGCTCAAGGTCATGGACCTGTCCCTGCTCGATGCCCTGGAGCAGGCCGAGGCTGCGCGGCAGATCCGCGATATCTGCCAGCGCTTGCTGGAAGAACATTCGGCCCCTGTCAGCACGGCCAGCCGCCAGCTGATCATCAAGCAGATCACCGATGAAGTGCTCGGGCTCGGGCCACTGGAACCGTTGCTGGCCGACCACAGCGTCTCCGATATCCTGGTCAACGGCTTCGCCTCGGTCTATGTCGAACGCTTCGGCAAGCTGCAACGCACCGACGTGCGTTTCCGCGACGACCAGCACTTGCTGAATATCATTGACCGCATCGTTTCCAGCCTCGGCCGGCGCATCGATGAATCCTCGCCGTTGGTCGACGCACGCCTCAAGGACGGCTCGCGCGTCAACGCGATCATTCCGCCGCTGGCCATCGACGGCCCGAGCATGTCGATCCGGCGTTTTGCCGTGGACCTGCTCAACACCGACAGCCTGATCCAGGTGGGCACCATGACCCCGGCCATCGCCTTGCTGCTCAAGGCCATCGTCCGCGGGCGCCTGAACGTGCTGATTTCCGGCGGGACCGGCAGCGGCAAGACCACCATGCTCAACGTGTTGTCGAGCTTCATCCCGCATAACGAGCGCATCGTCACCATCGAGGATTCGGCCGAGTTGCAATTGCAGCAACCCCATGTGGTGCGCCTGGAAACCCGGCCCTCGAACATCGAAGGTCGTGGCGAGGTGAGCCAGCGTGAACTGGTGCGCAACAGCCTCCGGATGCGTCCCGACCGCATCGTCATCGGCGAAGTGCGTGGCGCCGAAGCGATGGACATGCTCACCGCCATGAACACCGGCCACGATGGTTCCCTCACGACGATCCATGCCAACACCGCCCGCGATGCACTGGGGCGAATCGAAAACATGGTGTCGATGACCGGGGCGACGTTTCCCATCAAGGCCATGCGTCAACAAATTGCCTCGGCCATCGATGTCGTGATCCAACTGGAGCGTCAAGAAGACGGCAAGCGTCGCGTTGTGAGCATGCAGGAGATCAATGGCATGGAAGGGGAGATCATCACCATGACCGAAATCTTCTCGTTTGCCCGCCACGGTCTCGGCGAGCACGGTGAGGTGCTCGGGGAATATCGGCCCAGCGGCATGATCCCGGCGTTTCGCGACGTGCTGGCCAAGCGCGGCATCGAGCTGCCGCTGACACTGTTCCGTCCTGAGTGGATGGAGGGTCGGCAGTCATGA MISDFRNRLRKQSARAAAPAAQPRDSLPDSMDELMPWEQAIPDVLYETRSQVTPVEAEWREKIYQQLLKVMDLSLLDALEQAEAARQIRDICQRLLEEHSAPVSTASRQLIIKQITDEVLGLGPLEPLLADHSVSDILVNGFASVYVERFGKLQRTDVRFRDDQHLLNIIDRIVSSLGRRIDESSPLVDARLKDGSRVNAIIPPLAIDGPSMSIRRFAVDLLNTDSLIQVGTMTPAIALLLKAIVRGRLNVLISGGTGSGKTTMLNVLSSFIPHNERIVTIEDSAELQLQQPHVVRLETRPSNIEGRGEVSQRELVRNSLRMRPDRIVIGEVRGAEAMDMLTAMNTGHDGSLTTIHANTARDALGRIENMVSMTGATFPIKAMRQQIASAIDVVIQLERQEDGKRRVVSMQEINGMEGEIITMTEIFSFARHGLGEHGEVLGEYRPSGMIPAFRDVLAKRGIELPLTLFRPEWMEGRQS PGPT0016025_895 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283 NA NA D1-35_02028 987 hypothetical protein ATGAATAACATTCCTGGTGAATTCATCCTGGCGTTCCTCGGCATGGTCTTTGTGGCTGTGTTCCTGCTGTCCCAGGGCGTGGTGGTCCCGGTCTTCGGCGAGGCGGGGAAAATGCGCAAGCGCATTCGTGGCCGTCTGCATGTGCTGGAGAAAGCCAACCACTTGCCCAACATGCGGACGGTATTGCGGCAGAAATACCTGACGCGCCTGTCTCCCTTGGAGGCCCGGCTGGAGCAACTGCCGTTCATGGCCAGCCTGACCCAGATGATCGAACAATCCGGCCATGAATACCGGGCCTATCGGGTGATGCTGCTCGGCCTCGCGCTGGGGGTGGCCGCCGGGGCCGCGGTGCTGCTGGTGTCGCCGCTCTGGTGGATGGCGCTGATCGCGTCGTTTGTCGTGACGTGGCTGCCGCTGCTGAAAGTCATGCGCGACCGCAACAGGCGTTTCGCTGCGTTCGAGGAGGGCTTGCCGGATGCGCTGGACGCCATGTGCCGGGCCTTGCGCGCCGGGCATCCGTTCAACGAAACCTTGCGACTGGTGGCCGAGGAGCACAAGGGGCCGGTGGCCCAGGAGTTCGGCATGACCTTCTCCGACATCAACTATGGCAACGACGTGCGCAGGGCCATGCTGGGTCTGCTGGAGCGCATGCCGAGCATGACCGTGATGATGCTGGTGACCTCCATCCTCATTCACCGCGAGACCGGCGGCAACCTGACCGAAGTGCTCGAGCGCCTGAGCCGATTGATCCGCGGGCGTTTTCGCTTCCAGCGCAAGATCAGGACGTTGTCGGCGGAGGGACGCATGTCGGCCTGGGTACTGGTGGCGATCCCGTTCGTGCTGGCGATCGCCATCGTGCTCACCAGCCCCAGCTACATGCCTGTGCTGATCAACGACCCCATCGGTCACAAGCTGATCATCGGTGCCTTCTGCGCCATGTTGATCGGAATTTTCTGGATCAAGAAAATTATCCGGATCCAGGTTTAA MNNIPGEFILAFLGMVFVAVFLLSQGVVVPVFGEAGKMRKRIRGRLHVLEKANHLPNMRTVLRQKYLTRLSPLEARLEQLPFMASLTQMIEQSGHEYRAYRVMLLGLALGVAAGAAVLLVSPLWWMALIASFVVTWLPLLKVMRDRNRRFAAFEEGLPDALDAMCRALRAGHPFNETLRLVAEEHKGPVAQEFGMTFSDINYGNDVRRAMLGLLERMPSMTVMMLVTSILIHRETGGNLTEVLERLSRLIRGRFRFQRKIRTLSAEGRMSAWVLVAIPFVLAIAIVLTSPSYMPVLINDPIGHKLIIGAFCAMLIGIFWIKKIIRIQV PGPT0022290_407 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510 NA NA D1-35_02029 966 hypothetical protein ATGGATTTCTTACTTGGGTTGTTCAGTCGGTTCACCGGAAGCGAGGAGCTCGCCCGGCTGTTGTTCATCGTTGTGATCGGCCTCAGCACGGTGCTCGCGGCCGTTGCCGTCAGCCTGCTTTTGCTGGGCTTGCAGGACCCGGTCCAGCGGCGCCTGGCGTTGATCAAGCGCGGCTATGCCGGCAGCACGGCGGGGCAGGAGGCGCCCGGCAACCTGCAACTGCTGCTGGAGCGGGTCGGCCAGCGCTTTGCCTCAGCCGACCCGACGCAGGTTTCGGCGACCCAGATGCTGCTGACGCATGCTGGCTACCGCTCCGCCTCGGCGGTCCAGATGTACTGGGCTGTGCGCCTGATCCTGCCGCTACTGATGATTGGCCTTGCGCTGGTGTTGCTGCCGATGATCAAGGTTTCAGTGGCTATTGGTTTGCTGGCCGTGACGCTCGTTGCCGGCATCGGCTGGCTGTTGCCGGCGCTCTATGTCGGCAAGCGCAAGCAGGCACGGCAAACCCGGTTGCGCGCGGCGTTCCCGGATGCGCTGGACCTGATGGTCGTCTGCGTCGAGTCAGGCCTGGCCCTGCCCACGACCATAGAACGGGTGGCCGAAGAAATGTCGGTCAGCCAGGTCGAGCTGGCCGAGGAACTGGCCTTGGTCAACGCTCAGATCCGCGCGGGCATCACCAGTACCGAGGCGCTCAAGCAATTGGCCGTGCGCACCGGTCTGGAAGACATCCAGGGCCTGGTCAGCCTGTTGGCGCAAAGTATCCGTTTCGGCACCAGCGTGGCCGATACCCTGCGAATCTATGCCGACGAATTTCGTGACCGGCGGACCCAGGCCGCCGAAGAAATGGGTGCCAAGATCGGCACCAAACTGATCTTCCCGCTGATCTTCTGCCTCTGGCCAAGCTTCTTCCTGGTCGCCATAGGCCCCGCCATGATCGGTGTGTTCAGGGCTTTCGGGAATATGTAG MDFLLGLFSRFTGSEELARLLFIVVIGLSTVLAAVAVSLLLLGLQDPVQRRLALIKRGYAGSTAGQEAPGNLQLLLERVGQRFASADPTQVSATQMLLTHAGYRSASAVQMYWAVRLILPLLMIGLALVLLPMIKVSVAIGLLAVTLVAGIGWLLPALYVGKRKQARQTRLRAAFPDALDLMVVCVESGLALPTTIERVAEEMSVSQVELAEELALVNAQIRAGITSTEALKQLAVRTGLEDIQGLVSLLAQSIRFGTSVADTLRIYADEFRDRRTQAAEEMGAKIGTKLIFPLIFCLWPSFFLVAIGPAMIGVFRAFGNM PGPT0022295_699 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022295-tadC-K12511 NA NA D1-35_02030 270 hypothetical protein ATGAAAACCCAACAATTGATGATCGTTTGCGTGGCCTGCCTGTCTACCACCGCCTGGGCGATCGAGCCAGGTCCTTCCTCCGCGGCGCAGCAAGGCACCGAGCGCTGGATGCAACTGCAGATCCGCGGTGTCGTGGCATCGACCAATCTGCAGACCGTCTCGGCCACCGAACGTGAGCTGGCCATGCAGCGCTGGCTCAATAGTTTCACCTACCCGATCCCGGAATTTTTTGACCAGGACTCGGGGGGAGAAATCACCAGCAGCAAATAG MKTQQLMIVCVACLSTTAWAIEPGPSSAAQQGTERWMQLQIRGVVASTNLQTVSATERELAMQRWLNSFTYPIPEFFDQDSGGEITSSK NA NA NA NA NA D1-35_02031 714 hypothetical protein ATGAAAACATTGACCGCTATAGCGGCGGCCCTGGTGTTGACCGGTTGCGCCAGCAACGGCACCGTGGCCTCGCACCCGGGCAGTTGCGCCAAGCCCGGATCCGATCAGGATCTGGCCCTCAACCTGGCCGATGACATGGCCAATGATGGGCGCTTGTATGCCAGCCTGGCGAACCTCGAAGGTTTACCCGAGGAGCTGGTCCAGGTTCGCCTGCGCAAGGCTCGGGTGCTGCGCCTGATGGGGCGCAACGAGGCCGAGCCGCTGTATAGGAGCCTGCTCGGGACTTGCCTGGCCGCCGACGGTGAACATGGCCTGGGGCAGTTGGCCGCCGCTCGAAATGATTACGCCAGCGCTACGGAACACCTTGAGCACGCCGCCAGGATGGCCCCCACCGAAGGCAAGATCCGCAACGACCTGGGGGTGGTCTATCTCAACCAACGCCGGATTCCCCAGGCCCGCTTCGAGTTCATGACGGCCATGGAACTTCAGCGATCAGACTCGCTGGCGGCACTTAACATGGTCACCCTGTTGATCTACCAGGACAACTGGAAGCAGGCCGCCGAGCTCGCGAACATGGCCAAGCTGAGCCCTCAGCAGATAGCTGATGCCCAGGCCCGCGCGGAAAAAATCAGGGGCTCGGCCAGTCATCCCCTGACGACACAAGCGAACCGCCTGAACGAGGTCGTCGAGGCCTCAACCGGCGCGGCCAAGTAG MKTLTAIAAALVLTGCASNGTVASHPGSCAKPGSDQDLALNLADDMANDGRLYASLANLEGLPEELVQVRLRKARVLRLMGRNEAEPLYRSLLGTCLAADGEHGLGQLAAARNDYASATEHLEHAARMAPTEGKIRNDLGVVYLNQRRIPQARFEFMTAMELQRSDSLAALNMVTLLIYQDNWKQAAELANMAKLSPQQIADAQARAEKIRGSASHPLTTQANRLNEVVEASTGAAK NA NA NA NA NA D1-35_02032 1224 sctC_1 Type 3 secretion system secretin ATGACCTATCGCACCGTGCCTACACTAAAACGCTTCATACATGGATTGTTCTGGATGAGCCTCGGCCTGGAAGCAGCCCACGCGGCTTCGGCCAACTGCTCGCAACTGGACAATCTGCCCGCGACCTTCGAGGTCGGCCAAGGGCTGCAGAATGAACTGCGCATCCTGGCCCCCGTGACGAAGCTGGCGGTGGGCGATCCGAAGATTGCCGACGTGCAACCCAGTGGCAGCGATGCCTTCATTCTCACCGGCCTGATGCCCGGTGCTACCAGTCTGATGGTCTGGACCGAGTGCTCGAAAATACCGCGCCAGAGCATGGTCTTCGTGACGGGCCGGGCCACCGCGGCGCTGACCAGCGCCGCGAGCGTACCGTCGGAAGACCCGATGCTGCTCGCCCAGGTCCAGACCGACATCCGCTTCGTCGAGGTCAGCCGGACCAAGCTCAAGGAGGCCTCGACTTCGATTTTCGGCAGCCGTGGCAACTTCCTGTTCGGCTCGCCCAGAACGCTGCCCACGATCGGCGGCGTAGTCCGTCCTTCCCTGCCGGTCAACAACGACATGTTCAACCTGTCCTTCGCCACCGGGCAGACGCTGCTGATGATCAACGCGCTGGAGGGCAGCGGTTTTGCCTATACCCTGGCGCGGCCGAGCCTGGTGGCGCTCAGCGGGCAAAGCGCGAGCTTCCTGGCCGGTGGCGAAGTACCGATTCCGGTGCCGAGTGCCGGGAGCGACAACGTGTCCATCGAGTACAAGGAGTTCGGGATTCGCCTGACGCTCACGCCGACCGTCATCGGCAAGAATCGCATCGTGTTGAAGGTGGCGCCCGAAGTCAGTGAACTGGATTTCACCAACGCCGTGAACATTGCCGGCACGCTCGTCCCGGCGCTGACCGTGCGCCGCACCGATACCAGCATCGCCCTGGCCGACGGTGAAAGCTTTGTCATCAGCGGTCTGATCAGCACACGCAATGCGTCTCAGGTGAACAAATTTCCGGGCCTGGGCGACGTGCCGATTCTCGGTGCATTTTTCCGTGACAACTCGATCAATCGCGAAGAGCGCGAACTGCTGATGATCGTCACGCCGCACCTGGTTCAGCCTTTGGCCGCCAACGCTCAGTTGCCGACGCTACCGGGCGAGCAACTGCGCAATTATGACCCGAACTTCTATCGCATGTATTTCCTTGAAAACGGCGAATTCGACAAGCGCAGCGGGCTTTCCCAATGA MTYRTVPTLKRFIHGLFWMSLGLEAAHAASANCSQLDNLPATFEVGQGLQNELRILAPVTKLAVGDPKIADVQPSGSDAFILTGLMPGATSLMVWTECSKIPRQSMVFVTGRATAALTSAASVPSEDPMLLAQVQTDIRFVEVSRTKLKEASTSIFGSRGNFLFGSPRTLPTIGGVVRPSLPVNNDMFNLSFATGQTLLMINALEGSGFAYTLARPSLVALSGQSASFLAGGEVPIPVPSAGSDNVSIEYKEFGIRLTLTPTVIGKNRIVLKVAPEVSELDFTNAVNIAGTLVPALTVRRTDTSIALADGESFVISGLISTRNASQVNKFPGLGDVPILGAFFRDNSINREERELLMIVTPHLVQPLAANAQLPTLPGEQLRNYDPNFYRMYFLENGEFDKRSGLSQ PGPT0016010_1503 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016010-cpaC-K02280 NA NA D1-35_02033 408 hypothetical protein GTGTCCAACGTCGTTGCCGATCACCTCGTCTTGCTTGACCACTTGCGCAGCATCCTGGTCGCCGTGGGTGAGGCCGAACAGGTTCCCGAAGAAAGCCATGCGCTGTTCCTGGAGCGTTTTGACGAATTGCGCGCGCAACTGCCAGTCGACCCGATCGAAAGCCAGTACCTTGGCCAGGACCTGCTGTGCCAGGTGATCGTGCGTTATCCACAAATCGCCCACCTGGTGCCTCGAGACCTGCTGTGGTATTTCGGCGGCGATTGCCTGCACTACATGCCCGACGAAGAGATCGCCCTGTATCAGGCCCTCGAGGAACGTCGTTTCGAAGCCGAGCAAAACGACGAGCCGTTCGACTGGAACCAGGAAAAACAATTGCTGGCCATGTCTGATCAGGACAGCAAGCACTGA MSNVVADHLVLLDHLRSILVAVGEAEQVPEESHALFLERFDELRAQLPVDPIESQYLGQDLLCQVIVRYPQIAHLVPRDLLWYFGGDCLHYMPDEEIALYQALEERRFEAEQNDEPFDWNQEKQLLAMSDQDSKH NA NA NA NA NA D1-35_02034 2448 fadE COG1960 Acyl-coenzyme A dehydrogenase ATGCTGTTGTTGTGGATACTGGTTCTGGTCGTCGGGATAGCCTGGCTGGCACACCGCCGCACCGCCCCGCTGCCAGCGCTGGGCATCGTTGCGGTCTACCTGTTGGCGATGGGCATCTTCAGCCATGCGCCCGGGTGGCTGCTGCTTGTCCTATGGTTGGTACTTGCCGCCGTTGCAGCCCCGCTGTTGCTACCTGACCTGCGCCGTAGATATTTCAGCGCGCCGATGTTCGACTGGTTCCAGAAAACCTTGCCACCGATGTCCGAGACCGAGCGCGATGCCATTGATGCCGGCACGGTGTGGTGGGACGGGGAATTATTCAGCGGCCGGCCGGACTGGGACATGCTGCTGGCCTACCCAAAAGTAAAACTGACTGACGAAGAGCAGGCGTTTCTCGACGGTCCAACCGAAGAACTCTGCGCGATGGTCAGCGACTGGCAGATCGGCCAGGCCATGGACCTGCCGCCCGAAGCCTGGGCCCATATCAAGGAACATGGTTTCTTCGCCCTGATCATTCCGAAGGAATACGGCGGCAAGGGATTTTCCGCCTATGCCCACTCCCAGGTGGCGATGAAACTGGCGACCCGCAGTGGCGACCTGGCGTCCACCGTGATGGTCCCCAACTCCCTCGGCCCGGCGGAACTGCTGCTGCACTACGGCACCGATGAACAACGCAACCATTATCTGCCGCGACTGGCCCGGGGTGACGATATTCCCTGCTTCGCCCTGACCGGGCCGCTGGCTGGCTCCGATGCGGGGGCGATGCCCGACACCGGGATCATTTGCAAAGGCGAATGGCAAGGCCAGGAAACCATCGGCCTGCGCTTGAACTGGGAAAAACGCTACATCACCCTCGGCCCCGTCGCCACCCTCCTCGGCCTGGCCTTCAAAGCCTACGACCCGGAGCACCTGTTGGGTGAAGAAGAGGACCTGGGGATCAGCCTGGCGCTGATCCCCACGGATACGGCCGGGGTCAATATCGGTCGCCGTCACCTGCCTCTTGGCGCCGCCTTCATGAACGGACCGAACTGGGGCAAGGACGTGTTCATCCCGCTGGACTGCCTCATCGGCGGCCAGGCCATGCTCGGCAAGGGCTGGATGATGCTGATGAATTGCCTGTCGGTCGGGCGCTCGATTTCCCTGCCAGCGGTAGGGACCGGCGCGGCGAAGTTCACCAGCCTGGTCACCGGCCAGTACGCCCAGGTAAGGGAACAATTCAACGTGCCGTTGTCCGCCTTCGAGGGCATCCAGGAAGCCATGGCACGTATCGGCGGCAATGCCTGGTTGATGGACGCCGCACGCATGCTGACCGCCAACGCGGTGGACCTCGGCGAAAAGCCTTCGGTACTGTCTGCCATCCTCAAGTACCACCTGACCGAGCGCGGCCGCGAGTGCATCAGCCACGCCATGGACGTGCACGGCGGCAAAGGCATCATCATGGGGCCGAACAACTACCTGGGCCGCAGCTGGCAAGGCGCGCCGATCTTCATCACGGTCGAAGGCGCGAATATCCTCTCGCGCAACCTGATGATCTTCGGCCAGGGGGCGATTCGCTGCCATCCGTTCGTATTGAAGGAAATGGCCCTGGCAACTCGAGAAGACAAAGACCAGGCATTGGTCGAATTCGACGAGTTGCTGCTCAAGCACATCGGTTTTGCCATCGGCAACGCCGCCAGCACCCTGGTCCTGAACCTCGGCCTGGGGCACTTCGACAACGTGCCGGGCAATGCCCTGAGCCAAGGGTATTTCCGTGCCCTCAACCGGCAGGCGGCGGCGTTCGCCTTGCTGGCGGACCTGAGCATGATGCTGCTGGGTGGCGAACTCAAACGTCGCGAACGCCTGTCGGCCCGCCTGGGGGATGTATTGAGCAACCTTTACCTGGCCTCGGCGGCGCTCAAGCGCTATCACGACCTTGACTCGCCAGACCATATGGGGCCGCTGTTTCGCTGGGCCATGGAGGAAAGCCTGGGTCAATCGGAGCGGGCACTGGACGAACTGCTGGTCAACTTCCCGAATCGGCTGCTGGGCGGCCTCTTGCGAGTGGTGGTGTTTCCTTTCGGCCGCCGTCACAAGGGACCGAGCGACAGGCTGGACGCCGAGGTGGCTGCCGTTATCGGCCGCGCCAAGGGCGATCCGACTCTGGAAGAGCTGCTCCAAGGCTGTTATCGCCCGCAGTCGGAAGAGGACCCGGTGGGCGCGCTGCAACATGCCGCCGACCTGCTGGCCGCCGCCCAGCCGCTTCACAAAAAGCTCCATGGAGCGTTCAAGCAGGGCCAACTCAACCCTGCGCCCGGCGAACCTATCATCGATGCGGCCCTGGAGGCGGGTGTCCTGCAAGCCGGTGAGGCGCAGACCCTGCGCGCAGCCGAAGCGGCACGCCGCAAGGTCATCGATGTGGATGATTTCGACAAGGAGGAACTGACGCTCGCCGAGGCCAAGGTGCGGTGA MLLLWILVLVVGIAWLAHRRTAPLPALGIVAVYLLAMGIFSHAPGWLLLVLWLVLAAVAAPLLLPDLRRRYFSAPMFDWFQKTLPPMSETERDAIDAGTVWWDGELFSGRPDWDMLLAYPKVKLTDEEQAFLDGPTEELCAMVSDWQIGQAMDLPPEAWAHIKEHGFFALIIPKEYGGKGFSAYAHSQVAMKLATRSGDLASTVMVPNSLGPAELLLHYGTDEQRNHYLPRLARGDDIPCFALTGPLAGSDAGAMPDTGIICKGEWQGQETIGLRLNWEKRYITLGPVATLLGLAFKAYDPEHLLGEEEDLGISLALIPTDTAGVNIGRRHLPLGAAFMNGPNWGKDVFIPLDCLIGGQAMLGKGWMMLMNCLSVGRSISLPAVGTGAAKFTSLVTGQYAQVREQFNVPLSAFEGIQEAMARIGGNAWLMDAARMLTANAVDLGEKPSVLSAILKYHLTERGRECISHAMDVHGGKGIIMGPNNYLGRSWQGAPIFITVEGANILSRNLMIFGQGAIRCHPFVLKEMALATREDKDQALVEFDELLLKHIGFAIGNAASTLVLNLGLGHFDNVPGNALSQGYFRALNRQAAAFALLADLSMMLLGGELKRRERLSARLGDVLSNLYLASAALKRYHDLDSPDHMGPLFRWAMEESLGQSERALDELLVNFPNRLLGGLLRVVVFPFGRRHKGPSDRLDAEVAAVIGRAKGDPTLEELLQGCYRPQSEEDPVGALQHAADLLAAAQPLHKKLHGAFKQGQLNPAPGEPIIDAALEAGVLQAGEAQTLRAAEAARRKVIDVDDFDKEELTLAEAKVR PGPT0021800_552 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021800-fadE-K06445 NA NA D1-35_02035 624 gstB_1 COG0625 Glutathione S-transferase GstB ATGCTGAAGATCTGGGGTCGGAAGAATTCGTCGAACGTACGCAAGGCGCTGTGGTGTGCCGAAGAGCTGGGGCTGGCCTACGAGGCCATCGACGCGGGCGGCGCGTTTGGCGTGGTGGATACGCCCGAGTACCGCGCGAAGAATCCCAACGGCCGGGTTCCGATGATAGAAGACGACGGCTTCGTGCTCTGGGAATCCAATACCATCGTGCGTTACCTGGTGGCTCGCCATGCCTCAGGCTCGGCCTGGTATCCCGATGACATACAGGCCCGCGCCAGCGCTGAAAAATGGATGGACTGGACCACGTCCAGCTTTGCCGCTCCGTTTCGCACGGTGTTCTGGGGCGTGCTGCGCACCCCGGCCGAGCAGCAGGACTGGCCGGCCATCAATGCGGCAATCAAGGAGTGCGACCAGTTGCTGGCAATGGTGGAGCAAGCCCTCGGCGAACAGCCTTACCTCTGCGGTGAGGAAATCGGAATGGGCGACATTCCCTTGGGCAGTTTCATTTATGCCTGGTTCGAGATGCCCATCGAGCGCGCCGCATTGCCTCGGCTGGAGGCCTGGTATGCGCGGCTCCAGCAGCGTCCGGCTTATCGCAAGGCCGTCATGACCGCGTTGACTTAA MLKIWGRKNSSNVRKALWCAEELGLAYEAIDAGGAFGVVDTPEYRAKNPNGRVPMIEDDGFVLWESNTIVRYLVARHASGSAWYPDDIQARASAEKWMDWTTSSFAAPFRTVFWGVLRTPAEQQDWPAINAAIKECDQLLAMVEQALGEQPYLCGEEIGMGDIPLGSFIYAWFEMPIERAALPRLEAWYARLQQRPAYRKAVMTALT PGPT0013170_17671 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_02036 933 yadG COG1131 putative ABC transporter ATP-binding protein YadG ATGAGTTCCGCTCTGTCCATACGGCAGCTAACCAAAACCTACGGCAACGGTTTCCAGGCCCTGAGTGGTATCGATCTGGATGTCGCCGAAGGTGATTTTTTTGCCTTGCTGGGCCCCAACGGTGCCGGCAAATCCACCACCATCGGCATTCTTTCCACGCTGGTGAACAAATCCGGCGGGACGGTGAACGTCTTCGGCCATGACCTGGACCGCGAGCCCGCCGCGCTCAAGCGCTGCATCGGCGTGGTGCCCCAGGAATTCAACTTCAACCAGTTCGAAAAGACCTTCGACATCGTCGTGACCCAGGCCGGCTACTACGGCATCCCGCCGAAGATCGCCAACGAGCGCGCCGAGCAGTATCTGACCCAGCTTGGCTTGTGGGACAAGCGCGATGTGCCGTCCCGTTCGTTGTCCGGCGGCATGAAGCGACGCCTGATGATTGCCCGCGCGCTGGTGCATGAACCGCGCCTGCTGATCCTCGACGAACCCACCGCCGGCGTGGACATCGAGCTGCGTCGTTCGATGTGGACCTTCCTCACCGAGCTGAACCAGAAAGGCATCACCATCATCCTCACCACGCACTATCTGGAAGAGGCCGAGCAGCTGTGCCGCAACATCGGCATCATCGACCACGGCACCATCGTCGAGAACACCAGCATGCGGCAGTTGCTGAGTCAGCTGCATGTGGAAACCTTCCTGCTGGATCTCAAGCATGACCTGAGCGCCGCGCCGCAGCTGGTGGGTTATCCGGCTCGCCTGCTCGACGGCCATACCCTGGAAGTCCAGGTCGACAAGTCCGCTGGTATTACCGGGCTGTTCACCCAGCTGGCCGTGCAAAACATCGAAGTGCTGAGCCTGCGCAACAAGACCAATCGCCTTGAGGAGTTGTTCGTGTCCCTGGTGGAAAAAAACCTGGCGAAGGTGGCGGTATGA MSSALSIRQLTKTYGNGFQALSGIDLDVAEGDFFALLGPNGAGKSTTIGILSTLVNKSGGTVNVFGHDLDREPAALKRCIGVVPQEFNFNQFEKTFDIVVTQAGYYGIPPKIANERAEQYLTQLGLWDKRDVPSRSLSGGMKRRLMIARALVHEPRLLILDEPTAGVDIELRRSMWTFLTELNQKGITIILTTHYLEEAEQLCRNIGIIDHGTIVENTSMRQLLSQLHVETFLLDLKHDLSAAPQLVGYPARLLDGHTLEVQVDKSAGITGLFTQLAVQNIEVLSLRNKTNRLEELFVSLVEKNLAKVAV PGPT0006725_8790 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-35_02037 786 yadH COG0842 Inner membrane transport permease YadH ATGAGTATGAGTTCGGAACTGCGCCCCAACCTCATCGCCCTCAATACCATTGTCTATCGTGAAGTCCGGCGCTTCATGCGGATCTGGCCGCAGACCTTGCTGCCCCCGGCGATCACCATGGTCCTGTACTTCGTGATTTTCGGTAACCTGATCGGCCGGCAGATCGGCGACATGGGCGGCTTCACGTACATGGACTACATTGTGCCGGGGCTGATCATGATGTCGGTGATCACCAACTCCTACGGCAACGTGGTATCGAGTTTCTTCGGCAGCAAGTTCCAGCGCTCCATCGAAGAGCTGATGGTTTCGCCGGTTTCACCCCATACGATCCTGATCGGCTTCACCCTGGGCGGCGTGCTGCGCGGGCTGGCGGTCGGCCTGATCGTGACGCTGCTGTCGCTGTTCTTCACCGATCTGCAGGTGCATCACCTGGGGGTGACGATCCTGGTGGTGGTCCTGACGGCGACGATCTTTTCGCTGCTGGGCTTCATCAACGCGGTGTTCGCGCGAAACTTCGATGACATCTCCATTATCCCGACGTTCGTGCTCACGCCGCTGACGTATCTGGGCGGGGTGTTCTACTCGATTTCCCTGCTGCCACCGTTCTGGCAGACCGTATCGCTGGCCAACCCGGTGCTGCATATGGTCAATGCTTTCCGCTACGGGATCCTTGGCGTTTCGGACATTCGCATCAGTATTGCAATTACCTTCATGCTAGTGGCGACCGTGGTGCTTTATGTGAGCTGTGCGCGGTTGCTGGTGAGTGGGCGAGGGATGCGTACCTGA MSMSSELRPNLIALNTIVYREVRRFMRIWPQTLLPPAITMVLYFVIFGNLIGRQIGDMGGFTYMDYIVPGLIMMSVITNSYGNVVSSFFGSKFQRSIEELMVSPVSPHTILIGFTLGGVLRGLAVGLIVTLLSLFFTDLQVHHLGVTILVVVLTATIFSLLGFINAVFARNFDDISIIPTFVLTPLTYLGGVFYSISLLPPFWQTVSLANPVLHMVNAFRYGILGVSDIRISIAITFMLVATVVLYVSCARLLVSGRGMRT PGPT0006730_16348 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-35_02038 531 hypothetical protein ATGCCCCGGCGATTATTCAAACGTTACATGCCTGACCCCGCGAGCATTCGGGAACATAAATCCTTACGCTTTCTCGGCACCCTGCTGCACGATCCCAACCTCTGGCACCTCAATCGTCATTCGGTGGCGCGGGCGATGGCCGTTGGCCTGTTCGCCGCTTTTCTGCCGATACCGCTGCAAATGCTCCTGGCCGCCGCGCTGGCCGTCACGGTTCGCGGCAACATCCCGATCGCGGTAAGCCTGGTCTGGCTGACCAACCCCATCACCATGCCCGCGGTATTCTTCTGCACCTATCAGACCGGCGCCTGGCTGATGGACGTTCCAGCCCGGACGCTGCCCGACGAATTGACCTGGGAGTGGATCACCAACCAGCTGTCAACGTTGTGGCAGCCGTTTTTGCTGGGGTCGGTGGTCACTGGGTTGGTGCTTGGAGTCTTGGCTTATTTCGTCACCATGGCGTATTGGCGATGGTGGGTTGCCAGGCAGTGGCGGCGGCGCAAGCGCAGCCGGATGAGAGAAAAACTGGACTGA MPRRLFKRYMPDPASIREHKSLRFLGTLLHDPNLWHLNRHSVARAMAVGLFAAFLPIPLQMLLAAALAVTVRGNIPIAVSLVWLTNPITMPAVFFCTYQTGAWLMDVPARTLPDELTWEWITNQLSTLWQPFLLGSVVTGLVLGVLAYFVTMAYWRWWVARQWRRRKRSRMREKLD NA NA NA NA NA D1-35_02039 2247 comEC COG0658 ComE operon protein 3 ATGCGCACGGCAATGGTCGCGCTTGCACTGGGGCTGCTGGCCCCGGTTTTTCTACCGGTACTGCCGTCGCCATGGCTGATCGCAGCCATGGCGACGCTGGCGTTGATGGTACTGCCGTTTCGTCTGTACCCGGCGGGTTGCTTCCTCTTCGGGCTGGTCTGGGCGAGCCTCGCCGCACACCATGCACTGGACGGACGGTTGCCCTTCGCACTGGACGGCGAGACGCGCTGGGTCGAAGGGCGGGTCGTCGGTTTGCCGCAACACGGCGATGGAACGGTGCGTTTCGAGTTGGCCGATATCCAGTCAAGGCGCACGCGCTTGCCAACCTCGATGCGCCTGGCCTGGTATGGCGGGCCGCCGGTCAGCAGCGGTGAGAAATGGCGCCTGGCGGTAAAGCTCAAGCGACCCGCGGGGCTGCTCAATCCCCATGGCTTCGACTATGAGGCGTGGCTGTTGAGCCGCGGCATTGGCGCGACCGGCAGCGTCAAGCAAGGGCGACGCCTGCAACCGGCCCAGGGCGCCTGGCGCGACGGGGTGCGCCAGGCATTGGCGAAAGTCGATGCCCAAGGGCGTTCCGGGGCGCTGATGGCATTGGTCCTTGGCGATGGCTCCGGGTTGAGTCGCGAAGATTGGCAGGTGCTGCAAGACACCGGCACGATCCATCTGCTGGTCATTTCCGGGCAGCACATCGGCCTGTTCGCCGGCCTCGTATACCTGCTGGTCGCCGGCGCGGCGCGTCATGGTGTCTGGCCGGCGTGGTTGCCATGGCTGCCTTGGGCGTGCGTGCTGGCGTTCACCGCGGCGCTGGGTTACGGCCTGCTCGCCGGTTTCGAAGTGCCGGTGCGGCGGGCCTGTGTGATGATCGGACTGGTGCTGCTGTGGCGCTTGCGCTTTCGCCAGGCCGATCCTTGGAAAGCCTGGCTGTTGGCGCTCCTGGCAGTGCTGCTGCTCAATCCGCTGGCGAGTCTGCGGCCGGGGTTCTGGTTGTCGTTCGCCGCGGTGGCCGTTCTGATGTTTACCTTCTGCGGTCGCCTGGGCCCCTGGCGTTGGTGGCAGACCTGGACCCGCGCCCAGTGGTTGATTGCTCTCGGGTTGTGCCCGCTACTCTTGATCCTCGGGCTGCCGGTCAGCCTCAGCGGTCCGTTGGCCAATCTGCTGGCGGTGCCCTGGGTCAGTCTGCTGGTGTTGCCTTCGGCCTTGCTTGGCACCGCGTTGCTACCGATACCTTACATAGGCGAGAGCCTTCTCTGGATTGCCGGCGGCTTGCTCGATCTGCTGTTCAAGGCGCTCGCGCTGGCAGCCGGGCAGATGCCAGCCTGGGTGCCTCCCGCGGTGCCGCTGTGGGCCTGGTGCGTGGCGGCGCTCGGCACTGCGCTGCTGTTGCTGCCCAAGGGCGTACCGCTGCGGATCCTGGGTTGGCCGATGCTGATGCTGATGGTTTTTCCCCCACGGGAAGAAGTACCCCACGGGCAAGCCGAAATCTGGCAACTGGACGTCGGCCAGGGGCTGGCGATCCTCGTGCGCACCCAGCGGCACGTCTTGCTTTATGACGCGGGGCCGCGTTTTGGCGACGCCGATGCGGGCGAGCGCGTGGTGGTGCCGACCTTGCACAGGCTCGGTGTGCATGCCTTGGACATGCTGCTGCTCAGTCACGCCGATGCCGATCACGCCGGCGGTGCACAAGCCGTACGCAACGGATTGCCGACCCGTCGGGTGGTCAGCGGCGATCCCGAGGCGCTGCCCGTCGATCTGCAGGCAGGGGCGTGCGATAGCGGCGAACGCTGGGAATGGGACGGGGTGAGGTTCGAACTGTGGCGCTGGGCATCGGCTGTCGAGAGCAACCAGAAATCCTGTGTCTTGCTGGTCGAGGCCGGTGGCGAGCGGTTGCTGCTGACCGGAGATATCGATACCCATGCCGAACGGGCCTTGCTCGACAGTCCCCTGGCGATGCCGACCCAGTGGCTGGCAGCGCCGCACCATGGCAGCCGCAGCTCATCGTCGATGGCGCTGCTGGCGCGCCTCGAGCCCCATTCGGTATTGATTTCCCGGGGGCGCAACAATGCGTTCGGCCATCCCCATCCGTGGGTGATGGAGCGTTATCGACGCTTGGGCATGGTGATCTACGACAGTGCTGAACAAGGTGCCATTCGTCTGCAACTCGGCGCCTTTACACCTGCGCTTGGCCAGGCGGGCATTCGCCGTTACTGGCGTGATCCGCCGCCCGCCGGGCCAGCGTCGGAGCATTGA MRTAMVALALGLLAPVFLPVLPSPWLIAAMATLALMVLPFRLYPAGCFLFGLVWASLAAHHALDGRLPFALDGETRWVEGRVVGLPQHGDGTVRFELADIQSRRTRLPTSMRLAWYGGPPVSSGEKWRLAVKLKRPAGLLNPHGFDYEAWLLSRGIGATGSVKQGRRLQPAQGAWRDGVRQALAKVDAQGRSGALMALVLGDGSGLSREDWQVLQDTGTIHLLVISGQHIGLFAGLVYLLVAGAARHGVWPAWLPWLPWACVLAFTAALGYGLLAGFEVPVRRACVMIGLVLLWRLRFRQADPWKAWLLALLAVLLLNPLASLRPGFWLSFAAVAVLMFTFCGRLGPWRWWQTWTRAQWLIALGLCPLLLILGLPVSLSGPLANLLAVPWVSLLVLPSALLGTALLPIPYIGESLLWIAGGLLDLLFKALALAAGQMPAWVPPAVPLWAWCVAALGTALLLLPKGVPLRILGWPMLMLMVFPPREEVPHGQAEIWQLDVGQGLAILVRTQRHVLLYDAGPRFGDADAGERVVVPTLHRLGVHALDMLLLSHADADHAGGAQAVRNGLPTRRVVSGDPEALPVDLQAGACDSGERWEWDGVRFELWRWASAVESNQKSCVLLVEAGGERLLLTGDIDTHAERALLDSPLAMPTQWLAAPHHGSRSSSSMALLARLEPHSVLISRGRNNAFGHPHPWVMERYRRLGMVIYDSAEQGAIRLQLGAFTPALGQAGIRRYWRDPPPAGPASEH PGPT0029415_2388 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 D1-35_02040 636 tolQ_2 COG0811 Tol-Pal system protein TolQ GTGTGGGAATTGGTCAAATCCGGCGGCTGGATGATGTTGCCGATCATTCTGAGTTCCATCGCGGCACTGGGTATCGTTGCCGAACGCCTGTGGACCCTGCGGGCCAGCCGCGTGACCCCGGAGCATCTGCTCGGGCAGGTCTGGGTCTGGATCAAGGACAAGCAGCTGAACAAGGACAAGCTCAAGGAACTGCGAGCCAGCTCGCCGCTGGGGGAGATCCTCGCGGCAGGCCTGGCGAATTCCAAGCATGGTCGCGAGATCATGAAGGAGTGCATCGAGGAGGCCGCCGCGCGCGTCATCCATGACCTGGAACGCTACATCAATGCCCTTGGGACCATCGCGGCCATGTCGCCATTGCTGGGCCTGTTGGGCACGGTCCTGGGCATGATCGACATTTTCAGCGCGTTCACCGGTTCCGGCATGACGACCAATGCCGCCGTGCTGGCGGGCGGTATTTCCAAGGCACTGATCACCACCGCCGCGGGCCTGATGGTGGGTATTCCGGCGGTGTTCTTCCATCGCTTCCTGCAACGCCGCGTCGACGAGCTGGTGGTGGGCATGGAGCAGGAAGCCATCAAGCTGGTCGAGGTGGTGCAGGGCGACCGTGACGTGGACCTGGCCGGGGGCAAGAAGTGA MWELVKSGGWMMLPIILSSIAALGIVAERLWTLRASRVTPEHLLGQVWVWIKDKQLNKDKLKELRASSPLGEILAAGLANSKHGREIMKECIEEAAARVIHDLERYINALGTIAAMSPLLGLLGTVLGMIDIFSAFTGSGMTTNAAVLAGGISKALITTAAGLMVGIPAVFFHRFLQRRVDELVVGMEQEAIKLVEVVQGDRDVDLAGGKK PGPT0003750_3961 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561 NA NA D1-35_02041 429 tolR Tol-Pal system protein TolR GTGAAATTCCGCCGCAAACCACGGGAAAATATCGAGATCAACCTGGCGTCGCTGATCGACGTGGTGTTCATCCTGCTGCTTTTTTTCGTCGTGACCACCACCTTCACCCGGGAAACCCAGTTGAAGGTTGAGCTGCCGCAAGCGGTGAGTGGCTCGCCGGCCGAGGACCAGCAGTTGAAAAACCTGGAAGTCACCATCAGCGCCGAGGGCGCGTTCTCGGTGAACAACCAGTTGCTGCCCAAGAGCGACCTGGCGAGCCTGATCGAGGCGCTGCAGAGGGAGTCCGGCGGTGATACCAACCTGCCGCTGGCCATCAGCGCCGACGGCAAGACGCCTCACCAATCGGTCATCACCGCCATGGACGCGGCCGGCAAGCTCGGCTTCAGCCACCTGCGCATGACCACGATCGAGGCGGCGCCGGCACCTTGA MKFRRKPRENIEINLASLIDVVFILLLFFVVTTTFTRETQLKVELPQAVSGSPAEDQQLKNLEVTISAEGAFSVNNQLLPKSDLASLIEALQRESGGDTNLPLAISADGKTPHQSVITAMDAAGKLGFSHLRMTTIEAAPAP PGPT0003755_1583 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559 NA NA D1-35_02042 1011 lpxK COG1663 Tetraacyldisaccharide 4'-kinase ATGGCCATGTCCGATCGATTGCTTGCCGCGTGGTACAAGGGGCATCCCGCCCTGGTGCTGCTGCGCCCGCTTGAATGGCTGTACCGACGCGTAGTGATCGGCAAGCGCGAGCGCTTCCTGGCGGGCGAGGGCGAGATCTACCAGCCGCCGGTGCCGCTGATTGTGGTGGGTAACATTACCGTCGGCGGCACCGGCAAGACGCCGTTGATCCTCTGGATGATCGAGCATTGCCAGCGCAGTGGCCTGCGGGTCGGCGTGGTCAGCCGGGGTTACGGCGCCAGGCCGCCGCAATTGCCATGGCGAGTCGAGGCCGAGCAGGGCGCCGACGTCGCGGGCGACGAACCGCTGCTCATCGTCCAGCGCAGCGGCGTGCCGTTGATGATCGATCCTGATCGCAGCCGCGCTGTCCGGGCGCTGCTGGACGCCGAGCCGCTGGACCTGATCCTGTCCGACGACGGTATGCAGCATTACCGCCTGGCCCGTGACCTCGAACTGGTATTGATCGACAGCGCCCGTGGCCTGGGCAACTGCCGTTGCCTGCCGGCCGGCCCGTTGCGCGAGCCGGTGGAGCGCCTGCGCTCGGTCGACGCCGTGCTGTTCAACGGCGCCAGCGCTGATCGCGAGGACGGCTTCGCGTTCGAGTTGCGGCCCACCGCGCTGATCAACCTGGCCAGCGGCGAGCGGCGCCCCCTCGACCATTTTCCTCCCGGCCAGACCCTGCATGCCGTGGCCGGCATCGGCAATCCCCAGCGTTTCTTCAAGACCCTCGAAACGCTACACTGGCGGCCTGTACCGCACGGGTTTGCCGATCATGCCGAATACAGTGCCCAGGCCTTCGATTTCGAACCGTCATTTCCAGTGGTCATGACGGAAAAGGACGCGGTCAAATGCCGTGCCTTCGCCGCGCCCGACTGGTGGTACCTGGCGGTTGACGCAGCGCCTTCGCCAGCCTTCGCGGCCTGGTTCGATACGCAGCTGATGCGCCTGTTGCCGGATCGGCTCTTGCCTTAA MAMSDRLLAAWYKGHPALVLLRPLEWLYRRVVIGKRERFLAGEGEIYQPPVPLIVVGNITVGGTGKTPLILWMIEHCQRSGLRVGVVSRGYGARPPQLPWRVEAEQGADVAGDEPLLIVQRSGVPLMIDPDRSRAVRALLDAEPLDLILSDDGMQHYRLARDLELVLIDSARGLGNCRCLPAGPLREPVERLRSVDAVLFNGASADREDGFAFELRPTALINLASGERRPLDHFPPGQTLHAVAGIGNPQRFFKTLETLHWRPVPHGFADHAEYSAQAFDFEPSFPVVMTEKDAVKCRAFAAPDWWYLAVDAAPSPAFAAWFDTQLMRLLPDRLLP PGPT0022380_1521 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022380-lpxK-K00912 NA NA D1-35_02043 186 hypothetical protein ATGGACACCAAACTGCTCGATATCCTGGCTTGCCCGGTCTGCAAAGGCCCGCTCAAGCTCAGTGCCGACAAGACCGAGCTGATCAGCAAGGGCGCCGGCCTGGCCTATCCGATTCGCGACGGCATCCCGGTGATGCTCGAAAGCGAAGCCCGTACCCTGACCACCGACGAGCGCCTGGATAAATGA MDTKLLDILACPVCKGPLKLSADKTELISKGAGLAYPIRDGIPVMLESEARTLTTDERLDK PGPT0022380_102 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022380-lpxK-K00912 NA NA D1-35_02044 765 kdsB COG1212 3-deoxy-manno-octulosonate cytidylyltransferase ATGAATACAGCGTTTACTGTTGTCATTCCGTCGCGCTTTGCCTCCACGCGCTTGCCCGGTAAACCGTTGCTGCTGATCGCCGGCAAGCCGATGATCCAGCATGTCTGGGAGCAGGCTTGCAAGAGCAGCGCCCAGCGTGTGGTGGTGGCAACGGACGACGCGCGCATCGTGGAGGCCTGCCAGGGCTTTGGCGCCGAAGTGGTGATGACCCGCGAGGATCACAACTCCGGTACTGACCGCCTGGCGGAAGTGGCTGGGAAACTCGGTCTGGCGCCCGACGCCATCGTCGTCAACGTGCAGGGTGACGAGCCGCTGATCCCGCCGAGCGTAATTGATCAGGTCGCCGCGAACCTGGCGGCGCACCCAGAGGCGCGCATGTCCACCCTGGCCGAGCCGATCGAGGACGTGCAGACCCTGTTCAATCCCAACGTGGTCAAGGTGGTCAGCGACCTCAACGGCCTGGCACTGACGTTCAGTCGTGCCAGCTTGCCTTGGGCCCGAGAGGCATTCGCTCAGGACCGCGACGTGCTGCCCGACGGCGTGCCGTACCGTCGCCATATCGGCATCTATGCCTACCGCGCCGGTTTCCTTCAGGACTTCGTCGCTTGGGGCCCGTGCTGGCTGGAAAACACCGAAGCCCTCGAGCAACTTCGAGCGTTGTGGCATGGCGTGCGGATCCATGTCGCCGATGCGCTGGTCGCGCCGCCGACCGGTGTAGACACTGCCGAAGACCTCGAGCGCGTTCGTCGCCTGCTGGAGGCTTGA MNTAFTVVIPSRFASTRLPGKPLLLIAGKPMIQHVWEQACKSSAQRVVVATDDARIVEACQGFGAEVVMTREDHNSGTDRLAEVAGKLGLAPDAIVVNVQGDEPLIPPSVIDQVAANLAAHPEARMSTLAEPIEDVQTLFNPNVVKVVSDLNGLALTFSRASLPWAREAFAQDRDVLPDGVPYRRHIGIYAYRAGFLQDFVAWGPCWLENTEALEQLRALWHGVRIHVADALVAPPTGVDTAEDLERVRRLLEA PGPT0023065_1177 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023065-kdsB-K00979 NA NA D1-35_02045 465 Putative low molecular weight protein-tyrosine-phosphatase ATGCGGGTTCTGTTCGTCTGCCTTGGCAACATTTGCCGGTCGCCCACCGCCGAAGGCATCTTGCGCCATAAGCTGCGCGAAGCCGGGCTGGAGGGGCAAGTGGAAGTCGCCTCTGCCGGTACCGGTGACTGGCACGTCGGCAAGGCCCCGGATAAACGCAGCATGGCCGCGGCCCTGCGACGTGGCTACGATCTGTCGGCCCAGCGGGCCCGGCAAGTCACCCGCGCCGATTTCGCCGCCTATGACCTGATCCTGGCGATGGACAGCAATAACCTGCGCAACCTCAAGGCACTGCAACCGGCCAGTGGCAAGGCCGAGCTCGATCTGTTCCTGCGTCGCTACGAGGCTGAGCTCGATGATGTCCCAGATCCGTACTACGACGGCGAACAGGGTTTCGAGCAGGTGCTCGACCTGATCGAACAGGCCACGGATCGTCTGGTCATCGAAGTGAAGGGGCGGTTATGA MRVLFVCLGNICRSPTAEGILRHKLREAGLEGQVEVASAGTGDWHVGKAPDKRSMAAALRRGYDLSAQRARQVTRADFAAYDLILAMDSNNLRNLKALQPASGKAELDLFLRRYEAELDDVPDPYYDGEQGFEQVLDLIEQATDRLVIEVKGRL PGPT0014530_6245 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 D1-35_02046 1020 murB COG0812 UDP-N-acetylenolpyruvoylglucosamine reductase ATGACCTTGCATGTCCAGGCCGGTGTCAGCCTCAAGCCGTTCAACAGCTTTGGCGTGGACGTCGCCGCACGGTTGTTCGCCGAGGCCCACAGCGATGCCGATGTCCGCGAGGCGCTGGTCTATGCCGCCGGGCATGATCTGCCGTTGCTGCTGATCGGCGGCGGCAGCAACCTGCTATTGACCGACGACATCGACGCGCTGGTGTTGCGCATGGCCAGTCGGGGGATCCGCCTGCTCAGCGACGACGGCGAACGCGTGGTGATCGAGGCCGAGGCCGGGGAGCCCTGGCATCCTTTTGTCCAGCACACGCTGGCGCAAGGTTGGTCGGGGCTGGAGAACCTCAGCCTGATTCCCGGTACGGTAGGGGCGGCACCGATGCAGAATATCGGTGCCTACGGCGTCGAGATAAAGGATGTCTTCGCCGGCCTTACCGCGCTGGATCGCCATAACGGCGAGTTGCGCGACTTCACTCTTGAAGAATGCGCCTTCGCCTACCGCGACAGCCTGTTCAAGCAGCAGGCGGGACGCTGGCTGATCCTGCGGGTACGTTTTGCCCTCAGTCGTGTCGCGCATCTGCACCTGGAATACGGCCCGGTCCGCCAGCGCCTGAGCGAGCAAGGCATCGATCAGGCAACGCCTTCGGACGTCAGCCGGGCGATTTGCAGCATTCGCAGCGAAAAGCTTCCGGACCCCGCCGTACTCGGCAACGCCGGCAGCTTCTTCAAGAACCCCTTGGTGCCGGTCAGTCATGTGGCGCATCTCAAGCTGCAATACCCTGACCTGGTGGCTTATCCACAGCCTGGAGGGCAGATGAAAATCGCGGCCGGCTGGCTGATCGAACGGGCCGGCTGGAAGGGCTTTCGCGAGGGCGACGCTGGCGTGCACAAGTTGCAGGCACTGGTGCTGGTCAATTATGGCAACGCCACGGGCCTGCAATTGCTGGACCTGGCTCAACGGATCCAGAAGGACATTGCCGAACGTTTCCAGGTCGATCTGGAGATGGAGCCGAATCGGTACTGA MTLHVQAGVSLKPFNSFGVDVAARLFAEAHSDADVREALVYAAGHDLPLLLIGGGSNLLLTDDIDALVLRMASRGIRLLSDDGERVVIEAEAGEPWHPFVQHTLAQGWSGLENLSLIPGTVGAAPMQNIGAYGVEIKDVFAGLTALDRHNGELRDFTLEECAFAYRDSLFKQQAGRWLILRVRFALSRVAHLHLEYGPVRQRLSEQGIDQATPSDVSRAICSIRSEKLPDPAVLGNAGSFFKNPLVPVSHVAHLKLQYPDLVAYPQPGGQMKIAAGWLIERAGWKGFREGDAGVHKLQALVLVNYGNATGLQLLDLAQRIQKDIAERFQVDLEMEPNRY PGPT0024115_1927 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075 NA NA D1-35_02047 471 iorA_1 Isoquinoline 1-oxidoreductase subunit alpha ATGATTACCCTGAAACTCAATGGAACAGATCATCAACTGGATGTCACCGAGGACATGCCGCTGCTGTGGGCAATCCGCGATGTGGCCGGTTACAACGGCACCAAGTTCGGCTGCGGCATGGGCCTGTGCGGCGCGTGCACGATCCACATCGATGGCGCCCCGGCGCGCAGTTGCATCACGCCGATCGGCTCGGTGAAGGGCCAGAACATCAGCACCATCGACGCGCTTCACGTCGACCCGGTCGGCCAGGTGGTACAGAAGGCCTGGCTGGACACCGCCGTGGCCCAGTGTGGTTTTTGCCAGGGCGGGCAGATCATGTCCGCCACGGCATTGCTCAAGACCAACCCCAACCCGACGGATGAACAGATCGAAGAGGCCATGGTCGGCAACCTCTGCCGCTGCGGCACCTACAACCGGATCAAGACCGCGATCCGTCAGGCCTCCACTCACCTGAAGGAGGCCAAGGCATGA MITLKLNGTDHQLDVTEDMPLLWAIRDVAGYNGTKFGCGMGLCGACTIHIDGAPARSCITPIGSVKGQNISTIDALHVDPVGQVVQKAWLDTAVAQCGFCQGGQIMSATALLKTNPNPTDEQIEEAMVGNLCRCGTYNRIKTAIRQASTHLKEAKA PGPT0009812_697 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009812-iorA-K07302 NA NA D1-35_02048 2316 iorB_1 Isoquinoline 1-oxidoreductase subunit beta ATGAGCCGCTTGCCGAATGATTTTGTGCTGAGCAACCTCAGTCGTCGGGGTTTCCTCAGGGGCGCCAGCGCCACGGGCGTGCTGGTGCTGGCCGCCAGTTGGGGGCTGCCGGAGGCCTTTGCCGAAGAGAAGAAATTCGGCGCCGAGGGCATGCCCCATGGTGCGGTCGACGACCCCAAGGTCTACGTGAGCATTGCCGCCGACGGCAGCGTCACGGTGATCTGCAACCGTTCGGAAATGGGCCAGGGGGTGCGCACCAGCCTGAGCATGGTGGTGGCCGACGAACTCGACGCCGACTGGGCGCTCGTCAAGGTCAGGCAGGCGCCGGCTGATGAGGCGCGCTTCGGCAACCAGGACACCGACGGCTCGCGCAGCATGCGTCACTGGTACGAGCCGATGCGCCGCTGCGGTGCCGCCGCCCGAACCATGCTTGAATCGGCCGCCGCTGCCCAGTGGAAAGTGCCGGTGGGCGAATGCCGTGCGCAACTGCATAAAGTGGTGCATCAGCCTTCGGGGCGCGAACTGGGTTATGGCGAGTTGGCCGCCGCCGCGGCGGCCTTGCCGGTTCCGGCCCGCGACAGCCTGCGCCTCAAGCAGCCGTCGGAGTTTCGTTACATTGGCAAGGAAGCGAGCCGTGCCATCGATGGCGCGGACATTGTCAACGGCCGAGCGGTATTCGGTGCCGATGTGCATTTCGACGGCATGCTTTACGCCGTCATGGCCCGCCCACGGGTCTACGGTGGCAAGGTCAAGAGCGTGGACAGCAGCGCGGCGTTGAAGGTGCCGGGCGTGATCAAGGTGGTGCAGATCGAAGGACGCCCTTTGCCCTCCGAATTCCAGCCGCTGGGCGGCGTGGCGGTGGTAGCGAAAAACACCTGGGCGGCGATCAAGGGCCGCGAAGCGTTGAAAATCGAATGGGACGATGGCCCGAACGCCGGCTATGACTCCATCGCCTACCGCAAGGAACTGCAAGCGGCTGCTCTGAAACCGGGCAAAGTCCTGCATAGCACTGGCGATCTTGACGACGCACTGGCCAAAGCCGATTCGACGTTGGAGGCTGCCTACTACCTGCCGCACCTGTCCCAGTCACCGATGGAGCCGATGGTCGCGGTCGCCCGCTTCAAGGACGGTCAATGCGAAGCCTGGGCACCGAGCCAGGCACCCCAGGTCACCCGCGAGCGCGTCGCCGAACGCCTGGGCATCCCTTTCGACAAAGTCACGATAAACATCACGTTGCTGGGCGGCGGTTTCGGACGCAAGTCCAAACCCGATTTCGTCGTCGAGGCGGCGGTGCTCGCCAAGGAATTCCCCAGCCAGGCGGTTCGGGTGCAATGGACCCGCGAGGACGATATTCATCACTCGTATTTCCATACCGTATCGGCCGAATACCTGAAGGCCGGCCTGAACAAGGACGGGCTGCCCTCCGCTTGGCTGCATCGCACCGTGGCCCCGACCATCACCGCGCTGTTCGCGCCGGGCATGACCCACGAAGCGCCGTTCGAAGTGGGCATGGGCGTGACCAACATGGCCTATGCCATTCCCAACCTGCGCCTGGAGAACCCCGAGGCGGTGGCCCATACCCGGGTTGGCTGGTACCGCTCGGTGTCGAACATTCCCCATGGTTTTGCGATCCAGAGCTTCATCGACGAACTGGCCCACAAGGCCGGCCAGGACCCGCTCAAGTACCATCTGAAGTTGCTGGGCCCGGACCGCAGGATCAACCCCAACAGCCAGAATGACAGCTGGAACTACGGCGAATCGCCCGAGCGTTATCCCATCGATACGGCGCGGATCCGCACCGTGCTGGAGACTGCCGCGAAGGCCGCTGGCTGGGGCCGTGAATTGCCCAAGGGCCGGGGCTTGGGGCTGGCGGTGCACTACAGCTTCGTCACCTATGTGGCCGCGGCAATTGAAGTCGAGGTCAAGGATGACGGCACGATAATCGTGCACAAGGCGGACATTGCCGTGGACTGTGGGCCGCAGATCAATCCCGAGCGTATCCGCTCGCAGTTCGAAGGCGCCTGCGTGATGGGCCTGGGCAACGCGATGGTCGGGGAGATCAGCTTCAAGGACGGCAAGGTCCAGCAGGACAATTTCCACATGTATGAAGTGGCGCGCATGTCCCTGGCACCCAAGGAAGTAGCCGTGCACCTGGTCACTCCGCCGGGCGAAGTGCCGCTGGGGGGCGTTGGTGAACCGGGCGTGCCGCCGATCGCGCCGGCATTGTGCAACGCAATCTTCGCCGCCACCGGCAAGCGCATCCGTGATCTGCCTGTGCGTTACCAGTTGCAAGGCTGGCAGCAGGCCAAAGCCTGA MSRLPNDFVLSNLSRRGFLRGASATGVLVLAASWGLPEAFAEEKKFGAEGMPHGAVDDPKVYVSIAADGSVTVICNRSEMGQGVRTSLSMVVADELDADWALVKVRQAPADEARFGNQDTDGSRSMRHWYEPMRRCGAAARTMLESAAAAQWKVPVGECRAQLHKVVHQPSGRELGYGELAAAAAALPVPARDSLRLKQPSEFRYIGKEASRAIDGADIVNGRAVFGADVHFDGMLYAVMARPRVYGGKVKSVDSSAALKVPGVIKVVQIEGRPLPSEFQPLGGVAVVAKNTWAAIKGREALKIEWDDGPNAGYDSIAYRKELQAAALKPGKVLHSTGDLDDALAKADSTLEAAYYLPHLSQSPMEPMVAVARFKDGQCEAWAPSQAPQVTRERVAERLGIPFDKVTINITLLGGGFGRKSKPDFVVEAAVLAKEFPSQAVRVQWTREDDIHHSYFHTVSAEYLKAGLNKDGLPSAWLHRTVAPTITALFAPGMTHEAPFEVGMGVTNMAYAIPNLRLENPEAVAHTRVGWYRSVSNIPHGFAIQSFIDELAHKAGQDPLKYHLKLLGPDRRINPNSQNDSWNYGESPERYPIDTARIRTVLETAAKAAGWGRELPKGRGLGLAVHYSFVTYVAAAIEVEVKDDGTIIVHKADIAVDCGPQINPERIRSQFEGACVMGLGNAMVGEISFKDGKVQQDNFHMYEVARMSLAPKEVAVHLVTPPGEVPLGGVGEPGVPPIAPALCNAIFAATGKRIRDLPVRYQLQGWQQAKA PGPT0009811_234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009811-iorB-K07303 NA NA D1-35_02049 972 paoD COG1975 Molybdenum cofactor insertion chaperone PaoD ATGGACAGCGTTGATCTGAACGTGCTGCGCAGCGTGCTGGAATGGCGTCGCGCCGGGCAGCGGGTGGTGCTGTTCACCGTGGTCCAGACCTGGGGCACCGCGCCGAGACCTCCGGGGGCTATGCTGGCCCTGCGCGAAGACGGCGTGGTGATCGGTTCGGTATCGGGCGGTTGTGTCGAGGATGACCTGATCGCCCGGCTGCACGACGGCCGGATTCCGGCGGATGGCCCGCCCGTGCAGCTCATCACCTACGGTGTCACCCGTGAGGAAGCGGCGCGTTTCGGCTTGCCGTGCGGCGGCACCTTGCGCCTGACGGAGGAGCGAGTCGGCGATCCAGGCTGGGTCGCCGAGTTGCTGGCGCGGTGCGAGGCCCACGAAATAGTTGCCCGGGAATTGACCATCGCGACCGGCGCTGTGCTGCTGACACCAGCGAGCAAAAGCGATGCCTTGGTGTTCGATGGCGAAACTCTGCGGGCGATTTATGGCCCGCGCTGGCGGCTGTTGCTGATCGGCGCCGGACAGCTGTCGCGTTACGTGGCGGAAATGGCCCGGTTGCTGGATTTCGAGGTGTTGATCTGCGACCCGCGCAAGGAATTCGTCTACGGTTGGGAAGAGCAGCATGGCTGCTTTGTTCCGGGCATGCCCGACGAGGCGGTGCTGAGCATCGAGACCGATGAGCGCACCGCGATTGTTGCCCTAACCCATGACCCGCGCCTGGACGACATGGCCTTGCTCACCGCCCTGGATTCCAGGGCTTTTTATGTGGGCGCCCTCGGCTCACGGGTCAACAGCCAGAAGCGCCGGGACAACCTCGCTCAGCTAGGCTTGTCAGCACAAGCCATCGAGCGGCTGCACGGCCCTATCGGCCTGCATATCGGCAGTCACACCCCGGCGGAAATCGCCCTGTCGCTGCTGGCGGAAATCGTCGCGATCAAGAATGGCGTCGAATTGCGCCAAAAGAAACCGCTGTAG MDSVDLNVLRSVLEWRRAGQRVVLFTVVQTWGTAPRPPGAMLALREDGVVIGSVSGGCVEDDLIARLHDGRIPADGPPVQLITYGVTREEAARFGLPCGGTLRLTEERVGDPGWVAELLARCEAHEIVARELTIATGAVLLTPASKSDALVFDGETLRAIYGPRWRLLLIGAGQLSRYVAEMARLLDFEVLICDPRKEFVYGWEEQHGCFVPGMPDEAVLSIETDERTAIVALTHDPRLDDMALLTALDSRAFYVGALGSRVNSQKRRDNLAQLGLSAQAIERLHGPIGLHIGSHTPAEIALSLLAEIVAIKNGVELRQKKPL PGPT0007280_2321 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D1-35_02050 591 glmU_1 Bifunctional protein GlmU ATGTCTGAGTCCATTGGCGTGATCATCCTCGCGGCTGGCTCGGGCCGCCGTTTCCGCCAGGTCGCCGGGCCTGACAAGGACAAGCTGCTGACTGATTGCATAGGACGTGACGGCGCGGTGCGCTCGGTAATCGAACACGTGCTGGTCAATCTGCCGGCCTCGCTGGACAAGCGCGTGCTGGTCACCCGCAATGACCGTCCGCAGGCCATTCGCATGGCCCAGGCCTACGGATGCGATTTTATCGAGCTGGATTCGCCTGGCCTGGGCGACAGCATTGCCGCCGGCGTCCGGGCCTGTCCGGAGGTGGCTGGCTGGCTGATCGTGCTGGGCGACATGCCGTTTGTCCTGCCGTCGAGCATCGAAAATGTGGCGGCAGGGATTCGCGAGGATGGCATCAGCGTGCCGGTTCTTGCCGGGGAGTATGGGCATCCGGTGGGATTTGGTCGTGGGTTTGGCCCGCAGTTGATGGCGTTGTCCGGTGACCGTGGTGCGAAGGTGTTATTCGCCGGGGCGCAAGTCGTCGAGGTGTCGGTGGACGATCCTGGTGTGACCTGGGACATTGATGTGCCGGAGGCATTGATCTTCAGATAG MSESIGVIILAAGSGRRFRQVAGPDKDKLLTDCIGRDGAVRSVIEHVLVNLPASLDKRVLVTRNDRPQAIRMAQAYGCDFIELDSPGLGDSIAAGVRACPEVAGWLIVLGDMPFVLPSSIENVAAGIREDGISVPVLAGEYGHPVGFGRGFGPQLMALSGDRGAKVLFAGAQVVEVSVDDPGVTWDIDVPEALIFR NA NA NA NA NA D1-35_02051 3195 rne Ribonuclease E ATGAAAAGAATGCTGATTAACGCAACTCAACCCGAAGAGTTGCGTGTTGCACTGGTAGACGGCCAGCGCCTCTACGACCTGGATATCGAATCCGGTGCACGCGAGCAGAAGAAGGCCAACATCTATAAAGGCCGGATTACTCGCATCGAACCAAGCCTTGAGGCTGCCTTTGTCGATTTCGGCTCCGAGCGCCACGGCTTCCTGCCCCTCAAAGAAATCTCCCGCGAATACTTCAAGAAGGCCCCCGAAGGCCGCGTCAACATCAAGGACGTCCTGAGCGAAGGCCAGGAAGTCATCGTCCAGGTCGAAAAAGAAGAACGTGGCAACAAGGGCGCCGCCCTGACCACCTTCATCAGCCTCGCCGGCCGCTACCTGGTCCTGATGCCGAACAACCCACGTGCCGGCGGTATCTCCCGCCGCATCGAAGGCGAAGAGCGCAACGAACTGCGCGAAGCCCTGAACGGCCTGGTCGCACCCGCCGACATGGGCCTGATCGTGCGCACTGCCGGCCTGGGCCGCAGCAGCGAAGAAATGCAGTGGGACCTCGACTACCTGCTGCAACTCTGGACCGCGATCAAGGAAGCCTCGCTGGATCGTTCCGCACCTTTCCTGATCTACCAGGAAAGCAACGTGATCATCCGCGCCATCCGCGACTACCTGCGCCAGGACATCGGCGAAGTGCTGATCGACAGCGTCGAAGCCCAGGACGAAGCCCTGACCTTCATTCGCCAGGTGATGCCGCAGTACGCCAGCAAGATCAAGCTCTACGAAGACAGCGTTCCGCTGTTCAATCGTTTCCAGATCGAAAGCCAGATCGAGACCGCCTTCCAGCGCGTCGTCGAACTGCCGTCGGGCGGCTCCATCGTCATCGACCCGACCGAAGCCCTGGTGTCCATCGACATCAACTCGGCGCGCGCCACCAAAGGCAGCGACATCGAAGAAACCGCCCTGCAGACCAACCTTGAAGCCGCCGAAGAAATCGCCCGCCAGTTGCGCCTGCGCGACATCGGCGGCCTGATCGTCATCGACTTCATCGACATGACCCCGGCCAAGAACCAGCGCGCCGTGGAAGAAAAGGTCCGTGAATGCCTGGAAGCCGACCGTGCCCGCGTACAGGTCGGTCGTATCTCGCGCTTCGGCCTGCTGGAAATGTCCCGTCAGCGCCTGCGTCCATCCCTGGGCGAAAGCAGCGGCATCGTTTGCCCGCGCTGCAACGGCACCGGCATCATCCGTGACGTCGAGTCGTTGTCCCTGGCGATCCTTCGCCTGATCGAAGAAGAAGCCCTGAAGGACCGCACCGCTGAAGTTCGTGCCCAGGTGCCGATCCCGGTGGCCGCGTTCCTGCTCAACGAAAAACGCAACTCGATCACCAAGATCGAACTGCGCACCCGCGCCCGCATTGTGATCCTGCCGAACGACCACCTCGAGACGCCGCACTTCGAAGTGCAGCGCCTGCGTGATGACAGCCCCGAGGCCCACACCAACCAGTCCAGCTACGAAATCGCCGCGGCCGCCGCCGAAGTCGAAGACGTCCAGCCAGCTGCCGCCACCCGCACCCTGGTTCGCCAGGAGGCAGCGGTCAAGACCGCGCCGGCCCGTGCCAACGCTCCGGTCCCGACCGAAGCCGCCGCACCGGTTGCCGCCCCAGCCGCAGCCCCGGAACCTAGCCTGTTCAAAGGCTTGGTGAAGTCCCTGGTCAGCCTGTTCGCCACCAAGGAAGAGCCTGCCGCCCCGGCCGTTGTCGCCAAGCCTGCCGCTACCGAGCGTCCGGCCCGCAACGAAGAACGCCGCAACGGTCGCCAGCAGACCCGCAACCGCAACGGTCGTCGCGACGAAGAGCGCAAGCCGCGCGAAGAACGTGCTCCGCGTGAAGAGCGCGCACCCCGTGAGCCGCGTGAAGAGCGTCAACCACGCGAAGCCCGTGAGGAAGTTCCAGCGGTAGCCCGCGAAGAACGCGCACCACGTCCGCCTCGCGAAGAGCGCCAGCCACGCGCACCACGTGAAGATCGCAAGCCGCGTGGCGAGCGTGAAGAACGTGTTCGCGAATTGCGCGAGCCTCTGGACGCCGCACCGGCTGTTGCTGCGACGCCTGCGACTCCGGCAGCAGAACGCCCGGCTCGCCAGCCTCGCGAAGAGCGTGCACCGCGTCCGCCGCGTGAAGAGCGTCAGCCGCGCGCCGAGCAGGCAGCCGCCGAAGCCAGCGAAGAGGAAGTACTGAACACCGAAGAGCAGTTGCAGGAAGACGGTCAGGACAGCGCCGAGGGCGATCGTCCACGTCGTCGCTCCCGCGGCCAGCGTCGTCGCAGCAACCGTCGCGAGCGCCAACGCGATGCCAACGGCAACGTGATCGAAGGCTCGGAAGAGTCCGACGCCGGCGAGAACGCCGAAGCGCCTAGCGCTGCCGACCTGGCCGCCGGCCTGGCCGTCACCGCGGCTGTTGCCAGCAGCGCGATCAGCGCCCCAGCCGAGGCCCAGGCACACGAGCAGGCCGAACGGGCCACCGCTGCGGTGGAAGAGGCAGCGGTCGAAGCGCCAGTTGTCGAAGCGACCACTCCGGTAGAAATCACTGCTTCGCCAGAGGTGGAACTCGCACCGGTTCGTGAAGCCGAGCCGCAAGCCGAAGCCGCCGCCGAGCCTGCCCCGGTCGTCGAGCAGCCGGTGGTAGCCGCTGAAATGCCTGCCGAGGAAACCGCACCAGAGCCAGTACGCGAAGAGCAGACCGCTTTCAACTGGAACGCAGAGCCAGCCGCACCAGCGCCGGTTGCTGAACCTGAGCCGGTAGTAACCGTCGAACCGCAAGTGGTCGAGCCTGCGCCAATGGTCGAAGCGCCTGTGGTTGCCGAAGCAGTGGTTGCCGAAGCCCCAGCCCCGGTTGAAGCGCCTGCACCGGTCAGTGCCCTGACCCCTAACGGCCGCGCCCCGAACGATCCACGCGAAGTACGTCGTCGCAAGCGTGAAGCCGAGCGTCTGCAGAAAGAAGCTGAACTGGCCGCCGCAGCTGCCACTCAAGCGCCTGCCGCCGAACCGGCTCCGGTCGTGGAAGAAGTCGCCGAGGCAGCCCTTGCCCCGGTAGCTGAAGCCCCGACTGAATCGGCCCCGGTGATCGACGAACCTCAGCACGCCGCTGAAGAAGAAGTCGCTCCGCGTCACACTGAAGCCCTGGAAAAAGAGCACGAGCCTAAACCTCACGCCTGA MKRMLINATQPEELRVALVDGQRLYDLDIESGAREQKKANIYKGRITRIEPSLEAAFVDFGSERHGFLPLKEISREYFKKAPEGRVNIKDVLSEGQEVIVQVEKEERGNKGAALTTFISLAGRYLVLMPNNPRAGGISRRIEGEERNELREALNGLVAPADMGLIVRTAGLGRSSEEMQWDLDYLLQLWTAIKEASLDRSAPFLIYQESNVIIRAIRDYLRQDIGEVLIDSVEAQDEALTFIRQVMPQYASKIKLYEDSVPLFNRFQIESQIETAFQRVVELPSGGSIVIDPTEALVSIDINSARATKGSDIEETALQTNLEAAEEIARQLRLRDIGGLIVIDFIDMTPAKNQRAVEEKVRECLEADRARVQVGRISRFGLLEMSRQRLRPSLGESSGIVCPRCNGTGIIRDVESLSLAILRLIEEEALKDRTAEVRAQVPIPVAAFLLNEKRNSITKIELRTRARIVILPNDHLETPHFEVQRLRDDSPEAHTNQSSYEIAAAAAEVEDVQPAAATRTLVRQEAAVKTAPARANAPVPTEAAAPVAAPAAAPEPSLFKGLVKSLVSLFATKEEPAAPAVVAKPAATERPARNEERRNGRQQTRNRNGRRDEERKPREERAPREERAPREPREERQPREAREEVPAVAREERAPRPPREERQPRAPREDRKPRGEREERVRELREPLDAAPAVAATPATPAAERPARQPREERAPRPPREERQPRAEQAAAEASEEEVLNTEEQLQEDGQDSAEGDRPRRRSRGQRRRSNRRERQRDANGNVIEGSEESDAGENAEAPSAADLAAGLAVTAAVASSAISAPAEAQAHEQAERATAAVEEAAVEAPVVEATTPVEITASPEVELAPVREAEPQAEAAAEPAPVVEQPVVAAEMPAEETAPEPVREEQTAFNWNAEPAAPAPVAEPEPVVTVEPQVVEPAPMVEAPVVAEAVVAEAPAPVEAPAPVSALTPNGRAPNDPREVRRRKREAERLQKEAELAAAAATQAPAAEPAPVVEEVAEAALAPVAEAPTESAPVIDEPQHAAEEEVAPRHTEALEKEHEPKPHA NA NA NA NA NA D1-35_02053 957 rluC COG0564 Ribosomal large subunit pseudouridine synthase C ATGACAACTACTGCCCCTTCGACCCCAGGCGTTCAACTGCTTGAGGTCTCGCCGGAATATGCCGGCCAACGAATTGATAATTTCCTGCTTGCCCGGCTCAAAGGCGTGCCCAAGACCTTGATCTATCGCATTTTGCGCAAAGGCGAAGTGCGGGTGAACAAAGGTCGGATCAAGCCCGAATACAAGCTCCAGGCGGGCGACGTCGTGCGCGTACCGCCGGTTCGCGTGCCCGAGCGCGATGAGCCGGTGCCACTGGCGCAAGGTTTGTTGCAACGCCTGGAAGCCGCCATCGTCTTCGAAGACAAGGCGCTGATCGTGGTCAACAAGCCCGCGGGCATCGCGGTCCACGGCGGCAGCGGCCTGAATTTCGGCGTGATCGAAGCCTTCCGTCAGCTGCGTCCCGATGCCAAGGAGCTGGAGCTGGTCCATCGTCTGGATCGGGACACCTCCGGGCTGTTGATGATTGCCAAGAAGCGCAGCATGTTGCGCCATCTGCACGAACAGTTGCGCGGCGATGGCGTCGACAAGCGCTACATGGCGCTGGTGCGCGGTCGTTGGGAAACATCCGTCAAGCAGGTCCGCGCGCCGCTGCTCAAGAGCAACCTGCGCTCCGGCGAGCGCATGGTGGAAGTCAACGAAGAAGGCAAGGAAGCGCTGACCGTGTTCAAGGTGCTGCGCCGTTTCGGCGACTTCGCCACCATGGTCGAGGCCAAGCCGGTCACTGGGCGGACCCACCAGATCCGCGTCCACACCCTGCATGCCGGGCATTGCATTGCCGGTGACAGCAAGTACGGGGACGATGACTTCAGCAAGGAAATCCGTGACCTGGGCGGCAAGCGCCTGTTCCTTCATGCCTACATGCTGACCGTGCCGTTGCCGGACGGCGGCGAGCTGAAATTGCAGGCCCCCGTGGATGACATGTGGGCCAAGACCGTGGAGCGGTTGAGTGCATCCTGA MTTTAPSTPGVQLLEVSPEYAGQRIDNFLLARLKGVPKTLIYRILRKGEVRVNKGRIKPEYKLQAGDVVRVPPVRVPERDEPVPLAQGLLQRLEAAIVFEDKALIVVNKPAGIAVHGGSGLNFGVIEAFRQLRPDAKELELVHRLDRDTSGLLMIAKKRSMLRHLHEQLRGDGVDKRYMALVRGRWETSVKQVRAPLLKSNLRSGERMVEVNEEGKEALTVFKVLRRFGDFATMVEAKPVTGRTHQIRVHTLHAGHCIAGDSKYGDDDFSKEIRDLGGKRLFLHAYMLTVPLPDGGELKLQAPVDDMWAKTVERLSAS NA NA NA NA NA D1-35_02054 663 ppaX COG0546 Pyrophosphatase PpaX GTGCATCCTGACTACAAGCTGCTGATATTTGATTGGGACGGCACTCTGGCCAACTCCATCGGTCGGATTGTCGAGTCGATGCACGTCGCGTCGGACCGAACGGGTTTTGCTCGGCGGGATGATTTTGCGGTGAAGGGCATTATCGGTCTTGGGCTGCCGGAAGCGATTCGCAGCCTGTACCCGGAAATCGCTGATGATGAGTTGAGCGTTTTTCGCCAGCATTATGCCGACCACTACATCGCGCTGGAGGCCGAGCCTTCGCCGCTGTTCGACGGCGTGGCCGACACGCTCCAGGCCCTGCGGGAAGAGGGCTATCACCTGGCTGTCGCGACCGGCAAGGCTCGACGCGGGCTGGATCGGGTGCTGAAGTCCCATGGCTGGGACGATTATTTCGACATCACCCGCGCCGCCGACGAAACCGCCAGCAAGCCGCATCCGCTGATGCTTGAGCAAATCCTGGCCCACTGTAATGTGCGGCCCGAGCAGGCGCTGATGGTCGGGGATTCGTCGTTCGACCTGCAGATGGCGCGTAATGCCGGCATGGGCTCTGTCGCTGTCAGTTATGGCGCTCAGACGATCGAGGCGCTTCGGGCGTTTGAACCGTGCCTGGCGATTGACCATTTTCCCGAATTGCACGCGTGGCTGAGCCAGCGTGCCGGTTGA MHPDYKLLIFDWDGTLANSIGRIVESMHVASDRTGFARRDDFAVKGIIGLGLPEAIRSLYPEIADDELSVFRQHYADHYIALEAEPSPLFDGVADTLQALREEGYHLAVATGKARRGLDRVLKSHGWDDYFDITRAADETASKPHPLMLEQILAHCNVRPEQALMVGDSSFDLQMARNAGMGSVAVSYGAQTIEALRAFEPCLAIDHFPELHAWLSQRAG PGPT0001730_4600 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D1-35_02055 990 hypothetical protein ATGACCGATGAATGGAAAGCACCGGCCAAGGCAGATGCCGAGAGCGGTGATGGAAAAAGCTGGAAGCTGTTGGAAAAGACTCTGTTGGCCGGTGTGCAAGAGCAGCGTCGGTCGCGTCGCTGGGGGATCTTCTTCAAGCTGCTGACCTTTGTTTATCTTTTCGTTGCGCTGCTGCTGTTTACGCCGTTGATGAGTATCGAAAAGGGTGCGGTCAGTGGTTCGGCGTATACCGCGTTGATCGACGTTGAAGGAGTGATCGCCGACAAGGAGCCAGCCAGTGCGGATAACATCGTCGGCAGTCTGCGGGCTGCCTTCGAAGATCCGAAGGTCAAGGGCGTGGTGCTGCGCATCAACAGCCCGGGCGGCAGTCCGGTGCAGTCGGGTTACGTCTACGACGAGATCGTCCGGTTGCGCGCGCTTCACCCGAACACCAAGGTCTATGCAGTCATCGCCGATCTCGGCGCGTCGGGTGCCTATTACATTGCCAGCGCTGCGGACCAGATCTATGCCGACAAGGCCAGCCTGGTCGGCTCCATTGGCGTGACGGCGGCCGGTTATGGTTTTGTCGGGACCATGGAGAAGCTCGGTGTGGAGCGGCGGGTCTATACCTCTGGCGAGCACAAGTCGTTCCTTGATCCGTTCCAGCCGCAAAAGCCTGAAGAAACCGCGTTCTGGCAGGGCGTACTCGACACGACTCACAAGCAATTCATTGCCAGCGTCAAGAAAGGCCGCGGCGAGCGCTTGAAGGACAAGGAACATCCGGAATTGTTTTCCGGGTTGGTCTGGTCCGGGGAGCAGGCTTTGCCGCTGGGCCTGATCGATGGCCTGGGCAGCGCCAGTTCGGTGGCTCGGGATGTGATCGGTCAGAAGGACCTGGTGGACTTCACCATCGAAGAATCGCCGTTTGACCGCTTCTCGAAGAAGCTGGGCGCAAGCATCGCCGAGCATCTGGCGATGTGGATGGGCTTCCAGGGCCCGGCGTTGCGCTAG MTDEWKAPAKADAESGDGKSWKLLEKTLLAGVQEQRRSRRWGIFFKLLTFVYLFVALLLFTPLMSIEKGAVSGSAYTALIDVEGVIADKEPASADNIVGSLRAAFEDPKVKGVVLRINSPGGSPVQSGYVYDEIVRLRALHPNTKVYAVIADLGASGAYYIASAADQIYADKASLVGSIGVTAAGYGFVGTMEKLGVERRVYTSGEHKSFLDPFQPQKPEETAFWQGVLDTTHKQFIASVKKGRGERLKDKEHPELFSGLVWSGEQALPLGLIDGLGSASSVARDVIGQKDLVDFTIEESPFDRFSKKLGASIAEHLAMWMGFQGPALR PGPT0030320_2680 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030320-pspA-K04773 NA NA D1-35_02056 579 yceF COG0424 7-methyl-GTP pyrophosphatase ATGCTGCCTTTATTACTTGCCTCAAGCTCGGTCTACCGTCGGGAACTGCTTGCCCGCCTGGGGCTGCCGTTCGTCTGCGACTCACCGGACATCGACGAAAGCCATCGCGCCGGCGAGGCCGCGCTCGAACTGGTGAAACGCCTGGCCCGGGAAAAAACCTTCGCCCTGGCGGACCGTTACCCGGCACACCTGATCATTGGCTCGGACCAGGTCGCCGTGATCGGAGAGCGCATCCTGGGCAAGCCCCACACCTTCGAGAACGCCCGCGAGCAACTGCTGGCCGCCAGCGGGACCAAGGTAACCTTCCTGACCGGCCTGGCACTACTCAACAGCCAGACCGGCGCCTGCCAGGTCGATTGCGTTCCGTTTACCGTAACCATGCGGACATTGGATCAGGCTCGCGTGGAGCGCTATCTGCGCACCGAGCAACCGTACGACTGCGCCGGCAGCTTCAAGGCCGAAGGCCTGGGCGTGAGCCTGTTCCAGCGCACCGAAGGGCCGGACGCCACCAGCCTGGTCGGCCTGCCGCTGATTCGTCTTGTGGACATGTTGCTAGTTGAGGGTGTGGAGGTTCCCTGA MLPLLLASSSVYRRELLARLGLPFVCDSPDIDESHRAGEAALELVKRLAREKTFALADRYPAHLIIGSDQVAVIGERILGKPHTFENAREQLLAASGTKVTFLTGLALLNSQTGACQVDCVPFTVTMRTLDQARVERYLRTEQPYDCAGSFKAEGLGVSLFQRTEGPDATSLVGLPLIRLVDMLLVEGVEVP NA NA NA NA NA D1-35_02057 528 yceD COG1399 Large ribosomal RNA subunit accumulation protein YceD ATGTTGAATGACCCGATTCCACCTCACGTTGACCCGCGCAAATTGGCTGACCGTGGCACCACCCTTCAAGGTGAATTGCTGCTGGCCGATTTGAAGAGACTCTGCGACCCGCTTTCCGACGATGTCGGTACGGTCCAGGCCAAATTCGTTTTTGAACGAGATGAACGTAAATCTGTGGTGATCCACAGCTTTATCGACACTGAAGTCAAAATGGTTTGCCAGCGTTGTCTTGAGCTGGTCACCCTGCCGATCCACAGCGAATGCAGTTACGCCGTGGTGAAGGAGGGTGCGAATACCCAGTCGTTGCCGAAAGGTTATGACGTGCTGGAACTGGGCGAAGATCCATTGGATCTGCAGTCACTGATCGAGGAGGAGCTTCTGCTCGCCTTGCCCATTGTGCCTGCTCATCATCCGGAAGAATGCCAGCAGCCGGCGGGAGCAGATGAGCCCGAACCGAGCGAGGACGAGGTAACGCGGTCCAACCCGTTCAGTGTATTGGCGCAGTTAAAGCGTGACCCAAACGTTTAG MLNDPIPPHVDPRKLADRGTTLQGELLLADLKRLCDPLSDDVGTVQAKFVFERDERKSVVIHSFIDTEVKMVCQRCLELVTLPIHSECSYAVVKEGANTQSLPKGYDVLELGEDPLDLQSLIEEELLLALPIVPAHHPEECQQPAGADEPEPSEDEVTRSNPFSVLAQLKRDPNV NA NA NA NA NA D1-35_02058 183 rpmF COG0333 50S ribosomal protein L32 ATGGCTGTTCAGCAGAACAAAAAATCCCGCTCTGCCCGTGACATGCGCCGTTCGCACGACGCTCTCGAGGCTAGCACCCTGTCTGTAGAAAAAACCACCGGTGAAGTTCACCTGCGTCACCACGTATCGCCAGAAGGCGTATACCGTGGCCGTAAAGTGATCGACAAGGGCGCCGACGAGTAA MAVQQNKKSRSARDMRRSHDALEASTLSVEKTTGEVHLRHHVSPEGVYRGRKVIDKGADE NA NA NA NA NA D1-35_02059 981 plsX COG0416 Phosphate acyltransferase ATGGGCGGGGACTTCGGTCCCCGCAGCATTGTCCAGGCCAGCCTCGCTTGCCTGAATGCTACGCCCTCGCTGCACCTGACCCTCGTCGGTCAACCCTCCCTCCTGGAAGAATTGCTCAGTGGCTATCCCGCTGCGGATCGCGCGCGCCTGACGATTACCCCGGCGTCCGAAGTCATCGCCATGGACGAGAAGCCTGCCCAGGCTCTGCGCGGCAAGCCCGACGCCTCGATGCGCGTGGCATTGGAGCTGTTGCGCGACGACAAGGTCCAGGCGTGTGTCAGTGCGGGTAATACCGGGGCGTTGATGGCGCTGTCCCGCTACGTGCTGAAAACCCTGCCGGGGATCGATCGGCCCGCCATGGTCGCGGCGATCCCGACCCAGCGCGGTTTCTGCCAGCTATTGGACCTGGGCGCCAATGTCGACTGCAGCGCCGAGCATTTGCTGCAGTTCGCGGTGATGGGCTCGGTCGCGGCTGAAACCCTCGGCATCGCTCGCCCTCGCGTGGCACTGCTGAATATCGGCACCGAAGACATCAAGGGTAATCAGCAGGTCAAGCTCGCGGCCACATTGTTGCAAAGCGCCCGGGGCATCAATTACATCGGTTTTGTCGAGGGTGACGGGCTATATCGCGGCGAGGCGGACGTGGTGGTATGCGACGGTTTTGTCGGCAATATCCTGCTCAAGTCCAGCGAAGGCCTGGCGACCATGATTGGCGGCCGCATCGAGGCCCTGTTCAAGCAGAGCCTGGCTTCCAGGGCGGTGGGTGCGCTGGCATTGCCGCTGATGCGTCGTCTGCAGGCGGATCTGGCCCCGGCGCGGCACAATGGTGCGAGTTTTCTCGGGCTGCAGGGCATCGTGATCAAGAGTCATGGTTCGGCTGGGGTGCAGGGCTTTCAGAGTGCAATCAACCGGGCGGTGATTGAAATCGAGGAAAACCTGCCTGAGCGCCTGCATGGCCGTCTTGAAGATTTGTTAACTTAG MGGDFGPRSIVQASLACLNATPSLHLTLVGQPSLLEELLSGYPAADRARLTITPASEVIAMDEKPAQALRGKPDASMRVALELLRDDKVQACVSAGNTGALMALSRYVLKTLPGIDRPAMVAAIPTQRGFCQLLDLGANVDCSAEHLLQFAVMGSVAAETLGIARPRVALLNIGTEDIKGNQQVKLAATLLQSARGINYIGFVEGDGLYRGEADVVVCDGFVGNILLKSSEGLATMIGGRIEALFKQSLASRAVGALALPLMRRLQADLAPARHNGASFLGLQGIVIKSHGSAGVQGFQSAINRAVIEIEENLPERLHGRLEDLLT PGPT0024410_2289 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024410-plsX-K03621 NA NA D1-35_02060 939 fabD_1 COG0331 Malonyl CoA-acyl carrier protein transacylase ATGTCTGCTTCCCTCGCATTCGTCTTTCCAGGACAGGGCTCGCAGTCCCTCGGCATGCTGGCCGAGCTGGGCGCGCAATACCCGTTGATCCTGGAAACATTCAAAGAAGCATCCGATGCACTCGGCTACGACTTGTGGGCACTGACCCAGCAAGGGCCGGAAGAGCAACTTAACCAGACCGACAAGACCCAACCCGCGATCCTGACCGCCTCCATTGCGCTGTGGCGCTTGTGGCTGGCTGAAGGCGGCGCGCGTCCGGCGTTTGTCGCCGGTCACAGCCTGGGTGAGTACAGCGCCCTGGTGGCGGCTGGCAGCCTGAGCCTTGGCGACGCGGTCAAGCTGGTGGAACGGCGTGGCCAGTTGATGCAGGAAGCGGTTCCGGCCGGGCAGGGTGGCATGGCCGCTATCCTCGGCCTGGAAGACGCCGATGTGTTGGCAGCCTGTGCCGAAGCGGCGCAAGGCGATGTGGTCAGCGCGGTGAATTTCAATTCGCCGGGCCAGGTGGTCATTGCCGGCGCCAAGGCGGCTGTCGAGCGCGCGATCGAAGGTTGCAAGGCCCGTGGCGCCAAGCGCGCGATGCCCTTGCCGGTCAGCGTTCCGTCGCACTGCGAGCTGATGCGCCCGGCCGCCGAGCGGTTTGCCGAATCCATCGCCGCCATCGACTGGCAGGCGCCGCAGATTCCCGTGGTTCAGAATGTCAGCGCCAACGTGGCGCCGGATCTCGAGACCCTCAAGCGCGATCTGCTGGAACAACTCTACAAGCCGGTTCGCTGGGTCGAATCGGTACAGACCCTGGCAGCCAAGGGCGCGACCGAACTGGTCGAGTGCGGCCCTGGCAAGGTGCTGGCAGGTCTGAACAAACGCTGCGCCGAAGGCGTGTCGACTTCCAATCTCAACACCCCAGACGCTTTCGCTGCCGCTCGTGCAGCGCAAGCCTGA MSASLAFVFPGQGSQSLGMLAELGAQYPLILETFKEASDALGYDLWALTQQGPEEQLNQTDKTQPAILTASIALWRLWLAEGGARPAFVAGHSLGEYSALVAAGSLSLGDAVKLVERRGQLMQEAVPAGQGGMAAILGLEDADVLAACAEAAQGDVVSAVNFNSPGQVVIAGAKAAVERAIEGCKARGAKRAMPLPVSVPSHCELMRPAAERFAESIAAIDWQAPQIPVVQNVSANVAPDLETLKRDLLEQLYKPVRWVESVQTLAAKGATELVECGPGKVLAGLNKRCAEGVSTSNLNTPDAFAAARAAQA PGPT0008350_2395 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 D1-35_02061 744 fabG_3 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAGTCTGCAAGGTAAAGTTGCACTGGTGACCGGTGCAAGCCGCGGCATCGGCCAGGCTATCGCACTGGAATTGGGTCGCCAAGGCGCCATTGTCATTGGCACCGCGACTTCCGCTTCAGGCGCCGAGCGTATCGCCGCGACCTTGAAGGAAAACGGCATCCAAGGCACCGGCCTTGAGCTGAATGTCACCAGCGACGAATCTGTTGCGGCGGTTCTGGCAAGCATCCAGGAGCAGTTCGGCGCTCCGGCGATCCTGGTCAATAATGCCGGCATCACTCGCGATAACCTGATGATGCGCATGAAAGATGACGAATGGTTCGATGTGGTCGATACCAACTTGAACAGCCTGTATCGGCTGTCCAAGGGCGTTCTGCGTGGCATGACCAAGGCCCGTTGGGGCCGAATTATCAGTATCGGCTCGGTTGTGGGTGCCATGGGCAACGCTGGCCAAGTAAACTATGCTGCGGCTAAAGCCGGCCTGGAAGGTTTCAGCCGTGCGCTGGCACGGGAAGTCGGTTCGCGCTCGATTACGGTAAACTCGGTTGCACCGGGTTTCATCGACACCGACATGACCCGCGAACTGCCGGAAGCACAGCGTGAAGCTTTGTTGACACAGATTCCGCTGGGCCGTCTGGGGCAAGCTCAAGAAATCGCGTCCGTGGTCGCTTTTCTTGCTTCGGACGGTGCGGCATACGTGACTGGGGCTACAATCCCGGTAAACGGCGGGATGTACATGAGTTAA MSLQGKVALVTGASRGIGQAIALELGRQGAIVIGTATSASGAERIAATLKENGIQGTGLELNVTSDESVAAVLASIQEQFGAPAILVNNAGITRDNLMMRMKDDEWFDVVDTNLNSLYRLSKGVLRGMTKARWGRIISIGSVVGAMGNAGQVNYAAAKAGLEGFSRALAREVGSRSITVNSVAPGFIDTDMTRELPEAQREALLTQIPLGRLGQAQEIASVVAFLASDGAAYVTGATIPVNGGMYMS PGPT0003180_14371 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 D1-35_02062 237 acpP_1 COG0236 Acyl carrier protein ATGAGCACCATCGAAGAGCGCGTCAAGAAAATCGTTGCCGAGCAACTGGGCGTTAAAGAAGAAGAAGTTGTGAACACCGCTTCCTTCGTCGAAGACCTGGGTGCCGACTCCCTTGACACCGTTGAGCTGGTGATGGCTCTGGAAGAGGAATTCGAGACCGAGATTCCTGACGAAGAAGCTGAAAAGATCACTACTGTACAAGCTGCTATCGACTACGTTACCAGCCACCAGGCGTAA MSTIEERVKKIVAEQLGVKEEEVVNTASFVEDLGADSLDTVELVMALEEEFETEIPDEEAEKITTVQAAIDYVTSHQA PGPT0011375_6292 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D1-35_02063 1245 fabF_2 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 GTGTCGCGTAGACGCGTCGTAGTCACCGGTATGGGTATGTTGTCGCCACTGGGCACGGATGTGCCGAGCAGCTGGCAGGGCATTCTGGCTGGCCGTAGTGGCATTGGTCTGATCGAACACACCGACCTTTCTGCCTATTCCACCCGTTTTGGCGGCTCGGTAAAGGGTTTCAATGTCGAGGAATACCTGTCGGTCAAGGAAGCCCGCAAGCTTGACCTGTTCATTCAATACGGCCTGGCAGCCGGTTTCCAGGCGGTGCGCAATGCCGGGCTGGAAGTCACCGACGCCAACCGTGAGCGCATCGGCGTGGCCATGGGTTCGGGTATTGGCGGCTTGACCAATATCGAAGAAACCAGCCGTACGCTGCATGATTCCGGGCCGCGGCGTATTTCGCCGTTTTTCGTGCCGGGCTCGATCATCAATATGATTTCCGGTTTCCTGTCCATCCACCTTGGTGCACAGGGACCCAACTACGCCATCGCTACTGCCTGCACCACGGGCACGCACTGCATCGGCATGGCCGCGCGCAACATCATGTACGACGAAGCTGACGTGATGATTGCCGGTGGCGCCGAAATGGCCGCCTGCGGCCTCGGCATGGGCGGTTTCGGCGCGTCCCGTGCGCTGTCGACCCGCAACGATGAGCCGGACCGGGCTAGCCGCCCGTGGGACAAGGGCCGCGATGGTTTCGTACTGTCGGACGGTGCCGGTGCGCTGGTGCTCGAAGAACTTGAGCACGCCAAGGCTCGTGGCGCGACCATCTATGCCGAACTGATCGGCTTCGGTACCAGCGGCGATGCGTTCCACATGACGTCGCCACCGGCCGATGGCGCCGGTGCGGCCCGTTGCATCACCAATGCCTTGCGCGACGCCAAGCTCAATCCAGGGCAGGTGCAGTACATCAACGCCCATGGTACGTCGACCCCGGCCGGCGATCTGGCCGAAGCCCAGGCCATCAAGACGGTGTTTGGCGACCACGCCTACAAACTGGCTGTCAGCTCGACCAAATCGATGACCGGCCACCTGTTGGGCGCGGCAGGTGCGGTGGAAGCGATCTTCAGCGTACTGGCGATCAACAGCCAGGTGGCGCCGCCGACCATCAACCTTGATGAGCCGGACGAGGGCTGCGACCTCGACTTCGTGCCACATACCGCCCGCAGCATGGACATCGACGTCGTGTTGTCCAATTCCTTCGGCTTCGGCGGGACCAACGGCTCGCTGGTGTTTCGCCGGTTCGCCGGTTGA MSRRRVVVTGMGMLSPLGTDVPSSWQGILAGRSGIGLIEHTDLSAYSTRFGGSVKGFNVEEYLSVKEARKLDLFIQYGLAAGFQAVRNAGLEVTDANRERIGVAMGSGIGGLTNIEETSRTLHDSGPRRISPFFVPGSIINMISGFLSIHLGAQGPNYAIATACTTGTHCIGMAARNIMYDEADVMIAGGAEMAACGLGMGGFGASRALSTRNDEPDRASRPWDKGRDGFVLSDGAGALVLEELEHAKARGATIYAELIGFGTSGDAFHMTSPPADGAGAARCITNALRDAKLNPGQVQYINAHGTSTPAGDLAEAQAIKTVFGDHAYKLAVSSTKSMTGHLLGAAGAVEAIFSVLAINSQVAPPTINLDEPDEGCDLDFVPHTARSMDIDVVLSNSFGFGGTNGSLVFRRFAG PGPT0008360_4554 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-35_02064 816 pabC COG0115 Aminodeoxychorismate lyase ATGGAAAGCTGGGTCGACGGTCAGCCGGCTGACGCTCTGTCGCTGAAAGATCGCGGCCTGGCCTACGGTGATGGGTTGTTCGAAACCATCGCCGTGCGGGACGGTAAGCTCGTTCTGCTTGAGGGGCATCTGCAACGCCTCGCGTTGGGATGCCGACGGTTGGCAATCAGTGCCGATTGGGCGGTATTGAATGCAGAACTGCAAGCCTATGCGCAGCAGCTCGGCGATGGCGTTCTGAAACTGATCGTGACCCGTGGCGACAGTCTGCGGGGCTATGCCGCCAATCCTTCAGCCCAGGCCCGCCGCATCTTGCAGGGCAGCCCGCCGGCGGCCTATCCACTGGCCCATGCCGAGCAAGGCGTTCAGCTGTTTCCTTGCACTACACGCCTGTCCGAGCAACCGTTGCTCGCCGGCCTCAAACACCTCAATCGCCTTGAACAAGTGCTGGCCCGCGCCGAGTGGAGCGACACCGAGCATGCCGAAGGCTTGATGCTGGATATGTCCGGGCGGGTGATCGAAGGCGTGTTCAGTAATCTGTTCACGGTGCACGACGGAGCGCTGATCACGGCGGATCTGAGCCGTTGTGGTGTCGCCGGGGTGATGCGTGGGCAATTATTGTTTCAAGCCGAGTCTGATGGCATCGCTACTCAGGTCACCAATATCCGCCTCGAACAGCTGCACCAGGCCGACGAGGTCTTTGTCTGCAACAGCGTTTATGGCGTGTGGCCGGTACGCGGATGCGGTTCGGCGCGCTGGTCGGTTGGCCCGCTCACCCGTAAACTGCAGACCCTTGCCCGTGCGCTATTGGATGCTTGA MESWVDGQPADALSLKDRGLAYGDGLFETIAVRDGKLVLLEGHLQRLALGCRRLAISADWAVLNAELQAYAQQLGDGVLKLIVTRGDSLRGYAANPSAQARRILQGSPPAAYPLAHAEQGVQLFPCTTRLSEQPLLAGLKHLNRLEQVLARAEWSDTEHAEGLMLDMSGRVIEGVFSNLFTVHDGALITADLSRCGVAGVMRGQLLFQAESDGIATQVTNIRLEQLHQADEVFVCNSVYGVWPVRGCGSARWSVGPLTRKLQTLARALLDA PGPT0008020_1166 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008020-pabC-K02619 NA NA D1-35_02065 1173 mltG COG1559 Endolytic murein transglycosylase GTGAGACGTAAATTCTTGCTGCTGCTGGAAGTCGGACTGGTTCTGGCAGGGCTGTTGCTGGGCGCTTCGGCGTGGAAAATTCACTCGGCGCTGCAGCAGCCGTTGAACATCACCCAGGAAGAACTGCTTGACGTACCCAGCGGCACCACGCCGACCGGGACGCTCAATCGCCTGGAAGCCGATGGCCTGATCAAGGATGCATTCTGGCTGCGGGTGTACTGGCGCTTCAACCTCGCCGGCCAACCCCTGCACTCCGGCGAATACCGGATGGTCCCAGGGATGACGATGGACGGCCTGATCGGTGTCTGGAAGCGTGGTGACGTGGTGCAATACAGCGTCACGCTGGTGGAGGGCTGGAATTTCCGTCAGGTTCGCGCAGCGCTGGCCAAGGATGAGAAGCTCCAGCAGACCCTCGCCGGCCTGAGCGACAGTCAGGTGATGGACCGTCTTGGTCATTCCGGGATATTTCCCGAAGGCCGGTTCTTCCCGGATACCTATCGGTTCGTGCGCGGTACGTCGGATACCGATCTGCTGAAGAAGGCCTACGATCGGCTGGAAGAGGTGCTCGCCAAGGAGTGGGCGCAACGAGCCGCCGACGTGCCTTACACCCAGCCCTACCAAGCATTGATCATGGCTTCCCTGATCGAGAAGGAGACCGGCGTGCCCCAGGAGCGTGGCCAGATCGCCGGGGTGTTCGTGCGCCGCTTGCGCCTGGGCATGTTGTTGCAGACCGATCCCACCGTAATCTATGGCCTGGGGGAGCGCTACACCGGCAAGCTCACCCGTGCCCATCTGAAAGAACCGAATCCCTACAACACCTATCTGGTTCCAGGGCTGCCGCCGACGCCGATCGCGATGGTCGGGCGCGAGGCGATTCATGCGGCGTTGAACCCGGCGGACGGCAACAGCCTTTATTTCGTGGCCCGGGGCGATGGCAGCCATGTGTTTTCCGATGACCTGGAAACGCACAATAACGCGGTGCGCGAATACCAACTCAAGCGCCGCGCCGATTATCGTTCGAGCCCGGCCCCGGTTGCGCCGGACGATGTGGCGCCGATTCCCGCCGCTTCACCTGATACGGCGCCTGAAGCCGTGCCCCAGGTGCCGCCTCAGGAGCCCGCGCCGCAACCTGCCCCCGAACCGAATGCCAGCGAGCCGCCGAGCCCGCAATGA MRRKFLLLLEVGLVLAGLLLGASAWKIHSALQQPLNITQEELLDVPSGTTPTGTLNRLEADGLIKDAFWLRVYWRFNLAGQPLHSGEYRMVPGMTMDGLIGVWKRGDVVQYSVTLVEGWNFRQVRAALAKDEKLQQTLAGLSDSQVMDRLGHSGIFPEGRFFPDTYRFVRGTSDTDLLKKAYDRLEEVLAKEWAQRAADVPYTQPYQALIMASLIEKETGVPQERGQIAGVFVRRLRLGMLLQTDPTVIYGLGERYTGKLTRAHLKEPNPYNTYLVPGLPPTPIAMVGREAIHAALNPADGNSLYFVARGDGSHVFSDDLETHNNAVREYQLKRRADYRSSPAPVAPDDVAPIPAASPDTAPEAVPQVPPQEPAPQPAPEPNASEPPSPQ NA NA NA NA NA D1-35_02066 633 tmk COG0125 Thymidylate kinase GTGACTGGCTTGTTTATAACCCTGGAAGGCCCCGAAGGCGCCGGCAAGAGCACCAACCGCGAATACCTCGCCGAACGTTTGCGGGCTGAAGGCATCGAGGTGGTGCTGACCCGTGAGCCGGGCGGCACGCCATTGGCCGAGAGGATTCGCGAGGTGCTGCTGGCACCCCTTGACGAGGTCATGAACCCCGACACCGAGCTGTTGCTGGTTTTCGCTGCCCGGGCGCAACATCTGGCCGAGGTGATCCGCCCGGCGCTGGCCCGTGGTGCGGTGGTGCTGTGTGATCGCTTCACCGATTCGACCTATGCCTACCAGGGGGGCGGCCGGGGCTTGTCCCTTGAGCGTATCGCCGCGTTGGAAACCTTTGTCCAGGCGGACCTGCGGCCAGACCTGACTCTGGTGTTCGACTTGCCGGTGGACATCGGTCTGGCCCGCGCCAGCGCCCGGGGTCGGCTTGATCGCTTCGAGCTGGAAGGGCAGGCCTTCTTCAACGCCGTGCGCAATGCCTTCCTGGAGCGTGCCCAGGCTGATCCGGCGCGTTACCTGCTGATCGACGCCGCCCAACCGCTGGCACAGGTCCAGCAATCGCTGGATGGTCTGCTGCCGCGTCTGCTGGAGCGTGCCCGTGGCTGA MTGLFITLEGPEGAGKSTNREYLAERLRAEGIEVVLTREPGGTPLAERIREVLLAPLDEVMNPDTELLLVFAARAQHLAEVIRPALARGAVVLCDRFTDSTYAYQGGGRGLSLERIAALETFVQADLRPDLTLVFDLPVDIGLARASARGRLDRFELEGQAFFNAVRNAFLERAQADPARYLLIDAAQPLAQVQQSLDGLLPRLLERARG PGPT0021395_3499 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943 NA NA D1-35_02067 987 holB COG0470 DNA polymerase III subunit delta' GTGGCTGAAGCCTATCCGTGGCAGGACAGCCTCTGGCAGCAATTGGCCGGGCGTGCCCAGCATGCCCATGCCTACCTGCTGCACGGTCCGGCCGGGATCGGCAAGCGGGCGCTGGCCGAACGCCTGATGGCGAGCCTGTTGTGCCAGGCCCCGGTGGCCGCGGGCGCCTGCGGCGAATGCAAGTCCTGCCTGCTGCTCAAGGCCGGTAGCCATCCAGACAATTACGTGCTGGAGCCTGAAGAGGCGGACAAGGCGATCAAGGTCGACCAGGTCCGGGACCTTGTGAGTTTCGTCGTCCAGACCGCGCAGATGGGCGGGCGCAAGGTCGTGTTGATCGAACCGGTGGAGTCGATGAACATCAACGCTGCCAATGCCTTGCTCAAGAGTCTCGAAGAGCCTTCCGGGAATACCGTCCTGCTGTTGGTCAGCCACCAGCCGAGTCGGTTGTTGCCGACCATCAAGAGCCGTTGCGTGCAGCAGGCTTGTCCGCTGCCCAGCGAGGCCATGAGCCTGCAGTGGCTGGGCCAGGCCTTGCCTGACAGCAGCGATGAGGAGCGTGTCGAGCTGCTGACCCTGGCCGCCGGTTCGCCACTGGCGGCCGTCAGCCTCCAGGCCCAGGGCGTGCGTGAGCAGCGGGCACTGGTAGTGGACGGCGTCAAGAAGCTGCTCAAGCAACAGCAGTCGCCGACGCAACTGGCCGAGGGCTGGAACGCCATTCCGTTGCTGCTGCTGTTCGACTGGTTCTGCGACTGGTCGAGCCTGATCCTGCGTTATCAGCTCACCGAGGACGAGGCTGGGCTGGGACTGGCGGACATGCGCAAGGTGGTCCAGTACCTGGCGCAAAAAAGCAGCCAGGACAAAATCCTGAACATTCAGGACTGGATCCTTGCCCAACGCCAGAAGGTGCTGAGCAAGGCCAACCTCAATCGCGTCCTGTTGCTGGAGGCGCTGTTGGTGCAATGGGCAAGTTTGCCTGGTCGTAACTGA MAEAYPWQDSLWQQLAGRAQHAHAYLLHGPAGIGKRALAERLMASLLCQAPVAAGACGECKSCLLLKAGSHPDNYVLEPEEADKAIKVDQVRDLVSFVVQTAQMGGRKVVLIEPVESMNINAANALLKSLEEPSGNTVLLLVSHQPSRLLPTIKSRCVQQACPLPSEAMSLQWLGQALPDSSDEERVELLTLAAGSPLAAVSLQAQGVREQRALVVDGVKKLLKQQQSPTQLAEGWNAIPLLLLFDWFCDWSSLILRYQLTEDEAGLGLADMRKVVQYLAQKSSQDKILNIQDWILAQRQKVLSKANLNRVLLLEALLVQWASLPGRN NA NA NA NA NA D1-35_02068 357 hypothetical protein ATGAACGAACCTGTCAGCCCCGGGCCACGCAATGGCATCCTGTCCCTGACCATCAAGGACAAGTCGGTGCTCTACGCCGCCTACATGCCCTTCATCAGGAATGGCGGCCTGTTTATCCCGACCAACAAGAATTATCGCCTGGGCGATGAGGTGTTCATGCTGTTGAGCCTGATGGACGAACCGGAGAAAATCCCGGTCGCCGGCAAGGTGATCTGGCTCACCCCCAAAGGCGCCCAGGGCAACCGGGCGGCCGGGGTTGGCGTGCAGTTCAACGAAGGCGACAACTCGGCTCGCAATCAGATCGAAACCCACCTGGCCGGAACCCTCAAGTCCGACCGTCCTACCCATACGATGTAG MNEPVSPGPRNGILSLTIKDKSVLYAAYMPFIRNGGLFIPTNKNYRLGDEVFMLLSLMDEPEKIPVAGKVIWLTPKGAQGNRAAGVGVQFNEGDNSARNQIETHLAGTLKSDRPTHTM PGPT0015970_293 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015970-pilZ-K02676 NA NA D1-35_02069 795 ycfH COG0084 putative metal-dependent hydrolase YcfH ATGCTTGTAGATTCCCATTGTCACCTTGATCGCCTCGACCTTGCCGCCCATGGCGGTTCGCTGGACGCCGCGCTGGATGCAGCGCGCCAACGAGGCGTCGGGCATTTCCTGTGCATCGGTGTCAGCGCCGATAACGCCGCCGACGTCAAGGTCCTGGCCGACCGTTATGCGGATGTTGATTGTTCGGTGGGTATCCACCCGCTGGACGTACAGCCCGATGCCGCGCCGGCCCTGGACTGGCTGCTGCGCGAGCTCGACCATCCTCGGGTGGTGGCCATTGGCGAGACTGGCCTCGACTATCACTACGAGCCGGAGGCCGCCGAGGTGCAGCAGGCTTCGTTCCGCTTGCACCTGGAAGCGGCTCGTCAGACTGGCAAGCCGGTAATCATCCACACCCGCGGTGCCCGCGCCGATACCCTGGATCTGCTGCGCGACGCGGCGTTGCCCCAGGCGGGCGTGCTGCATTGCTTCACCGAGGACTGGGACATGGCCAAGGCTGCGCTGGACATGGGTTACTACATCTCCCTGTCCGGAATTGTCACGTTTCGCAATGCCGATGCCCTGCGCGACGTCGCCAGCAAAGTGCCGGCAGATCGATTGCTGGTGGAGACCGATTCGCCCTACCTGGCGCCAATACCCTATCGCGGCAAGCCGAACCTTCCTCAGTATGTGCGCGAGGTGGCCGAGTTCCTGGCCATGTTGCGCGGTGAATCCTATGAGCGGTTCGCGCAGCAGACCACGGAAAACTTCAAGCGCCTGTTCCCCCTGGCGCATGTCGGTTCGCCGAGGGCCTGA MLVDSHCHLDRLDLAAHGGSLDAALDAARQRGVGHFLCIGVSADNAADVKVLADRYADVDCSVGIHPLDVQPDAAPALDWLLRELDHPRVVAIGETGLDYHYEPEAAEVQQASFRLHLEAARQTGKPVIIHTRGARADTLDLLRDAALPQAGVLHCFTEDWDMAKAALDMGYYISLSGIVTFRNADALRDVASKVPADRLLVETDSPYLAPIPYRGKPNLPQYVREVAEFLAMLRGESYERFAQQTTENFKRLFPLAHVGSPRA NA NA NA NA NA D1-35_02070 639 hypothetical protein ATGCACAAAGAACCCCGTAAGGTCCGTGAGTTTCGTCGCCGCGAGCAGGAAATTCTCGACACCGCGCTCAAGTTGTTCCTCGACCAGGGTGAAGACAGTGTCACCGTCGAGATGATTGCGGATGCCGTGGGTATCGGCAAAGGCACGATTTATAAACATTTCAAATCCAAGGCCGAGATCTACCTGCGGCTGATGCTCGATTACGAGCGCGATTTGAACGAGTTGTTGCATTCGGCCGATGTGGACAAGGACAAGGAAGCGCTTTCCCGGGCCTATTTCGAGTTCCGCATGCGCGACCCGCAGCGTTACCGCTTGTTCGACCGTCTGGAAGAGAAGGTGGTCAAGGGCAACCAGGTGCCGGAAATGGTCGAGGAGCTGCACAAGATCCGCGCTTCCAACTTCGAACGCCTGACCCTGCTGATCAAGGGCCGGATCAGCGAAGGCAAGCTCGAAGATGTGCCGCCGTATTTCCATTACTGCGCAGCCTGGGCGCTGGTGCATGGCGCCGTGGCGCTGTATCACTCGCCGTTCTGGAGCAATGTGCTTGAAGATCAGGAAGGCTTCTTCCAGTTCCTGATGGACATTGGCGTGCGCATGGGCAACAAGCGCAAGCGCGACACCGACGTCCCGAGCAGTTGA MHKEPRKVREFRRREQEILDTALKLFLDQGEDSVTVEMIADAVGIGKGTIYKHFKSKAEIYLRLMLDYERDLNELLHSADVDKDKEALSRAYFEFRMRDPQRYRLFDRLEEKVVKGNQVPEMVEELHKIRASNFERLTLLIKGRISEGKLEDVPPYFHYCAAWALVHGAVALYHSPFWSNVLEDQEGFFQFLMDIGVRMGNKRKRDTDVPSS NA NA NA NA NA D1-35_02071 969 moaA COG2896 GTP 3',8-cyclase ATGATCGTTGACCGTCAAGGCAGGCGTTTTCGCAATTTGCGGATCAGCCTGACTTCAGCCTGCAACTATGCCTGTACCTACTGCGTGCCAGACGGCAAGCGGCTGGTGGCTGCGCAGGATGAACTGTCGGCCGAGGCCATGGCGCGGGGCGTGGCCTATCTGATCGAAGCCGCCGGCATCGAGCGGTTGCGCATCACCGGTGGAGAGCCACTGGTCAGCCCCAAGCTGGAAAGCTTCATGACGGCGGTGGGGCAGATGGGGCTGCAGGACATCAGTCTGACCACCAATGGTCAACTGCTGGCAAAGAAGCTGCCGCTGCTGGTCAACGCCGGTATCCGCCGTATCAACGTCTCCCTCGACACCCTGGACCCCGTGGCGTTTCGCAGCATTGCCCGTGGTGGTGACCTGGCGACTGTGCTGGACGGCATGGAGCAGGCCCGGGCGGCGGGAATGAAGATCAAGGTCAACATGGTGCCGTTGCGCGGGCAGAACCTGGACCAGGTGATGCCATTGCTCCAGTACTGCCTGGAGCGTGGTTATGAGTTGCGTTTCATCGAGTTGATGCGCATGGGCCACCTGGCCAAGGACTCCAATGCGTTCCTTCAACAGTTCGTCAGCCTCCAGCAGTTGCTGGGCCTGATTGGCGACCAGTACGAATATCTGCAGGCCGATGCGCCGATCGATGCCACGGCCGTGCGTTACGAGATTCCGGGGTTGGGGCATTTCGGTGTGATTGCCAACGAAAGCGTGCCGTTCTGCCGCACCTGTTCGCGGCTGCGGCTGTCTTCCACGGGCTGGTTGCATGGCTGCCTGTCGTCGAGTAACCGTCACTACGTTGGCGATCTGTTGGACAAACCGCGTCACCAGGCATTGCCGGCGCTCCAGCGGCTGTTGGTCAAGGCCTTGGGGGACAAGCAGGAAGTGGCGTTCTCCGGTGGTGCGACGATCATGAAAATCATCGGCGGCTGA MIVDRQGRRFRNLRISLTSACNYACTYCVPDGKRLVAAQDELSAEAMARGVAYLIEAAGIERLRITGGEPLVSPKLESFMTAVGQMGLQDISLTTNGQLLAKKLPLLVNAGIRRINVSLDTLDPVAFRSIARGGDLATVLDGMEQARAAGMKIKVNMVPLRGQNLDQVMPLLQYCLERGYELRFIELMRMGHLAKDSNAFLQQFVSLQQLLGLIGDQYEYLQADAPIDATAVRYEIPGLGHFGVIANESVPFCRTCSRLRLSSTGWLHGCLSSSNRHYVGDLLDKPRHQALPALQRLLVKALGDKQEVAFSGGATIMKIIGG PGPT0008410_3947 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639 NA NA D1-35_02072 606 hypothetical protein ATGCGTAGCCTGTTTTTGCTGCTGGCCGTTTTGACGCTGGGTGGCTGCATGAATGTCAGCGACATGGGGGAGGGCGTTCGTTATCACATGAGCGACGCCGGCCTGCTGGACCATAGCGACAGCCGTCGGGTGAACAACCTGCGCATTCAGCCGGATTCCTTCATCTACATTGCCCAGGGTGCTTTTGCTCCGCCAGGCAGCGCTTATCCGCGGCCCAATGTCGTGGCTGAAGAAGCGTTCAACGGTTTCATCGAGTATTTCCCCATGGTTCGTCGCGCCCGGGTCCCGGAAGGCCTCGACCAGGCGATGGGCGAAGCGCGGGCCGCCGGTGCTCATTACTTGCTGTATACCCGGTTCGCCAAGGCGGACAACCGCATCGGCAACACCGACGAATGGCTGGACGAAGAAGCCGTGGATCGACTGGGTGTCGATACCGGTGTCATTCAGATCATGTTGATCGAGACCAGCACCCAGTATTTGATTGATACTGCGCGTATCAAAAGTCGTGGCGGTTTACTGACGTTGCACGACAAACAGCCAGAAGACTTGATCGCCGCCCCACTGCGTGAATATGCCCGCACCTTGCTGGGGATAAGCGACCAGTAA MRSLFLLLAVLTLGGCMNVSDMGEGVRYHMSDAGLLDHSDSRRVNNLRIQPDSFIYIAQGAFAPPGSAYPRPNVVAEEAFNGFIEYFPMVRRARVPEGLDQAMGEARAAGAHYLLYTRFAKADNRIGNTDEWLDEEAVDRLGVDTGVIQIMLIETSTQYLIDTARIKSRGGLLTLHDKQPEDLIAAPLREYARTLLGISDQ NA NA NA NA NA D1-35_02073 567 hypothetical protein ATGAGCGGACCGCAAAAAGCCAATGACCTGCTGGGACAGATCCCGAAGACCAAAGGCCTGCCGCCGGTCCACTTGTGGAACCCCGACTTCTGCGGCGACATCGACATGCGCATCGCCCGTGATGGCACCTGGTATTACCTGGGCACGCCGATCGGGCGCAAGCCGATGGTCAAGCTGTTCTCCACCATCATTCGCCGCGACGGCGATGATTATTTCCTGATCACCCCTGTGGAAAAAGTCGGCATCAAAGTCGACGACGCCCCGTTCGTGGCCGTGACCCTTGAGGTCGAGGGGGAGGGGGAGGGGGAGGGGCAGTTGTTGCGCTTTACTACCAATGTCGAGGAAACCACCGAAGCCGGCCCCGATCATCCGATGCGGGTGGTCATCGACCCCCGGACCCAGGAGCCTGCGCCGTACGTGCATGTGCGCAGCAATCTCGAAGCGCTGATTCATCGCAACGTGTTCTATCAACTGGTGGAGCTGGCGGTGAGTCGCGAGATCGATGGTCAGCGCTGGCTGGGCGTGTGGAGCGGCGGCGTGTTTTTCCCCATCGGCCTTGAGCCCTGA MSGPQKANDLLGQIPKTKGLPPVHLWNPDFCGDIDMRIARDGTWYYLGTPIGRKPMVKLFSTIIRRDGDDYFLITPVEKVGIKVDDAPFVAVTLEVEGEGEGEGQLLRFTTNVEETTEAGPDHPMRVVIDPRTQEPAPYVHVRSNLEALIHRNVFYQLVELAVSREIDGQRWLGVWSGGVFFPIGLEP NA NA NA NA NA D1-35_02074 747 hypothetical protein ATGTCCAGCAGTTTTCACGCGTCGACCGTCGATTGGCTGGGTGGCTGGATTGCCGCCGGCCAGGTCAAGCCTGGGCAAACCATCAAGGTCGAGGCAGATCTGGGCGAGCAACTGGGCGTCAGCCGCACGGTGATCCGTGAGGCAATCAAGACGCTGGTGGCCAAAGGCATGTTGGAAGTCGGCCCGAAAGTCGGCACGCGGGTACTGCCGGTGCGCCGCTGGAACCTGTTCGACCCGCAGGTGGTTGGCTGGCTGTCACGCAGCGGCCTGCCGGAAAACTTCGTCGACGACCTGCTGGACCTGCGGCGCACCATCGAACCGATGGCGGTGCGCTGGGCCTGCGAACGGGCGACGGCTGATCAGGTGCAGGCGATCCGCCTGGCTTATCATGCGCTGGAGCGGGCGGTGGACAGCGGCGCCGATTACAACCTTGCCGACCAGTTTTTCCACGAATGCATTCTCGCCGCCAGCCACAATCAATTCATCGAGCAGATGGTCCCGGCCCTGGGCGCGTTGCTGGCGGTCTCGTTCGAGGTGTCGGCGGCCGATCCGGACGAATTGCGGCGCACCTTGCCGATCCACAAGGATATCGCCGAAGCCATCGCCGAGCGCGACGCGGCGCGCGGCGTCTGGGCCTGCATGACCCTGATCGACAACGCTGACCTGGCCATCAAGCGCTTTTACCCCGACGTCATGGCCGGTCGAACAGACAATACCGGGCGAGCCGGGAACGGGAGGTTGCAATGA MSSSFHASTVDWLGGWIAAGQVKPGQTIKVEADLGEQLGVSRTVIREAIKTLVAKGMLEVGPKVGTRVLPVRRWNLFDPQVVGWLSRSGLPENFVDDLLDLRRTIEPMAVRWACERATADQVQAIRLAYHALERAVDSGADYNLADQFFHECILAASHNQFIEQMVPALGALLAVSFEVSAADPDELRRTLPIHKDIAEAIAERDAARGVWACMTLIDNADLAIKRFYPDVMAGRTDNTGRAGNGRLQ PGPT0018085_154 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018085-dgoR-K19776 NA NA D1-35_02075 876 6-deoxy-6-sulfogluconolactonase ATGAACTGGACGGCTGTGACGGAACATCGGGCGAAACTGGGCGAGGGACCGTTCTGGGACGAGCCGACCCAGGCGCTGTATTGGGTAGATATCGCCGGCAAGCAGGCGCTGCGGCTGATCGGCGCCAATGTACAGATCTGGCAGATGCCCGAACACGTTTCCGCCTTCATCCCGACCCAGAGCGGCGATGCGTTGGTGACATTGAGCAGTGGCGTCTATCGACTGGACCTGGATTCGCCTGGGCTGGAGCCGCGCCTGAAGTTGCTGTGCATGGCCGATCCCCAGCCCGGCAATCGTGCCAACGAAGCGCGCTGTGATGCGCTGGGCCAGCTTTGGCTGGGCACCATGCAAAACAATATCGGAGAAGAGGGCGAGGACCTGCCCATCGAGCGACGTTCCGGCGGCCTGTTCCGTGTCGGCGGCGATGGCCGGGTGATGCCCCTGCTGCGCGGGCTGGGCATTCCAAACACGCTGCTATGGAGCCCCGATGGCACGACGGTGTATTTCGGTGAGAGCCTCGATGGCACGCTCTATCGGCACTTCATCTACCCCGACGGCAAACTCGCGCCCGCGGAGGTCTGGTTCGGCCCCCATTCCCGTGGCGGGCCGGACGGTTCGGCGATGGATGCGCAAGGTTACATCTGGAATGCTCGCTGGGATGGCAGTTGCCTGCTGCGGCTGCATCCGGACGGCCACGTCGATCGGGTGATCGAGTTACCGGTCAGCCGTCCCACCAGTTGTGTATTCGGTGGAGACGACCTGCGGACGCTGTACATCACCAGTGCGCAAAGTCCGCTTGGGCATCCGCTGGACGGTGCGGTGCTGTCGATGCGAGTGGACGTTCCGGGTGTGGCTTGTACGAGGTTTGCTGGCTAG MNWTAVTEHRAKLGEGPFWDEPTQALYWVDIAGKQALRLIGANVQIWQMPEHVSAFIPTQSGDALVTLSSGVYRLDLDSPGLEPRLKLLCMADPQPGNRANEARCDALGQLWLGTMQNNIGEEGEDLPIERRSGGLFRVGGDGRVMPLLRGLGIPNTLLWSPDGTTVYFGESLDGTLYRHFIYPDGKLAPAEVWFGPHSRGGPDGSAMDAQGYIWNARWDGSCLLRLHPDGHVDRVIELPVSRPTSCVFGGDDLRTLYITSAQSPLGHPLDGAVLSMRVDVPGVACTRFAG PGPT0017460_298 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017460-araB|L_arabinonolactonase-K13874 NA NA D1-35_02076 819 ucpA_1 Oxidoreductase UcpA ATGGCTGAAGCGCTTTGCTTGCCACCGGTGCCGGAGCCGCCGCAGGGCGAACGGTTGAAAGGCAAGGTCGTGCTGCTGACGGGTGCTGCCCAGGGCATTGGCGAGGCAATCGTTGCTGCGTTTGCTTCCCAACAGGCGCGGCTGGTCATCAGCGACATCCAGGCTGAAAAAGTCGAGGCCGTCGCCGCCCATTGGCGTGGGCGCGGTGGGGATGTACAAGCACTCAAGGTCGATGTTTCAAGCCAGCAGGACCTGCACGCCATGGCCCGGCGAGCGGTTGAACTGCATGGTCGCATCGACGTATTGGTGAACTGCGCTGGCGTCAATGTGTTCCGCGATCCGCTGGAAATGACCGAGGAAGACTGGCGCCGTTGCTTCGCCATCGACCTGGACGGTGCCTGGTATGGCTGCAAGGCCGTATTGCCACAGATGATCGAGCAGGGCGTGGGCAGCATCATCAATATCGCGTCGACCCATTCGTCCCACATCATTCCCGGCTGTTTCCCTTACCCGGTGGCCAAGCATGGCCTGCTCGGGCTGACCCGTGCCCTGGGCATCGAATACGCCCCCCAAGGCGTGCGGGTGAATGCCATTGCGCCGGGCTACATCGAGACCCAGCTGAATATCGATTACTGGAATGGCTTCACCGATCCACGGGCCGAACGCCAGCGTGCGCTGGATCTGCACCCGCCACGGCGTATCGGCCAGCCGATCGAAGTGGCAATGACGGCGGTGTTTCTGGCCAGTGACGAAGCACCTTTCATCAACGCTTCATGCATCACCATTGATGGTGGACGTTCGGTCATGTACCACGACTGA MAEALCLPPVPEPPQGERLKGKVVLLTGAAQGIGEAIVAAFASQQARLVISDIQAEKVEAVAAHWRGRGGDVQALKVDVSSQQDLHAMARRAVELHGRIDVLVNCAGVNVFRDPLEMTEEDWRRCFAIDLDGAWYGCKAVLPQMIEQGVGSIINIASTHSSHIIPGCFPYPVAKHGLLGLTRALGIEYAPQGVRVNAIAPGYIETQLNIDYWNGFTDPRAERQRALDLHPPRRIGQPIEVAMTAVFLASDEAPFINASCITIDGGRSVMYHD NA NA NA NA NA D1-35_02077 1005 araF COG1879 L-arabinose-binding periplasmic protein ATGAAACATCGTCGTGGGATCCGTTCCCTGTGTCGCGCCGCCCTGGCGGTTACCGCGTTCAGTCTCAGCAGCCACCTGCTGGCGGCCGATGCGGTGAAAATCGGTTTCCTGGTCAAGCAGGCCGAGGAGCCCTGGTTCCAGACCGAATGGGCATTCGCCGAGAAGGCGGCCAAGGACAAAGGCTTCCAGTTGATCAAGATCGCCGTGCCTGACGGCGAGAAAACCCTCTCCGCTATCGACAGCCTGGCCGCCAACGGTGCCAAGGGCTTTGTGATCTGCCCGCCGGACGTGTCCCTGGGCCCGGCCATCATGGCCAAGGCCAAGCTCAACGACCTCAAGGTGATCGCCGTGGACGACCGTTTCGTCGACGCCAGCGGAAAATTCATGGAAGACGTGCCGTACCTGGGCATGGCCGCGTTCGAGGTTGGCCAGAAACAAGGCGCCGCGATGGCTGCCGAAGCGAAAAAACGCGACTGGGACTGGAAAGACACCTACGCGGTGATCAACACCTTCAACGAGCTGGACACCGGTAAGAAACGCACCGACGGTTCGGTCGATGCCCTGAAGAAGGCCGGGATGCCGGAAGACCATATCCTGTTCACAGCGCTGAAGACCCTCGACGTGCCGGGCAGCATGGACTCCACCAACTCGGCGTTGGTCAAGCTGCCTAGCGCCGCGAAAAACCTGATCATCGGCGGCATGAATGACAACACCGTGCTGGGTGGCGTGCGCGCTACCGAAGCAGCCGGCTTCAAGGCGGCCAACGTGATCGGTATCGGCATCAACGGCACCGACGCCATCGGCGAGCTGAAGAAACCAAATAGTGGCTTCTTCGGTTCGATGCTGCCAAGCCCGCACATCGAAGGCTACAAGACCGCCGAAATGATGTACGAGTGGATCACCACCGGCAAGGAGCCGCCGAAGTACACCGCCATGGACGAGGTGACGCTGATCACCCGGGAGAACTTCAAGCAGGAACTGGAAAAGATCGGCCTGTGGAATTGA MKHRRGIRSLCRAALAVTAFSLSSHLLAADAVKIGFLVKQAEEPWFQTEWAFAEKAAKDKGFQLIKIAVPDGEKTLSAIDSLAANGAKGFVICPPDVSLGPAIMAKAKLNDLKVIAVDDRFVDASGKFMEDVPYLGMAAFEVGQKQGAAMAAEAKKRDWDWKDTYAVINTFNELDTGKKRTDGSVDALKKAGMPEDHILFTALKTLDVPGSMDSTNSALVKLPSAAKNLIIGGMNDNTVLGGVRATEAAGFKAANVIGIGINGTDAIGELKKPNSGFFGSMLPSPHIEGYKTAEMMYEWITTGKEPPKYTAMDEVTLITRENFKQELEKIGLWN PGPT0016605_90 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOSE_TRANSPORT_I,PGPT0016605-araF-K10537 NA NA D1-35_02078 1545 araG_1 COG1129 Arabinose import ATP-binding protein AraG ATGCAAGCGCAAACAGCGACACGGCAACACAACACTGGCGGCAGCTTGCGATTCAACGGGATCGGCAAGACCTTTCCCGGCGTGCAGGCCCTGGCCAATATCAGTTTCGTCGCCCATCCAGGACAGGTTCATGCCTTGATGGGTGAAAACGGCGCGGGCAAGTCCACGTTGCTCAAGATCCTTGGCGGCGCCTATATCCCGAGCAGCGGCGACTTGCAGATCGGTGAGCAGACGATGGCGTTCAAAGGCACCGCCGACAGTATCGCCAGCGGTGTGGCGGTGATTCACCAGGAGCTGCACCTGGTGCCGGAAATGACCGTCGCCGAAAACCTGTTCCTTGGCCATTTGCCGGCGCGTTTCGGCCTGGTCAATCGCGGTGTGCTGCGCCAGCAGGCGTTGGCGCTGCTCAAAGGCCTGGCGGACGAAATCGACCCGCAGGAAAAAGTCGGTCGCCTGTCCCTCGGCCAGCGCCAGTTGGTGGAAATCGCCAAGGCCTTGTCCCGTGGCGCCCACGTCATTGCTTTCGACGAACCGACCAGCAGCCTCTCGGCGCGGGAAATCGACCGTTTGATGGCGATCATCGCCCGCCTGCGGGACGAGGGCAAAGTGGTGTTGTACGTCAGCCACCGCATGGAAGAAGTCTTTCGAATCTGTAATGCGGTGACGGTGTTCAAGGACGGTCGTTATGTCCGGACCTTCGAAAACATGAGCGAGCTGACCCATGATCAACTCGTCACCTGCATGGTCGGTCGTGATATCCAGGACATCTATGACTACCGTCCGCGTGAGCGTGGCGATGTGGCGCTGCAGGTGAAGGGGCTGCTGGGGCCGGGCCTGCGCGAGCCGGTGAGTTTCGAGGTGCACAAGGGTGAAATCCTTGGCCTCTTCGGGCTGGTCGGCGCCGGTCGTACCGAGCTGTTTCGCTTGCTCAGTGGCCTGGAGCGCCAGAGCGAGGGCAGTCTTGTCCTGCACGGCAAGGAACTGAAACTGCGTTCGCCACGGGACGCCATCGCCGCTGGCGTGCTGCTCTGCCCGGAGGACCGCAAGAAGGAAGGCATCATTCCGTTGGGCAGTGTCGGCGAGAACATCAACATCAGCGCGCGTCCGTCCCATTCGACCCTCGGCTGCCTGCTGCGCGGCGAATGGGAGCGGGGCAATGCCGACAAGCAGATCAAGTCGCTGAAAGTGAAGACCCCGGCGGCCAGCCAGAAAATCATGTACCTGTCCGGTGGCAACCAGCAGAAGGCGATCCTCGGGCGTTGGCTGTCGATGCCGATGAAGGTCCTGCTGCTGGACGAGCCGACACGGGGCATCGACATCGGTGCCAAGGCCGAGATCTACCAGATCATCCACAACCTGGCGGCCGATGGCATCGCCGTGATCGTGGTGTCCAGCGACCTGATGGAAGTGATGGGCATTTCCGACCGGATCCTGGTGCTGTGCGAAGGGGCCATGCGCGGCGAGCTGCCGCGTGACCAGGCCAATGAATCCAACCTGCTGCAACTGGCGCTGCCGCGCCAACGCGTTGCCGACGCGGCGAACTGA MQAQTATRQHNTGGSLRFNGIGKTFPGVQALANISFVAHPGQVHALMGENGAGKSTLLKILGGAYIPSSGDLQIGEQTMAFKGTADSIASGVAVIHQELHLVPEMTVAENLFLGHLPARFGLVNRGVLRQQALALLKGLADEIDPQEKVGRLSLGQRQLVEIAKALSRGAHVIAFDEPTSSLSAREIDRLMAIIARLRDEGKVVLYVSHRMEEVFRICNAVTVFKDGRYVRTFENMSELTHDQLVTCMVGRDIQDIYDYRPRERGDVALQVKGLLGPGLREPVSFEVHKGEILGLFGLVGAGRTELFRLLSGLERQSEGSLVLHGKELKLRSPRDAIAAGVLLCPEDRKKEGIIPLGSVGENINISARPSHSTLGCLLRGEWERGNADKQIKSLKVKTPAASQKIMYLSGGNQQKAILGRWLSMPMKVLLLDEPTRGIDIGAKAEIYQIIHNLAADGIAVIVVSSDLMEVMGISDRILVLCEGAMRGELPRDQANESNLLQLALPRQRVADAAN PGPT0016615_103 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOSE_TRANSPORT_I,PGPT0016615-araG-K10539 NA NA D1-35_02079 969 araH COG1172 L-arabinose transport system permease protein AraH ATGACCATTCAAAACAATGCACTGCCAACGGCACGCAAGCCCCTCGACCTGCGCCGCTTCCTCGACGACTGGGTCATGCTGCTGGCGGCCATCGGCATCTTTGTGCTCTGCACCTTGATGATCGACAACTTCCTGTCGCCGCTGAACATGCGGGGCCTGGGCCTGGCGATTTCCACCACCGGCATTGCCGCCTGCACCATGCTTTATTGCCTGGCTTCCGGGCACTTCGACCTGTCGGTGGGCTCGGTGATTGCCTGTGCCGGCGTGGTCGCTGCCGTGGTAATGCGCGACACCAACAGCGTGTTCCTCGGTGTCAGCGCGGCGCTGGTGATGGGCCTGATCGTCGGTCTGATCAACGGCATCGTCATTGCAAAACTACGGGTCAACGCGTTAATCACCACGCTGGCGACGATGCAGATCGTTCGCGGCCTGGCGTATATCTTCGCCAACGGTAAAGCGGTCGGCGTGTCCCAGGAATCGTTCTTCGTGTTCGGCAACGGCCAGCTGTTTGGCGTGCCGGTGCCGATCCTGATCACCATCGTCTGCTTCCTGTTCTTCGGCTGGTTGTTGAACTACACCACCTACGGGCGCAACACCATGGCCATCGGCGGCAACCAGGAAGCGGCGTTGCTGGCGGGGGTGAACGTTGATCGCACCAAGATCATCATCTTTGCCGTGCATGGCGTGATTGGCGCGCTGGCGGGTGTGATCCTGGCGTCGCGCATGACCTCGGGCCAGCCGATGATCGGCCAGGGCTTCGAGCTGACGGTGATCTCGGCCTGTGTATTGGGTGGGGTTTCGCTGAGTGGCGGGATCGGCATGATTCGCCATGTCATTGCCGGTGTACTGATCCTCGCGATCATCGAGAACGCGATGAACCTGAAGAATATCGACACCTTCTACCAGTACGTCATCCGTGGTTCGATCCTGTTGCTGGCGGTGGTGATTGACCGGTTGAAGCAACGCTGA MTIQNNALPTARKPLDLRRFLDDWVMLLAAIGIFVLCTLMIDNFLSPLNMRGLGLAISTTGIAACTMLYCLASGHFDLSVGSVIACAGVVAAVVMRDTNSVFLGVSAALVMGLIVGLINGIVIAKLRVNALITTLATMQIVRGLAYIFANGKAVGVSQESFFVFGNGQLFGVPVPILITIVCFLFFGWLLNYTTYGRNTMAIGGNQEAALLAGVNVDRTKIIIFAVHGVIGALAGVILASRMTSGQPMIGQGFELTVISACVLGGVSLSGGIGMIRHVIAGVLILAIIENAMNLKNIDTFYQYVIRGSILLLAVVIDRLKQR PGPT0016610_371 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ARABINOSE_TRANSPORT_I,PGPT0016610-araH-K10538 NA NA D1-35_02080 381 hypothetical protein ATGCCTCGTGGAAGCAAAGACAAATACACCGACAAGCAAAAGCGCAAGGCCGAGCACATCGAAGAGAGTTATGAGCAAAAAGGCGTGCCGGAGGGCAAGGCCGAAGCTCGGGCCTGGGCGACCGTCAATAAGCAGTCCGGGGGTGGCGAACGCTCCGGTGGGTCCGGCAAGAAAAAACCCGCCGAGGCCAAGCAATCCGATCGCAAGGAATCGGCCCGGCGCGCCGTCAAGTCGCGTGAAGGCCATCCGCGCACCAGCAACGCCTCCCATGAGGCTCAGACGGTGGACAGCCTGATGAAGGAAGCCCGGGCGAAAAACATTCCCGGACGCTCGAAGATGCGCAAGCAGGAGTTGGTCGAGGCGTTGCGCAAGGCCGGGTAA MPRGSKDKYTDKQKRKAEHIEESYEQKGVPEGKAEARAWATVNKQSGGGERSGGSGKKKPAEAKQSDRKESARRAVKSREGHPRTSNASHEAQTVDSLMKEARAKNIPGRSKMRKQELVEALRKAG NA NA NA NA NA D1-35_02081 342 hypothetical protein ATGATCAGATCCAGGCTGACTGCGTTCACATTTGCCGCTTTGTTGTCCTCGGCGGCTTTCGCAGCCACGACTTCAGGGACCGGCCCGACCGATCCGGTACAGGCACCGAATTCGCCCGCCACCCAAGGCTTGCCCAAGCTGAATACCGACGGCACCGGCGGCACCTTGAACAATGGCCAGCCGCCCGCCACGGGCACCGATCCACGGGTCCAGGGTAATGACACCGGTCGCCAGGGTGGCATGAACACCCCGGACTCCACCGCTCCGGATAACGCCGACACCGGCGTGGGTTCGAAAACCACCACCGGCGGTTCCGGTTCGGAAGGTGGCGCCAACCAATAG MIRSRLTAFTFAALLSSAAFAATTSGTGPTDPVQAPNSPATQGLPKLNTDGTGGTLNNGQPPATGTDPRVQGNDTGRQGGMNTPDSTAPDNADTGVGSKTTTGGSGSEGGANQ NA NA NA NA NA D1-35_02082 483 hypothetical protein ATGTCGATCGAGATCCGTCCTGCGCAACCCAGCGATGCGCCGCAAATCCTTGCCTTCATCACTGAGCTTGCCGATTACGAAAAAGCCCGCCACGAAGTCATCGCCAGCGTTGCCGATATCGAGCGCAGCCTGTTCAGCGAAGGCGCAACCGCCCATGGGTTGATGTGCCTGCGCGATGGCGTGCCGATCGGTTTCGCAGTGTTTTTCTTCAGTTACTCCACTTGGCTGGGCAGCAATTGCCTGTACCTCGAAGACCTCTATATCACTCCCGAACAACGCGGCGGCGGGGCGGGCAAGACGTTGTTGCGGCATCTGGCGAAGATCGCCTGCGACAACGACTGCGGTCGCTTCGAGTGGAGCGTCCTGGATTGGAACACCCCGGCCATCGAGTTCTACAAATCCCTTGGCGCGCAGCCCCAGGAAGAATGGGTGCGCTACCGCATGGATGGCAAGGTACTGCGGGATTTCGCCAACGGCAATTGA MSIEIRPAQPSDAPQILAFITELADYEKARHEVIASVADIERSLFSEGATAHGLMCLRDGVPIGFAVFFFSYSTWLGSNCLYLEDLYITPEQRGGGAGKTLLRHLAKIACDNDCGRFEWSVLDWNTPAIEFYKSLGAQPQEEWVRYRMDGKVLRDFANGN NA NA NA NA NA D1-35_02083 633 gstB_2 COG0625 Glutathione S-transferase GstB ATGGAACACTCACTGAAGATCCTCGGCCGCACCTCTTCGATCAACGTCAGAAAAGTACTCTGGACCTGTCAGGAACTGGACATCCCTTACGAACGCGAAGATTGGGGTATCGGCTTTGCGTCGACCCATGACCCGGCATTCCTGGCCCTCAACCCCAACGCCCAGGTGCCGGTGATCATTGATGAGAACGGCGTGCTCTGGGAGTCGAACACTATCTGCCGCTACCTGGTGGGCAAGCATGGGCGCGACGACCTGTTACCCATAGAACCTGCCGCCCGCGCGCGCGTCGAGCAGTGGATGGACTGGCAAGCCACGGAGCTCAATCCGTCGTGGGGGGATGCATTTTATGGGTTGGTGCGCAAACATCCGGATTTCCAGGACCCGCAGCTCATCGCTGCCGGGGTTAAAGGCTGGAACGAGAAAATGGGGTTGCTCGAGCATCAGTTGAATCACACCGGCGCCTACGTGGCCGGTGCGAAATTTTCCCTGGCGGACGTGCTTATCGGCCTGTCCGCGCACCGCTGGCGCCAGACGCCCATGGAGCGTCCGGACTATCCAGCCGTGGCCGCTTATTGCAAGCGGCTCGAACAGCGTCCCGGATTTGCCGAGTACGCGTCCAGCGCCTACTCGTAA MEHSLKILGRTSSINVRKVLWTCQELDIPYEREDWGIGFASTHDPAFLALNPNAQVPVIIDENGVLWESNTICRYLVGKHGRDDLLPIEPAARARVEQWMDWQATELNPSWGDAFYGLVRKHPDFQDPQLIAAGVKGWNEKMGLLEHQLNHTGAYVAGAKFSLADVLIGLSAHRWRQTPMERPDYPAVAAYCKRLEQRPGFAEYASSAYS PGPT0013170_18140 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_02084 984 dgoK1 COG3734 putative 2-dehydro-3-deoxygalactonokinase DgoK1 ATGCAGGCGCAATTGATAGCGCTCGATTGGGGTACCACCTCATTACGAGCTTACAAACTTGCCGCTGGAGGCGAGGTGCTCGAACAGCGTTCGCTGTCGTCGGGGATCATGCAGTTGCCGTCCGGGCCGCGCACGGTCGCCGGCCAGGCGTGCAACAACGGTTTCGAACTGGCCTTCGATGAAGCCTGCGGCGACTGGCTCGATGCGCAGCCAGGTTTGCCCGTCATCGCTTGTGGCATGGTCGGCAGCGCCCAGGGCTGGCGTGAAGCGCCTTACTGCGACACGCCGGCAAACGTCGCCAACCTCGGACATTCCCTACAGGTCATCCGCAGTCTTCGCGGAGTCAATGTGCACATTGTGCCGGGAGTGATCCAACGTTCCCGGCTGCCCAATGTCATGCGCGGCGAAGAAACCCAGGTGCTCGGTGCGTTGGCCAGCCTGCCGAACGAAGCGGTGCTGATCGGCCTGCCGGGCAGCCATTCGAAATGGGTGGAAGTGGCCGATGGCTGCATCGTGCATTTCGACACCTTCATGACTGGCGAGATCTTCGCCGTGCTCAGTGACCACAGCATTCTCGGCCGCACCCAGCAACGCGGTGTGGCGTTCGACGGCGCGGCGTTTGATCGTGGCGTGCAGGTAGCGCTGTCGGTAGACGGCCAGATCGGCCCGCTGTCCACGGTATTCAGCGCCCGCAGCCTGGGCTTGACCGGCGAACTCGGTGCCAGCGCCCAGGCCGACTATCTTTCCGGCCTGCTCATCGGCCATGAACTGACCGCCCTGGCCGCCGTGCAGCGGCAGCGACGCAACAGCGTGCATCTGCCAACGGTGGTGCTGATCGGCAACTCTCAACTATGTGCCCGCTATCAACGGGCTCTCGACGCCTGCGGGTTCGCCCGCGTGACCTTGGCCGAACAGGCCACCGAACGCGGGCTGTGGCAACTGGCCGTGGCGGCCGGGCTGCTCGATTCCACCGCATCGCGCTAA MQAQLIALDWGTTSLRAYKLAAGGEVLEQRSLSSGIMQLPSGPRTVAGQACNNGFELAFDEACGDWLDAQPGLPVIACGMVGSAQGWREAPYCDTPANVANLGHSLQVIRSLRGVNVHIVPGVIQRSRLPNVMRGEETQVLGALASLPNEAVLIGLPGSHSKWVEVADGCIVHFDTFMTGEIFAVLSDHSILGRTQQRGVAFDGAAFDRGVQVALSVDGQIGPLSTVFSARSLGLTGELGASAQADYLSGLLIGHELTALAAVQRQRRNSVHLPTVVLIGNSQLCARYQRALDACGFARVTLAEQATERGLWQLAVAAGLLDSTASR PGPT0018080_268 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018080-dgoK-K00883 NA NA D1-35_02085 621 dgoA COG0800 2-dehydro-3-deoxy-6-phosphogalactonate aldolase ATGCTCACCCAAGCACTGGCGCAAAACGGGCTGATCGCGATCTTGCGCGGCCTACGTCCCGAAGAGGCGGCCGCTATCGGCGAAGTCCTTTATGACGCCGGATTTCGCGTCATCGAAGTACCGCTCAATTCTCCTGAGCCGTACGAAAGTATCCGCATCCTGCGCAGCACGTTGCCCGCCGATTGCCTGATCGGTGCCGGCACCGTGCTCACACCGGAGCAGGTCGAGCAGGTGAAAGCGGCTGGCGGCCAGGTGATCGTCATGCCCCACAGCGATCCAAAGGTGCTGCGCGCGGCGAAAGCGGCGGGCCTGTACCTGTCGCCCGGCGTCGCCACGCCCACCGAAGCCTTCGCCGCGCTGGCCGAGGGTGCTCATGTGTTGAAGATGTTTCCGGCCGAGCAGATGGGCCCGGCAGTGGTGAAGGCCTGGCTTGCGGTGTTGCCGTCCGGGACCGTGCTGGTGCCGGTGGGCGGGATCACGCCGGACAACATGGCGGTGTTCATCGAGGCTGGCGTCAAGGGTTTCGGCCTCGGTTCCGGGCTGTTCAAGCCGGGCCTGACAGTGGACGAAGTGGCGGTGCGCGCCAAGGCCTACGTGGCCGCATGGAACGCTTTGAGCTGA MLTQALAQNGLIAILRGLRPEEAAAIGEVLYDAGFRVIEVPLNSPEPYESIRILRSTLPADCLIGAGTVLTPEQVEQVKAAGGQVIVMPHSDPKVLRAAKAAGLYLSPGVATPTEAFAALAEGAHVLKMFPAEQMGPAVVKAWLAVLPSGTVLVPVGGITPDNMAVFIEAGVKGFGLGSGLFKPGLTVDEVAVRAKAYVAAWNALS PGPT0018075_527 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018075-dgoA-K01631 NA NA D1-35_02086 1149 dgoD COG4948 D-galactonate dehydratase ATGAAAATCACCAAGTTGACCACCTTTATCGTTCCGCCGCGCTGGTGCTTCCTCAAGGTCGAGACCGACGAGGGCGTGACGGGTTGGGGCGAGCCGGTGGTCGAAGGCCGTGCCCACACAGTGGCGGCCGCCGTCGAGGAATTGTCCGACTACCTGATCGGCAAAGACCCACGCAACATCGAGGACATCTGGACCGTGCTCTATCGCGGCGGTTTCTACCGCGGTGGTGCCATTCACATGAGCGCGCTGGCCGGTATCGATCAGGCGTTATGGGACATCAAGGGCAAGGCCTTGGGCGTGTCGGTCAGCGATCTGCTGGGTGGCCAGGTGCGCGACAAGATCCGTGTGTATTCGTGGATCGGCGGCGACCGCCCGGCGGACACCGCCCGAGCGGCGAAGGAAGCCGTTGCACGGGGCTTCACTGCGGTGAAGATGAACGGCACCGAGGAGCTGCAATTTCTCGACACGTTTGAAAAAGTCGACCTGGCCCTGGCCAACGTGGCGGCGGTGCGCGATGCGGTCGGGCCGAACGTCGGCATCGGCGTGGACTTCCATGGCCGCGTGCACAAGCCGATGGCCAAGGTGCTGATGAAGGAGCTCGACCCTTACAAGTTGATGTTCATCGAGGAGCCGGTGCTCAGCGAAAACTACGAAGCGCTCAAGGAACTGGCACCCCTGACCAGCACGCCGATCGCCTTGGGCGAACGGTTGTTCTCGCGCTGGGACTTCAAGCGGGTGCTCAGCGAAGGCTACGTGGACATCATCCAGCCGGATGCCTCCCACGCCGGCGGCATCACCGAAACCCGCAAGATCGCCAACATGGCCGAGGCCTATGACGTGGCGCTGGCGTTGCACTGCCCGCTGGGCCCGATCGCGCTGGCGGCGTGCCTGCAGCTGGACGCGGTTTGCTACAACGCGTTCATCCAGGAGCAGAGCCTGGGTATCCATTACAACGAGAGCAACGACTTGCTGGATTACATCAAGGATCCGCAGGTGTTCGACTATGACAAAGGCTTCGTGAAGATCCCCAACGGCCCGGGCCTGGGCATCGAGATCAACGAGGAATACGTCATCGAGCGCGCGGCCATCGGCCACCGCTGGCGCAACCCGATCTGGCGCCATGCCGATGGCAGTTTTGCCGAGTGGTGA MKITKLTTFIVPPRWCFLKVETDEGVTGWGEPVVEGRAHTVAAAVEELSDYLIGKDPRNIEDIWTVLYRGGFYRGGAIHMSALAGIDQALWDIKGKALGVSVSDLLGGQVRDKIRVYSWIGGDRPADTARAAKEAVARGFTAVKMNGTEELQFLDTFEKVDLALANVAAVRDAVGPNVGIGVDFHGRVHKPMAKVLMKELDPYKLMFIEEPVLSENYEALKELAPLTSTPIALGERLFSRWDFKRVLSEGYVDIIQPDASHAGGITETRKIANMAEAYDVALALHCPLGPIALAACLQLDAVCYNAFIQEQSLGIHYNESNDLLDYIKDPQVFDYDKGFVKIPNGPGLGIEINEEYVIERAAIGHRWRNPIWRHADGSFAEW PGPT0002220_1457 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0002220-dgoD-K01684 NA NA D1-35_02087 1311 dgoT D-galactonate transporter ATGCAAGCGCACACCCTGAGCGCGCAGGCGTCGTTGGTGACGCCCAGCCGCAAGCGTTTTTTCATCATGGTCCTGCTGTTCATCACCGTGGTGATCAATTACCTGGACCGCAGCAACCTCTCGATTGCCGCCCCCGCACTGACCAGCGAACTGGGGATCGATCCGATCCATGTCGGGCTGATTTTCTCGGCGTTCGGCTGGACCTACGCCGCCATGCAAATTCCCGGTGGCTGGCTGGTGGACCGCGTGCCGCCACGCATTCTCTACAGCGTGGCGTTGCTGCTGTGGTCGGTGGCCACGGTGATGCTCGGTTTCGCTGCCAGCTTCATCGCGCTGTTTGTCCTGCGCATGGCCGTCGGCGCCCTGGAGGCGCCGGCTTATCCAATCAACAGCCGCGTGGTTACCACTTGGTTTCCCGAGCGTGAACGGGCCACGGCAATCGGTTTTTATACGTCCGGGCAATTTGTCGGCCTGGCATTCCTGACGCCGGTCCTGGCCTGGCTGCAGCATGCCTTCGGCTGGCACATGGTGTTCGTGGTGACCGGTGCCGTCGGCATTCTCTGGGCGGTGATCTGGTACGCGGTGTATCGCGAGCCGCGGGATTTCAAAGGCGCCAACGCCGCTGAAATCGAACTGATCCGCGAAGGGGGCGGGCTGGTGGATATCCAGGCCGAGACGGCCAAGGCCAAGGCGAAATTCAGCTGGACCGACCTTGGGATAGTCCTGACCCAGCGCAAGCTCTGGGGGATTTACCTGGGCCAGTTCTGCCTCAACTCCACGCTGTGGTTCTTCCTGACGTGGTTTCCGACCTACCTGGTGAAATATCGCGGCATGGATTTCATCAAATCCGGCTTGCTGGCGTCGCTGCCGTTCCTCGCGGCGTTTGTCGGCGTGTTGTGTTCCGGGTTCTTTTCCGACTGGCTGATCCGTCGCGGCGCCACGGTGGGGTTCGCGCGCAAGCTGCCGATTATTGGTGGTCTGTTGATTTCCACGGCAATCATCGGCGCCAATTTCGTCGAGTCGACGCCGCTGGTGATTGCATTCCTGGCCCTGGCCTTTTTCGGCAACGGCCTGGCGTCGATCACCTGGTCGCTGGTATCGACTTTGGCGCCGGCACGGCTGTTGGGATTGACCGGTGGGGTGTTCAATTTCATCGGCAACCTGGCGGCCATCGCCACGCCGATCGTCATTGGTTTTCTCGCCAGCGGCGATTCGTTTGCCCCGGCCATCACCTACATCGCCGTTCTGGCGTTGATTGGCGCGCTGTCCTACATCCTGCTGGTCGGGAAAGTCGAGCGCATCGAGTTGTAG MQAHTLSAQASLVTPSRKRFFIMVLLFITVVINYLDRSNLSIAAPALTSELGIDPIHVGLIFSAFGWTYAAMQIPGGWLVDRVPPRILYSVALLLWSVATVMLGFAASFIALFVLRMAVGALEAPAYPINSRVVTTWFPERERATAIGFYTSGQFVGLAFLTPVLAWLQHAFGWHMVFVVTGAVGILWAVIWYAVYREPRDFKGANAAEIELIREGGGLVDIQAETAKAKAKFSWTDLGIVLTQRKLWGIYLGQFCLNSTLWFFLTWFPTYLVKYRGMDFIKSGLLASLPFLAAFVGVLCSGFFSDWLIRRGATVGFARKLPIIGGLLISTAIIGANFVESTPLVIAFLALAFFGNGLASITWSLVSTLAPARLLGLTGGVFNFIGNLAAIATPIVIGFLASGDSFAPAITYIAVLALIGALSYILLVGKVERIEL PGPT0002190_511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_GALACTONATE_TRANSPORT,PGPT0002190-dgoT-K08194 NA NA D1-35_02088 804 xynR_1 COG1414 HTH-type transcriptional regulator XynR ATGCAGCAAGACGATCCAAAAATCACCAAGGACGCCGCGCCTACAGGCACCCAGACATTGCTGCGTGGCCTGGGCGTCGTCCAGGCGGTCGCCAGCGGCGCCCGTGACTTGAAGGAAATCGCCCGGCTGATCGGCACCACTCGCAGCACCACCCATCGCCTCGCCAGTTGCCTGGTGGACGAGCGTTATCTGCGCGTGGTGCCGCAAGTGGGCTATCTGCTGGGGCCGAAGCTGATCGAGCTGGGTTTCCAGGCGCGGGAAGAACTGCCGTTGGTGAGCCTGGCGGGGCCATACCTGGACGAGCTGTCGGCGCTCACCGGAGACACCGTCCACCTGGCGATTCGCGAGGGCGACGAGGTCCTGTACCTGTTGAAAAATCCGGGCCGCAACGGACCGGAAATGCGCTCACGGGTGGGCCACCGCATGCCGCTCGCGCGCACCGGGATCGGCAAGGCACTGATGCTCGATGACTCCCAGGAGCAATGGAAAAGGCTGTACGAGATCAGCCTTCCGGCGGGTGGGAAGAATCAGTTCTGGCCCCAGCATCAGGAGCAATCCTGGGAGCAGTTCCAGCAACGAATGGTGGAATACGTAGCAGGCGGCTATGCCTTCGACCTCGAAGACAACGAACCGTCGATTCGTTGCGTGGCGGCACCGATCCGCGACGCCGGCAAGCGTATCGTCGCCGGTATCAGCATCGCCAGCACCGTGCCGTACATGCCGCTGGAAAAGATGGCCGAGCTGATTCCCTTGGTCAAAGGCGTCACCGCGCGGCTGTCGGCGGAGCTGGGCGCCAAGGTCTGA MQQDDPKITKDAAPTGTQTLLRGLGVVQAVASGARDLKEIARLIGTTRSTTHRLASCLVDERYLRVVPQVGYLLGPKLIELGFQAREELPLVSLAGPYLDELSALTGDTVHLAIREGDEVLYLLKNPGRNGPEMRSRVGHRMPLARTGIGKALMLDDSQEQWKRLYEISLPAGGKNQFWPQHQEQSWEQFQQRMVEYVAGGYAFDLEDNEPSIRCVAAPIRDAGKRIVAGISIASTVPYMPLEKMAELIPLVKGVTARLSAELGAKV NA NA NA NA NA D1-35_02089 1665 COG0644 Electron transfer flavoprotein-ubiquinone oxidoreductase GTGGAACGCGAATACATGGAATTCGACGTGGTCATCGTCGGTGCCGGCCCCGCTGGCCTGTCTGCCGCTTGCCGACTGAAACAGAAGGCCGCCGAAGCCGGTAAGGAAATCAGCGTCTGCGTGGTCGAAAAAGGCTCCGAGGTCGGTGCGCACATTCTCTCCGGCGCGGTGTTCGAACCGCGTGCCTTGAACGAACTGTTCCCGGACTGGAAAGAACTCGGCGCGCCGTTGAACACGCCGGTCGTGCGCGATGACATTTATGTCCTGCGAAACGCCGAGGCGGCGAGCAAAATCCCCGACTTCTTTGTGCCCAAGACCATGCACAACGAAGGCAACTATATTATTTCCCTGGGCAACCTGTGCCGCTGGCTGGCCCAGCAGGCCGAGAACCTGGGCGTGGAAATCTACCCTGGCTTCGCCGCCCAGGAAGCGCTGTTCGATGAAAACGGCGTGGTTCGCGGCATCATCACCGGCGACCTGGGTGTCGACCGTGAAGGCAACCCGAAGGAAGGCCTCTACACGCCCGGCATGGAACTGCGTGGCAAATACACGCTGTTCGCCGAAGGCTGCCGTGGTCACATCGGCAAGCAACTGATCAAGCGCTTCAACCTGGACAGCGAGGCCGACACCCAGCACTACGGCATCGGTCTGAAAGAGATCTGGGAAATCGACCCGGCCAAGCATCAGCCTGGCCTGGTGGTGCATACCGCCGGTTGGCCGCTGGACATCATGGGCACCGAAAACACCGGCGGCTCGTTCCTTTATCACTTGGAAAACAATCAGGTGGTGGTCGGTCTGATCGTCGATCTTTCCTACAGCAACACCTTTCTGTCGCCGTTCGACGAGTTCCAGCGCCTCAAGCATCACCCGGTGCTCAAGCAGTACCTGGAAGGTGGCAAGCGCGTCAGTTACGGTGCTCGCGCCATCGCCAAGGGCGGCCTGAATTCGTTGCCGAAAATGGTCTTCAAGGGCGGCGCGCTGATCGGTTGCGACCTCGGTACGTTGAACTTCGCCAAGATCAAGGGCAGCCACACCGCAATGAAGTCGGGCATGCTCGCCGCCGAAGCAGTGGCTGATCGCCTGTTCGCCGAGTCCGAAGGCGGTGACGAACTGACCGCCTATGTCGATGGCTTCAAGAGCAGCTGGCTGTACGAAGAACTTTTCGCCAGTCGCAACTTCGGCGCAGCGATCCACAAATACGGCGCGATCGTCGGCGGCGGCTTCAACTGGCTCGACCAGAACATCTTCGGCGGCAAGATTCCGTTCACCCTGCGCGATACCAAGCCGGACTATGCGTGCCTGAAACTGGCGGCCGATTGCAAGAAGATCGACTACCCGAAACCGGACGGCAAGATCAGCTTCGACAAGCTCAGTTCGGTGTTCATCTCCGGTACCAACCATGAAGAAGAACAGCCTTGCCACCTGAAGCTGACCGACCCGAGCATCCCGATCGGCAAGAACCTGCCACTGTACGACGAACCGGCCCAGCGCTACTGCCCGGCCGGCGTGTATGAAGTGATCACCAAGGAAGACGGTGAGAAGCGCTTCCAGATCAACGCCCAGAACTGCGTTCACTGCAAGACCTGCGACATCAAGGACCCTGCACAGAACATCACCTGGGTCACGCCGGAAGGCGCCGGCGGACCGACCTACCCGAACATGTAA MEREYMEFDVVIVGAGPAGLSAACRLKQKAAEAGKEISVCVVEKGSEVGAHILSGAVFEPRALNELFPDWKELGAPLNTPVVRDDIYVLRNAEAASKIPDFFVPKTMHNEGNYIISLGNLCRWLAQQAENLGVEIYPGFAAQEALFDENGVVRGIITGDLGVDREGNPKEGLYTPGMELRGKYTLFAEGCRGHIGKQLIKRFNLDSEADTQHYGIGLKEIWEIDPAKHQPGLVVHTAGWPLDIMGTENTGGSFLYHLENNQVVVGLIVDLSYSNTFLSPFDEFQRLKHHPVLKQYLEGGKRVSYGARAIAKGGLNSLPKMVFKGGALIGCDLGTLNFAKIKGSHTAMKSGMLAAEAVADRLFAESEGGDELTAYVDGFKSSWLYEELFASRNFGAAIHKYGAIVGGGFNWLDQNIFGGKIPFTLRDTKPDYACLKLAADCKKIDYPKPDGKISFDKLSSVFISGTNHEEEQPCHLKLTDPSIPIGKNLPLYDEPAQRYCPAGVYEVITKEDGEKRFQINAQNCVHCKTCDIKDPAQNITWVTPEGAGGPTYPNM NA NA NA NA NA D1-35_02090 750 etfB_1 Electron transfer flavoprotein subunit beta ATGAAGGTTCTTGTAGCTGTCAAACGAGTGGTCGACTATAACGTCAAGGTTCGCGTCAAGGCGGACAACTCCGGCGTCGACCTCGCCAACGTCAAGATGTCGATGAACCCCTTCTGCGAAATCGCCGTGGAAGAAGCCGTACGCCTGAAAGAGAAAGGCGTGGCAACCGAGATCGTTGTCGTCTCCATCGGCCCGACCACCGCCCAGGAGCAACTGCGCACTGCGCTGGCGCTGGGTGCCGATCGCGCCATCCTCGTCGAATCCGCCGAAGAGCTGACTTCCCTGGCCGTTGCCAAACTGTTGAAAGCCGTTGTCGACAAGGAACAGCCACAGCTGGTGATCCTCGGCAAACAGGCCATCGACAGCGACAACAACCAGACTGGCCAGATGCTTGCTGCGTTGAGCGGCTACGGCCAGGGCACCTTCGCTTCGAAAGTCGAAGTGTCCGGCGACAGCGTTGCCGTGACCCGCGAGATCGACGGCGGCGCGCAGACGGTTTCCCTGAAACTGCCAGCCATTGTCACCACCGACCTGCGTTTGAACGAGCCGCGTTATGCGTCCCTGCCAAACATCATGAAAGCCAAGAAGAAGCCGCTTGAAGTGCTGACTCCGGATGCTTTGGGCGTTTCCACCGCCTCCACCAACAAGACCCTGAAGGTCGAAGCGCCGGCTGCACGCAGCGCGGGCATCAAGGTCAAGTCGGTGGCTGAACTGGTCGAGAAACTGAAAAACGAAGCGAAGGTAATCTGA MKVLVAVKRVVDYNVKVRVKADNSGVDLANVKMSMNPFCEIAVEEAVRLKEKGVATEIVVVSIGPTTAQEQLRTALALGADRAILVESAEELTSLAVAKLLKAVVDKEQPQLVILGKQAIDSDNNQTGQMLAALSGYGQGTFASKVEVSGDSVAVTREIDGGAQTVSLKLPAIVTTDLRLNEPRYASLPNIMKAKKKPLEVLTPDALGVSTASTNKTLKVEAPAARSAGIKVKSVAELVEKLKNEAKVI PGPT0001035_4224 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521 NA NA D1-35_02091 930 etfA_1 COG2025 Electron transfer flavoprotein subunit alpha ATGACTATCTTGGTAATCGCCGAACACGATAACAAGGCGCTGGCTCCGGCCACGCTGAACACCGTTGCTGCCGCAGCCAAAATCGGTGGCGATCTGCACGTGCTGGTGGCCGGGCAGGGCGCAAGTGCCGTTGCCGAAGCTGCTGCAAAAATTGCCGGCGTGGCAAAAGTACTGTCGGCCGACAACGCCGCCTACGCACATCAGCTGCCGGAAAACGTTGCTCCGCTGGTGGCCGAGCTGGGCAAGGGCTACAGCCACATCCTGGCTGCCGCTACCTCCAACGGCAAGAACATCCTGCCGCGCGTGGCTGCCGCACTGGACGTCGACCAGATCTCCGAAATCATCTCGGTGGAAAGCGCCGATACTTTCAAGCGCCCGATCTACGCTGGCAACGCCATCGCCACCGTACAATCGACCGCTGCGATCAAGGTCATCACCGTGCGCGCCACCGGTTTCGACCCGGTTGCCGCCGAAGGTGGCTCGGCTGCCGTTGAAGCGGTAGGCGCTGCTCACGACGCCGGCATCTCCAGCTTCGTCAACGAAGAACTGGCCAAGTCCGACCGTCCTGAACTGACCGCTGCCAAGATCGTCGTTTCCGGCGGTCGCGGCATGCAGAACGGTGACAACTTCAAGCACCTGTACGCCCTGGCCGACAAGCTGGGCGCTGCCGTTGGTGCTTCGCGCGCCGCGGTCGACGCCGGTTTCGTGCCGAACGACATGCAGGTCGGCCAGACCGGCAAGATCGTTGCGCCACAGCTGTACATCGCCGTCGGTATCTCCGGCGCGATCCAGCACCTGGCCGGCATGAAAGACTCCAAGGTGATCGTTGCGATCAACAAGGACGAAGAAGCGCCGATCTTCCAGGTGGCCGATTATGGTCTGGTGGCTGATCTGTTCGAAGCCATCCCCGAGCTGGAGAAGCTGGTCTAA MTILVIAEHDNKALAPATLNTVAAAAKIGGDLHVLVAGQGASAVAEAAAKIAGVAKVLSADNAAYAHQLPENVAPLVAELGKGYSHILAAATSNGKNILPRVAAALDVDQISEIISVESADTFKRPIYAGNAIATVQSTAAIKVITVRATGFDPVAAEGGSAAVEAVGAAHDAGISSFVNEELAKSDRPELTAAKIVVSGGRGMQNGDNFKHLYALADKLGAAVGASRAAVDAGFVPNDMQVGQTGKIVAPQLYIAVGISGAIQHLAGMKDSKVIVAINKDEEAPIFQVADYGLVADLFEAIPELEKLV PGPT0001040_5001 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522 NA NA D1-35_02092 825 hypothetical protein ATGGATCTTCGCCATTTGGCCGGTTGGTCGTTGTTGTGGGCATTGGCTTGCATGCCGGGCCTGTCTGTCGCCGCTGGCAAATGTGAGCGTCTGGTCGCCACTGGCAGCCCCGATGCGCCGCCTTATCTTTGGCAAGACTCCCAGGACCCCAAGCACCTGATCGGCGCTGGCGCCGACCTGCTGGAGGAGGTGGCTAAGGCGCTGGGCATCAAGATCGAGCTGCTCTACGCCGGCAAGCGTGCCCAGGCATTGGACGAGGTGCGCAGCGGGCGCATGGACCTGCTCACCGATGCTCCGCTGACCACGAACGGGCTGGACAGCCTCGATTACGTGCATCCGGCCTTGCTGGAAAATGATTACCTGGTCTGGACCCGCAAGGACTCGACGTTGCTCATCACCCGGCCCGAGGATCTTCATGGACATCCCGGAGCCTTGTCGGAGAAGGCCCGAATGACCCAGGGATTCAGCGTCTTTGCCGAGCAGAATCTAACCCTGACCCGGACACCCAACCTGACCCAGGCCTTTCAGAAATTGCTGCTGGGTGAAGTGGAATATGTCTTGGCAGGACGCTACTCGGGCATGGCGATGGCGCAGACATTGGGGATGGCCAACGATCTGCAGGCGGCACCGCAACCGGTGGATAAACCGGGATTGTTCCTCGCGGTTTCCCATAACTCCGCCTGCAACGATCCATGGTTGCGCGGACAGCTGGCGCAAAAGATGACAGAATTGGCCGCGTCCGGCCTGACGGAGGCTGTGTTGCAGCGCAATCTGGAGTGTTGGAGAACACAGTTGCAGCCACCTGTCAGTGCCCCAAAACCGTAG MDLRHLAGWSLLWALACMPGLSVAAGKCERLVATGSPDAPPYLWQDSQDPKHLIGAGADLLEEVAKALGIKIELLYAGKRAQALDEVRSGRMDLLTDAPLTTNGLDSLDYVHPALLENDYLVWTRKDSTLLITRPEDLHGHPGALSEKARMTQGFSVFAEQNLTLTRTPNLTQAFQKLLLGEVEYVLAGRYSGMAMAQTLGMANDLQAAPQPVDKPGLFLAVSHNSACNDPWLRGQLAQKMTELAASGLTEAVLQRNLECWRTQLQPPVSAPKP PGPT0020800_7740 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 D1-35_02093 360 hypothetical protein GTGACTATTCGACCTCTTTTCGCTGCCCTGGCCGTTCTGGCTCTGGCGGGTTGTGCAGCCGATCCGGCGCCGAATGAACAGCTGCGCCTGACTGAACAGGCCATCGAGCAGGCCCATGCGGTGGGCGCCACCGCCGATGACGTGCCTGAACTCAAACTCGCCGAAGAAAAATTCGCCCGCGCCAAGAGCAACATGGCCGACGAATCCTACAAGAAGGCACGCATGCGCGCCGAGCAGGCCGAGCTGGACGCGCGCCTGGCCGAAGCGAAGGTGCTCAGTCTCAAGCGCCAGGAGCAGTTGAACGTGCTCGATACTCGAATCAAGCGCTTGCGCAAACAGTTGAGGGATGATGCCCAATGA MTIRPLFAALAVLALAGCAADPAPNEQLRLTEQAIEQAHAVGATADDVPELKLAEEKFARAKSNMADESYKKARMRAEQAELDARLAEAKVLSLKRQEQLNVLDTRIKRLRKQLRDDAQ NA NA NA NA NA D1-35_02094 810 pal_7 Peptidoglycan-associated lipoprotein ATGAAGCCGTCCCATGTATGTGGCAGCCTGGTCCTCGCGGGCCTCGCCAGTTTGTATGGCTGCGCCGGGCAGCGTAGCGAAGCGGCGCTGGAACAGGCCAGTGCCAGCTTCCAGAAGGTCAAGGAAGACGCCAATGTCCTGCGCGCCGCGCCCAAGGATGTCATCCGCGCCGGCGAATCCCTGGCCCGGGCCGATCGCCTGTCCAGCTATTGGGGCAGCGGCGAGGATGTCCAGCATTACGCTTACCTGAGCCAGCGCTACAGCGAGATCGCGCGGGAACACAGCAATCAGTTGCTCAACGAAGAGCGCGCGGCGAAGCTTGAGCTGGAACGCCAGCGCCTGCAATTGGCCTTGCGCGAATCCAAGTTGCTGAGCGTCCAGCAGCAAGGCAAGTGGCTGGAAGAACAGATCATGGCGATGGCCACCACCCAGACTGATCGCGGCTTGGTGATGACCCTGGGTGACGTGCTGTTCGACACCGGCGAAGCGGAACTGAAGAACTCGGCCAACCGCGTGGTGCTCAAGATCGTGCAGTTCCTGCAGCTCAATCCCAAGCGCGTGGCGCGTATCGAGGGCTACACCGACAGCACCGGTGGCAAGCAGGAGAACCTCAAGCTGTCCCGTGATCGCGCGCAGGCGGTGGCGGACGTGCTGGTGGACCTGGGGATCGATGAAAAGCGCATTCAGGTCGAAGGCTACGGCGATCAATACCCGGTGGATGTCAACGCTTCCGAGCGTGGCCGGGCCCAGAATCGTCGTGTGGAAATCGTCTTTTCCGACGAGAAAGGCCAGCTCGGCGCCGCCCGCTGA MKPSHVCGSLVLAGLASLYGCAGQRSEAALEQASASFQKVKEDANVLRAAPKDVIRAGESLARADRLSSYWGSGEDVQHYAYLSQRYSEIAREHSNQLLNEERAAKLELERQRLQLALRESKLLSVQQQGKWLEEQIMAMATTQTDRGLVMTLGDVLFDTGEAELKNSANRVVLKIVQFLQLNPKRVARIEGYTDSTGGKQENLKLSRDRAQAVADVLVDLGIDEKRIQVEGYGDQYPVDVNASERGRAQNRRVEIVFSDEKGQLGAAR NA NA NA NA NA D1-35_02095 1443 norG_3 COG1167 HTH-type transcriptional regulator NorG ATGACCAACCTCCTGCTCTACCAACGTATTGCTCAACAGCTGGCTGAAGATATCCGGCGCGGTGTATATCAGCCCGGCGAACGCGTGCCGTCGGTGCGCAAGATGAGTTCGCAGCTCAACGTCAGCCATGCCACTGTGTTGCAGGCCTATGCCAACCTGGAAGACCAGGGGTTGATCCGGGCGCGGCCGCAGTCGGGTTACTACGTGCACCAGACGCCGGCCCTGACCGCGCCGACGCCGGACATCGCCCGGGTCGAGCGCCCCGGCCTGGTGACGCGCAGCAGCATCATCCAGCAGGTGTTGGTCGAGTCGCGTCGTGAGGGGGTCTTCCCGCTGGGCGCGGCGGTACCGAGCGTCGATTATCTGCCAGTGCGGGCGTTGCACCAGCAGTTGGCCAAGGTCACACGGTTTCACAGTCCGCGGGCCTTCAGCTACATGTTCAGCCCCGGCTTCGAGCCGTTACGGCGCCAGGTGGCGATTCGCATGCGTGATGCCGGAGTCGTGGTCGACCCCTCCGAAGTGGTGATTACCCATGGCTGCGTCGATGCGTTGCAAATGTCGCTGCGCGTGCTGACCCGGCCGGGGGACCTGATCGCCGCCGAGTCGCCGACCTATTACGGTTTGCTGCAGTTGGCGGATCTGTTGGGACTCAAGGTGATCGAGATCCCCAGCGATCCGGTCACCGGTATGAGCCTTGAAGCCTTGCAGCTGGCGGCCAACCAATGGTCGATCAAGGCGTTGGTCCTGACCACGCGCCTGAGCAATCCCCTCGGCGGCACGATGCCTGAGGAGCGGCAAAAGCAGCTGCTGCGCCTGGCGTCGGATTTCGACATTCAGATTGTCGAGGACGACATTTACGGCGAACTGATGTTCGAGCAGGGGCGTACCAAGGCACTCAAGGCGTACGACCGCCTGGATCGGGTGATCTACTGCTCGAGTTTTTCCAAGACCTTGTCGCCGGGTGTGCGCATCGGCTGGATGACCGCCGGCAAGTTCCAGCAAGAGATCCAGCGCCTGCAAACGTTCAGTACTCATTCGGCGTGCAGCGTCACGCAGATGGGCATCGCGGCGTACCTGGAAAACGGCGGCTACGACCGGCACCTGCGCTACATTCGCCAGGAGTACCGCAAGAACCTCAGCGCCTTTCAACTGGCTGTGCAGCAGTATTTTCCCGAAGGCACGCAAATGAGCCGTCCTACCGGGGGTTTCATCCTTTGGGTCAGCCTGCCGGGACGGGTCAATACCCAGGAGTTGCACGTGCGGGCGCTGCAACAGGGCATCAGCATCGCCCCCGGGCTGATCTTCAGTAACACCGAGCAGTTCAACCACTGCATTCGCCTGAACTGCGGAACACCCTGGAACCGCGAGGCAGAGCGGGCCCTGATGACGCTGGGGCTGTTGGCCACCCAGCTGTGCCAGGAGACCGCGAGCGGGCTCCTTTAA MTNLLLYQRIAQQLAEDIRRGVYQPGERVPSVRKMSSQLNVSHATVLQAYANLEDQGLIRARPQSGYYVHQTPALTAPTPDIARVERPGLVTRSSIIQQVLVESRREGVFPLGAAVPSVDYLPVRALHQQLAKVTRFHSPRAFSYMFSPGFEPLRRQVAIRMRDAGVVVDPSEVVITHGCVDALQMSLRVLTRPGDLIAAESPTYYGLLQLADLLGLKVIEIPSDPVTGMSLEALQLAANQWSIKALVLTTRLSNPLGGTMPEERQKQLLRLASDFDIQIVEDDIYGELMFEQGRTKALKAYDRLDRVIYCSSFSKTLSPGVRIGWMTAGKFQQEIQRLQTFSTHSACSVTQMGIAAYLENGGYDRHLRYIRQEYRKNLSAFQLAVQQYFPEGTQMSRPTGGFILWVSLPGRVNTQELHVRALQQGISIAPGLIFSNTEQFNHCIRLNCGTPWNREAERALMTLGLLATQLCQETASGLL NA NA NA NA NA D1-35_02096 405 hypothetical protein GTGGCGGCTGCGGCACAGGAAAAACCCGCGGCCAGCGCCACGAAGAATTCTGGCAAGGCACCCGCAGCGGTGAAAAAAGCCCCCGCGAAGAAAGCCGCGAATACCAGAAAAAAACGTGCCCCCGTCGCCTCCAAAAGCAAATCCGCTCGCGAAATTGCCAAGACCCGACTGCCACCGGCGAAGCTCGATTTGAGCTTGCCCAATGAAATGGTCGAGGAGCTGAAGCCCCCGGGAACTGTGCCGCTGCCCAAGCGTGAGCCGTTGTTGCCGCCCATGTTCGGCGATAAGCCTGGGCCGTTCCAACTCAACGGACGTTTGCTGAGCAATGAAATGCAGCTGCCGTTGCGCAACCAGGAGCGCAACGAAGTGGAAGGCGCAGCGCTGGAGTTCGAATTCAAGCAGTAG MAAAAQEKPAASATKNSGKAPAAVKKAPAKKAANTRKKRAPVASKSKSAREIAKTRLPPAKLDLSLPNEMVEELKPPGTVPLPKREPLLPPMFGDKPGPFQLNGRLLSNEMQLPLRNQERNEVEGAALEFEFKQ NA NA NA NA NA D1-35_02097 255 hypothetical protein ATGAAATGCCGCGAGGGCTGTGGCGCCTGCTGCATCGCCCCCTCCATCAGCTCACCCATCCCAGGGATGCCTCAAGGCAAGCCGGCGGGCGAGCGTTGCGTGCAGTTGTCGGTCGACAATCTGTGCCAGATATTCGACCGGGCCGATCGCCCTGCGGTGTGCTCGGCGTTTGAGGCTGACATCGAGGTCTGTGGCGACAGCAGCGAAGACGCCATTCGACTGATCGGTTGGTGGGAGCAAGTCACGGCAGCGTAA MKCREGCGACCIAPSISSPIPGMPQGKPAGERCVQLSVDNLCQIFDRADRPAVCSAFEADIEVCGDSSEDAIRLIGWWEQVTAA NA NA NA NA NA D1-35_02098 609 hypothetical protein ATGGGTTCGCTGCATCGTATGGCTGTGTTGTGTGGTTTGACCGTGTTGCTGGCGACGGCTACCGCCCAGGCTGAGGATTGGCAGGTTGCCAAGGAAAAGGACGGCATCAAGGTTTCACTCAGTGAAGTCAGCCTTTCCAAGTACAAGGCCTACCAAGGCGTGACCGTGATGAAGACCACCATGGCGAAGTTGCGCGCCTTGCAGGAGGACGTATCGGGTGCCTGTGCCTGGATTCATGAATGCAAGAGCCAGAAGCTGCTCAAGCACGAGGGCGACAAGAGCTGGACCTACACTCGATTCAACACGCCGTGGCCGGTTACGCCGCGTGACTCCGTGCTGGAAGTTACCACCGTCGAAGGCGCGGATGGCAGCCTGACCCGCAACCTCAAGGGCGTGCCTACTTACGCTCCTGAAGAAAAAGGTTTTGTGCGAGTGGCACAAGTCGACGGTTTCTGGAAATTCACTCCCAAGGGCGCGGATCAGGTCGAGGTGATTTACCAGGTCCATACCGAGCCGGGGGGCGACGTTCCGTCCTGGCTGGCTAACAAGTTCGTGGTGGATGCGCCGTTCAATACCCTGAAAGCGTTGAAAGAACGCGCCGAAAAATAG MGSLHRMAVLCGLTVLLATATAQAEDWQVAKEKDGIKVSLSEVSLSKYKAYQGVTVMKTTMAKLRALQEDVSGACAWIHECKSQKLLKHEGDKSWTYTRFNTPWPVTPRDSVLEVTTVEGADGSLTRNLKGVPTYAPEEKGFVRVAQVDGFWKFTPKGADQVEVIYQVHTEPGGDVPSWLANKFVVDAPFNTLKALKERAEK NA NA NA NA NA D1-35_02099 237 hypothetical protein ATGCAAAAGTGGGAAATCACCTTCGTTGACGATCACGGCGAAACGATCGCCGAGCAGTTTGATTACGCCCAGGAGCCCACGATGGAACAAGCGGCACAACTGATTCAGGAAAAGCTGGTACCTCTCTCGAAAGAGCTGGACCTCAACGACCTGGAGGGCCGCACCGACGACCCCACGGTCAAGAGCCTGAAAACCCAGAACAGCATTGAGATCATCAGCATTAAACCGGTTTCATGA MQKWEITFVDDHGETIAEQFDYAQEPTMEQAAQLIQEKLVPLSKELDLNDLEGRTDDPTVKSLKTQNSIEIISIKPVS NA NA NA NA NA D1-35_02100 342 hypothetical protein ATGAGCACAGCCTATCAAGAAGATGTCAGCACCAGCGTGTTGCGCCGCATGAAAGAAGGCGGTTTCGATTTCTCCCAATTCCATCCCATCGAGTTCTACGCCATTTTTCCCGACGAGGAACGGGCGCGCAGGGCGGCAGGTCATTTTCGGGGAGAATCGTTGAATGCGCAGATCAGCGCTCGGGAAGATGGAGCCTGGTCACTGGAACTGAGCCGGGTGATGTACGCCACTTATGACGATATCGGCGACTTCGAACTGAATTTCGAGGCGGTGGTTGAGCCACTGGGTGGCATCATTGAAGGGTGGGGCGTCAAGCAGGAGATCCGTCGCCTGCAGGCCTGA MSTAYQEDVSTSVLRRMKEGGFDFSQFHPIEFYAIFPDEERARRAAGHFRGESLNAQISAREDGAWSLELSRVMYATYDDIGDFELNFEAVVEPLGGIIEGWGVKQEIRRLQA NA NA NA NA NA D1-35_02101 819 hypothetical protein ATGGAAGGCGATTCATTGAAAGCTCTCATTGCGATCGGGGCGCTGCTGCTCAGCACGCCTCTATTTGCCGCGCAACTCGTGCTTGAACTGGGCACGCAGGCACGCACCTGGCAAACCGAGGAACTGCTCAAGCATCCTGAAGCTCGGACGGTTCGGATCAATGAAGATGTTTCCTACAAGAAACCCATGAGCTATCGCGCCGTACCCCTCACGGCGTTGTTGACTGGCGTCCAGCCGGATGACCACTTGCAGGCCGTGGCGCTGGATGGCTTTGCCGCGGAAATGCCCGCTGCACCGTTGCTCAACCAGAGTGGCGCCCGTGCGTGGCTGGCGATCGAAGACCCCGCAGCCCCCTGGCCGTCGCTGGGCGAGGGCAAGCGCAGTGCCGGGCCCTTTTACTTGGTCTGGACCGATCCCCAGGCGGGACATATCAGCCCCGAACAGTGGCCATACGCGCTGGCGAGCATCAAGCGCCTGTCCGCGGTGGCCGAGCGCTTCCCTGCCCTGCTGCCCGCCCCGGGCCTGGCCAAGGACGACCCGATCAATCAGGGTTTTGCGCTGTTCCAGAAAAACTGCCTGGCCTGCCACCGCCTCAACGGTGCAGGCGATGCCCAGTTCGGCCCGGACCTGAACATTCCCTTCAATCCAACCGAGTACTTCTCGGGGGATTTTCTCAAGCGTTACATACGGGATCCGCAGAGCCTGCGGCGCTGGCCTCAAGGGAAGATGCCGGGGTTCTCGGCGGCGGTGCTGCCGGATGCGGAGCTTGATTTGCTGGTGGGATATTTGAAGCATATGGCGGGACGCAAGCAGCCGTAG MEGDSLKALIAIGALLLSTPLFAAQLVLELGTQARTWQTEELLKHPEARTVRINEDVSYKKPMSYRAVPLTALLTGVQPDDHLQAVALDGFAAEMPAAPLLNQSGARAWLAIEDPAAPWPSLGEGKRSAGPFYLVWTDPQAGHISPEQWPYALASIKRLSAVAERFPALLPAPGLAKDDPINQGFALFQKNCLACHRLNGAGDAQFGPDLNIPFNPTEYFSGDFLKRYIRDPQSLRRWPQGKMPGFSAAVLPDAELDLLVGYLKHMAGRKQP NA NA NA NA NA D1-35_02102 96 hypothetical protein ATGTTCAAACATTCGAAAGTTCGTCAAGCCGGACTCATTCTCTTTGCCACTACGCTGCTGTTGATTTTGCCGAACATTACCAAGGTCATCGGCTGA MFKHSKVRQAGLILFATTLLLILPNITKVIG NA NA NA NA NA D1-35_02103 1206 fadA_3 COG0183 Putative acyltransferase ATGACCCAAGCTTTGATTTTCGATGCATTACGCACGCCCCGCGGCAAGGGCAAGGCCGATGGCGCCCTGTATACCGTCAAGCCGGTGAACCTGGTCGCCGGCCTGCTCGACGCGTTGCGCCAGCGCATGGACCTGGACACCCGTCACGTCGATGACATCGTGCTCGGCTGCGTGACTCCGGTAGGCGACCAAGGCGCCGACATTGCCAAGACGGCGGCCCTGGTGGCGGGCTGGGACGTCAGCGTGGCGGGCGTGCAACTCAACCGTTTCTGCGCCTCGGGCCTTGAAGCGGTGAACCTGGCGGCGATGAAAGTGCGCTCCGGCTTCGAGGACCTGGTGGTGGCCGGCGGCGTGGAGTCGATGTCGCGGGTACCGATGGGCAGCGATGGAGGCGCGTGGGCGCTGGACCCACAATCGAACCTGCAGGGGCATTTTGTCCCCCAGGGCATTGGCGCGGACCTGATCGCTACCCTGGAAGGCTTCAATCGCGAAGAGGTCGATACCTTCGCGCTGCAATCCCAGCGCAAGGCCGCTCGGGCTCGGGACGACGGATCGTTTGCTAAATCCCTGGTGGCGGTGCGGGAACAGAATGGCATCGTGCTGCTGGAACACGACGAATTCATCCGTGGCGACTCGACCCTTGAAGGGCTGGGCAAGCTTCGGCCGAGTTTCGAGGCGATGGGCCAGATGGGTTTCGACGCGACGGCGTTGCGTGTCTATAGCCATGTCGAACGAATCAATCATGTGCACACCCCGGGCAACAGCTCGGGCATCGTCGACGGCGCGGCGCTGATGCTGATCGGCACCGAGGCAAAGGGCCGCGAGCTGGGCCTGGAGCCCCGGGCGCGAATCGTCGCCACTGCGGTCACCAGCACCGAGCCGACCATCATGCTCACTGGCCCGGCCCCGGCCACCCGCAAGGCCTTGGCGAAAGCCGGGTTGCGGGTGGAAGACATCGATCTGTTCGAGGTCAACGAAGCCTTCGCCTCGGTGGTGCTCAAATTCATCAAGGACATGGCCATCGATCCCGCAAAGGTGAATGTCAACGGCGGTTCTATCGCCATGGGGCACCCACTGGGTGCCACCGGGTGCGCAATTCTTGGCACTTTGCTCGATGAGCTGGAGGCGCGTCGCCTGCGTTACGGCCTGGCGACGCTGTGTGTCGGCGGCGGAATGGGCATCGCCACCATCATCGAACGCCTCTGA MTQALIFDALRTPRGKGKADGALYTVKPVNLVAGLLDALRQRMDLDTRHVDDIVLGCVTPVGDQGADIAKTAALVAGWDVSVAGVQLNRFCASGLEAVNLAAMKVRSGFEDLVVAGGVESMSRVPMGSDGGAWALDPQSNLQGHFVPQGIGADLIATLEGFNREEVDTFALQSQRKAARARDDGSFAKSLVAVREQNGIVLLEHDEFIRGDSTLEGLGKLRPSFEAMGQMGFDATALRVYSHVERINHVHTPGNSSGIVDGAALMLIGTEAKGRELGLEPRARIVATAVTSTEPTIMLTGPAPATRKALAKAGLRVEDIDLFEVNEAFASVVLKFIKDMAIDPAKVNVNGGSIAMGHPLGATGCAILGTLLDELEARRLRYGLATLCVGGGMGIATIIERL PGPT0008320_4601 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-35_02104 2145 fadJ_2 COG1024 Fatty acid oxidation complex subunit alpha ATGACCGAAGCCATTCGTTACGAAACCGGCCAGGACCGGATCGTTCTCCTGACCCTGGACATGCCGGGCCAGATCAGCAATACCATGAACGCGACCTATCGCGAGGCGATGGCCGCCTGCGTGGCGCGTCTGTTGGCCGAAAAAGATTCGATCGCCGGGGTGATCATCACCTCGGCCAAAAAAACCTTTTTTGCCGGTGGCGACTTGAACGAGCTGGTCAGGATAGACCCATCCGAGGCCCAGGCGTTCTATCAGATGGTCCTGGGGCTGAAAGCGCAACTGCGCGCCCTCGAAACCCTCGGTGTACCCGTCGTCGCGGCGATCAATGGTGCGGCCTTGGGCGGCGGCTGGGAAATCTGCCTGGCGTGTCATCATCGCGTAGCGCTGGACCATCCATCGGTGCAGATCGGCTTGCCGGAGGTCACCCTCGGCTTGCTGCCGGGCGGTGGCGGTGTGGTGCGGATGGTGCGGGTGCTGGGTTTGGAAAAGGCTTTGCCGTATCTGCTCGAGGGCAAGCGACTTGGCCCGCAGCAGGCGTTGCAGGCCGGCTTGATCGACGAGCTGGCGGCGGATCGCGACGAGCTGCTGGCCAAGTCCCGAGCCTGGATTCTCGCCCATCCAGATGCAATCCAACCTTGGGATGTGAAGGGGTATCGGCTTCCAGGCGGGACCCCGTCCGACCCGAAGGTCGCCCAGATGCTGGCGATCGCGCCTTCGATCCTGCGCAACAAGACCCAGGGCTGCCTGCCGGCCCCGGAAAAGATTCTCTGCGCTGCGGTAGAGGGCGCGCAGGTGGCGTTTGACGCGGCGCATCTGATCGAGACGCGCTATTTCACCGAACTCGCCACGGGACAAGTGGCGAAGAACCTGATCGGCACCTTCTGGTTTCAACTCAACGAAATCAAGGCCGGCAGATCCCGCCCACAGGGTGTTGTGCCTTATCTGACAAAAAAAGTCGGCGTGCTCGGTGCAGGCATGATGGGCGCCGGTATCGCCTGCGTCAGCGCGGTGGCCGGCATCGACGTGGTGCTCAAGGACATCGACCTGGCCGCCGCACAGAAGGGCAAGGCACGCTCGGCGGCGTTGCTGGACAAAAAAGTCGCGCGCGGCCAACTCACCGAGGAACAACGCGACGCCACGCTGGCGCGGATTCACCCTACCGACAACGATGCCGAGCTGGCCGGTTGCGACCTGATCATCGAGGCCGTCTTTGAAGACCGTTCCCTGAAAGCCAAGGTATCGTCAGCAGCCCAGGCGGCAGCGGGGCCTGAGGCGGTGATCGCTTCCAACACCTCGACCCTGCCCATCACCGGCCTGGCCGAGGCGGTGTCGGACGCGAGCAGATTCATCGGGCTGCACTTCTTCAGTCCGGTGGAAAAAATGCCGCTGGTGGAAATCATCAAGGGGGTCGGGACCAGTGATGAAACCCTGGCCCGGGCTTTCGATTTTGTCCGGCAGATCGACAAGACGCCCATCGTGGTCAACGACAGCCGGGGTTTTTTCACTTCGCGGGTGTTTGGCACCTTCATCAACGAAGGCATTGCGATGCTCGGCGAGGGCGTGAGTGCGCCGATGATCGAAACCGAAGCGCGCAAAGCCGGGATGCCGGTCGGGCCCCTGGCTGTTTCGGACGAAGTTTCCCTCGGTTTGATGAGCCATATCCGCGCTCAAACCGCCAAAGACCTGCACGCAGAAGGGAAAGCGCCGACAGAGCATCCTGCATTCGCCGTGATCGACCTGCTGCTTGATGAGTACAAACGACCAGGCAAAGCGGCCGGAGCCGGTTTTTATGACTATCCAGCCCAAGGGCAGAAGCATCTCTGGCCGGAGCTCAAGAGCCGTTTCGAGAAAGCCGATGGGCAAATCCCCGCGCAGGATATCCGCGATCGCCTGCTGTTCATCCAGGCCTTGGAAACTGTTCGCTGCGTAGAGGAAGGCGTCGTCACTTCGACGCCGGATGCCAATGTCGGCTCGGTATTCGGCATCGGTTTCGCGGCCTGGACAGGTGGGACGTTGCAGTTCATCAACCAGTACGGTTTGCCGGCATTTATCGCTCGTGCCCAGTACCTGGCCGAGCAATATGGCGAACGTTTCTCACCGCCGGCCCTGTTGCTGGAAAAAGCCGCCAGCCGGGCGACGTTCTGA MTEAIRYETGQDRIVLLTLDMPGQISNTMNATYREAMAACVARLLAEKDSIAGVIITSAKKTFFAGGDLNELVRIDPSEAQAFYQMVLGLKAQLRALETLGVPVVAAINGAALGGGWEICLACHHRVALDHPSVQIGLPEVTLGLLPGGGGVVRMVRVLGLEKALPYLLEGKRLGPQQALQAGLIDELAADRDELLAKSRAWILAHPDAIQPWDVKGYRLPGGTPSDPKVAQMLAIAPSILRNKTQGCLPAPEKILCAAVEGAQVAFDAAHLIETRYFTELATGQVAKNLIGTFWFQLNEIKAGRSRPQGVVPYLTKKVGVLGAGMMGAGIACVSAVAGIDVVLKDIDLAAAQKGKARSAALLDKKVARGQLTEEQRDATLARIHPTDNDAELAGCDLIIEAVFEDRSLKAKVSSAAQAAAGPEAVIASNTSTLPITGLAEAVSDASRFIGLHFFSPVEKMPLVEIIKGVGTSDETLARAFDFVRQIDKTPIVVNDSRGFFTSRVFGTFINEGIAMLGEGVSAPMIETEARKAGMPVGPLAVSDEVSLGLMSHIRAQTAKDLHAEGKAPTEHPAFAVIDLLLDEYKRPGKAAGAGFYDYPAQGQKHLWPELKSRFEKADGQIPAQDIRDRLLFIQALETVRCVEEGVVTSTPDANVGSVFGIGFAAWTGGTLQFINQYGLPAFIARAQYLAEQYGERFSPPALLLEKAASRATF PGPT0001870_1311 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0001870-fadJ-K01782 NA NA D1-35_02105 735 hypothetical protein ATGTCGTTACGCATCTGCATTCTGGAAACCGATATCCTGCGTCCGGAACTGGTCGAGCAATATCAGGGTTACGGGCAGATGTTCCAGCGCCTGTTTTCGCAACAGCCTATTGCGGCCGACTTTGTCGTGTACAACGTGGTGGAAGGGCAATACCCCAGCGATGACGAGCAATTCGACGCCTATCTGGTGACCGGCAGCAAGGCCGACTCCTTCGGCAGCGACCCTTGGATCCAGACCCTCAAGACCTATCTGATGGACCGCTACCAGCGTGGCGACAAACTGCTGGGCGTCTGCTTTGGTCATCAGTTGCTGGCCTTGTTGCTGGGCGGCAAGACCGAGCGCGCCAGCCAGGGATGGGGGGTTGGCACCCATCGTTACAAACTCGCGGCAAAGGCGCCCTGGATGAGCCCGGTGATGGAGGAACTGACTTTGTTGATCAGTCATCAGGACCAGGTTACCGAGCTGCCGGAAAATGCCACGGTCATCGCCTCAAGCGATTTCTGCCCATTCGCGGCCTATCACATCAATGATCAGGTCCTGTGCTTCCAGGGCCACCCGGAATTCATCCATGATTATTCCCGGGCCTTGCTGGAGATTCGCCAGCAACACCTCGGCGAGCAGATCTACAGCCAGGGCGTGGCGAGCCTTGAACAGGAGCATCACGGCACGACGGTAGCGGAGTGGATGATGCGTTTCGTCGCCCACAAACCCCAAGCTGAAGCCGCCCAAGGCTGA MSLRICILETDILRPELVEQYQGYGQMFQRLFSQQPIAADFVVYNVVEGQYPSDDEQFDAYLVTGSKADSFGSDPWIQTLKTYLMDRYQRGDKLLGVCFGHQLLALLLGGKTERASQGWGVGTHRYKLAAKAPWMSPVMEELTLLISHQDQVTELPENATVIASSDFCPFAAYHINDQVLCFQGHPEFIHDYSRALLEIRQQHLGEQIYSQGVASLEQEHHGTTVAEWMMRFVAHKPQAEAAQG NA NA NA NA NA D1-35_02106 972 corA COG0598 Cobalt/magnesium transport protein CorA ATGGGTAGAGTCGTTGCTGCTGCGGTTTACAGCGCCGGTAAGAAAGTCACCAATATCACCCTCGACGAAGGCAGCGCCTGGGCTGCAAAACCAGGACATTTTGTCTGGATCGGCCTCGAAGAGCCCAGCGCGCTGGAACTGACCAACCTGCAACGCCAGTTCAACCTGCATGAACTGGCAATTGAAGACGCCATGGAGAAACATAGCCGTCCCAAGCTGGAGACGTTTGGCGATGCGCTGTTCATCGTCACTTATTCACCGGTACGCGAGAACGGCAAGCTGCAATTCATCGAGACCCATATCTTCGCCGGCAAGGGCTATATCATCACCGCTCGCAACGGCCACTCGGCGTCCTACGCACATGTCCGGCAGCGCTGTGAGGCGCGTCCCATCTTGCTGGAGCATGGGGAGGATTTTGTCCTCTACGCCATCCTCGATTTCGTCATCGAGAACTACCAGCCCGTCGGCGAAGCCATCCACACCGAGATCGATGAACTGGAGCGCAACGTACTGTGCAGCGCCTTGAACGAGCGCGATATCCAGAACCTGCACAGTCTGCGCCGCGACGTGCTACGCCTGCGTCGTTATGCGGCACCTATGGTGGAGATCAGCGAAGAGCTGCAGCGCCTGGACTTTCCGTTCATCGACAAGAACATGAGTCCATATTTCCGCGATGTGCAGATTCATGTCACCCGGCAGATGGAAGACCTGGCGACGCTGGCGGACATTGCCAGCCAGACTATCGAGATCGGCGTGTTGCTGGAAGCCTCGCGCCAGAGCGTGGTGCAGCGCAAGTTCGCAGCGTGGGCGGCGATCCTGGCGTTTCCAACGGCGGTGGCCGGGATCTACGGGATGAACTTTGAAAACATGCCGGAGTTGACCTGGCACTACGGGTATTTCCTGGTGCTCGGGTTTATCGGGGTGGGGTGTACGTCGTTGTGGGCGAGTTTCAAGCGATCGGGATGGTTGTAG MGRVVAAAVYSAGKKVTNITLDEGSAWAAKPGHFVWIGLEEPSALELTNLQRQFNLHELAIEDAMEKHSRPKLETFGDALFIVTYSPVRENGKLQFIETHIFAGKGYIITARNGHSASYAHVRQRCEARPILLEHGEDFVLYAILDFVIENYQPVGEAIHTEIDELERNVLCSALNERDIQNLHSLRRDVLRLRRYAAPMVEISEELQRLDFPFIDKNMSPYFRDVQIHVTRQMEDLATLADIASQTIEIGVLLEASRQSVVQRKFAAWAAILAFPTAVAGIYGMNFENMPELTWHYGYFLVLGFIGVGCTSLWASFKRSGWL PGPT0014010_2982 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284 NA NA D1-35_02107 783 plsC COG0204 1-acyl-sn-glycerol-3-phosphate acyltransferase TTGCCGAAAACAGTGCACATCCGTACACTGCGCCACCTTTTGTCCCGATGGGGCCTGTTGATGTTGTTTGCACTGCGTATGTGTTTGATGGGCCTGCATTTTATTTTGGCGGGTGTGCTGGGCGTGATCCTGGGTCTGTGCCGGCCGTTCAATCCTGACAACAGTCGTATATGCGCCAGGTTATACGCGCTGCCTGCGATGTGGTTTCTACGCCTGCGGGTCAAGGCAGAGGTCGACACGCTGATCAACAAGACTCACGGCTGCGTGATCATCGCCAATCATCAGTCCAACTACGATCTTTTCGTGTTCGGCAACGTGGTGCCGCGTCGTACCGTGTGCATTGGCAAGAAGAGCCTGAAGTGGGTGCCGTTGTTCGGCCAACTCTTCTGGCTGGCGGGCAACGTGTTGATTGATCGCGGCAATGCGATCAAGGCGCGCAAATCGATGCTGACCACCACCCATACATTGCAGCATGAAAACACGTCCATCTGGGTGTTCCCGGAAGGGACGCGCAATTTGGGGGAAGACCTGTTGCCCTTCAAGAAAGGCGCGTTCCAGATGGCGATTGCCGCCGGGGTGCCGATTATCCCGGTGTGCGTCAGCACTTATATCAAGCATATGCGCCTGGATCGCTGGCACGCCGGTGACATTCTCATTCGTTCGCTGCCAGCCATTCCTACCGCTGGCCTGAGCATGGATGACATGCCCCGCCTCATCGCCCAATGCCGCGAACAGATGCGTGAATGCATCGAGACGATGGACCGGCAACTGCGCGTCGCGTAA MPKTVHIRTLRHLLSRWGLLMLFALRMCLMGLHFILAGVLGVILGLCRPFNPDNSRICARLYALPAMWFLRLRVKAEVDTLINKTHGCVIIANHQSNYDLFVFGNVVPRRTVCIGKKSLKWVPLFGQLFWLAGNVLIDRGNAIKARKSMLTTTHTLQHENTSIWVFPEGTRNLGEDLLPFKKGAFQMAIAAGVPIIPVCVSTYIKHMRLDRWHAGDILIRSLPAIPTAGLSMDDMPRLIAQCREQMRECIETMDRQLRVA PGPT0024380_4438 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D1-35_02108 690 fadB_2 Fatty acid oxidation complex subunit alpha ATGAGCGACCTGATTGCCTACCATCTCGAAGACGGTATCGCGACCCTGACCTTGAACAATGGCAAGGTCAATGCCATTTCGCCTGATGTGATCGTCGCATTCAACGCTGCGCTGGACCAGGCAGTGTCTGATCGCGCGGTGGTGATCATTACCGGGCAACCGGGGATTCTGTCGGGCGGTTACGATTTGAAGGTGATGACCGCCGGCCCCAAGGAGGCAGTCAGTCTGGTCGCGTCTGGCTCGACCCTAGCCCGTCGTTTGTTGTCGCACCCCTTCCCCGTCGTTGTCGCCTGCCCTGGGCATGCGGTGGCCAAGGGTGCGTTCCTGCTGCTGTCGGCGGACTACCGCATTGGTGTGGAGGGGCCGTTTACCATCGGGCTGAACGAGGTGCAGATCGGCATGACCATGCACCACGCCGGTATCGAGCTGGCCCGTGATCGCTTGCGCAAGTCTGCGTTCCACCGCTCGGTGATCAATGGCGAGATGTTCAATCCGCAGAGCGCCGTGGACGCTGGTTTCCTCGACAAGGTGGTCGCGGCTGACGAGTTGCAAGCTGCAGCACTGGAGGCAGCGCGTCAGTTGAAGAAGATCAACATGACCGCCCACAAGAATACCAAGCTCAAGGTTCGCAAGGCCTTGCTGCATGCATTGGACAGCGCGATTCTGCTGGATCAGGAATACACGGGCTGA MSDLIAYHLEDGIATLTLNNGKVNAISPDVIVAFNAALDQAVSDRAVVIITGQPGILSGGYDLKVMTAGPKEAVSLVASGSTLARRLLSHPFPVVVACPGHAVAKGAFLLLSADYRIGVEGPFTIGLNEVQIGMTMHHAGIELARDRLRKSAFHRSVINGEMFNPQSAVDAGFLDKVVAADELQAAALEAARQLKKINMTAHKNTKLKVRKALLHALDSAILLDQEYTG PGPT0001860_8280 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 D1-35_02110 150 hypothetical protein ATGAAAACCATAGAGCGGTACAGTCCGCCCTCCGCGGACGCATTGGCGCGCCTGAAAATCAATCTCGGCTATACCAGCCAGCAAACGGCCGAACTGGTAGGGCTGGCTCAGGGTGGGCAATGGGGCAAGTACACGGGTGGCGCGAGCTGA MKTIERYSPPSADALARLKINLGYTSQQTAELVGLAQGGQWGKYTGGAS NA NA NA NA NA D1-35_02111 198 hypothetical protein ATGCGGGAATTCGGTATGAGCGGCGCAGAATTGGAAAAGGTCCATGTCGAAATTGCTAAATTGATGGCTGAGACCAAAAAGCTCAACGCCGAAGCGGGCAAGATGACCCGCGAAACGTTCTGGTACCCAGTCGCGGTTGCCACCGGCCTGATCGGTACAGTGGCCACCGTCACCACGCTGCTAATCAAATTCGTCTAA MREFGMSGAELEKVHVEIAKLMAETKKLNAEAGKMTRETFWYPVAVATGLIGTVATVTTLLIKFV NA NA NA NA NA D1-35_02112 1041 uvsE UV DNA damage endonuclease ATGACTCACCCACGAATCGGCTTCGCCTGCCAATACCGGCACCCTGATCGCGGCCTCGCAGCGAGTGCATTAAAGACCATCGAAGCGCCATACAACCCCCGCACCACGACGTTACGCTGGATGGATGGCGTCCCTCTCCAGGTCGCCCGCGACAAGCTGCTTGAAGTCGTGGCGCACAATCTCGACGCACAACTGCGCCTCATCGCCTACGTTGCCGAGCTTGCGCCGACCCTGCGCATGCTCCGACTGAGCAGTGATCTGTTGCCGTTCTACAGTCATCCGAAGGTGAGTGCTTTCTATCAGGACCCGGTCATTCAAAGCCAGCTGGAAGAACGCTTCGCTGTGATTGGCAACCTCGCGCGTTCGGCGGATATCCGGCTGTCCTTCCACCCTGGCCAGTATTGTGTGTTGGGCTCGGATAAACCGGGTGTGGTGGAGAACAGCATCGCCGAGTTCGAGTACCACGCCGACATGATCCGGATGATGGGCTACGGTCGGCGCTTCCAGGACTTCAAATGCAACGTGCACATCGCCGGGCGCCTCGGGGGCGAGGGGATCCGTTCGATCTGGCCGCGATTGTCGGAGGTGGCGCGCAATTGCATCACCTTCGAAAACGAGGAGAAGACCTACGGCGTCGATGATTGTCTGCAACTGGCTGACCTTGCCCCCGTCGTGCTGGATATCCACCACTGTTGGATCAACGAGAACGATTACATCGCACCGGACTCCCCGCGAGTCGATCGCATCATCGAAAGTTGGCGTGGAGTTCGGCCAACCATGCATTATTCACAGCCGCCGGAGCGATTGCAGGAATTGGGTTTCGATGCAGGCAAAAAGCTTGAGATGGATGCGTTATTGAAGGTGGTGTCCAAACGTGACTTGTACGGTCACAGTGACCAGATGTGGAATCGCTGGACCAACTCATACGCGCTCAAGTTTCTGGACCGTTTCGACATCATGTTGGAGGCGAAAGACAAGAATCTGGCTGCGCAGGCATTTTATGAAGATGTCGCTCGGCCTTATCTTCATCCCTGCGTATAG MTHPRIGFACQYRHPDRGLAASALKTIEAPYNPRTTTLRWMDGVPLQVARDKLLEVVAHNLDAQLRLIAYVAELAPTLRMLRLSSDLLPFYSHPKVSAFYQDPVIQSQLEERFAVIGNLARSADIRLSFHPGQYCVLGSDKPGVVENSIAEFEYHADMIRMMGYGRRFQDFKCNVHIAGRLGGEGIRSIWPRLSEVARNCITFENEEKTYGVDDCLQLADLAPVVLDIHHCWINENDYIAPDSPRVDRIIESWRGVRPTMHYSQPPERLQELGFDAGKKLEMDALLKVVSKRDLYGHSDQMWNRWTNSYALKFLDRFDIMLEAKDKNLAAQAFYEDVARPYLHPCV NA NA NA NA NA D1-35_02113 498 hypothetical protein ATGACTACATGGAAAAGTTTGGCCTGGCGTGCCCAGGTTGTTGTCTTGGCGTTAATGCTTTCCACGAACACCTCCTGGGCTTCGGGAAACACTCAAGAGGCCAATACGAATCTGGTCCGCCAGGCATTCGCGAACTGGCAGCAGGGCAAAGGCACGGTCTTCGACCTGCTGGCGCCCGATGCGGTCTGGACAGTCGCGGGATCGAGCCCGGTTTCCGGCGTGTATTACGGCAAGACCGAGCTGATCGAACAGGCCGTGCGGCCGATCAGCGCCCGACTGGCGACGCCAATTTCCCCCATGTTACAGAGCATCGTCGCCCAGGACGACATTGTCGTTGTCCTGTGGAACGGCACTGCGACAGCCCTCGATCAAAAACCCTACAACAATACCTACCTGTGGCAACTGACCTTCAAGGATGGCCGGATCACTCAGGCAATGGCCTTCCTCGACACCTACGCGTTGAATGAGCTCATGCGCCGGGTAACGCCTGCGCAGTAG MTTWKSLAWRAQVVVLALMLSTNTSWASGNTQEANTNLVRQAFANWQQGKGTVFDLLAPDAVWTVAGSSPVSGVYYGKTELIEQAVRPISARLATPISPMLQSIVAQDDIVVVLWNGTATALDQKPYNNTYLWQLTFKDGRITQAMAFLDTYALNELMRRVTPAQ NA NA NA NA NA D1-35_02114 816 hypothetical protein ATGTCCCCACACCAGAGCCTGGTGCTACTTGCCCGAGGCGGTTATGCCGCTCGTGGCGTTATTTATCTCATCGTCGGCATTCTTGCCTTGCTCGCGGCCCAGGACTCCACCAAACCGAAGGACAGTCACAAAAGCCTTGAAATGCTGCTGAGCCAGCCCTTCGGCCATGCCTTGGTCGGCCTGGTAGTAGCGGGCCTGCTTGCCTTCGCCGGCTGGCGCATCTTGCAAGCCACGCGCGACGTTGATCATCACGGTACGCAGTTCAAGGGCCTGGTGATTCGCGCCGGGTTGCTGGCGAGCGGCCTGGTCAATGGCGCGCTGGCATTCTTTGCCTTGGGCCTGCTGATCAGCGGCTTGAAAAGCTCCGGGAATTCCGGCGGTGGGCAAACCCAGGACCTGCTGGCGCGCGTCCTGTCCTGGGACCATTCGAACCTGTTAGTTTACCTCGTCGCGCTGGTGCCACTGGGCGTCGGCATTGCCCACATCATCAAAGGCTGGAAGGCCTCGTTCGAAAAATATTTCGAGGCTGACGAAGAAGTGATGCGTTATGTGCGGCCGGTATCGCGCTTCGGCCTGATCGCCCGCGGGGTGGTGTTTATCGAGATCGCCGTGCTGCTGATCATCAGCGGCTCGACCTATAAAGCCGTGGACCCGCCCGGAATGAAAGATGCCCTCGATGCGTTGCAGAATCTGCCGGCCGGAGGCTTGGTGTTGATGGTGATGGCCCTGGGGCTGATTGCCTTTTCGGTCTACAGCTTTTCCGAGGCGGCATGGCGCAAGATCAATATGGATGTGCCAGGAGTGGTGCACACATAG MSPHQSLVLLARGGYAARGVIYLIVGILALLAAQDSTKPKDSHKSLEMLLSQPFGHALVGLVVAGLLAFAGWRILQATRDVDHHGTQFKGLVIRAGLLASGLVNGALAFFALGLLISGLKSSGNSGGGQTQDLLARVLSWDHSNLLVYLVALVPLGVGIAHIIKGWKASFEKYFEADEEVMRYVRPVSRFGLIARGVVFIEIAVLLIISGSTYKAVDPPGMKDALDALQNLPAGGLVLMVMALGLIAFSVYSFSEAAWRKINMDVPGVVHT NA NA NA NA NA D1-35_02115 843 hypothetical protein ATGACGACTATAAATACGTCAAATGCTACTCAGGTAACAACCGTCACCCTCAAACCCAACTCCATCAAAAGTGACGCGGACACGGCCAGCTCCGCGGCGCCGTTACCGGCGATCGAGAGCAAACCCTTCCTTTCAGACCAGGCAAAAATACTCTCGTCCTTATACACCTCTGCAAGCGATTATTTGAAGACCGAACACATGGAGCCTTTCCCCGGAATAGTGAAAGGCTACATCGCTCCTTCCGGCTATATAAACGTTGAAAAATACAACGCCTATCTGTTCGACAAGGCTGCGACCACTATGGTCGCAGCGGCCATGGATAAAGGCATCCCCTTGGACAAGGAAGAAGTCCTGGCCCAGTTGAAAGGTGATCATTCTGATATAGCCGCTATAACACTTGACGACCCGCATCGAAAAGCCAAGCTGGGGGAAAACAGTGTTTTCACCGACTTGACGCTTTCCGATCTGGGCAACATGACTGACGTCTACATCACAGCTAAAGAGAATGGGCTGGACCTTGAGGAAGTAGGAGGGCTTGCTCTGGACAGAGCGATCCAAAACCACTACGGAGAAACCTTGCAAGAAAGTGATATCTACCCTAGCGGCTGGGATTTTACAGAAACAGACCCGGATAAAATCGCTGCCGCCGTCAATTGGCTACCGGAATCATTCACCAGCGGGGCCGACGAGATAAGAAACAAGATCCAAGGTGATTTGGGGTTGGGCAGTGATTTCATAGACTTCCTGCTAAACCCCAGACTTGGACTTAGGGGAGCCACCGACGCTTCTCTTGATTTCTTATCGAAGCTGGTCGATATATACAACAAACAGAAGCAAGCTTAA MTTINTSNATQVTTVTLKPNSIKSDADTASSAAPLPAIESKPFLSDQAKILSSLYTSASDYLKTEHMEPFPGIVKGYIAPSGYINVEKYNAYLFDKAATTMVAAAMDKGIPLDKEEVLAQLKGDHSDIAAITLDDPHRKAKLGENSVFTDLTLSDLGNMTDVYITAKENGLDLEEVGGLALDRAIQNHYGETLQESDIYPSGWDFTETDPDKIAAAVNWLPESFTSGADEIRNKIQGDLGLGSDFIDFLLNPRLGLRGATDASLDFLSKLVDIYNKQKQA NA NA NA NA NA D1-35_02116 438 hypothetical protein GTGAAAAAATTGATCCAAGTGTCTGCCGGTATCGTCGCAGTGGCCCTGAGCCAAACTTCTTTTGGTGCAACATCCAACTGGACACAAACCCGCTTGGCGCCTAGCGTGTACGGCCCGAGCTCCGAGAATTCTAACTTTTTCTCGACTCCGCTCGATATCCCCTTGGGAGCTACGATAACATCCGTATCCTGGAATATCGGGCTCTACAAACACGGAGCCACGACTCAGCTATATAAGGTCTGCTATGCGGCCCGCTACTCTACTGTCTACGACAAGTGCACGGACTCCGTACCGATTCTTGCCAACGCAACCGAATTTTTTTATGGACTGGATGCCAAGGGAAAATTCAAGATAACAGGAATTCTGTTTGGCGGGACCTACCCTGCTTATCCGTCCCATAGCAACTCAATCACCGCACACTATCGAAGCCCACGATAA MKKLIQVSAGIVAVALSQTSFGATSNWTQTRLAPSVYGPSSENSNFFSTPLDIPLGATITSVSWNIGLYKHGATTQLYKVCYAARYSTVYDKCTDSVPILANATEFFYGLDAKGKFKITGILFGGTYPAYPSHSNSITAHYRSPR NA NA NA NA NA D1-35_02117 351 COG1052 2-ketogluconate reductase ATGCATTCTGCGTTCGCCGCCGCCGACAAAGGTGAAGCGATCATTAATGCCGAGGTGCTACGTGCCTTGGGCAAGGGCGGTTACCTAATCAACGTGGCCCGAGGCAAACTGGTCAACGAGCCGGACCTGGTAGCCGCCCTTGCCACCGGTGACATTGCCGGTGCCGCGCTGGATGTGTTTATCGATGAGCCGAACGTGCCTGAAGCGTTGTTTGGTAATGAGCAAGTGGTGCTGCAACCGCACAGGGCGAGCGCGACGCTGCAGACCCGCACGCGAATGGGCGAAATGGTGGTGGCGAGCCTGGTGGACAGTTTTGCTGGAAAAGTCCCTCAGGGGTGCGTGACGGGTTGA MHSAFAAADKGEAIINAEVLRALGKGGYLINVARGKLVNEPDLVAALATGDIAGAALDVFIDEPNVPEALFGNEQVVLQPHRASATLQTRTRMGEMVVASLVDSFAGKVPQGCVTG PGPT0001315_9 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-VITAMIN_C|ASCORBIC_ACID_BIOSYNTHESIS,PGPT0001315-2_ketogluconate_reductase-K22229 NA NA D1-35_02118 333 hypothetical protein ATGGATATACTCACGCCATCCCGCTTTGACGACGCTGCGATTCTGTACCCGAACGAGAGGGCTGGGCTTGAGCGCTGCCTGCGCATTTTGAGAATGGCGCGCCCCAAGGAATTCGCAGACCTGCAAAAGCTTTTCGGTACGCACGGTGTCGACTTGTTCAAGCCAAGAGCCGCAATGAATTGGGTTGTGATTGATGTAGGCGGCAATAATCTCAGGGTGATAGGCGGCGTTAACTACGCGCGGCAGAAGTTCTACGTCAAACACGTCTACACGCATGCCGATTACGACGTCGCCAACGTCTGGTATGCAAGAAACAAAGGGACAAAACGATGA MDILTPSRFDDAAILYPNERAGLERCLRILRMARPKEFADLQKLFGTHGVDLFKPRAAMNWVVIDVGGNNLRVIGGVNYARQKFYVKHVYTHADYDVANVWYARNKGTKR PGPT0027570_60 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027570-toxin_higB-K19166 NA NA D1-35_02119 486 hypothetical protein ATGAGCGCAGCCCGGAACGACTTTCAAACGGTGATCGCAACGCTTGGCGAGCTTTACGCGATACTGGATCGCCTGCGGGGTGAGTTTGTGCACGGCATCAAGACCCCGGCCGACTACGAGCGCGCGACCGATTTGCTCGATGAGCTCACCGATGGGCGTGGGCTGAGCAAGACCGAGGAAAGGATTCTCGCTGAGCTTGAAGAGGAAATCCTGGCGTACCAGCGTGATTCCGACCAGTTTCGCGAATCGAACGCTGCTTTTGAGGCAACCTGCACCCCGGTGCAACTGATCAAGGACCTTATGGAGACGCTCGGGCTCACTGGCTCAGACCTTCCTGAAATCGGTGATAAAACCGCGGTGTCCAAGGTGCTCAATGGCGATCGCCCCATCAGTCACAAGATGGCTTATGCGCTGGCTGAGCGGTTTGCGATGGAACCGAGCGCTTTCTTGTCGGCTGGTCCTGCAAAGGAGCCGGATAAGAGGTAG MSAARNDFQTVIATLGELYAILDRLRGEFVHGIKTPADYERATDLLDELTDGRGLSKTEERILAELEEEILAYQRDSDQFRESNAAFEATCTPVQLIKDLMETLGLTGSDLPEIGDKTAVSKVLNGDRPISHKMAYALAERFAMEPSAFLSAGPAKEPDKR PGPT0027580_336 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027580-REGULATION_higA-K18831 NA NA D1-35_02120 966 ytfF Inner membrane protein YtfF ATGATGCGGGTCCGCTCGAACCTCATCGTCGGATTGGCCCTCGCGGTAGTCGCGACGCTGAGCTGGGCGCTGAACTTCATTGCGCCCTACGTCACCGGGGCCTACACAATCTATGATTTGATGATCGTACGATTCCTGATCGCCGGAGCGCTGGGCCTGGGTGTCGTGCTGCTCTACCGGGCCCGACTTCGGCTCCTGCGCCTCGATCAGGTGCTCCTGGCCGCTGGCCTGGGTGTGATCGGCTATCTCGGCTATAGCGCATGCATCGCCGCCGGTATCATTTTTGGTGGGCCGGTGCTGACCCCGGCCTTTATTGGCATGGTGCCGGTCTTGCTGGCACTGCTGGGCAACGCCACGACCAAAACTCTCCAGTGGAGCAAACTGGCGATCCCACTGGTTTTCCTGACCGTGGGCCTGCTGCTGTCCAATCTCGGCGCTGTCCATCAACCCGTTGCAGGCCAGGGTTCCTGGCTGATGGGTTTGCTGTTTTCTATCGGTGCCGTGATCTTGTGGCTCGCGTTCAGTTGGTTGAATCAACGCGCCTTGCTGAAGCTATCGCCCAACGCCTCGGGCGTATGGACAGGCCTCATGATGGCGGGTGCGGGAATCGGCACCGTGTGCCTGTTACCGGCGATACAAGCGTTCGACCTGCTCGAACTGCCGCGCGTGGGTTTCAGTTTTTCCGTTGCAGGGCACTTGTACCTCTGGAGTTTCGTTATTGCGCTGATGTCATCCTTCGTCGGTGCCTGGGCCTGGAACGCCGCGTCCCGGCGCCTGCCCATGGTGCTTTCCGGGCAGTTGATCGCCCTGGAATCGCTGTTCGCGACACTGCTTGGCTTGTGGTTTCATGGCCGGCTGCCGACGCTACTGGAGATGTCGGGGCTTGCTGCCGTGCTTGTCGGGGTGATCATGGCGGTGCGTATCATTCTGGTTTCGCGTGGATCGACAGTGGCCCGTGTCCCTTGA MMRVRSNLIVGLALAVVATLSWALNFIAPYVTGAYTIYDLMIVRFLIAGALGLGVVLLYRARLRLLRLDQVLLAAGLGVIGYLGYSACIAAGIIFGGPVLTPAFIGMVPVLLALLGNATTKTLQWSKLAIPLVFLTVGLLLSNLGAVHQPVAGQGSWLMGLLFSIGAVILWLAFSWLNQRALLKLSPNASGVWTGLMMAGAGIGTVCLLPAIQAFDLLELPRVGFSFSVAGHLYLWSFVIALMSSFVGAWAWNAASRRLPMVLSGQLIALESLFATLLGLWFHGRLPTLLEMSGLAAVLVGVIMAVRIILVSRGSTVARVP NA NA NA NA NA D1-35_02121 342 hypothetical protein GTGAAGAAGCCTTATATCGCACTTGTTACGCTGCTGTTTTTTACCGTTTACACGGCGTGTACGTTGTTGCTCGCCGAGCAATCGCTCTTGGCGTTCGGCGTCAGACTCATGTCCAGCGCAGACACCGCGCAAGTAGTCATCGACCTTTATCTGCTCGCCTGCATGGCGTGCATCTGGATGTACCGGGACATACGCGCAAGAGGCAAATCGCTCGTATCGTTGCTACCTTACATCCTGATCACGGCCATCTTCGTATCAATCGGTCCGTTGCTGTACATCGTTGTTAACGGATTTGGACGTCAATCGCCGGTGACGGTTGCACCTGCTCATCCGCCGTCTTGA MKKPYIALVTLLFFTVYTACTLLLAEQSLLAFGVRLMSSADTAQVVIDLYLLACMACIWMYRDIRARGKSLVSLLPYILITAIFVSIGPLLYIVVNGFGRQSPVTVAPAHPPS NA NA NA NA NA D1-35_02122 600 hypothetical protein TTGGAGCAATGCAACGGCATCTTTCTCGCCAGCGGCTACGCCCCTCGCTACGAAACGACACCGCTCACGTCGTCGTCAATGGAAGTGGTACGTGATGCCATTGATCATATCCTTAATGCCAATAATCCCGCGCCGGCGATTGTTCTGGGCGCTCAATGGGACATCCTTGCAGCCAACGCCAGCGCGGGTGTCCTGTTCGATCTGGTGGGTCTTGCCAGGGATGCCGCGGATGGACTCAATCTCTTGGTGACACTGCTGCAACCCGGCGGCTTGGGCGACCATCTGAGCAACGCCGAGGAAATAAGATTAGTGGCCTGGCAACGGGCATCTCGGGAAGCCTTGAACAATCCCGCATTGGCTGGGATTCTGAAGAGTCTGCCGACTCCACACAGCGCTTCGGCGCTGGCTGACGATCTGCCTCCGTTGTTATTGACGCAGGTCGAGTCGCCCCATGGCGAGCTGACGTTCATGTCAACATTCACCACTTTTGGCATGCCGCTCGACATCACGATGAGCTCGTTGCGTATCGAGCATCTCATTCCTGCCGACGCCAAGACCTGGAAGGTCATGACCAAGGCGTACGAGCAGACGCAACGCTAA MEQCNGIFLASGYAPRYETTPLTSSSMEVVRDAIDHILNANNPAPAIVLGAQWDILAANASAGVLFDLVGLARDAADGLNLLVTLLQPGGLGDHLSNAEEIRLVAWQRASREALNNPALAGILKSLPTPHSASALADDLPPLLLTQVESPHGELTFMSTFTTFGMPLDITMSSLRIEHLIPADAKTWKVMTKAYEQTQR NA NA NA NA NA D1-35_02123 816 dapF_1 Diaminopimelate epimerase ATGCAACCGACACTCAATCTCAACTTCCAAAGAATGCACGCCAATGGCGACGATTTTGTCATCGTCGATTCGCGAAACTCGCCCAGTCCGGTGACCAGTGCGATAGCCCGGCGGATGGGGGATCGGAACCGCGGCGTGGGCTTCAATCAACTCGCGGTGCTGCTCGATTGTGAAGATGCCGATGCGCGGGTGGTGTTCTGGAACGCAGATGGCTCCGCGCTGGATGTGTGTGGCAGCGCGACGCGCGGGGCGGCGGACCTGCTCATGCGCGAAGCCAATGTTGCTTCGGTAGCGCTACGCACCAACCGCGGTCTGTTGATCTGCGAGCGAACGCCAAACGGCGACATTTGCGTCGACATGGGCGTGCCACTTTGCGGCTGGTCGGACATTCCCCTGTCGCAGGAACTGGACTCCACCGTTTTGCCCCTTGCCGGTAGTCCAGCCGCGTGCAGCATGGGCAACCCGCATTGCACATATTTTGTCGACGATCTGGCTGACGTTGATATCGCCACTATCGGACCAGCCATCGAAACCCACCCGCTATTTCCACTCAAGACCAATGTTCATTTCGTCCAGGTCGTTGATCGCACGCATATCCGATTGCGCATCTGGGAGCGCGGGGCGGGCATTGCGCTGGGTTCAGGTTCTTGCTCGTGCGGCGCGGTTGTCAACGGAATCCGTCGTGGACTGCTGGACAGTACCGTCGAAGTTGAATGTGATGGCGGAAACGTGACGGTGCAATGGGACGGCGTGGGTTCGGTCTTTCTGATCGGGCCGGTGGAGGCAAGCTTCTCAGGGACAATGAGTCAAGCTTGA MQPTLNLNFQRMHANGDDFVIVDSRNSPSPVTSAIARRMGDRNRGVGFNQLAVLLDCEDADARVVFWNADGSALDVCGSATRGAADLLMREANVASVALRTNRGLLICERTPNGDICVDMGVPLCGWSDIPLSQELDSTVLPLAGSPAACSMGNPHCTYFVDDLADVDIATIGPAIETHPLFPLKTNVHFVQVVDRTHIRLRIWERGAGIALGSGSCSCGAVVNGIRRGLLDSTVEVECDGGNVTVQWDGVGSVFLIGPVEASFSGTMSQA PGPT0007230_4122 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778 NA NA D1-35_02124 816 hypothetical protein ATGAATTTCTTCAAGAAGCTCTTCGGTTCATCAAAAGCCCCTGAAACCCAGGACGCGCAGCCAACGCCGCAGGTCCACGAGCTCGGCGACCTGACCGAGGCAGAAGCAGCCAATCTGGCCATCCGGGAAGCGGGTGAAGCGTGCCTGGATCGTCATTGGCGCGCTGTCGGCACCGTCGAGCGGGATGTCCTTGCCTATATGATCAGTCCAACCTTTTCCGGTGGCCCTTACTGGCCCTCCACCCGCCAGGCCTACCGCGTGGTTCGCCGTGGCGACACGATCATTCTCGCCACGGAAGGCCTGTCGGATCCGTTCGATGATACGGAAGGAATGGGCAACGGTTTCGAAATGGAGCTGTTCGTCGAAACTGCGGATATACCCGAGCACGCCTATGGCCCCGTGGGTGAGGTCGATCCTTTCAAGCGCAGCTGGGCGTTCGAACTTGTGGAGCATGTTGCCAGGACGGTCGCCGACGCGGGCGGCATCACGCACCAGCTTGATCAGTACGGGGCGCTGTCCCTGGAGATTCCCGGGTTCAGTCAATCGCACCCTATGAGCGAGCAACTGCCCAAGCTCTTCGTAACGGATGATGATTGCACCGGGGTCCTGCTGGGAGCCCCCGAGCCGGACTTCTCTACCCGAGTGGAGGATATGCCCCTGTCACCGGTCAGATTGGTGCCGGTGGTGTTGATCACCGCGGCGGAGCTGGAGTACGTGCGTTCCGGTGGGCGAGCGGCGCGGGAGGATCTGGTGAGCCGTTTGCAGGAGGCAGGCATCGGACATATGAGCAGCCTGCATCGGGCGAGTGTGGTGTGA MNFFKKLFGSSKAPETQDAQPTPQVHELGDLTEAEAANLAIREAGEACLDRHWRAVGTVERDVLAYMISPTFSGGPYWPSTRQAYRVVRRGDTIILATEGLSDPFDDTEGMGNGFEMELFVETADIPEHAYGPVGEVDPFKRSWAFELVEHVARTVADAGGITHQLDQYGALSLEIPGFSQSHPMSEQLPKLFVTDDDCTGVLLGAPEPDFSTRVEDMPLSPVRLVPVVLITAAELEYVRSGGRAAREDLVSRLQEAGIGHMSSLHRASVV NA NA NA NA NA D1-35_02125 303 hypothetical protein ATGGAATTGATCGAAATATTCAAAGCGCTCTCGAACCCTACACGCCTTCAGATCCTGAAAGGTCTGAAGGATCCCGCAAAGAACTTCCCTCCGCAGGATGAAGGTGACGTTCATACGGTGGGAGTCTGCGTCAGCAGTATTCAAGAAGGTATCGGACTGTCGCAGTCGACGGTGTCCGGTTATCTTGCGACGTTGCAACGAGTGGGGTTGGTCGAAGTCAGGCGCATCGGTCAGTGGACTTACTACAAGCGCAATGAAGCAGCCATCAGCGCGCTTGCGGAGATCATAGGGACAGAACTGTAA MELIEIFKALSNPTRLQILKGLKDPAKNFPPQDEGDVHTVGVCVSSIQEGIGLSQSTVSGYLATLQRVGLVEVRRIGQWTYYKRNEAAISALAEIIGTEL NA NA NA NA NA D1-35_02126 975 Zinc-type alcohol dehydrogenase-like protein ATGAAAGCGATGGTACTCAAGTCATTTGGCGGGTCGGGTTCGTTCGAGCTTCATGATGTGCCCAAGCCTGTGCCGCAGGCAGGACAAGTCCTGGTCCGGGTACATGCAACCTCCATCAATCCGTTGGATTACCAGGTTCGACGCGGCGACTATCCCGACCTGGTGCAACTGCCGGCCATTACCGGCCACGATGTATCGGGCGTTGTCGAAGAAGTTGGGCCGGGAGTGACCAACTTCGCTCCGGGCGATGAAGTCTGGTACACCCCGCAAATATTCGACGGGCCAGGAAGTTATGCCGAGTACCACGTCGCTGCCGAGAGCATCGTCGGGAAGAAGCCAGCCTCGCTGAGCCATCTTGAGGCGGCGAGCCTGACCCTGGTTGGCGGGACGGTATGGGAAGCATTGATCGTGCGTGCGGCGCTCAGAGTGGGAGAAAGCATTCTGATACACGGCGGCGCGGGAGGCGTCGGCCATGTGGCGATCCAGTTGGCAAAAGCCATGGGAGCACAGGTATTCACCACCGTGCGCGAGGCAAACGCCGAGTTCGCACGCAGCATGGGCGCCGATGTGATCATCGACTACGAAAAACAGGATTATGTTGAAGCCGTCATGCGAGAAACGGGTGGCCGCGGTGTGGATGTCGTGTTCGACACCATCGGCGGCAACACATTGTCACGCAGCCCTGACGTGCTCGCACAACTTGGCCGCGTCGTCACGATCGTCGACATTTCACAGCCACAGAACGTCGTTCAGGCCTGGGGCAAGAACGCGAGTTATCACTTCGTTTTCACCAGACAGAACCGCGGCAAACTCGATGAGTTGAGCGCATTGGTAGCGCGAGGTCTGCTGCGGCCACATGTCGGCGCCGTCTATTCGCTGGCCGACATCGGGCTCGCCCATGCCCGGCTGGAAAGTCCAAACAATGGCATTCGAGGAAAAATCGCGATCGCAGTCGAGCCGTCGCTCATCGCGTAA MKAMVLKSFGGSGSFELHDVPKPVPQAGQVLVRVHATSINPLDYQVRRGDYPDLVQLPAITGHDVSGVVEEVGPGVTNFAPGDEVWYTPQIFDGPGSYAEYHVAAESIVGKKPASLSHLEAASLTLVGGTVWEALIVRAALRVGESILIHGGAGGVGHVAIQLAKAMGAQVFTTVREANAEFARSMGADVIIDYEKQDYVEAVMRETGGRGVDVVFDTIGGNTLSRSPDVLAQLGRVVTIVDISQPQNVVQAWGKNASYHFVFTRQNRGKLDELSALVARGLLRPHVGAVYSLADIGLAHARLESPNNGIRGKIAIAVEPSLIA PGPT0013255_7537 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D1-35_02127 342 hypothetical protein ATGATTTACGAGATCGCTCTGCTCCCGGTTCACAAAGAACGCATTGAAATGTTCAGACGAGCATTTGCCGAGGTCGCCCCTTTGCTCACCCGAGCAAAGGGCTACGGCGGCCATTTGCTGGCGCAAGGGATTGAAACCCCCGAGCAATTCAACCTGATCGTGCGATGGCAATCGCTTGAGCATCACACACCGGGTTTCGAAGAGAGTGAAGACCACCGGCTGTTCATGCTGGGCTTGGAGGAATACTTTTCGCAAGAGCCGAGGGTCTACCACATTGAGGGGGCGGCTTTTTTTATCGGTGAAGGTGCTGATCCAGGCGGCGCCGTCAGCCGGGGAATCTAA MIYEIALLPVHKERIEMFRRAFAEVAPLLTRAKGYGGHLLAQGIETPEQFNLIVRWQSLEHHTPGFEESEDHRLFMLGLEEYFSQEPRVYHIEGAAFFIGEGADPGGAVSRGI NA NA NA NA NA D1-35_02128 2190 rcsC_9 Sensor histidine kinase RcsC ATGACAGATTGGCTCCAGAGCTACGGAGAAATGGCTGAACGGGTCCGCCGCCATGACTGGGACAGCACGCCACTCGGGCCGCCCGCACAATGGCCCGATGTGCTGAAGACGACCGTGGCGCTGAGCCTGGCTTCGCATTTCCCTCAGGCCATCGTCTGGGGACCGGACTTGATCACGTTATACAACGATGCGTTCATGCCCATTCTCGGCAGCAAACCCGAGGCGCTGGGGCGGCCGTTCAATGAGGTCTGGCGGGAGGCCTGGAGCGAGATCGGCCCTATCGTGGGGGCGGCTTTCGATGGACAGGCGACGTTTATCGAGAACTTTCCCCTGGTGATCGAGCGCGGTGGTGGTCCTGAACAGGCCTATTTCACCTTCTGCTACAGCCCTATCCGCGACCAGTTCGGCAAAGTGGTGGGCATGCTCGACACGGTCACCGAGACCACTGCGACTGTATTCATGACCCAGCGCCTGGCGGTGCTCGATGCAATCGGCAGCGCCGTGGCGAATGCCACCGATCCACAGGCGATCATGGCGGCCACCGCCCGGATCCTGGCGGCGCACCTCAACCTGTCCAACTGCGCATACGCAGACATGGACGAAGACGAGGACGGCTTTACGATTCGCGGCGATTGGGCCCGGGCCGGGTCGCCGAGTATCGTCGGGCACTACCGACTGGCGGATTTCGGTCGGCTGGCGGTCGCCAACCTGGGCGCCGGCAAGCCGCTGGTGATCAATGACAACCTCGCGGAGTTGGCACCGGAGGAGGCGGCAGCGTTCCAGTCGATCGGTATTGCGGCGACTATTTGTGTTCCGTTGATCAAGAATGGACGGTTGACCGCCCTGATGGCCATCCACGACAAAACGCCCCGGATCTGGTCGTCCAACGATCTGGCGCTGCTGCTGGAAGTCACCGAGCGATCCTGGGCGCACATCGAACGTGCTCGGGCGGACGCGGCCGTGCGCGAAGGCCTCGCCGCCCTGGCCGAACTGAACGCAACGCTGGAGCAACGGGTCGAGGAGCGCACTACACGATTGAGGCAGACCGAAGCGGCGCTGCACCAGTCGCAGAAACTCGAAGCCATCGGCCAGCTCACCGGCGGCGTGGCCCACGATTTCAACAACCTGCTGACGATCATCCGCTCCTCTGTCGATTTCCTGCGCATGCCCAACCTGTCCGACGAGCGCCGGCAACGCTACATGACCGCCGTTTCCGAGACGGTGGAACGTGCTTCGAAGCTGACCAGCCAACTGCTGGCGTTTGCCCGGCGCCAGCCGTTGACGCCGGAAATCATCGACGTGCGCAAGCAGGTACAGAGCCTCGGCGACATGCTGGAGACCGTGACCGGGGCGCGTATTCACGTCAAGGTCGAACTGTGCGAGCAGCCTTGTTACATCCGCGCCGACCTGAGCCAGTTCGAAACGGCGTTGATCAACATGGCCCTGAACGCCCGGGATGCGATGAACGGCCAGGGAACGCTGTGGCTACGGCTCAATTGCGGTGCAGGCATGCCGCCGATCCGCGGCCATTCCGGGGCAGGGCAGGCATTTGCCGCGATTGCCCTGGAAGACACCGGCACGGGTATTGCCCCGGAGGCACTTGAACACATCTTCGAACCGTTCTTCACCACCAAGGAGGTGGGCAAGGGAACGGGGTTGGGATTGTCCCAGGTGTTCGGTTTTGCCAAGCAGTCTGGCGGCAATGTCGATGTCTCTACCGTGGTCGGAAAGGGCAGCGTGTTTACTTTGTATCTCCCGGAAGTGGAGCCCGAGGAGCAGCATGAACCCGAGGGAGAGGAAAACTCTCTGCTGGTGCTGGAAAAAGGCCGGCACCGGGTATTGGTAGTGGAAGACAACCTGGAAGTAGGGCGCTTTGCCAACCAGATCCTGCAAGACCTCGGATACGAAACGGCCTGGGCGACCAATGCCGAACAGGCGCTGGAAATGGTCGGCCCGGATGCGATGGCGTTCGACGCGATATTTTCCGACGTGGTCATGCCGGGCATCAGTGGCATTGCCCTGGCCAGGCAACTGCGCCAACGCCGCAAGGATCTGCCGGTGGTGCTGACCTCCGGCTACAGCGAGGAGCTGGCCCACAGCGGGCATGAAGGTTTCGCGTTTTTGTCCAAGCCTTACTCGGCCGATCAGGTTTCCCGGGTTTTAAACCAGACGCTGTTGGGCTCGGACTGA MTDWLQSYGEMAERVRRHDWDSTPLGPPAQWPDVLKTTVALSLASHFPQAIVWGPDLITLYNDAFMPILGSKPEALGRPFNEVWREAWSEIGPIVGAAFDGQATFIENFPLVIERGGGPEQAYFTFCYSPIRDQFGKVVGMLDTVTETTATVFMTQRLAVLDAIGSAVANATDPQAIMAATARILAAHLNLSNCAYADMDEDEDGFTIRGDWARAGSPSIVGHYRLADFGRLAVANLGAGKPLVINDNLAELAPEEAAAFQSIGIAATICVPLIKNGRLTALMAIHDKTPRIWSSNDLALLLEVTERSWAHIERARADAAVREGLAALAELNATLEQRVEERTTRLRQTEAALHQSQKLEAIGQLTGGVAHDFNNLLTIIRSSVDFLRMPNLSDERRQRYMTAVSETVERASKLTSQLLAFARRQPLTPEIIDVRKQVQSLGDMLETVTGARIHVKVELCEQPCYIRADLSQFETALINMALNARDAMNGQGTLWLRLNCGAGMPPIRGHSGAGQAFAAIALEDTGTGIAPEALEHIFEPFFTTKEVGKGTGLGLSQVFGFAKQSGGNVDVSTVVGKGSVFTLYLPEVEPEEQHEPEGEENSLLVLEKGRHRVLVVEDNLEVGRFANQILQDLGYETAWATNAEQALEMVGPDAMAFDAIFSDVVMPGISGIALARQLRQRRKDLPVVLTSGYSEELAHSGHEGFAFLSKPYSADQVSRVLNQTLLGSD NA NA NA NA NA D1-35_02129 186 hypothetical protein ATGGGAGCACCGTACAGCGAGGAGAACGGAGCCGCGTATCCGATCAATGAAGGGTTGCAGTGTGGGCAATCGGCCTATCGGTCGGATTTTGGTGACGAGCCAATCAAGTCAATCCGGACCAGGGTGGCCAAGGTGCCGCGGGGTGAGAAGGCCAAATTCTTGCCCAGGGTCCCGCTCAGCAAATAA MGAPYSEENGAAYPINEGLQCGQSAYRSDFGDEPIKSIRTRVAKVPRGEKAKFLPRVPLSK NA NA NA NA NA D1-35_02130 411 hypothetical protein ATGCGTTTGACTTTGTCCACCTTGGTGCTTGGGCTTGTGTTCGCTCAGGGCGCGATGGCCGCTGGCGACGGTACCGCTGCGGTTGGCGGTGGCTTGGGCGGTGTTCTGGGGAACGTGGTCGGCCAGCAGATGGGCGGCAGCACAGGCGCGGCGATTGGCGCCGGTGTCGGCGGTGCAGCCGGCAGTGCGGTCGGGGCTCGCAAGGGCAGCCGTACGGAAGCGGCCATCGGTGGTGGTCTGGGATCGGCCGGTGGTTCGATTGTTGGCAATCGCCTGGGCGGGTCCACGGGCTCGACCATCGGCGCGGGCGTCGGTGGGGCGGCAGGCGGCGCATTGGGCAGCAACCTGTCCAACGATAACGACGGACATTCAAAAAGCAAGAAGCACAAGCACAAGAGAAAGCATCGCTGA MRLTLSTLVLGLVFAQGAMAAGDGTAAVGGGLGGVLGNVVGQQMGGSTGAAIGAGVGGAAGSAVGARKGSRTEAAIGGGLGSAGGSIVGNRLGGSTGSTIGAGVGGAAGGALGSNLSNDNDGHSKSKKHKHKRKHR NA NA NA NA NA D1-35_02131 174 hypothetical protein ATGACCCCGGAAACCGAAGGCAAGGAAGAAAAAGGCCCCTCGGGCGTCCCGTTCATCAATGATCCAGGCGTCAACGACCCGGGCAACGAAGATCCCGGTTCCCTGATGGATGACGCCCAGGTGCCCTTGATCGAGGATGAAGAAACCGAAGTTGAGGATGAATCCTACGATTGA MTPETEGKEEKGPSGVPFINDPGVNDPGNEDPGSLMDDAQVPLIEDEETEVEDESYD NA NA NA NA NA D1-35_02132 204 hypothetical protein ATGACTGCCGACTCGCCTGTTCCCGACGACGATGAAACCCCGGAATATCCGTTGCCTTCGCCCACCGACTCATTGAGCCGCGATCAGCGTCCACCTGATGACGATGCTGGAGTTGAGCAGGTGCCAAGCGAAGATGAAGACGTCGAGGCGGCGCCGGACGATCCCGATATTGCCGGTGATGATGCTTCCGGCAAGCCAAGCTGA MTADSPVPDDDETPEYPLPSPTDSLSRDQRPPDDDAGVEQVPSEDEDVEAAPDDPDIAGDDASGKPS NA NA NA NA NA D1-35_02133 369 hypothetical protein ATGATGAAGCCAAACATGACCGCGCTGGCGTTGGCCGGGATTCTGTCGGCCAGCTCGTTGGCGGCTTTCGCCCAATCCGACAGCGCGCCCGTGGACAAGGGAGGCATGCCGCCCTCTACCCAGATGGACGCCGGCTCCACCACCGAGAAAGCCGGTAACGCTCTGCCACCCGGTTCCGTGGGAGGAGGCAATGGCGGCGACGCCAGCGGCAGCAGCACCAGCCCGGGAACCGGGAGTGGCTCCACCAGCGGTGGCAGTACGATGGGCGGCGGTTCTTCCGGCTCAAGTAGTGGAACCGGTAGCAGCAGTAGCGGTGGCAGCTCCAGCGGCGGCGGATCAGGCTCCGGCTCAGGCGGCTCCGGCGGCTAA MMKPNMTALALAGILSASSLAAFAQSDSAPVDKGGMPPSTQMDAGSTTEKAGNALPPGSVGGGNGGDASGSSTSPGTGSGSTSGGSTMGGGSSGSSSGTGSSSSGGSSSGGGSGSGSGGSGG NA NA NA NA NA D1-35_02134 696 gph_1 Phosphoglycolate phosphatase ATGAATGCACCGCTGAAAAAGTTTGGACCGATCAAGGCTGTGATTTTCGATATGGATGGCCTGCTGCTGGATACCGAAGGTATCTACACCGAGGTCACCTCCATCATCGCCGAGCGCTACGGGCGCACGTTCGACTGGAGCGTCAAGCAGAACATCATCGGGCGCGGCGCCGGGGACCTGGCGCGCTACGTGGTGCAGGCGCTGGAGCTGCCGATCACCCCGGAGGAATTTCTGGTGATTCGTGAACCGCTCATGCGTGAACGTTTCCCCCACGCCCTGGCGATGCCCGGCGCGGAGGAATTGGTGCGGCATCTCAAAGCCCACCACGTGCCGATAGCGGTGGGAACCAGTTCGTCGCGTCAGTCGTTCGAGCTGAAAACCACTTTGCACCGGGATTGGTTCGCGCTGTTCGACTTCATCGTCACCGCCGATGACCCGGAAGTGGGCGCGGCGAAACCGGCCCCGGATATCTTCCTCACCGCCGCCCGGCGCCTGGGTGTCGCGCCGGCGGATTGCCTGGTCTTCGAGGATTCCCCGTTTGGTGTGACGGCGGCGAAGGCGGCAGGCATGACGGCTATTGCGATTCCCGACTCGGCCATGGCCGACGAAAAGTACAGCCATGCCGACGCCATTATCCGTTCGCTCAAGCTGTTCCAGCCAGGCCTGTGCGGTTTGCCGGAACTGGAATGGGCCTGA MNAPLKKFGPIKAVIFDMDGLLLDTEGIYTEVTSIIAERYGRTFDWSVKQNIIGRGAGDLARYVVQALELPITPEEFLVIREPLMRERFPHALAMPGAEELVRHLKAHHVPIAVGTSSSRQSFELKTTLHRDWFALFDFIVTADDPEVGAAKPAPDIFLTAARRLGVAPADCLVFEDSPFGVTAAKAAGMTAIAIPDSAMADEKYSHADAIIRSLKLFQPGLCGLPELEWA PGPT0008620_152 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008620-FHY-K20884 NA NA D1-35_02135 747 bdcA COG1028 Cyclic-di-GMP-binding biofilm dispersal mediator protein ATGAGCACGCAAACACTGAGTGGCAAAGTCGCCTTGGTCCAAGGCGGTTCCCGTGGCATCGGCGCCGCCATTGTCAAACGCCTTGCCGCAGAAGGCGCGGCCGTGGCCTTCACCTATGTCAGCTCCGGCGCCAAGTCTGAAGAACTGCAGAACAGCATCACCGCCGCCGGCGGCAAGGCCCTGGCGATCAAGGCCGACAGCGCCGATGCCGACGCCATCCGCCATGCCGTCCAGGCCACCGTCGACGCCTTTGGCCGATTGGACATCCTGGTCAACAACGCGGGCATCCTGGCGTTGGCGCCGCTGGATGAATTCAAGCTGGAAGATTTTGACCAGACCCTCGCCATCAACGTGCGCAGCGTATTTGTCGCCACTCAGGCAGCCGCACGGCATATGAGCGAAGGGGGCCGGGTCATCAATATCGGCAGCACCAATGCCGACCGCATGCCCTTCGCTGGCGGCGCCACCTACGCCATGAGCAAATCCGCGCTGGTGGGCCTGACCAAAGGCCTGGCTCGCGACCTGGGCCCACGCGGCATTACCGTCAACAATGTTCAGCCCGGCCCGGTGGACACTGACATGAACCCGGCGGATAGCGATTTCGCCTCCAGCCTGATGGAACTCATGGCGGTAGGCCGTTATGGCACGGTGGAAGAAATCGCCAGCTTCGTCGCCTACCTCGCGGGTCCGGAAGCGGCCTATATCACCGGGGCCAGCCTGACAATCGACGGTGGTTTCGGCGCCTGA MSTQTLSGKVALVQGGSRGIGAAIVKRLAAEGAAVAFTYVSSGAKSEELQNSITAAGGKALAIKADSADADAIRHAVQATVDAFGRLDILVNNAGILALAPLDEFKLEDFDQTLAINVRSVFVATQAAARHMSEGGRVINIGSTNADRMPFAGGATYAMSKSALVGLTKGLARDLGPRGITVNNVQPGPVDTDMNPADSDFASSLMELMAVGRYGTVEEIASFVAYLAGPEAAYITGASLTIDGGFGA PGPT0003180_13205 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 D1-35_02136 924 pgrR_1 HTH-type transcriptional regulator PgrR ATGGAGACTTTCAGCAGTATCGAATGTTTTGTCCGCAGTGCCGAGGTCGGCAGCTTCGCCGAGGCCGCACGCCGCTTGAGCCTGACCCCGGCGGCGGTAGGCAAAAGCGTCGCCAAGCTTGAAGCGCGCCTGGGCGTTCGGCTGTTCCAGCGCAGCACCCGCAGCCTGGCCTTGACCGAGGCCGGCCAACTGTTCCTGCGGGAAGTGGGCAGCAGTTTTAATACCATCCAGAACGCCGTCGCCAACCTGGCCAGCGCCGGCGGGCAGCCAGCCGGCACGCTGAAGGTGAGCATGGGAACGGCGTTCGGCCGGTTGTATATCGTGCCGTTGTTGGGTGAGTTTTTGCGCCGATACCCGGCAATCAACCCGGACTGGCATTTCGATAACCGTCAGGTGGACCTGATCGGCCAGGGTTTCGATGCCGCCATCGGCGGCGGCTTCGAGCTGCCCCAGGGCGTCGTGGCGCGCAAATTGACGGTGGCCCATCGGGTGCTGGTTGCGTCCGGACAGTACCTGCAAAACCATGCCGCCGTCGTTGAGCCGCAGGATCTGGGGCAACATCAGGGAATCCTGATCCGCTCACCGCAGACAGGGCGTATCCGTTCCTGGCAACTGACCAGCCGTAACCGCGAACACAGCCCGCTGACACTCAAGGCGCAAATGACCATGAGTGACTCGGAAGCCGCCTGCATCACCGCAGCCCAAGGGCTGGGCATTGCCCTGGTGAGCATGCCGTTTGCCGTGCCGTTCCTGAGCAGCGGCGCACTGCAACGGGTGCTGCCGGACTGGTACGTCGACGACGGCAATATCTCGATCTACTACGCCGAGCATAAACTGCTGCCGGGCAAGACCCGGGCGTTCGTGGATTTCATCATCGAGCAGTTTGCCGAGCAGGGGCTGGCGCAGCGGTTCAGTGCTGTTTGA METFSSIECFVRSAEVGSFAEAARRLSLTPAAVGKSVAKLEARLGVRLFQRSTRSLALTEAGQLFLREVGSSFNTIQNAVANLASAGGQPAGTLKVSMGTAFGRLYIVPLLGEFLRRYPAINPDWHFDNRQVDLIGQGFDAAIGGGFELPQGVVARKLTVAHRVLVASGQYLQNHAAVVEPQDLGQHQGILIRSPQTGRIRSWQLTSRNREHSPLTLKAQMTMSDSEAACITAAQGLGIALVSMPFAVPFLSSGALQRVLPDWYVDDGNISIYYAEHKLLPGKTRAFVDFIIEQFAEQGLAQRFSAV NA NA NA NA NA D1-35_02137 729 hyuE Hydantoin racemase ATGCGAATTCTCATCGTCAACGTCAACACCACCGAGTCCATCACTCAGTCCATCGCGCGCCAGGCCCAGGCCGTTGCCGCGCCGGGAACCGAGATCGTCGGGCTGACGCCGCATTTCGGGGCAGACTCGATCGAAGGCAATTTTGAAAGCTACCTGGCCGCCATCGCCGTAATGGACCGGGTGATGTCCTACGACCAGCCGTTCGACGCGGTGATCCAGGCGGGCTACGGCGAACACGGTCGGGAAGGACTGCAGGAACTGCTCAACGTGCCAGTGGTGGACATCACCGACGCCGGCGCCAGCACGGCCATGTTTCTTGGTCATGCCTACTCGGTCGTCACCACCCTGGACCGCACGGTGCCGCTGATCGAGGACCGGCTCAAGCTTTCCGGCCTGTTCGACCGCTGCGCCTCAGTCCGGGCCAGTGGCCTGGCGGTGCTGGAACTTGAGCAAGACCCGCAGCGGGCGGTTGAAGCCATCATCCATCAGGCGGAACTCGCCGTCAGCCAGGACAAGGCCGAAGTGATCTGCCTGGGTTGCGGCGGCATGGCCGGGCTGGATGAGCAGATTCGTCAACGCACCGGAGTGCCTGTGGTCGATGGCGTGACGGCGGCGGTGACGATTGCCGAGTCGCTGGTGCGGCTGGGGTTGTCCACGTCGAAAGTGCGCACTTATGCGACGCCGCGACCGAAGACCATCATTGGCTGGCCGGGGCGGTTTGGGCGGTGA MRILIVNVNTTESITQSIARQAQAVAAPGTEIVGLTPHFGADSIEGNFESYLAAIAVMDRVMSYDQPFDAVIQAGYGEHGREGLQELLNVPVVDITDAGASTAMFLGHAYSVVTTLDRTVPLIEDRLKLSGLFDRCASVRASGLAVLELEQDPQRAVEAIIHQAELAVSQDKAEVICLGCGGMAGLDEQIRQRTGVPVVDGVTAAVTIAESLVRLGLSTSKVRTYATPRPKTIIGWPGRFGR PGPT0000895_881 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000895-hpxA-K16841 NA NA D1-35_02138 1530 pucI_2 COG1953 putative allantoin permease ATGCGTACAAGTCTTTCCAATAACATCGCGCTGGATCTGCCCTCCCCAACCGCTGCCCTGGATGAACAACCCGCAGCCCCTCTCACCTTGAGTCCAAGGCTGCATAACAAGGACCTCGCGCCCACCAAAGCCGAAGGGCGACGCTGGGGCCGCTACAGCATCTTCGCCCTGTGGACCAACGACGTGCATAACATTGCCAATTATTCATTCGCCATCGGCCTGTATGCCTTGGGACTGGGCGGTTGGCAGATTCTACTGTCGCTGGGGATCGGCGCGGCGCTGGTGTACGGCTTCATGAATCTGTCCGGCTATATGGGGCAGAAGACCGGCGTGCCGTTTCCGGTCATCAGCCGGATCAGTTTTGGCATACACGGTGCGCAGATTCCCGCACTGATCAGGGCCGTCATCGCAATTGCCTGGTTTGGTATCCAGACTTACCTGGCGTCCGTGGTGTTTCGGGTCCTGCTGGTGGCGATTCATCCGGGCTTTGCCGATTATGATCAGAACTCGATCCTCGGGCTGTCGAGCCTGGGCTGGGTATGCTTCGTCGCCATCTGGTTCGTGCAACTGATGATCCTGGCCTATGGCATGGAAACCGTGCGGCGCTATGAAGGCTTCGCCGGCCCGGTCATCCTGGTGACCGTCGCGGCGTTGGCCGGTTGGATGTACTTTCAGGCCGGTGCGACGATTGCCTGGTCGATCCGCGAGCCGCTGGCCGGCGGTGAGATGTGGCGCAACATATTCGCCGGTGGTGCGCTGTGGCTGGCGATCTATGGCACGTTGATCCTCAACTTCTGCGATTTCGCTCGCTCTTCGCCGTGCCGGCGGACAATCGTCGTCGGAAATTTCTGGGGCCTGCCGGTGAATATTCTGGTATTTGCCGCCATCACCATCCTGTTGTGCGGTGCGCAGTTCCAGATCAATGGCCAGGTCATCGAGAGCCCGACCCAGGTCATCGCCTCGATTCCCAACACGTTTTTCCTGGTGCTTGGTTGCCTGGCGTTCCTGATCGTCACCGTGGCGGTGAATATCATGGCCAACTTTGTCGCCCCGGCCTTCGTCCTCAGCAACCTGGCGCCCAGGTACCTGAACTTCCGTCGTGCCGGACTGATCAGCGCCGCCATTGCCGTGCTGATCCTGCCGTGGAACCTCTACAACAGCCCGCTGGTGATCGTGTATTTCCTCTCCGGTCTCGGCGCCCTGCTCGGGCCGCTGTACGGCGTGATCATGGTCGACTACTGGTTGCTGCGAAAAGGCCGCATCAACGTGCCGCAACTCTACAGCGAGGACCCAAATGGTGCGTATTTCTACAGCAACGGGGTCAACCTGCGGGCGGTAGCGGCGTTCATTCCAGCGGCGCTGATCGCGATTGTCCTGGCGCTGGTGCCCGGTTTCGACAGTATTTCTCCGTTTTCCTGGCTGATTGGCGCTTCGATTGCAGGGTTGCTGTACCTGATCGTTGCCAAGCGCGAGGTGCATTACGAGGACGTCAGCGGTGAGTCCATTGCCGTGGATAACGTCAGCCATTGA MRTSLSNNIALDLPSPTAALDEQPAAPLTLSPRLHNKDLAPTKAEGRRWGRYSIFALWTNDVHNIANYSFAIGLYALGLGGWQILLSLGIGAALVYGFMNLSGYMGQKTGVPFPVISRISFGIHGAQIPALIRAVIAIAWFGIQTYLASVVFRVLLVAIHPGFADYDQNSILGLSSLGWVCFVAIWFVQLMILAYGMETVRRYEGFAGPVILVTVAALAGWMYFQAGATIAWSIREPLAGGEMWRNIFAGGALWLAIYGTLILNFCDFARSSPCRRTIVVGNFWGLPVNILVFAAITILLCGAQFQINGQVIESPTQVIASIPNTFFLVLGCLAFLIVTVAVNIMANFVAPAFVLSNLAPRYLNFRRAGLISAAIAVLILPWNLYNSPLVIVYFLSGLGALLGPLYGVIMVDYWLLRKGRINVPQLYSEDPNGAYFYSNGVNLRAVAAFIPAALIAIVLALVPGFDSISPFSWLIGASIAGLLYLIVAKREVHYEDVSGESIAVDNVSH PGPT0009075_906 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D1-35_02139 744 cysH COG0175 Phosphoadenosine phosphosulfate reductase ATGAGCCCATCGTTTGATGTCGTGGAACTCGCCACGACCTATGCCAACAAGTCCCCGCAGGACATCCTCAAGCTGGCCTTCGCCGAATTCGGCGACGACCTGTGGATATCCTTCAGTGGCGCTGAAGACGTCGTGCTGGTGGACATGGCCTGGAAGCTGAACAAGAACGTCAAGGTGTTCAGCCTCGACACCGGTCGCCTGCACCCGGAAACCTATCGTTTCATTGAACAAGTGCGCGAGCATTACAAGATCGATATCGAACTGATCTCGCCCGACCATACGAAACTGGACCCTTTCGTGAAGGAAAAAGGCCTGTTCAGCTTCTACAAGGACGGTCACGGTGAATGCTGTGGCATCCGCAAGATCGAGCCGCTGCGCCGCAAACTGACCGATGTCCGCGCTTGGGCTACCGGTCAGCGCCGCGACCAGAGCCCGGGCACCCGCAGCCAGGTGGCCGTGCTGGAAATCGACACGGCGTTCTCCACGCCGGAGCGCACGCTGTACAAATTCAACCCGTTGTCGCAGATGACCAGCGAGGAAGTCTGGGGTTATATCCGCATGCTGGAGTTGCCTTATAACAGCCTGCATGAGCGCGGTTTCATCAGCATCGGCTGTGAGCCCTGCACCCGCCCTGTCCTGCCGAACCAGCACGAGCGCGAAGGCCGCTGGTGGTGGGAAGAAGCCACGCAAAAAGAATGCGGGCTGCACGCTGGCAATATCATCGCCAAATCCAAGACCGTCTGA MSPSFDVVELATTYANKSPQDILKLAFAEFGDDLWISFSGAEDVVLVDMAWKLNKNVKVFSLDTGRLHPETYRFIEQVREHYKIDIELISPDHTKLDPFVKEKGLFSFYKDGHGECCGIRKIEPLRRKLTDVRAWATGQRRDQSPGTRSQVAVLEIDTAFSTPERTLYKFNPLSQMTSEEVWGYIRMLELPYNSLHERGFISIGCEPCTRPVLPNQHEREGRWWWEEATQKECGLHAGNIIAKSKTV PGPT0002785_1499 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390 NA NA D1-35_02140 618 COG0560 Phosphoserine phosphatase GTGGAAATTGCCTGTCTCGACCTGGAAGGTGTGCTGGTCCCGGAGATCTGGATCGCCTTCGCTGAAAAAACCGGGATTGACTCCCTCAGGGCAACCACTCGGGACATTCCCGATTACGACGTGCTGATGAAGCAACGGTTGCGCATCCTGGATGAGCATGGCCTGAAGCTCTCCGACATCCAGGAAGTCATCGCTACGCTCAAGCCGCTGGACGGCGCCATCGAGTTCGTCGACTGGCTGCGCGAGCGCTTCCAGGTGGTGATTCTTTCCGACACGTTCTACGAATTTTCCCAGCCGCTGATGCGTCAGCTGGGCTTCCCGACGCTGCTCTGCCATCGTCTGGTTACCGACGACAGCGGACGGGTGACCGGCTATCAATTGCGTCAGAAAGATCCGAAGCGCCAGTCGGTCCTGGCCTTCAAGAGTTTGTACTACCGAGTAATTGCCGCCGGGGATTCTTACAACGACACGACGATGCTGGGCGAAGCCGATGCCGGGATTCTGTTCCACGCGCCGGAAAACGTGATCCGTGAGTTCCCGCAGTTTCCGGCGGTGCATACGTTTGCCGAGTTGAAGCAGGAGTTCATCAAGGCCTCGAACCGCAATCTCAACTTGTAA MEIACLDLEGVLVPEIWIAFAEKTGIDSLRATTRDIPDYDVLMKQRLRILDEHGLKLSDIQEVIATLKPLDGAIEFVDWLRERFQVVILSDTFYEFSQPLMRQLGFPTLLCHRLVTDDSGRVTGYQLRQKDPKRQSVLAFKSLYYRVIAAGDSYNDTTMLGEADAGILFHAPENVIREFPQFPAVHTFAELKQEFIKASNRNLNL PGPT0020280_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020280-trhH-K02203 NA NA D1-35_02141 1344 pabB COG0147 Aminodeoxychorismate synthase component 1 ATGCCAACCTGCTTCGTACACCCTCTGCCCTACCGCGCCAACCCCGCCGAGTATTTCGCGGCGATCCGTCATGCCCCAGGCAGCGTGCTGCTCGACAGTGGCCGGCCGAGCGCCGAGCGCGGGCGTTATGACTTGCTCAGCGCCTGGCCGCTGAAGCAACTGGCGGTATTGCCGGAAGAGAGTGGCAGCGATTTCCTGCAACGTCTTCGGATACAGCTGACGCAACTGGGCCACGCCGAATTACCAGCCGCCGTGCAATTGCCCTTCGCCGGTGGCCTGATCGGTTATTTGAGTTACGACTTCGGCCGACGCCTCGAAGCCCTGCCGTCCTGCGCCAAGGACGATCTGCAACTGCCGGACGCGCGTTTTGGCGTGTACGACTGGGCACTGGTCACCGATCACCAGACTCGCACAAGCCAATTGGTCTTCCATCCCCATTGCGGCGAAAACCAACGCCAACGCTTGATCGAGCTGTTCCGTCAGCTAACCTCGGTGCCTCTCTCCTCGTTCAGTCTGGACGGCCCGATGGCGCCCGATCTCGACGCTGAAGCCTATCGACAGGCATTCGAGCGTATCCAGGCGTATATCCAGGCCGGCGACTGTTATCAGGTCAACTTTGCCCAACGCTTTCGCGCGCCGTGCCAGGGCGATGCGTGGGCCGCTTACCAGGCGCTGCGGGCGGCTTGCCCGACGCCGTTTTCCGGTTTCCAGAGCCTGCCGGAGGGCGGTGCGGTGCTGAGCCTGTCGCCCGAACGCTTCGTCCAGGTCAGTGAAGGTCACGTCGAAACCCGTCCGATCAAGGGCACCCGCCCTCGCGGCACGACGCCCGAAGACGACGCGGCTCACGCCGCCGAGCTGCTGGCCAGCCCCAAGGACCGTGCCGAGAACCTGATGATCGTCGACTTGCTGCGCAACGACCTGGGCCGCACCTGCCGCATCGGCTCGGTGCGGGTGCCGGAATTGTTCAGCCTGGAAAGCTACCCGAACGTCCATCATCTGGTCAGCAGCGTGACTGGCGAACTGGCGGACGACAAGGACGCCCTGGACCTGATCGCCGACAGCTTTCCCGGCGGCTCGATCACCGGCGCGCCGAAGATCCGTGCCATGCAGATCATCGACGAGCTCGAACCGACCCGACGCGGTCTGTATTGCGGCTCGTTGTTGTACCTCGATGTGCGCGGGGAGATGGACAGCTCCATCGCCATCCGCAGCTTGCTGGTCAAGGACGGGCAGGTATGTTGCTGGGGTGGCGGCGGGATCGTCGCGGATTCGGATTGGCAGGCGGAGTATCAGGAGTCGATGACCAAGGTGAGGGTCTTGCTGGAAACCTTGCAGAACCTCTGA MPTCFVHPLPYRANPAEYFAAIRHAPGSVLLDSGRPSAERGRYDLLSAWPLKQLAVLPEESGSDFLQRLRIQLTQLGHAELPAAVQLPFAGGLIGYLSYDFGRRLEALPSCAKDDLQLPDARFGVYDWALVTDHQTRTSQLVFHPHCGENQRQRLIELFRQLTSVPLSSFSLDGPMAPDLDAEAYRQAFERIQAYIQAGDCYQVNFAQRFRAPCQGDAWAAYQALRAACPTPFSGFQSLPEGGAVLSLSPERFVQVSEGHVETRPIKGTRPRGTTPEDDAAHAAELLASPKDRAENLMIVDLLRNDLGRTCRIGSVRVPELFSLESYPNVHHLVSSVTGELADDKDALDLIADSFPGGSITGAPKIRAMQIIDELEPTRRGLYCGSLLYLDVRGEMDSSIAIRSLLVKDGQVCCWGGGGIVADSDWQAEYQESMTKVRVLLETLQNL PGPT0008005_1350 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008005-pabB-K01665 NA NA D1-35_02142 987 hypothetical protein ATGTTCGGCCTCTGGAAGACCTGGAAGGCCCTGGAAGCCCGGGGCATCATGGGCATCAACCGGCGTAATGCCGACTACGTGCTCAAGTACAACAAGCGCAGCCTTTACCCGATTGTCGATGACAAGATCATCACCAAGGAACGGGCCATCGCCGCCGGCATTCACGTGCCGGAGCTGTACGGGGTGATCTCCACCGAGAAGGAAATCGACAAGCTCGACGGGATCATCGGCGGACGCACCGACTTCGTCATCAAGCCGGCCCAGGGCGCCGGCGGTGACGGCATCATCGTTATTGCCGACCGCTTCGAGGGCCGCTATCGAACCGTGTCCGGGAAGATCATCAGCCACGAGGAAATTGAGCATCACATCTCCAGCATCCTCACCGGCCTGTACTCCCTCGGCGGGCACCGTGACCGGGCGCTGATCGAGTACCGCGTGACGCCGGACCAGATCTTCAAGAGCATCAGCTACGAAGGCGTACCGGATATCCGCATCATCGTGCTGATGGGCTATCCGGTGATGGCCATGCTGCGCTTGCCGACCCGCCAGTCCGGCGGCAAGGCCAACCTGCACCAGGGCGCCATCGGCGTCGGCGTCGACCTCGCCACCGGCCTGACCTTGCGCGGTACCTGGCTGAACAACATCATCACCAAGCACCCCGACACCACCAACGCGGTGGATGGCGTGCAACTGCCCTATTGGGACGGCTTCATGAAACTGGCCGCCGGTTGCTATGAACTGTGCGGGCTGGGCTACATCGGCGTCGACATGGTGCTGGACCAGGAAAAAGGCCCGTTGATCCTGGAACTGAACGCCCGCCCAGGGCTGAACATCCAGATCGCCAACGACTGCGGCCTGACCCTGCGCACCCACGCCGTGGAGGCACGCCTGGAAGAACTCAAGGCCAGGGGCGTCACCGAAACCGTGGAAGAGCGCGTGGCGTTTGCCCAGGAATTGTTCGGGCATATTCCGCCGGTTGAGGGCTAG MFGLWKTWKALEARGIMGINRRNADYVLKYNKRSLYPIVDDKIITKERAIAAGIHVPELYGVISTEKEIDKLDGIIGGRTDFVIKPAQGAGGDGIIVIADRFEGRYRTVSGKIISHEEIEHHISSILTGLYSLGGHRDRALIEYRVTPDQIFKSISYEGVPDIRIIVLMGYPVMAMLRLPTRQSGGKANLHQGAIGVGVDLATGLTLRGTWLNNIITKHPDTTNAVDGVQLPYWDGFMKLAAGCYELCGLGYIGVDMVLDQEKGPLILELNARPGLNIQIANDCGLTLRTHAVEARLEELKARGVTETVEERVAFAQELFGHIPPVEG NA NA NA NA NA D1-35_02143 1533 hypothetical protein ATGCGCTCCCTTACCCTCCATCTGAAAATGCTGATCGCCATCTTGGTGGTGCTGGGCCTGTCAGTGACGGCCTATCAGATTTTCGTGCTCGGCATCCCGGTGACCGAAGACGCCACCGATGACCTGTGGAATATCGATGCCAAGGTCGAGTTCGTGCCCAACGCCAAGGATCCGGTGAAGATCCAGATGTTCGTGCCGCCCCTGAGCCGCGATTACGTCAGCCTCAACGAGAGCTTCATCTCCAACAACTACGGCGTAGCGGTGAACCGCGTCGACGGCAACCGCAAGGTGACGTGGTCGGCCCGGCGCGCCAAGGGCAACCAGACCCTTTATTACCGCCTGGTGCTGACCAAGCGCTACAGCGCCGAGAAAACCAAGGTCAAGGGCCCGACCTTCCGCGACAGCATCGCCGTCGAAGGGCCGGAAAAACTCGCCGCCGAAGCGCTGTTGGCACCGATTCGCCAGCATTCGGCCGACGTCGAAACGTTCATCAGCGAAGCCATCAAGCGGGTCAACAACCTCAACGACGACAACGTCAAGCTGTTGCTGGCCGGCGACCCGTCTTCGAGCAACAAGGCCAGAATCGTCGAACTGGTACTGTCCATTGCCCACGTGCCGGTCGAGAAGGTCCACACCATCCGCCTGGTGGCCGACCAGCCTCAGACGCCCGAGCTGTGGCTGCGCAGCTTCAACGGCACCGACTGGCTGTACTTCAACCCCGACACCGGCGAGCAAGGCCTGCCCACCGATCGCCTGCTGTGGTGGACCGGCGATGAAAACCTGATCACCGTCGATGGCGGCAAGAAAGCCACCGTCACGTTCAGCATGAACAACAGCGAAATGAACGCCATTCGCCTGGCCAAGCTGACGGACGAGAACACCGACGCCAACTTCCTCGAATACTCGCTCTACGGCCTGCCGCTGCAAACCCAGCAGACCTTCATGATCATGGTGATGATCCCGATCGGCGTGCTGGTGATCCTGGTGTTGCGCAACCTGATCGGCCTGCAGACCCTCGGGACGTTCACCCCGGTGCTGATCGCCCTGGCCTTCCGCGAAACCCAACTGGGCTTCGGCATCATCCTGTTCACGGTGATCACTACCCTGGGCCTGTCGCTGCGTTCCTACCTGGAACATCTCAAGCTGCAAATGCTGCCGAGGCTTTCGGTGGTGCTGACGTTCGTAGTGGTGCTGATCGCCGCCATCAGCCTGTTCAGCCATAAGCTGGGCCTGGAGCGTGGCCTGTCGGTGGCATTGTTCCCGATGGTGATCCTGACCATGACCATCGAACGCCTGTCCATCACCTGGGAAGAGCGCGGCGCCGGCCATGCGATGAAAGTCGCCATCGGCACCCTGTTCGCCGCGTCCCTGGCGCACCTGATCATGAGCGTCCCGGAGCTGGTGTACTTCGTGTTCACGTTCCCGGCGATCCTGCTGATCCTGGTGGGTTTCATGCTGGCCATGGGTCGTTATCGCGGCTACCGCCTGACCGAGCTGGTGCGGTTCAAGGCTTTCGTCAAGGCTGACTCCTGA MRSLTLHLKMLIAILVVLGLSVTAYQIFVLGIPVTEDATDDLWNIDAKVEFVPNAKDPVKIQMFVPPLSRDYVSLNESFISNNYGVAVNRVDGNRKVTWSARRAKGNQTLYYRLVLTKRYSAEKTKVKGPTFRDSIAVEGPEKLAAEALLAPIRQHSADVETFISEAIKRVNNLNDDNVKLLLAGDPSSSNKARIVELVLSIAHVPVEKVHTIRLVADQPQTPELWLRSFNGTDWLYFNPDTGEQGLPTDRLLWWTGDENLITVDGGKKATVTFSMNNSEMNAIRLAKLTDENTDANFLEYSLYGLPLQTQQTFMIMVMIPIGVLVILVLRNLIGLQTLGTFTPVLIALAFRETQLGFGIILFTVITTLGLSLRSYLEHLKLQMLPRLSVVLTFVVVLIAAISLFSHKLGLERGLSVALFPMVILTMTIERLSITWEERGAGHAMKVAIGTLFAASLAHLIMSVPELVYFVFTFPAILLILVGFMLAMGRYRGYRLTELVRFKAFVKADS NA NA NA NA NA D1-35_02144 537 hypothetical protein ATGACACTCAAGCCCTTATCTGCTGCCCTATGCTTTATCTGCCTGCCAGGGATTGCCGCGGCGGGTGAAAAAACCGTGTACGGCCTCAACGAATATGCAGCCCTGCAGGGCATTGACCTGGAGGTCGCGGCCAAGCTCGACACCGGTGCCAAGACCGCCTCCCTCAGCGCCCGTGACATCAAGCGCTTCAAGCGCAACGGCGAATCCTGGGTGCGTTTCTACCTGGCCATCGACGCGGCCCATTCGCACCCCATCGAACGCCCGCTGGCCCGGGTCAGCAAGATCAAGCGCCGCGCCGGTGACTACGACCCGGAAGAAGGCAAGAAATACACGGCCCGGCCGGTCATCGAACTGGATATCTGCATGGGCTCGGCCCTGCGCAGCATCGAAGTGAACCTGACCGACCGTAGCGCCTTCCAATACCCGTTGCTGATCGGCTCCGAAGCGCTCAAGCGTTTCGACGCGCTGGTCGATCCCAGTCTCAAATACGCTGCCGGCAAACCCGCCTGCGCCAATGCCGCTCATACCGCAGAGTAA MTLKPLSAALCFICLPGIAAAGEKTVYGLNEYAALQGIDLEVAAKLDTGAKTASLSARDIKRFKRNGESWVRFYLAIDAAHSHPIERPLARVSKIKRRAGDYDPEEGKKYTARPVIELDICMGSALRSIEVNLTDRSAFQYPLLIGSEALKRFDALVDPSLKYAAGKPACANAAHTAE NA NA NA NA NA D1-35_02145 714 glaR COG1802 HTH-type transcriptional repressor GlaR ATGCTCGATCAGCTCGAAACGCCGGTCCTCGTCCAGGAAGATGCCGAGACGCTGTCCGAGAACGTCTTCCGGCGTATCCAGGCCGCCATCGTCAAGGGTGAAATTGCCCCCGGCAGCAAGATCTCCGAGCCCGAGCTGGCCCGTACCTACGGCATCAGTCGCGGGCCGCTGCGCGAGGCGATCCATCGCCTGGAAGGCCAGCGGCTGCTGGTGCGCATTCCCCATGTTGGCGCGCGGGTGGTCTCGCTGAGCCATGCCGAGCTGCTGGAACTCTACGAAATTCGTGAATCCCTGGAGGGCATGGCCTGTCGCCTTGCGGCGGAGCGTATGACCCAGGAAGAAATCGACGAACTGCGTCGAGTGCTGGAAACCCACGAGCGCGATGCGGCGTTCCAGGCCGGCGTCGGTTATTACCAGCAGGAAGGCGATTTCGACTTCCACTACCGGATCATCCAGGGCAGCGGCAATCGCACCCTCACCCAAATGCTCTGCGGCGAGCTGTATCAACTGGTGCGCATGTACCGCATCCAGTTTTCCACCACGCCGAACCGTCCGCGCCAGGCTTTTGCCGAGCACCACCGGATTCTCGACGCCATCGCCGACCGTGACGGCGAACTGGCCGAATTATTGATGCGCCGGCACATCGGCGCCTCCAAACGCAACATTGCGCGTCATTTCCAGGACAGCGCCGCCACTCAACGAGGTGAGTCATGA MLDQLETPVLVQEDAETLSENVFRRIQAAIVKGEIAPGSKISEPELARTYGISRGPLREAIHRLEGQRLLVRIPHVGARVVSLSHAELLELYEIRESLEGMACRLAAERMTQEEIDELRRVLETHERDAAFQAGVGYYQQEGDFDFHYRIIQGSGNRTLTQMLCGELYQLVRMYRIQFSTTPNRPRQAFAEHHRILDAIADRDGELAELLMRRHIGASKRNIARHFQDSAATQRGES NA NA NA NA NA D1-35_02146 891 prpB COG2513 2-methylisocitrate lyase ATGAGTTCCAGCAAGAGCACGCCAGGCCAGCGTTTTCGCGATGCGGTCGCCGCCGAGCATCCATTACAAGTGGTCGGCACCATCAACGCCAACCATGCGCTGCTGGCCAAGCGCGCCGGCTTCAAGGCGATCTACCTGTCGGGTGGCGGCGTGGCGGCCGGTTCCCTCGGCGTGCCGGACCTGGGCATCACCGGCCTGGATGACGTGCTCACCGATGTGCGCCGCATCACCGACGTGTGCGACCTGCCGTTGTTGGTGGACGTGGACACCGGCTTCGGCTCCTCGGCGTTCAACGTGGCGCGCACGGTCAAGTCGATGAGCAAGTTCGGCGCGGCGGCGATTCACATCGAGGACCAGGTCGGCGCCAAGCGTTGCGGCCATCGTCCGAACAAGGAAATCGTTTCGCAACAAGAGATGGTCGATCGCATCAAGGCTGCCGTCGACGCCCGTACCGATGACAGTTTTGTGATCATGGCGCGTACCGATGCGTTGGCAGTGGAAGGCCTGGAGTCGGCCCTGGACCGCGCCGCCGCTTGCATCGAGGCCGGTGCCGACATGATTTTCCCGGAAGCGATCACTGAACTCGAAATGTACAAGCTGTTCGCCAGCCGTGTGAAAGCGCCGATCCTGGCCAACATTACCGAATTCGGCGCGACCCCGCTCTACACCACCGAACAACTCGCCGGGGCCGACGTGTCCCTGGTGCTGTACCCGCTGTCGGCGTTCCGTGCGATGAACAAGGCCGCCGAAAATGTCTACACCGCCATCCGTCGCGATGGTACGCAGCAGAACGTCATCGACACCATGCAGACCCGCATGGAGCTTTACGATCGCATCGACTACCACACCTTCGAGCAGAAGCTCGACGCGTTGTTCGCCGCGAAAAAGTAA MSSSKSTPGQRFRDAVAAEHPLQVVGTINANHALLAKRAGFKAIYLSGGGVAAGSLGVPDLGITGLDDVLTDVRRITDVCDLPLLVDVDTGFGSSAFNVARTVKSMSKFGAAAIHIEDQVGAKRCGHRPNKEIVSQQEMVDRIKAAVDARTDDSFVIMARTDALAVEGLESALDRAAACIEAGADMIFPEAITELEMYKLFASRVKAPILANITEFGATPLYTTEQLAGADVSLVLYPLSAFRAMNKAAENVYTAIRRDGTQQNVIDTMQTRMELYDRIDYHTFEQKLDALFAAKK PGPT0001555_854 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001555-prpB-K03417 NA NA D1-35_02147 1128 prpC_1 COG0372 2-methylcitrate synthase ATGGCCGAAGCAAAAGTACTCAGTGGCGCCGGGCTCCGTGGCCAGGTGGCCGGACAAACCGCCTTGTCCACCGTGGGCCAGTCAGGCGCCGGGCTGACCTATCGCGGCTACGACGTTCGCGACCTGGCGGCTGACGCGCAATTCGAAGAGGTGGCCTACCTGCTGCTGTACGGCGAGCTGCCGACCCAGGCACAGCTGGACGCCTACACGGGCAAACTGCGCCAGTTGCGCGACCTGCCCCAAGCCTTGAAAGAAGTGCTGGAACGCATTCCCGCCGACGCCCATCCGATGGATGTGATGCGCACGGGCTGCTCGTTCCTCGGCAACCTGGAGCCCGAGCAGGATTTCTCCCAGCAGCACGACAAGACCGATCGTCTGCTGGCCGCGTTCCCGGCGATCATGTGCTACTGGTATCGCTTCAGCCACGAAGGCCAGCGCATCGAATGCGTAACCGACGAAGTCTCCATTGGCGGCCACTTCCTGCATCTGCTGCACGGCAAAAAGCCGAGCGAGTTGCACGTCAAGGTGATGAACGTGTCGCTGATCCTTTACGCCGAGCACGAATTCAACGCCTCGACCTTTACCGCGCGGGTTTGTGCTTCGACATTGTCCGACCTGTTCTCCTGCATCACCGCTGCCATCGGCTCCCTGCGTGGCCCGTTGCACGGCGGCGCCAACGAGGCGGCGATGGAAATGATCGAGCGTTTCAGCTCGCCGCAAGAAGCCATCGAGGGCACCCTCGGCATGCTCGCGCGCAAGGACAAGATCATGGGCTTCGGCCATGCCATCTACAAGGACAACGACCCGCGCAACGAGGTGATCAAGGGCTGGTCGAAAAAGCTCGCCGATGAAGTCGGCGACACGGTGCTGTTCCCGGTTTCCGAAGCTATCGACAAGACCATGTGGGAGCAGAAGAAACTGTTCCCCAACGCCGATTTCTACCATGCCTCGGCGTACCACTTCATGGGCATCCCGACCAAGCTGTTCACGCCGATCTTCGTCTGCTCGCGCCTGACCGGCTGGGCCGCCCATGTGTTCGAACAACGTGCCAACAACCGCATCATCCGACCGAGCGCCGAATACACCGGCGTCGAACAGCGCAAGTTCGTGCCAATCGAACAACGCTGA MAEAKVLSGAGLRGQVAGQTALSTVGQSGAGLTYRGYDVRDLAADAQFEEVAYLLLYGELPTQAQLDAYTGKLRQLRDLPQALKEVLERIPADAHPMDVMRTGCSFLGNLEPEQDFSQQHDKTDRLLAAFPAIMCYWYRFSHEGQRIECVTDEVSIGGHFLHLLHGKKPSELHVKVMNVSLILYAEHEFNASTFTARVCASTLSDLFSCITAAIGSLRGPLHGGANEAAMEMIERFSSPQEAIEGTLGMLARKDKIMGFGHAIYKDNDPRNEVIKGWSKKLADEVGDTVLFPVSEAIDKTMWEQKKLFPNADFYHASAYHFMGIPTKLFTPIFVCSRLTGWAAHVFEQRANNRIIRPSAEYTGVEQRKFVPIEQR PGPT0001480_947 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-CITRIC_ACID_BIOSYNTHESIS,PGPT0001480-prpC-K01659 NA NA D1-35_02148 2592 acnD COG1048 2-methylcitrate dehydratase (2-methyl-trans-aconitate forming) ATGAACACAGAATTTCGCAAACCGCTGCCCGGCACATCGCTGGATTATTTCGACGTTCGCGCGGCCGTGGATGGCATTCGGCCTGGCGCCTACGATAGCCTGCCGTACACCTCCCGCGTGCTGGCGGAAAACCTCGTGCGCCGCTGCGATCCGGCGACGCTGCGCGAATCGCTGCTGCAACTGATCGAGCGCAAGCGCGACCTGGATTTCCCCTGGTTCCCGGCGCGCGTGGTCTGCCATGACATCCTCGGCCAGACCGCATTGGTCGACCTGGCCGGCCTGCGCGACGCCATCGCCCTGCAAGGCGGCGACCCGGCGCAGGTCAATCCGGTGGTGCCGACCCAACTGATCGTCGACCACTCGTTGGCGGTAGAGAGCGCCGGTTTTGATCCGCAGGCGTTCGCCAAGAACCGCGCCATCGAAGACCGCCGCAACGAAGACCGCTTCCACTTCATCAACTGGACCAAGAAGGCCTTCAAGAACGTCGACGTGATCCCGCCGGGCAATGGGATCATGCACCAGATCAACCTGGAGAAAATGTCTCCCGTCATCCAGCAGCGTGACGGCGTGGCGTTCCCCGACACTTGCGTAGGCACCGACAGCCACACGCCTCACGTCGATGCCCTGGGTGTGATCGCGATCGGTGTCGGTGGCCTGGAAGCCGAAAGCGTCATGCTCGGTCGCGCCTCGTGGATGCGCCTGCCGGAAATCATCGGCGTCGAGCTGACCGGCAAGTTGCAACCGGGCATCACTGCCACCGACATGGTGCTGGCGCTGACCGAATTCCTGCGCAAGCAGAAAGTCGTCGGGGCCTGGCTGGAGTTCTTCGGCGAAGGCGCCCGCGCCCTGACCCTGGGGGATCGCGCGACGATCTCCAACATGGCCCCGGAATACGGCGCCACGGCAGCGATGTTCCATATCGATCAGCAAACGATCGATTACCTGAAGCTCACCGGCCGCGAAGACCAGCAAGTGCAGTTGGTCGAACATTACGCCAAGACCACCGGCCTCTGGGCTGACAGCCTGGAAGGCGCGGTATATGAGCGCGGTCTGACCTTCGACCTGTCCTCGGTGGTGCGTAACATGGCCGGTCCGAGCAACCCGCACGCCCGTGTCGCGGTGTCCGATCTGGCTGCCAAAGGCATTTCTGGCCAGTGGGACGATGTGCCCGGGCAAATGCCCGACGGCGCGGTGATCATCGCGGCGATCACCAGTTGCACCAACACCAGCAACCCGCGCAACGTGATCGCCGCCGGTTTGCTGGCGCGCAACGCCAATCGCCTGGGCCTGGCGCGCAAGCCGTGGGTCAAGTCATCCCTCGCACCGGGCTCGAAAACCGTCGCGTTGTACCTGGATGAAGCGGGCCTGACGTCTGAACTTGAGCAACTGGGTTTTGGCGTGGTCGCGTTCGCCTGTACTACCTGCAACGGCATGTCCGGCGCGCTGGACCCGGTGATCCAGCAGGAAATCATCGACCGTGACCTGTACGCCACCGCCGTCTTGTCGGGTAACCGCAACTTCGACGGGCGGATTCACCCGTACGCCAAGCAGGCGTTCCTGGCGTCGCCGCCATTGGTGGTGGCTTATGCCATCGCCGGGACCATCCGTTTCGACATCGAGAAGGATGTGTTGGGTGTGGTGGACGGTCAGGAAATACGCCTCAAGGACATCTGGCCGAGCGACGAGGAAATCGACGCGGTGGTCAAGGCTTCGGTGAAACCCGAGCAGTTCCGCCAGGTGTACATCCCGATGTTCGCCATCCAGGAAGACACCGGGCCGAAAGTGACCCCGCTGTACGACTGGCGCCCGCAAAGCACCTATATCCGTCGTCCGCCCTATTGGGAAGGCGCATTGGCCGGTGCGCGGCCGCTCAAGGGCATGCGTCCGCTGGCGGTGCTGCCGGACAACATCACCACCGATCACCTGTCGCCGTCCAACGCCATCATGCTCGACAGTGCCGCGGGTGAATACCTGGCGAAAATGGGCCTGCCGGAAGAAGACTTCAACTCCTACGCGACCCACCGCGGCGATCACCTGACCGCGCAACGGGCCACCTTTGCCAACCCGAAACTGTTCAACGAAATGGTCGTTGAGGACGGCAAGGTCAAGCAGGGCTCCCTGGCTCGGGTCGAACCGGAAGGCAAGGTCATGCGCATGTGGGAAGCCATCGAAACCTACATGGAACGCAAGCAGCCGTTGATCATCATCGCCGGCGCCGACTACGGCCAGGGTTCGTCCCGGGACTGGGCGGCCAAGGGCGTGCGCCTGGCCGGTGTCGAGGCGATCGTCGCCGAAGGTTTCGAGCGCATCCACCGCACCAACCTGGTGGGTATGGGCGTGTTGCCGCTGGAGTTCAAACCCGGCACGGATCGCAAGACGCTTGGCATCGACGGCAGCGAAGTCTATGACGTGATCGGCGAGCGCACCCCGCGGGCGACGCTGACCCTGGTCATCACGCGCAAAAATGCTGAACGCGTCGAAGTGCCGGTGACCTGCCGCCTCGATACCGCCGAGGAAGTGTCGATCTACGAAGCCGGGGGCGTGCTGCAACGCTTCGCCCAGGATTTCCTTGAATCGGCGATTGCCGTTTAA MNTEFRKPLPGTSLDYFDVRAAVDGIRPGAYDSLPYTSRVLAENLVRRCDPATLRESLLQLIERKRDLDFPWFPARVVCHDILGQTALVDLAGLRDAIALQGGDPAQVNPVVPTQLIVDHSLAVESAGFDPQAFAKNRAIEDRRNEDRFHFINWTKKAFKNVDVIPPGNGIMHQINLEKMSPVIQQRDGVAFPDTCVGTDSHTPHVDALGVIAIGVGGLEAESVMLGRASWMRLPEIIGVELTGKLQPGITATDMVLALTEFLRKQKVVGAWLEFFGEGARALTLGDRATISNMAPEYGATAAMFHIDQQTIDYLKLTGREDQQVQLVEHYAKTTGLWADSLEGAVYERGLTFDLSSVVRNMAGPSNPHARVAVSDLAAKGISGQWDDVPGQMPDGAVIIAAITSCTNTSNPRNVIAAGLLARNANRLGLARKPWVKSSLAPGSKTVALYLDEAGLTSELEQLGFGVVAFACTTCNGMSGALDPVIQQEIIDRDLYATAVLSGNRNFDGRIHPYAKQAFLASPPLVVAYAIAGTIRFDIEKDVLGVVDGQEIRLKDIWPSDEEIDAVVKASVKPEQFRQVYIPMFAIQEDTGPKVTPLYDWRPQSTYIRRPPYWEGALAGARPLKGMRPLAVLPDNITTDHLSPSNAIMLDSAAGEYLAKMGLPEEDFNSYATHRGDHLTAQRATFANPKLFNEMVVEDGKVKQGSLARVEPEGKVMRMWEAIETYMERKQPLIIIAGADYGQGSSRDWAAKGVRLAGVEAIVAEGFERIHRTNLVGMGVLPLEFKPGTDRKTLGIDGSEVYDVIGERTPRATLTLVITRKNAERVEVPVTCRLDTAEEVSIYEAGGVLQRFAQDFLESAIAV PGPT0001515_670 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACONITIC_ACID_BIOSYNTHESIS,PGPT0001515-acnD-K20455 NA NA D1-35_02149 1191 prpF COG2828 2-methyl-aconitate isomerase ATGGCTCACTCGCCTCAAATCAAGATCCCCGCGACCTATATGCGTGGCGGCACCAGCAAAGGCGTGTTCTTCAGCCTGCAAGACCTGCCCGAAGCAGCGCGCGTTCCCGGCCCGGCCCGGGATGCGCTGCTGCTGCGGGTGATCGGTAGCCCCGATCCGTACGAAAAGCAGATCGATGGCATGGGCGGTGCGACGTCCAGCACCAGCAAGACCGTGATCCTGTCCAAGAGCACCCGGGCCGATCACGACGTCGATTACCTGTTCGGCCAGGTGTCCATCGACAAGCCGTTCGTGGATTGGAGCGGCAACTGCGGCAACCTGTCGGCGGCGGTGGGGGCGTTTGCCATCGGTAGCGGTCTGGTGGATGCCAGCCGTATCCCGCAGGACGGTATGGCCGTGGTGCGGATCTGGCAGGCGAACATCGGCAAGACGATCATCGCCCATATACCGATCACCGACGGCGCGGTGCAGGAAACCGGTGACTTCGAACTCGACGGCGTGACCTTTCCGGCCGCTGAAGTGCAGCTGGAGTTCATGGACCCGGCGGCCGAGGAGGAGGGCGGCGGTGGTTCGATGTTTCCTACCGGCAACCTGGTGGACGACCTGGAAGTGCCCGGTGTCGGCAAGCTCAAGGCGACGCTGATCAACGCAGGCATTCCGACGATATTCATCAACGCCCGGGATGTCGGTTACACCGGCACCGAATTGCAGGGCGCCATCAACGGCAATCCCAAGGCGCTGGCGATGTTTGAAACGATTCGTGCCCATGGCGCTTTGCGCATGGGCCTGATCAAGCACCTGGACGAAGCTGCCCAGCGCCAGCACACGCCGAAAGTGGCGTTTGTCGCGCCGCCGGCGGATTACCTTTCATCCAGCGGTAAAACCGTGGCGGCGGGTGACGTCGACTTGCTGGTTCGGGCGTTGTCCATGGGCAAGCTGCACCACGCCATGATGGGCACCGCCGCTGTCGCCATCGGCACCGCCGCGGCGATTTCCGGCACCCTGGTCAACCTCGCGGCCGGTGGCGTCGAACGCAACGCGGTGCGCTTCGGCCACCCGTCCGGCACCTTGCGCGTTGGCGCCGAGGCGAGCGTAGTCAATGGCGAATGGACCGTGAAAAAAGCCATGATGAGCCGCAGCGCGCGGGTGTTGATGGAAGGGTTTGTGCGGGTGCCGGGGGATGTTTTCTAA MAHSPQIKIPATYMRGGTSKGVFFSLQDLPEAARVPGPARDALLLRVIGSPDPYEKQIDGMGGATSSTSKTVILSKSTRADHDVDYLFGQVSIDKPFVDWSGNCGNLSAAVGAFAIGSGLVDASRIPQDGMAVVRIWQANIGKTIIAHIPITDGAVQETGDFELDGVTFPAAEVQLEFMDPAAEEEGGGGSMFPTGNLVDDLEVPGVGKLKATLINAGIPTIFINARDVGYTGTELQGAINGNPKALAMFETIRAHGALRMGLIKHLDEAAQRQHTPKVAFVAPPADYLSSSGKTVAAGDVDLLVRALSMGKLHHAMMGTAAVAIGTAAAISGTLVNLAAGGVERNAVRFGHPSGTLRVGAEASVVNGEWTVKKAMMSRSARVLMEGFVRVPGDVF PGPT0001520_250 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACONITIC_ACID_BIOSYNTHESIS,PGPT0001520-prpF-K09788 NA NA D1-35_02150 894 hypothetical protein ATGGTTTTTTCATTACGACAATTGGTCTGGGCTCTAGCCCTCGGCGGCGCAGTGATCACCTCGTCGATGGCCGCCGAAAAGACCCAACTGCTGGCCTCGCTGCCCGTCACCTACGGGTTGGGCGAGGCCTTGCTCAAGGGCACCGACGTCAGCCTGGCCCGGGCCGCTCCGGACAATCTTCCCGGCACCCGGCAAAGCGCCTATTTCAGTGGCCGTGGCGCCCCGGCCCTGAGCAAGCTGGCCGGCGAGGCCGACGCGGTGATCGGGCTGCGTTCGCTCTGGCCGGACGATCCGCTGTACCCCATGGCCCGCCGCAGCAATATCCGTATCGTTGAAATCGACGCTGCTCGTCCGGTGGACGGCGCCCTGCCCGGCATCGCCATACAGCCGGGCATGACCGACGGCCTGGCGAGCCAGCCGTGGATGGCCAGCCACAATCTGGGGCGGATGGCCGACGTGATCGCTGCTGATCTGGTGCGCCTCGTCCCGGCGGACAAACCGAAAATCGATGCCAACCTGGCGGCACTCAAGCAGCGCCTGCTCAAGCTCAGCGCCGACAGTGAAAAGCGCCTCGCCAGCGCTGACAACCTGAGCGTGGTCAGCCTGAGCGAGCACTTCGGTTACTTGATCAGTGGCTTGAACCTGGATGGCATCAACACCGATGCCCGCCCCGACGCCGAATGGACAGCCGAAGCCCTGAAGCAGCTGACAGCCACGCTCAAGGAGAACGATGTCGCACTGGTGCTGCATCACCGACAGCCGCCGGAAGCTGTGAAAGCGGCCATCGCCGAAGGCGGTAGCCAACTGCTGGTGCTGAGCACCGACGGTGCCGATCCGGTGGCGGAACTGGAAAACAACGTGGAGCTGGTCGTCACCGCACTGACGAAAGGCTGA MVFSLRQLVWALALGGAVITSSMAAEKTQLLASLPVTYGLGEALLKGTDVSLARAAPDNLPGTRQSAYFSGRGAPALSKLAGEADAVIGLRSLWPDDPLYPMARRSNIRIVEIDAARPVDGALPGIAIQPGMTDGLASQPWMASHNLGRMADVIAADLVRLVPADKPKIDANLAALKQRLLKLSADSEKRLASADNLSVVSLSEHFGYLISGLNLDGINTDARPDAEWTAEALKQLTATLKENDVALVLHHRQPPEAVKAAIAEGGSQLLVLSTDGADPVAELENNVELVVTALTKG NA NA NA NA NA D1-35_02151 900 znuB_1 COG1108 High-affinity zinc uptake system membrane protein ZnuB ATGAGTTATGAAGCCTTCCGCCTGATGGTCCAGGGTTGGGCCTCCTCCGGTTACCTGCCCGAGGCGCTGGCCTATGGTTTTGTGGTCAACGCCTTGCTGGCCGGGCTGTTGATCGGCCCGGTGCTGGGCGGCCTCGGCACGCTGGTGGTGGTCAAGCGCTTTGCGTTTTTCTCCGAAGCGGTGGGCCATGCGGCGCTGACCGGCGTGGCCGTCGGCATCCTGCTCGGCGAACCCTACACCGGGCCCTACGGCAGCCTGTTCGGCTACTGCCTGCTGTTCGGCATCCTGCTCAATTACCTGCGCAACCGCACCGGCCTGGCCCCGGATACGTTGATCGGCGTCTTCCTCTCGGTGTCCCTGGCCCTGGGCGCGAGCCTGCTGCTGATCCTGGCGGGCAAGATCAATGTGCACATCCTGGAAAACGTGCTGTTCGGCTCAGTGCTGACGGTCAACGGCAATGATCTCGCGGTGCTGGCGGTGGTCGGTTCGCTGGTGATGGCGCTGGCGCTGCCGCTGTACAACCGGATCATGCTCGCCAGCTTCAACCCGCAGCTGGCGGCGGTACGCGGGGTGGCGGTCAAGACGCTGGACTATCTGTTCGTGGTCCTGGTGACGCTGATCACTGTGGCGGCGGTGAAAGTCATCGGCGCGATCCTGGTGGGTGCGTTGCTGGTGATTCCGGCCGCGGCCGCGCGTTTGCTCAGCCAATCGTTGAAAGGTTTTTTCTGGTGTTCGGTGCTTATCGCAACCGTCAGTACTTTATGCGGGATCCTGGCGCCGATCGTTTTCGACCTGCCGATCCCGTCCGGTGCCGCGATTATTCTTGTGGCCGGCATCGCCTTCGCCCTGAGCGCCATCGCCCGTGGCGTCGTCCCCCATCTGAAAGGGAATCTTGGATAA MSYEAFRLMVQGWASSGYLPEALAYGFVVNALLAGLLIGPVLGGLGTLVVVKRFAFFSEAVGHAALTGVAVGILLGEPYTGPYGSLFGYCLLFGILLNYLRNRTGLAPDTLIGVFLSVSLALGASLLLILAGKINVHILENVLFGSVLTVNGNDLAVLAVVGSLVMALALPLYNRIMLASFNPQLAAVRGVAVKTLDYLFVVLVTLITVAAVKVIGAILVGALLVIPAAAARLLSQSLKGFFWCSVLIATVSTLCGILAPIVFDLPIPSGAAIILVAGIAFALSAIARGVVPHLKGNLG PGPT0004225_305 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816 NA NA D1-35_02152 753 scaC_1 COG1121 Manganese import ATP-binding protein ScaC ATGACGGCTCAGGAACCCCTCATCCAGCAACATGTCGGCCCGATGATCGAGTTCGCCGACATCAGCCTGAATCTTGGGCGCACCGCGATTCTCGACAATGTGGCCTTTCAGGTACAAGCCGGCAGCATCCATGCACTGGTCGGCCCCAACGGCGGCGGCAAGAGTTCGCTGATCAAGACCTTGCTTGGACAGATGCCGCACCAGGGGCGCTTGAGCCTGCAATGGCCGGGCGAACCCGGCGTCATCGGCTACGTGCCCCAGGCGCTGGAATTCGACCGGGGCCTGCCCATGACGGTGGACGACTTCATGGCGGCCATGTGTCAGCGGCGCCCGGCCTTCCTCGGTTTGAGCAAGCATTATGCTGGCGCCATCGGTCAGGCCCTCGAGCGGGTCGGCCTGCAGGACAAGCGCAAGCGACGCATGGGCGCGCTGTCCGGTGGCGAGCGTCAGCGGGTATTGCTGGCCCAGGGATTGATCCCGCCGCCGCAACTGCTGGTACTGGATGAACCCATGTCGGCTTTGGACGAGGCCGGCATCCAGGTATTTGAACGCTTGCTGCAGGACTGGCGCCAGGCCGGCATTACCGTGCTCTGGATCGAGCACGACCTGGAAGCCGTCGGACGCCTGGCCGATCACGTCACCGGGCTGAATCGACGGGTGTTGTTCGACGGCCCGCCGCGCCAGACCCTGACCCCGGAACGGCTGCTGACGCTGTTTTCGACCCATCCACGTGCCAACGGGAGCGCCGCCTGA MTAQEPLIQQHVGPMIEFADISLNLGRTAILDNVAFQVQAGSIHALVGPNGGGKSSLIKTLLGQMPHQGRLSLQWPGEPGVIGYVPQALEFDRGLPMTVDDFMAAMCQRRPAFLGLSKHYAGAIGQALERVGLQDKRKRRMGALSGGERQRVLLAQGLIPPPQLLVLDEPMSALDEAGIQVFERLLQDWRQAGITVLWIEHDLEAVGRLADHVTGLNRRVLFDGPPRQTLTPERLLTLFSTHPRANGSAA PGPT0004230_1760 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817 NA NA D1-35_02153 930 ssaB COG0803 Manganese ABC transporter substrate-binding lipoprotein ATGTCTATTGCACCTTCACGCCGCCCCTTGCTGCGCCTGCTGCTGATTGGCCTGCTCGCCTGCCTGTTCACTCCCATGGCCAGCGCCGAAACGGCCAAGCGCCTGCGCATCGGCATCACCCTGCACCCTTATTACAGCTACGTGGCCAACATCGTCGGCGACAAGGCCGAGGTGGTGCCGTTGATCCCAGCCGGCTTCAACCCTCACGCCTATGAACCCCGCGCCGAGGACATCAAGCGCATCGGCGGGCTCGATGTGATCGTGCTCAACGGTGTGGGTCACGACGATTTCGCCGACCGCATGATCGCCGCCAGCGAAACCCCGGACGTGAAGGTGATCGAGGCCAACGAGAACGTCCCCTTGCTCGCCGCCACCGGCACCGCGGCGCGGGGCGCGGGCAAAGTCGTCAATCCGCATACGTTCCTGTCCATCAGCGCCTCCATTGCCCAGGTCAACAACATCGCCCGGGAACTGGGCAAGCTCGACCCGGACAACGCCAAGACCTACACGCAGAACGCCCGGGCCTACGGCAAGCGCCTGCGGCAGATGCGCGCCGCCGCCCTGGCCAAGCTGACACAGGCGCCGAACGCCGAGCTGCGGGTCGCCACGGTACATGCCGCCTACGATTACCTGCTGCGCGAATTCGGCCTGGAAGTGACTGCCGTGGTCGAACCGGCCCATGGCATCGAGCCAAGCCCCAGCCAGTTGAAAAAGACTATCGACCAGCTGCGTGAGCTGGACGTGAAGGTGATCTTCTCGGAGATGGATTTTCCATCCACCTACGTCGACACCATCCAGCGTGAATCGGGAGTGAAGCTGTACCCGCTGTCGCACATTTCCTACGGCGACTACAGCGCCGAGAAATACGAAAAGGAAATGACCGGCAACCTCGACACCGTGGTCCGGGCGATCGAGGAGTCCGGCGCATGA MSIAPSRRPLLRLLLIGLLACLFTPMASAETAKRLRIGITLHPYYSYVANIVGDKAEVVPLIPAGFNPHAYEPRAEDIKRIGGLDVIVLNGVGHDDFADRMIAASETPDVKVIEANENVPLLAATGTAARGAGKVVNPHTFLSISASIAQVNNIARELGKLDPDNAKTYTQNARAYGKRLRQMRAAALAKLTQAPNAELRVATVHAAYDYLLREFGLEVTAVVEPAHGIEPSPSQLKKTIDQLRELDVKVIFSEMDFPSTYVDTIQRESGVKLYPLSHISYGDYSAEKYEKEMTGNLDTVVRAIEESGA PGPT0004220_2324 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815 NA NA D1-35_02154 576 hypothetical protein ATGAGCGCACCCACCACCCAGGTCATCCGCCCCGCCGGTGCCGGCCACGAAACCCTGTATGTATTGTTGCTGTGCCTGATTATCCTGCTGGGCGCCGGTTCGGTCGTGGCCTGGCATGGGGAAACCCGGGATGTTGCCCACCTGGACGCCCATCAATTGGACGCACGCCGCGACCTCAGCGCCGCCGAGCAAGGCATTTATGCCGACCTGCGGGTGACACTGGATGAGATCCGGATCCTGCGCGAGAGCGAGCAAGCCCTCCCCGGTCCGCAAGTCCTGGCCGATGAAGGCTTCGCCCCGTTCGCCCAAGACGCCAGTTCCGTCAGCCGCGGCGGCCACGCCTGGCAATTGCTGGCAGACCGAGCCTACTTCGGCGCGAGCGCCAATTCGTCCGTCGCAGGCTCCTTTCTGATGCGCATCAGCGAAGTGCCCGATGCGTCCCCGGACATCTGGCTCAACCGCGGCAATCCTCCAACCACCCCTACCACGTTGGACGACGCCGCTTTGTCCGCCGCCGGCTGGCAACAGATCGTCGCGCAATTCGACGCTGGCGTAACCCGCCAGCATCGGCATTGA MSAPTTQVIRPAGAGHETLYVLLLCLIILLGAGSVVAWHGETRDVAHLDAHQLDARRDLSAAEQGIYADLRVTLDEIRILRESEQALPGPQVLADEGFAPFAQDASSVSRGGHAWQLLADRAYFGASANSSVAGSFLMRISEVPDASPDIWLNRGNPPTTPTTLDDAALSAAGWQQIVAQFDAGVTRQHRH NA NA NA NA NA D1-35_02155 327 hypothetical protein ATGAACCTCCGCGCCTCTTTCAACAGCCTGGCGCTGCTGCTCTGCGCAGGCTTGAGCACCAGCGCCCTGGCCCACAATCCGATGTGCGAATGCAAGGCTATCGACGCTGAACAGATTCAGTGTACTGGCGGTTTTTCCGATGGCAGCGGCGCCCCCGGAGTGACGCTGGACGTGATCGGCTACGACGAAACCATCCTGGTCCCCGGCAAGCTCGGCGCCGACTCGACGTTGACCTTCAAGAAACCCAACGCCGAGTTCTACGTACTTTTTGACGCCGGCCCCGGCCACGTCGTGGAAATCGACCAAGCCGACATCGAGGCCCCATGA MNLRASFNSLALLLCAGLSTSALAHNPMCECKAIDAEQIQCTGGFSDGSGAPGVTLDVIGYDETILVPGKLGADSTLTFKKPNAEFYVLFDAGPGHVVEIDQADIEAP NA NA NA NA NA D1-35_02156 543 hypothetical protein GTGAACCCGTCCACTACGACAACATCACCGTCACGCCTGGGCCAGTTCTGGCATAAATGGCGCTTCCATATCAACGTCCTGTTGCTGCTGATTCCCCTGGGTTTCATGCCCAAGTACTTGTCGGAGGCCGCGTTGTTCCGAGGCGACGGCGGGCTTGGCGAGCGGGAAGTCGGCGAAGTCCAGGTGGGCCCCTGGAGCTTGCGCCTGGCGGAGTTTCGCGACGAAGCGCCACGCACCCAGGGCCCCGCCGGGCCGATGAAACACTTCAACGCCGCCCTGTGCCAGCGCTGCATCAGCGAGGTTAAAGCCACCTATCTGCGCATCGGCAAGCCCCGCAGCCTGCGGGCCGCCGGGGTGATTTTCTTCGGCTCGCCCTATCGCATGGGTGCCTTGTTGCCGGTGCCGAAAAAGACCCAGCCAGACGCCGAACTGTGGATCACCCTCGAAGGCTGGGACGGCTCGATGCATCAAGCTTCCATCCCCCTGAGCCAGGCCTCCCCGGCCACCGTCGCCTGGTTGCAATCCCAAGGAGCCCGACCATGA MNPSTTTTSPSRLGQFWHKWRFHINVLLLLIPLGFMPKYLSEAALFRGDGGLGEREVGEVQVGPWSLRLAEFRDEAPRTQGPAGPMKHFNAALCQRCISEVKATYLRIGKPRSLRAAGVIFFGSPYRMGALLPVPKKTQPDAELWITLEGWDGSMHQASIPLSQASPATVAWLQSQGARP NA NA NA NA NA D1-35_02157 1215 hypothetical protein ATGTCGAAGAAGTCCCGCTCCAAACTCTGGTTCCTGGTTCACAGCTGGCTGGCGTTGCCCATCTGGTTTTTCGTTCTGATCGTTTGCGTCACCGGTACGCTGGCGGTGGTCAGCCAGGAGATCGTCTGGCTGGTCAATCCGGAAATGCGCGCCAGCAAGCCCGCCGATGATGCGCCGTTGCTCAGCTACGACCAGGTCGTTGCCGCCATCAAGCAAGCCCAGCCCCTGACTCAGGTGCAAAACATTGTGCGTCCGGACGAGTCGCACTTCGCCCTGGAGGTCAAGGTCACCTACCCCGACGGTCGCCCCGACACTGTTTACGTCAACCCCTACAGCGGCGTCATCCAGGGCTCGGCACCGGCCTTCAACTTCAGGGGGTTCACCCGTGCATTGCATGGCTGGTGGCTGGTGCCGTTCACCAACGGCTACAGTTGGGGCTGGTACCTGGTGTCCTTCCTCGGCCTGCCGATGCTCGCGTCGCTGGTGACCGGGCTGGTTGTATATAAACGTTTCTGGAAAGGTTTTTTCAGCCCGACCCTGCGTATTCGCCACGGGGCCCGCATTTTCTGGGGCGATTTCCATCGGCTCAGCGGCATCTGGTCGATTTGGTTCATTGCCGTCATTTCCATCACCGGCACCTGGTTCCTGATCGAGGCCACGCTGGCCGATAACGGCATTTCCATCTCCAGTGCTCCGGTCGTCCCCGTGGTGGCCCGGGAAAACGTTCCGCTGTCGACGGGTGGTACGCCTCCGCCGCAACTGAACCTGGACCGCGCCATTGAAATTGCCCAGCAGCGGATCCCGGGCCTGGAAGCGAGTTTCGTCAGCCTGCCCGGCAATGCCTACAGCCATCTGGAAGTCGGCGGACGCGGCTGGTATCCGCTGATGTACCAGACGGCGACCATCAATCCCTACAACGGTGATGTCGACGCTTCCCGATTGTTGTCGGACCGCACGGCGCTGGAGTTCGTGACCGAATCCATGCGCCCGCTGCACACCGGGGATTTCGGTGGCCTCTGGATCAAGCTCATCTGGTGTTTCTTCGGCCTGGTGCTAAGCATGATGGTCCTCAGCGGCCTGCTGATCTGGACCAAACGCACGGCGCTGGCGACCGCCAACGCCCTCAAGCGCAACCAGAAACCTGTGCGGCCAGCCCAAACCACGCCGCAACTGCAGCCTTCCATGCACCGTGACTCACCGGAGGGCAGCCTGTGA MSKKSRSKLWFLVHSWLALPIWFFVLIVCVTGTLAVVSQEIVWLVNPEMRASKPADDAPLLSYDQVVAAIKQAQPLTQVQNIVRPDESHFALEVKVTYPDGRPDTVYVNPYSGVIQGSAPAFNFRGFTRALHGWWLVPFTNGYSWGWYLVSFLGLPMLASLVTGLVVYKRFWKGFFSPTLRIRHGARIFWGDFHRLSGIWSIWFIAVISITGTWFLIEATLADNGISISSAPVVPVVARENVPLSTGGTPPPQLNLDRAIEIAQQRIPGLEASFVSLPGNAYSHLEVGGRGWYPLMYQTATINPYNGDVDASRLLSDRTALEFVTESMRPLHTGDFGGLWIKLIWCFFGLVLSMMVLSGLLIWTKRTALATANALKRNQKPVRPAQTTPQLQPSMHRDSPEGSL NA NA NA NA NA D1-35_02158 462 soxR COG0789 Redox-sensitive transcriptional activator SoxR GTGATTCAGGTGACGACGTCGATCAACATTCACAAGGAACTGACCGTCGGCCAGGTGGCCGCCCGCAGCGGCGTGGCGGTCACCGCGCTGCACTTCTATGAAACCAAGGGCCTGATCAAAAGCACGCGCAACCCGGGCAACCAACGTCGTTACCCCCGGGCCGTCCTGCGGCGCGTGGCGCTGATCAAAGTCGCCCAGCGCCTGGGCATACCCCTGGCGGAAATTGGCGAGGCGCTGAAAAACCTGCCGGACAACCGTGCGCCCACGGCGGCCGACTGGAAGACCCTGTCAGCGCAGTGGAGCCGGAACCTGGATGACCGGATCAATCAACTGATCGCATTGCGAGACCGGCTCAACGGTTGTATCGGCTGCGGCTGCCTGTCGATGGAAAATTGCCCGCTGCGCAACCAGGCTGATGTGCTCGGCAAACGCGGGCCAGGGGCGCATTTGCTGGAACCCTGA MIQVTTSINIHKELTVGQVAARSGVAVTALHFYETKGLIKSTRNPGNQRRYPRAVLRRVALIKVAQRLGIPLAEIGEALKNLPDNRAPTAADWKTLSAQWSRNLDDRINQLIALRDRLNGCIGCGCLSMENCPLRNQADVLGKRGPGAHLLEP PGPT0012955_870 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012955-soxR-K13639 NA NA D1-35_02159 414 hypothetical protein ATGCAATCGCCAAGTGGTCATCGCAGCTTCACGCAGTTGATCGAGTTCGACATCGAGCCTCAGTGGCAGCAGACGCTGGTCAACGCCCTGTCAGCGCAGACCGAGCGCCTGGCTCGTGATCATTCGGGTTTCCTCAATGCCAGTATCCAGGTCAGCGAGGACGGACGTCGGGTGCTTAATTACCTGCAATGGCAAACCCGCGAGGCGGGTGAAGCGGCGTTCCGCAGCGTTGAGAATGGTGAGGAAAGTTTCTGGCAGTTCATCCAGGCGCATCGGGCCAAAGCGGTGACGTTTGGCTCGTTCCAGGTGCTGCGCAACATCGAGCGCAGCCTGGACGATGCGTTGCATTGCCCGTTGGTCAACCAAGCGCAACGGGAGATCCGAGAGGGCGATACCCATTATCAAAAGCGTTGA MQSPSGHRSFTQLIEFDIEPQWQQTLVNALSAQTERLARDHSGFLNASIQVSEDGRRVLNYLQWQTREAGEAAFRSVENGEESFWQFIQAHRAKAVTFGSFQVLRNIERSLDDALHCPLVNQAQREIREGDTHYQKR NA NA NA NA NA D1-35_02160 267 hypothetical protein ATGAATCGTATCCTTGCTGTCTTGTTGCTGTTGACTGTCACCGTATTGAGCGGTTGCGCTTCGTCGTCCCCGGAGCTGCGTCCTTACACCGCCGAGGAATCCCGTGAGCTGGCCCTCGAAGCCTTGAATCGGCGGGGGCTTTCGTTTGATGAATACCATGCGAAGAAAGCCGAATTGCTCGGTCCTTCGCAGAAAAACGTCGGCTTCGACGAGCGCGGCGAGATGAGCGCCGAGCAGACAGTCCAGGCACCGGGCCGGTCGAGCTGA MNRILAVLLLLTVTVLSGCASSSPELRPYTAEESRELALEALNRRGLSFDEYHAKKAELLGPSQKNVGFDERGEMSAEQTVQAPGRSS NA NA NA NA NA D1-35_02161 615 eamB_1 COG1280 Cysteine/O-acetylserine efflux protein ATGACCCTCTCGCTTGACCTGCTGCTGGGCTTCGCCCTGTTTGCCCTGGTGACCTCGATAACGCCCGGCCCCAACAACACCATGTTGCTGGCCTCGGGTGTGAATTTCGGCTTCAACCGGACCATCCCGCACATGCTCGGCATCACTTGCGGCTTCTTTTCCCTGGTCCTGGCGGTGGGCCTTGGGCTGGGCGCGGTGTTCCAGACATATCCGCTGCTCTACACCGTGCTGCGCTACGTCGGTGCGGCATATCTGATATACCTGGCCTGGAAAATCGCCCACTCCGGTCCTGTCTCGGACGGCGGCGCGGGTGAGAACAAGCCGATCAGCTACTGGGGCGCAGCAGCGTTCCAATGGGTCAACCCAAAGGCCTGGATCATGGCCATCGGCGCCATCAGCACCTATACGCCTCTGCAAGGTTACTTTTTCAATGTGGTGGTGATCGCGGCGGTGTTTGCGTTGATCAACCTGCCTAGCGTCAGCCTGTGGGTAGTCTGCGGCAGCCTGCTGCGCAACTTGTTGCAGGATCGCCGGTGGCTGCGTGTCTTCAACTGGGGCATGGCGCTGCTGTTGGTCGCGTCGCTGTATCCGTTGTTGCTCGAAAGCGTGAGTTAA MTLSLDLLLGFALFALVTSITPGPNNTMLLASGVNFGFNRTIPHMLGITCGFFSLVLAVGLGLGAVFQTYPLLYTVLRYVGAAYLIYLAWKIAHSGPVSDGGAGENKPISYWGAAAFQWVNPKAWIMAIGAISTYTPLQGYFFNVVVIAAVFALINLPSVSLWVVCGSLLRNLLQDRRWLRVFNWGMALLLVASLYPLLLESVS NA NA NA NA NA D1-35_02162 1167 iscS_2 COG1104 Cysteine desulfurase IscS ATGAATAAGCGTCCTTTGTATTTTGATTACGCCGCCACCACCCCGGTGGACGAGCGGGTGATCCAGGTCATGGTCCAATGCCTGGGTTTCGACGGTAACTTCGGTAACCCGGCCTCCAGCTCTCATGCCTTCGGCCAGGAGGCCCGGCGCTCGGTGGAACTGGCGCGCCAGCAGGTGGCTCGGTTGGTGGGTGCTCAGGCCGGACAAATCGTCTGGACTTCCGGCGCCACCGAATCCAATAACCTGGCCCTCAAGGGCGTGGCCCAGGCGCGTGAAGCGCGTGGCGGCCACGTCATTACCAGCCTGATCGAACATAAGGCCGTTCTCGATACGGTCAGGCAGCTCGAGGAAAGTGGCGTCGCGGTAACCTGGCTGGCGCCGTGCGCTGATGGCCTGATCGACCCGCAAGCGGTTCGCGAGGCGCTCCGCGAAGACACTTTCCTGGTGTCGCTGATGCTGGTCAATAACGAGTTGGGCACGGTCAATGACGCCATCGCCATTGGCGAGATCGTTCGAGCGCATGGCGCGTTGTTTCATATGGACGCGGCCCAGGGTGCGGGAAAAGTGAGCATCGACCTGGCCCGGTGGCCGGTGGACTTGATGTCGTTTTCCGCACACAAGATCTACGGCCCCAAGGGGATCGGCGCACTTTATGTTGGTGATCGCGCGCGCCCGCGGCTGTCGGCCCAGATCCATGGCGGCGGTCATGAAGGTGGCTTGCGCTCCGGGACCTTGGCGACCCATCAGATTGCCGCGATGGGCGCGGCATTCGAGCTGGCGGCGCAGGCCTTTGAGGAAGAACTCGCCGACATCGCCCGACTGCGCAATCGTTTGCTTGAACCTTTGCTGGCCTTGCCCGGTGTGTGTATGAATGGCAGTGCCAACTGTCGCATTCCCCATACGGTGAGCCTGACGTTCAACGAAGGTGAGTTCAACCTGGCGACGCTGGGCGCAACGATGGCATTCTCCGCGACCTCGGCTTGCAACTCGGCGCAAAACACTCCATCCCACGTGTTGCTCGCCCTTGGGCATGATGCACGCGCGGCCGGGCGGACCATTCGTTTGAGCCTGGGCCGCTTTACCAGCGGACAGGACATTGATGAGGCGGTGCGATTGATCAAGGCCGCCTGTGTTGCCGCGCCGGCCTTCTGGGCGGCAACCCCCTGA MNKRPLYFDYAATTPVDERVIQVMVQCLGFDGNFGNPASSSHAFGQEARRSVELARQQVARLVGAQAGQIVWTSGATESNNLALKGVAQAREARGGHVITSLIEHKAVLDTVRQLEESGVAVTWLAPCADGLIDPQAVREALREDTFLVSLMLVNNELGTVNDAIAIGEIVRAHGALFHMDAAQGAGKVSIDLARWPVDLMSFSAHKIYGPKGIGALYVGDRARPRLSAQIHGGGHEGGLRSGTLATHQIAAMGAAFELAAQAFEEELADIARLRNRLLEPLLALPGVCMNGSANCRIPHTVSLTFNEGEFNLATLGATMAFSATSACNSAQNTPSHVLLALGHDARAAGRTIRLSLGRFTSGQDIDEAVRLIKAACVAAPAFWAATP PGPT0000065_4241 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 D1-35_02163 1809 hypothetical protein ATGAGTACCCAGCCTTCGACCCCGGGACAGGTTCCCCAGCGCCTGGCCCGAATTCGCCAATTGATGAGCCAGGAGGACATCCATGCGCTGTTGGTGCCTTCCGCCGACCCGCATCTTTCGGAGTATCTGCCTGGGTACTGGCAAGGGCGCCAATGGTTGTCCGGGTTCCATGGCTCGGTCGGTACATTGATCGTGACCGCGGATTTCGCCGGGGTCTGGGCGGACAGTCGTTACTGGGAACAAGCCACCAGCGAACTGGAAGGCAGCGGCATCGAGCTGGTCAAACTCATCCCCGGAAAGCCCGGGCCGTTGGACTGGCTGGCCGAAAACACGCCTGAAGGGGGGGCGGTAGCGGTCGATGGTGCGGTCATGGCGGTGGCATCGGCGCGGACCCTGAGCAGCAAGCTGCAAGAGCGTGGCGCACGGTTGCGTACCGACATCGATCTGCTCGCACAAGCCTGGACCGATCGTCCGAGCCTGCCGGATCAACCGGTCTACGCGCATTTGCCGCCGCAAGCCACGATCGGTCGTGTCGAGAAAATCGCCCAGTTGCGCGAAGCCCTGAAGGAGCGTGCTGCGGATTGGCATTTCATCGCCACCCTGGACGACATCGCCTGGCTGTTCAACCTGCGCGGCGCGGATGTGTCATTCAATCCGGTATTCGTCTCCTTTGCCCTGATCAGCCAGCAACAGGCGACGCTGTTTGTGGATTTGAACAAGGTCGACGCTGCGCTGCGTTCTGTTCTTGAGCAAGACGGCGTAACGCTGCGCGACTACAGCGAAGTGGCCACTGCGTTGCGTGAAGTGCCGAGCGGCGCGAGCCTGCAGGTCGATCCGGCCCGGGTCACGGTCGGTTTGCTGGACAATCTGGACAGCGGCGTGAAACTCGTCGAAGTGCTCAACCCCACAACACTGGCCAAATCGCGCAAAAGCCCGGCCGATGCCGAGCACATCCGTCGAGCCATGGAGCAGGACGGAGCGGCGCTCTGCGAATTTTTTGCCTGGCTGGAAAGTGCCTGGGGCCATGAGCGCATCACTGAACTGACCATCGATGAGCACCTGACCGCAGCGCGCAAGCGCCGGCCGGAGTTCGTCTCCTTGAGCTTCAATACCATCGCGGCGTTTAATGCCAATGGCGCGATGCCTCACTATCACGCCACCGAAGAGGCGCACGCGGTCATTGAGGGAGATGGCTTGCTGTTGATCGATTCGGGCGGCCAGTACCTTGGCGGTACGACCGATATCACCCGCATGGTGCCGGTCGGGACACCGACGTCGGAGCAGAAGCGTGACTGTACCCGCGTGCTCAAAGGCGTAATTGCCTTGTCCAGGGCCAAATTCCCCAAGGGCATTCTGTCGCCTCTGCTGGATGCCATCGCCAGGGCGCCGATCTGGGCTGAACAGGTGGATTACGGTCATGGCACCGGCCACGGTGTCGGCTATTTCCTCAACGTCCACGAGGGCCCGCAAGTGATTGCCTATCAGGCTGCCGCTGCACCCCAGACCGCCATGCAGCCGGGCATGATCACGTCCATCGAGCCGGGTACTTATCGCCCGGGTCGCTGGGGTGTTCGTATCGAGAACCTGGTGTTGAACCGGGAGGCGGGCAGCAGCGAGTTCGGCGAATTCCTCGCATTCGAAACCCTGACGTTGTGCCCGATCGACACCCGCTGCCTTGAGCCGTCGTTGCTGAACCAGGACGAAAAGGACTGGCTCAACGCCTACCACGGCGAGGTTCAGCGTCGCTTGAGTCCGCTGCTCGATGGCGCTGCGCTGCAATGGCTGAACACACGGACAGCGGCAATCTGA MSTQPSTPGQVPQRLARIRQLMSQEDIHALLVPSADPHLSEYLPGYWQGRQWLSGFHGSVGTLIVTADFAGVWADSRYWEQATSELEGSGIELVKLIPGKPGPLDWLAENTPEGGAVAVDGAVMAVASARTLSSKLQERGARLRTDIDLLAQAWTDRPSLPDQPVYAHLPPQATIGRVEKIAQLREALKERAADWHFIATLDDIAWLFNLRGADVSFNPVFVSFALISQQQATLFVDLNKVDAALRSVLEQDGVTLRDYSEVATALREVPSGASLQVDPARVTVGLLDNLDSGVKLVEVLNPTTLAKSRKSPADAEHIRRAMEQDGAALCEFFAWLESAWGHERITELTIDEHLTAARKRRPEFVSLSFNTIAAFNANGAMPHYHATEEAHAVIEGDGLLLIDSGGQYLGGTTDITRMVPVGTPTSEQKRDCTRVLKGVIALSRAKFPKGILSPLLDAIARAPIWAEQVDYGHGTGHGVGYFLNVHEGPQVIAYQAAAAPQTAMQPGMITSIEPGTYRPGRWGVRIENLVLNREAGSSEFGEFLAFETLTLCPIDTRCLEPSLLNQDEKDWLNAYHGEVQRRLSPLLDGAALQWLNTRTAAI PGPT0006770_1438 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 D1-35_02164 591 nsaD 2-hydroxychromene-2-carboxylate isomerase ATGAACAGATCCGTCGAGTTTTTTTTCGACCTGGGCAGCCCGACCACCTACCTGGCCTATACCCAATTGCCCGCGCTCTGCGCTGAAACCCATAGCGAGCTCATCTATCGCCCCATGCTTCTGGGCGGCGTATTCAAGGCAACGGGCAACGCGTCGCCCGTTACCGTGCCGGCCAAGGGGCCTTATCTGTTCCAGGACTTGAACCGTTTCGCCAAGCGCTACGGTGTCGACTTCAAGCTCAACCCGCATTTTCCAATAAACACATTGCTATTGATGCGCGCCGTCACGGGCATGCAACTGCGTCATCCGGATCGTTTCGAGACTTTCACGAGCTGTCTGTTCCGGGCGCTCTGGGTGAATGCCCGCAACCTCAACGACCCGGCAACAGTCGCGGCCGTGCTGGACGAAGGGGGTTTCGACCCTGCCTATGTGCTTGCCCTTACAGCCGACGAGCAGGTCAAGGAAACATTAAGGAGCACAACCGAAGAGGCCGTGCGCCGAGGTGTGTTCGGTGCGCCGAGCATGTTTGTCGGCAACGAGATGTTCTTTGGCCAGGATCGCCTGGACTTCGTCCGTGAAGCCCTCGGCTGA MNRSVEFFFDLGSPTTYLAYTQLPALCAETHSELIYRPMLLGGVFKATGNASPVTVPAKGPYLFQDLNRFAKRYGVDFKLNPHFPINTLLLMRAVTGMQLRHPDRFETFTSCLFRALWVNARNLNDPATVAAVLDEGGFDPAYVLALTADEQVKETLRSTTEEAVRRGVFGAPSMFVGNEMFFGQDRLDFVREALG NA NA NA NA NA D1-35_02165 729 kduD 2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase ATGAATAACAAGAAGGTGGTACTGGTAGTGGGAGCTGGCGATGCTACTGGTGGCGCGATAGCCCGGCGTTTCGCTCGGGAAGGCTTCGTGGCCTGCGTCACTCGCCGCAACGCTGACAAGCTCGAAGCTTTGGTCGATGAAATCCGTACCCAGGGCTGTGAAGCCCACGGTTTTGCCTGCGACGCACGCAAGGAAGATGATGTGATCGCACTGATCGAGCAAATCGAGGAGCAGGTTGGCCCGATCGAAGCCTTCGTATTCAACATCGGCGCCAACGTGCCTTGCAGCATTCTCGAAGAGACGGCTCGCAAATATTTCAAGATTTGGGAAATGGCCTGCTTTTCAGGTTTCCTCAATGCTCGAGAAGTAGCCAGGCGCATGGTCAAACGTCAGCGCGGCACGATCCTGTTTACTGGCGCCACGGCAGGCTTGCGCGGGGCATCAGGGTTCGCCGCATTTGCGGGGGCCAAGCATGGCATCCGGGCCTTGGCCCAGAGCATGGCGCGAGAATTGGGGCCGATGAATATTCATGTAGCCCATGTTGTGGTGGATGGCGCCATCGACACTGACTTCATCCGCGATAATTTCCCGGAAAAGTACGCAACCAGGGCAGAAGACGGCATCCTCGGCCCGGAGCACATCGCCGAAAACTATTGGTACTTGCATACCCAGCCGCGGGATGCCTGGACCTTCGAACTGGATCTGCGCCCCTGGAACGAACGCTGGTAA MNNKKVVLVVGAGDATGGAIARRFAREGFVACVTRRNADKLEALVDEIRTQGCEAHGFACDARKEDDVIALIEQIEEQVGPIEAFVFNIGANVPCSILEETARKYFKIWEMACFSGFLNAREVARRMVKRQRGTILFTGATAGLRGASGFAAFAGAKHGIRALAQSMARELGPMNIHVAHVVVDGAIDTDFIRDNFPEKYATRAEDGILGPEHIAENYWYLHTQPRDAWTFELDLRPWNERW NA NA NA NA NA D1-35_02166 570 hypothetical protein ATGCGTTATTCAGCCAATCACAAGATGGAAACCCGAGAGAAACTGCTGACCAGCAGTGCCATGTCGGCCAAGAAATCAGGATTTTCGACGGTCGGGGTAGATGGCCTGATGAAGGCGATCGGTCTTAGCGGCGGGGCGTTCTACAGCCATTTCTCATCCAAGGATGAGCTTTTCAAGGCGATCGTCGAGCGCGAGTTGAGCCAGAGCCTGGAGCGCTTGAGTGGTAACGGCGTCATGGACTCGATGAAACTGGAGCGTTGCCTCAAGCAGTACCTGAGCATGAGCCATGTGGAGCAACCCGAGGCTGGTTGCGCCTTGCCGGTTCTGGGGGCTGAGATTGCGCGTTCGGATATGTCGGTGCGTGAGGCCGCGCAAAGCTGGATCTGCCGCCTGCACGAAAGCTGGGCGCGGATACTTGAGAGCGATAGCCTGGCTTGGGCGATCCTGTCTCAATGCGTGGGTGCGCTGGTTGTTGCGCGAATGCTGGCAGCGCCTGAGCTCCAGCAGGAGGTTCTCAGGTCCAGCCATGACGAGATCAGCCATCGCCTGGCCGAACGACAGTCCAGCTGA MRYSANHKMETREKLLTSSAMSAKKSGFSTVGVDGLMKAIGLSGGAFYSHFSSKDELFKAIVERELSQSLERLSGNGVMDSMKLERCLKQYLSMSHVEQPEAGCALPVLGAEIARSDMSVREAAQSWICRLHESWARILESDSLAWAILSQCVGALVVARMLAAPELQQEVLRSSHDEISHRLAERQSS NA NA NA NA NA D1-35_02167 282 hypothetical protein ATGAAACGAATCTTGATACTGATCGCCGTACTAGCGGTTACGGGCTGCGCGGCGACGTCGAAAATCGAAGTCAAACGCGGAAAAAAAGGCCTGCATATCAACTGCTCCGGCCTGTCCTCTTCCTGGGACCAGTGCAGGGCCAGCGCCGCCAACTCATGCGCGCCCAAGGGTTACAAAATCATCGCCAAATCAGGTGACGCCGTTGAGGAGCCTGGGGACTATCCTTTCGGGCTCAATCCAGCCGGATACACCAGCCGCAGCATGATCGTCATCTGCAAATAG MKRILILIAVLAVTGCAATSKIEVKRGKKGLHINCSGLSSSWDQCRASAANSCAPKGYKIIAKSGDAVEEPGDYPFGLNPAGYTSRSMIVICK NA NA NA NA NA D1-35_02168 888 rhtA COG5006 Threonine/homoserine exporter RhtA ATGACTTCACCACATCGCAGCCTGGCAACCACCTTGTATCCGGTTGCCCTGCTACTAATAGCCATGGCATCCATCCAGTCTGGAGCCTCTCTTGCCAAAAGCATGTTCCCTGTAGTCGGTGCGCAAGGCACCACGACGCTACGGCTCATTTTCGCAAGCCTTATCATGTTGATACTGCTGCGGCCGTGGCGAGCCAAACTTACCGCCCAATCCTTGCGCACGGTGATTGTCTATGGGCTGGCGCTCGGCGGCATGAACTTTCTCTTCTATATGTCGCTTCGTACCGTTCCACTGGGCATTGCAGTGGCTCTGGAATTCACCGGCCCCTTGGCAGTCGCTATCTATGCCTCGCGCCGGGCGATTGATTTTCTCTGGATCGCCCTGGCGGTGGTTGGCTTGCTCCTGCTAATACCCACCGGAGCCACCAGCGCGGGCATCGACCTGATCGGAGCCGGCTATGCATTGGGGGCGGGGGTCTGTTGGGCCCTGTATATCCTGTTTGGCCAGAAGGCCGGGGCGGACAATGGTGTGCAGACCGCTGCGCTCGGCGTCATGATCGCAGCCTTGTTCGTAGCCCCCATCGGCATCGTGCATGCCGGGACCGCTTTGCTGACCCCGAGCCTCATCCCTGTCGCCATTGGCGTCGCCATTCTGTCAACCGCCCTGCCCTACACGTTGGAAATGATCTCACTCACCCGCATACCAGCCCGCACCTTCGGCACACTGATGAGCGTCGAGCCTGCGGTCGGCGCGCTATCGGGGCTGCTGTTTCTCCAGGAGTATCTATCCCTGGCCCAATGGGCAGCCATAACCTGCATCATCCTCGCGTCGATCGGCGCTACGTTGACCATGGGCGACTCTGCCAAGCCCGCCATTGCCGCAGATTGA MTSPHRSLATTLYPVALLLIAMASIQSGASLAKSMFPVVGAQGTTTLRLIFASLIMLILLRPWRAKLTAQSLRTVIVYGLALGGMNFLFYMSLRTVPLGIAVALEFTGPLAVAIYASRRAIDFLWIALAVVGLLLLIPTGATSAGIDLIGAGYALGAGVCWALYILFGQKAGADNGVQTAALGVMIAALFVAPIGIVHAGTALLTPSLIPVAIGVAILSTALPYTLEMISLTRIPARTFGTLMSVEPAVGALSGLLFLQEYLSLAQWAAITCIILASIGATLTMGDSAKPAIAAD NA NA NA NA NA D1-35_02169 405 hypothetical protein ATGATGTACACCCGTTTGTTGCTGCCCCTGATTCCGCTGTTGTTCATTGGCGCTGTCCAGGCTGACGTTTGTACCAACGCCACGACCCAAGGCGACATAAACCAGTGTGCAGCCCAAGAGACAAAGGCCGCCGACAAGGAACTGAACAGCCTGTACAAACAGATCACAGCGCGTTTGAAAGACAATGCCGAGGCCAAGCAATTGCTGGTCAAGGCACAGCGAGCCTGGATTGACTTCCGTGACGCCGAATGCAGCTTTTCTGCTTCTGGTGCCGAAGGGGGGAGCGTCTATCCGATGATTCAGAATGACTGCATTACAGCCCTGACGAAGGCGCGAGTAGAGGCGTTCAAGACGTACCTTAACTGCGAAGAAGGAGACCTGAGCTGCCCGGTACCTGGGGCTTGA MMYTRLLLPLIPLLFIGAVQADVCTNATTQGDINQCAAQETKAADKELNSLYKQITARLKDNAEAKQLLVKAQRAWIDFRDAECSFSASGAEGGSVYPMIQNDCITALTKARVEAFKTYLNCEEGDLSCPVPGA NA NA NA NA NA D1-35_02170 459 hypothetical protein ATGCATCTATCTGATCGTATCGAAAGAAAGATCTTGTTGAAGGCGCCGCGTTCGCAGGTCTGGCGAGCCATGGCCAATGCTGAAGCCTTCGGCCAATGGTTTGGCGTGGATCTCGCGGGCAAGCGGTTTGTCGCCGGTGAGCGCACCCAAGGGCAGATTACCTATCCGGGTTATGAGCATCTTGTGTGGGATGTCCTGGTGGAGCGTGTCGAACCCGAGCGAGTGTTCTCGTTTCGCTGGCATCCTTACGCAGTGGAGCCGCAGACCGACTATTCCCAAGAGTCCGAGACGCGTGTGCTATTCGAGCTTGAAGACATGGGCGGTGGCACTCTGCTGAAGGTAGTGGAGTCGGGGTTCAATGACATTCCCGAGGCGCGTCGACTCAAGGCTTTCCGAATGGACAGTCGTGGTTGGGATGAACAGATGGCCAATATTGAAGAGTATCTGAACAAGCCATGA MHLSDRIERKILLKAPRSQVWRAMANAEAFGQWFGVDLAGKRFVAGERTQGQITYPGYEHLVWDVLVERVEPERVFSFRWHPYAVEPQTDYSQESETRVLFELEDMGGGTLLKVVESGFNDIPEARRLKAFRMDSRGWDEQMANIEEYLNKP NA NA NA NA NA D1-35_02173 210 hypothetical protein ATGAAAACTTTCAATTCCTTGATCGCCGTTACCAGCCTTGTCCTGAGCGCCAGCGCTTTCGCATTGCCAAGCCAGCAACAGGATCGATTCTTTACCCAGTCGCCTGAGCCTTCGCAGTCAGTAGCAGCAGACGGCGCCGATCGCACTCCTGGCGGCCAGACTCTCGCTGCTGATGGCGCTGACCGCACCATCGGACGGCGCCTGGCATGA MKTFNSLIAVTSLVLSASAFALPSQQQDRFFTQSPEPSQSVAADGADRTPGGQTLAADGADRTIGRRLA NA NA NA NA NA D1-35_02174 948 pchR COG2207 Regulatory protein PchR ATGTCGGTATCCACGTCCATCACCATCACGCCCATTAACGGCGTAGATCAGCGTCGCGCCGAGCTGGCGAACCTGATGAAGCGCTTCGCACCGGAATATGGTGTCCACGCAACGGCCATCGAGGCCTTGCACCTGATCCGCAGCGATCAACCCACCGAGGCCTTGCACGTTGTGCACAAGCCCGGGCTGTGCGTGATTGTCCAGGGGCGCAAGGAAGTCACGCTGTCTGACGAGCGCTATGTTTACGATCCGCTCAATTACCTGGTGGTCTCGGTGACGCTGCCGCTGGCCGGCCAGGTGATCGAGGCCAGCCCCGAGCAACCGTACTTGTGCATACGCCTGGACATCGACCCGGCACAGATCTGCCAGTTGATCGCCGATGCCAGCCCAATTGGCGTACCGAGCGAAAGAGCCGATCGCGGATTGTTCCTGGACCGCATCGACGAGCCGCTGCTCGACGCAATGCTGCGTTTGCTGCGACTGCTCGACAGCCCGGACGACATCGCCACCCTCGCGCCACTGGCCCAGAAAGAGATTTTCTATCGACTGTTGCGAGGCGCCCAAGGCAGGCGGCTGCACGAAATCGCTATTCCTGACACACAGACCCACCGCATCAGCCGCGCCATCGAGTGGCTTAACACCCATTACGCCGAACCATTGAGCATCGACAGCCTGGCGCAGATGATCAATCTGAGTCCCTCGGCACTGCATCATCGCTTCAAGGCCGTGACCGCCATGAGCCCGTTGCAATACCAGAAACAGTTACGCCTGCAGGAAGCCCGACGACTGCTGCTGGCGGAGAACAGCGATGTTTCGTCAATCGGCTACAAGATGGGCTACGAGAGCCCCTCGCAGTTCAGCCGTGAATACAGCCGTCTATTCGGCGCCTCACCGAGCAAGGACGTCGCTCGCCTTCGCGCCCAGGCGTTGCAAGCGAGCAGCGCCTGA MSVSTSITITPINGVDQRRAELANLMKRFAPEYGVHATAIEALHLIRSDQPTEALHVVHKPGLCVIVQGRKEVTLSDERYVYDPLNYLVVSVTLPLAGQVIEASPEQPYLCIRLDIDPAQICQLIADASPIGVPSERADRGLFLDRIDEPLLDAMLRLLRLLDSPDDIATLAPLAQKEIFYRLLRGAQGRRLHEIAIPDTQTHRISRAIEWLNTHYAEPLSIDSLAQMINLSPSALHHRFKAVTAMSPLQYQKQLRLQEARRLLLAENSDVSSIGYKMGYESPSQFSREYSRLFGASPSKDVARLRAQALQASSA NA NA NA NA NA D1-35_02175 738 putative oxidoreductase ATGTCCGATATTCAAAACAAGGTAGTGGTCATCACTGGCGCCAGCAGCGGGATTGGTGAGGCGGCAGCACGGTTGTTGGCGGCCCGCGGGGCTTGCGTGGTGCTTGGCGCCCGGCGCGTGGAGCGCTTGCAAGCGCTGGTGCAGGAACTTGAAGCCGCCGGTCACCGGGCTGCCTGCAAAGTCGTGGACGTGACCCGTCGCGACGATGTCCAGAGCCTGATCGATTTCGCCGTCGAGAAATTCGGCGGGCTTGACGTGATCATCAATAACGCCGGCGTCATGCCGCTCTCCAAGCTTGAGGCGCTGAAGGTCGAGGAATGGGGCCGCATGATCGACGTCAACATCCGTGGCGTGCTCCACGGCATCGCCGCCGGCCTGCCGTTGATGCAGCGCCAGCGCAGCGGACAGTTCATCAATATTGCCTCCATCGGTGCGTACACCGTCAGCCCGACTGCCGCTGTGTACTGCGCGACCAAGTTTGCCGTACGGGCGATTTCCGAAGGCCTGCGCCAGGAGGTGGGTGGGGATGTCCGGGTGACGGTGATTTCCCCCGGCGTGACCGAGTCGGAACTGGCGGAAAGCATTTCCGACGAAGGCGGACGGGCCGAGATGCGCGAGTTCCGCAGGATCGCCATCCCCGCAGAGGCCATCGCTCGGGCAATTGCCTATGCGATCGAGCAACCGGCAGACGTGGACGTCAGCGAATTGGTGGTGCGGCCGACGGCCAGCCCATTTTAA MSDIQNKVVVITGASSGIGEAAARLLAARGACVVLGARRVERLQALVQELEAAGHRAACKVVDVTRRDDVQSLIDFAVEKFGGLDVIINNAGVMPLSKLEALKVEEWGRMIDVNIRGVLHGIAAGLPLMQRQRSGQFINIASIGAYTVSPTAAVYCATKFAVRAISEGLRQEVGGDVRVTVISPGVTESELAESISDEGGRAEMREFRRIAIPAEAIARAIAYAIEQPADVDVSELVVRPTASPF PGPT0021285_300 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021285-ydfG-K16066 NA NA D1-35_02176 258 hypothetical protein GTGAGAAAGGCATTTGGAGATCAGGACAAATTCGTCGGCCTGTGGGTGACGGCCGATGGCGTGATTCGCCATCGGTTGCTTCCGGGCGGGCGCTACGACGAAGCGCGGGGCACTCGGGAGAGTGCCTATGAGGGCGACTATTGGCTGCAGGACGACCATATCGAATACCACGACGATACGGGTTTCACCGCCGACGGGGATTTCCGCGATGGCGTGCTGTATCACGCCGGAATGGTCCTGTATCGCCAGGAAGAATAG MRKAFGDQDKFVGLWVTADGVIRHRLLPGGRYDEARGTRESAYEGDYWLQDDHIEYHDDTGFTADGDFRDGVLYHAGMVLYRQEE NA NA NA NA NA D1-35_02177 687 inhA Isonitrile hydratase ATGACGTTGCAGATCGGTTTTCTGTTATTCCCCCAGGTTCAGCAGTTGGACCTCACCGGGCCTTATGACGTGCTGGCTTCGCTGCCAGATGTGAAAGTGCATCTGATCTGGAAAGACCTGGCGCCGGTTACCTCCAGCACGGGCTTGGTCCTGCTGCCAACCACCACATTCGAGGACTGTCCGAAGCTCGACGTCATTTGTGTCCCCGGTGGTAGCGGCGTCGGTCCGTTGATGGAAGATGAGCAGACCCTGGCCTTCATCAAACGCCAGGCCACTCACGCCAAATACATCACCTCGGTGTGCACCGGTGCGCTGGTACTCGGCGCGGCGGGATTGTTGCGCGGCAAGCGCGCCACCACCCACTGGGCCTTCCACAGTTTGTTGCAGCCGCTGGGGGCGACGCCGGTCAAGGACCGTGTGGTCCGCGACGGCAACCTGCTTACCGGTGGCGGCATCACCGCGGGAATCGATTTTGCCTTGACCCTGGCGGCCGAGCTGTTCGACCGGGACACCGCCGAGCTGGTCCAATTGCAGCTTGAATACGCACCGGCTCCGCCGTTCGCCGCAGGTTCCCCGGACACCGCGCCGACGCTGGTGCTCGAAGAGGCCAACCGGCGTTCGGCGGAATCGTTCCGCGTGCGCTCGCAGATCACCCAGCGGGCTGCGGCACGCTTGGAAACAGCGTAG MTLQIGFLLFPQVQQLDLTGPYDVLASLPDVKVHLIWKDLAPVTSSTGLVLLPTTTFEDCPKLDVICVPGGSGVGPLMEDEQTLAFIKRQATHAKYITSVCTGALVLGAAGLLRGKRATTHWAFHSLLQPLGATPVKDRVVRDGNLLTGGGITAGIDFALTLAAELFDRDTAELVQLQLEYAPAPPFAAGSPDTAPTLVLEEANRRSAESFRVRSQITQRAAARLETA NA NA NA NA NA D1-35_02178 993 cdhR_4 COG4977 HTH-type transcriptional regulator CdhR ATGCCAAACACAGCAAAAACCGTTCATGTGCTGGCCTTCGCCAACGTACAAGTGCTGGATGTCACCGGGCCTCTGCAGGTCTTCGCGTCGGCCAATGACCTGGTTCGTGGACAAGGCTTGCCGGCGCCGTATGCGCCGACTGTTATTGCTGCGGGTGGCGGGGCGGTGATGTCGTCGGCGGGGTTGGCGCTGATGGCCGAACCACTGCCCAGCGAGGGCAGTGACACCTTGTTGATTGCCGGCGGTTGGGGCGTGTACGAAGCCGCGAAAGATCCTGCGCTGGTGGCCTGGGTCAAGGATCAGGGAGCGTGTTCGCGAAGAGTCGCATCGGTGTGTACCGGGGCGTTTCTGCTGGCGGCCAGTGGCTGGCTGGACGGACGACGGGTGGCGACCCATTGGACCCGCTGCGAACAGCTGGCCCGGCAACATCCAGAACTGCAGGTCGAACCCAATCCGATTTTCATCAAGGATGGTTCGGTCTGGACCTCGGCTGGAGTCACGGCCGGCATTGACCTGGCGTTGGCGCTGGTCGAAGAGGACCTGGGCCGGGCGATGGCGCTGGAGGTGGCGCGGCATCTGGTGGTGTTCCTCAAGCGCCCCGGGGGACAGTCGCAGTTCAGCGCTACCTTGGCGTTACAGGAGCGGGGTGGTCGCTTCGATAAACTGCACGCCTGGATCGCCGAAAACCTCACCCGCGACCTGGGCTTGTCGAGCCTGGCCGCCGAGGCCGGTATGAGCGAGCGCAGCTTTGTCCGTCATTACCGCGCCGAGACCGGCCAGACCCCGGCCCGTGCGGTGGAACTGATCCGCGTGGAAACTGCCCGGCGGCTGCTCTGCGACAGTGCGGTGCCGATCAAGCGCGTCGCCCTGCAATGCGGCTTCGGCAGCGAAGAAACCTTGCGTCGCAGTTTTCTCCGGGGCATGGGCGTGACGCCCCAGGCTTATCGCGAGCGGTTTGCGCTCAGCCCTCAAGCAAATCCAGCAATGCCCTGA MPNTAKTVHVLAFANVQVLDVTGPLQVFASANDLVRGQGLPAPYAPTVIAAGGGAVMSSAGLALMAEPLPSEGSDTLLIAGGWGVYEAAKDPALVAWVKDQGACSRRVASVCTGAFLLAASGWLDGRRVATHWTRCEQLARQHPELQVEPNPIFIKDGSVWTSAGVTAGIDLALALVEEDLGRAMALEVARHLVVFLKRPGGQSQFSATLALQERGGRFDKLHAWIAENLTRDLGLSSLAAEAGMSERSFVRHYRAETGQTPARAVELIRVETARRLLCDSAVPIKRVALQCGFGSEETLRRSFLRGMGVTPQAYRERFALSPQANPAMP NA NA NA NA NA D1-35_02179 903 ephA Epoxide hydrolase A ATGACATCTGCGCCCAGGATCAATTTTGCGGTAACGCCGCTGCTGCGCATCGCCTATGAGGAGCACGGCCCCGCCAGCGGCGAGCCGATTATCCTGCTGCACGGATTTCCCTATGACCCGCGGGCCTTTGACGAGGTTGCCCCGCCCTTGGCCCAACGCGGTTATCGAGTCATCGTGCCGTACCTGCGCGGCTACGGCCCGACCCGTTTCAACAATCCCGCGATTGCCCTCTCCGGCCAGCAAGCGGCACTGGCCCAGGACCTGCTGGACCTGATGCACACACTCGGCATTCCCCAGGCTGCGCTGTGCGGCTATGACTGGGGTGGCCGCGCCGCATGCATTGTCGCCGCGTTGTGGCCCGAGCGCGTTCGCTGCCTGGTCACCGGCGATGGCTACAACCTGCAGAATATTCCTCGATCAACCCAGCCACTGGACCCGGAAACCGAATACCGCTTGTGGTATCAGTATTACTTCCACACCGACCGAGGCGTCGAAGGCCTGAAGCAGAACCGACGCGAGCTGTGCCAATTGCTCTGGCGCCTGTGGTCGCCGACCTGGGCGCGCGGTGCGGAGCTGTATCCGCTGAGCGCGCCTTCGTTTGATAATCCGGATTTTGTCGAGGTGGTGATTCATTCCTATCGCCATCGCTTCATGTACGCGCCGGGAGATCCGACGCTTGAATGGATGGAGGAACAGTTGGCGGCGCAACCGGCCATCAGCGTGCCGAGTATTTCCCTGTGCGGCGCAGATGACGGCGTGGGACCCGCGCCCGAGCACGACGAAGATGCCGCGTATTTCACCGGACGCTACGAGCGCCGCGTGCTGGCCGGCGTCGGCCATAACATTCCTCAGGAAGCACCTGAAGCCACGCTCAGGGCATTGCTGGATTTGCTTGAGGGCTGA MTSAPRINFAVTPLLRIAYEEHGPASGEPIILLHGFPYDPRAFDEVAPPLAQRGYRVIVPYLRGYGPTRFNNPAIALSGQQAALAQDLLDLMHTLGIPQAALCGYDWGGRAACIVAALWPERVRCLVTGDGYNLQNIPRSTQPLDPETEYRLWYQYYFHTDRGVEGLKQNRRELCQLLWRLWSPTWARGAELYPLSAPSFDNPDFVEVVIHSYRHRFMYAPGDPTLEWMEEQLAAQPAISVPSISLCGADDGVGPAPEHDEDAAYFTGRYERRVLAGVGHNIPQEAPEATLRALLDLLEG NA NA NA NA NA D1-35_02180 378 hypothetical protein ATGACGCATATAAAACGCCCCATCACCACCGAACCCCGAACCGGGCTGAGCCGCGAAGAACTCTGGGACGGCCCGGACAAGGGCTTGATCAAATGCTGGGAAGTCGGCCGCGACCGGGCGCAGAGGTTCCCTGAACTGGCGCAACGTTGTCTCGCCGGAGAGCTGCCGGTGCTGGGCTGGAAAGGCGGGGTCAGCCGCAGCCTGAAGAAGACCGCCAAGTTCGGTTGCCTCAAGTACCTGGCCCAATGGCAGGGCCTGCGCGGCGAAGACCTGGACATCGACCTGGCCGAGGAACGTACCCTGACCTGCTCCAACACGAGCATGATCGTGACATTCACGCCAGACCGGGCCAAATATGTGAACCAGGAACCCGCCTGA MTHIKRPITTEPRTGLSREELWDGPDKGLIKCWEVGRDRAQRFPELAQRCLAGELPVLGWKGGVSRSLKKTAKFGCLKYLAQWQGLRGEDLDIDLAEERTLTCSNTSMIVTFTPDRAKYVNQEPA NA NA NA NA NA D1-35_02182 297 hypothetical protein ATGGTCAAGATCACCCCCAATCCCCCAGAAAAAGCCGAAAACCTGTCCGGCCATCCCAACCCTGACACCCAGGACGGCCAGATATTTTCCGCCGTCGCGGACATCAACACCGAATCCATACTGACCACCCTCAGCGAAACCCTGGCCTCGGCCAACGCCATGGCCAGCGACCTGGCGTTCGATCTGGAAGGCTCCCGACGGCATGTCGCGCTGGGGCTTCAGCAGTTGATCGAGTTGGGAACGCTGCTGGCCAACCGAGCGCTGGATAACATCGAACTGGCGGAGCCACCGCGCTAG MVKITPNPPEKAENLSGHPNPDTQDGQIFSAVADINTESILTTLSETLASANAMASDLAFDLEGSRRHVALGLQQLIELGTLLANRALDNIELAEPPR NA NA NA NA NA D1-35_02183 1824 COG3387 Trehalase ATGGCTGATCGTGACGAACCGCAGAGCCCGATCGAGAACCACGGCATCATCGGTGACATGCGCACGGCGGCGCTGGTCAACGATCGGGGCAGCGTGGATTTTTTCTGCTGGCCGGAATTCGACAGCCCGTCGATCTTCTGTTCACTGCTCGACACCCCTGAGGCGGGCATCTTTCAGCTTGCTCCGGATTTGCCGGATGCCCGTCGCCAGCAAATCTACCTGCCCGACACCAATGTCTTGCAGACCCGCTGGCTGAGCGATGGCGTGGTGGTGGAAATCACCGATCTGCTGCCCATTGGCGACAGCGAGGATGATTTGCCGGTCTTGATGCGCCGAGTGCGCATGACAGTCGGCAGCGCGACGTTTCGCATGCGCTGCGCGGTGCGCCATGATTATTCACGCGCCGCGACTACCGCGCGCCAGGACGGCGACCACGTCATCTTCGAGGCCCCGCAGCAACCGAGCCTGCGCCTGTGCGCCGACCAGCCCATGACCCTGGATGGCCAGGCGGCGGTGGCCGGGTTCACCCTGGGCCAAGGCCAGACCGCCGAATTTCTCCTGGGGGGCATCGACGACCCGCGCCTGGTGGACGACACCAGTGCCCTGTGCCTGGAACGAACCCTGGCGTTCTGGCGCGGCTGGATCGGCCAATCCAACTACCGTGGCCGCTGGCGGGAAATGGTCAACCGCTCGGCGTTGGCGCTGAAGCTGCTGACCTCGCGCAAACAGGGCGCGATCCTCGCCGCCGCCACCTTCGGCCTGCCGGAAACACGCGGCGGCGAACGCAACTGGGATTACCGCTACACCTGGATCCGCGACGCCTCGTTCACCGTCTACGCGTTCATGCGCCTGGGCTTTGTCGACGAAGCCAACGCCTATATGCGCTGGCTGCGCGGCCGGGTCAGCGACTGCCGCGAACAACCGACCAAGCTCAACATCCTCTACGGCCTGGACGGCCGGCTCGAACTACCGGAAACCGAGCTGACGCACCTGAGCGGCTACGGCAACGCGCGTCCGGTGCGCATCGGCAACCTCGCCTACCAGCAGGTTCAGTTGGACATCTTCGGCGAGTTGATGGATGCGGTGTACCTGGTCAACAAATACGGCGAAGCCATCTCCCACCAAGGCTGGAAACACACGGTCGATGTGGTCGACCAAGTATGCGAAATCTGGCGGGACAAGGACGTGGGTATCTGGGAAATGCGCGGCGAGGAGCAGCATTTCCTGCATTCGCGGCTGATGTGCTGGGTGGCGGTGGACCGTGCCATCCGCCTGGCGAGCAAACGTTCCCTGCCCGCCCCGTTCGCGCGTTGGGACGAGACTCGACAGGCCATCTATGAAGACATCTGGACGAATTTCTGGAACGACGAACACCAGCACTTCGTCCAGCGCCTGGGCAGCACCGCCCTTGACGGCTCGATGCTGTTGATGCCGCTGGTTCGCTTCGTCAGTGCCCGCGACCCGCGCTGGCTGTCAACGCTGGACGCCATCGAGAAAGATTTGGTGCGCGACGGCATGGTCTATCGCTACCGCACCGACGACGGCTCGATCGACGGCCTCAGCGGCACCGAAGGTTCGTTCGTCGCCTGCTCGTTCTGGTACGTCGAGTGCCTGGCCCGCGCCGGCCGCGTGGAGAAAGCCCAACTGGAATTCGAACAATTGCTGCGCTACGCCAATCCGCTTGGGCTGTATGCCGAGGAATTCGACAGCCATGGTTATCACCTGGGCAACCTGCCCCAGGCGCTGAGCCATCTGGCGCTGATCAGCGCGGCGAGTTTCCTGGACCGCAGGTTGAGCGGGGAGAAAAATCATTGGCAGCCGTGA MADRDEPQSPIENHGIIGDMRTAALVNDRGSVDFFCWPEFDSPSIFCSLLDTPEAGIFQLAPDLPDARRQQIYLPDTNVLQTRWLSDGVVVEITDLLPIGDSEDDLPVLMRRVRMTVGSATFRMRCAVRHDYSRAATTARQDGDHVIFEAPQQPSLRLCADQPMTLDGQAAVAGFTLGQGQTAEFLLGGIDDPRLVDDTSALCLERTLAFWRGWIGQSNYRGRWREMVNRSALALKLLTSRKQGAILAAATFGLPETRGGERNWDYRYTWIRDASFTVYAFMRLGFVDEANAYMRWLRGRVSDCREQPTKLNILYGLDGRLELPETELTHLSGYGNARPVRIGNLAYQQVQLDIFGELMDAVYLVNKYGEAISHQGWKHTVDVVDQVCEIWRDKDVGIWEMRGEEQHFLHSRLMCWVAVDRAIRLASKRSLPAPFARWDETRQAIYEDIWTNFWNDEHQHFVQRLGSTALDGSMLLMPLVRFVSARDPRWLSTLDAIEKDLVRDGMVYRYRTDDGSIDGLSGTEGSFVACSFWYVECLARAGRVEKAQLEFEQLLRYANPLGLYAEEFDSHGYHLGNLPQALSHLALISAASFLDRRLSGEKNHWQP PGPT0014070_246 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-TREHALASE,PGPT0014070-EC_3_2_1_28|alpha_trehalase-K22934 NA NA D1-35_02184 801 COG1028 Glucose 1-dehydrogenase ATGCAGATTTCTCTTGCCCGACAAGTTGCTCTGGTTACCGGCGCCAGCTCCGGCATTGGCGCAGGTTCGGCCCGGGCACTGGCGGCGGCCGGTGCCGCCGTGGTGCTCAATTACCATTCCAGCGCCGGCCCCGCCGAAGACCTGGCCCGCGAAATCAACGACAGCGGCGGCAGAGCCATCGCCATTGGTGCCGATGTGTCGAAGGAACAGGACGTCGAGCGGCTATTTGCCCAGACCGTGGACGCGTTCGGCGCGCTGGACATCCTGGTCGCCAACTCCGGCCTGCAAAAAGATGCCGCCGCCGTCGACATGAGCCTGGACGACTGGAACGCCGTCATCGGCGTCAATCTCACCGGCCAGTTCCTTTGCGCCCGCGCGGCCTTGCGCATTTTCAACCGCCAGGGCATTCGCCAGGGTGTGTCCCGGGCCGCCGGCAAGATCATCCACATGAGTTCGGTGCACCAGCGCATCCCCTGGGCCGGCCACGTCAATTACGCGGCGTCCAAGGGCGGCATCGATCAGCTCATGCAGACCCTGGCCCAGGAAACCAGTCACCAGCGCATCCGCATCAACAGCATCGCCCCCGGCGCCATCCGCACAGCCATCAACCGTGAGGCCATGGAGGGCGACAAGGAACAGGAGCTGTTGCAGCTGATTCCCTACGGCCGGGTCGGCAATGTGGAGGATGTCGCCAACGCGGTGGTCTGGCTGGCGTCGGACCTGTCCGATTATGTGGTGGGCACCACGCTGTTCATCGATGGCGGGATGAGCCTCTATCCGGGGTTCCGCGGCAATGGCTGA MQISLARQVALVTGASSGIGAGSARALAAAGAAVVLNYHSSAGPAEDLAREINDSGGRAIAIGADVSKEQDVERLFAQTVDAFGALDILVANSGLQKDAAAVDMSLDDWNAVIGVNLTGQFLCARAALRIFNRQGIRQGVSRAAGKIIHMSSVHQRIPWAGHVNYAASKGGIDQLMQTLAQETSHQRIRINSIAPGAIRTAINREAMEGDKEQELLQLIPYGRVGNVEDVANAVVWLASDLSDYVVGTTLFIDGGMSLYPGFRGNG PGPT0014705_341 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034 NA NA D1-35_02185 1173 hypothetical protein ATGGCAAATCCTTATCGTGAACTGTTCAGCGCACCTGGCAGCCGTGGCTTCGTGCTGGCGGGAATGATCGCGCGCATGCCGATATCGATGACCGGGATCGGCGTGATCACCATGCTTGCGCAGCTCAAGGGCGGCTACGGATTGGCCGGCGCGGTGGCGGCGACGTTTGCCCTGGCGACGGCGTTCTGCGCGCCGCAGGTGTCGCGGCTGGTCGACCGTTTTGGCCAGGGGCGGGTCTTGCCATTAGCGGCGCTGCTGGGTGGCGGGGCGTTGCTGATGCTGCTGTTGTGCACGCGCTTGCAGGCGCCCCAGTGGACGCTGTTCCTGTTCGCCGCCCTGGCCGGTTGCATGCCCAGCATGTCGGCCATGGTGCGGGCGCGCTGGACCGAGGTGTATCGCGGCCAGCCGCAGCTGCGCACTGCCTATGCGCTGGAGTCAGTGTTGGACGAGGTCTGCTTCATCGTCGGACCGCCGCTGTCGGTGGGGTTGTGCGTGGTCGCTTTCCCGGAGGCCGGGCCGCTGGCCTCGGTGTTGCTGCTGGCGATCGGCGTGACGGCGTTTGTCCTGCAGCGCGGCACCGAGCCGCCGGTGCACCCGCATCAGGCGCATCACCAAGGCTCGATCATCAGCTCAAGCGACGTGCTTTTGCTGCTGCTGTTGATGGTCGCCATGGGCGTCATCGTCGGGGTGGTGGACGTGGTCAGCGTGGCGTTCGCCCAGCATCAGGGGCAACCGGCGGCGGCGAGCATCGTGCTGTCGGTCTATGCCATCGGCTCGTGCCTGGCCGGCCTGGCGTTCGGCGCGCTGCGCTCGAAACTGCCGTTGCCGCGATTGTTTCTGTACGGCGGCGTGGCGACGGCGCTAACCACGCTGCCACTGTTGTTGGCGAGCAATATCCTCGGGCTGTCGCTGGCGGTATTTGTCGCGGGGTTGTTCTTCGCGCCGACGCTGATCGTCGCCATGGCCCTGGTGGAACGCATCGTGCCGCCGGCGCGGCTCACCGAAGGCCTGACCTGGCTGGTGACCGGCCTGAGTATCGGAGTCGCCATTGGCGCGGCGGGCTCGGGTTGGCTGGTGGATACGTATGGCGCGCGCAGTGGTTTCTGGCTGGCGATTGCAGCTGGGGCAGTGGTGCTGGGAGCGGCGGTGCAGAGTTATCGCCAGCAAAAATAA MANPYRELFSAPGSRGFVLAGMIARMPISMTGIGVITMLAQLKGGYGLAGAVAATFALATAFCAPQVSRLVDRFGQGRVLPLAALLGGGALLMLLLCTRLQAPQWTLFLFAALAGCMPSMSAMVRARWTEVYRGQPQLRTAYALESVLDEVCFIVGPPLSVGLCVVAFPEAGPLASVLLLAIGVTAFVLQRGTEPPVHPHQAHHQGSIISSSDVLLLLLLMVAMGVIVGVVDVVSVAFAQHQGQPAAASIVLSVYAIGSCLAGLAFGALRSKLPLPRLFLYGGVATALTTLPLLLASNILGLSLAVFVAGLFFAPTLIVAMALVERIVPPARLTEGLTWLVTGLSIGVAIGAAGSGWLVDTYGARSGFWLAIAAGAVVLGAAVQSYRQQK NA NA NA NA NA D1-35_02186 1134 hypothetical protein GTGGACCTGCAAACCATCCTGGGTAAACTGTTCGCCAACGCCGGCGCCGTTGGTATCGACGGCGTTTTCCAATTCGTGTTCGGCCCGCATCAGGCGTACTGGTCCGAGGTCAAAGCCAGCAGCCACACCCAGGCTGGTCGGCACAGCAGCCCCGACGTGACCATCGAAATCGCGGAAAAGGACTTTCTCGGGATCATGGCCGGCCTGGCCAATGTCGAGGAACTGTTCGCCAGCGGCCGCCTGAAGATCGATGGCAACATGGGCTTGGCGACGTTGCTGCCGCAGATCATCGATCACGCCCGCAATGGCAGCCGCCCGGCGGAAAAGGTCGACATGAACAAACGCTACCCGACCCCGCCGCGCTTCAGCGAAACCCTCACCGCGAGCCTGCCGACCCAACGCAGCGTCGAGCGGCGGCCGCGCAGCGAACTGTCGGTGAGGGATTTCCAGGCACGCTACCTGCCCCATGGCATTCCGCTGGTGATCAGCGACGCGCTGCAGGACTGGCCCTTGTTCAAGCTCACTCGGGAAGAATCCCTGGTGCATTTTGCCCAGCTGCAAGGCATCACCCGCCACGGCGACTACGTGAAAAAAACCTTTTCCACGGAGCGGGATTTTCGCTCGACCTCCATGGCCGATTTCATCGCGTCCCTCGACAACCCGGCCGCCAAGGGTGCGGACGGCGAGCCGCCAGCCTACATGGGCAACAATATCTTGCCGGCGCAACTGATGGAGCTGATCAAGTACCCGCCCTACTTCGATCCATCGCTGTTCATTCCGCCGCGCATCTGGATCGGCCCCAAGGGCACCCTCACACCGCTGCACCGCGACGACACCGACAACCTGTTCGCCCAGGTCTGGGGCCAGAAAACCTTCACCCTCGCCGCCCCCCACCACCGCGAGGCCCTGGGCACCTGGTCGACCGCGCCCCAGGGCGGGCTGGACGGTTGCGACTTCAACCCGGACGCGCCGGACTACGAGCATTTCCCCCACGCCCGCAACGTGACATTCCTGCGGGTGACGCTGGAGGCTGGGGATTTGCTGTTTTTGCCGGAGGGCTGGTTTCATCAGGTGGAATCGGTGGCCACTTCGCTGTCAGTGAATTTCTGGGTGAATTCGGGGCGGGGTTGGTGA MDLQTILGKLFANAGAVGIDGVFQFVFGPHQAYWSEVKASSHTQAGRHSSPDVTIEIAEKDFLGIMAGLANVEELFASGRLKIDGNMGLATLLPQIIDHARNGSRPAEKVDMNKRYPTPPRFSETLTASLPTQRSVERRPRSELSVRDFQARYLPHGIPLVISDALQDWPLFKLTREESLVHFAQLQGITRHGDYVKKTFSTERDFRSTSMADFIASLDNPAAKGADGEPPAYMGNNILPAQLMELIKYPPYFDPSLFIPPRIWIGPKGTLTPLHRDDTDNLFAQVWGQKTFTLAAPHHREALGTWSTAPQGGLDGCDFNPDAPDYEHFPHARNVTFLRVTLEAGDLLFLPEGWFHQVESVATSLSVNFWVNSGRGW NA NA NA NA NA D1-35_02187 771 tam COG4106 Trans-aconitate 2-methyltransferase ATGAGCTGGTCCGCCCAACAATATGTCGCGTTCGAACAGGAACGCACCCGCCCGTCCCGCGATCTGCTGGCGGCCATCCCGCCGGTACAGGCGCGTCAGGTCATCGACCTGGGCTGCGGCCCCGGCAACTCCACCGAACTGCTGGTCGATCACTTTCCCGACGCAACGGTGCGTGGCCTGGACAGTTCCGCCGACATGGTCGAAGCCGCCCGTAAGCGCTTGCCCGGCGTGACATTCGACACCGCCGATATCGGGCGCTGGAACGAAAGCGGCCCCTTCGACGTGATCTTCGCCAACGCCGTGCTGCAATGGCTTCCCGACCACGCCACCCTGCTGCCGTCGCTGGTGGACAAACTCGCCGCTGGCGGCAGCCTGGCCGTCCAGATGCCTGACACTCTGCACCAACCGTCCCATCGCTTGATGCGTGACATTGCTGCCAGCGGCCCCTGGGCCAGCCAACTGGCCGGCGCGGCGGATTCGCGGATCGAGGTGGAGGATGCCAGCACTTATTACTCGATCCTCAAACCCCACTGCACCCGCGTCGATGTGTGGCGCACCACCTACCATCACCCGCTGGCCGGTGGCGCCTCGGGGGTCGTGGAGTGGTTCAAGGGCAGCGGCCTGCGGCCATTCCTCGAGCCGCTGGACGAAGCGCAGCGCGAGGACTATCTGCAGCAATACCTAAAGGCCATCGAACAGGCCTATCCGGCCCTGGACGATGGGTCGGTCCTGCTGCCGTTCCCGAGGGTGTTCATCGTCGCGACACGCTAG MSWSAQQYVAFEQERTRPSRDLLAAIPPVQARQVIDLGCGPGNSTELLVDHFPDATVRGLDSSADMVEAARKRLPGVTFDTADIGRWNESGPFDVIFANAVLQWLPDHATLLPSLVDKLAAGGSLAVQMPDTLHQPSHRLMRDIAASGPWASQLAGAADSRIEVEDASTYYSILKPHCTRVDVWRTTYHHPLAGGASGVVEWFKGSGLRPFLEPLDEAQREDYLQQYLKAIEQAYPALDDGSVLLPFPRVFIVATR NA NA NA NA NA D1-35_02188 735 lgrE Linear gramicidin dehydrogenase LgrE GTGACCCAACTGACCCTGCTGTGTCTGCCGTATTCCGGCGCCAGCGCGATGGTTTACAGCCGCTGGCGGCGCAAGGTGCCGCAGTGGTTGACGGTGCAGCCGGTGGAGTTGCCGGGGCGTGGGGCGCGTTTCGCCGAGCCGCTGCACACCGACATGGGGCCCTTGGCCAAGCAATTGGCGCGGGAGCTGGCCCCGACCCTCCAGGCCCCTTACGCCCTGTTCGGCCACAGCCTGGGCGCGCTGCTGGCCTGTGAAATCGTCCACGCCTTGCGTGAGCTGGGCTGCCCGGAACCGGTGGCGCTGTTTGCCTCGGGCACCGCGGCGCCGACGATGCGCGCCGACTATGACCGGGGTTTCGCCGAGCCGAAAACCGATGCTGAACTGATCGACCAGTTGCGCACCCTCAACGGTACCAGCGAAGAGGTGCTGGCCAATGAAGAGCTGATGGCTTTGACCTTGCCGGTGCTGCGCGCGGACTTCCTGCTCTGTGGCCGCTACCAGTCAAGGCTTCGGTCACCGCTCAACTGCCCCGTGCACGTGCTCGGCGGCACCGCCGACAAGGCCACCACCGAACAGTTGATCGGCTGGAGCCGCGAAACCAGCGGCAGCTTCTCCGTGGATATGCTGGCGGGCGGGCACTTCTTCATTCATGAACACGAGGCCAGGGTGCTGCGGCTGATCAAGGATCAGCTGAGCGTGCATCACCGGCGACACGGGTTGGCGATCAGCGCCTGA MTQLTLLCLPYSGASAMVYSRWRRKVPQWLTVQPVELPGRGARFAEPLHTDMGPLAKQLARELAPTLQAPYALFGHSLGALLACEIVHALRELGCPEPVALFASGTAAPTMRADYDRGFAEPKTDAELIDQLRTLNGTSEEVLANEELMALTLPVLRADFLLCGRYQSRLRSPLNCPVHVLGGTADKATTEQLIGWSRETSGSFSVDMLAGGHFFIHEHEARVLRLIKDQLSVHHRRHGLAISA PGPT0004157_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_GOLD_RESISTANCE GOLD_RESISTANCE-DELFTIBACTIN_METABOLISM,PGPT0004157-delftibactin_thioesterase-NA NA NA D1-35_02189 12450 dltA_1 D-alanine--D-alanyl carrier protein ligase ATGAATGCTGAAGACGCCTTGAAACTTGCTCGCCGGTTTATCGGGTTGCCCCTGGACAAGCGCCAGATGTTCCTGGCAGCGCTGGACAAGGAGGGCGTGGATTTCAGCCGTTTCCCCATTCCCCAAGGCGTCGAAGCCGACGACCGCCAGGCCCTGTCCTATGCCCAGCGCCGCATGTGGTTTCTCTGGCAACTGGACCCCGACAGCGGTGCCTACAACTTGCCCGGCGCGGTGCGGCTCAAGGGCGCGCTGAGCCTGTCGGCGCTGGAGCAGGCCTTCGCCAGCCTGGTGGCCCGCCATGAAACCCTGCGCACAGTGTTCCAGCGCCAGGCCGACGACAGCCTGGTGCAAGTACCTACCGATGCGCCGCTGGTGATCGAGCAACAGGACCTCAGCGCATTGCCCGCAGGCGAACGCGAGCAGGCAGTACGTCAAGCCGCCGAAGCACAATCGATGCGCCCCTTCGACTTGTCGCGCGGCCCTTTGCTGCGGGTCGAACTGCTCAAGCTTGATCAGCAGGAGCACGTGTTGCTGCTGACCTTGCATCACATCGTCTCCGACGGCTGGTCGATGAACGTGCTGATCGACGAGTTCATCCGCTGCTACGACGCCCACGAGGCAGGCGTGGCCCCGCAATTGGCCGACCTGCCGATCCAGTACAGCGACTATGCCCTGTGGCAGCGTCGCTGGCTGGAGGCCGGCGAGCAGGCGCGGCAGCTGGCGTACTGGCAGGCACAACTGGGCGATGAACATCCGGTGCTGGAGTTGCCCACCGACCATTCGCGCCCGGCGATGCCCAGCTATCGCGGCAGCCGTTATGAATTCGCCATCGACGCCGCATTGGCGGAGCAACTGCGCAGCACAGCCCAGCAGCAGGGCGTCACGCTGTTCATGCTGCTGCTCGGCGCGTTCAATGTGCTGCTGCATCGCTACAGCGGCCAGTCCGATATCCGCGTCGGCGTGCCGATCGCCAACCGTAACCGGGATGAGGTCGAAGGGCTGATCGGCTTCTTCGTCAACACCCAGGTACTGCGTACCGAACTGGACGGCCAGCTCCGTGTCGACGAGTTGCTGCGGCGGGTCAAAGAAACCGCGCTCGGCGCCCAGGCCCATCAGGACCTGCCGTTCGAACGCCTGGTCGAAGCGCTCAAGCTGGAGCGCAGCCTCAGCCATACGCCGTTGTTCCAGGTGATGTACAACCATCAGCCGCACGTGGCGGACGTCACCACGATCCGCACGGCGTCCGGGCTGGAACTGGGCATGATCGAATGGCAGGCGCGCACCACTCAGTTCGACCTGACCCTGGACACTTATGAAAAGGCCGGCACGCTGCACGCGGCGCTGACCTACGCCAACGACCTGTTCGAGGCGCCGAGCATCGCGCGCATGGCCCGGCATTGGCTGCGACTGCTCACCGCGATGATCGCTGATCCGTCCCGGCGCATCGGCGAACTGCCGCTGCTCGACGCTGACGAACACGCCACCCTGGTCCACGGTTGGAACGCCACGGCGCAACGCTACCCGACCGCGCAGTGCATGCATCAACTGATTGAAGCCCAGGTGGCGCGCACCCCGGACGCACCGGCGCTGGTGTTTGCTGAGCAAACCCTGAGCTATGCCGAGCTCGATGCCCGCGCCAACCGACTGGCTCACCTGCTGCGGGAGCGCGGCGTGCGGCCGGACAGCCTGGTGGGGATCTGCGTCGAGCGCTCGCTGGAAATGGTGGTGGGCCTGCTGGCGATTCACAAGGCCGGCGGCGCCTATGTGCCGCTGGATCCTGAGTACCCGCAGGAGCGCCTGGCCTACATGATCGAGGACAGCGCCATCGGCTTGCTGCTGACCCAGCGCTCGCTGTCGGCGGCGCTGCCAACCGACGGCGTCGAGGTGATCGAACTCGACCAGGCGGCCGGCTGGCTCGACGGCTACAGCGACCATCGTCCCGACATCACGCTTGATCCGCTGAACCTGGCCTACGTGATCTACACCTCTGGCTCCACCGGCAAACCCAAGGGCGCTGGCAACAGTCATGCGGCGCTGGTCAATCGCTTGTGCTGGATGCAACAGGCCTATGCCTTGGATGGCAGCGACGCGGTGTTGCAGAAAACTCCGTTCAGCTTCGACGTGTCGGTGTGGGAATTCTTCTGGCCGCTGATGACCGGAGCCCGGCTGGTAGTCGCCGCGCCGGGCGTGCACCGCGATCCGCTGCAACTGATCGAGACCATCAAGCGCCATCGCATCAGCACGCTGCACTTCGTGCCGTCGATGCTGCAAGCGTTCATTCATGAGCCGGGCGTGGAAAGCTGCGAAGGTCTCAAGCGCATCGTGTGCAGCGGTGAAGCGCTGCCGTTGGACGCGCAACACCAGGTCTTCGCCAAGCTGCCGAACGCCGCGCTCTACAACCTCTACGGCCCGACCGAAGCGGCCATCGACGTGACCCACTGGACCTGTGTCGATGAAGGCGCCGATTGCGTGCCGATCGGTGTCCCCATCGCCAACCTGCGCACCCATGTGCTCGACGCCGATCTGTCGCCGGTGCCGTGGGGCGTGGCGGGCGAGTTGTACCTGGGCGGGACGGGGCTGGCGCGCAGTTATCACCAGCGTCCGGCGCTGACCGCCGAGCGTTTCGTGCCGTGCCCGTTCCATGCCGGCGCACGCCTGTACCGCACCGGTGACCGCGTGCGCCAGCGCGCCGACGGTGTGATCGAATACCTCGGCCGCCTCGATCACCAGGTCAAGCTACGCGGCCTGCGCATCGAGCTCGGCGAAATCGAAACCCGCCTCATGCAGCACCCGCTGGTGCGCGAGGCCGTGGTGCTGGTCCAGGACGGCAAGCACCTGGTGGGCTACCTGGTGCTGGAAAACAGCGAGCCGCACGAGCAGTGGCAGCAGGACCTCAGGGCTTGGCTGCTGGCGAGCCTGCCGGAATACATGGTGCCGACCTATCTGATGCCGCTGGCCAGATTGCCCGTCACCGCCAACGGCAAGCTCGACCGCAAGGCCCTGCCACAACCGGACGCCGCGCCCCGACAAACATTCGTCGCCCCGCAGGATGCGCTGCAAGTTGCCCTGGCCGAAATATGGCAGGACGTACTCGGCGTGGAGCGCGTCGGCCTCGAAGACAACTTCTTCGAGCTGGGCGGCGACTCGATCATTTCCATCCAGGTGGTGAGCCGCGCGCGGCAGGCCGGTATCCGCATTCATCCCCGCGATCTGTTCCAGTACCAGACCGTGCGCAGCCTGGCGCTGGTCGCCACTCGCGACAGCCACAGTGCTGTGGATCAGGCGACAGTTACCGGCGATGCTGTGCTCGGGCCGATCCAGCGGCAGTTCTTCTCCCAGGCGATGCAGGCCCGTGACCACTGGAACCAGTCGCTGTTGCTGACCGCCCGCGAGCCGCTGGATGCACAGCGGCTCGACGCGGCGCTGACCTGCGTCATCAACCACCACGACGCCTTGCGTCTGCGCTTTGTCGAAGACGCCGACGGTTGGCGGCAGGGCCACGGGCCGCTTGTGCAAAACGCCGATCTTTGGCAACGCGAAGCCCGATCCATCGAAGACCTCGCTGCACTGTGCGACGAGGCGCAGCGCAGCCTGAAGCTGCAGGACGGTCCGCTGCTGCGCGCCATGCTGGTGGACCTGGCCGACGGGAGCCAGCGGCTGGCGCTGATCATTCATCACCTGGTAGTGGACGGTGTGTCGTGGCGCGTGTTGCTGGAAGACTTGCAGCAAGCCTACGAACAACTGGCGGCGGGCGGCGCGGCCACGTTGCCGGCCAAGACCAGCGCGTTCCAGAGCTGGACCGCGCGGCTGAGTGCCGAAGCGTCGCGCTTCGACGATCAGTTGGCCTACTGGCAAGCCCAGCACCAGGGCGCGGCGGACATTCCTTGTGATCGTCCGCAGGGCAGCCTGCAAAATATCCACGGCGCGAAGATCGAATGGCGCCTGGACGCCGAGCTGACCCGGCAGTTGCTGCAACAGGCCCCAGCGGCCTATCGCACCCAGGTCAACGACCTGTTGCTGACCGCGCTGGCCCGCACCATCAGCCACTGGAGCGGGCAGCCGGGCACGCTGGTGGAACTGGAAGGCCATGGCCGCGAAGAGCTGTTCGACGACATCGACCTGACCCGCACGGTCGGTTGGCTGACCAGCCTGTTCCCGGTGAAGCTCACCGTTACCGACGACCTCGACGGTTCGATCAAGACCGTCAAGGAGCAACTGCGCGGCGTGCCGGACAAAGGCCTGGGGTATGGCGTGCTGCGGCATCTGGCGGCGCCTTCGGTACAAGCGACATTGGCCGGTCTGGCGCAACCGCGCATCACCTTCAATTACCTCGGCCAGTTCGACCGTCAGTTCGACGAAACGGCGCTGTTGCTGCCATCCGGCGAAGGCAGTGGGGTCGCCCAGGACCCGACCGCGCCGCTGGCCAACTGGCTGACCGTGGAAGGCCAGGTGCATGGCGGCGAGCTGGCGCTGAGCTGGGGGTTCAGCCGTGAAATGTTCGACAGCGCGACCGTGCAGCAACTGGCCGATCAATACGCCCTCGCGCTCAAGGCGCTGATTCGACATTGCGTCAGTCTGGCGACGCCGCAAGCGACGCCGTCGGACTTCCCGCTGGCGCAAATCAGCCAGGCGCAGCTCGACCATCTGCCGGTGGCGGCTGGCCAACTCGACGATATCTACCCGCTGTCACCGATGCAGCAGGGCCTGTTGTTCCACACGCTGTACGAGCAGGCGGCGGGCGAGTACGTCAACCAGCTGCGGGTGGACGTGCAAGGCCTGGATGCCGAGCGATTCCGTGCGGCGTGGCAGGCCACCGTCGCTGCGCAAGACATCCTGCGCAGCGGCTTCGTCTGGCAGGGCGAATTGCCGCAGCCGCTGCAGATTGTCCACAAGCAGGTGCAGTTGCCGTTCACGGTGCTCGACTGGCGCGAGCGTGCCGAGCAGAGCCAGGCTCAGGCCCGGGCCCTTGCCGCGCTGGCTGACGCAGAACGCGCGCAAGGTTTCGATCTGAGCCAGGCACCGCTGTTGCGCCTGGTGCTGGTGCAGACCGGCGCTGAACAATGGCATCTGATCTACACCCATCACCACATCCTGATGGACGGCTGGAGCAATTCGCAATTGCTCGGCGAGGTCATGCAACGCTACAACGGCCACGCGCCGGGCCGCATCGCCGGACGTTATCGCGATTACATCGCCTGGCTGCAACGCCAGGACGGCCAGCTCAGCCAGGACTTCTGGAGCGAGCAACTGGCCGCGCTGCAAGAACCGACCCGGCTCGCCCGCGCGGCTTTGGGTGATGCTGGCCAGAGCGGCCATGGCGATCACTTCCTGACGCTGGATGCGCCACGCACCAAGGCACTGGAGACCTTCGCCCGCCGGCAGAAAGTCACTGTCAACACGCTGGTACAAGCGGCGTGGCTGCTGTTGCTGCAACGCTATACCGGGCACCAGACCGTGGCATTTGGCGCGACCGTCGCCGGGCGGCCGGCGGATCTGCCCGGCATCGAACAGCAGGTCGGCCTGTTCATCAACACCTTGCCGGTGATCGGCACGCCGCGCCCCGACCAGACGGTCGGCCAGTGGCTGCAAGCGGTGCAGGCGCAGAACCTGAGCCTGCGGGATTTCGAGCACACGCCGTTAGCGGACATCCAGCGTTGGGCCGGGCAGGGCGGGGAGGCGCTGTTCGACAACCTCCTGGTGTTCGAGAACTACCCGATCGCCCAAGCCTTGCAGCAGGGAACCGACAGCGATGTCACCTTTGGCGACGTGGCCAATCTTGAGCAGACCCACTATGCCCTGAGCGTGGCGGTCACCCTCGGTGAACAACTGGCGTTGCATTACAGCTACGAGCGTCGACAGTTCGCCGACGAGGTCATCAACCAGATCAGCGCTCACCTGCTGCACCTGCTTGAGCAATTCAGCCAGGACGCCGAACGCAGCCTGGGCGAAATCGCCTTGGCCAGCGCCGCGGAACACGCGCGGCAACAGGCCGGCAACCACCCGCAGCCTTATCCGGTGGACATCGCCGTGCATCAGCGGATCGCCGCGTTGGCGAACGAGCGCCCGCAGCGCACGGCGGTGATCTTCGATGGCCGGCACTTCAGCTATGGCGAAATCGACCAGCGCGCGAACCAGTTGGCCCATGCCCTGATCGCCCGTGGTGTCGGCGCCGAAACCCGGGTTGGCGTGGCCCTGCCGCGCAGCGAAAGCGTGATCGTCGCGCTGCTGGCGGTGCTCAAGGCCGGAGGCGCCTACGTGCCGTTGGACATCAGTTATCCCCGGGAACGCCTGGCGTACCTGATGGAAGACGCCGGACTGGCCTTGTTGATCAGTGACACCTCGGTGGCGGCGCAATTGCCAGTGGCCGAATCGCTACCGCTGCTGGAGCTGGATCGGGTCGATCTGCGCGAACTGCCGGTCAGTGCGCCGCAGGTGCGACTCGATCCGCAGAACCTTGCCTACGTCATCTACACCTCCGGCTCCACCGGCAACCCCAAGGGCGTCAGCGTGGCGCACGGTCCGCTGGCGATGCACTGCCAGGCCATCGGCGAGCGTTATGAAATGCGCGACAGCGATTGCGAGTTCCATTTCATGTCGTTCGCTTTCGACGGTGCCCATGAGCGCTGGCTCACCAGCCTGACCCACGGCGCCTCGCTGCTGGTTCGCGATGACAGCCTGTGGACCCCGGAGCAAACCTACAACGCCATGCGCGAGCACGGCGTGACGGTGGTGGCGTTCCCGCCGGTGTACCTGCAACAACTGGCCGAGCACGCCGAGCGTGAAGGCAACCCGCCGAAAGTGCGCATCTACTGCTTCGGCGGCGACGCGGTGGCCAACGCCAGCTTCGAACGGGTCAAGCGCGCCTTGCAGCCTGAGTACATCATCAACGGCTACGGCCCGACCGAAACCGTGGTCACCCCGCTGATCTGGAAGGCCGGTCGCGAGGTGGCTTGTGGCGCGGCCTATGCGCCGATCGGCAGCCGCATCGGCGACCGCAGCGCCTACGTGCTCGATGCCGACCTGAACCTGCTGCCACAGGGCATGCCCGGTGAGCTGTACCTGGGCGGCAGCGGCCTGGCCCGCGGTTACCTGAACCGTCCGGGGCTGACCGCCGAGCGTTTTGTCGCCGACCCGTTCAGCGCCGGCGGCTTGCTCTACCGCACCGGCGACCTGGTGCGCCAGCGCGCCGACGGCACCTTCGATTACCTCGACCGTATCGACAACCAGGTGAAGATCCGTGGTTTCCGCATCGAGCTGGGGGAAATCGAAGCCAGCCTGCAAGCCCTCGACGGCGTGCGCGAAGCGGTGGTCGCGGCCCAGGAGGGTGCTGCCGGCAGCGGCAAGCGCCTGGTGGCCTACGTCGTGGCTGATCAATGGGTGCCGGATGACTTCGCAGAGAATCTGCGCGAACAACTCAAGGCGACCTTGCCGGCGCACATGGTCCCGGCCTATCTGCTGTTGCTCGAACGGCTGCCGCTGACCCCCAACGGCAAGCTCGATCGCAAGAACCTGCCCAAGCCCGACGCCAGCCAATTGCAGCAAAGCTACAGGGCACCGCGCAGCCCGTTGGAACAGCAACTCGCGGCGGTCTGGCAGGACGTGCTCAAGCTTGAGCGGGTGGGCCTGCGCGATAACTTCTTCGAACTGGGCGGCGATTCCATCGTCTCGATCCAGGTGGTCAGCCGCGCCCGTCAGGCCGGGATTCACTTGACGCCCAAGGACCTGTTCCAGCACCAGACGCTTGAGATGCTGGCGACCGTGGCCCGCCAGGGCGAAGCTGCGCAAGTCATCGATCAGGGCCCGGTGACGGGTGAGCTGGCGCTGCTGCCAGTGCAACGCTTGTTCTTCGAGCAAGCGATACCGCAACGTCATCACTGGAATCAGGCGGTGCTGCTCAAGCCGACCGAGCCTCTGGAGGCGTCGACTCTGTATCAGGCGCTGAGCGCGCTGGTGCTGCATCACGATGGCCTGCGCTTGAGCTTCACGGAGCAGGGCGAAGGCTGGAAGGCGGCCTACCGTCCTGCGGACGTTCACTGCGAAGACCTGCTCTGGACCGTGGACGCGCCTGACGCCTCGGCCTTGCACAGCATCGCCAACGAAGCCCAACGCAGCCTCGGTCTGCAAGACGGTCCGCTGCTGCGGGCGGTACTGGCGACCTTGGGCGATGGCAGCCAACGTCTGTTGTTGGCGGTGCATCACCTGGTGGTCGATGGCGTGTCGTGGCGCATCCTGTTCGAGGATCTGCAACGGGCCTACCGACAGCTGTCCAGCGGCGCAGCGTTGCAGCTACCGGACAAAACCACCTCAGCGCAGGTCTGGGCCGAGCGCTTGCAAGACCATGCCCACAGCCCGGCGCTGCAGCAACAATTGGCCTTCTGGCAGGCCCAGCTCGAAGACATCGATGCGCGCTTGCCGATGGATCATCCACAGGGCGGCCAGCAGAACCGCCTCGCGCTGACCGTGCGTACGCGACTGAACGCCGCACTGACCCGACAGCTGCTGCAAGACGCGCCCAAGGCCTATCGCACCCAGGTCAACGACTTGCTGCTGACGGCTTTGGCGCGGGTCATGGTGCGCTGGACCGGCGCCGACAGTGCGCTGATCCAGCTCGAAGGCCACGGCCGCGAAGCGCTGTTCGACGACGTCGACCTGACCCGCACCGTCGGCTGGTTTACCAGCCTGTACCCGGCCCGACTCACGCCGCAGGCCGATCTTGGGGATAGCCTCAAGCAGATCAAGGAACAACTGCGGGCGATCCCGGACAAAGGCCTCGGTTTTGGTGCCTTGGCGCATCTGGCGGATGACGCTACGCGGGCAAGTCTGGCGCGGCTGCCGACGCCAGGCCTGACCTTCAACTACCTGGGCCAGTTCGACGCCAGCTTCGACGCAGCCGACGGCGCCTTGTTCGTGCCGGCCAACGAAGCGGCCGGCGATGAGCTGGACGCTGAAGCACCGTTGTCGAATGTGCTGGCGTTGAACGGCCAGGTGTTCAATGGCGAACTGGACCTGGGCTGGACCTTCAGCCGCGAGCAGTTCAACGAGGCGACCATCCAGGCCTTGGCCGATGAGTATGCGCTTGAGTTACAGCAGCTCATCGAGCATTGCTGCCAGGGCGGACATCACGGTGTGACGCCATCGGACTTCCCGCTGGCGAGCCTGAGCCAGCAGCAACTGGACGGGCTGGCGCTGCCGATGGCGCAGATCGTCGACCTGTATCCGTTGTCGCCGATGCAGCAAGGCATGCTGTTCCACGGCGTGTATGGCGACGCCACCGGCGACTACATCAACCAATTGCGCCTGGACGTGGAAGGGCTGGACCCGCAGCGTTTCCGCCAGGCCTGGCAAGCGGCGGTGGACGCCCACGACATCCTGCGCACGCGGTTCGTCTGGCAAGGGGATTTGCCGGCGCCGGTGCAGGTGGTCAGCAAATACCTGGAGCTGCCTTACAGCGTGCAGGATCTGCGCAGCGATCCGTTGCCTGACCAGGCCTTGCAGGCCCTGGCCGATGCCGAACGCGAGCAACTGGACCTGAGCGCGTCGGCACTGATACGCCTGATGATCGTGCGCCTCGACGAACAGCGTTATCACCTGATCTACAGCCACCACCACATCCTCATGGACGGCTGGAGCAATTCGCAGCTGCTCGGCGAAGTGCTGCAACGCTACAGCGGTCAATCCGTTGCGGTGTCCGGCAGCCGCTACCGCGACTACATCGCCTGGCTGCAACGCCAGGACGCGGCGGCCAGCGAAGCGTTCTGGAAACCGGCGCTGCAACAGCTGGAGACGCCGACACGATTGGCCGATGCGGTGGCCAAACCGGCCGACATGGGCAGTGGTTACGGCGATCATGTCCACGTGCTGGACGAAGCGTCGACCCGTCGCCTGGAAGCTTTCGCCCGCGCCTCGAAAGTCACGGTGAACACCCTGGTGCAAGCGGCGTGGCTGCTGCTGTTGCAGCGCTACACCGGTCGAGAAACGGTGGCCTTCGGGGCGACCGTGGCCGGGCGTCCGGCGGACTTGCCCGGCATCGAGCAGCAGATCGGTCTGTTCATCAACACCTTGCCAGTGATCGCCAGCCCACGGGCCGGGCAGACCTTGGACAGCTGGCTGCAAGCGGTGCAGGCGCAGAACCTCGCCCTGCGCGATTTCGAGCACACCGCGTTGCTGGACATCCAGCGCTGGGCCGGGCAGGGCGGCGACGCGCTGTTCGACAGCCTGCTGGTGTTCGAGAACTACCCGATCGCCCAGGCGTTGGAACAGGGCGCGCCGGACGGTTTGCGTTTTGGTTCGCCGGTCACTCAGGAGCAGACCAATTATCCGTTGACGCTGCTGGTGGGGTTGGAGCGGCAGTTGTCGGTACACATGAGTTATCAGCGGGCGAGCTTTGCGCCGGATACGGTTGAACGGCTGGCGGCGCATCTGGCGCAGTTGCTCGGGCAGATGAGCGCCAATGGCGAGCGCTGCCTCGGTGAACTGTCGATGCTGGAATTCGATGAGCATCAACGTTTGACCCATGACTGGAACCCGGTCGATGCGCCGTTCGAACAGGACCTGTGCATTCATGAAGTCATTGCGCGCCAGGCCGACGCTTCGCCGGATGCCCTGGCAGTGACTTTTGCCAACACGCGCCTGAGCTACAGCGAACTGGACGGCCGCGCCAATCGCCTGGCCCACAAACTCATCGAACTGGGCGTCGGCCCGGAAGTGCGTGTCGGCGTGGCGATGCCGCGTTCCGAGCAGTTGCTGATCGCCTTGCTGGCGGTGCTCAAGGCCGGTGGCGCGTACGTGCCGCTGGACCCGGATTACCCGGCCGAGCGCGTGGCCTACATGCTTGAGGACAGCCGCGCGCGGGTGTTGCTGACCGAGCAGGCGGTGGCGCAGACGCTGACGGTTCCGGCCGAGACGCAAATGCTGATGCTCGATCAGCTCGACCTTTCACGTTATCAACTGAGCTCGCCCGTTACAGACGTCACCCCAGACAACCTCGCCTACGTCATCTACACCTCCGGTTCCACCGGCAAACCCAAGGGCGTGGCGATCGCCCACCGAAACGTCTTGGCGCTGATCGACTGGTCCAGAACCGTCTACAGCCGCGACGACATCCAGGGCGTCCTGGCATCGACCTCGGTGTGTTTCGACCTGTCGGTGTGGGAGCTGTTTGTCACCCTCGCCAACGGCGGTTCGCTGATCATCGCCCGCAACGCCCTGGAACTGCCGCACCTGCCGGCCCGCGATCAGGTGCGCCTGATCAACACCGTGCCTTCGGCGATCGCCGCGTTGCAGCGCAGCGGCGAGATCCCGGACAGCGTGCGCATCATCAATCTGGCCGGTGAGCCGCTGAAGCAGAGCCTGGTGGATGCCCTCTACCCATCACACATCACCTGTGGGAGCGAGCTTGCTCGCGATAGCGGTGGGTCAGTCGATGAGGGGCTAACTGCCAGGACGCCATCGCGAGCAAGCTCGCTCCCACAGGTGGTGGGTGAACAGGTCGGTGGGGTTGAGCATGTTTATGATCTGTATGGCCCCTCGGAAGACACCACCTATTCCACCTGGACCCGCCGCACCGCCGGCGGCACGGCAAACATCGGTCGCCCGCTCAAGCACACCGCCAGCTACCTGCTCGACGCCAACCTGCAACCGGTGCCGCAAGGCGTCTCGGCGGAGCTGTACCTGAGCGGCGCGGGCATCACCCGGGGTTACCTCGGGCGCGCGGCGATGACCGCCGAAAAGTACGTGCCGAACCCGTTCTCGACCACCGGCGAACGCCTGTATCGCACCGGCGACCTGTGCCGCTATCGCGCCGATGGCGTGCTCGAATACCAGGGCCGGCTCGACCATCAGGTGAAGATCCGCGGCTTTCGCATCGAGCTGGGCGAAATCGAGGCGCGGCTGTTGCAGCAAGCCGAGGTAAATGACGTCGCCGTGCTGGCCCAGGAAGGGCCGGGCGGGCAGCAGTTGGTGGCTTACGTGGTTGCTTCGACCGACGCGAATACTCTGCGCGATCAACTCAAGGCCAATCTCAAGGCGCACCTGCCCGACTACATGATCCCGGCGCACTGGCTGTTCCTCGACCACCTGCCACTGACCCCCAATGGCAAGCTCGACCGCAAGGCCTTGCCGAGCATCGAGGCCGGGCGCTCAGAAAACGCTTACGAAGCACCGGTCAGCGACCTTGAACAGCAAGTCGCAGCGATCTGGGCCCAGGTGCTCACCGTCGAGCGCGTGGGCCTGCACGATCACTTCTTCGAGCTGGGCGGCCACTCGTTGCTGGCGGTCACCGCCGTTTCGCGCATGGCTCTCGAACTGGGGTTGAGCCTGACCCCGCAGCTGTTATTCCAGCACCCCGTCCTGAAGGATTTTGTCGCCCGACTCGACAGCGGCGACGGGCCGATCAACGAACAGAAACTGAACAAGCTGGACGCCCTGCTTGATGAAATGGAGGAAGTCTGA MNAEDALKLARRFIGLPLDKRQMFLAALDKEGVDFSRFPIPQGVEADDRQALSYAQRRMWFLWQLDPDSGAYNLPGAVRLKGALSLSALEQAFASLVARHETLRTVFQRQADDSLVQVPTDAPLVIEQQDLSALPAGEREQAVRQAAEAQSMRPFDLSRGPLLRVELLKLDQQEHVLLLTLHHIVSDGWSMNVLIDEFIRCYDAHEAGVAPQLADLPIQYSDYALWQRRWLEAGEQARQLAYWQAQLGDEHPVLELPTDHSRPAMPSYRGSRYEFAIDAALAEQLRSTAQQQGVTLFMLLLGAFNVLLHRYSGQSDIRVGVPIANRNRDEVEGLIGFFVNTQVLRTELDGQLRVDELLRRVKETALGAQAHQDLPFERLVEALKLERSLSHTPLFQVMYNHQPHVADVTTIRTASGLELGMIEWQARTTQFDLTLDTYEKAGTLHAALTYANDLFEAPSIARMARHWLRLLTAMIADPSRRIGELPLLDADEHATLVHGWNATAQRYPTAQCMHQLIEAQVARTPDAPALVFAEQTLSYAELDARANRLAHLLRERGVRPDSLVGICVERSLEMVVGLLAIHKAGGAYVPLDPEYPQERLAYMIEDSAIGLLLTQRSLSAALPTDGVEVIELDQAAGWLDGYSDHRPDITLDPLNLAYVIYTSGSTGKPKGAGNSHAALVNRLCWMQQAYALDGSDAVLQKTPFSFDVSVWEFFWPLMTGARLVVAAPGVHRDPLQLIETIKRHRISTLHFVPSMLQAFIHEPGVESCEGLKRIVCSGEALPLDAQHQVFAKLPNAALYNLYGPTEAAIDVTHWTCVDEGADCVPIGVPIANLRTHVLDADLSPVPWGVAGELYLGGTGLARSYHQRPALTAERFVPCPFHAGARLYRTGDRVRQRADGVIEYLGRLDHQVKLRGLRIELGEIETRLMQHPLVREAVVLVQDGKHLVGYLVLENSEPHEQWQQDLRAWLLASLPEYMVPTYLMPLARLPVTANGKLDRKALPQPDAAPRQTFVAPQDALQVALAEIWQDVLGVERVGLEDNFFELGGDSIISIQVVSRARQAGIRIHPRDLFQYQTVRSLALVATRDSHSAVDQATVTGDAVLGPIQRQFFSQAMQARDHWNQSLLLTAREPLDAQRLDAALTCVINHHDALRLRFVEDADGWRQGHGPLVQNADLWQREARSIEDLAALCDEAQRSLKLQDGPLLRAMLVDLADGSQRLALIIHHLVVDGVSWRVLLEDLQQAYEQLAAGGAATLPAKTSAFQSWTARLSAEASRFDDQLAYWQAQHQGAADIPCDRPQGSLQNIHGAKIEWRLDAELTRQLLQQAPAAYRTQVNDLLLTALARTISHWSGQPGTLVELEGHGREELFDDIDLTRTVGWLTSLFPVKLTVTDDLDGSIKTVKEQLRGVPDKGLGYGVLRHLAAPSVQATLAGLAQPRITFNYLGQFDRQFDETALLLPSGEGSGVAQDPTAPLANWLTVEGQVHGGELALSWGFSREMFDSATVQQLADQYALALKALIRHCVSLATPQATPSDFPLAQISQAQLDHLPVAAGQLDDIYPLSPMQQGLLFHTLYEQAAGEYVNQLRVDVQGLDAERFRAAWQATVAAQDILRSGFVWQGELPQPLQIVHKQVQLPFTVLDWRERAEQSQAQARALAALADAERAQGFDLSQAPLLRLVLVQTGAEQWHLIYTHHHILMDGWSNSQLLGEVMQRYNGHAPGRIAGRYRDYIAWLQRQDGQLSQDFWSEQLAALQEPTRLARAALGDAGQSGHGDHFLTLDAPRTKALETFARRQKVTVNTLVQAAWLLLLQRYTGHQTVAFGATVAGRPADLPGIEQQVGLFINTLPVIGTPRPDQTVGQWLQAVQAQNLSLRDFEHTPLADIQRWAGQGGEALFDNLLVFENYPIAQALQQGTDSDVTFGDVANLEQTHYALSVAVTLGEQLALHYSYERRQFADEVINQISAHLLHLLEQFSQDAERSLGEIALASAAEHARQQAGNHPQPYPVDIAVHQRIAALANERPQRTAVIFDGRHFSYGEIDQRANQLAHALIARGVGAETRVGVALPRSESVIVALLAVLKAGGAYVPLDISYPRERLAYLMEDAGLALLISDTSVAAQLPVAESLPLLELDRVDLRELPVSAPQVRLDPQNLAYVIYTSGSTGNPKGVSVAHGPLAMHCQAIGERYEMRDSDCEFHFMSFAFDGAHERWLTSLTHGASLLVRDDSLWTPEQTYNAMREHGVTVVAFPPVYLQQLAEHAEREGNPPKVRIYCFGGDAVANASFERVKRALQPEYIINGYGPTETVVTPLIWKAGREVACGAAYAPIGSRIGDRSAYVLDADLNLLPQGMPGELYLGGSGLARGYLNRPGLTAERFVADPFSAGGLLYRTGDLVRQRADGTFDYLDRIDNQVKIRGFRIELGEIEASLQALDGVREAVVAAQEGAAGSGKRLVAYVVADQWVPDDFAENLREQLKATLPAHMVPAYLLLLERLPLTPNGKLDRKNLPKPDASQLQQSYRAPRSPLEQQLAAVWQDVLKLERVGLRDNFFELGGDSIVSIQVVSRARQAGIHLTPKDLFQHQTLEMLATVARQGEAAQVIDQGPVTGELALLPVQRLFFEQAIPQRHHWNQAVLLKPTEPLEASTLYQALSALVLHHDGLRLSFTEQGEGWKAAYRPADVHCEDLLWTVDAPDASALHSIANEAQRSLGLQDGPLLRAVLATLGDGSQRLLLAVHHLVVDGVSWRILFEDLQRAYRQLSSGAALQLPDKTTSAQVWAERLQDHAHSPALQQQLAFWQAQLEDIDARLPMDHPQGGQQNRLALTVRTRLNAALTRQLLQDAPKAYRTQVNDLLLTALARVMVRWTGADSALIQLEGHGREALFDDVDLTRTVGWFTSLYPARLTPQADLGDSLKQIKEQLRAIPDKGLGFGALAHLADDATRASLARLPTPGLTFNYLGQFDASFDAADGALFVPANEAAGDELDAEAPLSNVLALNGQVFNGELDLGWTFSREQFNEATIQALADEYALELQQLIEHCCQGGHHGVTPSDFPLASLSQQQLDGLALPMAQIVDLYPLSPMQQGMLFHGVYGDATGDYINQLRLDVEGLDPQRFRQAWQAAVDAHDILRTRFVWQGDLPAPVQVVSKYLELPYSVQDLRSDPLPDQALQALADAEREQLDLSASALIRLMIVRLDEQRYHLIYSHHHILMDGWSNSQLLGEVLQRYSGQSVAVSGSRYRDYIAWLQRQDAAASEAFWKPALQQLETPTRLADAVAKPADMGSGYGDHVHVLDEASTRRLEAFARASKVTVNTLVQAAWLLLLQRYTGRETVAFGATVAGRPADLPGIEQQIGLFINTLPVIASPRAGQTLDSWLQAVQAQNLALRDFEHTALLDIQRWAGQGGDALFDSLLVFENYPIAQALEQGAPDGLRFGSPVTQEQTNYPLTLLVGLERQLSVHMSYQRASFAPDTVERLAAHLAQLLGQMSANGERCLGELSMLEFDEHQRLTHDWNPVDAPFEQDLCIHEVIARQADASPDALAVTFANTRLSYSELDGRANRLAHKLIELGVGPEVRVGVAMPRSEQLLIALLAVLKAGGAYVPLDPDYPAERVAYMLEDSRARVLLTEQAVAQTLTVPAETQMLMLDQLDLSRYQLSSPVTDVTPDNLAYVIYTSGSTGKPKGVAIAHRNVLALIDWSRTVYSRDDIQGVLASTSVCFDLSVWELFVTLANGGSLIIARNALELPHLPARDQVRLINTVPSAIAALQRSGEIPDSVRIINLAGEPLKQSLVDALYPSHITCGSELARDSGGSVDEGLTARTPSRASSLPQVVGEQVGGVEHVYDLYGPSEDTTYSTWTRRTAGGTANIGRPLKHTASYLLDANLQPVPQGVSAELYLSGAGITRGYLGRAAMTAEKYVPNPFSTTGERLYRTGDLCRYRADGVLEYQGRLDHQVKIRGFRIELGEIEARLLQQAEVNDVAVLAQEGPGGQQLVAYVVASTDANTLRDQLKANLKAHLPDYMIPAHWLFLDHLPLTPNGKLDRKALPSIEAGRSENAYEAPVSDLEQQVAAIWAQVLTVERVGLHDHFFELGGHSLLAVTAVSRMALELGLSLTPQLLFQHPVLKDFVARLDSGDGPINEQKLNKLDALLDEMEEV NA NA NA NA NA D1-35_02190 13593 lgrB_2 Linear gramicidin synthase subunit B ATGGACAAGAGTGTTGCTTTGAGGGTTGCCAAGCGCTTTATCACTCTGCCGCTGGACAAACGCCGGCTGTACCTGGAAAAGATGCTCGAAGAGGGCGTCTCGCCGGCCAACCTGCCGATCCCCAAGGTGCGTTCCGGGTTTGAACAGGTCCCGCTGTCCTACGCCCAGGAGCGCCAGTGGTTCCTCTGGCAGATGGACCGCCACAGCTCGGCTTACCACATCCCCAGCGCCTTGCGCCTCAAAGGGCAACTGGACGTGCCGGCGCTGGAGCGCAGCTTCAATGCCGTGGTCGAGCGCCACGAAAGCTTGCGCACCACGTTCGCCGAGCACGGCGAGCAAACCGAGCAGATCATTCATCAACATATGCCCTTGAGCATCGCGGTCGAGGCGCTGCCCGCCGGTTCTACGGTCAGCCAGGACGAACGTATCAAGGCCTTCGTCGAAGGTGAAACCGCGCGTCCGTTCGATCTGCGCCAAGGGCCGTTGCTGCGGGTTTCGCTGTTGAAAATTGCCGAAGACGACCATGTCCTGGTGCTCATCCAGCACCACATCATTGCCGATGGCTGGTCGATGCAGGTGCTGGTGGATGAACTGGTCCGGCACTACGCCGCCGACATTGGCGGCCAGCCGCTGGCCTTGCCGGACCTGCCGGTGCAATACGCTGATTATGCGATCTGGCAACGGCACTGGCTGGAGGCGGGGGAGCGTGAGCGGCAACTGGCCTATTGGGTCCAGACCCTCGGTGACGAGCAACCGGTGCTGGAACTGCCGTTCGATCATCCGCGCCCCCCGGTGCAGAGCTTTCGTGGCGCGCGCCTGGATTTGACCCTGAGCGCGGAACTGGCCACCGCGCTCAAGCAGCTGGCCCAGCGTGAAGGCGCCAGCCTGTTCATGGTCTTGCTGGCCTCGTTCCAGGCGCTCCTGCACCGCTACAGCGGGCAACCGCAGATCCGCGTGGGCGTGCCGACGGCCAACCGCAACCGGGTCGAGACCGAAGGGCTGATCGGTTTTTTCGTCAACACCCAGGTACTCAGTGCCGACGTTGATGGGCAACTGCCGTTTGATCAGTTGCTCGCCCAGGTCAAGCAATCGGCGATGGCGGCCCAGGCCCATCAGGACTTGCCATTCGAGCAATTGATCGAGGCCCTGCAACCGGAGCGCAGCCTGAGCCACAGCCCGATTTTCCAGGTCATGTTCAACCACCAGAACGCCGACGCCACTCGAAGCCGGCAGATGCACCTGCCGCAGCTGCGGGTCGAGGATCTGGTATGGGAAGGGCGTACTGCCCAGTTCGACTTGACCCTGGGCACCTATGAAACCGAGCAGGGCATCGCTGCGGAACTGACCTACGCCACCGACCTGTTCGATGCGCAGACCATCGAGCGCCTGGCCGGGCACTGGCAGAACCTGCTGCACGGCATCGTCGATGTGCCACGCCAGCGTATCGGCGAACTGCCGCTGCTCGACCCGGCGCAACAGCAACTCACGCAGCAGCAATGGCTGCGGGTGGCCGACCACACTGACGAAGCCGTTTGCGTGCACCAGCGCATCGCCCAACAGGTGCGCCGCAACCCCGAGGCGCTGGCGCTGACCATCGACGACCAGGCCCTGAGCTACGCACAACTGGACGCGCGCGCCAACCAACTGGCCCATCGCCTGATCGACCTGGGCGTGATGCCCGGCCAGTTGGTGGGCATCGCGGTCGAGCGCAGCGTCGAGATGATTGTCGGCCTGCTGGCGATCCTCAAGGCCGGCGCCGCCTATGTGCCGCTGGATCCGGCGTACCCCGAGGATCGCCTGGCCTACATGATCGAGGACAGCGGCATCGGACTGCTGCTGACCCAGGCCCGTTTGCAGGCGCGCTTGCCGATCCCGCCAAGTCTTCGGACTCTGTTGCTGGACCAGCCGGACGCCGCATTGCAAGCAGCCCCGCAAACCTGCCCGGTGGTGCCGCTGACTGGCGAACACCTGGCCTACGTCATCTACACCTCCGGTTCCACCGGCAAGCCCAAGGGCGTAATGGTGCGCCATGGCGCCCTGAGCAATTTCATCCACAGCATGATCGCCGAGCCGGGCCTCGCGCCCGGCGACCGCATGCTGTCATTGACGACGTTCTCTTTCGATATTTTCGGCCTGGAAATCTACGGACCTCTGTCAGCCGGGGCCAGCGTGGTGCTGACCGGCCAGAACGTGCACCAGGACCCGCAAGCGGTGCTGGCGCTGATCGAACAACACGCTGTCAGCGTGCTGCAAGCCACACCGTCGAGCTGGCGCATGTTGCTCGATCATGAGCAGGCTTCGCTGCTGGCCGGGCGGACCTTCCTCTGCGGCGGCGAAGCGTTGCCGCTGGAACTGGCGCAGCGCTTGCTGGCGCTCTCGCCGAACGTCTGGAACCTCTACGGCCCGACCGAAACCACCATCTGGTCGGCGCTGCATCCGTTGAGCCTGGAGCGCGACCGTCCGTTCCTCGGTAAACCGCTGGACAACACCGCGCTGTACATCGTTGGCGGCGACCTGACCCTCAACCCGCCCGGTGCGCCGGGAGAGCTGCTGATCGGGGGCGCCGGCCTGGCCCGTGGTTATTTCCAGCGCCCGGCGCTGACCGCCGAACGCTTCGTGCCGGACCCGTTTTCCGCCACGGGCGAGCGCCTGTACCGCACCGGCGACCTGTGCCGTTATCGCGCCGAAGGCGTGGTCGAGTACCTCGGCCGGATCGACCATCAGGTGAAGATCCGCGGCCTGCGTATCGAGCTGGGGGAAATCGAAGCCGCGCTGCTGGCCCAGGACCGCGTGCGCGAAACCGTGGTGGTGGCCCACCAAGGCCCGACCGGCGCGCAATTGGTTGCCTACGTGGTGCCCGCCAGCGGCGCAGTGCCGGAGCCGGACGCGCCGTTGCGCACCGCACTCAAGGCGGCCCTCAAGGCGCAGTTGCCGGAATACATGGTGCCGGCGCACCTGTTGTTCCTGGCGCAACTGCCGCTGACGCCCAACGGCAAGATCGATCGCAAGGCCTTGCCGGCGCCCGAGGCCAGCGATTTGCAGCAGGCCTACGTGGCGCCGCGCAGCGAGGTCGAGCAACAGGTCGCGGCAATCTGGCAGGACGTGCTCAAGCTTGAACGCGTGGGGCTGGAAGACAATTTCTTCGAACTGGGCGGGCATTCGCTGCTGGTGACCCAGGTGGTCTCGCGGGTCCGTCGGGTGCTTGGCATCGAAGTGCCGCTGCGCAGCCTGTTTGAACACAGCACGTTGCAGGCGTTCGTCGCCGCCTTCGATACCACGACAGGCGAACAGGCCCCGGCCATGACGCCGGTGCCTCGCGACGCGCCGCTGCCGTTGTCCTTTGCCCAGGAGCGCCAGTGGTTCCTCTGGAAAATGGACCCCGACGGCGCCGCCTACAACATACCGACCGCGTTGCGGATGCGCGGCGCATTGGACAAGGACGCGCTGCGCAAGAGCTTTGCCGCACTGGTCCAGCGCCACGAAAGCTTGCGCACCGCATTCGTGGAAGAGGATGGACGCACTGGCCAGGTGATTTGTGAGCAGGGCGAAGTCGACTATATCGAGGAGCGTCTGGAAGGGCGTGATATCCAGGCCTTCCTTGAACAGCAGACGCAACGCCCGTTCGATCTGCTGAATGACGCGCTGCTGCGCGTGGCGCTGTTGGAAGTGGCCGAGGAGGATCATCTGCTGGTGCTGACGCTGCATCACATCGTCTCCGACGGCTGGTCGTTACAGGTGATGGTCGATGACCTGATGAGCCTGTACTCGGCTTTCATCCAGGGTCAACCGGCACAACTGCCGCCATTGGCGGTGCAATACGCCGACTACGCGGTCTGGCAGCGGCAATGGATGGCGGCCGGCGAGCGCGACCGCCAACTCGCCTACTGGTCGGCGCAACTGGGCGGCGAACAGCCGCTGCTGGAACTGCCCACCGACCACCCGCGCCCAGCGCAACAAAGCCTGCGCGGGGCACGCCTGCCGATCGTGCTGGATCGCGCCTTGAGCGATGACCTCAAGGCCCTGGCCCGGCAAGAAAACGTCACGCTGTTCGTGCTGTTGCTCGGCTCGTTCCAGGCATTGCTGCATCGCTACAGCGGCCAGGCCGACATCCGCGTCGGCGTGCCGATCGCCAACCGCCAGCGGCTGGAAACCGAGCGCTTGATCGGGTTCTTCGTCAATACCCAGGTCCTGCGCAGCGAGTTCTCCGGCGACCTGACCGGCGCCGCGTTGCTGCAACAGCTCAAGCAGACGGCCATGGCCGCGCAGATGCACCAGGACCTGCCCTTCGAGCAACTGGTAGATGCCCTGCAGCCGCAGCGCAACCTGAGCCACAGCCCGCTGTTCCAGGCGATGTTCAACCACCGCAACGAAACCGCCTCGGTGTTTGCCAAGGCCTTGCCGGGGCTCGACGTCGAACCCGTAGGCTGGACGCAGCGCACCGCGCAATTCGACCTGAGCCTGGACACCGTCGAAAGTCCCCAGGGCCTGTACGCTGCCCTGACCTACGCCACCGACCTGTTCGAGCCGGCGACCATCGAACGCATGGCCGGGCATTGGCTCAACCTGTTGCGCAGCCTGGTGCAGGACCTGCACCGCCCGGTGGCGCAATGGTCGCTGCTGGACGAGGACGAGCGTCGACACATGCTCATCGACTGGAACGCGACGGCCCGGCAATACCCGCTCGACCGCAGCGTCCAGGCGCTGATCGAGGAACAGGTGCGCCGGACCCCGGATGCGCCTGCATTGGTCTTTGGCGGGCAGCGCCTGAGCTACCGCGAACTCAACGCCCGGGCCAACCGCCTGGCCCATCGCTTGATCGACCTGGGCGTCGGTCCCGATGTGCTGGTGGGCATCGCCGTCGAACGTTCGGTGGAGATGGTGCTCGGGCTGTTGGCGATCCTCAAGGCCGGCGGTGCCTACGTGCCGTTGGACCCTGAGTACCCGCAGGATCGCCTGGCCTATATGTTCGAAGACAGCGGCATCGGTTTGCTGCTGACCCAGCAACACCTGCTTGATGCTTTGCCGATTCCGCAAGGGCTGCGCAGTCTGGTACTGGACCTGCCCGCTGAGGGGTCGCATGCCAGTCGTGAGGAGAATCCCGACGTCAAGGTGCACGGCGAAAACCTGGCCTATGTCATTTATACCTCCGGTTCCACCGGCAAGCCCAAGGGTGCGGGCAATCGCCATTGCGCCCTGGTCAACCGGCTGTGCTGGATGCAGCAGGCCTATGGCCTCGATGCGACTGACAGTGTGTTGCAGAAAACGCCGTTCAGTTTCGACGTGTCGGTGTGGGAATTTTTCTGGCCGCTGCTGACCGGCTCGACGCTGGTGGTGGCCGCGCCGGGGGCCCATCGCGACCCGGCGCAACTGATCGAGCTGATCACCGCGCAGCGCATCACCACGCTGCACTTCGTACCGTCGATGCTCCAGGCGTTCGTGCAGGACCCGCGCGTGGCCGAATGTACCAGCCTCAAGCGGATCGTCTGCAGCGGTGAAGCGCTGCCGGTGGATGCCCAGCAGCAGGTGTTCGCCAAACTGCCGGATGCCAGCCTGTACAACCTCTACGGCCCGACCGAGGCGGCCATCGACGTGACCCACTGGACCTGCGTCGAGGAGGGCCGCGACAGCGTGCCGATCGGACAGCCGATCGCCAACCTCGGCACCTACATTCTCGACGATGAGCTGTCGCCGGTGCCGGTCGGGGTGATCGGCGAGCTGTACCTGGCGGGCGAAGGGCTGGCGCGCGGTTACCATCGGCGCGCGGCGTTGACCGCCGAACGGTTCGTCACCGCGCCGTTCGGCGCTGGCCAGCGCTTGTATCGCACCGGCGACCTGGCGCGTTATCGGGCTGATGGCGTGATCGAATACGCCGGCCGAATGGACCATCAAGTGAAAATCCGTGGCTTGCGCATCGAGTTGGGCGAAATCGAAGCGCGTCTGGCCGAACACGAGGCGGTACGCGAAACCGTGGTCCTGGCCCAGGACGGCACGTTGCTGGTGGCCTACGTGGTGCCGGCGCGCGCCGAGCTGATGGTCGCCGATGACGCCGTCCGCCAGGCGCTGCAAGTGCGCCTCAGGGAACATCTGAGCCAATCCCTGCCCGACTACATGGTGCCGCAACACTGGGTGTGGCTGGAGAAAATGCCGGTCAGCCCCAACGGCAAGCTTGAGCGCAAGGCTCTGCCGAAGGCCGATCCGAGCGCCAGCCACAAGGGCTACAGTGCCCCGGTCACCGCCGTGGAAAACACTTTGGCCGCGATCTGGCAAAGCGTGCTCGGGCGCGAACGCGTAGGGCGGACCGACAATTTCTTCGAGCTGGGTGGCGATTCGATCATTTCCATCCAGGTGGTGAGTCGCGCCCGTCAGGCCGGGATTCATTTCAGTCCCAAGGACCTGTTCCTGCACCAGACCATCCAGGGCCTCGCCGGGGTGGCAACGACCGGAGACAACGGGCCGGTCATCGATCAGGGCCCGGTGGTCGGGCAGACGGTATTGCTGCCGTTCCAGCAGTTGTTCTTCGAACAGGCCATGGCCGAGCCTCATCATTGGAACCAGTCGGTGTTGCTCAAGAGCTTGCGCGCCGTGGATGCCGCGCATCTGGAGCAGGCGTTGCAGGCTCTGGTCGAGCATCACGATGCGTTGCGCCTGGCCTTCGTCTGCGAGGCAGGCACCTGGACCGCTCGCCACAATACCTTGGCCGAACAGCGCACGCTCTGGCAGCGCTCGCCGCTGTTGTGGACCGCCGAGGTGGCCGATGCGCCGGCCCTTGAACGCCTGGCCGAACAAGCCCAACGCAGCCTCGACCTGCAAGATGGCGCGCTGCTGCGCGGAGTGCTGGCGAGCCTGGCCGACGGCAGCCAGCGGCTGTTGCTGGTGATCCATCACCTGGTGGTGGACGGCGTGTCCTGGCGTGTACTGCTGGAGGACCTGCAACAGGCGTACGAGCAGTTGCAGGCCGGCCAGACGCCAGCGTTGCCGGCCAAGACCACGGCTGCGCAGACCTGGGCGCAACGGTTGCAGGCGCATGCCGGCAGCGCGACGTTGCAGTCCCAGCTGAAGTATTGGCAAGAGCAACTGCAAGGCGCCGGTCATGACTTGCCTTGCGACCGCCCAGGGGGCGATTTGCGCAGGTGCTACGCGACCCAGGTTCAGACGCGGCTGGACAAGGACCAGACGCGACGCCTGCTGCAGCAAGCGCCGGCGGCTTATCGCACCCAGGTCAACGACCTGCTGCTGACCGCGCTGGCCCGGGTGATCGGCCGCTGGACTTCCCAGGCCTCGACCTTGATTCAGCTGGAGGGCCATGGCCGCGAGGCGCTGTTCGATGACCACATTGACCTGAGCCGCAGCGTCGGTTGGTTCACCAGCCTGTTCCCGGTGCGCTTGAGCCCGACGGCCACCACCGAAGGCTCGATCAAGGTCATCAAGGAGCAACTGCGGGCGATCCCAGACAAAGGGCTCGGCTTCGGCGTGTTGCGTTACCTGGGCGATGAACCGACGCGGCGCACCCTCGCGGCGCTGCCGGTGCCGCGCATCACATTCAACTACCTGGGCCAGTTCGACAGCGGCTTTGCCGACGACGCCGACGGCCTGTTTGTCCCGGCCAGCGAATCGGCGGGCGCGGCGCAGAGTCCGTTGGCGCCGCTGGACAACTGGCTGACGCTCAACGGCAGCGTCTATGCCGGCGAGTTGAGCATCGACTGGACGTTCAGCTCGCAAATGTTCGATGAAGCGACGATCCAGGCGCTGGCCGAGGATTACGCTGGGGAATTGCAGGCATTGATCGACCACTGTTGCGAGCCGCGGCACCACGGGTTCACGCCGTCGGACTTCCCCCTGGCCGAATTGCAACAGCAACAGTTGGACGCCTTGCCGCTGGTGGCGCGCGACGTGGAAGACATCTATCCGCTGTCGCCGATGCAGCAGGGCATGCTGTTCCACACGCTGTACGAGCAGCAGGCCGGCCACTACATCAACCAGATGCGCGTGGATGTCGAAGGGCTGGACGTCGAGCGCTTCCGCCAGGCCTGGCAAGCGGCGACCGACGCCCACGACGTGCTGCGCAGCGGTTTTGTCTGGGAGGGTGATTTCAAGCGTGCATTGCAGGTGGTGCACAAGCGCGTAGCGGTCGCGTTACAGCTGCATGACGCACGTACGCAGGCTGACCTGCCTGAGCACCTGAACACCCTCGCAACGGCCCAGCGCGAGCAAGGTTTTGCCCTCGATGCGGCGCCGTTGTTGCGGTTGGTGGTGGTGCGCGTGGCGCAGGAGCGTTATCACTTGATCTATACCAGCCATCACATCCTGATGGACGGCTGGAGCAATTCGCAGTTGCTCGGCGAAGTGCTGCAACGCTACAGCGGTCAACCCGTTGCCGTGTCCGGCAGCCGCTACCGCGACTACATCGCCTGGCTGCAACGCCAGGACGCGGCGGCCAGCGAAGCGTTCTGGAAACCGGCGCTGCAACAGCTGGAGGCGCCGACACGATTGGCCGATGCGGTGGCCAAACCGGCCGACATGGGCAGTGGTTACGGCGATCATATCCACGTGCTGGACGAAGCGTCGACCCGTCGCCTGGAAGCTTTCGCCCGCGCCTCGAAAGTCACCGTCAACACACTGGTGCAAGCCGCGTGGCTGCTGCTGTTGCAGCGCTACACCGGCAAAACCACCGTGGCTTTCGGCGCAACCGTGGCCGGGCGTCCGGCGGACTTGCCCGGCATCGAGCAGCAGATCGGTCTGTTCATCAACACCTTGCCAGTGATCGCCAGTCCTCGGGCCGAGCAGACGTTGGACAGCTGGCTGCAAGCGGTGCAGGCGCAGAACCTGGCCTTGCGCGAGTTCGAGCACACCGCGTTGCTCGACATCCAGCGCTGGGCCGGGCAGGGCGGCGACGCGCTGTTCGACAACCTGCTGGTGTTCGAGAACTACCCAATTGCCCAGGCGCTGGAGCAGGGCGCGCCGGACGGTTTGCGTTTTGGTTCGCCAGTGACTCAGGAGCAGACCAACTATCCGTTGACGCTGCTGGTGGGGTTGGAGCGGCAGTTGTCGGTGCACATGAGTTATCAACGGGCGAGCTTTGCGCCGGATACGGTTGAACGGCTGGCGGCGCATCTGGCGCAGTTGCTCGGGCAGATGAGCGCCAATGGCGAGCGCTGCCTCGGTGAACTGTCGATGCTGGAATTCGATGAGCATCAACGTTTGACCCATGACTGGAACCCGGTCGATGCGCCGTTCGAACAGGACCTGCGCATCCACCAACTGATCGCCCGCCAAGCGCAATCCACTCCTGACGCATTGGCGGTCACCTTCGCCAACACGCGCCTGAGCTACAGCGAACTCGACGGCCGCGCCAATCGCCTGGCCCACAAGCTCATCGAACTGGGCGTCGGCCCGGAAGTGCGGGTGGGCGTGGCGATGCCGCGCTCCGAGCAGTTGCTGATCGCCTTGCTGGCGGTGCTCAAGGCCGGTGGCGCGTACGTGCCGCTGGACCCGGATTACCCGGCCGAGCGCGTGGCCTACATGATTGAGGACAGCCGTGCGCGGGTGTTGTTGACCGAGCAGGCGGTGGCGCAGACGCTGACGGTTCCGGCTGGCACCGAAGTGCTGATGCTGGACCGGATTGAGTTGAGCTCATATCCCTTCAACGCACCGGGCACAACGGTCACCCCAGACAACCTCGCCTACGTCATCTACACCTCCGGTTCCACCGGCAAACCCAAGGGCGTGGCCATCGCCCACCGCAACGTCTTGGCGCTGATCGACTGGTCCAGAACCGTCTACAGCCGCGACGACATCCAGGGCGTGCTTGCTTCCACCTCGGTGTGCTTCGACCTGTCGGTGTGGGAGCTGTTTGTCACCCTCGCCAACGGCGGCTCGCTGATCATCGCCCGCAACGCCCTGGAACTGCCGCACCTGCCGGCCCGCGATCAGGTGCGCCTGATCAACAGCGTGCCTTCGGCGATCGCCGCGTTGCAGCGCAGCGGCGAGATCCCGGACAGCGTGCGCATCATTAATCTGGCCGGTGAGCCGCTGAAGCAGAGTCTGGTGGATGCCCTCTACCCGACACCCCAAACCTGTGGGAGCGAGCTTGCTCGCGATAGCGGTGGGTCAGTCGATGAGGGGCTAACTGCCAGGACGCCATCGCGAGCAAGCTCGCTCCCACAGGTGGTGGGTGAACAGGTCGGTGGGGTTGAGCATGTTTATGATCTGTATGGCCCCTCGGAAGACACCACCTATTCCACCTGGACCCGCCGCACCGCCGGCGGCACGGCGAACATTGGTCGCCCGCTCAAGCACACCGCCAGTTACCTGCTCGACGCCAACCTGCAACCGGTGCCGCAAGGCGTCTCGGCGGAGCTGTACCTGAGCGGCGCGGGCATCACCCGGGGTTATCTCGGGCGCGCGGCGATGACCGCCGAAAAGTACGTGCCGAACCCGTTCTCGACCACCGGCGAACGCCTGTATCGCACCGGTGACCTGTGCCGCTATCGCGCCGATGGCGTGCTCGAATACCAGGGCCGACTCGACCATCAGGTGAAGATCCGCGGCTTCCGCATCGAGCTGGGGGAAATCGAGGCGCGGCTGTTGCAGCAAGCCGAGGTAAGCGACGTCGCCGTGCTGGCCCAGGAAGGGCCGGGCGGGCAGCAGTTGGTGGCTTACGTGGTTGCTTCGACCGACGCGAATACTCTGCGCGATCAACTCAAGGCCAATCTCAAGGCACACCTGCCCGACCACATGATCCCGGCCCACTGGCTGTTCCTCGATCACCTGCCACTGACCCCCAACGGCAAGCTCGACCGCAAGGCCTTGCCGAGCATCGAAACCGGGTCTTCGCAGGGCGGTTACGAGGCGCCGGCCAGCGAGCTGGAGCACCGGATCGCCGGTATCTGGCAAGAAGTGCTGGAAGTGCAACAGGTCGGGCGCAACGACCATTTCTTCGAGCGCGGCGGTCACTCCTTGCTGGCGACGCAGGCCATCTCCCGGTTGCGCAAGCTCACGCGTCATCCGCTGAGCCTGCGCGACTTGTTCGACCATCCGCAACTCAAGGCACTGGCGGCGCTGATGAGCGAGACCGGCGACGGCGCGGCGCGGGCCGGCGATTCCAGCCAGGTCCGACTCAAGGCCCATGGGCCACGGCAATCGGCACCGCTGTCGCTGGTGCAGCGACGGTTGTGGATCGCCGAGCAGCTGGCCGGCGGCACCTCCGCCTATGGCATGCCCATGGCGCTGCGGTTGTGCGGCGAGTTGTCCGTCGAGCGGCTGATGAGCAGCTTTGCCGAAGTGACACGCCGTCACGCCGTGCTGCGCACCGCGTATGTCCAGGATGACGAAGGCGATCCGCTGGCGCTGATCGCCGATGAGGTCCGGCTGGATTTCCCGCTGGTCGATCTGTCCGACCTGTCCCCCGGCACCCGGCAAGAGCAAGTGGCCCAGGCGATCCTGGACAATGCCAGTACCCCGATTGACCTGGAACAGGCGCCATTGCTGCGCGGGCGGATCCTGCGCCTGGGGCCGACCGAGCACGTGTTGTTGTACGCCATGCACCACATCATTTCCGATGGCTGGTCGATGGGGCTGTTGATCAATGAACTGGTGCAGATCTACGAAGCGTCCCTGCGCGGCGAGCCCATGCCGCTGGCGCCGCTGGAGGTCCAGTACCACGACTTCGCCTTGTGGCAGCAGGCGCTGGAAGACCAAGGCGTGCTGGCGCGCCAGGGCGATTATTGGAAGCAGCGGCTCGACGGTTACCACGGGCGTCTTGATTTGCCTTTGGACAATCCACGCGGCCAGACGGCCTCTTATGAGGGCGATGCGCTGCAGTTCGAGCTGCCTGCCGGGCTGAGCGCGGCGTTGCGCCGGGTGTCGAGCGCGGCCGGCGTCACGCTGTACAGCACGTTGCTGGCGTCGTTCCAGGTGTTGTTGCATCGCCTCTGCGACGCCCAGGATCTTGTCGTCGGCGCTGACGTGGCCGGGCGCGAACAACCCGAGCTGGAGCGCTTGATCGGCTTCTTCGTCAACGTCCTGCCGTTGCGTTCGCACTTTGCCGCCGATGTCGGCTTCAACCGGTTCCTGGCGCAGACCCAGGACCATCTGCTCGGCGCGCTGGAACATCAGGACCTGCCGTTCGACCAGATCGTCGAGGCCGCGGGCGTGCCGCGGCACAAGGGCATGAACCCATTGCTGCAGGTGTTGTTCGTGATGAACAACGTGCCGGTGCGCACGCGTTCCATGGCCGGCTTGAGCGTGGAGTTCCTGCCGGCGCTGCAGAACCATTCTAAATTCGACATGGCATTGTTCGTTGACGAAGAAGAAGGGCAATTGCGCGGTAATTGGCAATTCGCCACAAGCTTGTTCGGACAAGAGCGCATCCAGTACCTGATCCGGGCCTGGACGGCCCTGTTGGAACAGATCGTCGCTGATCAGGACATTCAATTGGGAGCTATCAGCATGCCAGTCGACAACGTGGCGACAGCCGCCACGCCTGCCAACGTCCCGGGGCCCAAGGCCGACAAACTGGGCAAGTTTCTCAAGCGTTCGGCGACCCCGGCCGCGCGGCCTCGTCCGGCGTTGGTGCGCGAATCGCTGGTGGCGACGCCCCAGCGTTTCCCGCTGATGCTGGAGCCCGGCGAGCCGCACCTGGACGTCATCGAGTGGATCCGCCAGAACCGGCCATTGATCGAGCAGAAGCTGGCCGAACACGCCGGCATCCTCTTCCGTGGCTTCGAACTGGACGGTATCCAGGGCTTCGAAGCGTTCGCCGAAGCGATCCAGCCGGGGCTGTACGGCCAGTACGGCGACCTGCCGAAGAAGGAAGGCGGCAAGAACACCTACCGGTCCACGCCGTACCCGGAACGCAAGATGATCCTGTTTCACAACGAGAGCTCCCACCAGGACCGCTGGCCGCGCAAGCAGATGTTCTATTGCGAGCAGGCCGCACCCGTGGGCGGCGCGACCCCGGTGGTGGATTGCCGCCTGATGTACGAAAAGCTGCCGACGGACCTTCGCGAGAAGTTCGAAGACAAGGGTTTGCTGTACGTGCGCACCTTCACCGACAAACTCGACGTGTCGTGGCAGCACTTCTTCAAGACCGAGGATCGCCTTGAAGTGGAGGCCCGCTGCCGGGCTGGCGGCATCCAGTGGCGCTGGCTCGATAACGATGAACTGCAGACCCGCACGCCGGGGCCGGCGATCATCACGCACCCGATCACCGGGGAAAAATCCTTCTTCAACCAGGTGCAGCTGCATCACATCCATTGGCTGGAGCCGGACGTGCGCCAGGACCTGTTGTCGATGTACGGCCTGGAGCGCATGCCCCGGCATGTGTACTACGGCGACGGCACGCCGATCGAAGACGAGGTGATGGCGCGTATCGGTGAGTTGTACGAAGCCTGCGCGGTGCGTTTCGACTGGCAGAAAGGTGACGTGATCCTGTTGGACAACATGCTCGTGGCCCACGCCCGCGACCCGTACGAGGGACCGCGCAAGATCGTCGTCGCCATGGGCGATATGTACGACCACGCCAGCCTGGAGCGTCCATCGGGCGCCGGGCGATCGGTCCGTGGCGCATTCAATACCGAGGAAAGCGGAGCATGA MDKSVALRVAKRFITLPLDKRRLYLEKMLEEGVSPANLPIPKVRSGFEQVPLSYAQERQWFLWQMDRHSSAYHIPSALRLKGQLDVPALERSFNAVVERHESLRTTFAEHGEQTEQIIHQHMPLSIAVEALPAGSTVSQDERIKAFVEGETARPFDLRQGPLLRVSLLKIAEDDHVLVLIQHHIIADGWSMQVLVDELVRHYAADIGGQPLALPDLPVQYADYAIWQRHWLEAGERERQLAYWVQTLGDEQPVLELPFDHPRPPVQSFRGARLDLTLSAELATALKQLAQREGASLFMVLLASFQALLHRYSGQPQIRVGVPTANRNRVETEGLIGFFVNTQVLSADVDGQLPFDQLLAQVKQSAMAAQAHQDLPFEQLIEALQPERSLSHSPIFQVMFNHQNADATRSRQMHLPQLRVEDLVWEGRTAQFDLTLGTYETEQGIAAELTYATDLFDAQTIERLAGHWQNLLHGIVDVPRQRIGELPLLDPAQQQLTQQQWLRVADHTDEAVCVHQRIAQQVRRNPEALALTIDDQALSYAQLDARANQLAHRLIDLGVMPGQLVGIAVERSVEMIVGLLAILKAGAAYVPLDPAYPEDRLAYMIEDSGIGLLLTQARLQARLPIPPSLRTLLLDQPDAALQAAPQTCPVVPLTGEHLAYVIYTSGSTGKPKGVMVRHGALSNFIHSMIAEPGLAPGDRMLSLTTFSFDIFGLEIYGPLSAGASVVLTGQNVHQDPQAVLALIEQHAVSVLQATPSSWRMLLDHEQASLLAGRTFLCGGEALPLELAQRLLALSPNVWNLYGPTETTIWSALHPLSLERDRPFLGKPLDNTALYIVGGDLTLNPPGAPGELLIGGAGLARGYFQRPALTAERFVPDPFSATGERLYRTGDLCRYRAEGVVEYLGRIDHQVKIRGLRIELGEIEAALLAQDRVRETVVVAHQGPTGAQLVAYVVPASGAVPEPDAPLRTALKAALKAQLPEYMVPAHLLFLAQLPLTPNGKIDRKALPAPEASDLQQAYVAPRSEVEQQVAAIWQDVLKLERVGLEDNFFELGGHSLLVTQVVSRVRRVLGIEVPLRSLFEHSTLQAFVAAFDTTTGEQAPAMTPVPRDAPLPLSFAQERQWFLWKMDPDGAAYNIPTALRMRGALDKDALRKSFAALVQRHESLRTAFVEEDGRTGQVICEQGEVDYIEERLEGRDIQAFLEQQTQRPFDLLNDALLRVALLEVAEEDHLLVLTLHHIVSDGWSLQVMVDDLMSLYSAFIQGQPAQLPPLAVQYADYAVWQRQWMAAGERDRQLAYWSAQLGGEQPLLELPTDHPRPAQQSLRGARLPIVLDRALSDDLKALARQENVTLFVLLLGSFQALLHRYSGQADIRVGVPIANRQRLETERLIGFFVNTQVLRSEFSGDLTGAALLQQLKQTAMAAQMHQDLPFEQLVDALQPQRNLSHSPLFQAMFNHRNETASVFAKALPGLDVEPVGWTQRTAQFDLSLDTVESPQGLYAALTYATDLFEPATIERMAGHWLNLLRSLVQDLHRPVAQWSLLDEDERRHMLIDWNATARQYPLDRSVQALIEEQVRRTPDAPALVFGGQRLSYRELNARANRLAHRLIDLGVGPDVLVGIAVERSVEMVLGLLAILKAGGAYVPLDPEYPQDRLAYMFEDSGIGLLLTQQHLLDALPIPQGLRSLVLDLPAEGSHASREENPDVKVHGENLAYVIYTSGSTGKPKGAGNRHCALVNRLCWMQQAYGLDATDSVLQKTPFSFDVSVWEFFWPLLTGSTLVVAAPGAHRDPAQLIELITAQRITTLHFVPSMLQAFVQDPRVAECTSLKRIVCSGEALPVDAQQQVFAKLPDASLYNLYGPTEAAIDVTHWTCVEEGRDSVPIGQPIANLGTYILDDELSPVPVGVIGELYLAGEGLARGYHRRAALTAERFVTAPFGAGQRLYRTGDLARYRADGVIEYAGRMDHQVKIRGLRIELGEIEARLAEHEAVRETVVLAQDGTLLVAYVVPARAELMVADDAVRQALQVRLREHLSQSLPDYMVPQHWVWLEKMPVSPNGKLERKALPKADPSASHKGYSAPVTAVENTLAAIWQSVLGRERVGRTDNFFELGGDSIISIQVVSRARQAGIHFSPKDLFLHQTIQGLAGVATTGDNGPVIDQGPVVGQTVLLPFQQLFFEQAMAEPHHWNQSVLLKSLRAVDAAHLEQALQALVEHHDALRLAFVCEAGTWTARHNTLAEQRTLWQRSPLLWTAEVADAPALERLAEQAQRSLDLQDGALLRGVLASLADGSQRLLLVIHHLVVDGVSWRVLLEDLQQAYEQLQAGQTPALPAKTTAAQTWAQRLQAHAGSATLQSQLKYWQEQLQGAGHDLPCDRPGGDLRRCYATQVQTRLDKDQTRRLLQQAPAAYRTQVNDLLLTALARVIGRWTSQASTLIQLEGHGREALFDDHIDLSRSVGWFTSLFPVRLSPTATTEGSIKVIKEQLRAIPDKGLGFGVLRYLGDEPTRRTLAALPVPRITFNYLGQFDSGFADDADGLFVPASESAGAAQSPLAPLDNWLTLNGSVYAGELSIDWTFSSQMFDEATIQALAEDYAGELQALIDHCCEPRHHGFTPSDFPLAELQQQQLDALPLVARDVEDIYPLSPMQQGMLFHTLYEQQAGHYINQMRVDVEGLDVERFRQAWQAATDAHDVLRSGFVWEGDFKRALQVVHKRVAVALQLHDARTQADLPEHLNTLATAQREQGFALDAAPLLRLVVVRVAQERYHLIYTSHHILMDGWSNSQLLGEVLQRYSGQPVAVSGSRYRDYIAWLQRQDAAASEAFWKPALQQLEAPTRLADAVAKPADMGSGYGDHIHVLDEASTRRLEAFARASKVTVNTLVQAAWLLLLQRYTGKTTVAFGATVAGRPADLPGIEQQIGLFINTLPVIASPRAEQTLDSWLQAVQAQNLALREFEHTALLDIQRWAGQGGDALFDNLLVFENYPIAQALEQGAPDGLRFGSPVTQEQTNYPLTLLVGLERQLSVHMSYQRASFAPDTVERLAAHLAQLLGQMSANGERCLGELSMLEFDEHQRLTHDWNPVDAPFEQDLRIHQLIARQAQSTPDALAVTFANTRLSYSELDGRANRLAHKLIELGVGPEVRVGVAMPRSEQLLIALLAVLKAGGAYVPLDPDYPAERVAYMIEDSRARVLLTEQAVAQTLTVPAGTEVLMLDRIELSSYPFNAPGTTVTPDNLAYVIYTSGSTGKPKGVAIAHRNVLALIDWSRTVYSRDDIQGVLASTSVCFDLSVWELFVTLANGGSLIIARNALELPHLPARDQVRLINSVPSAIAALQRSGEIPDSVRIINLAGEPLKQSLVDALYPTPQTCGSELARDSGGSVDEGLTARTPSRASSLPQVVGEQVGGVEHVYDLYGPSEDTTYSTWTRRTAGGTANIGRPLKHTASYLLDANLQPVPQGVSAELYLSGAGITRGYLGRAAMTAEKYVPNPFSTTGERLYRTGDLCRYRADGVLEYQGRLDHQVKIRGFRIELGEIEARLLQQAEVSDVAVLAQEGPGGQQLVAYVVASTDANTLRDQLKANLKAHLPDHMIPAHWLFLDHLPLTPNGKLDRKALPSIETGSSQGGYEAPASELEHRIAGIWQEVLEVQQVGRNDHFFERGGHSLLATQAISRLRKLTRHPLSLRDLFDHPQLKALAALMSETGDGAARAGDSSQVRLKAHGPRQSAPLSLVQRRLWIAEQLAGGTSAYGMPMALRLCGELSVERLMSSFAEVTRRHAVLRTAYVQDDEGDPLALIADEVRLDFPLVDLSDLSPGTRQEQVAQAILDNASTPIDLEQAPLLRGRILRLGPTEHVLLYAMHHIISDGWSMGLLINELVQIYEASLRGEPMPLAPLEVQYHDFALWQQALEDQGVLARQGDYWKQRLDGYHGRLDLPLDNPRGQTASYEGDALQFELPAGLSAALRRVSSAAGVTLYSTLLASFQVLLHRLCDAQDLVVGADVAGREQPELERLIGFFVNVLPLRSHFAADVGFNRFLAQTQDHLLGALEHQDLPFDQIVEAAGVPRHKGMNPLLQVLFVMNNVPVRTRSMAGLSVEFLPALQNHSKFDMALFVDEEEGQLRGNWQFATSLFGQERIQYLIRAWTALLEQIVADQDIQLGAISMPVDNVATAATPANVPGPKADKLGKFLKRSATPAARPRPALVRESLVATPQRFPLMLEPGEPHLDVIEWIRQNRPLIEQKLAEHAGILFRGFELDGIQGFEAFAEAIQPGLYGQYGDLPKKEGGKNTYRSTPYPERKMILFHNESSHQDRWPRKQMFYCEQAAPVGGATPVVDCRLMYEKLPTDLREKFEDKGLLYVRTFTDKLDVSWQHFFKTEDRLEVEARCRAGGIQWRWLDNDELQTRTPGPAIITHPITGEKSFFNQVQLHHIHWLEPDVRQDLLSMYGLERMPRHVYYGDGTPIEDEVMARIGELYEACAVRFDWQKGDVILLDNMLVAHARDPYEGPRKIVVAMGDMYDHASLERPSGAGRSVRGAFNTEESGA NA NA NA NA NA D1-35_02191 3192 lgrD_1 Linear gramicidin synthase subunit D ATGAACGAGGTGACGATGGACACGCAGGAAGCGGGTTTCGCCCTGACGCCCGAACAGCAACGGGCACTTGAGCAACTGTCGGGCACGGTGACCTGTGGCGAGGCCTTGCGTTGGCTGAACGTGGTCATCGACGGTGATCTCGACCCGCAGCGATTGCAGGTCGCCTTCGACACGCTGGTGGCGCAGCAGCCGATGTTGCTGGCGCGACTGACCAAGGTCGGCGGTTTCCACGGTTTGCGTCAGGTGGCCCATGCGGGACGCTTCCCACTGACGATACAAGCCAGCGAACAACCGGCCGAGGAAGTCCGGGCGCAGATCAGCGAGACGCTCGGCCGGGCTTTTGTGCTCGGCGAATCGGCCAGTGTCCAGGCGGTGCTTTATCGTCTGGCGTCTCGGCAATGGCAACTGCTGCTGGGCGTCGCCCGCCACAGCGCGGATGCGCCGTCGATGAACCTGCTGCTTGAACAGCTACGGCAGGCTTACGCCGGCGATGTGGCGGAGGAAGAGGCGCCCGGCGAGTTTGCCCAGTACCTGGAGTGGCGCAGCGAAGTGGTGCTGGATGAAGATGCCGGCACTGCAAGAAATTACTGGCAGCAGCATTTGCACGGCCTGCAGACGGCGATCGACACGCCGTGGCTGGCTGCGCGTCGCACTGGTGGTGGAACAGCCGATGCGCAGATTTCGCTGATCTTCGAGCCGGCCCGACGCGACGCCTTGCAACGGTTGGCCGAGCAGCTCGGCCAACCGCTGGCGACGTTGCTGCAAGGCGCATGGTGGGTGCTGCTGGGACGCCTGGGTGGCCTTGAGCAAGCGCTGGTCGGCGTGCGCCACGACAGCCGTGGCGACTATGACTACTTCGCCAATGCCTTCGGCGTGTTCGAAAAGAACCTGCCGCTTTGTGTTCCATTGCCCGCCGACGCGCCGTTCGGCGAGTGGCTGGCGGAGCTGGCGACGCGGCTCGAAACTCATCGCACCTGGCAGGAATACTGGACGCCGGAACTGGCGTCGGAGGCGGCGTATCCGGCCTATGGCTTCGCGATTGCCCCGGCGAATTCTGTTCGCAGCAGCGCTGGCCTGACGTGGGCGACTGAGCCCTTGCCTGGACGGGATGCGTCCGAACTGTTGCTGCAGATTCAACTGGACGACACCCAACAACTGGTTGCGGTCGACCTCTGCTATGCCCGCTCGGGTTATTCGCAAGCCGCGGTTCGCAGCGTGCTCGAACAATACGAGGTGCTGCTGGCCTCGATCCTCGCGGCTGCGCACACGCCACTGGCGCAGCTCAACTTGCTCGGCGACACCGAGGAGCAGCGTTTGCGGGCGATCAACCCGGCGATGCAGGCATTGGAGGATAACCGCTACCTGCCGCAGCGCATCGCCGAGCTGGCGCTGCAGACGCCGGACGCCATCGCCCTGAGCGAGGCTGGTCAATCGCTGAGCTACGGTCAACTGAAAGATCAGGTCGAGCGCGTCGCCCAGGGCCTCCTGGACCAAGGCCTGGGCGAAGGGTCGATTGTCGCCCTGGCCTTGCCGCGCTCGGCGGAACTGGTGACCGCGATGCTGGCGAGCTGGCGCATCGGCGCGGCTTATCTGCCGCTGGATATCCAGTGGCCCCAGGCCCGTCAGGCGTTGATGCTGGAGCAGGCCGGCGCCGCTGTGTTGCTCACCGATGCAACGCATTTTCCTGCCTGGCAGGCGCAGCCTTTCAAGGCGCTGGCAATCGCCGAGCTTGATCGTCCTTCAAGCACGCCGTTGCCGGCCCTCACGACCAAGGGCAATGACATTGCCTATGTGTTGTTCACCTCAGGCTCCACCGGCGTGCCCAAGGGCGTGGTGATCGAGCATCGGCAATTGCTCAACTACACCGCCCAGGCCAGCCAGGCGTTGGGGCTGAGCCAGTGCAAACACGTCGCTTTGAGCTCTACCGTGGCGGCGGACCTGGGCAATACGGCGCTGTTTGGCGCGTTGTTCAATGGCGCGACCTTGCATGTGGCCAGTGATGAACAGATGCAGGACGGCGCGCTCTTTGCCGGGCTCCTGCGAGAACAACAGATCGACTGCCTGAAAATCGTGCCGTCGCACCTCGCGGCGTTGCTCGACAGTGAGCAGGCGACGCTGCCGCATATCCTGGTACTTGGCGGCGAGCCGATTGCGCCAACGCTGGTCGAGCGTATCGCCCGGTTGCGCAGCGATTGCCGGGTGTTCAACCACTATGGGCCGACCGAAGCCACGGTCGGAGTGATGATCCATCGGTTGGCGCTGGACGGTGCTGCCGATGATTGTTCGGCGCTGACCCAGGTGCTGGGCAATAACCAGGTCTACGTGCTGGACGCTGACAGGCGCCTGGCGCCGGTGGGTGTGCTGGGCGAGGTGTACCTGGGTGGTGCGCAGTTGTGCCGGGGTTACGTGAATGCCAAGGCGGACGAGCAGACGTTCATCCCGAGCCCGTTCGACCCGGCGCAGCGCCTGTACCGCACTGGCGACCTGGCGCGTTATCGCCCGGACGGTGGGATCCAGTTGCACGGTCGCCGCGATCAACAGGTCAAGGTGCGCGGGTTCCGCATCGAACTGGCGGAAATCGAGGCCGAGCTACTACGTGTACCGCAGGTGGCCGAAGCGCTGGTATTGCCCGGCGAGCAGGGCTTGTTGGCATTTGTCGTGCCCCGGCAAGGCCTGTCTTCGGGCGTGCTCGACGCCGTGCGCGCCGAACTGAGCGCGCGCCTGCCCGGCGTGATGGTGCCGCAGCAGCTGCAACTGATCGAACGTTTCCCTCGGCTGGCCAACGGCAAGATCGATCGCAAGGCGCTGCAGCAGTTGGCGGTCGCGATCAGCGATGAGGAGGATGCCGCGCCCCGCGATGCGCTGGAGCAGCTGCTGGCCGCGCGCATGGCTCAATTGCTTGGGCTTGAACGATTGGGCATCGAGCGCGACTTCTTCGCCGCCGGCGGCCATTCGCTGCTGGTGATCAAGCTGGTGGCCGGCATTCGCAAGTTGTTGCAGTGCGACATCCATCCTGGGCTGGTCTTCGATCATCCGACCGTGGCGTCCCTGGCCATGGCCTTGCGAGCGGTGGAGGGCAGTCCGGGGCAACTGGAAAAAATCGCTCAGGTGCGTTTGCGCATGGAAGCGCTGAGTCCCGAGGAAAAGGCCCGGCTGACCGAGCAGGCTCGGCAACTGCAAGCGGCCAAGTGA MNEVTMDTQEAGFALTPEQQRALEQLSGTVTCGEALRWLNVVIDGDLDPQRLQVAFDTLVAQQPMLLARLTKVGGFHGLRQVAHAGRFPLTIQASEQPAEEVRAQISETLGRAFVLGESASVQAVLYRLASRQWQLLLGVARHSADAPSMNLLLEQLRQAYAGDVAEEEAPGEFAQYLEWRSEVVLDEDAGTARNYWQQHLHGLQTAIDTPWLAARRTGGGTADAQISLIFEPARRDALQRLAEQLGQPLATLLQGAWWVLLGRLGGLEQALVGVRHDSRGDYDYFANAFGVFEKNLPLCVPLPADAPFGEWLAELATRLETHRTWQEYWTPELASEAAYPAYGFAIAPANSVRSSAGLTWATEPLPGRDASELLLQIQLDDTQQLVAVDLCYARSGYSQAAVRSVLEQYEVLLASILAAAHTPLAQLNLLGDTEEQRLRAINPAMQALEDNRYLPQRIAELALQTPDAIALSEAGQSLSYGQLKDQVERVAQGLLDQGLGEGSIVALALPRSAELVTAMLASWRIGAAYLPLDIQWPQARQALMLEQAGAAVLLTDATHFPAWQAQPFKALAIAELDRPSSTPLPALTTKGNDIAYVLFTSGSTGVPKGVVIEHRQLLNYTAQASQALGLSQCKHVALSSTVAADLGNTALFGALFNGATLHVASDEQMQDGALFAGLLREQQIDCLKIVPSHLAALLDSEQATLPHILVLGGEPIAPTLVERIARLRSDCRVFNHYGPTEATVGVMIHRLALDGAADDCSALTQVLGNNQVYVLDADRRLAPVGVLGEVYLGGAQLCRGYVNAKADEQTFIPSPFDPAQRLYRTGDLARYRPDGGIQLHGRRDQQVKVRGFRIELAEIEAELLRVPQVAEALVLPGEQGLLAFVVPRQGLSSGVLDAVRAELSARLPGVMVPQQLQLIERFPRLANGKIDRKALQQLAVAISDEEDAAPRDALEQLLAARMAQLLGLERLGIERDFFAAGGHSLLVIKLVAGIRKLLQCDIHPGLVFDHPTVASLAMALRAVEGSPGQLEKIAQVRLRMEALSPEEKARLTEQARQLQAAK NA NA NA NA NA D1-35_02192 2463 fpvA COG4773 Ferripyoverdine receptor ATGTCGGCAATTCATGAGTTGAAACCGCTGTTCAAGGCATTGGTCATGTCCCGCGGCCTGCGTTCGCGCCGGGTGTTGACGGGCCTGGGTCTGGTCTGCGTGTTGCCATTGAGCACCCAGGTGATGGCTGAAAACGTCAGCATCAACATCCCTGCGCAACCGCTGCCGCAGGCATTAAAAGCGTTCGGCGAGCAGACCAACCAACAAGTGATCTATAACGCCGACGAACTGGCCGGCCTGAAAAGTAATCGCGTCAGCGGCAAGATGAGCCCGCAAGCGGCCATCGCCGAATTGCTCAAGGGCACCGGCGTGCGCCACAGCCTCGAGGGCAATACCCTGATGCTGGTAAAGGGCTCCGGCGCAGGCCTGGAATTGGGCGCGACCACCATCAACGCGAAGCAGCCGGAGGCCACCACCGAAGGCAGCAACTCGTACACCAGTAATGCGGTGACCATCGGCAAGGGCACTCATACCCTGAAGGAGATTCCGCAATCGATCACGGTGATGACGCGCAAGCAGATGGATGACCAGAACCTGGTCAGCCTCAAGGACGCCGTCAACCAGACCACCGGCGTCGTCGGCCTGCAGGGCGTTGGTCAGGGCATGATCCTCTCGTCGCGCGGTTTCCAGATTGACGACTGGCAGTACGACGGTGTGCCGATCCCGCGTAACACCTACTCGCTGGGCAACTGGGCGACCCAGGACCTGATCTTCTTCGACCGCCTGGAAATTCTCCGTGGCGCATCCGGCCTGCTGCAAGGCACCGGCAGCCCGGGTGGCGCCGTCAACCTGGTGCGCAAGCGTGGCCAGAGCGCCCCGACCGTGACCCTGACCGGCAAGGCCGGCTCCTGGGACCACTACGGCCTGCAACTGGACGCCGGCGGCCCGCTGAACGAGGCCGGCAACATCCGCGGCCGTATCGTCGCCGATGAAGACCAGAGCAATTCCTTCGTCGATCATGCCTGGAACAAGACCCACTCGCTCTACGGCTCGCTGGACATCGACCTGAGCGAAGACACCACCCTGGGCTTCGCGGCCAGCCAATCCAACGGCGAGTCGCGTGGCAACATCCGCGGCCTGCCACGCTACGCCGATGGCTCGATGCCGGACGTGTCGCGCTCGACCTACACCGGCGCGCGCTGGAACCGTTCCGATATCGACGTCACCACGCTGTACGCCGACCTGGAGCATCGCTTCAACGAGGATTGGGCGTTCAAGGTCGGTGCAGTGCAGATGACCGAAGACAACCAGGCAAAAAACCAGCGCACGCAAAGTCCTGGCGGCCTGCTACCGGATGGCAGCCGTGTGCAATATGCCGACTTCGTGACTGACTTCCAGTCCACCAAAGTGGGTCTGGACATGAACCTGGTCGGCAAGTTCGAAGCCCTGTCGATGGAGCAGGAGGTCATGCTCGGCGGCAACTACTCCCAGCTGGAGACGGACGACAAATACGCCCGGACCTTCAACAGCAGCACCGACGATATCTTCGACCTCGACAACAACCGTCCGGACATCAGCTATGAGGGTCTGATCAACAGCCCGGGTGGCATGGGCACACTGAGCAAATATGACATTCGCCAGAAAGGTATATACGGTACCTGGCGCGTCAAGCCGGTGGACGACCTGACGCTGATCCTCGGCTCCCGGGTCAGCTGGTATGACTTCAGCTACAAGTCGAAAACGGAACGGGCAACCGGTATTACCCGCAACGCGCCAAGTACCGCGACTGAAACCGGGGTGGTCACGCCCTACGCCGGTATCGTCTATGACCTGAGCCGTGAGTGGGCGGTGTACGCCAGCTACACCGACGTGTTCCAGCCGCAGACCAACGTTGATCCGAACGGTTCGGTACTCAAGCCCATCGTCGGTACCAACTACGAAATCGGCCTCAAGGGTGAGTTGATGGACGGGCGGGTCAACACCTCCCTGGCGGTCTTTCGCTACGACCATGAGAACCGTGCCGTCAACATCCCCAGCTGTACCGGGTTGAACTGCTCCGAAGCCGCGGGGAAAGTCCGCAGCCAGGGCATCGAGGCCGAGATCAGCGGTGAAGTGGTAGACAACTTGCAGCTGTTCGCGGGCTACACCTACAACACCACCAAGTACCTGGAAGACCCGACCAACGAAGGCAGTGTCTTCAGTACCTGGACGCCGAAACACATGCTGCGGGTGTGGGGCAACTATCAGTTCACCGGTGACTGGAACCGTGTCAATGCGGGCCTGGGCTTCACCACCCAAAGCCATACGCAGGTCTTCGACCTCAACTATGACGTTCCGGGTTATACCGTGTGGAATGCCCGTGTCGGCTATCAGTTGACGCCGGAGATCGGGTTGGCGGTCAATGCCAACAACCTGTTCGACAAGACGTATATAACGCCGGCTTACAACCAGATCAACGGTAACAACAACTTCGGCGATCCGAGGAATCTGATGTTTACCGTGAAGTACACGCCGCAGTTTTGA MSAIHELKPLFKALVMSRGLRSRRVLTGLGLVCVLPLSTQVMAENVSINIPAQPLPQALKAFGEQTNQQVIYNADELAGLKSNRVSGKMSPQAAIAELLKGTGVRHSLEGNTLMLVKGSGAGLELGATTINAKQPEATTEGSNSYTSNAVTIGKGTHTLKEIPQSITVMTRKQMDDQNLVSLKDAVNQTTGVVGLQGVGQGMILSSRGFQIDDWQYDGVPIPRNTYSLGNWATQDLIFFDRLEILRGASGLLQGTGSPGGAVNLVRKRGQSAPTVTLTGKAGSWDHYGLQLDAGGPLNEAGNIRGRIVADEDQSNSFVDHAWNKTHSLYGSLDIDLSEDTTLGFAASQSNGESRGNIRGLPRYADGSMPDVSRSTYTGARWNRSDIDVTTLYADLEHRFNEDWAFKVGAVQMTEDNQAKNQRTQSPGGLLPDGSRVQYADFVTDFQSTKVGLDMNLVGKFEALSMEQEVMLGGNYSQLETDDKYARTFNSSTDDIFDLDNNRPDISYEGLINSPGGMGTLSKYDIRQKGIYGTWRVKPVDDLTLILGSRVSWYDFSYKSKTERATGITRNAPSTATETGVVTPYAGIVYDLSREWAVYASYTDVFQPQTNVDPNGSVLKPIVGTNYEIGLKGELMDGRVNTSLAVFRYDHENRAVNIPSCTGLNCSEAAGKVRSQGIEAEISGEVVDNLQLFAGYTYNTTKYLEDPTNEGSVFSTWTPKHMLRVWGNYQFTGDWNRVNAGLGFTTQSHTQVFDLNYDVPGYTVWNARVGYQLTPEIGLAVNANNLFDKTYITPAYNQINGNNNFGDPRNLMFTVKYTPQF PGPT0003775_246 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088 NA NA D1-35_02193 4122 dhbF COG1020 Dimodular nonribosomal peptide synthase ATGAACGAATTGCTAGATGATGATCTGCTGGCGCTGCTGCTCGATGACGCCGCCGACGATCTGCACGCGCGGTCCAACCGCAGCCGGCTGGACCGCGCGCCCTTGTCTTTCGCCCAGCAACGCTTGTGGCTGGAACAACAGCGCGACCCGACCCGGTCGGCCTACAACCTGCCACGTGCCCTGCGCCTGACGGGCGAGCTGAATGCCGATGCCCTGGAGCAAGCGCTGAATCGGGTCATCGACCGGCACGATATCCTCCGCACCGCGTTCATCGAAATCGACGGCGCCGCGACCCAGGTGGTTGAGCGCAACGCCTGCCTGGTCCTGCATCGCGAAGACCTCGCCGGGCTCGACCAGCCGACGCTTTCGCAGCGCATCGAGCAACACGCCCGGCGACCGTTCGATCTCACCCAGGCGCCGCTGATGCGGGCCACCCTGCTCAGGCTGAGCCCTGCGGAACATGTGCTGTTGCTGAATATGCATCACATCGTGTCCGATGCCTGGTCCAACACGATCCTCATGCAGGACATGACCCAGGCCTATGCCCAGGGCTTGCTGGGCGATCCGTCACCGCTGCCGCCGTTGCCCCTGCAATACGCCGACTACGCGAAGTGGCAACGCGGCGAGTACTTGCAGAGCCTGGCCTGCCGGCGCGGCGGCGAATACTGGAGCGAGTACCTGGGCCACGACCTGCCCACACTGGAACTGCCACAGGATTTTGCGCGCACCGCGAGCCAGACACACATGGCCGGCCGTGTGCAGGTGGCGCTGGCCCCGGCGATGGTCCATGCGCTCGACACGTTCTGCCAACGCCAGGGGCTGACGCCGTTCGTGGTAGCACTGGGTGCCTGGCAATTGCTGCTGGCCCGCTACAGCCGCCAGACCGACTTCACCGTCGGCGTTCCCAACGCCAACCGCAACAACCATGAAAGCCAGGACCTGGTAGGTTTTTTTGTCAGCAGCCAGGTGTACCGGGCGCGGATCGACTCGACCCGCAGCGCGCTGGATTTTCTCCGCGATCTGCGCGTGCAGTCCCTCGCCGCGCTGGAGCATGCCGATTACCCGCTGGAATTGATCCTCGATCAATTGGGCGCCAACCCGCTGTTTCAGGTCCTGTTCAACTGGCGCACCGGATCACAGGCGGCGTCGCTGCCAAGTCCGCATCAATTCATGCTGGAGTTTCTCGACACCGGCGAAAACCAGGCCAAGTTCGACGTGTCGCTGGATGTCGACTATTCACAACAGCAGACCGTGGCGACCTTCGAATACAGCCGTGACCTGTACCGCACACAAACCATCGAGCGCATGGCCGAGCATTGGCAGAACCTGCTGCGCGGCCTGATCGAAACGCCCGGCTGCGCCCTCGGCGAGCTACCGTTGTTGAGCGCCGATGAACAGCGGCTGACCCTGAACGACTGGAACCGTCGGCCGACCCGGTTGCGCCAGGAAGAGTGCCTGCACCAGGTGATCGAAACCCACGCCGCCAACACCGCAGAGGCGATAGCGCTGACGTTCGAAGGGCAGCACATAAGCTATGCCGAGCTCAATCGACACGCCAACCAATTGGCCCATCGTTTGATCGAACAAGGCGTCGGGCCCGACGTACTGGTCGGCATCGCCGTCGAACGCACGCCACGGATGATCATCGGCCTGCTGGCGATTCTCAAGGCCGGCGGCGCCTACGTACCACTGGACCCGGCCTACCCGGCCGATCGCCTGGCCTACATGATCGAGGACAGCGGCGTCAGGCAGATCCTGACCGAGGCCCACCTGCTTGATTCGCTGGCGCTGCCCGCCGGCGTCGACTGCCTGTTGCTGGATCCGGTCGATGCCGTCAGCACCTATCCCGAACACAATCCGCACGTGCCGATGGATCCGGACAACCTGGCCTATGTGATCTACACCTCCGGTTCCACCGGCAAACCCAAAGGCGCACTGCTCGCGCACCACAACGTCAGCCGATTGTTCCAGGCCACCGACCATTGGTTCGGTTTCGGCCAGCAGGACGTGTGGTGCCTGTTTCACTCCTACGCCTTCGATTTTTCCGTGTGGGAGATCTTCGGTGCCCTGCTGCACGGCGGTCGACTGGTCATCGTGCCCCACGCCGTGAGCCGGGCGCCCGAGGATTTCTACGCCCTCGTCTGCCAGGAAAAGGTCACGGTGCTCAACCAGACCCCATCGGCATTCAAGTCATTGCTGCAGGTGGCCTGCGAGGCTCAACAGACGCTCGTCCACCGGTTGCGACAAGTGATTTTCGGCGGTGAAGCGATTGATGTGCAGAGCCTGCGCCCCTGGTTCGAACGTTTCGGCGACCAGACACCACAATTGATCAACATGTACGGCATCACCGAAACCACGGTGCATGTCACCTGGAGGCCGCTGTCGTTGCAGGATTTGCATGGCGAGGCCGCCAGCCCCATCGGCGAGCCCATTGTCGATCTGTCCTGGTATTTGCTCGATGCGCACCTGAACCCGGTGCCCAAGGGTTGCATCGGCGAGCTGTACGTCGGTCGCGCGGGCCTGGCCCGCGGTTACCATCAGCGCGCCGTCCTGACCGCCAGCCGTTTCATTCCGGACCCGTTCGACCCACTGCCGGGCGGACGCCTGTACCGCACCGGGGACCTGGCCCGCTACCTCAGCGACGGCAGCATCGAATACATCGGACGCCTCGATCATCAGGTCAAGATCCGCGGCTTCCGCATCGAGTTGGGCGAGATCCAGGCGCGCCTGCAAATGCTCTCGGCGGTCCGCGATTGCGTGGTGTTGGCCCATGTAGGCCCAGGCGGCCTGCAATTGATCGCGTACGTCATCCCGACGCAACCGGCCTCGGCCGAGTTGCGCGAAGGCCTGCTGACTGCGCTGAAAACGCAGATGCCGGACTACATGGTGCCCAGCCATCTGTTATTCCTCGATCACCTGCCGCTCAATGCCAACGGCAAGCTCGATCGCAAGGCCTTGCCGGAACCGGACGCCGCCCTCCGGCATTCGACCTACGTGGCGCCCCGCACGCAGTTGGAACAGGCCCTGGTGCAACTCTGGCAACAGTCGCTGAAGGTCGAGCGCGTGGGTATCAGCGACAGTTTTTTTGAGCTGGGTGGGCATTCGATCCTGGCGATCGAGCTCATCGCCAACCTCAAGGCACGCCTGAACCACACGGTGCGCCTGCAAGAACTGCTGGCCAACCCGAGCATCGCCGAACTGGCCCGGTTCATTTCGCAAAAACACCGCGAGCAGACGCAGTGCCTCGTCGCCCTGAACAACGCGCCCGCCAGCGCACCGCAGCTGTTCTGCCTGCACCCCAGCGGGGGCATCGTCTTCTGCTACCAGCCACTGGCGCGCAAACTGCAAAATCGCGCACTCACCTTCGGCGTCATGCACCGCGGCTTCAGCGAACCCCATGCGGGCGCCGAGGCCTGGCACCAGATGATTGCCGACTACAGCCAGGAAATCGTCTCGGCTCAGCCAGAGGGTCCGTATTACCTGATGGGATGGTCCCTGGGCGGGGCGATTGCCCTGGACATCGCGGCAACCCTGGAAAGCCAGGGTCATACGGTGGGTTTCCTGGGGCTGGTGGACAGCACGATTCCCGAGCACCTGTATCCCGCGACGTTGCCGCGTCATCGGGAACTGCTTGCGGAGGAAAAAACCGACCCGACCTCGCAGGATCTGCATGAGGCAATCGAGTATTTCGATCTGCTGTTCCCTGCTCTTACGGAACGCACCGCGGCCTTTCGACGGGAACACCCTGACAGCTCGGTCAAGGCCTTCCACGAGTGGGCCGCCGGCCAGATCGAGCCTGAGCGAGGCGACTTGCTGTCGGTCGTGCAGAGCGTCAAGGAAGAGGTCATGAATGCCCAGGCGTTCTCGGTGCATGACCGGTTGCTGGAGGCCTTTGAAGGGTTCACTTTCAAGCCGGTACGGGTACGTCCCAGCTGCTGGTGGACCGAGGCGGAGAAAACACCGCAAGAGCTGGCGTTTTGCGAGGCGTTGGTCAGGGAACATAGCTTGACTGGCGAGTTGCAGTGCTCGGTGCATTCTCCGTTGCGCCATCGGGGCATGATCTTTGATGAGGGGTTGCTTGATTCGTTGGTTGAGGTGTTTTTGGGGGGCTTGGCGGGGTAG MNELLDDDLLALLLDDAADDLHARSNRSRLDRAPLSFAQQRLWLEQQRDPTRSAYNLPRALRLTGELNADALEQALNRVIDRHDILRTAFIEIDGAATQVVERNACLVLHREDLAGLDQPTLSQRIEQHARRPFDLTQAPLMRATLLRLSPAEHVLLLNMHHIVSDAWSNTILMQDMTQAYAQGLLGDPSPLPPLPLQYADYAKWQRGEYLQSLACRRGGEYWSEYLGHDLPTLELPQDFARTASQTHMAGRVQVALAPAMVHALDTFCQRQGLTPFVVALGAWQLLLARYSRQTDFTVGVPNANRNNHESQDLVGFFVSSQVYRARIDSTRSALDFLRDLRVQSLAALEHADYPLELILDQLGANPLFQVLFNWRTGSQAASLPSPHQFMLEFLDTGENQAKFDVSLDVDYSQQQTVATFEYSRDLYRTQTIERMAEHWQNLLRGLIETPGCALGELPLLSADEQRLTLNDWNRRPTRLRQEECLHQVIETHAANTAEAIALTFEGQHISYAELNRHANQLAHRLIEQGVGPDVLVGIAVERTPRMIIGLLAILKAGGAYVPLDPAYPADRLAYMIEDSGVRQILTEAHLLDSLALPAGVDCLLLDPVDAVSTYPEHNPHVPMDPDNLAYVIYTSGSTGKPKGALLAHHNVSRLFQATDHWFGFGQQDVWCLFHSYAFDFSVWEIFGALLHGGRLVIVPHAVSRAPEDFYALVCQEKVTVLNQTPSAFKSLLQVACEAQQTLVHRLRQVIFGGEAIDVQSLRPWFERFGDQTPQLINMYGITETTVHVTWRPLSLQDLHGEAASPIGEPIVDLSWYLLDAHLNPVPKGCIGELYVGRAGLARGYHQRAVLTASRFIPDPFDPLPGGRLYRTGDLARYLSDGSIEYIGRLDHQVKIRGFRIELGEIQARLQMLSAVRDCVVLAHVGPGGLQLIAYVIPTQPASAELREGLLTALKTQMPDYMVPSHLLFLDHLPLNANGKLDRKALPEPDAALRHSTYVAPRTQLEQALVQLWQQSLKVERVGISDSFFELGGHSILAIELIANLKARLNHTVRLQELLANPSIAELARFISQKHREQTQCLVALNNAPASAPQLFCLHPSGGIVFCYQPLARKLQNRALTFGVMHRGFSEPHAGAEAWHQMIADYSQEIVSAQPEGPYYLMGWSLGGAIALDIAATLESQGHTVGFLGLVDSTIPEHLYPATLPRHRELLAEEKTDPTSQDLHEAIEYFDLLFPALTERTAAFRREHPDSSVKAFHEWAAGQIEPERGDLLSVVQSVKEEVMNAQAFSVHDRLLEAFEGFTFKPVRVRPSCWWTEAEKTPQELAFCEALVREHSLTGELQCSVHSPLRHRGMIFDEGLLDSLVEVFLGGLAG PGPT0003165_29 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACILLIBACTIN_METABOLISM,PGPT0003165-dhbF-K04780 NA NA D1-35_02194 1659 yojI_1 COG4615 ABC transporter ATP-binding/permease protein YojI ATGAGCCAACCACAACGCGGGGTGATCAGTGAACTGTTCAGCCTGCTCAAACCCTTCCGGCTGATTGTCGTAGGCTCCATCCTCTTGGGCATGCTCGGTGGCCTGAGCATCACCGCCCTGCTGGCGACCATCAACGACGCGCTGAACGCCGATGCCGGGCCCTCGCCACACATGCTCGGCACCTTCGCCGGGCTTTGCGCGGCGGCGCTGCTGACCTCGATCCTGTCGGACATCGGCACCAACCATGTCGGCCAGAACATCATCGCCAGCCTGCGCAAATCCCTCGGCCAGAAAGTCCTGTTGGCACCGATCGAACAGATCGAGCGTTTTCGCAGTCATCGGCTCATCCCGATACTGACCCACGACGTCAACATGGTCAGCAACTTCGCTTTCTCCTTTGCGCCATTGGCCATTGCCTTCACCGTCACCCTCGGCTGCCTGGCCTACCTGGCCTACCTGTCATTGCCGATGTTTGCGCTGCTGCTGGTGGCATTGGTGATCGGCACGGTCATCCAGTACGTGGCGCGAGCCCGTGGCATTCGCGGTTTCGAAGCGGCCCGCGAGGCTGAAGACGCCCTGCAAAAGCACTACAGCGCGATCGCCGCCGGCGCCAAGGAACTGCGTATCCATCGGCCTCGTCGCCAACGCATGTTCAGCCAGCGCATCGAAGCCACCGCCGAGCAGATCTGCGATACCAACATCCGCTCGGTCAACACCTTCGTGGTCGCCAAGACCTTCGGCTCGATGCTGTTCTTTGTGGTCATCGGCCTGGTCCTGGCCCTGCAATCGCTGTGGCTGGGCATCGACAAGGCGGTGCTCAGCGGTTTTGTGCTGGTGCTGTTGTATATGAAAGGGCCGCTGGAATACCTGGTGATGACCTTGCCGGTGATCAGCCGCGCCAACATTGCATTCAAACGCATTGCGGAGTTGGCCGAGCAGTTCTCCTCGCCGGAGCCACACCTGCTGCTCAATGATAAGAGCGTGCCCAAGCCGACGATCCAACAGCTTGAATTGCGTGACGTGCACTACGCCTTCCCGGCGGTCGACGGCAGCCAGGCCTTCGCCCTCGGACCGGTCAACCTGTCCATCGCCCAAGGCGAGATCGTATTCATCGTCGGCGAGAACGGCGGGGGCAAGACCACGCTGATCAAATTGCTGCTGGGCCTCTATGCGCCCCAGGGCGGTGAAATTCTGCTCGATGGCAAGCCGGTGCTGGCTGCGCAGCGTGACGATTATCGCCAGTTGTTCACCACGATTTTTGCCGACTACTACCTGTTCGATGAACTGGTGCAAGGCGACCAGCAAGTGCCGGGGACCGCCAATCGCTACCTGGAGCGCCTGGAGATTGCCCACAAGGTCAGCATTCACGACGGTGTCTTCAGCACCACCGATCTCTCCACCGGCCAACGCAAGCGCCTGGCCCTGCTCAACGCCTGGCTGGAAGAACGCCCGGTGCTGGTCTTCGACGAATGGGCCGCCGACCAGGACCCGGTGTTCCGGCGGATCTTCTACACCGAGCTGCTGCCGGAGCTGAAGGCCCTGGGCAAGACCATCATCGTCATTTCCCACGACGACCGTTACTTCGACATCGCCGATCAGCTGGTGCGGATGCAGGCCGGTCAGGTCGTCACTGAAAAGGTCCCGGCAGCCTTCGCCTGA MSQPQRGVISELFSLLKPFRLIVVGSILLGMLGGLSITALLATINDALNADAGPSPHMLGTFAGLCAAALLTSILSDIGTNHVGQNIIASLRKSLGQKVLLAPIEQIERFRSHRLIPILTHDVNMVSNFAFSFAPLAIAFTVTLGCLAYLAYLSLPMFALLLVALVIGTVIQYVARARGIRGFEAAREAEDALQKHYSAIAAGAKELRIHRPRRQRMFSQRIEATAEQICDTNIRSVNTFVVAKTFGSMLFFVVIGLVLALQSLWLGIDKAVLSGFVLVLLYMKGPLEYLVMTLPVISRANIAFKRIAELAEQFSSPEPHLLLNDKSVPKPTIQQLELRDVHYAFPAVDGSQAFALGPVNLSIAQGEIVFIVGENGGGKTTLIKLLLGLYAPQGGEILLDGKPVLAAQRDDYRQLFTTIFADYYLFDELVQGDQQVPGTANRYLERLEIAHKVSIHDGVFSTTDLSTGQRKRLALLNAWLEERPVLVFDEWAADQDPVFRRIFYTELLPELKALGKTIIVISHDDRYFDIADQLVRMQAGQVVTEKVPAAFA PGPT0003400_236 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-PYOVERDIN_TRANSPORT,PGPT0003400-pvdE-K06160 NA NA D1-35_02195 876 egtB Hercynine oxygenase ATGAACCGATTTTTATTGAAGACGCTTCCGGCATTGGCCCTCACCGCCCTGCTGCCCTCCCATGCCCAGGCCTCGCAACCGGGCCAGGTATTTCGCGACTGCAAGGACTGCCCGGAAATGGTCGTGCTGCCCACCGGCACCTTCCAGATGGGCGCGCCGGACAACGAGGTCGGCCGCGAGCCCGACGAAGGCCCGATGCACCCGGTGACGTTCGACAAACCGGTGGCCATCAGCCGCTTCCAGGTGCTCAAAGGCGAGTGGTTCGCCTACCTGCGCGACAGCGGCTACGTGATGCCTGACGGCGACAAGCGCCCCGGCCGCGCGTGCCAGGCCGGCGTCCCGGATTACCAGGGTAGCGATCCGCGCAAGCAATACACCGACCGGCACCCGGCGGTGTGCATGGATTTCGCCGAGGCCAGCGCCTACGTGGCGTGGCTGTCGAAAAAAACCGGCAAGCCGTATCGGTTGGTCAGCGAGTCCCTGCGCGAATACGCAGCGCGCGGCGGCAGCGATGGCCCGTTTCCCTTCCCGTTCGATGAAGGCAAGGACTACAGCATCGCCCAGCACGCCAATACCTACGGCGCCGCCGACGGCTACAACTTCACCGCGCCGGCCGGCAGCTTCGCGCCCAATGCCTTCGGCGTGTACGACATGCACGGCAACGTCTACGAATGGACCGCCGATTGCTTCAACGAAAACTACCTCAATGCTCCAGGCGACGGCAGCGCCGCACTGACAGGCAACTGCAAAGTACGGCGCATCCGTGGCAACGACTGGGGCGAAGCACCGGTGTTCTCCCGTTCGGGCAACCGCAACGCGGTGTTTTCCGATGCCCGCGGTGATTGGCTGGGGTTCCGGGTCGCCCGGGATATGTAG MNRFLLKTLPALALTALLPSHAQASQPGQVFRDCKDCPEMVVLPTGTFQMGAPDNEVGREPDEGPMHPVTFDKPVAISRFQVLKGEWFAYLRDSGYVMPDGDKRPGRACQAGVPDYQGSDPRKQYTDRHPAVCMDFAEASAYVAWLSKKTGKPYRLVSESLREYAARGGSDGPFPFPFDEGKDYSIAQHANTYGAADGYNFTAPAGSFAPNAFGVYDMHGNVYEWTADCFNENYLNAPGDGSAALTGNCKVRRIRGNDWGEAPVFSRSGNRNAVFSDARGDWLGFRVARDM NA NA NA NA NA D1-35_02196 1281 cefD_2 COG0520 Isopenicillin N epimerase ATGAACGAGCGCCGTACCTTTCTCAAGCAAGCCGGGATCCTGACGGCCGGCCTGCCGTTTGCCGCCAGCCTGCCGTCCATCGCCGCTGCAGATCCATTGTCGCCGCTGCCCCGAGACAAATGGGCGCAACTGCGCTCGTTGTTCAACCAGGACCCGGACTACCTGCATTTCTCCAACTTCCTCATCACCACTCACCCGCGTCCGGTGCGCGAGGCCATCGAACGCCACCGCGCCGCCCTCGATAAAAACCCGGGATTGTTGATGGACTGGGACCTGGGCGTCATCGAAGAGCGCGAGGAAAACGTGCGGACCTGGGCCGGGCGCTACCTGCAAGCGACACCGAAACAGATCGCCCTGACCGGCAGCACCACCGAAGGCCTGGCGATGATTTATGGCGGCGTCCATGTACGGCCCGAACAGGAAATCCTCACCACCGCCCATGAACACTATGCCACCCACACCATCCTCGACTTGCGCAAGCAACGGGACGGCACCCGGGTGCGCAAGATCAAGCTGTTCGAAAACGCCCGCGACGCCAGCGAGGCGCAAATCCTCGCGGCCATCGACCGCAACATCCGCCCCGAGACCCGCGTACTGGGCATGACCTGGGTGCACTCGGGCAGCGGCGTGAAGCTGCCGATCGGCAAGATCGGCGCCCTGGTGGACAAGCACAACCAGGGCCGCGGCGATGAGCAGCGGATCGTGTATGTGGTGGACGGCGTGCACGGTTTCGGTGTCGAGGACCTGAATTTCCCGCAGATGAATTGCGACTTCTTCATCGCCGGCACCCACAAATGGATGTTCGGCCCCCGGGGCACCGGCGTGGTGTGCAGCCGCAGCGAAGAAGTCAGGTACGTCACGCCGATCATCCCGACCTTCTCCGAGGCGACGGCGTTTTCCACCACAATGACCCCGGGCGGCTACCACGCCTTTGAGCATCGCTGGGCGGCGGACGAGGCCTTCAAGCTGCATCTGCAATTGGGCAAGGCCGAGGTGCAGGCGCGCATTCACGCGCTGAACAGCTACCTGAAAAAACAATTGCTGGCGCTGCCGCAGATCGAGCTGGTCACGCCGCTGAGCCCGGAGCTGTCGGCCGGTTTCAGCTTCTTCCGGGTCAAGAATCGTAAAAGCGATGAGATCGCTGCCTACCTGATGCAAAACCGCGTCATCGCCGACGCCGTGCACCGCGATGCCGGGCCGGTGATCCGCACCGCGCCGGGGCTGCTCAACACCGAAGTCGAAATCGACCGCTTCATGGCGCTGTTGAGCAAAACACTCTGA MNERRTFLKQAGILTAGLPFAASLPSIAAADPLSPLPRDKWAQLRSLFNQDPDYLHFSNFLITTHPRPVREAIERHRAALDKNPGLLMDWDLGVIEEREENVRTWAGRYLQATPKQIALTGSTTEGLAMIYGGVHVRPEQEILTTAHEHYATHTILDLRKQRDGTRVRKIKLFENARDASEAQILAAIDRNIRPETRVLGMTWVHSGSGVKLPIGKIGALVDKHNQGRGDEQRIVYVVDGVHGFGVEDLNFPQMNCDFFIAGTHKWMFGPRGTGVVCSRSEEVRYVTPIIPTFSEATAFSTTMTPGGYHAFEHRWAADEAFKLHLQLGKAEVQARIHALNSYLKKQLLALPQIELVTPLSPELSAGFSFFRVKNRKSDEIAAYLMQNRVIADAVHRDAGPVIRTAPGLLNTEVEIDRFMALLSKTL PGPT0010995_52 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-PENICILLIN_METABOLISM,PGPT0010995-cefD-K04127 NA NA D1-35_02197 1371 hypothetical protein ATGACCACACCACGTTCGAAAAAGGCTCTTTTCACCGGCGTATCCCTGGCCCTGGCGCTGGTCGTCGGTGGTGGGCTCGCGGCCTGGGACCATTGGTGGCGGGACAATCCCGGCTACCCGGTGAAGGTGATGAAAGAAGCCCGGGAGTTGCACGAGCGCCTGTTGTCCTTCGACAGTCACATCACCGTGCCGCTGGATTTCGGCACCGCCGGCAATGAAGCGGACAAGGACGGCAACGGCCAGTTCGACCTGGTAAAAGCCAATCGCGGTCACCTCTCCGGCGCCGCGCTGACCATATTCGGCTGGCCCGAACTGTGGAACGGCCCCAACGCGCCGCACAAGCCCACCGCCGGCTTCGTCGAGGAAGCGCGCAACCAGCAGGAAGTGCGCTACAAGATCATCACCGGCATGGTCCGGGATTTCCCCAACCAGGTCGCCATCGCCTACACCCCCGACGACTTCCGTCGCCTGCACGGCGAAGGCAAGTTCGCGATTTTCATCAGCATGCTCAACGCCTATCCCCTCGGCCACGACCTGAGCCTGCTGGACCTGTGGACGGCGCGGGGCATGCGCATGTTCGGCTTCAGCTACATCGGCAACAACGACTGGGCCGATTCTTCGCGACCGCTGCCGTTTTTCAACGATTCGCCCGACGCCCTTGGCGGCCTCTCGGACATTGGCAAGCAAGCGGTGAAACGCCTGAACGACCTCGGCGTGATCATTGACGTATCGCAAATGTCGACCCTGGCCCTGGAGCAAGTCGCACAACTGAGCCGCACCCCATTGGTAGCTTCTCACTCGGCGCCACGGGCCATGGTGGACATCCCGCGCAACCTCAGCGACAAGGAAATGCAGTTGATCAAGGCCAGCGGCGGCGTGGTGCAGATTGTCGGTTTCTCCCAGTACCTGCGACCGCTGACGCAAAAGACCCAGGACAAACTCAACGACCTGCGCGAGCGCTTCGACCTGCCGCCGCTGCCCAACCTGGCGATGGCGCTGATGCCCGGCGATCCGATCATCGCCGCGTGGCCGGAACAGCGATTCGGCGAATACGCCGGCCAGCTCTACGCCATTCTCGAAGAGGAACCCAAGGCCAGCCTCAAGGACCTGGGCGATGCCATCGACTACGCCGTGCGCAAGATCGGTATCGACCATGTCGGCATCAGCTCGGACTTCAACGAAGGCGGCGGCGTTAAAGGCTGGGAAGACGTCGGCGACATCCGCAACGTGACCGCCGAACTGCTGACGCGCGGCTACTCCGAAGCCGACATCGCCAAGCTTTGGGGCGGCAACTTCCTGCGCGTCTGGGACCAGGTGCAGAAAGCCGCCCAGCCAGCGATTGCCGCGACGCAGAAGGCGGCCCAGCGATGA MTTPRSKKALFTGVSLALALVVGGGLAAWDHWWRDNPGYPVKVMKEARELHERLLSFDSHITVPLDFGTAGNEADKDGNGQFDLVKANRGHLSGAALTIFGWPELWNGPNAPHKPTAGFVEEARNQQEVRYKIITGMVRDFPNQVAIAYTPDDFRRLHGEGKFAIFISMLNAYPLGHDLSLLDLWTARGMRMFGFSYIGNNDWADSSRPLPFFNDSPDALGGLSDIGKQAVKRLNDLGVIIDVSQMSTLALEQVAQLSRTPLVASHSAPRAMVDIPRNLSDKEMQLIKASGGVVQIVGFSQYLRPLTQKTQDKLNDLRERFDLPPLPNLAMALMPGDPIIAAWPEQRFGEYAGQLYAILEEEPKASLKDLGDAIDYAVRKIGIDHVGISSDFNEGGGVKGWEDVGDIRNVTAELLTRGYSEADIAKLWGGNFLRVWDQVQKAAQPAIAATQKAAQR PGPT0020950_405 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 D1-35_02198 1617 hypothetical protein ATGACGATTTCTCGACGATGGTTCATGGCAGGCCTGGCGCTGACCGGTGCCGCCGTGCCTGCGGTGTATTACGGGCACCGTGAACTGACCCGGCCGGACCCCACCATCACTCCCGGCGAGGCGTCGTTCGATGTGGCGGATGTGGCGGGCCAGCGCCGGGCCAACACGCTGCGGGGTATCTGGACGATCCGTTTCACCGGTCGCGATGCCGGTCTCGACGGTATGCCCGGCGACGGCCTGCAAGTGTTTCTCGACATCGCCCACAAGGGCCGTGGCCTAGTGGGCTGCCTGGACACCGGCGAACGCCTGCGTGCCGGGGACGAACCGCGTTATCGGGTCTTGGGCGACCTGGCCGGCAGCGACCCGAAGCAGTTGAGTTGGCGACTGATCGGCAGCGAACATGCCGCGCCGGATTACGAGTTCATCATGACCGTTGACGAAGTCTGGGCCGGTTTCGGCAATGCCGGCACCGCCACCCTCAGTGGCCGGGTGTTGCGCCTGGACCGCCCGCTGGCACAGCCGGAACTCGACAACCAGTTCATCGCCGTCAAGCAGCGCTTTCCCGAAGCCAGGGAGCGCATACCGCTGAGCCCGAAGCTCCTGGCCTGGCTGGTCTCGCCCGAGCACCGTCTGTTTCACCAGCTCTGGCACGCCTCGCGGGACAAATGGCACACCCTCGACGAAGACAAACGCAACGCCCTGCGCGGCCTTGGCTGGCAGCCCGGGCCGCGAGACAACGAGCGTGACGCCCGTGGGCCGCGCAAGGATCGCAACGGCTCGGGGGTGGATTTCTTTTTCATGCATCGGCACATGCTCGGCACGGCGCGTTCGTTCCAGCCGTTACCGTCGTGGCCGCGTTTCCCCTTGCCGCAACCGGAGCTGGAACGCGATCGCCTAGGCTTTGCCCGGTATTTCGATAACCTCGACGGCACGGCACTGCCGCCGACATGGCTGGCCCGTGGCGACGAGCAGTACGCCCAATGGGTCAGCGACATCAAGACCGCCGAGACCTACCACAGCAATTTCCAGGTCTGGGAGTCGCGCTATCGCGATCCGCGCTACCTGTCGAAGCTGACCTTGGGCCAGTTCGGTTCCGAGGTGGAACTGGGCCTGCATGACTGGCTGCACATGCGCTGGGCCTCGGTGCCCAGGGACCCGTCCAACGGTCATCCGGTGCCGTTCGCCCGTGATCAGGCGGACTTCGCCCAGCGCTGGTTCGAACCGGAGAACGATTTTCTGGGCGATCCGTTTTCCTCTCACGTGAGCCCGGTATTCTGGGCCTTCCACGGCTGGATCGACGATCGCCTCGAAGACTGGTTCCGCGCCCACGAGCGTTTCCATCCGGGCGAAGTCAGCCGGCTGCAAGTCAACGGCGTGCCCTGGTTCGCCCCGGGCCGCTGGGTGGAAATCGCCGACCCCTGGCTGGGCCCGGACACCCATGGTTGCAGTACCACGCCGGGGCTGCAGGTCGGCCGCTCGGTGGAAATGGACCCGGAAACCATGAAACTGGCGCTGCGCATCACCTTTGGCAGTGATGACGACAAACTCTCCAGACTGTTGCGCCGCGTGCCGCAACGGCCGTGGTACGCGCGTAATCTGAAGTCCAAGCCGGTTTGA MTISRRWFMAGLALTGAAVPAVYYGHRELTRPDPTITPGEASFDVADVAGQRRANTLRGIWTIRFTGRDAGLDGMPGDGLQVFLDIAHKGRGLVGCLDTGERLRAGDEPRYRVLGDLAGSDPKQLSWRLIGSEHAAPDYEFIMTVDEVWAGFGNAGTATLSGRVLRLDRPLAQPELDNQFIAVKQRFPEARERIPLSPKLLAWLVSPEHRLFHQLWHASRDKWHTLDEDKRNALRGLGWQPGPRDNERDARGPRKDRNGSGVDFFFMHRHMLGTARSFQPLPSWPRFPLPQPELERDRLGFARYFDNLDGTALPPTWLARGDEQYAQWVSDIKTAETYHSNFQVWESRYRDPRYLSKLTLGQFGSEVELGLHDWLHMRWASVPRDPSNGHPVPFARDQADFAQRWFEPENDFLGDPFSSHVSPVFWAFHGWIDDRLEDWFRAHERFHPGEVSRLQVNGVPWFAPGRWVEIADPWLGPDTHGCSTTPGLQVGRSVEMDPETMKLALRITFGSDDDKLSRLLRRVPQRPWYARNLKSKPV NA NA NA NA NA D1-35_02199 249 hypothetical protein ATGTTCAAGCACACCCCCAATCCCCCCGAAGAATCCCCCAGCCCGTTATTCACCGTCGCACCAGACGCCGACATCGAATGCCTGCTCGCCAACCTCAGCGAAACCCTCGCCTCGGCGAACGCGATGGCCAGCGACCTTGCCTTCGCCCTGGAAGGCTCGCGACGGCATTTGGCGTTGGGGATCCAGCAGATGATCGAGCTCGGTGAGCTCCTGGCAAACCGCGCCCTGGACATTGCCGCGCCGCGCTAG MFKHTPNPPEESPSPLFTVAPDADIECLLANLSETLASANAMASDLAFALEGSRRHLALGIQQMIELGELLANRALDIAAPR NA NA NA NA NA D1-35_02201 234 hypothetical protein ATGGGGCTGCTTCGCAACCCAGCGGGGATAAATCCCCTCGCCACACAGGAATCTCTGTTCGCCAATAATAGTGTTCGGCTTTGGTTCTGTTTATCCGGCCATGTAAGCCGTCCGAGCGAGGCTACGTTGCCTTGCGTCATTGCCTACAACTACGCCAGAATCCGCCGACTTGTGCGCTTGGCTCGTGGCTTTTACTGTTTCCGGGTCGCTGATTGCAGTGATCGGGTTTGGTAG MGLLRNPAGINPLATQESLFANNSVRLWFCLSGHVSRPSEATLPCVIAYNYARIRRLVRLARGFYCFRVADCSDRVW NA NA NA NA NA D1-35_02202 1395 ttgF_1 Toluene efflux pump outer membrane protein TtgF ATGAAAGCGCACCTGACCCTCCTGGCCGCCAGCCTGCTGCTGGCGGCCTGCGGCACACCTTTGTCGACACCCGACAGCGGCATCGAGCCGCCGCAAGCCTGGCAAACTGTCGATACGCCCAATGCGCGTGTCGATAACCAACAATGGTGGAAGCAGTTCGGCAGCCGGCAACTCGATCGTTTGATCGAACAGGCGCGCCAAGGCAGCTTCGACCTCGCGGCCGCCATGGCCCGGGTTCGCCAGGCCCAGGCCAGCGCGGTGATCGCCGGCGCGCCGTTGCTGCCGGAAATCCGCGCCGGGCTCAACGGCAATCGCCAGGAGCTGCTGCGGGGCAAGGGCTATAGCCAGTTGGACGTGGATCGGAACAACCGCACCATCGACTACTACGATGCCCACCTCAGCGCCAGTTATGAAGTGGATTTCTGGGGCGGCAAGCGGGCTACCCGGGACAGTGCGCTGAGCGCGTTGTCGGCCAGCCGGTTTGACCGGGCGACCGTGGAATTGACCTTGCTCAGCGCTGTCGCCAACAGCTACACCCAGGCCTTGTCGCTGCGCGAACAACAGCGCATCGCCGAACTTAACCTGGCCAACGCGCAAAACGTGCTCGACCTGGTGCAGACCCGCTACGACGCCGGCAGCGCCACGGCGCTGGAACTGTCCCAGCAAAAAAGCCTGGTGGCGACGCAGCGGCGCCGATTGCCCCAGGTGCAACAACAGGCGCGCGAGGCGTTGATCACCCTGGCGGCGTTGCTGGGCCAGCCGGTGCAAGCGCTCAAGCTCGACGATGAAACCTTCGACGCCTTGCACTGGCCCGCCATCGACGCGGGCGTACCCAGTGACCTGCTGCGCCGTCGCCCCGACATCGCCGCCGCCGAAGCACGCCTCGCCGCCGCCCAGGCCGACATCAGCGTGGCCCGCGCCGCCCTGCTGCCCTCGGTCACCCTGGGCCTGAGCCTGGCCACCGGCGCCGACATTGCCGACCAGTTGCTGCGCAACAACGTCTACAACCTCAGCGCCGGCCTGGCCGCGCCAATCTTCAACAACGGACGCTTGCGGGCCGAACGGGACAGGGCCACCGCGCGCCAGGAAGAACTGCTGGAAACCTACCGCGCCGCGATCGTCAACGGTTTCGCCGACGTCGAGAAAGCCCTGAACGGCATCCAGGGTCTGGACCAGCAGCGACAATGGCAGAGCGAAGAGCTGCACCAGGCGCAAACCGCCTTCGACATCGCCCAAAGCCGCTACCAGGCCGGCGCAGAAGACTTGCTCACCGTACTCGAAACCCAACGCACGCTGTACGCCGCCCAGGACATGAACGTGCAATTGCGCCTGGCACGGGTGCAGGCGAGCGTGGCGTTGTACAAGGCGCTGGGTGGGGGTTGGCGGGTGATGTAG MKAHLTLLAASLLLAACGTPLSTPDSGIEPPQAWQTVDTPNARVDNQQWWKQFGSRQLDRLIEQARQGSFDLAAAMARVRQAQASAVIAGAPLLPEIRAGLNGNRQELLRGKGYSQLDVDRNNRTIDYYDAHLSASYEVDFWGGKRATRDSALSALSASRFDRATVELTLLSAVANSYTQALSLREQQRIAELNLANAQNVLDLVQTRYDAGSATALELSQQKSLVATQRRRLPQVQQQAREALITLAALLGQPVQALKLDDETFDALHWPAIDAGVPSDLLRRRPDIAAAEARLAAAQADISVARAALLPSVTLGLSLATGADIADQLLRNNVYNLSAGLAAPIFNNGRLRAERDRATARQEELLETYRAAIVNGFADVEKALNGIQGLDQQRQWQSEELHQAQTAFDIAQSRYQAGAEDLLTVLETQRTLYAAQDMNVQLRLARVQASVALYKALGGGWRVM PGPT0009810_2792 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexXY-OprM,PGPT0009810-toxI|oprM|oprM|emhC|ttgC|cusC|adeK|smeF|mtrE|cmeC|gesC-K18139 NA NA D1-35_02203 1971 macB_1 COG0577 Macrolide export ATP-binding/permease protein MacB ATGAGTACGCCCCTGATCGAACTGCGGGACATTCGCAAGGCCTACGGCGGTGGCGACAGCCCACGGGTGGAAGTGCTGCGGGGTATCGACCTGTCGATTCACGCTGGGGAGTTTTTGGCGATCGTCGGGGCGTCCGGCTCCGGCAAATCGACGCTGATGAACATCCTCGGCTGCCTCGACCGTCCCACCAGCGGCGAGTACCGCTTTGCCGGTGAGAACGTCGCCCGACTGGGCAGCGACGAACTGGCCTGGCTACGCCGGGAGGCGTTCGGGTTCGTGTTCCAGGGCTACCACCTGATCCCGTCCGGCACGGCCCAGGAAAACGTCGAGATGCCGGCCATCTATGCCGGCACCTCGGCCGCCGAGCGTCATGCCCGGGCCAGCGCCCTGCTCGAACGCCTGGGCCTGGCGAGCCGCACCGGCAATCGTCCCCACCAGCTGTCCGGCGGGCAGCAACAGCGAGTGTCGATTGCCCGGGCCTTGATGAACGGCGGCCACATCATCCTCGCCGACGAACCCACCGGCGCCCTCGACAGTCAGAGCGGCATTGAAGTCATGGCGCTGCTCGACGAACTGGCGAGCCAGGGCCACGTAGTGATCCTGATCACCCACGACCGCGAAGTGGCGGCCCGGGCCAAACGCATCATCGAAATCCGCGATGGGCTGATCATCAGCGACAGCGCCACCACCACAGCCAGCGCACCACAAGCCAACCCCAAGGCGTTGCAGGCGGTGGATCTGCGCCAGCGCCTGAGCGCCGGCAGCGAGCACAACGGCGCCTGGAAAGGCGAACTGGTGGACGCCGTCCAGGCCGCTTGGCGAGTGATGTGGATCAACCGTTTTCGCACCGCCCTGACCTTGCTCGGCATCGTCATCGGCGTGGCCTCAGTGGTGGTAATGCTGGCGGTGGGCGAAGGCAGCAAGCGCCAGGTCATGGCCCAGATGGGCGCCTTCGGCTCTAACATCATCTACCTAAACGGCACCGCGCCCAACCCGCGCGCCGCCAAGGGCATCATCAGCGAACAGGACATCGCCGCCCTCGCCGCCCTGCCCGAAGTGCAGCGCTTCATGCCGGTCAACGGCAACAACGCCAACGTGCGTTTCGGCAACCTCGACCACACCAGCTACGTGGGCGGCAACGACACGAATTTCCCGACCATCTTCAACTGGCCGGTGGCCCAGGGCAGCTACTTCAGTGACACCGATGAGCGCAGCGCGGCGGCGGTGGCGGTGATCGGCCACAAGGTCCGGCAGAAGCTGCTCAAGGACGTCGCCGATCCCATCGGCCGCTACATCCTGATCGAAAACGTGCCATTCCAGGTGGTCGGCGTACTCGCCGAAAAAGGCGCCAGCTCGGGGGATTCGGACGCCGACAACCGCATCGCCGTGCCCTACTCCGCCGCCAGCGTGCGTCTGTTTGGCAGCCGTCATCCTGAATACGTGGTGATCGCCGCTCGCGACGCGGCCAAGGTCAAGGAGGCCGAGCAGGCCGTTTCCCGTACCTTGCTGCGACTGCACAACGGCAAGCAGGATTTCGAGCTGACCAACAACGCCGCGATGATCCAAGCCGAGGCCCGCACCCAGGGCACGCTGTCGTTGATGCTCGGGGCCATTGCGGCAATCTCGCTGCTGGTGGGCGGCATCGGCGTGATGAACATCATGCTCATGACAGTGCGCGAGCGGACCCGGGAAATCGGCATCCGCATGGCCACCGGTGCCCGCCAGCGCGACATCCTGCGCCAGTTCCTGACCGAAGCGGTGATGCTCTCGGTGGTCGGTGGATTGGCCGGCATCGGCCTGGCCCTGCTGGTGGGCGGCGCGTTGCTGCTGGGCAAAATCGCCGTGGCGTTCGAATGGCTGGCGGTGTTCGGCGCCTTCGGTTGTGCGCTGGTCACCGGCGTCGTCTTCGGTTTCATGCCGGCCCGCAAGGCCGCTCGCCTCGACCCGGTCGCGGCCCTTACCAGTGAATGA MSTPLIELRDIRKAYGGGDSPRVEVLRGIDLSIHAGEFLAIVGASGSGKSTLMNILGCLDRPTSGEYRFAGENVARLGSDELAWLRREAFGFVFQGYHLIPSGTAQENVEMPAIYAGTSAAERHARASALLERLGLASRTGNRPHQLSGGQQQRVSIARALMNGGHIILADEPTGALDSQSGIEVMALLDELASQGHVVILITHDREVAARAKRIIEIRDGLIISDSATTTASAPQANPKALQAVDLRQRLSAGSEHNGAWKGELVDAVQAAWRVMWINRFRTALTLLGIVIGVASVVVMLAVGEGSKRQVMAQMGAFGSNIIYLNGTAPNPRAAKGIISEQDIAALAALPEVQRFMPVNGNNANVRFGNLDHTSYVGGNDTNFPTIFNWPVAQGSYFSDTDERSAAAVAVIGHKVRQKLLKDVADPIGRYILIENVPFQVVGVLAEKGASSGDSDADNRIAVPYSAASVRLFGSRHPEYVVIAARDAAKVKEAEQAVSRTLLRLHNGKQDFELTNNAAMIQAEARTQGTLSLMLGAIAAISLLVGGIGVMNIMLMTVRERTREIGIRMATGARQRDILRQFLTEAVMLSVVGGLAGIGLALLVGGALLLGKIAVAFEWLAVFGAFGCALVTGVVFGFMPARKAARLDPVAALTSE PGPT0027920_359 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027920-macB|ybjZ|pvdT-K05685 NA NA D1-35_02204 1149 macA COG0845 Macrolide export protein MacA ATGAAACGTCCCCGCCTCACCCGCCCCGCCTGGCTCCTGACTTTCGCCCTGTTACCGGCCGTGGCCTTCGCCGCCTGGCAAGCGGTTACGCCGGACCACGGCCCCGTCGCCACCGCGGCCGTCACCCGCGGCGATATCGAAAACAGCGTCACCGCCCTCGGCACATTGCAACCGCGGCGTTATGTAGACGTCGGCGCCCAGGCCTCCGGGCAGATCCAGAGGATCCATGTCGAGGCCGGCGACGAGGTTCGCGAAGGTCAGTTGCTGGTGGAAATCGACCCGTCCACGCAGAAAGCCCGGCTCGACGCCGGACGTTTTTCCATCGAAAACCTCAAGGCCCAACTCCAGGAACAACGCGCCCAGCACGACCTGGCGCAACAGAAATTCCGCCGTCAACAACAGCTCAAGGCCGGCGGAGCTACTCGCGAAGAGGATGTGCAGACGGCGCAGGCCGAGGTGCGGGCGACCCAGGCGCGCATCGACATGTTCCAGGCGCAGATCCGCCAGGCCCAGGCCAATCTGCGCAGCGATGAGGCCGAATTGGGCTATACCCGGATCTACGCGCCGATGAACGGCACCGTGGTTGCCGTCGGAGCACGAGAAGGCCAGACCCTCAACGCCCAGCAGCAAACCCCGCTAATCCTGCGCATCGCCCGGCTGTCACCGATGACGGTCTGGGCCGAAGTCTCGGAAGCCGACATCGGCCACGTCAAGCCGGGCATGACCGCCTACTTCACCACCCTGGCCGGCGGCAACCGGCGCTGGAGCAGCACCGTGCGACAGATCCTGCCGGTGCCGCCGCGTCCGCTGGAAGCCAGCCAGGGCGGCAGCCCCTCCGGCGGCCGCAGCGGCAGCGAACGGGTGGTGCTCTACACCGTGCTGCTGGACGTGGACAACGCCGACCGCGCCCTGATGACCGACATGACCGCCCAGGTATTTTTCGTCGCTGCCCAGGCCAAGGACGTGTTGACCGTGCCCATCGCCGCGTTGCAGGACGCAAGCCAGGTGCGGGTGCTGGCCGACAATGGCGACATCCAGCCAAGGACCGTTCGCACCGGCGTCAGCGACCGCTTGCGCACGCAGATCCTCGACGGCCTGAGCGAAGGCGATCGCGTGCTGATCGGCCCGGCCAGCGGCAGCGGAGGCTGA MKRPRLTRPAWLLTFALLPAVAFAAWQAVTPDHGPVATAAVTRGDIENSVTALGTLQPRRYVDVGAQASGQIQRIHVEAGDEVREGQLLVEIDPSTQKARLDAGRFSIENLKAQLQEQRAQHDLAQQKFRRQQQLKAGGATREEDVQTAQAEVRATQARIDMFQAQIRQAQANLRSDEAELGYTRIYAPMNGTVVAVGAREGQTLNAQQQTPLILRIARLSPMTVWAEVSEADIGHVKPGMTAYFTTLAGGNRRWSSTVRQILPVPPRPLEASQGGSPSGGRSGSERVVLYTVLLDVDNADRALMTDMTAQVFFVAAQAKDVLTVPIAALQDASQVRVLADNGDIQPRTVRTGVSDRLRTQILDGLSEGDRVLIGPASGSGG PGPT0027919_912 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027919-macA|pvdR-K13888 NA NA D1-35_02205 480 fecI_3 COG1595 putative RNA polymerase sigma factor FecI TTGGAAAACTACTATCGCGAACTGGTGTGTTTCCTCAACGCCAGGCTAGGCAACCGCCAGGCGGCCGAAGATGTGGTGCATGACGCCTACGTGCGGGTGCTGGAGCGCGCCAGCGATACCCCCATCGAGCAGCCCCGGGCGTTCCTTTATCGCACCGCGCTGAACCTGGTGATCGACGGGCATCGGCGCAATACCCTGCGCCAGGTCGAATCCCTTGATGTGCTCGACAGCGAAGAACGGTTCTTCACCCCATCGCCCCATACCAGCCTGGACCACGGCCAGCGCCTGGACATGCTGCAACGGGCCCTGGCCGAGTTGCCGCCGCTGTGCCGCGAGAGTTTCCTGCTGCGCAAGCTCGAAGGCCTGTCTCACTCGCAGATCGCCGGGCGCCTGGGTATTTCCAGGGCGCTGGTGGAGAAACACATCGTCAATGCCATGAAGCATTGTCGTATTCGCGTACGGCAGTGGGACGCGTCCTGA MENYYRELVCFLNARLGNRQAAEDVVHDAYVRVLERASDTPIEQPRAFLYRTALNLVIDGHRRNTLRQVESLDVLDSEERFFTPSPHTSLDHGQRLDMLQRALAELPPLCRESFLLRKLEGLSHSQIAGRLGISRALVEKHIVNAMKHCRIRVRQWDAS NA NA NA NA NA D1-35_02206 1335 pvdA COG3486 L-ornithine N(5)-monooxygenase ATGACACAGGCAATTGCAGCGCCCACCGTTCACGATTTGATCGGCATCGGCTTCGGCCCTTCGAACCTGGCGCTGGCCATCGCGCTTCAGGAACGTGGCCCGGTCCAGGGCGAACTGGATGTGTTGTTCCTCGACAAACAGGCTGACTACCGCTGGCATGGCAATACCCTGGTGACCCAGAGCGAATTGCAGATTTCCTTCCTCAAGGATCTGGTGACCCTGCGCAACCCGACCAGCCCGTACTCGTTCGTCAATTACCTCAAGCACCATGGCCGCCTGGTGGATTTCATCAACCTCGGCACCTTCTACCCGTGTCGCATGGAGTACAACGACTACCTGCGCTGGGTGGCGGCGCAGTTCGCCGGCCAGAGCCGCTACGGCGAAGAGGTGCTGCGCATCGAGCCGGTGCTGCACAACCAGCAGGTTGAAGCACTGCGGGTGATTTCCCGCAACGGACGGGGCGAGGAGTGTGTGCGCACCACGCGTTCGGTGGTGGTCAGCGCTGGCGGCACGCCGCGCATTCCCGAGGCGTTCAAGGGGTTCAGGGAAGATGCGCGGGTGTTCCATCACTCGCAGTATCTGGAGCGCATGGCAACCCAACCGTGCGTGAGCGGCCAGCCAATGAAAATCGCGATCATCGGCGGCGGCCAGAGCGCAGCCGAAGCCTTCATCGACCTCAACGACAGCTTCCCATCGGCACAGGTCGACATGATCCTGCGCGGCTCGGCCCTCAAGCCGGCCGACGACAGCCCGTTCGTCAACGAAGTGTTTTCGCCGGAGTTCACCGACCTGGTGTTCCAGCAACCCCACAGCGAGCGCGAGCGGCTGGTCAATGAATACCACAACACCAATTATTCGGTGGTGGACATCGATCTCATCGAACGCATCTACGGGATTTTCTATCGCCAGAAAGTCTCGGGCATCGCCCGCCATGCGTTCCGTACCCTGACCACGATCGAAAAAGCCACGGCCACGGAGAATGGCGTGGAGTTGGCCATGCGCAACAACGCCACCGGCGAGCTGACAAACCGGCGCTATGACGCGGTGGTGCTCGCCACCGGCTACGAGCGCCAGATGCACCGCACCTTGCTCGAGCCGCTGGCGCAATACCTCGGCGATTTCGAGGTGGATCGCAACTACAAACTGATCACCGATGAGCGCTGCAAGGCCGCCATCTACATGCAGGGCTTTTGTCAGGCCAGCCATGGTTTGAGCGACACCTTGCTGTCGATCCTGCCGGTGCGCGCCGACGAAATCGCCGGCTCGCTCTATGAGCACGGCAAGGAACGCGGCCTGGGCCAATCGGTACGGGAACAGTTGCTGGCCACGGCATAA MTQAIAAPTVHDLIGIGFGPSNLALAIALQERGPVQGELDVLFLDKQADYRWHGNTLVTQSELQISFLKDLVTLRNPTSPYSFVNYLKHHGRLVDFINLGTFYPCRMEYNDYLRWVAAQFAGQSRYGEEVLRIEPVLHNQQVEALRVISRNGRGEECVRTTRSVVVSAGGTPRIPEAFKGFREDARVFHHSQYLERMATQPCVSGQPMKIAIIGGGQSAAEAFIDLNDSFPSAQVDMILRGSALKPADDSPFVNEVFSPEFTDLVFQQPHSERERLVNEYHNTNYSVVDIDLIERIYGIFYRQKVSGIARHAFRTLTTIEKATATENGVELAMRNNATGELTNRRYDAVVLATGYERQMHRTLLEPLAQYLGDFEVDRNYKLITDERCKAAIYMQGFCQASHGLSDTLLSILPVRADEIAGSLYEHGKERGLGQSVREQLLATA PGPT0003390_373 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-PYOVERDIN_BIOSYNTHESIS,PGPT0003390-pvdA-K10531 NA NA D1-35_02207 3645 bvgS_3 Virulence sensor protein BvgS ATGATTGTGTTTTCACGCATGAGCCTGGCGGCGTTGTCGCTGGGTTTATTGAGCATGGCACCGCAGGTCGTCGCTGCGCCCGAGTTACTGCAGGTGCTTGGGCGTTCCACCGTGAGCGGTTATTCGGTGTCGCTGGACGCAGCCGACCGGGCCTGGCTGCGCGACAAGGGCTCGTTGCTGCTGGGCGCCTCGGCGCCGGATTATGCGCCGTTCGGTATCACCGGCAATGGCCATGAATACGAAGGCCTGACCGCCGATTACGCCGGGTTGCTCGGTCAGTTGTTGCAGGTCGATGTGCAGGTGCGCCGGTACCCGTCGCGGGCCGAGGCGCTGCAGGCCCTGCGCGGCGGTGCAATCGACATGCTCGGCAGCGCCAATGGCTTCGAGGCGGGCGATCCGGAACTGGCGATGTCCCAGGCCTACGCCGATGACCAGCCGACCCTGGTGACCCGTGCCGGTGACAATCGCAAGCTCGCGCCGGACCTGGCGGGCAAGCGGGTGGCGATGCTTTATCACTATCTGCCCCCTGAAGCGGTCAAGGCTTTTTACCCCAAGGCTTCGCTGCAGCTGTACCCGTCGACGCTGAGCGCCATCGGTGCCGTGGCTTTCGGCCAGGCCGACGTCTATCTGGGGGACTCGATCAGCGCCCATTACCTGATCACCAAGAACTACCTGAACAACGTCCAGTTGGCCGATTTTTCACGCTTGGAAGTGCAGCCGTTCGCGTTTGCCCTGGCGCGTGACAACACGCGCCTGCTGCGGATCATCAACAGCGCCTTGCAAGCCATTCCCGGCACCGAGCGCATGGCGATCCTGCGCCGTTGGAGCGCCGGTGGCACAAGCATGCCCGGCCACCAACGGCTGCATTTCAGCGTCAGCGAACAACGCTGGCTGGACACGCATCCGCGAATCAGGGTGGTGATCAATGATCACTTCATGCCGCTCACGTTCATTGACCAACAGGGGCACTTTCGCGGCATCAGTGCCGATGTGCTGGCGAAAATCAGCCTGCGCACCGGGCTGAAATTCGATATCCAGCACGGTGAGTCGCTTGAGGATCTGATCGCGCAGGTCAAGGGCGGCGAGGCCGACGTCGTGGCGGCGTTCCCGCCGGGTTCCGACTACGCCGATGAACTGAGTTCCACCCGACCTTATTTGAGCAATCCCTACGTGCTCGTGGCCGCCCTGGATACCCAGGCCCCCGTCACGCCGGAGCAGATGGCCGGCAAGCGTCTGGCGCTGGTGCGCGGAAATGGGCTGCGCGATTACCTGCTGCAGCAATTTCCCGAGGTCCAACTGGTGCCGGCGCAAAACGCCGCCGATGCCCTGGCCATGGTGGCTTCCGGCGCGGTGGACGCGGCGATCAGCCCGCTGCTCAGTGCCAGCTACATGATCTCCCGTCAGTACCGCGACACGCTGCGGATCACCTGCACCGTCGGCACCGAGCCGGCGCTGATCGCCTTGGGCACCCGCCGGGACGCGCCGCAGTTGCATTCGATCCTGGACAAGGCGCTGCTCAGCGTTGCTCCTGAGGAAATGGACGAACTGACCAACCGCTGGCGTACGGAAATCGTTGTGGAAGACAGTTATTGGCTGCGCCACCGCGCCACCGTTCTCCAAGGCTTCGCCATCGCTGCACTGCTGTTGTTCCTGGCGCTGGGCTGGATCGGCTATCTGCGCCACCTGATACGCAAGCGTCGGCAGGCCGAAGTCGCCCTCAACGACCAGCTGGAATTCATGCGGGTATTGATCGATGGTACGCCGCATCCGATCTATGTCCGTGATCGCGAGGCGCGGTTGGTGTTGTGCAACAGCGGCTACCTTGAGGTATTCGGTGCCGAACGGCAGAGCGTTGTCGGCAAGACCCTGCTCGAAAGCGCGCCGGGGGATCCGGTCGAAGCGCGGCTCTACCACCATGACTATCTAAGGGTCATGGAGGAGGGCTTGCCACGGGTCCAGGACCGCGGCCTGACTGTGGCCAGCGGCGAGGTGCTGACTATTTATCAATGGATGCTGCCGTATCGCGGCAGCGACGGCGCGGTCAGCGGCATGATCGGCGGCTGGATCGACGTCAGCGAACGCCAGTACCTGCTCGAACAATTGCGCATTGCCAAGGACGGTTCGGATGACGCCAACCGGGCCAAGACCACGTTCCTGGCGACGATGAGCCACGAGATCCGCACGCCGATGAACGCGGTGATCGGCATGCTCGAACTGGCGCTGAAAAAGGCCGAAGAAGGCATTGTCGATCGGGCGGCCATCGAGGTCGCTTCGGGCGCCGCCCATGGCTTGCTGGCGCTGATCGGCGACATCCTCGATGTTGCCCGTATCGAGTCCGGGCGGATGTCGCTGGCGCCGGAGCGCGCCAACCTGCGGGAGCTGGTCGAGTCGGTGGCGCGGGTTTTCGAGGGCCTGGCCCGGCAGAAACACCTGGGCCTGCAGCTGGCCCTGGACGACGAGCTCGACCGCGACGTGCTGATCGATCCGTTGCACTTCAAGCAGGTGCTGTCGAACCTGCTCAGCAACGCGATCAAGTTCACCGATCAGGGCTTGGTGCGCTTGATCGCCGAGGTCGTCCCCGGCAGTGAAGACGAGCGACTCGCTGTTCGCTTGCGGGTGGAAGACACCGGCAGCGGGATTTCCCTTGAAGACCAGCAGCGGCTGTTCCAGCCGTTCACCCAGGTCGGCGACAACCGCGAGTCGACCCGCGGCGGCTCCGGGCTGGGGTTGGTCATCAGCCGGACCTTGTGCGAAATGATGGGCGGCACCCTGACGATGAGCAGCCTGCCGGGGGAGGGCACGCAGGTCGAGATCCGGCTGGATCTGCCGCTGCTCGACGCCTTGCTCCAGGCCCCACTTGCCGGGGGCAAGACGCCGTTGCCGATGCGGGTGCTGGCCATTCTGGTGGTCGATGACTATCCGGCCAATCGCCTGTTGCTGTGCCAGCAACTGAGTTACCTGGGCCACCGCGTGGAGGAGGCTGCGGAGGGTGTGCAAGGCCTGCATGCGTGGCGCGCCGGGCGCTTCGACATGATCATTACCGACTGCAACATGCCTTTGATGGATGGCTACGCATTGACCCGAGCCATTCGTGAAGAGGAGCACGCGCGAGGCCTGTCGCCGATATTGATACTCGGGTTCACCGCCAATGCCCAGCCAGAAGAAAAGCAGCGTTGCATCGACGCGGGAATGAACGACTGCCTGTTCAAGCCCATCGGGCTCGAAGTCCTCGGTGCCCGTCTGGCGCAGGTTTTTCCGGAACCGGCCGCAGGGTTTCCTGGAACGGAGGCCGAGGCGCCCGCGGATGATTTCGACCTGGACGGCCTGGCGCAGTTGACCGGCGGCGATACGGAGGCGCTGAACAGCCTGATCAGCGAACTGGTCACCTGCAATACCGAAGACACCGCGCAATTGCTGCACTTGTCCGCCCGGCATGATCTGCCCGGACTCGCCGACCTGGCGCATCGGATCAAGGGCGGGGCGCGGATGGTCAGGGCGCAAGGTCTGGTTAGCGCGTGCGATGCCCTGGAAGACGCTTGCCGGGAGCGGGATGCGTCGTCGTTGGCCGATGCGGTGGGTGACTTGCAGCAGGCGCTCGAACATTTGACCGGGCGGCTGCGTGCATCGTCGCTCTGGTCAGGTTGA MIVFSRMSLAALSLGLLSMAPQVVAAPELLQVLGRSTVSGYSVSLDAADRAWLRDKGSLLLGASAPDYAPFGITGNGHEYEGLTADYAGLLGQLLQVDVQVRRYPSRAEALQALRGGAIDMLGSANGFEAGDPELAMSQAYADDQPTLVTRAGDNRKLAPDLAGKRVAMLYHYLPPEAVKAFYPKASLQLYPSTLSAIGAVAFGQADVYLGDSISAHYLITKNYLNNVQLADFSRLEVQPFAFALARDNTRLLRIINSALQAIPGTERMAILRRWSAGGTSMPGHQRLHFSVSEQRWLDTHPRIRVVINDHFMPLTFIDQQGHFRGISADVLAKISLRTGLKFDIQHGESLEDLIAQVKGGEADVVAAFPPGSDYADELSSTRPYLSNPYVLVAALDTQAPVTPEQMAGKRLALVRGNGLRDYLLQQFPEVQLVPAQNAADALAMVASGAVDAAISPLLSASYMISRQYRDTLRITCTVGTEPALIALGTRRDAPQLHSILDKALLSVAPEEMDELTNRWRTEIVVEDSYWLRHRATVLQGFAIAALLLFLALGWIGYLRHLIRKRRQAEVALNDQLEFMRVLIDGTPHPIYVRDREARLVLCNSGYLEVFGAERQSVVGKTLLESAPGDPVEARLYHHDYLRVMEEGLPRVQDRGLTVASGEVLTIYQWMLPYRGSDGAVSGMIGGWIDVSERQYLLEQLRIAKDGSDDANRAKTTFLATMSHEIRTPMNAVIGMLELALKKAEEGIVDRAAIEVASGAAHGLLALIGDILDVARIESGRMSLAPERANLRELVESVARVFEGLARQKHLGLQLALDDELDRDVLIDPLHFKQVLSNLLSNAIKFTDQGLVRLIAEVVPGSEDERLAVRLRVEDTGSGISLEDQQRLFQPFTQVGDNRESTRGGSGLGLVISRTLCEMMGGTLTMSSLPGEGTQVEIRLDLPLLDALLQAPLAGGKTPLPMRVLAILVVDDYPANRLLLCQQLSYLGHRVEEAAEGVQGLHAWRAGRFDMIITDCNMPLMDGYALTRAIREEEHARGLSPILILGFTANAQPEEKQRCIDAGMNDCLFKPIGLEVLGARLAQVFPEPAAGFPGTEAEAPADDFDLDGLAQLTGGDTEALNSLISELVTCNTEDTAQLLHLSARHDLPGLADLAHRIKGGARMVRAQGLVSACDALEDACRERDASSLADAVGDLQQALEHLTGRLRASSLWSG PGPT0014485_167 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE_EVG-EMR_SYSTEM,PGPT0014485-evgS|bvgS-K07679 NA NA D1-35_02208 405 hypothetical protein ATGCCGAACAAAGCATTACGTATCATGATCGCCGATTCAGAGCATTTTCATCGAATGAAGCTTGAGCGCCTGTTCAACCAGCAAGGTTATTTCCGGATTGCGCCGGTGAACGACATGGAGGAATTGTTGCTGCTGGTGGAGTATGGCAGCGAGCCGTTCGACGTGATCGTCGCCAATGCCCGACTGGCAAGTGGCGGAGTGGAGTTAGCCGATTTCCTGGTCGACAACCCCCAGGTGCTTCACGGGTTGATCTACAACATGCCGCAGGCTGGCGTGTCGCCGCAGGTAGGCGGGCGCCGGTCTCACGTGCAACTGAGCCAGGCCGCGTTGCCCGAACCTGTTGCACTGGCCTGCCTGATGGCTCGTGCCGAGGGAGCGTGTATCAGCGAGCGGGCGCGCTCTTGA MPNKALRIMIADSEHFHRMKLERLFNQQGYFRIAPVNDMEELLLLVEYGSEPFDVIVANARLASGGVELADFLVDNPQVLHGLIYNMPQAGVSPQVGGRRSHVQLSQAALPEPVALACLMARAEGACISERARS NA NA NA NA NA D1-35_02209 615 bvgA_3 Virulence factors putative positive transcription regulator BvgA GTGAAAGACATGTTGATCGTGGACGACCACCCTGTCATTCGAGGAGCGTTGCGGCTCATTTGCCAGAATGAAGGGGCTGCGCAGGTCCGCGATGCCAGCAGCGTGGCGCAAGCCAGGGCCTTGATCAAGGAAGGCATACCCGACCTGGTGATCCTGGACCTGGTAATGAACGGTTTCGACGGCCTTGAACTGTTGAGCTGGATCATGGCCGAGTTCCCGTCATGCGGGGTGCTGGTGTTTACCTCCCAGGATGCCCAGCATTTCTGCAATCGCTGTATCTCGGCGGGGGCCCGAGGGTTTGTCACCAAGAAAAGCGACCTGAAGGAATTGACCAAGGCCATTCATGCATTGAAGTCCGGTTATTCCTATTTCCCACAGATGTCCGTCCGCCTGGATTTCCAGCAGCGCACCGAACAGCAGGCGCTGGAGAGTCTCTCGATCCGCGAGTTGTCAATCCTGCGGATGCTGGCCATGGGCATGCGCGGCAAGGACGTCGCCGAAGCTTTGTTCCTGAGCCCCAAGACGGTCAGCACCTACAAGACCCGCCTGCTGGAGAAGCTTGGCTTGAAAACCCTGGTGGGCCTGTCGGATTTCGCCAAGCGCAATCACTTGTAG MKDMLIVDDHPVIRGALRLICQNEGAAQVRDASSVAQARALIKEGIPDLVILDLVMNGFDGLELLSWIMAEFPSCGVLVFTSQDAQHFCNRCISAGARGFVTKKSDLKELTKAIHALKSGYSYFPQMSVRLDFQQRTEQQALESLSIRELSILRMLAMGMRGKDVAEALFLSPKTVSTYKTRLLEKLGLKTLVGLSDFAKRNHL PGPT0014490_394 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MdtEF-TolC,PGPT0014490-evgA|bvgA-K07690 NA NA D1-35_02210 825 dmlR_9 HTH-type transcriptional regulator DmlR ATGCCCAAGTCCAAGCTCAGCCGGCGTATCGCCCAGCTGGAGGAGCGCCTGGGCGTCAGGCTGATCCATCGCACCAGCCGGCATTGTTCGTTGACGGAAATCGGCCAGGCCTATTACCAGCGCTGCCTGGCCATGCGGGTCGAGGCTGAAAGTGCCGCCGAAGTGATCGAACGCAACCGCTCAGAACCCCAGGGACTGGTGCGCATCAGTTGCCCGACGGCGCTGCTCAACAGCTGGGTCGGACCGATGCTGACCCGCTACATGGTCAAGTACCCGCGGGTGGAGCTGTTCATCGAGAGCACCAACCGCCGCGTCGACCTGCTCCACGAAGGGTTCGATATCGCGTTGCGGGTCCGTTTCCCCCCGTTGGAAAACACCGACATGGTCATGAAGGTGCTGAGCAACAGCACCCAGTGCCTGGTGGGAAGCCCGGTCTATCGTGAAGGCCTGTCGTCCCCCGCCTCGCCGGCGGACCTCAATGGCCTGCCCAGCCTCCACTGGGGTTCGGCGCAACGTGAATACCAATGGGAGCTGTTCGGCCCGGACGGCACCCGCGCGCTGATCCGCCACGCACCGCGCATGGTCACCGACGACCTGCTGGCCTTGCGTCATGCGGTGCTGGCAGGCATCGGCATCGCTCACCTGCCCACGGTCGTGGTACGCGAAGACCTGGCCGCCGGACGCCTGGTGGAACTGGTGCCGGGCTGGACACCGAAATGCGGGATCGTCCATGCGATATTCGCCTCACGCCGTGGCTTGCTGCCCTCGGTGCGAACCCTGATCGACTTCCTCGCCGAGGAGTTCAGCCAGAGCGACATGGCCTAG MPKSKLSRRIAQLEERLGVRLIHRTSRHCSLTEIGQAYYQRCLAMRVEAESAAEVIERNRSEPQGLVRISCPTALLNSWVGPMLTRYMVKYPRVELFIESTNRRVDLLHEGFDIALRVRFPPLENTDMVMKVLSNSTQCLVGSPVYREGLSSPASPADLNGLPSLHWGSAQREYQWELFGPDGTRALIRHAPRMVTDDLLALRHAVLAGIGIAHLPTVVVREDLAAGRLVELVPGWTPKCGIVHAIFASRRGLLPSVRTLIDFLAEEFSQSDMA NA NA NA NA NA D1-35_02211 867 hypothetical protein ATGAAAAACATCACCGGCGTCTATACCAGTCCGCGGCCTCATTGGGTCGGCGACGGCTTTCCGGTTCGCACGCTGTTTTCCTACGATAATCTGGGCAAACATGTCAGCCCGTTCCTGCTGCTCGATCATGCGGCCCCCAGCGAATTCGCACCGACCACCGAGCGACGCGGCGTAGGCCAGCACCCTCATCGTGGTTTCGAAACCGTGACCATCGTCTACCAGGGCGAACTGGAACATCGTGATTCGACTGGCAGCGGCGGCAAGATCGGCCCCGGTGACGTGCAATGGATGACCGCTGCGTCCGGCATCATTCACGAAGAGTTCCACTCCGAAGCCTTCGCCCGGCAGGGCGGGTTCATGGAAATGGTCCAGCTGTGGGTCAACTTGCCCGCCAAGGACAAGATGGCGCCGGCCGGCTACCAGACCATTCTCAAGGGCGACATCCCACAGATCGCTCTGAAGGACGGAGCCGGTAGCTTGCGCCTGATTGCCGGGTCCTTCGAAGGGCATCAAGGCCCGGCGAAAACCTTTACCCCGATCGACGTCTGGGACATCCGCCTGAACGCCGGGAAGCACCTGGCCGTGGCCGTGCATGACGGTTACAACACCGCACTGGTTGTGCTGCGCGGTACCGTCCAGGTCAACGGCCGTGAACGCGTCGAGCAAGGGCAACTGGCCCTGTTCGAACGGGCCGGCGACCAATTGAGCCTGCAAGCCGACCATGACGCGGTGGTCCTGTTGCTCAGTGGCGAGCCCATCGATGAACCCATCGTCGGCCATGGCCCGTTCGTGATGAACAGCCAGCAGGAAATCCTCCAGGCCTTCGAGGATTTCCATTCCGGGCGCTTCGGCCGGATGGACGGCTGA MKNITGVYTSPRPHWVGDGFPVRTLFSYDNLGKHVSPFLLLDHAAPSEFAPTTERRGVGQHPHRGFETVTIVYQGELEHRDSTGSGGKIGPGDVQWMTAASGIIHEEFHSEAFARQGGFMEMVQLWVNLPAKDKMAPAGYQTILKGDIPQIALKDGAGSLRLIAGSFEGHQGPAKTFTPIDVWDIRLNAGKHLAVAVHDGYNTALVVLRGTVQVNGRERVEQGQLALFERAGDQLSLQADHDAVVLLLSGEPIDEPIVGHGPFVMNSQQEILQAFEDFHSGRFGRMDG PGPT0019980_2805 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_FLAVONOID_UTILIZATION PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911 NA NA D1-35_02212 1443 hypothetical protein ATGCTGTCTCTGTTCACCGACCACCCGCTGCTCTGTGCCCTGGCACTGCTTGTGCTCGATCTGGTGTTGTGGCGGCTTGTCAGCGCCGACCGGACCTACTGGAAAATCGGTGTACGGCTGCTGATCTTTTCGTTGTTCAGCGTGCTGCTGTTCAACGAAGGCCTCAATCCCATGGAAAAAGCCCAGTGGGTCGACGACGTGCCCCGGCACCTCGCGGCGACCGGCTTGCAGATTGGCTGGTGGTTGTTCGCCGCGCGCACTCTGACGGTGATGATCGGTGCGGTGATGATGCAACGGGTCGGCCATACCGGGCGGCTATTGCAGGACCTGCTCGGTGCGGTGATTTTCCTGGTCGCGGTGATCGCCGCGTTGGCTTACGTGCTCGACCTGCCTGTCAAAGGCGTGCTGGCGACGTCCGGCGCGATGGCAATCATCGTCGGCCTGGCGTTGCAGAGCACCCTCAGCGATGTTTTCTCCGGCATCGTGCTCAATACCACAAAGCCCTATCAGGTCGATGACTGGATTTCCATCGACGGCACCGAAGGCCGGGTCACCGACATCGATTGGCGGGCTACACGGCTGCAGACCTCCCAAGGGAGCATGGCGGTGATCCCCAACTCGCTGGCGGCAAAGGCCAAGATCATCAATTTCAGCCGACCCAGCGATGTCCATGGCTTGTCGATCAGCATCCAGGTGAGCCCTCACGCACGGCCGCAAACGGTAATCGACGCACTGGAGCGGGCGATGGTCGGCTGCCGTGCGTTGCTGTCGAGCCCGGAGCCCTGCGTGGCGCTGAAAAGCACCGGCAGTGGCGGGGCGGAATACGAGATCAGTGGGTTCGTTGCCTCGATGGGCCAGAAGCGCGGGGTGCGCAACCAGTTGTTCGACCTGGCGTTCCGGCATTTGCAGGCGTCCGGCGTGAGCCTGCTGTCCACTAGTGAAAGTGCGGCTCCCGCCGTGGTGTCGCGGCCCCGGGCATTGCTGGAGAGCTCGAACATTTTCTCGACCCTGCGCCAGGATGAAAAAGACACCTTCAGCCAGAACATGACCTTGCAAACCTTCCGCGCCGGCGACGTGATCCTGGCGGCCGGGGAGGTCAGCGATCATCTGTTCATCATCGAGTCCGGGGTGGTCAGCGTGACGCTCATGCGTAAAGGCCAGCCGCTGGAGGGCGGGCGCATGGGACCGGGGGAAGTTATCGGCGAAGCCGGAATCGTCGCCGAACAGGCCGCACTGGCGAACTTCTCTGCCAAGACCTTCTGCACGCTGTATCGCATCGAGAACAGCTACCTCAAGCCCTGCCTCGAAGCCCGTCGCGATATCAACGACGCGATGAAGAACCTGCTGGACGTGCGCATGCACCTGGCCCAGAACCTGACTCGCGACGTGCCCAAGCCGGTGGCCAAGAAGCGTTTTCTGCAGTGGTTGCGCAGCCGGGCCTGA MLSLFTDHPLLCALALLVLDLVLWRLVSADRTYWKIGVRLLIFSLFSVLLFNEGLNPMEKAQWVDDVPRHLAATGLQIGWWLFAARTLTVMIGAVMMQRVGHTGRLLQDLLGAVIFLVAVIAALAYVLDLPVKGVLATSGAMAIIVGLALQSTLSDVFSGIVLNTTKPYQVDDWISIDGTEGRVTDIDWRATRLQTSQGSMAVIPNSLAAKAKIINFSRPSDVHGLSISIQVSPHARPQTVIDALERAMVGCRALLSSPEPCVALKSTGSGGAEYEISGFVASMGQKRGVRNQLFDLAFRHLQASGVSLLSTSESAAPAVVSRPRALLESSNIFSTLRQDEKDTFSQNMTLQTFRAGDVILAAGEVSDHLFIIESGVVSVTLMRKGQPLEGGRMGPGEVIGEAGIVAEQAALANFSAKTFCTLYRIENSYLKPCLEARRDINDAMKNLLDVRMHLAQNLTRDVPKPVAKKRFLQWLRSRA NA NA NA NA NA D1-35_02213 441 hypothetical protein ATGCAACCGCGTATCGATTTCTACACCGCTTCCCCCGACGCCTACAAAGCCATGCTGACGCTGGAAAACACGGTGTCGAAACTGGGCCTGGAAAAGTCCCTGCTGGAGTTGGTCAAGCTGCGTTCCTCGCAGATCAACGGCTGCGCATTCTGCATCGACATGCACACCGCCGATGCGCGCAAGGACGGCGAGACCGAGCGGCGCCTGTACGCGGTGACCGCCTGGCGCGAAGCACCGTTCTTTACCGGCCGTGAACGCGCCGCGTTGGCCTGGACCGAAGCGCTGACACGCCTGAGCGAGACCCATGCGCCAGACGCGGACTACGCGCTGCTGAGCGAGCATTTCACGCCCAAGGAGATGGTCGATCTGACCGTGGCGATCAATGCCATCAACGGCTGGAATCGGCTGGCAGTGGGCTTTCGGAAAATGCCCGAGGTTTGA MQPRIDFYTASPDAYKAMLTLENTVSKLGLEKSLLELVKLRSSQINGCAFCIDMHTADARKDGETERRLYAVTAWREAPFFTGRERAALAWTEALTRLSETHAPDADYALLSEHFTPKEMVDLTVAINAINGWNRLAVGFRKMPEV NA NA NA NA NA D1-35_02214 765 nimR_1 HTH-type transcriptional regulator NimR ATGGCTTGGCTCGACGCTCACGCCCGCTTCGACCCCGATCGCCATCACGCGCCGGTCGTTGGCATCGCCGCAACGCTGGGTCATCACGATTCTGGCTTGCACGCTCACCGGCGTGGGCAATTGCTGTTCACCTTTCACGGCTGCACGCGCATCACCTTGCAACGGCAACTTTGCCTGCTGCCCCCCTCACGAGCGGCCTGGATTCCACCGGGCACGCCGCATCGCGCAGTGATGCAACAGAGCGTGGAGTATCGATCAATCTACCTGACGCCGGCTTTGTGCGCCGATCTACCTTCGCAAGTGCGCATCATCGAGGTTTCGCCACTGCTGCGCGCCGTACTTGAACCGATCGCCCACGCTGCGTTTGACAGCGACTGGATGCAGGGCCGCAACGCGCATCTGCTGGGCCTGTGCGTGGAGGAAATCCGCCAGGCGGCACCACAGCCGATGCTGCTGCCGCTGCCTCAAGACAAGCGCCTGGCGCCGCTGCTCAAGACTCTGGAACAACTGCCACCGGCGCTGGCTGTGCTGGAGCAGCAGATCGGCGCGAGTGGCCGGACCATCGGGCGAATCCTGCAACGGGAAACCGGCATGAGCTATCAGCAGTGGCGTCAGCAATGGCGCTTGATGCGCGCCATTGAACTGCTCGCCACTGGCCGCAGCCTGAGCTATTGCGCTTTCGAACTGGGCTTTGCCAGCGACAGCGCCTTTATCGCTTTCTTCAAGCTCATGACCGGTCTCACGCCCAAGAACTACCTGAGGTAA MAWLDAHARFDPDRHHAPVVGIAATLGHHDSGLHAHRRGQLLFTFHGCTRITLQRQLCLLPPSRAAWIPPGTPHRAVMQQSVEYRSIYLTPALCADLPSQVRIIEVSPLLRAVLEPIAHAAFDSDWMQGRNAHLLGLCVEEIRQAAPQPMLLPLPQDKRLAPLLKTLEQLPPALAVLEQQIGASGRTIGRILQRETGMSYQQWRQQWRLMRAIELLATGRSLSYCAFELGFASDSAFIAFFKLMTGLTPKNYLR NA NA NA NA NA D1-35_02215 1158 ydhC_1 Inner membrane transport protein YdhC ATGACATCCCGTCCCCTGCTTCATCTGGCGATCGCCCTGGTCATGTTTCCCCAGATCGCCCAGACCCTTTACAGCCCTGCATTGGCAGACATCAGCCAGGCCTTTGCCGTCAGCGCCCAAATGGCGGCGCAGACGCTTTCGGTGTTTTTCCTGGGGTTCGCTCTCGGAGTGGTGGTATGGGGGCGCCTCTGCGATCGCGCGGGCCGTCGGCCCGTCATGCTGGCCGGCCTCGCGTTGTACGGGGCTGCGACCGTGCTCGGTTTGAACGCCTCAAGCTTTGACGCGTTGCTGGCCTTTCAGGCCTTGGCCGCGTTCGGCGCCGCAGTCGGTTCGGTAGTGACCCAAACGGTTTTGCGTGACCGCTTCCAAGGCGCCGAACTGGGCCAGGTCTTCTCGATCATCGGTATCGCATTGGCGGCCAGTCCGGCTATCGGTCTGTTCAGCGGCGCGGGCCTGGTGGAGCTCTTCGGGTATCAAGGCGTACTCGGCGCACTTTTGCTGCTGTCGTTGATCCTGCTGCTGTGGTGCGTGTGTGCCTTGCCCGAAACCTTGCCGGTCCGACTGCCTCCACCGCCGCTGTTGAAAATCCTCTGGCGCATGCTGGTGGACCCGGCCATCTGGCGTTCGGCATGGCTGGTGGCTGCGTTCAACGTGGCGCTGTTCAGCTACTACAACCTCGCACCGTTCCAGTTCGAACGGCTCGGCTTGAGTCCCGCCATGTTCGGTTACAGCGGAGTAGTTCTGGCGTTGGGTTCAGGCTTGGGCGCCTGGCTCAACAAACGCCTGCTGGCACGCGGATTCGACGGCAATCAATTGTCGGCCCTGGCGGCGATTGTCCTGCTGGTGGGCGGTTCGGGCGTGCAAGGCCTGCTCGACAGCGGCAGCTTTGTCGCACCGATGTTGCTGGTAGTGCTGGCGTTCGGCATGGCGATCCCCAACGTCCTGGGTGCGGCGCTCGTACATTACAAGGATTGCCTGGGCACGGCCGGCGCGCTGTTCGGCCTGTTCTACTACGTGCTGATCGGCGCTGCGCTGATGCTCGCCGCCTGGTTCCAGGCGCTGGGCTGGACCTTGATCCTTTGCGGCACGCTGGCGGTGGGCTTGACGGTGCGCCAGTTGCTGCGTGCCAAACGCCAGTCATCCCGTGCCGGGAACTAA MTSRPLLHLAIALVMFPQIAQTLYSPALADISQAFAVSAQMAAQTLSVFFLGFALGVVVWGRLCDRAGRRPVMLAGLALYGAATVLGLNASSFDALLAFQALAAFGAAVGSVVTQTVLRDRFQGAELGQVFSIIGIALAASPAIGLFSGAGLVELFGYQGVLGALLLLSLILLLWCVCALPETLPVRLPPPPLLKILWRMLVDPAIWRSAWLVAAFNVALFSYYNLAPFQFERLGLSPAMFGYSGVVLALGSGLGAWLNKRLLARGFDGNQLSALAAIVLLVGGSGVQGLLDSGSFVAPMLLVVLAFGMAIPNVLGAALVHYKDCLGTAGALFGLFYYVLIGAALMLAAWFQALGWTLILCGTLAVGLTVRQLLRAKRQSSRAGN NA NA NA NA NA D1-35_02216 423 hypothetical protein ATGCAAGTTCAAGTCAACAGCAACCATATCGAAGGCAGTGTCCGATTGCAGGAGTGGGTCGGCAGTACGGTGGTGGACGCGCTACAGCGTTTCGAAGACCAGTTGGCCCGGGTTGAAATCCACGTCAGCGACGAGAACGCCCAGAAGGGCGGCGCCGCTGACAAACGCTGCCAGATCGAGGCGCGCCTGCAAGGCGTTGCGGCCATCTCCGTAAGCCACAAGGCCGAAAGCCTGGAGCTGGCGGTCGAGGGCGCCGCCGAGAAAATGCTGCATGCGCTCGATCATCAGGTTGGCAAGCTCAACCCCGCCGTCGAATCCATGGGGCGCGTGACCGCTCCGGTGGATGAAGCGCCACCGGAATTGGTGGACGCCATGCTGGAGGAAGACTTCCTCGCAAACCAAGAGGCTCGTGGCAAAGAATAA MQVQVNSNHIEGSVRLQEWVGSTVVDALQRFEDQLARVEIHVSDENAQKGGAADKRCQIEARLQGVAAISVSHKAESLELAVEGAAEKMLHALDHQVGKLNPAVESMGRVTAPVDEAPPELVDAMLEEDFLANQEARGKE NA NA NA NA NA D1-35_02217 1176 hypothetical protein ATGACCGCTCATCAACCCTTCAGCCGGCAGGTATTGGCCGAGCTTCTGGCATTCGACGAACAGCCGAGCCTTTCGTTGTATATGCCTACCCACCGTACATTCCCCGAACGCAGCCAGGACCCGATCCGCTACAAGAACCTGGTGCGCGAACTGCAGACGCAACTGGAACAACAGCATCCGGGCGTCGATTGCGCGCCGTTGCTTGAGCCTTTTCATGCGCTGGTGGACGACCAGGATTTCTGGAACTCCAATCGGGACGGCATCGCCGTATTCGGCGCCCGTGACTACTTCAAGGTCATCGCGGTGAACCAGCGCCTGCCGCAATGCGCATTCGCCAACAGCCATCCTTATCTGAAGCCATTGTTGCGTCTGGTCCAGTCGACCGAACGTTATCAGGTGCTGTGCCTGACCCGTAACGAGGTGTGGTTGTACGAGGGCTCCTCCCAACAACTGGAAAAAGTCGAGCTGGCCGACGAGGTGCCGCGCAACCAGAACGAGGCGCTCGGCGATGAACTGACTTCAGGTGACCAGCAGGGTTTTCCCAACGGCTTCAGCCGCAGCAGTGAGCGCGGCGATCCGATGATGCATGAATCCGCCGGCGGCGGTAAGCAGGACGAAATCAACCTCGACCGCGAGCGTTTTTTTCGCGCCGTAGACAAAGCCATCCTGGAACATTACTCGCAGCCTTCGGGCTTGCCGATGATCCTCGTGGCCCTGCCGGAAAACCAGGCGGTGTTTCGCGCGGTCAGCCATAACTCGCAGTTGTTGGCCCAGGGCATCGATGGGGACCCTTCGAGGTTGAGCGTGGAGGAGTTGCGCGTCCAGTGCTCCAAGGTCATGGCCCACAGCCATTCGGATCGGGTCGTCGACAGCCTCAATCGTTATGGCGTCGCGGTCGGCCAGGGACGGGCGCTGGACAACCTCGCCGAGATCGCCAAGGCCGCTTGGGAAAGCCGCATTGCGCTGTTGCTGGTGGAGGCGGAGCGCCAGGTGCCCGGCCAGCTCGACGCAGACAAGGGCCGCTTGATCATTGACGAGACCGGCGATGAACAGGCGCCTGACGTGCTGGACGAATTGATCCTGGCCGTGACCCGGCAGGGCGGCGAGGTCATCGTCGTGCCGCCTGAGCATGTCATGCCGACCGATACGGGGGCGGCGGCGGTGTGCCGGTTCTAG MTAHQPFSRQVLAELLAFDEQPSLSLYMPTHRTFPERSQDPIRYKNLVRELQTQLEQQHPGVDCAPLLEPFHALVDDQDFWNSNRDGIAVFGARDYFKVIAVNQRLPQCAFANSHPYLKPLLRLVQSTERYQVLCLTRNEVWLYEGSSQQLEKVELADEVPRNQNEALGDELTSGDQQGFPNGFSRSSERGDPMMHESAGGGKQDEINLDRERFFRAVDKAILEHYSQPSGLPMILVALPENQAVFRAVSHNSQLLAQGIDGDPSRLSVEELRVQCSKVMAHSHSDRVVDSLNRYGVAVGQGRALDNLAEIAKAAWESRIALLLVEAERQVPGQLDADKGRLIIDETGDEQAPDVLDELILAVTRQGGEVIVVPPEHVMPTDTGAAAVCRF NA NA NA NA NA D1-35_02218 501 fecI_4 COG1595 putative RNA polymerase sigma factor FecI ATGATTCCCAAGCTGCCTCGCAGACCCGGCTTTTTCGAGTATTACGAAGAGTTGATCGGCACCTGGACCCGCCGCCTGCGCAACCGCGAGCAGGCCGAGGACCTGGCCCACGACGCCTTCGTGCGCGTGCTCGAGTCCGATTCGGCGCAGGTCGAGCAGCCACGTGCCTATCTGCACCAGACAGCGCGCAATATTGCAGTGGACGGCTATCGGCGTGAAGATCGACGGGGCGCCATGGAGGAAGCGGCGCTTGACCCTGGTTATTCGTTTGCGGGCGACCCGGAGCACTACATGCACGCGATCCAGCTGGCGGACTCCATCGAACGGGCGCTTGCCGAGCTGCCGGCCCATTGCCGCACGGTGTTTGTCTGGCAGAAGATCGAAGGCCTGACCCAGGCGGAAATCGCCGAGCGCCTGGGCCTGTCAAAAAACATGGTGGAAAAGTATATGATCCGCACCCTGCGCCATCTGCGTGATCGCCTCGACGGACCGGATCAATGA MIPKLPRRPGFFEYYEELIGTWTRRLRNREQAEDLAHDAFVRVLESDSAQVEQPRAYLHQTARNIAVDGYRREDRRGAMEEAALDPGYSFAGDPEHYMHAIQLADSIERALAELPAHCRTVFVWQKIEGLTQAEIAERLGLSKNMVEKYMIRTLRHLRDRLDGPDQ NA NA NA NA NA D1-35_02219 972 hypothetical protein ATGATGGATAGCCGTGACTGCCCGTGCGGGCAGAGCAGGGTTCGCGACGAGGCGGCGCAATGGTTCGTGCGTCTGCAGGACCCGGTCATGAGCCTCGACGAGCGTCAGCGTTTCGAGGCCTGGCTGGGCGAACACCCCAACCACCGCGATGAAATTCAATTGCTGCAAGGGATCTGGAGCGCAACGGACCTGCTGTCCATGGAGCGCTTGCAAGCGCTGTGCGAGCGGCCTGCCGAACGCCCGAGACGCAGGCCTTTGCTGCGCTATGCGGTGGCCGCCGGATTGGTGGCGGTGGCGGTCGGGCTGGGGCTGTTCAGTGGCCTGGGTGCGTCGAGCGATTACCGCAGCGAATTCGCCACTGCCCTCGGTGAGCGTCGACATGTCGCGCTGCCGGATGGCTCGCTGATCGACCTCAACAGCCGCAGCCATGTGCGTGTTGTCTTCGAACATCGCCAACGTCGGGTAGAGCTGGTCGAGGGGGAGGCGCTGTTCAGGGTCGAGCATGATGCCGCGCGCCCGTTCACCGTTGACGCGGGCAACGGCCAGGTGACGGTGACCGGGACGCGCTTCGACGTGCGCCGCGATGCCGGCAGCACCCGGGTGGCGGTGGAGGAGGGTAGCGTCAAGGTCCAAGGGCGTGATTTCCCCATCAATCTCACGGCCGGCCTGGGTACCCGGATCGATGCTCAAGGCAAGGTCGCGTCACCGTACCCGATCAACGCCGATGAACTCACCGCGTGGCGCAACGGCAAGCTGGTGTTCAACAACGCGCCGTTGAGTGAAGTCGCCGAGGAGGTCTCCCGTTATCGCGCCAGGCCCCTGCGGGTTGCCAGTGCCGCGGTGGGCAACCTGCGCCTGACCAGTGTGTTTCGTTCGGACAATCCCGAGGCGCTGCTCAAGGCCTTGCCGAACATCCTGCCGGTGGCCGTGCGCACACTTGACGACGGCAGCCAGGAAATAATTGCGAAATAG MMDSRDCPCGQSRVRDEAAQWFVRLQDPVMSLDERQRFEAWLGEHPNHRDEIQLLQGIWSATDLLSMERLQALCERPAERPRRRPLLRYAVAAGLVAVAVGLGLFSGLGASSDYRSEFATALGERRHVALPDGSLIDLNSRSHVRVVFEHRQRRVELVEGEALFRVEHDAARPFTVDAGNGQVTVTGTRFDVRRDAGSTRVAVEEGSVKVQGRDFPINLTAGLGTRIDAQGKVASPYPINADELTAWRNGKLVFNNAPLSEVAEEVSRYRARPLRVASAAVGNLRLTSVFRSDNPEALLKALPNILPVAVRTLDDGSQEIIAK PGPT0003910_4009 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_02220 2439 fecA_2 COG4772 Fe(3+) dicitrate transport protein FecA GTGAAAACTTCCGCCAAGAACAACAAACGTACCGCCACCCGTTGGCTACCGCTGGCGCTGACCCTGGCGGTCAGCGCCGCGTTGCCCGAAGCTTTTGCCGACCAGACCGTCACGGCGATCCACATCCAGGCGCAACCCTTGGGCCAGGCGCTGAGCCAGCTTGGCCAGCAGACCTCGTTGCAGGTGTTTTTCAGCGCGGAGCTGGTGGCCGGCAAACAGGCCCCGGCGGTGCAGGGCAACCTGTCTCCCGAGGTGGCCCTGGGTCAATTGCTCAAGGGCAGCGGTTTGCAATACCAGATCGATGACGGCTCGGTGACTGTACTGCCGGCTCCTTCGACGTCTACCGATGGCCCACTGGAGTTGGGCGCCACCGAGATCCAAGTGGTCGGCGACTGGCTTGGCGACGCCAACGCCGAAGTGGTACAGAACCACGCCGGCGCGCGGACGGTGATCCGCCGCGAAGCGATGGTCGAGCAGGGCGCCATGAACGTCGGCGATGTCTTGCGGCGGGTCCCGGGCGTGCAGGTGCAAGACGCCAACGGCACCGGTGGCAGCGACATCGCCCTGAACGTCGGCGTGCGCGGCCTGACCTCGCGCCTGTCGCCGCGCTCCACGGTACTGATTGACGGCGTACCGGCGGCCTTCGCGCCGTACGGCCAGCCGCAACTGTCCATGGCACCGATCTCGTCGGGCAACCTGGACAGCATCGACGTGGTACGCGGTGCCGGCTCGGTGCGCTACGGACCGCAGAACGTCGGCGGCGTGATCAACTTCGTGACCCGTGCCATCCCGGAAAAAGCCACCGGGGAAATCGGCAGCACCCTGGAGACCTCCAAGCACGGCGGCTGGAAGCACATCGATACGGCGTTCCTGGGCGGTACCGCCGATAACGGGCTGGGCGTGGCGCTGCTGTATTCGGGCATCAACGGCAACGGATATCGCAAGAGCAACAACGATAACGACATCGACGACGTGATTCTCAAGACCCACTGGGCGCCGACCGACGTTGATGATTTCTCGCTGAACTTCCACTACTACGACGCCGAGGCCGACATGCCCGGCGGCCTGACCCAGGCACAATACGACGCCGACCCGTACCAGTCCGATCGCGACTGGGACAGTTTCAGCGGCCGCCGCAAGGACGTGTCGTTCAAGTGGATCCGCGAAATCGGCGAGCGCACCCAGGCCGAAGTGTTGACCTATTACTCCGACAGCTTCCGCGGCAGCACCATCGCCTCGCGGGACCAGCGCAACCTGGTGTCCTACCCGCGTAGCTATTACACCTTTGGCATCGAGCCGCGGGTGTCCCATGTGTTCGACCTCGGGCCGACCACCCAGGAGGCCAGCGTCGGTTATCGCTACCTCAAGGAAGGCATGCACGAGGAGGCCAGCCGCCTGGCGCTGCGCAACAACGAACCGGTGGTGCGTCCGGGCGCCGACGGTCACGTCTATCAGGACCGGACCGGTGGTACCGAAGCTCATGCGGTCTACATCGACGACAAGATCGACGTGGGCAAGTGGACCATCACTCCGGGCATCCGCTTCGAAAGCATCAGCACCGAATGGCACGACCGCCCGGTGCTCGACACCGCCGGCCGCCCGGTGCAGGAAAAGCGCCGCAGCATCGACAGCAACGAACCGTTGCCGGCCTTGAGCGTGATGTACCACCTGTCCGACGCCTGGAAATTGTTCGCCAACTACGAGACCTCGTTCGGCAGCCTGCAGTATTTTCAACTCGGCCAGGGCGGCGACGGCAACAACACCGCCAATGGCCTGAGCCCGGAAAAGGCCAAGACCTACGAGATCGGTACGCGCTACAACGATGACGTGTGGGGCGGGGAAGTGACACTGTTCTACATCGACTTCGACGACGAGTTGCAATACATCAGCAACGATGTGGGCTGGACCAACATGGGCGCCACCAAGCATCAGGGGCTGGAAGCGTCGGTGCACTACGACATGGCCGCGTTGGACCCGCGCCTCGACGGCCTGACCGCCAGCGCTGGTTTCACCTATACCCGGGCCACCTATGAAGGGGACATCCCGAGCTTCAAGGGCCGTGACCTGCCGTTCTATTCGCGCCAGATTGCCACCTTGGGCCTGCGCTACGAAGTCAATCGCTGGACTTACAACCTCGATGGCTTCGCCCAGTCCGGGCAACGTTCACCGGGCAACAGCGTGAACCCCGATGGCAGTTTCAGCGATAACTACATCACCGACGGCACCGCCGATGGGCAGTACGGCGACATGCCGGGCTATATGCTCTGGAACGTTCGGGGCGGCTATGATTTCGGCTCGCAGCTGTCGAACCTGAAACTCGGCGCGGGGGTGAAGAACCTGTTCGACCATCAGTACTACACGCGTTCCAGCGACAACAACTCGGGTATCTACGTCGGCGCGCCGCGTACGTTTTTCGTGCAGGCGAGTGTCGGATTTTGA MKTSAKNNKRTATRWLPLALTLAVSAALPEAFADQTVTAIHIQAQPLGQALSQLGQQTSLQVFFSAELVAGKQAPAVQGNLSPEVALGQLLKGSGLQYQIDDGSVTVLPAPSTSTDGPLELGATEIQVVGDWLGDANAEVVQNHAGARTVIRREAMVEQGAMNVGDVLRRVPGVQVQDANGTGGSDIALNVGVRGLTSRLSPRSTVLIDGVPAAFAPYGQPQLSMAPISSGNLDSIDVVRGAGSVRYGPQNVGGVINFVTRAIPEKATGEIGSTLETSKHGGWKHIDTAFLGGTADNGLGVALLYSGINGNGYRKSNNDNDIDDVILKTHWAPTDVDDFSLNFHYYDAEADMPGGLTQAQYDADPYQSDRDWDSFSGRRKDVSFKWIREIGERTQAEVLTYYSDSFRGSTIASRDQRNLVSYPRSYYTFGIEPRVSHVFDLGPTTQEASVGYRYLKEGMHEEASRLALRNNEPVVRPGADGHVYQDRTGGTEAHAVYIDDKIDVGKWTITPGIRFESISTEWHDRPVLDTAGRPVQEKRRSIDSNEPLPALSVMYHLSDAWKLFANYETSFGSLQYFQLGQGGDGNNTANGLSPEKAKTYEIGTRYNDDVWGGEVTLFYIDFDDELQYISNDVGWTNMGATKHQGLEASVHYDMAALDPRLDGLTASAGFTYTRATYEGDIPSFKGRDLPFYSRQIATLGLRYEVNRWTYNLDGFAQSGQRSPGNSVNPDGSFSDNYITDGTADGQYGDMPGYMLWNVRGGYDFGSQLSNLKLGAGVKNLFDHQYYTRSSDNNSGIYVGAPRTFFVQASVGF PGPT0003795_142 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_CITRATE_TRANSPORT,PGPT0003795-fecA-K16091 NA NA D1-35_02221 1152 ybjJ Inner membrane protein YbjJ ATGACTGCCATAACACCCCCGCCCACTTTTGTTCCCGGACGCCTGGAACAGATGTCCACCCGCATCGCCTATCTCATTGCCGGAATCGGTATTGCCGCCTGGGCGCCGCTGGTGCCTTATGCCAAGGCGCGGGCGAACCTGGATGAAGGGACCCTCGGCTTGCTGCTGTTATGCCTTGGGGTCGGGTCGATCCTGGCGATGCCGATCTCCGGTGCGCTGGCGACGCGGTTCGGCTGCCGTCGGGTACTCAGTGGCGGTACGATCCTGATCTGCCTGGCGTTGCCGCTGCTGGCGTCGATGAGTTCCTTGCCCTGGTTGGTGGCGGCATTGTTCGTGTTTGGCGCCGGGCTCGGCACCGTCGATTCGACCGTGAACCTGCAAGCGGTGATCGTCGAGCGCGCCAGCGGCAAGACCATGATGTCGGGTTTCCACGGCATGTTCAGCCTCGGCGGAATCATCGGCGCGGCCGGCGTGAGCGCCCTGCTCGGCCTCGGGCTTTCGCCGCTGGCGGCAACCCTGGTGGTCAACGCGGTCTTGCTGGTGGCGTTGTTCAAGGCCGCACCGCACCTGTTGCCCTACGGCAGTGAAAGCTCGGGACCGGCGTTTGCCATTCCGCATGGCGTGGTGCTGTTCATCGGCATCCTCTGCTTTATCGTGTTCCTGGCCGAAGGCGCGGTACTGGACTGGAGCGCGGTGTTCCTGACCACCGAGCGTGCGGTGGATACCGCCTACGCCGGGTTGGGTTATGCCGCGTTTGCGCTGACCATGACCGTCGGCCGGTTGACAGGCGATTCGGTGGTGCATCGCCTGGGTGCCAAGCGCGTGATCATCTACGGCGGCTCGATCGCCGCAGCAGGTTTCTTCCTGGCGACCCTCGCACCGATGTGGCAAGCGGCGCTGCTGGGGTATGCGCTGGTCGGCGCCGGGTGTTCGAACATCGTGCCAGTGCTGTACACCGCCGTCGGCAAACAGACCCTGATGCCCGAAGCCATCGCCGTGCCGGCCATCACCACGATCGGTTATGCCGGCATCCTCGCGGGGCCGGCACTGATCGGCTTTGTCGCCCATGGCAGCAGCCTGGCCATTGCGTTCGGATTGATTGCGCTGTCGCTGGTGGCGGTGGCGGTCAGCGGGAAGGTGTTGAAGGTCTAA MTAITPPPTFVPGRLEQMSTRIAYLIAGIGIAAWAPLVPYAKARANLDEGTLGLLLLCLGVGSILAMPISGALATRFGCRRVLSGGTILICLALPLLASMSSLPWLVAALFVFGAGLGTVDSTVNLQAVIVERASGKTMMSGFHGMFSLGGIIGAAGVSALLGLGLSPLAATLVVNAVLLVALFKAAPHLLPYGSESSGPAFAIPHGVVLFIGILCFIVFLAEGAVLDWSAVFLTTERAVDTAYAGLGYAAFALTMTVGRLTGDSVVHRLGAKRVIIYGGSIAAAGFFLATLAPMWQAALLGYALVGAGCSNIVPVLYTAVGKQTLMPEAIAVPAITTIGYAGILAGPALIGFVAHGSSLAIAFGLIALSLVAVAVSGKVLKV NA NA NA NA NA D1-35_02222 1164 Carnitine monooxygenase oxygenase subunit ATGGATCATCAGACTCAACTCAGGCTGACCCGGGAACTTCTGCGCCTCATTGACTGCAATGAAACCAGCCAGGCCGAGTCGCTTTCTCTCAACCCGGTGACCCGCTACACGTGCGTGGCGCATCTGGCGCGCGAGCAGGCCGTGCTCTTTCGCGGTGTCCCGCTGATGGTCGGCCTGTCCTGTGAATTACCCGGCTCCGGTGATTACCTGACCGATGATCGGTGCGGCGTGCCCATCGCTGTCGTCCGGCTCCCGGATGGCGGGCTCAGTGCATTCGTCAACGTTTGCCGCCATCGCGGCGCGCGTGTTCTGGAAGATCGAGGAACGTTGACGGGCTCGATGGTTTGTCCCTATCACGGTTGGGTCTACGATCTGGCTGGCAACCTGAGGACGGTGGCGCCCGCTGAGAGTTTCCAAGGCTTGACGTGTGCCGAGCGGAGCCTGACGCGCCTGGCGGTGTACGAGCAGCACGGGCTTATCTGGGTCAGCTCGGTGCCTGGCCGCGTCATCGAGCCGCTGGCGCCGATGGGAGCGCTGACCCAGGAAATCGCCAATTATCACTTCGAGAAATTTGCTCTTTATCGACGCGTTCAGCTCGATAAAGCTTTCAACTGGAAAATGGTCATAGAGACCTTCCTGGAGAACTGGCATTTCCCATTCGTGCATCGCAGAACGGTACTGCCAATTTTCTTGCCCTCGGTCAGCCTGTTCGAGGCATTTGGTCGCCACGGGCGTTTGATCATGCCACGCCGCTCCATCCTGCAGATGCGCGACGAGCCCATTGAGCAATGGAGCCTGCTCAAACATTCGCTGATCATCTATTGGCTGTTTCCCAATACCCTTTTGCTCTGGCAGGGCGATCATCTGGAAACCTGGCAGGTCTTTCCCGATCAAGAACGTGTTAATCGATGCACGGCTCAGGTGTCGCTTTATACGCCGCAGGCCGCGACGTCGGTTCGCGAACGCGAATACTGGGATAAAAACATGGCGCTTTTGCTCGAAACGGTGGACGGCGAAGATTTCGAAATTAGCGAGCGTATCCAGGGCGGCTTGCGCTCCGGCGCCCAGGAACACCTCACATTTGGCCGTCATGAACCGGCGCTGCAGCATTTTCATCGGCAGATCTGGCTGGCTTTGGAAGAGGCCCCGGCGCCGGCCGACTGA MDHQTQLRLTRELLRLIDCNETSQAESLSLNPVTRYTCVAHLAREQAVLFRGVPLMVGLSCELPGSGDYLTDDRCGVPIAVVRLPDGGLSAFVNVCRHRGARVLEDRGTLTGSMVCPYHGWVYDLAGNLRTVAPAESFQGLTCAERSLTRLAVYEQHGLIWVSSVPGRVIEPLAPMGALTQEIANYHFEKFALYRRVQLDKAFNWKMVIETFLENWHFPFVHRRTVLPIFLPSVSLFEAFGRHGRLIMPRRSILQMRDEPIEQWSLLKHSLIIYWLFPNTLLLWQGDHLETWQVFPDQERVNRCTAQVSLYTPQAATSVREREYWDKNMALLLETVDGEDFEISERIQGGLRSGAQEHLTFGRHEPALQHFHRQIWLALEEAPAPAD NA NA NA NA NA D1-35_02223 993 dapF_2 Diaminopimelate epimerase ATGACGCAGTTCTACAACGCACGCGGCAACCTCTACGGAGTCGTCTCACCGCAGCAGGTGCGTGCCCAGGGCATCGGCCTGCCGTCGTCCGCCGCCGAGGCGGCCTCGTTACGCCAATCCTGGGCCGGCGCCGCCGTGCAGGCCTTCTGCGCCTGGGCGCCGGGGGAGGCGCCGCCGGATGCCAAGGCTCATCGCAGTGATGGGCTGCTGGTCGGCCCGTTCCAGGACACGCCGCCCTTCGACCTGCTGATCGTCAATACCGACGGGACGCTGGCCGAGCGTAGCGGCAATGGCCTGACGATTTTTTCCCTGGTTCTGCAAGAGCGGGGGTTGCTGGTGGGCGATGACGATTGCGTACTGCAGGTTCACCACGACAAACCCGACGGTATCTCACCGCTGCGGACATCGGTTCGCGCCGCTGAACTGGGCGGGGTCCCAGGCTTCTGGCTGGACCTGGGGACACCGCTGTTCGGGCCCGCTGCCGTGGGCGCTCAAGGTGTAGCAGCGGTGACCTTCAAGCAATGCGCGGTAAGCCGGGTGCCTGCGCTGCATGGCTTGAACCCGGCGTGGGGCAACAGCCAATTCGTGCGCATCGGCAATCCTCATTGCGTAACGCTGGTGGATGACGTGGAGGCGTTGCCAGGTCTTGCGCAGATGCGCGCCGAGGCGCTGGCGCAAAGCCTGACCAACATTGCCTATGCAGCGCCTGGCGGGGCGGGGATTCCTTGTCCGGCGGGCGTCAACCTGCAATGGGCCTGGCGCGCCGCCGACGGACAAATCGCCGCCCGGGTGTTCGAGCGGGGCGAAGGCCCAACCGCGTCCTCCGGCACCAGCGCTTGCGCCGTCGCGTGTGCCGCGTGGTGGGTGGGCTGGGTGCAGGCCGGGACGGTGAGCGTCATGATGCCCGGCGGTACTGCGCCAATCCTGTTGCAAGAGCGGGAGGGTGAGTTGGTACGGGTCAGCCTGTTTGGCACGGCCAGCGCCATGCGTTAG MTQFYNARGNLYGVVSPQQVRAQGIGLPSSAAEAASLRQSWAGAAVQAFCAWAPGEAPPDAKAHRSDGLLVGPFQDTPPFDLLIVNTDGTLAERSGNGLTIFSLVLQERGLLVGDDDCVLQVHHDKPDGISPLRTSVRAAELGGVPGFWLDLGTPLFGPAAVGAQGVAAVTFKQCAVSRVPALHGLNPAWGNSQFVRIGNPHCVTLVDDVEALPGLAQMRAEALAQSLTNIAYAAPGGAGIPCPAGVNLQWAWRAADGQIAARVFERGEGPTASSGTSACAVACAAWWVGWVQAGTVSVMMPGGTAPILLQEREGELVRVSLFGTASAMR PGPT0007230_253 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778 NA NA D1-35_02224 1566 amyP Glucan 1,4-alpha-maltotetraohydrolase ATGAAAAGGACGTCACTGCCGGGCTTGCTGCTGGGCATTGTTTTAGCTTTGCCAGCGATGGCTGCAACCGATGCCGTGCGTAATGGCAGCGCAGAGGAAATCCTGCTGCAAGGCTTTCACTGGAACTCCAGCCGCAACACGGAAAAGTGGTACCCGGTGCTCTCGCGCATGGCCAACACGATTGGCGCCGACGGCTTTACCGCCATCTGGATGCCACCGCCATGGGCGGATCAATCAAGTTGGAACAACGGGACCGTTTCGGGGGGCGGCGAAGGTTACTTCTGGCACAGCTTCGAGAAGGACGGCCGCTACGGTACCGACGCACAGCTGCGTCAGGCAGCGGCCGCGCTGAACAAGGCCGGGGTCAAGGTCATCTACGACGTGGTGCCCAATCACATGGCTGAACGAGACGGCCCTTCGATGTTTGTTCGAGGCAGCGGGGAGTGGCGGCAGGACTGCCGCCCTGCATGCGATGAAGGCGACGCATTCGACGAGGGCGACCCGGATCTGAATACCGGCAACCAGCGAGTAGCTGAAACCTTCAAGAATGAGTTCATCAACCTGCGCGACAACTACGGCGCGCAAGGCCTGCGCTTCGACTTCGTCCGGGGTTACGCTCCCGAAACGGTGGATAAGTGGATGGAGGCCTTCGGCAGCCAACAGTTCTGTGTCGGCGAAAACTGGAAAAGCCCTAACGAGTATCCACCGAGTGACTGGCGGCACGGCGCAAGTTGGCAGGAAGTATTAAAAGACTGGTCGGATCGCTCACACTGCCCGGTGTTCGACTTCGCGCTCAAGGAGCGCATGCAGAACGGTCCGATCGCCGAATGGCGCCATGGCCTGAACGGCAATCCAGACCCGGCCTGGCGCCGAATCGCAGTCACCTTCGTCGATAACCACGACACCGGCTACTCACCCGGCGCCTATGGCGGCCAACATCACTGGCCGGTCGCCGATGCGTTGATCAACCAGGCCTACGCTTACATTCTCAGCAGCCCCGGTACGCCGACCGTGTATTGGGCTCACATGTACGACTGGCAACGGGATGAGCTGATTCGTCGGCTGATCAAATTGCGCAAGGACGCGGGTATTCGCGCCGACTCGCCAATCCGCTTCCACCCCAATTACTCGGGATTGGTGGCGACTACCAGCGGCAGCCGAAAAGCCCTGGTAATCGCCCTGCAGTCGGATCTCCAGCAGTTGCCTCAAGGTATGCAGGCAGCGGCACTGGAGTGGGACAACGGCGCCATCCGCATCTGGAGCATCCCTGCCGAACCGCCGCAGGTTTCGGTCAGCTTTCATTGCGACAACCCAGGCGCTCAGCACGGCGAAAGCGTTTACGCCGTTGGGTCGTCCCTGGAATTGGGGGCGTGGGATCCTCGCCACGCCGTGCCGCTGGAGGGCTCCAATAATCGCCGGAGCAGCGTTATCCAACTGCCTGCGCAGCAACAAGTGGAATGGAAGTGCATGGTTCGCCGCCAGGACTCTGCGGAGATTCGTTGGCAGCCAGGGCCGAACGTTTCATTCACCAGTGACACGGCCTACGAGACGACCGGGCGACTTTAA MKRTSLPGLLLGIVLALPAMAATDAVRNGSAEEILLQGFHWNSSRNTEKWYPVLSRMANTIGADGFTAIWMPPPWADQSSWNNGTVSGGGEGYFWHSFEKDGRYGTDAQLRQAAAALNKAGVKVIYDVVPNHMAERDGPSMFVRGSGEWRQDCRPACDEGDAFDEGDPDLNTGNQRVAETFKNEFINLRDNYGAQGLRFDFVRGYAPETVDKWMEAFGSQQFCVGENWKSPNEYPPSDWRHGASWQEVLKDWSDRSHCPVFDFALKERMQNGPIAEWRHGLNGNPDPAWRRIAVTFVDNHDTGYSPGAYGGQHHWPVADALINQAYAYILSSPGTPTVYWAHMYDWQRDELIRRLIKLRKDAGIRADSPIRFHPNYSGLVATTSGSRKALVIALQSDLQQLPQGMQAAALEWDNGAIRIWSIPAEPPQVSVSFHCDNPGAQHGESVYAVGSSLELGAWDPRHAVPLEGSNNRRSSVIQLPAQQQVEWKCMVRRQDSAEIRWQPGPNVSFTSDTAYETTGRL PGPT0019210_14 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-HYDROLASE,PGPT0019210-mta-K22253 NA NA D1-35_02225 1248 codA COG0402 Cytosine deaminase ATGCACATCATCAACGCCCGCCTGCGCAACCGCGAAGGCTTGCATGAACTGCACCTGGAAAACGGCCTGATCGCCAGCATCGCCCGCCAGACCGAGGCCCCCAGCCTGGGCCCCGAAGACCTCGACGCCGGCGGCAACCTGGTGGTGCCGCCCTTCGTCGAGCCGCACATTCACCTGGACGCCACCCTGACTGCCGGCGAACCGCGCTGGAACATGAGCGGTACGCTGTTCGAAGGTATCGAGTGCTGGGGCGAACGCAAGGCCACCATCACCCACGAAGACACCAAAACCCGCGCCAGGAAGACGCTCCAGGCCCTCGCCGCCCATGGTATCCAGCATGTGCGCACCCACGTCGACGTGACCGACCCGACGCTCACCGCGCTCAAGGCAATGCTGGAAGTGCGCGAGGAAAGCCGTCATCTGGTCGACATGCAGATCGTCGCGTTTCCCCAGGAGGGCATCGAGTCCTACCGCAGCGGTCGCGAACTGATGGAAGAAGCCATCCGCATGGGCGCCGACGTGGTGGGCGGCATTCCGCATTTCGAGTACACCCGCGATCAAGGCGTCAGCTCGGTGAAATTCCTCATGGACCTGGCCGAGCGCACCGGTTGCCTGGTGGATGTGCATTGCGACGAAACCGACGACCCGCACTCGCGCTTCCTCGAGGTACTCGCCGAAGAGGCCCGCAGCCGCGACATGGGCGCCCGGGTCACCGCCAGCCACACCACGGCCATGGGCTCCTACGACAACGCCTACTGCGCCAAGCTGTTCCGCCTGCTCGGGCACTCGGGCATCAGCTTTGTATCGTGCCCCACCGAAAGCATTCACCTGCAAGGACGCTTCGACAACTTCCCCAAACGCCGTGGCGTCACCCGGGTCAATGAACTGCTCGAAGCCGGGATGAACGTCTGCTTCGGCCAGGACTCGATCGTCGACCCGTGGTATCCGTTGGGCAATGGCAACATCCTGCGCGTGCTCGAAGCCGGGCTGCACATCTGCCATATGCTCGGCTACCGCAACCTGCAAAGCGCTTTGGACCTGGTCACTGACAACAGCGCCAAGGCCATGGCCCTGGGCGAACGTTACGGACTGGAACCCGGACGCCCGGCGAACCTGCTGATCCTCTCGGCCGACAGCGACTACGAAGTGATCCGCAGCCAGGGCCTGCCGCTTTACTCGATTCGCAATGGTGAAGTGTTGATGAAGCGGCAGATGCCGGTGGTGGAGTTTCCCCCCCGGGCAGGTTGA MHIINARLRNREGLHELHLENGLIASIARQTEAPSLGPEDLDAGGNLVVPPFVEPHIHLDATLTAGEPRWNMSGTLFEGIECWGERKATITHEDTKTRARKTLQALAAHGIQHVRTHVDVTDPTLTALKAMLEVREESRHLVDMQIVAFPQEGIESYRSGRELMEEAIRMGADVVGGIPHFEYTRDQGVSSVKFLMDLAERTGCLVDVHCDETDDPHSRFLEVLAEEARSRDMGARVTASHTTAMGSYDNAYCAKLFRLLGHSGISFVSCPTESIHLQGRFDNFPKRRGVTRVNELLEAGMNVCFGQDSIVDPWYPLGNGNILRVLEAGLHICHMLGYRNLQSALDLVTDNSAKAMALGERYGLEPGRPANLLILSADSDYEVIRSQGLPLYSIRNGEVLMKRQMPVVEFPPRAG PGPT0021315_1331 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021315-codA-K01485 NA NA D1-35_02226 1272 codB_1 COG1457 Cytosine permease ATGACTCAGAACGATCCCGGTAACGACTACCCCTTGAGCGAAGTCCCGATGCACGCCCGCAAGGGCCTCGCCTCCACGGCCATGGTGCTGCTGGGTTTCACTTTTTTCACCGCGACCATGTTTGCCGGCGGCAAGTTGGGCGTGGCGTTCGGTTTCGCCGAGATGCTCGGCGTGATTGTCATCGGCAACCTGCTGCTGGGGCTGTACGCGGCCAGCCTGGGTTACATCGCCTTCAAGAGCGGGCTCAATTCAGTGTTGATGGGCCGCTTCTGTTTTGGCGAGGTGGGCAGCAAGCTCAGCGACTTGATCCTGGGCTTCACCCAGATCGGCTGGTACGCCTGGGGCACGGCCACTGCGGCGGTGGTGCTGGGCAAGTATTTCGAATTGAGCCAGGGCACCGTTCTGGGGTTGATGGTGCTGTTCGGGCTGGGCTTCTGCGCCACGGCCTACATCGGCTATCGCGGGCTGGAAATCCTCTCGTACGTCGCCGTCCCGGCGATGATGCTGTTGCTGATCCTCTCGATGTGGGTTGCCACGCAGCAGGTCGGTGGCCTCGATGGCCTGCTCGCGGTAGTGCCCACCGGCAGCCTCGACTGGTCGACCGCGATCACGCTGGTGTTCGGCACGTTCGTCAGCGGCGCCACCCAGGCGACCAACTGGACGCGCTTTTCCCGTTCGGCAAAGGTCGCGGTGCTGGCCAGCCTGATCGGTTTTTTTCTCGGCAATGGCCTGATGGTGCTGATCGGCGCCTACGGAGCCATCGTCTACCAGCAGCCCGATGTGGTCGAAGTCTTGCTGCTGCAAGGTTTCGCCATGGCGGCGATGGCGATGCTTCTGCTCAACATCTGGAGCACCCAGGACAACACGATCTACAACTTTGCCGTGGCCGGCTGCAACCTGCTGCGCACCCGCCGACGCAAGACCGTCACACTGGCCGGCGCGGTGATCGGCACGCTGCTGGCGCTGCTGGGCATGTACGATTTGCTGGTGCCGTACCTGATCCTGCTCGGCACCGTGATCCCACCGATTGGCGGGGTGATCATGGCCGACTTCTTCTTCCGCTGGCGTGGTCGCTATCCGCGCCTGGCCGCGGCGCAACTGCCGGCCTTCAACTGGCCCGGGCTGTGTGCTTACGGCGTCGGCACGGTGGCCGCCTTCAATTCACCCTGGGTCGCGCCGCTGGTAGGAATCGCCACCGGCGCGCTAACGTATGTGCTATTGATCGGCGTGATGGGTATTCGCACCGCTGACGCGCCTCTACAAGACCTATAA MTQNDPGNDYPLSEVPMHARKGLASTAMVLLGFTFFTATMFAGGKLGVAFGFAEMLGVIVIGNLLLGLYAASLGYIAFKSGLNSVLMGRFCFGEVGSKLSDLILGFTQIGWYAWGTATAAVVLGKYFELSQGTVLGLMVLFGLGFCATAYIGYRGLEILSYVAVPAMMLLLILSMWVATQQVGGLDGLLAVVPTGSLDWSTAITLVFGTFVSGATQATNWTRFSRSAKVAVLASLIGFFLGNGLMVLIGAYGAIVYQQPDVVEVLLLQGFAMAAMAMLLLNIWSTQDNTIYNFAVAGCNLLRTRRRKTVTLAGAVIGTLLALLGMYDLLVPYLILLGTVIPPIGGVIMADFFFRWRGRYPRLAAAQLPAFNWPGLCAYGVGTVAAFNSPWVAPLVGIATGALTYVLLIGVMGIRTADAPLQDL NA NA NA NA NA D1-35_02227 831 dhaA Haloalkane dehalogenase ATGACCCACTGGCCGCTGGATCAGGAATACGACTTCAACGGGCACCCCATCCGCTACGCCATTCACGGCGACGGCGCGCCGTTGGTGTTTGTCCATGGCACGCCGTTCTCCTCTTATGTATGGCACCGGATCGCCCCGCTGTTTTTCGCCACGCACAAGGTTCATTACTTCGACCTGTTGGGTTATGGCCAATCCGCGCAACCCGATGCAGACGTGTCCCTCGGTGTTCAGAACCGGCTGCTTGCCCGACTGCTGGAGCATTGGAAGCTGGATTGCCCGGACGTCATCGCCCATGACTTTGGCGGCGCCACGGCCCTGCGCACCCATCTGCTCGATGGCAAGGATTACCGCAGCCTGACCCTGATCGACCCGGTAGCCTTGTCGCCTTGGGGCTCTGCGTTCGTGCAACACGTACGCCAGCACGAAGCGGCGTTCAGCGGCCTGCCCGACTACATCCAGCGGGCCATCGTGCCGACCTATATCCGTGGCGCGATCAAGCGCTGCATTACCGATGAAGAGCTCTCCCCGTACGTCCAGCCCTGGCTCGGCGAAACCGGCCAGGCCGCGCTCTACCGGCAGATTGCGCAGATGGACGAGCGTTACACCGACGAGGTCCAGGACCTTTATCCGAAGGTACGCTGCCCAACGCAGATCCTTTGGGGCGAGGATGACCAGTGGATCCCCATCGAACGCGGCCGGGCGTTGCACAAGATGATCCCGGGGGCGCTGTTCCATCCTGTACCGAATGCCGGGCATCTGGTCCAGGAGGACGCGCCGGAAGCGATCGTCGCGGCGGTGATGCGGTTCTTGCCGTCGCACTCGCCTGCCTGA MTHWPLDQEYDFNGHPIRYAIHGDGAPLVFVHGTPFSSYVWHRIAPLFFATHKVHYFDLLGYGQSAQPDADVSLGVQNRLLARLLEHWKLDCPDVIAHDFGGATALRTHLLDGKDYRSLTLIDPVALSPWGSAFVQHVRQHEAAFSGLPDYIQRAIVPTYIRGAIKRCITDEELSPYVQPWLGETGQAALYRQIAQMDERYTDEVQDLYPKVRCPTQILWGEDDQWIPIERGRALHKMIPGALFHPVPNAGHLVQEDAPEAIVAAVMRFLPSHSPA NA NA NA NA NA D1-35_02228 357 queD COG0720 6-carboxy-5,6,7,8-tetrahydropterin synthase GTGGAAATCTTCAAAGAGTTCACCTTCGAATCCGCCCACCGCCTGCCCCACGTACCGGAAGGCCACAAGTGCGGACGCCTGCATGGTCACTCGTTCAAGGTGGCGATCCACCTCAGCGGCGACATCGACCCGCACACCGGCTGGATTCGCGACTTCTCGGAAATCAAGGCGATTTTCAAGCCGCTCTACGAGCGCCTGGACCACAACTACCTCAACGACATCCCCGGTCTGGAAAACCCCACCAGCGAAGTCCTGGCCAAGTGGATCTGGAACGAGTTGAAGCCGCTGCTGCCGGAACTCAGCGCCATCCGCATCCACGAGACCTGCACCAGCGGCTGCATCTACCACGGCGAATGA MEIFKEFTFESAHRLPHVPEGHKCGRLHGHSFKVAIHLSGDIDPHTGWIRDFSEIKAIFKPLYERLDHNYLNDIPGLENPTSEVLAKWIWNELKPLLPELSAIRIHETCTSGCIYHGE PGPT0007880_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007880-folE2-K09007 NA NA D1-35_02229 288 relE_1 COG2026 mRNA interferase toxin RelE ATGGGCGTTGAATATGATGTCCAATGGGATCCGAAGGCCCTGAAAGAGCTGCGAAAACTGGACGGTGCGGTCCGTCTGCAGCTTTTGAAAAAACTCCAAGAGCGACAAGGGCACCCTCGCGTACCGGGTGATGCTCTTCACGGGATGAAGGATTGTTACAAGATCAAGTTACGCGGGGCTGGGTATCGACTCGTGTATCGCATAGAGGAGGAGCGGATCGTCATTCTGGTAATAGCGGTTGGCAAGCGAGAGCGCAGCGGCGTCTACGCTTCAGCCAGGACCCGGTAG MGVEYDVQWDPKALKELRKLDGAVRLQLLKKLQERQGHPRVPGDALHGMKDCYKIKLRGAGYRLVYRIEEERIVILVIAVGKRERSGVYASARTR PGPT0027425_915 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 D1-35_02230 288 yafN COG2161 Antitoxin YafN ATGCAAATCGTCTTGGCTGATGTGGCTGTCAGCGTATCGGAACTGAAGAAAAATCCGTCCGCGGTCCTGAGTGGCGCGAACGGCTCACCTGTGGCAGTGCTGAACCATAACCGCGTGATGGGCTACATGGTACCGGCGGAGGTCTACGAAGCGATGATAGAGCGCCTGGACGAGTTGGAGCTGGCCCAAGTAGTCAAAGCGCGGATCGAGGCCAACGAATCGCGGGTACGCATATCGCTCGATGACCTTATTGGCGAGGCTGAAGCTGATATCGCCAATGGGCGTTGA MQIVLADVAVSVSELKKNPSAVLSGANGSPVAVLNHNRVMGYMVPAEVYEAMIERLDELELAQVVKARIEANESRVRISLDDLIGEAEADIANGR PGPT0027440_73 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-RelE|StbE-RelB|StbD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027440-antitoxin_stbD-K18923 NA NA D1-35_02231 1080 hypothetical protein ATGACCGCCATTCACATCAAGTTCCCCGCGCTGACTCTGAAGGCCGGCCCTCGCGCCTTCAAGCGCATCCGCCAGGCAGGCCTTCAGGCCGCCGATGTCGGCATCCTGCCGGGTGCCGCCGGAGGGCCGAAAGCCTTGGGTATCCAAGGGCTGGACCTGGCGCTGTTCGGCGAATGGCTGCCCGCCGCGCCGCGGGAGCGCTCGCTGATCGGTGCATCGGTCGGCTCCTGGCGCTTCGCCAGCGCCTGTCTGCCGGACGCCGCCGAGGGCATTCGCCGCCTGGGCATCCTGTACAACGAGCAGAGCTTCGCCAAAGGCGTGACCATGGCCGGGGTCAGCCAGAGCTCGCAGCGCATGCTCGACGACCTGCTTGAAGGACGCGACCTGACGATCCTCGACAATCCGCATTACCGGCTCAACATCATGGTAGTCCAGAGTCATGGCCTGTTGGCGCAGGACCATCGCGGCCGGCTGGGCCTGGGGCTGTCCTCGGTGATCGCCGACAACCTGCGCGGCCGGGCGCGGCTGTCGCGGCATTTCGAAAGGCTGATCATCCACGACCCGCGCCTGGCTCCCCCGCTCCATCCGTTGACGGACTTCCCCTCGCGCTTCGTGCCGCTGGAGGCCGGCAACCTGCGCCAGGCACTGCTGGCGTCGGGCTCGATCCCGATGATCATGGAAGGCGTGCGCGACCTGCCCGGCGCCGGCGCGGGCACCTACCGCGATGGCGGCCTGCTGGACTACCACCTTGACCTGCCCTATAGCGGCGAGGGCATCGTGCTCTATCCGCACTTCACCGATCGGGTCATTCCCGGCTGGTTCGACAAAGGCCTGCCATGGCGCCGAGGCGATACCTCGCGCTTGCAGGATGTGCTGCTGCTGGCGCCGTCCCGCGAATACCTGGCTCGCCTGCCCTACGGCAAACTGCCGGACCGCAACGACTTCAAGCGTTTCATGGGCGATGACCCGGCCCGCCGCAAATACTGGCGCACCGCAATGGACGAAAGCCGCCGGCTCGGCGACGAGTTCCTCGAACTGACCGCCAACGGTGGGCTGGGAGAGCGTTTGCTGACCCTTTAG MTAIHIKFPALTLKAGPRAFKRIRQAGLQAADVGILPGAAGGPKALGIQGLDLALFGEWLPAAPRERSLIGASVGSWRFASACLPDAAEGIRRLGILYNEQSFAKGVTMAGVSQSSQRMLDDLLEGRDLTILDNPHYRLNIMVVQSHGLLAQDHRGRLGLGLSSVIADNLRGRARLSRHFERLIIHDPRLAPPLHPLTDFPSRFVPLEAGNLRQALLASGSIPMIMEGVRDLPGAGAGTYRDGGLLDYHLDLPYSGEGIVLYPHFTDRVIPGWFDKGLPWRRGDTSRLQDVLLLAPSREYLARLPYGKLPDRNDFKRFMGDDPARRKYWRTAMDESRRLGDEFLELTANGGLGERLLTL NA NA NA NA NA D1-35_02232 309 hypothetical protein GTGAACCGCCTCACTGCCTTTTTCATCGCGGCGCTCATGGTCATCGGTACAGGTCCGGCTCAAGCCAGGGATCTCGATGCCACTGAAGCCCAAAAATTACTGGACGCTGGTACCATCCTGCCTTTTGATCAGCTCAACGCCGCTGCCCTGGCCAAACACACTGGCGCCACGGTGACCGATACCGAGCTGGAAGAGGAATACGGCAAGTACCGCTACAAAGTGGATCTGCGTGATGCCAAGGGCATCGAGTGGGATCTGGAACTCGACGCCGTCACTGGCGAGGTGCTCAAGAATCATCAGGATACGTAA MNRLTAFFIAALMVIGTGPAQARDLDATEAQKLLDAGTILPFDQLNAAALAKHTGATVTDTELEEEYGKYRYKVDLRDAKGIEWDLELDAVTGEVLKNHQDT NA NA NA NA NA D1-35_02233 312 hypothetical protein ATGAAGCTTAATCTGCGCGCCCGCAATCGTTGGGCGCTGGCGCTGCTGGTGTGTTGTTCGGTGGCCGTGGCCCGCGACCTGGACCAGGACGAGGCCCTGCAACTGCGTCAGCAGGGCGTGATCCTGCCCTTGGAACACCTGCTGCAACAGGCCCTGGATCGCCATCCCGGCGCCAAGTTACTGGAAGCCGAGCTGGAAGAAAAGCACGGCGTCTACATCTACGAAGTCGAGCTGCTGGACACCGACGGCGTCGTGCGCGAACTGGACCTCGAGGCCGCGACCGGCCGTTTACTCAAAGATAAGGAAGACTGA MKLNLRARNRWALALLVCCSVAVARDLDQDEALQLRQQGVILPLEHLLQQALDRHPGAKLLEAELEEKHGVYIYEVELLDTDGVVRELDLEAATGRLLKDKED NA NA NA NA NA D1-35_02234 669 qseB_2 Transcriptional regulatory protein QseB ATGCGCCTGCTACTGGTGGAAGACCATGTTCCCCTGGCCGACGAACTGATGGCCGGGCTCGCCCGGCAGGGCTACGCGGTCGATTGGCTCGCCGACGGGCGCGACGCGGTGTATCAGGGCAGCAGCGAGCCCTACGACCTGATCATTCTCGACCTTGGGCTGCCAGGAGTGCCGGGGCTCGAGGTGCTGGCGCAATGGCGCGCTGGCGGCTTGACCACCCCGGTACTGATCCTCACCGCGCGTGGCTCCTGGGCCGAGCGCATCGAAGGACTCAAGGCCGGGGCCGATGATTACCTGACCAAACCCTTTCACCCTGAAGAACTGCACCTGCGCATCCAGGCGCTGTTGCGACGCTCCCACGGCCAGGTCAACCAGCCGACGCTGCAAGCGGCGGGGTTGCACCTGGACGAAGGCCGGCAATGCGTGATTCGCGACGGCGCCGAGATCCAGCTGACCGCCGCCGAATTCAGGCTGCTGCGCTATTTCATGCTCCACCCCGAGCAAATCCTTTCCAAAAGCCACCTCGCCGAGCACCTCTATGATGGTGAAACCGAGCGCGATTCGAATGTGCTGGAAGTCCACGTCAATCACCTGCGGCGCAAGCTCGGACGCAGCGTGATCGAAACCCGTCGCGGCCAGGGCTACCTGTTCGGCGGACAGGCGCAGTGA MRLLLVEDHVPLADELMAGLARQGYAVDWLADGRDAVYQGSSEPYDLIILDLGLPGVPGLEVLAQWRAGGLTTPVLILTARGSWAERIEGLKAGADDYLTKPFHPEELHLRIQALLRRSHGQVNQPTLQAAGLHLDEGRQCVIRDGAEIQLTAAEFRLLRYFMLHPEQILSKSHLAEHLYDGETERDSNVLEVHVNHLRRKLGRSVIETRRGQGYLFGGQAQ PGPT0011060_302 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS|LIPID|IVA_REGULATION,PGPT0011060-phoP-K07660 NA NA D1-35_02235 1314 sasA_10 Adaptive-response sensory-kinase SasA GTGAGATCCATCCAGCGGCGCCTGAGCCTGGGCCTGATCGGTGTGATGGTGGTGGTCGGCCTGGTCCTCGCGCAGACCAGCCTGTGGTTGTTCGAGTTGGGTTTGCAGCGCTACCTCGAAGCGGGGTTGCGCAATGACAGCGAGAACCTGCTGGTGGCCCTGGTCCGTGGCCCGCAAGGGTTGCAACTGGACGAGCGACGCTTGTCGCCGGCTTACCTGCGACCGTTCTCCGGGCATTATTTCCGCATCGATTTTGCCGACGAGCATTGGCGCTCCCGTTCCCTCTGGGACCAGGAACTGCCGCGGCTCGACCATCCGGGGCTGCACAGCAACCTGCAACTGGGCCCCGAAGGCCAGAAACTGCTGGTGCTGCGCACGGACTACCGGCGCCTGGGCCAGGCAATTTCCATCAGCGTGGCGCAGGACTACACGCCGGTGCGCGACAGTTTCCTGCGGATGCAGCAGGTCGGCCTTGGCCTCGGGTTGGCGGGGTTGCTGCTGATCCTGCTGTTGCAGCGGCTCACGGTGCAGCGCGCCTTGCGGCCGTTGGAGAAGGCCCGGGAGCAGATTGCCCAGCTGCAACGCGGCCAGCGTTCACAACTCGACGAACAAGTGCCCAGGGAACTGGAGCCGCTGGTAGCGCAGATCAACCATTTGCTGGCCCATACCGAAGACAGCCTCAAGCGTTCGCGCAACGCCCTGGGTAACCTTGGCCATGCCTTGAAGACGCCTCTGGCGGTGCTGCAAAGCCTGGCGTCGAACGAAAAGCTCGACCCTTATCCTGAGTTGCGCAAGTTGCTGCTGGATCAACTCGAGCAGGTTCGCCAGCGCCTGAACCGCGAACTCAACCGTGCGCGCCTGTCCGGCGATGCCTTGCCCGGCGCGCACCTGGATTGCGACGCCGAACTGCCGGGTTTGTTGGCGACGCTGAACATGATCCACGGCGAGCATCTGCACCTGGCTTATGTCGCGCCGCCCGGCTTGCACCTGCCCTGGGATCGCGAAGACTTGCTGGAACTGCTGGGCAACCTGCTGGACAACGCTTGCAAATGGGCCGACGCCGAAGTGCGCCTGACCGTGAGCGAGACGCTCGTGGGTTTCCACCTGGCAGTGGAAGACGATGGCCCCGGCATCCCGCCGGATCGCCGCGACCAGGTCTTCAGCCGCGGCACGCGCCTGGATGAGCAGACCGATGGCCATGGCCTGGGGCTGGGCATCGTGCGCGACATCGTCGACACCTGGGGCGGGACATTAGCGTTGGGCGACAGCGAGTGGGGCGGGTTGAAAGTAATGATTGAGCTGCCCAAGCGCTGA MRSIQRRLSLGLIGVMVVVGLVLAQTSLWLFELGLQRYLEAGLRNDSENLLVALVRGPQGLQLDERRLSPAYLRPFSGHYFRIDFADEHWRSRSLWDQELPRLDHPGLHSNLQLGPEGQKLLVLRTDYRRLGQAISISVAQDYTPVRDSFLRMQQVGLGLGLAGLLLILLLQRLTVQRALRPLEKAREQIAQLQRGQRSQLDEQVPRELEPLVAQINHLLAHTEDSLKRSRNALGNLGHALKTPLAVLQSLASNEKLDPYPELRKLLLDQLEQVRQRLNRELNRARLSGDALPGAHLDCDAELPGLLATLNMIHGEHLHLAYVAPPGLHLPWDREDLLELLGNLLDNACKWADAEVRLTVSETLVGFHLAVEDDGPGIPPDRRDQVFSRGTRLDEQTDGHGLGLGIVRDIVDTWGGTLALGDSEWGGLKVMIELPKR NA NA NA NA NA D1-35_02236 1320 hypothetical protein ATGATAAATGCAGTAATTGCCGCGGTTGGCGTCATGCTGGTACTCAGCCTGTCCCGCGTGCATGTGGTGATCGCGCTGATTATCGGCGCGCTGGTGGGTGGCTTGGTAGGTGGCCTGGGGATCGAGGCAACGCTCAAGGCCTTCAATGCGGGCCTTGGCGGCGGCGCGACGGTGGCGTTGTCCTACGCTCTGCTGGGCGCCTTTGCGGTCGCGATCGCCAAATCCGGCATGGCCCATGCCTTGGCCGACAAGGTCCTGGCCATGGTCGACCGCCAGGACACCGCCGGCGGCACGGGCGTCAAATGGCTGCTTATCGGCCTGCTGGGTACGGTCGCGGTGGCCTCGCAGAATATCCTGCCGATCCATATCGCCTTCATTCCGCTGCTGGTGCCGCCACTGCTTTATGTGCTGACCAAGCTGCAACTGGACCGTCGGCTGATCGCTTGCGTCATGACTTTCGGCCTGATCACCCCCTACATGTTCCTGCCGGTGGGCTTCGGCAATATCTTCCTCAACGAAATCCTGCTCGCCAACATCGCCCGCAGCGGTGTCGATGTCAGTGGCATCAACGTCACCCATGCGATGGGCATCCCGGCGCTGGGCATGGTGTTCGGGCTGGTGCTGTCGTTTATCAGCTATCGGAAGAAACGCGTCTACGATCTGAAAAAGATCGCCAGGGCCGAGCAGGTGGCCGTGCGCTACAACCCGCTCAGCCTGTTGGTCGCCGGGTTGGCAATCGCAGCGGCATTCGCCATCCAGCTCCTGCTCGATTCGATGATCATCGGCGCCCTGGCCGGTTTCCTGATTTTCTCGGTGTCGGGCGTGGTGCGCTGGCGCGAGACGGACGACCTGTTCACCGAAGGCATGAAGATGATGGCGATGATCGGCTTCATCATGATCGCCGCCTCGGGCTTCGCCGAAGTGATGAAGGCCACCGGTGAGGTGCAAAGCCTGGTGGAAACCTCGGCGGCCTGGATCGGCCACAACAAGGGCATCGGTGCGCTGTTGATGTTGCTGGTCGGGCTGCTGGTGACGATGGGGATCGGCTCGTCGTTTTCCACGGTGCCGATCCTGGCGACCATTTTTGTGCCGCTGTGCCTGCAACTGGGCTTCAGCCCGCTGGCGATCGTCTGCATCGTCGGCACCGCCGGCGCCCTGGGCGATGCCGGCTCGCCTGCCTCGGATTCGACACTCGGCCCGACCTCCGGCCTGAACATCGACGGCCAGCATCACCACATCTGGGACACCGTGGTCCCGACCTTCCTGCACTACAACCTGCCATTGCTGGCGTTTGGTTGGGTGGCGGCGATGGTGTTGTAG MINAVIAAVGVMLVLSLSRVHVVIALIIGALVGGLVGGLGIEATLKAFNAGLGGGATVALSYALLGAFAVAIAKSGMAHALADKVLAMVDRQDTAGGTGVKWLLIGLLGTVAVASQNILPIHIAFIPLLVPPLLYVLTKLQLDRRLIACVMTFGLITPYMFLPVGFGNIFLNEILLANIARSGVDVSGINVTHAMGIPALGMVFGLVLSFISYRKKRVYDLKKIARAEQVAVRYNPLSLLVAGLAIAAAFAIQLLLDSMIIGALAGFLIFSVSGVVRWRETDDLFTEGMKMMAMIGFIMIAASGFAEVMKATGEVQSLVETSAAWIGHNKGIGALLMLLVGLLVTMGIGSSFSTVPILATIFVPLCLQLGFSPLAIVCIVGTAGALGDAGSPASDSTLGPTSGLNIDGQHHHIWDTVVPTFLHYNLPLLAFGWVAAMVL PGPT0020805_629 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 D1-35_02237 1680 mcpP_1 COG0840 Methyl-accepting chemotaxis protein McpP ATGCGCCTGAGCCTGAAGGCTAAAGTCCTGTCCCTGGCAATCCTGCCGGTATTGCTGTCCGCGGTGATCATCAGCCTGACCACGGCGTTCATCTTGAAGGAACAGGCCAGCAAGGAAGTCCAGCAAACCCGCGAACGTCTGCTCAGCGAGGCCAAGGCCACGCTGCAGAATTACGTCGCGGTCGGCCTTACCGCCATCAAGCCGCTCTACGATGCCGCCGCGCCTGGCGATAACGAGGCGCGCGCCCAGGCAATCAAGTTGCTGTCGAACATCAGCTACGGCAAGGACGGCTACTTCTTCGGCTACGACTCCGAGACCATTCGCCTGTTCAAGGCCAACAGCCCCGACGGCGTGGGCAAGAGTTTCAAGGACAACCGCGACCCGAACGGCGTCTACGTCAACCGTGACCTGGTGAAGGTCGCCAAGGACGGCACGCATTATCTGGAATACAGCTCGCCGCTGCCCGGCAGCAAGGACCTGGTGCCCAAGCTCGGCTACACCGAATACCTGGCCAAGTGGGACCTGGCGGTCGGCAGCTCGGTCAACCTCGACGGCATTGAAGGTCAGGTGGCGCTGGTGGAAGCCAAGGTCCACGATCGCCTGCAAGGCGTGATCCTGAGCATCGTCGGGATCGCCGCGGTGGTACTGCTGGTGATCGCGGTGGTGGGCCTGGTGCTCGCCAATACCATCCTGCGTCCGCTGCACCTGATGAAGGACAACCTCGATGACATCGCCGCGGGCGAGGGCGACCTGACCCGGCGCCTGGCGATTACCAGCCAGGACGAACTGGGCCAACTGGCCGGTTCCTTCAACCGCTTCGTCGACAAGATCCACGGCCTGGTAAGGCAGATCACCGACATGACGTCGCAACTGACCGGCCTGGTGACGCAGGTGTCCGAGCAGGCCCAGCGTTCCGAGCAGGCCATGGAGCGCCAGCGCCACGAGACCGACCAGGTCGCCACGGCGATCAACGAAATGTCCTCCGCCGCCCAGGAAGTCGCCCGCAGTGCCCAGGGCGCAGCCGTCGCGGCCCAGCAGACCGATGAAGAAGGCCAGTCCGCCAAGCGCGTGGTGGCCGGCAGCATCCAGCAGATTCATGCGCTGGTGAACGATATCCGCAGCAGCGGCGTGTCCCTGGACAGCCTGCAACAGGATGTGGCCTCGATTGTCAGCGTGCTCGGTGTGATCCGTTCGATTGCCGAGCAGACCAACCTGCTGGCCCTCAACGCGGCCATCGAGGCTGCGCGTGCCGGTGAGGCGGGCCGCGGGTTTGCGGTGGTTGCCGACGAAGTCCGCGCCCTCGCCAGCCGGACCCAGCAAAGCACCCAGGAAATCCAGGGCATGATCGATCGCCTGCAATCGGGTACCCATGCCGCGGTGGAAGCGATGCGCCGTTCCAGCGAGGCCGGCGACGGCACCTCGGAACGGGCCAACGAGGCGGGCGCCTCCCTGGACACCATGGCGCAACTGATCGGCACCATCAACTCGATGAACGCCCAGATCGCCAGCGCCGCCGAGGAGCAGACCGCGGTGGCTGAAGAAATCAACCGCAGCGTGCATCAGATTGCCGTGGCGGTGGACACTGTCGCCGACGAAACCCAGCTCAGCGCCCAGACTTCTCGCAGCCTGGCCGATCTGGGCCAGCGCCTGGGCAAACTGGTGGGGCAGTTCCGGATCTGA MRLSLKAKVLSLAILPVLLSAVIISLTTAFILKEQASKEVQQTRERLLSEAKATLQNYVAVGLTAIKPLYDAAAPGDNEARAQAIKLLSNISYGKDGYFFGYDSETIRLFKANSPDGVGKSFKDNRDPNGVYVNRDLVKVAKDGTHYLEYSSPLPGSKDLVPKLGYTEYLAKWDLAVGSSVNLDGIEGQVALVEAKVHDRLQGVILSIVGIAAVVLLVIAVVGLVLANTILRPLHLMKDNLDDIAAGEGDLTRRLAITSQDELGQLAGSFNRFVDKIHGLVRQITDMTSQLTGLVTQVSEQAQRSEQAMERQRHETDQVATAINEMSSAAQEVARSAQGAAVAAQQTDEEGQSAKRVVAGSIQQIHALVNDIRSSGVSLDSLQQDVASIVSVLGVIRSIAEQTNLLALNAAIEAARAGEAGRGFAVVADEVRALASRTQQSTQEIQGMIDRLQSGTHAAVEAMRRSSEAGDGTSERANEAGASLDTMAQLIGTINSMNAQIASAAEEQTAVAEEINRSVHQIAVAVDTVADETQLSAQTSRSLADLGQRLGKLVGQFRI PGPT0015710_17866 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 D1-35_02238 1062 ydiK_2 COG0628 Putative transport protein YdiK ATGAACCGAAAGAACCTCCAAAACAAGTCGCAGATGCTGTTGCTGATCCTGGTCAGCATTGCCTTCGTCTGGATTCTGCTGCCGTTTTATGGGGCGGTATTCTGGGCCGTCATCCTGGGCATCGTCTTTGCGCCGCTGCAACGTCGCTTGCAGTTCAAGTTCGGCTGGCCGCGCAACGTCACGGCACTGTTCACCCTGAGCATCTGCGTGGTGATCGCCATTTTGCCGGTGATCGTCATCAGTACCTTGCTCGTCCAGGAAGGGGCGGCGCTGTACAAGAGCCTGGAAAGTGGCGAGCTGGACGTCGCCGACTACCTGGCGCGTTTCAAGGAGGCGTTGCCGCCGTTCTTCCAGCACCTGCTCGACCGCTTCGGCCTGGGCAACCTGAGTGGCCTGCGAGACAAGATCGTCAAGAGCGCCATGCAGGGCAGCGAATTTTTCGCCACCCAGGCGTTCAGTTTCGGCCAGGGTACGTTCCAGTTTCTGGTGAGCTTCTTCGTGATGCTCTACCTGTTGTTCTTTTTCCTGCGTGACGGCGCGGAGCTGGTGCGCAAGGTGCGCTCGGCCGTTCCGCTGGCCGAGCACCAGAAGCGCCGCCTGCAATTGAAGTTCAACCGGGTGGTGCGGGCGACGGTGAAGGGCAACCTGTTGGTGGCGATCACTCAGGGCGCCCTGGGCGGCCTGATTTTCTGGATCCTGGGTATCCCGACGGTGTTGCCGTGGGCGGTGCTGATGGCTTTCCTGTCGCTGCTGCCGGCGGTGGGGGCGGGCATTGTCTGGGTGCCAGTGGCGGTGTATTTCCTGCTGTCGGGGGCGATCTGGCAGGGCGTGGTGCTGGCGCTGTTCGGGGTCTTCGTGATCGGCCTGGTGGACAACTTCCTGCGCCCGATCCTCGTCGGCAAGGACACCAAGATGCCCGACTACATGGTCCTGATTTCGACGCTTGGCGGGTTGGCCGTATTCGGCCTCAATGGTTTTGTCATCGGGCCACTGATCGCCGCGCTGTTCATGTCCTGCTGGGCGCTGTTCGTCGAGGGCAAGCCGCGGGTGCAGTTGCCCTAG MNRKNLQNKSQMLLLILVSIAFVWILLPFYGAVFWAVILGIVFAPLQRRLQFKFGWPRNVTALFTLSICVVIAILPVIVISTLLVQEGAALYKSLESGELDVADYLARFKEALPPFFQHLLDRFGLGNLSGLRDKIVKSAMQGSEFFATQAFSFGQGTFQFLVSFFVMLYLLFFFLRDGAELVRKVRSAVPLAEHQKRRLQLKFNRVVRATVKGNLLVAITQGALGGLIFWILGIPTVLPWAVLMAFLSLLPAVGAGIVWVPVAVYFLLSGAIWQGVVLALFGVFVIGLVDNFLRPILVGKDTKMPDYMVLISTLGGLAVFGLNGFVIGPLIAALFMSCWALFVEGKPRVQLP NA NA NA NA NA D1-35_02239 183 hypothetical protein ATGCCCAAGGTTCAAATCATGTCTGTCATTGGCAGCGCCGTCCCCGCCCCACTTCGGGAGCGCGGACTGTTGGCTTGCTGGTATCTGGTGCAGGATGGCGTCACCGTCAGCGGCCCGCTGACTTCCCTGCCCGCCGCCCAGGCCCTGTCGCAACGTATCGGTCCGTACCTGTTGAGCGCCTAG MPKVQIMSVIGSAVPAPLRERGLLACWYLVQDGVTVSGPLTSLPAAQALSQRIGPYLLSA NA NA NA NA NA D1-35_02240 195 hypothetical protein ATGCCCACACAAAATCCCCACCGCATCGTCGGCCTGTGCACTTCCAGCAAGGTCTACAACGTACTGACCGAGCTCAAGCACCTGGAAGGCCACCGCAGCGCCAAGTTCCTTTCCCTGCTCGCGGAAAACCTGGTTCGCAAGGGCCTGCTCAATGAACAGGAAGTGGTGCACATGCTCGATCTGGTGGTCGATTGA MPTQNPHRIVGLCTSSKVYNVLTELKHLEGHRSAKFLSLLAENLVRKGLLNEQEVVHMLDLVVD NA NA NA NA NA D1-35_02242 228 hypothetical protein GTGAGCACCGCCCAGATCAGTCTGCCCAAGGGCGTGGGGCCTCACGCTGAAAAGCTGTACGACGCCATCACCCAGGCCAGCACCCCGGAAGAACTGAACCGCGCCGGTGGCAAGGCCGAGGGTTTTGTCCTGGGGCTCGAAAGTACCAAGGCGATCAAGAGCCAGGTCGCCGAGTCGTTGTATGTCATCTACGACGATGCGGCGAGCCAGCGGGCGACGGAGCTGTAG MSTAQISLPKGVGPHAEKLYDAITQASTPEELNRAGGKAEGFVLGLESTKAIKSQVAESLYVIYDDAASQRATEL NA NA NA NA NA D1-35_02243 1197 tyrB COG1448 Aromatic-amino-acid aminotransferase ATGAGCCTGTTTTCCGCTGTCGAATTGGCACCACGCGACCCCATCCTGGGCCTCAACGAAGCTTTCAACGCCGACCCCCGTACCAATAAGGTCAACCTGGGCGTGGGTGTTTACTGCAACGAGGAAGGGCGCATTCCGTTGCTGCGCGCCGTGGTCGAAGCCGAGACGATTCGCGTGGCTCAGCATGTTTCTCGCGGTTACCTGCCGATCGACGGCATTGCCGCCTATGACCAGGCAGTCCAGACCCTGCTGTTCGGCAAGGATTCCCCGCTGATCGCATCGGGCCGCGTCATCACCACCCAGGCCGTGGGCGGCACGGGCGCACTGAAAATCGGTGCCGACTTCCTTAAGCAATTGCTGCCGGACGCGGTCGTGGCCATCAGCGACCCAAGCTGGGAAAACCACCGCGCGCTGTTCGAAACCGCCGGTTTCCCGGTGCAGAACTATCGCTACTACGACGCCGCTACCCACGACGTGAACCGCAGCGGCCTGCTGGAAGACCTCAACGCCCTGCCCGACCGTTCGATCGTTGTGCTGCATGCCTGCTGCCACAACCCGACCGGCGTGGACCTGAGCCCGGAAGACTGGAAAAACGTCCTGGCCGTGGTCAAGGCCAAGAACCACGTGCCGTTCCTGGACATGGCCTACCAGGGCTTCGGCAAAGGCATCGACGAAGACGCGGCGGCCGTGCGCCTGTTCGCCGAATCGGGCCTGACCTTCTTCGCCTCCAGCTCGTTCTCCAAGTCGTTCTCCCTGTACGGCGAGCGTGTCGGCGCGCTGTCGATTGTCAGCGAGTCGAAGGAAGAAAGCACCCGCGTGCTGTCCCAGGTCAAGCGCGTGATCCGCACCAACTACTCCAACCCGCCGACCCACGGCGCCAGTATCGTCGCCGCCGTGCTCAACAGCCCTGAGCTGCGCGCACAGTGGGAAGAAGAGCTGGCCGAAATGCGCCTGCGCATTCGTGGCATGCGTGAGCAGATGGTCGACATGCTGGCCAAGGCCGCGCCGCATCACGACTTCAGCTTCGTCGCCCGCCAGAGCGGGATGTTCTCCTACTCCGGCTTGACCGTTGAACACGTGACACGCCTGCGCAACGAGTTCGGCATCTATGCCCTGGACACCGGCCGCATCTGCGTGGCCGCGCTGAACCAGAACAACATCGATGCGGTGACCAAGGCCATCGTCCAGGTGATCTGA MSLFSAVELAPRDPILGLNEAFNADPRTNKVNLGVGVYCNEEGRIPLLRAVVEAETIRVAQHVSRGYLPIDGIAAYDQAVQTLLFGKDSPLIASGRVITTQAVGGTGALKIGADFLKQLLPDAVVAISDPSWENHRALFETAGFPVQNYRYYDAATHDVNRSGLLEDLNALPDRSIVVLHACCHNPTGVDLSPEDWKNVLAVVKAKNHVPFLDMAYQGFGKGIDEDAAAVRLFAESGLTFFASSSFSKSFSLYGERVGALSIVSESKEESTRVLSQVKRVIRTNYSNPPTHGASIVAAVLNSPELRAQWEEELAEMRLRIRGMREQMVDMLAKAAPHHDFSFVARQSGMFSYSGLTVEHVTRLRNEFGIYALDTGRICVAALNQNNIDAVTKAIVQVI PGPT0020310_635 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020310-tyrB-K00832 NA NA D1-35_02244 2016 uvrB COG0556 UvrABC system protein B ATGTCTGAATTCCAGCTAGTCACTCGCTTCCAGCCCGCCGGCGACCAGCCGGAAGCCATCCGCCTGATGGTGGAAGGCATCGAGGCCGGGCTGGCGCACCAGACCTTGCTCGGTGTGACCGGCTCGGGCAAGACGTTCAGTATCGCCAACGTGATCGCCCAGGTGCAGCGGCCGACCCTGGTGCTGGCGCCTAACAAGACCCTGGCGGCGCAGTTGTATGGCGAGTTCAAGGCGTTTTTCCCGAACAACGCGGTCGAGTATTTCGTCTCCTACTACGACTACTACCAGCCCGAGGCTTATGTGCCTTCGTCGGACACCTTCATCGAGAAGGACGCCTCGATCAACGACCACATCGAACAGATGCGGCTGTCGGCGACCAAGGCGTTGCTTGAGCGCAAGGACGCCATCATCGTCACCACGGTGTCGTGCATCTACGGTCTGGGCAGCCCGGAAACCTATCTGAAAATGGTCCTGCACGTGGATCGTGGCGACAAACTCGACCAGCGCGCCTTGCTCCGGCGCCTGGCGGACTTGCAATACACCCGCAACGACATGGACTTCGCCCGGGCCACGTTTCGGGTGCGCGGCGATGTGATCGACATCTATCCGGCCGAATCGGACCTGGAAGCGATTCGTATCGAGCTGTTCGATGACGAGGTGGAGAGCATCTCGGCGTTCGATCCGCTGACCGGCGAGGTGATCCGCAAACTGCCACGCTTCACGTTCTACCCCAAGAGCCACTACGTGACGCCGCGGGAAACCCTGTTGGGCGCCATCGAGGGCATCAAGGCCGAGTTGCAGGAACGCCTGGAATACCTGCGTTCGAACAACAAACTGGTGGAAGCCCAGCGTCTGGAGCAGCGGACCCGGTTCGACCTGGAAATGATCCTGGAGCTGGGCTACTGCAACGGCATCGAGAACTACTCGCGCTACCTGTCGGGTCGTCCGGCGGGTGCGCCGCCGCCCACGTTGTATGACTATTTGCCGGCCGATGCCCTGCTGGTGATCGACGAATCCCACGTCAGCGTGCCTCAGGTCGGCGCCATGTACAAAGGCGACCGTTCGCGCAAGGAAACCCTGGTGGAATATGGCTTCCGCCTGCCCTCGGCGCTGGATAATCGGCCGATGCGCTTCGACGAATGGGAAGGCGTGAGCCCGCAGACGATTTTCGTCTCGGCCACGCCCGGCAACTACGAAGCCGAGCACGCCGGACGGGTGGTCGAGCAAGTGGTGCGGCCGACCGGGCTGGTGGACCCGCAGGTCGAGGTGCGCCCGGCGCTGACTCAGGTCGATGACCTGCTCTCGGAGATCACCAAGCGCGTGGCGGTGGAAGAGCGGGTGCTGGTGACCACGCTGACCAAGCGCATGGCCGAAGACCTCACCGACTACCTCGCCGACCACGGCGTGCGGGTGCGTTACCTGCACTCGGATATCGACACGGTGGAGCGGGTCGAGATCATCCGCGACCTGCGCCTGGGCACCTTCGATGTGCTGGTGGGGATCAACCTGCTGCGCGAAGGCCTGGACATGCCCGAGGTGTCGCTGGTGGCGATTCTCGACGCGGACAAGGAAGGTTTCCTGCGTTCCGAGCGCTCGTTGATCCAGACCATCGGTCGCGCGGCGCGTAACCTCAACGGCCGGGCGATCCTTTATGCCGATCGCATCACCGGCTCGATGGAGCGCGCCATCGGCGAGACCGAACGCCGTCGCGACAAGCAGATCGCTTTCAACCTGGCCAATGGCATCACGCCCAAGGGCGTGTTCAAGGACGTCGCCGACATCATGGAAGGCGCCACCGTGCCCGGTTCGCGCAGCAAGAAGCGCAAGGGCATGGCCAAGGCCGCCGAAGAGAGCGCCCGCTACGAAGCCGAACTGCGCTCGCCGAGCGAAATCACCAAGCGTATCCGGCAGTTGGAAGAGAAGATGTACCAGCTCGCCCGGGACCTGGAATTCGAAGCAGCGGCGCAGTTGCGTGACGAGATTGGCAAGTTGCGTGAGCGGTTGCTGACTGTCTGA MSEFQLVTRFQPAGDQPEAIRLMVEGIEAGLAHQTLLGVTGSGKTFSIANVIAQVQRPTLVLAPNKTLAAQLYGEFKAFFPNNAVEYFVSYYDYYQPEAYVPSSDTFIEKDASINDHIEQMRLSATKALLERKDAIIVTTVSCIYGLGSPETYLKMVLHVDRGDKLDQRALLRRLADLQYTRNDMDFARATFRVRGDVIDIYPAESDLEAIRIELFDDEVESISAFDPLTGEVIRKLPRFTFYPKSHYVTPRETLLGAIEGIKAELQERLEYLRSNNKLVEAQRLEQRTRFDLEMILELGYCNGIENYSRYLSGRPAGAPPPTLYDYLPADALLVIDESHVSVPQVGAMYKGDRSRKETLVEYGFRLPSALDNRPMRFDEWEGVSPQTIFVSATPGNYEAEHAGRVVEQVVRPTGLVDPQVEVRPALTQVDDLLSEITKRVAVEERVLVTTLTKRMAEDLTDYLADHGVRVRYLHSDIDTVERVEIIRDLRLGTFDVLVGINLLREGLDMPEVSLVAILDADKEGFLRSERSLIQTIGRAARNLNGRAILYADRITGSMERAIGETERRRDKQIAFNLANGITPKGVFKDVADIMEGATVPGSRSKKRKGMAKAAEESARYEAELRSPSEITKRIRQLEEKMYQLARDLEFEAAAQLRDEIGKLRERLLTV PGPT0014920_2842 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702 NA NA D1-35_02245 1482 gltX COG0008 Glutamate--tRNA ligase ATGACCACCGTCCGTACCCGCATCGCGCCTTCGCCTACTGGCGATCCCCATGTCGGCACCGCTTACATCGCCTTGTTCAACTATTGCTTTGCCAAGCAGCACGGCGGTGAGTTCATCCTGCGGATCGAGGACACCGATCAGTTGCGTTCGACCCGCGAGTCGGAACAGCAGATATTCGACGCCCTGCGCTGGCTCGGCATCGACTGGAGCGAAGGTCCGGACGTCGGCGGGCCGCACGGTCCGTACCGCCAGAGCGAGCGTGGCGAGATCTACAAGCAGTACTGCCAGCAGCTGGTGGACATGGGCCACGCGTTTCCTTGCTTCTGCACCGCCGAGGAATTGGACCAGATGCGCGCCGAGCAAATCGCCCGGGGCGAGACCCCGCGCTACGACGGCCGTGCGCTGCTGCTGTCGAAGGAAGAAGTCAACCGTCGCCTGGCCGCGGGCGAACCTCATGTGATCCGCATGAAGGTGCCGAGCGAGGGCGTCTGCGTGGTGCCGGACATGTTGCGTGGCGATGTCGAGATCCCGTGGGACCGCATGGACATGCAAGTGCTGATGAAGACCGACGGCCTGCCGACGTACTTCCTGGCCAACGTGGTCGACGACCATCTGATGGGCATCACCCATGTGCTGCGCGGCGAAGAATGGCTGCCCTCGGCACCGAAACTGATCCTGCTCTATGAGTACTTCGGCTGGGAGCAACCGCAGTTGTGCTACATGCCGCTGCTGCGTAACCCGGACAAGAGCAAGCTGTCCAAGCGCAAGAATCCGACCTCGGTGACCTTCTACGAGCGCATGGGCTTCATGCCCGAGGCGATGCTCAACTACCTGGGCCGCATGGGCTGGTCGATGCCGGACGAGCGCGAGAAGTTCTCGCTGGAGGAGATGGTCGAGCACTTCGACCTGTCCCGCGTCTCCCTGGGCGGGCCGATCTTCGACGTCGAGAAGCTGTCCTGGCTCAACGGCCAGTGGCTGCGCGACCTGCCGGTGGAAGAGTTTGCCGCGCGTGTGCAGAAGTGGGCGTTCAACCCCGAGTACATGATGAAGATCGCCCCGCACGTGCAGGGCAGGGTAGAGACCTTCAGCCAGATCGCGCCATTGGCCGGGTTCTTTTTTGCCGGCGGCGTGACCCCGGATGTGAAGCTGTTCGAATCGAAGAAGCTCTCCGGCGATCAGGTGCGGCAGTTGATGCAGTTGATCCTGTGGAAGCTGGAAAGCCTGCGCCAGTGGGAAAAGGACAGCATCACCGCGACCATCCAGGCGGTGGTTGAACACCTGGAGCTGAAATTGCGCGATGCGATGCCGCTGATGTTTGCCGCGATCACCGGCCAGGCGAGCTCGGTGTCGGTGCTCGATGCGATGGAAATCCTCGGGCCGGACCTGACCCGTTTCCGTCTGCGCCAGGCCATTGATCTGCTCGGTGGCGTGTCGAAGAAGGAGAACAAGGAGTGGGAAAAACTGCTGGGCGCGATTGCCTGA MTTVRTRIAPSPTGDPHVGTAYIALFNYCFAKQHGGEFILRIEDTDQLRSTRESEQQIFDALRWLGIDWSEGPDVGGPHGPYRQSERGEIYKQYCQQLVDMGHAFPCFCTAEELDQMRAEQIARGETPRYDGRALLLSKEEVNRRLAAGEPHVIRMKVPSEGVCVVPDMLRGDVEIPWDRMDMQVLMKTDGLPTYFLANVVDDHLMGITHVLRGEEWLPSAPKLILLYEYFGWEQPQLCYMPLLRNPDKSKLSKRKNPTSVTFYERMGFMPEAMLNYLGRMGWSMPDEREKFSLEEMVEHFDLSRVSLGGPIFDVEKLSWLNGQWLRDLPVEEFAARVQKWAFNPEYMMKIAPHVQGRVETFSQIAPLAGFFFAGGVTPDVKLFESKKLSGDQVRQLMQLILWKLESLRQWEKDSITATIQAVVEHLELKLRDAMPLMFAAITGQASSVSVLDAMEILGPDLTRFRLRQAIDLLGGVSKKENKEWEKLLGAIA PGPT0008460_2321 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 D1-35_02250 540 hypothetical protein ATGAGCGATAAAAAAGCACAAACCCGTGAACGCATTCTCAAGGCCGCCAGCGATGCGCTGATCCAGCGCGGGCCGGCCGAGCCGAGCGTGGGCGAGGTGATGGGCGCGGCAGGGCTGACGGTGGGCGGTTTTTATGCCCACTTCGAAAGCAAGGACGCCTTGATGCTGGAGGCGTTCAAGCAACTGCTCAATCGCCGCCGTGGCCTGATCGCCGACATGGATGCCGAGCTGACAGGCGAAGAGCGGCGCGCGTTGGTCGCGGCGTTCTACCTGTCGCGCAAACATCGTGATTCCACCGAGCAGGCGTGCCCGATCCCGGCCTCGGTCGGCGAGCTCGGGCGACTGCCGGACGCGTTTCGTGAGGTTCTCAGTGAGCATATCGAGCTGATGGTCGCGCAGTTGGCCGCCAGCCCCGAGGATGCGGATAAAGCCCTGGCCGACATCGCCTTGATGGTCGGCGGCCTGGCCCTGGCCCGGGCGTTGGGCCCGGGCGAGTTATCGGATCGTTTGCTGCGCGCCGCCAAGTCGGCGGTGCGCTGA MSDKKAQTRERILKAASDALIQRGPAEPSVGEVMGAAGLTVGGFYAHFESKDALMLEAFKQLLNRRRGLIADMDAELTGEERRALVAAFYLSRKHRDSTEQACPIPASVGELGRLPDAFREVLSEHIELMVAQLAASPEDADKALADIALMVGGLALARALGPGELSDRLLRAAKSAVR NA NA NA NA NA D1-35_02251 834 rutD_2 Putative aminoacrylate hydrolase RutD ATGGACAGGTTGAGCTGGATTCGTGGTGTCAATGGCACGCTTGGCCGGATAGCCCCGCGCCTGGTAGCGAAACAAATGCGCAGGGTGTTCATGAGTCCTCGGGCCCTGCCGCCGCGGGACTGGGAGCTGCCATTGCTGGCCTCGTCCGAGCGCATCACCTTGCGCTTCGGCCTGTCTGCGTTGCGCTGGGGCAAAGGCCCGGCGGTGCTGCTGATGCACGGCTGGGAAGGGCGCCCGACGCAGTTCGCGGCGTTGATCAATGCGCTGGTGGAGGCCGGTTATACGGTGGTGGCGCTGGATGGGCCGGCCCATGGTCGCTCGCCGGGTCGCGAGGCCAATGTGCTGCTGTTCGCCAGGGCGATGCTTGAAGCCGCAGCCGAGTTGCCGCCGTTGCAAGCAGTGATCGGCCACTCCATGGGCGGCGCTAGTGCCATGCTGGCGGTTCAGCTTGGGTTGCGGACCGAGACACTGGTCAGCATCGCTGCGCCGGCGCGTATCCTCGGCGTCCTGCGTGGCTTCGCGCGGATGATGGGTTTGCCACCCAGGGCGCGTTCGGCCTTTATTCGCCAGGTGGAGCAGGACGTCGGCATGCAGGCTTCGAAGATGGATGTCGCGCAATATCAGCTGGATATTCCGGGCTTGATTGTCCACGCCGAGGACGATACGTCGGTATCGGTCAAGGAATCACAACTGATCCACGAAGCCTGGTTCGACAGCCGCTTGCTGCGCCTGGGCCAGGGCGGGCATCAACGGGTACTGGCCGACCCCCGCGTCATTGATGGTGTGTTATCACTGCTGGCCGGACGCAGCCTGCAGGCGCGGCAATCGGCCTGA MDRLSWIRGVNGTLGRIAPRLVAKQMRRVFMSPRALPPRDWELPLLASSERITLRFGLSALRWGKGPAVLLMHGWEGRPTQFAALINALVEAGYTVVALDGPAHGRSPGREANVLLFARAMLEAAAELPPLQAVIGHSMGGASAMLAVQLGLRTETLVSIAAPARILGVLRGFARMMGLPPRARSAFIRQVEQDVGMQASKMDVAQYQLDIPGLIVHAEDDTSVSVKESQLIHEAWFDSRLLRLGQGGHQRVLADPRVIDGVLSLLAGRSLQARQSA PGPT0031980_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-POLYENE_COLLIMOMYCINS_METABOLSIM,PGPT0031980-putative_hydrolase-NA NA NA D1-35_02252 486 hypothetical protein ATGGGCTGGGATCGGGCAACGCCGTTCATCATTGATCTTCAAGTGAATGCCGAAGACATCGACGGGCTGGGTCACGCCAATAATGCGGTGTACGTTACCTGGCTGGAGCGCTGCGCGTGGCGCCATTCCCAGCGCCTGGGCCTGGACCTGGTGGAGTACCGCCGGCTTGACCGGGCCATGGCGGTGGTGCGGCATGAGATCGATTACCTGGCGGCGGCCTATGAAGGCGACGAATTGCAGTTGGCGACCTGGATCGTCGACTGGGATCAGCGGCTGAAAATGACCCGGCACTTTCAATTGGTTCGCCCCAGTGATAACGCCACATTGCTGCGCGCCCAGACCACATTTGTCTGCATCGAACTGTCCACCGGCAGGCCCAAGCGCATGCCGCCGGAGTTTATCGAGGGCTACGCAGTGGCGCTGAACCCCTGTGGGAGCGAGCCTGCTCGCGAAGGCGGCGAAACATCCAACAGCTTTGCAAGCTGA MGWDRATPFIIDLQVNAEDIDGLGHANNAVYVTWLERCAWRHSQRLGLDLVEYRRLDRAMAVVRHEIDYLAAAYEGDELQLATWIVDWDQRLKMTRHFQLVRPSDNATLLRAQTTFVCIELSTGRPKRMPPEFIEGYAVALNPCGSEPAREGGETSNSFAS PGPT0001850_3076 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-35_02253 960 dusC COG0042 tRNA-dihydrouridine(16) synthase ATGCAAATTGCCCTGGCGCCCATGGAGGGGTTGGTCGACAACATCCTGCGGGACGTCCTGACCCGTGTTGGCGGTATCGACTGGTGTGTCACCGAGTTCATCCGCGTCAACGACCGTCTGCTCACGCCGGCCTACTTCCATAAGCTCGGCCCTGAACTGCTGACCGGTGCCAGGACGGCTGCCGGAGTGCCGTTGCGGGTGCAGTTGCTGGGTTCCGATCCGGTGTGCCTGGCGGAAAACGCCGCGTTGGCCTGTGAGCTGGGCTCGGAAGTCATCGACCTGAACTTCGGTTGCCCGGCCAAGACGGTGAACAAATCCCGGGGCGGGGCGGTGTTGCTCAAGGAACCGGAGCTGCTCAATCAGATCGTCGAGCATGTCCGCCGCGCGGTGCCGAAACACATCCCCGTCACCGCCAAAATGCGCCTGGGCTTCGACAGCCCGGACGGTGCGCTGGTCTGCGCCACGGCCCTGGCCGAGGGCGGCGCGGCGCACATCGTCGTGCATGCGCGGACCAAGGTTGATGGCTACAAGCCGCCGGCCCACTGGGAATGGATTCCGCGGGTCCAGGACGTGGTCAAGGTACCGGTGTTCGCCAACGGCGATATCTGGAGCGTGGAAGACTGGCGTCGTTGCCGGGAAATCAGCGGCGTTGAAGACATCATGCTCGGCCGCGGCCTGGTTTCCCGCCCTGACCTGGCTCGGCAGATCTCCGCCGCCCGGGCCGGCGAGGAGGTGGTCGAGATGTCCTGGGCTGAACTGCAGCCGATGCTCCAGGACTTCTGGACGCAAGTGGTCGAGCAACTGACGCCACGCCAGGCACCCGGTCGGTTGAAGCAGTGGCTGGCGATGTTGACCCGCAACTACCCCGAGGCGGTCGAGCTGTTCAGTGCCCTGCGCCGGGAAACCGACCTGGACGCAGTGGGTCGTTTGCTGGGTGTGCAGCGCACGGAAGCGGCCTGA MQIALAPMEGLVDNILRDVLTRVGGIDWCVTEFIRVNDRLLTPAYFHKLGPELLTGARTAAGVPLRVQLLGSDPVCLAENAALACELGSEVIDLNFGCPAKTVNKSRGGAVLLKEPELLNQIVEHVRRAVPKHIPVTAKMRLGFDSPDGALVCATALAEGGAAHIVVHARTKVDGYKPPAHWEWIPRVQDVVKVPVFANGDIWSVEDWRRCREISGVEDIMLGRGLVSRPDLARQISAARAGEEVVEMSWAELQPMLQDFWTQVVEQLTPRQAPGRLKQWLAMLTRNYPEAVELFSALRRETDLDAVGRLLGVQRTEAA PGPT0013740_4 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_02255 453 ibpA COG0071 Small heat shock protein IbpA ATGAGTACTGCATTTTCGCTGGCCCCTCTGTTCCGTTCCTCGGTGGGCTTCGACCGTTTCAACGACCTGTTCGAAACCGCCCTGCGTAACGAACCGGGCAGCAGCTATCCACCCTACAACGTGGAAAAACATGGCGATGACGAATACCGCATCGTAGTCGCCGCCGCCGGTTTCCGCGAAGAGGACCTGGACCTGCAAGTGGAAAAAGGTGTGCTGACCATCAGCGGCGGCAAGCGCGAGGCCAGCAACGACAGCGTGACCTTCCTGCACCAGGGCATCGCCCAGCGTGCGTTCAAGCTGTCCTTCCGGTTGGCGGATCATATCGAGATCAAGTCCGCCGGCCTGAGCAACGGTCTGTTGAGCATTGACCTGTTGCGTGTGGTGCCGGAAGAGGCGAAAGCCAAGCGCATCCCGATCAACGGTGCGCAACAGCAAGCCGCACTGGAAAATTGA MSTAFSLAPLFRSSVGFDRFNDLFETALRNEPGSSYPPYNVEKHGDDEYRIVVAAAGFREEDLDLQVEKGVLTISGGKREASNDSVTFLHQGIAQRAFKLSFRLADHIEIKSAGLSNGLLSIDLLRVVPEEAKAKRIPINGAQQQAALEN PGPT0014641_1039 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014641-ibpA-K04080 NA NA D1-35_02256 3279 hypothetical protein ATGCCCAAACCCGCCGACCATACTCCGCCCCTGCCGCGTATCCAGGCGCTCGACCCGAAACGGTCGGAGCAAAGCTGGGAAAGCGCGCCACAGTTGCTCGCCGCCCTGAACGGAGCGCGGCTGGGGGCCTGGTCGTGGGACATCGATACCGGCCAGATCAGCTGGTCCCGAGGCACCCAGGCGTTGTTCGGCTTCGACCCGCGCCAGCCATTGCCGGCGGACGTCGACTACCTCGACCTGCTGCTGCCCGAGGATCGGGCCAGGGCCGTGCGGGCCTTCCATGCAGCCGTGTCCGGCGTGCCGCTGGAACAGGCGATGCACCACCGCATCGTCTGGCCCGATGGCAGCCTGCACTGGCTGGAAATCAGTGGCAGCGTACTGCCTGACAAGCACGGTCGCCCGCGCATGATCGGGGTGATCCGCGAAATCACCCACCAGCGCGAACGGGAACAGGCGCTGCGCAGCTCGGAGAAACGCTTCGCGACACTGTTCCACCTGTGCCCGAACATGGTCCTGCTGACCCGCCAGGAAGATGGGCTGATCAGCGAAGCCAACCAGTATTTCGAAAGCCTGTTCGGCTGGCCGGTCCACAATGTGATCGGCCGCACCACCCTGGAACTGGGCCTGTGGGTCGACCCCACGCAGCGCGCCAAACTGGTAGAGGCCACCAAGGCCAAGGGCGAGCTGGTGAGCATGGAAGTGCAATTCCGCGCCAGTAACGGCCAGGTCCACAACGGTATCCTCAGCGCCCAGAAAGTCGAACTCGAAGGCCAGCCTTATTTACTGAGCACCTTCCTCGACACCACCGAACGCAAACTTGCCGAACAGGCCCTCAAGGACAGCCAGGAGCGCCTGGACCTGGCCCTCGACTCGGCGCAACTGGGTACCTGGGACTGGCACATCCCCAGCGGCATGCTCTACGGCTCGGCCCGGGCCGCGCAGCTCCATGGCCTGGAGCCCCAGGCGTTCCACGAATCGTTCGATGCGTTTTTCGAGGGCGTGCCTACCGAAGAACGCAACAACATGCGCAACGCCTACCGCAGCCTGCGTGAAGGCCCGGCGGGCAATTACCAGCTGACCTACCGCGTGCAACTGCCGGACGGCAGCTCGCGTTACCTGGAAAGTCGCGCCCGTCTCTACCGCAACGACGACGGCAGCCCGCTGCGCATGGCCGGCACCTTGCTCGACATCACCGACCAGGTGGAGCGCGAACAGAGCCTGGCGGCTTCGGAAGAAAAATTCGCCACGTTGTTCCAGGTCAGCCCCGATCCGATTTGCCTTACCCACCAGGACGACGGCACGTTCCTGGAAATAAACTCCAGTTTTACCCAGACATTCGGCTGGGCGGCCAATGATGTGCTGGGCCGCAGCGCCGACGAGATCGGCCTGTGGGAAGCTTCGGGCAGCAGCCTGCAGCGCATCGAACGGGTGATCCGCGAGCAGTCGCTGAGCAATGTCGCCATCGTCGTCCACCACAAGAACGGCCAGCCGCTGACCTGCGTGATCTCCAGCCGGCAGATCAGTGTCGGCAACCAGCCCTGCATCGTCACCACCCTGCGGGACATCACCCAGCAACAACGCTCCGAAGCGGCACTGAAAGCCAGCGAGGAAAAATTCGCCAAGGCATTCCACTCCAGCCCCGACGCGATCACCATTACCGAATGCGAAAGCGGCCGCTACCTTGAGGTCAACGATGGCTTCTGTCGCCTGACCGGTTATCGCGCCGACGAAGTCATCGGCCATACCGTCTACGAGGTCGGCATCTGGGCCGAAGAAAAGCAACGGACGGCGCTGCTCGCCGAATTGCAGCTCAAGGGCCGCGTTCTCCACCAGGAAATGCTCGGGCGCAACAAGCGCGGGGAAATCCTCACGGTGGAAGTATCGGTCGAGCCCATCACGCTCAACGAAACCGCATGCCTGCTGCTGACCGCCCGTGACGTGAGCCTGCTGCGCAACGCCGAGGCGCAGATCCGTCACCTCGCCTATCACGACCCGCTGACCAACCTGCCCAACCGCGCGCTGCTGCTGGACCGGCTCAGCCAGCAGATCGCCCTGCTCAAGCGCCATAACCTGCGCGGGGCGTTGCTGTTCCTCGACCTCGACCATTTCAAGCACATCAATGATTCGCTCGGCCATCCGGTTGGCGACACGGTGCTGAAGATCATCACCGCGCGCCTCGAAGCCAGCGTGCGCCTCGAAGACACCGTGGCGCGCCTGGGCGGCGATGAATTCGTCGTGCTGCTCAGCGGCCTGGAAGGCACGCGTGGCGTGGTCAGCCAGCAGGTGCAGACCCTGGCCGACACCCTTCGCGAACTGCTTTCCGAGCCGATGTTTCTCGATGGGCAACGACTGCAAGTCACCCCCAGCATCGGCATGGCGCTGATACCGGACCACGGCTCCACGCCCACTGACCTGCTCAAGCGCGCCGATATCGCCCTGTACCGCGCCAAGGATTCGGGACGCAATACCTCGCAGATGTTCCACGCCACCATGCAAAAAGCCGCCAGCGAACGGCTGCGCATGGAAACCGACCTGCGCCAGGCCCTGGCTCGCAACGAGTTCAGCGTGCATTTCCAGCCACAGGTCGATGCCCGGGACAACCGCATCGTTGGCGCCGAAGCGCTGGTGCGCTGGCATCATCCGGACCTGGGCGCGCAATCACCCAATGAGTTCATCAAGGTGCTGGAGGACAGCGGCCTGATCCTGGAAGTCGGCACCTGGATCCTCGACGAAGCCTGCGATGGCTTCAAACAACTGATCGCCAAGGGCAAGGTCGACCCCCGACGGTTCAAACTGTGCGTGAATATCAGCCCCCGGCAGTTCCGCCAGAGCGACTTCGTCGAGCGCATCGAAACCAGCCTCGCCAGCCATGGCCTGCCCTATTCCCTGCTGAAGCTGGAAATCACCGAAGGCATCGTGATCCACAACCTGGACGACACCATCGGCAAGATGCGCCGCCTGAAGAAATTGGGGGTGAGCTTTGCCATGGACGACTTCGGCACCGGTTATTCATCGCTGACTTACCTCAAGCGCCTGCCGGTGGACACGCTGAAAATCGACCAATCGTTCGTACGTGACGCCACCAGTGACCCCAACGACGCCGAGATCATCCGCGCCATCGTCGCCATGGCCCGCAGTCTGAACCTGGAAATGATTGCCGAAGGCGTCGAGACGCTGGAGCAACTGAAGTTTTTGCAGGGGCTCGATTGTCATTTGTACCAGGGTTACCTGCACAGCCGGCCATTGCCGCTGGAGGCGTTCGAGCGGTTGTTGCCTTAG MPKPADHTPPLPRIQALDPKRSEQSWESAPQLLAALNGARLGAWSWDIDTGQISWSRGTQALFGFDPRQPLPADVDYLDLLLPEDRARAVRAFHAAVSGVPLEQAMHHRIVWPDGSLHWLEISGSVLPDKHGRPRMIGVIREITHQREREQALRSSEKRFATLFHLCPNMVLLTRQEDGLISEANQYFESLFGWPVHNVIGRTTLELGLWVDPTQRAKLVEATKAKGELVSMEVQFRASNGQVHNGILSAQKVELEGQPYLLSTFLDTTERKLAEQALKDSQERLDLALDSAQLGTWDWHIPSGMLYGSARAAQLHGLEPQAFHESFDAFFEGVPTEERNNMRNAYRSLREGPAGNYQLTYRVQLPDGSSRYLESRARLYRNDDGSPLRMAGTLLDITDQVEREQSLAASEEKFATLFQVSPDPICLTHQDDGTFLEINSSFTQTFGWAANDVLGRSADEIGLWEASGSSLQRIERVIREQSLSNVAIVVHHKNGQPLTCVISSRQISVGNQPCIVTTLRDITQQQRSEAALKASEEKFAKAFHSSPDAITITECESGRYLEVNDGFCRLTGYRADEVIGHTVYEVGIWAEEKQRTALLAELQLKGRVLHQEMLGRNKRGEILTVEVSVEPITLNETACLLLTARDVSLLRNAEAQIRHLAYHDPLTNLPNRALLLDRLSQQIALLKRHNLRGALLFLDLDHFKHINDSLGHPVGDTVLKIITARLEASVRLEDTVARLGGDEFVVLLSGLEGTRGVVSQQVQTLADTLRELLSEPMFLDGQRLQVTPSIGMALIPDHGSTPTDLLKRADIALYRAKDSGRNTSQMFHATMQKAASERLRMETDLRQALARNEFSVHFQPQVDARDNRIVGAEALVRWHHPDLGAQSPNEFIKVLEDSGLILEVGTWILDEACDGFKQLIAKGKVDPRRFKLCVNISPRQFRQSDFVERIETSLASHGLPYSLLKLEITEGIVIHNLDDTIGKMRRLKKLGVSFAMDDFGTGYSSLTYLKRLPVDTLKIDQSFVRDATSDPNDAEIIRAIVAMARSLNLEMIAEGVETLEQLKFLQGLDCHLYQGYLHSRPLPLEAFERLLP PGPT0023624_512 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_02257 930 cmpR_2 HTH-type transcriptional activator CmpR ATGCTTTGCATAACCAACTGGAATCCGACCAGAAACGCCATGGACCTCGCCAACCTCAATGCCTTTATTGCCATTGCTGAAACCGGCAGTTTTTCCGGTGCCGGTGAACGCCTGCACCTGACGCAACCGGCCATCAGCAAGCGTATCGCCGGCCTCGAGCAGCAGCTCAACGTGCGCCTGTTCGACCGTCTGGGCCGGGAAGTCAGCCTGACCGAAGCCGGTCGGGCCCTGCTGCCACGGGCCTATCAGATTCTCAACGTGCTGGACGACACCCGCCGCGCCCTGACCAACCTGACCGGCGAAGTGACCGGGCGCCTGACCCTCGCCACCAGCCACCATATCGGCTTGCACCGGCTGCCACCGCTGTTGCGGGAGTTCACCCGACGCTACCCGCAGGTGGCACTGGATATTCAGTTCCTGGATTCGGAAGTGGCCTACGAGGAAATTCTCCATGGCCGGGCGGAACTGGCGGTCATCACCCTGGCCCCCGAGCCCCACACGCTGGTACGGGCCACGCCGGTGTGGGACGACCCGCTGGATTTCGTGGTGGCGCCGGAACACGCCCTGCTGGAAAACAGCGCCGTCAGCCTGGCGGACATTGCCCTTCATCCGGCGGTTTTCCCGGGAGGCAACACGTTTACCCACCACATCGTGCAGCGGCTGTTCGAAGCCCAGGGCCTGACGCCGAACATCGCAATGAGCACGAATTATCTGGAAACCATAAAGATGATGGTGTCCATCGGCCTGGCCTGGAGCGTTTTGCCGCGCACGATGCTTGATGATCAAGTGGCGCGTGTGCCTTTGCCGGGCATACAGCTCAGTCGCCAGCTAGGCTATATCCTGCACACCGAAAGGACGCTGTCGAACGCTGCACGGGCTTTCATGGCTCTATTGGACGCACAAATCGATCTGCCAGGGACAAGGGCATAA MLCITNWNPTRNAMDLANLNAFIAIAETGSFSGAGERLHLTQPAISKRIAGLEQQLNVRLFDRLGREVSLTEAGRALLPRAYQILNVLDDTRRALTNLTGEVTGRLTLATSHHIGLHRLPPLLREFTRRYPQVALDIQFLDSEVAYEEILHGRAELAVITLAPEPHTLVRATPVWDDPLDFVVAPEHALLENSAVSLADIALHPAVFPGGNTFTHHIVQRLFEAQGLTPNIAMSTNYLETIKMMVSIGLAWSVLPRTMLDDQVARVPLPGIQLSRQLGYILHTERTLSNAARAFMALLDAQIDLPGTRA NA NA NA NA NA D1-35_02258 1419 leuC_1 COG0065 3-isopropylmalate dehydratase large subunit ATGGCCGGCAAAACGCTCTACGACAAGCTCTGGGATTCGCATTTGGTCAAGCAGCGCGACGATGGCTCGGCGCTGATCTACATCGACCGCCACATCATTCACGAAGTGACCTCGCCGCAAGCCTTCGAAGGTCTGCGTCTGGCCGGGCGCAAGCCTTGGCGCATCGATGCCAACATCGCGACCCCGGACCACAACGTGCCGACCACGCCGGAGCGCAAGGGTGGCATCGAAGCCATTGCCGACCAGGTTTCGCGCCTGCAAGTCCAGACCCTTGACGACAACTGTGATGAATACGGCATCGTCGAATTCAAGATGAATGACGTCCGCCAGGGCATCGTCCACGTGATCGGCCCGGAGCAGGGCGCGACCTTGCCGGGCATGACCGTGGTCTGTGGTGACTCGCATACCTCGACCCACGGCGCCTTTGGTGCGCTGGCCCACGGTATCGGCACCTCCGAGGTCGAGCACGTGCTCGCTACCCAGTGCCTGGTCGCCAAGAAAATGAAAAACATGCTGGTGCGCGTCGAGGGCAAGCTGCCTTTCGGCGTGACCGCCAAGGACATCGTCCTGGCCGTGATCGGCAAGATCGGCACCGCCGGCGGTAATGGCCACGCCATCGAATTCGCCGGTAGCGCGATCCGCGATTTGTCCGTCGAAGGCCGCATGACCATCTGCAACATGTCCATCGAAGCCGGCGCCCGCGTCGGCCTGGTGGCCGCCGATGAAAAAACCGTGGAATACGTCAAGGGCCGGCCGTTCTCCCCGAAAGGCGCCGAATGGGACATGGCGGTCGAAGCCTGGAAAGACCTGGTCTCCGACCCGGACGCCAGGTTCGACACCGTGGTCGAGCTCGACGCGACGCAGATCAAGCCGCAAGTCAGCTGGGGCACATCGCCGGAAATGGTCCTGGCCGTGGACCAGAACGTGCCGGACCCGGCCAAGGAAATGGACCTGGTCAAGCGTGACTCCATCGTCCGCGCCTTGAAATACATGGGCCTGAGCGCCAACCAGGCGATCACCGACATTCAGCTCGACCGTGTGTTCATCGGTTCCTGCACCAACTCGCGGATCGAAGACTTGCGCGCCGCCGCCGTGATCGCCAAGGGCCGCAAGGTTGCCTCGACGATCAAGCAGGCGATCGTGGTGCCGGGCTCGGGGCTGGTGAAAGCCCAGGCCGAAGCGGAAGGGCTGGACAAGATTTTCCTCGAGGCCGGTTTCGAATGGCGCGAGCCAGGCTGCTCGATGTGCCTGGCGATGAACCCGGATCGCCTGGAGTCGGGCGAGCACTGCGCCTCGACGTCCAACCGAAACTTCGAAGGCCGCCAGGGCGCCGGTGGGCGTACGCACCTGGTGAGCCCGGCGATGGCCGCCGCCGCTGCCGTCAACGGCCGTTTTGTCGATGTCCGCGAATTGATCTGA MAGKTLYDKLWDSHLVKQRDDGSALIYIDRHIIHEVTSPQAFEGLRLAGRKPWRIDANIATPDHNVPTTPERKGGIEAIADQVSRLQVQTLDDNCDEYGIVEFKMNDVRQGIVHVIGPEQGATLPGMTVVCGDSHTSTHGAFGALAHGIGTSEVEHVLATQCLVAKKMKNMLVRVEGKLPFGVTAKDIVLAVIGKIGTAGGNGHAIEFAGSAIRDLSVEGRMTICNMSIEAGARVGLVAADEKTVEYVKGRPFSPKGAEWDMAVEAWKDLVSDPDARFDTVVELDATQIKPQVSWGTSPEMVLAVDQNVPDPAKEMDLVKRDSIVRALKYMGLSANQAITDIQLDRVFIGSCTNSRIEDLRAAAVIAKGRKVASTIKQAIVVPGSGLVKAQAEAEGLDKIFLEAGFEWREPGCSMCLAMNPDRLESGEHCASTSNRNFEGRQGAGGRTHLVSPAMAAAAAVNGRFVDVRELI PGPT0001442_1709 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703 NA NA D1-35_02259 645 leuD1 COG0066 3-isopropylmalate dehydratase small subunit 1 ATGAAAGCTTTCACCCAGCACACCGGTCTTGTCGCGCCTTTGGATCGTGCCAACGTCGACACCGACCAGATCATCCCCAAGCAATTCCTGAAGTCCATCAAACGCACCGGCTTCGGCCCGAACCTGTTTGACGAATGGCGTTACCTGGATGTGGGCCAGCCGTACCAGGACAACTCCAAGCGGCCGTTGAACAAGGACTTCGTGCTCAATGCCGAGCGTTACCAAGGCGCCAGCGTATTGCTGGCCCGCGAGAACTTCGGTTGCGGTTCGAGCCGCGAGCACGCGCCATGGGCCCTGGAAGAATACGGTTTTCGCAGCATCATCGCGCCGAGCTACGCCGACATCTTCTTCAACAACAGCTTCAAGAACGGCCTGCTGCCGATCATTCTCAGCGATGCCGAAGTGGACGAGCTGTTCCAGCAGGTCGAGGCCAACCCTGGCTATCAACTGCAGATCGACCTGGCGGCCCAGACCGTGACCCGTCCCGACGGCAAGGTGCTGGGTTTTGAAATCGACGCGTTCCGCAAGCACTGCCTGCTCAACGGCCTGGACGACATCGGCCTGACCCTGCAGGACGGCGAGGCGATTGCCGCGTTCGAAGCCAAGCACCGGGCGAGCCAGCCTTGGTTGTTTCGTGATGCTTGA MKAFTQHTGLVAPLDRANVDTDQIIPKQFLKSIKRTGFGPNLFDEWRYLDVGQPYQDNSKRPLNKDFVLNAERYQGASVLLARENFGCGSSREHAPWALEEYGFRSIIAPSYADIFFNNSFKNGLLPIILSDAEVDELFQQVEANPGYQLQIDLAAQTVTRPDGKVLGFEIDAFRKHCLLNGLDDIGLTLQDGEAIAAFEAKHRASQPWLFRDA PGPT0001443_742 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704 NA NA D1-35_02260 765 ycgJ putative methyltransferase YcgJ ATGACCAGCACCGCCCACAGCCAAGTCGTTCAAAAGCAATTCGGCGAACAGGCCTCGGCCTACCTGAGCAGCGCCGTGCACGCCCAGGGCGCCGAATTCGTGCTGCTGCAGGCCGAGCTGGCCGGTCACGCCAATGCCCGTGTGCTGGACCTGGGCTGTGGCGCCGGGCATGTGAGCTTCCATGTGGCGCCGCTGGCCGGCGAGGTGGTGGCCTACGACCTGTCCCAACAGATGCTCGACGTGGTTGCCGCGGCGGCGGCCGAGCGTGGCCTGGGCAATATCGGCACGGTACGTGGCGCCGCCGAGCGGCTGCCGTTCGCCGACGGCGAGTTCGACTTCGTGTTCAGCCGCTATTCGGCGCATCATTGGAGTGACCTGGGCCTGGCTTTGCGGGAAGTGCGCCGGGTGCTCAAGCCGGGCGGCGTAGCGGCGTTCATTGATATCCTGTCGCCGGGCATGCCGCTGCTTGATACCTACCTGCAAAGCGTCGAAGTGCTGCGCGACACCAGCCATGTGCGCGACTATTCGGCTGCCGAGTGGTTGCAGCAGGTCAGCGACGCGGGGCTGCACACCCGTAGCACCTCGCGCCAGCGTCTGCGCCTGGAATACCGTTCGTGGGTCGAGCGCATGCGTACTCCGGAGGTAATGCGGGCGGCGATTCTCGAGCTGCAGCGCTCGATGGGCGATGAAGTGCGTGAATATTTTCAGATTGAGGCCGATGGATCGTTCAGCACGGATGTACTGGTGCTGTGGGCCGAGCGATAG MTSTAHSQVVQKQFGEQASAYLSSAVHAQGAEFVLLQAELAGHANARVLDLGCGAGHVSFHVAPLAGEVVAYDLSQQMLDVVAAAAAERGLGNIGTVRGAAERLPFADGEFDFVFSRYSAHHWSDLGLALREVRRVLKPGGVAAFIDILSPGMPLLDTYLQSVEVLRDTSHVRDYSAAEWLQQVSDAGLHTRSTSRQRLRLEYRSWVERMRTPEVMRAAILELQRSMGDEVREYFQIEADGSFSTDVLVLWAER NA NA NA NA NA D1-35_02261 1083 leuB 3-isopropylmalate dehydrogenase ATGAGCAAGCAGATTCTGATTCTCCCAGGTGATGGCATCGGCCCGGAAATCATGGCCGAGGCGGTCAAGGTCCTGGAGCTGGCGAACGCCAAGTACGGCCTGGGTTTCGAACTCAGCCACGACGTGATCGGTGGCGCCGCCATCGACAAGCACGGCGTGCCGCTGGCCGATGAAACCCTGGACCGTGCCCGTGCCGCCGATGCCGTGCTGCTGGGCGCCGTGGGCGGGCCGAAATGGGACAAGATCGAACGCGACATCCGCCCCGAACGCGGGCTGCTGAAGATTCGCGCGCAACTGGGCCTGTTCGGCAACCTGCGTCCGGCGATTCTTTATCCGCAACTGGCCGATGCATCGAGCCTGAAGCCGGAAATCGTCTCCGGCCTGGACATCCTCATCGTGCGTGAGCTGACCGGCGGTATCTACTTCGGTGCCCCGCGCGGTACCCGTGAGCTGGAAAACGGCGAGCGCCAGGCCTACGACACCCTGCCGTACAGCGAAAGCGAAATCCGCCGTATCGCCCGGGTCGGCTTCGACATGGCCCGCGTGCGTGGCAAGAAGCTGTGCTCGGTGGACAAGGCCAACGTGCTGGCGTCCAGCCAACTGTGGCGCGAAGTGGTCGAGCAGGTGGCCAAGGATTATCCGGACATCGAGCTGAGCCACATGTACGTCGACAACGCCGCGATGCAACTGGTGCGCGCGCCGAAGCAGTTCGATGTGATCGTCACCGACAACATGTTCGGCGACATCCTGTCCGACGAAGCGTCGATGCTCACCGGTTCCATCGGCATGCTGCCGTCGGCCTCCCTGGATGCCAACAACAAAGGCATGTACGAGCCGTGCCACGGCTCGGCGCCGGACATTGCCGGGCAGGGCATTGCCAACCCGTTGGCGACCATCCTGTCGGTGTCGATGATGCTGCGCTACAGCTTCAACTTGAACGATGCCGCCGACGCGATTGAAAAATCCGTCAGCGTGGTCCTGGACCAGGGCTTGCGCACCGGTGACATCTGGTCACAAGGTTGCACCAAGGTCGGTACGCAGCAAATGGGCGATGCAGTAGTCGCCGCGCTGCGGAATCTGTAA MSKQILILPGDGIGPEIMAEAVKVLELANAKYGLGFELSHDVIGGAAIDKHGVPLADETLDRARAADAVLLGAVGGPKWDKIERDIRPERGLLKIRAQLGLFGNLRPAILYPQLADASSLKPEIVSGLDILIVRELTGGIYFGAPRGTRELENGERQAYDTLPYSESEIRRIARVGFDMARVRGKKLCSVDKANVLASSQLWREVVEQVAKDYPDIELSHMYVDNAAMQLVRAPKQFDVIVTDNMFGDILSDEASMLTGSIGMLPSASLDANNKGMYEPCHGSAPDIAGQGIANPLATILSVSMMLRYSFNLNDAADAIEKSVSVVLDQGLRTGDIWSQGCTKVGTQQMGDAVVAALRNL PGPT0001441_2109 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052 NA NA D1-35_02262 1113 asd COG0136 Aspartate-semialdehyde dehydrogenase ATGAAACGTGTAGGTCTGATCGGTTGGCGCGGCATGGTCGGTTCCGTGCTCATGCAGCGAATGCTGGAAGAGCAGGATTTCGATCTCATTGAGCCGGTGTTTTTCACCACCTCCAACGTCGGTGGCCAGGGCCCGTCCGTGGGCAAGGACACCGGTGTGCTCAAGGATGCCTACAGCATCGAAGAGCTCAAGACCCTCGACGTGATCCTGACCTGCCAGGGCGGCGACTACACCAGCGAAGTGTTCCCCAAGCTGCGTGAAGCCGGCTGGCAGGGTTACTGGATCGACGCCGCTTCCAGCCTGCGCATGCAGGATGACGCGGTGATCATCCTCGACCCGGTCAACCGCAAGGTCATCGACCAGCAACTGGACGCGGGCACCAAGAACTACATCGGCGGCAACTGCACCGTCAGCCTGATGCTGATGGGCCTGGGCGGGCTGTTCGAGGCTGGCCTGGTCGAGTGGATGAGCGCCATGACCTATCAGGCGGCTTCCGGTGCCGGCGCGCAGAACATGCGTGAACTGATCAAGCAGATGGGCGCGACCCACGCCGCTGTCGCCGATGACCTGGCCAACCCGGCCAGCGCCATCCTCGACATCGACCGCAAGGTCGCCGAGGCGATGCGCAGCGATGCCTACCCGACCGAGAACTTCGGCGTGCCGCTGGCTGGCAGCCTGATCCCGTGGATCGACAAGGAACTGCCTAACGGCCAGAGCCGTGAAGAGTGGAAGGCCCAGGCCGAAACCAACAAGATCCTCGGTCGCTTCAAGAGCCCGATCCCGGTGGACGGCATCTGTGTGCGCATCGGCGCCATGCGCTGCCACAGCCAGGCGCTGACCATCAAGCTGAACAAGGACGTGCCGATCGCCGACATCGAAGGGTTGATCAGCCAGCACAACCCTTGGGTCAAGCTGGTGCCGAACAACCGCGAAACCAGCATTCAAGAGCTGAGCCCGACCAAGGTCACCGGCACCCTGAACGTGCCGGTGGGCCGCCTGCGCAAACTGAACATGGGCTCGCAGTTCGTCGGTGCATTCACCGTCGGCGACCAGTTGCTGTGGGGCGCGGCCGAGCCGCTGCGGCGCATGCTGCGGATCCTGCTCGAGCGTTGA MKRVGLIGWRGMVGSVLMQRMLEEQDFDLIEPVFFTTSNVGGQGPSVGKDTGVLKDAYSIEELKTLDVILTCQGGDYTSEVFPKLREAGWQGYWIDAASSLRMQDDAVIILDPVNRKVIDQQLDAGTKNYIGGNCTVSLMLMGLGGLFEAGLVEWMSAMTYQAASGAGAQNMRELIKQMGATHAAVADDLANPASAILDIDRKVAEAMRSDAYPTENFGVPLAGSLIPWIDKELPNGQSREEWKAQAETNKILGRFKSPIPVDGICVRIGAMRCHSQALTIKLNKDVPIADIEGLISQHNPWVKLVPNNRETSIQELSPTKVTGTLNVPVGRLRKLNMGSQFVGAFTVGDQLLWGAAEPLRRMLRILLER PGPT0014045_936 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133 NA NA D1-35_02263 1011 usg COG0136 USG-1 protein ATGAGCCAGTCCTTTGATATTGCCGTGATCGGCGCCACCGGTACTGTCGGCGAAACCCTGGTGCAGATCCTCGAAGAGCGGGATTTTCCGATCGGCACCCTGCACCTGCTGGCGAGCAGCGAATCGGCGGGAAGCTCGGTGCTGTTTCGCGGCAAGAACGTGCGGGTGCGCGAGGTCGATGAATTCGATTTCGGCAAGGTCCAACTGGTGTTCTTCGCCGCCGGTCCGGCGGTCACCCTGAGTTTTGCACCACGCGCCACGGCTGCCGGTTGTGCGCTGATCGACCTCTCCGGCGCGCTGCCGCCGGAGCAGGCGCCGCAGATCGTGCCAGAGGCCAACGCCGGGTTGCTGGCCGGCCTGAGCAAACCGTTCCAGGTCAGCAGCCCCAGCGCCTCGGCCACTGCGCTCGCCGTGGTGCTGGCGCCGCTGCGCGATTGCCTGGACCTGCAACGCATCAGCCTGACCGCCAGTCTCGCCGTCTCCGCCCAGGGGCGCGCAGCGGTGAGCGAGTTGGCGCGCCAGACCGCCGAGTTGCTCAATGCCCGTCCGCTGGAGCCGAAATTCTTCGATCGGCAGATGGCGTTCAACCTGCTGGCCCAGGTCGGTGTCCCGGATGAGCAGGGTCATACGCTGCTGGAGAAGCGCCTGGTCCACGAGCTGCGCCAAGTGCTTGCGCAACCTTTGTTAAAGATTTCCGTCACTTGCATTCAAGCGCCGGTGTTTTTCGGCGATAGCTTTAGCGTGACCGTACAGTCCGCGAGCGCCGTTGACCTGGCGAAGGTCAACGCAGCCCTGGAGGCGGCGCCCGGAATTGAGCTGGTGGAGGCGGGTGACTACCCGACGCCGGTGGGCGATGCGGTCGGCCAGGATGTGGTTTGTGTCGGGCGTGTGCGCGGTGGCGTGGACGATCCGGCGGAACTGAATCTGTGGCTGACGTCGGATAACGTGCGCAAGGGCGCGGCGCTCAATGCCGTGCAGGTGGCTGAGTTGTTGATAAAAGACTTGCTGTAA MSQSFDIAVIGATGTVGETLVQILEERDFPIGTLHLLASSESAGSSVLFRGKNVRVREVDEFDFGKVQLVFFAAGPAVTLSFAPRATAAGCALIDLSGALPPEQAPQIVPEANAGLLAGLSKPFQVSSPSASATALAVVLAPLRDCLDLQRISLTASLAVSAQGRAAVSELARQTAELLNARPLEPKFFDRQMAFNLLAQVGVPDEQGHTLLEKRLVHELRQVLAQPLLKISVTCIQAPVFFGDSFSVTVQSASAVDLAKVNAALEAAPGIELVEAGDYPTPVGDAVGQDVVCVGRVRGGVDDPAELNLWLTSDNVRKGAALNAVQVAELLIKDLL PGPT0014045_4966 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133 NA NA D1-35_02264 2583 hypothetical protein ATGGTTCAAGTTCGCAAACTGGTGTTAGCAATAGCGGCCGCCTCGGCGCTGTCCTCCGGTATGGCGCAAGCGCTCGGGCTCGGGGAGTTGACCCTGAAGTCGCCGCCGAACCAGCCTTTGGTCGCCGAGATCGAGCTGCTCGATGTCCAGCAACTGACCGCCGCCGAAGTCGTGCCGAGCCTGGCTCCCCCCGAAGAGTTCGCCAAGGCGGGCATTGACCGCCAAGCCTTCCTCAATGACCTGAGCTTCACCCCGGTGATCAACGCCAACGGCCGCAGTGTCCTGCGGGTGACGTCCAGCCGGCCACTGTCCGAGCCGATGGTCAAGTTCCTGGTGCAGGTGATGTGGCCCAACGGCCGCTTGCTGCGCGACTACAGCGTGCTGCTCGATCCGTCCAAATTCTCGCCGCAGGCCGCCGATGCTGCGCGGGCGAAGCCGTCCCAAGCGGTTTCCACACCGGTCACCGGGGCCACCAAGCCGTCCCAATACACCACCACGCCGCGCGACACCCTGTGGGAAATCGCCGCCAAGGTGCGCAACGGCGGTTCGGTGCAACAAACCATGCTGGCGATTCAGGCGCTGAACCCGAACGCCTTCATCAACGGCAATATCAACCTGCTCAAGACCGGCCAGGTGTTGCGCCTGCCGGATCCGGTGCAAAGCACGGCGCTGCCGCAACCCCAGGCCATCGCCGAAGTGGCCGCACAGAACGCTGCCTGGCGCCAGGGGCGTCGGGGTGTGGCAGGTAACGGCCGGCAACAGTTGGACGCGACCAAGCGGGGCGCTGCCGAGGGCGCGCCAGCCCAGGCCGCCGCGCGCGACAACCTGAGCCTGGTCTCCGCCGAGTCGGCAAAGGCCGGCGCCAAGGGCAAAGGGCCTGCCGGCGATGCCCAGGCACTGAGCAACCAGCTTGCAGTGACTCAGGAGAGCCTGGATGCGGCTCGTCGCGACAACGAAGAACTGAAAAGCCGTATGGCTGACCTGCAGAGCCAACTGGACAAGCTGCAGCGTCTGATCGAGCTGAAGAACAACCAACTGGCGAAGATGCAGGCTGATGGCGCTGCTGTACCGCCTGCGGGCGAGTCGACCCCGACGATGTCGGCCGAGCTGACCCCGACGCCGTCGGCGCAGCCACCGGCGCCAACACCAGCACCCGAGGCCGCCCCGGAAGCGACGCCGCCCGCCGCACCGGTCGAGCCGACAGCTGCCGCTTCCGATGAAAAGAAATACAACGACCTGCTGACCAATCCGATCCTCCTGGGGCTGATTGGCGGTGGCGCGTTGATCCTGTTGCTGCTTCTGTTGCTGCTTGCCCGTCGCCGCAAGGCCCAGCAGGAAGCCGAGAAACATCTGCGCATGGCCCGAGCCCTCGAGGAGGAGGCCGACTTCTCCCCGGAGCTCGATCTGCCCCCGAGCAGCTTCGAGGGCATTGAGGTTCCACCACCCAGCGTAAAACTCGAACCCAAGCCAGCCCCGGCGCCAGTGCCCAAGCCGGCTCCGGTGATTGCGCCAGTGATTGTCACGCCGCCCATTGCCGCACCATTGGTGGCCCCGGCCGCCGATCGTTCCGACGACGTGCTGCCTCAGGCCCAGTCGCACATCGATCGCGGTCGTTTGAACCAGGCGGCCGATCTGCTGGAGCAAGGCATCAAGGCTGAGCCTCAGCGCAGCGATCTGCGTCTGAAGTTGATGGAAGTCTACGGCCAACAGGGCGACCGAGACGCCTTTGTTGCCCAGGAACGCCAACTGGTCGCCAACGGTGAAAACTACGCCCAGGTCGAACAGCTCAAGAGCCGTTTCCCGGCCATGGCGGTCGCCGCTGGCGCAGGCCTGGCAGCCGCAGCCGTGGCTGCCGAACTGGATGCGCAGTACGTCAAGGAACTGCTGGAAGACAAGCCGGCGACCGATGAAGAACTCGACAACGCTTTTGACCTGAGCCTGGACGACTTTGATACGACGCCCGCAGCGCCGGCACCCGAGCCGCTCAACGAACTGGACGCGTTTCCGGAAGACGATGACCTGAGTTTCGAGTCGGTGCTCAAGCAGCAGACCGAGGCCAACGAAAGCCTCGACGACCTGTCGGAGTTCGACCTGGACCTGGGCGCCGACGCTCCGGCACCCGCCCTGGAGGATGACGACTTCCTGCTGGGCCTGGAGGATGACCTCAAGGGTCTTGACGTCCCGGCTGCCGAAACGCCGGCCCTGAACGACACCCCGGCCGACGATCTTGAGCTGCCGGCGGATTTCGACCTGTCCCTGGCGGACGAAATGGATGCCCATGACCAGCCCAAGGATGCCTTCGAATCCGAGCTGGATGATGTCAACGCCGAGCTGGATCGTTTGTCCGACAGCCTCGGTCAGCCGACCTTCACGGCCGATGATGCCTTGGCGACTGCTGACGACGAGCCGGATTTCGACTTCCTCAGCGGCACCAACGAAGTGGCGACCAAGCTCGATCTGGCCCAGGCCTACATCGACATGGGCGACGACGATGGCGCCCGGGATATCCTGGGCGAGGTCCTCAACGAAGGCGATGCCACGCAGAAGAGTGAAGCGCAGGAAATGTTGTCACGCCTGGCTTGA MVQVRKLVLAIAAASALSSGMAQALGLGELTLKSPPNQPLVAEIELLDVQQLTAAEVVPSLAPPEEFAKAGIDRQAFLNDLSFTPVINANGRSVLRVTSSRPLSEPMVKFLVQVMWPNGRLLRDYSVLLDPSKFSPQAADAARAKPSQAVSTPVTGATKPSQYTTTPRDTLWEIAAKVRNGGSVQQTMLAIQALNPNAFINGNINLLKTGQVLRLPDPVQSTALPQPQAIAEVAAQNAAWRQGRRGVAGNGRQQLDATKRGAAEGAPAQAAARDNLSLVSAESAKAGAKGKGPAGDAQALSNQLAVTQESLDAARRDNEELKSRMADLQSQLDKLQRLIELKNNQLAKMQADGAAVPPAGESTPTMSAELTPTPSAQPPAPTPAPEAAPEATPPAAPVEPTAAASDEKKYNDLLTNPILLGLIGGGALILLLLLLLLARRRKAQQEAEKHLRMARALEEEADFSPELDLPPSSFEGIEVPPPSVKLEPKPAPAPVPKPAPVIAPVIVTPPIAAPLVAPAADRSDDVLPQAQSHIDRGRLNQAADLLEQGIKAEPQRSDLRLKLMEVYGQQGDRDAFVAQERQLVANGENYAQVEQLKSRFPAMAVAAGAGLAAAAVAAELDAQYVKELLEDKPATDEELDNAFDLSLDDFDTTPAAPAPEPLNELDAFPEDDDLSFESVLKQQTEANESLDDLSEFDLDLGADAPAPALEDDDFLLGLEDDLKGLDVPAAETPALNDTPADDLELPADFDLSLADEMDAHDQPKDAFESELDDVNAELDRLSDSLGQPTFTADDALATADDEPDFDFLSGTNEVATKLDLAQAYIDMGDDDGARDILGEVLNEGDATQKSEAQEMLSRLA PGPT0016075_683 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-SURFACE_ATTACHMENT SURFACE_ADHESION SURFACE_ADHESIVE_FIMBRIAE,PGPT0016075-fimV-K08086 NA NA D1-35_02265 855 truA COG0101 tRNA pseudouridine synthase A TTGGCAAACATAGACAACCCGGCCGCAGAAATGGCGGCTGACGGCTTTTTCCGGATCGCCCTGGGCGTTGAATACAAAGGCTCGCGCTATCGCGGCTGGCAGCGTCAGGCCTCCGGTGTCCTGACGGTGCAGGAAACCCTTGAAAATGCCCTGTCCAAAGTCGCCGACTCGCCCGTGTCGCTGCATTGCGCCGGGCGTACCGATGCCGGCGTGCATGCGTGCGGGCAGGTGGTGCATTTCGATACCCAGGTCGAGCGCTCGATGAAGGCCTGGGTCATGGGCGCCAATATCAACTTGCCGCACGATGTCAGCGTCAGTTGGGCCAAGGCCATGCCGGCGCATTTCCATGCCCGCTTCAAGGCTATCGCCCGGCGTTATCGCTATGTGATCTACAACGACCAGATCCGCCCGGCGCACCTGAACGAAGAAATCACCTGGAACCACCGCCCGCTGGACGTCGAACGCATGGCCGAGGCCGCGCAATATCTGGTCGGCGTCCACGACTTCAGCGCCTTCCGCGCCGGCCAATGCCAGGCCAAATCGCCGATCAAGGAGCTGCATCACTTGCGCGTGACCCGTCACGGCAAGATGATCGTGCTCGACATCCGTGCCAGCGCCTTCCTGCATCACATGGTGCGCAACATCGCCGGCGTGCTGATGACCATCGGCGCGGGCGAGCGACCGGTGGAGTGGATCAAGGAAGTGCTGGAAAGCCGCATCCGTCGTTCCGGAGGCGTCACGGCGCATCCGTTTGGCCTGTACCTGGTACAGGTGGAATATCACGATGAGTTCGAACTGCCGGAGCGTTACATCGGGCCACATTTCCTGACAGGCTTCTCGGAACTCGACGGCTGA MANIDNPAAEMAADGFFRIALGVEYKGSRYRGWQRQASGVLTVQETLENALSKVADSPVSLHCAGRTDAGVHACGQVVHFDTQVERSMKAWVMGANINLPHDVSVSWAKAMPAHFHARFKAIARRYRYVIYNDQIRPAHLNEEITWNHRPLDVERMAEAAQYLVGVHDFSAFRAGQCQAKSPIKELHHLRVTRHGKMIVLDIRASAFLHHMVRNIAGVLMTIGAGERPVEWIKEVLESRIRRSGGVTAHPFGLYLVQVEYHDEFELPERYIGPHFLTGFSELDG PGPT0014045_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133 NA NA D1-35_02266 651 trpF COG0135 N-(5'-phosphoribosyl)anthranilate isomerase ATGGAATTGCCTGAGGTTTTCCCCATCATGCCGGTCGTTCGCAGCAAGATATGCGGGATCACTCGCGTCGAGGACGCGCTGGCGGCGGTCGAGGCCGGGGCGGACGCCATCGGGCTGGTGTTTTACGCCAAGAGTCCGCGGGCGGTGACGGTGCAGCAGGCGAGGGCGATCATCCAGGCCTTGCCGCCATTCGTGACGCCGGTCGGTCTGTTCGTCAACGCCAGCCGTTGCGAGCTGGGCGAGATACTCGATGCGGTGCCGTTGGCGCTGTTGCAGTTCCATGGCGACGAGACGCCAGCCGATTGTGAAGGCTGGCATCGCCCTTATATCAAGGCCCTGCGGGTCAAGGCCGGCGACGACATCGCCGCGGCTTGCGAGGCCTTTGCCGGTGCCAGCGGGATCTTGCTGGACACCTACGTCGAGGGCGTTCCCGGCGGGACCGGCGAAGCGTTCGACTGGTCGCTGGTCCCGCAAGATCTTGCCAAGCCGATCATCCTCGCCGGTGGCCTGACGGCGGACAACGTGGCGGCAGCCATTGCCCAGGTCCGCCCCTATGCGGTGGACGTCAGTGGTGGCGTGGAGCAGGCCAAGGGCCTCAAGGATCCGGCAAAGATTCGCGCGTTCATGGCCGCTGTGCGCAGCAGCCAGTAG MELPEVFPIMPVVRSKICGITRVEDALAAVEAGADAIGLVFYAKSPRAVTVQQARAIIQALPPFVTPVGLFVNASRCELGEILDAVPLALLQFHGDETPADCEGWHRPYIKALRVKAGDDIAAACEAFAGASGILLDTYVEGVPGGTGEAFDWSLVPQDLAKPIILAGGLTADNVAAAIAQVRPYAVDVSGGVEQAKGLKDPAKIRAFMAAVRSSQ PGPT0007115_2302 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 D1-35_02267 921 accD COG0777 Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta ATGAGCAACTGGTTGGTAGACAAACTGATCCCTTCGATCATGCGTTCCGAGGTGAAGAAAAGCTCGGTGCCTGAAGGTCTGTGGCACAAATGTCCATCCTGCGAAGCGGTGCTTTACCGCCCCGAGCTGGAAAAGACCCTGGACGTTTGCCCCAAGTGCAACCACCACATGCGCATCGGCGCGCGTGCCCGTATCGATATTTTCCTCGACGCCGAAGGCCGCGTTGAACTGGGCGCCGAACTGGAGCCCGTGGACCGCCTGAAATTCCGCGACGGCAAGAAATACAAGGACCGCCTGACCGCCGCCCAGAAACAGACCGGCGAAAAAGATGCGCTGGTGTCCATGAGCGGTACCCTGCTGGGCATGCCGGTGGTGGTGTCGGCGTTCGAGTTCTCCTTCATGGGCGGTTCCATGGGCGCGATCGTCGGCGAGCGCTTCGTTCGCGCGGCCAACCATGCCCTGGAAAACCGTTGCCCGATGATCTGCTTCGCCGCCTCCGGCGGTGCGCGGATGCAGGAAGCGCTGATCTCGCTGATGCAAATGGCCAAGACCTCCGCGGTGCTGGCGCGTCTGCGTGAAGAAGGCATTCCGTTCATTTCGGTACTGACCGACCCGGTCTACGGCGGCGTCTCCGCCAGCCTGGCGATGCTCGGTGACGTGATCGTCGGCGAGCCGAAAGCGCTGATCGGCTTTGCCGGCCCTCGCGTGATCGAACAGACCGTGCGGGAAAAACTGCCGGAAGGTTTCCAGCGCAGTGAATTCCTGCTTGAGCACGGTGCCATCGACATGATCATTCACCGTCAGGAACTGCGCCCGCGCCTGGGCAACCTGCTGGCGCAATTGATGGGCCTGCCGACGCCGAAGTTCGTCGCCACGCCGATCGAGCCGATCGTGGTTCCGCCGGTGCCTGCAGGCCTATGA MSNWLVDKLIPSIMRSEVKKSSVPEGLWHKCPSCEAVLYRPELEKTLDVCPKCNHHMRIGARARIDIFLDAEGRVELGAELEPVDRLKFRDGKKYKDRLTAAQKQTGEKDALVSMSGTLLGMPVVVSAFEFSFMGGSMGAIVGERFVRAANHALENRCPMICFAASGGARMQEALISLMQMAKTSAVLARLREEGIPFISVLTDPVYGGVSASLAMLGDVIVGEPKALIGFAGPRVIEQTVREKLPEGFQRSEFLLEHGAIDMIIHRQELRPRLGNLLAQLMGLPTPKFVATPIEPIVVPPVPAGL PGPT0001710_741 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 D1-35_02268 1308 folC COG0285 Dihydrofolate synthase/folylpolyglutamate synthase ATGACCCAACGTACCCTGGGCGACTGGCTTGCCTACCTTGAGCAGTTGCATCCATCCGCCATCGACATGGGGTTGGAGCGCTCGCAAGCGGTAGCGTCCCGCATGGGACTGGCCAGGCCGGCGCCCCGGGTCATCACGGTTACCGGCACCAATGGCAAGGGTTCGACCTGCGCCTTCCTGGCTTCGCTGTTGCGGGGCCAGGGCCTGAGTGTCGGTGTCTACAGTTCGCCGCACCTGCTGCGCTACAACGAGCGGGTGCAGGTCAATGGCATCGAAGCCTCTGATGCCGAGCTGTGCGAAGCCTTCGCGGCGGTGGAAGCCGGGCGGGGCGAGACTTCCCTGACGTATTTCGAAATGGGCACGCTGGCGGCGTTCTGGTTGTTCGCCCGTGCCGGTCTGGACGCCGTCGTGCTGGAAGTCGGCCTGGGCGGGCGGTTGGACGCGGTCAACCTGGTGGATGCGGACATCGCGCTGGTCACCAGTATCGGCGTGGACCATGCCGACTACCTGGGCGATACCCGCGAATCCGTGGCCTTCGAGAAGGCCGGCATCTTCCGCCCGGGCGCGCCTGCGCTGTGTGGCGACCTTGACCCACCGCAGCCCTTGCTCGACAAGGTTCGCGAGCTTGATTGCCGATTTTTTCTGCGTGGGCGGGATTTCGACCTGGCCATGACCGAGCAGCACTGGCAATGGCGCGGCAGTGACGCCAAGGGCAATCCGGTGGAACTGCACGACCTGCCGCTCCTGGACCTGCCGATGGAAAACGCTGCGCTGGCGCTTCAGGCCTATTTGCTCGCGGATCTGCCGTGGGACGCGGGACGGATTGTCCAGGCGTTGCAGGCGACTCGCGTCGTCGGTCGTCTTGATCGTCGTTCGTTCGATTGGCAGGGCAAGCGTCTCAACCTGCTGCTCGATGTCGGCCACAACCCTCATGCCGCCCAGTACCTGGCGGAGCGCCTGGCGCGGCGGCCGGTGGCGGGCAAGCGCCTGGCGGTGTTCGGGCTGCTGTCCGACAAGGACCTCGATGGCGTGGTCGATGCCTTGGATGCTACTGTCCAGCACTGGGCCGTCGCTCCGCTGGATTCGCCGCGTTCCCGTCCGGCCAGCGAGTTGCAGGCAGCCTTGCAGGGTCGTGGCGCTTCGGTTGATGCTTACGCCAGTGTGGCCGACGCGCTGGAAGGGCAGTGCGCCCTGGCGACGGCCGACGACGAGATTCTGTTGTTCGGATCATTTTTTTGCGTAGCCGAGGCCCTTCAATGGTTGGCCCGGCGCTCCTCGGAGGAAGCTGCAGATGGCATTGCTGGATAA MTQRTLGDWLAYLEQLHPSAIDMGLERSQAVASRMGLARPAPRVITVTGTNGKGSTCAFLASLLRGQGLSVGVYSSPHLLRYNERVQVNGIEASDAELCEAFAAVEAGRGETSLTYFEMGTLAAFWLFARAGLDAVVLEVGLGGRLDAVNLVDADIALVTSIGVDHADYLGDTRESVAFEKAGIFRPGAPALCGDLDPPQPLLDKVRELDCRFFLRGRDFDLAMTEQHWQWRGSDAKGNPVELHDLPLLDLPMENAALALQAYLLADLPWDAGRIVQALQATRVVGRLDRRSFDWQGKRLNLLLDVGHNPHAAQYLAERLARRPVAGKRLAVFGLLSDKDLDGVVDALDATVQHWAVAPLDSPRSRPASELQAALQGRGASVDAYASVADALEGQCALATADDEILLFGSFFCVAEALQWLARRSSEEAADGIAG PGPT0007975_2150 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754 NA NA D1-35_02269 669 ftsN_1 Cell division protein FtsN ATGGCATTGCTGGATAAGGCTTATAAGCAGCGCATGGTCGGGGCCCTGGTGTTGGTGGCCCTGGCGGTGATCTTCCTGCCGATGCTGTTTTCCCGTCAGGACGAGCAGCGCCAGGTCACGGTTGATGCACCCGCTGCGCCCCAGGCGCCCGCCGTGCCGCCGGTGCAGGTCGAACCGGTGGCGGTGCCCGAGCCGCAAGCATTGCCTCAGGAACCTGTTCCGAGTGACGAGGAACTGGCCCAGGAACCTGCCGCGCCGTCTGCGCCCATTGCGCCCGCGCCGACCGCACCGGCTCCGGCCACGCCGAGCAAACCGGCTGCCGCGCCGACGCCTGTTCCAGCAGCGCCGGCAGTCAAGCCAGCCCCGACCCAGCCGATCACGGCGGCACCGAAACCGGATACCACGCAAAGCCGCGTCGATGCCAATGGCCTGTCGGTCAGTTGGTCGGTGCAACTGGCCAGCCTGACCAGCCGCGAAAGCGCGGAAAAACTGCAGAAGAACCTGCGCAGCCAGGGTTACAACGCCTATATCCGTTCCGCCGATGGCAAGAATCGGGTGTTTGTCGGTCCGCTGATCGAGCGTGCCGAGGCTGACCGCCTGCGCGACTTGCTCAATCGCCAGCAAAACCTCAAGGGTTTTGTGGTGCGCTTCCAGCCTGAGCGTGGTTGA MALLDKAYKQRMVGALVLVALAVIFLPMLFSRQDEQRQVTVDAPAAPQAPAVPPVQVEPVAVPEPQALPQEPVPSDEELAQEPAAPSAPIAPAPTAPAPATPSKPAAAPTPVPAAPAVKPAPTQPITAAPKPDTTQSRVDANGLSVSWSVQLASLTSRESAEKLQKNLRSQGYNAYIRSADGKNRVFVGPLIERAEADRLRDLLNRQQNLKGFVVRFQPERG NA NA NA NA NA D1-35_02270 561 hypothetical protein GTGCCATTTACCTGGGTTGATTGGGCGATCGTTGCAATCGTCGCCATCTCTGCATTGATCAGTCTGAGTCGCGGCTTCGTCAAGGAAGCGCTCTCGCTGCTGACCTGGATCATTGCGGGAGTCGTGGCCTGGATGTTTGGTGGCTCGCTGTCCCAGTACCTCGCCGGATACATCGAAACACCGTCGGCCCGCGTCATCGCGGGCTGTGCCATCTTGTTTATCGCCACCTTGCTGGTTGGCGCAATGATCAATTATCTGATCGGCGAACTGATTCGCGTCACCGGGCTTTCCGGGACGGACCGGTTCCTGGGCATGGCCTTCGGCGCGGCGCGTGGCGCATTGCTGGTGGTCGTGGCCGTCGGGCTGTTGAGCCTGGGGCCGGTACAGCAGGATACGTGGTGGCAGGAGTCCCGGCTCGTGCCACAATTTCTTTTGGTCGCAGACTGGTCCAAGAACCTGATCCTGGGTTGGAGCAGTCAGTGGCTTGCCAGCGGTATCAGCGTACCCGCTGAAATACCGTTCAAGGAACAGCTCTTGCCGATGGCCAAAACGCCGCAGTGA MPFTWVDWAIVAIVAISALISLSRGFVKEALSLLTWIIAGVVAWMFGGSLSQYLAGYIETPSARVIAGCAILFIATLLVGAMINYLIGELIRVTGLSGTDRFLGMAFGAARGALLVVVAVGLLSLGPVQQDTWWQESRLVPQFLLVADWSKNLILGWSSQWLASGISVPAEIPFKEQLLPMAKTPQ PGPT0011655_827 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0011655-cvpA-K03558 NA NA D1-35_02271 1506 purF COG0034 Amidophosphoribosyltransferase ATGTGTGGCATCGTCGGTATCGTCGGTAAGTCGAACGTCAATCAGGCGCTGTATGACGCGCTAACCGTGCTCCAGCACCGCGGCCAGGACGCTGCCGGTATCGTGACCAGCCATGACGGCCGGTTGTTCCTGCGCAAGGACAATGGACTGGTGCGTGACGTGTTTCATCAGCGTCACATGCAGCGCCTGGTCGGCCACATGGGTATCGGCCATGTGCGCTACCCGACAGCGGGCAGCTCGACCTCGGCCGAGGCCCAGCCGTTCTACGTCAACTCGCCGTACGGCATCACCCTGGCGCACAACGGCAACCTGACCAACGTCGAGCAGTTGGCCAAGGAAATCTACGAATCCGATCTGCGCCACGTCAACACCAGTTCCGACTCGGAAGTGATGCTCAACGTGTTCGCCCACGAGCTGGCCCAGCGCGGCAAGCTGCAGCCAACCGAAGAAGACGTGTTCGCCGCCGTAACCGACGTGCATAACCGCTGTGTCGGTGGCTACTCGGTAGTGGCGATGATCACCGGCTACGGCATCGTCGGTTTCCGCGACCCCCATGGCATCCGTCCGATCGTGTTCGGCCAGCGCCACACCGACGAAGGCGTCGAGTACATGATCGCCTCCGAGAGCGTGTCCCTGGACGTGCTGGGCTTCACTCTGATTCGCGACCTGGCACCGGGCGAAGCGGTCTACATCACTGAAGACGGCAAGCTTTTCACCCGCCAGTGCGCGACCAACCCGAGCCTGACCCCGTGCATCTTCGAACACGTCTACCTGGCGCGTCCGGACTCGATCATCGACGGTATCTCGGTCTACAAGGCGCGCCTGCGCATGGGCGAGAAACTGGCCGACAAGATCCTGCGCGAGCGTCCGGACCACGACATCGACGTGGTCATCCCGATCCCGGACACCAGCCGCACCGCGGCCCTGGAGCTGGCGAACCACCTGGGCGTGAAGTTCCGCGAAGGCTTCGTGAAGAACCGCTACATCGGCCGCACCTTCATCATGCCGGGCCAGGCCGCGCGGAAAAAATCCGTACGCCAGAAGCTCAACGCCATCGAGCTGGAATTTCGCGGCAAGAACGTGATGCTGGTGGACGACTCCATCGTGCGCGGCACCACTTGCAAGCAGATCATCCAGATGGCCCGCGAAGCCGGCGCCAAGAACGTATATTTCTGCTCCGCGGCCCCGGCCGTGCGTTACCCGAACGTCTACGGCATCGACATGCCGAGTGCCCACGAGCTGATCGCTCATAACCGCACGACCCAGGAAGTGGCCGACCTGATCGGCGCCGACTGGTTGATCTACCAGGACCTGCCGGACCTGATCGAAGCGGTCGGTGGCGGCAAGATCAAGATCGAGCAGTTCGATTGCGCGGTATTCGACGGCAAGTACGTTACCGGCGATATCGACGAGGTCTATCTGAACCGGATCGAGAACGCCCGTAACGATGCGTCCAAAGCCAAGACCCAGGCGGTCAGCGCGATCATCGATCTGTACAACAACTGA MCGIVGIVGKSNVNQALYDALTVLQHRGQDAAGIVTSHDGRLFLRKDNGLVRDVFHQRHMQRLVGHMGIGHVRYPTAGSSTSAEAQPFYVNSPYGITLAHNGNLTNVEQLAKEIYESDLRHVNTSSDSEVMLNVFAHELAQRGKLQPTEEDVFAAVTDVHNRCVGGYSVVAMITGYGIVGFRDPHGIRPIVFGQRHTDEGVEYMIASESVSLDVLGFTLIRDLAPGEAVYITEDGKLFTRQCATNPSLTPCIFEHVYLARPDSIIDGISVYKARLRMGEKLADKILRERPDHDIDVVIPIPDTSRTAALELANHLGVKFREGFVKNRYIGRTFIMPGQAARKKSVRQKLNAIELEFRGKNVMLVDDSIVRGTTCKQIIQMAREAGAKNVYFCSAAPAVRYPNVYGIDMPSAHELIAHNRTTQEVADLIGADWLIYQDLPDLIEAVGGGKIKIEQFDCAVFDGKYVTGDIDEVYLNRIENARNDASKAKTQAVSAIIDLYNN PGPT0020225_2650 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764 NA NA D1-35_02272 1212 metZ COG0626 O-succinylhomoserine sulfhydrylase ATGAGTCAGGATTGGGATGCCGGTCGGCTGGACAGCGACCTTGAAGGTGTAGCGTTCGATACCTTGGCGGTTCGCGCGGGCCAGCACCGTACACCGGAAGCCGAGCATGGCGATCCGATGTTCTTCACCTCCAGCTACGTCTTCCGCACCGCTGCCGATGCCGCGGCGCGATTTGCCGGTGAAGTGCCGGGCAACGTCTATTCGCGTTACACCAATCCCACCGTGCGGGCTTTCGAGGAGCGCATCGCCGCCCTGGAAGGCGCCGAGCAAGCGGTTGCCACCGCCACCGGCATGGCTGCGATCATGGCCGTGGTCATGAGCCTGTGCAGCGCTGGTGATCATGTACTGGTGTCGCGCAGCGTCTTCGGCTCGACCATCAGCCTGTTCGAAAAGTACTTCAAGCGCTTCGGTGTCGAAGTCGACTACGTACCGCTGGCGGATTTGTCGGGTTGGGATGCGGCAATCAAGGCCAACACCAAACTGTTGTTCGTCGAATCGCCGTCCAACCCGCTCGCCGAGCTGGTGGATATCGCCGCGTTGGCGGAAATAGCCCACGCCAAAGGCGCCATGCTGGTGGTCGACAACTGCTTCTGCACGCCGGCGCTGCAACAGCCGCTCAAGCTGGGCGCGGATGTGGTGGTGCACTCAGCCACCAAGTTCATCGACGGCCAGGGTCGTTGCATGGGCGGCGTTGTCGCCGGTCGTGGCGAGCAGATGAAAGAAGTGGTGGGTTTCCTGCGCACCGCCGGGCCGACCCTCAGCCCGTTCAACGCCTGGATCTTCCTCAAGGGCCTGGAAACCCTCGGTCTGCGGATGAAAGCGCATTGTGCCAACGCTCAGGTCCTGGCCGAGTGGCTGGCACAGCAGGACGGCATCGAGAAAGTCCATTACGCCGGCCTCAAGAGTCATCCGCAACATGAGCTGGCGGCGCGTCAGCAGCGTGGTTTTGGCGCGGTGGTGAGTTTCGAAGTCAAGGGCGGCAAGGAGGGCGCCTGGCGCTTCATCGATGCCACCCGGTTGATTTCCATCACCGCGAACCTGGGTGACAGCAAGACCACTATCACGCACCCAAGCACCACCTCTCACGGACGTCTCTCGCCACAAGAGCGTGAAGCAGCGGGCATCCATGACAGCCTGATCCGCGTCGCGGTCGGCCTGGAAGACGTAGCGGACCTGCAAGCCGACCTGGCCCGCGGGTTGGCGGCCTTGTGA MSQDWDAGRLDSDLEGVAFDTLAVRAGQHRTPEAEHGDPMFFTSSYVFRTAADAAARFAGEVPGNVYSRYTNPTVRAFEERIAALEGAEQAVATATGMAAIMAVVMSLCSAGDHVLVSRSVFGSTISLFEKYFKRFGVEVDYVPLADLSGWDAAIKANTKLLFVESPSNPLAELVDIAALAEIAHAKGAMLVVDNCFCTPALQQPLKLGADVVVHSATKFIDGQGRCMGGVVAGRGEQMKEVVGFLRTAGPTLSPFNAWIFLKGLETLGLRMKAHCANAQVLAEWLAQQDGIEKVHYAGLKSHPQHELAARQQRGFGAVVSFEVKGGKEGAWRFIDATRLISITANLGDSKTTITHPSTTSHGRLSPQEREAAGIHDSLIRVAVGLEDVADLQADLARGLAAL PGPT0020020_1038 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020020-mdeA-K01761 NA NA D1-35_02273 774 gdhI COG1028 Glucose 1-dehydrogenase 1 GTGATCGAGCTGGCAACGCCGCCGAGCGGTACTCATGGCCGGGTTGCCCTGGTAACGGGCGCGGCACGGGGGATCGGCCTGGGCATTGCCGCCTGGCTGATCTGCGAAGGTTGGCAGGTCGTCTTGACCGACCTGGACCGCCAGCGCGGCTCCAGGGTGGCGAAGGCCCTGGGCGACAATGCCTGGTTCATCGGCATGGACGTGGCGGATGAAGGGCAGGTCGCCACCGGCATCGCCGAAGTGCTCGGGCAGTTCGGCCGGCTCGACGCGCTGGTATGCAACGCGGCCATTGCCGACCCGCACAACATCACCCTGGAAAGCCTCGACCTGGCTCACTGGAACCGGGTCCTGGCGGTGAACCTGGGCGGGCCGATGCTGCTGGCCAAGCATTGCGCGCCTTACCTGCGTGCCCATAACGGCGCCATCGTCAACCTGGCCTCGACCCGCGCCGCGCAATCGGAGCCCGACACCGAGGCGTATGCGGCGAGCAAGGGTGGCCTGCTGGCGCTGACCCATGCCCTGGCGATCAGCCTTGGGCCGGAGATCCGCGTCAACGCCGTCAGCCCCGGCTGGATCGATGCGCGAGACCCCTCGCAACGTCGTGCGCAGCCATTGACCGACGCCGATCATGCCCAGCATCCGGCGGGCAGGGTAGGCACGGTGGAGGACGTGGCGGCGATGGTGGCGTGGCTGTTGTCGCGCAACGCCGGTTTTGTTACCGGGCAGGAGTTTGTCGTGGACGGTGGCATGACCAAGAAAATGATCTACGAGTGA MIELATPPSGTHGRVALVTGAARGIGLGIAAWLICEGWQVVLTDLDRQRGSRVAKALGDNAWFIGMDVADEGQVATGIAEVLGQFGRLDALVCNAAIADPHNITLESLDLAHWNRVLAVNLGGPMLLAKHCAPYLRAHNGAIVNLASTRAAQSEPDTEAYAASKGGLLALTHALAISLGPEIRVNAVSPGWIDARDPSQRRAQPLTDADHAQHPAGRVGTVEDVAAMVAWLLSRNAGFVTGQEFVVDGGMTKKMIYE PGPT0008190_904 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008190-budC-K18009 NA NA D1-35_02277 1284 puuB_1 Gamma-glutamylputrescine oxidoreductase ATGGCGAACACATCCTACCCAGCGTCCTATTACGCCGCATCGGCGAATCCGGCGCCGTCGCGCCCTGCCCTGCAGGATGACGTCGAAACCGATGTTTGCGTCATCGGTGCGGGTTATACGGGGTTGTCTTCTGCATTGTTTCTGCTGGAGCATGGCTTCAAGGTCACGGTTGTCGAGGCGGCCAGGGTCGGCTTTGGCGCCTCGGGTCGTAACGGCGGGCAGATCGTCAACAGCTATAGCCGCGACATTGATGTGATCGAACGCAGTGTCGGCCCTCAGCAGGCGCAGTTGCTGGGCAACATGGCGTTCGAGGGTGGCCGGATCATTCGTGAGCGGGTGGCGAAGTACCAGATTCAGTGTGATCTGAAGGACGGCGGTGTGTTCGCCGCTCTCACCGCCAAGCAGATGGGCCATCTGGAGTCGCAGAAGCGTTTATGGGAGCGTTTCGGGCACACCCGGCTGGAACTGCTCGATCAGCGGCGTATCCGCGAGGTGGTGGCTTGCGACGAGTATGTCGGCGGGATGCTGGACATGAGCGGCGGGCATATTCATCCGCTCAACCTGGCCTTGGGCGAAGCGGCGGCGGTCGAGTCGCTGGGCGGGGTGATTTATGAACAGTCGCCGGCGGTGCGCATCGAGCGCGGCGCCAGTCCGGTTGTGCATACCCCGCAGGGCAAGGTCAGGGCCAAGTTCATTATCGTGGCGGGTAATGCTTACCTGGGCAATCTGGTGCCTGAGCTGGCGGCCAAGTCCATGCCTTGCGGTACGCAGGTGGTTGCCACCGAGCCGTTGGGCGATGAGCTGGCTCAACGTCTGCTGCCCCAGGATTATTGCGTCGAAGACTGCAACTACTTGCTCGATTACTACCGGCTGACAGGCGACAAGCGTCTGATCTTCGGTGGCGGCGTGGTGTACGGCGCGCGGGATCCGGCGAATATCGAAGCGATCATCCGGCCGAAGATGATCAAGGCGTTTCCGCAGCTCAAGGATGTGAAGATCGATTACGCCTGGACCGGAAATTTCCTGCTGACACTGTCGCGTCTTCCGCAGGTCGGACGGTTGGGGGACAACATTTATTATTCCCAGGGCTGCAGTGGCCATGGCGTGACGTATACGCATCTGGCGGGCAAGGTCCTGGCCGAGGCACTGCGAGGTCAGGCGGAGCGTTTTGATGCGTTTGCGGACCTGCCTCACTACCCGTTCCCGGGCGGGCAGTTGTTGCGTACGCCGTTTGCGGCGATGGGGGCCTGGTATTACGGGTTGCGGGATCGGTTGGGGTTCTGA MANTSYPASYYAASANPAPSRPALQDDVETDVCVIGAGYTGLSSALFLLEHGFKVTVVEAARVGFGASGRNGGQIVNSYSRDIDVIERSVGPQQAQLLGNMAFEGGRIIRERVAKYQIQCDLKDGGVFAALTAKQMGHLESQKRLWERFGHTRLELLDQRRIREVVACDEYVGGMLDMSGGHIHPLNLALGEAAAVESLGGVIYEQSPAVRIERGASPVVHTPQGKVRAKFIIVAGNAYLGNLVPELAAKSMPCGTQVVATEPLGDELAQRLLPQDYCVEDCNYLLDYYRLTGDKRLIFGGGVVYGARDPANIEAIIRPKMIKAFPQLKDVKIDYAWTGNFLLTLSRLPQVGRLGDNIYYSQGCSGHGVTYTHLAGKVLAEALRGQAERFDAFADLPHYPFPGGQLLRTPFAAMGAWYYGLRDRLGF PGPT0007637_1575 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007637-puuB|ordL-K09471 NA NA D1-35_02279 1251 hypothetical protein ATGCCATCGATTGGTAAAAACCAGTTTGTGACCTACTCGGTTCCTCGAGGGCAAATTCGGTCGGAGCGCTCGGACTCCTCTTCGAACGCCGGACACATGATATCACTTTCGCCCGCAAATTTAAGTGATGAGGCGATAAATGCACTGAAGGCTGCGGTGGAAAGCTCTGATAAGTCGCAAGCGTCCTTGGCATTGCTCGCCTCGCATGTGATAGGCGATGGCCAGCTCACGCTTCATTCAGGTCAGCAGGAGGAAGCCGTCTATAAAAAACTAATGGATCGCACTGCACAAGGGCCGCAAGAGCTTACGGTGCGTGTACGAATGAATGATTTTCAGATGTACGACATTCTGGAAATTACCCAGTCCCGTGATAAAGCCGCTCCCACTGCAATTAGCTTGAAGGGCCCGTCAGAGCGTGGAGCTGAAACGCCGCGACATCCGGAAGCATCGACATCCCGTCTCCGAAATTGGACGTCGGCGGCTACGCAAAAGGCGCAGCAGACGTTAGGTTTGACTTCGCCGGGGCGCTCACTACCGCGGCTGACTAAAGAGGCAAAAAGGATGATCGCTGAAGCGGATATTGCGCATGCATTAACGAAAACAGATCAGCTGGATGTCCGTCATAGATATCAGCAGCAGATGGAGCAGAATCAAAGACTTCAGCCCATTCAGCGAGTAAGCGATCAAGAATTATGGAGTCAAGCGATCGACGACGCAGAGCGAATACCAGTGTCCCGTCTTTCCGCTAGAGAGAAACTCCAGTTACAAAAAGAAGGAATGACGCTTCACAAAGCGAAAATTTTCGCGCTGTTTAACTCGTTTTTATACCCCATTGGTCGCTATCGGGATAGGCACATGTCTGACGAGACCCGTGCCAGGCTCAACGCTGAAACACAAAAAATTCGACAGATGCCCATTGGCAACGGTTACCCCTCCAGTCTGGGCCCCTTGAGTTTCGCCCGCTCTACCTCCGACTTGGATACCGAATCGGATGACCAACTGCCTGAGCTGCGAAAGTCTATTGAGGACCCGTCTTCCCTTGAAGTTGATAGTCAGGCCTATCATTCATTAGGTCTTGAAGAACGCGAAGCGCTGGACGCGCTAGCCGACCTTATTGATGCGCATGGGCTGGATTCTGCTATGCACAAAATGTCACCCAAAATACGGGATTCGTTTGATGGGTATCAGCTGAGGCGTAATCGTTTATCCCAACACCAAACGCCGCAGGTTGAGCAAGGAGAGGCGATGTAG MPSIGKNQFVTYSVPRGQIRSERSDSSSNAGHMISLSPANLSDEAINALKAAVESSDKSQASLALLASHVIGDGQLTLHSGQQEEAVYKKLMDRTAQGPQELTVRVRMNDFQMYDILEITQSRDKAAPTAISLKGPSERGAETPRHPEASTSRLRNWTSAATQKAQQTLGLTSPGRSLPRLTKEAKRMIAEADIAHALTKTDQLDVRHRYQQQMEQNQRLQPIQRVSDQELWSQAIDDAERIPVSRLSAREKLQLQKEGMTLHKAKIFALFNSFLYPIGRYRDRHMSDETRARLNAETQKIRQMPIGNGYPSSLGPLSFARSTSDLDTESDDQLPELRKSIEDPSSLEVDSQAYHSLGLEEREALDALADLIDAHGLDSAMHKMSPKIRDSFDGYQLRRNRLSQHQTPQVEQGEAM NA NA NA NA NA D1-35_02280 525 hypothetical protein ATGACACCACTTGGCTCCAACGAGGTTTTCATCATCCGGCCGAAGATCGGCATCGGTCGTTTATTTTTTGTCCCACTGCTTCGCCAGACACCTTGGGCGATCACGGCGATCTTTTGTATCAGCTTATCGACCGGCCTGTCGTTACCGGGGAGGGAATGGCCGGGCATCATCCTCGCAAGCCTGGTTGTGATGTGGTGGGTATATCAACTGGGCAGAGATATCAGCGAGCGCGCTTCACTGGCCGTGCAGGCGTCTGGTGTGGCTTTTCTCGGACGGTACCAACTAACGAAACGCACACCGCTGCGAATAGTGTTCAAACCCGACGGCCACCTGGCTGTTTTTAGCAAGTCTTACAGTATTTATGTCGAGTATGAAAACGGGCGTTTATTAATCGCTCGCCGTGTCGTCGGAAAAAAAGTCAACCAACAGAAACAGCTCGCCAGCGAGCTCGCCGCGTTTCTGGGCTTATTTGCATACGTGGATGATGGCTCTGGAAGACTGAAGAAATTAGCCGGCCAACGGTGA MTPLGSNEVFIIRPKIGIGRLFFVPLLRQTPWAITAIFCISLSTGLSLPGREWPGIILASLVVMWWVYQLGRDISERASLAVQASGVAFLGRYQLTKRTPLRIVFKPDGHLAVFSKSYSIYVEYENGRLLIARRVVGKKVNQQKQLASELAAFLGLFAYVDDGSGRLKKLAGQR NA NA NA NA NA D1-35_02281 618 hypothetical protein ATGGAAAGCTGTTTGAGGACGCTTGGAGTTAGCCTCGCTAACAAGATAGTGATCCCCGCCGCTTGGTTATCGGGGCTTGTAACGATAGGACTTGTGTGGGGCATGATACGGTTTTCGCCCGATAAGCTTACAGTCGAAGGACGTCAGCTCTTCGTGGCTTCTTTTTCTATCTTTTGTCTCGCCATAGGGTACTTGATATGGCGTAAGCGACGAGCAGAAGCACTTGTGACATCCATCAACCTGAAAGAAGGTCTGAGCCTGGACGGTGCTCGGATGCTCGGCTATCCAAACTCCCTGTTTTTTGTCTTTGACCTGTCCAACAAGAAACTCGCTCAATGCCAAAGTGTCACCGGCGACTATCAAATTCGAGACTTCACGTGGGTAACAGGCTGGCAGTTCGAGTGGCAACAGATTGACAGCAGGGTATCGGGCGGCGTTCTTCAAATAGTCGATGGGGCAGGCATGAGCGTTCCAGCCGACGAAATTCGGCGTAGGTTCATAAAATTCACACTGGTTTTGACGGTTGCCGATACAAATCATCCTCTCTTCCGTTTCCCGATGAGCCGGAGCGCAGCTGAAGGCTGGTGTAGCCGGTGCAGTGTTCTTTTCAAGTGCTAA MESCLRTLGVSLANKIVIPAAWLSGLVTIGLVWGMIRFSPDKLTVEGRQLFVASFSIFCLAIGYLIWRKRRAEALVTSINLKEGLSLDGARMLGYPNSLFFVFDLSNKKLAQCQSVTGDYQIRDFTWVTGWQFEWQQIDSRVSGGVLQIVDGAGMSVPADEIRRRFIKFTLVLTVADTNHPLFRFPMSRSAAEGWCSRCSVLFKC NA NA NA NA NA D1-35_02282 579 hypothetical protein GTGACTTCAGTTTATAAGCGCGTGGTGACTTATCGCTGCCTTGGAACTATTTACCATCAAGGCTTGGCATTTGGTGAAGCAGGGCGAAAGCTAATTGACTCGAAGCAGAGTAATCTGTTCGTGCCAGGAATGATCAACATCTGTCTTGCCACGGAAATATTTTTAAAGTCAATCAACGCAACGATGACTTATGTTCTCGATGAAGAGGACGAACTGCCTGGCGGAATTGCGATATCCCAAGGACGTGATGAGTCTCTCAAAATCGCACCTGGCGGACAAGGACATCATCTCAGCAAACTGTACGAAAATCTGCCAGACGAAGCTAAAGAGTCAATCAAGGCTTTCGCCATCAATGAAGGATACAGCGGTGATATCGCCTATGGACTGCAGCAATATGACAAGGTTTTCGTAGAGTGGCGCTATATCTATGAGAAAAATGACCCTGGCGCCTTAGGCACGCATCCCCTCTTCCCGATTTGCAATGCCATTGACGCCTACTGTCGCGGAAATCTGGAGAAGACGTTTGGGGCAGTTGACGAAAAGCTCGAAGAGTCCCATCCGGATTTCGAGGCCAGGTAA MTSVYKRVVTYRCLGTIYHQGLAFGEAGRKLIDSKQSNLFVPGMINICLATEIFLKSINATMTYVLDEEDELPGGIAISQGRDESLKIAPGGQGHHLSKLYENLPDEAKESIKAFAINEGYSGDIAYGLQQYDKVFVEWRYIYEKNDPGALGTHPLFPICNAIDAYCRGNLEKTFGAVDEKLEESHPDFEAR NA NA NA NA NA D1-35_02283 252 hypothetical protein ATGAAAGTATTTCTCTACGCTTCTTTCAACGACGAAGGGAATAGAACTCACTTGGTTCGCACGACCGAAACACCACTCGAGAGCCTCCCTGGCAATATTCAGGACATCTACAAAAAGATTGAGGTTAAAGAATATGACGTCAATCCAGATGATCTATCAAGTCACTGGTGGTTATGCAAGGAGCTCGTTGACAACCTTTGCACGAAAGGCTGGGACGCGTGCGTTTGGGCGCGAGTTAACAGCTACGCCTGA MKVFLYASFNDEGNRTHLVRTTETPLESLPGNIQDIYKKIEVKEYDVNPDDLSSHWWLCKELVDNLCTKGWDACVWARVNSYA NA NA NA NA NA D1-35_02284 213 hypothetical protein ATGACGTCGTTCGAAGAATTCAGGGCCACATCCCATGAGCTTCTCAAAGAGCTGGATGCCGCGACGATAAAAATGATGATGCTGGTTTCTGCGAAAGAGGTATCCGGTCCTTTTTGGGAGGACGCTGCCCAGCGGCATCACGACGCTGTAGATGCCTGGCATTCCTTTCTCAATATTCCGACGGGTTTCGTGTCGGATCCGCCTCTACCCTAA MTSFEEFRATSHELLKELDAATIKMMMLVSAKEVSGPFWEDAAQRHHDAVDAWHSFLNIPTGFVSDPPLP NA NA NA NA NA D1-35_02285 549 hypothetical protein ATGCGAGAATTTGAGCTCATTAAGTCCGTGCCAGTCCCCTCAAGGTCCGGCATTACCCATCTTTACAACCCGATGAACCTGGTCGACGCTTTTGCGATTCGGCTCCCTGCGGGCACATCCAGCGATCCGGATTTGCTAGCTCGATTCATTCTTTCACACCAGCCCTCCTGGATCGGATGGCTCCTGGCAGTCCGGGACACTATCGTTGCCTGTTTTGGACTCAAGACAGCCAGACATCTGGCATCGCTTGCCAATCGGGTTGGCGTCTTCAAGGTCTACAGTACAAACCAGACTGAAATCGTGTTGGGAGAGGACGACAAGCACCTCGACTTTCGGATATCGATCCTGTGTTCTGAAGAGGCGGAGCCAGAAGGCAATCGCCAATTGGTGTTTTCAACCGTGGTTCAGTGCCACAACCGTCTTGGCCGGGCCTATATCTTCGTTATCGCCCCGTTTCATCGCTTGGTGGTCAAGGCCAGCTTGCTCCGTGCAGCGCGCGTCGGTTGGCCTCTGGCTACCTGCGCCTCAGAGCGCAGTGTCCCCGTGTAG MREFELIKSVPVPSRSGITHLYNPMNLVDAFAIRLPAGTSSDPDLLARFILSHQPSWIGWLLAVRDTIVACFGLKTARHLASLANRVGVFKVYSTNQTEIVLGEDDKHLDFRISILCSEEAEPEGNRQLVFSTVVQCHNRLGRAYIFVIAPFHRLVVKASLLRAARVGWPLATCASERSVPV NA NA NA NA NA D1-35_02286 777 hypothetical protein GTGCAGAGAATGGGCAAACTGGAACCGTTAATGCCGTACAACTACATGAACGGCCGCTACCTGGTCTTCAAAGGCAACGGCATCGATGGGGCGCCTTTGGGCAGGATTCACCAGGACGGAACCGTTCGAAACCTGCAGGGTGAGCCGCTCTACTACATAAACATGGACGAACATGCGTTCTGTTCGATGGACTTTACCTTTCAGGGCAATATACAAAAAATTCGCGGCACGTTTTACGTGCTCGGTGACAGAACGCTGTTCACATTTTCCGAGATGAAGGTTAAGCCACTTGGAAACGAGACCGAGGAGCAGGCGCTTCACCGGGAGTTCAAAAACACCGCGATAAACCTGGCAAGGCAAATCGCCCAGGCGAAGAACGAGATGGCGCAGGAACGGATAGAGATGGCCATGTCCGATTCAAACCCTTTCCGGCGTTTCCGTGCCTTCTTCACGAGCCGAGCCCGCAGGGAGCGAGCATCACCAGGTTGGCGTCGCAGTGAGTTAGAAAACGATCATGAGTTCAAATCGAGGTCTGTCGCTGTCTCCTCATCATCACTTGCGCCAATGAGCTTATGGGCAACAGATGCAAGGACCAGGCAAACGCGGCCATACAACAATTACGCGACGGTCCGGTTACAGGTGAACTCCTATTACGGTCTGTCCCTGGCTTTCCGCTTTCCGCCGATCAAGGTGGGTTGTACTGCGTCACTCGCACAAGCTCCTCGTCGTAACCCACGTTGGGAAAACATCCCCTCCGTCTATACCCCGCGTTTCTAG MQRMGKLEPLMPYNYMNGRYLVFKGNGIDGAPLGRIHQDGTVRNLQGEPLYYINMDEHAFCSMDFTFQGNIQKIRGTFYVLGDRTLFTFSEMKVKPLGNETEEQALHREFKNTAINLARQIAQAKNEMAQERIEMAMSDSNPFRRFRAFFTSRARRERASPGWRRSELENDHEFKSRSVAVSSSSLAPMSLWATDARTRQTRPYNNYATVRLQVNSYYGLSLAFRFPPIKVGCTASLAQAPRRNPRWENIPSVYTPRF NA NA NA NA NA D1-35_02287 249 hypothetical protein ATGAAAACGCTAGTCTTGGCACTCTCGCTGGTCGCACTGGCAGCCTGCATGCCTTATAGGACGGTCACCTCGCCAGATCCAGACTGGATGCGTCTGGGTGGATATGAGCCTGAGGGTTATCCAAGGACGTTTGTCGAGACTTGGGAGGGCAAATGCTATGCGGTTACCGAGGCATGGTTCAAGAGCGCAATCAACGGTCGTACCTTGTGGACCAAGCGGCAGTCTCACGAGGCTGTTACCTGTCCATAG MKTLVLALSLVALAACMPYRTVTSPDPDWMRLGGYEPEGYPRTFVETWEGKCYAVTEAWFKSAINGRTLWTKRQSHEAVTCP NA NA NA NA NA D1-35_02288 231 hypothetical protein ATGAAATGTTATCTATGCGGGCTGGAAGCACAACAGTCCGAAGAGAACCAAGGTGGTGAGCTCGTCAACTGCGCTGACTGCGGCACCTACAAGATTTCAGGCCTTGTTCTGAAAGAACTGGGGGCCAGGAAATTCAATTACCCAAAAATGCGCGATGATTTGCACCGCCAGCGGCAGTTCAACGCTACGTCTGTCGCCGAGATCAATACCGAGACGGTCATCTGGGCTTGA MKCYLCGLEAQQSEENQGGELVNCADCGTYKISGLVLKELGARKFNYPKMRDDLHRQRQFNATSVAEINTETVIWA NA NA NA NA NA D1-35_02289 981 pip_1 Proline iminopeptidase ATGGATGTCCCCCGTCAGATCACGTACAGTCAATTTCCCCCTATCGAGCAGCCTCGGCGCAGCGGCATGCTGCCCGTCGACGATCTGCATACGCTTTATTGGGAAGAAAGCGGCAACCCCGACGGTGTACCGGTGATTTACCTCCACGGCGGACCCGGCGAAGGCGCTCCGCCGACCAAACGACAGTTCTGGGATCCCGATCATTACCGCATCGTACTGTTCGATCAGCGCGGCGCCCTTCGCTCGACACCCTTGGCGGAACTGCGCGACAACACTACCCAAGCGCTGGTCAACGACATCGAGGCGTTAAGGGAGCATCTGGAAATCGATCGTTGGCTGATCACCGGTGGCTCGTGGGGCACCACCTTGGCCTTGGCCTACGGCGAGACGCATCCGCAACGCTGCCTTGGCTTCATCCTGCGAGGGGTATTCCTGGGCACAGCCGACGAGATCGACTGGTTCATCCACGGCATGCGGCGCTTCTTTCCCCGCGCTCATGAAGACTTCGTGAATTTCATTCCCGAAGCCGAACGCCACGACCTCTTGAAAGCCTATCTGGACCGCATGACCGGTGACGACGAGCACCTACGCGTGGAAGCCATCCGCTGCTGGGTGCGCTACTCCGCCAGTTGTTCGCTGTTGCGGCATGACCCTGACGGCGTCGAAGAACAAGCGTCAGACGATCAGACCAGCACTGGCATGGGATGCCTGGATGCCTGGTACTTCAAGAACCAGCTATTCTTGGAGGAAGATCAGCTCATCCGAGACATCGCGGCGATTACCCATCTGCCGTGCAGGATCATCCAGGGCGGGCACGACATGATTGCTACGCCAAACTCGGCCTTTCGCCTGCATAAAGCGTGGCCAGGCTCGGTGCTGACCGTGATCAATGATGCCGGGCATTCACCTTCGGAAACCGGGATTGTCAGTGCTTTGATCGAGGCGACGGAGCAGTTCAAGGTGGGTGGGAAATTCGGTTAG MDVPRQITYSQFPPIEQPRRSGMLPVDDLHTLYWEESGNPDGVPVIYLHGGPGEGAPPTKRQFWDPDHYRIVLFDQRGALRSTPLAELRDNTTQALVNDIEALREHLEIDRWLITGGSWGTTLALAYGETHPQRCLGFILRGVFLGTADEIDWFIHGMRRFFPRAHEDFVNFIPEAERHDLLKAYLDRMTGDDEHLRVEAIRCWVRYSASCSLLRHDPDGVEEQASDDQTSTGMGCLDAWYFKNQLFLEEDQLIRDIAAITHLPCRIIQGGHDMIATPNSAFRLHKAWPGSVLTVINDAGHSPSETGIVSALIEATEQFKVGGKFG NA NA NA NA NA D1-35_02290 1002 trxB COG0492 Thioredoxin reductase ATGCCCCTGGATTGCGATGAATATGAAGAGCTGTTCGCTCGGCCAGAATCAGCTTCCACTGAAGGTGGGGACGTTGATCTTGATTGTCTGATCGTCGGCGCCGGCCCCGCTGGATTGACCGCTGCTGTTTACCTGAGTCGATTCCACCGGCAGGTCCTGGTCGCCGACGGTGGGCGCAGCCGTGCGAGTCTCATTCCACGTTCCCATAACTATCCGGGTTTTCCACCGGGCATCTCCGGCACGGACCTGCTCGCCCGGCTGCGAGAGCAGGCGTTGCGTTACGGCGCGATCATCGAGTCAGGAAGGGTCAAGCGCCTGCTCAAGCACCGTGCAGGTTTTGTTGCGCAACTCAACGGCCGTGAACTGGTTGCGCGTCGCGTGGTGCTGGCGACCGGAATCGTCGACACGCTGCCACACATGGAGCGGCCTTACGATGCGGTTGCGCAATCGGTGATCCGACTTTGCGCGATCTGTGATGGTTACGAAGTCAACGGCGACAACGTCGCGGTTTATGGCGAGGCGAGCTGTGCGATCAATCATGGATTGTTTTTGCGAAACTTCACTGACCGGGTAACGGTATTGATTCATGGAGATAGCCAGGCTTGCGAAGAAGCCGTTGCGGTAGCGAGGCATGCCGGTATTCGCGTGGTCGACGATCGTGTCGAGCATATAGAGGCTGGCAGCGATCAAGTCCAGGTTGAAACGTGCAAGGGCGAAAGCCTCTGCTTCGACATTGTGTATCCGTGTCTGGGTTCGCAAATATGCTCCGAACTCGCGGTGCAACTCGGTGCCGAAACCGAGCAAGGTGCGCTGGTCGTCGACCCGCACCAGCGCACCTGCGTAGAAGGTCTGTATGCGGTTGGAGACGTGGTCAATTCGCTCAAGCAGATCAGTGTCGCTACCGGCCAGGCGGCAATATGTGCGACGGCGGTGCATAACAGCCTGGAGGTGCGTTTATGGGATCGAGCGCGTGACAAGAAGATGCCTTTCGATTCGGCTTGA MPLDCDEYEELFARPESASTEGGDVDLDCLIVGAGPAGLTAAVYLSRFHRQVLVADGGRSRASLIPRSHNYPGFPPGISGTDLLARLREQALRYGAIIESGRVKRLLKHRAGFVAQLNGRELVARRVVLATGIVDTLPHMERPYDAVAQSVIRLCAICDGYEVNGDNVAVYGEASCAINHGLFLRNFTDRVTVLIHGDSQACEEAVAVARHAGIRVVDDRVEHIEAGSDQVQVETCKGESLCFDIVYPCLGSQICSELAVQLGAETEQGALVVDPHQRTCVEGLYAVGDVVNSLKQISVATGQAAICATAVHNSLEVRLWDRARDKKMPFDSA PGPT0013060_8637 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D1-35_02291 210 hypothetical protein GTGGATGTGTACAGGATCGAATTCGAAAATGACCGTTGGACACTTTATAAATCCCATGGCTACAAACCGATCCTGCAGGCTGACAGTCAAGGTGAGTTGATCGACCATGTGCTTGCCTTGACGCGGGGGGAGGGTGTCGTGATTCGATTCATGGGCAACAGCGGCCTGCGAGAATTGAGGCTGGGGAACGTGCGGGACGACGTACCTTAG MDVYRIEFENDRWTLYKSHGYKPILQADSQGELIDHVLALTRGEGVVIRFMGNSGLRELRLGNVRDDVP NA NA NA NA NA D1-35_02292 120 hypothetical protein ATGACCGACGAGAAGAAAAACGAACAACCCAAGGACGACACGCCCGCCCACTCCACCGAGCAGGAGCGTGAGCGTTTGAAGGACTTCAACAAAGAGGGTATTCCACCGGGCTCTTCGTGA MTDEKKNEQPKDDTPAHSTEQERERLKDFNKEGIPPGSS NA NA NA NA NA D1-35_02293 135 hypothetical protein ATGACTATCGAAGCAGAGACACTCGTACAACTGACCGAAGCACTTCAGAAGCGTGGGATCGTGCTGGTATCCGACGTGGCGTTTATCCGAGCGCCTTACAGGGAGGATCATCATTGGATTTGCATGGTGGAATAA MTIEAETLVQLTEALQKRGIVLVSDVAFIRAPYREDHHWICMVE NA NA NA NA NA D1-35_02294 177 hypothetical protein ATGGCTGACGACTTGAGCAATCGCGGGCCCCAGGACCGGAACCGCATCAACACTTCCGAAGACTGGGAATTGAGATACTGGGCGAAAGAATTCGGCGTGACCGAAGAGCAGCTCAAGGCAGCGGTCAAGGCTGTTGGGCCGGTGGCCGATGATGTTCGCGAGCATCTGAAGAAGTGA MADDLSNRGPQDRNRINTSEDWELRYWAKEFGVTEEQLKAAVKAVGPVADDVREHLKK NA NA NA NA NA D1-35_02295 429 hypothetical protein ATGAGCACGACTGAACAAATACAAAGCAGCGGAAAATACAGCGCCAAATGGCAGGAACGTTTCGACTTCTTCGATACCTATGGCGCGCCAAACGACCCGCGCTACAAGGAAGCCGTCAAGACTCTGCCGGACTTCAAAAAGAAAATCCTGATCAACGCCAACGTGATCGCGTTTTTCTTCGGTCCTATCTACCTGTTTGTCTTGGGCCTGTGGAAGAAGAACCTGGCGCTGCTCGGAATCTTCCTGGCGATCAACATCGTATTGAGCGTGGTTTTCGCCATCATCGGCATGGAATTTCCGCGGCCGTTGAGCATGGGTCTGAACATCGCCATGTCGATGATGTATGCGCTCATGACCAACTATGCGTACTACCTGAAGGAAATCAAAGGCGAGCAAGGCTGGAATCCGCTCAAAGGCATGCGTCTCTGA MSTTEQIQSSGKYSAKWQERFDFFDTYGAPNDPRYKEAVKTLPDFKKKILINANVIAFFFGPIYLFVLGLWKKNLALLGIFLAINIVLSVVFAIIGMEFPRPLSMGLNIAMSMMYALMTNYAYYLKEIKGEQGWNPLKGMRL NA NA NA NA NA D1-35_02296 534 hypothetical protein ATGTTCAAATCGCGCTCGTTGATTGCTGCAGTGACCTGTTTTGCCTTGGCGGCGGGCCCTGGCCTTGCTGTCGCGGACCCGGGCAATGGCAAGGGAAACGCTCAAGTCGATCAAGGTCAGGGACAAGGAGGCAAGGGCGGGCAGGGCAACAAGGGCGGCCAGGGTAATGCTGGCAATAAGGGTAACCAAGGCAATGCTGGCAATAAAGGCAACCAGGGCGGCAAAGGCAACCAGGGCGGTGGCGGCAGCGATTGGCATAACGGGCCGAGCATCGACCGTGGCGGTGTTCTGGGGGTGATTGGCGGTTATCGCGATTACTGGAGCCCTGGCCCGGCACTGCCGCCGGGTATCCAGAAGAACCTCGCCCGGGGCAAGCCGCTGCCCCCCGGTATCGCCAAGAAGCTCGACGGACGTTTGCTGGGACATCTGCCGCGCTATGACGGTTACGAATGGCAGCAGGTCGGTACCGACCTGATTCTGGTGGCGATCGCCAGTGGCATCATTTACGAAGTGCTCAACGGTGCCTTCGACTGA MFKSRSLIAAVTCFALAAGPGLAVADPGNGKGNAQVDQGQGQGGKGGQGNKGGQGNAGNKGNQGNAGNKGNQGGKGNQGGGGSDWHNGPSIDRGGVLGVIGGYRDYWSPGPALPPGIQKNLARGKPLPPGIAKKLDGRLLGHLPRYDGYEWQQVGTDLILVAIASGIIYEVLNGAFD NA NA NA NA NA D1-35_02297 1851 acoR_2 COG3284 Acetoin catabolism regulatory protein ATGGCCGCACCAGCTCCTGCCTTGTCCCACGAGGCCATCATTCAGGCTTCCTGGTCCCGTTGCCGCGCCTTTGGCCTCAATCACCAGAGCGTACCGGCATTCGACCCATTGCCGGCCGAGGGTATCGCCCAGTTACTGGAAAGCCAGCATTCACTGGTGCAGACCACCCACCAGGAAGTCCTGCCGTACTACGAGAACATCCTGAGCAATTCCAATTGCCTGATCATGCTGGCCGACAACCAGGGCCAGGTGCTGACCTCCTGGGGCACCCAGCGGTTCATCGAACCGAAACTGGCCCACGGTTTCAGCGCCGGAGCGACCTGGATGGAGCGCTGCACCGGCACCAACGCCATCGGCACCGCGCTGGCCTGTGAACAGGCGGTGCACATCGAACACGATGAACATTTCCTCAAGGCCAACCGTTTCATGACCGGCTCCGCCGCGCCGATCTTCGATGCCGAGCGCAAGGTCATCGCGGTGCTGGACGTCTCCAGCGACAGCTACCTGCCGCCGTCCCATACGCTGGGCATGGTCAAGATGATGAGCCAGACGGTGGAGAACCGGCTGATCCTCAACCTGTTTCGCGGTGAACACTTCCAGCTCACCTTCAACACCGGACTGAACAACCTCGACAGCCAATGGGCCGGGCTGTTGATTTTCGATGAGAGCGGCCAGGTGCTCTCGGCCAACCGCCGCGCCGACAACCTGTTGGGCCTCAGCCTGTCGCGGGTAAGCATCGAAAGCCTGTTCAAGGTCTCGCTGATGGAATTGCTCAACCAGCCCGACGGCCTGCCGTTCGCCTTGCAGGCGTCCGGGCGCAATCGGTTCCAGTGCCTGCTCAAGCGGCCGAAGCAGGTGTCGGTCAAGCCGCGCATCTTTGCCGAAACGACCCCCTCGCCAGCGCTCGCCCCTGCCAATACCACCATCAGCCTCAACACCCTGCACTTCGGTGACAGCAGGGTGGAAAAAGCTGTGCGCCAGGCCGAGCGCCTGTTGGAGAAAGACATTCCGCTGCTGATCCACGGCGAGACCGGCGTCGGCAAGGAAGTCTTCGTCAAGGCTTTGCACCAGGCCAGTTCGCGTTGCAAGCAGGCGTTTATCGCAGTCAACTGCGCGGCGATTCCCGCCGAGTTGGTCGAGTCGGAATTGTTCGGTTATGAAAAAGGTGCCTTCACCGGCGCCAACCAGAAGGGCAGCATCGGCCTGATCCGCAAGGCCGATCGCGGCACGTTGTTCCTTGATGAGATCGGCGACATGCCGCTACCGACCCAGGCCCGCTTGCTGCGGGTCTTGCAGGAACGCTGCGTGCAACCGGTGGGCAGCGCCGAGCTGTTCCCGGTGGACATCCGCATCATCTCCGCCACCAACCGCTCGCTGCGCGAACAGGTGCAACTGGGGCGATTTCGTGAAGACCTCTACTACCGCATCGGCGGTCTGACCCTGGAATTGCCGCCCCTGCGCGAACGCAGCGACAAGCAGGCGCTGTTCAAGCGCCTCTGGGAACACCACCGCGAGCCGACCCAATGGGCCGGCCTGAGCCGCGAAGTCCTGGAGCTGTTCGAACGCCACCCGTGGCCGGGCAACCTGCGGCAAGTCAGCAGCGTGCTGCAAGTGGCCCTGGCAATGGCCGAAGAACAACCGATCCGCCCGGAACATCTGCCCGATGACTTTTTTGTCGACCTGGAAATGGAGCCGGTGGAAACACCGGAACCGCTGGCAGTAGACCTGAACGACGCCGAAGACCTGAACCGCCAGTTGCAGGCCGTCGGCGGCAATATTTCCCACCTGGCACGACGCCTCGGCGTGAGCCGCAATACCTTGTACAAACGCCTGCGGCAGTTGGAAAGCTGA MAAPAPALSHEAIIQASWSRCRAFGLNHQSVPAFDPLPAEGIAQLLESQHSLVQTTHQEVLPYYENILSNSNCLIMLADNQGQVLTSWGTQRFIEPKLAHGFSAGATWMERCTGTNAIGTALACEQAVHIEHDEHFLKANRFMTGSAAPIFDAERKVIAVLDVSSDSYLPPSHTLGMVKMMSQTVENRLILNLFRGEHFQLTFNTGLNNLDSQWAGLLIFDESGQVLSANRRADNLLGLSLSRVSIESLFKVSLMELLNQPDGLPFALQASGRNRFQCLLKRPKQVSVKPRIFAETTPSPALAPANTTISLNTLHFGDSRVEKAVRQAERLLEKDIPLLIHGETGVGKEVFVKALHQASSRCKQAFIAVNCAAIPAELVESELFGYEKGAFTGANQKGSIGLIRKADRGTLFLDEIGDMPLPTQARLLRVLQERCVQPVGSAELFPVDIRIISATNRSLREQVQLGRFREDLYYRIGGLTLELPPLRERSDKQALFKRLWEHHREPTQWAGLSREVLELFERHPWPGNLRQVSSVLQVALAMAEEQPIRPEHLPDDFFVDLEMEPVETPEPLAVDLNDAEDLNRQLQAVGGNISHLARRLGVSRNTLYKRLRQLES PGPT0001030_1639 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 D1-35_02298 1095 ugpC_2 COG3839 sn-glycerol-3-phosphate import ATP-binding protein UgpC ATGTCATTACAGCTTGAGCACATCTGTCGCACCGTCGAAGGCCAGACCTGGATCGACGATGCCAATCTGAGTTTCGAACCCGGATCCTTCAACGTTCTGCTGGGCCGCACGCTGTCCGGCAAGACCAGCCTGATGCGCCTGATGGCCGGTCTGGACAAGCCCGACAGCGGCCGCATCCTGATGAACGGCGTCGATGTCACCAAACGGCCGGTGCGGCTGCGCAATGTGTCGATGGTGTACCAGCAGTTCATCAACTACCCGACCATGACCGTATTCGAAAATATCGCCTCGCCGCTGCGCCAGGCCGGTATCTCCGAAGAAATTATCCAGGGCAAGGTCCTGGAAACCGCGAAGATGCTCCGGATCGAAAAATTCCTCAAGCGTCATCCGCTGGAGCTGTCCGGCGGCCAGCAGCAACGGACCGCCATGGCCCGTGCGCTGGTCAAGGACGCCGAACTGATCCTGTTCGACGAGCCGCTGGTGAACCTCGACTACAAGCTGCGTGAAGAACTGCGCCAGGAAATGCGCGAGCTGTTCCAGGCTCGTCACACCATCGCCGTCTACGCCACCACCGAGCCGAACGAAGCGCTGGCCCTGGGTGGCACCACGACGATCCTGCATGAGGGCCGGGTGATCCAGAGCGGCAAGTCGTCTTCCGTTTATCACCAACCGCAAACCGTGCTGGCCGCCGAGCTGTTTTCCGAACCACCGATCAATCTCATGCCGGGACGCATTGCCGGCAATGAAGTCAGCTTCGCCAACTTCGTGCACTTCCCGCTGAACGTCGACCTGCGTCCGGTGGGCGAGGGCGAGTTCCGTTTCGGCGTGCGTCCCAGCCATATCTCACTGGTGCCGAGCAACGACGACGACCTGGAACTGGCGGTGACCGTCGAGGTGGCCGAGATCAGCGGTTCCGAGACCTTCCTGCACGTGCGCAACGAACACTTCCTCCTGGTCCTGCATTTGCCCGGTGTGCACGAATACGACGTCGACGCGCCGATCCGCATCTACATCCCGACCCATAAATTGTTTGTCTTCGATGCCCAGGGCAAGCTGGTCCAAGCCCCAGGGCAACGTATCGCGAGGGTTGCCTGA MSLQLEHICRTVEGQTWIDDANLSFEPGSFNVLLGRTLSGKTSLMRLMAGLDKPDSGRILMNGVDVTKRPVRLRNVSMVYQQFINYPTMTVFENIASPLRQAGISEEIIQGKVLETAKMLRIEKFLKRHPLELSGGQQQRTAMARALVKDAELILFDEPLVNLDYKLREELRQEMRELFQARHTIAVYATTEPNEALALGGTTTILHEGRVIQSGKSSSVYHQPQTVLAAELFSEPPINLMPGRIAGNEVSFANFVHFPLNVDLRPVGEGEFRFGVRPSHISLVPSNDDDLELAVTVEVAEISGSETFLHVRNEHFLLVLHLPGVHEYDVDAPIRIYIPTHKLFVFDAQGKLVQAPGQRIARVA PGPT0016815_131 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016815-glpS-K17324 NA NA D1-35_02299 1110 sugC COG3839 Trehalose import ATP-binding protein SugC ATGGCCGAAATTCGTTTGCAGAACCTCGCCCACAGCTACACCAGCACCCCGGCGGGCCCCGAGGACTACGCGATCCGCGAGATGAACCACATCTGGGAGCAGGGCGGCGCCTATGCGCTGCTCGGACCTTCGGGTTGCGGCAAGTCGACCTTGCTCAACATCATTTCCGGCTTGCTCAGCCCTTCCGAAGGGCAGGTGATGTTCGACAGCAAAGTCGTCAACGAACTGTCCCCGGAGCGGCGCAACATCGCCCAGGTGTTCCAGTTTCCGGTGGTCTACGACACCATGACGGTGTTCGACAACCTGGCGTTCCCGCTGCGCAACCAGGGCATGGCCGAGGCGCGGATCCACACCAAGGTGCAGGAAATCGCCGAGGTTCTCGACCTGCAGAGCCTTTTGGACAAGAAGGCCCGCAACCTCACCGCCGATGAAAAACAGAAAGTCTCCATGGGCCGTGGGCTGGTGCGCGACGATGTCTCGGCGATCCTGTTCGACGAGCCGCTGACGGTGATCGATCCGCACCTGAAATGGAAACTGCGGCGCAAGCTCAAGCAGATCCACGAGCAGTTCAACATCACCATGGTCTACGTCACCCACGACCAGTTGGAGGCCTCCACCTTCGCCGACAAGATCGCGGTGATGTACGGCGGCCAGATCGTGCAGTTCGGCACACCGCGTGAACTGTTCGAGCGCCCGAGCCACACCTTCGTCGGCTACTTCATCGGCAGCCCCGGCATGAACCTGATCGAGGTCCAGGCGCAGCCCGGTGGCGTCGGCTTCGCCTCGACCCACTTGCCGCTGTCCGAAACCCTGCAGCGGCGTGTCGCCGACGCGCAAGGCAAGAGCCTGAAGGTCGGCATCCGCCCGGAATTCGTGCATGTCTGGGACGGCCCTTACGACGACGCGATGCGGGCTGACGTGGTGCACGTCGAAGACCTCGGCACCTACAAGATCCTGACCCTCAACCTTGATGGCGCACCGCTGAAGGTCCGCCTCGCCGAAGACAAGCCTGTGCCGGAAGGCACCGCGTACATCAGTTTTCCGGGTCAATGGCTGATGGTCTATGCCGATGAATATCTGCTTGAATCCGCAGGCGAGGTGCAGCCATGA MAEIRLQNLAHSYTSTPAGPEDYAIREMNHIWEQGGAYALLGPSGCGKSTLLNIISGLLSPSEGQVMFDSKVVNELSPERRNIAQVFQFPVVYDTMTVFDNLAFPLRNQGMAEARIHTKVQEIAEVLDLQSLLDKKARNLTADEKQKVSMGRGLVRDDVSAILFDEPLTVIDPHLKWKLRRKLKQIHEQFNITMVYVTHDQLEASTFADKIAVMYGGQIVQFGTPRELFERPSHTFVGYFIGSPGMNLIEVQAQPGGVGFASTHLPLSETLQRRVADAQGKSLKVGIRPEFVHVWDGPYDDAMRADVVHVEDLGTYKILTLNLDGAPLKVRLAEDKPVPEGTAYISFPGQWLMVYADEYLLESAGEVQP PGPT0016820_63 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016820-glpT-K17325 NA NA D1-35_02300 867 melD_2 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGAACAAGGTGCAGAACAACAAGGCCTGGTGGCTGGTGTTGCCGGTGTTCCTGCTGGTGGCCTTCAGTGCCGTGATCCCGATGATGACCGTGGTCAACTATTCGGTGCAGGACATCTTCGACCAGTCCAGCCGCTACTTCGTCGGCGCCGACTGGTACAGGCAGGTGCTGCTCGACCCACGGCTGCACGATTCGCTGTTGCGCCAGTTCATCTACTCGGCGTGTGTCCTGCTGATTGAAATTCCGCTGGGCATCGCCATCGCCCTGACCATGCCGACCAAGGGCAAGTGGTCGTCCCTGGTGCTGATCATCCTGGCGATTCCGTTGCTGATTCCGTGGAACGTGGTGGGTACCATCTGGCAGATTTTCGGGCGCGCCGACATTGGCCTGCTGGGCTCGACGCTCAACGCCATGGGCATCAACTACAACTACGCGGCCAACACCATGGACGCTTGGGTCACGGTGCTGGTGATGGACGTCTGGCACTGGACTTCGCTGGTGGCACTGCTGTGCTATTCGGGGCTGCGGGCCATTCCGGACGTTTATTATCAAGCGGCGCGAATCGACCGGGCGTCGAACTGGGCGGTGTTCCGGCACATCCAGTTGCCGAAGATGAAGAGCGTGCTGCTGATCGCGGTGATGCTGCGCTTCATGGACAGCTTCATGATCTACACCGAGCCGTTCGTCCTCACCGGCGGCGGGCCGGGCAACGCCACCACGTTCCTCAGCCAGACCCTGACGCAGATGGCTATCGGTCAATTCGACCTGGGCCCGGCGGCGGCGTTTTCCCTGGTGTACTTCCTGATCATTCTGTTGGTGTCCTGGCTGTTCTATACCGCCATGACGCACTCCGACGCCAACCGTTGA MNKVQNNKAWWLVLPVFLLVAFSAVIPMMTVVNYSVQDIFDQSSRYFVGADWYRQVLLDPRLHDSLLRQFIYSACVLLIEIPLGIAIALTMPTKGKWSSLVLIILAIPLLIPWNVVGTIWQIFGRADIGLLGSTLNAMGINYNYAANTMDAWVTVLVMDVWHWTSLVALLCYSGLRAIPDVYYQAARIDRASNWAVFRHIQLPKMKSVLLIAVMLRFMDSFMIYTEPFVLTGGGPGNATTFLSQTLTQMAIGQFDLGPAAAFSLVYFLIILLVSWLFYTAMTHSDANR PGPT0016585_410 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016585-glpP-K17322 NA NA D1-35_02301 801 dasC COG0395 Diacetylchitobiose uptake system permease protein DasC ATGAGCAAGAGAAAGCTGATTCCGCTTTTGATCTACATCCTGTTCCTGCTGGTGCCCATCTACTGGCTGCTGAACATGTCGTTCAAGAGCAACACCGAAATCCTCGGTGGCCTGACGCTGTGGCCACAGGATTTCACCTTCCAGAACTACAAAGTGATCTTCACCGATCCGAGCTGGTACACCGGTTACCTCAACTCGCTGTACTACGTGAGCCTGAACACGGTGATTTCCCTGGCGGTCGCGCTGCCGGCGGCCTATGCGTTCTCGCGCTACCGCTTTCTTGGCGACAAGCATCTGTTCTTCTGGCTGCTGACCAACCGCATGGCGCCACCGGCGGTTTTCCTGTTGCCGTTCTTCCAGCTGTACTCGTCCATCGGCCTGTTCGACACCCATATCGCCGTAGCTTTGGCCCACTGTCTGTTCAACGTGCCGTTGGCGGTGTGGATTCTTGAAGGCTTCATGTCCGGCGTGCCGAAAGAAATTGACGAGACCGCCTACATTGACGGCTACAGTTTCCCCAAGTTCTTCGCCAAGATCTTTATCCCGTTGATCGGTTCCGGCATCGGCGTCACGGCGTTTTTTTGCTTCATGTTCTCCTGGGTCGAGCTGTTGCTGGCCCGGACACTGACCTCGGTGAATGCCAAGCCGATCGCGGCGGTCATGACCCGCACGGTGTCGGCGTCCGGTATTGACTGGGGCGTGCTGGCGGCGGCAGGGGTGTTGACCATCCTGCCGGGCATGCTGGTGATCTGGTTCGTTCGCAACCACGTGGCCAAGGGCTTTGCCCTGGGCCGGGTCTGA MSKRKLIPLLIYILFLLVPIYWLLNMSFKSNTEILGGLTLWPQDFTFQNYKVIFTDPSWYTGYLNSLYYVSLNTVISLAVALPAAYAFSRYRFLGDKHLFFWLLTNRMAPPAVFLLPFFQLYSSIGLFDTHIAVALAHCLFNVPLAVWILEGFMSGVPKEIDETAYIDGYSFPKFFAKIFIPLIGSGIGVTAFFCFMFSWVELLLARTLTSVNAKPIAAVMTRTVSASGIDWGVLAAAGVLTILPGMLVIWFVRNHVAKGFALGRV PGPT0016810_381 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016810-glpQ-K17323 NA NA D1-35_02302 273 hypothetical protein ATGGAATGGATGAACTGGACCGCCCCGACGGCGACGTTTTTTGGGGTCATTGCCTTGCTGCTGGCGGGCATGACGACATGGGAATTGCGTTCGCCGAGTATCCCTCGGCGTGGTTTCCTGCCGATTGCCACGACCCGTGGCGATCGGTTGTTTATCGGTCTTCTCGGTAGCGCCTACCTGCACCTGCTGGTGATCGGCGTTACCGACTGGAGCATCTGGATAGCGTTCGCGTTGTCTCTGGTGTGGCTGTTGGCAGTGATGCGGTGGGGCTAG MEWMNWTAPTATFFGVIALLLAGMTTWELRSPSIPRRGFLPIATTRGDRLFIGLLGSAYLHLLVIGVTDWSIWIAFALSLVWLLAVMRWG NA NA NA NA NA D1-35_02303 1743 hypothetical protein ATGTTCGATAAAAACAATAAGCTGCGACATAGCGTTTCATTGGCAGCCATGCTGGCACTCAGCGGGCTGAGCGCTACGGCCTGGGCCGACGCCTATGAAGACGCCGCGAAAAAATGGATCGGCAGCGAATTCAAGCCGTCGACCCTGACAGCCGAGCAGCAGCTCGAAGAACTGAAGTGGTTCATCAAGGCTGCCGAGCCATTTCGCGGGATGAAAATCAACGTGGTCTCGGAGACCATCGCTACCCACGAATATGAATCCAAGGTACTGGCCAAGGCTTTTAACGAAATCACCGGGATCCAGCTGACCCACGACCTGCTCCAGGAAGGCGACGTGGTGGAGAAGCTGCAGACCCAGATGCAGTCCGACAAGAACATCTACGACGGCTGGGTCAATGACTCGGACCTGATCGGCACGCATTTTCGCTACGGCAAGACCGAGTCGATCACCGACCTGATGGCCAACGAAGGCAAGAATTTCACCTCGCCGACCCTCGACCTCAAGGACTTCATCGGCATCTCCTTCACCACCGCGCCGGACGGCAAGGTCTATCAACTGCCCGACCAGCAGTTCGCCAACCTTTACTGGTTCCGCGCCGACTGGTTCGAGCGTGCGGACCTGAAGGCCAAGTTCAAGGAAAAATACGGCTACGAGCTGGGCGTACCGGTGAACTGGTCGGCCTATGAAGACATCGCGAAGTTCTTCTCCGAAGACGTCAAGGAGATCGACGGCAAGCGCGTCTACGGCCACATGGACTACGGCAAGAAAGACCCGTCCCTGGGCTGGCGCTTCACCGATGCCTGGTTCTCCATGGCCGGCGGCGGTGACAAGGGCCTGCCTAACGGCTTGCCAGTGGACGAGTGGGGCATTCGCGTCGAAGACTGCCATCCGGTCGGCTCCAGCGTCACCCGCGGCGGCGACACCAACGGCCCGGCCGCCGTGTTCGCCACCACCAAGTACGTCGACTGGATGAAGAAATACGCGCCACCGGAAGCGGCGGGCATGACCTTCTCCGAGTCCGGTCCGGTGCCGTCCCAAGGCAACATCGCCCAGCAGATTTTCTGGTACACCGCTTTCACCGCCGACATGACCAAGCCGGGCCTGCCAGTGATGAACGCCGACGGCACGCCGAAATGGCGCATGGCGCCGTCGCCACGCGGTCCGTATTGGGAAGAGGGCATGAAGCTGGGCTATCAGGACGTGGGTTCCTGGACCTTCATGAAGTCGACGCCTGAGAAACAGCGCCTCGCGGCCTGGCTCTACGCGCAGTTCGTGACATCCAAGACCGTGTCGCTGAAGAAGACCATCGTTGGCCTGACGCCGATTCGCGAATCGGACATCAACTCCCAGGCGATGACCGACCTGGCGCCGAAACTTGGTGGCCTGGTGGAGTTCTATCGCAGCCCGGCCCGTGTGCAATGGTCGCCAACCGGGACCAACGTGCCGGACTATCCACGCCTGGCGCAACTGTGGTGGAGCCACATCGCCGAAGCGGCCAGTGGCGAGAAAACCCCGCAACAGGCTCTCGACGGGCTGGCCAAGGATCAGGACGCGATCATGACGCGTCTGGAACGCTCCAAGGCCCAGGCCACCTGCGCACCTAAGATGAACCCTGAGCGCGACGCGCAATACTGGTTCGATCAACCGGGCGCACCGAAGCCGAAACTGGCGAACGAGAAGCCTAAAGGCGAGACGGTCAACTATGCCGAATTGCTGAAATCGTGGGAGGCGGCGCGTAAGTAA MFDKNNKLRHSVSLAAMLALSGLSATAWADAYEDAAKKWIGSEFKPSTLTAEQQLEELKWFIKAAEPFRGMKINVVSETIATHEYESKVLAKAFNEITGIQLTHDLLQEGDVVEKLQTQMQSDKNIYDGWVNDSDLIGTHFRYGKTESITDLMANEGKNFTSPTLDLKDFIGISFTTAPDGKVYQLPDQQFANLYWFRADWFERADLKAKFKEKYGYELGVPVNWSAYEDIAKFFSEDVKEIDGKRVYGHMDYGKKDPSLGWRFTDAWFSMAGGGDKGLPNGLPVDEWGIRVEDCHPVGSSVTRGGDTNGPAAVFATTKYVDWMKKYAPPEAAGMTFSESGPVPSQGNIAQQIFWYTAFTADMTKPGLPVMNADGTPKWRMAPSPRGPYWEEGMKLGYQDVGSWTFMKSTPEKQRLAAWLYAQFVTSKTVSLKKTIVGLTPIRESDINSQAMTDLAPKLGGLVEFYRSPARVQWSPTGTNVPDYPRLAQLWWSHIAEAASGEKTPQQALDGLAKDQDAIMTRLERSKAQATCAPKMNPERDAQYWFDQPGAPKPKLANEKPKGETVNYAELLKSWEAARK PGPT0016805_136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016805-glpV-K17321 NA NA D1-35_02304 942 hypothetical protein ATGCCTTCATCCTTACTTTCTCGCCTCAGGCAACGCTGGCTGGCCTGGTTGTTCATGGCCGCGATGGTGGTCGGCCTGCCGGTGGGCTGCGCGGTGTTGCAGCACAAGGAACGCGAGCTGGTGTTTCGCATCGAGCCGGGGACGGCGAGCTGGTTCAGTGGCCTTCCCAGCGGCGTGCAGGAGTTCGACCTCAAGCCCAAGAGCTTCAAGGCCGGGGAAAATATCCACGGCTGGTGGTGGCCGGCCGAACGCAAGAACGCGCCCGCCATCCTGTACCTGCACGGCGTGCGCTGGAACCTGACCGGCCAGCTGTTTCGCATCCAGCAATTGCGGGCGCTGGGCTATTCGGTCATGGCGATCGATTACCGTGGCTTTGGCAAAAGCCAAGGGGGGTTGCCCTCTGAAGCCAGCGTGTACGAGGATGCAAGAATCGCCTGGGAACGTCTTGCGGTGCTGCAACCAGACCCGGCCCTGCGCCTGATCTACGGCCATTCCCTGGGCGGTGCCGTCGCGGTGGATCTTGCGGCGGAGCTGGGTCAGGAGGCGGCAAAAAATGGCACCACCGTGCCCGCCCGAGGCCTGGTCATCGAATCGACCTTCACGTCCTTGGGCGATGTCGCCACCGCCATGGCCAACACTTCCCTGCCGGTACGCTGGCTGCTGTCGCAGAAGTTCGATTCCATCGACAAGATCGGCGAGATCAACATGCCGCTGCTGATCGTGCACGGCGCCGCCGACCGCTACGTACCACCACGCTTCAGCGAGCAGCTGTTCAATGCCGCCCGGGAACCCAAGCGTTTGTTGTTGGTGCCGGGCGCCACGCATAACAACAGCATGAGCCTGGCGGGCCGCACGTATCGGCAGGCGTTGGATGCGTTGATGCATGCCCGCCCATCCCCGGTGGCCGGAAACGCCCAGGCAAGCCCGGTCAAGGCGGGCTAA MPSSLLSRLRQRWLAWLFMAAMVVGLPVGCAVLQHKERELVFRIEPGTASWFSGLPSGVQEFDLKPKSFKAGENIHGWWWPAERKNAPAILYLHGVRWNLTGQLFRIQQLRALGYSVMAIDYRGFGKSQGGLPSEASVYEDARIAWERLAVLQPDPALRLIYGHSLGGAVAVDLAAELGQEAAKNGTTVPARGLVIESTFTSLGDVATAMANTSLPVRWLLSQKFDSIDKIGEINMPLLIVHGAADRYVPPRFSEQLFNAAREPKRLLLVPGATHNNSMSLAGRTYRQALDALMHARPSPVAGNAQASPVKAG NA NA NA NA NA D1-35_02305 228 hypothetical protein ATGACGAGCGAACATTCGAAAACAGCCAGCCAAGTCGGCAACAATGCGCCAGCCAAGGATGCTGCCGGCGACCCGGTGGACGTCGTGGAGCGCGATGTGCGCCACCCGGATCCAGCCACTGACAAAGTCGACAAGACGATCACGCCCAAGTCGATCAAGAGCCATGAGCAGGACGCTGAGAAATTGCGCGACAAGGTCGGGCAGGTGGAGAAAAAGCTCGGCCGCTGA MTSEHSKTASQVGNNAPAKDAAGDPVDVVERDVRHPDPATDKVDKTITPKSIKSHEQDAEKLRDKVGQVEKKLGR NA NA NA NA NA D1-35_02306 543 hypothetical protein ATGCGACGTAGAAGCGCAGCGTATTGGCTGTGGGTGAACCGTCGGCTGGCGGGGCGCAACCACGAAGAGATCCTGGAGGACGGCACGCAGGTCGAGGTCCAGGCGCGGATCAACCAGCAGAGCGTGACGCAACTTTTCATCTGTGTTTATCGGCCGAACGGATCCGTCTGGGTCGAGGAGTTCCATGATCGCGCGTTGCGCGAACCGTTGTGCCAAGCGCTCGAATGGGGCTTGGCCCGGGCCAGGGACATCGTCGCCGGTAGCGGATGTTTCAAGGCGCCCCACAAGATTCAGATGACCCTTGGGCCATTGATCCGCGACGAATGCACCCTGGCCCTGAGGCGCATGGACATGAGCGATGAAGAGCGCCGCAACCTCAAGATCCGGGATGCCTGGGCAGAGTACGTCCACGCCAAGGAAGCGATGCTGGCGCTGATGCGTTCGGCCCGGGTCGAGGCCGACGTATGGGAGACGCAGAAGCGTCGGCTGTGCGAAGCCATTGATCGGCGGGCCTCCCTGGCCCGAGCGTGCCTGGGCAGTTGA MRRRSAAYWLWVNRRLAGRNHEEILEDGTQVEVQARINQQSVTQLFICVYRPNGSVWVEEFHDRALREPLCQALEWGLARARDIVAGSGCFKAPHKIQMTLGPLIRDECTLALRRMDMSDEERRNLKIRDAWAEYVHAKEAMLALMRSARVEADVWETQKRRLCEAIDRRASLARACLGS NA NA NA NA NA D1-35_02307 795 chbG Chitooligosaccharide deacetylase ATGCCTCGCCAAGTGATCGTCAACGCTGATGACTTCGGGCTCAGCCTCGATGAAAACGACTTGATTCTACGAGCCTTCGAGGCAGGCGTGATCAGCTCCGCCACGGCCATGGCCAACATGCCGGGGTTCGACCAGGCGTGTGAACTGGCCCGACACCCACTGCTTGAAGGGCGCATCGGCCTGCATTTCAATCTCAGTTACGGACCGCCGCTGAGTCAGGCAATCAGGACACGGCAGACATTCTGCAATGCAACCGGCGAATTCGACCTTAATCTGTCGCGCTACAGCCTGCGGCTGGGGACGGATGATCTGGCGGCCGTGGAAGAAGAACTCCAGGCGCAGTGGCAATACTGCCTGGACCGTGGCCTGCGTCCGAGCCATCTGGACTCTCATCAGCATGTACATAACATCTGGCCCGTTGGCGAACTGGTGGCTCGCTTCGCCGCCCGGCAAGGCGTGCCCATGCGCCTGGCACGTAACCTGGGACCGAACCTGAGCGTCGCCAAACGCATCTTCAAAACCCTGCTCAACCGCCGCCTGCGCAGGCTCTGCGGCGCAACGGCGGATTATGTCTGCACGCCAGCGGACCTTCATCACGCGGCGCCACCGAAGCACGGTTCGCTGGAAGTGATCGTTCATCCGCTGCAACTGGACGGGGATTTTGGCGACGCCAGCCTGGCCCTCGACAACTCGCTGACCCAAGTGCTGCACAAGCGCCTGGCGGGGGTGCCGAAGGTCGGGTATGGCGAGAGTGGGCGGGACTTTGAGCGAGTTGAGTTTGGGGATCTGTACTGA MPRQVIVNADDFGLSLDENDLILRAFEAGVISSATAMANMPGFDQACELARHPLLEGRIGLHFNLSYGPPLSQAIRTRQTFCNATGEFDLNLSRYSLRLGTDDLAAVEEELQAQWQYCLDRGLRPSHLDSHQHVHNIWPVGELVARFAARQGVPMRLARNLGPNLSVAKRIFKTLLNRRLRRLCGATADYVCTPADLHHAAPPKHGSLEVIVHPLQLDGDFGDASLALDNSLTQVLHKRLAGVPKVGYGESGRDFERVEFGDLY PGPT0012160_695 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012160-chbG-K03478 NA NA D1-35_02308 1173 hypothetical protein ATGGCGATCCGGTTCCAGTGGTGTCGCTCCATGAGCGCGGCGGAGTTTCCTGCAACGGCTTATGAAGAGCTGCGGACCCAGGTGGTCGACGCTACGCCGTTCAATACGCTGGCCTGGTTGCAAGCGGCGGAATTTGCCCTCGCGCCCGACCAGCAACTCCATGTGCTGCTGGGCTGGCAGGACCAGACACTGTGCCTGTGCCTGCCTCTGGTCGCGGGGCGCGAGCGCATCGGCGGGCTGCGCTTTCGGGTGTTGCATCACTTGGGGTTTCCACTGGCTGACCGTATCGCCCTGTTGGTGCGCCTGGACGCCGACGCCATGGGCCAGGCGCTGATGCAGATCCGCCAGCAGGTGCCCCACGCGTTGCTGCAATTGAATGAAGTGATCGAGCCGGTCGGCGAACAAAGCGTGCTCAGTGCCTGGATGGCGCAGAGTTCCACCGGCGAACGGCGGCTCAGTTGCCGGGTCCCGGTGCACCTGATCAGCGACAGTGACCATCAGGAAATCACCGGCGATCCGCGTTACAAGTTGCGCCGCGCGCGCAAGCGGATCGCCGCTTGCGGTGCCGAAATACGTCGGGTGACGCCGGATGCCATCGGCATGGGGCAACTGCTGCGGGCTCTCGCTGAAGTCGAGGCGGCCAGTTGGAAAGGCGAGGAAGGTGTCGGCATCTTCGCCGACCCCGGGCGCCGGCAATGGATGAACCTTGCCTTCACCGCCCTCGCCGCCCAAGGCCTGGTGCGGGTGGTGATGCTGGAGCTGAACGGCGAGTGCATCAGCTATCGCCTCGGCCTGCTCGACCAGGGACGGCTGTATGACTACAACCTGGCGTTCCTGCCGCGGCACGCCGACCTGGGCAGCGGCCGGTTCTTGCTCGAAGAGTGGATCCGCTGGGGGCTGGACGAGAACTGGCGGTGGATCGATGCATCGCGCGTCAGCCTTGAGAATTCCAGCCATCAACTGCACGAACGCATGACCGGCCAACTTGAGCACTGGCGCTGGAGTTTCTATTCCTGGCGGCCCGATGGCCTGCTCCTGGGGTTCGCCCTGCGGCTATGGAAAAGCCTGAAGCCCTGGCTCGGCAAGCGCCGCGCCAAACCGCCCGCGACAATGTCGCCCACTGCCAAAAAGCCGGAGGACACGCATGCCTCGCCAAGTGATCGTCAACGCTGA MAIRFQWCRSMSAAEFPATAYEELRTQVVDATPFNTLAWLQAAEFALAPDQQLHVLLGWQDQTLCLCLPLVAGRERIGGLRFRVLHHLGFPLADRIALLVRLDADAMGQALMQIRQQVPHALLQLNEVIEPVGEQSVLSAWMAQSSTGERRLSCRVPVHLISDSDHQEITGDPRYKLRRARKRIAACGAEIRRVTPDAIGMGQLLRALAEVEAASWKGEEGVGIFADPGRRQWMNLAFTALAAQGLVRVVMLELNGECISYRLGLLDQGRLYDYNLAFLPRHADLGSGRFLLEEWIRWGLDENWRWIDASRVSLENSSHQLHERMTGQLEHWRWSFYSWRPDGLLLGFALRLWKSLKPWLGKRRAKPPATMSPTAKKPEDTHASPSDRQR NA NA NA NA NA D1-35_02309 690 hypothetical protein ATGAACGCTCTGCAAAAATTGCGTGATCGCATTCAGAAAAAAGGCCTGCGTTCCGTTTTCAAACTGCTGGTACGCCGCTTCGTGTTTTTCCATTCGCAACTGGTATGGCTGGAACACGATGTGAGAATCCCGCTGCGGCCGCATACCCTCAGGCCCTACCCACCGGTACGTCGAGAGTTCATCACCGTCGAAAACGCCGACGCTTTCGCCAGGCATTTCGGCGACCGCGTCGAAACCATGCGCGAGCTGGCCGCCGAAGGCTATACCGGCCTGATGTACCTGGACGACAAGGGCGACACCGTGGGCTTCGTCTGGGCCAGTACACGAGACTATTTTGACCGCCATTTCTATGGCTGCTGGTTCCCGGTCAAGCCTGGCGAATACTTCCAGTTCGGCGGAGAAATGATCCGTGCGTACTGGGGCTCCCAGCTGTCGGCGGACGTACAGACCGACATGTGGAAAGTCATGGCGGACAAGGGCTGCGAAAAAATGGTCGATGTTTGCGACTTGCAGAACACCCCAGCGATCAAGATGCACATCCGCATGGACTTCCAGGAGCGCGGCCAGATCACCCATGTGTATTGCCTGTTCGGGCGCTTCCGGTTCTTCCGCGACACGTTCTACAGCGGCTCGGTACTCGACGCCTTCCGTAAACCGGCCCGGCCGGTTGCATCAGCTGCGGCGGCCTGA MNALQKLRDRIQKKGLRSVFKLLVRRFVFFHSQLVWLEHDVRIPLRPHTLRPYPPVRREFITVENADAFARHFGDRVETMRELAAEGYTGLMYLDDKGDTVGFVWASTRDYFDRHFYGCWFPVKPGEYFQFGGEMIRAYWGSQLSADVQTDMWKVMADKGCEKMVDVCDLQNTPAIKMHIRMDFQERGQITHVYCLFGRFRFFRDTFYSGSVLDAFRKPARPVASAAAA NA NA NA NA NA D1-35_02310 1977 hypothetical protein ATGGGGCCAGTGGGGTGCATGGGAAAAATCGGCGCCGGTCTGTGCCTTCTGGCCCTCGCAGCCTCGGCCCATGGTGCGTCCATGCAATGGACCGGCATCCGCGACGGCAGCCTGTACCTGCAGACCGACCAGCCAAGCACTGTGACCGTGCGCTGGGTGCCCGCCTGGCAGGCCGATGCCAATACCGAACACCTTTACCTGCTCGACGGCCAGGGGCGGCTGGCCGGTGAGCGCCTGGTCGAGGCGGCACAGACCCGTGGCGAGCAGCAGTGGCCGCTGCGGCCTGGTGCCGCCAGTTATCGCCTGGAAATTCCCGGCTACAGTTTCCGCCGCTATACGGTAGAGCACGACGCGCGCACCCGTGCCCTGTTCGCTCCGGCCAAAGTGCATTTCAGCGCCGAAGCCCACGATGGCGACGAGTTGTACTTCAAGGTGGCGGCCGGCGAACGCGCAGTGCTGGCGGGTAAATTCCATGGCGGTGTGCACGCGCTGCAAGCCCGGCGCGTCGGCGACGGCAAACAGCTCCAGCTGAATCTCAAACCGTATCGCGCCTATTGGCAGTTCGACCAGATCGCCCTGCCGGTGGCGGATGTCGAGCAAACCTGGCGTCTGCACTTGCAAGGCAACGGCAAGGTAGCGTTCTGGCTCGACGGTAGCGCCAACCTGTTCGCCCAGGACCCGGCGCAGTTGCAGCCGGTGCGCCAGGATCCGGGCCAAACCCACCTGACCCTTCATGACGATGTGCTCGGCCCCACCCCCAGCCTGGGCATGTCCCTGCCCTATGTGTTGCCGCCACCGTCCGCCTACGCGGTGATCGATACCCTCAAGCCCCGAGCGGCCACCTACTACAGTTTCGTCGATGTCACGGCGGCCAAGGCCGACCACGAAGATGCGTTCCGGCGCCTGTACCAGGATCGCTTCGGCATCACCCGGGACATTACCCTCTTGGCCGGCAGCCAACGCAAGGCCGATCTGCGCGCCGACCGGACCAGCAGCAGCGGCTTGCAAGCCTGGCTCGACACGACCCGCGCCCTGGGCGGCAAGGGCCTCCATTACCTGAGTTTCGCCGACGAGCCGAACCTCAACTATCCGGACTTCGCCAGCTTCCAGCAGATGTTCGAAAGCCTGGCCGCCCAGGTCCGCGCCAACGACGCCAATGCCCGCGCCGGAGTGCGCATCGCCATGCCGGCCAGCTCCCGATTCACCAATGGCCCGCTGGCCGAAAACGCGGCGGATCGGCGCGGCATCGATTGGGCACGGCGCCTGCTGGAAACCTCCGGCGACCGGATCGACGCCCTGGCCTGGCATGAATGGATGGTCCGCGACTTGCTGGCGACCCGGGTCTATCGCAACAGCGTCCGCCAGGCCGCCGACCTGGTGGGCCTGGACAGCCAGGGCCGGCCGCGCAAGGCCTTGCTGCTGGATCAGACCAACATTTCCAGCGGCTCGAGCCTCAGCCCCTACGATCAGGAAACGCACTACGCCGCGCTGTGGTGGGCGTCGGTGGCGATCAACGCCTCCGCCGACGGCTGGCTGGACATGCTCAACTGGTTTCAGTCCGCCGACGAGCCGCAATACCCCAAAGGCATGGTGCGAGTGCTGGAGAACCAGCGCTTCGAACTCAAGCCGGTGGGCCTGGCCCAGCAATTCATTCAGCAGCACTGGCTCGACCAGGTGCTGCGCCTGGACAACGACGCGTTTGAAGTCGACGCGCTGGCCATGGCCACCGGGCAGCAGCGCAGCCTGCTGGGCGTGAACAAAAGCACTCGCGCCCATCAAGTCAGCCTGCAGGGCGCGGGCTGCCCGCAGCCCGGCGCCAGCCTGGTGTATTTCGGCCCGGACAACATCAGCCGCAATGCCCCGTTCAACTGCAAGGCCGGCCAGGTCGGATTTCTCTTGCCAGGAGAAACCGTATTCGCCCTGCGCTGGACTGCCACCCTTCCCCCCCAACCCGCTATCCGTCAGGAGGCTCCATGA MGPVGCMGKIGAGLCLLALAASAHGASMQWTGIRDGSLYLQTDQPSTVTVRWVPAWQADANTEHLYLLDGQGRLAGERLVEAAQTRGEQQWPLRPGAASYRLEIPGYSFRRYTVEHDARTRALFAPAKVHFSAEAHDGDELYFKVAAGERAVLAGKFHGGVHALQARRVGDGKQLQLNLKPYRAYWQFDQIALPVADVEQTWRLHLQGNGKVAFWLDGSANLFAQDPAQLQPVRQDPGQTHLTLHDDVLGPTPSLGMSLPYVLPPPSAYAVIDTLKPRAATYYSFVDVTAAKADHEDAFRRLYQDRFGITRDITLLAGSQRKADLRADRTSSSGLQAWLDTTRALGGKGLHYLSFADEPNLNYPDFASFQQMFESLAAQVRANDANARAGVRIAMPASSRFTNGPLAENAADRRGIDWARRLLETSGDRIDALAWHEWMVRDLLATRVYRNSVRQAADLVGLDSQGRPRKALLLDQTNISSGSSLSPYDQETHYAALWWASVAINASADGWLDMLNWFQSADEPQYPKGMVRVLENQRFELKPVGLAQQFIQQHWLDQVLRLDNDAFEVDALAMATGQQRSLLGVNKSTRAHQVSLQGAGCPQPGASLVYFGPDNISRNAPFNCKAGQVGFLLPGETVFALRWTATLPPQPAIRQEAP NA NA NA NA NA D1-35_02311 1305 hypothetical protein ATGAGCCGAGCCCATTACCTCAAGCATCTGGCACTGAGCATGGGCACGCGCCTGGCGATGATCGCTCTGCGCCTGCTGCGCAACGTGTTGCTGGCAAGGATCCTCGGGCCCAGCGAGCGTGGACTGTTTGCATTGCTCAGTACCCTGCCCGACCTGATCAGCGCCGCCACCAGCGGTGGCCTGAATTCCGCCGTCGGTTACCAGGCGGCGCAGCAGCGCTCGATGGGCTTGTTGCTCAGCCAGGTGCTGATGTTCGGTTGTTTGTTGGCCGGGTTGTTGACCTTGTTGGTGGTGGCGCTGGTGCGGGAATTTGGCGGTGAGCTGGACATCACCACGCAATTGGGATTGCTGGCCTGGCTGCTGTTGCTGGCCGTACCGCTGACCGTGCTCAAGAGTGGCCTGCTGACGCTGCACAATGCCTCGGGCGGCGTGGGCGCGTTCAACGCGTTGCGGCTGATGGAATCGCTGGCACCGCTGGTATTGTTCGTGGCGCTGTTCTGGATGTGGCAAGACAAAGCGCTGGAGGCGGCGTTGATCAGTTGGCTGGCGGGCTTGAGCCTGGTGGTGCTGGCCGGCTGGATGTGGTTGCGCCGCGATCACACAGTCGAGCTGCAGTGGGACCGCACCGGCCAGAACGAGCTGTTGCGCTACGGTGCCCGCAGCCATCCGGAGCTGCTGTTCCAGCAAGTGGTGCTGCGTTCGGATTTTCTGTTCATCGGCGCCCTGCTGGGCAGCACGGCGCTGGGGCATTACGCCATGGCCAGCGCCGCGGCCGAACTGCTGCTGATCGTGCCGGAAGCGGTCACCACGCCGCTGATGAAACGCCTGCTGCAGCAAGACCGCGACATGCAGCGCCTGACCCCGCTGGCCTTGCGCCTGACCGCCACAGTGATGCTCGGTGCCTGCCTGGGCATGGCGCTGATTGGCGAATGGTTGATCGTCACGCTGTTCGGCGCCGCCTATCAACCGGCCTACCCGGCCCTGCTGGCGCTGCTGCCGGGGCTGTTCGGGCTCTGCTATGCGAGCATCCTGCGCCTGGATCTGCTGGGCAAGGACCGACCCGGCACGGTGTCGCTGCTGATGGGCGTCGGCGCGCTGCTGAACCTGGCGCTCAACCTGGTCCTGATACCGCGCTACGGCATCGTCGGCGCGGCCGCCGCGTCGTCGATCGCCTATCTGGGGGTAACGCTGGCGCTGCTGGGCATGTACTGCCGCCTCAGCGGCGTGGCGCTGTGGCAGACACTGATCATCCTGCCCAGCGATTTGCTGCCGATGCGCCAGATGCTGCTGGGGAAATCCGCGTGA MSRAHYLKHLALSMGTRLAMIALRLLRNVLLARILGPSERGLFALLSTLPDLISAATSGGLNSAVGYQAAQQRSMGLLLSQVLMFGCLLAGLLTLLVVALVREFGGELDITTQLGLLAWLLLLAVPLTVLKSGLLTLHNASGGVGAFNALRLMESLAPLVLFVALFWMWQDKALEAALISWLAGLSLVVLAGWMWLRRDHTVELQWDRTGQNELLRYGARSHPELLFQQVVLRSDFLFIGALLGSTALGHYAMASAAAELLLIVPEAVTTPLMKRLLQQDRDMQRLTPLALRLTATVMLGACLGMALIGEWLIVTLFGAAYQPAYPALLALLPGLFGLCYASILRLDLLGKDRPGTVSLLMGVGALLNLALNLVLIPRYGIVGAAAASSIAYLGVTLALLGMYCRLSGVALWQTLIILPSDLLPMRQMLLGKSA NA NA NA NA NA D1-35_02312 1005 hypothetical protein ATGTCGATCAAACACGTCTTCAAGCGCACCGGCGGCTGGCTGTACCTGAACACGTCGATGGGGCGCCATCCCTTGCGTGGCGCCGGCGTGATCCTGATGTTGCACCGGGTGTTGAACAACGACCGCGCCGCCGAACTGCCGCATCGCAACGAGCTGTGCGTGGGGCCTGACGCGTTCGAACACCTGTTGATCTGGCTGCAACGGCATTTTGAATGCGTGCCGTTGATGAGCTTGCTGCTGGCCGACCCGAAAAGCGTTCCGAACCGTCCGCGGGTGGCCCTGACGTTCGACGATGGCTGGCGCGACAACGCCATGAATGCCTTTCCCCTGCTGCGCCAGTACCAGGTGCCTGCGAGCATTTTCCTGTCCACCGATTTTGTTGGCAGCCGCCAGCATTTCTGGTGGGAAAGCATCGGCGAAACCCTCTGGGGCAGCCATGGGCAGCTGGCGCGGCATTCGCTCATCGAACATTTGCAGCAGGTCGGCCGGCCATTGCCGGTGCTGCTCGATGACATCGACGACGAGCGCCGCAGCCTGGCGCTGCTGCATTTCCTGCAAAGCCTGAAAACCCTCGATGCGCGAACCCTGAGCGATCTCACCGAGGCCTGTCCGCAGGGCTCGCAACCCCAGGCATTGGACTGGACCCAGGTGCGCATGCTCGAAGATTCCGGCCTGATCCGCTTCGGCCCCCACGGTGCCAGCCATGCGATCCTGACCGGGCTGGACGACCAGCGTTTGCACGAGGAACTGACCCGCAGCTGGATAGCTTTGGAAAATGGCTGCGCGCAACCCTTGCCGGTGTATTGCTACCCCAACGGTGATCATGATGCACGGGTACGCGAGCAAGTGGCGGCCCACGGTTTTCCGTTTGCCCTGGGCACCGAGGCCGGGCTGTATCGCCACGATGGCGACCCCTTGAACCTGCCACGCTTCGGCGTCAGCCAGCGCAATGCCTGCCACCCCGAGTTGCTGGCCTGGCGCATCCGTCGAGGAGCCCGCTCATGA MSIKHVFKRTGGWLYLNTSMGRHPLRGAGVILMLHRVLNNDRAAELPHRNELCVGPDAFEHLLIWLQRHFECVPLMSLLLADPKSVPNRPRVALTFDDGWRDNAMNAFPLLRQYQVPASIFLSTDFVGSRQHFWWESIGETLWGSHGQLARHSLIEHLQQVGRPLPVLLDDIDDERRSLALLHFLQSLKTLDARTLSDLTEACPQGSQPQALDWTQVRMLEDSGLIRFGPHGASHAILTGLDDQRLHEELTRSWIALENGCAQPLPVYCYPNGDHDARVREQVAAHGFPFALGTEAGLYRHDGDPLNLPRFGVSQRNACHPELLAWRIRRGARS NA NA NA NA NA D1-35_02313 1137 hypothetical protein GTGGCTGAGTTTTTCTATTGGTCTTGCCTGTTGCTGCCGGTGTACGCGTACCTCGGCTACCCGCTGTTGCTGACCTTGCTGGCGCCGCTGTTTCCGCTACGGCGCTACACCATTGCAGTGCCGATGGACGTGAGCATTGTGATTGCCGCCCACAACGAGGCGCGGCACATCGAAGAAAAATTGCGCACGCTGCTGGCTCAGGATTATCGCGCGCGCTCGCTGCAAATCATCCTCGCCAGCGACGGTTCCACCGATGACACGGTGGCCTGCGCACGCAAGGTCAGCGATCCGCGGATCAGCGTGCTCGACCTGCCGCGCCAAGGCAAGGCTGCCGCCCTCAACACGGGCGTGGCCCATAGCAGCGGCGAAATCCTGGTGTTCACCGACGCCGACAATCAATGGGCCCACGATACCCTCGGCCACCTGTTGGCGCCGCTGGCCGACCCGGAAGTCGGCGCCTGCGCCGGGCACATGGTAATCCCCGTGCCCGGCAAGGGCCTGAGCCTGGGCGACAGCCTGTATCGGCACTACGAAGGCTGGCTGCGTCGGGTCGAGAGCCGCACCGGCTGCATGGTCTCCGCCGACGGTGCTCTGCTGGCCCTGCGCAGGGAGTTGTTCCAGGCGATACCGGCGCAAGTCAACGATGACTTTTTTCTCAGCACCTGTGCGCCGGTGGCCGGCAAGGCGATCGTCTACGCCCCGCTCGCCCGAGTGACCGACCAGGGCGTGGACGAAGCCGACAAACAGTTCCGCCGGCGCCAGCGGGTCACCGTCGGAGGGCTGCAGAGCCTGGCCCAGCGCCGGGAACTGCTCAATCCCTTGCGCCATGGGCTCTACGCCATTGGCTTGATCAGCCACAAGCTGATCCGCCGCCTGGCCCCGGTGTTGCTGGTGCCGCTGTTGCTGAGCAACGCCTGGCTGTGGAACGAGCATGGGTTCTATCGCCTGAGCCTGGTGGCGCAGTTGCTCGGTTACGCCATCGCCTTGATCGGGTTGCTGGACGTCGGCCACCGTCTGCCCAGGCCTTTCCGCCTGGCCGCGTTCGTGCTGGTGACGTTGGCGGGCATGAGCATCGGGTTGTGGCAGTTTCTGCGCGGCCACCGCTATAGCCAATGGAATCCCGAGCAGAACCGCTAA MAEFFYWSCLLLPVYAYLGYPLLLTLLAPLFPLRRYTIAVPMDVSIVIAAHNEARHIEEKLRTLLAQDYRARSLQIILASDGSTDDTVACARKVSDPRISVLDLPRQGKAAALNTGVAHSSGEILVFTDADNQWAHDTLGHLLAPLADPEVGACAGHMVIPVPGKGLSLGDSLYRHYEGWLRRVESRTGCMVSADGALLALRRELFQAIPAQVNDDFFLSTCAPVAGKAIVYAPLARVTDQGVDEADKQFRRRQRVTVGGLQSLAQRRELLNPLRHGLYAIGLISHKLIRRLAPVLLVPLLLSNAWLWNEHGFYRLSLVAQLLGYAIALIGLLDVGHRLPRPFRLAAFVLVTLAGMSIGLWQFLRGHRYSQWNPEQNR NA NA NA NA NA D1-35_02314 960 mftF COG0463 Putative mycofactocin biosynthesis glycosyltransferase MftF ATGAAACGCGTGAGCATTGTGATCCCGATGTACAACGAGGCCCGGCACATCGGCCGCACGTTGCTGGCGGCGCAGGAAGCTGCGCGCCAGGCGCAGCTGGAGTGCGAGCTGATCGTGGTCGACAACGGCTCGGACGACCATGGCCCGCGCATCGCCAACGAATTGGGCGCCCGGGTGCTGATCGTGCCCGGCGTGCACATCGGCGCCCTGCGCAATCGTGGCGCGGCGGCCGCCAGCGGCGACTGGCTGGCATTCATCGATGCCGACATCGAAATGCCCGCCGACTGGCTCAGGTTGTTGATCGAAATCGAAGGTCGCCAGGGCGATGTGCTCGGTCTCGACCTGGATACTCCCGAGCAGGCGCCGTGGTTCGCCCGGGCCTGGCAACGGCGCGGCCAACGCCCGGGGTCGCGTCCGCTGCACCGGGTGCAGTGGCTGCCCAGTGCCAACCTGCTGATGCGCCGCGCCTGGTTCGATCGCGTCGGTGGCTTCGATGAAACCCTGCGCACCGGTGAGGACAAGGATTTTTCCCTGCGCCTGCGCCAGGCCGGAGCGCAGTTGTTGCTGGTGAGCGAAAGCCTTGCCCTGCACTGGGGTTACGAAGGCAGCTGGCGCGAGTGGATGAGCAAGGAACTGTGGCGTCAGGGCAGTCACTGGCAGCTGCTGCGCAGCCACGGGCCGAGCCTGCGGCTGTTGCGCTTCCCCGCCTTGTCCATCGGTGCCTGGGGCCTGGATTTCGTGGCGCTGGTCACGCTGTTCCAGGGCCAGGCGCGCCTGGGGCTGATGCTGCTGTTGATCAGCACATTGCCGGCCCTGGCTCTGAGCCTGCGCCAGAGCCAGCGCGACCCGCGCCTGACCTTGCAACTGTGGGCCCTGCATGGGGTGCGCCTGCACCTGACCGGCGCGGCGCTGCTGCTCAATCTTTTTCAATGGAACGTCAGGAGACCTGCCCGTGGCTGA MKRVSIVIPMYNEARHIGRTLLAAQEAARQAQLECELIVVDNGSDDHGPRIANELGARVLIVPGVHIGALRNRGAAAASGDWLAFIDADIEMPADWLRLLIEIEGRQGDVLGLDLDTPEQAPWFARAWQRRGQRPGSRPLHRVQWLPSANLLMRRAWFDRVGGFDETLRTGEDKDFSLRLRQAGAQLLLVSESLALHWGYEGSWREWMSKELWRQGSHWQLLRSHGPSLRLLRFPALSIGAWGLDFVALVTLFQGQARLGLMLLLISTLPALALSLRQSQRDPRLTLQLWALHGVRLHLTGAALLLNLFQWNVRRPARG NA NA NA NA NA D1-35_02315 1368 hypothetical protein ATGATTGTCCCGCTCTCGATCGTCAGCCTCCTGGGCCTGGTTTGCCTGATGTTGCTGGCCAGCCCTTATCCGTACCTGGCTCCCGGCGCGGTGCTCGGCCTGGTCGGTGTCGCCGTGCTCTATCGCAAGCCCGGCTGGGGCTTGCTGGGGATTGCCGCGCTGGTGCCGTTCGAAGGCCTGTTCAAGGAAAACGCCTTTTCCGGCAGCAAGTTTCTCGGGCTGGCGCTGATCCTGATCCTGGCGTTGCAACTGGCCCTGCATCAGATTCCCGCCACTCGCCTGCGCAGCAACATCTGGAAGCCGCTGATCGGCTTCATGCTGTTCTATGGCCTGAGCTTGCTGCTATCGGAAAACCCGGGCCTCTCCACCACCCACTTCCGGGAACTGGCGGTGGGCCTGGTGCTGTTCGCGATCACCCTGCTGATCGGCCGCGAGCTGAACCTGGACCTGTTCTGCCGGTTGGTCACCCTGAGCGTCACGACGACCTGCGTGCTGGCGATGTTCTCCGCCCGGTACCAGGATCAGGGCCGCGCTTCCGGCCTGTTGGAAGATCCGAACACCTTCGCCCTGCTGATCGCCTTCACCGTGCCGCTGGCGTTGTTGCTGGTGGTGCGCAGTCCGAACCTGCTGCACCGGTTGTTCTGGGGTGGCTGCTTCATCCTGCTGCTGGGCGGCATGACCAAGACCGAATCGCGTTCGGGACTGGTGGTGCTGCTGCTCAGCCTGATGATCGGCTTGTATCACTACCGCGCGCAGCTGCCGCGCATCCGCCCACGGCACCTGGGCTTCGCGATGCTCGGGCTGGCGCTGCTGATTCCCCTGGCAATCGCGGTGATGCCGGCCGGCTACGTGGCGCGCATCCAGTCACTGAGCATCCTCAGCGCTGGCGCCAGCGCGCACAAGGACGAATCCCTGGGCCGCCGCGCCTCGTACATCGTCGTCGGCAGCCAGATGCTTCGCGAAAATCCGCTGCTCGGCTCAGGTCCCGGAACGTTTCCCCTGCACTACGCCCCCACCGGTTACGCCAAGGCTTTCTCGGCCAACCGCAAGCTGGGGGACCTGTATCGCCGGGCGCATAACACCTACCTGGAAATCTTCAGCGAGATCGGCATTCCCGGCGGGTTGATGTTCGTCGGCATGATCGGCCTGGGTCTCTACAACCTGTTGCGCGCACGCCAGCTCTGGCTCCAGCGGCGGGACTGGGCGCAGGCGGACCTGCTGACGCACCTGGGCATGAGTTTCCTGTCGCTGGCGTTGTTCCTGATGTTCCTCAGTGCACCGAACCACAAGTTGCTGTGGATCATGCTGGGCTTGACCAGCGTATTGCGCTACGACGCCGAACGGTCCGCGCCGCAGGAGACCCGTTGA MIVPLSIVSLLGLVCLMLLASPYPYLAPGAVLGLVGVAVLYRKPGWGLLGIAALVPFEGLFKENAFSGSKFLGLALILILALQLALHQIPATRLRSNIWKPLIGFMLFYGLSLLLSENPGLSTTHFRELAVGLVLFAITLLIGRELNLDLFCRLVTLSVTTTCVLAMFSARYQDQGRASGLLEDPNTFALLIAFTVPLALLLVVRSPNLLHRLFWGGCFILLLGGMTKTESRSGLVVLLLSLMIGLYHYRAQLPRIRPRHLGFAMLGLALLIPLAIAVMPAGYVARIQSLSILSAGASAHKDESLGRRASYIVVGSQMLRENPLLGSGPGTFPLHYAPTGYAKAFSANRKLGDLYRRAHNTYLEIFSEIGIPGGLMFVGMIGLGLYNLLRARQLWLQRRDWAQADLLTHLGMSFLSLALFLMFLSAPNHKLLWIMLGLTSVLRYDAERSAPQETR PGPT0023135_109 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0023135-waaL|rfaL-K02847 NA NA D1-35_02316 1104 mshA_2 D-inositol-3-phosphate glycosyltransferase TTGAACGCGCCGTTCGGCCCGTCCCACCGCAGCAGCCCCCTGTCGATCATTCATCTGCTCGACAGCGGCGGCTTCTACGGGGCCGAGCGGATGCTGCTCGATCATTGCCTGGCCACGCCCGGCCAGCACCAGGTGGTGTTTTTGGCGGCGCCGCCGACCTTGATCACGCGCTTTCGCCAGGCCGGGGTCGATTGCCGTCACTGCGCCAACTGGGCCGAGCTGCTGCAGCATTTGCGGCAACGGCGCGCCGAACGACCGCTGATCAACACGCACAACTTCAAAGGCCTGTTGTTCGGCTGGGCCGCGGCCACGCTGCTGCGCCTGCCCCTGGTGATTACCCAGCACGGCTTTACGCCGCGCAGCACCAAGCAGCGTTTTTATACCTGGCTGAGCCTGCAACTGTGCCGCACCGCCTCGGTCAAGCGAGTGGTATGCGTGGCCGAAAGCATCGCGGCGTTGCACCGCCAGGCCAGCGTGCAGGCGGACAAACTCGACGTGATTCCCAACGGTCTGCCGGCGGTCGCCACACCCCTGCCGCATCGCGATGACCGGCAGCGCTGGCGGGTCGGCTACGTCGGCCGCTTGAGCAGCGAAAAAGGCCCGGACCTGTTTCTCGACGCCATGATCCCGCTGTGCCAGCGCCATGCTTCGCTGCACGCGGTGATGCTCGGCGACGGCCCGGAACGCCAGCTCCTGCTCAAGCGCATCACCGATGCCGGGCTGCCCACGCGCATCGAATTGCCTGGCTACCAGACCGACATGAATGCCTGGTGGAGCCGCCTCGATGTACTGGTGATCAGCTCACGCACCGAGGGCACGCCGATGATTCTGCTCGAAGCCATGCAAGCCGGAGTGCCGGTGGTGGCGTTCGGCGTCGGCGGCATTCCCGACGTCGTGCAGGACCGCCATAACGGCCTGCTCGCCACGCCCGCCGACAGCGACGAGTTGGCCCGGCAGATCGAGACACTGTTCAGCGAACCACCGCTGGCGCAGATCCTCGCCGACAACGCACGGCGCACCCAACGCGACCGCTACGACCTGCGCACGCTGGCCGAACGCTGGTCGCAACTGTATATCCGCACCGCACGGGAGGCCCGGCCATGA MNAPFGPSHRSSPLSIIHLLDSGGFYGAERMLLDHCLATPGQHQVVFLAAPPTLITRFRQAGVDCRHCANWAELLQHLRQRRAERPLINTHNFKGLLFGWAAATLLRLPLVITQHGFTPRSTKQRFYTWLSLQLCRTASVKRVVCVAESIAALHRQASVQADKLDVIPNGLPAVATPLPHRDDRQRWRVGYVGRLSSEKGPDLFLDAMIPLCQRHASLHAVMLGDGPERQLLLKRITDAGLPTRIELPGYQTDMNAWWSRLDVLVISSRTEGTPMILLEAMQAGVPVVAFGVGGIPDVVQDRHNGLLATPADSDELARQIETLFSEPPLAQILADNARRTQRDRYDLRTLAERWSQLYIRTAREARP NA NA NA NA NA D1-35_02317 1593 hypothetical protein ATGAACCCCAAGGAAAATTATCTGCACGAGTTTTTCAGGATCTTCTTTGCCAACAAGCAGTGGGTGAAGCGCATCTTCCTGATTTTCGCCGTGATCGCCCTGGTGCTGCCATTGATGCTCAAGCAGAGCTTCGATATCACCGCCCAGGTGATCGTCCAGTCGAAAAAACTCTCCCAGGGCGACGCCACCACGTCGCTGAACCAGGAAAACGCCACGTTCATCCCGCCGTCCCTGGCGGACATGGAAACCGAGAGCAATATCCTCCGCTCGCCGGCGTTGATTCGCCAGACCATCCAGACCCTGCGCGACCAGGGCGAGTACACGCCAAGCCCGGGCATCCTCAACAAATGGGTCAGCGAGCCGCTCAAGCGCTACATCACCCAGCCGCTGCGTGAGTATGTGGTCAACCCGTTGCGCGACGGCCTGGGGCTTGAGGTCGATCCGGTGCGCGACACAATGCTCGATACGCTGACCGATCAGGCCATCGAAAACCTGAAGATCGAAACCCTCCCCGGCTCCAATGTCATTTCCATCGTCTACAGCTTCGGTGACCCGGCCCAGGGCACGCGGTTCGTCGCGCAACTGCTGAAGAACTACCTCACCGGCCGCCAGGAACTGCAATCGATCGAACTGCCGCAGACCTTCTACGAGCAGAAAAAAGCCCAATACCAGACGCGTCTCGACGGCCTCGAAGACAAACGACTCGGGCTGCTCGAGGGCATCGGTTCGTCCGATCCGAAGGAAGAAGTCACTTTCCGCCTGAACGCCATCAATACCGAAGAGCAGGCGCTGAACCTCTATCAGGATCGCCTGCTGCAAAGCCAACGCTGGCTCGACTACCTCAAGAGCAGCCTGGCGGCGACGACCAGCTCGCGGTTCAACGACTACACCTTCCCGTTCACCTTCACCACCACGGTGGACAACATCGCCTTCGAAGACCGGGAAATCCGCCAGTTGGGTGAGCAATTGACCGGCCAGGTCAGCCGCTACATGAATGACCTGGCGATTTTCCAGCCCGGCAGCGAACCGATGCTGCTGGCCCGGGAGCAGATCGTGCGGACCCGCCAGCAGTTTCTAAAAGTGGTGAACAACCGCATCCAGGAACGCACCACCGATCTTGCGGTGGTCAGCTCGGTGATCGAGCAGAAAAAAGCGCGCATCGGGGCGTTCAAGGAGCGCATCCACCAGTTGCAGGAAACCCAGAGCAAGCTGCGGCAGATGGACACCGAGATCAACGCTCTGCACGCGGCGTTCTCCACCTACGCCCAGCGATTCGCCGAAGCCAGCACCGCCCGCTCGCTGGACAACGACCTGTCCAACGCCCGGGTCCTGAGCCCGCCTTTCGAACCGACCGCCGCGGCATTTCCCAAGCCGATGCTGATCATTGTGTTCGGCCTGTTCAGCGGCCTGCTGCTGGCCATCGCCCTGGTCTATGTGCGTGAGTTCTTCGACCATCGCTTCAAGCATCCGGCGCAGATCACCCAGCAACTGGATCTGCCGGTGTTGCTGGTGATCAACGAGCAGTCACCCGAGCAGGTCAATCCGCATCGCAACTGGAGCTTGCCCAGCCTTGTCCATTGGGTGAGAAATTGA MNPKENYLHEFFRIFFANKQWVKRIFLIFAVIALVLPLMLKQSFDITAQVIVQSKKLSQGDATTSLNQENATFIPPSLADMETESNILRSPALIRQTIQTLRDQGEYTPSPGILNKWVSEPLKRYITQPLREYVVNPLRDGLGLEVDPVRDTMLDTLTDQAIENLKIETLPGSNVISIVYSFGDPAQGTRFVAQLLKNYLTGRQELQSIELPQTFYEQKKAQYQTRLDGLEDKRLGLLEGIGSSDPKEEVTFRLNAINTEEQALNLYQDRLLQSQRWLDYLKSSLAATTSSRFNDYTFPFTFTTTVDNIAFEDREIRQLGEQLTGQVSRYMNDLAIFQPGSEPMLLAREQIVRTRQQFLKVVNNRIQERTTDLAVVSSVIEQKKARIGAFKERIHQLQETQSKLRQMDTEINALHAAFSTYAQRFAEASTARSLDNDLSNARVLSPPFEPTAAAFPKPMLIIVFGLFSGLLLAIALVYVREFFDHRFKHPAQITQQLDLPVLLVINEQSPEQVNPHRNWSLPSLVHWVRN PGPT0026030_71 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PSL_POLYSACCHARIDE_METABOLISM CE-EPS-PSL_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026030-pslE-K20998 NA NA D1-35_02318 1023 hypothetical protein ATGAACGCCAGAATGCTTGTCCTGCTGTTGCTGCCGCTTGCCGGTTGCTCCAGCACCACCGATACCCGCTCGATGCCGGTGCAGATCCTCACGGCCGCGCCGGCCAACGCCCAGGCCACCGACATGCCCAAGGTCGAACAGACCCTGCGGCCCCAGGACGTGCTGGATGTGATTTTTCATATCAGCACCACCGCTTCCCAGGCTTATCGTGTACAGCCGGGCGACCAGGTAGCGCTGAACTTTACCGCCGCCAGCCAGCTCAACGGCACGCAACAGGTGATGCCCGACGGCAGCATCGAACTGCCGGGCGCCAACACCTCGGTGAAACTCGCCGGCCTGACCACCGACGAGGCCCGCCTGGCGGTACAGCGAGCCTATGACCAGAAGATGCTGTTCCAGCCCAATCGCAACCAGTTGACGGTGCTGGTGACCAGTCCGCTGGCCGGCGAGACGACCCTGCGCAATACCCTGACCCACCCTGGCACCGGCATGAGCCGGGAAATCACCGTGGGCCGGGACGGTTACGCCAGCTTTCCGGAAATCGGCGCCGTACCGCTGCAGGGCATGACCGTCACCCAGCTGGAAACCTTCCTCAACGAGCGTTACGCCAATCTGCCCGGACGCATGACCGTCGATGTGCTGCTCAAGTCCACCGCCGGCAATGAAATCTATGTCCTCGGTGAAGTGGCCCAGCCCGGTTCCTATCCGATCCGCCGGCCCATCTCGGTACTGGAAGCCCTGACCCTGGCCCGTGGCGCAAACGTCAAGGCCCGGCTCGACTCGGTGGTGATCATGCGCCGCAACGGCAATCAGGTCGAAGCCCGCCACTACGACGTCGAAAAAGCCTTGAGCGGCGACGCCTCGCAAATCGCCTACCTGCAGCCCGAAGACATGCTCTTCGTGCCCAAGACCGGGCTGGCCAAAGCCGGCGAAACGGCCCGCCAATTGGCCGACGTGGTGCTGTTCCAGGGCGTGGGGTTCGGCTTCGGCTACCGCGTCGACAACAAAGGCAGCGACAACTGA MNARMLVLLLLPLAGCSSTTDTRSMPVQILTAAPANAQATDMPKVEQTLRPQDVLDVIFHISTTASQAYRVQPGDQVALNFTAASQLNGTQQVMPDGSIELPGANTSVKLAGLTTDEARLAVQRAYDQKMLFQPNRNQLTVLVTSPLAGETTLRNTLTHPGTGMSREITVGRDGYASFPEIGAVPLQGMTVTQLETFLNERYANLPGRMTVDVLLKSTAGNEIYVLGEVAQPGSYPIRRPISVLEALTLARGANVKARLDSVVIMRRNGNQVEARHYDVEKALSGDASQIAYLQPEDMLFVPKTGLAKAGETARQLADVVLFQGVGFGFGYRVDNKGSDN PGPT0025530_2300 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0025530-wza|gfcE|epsA-K01991 NA NA D1-35_02319 645 yveL COG0489 Putative tyrosine-protein kinase YveL ATGGACGGTTCAACGAATATCCTGACCATAGCAAGCCCGAGCGAGACCAACCTGACCTCGACCGTGCTCGACCCTTCCTTGCGGATCCTGCTCCTGACGGCAGCGAATATCGGCACTGGCACGAGCACCAGCGCCATGGCGCTGGCCGCCCAGTTGGCGCAGATGAGCAGCGGCCGTGTGCTGCTGGTGGACGCCAGCCGGTCGCCGCGCAACCTCAGCCAGCAGCTGTCGCTGCAAAAAGAGCGCGGCTTCAGCGACCTGCTGTTCAACAGCCTTTCTCCGCCGCTGTTGCAGGACTGCGTGGTGCAGGTTTCCAGCCTGCCCTTCGACGTGCTGCCCAACGGTCGCCTGGGCCATAACGCCGAGCGCCTGAGCCCCGAGCGACTGCGCCCGCTGTTCAGGCAACTGGCCGCGCAGTACCGCTTCGTGGTGATCGACGCCGACGCGGTGTATTCGGCCACCGACACCCTGGTCATGGGCACTCAGGTGGACGGCGTGGTGCTGGTGGTGCGCGGCGAGGACACCCGCTGGGAAGTCGCCCAGGCCGCCCGACAACGCTTGGCCCAGGCCGGCGCGAAGGTGGTCGGCAGCGTGTTCAATCGCCGCAAGTACTACATGCCCAAGTGGCTCTACAACAACCTGTAA MDGSTNILTIASPSETNLTSTVLDPSLRILLLTAANIGTGTSTSAMALAAQLAQMSSGRVLLVDASRSPRNLSQQLSLQKERGFSDLLFNSLSPPLLQDCVVQVSSLPFDVLPNGRLGHNAERLSPERLRPLFRQLAAQYRFVVIDADAVYSATDTLVMGTQVDGVVLVVRGEDTRWEVAQAARQRLAQAGAKVVGSVFNRRKYYMPKWLYNNL NA NA NA NA NA D1-35_02320 747 hypothetical protein ATGACCCGACATGAGCAAGACATCCCGACCCGGACCCTCGGCCGTGACAAACGAGTCGACCCCGAGCACCGCAGGCGCCTGGACGCGGCTATTCACCGCCAGGGTCGTGGCTGGATGACCGGCCGCGACGGCGGCCGGCCCTGGACCGTCTCGCGCACCAACCGGGTGGTGGCCTGCCTCGGCGCATTGGCCCTGTTGCTGATGCTCAGTCCGCTGCTGCTGGGCCTGGCACTGCTGGTGAGGTTCTCCAGCCCTGGCCCGGTGCTGTTCGTGCAGAAACGCACCGGCTATCGCGGCCGCGTTTTCGGCATGTACAAGTTCCGCACCATGGTCGCCGACGCCGAGGCCTTGAAAGAATCGCTGCGCCACCTCAACAAGCACGGCGCCGACGCCATTGACTTCAAGATCGACAACGATCCGCGCATCACCCCCATCGGCCGGTTCCTGCGCCGCAGCAGCCTCGATGAACTGCCGAACCTGATCAACGTCGTGACCGGCGACATGCGCCTGGTGGGCCCGCGGCCGACCTCGTTCAACGCCTACCGCTACAAGGACAACCATTTGGTGCGCCTGAGCATCTACCCCGGCCTCACCGGCCTCTGGCAGATCTCCGGACGCAGCAATATCGACTTCGACCAGCGCGTGGAACTGGACCTCAGCTATATCGCCGAGCAGAGCCTTTTGCTGGATTTGAAGATCCTGATCATCACCCCCTTCAAAGTCTTCAGCGGCCACGGAGCGAGTTAA MTRHEQDIPTRTLGRDKRVDPEHRRRLDAAIHRQGRGWMTGRDGGRPWTVSRTNRVVACLGALALLLMLSPLLLGLALLVRFSSPGPVLFVQKRTGYRGRVFGMYKFRTMVADAEALKESLRHLNKHGADAIDFKIDNDPRITPIGRFLRRSSLDELPNLINVVTGDMRLVGPRPTSFNAYRYKDNHLVRLSIYPGLTGLWQISGRSNIDFDQRVELDLSYIAEQSLLLDLKILIITPFKVFSGHGAS PGPT0026575_226 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-SUCCINOGLYCAN_METABOLIC_PATHWAY,PGPT0026575-exoY-K16566 NA NA D1-35_02321 1083 galE1 COG1088 UDP-glucose 4-epimerase ATGAACATCCTGGTGACCGGCGCGGCCGGTTTCATCGGCGCCCATTGCGTGCTGCGGCTGCTGCGCGACGGCCATGACGTGTGCGGACTGGACAACTTCAACGACTACTACGACCCGCAACTCAAGCACGACCGCGTGGCGTGGGTCAAAGGCCAGGCCGGCGACTTCCACCTGGCGCGAATCGACCTGACCGACGCACCGGCCCTCGACCAACTGTTCCAGTCCCATCGCCCCGACGTGGTGATCCATCTGGCAGCCCAGGCCGGCGTGCGTTATTCGCTGGAAAATCCGCGGGCTTATGTCGACAGTAATCTCAGCGGGTTCCTGAACATTCTGGAGAGCTGCCGCCGCCATCCGGTCAGGCACCTGATCTACGCCTCTTCCAGTTCGGTGTACGGCGCCAACCAGCGCACGCCGTATTCGGTACAGGACGGCGTCGACCATCCGTTGTCGTTGTACGCGGCCACCAAAAAGGCCAATGAACTGATGGCCCACAGCTACAGCCATCTGTTCGGCATCCCCTGCACCGGCCTGCGTTTCTTTACCGTCTATGGCCCCTGGGGCCGGCCAGACATGTCGCCGATCCAGTTCGCCCGGGCCATTACCGAAGGCCAGGTGCTGAAGCTGTTCAACCATGGCGAGCACGAGCGCGACTTCACCTGCATCGACGACATCATCGAGAGCATCGCCCGGCTGATCGAGCGCCCACCTCATGCAAACCCGGACTGGAATCGCCACCAGCCGGACCCGGCCACCAGCCTGGCACCGTGGCGCGTCTTCAACATTGGCGGACAGCATCCGGTGACGCTGCGGGCCTACGTGGCGCTGGTGGAAAAACACCTGGGCCGGAGCGCGCGAGTCGAGCTGCTGCCCCTGCAACCGGGCGATGTGCTGAACACCTGCGCCGATGCCAGCGACCTGGCCCGGGCCACCGGTTTCCAGCCTTGTATCGAACTGGATGAAGGCCTCGGCCGTTTCATCGACTGGTTCCTCGATTACTACGCACCGCCCATCGCCCACGCACCGCTTGCGACAGAACGCTTGCGGCCCAACCTCAACGGAGGAGTCTATGACCCGACATGA MNILVTGAAGFIGAHCVLRLLRDGHDVCGLDNFNDYYDPQLKHDRVAWVKGQAGDFHLARIDLTDAPALDQLFQSHRPDVVIHLAAQAGVRYSLENPRAYVDSNLSGFLNILESCRRHPVRHLIYASSSSVYGANQRTPYSVQDGVDHPLSLYAATKKANELMAHSYSHLFGIPCTGLRFFTVYGPWGRPDMSPIQFARAITEGQVLKLFNHGEHERDFTCIDDIIESIARLIERPPHANPDWNRHQPDPATSLAPWRVFNIGGQHPVTLRAYVALVEKHLGRSARVELLPLQPGDVLNTCADASDLARATGFQPCIELDEGLGRFIDWFLDYYAPPIAHAPLATERLRPNLNGGVYDPT PGPT0019020_818 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 D1-35_02322 1356 rkpK_2 COG1004 UDP-glucose 6-dehydrogenase ATGGACGTGAGCGTATTTGGAACGGGGTACGTTGGGCTGATTCAAGCGGCGGCGCTGGCAGACGTCGGACATCGCGTCCTGTGTGTCGATATCGATCCGAACAAGATCCGGCAACTGCAACAGGCGGTGCCGCCCATCAGCGAGCCGGGACTGTCCGGGTTGCTCGAAGACAACATCAAGGCCGGGCGCCTGTCGTTCAGTTGCCAGGCCAGTGATGCGGTCAACCATGGCGAGCTGATCTTCATCGCCGTGGGCACGCCCGCCGATGAAGATGGCTCGGCGGACCTCAGCCATGTCCTGGCCGTGACCCGGCAGATCGCCGACTTCATGGACAGCGACCGCACCCTGATCATCAAGTCGACCGTGCCGGTCGGCACGGCTGACAAGGTCGCCGAATGCGCCCGCCAGGCGTTGGCCCGTCGCGGCCTGCAACAACTGAATGTGCGCGTGGTGTCCAACCCGGAGTTCCTCAAGGAAGGCAGCGCACTGGCCGATTGCATGCGCCCGGACCGGATCATCGTCGGCACCGTCGACGCCCTGGCCCGCGACCAGATGAGCGAGCTCTACGCGCCCTTCTGCCGTAACCACGAAAAGCTGATGTTCATGGACAACCGCAGCGCGGAACTGACCAAGTACGCCGCCAACGCCATGCTCGCCACGCGCATCAGTTTCATGAACGAACTGGCCAACCTCACCGAACACCTGGGTGCCGACATCGAGGCCGTGCGCAAGGGCATCGGCTCGGACCCGCGCATCGGCTACCACTTCATCTATCCCGGCTGCGGCTTTGGCGGCTCGTGCTTTCCCAAGGACCTGCGCGCCCTGCTGCACACCGCCGAACAAAGCGGCATGCCACTGCGCCTGCTGCGCAGCGTCACCGATGTGAACGACAGCCAGCGGCACATCCTTTTCGAAAAACTCACGCTGCAATTCCCCGACGGCCTGGCCGGCAAGTCGATTGCCATCTGGGGCCTGGCATTCAAACCGAACACCGACGACATGCGCGAAGCGCCCAGCCGCTACCTGATGGAGGCACTCTGGCGCGAAGGCGCCCGCGTTCAGGCCTACGACCCGGAAGCCATGTCCGAATGCCGGCGCCTCTATGGCTATCGCAAGGACCTGAACCTTTGCGCTACCCGCGACGACACGCTGGAAGATGCCGACGCCCTGGTGATCTGCACCGAGTGGAAGAATTTTCGCGTGGTCGATTTCGACCTGCTTGCCAGCAAGCTGCGCGCGCGGGTCATCATCGATGGTCGCAACCTGTACAACCCGGAACACCTGGCCGCCGCCGGGCTGCTGTATCGCGGCATCGGGCTGCGCCACACCGTGCCCGTTCAGGGGCCACAAGCATGA MDVSVFGTGYVGLIQAAALADVGHRVLCVDIDPNKIRQLQQAVPPISEPGLSGLLEDNIKAGRLSFSCQASDAVNHGELIFIAVGTPADEDGSADLSHVLAVTRQIADFMDSDRTLIIKSTVPVGTADKVAECARQALARRGLQQLNVRVVSNPEFLKEGSALADCMRPDRIIVGTVDALARDQMSELYAPFCRNHEKLMFMDNRSAELTKYAANAMLATRISFMNELANLTEHLGADIEAVRKGIGSDPRIGYHFIYPGCGFGGSCFPKDLRALLHTAEQSGMPLRLLRSVTDVNDSQRHILFEKLTLQFPDGLAGKSIAIWGLAFKPNTDDMREAPSRYLMEALWREGARVQAYDPEAMSECRRLYGYRKDLNLCATRDDTLEDADALVICTEWKNFRVVDFDLLASKLRARVIIDGRNLYNPEHLAAAGLLYRGIGLRHTVPVQGPQA PGPT0017855_1823 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 D1-35_02323 1698 hypothetical protein ATGGCGCGATACCTCAAGGAACTGCTACTGCTTCTATACCTGCTCAGGGCACATGACTATTACCTCGACCGTCTTGCGGCGCTGGGTTTTGGCTTTGCAACGCTGCTGTTCGGCGCGATGTTCGTTGCGCTGGTGCTGGCTCTGTGGATGACCGCGTACATTCGCCAGGCATTGGTGCGGCATCTGTTTGCCCTGGCGATGTTTGCCTCGGCGGTGTTCTTCGAGGTCTACACGCGCGTAACCGACAGCTACCTGACCTACAGCCAGTTCGTGTCGATGGTCTATTCCGGCGGGTTCATCCAGGAGGCGGCTTATCAGTACCGCGAGGTGATCATCAGTGCGGTTGCGGGGGGCTTGTTGCTGCTGCTGGGGATCGGCCTGAAGCCCCGGCGGCGTCTGCCGTTGCCCGGTTACGTCGCGATCACTGCGCCATTGCTCGGCGTGCTGCTGCTCAGTGGCGTACTGTTCGTACGGGCAGGCGAGGGCGCGCGCGGTTTGCCGATCATGTACACGCCGCTGGCCTATCTGAACCTGTTCATCTATGAAGCCGTGCACAACACCGTGGGCCCACGGGCGCCAGTCAGCCTCGTGCGGCAAACAGCGGCAATCGGGCACGATATCGTGCTGATCATCGACGAAAGCATTGGCGGGAACTATCTTGATATCAACACGCCGTCCGGCGTCGCTACCGGCCTCAAGACGCCCCCTCCCGGCGTGGAAATCCTCAATTACGGCTACGCCGCCTCGATCGCCAATTGCAGCGCGGATACCAACGTTACCTTGCGCTATGGCGGCACCCGTGGCGACTACATGCGCATCAACAGCACCCAGCCGTCGATCTGGCAGTACGCCCGCAACGCCGGGTTGCGCACCGTCTATATCGATGGCCAGAACACCGGCGGCAAGCGGCAGAACCTGATGACCGAGCTGGAACAACAGGACATCGACGAATTTGTACAGTTCGACCAGGTCCGTGTGCGCGACCGTGACATGGCGGCTGTGGCGAAACTGATCGAGCTGATGGACAACGACCGGGCCGAACTCGTGGTGGTCAATAAAGTCGGCGCGCATTTCCCGGTCCACGACAAATACCCCGATGTTTTCATGACCTACCGTCCGGCCTTACCGCGAGGGCAGTTCGAGGAGGTGGCCGACACCGGCCGGCGCGACGGCTTCAGTGGCGAAGCGAATGATTGGGTGCTGTATCGCAATGCTTACCAGAACACCTTGCTGTGGAACGTCGGCGAATTTTTCCAACGCCTATTCCGACAGGGCAATCTCGACAATGCGGTGTTGATCTATACCTCCGATCATGGCCAGGATCTGCACGAGCGCGGCAACCCCGGCCTCAACACCCATTGCGGCGGAGATCCGGTGGAAGAAGAAGGGCTGGTACCGTTGCTGGTGATCCAGGGAAGCCGGTTGCAAACCCTCGATTGGCGCAGCGCCTGGGCGCAGAACAAGGACCGCTCCAGCCACTACAACATCTTCCCGACGCTGCTGCGGTTGATGGGCTACGAGTCGGCCGGCGTCACGGCGCTGTATGGAAAATCCCTCGACCAGCCGACCGAAGACGACTTCACCTTCAACTACCGTTTTAATGCGCGGCTGGGGGCCAAGCCGGCGTGGAAGCACATTGACCTGGACAACATCGTTACGCCGAAACCGGTTCAGGGTGAGATGGCGGTGGGGCATTGA MARYLKELLLLLYLLRAHDYYLDRLAALGFGFATLLFGAMFVALVLALWMTAYIRQALVRHLFALAMFASAVFFEVYTRVTDSYLTYSQFVSMVYSGGFIQEAAYQYREVIISAVAGGLLLLLGIGLKPRRRLPLPGYVAITAPLLGVLLLSGVLFVRAGEGARGLPIMYTPLAYLNLFIYEAVHNTVGPRAPVSLVRQTAAIGHDIVLIIDESIGGNYLDINTPSGVATGLKTPPPGVEILNYGYAASIANCSADTNVTLRYGGTRGDYMRINSTQPSIWQYARNAGLRTVYIDGQNTGGKRQNLMTELEQQDIDEFVQFDQVRVRDRDMAAVAKLIELMDNDRAELVVVNKVGAHFPVHDKYPDVFMTYRPALPRGQFEEVADTGRRDGFSGEANDWVLYRNAYQNTLLWNVGEFFQRLFRQGNLDNAVLIYTSDHGQDLHERGNPGLNTHCGGDPVEEEGLVPLLVIQGSRLQTLDWRSAWAQNKDRSSHYNIFPTLLRLMGYESAGVTALYGKSLDQPTEDDFTFNYRFNARLGAKPAWKHIDLDNIVTPKPVQGEMAVGH NA NA NA NA NA D1-35_02324 669 COG1136 putative ABC transporter ATP-binding protein ATGCTTGAGGTCCGAAACGTCTTCAAAAGCTACACCACGCCCCAAGGCCCCCTGGCGGTGCTGCAAGGTATCGACCTGACGCTGCCTCCCGGCAGCAGCCTGGCGCTGATGGGGGAATCCGGCAGCGGCAAGAGCACCTTGCTGCATCTGGTCGCTGGCCTCGACAAGGTCGATCGGGGCAGCATCCACAGCGCGGGGCACCGGCTCGAAGACATGAGCGAAAGCCAGTTGGCGAACTGGCGGCGCACCGAGATCGGCCTGGTGTTCCAGCAGTTCAACCTCATCAGCAGCCTTGCGGTGGAAGACAATCTCGCATTCCAGGCGCGCCTGTGCGGTCGGTTCGACGCTACGTGGCAAGCGCATCTGGTGCAGCGGCTCGGGTTGTCGGAGCTGTTGCGGCGTTATCCCGAGCAGCTTTCCGGTGGTCAGCAACAACGGGTAGCCCTCGGCAGGGCGCTGGCTTCACGGCCGCCGTTGTTGCTGGCCGATGAACCCACCGGCAGCCTCGACGAAGCCACCAGCGACGAGGTGCTGCAACTGCTGCTGGAGTTGCTCGATGGCAGCCCCACCAGTCTGTTGATGGTTACCCACAGCCAGCGGGTGGCGGCGCGCCTGGCACATCGCGTGGTATTGCAAGGCGGGCGCCTGGCGCAAGCGGGCCCGGCGTGA MLEVRNVFKSYTTPQGPLAVLQGIDLTLPPGSSLALMGESGSGKSTLLHLVAGLDKVDRGSIHSAGHRLEDMSESQLANWRRTEIGLVFQQFNLISSLAVEDNLAFQARLCGRFDATWQAHLVQRLGLSELLRRYPEQLSGGQQQRVALGRALASRPPLLLADEPTGSLDEATSDEVLQLLLELLDGSPTSLLMVTHSQRVAARLAHRVVLQGGRLAQAGPA PGPT0013345_15507 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-35_02325 2469 hypothetical protein ATGATCTTTCGCCAGACCCTCAAGGCCCTGCTCAGTCACTGGCGTCGACACCCAGTGCAATTTTTCAGTGTGTTGACCGGGCTTTGGCTGGCCACCAGCCTGCTCACTGGCGTGCAGGCCTTGAACAGCCAGGCCCGGGACAGCTACGCCCGGGCCAGCCAGCTGATCGGCGGCGAACCCCAGGCCAGCCTCAGTGCTCCCGGCGGGGGCTCGTTCCCACAGCAATGGTTTGTCGACCTGCGGCGTCAGGGTTGGCCCGTATCGCCGGTGTTGCAGGGTCGGCTGACGCTTGCGGGGCATGAAGACCAGCGCCTGCAATTGATGGGCATCGACCCGGTGTCGCTGCCGCCGGGTTCGGCCGTCGCGGGGCAAGCGCGGGAGATCGCCGAGGTGGTGGACTTCTTCACCGGCCCCGGTCGTACCTGGATCGCCCCGCAGACGTTGCAGGCCCTCGGGCTGAAAGTGGGCGACCGGCCCCGCAGCGCCGACGGCCAGGCCTTGCCGCCGCTGCACGTACAGCCGGACATGGCGCCAGGCATGCTGTTGATGGACATCGGTTTCGCCCAGCAGCTCCTTGGATTGCCGGAGCAGGTCTCGCGAATGTTGTTGCCGGCCACGTTCACCGCGCCCTTGCCCGAGGCATTCAACGGCCTGTTGCAATTCAAGCGCGCGGACGAGGAGAACAACTTGACGCGCCTGACCGAGAGCTTTCATTTGAACCTCGACGCACTCGGGTTCCTGTCATTCGTGGTGGGACTGTTTATCGTCCATGCCGCCATCGGCCTGGCCCTGGAACAACGGCGCAGCCTGCTGCGAACCTTGCGCGCCTGTGGCGTCAGTGCGCGGGTACTGGTCGCCAGCCTGGCGCTGGAGTTGGGCGCGTTGGCCTTGCTCGGCGGGGTGGCCGGGGTGCTCAGCGGTTACTGGCTGGCGAGCCTGCTATTGCCTGATGTCGCGGCGAGCCTGCGCGGTCTGTACGGCGCCGAAGTGCCGGGGCAATTGCACCTCAGCCTTTGGTGGTGGCTCGGCGGCGTGGGCCTGGGCCTGCTCGGTGCGTTGCTGGCCGGGGGCCAAAGCCTGTTGCGGGCGGCGCGCCTGCCCTTGCTGGCGCTGGCCAATCCCCAGGCCTGGCACCAGGCCCACGCGCGGTGGTTGCGGCGCCAGGGCGGGGTGGCACTGATGGCCGCGCTGATCGCGGTGGCGGCGCTGGTCTGGGGCGACAGCCTGGCGAGCGGTTTTGTCCTGATGACTGCGTTGTTGCTGGGCGCGGCGCTGGCGCTACCGGTGCTGCTCAACGCTGTGTTGAACCGGTTGTTGCGCGGCAACCGTTCCGTGCTCGGCCAATGGTTCCTCGCCGATTGCCGCCAGCAGTTGCCGACGTTGAGCCTGGCGCTGATGGCGTTGTTGCTGGCGCTGGCGGCGAATATCGGCGCCGGCAGCATGACCGCCGGTTTCCGCCAGACCTTCAGCGACTGGCTCGAACAGCGGCTCACCGCCGAGCTGTACATCAACCCACAGACCCCGGCCCAGGCAGGTAAGTTGTACGAATGGCTCAAGCAACAACCGAGTATCAGCGCCGTGCTCCCGAACTGGCAGGTATCGGTCCCTCTGCAAGGCTGGCCGTCGGATATCTACGGCATCGTCGATCACCCTTCCTATCGCCTGCACTGGCCCTTGCTGGAGTCGGCCGGTGACCAGGCCTGGGACCAACTGGCCGGCGCCGACACGCTGATGCTCAGCGAACAACTGGCCCGGCGCCTGAAAGTGGAGGTCGGCGACCGGTTGACCCTGCCGACCCCACAAGGGCCGTGGACGCCGCGGGTTGTCGGGATTTATGCCGATTACGGTAATCCCAAGGGGCATGTGCTGATAAACGCCGATCACCTGCTGGCGCACTGGCCGCAATTGACGCCAAATCGCTTCAACCTGCGCATCGGGCCGTCCGCCATCGGGCCATTGCTGGCGGCGTTGCAAGGCCGGTTCAGCCTGGACGACAGTCACATCGTCGACCAGGCTCGCCTCAAGGGCTGGTCGACCCAGGTATTCGAGCGCACCTTTGCCGCCACCGCGGCGCTGAACAGCCTGACCCTGGCGGTCGCCGGAGTGGCGTTGTTCATCAGCCTGTTGACCCAGAGCCAGAGCCGTCTCGGTCAGTTGGCGCCGTTGTGGGCCGTGGGGGTAACGCGTCGGCAACTGATGCTGCTCAACCTCGGCCAGACCTGGTTGCTGGCGCTGCTGACCTTACTGCTGGCCGTGCCGCTGGGCATCGCCCTGGCCTGGTGCCTGGATGCCGTGATCAACGTCCAGGCCTTTGGCTGGCGCTTGCCGTTGCGGGTGTTCCCGCTGCAATTGGCGCAGCTGCTGGGCTTGGCAATGTTCGCCACGCTGCTGGCGTCGGCGTGGCCGCTGTACGCGCTGTACCGCACGCAACCGGCGGATCTGCTCAGGACCTTCGCCCATGAAAATTAG MIFRQTLKALLSHWRRHPVQFFSVLTGLWLATSLLTGVQALNSQARDSYARASQLIGGEPQASLSAPGGGSFPQQWFVDLRRQGWPVSPVLQGRLTLAGHEDQRLQLMGIDPVSLPPGSAVAGQAREIAEVVDFFTGPGRTWIAPQTLQALGLKVGDRPRSADGQALPPLHVQPDMAPGMLLMDIGFAQQLLGLPEQVSRMLLPATFTAPLPEAFNGLLQFKRADEENNLTRLTESFHLNLDALGFLSFVVGLFIVHAAIGLALEQRRSLLRTLRACGVSARVLVASLALELGALALLGGVAGVLSGYWLASLLLPDVAASLRGLYGAEVPGQLHLSLWWWLGGVGLGLLGALLAGGQSLLRAARLPLLALANPQAWHQAHARWLRRQGGVALMAALIAVAALVWGDSLASGFVLMTALLLGAALALPVLLNAVLNRLLRGNRSVLGQWFLADCRQQLPTLSLALMALLLALAANIGAGSMTAGFRQTFSDWLEQRLTAELYINPQTPAQAGKLYEWLKQQPSISAVLPNWQVSVPLQGWPSDIYGIVDHPSYRLHWPLLESAGDQAWDQLAGADTLMLSEQLARRLKVEVGDRLTLPTPQGPWTPRVVGIYADYGNPKGHVLINADHLLAHWPQLTPNRFNLRIGPSAIGPLLAALQGRFSLDDSHIVDQARLKGWSTQVFERTFAATAALNSLTLAVAGVALFISLLTQSQSRLGQLAPLWAVGVTRRQLMLLNLGQTWLLALLTLLLAVPLGIALAWCLDAVINVQAFGWRLPLRVFPLQLAQLLGLAMFATLLASAWPLYALYRTQPADLLRTFAHEN PGPT0013350_5302 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_02326 1071 hypothetical protein ATGAAAATTAGAATCGGCCTGATGCTGCTGGCCTTGCTCGGCGGCTGCGACGACTCGTCGGCGCCGGAAAAGGGTTTCGCCGGCCTCGGCAACCAGGCCGTTGCATTTACGCCTGTGGTGCCGGGGCGCGTGTTCAGTTTTCCGGCCGATCATGGTGCCCATGACGGGTTTCGGATCGAGTGGTGGTACGTCACCGCCAATCTCAAGGATGCCGAGGGGCGGGATTTCGGCGTGCAGTGGACGTTGTTCCGCAGCAGCCAGGATGCCGCTCCCCAGGCCAGTGGCTGGCGTAACCAGTCCATCTGGCTCGGTCACGCCGCGGTCACTTCCGCGACTGTCCATCACGCCGCCGAACGTTACGCCCGTGGCGGTGTGGGGCAGGCGGGAGTGCGCACCAGTCCGTTCGACGCCTGGATCGACGATTGGCAATTGACCACCCGAGCCGCGGGCGCCGACCCCCTGGCGGCGATGCAGCTCAAGGCGCGGGATGCGCGTTTCAGCTATGAGCTGCAGCTCACCTCGACACGCCCCTTGGTCCTGCAAGGCGACCAGGGCTTCAGCCAGAAATCCGCGCAGGGCCAGGCGTCGTATTACTACAGCCAACCCTTCTTCCAGGCCAACGGTCAGCTGGAAATCGATGGCCAGCGCTATCAGGTCAGCGGTCCGGCCTGGCTCGACCGTGAATGGAGCAGCCAGCCCCTGACCGAAAACCAGACCGGATGGGACTGGTTTTCCCTGCATCTGGATAATGGCGAACACGTCATGCTCTACCGCATGCGGCACAAGAAAGGCGCGCCTTACCTCACCGGCACCTGGATCGACGCCCAGGGCCAGGCAACGACTCTGAGCGCCAGCGAAATCAGCCTCGAACCGCTGGACACCGCCGAGGTCGCGGGACGCTCGATGCCGGTGCGCTGGTCGATCAGGATTCCCGCCAGGCAGCTAGAAATCATCACTCAGGCGCTGAATCCCGATGCCTGGATGAACCTGCGTATTCCTTATTGGGAAGGGCCGGTGCAACTGAGCGGCAATCGTGGCGGCATCGGTTACCTGGAAATGACCGGCTACTGA MKIRIGLMLLALLGGCDDSSAPEKGFAGLGNQAVAFTPVVPGRVFSFPADHGAHDGFRIEWWYVTANLKDAEGRDFGVQWTLFRSSQDAAPQASGWRNQSIWLGHAAVTSATVHHAAERYARGGVGQAGVRTSPFDAWIDDWQLTTRAAGADPLAAMQLKARDARFSYELQLTSTRPLVLQGDQGFSQKSAQGQASYYYSQPFFQANGQLEIDGQRYQVSGPAWLDREWSSQPLTENQTGWDWFSLHLDNGEHVMLYRMRHKKGAPYLTGTWIDAQGQATTLSASEISLEPLDTAEVAGRSMPVRWSIRIPARQLEIITQALNPDAWMNLRIPYWEGPVQLSGNRGGIGYLEMTGY PGPT0013350_319 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_02327 243 hypothetical protein ATGAGCGATGACCTCAAACCTCCGTCGCTGGCCGACTGGCAGCGGCTGTTCGACGACAAGGCCTACTTCCAGCAGTCGCCCGACGTTCATTTCACCGAGCTGACGCGGCTGGCGGACGACCTGTTCGGCCAGGGAGCCATTGACCTGGACCGCTGGCAGGAGCTGAAGACCAAAGCGGAGGAACTGCACCAGCGCTCGCCGGATGCGAATGTGGCGGAGGAAGTGGCCGATCCTGATGCCTGA MSDDLKPPSLADWQRLFDDKAYFQQSPDVHFTELTRLADDLFGQGAIDLDRWQELKTKAEELHQRSPDANVAEEVADPDA NA NA NA NA NA D1-35_02328 171 hypothetical protein ATGAAGCCCGGTCCCGATCAGACCCAACACAACCCCGACGAGCCGGCGTTGCCCGGCGAAGTGGAGCGAGACAACGACGCGCTACGACCGAACGACCCGGCCAAGCGAGAGCAGCAAGGCAATGCCGAGGCGCAGGAAACCGATGCGCAAAAAACCGCACGGGGCGATTGA MKPGPDQTQHNPDEPALPGEVERDNDALRPNDPAKREQQGNAEAQETDAQKTARGD NA NA NA NA NA D1-35_02329 519 hcpA COG3157 Major exported protein TTGGCTACCCCCGCTTACATGTCCATCGAAGGCGCCAGACAAGGCCTGATCACCGCCGGCGCGTTCACCGCCGACTCGGTAGGCAACATCTATCAGGAAGGTCATGAAGACCAGGTCATGGTGCAGGGCTTCGAGCATCAGGTGAACATCCCCCGCGACCCTCAATCGGGCCAGCCAACCGGCCAGCGCGTGCACAAGCCCCTGGTCATCACCAAAGTCTTCGACAAGGCTTCGCCCCTGTTGCTGGCAGCCCTGACCAGCGGCGAGCGCCTGACGAAGGTGGAGATCCAGTGGTACCGCACATCGGCCGCAGGCACCCAGGAGCACTACTACACCACCACCTTGGAGGAGGCGATCATCGTCGACATGAAAGACTACATGCTCAACTGCCAGGACCCGGGCAACAGCCACTTCACCCATCTGGAGGACGTTCATTTCAGCTACCGCAAGATCACTTGGACTCACGTGGCCTGTGGCACCTCGGGCTCGGATGACTGGCGCAACCCGGTAATCATCTGA MATPAYMSIEGARQGLITAGAFTADSVGNIYQEGHEDQVMVQGFEHQVNIPRDPQSGQPTGQRVHKPLVITKVFDKASPLLLAALTSGERLTKVEIQWYRTSAAGTQEHYYTTTLEEAIIVDMKDYMLNCQDPGNSHFTHLEDVHFSYRKITWTHVACGTSGSDDWRNPVII PGPT0025980_249 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0025980-hcp-K11903 NA NA D1-35_02330 1377 COG5383 putative protein ATGAGCTTCGTCAGCCCCGACCTGATCCGCCAACGCTTCTCCAGGGCGATGTCCGACATGTACCGCGACGAAGTACCGCTGTACGGCGCATTGATGAACCTGGTGGAGCAAACCAACGCCCGGGTGTTGGGCAACGATCCGCAACTGGCCGAACACCTGCGCAACACCGGCGAACTGCAGCGCCTGGACCTGGAACGGCATGGCGCGATCCGCGTCGGCACCGCCGCCGAGCTGGCGATGCTGGGTCGGCTGTTCGCGGTCATGGGCATGCAGCCGGTGGGCTATTACGATCTGACGCCGGCCGGGGTGCCGGTGCATTCCACGGCCTTCCGCGCCGTGCATGAAACCGCACTGCAAGTCAGCCCCTTTCGCGTGTTCACTTCGCTGTTGCGCCTGGAGCTGATTGAAAACGCCGAGCTTCGGGCCTTTGCCGAATCGGTGCTGGGCAAACGGCAGATCTTCACTTCCGGCGCCCTTGAACTCATCGAGTTGGCCGAACGTCAGGGCGGCCTGACCGAGCCCCAGGCCGAGGAATTTGTGCTGCAAGCGCTGGAAACCTTTCGCTGGCACCACAGCGCCACCGTCACCGCCGAACAATACCGTCAACTGAGCGCCCAGCATCGGCTGATCGCCGACGTGGTGGCGTTCAAGGGCCCGCATATCAATCACCTGACGCCGCGCACCCTGGACATCGACATTGTCCAGACCCAGATGCCGGTGCATGGCATCACGCCCAAGGCCGTGATCGAAGGCCCGCCCCGTCGCCAGTGCCCCATCCTGCTGCGCCAGACCAGTTTCAAGGCGCTCGATGAACCCGTCGCGTTCACCGACCAACCAGAATCCCAAGGCAGCCACAGCGCCCGGTTTGGTGAAATCGAGCAACGCGGCGCGGCCCTCACGCCCAAGGGCCGGGCGCTCTACGATCAACTGCTGAACGCGGCGCGGGACGCCCTGGGCGCGTTTCCCAACGAAGCCAATGCCGAACGCTACAACGCGCTGATGGCTGAACACTTCGCCGACTTCCCTGACACCCTCGACGAACTGCGCCGACAAGCACTCGCGTACTTTCGCTATTTCGTGACGCCAGCGGGGCTGGCCGCCAAGGGCGCGATTGAACGGTCGAGCTCGCTGGAGCACTTGCTCGAACAGCAATACCTGCGCGCCGAACCCTTGGTGTACGAAGATTTCCTTCCGGTCAGCGCCGCCGGCATCTTCCAGTCGAACCTGGGCGATGCCGCGCAGAATCACTACGCCGGACAGTCCAATCGGCACGCCTTCGAAACGGCGCTGGGGCGGCCGACCATCGATGAACTGGGGCTGTATGCCGAGACGCAGCAGCGCTCCGTCGATGAATGTCTGCATACGCTGGGGCTCTGA MSFVSPDLIRQRFSRAMSDMYRDEVPLYGALMNLVEQTNARVLGNDPQLAEHLRNTGELQRLDLERHGAIRVGTAAELAMLGRLFAVMGMQPVGYYDLTPAGVPVHSTAFRAVHETALQVSPFRVFTSLLRLELIENAELRAFAESVLGKRQIFTSGALELIELAERQGGLTEPQAEEFVLQALETFRWHHSATVTAEQYRQLSAQHRLIADVVAFKGPHINHLTPRTLDIDIVQTQMPVHGITPKAVIEGPPRRQCPILLRQTSFKALDEPVAFTDQPESQGSHSARFGEIEQRGAALTPKGRALYDQLLNAARDALGAFPNEANAERYNALMAEHFADFPDTLDELRRQALAYFRYFVTPAGLAAKGAIERSSSLEHLLEQQYLRAEPLVYEDFLPVSAAGIFQSNLGDAAQNHYAGQSNRHAFETALGRPTIDELGLYAETQQRSVDECLHTLGL NA NA NA NA NA D1-35_02331 1221 lutA_2 Lactate utilization protein A ATGCAGACCCGGTTCAGTGAAAAAAGCCAACGCCTGCCTCGCGCCGAAGAGGCCGAACGGATCCTGCGCAGTTGCGTGCATTGCGGCTTCTGCAACGCCACCTGCCCCACTTACCAGTTGCTCGGCGATGAACTGGACGGCCCGCGCGGACGCATCTACCTGATCAAGCAGGTGCTCGAAGGCCAGCCGCCAACCGCCAGCACCCAACTGCACCTGGATCGTTGCCTGTCGTGCCGCAACTGCGAAACCACTTGCCCGTCCGGCGTCGATTATCACAACCTGCTGGACATCGGCCGGGCCGTGGTCGACGCGGCCGTACCCCGCCCCGCCAGCCAACGGGCCCTGCGTCTCGGCTTGCGCGGCCTGGCCACGAGTCCCGAACGATTCAAGAGTCTGCTGCGCCTGGGAGCAGTGTTCCGCCCGCTGCTGCCGGCGAACCTGGAGGCCAAGTTGCCACGGTCGGCGGCGTCCGCCGGCACGCGCCCGGCCGTGCGGCACTCGCGCCGCGTGCTGATGCTCGAAGGCTGCGTGCAGCCGGGCCTGTCGCCGAACACCAACGCGGCCGCCGCCCGGGTGCTGGACCGGCTCGGCATCAGCGTCGTTGCCAGCCCTGAAGCCCGCTGTTGCGGCGCGCTGGATTATCATCTCGACGCTCAACCCACCGGGCTGGACCACGCCCGGCGCAACATCGATGCCTGGTGGCCGCACTTGCAGGACGGCGCCGAGGCGATCGTCCAGACCGCCAGCGGCTGCGGCGCGTTTATCAAGGACTACGGGCATCTGTTGGAACACGATCCCGCCTATGCCGCCAAGGCGAAACACGTCAGCGAACGCGCGCTGGACCTGGTGCAGGTACTCGGCAACGAACCGCTGGAAGCAATCTGCGCTGCCAGGGATCAACGCATCGCCGTCCATTGCCCCTGCACCTTGCAGCACGCGCAGAAACTCGGTGGCGCCGTCGAAGCCCTGCTCACAAGGCTGGGCTTCAACCTCACCGAGGTGCCCGACGGCCACCTGTGCTGCGGCTCGGCAGGGACCTATTCGCTGACCCAGCCGGCGCTGGCGCGACAATTGCGGGACAACCGTCTCAACGCGCTAGAAAGCGGCCGGCCGGAGCTGATCGTCACCGCCAATGTCGGCTGCCAGAGCCACCTCGACGGTGCTGGTCGCACGCCCGTGCGGCACTGGATCGAGCTGGTGGATCAGTCCCTGGCAGAATGA MQTRFSEKSQRLPRAEEAERILRSCVHCGFCNATCPTYQLLGDELDGPRGRIYLIKQVLEGQPPTASTQLHLDRCLSCRNCETTCPSGVDYHNLLDIGRAVVDAAVPRPASQRALRLGLRGLATSPERFKSLLRLGAVFRPLLPANLEAKLPRSAASAGTRPAVRHSRRVLMLEGCVQPGLSPNTNAAAARVLDRLGISVVASPEARCCGALDYHLDAQPTGLDHARRNIDAWWPHLQDGAEAIVQTASGCGAFIKDYGHLLEHDPAYAAKAKHVSERALDLVQVLGNEPLEAICAARDQRIAVHCPCTLQHAQKLGGAVEALLTRLGFNLTEVPDGHLCCGSAGTYSLTQPALARQLRDNRLNALESGRPELIVTANVGCQSHLDGAGRTPVRHWIELVDQSLAE NA NA NA NA NA D1-35_02332 1059 hypothetical protein ATGACCGCGCAAGTCGACCGCGACGCCAGCGAGCTGCTGCTGGAGCAGGTCAACCGCGCTCGCGCGAGCGATACGCCGCTGCGCATCCAGGGCTCCAACAGCAAGGCTTTCCTGGGACGCCAGGTGGCCGGCGAGGTGCTGGACACCCGTGCGCATCGCGGGATCGTTGACTACGACCCCACGGAGCTGGTCATCACCGCCCGCGCCGGCACCCCGCTGCGGGAACTGTTGGCCGCGCTGGACGCCGCCGGGCAGCGGCTGCCCTGCGAGCCGCCGGCGTTCGGCGCGGACGCCACGGTGGGCGGCATGGTCGCCGCCGGATTGTCGGGGCCGCGCCGTCCGTGGGCCGGCTCGGTGCGCGACTATGTGCTCGGCACGCGGATGATCAGCGGCCACGGCCACCTGTTGCGCTTTGGCGGCGAGGTGATGAAAAACGTCGCCGGCTACGACCTGTCGCGCCTGCTGGCCGGTAGTTTCGGTTGCCTGGGGGTGATCACCGAAGTGTCCTTGAAAGTGCTGCCCAAGCCCCGCCACGGCTTGAGCATCCGCCTGGAAATAGACAGCCGCGAAGCCCTGGAAAAACTCGCCGAATGGGGCCGACAACCCTTGCCCATCAGCGCCGCCAGCCACGACGGCGATTGTCTGCGCCTGCGCCTGGAAGGCGGCGAGGGTTCGGTCAGCGCGGCCCATCAGCGCCTGGGCGGCGAAGCCATCGACGATCAATACTGGACCGAGCTGAATGAACATCGCCTGCCATTCTTCGCTGAAGACCTGCCCCTGTGGCGCCTGTCGCTGCCCAACGCTACCGGCCCGCTCGACTTGCCCGGTGCGCAACTGATCGATTGGGCGGGCGCGCAGCGCTGGCTGAAAACCGACGCCGATACGGTCCAGGCACTGGCCCGGGAATGGGGCGGCCATGCCGTCTGCTATCGTCCTGGCGCAACCGCAACGCCGTTCCAACCGTTGGAACCGGCGCTGCTGCGCTACCACCGTCAACTCAAGGCGAAGCTTGATCCCCAGGGCCTGTTCAATCCTGGCCGAATGTACGCGGAGTTCTAG MTAQVDRDASELLLEQVNRARASDTPLRIQGSNSKAFLGRQVAGEVLDTRAHRGIVDYDPTELVITARAGTPLRELLAALDAAGQRLPCEPPAFGADATVGGMVAAGLSGPRRPWAGSVRDYVLGTRMISGHGHLLRFGGEVMKNVAGYDLSRLLAGSFGCLGVITEVSLKVLPKPRHGLSIRLEIDSREALEKLAEWGRQPLPISAASHDGDCLRLRLEGGEGSVSAAHQRLGGEAIDDQYWTELNEHRLPFFAEDLPLWRLSLPNATGPLDLPGAQLIDWAGAQRWLKTDADTVQALAREWGGHAVCYRPGATATPFQPLEPALLRYHRQLKAKLDPQGLFNPGRMYAEF NA NA NA NA NA D1-35_02333 1500 COG0277 putative FAD-linked oxidoreductase ATGAACATCCTCTACGACGAGCAGCTCGACGGCCCGCTGCCGAAAGTGCACAAGCAGGCCCTGCTCGACGCCATGCAGGCACGTATTCCGGACTTGGATATCCTGCACCGCGACGAAGACCTCAGGCCCTACGAATGCGATGGGCTGTCTGCCTACCGGACCACGCCCCTGCTGGTCGTGCTGCCGCGGCGGGTCGAGCAGGTGCAGGCCTTGCTCAAGCTGTGCCATGAACAGAATGTGCCGGTGGTGGCCAGGGGCGCCGGGACCGGCCTGTCCGGTGGCGCCCTGCCCCTGCAAAGCGGCGTGTTGCTGGTCATGGCGCGCTTCAACCAGATCCTGCACATCGACCCCGACGCCCGCACCGCGCGCCTGCAGCCAGGGGTGCGCAACCTGGCGATTTCCCAGGCGGCGGCGCCGTTCGGGTTGTACTACGCGCCGGACCCTTCCTCGCAGATCGCCTGCTCCATCGGCGGCAACGTCGCAGAGAACGCCGGCGGCGTGCATTGCCTGAAATACGGCCTGACGGTGCACAACCTGCTGAAGCTGGAAATCCTCACCATCGAAGGCGAACGCCTGGTGCTGGGCAGCGAGGCCCTGGACTCGCCAGGCCTGGACCTGCTGGCGTTGTTCACCGGCTCCGAAGGCCTGCTGGGGATCATCACCGAAGTCACCGTCAAGCTGTTGCCTCGCCCCCAGGTCGCCAAGGTCTTGCTGGCCAGCTTTGACTCGGTGGACAAGGCCGGACGGGCGGTGGCCGAGATCATCGCAGCCGGGATCATCCCCGGCGGCCTGGAAATGATGGACAATCTGGCGATCCGCGCCGCCGAGGATTTCATCCACGCCGGCTACCCGGTCGACGCCGAAGCGATCCTGCTGTGCGAGCTCGATGGCGTCGAGGCCGATGTCCACGATGACTGCGAACGGGTCCGCCAGGTGCTGCAACGGGCCGGCGCCACCGAGGTGCGCCTGGCCCGGGACGAGGCCGAACGCCTGCGGTTCTGGGCCGGACGCAAGAATGCGTTTCCGGCGGTAGGCCGCCTGGCGCCGGACTATTACTGCATGGACGGGACCATCCCCCGGCGGGCATTGCCCGAGGTCTTGCAGCGCATCGCCAGCCTGGGCAGCGAACACGGCCTGCGGGTCGCCAACGTGTTCCATGCCGGCGACGGCAACATGCACCCGCTGATCCTGTTCGACGCCAACCAGCCGGGCGAGCTGGAGCGCGCCGAAACCCTGGGTGGGAAGATCCTCGAACTGTGCGTCCAGGTGGGCGGCAGCATCACCGGTGAACACGGCGTCGGCCGGGAGAAAATCAACCAGATGTGCACGCAGTTCAACAGCGACGAGCTGTTGCTGTTCCACGCGGTGAAAGCCGCGTTCGATCCGCTTGGCCTGCTCAACCCCGGCAAGAACATACCGACCCTGAACCGCTGCGCTGAATTCGGCGCGATGCATATCCATGGCGGGCAATTGCCGTTTCCTGAACTGGAGCGATTCTGA MNILYDEQLDGPLPKVHKQALLDAMQARIPDLDILHRDEDLRPYECDGLSAYRTTPLLVVLPRRVEQVQALLKLCHEQNVPVVARGAGTGLSGGALPLQSGVLLVMARFNQILHIDPDARTARLQPGVRNLAISQAAAPFGLYYAPDPSSQIACSIGGNVAENAGGVHCLKYGLTVHNLLKLEILTIEGERLVLGSEALDSPGLDLLALFTGSEGLLGIITEVTVKLLPRPQVAKVLLASFDSVDKAGRAVAEIIAAGIIPGGLEMMDNLAIRAAEDFIHAGYPVDAEAILLCELDGVEADVHDDCERVRQVLQRAGATEVRLARDEAERLRFWAGRKNAFPAVGRLAPDYYCMDGTIPRRALPEVLQRIASLGSEHGLRVANVFHAGDGNMHPLILFDANQPGELERAETLGGKILELCVQVGGSITGEHGVGREKINQMCTQFNSDELLLFHAVKAAFDPLGLLNPGKNIPTLNRCAEFGAMHIHGGQLPFPELERF PGPT0001890_13 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001890-dld-K00102 NA NA D1-35_02334 930 lip1 Lipase 1 ATGCTGGTGTTGTGGGTGGTCCTTGCGGTGTTCATCGCCTGGAGCTGGTTGACGTATCCGGGCATCGGCCATGTGCTGTATGACCTGGGCATGGCGCTGGAGGCGCGTCTCTACCGGCTGCACAAAATTACCGTGCCGATCAGCGAAATGACGGTGTCGACCTGGCAGGGCGGGCCCTATGAAGCGTCCGGCAGCGTGCTGATGCTGCATGGCTACAGCGCCGACAAGAACCTCTGGTTGCGCTTCGCCCGGTATTTCGTCGGCGATTACCGGGTGGTGATTCCCGACCTGGCCGGCCATGGCGAAACCGGCTTCAAGGCCGGCGGCGGTTATGACATCCCGACCCAGGCGCGGCGAGTGATCGAATTGCTCGATGCCTGTGGCCTGGACAAGGTCCATGTGATCGGCAACTCCATGGGTGGTTACCTCGCAGCCTGGCTGGCGGCGACGTCGCCTGAGCGGGTGTTGACCCTGGCGCTGATCGATCCGGCCGGTGTCACCGCCCCCGAACCCAGCGACATGGAACGCCACTTGGCCGCCGGTCACAACCCGTTCCTGGTTGATTCTCGAGACGATTTCGCGCCGTTCTACGCCATGACCATGGCCTCGCCGCCCTGGCTGCCCAGTGTAGTGCTGGCGGCGCTGGCCGAGCGTTATGAACAGCGCCGGGAGGAATTGGCGGAGATCTTCGTCGATTTACGCGCCAGCCCACCAATGGAACCGCGCCTGGCCGACATCCGCGCGCCTTCGTTGCTACTCTGGGGGCGCAAGGACCGGTTGATCGACGTCAGCAGCGTACCGGTATGGAGCAAGGGCATCACCGACCTCAGGGTGGAAATCTGGGACGGGGTCGGGCATATGCCGATGGTTGAAAAACCGGGCAAGACTGCGGCGTTGTACCGGGATTTTCTGAAGGGGTTGGGGCAGTGA MLVLWVVLAVFIAWSWLTYPGIGHVLYDLGMALEARLYRLHKITVPISEMTVSTWQGGPYEASGSVLMLHGYSADKNLWLRFARYFVGDYRVVIPDLAGHGETGFKAGGGYDIPTQARRVIELLDACGLDKVHVIGNSMGGYLAAWLAATSPERVLTLALIDPAGVTAPEPSDMERHLAAGHNPFLVDSRDDFAPFYAMTMASPPWLPSVVLAALAERYEQRREELAEIFVDLRASPPMEPRLADIRAPSLLLWGRKDRLIDVSSVPVWSKGITDLRVEIWDGVGHMPMVEKPGKTAALYRDFLKGLGQ NA NA NA NA NA D1-35_02335 1080 dgcC putative diguanylate cyclase DgcC ATGCATAAAACGGGAAAAAAGGGATTGTCGCTGGCCAGGAGGCTCTACACATCCCGAATCCTCGGCCTTGCGCTGGGGTTGCTGGTGGTGAGCGCCGCGCTCTATCCCCTCGATCCGGCGCCCTGGGTCTGGGGCTTCATGCTGTTCAACGGGTTGCTCTGGCCGCACGTGTCCTACCAATGGGCCCGTCGTTCGACGGTGCCGTACCATGCCGAGCACCGCAACCTGGTGATCGACGCCTTCCTCGGTGGCTTCTGGGTCGCCGCGATGCAATTCAACCCGCTGCCCACCGCCGTGACGCTGGCGATGATGGCAATGAACAACGTGGCCATCGGCGGCCTGCGTTTCCTGTTGGTCGGGGCTGTGGCCCAGGTTGCCGGTATCACCGTCGGGATATTCATGTTCCCCTTTGCCAGCGTGCCCATGACCAGCCCGGCGCAGCTATACGCCTGCTTGCCGTTGCTGTGCCTGTACCCGCTGGCGCTGGGCTGGATCTGCTTTCGCCAGGCGCACACCCTGGGCCGACAGAAACGCGAATTGCTGGCCCTGAGCCGTACCGACAGCCTGACCGGCCTGCTCAACCATGGCGCCTGGAAGGACCGGCTCAACGAGGCATTCCAGCACTGCCGACGGCAGTCACCGGACGGGGCAGGGCATGGCGTGATCGCGCTGATCGATATCGACCACTTCAAAGCCATCAATGACACCTACGGCCATGGCGCCGGTGATGTCGTGCTGCGTCAGCTCGGCAAGCTGCTGGGGCAGAACCTGCGGGCCACGGACATCGTCGGGCGCTATGGCGGCGACGAGTTCGGGGTGATCCTGCCGGACCTGACGCTGCTCAGCGCGGTGCAGGCGATGGAGGGGCTACGCGAACGCTTCACCGCGCAGGACTATGAACGTGACCCGGCGCTGAAAGTGAGCCTGAGCATCGGCCTGGCGGCCTTCACGTCGGATTATGCCGATGCGACCGCCTGGCTCGACGACGCCGACCAGGTGCTCTATGAAGCCAAGACCAGCGGACGCAACCGGGTTGTCTGTCAGCGACACCGGCCGGTGCTGGAGGCGTCTGCGGTCTAG MHKTGKKGLSLARRLYTSRILGLALGLLVVSAALYPLDPAPWVWGFMLFNGLLWPHVSYQWARRSTVPYHAEHRNLVIDAFLGGFWVAAMQFNPLPTAVTLAMMAMNNVAIGGLRFLLVGAVAQVAGITVGIFMFPFASVPMTSPAQLYACLPLLCLYPLALGWICFRQAHTLGRQKRELLALSRTDSLTGLLNHGAWKDRLNEAFQHCRRQSPDGAGHGVIALIDIDHFKAINDTYGHGAGDVVLRQLGKLLGQNLRATDIVGRYGGDEFGVILPDLTLLSAVQAMEGLRERFTAQDYERDPALKVSLSIGLAAFTSDYADATAWLDDADQVLYEAKTSGRNRVVCQRHRPVLEASAV PGPT0026210_180 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0026210-adrA-K18968 NA NA D1-35_02336 1239 cpg2_1 Carboxypeptidase G2 ATGACCGTTATCGTTCGTCGCTCCCGTCTCGCCGTCAGCCTCGGCCTGAGCCTGGCCCTCGGCGCCTTTGCCCCTGCCGCTCTGGCGCAACCTCATCAACAGGTGCTGGCCGATGCCGAGCAGTACAAGGGCGAGGCGCTGAAATTGCTTGAACGCCTGGTGAACATCGACTCCGGTTCCGGCTATGTGCCGGGGCTGACCCAGGTCGGCGATATCGCGATCGACGAGTTGCAGAAGCTCGGCGCCAGCATTGAAAAAGTGCCCAATTCGGACGGCACCCACCATGTCCTGGCGACGTTCAAGGGCACCGGCAAGGCGAAAATCCTGCTGATGGCCCATATGGACACGGTGTTCAAGGAAGGCTCGGCGGCCGAACGTCCCTTCCGTATCAAGGATGGCCGCGCCTACGGGCCGGGGGTGATGGATGACAAGGGCGGCATCGTCGCGGGCATCTATGCGCTGAAGGTGCTGAAGAACCTGGATTTCAAGAATTACGCGCAGATCACGTTCCTGCTCGATGCCAGCGAAGAGACTGGTTCGGACGTCGCCACCGACCTGATCAAGAAAACCGCCAAGGCCCATGACGTGACCCTCAACCTTGAACCGGGGCGCCCGGCCGACGGCCTGGTGGTGTGGCGCAAGGGCAGCGCAACCGCGCTGGTGGAGGTCAGGGGCAAGGCGGCCCACGCCGGCGTCGCACCGGAACTGGGGCGTAACGCGGCAATGGAAGCGGCGCATCAGATACTGCAACTGGGCAAGCTGGGCGACGCGGAAAAGAAGACCACCATCAACTTCACCGTGCTCAAGGCCGGTGACCGGACCAACGTGATCCCCGACCAGGCCACGGCCAAGGCCGACGTGCGCGCAGCGGTGCCGGAAGAATTCGACCGCATCGAAAAAGACCTGGCCCGGGTCTCGAAAGACAAGCTGATCGCCGACACCGAAGTCACCACCAGCCTGCAGCGCGGCTTGCCGCCCATGCCACAGACCGCCGAGTCGGACCGGCTGATGGCCATGGCCCAGGGTATCTATGGCGAGCTGGGCCGCAAACTGACCGAGGAAGGCAGCGGCGGGGCGGCGGACGCGAGCCTGTCCGCCGGCGTTGGTACACCGACGCTGGACGGCTTCGGCATCGTCGGCGGCAATATCCATACGCCCGAGGAATATGCCGAGGTCGAAAGCGTGGTGCCGAGGATTTATCTGCTGACGCGAATGATCATGGAGTTGGCGGCACGGTAG MTVIVRRSRLAVSLGLSLALGAFAPAALAQPHQQVLADAEQYKGEALKLLERLVNIDSGSGYVPGLTQVGDIAIDELQKLGASIEKVPNSDGTHHVLATFKGTGKAKILLMAHMDTVFKEGSAAERPFRIKDGRAYGPGVMDDKGGIVAGIYALKVLKNLDFKNYAQITFLLDASEETGSDVATDLIKKTAKAHDVTLNLEPGRPADGLVVWRKGSATALVEVRGKAAHAGVAPELGRNAAMEAAHQILQLGKLGDAEKKTTINFTVLKAGDRTNVIPDQATAKADVRAAVPEEFDRIEKDLARVSKDKLIADTEVTTSLQRGLPPMPQTAESDRLMAMAQGIYGELGRKLTEEGSGGAADASLSAGVGTPTLDGFGIVGGNIHTPEEYAEVESVVPRIYLLTRMIMELAAR NA NA NA NA NA D1-35_02337 279 hypothetical protein ATGTTCAAACCAACACCCAACCCACCGGACACCGATCCAGCCACCGCCGCTCCAAGAGAAACCGATCCCGGCCAACTCTTCACCGTCATCAACGGCATCGACACCGAATCCCTGCTCGCCAACCTCAGCGAAACCCTCGCCTCGGCCAACGCCATGGTCGGTTACCTGGCCTTCGACCTGGAAGACTCACGACGCCATATTGCCTTGGGCATCCAGCAACTGATCGAACTGGGCGCACTCCTGGCAAACCGCGCGCTGGACAACGTCGACCCGCGTTAG MFKPTPNPPDTDPATAAPRETDPGQLFTVINGIDTESLLANLSETLASANAMVGYLAFDLEDSRRHIALGIQQLIELGALLANRALDNVDPR NA NA NA NA NA D1-35_02339 279 hypothetical protein ATGTTCAAACCAACACCCAACCCACCGGACACCGATCCAGCCACCGCCGCTCCAAGAGAAACCGATCCCGGCCAACTCTTCACCGTCATCAACGGCATCGACACCGAATCCCTGCTCGCCAACCTCAGCGAAACCCTCGCCTCGGCCAACGCCATGGTCGGTTACCTGGCCTTCGACCTGGAAGACTCACGACGCCATATTGCCTTGGGCATCCAGCAACTGATCGAACTGGGCGCACTCCTGGCAAACCGCGCGCTGGACAACGTCGACCCGCGTTAG MFKPTPNPPDTDPATAAPRETDPGQLFTVINGIDTESLLANLSETLASANAMVGYLAFDLEDSRRHIALGIQQLIELGALLANRALDNVDPR NA NA NA NA NA D1-35_02341 1335 hypothetical protein ATGCGGCTGTGCGTTGTGTTTTTCATGAGCTTCTGGCTGCCGCTCATGGCATGGGCCGGCGCCTTGCCCGTTCCCGAACACGGCCCGGCCCTGCGCATCCAGGGCTCCAACACCATCGGCGCGGCACTGGGGCCGGCCCTGGTCAAGGGCCTGATGCAAGGCCAGGGGCTGCTCAGGGTCAGCAGCGAAATAACCGGCCGGGACAATGAGCAACGGATCGTTGGCTGGACCGCCGAAGGCAAGCGCGTCCAGATCGACATCGCGGCCCACGGTTCCAGCACCGGATTCGCCGCTCTCAAGCAAGCCAGCGCTGACCTGGCAGCCTCGTCCCGTCCGATCAAGGACGGTGAACTGAAGGACCTGTCGGCCCTCGGCGACTTGAAAAGCCCGATGGCCGAGCAGGTCATCGCCATCGACGGCCTGGCGATTATTCTGCATCCGCAAAACCCGTTGCGTCAGCTCGACACCTCGCAACTGGCGCGCATTTTCAGCGGTGAGGCAAAGACCTGGGAAGCGGTGGGCAGCGTCGGCGGGGCCATCCATTTATACGCGCGGGACGAACAGTCCGGCACCTACGATACCTTCAAGGAACTGGTACTCAACCGACAAGGAAAAAAGCTCGATCCTGCGGCCCAGCGCTTCGAATCCAGTGAGCAATTGTCCGATGCGGTCAGCCAGGATCCGCAAGGCATCGGCTTCATCGGCTTGCCCTACGTACGTCAGGCCAAACCCCTGGCGATCGTCGACGGCGCCTCGCAGCCCATGTTGCCGCTGAACAACCTGATCGCCACCGAGGATTATCCCCTGTCCCGACGCTTGTTCTTCTACTTGCCGCCAGCGCAAACCAACCCGTGGGCCGAAGCCCTGGTCGACTTCAGCCAAAGTGAACAAGGCCAGGCCATCGTCGCGGCCAACGGATTCATCGCCCAGACCATCCAGGCCATGTCCGTCACCCCCAACGCGCTGATGCCGGAGGGTTACCAGGCCTTGAGCCGCCATGCCCAGCGCCTGACCGTGAATTTCCGCTTCGAGGAAGGCAGCGCCAGCCTGGACAACAAGGCCCACCAAGACCTCGGCCGGGTACTCGACTATATAAGGCAACACGGAAAACTCGACCGGCGCGTGACCCTGGTGGGTTTTGGCGACCTCAAGGACGACCCGGCGCGAGCCGACCTGCTGTCCAAACTGCGCGCCATGGCGGTGCGGCGGGAATTGGTCAAATACGGCGTGACGTTGCGCGAGGTCCGCGGGTTCGGCGCGCTGATGCCGGTGGCGGCCAACAATGAAGACGAAGGCCGGGTGCGCAATCGGCGGGTGGAGGTTTGGGTTTACTGA MRLCVVFFMSFWLPLMAWAGALPVPEHGPALRIQGSNTIGAALGPALVKGLMQGQGLLRVSSEITGRDNEQRIVGWTAEGKRVQIDIAAHGSSTGFAALKQASADLAASSRPIKDGELKDLSALGDLKSPMAEQVIAIDGLAIILHPQNPLRQLDTSQLARIFSGEAKTWEAVGSVGGAIHLYARDEQSGTYDTFKELVLNRQGKKLDPAAQRFESSEQLSDAVSQDPQGIGFIGLPYVRQAKPLAIVDGASQPMLPLNNLIATEDYPLSRRLFFYLPPAQTNPWAEALVDFSQSEQGQAIVAANGFIAQTIQAMSVTPNALMPEGYQALSRHAQRLTVNFRFEEGSASLDNKAHQDLGRVLDYIRQHGKLDRRVTLVGFGDLKDDPARADLLSKLRAMAVRRELVKYGVTLREVRGFGALMPVAANNEDEGRVRNRRVEVWVY PGPT0002625_445 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 D1-35_02342 813 xthA_2 COG0708 Exodeoxyribonuclease III ATGAAGATCGTCTCCTTCAACATCAACGGGCTGCGCGCCCGTCCCCATCAGTTGGCGGCACTGATCGACAAGCACCAGCCTGACGTCATCGGGTTGCAGGAAACCAAGGTTCACGACGAACAATTTCCCCTGGCCGAGGTGCAAGCCTTGGGTTATCACGTGCATTACCACGGGCAGAAAGGCCATTACGGCGTCGCCCTGCTCTCGCGCCAGGCGCCGCTGACCCTGCACAAAGGTTTCGAGACTGACGACGAAGACGCCCAGCGGCGTTTCATCTGGGGCACCTTCGCCGATGCCAATGGCGTGCCGGTGACCATCATGAACGGTTATTTCCCCCAAGGTGAAAGTCGCGACCATCCGACCAAGTTCCCGGCCAAGCAGCGCTTCTACAGCGATTTGCAGCAACTGCTGGAAACCCGCTTCAGCAACGACCAGCCGGTGGTGGTGATGGGCGATGTGAACATTTCCCCGGAAGACTGCGACATCGGTATCGGCCCGGACAACATGAAGCGCTGGCTGAAGACCGGCAAATGCAGCTTCCTGCCGGAAGAACGCGAATGGATGGCGCGCCTGAAGAATTGGGGTCTGGTGGACAGCTTCCGTCACCTGAACCCGGACGTCAGTGACCGCTTCAGCTGGTTCGACTACCGCAGCCGCGGTTTCGAGGACGAGCCCAAGCGCGGCCTGCGCATCGATTTGATCCTCGCGTCCCAAGGCCTGCTGCCACGGGTCAAGGACGCCGGCGTGGATTATGAATTGCGCGGCATGGAAAAACCCTCGGACCACGCGCCGATCTGGCTGGAACTGAGCTGA MKIVSFNINGLRARPHQLAALIDKHQPDVIGLQETKVHDEQFPLAEVQALGYHVHYHGQKGHYGVALLSRQAPLTLHKGFETDDEDAQRRFIWGTFADANGVPVTIMNGYFPQGESRDHPTKFPAKQRFYSDLQQLLETRFSNDQPVVVMGDVNISPEDCDIGIGPDNMKRWLKTGKCSFLPEEREWMARLKNWGLVDSFRHLNPDVSDRFSWFDYRSRGFEDEPKRGLRIDLILASQGLLPRVKDAGVDYELRGMEKPSDHAPIWLELS NA NA NA NA NA D1-35_02343 645 hypothetical protein ATGCCTGACGCCATTACCGCTGATATCCACATGCTCGACAGCGGCTATTCCCGCGAAGCGCGTTCATTGCTGTACCAGGCCTACCGCCATGAGCCGACCTTCAGCTACCTGTTCGAATCCGAGCGTCCCGGTTACGAACAGCGGGTGCGGGCGACGGTGCGTGAACTGGTCAAGCAGCATTTCTTCCAGGACCTGCCAGCGATCGGCCTGTTGGTCAACGACCGCCTGATCGGCATCGCCCTGATTGCCCCGCCGCAGCGGCGCCTGGGCATTACCGAAAGCTGGGCCTGGCGCCTGCGCATGGTCTTGAGCACGGGGTTTCGCTGCACCCGGCGTTATCTGGAATATCACGCCGCGGTGCTGGCCTGCCTGCCATCGGACGCGGTCCATGTGCTGCCACTGCTGGGGGTTCATCCGCAGTTCCAGGGCCAGCATTACGGCGAGCAGTTGCTTGAGGCAGTCCATAACTGGTGTGCGGTGGACGAGCATTCCCAAGGCGTCGTGCTCGATACCGGCAACCCGCGCTACCTGGAATTTTATAAACGCCAGGGCTATGAGGAAATCGGCGAAATCGCGGTAGGACCGGTCCGCGAGCATGTGTTCTTTCACGCCAACCCGCAGGTTTTACACAGCGCGACGGCATAA MPDAITADIHMLDSGYSREARSLLYQAYRHEPTFSYLFESERPGYEQRVRATVRELVKQHFFQDLPAIGLLVNDRLIGIALIAPPQRRLGITESWAWRLRMVLSTGFRCTRRYLEYHAAVLACLPSDAVHVLPLLGVHPQFQGQHYGEQLLEAVHNWCAVDEHSQGVVLDTGNPRYLEFYKRQGYEEIGEIAVGPVREHVFFHANPQVLHSATA NA NA NA NA NA D1-35_02344 1728 tamA COG0729 Translocation and assembly module subunit TamA ATGAATTTCCCAGGACGAATGACCAGTGGCGCGCTCTTGCTGTCCCTCAGCTGCGCCGCGCTGGCACAAAGTGTATTGGATGTACGGGTCAAACCGTCCAATGACGAGCTCAAGGCCAATGTAGAGGGCTATATCGGTGGCCTCGGTGAGCGTGACGAAGAGGCACTGCTGCGTTTCAGTCGCGGCGCCGAGGAGCAGGCGCGCAAGGCGGCCCAGGCGCTCGGCTATTACCAGCCGCAGATCGACAGCGAGGTCAAGGCTGGCAAGGACCCGCGCCTGACCCTGACCATCGACCCCGGCGAGCCGGTGCACCTGCGCAATGTCACGATCCGCATCGACGGCCCGGCGGCCTCGCTGAAGAGTTTCCGGGTGCCGGACAACGCCGGTCTCAAACCGGGTGCGGTGCTCAATCACGGACGCTATGAAGATGCCAAGCGGACGATCCAGAACCAGGCCTCGCGTTATGGTTTTTTCAGCGGAAAGTTTCTCAGCCAGACGTTGCGCGTTGATCCCAAGGCTGGCGTTGCCGATGTCGAGCTGATCTACGACAGCGGCCCGCGTTACGCCCTGGGCCCGGTCAGTTTCGAGGGCGATACGCCGTTCGACGAGGACCTGCTGCAGCGCATGGTGCCGTTCAAGGCGGGCGCGCCCTACGATTCCGAATTGATTGCCGAACTCAACCAGGCCTTGCAGTCGAGCGGTTATTTCGAAGGCGTGCGCGTTGATGCGGCGCCCACCGCGGCCACCGAGAATGTGATCCCGGTGGCGGTCAAGCTCGACACCCGCAAGCCGCGCACCATGGGCCTGGGCCTGGGGTTTTCCACTGACGTCGGCCCGCGCGCCAAGGCCAACTGGACGCGTCACTGGGTCAATCCCCAAGGCCACAGCTATGGCTGGGAAGCGGAAATATCGGCGCCCCGGCAAAACGTCGGCCTCTGGTACGACGTGCCGCTCGACCCCCCGCTGACCGACAAGCTGCGCTACGCCGGCGGCTATCAATATGAAGAACTGTCCGGCACCGACACCCTCAGCAAACTGCTGACCGTGGGCCCCGAGTGGCACAGCAAGCTGCCCAGCGGCTGGCAGCGGGTGGTGTCGCTCAAATGGCAGCGCGAAGAATACCGCCTCGGCGACGATTCGGGCCTGAGCACCTTGCTGATGCCCGGCGTCAGCTATTCGTACCTGCGCAGCGACAACCGCATCGACCCGCACAACGGCTATCGCCTGCAATTCGACACCAAGGTCGCCAAGGAAGGACTCGGCTCGGACAACAACCTCTTGTATGGCACGGCCATGGTCAAGGGCCTGACCACGGTATTCGACAAGCATCGCCTGTTGGCCCGGGCCCAGGTGGGCGGCAGCGCCACCAACGGCTACAAGTCGATTCCGCCGTCCCTGCGCTTTTTCGCCGGTGGCGACCAGAGCGTGCGTGGCTACGACTACCAGAGCCTGTCGCCGGAGAACTCCGAGGGCGATCGCATCGGCGGCCGCTACATGGTGGCCGCCAGCGTCGAGTATCAATATTCGGTCGCGGAGAAATGGCGCGTGGCGACCTTCGTCGACCAGGGCAACTCCTTCAACAGCCTTGAACTGCCAAGCCTCAAGACCGGGGTCGGCGTCGGCGTGCGCTGGGTCTCGCCGGTCGGCCCGATCCGTCTCGACCTGGCTCATGCGATGGACGATGACGGCGGCATTCGACTGCACTTTTCCATGGGGCCCGAGTTGTGA MNFPGRMTSGALLLSLSCAALAQSVLDVRVKPSNDELKANVEGYIGGLGERDEEALLRFSRGAEEQARKAAQALGYYQPQIDSEVKAGKDPRLTLTIDPGEPVHLRNVTIRIDGPAASLKSFRVPDNAGLKPGAVLNHGRYEDAKRTIQNQASRYGFFSGKFLSQTLRVDPKAGVADVELIYDSGPRYALGPVSFEGDTPFDEDLLQRMVPFKAGAPYDSELIAELNQALQSSGYFEGVRVDAAPTAATENVIPVAVKLDTRKPRTMGLGLGFSTDVGPRAKANWTRHWVNPQGHSYGWEAEISAPRQNVGLWYDVPLDPPLTDKLRYAGGYQYEELSGTDTLSKLLTVGPEWHSKLPSGWQRVVSLKWQREEYRLGDDSGLSTLLMPGVSYSYLRSDNRIDPHNGYRLQFDTKVAKEGLGSDNNLLYGTAMVKGLTTVFDKHRLLARAQVGGSATNGYKSIPPSLRFFAGGDQSVRGYDYQSLSPENSEGDRIGGRYMVAASVEYQYSVAEKWRVATFVDQGNSFNSLELPSLKTGVGVGVRWVSPVGPIRLDLAHAMDDDGGIRLHFSMGPEL NA NA NA NA NA D1-35_02345 3675 tamB COG2911 Translocation and assembly module subunit TamB GTGAATCGCGGTTTGAAATTAGTGCTCCTGGCGCTCGCCGGGTTACTGCTGACGGTCGTCCTGGCCTTGAGCATTGTGTTGGGCACCGCCTTTGGCAGCCGTTGGGCTCTCGGCCTGGTACCGGGCCTGAGCGTGGAGAATTTCCAGGGGCGGCTGGGCGGGCGGTGGAGCGCCGATCGGGTGCTGTGGCAGCAAGATACCCGCCGGGTGGCGCTGGAGCGGCCGAACTTCGCCTGGTCGCCGTCGTGCCTGCTGCGCATGACCCTGTGCATCGAACAGCTCAAGGCCGACGCCATCGCCGTGCAGTTGCCAGCCACCGCCGATGAACCGAGCAGCGGCCCGATCAGCCTGCCGGACCTGGACTTGCCGTTGGCGATCGAACTGGGCGATGTCCAGGTGGGCAGCCTGTTGTTCAACGGCAGTGAGCAGCTCAAGGGGCTGCAACTGGTGGCGCACTGGACCGCCGAGGGTTTGCAGATCGACTCGGTGCAGTTGCAACGCGACGAACTGAGCCTGAAGTTATCCGGCCTGCTGCAACCGCACGGCGACTGGCCGCTGGACGCGACGGGCCAGTTGACCCTCCCAGCGCCGGGCGCGACGCCTTGGGCACTGGAGCTGAAAGTCGCTGGCGACCTGCTCAAGACCCTCAACCTCACGGCCGACAGCAGTGGTTATCTGCAAGGCCGCCTGACGGGCGAACTGCAACCGCTGGTGGATAACCTGCCGGCCAAGGTGCGCATCACCGCCGACGGTTTCAAGGCCAGCGCCGATCTGCCGGACACGCTGCTGCTCAACCAACTGGAGCTGACCGGCGAAGGCGACCTGAAGAACGGTTATCAACTGCTCGGCAAGGCGACACTGCCCGCCGAAAAGGGGCCGGTGGCGTTGCTGCTGCAAGGCCATGTGGACGCCAATGGCGCGCAAGTCGCCGGGCTGGATCTCGACGCCGGCAACCAGCAGACCCTCAAGCTCACCGGGCAGTTGGATTGGCGCGAAGGGCTGAACGCCGAAGCAAAAGTCGCCTGGCTGGATTTCCCCTGGCATCGCCTTTATCCGCTGATCGACGAGCCGCAAGTCACGCTGCGCAGTTTTAATGGCGAAGTCTCGTACACCGACGGCCAGTACCTGGGCAATTTCCAGGCGGCGCTGGACGGTCCCGCCGGGGCGTTCAGCCTGGGCAGTCCGTTCAGCGGCAACCTGACGCAAATCCACTTGCCGGAACTCAAGCTTGCCGCCGGACAGGGCAAGGCCGAAGGGCACCTGGACCTGCAATTTGCCGACGGCATCGCCTGGGACACCGCGCTGCAACTGTCGTCGGTCAATCCGGCGTACTGGCTCGCCGAACTGCCCGGCACGCTGGCCGGGCCGTTGCGCAGTAAAGGCTCGATGAAAAACCAGCGCATGGAACTCGACGCGGACGTGGACCTCAAGGGCAAGCTGCGCGGCCAGCCGGCACTGTTCCAGGCCAAGGCTAGCGGCGCTGGCGAACAATGGAACCTCGGCGCTCTGGATATCCGCCTCGGCGATAATCGCATCAACGGTACGGGCAGCCTGCAACAGCAGCTGACCGGCCAGATCGACATCAAGCTCGCGCGCCTGGCCCAGCTCTGGCCGCAGTTGCGTGGTCAGGTCAGCGGGCGTGTCGACGTGGCCGGCACGCTCAAGGCCCCCCAGGGCAAGCTCGACTTGCAAGGGACGCAACTGGCGTTTCAGGACAATCATCTGCAAAGCCTGAACCTGGACGCGACGCTCGACGGCGCGCAACGGGGCAAAGTCGATCTCAAGGCCAGCGGTATCCGCAGCGGCGAAACTTCCCTTGGCGTCCTGACGTTGAGCGGGCAGGGCGATATCAAGCAACAGCAACTGAAGGTCGACCTGCAAGGGCCCCAGTTGAAAACCAGCCTGGCCCTTGATGGCACGCTGGATCAGGGCAGCTGGCGTGGACGCCTGGCCAGTGGCGACCTGCGGGTCGGCGGTCAGGACTGGCGCCTGCAAGCGCCGGCGAAGCTGGAACGGCTGGCCAACGGTACGCTGAACTTCGGTGCCCACTGCTGGCGCTCCGGCCAGGCCAGCCTGTGCGGCGAAGACCAACGGCTGATGCCGGAGCCGAAGCTGCGCTATCACCTCAAGCAATTCCCCATCGAAAGCCTGGCCCAGTGGATGCCCAGGGATTTTGCCTGGCAAGGCCGGCTCAACGCCGACCTGCAACTGGACCTGCCGGCCAGCGGCCCGAATGGCCGGGTGCTGGTGGATGCCAGCGGCGGCACGTTGCGGATTCGGGATAAAGAACAGTGGCTGGACTTCCCCTACCAGACCCTGACGCTCGACAGCCGCCTGACACCCACGCGCATCGATACCGATCTGAATTTCGTCGGCGCCAGGCTCGGCGAACTGAGGGTCCAGGCGCGGATCAATCCGTTGCCAGCGAGCAAGCCGCTGAGCGGTTCGTTCCGCCTGAACGGCCTGGACCTGTCCGTCGCCCGTCCGTTCGTGCCGATGGTGGAAACCCTCACGGGTCACTTGAACGGCAGTGGCACGCTGTCCGGCGGGCTGCTCGCGCCCCAGGTCAACGGCAACCTGGTGCTCAGCGATGGCGAAGTGTCCGGCCCGGAACTGCCGGTCAGCCTCGAAGCCTTCCAACTGCGGGCGATGATCGCCGGTGAAACGGTGCGTCTGGATGGCGATTGGAAGAGTGGCAAGAGCGGGCAGGGCCGCCTGACCGGGAACATCGGCTGGGGCGAGGCGCTGACCATGGACCTGGCACTCAAGGGCTCGCAACTGCCGGTGACCGTCGAGCCCTACGCGGTGCTGGACGTGGCGCCGGACTTGAAAATCACGCTGCAGGGCGAGCGGCTGGCGATTGCCGGCAAGGTCCTGGTGCCGAAGGGCGAGATCACCATTCGCGAATTGCCGCCGTCAACCGTCAAGGTTTCGGACGACACGGTGATCGTCGGCCACCAGACCGAAGAGGGCAAGGCACCGATGGCCATGGCAATGGACATCGACGTGCTCGTCGGCCAGGAGAAGCTTGCCTTTTCGGGATTCGGGCTCACCGCCAACGTCCAGGGGCAGGTGCACATTGGCGATAACATGGACACTCGCGGCGAACTCTGGCTCAACGACGGCCGCTATCGGGCCTATGGGCAGCGGTTGACGGTGCGCCGGGCGCGCTTGTTGTTCGCCGGGCCTATCGATCAGCCGTACCTGGACATCGAAGCGATCCGCCAGACCGACGATGTGATTGCCGGCATCCGCTTGAGCGGCAGCGCCGAGCAACCCACCACGCAAATCTTCTCGGAGCCGGCCATGAGCCAGGAGCAGGCATTGTCCTACCTGGTGCTGGGCCGGCCGCTGAGTACCACCGGCGAAGACAACAACATGCTCGCCCAGGCTGCACTGGGCCTGGGCTTGATGGGCAGTTCCGGCGTGACCACCAGCCTGGCCAACAATCTGGGAATCGAGGATTTCCAACTCGACACCCAGGGCAGCGGCAACGAAACCAGCGTGGTCGCCAGCGGCAACCTGTCGGAAAAACTCAGCCTGCGCTACGGCGTCGGAGTGTTCGAACCGGCCAATACCATTGCCCTGCGCTACAAGCTGAGCAAGAAGGTCTACCTCGAAGCCGCCAGCGGCGTCGCCAGCTCGCTGGATATCTTCTACAAGCGCGATTTCTGA MNRGLKLVLLALAGLLLTVVLALSIVLGTAFGSRWALGLVPGLSVENFQGRLGGRWSADRVLWQQDTRRVALERPNFAWSPSCLLRMTLCIEQLKADAIAVQLPATADEPSSGPISLPDLDLPLAIELGDVQVGSLLFNGSEQLKGLQLVAHWTAEGLQIDSVQLQRDELSLKLSGLLQPHGDWPLDATGQLTLPAPGATPWALELKVAGDLLKTLNLTADSSGYLQGRLTGELQPLVDNLPAKVRITADGFKASADLPDTLLLNQLELTGEGDLKNGYQLLGKATLPAEKGPVALLLQGHVDANGAQVAGLDLDAGNQQTLKLTGQLDWREGLNAEAKVAWLDFPWHRLYPLIDEPQVTLRSFNGEVSYTDGQYLGNFQAALDGPAGAFSLGSPFSGNLTQIHLPELKLAAGQGKAEGHLDLQFADGIAWDTALQLSSVNPAYWLAELPGTLAGPLRSKGSMKNQRMELDADVDLKGKLRGQPALFQAKASGAGEQWNLGALDIRLGDNRINGTGSLQQQLTGQIDIKLARLAQLWPQLRGQVSGRVDVAGTLKAPQGKLDLQGTQLAFQDNHLQSLNLDATLDGAQRGKVDLKASGIRSGETSLGVLTLSGQGDIKQQQLKVDLQGPQLKTSLALDGTLDQGSWRGRLASGDLRVGGQDWRLQAPAKLERLANGTLNFGAHCWRSGQASLCGEDQRLMPEPKLRYHLKQFPIESLAQWMPRDFAWQGRLNADLQLDLPASGPNGRVLVDASGGTLRIRDKEQWLDFPYQTLTLDSRLTPTRIDTDLNFVGARLGELRVQARINPLPASKPLSGSFRLNGLDLSVARPFVPMVETLTGHLNGSGTLSGGLLAPQVNGNLVLSDGEVSGPELPVSLEAFQLRAMIAGETVRLDGDWKSGKSGQGRLTGNIGWGEALTMDLALKGSQLPVTVEPYAVLDVAPDLKITLQGERLAIAGKVLVPKGEITIRELPPSTVKVSDDTVIVGHQTEEGKAPMAMAMDIDVLVGQEKLAFSGFGLTANVQGQVHIGDNMDTRGELWLNDGRYRAYGQRLTVRRARLLFAGPIDQPYLDIEAIRQTDDVIAGIRLSGSAEQPTTQIFSEPAMSQEQALSYLVLGRPLSTTGEDNNMLAQAALGLGLMGSSGVTTSLANNLGIEDFQLDTQGSGNETSVVASGNLSEKLSLRYGVGVFEPANTIALRYKLSKKVYLEAASGVASSLDIFYKRDF NA NA NA NA NA D1-35_02346 474 marR COG1846 Multiple antibiotic resistance protein MarR ATGAAGCATTTCACCCCGGACGAATTCCACAATTGCCATCTCGGCATGCTCCTTGGCCGCGCCGCGGCGCTCAAGGACCGGATCATCGACACCCACATGGAGCCTGTCGGCATCACCGCCGCGCAGTTCAAGGTGTTGATCATCATGGCCCAGCACGGCATCGATACGCCGGTCGAGCTGTGCCGGTACCTGTCGCTGGACAGCGGCTCGATGACCCGCATGCTCGACCGCCTGGAGCAGAAGGGCTTTCTGGTTCGCCAGCGCTCGGCACAGGATCGGCGCCAGGTTCGTCTGGTGCTGACCGACGCCGGCCAGGCCCTCGCCGATCGCCTGCCATTCATCGGTGCCGACGCCATGAATCAACTGGCCGGCGCCATCAGCCGCGAGGAGCTGCAAACCCTCGAAGACATCCTCAAGAAAATACTGCTCGCCGCCGGTGACCCCATCACCGTCCTGCGATTGGGGGCCAAATGA MKHFTPDEFHNCHLGMLLGRAAALKDRIIDTHMEPVGITAAQFKVLIIMAQHGIDTPVELCRYLSLDSGSMTRMLDRLEQKGFLVRQRSAQDRRQVRLVLTDAGQALADRLPFIGADAMNQLAGAISREELQTLEDILKKILLAAGDPITVLRLGAK PGPT0029244_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029244-marR-K03712 NA NA D1-35_02347 1470 ttgF_2 Toluene efflux pump outer membrane protein TtgF ATGAAACATCAAACCTTGCGTACCCGCCTGAGCCTTGTGCTGTTGGCCATGAGCCTCGCCGGTTGTGCCAGCTACAGCGGCCTGAAGACCGAGGGCGTCAGCCTGGAGGCCAAGAGCCTGCAGGCTGGGCAATCGCTGACCGGGGTCAAACTGTCGCCCGCCGCGTGGCCGAAAAGCGACTGGTGGAAAAGCCTTGGCGACCCGCAACTCGACGGCCTGATCCGTGAAGCGCTGCGCGACAGCCCGGACATGCAGATCGCCAGCGCCCGGGTGCACCAGGCCAGCGCCGCTGCCTATGCCGCGAATGCCGCGCGCCTGCCGACCCTCGACGCCAGCGGCAGTGTCAGCCGTTCGCGCCTGGCCCGTGACCAGGACCCGCAAGGGCAGGGCGGCGCCTATAGCACCCTGCGTTCGCTGAGCGTCGATTTCAATTACAACTTCGACCTCTGGGGCGGCCAACGTGCCGCCTGGGAAGCGGCCCTGGGCCAGGCCCGCTCCGCCGAGATCGATCGCCAGGCCGCGCAACTGACCCTCGCCGCCGACGTGGCCCGGGCCTACAGCGACCTGGGCCAGGCCCACATCATTTATGACCTGGCCAATGAAGACCTCAAGCGCACGCGGCAGATGCTCGACCTGGGCAAACGCCGTCTCGGTGCCGGGATCGACAGCGAATATCAGTTCCAGCAGACCGAAAGCCTCGAAGCCAGCGCCGATGCGACGCTGATCGACGCGGAAAAACGCCTGCAAAGTGCAAAGATCGCCTTGGCGGTGCTGCTGGGCAAAGGTCCCGACCGGGGCAACGACATCGCCCGGCCCAACGTGCTGCAGGCCAGCGCGGTTGCGCTGCCGTCGAATCTGCCGGCCGAGTTGCTCGGTCGCCGTCCCGACCTGGTCGCGGCGCGGTGGCGGGTCGAGGCCGCGAGCAAGAACATCGAGGCCGGCAAGACCAACTTCTACCCCAACCTCAACCTGAGCGCGGCGGCGGGGGTGCAATCGCTGCTGGGTGACGCGATGTTCGGCGCGCCCAGTCGTTTCTTCAACGTGGCGCCGACCGTGTCGTTGCCGATCTTCGATGGCGGCCGCCTGCGGGCGGACCTGGACGCCCGGGACGCCGATTACGACCTGGCGGTGGCGCAATACAACAAGAGCCTGGTCGCGGCCCTTGGCGATGTCAGCGACACCATCAACCAGCTGCGCGACATCGGTCGGCAGCTGGGCGCCCAGCAACACGCGGTGGATATCGCCCGGAACTCCTACGACACCGTGGTCCAGCGCTACGGTTCCGGCATCGGCAATTACCTGGACGTGTTGAGCATCGAGCAGCAACTGCTCCAGGCCCAGCGCCAACTGGCGACCCTCAATGCCGAGCAGATCGATCTGTCGATCCAACTGATGCAGGCCCTGGGCGGTGGTTTCGATACCCAAACCATCGCTTCGGCCACTCCGGCCGCCACCGCGCCGACTCACTGA MKHQTLRTRLSLVLLAMSLAGCASYSGLKTEGVSLEAKSLQAGQSLTGVKLSPAAWPKSDWWKSLGDPQLDGLIREALRDSPDMQIASARVHQASAAAYAANAARLPTLDASGSVSRSRLARDQDPQGQGGAYSTLRSLSVDFNYNFDLWGGQRAAWEAALGQARSAEIDRQAAQLTLAADVARAYSDLGQAHIIYDLANEDLKRTRQMLDLGKRRLGAGIDSEYQFQQTESLEASADATLIDAEKRLQSAKIALAVLLGKGPDRGNDIARPNVLQASAVALPSNLPAELLGRRPDLVAARWRVEAASKNIEAGKTNFYPNLNLSAAAGVQSLLGDAMFGAPSRFFNVAPTVSLPIFDGGRLRADLDARDADYDLAVAQYNKSLVAALGDVSDTINQLRDIGRQLGAQQHAVDIARNSYDTVVQRYGSGIGNYLDVLSIEQQLLQAQRQLATLNAEQIDLSIQLMQALGGGFDTQTIASATPAATAPTH NA NA NA NA NA D1-35_02348 1197 emrA_1 COG1566 Multidrug export protein EmrA ATGGCAACTGCCGAAACTACCCAGGAAACCCAACAGGACAGCGGCAACCCGCGCAAGCGCAAGGTGTTGCTGCTGGCCCTGGCCCTGATCGTCATTCTCGCCGGCGTCGGTGTCTGGGCCTGGCATGAACTTTATGGACGCTGGAGCGAAAGCACCGACGATGCCTACGTGAACGGCAACGTGGTGGAAATCACCCCGCAAGTCAGCGGCACCGTGGTGAGCATTGGTGCCGATGACGGTGACCTGGTGCGCGAAGGCCAGGTGCTGGTGCAGTTCGACCCGAACGACGCCGAAGTTGCCTTGCAAAGTGCCCAGGCCAACCTGGCCCATACCGTGCGCCAGGTGCGTGGTTTGTACAGCAATGTCGACGGCATGAAAGCGCAGGTGCATGCGCAGGAAGCGGAAGTGCAGAAGGCTCGGGAAAACTACAACCGACGCAAGAACCTGGCGGCCGGCGGGGCGATTTCCCAGGAAGAACTGTCCCACGCCCGGGACGATCTGACCTCGGCGCAGAACGCCCTGGCTAACGCCCGGCAACAACTCATGACGACCAGCGCGCTGGTGGATGACACCGTGGTGTCGAACCATCCCGACGTACAGGCGGCGGCCGCGCAATTGCGCCAGGCTTACCTGAGCAATGCTCGCAGCACCTTGATTGCGCCGGTGACCGGTTACGTCGCCAAGCGCACCGTTCAGCTCGGGCAGCGCGTGCAGCCGGGCACGGCGCTGATGGCGGTGATCCCGCTGGACCAGTTGTGGATCGACGCCAACTTCAAGGAAACCCAGCTACGTGACATGCGCATCGGCCAGCCGGTGGACATCGAGACCGACCTTTATGGCAGCGACGTGAAGTACAGCGGCACGGTGGACAGCCTGGGCGCCGGTACCGGCAGTGCGTTTGCCTTGCTGCCAGCGCAGAACGCCACCGGTAACTGGATCAAGATCGTCCAGCGGGTGCCGGTGCGCATTCATATCAATGCCGAGGAGCTGGCCAGGCATCCACTACGGGTCGGCCTGTCGACCCAGGTCAACGTCAATCTCCACGACCAGAGCGGCCCGGTACTGGCCCAGCAGCCACCGCAAAAAGCCTCGTTCAGCACTCAGGTCTACGCCCGCCAGCTGGCCGATGCCGACGCGATGATCACTCGGCTGATTCATGAGAACAGCGCGGCGGCGAGCAAGACCGCGCAGCGTTGA MATAETTQETQQDSGNPRKRKVLLLALALIVILAGVGVWAWHELYGRWSESTDDAYVNGNVVEITPQVSGTVVSIGADDGDLVREGQVLVQFDPNDAEVALQSAQANLAHTVRQVRGLYSNVDGMKAQVHAQEAEVQKARENYNRRKNLAAGGAISQEELSHARDDLTSAQNALANARQQLMTTSALVDDTVVSNHPDVQAAAAQLRQAYLSNARSTLIAPVTGYVAKRTVQLGQRVQPGTALMAVIPLDQLWIDANFKETQLRDMRIGQPVDIETDLYGSDVKYSGTVDSLGAGTGSAFALLPAQNATGNWIKIVQRVPVRIHINAEELARHPLRVGLSTQVNVNLHDQSGPVLAQQPPQKASFSTQVYARQLADADAMITRLIHENSAAASKTAQR PGPT0013750_863 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0013750-emrB-K03543 NA NA D1-35_02349 1530 emrB Multidrug export protein EmrB ATGAGCAATAACGCGTCCTTCACGCCGCCCAGCCTGTTGCTCAGCACCATCGGGTTGTCGCTGGCGACGTTCATGCAGGTGCTCGATACGACCATCGCCAACGTCGCCTTGCCGACCATTTCCGGCAACCTGGGCGTCAGTTCCGAGCAGGGCACCTGGGTCATTACCTCGTTTGCGGTGAGCAATGCGATCGCGCTGCCGCTGACCGGTTGGCTGAGCCGCCGGTTTGGCGAGGTGAAACTGTTTTTGTGGGCAACGATGCTGTTCGTCCTGGCCTCGTTCCTCTGCGGGATTTCCACGTCGATGCCCGAGCTGATCGGTTTTCGTGTGGTTCAGGGCCTGGTGGCCGGGCCTCTGTATCCGATGACCCAGACCTTGCTGATTGCCGTGTACCCGCCGGCGAGGCGCGGGATGGCCTTGGCCTTGCTGGCGATGGTCACCGTGGTGGCGCCGATCGCCGGGCCGATCCTGGGCGGCTGGATCACCGACAGCTACAGTTGGCCGTGGATTTTCTTCATCAACGTGCCGATCGGGATTTTCGCGGTGCTGGTGGTGCGTCAGCAGCTCAAGGCGCGGCCGGTGGTCACCAGTCGCCAGCCGATGGATTACGTCGGGTTGATCACCCTGATCATCGGTGTCGGGGCGTTGCAGGTGATCCTCGACAAGGGCAACGACCTGGATTGGTTCGAGTCGAACTTCATCATCGTCGGCGCGCTGATTTCGGCCGTTGCGCTGGCGGTGTTCGTGATCTGGGAAATGACCGATCGCCATCCGGTGGTCAACCTGCGGCTGTTTGCCTATCGCAACTTTCGCATCGGGACGATTGTGCTGGTAGGCGGTTATGCCGGATTCTTCGGCATCAACCTGATCCTGCCGCAGTGGTTGCAGACCCAGATGGGTTATACCGCCACCTGGGCCGGCCTGGCGGTTGCGCCCATCGGGATCCTGCCGGTGCTGATGTCACCTTTCGTTGGCAAATACGCCCACAAGTTCGACCTGCGCCTGCTGGCCGGGCTGGCGTTCCTGGCGATCGGTTTGAGTTGCTTCATGCGCGCCGGGTTTACCAACGAGGTGGATTTCCAGCACATCGCCCTGGTGCAGCTGTTCATGGGCATCGGCGTGGCGCTGTTCTTCATGCCGACCCTGAGCATCCTGATGTCGGACCTGCCGCCCCAGCAGATCGCCGACGGCGCGGGGCTGGCGACGTTCCTGCGGACCCTGGGCGGCAGTTTTGCCGCGTCGCTGACCACTTGGATCTGGATCCGCCGCGCCGACCAGCACCATGCCTACCTGAGCGAAAGCATCAGCACTTTCGAACCGGCCACGCGCGAGACGATCAACCAGCTCGGCGGGGCGAGCACGCCGGTGTACGCCCAGCTCGACCAGATCCTCACCAGCCAGGCGTACATGCTCTCCACCGTGGATTACTTCACGCTGCTGGGCTGGGCGTTCATGGGGTTGATCCTGCTGGTGTGGCTGGCGAAACCGCCGTTTGCGGCGAAGGCCGGGCCTGCCGCCAGCGGTCATTAA MSNNASFTPPSLLLSTIGLSLATFMQVLDTTIANVALPTISGNLGVSSEQGTWVITSFAVSNAIALPLTGWLSRRFGEVKLFLWATMLFVLASFLCGISTSMPELIGFRVVQGLVAGPLYPMTQTLLIAVYPPARRGMALALLAMVTVVAPIAGPILGGWITDSYSWPWIFFINVPIGIFAVLVVRQQLKARPVVTSRQPMDYVGLITLIIGVGALQVILDKGNDLDWFESNFIIVGALISAVALAVFVIWEMTDRHPVVNLRLFAYRNFRIGTIVLVGGYAGFFGINLILPQWLQTQMGYTATWAGLAVAPIGILPVLMSPFVGKYAHKFDLRLLAGLAFLAIGLSCFMRAGFTNEVDFQHIALVQLFMGIGVALFFMPTLSILMSDLPPQQIADGAGLATFLRTLGGSFAASLTTWIWIRRADQHHAYLSESISTFEPATRETINQLGGASTPVYAQLDQILTSQAYMLSTVDYFTLLGWAFMGLILLVWLAKPPFAAKAGPAASGH PGPT0029220_3500 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029220-emrB-K03446 NA NA D1-35_02350 762 lpxH_2 COG2908 UDP-2,3-diacylglucosamine hydrolase TTGCTGATTTCAGATCTGCATCTGGAAGAGGAGCGCCCGGACATCACCCGGGCGTTTCTGGATTTACTCGCCACACGCGCCCGCTCGGCGCAAGCGTTATACATTCTGGGCGACTTCTTCGAAGCCTGGATCGGCGACGATGCCATGACGCCGTTCCAGCGCTCCATCTGCCAGGCCCTGCGCGAATTGAGCGACAGCGGCACGGCAATTTTCCTGATGCACGGCAACCGCGACTTCATGCTCGGGCAGGCCTTTTGCAAAGCGGCCGGCTGCACCCTGCTCAAGGACCCGACCGTCGTGCAATTCAGCGACGAGCCGGTGCTGCTGATGCACGGCGACAGCCTGTGCACGAGGGATGTCGGCTACATGAAACTGCGGCGCTGGCTGCGCAACCCGGTCACGCTGTTCATCCTGCGCCACCTGCCCTTGGGCAGCCGCCAGAAACTGGCGCGCAAGCTGCGCAGTGAAAGCCGCACGCAGGTGAGGATGAAAGCCAACGACATCGTTGACGTCACGCCAGAAGAGGTCCCACGCGTCATGCAGCACTATGGCGTGAAAACCTTGGTCCACGGCCACACCCACCGCCCCGCCATCCACAAGCTGCAACTGGGCGAACACGCCGCCCGGCGCATCGTGCTGGGAGATTGGGACAAGCAGGGCTGGGCGTTGCAGGTGGATGAGCAGGGCTTTTCGCTGGCGCCGTTCGAGTTGGCCCCGCCGCCACAACTGCCGGCACCCGACACAATCCCCGACTACATATAG MLISDLHLEEERPDITRAFLDLLATRARSAQALYILGDFFEAWIGDDAMTPFQRSICQALRELSDSGTAIFLMHGNRDFMLGQAFCKAAGCTLLKDPTVVQFSDEPVLLMHGDSLCTRDVGYMKLRRWLRNPVTLFILRHLPLGSRQKLARKLRSESRTQVRMKANDIVDVTPEEVPRVMQHYGVKTLVHGHTHRPAIHKLQLGEHAARRIVLGDWDKQGWALQVDEQGFSLAPFELAPPPQLPAPDTIPDYI PGPT0022370_824 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022370-lpxH-K03269 NA NA D1-35_02351 507 Peptidyl-prolyl cis-trans isomerase cyp18 ATGACCCAAGTCAAACTGACCACCAACCATGGCGAGATCGTCCTGGAGCTGAACGCCGAGAAGGCACCGATTACCGTTGCCAACTTCGTTGAATACGTCAAGGCCGGCCACTACGAAAACACCGTTTTCCACCGTGTCATCGGCAACTTCATGATCCAGGGCGGCGGTTTCGAACCGGGCATGAAAGAAAAGAAAGACAAGCGCCCGAGCATCCAGAACGAAGCCGACAACGGCCTTTCCAACGACAAATACACCGTTGCCATGGCCCGCACCATGGAGCCGCATTCGGCCTCCGCGCAGTTCTTCATCAACGTCGCCGACAACAGCTTCCTGAACCACAGCGGCAAGAACGTCCAGGGCTGGGGCTACGCCGTATTCGGCAAGGTCACTGCCGGTACCGATGTGGTCGACAAGATCAAAGGCGTCTCCACCACTTCCAAGGCTGGCCACCAGGACGTCCCGGCAGAAGACGTGATCATCGAGAAAGCCGAGATCATCGAGGCGTGA MTQVKLTTNHGEIVLELNAEKAPITVANFVEYVKAGHYENTVFHRVIGNFMIQGGGFEPGMKEKKDKRPSIQNEADNGLSNDKYTVAMARTMEPHSASAQFFINVADNSFLNHSGKNVQGWGYAVFGKVTAGTDVVDKIKGVSTTSKAGHQDVPAEDVIIEKAEIIEA PGPT0015111_3274 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 D1-35_02352 1698 glnS COG0008 Glutamine--tRNA ligase ATGAGCAAGCCCACTGTCGACCCTACCTCGAATTCCAAGACCGGCCCGGCCGTGCCGGTCAATTTCCTGCGCCCGATCATCCAGGCGGACCTGGATTCGGGTAAGCACACGCAGATCGTCACCCGTTTTCCGCCGGAGCCCAACGGCTACCTGCACATCGGTCACGCCAAATCCATTTGCGTGAACTTCGGCCTGGCCGAGGAGTTCGGTGGCGTCACGCACCTGCGTTTCGATGACACCAACCCGGCCAAGGAAGACCAGGAATACATCGACGCGATCAAGAGCGACGTCAAGTGGCTGGGCTTCGAATGGGCCGGCGAAGTGCGCTACGCCTCGCAGTATTTCGACCAGTTGCACGACTGGGCGGTGGAACTGATCAAGTCCGGCAACGCCTACGTGTGTGACCTGACGCCGGAGCAGGCCAAGGAATATCGCGGCAGCCTGACCGAGCCGGGCAGGAACAGCCCGTTCCGTGACCGCGGCGTGGAAGAGAACCTCGACCTGTTTGCCCGCATGCGCGCCGGTGAGTTCCCGGACGGCGCCCGTGTGCTGCGCGCGAAGATCGACATGGCCTCGCCGAACATGAACCTGCGCGACCCGATCATGTACCGCATCCGTCACGCTCATCACCACCAGACCGGCGACAAATGGTGCATCTACCCGAACTATGACTTCACCCATGGCCAGTCGGACGCCATCGAAGGCATCACGCATTCGATCTGCACCCTGGAATTCGAAAGCCATCGTCCGCTGTACGAGTGGTTCCTCGAGCATCTGCCGGTGCCGGCCAACCCGCGCCAGTATGAATTCAGCCGCCTGAACCTGAACTACACGATCACCAGCAAGCGCAAGCTCAAGCAACTGGTGGACGAGAAGCACGTCAGCGGCTGGGATGACCCGCGCATGTCGACGCTGTCGGGTTTCCGCCGTCGTGGCTACACGCCAAAGTCGATCCGCAACTTCTGCGAGATGGTCGGCACCAACCGTTCCGACGGCGTGGTCGATTTCGGCATGCTGGAATTCAGCATTCGCGAGGACTTGGACCACAGCGCGCCGCGCGCCATGTGCGTGTTGCGTCCGCTCAAAGTCGTCATCACCAATTACCCGGAAGGCCAGGTCGAAAACCTCGAACTGCCGTGCCACCCGAAAGAAGACATGGGCGTGCGCGTCCTGCCGTTCGCCCGGGAAATCTATATCGACCGTGACGACTTCATGGAAGAGCCACCCAAAGGCTACAAGCGCCTGGAGCCGGCCGGCGAAGTGCGCTTGCGCGGCAGCTACGTGATCCGCGCCGACGAGGCGATCAAGGACGCCGACGGCAACATCGTCGAGCTGCGTTGCTCGTACGATCCCGACACCCTGGGCAAGAACCCGGAAGGCCGCAAGGTCAAGGGCGTGATCCACTGGGTGCCGGCCGCCGCCAGCGTCGAGTGCGAAGTGCGCCTGTACGATCGCCTGTTCCGTTCGCCGAACCCGGAGAAGGCCGAGGACAGCGCCAGTTTCCTGGACAACATCAACCCTGACTCCCTGCAAGTACTCACCGGTTGTCGTGCCGAGCCTTCGCTGGGCAACGCACAGCCGGAAGACCGTTTCCAGTTCGAGCGCGAAGGCTACTTCTGCGCGGATATCAAGGACTCGAAACCCGGTGCTCCGGTGTTCAACCGTACCGTGACCTTGCGCGACTCCTGGGGTCAGTGA MSKPTVDPTSNSKTGPAVPVNFLRPIIQADLDSGKHTQIVTRFPPEPNGYLHIGHAKSICVNFGLAEEFGGVTHLRFDDTNPAKEDQEYIDAIKSDVKWLGFEWAGEVRYASQYFDQLHDWAVELIKSGNAYVCDLTPEQAKEYRGSLTEPGRNSPFRDRGVEENLDLFARMRAGEFPDGARVLRAKIDMASPNMNLRDPIMYRIRHAHHHQTGDKWCIYPNYDFTHGQSDAIEGITHSICTLEFESHRPLYEWFLEHLPVPANPRQYEFSRLNLNYTITSKRKLKQLVDEKHVSGWDDPRMSTLSGFRRRGYTPKSIRNFCEMVGTNRSDGVVDFGMLEFSIREDLDHSAPRAMCVLRPLKVVITNYPEGQVENLELPCHPKEDMGVRVLPFAREIYIDRDDFMEEPPKGYKRLEPAGEVRLRGSYVIRADEAIKDADGNIVELRCSYDPDTLGKNPEGRKVKGVIHWVPAAASVECEVRLYDRLFRSPNPEKAEDSASFLDNINPDSLQVLTGCRAEPSLGNAQPEDRFQFEREGYFCADIKDSKPGAPVFNRTVTLRDSWGQ NA NA NA NA NA D1-35_02353 1383 cysS COG0215 Cysteine--tRNA ligase GTGCTTACGATCTACAACACGCTCACCAAGAGCAAAGAAGTCTTCAAGCCGCTGGATGGCAACAAGGTCCGCATGTACGTCTGCGGCATGACCGTGTACGACTATTGCCACCTCGGCCATGGCCGCAGCATGGTCGCCTTCGACCTGGTGACCCGTTGGTTGCGCTTCAGCGGTTATGACCTGACCTATGTGCGCAACATCACCGACATCGACGACAAGATCATCAATCGGGCCAACGAGAACGGTGAAGCGTTCGATGCGCTGACCGAGCGCATGATCAAGGCCATGCACGAGGACGAGGCGCGCCTCAACATCCAGAAGCCGGACCTGGAGCCGCGGGCCACCGACCACATCCCGGGCATGCTGGCGATGATCCAGACCTTGATCGACAAGGGCTATGCCTACGCACCGGGCAACGGCGATGTGTACTACCGCGTCGCCAAGTTCATGGGCTACGGCAAGCTGTCGCGCAAGAAGATCGAAGATTTGCGCATCGGCGCACGCATCGAGGTCGACGAGTCGAAAGAAGATCCGCTGGACTTCGTGCTGTGGAAAGGCTCCAAGCCGGGCGAGCCGAGCTGGGATTCACCGTGGGGCGCCGGGCGTCCGGGCTGGCACATCGAATGCTCGGTGATGTCGACCTGCTGCCTGGGCGAGACCTTCGACATTCATGGTGGTGGCAGCGACCTGGAATTCCCGCACCACGAAAACGAAATCGCCCAGAGCGAAGCGGCCACCGGCAAGACCTACGCCAATGCCTGGATGCATTGCGGCATGATCCGCATCAATGGCGAGAAGATGTCCAAGTCCTTGAACAACTTCTTCACCATCCGCGACGTGCTCGACAAGTATCACCCGGAAGTTGTGCGTTACCTGCTGGTGTCCAGCCACTACCGCAGCGCCATCAACTATTCGGAAGACAACCTCAAGGATGCCAAGGGCGCCCTGGAGCGTTTCTACCACGCACTCAAGGGCCTGCCGAACGTGGCGCCCGCCGGTGGCGAAGCGTTCGTGGCGCGGTTCACCGAAGTGATGAACGACGACTTCGGCACGCCGGAAGCCTGCGCGGTGCTGTTCGAGATGGTGCGTGAGATCAACCGCCTGCGCGAGAGCGATCTCGATGCGGCGGCGGGCCTGGCAGCGCGGCTGAAGGAACTGGCCAGCGTGTTGGGCGTGTTGCAGCTTGAAGCCGACGACTTCCTGCAAGCCGGCGCCGAGGGCCGCGTGGACGCCGCCGAGGTCGAGGCCTTGATCCAGGCGCGCCTGACCGCGCGGGCCAACAAGGACTGGGCCGAATCCGACCGCATCCGCGACCAGCTCACCGCCATGGGCGTGGTGCTCGAAGACGGCAAGGGCGGGACGACCTGGCGGTTGGCGGACTGA MLTIYNTLTKSKEVFKPLDGNKVRMYVCGMTVYDYCHLGHGRSMVAFDLVTRWLRFSGYDLTYVRNITDIDDKIINRANENGEAFDALTERMIKAMHEDEARLNIQKPDLEPRATDHIPGMLAMIQTLIDKGYAYAPGNGDVYYRVAKFMGYGKLSRKKIEDLRIGARIEVDESKEDPLDFVLWKGSKPGEPSWDSPWGAGRPGWHIECSVMSTCCLGETFDIHGGGSDLEFPHHENEIAQSEAATGKTYANAWMHCGMIRINGEKMSKSLNNFFTIRDVLDKYHPEVVRYLLVSSHYRSAINYSEDNLKDAKGALERFYHALKGLPNVAPAGGEAFVARFTEVMNDDFGTPEACAVLFEMVREINRLRESDLDAAAGLAARLKELASVLGVLQLEADDFLQAGAEGRVDAAEVEALIQARLTARANKDWAESDRIRDQLTAMGVVLEDGKGGTTWRLAD PGPT0002985_5234 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883 NA NA D1-35_02354 195 csrA1 Translational regulator CsrA1 ATGCTGATACTCACCCGCAAAGTCGGTGAAAGCATAAACATTGGTGACGACATCACGATCACCATTCTGGGCGTAAGCGGCCAACAAGTCCGGATCGGCATCAACGCCCCGAAAAACGTTGCGGTGCATCGAGAAGAAATCTATCAGCGTATCCAGGCCGGCCTGACTGCTCCTGACAAGCCACAAACGCCCTGA MLILTRKVGESINIGDDITITILGVSGQQVRIGINAPKNVAVHREEIYQRIQAGLTAPDKPQTP PGPT0015065_1421 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 D1-35_02355 366 hypothetical protein GTGCGTAAATTGGCTTGGGTATTGGTGGTATTGGCGCTGGCGGGATGCGGTGAAGGGCGTGACGTCTCGGCACCCAAGCCCAAGCCCGTGGCGAGCTTCACGCCGGCCGCCGCTGCCGCACCGCAGTGGGCCGTCGAGGTTCGAGGCCAGACGCCCCAGGCCGTCAGCGATCTGACCGGATGGCTGATCGAGCACAGCTTCATGTCCACTGTCGTCAGGGAAAACGGCAAGGACCGCGTCCTGGTAGGGCCGTTAAGCTCCAAGGCTGAAGCCGAAGCGAAGCAGGAGCAGATCACCGCTGCCCTGGTCCGTGCGAAGAAACGCAACATCGAGGCCTTGGTGGTGGACTTCCCGCCGGCTCAATAA MRKLAWVLVVLALAGCGEGRDVSAPKPKPVASFTPAAAAAPQWAVEVRGQTPQAVSDLTGWLIEHSFMSTVVRENGKDRVLVGPLSSKAEAEAKQEQITAALVRAKKRNIEALVVDFPPAQ NA NA NA NA NA D1-35_02356 690 dns COG2356 Extracellular deoxyribonuclease ATGATTGTTCGCTGTTTAGCTTTATTGCTCGTCTTCGTTGCCACGGGTGCACAGGCTGGTGCGCCGCGCACCTTCAACGAAGCCAAGAAAGTCGCCTGGAAACTCTATGCGCCACAATCCACCGAGTTCTACTGCGGGTGCAAATACACCGGCAACCGGGTGAACCTCGCGGCATGCGGTTATGTACCGCGCAAGAACGCCAATCGCGCCGCCCGCATCGAGTGGGAGCATATTGTCCCGGCCTGGCAGATCGGTCATCAGCGCCAATGCTGGCAACAGGGCGGGCGCAAACAATGCACCCGCTACGACCCGGTCTATCAAAGGGCCGAGGCGGATCTGCATAACCTGGTGCCGAGCATTGGCGAGGTGAACGGTGATCGCAGCAACTTCAGCTTCGGCTGGTTGCCGGTGCAGAAAGGCCAGTACGGCTCATGCCTGACTCAGGTGGACTTCAAGGCCAAGAAGGTCATGCCGCGCCCGTCCATTCGGGGAATGATCGCCAGGACGTATTTCTACATGAGCAAACAATACGGTTTGCGCCTCTCCAAACAGGACCGGCGCCTGTATGAGGCCTGGGACAAGACCTACCCGGTGCAGGCCTGGGAACGCCAGCGCAACCAGAGCGTGGCGTGCGTCATGGGTCGCGGGAACGAATTCGTCGGCCCGGTGGACCTGAAGGCCTGCGGCTGA MIVRCLALLLVFVATGAQAGAPRTFNEAKKVAWKLYAPQSTEFYCGCKYTGNRVNLAACGYVPRKNANRAARIEWEHIVPAWQIGHQRQCWQQGGRKQCTRYDPVYQRAEADLHNLVPSIGEVNGDRSNFSFGWLPVQKGQYGSCLTQVDFKAKKVMPRPSIRGMIARTYFYMSKQYGLRLSKQDRRLYEAWDKTYPVQAWERQRNQSVACVMGRGNEFVGPVDLKACG NA NA NA NA NA D1-35_02357 249 hypothetical protein GTGGCAACGCCTCTCGCTGCAACTACCCCCTTAGATTCCTACACACGACTCGGCCTGCGCGTCTCGAAAATCATCAATTCGCCCACCGCGCAAAAGGCCAAGGCCGCGCTGATCTTCCGCCTGCCCGACGAGCCGATCGACGAGTGGGAACGCCTGCTCGAAGAAATCGACGAGAACGACAACGTCACCCTCGCTTATCGCGACGATGGCGGTGTGCAGGTTTTCTGGGTTGTGCCGAAGGAAGATTGA MATPLAATTPLDSYTRLGLRVSKIINSPTAQKAKAALIFRLPDEPIDEWERLLEEIDENDNVTLAYRDDGGVQVFWVVPKED NA NA NA NA NA D1-35_02358 1089 ansB_2 Glutaminase-asparaginase ATGACATCTGCTTTCAAGACTCTTGTTCCGGGCGCCTTGGCCCTTCTGCTCCTGCTGCCCGGCGCGCTCCAGGCAAAAGAAACCCAAACCGAGCAAAAGCTCGCCAACGTCGTCATCCTCGCCACCGGCGGCACCATCGCCGGCGCGGGCGCCAGCTCGGCCAACAGCGCCACTTACCAGGCGGCGAAGGTGGGCATCGAACAACTGATCGCCGGCGTGCCCGAGCTCAGCCGACTGGCCAATGTGCGTGGCGAACAGGTCATGCAAATCGCCTCGGAAAGCATCACCAACGACAATCTGCTGCAGCTGGGCCGGCGCGTCGCCGAGCTCGCCGACAGCAATGACGTCGATGGCATTGTCATCACCCATGGCACCGACACGCTGGAAGAAACCGCGTACTTCCTCAACCTGGTGGAAAAGACCGAAAAACCGATCATCGTCGTCGGCTCGATGCGTCCCGGCACCGCGATGTCGGCCGATGGCATGCTCAATCTCTACAATGCCGTGGCCGTGGCCAGCAGCAAGGAAGCACGGGGCAAGGGCGTGCTGGTGACCATGAACGATGAAATCCAGTCCGGTCGCGATGTCAGCAAGATGATCAACATCAAGACTGAAGCCTTCAAGAGCCCATGGGGCCCGCTGGGCATGGTAGTGGAAGGCAAATCCTACTGGTTCCGCCTGCCGGCCAAGCGTCACACCCTGGACTCGGAATTCGACATCAAGACCATCAAGAGCCTGCCGGACGTGGAAATCGCCTACTCCTACGGCAACGTCAGCGACACGGCTTACAAGGCCCTCGCCCAGTCCGGCGCCAAGGCGATCATTCATGCCGGCACTGGCAACGGTTCGGTGTCGTCGCGGGTTGTGCCTTCGTTGCAGGCCTTGCGCAAGGAAGGCGTGCAGATCATTCGTTCGTCCCACGCCAACGCCGGCGGTTTCGTGCTGCGCAACGCCGAACAGCCTGACGATAAATACGACTGGGTCGTGGCCCACGACTTGAATCCGCAGAAGGCGCGCATCCTGGCCATGGTCGCCCTGACCAAGACTCAGGACAGCAAGGAATTGCAGCGGATATTCTGGGAATACTGA MTSAFKTLVPGALALLLLLPGALQAKETQTEQKLANVVILATGGTIAGAGASSANSATYQAAKVGIEQLIAGVPELSRLANVRGEQVMQIASESITNDNLLQLGRRVAELADSNDVDGIVITHGTDTLEETAYFLNLVEKTEKPIIVVGSMRPGTAMSADGMLNLYNAVAVASSKEARGKGVLVTMNDEIQSGRDVSKMINIKTEAFKSPWGPLGMVVEGKSYWFRLPAKRHTLDSEFDIKTIKSLPDVEIAYSYGNVSDTAYKALAQSGAKAIIHAGTGNGSVSSRVVPSLQALRKEGVQIIRSSHANAGGFVLRNAEQPDDKYDWVVAHDLNPQKARILAMVALTKTQDSKELQRIFWEY PGPT0000700_66 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000700-aspQ|asnA|asnB-K05597 NA NA D1-35_02359 447 hypothetical protein ATGTCCTTTTCCATCGGCTTTCCCAATGCCGCGACCATCACCATCGGTGGTAGATCCATCTCCACACTGAATGCCCTGAGGGAGGCGAGCGCCGACGCGGCTGATGAGGCGCTTGGCGAAACGCAGGAAACCGGCACGGTCCGTGCGAACCTGGCGACCGAAGCCGAGGGCAAGACCGAGAAAAGCAGCAGTACGCAAAGTATCGCTATGCAAGTGCTGCTCAAGCGAATGCAGGAACTCCAGCAGCAATTGCGGGAGCAGCAGCAACAACTTGCCGCTGCACAGACGCGTGCCTATCCAACGCCCGAAGCCAAGACGACCGCTATCATGGCTATCCAAGGGCAAATCGCCGATACCACCGGCGCGCTGCAACAGGTCACCGGCAACCTGATCAAGGAACTGGCCAAGGATTCGGGTTCGGGGGCGCTGGTGAATACCACCGCTTGA MSFSIGFPNAATITIGGRSISTLNALREASADAADEALGETQETGTVRANLATEAEGKTEKSSSTQSIAMQVLLKRMQELQQQLREQQQQLAAAQTRAYPTPEAKTTAIMAIQGQIADTTGALQQVTGNLIKELAKDSGSGALVNTTA NA NA NA NA NA D1-35_02360 960 rbsB COG1879 Ribose import binding protein RbsB ATGAAGCTGCCATTCGCTGGACGCCTTCTCGCCGTCGCCATGCTCGCGGCCGCATCCGCAGCGCTGCCATTCTCCTCGGCGCTCGCCCAGACCACCGAAAAACCCAAGGTCGCCCTGGTCATGAAATCCCTGGCCAACGAATTCTTCCTGACCATGGAAGATGGCGCCAAGGCTTATCAGAAGGAACACTCCGCCGAGTTCGACCTGATCTCCAACGGGATCAAGGATGAAACCGACACCGCCAACCAGATTCGCATCGTCGAGCAGATGATCGTGTCCAAGGTCGATGCGCTGATCATCGCGCCGGCCGACTCCAAGGCTATGGTGCCGGTGATCAAGAAAGCCGTGGATGCCGGCATCACGGTGATCAACATCGATAACCAGCTCGATCCGGCCGTGGTCAAGAGCAAGAACATCAACGTGCCGTTCGTAGGTCCGGACAACCGCAAGGGCGCCCGCCTGGTAGGTGAATACCTGGCCAAGCAGCTCAAGGCCGGTGACGAGGTCGGCATCATCGAAGGCGTGTCGACCACCACCAACGCCCAGGCGCGCACCGCAGGCTTCAAGGATGCGATGGAGGCGGCGCAGATCAAAGTCGTCTCCCTGCAATCCGGTGACTGGGAAATCAACAAGGGCAACCAGGTTGCCGCGTCGATGCTCAGCGAATATCCGAACATCAAGGCATTGCTGGCCGGCAACGACAGCATGGCGGTCGGTGCGGTCTCGGCCGTGCGCGCCGCTGGCAAGGCGGGCAAGGTGCAAGTGGTCGGCTACGACAACATCAACGCCATCAAGCCGATGCTCAAGGACGGTCGCGTCCTGGCGACAGCCGACCAGTTCGCTGCCAGGCAGGCAGTGTTCGGCATCGAAACCGCGCTGAAGATGCTCAAGGGCGAAAAAGTCGACAGCGGCACCAACGGCGTCATCGAAACTCCGGTCGAGCTGGTGACCAAGCCGTAA MKLPFAGRLLAVAMLAAASAALPFSSALAQTTEKPKVALVMKSLANEFFLTMEDGAKAYQKEHSAEFDLISNGIKDETDTANQIRIVEQMIVSKVDALIIAPADSKAMVPVIKKAVDAGITVINIDNQLDPAVVKSKNINVPFVGPDNRKGARLVGEYLAKQLKAGDEVGIIEGVSTTTNAQARTAGFKDAMEAAQIKVVSLQSGDWEINKGNQVAASMLSEYPNIKALLAGNDSMAVGAVSAVRAAGKAGKVQVVGYDNINAIKPMLKDGRVLATADQFAARQAVFGIETALKMLKGEKVDSGTNGVIETPVELVTKP PGPT0015740_4107 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 D1-35_02361 1554 araG_2 COG1129 Arabinose import ATP-binding protein AraG ATGTCCGTTCGTGATCCGAACGCTGTCCTTTGCGTCAGCGGTATCGGCAAGACCTATGCGCAGCCGGTACTGAGCGATATCACCCTGACGTTGATGCGCGGTGAAGTGCTGGCGCTGACCGGCGAAAATGGCGCCGGCAAAAGTACCTTGTCCAAGATCATCGGCGGGCTGGTCACGCCGACAACCGGGCAGATGCAATTCCAGGGGCAGGATTACCGTCCCGGCAGCCGGACCCAGGCTGAATCGTTGGGCGTGCGCATGGTGATGCAGGAGCTCAACCTGCTGCCGACCCTTTCCGTGGCTGAAAACCTGTTCCTCGACAACCTGCCCAGCCACGCTGGCTGGATCAGCCGCAAGCAATTGCGCAAGGCGGCAGTCGAGGCCATGGCCCAGGTGGGGCTGGATGCCATCGATCCTGACACGCTGGTCGGTGAGCTGGGGATCGGTCACCAACAGATGGTCGAGATCGCCCGCAACCTGATCGGCGATTGCCATGTGCTGATCCTCGACGAACCGACCGCCATGCTGACGGCCCGTGAAGTCGAGATGCTTTTCGAACAGATTACCCGTCTGCAAGCCCGCGGCGTGTCGATCATCTACATTTCCCATCGCCTCGAAGAACTGGCGCGGGTGGCCCAGCGCATTGCGGTGTTGCGCGACGGCAACCTGGTCTGCGTCGAGCCGATGGCCAACTACAACAGCGAGCAACTGGTGACGCTGATGGTCGGTCGCGAGCTGGGCGAGCACATCGACCTGGGCCCGCGCCAGATCGGCGCACCGGCACTGACGGTCAAGGGCCTGAGCCGTTCCGACAAGGTTCGCGATGTGTCCTTTGAAGTGCGCAGTGGCGAAATCTTCGGTATTTCCGGCCTGATCGGGGCGGGGCGCACCGAGCTGCTGCGGCTGATCTTCGGCGCCGATGCGGCCGACAGCGGCACGGTGGCGCTGGGTTCACCGGCGCAGGTGGTGAGCATTCGCTCGCCGTCCGACGCGGTAGCTCATGGCATCGCCTTGATTACCGAGGATCGCAAGGGCGAAGGCTTGCTGCTGACCCAATCCATCGCGGCCAATATTGCCTTGGGCAACATGCCGGAGATTTCCAGTGGCGGTTTCGTCAACGGCAGCGAGGAACTCTCGCTGGCGCAGCGGCAGATCGATGCCATGCGCATCCGCAGCTCCAGCCCGACGCAGTTGGTGTCGGAGCTGTCCGGCGGTAACCAGCAGAAGGTCGTGATCGGCCGCTGGCTCGAACGCGATTGCTCGGTATTGCTGTTCGACGAGCCGACCCGGGGCATCGACGTCGGCGCCAAATTCGACATTTATGCGCTGCTCGGTGAGTTGACTCGCCAGGGCAAGGCGCTGGTCGTGGTGTCCAGTGACCTGCGGGAACTGATGCTGATCTGCGACCGGATCGGCGTGCTGTCCGCCGGGCGCCTGATCGACACCTTCGAGCGCGACAGCTGGACCCAGGATGACTTGCTTGCCGCCGCGTTCGCCGGCTACCAGAAACGTGATGCGTTGCTCAACGAAGCAGCGCCTAGGGAACTCTCATGA MSVRDPNAVLCVSGIGKTYAQPVLSDITLTLMRGEVLALTGENGAGKSTLSKIIGGLVTPTTGQMQFQGQDYRPGSRTQAESLGVRMVMQELNLLPTLSVAENLFLDNLPSHAGWISRKQLRKAAVEAMAQVGLDAIDPDTLVGELGIGHQQMVEIARNLIGDCHVLILDEPTAMLTAREVEMLFEQITRLQARGVSIIYISHRLEELARVAQRIAVLRDGNLVCVEPMANYNSEQLVTLMVGRELGEHIDLGPRQIGAPALTVKGLSRSDKVRDVSFEVRSGEIFGISGLIGAGRTELLRLIFGADAADSGTVALGSPAQVVSIRSPSDAVAHGIALITEDRKGEGLLLTQSIAANIALGNMPEISSGGFVNGSEELSLAQRQIDAMRIRSSSPTQLVSELSGGNQQKVVIGRWLERDCSVLLFDEPTRGIDVGAKFDIYALLGELTRQGKALVVVSSDLRELMLICDRIGVLSAGRLIDTFERDSWTQDDLLAAAFAGYQKRDALLNEAAPRELS PGPT0016600_1053 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 D1-35_02362 978 rbsC_1 COG1172 Ribose import permease protein RbsC ATGAAAACCGCTCCTGCCGTCGGCAAATCGAATGGCAACTTTTATGGCCTTGGCACCTACCTGGGCCTGGCCGGCGCCTTGCTGGCCATGGTCGCGCTGTTCTCGGTCCTGAGCAGCCACTTTCTTTCCTATGACACCTTCAGCACCCTTGCCAACCAGATTCCGGATTTGATGGTACTGGCGGTCGGCATGACGTTCATCCTGATCATCGGCGGCATCGACCTGTCGGTGGGCTCGGTGCTGGCGCTGGCTGCCTCGACGGTCAGCGTGGCGGTGCTCGGCTGGGGCTGGAGCGTCTGGCCGTCGGCCTTGCTCGGCATGGCCGTGGCGGCGCTGGCCGGGACGGTGACCGGTTCGATTACCGTAGCGTGGCGCATCCCGTCGTTCATCGTCTCGCTGGGCGTGCTGGAAATGGCCCGTGGCCTGGCGTACCAGATGACCGGCTCGCGGACCGCCTATATCGGCGACTCCTTCGCCTGGCTGTCCAACCCGATCGCCTTCGGTATTTCCCCTTCGTTCATCATTGCCTTGCTGGTGATTTTCATTGCCCAGGCCGTGCTGACCCGTACCGTGTTCGGTCGCTACCTGATCGGCATCGGCACCAACGAAGAGGCTGTGCGCCTGGCCGGCATCAATCCCAAACCCTACAAGATCCTGGTGTTCAGCCTCATGGGGCTGCTGGCCGGTGTCGCCGCGCTGTTCCAGATTTCGCGCCTGGAGGCGGCAGATCCCAACGCCGGTTCAGGGCTTGAGCTGCAAGTCATCGCCGCGGTGGTCATCGGCGGTACGAGCCTGATGGGCGGGCGCGGCTCGGTCATCAGTACCTTCTTCGGCGTGCTGATCATTTCGGTGCTGGCGGCGGGCCTGGCCCAGATCGGCGCGACCGAGCCGACCAAAAGGATCATTACCGGTGCGGTGATCGTGGTGGCGGTGGTGCTCGATACGTACCGCAGCCAGCGCGCCAGTCGGCGGGCTTGA MKTAPAVGKSNGNFYGLGTYLGLAGALLAMVALFSVLSSHFLSYDTFSTLANQIPDLMVLAVGMTFILIIGGIDLSVGSVLALAASTVSVAVLGWGWSVWPSALLGMAVAALAGTVTGSITVAWRIPSFIVSLGVLEMARGLAYQMTGSRTAYIGDSFAWLSNPIAFGISPSFIIALLVIFIAQAVLTRTVFGRYLIGIGTNEEAVRLAGINPKPYKILVFSLMGLLAGVAALFQISRLEAADPNAGSGLELQVIAAVVIGGTSLMGGRGSVISTFFGVLIISVLAAGLAQIGATEPTKRIITGAVIVVAVVLDTYRSQRASRRA PGPT0016590_4241 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 D1-35_02363 1020 purR COG1609 HTH-type transcriptional repressor PurR ATGGCAACGATCAAGGATGTGGCGGCGCTCGCGGGGATCTCCTACACGACGGTGTCCCACGTGGTGAACAAGACGCGACCGGTCAGTGACGAGGTGCGACGCAAAGTCGAGGCGGCCATCGAGCGATTGGACTACGTGCCCAGCGCGGTGGCGCGTTCACTCAAGGCCAAGACCACAGCGACTATCGGCCTGCTGGTGCCCAACAGCCTCAACCCGTACTTCGCCGAACTGGCCCGTGGGATCGAGGATTACTGCGAGCGCAATGGCTATTGCGTGATCCTGTGCAATTCCGACGACAACCCGGACAAGCAGCGCAGTTACCTGCGGGTGCTGTTGGAAAAACGCATCGACGGCTTGATCGTGGCGTCGGCCGGCGGCGATGTCGGCCTGGCCGAGGGCTTGGCCAACGTGCGCACGCCCATGGTGATCGTCGACCGCGGGCTCGATGGGGTGGACGCCGACCTGGTGCGTATCGACCACGAATATGGCGCGTACCTGGCGACCCGGCACCTGCTGGAGCTGGGGCACCGCGACATTGCCTTTATCGGTGGGCCGGCGGACACCAGCGTGGCGCAGATGCGCCTGGCGGGTTACTGCCGTGCGCTGAAAGAGGCGGGGATCGAATTGCCCGTAGAGCGCATGCTCGAAAGCGATTTCACCAGTACCGGTGGCTATCGCGCGGCGGCGCAACTGCTTGAGCAGCAGCCGCCCAGCGCGATCTTCGCCGCCAACGATATGATCGGCATCGGGGCGCTGCGCGCCGCCGCCGAACGCAACGTGCGGGTGCCCGGCGAGCTGTCGATCATCGGCTTCGACGACATCCAGATGAGCCGTTACGTCTACCCGGCGCTGACCACGGTGGGGCAGTCGATCCTGCAGCTCGGCGAGATGGCGGCCGAAGTGCTGCTACGCCGGATCGCCACGCCGACGCTTGCCACCGACCAGCGGATCGTGACGCCCAGCATTGTCTTGCGAGAATCGACTGCACCGCTGTCCGGTACATTCGCCCAATACCGCTGA MATIKDVAALAGISYTTVSHVVNKTRPVSDEVRRKVEAAIERLDYVPSAVARSLKAKTTATIGLLVPNSLNPYFAELARGIEDYCERNGYCVILCNSDDNPDKQRSYLRVLLEKRIDGLIVASAGGDVGLAEGLANVRTPMVIVDRGLDGVDADLVRIDHEYGAYLATRHLLELGHRDIAFIGGPADTSVAQMRLAGYCRALKEAGIELPVERMLESDFTSTGGYRAAAQLLEQQPPSAIFAANDMIGIGALRAAAERNVRVPGELSIIGFDDIQMSRYVYPALTTVGQSILQLGEMAAEVLLRRIATPTLATDQRIVTPSIVLRESTAPLSGTFAQYR PGPT0017992_9192 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 D1-35_02364 915 rbsK COG0524 Ribokinase ATGCCAGCAAAAGTAGTGGTAATAGGCAGCCTGAACATGGACCTGGTGACGCGTGCGCCACGTCTGCCCCGTGGCGGTGAAACGCTGATCGGGGAATCGTTTTCGACCATCCCCGGCGGCAAGGGCGCCAACCAGGCGGTGGCTGCCGCGCGCCTCGGGGCGCAAGTGTCCATGGTCGGTTGCGTCGGCGGTGACGCCTACGGTCAGCAATTGCGCGGTGCGCTGGTGGCCGAAGGCATTGATTGCCAGGCCGTCAGCGTTGTCGAGGGTTCCAGCGGCGTGGCGCTGATCGTGGTCGATGACAACAGCCAGAATGCGATCGTGATCGTCGCCGGCGCCAACGGTGAGCTGACGCCGGCTGTGCTCGACAGTTTCGACGCGGTGCTGCAAAGCGCCGAGGTCATCATCTGCCAGCTTGAAGTGCCGGATGCCACCGTCGGCCATGCACTCAAGCGTGGTCGTGAACTCGGCAAGACCGTCATCCTCAATCCGGCGCCCGCTTCTCGGGCATTGCCCGCCGACTGGTACGCCTGCGTCGATTACCTGATTCCCAACGAAAGTGAAGCGGCGATCCTCAGCGGCCTGGCGGTGGAGTCCCTGGAAAACGCCGAAGCCGCCGCGACCCAGTTGATCGCCGCCGGTGCCGGCAAGGTGATCGTGACCCTGGGGGCCCAAGGGCTGATGTTCGCCAACGGTTCGAGCTTCGAACATTTCCCGGCGCCGCGGGTCAAGGCAGTGGACACCACGGCAGCGGGCGACACGTTTGTCGGCGGGTTTGCCGCGGCCCTGGCCAGCGGCAAGAATGAGGTCGAGGCTATTCGTTTCGGCCAGGTCGCCGCTGCACTGTCGGTCACCCGCGCGGGCGCTCAGCCTTCCATTCCAACCCTGCAGGAAGTACAGGCGTTCGAAGCATGA MPAKVVVIGSLNMDLVTRAPRLPRGGETLIGESFSTIPGGKGANQAVAAARLGAQVSMVGCVGGDAYGQQLRGALVAEGIDCQAVSVVEGSSGVALIVVDDNSQNAIVIVAGANGELTPAVLDSFDAVLQSAEVIICQLEVPDATVGHALKRGRELGKTVILNPAPASRALPADWYACVDYLIPNESEAAILSGLAVESLENAEAAATQLIAAGAGKVIVTLGAQGLMFANGSSFEHFPAPRVKAVDTTAAGDTFVGGFAAALASGKNEVEAIRFGQVAAALSVTRAGAQPSIPTLQEVQAFEA PGPT0017405_3123 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 D1-35_02365 405 rbsD COG1869 D-ribose pyranase ATGAAAAAAACTCCTCTGTTGAACATCGCCCTGTCGCGATTGATCGCCTCCCTCGGTCATGGCGACAAAGTGGTCATCGGTGACGCCGGCCTGCCGGTGCCGCCCCACGTCGAGTTGATCGACCTGGCGCTGACCCATGGGGTTCCGGATTTCGTCAGTACCTTGAAAGTGGTGCTCAGCGAGATGCAGGTCGAGCGCCATGTGTTGGCTCAGGAAATCCTCGATAAACAACCGTCGGCCCTGGCCACGTTGCAGGCGCTGCATGCCGAAGGCGCGCTGGGTACGCGGGAGCTGGTCAGCCACGAGCAATTCAAGACGCTCAGCCGAGAGGCGAGGGCAATCATTCGCACAGGAGAATGTTCTCCATACTGCAACGTGGTGCTGATCGCCGGCGTCACGTTCTAG MKKTPLLNIALSRLIASLGHGDKVVIGDAGLPVPPHVELIDLALTHGVPDFVSTLKVVLSEMQVERHVLAQEILDKQPSALATLQALHAEGALGTRELVSHEQFKTLSREARAIIRTGECSPYCNVVLIAGVTF PGPT0016595_512 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 D1-35_02366 1029 rihA COG1957 Pyrimidine-specific ribonucleoside hydrolase RihA ATGCACCGCTATGCTCAGAAAATGCATCAACTGTTGCGGAGTCTGCTGCTTTTGTCATTGCTCACGGCTACAAACGCCCAGGCGGCGGAAAAAATCGACCTGATCATCGACACCGATCCAGGCGCCGATGACGTGGTTGCGTTGTTGTTCGCGCTGGCATCCCCCGAAGAGCTGCATATTCGGGCGTTGACCACCGTCGCCGGCAACGTGCGCCTGGACAAGACATCCCGCAACGCGCGCCTGGCTCGCGAGTGGGCCGGGCGTGAAGAGGTTCCGGTGTACGCCGGTGCCCCGAAGCCGTTGATGCGCACGCCGATCTACGCCGAAAACATCCATGGCAAGGAAGGTTTGTCCGGTGTCGAGGTGCATGAGCCGAAGAAAGGATTGGCCGAGGGCAATGCCGTCAGCTACCTGATCGACACGCTCAAGGCCGCCAAGCCACACAGCATCACCATTGCGATGCTGGGCCCGCAGACCAACCTGGCCCTGGCGCTGGTCCAGGAGCCCGACATCGTCCAGGGCATCAAGGAAGTGGTGATCATGGGGGGCGCGCATTTCAACGGCGGCAATATCACGCCGGTGGCGGAGTTCAACCTGTACGCCGATCCCCAGGCGGCAGAGATAGTCGCCAAAAGCGGGCTGAAGCTGACGTATCTGCCACTGGACGTGACCCACAAGATCCTCACCAGCGAGGCACGCCTCAAGCAGATCGCCGCGCTGAACAACAACGCCAGCAAGCTGGTCGGCAATATTCTCAATGAGTACGTCAAGGGCGATATGGAGCACTACGGCATGACCGGCGGCCCGGTGCATGATGCGACCGTGGTCGCCTATCTGCTCAAGCCGCAGTTGTTTACCGGGCGTTCGGTCAATCTGGTGGTGGACAGTCGTGAAGGCCCGACGTTCGGGCAGACGGTCGTCGATTGGTACGACGGCCTCAAGGCGCCCAAGAATGCCTTCTGGGTGAAGGACGGCGATGCGCAGGGGTTCTTCGATCTGTTGACCGAGCGGCTGGCCCGCCTCAAGTAG MHRYAQKMHQLLRSLLLLSLLTATNAQAAEKIDLIIDTDPGADDVVALLFALASPEELHIRALTTVAGNVRLDKTSRNARLAREWAGREEVPVYAGAPKPLMRTPIYAENIHGKEGLSGVEVHEPKKGLAEGNAVSYLIDTLKAAKPHSITIAMLGPQTNLALALVQEPDIVQGIKEVVIMGGAHFNGGNITPVAEFNLYADPQAAEIVAKSGLKLTYLPLDVTHKILTSEARLKQIAALNNNASKLVGNILNEYVKGDMEHYGMTGGPVHDATVVAYLLKPQLFTGRSVNLVVDSREGPTFGQTVVDWYDGLKAPKNAFWVKDGDAQGFFDLLTERLARLK PGPT0013465_402 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239 NA NA D1-35_02367 198 hypothetical protein ATGAGCACCGTCAGCATCGAAGCCACCATCAATGCCAAATGGGCCCAGGGCCACAGCTCATACAGCCCGGGCAGCCCTGAGGAACTGGCAATCATCGGCATCGAGTTGTTGGTGAAAGAGCTCGGGACGCAAGGCGCTCAGAACTTCATCCAGCAGGCGTTCGAACGCTACCCGAGCATTATCGAGACGGTTGACTAG MSTVSIEATINAKWAQGHSSYSPGSPEELAIIGIELLVKELGTQGAQNFIQQAFERYPSIIETVD NA NA NA NA NA D1-35_02368 306 hypothetical protein ATGCAGATCGACCTGAACAAACCAGATGGACTTACCCTCGACTCGGTTCGCCAATTGCTGGCTTCTGCCAGTGATGACGAGCATACCCAACTGCGAGTGACCAAGGACGGCATTGCCTATCTGTCTTCGGGCATCGTGGGTGGTGCTGAAATCGATGGCCTGCGGTTCCGGCTCGAGACATGGGCGAAAGGGTCAGGCTACGTTGGCCGGGTCGCGGCAAGTGACGAGGTCTGGGTCATGCAGATCTATAACGCGCTGAAGGACAACTGGCCGAACCCACCCTTCGATTACATCGATATCTATTGA MQIDLNKPDGLTLDSVRQLLASASDDEHTQLRVTKDGIAYLSSGIVGGAEIDGLRFRLETWAKGSGYVGRVAASDEVWVMQIYNALKDNWPNPPFDYIDIY NA NA NA NA NA D1-35_02369 315 hypothetical protein ATGCCTTGGAAGCTCGTGTCATTGAATATTCTGTTGGCCGCCACGTTCTTGAGCGGATGCAGTAGCACGTCGGAGTCGACGCCTGATCCCGTGGCAGCCGAGGCCGGTCATACCCGCTGCGATGCCAAGGCCGCCGAGTTTGCCGTCGGCAAGCAGGCTTCGCCGCAGTTGCTTGAGCAAGCGCGCGCTCGATCCGGCGCGCAGAATGCCCGGATTCTCAAACCCAACGACATGATCACGCTTGAGTACCGCTCCGATCGCCTCAACCTCAACACCGATGCCAAGCTGGTGGTCAATCGGGTGAGCTGCGGCTGA MPWKLVSLNILLAATFLSGCSSTSESTPDPVAAEAGHTRCDAKAAEFAVGKQASPQLLEQARARSGAQNARILKPNDMITLEYRSDRLNLNTDAKLVVNRVSCG NA NA NA NA NA D1-35_02370 213 capB_2 Cold shock protein CapB ATGTCTAATCGCCAAACCGGCACCGTTAAATGGTTCAACGATGAAAAAGGCTTCGGCTTCATCACTCCTCAAGGTGGCGGTGACGACCTGTTCGTACACTTCAAAGCTATCGAAAGCGACGGTTTCAAAAGCCTGAAAGAAGGCCAGACCGTTTCCTTCGTAGCTGAGAAAGGCCAAAAGGGTATGCAAGCTGCACAAGTTCGCCCAGAGTAA MSNRQTGTVKWFNDEKGFGFITPQGGGDDLFVHFKAIESDGFKSLKEGQTVSFVAEKGQKGMQAAQVRPE PGPT0014675_1803 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_02371 303 hypothetical protein ATGCGTCTGAACACCCTATTGGCAGTAGTCGCCCCCCTCGCCCTGCTGCTTCCGCTGAGTGCCCACGCCGAATGGCCCAAGGGCGAGCGTGAGAAATACATGGCGCAGTGCACTCAAGCGGCGACCCCGCAGATTGGCGCAGCGGCGGCCAAGACCCACTGCGCTTGTGGCGCGGACGCGATCAAATCCTACCCGGCGAGCGATATCCAGGCGCTGATGGACAATAAGGCCACCCCTGAACTGCAGCAGAAAGCGCTCGGTCAGATCGCCAAATGCAAGGCCAATCCACCCGCAAAAAAATGA MRLNTLLAVVAPLALLLPLSAHAEWPKGEREKYMAQCTQAATPQIGAAAAKTHCACGADAIKSYPASDIQALMDNKATPELQQKALGQIAKCKANPPAKK NA NA NA NA NA D1-35_02372 1923 thrS COG0441 Threonine--tRNA ligase ATGCCAACTATTACTCTTCCCGACGGCAGTCAACGTTCATTCGACCACCCGGTTTCCGTAGCCGAGGTCGCCGCATCCATCGGCGCGGGCCTGGCCAAGGCCACCCTGGCCGGCAAGGTCGACGGCAAGCTGGTCGACGCCAGCGATGTCATCGACAGCGATGCCACGCTGCAAATCATCACGCCCAAGGACGAAGAGGGGCTGGAGATCATTCGCCACTCTTGCGCGCACCTGGTTGGCCATGCGGTCAAGCAGCTGTATCCGAGCGCGAAAATGGTCATCGGTCCGGTCATCGACGAAGGCTTTTATTACGACATCGCCTTCGAGCGTCCTTTTACCCCGGACGACATGGCCGCCATCGAACAGCGCATGCAGCAGCTGATCGAGAAAGACTACGACGTCATCAAGAAGGTCACCCCGCGCGCCGAAGTCATCGAAGTCTTCAAGGCCCGTGGCGAGGACTACAAGCTGCGTCTGGTGGAAGACATGCCGGACGAGCAGGCCATGGGCCTGTACTACCACGAAGAATACGTCGACATGTGCCGCGGCCCGCACGTGCCGAACACCCGTTTCCTGAAGTCCTTCAAGCTGACCAAGCTGTCCGGCGCCTACTGGCGTGGCGATGCGAAGAACGAACAGTTGCAGCGCGTCTACGGCACCGCCTGGGCCGACAAGAAGCAGCTGGCGGCCTACATCCAGCGCATCGAGGAAGCGGAAAAACGCGACCACCGCAAGATCGGCAAGCGCCTCGGCCTGTTCCACACCCAGGAAGAATCCCCGGGCATGGTGTTCTGGCATCCGAATGGCTGGACGCTGTATCAGGTGCTTGAGCAATACATGCGCCAGGTCCAGCGCGAAAACGGCTACCTGGAGATCAAGACGCCGCAAGTGGTTGACCGCAGCCTGTGGGAGAAATCCGGGCACTGGGCCAACTACGCCGACAACATGTTCACCACCCAGTCGGAAAACCGCGACTACGCCATCAAGCCGATGAACTGCCCGTGCCACGTGCAGGTGTTCAACCAGGGTCTGAAAAGCTACCGTGAGTTGCCGATGCGCCTGGCCGAGTTCGGTGCCTGCCACCGCAACGAGCCATCGGGTGCGCTGCACGGCATCATGCGCGTGCGGGCCTTTACCCAGGACGACGCCCACATCTTCTGCACCGAAGAGCAGATGCAGGCCGAATCCGCCGCGTTCATCAAGCTGACCATGGACGTCTACCGGGACTTCGGCTTCACCGAAGTCGAGATGAAGCTGTCCACTCGTCCGGAAAAACGCGTCGGCTCCGACGAACTGTGGGATCGCGCCGAAGCAGCCCTGGCCGCTGCGCTCGACAGCGCGGGCCTTGCGTACGATCTGCAGCCGGGCGAGGGCGCTTTCTACGGTCCGAAGATCGAATTCTCGCTGAAAGATTGCCTTGGTCGCGTCTGGCAGTGTGGTACCCTGCAGCTCGATTTTAACCTGCCGATCCGTCTGGGCGCTGAATATGTGTCCGAAGACAACAGCCGCAAGCACCCGGTCATGCTTCACCGCGCGATCCTCGGTTCCTTCGAGCGTTTCGTCGGTATCCTGATCGAACACTACGAGGGTGCGTTCCCCGCGTGGCTGGCGCCGACCCAGGCAGTGATCATGAATATCACTGATAAACAGGCAGATTTTGCCGCTGAAGTCGAAAAAACTCTCAACCAAAGCGGATTTCGTGCCAAGTCCGACTTGAGAAATGAAAAGATCGGCTTTAAAATCCGCGAGCATACTTTGCTCAAGGTTCCCTTTCTCTTGGTTGTTGGAGATCGGGAGGTCGAGATGCAGACTGTCGCTGTGCGTACTCGTGAAGGTGCTGACCTGGGCTCGATGCCCGTCGCCGAATTCGCTGAGTTTCTCGCGCAAGCGGTTTCCCGGCGTGGTCGCCCAGATTCGGAGTAA MPTITLPDGSQRSFDHPVSVAEVAASIGAGLAKATLAGKVDGKLVDASDVIDSDATLQIITPKDEEGLEIIRHSCAHLVGHAVKQLYPSAKMVIGPVIDEGFYYDIAFERPFTPDDMAAIEQRMQQLIEKDYDVIKKVTPRAEVIEVFKARGEDYKLRLVEDMPDEQAMGLYYHEEYVDMCRGPHVPNTRFLKSFKLTKLSGAYWRGDAKNEQLQRVYGTAWADKKQLAAYIQRIEEAEKRDHRKIGKRLGLFHTQEESPGMVFWHPNGWTLYQVLEQYMRQVQRENGYLEIKTPQVVDRSLWEKSGHWANYADNMFTTQSENRDYAIKPMNCPCHVQVFNQGLKSYRELPMRLAEFGACHRNEPSGALHGIMRVRAFTQDDAHIFCTEEQMQAESAAFIKLTMDVYRDFGFTEVEMKLSTRPEKRVGSDELWDRAEAALAAALDSAGLAYDLQPGEGAFYGPKIEFSLKDCLGRVWQCGTLQLDFNLPIRLGAEYVSEDNSRKHPVMLHRAILGSFERFVGILIEHYEGAFPAWLAPTQAVIMNITDKQADFAAEVEKTLNQSGFRAKSDLRNEKIGFKIREHTLLKVPFLLVVGDREVEMQTVAVRTREGADLGSMPVAEFAEFLAQAVSRRGRPDSE NA NA NA NA NA D1-35_02373 534 infC COG0290 Translation initiation factor IF-3 ATGAGACAAGATAAACGAGCTGCACCGAAAGCCCCGATCAACGAGAATATCTCGGCACGCGAGGTTCGGTTAATTGGCGCTGATGGCGAGCAGATTGGCATCGTCTCGATTGATGAAGCGCTTCGTATTGCTGAAGAAGCCAAGCTTGATCTGGTGGAAATTTCCGCGGACGCAGTCCCACCCGTTTGCCGGGTGATGGACTACGGCAAGTCGATCTTCGAAAAGAAGAAGCAGATTGCCGCGGCGAAGAAAAACCAGAAGCAGATTCAGGTAAAAGAAATCAAGTTTCGTCCAGGGACGGAGGAAGGGGATTACCAGGTAAAACTGCGCAACCTGGTACGTTTCCTGAGTGACGGGGACAGGGCCAAGGTATCCTTGCGATTCCGCGGCCGTGAGATGGCCCACCAGGAGCTGGGGATGGAACTCCTCAAGCGGGTTGAACAAGACCTGCTCGAGTACGGTTCGGTCGAACAGCATCCTAAGATGGAAGGACGCCAGCTGATCATGGTCATCGCCCCGAAAAAGAAGAAGTAA MRQDKRAAPKAPINENISAREVRLIGADGEQIGIVSIDEALRIAEEAKLDLVEISADAVPPVCRVMDYGKSIFEKKKQIAAAKKNQKQIQVKEIKFRPGTEEGDYQVKLRNLVRFLSDGDRAKVSLRFRGREMAHQELGMELLKRVEQDLLEYGSVEQHPKMEGRQLIMVIAPKKKK NA NA NA NA NA D1-35_02374 195 rpmI 50S ribosomal protein L35 ATGCCAAAGATGAAGACTAAAAGTGGTGCTGCTAAGCGGTTTCTGAAAACTGCTAACGGTATCAAGCACAAGCACGCTTTCAAGAGCCACATCCTGACCAAAATGTCGACCAAGCGTAAGCGTCAACTGCGCGGTAGCAGCTTGCTGCATCCGTCTGACGTGGCAAAAGTCGAGCGCATGCTGCGCCTTCGTTAA MPKMKTKSGAAKRFLKTANGIKHKHAFKSHILTKMSTKRKRQLRGSSLLHPSDVAKVERMLRLR NA NA NA NA NA D1-35_02375 357 rplT COG0292 50S ribosomal protein L20 ATGGCTCGTGTAAAGCGTGGCGTCATTGCCCGTAAGCGTCACAAAAAAATTCTGAAACTTGCTAAAGGCTACTACGGCGCGCGTTCCCGCGTATTCCGTGTTGCCAAGCAAGCGGTAATCAAGGCAGGCCAATACGCCTACCGTGACCGTCGTCAGAAAAAACGTCAGTTCCGCGCTCTGTGGATCGCTCGTATCAATGCTGGTGCTCGTGTTAACGGTCTGTCTTACAGCCGTTTCATCGCTGGCCTGAAAAAAGCGTCCATCGAGATCGACCGTAAGGTTCTGGCTGATCTGGCAGTGAACGAAAAAGCGGCGTTTGCTGCGATTGTCGAGAAAGCTAAAGCCACCTTGGCTTAA MARVKRGVIARKRHKKILKLAKGYYGARSRVFRVAKQAVIKAGQYAYRDRRQKKRQFRALWIARINAGARVNGLSYSRFIAGLKKASIEIDRKVLADLAVNEKAAFAAIVEKAKATLA NA NA NA NA NA D1-35_02376 1017 pheS COG0016 Phenylalanine--tRNA ligase alpha subunit ATGGAAAACCTGGACGCGCTGGTCGCTCAAGCACTAGAGGCTGTGCAAAGCGCTGAAGATATCAATGCCCTGGAGCAAATCCGGGTTCACTACCTTGGCAAGAAAGGCGAGTTGACTCAGGTGATGAAGACCCTGGGGAACCTGCCGGCTGAAGAGCGTCCGCAGGTCGGTGCGCTGATCAACGTCGCCAAGGAGCGTGTCACAGAGGTCCTCAATGCGCGCAAGGCGTTGTTCGAGGAGGCGGATCTGGCTGCCAAGCTCGCCGCCGAGTCCATCGACGTGACCCTGCCTGGCCGTGGCCAGACTTCCGGTGGCCTGCATCCGGTGACCCGTACCCTGGAGCGCATCGAGCAGTTCTTCACCCATATCGGCTATGGCATCGCCGAAGGCCCTGAGGTCGAAGACGACTACCATAATTTCGAAGCGCTCAACATCCCAGGCCATCACCCGGCCCGGTCGATGCATGACACCTTCTATTTCAATGCGAACATGCTGTTGCGCACCCATACCTCGCCCGTACAGGTCCGCACCATGGAATCGCAACAACCGCCGATCCGCATCGTCTGCCCGGGCCGTGTGTACCGCAGCGACTCCGATATCACCCACTCGCCGATGTTCCATCAGGTTGAAGGCCTGCTGGTGGATCGCGACATCAATTTCGCCGACCTGAAAGGCACTATCGAAGAGTTCCTGCGGGTGTTCTTCGAAAAAGAACTGGCCGTGCGTTTCCGCCCTTCGTACTTCCCGTTCACCGAGCCATCGGCTGAAGTCGACATGGAATGCGTGATGTGCAGCGGCAAAGGCTGCCGCGTCTGCAAACAGACCGGCTGGCTGGAAGTCATGGGCTGCGGCATGGTTCATCCGAACGTGCTGCGCATGTCCGGGATCGATCCGGAAGAGTTCTCCGGCTTTGCCTTCGGCATGGGCGTCGAGCGCCTGGCCATGCTGCGTTACGGTGTGAATGACTTGCGCCTGTTCTTCGACAACGACTTGCGATTCCTTGCGCAATTTCGCTAG MENLDALVAQALEAVQSAEDINALEQIRVHYLGKKGELTQVMKTLGNLPAEERPQVGALINVAKERVTEVLNARKALFEEADLAAKLAAESIDVTLPGRGQTSGGLHPVTRTLERIEQFFTHIGYGIAEGPEVEDDYHNFEALNIPGHHPARSMHDTFYFNANMLLRTHTSPVQVRTMESQQPPIRIVCPGRVYRSDSDITHSPMFHQVEGLLVDRDINFADLKGTIEEFLRVFFEKELAVRFRPSYFPFTEPSAEVDMECVMCSGKGCRVCKQTGWLEVMGCGMVHPNVLRMSGIDPEEFSGFAFGMGVERLAMLRYGVNDLRLFFDNDLRFLAQFR NA NA NA NA NA D1-35_02377 2379 pheT COG0072 Phenylalanine--tRNA ligase beta subunit ATGAAATTCAGTGAACAATGGCTGCGCGGCTGGGTAAGCCCGCAGGTAAGCCAGGACGAGCTGGTTGCTCGCCTGTCGATGGCCGGCCTTGAGGTCGATAGCGTGACGCCGGCCGCCGGTGAGTTCAGCGGTGTGGTCGTGGGCGAGGTGCTGAGCACCGAGCAGCACCCGGACGCCGATAAACTGCGGGTTTGCCAGGTCAACAATGGCACGGAGACCTTCCAGGTCGTCTGCGGCGCGCCCAACGTGCGCCCGGGCCTGAAGATTCCGTTCGCCATGATCGGCGCCGAGCTGCCGGGCGACTTCAAGATCAAGAAAGCCAAGCTGCGCGGCGTCGAATCCAACGGCATGTTGTGCTCCCAGGCCGAACTGCAGATCGGCGAAGGTAATGACGGCCTGATGGAACTGCCAGCCGACGCACCGGTTGGCCAGGACATTCGTGAATACCTGGGCCTGGACGATGCCAGCATCGAAGTCGACCTGACGCCGAACCGTGGCGACTGCCTGTCCCTCGCCGGTCTGGCGCGCGAAGTGGGCGCCTTGTATGACGCTCCGGTCACCCGCCCTGCGGTCGCGGTCGTTCCGGCGGTGCATGATGAAGTGCGGCCGGTTGAAGTTCTCGCGCCGGCCGCATGCCCGCGTTACCTGGGTCGTGTGATCCGCAACGTCGACCTATCGAAGCCGACCCCGCTGTGGATGGTCGAGCGCCTGCGGCGCGCCGACGTGCGCAGCATCGACGCGGCCGTCGACATCACCAACTATGTGATGCTCGAACTGGGCCAGCCGCTGCACGCGTTCGACCTGGCTGAAATCAACGGCGGCATCCGCGTGCGCATGGCCGACGAAGGCGAGAAGCTGGTACTGCTCGACGGCCAGGAAGTGACCCTTCGCAGCGACACACTTGTGATCGCCGACCACACCCGCGCCCTGGCGATTGCCGGCGTGATGGGCGGCGAGCACAGTGGCGTCTCGAAGACGACCCGTGATGTGTTCCTCGAAAGCGCGTTCTTCGACCAGATCGCTGTCGCTGGCAAGGCCCGTTCCTACGGCCTGCACACCGACGCCTCGCACCGCTACGAGCGTGGCGTGGATTGGCAGCTGGCCCGTGAAGCCATGGAGCGCGCCACTGGCCTGCTGCTGGAAATCACCGGTGGCGAAGCCGGCCCGATCATCGAGACGGTCAACGAGCAGCATTTGCCGAAGATCGCGCCGGTGACCCTGCGTGCCCAACGCATCACCCAGATGCTGGGCATGGAAATGGACTCGGCCGAAGTCGAGCGCCTGCTTAGCGCCCTGGGCCTGGGCATCCGCGCCGATGGGGAAGGACAGTGGCAGGTTGAAGTGCCGAGCCACCGCTTCGATATCAGCCTGGAAGTCGACCTGATCGAAGAACTGGCCCGCCTGTACGGCTACAACCGTCTGCCGGTTCGCTACCCGCAAGCCCGTCTGGCTCCACAGGCCAAGGCTGAGGCGCGCAGCGAGCTGCCGGAACTGCGCCGCCTGCTGGTGGCCCGTGGTTATCAGGAAGCGATCACCTACAGCTTCATCGATCCGCGCCAGTTCGAGCTGTTCAGCCCGGGTGTCGAGCCGCTGCTGCTGGCCAACCCGATCTCCAACGACATGGCGGCCATGCGTTCGTCCTTGTGGCCGGGCCTGGTCAAGTCGTTGCAGCACAACCTGAACCGCCAGCAGGACCGCGTGCGTCTGTTCGAAAGTGGCCTGCGCTTCGTTGGGCAACTGGACGGCTTGAAGCAAGAGCCGATGCTGGCCGGTGTCGTCTGTGGCAGCCGCCTGCCGGAAGGCTGGGCGCAAGGTCGCGATGTTGTTGATTTCTTCGACGTAAAAGCTGACGTGGAAGCGGTGCTGGGCTTCGCCGGCGCGCTAGACGCGTTCACCTTTGTGCCGGGCAAGCATCCGGCGCTGCACCCGGGCCAAACCGCACGCATCGAGCGAGACGGGCGCGAAGTCGGTTATGTCGGGGCGATTCACCCTGAATTGTCGAAGACCCTGGGCCTCGATCGTCCGGTCTTCGTTTTCGAGCTGGTGCTGGCCGAAGTCGCCCAAGGAAAAATGCCGAAATTCCAGGAGTTGTCGCGCTTTCCTGAAGTGCGTCGTGACCTTGCCCTGGTGGCCGATGTCAGCGTCGCATCCAGCGACGTACTGGCAGTAATCCGTGAAAATGCAGGCGAATGGCTGACGGACCTCAGGCTATTTGACGTGTATCAGGGTAAAGGCATTGATCCGCATAGAAAAAGCCTTGCAGTCGGCTTGACCTGGCAGCATCCATCGCGCACTCTTAACGACGATGAGGTGAATACCGCAACGCAGAATATCCTCACCTCGCTCGAACACAGGTTGAACGCCACGTTAAGGAAGTGA MKFSEQWLRGWVSPQVSQDELVARLSMAGLEVDSVTPAAGEFSGVVVGEVLSTEQHPDADKLRVCQVNNGTETFQVVCGAPNVRPGLKIPFAMIGAELPGDFKIKKAKLRGVESNGMLCSQAELQIGEGNDGLMELPADAPVGQDIREYLGLDDASIEVDLTPNRGDCLSLAGLAREVGALYDAPVTRPAVAVVPAVHDEVRPVEVLAPAACPRYLGRVIRNVDLSKPTPLWMVERLRRADVRSIDAAVDITNYVMLELGQPLHAFDLAEINGGIRVRMADEGEKLVLLDGQEVTLRSDTLVIADHTRALAIAGVMGGEHSGVSKTTRDVFLESAFFDQIAVAGKARSYGLHTDASHRYERGVDWQLAREAMERATGLLLEITGGEAGPIIETVNEQHLPKIAPVTLRAQRITQMLGMEMDSAEVERLLSALGLGIRADGEGQWQVEVPSHRFDISLEVDLIEELARLYGYNRLPVRYPQARLAPQAKAEARSELPELRRLLVARGYQEAITYSFIDPRQFELFSPGVEPLLLANPISNDMAAMRSSLWPGLVKSLQHNLNRQQDRVRLFESGLRFVGQLDGLKQEPMLAGVVCGSRLPEGWAQGRDVVDFFDVKADVEAVLGFAGALDAFTFVPGKHPALHPGQTARIERDGREVGYVGAIHPELSKTLGLDRPVFVFELVLAEVAQGKMPKFQELSRFPEVRRDLALVADVSVASSDVLAVIRENAGEWLTDLRLFDVYQGKGIDPHRKSLAVGLTWQHPSRTLNDDEVNTATQNILTSLEHRLNATLRK NA NA NA NA NA D1-35_02378 303 ihfA COG0776 Integration host factor subunit alpha ATGGGGGCTCTGACGAAAGCTGAGATGGCGGAACGTCTGTATGAGGAGTTGGGCCTGAATAAACGGGAGGCCAAAGAATTGGTCGAACTGTTTTTCGAAGAAATCAGGCACGCTCTCGAAGACAACGAACAAGTCAAATTGTCCGGTTTCGGCAATTTCGACCTTCGGGACAAACGCCAGCGGCCTGGCCGCAATCCGAAAACGGGAGAAGAAATCCCGATCACGGCTCGCCGTGTGGTCACCTTTCGTCCAGGGCAGAAGTTGAAGGCCCGAGTTGAGGCTTATGCTGGAACCAAGTCATAA MGALTKAEMAERLYEELGLNKREAKELVELFFEEIRHALEDNEQVKLSGFGNFDLRDKRQRPGRNPKTGEEIPITARRVVTFRPGQKLKARVEAYAGTKS NA NA NA NA NA D1-35_02379 357 hypothetical protein ATGCTGGAACCAAGTCATAACGACGAGCTACCCGTCATCCCAGGCAAACGCTACTTCACCATCGGTGAAGTCAGCGAGCTGTGTGCGGTAAAACCGCACGTGCTGCGTTATTGGGAGCAGGAGTTTCCTCAACTCAACCCGGTCAAGCGCCGCGGAAACCGCCGGTATTATCAGCGCCAGGATGTGCTGATGATCCGCCAGATCCGCGCGCTGCTGTACGACCAGGGGTTCACCATCGGCGGCGCGCGCCTGCGCCTTTCCGGTGATGAGGCCAAAGACGACACAACCCAGTACAAACAGATGATCCGCCAGATGATCGCCGAGCTTGAAGATGTACTGGTGGTGCTCAAGAAATAA MLEPSHNDELPVIPGKRYFTIGEVSELCAVKPHVLRYWEQEFPQLNPVKRRGNRRYYQRQDVLMIRQIRALLYDQGFTIGGARLRLSGDEAKDDTTQYKQMIRQMIAELEDVLVVLKK NA NA NA NA NA D1-35_02381 762 ygfF_2 putative oxidoreductase YgfF ATGGTCAACGACTCGCAGGCACCGCTGATCCTGATAACCGGCGGAAGTCGCGGAGTGGGCGCCGCCACCGCGCGGCTGGCCGCCGCACAAGGCTACGACGTCGCGATCAGCTACGTTGCCAACGAGCCCGCGGCGCTGGCCGTGGTCGCGGATGTGGAGGCACTCGGACGTCGCGCGCTGGCCATGCGCGCCGACAGTGCCGACCCCGAACAGGTCGCCGATCTGTTCGCGGCCATCGACCGCTCGTTCGGGCGCATCGACGTCCTGGTCAATAACGCGGGGATACTGTCGGCTCAGTCACGCCTGGAAGACCTTGGCTTCGAGCGCATGCAGCGCATCTTCGCGGTCAACTCCATCGGCCCGATTCTCTGCGCCCAGCAGGCAGTGAAGCGCATGGCGTACCGGCATAACGGCCCGGGCGGCGCGATCATCAACGTCTCTTCGGCATCGGCACGCCTGGGCAGTCCCAACGAATATGTCGATTACGCGGCGTCAAAAGGCGCCTTGGAGACCTTCACCATCGGCCTCGCCAAAGAAGTGGCCCGGGAAGGCATACGCGTCAACTGCATTCGCCCCGGACACATCTACACCGAAATGCACGCCAGCGGCGGCGAGCCGGGGCGGGTTGATCGGGTGAAGGACTCGATCCCCATGGGTCGAGGAGGCCAACCGGAGGAAGTGGCACGGGCGATTCTGTGGCTGGCGGGTGGAGAGGCGTCGTTTGTGACGGGGACGTTTCTTGATGTGACTGGAGGGAAGTGA MVNDSQAPLILITGGSRGVGAATARLAAAQGYDVAISYVANEPAALAVVADVEALGRRALAMRADSADPEQVADLFAAIDRSFGRIDVLVNNAGILSAQSRLEDLGFERMQRIFAVNSIGPILCAQQAVKRMAYRHNGPGGAIINVSSASARLGSPNEYVDYAASKGALETFTIGLAKEVAREGIRVNCIRPGHIYTEMHASGGEPGRVDRVKDSIPMGRGGQPEEVARAILWLAGGEASFVTGTFLDVTGGK PGPT0003180_16170 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 D1-35_02382 828 hypothetical protein ATGCCTATCCATATCATTTCACTGGTTCTTTTCGCCGCGCTCCTGCATGCCAGCTGGAACGCCTTGCTGCGCGGCGGTGCCGATCGGCTGTGGTCAATGACGATCATGTGCATCGCCATCGCCGTGACCTGCGTCGTCGCCGCAGCATTCATGGTCCCACCGGCTGCCGCCAGTTGGGGTTATGCGGTGCTTTCAGCCGTACTGCACGTCGGCTACAACCTGTTCCTGGTGCGCAGCTACCGGGTCGGCGACCTGGGACAGGTCTATCCGATTTCCCGTGGCTCATCACCGGCACTGATCGCCCTGGGCGCCGCCGTCTTCGCCGGAGAAAGCATCGCCCCCGGCGTCCTGCTGGGGATTGCGCTGGTGTCCGGCGGGATCATTTCCCTGGCCTTCAGGGGCCGCCAACTGTCGGTGCCCAGCCTGCCCTACGCGCTGGGCACCGGCTGTTTCATCGCCGCCTATAGCGTCGTCGACGGCATCGGTGCCAGGCTCTCCGGCGCGCCGCTCGCCTATACCGTCTGGATGTGCGCCTTGTGGGGCGTGATGATGCCGATGGTCTACATCGGCCTGCGCGACGCACGCAGCCTGTTCTCCGTCCGCCCCGGAATATTCAGCGCCGCGGCCGGCGGGCTGGTCTCCTTGCTGGCCTATGGAATAGTCATCTACGCCATGAACGAAGCGCCCCTGGGGGCGGTATCGGCATTGCGCGAAACCAGCGTGCTGTTTGCGGCGCTGATCGGCGCCATCTTCCTCGGCGAGACACTCACCGCCCGCCGGATCCTGGCGTGCGCAGTGATCGTCAGCGGCACCATCATCATCGGCTGA MPIHIISLVLFAALLHASWNALLRGGADRLWSMTIMCIAIAVTCVVAAAFMVPPAAASWGYAVLSAVLHVGYNLFLVRSYRVGDLGQVYPISRGSSPALIALGAAVFAGESIAPGVLLGIALVSGGIISLAFRGRQLSVPSLPYALGTGCFIAAYSVVDGIGARLSGAPLAYTVWMCALWGVMMPMVYIGLRDARSLFSVRPGIFSAAAGGLVSLLAYGIVIYAMNEAPLGAVSALRETSVLFAALIGAIFLGETLTARRILACAVIVSGTIIIG NA NA NA NA NA D1-35_02383 948 gcvA_2 Glycine cleavage system transcriptional activator ATGACGCGCATCCTCAAATCGCCGGATATCCTTCACATGAGAGACCTGCCGCCGACCGCTACATTACGAGCCTTTGAAGTCGCCACCCGCCACGCGACCTTTACCGCAGCCGCGCAAGAGCTGCACGTCACCCAAAGCGCGGTCAGTCACCAGCTCAAGCACCTGGAGTCCCTTTGGGGATTGCAACTGTTCGAGCGTGGCAAGTCACTGCGCCTCACCGCCGCGGGGGCCACGCTGGCGCCCATCGTGCGCGAGTTCTTCATGAGCCTTGAAGCGACCCTGGGCGATCTACGCGAACAGAAAGGCAGGGTTCGACTCGAAGTCAGCACCACTTATTCCTTCGCGCTGAAGTGGCTGCTGCCCCGCTTGCCGAATCTCTCCCGCCTGCACCCGGAGTTATTGGTCTCGCTGGACACCACCGACAAGATCATCCACTTCTCCAGTGCCCAGGCCGACGTGGCAATCCGGCTCGGCAAGGGCAACTACCCCGGCCTGTATTCGGAATTTCTCTTCGGCGAGCAGGTTTTTCCGGTGGCCAGTCCTGACTTGCTGCAGCGCTTCGGGACGCCACGCAGCCCCGCCGAACTGTTGCACTACCCGTTGCTGACCCGGGATGGCGCCGAGCTGGTGCCGAAATGGGAGATGTGGTTCGAGAAGGTCGGCCTGGAATTCTTGCCACTCAAGGAAAGCGTCAGGTTCGGCGACACCAACATGACGGTCGAGGCAGCCCTGCTCGGCCAGGGCGTTGCCTTGGTGCGCAGCGGGCACGTTGAAAGCGAAATCAGCGATGGCCGCCTGGTGCGGCTGTTCGACGTGCCATTCCCGTCACCACTGGCCTACTATTTTGTCTGTCCCAAGGGCATCGAATCGCAGCCGCATATCGTCAGCTTCCGCCAATGGTTGATCGGCGAGGCGTCGACCGTCCAACGCGCTTATGAAAATGCATGA MTRILKSPDILHMRDLPPTATLRAFEVATRHATFTAAAQELHVTQSAVSHQLKHLESLWGLQLFERGKSLRLTAAGATLAPIVREFFMSLEATLGDLREQKGRVRLEVSTTYSFALKWLLPRLPNLSRLHPELLVSLDTTDKIIHFSSAQADVAIRLGKGNYPGLYSEFLFGEQVFPVASPDLLQRFGTPRSPAELLHYPLLTRDGAELVPKWEMWFEKVGLEFLPLKESVRFGDTNMTVEAALLGQGVALVRSGHVESEISDGRLVRLFDVPFPSPLAYYFVCPKGIESQPHIVSFRQWLIGEASTVQRAYENA PGPT0026360_4098 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02384 2019 hypothetical protein ATGACAGACGTAGAGACGGCTATTGCTGAGTGGGAGCCGCTTGATCTCGAATGGCATCAGGGTTTCGCCTTCCTGGAAGGCGTGCTGCTGGGCGACGGGCAAGTGCCGGACGTGTACATCCTGCTCAACCCTGAAGGCGCACACCCCGACGCGATAGCGAAAGCTGCCAGTGACGGGCGTTATCCGCCTTCGCCTCTGGTTGCCGGCCAGCCGGTCTGGCGGCATCGACGCAACCCCTGGGTTTTGCGTGACGCCTTGCGCGACTATTACCTGCTTCCCGCCTACCCACAGCGCTACGGTTATCACGGGCTCCAGAGCCTGGCGTTTCGGTTCGACAAAGCCCTGGAAAACCTTGGCCACCAATATTGGCGCGATGCGTCCGGCGCCTATTGGTTCGGCGAATACGCAATCACCGAAATCCTTCAGGCAAAGCCCGACAGCCTGGCCCTGGTGGCATTGTCGCCAGCCTCGGTGACTGCAGCCTCTGCCCTGTTCAGCGACGGGGTGAGTATCTTTCTTCAAGGCAAATTCATCGCCAGCGCGACGGCGCGGGTGCGTTATTGCAATCACCCTTCCTATCGAGTGATTGACGGCCAGGTCTACAAGGGCTTCAACCCCCTGCATCAGAAGGACGGCACCCCATTGCCGATCAGCAATCCGGACGACTTCCGGATGCTCGCCGAACGCTGGGGAACCGATGGGCAGTCGATCATCGTGCAGGCGCAGCAAGGTTCGAGCATTGCCTATGAGTATTTCTATCGCATCGACAATGCCGACCTGGCGACCTTCACCGTGCTTAACGAACGTTACGCCAAGGACCAGCAACGCGCCTATTACCTGACCGGCAAGACCCTGCGCTACGTTGGCGATTTTCGGCTGCTGAAGAACTGCCACCCGGCGTTCGACGAGTGCGGCCGCGTGATTGGCAGCAGCGAAAGCGAGGATGAGTATTTCGCCGTGGACGACCTGTACGTCTACGCCGCCGGGACGCGCCTGCGTGACGCCCACGGCCCGAGTTTCCGCCACTTGGGGTTCGATTACTACCGTGATCAACATCACGTCTACAAACGTCAGAAACGCCTGGATGTCGACGTGGAAAGCTTCGTCGTGACCCAGCTCTGTGGCGATGACCTGGACTACTCGCCTGTGCTCGCAGGCGACAGGAATGGTCCGCTGGGTTCTGGCGGAATCATCGATGCGGCAATGCAACAGGCATGGGCGCCCTACTTCGAGGCTCATCCGCAATTGCAGGGTTACTGGTGGCATCGTTTGCAAGCGCCGCCTGAAGTTGCAGAAGCGCAAGCAGAAACGCCGCCGTTACAAGCCATCGGCCTCGGTTTCGAAGTCGGCCGCCAAGTGTATTTTCATGGCCGCGTTATCAATGGGCTGGACGCTGCAAGTTTCCAATTGCTCGACACACACCTGTGCGGCGATGCCCGGGGGCTTTATCTGATCCCGTTTCATAACGCCGAGACACAAGTGCCCGAACGGTTTTCCCAGGAGCCGGTTGAGCACTTCCGCTCACTCGGCGGGCCCTATCTCACCGACGGCAAAACCGTGTTCTGCCACCGGGTCTTCTACCATCCCCCTGAACCGATTCGTAAGGCTCAGGTAGGCAGTTTCGAGTCTTGCGGGCATGGTTGGGCCAAGGATCGGGACGCGGTTTATTACTACGGCGAGGCGAAAAAAAAGCTGCATCCTTGCGACACTCGCATTCTCGGTACCTATGCCGTTAGCCCCACGCTGATCTTCTCGGAAGGCAAGTGGCTGGATGTAGCTTTCGAGCCTGACGAAGTCCGCGTGCCGCATCCCGATTTCCTGCAATTGGGTACACGCAAACTGTTCTGCCATCGGCGGCCGCTGAGTGCCAAGCGTATCGACCTGGGCACCTTGGAATTCCTGACGGAGCGTCATGCCCGAGACAAGCACCGAATCTACCACTACGACGGCTATGCGAGCCTGACCGAGGTCGATGAAGCGCATTATCAGCAATCCCTTCGTGAGCCGTCCCATTCATAG MTDVETAIAEWEPLDLEWHQGFAFLEGVLLGDGQVPDVYILLNPEGAHPDAIAKAASDGRYPPSPLVAGQPVWRHRRNPWVLRDALRDYYLLPAYPQRYGYHGLQSLAFRFDKALENLGHQYWRDASGAYWFGEYAITEILQAKPDSLALVALSPASVTAASALFSDGVSIFLQGKFIASATARVRYCNHPSYRVIDGQVYKGFNPLHQKDGTPLPISNPDDFRMLAERWGTDGQSIIVQAQQGSSIAYEYFYRIDNADLATFTVLNERYAKDQQRAYYLTGKTLRYVGDFRLLKNCHPAFDECGRVIGSSESEDEYFAVDDLYVYAAGTRLRDAHGPSFRHLGFDYYRDQHHVYKRQKRLDVDVESFVVTQLCGDDLDYSPVLAGDRNGPLGSGGIIDAAMQQAWAPYFEAHPQLQGYWWHRLQAPPEVAEAQAETPPLQAIGLGFEVGRQVYFHGRVINGLDAASFQLLDTHLCGDARGLYLIPFHNAETQVPERFSQEPVEHFRSLGGPYLTDGKTVFCHRVFYHPPEPIRKAQVGSFESCGHGWAKDRDAVYYYGEAKKKLHPCDTRILGTYAVSPTLIFSEGKWLDVAFEPDEVRVPHPDFLQLGTRKLFCHRRPLSAKRIDLGTLEFLTERHARDKHRIYHYDGYASLTEVDEAHYQQSLREPSHS NA NA NA NA NA D1-35_02385 609 rhtB_4 COG1280 Homoserine/homoserine lactone efflux protein ATGCCGTTTGATACCTGGTTGCTCTATCTGGTTACTTGCTGCGGCATAGCGGTAGTGCCAGGTCCCAATGCCTTGTTGGCGCTGACCCACGGCGCCATTCACGGCAGCCGGAAAACGCTGTTCACCATCACCGGCGGCGTCCTCGGCTTTGCCGTCGTGCTGACGCTTTGCGCCCTGGGCCTGGGTGCGCTGATCCAGGCTTCAGTTACCTGGTTCACGGCGTTGAAAATCATCGGCGGGCTCTATCTGATCTGGCTGGGCTTCAATCTATGGCGATCGCCTCCCGTCAGTCTTGAGGCGCCCGCTACAGACAGCTTCCGTGGTTCGTCGCTGTTCCGCCAAGGGCTGGTATCGGCCATTTCCAATCCCAAGGCGCTGCTGCTGTTTACCGCATTCATTCCGCCGTTTCTGGATCCCCACCGGAACATCATCGCGCAGACGTTGGCCATCGCGCTGACTTACGCGGTTGTCGAGTTTATCGTCGAGTTCGGTGTAGCCAGCGCAGCGCACCGGGTCAGGCCCTGGCTGGCCCGAACCGGGCGCCGGTTCAATAAAGTCTGCGGCGGTTTTTTCGTACTTTTCGGGGTGAGCCTGCCGATTCATAACTGA MPFDTWLLYLVTCCGIAVVPGPNALLALTHGAIHGSRKTLFTITGGVLGFAVVLTLCALGLGALIQASVTWFTALKIIGGLYLIWLGFNLWRSPPVSLEAPATDSFRGSSLFRQGLVSAISNPKALLLFTAFIPPFLDPHRNIIAQTLAIALTYAVVEFIVEFGVASAAHRVRPWLARTGRRFNKVCGGFFVLFGVSLPIHN PGPT0021036_1207 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_RELATED_GENES CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834 NA NA D1-35_02386 783 hypothetical protein ATGACCACTCGCAAAACCGTCCTCATCACTGGCGCCTCCACCGGCATCGGCGCGGTCTATGCCAAGCGCTTCGCTCAACGCGGCCATGATCTGGTGCTGGTAGCCCGCGACAACGCGCGGCTGGAAGCGCTGGCAAGCGAACTGCGCAATGAACACAACGTCAGTGTCGATGTGCTCCAGGCCGACCTCACCCAAACCGGCGATCTGCACAAGGTCGAGGCCCGCCTGCGCGATGACGACAGCATCGGCATCCTGATCAACAACGCCGGCGCCGCCCAGTCCGGCAGTTTCATCGAACAGACCACCGACAGCGTCGCGCACCTCGTTGCGCTCAACACCACCGCGCTGGTTCGACTCGCCAGCGCCATCGCCCCGCGCCTGGCAAACGCTGGCGAAGGCGCAATCATCAACATCGGCTCCGTGGTCGGCCTGGCACCGGAATTTGGCATGTCGGTCTACGGCGCAACCAAGGCCTTTGTGCTGTTCCTCTCCCAAGGGCTCAGCCTCGAGCTTTCGCCCAAAGGCGTCTACGTCCAAGCCGTGCTGCCGGCAGCCACCCGTACCGAAATCTGGGAGCGCGCCGGCATCGACATCAATACGCTGAGTGAAATCATGGAAGTGAGCGACCTGGTGGATGCCGCGCTGGTCGGCTTCGATCGCCGCGAAGGCGTGACCATCCCGCCCTTGCAGGACGGCGCGCGCTGGGATGCGTTGCAGGCGGCGCGGCAGGGACTGCTGTCGCAGATCAAGCAATCGACGGTTGCCGAGCGCTACAAAGCCTGA MTTRKTVLITGASTGIGAVYAKRFAQRGHDLVLVARDNARLEALASELRNEHNVSVDVLQADLTQTGDLHKVEARLRDDDSIGILINNAGAAQSGSFIEQTTDSVAHLVALNTTALVRLASAIAPRLANAGEGAIINIGSVVGLAPEFGMSVYGATKAFVLFLSQGLSLELSPKGVYVQAVLPAATRTEIWERAGIDINTLSEIMEVSDLVDAALVGFDRREGVTIPPLQDGARWDALQAARQGLLSQIKQSTVAERYKA PGPT0030485_2515 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D1-35_02387 582 hypothetical protein ATGAGAGTGACCAAGGCCCAGGCACAGGCAAACCGCGAGCACATCGTCGAGACGGCGTCCGTGTTGTTCCGCGAGCGCGGCTTTGACGGAATAGGCGTGGCGGACCTGATGGCTGCTGCGGGTTTTACCCATGGCGGCTTCTACAAACATTTCGGTTCGAAGGCCGACCTGATGGCTGAGGCTTCCGCGAACAGCCTGTCGCAGTCGCTGGCCAGCACCGGCGAGCTTGATGTAGCCGGATTTTTTGCAATGTATCTATCCAGGGAACACCGCGACGCGCGGGGGCACGGTTGCACGATGGCGGCGTTGTGCGGGGATGCGGCGCGTCAGTCAGACGAGTTGAAGGCGACTTTCGCCAGCGGCGTCGAAAGCACCCTGGCTTCGCTTGAAAAAAAGCTTGGGACACAGGAGGAGGGGGCCCGGGCGAAGATGCTTGGCCTGCTCGCCCAGGCTATCGGCGCGATCATGCTTTCGCGCGCGTGCCCGGACGATGCCCCGCTGGCTGGGGAAATACTCGAGGTCTGCCGAGCACAGATCCTCGCGTCCCTGCCAGCATCCGGAGCCATGAAAAACCAGCGGTAG MRVTKAQAQANREHIVETASVLFRERGFDGIGVADLMAAAGFTHGGFYKHFGSKADLMAEASANSLSQSLASTGELDVAGFFAMYLSREHRDARGHGCTMAALCGDAARQSDELKATFASGVESTLASLEKKLGTQEEGARAKMLGLLAQAIGAIMLSRACPDDAPLAGEILEVCRAQILASLPASGAMKNQR NA NA NA NA NA D1-35_02388 264 hypothetical protein ATGACAGACATATATCTGCTGATAGCGAGCGGCACGGACCAGAGCGATGCGTACGTGCTGGGTTGGTTCGATGACAGGAACAAAGCCAGGGAAGTGGCCGAGCAGAAAGAATGGGAGGCTTATCGCGCCAGCCTGAAGGCGGAAAACCGTTGGTCAAGCCATAAACCGCTGGCGCCGGACAAGACCGAGTATCGGCGGTACTGGATCAAGACCGTGTCGAAGTTCGAATACGTTTCCGTCCCGAGGTCCCTGGCGGTTCACTGA MTDIYLLIASGTDQSDAYVLGWFDDRNKAREVAEQKEWEAYRASLKAENRWSSHKPLAPDKTEYRRYWIKTVSKFEYVSVPRSLAVH NA NA NA NA NA D1-35_02389 915 gcvA_3 Glycine cleavage system transcriptional activator ATGAAACTGCAACCGTTGCCGCCGCTCAACAGCCTGGTGGCGTTCGAGGCCGCTGCTCGCCACCTGAGTTTCACCGTGGCGGCTCGTGAACTGAACGTCACCCAGGGCGCCATCAGCCGCCAGATACGCCTGCTCGAAGATTATCTGGGCACGGCACTGTTCATCCGCACGACCCGTGAAATCAACCTCACTTCTACAGGCAGCCAGTACCACGAAAGCATTCGCGACACTCTGCAGCAGATCGCCCGCGCCACGGCTGGCGTTCGGCATTGGCAAGGCGCCCAGCAAGTCACCGTGGTCACCAGTACGGCGATGGCATCCCTGTGGCTGCTCCCGCTTGTTTCGGAGTTTCAGCGCCAGCACGAAGAAATCGACCTGCGCATCATCGCCACCGACCAGGTCGAGGACTTTTCCCGACTCGATTGCGATCTGGCGCTGTATTACTGCAGCAAGCCGCCCAACAACATGAAAGTCTCCGCGCTGTTCAGCGAAGAGATTTTCCCGGTATGCAGCCCCACGTACCTGGCGCAGCACCCCGAGGCCGGCAGGCTCGACCAGCTCGGCGCCTGCACCTGGTTATGGCTGGAGGATCAGCATCGGGACTGGATCGGCTGGAAGGAATGGTTCCGACGCCTGGGCCACCAGGCGCCAGAGCCTCGTCGGCGGATCAACATCAACAGCTACTCGATGCTGATCCAGTCGGCGCTGGCAGGGCAAGGTGTGGCCCTGGCCTGGTCGAGGTTGCTCGGCGACCACTTGCAGACCGGCAACCTTGTCCGCCCGACCGCTAGCCTCTTGCGCACCGATGCGCAGTTTTGCCTGCTGGAACCCTTGGGGCGCGTGCCGAACCGGCAAAGTGTCAATCGCTTCCGCGAATGGCTGATGGCCTACCTTGCGCAGACGGAGGATGCCTGA MKLQPLPPLNSLVAFEAAARHLSFTVAARELNVTQGAISRQIRLLEDYLGTALFIRTTREINLTSTGSQYHESIRDTLQQIARATAGVRHWQGAQQVTVVTSTAMASLWLLPLVSEFQRQHEEIDLRIIATDQVEDFSRLDCDLALYYCSKPPNNMKVSALFSEEIFPVCSPTYLAQHPEAGRLDQLGACTWLWLEDQHRDWIGWKEWFRRLGHQAPEPRRRININSYSMLIQSALAGQGVALAWSRLLGDHLQTGNLVRPTASLLRTDAQFCLLEPLGRVPNRQSVNRFREWLMAYLAQTEDA PGPT0026360_2904 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02390 1119 COG1018 NADPH oxidoreductase ATGACGACCTACGAAAAGCTGACGCGGCCCCAACGTTTTACCGACCCGACGACCTGGACCGCTTATGGCTCGCAATGGCACAGCGGCGAGCAGAAAACCTTGTCATGTTGCGCCGTGCACCAGGAAACCCATGACGTAAAGACGTTCGTGTTCCAATGCGCGGACTTCAGTGCCTTGAGCTTCGAACCGGGGCAATTCATCACGCTGTCGCCGGTCATCGGTGGGCAAACCATCGCGCGCTGCTACACGCTGTCGTCCTCCCCCACGCGCCCGTTCACCTTTTCGATTACGGTCAAGCGCGTGCCGGGTGGCGTGGTCTCGAACTGGCTGCATGACCATCTCGAACCGGGAGACAACCTCAGGGCGTCCGGCCCGGCGGGCAGTTTCACACCGGTGGGTCATTCGGCGACAAAACTGCTGTATCTGTCGGCCGGTTCCGGCGTGACGCCCTTGATGTCGATGACTCGCGCCGCCTGCGACATGGCGGCCAATCTCGACATCGTGTTCCTGCACAGCGCCCGCACGCCGGCGGATATCATTTTCCATGACGAACTGACGCGAATGCAGGCCGATATGCCCGGCCTGCGGGTCATCGGCATTTGCGAAGGGCTCGGCGTTGCCAGCCAATGGCAGCAACCGATCGGTCGGCTCGACCTGCCTCTGTTGAGCCAGCAAGTACCGGACTACCACCAGCGGGAAATCTTCACCTGTGGCCCCCAGGGCTACATGGAAGCAGTCAAGGCGCTGCTCAGGGAAGCGGCGTTCGATTTTCGCCACTATCATCAGGAAAGCTTCGATATCGCGGTGCTGAATGAGGAACCGCTGATCGAGCAGGCCCCCTCACTCGACCAGCAACAGATGTTCACCGTCACCCTGTCGCGCTCTGGCAAGACCTTCAGCATGCCCGGCAACCAGACCGTGCTGAGCGCGGCAAAAAAAGCCGGGGCGATCGTGCCCTCCTCGTGCAGCCAGGGCATCTGTGGCACCTGCAAGACCGCCCTGCTGGAAGGCACGGTGGACATGAACCACAACGGCGGCATCCGGCAACGGGAGATCGACAAAGGCCTGCGCTTGCTCTGCTGCAGCAAGCCGACCTCCAATCTGATCATCGATCTCTAG MTTYEKLTRPQRFTDPTTWTAYGSQWHSGEQKTLSCCAVHQETHDVKTFVFQCADFSALSFEPGQFITLSPVIGGQTIARCYTLSSSPTRPFTFSITVKRVPGGVVSNWLHDHLEPGDNLRASGPAGSFTPVGHSATKLLYLSAGSGVTPLMSMTRAACDMAANLDIVFLHSARTPADIIFHDELTRMQADMPGLRVIGICEGLGVASQWQQPIGRLDLPLLSQQVPDYHQREIFTCGPQGYMEAVKALLREAAFDFRHYHQESFDIAVLNEEPLIEQAPSLDQQQMFTVTLSRSGKTFSMPGNQTVLSAAKKAGAIVPSSCSQGICGTCKTALLEGTVDMNHNGGIRQREIDKGLRLLCCSKPTSNLIIDL PGPT0013685_227 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013685-gbcB-K21832 NA NA D1-35_02391 1254 Carnitine monooxygenase oxygenase subunit ATGAACCCAACCCTGAAAACCCATCGTGAACTGCTGGCCGACCGCACCCCGGGCCATGGCATGCCCGGCGGTCTGTTCGGCCGCGAGGATATTTTTGCAACCGACGTCGATGTGTTTTTTACCAAACACTGGATTCTGGTGGGGGTCACCAGCGACGTTGCCGAACCCGGCGATGTTTCGACGATCGATATCGGCAAATCCTCGATCATCCTGGTCCGCGATGATGACGAGCATGTGCAGGCGTTCCGCAATGTCTGCCGGCACCGTGGGGCGCGCTTGAAACAGGCCGGCAAATCGACGGTGGGCATGCTGGTCTGCCCCTATCACCAATGGACGTACGACCTGGATGGCAGCCTGAAACATGCCGCGCACATGGGCAAGGATTTCGACCCGGGGTGCAAGAGCCTGATCCCGGTCCACACCCGCGTGGTGGGTGCCCATGTATTCGTCTGCCTGAGTGACGAGCCGCCGGAAGACATCCTGTACCTCGACCAGGTCATGACCCCGCGTTTCGCTCAGTACGATCTCAGCCATTCGAAGATCGCCTACGAGTCGGAAATCATCGAAAACGGCAATTGGAAACTGGTGATCGAGAACAATCGCGAGTGTTATCACTGCGCCGCCACTCACCCCGAATTGACCGCGTCGTTCCTGCCGGAAGACTTCGGCTTCTGCACCGATGGCCTGGGCGAGGACTCGCTCCTGGCACTCAAGGAATACCACCAGCGCAACGCCGATACCAGGCAAGACTGGGAAAACCAAGGCTACCTCTGCGAGGCCGTCGAGCACCTGGGCGAGGACGCGGTGACTCAGTTCCGCACCCAGCGCCTGGCCATCGCCGGCAACGGCGAATCCCAGACCCTCGATACCCGCGTCGCCTGCACGCGCTTGTTTGGCGACCTCACCCGGCGCGATCTGGGCGACATGCACCTGTGGACCCACAACTCATGGACCCACATCATGAGCGACCATGCGGTGGTCTCCTACATCATCCCGCTGGCGCCCGACAAAACCCTGGTGCGGACCAAATGGCTGGTGCACGCCGATGCCATCGAGGGCGTGGACTACCAGGTGGATAAACTGATCGAGGTCTGGGCGGCGACCAATCTTCAAGACGCCAACCTGGTCGGCATCACCCACAGCGGCACCCAGGACCCGGCCTATTCACCCGGACCGTTCTCGGCGTTTACCGAAACCTATGTCGACCAGTTTTCTCGCTGGTACGCGGCGCGTCTGGCCGCCCATGGCGTGTGA MNPTLKTHRELLADRTPGHGMPGGLFGREDIFATDVDVFFTKHWILVGVTSDVAEPGDVSTIDIGKSSIILVRDDDEHVQAFRNVCRHRGARLKQAGKSTVGMLVCPYHQWTYDLDGSLKHAAHMGKDFDPGCKSLIPVHTRVVGAHVFVCLSDEPPEDILYLDQVMTPRFAQYDLSHSKIAYESEIIENGNWKLVIENNRECYHCAATHPELTASFLPEDFGFCTDGLGEDSLLALKEYHQRNADTRQDWENQGYLCEAVEHLGEDAVTQFRTQRLAIAGNGESQTLDTRVACTRLFGDLTRRDLGDMHLWTHNSWTHIMSDHAVVSYIIPLAPDKTLVRTKWLVHADAIEGVDYQVDKLIEVWAATNLQDANLVGITHSGTQDPAYSPGPFSAFTETYVDQFSRWYAARLAAHGV PGPT0013680_347 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013680-gbcA-K00479 NA NA D1-35_02392 1224 opuAA_1 COG4175 Glycine betaine transport ATP-binding protein OpuAA ATGAGCACCATTCGTTTTGAAGACGTCGACGTCATCTTCGCCAGCCGCCCGAAGCCGGCGCTGGAGCTGCTCGACCAGGGTTTTTCGCGCCCGGAGATTCTGCAGCAAACCGGCCTGATCGTCGGCGTGGAGAAGGCCAATCTCGACATCAACAAAGGTGAAATCTGCGTGCTGATGGGCCTGTCCGGCTCCGGCAAATCGAGCCTGTTGCGCTGCATCAATGGCTTGAACACGGTGAGTCGCGGCAAGTTGTTCGTCGAGCACGAGGGCCGACAGATCGACATCGCCGCCTGCACCCCGGCCGAGCTGAAAATGATGCGCACCCGACGCATCGCCATGGTCTTCCAGAAATTCGCCCTGATGCCCTGGCTGACCGTGCGCGAGAACATCGGTTTCGGCCTCGAAATGCAAGGCCGCCCCGAGAAGGAGCGGCGCAAGCTGGTCGACGAAAAGCTTGAACTGGTGGGCTTGACCCAATGGCGCAACAAGAAGCCCGACGAGTTGTCCGGCGGCATGCAGCAGCGCGTCGGCCTGGCCCGCGCCCTGGCGATGGACGCCGATATCCTGCTGATGGACGAACCCTTCTCGGCCCTCGATCCGCTGATTCGCCAAGGCCTGCAGGACGAACTGCTCGACCTGCAGCGCAAGTTGCACAAGACCATCGTCTTCGTCAGCCATGACCTGGACGAAGCCCTCAAGCTGGGAACCCGGATCGCCATCATGAAAGACGGCAAGATCATCCAGTACAGCAAACCCGAGGAGATCGTGCTGAAGCCGGCCGACGACTACGTGCGCAATTTCGTCGCCCACACCAACCCACTGAATGTGCTCTGTGCGGGAAGCCTGATGACCCCGTTGGACCAGTGCATATCCGCACAGGGCGAATATTGCCTGGATACGGTGCAGAACCTCTGGGTTGCGCTGAACGCATCGAGAGGATTGGCCAGCGTGCGCCGCGGCGCTGCGGCCCAACCGCCGCAACACTGGAACCGCAACGAGGCCACCGCGCCCTTGCGCCGCCTGGTCACCTCGGTGCCGGCGGATACCGGCATGCGCGAGGCGCTGCGTATCCGCTACGAAACAGGACACCCATTGATCGTGCTCGATAAAGACCAGACCGTCGTCGGTGTACTGGGCGATACGGAACTGTACCGCGCGCTGCTCGGGCATGACCTGTCGCGCCCGGTTTTATCCGAGCCATTGTCAGAGCCTGCGGTGGCCTGA MSTIRFEDVDVIFASRPKPALELLDQGFSRPEILQQTGLIVGVEKANLDINKGEICVLMGLSGSGKSSLLRCINGLNTVSRGKLFVEHEGRQIDIAACTPAELKMMRTRRIAMVFQKFALMPWLTVRENIGFGLEMQGRPEKERRKLVDEKLELVGLTQWRNKKPDELSGGMQQRVGLARALAMDADILLMDEPFSALDPLIRQGLQDELLDLQRKLHKTIVFVSHDLDEALKLGTRIAIMKDGKIIQYSKPEEIVLKPADDYVRNFVAHTNPLNVLCAGSLMTPLDQCISAQGEYCLDTVQNLWVALNASRGLASVRRGAAAQPPQHWNRNEATAPLRRLVTSVPADTGMREALRIRYETGHPLIVLDKDQTVVGVLGDTELYRALLGHDLSRPVLSEPLSEPAVA PGPT0013630_562 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 D1-35_02393 849 opuAB_1 COG4176 Glycine betaine transport system permease protein OpuAB ATGTGGACTGCACAAGAAAAACTCCCACTGGGTGAGTACATCGCCCGATACGTCGAATGGCTGACCCAAAATGGCGCCGATGTCTTCGACGCCATTTCGCTGTCGCTCTCCGAGGTCATTTCGGTCTTTACCAGCGCCCTCCTCTGGTTCAACCCGCTGGCCTTGATCGGGCTGCTGGCCCTCTTCGCTTATTACATTCAACGCAAGGTGAGCCTGACGCTCTTCGTCGCCCTGTCGTTCCTGTTGATCTTCAACCTGGGCTACTGGCAGGAAACCATGGAAACCCTGGCCCAGGTGACATTCGCCACGCTGGTGTGCGTCATCATCGGCGTGCCGCTGGGCATCGTCGCGGCGCATCGTCCCTGGTTCTACGCAACCCTGCGACCGGTGCTCGACCTGATGCAGACCGTCCCCACTTTCGTCTACCTGATCCCGACCTTGACGCTGTTCGGCCTCGGCGTGGTTCCGGGATTGATTTCCACGGTGGTCTTCGCCATTGCCGCGCCAATCCGCCTGACCTACCTGGGCGTGCGCGATGTGCCTCAAGAACTGATGGACGCCGGCAAAGCCTTCGGCTGCTCACGTCGCCAGCTGCTGGCACGCATCGAGCTGCCCCATGCCATGCCGAGCATCGCCGCCGGGATTACCCAATGCATCATGTTGTCGCTGTCGATGGTGGTCATCGCGGCGCTGGTCGGTGCGGATGGCCTGGGCAAACCCGTGGTCAACGCGCTGAATACCGCCGATATCGCCATGGGTTTCGAAGCAGGCCTGGCGATCGTGTTGTTGGCGATCATCCTCGACCGCATCTGCAAGCAGCGCGAAACCGTGAAAAGAGGTGACGCATGA MWTAQEKLPLGEYIARYVEWLTQNGADVFDAISLSLSEVISVFTSALLWFNPLALIGLLALFAYYIQRKVSLTLFVALSFLLIFNLGYWQETMETLAQVTFATLVCVIIGVPLGIVAAHRPWFYATLRPVLDLMQTVPTFVYLIPTLTLFGLGVVPGLISTVVFAIAAPIRLTYLGVRDVPQELMDAGKAFGCSRRQLLARIELPHAMPSIAAGITQCIMLSLSMVVIAALVGADGLGKPVVNALNTADIAMGFEAGLAIVLLAIILDRICKQRETVKRGDA PGPT0013635_2038 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 D1-35_02394 702 hypothetical protein ATGCCCCAGGTAGGAAAGGCGCGCGGCAAGGCCCAGGACGCCGGCTGGCGAGGGTCGCCCGAAGGCTGGCTGGAAGCGGCCTACGAGGCCTTGAAGGAGTCCGGCATCGATGCGGTCAGGGTCATGCCGCTGGCCAAGCGTTTGGGATTGTCACGCACCAGCTTCTATTGGTTCTTCGAGGATCGTGAGCAGTTGCTCGCCGCCTTGCTGTCGCGCTGGCGCGAGACCAACACCGGTGGCTTGATCCGGCAAAGCGAGAGCTACGCCGAGAGCATTTCCGAGGCGATCCTGAATGTCTTCGAATGCTGGCTCAATCCTCAATTGTTCGATTCGCAATTCGAATTCGCCGTGCGCAGCTGGGCGCTCCAGTCCGCTGAAGTGGCGCAGGAAGTCGCCATCGTCGACGAGCAGCGAATGGGCGCCCTGGCGAGCATGTTCAAGCGCTTTGGTTATGACAGCCAGGGTGCCGACGCACGGGCCCGGACGATTTACCTGACCCAGATTGGCTACATCACCATGAACACCAGCGAGCTGATCACCGTGCGTTTCCAGCGCATCCCGCATTATGTGAGCATTTTCACCGGCAAAGTACCCAAGCAGCGCGAGCTGGATCGTTTCTACGGTAAATTCGGTTATGCCGAAAAAGAGCCAGGGATCTTTGTGCCGTTGACGGAAACCTTTGAAGAGACGGCCGGTAAATGA MPQVGKARGKAQDAGWRGSPEGWLEAAYEALKESGIDAVRVMPLAKRLGLSRTSFYWFFEDREQLLAALLSRWRETNTGGLIRQSESYAESISEAILNVFECWLNPQLFDSQFEFAVRSWALQSAEVAQEVAIVDEQRMGALASMFKRFGYDSQGADARARTIYLTQIGYITMNTSELITVRFQRIPHYVSIFTGKVPKQRELDRFYGKFGYAEKEPGIFVPLTETFEETAGK NA NA NA NA NA D1-35_02395 786 proC_1 Pyrroline-5-carboxylate reductase ATGAACGCGCCGACGCTGGGCATCATTGGCGGAACGGGCTGGCTGGGCGGGGCGATTGCCAAGGCTGTGTTGGCGCAGGCGCTGTTGCCGGCGGGTAACCTGGTTATTTCCAATCGCTCGGGTGTCCATCCTTTGGCGCAACAAGGCGTTTGTCTGGTCACGGACAACCAGGCGCTGGTGGACCGCAGCGACGTGATCATCATCGCGGTGCGCCCTGAGCAGTTCGCCGGCCTGAGCCTCAACGCTTCTGGCAAGACAGTCATTTCATTGATGGCCGGGATCACCGCGCAGGCCATTGCCGCCCGGACCTCGGCTTCGAGAGTGCTGCGGGCGATGCCCAATGCGGCGGTGGAGATCGGGCAGTCGTTTACACCTTGGTATTGCTTCGGCGTGGTGGATGCGGCGACGAAGAGCTTCGTCCAGCGCTTGTTCGGATGCGTCGGTACTGCCGCCGAGGTTGAGCAGGAAGACTTCATTGATTACCTTTCCGCGCTTTCCGGCACCGGCCCGGCCTTTCCCGCCTTGCTCATGACAGCCCTGGCCAATCAGGCGATGGAGGCCGGCATCCCCGCCGAGATTGCACAGCTTGCGGCGAAGAATGTCGTGGTCCACAGCAGCCAGTTACTGGCCAGCCATGACGCCGGGCAGATGATCGACGCCCTGGTCGCCTACCGCGGCGTGACCGCCGCCGCCCTCCAGGCGATGACCGAGGGACATTTCGAGGAGCAGGTGGGGAAGGCATTGCAAGCCGGCGCCACGGTCGCCCGCCAGGGCCTGCAAGCCTGA MNAPTLGIIGGTGWLGGAIAKAVLAQALLPAGNLVISNRSGVHPLAQQGVCLVTDNQALVDRSDVIIIAVRPEQFAGLSLNASGKTVISLMAGITAQAIAARTSASRVLRAMPNAAVEIGQSFTPWYCFGVVDAATKSFVQRLFGCVGTAAEVEQEDFIDYLSALSGTGPAFPALLMTALANQAMEAGIPAEIAQLAAKNVVVHSSQLLASHDAGQMIDALVAYRGVTAAALQAMTEGHFEEQVGKALQAGATVARQGLQA PGPT0014225_5653 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286 NA NA D1-35_02396 2037 stcD_1 putative N-methylproline demethylase ATGTCCAGCGATCCTCTGCTGCAGCCCTACAAGATCAAGCATCTGACCCTCAAGAATCGGATCATGACCACCTCCCACGAACCCGCGTATCCCGTGGATGGCATGCCGAAGGATTTGTACCGCGCCTATCACGTCGAACGGGCGAAGGCCGGCGTTGCGTTGACCATGACCGCAGGCTCCGCTGCGGTTTCACGGGACAGCCCGCCGGTGTTCAACAACGTGCTGGCGTACAAGGACGAGGTGGTCAAATGGATGAAGGACCTGACCGACGAATGCCACGAACACGGCGCCGCGGTGATGATTCAACTGACCCACCTGGGGCGGCGCACGCGCTGGGACAAGGCTGACTGGCTACCGGTCGTCTCGCCGTCCCATCGCCGCGAAGCGTCCCACCGGGCGTTCCCGAAAAAGATGGAAGACTGGGACATCGACCGGATCGTCAAGGACTACGTGGACGCCGCCGAACGCATGAAGGCCGCCGGTCTCGACGGTTTGGAACTGCAGGCCTACGGGCACCTCATGGATCAATTCTGGTCGCCACTGACCAACGATCTCGACGGCCCCTACGGTGGTTCGCTGGAAAACCGCATGCGCTTCACCTTCGATGTGTTGCGCGGCATCCGCCAGCGCTGCGGTGAGGACTTCCTGCTGGGGGTGCGCTACACCGGCGATGAAGACCTGCCCGGCGGCTTTGGCGCCAGCGATGGCCTGCAGATTTCCCACATGCTCAAGGACAGCGGGCTGGTAGATTTCCTCAACGTCGTGCGCGGGCACATCGATACCGATGCCGGCCTCACCGACGTGATCCCGATCCAAGGCATGCGCAACTCGCCGCATCTGGATTTTGCTGGCGAGATCCGCTCCGCCACCGGTTTCCCGACCTTTCATGCAGCGAAGATCCCGGACGTCGCCACGGCGCGACACGCCATCGCCTCGGGCAAGGTGGACATGATCGGCATGACCCGCGCGCACATGACCGACCCGCATATCGTGCGCAAGATCATCGAAAAACGTGAAGAAGAGATCCGCCCTTGCGTTGGCGCCAACTATTGCCTGGACCGCATCTATCAGGGCGGCGCCGCGTATTGCATCCACAACGCCGCCACCGGGCGCGAAACCACCATGCCCCACGAAATCCCCAAGGCGCCGCTCAAGCGCAAGGTGGTGGTAATCGGCACCGGCCCGGCGGGCCTGGAGGCGGCACGGGTGGCCGGCGAGCGCGGCCATGCAGTCACCGTGTTCGAAGTGGCCGACCAGCCAGGCGGGCAGATCCGCTTGACCGCGCAGAGCGAGCGCCGCCGCGAGATGATCAGCATCATCGACTGGCGCATGGCGCAATGTGAACGCCTTGGCGTGAAGTTCCAGTTCAACACCTGGGCCGAAGCCGAGACGGTGATGGCCGAAGAACCGGACGTGGTAATCGTCGCCACGGGCGGCCTGCCCCACACCGAGGTGCTCAAGCAAGGCAACGAACTGGTGGTGTCGACCTGGGACATCGTTTCCGGCGATATCAAGCCCGGCCAGAACGTGCTGATCTTCGACGACGCCGGCGACCACGCGGCGCTACAGGCGGCCGAGATCATCGCCAGCAGCGGCGCGAAACTGGAAATCGTCACGCCCGACCGGTCGTTCGCACCGGAGGTGATGGCGATGAACCTGGTGCCTTACATGCGCAGCCTGCAAGACCTGAACGTCACCTTCACCGTCACCTATCGGGTCGATTCCGTGGAAAAACGCGACGGTCAACTGGTTGCGCACTTCGGCAGCGACTACGGCCAGGTGCACAAGCAGCGTGTGGTCGATCAGGTGGTGGTCAACCACGGCACCCTGCCCCTGGACGATTTGTACTTTGAGTTGCGGCCGTATTCGAGCAACAACGGCGCGGTCGAGCAGCACAACCTGATCGCCGGGAAAACCCAGAATATCGTGACCAACCCCGGAGGCCGCTTCCAGCTGTTCCGGATCGGCGACGCGGTGTCGGCGCGCAATACCCATGCGGCCATCTACGATGCGCTGCGGTTGGTCAAGGACATCTGA MSSDPLLQPYKIKHLTLKNRIMTTSHEPAYPVDGMPKDLYRAYHVERAKAGVALTMTAGSAAVSRDSPPVFNNVLAYKDEVVKWMKDLTDECHEHGAAVMIQLTHLGRRTRWDKADWLPVVSPSHRREASHRAFPKKMEDWDIDRIVKDYVDAAERMKAAGLDGLELQAYGHLMDQFWSPLTNDLDGPYGGSLENRMRFTFDVLRGIRQRCGEDFLLGVRYTGDEDLPGGFGASDGLQISHMLKDSGLVDFLNVVRGHIDTDAGLTDVIPIQGMRNSPHLDFAGEIRSATGFPTFHAAKIPDVATARHAIASGKVDMIGMTRAHMTDPHIVRKIIEKREEEIRPCVGANYCLDRIYQGGAAYCIHNAATGRETTMPHEIPKAPLKRKVVVIGTGPAGLEAARVAGERGHAVTVFEVADQPGGQIRLTAQSERRREMISIIDWRMAQCERLGVKFQFNTWAEAETVMAEEPDVVIVATGGLPHTEVLKQGNELVVSTWDIVSGDIKPGQNVLIFDDAGDHAALQAAEIIASSGAKLEIVTPDRSFAPEVMAMNLVPYMRSLQDLNVTFTVTYRVDSVEKRDGQLVAHFGSDYGQVHKQRVVDQVVVNHGTLPLDDLYFELRPYSSNNGAVEQHNLIAGKTQNIVTNPGGRFQLFRIGDAVSARNTHAAIYDALRLVKDI PGPT0021970_166 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_STACHYDRINE_USAGE PLANT_DERIVED_STACHYDRINE_DEGRADATION,PGPT0021970-hpbA-K22551 NA NA D1-35_02397 102 hypothetical protein ATGACCGGCGCGCATACGCCGGATCACCCCTGTTTCGACTGGATGGTAATCCTGGTTATTCCCCCGCGCAAGAAAAATGTACACCTGTGTCTCAATCGTTGA MTGAHTPDHPCFDWMVILVIPPRKKNVHLCLNR NA NA NA NA NA D1-35_02398 750 etfB_2 Electron transfer flavoprotein subunit beta ATGAAAGTGCTCGTTGCGATAAAGCGCGCCATCGACCCGAATGTGAAAGTCCGGGTGAAGGCTGACGGTTCAGACGTTGAGCTCAACGGCGTGAAAATGGCCTTGAATCCGTTCTGCGAGATCGCGGTTGAAGAGGCGATTCGCCTCAAGGAAAAAGGGCTGGCAACCGAAGTGGTGGTGGTCTCGGTGGGCACATCGGCCGCCCAGGAACAACTGCGCACGGCGTTGGCACTCGGTGCGGACCGCGCACTTCTGGTCGAGACCAGCGCGATTCTCGAGCCGCTCAACGTCGCCAAGTACCTGAGCAAAGTGATTGATCAGGAACAACCGCAACTGATCCTGTTCGGCAAGCAGGCGATCGACCAGGAAAACAATCAGGTCGGGCAAATGGTCGCGCAATTGATCGGCAGCGGTCAGGCCACTTACGCCTCGGCAGTCAATCATGTCGACGGGCAATGGCTCGTCGAGCGTGAGGTCGATGGGGGCAGCCAGGTGGTCGCGCTGTCGACGCCGGCCGTGGTGACTTGCGATCTGCGCCTGAATCAACCGCGCTACGCCTCGTTGCCGAACATCATGAAAGCCAAGAAAAAGCCCTTGGAAACCATCGCCGCCGACAGCTTGGGCGCGAGCGTGAAGCAACACGCTCGATTGCTCGGTGTTGTCCCTCCACCGGTACGCAAAGCAGGCATCACGGTCGCTTCGGTGACCGAGTTGGTGGATAAACTGAAAACCGTTGCGGGGGTGATTTGA MKVLVAIKRAIDPNVKVRVKADGSDVELNGVKMALNPFCEIAVEEAIRLKEKGLATEVVVVSVGTSAAQEQLRTALALGADRALLVETSAILEPLNVAKYLSKVIDQEQPQLILFGKQAIDQENNQVGQMVAQLIGSGQATYASAVNHVDGQWLVEREVDGGSQVVALSTPAVVTCDLRLNQPRYASLPNIMKAKKKPLETIAADSLGASVKQHARLLGVVPPPVRKAGITVASVTELVDKLKTVAGVI PGPT0001035_4233 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521 NA NA D1-35_02399 936 etfA_2 COG2025 Electron transfer flavoprotein subunit alpha ATGCGCACATTGGTGATCGCCGAGCACAGTGTCGGTCAACTGACGGCAGGCACCTGGAGCGCCGTGGGCGCTGCCGTGGCGTTGGGTGCTGAAACGGATTTGCTGGTGATGGGCGGGACGGACGCCTCGGCCGTGGCGCAACAGGCAGCGCTGGCCCAAGGCCTGGACCGGGTGCTGCTCGCACAGGCGGAGGTATTCGAAAATGCCCTGGCTGAAAACGTCCAGCCGCTGATCACGTCGCTGGTGGCCGAGGGGTATACACACGTCGTTGCCGATGCCAGCAGCATGGGCCGCAATCTGCTGCCACGGGTCGCGGCGAGCCTGGATGTGGGCATGCTTTCGGACGTTACCCACATCGTCTCGGCGGACACTTTCCAGCGGCCTGTTTATGCCGGCAATGCCATCGCCACGCTGCAGTCACTGGATCCGATCAAGTTGCTCACGGTGCGCGCTTCGGCATTCGCCCCAGCGTTATCCCATGACAAACCCTGCGAAGTGGTTGCAGTGGACGGCGGACAAAGCGCCAGCAACGTGCGTTTGGTGAGCGAACAACTGACGGCCAGCGAACGGCCCGATCTGTCGAGCGCCCGCGTCGTCGTTTCCGGTGGCCGCGGGATGCAGAGCAAAGAGAACTTCGCCCTGATCGAGCGAGTGGCCGACAAGCTCGGCGGTGCCGTGGGGGCCTCCCGCGCTGCTGTTGATTCGGGATTCGCGCCCAACGATTTGCAGGTCGGGCAGACGGGCAAGATCGTCGCGCCGGAGCTTTATATTGCCGCAGGCATCAGTGGCGCCATTCAACATCTGGCGGGCATGAGCGGTTCAAAGGTCATCGTCGCGATCAACCAGGACGCCGAGGCACCGATTGCCCAGGTGGCGGATTACCTGTTGGTGGCGGATTTGTTCGAGGCGTTGCCGGCACTCGAAAGGGCATTGTGA MRTLVIAEHSVGQLTAGTWSAVGAAVALGAETDLLVMGGTDASAVAQQAALAQGLDRVLLAQAEVFENALAENVQPLITSLVAEGYTHVVADASSMGRNLLPRVAASLDVGMLSDVTHIVSADTFQRPVYAGNAIATLQSLDPIKLLTVRASAFAPALSHDKPCEVVAVDGGQSASNVRLVSEQLTASERPDLSSARVVVSGGRGMQSKENFALIERVADKLGGAVGASRAAVDSGFAPNDLQVGQTGKIVAPELYIAAGISGAIQHLAGMSGSKVIVAINQDAEAPIAQVADYLLVADLFEALPALERAL PGPT0001040_4066 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522 NA NA D1-35_02400 900 hypothetical protein ATGATGACCTTACCCCGTAAAACTTTTATCGGCTGGTTTGCCGGCCTTGCATTGGCCTGCGGCAGCCTGATCGCTCAAGCCGAGGAACCCGCGCCCATTCGTATCGGCTGGGTGAACTGGTCGGATACGGAAATCGCCGTGAAGCTGGCGAATACCGCGTTGCAGGATCATCTCAAGCAACCGGTCAAGCTGGTACTGGCCGACATCGGCATCCAGTTCCAGGCACTGGCCAACGGCAATATCGATTTGATTCCGATGGTCTGGCTGCCGAGCACCCACAAGTCCTTCTATGACAAGTACAAGGACAAGCTCGAAGACCTCGGCGTCCTGTATGAAGGCCGGATCGGCATGGCGGTGCCCACCTCGATTCCTACCAGTGAGATTGCCAGTGTCGAAGACCTCAACAAACCCGAAGTGCGGGAGAAGCTCGGCGGCAAGATTCTCACCTCGGAAGTGGGCAATGGTCAGTACAAGCTGACGGAAAAAGCCATCAAGGAATACAAGCTCGACGGCTACAAGATGGTTGCGTCTTCAGAGTCCGGCATGCTGAGTGAACTGGATCGCAACATCAAACGGGACAAGTGGTCGTTGGTCAACGCCTGGAGCCCCCACTGGATGTTCGCCAAATGGCCGCTGCGTTACCTGGATGATCCAAAGCAGATATTCGGTGGCGCCGAGCAGATCCACGCGATTGCCCGCAAAGGTTTCAGCGCCGAACATCCGGACGTGGCGCGCTTCTTCGCCAACTTCAAGATCCCGAAAGCGGACCTTGAGAAGTTGATGGCGGATGCCCGCGAAAGCACTGCGGACAAGGTGGTTGCCGAGTACTACGCGGCGAACAAACCGCGCTTCGAAGCGATGTTCGGCAGCCAGACTGCTTCCGCTACGCCAGCCCCGTAA MMTLPRKTFIGWFAGLALACGSLIAQAEEPAPIRIGWVNWSDTEIAVKLANTALQDHLKQPVKLVLADIGIQFQALANGNIDLIPMVWLPSTHKSFYDKYKDKLEDLGVLYEGRIGMAVPTSIPTSEIASVEDLNKPEVREKLGGKILTSEVGNGQYKLTEKAIKEYKLDGYKMVASSESGMLSELDRNIKRDKWSLVNAWSPHWMFAKWPLRYLDDPKQIFGGAEQIHAIARKGFSAEHPDVARFFANFKIPKADLEKLMADARESTADKVVAEYYAANKPRFEAMFGSQTASATPAP PGPT0013640_3222 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 D1-35_02401 954 cdhR_5 COG4977 HTH-type transcriptional regulator CdhR ATGAACGCGATGATCGAGTCCCAGAAAACATCGAGCGTGGGCTTCCTGTTGCTCGATAATTTCTCCCTGACCTGTTTCACCCAATGCCTGGACGTGCTCGTCACCGCCAATTTGATTCAGCCAGGGTCGATAAAAATCCATACTTTCAGTCGCAACGACTCTGAAGTGATCAGCGACCTGGCAATCCCCATCAGGCCAGACACACCGTTGACCGATATCAGGATCGCGGCGCTGGACTTGATGATTGTCTGCGGCGGCCTGCGCACGCCGAGGGTACTCCCCCACGGGTTGGTAACGCTGCTGACCAAACTGGCGAACCTGCCCATTGCGCTCGGCGGCTTATGGAACGGCGCCTGGTACCTGGGCAAGGCTGGACTGCTGGATGGTTACCGATGTGCTATTCATGCCGAACAACGAATGGCCTTGTCGGAGTGTTCACCGAAAACCACGGTGACGCTGGATACAGTGGTGTTCGACAGGGACCGATTCACCGCGTCAAACCCTGCCGGCGCGTTTCAGATCATGATGAAATGGCTGTACGCGGCCCTCGACCCGAAAGTTGCGGACGCGGTGTTTGACCTGTTGGACCATGAGTCTCGGTTTCGTACCTCGGCCAAGGTCCTGGACCGCAAAGTCAGTGCGTGCCTGCGGGAAGTCATTGCATTGATGGAATGCAACCTTGAAGAACCTTTGAGCCTGGACTTGCTCGCTCAATGCGTTCAGCTTTCCAAGCGCCAGATCCAGCGCCTGTTTCGCAGGCAGATCAATATGTCTCCGCAACGCTACTATCTGGAACTACGGCTGACCGAGGCACGGCGCCTGCTACAGAACTCCAGGCTGAGCGTCACGGATGTCGCCATTGCCTGCGGGTTTGTCTCTACCCCTCACTTCAGCAAGTGCTATAGCACGCTCTTTGGCTGTCCTCCTTCGAAGGAAAGTCGCTACGAGATATAG MNAMIESQKTSSVGFLLLDNFSLTCFTQCLDVLVTANLIQPGSIKIHTFSRNDSEVISDLAIPIRPDTPLTDIRIAALDLMIVCGGLRTPRVLPHGLVTLLTKLANLPIALGGLWNGAWYLGKAGLLDGYRCAIHAEQRMALSECSPKTTVTLDTVVFDRDRFTASNPAGAFQIMMKWLYAALDPKVADAVFDLLDHESRFRTSAKVLDRKVSACLREVIALMECNLEEPLSLDLLAQCVQLSKRQIQRLFRRQINMSPQRYYLELRLTEARRLLQNSRLSVTDVAIACGFVSTPHFSKCYSTLFGCPPSKESRYEI NA NA NA NA NA D1-35_02402 1362 dddP COG0006 Dimethlysulfonioproprionate lyase DddP ATGCCCCCTTCACCTTTTTCGATTCCAGCCAATGCCCGGCGCATCGACCCGGCGAGGCAGCGTGCAGTTGCACTGAAAAAAGACGGCTCCGTCGACGACAACAACCGCGTCGAGATAGGCCCTACGCCGCTGGCGTTTGCGGAGTGGGAGCGGCTGGGCCTGGAGCCGCCCCATTTGCCCACCCTGCGCAAGTACCGATTGCAACGGATAGTCGATCAACTGGTCGTCCGTGACCTGGGTGGCATCCTGTTATTCGATCCGCTGAATATCCGCTACGCGACCGATACCACCAACATGCAACTGTGGACGACTCATAACCCCGCACGGGCATGCTTCGTCGCCGCCAGCGGGCATGTGGTTTTGTGGGATTTTCATGGCTGTGATCACTTGTCCGCCCACTTGCCGCTGGTGACGGAGCTACGCAGCGGGGCATCGTTTTTCTTTTTCGAGACCGGTGAACACACGGATCGACACGCCAGGCATTTCGCCGCGCAACTCGACGATTTGCTGCGCCAACACGCCGGAGTCAACCGACGGCTTGCGGTCGATCGAATAGAAGTCGCCGGCGTGCGCGCCCTGGATGCCTTGGCGATCGAAATTTGCAGCGGCCAGGAAGTGACCGAATTCGCGCGCATGATCAAGGGCCCGGATGAAATCAAGGCGATGCGCTGTGCGGTGGCTTCATGCGAAGCGTCAGTGGCCGAAATGCACCAGGCAATGCGCGCCGGCGCGACCGAAAACGATGTCTGGGCCGCGCTGCATTCCGGCAATATCCGCCGCGGTGGCGAATGGATCGAGACGCGCATCCTCAGTTCCGGTCCTCGCACCAACCCCTGGTTCCAGGAGTCCGGCCCACGCGTGTTGAACGACGGCGACCTGCTGTCATTCGACACGGATCTGATCGGCACCTACGGCATGTGCGTGGACATGTCCCGCAGCTGGATCTGCGGGGGTCTGGAGCCCATGCCCGAACAGAAGCGCCTGTACCGGATCGCCCATGACCATATCGTCCATAACACCGAGTTGATCAAGCCAGGCGTACGCTTCACCGAGCTGACCGCCAAGGCGCACCGGTTGCCCGAACCGTGCCGGGCTCAACGGTATGGCGTGCTTTATCACGGCGTCGGGCTGTGTGACGAGTACCCGAGCATTCGTTATCCGGAGGACCTGGAGTCCTACGGATACGAGGGCGAACTGCAGCCGGGCATGGCCCTGTGCGTCGAGGCGTATGTCGGTGAGGTGGGCGGACAGGATGGCATCAAGCTGGAGAACCAATTGCTGGTGACCGAGGCCGGTTATGAGTTACTCACCCACTACCCTTTCGATGACAGTTTCCTGCGGGATACGAAGCGCAACTCATGA MPPSPFSIPANARRIDPARQRAVALKKDGSVDDNNRVEIGPTPLAFAEWERLGLEPPHLPTLRKYRLQRIVDQLVVRDLGGILLFDPLNIRYATDTTNMQLWTTHNPARACFVAASGHVVLWDFHGCDHLSAHLPLVTELRSGASFFFFETGEHTDRHARHFAAQLDDLLRQHAGVNRRLAVDRIEVAGVRALDALAIEICSGQEVTEFARMIKGPDEIKAMRCAVASCEASVAEMHQAMRAGATENDVWAALHSGNIRRGGEWIETRILSSGPRTNPWFQESGPRVLNDGDLLSFDTDLIGTYGMCVDMSRSWICGGLEPMPEQKRLYRIAHDHIVHNTELIKPGVRFTELTAKAHRLPEPCRAQRYGVLYHGVGLCDEYPSIRYPEDLESYGYEGELQPGMALCVEAYVGEVGGQDGIKLENQLLVTEAGYELLTHYPFDDSFLRDTKRNS PGPT0002906_15 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-DMSP_DEGRADATION,PGPT0002906-dppP|dddP-NA NA NA D1-35_02403 1491 puuC_1 COG1012 NADP/NAD-dependent aldehyde dehydrogenase PuuC ATGGCTGATTTACTGACCAAGGAACAGTACGCGGCCATCGCCGCCAAGTTGCAGTTTCCTACCCAGGCCTTCATCAACGGCGAGTTCCGCGATGCGCTCTGTGGAAAGACCTTCATCACGACGAACCCTGCCACGGGTGAACAGCTTGCAGAGGTAGCGGCTTGCGATACCCGTGACGTCGACGTTGCCGTGGCTGCCGCCAAGCAGGCGTTCGAGGATGGCCGCTGGCACAAACTGTCGCCCGGCGCACGCAAGCAGGTGCTCCTGCGTTTCGCCCAGTTGCTGGAAGACAATGCCCATGAGCTCGCGGTGCTGGAAAGCCTGGACAGTGGCAAGCCGGTCAGCGAATGCCAGAACGTCGATGTGCCCGACACCATCCATACCTTGCGCTGGCATGCCGAGTTGATCGACAAGGTGTACGACAGTACCGCGCCGACCGGCCACGGTGCCGTAACGATGGTGGTGCGCGAAGCGATCGGCGTGGTCGGCCTGGTCCTGCCTTGGAACTTCCCGCTGTTGATGCTGGCCTGGAAGATTGGTCCTTCCCTGGCCGCCGGCTGTTCCATCGTGGTCAAGCCCGCCAAGGAAACCACCCTGACCGCGCTGCGTGTCGCCGAGCTGGCCCATGAGGCTGGTATTCCGGCCGGTGTATTCAACATTACCCCTGGCGGTGGTCGCGAGGCTGGCGAGGCAATCGGCCGACACATGGATGTGGCGATGGTCAGCTTCACCGGTTCTACCGACACAGGCCGGTTGTTCCTCAAGTACGCGTCCGAGTCGAACCTCAAGCGCGTGGTGCTGGAACTGGGGGGCAAGAACCCCGCCGTGGTGATGAATGACTGCGAAGACCTCGATCAGGTTGCCCAGTATGTGACCGCCGGCGCTTTCTGGAACATGGGCGAGAACTGCTCGGCGTCGTCGCGGCTGATCGTCCATGAAGAGGTCAAGGAAGAGTTGCTGCAACTGATCGGCAAGCACCTGCGCGATTGGAAAATGGGCGACCCGCTGGATCCGCAAAATCGCCTCGGGGCCATGATCAGCAAAACCCATTTCGAGAAGGTGCGTTCGTATCTGGAGTATGCGGCCGAGCAGAAACTCAATGTGCTGCAAGGTGGCGAGACCGAGTCCGGTGTGTACGTGCAGCCGACGATCATCGACGGTGTTGAACGTGACAGTCGCCTGTTCATCGAGGAGATCTTCGGCCCGGTCCTGAGCGTCACCCGCTTCAGCACGATCGACGAAGCCATTGCGCTGGCCAACGACACGGTCTACGGCCTGGCGGCATCTGCCTATACCGGTAGCCTGCGTAACGCTTTGCGGCTGTCGCGGGAAATTCGGGCGGGCGTGGTCACGGTCAACTGTTTCGGTGAAGGCGACGCCTCCACGCCGTTCGGCGGCTACAAGGAGTCCGGTTTTGGGGGGCGTGACAAATCCGTCTGGGCACACGATCAGTACACCGAGCTGAAAACCATCTGGATCGATGCTTCGTAA MADLLTKEQYAAIAAKLQFPTQAFINGEFRDALCGKTFITTNPATGEQLAEVAACDTRDVDVAVAAAKQAFEDGRWHKLSPGARKQVLLRFAQLLEDNAHELAVLESLDSGKPVSECQNVDVPDTIHTLRWHAELIDKVYDSTAPTGHGAVTMVVREAIGVVGLVLPWNFPLLMLAWKIGPSLAAGCSIVVKPAKETTLTALRVAELAHEAGIPAGVFNITPGGGREAGEAIGRHMDVAMVSFTGSTDTGRLFLKYASESNLKRVVLELGGKNPAVVMNDCEDLDQVAQYVTAGAFWNMGENCSASSRLIVHEEVKEELLQLIGKHLRDWKMGDPLDPQNRLGAMISKTHFEKVRSYLEYAAEQKLNVLQGGETESGVYVQPTIIDGVERDSRLFIEEIFGPVLSVTRFSTIDEAIALANDTVYGLAASAYTGSLRNALRLSREIRAGVVTVNCFGEGDASTPFGGYKESGFGGRDKSVWAHDQYTELKTIWIDAS PGPT0007638_420 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007638-puuC|ordL-K09472 NA NA D1-35_02404 903 dapA_2 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGAAGTTTGAAGGCATTTACACACCGGCCGTTACGCCCCTGACCTCAGACGGCAGTATCGATAAGACAGCCTTCGCCGACGTCCTGGAGTATCTGGTCGACGCCAAGGTACACGGCATCATTATCGGCGGCTCGACCGGCGAATATTATGCCCACACCGCCCAGGAGCGTTTCGACCTGGCTGCCCAGGCCAAGGACGTGCTGCGCGGTCGCCTGCCGCTGATCGTGGGGACCGGCGCCATCCGCACCGAAGACTCCGTCGCCTACGCCGAAGCGGCGAAGGCGATCAAGGCCGATGCGCTGCTGGTGGGTTCACCGCCCTATGCACTGCCAACGCAAAAGGAAATCGCGCTGCACGTCAAGGCAGTGGACCGCGCCGCCAATCTCCCCATCATGCTTTACAACTATCCAGGCCGCATGAGCGTGAGCATGGGCACGGAGTTCTTTGATGAGGTCCGTGATGTGAAGAACATCGTCGCCATCAAGGAAAGCTCCGGCGACATGGCGCAGATGCACCGCCTGGCCTGCAAGTATCCGCACATCGCTCTGTCTTGCGGCTGGGACGACCAGGCCCTGGAGTTTTTCGCCTGGGGCGCCCGCAGTTGGGTGTGTGCCGGTTCCAACTTCATTCCCCGTGAACACGTCGCGCTGTACGAGGCCTGCGTGGTCGAGAAGAACTTCGACAAAGGTCGCCGAATCATGGCGGCGATGATGCCGCTGATGGATTTCCTGGAAGGTGGAAAATTTGTCCAGTCCATCAAGTACGGCTGTGAACTGAACGGCTTGAGCACCGGTGGCCTGCGTGCCCCCCTGCACGGCCTGGACCTTGATGAGAAACAGGCGCTGCAAAGTGTCGTCACCGAGCTCAAGCGCAACATCGCGCAAATCACTGGAGGTGCATGA MKFEGIYTPAVTPLTSDGSIDKTAFADVLEYLVDAKVHGIIIGGSTGEYYAHTAQERFDLAAQAKDVLRGRLPLIVGTGAIRTEDSVAYAEAAKAIKADALLVGSPPYALPTQKEIALHVKAVDRAANLPIMLYNYPGRMSVSMGTEFFDEVRDVKNIVAIKESSGDMAQMHRLACKYPHIALSCGWDDQALEFFAWGARSWVCAGSNFIPREHVALYEACVVEKNFDKGRRIMAAMMPLMDFLEGGKFVQSIKYGCELNGLSTGGLRAPLHGLDLDEKQALQSVVTELKRNIAQITGGA PGPT0002080_3656 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-35_02405 1320 puuB_2 Gamma-glutamylputrescine oxidoreductase ATGTTGAAAGTCTCTTCGTTACCTGCCGATGATCAGTCTTGCGGGTGGTATCACTTGAGCAGGGGGCGCCAGGTCAAGCCCGCCCATCAAGGTCACGACAGCGCACGTTGGGTGATTGTCGGTGCCGGTTTTACCGGGCTCGCCGCCGCCCGGCAGCTCGCGACTCATTTCCCCGACGACCACATTGTGTTGATCGACGCTCAGGAAATCGGCTTTGGCACTTCCGGTCGCAATGCCGGATTCGCTATCGACTTGCCGCATGACATCGCCGCAGAAGATTACATCGGTGATATCGCCACTGCCAAAACAACCCTTAAACTCAATTTGAGCGGCCTGAGCTATCTAAAAGAATTGGTTGAACGCCACAACATCAATTGCCAGATGAAGCATTGCGGCAAATATCAGGCGGCCGTTGAACCACGGGGCATCGCTGTCCTGGAAGCCTACCGTCGCGGACTCGATAAGCTCGATCAACCCTACCAGATGATCGAGGCTGGCGAACTACCCGAACATATCGGCACGCATTTCTACCGCAAGGCCTTATTTACGCCAGGGACTTCCTTGCTTCAGCCGTCGGCGCTGGTCAAAGGTCTGGCCGACAGCCTTCCCGGCAACGTGACACTCTACGAAAACACCGCGATCACGCATGTCGAGTACGGCACCAGGACGGTGCTCAAGCACGCCGGGGGCTCAATCACCGCCGACAAACTGATCCTGACCAATAATGCCTTTGGCATGAGTTTCGGCTTCCTGAAGGGGCGAATGCTACCAGTGTTCACCTATGCCAGCCTGACCCGTCCCATGACCGAGCAAGAGCAAGCTCGCCTGGGCGGCCGGCCTTATTGGGGGGTGATTCCCGCGGACCCATTCGGCACCACGGTACGTCGCACTCCGGACAACCGCCTGTTGATCCGTAACAGTTTCAGCTTCAACCCCGACGGCCGCAGCGATACAAAATATCTGAAACGCTTTGTCGCCAGGCATCAAGCCTCTTTCGAGCAACGCTTTCCCATGTTGCCCGCGATGAACTTCGAATATACCTGGGGCGGTGCACTGGCTCTTTCGCGTAACCATATGGGTTATTTCGGCGAACTTTCACCCCATGTCTATGGGGCTCTTTGCTGCAATGGCCTGGGTGTTACCCGCGGGACGGCGACCGGAAAACTCCTGGCGGATTGGCTGGCCGGCGAACACTCCGAACTTATTGATTTTGTCTTGAAATCACCCGGCCCCAGCCCTAATCCACCCGGCCCGCTGGTTTCAGCGGGCGTCAATATAAGTTTGCGCTGGGGGCAATACCGCGCCGGTAAAGAAAGTTGA MLKVSSLPADDQSCGWYHLSRGRQVKPAHQGHDSARWVIVGAGFTGLAAARQLATHFPDDHIVLIDAQEIGFGTSGRNAGFAIDLPHDIAAEDYIGDIATAKTTLKLNLSGLSYLKELVERHNINCQMKHCGKYQAAVEPRGIAVLEAYRRGLDKLDQPYQMIEAGELPEHIGTHFYRKALFTPGTSLLQPSALVKGLADSLPGNVTLYENTAITHVEYGTRTVLKHAGGSITADKLILTNNAFGMSFGFLKGRMLPVFTYASLTRPMTEQEQARLGGRPYWGVIPADPFGTTVRRTPDNRLLIRNSFSFNPDGRSDTKYLKRFVARHQASFEQRFPMLPAMNFEYTWGGALALSRNHMGYFGELSPHVYGALCCNGLGVTRGTATGKLLADWLAGEHSELIDFVLKSPGPSPNPPGPLVSAGVNISLRWGQYRAGKES NA NA NA NA NA D1-35_02406 1029 ousX COG2113 Glycine betaine-binding periplasmic protein OusX ATGTCTGAATTCAAGCTCTCCCGCAGCATTCTCAATTGCGCTACAGCCCTCGCCATTGCGGCCATGTCCCTGTGCGCAAACGCCTCGGCGAACCAACCGGGCGACGGTGTGAAGGTCACCCCCATCTTCCCGTCCATCGCTGAAGAGCGTTTCCGTGGCGAAGTGGCCATGGAAGGGCTGCGAGGGCTGGGTTACAAGGTGCAGGAGCCCAAGGAGACCGAATACGGCGTCATGATGATGGCCTTGGGTAGCGGTGATGCGGACTTTACCGTGCATTTGTGGGACAAGTTGCACGATAAATTCTTCCAGCAGGCCGGGGGTGATAAAGCCATGGTCAAGGCGGGCGACATCATGCCCGGTGTACTTCAAGGTTATCTGATCGACAAAAAGACCGCTGAAGCGCACAACATCAAGTACATCACCGACTTGAAGAAACCGGAAATCGCCAAGCTGTTCGACACCAACGGCGACGGCAAGGCAGACATGACGGGCTGTAATCCTGGCTGGGGCTGCGAGCTGATCATTGCCCATCACATGAAGGCCTATGACCTGGAAAAAACGGTCACGGTCAACCAGGGTTCCTATTTCGCGCTGATGGCTGACACCATTACCCGTTATAAGGAAGGACAGCCGATTCTCTACTTCACCTGGGTCCCACAGTGGATTGCCACCGTTCTGGTCGAAGACAGGGATGTGGTCTGGCTGGAAGTACCGAAAACCGACCTGCCTGATGGCAACAATAACGTTGACACGATGTACAAGGGCAAGAATCTCGGCTTTGCAGTGGATAAGGTCGAGGCCGTGTTGAATAAAGAGTTCGCCGACAAAAATCCGGCAGCCTTGAAGTTCCTTTCGGTGATGCAGATTACTACCGCTGACGAAAGTGCCCAGAACCTGAAGATGCAACAGGGCGAGAAAAAGCCTGCGGATATTCGCCGCCACGCCAAGGAGTGGGTAGCCGCCCATCGGCAGCAGTTTGATGCCTGGTTACAAACTGCTCGCGCGGCAGCGACACAAGCCAGCAATTGA MSEFKLSRSILNCATALAIAAMSLCANASANQPGDGVKVTPIFPSIAEERFRGEVAMEGLRGLGYKVQEPKETEYGVMMMALGSGDADFTVHLWDKLHDKFFQQAGGDKAMVKAGDIMPGVLQGYLIDKKTAEAHNIKYITDLKKPEIAKLFDTNGDGKADMTGCNPGWGCELIIAHHMKAYDLEKTVTVNQGSYFALMADTITRYKEGQPILYFTWVPQWIATVLVEDRDVVWLEVPKTDLPDGNNNVDTMYKGKNLGFAVDKVEAVLNKEFADKNPAALKFLSVMQITTADESAQNLKMQQGEKKPADIRRHAKEWVAAHRQQFDAWLQTARAAATQASN PGPT0013640_557 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 D1-35_02407 954 ousW COG4176 Glycine betaine/choline transport system permease protein OusW ATGTCCGAGTTCAGTTTTCTCGACCCGTTCCAAGTCGCCACCATTCCACTCGGCGATTGGGTGGAAAGCACCCTGAATTTTCTGGTGCACAACTTTCGCGATGTATTTCGCGCCATCCGCTGGCCGATTGACCAGGTACTTAACGGCGTTGAGTTCATTCTGCAGAGCATTCCGCCGAGCATCGGCATCCTCCTGTCTTCATTGCTCGGATGGCAACTCGCTGGTAAACGCATGGCGTTGCTGTGCTTTGTGACGCTCACACTGCTGGGTTTGATCGGTGTCTGGTCCGAGTCGATGACGACCCTGGCGCTGGTACTGACCTCGGTGTTCTTTTGCGCGCTGCTGGGTATTCCACTGGGTATTCTCTGTGCCCGCAGCGACAACCTGGAAAAGGTCCTGCGGCCCATCCTCGATGCCATGCAGACACTGCCGGCGTTCGTTTATCTGGTGCCGGTCGTCATGCTGTTCGGCATCGGCAACGTGCCGGGCATCCTTGTGACGATTGTCTTCGCCCTCCCCCCTCTGGTGCGCCTGACGAACCTGGGCATCCGCCAGGTGCCGGAGGACAAGATAGAAGCGGCCCGCGCGTTTGGTTGCACACCGCGGCAGATGCTCACCCGTGTCCAGCTGCCACTGGCGACGCCAACCATCATGGCGGGACTCAACCAGACCCTGATGCTCTCGCTGTCGATGGTGGTCATCGCCTCGATGATCTCGGTGGGCGGCCTGGGACAGATGGTCCTGCGCGGCATCGGTCGCCTGGACATGGGCCTGGCCACGGTCGGCGGGACGGGCCTGGTACTGCTCGCCATCTTCCTTGACCGCCTGACCCAAGCCATGGGCGCGCGCACCGGCGCCGACCCGAGCCTGCGCTGGTATCACACCGGTCCCGTAGGTCTGCTGCTACGCCTGTTCGGCGCAAGACAGCCTGCGGGGCGGAGCAAGACCGCCTGA MSEFSFLDPFQVATIPLGDWVESTLNFLVHNFRDVFRAIRWPIDQVLNGVEFILQSIPPSIGILLSSLLGWQLAGKRMALLCFVTLTLLGLIGVWSESMTTLALVLTSVFFCALLGIPLGILCARSDNLEKVLRPILDAMQTLPAFVYLVPVVMLFGIGNVPGILVTIVFALPPLVRLTNLGIRQVPEDKIEAARAFGCTPRQMLTRVQLPLATPTIMAGLNQTLMLSLSMVVIASMISVGGLGQMVLRGIGRLDMGLATVGGTGLVLLAIFLDRLTQAMGARTGADPSLRWYHTGPVGLLLRLFGARQPAGRSKTA PGPT0013635_1112 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 D1-35_02408 1161 proV COG4175 Glycine betaine/proline betaine transport system ATP-binding protein ProV ATGACTAGTTCAGACGAAATCATTTCTGTTAAGAACGTTTTCAAGATATTCGGCGCACAACCCGACGCGGCGATGAAGATGCTTGCCGCTGGCGCCTGCAAAAAAGATGTGTTTGAGAAAACAGGTCAGGTTATTGGTGTTTTCGACGCCAGCTTCGCCGTCAAGCGTGGCGAAATCTTTGTGATCATGGGGCTCTCGGGTTCTGGCAAGTCGACGATGGTGCGTTTGTTCAACCGGCTTATCGAGCCCACCTCCGGCAGCATTTATCTGAACGGTCGGGAAATTACCGGGCTGGCTGATAAAGCCCTGCTTGATGTTCGCCGTAAAGAGATGGGCATGGTGTTCCAATCCTTCGCCCTGATGCCTCACATGAGTGTCCTGGAGAACACCGCCTTCGGCCTGGAAATTTCCGGCATCGCCGAAAAGGAACGGCATAGCCGCGCCAGGGAAGCCCTCAGCCAGGTCGGTCTTGCTGGCCAGGAGCACAGTTATCCGCATCAACTTTCCGGCGGCATGCAGCAACGCGTAGGCCTGGCCCGTGCGCTGGCCAACGACCCGACCATCCTGCTGATGGACGAAGCCTTTTCCGCGCTGGACCCGCTTATCCGCAGCGAGATGCAGGGGGAGCTCATTCGCCTGCAAGCCGAACAGAAGCGGACCATCATTTTCATCTCCCACGACATCGAGGAAGCCGTTCGCATCGGCCACCGCATCGCGATCATGGAGGGCGGCCAGGTGGTGCAGATCGGCACGCCTCAAGAGCTGATCAGCCAACCCGCCAATGACTATGTGCGCACCTTTTTCAAAGGGTTCGACAGTTCACGGATTCTCAAGGCGGGCGACGTGGCCAGGCTTGATCCGGAATGGGTTCGTAAAGCGAATGGCCAGGCGCCCCACTTCAAGGCCGGCCTTCCGTTCGGTTACCTGGTCGATGAACGAGGGCAACTGCTCGGGGTCGTCGACATCGATACCAGTGGCGCGGGTGGCGGCACACATCACACCCAGCACCAACACCAGCCGGTATTTACCGATACGCCCCTGCACGAAGTATTGGAAATTGCGGCCAACCTGCCGTATCCGGTCCCTGTACTGGACCGCTCGGGCGCGCTCACCGGGACCCTGTCAAAGAGCGAGTTGCTGCAAACGCTGAGCCGCCATTGA MTSSDEIISVKNVFKIFGAQPDAAMKMLAAGACKKDVFEKTGQVIGVFDASFAVKRGEIFVIMGLSGSGKSTMVRLFNRLIEPTSGSIYLNGREITGLADKALLDVRRKEMGMVFQSFALMPHMSVLENTAFGLEISGIAEKERHSRAREALSQVGLAGQEHSYPHQLSGGMQQRVGLARALANDPTILLMDEAFSALDPLIRSEMQGELIRLQAEQKRTIIFISHDIEEAVRIGHRIAIMEGGQVVQIGTPQELISQPANDYVRTFFKGFDSSRILKAGDVARLDPEWVRKANGQAPHFKAGLPFGYLVDERGQLLGVVDIDTSGAGGGTHHTQHQHQPVFTDTPLHEVLEIAANLPYPVPVLDRSGALTGTLSKSELLQTLSRH PGPT0013630_1584 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 D1-35_02409 969 gcvA_4 Glycine cleavage system transcriptional activator ATGCTCAGCAGACACGTTGACCCCGATACATTACTGCTTAGAATGCCTTCCCTCAGGGCTGTCAGAGCGTTTGTCGCCGCCGCCAAATATGAAAGCTTCACTCGGGCGGCAGAGGCACTTTGTGTATCGCAAGCGGCGATCAGTCGGCAGATCCGGGAGCTTGAGGACTCCTTGGGCGCTCAATTGTTCATGCGTGCCGGGCGGACGGTAGAGCTGACCGCCGAGGGGAAGATTTTTTTTGAGGCGGCGCAACTGTCCTTCGTTAATATCGCACAGGCGGCTGAAAGGATTCGTACCACGCCGACGCAGAAGCACATTCTGACTGTTTGTTGCTCACCCGCATTCTCCGCATTATGGCTGTCGGAACATCTTCCAGAGTTTCGTGCAACGAACCCGGATATCGAGTTCAATCTGATCACTACCCAGAACTTTGTGAATATGGAGCCTGGCGTAGAGCCGGACATCATCATCTCGAAGATCCGCAAGGTCGGGGACGGGTACAAGAGTTATCAGTTGTGCCACGACATTATTTATCCTGTTTGCTCTCCCGTGTTCCTGGAGGCGCACCCCGAACTGACTTCGCTTGAAGGCGTGCGCGATTCTTCGCTACTCAATCTGAGTCCCTATGGCCGGTCGGGGGTGGCTGAGCATGTTGACTGGGGGGTATGGCTGGCGTTTCTGAACGTTGATATTGATGAGCGTCCTGGTGACTGCCCGCCTATTTTTCATGCCAATGACTACAACCTGATCATGAATATGGTCTTGACCCATCAGGGCGTAGCACTGGGCTGGAACCAGCTGGTCGGGGCCATGGTCGAGAGGGGGCAGCTTGTTCGTCCCGTCGAGCAGCAGGTGACGCTTCGAAACAGTCTTCATTATGTTGCCTGTAATGAAAGGACTGAATATGAAGATGCCTGTCGGAGAGTGCGAGACTGGATCCTCTCGAAGTTTTCCAGATTGGCTGTATAA MLSRHVDPDTLLLRMPSLRAVRAFVAAAKYESFTRAAEALCVSQAAISRQIRELEDSLGAQLFMRAGRTVELTAEGKIFFEAAQLSFVNIAQAAERIRTTPTQKHILTVCCSPAFSALWLSEHLPEFRATNPDIEFNLITTQNFVNMEPGVEPDIIISKIRKVGDGYKSYQLCHDIIYPVCSPVFLEAHPELTSLEGVRDSSLLNLSPYGRSGVAEHVDWGVWLAFLNVDIDERPGDCPPIFHANDYNLIMNMVLTHQGVALGWNQLVGAMVERGQLVRPVEQQVTLRNSLHYVACNERTEYEDACRRVRDWILSKFSRLAV PGPT0026360_545 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02410 1236 Carnitine monooxygenase oxygenase subunit ATGAATATCAGAACATCCGTGATCGACCTGATTCAAAAGCGCAAGGCGCGCCACGCGCTTCCTCGCGAACTGTACATTGAACCTGAGGTTTTTCGGCAGGATCTTGAGCAGATCTGGCACAAGGACTGGATCTTTGCCGGGCATACCTTTGAGCTTGAAAAACCCGGGCAATACCTGACATTGCAGATCGGCGACTATCCCGTCCTGGTCGTCAGGGATAAAAGTGGTCAGGTCCGGGCTTTTCACAACGCCTGTCGTCACCGTGGCTCCAAAGTTTGCGAGCACGCCCAGGGCAAAGTCGCAAAACTGGTCTGTCCTTATCATAAGTGGACTTTCGAACTGGACGGCAGTCTTTTGTTTGCCGGTAACATGGGCGCCGACTTCGACAGGTCGCAGTACAATTTGAAGCCTGTCCATTGTGAAGTTGTTCACACCTACATTTATGTCTGTGTCGCTGACAAGGCGCCGGAATTCGACAGTTTCAGAAATGCTGTAAGTCCGTTTATAGCCCCGCATTTCCTGGATAACTGCAAGATCGCTTTCGAGTCCAACCTCATTGAAAAGGGTAACTGGAAACTTGTCTTTGAAAATAATCGCGAGTGCTTCCACTGCGACGGTACCCATCCGGAATTGATGAACTCCTTTGTCGAGAACCTTTCGGTGGCCGGGGTGGGCGGCGAAGATGATCCCGAACTGAGCGCACACTGGAATCGCTGCGAGACCGCGGGTATGCCGAGCAAGCTGGTCATGGATCCCAATGGCCGGTTTCGTATGACACGCATCCCACTTTCGGCAGGCGCCGTGAGTTACACAATGGACGGTAAACCTGCTGTGGCGGGACGCCTGGATAAAAGCGGCGAGCCGGATATTGGCGCCTTGCTGTATTTCAACTACCCATCTACCTGGAACCACTTCCTTGGTGATCATGCGTTGAGCTTCCGCGTCCTCCCGATCGGACCGGACGAAACGCTTGTCACGACCAAATGGCTGGTGCCCAATACCGCCGTTGAAGGTGTTGACTACGAGATTGATCGGTTGACCAAGGTCTGGCTTGCCACCAACGATCAGGACCGTCGTTTGGTGGAAGGTACGCAGGCCGGTATTACCTCACCGAGTTACGAGCCGGGACCCTTTTCGGACATCGCGGAAAACGGTGTATGCCAGTTTGACGATTGGTACTGCGAAATCATGCTTAAGCGGCTCCAGGCCCATATTCCGCTCAAGTCGGTGGGCTGA MNIRTSVIDLIQKRKARHALPRELYIEPEVFRQDLEQIWHKDWIFAGHTFELEKPGQYLTLQIGDYPVLVVRDKSGQVRAFHNACRHRGSKVCEHAQGKVAKLVCPYHKWTFELDGSLLFAGNMGADFDRSQYNLKPVHCEVVHTYIYVCVADKAPEFDSFRNAVSPFIAPHFLDNCKIAFESNLIEKGNWKLVFENNRECFHCDGTHPELMNSFVENLSVAGVGGEDDPELSAHWNRCETAGMPSKLVMDPNGRFRMTRIPLSAGAVSYTMDGKPAVAGRLDKSGEPDIGALLYFNYPSTWNHFLGDHALSFRVLPIGPDETLVTTKWLVPNTAVEGVDYEIDRLTKVWLATNDQDRRLVEGTQAGITSPSYEPGPFSDIAENGVCQFDDWYCEIMLKRLQAHIPLKSVG PGPT0013680_537 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013680-gbcA-K00479 NA NA D1-35_02411 894 dapA_3 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGTCCGCATTCGCTTTTTCCGGCCTCAACCTGGCCGTGACCACGCCTTTCGATGCCCAAGGCAAGATCGACTATCCGCGCTTCGAAACGTTGCTTGAGCACTATCTCGTGGCCGGCGTGGAGGGCTTTGTCCTGAGTTCGGGGACCGGCATGCATGTCTACCTTAGCCAGGAAGAGTCCAGGCAATTGGTTGCCTTCGGCACCAGCGTCATCAAGGGTCGTGCTCGCGTCATTGTGCAAACCTCTGCCTTGCTGGTGGACGAAGTAGTGCAGCGCACCCGCCACGCCGCCGGGTGTGGCGCCGATGGCGTCATGGTGCTGCCGCCGTTTTTCGAAGGCCCAACCGACGACCAGTGCATCGTTGACTTCTACTCCACAGTGTCCGAAGCCGGGTTGCCGATCATTGGCTACAACGTGCCTCAGGCGGTGGGTGTGGAAGTCACTCCGTCGCTGTTTCGCCAGTTGAGTGAGATTCCGAACTTCGTGTCGGTCAAGGACAGCAGTGGTGACCTTGCCGCCCAAGCCGCGCTGATCCGCACGGGCCTGCCGACGATGAATGGCGCCGATGCACTGGTGCCCTACGCGCTCTTCGCCGGGGCCGCAGGCCTGATCTGGGGCGGCGCGAACATGGCCCCGCGCGCTTGCGTTGCCGTGGTAGAGGCCGCCATGAGGCACGACTGGATCAGTGCCCGGGAGATCTGGCGGTCGATAGAGCCGGTGATGTCGTTGATCTGGCAGGGTGACTATGTGCAGTCGGTCTACGCCGCTGCCGAGATCACCGGCTACGGAGCGGGAAACCCGCGTCGGCCGTTGGCGCGTTTGGCTGCTGGTAAACTCGACGCGCTCAAGGTTGCCCTTGAACCGTTGATCGCGCTTGAATCTGACCTCGCCTGA MSAFAFSGLNLAVTTPFDAQGKIDYPRFETLLEHYLVAGVEGFVLSSGTGMHVYLSQEESRQLVAFGTSVIKGRARVIVQTSALLVDEVVQRTRHAAGCGADGVMVLPPFFEGPTDDQCIVDFYSTVSEAGLPIIGYNVPQAVGVEVTPSLFRQLSEIPNFVSVKDSSGDLAAQAALIRTGLPTMNGADALVPYALFAGAAGLIWGGANMAPRACVAVVEAAMRHDWISAREIWRSIEPVMSLIWQGDYVQSVYAAAEITGYGAGNPRRPLARLAAGKLDALKVALEPLIALESDLA PGPT0002080_4739 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-35_02412 888 hypothetical protein ATGAGCAACCAGTCGGACAGCGCGGCACCTGCTTACGATGTGCCCAGGCCTCAGCTCGGTATCATCCTGTGCCTTCTCTCGATGCTGGTGTTCGCCAGCCAGGACGGGATTACCAAGGTCCTGGTCAAGGATCTCCCGATTGCGCAGCTGGTGATGGTGCGCTACTGGGCCTTCCTGGTTTTCGCTGTCGGCTATGGCGTCTTCCAGGGAAGCCTGCGCACCGCCTGTCGAAGCCGCCACCCCTGCCTGCAGATCATTCGCGCCTTGATCGGCGTGGGTGAAATCGCCTTGTTCGGACTGGGGCTGCGCTACCTTGGGCTGGCGGAAATGCACGCGCTGTATGCAGTCTTCCCGCTGATGACGCTGGCCTTGGCTGGAGCGTTCCTGGGCGAGTTCATCGGGGTTCGTCGATGGATAGCCGCCGCCATCGGTTTTACGGGGACACTGGTTATCCTTCGCCCCGGCACCGGTGTCTTCGAGCTGGCGGCGCTGGTCCCGTTGTTGTCTGCCCTGGGTTTTGCGATTTTCAGCGTGTTGACCCGGCGCATCAGCCAGCATGATTCGTTCGCTACGAACCTGCTTTACATGGGGTTTTTCGGCGCGATAGCCATCACCTTGTGGGGGCTTCCAGGTTGGGTTTCGCCAAGCCCGATGCAATGGGCCCTGATCGCGGTGCTTTCCACTACCGGGGTTGTGGCCCAGCTGTTGTTGCTCCAGGCGCTGAAGTACGCAACGGCAGCCACGCTCCAACCGTTCAACTACACCTTGCTGGTGTTCGCCACGCTGATTGGCCTGCTGGTATTCGGTGAGCTGCCCGACACCTGGACCGTGGTGGGTGCATGTCTGGTGATTGCGGGTGGGATGTATGCGATCAAGGCGAAAGGGTAG MSNQSDSAAPAYDVPRPQLGIILCLLSMLVFASQDGITKVLVKDLPIAQLVMVRYWAFLVFAVGYGVFQGSLRTACRSRHPCLQIIRALIGVGEIALFGLGLRYLGLAEMHALYAVFPLMTLALAGAFLGEFIGVRRWIAAAIGFTGTLVILRPGTGVFELAALVPLLSALGFAIFSVLTRRISQHDSFATNLLYMGFFGAIAITLWGLPGWVSPSPMQWALIAVLSTTGVVAQLLLLQALKYATAATLQPFNYTLLVFATLIGLLVFGELPDTWTVVGACLVIAGGMYAIKAKG NA NA NA NA NA D1-35_02413 1944 pctA COG0840 Methyl-accepting chemotaxis protein PctA ATGAATATCAAACAGAAGCTGACATGGGCGTTCGCGACCATTGCCTGCCTCCCGGTTATCCTGGTGGCGGTGCTCGTTGTATTGAACCTGCGCGATGCGGCACAAGCCAACTTCCTGGACAGCAGCGGCCGCGAGATCCGCCAGATCGACAACGGCATGAAGCAGTTCTTCGACGGCATCATGCAGAACGTCGAGTTCTTCGCCAAGGACCCGCGGATCGTCGCGGCCAAGGACCTGAAGAACTACTCGGGTGCTGAGGCCGCGCAGATCCCGCTGACCGAGAACAACAAACAGCTGCTGGCGATTTTCGACCAGTTCGCCAAGAGCCATCCAACCACCGCCTACCTGTCCCTGGGCCTGGCGGACGGTGGCTATGCCAGCTGGCCGGATGATCCGAAGATTTCCAACTACGACCCGCGCGTACGCCCCTGGTACAAGGCGGCTATTGCAGCGCCTGGCACCACCGTGAAAACCGATGCCTATTACTGGGCGCCGGACGACGTGTCGTTGATCGGCATCGTGCACACGGTCGCCGATGCCAGCGGCAAGGTGGTCGGCGTGGTCGGCCTCGATGTGTCGCTCAAACAGCTGACCGAACTGGTCAAGAACATCAAGCTGGGCGACAGCGGCTACCTGATGCTGGTGGAGGCCAGCGGCAACGTGCTGGTCGACCCGGCCGAGGCCAAGCACAACTTCAAGCCGCTGGCCGACCTCGGCCCCAATTACGCCGCGCTGGCCAAGAGCAGCGATGGCGCCACCCAGATCGAGATCGATGGCGTGCCCTACATGGCCAACATCGTCACCTCCAAAAGCCTGGGCTGGCGCTTCATCGGCCTGATCAAGCGCGACGAAGTGATGGCCGAGGCTTCGAGCCTGACCTGGTTGATCGCCGCCATCGCCGCCGCGCTGGCCGTGGTCTTCGCCATTGTCGGCGCCAGCTTCGCCAGCGTGATCGTGCGGCCGATTCGTGGTGTTGCCAATGGCCTGCAGGAAATCGCCGAAGGTGAAGGCGACCTCACCCGCAAACTGTCGGTGCAGGGCAAGGACGAAACGGCCACCCTGGCGGGTTGGTTCAACCAGTTCCTGGCCATGATCGCGCAACTGATGCAGCGCATCGGCAGCGCTTCTTCCGACCTGCAAACTGCCGCGGCCGATACCAGCAACGTGGCCCAGAACATGAACGATGCCGCCGGGCGCCAGCGCCAGGCCGTGGAGCTGGTGAGCACCGCGTTCAACGAAATGGTCGCCACCGCGAACGAGGTGGCCCGCTCCTGCAGCCAGGCCGCCGTCAGCGCGGACACCGGCTATCGCGATGTACACGACGGCCAACATCATATCGGCGAAGCCACCGGCAGTGTGCTGAAGCTGAGTGAGGAATTGCAGCAGTCGACCCAGACCATGCAAGCGCTGGAGCAGGACAGCAAGAACATCAACACCATCCTCGACACCATCCGTTCGATCGCTGAACAGACCAACCTGCTGGCGCTCAATGCGGCCATCGAAGCGGCGCGCGCGGGCGATCAGGGCCGCGGCTTTGCCGTGGTGGCCGACGAGGTGCGCGCCCTGGCGCGGCGTACCGCCGATTCCACCGGCGAGATCGACAGTCTGCTCGGCAACCTCGCGCGGCGCACCCAGGAAGTGACGCAACAGATGCAGAACAGCCTGCAGGTGTCGCACACCAGCGTCGAACGCATCCAGCAGGCTCGCGACAGCTTCGACAAGATCCGCACCTCGGTGGACTCGATCCGCGACCAGAACACCCAGATCGCCACCGCCGCGGAGCAACAGCACCAAGTGGCGGAAGACATCAACCGGCACATCGCGCAGATCCATTCCGATGCGCAACTGGTCGAGGAATTCGCCCATACGGCGCAGACCGGTTCGGGGCGGCTGACCGATATTTCCGGCCAGCTCAAGGGGCTGGTGGGACGCTTCAGGTTCTAA MNIKQKLTWAFATIACLPVILVAVLVVLNLRDAAQANFLDSSGREIRQIDNGMKQFFDGIMQNVEFFAKDPRIVAAKDLKNYSGAEAAQIPLTENNKQLLAIFDQFAKSHPTTAYLSLGLADGGYASWPDDPKISNYDPRVRPWYKAAIAAPGTTVKTDAYYWAPDDVSLIGIVHTVADASGKVVGVVGLDVSLKQLTELVKNIKLGDSGYLMLVEASGNVLVDPAEAKHNFKPLADLGPNYAALAKSSDGATQIEIDGVPYMANIVTSKSLGWRFIGLIKRDEVMAEASSLTWLIAAIAAALAVVFAIVGASFASVIVRPIRGVANGLQEIAEGEGDLTRKLSVQGKDETATLAGWFNQFLAMIAQLMQRIGSASSDLQTAAADTSNVAQNMNDAAGRQRQAVELVSTAFNEMVATANEVARSCSQAAVSADTGYRDVHDGQHHIGEATGSVLKLSEELQQSTQTMQALEQDSKNINTILDTIRSIAEQTNLLALNAAIEAARAGDQGRGFAVVADEVRALARRTADSTGEIDSLLGNLARRTQEVTQQMQNSLQVSHTSVERIQQARDSFDKIRTSVDSIRDQNTQIATAAEQQHQVAEDINRHIAQIHSDAQLVEEFAHTAQTGSGRLTDISGQLKGLVGRFRF PGPT0015710_9353 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 D1-35_02414 1032 cdhR_6 COG4977 HTH-type transcriptional regulator CdhR ATGCCCAGCGCATTCGAAAGCGTACTCAAGAACAAGAACATGGCCTATCGCCCCCAAGGGGCTGCGCCTGAGGGACAAGCGCCGGTGCGCGTCGCGTTTGTGCTGATGGACAACTTTTCCATGATGTCCTTTACCGGCGCGGTGGACGCGCTGGTCACCGCCAACCTGATGAGCGACATGCCGCTTTATGAAGTGCTGACGGTGGGCGCTTCGGGCGGGCAGGTGACGAGTGACCTGGGCATCGTGATTTCCACCGATATCGAGCTGGCGCAATTGCCCGATAACCTCGACGTGCTGATTGTCGCCGGAGGCTTTCGTGTGAAGTTGCAAGGCACGCCGTTATTGCGGCGCAAGCTGCGCGCCCATGCGACGTCCGGGGCGATAGTGGGGGGGTTGTGGAACGGCGTTTTTTTTGTGGCAGAGGCGAACCTGCTCGATGGTTTCGAATGCGCGGTCCATCCGGAAAGTCGGGCGACGATGGCCGAAATGTTCCCCCATGTGAAAGTCACCAGCCGCGCCTATGTCGTGGACCGCGAGCGAGTCAGCTGCGCGGGCGCCAACAGCTCGCTGCGCATGATGCTCCAGCTGATCCGCCGCACCGGCGGCGAGGCGCTGGTGGGGGCAATCGAAGAGATCCTTCGCTGCGATGAATCAGGGGATGACGCCACGGACCTGCCGCCGATCTTCGTCGAGACCGATCCGACGCTGCCGGAAAGCCTCAAGCTGGCGTTGGAACTGATGTGGCAGAACGTCGAGGAGCCCTTGACGATCGATGAGCTGGCGGCCTGCGTCAAGGTCTCCAAGCGCCAGCTGGAACGGCGGTTCTGCCGGTTCCTCGGTGCGACCCCGACGCGTTATTACCTGGAACTGCGCCTGACACGCGCACGCCAGCTCATCCAGCAGACCAACCGCTCGGTGACCGAAATCGCCGTGGCCACCGGCTTCGTCAGCTCCCCGCATTTCCAGCGACGTTTCCGCGATTTTTTTGGTGTGCCGCCGGGTAGCTATCGTTCGACGTTTGGGCGCAAGTAA MPSAFESVLKNKNMAYRPQGAAPEGQAPVRVAFVLMDNFSMMSFTGAVDALVTANLMSDMPLYEVLTVGASGGQVTSDLGIVISTDIELAQLPDNLDVLIVAGGFRVKLQGTPLLRRKLRAHATSGAIVGGLWNGVFFVAEANLLDGFECAVHPESRATMAEMFPHVKVTSRAYVVDRERVSCAGANSSLRMMLQLIRRTGGEALVGAIEEILRCDESGDDATDLPPIFVETDPTLPESLKLALELMWQNVEEPLTIDELAACVKVSKRQLERRFCRFLGATPTRYYLELRLTRARQLIQQTNRSVTEIAVATGFVSSPHFQRRFRDFFGVPPGSYRSTFGRK NA NA NA NA NA D1-35_02415 1212 hypothetical protein ATGCACACCCAATCCACGGCGCTGGACTCATCCCCGACGGGCATCTGGCTGCCGATATTCGCCGGCCTCTGCGCCAGCCTCGTCAGCATCGGCCTCGCACGCTTCGCCTACACGCCGTTGATTCCGTCGCTGATCGAAGCGCATTGGTTCAGCGCCAACGACGTGGTTTACCTGGGAGCGGCGAACCTGGTGGGCTACCTGATCGGCGCCCTGCTCGGCCGGCCCATGGCTCGGCGCCTGGGCAACAAGCAGGCGCTGCGCCTGATGATGCTGGCCGTGACGGCGGCATTTTTTGCCTGCGCCTTCCCGGTGTCGGTGATCTGGTATTTCGCTTGGCGGCTGCTGTCGGGCATCGCTGGCGGCGCGATCATGGTGCTGGTGGCGGCGACCGTACTGCCGCATGTGCCCGCCGCGCGCAGAGGCTTGGCCAGTGGTGCGATTTTCCTTGGCATCGGGCTGGGTATCGCCGGCTCCGGAACGATTGTGCCGCCGCTGTTGAGCCACGGTCTGCAGGCGACCTGGCTGGGGCTCGGCGTGTTGTCACTGGTGCTGACCGGGCTGAGCTGGTTCGGTTGGCCGCAAGATTCTGCCCAGGCGACAAGCGTCGCGAAACACGCCACACCGGCCGAACCCACGCCCCGCGCCGTGTATCAGCTGTTTGCCCAATACGCCTTCATGGCGGCAGGGTTGGTCCCGGCAATGGTGTTCCTGGTGGACTACGTAGCGCGGGGCCTCAAGGCCGGCGCCCATGTCGGTGCGCTGGTCTGGGTGATGTACGGCCTCGGCGCGATTATCGGCCCGGTGACCTACGGCCTTCTCGCCGACCATCTGGGCGCGCGCAAAAGCATACGACTGGTGCTGGCCGTCCAGGCCGTTGCCCTTGGCCTGCTGGCGATTACCCAGAGCTTCCTGGCGCTGGCGGTACTGGCCGTGCTGATCGGCTCGTTCCCGCCGGGCATCGTGCCGTTGGCCCTGGCCCGGGTGCACGAACTGGTGCCGGACCATCATCGCCAGCAAGTCGCCTGGAGCCGCGCCACCGTTTCATTCGCAACCTTTCAGGCGCTCGCCGGGTTCGGCTATTCGGCGCTGTTCAATGCCAGTGGCGGACAGCATGCGGTGCTGTTCCTGGTTTCTGCGGGGGCGATCGTGGTGGCGCTGCTGCTCGATTTCACGCCCAAGCTGTTCGCAAGGACCGCAACCGCGGACGACTAA MHTQSTALDSSPTGIWLPIFAGLCASLVSIGLARFAYTPLIPSLIEAHWFSANDVVYLGAANLVGYLIGALLGRPMARRLGNKQALRLMMLAVTAAFFACAFPVSVIWYFAWRLLSGIAGGAIMVLVAATVLPHVPAARRGLASGAIFLGIGLGIAGSGTIVPPLLSHGLQATWLGLGVLSLVLTGLSWFGWPQDSAQATSVAKHATPAEPTPRAVYQLFAQYAFMAAGLVPAMVFLVDYVARGLKAGAHVGALVWVMYGLGAIIGPVTYGLLADHLGARKSIRLVLAVQAVALGLLAITQSFLALAVLAVLIGSFPPGIVPLALARVHELVPDHHRQQVAWSRATVSFATFQALAGFGYSALFNASGGQHAVLFLVSAGAIVVALLLDFTPKLFARTATADD NA NA NA NA NA D1-35_02416 876 hypothetical protein ATGAATTGGGATGACGCGCGGGTGTTTCTCGCGGTATGTCGGGAGTCGACACTGCGTGGAGCGGCCCGGATACTGGGCGTGGATCAGGCGACCGTGGGGCGACGGATCGTCGCGTTGGAAAAATCCTTGAGCGCCGCGTTGTTCCTGCGCACCTCCGACGGTTATGCGCTGACGGCGGTGGGCGAAGCGGCGCTCAAGGCCGTGGAGAAAATGGAGCAGTCGGCCCTGGAGCTTGAGCGTCGCATCCAGGGCCTGGACGATCGGCTGATCGGCAACGTACGCGTCGCCACCACCGATTCGTTGGCGATCGATTTCCTCATCCCGGCCATCGCCCGCCTGCATGCGCGGCATCCCGACGTCCGCGTGCAACTGGACGCCTCCACGCAGATCATCAGCCTGGTCAAGCGTGAAGCGGACATTGCCGTGCGCAATACCCGGCCCGACAATCCTGATCTCATCGCCCGGCGGATTGCGCGCTGGCCGGTGGGGCTGTTCGCCTCCCAGGATTACGTCGACGCTCATGGGGAGCCTGCGCCGGGCAGTGCTTTCGAAGGGCATGACCTGGTGGTCTATCAACCGTACTGGCAGGGCCAAAAGGATTTCACCCTGGTGGCCGAACCGGTCGGCCGAGGACGGATTGTCGCCAGCCTGAGCTCAAGCCTGCTGGTACGCAGGTCGATCGGGGCGGGGATCGGGGTGGGAGAAATTCCGGTGTACATGGGGGAGCGCGACGGGCTGGTGCGGCTCTGGCCGCAGCGCACGCGACCGCTGCCATATGAGGTGTGGCTGGTAACTCACGCGGATCTGCGCCACACGGCGCGGGTGCGGGCGGTGATCGATGAGATCGTCGCGGCGTTTTCCAAGGAGAACGAGTAG MNWDDARVFLAVCRESTLRGAARILGVDQATVGRRIVALEKSLSAALFLRTSDGYALTAVGEAALKAVEKMEQSALELERRIQGLDDRLIGNVRVATTDSLAIDFLIPAIARLHARHPDVRVQLDASTQIISLVKREADIAVRNTRPDNPDLIARRIARWPVGLFASQDYVDAHGEPAPGSAFEGHDLVVYQPYWQGQKDFTLVAEPVGRGRIVASLSSSLLVRRSIGAGIGVGEIPVYMGERDGLVRLWPQRTRPLPYEVWLVTHADLRHTARVRAVIDEIVAAFSKENE NA NA NA NA NA D1-35_02417 723 yhhW_1 COG1741 Quercetin 2,3-dioxygenase ATGCTGACCCTTCGCAAAGCTTCTGATCGCGGCATCGCCCGTCACGGCTGGCTGACGTCGTTCCATACCTTTTCCTTCGCCAACTACCGCGACCTCAACCAACAGGGTTTTTCCGACCTGCTGGTGATCAACGACGATCGGGTTGCCGCCGCCAAAGGTTTCGGCCAGCACCCACACCGGGACATGGAAATTTTCTCCTACGTGCTCGAAGGCGCGCTGGAGCACAAGGACACCCTGGGCACGGGCTCGGTGATTCGTCCGGGTGATGTGCAGTTGATGAGCGCCGGCAGCGGCGTGGCCCACAGCGAGTTCAATCACAGCGCGGACGAGCCGGTGCACTTCCTGCAGATCTGGATCGTGCCCAATGTCGTGGGCGCTACGCCGCGCTACCAGCAGGAGCACTTCAGCACCGAACAGAAACGCGGTCGCCTGCAACTGATCATCTCCCCGGACGGCGCCGAGGGGTCGTTGCACGTACGCCAGGACGCACGGGTGTATGCCGGGCTGTTCGATGGTCAGGAAAGCGCCACGCTGACCTTGGCCGCTGATCGTTATGCCTATGTGCATGTGGCCCGGGGCAGCGTCGAGCTCAACGGCGTGGCGTTGCAGGAAGGCGACGGTGTGCGGGTACGCAACGAACAGGCACTGACGCTGGGCAACGGCCAGGATGCCGAGGTGCTGGTGTTTGACCTGCGGCCGCAGGAACTGCCGCAAATGCCATAA MLTLRKASDRGIARHGWLTSFHTFSFANYRDLNQQGFSDLLVINDDRVAAAKGFGQHPHRDMEIFSYVLEGALEHKDTLGTGSVIRPGDVQLMSAGSGVAHSEFNHSADEPVHFLQIWIVPNVVGATPRYQQEHFSTEQKRGRLQLIISPDGAEGSLHVRQDARVYAGLFDGQESATLTLAADRYAYVHVARGSVELNGVALQEGDGVRVRNEQALTLGNGQDAEVLVFDLRPQELPQMP PGPT0019980_4508 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_FLAVONOID_UTILIZATION PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911 NA NA D1-35_02418 951 cdhR_7 COG4977 HTH-type transcriptional regulator CdhR ATGAAAACCGTTGCAATGGTGCTGTTCCCCGATTTCCTGCTGCTCGACATGGCCGGGCCGCTCGAAGTGTTTTCCATCGCCAATCGTTTTCTCGCGCCGGAGCAGCACTATCAGTTGCTGACCCTGGGCACCGAGCGCGGGGCGTTGCGAGCCTCCAACGGGGTGACTGTCCAGGCCGACATCCATATCGACCAGGCTTGGGCGGCCTACGACGTACTGCTGGTACCGGGCGGGCCTGGTGCCTATAACGACAGGCATCCGGGCTTGCACACCTGGTTGCGGGCGTCGGCGCAGCGGGCCACGCGCTACGGGTCGATCTGCACGGGAGCCTTCATCCTGGGAGAGGCGGGCTTGCTCGACGGCTATCGGGTCACCACCCATTGGCATTACACCGAACGCCTGATCCAGCGGTTCCCCAAGGCTTTGGTCGAGACCGACAAGATCATCTTGCATGACCGACGGTTGATCACCTCCGGCGGGGTCACGGCCGGTATCGACATGGCCCTGTCCATCGTCGCCCAGGACCATGGCCGCAAAGTCGCGCTGGATGTGGCCAAGGTCTTGCTGGTGGTCATGCAGCGCCAGGGTGGGCAAGCGCAGTTCAGCCCGCTGGTAGCGGCGGTGGCGGCACAGGAATCGGCGGTTACCCGGGTGCAGCATTACGTGATGGAACATCTGGAGGAGCCGTTTTCCATCGAGCGCATGGCTGATCTGGCCGCCATGAGCTCAAGGCATTTCGCCCGGGTTTTCCTGCGCGAAGTCAAGATGACACCGATGGAGTTCCTGCAAGGTGCGCGCATCGATCGGGCGCGGCAGTTGCTGGAGTCCACCGACTTGCCCCTCAAGACCGTGGCCTTTCGCAGTGGCTTTGGCAGCGTCCGGCACATGCGCCAGTTGTTCAGCGAAAAACTCGGCCTGACACCGGTCCAGTACCGGCAGCAGTTCAGTTGA MKTVAMVLFPDFLLLDMAGPLEVFSIANRFLAPEQHYQLLTLGTERGALRASNGVTVQADIHIDQAWAAYDVLLVPGGPGAYNDRHPGLHTWLRASAQRATRYGSICTGAFILGEAGLLDGYRVTTHWHYTERLIQRFPKALVETDKIILHDRRLITSGGVTAGIDMALSIVAQDHGRKVALDVAKVLLVVMQRQGGQAQFSPLVAAVAAQESAVTRVQHYVMEHLEEPFSIERMADLAAMSSRHFARVFLREVKMTPMEFLQGARIDRARQLLESTDLPLKTVAFRSGFGSVRHMRQLFSEKLGLTPVQYRQQFS NA NA NA NA NA D1-35_02419 1509 hypothetical protein ATGAACAGCTTCACCAAACCTTGCGCCGCAACAGCGGCGAGCCCCGAAACCACGGTGCGCTTCGGTCCGTTTGTCTTTCACCGCCAGCAGCGGCTGGTTACCTGCGATGGCGAGCCCCTGGCCTTGGGCGGTCGCGCCCTGGACATCCTGCACTTGTTGGTTGCCCATGCGGGCGCCTTCGTCAGCAAGCAAACCCTGATCGCCCAGGTCTGGCCCGACAGCGTGGTGGAAGACATCAACCTGCGGGTGCACATCGCCGCCTTACGGCGGGCGTTCGGTGCTGGACAGGATGGCAATCGCTACATCCTCAATCATCCGCGCCAGGGCTACTGCTTCGCCGTGCCCCTGACCCCGCAGCCGAGTGCTGAATCATCCGGCGCCAGGCGCTCCGAGCGGCACAATCTGCCCGCGCGCCTGAGCCCGGTGATCGGTCGCGACAAGCTGCTGGGACGGCTGTTGGTCGAGGTTCCGCGCCAGCCCCTGACCACCGTCGTCGGCCCGGGCGGTATCGGCAAGACCACGGTGGTGTCGCGGGCGGCGGAACTGTTGCTCGAGCATTTTGCCGACGGCGCCTGGTTTATTGACCTGGCGGCGATCAGCGACCCGGCCGAGGTCTGCCCGCGGATCATGCAAACCCTTGGCCTGACGGGCGGCTCGCTGGGACAGTGCCTGCAATCGTGCCGGATGTTGCTGGTGCTCGATGGCGCCGAACACCTGCTCGATGCCTGCCGGGAGCTGGCCTTGACGCTGCGCTCAGCGGCCCCTGGCGTATCGCTGTTGTTGAGCAGTCGCGAAGCCTTGGAGCTTGCAGATGAACATGTCGTGCAATTGGCCGGTCTGGCCGTGGCGACGGCCAGCGAGCCCGGCCACTTGATATTGGCGAGTCCGGCAGTGCGCTTGCTGGTTGATCGGGTCGGTGCCCGACAGCAGGGCTTCAAGCCGGGTGAACGCGACCTCGCGCCTCTCGCACAGATCTGCCAGCGCCTGGACGGGTTGCCGTTGGCGCTGGAACTGGCGGCGGCCCAGGTTGATGTGCTGGGCGTGGCGGGGGTCCTGGAACAGTTGGACTACGGTCTGTCACTGTTGAGCCACGGCCGCCGTACAGCCGTGGCGCGCCACCGCAGCCTTGACGCGGCGCTGGATTGGAGTTTCGAGCGCTTGGGCAGCGACGAACGAACGGTGTTCCAGCGGCTGGCGGTGTTCGAGGAACCGTTCACGTTGAAGGCTGCGCTGGCTGTGGTCAGTTGCACTGACGTCGGGGTGGGGCGATTGCCCTGGCTGCTGTCACGGCTGGTCAAGCAGTCGCTGGTGATGGTCGAACAAGGTGCCGAAGGCAATCGCTACCACCTGCTCAATACCACGCGTGCCTATGCCTTGGAAAAGTTGCGTCGCGCAGGCCAGTGGCAGTCGCTCCATCGGCGCTACGTGTTGCAGGAGGCTTGGCTGGCGCGGCGTTCAAGACCCGAGCTGGCGAGTCAGCGTCTGGAGCAGCGCGCCGGCTTCCTTTAG MNSFTKPCAATAASPETTVRFGPFVFHRQQRLVTCDGEPLALGGRALDILHLLVAHAGAFVSKQTLIAQVWPDSVVEDINLRVHIAALRRAFGAGQDGNRYILNHPRQGYCFAVPLTPQPSAESSGARRSERHNLPARLSPVIGRDKLLGRLLVEVPRQPLTTVVGPGGIGKTTVVSRAAELLLEHFADGAWFIDLAAISDPAEVCPRIMQTLGLTGGSLGQCLQSCRMLLVLDGAEHLLDACRELALTLRSAAPGVSLLLSSREALELADEHVVQLAGLAVATASEPGHLILASPAVRLLVDRVGARQQGFKPGERDLAPLAQICQRLDGLPLALELAAAQVDVLGVAGVLEQLDYGLSLLSHGRRTAVARHRSLDAALDWSFERLGSDERTVFQRLAVFEEPFTLKAALAVVSCTDVGVGRLPWLLSRLVKQSLVMVEQGAEGNRYHLLNTTRAYALEKLRRAGQWQSLHRRYVLQEAWLARRSRPELASQRLEQRAGFL NA NA NA NA NA D1-35_02420 2811 hypothetical protein ATGAGCCAATACCTCAACCTGCCCGTCGAACAGACGGTGCATTTCGGCCCTTACCGGGTCCATCCGCGCCAGCGCCTGGTGCTGGAGGGCGGGCAACCGTTGCGCCTGGGGCGGCGAGCGGTGGAGATCCTGCTGGTGCTGCTCGAACACGCCGGCCAAGTGGTGAGCAAGCAGCAACTGATCGCCCGGGTCTGGCCGAAAAGCGTGGTGGAGGACACCAACCTGCGGGTTCACGTGGCGGCGTTGCGCAAGGCCCTGGGCGACGGCCAGGCCGGTCAGCGTTATATCGTCACGGTGGCGCAGCGCGGCTACAGTTTTGTCGCACCGGTGACATTCGAAGCGCCCGAGGAACTGGCGCGCATCCCCCACCCCTCCCTGGCGCGCAACCTGCCGCCGCGCCGTACCCGCATGATCGGCCGCCAGGGCCTGGTGGAGAGCCTGGTGGCGCAACTTCCGCGCAAACGCTTCATCAGCCTGGTCGGCAGCGGCGGCATCGGCAAGACCACCGTCGCCTTGCGGGTTGCCGAACGGCTGCTTGGCCAGTACCGCGACGGCACCTGCCTGCTGGACCTGGCCTCGCTCAACGACGCGACCATGATCGCCCCCAACCTCTGCGCGTTGCTGGAGCTGACGCTGCATGACGGCGAACCGCTCGACGCGATCGTCCGGCAACTCAAGGACCGCCATCTGCTGCTGGTCATCGACACCTGTGAACACCTGATCGATGCCGTCGCGCTGCTCTGCGAAACCCTGCTGCGCGGCGCGCCTCACCTGCACATCCTGGCCACCAGCCGCGAAGGCCTGCGCGCCGAAGGCGAACACGTGCAGCGCCTCGATTCGCTGGCGTTTCCGCCAAGGGGCATGGTCATCGAAGGTTATCCGGCCCTGGAATTCCCGGCGCTGCAACTGTTCGCCGAACGGGCGATAGCCAGCCAGGACGACTTTGAGCTGACGGACCACGAGGTTCCGCTGATCGTCGATATCTGCCAGCGGCTCGACGGAATCCCCCTGGCGATCGAACTGGCCGCCGCCCAGGTCGGGCGCTTTGGGCTGGAGGCGCTATGCCGGCAACTGCAGGACAGCGTCGCCCTGCTCGACCATGACAGGCACGCCAGCGCACCGCGCCAGCAAACCCTGCGCGCCACGGTGGACTGGAGTTTCGCGCTGCTCACGCCGTGCGAACAGACCTGCCTGCGGCGCCTGGCGGTGTTCATGGGCAGTTTCAACCTGGCGTCGGCCGCGGCAGTCATCGTCGGCCAGCATGTCGCGCCGGAACAGGTGCTGGTCTCGATCAGCCAGTTGGTGGCGAAATCGTTGCTCAATGTCGAGATCGGCGACGATGAGGTCCGTTATCGGTTGCTGGACACCACGCGCAGCTACGCCCTGGAAAAACTGCTGGATGCCGGGGAACTGGCCGCCACCCGGGAGCGCCACGCCGAGCGCTGCCTGACGCTCATGGAACAGGCTGAAAAGGATTGGGAAAACACTTCTACGCGCGTGTGGATCGCACGCTACGCGGCCTATCGGGACGACATCCGCGCGGCGCTCGACCGCGGGCTGGGCCCGCAGGGTTCGCACGCCGTGGCGATCCGCCTGGCCGCGCGCACCCTGCCGCTCTGGCAAGAGCTGTCGCTGCTCAAGGAGCACGGGCTGTATGTCAGCAAGGCGCGGGCGCTGCTACAGGCCAGCCCCTCGCCGTGCCAGAGATTGACCCTCGCCCTGGAACTGGCCCACGGCAGTTTCAACTACCACACCGAGGGCGGTACGCCGGCCACTGTCGAGGCCTTCGTCACGGCCCGCCACCTGGCCCGGCAGTGCCAGGACCGGGCGGGAGAATTGCGCGCATTGTCGGGCCTCATGACGGTCAATCTCAGCGCCGGCCGCTATCAGCAGGCGCTGGAGCAAAGCCTGGATTTCGATCGCCTGGGCCTGCCGGGCGACCCGGTCCTGTCCTTGAGTACCCAGCGCCTGCGGGTGCTGGCGCTGCATTTCACCGGCGACCAGGACGGCGCGCGACGTGACGCCGAGCAGGTCATCCAGCGCCTGGCCCAGAATGGTCACCTGAGCCGCTTCAGCCACGGTTTCGGCGTGCAATACGAGCAGAGCGTGGCCGCGCTGACGATCCTGTCGCGCATCCTCTGGCTGCAAGGGTTCGCCGAAAAAGCCCGGCGCACGGCCAACCTTGCGCTACAGATTGCCCTGCAGATCAACCACGGCCTTTCGATCTGCTACACCCTGGCGATCGCCGGTTGCGTGATCGCCCATTACACCGGCGATCAGCCGACCGCCCAGGAACGGCTGGACATGTTGAAGCAGCAGGCCAAACGCCATTCGGTCATGCTCTTCCATGATTGGGCTGGCCATTACGAGCGCGCCTTCGACGGCGCCAGTCCGCAGTCGCACTGGAGCGCTTGCGGCCTGATCCAGGATACCGTCGTCACTCTGCGCGGCGATGCCGTCAGCCCGCAGCAGATCGAGCGCGCCCATAGCGGCGCGGCAGGCTGGTGCTCGGCGGAAATCCTGCGCATCGCTGCCGAAGCGTTGCTGGCCGAGGGAAAAGCGGGCGCAGAAAGCCGTGCCGAAGAGTACTTACACGCCGCGCTGACGGTAGCCCGGAGCCAAGGCGCGCTGGCCTGGCAATTACGCAGTGCCATGTCGCTGGCCCGGCTGTGGCAACGGCGCGGCCAGGATGCGGCGGCGCAGGATGTGCTCGCTTCGGTCTATCGGCGCTTCAGCGAAGGGTTCGACACACCCGACCTAAAGGAAGCCGGCGCGCTGCTCCAGACGCTGACTCGCCAGCTCGGGTCTTGA MSQYLNLPVEQTVHFGPYRVHPRQRLVLEGGQPLRLGRRAVEILLVLLEHAGQVVSKQQLIARVWPKSVVEDTNLRVHVAALRKALGDGQAGQRYIVTVAQRGYSFVAPVTFEAPEELARIPHPSLARNLPPRRTRMIGRQGLVESLVAQLPRKRFISLVGSGGIGKTTVALRVAERLLGQYRDGTCLLDLASLNDATMIAPNLCALLELTLHDGEPLDAIVRQLKDRHLLLVIDTCEHLIDAVALLCETLLRGAPHLHILATSREGLRAEGEHVQRLDSLAFPPRGMVIEGYPALEFPALQLFAERAIASQDDFELTDHEVPLIVDICQRLDGIPLAIELAAAQVGRFGLEALCRQLQDSVALLDHDRHASAPRQQTLRATVDWSFALLTPCEQTCLRRLAVFMGSFNLASAAAVIVGQHVAPEQVLVSISQLVAKSLLNVEIGDDEVRYRLLDTTRSYALEKLLDAGELAATRERHAERCLTLMEQAEKDWENTSTRVWIARYAAYRDDIRAALDRGLGPQGSHAVAIRLAARTLPLWQELSLLKEHGLYVSKARALLQASPSPCQRLTLALELAHGSFNYHTEGGTPATVEAFVTARHLARQCQDRAGELRALSGLMTVNLSAGRYQQALEQSLDFDRLGLPGDPVLSLSTQRLRVLALHFTGDQDGARRDAEQVIQRLAQNGHLSRFSHGFGVQYEQSVAALTILSRILWLQGFAEKARRTANLALQIALQINHGLSICYTLAIAGCVIAHYTGDQPTAQERLDMLKQQAKRHSVMLFHDWAGHYERAFDGASPQSHWSACGLIQDTVVTLRGDAVSPQQIERAHSGAAGWCSAEILRIAAEALLAEGKAGAESRAEEYLHAALTVARSQGALAWQLRSAMSLARLWQRRGQDAAAQDVLASVYRRFSEGFDTPDLKEAGALLQTLTRQLGS NA NA NA NA NA D1-35_02421 273 hypothetical protein GTGCGTGAGTTAAACGTTGTTAATTTTTTCGCGACGGCGGTGCTAAAACCTCAGGGGGAACTGCTTTTGTGGCGAGGGGATTTATCCCCGCTGGGCCGCGAAGCGGCCCCCCAAAGCGCAATCCCCAAATATGTCTGGCACCCCGAGATAACAGTCTTGGGACTGCTTCGCAGTCCAGCGGGGATAAATCCCCTCACCACACATAAATCCCCTCACCACAGGGGTTTGTGTCTGTCGATCGCTCTGCGCAGCGCCTCCCACCGTTGCGCTTGA MRELNVVNFFATAVLKPQGELLLWRGDLSPLGREAAPQSAIPKYVWHPEITVLGLLRSPAGINPLTTHKSPHHRGLCLSIALRSASHRCA NA NA NA NA NA D1-35_02422 822 cpo_1 Non-heme chloroperoxidase ATGAGCACTTTCATCACCCGCGACGGCACCGAGATCTACTACAAGGATTGGGGCAGTGGCCAACCGGTGGTCTTCAGCCACGGCTGGCCGTTGAATTCGGACAGTTGGGAGGCGCAGATGATGTTCCTGGCGTCCAACGGCTATCGGGTGATTGCCCACGACCGTCGTGGTCACGGGCGTTCCAGCCAGCCCTGGGACGGCAATGACATGGACACCTACGCCGATGACCTGGCCGAGCTGATCGAGCGCCTGGACCTCAAGGACGCGGTGTTGCTCGGTTTCTCCACCGGCGGTGGCGAAGTGGCGCGCTACATCGGTCGGCATGGCGCCGCCCGCGTCGCCAAGCTCGGCCTGATCTCGGCGGTCACGCCGCTGATGCTCAGGACCGCGGCCAACCCCGGCGGCCTGCCCGTTGAGGTATTCGACGGCTTCCGCCAGGCCTCTCTGGCCGATCGTTCTCAGCTATACAAGGATGTGGCCAGCGCGTTTTTCGGCGCCAACCGTCCGGGTGCCAAGGTGTCCCAGGGCATGATCGACTGGTTCTGGATGCAGGGCATGCTCGCCGGCCACAAGAACGCCTACGACTGCATCAAGGCCTTCTCGGAAACCGATCTTTCCGAAGACCTGCGCAACATCGACGTGCCGACCCTGGTGGTGCATGGCGATGACGACCAGGTAGTGCCGATCGAAACCGCCGGCATCGCGGCCGCCAAGCTGCTCAAGAACTCGCAGCTGCTGGTCTATCCGGGCGCGCCCCATGGTCTGACCGACACCCACAAGGACCGGCTGAACGCCGACCTGCTGGCGTTCATCCAGGGTTGA MSTFITRDGTEIYYKDWGSGQPVVFSHGWPLNSDSWEAQMMFLASNGYRVIAHDRRGHGRSSQPWDGNDMDTYADDLAELIERLDLKDAVLLGFSTGGGEVARYIGRHGAARVAKLGLISAVTPLMLRTAANPGGLPVEVFDGFRQASLADRSQLYKDVASAFFGANRPGAKVSQGMIDWFWMQGMLAGHKNAYDCIKAFSETDLSEDLRNIDVPTLVVHGDDDQVVPIETAGIAAAKLLKNSQLLVYPGAPHGLTDTHKDRLNADLLAFIQG PGPT0013125_2341 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013125-cpo-K00433 NA NA D1-35_02423 948 nodD2_2 Nodulation protein D 2 ATGAACCGCAACGATCTACGCCGCCTCGACATGAACCTGCTGGTGATCTTCGAGGCGCTGATGTTCGAGAAGAACCTGACCCGTGTCGCCGAAAAGCTCTTCATGGGCCAGCCGGCGGTGAGCGCGGCGCTCGGGCGGCTGCGGGATCTGTTCGATGATCCGCTGCTGATCCGTCACGGGAGGGGCATGGAACCGACGCCTCGGGCCCTGGCGATCCTGCAAGAATTGCAGCCGGCCATGGACACCATTTCCGGCGCGGTCAGCCGGGCCAAGGCGTTCGACCCGTCCACCAGTTGCGACGTGTTCCGCATCGGTCTGTCCGATGATGCCGAATTCGGCCTGTTTCCACCGCTGCTCAGTCAATTGCGCGAAGAAGCGCCGGGCATCATCGTGGTGGTGCGCCGGGCCAATTTCCTGCTGATGTCGTCGTTGCTCGCCAGCGGCGAAATCAGCGTCGGCGTCAGCTACACCACCGACCTGCCGGCCAATGCCAAGCGCAAGAAACTGCGGGACATTCCCTGCAAGGTCCTGCGTGGCGACAAGCGCCCGGGGCCGCTGACCCTGGACGACTACTGCTCGCGACCCCACGCCATGGTGTCGTTCTCGGGCGACCTGAGCGGCAACATCGACCTGGACCTGGCGCGCATCGGCCGGGCCCGCAAAGTGGTCTTGGCAGTGCCGCAATTCAGCGGCCTGCGCGCCTTGCTGGCGGGCACCGAGCTGATCGCCACGGTACCGGACTACGCCGCCTGCGCGCTGGTGGAGGGCTGCGCCTTGCGCGCCGAAGACCCGCCGTTCGAGATCAATGCCGCCGAGTTGTCGATGGTCTGGAGCGGCGTCCACGACAATGACCCCGCCGAGCGCTGGCTGCGCTCGCGCATCGCCACCCACATGTCCCAACCGTTGCCGGCAGCCGCCTCGACGGACCCGGCCGGAGCTCACCGATGA MNRNDLRRLDMNLLVIFEALMFEKNLTRVAEKLFMGQPAVSAALGRLRDLFDDPLLIRHGRGMEPTPRALAILQELQPAMDTISGAVSRAKAFDPSTSCDVFRIGLSDDAEFGLFPPLLSQLREEAPGIIVVVRRANFLLMSSLLASGEISVGVSYTTDLPANAKRKKLRDIPCKVLRGDKRPGPLTLDDYCSRPHAMVSFSGDLSGNIDLDLARIGRARKVVLAVPQFSGLRALLAGTELIATVPDYAACALVEGCALRAEDPPFEINAAELSMVWSGVHDNDPAERWLRSRIATHMSQPLPAAASTDPAGAHR PGPT0028130_108 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028130-mexT-K18297 NA NA D1-35_02424 414 hypothetical protein ATGAACGCCACTGACGAACGCCGCATGCAGGACCTCGGCCTGCTGTTCCTGCGCCTGAGCGGCGCGCTGTTTCTGCTGTGGGTCCATGGCTTGCCGAAGCTGCTGAACTACAGCGCCGAGCTGACCCGCATCGAAGACCCGTTCCACCTCGGCGCGGCGCCCACGCTGATCCTGGCAATTTTCGCCGAGGTGCTTTGCCCGCTGCTGATCATGGCTGGCGTGCTGGTGCGCCTGGCGTGCTTGCCCATCCTCTTCCTGCTGGCCGTTGCGCTGCTCGTGGTGCACCCGCAATGGAGCCTGGAAGAAGGCCAGTTCGGCTGGTTGCTGCTGATCATATTTACCAGCGTGTTCATTGCTGGCCCGGGAGGCCTGGCGATCAACGCGCGTTTTGCTGGAGTGCTGCGTCATGCCTGA MNATDERRMQDLGLLFLRLSGALFLLWVHGLPKLLNYSAELTRIEDPFHLGAAPTLILAIFAEVLCPLLIMAGVLVRLACLPILFLLAVALLVVHPQWSLEEGQFGWLLLIIFTSVFIAGPGGLAINARFAGVLRHA PGPT0028505_5037 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 D1-35_02425 639 hypothetical protein ATGCCTGAATCCCAAACCCTTGAATCAACCGCGATCCCGGCGATCCCCGGCTTCGATGAAATCGTCACCCTGGTAGTCAAGCACCGGGTCAAGGCCGGGCAGGACGGCGCCTATGAAGCCTGGTTGCGGCGCATCGTCAGCGTGGCCGGCCAATGGCCGGGGCATCTGGGCGTGGACGTAGTCCGGGGCAAGCAGGGCGGGTTGTCGCTGTTCACCTGCGTGCTGCGGTTCTGCTCCACCGAGGCCATGCAGCGCTGGCTGGACTCGCCCGAGCGCCGCGAACTGGTGGAAGAGGCCGCGCCGCTGCTGGCGGACGGCGACCAGACAGAAGTCGCTCCGCACAAGGAATTCTGGTTCGCCCCGCTGGCCGATGCCGCCACGCCGCCACCGCGCTGGAAGCAATCGGTGGTGACCTTGCTGGTCATCCTGCCGCACACCTTGCTGGTGCCGTTGCTCTGGGGCCCGCTGTTGCAACTCAACGCGTTTCTGTCCAACTACGTGGTCGCCACGTTCCTGATCACCGTGACCATCGTGCTCTCGGTGGTGTACGTGTGCATGCCGCTGGCGACGCGTCTGTTCGCGCCGTGGCTGGAAGCGTCCAAGGCCCACCAACACCTGGAGCCCGGCGATGGCCAATAA MPESQTLESTAIPAIPGFDEIVTLVVKHRVKAGQDGAYEAWLRRIVSVAGQWPGHLGVDVVRGKQGGLSLFTCVLRFCSTEAMQRWLDSPERRELVEEAAPLLADGDQTEVAPHKEFWFAPLADAATPPPRWKQSVVTLLVILPHTLLVPLLWGPLLQLNAFLSNYVVATFLITVTIVLSVVYVCMPLATRLFAPWLEASKAHQHLEPGDGQ NA NA NA NA NA D1-35_02426 1968 nfdA_1 N-substituted formamide deformylase ATGGCCAATAAAGACGACCCGACCGATCCGCTGCGCCGCCAGTTGCTGGCCGCCGGATCCCTGCTCAGCGCGGCGGCGGCTTTCTGGCCACGCCTGTCTCTTTCCTCTTCCCATCCAGAAGGACATCCAATGAACGCCGATCTGATTCTGTTCAATGGCCAGTTCCATACCGTCGACCGTGAAAAACCTCGCGCCAGCGCGGTTGCCATCAGCCAGGGCCGTTTCGTCGCCGTGGGCACCGATGCCGAGGCCATGGCCTTGCGTGGCAGCGGCACCCAGGTCATCGACCTCAAGGGCCGCACCGTCATTCCCGGCCTCAACGACTCGCACCTGCACCTGATCCGCGGTGGCCTGAACTACAACCTGGAGCTGCGTTGGGAAGGTGTGCCGTCCCTGGCCGACGCCTTGCGCATGCTCAAGGACCAGGCCGATCGCACCCCGACCCCGCAATGGGTACGGGTGGTGGGGGGCTGGAACGAATTCCAGTTCGCCGAAAAGCGCCTGCCGACCCTGGAAGAACTGAACCAGGCCGCGCCCGACACCCCGGTGTTCGTATTGCACCTGTACGACCGCGCCTTGCTCAACCGCGCCGCGCTGCGGGTGGCCGGCTACACCCGCGACACGCCGAACCCGCCGGGCGGCGAGATCGTTCGCGATGCCAACGGGAATCCGACCGGCATGCTGGTGGCGCGGCCCAACGCGATGATCCTTTACTCGACGCTGGCGAAAGGGCCGAAGCTGCCGCTGGAATACCAGGTCAACTCCACCCGCCAGTTCATGCGCGAGCTCAATCGCCTGGGCCTGACCAGCGCGATCGACGCCGGCGGCGGCTATCAGAACTACCCGGACGACTACGAAGTCATCGAGCAGTTGGCTCGCGAGCAGCAGTTGACGGTGCGCATCGCCTACAACCTGTTCACCCAGAAGCCCAAGGAAGAACTCACCGACTTCAAGAACTGGACCGGCAGCGTCAAGCTGCACCAGGGCGACGATTTCCTGCGGCACAACGGTGCCGGGGAAATGCTGGTGTTCTCGGCGGCGGACTTCGAAGACTTCCTCGAACCGCGTCCGGACCTGCCGCCGGGCATGGAGCAGGACCTGGAGCCGGTGGTGCGTCATCTGGTCGAGCAGCGCTGGCCGTTCCGCCTGCACGCCACCTATGACGAATCCATCAGCCGCATGCTCGACGTGTTCGAGAAGGTCAACCGCGACATTCCGTTCAACGGCCTGCCGTGGTTCTTCGACCACGCCGAGACCATCACGCCGAAAAACATCGAGCGGGTCCGCGCGCTGGGCGGTGGCATCGCCATTCAGGACCGCATGGCCTTCCAGGGTGAATATTTCGTCGACCGCTACGGCGCCAAGGCCGCCGAAGCCACGCCGCCGATCAAGCGCATGCTGGCCGAAGGCGTACCGGTGGGCGCCGGCACCGACGCCACCCGGGTCTCCAGCTACAACCCGTGGACCTCGCTGTACTGGATGGTCAGCGGCCGCACCGTCGGCGGCCTCTCGCTGCACGAAGAAGGCCTGCCGCGGCTGACCGCGTTGGAGCTGTTCACCCATGGCAGCGCCTGGTTCTCCTCGGAGCAGGGCAAGAAGGGCCAGATCAAGGTTGGTCAACTGGCGGACCTGGCAGCCCTGAGCGCGGATTTCTTCAGCGTCGAGGAAGAAGCCATCAAGTGGATCGAATCGGTGCTGACCGTCGTGGACGGCAAGGTCGTCTACGCCGCTGGCGACTTCGAAAAACTCGGCCCGGCCAGCGTCCCGGTACTGCCGGACTGGTCGCCGGTGGTCAAGGTTCCCGGCCACTGGCGTCCGGCTTCGCCATTGCAGGCGCAAGTCCACCAGTGCAGCGGGCCGTGCAAGGTGCATTCCCACAGCCATGAACGGGCGCGTCTGTCGAACGTGCCGGTCAGCGACTTCCAGGGGTTCTGGGGCGCGTTTGGCTGTTCGTGTTTTGCCTTTTAA MANKDDPTDPLRRQLLAAGSLLSAAAAFWPRLSLSSSHPEGHPMNADLILFNGQFHTVDREKPRASAVAISQGRFVAVGTDAEAMALRGSGTQVIDLKGRTVIPGLNDSHLHLIRGGLNYNLELRWEGVPSLADALRMLKDQADRTPTPQWVRVVGGWNEFQFAEKRLPTLEELNQAAPDTPVFVLHLYDRALLNRAALRVAGYTRDTPNPPGGEIVRDANGNPTGMLVARPNAMILYSTLAKGPKLPLEYQVNSTRQFMRELNRLGLTSAIDAGGGYQNYPDDYEVIEQLAREQQLTVRIAYNLFTQKPKEELTDFKNWTGSVKLHQGDDFLRHNGAGEMLVFSAADFEDFLEPRPDLPPGMEQDLEPVVRHLVEQRWPFRLHATYDESISRMLDVFEKVNRDIPFNGLPWFFDHAETITPKNIERVRALGGGIAIQDRMAFQGEYFVDRYGAKAAEATPPIKRMLAEGVPVGAGTDATRVSSYNPWTSLYWMVSGRTVGGLSLHEEGLPRLTALELFTHGSAWFSSEQGKKGQIKVGQLADLAALSADFFSVEEEAIKWIESVLTVVDGKVVYAAGDFEKLGPASVPVLPDWSPVVKVPGHWRPASPLQAQVHQCSGPCKVHSHSHERARLSNVPVSDFQGFWGAFGCSCFAF NA NA NA NA NA D1-35_02427 630 ycaC_1 COG1335 putative hydrolase YcaC ATGAGCAACGTTCCCGCCTACAACCGCCTGAACAAAGACGACGCGGTGGTCCTGCTGGTCGATCACCAGACTGGCCTGATTTCCCTGGTCCAGGATTTCTCGCCCAACGAGTTCAAGAACAACGTGCTGGCCCTGGCTGACCTGGCCAAGTTCTTTGGCCTGCCGACCATCCTGACCACCAGTTTCGAACAGGGCCCCAATGGCCCGATCGTGCCGGAGCTCAAGGAAATGTTCCCGGACGCGCCGTATATTCCGCGCCCTGGCCAGATCAATGCCTGGGACAACGAAGACTTCGTCAAGGCGATCAAGGCCACCGGCCGCAAGCAATTGATCATCGCCGGCGTAGTGACCGATGTCTGCGTGGCGTTCCCGACCCTGTCGGCCCTGGCTGAAGGTTTCGACGTGTTTGTCGTGACCGACGCCTCGGGTACGTTCAACGAAACCGTGCAACAAGCCGCCTGGGTGCGCATGACCGCCGCCGGCGCGCAGATGATGAACTGGTTCTCGGTGGCCTGTGAGCTGCACCGCGACTGGCGCAACGACATCGAAGGCCTGGGTAACCTGCTGTCCCAGCGCATCCCCAACTACCGCAACCTGATGAACAGCTACTCGGCGCTGACGGCCAAATAA MSNVPAYNRLNKDDAVVLLVDHQTGLISLVQDFSPNEFKNNVLALADLAKFFGLPTILTTSFEQGPNGPIVPELKEMFPDAPYIPRPGQINAWDNEDFVKAIKATGRKQLIIAGVVTDVCVAFPTLSALAEGFDVFVVTDASGTFNETVQQAAWVRMTAAGAQMMNWFSVACELHRDWRNDIEGLGNLLSQRIPNYRNLMNSYSALTAK NA NA NA NA NA D1-35_02428 879 dmlR_10 HTH-type transcriptional regulator DmlR ATGAACCCCTTCGAAGAAATGCGCATCTTTGCCCAGGTCATGGAGTCGGGCAGTTTCACCGCCGCGGCGGACAAACTCGGGCTGTCCAAGCAGTTCGTCAGTCGCAAGTTGATGGAGCTGGAGCAGCGGCTGGGGGTTCGGTTGCTCAATCGCTCGACGCGCCGCCTGGACGTCACTCCGTTGGGCCAGCGCTATCATGAGGCGGCGTTGCGCCTGCTCAGCGAAGTCGAGCAGGTGGAGCAGGGCATCAGTGGCCAGACCAGCGAGCCGCGCGGAACCATCCGCCTCAGCGCTCCGTTGTCCTTCGCCGTGGCGCACCTGGGCAGCCTGCTGCCGCTGTTCTTGCAGCGCTACCCGGATGTCACCGTGGAGGTCGACCTGAGTGATCGTTCGGTGGACCTGCTGGGGGAGGGGTACGACCTCGCACTGAGGATCGGCGTGCTGGAAGATTCGACCCTGATCGCCCGGCGCATTGCGAGTATCGAGCGAGTGTATTGCGCGAGCGCCGCCTACCTGGCGCAGCGAGGCACGCCGACGCGACCGGAAGACCTGCGCACCCACGACTGTTTGCCGTACGGGCACAGCCGTCAGGTGCAGTGGCGATTCGCCGGAAAGGGCAAGCCGTTGGCGCTGGAAGTGGTGGGACGCATGCGTGCCAATAACGGCGACTTGCTCAGGGATGCGGCGATTGCCGGCATGGGGATTACTTATCTGCCGACCTTCATCCTCGGTGAGGCGTTGAGGGATGGGCGGCTGATCCAGGTATTGGAGGGATTCGAGACCGAGCCCCTGACGCTGTCGGCGGTCTATCCGCAGCACCGACAAAGCTCGCGACCGGTGCAGGCGTTGGTGGAATTCTTGCGTGAACACATGCAGTAG MNPFEEMRIFAQVMESGSFTAAADKLGLSKQFVSRKLMELEQRLGVRLLNRSTRRLDVTPLGQRYHEAALRLLSEVEQVEQGISGQTSEPRGTIRLSAPLSFAVAHLGSLLPLFLQRYPDVTVEVDLSDRSVDLLGEGYDLALRIGVLEDSTLIARRIASIERVYCASAAYLAQRGTPTRPEDLRTHDCLPYGHSRQVQWRFAGKGKPLALEVVGRMRANNGDLLRDAAIAGMGITYLPTFILGEALRDGRLIQVLEGFETEPLTLSAVYPQHRQSSRPVQALVEFLREHMQ NA NA NA NA NA D1-35_02429 474 COG5592 DNA nickase ATGAACGCCATCGACCTGTTGAAAGCGGACCATGAACGCGTGAAGGGCATCCTGTCCCAGTTGAGCGAATCAACCGACCGCGCCATCAAGAAACGCACCGAACTGTTGGCCAAGCTGGAAATGGAAGTGTCTATCCATACCCGCCTGGAAGAAGAAATCCTTTATCCGGCCTTCAAACAGGAAGGCGGCAAGGACGAAGCCGAGATGTACTACGAAGCCAAGGAAGAGCACCGCACCGTCGATTCCCTGGTGCTACCCGACCTGAAAAACACCGACCCTTCCCAGCCTGAGTTCGCCGGTCGCGTGAAAGTGGTCAAGGAGCTGCTCGAGCATCACATCGAAGAAGAAGAGGAAGAAATGTTCCCTAAAGCCGAAGAAATCCTCGGCAAGGCCAAGCTCGAAGAACTGGGCAACCAGATGGAAGCCGTGAAGGCCCAGTACAAAAAAGAGTTCACCGCCAACCTGGCTGCCTGA MNAIDLLKADHERVKGILSQLSESTDRAIKKRTELLAKLEMEVSIHTRLEEEILYPAFKQEGGKDEAEMYYEAKEEHRTVDSLVLPDLKNTDPSQPEFAGRVKVVKELLEHHIEEEEEEMFPKAEEILGKAKLEELGNQMEAVKAQYKKEFTANLAA NA NA NA NA NA D1-35_02430 276 hypothetical protein ATGGAGTTGAAGTGGACCAGCAAGGCGCTTTCCGACATCGCCCGACTTTATGAATTTCTGGCGCTGGTGAATCAACCCGCCGCCGCGCGAACGGTACAACAGCTCACGGCGGCGCCGACCGCTCTGCTGACCAACCCACGCATGGGTGAACGCCTGGAAGAGTTCGACCCTCGGAACGTGCGCAGAATCCAGGTCGGCCCCTACGAAATGCGCTATGAAATAATCGGCTCCACCCTTTACCTGCTACGCCTGTGGCACACACGCGAAGATCGATGA MELKWTSKALSDIARLYEFLALVNQPAAARTVQQLTAAPTALLTNPRMGERLEEFDPRNVRRIQVGPYEMRYEIIGSTLYLLRLWHTREDR PGPT0027550_2778 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027550-toxin_parE1_3_4-K19092 NA NA D1-35_02431 273 hypothetical protein ATGACAACCACCACGAAAACCCGGTCGGTCACCGCTCATGTCCCGGTGGACCTGGCTGAAAAAGTCGACCTGATGGCCGAGCGCCTGGAGCGCTCCAGGAACTGGATCGTCAAACAAGCGCTATCTGCCTGGATCGAACAGGAGGAGGAACGCAGCCGTCTGACTCATGAGGCATTGGCCGATGTTGACGCTGGCCGCGTGGTTGATCACCAGGCTGTCCAGGCTTGGGCCGACAGTCTCAGCACCGACACCCCGTTACCGGTACCGCGCTGA MTTTTKTRSVTAHVPVDLAEKVDLMAERLERSRNWIVKQALSAWIEQEEERSRLTHEALADVDAGRVVDHQAVQAWADSLSTDTPLPVPR NA NA NA NA NA D1-35_02432 1464 nuoN COG1007 NADH-quinone oxidoreductase subunit N ATGGAATTCACGATTCAACACTTTATCGCGCTTGCGCCGCTGTTGATCACCAGCGCCACGATCATCGTGGTGATGCTGGCGATCGCCTGGCGGCGCAATCACTCGCAGACCTTCCTGCTGTCGGTGGCGGGGCTGAACCTGGCCTTGCTGTCGATCCTGCCGGCCCTGAAAGTCGCGCCATTGGCGGTCACGCCACTGATCCAGATCGACAGCTTCGCCTGCCTGTACATGGCGCTGATCCTGGTCGCCACCCTCGCCTGCGTCACCCTCGCCCACGCCTACCTGGGTGACGGCGGTTCGGGTTACCCGGGCAACCGCGAAGAACTGTACCTGCTGATCCTGATGGCCGCCGCCGGTGGCCTGGTCCTGGTCAGCGCGCAGCACCTGGCCAGCCTGTTCATTGGCCTGGAGCTGCTGTCGGTACCGGTCTACGGCCTGGTGGCCTATGCCTTCTTCAACAAGCGCTCCCTGGAAGCCGGCATCAAGTACATGGTGCTGTCGGCGGCCGGTTCCGCGTTCCTGTTGTTCGGCATGGCCCTGCTCTACGCCGAAGCCGGCACCCTGAGCTTCGTCGGCATCGGCCAGGCCCTGGCGGCCACCGGCCTGCCTAGCCCGATCGCGCAACTGGGCCTGGGCATGATGCTGATCGGCCTGGCGTTCAAGTTGTCGCTGGTGCCCTTCCACCTCTGGACCCCGGACGTCTACGAAGGCGCCCCGGCGCCGGTGGCGGCGTTCCTGGCTACCGCTTCGAAAGTGGCGGTGTTCGCGGTGATGGTGCGACTGTTCCAGATCTCGCCAGTGGCCAGCAGCGGTGTCCTGAGCAATGTGCTGACGATCATCGCCATCGCGTCGATCCTGTTTGGCAACCTGCTGGCGCTGACCCAGAGCAACCTCAAGCGTCTGCTCGGTTACTCGTCCATCGCCCACTTCGGCTACCTGCTGATCGCCCTGATCGCCAGCAAAGGCCTGGCCGTGGAAGCCATCGGCGTGTATCTGGTGACCTACGTGATCACCAGCCTCGGCGCCTTCGGCGTGATCACCCTGATGTCCTCGCCGTACAACGGCCGCGACGCCGACGCCCTGTACGAGTACCGCGGCCTGTTCTGGCGCCGTCCGTACCTGACCGCCGTGCTGACCGTGATGATGCTGTCCCTGGCCGGCATCCCGCTGACCGCCGGCTTCATCGGCAAGTTCTACATCATCGCCACCGGCGTCGAGGCCCACCAATGGTGGCTGGTCGGCTCCCTGGTGCTGGGCAGTGCCATCGGCGTGTTCTACTACCTGCGCGTGATGGTCACCCTGTACCTGATGGAACCCAACCTGCGTCGTCACGATGCCGAGCTGCACTGGGAACAGAAGGCAGGCGGCGTGATGCTGCTGGCCATCGCGGTGTTGGCGTTCTTCCTCGGTGTGTACCCGCAGCCGTTGCTGACGCTGGTCCAGCAGGCGGGCCTGACCGGCTGA MEFTIQHFIALAPLLITSATIIVVMLAIAWRRNHSQTFLLSVAGLNLALLSILPALKVAPLAVTPLIQIDSFACLYMALILVATLACVTLAHAYLGDGGSGYPGNREELYLLILMAAAGGLVLVSAQHLASLFIGLELLSVPVYGLVAYAFFNKRSLEAGIKYMVLSAAGSAFLLFGMALLYAEAGTLSFVGIGQALAATGLPSPIAQLGLGMMLIGLAFKLSLVPFHLWTPDVYEGAPAPVAAFLATASKVAVFAVMVRLFQISPVASSGVLSNVLTIIAIASILFGNLLALTQSNLKRLLGYSSIAHFGYLLIALIASKGLAVEAIGVYLVTYVITSLGAFGVITLMSSPYNGRDADALYEYRGLFWRRPYLTAVLTVMMLSLAGIPLTAGFIGKFYIIATGVEAHQWWLVGSLVLGSAIGVFYYLRVMVTLYLMEPNLRRHDAELHWEQKAGGVMLLAIAVLAFFLGVYPQPLLTLVQQAGLTG PGPT0026860_1743 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026860-nuoN-K00343 NA NA D1-35_02433 1533 nuoM COG1008 NADH-quinone oxidoreductase subunit M ATGATTCTGCCCTGGCTAATCCTGATCCCCTTCATCGGCGGCCTGCTGTGCTGGATGGCGGAGCGTTCCAGCTCTACCCTCCCGCGCTGGATTGCGCTGCTGACCATGTCCCTGGAACTCGCGCTCGGCCTCTGGCTGTGGGCGACCGGCGACTATTCATTTGCACCGGCGCCTGGCGCCGATCCGACCTGGGCGCTTGAGTTCAAGCACACCTGGATCGAGCGCTTCGGCATCAGCGTGCACCTGGCCCTCGACGGCCTGTCGCTGCTGATGATCCTGCTGACCGGCCTGCTGGGTATTCTCTCGGTACTCTGCTCCTGGAAAGAGATCCAGCGTCACGTCGGTTTCTTCCACCTGAACCTGATGTGGATCCTGGGCGGTGTCGTCGGCGTGTTCCTGGCGCTGGACCTGTTCATGTTCTTCTTCTTCTGGGAAATGATGCTGGTGCCGATGTACTTCCTCATCGCGCTCTGGGGTCACAGTTCTTCGGACGGCAAGAAAACCAGGATCTACGCGGCGACCAAGTTCTTCATCTTCACCCAGGCTTCCGGCCTGATCATGCTGGTGGCGATCCTTGGCCTGGTGCTGGTGAACTTCAACAATACTGGCGTGATTACCTTCAATTACGCCGACCTGTTGAAAGTGCAGATGTCGCGCACCACCGAATACGTGCTGATGCTGGGCTTCTTCATCGCCTTCGCGGTGAAGCTGCCGGTGGTGCCGTTCCACTCCTGGCTGCCGGACGCCCACGCCCAGGCACCGACCGCCGGTTCCGTGGACCTGGCCGGTATCCTGTTGAAAACGGCGGCCTACGGCCTCCTGCGTTTCGCCCTGCCGCTGTTCCCGAATGCCTCGGCGGAGTTCGCGCCGATTGCCATGACCCTGGGCCTGATCGGGATTTTCTACGGTGCGTTCCTGGCATTTGCCCAGAGCGATATCAAGCGCCTGATCGCCTTCTCCAGCGTCTCGCACATGGGCTTCGTGCTGATCGGGATCTACTCCGGCAGCCAGCTGGCCCTGCAAGGCGCGGTGATCCAGATGCTCGCCCACGGCCTGTCGGCCGCGGCGCTGTTTATCCTCAGCGGTCAGTTGTACGAGCGCCTGCACACCCGGGACATGCGTGAAATGGGCGGCATCTGGTCGCGCATCGCCTACCTGCCGGCCATCAGCCTGTTCTTCGCGGCCGCTTCCCTGGGTCTGCCAGGCACCGGCAACTTCGTCGGCGAGTTCCTGATCCTGATCGGCTCGTTCGTCAGCGCACCGTGGATCACCGCGATCGCGACGTCCGGCCTGGTGTTCGGTTCGGTCTACTCGCTGATCATGATCCACCGCGCCTACTTCGGTCCGGCCAAGTCGGACGAAGTGTTGCGGGGCATGGACGGTCGCGAACTGATCATGGTGCTCGGCCTTGCGGTGCTGCTGGTTTACCTCGGCGTCTACCCGCAACCGTTCCTCGACACCTCTGCCGCCACGATGCATGGCGTGCAGCAGTGGCTCGGCACCGCCTTCTCTCAACTCGCTTCGGCCCGGTAA MILPWLILIPFIGGLLCWMAERSSSTLPRWIALLTMSLELALGLWLWATGDYSFAPAPGADPTWALEFKHTWIERFGISVHLALDGLSLLMILLTGLLGILSVLCSWKEIQRHVGFFHLNLMWILGGVVGVFLALDLFMFFFFWEMMLVPMYFLIALWGHSSSDGKKTRIYAATKFFIFTQASGLIMLVAILGLVLVNFNNTGVITFNYADLLKVQMSRTTEYVLMLGFFIAFAVKLPVVPFHSWLPDAHAQAPTAGSVDLAGILLKTAAYGLLRFALPLFPNASAEFAPIAMTLGLIGIFYGAFLAFAQSDIKRLIAFSSVSHMGFVLIGIYSGSQLALQGAVIQMLAHGLSAAALFILSGQLYERLHTRDMREMGGIWSRIAYLPAISLFFAAASLGLPGTGNFVGEFLILIGSFVSAPWITAIATSGLVFGSVYSLIMIHRAYFGPAKSDEVLRGMDGRELIMVLGLAVLLVYLGVYPQPFLDTSAATMHGVQQWLGTAFSQLASAR PGPT0026850_1635 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026850-nuoM-K00342 NA NA D1-35_02434 1854 nuoL COG1009 NADH-quinone oxidoreductase subunit L ATGAACCTTCTCTTCCTGACTTTCGTATTTCCCCTCATCGGTTTCCTGCTGCTGTCTTTCTCCCGTGGACGCTGGTCGGAAAACCTTTCGGCGCTGGTCGGCGTGGGCTCGATCGGCCTGTCCGCCCTCATCACCGCCTACGTGATCTGGCAATTCAACGTCGCCCCACCGGAAGGTGGCCGGTACGTGCAGGTGCTGTGGCAGTGGATGGCGGTGGAAGGCTTCACGCCGAACTTCGCCCTCTACCTGGACGGCCTGTCAGTGACCATGCTTGGCGTGGTGGTCGGCGTGGGTTTCCTGATCCACCTGTTCGCCTCCTGGTACATGCGCGGTGAAGCCGGTTACTCGCGCTTCTTCGCCTACACCAACCTGTTCATCGCCAGCATGCTGTTCCTGGTACTCGGCGATAACCTGTTGTTCCTGTACTTCGGCTGGGAAGGCGTGGGCCTGTGCTCGTACCTGTTGATCGGTTTCTACTACAGCAACCGCAACAACGGTAACGCCGCGCTCAAGGCATTCATCGTGACCCGCATCGGCGACGTGTTCATGGCCATCGGCCTGTTCATCCTGTTCCAGCAACTGGGCACGCTGAACATCCAGGAGCTGCTGGTTCGTGCTCCGGAGCACTTCAAGGCCGGCGACTTCTGGATCGTCCTGGCGACCCTGATGCTGCTGGGCGGTGCTGTCGGTAAATCCGCGCAACTGCCGCTGCAGACCTGGCTGGCGGACGCGATGGCCGGCCCGACCCCGGTTTCGGCACTGATCCACGCCGCGACCATGGTCACCGCAGGCGTCTACCTGATCGCCCGTACCCATGGCCTGTTCGCCCTGGCGCCGGACATCCTGCACCTGGTCGGCCTTGTTGGCGGCGTGACCCTGGTGCTGGCCGGTTTTGCCGCGCTGGTGCAGACCGACATCAAGCGTATCCTCGCCTACTCGACCATGAGCCAGATCGGCTACATGTTCCTGGCCCTGGGTGTCGGCGCCTGGGAAGGCGCGATCTTCCACCTGATGACCCACGCGTTCTTCAAGGCCCTGCTGTTCCTTGCCTCCGGTGCGGTGATCGTTGCCTGCCACCACGAGCAGAACATCTTCAAGATGGGCGGCCTGTGGAAAAAACTGCCGTTGGCCTACGCCAGCTTCATCGTTGGCGGCGCGGCCCTGGCGGCCCTGCCACTGGTCACCGCCGGTTTCTACTCCAAGGACGAAATCCTCTGGGAAGCGTTCGCCAGCGGTAACCAGGGTCTGCTCTATGCCGGCCTGGTGGGTGCGTTCATGACTTCGCTGTACACCTTCCGCCTGATCTTCATCGCGTTCCACGGTGAAGCCAAGACCGAAGCCCACGCCGGCCACGGCATCGCCCATTGGCTGCCGCTGTCGGTGCTGATCGTGCTGTCGACCTTTGTCGGCGCAATGATCACCCCACCGCTGGCCGATGTGCTGCCGCAAAGCGTCGGCCATGCCGGCGGCGAAGCCAAGCACAGCCTGGAAATCGCCTCGGGTGCCATCGCCCTGGCGGGGATCCTGCTGGCCGCCCTGCTGTTCCTTGGCAAGCGCCGCTTCGTCACGGCCATCGCCAACAGCGGCATCGGGCGTTTCCTCTCGGCCTGGTGGTTCGCCGCCTGGGGCTTCGACTGGATCTACGACAAACTGTTCGTCAAGCCATACCTTGCGATCAGCCACATTCTGCGCAAAGACCCGCTCGACCAGACCATTGGCCTGATCCCGCGCATGGCCAAGGGCGGCCACACCGCCCTGAGCCGTACCGAGACCGGTCAACTGCGTTGGTATGCGGCTTCCATGGCGGCTGGCGCCGTGCTGGTTATCGGCGCCATCGTGCTGGTAGCGGTCTGA MNLLFLTFVFPLIGFLLLSFSRGRWSENLSALVGVGSIGLSALITAYVIWQFNVAPPEGGRYVQVLWQWMAVEGFTPNFALYLDGLSVTMLGVVVGVGFLIHLFASWYMRGEAGYSRFFAYTNLFIASMLFLVLGDNLLFLYFGWEGVGLCSYLLIGFYYSNRNNGNAALKAFIVTRIGDVFMAIGLFILFQQLGTLNIQELLVRAPEHFKAGDFWIVLATLMLLGGAVGKSAQLPLQTWLADAMAGPTPVSALIHAATMVTAGVYLIARTHGLFALAPDILHLVGLVGGVTLVLAGFAALVQTDIKRILAYSTMSQIGYMFLALGVGAWEGAIFHLMTHAFFKALLFLASGAVIVACHHEQNIFKMGGLWKKLPLAYASFIVGGAALAALPLVTAGFYSKDEILWEAFASGNQGLLYAGLVGAFMTSLYTFRLIFIAFHGEAKTEAHAGHGIAHWLPLSVLIVLSTFVGAMITPPLADVLPQSVGHAGGEAKHSLEIASGAIALAGILLAALLFLGKRRFVTAIANSGIGRFLSAWWFAAWGFDWIYDKLFVKPYLAISHILRKDPLDQTIGLIPRMAKGGHTALSRTETGQLRWYAASMAAGAVLVIGAIVLVAV PGPT0026845_3029 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026845-nuoL-K00341 NA NA D1-35_02435 309 nuoK COG0713 NADH-quinone oxidoreductase subunit K ATGCCTGCTATCCCTCTCGAGCATGGTCTGGCGGTTGCCGGCATCCTGTTCTGTCTCGGTCTGGTCGGCCTGATGGTCCGCCGCAACATTCTGTTCGTGCTGATGAGCCTGGAGGTCATGATGAATGCCTCCGCCCTGGCCTTCATCGTCGCGGGCGCGCGCTGGGCGCAACCGGATGGACAGATCATGTTCATCCTGGTGATCAGCCTGGCAGCCGCCGAGGCCAGTATCGGCCTGGCGATCCTGTTGCAGCTGTACCGCCGCTTCCACACTCTCGATATTGACGCTGCCAGCGAGATGCGCGGATGA MPAIPLEHGLAVAGILFCLGLVGLMVRRNILFVLMSLEVMMNASALAFIVAGARWAQPDGQIMFILVISLAAAEASIGLAILLQLYRRFHTLDIDAASEMRG PGPT0026840_890 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026840-nuoK-K00340 NA NA D1-35_02436 501 nuoJ COG0839 NADH-quinone oxidoreductase subunit J ATGGAATTCGCTTTCTATTTCGCATCGGGTATCGCGGTGGTGTCCACGCTTCGTGTGGTCACCAACACCAATCCTGTGCACGCCCTGCTCTACCTGATCATTTCGCTGATCGCCGTGGCCATGACCTTTTTCGCTCTCGGAGCACCGTTCGCCGGTGCCCTGGAAGTGATCGCCTACGCCGGCGCCATCATGGTGCTGTTCGTATTCGTGGTGATGATGCTCAACCTGGGTCCGGCGGCCGTCCAGCAGGAACGCTCCTGGCTCAAGCCGGGCATCTGGGCCGGACCGGTGATTCTCTCCGCGCTGCTGCTGGGTGAACTGCTGTATGTGCTGTTCGCCCACCAGAGCGGCCAGGCCATCGGCCACACCACCGTAGGCGCCAAGGCCGTGGGCATCAGCCTGTTCGGTCCGTACCTGCTGGTGGTCGAACTCGCCTCGATGCTGCTGCTTGCCGCAGTCGTCACGGCGTTCCATTTGGGCCGTAACGAGGCGAAGGAGTAA MEFAFYFASGIAVVSTLRVVTNTNPVHALLYLIISLIAVAMTFFALGAPFAGALEVIAYAGAIMVLFVFVVMMLNLGPAAVQQERSWLKPGIWAGPVILSALLLGELLYVLFAHQSGQAIGHTTVGAKAVGISLFGPYLLVVELASMLLLAAVVTAFHLGRNEAKE PGPT0026835_2983 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026835-nuoJ-K00339 NA NA D1-35_02437 549 nuoI COG1143 NADH-quinone oxidoreductase subunit I ATGTTCAAATATATTGGCGACATCGTTAAGGGTACCGGTACCCAACTGCGAAGCCTGGTCATGATCTTCGGCCATGGCTTTCGCAAGCGCGACACCCTGCAATACCCGGAAGAAGCGGTCTACCTGGCGCCGCGTTATCGCGGCCGTATCGTCCTGACCCGCGACCCCGACGGTGAGGAACGCTGCGTGGCCTGCAACCTGTGCGCCGTGGCGTGCCCGGTAGGTTGCATCTCGCTGCAGAAAGCCGAGACCGAAGACGGTCGCTGGTACCCGGACTTCTTCCGTATCAACTTCTCGCGCTGCATTTTCTGCGGGTTGTGCGAGGAAGCGTGCCCGACCACCGCGATCCAGCTCACGCCGGATTTCGAAATGGCCGACTTCAAGCGTCAGGACCTGGTGTACGAGAAAGAAGACTTGCTGATTTCCGGTCCCGGTAAAAACCCTGATTACAACTTCTATCGTGTTGCAGGTATGGCCATTGCCGGTAAGCCGAAAGGCGCCGCGCAGAACGAAGCCGAACCGATCAACGTGAAGAGCTTGCTGCCTTAA MFKYIGDIVKGTGTQLRSLVMIFGHGFRKRDTLQYPEEAVYLAPRYRGRIVLTRDPDGEERCVACNLCAVACPVGCISLQKAETEDGRWYPDFFRINFSRCIFCGLCEEACPTTAIQLTPDFEMADFKRQDLVYEKEDLLISGPGKNPDYNFYRVAGMAIAGKPKGAAQNEAEPINVKSLLP PGPT0026830_1008 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026830-nuoI-K00338 NA NA D1-35_02438 1008 nuoH COG1005 NADH-quinone oxidoreductase subunit H ATGAGCTGGTTCACCCCTGAAGTGATCGCGGTGATCCTGACGGTCCTCAAGGCCATCGTGATCCTGCTGGCCGTGGTGGTCTGCGGCGCGTTGCTGAGCTTCGTCGAACGTCGCCTGCTCGGCTGGTGGCAGGACCGCTACGGTCCGAACCGCGTCGGCCCGTTCGGCATGTTCCAGATCGCCGCCGACATGATCAAGATGTTCTTCAAGGAAGACTGGACGCCACCGTTTGCCGACAAGGTGATTTTCACCCTGGCACCGGTCGTGGCCATGAGCGCCTTGCTGATCGCCTTCGCGGTCATCCCGATCACCCCGACCTGGGGCGTGGCGGACCTGAACATCGGCCTGCTGTTCTTCTTCGCCATGGCCGGTCTGTCGGTGTACGCGGTGCTGTTCGCCGGTTGGTCGAGCAACAACAAGTTCGCCCTGCTCGGCAGCCTGCGGGCCTCGGCCCAGACCGTGTCCTATGAAGTGTTCATGGGCCTGTCGCTGATGGGCATCGTGATCCAGGCCGGCTCGTTCAACATGCGCGACATCGTCGAGTACCAGGCCCAGAACCTGTGGTTCATCATTCCGCAGTTCTTCGGTTTCTGTACCTTCTTCATCGCCGGCGTGGCCGTGACTCACCGTCACCCGTTCGACCAGCCGGAAGCGGAACAGGAACTGGCCGACGGTTACCACATTGAATATGCCGGCATGAAATGGGGCATGTTCTTCGTTGGCGAGTACATCGGCATCATCCTGATCTCGGCGCTGCTGGTAACGCTGTTCTTCGGTGGCTGGCACGGTCCGTTCGGCATCCTGCCGCAACTGTCCTTCGTCTGGTTCGCCCTGAAGACCGCGTTCTTCATCATGCTGTTCGTTCTGCTGCGCGCCTCGATCCCGCGCCCACGCTACGACCAGGTGATGGACTTCAGCTGGAAATTCTGCCTGCCGCTGACCCTGATCAACATGCTGGTGACCGCTGCGATCGTTTTGATGAACGCGCCTGCGGCCGCGGTTCAGTGA MSWFTPEVIAVILTVLKAIVILLAVVVCGALLSFVERRLLGWWQDRYGPNRVGPFGMFQIAADMIKMFFKEDWTPPFADKVIFTLAPVVAMSALLIAFAVIPITPTWGVADLNIGLLFFFAMAGLSVYAVLFAGWSSNNKFALLGSLRASAQTVSYEVFMGLSLMGIVIQAGSFNMRDIVEYQAQNLWFIIPQFFGFCTFFIAGVAVTHRHPFDQPEAEQELADGYHIEYAGMKWGMFFVGEYIGIILISALLVTLFFGGWHGPFGILPQLSFVWFALKTAFFIMLFVLLRASIPRPRYDQVMDFSWKFCLPLTLINMLVTAAIVLMNAPAAAVQ PGPT0026825_2464 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026825-nuoH-K00337 NA NA D1-35_02439 2715 nuoG COG1034 NADH-quinone oxidoreductase subunit G ATGGCCACTATCCACGTAGACGGCAAAGAGCTCGAAGTCGATGGCGCAGACAACCTGTTACAGGCATGTCTGTCGCTGGGCCTCGACATTCCTTATTTCTGCTGGCACCCCGCCCTTGGCAGCGTTGGCGCCTGTCGCCAGTGCGCGGTCAAGCAGTACACCGACGAAAACGACAAGCGTGGTCGGATCGTCATGTCCTGCATGACCCCCGCCACCGACGGCAGCTGGATCTCCATCGACGACGAAGAAGCGAAAGTGTTTCGCGCCAGCGTCGTCGAATGGCTGATGACCAACCACCCTCACGACTGCCCGGTCTGTGAGGAAGGCGGCCATTGCCACCTGCAAGACATGACCGTGATGACCGGCCACAACGAGCGCCGTTATCGCTTCACCAAGCGCACCCACCAGAACCAGGACCTCGGCCCGTTCATTTCCCACGAGATGAACCGCTGCATCGCCTGCTACCGTTGCGTGCGTTTCTACAAGGACTACGCCGGCGGCACCGACCTCGGTGTGTTCGGCGCCCACGACAACGTGTACTTCGGTCGCGTTGAAGACGGCACCCTGGAAAGCGAGTTCTCCGGCAACCTCACCGAGGTCTGCCCGACCGGTGTGTTCACCGACAAGACTCACTCCGAGCGCTACAACCGCAAGTGGGACATGCAGTTCTCGCCAAGCATCTGCCACGGCTGCTCCAGCGGCTGCAACATCAGCCCGGGCGAACGCTACGGCGAACTACGTCGCATCGAGAACCGCTACAACGGTTCGGTGAACCAGTATTTCCTCTGCGACCGTGGCCGTTTCGGCTATGGCTACGTCAATCGCAAGGACCGCCCGCGCCAGCCGCTGCTCGCCAATGGCGCCAAGCTGAGCCTGGACGAAGCCCTGGACAAGGCCGCCGAACTGCTGCGCGGTCGCAACATTGTCGGCATCGGTTCGCCACGGGCCAGCCTGGAAAGCAACTACGCCCTGCGTGAGCTGGTCGGTGCCGAGCACTTCTACAGCGGCATCGAAGCCGGCGAGCTGGAACGTATTCGCCTGGTGCTGCAAGTGCTCAAGGACAGCCCGCTGCCCGTGCCGACGATGCGCGACATCGAAGATCACGATGCGGTGTTCGTCCTCGGCGAAGACCTGACCCAGACCGCCGCCCGCATGGCCCTGGCCCTGCGCCAGTCGGTAAAAGGCAAGGCCGAGGACATGGCCGACGCCATGCGCGTCCAGCCATGGCTCGACGCTGCGGTGAAGAACATCGGCCAGGACGCGCTGAACCCGCTGTTCATCGCCAGCCTCGCTGAAACCAAGCTCGACGACGTCGCCGAAGAATGCGTCCACGCCGCTCCGGACGACCTCGCGCGCATCGGTTTTGCCGTCGCCCACGCCCTGGACGCCAGCGCCCCGGCCGTCGACGGCCTGGACAGCGAAGCCGCCGGCCTGGCCCAGCGCATCGCCGACGCCCTGCTGGCGGCCAAGCGTCCATTGATCATCGCCGGCACCTCGCTGGGTTCCAAGGCGCTGATCGAAGCCGCCGCCAACATCGCCAAGGCCCTGAAGCTGCGCGAGAAGAACGGTTCCATCAGCCTGGTCGTGCCGGAAGCCAACAGCCTCGGCCTGGCCATGCTCGGTGGCGAATCGGTCGATGCCGCCCTGCAAGCAGTGATCGACGGCAGCGCCGATGCCATCGTGGTGCTGGAGAACGACCTGTTCACCCGCACCGACAATGCCAAGGTCGATGCTGCGCTGAACGCTGCCAAGGTAGTGATCGTCGCCGACCATCAGAAAACCGCCACCACCGACCGCGCCGACCTGGTGCTGCCGGCGGCGAGCTTCGCCGAAGGCGACGGTACGCTGGTCAGCCAGGAAGGTCGCGCCCAGCGCTTCTTCCAGGTCTTTGACCCGCAATACCTGGACGCCAGCATCCTGGTCCACGAAGGCTGGCGCTGGCTGCATGCCTTGCGCGCGACCCTGCTGAACCAGCCGATCGACTGGACCCAGCTGGACCACGTCACCGCGGCCGTCGCTTCGAGCAGCCCGCAGTTGAGCCGCATCGTCGACGCCGCGCCGTCCGCCGCGTTCCGCATCAAGGGCCTGAAGCTGGCGCGCGAACCGCTGCGCTACTCCGGTCGCACCGCGATGCGCGCGAACATTAGCGTGCACGAACCGCGTATGCCGCAGGACCAGGACACCGCGTTCGCCTTCTCCATGGAAGGTTACTCGGGCTCCGCCGAACCGCGCTCCCAGGTGCCGTTCGCCTGGTCGCCGGGCTGGAACTCGCCGCAAGCCTGGAACAAGTTCCAGGACGAAGTCGGCGGTCACCTGCGCGCCGGTGATCCGGGCACCCGCCTGATCGAAAGCCAGGGCGATGGCCTCGGCTGGTTCGCCAGCGTGCCACGCGCCTTCAATCCGGCACCGGGCACCTGGCAGGTCGTGCCGTTCCATCACCTGTTCGGCAGTGAAGAGAACTCTTCCAAGGCCGAGCCGGTGCAGGAGCGCATCCCGGCGGCCTACGTGTCGCTGGCCAAGTCCGAAGCCGATCGCCTGGGCGTCAACGATGGCGCCTTGCTGAGCCTGAACGTTGCGGGCCGGACCTTGCGTCTGCCACTGCGCATCAATGAAGAACTGGGCGCCGGCCTGGTGGCCCTGCCGGCTGGCCTGGCGGGCATTCCACCGGCGATTTTCGGCAAGACTGTCGACGGTCTGCAGGAGGCAGCGCAATGA MATIHVDGKELEVDGADNLLQACLSLGLDIPYFCWHPALGSVGACRQCAVKQYTDENDKRGRIVMSCMTPATDGSWISIDDEEAKVFRASVVEWLMTNHPHDCPVCEEGGHCHLQDMTVMTGHNERRYRFTKRTHQNQDLGPFISHEMNRCIACYRCVRFYKDYAGGTDLGVFGAHDNVYFGRVEDGTLESEFSGNLTEVCPTGVFTDKTHSERYNRKWDMQFSPSICHGCSSGCNISPGERYGELRRIENRYNGSVNQYFLCDRGRFGYGYVNRKDRPRQPLLANGAKLSLDEALDKAAELLRGRNIVGIGSPRASLESNYALRELVGAEHFYSGIEAGELERIRLVLQVLKDSPLPVPTMRDIEDHDAVFVLGEDLTQTAARMALALRQSVKGKAEDMADAMRVQPWLDAAVKNIGQDALNPLFIASLAETKLDDVAEECVHAAPDDLARIGFAVAHALDASAPAVDGLDSEAAGLAQRIADALLAAKRPLIIAGTSLGSKALIEAAANIAKALKLREKNGSISLVVPEANSLGLAMLGGESVDAALQAVIDGSADAIVVLENDLFTRTDNAKVDAALNAAKVVIVADHQKTATTDRADLVLPAASFAEGDGTLVSQEGRAQRFFQVFDPQYLDASILVHEGWRWLHALRATLLNQPIDWTQLDHVTAAVASSSPQLSRIVDAAPSAAFRIKGLKLAREPLRYSGRTAMRANISVHEPRMPQDQDTAFAFSMEGYSGSAEPRSQVPFAWSPGWNSPQAWNKFQDEVGGHLRAGDPGTRLIESQGDGLGWFASVPRAFNPAPGTWQVVPFHHLFGSEENSSKAEPVQERIPAAYVSLAKSEADRLGVNDGALLSLNVAGRTLRLPLRINEELGAGLVALPAGLAGIPPAIFGKTVDGLQEAAQ PGPT0026820_482 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026820-nuoG-K00336 NA NA D1-35_02440 1359 nuoF COG1894 NADH-quinone oxidoreductase subunit F ATGACCCTGACTTCCTTCGGGCCCGCCAACCGCATCCAGCGTTCGGCCGAAACCCATCCCCTGACCTGGCGCCTGCGTGACGATGGCGAGGCGGTGTGGCTGGACGAATACCAGGCGAAGAACGGCTATGCCGCCGCGCGCAAGGCGTTCGCCGACATGGCCGCCGACGACATCGTCCAGACCGTGAAAGACGCCGGCCTCAAGGGCCGTGGCGGCGCGGGCTTCCCCACGGGTGTGAAGTGGGGCCTGATGCCCAAGGACGAGTCCATCAACATCCGCTACCTGCTGTGCAACGCGGACGAGATGGAACCCAACACCTGGAAAGACCGCATGCTGATGGAGCAACTGCCCCATCTGCTGATCGAAGGCATGCTGATCAGTGCCCGCGCGCTGAAAACCTACCGTGGCTACATCTTCCTGCGCGGCGAATACACCACCGCCGCCAGGCACCTGAACCGTGCCGTCGAAGAAGCCAAGGCCGCAGGCCTGCTGGGCAAGAACATCCTGGGCTCGGGTTTTGATTTCGAGCTGTTCGTCCACACCGGCGCCGGGCGCTACATCTGCGGTGAAGAAACCGCCCTGATCAACTCCCTCGAAGGCCGCCGCGCCAACCCGCGCTCCAAGCCGCCCTTCCCCGCCGCTGTTGGCGTGTGGGGCAAGCCGACCTGCGTGAACAACGTCGAGACCTTGTGCAACGTGCCGGCGATCATCGCCGACGGCGTGGACTGGTACAAATCCCTGGCCCGTGACGGCAGCGAAGACATGGGCACCAAGCTCATGGGCTTCTCCGGCAAGGTCAAGAACCCTGGCCTGTGGGAACTGCCGTTCGGCGTCACCGCGCGCGAGCTGTTCGAGGACTACGCCGGCGGCATGCGCGACGGCTACAAGCTCAAGTGCTGGCAGCCCGGCGGCGCCGGTACCGGTTTCCTGTTGCCGGAACACCTTGACGCACAAATGTACGCCGGCGGCATCGCCAAGGTCGGCACCCGGATGGGTACCGGCCTGGCGATGGCGGTGGACGACAGCGTCAACATGGTCTCCCTGCTGCGCAACATGGAGCAGTTTTTCGCCCGCGAGTCCTGCGGTTTCTGCACCCCTTGCCGCGACGGCCTGCCATGGAGCGTCAAGCTGCTGATGGCCCTCGAGAACGGCCAGGGCCAGGCCGGCGACATCGAGACCCTGCTGGGGCTGGTCGGTTTCCTCGGCCCAGGCAAGACCTTCTGTGCTCACGCACCGGGTGCCGTGGAGCCGTTGGGCAGCGCAATCAAATACTTCCGCCCTGAGTTCGAGGCCGGCATCGCGCCAACCCGCGCGGGCGATCTCAATCAGGTGGTCACGCCGACCATGGTCGGCGCGTAA MTLTSFGPANRIQRSAETHPLTWRLRDDGEAVWLDEYQAKNGYAAARKAFADMAADDIVQTVKDAGLKGRGGAGFPTGVKWGLMPKDESINIRYLLCNADEMEPNTWKDRMLMEQLPHLLIEGMLISARALKTYRGYIFLRGEYTTAARHLNRAVEEAKAAGLLGKNILGSGFDFELFVHTGAGRYICGEETALINSLEGRRANPRSKPPFPAAVGVWGKPTCVNNVETLCNVPAIIADGVDWYKSLARDGSEDMGTKLMGFSGKVKNPGLWELPFGVTARELFEDYAGGMRDGYKLKCWQPGGAGTGFLLPEHLDAQMYAGGIAKVGTRMGTGLAMAVDDSVNMVSLLRNMEQFFARESCGFCTPCRDGLPWSVKLLMALENGQGQAGDIETLLGLVGFLGPGKTFCAHAPGAVEPLGSAIKYFRPEFEAGIAPTRAGDLNQVVTPTMVGA PGPT0026815_879 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026815-nuoF-K00335 NA NA D1-35_02441 498 nuoE_1 COG1905 NADH-quinone oxidoreductase subunit E ATGAACAGCACGCTTATCCAGACAGACCGTTTCGCCCTGAGCGAAACCGAGCGCTCGGCCATCGAGCACGAGCTGCATCACTACGAAGACCCGCGCGCGGCGTCGATCGAAGCCCTGAAGATTGTCCAGAAGGAACGTGGCTGGGTGCCCGATGGCGCGCTCTACGCCATCGGCGAAATCCTCGGCATTCCGGCCAGCGACGTCGAAGGTGTCGCCACGTTTTACAGCCAGATTTTCCGTCAGCCGGTCGGCCGCCACATCATTCGCGTCTGCGACAGCATGGTCTGCTACATCGGCGGCCACGAGTCGGTGGTCAGCGAAATCCAGGGCAAGCTGGGCATTGGCCTGGGCCAGACCACCGCCGACGGCCGCTTCACGCTGCTGCCGGTGTGCTGCCTGGGCAACTGCGACAAGGCACCGGCGCTGATGATCGACGACGACACCTTCGGTGACGTCAAGCCGGATGGCGTCGCCAAACTGCTGGAGGGCTACGTATGA MNSTLIQTDRFALSETERSAIEHELHHYEDPRAASIEALKIVQKERGWVPDGALYAIGEILGIPASDVEGVATFYSQIFRQPVGRHIIRVCDSMVCYIGGHESVVSEIQGKLGIGLGQTTADGRFTLLPVCCLGNCDKAPALMIDDDTFGDVKPDGVAKLLEGYV PGPT0026810_2082 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026810-nuoE-K00334 NA NA D1-35_02442 1782 nuoC COG0649 NADH-quinone oxidoreductase subunit C/D ATGACTACAGGCAGTGCTCTGTACATCCCGCCTTACAAGGCAGACGACCAGGATGTGGTCGTCGAACTGAACAACCGCTTTGGCGCCGAGGCGTTCACCGCCCAGGCCACCCGCACCGGCATGCCGGTGCTTTGGGTTGCCCGCGCCAGGCTCATCGAAGTCCTGACTTTCCTGCGCAACCTGCCCAAGCCGTACGTCATGCTCTATGACCTGCACGGCGTGGACGAGCGCCTGCGCACCAAGCGCCAGGGTCTGCCGGGCGCCGACTTCACCGTGTTCTACCACCTGCTGTCGATCGAGCGTAATAGTGACGTAATGATCAAGGTCGCCTTGTCCGAGAGCGACCTCAGCGTGCCGACCGTGACCGGCATCTGGCCGAACGCCAACTGGTACGAGCGTGAAGTCTGGGACATGTTCGGCATCGACTTCCCCGGCCACCCGCACCTGACCCGCATCATGATGCCGCCGACCTGGGAAGGTCACCCGTTGCGCAAGGACTTCCCGGCCCGCGCCACCGAGTTCGACCCGTACAGCCTGACCCTGGCCAAGCAGCAGCTCGAGGAAGAATCCGCGCGTTTCAAGCCGGAAGACTGGGGAATGAAGCGTTCCGGCGCCAACGAGGACTACATGTTCCTCAACCTGGGCCCGAACCACCCTTCGGCCCACGGTGCGTTCCGTATCATCCTGCAACTGGACGGTGAAGAGATCGTCGATTGCGTCCCGGACATCGGCTACCACCACCGTGGCGCCGAGAAGATGGGTGAGCGTCAGTCCTGGCACAGCTATATTCCATACACCGACCGCATCGATTACCTCGGCGGCGTGATGAACAACCTGCCGTACGTCCTGTCGGTGGAAAAACTGGCGGGCATCACGGTGCCGGACCGGGTCAACGTGATCCGCATCATGATGGCCGAGTTCTTCCGGATCACCAGCCACCTGTTGTTCCTGGGTACCTATATCCAGGACGTGGGCGCCATGACGCCGGTGTTCTTCACTTTCACCGACCGCCAGAAAGCCTACACCGTGATCGAAGCCATCACCGGTTTCCGCCTGCACCCGGCCTGGTACCGCATCGGTGGCGTTGCCCACGACCTGCCGCGCGGCTGGGAAAAGCTGGTCAAGGATTTCGTCGAGTGGATGCCCAAGCGCCTGGACGAATACACCAAGGCAGCGTTGCAGAACAGCATCCTCAAGGGTCGTACCGTCGGCGTCGCCGCGTACAACACCAAGGAAGCGCTGGAATGGGGCGTCACCGGCCCGAACCTGCGCGCCACCGGCCTCGATTTCGACCTGCGCAAGGCGCGCCCGTACTCCGGCTACGAGAACTTCGAGTTCGAAGTCCCGCTGGCGTCCAGCGGCGATGCCTATGACCGCTGCCTGGTTCGCGTCGAGGAAATGCGCCAGAGCGTCAAGATCATCGAGCAATGCATGCGCAACATGCCGGAAGGCCCGTACAAGGCGGACCACCCGCTGACCACGCCGCCGCCAAAAGAGCGCACGCTGCAACACATCGAGACCCTGATCACGCACTTCCTGCAGGTTTCGTGGGGCCCGGTCATGCCGGCCAACGAATCCTTCCAGATGATCGAAGCGACCAAGGGCATCAACAGTTATTACCTGACGAGCGATGGCGGCACCATGAGCTACCGCACCCGGATTCGCACCCCAAGCTACCCGCACCTGCAGCAGATCCCTTCGGTGATCAAAGGCAGCATGGTCGCGGACTTGATCGCGTACCTGGGTAGTATCGATTTCGTTATGGCCGACGTGGACCGCTAA MTTGSALYIPPYKADDQDVVVELNNRFGAEAFTAQATRTGMPVLWVARARLIEVLTFLRNLPKPYVMLYDLHGVDERLRTKRQGLPGADFTVFYHLLSIERNSDVMIKVALSESDLSVPTVTGIWPNANWYEREVWDMFGIDFPGHPHLTRIMMPPTWEGHPLRKDFPARATEFDPYSLTLAKQQLEEESARFKPEDWGMKRSGANEDYMFLNLGPNHPSAHGAFRIILQLDGEEIVDCVPDIGYHHRGAEKMGERQSWHSYIPYTDRIDYLGGVMNNLPYVLSVEKLAGITVPDRVNVIRIMMAEFFRITSHLLFLGTYIQDVGAMTPVFFTFTDRQKAYTVIEAITGFRLHPAWYRIGGVAHDLPRGWEKLVKDFVEWMPKRLDEYTKAALQNSILKGRTVGVAAYNTKEALEWGVTGPNLRATGLDFDLRKARPYSGYENFEFEVPLASSGDAYDRCLVRVEEMRQSVKIIEQCMRNMPEGPYKADHPLTTPPPKERTLQHIETLITHFLQVSWGPVMPANESFQMIEATKGINSYYLTSDGGTMSYRTRIRTPSYPHLQQIPSVIKGSMVADLIAYLGSIDFVMADVDR PGPT0026795_361 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026795-nuoCD-K13378 NA NA D1-35_02443 675 nuoB COG0377 NADH-quinone oxidoreductase subunit B ATGCAATACAATCTCACCAGGATCGACCCCGATGCTCCTAACGAGCAGTATCCGATCGGCAAGCGGGAAACCGTTTCCGATCCGTTAGAGGATCAAGTTCACAAGAACATCTTCATGGGCAAGCTCGAAGACGTGCTGAACAGCACGGTCAACTGGGGTCGCAAGAACTCCCTGTGGCCGTACAACTTCGGCCTTTCGTGCTGCTACGTGGAAATGACCACCGCCTTCACGGCGCCCCACGACATCGCGCGCTTTGGCGCCGAGGTGATCCGGGCATCGCCGCGCCAGGCGGATTTCATGGTTATCGCCGGTACGCCGTTCCTGAAAATGGCTCCCATCATCCAGCGCCTGTACGAACAGATGCTGGAACCCAAGTGGGTCATTTCCATGGGCGCGTGTGCCAACTCCGGCGGCATGTACGACATTTATTCCGTGGTCCAGGGAGTCGACAAGTTCCTGCCGGTGGATGTCTACGTGCCCGGCTGCCCGCCCCGCCCCGAAGCGTTCCTGCAAGGCCTGATGCTGCTGCAGGAATCCATCGGCCAGGAGCGTCGCCCACTGTCCTGGGTCGTCGGTGATCAAGGCGTCTATCGCGCCGACATGCCGTCGCAAAAGGAACAGCGCCGCGAACAGCGAATCGCAGTCACCAACCTGCGCAGCCCCGACGAAGTCTGA MQYNLTRIDPDAPNEQYPIGKRETVSDPLEDQVHKNIFMGKLEDVLNSTVNWGRKNSLWPYNFGLSCCYVEMTTAFTAPHDIARFGAEVIRASPRQADFMVIAGTPFLKMAPIIQRLYEQMLEPKWVISMGACANSGGMYDIYSVVQGVDKFLPVDVYVPGCPPRPEAFLQGLMLLQESIGQERRPLSWVVGDQGVYRADMPSQKEQRREQRIAVTNLRSPDEV PGPT0026785_287 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026785-nuoB-K00331 NA NA D1-35_02444 414 ndhC NAD(P)H-quinone oxidoreductase subunit 3, chloroplastic ATGCCCGAAGCGACAGGACTCATGGCCCACAACTGGGGCTTTGCCATTTTCCTTCTGGGTGTTGTCGGCCTGTGTGCCTTCATGCTCGGCGTGTCGAGCCTGCTCGGGTCAAAAGCCTGGGGCCGCAGCAAGAATGAACCGTTCGAATCCGGCATGCTGCCTACCGGTGGCGCCCGCTTGCGGCTCTCAGCCAAATTCTATCTGGTCGCGATGCTCTTCGTGATCTTCGATATCGAAGCCCTTTTTCTCTTTGCATGGTCTGTGTCCGTCCGCGAAAGCGGCTGGACCGGATTCGTCGAAGCTCTCGTTTTCATAGCAATTCTGTTGGCAGGTCTTGTCTACCTTTACCGGGTGGGGGCTCTTGATTGGGCTCCGGAAGCTCGGCGCAAGCGGCAGGCGAAGCTGAAACAATGA MPEATGLMAHNWGFAIFLLGVVGLCAFMLGVSSLLGSKAWGRSKNEPFESGMLPTGGARLRLSAKFYLVAMLFVIFDIEALFLFAWSVSVRESGWTGFVEALVFIAILLAGLVYLYRVGALDWAPEARRKRQAKLKQ PGPT0026780_553 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENERGY_METABOLISM CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026780-nuoA-K00330 NA NA D1-35_02445 1326 aceA COG2224 Isocitrate lyase ATGGCACTGACACGCGAACAGCAAATTGCAGCCCTTGAAAAAGACTGGGCTGAAAACCCGCGCTGGAAAGGCGTGAAGCGCAATTATTCGGCTGCTGACGTCGTCCGTCTGCGTGGCTCGGTGCAACCTGAGCACACCTTCGCGAAAATGGGCGCCGAGAAGCTGTGGAACCTGGTCACCCAGGGCGCCAAGCCAGCCTTCCGTCCCGAGAAAGACTTCGTCAACTGCATGGGCGCCCTGACTGGCGGCCAGGCTGTGCAGCAGGTCAAGGCCGGTATCCAGGCCATCTACCTGTCGGGCTGGCAAGTGGCCGCGGACAACAACTCCGCCGAGTCCATGTACCCCGACCAGTCGCTGTACCCGGTGGACTCGGTTCCAACCGTGGTCAAGCGCATCAACAACTCGTTCCGTCGTGCCGACCAGATCCAGTGGAAAGCCGGCAAGAACCCGGGCGACGAAGGCTACATCGACTACTTCGCGCCAATCGTGGCTGACGCCGAAGCCGGTTTCGGCGGCGTACTGAACGCCTACGAACTGATGAAGAGCATGATCGAGGCAGGCGCCGCCGGCGTGCACTTCGAAGATCAGCTGGCCTCGGTGAAAAAATGCGGCCACATGGGCGGCAAGGTACTGGTTCCCACCCAGGAAGCCGTACAGAAGCTGACCGCCGCGCGCCTGGCCGCCGACGTTGCCGGCGTACCGACCATCATTCTGGCCCGTACCGACGCCAACGCCGCTGACCTGCTGACTTCCGACTGCGATCCGTACGACCAGCCGTTCGTCACCGGCACCCGTACCCAGGAAGGCTTCTACAAGGTGCGCGCCGGTCTCGACCAGGCCATCGCCCGTGGCCTGGCCTACGCCCCGTACGCCGACCTGATCTGGTGCGAAACCGCCAAGCCGGACCTGGACGAAGCTCGTCGCTTCGCCGAAGCGATCAAGAAGGAATACCCGGACCAACTGCTGTCGTACAACTGCTCGCCTTCCTTCAACTGGAAGAAGAACCTGGACGACGCGACCATCGCCAAGTTCCAGCGCGAACTGTCCGCCATGGGCTACAAGCACCAGTTCATCACCCTGGCCGGCATCCACAACATGTGGCACAGCATGTTCAACCTGGCGCACGACTACGCCCGCAACGACATGACCGCCTACGTGAAGCTGCAAGAGCAGGAGTTCGCTGACGCCGCCAAAGGCTACACCTTCGTGGCCCACCAGCAGGAAGTCGGCACCGGCTACTTCGACGACATGACCACGGTGATCCAGGGCGGTACCTCGTCGGTGACCGCACTGACCGGCTCGACCGAAGAAGAACAGTTCCACTGA MALTREQQIAALEKDWAENPRWKGVKRNYSAADVVRLRGSVQPEHTFAKMGAEKLWNLVTQGAKPAFRPEKDFVNCMGALTGGQAVQQVKAGIQAIYLSGWQVAADNNSAESMYPDQSLYPVDSVPTVVKRINNSFRRADQIQWKAGKNPGDEGYIDYFAPIVADAEAGFGGVLNAYELMKSMIEAGAAGVHFEDQLASVKKCGHMGGKVLVPTQEAVQKLTAARLAADVAGVPTIILARTDANAADLLTSDCDPYDQPFVTGTRTQEGFYKVRAGLDQAIARGLAYAPYADLIWCETAKPDLDEARRFAEAIKKEYPDQLLSYNCSPSFNWKKNLDDATIAKFQRELSAMGYKHQFITLAGIHNMWHSMFNLAHDYARNDMTAYVKLQEQEFADAAKGYTFVAHQQEVGTGYFDDMTTVIQGGTSSVTALTGSTEEEQFH PGPT0001550_1159 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLYOXYLIC_ACID_BIOSYNTHESIS,PGPT0001550-aceA-K01637 NA NA D1-35_02447 762 hypothetical protein ATGTCCCTACGTACCCTGCTGACCACCCTGCTGCTCGGTTGCAGCCTGTCAGTCATGGCGGCTACCGAAATCGTGCCGCTGAACTACCGCACCAGCGCGGACTTGCTGCCGGTGGCGCAGAACTTCATCGGCAAGGATGGCCAGGTCAGCGCTTACGGCAACCAACTGATCGTCAACGCCGAACCCGGCAAGATCGAAGAACTTCGACAATTCCTGGCGCAGCTCGACGTGGCTCCCAAGCGCTTGCTGATCACGGTCGACACCAATGAAAACAACCTGCAAGGCGATCAGGGTTACTCGATCAACGGAGCCGCCCCCAGCCAGACCCGCATCATCAACCGCAGCACCGCCAGCCGTGACGGCGGCGTGCAGCAGATCCAGGCCAGCGAGGGCCAGCCGGCGCTGATCCAGGTGGGCCAGAGCGTGCCCTTCACCAGCAACCAGACCGATGGCTATGGGCGCATGCAAAGCCAGACCGAATACCGCAACGTCACCCAAGGTTTTTACGTAACGGCCAGCGTCACGGGCGAGACCGTTCATCTGAGCATCAGCACCAACCGTGACCGCATGAGCCAGGAACGTCCCGATGTAGTGAACGTGCAAAGCACCGACACAACCGTCAGCGGGCGCCTGGGCGAGTGGATCACCCTGGCCGGGGTGAATCGGCAGAATCAGGCCGATAAACAAGGCCTGACCCGCAGCTACTCGACCCAAGGCCGGGATGACATGATTTTGCGGGTCAAGGTCGATACGCTGAACTGA MSLRTLLTTLLLGCSLSVMAATEIVPLNYRTSADLLPVAQNFIGKDGQVSAYGNQLIVNAEPGKIEELRQFLAQLDVAPKRLLITVDTNENNLQGDQGYSINGAAPSQTRIINRSTASRDGGVQQIQASEGQPALIQVGQSVPFTSNQTDGYGRMQSQTEYRNVTQGFYVTASVTGETVHLSISTNRDRMSQERPDVVNVQSTDTTVSGRLGEWITLAGVNRQNQADKQGLTRSYSTQGRDDMILRVKVDTLN NA NA NA NA NA D1-35_02448 426 Acetyltransferase ATGAATAAAATTCACGTTCGTGTCGCAGACTGGCAAAAGGATAACGCCGAGATCCGGCGCATTCGTGAAGCGGTATTCATTGCCGAGCAATCCGTGCCGCCGGAGTTGGAGTGGGATTCGGATGACCAGGACGCCGTGCATTTCCTGGCCTTCGAAGGCGACTTCCCCATCGGCACCGCGCGCCTGCTGACCGATGGCCATATCGGCCGCGTCTCGGTCCTGAAGGATTGGCGCGGCCTGAAAGTCGGCGATGCGCTGATGCACGCAGCAATCGCCGAGGCCGAGAAGCGCGGGCTCAAGCAGCAGATGCTCAGCGCCCAGGTGCACGCCACGCCGTTTTACGAGCGACTGGGGTTTGCGGTGGTCAGCGAGGAGTTCCTCGAAGCCGGGATTCCTCACGTGGACATGGTGCGGCGCTCGATCTGA MNKIHVRVADWQKDNAEIRRIREAVFIAEQSVPPELEWDSDDQDAVHFLAFEGDFPIGTARLLTDGHIGRVSVLKDWRGLKVGDALMHAAIAEAEKRGLKQQMLSAQVHATPFYERLGFAVVSEEFLEAGIPHVDMVRRSI NA NA NA NA NA D1-35_02449 1167 roxA COG2850 50S ribosomal protein L16 3-hydroxylase ATGAATTCTGACATTCCACTGCAACTCCTGGGCGGTATCACGGCACGGGAGTTCCTGCGCGACTACTGGCAGAAGAAACCCCTGCTGATCCGCCAGGCCATTCCTGACTTCGAAAGCCCGATCGACGCCGACGAACTGGCCGGCCTTGCGCTTGAGGAAGAGATCGAGTCACGCCTGGTGATCGAACACGGCGAGCGCCCCTGGGAATTGCGTCGCGGCCCGTTCGCCGAAGACGAGTTCAGCAAACTGCCGGAGCGCGAGTGGACCCTGCTGGTGCAGGCGGTCGACCAGTTCGTACCGGAAGTCAGCGAGCTGCTGGAGCATTTCCGCTTTTTGCCGAGCTGGCGCATCGACGATGTGATGATCAGCTTCGCTGCCCCAGGTGGCGGCGTCGGCCCGCATTTCGACAACTACGATGTGTTCCTGCTGCAGGGCCACGGCAAGCGCAACTGGAAAATCGGCCAGATGTGCAACTCCGAAAGCCCGCTGCTGCCCCATGCAGACTTGCGCATCCTCGCCGATTTCGAGGCGACCGAGGAATGGGTCCTGGAACCTGGCGACATGCTCTACCTGCCGCCGCGCCTGGCCCACTGCGGCGTCGCCGTGGATGACTGCATGACCTATTCGGTGGGTTTCCGCGCACCGAGCGCCGCCGAGGTGCTGACCCATTTCACCGACTTCCTCAGCCAGTTCCTGCCGGATGAAGAGCGCTACACCGACGCCGATGCGCGGCCTGTCGCCGATCCGCATCAGATCCAGCAAGACGCCCTGGACCGACTCAAGGGCCTGCTGGCCGAGCACATGAGCGACGAGCGCCTGCTGCTGACCTGGTTCGGCCAGTTCATGACCGAGCCGCGCTATCCGGAACTGGTCGTCGGCCCGGAGCTGGAAGAGGACGATCTGCTGGCCGGACTGGAACAGGGCGCGGTGATCATTCGCAACCCGAGCGCTCGCCTGGCCTGGTCGGAAGTCGATGAAGACCTGTTGCTGTTCGCCAGCGGCCAGAGCCGTTATTTGCCGGGCAAATTGCGCGACCTGTTGAAGATGATCTGTGCCGCCGACGCGCTGCACATCGAGAACCTCGGCCCATGGCTGGCCGACGAGGACGGTCGCGGCCTCATTCATGAATTGGTCAAGCAAGGTAGCCTGGGGTTCGCCGATGAATAA MNSDIPLQLLGGITAREFLRDYWQKKPLLIRQAIPDFESPIDADELAGLALEEEIESRLVIEHGERPWELRRGPFAEDEFSKLPEREWTLLVQAVDQFVPEVSELLEHFRFLPSWRIDDVMISFAAPGGGVGPHFDNYDVFLLQGHGKRNWKIGQMCNSESPLLPHADLRILADFEATEEWVLEPGDMLYLPPRLAHCGVAVDDCMTYSVGFRAPSAAEVLTHFTDFLSQFLPDEERYTDADARPVADPHQIQQDALDRLKGLLAEHMSDERLLLTWFGQFMTEPRYPELVVGPELEEDDLLAGLEQGAVIIRNPSARLAWSEVDEDLLLFASGQSRYLPGKLRDLLKMICAADALHIENLGPWLADEDGRGLIHELVKQGSLGFADE NA NA NA NA NA D1-35_02450 1371 purB COG0015 Adenylosuccinate lyase ATGCAGCTCTCTTCGCTCACTGCGGTTTCCCCTGTAGACGGCCGCTACGCCGGCAAAACCCAGGCCCTGCGCCCTATTTTCAGCGAGTACGGCCTGATCCGTGCCCGCGTTCTGGTTGAAGTGCGCTGGCTCCAGCGCCTGGCCGCTCACCCTGGCATTGGCGAAGTACCGGCCTTTTCCGCCGAAGCCAACGCGGTACTGAACGCCCTGGCCGACGATTTCGCGCTGGAGCACGCCGAGCGCGTCAAAGAGATCGAGCGCACCACCAACCACGACGTCAAGGCCATCGAATACCTGCTCAAGGAGCAGGCGGCCAAGCTGCCGGAACTGGCCAACGTCAGCGAGTTCATCCACTTTGCCTGCACCAGCGAGGACATCAACAACCTGTCCCACGCCCTGATGCTGCGCGAAGGCCGTGACGAGGTGATGCTGCCCCTGATGCGCCAGACCGCCCAGGCCATCCGCGAACTGGCGATCCGCTTCGCCGACGTGCCGATGCTGTCGCGCACCCACGGTCAACCGGCTTCGCCGACCACCCTGGGCAAGGAACTGGCGAACGTGGTGTATCGCCTGGAGCGCCAGATCGCCCAAGTAGCCGCCGTGCCACTGCTGGGCAAGATCAACGGCGCCGTGGGCAACTACAACGCCCACCTGTCGGCCTACCCGGACATCGACTGGGAAGCCAACGCCCGCGCCTTCATCGAAGACGAGCTGGGCCTGAGCTTCAACCCGTACACCACCCAGATCGAACCGCATGACTACATCGCCGAGCTGTTCGACGCGATCGCGCGCTTCAACACCATCCTGATCGACTTCGACCGTGACATCTGGGGCTACATCTCCCTGGGTTACTTCAAGCAGCGCACCATCGCCGGCGAAATCGGTTCCTCGACCATGCCGCACAAGGTCAATCCGATCGACTTCGAAAACTCCGAAGGCAACCTGGGCATCGCCAACGCGCTGTTCCAGCACCTGGCGAGCAAGCTGCCGATTTCCCGCTGGCAGCGCGACCTGACCGACTCCACCGTGCTGCGCAACCTGGGCGTAGGTTTTGCCCACAGCGTCATCGCCTACGAGGCCAGCCTCAAGGGCATCAGCAAGCTGGAACTGAACGAGCAGAAAATCGCCGCCGACCTGGATGCCTGCTGGGAAGTCCTGGCCGAGCCGATCCAGACCGTGATGCGTCGCTATAACATCGAAAACCCCTATGAAAAGCTGAAAGAACTGACCCGTGGCAAGGGCATCAGCCCGGACGCGTTGCAGACTTTCATCGATGGCCTGGACATGCCTGCCGAGGCCAAGGCAGAGCTGAAGAAACTGACCCCGGCCAGCTACATCGGCAACGCGGCGGCACAAGCCAAGCGCATCTGA MQLSSLTAVSPVDGRYAGKTQALRPIFSEYGLIRARVLVEVRWLQRLAAHPGIGEVPAFSAEANAVLNALADDFALEHAERVKEIERTTNHDVKAIEYLLKEQAAKLPELANVSEFIHFACTSEDINNLSHALMLREGRDEVMLPLMRQTAQAIRELAIRFADVPMLSRTHGQPASPTTLGKELANVVYRLERQIAQVAAVPLLGKINGAVGNYNAHLSAYPDIDWEANARAFIEDELGLSFNPYTTQIEPHDYIAELFDAIARFNTILIDFDRDIWGYISLGYFKQRTIAGEIGSSTMPHKVNPIDFENSEGNLGIANALFQHLASKLPISRWQRDLTDSTVLRNLGVGFAHSVIAYEASLKGISKLELNEQKIAADLDACWEVLAEPIQTVMRRYNIENPYEKLKELTRGKGISPDALQTFIDGLDMPAEAKAELKKLTPASYIGNAAAQAKRI PGPT0021555_2726 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756 NA NA D1-35_02451 624 hflD COG2915 High frequency lysogenization protein HflD ATGACGCCGATCCAGGAACAACTGACGGCACTCGGCGGGGTGTTTCTCGCCGCGGTGCTGGTGGACCGGATCGCCAAGACCGGCCAGGCCACCGAAGCCGGCCTGGGCTGCATGCTCGGCAGCCTGCTGGTGCGCGATCCCAAGGACACCCTGGAAGTCTATGGTGGCGATGACCTGAACCTGCGCGAAGGCTACCGTGCGCTGATCGGCGCCCTGGAGCGCGACCCCAGTGCCCTGCAACGCGAGCCGCTGCGCTACGCTCTGTCGATGCTGGGCCTGGAGCGTCAGCTGGCCAAGCGCGACGACCTGCTGGAAACCATCGGCAAACGCCTGCCGCAAATCCAGTCCCAGGTCGAACACTTCGGCCCGTCCCACGAGAACGTGATCGCCGCTTGCGGCGCGCTGTACCAGGACACCTTGAGTACCCTGCGCCAGCGCATCCAGGTGCATGGCGACATGCGCAACCTGCAGCAGCCTAGTAACGCTTCGAAGATCCGCGCCCTGTTGCTGGCCGGGATTCGCTCGGCGCGGCTGTGGCGACAACTGGGTGGGCATCGCTGGCAGCTGGTGATCAGCCGGCGCAAATTGCTGAAAGAGCTTTACCCGTTGATGCGCAACGAATAA MTPIQEQLTALGGVFLAAVLVDRIAKTGQATEAGLGCMLGSLLVRDPKDTLEVYGGDDLNLREGYRALIGALERDPSALQREPLRYALSMLGLERQLAKRDDLLETIGKRLPQIQSQVEHFGPSHENVIAACGALYQDTLSTLRQRIQVHGDMRNLQQPSNASKIRALLLAGIRSARLWRQLGGHRWQLVISRRKLLKELYPLMRNE NA NA NA NA NA D1-35_02452 1125 mnmA COG0482 tRNA-specific 2-thiouridylase MnmA ATGCGTGATCCAGCCTCTTCGAACACCCCCAAGCAACGCGTCATAGTCGGCATGTCCGGCGGCGTGGACTCTTCCGTTTCCGCCCTTCTGCTGATCGAGCAGGGTTATGAGGTGGAAGGCCTGTTCATGAAGAACTGGGAAGAAGACGACGGAACCGAATACTGCACCGCCATGGACGACCTGGCGGACGCCCAGGCCGTCTGCGACCGGATCGGCATCAAGCTGCACACCGCCAACTTCGCCGCGGAGTACTGGGACAACGTGTTCGAGCACTTCCTCGCCGAATACAAGGCCGGTCGCACGCCGAACCCGGACATCCTCTGCAACCGCGAAATCAAGTTCAAGGCGTTCCTCGACTACGCCATGATGCTCGGCGCCGACCTGATCGCCACCGGTCACTACGTGCGCCGCCGCGACATCGACGGTCGTACCGAGCTGCTCAAGGGGCTGGACCCGAACAAGGACCAGAGTTATTTCCTGCACGCCGTCGGCGCAGAACAGATCGCCAAGACCCTGTTCCCGGTGGGCGAACTGGAAAAACCCGAAGTGCGCGCGATTGCCGAGAAACATGACCTGGCCACCGCCAAGAAGAAGGATTCCACCGGGATCTGCTTCATCGGCGAACGGCGCTTCAGCGATTTCCTCAAGCAATACCTGCCGGCCCAGCCGGGCGAGATCAAGACCACCGAAGGCGAAGTCATCGGCCGCCACCATGGTCTGATGTACCACACCATCGGCCAGCGCCAGGGCCTGGGCATCGGCGGCTTGAAAGACGCCGGTGAAGAGCCTTGGTACGTGCTGGTCAAGGACCTGGAGCACAACGAGCTGATCGTTGGCCAGGGCAATGACCATCCATGGCTGTTTTCCCGTGCCCTGCTGGCCTCCGATATCTATTGGGTCAACCCGATCGACCTCAGCGAACCGCGCCGCCTGACGGCCAAGGTTCGCTATCGCCAGAGCGACCAACCCTGCACCCTGGAAAAAACCGCCAGCGGCTATCGCGCCACGTTCGATGATCCGCAGCGCGCGGTCACCCCCGGCCAGTCCGTGGTGTTCTACGACGGTGAAGTCTGCCTCGGCGGCGGCGTGATAGAAGTCGCCGAGCCATGGAGCAGCCAGGCATGA MRDPASSNTPKQRVIVGMSGGVDSSVSALLLIEQGYEVEGLFMKNWEEDDGTEYCTAMDDLADAQAVCDRIGIKLHTANFAAEYWDNVFEHFLAEYKAGRTPNPDILCNREIKFKAFLDYAMMLGADLIATGHYVRRRDIDGRTELLKGLDPNKDQSYFLHAVGAEQIAKTLFPVGELEKPEVRAIAEKHDLATAKKKDSTGICFIGERRFSDFLKQYLPAQPGEIKTTEGEVIGRHHGLMYHTIGQRQGLGIGGLKDAGEEPWYVLVKDLEHNELIVGQGNDHPWLFSRALLASDIYWVNPIDLSEPRRLTAKVRYRQSDQPCTLEKTASGYRATFDDPQRAVTPGQSVVFYDGEVCLGGGVIEVAEPWSSQA NA NA NA NA NA D1-35_02453 447 nudJ COG0494 Phosphatase NudJ ATGAACTGGCAACCCCACATCACCGTCGCCACCATCGTCGAAGACCACGGCCGCTTCCTGATGGTCGAAGAATCCAAGGGCGGACGAGCAGTGCTCAACCAGCCCGCCGGCCACCTGGACCCGAACGAAACACTGATCCAAGCCGCCATACGTGAAACCCTCGAAGAAACCGGCTGGGACGTCGAACCCACCAGCGTCACCGGCCTCTACCTCTACACCGCCCCGAGCAACGGTGTGACCTACCAACGGGTCTGCTTCGCCGCCAAAGCCCTGAAACACCACCCGGATTATCAACTGGACGACGGCATCCTCGGCGCCAAGTGGCTGACCCGCGACGAATTGCTGAAACAGCGCGACCGCTGGCGCAGCGAGCTGGTCATCCGCTGCATCGACGATTACCTGGCCGGCCATCGCCACAGCCTGGAGCTTATCCGCCCTTCTCTTTAG MNWQPHITVATIVEDHGRFLMVEESKGGRAVLNQPAGHLDPNETLIQAAIRETLEETGWDVEPTSVTGLYLYTAPSNGVTYQRVCFAAKALKHHPDYQLDDGILGAKWLTRDELLKQRDRWRSELVIRCIDDYLAGHRHSLELIRPSL PGPT0028060_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACIMETHRIN|CF3-HMP_DETOXIFICATION,PGPT0028060-nudJ|ymfB-K12152 NA NA D1-35_02455 2226 icd_1 COG2838 Isocitrate dehydrogenase [NADP] ATGCCCACCCGCTCGAAGATCATCTATACCTTCACCGACGAAGCGCCTGCCCTCGCCACCTATTCGCTGCTGCCGATCGTCGAAGCCTTCACCGCTTCGGCCGATATCGCCGTGGAGACCCGCGATATCTCCCTCGCAGGGCGCATCCTGGCCAGCTTCCCCGAGCAACTGGGTGACAAAGCCGTAGCCGACCACCTCGCCGAACTGGGCGACCTGGCCGTCACGCCTGAAGCCAACATCATCAAGCTGCCGAACATCAGCGCCTCGGTGCCGCAACTGCAGGCCGCGATCAAGGAATTGCAGGCCCAGGGCTACGCACTGCCGGACTACCCGGAAACCGTGACCACCGACGCCGAGAAAGAAGTCCGCGCCCGTTACGACAAGGTCAAGGGCAGCGCCGTGAACCCGGTCCTGCGCGAAGGCAACTCCGACCGCCGCGCGCCGCTGTCGGTGAAGAACTACGCTCGCAAGCACCCGCACAAGATGGGCGCCTGGGCTGCCGATTCCAAATCCCACGTGGCCCACATGAGTACCGGCGATTTCTACGGCAGCGAAAAAGCCGCCCTGATCGACGCCGCGGGCAGCGTGAAGATCGAGCTGATCGCCAAGGACGGTACTGCCACTGTCCTGAAGGAAAAAACCACCGTCCAAGCCGGTGAGATCCTCGATTGCGCGGTCATGAGCAAAAATGCCCTGCGCAATTTCATCGCCGCCGAAATCGAAGACGCCAAGCAGAAAGGCGTGCTGCTGTCGGTTCACCTCAAAGCGACCATGATGAAGGTCTCCGACCCGATCATGTTCGGCCAGATCGTGGCTGAGTACTATAAGGACGCGCTGGCCAAGCACGCCCAGGTACTGGAGCAGATCGGCTTCAACCTGAACAACGGCATCGGCGACCTGTACGCCCGCATCAAGGCCCTGCCGGCCGAGCAGCAGGCGCAGATCGAAGCCGACATCCAGGCGGTCTATGCCGTTCGTCCGGCACTGGCGATGGTCAACTCCGACAAAGGCATCACCAACCTGCACGTGCCGAGCGACGTCATCGTCGACGCCTCGATGCCAGCCATGATCCGTGACTCCGGCAAGATGTGGGGCACCGACGGCCAGCTGCACGACACCAAGGCCGTGATCCCGGATCGCTGCTACGCGACCATCTACCAGGCCGTGATCGAAGACTGCAAGCAACACGGCGCCTTCGACCCGACCACCATGGGCAGCGTGCCGAACGTCGGCCTGATGGCCAAGAAAGCCGAAGAGTACGGCTCCCACGACAAGACCTTCCAGATCAAGACTGACGGTGTGGTCCGCGTCTCGGACAGCAACGGTCGCACCCTGCTGGAGCAGAACGTCGAGGCTGGCGATATCTTCCGCATGTGCCAGACCAAGGACGCGCCGATCCAGGACTGGGTCAAGCTCGCCGTCAACCGCGCCCGCGCCAGCAGCACCCCGGCAATCTTCTGGCTCGACCCGATGCGCGCCCACGATGGCGTGATGATCGAGAAGGTCCAGGCTTACCTGAAGGATCACGACACCAGCGGCCTGGAGATCCGCATCATGTCGCCTGTCGACGCGATGAAGTTCACCCTGGCGCGTACCCGCGAAGGCAAGGACACCATCTCGGTGACCGGCAACGTACTGCGTGACTACCTGACCGACCTGTTCCCGATCATGGAACTGGGCACCAGCGCCAAGATGCTCTCGATCGTGCCACTGATGAACGGTGGCGGCCTGTTCGAAACCGGCGCCGGCGGCTCGGCACCCAAGCACGTGCAGCAATTGCTGGAAGAGAACTTCCTGCGTTGGGATTCCCTGGGCGAGTTCCTGGCCCTGGCCGCATCCCTGGAACACCTGGGCGTGACCTACAACAACCCGAAAGCACTGGTGCTGGCCAAGACTCTCGACCAGGCGACTGGCGAATTCCTGGACCGCAACAAGTCGCCTTCGCGCAAGGTCGGCGGCATCGACAACCGCGGCAGCCACTTCTACCTGACCCTGTTCTGGGCCCAGGCACTGGCCGCCCAGGATGACGACGCAGCCCTGAAGGCGCAGTTCACCACCCTGGCCAAGACCCTGACCGACAACGAAGAAAAAATCGTTGCCGAGCTCAACGCCGTCCAAGGCAAGCCAGTGGACATCGGCGGCTACTACTCCGCCAACCCTGAGCTGACCAGCAAGGCCATGCGCCCGAGCAACACCTTCAACGCGGCGATTGCTGCGCTGGTATAA MPTRSKIIYTFTDEAPALATYSLLPIVEAFTASADIAVETRDISLAGRILASFPEQLGDKAVADHLAELGDLAVTPEANIIKLPNISASVPQLQAAIKELQAQGYALPDYPETVTTDAEKEVRARYDKVKGSAVNPVLREGNSDRRAPLSVKNYARKHPHKMGAWAADSKSHVAHMSTGDFYGSEKAALIDAAGSVKIELIAKDGTATVLKEKTTVQAGEILDCAVMSKNALRNFIAAEIEDAKQKGVLLSVHLKATMMKVSDPIMFGQIVAEYYKDALAKHAQVLEQIGFNLNNGIGDLYARIKALPAEQQAQIEADIQAVYAVRPALAMVNSDKGITNLHVPSDVIVDASMPAMIRDSGKMWGTDGQLHDTKAVIPDRCYATIYQAVIEDCKQHGAFDPTTMGSVPNVGLMAKKAEEYGSHDKTFQIKTDGVVRVSDSNGRTLLEQNVEAGDIFRMCQTKDAPIQDWVKLAVNRARASSTPAIFWLDPMRAHDGVMIEKVQAYLKDHDTSGLEIRIMSPVDAMKFTLARTREGKDTISVTGNVLRDYLTDLFPIMELGTSAKMLSIVPLMNGGGLFETGAGGSAPKHVQQLLEENFLRWDSLGEFLALAASLEHLGVTYNNPKALVLAKTLDQATGEFLDRNKSPSRKVGGIDNRGSHFYLTLFWAQALAAQDDDAALKAQFTTLAKTLTDNEEKIVAELNAVQGKPVDIGGYYSANPELTSKAMRPSNTFNAAIAALV PGPT0001170_900 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 D1-35_02456 1257 icd_2 Isocitrate dehydrogenase [NADP] ATGGGGTATCAAAAGATTCAGGTTCCAGCCGTCGGTGACAAAATCACCGTCAATGCAGACCATTCTCTTAATGTTCCCGACAATCCGATCATTCCTTTCATTGAAGGTGACGGCATTGGCGTTGATATCAGTCCGGTCATGATCAAGGTCGTCGACGCCGCGGTCGAGAAGGCTTATGGCGGCAAGCGCAAGATTTCCTGGATGGAAGTCTATGCCGGTGAAAAAGCCACCCAGGTCTACGACCAGGACACCTGGCTTCCCCAGGAAACCCTGGACGCGGTCAAGGACTACGTGGTTTCCATCAAGGGCCCTCTGACCACGCCGGTCGGTGGCGGTATCCGTTCGTTGAACGTCGCGCTGCGCCAGCAGCTGGACCTGTATGTCTGCCTGCGCCCGGTGCGCTGGTTCGAGGGTGTGCCAAGCCCGGTGAAGAAGCCTGGCGATGTCGACATGACAATCTTCCGCGAGAACTCCGAAGACATCTATGCAGGCATCGAGTGGAAGGCCGGTTCGGCCGAGGCCACCAAGGTCATCAAGTTCCTCAAGGAGGAAATGGGTGTTACCAAGATCCGCTTCGACGAAGATTGCGGTATCGGCGTCAAGCCGGTTTCCAAGCAGGGCACCAAACGTCTGGCGCGCAAAGCCTTGCAATATGTTGTCGACAATGACCGCGATTCGCTGACCATCGTGCACAAAGGCAACATCATGAAGTTCACCGAAGGTGCCTTCAAGGAATGGGCCTACGAAGTGGCGGCCGAAGAGTTCGGCGCGACCCTGCTCGACGGCGGGCCCTGGATGCAGTTCAAGAATCCGCGGACCGGCAAGAATGTCGTGGTCAAGGATGCCATCGCCGACGCCATGCTCCAGCAGATCCTGCTGCGCCCGGCCGAGTACGACGTGATCGCAACCCTGAACCTCAACGGCGACTATCTCTCCGACGCCCTGGCGGCCGAAGTGGGCGGTATCGGTATCGCGCCGGGCGCCAACCTGTCGGACACCGTGGCGATGTTCGAGGCCACCCATGGCACCGCGCCCAAATATGCCGGCAAGGACCAGGTCAACCCGGGTTCGCTGATCCTGTCGGCGGAAATGATGCTGCGTCACATGGGTTGGACCGAAGCGGCCGACCTGATCATCAAGGGCACCAACGGCGCGATCTCGGCCAAAACCGTGACCTATGACTTCGAACGCCTGATGGACGGAGCCAAGCTGGTATCGTCTTCCGGCTTTGGTGATGCACTGATCTCGCACATGTAG MGYQKIQVPAVGDKITVNADHSLNVPDNPIIPFIEGDGIGVDISPVMIKVVDAAVEKAYGGKRKISWMEVYAGEKATQVYDQDTWLPQETLDAVKDYVVSIKGPLTTPVGGGIRSLNVALRQQLDLYVCLRPVRWFEGVPSPVKKPGDVDMTIFRENSEDIYAGIEWKAGSAEATKVIKFLKEEMGVTKIRFDEDCGIGVKPVSKQGTKRLARKALQYVVDNDRDSLTIVHKGNIMKFTEGAFKEWAYEVAAEEFGATLLDGGPWMQFKNPRTGKNVVVKDAIADAMLQQILLRPAEYDVIATLNLNGDYLSDALAAEVGGIGIAPGANLSDTVAMFEATHGTAPKYAGKDQVNPGSLILSAEMMLRHMGWTEAADLIIKGTNGAISAKTVTYDFERLMDGAKLVSSSGFGDALISHM PGPT0001170_3492 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 D1-35_02457 300 hypothetical protein ATGCCGGGTACCGGGATGACATTCAAGGGCAAGGTCAAATGGTTCAACAACTCCAAGGGCTTCGGGTTTATCAATCGCGATGGCGATCCGAATAAGGAAGACCTGTTCGCTCACTACTCGGCGATCCTGATGGACGGCTACAAGACCTTGAAGGCCGGGCAAACCGTGTCGTTCAGCATGATCCAGGGTCCCAAGGGCGTACACGCAGTCGCCATCACGCCCGTCGCGCAGGACAACGCCGACGCCACGCCCGAATCCGTCAACGCCCTGGAGCACGTCAGCGCCTCCGAAAAAGGCTGA MPGTGMTFKGKVKWFNNSKGFGFINRDGDPNKEDLFAHYSAILMDGYKTLKAGQTVSFSMIQGPKGVHAVAITPVAQDNADATPESVNALEHVSASEKG PGPT0014675_1798 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D1-35_02458 246 clpS COG2127 ATP-dependent Clp protease adapter protein ClpS ATGTACAAGGTGGTTTTGTTCAACGATGACTACACACCGATGGATTTCGTCGTCGAAGTGCTCGAGGTGTTTTTTAACCTGAATCGCGAGCTGGCGACCAAGGTCATGCTGGCCGTCCATACAGAGGGACGGGCAGTATGTGGAGTGTTTACCCGCGACATCGCCGAGACAAAGGCCATGCAGGTCAACCAGTACGCCCGGGAAAGCCAGCATCCGCTACTCTGTGAAATCGAGAAGGACGGTTAA MYKVVLFNDDYTPMDFVVEVLEVFFNLNRELATKVMLAVHTEGRAVCGVFTRDIAETKAMQVNQYARESQHPLLCEIEKDG PGPT0014575_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014575-clpA-K03694 NA NA D1-35_02459 2271 clpA COG0542 ATP-dependent Clp protease ATP-binding subunit ClpA ATGTTAAACCGCGAGCTCGAAGTCACCCTCAATCTTGCCTTCAAGGAGGCTCGTTCGAAGCGTCATGAATTCATGACCGTCGAACACCTGCTGCTGGCCCTATTGGATAATGAGGCTGCCGCCACCGTTTTGCGTGCCTGCGGCGCAAACCTCGATAAACTCAAGCATGATCTGCAGGAGTTCATCGACTCCACCACGCCATTGATCCCCGTTCATGACGAGGATCGCGAAACCCAGCCAACCCTGGGCTTCCAGCGTGTATTGCAGCGTGCTGTCTTTCACGTACAGAGCTCGGGCAAGCGCGAAGTCACCGGCGCCAATGTCCTGGTCGCGATCTTCAGCGAGCAGGAAAGCCAGGCGGTCTTCCTGCTCAAGCAGCAGAGCGTGGCGCGTATCGATGTCGTCAACTACATCGCCCATGGCATCTCCAAGGTGCCCGGGCATGGCGATCATTCCGAGGGTGAGCAGGACATGCAGGACGACGAGGGCGGTGAGTCTTCTTCTTCAGGCAATCCCCTGGATGCCTATGCCAGCAACCTGAACGAACTGGCGCGCCAGGGCCGTATCGACCCGCTGGTCGGGCGCGAGGCGGAAGTCGAGCGCGTGGCGCAGATCCTGGCCCGGCGTCGCAAGAACAATCCGCTGCTGGTAGGCGAGGCGGGCGTGGGCAAGACCGCGATCGCCGAAGGCCTGGCCAAGCGCATCGTCGATAACCAGGTGCCGGACCTGCTGGCCAACAGTGTCGTCTATTCCCTCGACCTGGGTGCCTTGCTGGCCGGTACCAAATACCGCGGCGACTTCGAGAAACGCTTCAAGGCGCTGCTCGGCGAGCTGAAGAAACGTCCGCAGGCGATCCTGTTCATCGACGAGATCCACACCATCATCGGTGCCGGTGCTGCGTCGGGTGGCGTCATGGATGCCTCGAACCTGCTCAAGCCGTTGCTTTCCTCGGGTGATATCCGTTGCATCGGCTCGACCACGTTCCAGGAATTCCGTGGCATTTTCGAGAAAGACCGTGCTTTGGCCCGGCGTTTCCAGAAAGTCGACGTCTCGGAGCCGTCGGTGGAAGACACCATCGGCATCCTGCGCGGCCTGAAAGGGCGTTTCGAGCTGCACCACAGCATCGAATACAGCGATGAGGCGTTGCGCGCCGCCGCCGAGCTGGCCTCGCGCTACATTAATGATCGGCACATGCCGGACAAAGCCATCGATGTTATCGACGAGGCGGGTGCCTATCAGCGCCTGCAACCGGTGGAGAATCGCGTCAAGCGCATCGACGTGCCGCAGGTCGAGGACATCGTCGCGAAGATCGCGCGGATTCCGCCAAAACACGTCACCAGTTCCGACAAGGAGCTGCTGCGTAACCTGGAGCGCGACCTGAAGCTCACGGTGTTCGGCCAGGATGCGGCCATCGACTCGCTGTCGACCGCTATCAAGCTGTCGCGCGCCGGTCTCAAGTCGCCGGACAAACCGGTCGGTTCGTTCCTGTTCGCCGGGCCTACCGGTGTCGGCAAGACCGAGGCGGCACGGCAGTTGGCCAAGGCGCTGGGGATCGAGCTGGTGCGCTTCGACATGTCCGAGTACATGGAGCGTCACACCGTATCGCGGCTGATCGGTGCGCCTCCAGGTTATGTCGGCTTCGACCAGGGCGGCCTGTTGACCGAGGCGATCACCAAGCAGCCGCACTGCGTGCTGTTGCTCGATGAGATCGAGAAGGCGCATCCGGAAGTCTTCAACCTGCTGCTGCAGGTCATGGACCACGGTACGCTGACCGACAACAACGGACGCAAGGCGGATTTCCGCAACGTGATCATCATCATGACCACCAACGCCGGCGCTGAAACCGCTGCGCGCGCTTCGATCGGTTTCACCCATCAGGATCACTCGTCCGATGCGATGGAAGTGATCAAGAAGAGCTTCACGCCTGAGTTCCGTAACCGCCTGGACACTATCATCCAGTTTGGTCGCCTCAGCCATGAAGTCATCAAGAGCGTGGTGGACAAGTTCCTTACCGAACTTCAGGCGCAGCTCGAAGACAAGCGGGTGTTGCTGGAGGTTACCGATGCGGCACGCAGCTGGCTCGCCGAAGGTGGCTACGATGTGACGATGGGGGCACGGCCGATGGCTCGCCTGATCCAGGACAAGATCAAGCGTCCACTGGCGGAGGAAATCCTCTTTGGCGAACTGGCCGAGCATGGCGGTGTGGTCCACATCGACATCAAGGATGGCGAGCTTACGTTCGACTTCGAAACCACGGCAGAAATGGCCTGA MLNRELEVTLNLAFKEARSKRHEFMTVEHLLLALLDNEAAATVLRACGANLDKLKHDLQEFIDSTTPLIPVHDEDRETQPTLGFQRVLQRAVFHVQSSGKREVTGANVLVAIFSEQESQAVFLLKQQSVARIDVVNYIAHGISKVPGHGDHSEGEQDMQDDEGGESSSSGNPLDAYASNLNELARQGRIDPLVGREAEVERVAQILARRRKNNPLLVGEAGVGKTAIAEGLAKRIVDNQVPDLLANSVVYSLDLGALLAGTKYRGDFEKRFKALLGELKKRPQAILFIDEIHTIIGAGAASGGVMDASNLLKPLLSSGDIRCIGSTTFQEFRGIFEKDRALARRFQKVDVSEPSVEDTIGILRGLKGRFELHHSIEYSDEALRAAAELASRYINDRHMPDKAIDVIDEAGAYQRLQPVENRVKRIDVPQVEDIVAKIARIPPKHVTSSDKELLRNLERDLKLTVFGQDAAIDSLSTAIKLSRAGLKSPDKPVGSFLFAGPTGVGKTEAARQLAKALGIELVRFDMSEYMERHTVSRLIGAPPGYVGFDQGGLLTEAITKQPHCVLLLDEIEKAHPEVFNLLLQVMDHGTLTDNNGRKADFRNVIIIMTTNAGAETAARASIGFTHQDHSSDAMEVIKKSFTPEFRNRLDTIIQFGRLSHEVIKSVVDKFLTELQAQLEDKRVLLEVTDAARSWLAEGGYDVTMGARPMARLIQDKIKRPLAEEILFGELAEHGGVVHIDIKDGELTFDFETTAEMA PGPT0014575_1539 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014575-clpA-K03694 NA NA D1-35_02460 219 infA COG0361 Translation initiation factor IF-1 ATGTCGAAAGAAGACAGCTTCGAAATGGAAGGCACTGTCGTCGACACCCTGCCCAACACCATGTTTCGTGTGGAGTTGGAAAATGGGCACGTCGTAACCGCGCATATCTCCGGCAAGATGCGCAAGAACTACATTCGTATTCTTACCGGTGACAAAGTGCGCGTCGAGCTGACGCCCTATGACTTGAGCAAAGGGCGCATCACTTACCGCGCTCGCTAA MSKEDSFEMEGTVVDTLPNTMFRVELENGHVVTAHISGKMRKNYIRILTGDKVRVELTPYDLSKGRITYRAR NA NA NA NA NA D1-35_02461 708 bpt COG2935 Aspartate/glutamate leucyltransferase ATGACCGAGTTGGCGCGCTTGAAGTTCTATGCCACTCAACCTCACTCTTGCAGTTATCTGCCGGAGGAGCAGGCCACGACCCTGTTCCTCGACCCGAGCCAGCCCATGGATGTGCATGTCTACGCAGACCTGTCGGAAATGGGCTTTCGGCGCAGTGGCGATCATCTTTACCGGCCCCATTGCCAACACTGCAATGCGTGCGTTCCGGCGCGCATTCCCGTGGCGCGATTCACACCCAATCGCCAGCAAAAGCGTATTTTCAAGCGCAACGCCGACTTGCAGGTGCGCCCGGCCAAGCCGCAATTTACCGAAGAATATTTTGACCTGTACCAGCGCTATATCGAGCAACGCCACGCCGATGGTGACATGTACCCGCCTAGCCGGGATCAATTCTCGACGTTCCTGGTGCGCGACCTGCCGTTCTCGCGCTTCTACGAGTTCCGCCTCGATGACCGACTGGTCGCCATCGCCGTCACCGACCTGCTGCCCAATGGGCTTTCGGCGGTGTACACCTTCTATGAGCCCGACGAAGAAAAACGCAGCCTGGGGCGTTTTGCGATTCTCTGGCAGATCAACGAGTGCCGGCGCCTGGGCCTGGATGCGGTGTACTTGGGCTATTGGATCAAGAACTGCAAAAAAATGAACTACAAGACCCAATATCGGCCCATTGAATTGCTGATCAATCAGCGGTGGGTTGTCCTGAACTAA MTELARLKFYATQPHSCSYLPEEQATTLFLDPSQPMDVHVYADLSEMGFRRSGDHLYRPHCQHCNACVPARIPVARFTPNRQQKRIFKRNADLQVRPAKPQFTEEYFDLYQRYIEQRHADGDMYPPSRDQFSTFLVRDLPFSRFYEFRLDDRLVAIAVTDLLPNGLSAVYTFYEPDEEKRSLGRFAILWQINECRRLGLDAVYLGYWIKNCKKMNYKTQYRPIELLINQRWVVLN NA NA NA NA NA D1-35_02462 681 aat COG2360 Leucyl/phenylalanyl-tRNA--protein transferase ATGCTGACCTGGTTACAACGCAACACGTTCGATTTCCCACCGCTGGAAAAAGCCATGCGCGACCCCAATGGCTTGCTGGCCGCCGGCGGGGATCTTTGCGCCGATCGGTTGATCCAGGCCTATCGCCACGGCTGCTTTCCATGGTTCTCGGAGGGACAGCCGATTCTGTGGTGGTCACCGGACCCGCGCACCGTGCTGTTTCCCGACGAACTGCATGTTTCCCGCAGCCTGAACAAGCTGTTGCGCAAGCAGCGCTATCAAGTGACGTTCGACCGGGACTTCGCGGCGGTCATCAAGGCCTGCGCCGCACCCCGCGATTATGCCGACGGCACCTGGATCACCGACGCCATGCAGACCGCTTATCTGGAACTGCACCGGCGTGGCTTCGCCCATTCGGTGGAGGTCTGGGACCAGGACCAACTGGTGGGCGGCTTGTATGGCCTGGCGATGGGGCAGCTGTTTTTCGGCGAGTCGATGTTCAGCCGGGCCGACAATGCGTCGAAATTCGGCTTCGCAACCCTGGTCCAACATCTCAAGGAAGCGGGTTTCGTGCTCATTGACTGCCAGATGCCCACCGAGCACCTGCACAGCCTGGGCGCCCGGTCGATTCCCCGCGCAGCGTTTGCCGATTACCTGAAGGCGCACCTGGACCAGCCCAACCAGGCCACCTGGCTTTGCTGA MLTWLQRNTFDFPPLEKAMRDPNGLLAAGGDLCADRLIQAYRHGCFPWFSEGQPILWWSPDPRTVLFPDELHVSRSLNKLLRKQRYQVTFDRDFAAVIKACAAPRDYADGTWITDAMQTAYLELHRRGFAHSVEVWDQDQLVGGLYGLAMGQLFFGESMFSRADNASKFGFATLVQHLKEAGFVLIDCQMPTEHLHSLGARSIPRAAFADYLKAHLDQPNQATWLC NA NA NA NA NA D1-35_02463 960 COG0492 Glucosaminate ammonia-lyase ATGAGCGAAGCGAAGCATTCACGCCTGATCATTCTCGGTTCCGGCCCTGCAGGGTACAGCGCGGCTGTCTATGCAGCCCGCGCCAACCTCAAACCCGTTGTCATTACCGGCATACAGGCCGGTGGCCAGCTCACCACCACGGTCGAAGTCGATAACTGGCCCGGCGATGTCGAAGGCCTGACCGGTCCCGTACTCATGGAACGCATGCAGCGGCACGCCGAGCGCTTCGACACGCAGATCGTCTACGACCATATCCATACCGCCAAGTTGCAACAGCGACCGTTCGAACTGGTCGGCGACAGCGGCACCTATACCTGCGATGCATTGATCATCGCCACTGGCGCCTCGGCTCAATACCTGGGCCTGCCTTCAGAGGAAACCTTCGCCGGCAAAGGCGTGTCCGCCTGCGCGACCTGTGATGGCTTCTTTTATCGAAACCAGGTGGTGGCCGTTATCGGTGGCGGTAACACGGCGGTTGAAGAAGCCTTGTACCTGTCGAACATCGCCAGGGAAGTTCACCTGATTCACCGCCGCGACAAGCTGCGCGCGGAAAAGATATTGCAGGACAAGCTCTTCGAAAAGGCAGCCAACGGCAATATCCGCCTGCACTGGAACCAGAACCTGGATGAAGTGCTGGGTGACGCCAGCGGCGTGACCGGCGCGCGCCTGCGGCACAGCGAGACGGGCGATACCAGCACGTTATCCCTGGCCGGGGTGTTCATCGCCATCGGGCATAAACCCAACACCGATCTGTTCCAGGGCCAGTTGCAGATGCGCGATGGCTACCTGATTGTGCGTGGCGGCAGCGAAGGCAATGCCACCGCCACTGACATCGAAGGTGTTTTTGCCGCCGGCGACGTGGCTGACCACGTCTATCGCCAGGCCATTACGTCCGCCGGCGCCGGTTGCATGGCCGCGCTGGATGCAGAAAAGTATCTCGATGACATCCCGGCCGTTTGA MSEAKHSRLIILGSGPAGYSAAVYAARANLKPVVITGIQAGGQLTTTVEVDNWPGDVEGLTGPVLMERMQRHAERFDTQIVYDHIHTAKLQQRPFELVGDSGTYTCDALIIATGASAQYLGLPSEETFAGKGVSACATCDGFFYRNQVVAVIGGGNTAVEEALYLSNIAREVHLIHRRDKLRAEKILQDKLFEKAANGNIRLHWNQNLDEVLGDASGVTGARLRHSETGDTSTLSLAGVFIAIGHKPNTDLFQGQLQMRDGYLIVRGGSEGNATATDIEGVFAAGDVADHVYRQAITSAGAGCMAALDAEKYLDDIPAV PGPT0018945_75 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018945-trxB-K22345 NA NA D1-35_02464 2406 ftsK COG1674 DNA translocase FtsK TTGAAGAAATCCACCGCAGCACCCAAGACAGTCGTTCCGCTCTGGCGCCAACAATTGCACTACCGGCTCAAGGAAGGTGCGTTGATCGCCATTGGGGCCTTGTGCCTGTTCCTGATGATGGCCTTGCTGACCTACGGCAAGGACGATCCGGGCTGGAGCCACAACAGCAAGATCGAAGACGTGCAGAATTTCGGCGGGCCGGCCGGTTCCTACAGCGCTGACATCCTGTTCATGGTGCTGGGCTATTTCGCCTATATTTTCCCGCTGCTGCTGGCGATCAAGACCTATCAGATTTTCCGCCAGCGCCATGAGCCCTGGCAGTGGAGCGGCTGGCTGTTCTCCTGGCGCCTGATTGGCCTGGTGTTCCTGGTGTTGTCAGGCGCCGCGCTGGCACATATCCATTTCCACGCACCCACCGGCCTGCCGGCCGGGGCGGGTGGTGCGCTGGGCGAGAGCCTTGGTGATCTGGCGCGCAATGCCCTGAATATCCAGGGCAGCACGCTGCTGTTCATCGCACTGTTCCTCTTCGGCCTGACGGTGTTCACCGACCTGTCCTGGTTCAAGGTCATGGACGTCACCGGCAAGATCACGCTCGACCTCATCGAATTGATCCAGGGTGCGCTGAACCGCTGGTGGGCGGCGCGCAACGAACGCAAGCAACTGGTGGCGCAACTGCGTGAAGTGGACGATCGGGTCCATGACGTCGTGGCGCCCACCGTTCCGGACAAACGCGAGCAGGCCAAGGTCAAGGAACGCCTGATCGAGCGCGAGCAGGCCCTGAGCAAGCACATGTCCGAGCGCGAAAAGCAGGTGCCGCCGGTTATCACCATGGCCCCGGCCAAGCCGCCGGAGCAGAGCAAGCGCGTGCAGAAGGAAAAACAGGCGCCGCTGTTCGTCGACAGCGCGGTGGAAGGGACCTTGCCACCGATTTCGATCCTCGATCCTGCCGAAAAGAAACAACTCAATTATTCCCCCGAATCCCTGGCGGCCGTCGGTCACCTGCTGGAGATCAAGCTCAAGGAGTTCGGTGTCGAGGTGTCGGTGGATTCGATCCATCCGGGTCCGGTCATCACCCGTTACGAAATCCAGCCGGCCGCCGGCGTCAAGGTCAGCCGTATCGCCAACCTCGCGAAGGACCTGGCGCGCTCCCTGGCGGTCACCAGCGTGCGGGTGGTGGAAGTGATCCCGGGCAAGACCACCGTGGGCATCGAGATCCCCAACGAGGATCGCCAGATCGTGCGCTTCTCCGAGGTGCTCTCGACCCCCGAGTACGACAATCACAAGTCACCGGTCACCCTGGCCCTGGGCCACGACATCGGCGGCAAGCCGGTCATCACCGACCTGGCGAAGATGCCTCACCTGCTGGTGGCCGGTACCACCGGTTCGGGTAAGTCGGTGGGGGTGAACGCGATGATCCTGTCGATCCTGTTCAAGTCCGGCCCGGAAGACGCCAAGCTGATCATGATCGACCCGAAGATGCTCGAATTGTCGATCTACGAAGGCATCCCGCACCTGCTGTGCCCGGTGGTCACCGACATGAAGGACGCGGCCAACGCCCTGCGCTGGAGCGTTGCCGAGATGGAGCGCCGCTACAAGCTGATGGCGAAGATGGGCGTGCGCAACCTGTCGGGCTTCAACGCCAAGGTCAAGGAGGCCGAGGAAGCCGGCACGCCGTTGAGCGACCCGCTGTACCACCGCGAAAGCATCCACGACGAAGCGCCGCTGTTGCACAAGCTGCCGACCATCGTGGTGGTGGTGGACGAATTTGCCGACATGATGATGATCGTCGGCAAGAAGGTCGAAGAACTGATCGCCCGTATCGCCCAGAAAGCCCGTGCGGCCGGTATTCACCTGATCCTCGCCACACAACGGCCGTCGGTAGACGTGATCACCGGCCTGATCAAAGCCAACATCCCGACCCGCATGGCGTTCCAGGTGTCGAGCAAGATCGACTCGCGGACCATCATCGACCAGGGCGGCGCCGAGCAATTGCTCGGCCACGGTGACATGCTCTACATGCCGCCCGGCACCAGCCTGCCGATCCGTGTCCACGGTGCGTTCGTCTCCGATGACGAAGTGCACCGCGTGGTCGAAGCCTGGAAGTTGCGTGGCGCGCCTGAATACAACGACGACATCCTCAACGGTGTCGAAGAGGCCGGCAGCGGTTTCGAGGGCAGCAGTGGCGGCGGTGACGACGATGCCGAGACCGATGCGCTCTATGACGAAGCGGTGCAGTTCGTCCTGGAGAGTCGCCGTGCCTCGATTTCCGCCGTACAGCGCAAGCTGAAGATCGGCTACAACCGCGCCGCACGCATGATCGAGGCCATGGAAATGGCCGGGGTCGTGACGGCCATGAACACCAACGGCTCGCGCGAAGTGCTGGCGCCGGGCCCGATGCGCGACTGA MKKSTAAPKTVVPLWRQQLHYRLKEGALIAIGALCLFLMMALLTYGKDDPGWSHNSKIEDVQNFGGPAGSYSADILFMVLGYFAYIFPLLLAIKTYQIFRQRHEPWQWSGWLFSWRLIGLVFLVLSGAALAHIHFHAPTGLPAGAGGALGESLGDLARNALNIQGSTLLFIALFLFGLTVFTDLSWFKVMDVTGKITLDLIELIQGALNRWWAARNERKQLVAQLREVDDRVHDVVAPTVPDKREQAKVKERLIEREQALSKHMSEREKQVPPVITMAPAKPPEQSKRVQKEKQAPLFVDSAVEGTLPPISILDPAEKKQLNYSPESLAAVGHLLEIKLKEFGVEVSVDSIHPGPVITRYEIQPAAGVKVSRIANLAKDLARSLAVTSVRVVEVIPGKTTVGIEIPNEDRQIVRFSEVLSTPEYDNHKSPVTLALGHDIGGKPVITDLAKMPHLLVAGTTGSGKSVGVNAMILSILFKSGPEDAKLIMIDPKMLELSIYEGIPHLLCPVVTDMKDAANALRWSVAEMERRYKLMAKMGVRNLSGFNAKVKEAEEAGTPLSDPLYHRESIHDEAPLLHKLPTIVVVVDEFADMMMIVGKKVEELIARIAQKARAAGIHLILATQRPSVDVITGLIKANIPTRMAFQVSSKIDSRTIIDQGGAEQLLGHGDMLYMPPGTSLPIRVHGAFVSDDEVHRVVEAWKLRGAPEYNDDILNGVEEAGSGFEGSSGGGDDDAETDALYDEAVQFVLESRRASISAVQRKLKIGYNRAARMIEAMEMAGVVTAMNTNGSREVLAPGPMRD PGPT0030468_5367 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 D1-35_02465 624 lolA COG2834 Outer-membrane lipoprotein carrier protein ATGCGCCTGATTCGCATGCTGTTGTTGCCCGTATTGGCTTTGTCTACCTTGTCGGTCCATGCCGGCGAGAAAGATGTGGCCCGCCTGACCCAGTTGCTGGGCGGCTCCCAGACCCTGACTGCGCGTTTCTCCCAGCTGACCCTCGACGGCAGCGGCACCCAGTTGCAGGAAACCGCTGGCGACATGGCCCTGCAGCGCCCTGGCCTGTTCTACTGGCACACCGATGCACCCGCCGAACAGCTGATGGTGTCCGATGGCAAGAAAGTCTCCCTGTGGGACCCGGACCTCGAACAAGTGACCATCAAGACCCTCGACCAGCGCCTGACCCAGACGCCGGCGCTGCTGCTCTCCGGCGATATCTCGGAGATCAGCCAGAGCTTCGACATCACCTCCAAGGAGGCCGGTGGCGTGATTGACTTCACTCTCAAGCCGAAGACCAAGGACAGCCTGTTCGACAGCCTGCGCCTGTCGTTCCGCAACGGCCTGGTCAACGACATGCAACTGATCGACAGTGTCGGCCAGCGCACCAATATCCTGTTCACCGGGGTCAAGGCCAACGAGCCGATCGCCGCGTCCAAGTTCAAGTTCGACATCCCCAAGGGTGCGGATGTGATCCAGGAATAA MRLIRMLLLPVLALSTLSVHAGEKDVARLTQLLGGSQTLTARFSQLTLDGSGTQLQETAGDMALQRPGLFYWHTDAPAEQLMVSDGKKVSLWDPDLEQVTIKTLDQRLTQTPALLLSGDISEISQSFDITSKEAGGVIDFTLKPKTKDSLFDSLRLSFRNGLVNDMQLIDSVGQRTNILFTGVKANEPIAASKFKFDIPKGADVIQE PGPT0024475_918 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024475-lolA-K03634 NA NA D1-35_02466 1326 rarA COG2256 Replication-associated recombination protein A ATGGACCTGTTTCGAAGCGCCCCGATTGCCCAGCCATTGGCCGCCCGCCTGCGGGCCACCAACCTGGATGAGTACGTCGGCCAGGAACATGTGCTCGCCCGGGGCAAGCCCCTGCGCGAAGCCCTGGAGCAGGGCGCCCTGCATTCGATGATCTTCTGGGGCCCGCCGGGGGTCGGCAAGACCACCCTGGCGCGGTTGCTGGCGGAAGTCTCGGACGCGCATTTCGAAACGGTGTCGGCCGTGCTGGCCGGGGTCAAGGAGATTCGCCAGGCGGTGGAAATCGCCAAGCAGCAGGCCGGCCAGTACGGCAAGCGCACCATCCTGTTCGTCGATGAAGTGCATCGCTTCAACAAGTCGCAGCAGGACGCCTTCTTGCCCTATGTCGAAGACGGCACGCTGATTTTCATCGGTGCCACCACCGAGAACCCTTCGTTCGAACTCAACAACGCCTTGCTGTCCCGCGCGCGGGTCTACGTGCTCAAGAGCCTCGACGAGGCGGCGATGCGCAAGCTGGTGCATCGCGCGCTCACCGAAGAGCGCGGCCTGGGCAAGCGCCACCTGAGCCTCAGCGACGAAGGTTTCCAGATATTGTTCAGCGCTGCCGACGGCGATGGCCGACGCCTGCTCAACCTGCTGGAAAACGCCTCGGACCTGGCCGAAGACGACAGCGAGATCGGTGTCGAACTGCTGCAAAGCCTGCTGGGCGATACCCGGCGCCGCTTCGACAAGGGCGGCGAGGCGTTCTACGACCAGATTTCGGCGCTGCACAAGTCGGTGCGCGGCTCCAACCCGGACGGCGCGTTGTACTGGTTTGCGCGGATGATCGATGGCGGTTGTGATCCGCTGTACCTCGCGCGCCGCGTGGTGCGCATGGCCAGCGAAGACATCGGCAACGCCGATCCGCGCGCGCTGAGCCTGTGCCTGACGGCCTGGGACGTGCAGGAACGCCTCGGCAGCCCGGAAGGCGAGCTCGCCGTGGCCCAGGCCATTACCTACCTGGCCTGCGCGCCGAAAAGCAACGCCGTCTACATGGGCTTCAAGGCGGCGATGCGCAGCGCCGCCGAGCACGGCTCTCTGGAAGTGCCGTTGCACCTGCGCAACGCGCCGACCAAGCTCATGAAACAGTTGGGCTACGGCGAGGAATACCGTTACGCCCATGACGAGCCTGACGCTTACGCCGCTGGCGAAGACTATTTTCCCGAGGAACTCGAACCCCAGCGGTTCTATCAGCCGGTGCCCCGTGGCCTGGAGCTGAAGATCGGCGAGAAGCTCAACCACTTGGCGCAATTGGACCGATTGAGTCCACGGCAGCGGAGAAAACCGTGA MDLFRSAPIAQPLAARLRATNLDEYVGQEHVLARGKPLREALEQGALHSMIFWGPPGVGKTTLARLLAEVSDAHFETVSAVLAGVKEIRQAVEIAKQQAGQYGKRTILFVDEVHRFNKSQQDAFLPYVEDGTLIFIGATTENPSFELNNALLSRARVYVLKSLDEAAMRKLVHRALTEERGLGKRHLSLSDEGFQILFSAADGDGRRLLNLLENASDLAEDDSEIGVELLQSLLGDTRRRFDKGGEAFYDQISALHKSVRGSNPDGALYWFARMIDGGCDPLYLARRVVRMASEDIGNADPRALSLCLTAWDVQERLGSPEGELAVAQAITYLACAPKSNAVYMGFKAAMRSAAEHGSLEVPLHLRNAPTKLMKQLGYGEEYRYAHDEPDAYAAGEDYFPEELEPQRFYQPVPRGLELKIGEKLNHLAQLDRLSPRQRRKP NA NA NA NA NA D1-35_02467 375 crcB Putative fluoride ion transporter CrcB GTGATCCCCTTGATTCTCGCAGTCTCCGCCGGCGGCGTTGCCGGTACATTGTTGCGTTTCGCCACGGGCAACTGGATCAGCGCAAATTGGCCGCGGCACTTCTATACCGCGACGCTGGCCGTTAATATCGTGGGCTGTCTGCTGATCGGCGTCCTATACGGCCTGTTTCTGATTCGCCCCGAAGTGCCCATCGAGGTGCGCGCGGGGTTGATGGTCGGTTTTCTTGGCGGCCTGACGACTTTTTCATCCTTTTCACTGGATACGGTGCGCCTGCTGGAAAGCGGGCAGGTGCCGCTGGCCCTGGGCTATGCGGCCATCAGCGTGTTCGGCGGGCTGCTCGCCACCTGGGCCGGCCTGTCCCTGACCAAACTTTGA MIPLILAVSAGGVAGTLLRFATGNWISANWPRHFYTATLAVNIVGCLLIGVLYGLFLIRPEVPIEVRAGLMVGFLGGLTTFSSFSLDTVRLLESGQVPLALGYAAISVFGGLLATWAGLSLTKL PGPT0004985_3903 DIRECT EFFECT BIO-REMEDIATION FLUORIDE_DETOXIFICATION FLUORIDE_RESISTANCE FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199 NA NA D1-35_02468 1281 serS COG0172 Serine--tRNA ligase ATGCTCGATTCCAAACTGTTACGTAGCAACCTTCAGGACGTAGCGGACCGCCTGGCATCCCGTGGCTTTGCCCTGGATGTCGCGCGCATCGAAGCGCTGGAAGAACAGCGCAAGACCGTCCAGACCCGCACCGAAGCCCTGCAGGCTGAACGTAACGCGCGCTCCAAGTCCATCGGTCAGGCCAAGCAGCGCGGCGAAGACATCGCGCCGCTGATGGCCGATGTCGAGCGCATGGCGGGCGAGTTGAGTGCCGGCAAGACCGAACTGGACGCGATCCAGAGCGAGCTTGATTCGATCCTGCTGGGCATCCCGAACCTGCCTCACGAATCGGTGCCGGTGGGTGAAGACGAAGACGGCAACGTCGAAGTACGTCGCTGGGGCACGCCGAAAGTCTTCGATTTCCCGGTACAGGACCACGTCGCCCTGGGCGAGAAATTCGGTTGGCTGGACTTCGAAACCGCCGCCAAGCTGTCGGGCGCGCGTTTCGCCCTGCTGCGCGGGCCGATCGCCCGTCTGCATCGCGCACTGGCGCAGTTCATGATCAACCTGCACGTCACCGAGCACGGCTACGAAGAGGCCTACACGCCTTACCTGGTCCAGGCGCCGGCGCTGCAAGGCACCGGTCAGTTGCCGAAGTTCGAGGAAGACCTGTTCAAGATCGCTCGCGACGGCGAAGCCGACCTGTACCTGATCCCGACCGCCGAAGTCTCGCTGACCAACATCGTTGCCGGCGAAATCGTCGACGCCAAGCAACTGCCGATCAAGTTTGTCGCCCACACCCCGTGCTTTCGCAGTGAAGCCGGCGCGTCGGGTCGTGACACTCGCGGCATGATCCGCCAGCACCAGTTCGACAAGGTCGAGATGGTGCAGATCGTCGAGCCGTCGAAATCCATGGAAGCCCTGGAAAGCCTGACCGCCAACGCCGAGAAGGTCCTGCAACTGCTCGAGCTGCCGTATCGCACCCTGGCGCTGTGCACCGGCGACATGGGCTTCAGCGCGGTCAAGACTTACGATCTGGAAGTCTGGATCCCGAGCCAGGACAAGTACCGCGAGATTTCGTCGTGCTCCAACTGCGGTGATTTCCAGGCCCGCCGCATGCAGGCGCGTTTCCGCAACCTGGAAACCGGCAAGCCGGAACTGGTCCATACCCTCAATGGCTCCGGCCTGGCGGTGGGTCGTACGCTGGTCGCCGTGTTGGAAAACTATCAGCAGGCCGACGGTTCGATCCGGGTGCCTGAAGTGCTGAAGCCGTACATGGGCGGCATCGAGGTCATCGGCTAA MLDSKLLRSNLQDVADRLASRGFALDVARIEALEEQRKTVQTRTEALQAERNARSKSIGQAKQRGEDIAPLMADVERMAGELSAGKTELDAIQSELDSILLGIPNLPHESVPVGEDEDGNVEVRRWGTPKVFDFPVQDHVALGEKFGWLDFETAAKLSGARFALLRGPIARLHRALAQFMINLHVTEHGYEEAYTPYLVQAPALQGTGQLPKFEEDLFKIARDGEADLYLIPTAEVSLTNIVAGEIVDAKQLPIKFVAHTPCFRSEAGASGRDTRGMIRQHQFDKVEMVQIVEPSKSMEALESLTANAEKVLQLLELPYRTLALCTGDMGFSAVKTYDLEVWIPSQDKYREISSCSNCGDFQARRMQARFRNLETGKPELVHTLNGSGLAVGRTLVAVLENYQQADGSIRVPEVLKPYMGGIEVIG NA NA NA NA NA D1-35_02469 1395 cysG_1 COG0007 Siroheme synthase ATGGACTATCTGCCACTGTTCCACAACCTGCGCGGCAGCCGCGTGCTGGTGGTCGGCGGCGGCGAGATTGCCTTGCGCAAGTCTCGCCTGCTGGCGGATGCCGGTGCCCTGCTGCGGGTGGTCGCACCCGACATCGAACCGCAGTTGCGGGAACTGGTCAGTGGCAGCGACGGCGAATGCGTGCTGCGTGGCTACGTTGAAGCGGATATGGACGGCTGCGGCCTGGTCATCGCCGCCACCGACGACGAGCCGCTCAATGCCCAGGTTTCGGCCGACGCCCACAAGCGCTGCGTGCCGGTCAACGTGGTGGACGCGCCTGCGCTGTGCAGCGTGATCTTCCCGGCGATCGTCGACCGCTCGCCGCTGGTTATTGCGGTGTCCAGCGGCGGCGACGCGCCGGTGCTGGCACGGCTGATCCGCGCCAAGCTGGAAACCTGGATTCCATCGACCTACGGGCAACTGGCCGGCCTGGCGGCGCGCTTTCGCAATCAGGTCAAGCAACTGTTTCCCGATGTGCAGCAACGGCGGGCATTCTGGGAAGAGGTTTTCCAGGGCCCGATCGCCGATCGCCAACTGGCCGGGCAGGGCGCCGAGGCCGAGCGGTTGCTGCGCGAGAAGATCGACGGCCAGGCGCCGAACGCGCCGGGGGAAGTCTATCTGGTAGGCGCCGGGCCGGGTGACCCGGACCTGCTGACCTTCCGCGCGCTGCGCCTGATGCAGCAGGCGGACGTGGTGCTTTACGACCGTCTGGTGGCCCCGGCGATTATCGAGCTGTGCCGGCGCGACGCCGAGCGGGTTTACGTCGGCAAGCGCCGGTCCGAGCATGCGGTACCCCAGGACCAGATCAACCAGCAATTGGTCGACCTGGCCCGGCAGGGCAAGCGTGTGGTGCGGTTGAAGGGCGGCGATCCGTTCATCTTCGGTCGTGGCGGCGAAGAAATCGAAGAACTGGCGGCCCATGGCATCCCGTTCCAGGTGGTCCCGGGCATCACCGCCGCCAGTGGTTGCGCGGCTTACGCCGGGATCCCGCTGACCCATCGCGACTACGCCCAGTCGGTGCGTTTCATCACCGGGCATCTCAAGGACGGCAGCAGCGATCTGCCCTGGGCGGACCTGGTATCGCCAGCGCAGACCCTGGTGTTCTACATGGGCCTGGTGGGGCTGCCGGTGATTTGCAACGAATTGATCAAGCACGGTCGAGCGGCGGACACGCCGGCGGCGCTCATCCAGCAAGGCACGACTTCAAACCAGCGGGTGTTTACCGGTACCTTGGCGGACCTGCCGCGGCTGGTGGCCGAGCATGAGGTGCATGCGCCGACACTGGTGATCGTCGGGGAAGTGGTGCAGTTGCGCGAGAAGCTGGCTTGGTTTGAAGGGGCTCAGGGGCAGGTCTGA MDYLPLFHNLRGSRVLVVGGGEIALRKSRLLADAGALLRVVAPDIEPQLRELVSGSDGECVLRGYVEADMDGCGLVIAATDDEPLNAQVSADAHKRCVPVNVVDAPALCSVIFPAIVDRSPLVIAVSSGGDAPVLARLIRAKLETWIPSTYGQLAGLAARFRNQVKQLFPDVQQRRAFWEEVFQGPIADRQLAGQGAEAERLLREKIDGQAPNAPGEVYLVGAGPGDPDLLTFRALRLMQQADVVLYDRLVAPAIIELCRRDAERVYVGKRRSEHAVPQDQINQQLVDLARQGKRVVRLKGGDPFIFGRGGEEIEELAAHGIPFQVVPGITAASGCAAYAGIPLTHRDYAQSVRFITGHLKDGSSDLPWADLVSPAQTLVFYMGLVGLPVICNELIKHGRAADTPAALIQQGTTSNQRVFTGTLADLPRLVAEHEVHAPTLVIVGEVVQLREKLAWFEGAQGQV PGPT0003690_964 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003690-cysG-K02302 NA NA D1-35_02470 1005 yqjG COG0435 Glutathionyl-hydroquinone reductase YqjG ATGGGTTTGTTGGTCGAGGGCCGCTGGCAGGACCAGTGGTATGAGAGCAAGGACGGTAGTTTCCAGCGTGAACAGGCGCAACGCCGCCACTGGATAACCGCCGACGGCAGCGCCGGCCCTTCCGGCGAGAGCGGTTTCGCCGCCGAAGCCGGTCGTTATCATCTTTATGTATCCCTGGCCTGCCCCTGGGCCCATCGCACGCTGATCTTGCGCAAGCTCAAGGGCCTGGAAGACCTGATCGATGTTTCAGTGGTCAGCTACCTGATGCTGGAAAACGGCTGGACCTTCGATCAGGCTCACGGCTCGACGGGCGACAAGCTCGACCACTTCGACTTCCTGCACCAGCGCTACACCGCCGATACACCGAACTACACCGGTCGTGTCACTGTGCCCGCGCTGTGGGATAAACAGCAGCAGCGCATCGTCAACAATGAGTCAGCGGAAATCATCCGCATGTTCAACAGCGCCTTCGATGGTTTGACCGGCAACGACCTGGATCTCTATCCAGAGCACCTGCGCGGCGAAATCGATGGGTTGAACGAGCGCATCTATCCGGCGGTGAACAACGGCGTCTACCGGGCCGGCTTCGCCACCACCCAGGCGGCTTACGAAGAAGCCTTTGATCAGCTGTTTGCCGAGCTGGACCGTCTGGAGGCTCTGCTCGACACCCGCCGCTACCTGGCTGGCGAGTACCTGACCGAGGCCGACATCCGCTTGTTCACGACGATGATCCGTTTCGACGCGGTGTACTTCGGTCACTTCAAATGCAACCTGCGACGCATCGCCGATTATCCGAACCTGTCGAACTGGCTGCGGGAGATGTATCAGTGGCCAGGCATTGCCGAGACAGTGGATTTCACGCATATCCAGGAGCATTACTACGGCAGCCACAAGACCATCAACCCCAATGGGATCGTGCCCAAGGGGCCGAAGCAGGACTTCATGGTGGCGCATGATCGAGGGAGGTTGGGTGGGAAAGGGATCTGGCGCGGGGCCCGGGATTGA MGLLVEGRWQDQWYESKDGSFQREQAQRRHWITADGSAGPSGESGFAAEAGRYHLYVSLACPWAHRTLILRKLKGLEDLIDVSVVSYLMLENGWTFDQAHGSTGDKLDHFDFLHQRYTADTPNYTGRVTVPALWDKQQQRIVNNESAEIIRMFNSAFDGLTGNDLDLYPEHLRGEIDGLNERIYPAVNNGVYRAGFATTQAAYEEAFDQLFAELDRLEALLDTRRYLAGEYLTEADIRLFTTMIRFDAVYFGHFKCNLRRIADYPNLSNWLREMYQWPGIAETVDFTHIQEHYYGSHKTINPNGIVPKGPKQDFMVAHDRGRLGGKGIWRGARD PGPT0013050_953 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013050-yqjG-K07393 NA NA D1-35_02471 1002 trpD_1 Anthranilate phosphoribosyltransferase ATGACCGACTTTCCTTCGCTGACCCTCGAGACCCCGGCCGAACATCCGTTCGCCCAATTCGTGCGCATCCTTGGCAAAGGCAAGCGCGGCGCCCGCAACCTCACCCGGGAAGAAGCCCGCGAGGCCATGGGCATGGTGCTCGATGAGGAGGTCGAAGAGACCCAGCTCGGCGCCTTCCTGATGCTGTTGCGGCACAAGGAAGAAAGCGCCGAGGAAATGGCCGGCTTCACCGACGCCCTGCGTCAACGCCTGGTGGTTCCACAACTGGCGGTAGACCTCGACTGGCCGACCTACGCCGGGAAGAAGCGCCACCTGCCGTGGTATCTGCTGGCGGCCAAATGCCTGGGACAGAACGGCGTGCGGATCTTCATGCACGGCGGCGGCGCCCACACGGCGGGTCGGCTCTACACCGAACAGTTGCTTGGTTTGCTGGATATTCCCTTGTGCCGCGACTGGCAACAGGTCGGCACGGCGCTGGACACCGGCGGCCTGGCCTTCATGCCGCTGGTGGACTGGGCACCGCAGATGCAACGGATGATCGACCTGCGCAACACTCTCGGCCTGCGCTCGCCGATCCATTCCCTGGCGCGGATCCTCAACCCACTGGGCGCGCGTTGCGGTCTGCAAAGCATCTTCCATCCTGGCTACCAGGCCGTGCATCGCGAGGCCAGCGGGTTGCTGGGCGACACCGCCATCGTGATCAAGGGCGACGGCGGCGAGATCGAAATCAATCCGGACGCCGACAGCCATCTGTACGGCACCACCGGTGGCGCCAGTTGGGACGAAGAATGGCCACGCCTGTCGGAGCAGCGCCACGTCAAGCCGGAGCGCCTCGACCCTGAGCATTTGAAAGCCGTCTGGCGCGGCGACGTCGAGGACAGCTACCCGCAACTGGCGTTGATCGCCACGATGGCTTTGGCCTTGCGCGGCCTGGGTTTGTCTCGCGAAGAAGCGTTCGACAAAGCCCGGCAGTATTGGGACGCGCGGAACAGATCGATTTAG MTDFPSLTLETPAEHPFAQFVRILGKGKRGARNLTREEAREAMGMVLDEEVEETQLGAFLMLLRHKEESAEEMAGFTDALRQRLVVPQLAVDLDWPTYAGKKRHLPWYLLAAKCLGQNGVRIFMHGGGAHTAGRLYTEQLLGLLDIPLCRDWQQVGTALDTGGLAFMPLVDWAPQMQRMIDLRNTLGLRSPIHSLARILNPLGARCGLQSIFHPGYQAVHREASGLLGDTAIVIKGDGGEIEINPDADSHLYGTTGGASWDEEWPRLSEQRHVKPERLDPEHLKAVWRGDVEDSYPQLALIATMALALRGLGLSREEAFDKARQYWDARNRSI PGPT0003690_2 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003690-cysG-K02302 NA NA D1-35_02472 336 tusE COG2920 Sulfurtransferase TusE ATGAACGTGCTGACCGTGGGCGCGCGCAGCATCGCGCTGGACAAGGACGGCTACCTGGCCGATCTCAATGACTGGTCAACGGAAGTGGCCACAGCCCTGGCCGCCGCCGAAGACATCGAGCTGAGCCCCGAGCACTGGGAAATCCTCGAACTGCTCCGGGCCTTCCACGATGAATTCCAGCTGTCCCCCGCCACTCGGCCGCTGATCAAGTACACCGCGCTGAAACTCGGCGCGGACAAGGGCAACAGCCTGCACCTGAACCGATTGTTCAAAGGCACTCCCGCCAAACTCGCCGCCAAGCTGGCGGGCCTGCCCAAACCGACGAATTGCTTATGA MNVLTVGARSIALDKDGYLADLNDWSTEVATALAAAEDIELSPEHWEILELLRAFHDEFQLSPATRPLIKYTALKLGADKGNSLHLNRLFKGTPAKLAAKLAGLPKPTNCL NA NA NA NA NA D1-35_02473 294 tusB Protein TusB ATGTCGACTTTGCATGTGTTGTCCCATTCACCGTTCGGTGATAACCGCCTCGCCAGTTGCCTGCGGATACTGGGGAGCCAGGATGCGCTGCTGCTGTGCGGCGACGCGACTTACGCGCTGCAACCTGGCACCGAACCGTTCGCTGCACTCCAGGCCTCCGGGCGCAAGGTGCTCGTCCTTGCCGAAGACGCCCAGGGCCGTGCCCTGCACATTCCCGACTGGGCCGAAGCCATTGATTATCCGGCCTTCGTCGAGCTCTCAATCGAGCATGACAAGGTCAACTCCTGGCTATGA MSTLHVLSHSPFGDNRLASCLRILGSQDALLLCGDATYALQPGTEPFAALQASGRKVLVLAEDAQGRALHIPDWAEAIDYPAFVELSIEHDKVNSWL NA NA NA NA NA D1-35_02474 363 dsrF COG2923 Intracellular sulfur oxidation protein DsrF ATGGCCAAGTCGTTATTGCTCATTAGCCGTCAGTCTCCGTGGTCTGGCCCTGGAGCCCGGGAAGCGTTGGACATCGTGCTGGCCGGCGGTGCGTTCGACCTGCCCATTGGCCTGCTGTTTCTCGATGACGGCGTGTTCCAGCTCAGCGCCGGGCAAAACGCCAAGGCCCTCCAGCAAAAAGACCTGAGCGCCAATTTGCAGGCATTGCCGATGTTCGGCGTCGAAGACCTGTTTGTCTGCGCCGACAGCGCCGCCGAGCGTGGCATCGCCACCGATACCCTGGCACTGGACGCTTTTAAAGTGCTGGGCGCAGCGGACATCGCCGCGCTCATTGACCGTTACGACCAGGTGATCACCCTCTGA MAKSLLLISRQSPWSGPGAREALDIVLAGGAFDLPIGLLFLDDGVFQLSAGQNAKALQQKDLSANLQALPMFGVEDLFVCADSAAERGIATDTLALDAFKVLGAADIAALIDRYDQVITL NA NA NA NA NA D1-35_02475 393 dsrE COG1553 Putative sulfurtransferase DsrE ATGAAGTTCGCCATCGCGCTGTTTTCCGCCGCCCATGCGCCCTCCTCGCGCCGCGCCTTGCTGTTTGCGCAAGCCGCGCTGGCCGGTGGGCATGAGATCGTGCGGCTGTTTTTCTACCAGGACGGCGTCTACAACGCCGATAACAGCATCGTCACGCCTCAGGATGAGCAGGATCTGCCCCGGCAATGGCGAACCTTCGTCAGCGACCATCAGCTCGACGGCGTCGTCTGCATCGCGGCGGCGTTGCGCCGTGGTGTGCTCAACGCTGAAGAGGCCCAGCGCTATCAGCGTTCGGCAATCAGCGTCGAAGCGCCTTGGGCCCTCTCCGGACTGGGTCAGCTGCACGATGCGATCCAGGACGCCGACCGCTTGATCTGTTTTGGAGGCGCATGA MKFAIALFSAAHAPSSRRALLFAQAALAGGHEIVRLFFYQDGVYNADNSIVTPQDEQDLPRQWRTFVSDHQLDGVVCIAAALRRGVLNAEEAQRYQRSAISVEAPWALSGLGQLHDAIQDADRLICFGGA NA NA NA NA NA D1-35_02476 330 hypothetical protein ATGGCGGCAACCGGACAGCAGCACGAACGAGCCCTGGAGATCTTTCTCGACGAACGCCCGCAGTTGCGTGTCGAGCTGGACAACCTCAACCCCCTGCTGGCCCAGGCCAAGGGCGAAACCGCTGCGCAGTATCGCGCCGAGCGCTTGCATGAGGCGTTCGAAGCCGAGGCCGAGCGCCTGGGTCTGTTTGCCTGGGAGCTGACGCTGTCGCTGACGGCGGACTCCGCCGAGGACTACCAGGCCCAGCGCATGGAAGTGCACAGGGAAGTCGCGGAGATGGCGGGAATGGAGTGGGCTGAGTATTGCCAGTTAAATGGTCTCATGGACTGA MAATGQQHERALEIFLDERPQLRVELDNLNPLLAQAKGETAAQYRAERLHEAFEAEAERLGLFAWELTLSLTADSAEDYQAQRMEVHREVAEMAGMEWAEYCQLNGLMD NA NA NA NA NA D1-35_02477 351 hypothetical protein ATGCGAATGCTGATGGTGGCCGTGGCCGCAACCCTGCTGGCCGGCTGCGCGGGTTCGGCGATGGAACAGGCCCGGACCCAAGCCCCCTACAAGACCCTGGCCTCGGACAAGCCGGAGCAGAATGTCGCCCAATGCGTGAAGTTCGCCTGGGAAGACGAAGCGGTGTTCGGCGTCGATGCCGGTGCCTACCTGCAACCCGGCAAGCAGGGTGGCTCGACGGTGTACACCCGCTCGGCCGAATCGTTTGTCGATATACAAGCCAGTGCCACCGGCACGGCGTTGAAGTACTACGCCAAACAGGATGATTTTGTCGCCAAGCGCCGGTTGGCGGCGTTGGCGACTTGCCTCTGA MRMLMVAVAATLLAGCAGSAMEQARTQAPYKTLASDKPEQNVAQCVKFAWEDEAVFGVDAGAYLQPGKQGGSTVYTRSAESFVDIQASATGTALKYYAKQDDFVAKRRLAALATCL NA NA NA NA NA D1-35_02478 354 hypothetical protein ATGAAAAAGCCATATGATTTGCATGACATCTGGGCGTTACTTTTTGTCTTCAGCATTGAAAACACCCATGACGTGGCGCGCGAGGAAATAATAACTTCAAAAAACGTTAATAATGATGAAGAGCTTGGGCAGCTATTCGATTTGCTGGTTCGCCCGGAGTTCCTATTTTACAGTCCGAAGGAACGTATTTTGTTGATTGACACTCTCAGCTATTTCCTCGAGAACAATGATAGCTTTGATAGAGTTTTCTTAAAATTGGATACGTATTTTGATGAGGACGTTCGGGATCAACGTAGATTTATGCAAATACTATTAAACTCTTTAATCAGGTATAGATCCGAGATTGAGAATTAG MKKPYDLHDIWALLFVFSIENTHDVAREEIITSKNVNNDEELGQLFDLLVRPEFLFYSPKERILLIDTLSYFLENNDSFDRVFLKLDTYFDEDVRDQRRFMQILLNSLIRYRSEIEN NA NA NA NA NA D1-35_02479 1737 hypothetical protein ATGGACCAGATTTCGAGCCCGCATGTCCTCCCCGTCGAACGCGAATTCAGTCCGCGCGCGGTCATCACGGGGATCGTGCTTGGCATCCTCCTGACGCCCTCCAATGTCTATGCCGGATTAAAAATCGGCTGGTCGTTCAACATGTCGATCATTGCCTTGCTGGTCGGCTACGGCATCTGGCAAGGCCTGGCCAAACGCTCGGCCGCGGGGCTGCCGTGGACGTTGCACGAAAGCAACATCAACCAGACCGTTGCGTCGGCAGCGGCGTCGATCATCTCCGGCGGGCTGGTCGCGCCCATTCCGGCGTACACCTTGCTGACCGGCCAGCAACTGGACCCGGTGCCGATGATTGCCTGGGTATTTTCGGTGAGCTTCCTGGGCATCTGGATTGCCTGGTACCTGCGGCCGTCATTGCTCAATGACAAGGCGCTGAGGTTCCCCGAAGGCATGGCGACCCTGGAAACCCTCCTGCACATCTACAACCATGGCCAGGAAGCCGCGACGCGGCTCAAGGTGCTGCTCGGCGCGGCGCTGCTGTCCGGGCTCGCCAAGTGGGTGGATACGTTTTGGTGGACCATCCCGCGTTGGTCGCCGAGCGCCCAACTGGAGCGCCTGACCTTTACCGCAGACCCTTCGCTGTTGCTGGTGGGGTTCGGCGGCATCATCGGCATCCGCGTCGGCTTGACCCTGCTGCTCGGCGCGCTGCTGGCGTGGGGCGGGTTGGCGCCGTGGCTGCTGGAAAATGGCCTGGTGCAGTTACCGCCCGGCAGCAGTGGACCGCAATTTGCGGTGCTGGTGGAGTGGCTGCTGTGGCCGGGGGTGAGCCTGATGGTCTGCTCGACGCTGGCTTCCCTGGCGATTCGCCTGTGGGCCTTGCACGGTTCCACCAAGGCCAGCGGCGCGGCGACCTGGGTGGTTCCCAAGGCCGGCCCCGCCCTCGGTTTCCTGTTGGCGATCTTTCTGGTGGTAAGCCTGCAAGCGCTGTTGTTCGGCATCAATCCGTGGATGGCGCTGCTGACCATCCCCTTGGCCATCTGCCTGGCGGCGGTGGCGGCCCGTGTGGTTGGCGCCACGGGTATTCCGCCTATCGGTGCCATCGGGCAACTGTCCCAGTTGAGTTTCGGCATCGTCGCCCCGGGCCAGGTGCCGATCAATCTGATGAGTGCCAATACCGCCGGCGGTTCGGCCGGGCAATGCACAGATTTGATGAACGATTTCAAGGTGGGCCGAGCGATCGGCGCCACGCCGCGCAAACAACTGCAGGCGCAGACCCTGGGAATCTTCATCGGCAGCATCGTCGGCGTGCTGGCCTATCTGGCGCTGATCCCGGACCCCCAGACCATGCTGCTCACCGAAGAGTGGCCGGCCCCGGCGGTCGCCACCTGGAAGGCCGTGGCACAGACCCTCACCCATGGCCTGGACTCACTGTCAGCCAGCATCCGCTGGGCGATTTTCATCGGCGCCATCGCCGGCTTGCTGCTGGGCATCCTCGACAGCCTGCTGCCGGCCCATCGGGCCCGCTACCTGCCAAGCACGGCGGCCTTGGGCCTGGCCTTTGTCCTGCCGGCCTCGGTATCGCTGATGATGGCCCTCGGCGCCGTACTCACCTGGCTGGTGAGCTGCCGCTGGCCAAGCCTCACGGAACGCTTCGCTATTACGGCGGCGGCGGGGTTGATTGCGGGGGAGAGCATTACCGGGGTAGGGGCGTCGTTGTGGGAGATGGTTGGGAATATGTGA MDQISSPHVLPVEREFSPRAVITGIVLGILLTPSNVYAGLKIGWSFNMSIIALLVGYGIWQGLAKRSAAGLPWTLHESNINQTVASAAASIISGGLVAPIPAYTLLTGQQLDPVPMIAWVFSVSFLGIWIAWYLRPSLLNDKALRFPEGMATLETLLHIYNHGQEAATRLKVLLGAALLSGLAKWVDTFWWTIPRWSPSAQLERLTFTADPSLLLVGFGGIIGIRVGLTLLLGALLAWGGLAPWLLENGLVQLPPGSSGPQFAVLVEWLLWPGVSLMVCSTLASLAIRLWALHGSTKASGAATWVVPKAGPALGFLLAIFLVVSLQALLFGINPWMALLTIPLAICLAAVAARVVGATGIPPIGAIGQLSQLSFGIVAPGQVPINLMSANTAGGSAGQCTDLMNDFKVGRAIGATPRKQLQAQTLGIFIGSIVGVLAYLALIPDPQTMLLTEEWPAPAVATWKAVAQTLTHGLDSLSASIRWAIFIGAIAGLLLGILDSLLPAHRARYLPSTAALGLAFVLPASVSLMMALGAVLTWLVSCRWPSLTERFAITAAAGLIAGESITGVGASLWEMVGNM NA NA NA NA NA D1-35_02480 771 hypothetical protein ATGGCTTTGCAGCTTAACCGCTTACTGATGTCTGGCGTCCTGATGCTCCTGCTTGCAGGTGGGTCGGCGTTGGCCATCGCGGCTGAGCCGCCGCTGCGCATCGTCACGGAGGAGTTGCCGCCCTACAACATGACGCAGAACGGACGCGTGACCGGCATGAGCACCGAGGTCGTCGAGGCCGTGCTCAAGGAAATCGGCGTCCAGGCGTCGATCCAGCCCATGCCCTGGGCCCGCGCGTACGAGTTGGCGCTCAATGAAAGCAATGTCCTGATCTATTCGATCGTCCGCACGCCCGCACGCGAAGCGCTTTTCCAGTGGATCGGCGCCATCGCCCCGACCCAGTGGTACATCTACTCCCTGGCTGAGCGGCCAGTGAAGCTCAACTCCCTGGCCGACGCCCATGGGCACCAGATCGCGACCGTCAATCAGGATGTCGGCGAGCAATACCTGGTCTCGAAGGGATTCCGCATCGGCAAAGATCTGCAATCGAGCACCCGATACGAACACAACTACCGCAAGCTCAAGGTCGACCATGTGGAGTTGTGGATTTCCAACGAACTCAACGCGCTGTACCTGACTCGGCAGAATGGCGAAGACCCGGAAAAAGTCCTCATCCGGTCATTGCCGCTGCCCGAACTGAGCAGCGCCGACGGCTTGAACATGGCATTCAGCCGCAACACGCCGGCGCAAACCGTCGAGAAATTCCGCGCCGGCCTGGAGGCCATTCGTCGCAACGGCGTCTACGATGCCATCGCGCGCAAGTGGTTATGA MALQLNRLLMSGVLMLLLAGGSALAIAAEPPLRIVTEELPPYNMTQNGRVTGMSTEVVEAVLKEIGVQASIQPMPWARAYELALNESNVLIYSIVRTPAREALFQWIGAIAPTQWYIYSLAERPVKLNSLADAHGHQIATVNQDVGEQYLVSKGFRIGKDLQSSTRYEHNYRKLKVDHVELWISNELNALYLTRQNGEDPEKVLIRSLPLPELSSADGLNMAFSRNTPAQTVEKFRAGLEAIRRNGVYDAIARKWL PGPT0020800_13972 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 D1-35_02481 1344 hypothetical protein ATGGACGGCAACTTCGCCCCGGCGCCCTTTCAACGACCACAGGCCAAGGCCCTCAGCTCCCTGGGGCGTCGACTGGTGCTCGCGACGCTGCTGTTCTGTCTGATTTTCACCGTGGCGATGGTGACATGGCGCACCTGGCTGGCCTGGGAAAGCAACCTGGCGGAGATGAATTCCGAGCTGGGGCTGATCGACCAAGTGTTCCAGGACACCCTGGCCCATGCCATCTGGGAAATGGATCGCGAGTCCCTGGACAAGCAGCTCAACAGTGTCGCCAGTGCCGCGCCGGTCGGACGCGTGGTCCTGAATGTCCTGCGGCCCGGCCGCTCACCGGAAATCATCGAACTCAACCGCTACACCAGCGGTAACGCCGGCTCGGCACCGGTGTTGCAGCGCCAGCTCATCGCGCAACCCTATCTCGGCGCCCATGAAAAAGTCGGCGAGCTGATCATCGAGGGCGATAACCAACTGCTCTGGAAGCGCCTGTGGGGCGAAGCGCGCACCATCGTCATTACGCAAATCATCCAATCGATGCTCCTGGCCGGGCTGGTCATGACCATGTTCAACCGCCTGGTGACCATCCATGTGGTGCATATTGCCCGGCATTTGGGTGAGCTCGCTCCGCAAACTCTCAAGCGTCACCTCAAATTGCAGCGCTCGGTCAACCGCCAGGACGAACTGAGCCTGCTCGAAACCCAGGTCAACGAACTGCAGGACAATCTCCACGCGCACCTGGAACGCCAGCGTTCGGACGAACTGGCGATCGCCGCCAGCCGCGATCAACTGGTCGAACTGGTCGAGGCGCGCACGGCGGAACTCAAGGCCGCCAACCAGGCCCTCGAAGCCTTGTCCCGCCACGACGCCTTGACCGGCCTGGCCAACCGTCGCCACTTCGACGAACTGAAGGAAGTCGAATTCCGCCGCGCCATGCGTCATAGGACGCCGCTGGCGGTGCTCATGTGCGACGTGGATTTTTTCAAGATCTACAACGACACCTACGGCCACATGAACGGCGACCTGTGCCTGCAACAGATAGCCGAAACCCTGCGTGACGTGTTCGGGCGCTCCGGCGAGCTGACCGCACGGGTGGGTGGCGAAGAGTTCGTCGTCGTGCTGCCCAACATCGACGCGCAGCAGGCCTGCGAGGCGGCCGAGAGGCTGCGCGCCGCCCTGGCCGAACGCAAGCTGCCTCACAGCGGCTCATCGGTCTCGCCCTTCGTCACACTGAGCATCGGCGTCGCCGAGCTGGACCCCGAGATCATGGATCATTTCGATCCACTGATGCAACGCGCCGACCAGGCGCTGTACCGGGCCAAGCACCAGGGACGCAACCGCGTCTCCCTCTGA MDGNFAPAPFQRPQAKALSSLGRRLVLATLLFCLIFTVAMVTWRTWLAWESNLAEMNSELGLIDQVFQDTLAHAIWEMDRESLDKQLNSVASAAPVGRVVLNVLRPGRSPEIIELNRYTSGNAGSAPVLQRQLIAQPYLGAHEKVGELIIEGDNQLLWKRLWGEARTIVITQIIQSMLLAGLVMTMFNRLVTIHVVHIARHLGELAPQTLKRHLKLQRSVNRQDELSLLETQVNELQDNLHAHLERQRSDELAIAASRDQLVELVEARTAELKAANQALEALSRHDALTGLANRRHFDELKEVEFRRAMRHRTPLAVLMCDVDFFKIYNDTYGHMNGDLCLQQIAETLRDVFGRSGELTARVGGEEFVVVLPNIDAQQACEAAERLRAALAERKLPHSGSSVSPFVTLSIGVAELDPEIMDHFDPLMQRADQALYRAKHQGRNRVSL NA NA NA NA NA D1-35_02482 735 hypothetical protein ATGCGCCACTCTCTGCTGCTCTGCTCCTGCGTACTCCTGGCCTTGATCAGCCTCACAAGCCAGGCCGAAATGATCGAGGTCGTGACCGAGGACTCGCTTTACGCGTATCTGCGCGATGACAAACTCGTCGGCCCCGGTATCCATATTGCGTCCGACACGCTGCAACAGGCCAACCTCAGCGATTTCCGCATGGCGCTGTATCCCTGGGCGCGGGCTTATGAGATGGCCTTGCGCGAACCCAACGTGCTGATTTTCCCACTGGATCGCACCCCGGCCCGGGAGCAGCTGTTCAAGTGGGTCGGTGAAATCCATCGTTCCACCAGCCGGCTCTACAAGCTGCGCGACGCCGACCCCATCACTGTCCGCAACCTTGAAGAGGCCAAGCAGTACAGCATCGGCGTGATACGCAATGACGCCAAGCAGATCTATCTGCAAGAACGTGGCTTCAGTCGTCTGGTCGTGTCGGCGAACAACCACGACAACTTCCAGAAACTGTTGAACCGTCAGGTCCAACTGGTGCCGATGCCGGAGAACACGGCACGCCTGATGAGCCAGGATGCCCAGATGGATTTCAATCAGCTGGAGGAAGTCTATGCCCTCGACGAGCAGCCCCACCGGGTCTACCTGGCTTTCAGCCTGAGCACACCGGACGAAACGGTCGCCCGTGCCCAGCGCGCGTTTGAAGCGCTCAAGGCATCGGGCGAAGTCGAGCGGATCATGAAGGAGAAGCGTTGA MRHSLLLCSCVLLALISLTSQAEMIEVVTEDSLYAYLRDDKLVGPGIHIASDTLQQANLSDFRMALYPWARAYEMALREPNVLIFPLDRTPAREQLFKWVGEIHRSTSRLYKLRDADPITVRNLEEAKQYSIGVIRNDAKQIYLQERGFSRLVVSANNHDNFQKLLNRQVQLVPMPENTARLMSQDAQMDFNQLEEVYALDEQPHRVYLAFSLSTPDETVARAQRAFEALKASGEVERIMKEKR PGPT0020800_15770 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 D1-35_02483 531 hypothetical protein ATGAGCACACTGAACTCGGCATCGGAGTCCATTCAGACCCTGATGCTGGAACGCAACGATTGGGTACCCAACCACCCGCGCCTGCCGGTGATCATCTACCGTGACGCGATGACTGCCCAGGCAGGTGACCTGGCCGCCCAGCTGGAAGAGATGTTTCGCAGCAACGGCTGGCCGCCGCAATGGCGCTACGGGATCTACGATTTCCACCATTACCACACGGAGGGCCACGAAGTCCTGGGCGTCGCCAGCGGTCAGGCGCGCTTGATGATCGGCGGCCCCGATGGCCAAGTGATCGGCGTCCAGGCAGGCGACGTGTTGCTGCTGCCTGCTGGCACCGGGCATTGCAACCTGGGTTCCAGCGAAGATTTCCTGGTCGTCGGAGCGTATCCACCGGGCCAGCAGGCCGACATCTGCCGGGAAGCGCCGAGCGCGGCGCAACTGGCAAACATCGACGCGCTACCGTTTCCTGATCGGGACCCCGTGCAGGGATCACCGGGGGCCGTCGGCCGATATTGGACCAAGCCCCGTTGA MSTLNSASESIQTLMLERNDWVPNHPRLPVIIYRDAMTAQAGDLAAQLEEMFRSNGWPPQWRYGIYDFHHYHTEGHEVLGVASGQARLMIGGPDGQVIGVQAGDVLLLPAGTGHCNLGSSEDFLVVGAYPPGQQADICREAPSAAQLANIDALPFPDRDPVQGSPGAVGRYWTKPR NA NA NA NA NA D1-35_02484 2067 hypothetical protein ATGACGATGGCTGAGAAAAATCATGTCGACTGGCTGGTCGAACAATCGATGCTCCACGCGGCGCGGCAGCGGGCCAAGCTCTATTCGGGGCAAGGACGCTTGTGGCAGCAGCCCTATGCGCACACCCGGCCCCGTGATGCTTCAGCGCTTTCCTCTGTGTGGTTTACCGCATACCCAGCCTCCATCGTCACCCGGGAAAATGGCACGGTGCTCGAGGCATTGGGCGACGAAACCTTGTGGCACGCCTTGTCGAAAATCGGCATCCAGGGCATCCACAATGGTCCGCTGAAAAGATCCGGCGGCCTGCGCGGCACTGACTACACGCCAACCATCGATGGCAATTTCGACCGTATCAGCTTCGACATCGACCCTGAGCTGGGCACCGACGCTCAACTCCAGGCACTGACCCGCATGGCCGCTGCACACAACGCGGTGGTCATCGACGACGTCATCCCGTCCCACACCGGCAAGGGCGCCGATTTTCGCCTGGCGGAGATGGCTTACGAAGACTATCCGGGCCTCTACCACATGGTGGAAATTCGCGAGGAAGACTGGCCGCTGCTGCCCGAGGTCGGGGAGGGGCGTGATGCCCAGAACCTCACCGCGCAGCAGGTGGATGCCCTGCGGGACAAGCACTACATCGTCGGCCAGTTGCAGCGAGTGATTTTCTTCGAGCCTGGCGTCAAGGAAACCGACTGGAGCGCGACGCCGATCATCCTGGGCGTCGACGGCAAGCCACGGCGTTGGGTTTACCTGCACTATTTCAAGGAAGGGCAGCCGTCGCTGAACTGGCTGGACCCGACCTTTGCCGCGCAGCAGATGATCATTGGCGATGCGCTGCACGCCATCGATGTCATGGGGGCGAAAATCCTCCGGCTGGACGCCAACGGATTCCTCGGCGTGGAGCGCAAGCTCGATGGCACCGCCTGGTCCGAAAGCCATCCGCTGTCGATCACCGGCAACCAGTTGCTCGGCGGGGCGATTCGCAAGGCCGGCGGTTTCAGCTTCCAGGAATTGAACCTGACCCTCGACGACATTGCCGCCATGTCCCACGGCGGGGCGGACCTGTCTTACGACTTCATCACCCGACCGGCCTACCAGCACGCCCTGCTGATGGGCGACACCGAATTCCTGCGCTTGATGCTGCGCCAGATGCACAGCTTCGGCATCGACCCGGGCTCGCTGATCCACGCCTTGCAGAATCACGATGAACTGACCCTGGAGCTGGTGCACTTCTGGACGCTGCATGCCCACGACACCTACCTGTATCAAGGCCAGACGTTTCCCGGCAGCATCCTGCGCGAGCACATCCGCGAGCAGATGTATGAACGCTTGTCCGGCGAGCATGCGCCTTACAACCTGAAATTCGTCACCAACGGCGTGTCTTGCACCACGGCGAGCATCATCACCGCCGCCCTGGGCATTCGCGACCTCGACGCGATCACAGCGGCCGATATCCAGCAGATTCGCCAGGTGCATCTGCTGCTGGTGATGTTCAACGCCATGCAACCGGGCGTGTTCGCCTTGTCTGGCTGGGATCTGGTGGGAGCGTTGCCGTTGCCGGCGGAACAGGTCGAGCACCTGATGCGCGACGGCGACACGCGCTGGATTCATCGCGGTGCCTACGACCTGGTCGACCTCAACCCGGAAGCGCCGCTGTCAGCCGGGCAGATGCCACGTCCAAAGACCTTGTACGGCAGCCTGCCGAGCCAGTTGAAGGATCCGGATTCGTTCGCCTCGCAATTGCGCAGGATCCTGGCCGCGCGCCGCGCCTACGACATCGCGGCGAGCCGCCAGATCCTCATCCCGGACGTCGAGCATCCGGGGCTGCTGATCATGGTTCACGAACTGCCAGCCGGCAAAGGCACGCAGATCACCGCGCTGAACTTCGGTTCGACGCCGATCACCGAAACCCTGCACCTGCCAGGTATCGCACCGGGGCCGGTGGTGGACATCATCAATGAGCGGGTCGAAGGGGATCTCACGCCCGAGGGTGAGTTCACCATTACTCTGGATGCGTTCGAGGGGTTGGCGCTGCGGGTGGTGAGCAGTTCGCCGATGATCTAG MTMAEKNHVDWLVEQSMLHAARQRAKLYSGQGRLWQQPYAHTRPRDASALSSVWFTAYPASIVTRENGTVLEALGDETLWHALSKIGIQGIHNGPLKRSGGLRGTDYTPTIDGNFDRISFDIDPELGTDAQLQALTRMAAAHNAVVIDDVIPSHTGKGADFRLAEMAYEDYPGLYHMVEIREEDWPLLPEVGEGRDAQNLTAQQVDALRDKHYIVGQLQRVIFFEPGVKETDWSATPIILGVDGKPRRWVYLHYFKEGQPSLNWLDPTFAAQQMIIGDALHAIDVMGAKILRLDANGFLGVERKLDGTAWSESHPLSITGNQLLGGAIRKAGGFSFQELNLTLDDIAAMSHGGADLSYDFITRPAYQHALLMGDTEFLRLMLRQMHSFGIDPGSLIHALQNHDELTLELVHFWTLHAHDTYLYQGQTFPGSILREHIREQMYERLSGEHAPYNLKFVTNGVSCTTASIITAALGIRDLDAITAADIQQIRQVHLLLVMFNAMQPGVFALSGWDLVGALPLPAEQVEHLMRDGDTRWIHRGAYDLVDLNPEAPLSAGQMPRPKTLYGSLPSQLKDPDSFASQLRRILAARRAYDIAASRQILIPDVEHPGLLIMVHELPAGKGTQITALNFGSTPITETLHLPGIAPGPVVDIINERVEGDLTPEGEFTITLDAFEGLALRVVSSSPMI NA NA NA NA NA D1-35_02485 1263 hypothetical protein ATGAGTATCCGCCAAGCCTTCAGAGGAATTTGCGTGGGGGCGGTCATTGTCGTGGCAGCCAACGCGATGGCGGCCGGCACGCTTCCCGTCGGTCCCGCTGCCGGAGACATGCAGCTGTCGCCGTTTTATCGATGGTCTGACGCGATGCCTGCGCAGCCTGGCGTGCTGCTGCGCAGCGAGGCCATGGCGGTTCAGGCTCAAATGCCTGCCGCCGCGCGGGCCTTGCGTCTGCTCTACAGCTCCATCGATCAGCGCTGGCAGTCCGGTCTCGTTCCGGTCAGCGGAGCTTTGTATCTGCCGGCAGGAAATCCTCCGGCCGGAGGCTGGCCGCTGCTGGCCTGGGCTCACGGCACGCTGGGCATCGCCGATGCCTGTGCGCCTTCCTGGGCGGGATTGCGTGAGCGTGACGCGGCGTACATCAATCGCTGGCTCGCGCGCGGCTTCGCCGTGGTGGCCAGCGATTATCAAGGCTTGGGAGGACCGGGACCGCATCCCTATACGTTCTGGCAGGCCGAGGGACGCTCGGTCCTGGACTCGATTCGCGCTGCCCAAGCCTTCAAGCCAGGCCTGATCGCCAATCGCGTTGTCCTGGCCGGACAATCCCAGGGCGGCGGGGCGGCACTGGGCGCGGCGATCCTTGCTGGCACCTACGCACCGGAACTGCCCATTCTGGGCGCGGTGCTCACGGCGCCGAACAGCACATTCCCCGAAGGCCCCATCAAGCTGCCGCCGCGCCAGTCCAATACGGTGTTCCTGGCAATGGCGTCAGGCGCGTTGCGTGAGGATGGGCCACCGATCGAAGGCATCCTGACGGCCAAGGGGCTCGAACTGTTGAGCGTCGCCCGGCAAGGCTGTACCGGTGATATTGGGCAAAAGTCCAAGGCGTTGCAGATTGGTTCGTTTGCCGAGCTGTTCACGATTACCCCAGAGGCATTGAACGCTGCGCGCATGCCGACGACTGACATGCCCCAGGCGTCGATTGCTTTTCCGGTGTTCATCGCCACGGGCAAGGCGGATCAGACCATTACGCCAGAGCGGCAATACGCGGTCGCGGCGGCGTTGTGTGCCGCTGGCAATCCGGTGACGTGGCGGACGTATGAAGGCCTGGGGCATGACGGGGTACTACATGGTTCCCTGGACGACGTGTTTGCCTTTGTCGAGGCCCGGTTCGATGGACAGGAGCATGGTTCCAATTGCTCCATCCTGCAGAACCCCGGGGCGCCAGGCGAAAGAGACGTGGCAGCACCGTTCAACGACGACTGA MSIRQAFRGICVGAVIVVAANAMAAGTLPVGPAAGDMQLSPFYRWSDAMPAQPGVLLRSEAMAVQAQMPAAARALRLLYSSIDQRWQSGLVPVSGALYLPAGNPPAGGWPLLAWAHGTLGIADACAPSWAGLRERDAAYINRWLARGFAVVASDYQGLGGPGPHPYTFWQAEGRSVLDSIRAAQAFKPGLIANRVVLAGQSQGGGAALGAAILAGTYAPELPILGAVLTAPNSTFPEGPIKLPPRQSNTVFLAMASGALREDGPPIEGILTAKGLELLSVARQGCTGDIGQKSKALQIGSFAELFTITPEALNAARMPTTDMPQASIAFPVFIATGKADQTITPERQYAVAAALCAAGNPVTWRTYEGLGHDGVLHGSLDDVFAFVEARFDGQEHGSNCSILQNPGAPGERDVAAPFNDD NA NA NA NA NA D1-35_02486 966 aes_1 COG0657 Acetyl esterase ATGAGTCGCGACGAAAATCCGCCGGTGCATCCCGACCTGACGGCCGTGGTCGGCGCGCTCCGGGAGCAGGGATTGCTGCCCGTCGTTCATGGGGACGTGCACAGCGTCCGGGCGCATCTGGAACGGATCAATGCCTGGGCGGCGCAACGCAGCGTGCCGCTGTCCTACGAGCGGACCCTGGGCTTTGCCGTTGATGGGCGAACGGTGCCCTGCAAACTCTATTGGCCGGAGGGCGATGAGACGCCTTGCCTGATGTTCTACTGCCATGGCGGCGGATTCCGCCACGGTTCGCTCGCCGGCTGGGACGCACCTTTGCGCCAGTTGGTGCGCGACAGTGGCCTGGCGGTGCTCTCCATCGACTATGCGCTGGCGCCGGAACATCGCTTTCCGGTGGCGTTCAACGAGGTGGCGGCGATCGTCAGCCGGGTCATCAAGCTCGGCGCTATCACCGACTGCCCGGTACGCGGCTATGCCCTGGGCGGCGATTCGGCAGGCGCCAATCTCGCCTTGGGCGTCGCCATTGCACTACGCGACGCGGGAATCGATGCGTTGCGGCAGCTATTGCTGTTCTACGGCAGCTACTCGCGGGACCTGACCTCCGATTCCTGGCAGCGACTTGGCGGCTACGGCGGCCAGAATCTGTCGGTCGAGACCATGCACGCTTACTGGGCCAGCTACCTGGCCAATGACGAGGCCGACTGGAGGGTGCAGCCGATCATTGGTGAATTGGCGGGCCTGCCGCCGGTGCGATTGGTGGTCGGTGAACTGGATCCGCTGGTGGACGAAAACCGTGAGCTGGCGAGTCGATTGCAAAGCGCGGGCGTGACAATAGATCTGCAAGTACTCGCGAACATGCCTCACGGGTTCATTCGCTTCAATGAGGTGGCTCCTGTCGCACGCAACGTCATCGCTGCGCAGGGCAACGCCTTGCGCAAGGCATTTTCCGGACGGGGAAACTTTCCATGA MSRDENPPVHPDLTAVVGALREQGLLPVVHGDVHSVRAHLERINAWAAQRSVPLSYERTLGFAVDGRTVPCKLYWPEGDETPCLMFYCHGGGFRHGSLAGWDAPLRQLVRDSGLAVLSIDYALAPEHRFPVAFNEVAAIVSRVIKLGAITDCPVRGYALGGDSAGANLALGVAIALRDAGIDALRQLLLFYGSYSRDLTSDSWQRLGGYGGQNLSVETMHAYWASYLANDEADWRVQPIIGELAGLPPVRLVVGELDPLVDENRELASRLQSAGVTIDLQVLANMPHGFIRFNEVAPVARNVIAAQGNALRKAFSGRGNFP NA NA NA NA NA D1-35_02487 1029 ghrB_2 Glyoxylate/hydroxypyruvate reductase B ATGTTTGACCATCGCCATAAAATAGTGGTTACACAGCGGTTTTTCGACGCCATGGCCAGCGACTTTCTGGAGAGCCATGGCTGTGAGGTGGTCGTCGCGGAGCTGGCGCCCGGCCAAGCCGATGGTGACCTGAATGAACGGCAGCTGATCGACCTGCTGGCAGACGCCGACGGTTGGATCGTCGGGCACGCGAATGTCACGTCCAGCCTGCTGGGTGCACTGCCGCGCCTGCAAGTCATCGCCCGTCGCGGCGTCGGTTATGAGCGGGTCGATACGGCAGCGGTGGCAGCGGCAGGGAAGGTGGCGACCATTGCTACTGGCGGCAACGATGCCAGCGTCGCCGACCACGCCGTTGCGCTGATGCTCGCCGTTTGCCGTCAACTCAAGCGCTGCCAAATGGGCTTGTCGGCCAATGACTGGTCGATCCCCCTGGGCGGTGATCTGTACCGCAAGACGGTTGGCATCGTCGGGTTGGGCCGGATTGGCCGGGGTGTCCTGCAGCGCTTGTCCGGGTTTGAAGTCAGGCCGCTGATCTATACGCCTCATCCAGGCGGCGCCGAGGCCGACGGTAATTTTGTTGACCTGGATACGCTGCTCAGGCAAAGCGACTTCATTACCCTTCACGCGCCGCTCAATGCGCAAACCCAAGGACTGATCGATGAGCGCGCGCTTAACCTGATGAAGCGTTCCGCGGTGCTTATCAACACCGCGCGGGGCGGGTTGGTGCGCGATGCCGATCTGCTGCGGGCCCTGCGCGAAAAGCGAATCGCAGGGGCAGGGCTCGACGTCTTCGAAAGCGAGTCGGACCCCTCGCTCTTGCCGGTGACCGAACAACTGATTCAGCTACCGAACGTGATCGTGACGCCCCATGTCGGCGCGTCCACGGTGGAAGGGCTCAATCGCACCAATCTGATCGCCGCCCAATGCGCGGTGGCCGTCCTGGAAGGACGCAGCCCGCCCAGCCATTGCGTCATCGCGGACGGACGTCGAACTGTCGGCTGCGAGAGCCGCGTGGATAACCGGCCATGA MFDHRHKIVVTQRFFDAMASDFLESHGCEVVVAELAPGQADGDLNERQLIDLLADADGWIVGHANVTSSLLGALPRLQVIARRGVGYERVDTAAVAAAGKVATIATGGNDASVADHAVALMLAVCRQLKRCQMGLSANDWSIPLGGDLYRKTVGIVGLGRIGRGVLQRLSGFEVRPLIYTPHPGGAEADGNFVDLDTLLRQSDFITLHAPLNAQTQGLIDERALNLMKRSAVLINTARGGLVRDADLLRALREKRIAGAGLDVFESESDPSLLPVTEQLIQLPNVIVTPHVGASTVEGLNRTNLIAAQCAVAVLEGRSPPSHCVIADGRRTVGCESRVDNRP PGPT0009155_5226 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D1-35_02488 1398 hypothetical protein ATGAAATCGATTAACGCCGTCGCTATGACGTTGCTGTCGACAATGTTTGTGTCTGAAGTGGCTCTTTCAGCAACGATCAGTTATCCGGACCGGTTCCAGCATGAAGGAAAGTTGAATGCTTATCTGCGCTCGGTTTATATCAATACTCGAATATCTAACGATTTGATCGAAGACCGTTTTGGCGGTTTTCCGGACGGCAACAAACTGGGCGGTACCGGAATCGGCGCAATTCTGGATTACAACTCAAGTTATTGGGCCGGCGTCGTAGGGTTTGACGCCTCGCTGTATGGCGTGGCAATGATCGATTCCAAAGATAACGGCCGGGACTTGTTCGATGACAGCGATGGCACGAATGGCGGTTTCGCAAAAGTCGGGCAGAGTTATTTCAAATTGCGTTATGAGGGGAATGGCTGGAACGTCGACTCCCAGATAGGGCGGGGCCGGTTCGATGCGGGAACGCTGGTCACGCTCGACACGCGGATTGTCCCTGGGTCCTACCAGGGAGGTCGGGCTCATCTGAATTTCACCGAGATGGGCATTGGTCCGCTTCCCGGCACGCTGGGGTTCGAAACGGCCTATATCAACCGTACGTCGCCTCGGGACAGAGAAGAGTTCGAGCATTTGTTGAGTCAGTCGGGCGAGGAAATAAAAGACCTGTACACCTACGGCGTCAAATACGACCTGAAGGCCATCGAACTTGGCTACGACCATGGCGTATCGCGGGACTTCAATGAAAACACTCGATACGGACTCACGTTGAAAGCGCCTCTCGGCGATAAAGCCGGGATCGTACTGGACACTCAATATTATGAGTTCGAAAAGGCCGGACGTATCTGGGAGCGTGATTGGCAGGCCGGCCAGGCCGCTTATGACGATGATGCGAGCTGGTTGAATATCAACGTTGGTTTGTTGCTCGACAAACTTCGCCTGGGTGTTTCGTTTTCCGAGACCAAAGCCGAGTTGAGCAATGGGCAACTCGGTTATGCCTACTTTGATCATGCGGACAATGTCGACGGCAGGATGGATGCCTGGACACGCTCCGGCAACGACTTCAATAACGATGGCGAGCGAACCTGGCAAATCGGCGCCGAATATGACTTGAGCGGACATTCTTTATTGGGGGCTTCGCTGGACGGTTTCAAAGTCATGACTATTTATAAGCAAGGTCAGTTTGACGCCACCGATCCATTCAGCGGCCGCCGCACCGATGTGACCGAGCGACAGAATGAATACCGTCTCTATTATCGCTTCGATGAAAAGGAATACGCCGGGCTCTCGGTCGGCTTGATTTATATCGATTACCGGATTGACCAGGACTTTGTCGCATTGATATCCGCACAACCCGACAACGTGGTCAGCGGCTCGGAGGCCAGGGTGTATCTGGATTACGCGTTTTGA MKSINAVAMTLLSTMFVSEVALSATISYPDRFQHEGKLNAYLRSVYINTRISNDLIEDRFGGFPDGNKLGGTGIGAILDYNSSYWAGVVGFDASLYGVAMIDSKDNGRDLFDDSDGTNGGFAKVGQSYFKLRYEGNGWNVDSQIGRGRFDAGTLVTLDTRIVPGSYQGGRAHLNFTEMGIGPLPGTLGFETAYINRTSPRDREEFEHLLSQSGEEIKDLYTYGVKYDLKAIELGYDHGVSRDFNENTRYGLTLKAPLGDKAGIVLDTQYYEFEKAGRIWERDWQAGQAAYDDDASWLNINVGLLLDKLRLGVSFSETKAELSNGQLGYAYFDHADNVDGRMDAWTRSGNDFNNDGERTWQIGAEYDLSGHSLLGASLDGFKVMTIYKQGQFDATDPFSGRRTDVTERQNEYRLYYRFDEKEYAGLSVGLIYIDYRIDQDFVALISAQPDNVVSGSEARVYLDYAF NA NA NA NA NA D1-35_02489 1269 citN_1 COG2851 Citrate transporter ATGGTCGTCACGTTTATGGCATTGATCATAAGCAAGCGACTTTCCGCTGTGACGGCACTCATTCTTGTCCCGGTCGCGTTTGGCCTGGCCAGTGGAGCAGGACCGGAACTGGGCGCGATGGTGATGAACGGCGTCAAGCAAGTAGCGCCCACCGCTCTGATGTTGATGTTTGCAATCCTCTATTTCGCAATCATGTTTGACGCCGGGCTCTTTGAACCCGCTGTACGAAAGATTCTGCGTTACGTGGGCAACGATCCTCTGCGCGTGGTGCTGGGCACTGCACTGCTGGCCACGGTCATTTCTTTTGATGGTGATGGCGCAACGACGGTCTTGATTGTAACGACTGCATTCCTGCCGCTTTATTTGCGCCTGGGCATGAACCCGCTGATTCTGGCGTTGATGCTGTTGTTGACCAATACCGTGGTCAACCTGATTCCCTGGGGAGGGCCGGTGGCCCGCGCCGCCAGTGCGCTTCACCTGGATGTGGCCGAGTTGTTCCTGGGGTTGGTGCCGGCCATGTTCGCGGGCCTTGCCTATGCGTTTGTCGTGGCGTTCTGGATCGGCCGCAGAGAGCGCCGTCGCTTGGGCTGGACGGCCGCTGCCAAGGACGCCGCGCCGGAAAATGTCGTCTTGCCCACCACGCATTCCGAGACGCATCGGCCGAAGCTTTTCTGGGTCAACCTCGCGCTCACCGCTGGGCTTATGTATGCGATGGCGACAGGGCTGGCACCTTTGCCGATGTTGATGATGGTGGGGCTTTCCCTGGCGCTGCTGATCAACTATCCACGCTTGGCGGAACAGAAGGCCAGAGTCGCGGCGCACTCTGAAAGTGTCCTGATGGTCATCGCCCTGATATTTGCATCAGGTGCGTTTACCGGGATCTTGTCAGGTACCGGCATGGTTGATGGGATGTCCGAAAAGATTGTGCAATTGATTCCCGACGACCATGGCCAATATTTCAGCATCATTACCGCGCTCGTCGCCTTGCCACTCAACTTCCTGTTATCCAATGACGCGTTTTTCTTTGGCATCTTGCCGGTACTGGGCGCGGCGGGCGTCGAATACGGTATTGACCCGATGCACATAGCGCGGGCCTCGGTGCTGGGCCAACCGGTTCACGCATTAAGCCCTTTGGTGGCGGCGGTTTATCTGATCAGCGGAATCATCAAGCGTGACATGGGCGACATGCAACGCTATTGCCTGCTCTGGGCGATCGGCAGCAGCCTTGTCTTGATTGTAACCGCGGTCATTACCCGGGCGATTATCTGA MVVTFMALIISKRLSAVTALILVPVAFGLASGAGPELGAMVMNGVKQVAPTALMLMFAILYFAIMFDAGLFEPAVRKILRYVGNDPLRVVLGTALLATVISFDGDGATTVLIVTTAFLPLYLRLGMNPLILALMLLLTNTVVNLIPWGGPVARAASALHLDVAELFLGLVPAMFAGLAYAFVVAFWIGRRERRRLGWTAAAKDAAPENVVLPTTHSETHRPKLFWVNLALTAGLMYAMATGLAPLPMLMMVGLSLALLINYPRLAEQKARVAAHSESVLMVIALIFASGAFTGILSGTGMVDGMSEKIVQLIPDDHGQYFSIITALVALPLNFLLSNDAFFFGILPVLGAAGVEYGIDPMHIARASVLGQPVHALSPLVAAVYLISGIIKRDMGDMQRYCLLWAIGSSLVLIVTAVITRAII PGPT0001500_359 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 D1-35_02490 1206 hypothetical protein ATGCCAGAACAAGAAGGCCTTTACCTCTCGGCAGAAGAGGCGGCAGCCATACTCCGGGTCAGCCTGCCGACGCTGTACGCCTATGTCAGCCGTAAAAACATCCGCTCCATCAAGATTGCCGGCTCGCCCAAGCGGCGCTACTGGGCAGAGGACATTCAACGACTGGTGAAAGTACCGGCGCAAGACAAGCCCGTTGCCAAGCGTACGACGCCGGCGGACAGCGCGATTACGCTGATAACGGACGATGGCCTGTTTTATCGCGGCCACAATGTCGTCGAGCTGGCTGATCGTTCAACCGTCGAAGAAGTCGCCGAGTTGATCTGGCAGGTGCCTTCGGCGTTCGGCACATCGCTGCCTCGGACACCGAAGGACGCTGCCAGGCTGTTGAAGATCTATGAACACACGTCCGCCCAGGAAAAAGCCATCGCGCTGTTTCCTCTGGTGCAGCGCGAAAATCCCAAGGCCTTCGACCTTTCCCCTGACAGTTACGCCCGCACCGGCGCCGATGTCGTGCGCTGGTTTGCCGCGTTGGTCGTGGGGGCGACCGAACCGAGCAACCAGCCCTTGCATGAGTTCATCACCCAGGCCTGCGGCGCCCCGCCAGCGCATGCCGATCTGATCCGGCGACTGCTGATTCTCAGCATTGATCATGAACTGGACCACACCACTCACAGCGTCCGCGTTGCCGCCACCACCGGCGCAACCCCCTATTATGCGGTCATCGCCGCGCTCGCCGCCGCGCGAGGCCACAAGATCGCCTACGGACGAAATGAAGCCGCCAGCCGGATGATCGAGGAAATCTGTACGGCCGCGGACCCTACTCGACCGATCCTGCAGCGCTACAGCCAGGACGGACACATCGTCGGGTTCGGCCCCAATGTGCATTCGATCAACGACCCGCGAGCCAGCAACCTCATGGCCGCGTTGACCGCGGTATTTGATGGCGACAGTGAATTCATCAGGTTGCAGAAAGCCTTTTCGGTGGCCTCGGAACTCGTTGCATACCCGCCTGAATTCATTCTCCTGGTGAGTTTCATCGGCAGGAAAATGGGACTGCGCGGACAGGAAATTTCATTGGCCGGCGTCGGTCGCTCGATCGGCTGGATCGCCCATGCCAGCGAGCAATACAACCAGCACCACGAGGGCCGGCCTCGCGCTCGTTATACCGGGACGTTGCCAACGGCGACCGACATGGGGCGCCGTTGA MPEQEGLYLSAEEAAAILRVSLPTLYAYVSRKNIRSIKIAGSPKRRYWAEDIQRLVKVPAQDKPVAKRTTPADSAITLITDDGLFYRGHNVVELADRSTVEEVAELIWQVPSAFGTSLPRTPKDAARLLKIYEHTSAQEKAIALFPLVQRENPKAFDLSPDSYARTGADVVRWFAALVVGATEPSNQPLHEFITQACGAPPAHADLIRRLLILSIDHELDHTTHSVRVAATTGATPYYAVIAALAAARGHKIAYGRNEAASRMIEEICTAADPTRPILQRYSQDGHIVGFGPNVHSINDPRASNLMAALTAVFDGDSEFIRLQKAFSVASELVAYPPEFILLVSFIGRKMGLRGQEISLAGVGRSIGWIAHASEQYNQHHEGRPRARYTGTLPTATDMGRR PGPT0001455_4724 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 D1-35_02491 630 hypothetical protein GTGCATGGATGTTCTGGATGGCGAGACCTACGGTGGTGGGGCTTGCTCGCGAAGAGGCCAGTCCATCCAACATCCCCATCGCCTGAAACGCCGCCATCGCGAGCAAGCTCGCTCCCACACAGGTCATGTGCCGTGCATGGATGTTCTGGATGGCGCAGACCTACGGTGGGAGCGAGCCTGCTCGCGAAGAGGCCAGTCCATCCAACATCCCCATCGCCTGAAACGCCGCCATCGCGAGCAAGCTCGCTCCCACACAGGTCATGTGTCGTGCATGGATGTTCTGGATGGCGCAGACCTACGGTGGGAGCGAGCCTGCTCGCGAAGAGGCCAGTCCATCCAACATCCCCATCGCCTGAAACGCGCCATCGCGAGCAGGTCATGTGCCGTGCTTGGATGCTCTGGATGGCGCAGGTCTACTGTGGGAGCGAGCCTGCTCGCGAAGAGGCCTCACAGGCAGGGAATATCTTTCGTCCGCAGGCGCGCCCGGAGCGGACTTCAACGGCGCCCCATGTCGGTCGCCGTTGGCAACGTCCCGGTATAACGAGCGCGAGGCCGGCCCTCGTGGTGCTGGTTGTATTGCTCGCTGGCATGGGCGATCCAGCCGATCGAGCGACCGACGCCGGCCAATGA MHGCSGWRDLRWWGLLAKRPVHPTSPSPETPPSRASSLPHRSCAVHGCSGWRRPTVGASLLAKRPVHPTSPSPETPPSRASSLPHRSCVVHGCSGWRRPTVGASLLAKRPVHPTSPSPETRHREQVMCRAWMLWMAQVYCGSEPAREEASQAGNIFRPQARPERTSTAPHVGRRWQRPGITSARPALVVLVVLLAGMGDPADRATDAGQ NA NA NA NA NA D1-35_02492 1410 2-methylcitrate dehydratase ATGACGGATTCAACCGTTGCGATGCGGCTGGCACGCTATGCCCACGCATTCAGGAAACAGCGCCTGCCCGACGAAATCATCCACCTGGTGCGCCAGCGCTTCATCGACAGCCTGGCCTGCGTGCTGGGCGCCTACGGGGCGGCCCCGGTAAAGGCTGCGCTGGGTTATGCGGCTGCCAACCCCGCGACAACCGCCGGCATATTCGGCTCGAACCTGCAAACGACAGCGGAAATTGCTGCCTTCGCCAACGGCCTGATGGTTCGTTTCCTCGACTACAACGATGGCTACATGGGCTTGGAGCCGGGCCATCCGAGTGACAACATCCCGGCCTGCCTCGCCGTGGCGCAAGCCGAGAGCGCTACCGGCGCCGAACTGATTTCGGCCATCGTCCTGGCCTATGAGATCCAGATGCGCTTGCAGGATGCGGCAAGCTTGAACAGGCGTGGCTGGGACCACGTCAATTACATCAACGTCGCGATGGCAGCGGCGGCTTCCAACCTGATGAAGCTGGACGTTGCGCAGACCGAGCAAGCCATCAACATCGCCTTGAGCGGGCACTTGGCAATGCGCCAGGTGCGCAGTGGAACCTTGTCCGACTGGAAGGGTTGTTCGGCCGCCAATGCAGCGCGCAACGCGGTTTTTGCGGCCCAGCTGGCGCGCCATGGCATGACCGGGCCGTCGCCGGTCTTCGAGGGCGAGATGGGGTTCTTCAAGCTGGTTTCAGGGCCGTTCGAGCTGGACACTGATCGTTTTGCTACGCCCGACAATGGCGACTATGCGATACGACGCTCGCTGACCAAGACATTCCCCACCAACGGCGAGCTGCACACCGCCGTCTGGGCCGCGCTGGATATCCGCAAGCGCATCGACAACGTGAATGACATCGCTGCCATTACCATCGAAACGTCCGAATTCAACCGTCGTGTCCTCGCGGACACCGCGGAGAAATGGTTGCCGAAAACCCGCGAGACGGCGGACCACAGCCTGCCCTATAACGTGGCTCGGGCATTGCTCGACGGGGATATCACCATCGCTTCGTATTCCGCGGAAAAAATCGCCGACCCTGCGGCGATTGCCTTGATGGACAAGGTCAGCGTCACGGAGGATCCGGCGTTGACGGCGCTGTTTCCAAGGCACCTTGCCAATCGTGTCAGTGTGACGCTGGTCTGCGGCGAGCAGGTGGTGAGCGAAATGATCACCGGCCCCGGGTCAGTCGAAACGCCGATGACCGATGGGGATTTCGAGCGGAAATTCCGGCGCATGGCGATGCCGCATATCGACGCGTCGGCACAAGACCTGGTGCTTGGGTTCGTCGCCGGGCTTGAGCGGCAGACGCAGTTCAATTCGTTGTTTGCGGCGATGGCTGTCGCCCCCATTGCGGACCAGAAACCGGCTGCACTGCGCCTTTGA MTDSTVAMRLARYAHAFRKQRLPDEIIHLVRQRFIDSLACVLGAYGAAPVKAALGYAAANPATTAGIFGSNLQTTAEIAAFANGLMVRFLDYNDGYMGLEPGHPSDNIPACLAVAQAESATGAELISAIVLAYEIQMRLQDAASLNRRGWDHVNYINVAMAAAASNLMKLDVAQTEQAINIALSGHLAMRQVRSGTLSDWKGCSAANAARNAVFAAQLARHGMTGPSPVFEGEMGFFKLVSGPFELDTDRFATPDNGDYAIRRSLTKTFPTNGELHTAVWAALDIRKRIDNVNDIAAITIETSEFNRRVLADTAEKWLPKTRETADHSLPYNVARALLDGDITIASYSAEKIADPAAIALMDKVSVTEDPALTALFPRHLANRVSVTLVCGEQVVSEMITGPGSVETPMTDGDFERKFRRMAMPHIDASAQDLVLGFVAGLERQTQFNSLFAAMAVAPIADQKPAALRL NA NA NA NA NA D1-35_02493 309 hypothetical protein ATGACCAAGTTGCGTGATGTATGTCGGCATGTCCGGTCCAAGCAAGCGGGGCCGTTCTGGATTACCTTCGATATCTTTTTCAACGGGCGGGAGAATTTCGAGCGTTATTCCGATTGCGCGGCACTTTCCCCGGCGCAATTCGCGAAGCTCTACGGCACTGATCCCGAGCGGGTCAAGCACATCCCGGTGGCGAACCTGGAAATGGTCAAGATTTCCTTTCCCCGCCCAACATCCCAGGGCGGAATGGTCGAGCGCGACATGCATGCCGGCCAGCAATACGTCCGGCTGCTTGATGTGACCATCGACTGA MTKLRDVCRHVRSKQAGPFWITFDIFFNGRENFERYSDCAALSPAQFAKLYGTDPERVKHIPVANLEMVKISFPRPTSQGGMVERDMHAGQQYVRLLDVTID NA NA NA NA NA D1-35_02494 1416 hypothetical protein ATGCGAACGGTATTTCAAGATTGTATAAAAGTCATTGTTCCCTGCGGTTCTTTGGGCGCGGGCGTTCGGGAACAGGAAATAGCCTATGGATTGGCCGCCGGTGCACAAGTTATCGCTACCGATGCCGGTTCAACCGACAGTGGCGCGGCTTATCTTGCACTGGGTAAATCGAAGAACAACCGAGGCGCGGTCAAGCGTGACTTGATGATATTAATGAAAGCCCAGGCGCAATCCGGAGTGCCGATCATTGTCGGTACCGCCGGTCAGGCCGGAGGCGATCTTAATTTGAACTGGACGCGTGATATCGCCTTGGAAATAGCCGAAGAGTTGGGCGTGGCGCCAAAGATTGCGCTCATTTATTGCGAGCAGGACAAGGACACGATAAAGAACTTGAACGCCGAGGGGCGTATAAAACCCTTGTCGCCACATACTGCGTTGGACGACGCAACGGTGGACGCTTGCGAACATATTGTCGCCGCGCTGGGGGTGGAGCCCTTTCTCGCTGCGCTGGAGGCCGGTGCCGATATCATATTGGCCGGCCGCTCCACCGATACCGCGGTCATTGCCTGTTATCCAATCTGGAAAGGCGCGCCTTGGGGGCCTTCGTGGCACGCTGGCAAGACCGGCGAATGCGGCGTGCAGTGTGCCGTCAATCCCACGCTAGGCTCGGGAATCCTGCTGAGTATCGATGCGAACGGCTTCGAAGTCGAGCCGTTGAGCCAGGACAACCGGTGCACGCCCCATAGCGTTTCGGCCCACATGCTCTACGAAAACAGCGACCCGTTCCGGTTGGTCGAGCCCGGTGGCATCTTGAATGTAGCCGAGGCACGTTACACCGATCTCAATGGCCGTGCTGTCCGGGTCGAAGGTTCGCGCTGGGAGGAAATGCCGTACACCATGAAGTTGGAAGGCGCCGCGGCCGGTTTATATCAAACGATCATGCTGGTGGGCATTCAAGACCCCGATGTACTCAAGGATATCGACGGTTTCCATGATCGGTTACTTGAAGCGCTTTATACAAGAACCCGCCAATCCATCCCCGCCGAGGAACTGGGCGAGTTTCATATTTCCCTGCGCATGTATGGGTGGAACGGCGTCACCGGTGTAACGCCGCCTGCGGGAACACTACCGCCGCCGGAACTAGGTATGTTGTTTGTGGCAACTGCCGCAACCCAGGAAATGGCCAATACCATTGCCCACGCGTGTAATCCCTATTTCTTCCATTACCCGAGTGTCATGGGCAAGGAACTGCCGTCGTATGGATTTGCCTTTACCCCGGCTGATATACCGCGTGGGCAGATTTTCGAGTTTAAGTTGAATCACGTGGTGGAACTTGACGATCCCATGGAGTTGGTTCGTCTGGAGTGGATTGATTTATCGGCTACCTCGGTGGCCAGGAAGGAGCTTGCACAATGA MRTVFQDCIKVIVPCGSLGAGVREQEIAYGLAAGAQVIATDAGSTDSGAAYLALGKSKNNRGAVKRDLMILMKAQAQSGVPIIVGTAGQAGGDLNLNWTRDIALEIAEELGVAPKIALIYCEQDKDTIKNLNAEGRIKPLSPHTALDDATVDACEHIVAALGVEPFLAALEAGADIILAGRSTDTAVIACYPIWKGAPWGPSWHAGKTGECGVQCAVNPTLGSGILLSIDANGFEVEPLSQDNRCTPHSVSAHMLYENSDPFRLVEPGGILNVAEARYTDLNGRAVRVEGSRWEEMPYTMKLEGAAAGLYQTIMLVGIQDPDVLKDIDGFHDRLLEALYTRTRQSIPAEELGEFHISLRMYGWNGVTGVTPPAGTLPPPELGMLFVATAATQEMANTIAHACNPYFFHYPSVMGKELPSYGFAFTPADIPRGQIFEFKLNHVVELDDPMELVRLEWIDLSATSVARKELAQ NA NA NA NA NA D1-35_02495 933 rhaR_1 HTH-type transcriptional activator RhaR ATGCGCCAGACCGGACCGGATGAACCGCCGCAGAACGCTCCCCAGCGCATCAGCGCCGAGTCGATGGCGCGTTTCATGCCGGGCACGCCGCAAGTCGTGCCGACGCGTGCGCAGGTCCAGGAAATGGTGGTGCAGCTGTTCAGCCACCCTACGGTAGTCGAGCCGATCCTGGTGCCCGCGGTGGTCGAGCCTCTGCTCGTCCTGGTGCTGACCGGGGGCGCCCGGATCGAGGAACGTTCGCTGGGCGGCGAATGGGAAGCCGTCGATGTTCAGGCCGGTGATTTCTACCTCACCAGCACGAACGAGCCTTACGAGATGCGCTGGCAAACGCAAGGTTGCGACACCTTTGAAGTCATGCACCTGTATCTCGGTTTGCCGTTGATCGAGCGCGCCGCGCGCGACGTGCTCGGGGAACGGGCCGGTCCTGTCACCTTTCGCGATATCTCCGGAGCCCGGGATCTGCGGGTGAGCTTCATGCTGGATCAGTTGCGCAACGAGCTGGTCGACGAACGCCAGCCCAGCCCACTGTTTGCACAGAGCCTGGCCCAGGCACTGGCGGTGCACCTGGTGCGTACCTACCTCGCGCCCCACAGCGGAGCCTCGCGCAGCAACGCGCTGCAGGCGTACAAATTGCGTCGGGTCCTCGAGACGATGAACCAGCGCCTCGCCGATGATTTCAGCCTTGCCCACCTGGCCCAGGTCGCGGAGCTGAGCGAGTATCACTTCAGCCGAATGTTCAAGCGCGCCACGGGCCTGTCGCCTTCACAGTATTTCATTCGCCTGCGCATGAGCCGGGCCCGGCAGCTGCTGCTTGAAACGGACCGCAGCGTCATCGACATCGGATTGGAGGTGGGTTACTCAAGCCCGAGCCATTTCTCCCAGGTCTTTCGCCGGGAGACAGGCGTGACGCCCAGCGATTATCGCCAGGCGTGA MRQTGPDEPPQNAPQRISAESMARFMPGTPQVVPTRAQVQEMVVQLFSHPTVVEPILVPAVVEPLLVLVLTGGARIEERSLGGEWEAVDVQAGDFYLTSTNEPYEMRWQTQGCDTFEVMHLYLGLPLIERAARDVLGERAGPVTFRDISGARDLRVSFMLDQLRNELVDERQPSPLFAQSLAQALAVHLVRTYLAPHSGASRSNALQAYKLRRVLETMNQRLADDFSLAHLAQVAELSEYHFSRMFKRATGLSPSQYFIRLRMSRARQLLLETDRSVIDIGLEVGYSSPSHFSQVFRRETGVTPSDYRQA NA NA NA NA NA D1-35_02496 969 dmlR_11 HTH-type transcriptional regulator DmlR ATGAGCGCTTTTCCCATTACGCTGAAAAGCTCCTGTCCAGGTAAAGAATCGCGCAGCGTGAAGAAGATAGTTCGAGTCGATGATCTACAGGTGTTCGTGACGACCACTGACGCCGGGAGTTTTTCCGCGGCGGCGCGCTTGCTGGATATTTCTCCGGCGCTGGCCAGCGTCGCGGTACAGCGACTTGAGGCAAGCCTGGGGGTGAGGCTGTTCGTGCGCTCTACGCGGCGGCTGCGTTTGTCGGATGATGGCGAGCGCTACCTGGCCCATGCCCAGCGGGCATTGGAGGTGCTGGAGGATGGCGAGCTCGCCCTGGCCGAGGGGCGTGACGAAGTGGCCGGGACGTTGCGCTTGTCGGTGCCCTCGGACATCGGGCGAAACCTGCTGCTGCCGTGGCTGGACGAGTTCCAGCAGATGCATCCCAAGGTACTGTTGCAGCTGCGGGTCAGCGACCAGGTCGCCGACCTGTTCGGGGAGCATCTCGATGCGAGCATTCGTTATGGTCAGTTGGCCGATTCGAGCCTCGTCTCCTTGATGCTGGCCCCATCCAACCGAAGGACCGTGTGTGCCTCACCCGACTACATCGCGCGGCACGGCCTGCCAAAGACGCCGGGTGAGCTGAGCGGGCACAATTGCCTGCGTTACGTGATGGGTGAGCAAACCTACGAGCGTTGGATTTTCCAGACAGCGAATGGGCTGGAAACGGTTCAGGTCGCTGGCGATCGCATCAGCGATGACGCTGATATTGCCAGGCGTTGGGCCGTGGCGGGCCAGGGGATCGTCTACAAATCGAAGCTCGATGTAATGGACGATCTTCGCAGCGGTCGCCTGGTGGAGATTTTTCCAGCGGAGTATGGCCAGCCAGCGCCGCTGCAACTGGTGTGCGCCCATCGAACCTCGCTGACGCCGTCGGTCCAGGTGCTCAGGGCCTTCCTGTCTGCGCGCTGTGAACGTTACATCAACGAGTGA MSAFPITLKSSCPGKESRSVKKIVRVDDLQVFVTTTDAGSFSAAARLLDISPALASVAVQRLEASLGVRLFVRSTRRLRLSDDGERYLAHAQRALEVLEDGELALAEGRDEVAGTLRLSVPSDIGRNLLLPWLDEFQQMHPKVLLQLRVSDQVADLFGEHLDASIRYGQLADSSLVSLMLAPSNRRTVCASPDYIARHGLPKTPGELSGHNCLRYVMGEQTYERWIFQTANGLETVQVAGDRISDDADIARRWAVAGQGIVYKSKLDVMDDLRSGRLVEIFPAEYGQPAPLQLVCAHRTSLTPSVQVLRAFLSARCERYINE PGPT0012355_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-FIT-SYSTEM,PGPT0012355-fitG-K19618 NA NA D1-35_02497 885 rcnA COG2215 Nickel/cobalt efflux system RcnA ATGCCGAATTTTGCTGAACTGCTGCAACAGGGGGGCGCTCACGCCTGGCTGTATTTCCCCAGTGCGATCTTGCTGGGCGCCTTGCACGGGCTGGAACCTGGTCATTCGAAAACCATGATGGCGGCGTTCATCGTGGCCACTCGCGGCTCGGTCAAGCAGGCGGTGTTGCTGGGGTTGGCCGCGACGCTTTCGCACACCGCCGTGGTGTGGCTGGTGGCGATTGGCGGGATGTACCTGGGCCAGGGGCTGGACGCCGAGACTACGGAACCGTACTTCCAACTCGCCTCTGCGGTGCTGATCATTGCGATCGCGTTGTGGATGCTCTGGCGTACCTGGCGTGGCGAACAGATGTTCAAGCTTGAGAGCGGTGACGGGCATCGCCATGCTCATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCACGATCATGCGCATCCGGAACTGGCGCTGTCATCGGAGGGTTACCAGGACGCTCATGAACGGGCGCATGCCAACGACATCCGCAAGCGTTTCAGCAATCGAGACGTCACCACGGGCCAGATCATTGTGTTTGGCCTGACGGGTGGGCTGATCCCGTGTCCTGCGGCGATAACCGTCCTGCTGCTCTGCCTGCAGGTCAAGGAAGTTGCGCTCGGCGGCATGCTTGTCTTGTGCTTCAGCATCGGCCTGGCAATTACCCTGGTTACGGTGGGAGCGGCCGCGGCCCTTGGCGCTCGGCAGGCCTCCAATCGCTGGCCGTGGCTGGGCACTGTTGCCCGGCGCGCGCCTTATCTGTCGAGCGTGTTGATAATTGCAGTCGGCCTGTATGTGGGTATCCACGGCTGGATCGGTTTGAGCGCATGA MPNFAELLQQGGAHAWLYFPSAILLGALHGLEPGHSKTMMAAFIVATRGSVKQAVLLGLAATLSHTAVVWLVAIGGMYLGQGLDAETTEPYFQLASAVLIIAIALWMLWRTWRGEQMFKLESGDGHRHAHHDHDHDHDHDHDHDHDHDHDHDHDHDHAHPELALSSEGYQDAHERAHANDIRKRFSNRDVTTGQIIVFGLTGGLIPCPAAITVLLLCLQVKEVALGGMLVLCFSIGLAITLVTVGAAAALGARQASNRWPWLGTVARRAPYLSSVLIIAVGLYVGIHGWIGLSA PGPT0004550_1151 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004550-rcnA-K08970 NA NA D1-35_02498 294 csoR COG1937 Copper-sensing transcriptional repressor CsoR ATGAGTGAACTCAACCACGATCATCCCCATGTCCACCAAAGCCATGAAGCGATCATCAAGCGCCTCAAGCGCGCGGACGGTCACCTGCGCAGCATCATCCTCATGATCGAGGAAGGTCGTGATTGCGTGGACATCGCCCAGCAGTTGCATGCGGTTGAGAAAGCCGTGTGCCAGGCCAAGCGCACACTGATCCAGGATCACATCGATCATTGCCTCGAAGACACCGTTTCGGCACTGGACAGGGGCGAGCGCGCGCCGCTGGAAGCCTTCAAACAAATCACCAAGTACCTCTAG MSELNHDHPHVHQSHEAIIKRLKRADGHLRSIILMIEEGRDCVDIAQQLHAVEKAVCQAKRTLIQDHIDHCLEDTVSALDRGERAPLEAFKQITKYL NA NA NA NA NA D1-35_02499 1557 hypothetical protein ATGGAATGGATCGTTGACCCCACGGCATGGCTCGGCCTGCTGACCCTGATCGTGCTGGAGCTGGTGCTCGGCATCGATAACCTCGTATTCATCGCCATCCTGGCGGACAAGCTCCCCCCCGCGCAGCGCGACCGTGCCCGAGTTATCGGCCTGTCCCTGGCGCTGCTGATGCGCCTGGGCCTGCTGGCGAGCATCTCCTGGATGGTGACCCTGACCAACCCGCTTTTCGAAGTGTTCGGCAAGACGTTCTCGGGCCGCGACTTGATCATGCTGTTTGGCGGCGTGTTCCTGTTGTTCAAGGCAACCATGGAGTTGCATGAGCGACTCGAGGGCCACGTGGCGCAACGTTCCGGCAACGCCGCCTATGCGCTGTTCTGGCCGATCGTTGCGCAGATCGTGGTGCTGGATGCGGTCTTTTCCCTGGATGCGGTGATCACCGCCGTGGGCATGGTTGAACATCTGTCAGTGATGATGATCGCGGTGATCTTCTCCATCGGCCTGATGATGATCGCGAGCAAGCCGTTGACGAAATTCGTCAATGGCCACCCTACCGTCATCATGCTGTGCCTGGGCTTTTTGATGATGATCGGCTTCAGCCTCACCGCCGAGGGCCTGGGTTTCCACATTCCTAAAGGTTACCTGTACGCCGCGATTGGCTTCTCGATCCTGATCGAGCTGTTCAACCAGTTGGCGCGCTCGCGGCGCAAGAAAAACCTGCAAGGTCTTCGGCCGATGCGCGAGCGTACCGCCCATGCGGTGCTGCGCCTGCTGGGCGGTCAAAAGCTGGGGGCCGATGAGGTCGGTGAAGAAATCGCCGACCTGCTGGAAGGCGAAAAAACCGAACAGGTTTTCCATCGACGCGAACGGGTGATGATCAGCGGCGTGCTGCAATTGGCGGAGCGCCCGATACGCAGTGTGATGACCCCTCGCGCGCAAATCGACCACCTCGACCTGGCGAACACGCCGGAAGACATCCGTACGACGCTGATGCACTCGTCGTATTCGCGCTTGCCGTTGATTCGCGACGGACGCGTGGATGAGCCGTTGGGTTTCGTCCACAAGAAGGAGCTGCTCAAGGAAATACTGGCGGGCAATCAACCGAATCTGGAAGCCATGGCGCGCAAAGCCATCAACCTGCTCGACAGTTTCACGATCCTCAACGCGCTGGAGCAAATGCGCAAGGAGTCGACCCACATCGCCTTCGTGGTCAACGAATTCGGTGACTTCGTCGGCCTGCTCACGATGACCGACATCCTTGAGTCCATTGCGGGCGAATTGCCCGACGCCAGTGAAATCGACGGGCCGAATATTGTTGCGCGAGAGGACGGTTTCCTCGTCAGCGGGGCCCTGAACCTCAGCCAGGTTCGCGAACACATCGGTTTCCAGGCGTACGCGACGGAGGATTACCAGACACTTGCCGGGCTGGTGATGAGCTTGCTGGATCGCTTGCCGATGATTGGCGATACCCTGAATTGGCAGGGATGGAGCATGACCGTCATGGAGGTTGAAGAGCGTCGGGTAACCAGGGTCTTGCTGCGTATCGAGGAACAGGCGTGA MEWIVDPTAWLGLLTLIVLELVLGIDNLVFIAILADKLPPAQRDRARVIGLSLALLMRLGLLASISWMVTLTNPLFEVFGKTFSGRDLIMLFGGVFLLFKATMELHERLEGHVAQRSGNAAYALFWPIVAQIVVLDAVFSLDAVITAVGMVEHLSVMMIAVIFSIGLMMIASKPLTKFVNGHPTVIMLCLGFLMMIGFSLTAEGLGFHIPKGYLYAAIGFSILIELFNQLARSRRKKNLQGLRPMRERTAHAVLRLLGGQKLGADEVGEEIADLLEGEKTEQVFHRRERVMISGVLQLAERPIRSVMTPRAQIDHLDLANTPEDIRTTLMHSSYSRLPLIRDGRVDEPLGFVHKKELLKEILAGNQPNLEAMARKAINLLDSFTILNALEQMRKESTHIAFVVNEFGDFVGLLTMTDILESIAGELPDASEIDGPNIVAREDGFLVSGALNLSQVREHIGFQAYATEDYQTLAGLVMSLLDRLPMIGDTLNWQGWSMTVMEVEERRVTRVLLRIEEQA NA NA NA NA NA D1-35_02500 213 hypothetical protein ATGGGCATTGTCAACATCGACGACGAACTTCACGACCAGCTACGCAAGGCCACCAAGGTCTCCTGCCGTTCGATCAACGCGCAGGCGGCCTTCTGGATCAAGGTCGGCATGCTGTGCGAGACCAACCCTACCCTCAGTTTCAACGAGATCATCCAGCGCGAACTCAGCGACGCCGGCGTTACGGCGCAACCGTTGGAGGCGAACTGGCAATGA MGIVNIDDELHDQLRKATKVSCRSINAQAAFWIKVGMLCETNPTLSFNEIIQRELSDAGVTAQPLEANWQ NA NA NA NA NA D1-35_02501 780 map_2 COG0024 Methionine aminopeptidase ATGATCAAGCGACCCGAAGAACTGGCCCTGATGGCCGAGTCCGGCCGACTGCTCGCCTTGGTGTTCAAACGGCTGGATCAAACCAATTTGATGGGGCTGTCAACGCTGCAGATCGATGCAATGGTCGAGGATTTCATCGTCCGCGATCTCCATGCGCGCCCCGCCAGCAAGGGACAGTACGGGTACGGTTTTGTACTCAACTGCTCGATCAACGAAGTGGTTTGCCATGGTGTGCCCTCGCGCTCGCGAGTGCTTCAAGACGGCGACATCGTCAATCTGGACATCACCCTGGAAAAGAACGGCTATATCGCGGATTCGAGCAAGACGTACCTGATCGGCAACGTCGACCCAGCCGCCAGGAAGCTGGTCCAGGTCACTTATGAAGCCATGTGGAAGGGCATCCGCGCCGTCCGCCCGGGCGCTCGCCTGGGCGACATCGGCTCGGCCATCCAAGGCCATGCGACACGCAACGGTTATTCGGTGGTCCGTGAATATTGCGGCCACGGCATCGGCCGGCAAATGCACGAGGAACCCCAGGTGTTGCACTTCGGCAAAGCGGGAACGGGCCTGGTCCTGCGCGAGGGCATGGTCTTCACCATCGAACCGATGCTCAACCAGGGCACATCGGACGTCAGGACCGAAGCCGACGGCTGGACCGTGGTAACCCGGGACGGCGCGCTCTCCGCGCAGTTCGAGCATACCGTGGCCGTCACGGCGTCCGGTTTTTCGGTGCTGACGTTGCGGCCTGATGAATCGGACAAGATCACGGGCACGCTTTGA MIKRPEELALMAESGRLLALVFKRLDQTNLMGLSTLQIDAMVEDFIVRDLHARPASKGQYGYGFVLNCSINEVVCHGVPSRSRVLQDGDIVNLDITLEKNGYIADSSKTYLIGNVDPAARKLVQVTYEAMWKGIRAVRPGARLGDIGSAIQGHATRNGYSVVREYCGHGIGRQMHEEPQVLHFGKAGTGLVLREGMVFTIEPMLNQGTSDVRTEADGWTVVTRDGALSAQFEHTVAVTASGFSVLTLRPDESDKITGTL PGPT0020010_6155 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 D1-35_02502 1320 hypothetical protein ATGAGTACCCCTTCCTATTTGCATCGGCTGAGCCTGGCCCTCAACGCCCGTGACGATGAACTGCGTCCGGCAATGTGCGGGTTCCTGTTGTTCCTCTGCCTGTTCACCGGCTACTTCATGTTGCGTCCGATCCGTGAGTCGATGGGGATCGCCGCGGGTGTGGAGAATCTGCAATGGCTGTTTACCGCGACCTTTCTCGTCATGCTGGTGGCCGTGCCGTTGTTCGCCTGGCTCAGCGCGCGAGTGCCGCGCCTGCGCCTCGTCGATTGGGTGTATGGCTTCTTCGTCTTGAACTTGCTGATGTTCGTCGAGCTGTTCCAGTTCGATTCGGACAACGTCTGGCTGGCGCGTACTTTTTACGTATGGATTTCGGTCTATAACCTGTTCGTCGTCTCCGTGGCCTGGAGCCTGATGGCCGATGTATTCGACAGCGAGCAGGCCAAGCGTCTGTTCGCCTTCATCGCGGCCGGCGCCAGCACTGGCGGCCTGCTCGGGCCGGCCTTGAGTGCACTGCTGGTCGACAGCCTCGGTGCCTCGGGGTTGATGTTCGTGGCTGCCGTGTTGCTGGGGGCCACGCTGGGATTGAAACGAACCTTGATGCGTTGGCGTGAAACCGGTGGGGCCGGGCGTCCCGGCGCGGCACCCACGCAAAGCCCGCAGCGGCCCCTGACTGGCAATCCGTTCAGCGGCATGACGGCGGTGTTCCGTTCGCCGTATCTGCTGGGGATCGCCGGTTTCGTCGTGCTGCTGGCAACGGTCAGCACCTTTCTCTACTTCGAGCAGGCACGTCTGGTGGCCGAGCTGTTTCCGGACCGCCAGGCCCAGGTACGGGTCTTCGGCACTATCGATTTTATTGTGCAGGCGGGCGCGCTACTGTCCCAGCTGTTCATCACCGGGCGCATCGCCCCGAAGCTCGGCATCGGTGCGTTATTGGCGATCGTCCCGCTGATCATGTGCATCGGCTTCGTCGGTCTGGCACTGGCGCCAGGCTTTGCGATCCTCGCGACATTGATGATTGTGCGAAGGATCGGCGAGTACGCGTTCGTGAGGCCGGGCCGGGAAATGCTGTTCACGCCGTTGGACGCGGAACATAAATACAAAGCCAAGAACTTTATCGACACGGTGGTCTATCGCGGCGGTGATGCGGTCAGCGGTTGGATCAAGACGGCACTCGATATGCTGGGGCAGGGCGCCGGCCTGGTCGCGTTGATCGGCGCAGGGTGTGCGTTGCTGTGGGCCGGCCTTGGATGGCGGCTGGGACGGCAAGCTGACCATCGCCGTGATGAACTGGAGCTGGAAGCTGGCGTTGCCGAAACCTAG MSTPSYLHRLSLALNARDDELRPAMCGFLLFLCLFTGYFMLRPIRESMGIAAGVENLQWLFTATFLVMLVAVPLFAWLSARVPRLRLVDWVYGFFVLNLLMFVELFQFDSDNVWLARTFYVWISVYNLFVVSVAWSLMADVFDSEQAKRLFAFIAAGASTGGLLGPALSALLVDSLGASGLMFVAAVLLGATLGLKRTLMRWRETGGAGRPGAAPTQSPQRPLTGNPFSGMTAVFRSPYLLGIAGFVVLLATVSTFLYFEQARLVAELFPDRQAQVRVFGTIDFIVQAGALLSQLFITGRIAPKLGIGALLAIVPLIMCIGFVGLALAPGFAILATLMIVRRIGEYAFVRPGREMLFTPLDAEHKYKAKNFIDTVVYRGGDAVSGWIKTALDMLGQGAGLVALIGAGCALLWAGLGWRLGRQADHRRDELELEAGVAET NA NA NA NA NA D1-35_02503 1056 hypothetical protein ATGTGGAATAGAACAACAATCCCCGCAATCGGACTTTCGCCCAACCTGGGTCGGATCATCACGCTGGCCCGGACGCTCGCTGCGGGCGTAGCGCTGTTCAGCGCCATCAGCGTCGAAGCATCGGCTCGCGTTGCACCCAAACCCGACTGGTCCACCAGCGACATACCGTCGCAGAAAGGCCGGATTGTCCTGATCACCGGCGGCACCAGCGGCATGGGTTATGAAGATGCGCTGGCATTGGCGCGTGCCGGGGCCGACGTCATTATCGCCGCCCGCAACCCGGAGCGCGGCGCTGAGGCCATCGCCCGTATCCGCGAGTCCGTGCCCGATGCCAAGGTACAATTCGAGGCTGTGGACCTGGCCAATCTCTCATCGGTAAGTGCCCTGGCCCAGCGTCTCCAGAGCAAGCTGCCGCGCCTCGACGTGTTGATCAACAATGCCGCCATCATGGCGCCGCCAGAGCGCGGTACGTCTGCCGACGGTTTCGAACTGCAACTAGCGACCAATTACCTGGGGCACTTCGCGCTGACCGGCCTGCTGGTGCCGCTCTTGCGCCAGAGCCAGGACGCCCGAGTTGTGAGCGTTTCAAGTATTGCGGCGACGCGCGGCACGATGAATTTCGATGACCTGCAGTTCGAGCGCAAATACGACCCATACGCGGCCTACGCGCAATCGAAACTGGCGGTCCTGCACTGGGCGTTTGCCTTGCAGCGGCGCAGTGACGCCGAAAACTGGGGTATTCGCAGCATGGCGGCGCACCCCGGGGTAGCGGTCACCGAGTTGGTCGCGCGCGGGCCCGGCCTCGAAAGCGAGTTCGGCCAGCGCTGGGCAAAGGATCGCGACGCGTACCACTCGGCGGCGCAAGGCGCGTTGCCCACGTTGTATGCCGCTACCGCTGTGCGAGCCGTGGGCGGTGCTTACTACGGCCCGACTGGGGACGATGAAAGGCGCGGTCCGTTGGGTGTCGCCAAGACGCCGCCTGCCGCGAACTCGCAGGCGGATGCCGAACGGCTCTGGGCCATCTCCGAGCAATTGACCGGCGTGACCTATCGCTGA MWNRTTIPAIGLSPNLGRIITLARTLAAGVALFSAISVEASARVAPKPDWSTSDIPSQKGRIVLITGGTSGMGYEDALALARAGADVIIAARNPERGAEAIARIRESVPDAKVQFEAVDLANLSSVSALAQRLQSKLPRLDVLINNAAIMAPPERGTSADGFELQLATNYLGHFALTGLLVPLLRQSQDARVVSVSSIAATRGTMNFDDLQFERKYDPYAAYAQSKLAVLHWAFALQRRSDAENWGIRSMAAHPGVAVTELVARGPGLESEFGQRWAKDRDAYHSAAQGALPTLYAATAVRAVGGAYYGPTGDDERRGPLGVAKTPPAANSQADAERLWAISEQLTGVTYR NA NA NA NA NA D1-35_02504 261 hypothetical protein ATGAACATTCAGAACCTATCGATCGCCAGTCTGTTGGCCGTCATCGCATTAGGCGGTGCGCCGCTCTATGCGAAAGAGCAAACCAATCCCCCGGCTTACGAATACGGCATGCCGCTGGACGTGGCCCAGGCCATTCGCATCGAGGCACCGAGCCCGTCGGTGTGCGAGGTGGTGCGGGCCAAGATGACCTATGTCGATACCCAGGGTGAACTCCGGCACGTCAGCTTCCTGCAGCTGGCCGATGCGTGCTCCATCCAGTGA MNIQNLSIASLLAVIALGGAPLYAKEQTNPPAYEYGMPLDVAQAIRIEAPSPSVCEVVRAKMTYVDTQGELRHVSFLQLADACSIQ NA NA NA NA NA D1-35_02505 1374 sasA_11 Adaptive-response sensory-kinase SasA ATGAAGGGATCCATAGCCAAGCGACTGGCGTTGATGTTCGCGCTTGCAGTCACGCTGATCACCGCGGTCAGTGCGACGCTGTTGCGCTGTTCGTTGAAGCAGTCGCTCGACGAGCAGATGCAGAACGAGCTGATCCTGCGCCATTCGGTGCTCGATCCGGTGCTCGCCAAATACGATTCGCCGGCGTTCTGGGTCGGCTTGCGACAAAAGCTCGATGGCCTGACGCCCGCGGATGAGCGCGTGCGTTATTGGGTGGTGGTCGACGACCCGGCCTACAGTTATGGCGGGCCGATGCCGGACGGCCTGGACTGGTCGAAGCGCCCGGATGGTTTCGCCACCCTCGATCTGCCCGACCGAGACCGCCCCATGGTGCTGATGGTCGAGACCATTGCGGCCATGGGCAGCCGTCCGGAATTGCGTTTTATCGTGGGATTGGATTCGACGCCGTTCATGAAGACTCTGGATGACTTCACCCGGATATTGATCCTGACTTCTGCGCTGGGGGTCGTGCTGGTGGCGCTGCTCGGCTATTGGATCGCGCGTTTTGGCCTGGGCCCGGTCCGGCGCTTGAGCCGGCAGGCCAACAGTCTGCCGCCGGGGGATTCGAAGCAGCGACTCGACACGCAGGCGCTGCCTGGCGAATTGCAGGAGCTGGCGGTGTCATTCAATGGCGCCCTGGCGCGCCAGGAAGCCGCCTGGTGCCAGCTCGAAGGGTTCAATGCCAATGTGGCCCATGAGCTGCGAACGCCGCTGACCAACCTGATCGGGCAGACCCAGGTCGCGTTGGCCCACGGGCGGGACGTGAATGAGCTCCAGGATCTGTTGCAGTCCAATCTCGAAGAACTGGAACGGATGGGCACCATCGTCAACGACATGCTGTTCCTGGCGGGCGCCGAAAGCGGCCAGCGGGCAACCGAGCTGAGCGATGTCTCGCTTTACGAGGAAGCGTCGAAGACCGTGGAATACCTCGAGCCGGTCCTGCACGACAAACAGTTGAGCGTGGTCATCCAGGGCGACATGCGCGTGTGCATCGATCGGCGTCTGTTCCACCGTTCCCTGGCCAATCTGCTGCAAAACGCGGCGCGCTACGCGGTGCCGGCGAGCACCATCACGGTGAGCTTGGAAGACCATGGGATGCAGGCCAGGGTGAGCGTTTCCAACGCCGGCGAACCGATCGAAAGCGTGCACCTGGAGCATTTGTTCGAACGCTTCTATCGAGCCGACGTCGCCAGGGCCCGAAGCGACGCGCACCATGGCCTGGGGCTCTCCATCGTGCGGGCGGTGGCGTCGATGCACGGTGGGCGGGTGTTCGCCCACAGCCAGGACGGACTCAACACCTTCGGCTTTTCCCTGACGAGCCAGGCGGCGCGCTAG MKGSIAKRLALMFALAVTLITAVSATLLRCSLKQSLDEQMQNELILRHSVLDPVLAKYDSPAFWVGLRQKLDGLTPADERVRYWVVVDDPAYSYGGPMPDGLDWSKRPDGFATLDLPDRDRPMVLMVETIAAMGSRPELRFIVGLDSTPFMKTLDDFTRILILTSALGVVLVALLGYWIARFGLGPVRRLSRQANSLPPGDSKQRLDTQALPGELQELAVSFNGALARQEAAWCQLEGFNANVAHELRTPLTNLIGQTQVALAHGRDVNELQDLLQSNLEELERMGTIVNDMLFLAGAESGQRATELSDVSLYEEASKTVEYLEPVLHDKQLSVVIQGDMRVCIDRRLFHRSLANLLQNAARYAVPASTITVSLEDHGMQARVSVSNAGEPIESVHLEHLFERFYRADVARARSDAHHGLGLSIVRAVASMHGGRVFAHSQDGLNTFGFSLTSQAAR PGPT0004980_1271 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004980-cusS|copS|silS-K07644 NA NA D1-35_02506 705 czcR_3 Transcriptional activator protein CzcR ATGCGGTTGCTCATCGTCGAGGACGAAGAAAAAACGTCTTCCTATGTCCATCGTGGCTTGAGCGAGCTTGGCTACATTGTCGATGTCGCGACCAATGGTATCGATGGCCTGCATTACGCGTTGGAAATGGATTACGACGTGGTGATCCTGGATGTGATGCTGCCGGGCAAGGACGGCTACGGCGTGTTGCAGGGCTTGCGCCTGCACAAGAAGACGCCGGTGATCATGTTGTCGGCCAGGGGCACGGTGGATGATCGGGTCCGGGGGCTGCGCGAGGGTGCTGACGACTACCTGGGCAAACCGTTTTCCTTCGCCGAGCTTGTTGCGCGGGTCCAGGCATTGATCCGACGGCGTGCCGATGACGCCGCCGACCCGACGCATTTGCGCATCGATGACCTGGAGGTCGATCTGCAGGCGCGCAAGGTAACCCGGGCCGGGCTGCGCCTGGACCTGACCGCCAAGGAGTTCTGCCTGTTGAGCCTGCTGGCGCGACACCAGGGTGAGATTCTCTCCAAGTTGATGATTGCCGAGCAGGTCTGGGACATGAATTTCGATAGCGACGCCAATGTGGTCGAAGTCGCGATCAAGCGGGTGCGGGCCAAGGTGGATGCGCCGTATCCGCGCAAGTTGCTGCATACCGTGCGCGGCATGGGTTATGTGCTGGAGAGCCGTGAACTCAGTGACAGGCAAGCGGGTACAGCGTGA MRLLIVEDEEKTSSYVHRGLSELGYIVDVATNGIDGLHYALEMDYDVVILDVMLPGKDGYGVLQGLRLHKKTPVIMLSARGTVDDRVRGLREGADDYLGKPFSFAELVARVQALIRRRADDAADPTHLRIDDLEVDLQARKVTRAGLRLDLTAKEFCLLSLLARHQGEILSKLMIAEQVWDMNFDSDANVVEVAIKRVRAKVDAPYPRKLLHTVRGMGYVLESRELSDRQAGTA PGPT0004105_123 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 D1-35_02507 408 hypothetical protein ATGAAAATCATTCCCTACCTGACCTTCAACGGCCGCTGCAAGGAAGCCTTCGCGTTGTACCAGGAGGTGCTGGGCGGCGAGCTTTTTTCCATGTCCTTTGCCGAGGCGCCCGAGGACGTCGGCATGCCCAAGGACCCCAATCTGATCATGCACACCTGCCTGACCGTGGGCGGCTTCAGCCTGATGGCTTCCGACTGCGCGCCCGGCCAACCGTTCAGCAAGCCGCAAGGCGTGTCGGTGTCTCTCAATGTCGACAGCGCGGAGGAGGCCGAGCGGCTGTTCAATGGCCTGAGTGCCGGCGGCAGCGTGCAGATGCCCTTGGGCAAGACTTTCTGGGCGGAGCGCTTTGCGATGTTCGAAGACCGTTTCGGGGTCGCCTGGATGGTCAATTTCGAGGGGCGGCCATAA MKIIPYLTFNGRCKEAFALYQEVLGGELFSMSFAEAPEDVGMPKDPNLIMHTCLTVGGFSLMASDCAPGQPFSKPQGVSVSLNVDSAEEAERLFNGLSAGGSVQMPLGKTFWAERFAMFEDRFGVAWMVNFEGRP PGPT0030505_3038 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D1-35_02508 426 hypothetical protein ATGCGATTTATGGTGATCATCAAAGCCAGTCCCGAATCCGAAGCCGGAGAAATGCCCAGCGCGCAGCTGCTGACCGCCATGGGCGCCTACAATGAAGAACTGGTCAAGGCCGGGGTGATGCTCGCCGGTGAAGGCCTGCATCCCAGTGCCAAGGGTGTTCGCGTACAGTTTTCCGGAAACAACCGGACCGTCGTCCAGGGCCCGTTTGCCCAAACAGGAGAATTGATCGCCGGCTTCTGGATCTTCCAGGTCCAGTCGTTGCAGGAAGCTGTCGACTGGGTCAAGCGCTGCCCCAACCCTATGGTCAGCGACAGTGAGATTGAAATTCGCCAGATCTTCGAGGCTGAGGATTTCGGCGAGTCTTTTACCACCGAGTTGCGCGAGCAGGAAGAACGTTTGCGAGCGCAGATTTCCGATCAATCGTGA MRFMVIIKASPESEAGEMPSAQLLTAMGAYNEELVKAGVMLAGEGLHPSAKGVRVQFSGNNRTVVQGPFAQTGELIAGFWIFQVQSLQEAVDWVKRCPNPMVSDSEIEIRQIFEAEDFGESFTTELREQEERLRAQISDQS PGPT0014960_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_02509 897 COG0596 Fluoroacetate dehalogenase ATGTTTGCCTCATTTGAATCGGGTCGATGCCACGTCAACGATATCACCGTCAACTACCGCAAAGGCGGCAGTGGCCAAGGTTTGCTACTGCTTCACGGGCACCCTCAGACTCACGTGATGTGGCACAAGATCGCCGAGCCGCTGGCGCAACATTTCACCGTGGTGGCGGCGGATCTTCGGGGCTACGGTGACAGCGAAAAACCGCCGAGCGACGCGCAGCACCTGGCCTACTCCAAACGGCAGATGGCGCTGGACGGGGTGGAGCTGATGCGCGAACTGGGATTCATAAAGTTCGACGTGTTGGCTCACGACAGGGGCGCACGAGTGGCCTGTCGGATGGCGTTGGATCACCCGGACGCAGTAAAACGCTTGATCGTTCTGGATATCGCTCCGACGCTGGCGATGTACGAGCAGACCAATGAAGCTTTCGCCCGCGCCTACTGGCACTGGTTCTTTCTGATTCGCCCAGCCCCTTTTCCCGAGACGCTCATTGAAGCGGATCCGCAGCTGTATCTGCGCAGCGTCATGGGTGCTCGCAGCGCGGGCATGGCGCCCTTCACCGAAGCGGCATTGGCCGAGTATCTGCGTTGCCTGAGACTACCGGGGGCAGCCCATGGTCTGTGTGAAGACTACCGAGCCAGTGCCAGTATCGATCTGGAGCACGACAAGAGCGACCTGCAAGCCGGCAGGAAACTCTCACTGCCGTTACTCGCCCTATGGGGAGCTGACGGCGTTGTGGGCCGCTGCTTCGATCCGCTTGGCGAATGGCAAAAGGTCGCCAGTGACGTCCGGGGAAAAGCCCTGCCGTCGGGGCATTACATCGCAGAGGAAGCGCCAGGGCTTCTGATTGACGAAGTGCTCGGGTTCCTGCTCCCACCGGTCCCCAGCGCCAGGTGA MFASFESGRCHVNDITVNYRKGGSGQGLLLLHGHPQTHVMWHKIAEPLAQHFTVVAADLRGYGDSEKPPSDAQHLAYSKRQMALDGVELMRELGFIKFDVLAHDRGARVACRMALDHPDAVKRLIVLDIAPTLAMYEQTNEAFARAYWHWFFLIRPAPFPETLIEADPQLYLRSVMGARSAGMAPFTEAALAEYLRCLRLPGAAHGLCEDYRASASIDLEHDKSDLQAGRKLSLPLLALWGADGVVGRCFDPLGEWQKVASDVRGKALPSGHYIAEEAPGLLIDEVLGFLLPPVPSAR PGPT0006880_562 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006880-dehH-K01561 NA NA D1-35_02510 1944 acoR_3 COG3284 Acetoin catabolism regulatory protein ATGACCCTGCATGACTCGCAGACGATCCCCGGCGAACTCGCGGCGTTCGTCAACGACCACTTTTCCGGGCGCGGCCTCAGGCCGGACGGGGTCATTGCGCAATCCTGGTACCGCAGCGTCGTGGAGCACCGGCTCGATCCTGGCGCGCCGAGCCGCAAGAATATCCTCAGCGCCGACGCCATACGGCGTCATCAGGAACAGCACCAGCAATATCTTTCCATCGCCAGCCAGGGCGTCAGCGGCCTGGCCCAGCGCGTGGTGCCAGCCGGTTTTGCCGTACTGCTGAGCGACGAGCATGGCATCACCCTGGATTCCCGGCTCCCCAGCCAGCACGACATCTACACCCGATCGGGGCTGGTAGTGGGCGCGCAGTGGGACGAGTCGGTGGTGGGCACCAACGGCATCGGTACCACCCTGGCGGCGGCGCAGCCGTTGATCATTCATCGTGAGGAGCACTTCCTGGCATCGAATTTCAGCCTGAGCTGCTCGGTGGCGCCGATCTTCGACGCCCAAGGCTTGTTACGCGGCTGCCTGAATGCGACCTGCATGAACAACGAGGGCCCTCGTGAAAGCCAGTACCTCACGCTGCAACTGGTGATCATGTACGCGCGGCTGATCGAGAACGCAGACTTTCGCCAGCGCTATCGCGACCGCTTGACCCTGTCCCTCAAACCCATCGATGAAATTGCCGACCTGGCCAACGAACAACTGCTCGCGCTCGATGAAAGTGGTCGCGTCATCGGCGCCAACCGTGCCGCGTTTGTCGCCCTGGAGCTGGCAGATCAGCCGGCACTGCTCGGCACGCTCATCGACAGCCTGCTCCCGACTACGGTGGACGAACTGCTCCGGCTCACCAATGGCGGCGCCCAGGGTGTGCGCTTGCGCCGTTGTCAGGATGAAGCATTGCTGGACGTCGGCCTGCGTATCCCTTCCGAACGGCACCGCCCGCTGCCCGTCGCCCGCCCGGCCCCTGAGGCTCACCCGGATCTGCAGCAACTCGCCGGTCTCGACGCCCGGCTGCAACAAAACGTGCGACGCGTACGCAAGGTGATCGACAAGGGCATCCCGATCCTGATTACCGGCGAGACCGGCACCGGCAAGGAGGCCTTTGCTCGTGCCATCCACCAGGCCAGCCAACGTCGCGCCGGGCCTTTCGTGGCATTGAACTGCGCGGCGATTCCGGAAACGTTGATCGAGAGCGAGCTGTTCGGCTATCGCGCCGGCAGTTTCACCGGCGCCAACCGCAAAGGCATGAAAGGCAAACTGGAGCTGGCGAACGGCGGAACCCTGTTCCTTGATGAAATCGGCGACATGCCCGCCCATTTGCAGACGCGTTTGCTGCGGGTGCTGGCGGAGCGTGAAATCTCGCCTCTGGGGGCCGAGGTGCCGGTGACCCTGGATGTCCAGGTGATTTCGGCCACACACCAGGACCTGCAGGCGATGATCGGCGACAAGCGCTTTCGTGAAGACCTGTTCTATCGCCTCGCCGGCATGAACCTGGCGCTGCCGGCCTTGCGCGAACGCAGCGATCGGGCCGAGCTGATCGACAAGTTGCTCGCCGCCCAACCTGGCGCCCGCGGGTTATGGCTGAACGCCGATGCGCGCCAATGCCTGATCGACTACCCGTGGCCCGGCAACATTCGCCAGTTGCTCAATAGCCTGCGCTACGCGGTGGCCCTGGCGGAAGACGGCGTGATCGACCTGGATTGCCTGCCCGGCGAATTACTCTCACCGCAGGCGCTGCGGTTGCCTGGCAGCGCCCAACCGTCGACCAGCAACCTGGGTGAACAACTCGGGAGCGAAGAGGCCCGTCAACTGCTCGGCACCTTGCGTCGGCTGCGCTGGAACATCAGCGCCGCCGCCACCGAACTCGGCGTTTCGCGCTCGACGCTGTACCGCAAGATGAAAAAGCACGGCGTCGTCGCGCCCAACGATCAGCCCTGA MTLHDSQTIPGELAAFVNDHFSGRGLRPDGVIAQSWYRSVVEHRLDPGAPSRKNILSADAIRRHQEQHQQYLSIASQGVSGLAQRVVPAGFAVLLSDEHGITLDSRLPSQHDIYTRSGLVVGAQWDESVVGTNGIGTTLAAAQPLIIHREEHFLASNFSLSCSVAPIFDAQGLLRGCLNATCMNNEGPRESQYLTLQLVIMYARLIENADFRQRYRDRLTLSLKPIDEIADLANEQLLALDESGRVIGANRAAFVALELADQPALLGTLIDSLLPTTVDELLRLTNGGAQGVRLRRCQDEALLDVGLRIPSERHRPLPVARPAPEAHPDLQQLAGLDARLQQNVRRVRKVIDKGIPILITGETGTGKEAFARAIHQASQRRAGPFVALNCAAIPETLIESELFGYRAGSFTGANRKGMKGKLELANGGTLFLDEIGDMPAHLQTRLLRVLAEREISPLGAEVPVTLDVQVISATHQDLQAMIGDKRFREDLFYRLAGMNLALPALRERSDRAELIDKLLAAQPGARGLWLNADARQCLIDYPWPGNIRQLLNSLRYAVALAEDGVIDLDCLPGELLSPQALRLPGSAQPSTSNLGEQLGSEEARQLLGTLRRLRWNISAAATELGVSRSTLYRKMKKHGVVAPNDQP PGPT0001030_945 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 D1-35_02511 1437 aldA COG1012 Lactaldehyde dehydrogenase ATGACCGAGATCATCGATTACCAGAACTTCATCGCCAACGCCTTTGTCCCCAGCGAACCGAGCATCGAAGTGCACAACCCGGCCAACGGACGCTTGCTGGCGCGGGTGCCGCAAGCCAGCGGCGAACAGGTTGAAGCGGCCGTTGCCGCGGCGCGCAAGGCGCAGAAAGGCTGGGCGGCCCGCCCGGCCATCGAACGCGCTGGTTACCTGCGCAAGATCGCCAGCAAAGTGCGCGACAACGCCGAGCGCCTCGCCCATGTCATCACCGCCGAACAGGGCAAGGTGCTGGGGCTGGCGCGGGTGGAGGTCAACTTCACCGCCGACTATCTGGATTACATGGCGGAATGGGCGCGGCGCCTTGAAGGCGAGGTGCTGACCAGCGATCGCGCCGGCGAAAGCATCTTCCTGTTGCGCAAACCCCTGGGTGTGGTGGCCGGCATCCTGCCGTGGAACTTCCCGTTCTTCCTGATCGCACGCAAGATGGCGCCTGCGCTGGTGACCGGCAACACCATCGTGATCAAGCCCAGCGAAGAAACCCCGATCAACTGCTTCGAGTTCGCCCGCCTGGTCGCCGAAACCGACTTGCCGGCAGGCGTGTTCAACGTGGTCAGCGGCACCGGCGCAACGGTGGGGCATGACCTGACCCGCCATGCCGGCATCGACCTGATCAGCTTCACCGGCAGCGTCGGCACCGGCTCGCGAATCATGGCCGCAGCGGCGCCGAACATCACCAAGCTCAACCTGGAACTGGGCGGCAAGGCCCCGGCGATCGTGCTGGCGGACGCCGACCTGGCGCTGGCGGTCAAGGCGGTCACCGCGTCGCGGGTGATCAACAGCGGGCAAGTCTGCAATTGCGCCGAGCGGGTGTACGTCGAACGCAAGGTTGCGGATCAATTCATCGAGCAGATCGCCGCGTCGATGGCCGCGACCCGCTACGGCGACCCGCTGGCCGAAGACAATCTGGACATGGGCCCGCTGATCAACCAGGCGGCGCTGGACAAGGTCGCACAAATGGTCCGGACCGCCACGGGGCAGGGGGCCGAAGTGGTCACCGGCGGCGCGGTGGCCGACAAGGGCCAGGGCTTTCATTACCAGCCGACGGTGCTGGCCGGGTGTGGCAGCGACATGGCGATCATGCGCCAGGAGATTTTCGGCCCGGTGTTGCCGATCCAGATTGTCGATGACCTGGACGAAGCCATCGCCCTGGCCAACGACAGCGAGTACGGCCTGACCTCATCGATCTATACCCGCAGCCTGAGCGCGGCCATGCGCGCCAGCCATGAACTGGATTTCGGCGAAACCTACATCAACCGGGAGAATTTCGAAGCGATGCAGGGTTTTCATGCGGGGGCGCGCAAATCCGGTATCGGCGGCGCGGATGGCAAGCACGGTTTGTATGAGTACACCCATACTCATGTGGTTTACATCCAAATCTGA MTEIIDYQNFIANAFVPSEPSIEVHNPANGRLLARVPQASGEQVEAAVAAARKAQKGWAARPAIERAGYLRKIASKVRDNAERLAHVITAEQGKVLGLARVEVNFTADYLDYMAEWARRLEGEVLTSDRAGESIFLLRKPLGVVAGILPWNFPFFLIARKMAPALVTGNTIVIKPSEETPINCFEFARLVAETDLPAGVFNVVSGTGATVGHDLTRHAGIDLISFTGSVGTGSRIMAAAAPNITKLNLELGGKAPAIVLADADLALAVKAVTASRVINSGQVCNCAERVYVERKVADQFIEQIAASMAATRYGDPLAEDNLDMGPLINQAALDKVAQMVRTATGQGAEVVTGGAVADKGQGFHYQPTVLAGCGSDMAIMRQEIFGPVLPIQIVDDLDEAIALANDSEYGLTSSIYTRSLSAAMRASHELDFGETYINRENFEAMQGFHAGARKSGIGGADGKHGLYEYTHTHVVYIQI PGPT0001725_428 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0001725-aldA-K07248 NA NA D1-35_02512 2178 qgdA Quinohemoprotein alcohol dehydrogenase ADH-IIG ATGACACAGATTGGCCTCGCCGTGCCTACTGCTTCTGCGAAAGCGTGCCCGCGCGTTCCCCTCAAGACGTTATTTATCGTGCTGGCGCTTGCCCTCAATGCCGCCCCAGGCTGGGCGCAGGACATGCCGGCGAATGTCGATGGCAAGCGCATCATTGCCGCCGACCGGGAGCCGGGGAACTGGATGAGTACCGGCCGTACCTACGACGAGCAGCGCTACAGCCCCCTGAACAAAATCAGCGACCAGAACGTTGGCCAGCTGGGCCTCGCGTGGAGCTACAAGCTCGACCTGGATCGTGGTGTCGAGGCCACGCCGATCGTGGTCGATGGCGTGATGTACACCACCGGTCCGTTCTCCGTGGTCTACGCCCTGGATGCGCGCGACGGCAAGCTGATCTGGAAGTACGACCCCAAGTCTGACCGCAACCGCGCCGGCGAGGCCTGTTGCGATGCGGTCAACCGGGGTGTGGCGGTGTGGAAGGGCAAGGTCTACGTGGGTGTGCTCGACGGGCGCCTGGAGGCGATCGATGCCAAGACCGGCCAGCGCGCCTGGTCGGTGGACACCCGCGCCGATCACTCGCGCAGCTACACCATCACCGGGGCCCCGCGGGTGGTCAACGGCAAAGTGGTGATCGGCAACGGCGGCGCCGAGTTCGGCGTACGCGGTTACGTCACCGCCTACGACGCTGAAACCGGCAAGCAGGCCTGGCGTTTCTTCACGGTACCGGGTGACCCCAAGCTGCCGCCCGAAGACAAGGCCATGGCGATCGCCGCCAAGACCTGGCACGGCGATGCCTATGTGGCCCAGGGCGGGGGCGGTACGGCCTGGGACTCTTTCGCTTTCGACCCGGACTTGAACCTGCTGTACATCGGGGTGGGCAATGGCTCGCTGTGGGACCCGAAATGGCGTAGCCAGGCCAAGGGTGACAACCTGTTCCTGTCATCCATCGTCGCGGTCAATGCCGACACCGGCGAGTACGCCTGGCACTACCAGACCACGCCAGGAGACGCCTGGGACTACACCGCCACCCAGCACATGATCCTGGCTGAACTGCCGATCGATGGAAAGCCGCGCAAGGTCTTGATGCAGGCGCCGAAGAACGGTTTTTTCTACGTGATCGACCGCGCCACGGGTGAGCTGCTGTCGGCCAAGGGGATCGTGCCGCAAAGCTGGACCAAGGGCATGGACATGAAGACCGGCCGGCCGATCGTCGACGACGAGAATGCCGCGTACTGGAAGGATGGCAAGCGCAAACTGGTCACGCCGGCGTTCTGGGGCGCCCACGACTGGCAGCCGATGTCCTACAACCCGAACACGGGCCTGGTGTATATCCCGGCGCACATCATGTCGGCCTACTACGAGCACATCCCCGAGGCGCCGAAGCGCAACCCGTTCAAGAGCATGTACCAGTTGGGCCTGCGCACCGGGATGATGCCGGAGGATGCCGACGGGCTGCTGGAAATGGCCAAGGGCTGGTCGGGCAAACTGATTGCCTGGGATCCGGTCAAGCAGCAACCGGCCTGGGAAGTGCCCTATGTGACGATCTTCAACGGCGGCACCTTGAGCACCGCCGGCAACCTGGTGTTCGAGGGCAGCGCCGATGGCCGGGTGATCGCCTACGCCGCCGACACCGGCAAGAAACTCTGGGAGCAGCCGGCGGCCAGTGGCGTCATGGCCGCGCCGATTACCTACAGCGTGGACGGTGAGCAATACGTCACCTTCATGGCCGGCTGGGGCGGAGCCTTCTCGACGTTTGCCGGGGCTTTGTCCCTGCGCGCCGGGGTGCGGCCGTTCTCCCAGGTGCTGACCTACAAACTGGGCGGCACCGCGAAACTCAACGAGCCGGCGCCGCTTGCCGACACGCCGAAACCGCCGCCACTGACCGCTGACATGGCGGCGGTGGACGCCGGCGGCAAGCTCTATGACGGCTACTGCTCGCAGTGCCACGGCATCCATGCCGTCAGCGGTGGCGTGCTGCCGGACCTGCGCAAGCTGACCAGCGAAAAACACCAGATGTTCCTCGGCATTCTTTATGGCGGCCGAGTACCTGACGGCATGCCGTCCTTTGCCGATGCCTTCACGCCGGAACAGGTCGAGCAGATTCATCAATACCTGATCAAGCGCGCCCACGACCTGCAGCAGGAAGGCGGCGTCTGGAAAACCTTCAGCGCCAAATGA MTQIGLAVPTASAKACPRVPLKTLFIVLALALNAAPGWAQDMPANVDGKRIIAADREPGNWMSTGRTYDEQRYSPLNKISDQNVGQLGLAWSYKLDLDRGVEATPIVVDGVMYTTGPFSVVYALDARDGKLIWKYDPKSDRNRAGEACCDAVNRGVAVWKGKVYVGVLDGRLEAIDAKTGQRAWSVDTRADHSRSYTITGAPRVVNGKVVIGNGGAEFGVRGYVTAYDAETGKQAWRFFTVPGDPKLPPEDKAMAIAAKTWHGDAYVAQGGGGTAWDSFAFDPDLNLLYIGVGNGSLWDPKWRSQAKGDNLFLSSIVAVNADTGEYAWHYQTTPGDAWDYTATQHMILAELPIDGKPRKVLMQAPKNGFFYVIDRATGELLSAKGIVPQSWTKGMDMKTGRPIVDDENAAYWKDGKRKLVTPAFWGAHDWQPMSYNPNTGLVYIPAHIMSAYYEHIPEAPKRNPFKSMYQLGLRTGMMPEDADGLLEMAKGWSGKLIAWDPVKQQPAWEVPYVTIFNGGTLSTAGNLVFEGSADGRVIAYAADTGKKLWEQPAASGVMAAPITYSVDGEQYVTFMAGWGGAFSTFAGALSLRAGVRPFSQVLTYKLGGTAKLNEPAPLADTPKPPPLTADMAAVDAGGKLYDGYCSQCHGIHAVSGGVLPDLRKLTSEKHQMFLGILYGGRVPDGMPSFADAFTPEQVEQIHQYLIKRAHDLQQEGGVWKTFSAK PGPT0006870_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUBSTRATE_UTILIZATION-OTHERS PLANT_DERIVED_ALCOHOL_DEHYDROGENASE-CYTOCHROME_C,PGPT0006870-exaA-K00114 NA NA D1-35_02513 2154 hypothetical protein ATGCTTAAGCCCGACAGCACCTTGCTCGACCGGAACGCCGCCTTGGCTCAGCGAGATGCGGCCGTCAATGAGCGCGATACCGCGCTGGCGAAAGTCGACTTCCTGCAAAACACCCGTTCGTGGCGTTTCACCCGGCCACTGCGTACGCTGTTCCGGGTGCTGCGTTATGGATTTTCCGCCTACCGGGAGTTTCCCGAAACGGCTCCGGCAATCGTCTACCCGGCAGCGCCGGAACCGTTGCCGAACGTTGAGGTACAAGCGGATTTCGCCACCAGAGGGCAGCTGGATATTCTCTGCTTCGCCAATATCGACTGGGCCGCGCGCTTCCAGCGACCGCAGCAGTTGATGAGCCAGTTCGCGAGCAATGGTTATCGGGTGTTTTATATCGTTCCATCCAGTGTGCCGGAGCAGGGACAGCTTTATCGAGTGACGTCAGTGGCGTCCAACCTTTTCGAGGTGGCGCTGCATCGCGATGTGCAAATGGCCTATTACGAAAAGATAGTGACGCCTGAGAACCATCAGGCGTTGCTGCGTGCGATTGCTGCATTGGTCACTGACATGCAGATCAGAACCGCCCTCTCGGTGGTGCATATTGCCTACTGGAGCCCCGTGGTACTCAGCCTGCGCACGCTGCATGGCTGGCGCATTCACTATGACTGCATGGACGATTGGGATGGTTTTCCGAACATCGGCGAACAGCTGCTGAGCGAGGAAAAGACCCTGGTCGCCCAGGCCGATCTGGTGACTGTTTCCGCGGCGGTGCTTTACCAGAAATGGTGCGCTCATAACCCTCGCTGCGTGCTGGTGCGAAACGCTGTGGATTTTGCTTTTTTCCACCAGCACTGTTTTACCAACGATCTGCTGAGCGGGCTGGTCGGCCCGGTGATTGGCTATTACGGCGCCTTGGCTGAATGGCTCGATTATCCACTGCTGGCGGCGTTGGCGGACCTGCGACCGACGTGGAATTTCATCCTGGTGGGGGATATTTTCGTAGAGGACCTGGCGGGGCTCGAGCACAAGCCCAATGTGCGGTTGTTGGGCCGCAAGCCGTACACCGACATGCCGCTGTACCTGGATCATTTCGATGCGTGCCTGATTCCCTTCAGGCTCTACAACGTGACCCATGCGGTCGATCCGGTGAAGTTCTACGAGTACCTCAGCGCCGGCAAACCGGTGATCTCCACGCCACTGGCGGAGATCGCCATCTACAAGGACCTGCTGTACTTCGCAACCGGAGTCGATGAGTTCATCGAGCAGATCGAGCGTGCCCTGGCCGAGCGCGATCTGGCCCTTTACAAGCGGCGTGTGGAGCTCGCTCGGGCCAACGATTGGAAGGATCGATTTAATAGCATGCAACTTGCCATCGTCGGGCTGTACGAGAAAGTCTCCATCGTCATCGTGACGTACGACAACCTCAATCTGACGATTCAATGTGTCAACAGCATTCTGCGTAATACCACCTGGCCCAATTACCAACTGATTGTCGTCGACAACGGCTCGGACGATGGTACGCAAGATTATCTTGAACGCCTGGGCCGTGAGGTACCGTTCACGAAGATCATCCTCAACCCGGACAACCGGGGCTTCGCTGCGGCGAACAACCAGGGTTTGCGAGAAGCCGACGGTGACGTCCTGCTACTGCTCAATAACGACACGGTGGTACCGGGCGGTTGGCTCGATCCGCTGGTCAGGCTTTTGCGTGACCCGAGTATCGGCCTGGTCGGGCCGGTCACGAATGCGGTAGGAAACGAAGCGAAGATCGAGATTTCCTATACTGACATCCAACAGATGCAGGCGTTTGCAGACCACTACACCGTAGCCCGTAAGGGGCAGTCGTTCGATATATCCATGCTCGCAATGTTTTGTGTCGCCTTTCGCCGAACCACCTTCGATGAGGTGGGGTATCTGGATGAAACGTTCGGTATCGGGTTGTTCGAAGATGACGACTACAGCCGTCGTGTTCAGGCTGCCGGCTACCGCACGGTCTGCGCTGAAGATGCGTTTATCCATCACTACGGGCAGGCCTCGTTCAGCAAGCTGATCGCCAGCGGCGAATACCAGGCGCTCTGGGACAAAAACCAGGCGTATTTCGAAAGCAAATGGGGGGCGTGGCAAGCCCACGTACATCGCGACGAGCCCGGTGCGGAGGGGTAG MLKPDSTLLDRNAALAQRDAAVNERDTALAKVDFLQNTRSWRFTRPLRTLFRVLRYGFSAYREFPETAPAIVYPAAPEPLPNVEVQADFATRGQLDILCFANIDWAARFQRPQQLMSQFASNGYRVFYIVPSSVPEQGQLYRVTSVASNLFEVALHRDVQMAYYEKIVTPENHQALLRAIAALVTDMQIRTALSVVHIAYWSPVVLSLRTLHGWRIHYDCMDDWDGFPNIGEQLLSEEKTLVAQADLVTVSAAVLYQKWCAHNPRCVLVRNAVDFAFFHQHCFTNDLLSGLVGPVIGYYGALAEWLDYPLLAALADLRPTWNFILVGDIFVEDLAGLEHKPNVRLLGRKPYTDMPLYLDHFDACLIPFRLYNVTHAVDPVKFYEYLSAGKPVISTPLAEIAIYKDLLYFATGVDEFIEQIERALAERDLALYKRRVELARANDWKDRFNSMQLAIVGLYEKVSIVIVTYDNLNLTIQCVNSILRNTTWPNYQLIVVDNGSDDGTQDYLERLGREVPFTKIILNPDNRGFAAANNQGLREADGDVLLLLNNDTVVPGGWLDPLVRLLRDPSIGLVGPVTNAVGNEAKIEISYTDIQQMQAFADHYTVARKGQSFDISMLAMFCVAFRRTTFDEVGYLDETFGIGLFEDDDYSRRVQAAGYRTVCAEDAFIHHYGQASFSKLIASGEYQALWDKNQAYFESKWGAWQAHVHRDEPGAEG NA NA NA NA NA D1-35_02514 687 hypothetical protein ATGCTAGATCTCTCTCGTCTCACGCCAGCGGCGCTAAAGGATCAGCCGTTCTCATGGGCTGAAATCGGCAACCTGTACTCGGCCGAGGATGCCGCCGCGTTGGCAGCGTCTTTTCCTCATGATCACTTCAAGACCGTGAGTGGTTATGGCGGTGAAAAAAACTATGACTACGAGGCACGAGCCTTGTTGGGCATGGGCGACGATACCATCGCTCATGCGCAGGAATTGAGCGAGGCATGGTTGCGGCTGGCTCGGGATCTTGGCTCGGCTGGTTATCGCGAAGCCATGTCGCAAATGACTGGAATCGATCTGCGCAGCGTGCCGATGGAGGTCAATGTCTTTCATTACGGTCCGGGTGCGAGCCTGGGCGCCCATCCGGACCTGCCCGATAAACTGGTCACCCATATCCTCTATTTCAATGAGTCCTGGGACCGCAACGACGGCGGTTGCCTGAACATCCTGCACCGCAACGATCCCAGCGCAGTGGCGGCCGAGATCGAGCCCCTGGTGGGTAATTCGGCGATCCTGGTGCGCTCGGATAATTCCTGGCATGCCGTCACGCCCGTAGTCAATGGCTGCCATTCTTCCCGTCGTAGCCTGACCGCAACGTTCTACCGGCCGGGCTCGCGCAGTTCCATGTGGCCGCCGGATGACAGCACGCCGCTGCATCGGTACCCGCATGCTTAA MLDLSRLTPAALKDQPFSWAEIGNLYSAEDAAALAASFPHDHFKTVSGYGGEKNYDYEARALLGMGDDTIAHAQELSEAWLRLARDLGSAGYREAMSQMTGIDLRSVPMEVNVFHYGPGASLGAHPDLPDKLVTHILYFNESWDRNDGGCLNILHRNDPSAVAAEIEPLVGNSAILVRSDNSWHAVTPVVNGCHSSRRSLTATFYRPGSRSSMWPPDDSTPLHRYPHA NA NA NA NA NA D1-35_02515 2763 btuD_5 Vitamin B12 import ATP-binding protein BtuD GTGCCGCTAACGGAAGTGACTCATGGAAGGGCTTTGCCGATGTCGTTTGAAGTGGCCATCAGCGCCGAGAACCTGAGCAAGTGTTATCAGATCTACGATGCGCCCAAGGACCGCCTGTTGCAGATGCTGGTGCGCGGCAGGAAGCGTTTCTACCGCGAGTTCTGGGCCCTGGACGATGTTTCCCTGACCATCGCAAGGGGGGAGACCGTCGGCATAATCGGCCGTAACGGCAGTGGCAAATCCACCTTGTTGCAACTGATCTGCGGAACGTTGATGCCGACCCGGGGCAGTGTTCGCGGGCATGGCCGGATTGCGGCGTTGCTTGAGCTCGGGTCGGGTTTCAATCCGGAGTTCAGCGGCCGCGAGAACGTCTATGTGAACGCGGCGGTGCTGGGCTTGAGTCGCGCGGAAATCGATGCTCGTTTTGATGACATCATTGCCTTCGCCAACATCGGCGACTTCATCGACCAGCCCACCAAAATCTATTCCAGCGGGATGCTGGTCCGGCTGGCCTTCGCCGTTTCGGTCTGTGTGGAACCGGAGATCCTGATCGTCGACGAGGCCCTCTCCGTCGGCGATGCATCTTTTCAATTCAAATGCCTGAACCGCCTGGAAGAACTGGCTGCCAAAGGCACCACGCTGCTGTTCGTCTCCCACGACATGAGCATGGTCAAACGGTTTTGCCACCGGGTCATCTATCTGCGCGCAGGCCGCGTCGTTGCCAGCGGCTCACCCGATGAAATGGCCGAGTTGCACTTGCTCGACATGCGTGACGAGCAACGTCGCTGGGCCAGTGGCGGGGCCATACCGGTTACACAAAAATCCTTTATTGGCGGTCAGCAGGGGATGGCCTTTGGAACCGGGGAGGGACACATCAGCGCCGCCTGCTTCACCAACACTCGGCAGCTTTCTTCGAGTTACCTGTATGGCGACGACGTCGAGATTCGCGTTGAAGCGTTACTGCATGAGTCGATCACTCAGCCCAACATCAGCTTCACTATCCAGGAAGCGAGGCTGCTGGTGATCGGCGGGGGCAACTTCGCCCTGCAGCCGGGCCCGGTCGAAAACGGCTTGCGGCATACGGCCATTACGGTGCGCTTCCCGGCCAACCTCGCCGAGGGGCGTTACCACGTCACGCTCAAGCTGTTGCATGGCGCGACGGAAGACACCTCGCAACTGATCGAGAAGCAAGTCGCGCCCTTGGCGTTCGACATGTTGCCCAGCCACAAGCATTTCCTGGGTATGGTTGACTTGGGATTGCAGAGCGTCGACCCGCGAGCGGCCGAGTCGCCTCCCAAGACCTGCGGGATTCAAGCAGAGGAGGACCTGGCGGAACACTTGGATGAGCGCACGTGGCAGGTGGCTATCTTCGGCACCTTCGACGTAGAAAACTATGGTGACCTGCTGTTCCCCATCATCGCCGAGGCAGAGCTGGCCCGGCGCTTGGGTTCGGTCAATCTGCAGCGGTTTTCCTATCATGGGAAAACCCCATCCGAATGGCCCTATGCGGTGACGTCGTTGACAGAGCTGCCCGCTGTAGCGGCAGGCCTGGATGGCGTGTTGATCGGCGGTGGTTTCCTGATCCGATTCGATAAAGTCGTTGCCCATGGCTATGGTCCGACCACTGCCGACATCCATCACCCTACCGGTTATTGGCTGACCCCCGCGCTCATCGCGCTGCAGCATGCCGTTCCGGTCATGTGGAATGCACCGGGGATGCATTGCAACAGTATTCCCGATTGGGCCAGGCCGTTATTGACGATGGCCCTTGAGCAGAGCCGGTACGTGCGCGTCCGTGATGCCCTGTCGCGCGATACCCTCGGCGCGCTCAGCCAGCAAATCGAGATCGAAGTGCTGCCCGACACCGCGTTCGGCTTGCCGCGCCTGATCGGTGAGCAACGGCCCTCGGCCGAGTTTGTTCGGCTGCGCGAGCATGCCGGGCTGACCGGGCCCTACATCGTGATCCACGCCATTCATGTGGTGGAGTCCTTTGTAAAATTGTTCGAAGACCACCCTGAGGCGTTCCTGGGCTACCAGTTCCTGGTGGTGCCGATTGGACCGGTCCTGGGCGACGATCCGTCAGTGATTGCCGGGCGGCTGCCCGGATCCATCACCTTGCCGTTCTGGCCGAAGCCGTTGCTCATGGCCGAAATTCTCAGCCAGGCCCAAGCGGTGATCGGCCATAGCTATCACCTGGCGATCACCGCCCTGGCGTTTGGCGTGCCGGTGTTTTGCTCGGCGGACCTGACCACGGGCAAGTACACGGCGCTGGCGGGGTTCGACACGCTACATGCGTTGCCGAACGTCGCGACGATCGATCCGCAATGGTTCCTCGCCCGCGTGGGCAAGACTCAGCCATCGCCCTTGGCGCGTGCGGCGGCGGATCAGTTGGTGGAGCATTGGGACCGGGTCGCTGAGATCATTCGCCAAGGTAAAACGGCGTCACAGCCGGTGCTGGGGGCTTTTCTGCAGCACCTGCCGAATCTGCTCGAAGCCGCGGCCGAGACGTGCTACCCAGTGCCAGCTGAATCGCCGGTGAGTCCGGTCATCCCTGTGCCGCAGATCAACGAACCCGCGCAGGACCTGGCAGCACGAGAGCTTGCCCAACAGCAACGGATCATCCAGCTCCGTGAGCAACTGGCTCGCAGCGATGCCAGGATGCGTGAGCTGCAGAACTCCAATTCATTCCGAATGACCGCGCCACTGCGTTCCATCGCCCGTGGTATCAGAAACCTGACAGCGAACAAAGACCGACAATGCTAG MPLTEVTHGRALPMSFEVAISAENLSKCYQIYDAPKDRLLQMLVRGRKRFYREFWALDDVSLTIARGETVGIIGRNGSGKSTLLQLICGTLMPTRGSVRGHGRIAALLELGSGFNPEFSGRENVYVNAAVLGLSRAEIDARFDDIIAFANIGDFIDQPTKIYSSGMLVRLAFAVSVCVEPEILIVDEALSVGDASFQFKCLNRLEELAAKGTTLLFVSHDMSMVKRFCHRVIYLRAGRVVASGSPDEMAELHLLDMRDEQRRWASGGAIPVTQKSFIGGQQGMAFGTGEGHISAACFTNTRQLSSSYLYGDDVEIRVEALLHESITQPNISFTIQEARLLVIGGGNFALQPGPVENGLRHTAITVRFPANLAEGRYHVTLKLLHGATEDTSQLIEKQVAPLAFDMLPSHKHFLGMVDLGLQSVDPRAAESPPKTCGIQAEEDLAEHLDERTWQVAIFGTFDVENYGDLLFPIIAEAELARRLGSVNLQRFSYHGKTPSEWPYAVTSLTELPAVAAGLDGVLIGGGFLIRFDKVVAHGYGPTTADIHHPTGYWLTPALIALQHAVPVMWNAPGMHCNSIPDWARPLLTMALEQSRYVRVRDALSRDTLGALSQQIEIEVLPDTAFGLPRLIGEQRPSAEFVRLREHAGLTGPYIVIHAIHVVESFVKLFEDHPEAFLGYQFLVVPIGPVLGDDPSVIAGRLPGSITLPFWPKPLLMAEILSQAQAVIGHSYHLAITALAFGVPVFCSADLTTGKYTALAGFDTLHALPNVATIDPQWFLARVGKTQPSPLARAAADQLVEHWDRVAEIIRQGKTASQPVLGAFLQHLPNLLEAAAETCYPVPAESPVSPVIPVPQINEPAQDLAARELAQQQRIIQLREQLARSDARMRELQNSNSFRMTAPLRSIARGIRNLTANKDRQC PGPT0023305_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023305-ABC_2_LPSE_A|wzt|rfbB|tagH-K09691 NA NA D1-35_02516 516 hypothetical protein GTGCTGGCCAATACCAACTACGTCAAAAAGATCGTCTTCCCGCTGGAAACCCTGCCGATGGTGTCGCTCGGCGCTGCGCTGTTCCACATGGCGATCAGCATCCTGGCCTGGCTGCTCTTCTATATCGTGCTGTTCGGAACCCCTCCGGCAACTGCCCTTCTGCTGCCGTTGGTGCTGTTTCCGTTGGTGTTGTTGACGCTGGGTATTTCCTGGTTCCTCGCCTCGATAAGCGTATACCTGCGCGATATCGGCCAATTCATCGGCATCGTCATAACGGCGATGCTCTTTCTCTCGCCGATTTTCTACCCCCTTACGATACTTCCACAAAGCTATCAGGCCGCCTTGCAGGCGAACCCCCTGACGCTGCCGGTGGAAATGGTTCGTGACGTACTGTTCTGGGGCAGGACACCGCAATGGGCGCAGCTGGCGGCTTATTCGGCAATTTCCTTGCTGATTGCCTGTGCCGGATTCGCCTGGTTCCAGAGGACACGCAAAGGCTTTGCCGATGTCATATGA MLANTNYVKKIVFPLETLPMVSLGAALFHMAISILAWLLFYIVLFGTPPATALLLPLVLFPLVLLTLGISWFLASISVYLRDIGQFIGIVITAMLFLSPIFYPLTILPQSYQAALQANPLTLPVEMVRDVLFWGRTPQWAQLAAYSAISLLIACAGFAWFQRTRKGFADVI PGPT0023304_1150 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023304-ABC_2_LPSE_P|wzm|rfbA|tagG-K09690 NA NA D1-35_02517 2475 hypothetical protein ATGTCCAAGGGACTGGAAGAACGCATGGATCAGATCAACCGTCTTGTCGATCACATTGACAAACTGACTCGCTCAACACAGTCCAGATCCATTGAAGCCTTGCAGTTGGTCAAGGAAATCGAGAATCGGGACCGGCTGATCAAGCAACTGAACCTGGGCTCACAAGCGCTTCGCACTCGCCTGTCGCTTCAGGAAGGCAAGGCCGGGCGACTGCGCGAGCAATTGCAAGTGACCGAACGGCGCCTCAAAGACACCCAGGCATCACTTCGCGCAAAAGAACGGCAAGCGGTGGAGCTGTCTGATTGGGCGGTGGATCTGCGCGCACAACTGGCGGCGAAGCAGACTGAGCTGCTCAAGCTTTCTGACTGGGGCAACGCCATCGAACGCGCACCGCTGCGTTATTCGATACGCAAGCAGCTGTATAAATTATCGCGCCGGATCTACGCCTGGTTGCCGCTCACCGCACAGCAGAAAAGCAGGCTGGCCCAGCGGCTTCGAAGCTGGCTGAAACGCACCACGGCGACAGCCGGCGAATCATCGGCGTCCCCAAGCCTCGCGCCGCTGCAACCCCTGCTACCACCGATTGACCTTGCCGTGCCATCCAGTCACGGGCAGCCGACGATCCTGATGTTCGGCGTGATCGATTGGCACTTCCGCATCCAGCGCCCACAAAACCTGGCCAAGGAGTTGGCGCGGGCGGGACAAACGACGTTTTATATTTCCAACCACTTTATCGACGATGATGCTCCCGGCTTCGAGGCGGAGCGCCTGGAAGGCTCCGAGCGGCTGTTCCAGATCCGTTTCAAGGTGCGCGGGGCTCCGGCCATTTATCATGCCCCGCCTTCAGCGGCCGCGATCAGCCAGTTGCGCCAAGGCCTGGCCATGCTGCTGGACGCGGCGAACGTCGCCGCCGTGGATTGCATCGTCCAGCACGCCTACTGGTTCCCGCTGGCAAGACGTGTCCCCAACGCCACGCTGGTCTATGACTGCATGGATCATCACGAAGGTTTCGGCAATGTTGCCCAGGAACTGCTCGACCTGGAAATCGCCTTGATGCGCCGGGCCGATCTGCTGGTGGCGACTTCCGACTGGATCGAACAACACGGCAAGCGGGAAAACCGCAACGTAGAGGTGATCCGCAACGCCTGCGAATACGGTTTTTTCAGCCAACGTCCCGACAAGATCTACCGGGACCCGGCCAACAGAAAGATCATCGGCTACTACGGCGTCATCGCCGAATGGTTCGACCTGGAACTGGTCAAACGCGTCGCCCAGTCCTTCCCACAGCAGCTGATCCTGTTGATCGGCAGCGATATCGTCCAGGCGAAAAAATATTTCAAGGCCTGCCCGAATGTGGTCCTGGAAGGCGAAGTCCCGTATGCCTCCCTGCCCTATTACCTCTACGCCATGGATGTTTGCCTGCTTCCGTTCAAGGTCATGCCCCTGACGCTCGCCACCAATCCGGTCAAAGTCTATGAATACCTGAGCGCAGGAAAACCGGTAGTGTCGGTGAAACTGCCAGAGTTGAGCCAGTTCGGCAAACTGGCCTGGGCTGTTGAACAGCCCTCTGAATTCATCTCTGCCATACGCGGTGTACTCGATGCTCTGCCAGAGGTCGGCGCAACGCCAAAGGCGCGTCAATCGTTCGCCCAGGGCCAGACCTGGCAGCATCGGGCCGCCAGCCTGCGCAAGGCCATCGCGTCATTGCCCCTGCCCAAGGTCAGCGTCGTGGTGTTGACCTACAACAACCTCGAACTGACCAAGGCTTGCCTCGACAGTCTGTTGACCCAGAGCCAGTACCCGAACCTCGAAATCATCGTGGTCGACAACTGCTCCAGCGACCAGACCCCGGCCTATCTCACTGCCTGGGCCAAGGGACATCCCGAACGGATCGTCATCCTCAATCCGGACAACAAGGGATTCGCCGCAGGGAACAACCAAGGGCTCGCGGCAGCCAGTGGCGAGTACCTGGTCATCCTCAACAACGACACGGTCGTCACCGCCGGCTGGATCAGGGGGTTGATCCGTCATCTGAAGGACCACGAGGAAATCGGCATCATCGGTCCGGTCACCAACAACATCGGCAACGAAGCCAAAGTCAGCACCCGTTATGGCCGGATGGAGGACATGCCCGCCGAAGCCGCGCAAATGACCCGTGCCCGAATGGGCGAGTGGTTCGAAATCAACACCCTGGCGTTTTTCTGCGTGATGTTCCCGCGCTCGACCTACGAGCAGATCGGCGGTCTGTGCGAGGAGTACGGCCTGGGGTTCTTCGAGGATGACGATTACTGCCGCCGCGTGCAGCGTCGCGGCCTGCGCGCGGCTTGCGCCGAAGACGTCTTCGTCCATCACCACCTGTCCGCCTCGTTCAACACCTTGGGTGCCAGGAAAAAACAGGCACTTTTCGAGAAGAACCGGGCGATCTACGAGAACAAATGGGGATCCTGGGTTCCGCACACGTACCGAGATGTATAG MSKGLEERMDQINRLVDHIDKLTRSTQSRSIEALQLVKEIENRDRLIKQLNLGSQALRTRLSLQEGKAGRLREQLQVTERRLKDTQASLRAKERQAVELSDWAVDLRAQLAAKQTELLKLSDWGNAIERAPLRYSIRKQLYKLSRRIYAWLPLTAQQKSRLAQRLRSWLKRTTATAGESSASPSLAPLQPLLPPIDLAVPSSHGQPTILMFGVIDWHFRIQRPQNLAKELARAGQTTFYISNHFIDDDAPGFEAERLEGSERLFQIRFKVRGAPAIYHAPPSAAAISQLRQGLAMLLDAANVAAVDCIVQHAYWFPLARRVPNATLVYDCMDHHEGFGNVAQELLDLEIALMRRADLLVATSDWIEQHGKRENRNVEVIRNACEYGFFSQRPDKIYRDPANRKIIGYYGVIAEWFDLELVKRVAQSFPQQLILLIGSDIVQAKKYFKACPNVVLEGEVPYASLPYYLYAMDVCLLPFKVMPLTLATNPVKVYEYLSAGKPVVSVKLPELSQFGKLAWAVEQPSEFISAIRGVLDALPEVGATPKARQSFAQGQTWQHRAASLRKAIASLPLPKVSVVVLTYNNLELTKACLDSLLTQSQYPNLEIIVVDNCSSDQTPAYLTAWAKGHPERIVILNPDNKGFAAGNNQGLAAASGEYLVILNNDTVVTAGWIRGLIRHLKDHEEIGIIGPVTNNIGNEAKVSTRYGRMEDMPAEAAQMTRARMGEWFEINTLAFFCVMFPRSTYEQIGGLCEEYGLGFFEDDDYCRRVQRRGLRAACAEDVFVHHHLSASFNTLGARKKQALFEKNRAIYENKWGSWVPHTYRDV NA NA NA NA NA D1-35_02518 2409 hypothetical protein TTGCCTGGATCAAGCCTGAAATACGCAGTGGTGCTGTTGGTTTTACTGGCGAGTACGGCGGTCGGCGTGTACGGTTTTTCGACGCTTGAACTGGCGTCCATGAACAGCAGCAGCCGCACGATACTGCTGTCAGTGGCAGTCCTGGCGGCCCTTACCGCTTTCACTCGCAAGCCGCCGATCATTCTTTGCCTTGGCCTGCTGGCGTGCCTGACCATTGCCTGCGCGCAGATCTGGCCGATGATTGTCGTCGCGGTCTTCGCGCTGTCTGCCACCGTGCTCGGCAGGTGGCTGCTCAGGCAAGAAAATCCGGCCGACTGGAGCATCCATCTGCTGATGGGCATCGGCACGTTCGGTACGCTGACAGGCCTGGCTGCGTATATGCCGATCAACTATCCCTGGCTGTATGGCGCGATGCTGGCAGTGCCGCTTGTACTGGGGCGCAAACAGGTCCTGTCGATAGGTCGCGAACTGCTGACACAAATCCAGGCCACCCGCTCGGCACAAACGCCCCTGCAAACCGGGCTCGATGTATTGATTGGCGGCTTCGCCTGCCTCTACGTGCTGGTAGCCTTCATGCCGGAGGTCGGCCACGACGCCTTGGCCATGCACCTCTTCGTCCCTTCACACCTGGCCCAGCGGCACCAATGGTCGTTCGATGCAAACACCTATGTGTGGGCCGTCATGCCCATGCTGGCCGACTGGATCTATAGCATCGTCTATATGCTGGCGGGCGAAACGGCGTCACGCCTGAGCAATAGCGCGTTCGCCTTGCTGGTGGCGTGGCAGATTCGCAACATGACCCTTTGGGCCGGGGGCTCCGCCACGAGCGCTCGCGGGGCAAGCCTGATCTTTCTGTCGACGCCCCTCGCCTTCGCTGAAAGCAGCAGCCTGCATATAGAGTCGGCGTGGACCGCCTTCATGCTGGCCGGGACCCTGGCAATCCTGAAGGTCTCAGGCTTCACTGCGGATCCTCGGGAACGCCTGTCGCAACTGGCCCTGGCCGGTGTCCTGCTGGGCTTCGCCATGGCGACCAAGGCGGTGACGCTGAGTGTCCTGCCGGTCCTGCTGTTGGTCCTCTTGCTGCAGTACAAGGCCTGGGCCATGCGAGGAATCGTCAAGACCCTCATGCTCGGCAGCGCCGGCCTGCTGCTGGCGGGCGCTACCCCTTACGTCTGCGCCGGGTACTTGACCGGTAATCCGGTGTTCCCGTTTTTCAACGGGGTTTTCCATTCGCCGCTCTGGCCGGACATGAACTTCGAACCGCCCGCCACTTTCGGTACCGGGATGACCTGGGACACCCTCTATCGAATGGTCTTCCAGTCGCCGCAGTTCATCGAGGGGCGGGTCGGCGCGGCGGGTTTCCAGTGGCTGCTGCTACCCACAGCGGCCGTCGCCGTGCTGTTGAGCGGCAACAAAAAAGCCCTGTGCATCCTCCTGGTCGGCGCCGGCGCGATGTTCATGACGTTCCAGTCAACGGCCTACCTGCGTTATGTGTTTCCCTCCTTTGCGCTGTTCTCGGTGATCCTCGCCCTGCCCTTTTCCGACGCCAGGGCCTTCCCCCGCAGCCTCGCCATCGCGGCCGGTGCCGTGTTGGTCCTGGCCAATACCCGCTTCATCCAGGCCGCGACTTACTATGGCGAAATCAAACCCTCGGCACTCTTGAGCCAGGCCGGTCGGGAGGCCTTTTTGCTGGAGCGCCTGCCGATCCGGAAAATGGTCGACACCGTCAACGCCTTGAACAGCGGTTATCAACCCGTGGCGGTTTTTGCGTCGCCCTTGATGGCGGGTTTGCGTGGCGATGCCCTTTACGCATCGTGGTACAACCTGAAGTGGAAGGGCGAATTCGACGCAGCGACCTCGCCGGCGGAGCTTACCCGGCGCTTGCGCCAGCGCCAGGTGAACTGGCTGGTGATCGATCTCAAGTCTCTTCCCCAGGCGCAACTCGACCGCCTGCTCGCCGTGTCCACGTCATATTCCAGGCTGGGTAACCTGGACCTGCGCAAACTCAACGCCACCCACTACGAGCTCCTGCTCAATCCGGACCTGTCCAGCCTCGACGGCTGGAACCTGCTGTCGCCCTCGACCTATGACACCTCGCGCAAAATCCTGACCGTCAACGTCAACACACCCGCCACCCAGCGCGTCGACGTCACGCCGGGGCTGACCTACATCAACAGTGTGTCCGCACGCTGCGCGGAGGCAGCCACTACCGGAAGAATCCAGGCCAACTGGATTGACGACCAAGGCGACTTCATCAGCGCCAGCATCGCAACGTTTGATTGCACCACGCATTGGGAGACCCATGAGATGAGTGTCATCGCCCCGGCTAATGCCACGTCCGCGGTCATTTATGCGTCCGGGCATACCGACACTCCCCTGGAGTTCAAATCACTTTCATTCAGGCAATAG MPGSSLKYAVVLLVLLASTAVGVYGFSTLELASMNSSSRTILLSVAVLAALTAFTRKPPIILCLGLLACLTIACAQIWPMIVVAVFALSATVLGRWLLRQENPADWSIHLLMGIGTFGTLTGLAAYMPINYPWLYGAMLAVPLVLGRKQVLSIGRELLTQIQATRSAQTPLQTGLDVLIGGFACLYVLVAFMPEVGHDALAMHLFVPSHLAQRHQWSFDANTYVWAVMPMLADWIYSIVYMLAGETASRLSNSAFALLVAWQIRNMTLWAGGSATSARGASLIFLSTPLAFAESSSLHIESAWTAFMLAGTLAILKVSGFTADPRERLSQLALAGVLLGFAMATKAVTLSVLPVLLLVLLLQYKAWAMRGIVKTLMLGSAGLLLAGATPYVCAGYLTGNPVFPFFNGVFHSPLWPDMNFEPPATFGTGMTWDTLYRMVFQSPQFIEGRVGAAGFQWLLLPTAAVAVLLSGNKKALCILLVGAGAMFMTFQSTAYLRYVFPSFALFSVILALPFSDARAFPRSLAIAAGAVLVLANTRFIQAATYYGEIKPSALLSQAGREAFLLERLPIRKMVDTVNALNSGYQPVAVFASPLMAGLRGDALYASWYNLKWKGEFDAATSPAELTRRLRQRQVNWLVIDLKSLPQAQLDRLLAVSTSYSRLGNLDLRKLNATHYELLLNPDLSSLDGWNLLSPSTYDTSRKILTVNVNTPATQRVDVTPGLTYINSVSARCAEAATTGRIQANWIDDQGDFISASIATFDCTTHWETHEMSVIAPANATSAVIYASGHTDTPLEFKSLSFRQ NA NA NA NA NA D1-35_02519 1020 hypothetical protein ATGAACACAACAACAGCGATTTTCACGGATGAACTACGCGTTGCCGTCGTCATCCCCAGCTATCGGGTCACCGCACACATCGTCGGCGTCATCGACGCCATCGGGCCGGAAGTCTGGCGCATCTATGTCATTGACGATGCCTGCCCGGACGGTTCGGGCGGGCATGTCCTGGCCTCCTGTGACGACCCTCGGGTCAAGGTGCTGCCCCATGACATCAACAAAGGTGTGGGGGGTGCGGTCATGACCGGCTATCGAGCAGCCCTCGCTGACGGCGCGAGTATCATCGTCAAGGTCGACGGCGACGGTCAGATGGACCCTACCCTGATTCCGCTGTTCATCGAACCGATCCTGGCGGGTGAAGCCGACTACACCAAGGGCAATCGGTTTTTCGACCTGGAGGAAGTCCAGTCGATGCCGCGAATTCGACTGTTCGGCAATGCCGTGTTGTCGTTGATGGCCAAACTGTCGACGGGTTACTGGGATCTGTTCGACCCGACCAACGGCTATACCGCGATTCACCGTGACGTCGCCAGGCTGCTGCCCCTGGACAAGGTCAGCCAACGCTATTTTTTCGAGACCGACATTCTGTTCCGCCTGAACACCGTGCGCGCCGTGGTGGTGGACATACCGATGGAAGCACGCTACGGCGATGAGGTCAGTCACCTGAAGATCTCGAAAATCGTCGGCGAATTTCTCTTCAAGCATCTGCGCAACTTCACCAAGCGCGTGCTCTATAACTACTACTTGCGCGACATGTCCCTGGCTTCGATCGAGCTGCCGATCGGGATCCTGATGTTCGTGTTCGGCATCCTGTTCGGCAGTTATCACTGGTTCGAGTCGGCGCAGCATGGCGTCGCGACGCCAGCCGGCACCGTGATGCTCAGCGCATTGCCCATGCTCATGGGGCTGCAATTGATCATGGCGTTTCTCGGTTATGACATCGCCTCGGTCCCCAACAGGCCTCGGCATTCCAGGCGCAGGGCCACTTCATTGCGGGAAGAAAAGTCATTAAAGCGCTAA MNTTTAIFTDELRVAVVIPSYRVTAHIVGVIDAIGPEVWRIYVIDDACPDGSGGHVLASCDDPRVKVLPHDINKGVGGAVMTGYRAALADGASIIVKVDGDGQMDPTLIPLFIEPILAGEADYTKGNRFFDLEEVQSMPRIRLFGNAVLSLMAKLSTGYWDLFDPTNGYTAIHRDVARLLPLDKVSQRYFFETDILFRLNTVRAVVVDIPMEARYGDEVSHLKISKIVGEFLFKHLRNFTKRVLYNYYLRDMSLASIELPIGILMFVFGILFGSYHWFESAQHGVATPAGTVMLSALPMLMGLQLIMAFLGYDIASVPNRPRHSRRRATSLREEKSLKR PGPT0017834_680 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017834-DPM1_like|arnC|ppm1|wcaA-K00721 NA NA D1-35_02520 687 hypothetical protein ATGCTCAGGGAAGTCTTCGTGGAATTCCACCACGCGTTCCGTCGACTGGCAGACCGCTATTTCCAGGTCGGGGGTCTTGAGGTGGAGTTGGGAGCGGGCATCGCGCCCATGCGCGATTCGTACCCGCAGGTATTGGCCACGGACGTTGTCGCCAGCGAGAAACTCGACATGGCGCTCGATGCCCAGGCAATGAGCCTGGACGATGATTCGGTGAGAGCCTTTTATGGCCAGAATTGTTTTCATCATTTTCCTCACCCCGAGTGCTTTTTCACGGAGCTGGAAAGGACGCTCAGGATCGGCGGCGGGGCCATTTTGATCGAGCCCTTTCACGGCCCCTTTGCCGCGTTCCTCTATAGGCGCCTGTTCAAGTCCGAAGGCTTCGACATGCACTTCCCTTCTTGGCATACACCGTCAACCGGCCCCATGAACGGTGCCAACCAGGCCCTCAGCTACATCGTTTTCGTTCGCGACCGGCAGGCGTTCGAGCACAAGTACCCGGGCCTGGAGATCGTCCACCAGGAGATCTGTGGCAGCTACCTGCGTTACCTGATTTCCGGCGGCCTGAACTTTCGCCAGCTGTTGCCTGACGTATTCATCCCTGTGCTCAAGGTCATTGAAAAACTGCTGTATCCGTTGCACCGGATATTGGCCTTGCACCACATCGTGGTGATCCGGAGGACGTCTTGA MLREVFVEFHHAFRRLADRYFQVGGLEVELGAGIAPMRDSYPQVLATDVVASEKLDMALDAQAMSLDDDSVRAFYGQNCFHHFPHPECFFTELERTLRIGGGAILIEPFHGPFAAFLYRRLFKSEGFDMHFPSWHTPSTGPMNGANQALSYIVFVRDRQAFEHKYPGLEIVHQEICGSYLRYLISGGLNFRQLLPDVFIPVLKVIEKLLYPLHRILALHHIVVIRRTS NA NA NA NA NA D1-35_02521 414 hypothetical protein TTGACCTTTATCCGATACGGCGCCATCCAACTCGTGGCCTATGGGTTGGACATGGGGACGTTTTTGCTGCTGCTCGCGCTATTCGATAATCAACCCGTGCTGGCCAACGTCGCTGGCAAAGTCGCGGCCGGGACGTTCGCGTTCTTTTCGCATCGGCATTTCACATTCCAGTCGACACGCGTCGGCAGCAAGGCTCAAGCGCTGCGCTATTTTTCATTGCTCGCCATCAATATTCCGCTCGCTTCGGTGCTGCTCAGCGCGGGGCTGTACCTCATCGACAACCCTGTCCCGGTGAAATTTGTCAGCGACGTGATCTGCGTAGCGCTGACCTACTGGATCAGCAAGCGGTTCGTGTTTCGTACCGATACGCACCCGCCGGCTCCCGCTGACCGAGCCGAAGGCGCACGACCATGA MTFIRYGAIQLVAYGLDMGTFLLLLALFDNQPVLANVAGKVAAGTFAFFSHRHFTFQSTRVGSKAQALRYFSLLAINIPLASVLLSAGLYLIDNPVPVKFVSDVICVALTYWISKRFVFRTDTHPPAPADRAEGARP NA NA NA NA NA D1-35_02522 1284 hypothetical protein ATGACGCTACTGATTACCGGCGCGACCGGCTACATTGGACGACGCTTGAGTGCCCTCGCGGCGGCAAGCGGTCACGAAGTCATTTGCGCTACCCGCAAGCCGTGCCCTGCCCCCTATGCCTGGCTTCCTTATGATCTGCGGGGCCCGGCGCCCGAGTGCCCGGCCGGCACTCAGGCGCTGATCCATCTGGCGGCCGACACGTCACCCGATACTGACACTAACGCGGACGCTGAAATAAACGCGGCCCTGGCGCTGATCGATTGCGCCCGACAAGGCTCGGCCAGGTTCATCTTCATTTCCAGCCAAACCGCCGGGGCCACGGCCCCGAGCGTTTATGGCCGGACCAAGTGGCGTATCGAGCAGCATGTGCTCGCCGCCGGGGGTACCGTGATCCGCCCCGGACAAGTGTACGGAGGCCCCGAATGCGGGCTCTTTGGCCTGTTGACCGGGCTGGTTCGCCGGAGCCCAGTCATTCCGATCCTCTTGCCGGCGCCCTGCGTGCAGCCCATCCATGTCGACGACCTCGCGGCCGCGATACTGGCCATCGCCGAGCGGGACGACATTCATGGCGAGGTCCTCAAGCTGGGTGCCGTAAAACCGATTGCCTTTGGGCGCTTCCTGAGCGCCATTGCGACGCACCGGGTCCGCGCCGTGCGCATGCCAATCCCTCTGCCGGTGGCATTGCTCAGGCTGTTGCGGCTGATACTCGGACGATCCTTGAACAGAAAACTGGGCCTGGAGCGGATCTTTTCCCTTATTCATCTGCCGCCCATGGACAGCGAGCGTTCCCTGGAAAAACTCGGCATCGCGTTGCGCCCTCTTGCCCACGGCATGCATCGCTCCGGCCATGGGCAACGTCGAGGCCTGCTTCAGGAAGCGGCGGTGCTCTTGGGCTACCTGCTCAAACGCCCGCCGCAAAAAAGCCTGGTAAGGCGCTATGCAAGGGCACTGGAGCGTGCGGGCAAAACCCGTCCTGTCATTCACTCACGCCTGCTGATGGGCCGGCCGATACTCTTGACGCTGCTGGACAACCCCGGCGTCCTGCGCACGCCCGAGGGCCAGGAACTGGCCTGGCGCCTGCAGGTTGCACTCGGTATCGCCGAAGCCAGCCCCCAAGGCGCGCAGGTATTTCTCGGCACCCGATGGCCGCGCAGCCTTGTCGCCACGCTGGCTGCGTTGGGACTCACCTCGGTCAAAGCGTTGGTGTGGAAGATAGCGGCGTTGTCGTGCCGTGCTTTTGCCCGCCCGCTGCTGCTTGGAAGTGAATCCCACCGTGAAGCCTGA MTLLITGATGYIGRRLSALAAASGHEVICATRKPCPAPYAWLPYDLRGPAPECPAGTQALIHLAADTSPDTDTNADAEINAALALIDCARQGSARFIFISSQTAGATAPSVYGRTKWRIEQHVLAAGGTVIRPGQVYGGPECGLFGLLTGLVRRSPVIPILLPAPCVQPIHVDDLAAAILAIAERDDIHGEVLKLGAVKPIAFGRFLSAIATHRVRAVRMPIPLPVALLRLLRLILGRSLNRKLGLERIFSLIHLPPMDSERSLEKLGIALRPLAHGMHRSGHGQRRGLLQEAAVLLGYLLKRPPQKSLVRRYARALERAGKTRPVIHSRLLMGRPILLTLLDNPGVLRTPEGQELAWRLQVALGIAEASPQGAQVFLGTRWPRSLVATLAALGLTSVKALVWKIAALSCRAFARPLLLGSESHREA NA NA NA NA NA D1-35_02523 1629 hypothetical protein GTGCTTTTGCCCGCCCGCTGCTGCTTGGAAGTGAATCCCACCGTGAAGCCTGAGTTCGATGTGATCATTGTCGGCAGCGGCCCAGCCGGGACTTCAGCGGCCTTTCCGCTGGTCAAGGCGGGCCTGCGAGTGGTCATGGTTGATGCCCAGGCCAACAGCGACTCACCGGTGCCGCCGACCCGCCCATTCCTCAGTGCCAGGGCCGACGACGCGCATCAGTGGAAATGGATGATCGGCGAAAACTTCCACGCCCTGGACCAACTGGACGCCGTATCGCCCAAGCTGAAGACGCCGACCCACGCCCATGTCTTCGAAGGGTTCAGCGCCGGCAATCGCATCGAGACCAACAACTTTATCGGCATCGGATCACTGGCCACCGGAGGCCTGTCCAATGCCTGGGGTTGCGGCGTGGCAACGCTGGGCGCCGGTGACTTTGCCGGGCTGCCCATCGATTATTCCGAGATGCAGGCGTCCTACGAAACGGTCGCGCGCCGGATCGGTATCAGTGGCCGGTTCAACGACGATCTCTCCAGCTACTTCGGTCTGGATGAGTGGTCGCAACCGCCCCTGCCGCTGGACAGCCTGCATCAGCGCCTGCTCGACCGCTACACCCGGCGCCGAGCGGTGTTTCCCGACCTGGGGTTTCGTCTTGGCCGTTCAAGGGTCGCCGCCTTGAGCCAGCCCCTCGACGAGCGCAAGGCCTGCGATCTTTCTGGAAACTGCTTGTGGGGCTGTCACCACCAAGCCTTGTACAGCGCCTCGCAAGAGCTGCGAAAACTCAAGCAATACCCTGGGTTCCAGCACGTCCAGAATTTCCTGGTGGAGGATCTGCTGAAACAGGACGACTCCTGGACCATCACCGATCATCGCTCCGCCCGGCGCTTGCGCGGTGCGCGCCTGTTGCTGGCGGCGGGCACACTGGCCTCGACCCGGCTCGTCCTCAAGTGCCTGAACCATTCGGCACCGGTACCGCTGCTGTCATCGCCGACGGCGGCCTTCCTGCTATGGCTGCCAAGAATGCTCGGCACCCCGAGAGTGCCGGCATTTGGCCTGGGCCAGCTCTCGTTCACCCTGGAGTTGAAGTCCGGCGCCACAGCTTTCGGTTCGACGTTCAGCACCACGGGCTTACTCATGACCGAGTTCGTCAGCCGGATTCCCATGAGCAAACGCTACAGCATCGAATTGCTGAGGAACCTGCTCAGCGCGTGCGTCGTCGGCAACATCTTTCTTCCCGGGCAGCTGTCCAGCAACACGGCGGTGCTGCGCCTCGACGGTTCGTTGAGCATCACCGGCCAAGTGCATCCCGAACTCCCCGGGATCATGAAAGCCGCCGAGACCAGGCTGCGCCGGATCTATTGGAAGATGGGCGCGCTGTTGATGCCCATGAGCTTCACCGTCGGCAGACCGGGAGCAGATATCCACTATGCGGGAACCCTGCCCATGCACTCGACGCCGAAGATTGGCCAGACCGATCGCCTTGGCCAGGTCGCAGGCCTCGACGGCGTGCATGTCGTTGACGGCGCCTGTCTGCCCAGCCTTGCCGAGAAATCGCACACGTTGACCCTGATGGCCAACGCGGACCGGATAGCACGCTCTCTGACAACAATGATAGGAAATCAGCAGTCATGA MLLPARCCLEVNPTVKPEFDVIIVGSGPAGTSAAFPLVKAGLRVVMVDAQANSDSPVPPTRPFLSARADDAHQWKWMIGENFHALDQLDAVSPKLKTPTHAHVFEGFSAGNRIETNNFIGIGSLATGGLSNAWGCGVATLGAGDFAGLPIDYSEMQASYETVARRIGISGRFNDDLSSYFGLDEWSQPPLPLDSLHQRLLDRYTRRRAVFPDLGFRLGRSRVAALSQPLDERKACDLSGNCLWGCHHQALYSASQELRKLKQYPGFQHVQNFLVEDLLKQDDSWTITDHRSARRLRGARLLLAAGTLASTRLVLKCLNHSAPVPLLSSPTAAFLLWLPRMLGTPRVPAFGLGQLSFTLELKSGATAFGSTFSTTGLLMTEFVSRIPMSKRYSIELLRNLLSACVVGNIFLPGQLSSNTAVLRLDGSLSITGQVHPELPGIMKAAETRLRRIYWKMGALLMPMSFTVGRPGADIHYAGTLPMHSTPKIGQTDRLGQVAGLDGVHVVDGACLPSLAEKSHTLTLMANADRIARSLTTMIGNQQS NA NA NA NA NA D1-35_02524 1104 wecB COG0381 UDP-N-acetylglucosamine 2-epimerase ATGACCCGCAAAGTACTCTGCATCGTCGGTACACGCCCGGAAGCCATCAAGATGGCTCCGGTGATCAACGCCCTCAAGGCCGAAAAAAACATCCAGTGCCGGGTGCTCGCCACCGCCCAGCACCGCGGCCTGCTCGACCAGATACTGAAGGGCTTTGCGATTAACGCCGACCTCGACCTGGACATCATGCGTCCCAACCAGTCTCTGGCAGCGCTGACCTCACGCCTGCTGCGTGAACTCGACGGCGTTCTGCAAGCCGAGAAACCCGATGTCGTACTGGCTCAAGGTGACACGACCACCGTCATGAGCGCCGCACTGGCGTGTTTCTACCTGCGAATTCCCTTCGGCCATGTCGAAGCGGGCCTGCGTACCGGGGACCTGTACAATCCGTTCCCCGAAGAGGCCAACCGGGTCATCGCCGGCAAGCTGGCCCGCTGGCATTTCGCGCCGACCCAGGGCGCCGTGGCCAACCTGCTGGGCGAAGGTGTTGCCGCCAGTGATATCACCCTGACCGGCAATACCGTCATCGATGCCTTGCTGATGACCGCGGCACAGGACTCAGCCTTGACCGTCCCACTCGATGCGCACAAACGCATGGTGCTGGTGACCTGCCATCGTCGGGAAAACTTCGGCGAACCGTTCCAGGATATCTGCCAGGCACTCAAGCGCCTGGCAGAACGGAACCCGGACATCCAGATTCTCTATCCCGTCCACCCCAACCCGAACGTCAAGGACGTCGCGCATCAGTTGCTCGGCCGAACCCCGAACATCATCCTTTGCACACCGCTGGACTACGCTCCGTTTGTCGCGGCGATCAAGCGCTCATACCTGATCATCAGCGATTCCGGGGGCGTGCAGGAAGAAGCCCCTGCCCTGGGTAAACCGGTGCTGGTACTCAGGACAGAAACCGAACGCCCCGAAGCGGTCGACCTCGGCGTAGTCAAGTTGGTGGGCGCCAATCGGGACACCATCGTTGAACAGGCACAGCATCTCCTGGATGACCCTGAGGCCTATCAGGGCATGGCGCGGGGCGTTTCCCCCTATGGCGACGGCAGGGCCGCAACGCGTATTGCCGACGTCCTGCGCCAGCACTTTCAGCCATGA MTRKVLCIVGTRPEAIKMAPVINALKAEKNIQCRVLATAQHRGLLDQILKGFAINADLDLDIMRPNQSLAALTSRLLRELDGVLQAEKPDVVLAQGDTTTVMSAALACFYLRIPFGHVEAGLRTGDLYNPFPEEANRVIAGKLARWHFAPTQGAVANLLGEGVAASDITLTGNTVIDALLMTAAQDSALTVPLDAHKRMVLVTCHRRENFGEPFQDICQALKRLAERNPDIQILYPVHPNPNVKDVAHQLLGRTPNIILCTPLDYAPFVAAIKRSYLIISDSGGVQEEAPALGKPVLVLRTETERPEAVDLGVVKLVGANRDTIVEQAQHLLDDPEAYQGMARGVSPYGDGRAATRIADVLRQHFQP PGPT0018905_2415 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 D1-35_02525 1128 hypothetical protein ATGAGAATGATCTACCTGTCCCCGGTGCCATGGGCCAGTTTCAGCCAGCGCCCTCATCATTTCGTCAACTGGTATCACCACCAGACTGGCGCACAGGTGCTCTGGATCGACCCCTACCCGACGCGCTTGCCCATGCTGAACGATCTCAGACGAAAGGCGACTGCTATCGATCAGCAAAGCGTCACCGTTCCGCCCTGGTTGAAGGTTTGCAGCCCGTTGAGTCTGCCCATCGAGCCCCTTCCAGGCTCGGCAATGCTCCTCAAGAGACTGTGGCGCAACGTGTTCAGGTTGGCCGCGGCATTTTCCGCGCAAGGGCCTTGTATGATCTGCGTGGGGAAACCTTCCGAACTGGCCTTGCAACTGCTGGCGCTCAACCCTGCAAGCCATGCCGTATACGATGCCATGGATGATTTCCCGGCCTTTTATCAGGGACTGTCACGCAGATCCATGGAGCGTCGCCAGGCGCAGCTCATTCAACGGGTAAACAAAGTGCTGGCCTCCTCCAGCCATTTGCGCGACAAACTCCTCGGCCTGACCGATCAGGTAGAACTTGCCCTCAATGCCTGTGACATGCACGGACTTGCGCCGGTCGAAAGCCTGGACCTGGCCGCCAAACAACAAGTACTTGGTTATGTCGGCACGCTCGGTCGTTGGTTCGACTGGGACATGGTCACCGCGCTGGCGCAGGCCAATCCTGGAAACCGCATCCGGCTGATTGGTCCCGTCTTCGCACCAGCGCCCTGCGTATTGCCTGCCAACATCGAGCTGCTACCCAGGTGTTCCCATGCCAGCGCAATCGCGGCCATGGCAACGTTTTCGGTAGGCCTGATTCCGTTCAAGCTCAACCGCCTGACCGCCTCGGTCGACCCGGTCAAATACTACGAGTACCGCGCCCTCGGCCTGCCTGTCATCTCGACCCGCTTCGGTGAAATGGCCCTGCGCGACCGGGAGCCGGGCATCTGGATCGTGGATCAAGGCACTGACCTGCGCAACACCGTCGTTGCAGCGCTCGCCAGTCAAAGCGACCATGCCACCGTTCAGCAATTTCGTCAGGCGCATCTCTGGGCCAAGCGTTTTTCGGCGGTCGACCTCATGCCTGCCTCATTGGAGAAACCAGAAGTCTGGTAA MRMIYLSPVPWASFSQRPHHFVNWYHHQTGAQVLWIDPYPTRLPMLNDLRRKATAIDQQSVTVPPWLKVCSPLSLPIEPLPGSAMLLKRLWRNVFRLAAAFSAQGPCMICVGKPSELALQLLALNPASHAVYDAMDDFPAFYQGLSRRSMERRQAQLIQRVNKVLASSSHLRDKLLGLTDQVELALNACDMHGLAPVESLDLAAKQQVLGYVGTLGRWFDWDMVTALAQANPGNRIRLIGPVFAPAPCVLPANIELLPRCSHASAIAAMATFSVGLIPFKLNRLTASVDPVKYYEYRALGLPVISTRFGEMALRDREPGIWIVDQGTDLRNTVVAALASQSDHATVQQFRQAHLWAKRFSAVDLMPASLEKPEVW NA NA NA NA NA D1-35_02526 918 perR_1 HTH-type transcriptional regulator PerR ATGCGTACCGATGCCGATGCCCCTTTGATTCTTCCACCGCTGAAAGCAATTCAGGCTTTTGAGCAAACGGCCCGGTTCAGCAATGTCGCCAGGGCGGCGGAAGTGCTGGACCTGACACCGTCCGCGGTCAGTCATCAATTGGCGAAACTTGAAGCGATGATTGGCCGGCAACTGTTTGTGCGTGCCGCGCGGGGCGTCACGCTCACGCCTGTGGGGGAGCAATACCTCAAGGAGGTGTCCGGGTTGCTCCATAGCCTGGCCGTCGCCACTGAACGCGCGGCCAGCGACGTGAGCCTGGACTGCTTGCGCCTGCATTCGGCGCCCAGCTTCGGGTTGTTGTGGTTGATGCCGAGGCTGGAAGCTTTTCGGGCGTCCAACCCTGATATCCAGATCAATCTTTCCTGCTCTTACGAATCGCTGCATTTCAGTCGGGACAAGATTGACGTGGACATCCGCCACGGCACTGCAAACTGGCCCAGTTATGAAGTCCGTACCGTCCAGAACGAGACCTTCGCGGTGCTCGCTTCGCCAAAACTGCTCGCGCAATGCCCGATCCGCAACGCGTCCGATTTGTTGAATTGCGACCTGGTGCTTTCGGAAGCCACGTTGCTCAAATGGCCGCAATGGTTTGCGCAACATGGCCTGGCGCGCCCGGAGAAGCCTTATGCCTTGAGCTTCGACCGGTCGTACATGTCGCTGGAGGCCGCCAGTCATGGCTTGGGGTTTGCCTTGGAAAGCACATTGCTGGCCAAGAAGTATCTTGCCACCGGCAGCCTGGTCGAGGTGGCACCCGAGGCGCTCAGCGCACCGGTGGCTGCCCATCACCTGGTGTTTCCGAAGGCCCACTCGAGCTTCCCCCGCGTCCGGCGTTTTCTGGAGTGGATGGAAAGTGAGCTGGGGCAGGGCTTCGCCTATTGA MRTDADAPLILPPLKAIQAFEQTARFSNVARAAEVLDLTPSAVSHQLAKLEAMIGRQLFVRAARGVTLTPVGEQYLKEVSGLLHSLAVATERAASDVSLDCLRLHSAPSFGLLWLMPRLEAFRASNPDIQINLSCSYESLHFSRDKIDVDIRHGTANWPSYEVRTVQNETFAVLASPKLLAQCPIRNASDLLNCDLVLSEATLLKWPQWFAQHGLARPEKPYALSFDRSYMSLEAASHGLGFALESTLLAKKYLATGSLVEVAPEALSAPVAAHHLVFPKAHSSFPRVRRFLEWMESELGQGFAY PGPT0026360_3181 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02527 750 fabG_4 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGCTTCTTCAAGGCAAAGTCGCAATCATTACCGGCGCCGCATCTGCCCGTGGCATTGGCCGCGCCACCGCTACGACGTTCGCCCGGCACGGCGCCCGCGTCGTGATTCTCGACCTGGATGAATCTGCCGCACGCGATGCCGCCAGCGCCCTGGGCGACAGTCATCTCGGCCTTGCCGCCAACGTCGCCAATGAAGCGCAGGTCCAACGGGCCGTCGCCCGCGCCATCGAACATTTCGGCCGAATCGACGTTCTCATCAACAACGCGGGCATCACCCAACCCCTCAAGACCCTCGATATCCGTGCGTCGGACTACGACAAGGTATTGGACGTCAGCCTGCGCGGCACCCTGCTCATGTCACAAGCCGTGATCCCGCTGATGCGCGAGCAGCAAGGCGGCAGCATCGTCTGCATGTCTTCGGTGTCTGCCCAGCGCGGTGGCGGCATATTCGGTGGGCCACACTACAGCGCCGCCAAGGCCGGTGTACTGGGCCTGGCCAAGGCAATGGCGCGCGAACTGGGCCCGGACAAGGTGCGGGTCAACTCCATCGCCCCAGGTCTGATCCACACCGACATCACCGGCGGCCTCATGCAGGACGAGCGTCGTCACGCAATCATCGAAGGTATTCCGTTGGGTCGCCTGGGTGCGGCCCAGGACGTCGCTAACGCCGCCCTCTTCCTCGCCAGCGACTTATCTTCGTACCTGACGGGCACCACGTTGGATGTAAACGGTGGAATGCTGATTCATTGA MLLQGKVAIITGAASARGIGRATATTFARHGARVVILDLDESAARDAASALGDSHLGLAANVANEAQVQRAVARAIEHFGRIDVLINNAGITQPLKTLDIRASDYDKVLDVSLRGTLLMSQAVIPLMREQQGGSIVCMSSVSAQRGGGIFGGPHYSAAKAGVLGLAKAMARELGPDKVRVNSIAPGLIHTDITGGLMQDERRHAIIEGIPLGRLGAAQDVANAALFLASDLSSYLTGTTLDVNGGMLIH PGPT0005315_475 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CYCLOHEXANECARBOXYLIC_ACID_DEGRADATION,PGPT0005315-badH-K07535 NA NA D1-35_02528 1320 nicT_1 Putative metabolite transport protein NicT ATGACTACTCTGTCGCTCGAAGCGGTTTCGACCGTGCGCTCCAATGCCTACCGGAAAACGGCCTGGCGGCTGATGCCATTCCTGATGCTGTGCTATTTGTGCGCCTATCTGGACCGGGTCAACGTCGGCTTCGCCAAGCTGCAAATGATGAACGACCTGGCGCTCAGCGAAACCGTCTACGGGCTGGGTGCGGGGATGTTCTTCATTGGCTACTTCCTCTGCGAAGTCCCCAGCAACGTCATCCTGCACAAGGTCGGCGCTCGCGTGTGGATCGCGCGGATCATGATTACCTGGGGCATCATTTCGGCGCTGTTCGCCTTCGTCGAAACGGCCTGGCAGTTCTATGCCCTGCGGTTTCTGCTCGGGGTCGCCGAAGCAGGGCTGGCGCCGGGATTGCTGCTCTATCTCACCTACTGGTTCCCATCCTATCGCCGTGCGCGCATGACTGTGCTCTGGTTCATCGCCATCCCTTTGTCAGGCATGGTGGGCGGTCCGCTCTCGGGCTGGATCATGAACCATTTCGCCGGCGTGCACGGCTGGGCCGGATGGCAGTGGATGTTCGTGCTTGAAGCCATTCCCACCGTCATTGTCGGTTTGCTGGTGCTGAGTTACCTCAAGGACGGCGTCCATCAGGCCCACTGGCTGGACGACGAAGAAAAGGCGTTGGTCAGCGGTGAACTGGCCGAGGACAACCAGCAAAAGGTCACCCATGCCTCGGTGGGCGAGTTCGTCCGCGACCGCCGCCTGTGGTTGTTGGCAGGTATCTATTTCTGCGTCGTCATGGGCCAGTACGCCATCACCTTCTGGCTGCCGACGCTGGTGCGCAACGCCGGGGTTTCCGATCCGCTGCACATCGGTTTCCTGACCAGCCTGCCCTACCTCTGCGCGATCGCGGCCATGTTGCTGATCGGCCGCAGCGGCGACAGGCATCGCGAGCGGCGCTGGCACCTGATCATACCGATGATCGCCGGTGCCATCGGGCTGACGCTCGCCGCGCTGCTGGGTGGCAACATCCTGCTGTCCATCCTGAGCCTGTGCCTGGCGGCATCCGGCATCCTGTCCGCGTCCTCGATGTTCTGGATGCTGCCCACGACCCTCCTCGGCGGGGTGTCCGCCGCCGCAGGCATCGCGGCGGTGAACAGCTTCGCCAACCTCGCCGGCTTCTGCTCTCCCTATCTGATTGGCTGGATCACCACGCAAACCGGCTCCAGCGCCATCGGCATGTACCTGATCACCGCGTACTGCTGGGCGGCGCCTCGCTGGTGCTGCGCATCCCCGCCGCCCTGGTCAATCGTTAAGTTCACCGGAGTTTCACCATGA MTTLSLEAVSTVRSNAYRKTAWRLMPFLMLCYLCAYLDRVNVGFAKLQMMNDLALSETVYGLGAGMFFIGYFLCEVPSNVILHKVGARVWIARIMITWGIISALFAFVETAWQFYALRFLLGVAEAGLAPGLLLYLTYWFPSYRRARMTVLWFIAIPLSGMVGGPLSGWIMNHFAGVHGWAGWQWMFVLEAIPTVIVGLLVLSYLKDGVHQAHWLDDEEKALVSGELAEDNQQKVTHASVGEFVRDRRLWLLAGIYFCVVMGQYAITFWLPTLVRNAGVSDPLHIGFLTSLPYLCAIAAMLLIGRSGDRHRERRWHLIIPMIAGAIGLTLAALLGGNILLSILSLCLAASGILSASSMFWMLPTTLLGGVSAAAGIAAVNSFANLAGFCSPYLIGWITTQTGSSAIGMYLITAYCWAAPRWCCASPPPWSIVKFTGVSP PGPT0002325_8 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_02529 849 aptA COG3959 Apulose-4-phosphate transketolase subunit A ATGACTCGCTCGCTTTCCTCTGCTTCAACCATGTCCCTGACCGAACGCGCCCACAACATCCGTCATCACGCGCTGCGCATGGGTCAGGTCCAGGGCCAAGGCTACGTTGGCCAGGCCCTGGGCGCCGCCGACCTGCTGGCGGTCGCGTACTTCCACGCCATGAACTATCGGCCCGAAGACCCTGAATGGGAACAACGTGATCGCTTCTATCTCTCCATCGGCCACTATGCGATTGCGTTGTACGCGGCATTGATCGAGGCCGAAATCGTTCCGCTCGATGAACTGGAAACCTACGGAGCGGACGACAGCCGCCTCCCCATGTCGGGAATGGCGGCGTACACGCCAGGCATGGAAATCACCGGCGGCTCCCTCGGCCAAGGCCTGGGCATCGCGGTAGGCGCCTGCCTGGGGCTGAAGCGCAAAGGCTCGCCCGCCTTCGTCTACAACCTGCTCTCGGACGGTGAATTGAACGAAGGTTCAACCTGGGAAGCGGTGATGTCGGCGTCGCACTGGAAACTCGACAACCTGATCGCCATCGTCGACGTCAATAACCAGCAGGCCGATGGATACTCCAGCGAAATCCTCTCGTTCGAGCCGATCGTCGATCGCTGGCAAGCCTTTGGCTGGTTTACCCAGCGCGTCGACGGCAACGATCTGGATGCGCTGGTCGCGGCATTCGATGCCGCGCGCAACCATCCCGCCGGACAGCCCCGGGTGATTATCTGCGATACCCGCATGGGCAAGGGTGTGCCATTCCTGGAAAACCGCGAAAAGACCCATTTCATCCGCGTTGAAGAACACGAGTGGGACCTGGCGCTGAACAACCTTGAAGAAGGAAAAAAGTCATGA MTRSLSSASTMSLTERAHNIRHHALRMGQVQGQGYVGQALGAADLLAVAYFHAMNYRPEDPEWEQRDRFYLSIGHYAIALYAALIEAEIVPLDELETYGADDSRLPMSGMAAYTPGMEITGGSLGQGLGIAVGACLGLKRKGSPAFVYNLLSDGELNEGSTWEAVMSASHWKLDNLIAIVDVNNQQADGYSSEILSFEPIVDRWQAFGWFTQRVDGNDLDALVAAFDAARNHPAGQPRVIICDTRMGKGVPFLENREKTHFIRVEEHEWDLALNNLEEGKKS PGPT0011200_9587 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 D1-35_02530 1023 aptB COG3958 Apulose-4-phosphate transketolase subunit B ATGAACAACGCCGCCAACACACCGAACGCGATGGGTGAACCGGGCAAAAAACGCCTCACCACCTCGGCGATGATCGCCTCGATTGCAGCCGAGGGCCAAGCCACGAAACCTGCACCATTCGGACATGCACTGGCTGCATTGGCCGACCAGCGCCCGGACATCGTCGGGCTGTCCGCCGATCTGTCCAAATACACCGACCTGCACATCTTCGCCAAGGCCCATCCGGATCGCTTCTATCAGATGGGCATGGCCGAGCAGTTGCTGATGAGCGCAGCAGCTGGCATGGCCCGGGAAGGTTTCGTGCCGTTTGCCACGACCTACGCGGTGTTCGCTTCCCGTCGTGCCTACGACTTCATCTGCATGGCGATCGCCGAGGAAAACCTCAACGTCAAGATCGTCTGCGGCTTGCCGGGCCTTACCACTGGTTACGGCCCCAGCCACCAGGCCACGGACGACCTGGCGATCTTCCGCGCCATGCCCAACCTGATGATCGTCGACCCCTGCGACGCGCTGGAAATCGAACAGGCCGTGCCCGCCATCGCCGCGCACCAAGGCCCGGTCTACATGCGTTTGCTGCGCGGTAACGTGCCCCTGGTGCTGGACGAGTACGGCTACACGTTCGAAATCGGCAAAGCCAAGACCCTGCGCACCGGCAACGATGTGCTGATCGTTTCCACCGGGTTGATGACGATGCGTGCTCTGGAAGCCGCAAAGCAATTGCAGGCAGACGGCGTCGACGTCGCGGTACTGCACATGCCGACCATCAAGCCGCTGGATGAACACACCCTCCTTGCCGAGGCCAGAAAGCCGGGACGACTGGTGGTGACCGCGGAAAACAGCTCTATCATCGGCGGGCTCGGCGAAGCGGTTGCCGGGGTCCTGCTGCGCAACGGCGTGACGCCGACGTTCAGGCAAATAGCCTTGCCAGACGCCTTCCTCGACGCGGGCGCGCTGCCGACACTGCATGATCGCTACGGCATTTCCACCCAGGCCGTTTGCGCGCAAATCAAAGCCTGGCTTTAA MNNAANTPNAMGEPGKKRLTTSAMIASIAAEGQATKPAPFGHALAALADQRPDIVGLSADLSKYTDLHIFAKAHPDRFYQMGMAEQLLMSAAAGMAREGFVPFATTYAVFASRRAYDFICMAIAEENLNVKIVCGLPGLTTGYGPSHQATDDLAIFRAMPNLMIVDPCDALEIEQAVPAIAAHQGPVYMRLLRGNVPLVLDEYGYTFEIGKAKTLRTGNDVLIVSTGLMTMRALEAAKQLQADGVDVAVLHMPTIKPLDEHTLLAEARKPGRLVVTAENSSIIGGLGEAVAGVLLRNGVTPTFRQIALPDAFLDAGALPTLHDRYGISTQAVCAQIKAWL PGPT0011200_6721 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 D1-35_02531 987 aes_2 Acetyl esterase ATGCCTGATCAATGGCTCGATCCCGCATTTCGCGGCCTTGTCGCCTCGGGTGCTGAACAATGGTCGCTGAACACGCTGCCGGCCATCCGCACCCGAGTCCATTCGGGCTTCAAACCCGAGCATCGCGCACGATGCGAAGTGCGCTGGATCTCCGGCCCCGATACCGCACGCTTGCGTCTGTGCCTCTATCGGCCGAAAGGCCTCGGGCCAGACGCAAGCCTTCCGGCGATCCTGTCCATCCATGGCGGTGGCTTCGTACTCGGAAGACCCGAGATGGCCGATGACTTCCTGGCCGACCTGGCCGACGAACTGAGTGCGTTCATCGTTGCAGTGGATTATCGACTGGCGCCAGAACATTCCTTTCCAGCGCCCCTTGACGACTGCTACAGCGCCCTCGCCTGGCTGTTCGAAAACAGTCAGGACCTGAGCCTGGATCCCCGGCGCATTGCCGTGATGGGCCATAGCGCCGGCGGCGCCCTCGCCGCCGCATTGGCCATCATGACCCGCGACAGAGCCCGGTTTCCGCTCGCCGGCCAGGTCCTCATCTATCCCATGCTCGATCACCGCACAGGCTCAGCGCAATCACCCTATCCCAGCGGGCAGACCGGGACGTTCAGTTGGTTGCCGGAGCCCAATCAGTTCTGCTGGAGATGCCTGCGCGGTGGCTACGCCCTGGACGATGAACGTGTCGGTCTGTTTTCCCCGGCCCTGCAACCCGACCTGCGCAACCTGCCGCCGACGTTCATTGCCGTCGGCTCTCAAGACCTGTTCCTTGAGGAGGACGTCGATTTTGCAATGCGGCTGTCTCGCGCCGGAGTTGCCATGGAACTCCACGTCTATCCTGGCGCCCCGCATATGTTCGACCAAGTGCCAGGGCGCATCGCGGATCAATTGACCCTTGATATCGTCCGGGCGTTGAAAGGACTTTTGAGCAGCAGTCATGCTTGCCCTCCCTGTCCATCAGCCAGCGCCGCGCCGTTGAGGTAA MPDQWLDPAFRGLVASGAEQWSLNTLPAIRTRVHSGFKPEHRARCEVRWISGPDTARLRLCLYRPKGLGPDASLPAILSIHGGGFVLGRPEMADDFLADLADELSAFIVAVDYRLAPEHSFPAPLDDCYSALAWLFENSQDLSLDPRRIAVMGHSAGGALAAALAIMTRDRARFPLAGQVLIYPMLDHRTGSAQSPYPSGQTGTFSWLPEPNQFCWRCLRGGYALDDERVGLFSPALQPDLRNLPPTFIAVGSQDLFLEEDVDFAMRLSRAGVAMELHVYPGAPHMFDQVPGRIADQLTLDIVRALKGLLSSSHACPPCPSASAAPLR NA NA NA NA NA D1-35_02532 387 hypothetical protein ATGTCCCATTCACACTCCCAGGGTCGCAACGACCTCGCCCATGCCCGCCACGTCGAGGCGGCTCTGCTTGACTACCTGCGCGGGCAGAGCGCGCGACATGAAGCCCTGGTGGTCGCCGCGGTCGGTGACCTGCGTATCCGTATCGACGCTGCCGATGCGTTGCTCGAACGCGCCAACGCTTCCCAATCGTCCGCCATTGCCTTTCGTCTGGCTGCTGCCGAGGCGGCGCGTGTCGGCGCCCATCTATTCTTCGAGCTGGCCGGGCGCAGCTTGCCGCGGCCGTTGCCGGATGCAGCCGAGCCGGCGTTGCTGACCCAGCGTCGGCTGCTGGGCGACCATTACCTCAACGGCGCGGCGCTGGCTGATGGACAGGGAGGGCAAGCATGA MSHSHSQGRNDLAHARHVEAALLDYLRGQSARHEALVVAAVGDLRIRIDAADALLERANASQSSAIAFRLAAAEAARVGAHLFFELAGRSLPRPLPDAAEPALLTQRRLLGDHYLNGAALADGQGGQA NA NA NA NA NA D1-35_02533 1233 soxC_1 Dibenzothiophene desulfurization enzyme C ATGAGCCATTCAGCGACTATTGATCCGTCCGAGCAGGTTCGTCCGGTGCCTCGGCGCCCGGCCCATCTCATTCGCAGCGACGCCGAGGCGATCGCGGTGGCGCACCGTGTGGCCGGGGATTTTGCTCGCGAGGCGGCAACCCGCGACCAAGAACGACGACTGCCCTGGGAAGAACTCGAACGCTTTTCCGAAAGCGGGTTGTGGGCGATCAGCGTGCCGAAGGCCTACGGTGGCGCCGGGGTGTCCTATGTCACGCTGAGCGAAGTGATCGCCATCATCTCCGCAGCCGATTCCTCCCTCGGCCAGTTGCCGCAAAACCATTTTGGTGTACTCAGCAATCTTGGCTTGACCGGCAGCGAAGAGCAGAAGCGGCGCTACTACGCCAGGGTGCTCGAGGGGTATCGCTTTGGTAACGCTTTTTCCGAAGCGCGAAGCCAATACGTCACCACGTTCCAGACGCAGATTCGCTTCGAGGGGGACACGGCGGTACTTGATGGAGAAAAGGCCTACTGCACCGGTGCATTGTTCGCTCATATCGTGCCGGTAGCCGCGGTGGACGAGGCGGGGCATGTGCATATCGCGCTGGTTCCGCGCGATGCCGCCGGACTGACGGTGATCGACAGTTGGGACGGTTTCGGCCAACGCATCACCGCCAGCGGCCAGGTGCGCATCGAAGGCGTACGCGTGCCTGCCCGCGACGTGGTACCTGCCTGGAAAGCCTATGACCAGCCCACTGCCGATGGTCCGATTTCGCAGATCATCCAGGCCGCGGTGGACACCGGCATTGCCCGGGGTGCCTTCGCCGAGACCCTGCGTGTCGCCCGCCAGGCGCGTCCTTGGGTCGACAGCGGCCTGCAACACGGTTGGCAGGATCCGCTAGGCCAAGCGCTGATCGGCGAGCTGGCCTGGCGGCTGCAAGCGGCCGAGGCGATTTTGCAGCGCGCGGCCCAAGCGGTCGATCTTGCGGTCGCCGAGCCCAGTGAGGAACGGGTCGCCGAAGCCTCTGTGGTCGTAGGCCAGGCCAAGGTGCTGTCCACCGAGATTGCCCTTGAGGCTTCCAGCCGCCTGCTGGAGCTGGGCGGCACGCGCAGCGTCTCGGCCAGCCAGGGCCTGGACCGGTTCTGGCGCAATGCGCGGACTCACACCCTGCATGACCCGGTGCGCTGGAAATATCACTTGGTCGGCAACCAGCTTCTCAATGACATCAAGCCGCAACGTCACTCCTGGAACTGA MSHSATIDPSEQVRPVPRRPAHLIRSDAEAIAVAHRVAGDFAREAATRDQERRLPWEELERFSESGLWAISVPKAYGGAGVSYVTLSEVIAIISAADSSLGQLPQNHFGVLSNLGLTGSEEQKRRYYARVLEGYRFGNAFSEARSQYVTTFQTQIRFEGDTAVLDGEKAYCTGALFAHIVPVAAVDEAGHVHIALVPRDAAGLTVIDSWDGFGQRITASGQVRIEGVRVPARDVVPAWKAYDQPTADGPISQIIQAAVDTGIARGAFAETLRVARQARPWVDSGLQHGWQDPLGQALIGELAWRLQAAEAILQRAAQAVDLAVAEPSEERVAEASVVVGQAKVLSTEIALEASSRLLELGGTRSVSASQGLDRFWRNARTHTLHDPVRWKYHLVGNQLLNDIKPQRHSWN NA NA NA NA NA D1-35_02534 777 livF_2 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGACCATTGCGGCCCTTGCGGGCACCGCAAGCAGCGAGTTGCTGGCGGTACACGACATCGAAGTCATCTACGACGGCGCGATCCTCGCCGTGGCCGGGGTTTCCCTGCGGGTCGGGCAGGGCGACATCGTTGCGCTGCTGGGCGCCAACGGGGCTGGCAAGAGCACCACGCTCAAGGCCGTTTCCGGGTTGGTCCAGGCTGACCGTGCGCAAGTCAGCCGCGGCCGGATCACTTTCCAGGGGCAGGATACCGCCGGCGTCGCAGCCAACCTGCTGGCCCGCCAGGGCATTGTCCATGTGCTGGAGGGGCGCCACGTGTTCGCCCACCTGACCGTCGAGGACAACCTGCGCACCGGCGGTTTCCTGCGTAACCCGACGCGCCGGGAACTGGAACAGGATCTGGAGCGCATCTACGCCTGGTTCCCACGTCTCAAGACCAAGCGCAAGACCCAGGCCGGGCTGACCTCCGGTGGCGAGCAGCAGATGCTTGCCATCGGTCGGGCGCTGATGACCCGACCTCGGCTGGTATTGCTGGATGAACCTTCGATGGGGCTGGCGCCGATCCTCGTCGAGGAGATTTTTGCCATCGTCGCCCAGCTCAATGCCCAGGAAGGCATGAGCTTCCTGGTGGCCGAACAGAACATCAACGTTGCGCTGCGCCATGCCACCTACGCCTACGTCCTGGAAAACGGTCGGGTCGTGGGTGAGGGCAGCGGTGCGGAGTTGGCGGCGCGGGAAGACATTCAGCAGTTCTATCTGGGCGGCAAGACCGGTTGA MTIAALAGTASSELLAVHDIEVIYDGAILAVAGVSLRVGQGDIVALLGANGAGKSTTLKAVSGLVQADRAQVSRGRITFQGQDTAGVAANLLARQGIVHVLEGRHVFAHLTVEDNLRTGGFLRNPTRRELEQDLERIYAWFPRLKTKRKTQAGLTSGGEQQMLAIGRALMTRPRLVLLDEPSMGLAPILVEEIFAIVAQLNAQEGMSFLVAEQNINVALRHATYAYVLENGRVVGEGSGAELAAREDIQQFYLGGKTG PGPT0020785_1349 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020785-livF-K01996 NA NA D1-35_02535 1335 hypothetical protein ATGCATGCAACTTTAAAACGCAGCCTCGCTGCCATCGGCCTGGCACTGGGTGCCTGCGCAACGCTGGTACCGGTTGCCCAGGCGGCCAACGAACAGTTCTTCCCCCTGGCCACCTACCGGGTCGGCGCCTATGCCTCCAGCGGCATTCCGGTGTGGGCCGGAATGATCGACTATCTGCGCTACATCAACGAGGTGGAAGGTGGGATCAACGGTGTCAAGCTGGTCTGGCAGGAGTGCGAGACCGAATGGACGGCGGAAAAAGGCATCGAGTGCTACGAGCGCTTCAAGAACGGCCTCAACGGCGCGCCGGTGGCGGTCTACCAGCCCAACGGTGCACCGGCGGCCTATGCCCTCGCGGACAAGGCCGAAGCCGACCGGATTCCGCTGATCACCCTCGGCTATGGCCGTACCGAGGCCACCGATGGCAGGGTGTTCCCCTACAATTTCCCGGCCATGCTGACGTTCTACAGCGAGGCCTCGGCATTCATCAATTATGTGGCTGAGCGTGAGGGCGGGCTGGACAAGCTCAAGGGCAAGAAGATCGCCACCGTCTACCATGACTCGGCCTATGGTCGGGAAACCCAGGGGCCGCTGGCGCTGCTGGCGCAGAAGTATGGCTTCGAGAACATCCAGATCGCGGTGGCGGATCCGGGCAACGAACAGGCCGGGCAGTGGCGCCATGTGCGGCAGCTCAAGCCGGACTGGGTGTTCCTGCGTACCTGGGGTGTATCCACGCCGGTGGCGATCAAGACCGCGGCGCGTTTTGGCTACCCGGTGGAGCGCATCGTCGGTGACATCTGGGCCAGTTCCAACGAGGACGTGTTGCCGGCCGGCGAGGCCGGCAAGGGCTACCTGGCGTTGACACCCTATCCAGGCGGTGCCGATTTCGACATCCACCAACGCATTCGCCAGTACATCCTCGATACCGGCAAGAGCGATCTCAAGGATCCGAAGAGTTTCGGCAGCGTCTATTACAACTCCGGCCTGGTGAATGCCGCCATTGCCGTCGAGGCGATCCGCACCGGGCAGAAGAAGTTCGGCAATCGTCCGCTCAACGGTGAGGAAGGTCGCTGGGGCCTGGAGCATCTCGACCTCGATGACGCCCGTCTCGAGGAGATCGGTTTCCTTGGACTGATGCAGCCGCTGAAGCTGTCTTGCAGCGACCATGAAGGTGGCGGGGCAGCCAAGGTACAACAATGGGACGGCGAGCAATGGAAACTGATCACCGACTGGGTCCAGGCCGACCGCGCGACGTTGCGCCCATTGATCGACGCCAAGGCCGCCGAGTATGCGAAAGAAAAGGGCGTAACGGCCCGCGATTGCGCGGCGCAGTAG MHATLKRSLAAIGLALGACATLVPVAQAANEQFFPLATYRVGAYASSGIPVWAGMIDYLRYINEVEGGINGVKLVWQECETEWTAEKGIECYERFKNGLNGAPVAVYQPNGAPAAYALADKAEADRIPLITLGYGRTEATDGRVFPYNFPAMLTFYSEASAFINYVAEREGGLDKLKGKKIATVYHDSAYGRETQGPLALLAQKYGFENIQIAVADPGNEQAGQWRHVRQLKPDWVFLRTWGVSTPVAIKTAARFGYPVERIVGDIWASSNEDVLPAGEAGKGYLALTPYPGGADFDIHQRIRQYILDTGKSDLKDPKSFGSVYYNSGLVNAAIAVEAIRTGQKKFGNRPLNGEEGRWGLEHLDLDDARLEEIGFLGLMQPLKLSCSDHEGGGAAKVQQWDGEQWKLITDWVQADRATLRPLIDAKAAEYAKEKGVTARDCAAQ PGPT0020765_808 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D1-35_02536 1065 hypothetical protein ATGACCGCTACTGTTGCGCGCCTCACTGCCAGCTTCGACGACTCACCCCTGACCCTGGTGCGCCGGCGTTGGCGGCCGGGCCTCTTGTTGCTGCTACTGGTGGCTTTTATCGGGTTGCCGTGGCTCGGTAATGACTATTGGCTCAACGCGATCCTGATTCCCTTCCTGGTGCTGTCGCTGGCAGGCGTGGGGCTGAACCTGTTGACCGGCTACACCGGCCAGACCTCGGTCGGCGCCGCCGGCTTCATGGCCGTGGGCGCGTTCGCCACATACGGCCTGCTGCTGCGCGTGCCCGTGCTGCCGTTGCCACTGGCGCTGCTTGGCGGTGGAGTGATTGCCGGGTTGGTCGGGCTGCTGTTCGGCATCCCCAGCTCCCGGATCAAGAGCTTTTACCTGATGGTCACCACGCTGGCCTCGCAGTTTTTCCTGGAGTGGGTGTTCGCCAAGTTTCCCTGGTTCTACAACTACGCCTCGTCCGGCACCATCAGCGCGCCACGCCTGGAGCTGTTCGGCCATAACCTCGGCACCCCGGTCGGTCGCTACCTGTTGACCCTCAGTTGCGTGGTGCTGTTGACCTGGGTGGCGGTCAACCTGGTGCGCAGCCAGATTGGCCGCAACTGGATGGCCATCCGGGACATGGACACCGCTGCCGCTGTCATCGGGATCGCCGTGGAGCGCGACAAGCGCATGGCCTTCGCCGTCAGTTCGTTCTACCTCGCAATCGCCGGGGCGCTCTGGGCGTTCGCGTACCTGGGGACGGCCAGTGCAGGCAGCTTCGACATCAATCGTTCGTTCCAGATTCTGTTCATCATCATTATCGGTGGCATGGGCAGCATTGCCGGCAGCTTCATCGGCGCGGCCTTCATCAGCCTCGTGCCGATCCTGCTCAGCCATGCCGGCCTATGGCTGTTCAACGGCAACGTCGATGCCGGGCAACTGCAGAACCTGCAGAAGGTGCTCTTCGGTGGCCTGATCATCTGGTTCCTGATCAAGGAGCCGGAAGGGCTGGCACGCCTGCTCGGCGACCTGCGTGAACGCATCAAGGTCTGGCCGCTGCGGTTCTGA MTATVARLTASFDDSPLTLVRRRWRPGLLLLLLVAFIGLPWLGNDYWLNAILIPFLVLSLAGVGLNLLTGYTGQTSVGAAGFMAVGAFATYGLLLRVPVLPLPLALLGGGVIAGLVGLLFGIPSSRIKSFYLMVTTLASQFFLEWVFAKFPWFYNYASSGTISAPRLELFGHNLGTPVGRYLLTLSCVVLLTWVAVNLVRSQIGRNWMAIRDMDTAAAVIGIAVERDKRMAFAVSSFYLAIAGALWAFAYLGTASAGSFDINRSFQILFIIIIGGMGSIAGSFIGAAFISLVPILLSHAGLWLFNGNVDAGQLQNLQKVLFGGLIIWFLIKEPEGLARLLGDLRERIKVWPLRF PGPT0020775_4789 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020775-livM-K01998 NA NA D1-35_02537 882 livH_2 COG0559 High-affinity branched-chain amino acid transport system permease protein LivH ATGAATTTCTTTCTGGAAACCCTGGTTGGCGGGCTGCTGGCCGGCACTCTGTATTCACTGGTGGCCATCGGTTTCGTGCTGATCTACAAGGCCAGCGGCGTGTTCAATTTTGCTCAGGGCGCAATGCTGCTGTTCGCCGCGCTGACCTTCGTCAGCTTGCGTGAGCAGGGCCTGTCTTTTGCCCTCGCGTTGGTCCTGACGGTGCTGGTGATGATCGTCGGCGCGTTGTTGATCGAGCGCCTGGTGCTGCGGCCGTTGGTCAACCGATCGCAGATCACCCTGTTCATGGCCACCCTCGGCCTGTCGTTCATCATTGAGGGCCTGGCCCAAGGACTGATGGGCGCCCAGGTGCGTGCGCTGGACCTGGGCATCGAGGACGTCCCGCTGTACGTGGGGGAGATCATGGTCAGCCAGTTCGACTTGATCGCTGCTGGAGTGTCGGGGCTGACGGTGGCGGTGCTGGCCTTGCTGTTCAACAAGACCCGCATCGGGATCGCCCTGCGCGCCGTGGCCGATGATACCCGTGCGGCGTTGTCGCTGGGCATCAACCTCAATCGCATCTGGCAGATTGTCTGGGCCGTGGCCGGAGTGGTCGGCCTGGTCGCCGGGTTGCTCTGGGGCGCGCGGCAGGGCGTGCAGTTCTCGCTTTCGCTGGTGGTGCTCAAGGCACTGCCGGTGCTGATCATCGGCGGCTTCACCTCGATCGGCGGGGCCATCGTCGGCGGGCTGATCGTCGGTGCGGCGGAGAATCTTGCCGAGGCTTACATCGGTCCGCTGATCGGCGGAGGCATCACGCCCTGGTTCGCCTATTTCCTCGCCTTGATCTTCCTCTACATCCGTCCGTCCGGCCTGTTCGGCGACCGGATCATTGAACGGGTATGA MNFFLETLVGGLLAGTLYSLVAIGFVLIYKASGVFNFAQGAMLLFAALTFVSLREQGLSFALALVLTVLVMIVGALLIERLVLRPLVNRSQITLFMATLGLSFIIEGLAQGLMGAQVRALDLGIEDVPLYVGEIMVSQFDLIAAGVSGLTVAVLALLFNKTRIGIALRAVADDTRAALSLGINLNRIWQIVWAVAGVVGLVAGLLWGARQGVQFSLSLVVLKALPVLIIGGFTSIGGAIVGGLIVGAAENLAEAYIGPLIGGGITPWFAYFLALIFLYIRPSGLFGDRIIERV PGPT0020770_6600 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D1-35_02538 771 lptB_3 COG1137 Lipopolysaccharide export system ATP-binding protein LptB ATGAATGCGCTGTTGGAGGTGCGTAATGTGTCGCTGTCGTTCAGGGGCGTGAAAGCGATTTACGACCTCTCGTTCAGCGTCAGGCTTGGCGAGATCTGCGCGTTGATCGGGCCGAACGGTGCGGGCAAGAGTTCGTTGCTGAACATCCTCAACGGGGTCTACCGGGCCGATGCCGGCCAGGTGTTCTTCGCTGCCGAACCGTTGCGCCGTCCGCATCCACTGAAAGCGGCGCGGCTTGGTATCGGCCGGACGTTCCAGAACAACGCGCTGTTCAAGAAAATGAGCGTGGTGGACAACCTGCTTACTGGCCTGTCGCGCTTGCAGCGTACGTTTTTTCTCGAGCAGGCCTTGGGCTTGCCGCGCGCCCGGCGCGAGGCGCGGGCGTTCGCCGAGCGGGCCGAGCAGGTGCTGGAGTTCCTCGAACTGCAGGCCTGGCGTGACGTAGCGGTGGGCAGCCTTGCCTACGGTTTGCAGAAACGCGTGGAGCTGGGCCGGGCACTGATCGCGCAGCCGACCCTGCTGTTGCTCGACGAACCGATGGCCGGCATGAACGCTGAAGAAAAACAGGAGATGAGCCGCTTTATCGTCGATATCAATCGCGACCTTGGCACCACGGTGATTCTCATCGAGCACGACATTCCAGTGGTCATGGGGCTGTCCAGCCATGTGGTGGTGCTGGACTACGGACGCAAGGTCGGTGACGGCACGCCCGCGCAGGTGCAGGCCAACCCCGATGTGATCGCCGCTTACCTGGGGGCCTCGCACTCATGA MNALLEVRNVSLSFRGVKAIYDLSFSVRLGEICALIGPNGAGKSSLLNILNGVYRADAGQVFFAAEPLRRPHPLKAARLGIGRTFQNNALFKKMSVVDNLLTGLSRLQRTFFLEQALGLPRARREARAFAERAEQVLEFLELQAWRDVAVGSLAYGLQKRVELGRALIAQPTLLLLDEPMAGMNAEEKQEMSRFIVDINRDLGTTVILIEHDIPVVMGLSSHVVVLDYGRKVGDGTPAQVQANPDVIAAYLGASHS PGPT0020780_5741 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020780-livG-K01995 NA NA D1-35_02539 972 hypothetical protein ATGAGTGTTTTCGAACTCAATGCTCCATTGCCCGAAAGCGTGACGGACAGCGCCCTCGTGGCGTTGCAGCGCTGGGCCAGGGAGCGTCCGACGCAGATCGCCATGCGTCATCGACGCCTCGGCGTCTGGAAGGCCTGGCGGTGGATCGATGTGCAACGCGAGGTCGAGCGGGTTTGCGATGGCCTGCGCCAGCAAGGCTTCGTCCCTGGCGCACGGTTGGCATTGAGCGGTGCCTTCGAGCCGAGCCTGCTGATTCTGACATTGGCGGCGCGCCAGCTGGGTGGACACAGCGTGGTCGTCGACCGCGACAGTCAGGGCGAGGATCTGCAACGCCAGTTACGTCTGATCCGCCCTGCGTTCGCCTTTGTCCAGCGCCGCGAAAGTGTCTCGCACTGGCTGCAATGCGGCCTGGATGAAGAGTGGCCGCTGCGGCTGTATTCGGCCCAGGCCAGTGCGGCGCGTCGTGGCCTGTGGCAGGTGCAGTCACTGTCGGTGCTGTTCGTCACCGAGGCGCCGGCAGCGCAGCGCCAGGGCTGGGCCCAGGTCGCCAAGGACGCGGTGGTTTGGATCGATGAGGGCACTGAATGGCCTGATGGGCTGACTCATCTGTTCCGTCGCTGGCTGGAGGGCGGCGAAGGCCTGGCCTTTCCGGAAGCGCGCGAGTCAGCCAGCCGCGATCGCCGCGAGATTGCCCCGACGGCCTTGCTGTTGTCCGCTGCGCGAGTCGAATCGCTGGCGGCGGAAATCGAAGCCCGGCTGCCGATTGCAGGCAGTTGGCGGCGACGCCTCTGCGAATGGACCCTGGATGATCCGCGACGTGGTCTGCGCCGCTGGCTCAAGGCGCGGGTGCGGCGTCTGCTCGGGTTCCAGCGGCTGCGCCGGATCGAGGTGCCAAGCGCGCCCGCAAGCGCCTTGTTGCAAGGCTCGGCGCGCCAGGCCTGGTTGCAGGAATATCTGGAGCGAGCAGCATGA MSVFELNAPLPESVTDSALVALQRWARERPTQIAMRHRRLGVWKAWRWIDVQREVERVCDGLRQQGFVPGARLALSGAFEPSLLILTLAARQLGGHSVVVDRDSQGEDLQRQLRLIRPAFAFVQRRESVSHWLQCGLDEEWPLRLYSAQASAARRGLWQVQSLSVLFVTEAPAAQRQGWAQVAKDAVVWIDEGTEWPDGLTHLFRRWLEGGEGLAFPEARESASRDRREIAPTALLLSAARVESLAAEIEARLPIAGSWRRRLCEWTLDDPRRGLRRWLKARVRRLLGFQRLRRIEVPSAPASALLQGSARQAWLQEYLERAA NA NA NA NA NA D1-35_02540 1416 dmoA_1 Dimethyl-sulfide monooxygenase ATGCCACGTGAAATTCGTTTCAATGCCTTCGAGATGAACTGCGTCGGCCACCAGTCTCCAGGGCTCTGGCGACATCCCCTGGATCGTGCCTGGCAGTATAAAGACCTGGATTACTGGACCGACCTGGCCAAACTGCTGGAGCGCGGCAAGTTCGACGGCATCTTCATTGCCGATGTGATCGGTATCTACGATGTGCTCGGCGGCAATGGTGACGCCGCGATCCGCCAGGCGACCCAAGTCCCGGTCAATGATCCACTGGCGCTGATCACGCCGATGGCACTGGTGACCGAGCACCTGGGTTTCGGCCTGACCGCCTCGTTGACCTTCGAGCATCCCTATCCCTTTGCCCGCCGCCTGTCGACATTGGATCACCTGACCAAGGGGCGCATCGGTTGGAACATTGTCACGTCTTACCTCGACAGCGGCGCGCGTAACCTCGGCCAGAAGGCGCTCAGTGATCACGATGCACGCTACGACTACGCCGACGAATACCTCGAGGTGCTCTACAAACTGTTCGAAGGCAGTTGGGAGGAGGGCGCGGTGGTGCGCGACCGTGAGCGCGGCATCTTCAGCGACCCGGGCAAAGTCCATGAGATCCGTCACCAGGGCAAGCACTTCCAGGTGCCGGGTATCCACCTTTGCGAGCCGTCGCCGCAGCGCACGCCGGTGCTCTACCAGGCAGGGGCATCGAGCCGTGGCAAGGATTTCGCCGCCGGCCATGCGGAATGTGTATTCGTCGCGGCGCCGTCGAAGGTCATCCTGAAAAAGACCGTGGCCGATATCCGCCGACGTGCCGCCGAGGCCGGGCGTGATCCGCGCAAGGTGCTGATCTTCAACCTGCAAACGGTGATCGTCGACGAGACCGATGCCAAGGCACAGGCCAAGTGGCGGGAGCTGAAATCCTACAGCAGCTATGAGGGCGCGCTGGCGTTGGTTTCCGGCTGGACTGGCATCGATTTCAGCCAGTACCGACCCGACCAGGTGCTCAAGCACATCCATACCAACGCCATTCAATCGGCCGTGGAAACCTTCTCCACCGCCGACCCCGACAAACAATGGACAGTCCAGGAACTGGCCGATTGGGTCGGCATCGGCGGCTTTGGTCCGTTGATCGTCGGCGGCGCGCAAACCGTCGCCGACGAGTTGCAGGCCTGGGTCGAGGAAACCGATGTGGACGGCTTCAACCTGGCCTACGCCCTGGCCCATGAGACCTTTCGCGACGTGGTCGAGCTGCTGGTGCCCGAACTCCAACAACGCGGCGTGTACAAGACCGACTATCGCCCTGGCACCCTGCGCGAGAAGCTGTTCGGCGACGGCCCGCGCCTTCCCGCCAGCCACCCGGGCGCTGGTTATCGGGACTTGAATCGCCTGGCCCCGCGCGCTCGTGTCGCTGAGCCGGCCCTGGTTGAGGAGTAA MPREIRFNAFEMNCVGHQSPGLWRHPLDRAWQYKDLDYWTDLAKLLERGKFDGIFIADVIGIYDVLGGNGDAAIRQATQVPVNDPLALITPMALVTEHLGFGLTASLTFEHPYPFARRLSTLDHLTKGRIGWNIVTSYLDSGARNLGQKALSDHDARYDYADEYLEVLYKLFEGSWEEGAVVRDRERGIFSDPGKVHEIRHQGKHFQVPGIHLCEPSPQRTPVLYQAGASSRGKDFAAGHAECVFVAAPSKVILKKTVADIRRRAAEAGRDPRKVLIFNLQTVIVDETDAKAQAKWRELKSYSSYEGALALVSGWTGIDFSQYRPDQVLKHIHTNAIQSAVETFSTADPDKQWTVQELADWVGIGGFGPLIVGGAQTVADELQAWVEETDVDGFNLAYALAHETFRDVVELLVPELQQRGVYKTDYRPGTLREKLFGDGPRLPASHPGAGYRDLNRLAPRARVAEPALVEE PGPT0003040_10 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-35_02541 948 hypothetical protein ATGAAGCCCGGCCAATTCTTCCAACGTCTACTGCTCGGCACATTGTTTGCCGCACCGTTGGCCCAGTCCGCCGAGCCATTGGTACTGCATGTCGGCGACCAGAACTATTACAACGTCCGGGCTTCGGTGGAGGCTTCGGGTGTGCTTGAGGGCGCCCCCTATCGCGTCGACTGGAAGCACTTCCAAGCGGCCGCGCCACTGGCCGAGGCGCTGAGTACCGGTGACCTGGACCTGGGTTTCCTCGGCGATTCGGGCTTTTTGTTCCTGGCAGCCAAACAGGCACCAGTGAAGTTGATCGGCGTCTCGCGGCAGAACCCTAACACCATCGCGCTGCTCGTGCCCAAGGACTCGCCGGTCAAGACCATCGCCGACCTCAAGGGCAAGAAGGTCGCCTATTGGCCCGGGGCGTGGAGCCAGCAACTGACACTGCGCGCCCTGGAACGGGCCGGCTTGCCGGAAGACCACGTCGACTTCATCAAGCTGATGCCCATTGATGCAGCCGCTGCCTTGCCCCAGGGCAGCATCGATGCCTTTCCGGTGTGGGAGCCCTACATCTCGCAACAGATCCTCTTCTCCGGCGCCCGGCCGATCCTGACGGCGAAGGACCTCATGCCCGGCCTCAGCGCCATAGCCGCCTCGACGCCGGCCATCGACAGCAAGCGTGAAGCCATCGCCGACTTCCTCGGCCGCGTGAAACAAGCCCGCGCCTGGGTCGACAACCACACCGACCAATACGCGGACCTCTGGGCAAAGAAGGCCAATCTTGACCAGGACGTCTCGCGCCATTGGTTGCGCCAGGCCCACATGAGCGTTGGTCCGGTGGACCAGCAGTCCGCCGCCGACCTGCAGAGCACGGCGGACTTCCTGTTCAAGGTCAAGGCGCTACCGGCTCCGCTGGCCACTGCTGGCGTTATCGACACGTCCTTCAACCAAGCCTTCAGCCATTGA MKPGQFFQRLLLGTLFAAPLAQSAEPLVLHVGDQNYYNVRASVEASGVLEGAPYRVDWKHFQAAAPLAEALSTGDLDLGFLGDSGFLFLAAKQAPVKLIGVSRQNPNTIALLVPKDSPVKTIADLKGKKVAYWPGAWSQQLTLRALERAGLPEDHVDFIKLMPIDAAAALPQGSIDAFPVWEPYISQQILFSGARPILTAKDLMPGLSAIAASTPAIDSKREAIADFLGRVKQARAWVDNHTDQYADLWAKKANLDQDVSRHWLRQAHMSVGPVDQQSAADLQSTADFLFKVKALPAPLATAGVIDTSFNQAFSH PGPT0003025_3052 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003025-ssuA-K15553 NA NA D1-35_02542 1272 nepI_2 COG2814 Purine ribonucleoside efflux pump NepI ATGACTGACTGTGTGTGTAATGCCGGACCCGGCAGCCATTCCGGCGTCGGGCCGGATGTGGAGCCGACAACCCCCGCGTGGATGGCCGTTTTCTCGCTGGCAATGGGCGTGTTCGGATTGCTGACCGCCGAGTACCTTCCGGCCAGCCTGTTGACGCCGATGGCGACCGACCTGGGAGTGTCCGAAGCGTTGGCTGGCCAGGCGGTAACGGTGACCGCAGTGGTTGCGTTGTTCGCTGGGCTGTTGGTGCCAGGCCTGACCCGCGGCATCGACCGCCGCTGGGTGCTGCTGGGTTTCTCCACGTTGATGATCGCATCCAATCTACTGGTCGCCGTTTCTTCCAGCCTCGCGGTGCTGTTGCTGATGCGTATCTTGCTGGGCATTGCCCTTGGCGGGTTCTGGAGCATGGCGGCAGCGGTGGCGATGCGCCTGGTACCGGCGGCTTTGTTGCCCCGAGCGCTCTCGATCATTTTCAGCGGCATCGCCATCGGGACGGTGGTTGCGGTCCCGTTGGGTAGCTACCTGGGCGGGCTGTATGGCTGGCGCAGCGCGTTCTTTGCAGCGGCGGCGGTAGGTGTGGTGACCCTGGCTTTCCAGTCGTTCACGCTGCCGCGCCTTGCGCCACGCAGGCCGGCACGCCTGCGCACCGTACTTGAAGTGTTGCGGCGCCCGGGCATCGCCATGGGCATGTTCGCTTGCGTGCTGGTGCACAGCGGCCATTTCGCGATGTTCACTTATGTCCGGCCATTTCTCGAAGGGACTACCGGCATCGACGCGCAAGGGCTGTCGCTGATGCTGCTGGGTTTCGGTGTGGCGAACTTCGCCGGCACGCTCCTGGCCGGGTGGGTGCTTGAGCGTCATCCGCTGGCCACCCTGGTATTGATGCCGGCGCTGGTAGGCGTTGCCGCACTGGCGTTGGTGCTGTTGCCGGCCTCGGTGCCGGGCCAGGCGGTGCTGCTGGCAATCTGGGGCCTGGCCTTTGGCGGTGTGCCGGTGGCGTGGTCGAACTGGGTCGCCAGCGCGGTGCCTGATCAGGCGGAAAGCGCCGGGGGCATGGTGGTGGCGTCCGTGCAGTCGGCCATCGCAACGGGCGCTGCCGCTGGCGGTGCAATGTTCAGCCTCGGTGGCAGCGCCGGCGTATTCGTCGCGGCGGCTGTGCTGATGCTGCTGGCTGCGTTGCTGATTGCGTTGCGGGTGCGGGTTCGTTCTGTCCATGGCAATGCCCAGGCCACGACGGCGTCGCTCATTGCCAATCCGTCGCAACGGCAGTGA MTDCVCNAGPGSHSGVGPDVEPTTPAWMAVFSLAMGVFGLLTAEYLPASLLTPMATDLGVSEALAGQAVTVTAVVALFAGLLVPGLTRGIDRRWVLLGFSTLMIASNLLVAVSSSLAVLLLMRILLGIALGGFWSMAAAVAMRLVPAALLPRALSIIFSGIAIGTVVAVPLGSYLGGLYGWRSAFFAAAAVGVVTLAFQSFTLPRLAPRRPARLRTVLEVLRRPGIAMGMFACVLVHSGHFAMFTYVRPFLEGTTGIDAQGLSLMLLGFGVANFAGTLLAGWVLERHPLATLVLMPALVGVAALALVLLPASVPGQAVLLAIWGLAFGGVPVAWSNWVASAVPDQAESAGGMVVASVQSAIATGAAAGGAMFSLGGSAGVFVAAAVLMLLAALLIALRVRVRSVHGNAQATTASLIANPSQRQ PGPT0021090_15 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021090-nepI-K03445 NA NA D1-35_02543 966 rclR_1 COG2207 RCS-specific HTH-type transcriptional activator RclR ATGCCCACCGATCAGTTTGCCCTCTCCTCGGATCTCATCAACGAGTTGTTGCGCGGCATGCGCCTACGCGGCGTCGAGTACCGGCGTATCCAGGCCGGTCCAGCCTTCGGCCTGGGCTTCGCTGACAAACCCGGACACGCCTGGTTCCACTTCCTGGCGGTCGGCAATGCACTGCTGCGGATGGAAGACGGAACCACCTATGCGCTGTCGGCCGGCAATGCCGTGTTCATGTCCCATGGGGCGGTCCACCAACTGCTGTCCCATGTGGACGCGCCGGTTCAAGACATCGATCGCCTGGACGGCGCTCCCCTCGGCGATGCCGTCAGCGCGGTGGATACCGGAAACGATGCCAGCCCCACGCCGACGACCATTCTGTTCAGCGGCTGCATGGAGTTCGAACTGGGCAGCATCCATGGCCTGGGCAGGCTGATGCCGGGCCTGATGCTGATTGATGCCGGCGGCCAGCGTTACCCTGGACTGATGCCAATCCTGACCACCATGGAACGCGAAGCCAGCGCCGCACGTGTCGGCTTCGCCGGCATTCTCGCGCGGCTGGCCGACGTGGTGGCCGCCATGGTCGTTCGCGGTTGGGTGGAGTGCGCCTGCGGCAATGCCTCTGGCCTGGTCGCCGCATTGCGCGATCAGCGCCTGGCCAATGCACTTCTCGCGCTCCATCAACAACCGGGCCGAGACTGGACCGTCGCGCAGTTGGCGGAGCAATGCAATACCTCGCGCTCGGTCTTCGCCGACCGTTTCCAGGCGACTATCGGCATGGCCCCGTTGCGCTACGTCACCGAACTGCGGATGCGGCTCGCGAGCCAGTGGCTGACGCTCGAAAGGTTGCCAATCGAAGAAGTGGCGCAGCGCCTGGGCTACACCTCCCAGGCCGCTTTCAGCCGCGCATTCAAGCGCGTTACGGGCAAGACGCCTGGGTTGAGTCGTCAGTCGAGGCAGTCGGCTCTCTAG MPTDQFALSSDLINELLRGMRLRGVEYRRIQAGPAFGLGFADKPGHAWFHFLAVGNALLRMEDGTTYALSAGNAVFMSHGAVHQLLSHVDAPVQDIDRLDGAPLGDAVSAVDTGNDASPTPTTILFSGCMEFELGSIHGLGRLMPGLMLIDAGGQRYPGLMPILTTMEREASAARVGFAGILARLADVVAAMVVRGWVECACGNASGLVAALRDQRLANALLALHQQPGRDWTVAQLAEQCNTSRSVFADRFQATIGMAPLRYVTELRMRLASQWLTLERLPIEEVAQRLGYTSQAAFSRAFKRVTGKTPGLSRQSRQSAL NA NA NA NA NA D1-35_02544 903 hypothetical protein TTGAAAGCTGCCATCGTCAAAAATTACCGTCTCATCGTCAAGACCATGGGCTACGTGGGCTGGGCTTTGTTCTGGTTGTTGCTCTGGGACATCGCCGTCACGGTGGACTTCATGCTGTTTCTCAACGCCAAATTGAACCTGCCGCTGATGCCGCTGACCTTGCTCGGCTCGGCGTTGGTGGTGTTGATCAGCTTCCGCAACAGCAGTGCTTACAACCGCTGGTGGGAAGCACGGACGCTGTGGGGAACGATGATCAACAGTTCACGCAGCTTCGCTCGTCAGGTGCTGACGCTGCTGGACGACCCCGGCAGCGAGGTGAATCCGGTCAAGTCGACCTTGTTGCGTCGCCACGTCGCTTATGTGAATTGCCTCGCCGCGCATCTGCAAGGCCAGCCTTGTCCCGAGGAGGTGCGGGCGTTTATTCCGGACGAAGAGTTTGCCCGCAGTGGCACGACCAATAACTTTGCCAACGATATCCTCACCGGCTCGGCGACGTTGCTGGCACGCGAATACAAGGCCGGACACTTGGACAGTATTCGCCTGGCGCGTCTTGAGTCGACGCTGGTGGACCTGTCCAACAGTCAGGGCGGCATGGAGCGGATCGCGAATACGCCGCTGCCCTACCCTTATGTGTATTTTCCACGGCTGTTTATTTCGCTGTTCTGCCTGATTGTGCCGGTTGGACTGGTGGAATCCCTGGGCTGGTTCACGCCGCTGGCTTCGAGCGTGGTTGGGTTCATGCTGCTGGCCATCGAGCGCATCGGCACCGATCTGCAAAGCCCGTTTCGCCACAGCGAACATCAGATCCAGATGGAAGCGCTGTGCGAAACCATCGAAAAGAACCTGCAGTCGATGCAGCGCGATTCCTTGGGTGATGTGCGCAGGATTGAAGAGAACGCTTGA MKAAIVKNYRLIVKTMGYVGWALFWLLLWDIAVTVDFMLFLNAKLNLPLMPLTLLGSALVVLISFRNSSAYNRWWEARTLWGTMINSSRSFARQVLTLLDDPGSEVNPVKSTLLRRHVAYVNCLAAHLQGQPCPEEVRAFIPDEEFARSGTTNNFANDILTGSATLLAREYKAGHLDSIRLARLESTLVDLSNSQGGMERIANTPLPYPYVYFPRLFISLFCLIVPVGLVESLGWFTPLASSVVGFMLLAIERIGTDLQSPFRHSEHQIQMEALCETIEKNLQSMQRDSLGDVRRIEENA NA NA NA NA NA D1-35_02545 666 hypothetical protein ATGATCGATCTAAGCACTTGGAACCTGACCATCCCGGTCGGCACGCCTGCCCGAGTCATCGAGACGCCACGCCTGGTGGACGGTTACTCGGATGCGTATTTCCGCTCCGGCAATACGTTGTTTTTCTGGGCGCCGGTGACGGGCGGGACTACGTCCAGATCCGAGTTTCCACGTAGCGAACTTCGCGAGACGTACAAGAACGGTGAGCTGCGCAATTGGACGTACCCCGAAGCGGATCACCGGATGACGGCCAGCCTGTCCGTCAACCTGGTGCCGTCGGAAGGCAGGGTGGTGATCGGGCAGATTCATACCTACCAGGGCAAGGGCCCGCTGTTGAAGGTCGAATATGTCTACGATAAGGCCAGGAAGACCGGTAGCGTGATTGCCAACTATCGCCTCAAGCCGGGCAGTACGGACACCAAGGTGGTGATTGTCGAGGATGTCGAGTTGAACAAGCGGTTCACTTACGAGGTTCGTTTGAGCTCGGCGGGCTACCTGCATGTGATTTCGCAAGGAAATCGGTGGGGCAGGCAGCTCAGCAAAAGCTGGCAGGGCAAACAGCTGTATTTCAAGGCTGGCGCATACACCTTGGATAATACCGGCTACAAGAGCGAAGGCGGGCAGGTGACGTTCAACAAGCTGGAGGCCAGGCACAGCAAGGGTTGA MIDLSTWNLTIPVGTPARVIETPRLVDGYSDAYFRSGNTLFFWAPVTGGTTSRSEFPRSELRETYKNGELRNWTYPEADHRMTASLSVNLVPSEGRVVIGQIHTYQGKGPLLKVEYVYDKARKTGSVIANYRLKPGSTDTKVVIVEDVELNKRFTYEVRLSSAGYLHVISQGNRWGRQLSKSWQGKQLYFKAGAYTLDNTGYKSEGGQVTFNKLEARHSKG PGPT0019417_605 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA NA NA D1-35_02546 1986 hypothetical protein ATGAGTCAGAGCATTTCGCCCGCCGCTTCAGCTGCGCGGAACACCGGCATGGTAATCACGACTTTATGGGGCTCGGACACCGTCGCAGGTATTACGGTCGATCCGGACGGTGCCATCTGGCTTGGCGCTTATAGTCGCCTGGGATTAGGAGGCGAAGAAGATTCAGGCTTCACCGCAAGCCTGGTTCGGTTCAATGCCGACGGTAGCCTGGATCGCAACTTCAGTGGAGACGGTAAGTCCCTCCTCCCCGTGTCGCTCGATATCGAGGACGGTGGCAACGCTGCGGTGCAGCCGGGAGGGGGCTACCTGGCGGCGCTCTACGTAAAAGTGGGCGATGCCTGGGTTTCAGGTGTAAGCCGTACCTTGGCTGACGGCAGCCTCGATACCAGTTTCGGGAATGGCGGCACCGCGACGGTGCCTTTCTACTGGAATGAAGATCTGGGCCAGCAAGCGTCGTTCTCCGTACAACGCGACGGCAGCTTTTTCGCAAGCGCCGGGTATCCCTCTGGGGAGATCCATATCGCCCGCTTCGACGCGACGGGGATTTTGGTCTCGTCTTTCGGCGAGGCTGGGGTCCTGCACCTGCCAGCGTCCGTGGGCGTTCAACCCGGCAGCGCGATCGACGTTTCGCTGCAGGGAGACGGGCAAGTATTGGTCACCGGGCGAGATACCCTGACCCGCCTCAACCCGGACGGTACTCTGGATAGCAATTTTGCAAACGGGGGCAGCCTCGCTCTGGATGTTCACCCAGACGCCCTCGTCATTCAGGATGACGGCAAAATCCTGCTGGCGGGCGCCTCGGGCGGCGTGGCGAGCGTCATCCGCCTCAATGCCGACGGCTCGCTCGACACCGGTTTCGGTGATCAGGGTAAGGTGAGTTGGGGCTCGCAAAGCGCTCCTTTCGCAGTCGCCGACATGATCCTGCTGGCCAACGGCAAGCTATTGATTGGCGGAAGCCAAGGAACGAGCGCGGACGGCTATCTGGCCGCCTTGGTCCAGTTGAACCCCAACGGTAGCCTGGACCTCGGCTTTGGCAATCCCGACGATGGCTATCACCACCTTGACGGTGGCCGCGAGGATGACTTCCTGCTCGGTACCGCCTCGTTCGACGATGCGATCTCTGGCGGGGCCGGTGACGATCTGCTCGATGGCCAGCAAGGTCGTGACCTGCTGACGGGCGGCGCCGGGGCCGATACGTTCCGTTACCAGTCAGCCGCAGACAGCTACCGAACCGCAACCACGGCCCATAGCGACCGAATCACCGACTTCGACCCCAGCACCGATACGATCGACCTCTCCTCCCTCGGCTTCCTCGGGCTGGGCAATGGACATGACGGAACGCTGGCGATACGCGTCAATGAAAGCGGGACCCGGACCTACCTCAAGAGTTTCGAGGCCAACGCGGATGGGGAACGCTTCGAAGTGATCTTCGACGGTAACCTGGGCCAAGCGCTGAATGAAACCAACGTCCTGTTTCAACAAGCCAGACTGGTGGGCACCGAAGGGGCTGATCCTTTACAAGGCAACGCTCGAGGCGAAATCATCGAAGGATTCGCAGGCGATGATCGCCTTAATGGCGCACTCGGGAATGATGTATTGGCCGGCGGAAATGGTCGGGACCTATTGGCGGGTGGCGGCAACAACGATGTGTTCCGGTTCGACGCATTGAGCGACAGCTACCGTACCGCCACCGAAAACCACACTGATCGCCTGATTGACTATACCGCGGGTGAAGACACGATCGACTTGTCCGCCTTGGGCTTTACCCGATTGGGAAATGGTTACAACGGCACGTTGGACGTGGTTTTTAATGAGGCCAGGAACCTGACTTACTTGAAGAGCTACGAAGCCGATGCATCCGGGGCTCGATTCGAGTTGAGCCTGGCAGGGGATCACTCCGGTTACCGTGACTTGAACATCATCTTCGCCGAGCCCTTGGAGGAGGATCTCTTTCAGTTGATCGGAGTGGCTGACTCCCTAGTGTGA MSQSISPAASAARNTGMVITTLWGSDTVAGITVDPDGAIWLGAYSRLGLGGEEDSGFTASLVRFNADGSLDRNFSGDGKSLLPVSLDIEDGGNAAVQPGGGYLAALYVKVGDAWVSGVSRTLADGSLDTSFGNGGTATVPFYWNEDLGQQASFSVQRDGSFFASAGYPSGEIHIARFDATGILVSSFGEAGVLHLPASVGVQPGSAIDVSLQGDGQVLVTGRDTLTRLNPDGTLDSNFANGGSLALDVHPDALVIQDDGKILLAGASGGVASVIRLNADGSLDTGFGDQGKVSWGSQSAPFAVADMILLANGKLLIGGSQGTSADGYLAALVQLNPNGSLDLGFGNPDDGYHHLDGGREDDFLLGTASFDDAISGGAGDDLLDGQQGRDLLTGGAGADTFRYQSAADSYRTATTAHSDRITDFDPSTDTIDLSSLGFLGLGNGHDGTLAIRVNESGTRTYLKSFEANADGERFEVIFDGNLGQALNETNVLFQQARLVGTEGADPLQGNARGEIIEGFAGDDRLNGALGNDVLAGGNGRDLLAGGGNNDVFRFDALSDSYRTATENHTDRLIDYTAGEDTIDLSALGFTRLGNGYNGTLDVVFNEARNLTYLKSYEADASGARFELSLAGDHSGYRDLNIIFAEPLEEDLFQLIGVADSLV PGPT0027825_379 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027825-prtC-K01406 NA NA D1-35_02547 1245 yfeW_2 Putative D-alanyl-D-alanine carboxypeptidase ATGCACTCATCCGCTATTTTTGGTGTGGCTGCGGCTGGTCGCTCGCTGCTTCTCTCGCTCGGTCTGCTCGCTGCGGGTATCACCGCAGGCGCATGGGCTGAGGATTATCCCCACGCCCAGGAACCGATTGGCACCGTGGAGCAGATCTATGACGGCGCCATGCTCCCCGATCTGGCGGTCAGTACCTACCGCAACATCGACCGGCTGTTCCCTACCCACAGGATCAAAGCCAGCGATCACCCGTATGCGCTGCCGAAATCAGACAAACAGTTGCCCAACGTTCGCTTCACTGTCGGGGACAAAAAGTACGACCTGTATGACTTCGTCGCACTGGACAGCATTACGGCGATGCTTGTGCTCAAGGACGGCAAGATTGTGTTCGAGACCTACCAGCGTGGCAACACCGAGAAAACCCGATGGATGTCGATGTCGATAGCCAAGTCCATTACGTCGACGCTGGCGGCTGCAGCGATCAAAGACGGCCTTATCAAGGGCCTTGATGCGCAAGTGGTAGATTACGTTCCCGAGCTCAAGGGCAGCGCCTACGAAGGCGTGACCGTGCGCAACGTGCTGATGATGTCTTCGGGCGTGAAGTGGAACGAGACCTACACCGATCCGGCGTCCGATCGTCGCGCGCTACTCAAAGCGCAGATATCGCAGAAACCGCGTTCGGCCATGGCCTTGATGGCAAGTTTGCCGCGAGCAGCCGAGCCTGGCACGGCCAACACTTACAGCACTGGCGAAACGCAGGTACTCGGCGAGATCGTCCGTGGCGCTGTGAAGATGCCGCTGGCCGATTATCTATCGCAGAAGATCTGGCAGCCGTTCGGTATGGAGAGTGATGCCCGGTGGTGGCTCGATTCGCCTGACGGCGTGGAAATCGGTGGCAGTGGTATCAGTGCCACGCTGCGCGATTATGGACGCTTCGGGCTGTTTTTCATGAACGGCGGCAAGATCAATGGCACCTCGATTCTGCCCGAAGGCTGGGTCACGGAGGCGACGCTGCCGACCACCCTCAAAGGCGGCAAGTCCCTGGACTACGGTTACATGTGGTGGACGGCGTGGACCGAGCCGTCGGTAAAAGACGGCGCCTATTCGGCGGTCGGTATCCAGGGCCAGAACATCTACGTCAACCCTGCCAATAACGTCGTGATTGTCACCTTCGGTGCCCAGCCCAAGCCGGTTGACAAAGAGCCGATCGACCCGATGGTATTCTTCGATGCCGTGGTGGCTGCGTTGAAGTAA MHSSAIFGVAAAGRSLLLSLGLLAAGITAGAWAEDYPHAQEPIGTVEQIYDGAMLPDLAVSTYRNIDRLFPTHRIKASDHPYALPKSDKQLPNVRFTVGDKKYDLYDFVALDSITAMLVLKDGKIVFETYQRGNTEKTRWMSMSIAKSITSTLAAAAIKDGLIKGLDAQVVDYVPELKGSAYEGVTVRNVLMMSSGVKWNETYTDPASDRRALLKAQISQKPRSAMALMASLPRAAEPGTANTYSTGETQVLGEIVRGAVKMPLADYLSQKIWQPFGMESDARWWLDSPDGVEIGGSGISATLRDYGRFGLFFMNGGKINGTSILPEGWVTEATLPTTLKGGKSLDYGYMWWTAWTEPSVKDGAYSAVGIQGQNIYVNPANNVVIVTFGAQPKPVDKEPIDPMVFFDAVVAALK NA NA NA NA NA D1-35_02548 1320 dctA2_2 COG1301 C4-dicarboxylate transport protein 2 ATGTCCGCTGAAACTCAAAACCGCAAACCGTTCTACAAGATTCTTTATCTCCAGGTCTTGTTCGCGATCGCAATCGGCATCCTGATTGGCCACTTTTATCCGGAAGCCGGTACCACGTTAAAACCGCTCGGCGATGGTTTTATCAAGCTGATCAAAATGGTCATCGCCCCCATCATCTTCTGTACTGTGGTCACCGGCATCGCAGGCATGCAAAACATGAAAGCGGTCGGAAAGACCGGTGGCTATGCGCTTCTGTATTTCGAGATTGTTTCGACAATTGCCCTGTTGATCGGGCTGGCTGTGGTCAACTTCGTGCAGCCGGGCGCTGGAATGCATATCGATCCGTCCACGCTCGATGCGTCGGGTATTGCTGTGTACGCTGCCGCAGGCAAAGAGCAGAGCACCATTCAGTTCCTCCTGCATATTATCCCCAACACGATTGTTGGCGCGTTTGCTGAGGGTGAGATTCTGCAGGTGCTGTTCTTCTCTGTACTGTTTGGCTACGCGCTGCATCGCATCGGTGATTATGGGCGTCGGGTGTTCGAGTTCATCGAGAGCATCTCCCAGGTGTTGTTCAGCATCATGGGTGTGGTCATGAAAGTCGCGCCCATCGGTGCGCTGGGTGCGATGGCCTTCACTATCGGTAAGTACGGTGTCGGTTCTTTAGTCCAGTTGGGCTATCTGATGCTGTGTTTTTACTTCACCTGCGTGGTCTTCGTACTGGGGATATTGGGATCGATAGCGCGCCTGCATGGGTTCAGCATTTTCAGGTTCATCAAGTACATCCGCGAAGAGCTCCTGATCGTCCTGGGCACTTCGTCGTCCGAGACCGCGTTACCACTCATGATCGTCAAGATGCAGAAGCTCGGCGCGCATAAGTCCGTCGTGGGCCTGGTCGTCCCGACCGGTTATTCCTTCAACCTTGATGGCACTTCCATCTACCTCACCATGGCGGCGATTTTCCTCGCCCAAGCCACCGATACGCCCATGGACATTACGCACCAGATTACGTTGTTGCTGGTCTTGCTAGTCACATCAAAGGGGGCGGCGGGTGTAACGGGCAGTGGCTTCATCGTCTTGGCGGCGACGCTGTCGTCAGTAGGGCATGTGCCCGTTGCTGCGCTGGCCTTGATTCTGGGGATAGACCGTTTCATGTCTGAAGCGCGGGCATTGACCAATCTGATCGGTAATGGGGTGGCGACAATCGTGGTTGCCAAGTGGTGTGGGCAGTTGGACGAGAAGGTGCTTCAAAAGAGGCTGGAAGAGGGCCCTGGGGCGGCGGCTGTCGGTTCGTCGGCATCCCATAACGTCAGAATTTGA MSAETQNRKPFYKILYLQVLFAIAIGILIGHFYPEAGTTLKPLGDGFIKLIKMVIAPIIFCTVVTGIAGMQNMKAVGKTGGYALLYFEIVSTIALLIGLAVVNFVQPGAGMHIDPSTLDASGIAVYAAAGKEQSTIQFLLHIIPNTIVGAFAEGEILQVLFFSVLFGYALHRIGDYGRRVFEFIESISQVLFSIMGVVMKVAPIGALGAMAFTIGKYGVGSLVQLGYLMLCFYFTCVVFVLGILGSIARLHGFSIFRFIKYIREELLIVLGTSSSETALPLMIVKMQKLGAHKSVVGLVVPTGYSFNLDGTSIYLTMAAIFLAQATDTPMDITHQITLLLVLLVTSKGAAGVTGSGFIVLAATLSSVGHVPVAALALILGIDRFMSEARALTNLIGNGVATIVVAKWCGQLDEKVLQKRLEEGPGAAAVGSSASHNVRI PGPT0001450_1745 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D1-35_02549 663 hadL (S)-2-haloacid dehalogenase ATGAATTCGATTGAAAACAAGCTTCAGCAAACACCTGTGAAGCTCGTCCTGTTTGATTTGCTCACCGCTCTGCTGGACTCATGGACGCTATGGAATTGCGTGGCAGGCTCCGATGAAATGGGCCGCACCTGGCGTATGGCTTATTTGAAGGCGACTTACGGCTGTGGTGCTTACCGGCCTTATGAAACGTTAGTCGAAGAGGCTGCGATCAGTGTCGGACTAGGCAAGGAGGCCGCGCAGAATCTGGAGGCACGCTGGATGCAGTTGCAACCTTGGCCTGAGGCCAAACGCGTGCTCACCGAGTTGGCGCCGCACTACAAGCTCGGTGTGGTGACCAACTGTTCGGAGCGGTTGGGGCGTATCGCAGCGGATCTTCTGGGAGTGCCGTTTGACGTAATTGTCACTTCTGAACAGGCCGGCTTCTACAAACCCGATGCGGAACCTTACAGGCTCGCCCTGCAAATAGCGGGGGTGGAGTCCGCTCACGCCCTATTCGTGGCGGGCTCTGCTTACGATCTGTTTGGCACGCAGAAAGTTGGCTTGCCAACCTTTTGGCACAACAGAATAGGGCTCGATGCGCCCGCAGGTGCGCCTGATCCATTAATCATGCGTCCGACACTGGATAGCCTGGTTGAGGATATTAAAAATCTGAGCGGCAAATAA MNSIENKLQQTPVKLVLFDLLTALLDSWTLWNCVAGSDEMGRTWRMAYLKATYGCGAYRPYETLVEEAAISVGLGKEAAQNLEARWMQLQPWPEAKRVLTELAPHYKLGVVTNCSERLGRIAADLLGVPFDVIVTSEQAGFYKPDAEPYRLALQIAGVESAHALFVAGSAYDLFGTQKVGLPTFWHNRIGLDAPAGAPDPLIMRPTLDSLVEDIKNLSGK PGPT0006885_1831 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D1-35_02550 1131 dthadh D-threo-3-hydroxyaspartate dehydratase ATGACAGCATTCACTCATATCGAAACCCCCGCCTTATTGCTGGATCGCGATCAACTCGATGCGAACATCCAACGGATGCGCAATAAGCTGGCAGCATTCAACGTGGTATTGCGGCCACACGTGAAGACCAATAAGTCGTTAGAAGTTACCGAGCGATTGTTTGCAGGCGGGCGCGGCCCGATCACCGTTTCAACCCTGCGGGAGGCCGATTTCTTTTTCGAGGCCGGGTTCACCGACATCTTGTATGGCGTCGGCATTGCGCCCAACAAATTCGCTCATGCCGGTGCATTGATCGGTAAAGGCGCACAGCTAAAGTTGGTACTCGACAATCTGGATACCGCCAGGTTACTGGCCGAATTCGCCGAAACGTCGGGTCATGTTTTTGATGTTCTGCTGGAAATCGATTGCGACGGTCACCGTTCCGGTCTTGGCCCGCAGTCACCGCTGCTGGTGGAAATCGCGCGGCTGCTGAGCGCCAATGGCGTCAGGGTCAGCGGCCTGATGACACATGCCGGCAAGTCTTACGACAGTCAGTCAATCGCTGAAATCGAAGCCAGCGCCCGGCATGAACGCGCGGCGATTATCGATGCCAGCCAAATGCTGACGAATGCAGGCTTCGACCTGTCGATCATCAGTGTCGGCTCGACACCCACGGCACTTTTTACCGAGGATCTATCCGGGGTGACTGAAGTACGCGCGGGTGTATTCGCCTTTTTCGATCTGGTCATGGCGGGCTTGGGCGTTTGTCAGGTGCAAGATATCGCCGTCTCGGTTCTGACGACTGTCATCGGTCATCAGATTGAAAAAGGCTGGATCATTACAGATGCGGGATGGATGGCACTTTCCCGTGATCGTGGTACCGCCAGACAGGCGGTCGATCAGGGCTATGGCATCGTCTGTGACGCCAGCGGCCAGCCCATCGGCGACCTGATCGTCAGCGCCACCAATCAGGAGCACGGGATCATTTCATCGCGGGCCGGGAAGCTTGAAGCCTCAAGCTTACTGCCCTTGGGCACGCTGCTGCGGATCCTGCCGAACCACGCCTGCGCCACCTCGGCGCAGCACGCGGGTTATCACGTTATCAGCGAGGGGCACAGTGTGGGCTACTGGCCACGCATCGCGGGTTGGTAA MTAFTHIETPALLLDRDQLDANIQRMRNKLAAFNVVLRPHVKTNKSLEVTERLFAGGRGPITVSTLREADFFFEAGFTDILYGVGIAPNKFAHAGALIGKGAQLKLVLDNLDTARLLAEFAETSGHVFDVLLEIDCDGHRSGLGPQSPLLVEIARLLSANGVRVSGLMTHAGKSYDSQSIAEIEASARHERAAIIDASQMLTNAGFDLSIISVGSTPTALFTEDLSGVTEVRAGVFAFFDLVMAGLGVCQVQDIAVSVLTTVIGHQIEKGWIITDAGWMALSRDRGTARQAVDQGYGIVCDASGQPIGDLIVSATNQEHGIISSRAGKLEASSLLPLGTLLRILPNHACATSAQHAGYHVISEGHSVGYWPRIAGW PGPT0020170_3 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020170-dthadh-K20757 NA NA D1-35_02551 906 dmlR_12 HTH-type transcriptional regulator DmlR ATGAACGAGACAGTTGATCTCCGCTTTCTCTTGGTCATCCGGGAAAGCGAGAGTTTGTTGGCCGCGTCACGTAAGCTGGGTCTGACGCCTTCAGCGGTGACCCAGCGACTTCAGCAAATGGAGAAAAAACTGTCGATTCGATTGCTGGATCGGTCAGCCCGGCAGCTGCGCTTTACCGACGAGGGCGAGTTCTTGTGCCAGCGTGGGGCCGAGCTGGTCGAGCAGTTCGATTCCCTATTGGCGGATTTGCAAGAGCGGCGCAGTGGCTTCGTCGGCAAGTTGAAAATCAACGCACCGTTCGGATTTGGGCGACTGCACGTGGCACCCGTCGTGGCAGCTTTCCAGCGCCTGCATCCAGATGTAGAGATAGCATTGAGTCTGTCGGAACAGCCTATGGTCGAAGCGACTGACCGATTTGATGTGGTTATCCATATTGGGGAACTGCGCACCTCCAACCTGGTGGGCCATCCCATTGCCCCCAACCGTCGCTACGTATGCGCCTCACCGGACTTTATTGAACAGCACGGGCTGCCGGAACATCCCGACCAGCTCGCTACCTTGCCCTGCATCGCGCTGCGGGAAAACAACGAAGACGTCACGCTCTGGCATTTCACGCGCGCGGGTAAAACACACAACGTGCGAATCCGCCCAGCGTTGAGCTGCAACGATGGAAGTGTTATTCGGCAATGGGCTTGCGAAGGGAACGGCATCATCATGCGTTCTGAATGGGACGTTGCCGATGCTCTGGCGGAGGGGACGTTGATACGACTATTGCCGGGTTGGAAACTGCCAGAGGCCAATATTGTTGCGCTGACGCATCAACGCGAAGGGCTGCCCGCAAGAACGCTCAAATTTCTGCGCTTCCTCCAGGATCACTTCCGGCCGCAACCACTCTGGCGACAATAG MNETVDLRFLLVIRESESLLAASRKLGLTPSAVTQRLQQMEKKLSIRLLDRSARQLRFTDEGEFLCQRGAELVEQFDSLLADLQERRSGFVGKLKINAPFGFGRLHVAPVVAAFQRLHPDVEIALSLSEQPMVEATDRFDVVIHIGELRTSNLVGHPIAPNRRYVCASPDFIEQHGLPEHPDQLATLPCIALRENNEDVTLWHFTRAGKTHNVRIRPALSCNDGSVIRQWACEGNGIIMRSEWDVADALAEGTLIRLLPGWKLPEANIVALTHQREGLPARTLKFLRFLQDHFRPQPLWRQ NA NA NA NA NA D1-35_02552 3723 rcsC_10 Sensor histidine kinase RcsC ATGGTGACATTCAAGCCCGTCACCGACAGGCCCATTGCCGTCAGGATCGGGCTGGCGGTCGCCGCGCTGGTGTTCCTGATGCTGGCGGTGTCGCTGGTGAACCTCTACGGTTTGCGAGGCATGGTCCGCGCGGTGGATTCCGCCAGCCATTCGGCGGAGATCCTGGCCTCGGTCAACGGCGCCACCGGGCGTGTGGAAAACTTCATCGCCACCCGCGATTCTGAGAGTCTGTCCCAGGCCGAAGGCATGGTGGCGACGGCGATCGCCGGCCTCAGCGCCATTCCGGCGGCCGAGGCGCAATCGCTCAAAGGCAGCCTGGAGCGGCTCGCCGCAGCGATCACTGCCTTGCGCGCGGCGACCCTGACCATGGATGGCGAAACGGAGAACATGACCGCCCACTACGGGCGGATGCGAGAGGCGACGATCCTCGTCGAACAGGGCATCGCCGATGGCCTGAAGGGGCTCGATGCCCGCACCGCCGGGCACGAGGCGCGGGTGAGCGACATCGAAAGCGCCCACCGCATCCTGGATGTCCTGCGCAACGGCGAACGGATCATCACCGCCCATGTGGCCAAGATGTTGGTGACCGAGGATGCGGCGGCTGCCATGGCGGCGCGCAACGCCTGCGCGGCGCTCCTGCCGGTGATCGAGCAACTGCGCGAGGTGATGGGGGCGCCGCAGGCAACGGAGATCCTTGATCAGTTGGCGGCGGCGGTCGCTGCTGCCAGCGTCGCGGTAGAGCACCTTGGCGAGGCCCCCAGACGCCAGGGAGACGAAGCTTTGCGGCAGCTCGCCGCCGTCGGGGATGCGGCCGCGCGCCTCGAGGCGATGCTAGCTGACGCGGATGGGCTCGTCGGCCACGACGCAAGCGACATTCAGGCAGCGACCGGCTTGCTGCACAACGCCGCCGCGTTATCCAAGCGTTTCGCCGAGCGTGTCGCCACGCTGGAAGCGCAGACCTTGTCGTTTCGCCTGTCACCGTCGGCCGAAACCGCCCGCTCTGTCGGCCTGATTCTCGACGAGCTCTCCCGTCTCGCTCGGGTTCTGCCGTCGTCCGTAGGACTGCAAGCCAAGGCGACGCCCCTGACGGTCAGTGATCAGATTGCCGGCTACCGGGCGGCCTTTGCCAGGTTCCATCAGGCGAGCAATGCCTTGAGCGCGGCGCGCGACGAGGTTCGCAACGAGGCACGGAGCGCCGGCCTGTTGGTTGCGCGCTTTGCGGGTGAAGCGCGCTCCGACGCCTTGGTCCACAACGATCGCGGCATGCTTGCGACGATAGTTGCGGGCACCGTCGCCGTCCTGCTGGCCGGTGCCATCGCCTGGAGCACGTCACGATTTGTCGCGCAGCCCATCGTGGCCCTGGCCTCGGTCATGCGCCGGCTTGCGGCCGGCGACCTGAACGCCGAGATGGCCAGCGCCGCACGCGGTGACGAGATTGGAATCATGACCCGCGCCGTACGGGTGTTCCAGGAGAATGCCCTGCGCATCCGGGTGCTGGAGGCCGAGGCCGAGGCCGAGCGACAGCAGGTCCAGGCCTCTTTGGAGCGAATGGTCGCCGAACGGACCGACACGTTGCACCAACAGACCGACATACTGGAGGCGCAGGCCGTCGAACTCATTCAGGCGCGCAACCAGGCCGAGACGGCCAACCAGGCAAAGAGCGATTTTGTCGCCACGGTCAGCCACGAACTGCGCACCCCCCTGACCCTCATCCTCGCTCCCCTGGAACAGCTCTCGGCGGCGAACACTCCGCCAGCGGACTGGCGTGTGCAGGTCGAACGTGCCCAACGCAACGCATTGCGCTTGATGAACCGGGTGAACGACATCCTCGACTTTTCCAAGGCCGAAGCTGGCAAGTTCGAGCTGTGTCCCTCGCCGGTTGATTTGAACAAGGCGGTGGGGGTGCTGGCCGAGGACGCCGCCATGGTTGCCGAGGGCAAAGGCTGCACCTTGACTTGCAGCATCGATCCCGCGCTCGGCACGGTGTTTCTGGACCCCCGGCACTTCGAGAAAATCCTCCTCAACCTGGTGAGCAATGCCATCAAGTTCACGCCCGGCGGCGGCACCGTACACCTGGCAGTGACGCCGATCGAAGGCGAGCGATTTGAGTTAGCGGTGCAAGACTCGGGAATCGGCATAGAGCCGGACAAACTGCCGCTGTTGTTTCAGCGTTTTTCCCAGATCGACAATTCCGCCACGCGCCATTACAGCGGCACCGGCATCGGTCTCGCCCTGGTCAAGGACCTGGCTGAACTGATGGGCGGCGAAGTTGGCGTCGACAGCGAGCCTGGACGGGGTTCGCGCTTCTTTGTCCGGCTTCCGCTGGGGGCTGAGCAGAACACCCTGCCGACCGAAGCCAGCCATATGCTTGAGCGATCATCGGCGGGCACGACCAGTACGATGGAGCAGCGCCACCTGCGTTTTGACGATGGCCGCCAGGGCAGTCGCAACGACCTCGCTTCGACGCAAGGCGCAGACGACGAGCCGCATCCGGAACATGCCCTGCGATCCAGAGTGCTGGTGGTGGACGACAGCCCGGAAATGCTCAGTTATCTCAGCGAGCTTCTGCAAAACGACTACATCGTCGCCACCGCAACGGATGGAGAGCAGGCCTGGGCACTGCTGCAGCTTCGACCCATCGACGTGATCGTCTCGGATGTGATGATGCCCAAGCTCGACGGTTTCGGCCTGACCGCCAGGATCAAGGCCAGCGCCGGTTTTGCCCATTTACCGGTAATCCTGGTGACCGCCCGCGGCGGTAGCGAGGCCTGCATCTCCGGGCTGGAAAGTGGCGCCGACGACTATATCGCCAAACCCTTCTCGCCGCTGGAGCTCAAGGCTCGCGTACGCGCGGCGCTGCGCATGAGCCAGGTGCAAAGCGAACTGCAGGCAAAATCCCGCCAGGCGGGCATGGCCGAAATCGCCACGACTGTGCTGCACAACGTCGGTAACGTCCTCAACAGCGTGAACGTATCGGCAGAACTGGTCAGCAGCCAGATGCGCACCTCCAAGGCCCAGGGGCTGGGCAAAGTGGCGCGACTGATGAACGAACACGTCCACGACCTGAGCGATTTTCTGACCACGGACAACAAGGGAAGGATGCTGCCCGATTACCTGCTCAAGCTGGCGCAAGTGGTGACGGAAGAGCAGCAGGGCATCATCGAAGAGCTCGGGCAACTCATCAAAGGCATCGACCACATCAAAACCATCGTCGCTGCCCAGCAGTCCTATGCCGTTGCTGTCAGCGTCGTCGAGACAGTACCGGTCTCGGAGCTGATCGATGATGCCTTGCGCATGAGTGCCGGATCACTGGCACGCAAGGAGGTGACGGTGGTCAAGGACATCGCCGACTTGCCCCTGCTGTCGCTGGACCGGCACCGGGTGCTGCTGATTCTGGTGAACCTGATCCGCAACGCCAGGCAGGCGCTGGATGGCGTGAACGATCGCAGCTCCTGTATCACGTTCTGCGCGTCCCTTGTCGACGGATCAGCATTGCGTATCACGGTGGCCGACAACGGCAACGGGGTCGCGCCAGAGCACTTGGCGCGGATCTTTACCCATGGCTTCACTACTCGCAAGGATGGTCACGGTTTCGGCCTGCACAGCTGCGCGCTCGCCGCGCAGGAAATGGGCGGCAGCTTGACCGTGCACAGCGACGGGGCCGGGCAGGGCGCGACTTTTATCCTTGATATTCCCGTTGAGGCTGCGCTGAGCAAACGCTAG MVTFKPVTDRPIAVRIGLAVAALVFLMLAVSLVNLYGLRGMVRAVDSASHSAEILASVNGATGRVENFIATRDSESLSQAEGMVATAIAGLSAIPAAEAQSLKGSLERLAAAITALRAATLTMDGETENMTAHYGRMREATILVEQGIADGLKGLDARTAGHEARVSDIESAHRILDVLRNGERIITAHVAKMLVTEDAAAAMAARNACAALLPVIEQLREVMGAPQATEILDQLAAAVAAASVAVEHLGEAPRRQGDEALRQLAAVGDAAARLEAMLADADGLVGHDASDIQAATGLLHNAAALSKRFAERVATLEAQTLSFRLSPSAETARSVGLILDELSRLARVLPSSVGLQAKATPLTVSDQIAGYRAAFARFHQASNALSAARDEVRNEARSAGLLVARFAGEARSDALVHNDRGMLATIVAGTVAVLLAGAIAWSTSRFVAQPIVALASVMRRLAAGDLNAEMASAARGDEIGIMTRAVRVFQENALRIRVLEAEAEAERQQVQASLERMVAERTDTLHQQTDILEAQAVELIQARNQAETANQAKSDFVATVSHELRTPLTLILAPLEQLSAANTPPADWRVQVERAQRNALRLMNRVNDILDFSKAEAGKFELCPSPVDLNKAVGVLAEDAAMVAEGKGCTLTCSIDPALGTVFLDPRHFEKILLNLVSNAIKFTPGGGTVHLAVTPIEGERFELAVQDSGIGIEPDKLPLLFQRFSQIDNSATRHYSGTGIGLALVKDLAELMGGEVGVDSEPGRGSRFFVRLPLGAEQNTLPTEASHMLERSSAGTTSTMEQRHLRFDDGRQGSRNDLASTQGADDEPHPEHALRSRVLVVDDSPEMLSYLSELLQNDYIVATATDGEQAWALLQLRPIDVIVSDVMMPKLDGFGLTARIKASAGFAHLPVILVTARGGSEACISGLESGADDYIAKPFSPLELKARVRAALRMSQVQSELQAKSRQAGMAEIATTVLHNVGNVLNSVNVSAELVSSQMRTSKAQGLGKVARLMNEHVHDLSDFLTTDNKGRMLPDYLLKLAQVVTEEQQGIIEELGQLIKGIDHIKTIVAAQQSYAVAVSVVETVPVSELIDDALRMSAGSLARKEVTVVKDIADLPLLSLDRHRVLLILVNLIRNARQALDGVNDRSSCITFCASLVDGSALRITVADNGNGVAPEHLARIFTHGFTTRKDGHGFGLHSCALAAQEMGGSLTVHSDGAGQGATFILDIPVEAALSKR NA NA NA NA NA D1-35_02553 1197 hypothetical protein ATGCTCATTGCCACTACCGTCGTTGCACGGGTTTCAGTCGCCGCCAAGGAAAGGAGTCTGTACGTGTCTGATACTTCATGCCCGGTTCCATTATTGAAATGGCCTTTGATCCACAGCGTCCTTTGGCGCCTCGCCGGTTGCGTGACCGGGCTGGCGATGCTTGCCGCCCATCCAGCCCAAGCGGCCGACGGCGGTGTCGCCGGCGGCTCTACCGCAAGCTATAGCATTGCCTTCAGCAATTCATACGCAGGCAGCGATTTTCGCAAGGTGATGGTGCGCAACTGGCAGGAGATCGCGCTCCAGGCGCAAAAGGATGGGTTGATCCGCGAGGCTCCGGTGGTCAGCGCCAACAATTCGGCGTCGGAACAAGCGGCCCATATCCAGGACATGATCGTCAAAGGCGTCAATGCCATCGTCGTCCTGGCCGCGTCCGACACGGCACTGAACGGGGTGATCCGCGATGCCTGCAATGCCGGCATCGTGGTGGTGGTCATGGCCAGCCTGGTCAGCGAAAGTTGCGTTTATACCGTGGACTACAACTGGTCCGCCATGGGCCGCGTGGAGATGGATTACATCGCCGAGCGTCTCAAGGGCAACGGAACGCTGCTGGAGATCCGCGGCATTGCCGGCGATGCCACCGATAAAAACATCAGCGACGGCATTCGCAAGGCCGCCAGCGACTATCCGGGCCTGAAGTTCGCCAAGACCGTGTATGGGAACTGGACGGCTTCCGTCGCCCGCAAGGAGGTGGCGCTGGCACTGCCGTCGCTGCCGAGCATTGATGCCGTGGCGACTCAAGGGGGCGACGGTTATGGCGCGGCCATGGCGTTCAAGGCGGCGGGGCGGCCTTTGCCGATCATCGTGATGGGCAATCGTCAGGACGAACTCGCCCTGTGGAAACAGGAGCGCGATGCCAACGGCTACGAGACCGTCTCTGTTTCTGCCTCCCCCAGCGTTTCCCAGGTAGGTTTCTGGGTAGCCCAGCAGATTCTGGCGGGCAAGCAGGTGCCGAAGTTCGTCGAAGTGCCACTGGTGCGTATCGATGCGAAAGACCTGGACGCCTGGCTCGCGACCATGCCGGTGGGTGGCGCCGCCAATCCTTTTTACAGCCAGGCTTCCGTGGCCGCGATGATCGACGCGGCCAACAACAATACGGCGCCGCCGGCGACGCCTTTGCCGGAGGTTACGAAGCAGTAG MLIATTVVARVSVAAKERSLYVSDTSCPVPLLKWPLIHSVLWRLAGCVTGLAMLAAHPAQAADGGVAGGSTASYSIAFSNSYAGSDFRKVMVRNWQEIALQAQKDGLIREAPVVSANNSASEQAAHIQDMIVKGVNAIVVLAASDTALNGVIRDACNAGIVVVVMASLVSESCVYTVDYNWSAMGRVEMDYIAERLKGNGTLLEIRGIAGDATDKNISDGIRKAASDYPGLKFAKTVYGNWTASVARKEVALALPSLPSIDAVATQGGDGYGAAMAFKAAGRPLPIIVMGNRQDELALWKQERDANGYETVSVSASPSVSQVGFWVAQQILAGKQVPKFVEVPLVRIDAKDLDAWLATMPVGGAANPFYSQASVAAMIDAANNNTAPPATPLPEVTKQ PGPT0015740_952 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 D1-35_02554 1167 ydhP_2 COG2814 Inner membrane transport protein YdhP ATGCGTATCAATCCACCGCTTGTCGCACTCGCCATTGGTGCCTTTGGCATCGGCGTTACCGAGTTTGCCCCCATGGGCATGTTGCCGGGCATCGCCGCGGATCTCGGCGTTTCCATTCCCGCCGCGGGTCTGTTGGTCAGTGCCTACGCCCTGGGCGTGCTGCTCGGCGCGCCGCTGATGACCTTGACCACCGGCAGAATTCCCCGACGCTATCTGCTGATCGGACTCATGGCGATTTTCACCCTGGGTAACCTGATGTCAGCGCTGGCGACCGATTACTACAGCCTGATGGTCGCCAGGGTGGTGACCTCACTGAACCACGGTGCGTTTTTTGGCGTCGGCTCCATCGTCGCCGCCAGCGTGGTCGCCCCGGAAAAACGTGCCGGGGCGGTCGCGGCCATGTTCATGGGCCTGACCCTGGCGACCATCGGCGGTGTGCCGTTGGCGGCCTGGTTTGGCGATTTGTTTGGCTGGCGCACCGCGTTCTGGGGAATTACCGGATTGGGCGTAATGGCAATGGCTGCGTTGTGGTTCGCGCTGCCCAACCTGCCGGCGCCGCAAAGCAGCGGGGTGCTGGCGGAAATTCGGGTGCTGGGCCGTGGCCCGGTGCTCGGGGCGTTGGCCCTGACGGTAGTCGGCTCGGGCGCAATGTTCACCGTCTTCACCTACATCGCTCCGATCCTGACCAGCGAGACCCATGCCTCCAGTGCCTTTGTCACGGCCATGTTGGTGCTGTTCGGCGTGGGGCTGACGCTGGGCAATATGTGGGGCGGCAAGGCCGCGGATCGTTCGATAGACCGCACCCTGATCGTTTCCCTTAGCGTGCTGATTCTCGTCCTGCTGGCGTTCACGGTACTGATGCGCTGGCCGCTGCCGGCCGCGGTTGCCATCCTCATCTGGGGTGTCGCCAGTTTTGCCTTGGTACCGCCATTGCAGATGCGCGTGATGGAAGCCGCCAAGGACGCGCCCAACCTGGCCTCGGCAGTGAATATCGGCGCCTTCAACTTCGGCAACGCGATTGGTGCGGCGCTGGGCGGCGCGGTGATCAACGCGGGGTTGGGTTACCCGGCGATTTCCCTGGCCGGCGCGGCAATGGCGGGTCTGGGGCTGCTGATGGTGCTGGCTTTTGCCTGGCGTGCCCGAGGGGTTGCGGCTGCGGCGTTGTGA MRINPPLVALAIGAFGIGVTEFAPMGMLPGIAADLGVSIPAAGLLVSAYALGVLLGAPLMTLTTGRIPRRYLLIGLMAIFTLGNLMSALATDYYSLMVARVVTSLNHGAFFGVGSIVAASVVAPEKRAGAVAAMFMGLTLATIGGVPLAAWFGDLFGWRTAFWGITGLGVMAMAALWFALPNLPAPQSSGVLAEIRVLGRGPVLGALALTVVGSGAMFTVFTYIAPILTSETHASSAFVTAMLVLFGVGLTLGNMWGGKAADRSIDRTLIVSLSVLILVLLAFTVLMRWPLPAAVAILIWGVASFALVPPLQMRVMEAAKDAPNLASAVNIGAFNFGNAIGAALGGAVINAGLGYPAISLAGAAMAGLGLLMVLAFAWRARGVAAAAL PGPT0028991_3703 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577 NA NA D1-35_02555 894 dmlR_13 HTH-type transcriptional regulator DmlR ATGGACTTCAACGGCAGATCAGGTGAAATGGCCATGTTCGCCACGGTGGCGCAGGAAGGCAGCCTGTCGGCCGCAGCGCGTGTATTGGGGCTGACCCCTTCGGCGGTCAGTCGGATCATCGCGCGAACCGAACAACGGCTCGGCACCCGCCTGCTGTTGCGCACCACCCGCTCGATCACCTTCACCGCCGAAGGCGAGGCTTACCTGCGCGCAGCCCGGCGTATCCTCGCCGACATGGCTGAGGTCGAAGAGGCCATCGCTGACCAGGGCGTGCCCAAGGGCCGTTTGCGGGTCAGTGCCGCCCTCGGCCATGGGCGGCAGACCATCGTTCCTCTGGTGGCCGCATTCAGCGCCCGCTACCCGAACATCGTCGTCGACCTCACCCTTGGCGACGAAGTGGTCGATATTCTCGGCGGCCAGGCCGATGTGGCGGTGCGGTTTGGCCACCTGCCCGACAGCCCGCTGACGGCCCGCAGGATCGGCGACACCGGCCAGGTGGTGGTGGCTTCTCCCGAGTATCTGCAACGACACGGCACCCCTCAGGAACCGGAAGACCTGCTGCGGCACAACTGTCTGCGCTTCAACTTCCGTCGCGCCGAACCCAACTGGCCGTTCACCCGCGACGGCAAAGAGTTTTCCCTGAAGGTCAGCGGCAACATCGAATGCAGCAGTGGCGAGGCGCTGGCACAGTTCGCACGGTTGGGGGCTGGCATCGCCCGTATCGGCGAGTTCAGCGTGGCCGAGGACCTGCAACGCGGCGATCTGGTATCGCTGCTGGATACCTGGAACCCCGGAGACCGGGAGCCGATCCATGCCGTCTTCGTGGGGGGTGCGGCGATGCCGGCGCGGGTACGGGTGTTTGTGGACTTTCTGCTGGAGCAGCATCGGATGTGA MDFNGRSGEMAMFATVAQEGSLSAAARVLGLTPSAVSRIIARTEQRLGTRLLLRTTRSITFTAEGEAYLRAARRILADMAEVEEAIADQGVPKGRLRVSAALGHGRQTIVPLVAAFSARYPNIVVDLTLGDEVVDILGGQADVAVRFGHLPDSPLTARRIGDTGQVVVASPEYLQRHGTPQEPEDLLRHNCLRFNFRRAEPNWPFTRDGKEFSLKVSGNIECSSGEALAQFARLGAGIARIGEFSVAEDLQRGDLVSLLDTWNPGDREPIHAVFVGGAAMPARVRVFVDFLLEQHRM PGPT0028940_840 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_02556 528 hypothetical protein ATGAGCACGGTACAGCCTCCGACCACGTCAAAGTCCGCGAAATGGCGCTTCAAGGCAGGCATCGCCATTCTTTGCCTGATGCTCACGTTATGGTTGCTGGTGCCGCTGGCAGCGGCTGCGGATGTACCCCGCTCCACCATCGCGGCGATCACCGGCGCGCTGTTCATCATCAACAAGGTGCTGTTGCTGCTGGTCATCGCGGTGATGGGCAAGGCAGGTTTTCAAGAGCTCAAGCAGAAGGTGTTCGGTTATGTGTCGGGCCTTGTACCCAGTGCCGAGCAGGAGGTCAGCGTCACCCGCCACCGTATTGGCCTGGTGATGTTCTGCCTGCCGTTGCTGTGCTCTTTTCTTGAACCTTATATCGATGCCTTCGCGCCCGGCTTTCGCCCCAACAGCTGGGCGTTGCAACTGCTTGGCGATGTCCTGTTGATCGGCAGCTTCTTCGTCCTGGGTGGCAACTTCTGGGAGAAATTGCGCGCGTTGTTTATCCGCACCGCACGGGTCAATACCGCTGCCGACGCGGTCTGA MSTVQPPTTSKSAKWRFKAGIAILCLMLTLWLLVPLAAAADVPRSTIAAITGALFIINKVLLLLVIAVMGKAGFQELKQKVFGYVSGLVPSAEQEVSVTRHRIGLVMFCLPLLCSFLEPYIDAFAPGFRPNSWALQLLGDVLLIGSFFVLGGNFWEKLRALFIRTARVNTAADAV NA NA NA NA NA D1-35_02557 1122 aaeA_3 p-hydroxybenzoic acid efflux pump subunit AaeA ATGCCCGATTCGCCCAGTTCCGTCGAGCCTGAGTTACAAACCGAACCGCTTCCTGAAAAGCCTGCGCCAGCCAATCCGCTAAGGCGCATTGCCCTGGGCGTTGCAGTGTTGATCGCCGTGCTGTTCACCCTCTCGATTTTCATGGAGCGCCGCACGCCCTCGACGTCACAAGCCGTGGTGCAAGCCTATGTGGTGGAAATGGCTGCCGAGGTGGGTGGCCGTGTGACAGAAATTACGGTGCTCGACAATGCCCGGGTGAAGACCGGCCAGGTGCTGTTTCGTATCGACCCGCAGCCTTACAGACTTGTCGTCAGCGAGGCAGAGGCACGGCTGGAGGAAGCCGGCCAGGCAGTGGGCGCCAGCACCGCCTCGGTGGATGCCGCCCAGGCGCAGCTGGTATCGGCGCGAGCGCAGCGCGACAACATTCGCGAGCAAGCCCGACGGGTGAATCAACTGGTTGAGCGTGGCGTGTTTGCCGCCGCCCGCCAGGATGAAGCGAAAGCCTCGCTGGGCTCCGCCGAGGCGGCCGTCAGCAAGGCCCAGGCCGACCTGGAACGGGCGCGCCAGCAACTGGGGCCCAAAGGCAACGACAACCCGCAGTTCAAGCAAGCCCTGGCCGCGCTGGAAAAAGCCCGGCTCGATCTGGTGCGCACCGAAGTCATCGCACCCGCCGACGGCGTGATCACCCATCTCCAGCTCGCGGTCGGTCAGGTCGTCAGCGCCGGCCAACCGGCACTGACCTTCATCGACAGGGGCACGGTATGGGTGTCTGCCGCGTTCAAGGAAAACAGCCTGGAACATGTGCAGGCCGACGATCCGGCGGAACTGGTGTTCGATGTATTGCCGGGCCGTGTGTTCAAAGGCCGTGTTGAAAGCGTCGGCTGGGGTGTCGCGCAACAGGGCAGCAGCAACTCGGCCCTGCCCTCGGTGCGCAACCAGAGTGGTTGGGTGCGCGACCCGCAGCGCTTTCCGGTACGCCTGATAGTGGAGGAACCGCACCCCATCGGCCCGCGTTACGGCTCGCAGGTGAGCGTGGTGATCTATACCGATGACAACCCCATGACTAACGCACTGGGGGCATTCATGACACGCCTGGGCGCCTGGCTGAACTATGTCAATTGA MPDSPSSVEPELQTEPLPEKPAPANPLRRIALGVAVLIAVLFTLSIFMERRTPSTSQAVVQAYVVEMAAEVGGRVTEITVLDNARVKTGQVLFRIDPQPYRLVVSEAEARLEEAGQAVGASTASVDAAQAQLVSARAQRDNIREQARRVNQLVERGVFAAARQDEAKASLGSAEAAVSKAQADLERARQQLGPKGNDNPQFKQALAALEKARLDLVRTEVIAPADGVITHLQLAVGQVVSAGQPALTFIDRGTVWVSAAFKENSLEHVQADDPAELVFDVLPGRVFKGRVESVGWGVAQQGSSNSALPSVRNQSGWVRDPQRFPVRLIVEEPHPIGPRYGSQVSVVIYTDDNPMTNALGAFMTRLGAWLNYVN NA NA NA NA NA D1-35_02558 1047 hypothetical protein ATGTCAATTGACGGGCAGGCCGAACTTGAGCTGCTGCGGATCAAACGCCAGGGACTGCGTGTCGCCCTGGCAGTGACCGTGGGCTTGTGCGCGGGTCTGGTCCTGGGCGACGTCCTGCCGTTTCTCGCGCCCTTGTTCGCCATCCAGTTCCTCTTGGCCAGCCGCCGCGCGCCAGCGCTGTCTCAAGGGTTGATTACGTTGCTGGTGAGTATGCTCACCGGCGCGCTGCTGGTGGGTGTGACGGGTATGTTCGGTGAACGACCATGGATATTGCTGCCGCTGCTTTGGCTGTTTTATCTCGCCTGTTTTACCGCGCAAGGCCGGCAACCTGGCGGCGCGGGACCAGCGCTGATGCTGGTGATCGCCATTGTGGTGCCGATGCTCGATATCGCGCAGAGCGATCTGGGCGAGTCCATTGTGCTGGTACTGGTCAAGGCGGTCGGCCTGGGTTTGCTGCTGGCCTGGGGCGCCCATGCGCTGCTGCCCGACCCTGCTGGTGAACATGCCAGGCAGGCCTCCGCCCAGCCGCACGAGCAGACGCTGGTGATTCGCCAGGCCATGGCCAGCGCGACAATTCTGCTGACCATGGTTGCCCTGTGCCTGAGCGACCCACGGCTGGCCACGGCGATCGTCGTCCCGATCACGGTGGCCTCGTTGCTTAGCCAGTTTTCCCTGGGCATGAGCAGCCGCACCGCCCTTGGCCTGGTGCTGGTCAACCTGCTAGGCGGGATGGCGGCGTCTGTGGCCTTCACGCTGTTTGAACTGCGCCCGACCCTGTGGCTGGTGGCGCTGATCCTGTTGCTGGTAAGCCTGCTGTTTGCCGGCAAAGCCGCCATCGGCAACGCCACTGGGAAGATATTCGGCGGCGGGCTTATCACCTTCGTTATTCTGTTCGGGCTCGGTGTATCGCCACTGCCAACAGAGACGCCACAGCTGTTTTCCAGCCGAATCGCCTACGTGCTGTTTGCAGTGGTCTATGCCATTGGCCTGGCCGCGCTGCTGTGGCCAAGAGCGCGCGTATCGGAGCCTCGTCCGCAATCGGTGTAG MSIDGQAELELLRIKRQGLRVALAVTVGLCAGLVLGDVLPFLAPLFAIQFLLASRRAPALSQGLITLLVSMLTGALLVGVTGMFGERPWILLPLLWLFYLACFTAQGRQPGGAGPALMLVIAIVVPMLDIAQSDLGESIVLVLVKAVGLGLLLAWGAHALLPDPAGEHARQASAQPHEQTLVIRQAMASATILLTMVALCLSDPRLATAIVVPITVASLLSQFSLGMSSRTALGLVLVNLLGGMAASVAFTLFELRPTLWLVALILLLVSLLFAGKAAIGNATGKIFGGGLITFVILFGLGVSPLPTETPQLFSSRIAYVLFAVVYAIGLAALLWPRARVSEPRPQSV NA NA NA NA NA D1-35_02559 1323 yhdG_2 COG0531 putative amino acid permease YhdG ATGACAGTGAACCGGTCACAACCCAAGCCCTCTTTGCGCCGCGCCATCACGGGGCCGATGCTGTTTCTGTTCATCCTGGGCGATGTACTGGGCGCTGGCGTTTATGCCCTTGCGGGTACCATCGCCGGAGAGGTAGGCGGGGCGATTTGGGTGCCGTTGTTGATCGCGTTGTTCTTCGCCATGTTGACGGCAGGTTCGTACGCCGAACTTGTCTCGAAATATCCTCACGCGGGCGCGGCGTCGGTGTTTGCCGAAAAGGCTTTCAAGTCACCGCTGATATCGTTCCTGGTTGGTTTTTGCATGCTCGCCGCGGCGGTGACCAGCGCGGCCGGTCTCTCGCTGGCCTTCGCGGGGGACTATCTTGGCGCATTCATCCAGGTATCACCCCACGTTGCTGCGCTGATTTTCCTGCTGGTCATTGCCCTCTTGAATGCGCGAGGAATCAAGGAATCTCTGGGGGCGAATCTGCTGATGACCGTGATCGAGCTGTCAGGGCTGATGTTGGTCATCGTGGCTGCGGGTTACTTTTTCAGTTCTGGCGAAGCTGAACTGGCAAGGGCGCTGGAGTTCAAGCCTGGGGTCAGTCCGATGCTGGCGGTATTGGGCGCGGCGTTGCTCGCGTTCTATTCGTTTGTCGGTTTTGAGACGTCCGCCAATCTCGCGGAAGAGATCAAGGATGTTCGCAAGGTATACCCACGGGCCTTGTTTGCGGCGCTGATTACCGCAGGGGTGGTTTACATGGCTGTTGGGGTCGCCGCGTCTTCAGTTTTGCCAACGGAAAAACTGCTTGCCACATCGGCCCCATTACTCGAAGTGGTTCGGGCTTCCGGGCTCGACATTTCGCCGCGCCTGTTTGCCTTTATCGCGCTCATCGCGGTGGCCAACGGAGCGCTGCTGACCATGATCATGGCCAGTCGACTCACTTATGGGATGGCCAATCTGGGGCTGTTGCCAGATGTCCTGGGAAGGGTTCTGCCGCATAGGCGCACACCCTGGGCGGCGATTATTGCAACGACGCTCGTAGCCATCGCACTGACGCTGACAGGAACGTTGGCGACCTTGGCGCAAACCGTGGTGCTGCTTTTACTGTTCGTGTTCCTCAGCACCAACATGGCCGTGCTGGTGTTACGCAAGGACAAGGTTGCGGAAGAACATTTTCAGGTTCCCACCTGGGTACCCTGGCTGGCGATCCTGTCTTGCCTCTTATTGCTGAGTCAGCAAGACTTGGGTACGTGGCTGCGAGGCGGGGCACTTATCCTGGTGGGGATGCTGCTGTATGTCTTTGCCCGAATGGCTGTGCCGGCTGTTGTAAAACCAGACTAG MTVNRSQPKPSLRRAITGPMLFLFILGDVLGAGVYALAGTIAGEVGGAIWVPLLIALFFAMLTAGSYAELVSKYPHAGAASVFAEKAFKSPLISFLVGFCMLAAAVTSAAGLSLAFAGDYLGAFIQVSPHVAALIFLLVIALLNARGIKESLGANLLMTVIELSGLMLVIVAAGYFFSSGEAELARALEFKPGVSPMLAVLGAALLAFYSFVGFETSANLAEEIKDVRKVYPRALFAALITAGVVYMAVGVAASSVLPTEKLLATSAPLLEVVRASGLDISPRLFAFIALIAVANGALLTMIMASRLTYGMANLGLLPDVLGRVLPHRRTPWAAIIATTLVAIALTLTGTLATLAQTVVLLLLFVFLSTNMAVLVLRKDKVAEEHFQVPTWVPWLAILSCLLLLSQQDLGTWLRGGALILVGMLLYVFARMAVPAVVKPD PGPT0020810_5910 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 D1-35_02560 978 hypothetical protein ATGAGCCGTCATGATCATGGTCACGCCTGCCTCCTTGAGGCCTTCAGCGCAATGACACTGGAGCTCCAGCGCCTGGCGCAGGACAAGAACATCGAGCATTTCCACGAAGCGGCGCTGAGCTGCATCAGCCAGCTGTTGCCCTTCGAGAGCGCCTGGTGGGGCCGCGGCGCGTTGGTTGACGGACTGCCTGAAGAACACAGCTCCTATCTACATGAACTGCCCCGCAGCTACCTGTCGGACTGGCAGTCGATTCGCCATATCGATGTGACTGTCGCCAGGGCCCACGATGTTCCGGGGCGAGCGGTCATCGTCGACATGCGCAACCCTGCCAGCGGCTCCGGGCTTAACTGGCTCGGCCAGACGTACGCCATCGGCGAGTTGCTGTGCGTGGTGTACATCGACCCGCAAACCCACCTCAGCGACCACCTCGCACTCTATCGCGCCCCAGACGCGGCACGCTTCACCGAGCAAGACTGCCTGTTGCTGAACAATCTCATGTTGCACCTGGTGGCGGCGGTATCCGCCAATCAGATTCGCACCCTGGTGGCGATGCGCGAGGCCCTCACGCATCCGCGCAACCTCGCGCTCGCCGTGTGCGACCAACGCGGCACCCTGCACTGCGCGGAACGTGGCTTCGTCGACTTATTGTTGAGCGAGTGGCCGGACTGGACCGGCCCTTGCCTGCCGGTGGCGATGAACGCTGACGGCTATGAAGGCAAGCACTTGCAGATCGAGGCATCGACGGTCGGCGACCTGCTCCTGCTGGCCGCTCGCAGCCGCACGGTGCTGATGCAACTGAGCCCACGGGAAAACGCCGTGGCCCAGGGTTTCGGCGAAGGCAAGACCTACAAGGAAGTCGCCCGCGACCTGGGCATGTCTCCCAACACCGTGCGCCATCACATCCGGGCGATCTACAGCAAGCTCGGAGTCAAGGACAAGGCCCGTATCGCCCATCTACTGCATGCCCCATCCGACTAA MSRHDHGHACLLEAFSAMTLELQRLAQDKNIEHFHEAALSCISQLLPFESAWWGRGALVDGLPEEHSSYLHELPRSYLSDWQSIRHIDVTVARAHDVPGRAVIVDMRNPASGSGLNWLGQTYAIGELLCVVYIDPQTHLSDHLALYRAPDAARFTEQDCLLLNNLMLHLVAAVSANQIRTLVAMREALTHPRNLALAVCDQRGTLHCAERGFVDLLLSEWPDWTGPCLPVAMNADGYEGKHLQIEASTVGDLLLLAARSRTVLMQLSPRENAVAQGFGEGKTYKEVARDLGMSPNTVRHHIRAIYSKLGVKDKARIAHLLHAPSD NA NA NA NA NA D1-35_02561 882 hypothetical protein ATGCCAATGACCAAGACTTTCACGCGCAATGCCGCACTGGCCCTGATCGGTGGCTTGTCGAGCCTGCACGCCAGTGCCGCCGACCTCAATGCCCGGGATTTTTTCGGCGCGCCTTCAGGCACCAACCTGGGCGTGGTGTATTTGCCGGCGAGCCGCGCTGACGACTTTCACGGCCCGGCCGACAGCACCGGCAAGGCCGACCTCAAGGTCAACGCCATGGCTTACCGTCAGGTATTTTTCACCGACGTCTGCGGCACCCTGTGCACTCCGCAGTTCATCGTGCCCTTTGCCGACATCAACGCACGCCTGCCAGGTGCCAGCCAACACACCGGGGAAAGCGGCTTTGGCGACCCTCAGGTCGGCGGCACGCTGTTCATCATCAATGACCCCGCCTCACGCACCTATAGCGGCTTGCTGACCCTGATCACCCTGCCAATTGGCGAATACCACGGCAAAAATCCAGACGTATCGCCCGGCGCCAATCGTTGGGGCGCGACCTTCGTTTACAACTACACCCAGGGCATCGGCGAAAAATGGGTATTGGAGGCGAACCTCGAAGCCCAGCTCTACGGCAAGAACGACGATTACTTTGGCAGCGAGCTGAAACAGGACCCGCTGTATCGCCTGCAGGCCTTCGCGTCCTACGACTTTACGCAAAGCACCTACGGGGCTTTGCGGCTGATCCACGCAGATGGCGGCGAACTGCGGATCAACGACCAGCGCATCGATGACACCCACAAGCGCTACACCCAGGTGGGCTTCGAAGTCGGCCACTGGCTGGATAAACAGAACCAGGTGATGTTCGGCCTTTCGCAAAACGTTGCCACCGATAACGGCTACCACGGCACTGACGCACTGCTGCGTCTGGTCCACGTGTTCTGA MPMTKTFTRNAALALIGGLSSLHASAADLNARDFFGAPSGTNLGVVYLPASRADDFHGPADSTGKADLKVNAMAYRQVFFTDVCGTLCTPQFIVPFADINARLPGASQHTGESGFGDPQVGGTLFIINDPASRTYSGLLTLITLPIGEYHGKNPDVSPGANRWGATFVYNYTQGIGEKWVLEANLEAQLYGKNDDYFGSELKQDPLYRLQAFASYDFTQSTYGALRLIHADGGELRINDQRIDDTHKRYTQVGFEVGHWLDKQNQVMFGLSQNVATDNGYHGTDALLRLVHVF NA NA NA NA NA D1-35_02562 1164 hypothetical protein ATGAACACCCAGACCCAACCGCTTGTGGATGAGCGTTTGCGCGCATCATCTGAACGGGCGTTGCTGGCAGCCATCGTGCTGTTCGCCGCCATCACCCCGACCATTCTCATGACCGCACCGGCCATTGCGGCGCAACTGGCGACTCAATGGCAGTTGAGCCCGTCACAGATCGGCGACCTTTTCTCCACCGAACTTGGCGCCATGAGCCTGGCCACCCTGCCCGCCCTGTGGTGGCTGAAACGTATCGACTGGCGCCGCGCCGCATTGCTGGCGGGTGTCGTGTTCATTGCAGCAAACCTTTTATCAGTGCTTGCTGCCGACTACTCGATACTCCTGGCGTTACGCTTTTGCAGTGCCCTGGCGGGCGGTTCGTTGATGATCATCTGCCTGTCCAGCGCCGCGTCAACAGCCAATCCCGGTCGCGTCTATGGGTTATGGGTGCTGGGGCAACTGGTCGTCGGGGCGATCGGTTTGAGCATCCTGCCTCGGCTCTTCGAACACTTCGGGCTATCGGCGTGCTACGTGATCCTCGCAGGGTTGATGACGGTCTTTTTGCCACTGGCCCGCTATTTTCCGCAAGGCAGCCCATCGGCTGAAACAACCGCCGAACATGTCGTCATCGCCTCGCTGTGGAAAGCCGCGCTGGGCATTCTGGGGGTCTTGAGTTTCTACATTTGCCTGGGCGGTGTGTGGACCTTTATCGGCTCCATCGCCACCCAGGCAGGTATCTCCGCCGAGTCCAGTGGCAAGGTTCTGGCGCTCGCCACGGTGATGGGCATTGTCGGAGCGGGCTGTGCCTCACTGATCGGCGACCGACTGCCACGCTTGCTGCTGTTGCTGCTGGGCTACGCACTGATGGCCGGCTCAGTGCTGCTGCTGCGAGGTCAACCCGAAATAATGCAATTTGCCGTGGCGGCCCTGCTGTTCAAGTTCACCTGGACCTTCATCCTGCCGCTGATTCTGGCCTGTCTGGCCGACCTCGACCGCTCCGGGAAACTGATGAACGCCTCCAACCTTGTGATCGGCGGTGGCCTGGCTATCGGCCCGACAGTGGCGGGCCGGCTGATCGAAGCCAGCGGCGGCTTCCAGTCGCTGCTGATCGGCGGGACGTGCATCACCCTGCTCTCCCTGGCGTTGATGCTCGGCAGCCGCCCAAACGCATGA MNTQTQPLVDERLRASSERALLAAIVLFAAITPTILMTAPAIAAQLATQWQLSPSQIGDLFSTELGAMSLATLPALWWLKRIDWRRAALLAGVVFIAANLLSVLAADYSILLALRFCSALAGGSLMIICLSSAASTANPGRVYGLWVLGQLVVGAIGLSILPRLFEHFGLSACYVILAGLMTVFLPLARYFPQGSPSAETTAEHVVIASLWKAALGILGVLSFYICLGGVWTFIGSIATQAGISAESSGKVLALATVMGIVGAGCASLIGDRLPRLLLLLLGYALMAGSVLLLRGQPEIMQFAVAALLFKFTWTFILPLILACLADLDRSGKLMNASNLVIGGGLAIGPTVAGRLIEASGGFQSLLIGGTCITLLSLALMLGSRPNA PGPT0028991_3861 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577 NA NA D1-35_02563 1113 COG0123 Histone deacetylase-like amidohydrolase ATGAGCCGAAAAAGTGCATTTTTCTTCGACGAACTCAGCCTCTGGCACAGCGCCGGGTTGCATGCCTTGACCTTGCCGGTGGGAGGATGGGTACAACCACCTGCCGCTGCGGGCCACGCTGAATCGCCGGAAACCAAACGCCGTCTGAAGAGCCTGCTGGACGTTTCCGGCCTGACCCGTCATTTGCAGGTACGCAGCGCCAACGCGGCGACCGATGAAGATCTGCTGCGGGTTCATACATCCGGTTACCTGCAACGCTTCAAGACGATGAGCGATGCCGGGGGCGGTGAGTTGGGGCCGCACGCCCCCATCGGGCCTGGTAGTTATGAAATAGCCAAGCTCTCTGCCGGGTTGGCCATCGCCGCGGTCGATGCCGTGCTCGTCGGGGAAGCCGACAACGCATACGCCCTGTCGCGCCCGCCAGGCCATCACTGCCTCGCCGACAGCGCCATGGGCTTTTGCTTCCTGGCCAACATTGCCATCGCCATTGAAGCCGCAAAAGCCCGCCGTGGCCTGGGCAACGTCGCGGTGATCGACTGGGACGTACACCATGGCAACGGCACACAATCCATCTTCGAAGAGCGTGGTGACGTGCTGACCATCTCACTGCACCAGGACGGTTGTTTCCCGGCGGGTTACAGCGGTGAAGCTGATCGCGGCCGTGGCGCGGGGTTGGGTGCGAACATCAATATTCCACTGCCGCCCGGCAGCGGCCATGAGGCTTACCTGTACGCGATGGAACGCATCGTGATCCCGGCACTGGAGCGCTTCGAGCCCGAATTGATCATTGTCGCCTGCGGCTACGACGCCAACGCCGTCGACCCGCTGGCCCGCATGCTGTTGCACAGCGACTCGTTCCGGCAGATGACCTGCCTCGTGCGTAAAGCCGCCGAGCGCTTGTGCCAGGGCCGTCTCGTGCTGGTGCACGAAGGTGGATACTCAGAAGCGTATGTACCGTTTTGCGGGCTGGCGACCCTTGAGGAACTGGCGGGCGTGAGGACTGTTGTCACCGATCCCATGCTGGAATTTGTCCAACTGCAGCAACCGAAGGAGGCGCTTGCGGCGTTTCAGCGGCACTTGATCGATGAGTTGGCCCACACACGCTTGGCCTAG MSRKSAFFFDELSLWHSAGLHALTLPVGGWVQPPAAAGHAESPETKRRLKSLLDVSGLTRHLQVRSANAATDEDLLRVHTSGYLQRFKTMSDAGGGELGPHAPIGPGSYEIAKLSAGLAIAAVDAVLVGEADNAYALSRPPGHHCLADSAMGFCFLANIAIAIEAAKARRGLGNVAVIDWDVHHGNGTQSIFEERGDVLTISLHQDGCFPAGYSGEADRGRGAGLGANINIPLPPGSGHEAYLYAMERIVIPALERFEPELIIVACGYDANAVDPLARMLLHSDSFRQMTCLVRKAAERLCQGRLVLVHEGGYSEAYVPFCGLATLEELAGVRTVVTDPMLEFVQLQQPKEALAAFQRHLIDELAHTRLA NA NA NA NA NA D1-35_02564 1392 qseC_2 Sensor protein QseC ATGACCTCCGTGCGGGCGCGCATCCTCATTCCTGTATTGGCCCTGATCCTGTTGGGAGACGCCCTGATCAGCTGGCTGGTGCTGCGCGATAGCCACCAGGAAATAGAAGAAGTCTACGACGCCCAACTGGCCCAAAGCGCGCGGCTGCTGCAAGGCGTGCTGCGCCAACGCGACCCCGGCGAAGCTGACTGGGACCGCCTGTACCAGGCCTTCGACCAGGCCATGAGTCGTGTCGGTGAAAACGGCGTTGCCCATCCTTATGAAACGCGCTTGACCTTCCAGGTGTGGCGCAGGGATGGTCAGCTACTGGTGCGCTCCGCCGGCGCACCGGTTCTCGATGCGTCGCTGGCCACCCTGGGTTCCCACGACATCGTCGATAACGGCAACGACTGGTGCGCCTTTCTCCTTGCCGACCCTGAACAGGACCTGCTGATCTGGGTGGGCGAGCGCGACGACATTCGCCAGGACCTGATCCAGCGCATCGTGCGTCATACCCTCTGGCCCAGCCTGATCGGAGTGCCGCTGCTGGCGCTGTTGATCTGGCTGGTCATCGGTTGGGGCCTCAGCCCCTTGCGGGCCATGGCCCTTTCTATCCGTGGGCGCACCACCGAGACTCTGCAGCCGTTGCATCTCAAGCCTCTGCCCAGCGACCTGGAGCCAATGCAAACCGCGCTGAATCGCCTGCTGGACCAGGTCGATGGTCTATTGGAGCGCGAGCGCCGCTTCATCGCCGACGCCGCTCACGAGCTGCGTACACCCTTGGCGATCCTGCGCATCCATGCCCAGAACGCGCAAACCGCGGTGACTGAAGAACAGCGGCGCGAGGCGCTGCATTTCCTGGTCAACGGGGTCGATCGCGCCACCCGCATCGCCAGCCAGCTCTTGACCATGGCCCGCATCGAACCGCAACTGAACAACCCCGTGTATCAACGCGTGCAACTCGCCGAACTGGTCCGCGAAGAGTTGGCTGAACTCACGCCACTGGCCATGGAGAAAAGCGTGGAGTTGGTACTGGAGTGTGATGAAGAGTGTTGGCTGCAAACCGAGCCGGTAGCACTGGCCATTGTCCTGCAGAACCTGGTGACCAATGCCCTCAACTTTTCTCCACCAGGGAGCGAGGTGGCTGTGGTGGTGCGCAAGGACGAGGCGGGCAGGGTCTGCTTGAGGGTTGAAGACGCCGGCCCGGGGATCGATGAAGGGGAAATCGCAAGGCTGTTCGAGCGCTTTTACAGTCGCGGCAATGCCAATGGCGCGGGCCTGGGATTGGCCATCGTGCAGATGGTGACAAACAAGATTGGCTGCACGTTACGCCTTTACAACCTGGCGGGCGGTGGCGTTTGTGCGGAACTTTGTCTGAACAGTGACCTTGCAAGCCCGACCTCCAACGCTTGA MTSVRARILIPVLALILLGDALISWLVLRDSHQEIEEVYDAQLAQSARLLQGVLRQRDPGEADWDRLYQAFDQAMSRVGENGVAHPYETRLTFQVWRRDGQLLVRSAGAPVLDASLATLGSHDIVDNGNDWCAFLLADPEQDLLIWVGERDDIRQDLIQRIVRHTLWPSLIGVPLLALLIWLVIGWGLSPLRAMALSIRGRTTETLQPLHLKPLPSDLEPMQTALNRLLDQVDGLLERERRFIADAAHELRTPLAILRIHAQNAQTAVTEEQRREALHFLVNGVDRATRIASQLLTMARIEPQLNNPVYQRVQLAELVREELAELTPLAMEKSVELVLECDEECWLQTEPVALAIVLQNLVTNALNFSPPGSEVAVVVRKDEAGRVCLRVEDAGPGIDEGEIARLFERFYSRGNANGAGLGLAIVQMVTNKIGCTLRLYNLAGGGVCAELCLNSDLASPTSNA PGPT0003920_789 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003920-pmrB-K07645 NA NA D1-35_02565 663 basR Transcriptional regulatory protein BasR ATGCGCCTGCTCCTTGTCGAAGATGACCGTGCCCTCGGCCAGGGAATTCGCGTAGCCCTGGGTGCCGAAGGCTACACGCTGGACTGGCTGCAGGATGGCGTCGCGGCCCTGCACGCCGTGCGCAGCGAAAGCTTTGACCTGTTGCTGCTCGACTTCGGCCTGCCACGCCTCGACGGCCTCGACCTGTTGCAACAACTGCGCGCCGAGCAGCACGATTTACCGGTGCTGGTCCTCACCGCCCGCGACGGTACCGCCGAACGCATCGCGGGACTCGACGCTGGTGCCGACGACTATCTGGTGAAACCCTTCGACGTCGAAGAACTCAAGGCCCGCGTGCGCGCCTTGCTGCGCCGCAGCCAGGGCCGCGCGCAACCGATGCTTGAACACGCCGGCGTCAGCCTCGACCCGGCCACTCAGCAGGTGCGCTATCAGGATGCGGATATCATCGTCACCCCCATGGAATACCAACTGCTTCACCAACTGATGGTGCGCCCCGGCAAAGTGGTAACCCGCGAGCGCTTGTCCCGCGCGCTGTACGGCTGGCAGGACCGCGTCGAGAGCAACACATTGGAAGTGTTGATCCACAACCTGCGAAAAAAGTTATCCAGCGAGCTGATCCGCACCGTGCGCGGCGTTGGCTACGTATTGGCGCTCAAACCATGA MRLLLVEDDRALGQGIRVALGAEGYTLDWLQDGVAALHAVRSESFDLLLLDFGLPRLDGLDLLQQLRAEQHDLPVLVLTARDGTAERIAGLDAGADDYLVKPFDVEELKARVRALLRRSQGRAQPMLEHAGVSLDPATQQVRYQDADIIVTPMEYQLLHQLMVRPGKVVTRERLSRALYGWQDRVESNTLEVLIHNLRKKLSSELIRTVRGVGYVLALKP PGPT0003915_1173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666 NA NA D1-35_02566 267 hypothetical protein ATGCGCAAAATTCTCCTGTTGTCCCTGATTATCGCCAGCCCCCTGGCTGTCGCCGGTCCGCAATGCACCACCGCGGAGCGTTCGCAATGGCAAGACGAAAAAGCCTTCCAGGACAAGCTCAAGGCCGAAGGCTACGAGATCAGCAAGTTCAAGGTGACCGATGGCAACTGCTACGAGATCTACGGCTTCGACAAGGACAAGCGCAAGGTCGAAATCTACCATGACCCGGTCACCGGCAAAGCCGTGAAGACCGAGATCAAAGGCTGA MRKILLLSLIIASPLAVAGPQCTTAERSQWQDEKAFQDKLKAEGYEISKFKVTDGNCYEIYGFDKDKRKVEIYHDPVTGKAVKTEIKG NA NA NA NA NA D1-35_02567 546 hypothetical protein ATGCCAGGCGAATCCTTACGCCTGTGGGACCCGTTGGTGAGACTGTTTCATCTGTCTATCGCCGGGGTCTTTGTCGCCAACTACTTCTTCAACGAAGCAGGCGACGACTGGCACGTCTGGCTGGGCTATTACGCCATGGCCTGGCTGCTGGTACGAACGGTTTGGGGATTCGTCGGACCACGTAGCGCACGGTGGGCGGACTTCTGGCCCACGCCAGAACGTCTGGGTGCTCACGTGCGCTCGTTGCTCAACGGTCGGCCACAACACCGCCTGGGCCATTCGCCGCTTGGCGCGCTGGTGATGTTGTCGATGTTGCTGGCATTGCTGACTATCGGCATCAGCGGCTTCCTGATGCAGGAAGTCGATGCCCTCTGGGGCGCCGATTGGCCGCTGCAACTGCACGAAACCGCCGCCAACACGCTGCTCGGTCTGGTGTGTGTGCATGTGCTGGCAGCCGTTATTGAAAGTATCCAGGTCCGCGACAACTTGCCGTTATCCATGCTCACCGGTCGCAGGAAGCGCCTGCCCGACGAACGTGCGCAGTAA MPGESLRLWDPLVRLFHLSIAGVFVANYFFNEAGDDWHVWLGYYAMAWLLVRTVWGFVGPRSARWADFWPTPERLGAHVRSLLNGRPQHRLGHSPLGALVMLSMLLALLTIGISGFLMQEVDALWGADWPLQLHETAANTLLGLVCVHVLAAVIESIQVRDNLPLSMLTGRRKRLPDERAQ NA NA NA NA NA D1-35_02568 300 hypothetical protein ATGGATAAGACAATCACCGTGGATCAGCTGGCTACCACCGACCTTGGACCATTCAACGAGATATGGCTCGGTGGAACTCATACCCAGCTATGCCTATGGCGTGGTGCCCAGGTGTTCACCCACGAAATGCTCAGCGAGGGCACCCATGATCAGAATGTCCAGCGCCTGTGCTTGCAGTTGGTCGACCCTGACGATCAGGCCGCGGTGGCCAGCGTTGAGCTGATCGCGCGCGAACGGCTGAACAAGATGGGGAAGGAGGGCGAGTTTTATCCGGCCGAGGAAGCGGACACCCATCAATAG MDKTITVDQLATTDLGPFNEIWLGGTHTQLCLWRGAQVFTHEMLSEGTHDQNVQRLCLQLVDPDDQAAVASVELIARERLNKMGKEGEFYPAEEADTHQ NA NA NA NA NA D1-35_02569 420 glbN COG2346 Group 1 truncated hemoglobin GlbN ATGCGCATTGTCCTGCTGGTGCTGATCGGGCTGTTGAGCGCCTGCGCACAATCCTTGCCCAGGGACGACTCGCTCTATCAAGACCTCGGCGCACAGGCCGGGATCACCCGGATCGTCGAGGGCATGCTGCTGAACATCGCGCGTGATGAACGTATCGTAGAGCGCTTTCGCAAGATTGATATCGAGCGGCTGCGCGACAAATTGATCGAGCAATTTTGCCTGGAAACCGGCGGCCCCTGCACCTACACCGGTGACAGCATGGCCGAGAGTCACAAGGGGCAGAACATCAGCCGCAGTGACTTTAATGCCTTGGTTGAAGACCTGATCGCTGCAATGGATGAACAGCGTGTTCCGGTGCCGGTGCAAAATCGGTTGATCGCACGGCTGGCACCGATGCGCGGCGAGATCATCGAGAAGTAA MRIVLLVLIGLLSACAQSLPRDDSLYQDLGAQAGITRIVEGMLLNIARDERIVERFRKIDIERLRDKLIEQFCLETGGPCTYTGDSMAESHKGQNISRSDFNALVEDLIAAMDEQRVPVPVQNRLIARLAPMRGEIIEK NA NA NA NA NA D1-35_02570 864 hypothetical protein ATGAGTTCACGTTTGTGGCTATCGATCGCCTGTTGCACAGGACTCGCCCTTCAGGTTGTTTCTGCCGACGGCGGGCGTTTGATCGCGACCGGTGGCGCCAGCAGCCTGGAGGGTGCCGCCGGCGGCGGGATCACGCCGTGGGCAGTGCTGGCCGGTTACGGCGAAAAAAACGAATGGGGGGCGACTGCGTTCGCGACCTCGGTCAATCTGCCGGATTATCGGCTGGATGTCGCCGGGCTGGCCGTGGCCTACGACAACCGGGTCGAGCTGTCTTTTGCCCGGCAGCGTTTCGACCTGGGTTCGCTGGTGAACAAGCTGAACCTGCCCGACGATAACCTCGGCCAGGACATCTTTGCCATGAAGGTGCGTTTGTTCGGTGACGTGATCTACGACGATTTGCCGCAGGTTTCCCTTGGTCTGGAGTACAAACACCAGAACAACTTCCTGATCCCGAGCCTGGTCGGCGCCAGGCGGGACAGCGACACCGAAGGCTATCTGGCTGCCAGTCGGTTATTCATGGGCGGGGCGTTTGGCTACAACCTGCTGCTCAATGGCAGCCTGCGCTACAGCCGTGCCAATGAGCTGGGGTTGCTCGGGTTCGGCGGTGACCGTCGCGATACTCGTAGCGTGCTGAAGGAGGGCTCCCTGGCGGTGCTGCTCAATCCGCGCTGGGCACTGGGCGTCGAGTATCGGCAGAAACCGGACAATCTGTCCTTTGCCGGGGAAAGTGACTGGGCTGATCTGTTCGTCGGTTACTTTCCCAATAAACATCTGTCGGTGGTGCTGGCCTACGCGCGGCTGGGCGAAATCGCGACGCTCGACCGCCAGAACGGCACATATCTTTCGGTGCAGGGGAGTTTTTGA MSSRLWLSIACCTGLALQVVSADGGRLIATGGASSLEGAAGGGITPWAVLAGYGEKNEWGATAFATSVNLPDYRLDVAGLAVAYDNRVELSFARQRFDLGSLVNKLNLPDDNLGQDIFAMKVRLFGDVIYDDLPQVSLGLEYKHQNNFLIPSLVGARRDSDTEGYLAASRLFMGGAFGYNLLLNGSLRYSRANELGLLGFGGDRRDTRSVLKEGSLAVLLNPRWALGVEYRQKPDNLSFAGESDWADLFVGYFPNKHLSVVLAYARLGEIATLDRQNGTYLSVQGSF NA NA NA NA NA D1-35_02571 2358 hypothetical protein GTGAAACTGCGCAATAGTTTCCAGGCGCAAGTCGCAGCGGTGATGATCCTGTTGTCGCTGGGGGTGATCGGCGTGTTGTATTTCAGCGTCAATGCAGCGACCCGTTCTGCGGTGCGTAGCCAGTCCGAGGCGCAGTTGGACGTCGGTACGCGCGTCTTCGAGCGGCTGCTGGAAGTGCAGGGCCGACGCTTGGCCGATGGCGTGCAGTTATTGGCGGCCGACTTCGGCTTTCGCGAAGCGGTGGCCAGCCGGGATGCTGCAACCATCCGTTCAGTGCTGGTCAACCATGGCAAGCGCATCAATGCCAGCGACATGATTCTGCTGAGCATGGACGGCGAGGTGCTCGCCAGTACCCTCGACAACATGCCGGAAGGTTCATTGTTCCAGTACGATGGCGCGCTGCGCCTGGCACAACGTGCGCGCCAGGCCATGGTAATCGTACCGTTGCAGGGTAAACCGCATCTGTTGGTGGAAACGCCCGTACTCGCACCTCTGCCTGTTGCCAGGGTGGTGATGGGTTTCAGCATGGACAAGGCCTTTGCCAGTGAGTTGCGCTCACTCACCAACCTTGAGGTTTCGTTTCTTGCCGTTGATCACCAACGGCCTGGTGAGCTTGTCAGCACGCAACCAGACGTTCTGCGCGGGCCTGTCTCCAGCTTGATGCTCAACTCGTCCAACCGCAACAGCGCGGTACTGACGGAGCACCTGGATCGCAATTTCCTCAGTCAGTTTCTGCTGCTGGCTGACGGTTCGAACGAATACGATGGGCAAGTAATAGCACTCTTGCAGAGTCCGCTGGACGTGGCCATGCAAGCGTTTGCTCCGCTGGACGAAAAAATCCTGGCGATTACCCTGGTCGCACTGATCGCCTCGTTGGTCGGCGCTTTGCTATTGGCACGAGGTGTGTCGCGTCCGGTCAAGTCACTGGCCCTGGCGGCGGAGCGCATCGGTCAAGGCGATTACCAGACCCCCGTGGTATTGGAGCGGGAGGATGAACTCGGGGTGTTGGCCAAAGCCGTCAATTCGATGCAAAGCGGCATCGCCGAGCGGGAGCAGCAGCTGGCCCACAACGCCCTCCATGACCCCGTCACTGGCTTGCCCAACCGCGCATTGGCCATGGAGCGCCTGGGCAGTGCAATTGCCGCCAACCGGCCGATTGCCCTGATCTGCATGGGCATCCATAACCTGCGGGCCATCAACGAAACGGTCGACCCCGAAACGGTCGACCGGCTGCTCCGTCAGACCGGCCAGCAAACCCAAGCCCTGTTGCACCCTGGCGACACCGTGGCGCATCTGATCGCCGAGGAGTTCCTGGTTCTGCTCGATGGGATGGACAGCGATGCGGCGGTCGCCTTGGCGGACCGGTTGCAGCAAGTATTGCTCAAGCCCCAGCACATCAACGGCCACGACCTGGCCCTGGACTGCAGGCTTGGAATAGCGGCCTACCCGGCGGATGGGCAAAGCGCGCAGACCCTGCTGGAACGCGCCTCCATCGCCATGAAAGACGCGGCGCAGATGCCAGGTCATCTACAGATTTATCAGCACGGGCGTGATTTGGCCCACCGCCGCCAGATCGCCCTGATTCGAGACTTGCGCCACGCGGCGAACAACGGTGAGCTGCTCCTGCATTACCAGCCCAAGATGGACATTCTGAAGAGTCATGTCCGCCAGGCTGAAGGCCTGTTGCGCTGGCAGCATCCGCAACTGGGCCCGATCTCTCCAGCCGAATTCATTCCCTTGGCAGAACGGACCGGAAGCATTCAGGCGCTGACCCACTGGGTGATCAACGAGGGCATGCGCCAGCTCTCGGAGTGGAATGGGCGAGGGTTACGCTTGCAACTGTCATTGAATATATCCGCCGAAGACCTGATCAGCGACGATCTGCCTGGTCGGGTCGTGGTGTTGCTGCGCACGCATCGGCTGCCAGCCGAGCAGCTGGTGTTTGAAGTCACCGAGAGCGCTGTCATGCGCGAGCCCGAGCGGGCCTTGAAGAACCTCCATTTGTTGCGCGATTGCGGCATCAGTCTGTCGGTGGATGACTTCGGTACCGGCTATTCGTCCTTGGCGCACCTCAAGCGACTGCCGGTGCAAGAGTTGAAAATCGACCAGTCGTTCGTCCGAGACCTGCATGACACCAGCGAAGATGCGGTAATTGTCCGCTCGACCATCGAAATGAGTCATAACCTGGGGCTCAAGGTAGTTGCCGAAGGCGTTGAATATGAACACAGCCTGAGATTACTCGAGCGTTGGCATTGCGATACCGCGCAGGGCTACCTGATCAGCCGACCGCTGACCGCCGCGGCGTTCGAGGCCTGGGTGGCGTTGCCTTTGAATCTTCATTCTTCGCTGGTTCATTGA MKLRNSFQAQVAAVMILLSLGVIGVLYFSVNAATRSAVRSQSEAQLDVGTRVFERLLEVQGRRLADGVQLLAADFGFREAVASRDAATIRSVLVNHGKRINASDMILLSMDGEVLASTLDNMPEGSLFQYDGALRLAQRARQAMVIVPLQGKPHLLVETPVLAPLPVARVVMGFSMDKAFASELRSLTNLEVSFLAVDHQRPGELVSTQPDVLRGPVSSLMLNSSNRNSAVLTEHLDRNFLSQFLLLADGSNEYDGQVIALLQSPLDVAMQAFAPLDEKILAITLVALIASLVGALLLARGVSRPVKSLALAAERIGQGDYQTPVVLEREDELGVLAKAVNSMQSGIAEREQQLAHNALHDPVTGLPNRALAMERLGSAIAANRPIALICMGIHNLRAINETVDPETVDRLLRQTGQQTQALLHPGDTVAHLIAEEFLVLLDGMDSDAAVALADRLQQVLLKPQHINGHDLALDCRLGIAAYPADGQSAQTLLERASIAMKDAAQMPGHLQIYQHGRDLAHRRQIALIRDLRHAANNGELLLHYQPKMDILKSHVRQAEGLLRWQHPQLGPISPAEFIPLAERTGSIQALTHWVINEGMRQLSEWNGRGLRLQLSLNISAEDLISDDLPGRVVVLLRTHRLPAEQLVFEVTESAVMREPERALKNLHLLRDCGISLSVDDFGTGYSSLAHLKRLPVQELKIDQSFVRDLHDTSEDAVIVRSTIEMSHNLGLKVVAEGVEYEHSLRLLERWHCDTAQGYLISRPLTAAAFEAWVALPLNLHSSLVH PGPT0026010_460 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_02572 684 hypothetical protein ATGTCCAGGAATAACCCGCTTTTTGCACTGCTGTTACTGTTCGCGTGCCCCGTCGGGTGGGCGGGGGTGGCCAAGCTTGATGTGGCGATGCACGAAGGCACGGGCCAGCGGCTGCCCGACGCGGTGGTCACGCTGCAAGGCCCGATCGGTGCGCCGTTGGCGCCTCCCGCCGCCAATATGGATCAGCGCAACCAGCAATTTGCGCCTCATGTGCTGGCGGTGCACACCGGCACCCCGATCAAATTCCCCAACAGCGACAACATCCGCCATCAGGTCTACTCGTTTTCGCCGGCGAAGCGCTTTGAGTTGCGCTTGTACGAGGGCACCCCCTCCGAGCCGGTGCTGTTCGATAAGCCCGGCGTGGTGGTATTGGGCTGCAACATCCATGACCGGATGCTCGGCTACGTCTTTGTCACCGACGATCCGCGTTTTGCCGTCAGCGATGCCCAAGGCAATGTGGTGCTGAACGATTTGCCAGTCGGCGAGTACCGCGTGACGCTTTGGCATCCCCGGCTCAAGGGGATGCAACCGATCGATGCCGGTTCTGTGAAACTTCCTGCGACCGGCCTCAAGCAGAACTACACCCTGACGCTGGAGCCTTTACCTGAGCAGCCCGCAACCGCTCCGGCTTCGAGTGCCTTCGGCGATACATTCAAGCGAGCGGCTCGTGAAACTGCGCAATAG MSRNNPLFALLLLFACPVGWAGVAKLDVAMHEGTGQRLPDAVVTLQGPIGAPLAPPAANMDQRNQQFAPHVLAVHTGTPIKFPNSDNIRHQVYSFSPAKRFELRLYEGTPSEPVLFDKPGVVVLGCNIHDRMLGYVFVTDDPRFAVSDAQGNVVLNDLPVGEYRVTLWHPRLKGMQPIDAGSVKLPATGLKQNYTLTLEPLPEQPATAPASSAFGDTFKRAARETAQ NA NA NA NA NA D1-35_02573 543 hypothetical protein ATGAACGCTAAACGATTGTTCTGCATTATCGGTACTGCATTGACTGCCAGTTGCCTGTTCGTCGCGATGCCTGCTGCTTACGCGCAAGCAGGCTTGCCTGAAAGCATCAAGGTCCCGGCCGGGCATAAGGTCGCGCTCGAAACTGCAGGAGTCGGAGAAATCACTTATGAATGCCGTGACAAGGCCAATGCCGCAGGGCAGACAGAATGGTTTTTCATCGGCCCGAAAGCGCTGCTGAACGATCGAAGCGGCAAGGCTATCGGCACTTATTTCGGCCCACCTGCAACATGGCAAGCCAACGACGGTTCCAAAATCACCGGAACCCAATTGGCGGTCGCATCGGTCAGCCCCAAAGACCTCCCCTTGCAGCTGGTCAAGGCCAACCCCGCCGAAGGGAAAGGCGCAATGAGCGGGGTCAGTTACATCCAGCGGCTGGCCGTGAAGGGTGGCGTAGCGCCGATGGCCGAATGCTCCAGCGCCAACAAAGGCAAGCGTGAGGTAGTGAAGTATCAAGCCGACTATATATTCTGGGCTGCCCAATAG MNAKRLFCIIGTALTASCLFVAMPAAYAQAGLPESIKVPAGHKVALETAGVGEITYECRDKANAAGQTEWFFIGPKALLNDRSGKAIGTYFGPPATWQANDGSKITGTQLAVASVSPKDLPLQLVKANPAEGKGAMSGVSYIQRLAVKGGVAPMAECSSANKGKREVVKYQADYIFWAAQ NA NA NA NA NA D1-35_02574 585 sigK COG1595 ECF RNA polymerase sigma factor SigK ATGTTGCTGCCAATGGCTGGAAACCTGTCCTTGCCCGAACCTTACTTCGACTATGAAGCCCACCTTGCGGCATGCGCCCAAGGCGACCAACAGGCGTTGCGCGCCTTATACGATCAGGAAAGCGCACGCGTGATGGGCGTTGCTCAGCGAATCGTGCGCCATAAGGCGTTGGCGGAAGACATCCTCCATGACGTCTTCATCAAGATATGGACTCGCGCCGCCAGTTTCGACCCGACCAGAGGCTCGGCCCGTGGCTGGATATTCAGCATAACCCGACACCTGGCCCTCAATGTAGTGCGCGACAACGCCAGGCAAATTCAGCTCGACGAGCACAGTGAAATGGCCTCGGACGCTTTGGCGTCCGTTGACGCGCCGAACAGCGACACGTTTGAGTACCTGACTCGTTCAGGTCGTATCTATACCTGCCTTGAACGATTGGAGCCGGCCCGGCGCAACTGCATACTTCATGCGTACGTGGACGGTTATTCACATTCCGAAATATCGAAAAAAGTGGGCGCACCGCTGGGAACCGTAAAGGCGTGGATCAAACGTAGTCTGGTGGCGTTGCGGGAGTGCATGGGATGA MLLPMAGNLSLPEPYFDYEAHLAACAQGDQQALRALYDQESARVMGVAQRIVRHKALAEDILHDVFIKIWTRAASFDPTRGSARGWIFSITRHLALNVVRDNARQIQLDEHSEMASDALASVDAPNSDTFEYLTRSGRIYTCLERLEPARRNCILHAYVDGYSHSEISKKVGAPLGTVKAWIKRSLVALRECMG PGPT0014960_5215 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_02575 723 hypothetical protein ATGACGACGAGCGCAGAGGATGATCTTCCCGAAAGCATCGAAGAACTGGCGAGCGAATATGTGTTGGGGATATTGCCGGCCGATCAGCGCAAGCAGGTTCGACAGCGTCTCGCGCACGAACCCGCCTTGCGCGACGCGGTCGATGCCTGGGAGCAGCGCCTGGCTGCCTTGACTGAGCAGGCAGAACCGCAAACACCTGGGCCCCTTGTCTGGAGGCGTATCCAGAACAGCCTGGACAGTCATGGCCAGCGAGCGCCGAATGCCCCACGGTCGAGATCATTGTGGGATTTTCTTCCGTTATGGCGCGGGCTCGCCGGGGCAGGCATCATTGCAACCCTGCTGCTCGGAACGTTGCTCCTGACGCGCACGACCGCGGTCAGCCCAACCACTTACCTGGTGGTGCTGGTAGCGCCGCAAAACCAGGCACCTGGATGGGTCATTCAAGCGACCGACTCCAAGCAAATTCAACTTATACCGCTGGCGGTGGCACAGGTCCCCAGCGATAAAGCATTGCAATTCTGGACCAAGGCGGATGACTGGAAAGCGCCGGTATCCCTGGGTTTGGTCCGGCCTGGACAAACGCTGTCGGTCCCGCTCGATAAGTTACCGCCGTTGGAGCCCCATCAACTTTTTGAACTGACTCTTGAAAGTGTCAATGGCTCGCCGACCGGAAAACCCACAGGGCCGGTGCAGTTCATCGGCCGGGCCGTGAAAGTCCTCTAG MTTSAEDDLPESIEELASEYVLGILPADQRKQVRQRLAHEPALRDAVDAWEQRLAALTEQAEPQTPGPLVWRRIQNSLDSHGQRAPNAPRSRSLWDFLPLWRGLAGAGIIATLLLGTLLLTRTTAVSPTTYLVVLVAPQNQAPGWVIQATDSKQIQLIPLAVAQVPSDKALQFWTKADDWKAPVSLGLVRPGQTLSVPLDKLPPLEPHQLFELTLESVNGSPTGKPTGPVQFIGRAVKVL NA NA NA NA NA D1-35_02576 363 walR_1 COG0745 Transcriptional regulatory protein WalR ATGACCACCATCCTGGTCGTCGACGACGAGTATCTGATCGCTGACATCCTCAGCTTCGCGCTGGAGGATGAAGGCTTCATGGTCGTAAAAGCCAGCAATGGTCGAAAGGGACTCGAAGTTCTCGAAAGGGAGCGTCCAGCGTTGATTGTTACCGACTTCATGATGCCCGTCATGGACGGCTTGGAGTTCGCCACGGCTGTGCGAGCACTTCCGTCCATCAATCGTTTGCCAATCATCCTCATGAGCGGTGCTCAGGCGCACATAGGTATGCAGAGATCGGATCTGTTTGATGCAGTCCTGCCAAAGCCATTCGAGATAGGCGCCATCATCGCAGAAGTGAAAAAGCTCTTGTCTGCGCAGTAG MTTILVVDDEYLIADILSFALEDEGFMVVKASNGRKGLEVLERERPALIVTDFMMPVMDGLEFATAVRALPSINRLPIILMSGAQAHIGMQRSDLFDAVLPKPFEIGAIIAEVKKLLSAQ PGPT0013765_1037 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D1-35_02577 1440 kaiC_1 Circadian clock protein kinase KaiC GTGGAAAAGCTAAAACGCCTTCAAAGCGGAATCGAAGGGCTCGACGCTCTGCTTAACGGAGGGCTGGTCGCGGGTGCTTCATACATAATTCAAGGTCGTCCAGGTTCCGGCAAGACGATCCTCGCCAATCAGCTTGGATTCCATCACGTGCGTAATGGAGGCCGTGTTTTAGTCGCCACACTGCTGGCCGAGTCGCATGACCGTCTCTTTCAGTTTCTCTCTACCCTGAGCTTTTTCGACTCATCCAAAGTGGGCGCTGAAATCCAGTTCGTCAGCGCATTCGATACGTTGGAAAATGAAGGTCTCGATGAAGTAGTAAAACTGCTTCGGCGTGAGATCAGTCGGCAGAAGGCTACGGTCATGGTCGTCGACGGTTTGCTCAATGCGCGCTCCAAAGCCGATTCGCCTATCGACACCAAGAAATTCATCCTGGAGTTGCAAGGCCACGCAGCGTTTGCCGGATGTACCGTACTGTTCCTCACCAGTTCACGGCTTGACGACGGTAGCCCAGAGCACACGATGGTTGATGGTGTGATCGAAATGGGAGAGGAGCTGTTCGGCACTCGTTCCGTACGACGTATACAACTACGCAAGACGCGAGGCAGCAGCGCACTGACCGGTCTTCACGAATGTGAAATCACTGATGACGGCCTGGTTGTCTATCCGCGTCTCGAGAGCCTGTACAGCCGTCCTTCCTCGTCCGACAGTGCGGACATGACGCGTATCGCCAGTGGGATTGATTCACTCGACGATATATTGGGCGGAGGGCTACACAGCTCCAGTGTGTCTCTGGTCATGGGGCCCTCCGGGATCGGCAAGACCACGCTGGGTCTCAAATTCCTGGCCAAGTCCACACCTGATGCCCCAGGCTTGCATTTTGGGTTCTATGAAAGTCCACAGCGGCTGCGCCTGAAAGGATCCTCACTGGGCATCGATATCGAAGCCATGGAGGAAAGCGGGGCGTTGAGCATTGTCTGGCAGCCAACCACCGAAGGGCTGCTGGATGGACTCGGCTCAAGACTGCTGAGCATCGTCAAGGAAAAGGGTATCAAACGCCTGTTCATCGACAGTCTGAGCGGGATGACACGCGTTTCGACAAATCCGGGACGGATTACCGATTTCTACAGTGCGCTCATGAATGAGCTGCGCTCCAGAGGCGTTACGGTATTTGCATCCTGGGAAATGCGCGACCTGTTCGGTTCCGAGGTCAGCTCACCGAACTCCGACCTGTCGAGCATCGTCGACAACCTGATGCTGATGCGTTTCTTTGAGAGTCGCGCTGAACTAAGCAGGACGCTTTCCATTCTTAAGGTACGAGATAGCTCCTATGACCCCTCGCGATTCGAGGTGGTGATTCGTGATCAAGATGTTTTCCTGAAAAAGGCTTTGAGGAATGAACCTTCAGTTGCCACTGAGTCCTTGCCTGGTTCGATTTCATAA MEKLKRLQSGIEGLDALLNGGLVAGASYIIQGRPGSGKTILANQLGFHHVRNGGRVLVATLLAESHDRLFQFLSTLSFFDSSKVGAEIQFVSAFDTLENEGLDEVVKLLRREISRQKATVMVVDGLLNARSKADSPIDTKKFILELQGHAAFAGCTVLFLTSSRLDDGSPEHTMVDGVIEMGEELFGTRSVRRIQLRKTRGSSALTGLHECEITDDGLVVYPRLESLYSRPSSSDSADMTRIASGIDSLDDILGGGLHSSSVSLVMGPSGIGKTTLGLKFLAKSTPDAPGLHFGFYESPQRLRLKGSSLGIDIEAMEESGALSIVWQPTTEGLLDGLGSRLLSIVKEKGIKRLFIDSLSGMTRVSTNPGRITDFYSALMNELRSRGVTVFASWEMRDLFGSEVSSPNSDLSSIVDNLMLMRFFESRAELSRTLSILKVRDSSYDPSRFEVVIRDQDVFLKKALRNEPSVATESLPGSIS PGPT0030523_914 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENVIRONMENTAL_RYTHMICS_SIGNALLING PUTATIVE-CLOCK-ASSOCIATED_HISTIDINE_KINASE,PGPT0030523-kaiC-K08482 D1-35_02578 846 hypothetical protein ATGTCATGCTTGTATGCCGGTATGGCGGATGCCGCCGGTAACAAGACGATCGCGGGCTTCAAGCCTGGTTATAAGCCTATTGATCAAGATACCGAATGGCTGGATGACTTCGAGACTTTAAAGGATCTCGATGCCACTGCCCTGGTCAAGATGGTCTCCGCGCGGCTGGGTGAAGGCGCGGCGACGGCGCTGAATGCGGTCATCAGCGGCGATGCCTTGAAGGAGATAGTAGACCCGGTCAGTGTCGTAGGAAATGGTCTGCTGATTGGCGGTTTTTCTGCAATGGGCGCGGCTACAACCGCCACAGCCAACCTGGCGAAGTCCACGGAGCTGGGAAAAATGGCGGCTACCGCAGCCTCGGAGGGTGTAAAAAACGTATTGGGTACCCTGGCTTTCGGGCTCTGGGCAGCTGGCGCCTCGCTAGGTGGATCAGTGCCGAAAAAAGCCACCGCTGTGGTCGATGCCCATGTACCAAAAGCGGTAGAAGGGGGCGCAGATGCAGCGGGCAGGGTGGCGGTCAAGGGCGGTGAGCTTGCGCTCAAGACATCGCTCACCGGCGCCAGATTTGCCAAAGAGACAGCTGTGTCAGCGACCAACCACACAAAAAATGCAGCTCAAGCGGTAGGGGATGGAGTCACTAGCGTTGCCAGCGCCATTGGCACCACCTCCCAGTCAGCCTGGAATAAAAGCGTTGGGGCCCTGAGGCAACGCTCCGCGGTCACCCCTCAAAGCCAGGCCGCTCAGGGTCAGAGCATACCGATGCAGCCGCTCGCGGGTACGCAGGTCCAGGCATCTTCCTCAGCACCTGCGCGTCCGACTGCCCAGGATGACGGAGATATCGTTTAG MSCLYAGMADAAGNKTIAGFKPGYKPIDQDTEWLDDFETLKDLDATALVKMVSARLGEGAATALNAVISGDALKEIVDPVSVVGNGLLIGGFSAMGAATTATANLAKSTELGKMAATAASEGVKNVLGTLAFGLWAAGASLGGSVPKKATAVVDAHVPKAVEGGADAAGRVAVKGGELALKTSLTGARFAKETAVSATNHTKNAAQAVGDGVTSVASAIGTTSQSAWNKSVGALRQRSAVTPQSQAAQGQSIPMQPLAGTQVQASSSAPARPTAQDDGDIV NA NA NA NA NA D1-35_02579 369 hypothetical protein ATGGATACGATTAATGTAGGTGCAAGCCGCGAGCTGAACCGTCCACCTGATGAGATACAGCAGGAAACAACACTGCGGGCCTCTCACTCTCCGGTCCTCGGCGATATCGGGGTAGCAATGCGCACGCGGCTTCATAACCATTTCGAGGCTCACGTTGAAACACAAGCTGACTCCGATCAACCCGCTGCCCCTGCTTCAAGCGCCCGCAACGCGGAGCTGAACGCCATTCGCGATGACCGTGCCCAACGGCTGGAGGCCGGGGGTTATACCGTCCATGACATGGAGAAGGCGGAAAAAAACGCAGCCAGGGCCGACAGAGTGTTTGCGTCCATAAAGTCAGGGATGGGGGGACGCCCTTTGCGGCGCTGA MDTINVGASRELNRPPDEIQQETTLRASHSPVLGDIGVAMRTRLHNHFEAHVETQADSDQPAAPASSARNAELNAIRDDRAQRLEAGGYTVHDMEKAEKNAARADRVFASIKSGMGGRPLRR NA NA NA NA NA D1-35_02580 528 hypothetical protein ATGAAAGATATGAAACTCGAAAACATAGTTGGGGCGCTGTCGCTGGCGATTTCTGACTCTATCCACCAAGGCACTCAAGACCAAGCTCCGGAAGTTGGTCCGGCAGCTGCGGCTATTGCCTTGCTCGGTCACGAGCCAGGCATGTCCATAGAGCGCTTGAGGCGAGCCTTGGGGTTGTCTCATCCTGGAGCTGTGCGCCTGGTTGATAGGCTTGTCACCCAGGGTGTAGTGGAACGTAGACAAGCAGACGCTGATCGGCGTGCCGTTGCGCTCCACCTTACTACCGCAGGAAATGCGAACTGTGCTGCCGTGCTAGCGGTCCGCCAGGAACGTATAGCTCGTGTATTGGAAGTGCTTGATCCGGATGAGCGCGAACTTCTCGGACGGATAACCGAAAAGCTACTCAACGGCCTGGTGAATGATCTCGATCAAGGCTATTCAGTGTGTAGACTGTGCGACCCTGCGTCTTGCACGAATTGTCCAGTCGCAGATGCGTTGAATGAAAATCCCTGCACTGGCCATCTCTGA MKDMKLENIVGALSLAISDSIHQGTQDQAPEVGPAAAAIALLGHEPGMSIERLRRALGLSHPGAVRLVDRLVTQGVVERRQADADRRAVALHLTTAGNANCAAVLAVRQERIARVLEVLDPDERELLGRITEKLLNGLVNDLDQGYSVCRLCDPASCTNCPVADALNENPCTGHL PGPT0029235_347 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029235-emrR|mprA-K15974 NA NA D1-35_02581 138 hypothetical protein ATGAAATACAAGCGACTTGGCCGTACGGGCCTGTATGTATCCGAGCTGTGCCTGGGCACGATGACGCTCGGTGGTAATGCCAACCGGGTATGTGGTCTGCAATCGGCGCGGTTGAACAGGGCGAAGCCAACAGTTTGA MKYKRLGRTGLYVSELCLGTMTLGGNANRVCGLQSARLNRAKPTV NA NA NA NA NA D1-35_02582 597 fldP Flavodoxin FldP ATGAACTCAACTTCCACGCCAATCCGAACGGTCATCATTTATCACTCAGGCTATGGCCACACCGTACGAATGGCAGCTGCCGTCGCTGAAGGCGCTGGCACCGACTCTGTATTGGTTGCAATCGACCCCGAGGGCAATATTCCCGAGGATGCCTGGCAAACACTCGCAGACGCAGACGCAATTGTCTTCGGTTCGCCTACCTACATGGGCGGCCCTAGCTGGCAGTTCAAGAAATTCGCGGACGCCTCTTCCAAGCCCTGGTTCGAAGGCGCATGGCAAAACAAGATCTTTGGCGGCTTCACCAATAGCGCGAGCATCAACGGCGACAAGCTCAATACTCTTGAGTATTTCTTCCTGCTCTCTGGGCAGCACGCCGGGATCTGGGTTGGTCTGGACATCAAACCAGCGAACGTCAAGGCGTCGAAACGCGACGATTTGAACCGCATGGGTTCTTATATCGCGCCTATGGCGCAGACGCCGGCGGATGCCTCTCCTGACGAGATGTCATCGGGAGATCTGGAGACCGCGCGTCTGTATGGCGCGCGCGTCGCATTGATTGCCGGACAGTTCCGAGCCGGTAAATCTCAGTCTGTCTGA MNSTSTPIRTVIIYHSGYGHTVRMAAAVAEGAGTDSVLVAIDPEGNIPEDAWQTLADADAIVFGSPTYMGGPSWQFKKFADASSKPWFEGAWQNKIFGGFTNSASINGDKLNTLEYFFLLSGQHAGIWVGLDIKPANVKASKRDDLNRMGSYIAPMAQTPADASPDEMSSGDLETARLYGARVALIAGQFRAGKSQSV PGPT0009460_2471 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809 NA NA D1-35_02583 906 pgrR_2 HTH-type transcriptional regulator PgrR ATGCCCAATCTTCAGGCACTTTTGATTTTTGCCCGCGTTGCGGAAATGATGAGTTTCACGCGTGCCGCTGAAAGCTTGGGAATCCAGAAGGGACGGGTGTCGACGGTGATTCGTGAGCTGGAACGGGACATGGGCGCGACCCTCCTGCACAGAACAACACGCAGCGTGCAATTGACCGAAGACGGTCGTAGTTTTTATGCACGTGCGCGTGACCTGCTGGCCGAAGCTCAGGACGTGCAGTCCATGTTCGCGAACAGCGGCGCCCCCCTGAGGGGGAGATTGCGCGTAGATATGCCGACTGAGTTGGCAAAGACCGTCGTGATTCCCGCTCTACCGCAACTACTCAAGGCCAATCCTGAGTTGGAGCTGGAACTATCCAGCACGGATCGCCGTGTCGATCTGGTTCAAGAAGGGTTTGATTGCGTGATTCGTCTCGGGCCGATCATGGACGACAGACTGATCGCCCGCTCGCTCGGCAAACTGCGCATGATGAACGTGGCGAGTCCAGGCTATCTGGCAAAGTACGGCATACCGCAAACACTCGACGACCTCCTCATCCAGGGTCACCAGATGGTTCACTACACGCCGACACTCGGCGCCCGACTCGCTGGTTGGGAATATCCGGAGGGAGACAGCTACGCATCACTTGCATTGCCAGGGGCGATGCAAGTGAATAACGTGCAGACCTATCATGCTGCGGGCCTGGCGGGGATTGGACTGATTCAGGCCGGCTATTTGGCCCTTGCGCACCACATCAAAAGCGGCGATCTGGTGGAAATTCTGCCGGATCTACGACCAGAGCCGCTGTCGGCGTCGCTCGTAGTCGCGCATCGGCGCAACCTTTCCCAACGCGTCCGGGCCTTCATGACTTGGATTGAGAGTGTTTTGGAACCCTATTTTGATTAG MPNLQALLIFARVAEMMSFTRAAESLGIQKGRVSTVIRELERDMGATLLHRTTRSVQLTEDGRSFYARARDLLAEAQDVQSMFANSGAPLRGRLRVDMPTELAKTVVIPALPQLLKANPELELELSSTDRRVDLVQEGFDCVIRLGPIMDDRLIARSLGKLRMMNVASPGYLAKYGIPQTLDDLLIQGHQMVHYTPTLGARLAGWEYPEGDSYASLALPGAMQVNNVQTYHAAGLAGIGLIQAGYLALAHHIKSGDLVEILPDLRPEPLSASLVVAHRRNLSQRVRAFMTWIESVLEPYFD PGPT0028940_765 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_02584 546 rclC COG3059 Inner membrane protein RclC ATGCAGCACATCACGAGCGTCACCAGCAGCCAGGCTGCTCTCACTTCCAGTATTTCGAGACTCGAGAACGTAAATCGGGCAATTGTCTTGTCCGGCGTTGTTCTTCCCCTGCTAATGATTGGTCTACTCAAGTTCACGCAGATCGAGGTGCAGGTACTCATACCCCTGATCAGTGGCACCCCGTGGCTGGCCTGGCTTTATCCAGTTCTTGGCGAAGCCGGTACCTCGTACTTATTGGGTGTAGTCGAGATACTGACTGCACTGCTGCTCATCGCTTCACCCTGGTCTGCTCGAGCAGCTATCGCAGGTGGGTTGTTAGCATCGCTGACCTTCTTTACGACCATTTCCATGATGTTGGTATTGCCGATATGGGAGGCCGGATCGGGAGGTTTTCCATGGCTGAACTTCCTGGGCACGTTCCTGATAAAAGACGTTGCGTTGTTAGGGGTGAGCCTGGTGATCCTCACCGAGGGGCTGCAGCGTATGTTGCCCACTCTAGCGGCTAATCAAAATAGGGTTCCAAAACACTCTCAATCCAAGTCATGA MQHITSVTSSQAALTSSISRLENVNRAIVLSGVVLPLLMIGLLKFTQIEVQVLIPLISGTPWLAWLYPVLGEAGTSYLLGVVEILTALLLIASPWSARAAIAGGLLASLTFFTTISMMLVLPIWEAGSGGFPWLNFLGTFLIKDVALLGVSLVILTEGLQRMLPTLAANQNRVPKHSQSKS NA NA NA NA NA D1-35_02585 996 hypothetical protein ATGCATAACCACGCGCGGTTCCATCTTGCGGCCCTACTGACAGCCGCCCTAGTCACGGGTGCAACCTACTCACCGTCGCCCACCGCCGCGCAAGCGTCACAGACGTCGACCGCAACGACGGCACCGCCCCATAAACCCGCACTCGCAGGCACCTACGCCTTCACTCTGGGCAAGTTCCGCATCACCGCACTGAGCGACGGGACGCTGCCCCTCGATCTACATCCGCTGCTTAGAGGCATCAGCCCAAAGCAGATCGACGCAATGCTGCAACGCGGATTTGCTCGCAACCCGCTGGAGACGTCTATCAATGCCTACCTCGTCGATACTGGCTCACATGTAGTACTGATCGATACCGGTGCCGGTGAATTGTTCGGTAACGTTGGCGGCAAGCTACCCAAAAGCCTGGCGGCTGCGGGCTACCAGCCGGCACAGATCACCGATGTGCTGATTACCCACATCCATACCGATCATTCCGGCGGCCTGACACGCGGCGGCCAGATGATGTTTCCCAATGCGACCATCCACGTCGGCCAGGCCGACGTCGACTTCTTCCTGGACCGCGCCAACCTGGACAAGGGGTTAACGCCGGCTTATCTGGAGCAAGCGCTAAAGACGGTTGGCCCGTACCAGCGAGAAGGCAAGCTGAAGCCATTCGCAGCCGAATCCGAAATCCTCCCGGGTATCACCGCCATTCCCACGCCGGGACATACGCCGGGCCACAGCTTTTTTCGGGTCACAAGCGAAGGCGAGAGCATCGATTTCTGGGGCGATATCATGCATGTCGGCCTCATCCAGTTCTCGCGGCCTGAGGTGACAATAACCTTCGACGTCAATCAGAACGCCGCTCGCGCCCAGCGATTACGACAATTCGAGGCTGCCGCGAGTGAGCAACGGTTGTCAGCAGTCGCTCACTTGCCATTTCCGGGCATAGGCCACATCAGGCGCGAAGCCGGCAGGTATGAGTGGGTACCCGTCCAATACCGCAATCGCGACTGA MHNHARFHLAALLTAALVTGATYSPSPTAAQASQTSTATTAPPHKPALAGTYAFTLGKFRITALSDGTLPLDLHPLLRGISPKQIDAMLQRGFARNPLETSINAYLVDTGSHVVLIDTGAGELFGNVGGKLPKSLAAAGYQPAQITDVLITHIHTDHSGGLTRGGQMMFPNATIHVGQADVDFFLDRANLDKGLTPAYLEQALKTVGPYQREGKLKPFAAESEILPGITAIPTPGHTPGHSFFRVTSEGESIDFWGDIMHVGLIQFSRPEVTITFDVNQNAARAQRLRQFEAAASEQRLSAVAHLPFPGIGHIRREAGRYEWVPVQYRNRD PGPT0006762_2 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_ORGANO-PHOSPHORUS_INSECTICIDES XENOBIOTIC_ORGANOPHOSPHATE_DEGRADTION,PGPT0006762-mpd-NA NA NA D1-35_02586 2391 fhuA_1 COG1629 Ferrichrome outer membrane transporter/phage receptor ATGAGTTCGTCCCCTGTTTCACAGCGCCATCCATTAAATCGTGCCTTGCACGCTGCGATTTTGGGTTTGATCGTAAGCAGCTATGCATTGCCATCGCTGGCGCAAACATCGAGCGCTGACCATAGCAACCCAGTCAAGCAGTGGAACATCGCTGCCGGCCCACTGGCGCCGGCGCTTGACCGCTTTGCGCGCGAGGCTGGCATCAGTCTTTCCTTCGACGCGTCGAGTGTCGCGAACCGCACCACTGCTGGCGTGGATGGCACGCTCGATACGTCGGCAGCGCTGTCATCGTTGCTGCAGGGGAGTGAATTGCAAATCGAACAGCAGGGCCCGAATGCCTATCTACTGCTCCCTCAACCAAAGCCCGCCGGCCCGCTGGAGCTCGACGCAACGGACGTCGAGGAATACCGCCTTGCACCCCTCATCATCAATGCCAAGGTCAGGGTCAGTGCCGACGACGACGCCAACTCGGTAGTTGCCAAGGAGCTCTGGGTTGGCGGCAAGGTGGCAACCAGCATTCTCAATACACCGGCATCGGTGTCGGTTGTTACCAACAAGGAAATGGAGCAACGCAGCGTCAGCACCACGGAAGAGGCGCTGCAATACACGCCGGGCGTGATCAGTGATTTCTATGGTACGGATGACCGCAACGACTATTTCCAGATCCGGGGCTTCCAGGCCACCACCTACCGTGACGGCTTGACCCTGAGTTCGATGCGCGGCGTACGCGAAGATCCGTTCGCTTATGAACGCATAGAGATTCTGCGTGGCGCCAACTCCACGCTGTTTGGCCCAGCGGACCCGGGCGGTTCGGTGAATTTCGTGACCAAACAGCCGCGCTTCGAACAGTTTGGCCAAGGCTATGTGACCTACGGTTCGTTTGACCATGTGGAGACAGGCATCGATGTGGGGGATGCGCTGAACGACGAGAAAACCGTGGCTGGCCGCTTTACTGCCAAAGGCCAGAACAGCGACCGCGAGTACGACCACTCACAGGACGACAACCGGTTGGTGATGGGTGGCCTCACCTGGGCACCCACGGATTACACGTCAGCCACCGTGATTCTGGACTATCTGAAAACTGAAAGTTCGCCCAACAGTGGCGGCTATCCGCTGGACAAAGAGTACGACCGCAGCAAGTTTTATGGAGAGCCCAGCTACAACTTCCACGATGTCGAGCGCACCAGCCTCAGCGGTAACGTCACCCATGACTTCGACAACGGCTTTGTACTGCGCAGCAATCTGCGTTACAGCAAATTGACCGATGATTTCGGCTACGTTTACCTCAGCGACAGCGCCGGACGTGTCGGTACTACCGTTGACCGGTATCTGTTTGGAACGGACACTGAGGCCGACCAGTTCAACGGCAATCTGATGCTGCAATACGATGCCCGCTTCGAGGACATCGACAGCAGCAGCCTGGTGGGCGTGGAGTACCTCGATTCGACCACCAAGGAAAGCTCGGTCTACGCCCTGACGACCCCGATTGACATCGCGAATCCCGTGTTTACTGGCGTTTCACGCTCAATCACGCCGTATGCCGTCAACAAGCGAGACGCGACCACCAAGGCCGTGTTCCTTCAGCAGAACCTGTCGTTCTACGAGCGTTTCATTGTCACCGCGGGTATGCGCAACGACTCGATGGACCTTACCAGCAAAGGCTTACAATCCACTGAGAAGGACAACTTCTCCGAAACCTCCTACCGAGGTGCGTTGACTTATATCGTCAACGACGAGGTGTCCACCTATGTGAGCATGGTGGAATCCGTCTCGCCGCCTCAGGTTGGCGTAACACCGCAGACGGGCAGGCAGTACGAAGTGGGCGTGAAGTATGCGCCGATGGGGATGGACGCACTGTTCTCCGCGGCCGTTTATGACTTGACCCAGGAAAACGTCACCATCGCCGTGGTGCTGCCGAGCGGCATCATCGAGCAACAGACGGTGGGCGAATCGCGGGCGCGTGGCCTCGACCTGGAGGCCAAGGCGCAGGTGACGCAGAACATCAGCCTGATAGGCGGCTATTCCTATATGGAGTCCGAGGTACTGCGCGGTTCGTTGTACGACGGCAGCTCCCTGAAAGGTAATGAGTTCTCCACGGCGCCCAAGCATTCCGCTTCGCTCTGGAGTTATTACGACGTGCCCGGTACTGATGTCAGCGTTGGCTTGGGTGCGCGCTACGTCGGCTCTTATTACTTCGATGCAGCCAACTCCGGCAAAAGCGATGGCACCACACTGTTCGACGCCGCCTTCAACTACGAGATCGCCAAGGGCACCGACCTTGCGGTGAACGTCAGCAACCTGCTGGATGAGCAGCACGTGGTCGGTTCCGGCACAGCGAACTTCTACAACCCGGGTCGCGAGATTACCGCCAAAGTGAGTTACAACTGGTAA MSSSPVSQRHPLNRALHAAILGLIVSSYALPSLAQTSSADHSNPVKQWNIAAGPLAPALDRFAREAGISLSFDASSVANRTTAGVDGTLDTSAALSSLLQGSELQIEQQGPNAYLLLPQPKPAGPLELDATDVEEYRLAPLIINAKVRVSADDDANSVVAKELWVGGKVATSILNTPASVSVVTNKEMEQRSVSTTEEALQYTPGVISDFYGTDDRNDYFQIRGFQATTYRDGLTLSSMRGVREDPFAYERIEILRGANSTLFGPADPGGSVNFVTKQPRFEQFGQGYVTYGSFDHVETGIDVGDALNDEKTVAGRFTAKGQNSDREYDHSQDDNRLVMGGLTWAPTDYTSATVILDYLKTESSPNSGGYPLDKEYDRSKFYGEPSYNFHDVERTSLSGNVTHDFDNGFVLRSNLRYSKLTDDFGYVYLSDSAGRVGTTVDRYLFGTDTEADQFNGNLMLQYDARFEDIDSSSLVGVEYLDSTTKESSVYALTTPIDIANPVFTGVSRSITPYAVNKRDATTKAVFLQQNLSFYERFIVTAGMRNDSMDLTSKGLQSTEKDNFSETSYRGALTYIVNDEVSTYVSMVESVSPPQVGVTPQTGRQYEVGVKYAPMGMDALFSAAVYDLTQENVTIAVVLPSGIIEQQTVGESRARGLDLEAKAQVTQNISLIGGYSYMESEVLRGSLYDGSSLKGNEFSTAPKHSASLWSYYDVPGTDVSVGLGARYVGSYYFDAANSGKSDGTTLFDAAFNYEIAKGTDLAVNVSNLLDEQHVVGSGTANFYNPGREITAKVSYNW PGPT0003790_11153 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_02587 981 fecR_3 COG3712 Protein FecR ATGTCGAGGCATGAGCCGCAGGCGCTCAATCCGGCCATTGTCGAGCAGGCGATCCAATGGCTGGTGCGCCTTCGCTTCAATCAAGCCGATGAACAAACACAGCGCACTTTCGAGCACTGGCTGCAGCAGTGCCCGGAGCATGTGTTGGCGTGGCAGCGTGTGGAAACGCTCGGGGATGAATTATCAGGCGTGCCAGCTCAATTGGCCCGACAAACCCTTGAGGGTACCCATCATGGAATGCGGCGGCGGGAAAGCCTGAAGCTACTGGGCCTATTGGCTACTGTTAGCACCGCAGCCTGGCTCGGCCGGGACTATACGCCCGTACCTGCCATGCTTGCGCAGCAGCGCAGCAGTACCGGCGAGCAACGACGCTTCCAACTCGATGATGGCAGCCTTATCCAGCTTAATAGCGATAGCGCCGTCGACAGCGATTTCGACGCCCAGCGCCGCCTGATAATCCTGCGGCGTGGTGAAATCATCGTGAATGTCGGCGCGGATCAACACTCGCCTCGAGCGCGACCGTTCTGGGTGCAATCACGTGACGGGATCATGCGCGCTCAGAGTTCCCGCTTTCTGGCACGGGAGCTGGATGATGGCACTCTGGTCGCGGCTCAGGAAGGGTCAGTCACGGTTTTCCCCGGCTCCAGTCAAACTCCTGCGAGCCGCAGCGTCCAGGCAGGAAGCCAGCTGCTGTTCTCATCAAGTGGCACCCGAATGTTCAGGGACAACGGCCTAGATCTATGGAGCTGGGGGGACGGGGTGATCAGCGCGCGCAATATGCGCCTCAATGATTTCATCGTGGAGTTGTCGCGTTATCGCCCCGGGGTGCTGCGCTGCGCCGAAGAGGTCGCTGATCGTCGCGTTTCCGGCACCTTCCAGCTCGCCGACAACGATCAGGTCCTGGCATTGGTCGCGCAGTCACTGCACTTGAACATTGATTATCGAACCCGTTATTGGGTCACCGTGACCGCTGCCACCTGA MSRHEPQALNPAIVEQAIQWLVRLRFNQADEQTQRTFEHWLQQCPEHVLAWQRVETLGDELSGVPAQLARQTLEGTHHGMRRRESLKLLGLLATVSTAAWLGRDYTPVPAMLAQQRSSTGEQRRFQLDDGSLIQLNSDSAVDSDFDAQRRLIILRRGEIIVNVGADQHSPRARPFWVQSRDGIMRAQSSRFLARELDDGTLVAAQEGSVTVFPGSSQTPASRSVQAGSQLLFSSSGTRMFRDNGLDLWSWGDGVISARNMRLNDFIVELSRYRPGVLRCAEEVADRRVSGTFQLADNDQVLALVAQSLHLNIDYRTRYWVTVTAAT PGPT0003910_4157 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_02588 516 fecI_5 COG1595 putative RNA polymerase sigma factor FecI ATGCGCAGCGATGAAACGCTAGGTAATGCAGATCTAGGGCTGCTCTATCGAACCCACCACTCGTGGTTACACGGCTGGCTTGTCCGACGCATCGGATGTCGCGATAACGCAGCAGATTTGGCGCAGGACACCTTCGTACGTCTGCTCAAATCCCGCCAGTCCAGCCCCTTGCGCGAACCACGCGCCTATTTGAGCAGTATCGCCCGCGGACTGATGATCGATCAGTATCGGCGTCGTGAACTCGAACGTGCCTACCTGGAAAGCGTCACGTTGCTGCCTCAGCACGAGGTCCCCTCGGAAGAAAGCCGGCTGTTGATTCTCGATGCGCTCGAGCGCATAGACCGCATGCTCGGTATGCTGAAACCCAGAGTTCGCCAGGCATTTTTATTTGCCCGACTCGACGGTCTGACCTGCGCGCAAATAGCCGAAAAGCTGGGTGTTTCCCGTGCGACGGTGGAACGCGACCTGGCCACGGCCCTGCAGCACTGCTATCGCTTGCGTTATGTCGAGGCATGA MRSDETLGNADLGLLYRTHHSWLHGWLVRRIGCRDNAADLAQDTFVRLLKSRQSSPLREPRAYLSSIARGLMIDQYRRRELERAYLESVTLLPQHEVPSEESRLLILDALERIDRMLGMLKPRVRQAFLFARLDGLTCAQIAEKLGVSRATVERDLATALQHCYRLRYVEA PGPT0003900_364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_02589 888 D-alanyl-D-alanine carboxypeptidase ATGCTCAGTTCACTCGTTTCAAATGGTCAGGTACAAGCGGCTGATCGCTCAGAACTGATGGCCCCCTGGTGGAGTTTCACGAAAACAGTCTTGGCTGCTACGGCCCTATCGTTGGTGCGTGACGGGCTGGTCGGATTGGACCACCCTGTTCTTGGTCAGCCTTTTACGCTACGCCAGTTACTACGGCATGAGGCCGGTCTGCCTGATTACGGAGAACTTGCGGAGTATCACTCCGCCGTTAAAAATAGTGAGTCAGCCTGGCCGGCCGATGAAATGATGCAACGCCTTGACGGTGCTCGACTCCGATATAGTCCCGGAAACGGTTGGCGTTACTCGAATGTCGGCTACCTGCTTGTCGGCAGACTAATTGAACGGCTGACTGATCTGAAGCTTGATGAAGCGGTAATTCAACGGACACTTTCTCCTCTGGGCTTATTGGGCGTTCGCTTTGCAAAAACACGAGCAGACTTCCAAACGACCCACCTTGGAAGTTCCTCAAATTATGATCCTGCCTGGGTTTACCACGGCTTGTTGATCGGCCACATTTCGCACGCAGCGTTATTTCTGGATCGACTCTTTTGTGCAGACCTGCTCCCCACGGACTTGCTTCAGGAAATGCAAAAAGCACGAACATTGGGCGGCCCGATTCCCGGTCGCCCTTGGATCACGCCGGGCTATGGCCTTGGCGTGATGCAAGGGTCGATTGACGGCGGGTATTCGCTATGCGGGCACACCGGGTGCGGACCGAGCAGTGTCATTGCTGTCTACCGTCTCTGCGACGGCGACGCATCGGCTTGTTGTGCTGCTTTTGACGTGGGGTCCAGTGAAGGCTTCGTCGAAGCCATCGTCGTCGAGCAGCTCATGCAAGTTCTGCGTCAGAAGAGCTGA MLSSLVSNGQVQAADRSELMAPWWSFTKTVLAATALSLVRDGLVGLDHPVLGQPFTLRQLLRHEAGLPDYGELAEYHSAVKNSESAWPADEMMQRLDGARLRYSPGNGWRYSNVGYLLVGRLIERLTDLKLDEAVIQRTLSPLGLLGVRFAKTRADFQTTHLGSSSNYDPAWVYHGLLIGHISHAALFLDRLFCADLLPTDLLQEMQKARTLGGPIPGRPWITPGYGLGVMQGSIDGGYSLCGHTGCGPSSVIAVYRLCDGDASACCAAFDVGSSEGFVEAIVVEQLMQVLRQKS NA NA NA NA NA D1-35_02590 801 hypothetical protein ATGGATGTTGAGCTTGCTCATAAGATTGAGGCCGCAGAAAGCGAGTATCTACGTTCGCGCGTTGAGAACCTGGCAGAAATAAGCGGAAATCCTTATGGCGCGCGTGTTTTTTTCAACGCGGACTTTCCGTGTTTTCAGGTGAACGCATCGCCAAGCCCAATGTTCAACCGCATTTATGGTGACATCACCAGCAATCCCTTGGCAGTGTTAAATCTGCTCAATGAGTCAGCGGAGCGATCGACTGTAATTCCTCTTATTGGGAAATCTTCGGCGTTGGAGCAATACGTTGTTGTGGGCGAAGCACGGCTTGAGCGTTTGAGGGGCTGGACTCATTTGCAATTAGCTTGTGCCATTGAAAAGGTGGTTTTGAGTCGTCACTCATTCGAAATTGAAGAGGTCACGTCGAAGACTCTGGATCTATTCGCAGAAGTGCATGCGGGTAGCTTTCATACCAAGCCGGAGCATCGGCTTCTGAATCAGGCTTCCTTTGTAGGGCCGGTGCCTGACGGACGTCTGAAAATCTACGTATTGAAAGCGGAAGGGATAGTGGTAGCAGGGGCTTCGATGTATCTGGCCAGCAATGGCGTTGCCTACCTCGGAACGGCGGCAACACGAAAGGATGCCCGGGGCCACGGCTACCACCGAGCGCTGATTTCTCAACGAATAGAGCAAGCAAAGAAGCATGGCTATCATTGGATCGCTGCGACCGCGCTGGCCAGCTCCCAGAGCCGCCGAAATCTCGAGCGTGCCGGGTTAACGGCATCCCATGCCCAAGCACTGTACCGCCTGACAGACAGCTGA MDVELAHKIEAAESEYLRSRVENLAEISGNPYGARVFFNADFPCFQVNASPSPMFNRIYGDITSNPLAVLNLLNESAERSTVIPLIGKSSALEQYVVVGEARLERLRGWTHLQLACAIEKVVLSRHSFEIEEVTSKTLDLFAEVHAGSFHTKPEHRLLNQASFVGPVPDGRLKIYVLKAEGIVVAGASMYLASNGVAYLGTAATRKDARGHGYHRALISQRIEQAKKHGYHWIAATALASSQSRRNLERAGLTASHAQALYRLTDS NA NA NA NA NA D1-35_02591 1233 NADH oxidase ATGAATGTGTTCGACACCCTGATGCTCCCCAACGGTTCGACCATCAAGAACCGAATCGCCAAAGCCGCCATGGAAGAAAACATGGCGGACGCCGACCAGGCGCCCTCCGAAGAACTGATGCGTCTTTACCAGGCGTGGGCCGACGGCGGTGCCGGCCTGCTCATCACCGGCAACGTAATGGTCGACGGCCGCGCCATGACCGGACCGGGTGGCGTGGTGTTGCAGGATGATCAGCCGCTGGACAAGTTCAAGCACTGGGCGCGTATTGGCCGATCCGGCGGTGCGCAGTTCTGGTTGCAGATCAACCACCCAGGTCGGCAGATGCAGGCCAACCTTGGGCAAAAAACCTGGGCGCCGTCAGCCGTGCCGTTGGCACTGGGCAACATGTCCAAGCGTTTCGCCACGCCTCACGCCATGCCCCCTGGTTTGATTGAAGAGGTCATCCAGCGCTTCGCGAACACTGCGCGCCTTGGCGAACAAGCCGGATTCACCGGCGTGGAAATCCACGCCGCCCATGGTTATTTGTTGAGTCAGTTCCTTTCGCCGCTGACCAATCAAAGGCCGGACGAGTGGGGCGGCTCTCTGGAAAACCGGGCGCGGTTGTTGCTCGAAGTCGTCAAGGCGGTCAGGGCTGTGGTTTCGGCGGGATTCGCAGTAGCAGTCAAACTCAATTCCGCCGATTTCCAGCGCGGAGGGTTCACGGCCGATGACGCCAAAAGAGTGGTCGGGCTGCTCAACGACCTGGGGGTGGACCTGGTGGAATTATCTGGCGGCAGTTACGAAGTCCCCGCCATGCAGGGTGAGGCGCGTGATGGGCGTACCTTGGCCCGCGAGGCTTATTTTCTCGAGTTTGCCCGTGAGATCCAGACCGTCGCCAAGATGCCGGTGATGGTTACCGGTGGCATACGTCGACGTCCGGTTGCCGAGAGCGTCGTGCAAAGCGGTGTGGACATGGTGGGCATCGGTACGGCGTTGGCCATCGATCCTCACCTGCCGCGTGACTGGCTGCAGGGCAAAGACAACGCCCCGCAATTGCCGCCGATCACTTGGAAAAATAAGACCCTTGCGGCCTTGGCGAACATGGCGGTGGTGAAGTTTCAATTGCACAAACTGAGTCGGGCCAAACAGCCCGATCCGAGCGTGTCGCCGTTGCGTGCGCTGATCCTGCAGCAGCTCGCCCTGGCATTTCGCACGCGTCAGTATCGGCGTTGGGTGGAGAGGCGTTCGATATGA MNVFDTLMLPNGSTIKNRIAKAAMEENMADADQAPSEELMRLYQAWADGGAGLLITGNVMVDGRAMTGPGGVVLQDDQPLDKFKHWARIGRSGGAQFWLQINHPGRQMQANLGQKTWAPSAVPLALGNMSKRFATPHAMPPGLIEEVIQRFANTARLGEQAGFTGVEIHAAHGYLLSQFLSPLTNQRPDEWGGSLENRARLLLEVVKAVRAVVSAGFAVAVKLNSADFQRGGFTADDAKRVVGLLNDLGVDLVELSGGSYEVPAMQGEARDGRTLAREAYFLEFAREIQTVAKMPVMVTGGIRRRPVAESVVQSGVDMVGIGTALAIDPHLPRDWLQGKDNAPQLPPITWKNKTLAALANMAVVKFQLHKLSRAKQPDPSVSPLRALILQQLALAFRTRQYRRWVERRSI NA NA NA NA NA D1-35_02592 480 hypothetical protein ATGAGAATAGGCGAACTGGCGAAAATCAGCGGGTTGGCGCCGTCACGCATCCGGTACTACGAAGCCAGCGGTCTGATCAAGTCCGTTGGACGCAAAGCCAATGGCTATCGGGATTACGCACCTGATACCGAGTGGGTTCTGGAACTCATTACCGGCGCACAGGCGGCCGGTTTCTCATTGGAGGAAATCCGCCAACTGATGCCGATGAATGCCGGCGGTTGGCAACACGATGAGTTGCTCAGTGGACTCAAGCAGAAGGTTGAGGAGATCGGCGTACTGCAGCAACGGCTGGCCCAGAACAAGGCGCAACTTTTGCTCGTCATCAAGGGCATCGAGGGTAAGCCCGAAGGCATGGCGTGTGCGGACAACGCGCAGTTGCTGATCAATCGACTGCGCGAAGAAGGCGTTGTCCATTCTGCAGGCAAGCGTGCGACAGCGTCCTCCAAGAGAAAAAAGGCCCGTCAGGCTTCCGGGGCCTGA MRIGELAKISGLAPSRIRYYEASGLIKSVGRKANGYRDYAPDTEWVLELITGAQAAGFSLEEIRQLMPMNAGGWQHDELLSGLKQKVEEIGVLQQRLAQNKAQLLLVIKGIEGKPEGMACADNAQLLINRLREEGVVHSAGKRATASSKRKKARQASGA NA NA NA NA NA D1-35_02593 570 hypothetical protein ATGCCACGAATCAAAGCACTCAATGAACCCTACCCAGCCGACGTCAGGGCGGATTTCGACAAGATAATGGGCGTAGGAGTACCGCCACTCGCTCTATTCTCCACCATCGCAAGCAGCGATCGCGCATGGCGGAAATTCAAGGCAGGTTCGCTGCTGGATGGCGCGTTGCTGACACTTCGCCAGAGAGAATTGGTCATCGATAGGGTGTGTGCTCGCACAGGGTGTGAGTACGAGTGGGGGGTGCATGTGATGGCCTTCGCGAAGGCCGCCGGGCTCTCCAAGGAAGAGATTGCCGGCACGTTGGAATATCCGCTTCGCCCCGGGCAGTGGAAGGAGGAAGAGACCGCGCTACTGACCGCGGTCGATGCGCTTCATGATCGAGCGACTTTAAGCGATGAAGCGTTCTTTAACCTCAGAAAACACTTCGACGACGATCAGATCCTGGAGGTTCTGATGCTCGCGGGCTTTTACCGTACGGTTTCCTACATTGCGAATGGCCTCGCATTGCCGCTGGAGCAACATGCAGCGAGCTTCAGCGAATATCGCAAAGGTGAGACAGCTGGGCGTTGA MPRIKALNEPYPADVRADFDKIMGVGVPPLALFSTIASSDRAWRKFKAGSLLDGALLTLRQRELVIDRVCARTGCEYEWGVHVMAFAKAAGLSKEEIAGTLEYPLRPGQWKEEETALLTAVDALHDRATLSDEAFFNLRKHFDDDQILEVLMLAGFYRTVSYIANGLALPLEQHAASFSEYRKGETAGR PGPT0005005_1234 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 D1-35_02594 681 hypothetical protein ATGTTCTGGCTGGGGCCATTCGAGTACAAATCAAAAAAAGAGCTTTTGGATCGGCTCAAGGACTATCTACAAAAAGCACCGGTCGGTGTGATCACCAACAAGCTTGCAGTCAAAAAACTACACCTGTTGCTTGCGATGCATCCGGACGCGGACAGAAAAATTGGCGACGGAATTGGCCACTTCAGGATCGAGAGAAATGCATTGCGGGCGGGGAAGGGGATCTGGCTCGTCCGCGTGGATGGCAGTGAAGATACCTTTTCCTACAAGCGGTGTATCACAGGCGTCGTTCAATCATCCCATGGCAAGGTATGCGAAGCACTGAGGTTTGCAGTGCGCCCGCAATTGGTCGCATTTCGGGATGCACTTGGTCTGCCTGTAATGTGTGCGGCGAGTGGAGTGATCATCACGCAGCGCAATGATTTGCACATCGATCACAGGGAGCCGTTTTGGATGCTGCTAGAGCGATTTTGCCAAGATCGTAAGGTCGATCTAACTAAGCTTGAGACGTCTGGAAACGGAGAAAAATTGGCACTGGTTGATCAAAATATCTCGTCTGCCTTTGCGCAGTACCATCGTCTTCATGCGGAATTTCAGCCTTTGCTGAAAGCTGCCAACGTCGCGAAAGGAGGGCGCCGTGTCGGTAGGATTTATGGCGAGGGAGAAGAAATCGATCCACGGTGA MFWLGPFEYKSKKELLDRLKDYLQKAPVGVITNKLAVKKLHLLLAMHPDADRKIGDGIGHFRIERNALRAGKGIWLVRVDGSEDTFSYKRCITGVVQSSHGKVCEALRFAVRPQLVAFRDALGLPVMCAASGVIITQRNDLHIDHREPFWMLLERFCQDRKVDLTKLETSGNGEKLALVDQNISSAFAQYHRLHAEFQPLLKAANVAKGGRRVGRIYGEGEEIDPR NA NA NA NA NA D1-35_02595 432 COG1846 putative HTH-type transcriptional regulator ATGGACATTTCACTATTCCGCGGACGCTTCACCCGCTTGAACAAGCGCCTGCGCCAGGAAGCACAGAATCATCCCGAGACATGGTCACAGATGCTGGTGTTGAGTGCCATTGATCAAATGGACGGCATGGCAACGCCCTCGAAAATTGCCGAAGCGGAAAATATCCGCTCGTCCAACCTCGCCGCCCTGTTGAAGGACTTGGAAGCCCGAGATCTTATTACCCGTACGCCAGATACCGAAGATCGCAGACGCACTTGGATCGGGCTGTCGGAACAAGGCCAATCAGTTTTACAGGCAAGCCGTAAGCGCCGCGATGAGTGGTTGGCTGAAGCCGTCGATGCCTGCCTGACCACCAACGAACGCAAGCAACTGGAAGCTGCCGGGCTGCTGATGGACAAACTCAGCAGCTACGGCCGCGGCGAGGAACGCTGA MDISLFRGRFTRLNKRLRQEAQNHPETWSQMLVLSAIDQMDGMATPSKIAEAENIRSSNLAALLKDLEARDLITRTPDTEDRRRTWIGLSEQGQSVLQASRKRRDEWLAEAVDACLTTNERKQLEAAGLLMDKLSSYGRGEER NA NA NA NA NA D1-35_02596 792 surE_2 COG0496 5'-nucleotidase SurE ATGGCGAACGGTCATCATCGATTCCAGCGAATTCTTCTTACCAACGACGACGGCATCGAAGCTCCCGGGCTCAAGGTCCTGGAACGTATCGCGTGCCAACTGGCGAATGAGGTCTGGGTCGTCGCGCCCTTGCTTGACCAAAGCGGAACCTCTCATTCCTTGAGCCTGCACGCCCCCTTGCGATTGAGCTTCCACGGAACCCGCCGGTTTGCGGTGACCGGCACGCCAGGTGACTGCATTGCCGTGGCGCTCGGGCATCTGCTCAATCACGACAAGCCGGACCTGATTTTATCCGGTGTCAATCGTGGGGCGAACCTGGGTACCGAAACGGTGTTCTCAGGCACCGTTGGCGCGGCGATGACCGGGCTGCTGTTTGGTATCCCCTCCATCGCACTGAGCCAGGCGTTTACCGACCGCGCCGCCGTGCCTTGGGAAAACGCTCTCAACAACGGGGCGCACACGGTTGAGCAACTGATGGCGCTGGACTGGCCGCAGGACGTTTGCCTGAACGTCAACTTTCCGAGCTGCGCGCCAGATGCCGTACGGCCGCTGAAAATAACCCACCAGGGCAGGGGGCGGTTGGAAGGGGTGTCCGTACGCTCGGAAAATGACCCGCGCGGTCTGGAATATCATTGGCTTCAACTGCACAGGCACCAACGGCCTGATGAACGCGGGACGGAAACGGCGGGAATCCTAGCGGGTCACATCACCGCGACGCCATTGCAGTTCGAGCGTACTCACGCGACTGCCAGCCAGATGTCTGAACAAATGATTCAAGCCAGGCTCATTTAA MANGHHRFQRILLTNDDGIEAPGLKVLERIACQLANEVWVVAPLLDQSGTSHSLSLHAPLRLSFHGTRRFAVTGTPGDCIAVALGHLLNHDKPDLILSGVNRGANLGTETVFSGTVGAAMTGLLFGIPSIALSQAFTDRAAVPWENALNNGAHTVEQLMALDWPQDVCLNVNFPSCAPDAVRPLKITHQGRGRLEGVSVRSENDPRGLEYHWLQLHRHQRPDERGTETAGILAGHITATPLQFERTHATASQMSEQMIQARLI PGPT0013405_1088 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013405-surE-K03787 NA NA D1-35_02597 279 sasA_12 Adaptive-response sensory-kinase SasA ATGCTTGAGAAGTCGCCCGTTAACGACAAACCCCTATGGCGCTGGGTAGGCAGGATCGTCATTGAGATCGGTGACCGGGGGCCGGGTATCGAAGCACAGCATCTTGACAGCGTATTTGATCGCTTCTGGCGTGCGGAGCGTTCCAGGGCTCGCTATTCGGGCGGCAGCGGATTAGGCCTGTCCATCGCCCGTGCGATCTGCCAGGCCCATGGCGGAGCCATTACCGCCAGCAACCGCGCCCAGGGCGGCACGCTAATCAGGGCGGAGTATCCGCTGTAG MLEKSPVNDKPLWRWVGRIVIEIGDRGPGIEAQHLDSVFDRFWRAERSRARYSGGSGLGLSIARAICQAHGGAITASNRAQGGTLIRAEYPL PGPT0028835_13 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_AdeABC,PGPT0028835-adeS-K18143 NA NA D1-35_02598 933 hypothetical protein ATGCAGCTGTATGGTGTGCAGTCCACGGCACTGCGTTATTTTCTGGAAGTGGCGCGATGCGGATCGATCAGCGAAGCCTCGGTGCGCTTGAACGTCGCAGCCTCAGCGGTGAGCCGACAAATTGCCAAGCTCGAGTTGGCTCTGGACGCCAGCCTGTTCGAGCGCCGTGCCCGGGGCATGGTGCTCAGCGAGGCGGGGGCGCGACTGGCGGCCTATGCGCGCAAGTCGCAGCTTGAGGCGGAGCAGGTGGTGCTGGAGATTACCGAGCTGCACGGCTTGCAGCGGGGCCATGTGCACGTTGCCTGCTCGGAGGGGTTTGCACTGGAATACATGCCCAGGAGCATCAGCGCGTTCAGGCGTGAGTATCAGGGTATTCATTTCACATTGGAGGTCTGTGCGCCGGCCGAAGCGACCGAGAAGGTGCGTTCCGGCGAAGCCGATCTGGCGATGACCTTCAGCCTGACGCCGCAAAGTGAAATCAAGGTCGAACATGTCATGAGCGGGGCGATTTTTGCCGTGGTCGCCAATTCCCATCCCCTGGCCGGGCGCGAAGCGGTCAGGCTCGCTGAGCTGCAGCCCTGGCCCATTGCGTTACCCAAGGCTGACACCACGATACGGCAGCTGTTCGACATCTGTTGCGGTGTACAGGGGTTGTTGTTCGACCCGGTGTTGACCACCAATTATGTGGCCGCGCTCTATAGCTTCGTCCGCGAAGAAGGCGTTATCAGCCTGGCCAGCGAAATGACCTTGCAAAAACAGGTAGCGGACAAGGCCCTGCAATGCGTGCCGATCCTCGACGAAGGCATGCAGGCACGACGTATCGAACTGCAAAGCATGGCTGGCCGCAATTTACCGGCAGCGGTGTCTGCGTTCAGGGATTTTTTGATTGCTGATCTGGAAAGCGGAGCGTCGTTGAAAGGAGGCCGTCCGTGA MQLYGVQSTALRYFLEVARCGSISEASVRLNVAASAVSRQIAKLELALDASLFERRARGMVLSEAGARLAAYARKSQLEAEQVVLEITELHGLQRGHVHVACSEGFALEYMPRSISAFRREYQGIHFTLEVCAPAEATEKVRSGEADLAMTFSLTPQSEIKVEHVMSGAIFAVVANSHPLAGREAVRLAELQPWPIALPKADTTIRQLFDICCGVQGLLFDPVLTTNYVAALYSFVREEGVISLASEMTLQKQVADKALQCVPILDEGMQARRIELQSMAGRNLPAAVSAFRDFLIADLESGASLKGGRP NA NA NA NA NA D1-35_02599 1521 hbpA COG0747 Heme-binding protein A ATGGGCATCAAAGGTTTCGCCTGCAGCATTGCGCTGGCAGGCCTCATCAGCAGTTTTCCGGCGCATGCCGGTAAAGCCAACGACACCCTGGTTTACGCTTCCGACAGCGAGCCTGAAAACATCAGCCCCTATCACAACGATTTGCGCGAAGGGGTGATTCTCGGCCGGCTGATCTGGGACAACCTGATCTACCGCGATCCCAACAGCGGCGAATACAAACCCATGTTGGCTACCCGCTGGACACAGGTTGACGACACCACCCTCGACTTCGAGCTGCGCAAAGGCGTCAAATTTCACAACGGCGACGCCTTCACCGCCGACGACGTGGTGTTCACCCTCAACTACGTGGTATCGCCTGAAGCGAAAGTCGTTACCGTGCAAAACGTAGACTGGATCAAGAGCGCCGAAAAAACCGGTGACTACAGCGTCCGCCTGCATTTGAAGAAACCTTTCCCTCCGGCATTGGAATACCTGTCCAACGCCGTTCCGATGTTTCCCAAGCAGTACTTCGAGAAAGTCGGCCTGGCTGAGTTCAGCCGCAAGCCAGTGGGTACCGGGCCGTATAAAGCCGTGTCGGTGGTGGCTGGCGAAGGCGTGACCATGGAGATCAACAAGGACTACTTTCCGGACAGCCCACAAGGCAAGCCGCATATCGGCCACCTGAAGTTCCGGGTGATCCCGGATGCGGAAACCCGCCTGGCAGAGTTGATGACCGATGGTGTCGACTGGACGTGGCGTGTGACCCCGGATCAGGCAGTCGACCTCAAAGGTATGCCGAACCTGACCGTGACCAGCGGCGAAACCATGCGCATCGGTTTCCTGATTCTCGATGCTCGGGGCACCTCCACTGAAAACTCGCCGATGAAGCACCTCAAGGTACGCCAGGCCATCAACCATGCGATCAACCGCAATGCGCTGGCCACGCAATTGGTGGGTGGCGAAGCCAAGGCTTTGCAGGTGGCCTGTTATCCAGGCCAATTCGGTTGCGATACCACCGCGGCCACGGTCTACAACTACGACCCGGCCAAGGCCAAGGCGCTGCTCGCCGAGGCCGGCTACCCCAATGGCTTCGAGACAGAAATCTTCGCTTATCGCGACCGGGATTACGTCGAAGCCATCATTGGCAACCTGCGGGCCGTGGGCATCAACGCCAAACTGCGCTACTTGAAGTACGCCGCCCTGCGCGATCAGCAACGTGGCGGCAAGGTGCCCATGTCGTTTCAGGCCTGGGGCTCGTTCTCGATCCTCGACGCCTCGGCGTCGGCCGGCACCTGGTTCAAGGGCAACCCGGACGACAACATCAAGGACCCGCAAGTCCAGGGCTGGTTGCAGACCGCTGACAACGCCCTCGACCCGCAATTGCGCAAAGACAACTACCGCATGGCGTTGCAGCGCATCAGCGAACAGGCGTACTGGGCACCGCTGTTCAACTACTCGATGAACTACGCCTACACCGCCGATCTGGCGTTCACGCCGTATCCGGATGAGCTGCCGCGTTTCGTTCAGTCCAGCTGGAAGTAA MGIKGFACSIALAGLISSFPAHAGKANDTLVYASDSEPENISPYHNDLREGVILGRLIWDNLIYRDPNSGEYKPMLATRWTQVDDTTLDFELRKGVKFHNGDAFTADDVVFTLNYVVSPEAKVVTVQNVDWIKSAEKTGDYSVRLHLKKPFPPALEYLSNAVPMFPKQYFEKVGLAEFSRKPVGTGPYKAVSVVAGEGVTMEINKDYFPDSPQGKPHIGHLKFRVIPDAETRLAELMTDGVDWTWRVTPDQAVDLKGMPNLTVTSGETMRIGFLILDARGTSTENSPMKHLKVRQAINHAINRNALATQLVGGEAKALQVACYPGQFGCDTTAATVYNYDPAKAKALLAEAGYPNGFETEIFAYRDRDYVEAIIGNLRAVGINAKLRYLKYAALRDQQRGGKVPMSFQAWGSFSILDASASAGTWFKGNPDDNIKDPQVQGWLQTADNALDPQLRKDNYRMALQRISEQAYWAPLFNYSMNYAYTADLAFTPYPDELPRFVQSSWK PGPT0004430_16985 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 D1-35_02600 918 gsiC_1 COG0601 Glutathione transport system permease protein GsiC ATGCTTGGATTCCTTCTGCGCCGTCTGGGCATCGCCATTTGCGTTGCCATTACCGTGTCGGTGATCAGCTTTTCTCTGTTGCACTTGTCCGGCGACCTGGCCACGGCCATTGGCGGACCGGAAGCCACCAGCGAACAGATCGAACAGATCCGCGTGCAGTACGGTTTGAACAAACCGCTACCGACCCAGTACTTCAACTGGCTGGGCGATTTGTTGCGGCTGGACCTGGGCAACTCGTTTTTCTTTCAGGAATCGGTCTACAACCTCGTCGCCAGCCGCTTGCCGATCACCCTCGGGTTAGGCGCCATGGCGCTGGGCATCGCCTTGCTGGTGGCGATTCCACTGGGCGTGCTGGCCGCGGTCAAACGCGACACCTGGATTGACCGACTGGCCTTGAGCATCGCCGTACTGGGCCAGGCAATGCCGAGTTTCTGGTTTGCGCTGATGCTGATCGTGGTGTTCGCGGTGACGCTCAAGTGGCTACCGGTGTCCGGTAACTCGACGATGTTGCACTTCGTCATGCCGGCCATTGCCTTGGGCTACTACGCGACGCCGGCAATCATGCGCCTGACCCGTGCCGGCATGCTGGATGTGCTCGACTCCGATTACATCCGCACCGCCCGCGCGAAGGGCCTGCGCCCTGCCCGCGTGTTGTTCAAGCACGCACTGCGCAACGCCTTGATTCCAGTCGTCGCGCTGGCGGCGGTGGAGTTTGGCTTCATGCTCGGCGGTTCGGTGGTGATCGAAACCGTGTTCTCCCTGCAAGGCATCGGACAGCTCGCCTGGGACGCCATCGCCCGTGACGACTTTCCTGTCGTACAGGCCGTGGTCCTGCTCATCGCGGTGATCTACATCATCCTCACCTTGCTGGCCGATGTGCTCAACGCACTGCTCGACCCGCGCATTCGCGTGCGCTAG MLGFLLRRLGIAICVAITVSVISFSLLHLSGDLATAIGGPEATSEQIEQIRVQYGLNKPLPTQYFNWLGDLLRLDLGNSFFFQESVYNLVASRLPITLGLGAMALGIALLVAIPLGVLAAVKRDTWIDRLALSIAVLGQAMPSFWFALMLIVVFAVTLKWLPVSGNSTMLHFVMPAIALGYYATPAIMRLTRAGMLDVLDSDYIRTARAKGLRPARVLFKHALRNALIPVVALAAVEFGFMLGGSVVIETVFSLQGIGQLAWDAIARDDFPVVQAVVLLIAVIYIILTLLADVLNALLDPRIRVR PGPT0004445_14427 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 D1-35_02601 903 gsiD COG1173 Glutathione transport system permease protein GsiD ATGAGCACCCCCACTACCCTCGCGATCAATGACTACCTGCCACCCCCCAGCAGCCTGAGCCGCGTACTTGGCAAGAGCTTTCGCCATCGTGGCTTCGCCATCGGCACGGTGTTGTTGCTGATCATCTTCACGGGTGCACTGTTCGCGCCGTGGCTGGCACCTTATGACCCGTATGCGCAAGACGTGATGCTGCGTATGAAACCGCCGGTATGGATGGCCAACGGCACCTGGGAATACGTCCTGGGCACCGACAAGCTGGGCCGTGACTACCTGTCACGACTGCTCTACGGCGCACGTATCTCACTGTTCATCGGCATTGCCGCGGCGCTTATTTCCGGCTTTATCGGCACCGTCATGGGGCTATTGGCGGGTTACTACGGCGGCAAGGTCGATGCGTTTATCAGCTACCTGATCACCACCCGGCTGGCGATGCCGGTCGTGATGGTCGCGCTGGCCTCGGCCTCGCTGATGGGCGGCTCGCTGAAAGTGGTGATTGTGCTGCTCGGCTGCCTGCTCTGGGATCGCTTCGCGGTGGTGGTCAGGGCTTCGGTGCAACAGATTCGCGATGCTGAATATGTGGCTTCGGCCCAGGCGCTGGGCTGTTCGACCCTGCGCATTCTGGTCAGTGAAATCCTGCCCAATCTGGTCGGTGCATTGATCGTCGTCGCGACGCTGGAAATGGCCCACGCGATCCTGCTGGAGTCGGCACTGTCGTTCCTCGGGGTGGGTGTGCAGCCGCCAACGCCGTCCTGGGGCTTGATGATCGCCGAAGGCAAACCCTACATGTTCTTTTCCCCGTGGGTCATCGCCATTCCCGGCGTCGCCCTGATGATTCTGGTGCTGGGTATCAACCTGGTCGGCGATGGCCTGCGCGATCTGATCCTGCCCGATGGCCGTAACTGA MSTPTTLAINDYLPPPSSLSRVLGKSFRHRGFAIGTVLLLIIFTGALFAPWLAPYDPYAQDVMLRMKPPVWMANGTWEYVLGTDKLGRDYLSRLLYGARISLFIGIAAALISGFIGTVMGLLAGYYGGKVDAFISYLITTRLAMPVVMVALASASLMGGSLKVVIVLLGCLLWDRFAVVVRASVQQIRDAEYVASAQALGCSTLRILVSEILPNLVGALIVVATLEMAHAILLESALSFLGVGVQPPTPSWGLMIAEGKPYMFFSPWVIAIPGVALMILVLGINLVGDGLRDLILPDGRN PGPT0004450_7541 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 D1-35_02602 1017 oppD_1 COG0444 Oligopeptide transport ATP-binding protein OppD ATGGCACTACTCCATGTAGAAAACCTGCGCGTGGATATCCCCATGGGCAACCGCCCGACGCCGGATGACATGCTCCATGCGGTGCGCGGTCTGACCTTTGAAGTCGAGCGCGGTGAAATGTTGTGCATCGTTGGCGAATCCGGCTGCGGTAAATCCTTGACGTCGCTGGCGCTGATGGACCTGTTGCCTCGCAAGGCCAAACGCACGGCGTCGCGGCTGATGCTGGACGGCATCGACATGATCGGCCAGAGCGAACGGCACATGTGCGACCTGCGTGGCAACCGTCTGGCAATGATCTTCCAGGAACCGATGACCTCGCTGAACCCGGCCTACAGCATTGGCGATCAACTCAGCGAAGTGCTGACCCGGCACCGCAAGGTGTCGCGCAAGGAGGCCCTGGTTCGCGCCGGGCAAATGCTGGAGAAAGTTGGTATCAGCAATGCCACCGAGCGCTTGCGCCAGTACCCGCATCAATTGTCCGGAGGTTTGCGCCAGCGGGTGATCATCGCCATGGCGTTGATGTGCGAACCGGACCTGATCATCGCCGATGAGCCCACCACCGCGTTGGACGTGACCATTCAAGCGCAGATCCTGCGCTTGATCCGCGACATCCAGAAAGAACTCGGCCTGGCGGTGATCTTCATCACCCACGACCTGGGGCTGGTGGCGCGGATCGCCGATCGGGTCGCCGTGATGTATGCCGGGGAAATCGTCGAAACCGCCCCTGCCCTGCAACTGTTCGAAAACCCGCAGCATCCGTACACCCGTGGTCTGCTGGCCAGTATCCCGATCCCGGGCCAGACCAAACCGGGTGCGGCGCTGGGTTCGATTCCAGGACTGGTGCCGAGCCTGGTAGGCGAACAGCAAGGCTGTGCGTTCCGCAATCGTTGTGGTCAGGCGATACCGGCCTGCGCGCAAGACATCCCCGAAGTCGAGCAGGACGGACACATGGCGCGCTGCCTGTTCGCCGCACCGGCCCCGGCACCGATTCGTCTTCAGGAGCGTGCACGGTCATGA MALLHVENLRVDIPMGNRPTPDDMLHAVRGLTFEVERGEMLCIVGESGCGKSLTSLALMDLLPRKAKRTASRLMLDGIDMIGQSERHMCDLRGNRLAMIFQEPMTSLNPAYSIGDQLSEVLTRHRKVSRKEALVRAGQMLEKVGISNATERLRQYPHQLSGGLRQRVIIAMALMCEPDLIIADEPTTALDVTIQAQILRLIRDIQKELGLAVIFITHDLGLVARIADRVAVMYAGEIVETAPALQLFENPQHPYTRGLLASIPIPGQTKPGAALGSIPGLVPSLVGEQQGCAFRNRCGQAIPACAQDIPEVEQDGHMARCLFAAPAPAPIRLQERARS PGPT0004435_8620 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 D1-35_02603 990 ddpF_2 COG1124 putative D,D-dipeptide transport ATP-binding protein DdpF ATGAAAAAAGACATCGCTTTGGAGCTGTGTGACATCCGTCGCGAGTTTCGGATCAACCAGGGCTTTTTCAAACCCGCCGCCACCCTGAAGGCCGTGGATGGCGTTTCCCTGCGGCTGATGCGTGGCGAGACCCTCGGCCTGGTGGGTGAGTCCGGTTGTGGAAAAAGTACCCTGGCAAAGCTGCTGCTCGGCCTGTTGCCGCCTACCAGCGGCGATGTGCTGGTCAATGGTAAACATCTGGCGGCGACGGATCGCAAGACAATGTCCCGGCACATCCAGCCGATATTCCAGGACCCGTATTCTTCGCTGAACCCACGCAAGACGCTGCGCGAAATCATTACCCTGCCGCTGATCGTGCATGACATCGGCAGCCCCGCCGAGCGGCGCAAGAAGACCGAAGCGATGCTCGATGTGGTCGGTCTGCCCAAGCGGGTGATCGACAGCTACCCGAGCCAGTTGTCCGGCGGACAACGCCAGCGCGTCGCGATCGCACGCGCGCTGATCATGCGCCCCGATGTGTTGATCTGCGACGAGCCCACCTCGGCACTGGATGTGTCGGTGCAGGCGCAGATCCTCAACCTGCTGCAAGACCTCAAGCGCGAATTCGGCCTGACCTATCTGCTGATCAGCCACAACCTCGCGGTCATCGAACACCTCGCCGACCGGGTCGCGGTGATGTACCTCGGGCGCATCGTCGAAGAACGTACGCGCGAATCGTTGTTCGCCGAACCCGGCCACCCTTATACCCGCGCCTTGCTGGACTCGGTGCTCACCCCCGATCCGCGCCTGGGCATTCCCGATATCGGCCTGCACGGTACCTTTCCCAATCCGATGTCACCGCCGTCCGGTTGCGCGTTTCACCCGCGCTGCCCGAGCTGCTTCGCACCGTGCAAAACGGCCTACCCGGCCAATGATTCCATTATCGGCGGCAACGTGCGTTGCCACCTTCACGACAGTCCCGCCCAAACACTGGAGCTCGTCCACTCATGA MKKDIALELCDIRREFRINQGFFKPAATLKAVDGVSLRLMRGETLGLVGESGCGKSTLAKLLLGLLPPTSGDVLVNGKHLAATDRKTMSRHIQPIFQDPYSSLNPRKTLREIITLPLIVHDIGSPAERRKKTEAMLDVVGLPKRVIDSYPSQLSGGQRQRVAIARALIMRPDVLICDEPTSALDVSVQAQILNLLQDLKREFGLTYLLISHNLAVIEHLADRVAVMYLGRIVEERTRESLFAEPGHPYTRALLDSVLTPDPRLGIPDIGLHGTFPNPMSPPSGCAFHPRCPSCFAPCKTAYPANDSIIGGNVRCHLHDSPAQTLELVHS PGPT0004440_7530 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 D1-35_02604 1425 dapE_2 Succinyl-diaminopimelate desuccinylase ATGAGTCGTTCATTGGCCATCAGCAACACCACCGCGCAATTCGACAACGGCGCTTTTTTCAAGCTGCTCGAACGTAGCGTCGCCTTGCACACCGAAAGCCAGGCAACGGACAGCCAGCCCGAGCTGTATCGCTACCTCAATGACTTCATCACCCCGCATGTCGAGGCAATGGGCTTCAGCGTCAAGATCTATGACAACCCGGTGGCAGAGCGTGGCCCCTTCATGATCGCCACACGCATCGAACATCCAGAACTGCCGACTGTGCTCAGCTACGGCCACGGTGATGTGGTGCGCGGCTATGAAGCCCAATGGCGTGAAGGCCTGTCACCGTGGCAAGTCACTGTCGAAGGCGATCGCTGGTACGGCCGCGGCACGGCGGATAACAAAGGCCAGCACCTGATCAACCTGACCGCACTGGAGCAAACGCTCAAGGCGCGCGGCGGCAAGCTGGGCTTTAACGTCAAACTGTTGCTGGAAATGGGCGAAGAAGAAGGCTCGCCGGGCTTGAACGCGTTCTGTGCCGCCCACAGCGAAGAGCTCGCCGCGGATATTTTCATCGCCTCGGACGGCCCGCGCCTGGCGGCATCACGACCGACGATTTTTCTCGGTTCACGCGGGGCGTTCAACTTCGAGCTGGTCGTCAATTTGCGTGAAGGCGCCCATCACTCTGGCAACTGGGGCGGCTTGCTGGCCAACCCAGGCATCATTCTGGCCAATGCCATCGCCAGCATGGTCGATGAACAGGGCCGGGTGAAAGTGGCAGGCCTACAGCCCGAGTCACTGCCGGAACCGGTTCGCCGGGCACTGGCTGATATTGATGTGGGTGGCGGCCCGGGCGATCCGGAAATCGATGCCAACTGGGGCAACCCGCAGCTCTCGCTGAGCGAAAAGGTGTTCGGCTGGAACACCCTCGACGTCATTGCCTTCAAGACCGGCAACCCGGATGCCCCCGTGCATGCGATCCCCGGTAAAGCCAATGCCCATTGCCATATCCGCTTCGTGGTGAACAGCGACTACACGACCTTCATCCCGGCGGTTCGTGCCCACCTGGATGCCCATGGCTTCAACAATGTCGAGGTCAAGCAAAGTCGTATCGATGTGATGCATGCCACTCGGCTGGACCCGCAAAGCCCGTGGGTCAATTGGGCGCTCAGCTCGTTGACACAGACCACCGGTAAAAAACCTGCGCTGCTGCCAAACCTTGGGGGCTCGCTGCCCAACGACGTCTTCGCCGACGTGCTCGGCCTGCCGACCTTGTGGGTGCCGCACTCTTATCCGGCCTGTTCGCAACATGCGCCGAACGAGCACTTGCTGGCACCGGTGGTCAAGGAAAGCCTGCAAATCATGGCCGGTCTCTTCTGGGACCTGGGCAACGATGCGGCACGCCTGGCTCAGGAGCACCAGTTGCGGGAGCAGGCGCAATGA MSRSLAISNTTAQFDNGAFFKLLERSVALHTESQATDSQPELYRYLNDFITPHVEAMGFSVKIYDNPVAERGPFMIATRIEHPELPTVLSYGHGDVVRGYEAQWREGLSPWQVTVEGDRWYGRGTADNKGQHLINLTALEQTLKARGGKLGFNVKLLLEMGEEEGSPGLNAFCAAHSEELAADIFIASDGPRLAASRPTIFLGSRGAFNFELVVNLREGAHHSGNWGGLLANPGIILANAIASMVDEQGRVKVAGLQPESLPEPVRRALADIDVGGGPGDPEIDANWGNPQLSLSEKVFGWNTLDVIAFKTGNPDAPVHAIPGKANAHCHIRFVVNSDYTTFIPAVRAHLDAHGFNNVEVKQSRIDVMHATRLDPQSPWVNWALSSLTQTTGKKPALLPNLGGSLPNDVFADVLGLPTLWVPHSYPACSQHAPNEHLLAPVVKESLQIMAGLFWDLGNDAARLAQEHQLREQAQ NA NA NA NA NA D1-35_02605 1155 cpg2_2 Carboxypeptidase G2 ATGAGCGCCACGCCACAACAGGCGCTGGACTGGCTTGCCGGCCAGCGCCACGCCATGGAGTCGCTGCTACAACGTATCGTTGACACCGACTCCAACAGCTATGACAAGGCGGGCGTCGACGCGGTGGGCGCGCTGCTCGCGGTGGAATTGGAAGCCGACGGCATCCTGCTCAAGCGCATGCCGGTCGATGATTTTGGCGACGTGCTACTCGCAGAAGTGCCAGGCGCATCTGGAAAGCCGGTGCTGTTGCTAGGCCATCGCGACACGGTGTTCCCCAAAGGCACCACCTCGACGCGTGGCTACAGCCGCGACGCCAACCTCGCCTATGGCCCCGGCGTCGCCGACATGAAAGGCGGCCTGGTGCTCAACTGCTTCGCGCTCAAGGCACTCAAGCGCGCCGGTCAGTTGCCCTATCCGGTGCAGGTCCTGTACACCGGCGACGAAGAAATCGGCTCCGGCAGCGCCAGGACCCATATCGAAAAAGCCGCCCGTGGCGCCCGTGCCGTGCTCAATACCGAACCCGGCCGGGCCAGCGGCAACGTGGTCAGCGCACGCAAAGGCGGCGCCACGCTGATCATCGAAGTCAGCGGCCGCGCGGCGCATGCCGGGGTCAACCATGCCGACGGCGCCAGTGCCATCGAAGCCCTGGCACGCAAGATCGTCAAGCTCCATGCCTTGACCGATTACACAGCAGGCATCACGACCAATGTCGGCCTGATAGCCGGTGGCACCTCCAGCAACACCGTCGCGCCCAGCGCCTCTGCCCGGCTGGATGTGCGCTTCATCGAACTCAAACACTGGGATCAACTCTTTACCAAAATTCAGGCCATCGTCGCCGAGGAAGAACTGGCAGGCACCCGCGCCATCCTCAAGGAAGCGACAACCTTTCTACCAATGGAAGCCTGTCACAGCGAACGGCTGCTGCAAATCTACCAACAAGAAGCGCTGGCGCTGGGTTTCAGCGTCGAAGGCGAGTTCACCGGCGGTTGTGCCGACTCCGGATTCACAGCAAGCCTGGGCATTGCGACCCTTTGTGGCCTCGGGCCAGTGGGCGGCAAAGTCCATACCGACCGTGAATATCTGGAACTGGACACGCTGGTGCCTCGCGCTCTGGCGTTGGTGGCGACCATTCTGGCGGTCGGTGATAACTGTTGA MSATPQQALDWLAGQRHAMESLLQRIVDTDSNSYDKAGVDAVGALLAVELEADGILLKRMPVDDFGDVLLAEVPGASGKPVLLLGHRDTVFPKGTTSTRGYSRDANLAYGPGVADMKGGLVLNCFALKALKRAGQLPYPVQVLYTGDEEIGSGSARTHIEKAARGARAVLNTEPGRASGNVVSARKGGATLIIEVSGRAAHAGVNHADGASAIEALARKIVKLHALTDYTAGITTNVGLIAGGTSSNTVAPSASARLDVRFIELKHWDQLFTKIQAIVAEEELAGTRAILKEATTFLPMEACHSERLLQIYQQEALALGFSVEGEFTGGCADSGFTASLGIATLCGLGPVGGKVHTDREYLELDTLVPRALALVATILAVGDNC NA NA NA NA NA D1-35_02606 2712 aceE_1 COG2609 Pyruvate dehydrogenase E1 component ATGAACGACCTGTCCGATATTCATGCCCAATGGCCGGGCCAGGCCAGCGAAGATGCTCAAGAAGTGGTTGAATGGCGGGACGCCTTGCTGTCGGTTATCGCCCATAGCGGCGCGGCTCAGGCCAAGCAGATCCTCGACATGCTGATGACTGTGGCAAGCGCCTCGGACATCGGTTGGCGGCCCAGCCATGGCACGCCCTACATCAATACCATCGGTGTCGAGCGCCAGCCGGTATTTCCAGGGGACCTGGCCATCGAAGAAAGGCTGGCCTCGATCATGCGCTGGAACGCGTTGGCGATGGTTGCCAGGGCCAACCACGCTTATGGCGAATTGGGCGGACATATCGCCAGTTATGCCAGCGCGGCGGACTTGTTCGAAGTGGGCTTCAATCATTTTTTCAAAGCGCGGACCGACAGCAGCGGTGGCGATCTGGTGTTCTATCAACCGCATTCGGCGCCAGGGGTCTATGCCCGGGCGTTCCTCGAGGGCCGCCTGGAAGAAAAGGACCTAATGCATTATCGGCAAGAGATCGGCGCACGCGCCAAGGGCGCCCGAGGGTTGTCGAGTTACCCGCATCCTTGGCTAATGCCGGATTTCTGGCAGTTTCCGACGGGCTCCATGGGCATTGGTCCAATCAGTTCGATCTACCAGGCGCGTTTCATGCGTTACCTGGAGCACCGGGGCCTGCAAGACACCACGGGTCGAACCGTCTGGGGCGTGTTTGGCGACGGCGAAATGGATGAGCCGGAAAGCATGTCGGCGCTGACGATGGCCACCCGGGAAGGGCTGGATAATCTGGTCTGGGTGGTCAATTGCAACCTGCAACGGCTGGACGGGCCGGTTCGTGGCAATGGACGCATCATCGACGAGTTGGAGGCGTTGTTTGGTGGGGCAGGCTGGAACGTCATCAAACTGGTTTGGGGTTCCGACTGGGACAGTTTGTTTGCGCGCGATACAGAGGGCGCGCTGGTCAAGGCGCTGTCCAGCACTGTCGATGGGCAGTTCCAGACGTTCGCGGCCAAAGACGGACGCTTTAACCGGGAACATTTCTTTGGCCAGAACGAGGCATTGGCCCATCTGGCACACGGCCTGACGGATGAGCAGATCGATCGTCTGAAACGGGGCGGTCACGACATGGTGAAGATCTTCGCCGCCTATCAAAGCGCACTGCGCGAAGGCAACAAGCCCACTGTGATTCTGGCGCAGACCAAGAAGGGCTTCGGCATGGGCGATGCCGGGCAGGGCAGGATGACCGTGCACCAGCAGAAGAAGCTCGATCGGGAGGCGCTGATCGCGTTTCGCAATCGTTTCAACCTGCCGCTGACCGATGAACAGGCCGCCTCGTTGAGCTTCTTCAAACCTGCTGAAGACAGCGCTGAAATGCGCTATCTGCATGAGCGTCGCCGTGCATTGGGCGGGTACATGCCATCGCGGCCTTCGATCGCCGAATCATTGGCGGTGCCTGACGTCAGCAGCTATGGCACGTTTGCCATTGCTGCGGATGGCAAGGAGATGTCTACCACCATGGCGTTCGTGCGAATGCTCAGTGGTTTGCTGCGGGACAAACAACTGGGCCCGCGCATCGTGCCGATCGTGGCGGATGAAGCGCGTACGTTCGGCATGGCCAGCCTGTTCAAGCAGATCGGCATTTACTCCAGCGTGGGGCAGCGATATGAGCCGGAAGACATCGCCTCGATCCTGAGCTATCGAGAAGCGCTGGACGGCCAGATTCTCGAAGAGGGCATCAGCGAGGCAGGGGCGATCAGTTCCTGGGTTGCAGCAGCGACCAGCTATTCGGTGCATGGCTTGCCGATGCTGCCGTTCTACATCTATTACTCGATGTTCGGCTTCCAGCGCATTGGTGACCTGATCTGGGCCGCAGCGGATCAACGGGCTCGCGGTTTTCTGCTCGGGGCCACCGCCGGCCGCACGACATTGGGCGGTGAAGGTCTGCAGCACCAGGACGGCAACAGTCATATGATGGCGGCGATGGTCCCCAATTGCCGGGCTTACGATCCGGCATTCGCCGGCGAGTTCGCGGTGATCCTGGATCACGGCATGCGCCAGATGCTGGAGCGTCAGGTGGACGAGTTTTATTACGTCACCCTGATGAACGAGAACTACCCGCAGCCCAGCCTTCCTGACGGCGTCGAACAGGCGATTATCAAGGGCATGTATCGGTTCGCCCGGCATGAAGTCGAGGGTGCGCGTGGACGTGTGCAGTTGCTGGGCTCCGGCGCCATCCTGCGCGAAGTGATTGCCGCCGCCGAGTTGCTGGCCAGCGATTGGGGTGTCGACAGCCAGGTCTGGAGCGTGACCAGCTTCACCGAGTTGGCCCGTGATGCGCGCGAAGTGGAGCGCTGGAATCGACTGCACCCTGGACAACCTTCGCGCCGCAGTCATGTCCAGGTGTCGCTCAATGACTCGGCGCCGATCATTGCCTGCACCGACTACGTTCGCGCCTTGCCGCAGTTGATCGCCAGTTATCTCGATGCCCGTTACACGGTACTCGGCACCGATGGCTTTGGCCGCAGCGATACCCGCAGTCAGCTGCGCAGGTTCTTCGAAGTGGACCGCCACCAGATTGTCCTGAGTGCACTGACTGCACTGACTGCACTGGTGCACACAGGGCGCCTCGATGCCAATGTGTGTGCCGAGGCCATTGAACGCTACGCGATTGACGTTGACGCGGTGGTCCCTTGGGACGCTTGA MNDLSDIHAQWPGQASEDAQEVVEWRDALLSVIAHSGAAQAKQILDMLMTVASASDIGWRPSHGTPYINTIGVERQPVFPGDLAIEERLASIMRWNALAMVARANHAYGELGGHIASYASAADLFEVGFNHFFKARTDSSGGDLVFYQPHSAPGVYARAFLEGRLEEKDLMHYRQEIGARAKGARGLSSYPHPWLMPDFWQFPTGSMGIGPISSIYQARFMRYLEHRGLQDTTGRTVWGVFGDGEMDEPESMSALTMATREGLDNLVWVVNCNLQRLDGPVRGNGRIIDELEALFGGAGWNVIKLVWGSDWDSLFARDTEGALVKALSSTVDGQFQTFAAKDGRFNREHFFGQNEALAHLAHGLTDEQIDRLKRGGHDMVKIFAAYQSALREGNKPTVILAQTKKGFGMGDAGQGRMTVHQQKKLDREALIAFRNRFNLPLTDEQAASLSFFKPAEDSAEMRYLHERRRALGGYMPSRPSIAESLAVPDVSSYGTFAIAADGKEMSTTMAFVRMLSGLLRDKQLGPRIVPIVADEARTFGMASLFKQIGIYSSVGQRYEPEDIASILSYREALDGQILEEGISEAGAISSWVAAATSYSVHGLPMLPFYIYYSMFGFQRIGDLIWAAADQRARGFLLGATAGRTTLGGEGLQHQDGNSHMMAAMVPNCRAYDPAFAGEFAVILDHGMRQMLERQVDEFYYVTLMNENYPQPSLPDGVEQAIIKGMYRFARHEVEGARGRVQLLGSGAILREVIAAAELLASDWGVDSQVWSVTSFTELARDAREVERWNRLHPGQPSRRSHVQVSLNDSAPIIACTDYVRALPQLIASYLDARYTVLGTDGFGRSDTRSQLRRFFEVDRHQIVLSALTALTALVHTGRLDANVCAEAIERYAIDVDAVVPWDA PGPT0001385_1015 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D1-35_02607 420 hypothetical protein ATGAGCCGATCTGCCGACTGTCGTTCTAAAACCCTGAAGTGGATGCGTGAGCCTTCGAGCTGTACGCGCATCGTGGTCATCGTGTCCGCAATGGACAGTGATCATATTGACCTGATGCACCATGGGTTCAGCTGTTTTGACAATATCGCGCTGGTACAGGTTGAGCCTTCGGGCAGTGGGGCGCAAAGGTGCGTTGAAGGACAAGTTGCGAAGTGTGATTACAGCTTTCTCGTTTGCGGTGAACTGGAAGAGTCTCTGTTAAATGATCTTTCCATTGGCAATCCGTGCATCTACCAGATAGGGCAAGGCAGCTGGGCCGAGCGCTCCGTGATTGAAGCGGTAGAGCAGGTCAAGAAACTCGCCCGATTGAGCTATTCACGCCTTGAAACGTTACCCGACATTTGCAGGATATGCCCATGA MSRSADCRSKTLKWMREPSSCTRIVVIVSAMDSDHIDLMHHGFSCFDNIALVQVEPSGSGAQRCVEGQVAKCDYSFLVCGELEESLLNDLSIGNPCIYQIGQGSWAERSVIEAVEQVKKLARLSYSRLETLPDICRICP NA NA NA NA NA D1-35_02608 462 hypothetical protein ATGCTTGCGATATCGCAGTCTGCAATCTGGGTGAAAGAACCCCTGGCGGATACCGGCGTTGTCATCGTGACCAGCGCCGCGTTGCCCAAGTACATGATTGACTCGTTGCACATGGCGATCGACGACTGGGACCAGGTTGCCTATCTAGTGGTCCAGCAATCCAAGGCATTCATGCTCGACTGGCTGCAGTTTGGGGCTCACTCGATAGAGCCGGTGCCGGCTAGCACCTGTCGGGCCAGCCAACTGCTGCATGGTGTCTCCAAAGGTTGTTTTTTATTGGATATCGAAGACACCCCGATACCCCGTCTGACCTGGCTGGGATCAGTCTGTGGACACCCACTGCGTGTCCTCAAGCTGGGAGACGCAGCCTCCCAGGCAGCGATCGATAAACAGGTGGAAGAGATTTTATCGGTGACCCGGACACTGGTGAAAAGCGGGTTGCAGGAACGTTGTTTCAGCTAG MLAISQSAIWVKEPLADTGVVIVTSAALPKYMIDSLHMAIDDWDQVAYLVVQQSKAFMLDWLQFGAHSIEPVPASTCRASQLLHGVSKGCFLLDIEDTPIPRLTWLGSVCGHPLRVLKLGDAASQAAIDKQVEEILSVTRTLVKSGLQERCFS NA NA NA NA NA D1-35_02609 1017 acdS 1-aminocyclopropane-1-carboxylate deaminase ATGAACCTGAATCGTTTTGAACGTTATCCATTGACCTTCGGTCCTTCGCCCATCACGCCCTTGAAGCGCCTGAGTAAACATCTGGGGGGCAAGGTCGAGCTGTATGCCAAACGTGAAGACTGCAACAGTGGCCTGGCCTTTGGTGGGAACAAGACTCGCAAGCTCGAATACCTCATTCCTGAAGCGCTCGAGCAGGGCTGCGATACGCTGGTCTCCATCGGTGGCATTCAGTCGAACCAGACCCGCCAGGTTGCCGCAGTCGCTGCCCACTTGGGCATGAAGTGCGTGTTGGTGCAGGAAAACTGGGTGAACTATTCCGATGCGGTGTATGACCGGGTAGGCAACATCGAGATGTCGCGAATCATGGGCGCTGACGTGCGGCTTGATGCAGCTGGCTTCGATATCGGCATTCGGCCAAGTTGGGAAAAGGCCATGAGCGATGTCGTGGAGCAGGGCGGCAAACCGTTTCCGATTCCGGCGGGTTGTTCCGAGCACCCTTATGGCGGCCTCGGTTTTGTCGGCTTTGCCGAAGAAGTGCGGCAGCAGGAAAAAGAACTGGGCTTCAAGTTTGACTACATCGTGGTCTGCTCGGTGACCGGCAGTACGCAGGCGGGCATGGTGGTCGGTTTCGCGGCTGACGGTCGTTCAAAAAATGTGATTGGCATTGATGCTTCGGCCAAGCCGGAACAGACCAAGGCACAGATCCTGCGCATCGCCCGCCACACCGCTGAGCTGGTGGATCTGGGACGCGAGATTACCGAGGAGGACGTGGTGCTCGATACGCGTTTCGCCTACCCCGAATACGGTTTGCCCAACGAAGGCACCTTGGAGGCCATCCGTCTGTGCGGCAGCCTTGAAGGCGTGCTGACCGATCCGGTGTACGAAGGCAAATCGATGCACGGCATGATTGAAATGGTGCGTCGTGGTGAATTCCCCGAAGGCTCGAAAGTGCTTTACGCGCACCTGGGCGGGGTGCCGGCGCTGAACGCCTACAGCTTCCTGTTTCGTAACGGCTAA MNLNRFERYPLTFGPSPITPLKRLSKHLGGKVELYAKREDCNSGLAFGGNKTRKLEYLIPEALEQGCDTLVSIGGIQSNQTRQVAAVAAHLGMKCVLVQENWVNYSDAVYDRVGNIEMSRIMGADVRLDAAGFDIGIRPSWEKAMSDVVEQGGKPFPIPAGCSEHPYGGLGFVGFAEEVRQQEKELGFKFDYIVVCSVTGSTQAGMVVGFAADGRSKNVIGIDASAKPEQTKAQILRIARHTAELVDLGREITEEDVVLDTRFAYPEYGLPNEGTLEAIRLCGSLEGVLTDPVYEGKSMHGMIEMVRRGEFPEGSKVLYAHLGGVPALNAYSFLFRNG PGPT0002000_61 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0002000-cuyA-K17950 NA NA D1-35_02610 465 lrp_3 COG1522 Leucine-responsive regulatory protein ATGCCGCAGCCACTGGATCGAACCGACCGCGCCATTCTCAAGGCCCTGCAACGAGATGCCTCCATCTCCAATGTGACGCTTGCAGAGAAGGTGAAACTGAGCGCCCCTGCGTGCCTCAGGCGTGTCGAACGGCTCAAGCAGGCCGGCCTGATCAAGAACATCGTCGCACTGCTGGACAATGAAGCGTTGGATGCGGGGATGGTGGTACTGATCGGCGTAGTGCTGGACCGCTCCACACCGGAATCCTTCGCCGCATTCGAGGCAGCCGCCCAAAAAGTGTCCGGCTGCATGGAGTGCCATGTGGTGACGGGAGAGTTCGACTACTTCATGTTGCTGCGCACCAAGGACAGCAACAGTTTCAACCGGCTCCATGCGGAGCAATTGCTTTACTTGCCCGGGGTTCGCCAGATTCGCTCGTTCATGGGGTTACGCCAGGTCTTGTCGACAACGCACATCCCACTTTGA MPQPLDRTDRAILKALQRDASISNVTLAEKVKLSAPACLRRVERLKQAGLIKNIVALLDNEALDAGMVVLIGVVLDRSTPESFAAFEAAAQKVSGCMECHVVTGEFDYFMLLRTKDSNSFNRLHAEQLLYLPGVRQIRSFMGLRQVLSTTHIPL NA NA NA NA NA D1-35_02611 246 intA_2 COG0582 Prophage integrase IntA ATGGCACTCTCAGAAATGACAGTTCGGCATGCCCGAATAACCGGTAATGACTACACCCTCGGCGACAGTGATGGTCTCACGCTCAATGTGACGGCCAGAGGCGGAAAAGTCTGGCTCTTCCGCTACTACTGGGTAGGCAAGCAGAAGCGCATGTCCTTGGGTTGTTACCCACAAATCTCGTTCAAAGAAGCCCGTACACGACGTGACGATGCGCGCGCCTGGTTGCCCAGGGCATTAACCCCATGA MALSEMTVRHARITGNDYTLGDSDGLTLNVTARGGKVWLFRYYWVGKQKRMSLGCYPQISFKEARTRRDDARAWLPRALTP NA NA NA NA NA D1-35_02613 561 pgsA COG0558 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase ATGAATATCCCAAACCTGATTACCGTTCTACGCGTCCTGCTCATCCCGATCTTCATATTGCTGTTCTATTTGCCGTACCACTGGAGCTACGTGGCTTCCGCCTCGGTCTTCGCCTTCGCCGCCGCAACAGACTGGCTCGACGGCTACCTGGCCCGCCGCCTGGAGCAGAGCACGCCGTTCGGCGCGTTCCTCGACCCGGTGGCCGACAAGCTGATGGTCGCGGTGGCGCTGGTGCTGCTGGTGCAGGAGCACGGCAACCTCTGGCTGACCTTGCCGGCAGCGGTGATCATCGGACGCGAAATAGTCGTATCGGCCCTCCGCGAATGGATGGCCGAACTGGGCGCCCGTGCCCAGGTCGCGGTATCGAACCTGGGCAAATGGAAAACCGCCGCCCAAATGCTTGCCTTGGTTATTCTGCTGGCGAACCCCTCGGACTTCAGCTTCTGGGTGCTGTTGGGTTACGCATTGCTGCTGGTGTCCGCAGGCCTGACATTGTGGTCGATGGTCCAATACCTGCGCGCCGCCTGGCCGCACCTGCGGACTGACGTTGATCCGAAATAA MNIPNLITVLRVLLIPIFILLFYLPYHWSYVASASVFAFAAATDWLDGYLARRLEQSTPFGAFLDPVADKLMVAVALVLLVQEHGNLWLTLPAAVIIGREIVVSALREWMAELGARAQVAVSNLGKWKTAAQMLALVILLANPSDFSFWVLLGYALLLVSAGLTLWSMVQYLRAAWPHLRTDVDPK PGPT0007705_3899 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995 NA NA D1-35_02614 1824 uvrC COG0322 UvrABC system protein C ATGACCGAACAGTTTGATCCCAGCGCTTTTCTGTCCACCTGCAGCGGTCGCCCTGGCGTGTACCGCATGTTCGACAGCGACGCGCGCCTGCTTTATGTCGGCAAGGCCAAGAATCTCAAGAAGCGCCTGGCCAGTTATTTCCGCAAGACCGGCCTCGCGCCGAAGACTGCGGCCCTGGTGGGGCGCATCGCGCAGATCGAAACGACCATCACGGCCAACGAAACGGAAGCACTGCTGCTTGAGCAGACGCTGATCAAGGAATGGCGCCCGCCCTATAACATCCTGCTGCGCGACGACAAGTCCTACCCGTACGTGTTCCTGTCGGACGGAGCGTTTCCGCGCCTGAGCATTCATCGCGGGGCCAAGAAGGCCAAGGGGCGGTATTTCGGTCCTTACCCCAGCGCTGGGGCCATTCGTGAAAGCCTGAGCCTGCTACAGAAAACCTTCTTCGTTCGCCAGTGCGAGGACAGCTACTACAAGAACCGCACCCGGCCGTGCCTGCAATACCAGATCAAGCGCTGCAAGGCCCCGTGCGTCGGGCTTGTCGAGCCCGAGATCTACGCTGAAGACGTACGTCACTCGGTGATGTTCCTGGAGGGGCGCAGCAATGCGCTGACCGACGAGTTGTCAGCAGCGATGGAAGAGGCATCGATCAACCTCGAATTCGAACGCGCCGCGGAGCTGCGCGACCAGATCGGGCTGCTGCGCCGGGTGCAGGACCAGCAGAGCATGGAAGGCGGCAGCGGCGATGTCGATGTCGTTGCGGCGTTCATCAACCCCGGCGGCGCCTGCGTCCACCTGATCAGCGTGCGCGGCGGTCGCGTTTTGGGCAGCAAGAATTTCTTCCCCCAGGTGGGTATCGAGGAAGACGTGGCCGAAGTCATGGCGGCTTTTCTCGGCCAGTACTACGTCAGCAGCCCGGAGCGCGATTTGCCCAGCGAGTTGATTGTCAACGTGGTGCATGAAGACTTCCCGACCCTGATCGAGGCCATCGAAAAGCTCCGCGGTCGCGAACTGACCATCAGTCACCGTGTGCGCGGCACTCGGGCGCGCTGGCAGCAACTGGCCGTGACCAACGCCGAACAGGCGCTAGGCGCGCGCTTGGCCAACCGCCAGCATGTGGCGGCGCGGTTCGAAGCCCTTTCCGATGTCCTCAACCTGGATGAACCACCGCAGCGACTGGAATGCTACGACATCAGTCACTCCAGCGGCGAGGCGACGGTAGCCTCTTGCGTGGTGTTCGGTCCGGAAGGGCCAATCAAGTCCGATTACCGACGCTATAACATCGAGGGCGTTACCCCGGGCGATGATTATGCGGCGATGCACCAGGCGCTGATGCGGCGCTTCGGCAAGCTGAAGGACGGCGAGGGCAAGTTGCCGGACATCCTGCTGGTGGACGGTGGCAAGGGCCAGTTGTCCATGGCCCGCGACGTGCTCAATGAATTGTCGGTCCCGGATCTGATTCTGCTGGGGGTTGCCAAGGGCGCCACGCGCAAGGCCGGTTTCGAGACCCTTTACCTGAACGACGCGGCCCACGAATTCACCCTGAAGGGAGACTCGCCGGCGCTGCATCTGATCCAGCAGATCCGCGACGAAGCCCACCGTTTCGCGATCACCGGCCACCGCGCCCGGCGAGGCAAGACCCGCCGTACGTCTACGCTGGAAGGCGTGGCAGGGGTTGGTCCGACGCGCCGGCGCGACCTGTTGAAACATTTTGGTGGCTTGCAGGAGCTGTCTCGTGCCAGCATCGAAGAGATAGCCAAAGCACCCGGTATCAGTAAAAAGCTCGCAGAGTCGATTTATGCGAACCTGCATAGCGAGTAG MTEQFDPSAFLSTCSGRPGVYRMFDSDARLLYVGKAKNLKKRLASYFRKTGLAPKTAALVGRIAQIETTITANETEALLLEQTLIKEWRPPYNILLRDDKSYPYVFLSDGAFPRLSIHRGAKKAKGRYFGPYPSAGAIRESLSLLQKTFFVRQCEDSYYKNRTRPCLQYQIKRCKAPCVGLVEPEIYAEDVRHSVMFLEGRSNALTDELSAAMEEASINLEFERAAELRDQIGLLRRVQDQQSMEGGSGDVDVVAAFINPGGACVHLISVRGGRVLGSKNFFPQVGIEEDVAEVMAAFLGQYYVSSPERDLPSELIVNVVHEDFPTLIEAIEKLRGRELTISHRVRGTRARWQQLAVTNAEQALGARLANRQHVAARFEALSDVLNLDEPPQRLECYDISHSSGEATVASCVVFGPEGPIKSDYRRYNIEGVTPGDDYAAMHQALMRRFGKLKDGEGKLPDILLVDGGKGQLSMARDVLNELSVPDLILLGVAKGATRKAGFETLYLNDAAHEFTLKGDSPALHLIQQIRDEAHRFAITGHRARRGKTRRTSTLEGVAGVGPTRRRDLLKHFGGLQELSRASIEEIAKAPGISKKLAESIYANLHSE PGPT0014925_3197 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703 NA NA D1-35_02615 642 gacA Response regulator GacA TTGATTAGGGTGTTAGTGGTCGACGACCATGATCTCGTCCGTACGGGCATTACACGGATGCTGGCTGACATCGATGGCCTGCAAGTGGTTGGCCAGGCCGAGTCCGGGGAAGAATCCCTGATCAAGGCGCGGGAGTTGAAACCCGATGTGGTGCTGATGGACGTCAAGATGCCGGGCATCGGCGGCCTCGAAGCCACGCGTAAACTGCTGCGCAGCCATCCGGACATCAAGGTTGTCGCGGTGACCGTCTGTGAAGAAGACCCGTTTCCGACGCGGCTGCTGCAAGCGGGCGCGGCGGGTTACCTGACCAAGGGCGCCGGCTTGAACGAGATGGTCCAGGCCATTCGCCTGGTGTTTGCCGGCCAGCGCTACATCAGCCCGCAGATCGCCCAGCAACTGGCGATCAAGTCTTTCCAGCCGACCAACGACTCGCCCTTCGATGCGTTGTCCGAGCGGGAAATCCAGATCGCGCTGATGATCGTCGGCTGCCAGAAGGTCCAGATCATCTCCGACAAGCTTTGCCTGTCACCCAAGACCGTCAATACCTACCGTTACCGTATCTTCGAAAAGCTTTCGATCAGCAGTGATGTCGAGTTGACGCTGCTGGCGGTGCGCCACGGCATGGTCGATGCCAGCGCCTGA MIRVLVVDDHDLVRTGITRMLADIDGLQVVGQAESGEESLIKARELKPDVVLMDVKMPGIGGLEATRKLLRSHPDIKVVAVTVCEEDPFPTRLLQAGAAGYLTKGAGLNEMVQAIRLVFAGQRYISPQIAQQLAIKSFQPTNDSPFDALSEREIQIALMIVGCQKVQIISDKLCLSPKTVNTYRYRIFEKLSISSDVELTLLAVRHGMVDASA PGPT0012935_980 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012935-gacA|uvrY|varA-K07689 NA NA D1-35_02616 432 hypothetical protein ATGTTCGAATGGCGCTCGGCTGAAGTCGATGATATCGAATTCGCCCGACAACTGACGTGCAGCAATATGCTTCCCTATTATCTGCGTCATGATTTGCTGTGGCAGGACGAAGCGTTTGACCTGGCCTGGGTGATTCGCCAGAACTGGATTATCCATCGAGGTGACCAGGCGCTGGGTTTCGTCAGCCTCAGCCGCGACGCCCGTGCGCTGTATATCCGGGAGTTGCAGATTGACAAGGCGTTTCATGGGCAGGGGGCCGGAACCTGGGCGATCGGACAGGTCTGGGGGATGGTGGCGGTGGAGCGTCGCCCCGCGTTGCGCCTGACCGTGTTCAAGGATAATCCGGCCAGGCAGCTCTACGAACGCATGGGGCTGCGGGTCGTCGGCGAGGATGAATGTTTCCTGAGAATGCAGCGGGACGTTGCCGCTTGA MFEWRSAEVDDIEFARQLTCSNMLPYYLRHDLLWQDEAFDLAWVIRQNWIIHRGDQALGFVSLSRDARALYIRELQIDKAFHGQGAGTWAIGQVWGMVAVERRPALRLTVFKDNPARQLYERMGLRVVGEDECFLRMQRDVAA NA NA NA NA NA D1-35_02617 747 nadE_1 Glutamine-dependent NAD(+) synthetase ATGAGCCGAGCCTTTGCTGCCGCCCAATCGATTTCCATTCCGGGGGACATTGCCGGCAACCTTATCCATCATCAGCGCTTCATGGAGTCCGCCGCCGATCGGAATGTGGGGTTGCTGGTGTTTCCAGAACTGTCGCTCACCGGGTACGAGCGAGGGCTGGCCGCAGAACTGGCTATCTTGCCGGAGGATTTTGTGTTGCAGCCGCTGCGCGACCTGGCGCGGGAGCTCGGCCTGACTGCGGTGGTCGGCATGCCGATTCGCCTCGCGACCGACGCCCCGGTGCTGATCGGCGCATTGGTGCTCGGTGCGGATGGCTCCCTTGGGGTCTACAGCAAACAGCATCTGCACGCGGGAGAAGAAATCGCTTTCGCGCCCGGTCACGGCGGTTCGATCCTGGCGATGGGCGCGGATCGCGTGGCGTTGGCGGTGTGCGCCGATTTTTCCCAGGCCAGCCATGCGGCGGCAGCTGCGGAGCAGGGCGCGACGCTATATGCAGCCGGCGTGTTGATAACCGAGGGAGGCTATGTAGCGGACACGACGTTGCTGCAAGGTTACGCCCGACAGCACGCCATGACGGTCCTGATGGCCAATCACGGTGGCGCTACCGGAGGGTGGGAGTCGGCCGGTCGCAGCGCGATCTGGGCGGCCGATGGTTCGCTGATTGCCGCTGCGCCAGGCGTCGGCGAGCTTCTGGTCATGGCTCGTCCCCGGGGCAGCGGCTGGGTAGGGCAGGTGGTGCCGCTTTGA MSRAFAAAQSISIPGDIAGNLIHHQRFMESAADRNVGLLVFPELSLTGYERGLAAELAILPEDFVLQPLRDLARELGLTAVVGMPIRLATDAPVLIGALVLGADGSLGVYSKQHLHAGEEIAFAPGHGGSILAMGADRVALAVCADFSQASHAAAAAEQGATLYAAGVLITEGGYVADTTLLQGYARQHAMTVLMANHGGATGGWESAGRSAIWAADGSLIAAAPGVGELLVMARPRGSGWVGQVVPL NA NA NA NA NA D1-35_02618 129 hypothetical protein ATGTTCAACGCCCTTGCACAGCTTCACACCGCCAGCGCCCTGCGCTCGGTTGCGGCTGCCCGGGTGAACAGCGTCCAGACTCCGGTCAGCTTTTATTTTGGGTATTGGTTTAGCCACTGGCGCGCCTGA MFNALAQLHTASALRSVAAARVNSVQTPVSFYFGYWFSHWRA NA NA NA NA NA D1-35_02620 153 hypothetical protein ATGAACTACGCCACTTATTACCGTTACGACAGTTTTGCCGCCTGGCGATTTACCAGCCACCGCTCGGGACAGCCTGCCGCCTCCGATCGGTCACCTACCGGTGGCATGCCTTCATTGCCGGCCATCACGGCCAATTGTCGAACACCCCAATAG MNYATYYRYDSFAAWRFTSHRSGQPAASDRSPTGGMPSLPAITANCRTPQ NA NA NA NA NA D1-35_02621 1071 aroF_2 COG0722 Phospho-2-dehydro-3-deoxyheptonate aldolase, Tyr-sensitive ATGAATTCGTCCGTTTCTGCTTTGCCACTGTCCACCCTCACGCCTGCCAATGAAGCGCTGACCCTGCGTCTGCCAAGCGCTCTGCAGCTCAAACAGCAATTGCCGCTCGCCACTGCGCTGAGCCAACAGGTCGACACCCATCGCCAAGCGGTGCGTGCGATCCTCGACGGCGAGGACTCGCGCCTGCTGGTCATCGTTGGCCCCTGCTCGATCCACGATCCTGAGTCTGCGCTTGAATACGCCGCCAACCTGGCGCGCCTCGCCCGCGAAGTGAGCGACAGCATGCTGCTGGTCATGCGCGCCTATGTCGAAAAGCCGCGCACCACCGTCGGCTGGAAAGGCCTGGCCTACGACCCCGATCTGGACGGCAGTGACGACATGGCTGCCGGCTTGAACCTGTCCCGGGAACTGATGCGTGAGATGCTGCGACTCGGCCTGCCGATCGCCACTGAATTGCTGCAGCCCATGGCCGCTGGCTACTTCGACGACCTGCTCAGCTGGGTCGCCATCGGTGCCCGGACCACGGAATCGCAGATCCACCGGGAAATGGCCAGCGGCCTCGGCATGCCGGTCGGTTTCAAGAATGGCACGGACGGCGGGGTCGGCATCGCCTGCGACGCCATGCGCTCCGCCGCCCACCCTCACCGGCATTTCGGCGTCGACAGCCAGGGACACCCGGCGATCATCCAGACCCAGGGCAACCCCGACACTCACCTGGTGCTGCGCGGCGGCCATCGCGGGCCGAATTATGATCGCCAGAGCGTGGCGCAGATACACGACGACCTCACCCGCCTCAAAATCCCGGCCCGGATCATGGTCGATTGCAGCCATGCCAACAGCGGCAAGGACCCGTTGCGCCAGCCGCAGGTGTTCAATGACGTATTGGAACAGCGTCTGCTAGGAAACCGCGCCCTCATTGGCATGATGCTGGAAAGCCATCTGTTTGAGGGTTGCCAACCATTGGGGCCGACGATGCGCTACGGCGTGTCGGTGACCGATGGATGCCTTGGCTGGGAGGCCACCGAGCAACTGCTGCGCCAGGCCGATCTCTCGTTGCGATTGCAGGCCTGA MNSSVSALPLSTLTPANEALTLRLPSALQLKQQLPLATALSQQVDTHRQAVRAILDGEDSRLLVIVGPCSIHDPESALEYAANLARLAREVSDSMLLVMRAYVEKPRTTVGWKGLAYDPDLDGSDDMAAGLNLSRELMREMLRLGLPIATELLQPMAAGYFDDLLSWVAIGARTTESQIHREMASGLGMPVGFKNGTDGGVGIACDAMRSAAHPHRHFGVDSQGHPAIIQTQGNPDTHLVLRGGHRGPNYDRQSVAQIHDDLTRLKIPARIMVDCSHANSGKDPLRQPQVFNDVLEQRLLGNRALIGMMLESHLFEGCQPLGPTMRYGVSVTDGCLGWEATEQLLRQADLSLRLQA PGPT0012920_4617 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626 NA NA D1-35_02622 1062 hypothetical protein ATGAAGACTTACCCATCGCCGCAGGACAGTAGCGACCCATGCCGCGCAAGACTGCCAGCGCCTTCCCTGGCGAAGGCCAAGGGAGGCGTGGTGGATCCGGCCTGGAACAAGGCCGTGATCACGATCAAGCCGTATCCGACGATGACGAGTGGTGATGAAGTGCGGCTGCGTTGGCATGGGCTCAATAACGAAGGCGACCCCTACCGGCATGAAACCAGCAGGTTTATCACCGAGCGGCAGGTCGGACGGGACGTGGTTTTTGTTGTTCGTGAACCGCATATCGCCGAGCTCGACGGTGGATCGCTGGAGATCTCCTACCAGGTAGCCGGAAAATGGATCCCCGGCGTGCTGGGGTCGCAAGCCCTGCAGCTTGAAGTCGGCGACAGGCCCGAGCTGCTGTTGCCGCCGATTGCCAATGATGCGGTGGGTGGCAGCCTCGATCCCGCCCGGGTGCCGGAAGGAACGCGGGTGACCATTCGGCCTTATTCGAGGATGGCGGTCGGTGATCGGCTGGCCTTGAGTGTCAGCCAGGATTCCAAGGCGCTTTGGCATGACGTGCTGCACATCGAGGAACATGTATTGGGGCGTGAAGTGTCATTCTGGGTCGATTATTCGCACATTGCCCCGTATATCGGCCACAGGTTGAACCTGGGCTATGTTGTCAGGCACGGCCGCTCGGCACGCCAGGCCGAGTCTTTGTCGGTGCATATCGGCCCCTTGGTGCGCCCTGCGCTGAAGGCGCCCCAGGTCGCGGCGCTGAACGAAGGAGGGCTCGATATCGAAACGCTGCAAGGCCCGGTGACGGTGGTCATCGATGGCACCGGACTGGCGGCGGGCGAATGGGTCGGCCTGCAATGCAACGGGACCTATACCCATGTGCAGGAGCGGGAAATCACCGAGGCGATGGTCGGCCAACCGCTGGTCTTCGAGGTGCCGGCCGCCTATTGGCAGGAGCAGCGAAACAGGTCGGTGCAACTGTTTTATCAGGTGGAACGACTGGACGATGTCAGCCAGCGGTCTGCGGAGATCACTATCGAGGTGCGTACCCGGGCGCCTGGTTGA MKTYPSPQDSSDPCRARLPAPSLAKAKGGVVDPAWNKAVITIKPYPTMTSGDEVRLRWHGLNNEGDPYRHETSRFITERQVGRDVVFVVREPHIAELDGGSLEISYQVAGKWIPGVLGSQALQLEVGDRPELLLPPIANDAVGGSLDPARVPEGTRVTIRPYSRMAVGDRLALSVSQDSKALWHDVLHIEEHVLGREVSFWVDYSHIAPYIGHRLNLGYVVRHGRSARQAESLSVHIGPLVRPALKAPQVAALNEGGLDIETLQGPVTVVIDGTGLAAGEWVGLQCNGTYTHVQEREITEAMVGQPLVFEVPAAYWQEQRNRSVQLFYQVERLDDVSQRSAEITIEVRTRAPG NA NA NA NA NA D1-35_02623 882 lips_1 Triacylglycerol lipase ATGCAACGGAATGCAAACACTCACTTTCCTATCCTGCTGGTCCATGGGTTGTTCGGGTTCGACAAGATCGGCGCCTTCGGGCTCTTTGAGAACGTCAAACAGGCTTTGCGCACCGCCGGCGCGCGGGTCTTCATCCCGTATCTGTCGGCTACCCATTGCAATGAAGCCCGTGGTGAACAACTGCTGACGCAGATCGACCGGGTCCTGGAAGGAACCGGCTCCACCCGGGTCAACCTGATCGGGCATGGCCAAGGTGCGCTGGCGGCACGTTATGCCGGGGCAACCGCCCCCGAACGAGTCGCCTCGGTCACCTCGGTCAGCGGCCCCAACCAGGGCTCGGAACTGGCCGACTTCCTGCGCAAGGCCCTGACCCCCGGGCGATTGCCGGAGCATGTGGCGAACCGGGTCGCAACACTCTTCGCCGACTTCATCTCGGCACTCAGCGGCCAGGCTCGGCTTCCACAGAACGCCATCGCGGCGCTGGCGGCACTGACGACTGAAGGCGTGGGCGCGTTCAACGACCGATACCCCCAGGGCCTGCCCCGAAACTGGGGCGGCAACGGGCCGCAGCTGGTCAACGGCGTTCGCTACTACTCCTGGAGCGGCACGCTGCAAGACGCCCCTGGCGAAGCCTGCGGTGCAGCAGGTCCGCTGCATGATTTCTGCCGGGCCTTTTCCGAATACTTCATTACCGAAGCCGGACAGAACGATGGCATCGTCGGGCGCTTCAGTTCCCACCTGGGCAAGGTCATTCGCTCCGATTACCCACTGGACCACTTGCACGCCATCAATCACGCGAACGCCGGCGGGCACCGCAAGGGAACCGACCCGCTAGCGCTCTATATAAGGCACGCCGAGCGTTTGCGAATCGTCGGACTCTGA MQRNANTHFPILLVHGLFGFDKIGAFGLFENVKQALRTAGARVFIPYLSATHCNEARGEQLLTQIDRVLEGTGSTRVNLIGHGQGALAARYAGATAPERVASVTSVSGPNQGSELADFLRKALTPGRLPEHVANRVATLFADFISALSGQARLPQNAIAALAALTTEGVGAFNDRYPQGLPRNWGGNGPQLVNGVRYYSWSGTLQDAPGEACGAAGPLHDFCRAFSEYFITEAGQNDGIVGRFSSHLGKVIRSDYPLDHLHAINHANAGGHRKGTDPLALYIRHAERLRIVGL PGPT0024445_1591 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_LIPASE_ACTIVITY,PGPT0024445-lip|lipC-K01046 NA NA D1-35_02624 282 ppiC_1 COG0760 Peptidyl-prolyl cis-trans isomerase C ATGGCCAAAGCCACTGCCCGCCACATCCTGGTATCCAGCGAAGACAAGTGCAACGAACTCAAGGCCCAGATCGAAGGCGGCGCTGATTTTGCCGAAGTCGCCAAGGCAAACTCCACTTGCCCGTCCAGCCGTCAGGGCGGTGACCTGGGCTCGTTCGGTCCAGGCCAGATGGTCAAGGAGTTCGACACCGTGGTGTTCAGCGCCCCGATCAATGTGGTCCAGGGCCCGGTCAAGACCCAGTTTGGCTATCACCTGCTGGAAGTCACCAGCCGCCAGGACTGA MAKATARHILVSSEDKCNELKAQIEGGADFAEVAKANSTCPSSRQGGDLGSFGPGQMVKEFDTVVFSAPINVVQGPVKTQFGYHLLEVTSRQD PGPT0000050_2494 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000050-nifM-K03769 NA NA D1-35_02625 1869 appA_1 Oligopeptide-binding protein AppA ATGCGACTGGCGTTTCCCTCCTGGCTACTCACTGCCGTGGTCCTGCTGACAGGCGCCGCAGGTGTGAGCGCCGCCCCCCAACATGCCCTGACTGTTTATGGCGAGCCGGCCAAATACGCCGAAGGCTTCGGCCACTTTGCCTATGCCAATCCCCAGGCCCCCAAGGGCGGCACGATGCGCCGCTCGGCCATCGAGATCGGTCATTTCGACCATATCCTGCCCTATATCGACAAAGGCATCGGTGTCAGCCAGGTCGACGGCATGCTCTATTCGCCGCTGGCCCAGCGTTCGCTGGACGAGCCCTACACCGTCTACGGCCTGGTGGCCGAGAAAATGGAGCGTGCCGAGGATGGTCTGTCGCTGCGCTTCTACCTGAACGCCAAAGCCCGCTTCGCCGACGGCAAGCCCATTACCGCCGAGGACGTGCGCTACAGCTTCGAGCTGCTGATGACCCAGGGCAGCCTGCGCTACCGCACACAGTTCGCCGCAGTCAAAGGCGTCGTGGTGGAATCGCCTCGCAGCGTTCGTTTTGATTTCAAGAACAACGAAAACCGCACGCTACCATTGGATATTGCCACCCTGCCGGTGTTTCCCGAGCATTGGTGGAAAACCCGCGACTTCGCCAATGGCGGCGGCTACGAAGCCCCGCTGGGCAGTGGTCCGTACCGGGTGAGCAAAGTCGACTCGGGTCGCAGCATCACTTTCGAACGCAATGCAGACTGGTGGGGCAAGGATCTGCCGGTCAGTCGCGGCTTGTATAATTTCGACCATTTCAGCATTGAATATTTCGGCGATACCGATGTGGCCCGACAGGTCCTGCGTGGCGGCGCCTACGACTACAACCGCGAGTTTTCCGCGACCGGTTTTGCCATCGGCTACGACAGCCCGGCCCTGCGCGACGGTCGCCTGCAAAAGGCCCACCTCGCCACCGAAGCGCCGCAGCCGGCACAGGGCTTCGTGTTCAACCTGCAACGCCCGCAGTTCCAGGACCGCCGCGTACGCCAGGCGCTGGCCATGCTCTGGGATTTCGAATGGAGCAATCGCCAGATGATGCGCAATGCCTATGTGCGTCAGCAGAGTTTCTTTTCCAACACCGACCTCGCCGCCCGGCAACTCCCCGATGCGGCGGAACTGGCGATCCTCGAACCGTTGCGCGGCAAAGTCCCGGATGAGGTGTTCACGCAGGTATTCGAGGCGCCGAAAACCGACGGCAGCGGCGTGATCCGTGACAAACAGCTGCAAGCCCTGGCGCTGCTCGAACAGGCCGGCTGGAAGCCTCACGGCGACCGGCTGGTGAATGCCGAAGGCGAGCCCCTGAGCTTCACGTTCTTGAATACCCAGAACGGTATCGACCGTCTGTTGCTGCCCTACAAGCGGACCCTGGCGCAGATCGGTATCGACATGAGCATCCGGCGCATCGACTCATCCCAGTACGTCAATCGGCTGATGAGTCGCGACTACGACATGATCATCACCGGTTACCCCGTGAGCACCTCGCCCGGCATGGAACTCTACAATTATTTCGGCTCGGCGGCCGCCAATGATCCGGGCGCAAACAACTACATGGCCCTGCAGAACCCAGCCGTGGATGCCCTCATCGACGGCCTGGTCAAGGCCACCACCCAAAGCGACATGCTCCGCCATGCCCACGCCCTGGACCGGGTACTGCAATGGAATTACTACTGGATCCCCAACTATTACCCACCCGGCAGCTCGACCGTGTGGTGGAATCGCTTCGGCATGCCGAAGGTCCAGGCCAGCAATGACGAAGCCATCGAAAGCTGGTGGGAAGTCAGCACCACGCCGTTGACCAACGAACAGATGACCGCCGAACGCATCAAGCGCAGCGCACCCGGAGGACATCACTGA MRLAFPSWLLTAVVLLTGAAGVSAAPQHALTVYGEPAKYAEGFGHFAYANPQAPKGGTMRRSAIEIGHFDHILPYIDKGIGVSQVDGMLYSPLAQRSLDEPYTVYGLVAEKMERAEDGLSLRFYLNAKARFADGKPITAEDVRYSFELLMTQGSLRYRTQFAAVKGVVVESPRSVRFDFKNNENRTLPLDIATLPVFPEHWWKTRDFANGGGYEAPLGSGPYRVSKVDSGRSITFERNADWWGKDLPVSRGLYNFDHFSIEYFGDTDVARQVLRGGAYDYNREFSATGFAIGYDSPALRDGRLQKAHLATEAPQPAQGFVFNLQRPQFQDRRVRQALAMLWDFEWSNRQMMRNAYVRQQSFFSNTDLAARQLPDAAELAILEPLRGKVPDEVFTQVFEAPKTDGSGVIRDKQLQALALLEQAGWKPHGDRLVNAEGEPLSFTFLNTQNGIDRLLLPYKRTLAQIGIDMSIRRIDSSQYVNRLMSRDYDMIITGYPVSTSPGMELYNYFGSAAANDPGANNYMALQNPAVDALIDGLVKATTQSDMLRHAHALDRVLQWNYYWIPNYYPPGSSTVWWNRFGMPKVQASNDEAIESWWEVSTTPLTNEQMTAERIKRSAPGGHH PGPT0011625_527 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011625-yejA-K13893 NA NA D1-35_02626 1059 yejB_1 COG4174 Inner membrane ABC transporter permease protein YejB ATGTGGGCTTATATTGCACGGCGCCTGCTGCTGATCATCCCGACGCTGGTGATCATTCTGCTGGTGAACTTCGTGATCGTGCAGGCGGCACCGGGCGGGCCGGTCGAACAGGCCATCGCCCACCTGCAGGGTATCGGCGGCGCCAGCGTCGGCAGTTCGGGCAATGCCATGGCCGGCAGCTCGCGCGCCAGCCGTGGCCTGGACCCGCAACTGATCAAGGACATCGAGAAACAGTACGGTTTCGACAAGCCCGCCCACGAACGCCTGTGGCTGATGCTCACCAGCTATGCCCGCCTGGATTTCGGCAAGAGCTTTTTCCGCGGCGCCACGGTCACCGACCTGATCCTGGAAAAGATGCCGGTGACCATTTCCCTCGGGCTCTGGGCGACGCTGATCACTTACCTGGTGTCGATTCCGCTGGGCATTCGCAAGGCCGTGCACCACGGTTCGGCATTCGACGTGTGGAGCAGCACCGCGATCATCATCGGCTATGCGATGCCGGCGTTCCTGTTCGCCATGTTCCTGATCGTCATGTTCGCCGGCGGCACCTCGCTCAACTGGTTCCCCGTGCGCGGACTGGTGTCGGACAACTTCGAATCACTATCGACGCTGGGCAAGATCGCCGATTACTTCTGGCATTTGGTGCTGCCCGTCACGTCGCTGGTCATCGGCGGCTTTGCCACCCTGACGATCCTGACCAAAAATTCGTTTCTCAACGAAATCACCCGTCAATACGTGGTGACGGCCCGGGCCAAAGGCATGAGCGAACGGCGCGTGTTGTACGGCCACGTGTTTCGCAACGCGATGCTGCTGGTGGTCTCGGGCATTCCCCAGGCATTCATCGGCGTGTTCTTCGCCGGCTCGTTGCTGATCGAGGTCATTTTCTCCCTCGATGGCCTGGGGCGCATGAGTTATGAAGCCGCCGTGTCCCGAGACTATCCGGTGGTGTTCGGCTCGCTGTTCATCTTCACCCTGTTCGGCCTGCTGATAAAGCTCATCGGTGACCTCTGCTACACCCTGGTGGACCCGCGTATCGACTTCGCCGCGAGGAACGCCTGA MWAYIARRLLLIIPTLVIILLVNFVIVQAAPGGPVEQAIAHLQGIGGASVGSSGNAMAGSSRASRGLDPQLIKDIEKQYGFDKPAHERLWLMLTSYARLDFGKSFFRGATVTDLILEKMPVTISLGLWATLITYLVSIPLGIRKAVHHGSAFDVWSSTAIIIGYAMPAFLFAMFLIVMFAGGTSLNWFPVRGLVSDNFESLSTLGKIADYFWHLVLPVTSLVIGGFATLTILTKNSFLNEITRQYVVTARAKGMSERRVLYGHVFRNAMLLVVSGIPQAFIGVFFAGSLLIEVIFSLDGLGRMSYEAAVSRDYPVVFGSLFIFTLFGLLIKLIGDLCYTLVDPRIDFAARNA PGPT0011630_938 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011630-yejB-K13894 NA NA D1-35_02627 1023 yejE_1 COG4239 Inner membrane ABC transporter permease protein YejE ATGTTCAAGTTCTCGCCCTTGGGCCAGCGGCGTTTCGAGCGTTTCAAGAAAAACCGTCGTGGCTGGTGGTCGCTGTGGCTGTTCATCGGCCTGTTCGCCCTGACCCTGGGCGGTGAACTGATCGCCAACGACAAGCCATGGGTGGTGAGCTATCAGGGCTCGCTGTACTTCCCGGTTTTCAAGCGCTACACCGAGCAGGAATTTGGCGGTCAGTTGCCGTTCCAGGCCGACTATCGCAGCAACTATGTACAGAACCTGATTCACCAGGATGGCGGCTGGCTGCTCTTCCCGCCCATTCCTTTCAGCGACGACACGCCCAACTACGACCTCAACCAGCCGGCGCCAAGCCCGCCGTCGACGGTCAACTGGCTGGGCACCGATGATCAGGCCCGTGATGTGCTCGCGCGGGTGATCTTCGGCGCGCGGGTGTCGATCCTGTTCGCCCTGGCCTTGACCGCCATCAGTGCGCTGATCGGAATTACCGCCGGCGCCTTGCAGGGCTATTACGGCGGCTGGGTGGATCTGCTCGGGCAACGGTTGCTGGAAGTCTGGTCCGGGTTGCCGGTGCTCTATCTGCTGATCATCCTGTCCGGTTTCGTGGAACCGAATTTCTGGTGGCTGCTGGGGATCATGGCGCTGTTCTCCTGGCTGGCGCTGGTGGACGTGGTGCGCGCCGAGTTCTTGCGCGGGCGCAACCTGGAGTACGTGAAAGCGGCACGGGCCTTGGGCCTGACCGACCGCAAGGTGATCGTGCGACACATCCTGCCCAACGCCATGAACGCGACCTTGAGTTACCTGCCGTTCATCCTCACCGGCGCGATATCCACGCTGACGGCCCTGGACTTTCTCGGCTTCGGCATGCCGGCCGGCAGCGCGTCCCTGGGTGAGTTGATCGCCCAGGGCAAACAGAACCTGCAAGCGCCGTGGCTGGGATTGACGGCGTTCTTCACCCTGGCACTGATTCTGTCGCTGCTGGTGTTCATTGGCGAGGCGTTGCGCGACGCCTTTGATCCCCGGTCTTGA MFKFSPLGQRRFERFKKNRRGWWSLWLFIGLFALTLGGELIANDKPWVVSYQGSLYFPVFKRYTEQEFGGQLPFQADYRSNYVQNLIHQDGGWLLFPPIPFSDDTPNYDLNQPAPSPPSTVNWLGTDDQARDVLARVIFGARVSILFALALTAISALIGITAGALQGYYGGWVDLLGQRLLEVWSGLPVLYLLIILSGFVEPNFWWLLGIMALFSWLALVDVVRAEFLRGRNLEYVKAARALGLTDRKVIVRHILPNAMNATLSYLPFILTGAISTLTALDFLGFGMPAGSASLGELIAQGKQNLQAPWLGLTAFFTLALILSLLVFIGEALRDAFDPRS PGPT0011635_1061 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011635-yejE-K13895 NA NA D1-35_02628 1575 yejF_1 COG4172 putative ABC transporter ATP-binding protein YejF ATGAGCGACAACCTGATCGAAATCCGCAACCTGAACGTCGCCTTCAACGACCAGCCGGTAGTGCGCGACCTGTGCCTGGATATCCGCCCTGGCGAATGCCTGGCCCTGGTGGGCGAATCCGGCTCAGGCAAGTCGGTGACGGCTCACTCGATTCTGCAATTGCTGACCGACAGCGGCGCACGCACCACCGGCAGCATTCGCTATCGAGACCAGGAACTGGTGGGCGCCGAGGCCAAGACCTTGCGTGAGTTGCGCGGCAATCGGATCGCAATGATTTTCCAGGAGCCGATGACGTCGCTGAATCCATTGCACAGCGTCGAAAAACAGATTGGCGAGACATTGATGCTGCACAGGGGACTGGGCGGCAAAGCGGCGCGCCAGCGGATCCTGGAACTGCTCGACCTGGTGGGTATCCAGAACCCGGCCGAACGGCTCAAGGCCTATCCCCACCAACTATCGGGCGGTCAGCGCCAGCGGGTCATGATCGCCATGGCCCTGGCCTGCGAACCGGAGTTGCTGATTGCCGACGAGCCAACCACCGCCCTGGACGTGACGGTGCAACGCAAGATCCTCCTGCTGCTCAAGTCATTGCAGCAGCGGCTCGGCATGTCCCTGCTGCTGATCAGCCATGACCTCAACCTGGTGCGCAGCATCGCCCAGCGGGTGTGCGTGATGAAGGCGGGAGAAATCGTCGAGCAGGCGCCTTGCGAAACGTTGTTCAGCGCACCGCAACACCCCTACAGCTGCGAACTGCTGCACGCCGAGCCGGAAGGCGAAGCCCTGCCCCGGGACGAGCGCGAAGACGTGTTGCAGGTTGAGGATTTGCGGGTCAGCTTCCCCAACGGTGGCGGGCTGTTGCGGCGCAAGCAATACCTGCGCGCCGTGGATGGCATCAGCCTGAGCATCCAGCGCGGCAAGACCCTGGGCATTGTTGGCGAATCCGGTTCCGGCAAGTCCACGCTCGGCCAGGCGATCCTGCGGTTGATCGAATCCGAAGGCAGCATCCGTTTTAGCGGCGCAGCCCTTGATCAGCTGTCGCAGAAAGAACTGCGGCCCTGGCGCAAGCAGATGCAGATCGTCTTCCAGGACCCGTTTGGCAGCCTCAGCCCGCGAATGTCGGTGCAGCAGATCATCAGCGAAGGCCTGGAGGTCCACAGCAGGTCCAGCGCCGAGCAATGCGAAGCCCAGGTGATCCAGGCGCTCAAGGAAGTCGGCCTCGACCCGCAGAGCCGGCATCGTTACCCGCACGAGTTTTCCGGCGGCCAGCGCCAGCGCATCGCCATCGCCCGGGCGCTGGTGCTCAAGCCCGCGCTGATCCTGCTGGACGAACCAACTTCGGCGCTGGATCGCACGGTGCAGAAACAAGTGGTCGCCCTGCTCCGCCAGCTCCAGGAAAAACACGGCCTGACCTACCTGTTCATCAGCCACGACCTGGCGGTCGTGCGAGCCCTGGCCCATGACATGATCGTGATCAAGGACGGCAAGGTCGTCGAGCAAGGCGCCAGCCACGACGTATTCGACTCGCCCCGACACCCTTATACCCGGGAGCTGCTGGCGGCGGCCCATCCGGGATAA MSDNLIEIRNLNVAFNDQPVVRDLCLDIRPGECLALVGESGSGKSVTAHSILQLLTDSGARTTGSIRYRDQELVGAEAKTLRELRGNRIAMIFQEPMTSLNPLHSVEKQIGETLMLHRGLGGKAARQRILELLDLVGIQNPAERLKAYPHQLSGGQRQRVMIAMALACEPELLIADEPTTALDVTVQRKILLLLKSLQQRLGMSLLLISHDLNLVRSIAQRVCVMKAGEIVEQAPCETLFSAPQHPYSCELLHAEPEGEALPRDEREDVLQVEDLRVSFPNGGGLLRRKQYLRAVDGISLSIQRGKTLGIVGESGSGKSTLGQAILRLIESEGSIRFSGAALDQLSQKELRPWRKQMQIVFQDPFGSLSPRMSVQQIISEGLEVHSRSSAEQCEAQVIQALKEVGLDPQSRHRYPHEFSGGQRQRIAIARALVLKPALILLDEPTSALDRTVQKQVVALLRQLQEKHGLTYLFISHDLAVVRALAHDMIVIKDGKVVEQGASHDVFDSPRHPYTRELLAAAHPG PGPT0011640_799 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011640-yejF-K13896 NA NA D1-35_02629 1335 bdlA_1 COG0840 Biofilm dispersion protein BdlA ATGTTCATTCGCACTCGCAAACATCAGGACGTCTTGCACGAGACCCAGGGCGCACTGGCCTCTCTCGAAGCCGAGCGGGCGGCTTTTCACCAATCGATGGCGATCGTCGAGTTCGCGCCTTCAGGCGAAATACTTGGCGCCAACGCGCTGTTTCTGAACATGACCGGATACGTGCTGGATGACATCCTCGGCAAGCATCACCGGATGTTCTGCGCGCCTGAGTACGCCGGCAGCCGCGAATATGCGGTGTTATGGCAGCAACTGGCCCAGGGTGAGGGTAGCGAACAGCAGTACCTTCATCTGGCACGCGATGGCCTTGGGTCGTGGGTGCAGGCCAGCTACATTCCTGTGCGTGATCAGCGCGCCAGGGTCGAACGCATCATCCAGGTCAGCCGCGACATCAACGACCGCGTGCTACGGGCTCAGGCCGAGTCGAGTTTCATGCAGGCGATCGATCGCTCCATGGCGGTGATCGAGTTCGATCTGGGCGGTCATGTCATCAATGCCAACGTCAACTTCCAGAAGGTCATGGGTTATGGCCTGGAGGAGGTTCGCGGCCAGCACCATCGGATTTTCTGCGAGCCTGGCGAAGTTCAAGGCGAAGCCTATCGCGATTTCTGGGCTGGACTGAACCGTGGCGAATACAAGAGCGGGCTTTTCCAGCGCGTCGACAGGCACGGCAACACAGTCTGGCTGCAGGCCACCTATAACCCGCTCTACGATGCCCAGGGCCATTTGTACGGGGTGGTCAAGTTTGCCACCGACAGCACGCGTGAAGTCGAGCAACGCCAGACCGAATCAAAGGCGGCGCAGTTGGCCTTCGAGACGTCCCGGCAGACGGATGAGCACACCCAGTTGGGCACCGCCGTCGTGCAGCAGACCGTGACCGTAGTGCAAAGCATCGCCGATGAACTGCAACAGGTCGCTACCGGGATCAGCGCCCTCAGCGCGCAGTCCGAAGAGATCGGCAACATTGTCGATGCCATCCGGGGAATCGCCGAACAGACCAACCTGCTTGCGCTCAATGCGGCCATCGAGGCCGCTCGTGCCGGTGAGCAGGGTCGCGGCTTCGCGGTGGTTGCCGATGAAGTGCGCAATCTGGCCCGGCGTACCAGCCAGGCGACCGTTGCCATTACCGAAGTGGTCGGCAAGAACCGCGACCTGGCCAGGCAGGCGGTGGGCAGCATGCAATCGAGTACCGCCAAGGCCGAGCAAGGCGTGAAGCTGGCGAACCAGGCCGGCACCGTCATCCTCGACATCCACCGGGGCGCGAAGCAGGTTGTGGAAGTCATGGGCGAATTCGCCCAGACCCTGGACCAGCGCCGCGAAGCCTGA MFIRTRKHQDVLHETQGALASLEAERAAFHQSMAIVEFAPSGEILGANALFLNMTGYVLDDILGKHHRMFCAPEYAGSREYAVLWQQLAQGEGSEQQYLHLARDGLGSWVQASYIPVRDQRARVERIIQVSRDINDRVLRAQAESSFMQAIDRSMAVIEFDLGGHVINANVNFQKVMGYGLEEVRGQHHRIFCEPGEVQGEAYRDFWAGLNRGEYKSGLFQRVDRHGNTVWLQATYNPLYDAQGHLYGVVKFATDSTREVEQRQTESKAAQLAFETSRQTDEHTQLGTAVVQQTVTVVQSIADELQQVATGISALSAQSEEIGNIVDAIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRNLARRTSQATVAITEVVGKNRDLARQAVGSMQSSTAKAEQGVKLANQAGTVILDIHRGAKQVVEVMGEFAQTLDQRREA PGPT0015710_26350 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 D1-35_02630 216 hypothetical protein ATGAATAAATTCAACCCTCGCAAACTCAAGCTTTCCAAGTGGACCGCCTGCCAGCCCGTCAACCGGGAAAAGCATTTTCTCGTCACCCAATTGCTCTGCGACGAACAGGATTGCCCCGTTCAGGTCGAGTTGCAGGCGGTGTATAGCGGACGGGTGGCCGTGCTGGACTGGGGTGATCTGACCGACAGCGAACGGTGGAAAATCGGTTGGCATTGA MNKFNPRKLKLSKWTACQPVNREKHFLVTQLLCDEQDCPVQVELQAVYSGRVAVLDWGDLTDSERWKIGWH NA NA NA NA NA D1-35_02631 1419 norR_2 Anaerobic nitric oxide reductase transcription regulator NorR ATGAATCCCACCGAAAGTCTCAAGGACTACAAGCGCGTACGCACGCTGGCGATCCGCTCGCTGTTCGAGATCATCGAGCAGTCCAGCGAAGGCACGGTCATTGTCGATCGCGATGCGAATATCGTCTGGATGAACGAGCGCTACGCCCGTCGTTTCGGCCTCAATTCGGCGCAGGAAGCCATCGGCCGCGCCTGCGAAAGCGTCATCCCCGGCAGCTTGCTGCGTGAGGTGGTGCGCACCGGACGGCCGATCCTGCTGGACATGCAGGACACGCCCAAGGAACCGCTGGTGGTGATGCGCCTGCCGATCCACGACAACGCCGGCGCGGTGATCGGCGCCATCGGTTTTGCCCTGTTCGATGAGTTGCGCAGCCTGTCGCCGATGCTCAAGCGCTATCTGAGCATGCAGGAAGAACTGGCCTCCACCCGCTCGTTGCTGCGGGCGCGGCAGACCAAGTACAACTTTGCCCACTTCATCGGCACCAGCAGCGCCGGCCTGGAGGTCAAGCGCCGCGCCCGACGCAGCGCCAGCACCGATTCACCGGTGCTGCTGCTCGGCGAAACCGGTACCGGCAAGGAGTTGCTGGCCCAAGCGATCCATAGTGCTTCACCGCGGGCACACAAGGCCTTTGTCAGCATCAACAGCGCTGCCATCCCCGAATCGCTGCTCGAAGCCGAGTTCTTCGGCACCGCGCCAGGCGCTTTCACCGGCGCCGACCGCAAGGGCCGCGCCGGCAAACTGCAGATCGCCCAAGGCGGCACGCTGTTCCTCGACGAGATCGGCGACATGCCGCTACCGCTGCAAAGCAAACTGCTGCGGGTGCTTCAGGAGAAAGAATACGAACCGGTCGGCTCCAACGAGGTGTTGCAGAGCGATGTGCGGATCATTGCCGCGACCTCCACCGATCTTGAAGCGGCAATCAAGCGCGGCGAGTTCCGCGCCGACCTCTATTACCGTCTCAACGTGCTGCCGATCCAGGTCCCGCCGCTGCGTGAGCGCCTGGATGATCTGCCGGCACTGAGTGAGGCGATCCTCGAAGAACTGCGCAGCCAGCACGAACTGCACCGCGACGCCCTCGATCTGCTGGGCCAACATGCCTGGCCGGGCAACATTCGGGAGTTGCGCAACGTGCTGGAACGAGCCGCGTTGCTCAGCGACGACCTGATGCTCAGCGCTGCTGACATCCGCGCGGCCATCGGCACTTTCATCCCGGTTGAGCGCACGACAGGCCCGACCCTGGAGCCGTTATTGGCGCAGGAAACCTTCAGCCAGGCCCGGGCTCGATTTGACCGGCACTTGATCGAAACTACCCTCGCGAAATGCGATGGCAAGGTAGTCGAGGCGGCCGAGCGGTTGGGGCTGGGAAGATCGACGTTGTACAAGAAGATGGTGGCGCTGGGGATTGCGGAGTCTCAATAA MNPTESLKDYKRVRTLAIRSLFEIIEQSSEGTVIVDRDANIVWMNERYARRFGLNSAQEAIGRACESVIPGSLLREVVRTGRPILLDMQDTPKEPLVVMRLPIHDNAGAVIGAIGFALFDELRSLSPMLKRYLSMQEELASTRSLLRARQTKYNFAHFIGTSSAGLEVKRRARRSASTDSPVLLLGETGTGKELLAQAIHSASPRAHKAFVSINSAAIPESLLEAEFFGTAPGAFTGADRKGRAGKLQIAQGGTLFLDEIGDMPLPLQSKLLRVLQEKEYEPVGSNEVLQSDVRIIAATSTDLEAAIKRGEFRADLYYRLNVLPIQVPPLRERLDDLPALSEAILEELRSQHELHRDALDLLGQHAWPGNIRELRNVLERAALLSDDLMLSAADIRAAIGTFIPVERTTGPTLEPLLAQETFSQARARFDRHLIETTLAKCDGKVVEAAERLGLGRSTLYKKMVALGIAESQ PGPT0019455_153 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_PROPIONATE|PROPANOATE_UTILIZATION,PGPT0019455-prpR-K02688 NA NA D1-35_02632 1392 hypothetical protein ATGAGTGTGATCATTGCCTTGGCAGCCCTCACGCTGTTGATGGTTGCCGCCTACCGTGGCTACAGCGTCATTCTCTTTGCCCCGATCGCCGCCCTCGGCGCGGTCCTGCTTACCGATCCATCCGCCGTCGCCCCTGCATTCACCGGGGTGTTCATGGACAAGATGGTCGGTTTCATCAAACTCTATTTCCCGGTGTTCCTGCTTGGCGCGGTGTTTGGCAAGCTGATCGAGTTGTCGGGTTTCTCCCGCTCCATCGTCGCCGCGGCGATTCGCCTGCTGGGCACACGCCAGGCCATGCTGGTGATCGTGCTGGTCTGCGCGTTGCTGACTTATGGCGGCGTGTCGCTGTTCGTCGTGGTGTTCGCGGTGTACCCGTTCGCCGCGGAGATGTTCCGCCAGAGCAATATCCCCAAACGGCTGATTCCAGCCACCATCGCCCTCGGCGCATTCTCGTTCACCATGGACGCCCTGCCCGGCACGCCGCAGATCCAGAACATCATCCCCAGCACCTTTTTCAACACCACCGCTTGGGCCGCGCCGTGGCTGGGCGTGATCGGTACGATCTTCGTCTTCTGCTTCGGCATGCTGTTTTTGCAGCGCCAGCGCAACAAGGCCCAACGCGCCGGTGAAGGTTATGGCACCGAACTGCGCAACGAGCCGGAAACCGCTGAGGACATCAAGCTGCCCAACCCGTGGATCGCCGTTTCGCCGCTGCTGGCGGTGGGGATCATGAACCTGCTGTTTACCCAGTGGATCCCGCAGTGGTACGGCAAGACGCATAGCCTGGCGCTGCCGGGCATGGCGACACCGGTGACCAGCGACATCGCCAAGCTCACCGCGATCTGGGCGGTACAGGCCGCTTTGCTGGTGGGTATTGTCATGGTGCTGCTGTTCGGCTTCCGCGCGATTCGCAGCAAACTGGCCGAAGGTAGCAAGAGCGCGGTGGGCGGTGCCTTGCTCGCGGCGATGAACACCGCTTCGGAATACGGTTTCGGTGCGGTGATCGCCTCCTTGCCGGGCTTCCTGGTGCTGGCCGACTGGCTCAAGAACATTCCCGATCCGCTGGTCAACGAAGCGGTCACCGTGACGCTGCTGGCCGGCATCACCGGTTCCGCGTCGGGGGGCATGAGCATCGCCCTGGCGGCGATGTCCGAAACCTTCATCAGCGCCGCCCACGCCGCCAACATTCCCCTGGAAGTGCTGCACCGGGTGGCCGCCATGGCCAGCGGCGGCATGGACACCCTGCCCCACAACGGCGCGGTGATCACCTTGCTGGCCGTCACCGGCCTGACCCACCGTGAAGCCTACAAAGACATTTTCTGCATTACGCTGATCAAGACCCTCGCGGTGTTCTTCGTGATCGGTGTGTTCTACGCCACTGGCATTGTGTGA MSVIIALAALTLLMVAAYRGYSVILFAPIAALGAVLLTDPSAVAPAFTGVFMDKMVGFIKLYFPVFLLGAVFGKLIELSGFSRSIVAAAIRLLGTRQAMLVIVLVCALLTYGGVSLFVVVFAVYPFAAEMFRQSNIPKRLIPATIALGAFSFTMDALPGTPQIQNIIPSTFFNTTAWAAPWLGVIGTIFVFCFGMLFLQRQRNKAQRAGEGYGTELRNEPETAEDIKLPNPWIAVSPLLAVGIMNLLFTQWIPQWYGKTHSLALPGMATPVTSDIAKLTAIWAVQAALLVGIVMVLLFGFRAIRSKLAEGSKSAVGGALLAAMNTASEYGFGAVIASLPGFLVLADWLKNIPDPLVNEAVTVTLLAGITGSASGGMSIALAAMSETFISAAHAANIPLEVLHRVAAMASGGMDTLPHNGAVITLLAVTGLTHREAYKDIFCITLIKTLAVFFVIGVFYATGIV NA NA NA NA NA D1-35_02633 777 bdhA D-beta-hydroxybutyrate dehydrogenase ATGACGACATTTCTTTCGGGCAAGACTGCCCTGGTCACCGGTTCCACCAGCGGCATCGGCCTGGGCATCGCCTTGAGCCTGGCCAAGTCCGGCGCCAACCTGATCCTCAATGGCTTCGGCGATGCCTCGGCGGCGGTCGCCGAGGTCAAGCAGTTCGGTGGCAAGGTCGGCCATCATCCGGCCGATGTCAGCGACCCGGCACAGATTGCCGACATGCTCGCCTACGCCGAGCGCGATTTCGGCGGCGTGGATATTCTGGTGAACAATGCCGGGATCCAGCACGTGGCGGCCGTGGAGGATTTCCCGGTGGAGCGCTGGGATTCGATCATTGCCATCAACCTGTCTTCGGTGTTCCACGCCACTCGCCTAAGCCTGCCGGGCATGCGCGCCAAGGGCTGGGGACGGATCGTCAACGTCGCCTCGGTGCACGGTCAGGTCGGTTCGGTGGGCAAGGCCGCGTACGTCGCCGCGAAGCACGGGGTGATCGGGCTGACCAAGGTGGTTGGCCTGGAAACCGCTACCAGCAACGTGACGTGCAATGCAATCTGCCCAGGCTGGGTGCTGACGCCACTGGTGCAGAAACAGATCGACGACCGCATCGCCAGCGGCGTCGACCCGCAACAGGCCCAGCACGACCTGTTGGCCGAGAAGCAACCGTCCCTGGAATTCGTCACCCCGCCGCAGCTGGGTGAACTGGTTCTGTTCCTCTGCAGCGAAGCCGGCAGCCAGGTGCGGGGCGCGGCGTGGAATGTTGATGGAGGGTGGTTGGCGCAATAA MTTFLSGKTALVTGSTSGIGLGIALSLAKSGANLILNGFGDASAAVAEVKQFGGKVGHHPADVSDPAQIADMLAYAERDFGGVDILVNNAGIQHVAAVEDFPVERWDSIIAINLSSVFHATRLSLPGMRAKGWGRIVNVASVHGQVGSVGKAAYVAAKHGVIGLTKVVGLETATSNVTCNAICPGWVLTPLVQKQIDDRIASGVDPQQAQHDLLAEKQPSLEFVTPPQLGELVLFLCSEAGSQVRGAAWNVDGGWLAQ PGPT0008310_1840 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019 NA NA D1-35_02634 1956 acsA_1 COG0365 Acetyl-coenzyme A synthetase ATGTCCGACATCCTCTGGCAACCCAGCCCCGAACGCATCGCCCGGTCGCGCATGGACGCCTTGCGCCGGTTCGTCAACGAACGGCACTCGCTGCAGTTGAACGATTACCCGGCCCTGCACGCCTGGAGCATCGACCAGCGCGAGGCTTTCTGGCAGGCCATCGTGGACTTCTTCGACATCCGTTTTCACCAGCGCCCCACCGCAGTGCTGGTGGAGGGCCCGCACATGCCCAGCGCACGCTGGTTCCCGGGGGCCACGCTGAGTTTCGCCGAACATCTGCTGCGCCGTCGCGATAACACCGTGGCGGTGGTTGCCGTGGATGAAGACGGCATCGAGCAAACGCTGACCTGGGCCGAGCTCGCCGCCCATGTCGCCGGCCTGCAGAAAAGCCTGCAAGCCGCCGGCGTGACCCAGGGCGACCGGGTCGCCGCTTGCATGCCCAACACCTGGCAGACGCTGGTGGGCATGCTCGCCACGACGAGCCTGGGGGCGATCTGGTCGTGCTCATCGCCGGATTTCGGCACCCAGGGCGTCATCGACCGGTTCGGCCAGATCGAGCCCAAGGTTTTGATTACCTGTGCCGGTTATCGTTATGCCGGCAAGGTCATCGACCAGCGCCCGAAGGTGAACGAGATCCTTGCGCGGCTGCCGTCCCTGCAACAGTTGATCGTGCTGCCTTACGCCCGACCCGATGCTCGCGTCGAGGATTTCAACACCCAGGCCGGCGTCGCGCTGTGGGAAAACTTTTATCAAAGCGGTGGCGCGCCGGAGTTCGCCAGCGTGCCGTTCGATCATCCGTTGTATATCCTCTACTCCAGCGGCACCACCGGCGTGCCGAAGTGCATCGTCCACAGCACCGGCGGCGTGCTGCTCCAACATATGAAGGAACATGGCCTGCACGTTGATCTCGGCCCCGGGGATCGGCTGTTCTACTACACCACCTGCGGCTGGATGATGTGGAACTGGCTGGTCTCGGCCCTGGCGGTGGGCAGCTCGGTGGTGCTGTATGACGGCTCGCCGTTTCACCCTGGTCCCGAACGCCTGCTCGACCTGATCGACCAACAGCGCATCAGCGCGTTCGGCACCAGCCCGAAATACCTCGCCGCCCTGGAAAGCCAAGGCATCCAGCCACGCCAGAGCCATGACCTGGGCAGCCTCAAGACCCTCCTGTCCACAGGCTCGGCTCTCGCCCCCCACAGCTACGATTACGTTTACCGCGATTTCAAGGCCGACGTTTGCCTGGCCTCGATGTCCGGCGGTACCGATATCGTCTCCTGTTTCATCAACGGCAACCCGCTGTCCGCCGTGCGCCGGGGCGAGATGCAGGGCAAGAGCCTGGGCATGGCGGTGCAGGTCTGGAACGAGGCCGGCGAGGCGGTGGTCGGCGAGAAAGGCGAGCTGGTCTGCACCCGGCATTTTCCAGCGATGCCCATCGGGCTCTGGAACGACCCGCGCCAGGATAAACTTCGCGCCTCCTATTTCAGCCAGTTTCCCGGAGTGTGGGCCCAAGGGGACTACGCCGAAGAACTGGCCCACGGCGGCTTGCTGATCCACGGACGCTCCGACGCGGTGCTCAACCCCGGTGGCGTGCGCATTGGCACGGCGGAAATCTATCGGCAGGTGGAAAAAGTCGAAGAGGTCCTCGACAGCGTCGCCATTGGCCAGCAATGGCAGGGTGACGTACGAGTGGTGCTGTTCGTGCGCCTGCGTGATGGCGTCGTGCTGGACGATACCCTGGAGCAAAAGATTCGCCAGGTCATCCGCGCTAACACGACGCCGCGCCATGTACCGGCGAAAATCCTCGCGGTCAGCGACATTCCGCGCACGATCAGCGGAAAAGTGGTGGAACTGGCCGTGCGTAACGTGGTGCATGGCGAGGCGGTGAAGAACACCGATGCGCTGGCCAATCCCGAGGCGCTGGAGCAGTTTCGCGGGCGGCCGGAGCTAGCGTCCTAA MSDILWQPSPERIARSRMDALRRFVNERHSLQLNDYPALHAWSIDQREAFWQAIVDFFDIRFHQRPTAVLVEGPHMPSARWFPGATLSFAEHLLRRRDNTVAVVAVDEDGIEQTLTWAELAAHVAGLQKSLQAAGVTQGDRVAACMPNTWQTLVGMLATTSLGAIWSCSSPDFGTQGVIDRFGQIEPKVLITCAGYRYAGKVIDQRPKVNEILARLPSLQQLIVLPYARPDARVEDFNTQAGVALWENFYQSGGAPEFASVPFDHPLYILYSSGTTGVPKCIVHSTGGVLLQHMKEHGLHVDLGPGDRLFYYTTCGWMMWNWLVSALAVGSSVVLYDGSPFHPGPERLLDLIDQQRISAFGTSPKYLAALESQGIQPRQSHDLGSLKTLLSTGSALAPHSYDYVYRDFKADVCLASMSGGTDIVSCFINGNPLSAVRRGEMQGKSLGMAVQVWNEAGEAVVGEKGELVCTRHFPAMPIGLWNDPRQDKLRASYFSQFPGVWAQGDYAEELAHGGLLIHGRSDAVLNPGGVRIGTAEIYRQVEKVEEVLDSVAIGQQWQGDVRVVLFVRLRDGVVLDDTLEQKIRQVIRANTTPRHVPAKILAVSDIPRTISGKVVELAVRNVVHGEAVKNTDALANPEALEQFRGRPELAS NA NA NA NA NA D1-35_02635 1116 pilT_1 COG2805 Twitching mobility protein ATGGAAATTGATCCCTTGTTACGCATCCTGGCAAGCCAGGATGGTTCCGACCTCTACATGTCCACCGGTGCACCGCCCTGCGCGCGTTTTGAAGGTGTGCTCAAGCCGCTGAGCAACCAGGCGTTCAAGGTCGGCGAGGTCGCCGGGCTCGCCGAGTCATTGATGGACGCCGAACAGCGCCTTGAGTTCGATCGGGAACTGGAAATGAACCTGGCGATTTCCCTGGCCGGTGTCGGGCGGTTCCGGGTCAACATCTTCAAACAGCGCAACGACGTGTCCATGGTGATACGCAACGTCAAGCTGGACATCCCGCGCTTCGAAGACCTGAAGCTGCCCAAGGTGCTGCTGGAAACCATCATGCAGAAGCAGGGGCTGATGTTGTTCGTCGGTGCGACGGGCTCGGGCAAGTCGACCTCCCTGGCGGCGCTGATCGATTACCGCAACCGCAACAGCAGCGGCCACATCATCACCATCGAGGACCCGGTGGAGTATATCCATCGGCATAAGAAATCGATCGTCAACCAGCGCGAAGTCGGGGTGGATACGCGCAGTTTTCATGCCGCGCTCAAGAATACCTTGCGCCAGGCGCCGGACGTGGTGCTGATCGGCGAAATCCGCGACCGGGAAACCATGGAGCATGCCCTGGCCTTCGCCGACACCGGCCATCTGGTGATTTCCACCCTGCATGCCCACAACGCCAACCAGGCCCTGGACCGGGTGATCAATTTTTTCCCGGAAGAACGCCGGGCGCAACTGCTGCACGACTTGGGCAACAACCTCAAGGCGTTTGTTTCCCAGCGCCTGGTGCGCACTCGCGGCGGTCAGCGGCGGGCGGCGGTGGAGGTGATGCTGGGCTCGCCGACGGTGGCCGACCTGATCCGGCGCAACGAGCTGGGCGAGCTCAAGGGCATCATGGAAAAGTCCGAGGAACTGGGCATGCAGACGTTCGACCAGGCATTGTTCAACCTGGTGGTCGAAGGCGCCATCGATGAGGAAGAAGCGCTGAAAAACGCCGATTCGGCGAACAACTTGCGTTTGCGCTTGAAGCTGCATGCGGAGACGGGGGCCGCGCCGCCGGCCGATCCGCCGGCGGGGGAGTGGGGACTGATGGATTGA MEIDPLLRILASQDGSDLYMSTGAPPCARFEGVLKPLSNQAFKVGEVAGLAESLMDAEQRLEFDRELEMNLAISLAGVGRFRVNIFKQRNDVSMVIRNVKLDIPRFEDLKLPKVLLETIMQKQGLMLFVGATGSGKSTSLAALIDYRNRNSSGHIITIEDPVEYIHRHKKSIVNQREVGVDTRSFHAALKNTLRQAPDVVLIGEIRDRETMEHALAFADTGHLVISTLHAHNANQALDRVINFFPEERRAQLLHDLGNNLKAFVSQRLVRTRGGQRRAAVEVMLGSPTVADLIRRNELGELKGIMEKSEELGMQTFDQALFNLVVEGAIDEEEALKNADSANNLRLRLKLHAETGAAPPADPPAGEWGLMD PGPT0015880_977 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015880-pilU-K02670 NA NA D1-35_02636 2538 rcsC_11 Sensor histidine kinase RcsC ATGAATGCAATACCCGCCGGCAGCGACACACAGCAATTGATCGCCCGTCAGGACTGGACCGCCAGCCCCTTGGGCGCCATCGATACCTGGCCACAGAGCCTGCGCACCGCCGTGGACATCATGCTCCACTCGCCCATGCCGATGGCCGTGCTGTGGGGGCCGCAGCTGACCCATCTGTACAACGACGCCTATGCCCGGCTGGTCGGCGACAAGCACCCCAGGGCCTTCGGCCAGCCCACCCACACGGCCTGGCCTGAACTTCGGGGCGAGACCGAGGGGATTTATCACAGCGTGTTGCAAGGGCGCATGTACGCCTGCCGCGACAAACGGTGGCGCATGCCCTTCAGTGGCCGCCTCTGTGACGTGTGGCTCGACCTGACCTACAGCCCGATACACGACGAAAGCGCCAGTGTTGCCGGCATCCTGGTCACGGCCATCGAGACCAGCGAAAGACGCCGGCTGGCCCAGGAATTCGAGCGGCGTTCCGAGGCCAGCCTCAAGGCTCAGCAGGAAAGCGAGGAGCGCTTGCAACTGGCGCTGGCGGCCACCGATGCGCTGGGGACCTGGGACTGGGACATCAGCGAAGACCGCTTCATCGCCGATGCGCATTTCGCCCTGCTGCATGGCGTCGATCCGAGCCTGTCGCGGCAACTGCCGATCAGCGCGTACCTGGAAGGCGTGCACCCCGAAGACCGGGCGATGGTCGCGCGCAGCATCAAGCATTGCATCACCCACGGCACCGAATATGCCGAGGAGTACCGGCTGCTGCAGCCCGACGGTGAACTGCGCTGGGTATTCGTGCGCGGGCGCTGCTACAAGGATCGCCACGGCCGGCCCAAGCGCTTCCTTGGCGCGGCGCTGGACCTGACCGAGCGCAAGCGCACCGAGCACGCCCTGCGCCAGAGCCAGACCGAGCTGCAACTGATCATCAACGCCATGCCGGTGCTGATCAGCTATGTCGATCGCGAAGAGCGTTTCCGCCTGAACAACAGCGCCTACCTGAACTGGTACGGGCTGACCCCGCAGGAGCTGTACGGCAAGACCATTCGCGAGGTCATCGGCGACGAAGCGTACGCGGCGCGCGCCGAACAGATCGCCGGCGCCCTGGCGGGCAAGCCGTGCAGTTTCACCGTGCAGTCAGCCCATCGCGATGGCCGGCCACGGCATGCATTGATCAACTACCTGCCACGCCATGGCAGTGACGGCGCGGTGAACGGCTTCTACATCTTCGTGATCGACGAAACCGAGCGCAAGAAAACCGAAGAAGCGCTGCGTAATCTCAACGAAACGCTGGAGGAACGGGTAATCGCCCGCACCCAGCAACTGGCCGAGGCCAACCATCGCCTGCAAAGCGAGATGTTCGAGCGCGAACGCGCCGAAGAAGCGCTGCGCCATGCGCAGAAAATGGAAGCGGTGGGCCAGCTCACCGGCGGCATTGCCCATGACTTCAATAACATGCTCACCGGCATTCTCGGCAGCCTGGACCTGATGCAGCGCTACATCGCCTCGGGCCGCGCCGCCGAGATAGGCCGGTTTACCGAAGCGGCCATCTCCTCGGCCAACCGTGCCGCGGCCCTGACCCATCGCCTGCTGGCCTTTTCCCGGCGCCAGTCGCTGGACCGCAAACCCTTGGACGCCAATGGCCTGGTGCGCTCTCTCGAAGACCTGTTGAGCCGTACCACCGGCGATCACATCGTGCTGCGGCTTGAACTGGCCGGTGAGCTGTGGCCGGTCAGTACCGATGCCAGCCAACTGGAAAACGCCCTGCTCAACCTGGTGATCAACGCCAGGGACGCGATGCCCGACGGCGGCGAGTTGACCATCGAAACCGCCAACGTCTACCTCGACGGCAGCGACATCAGCACGCTGGAACCGGTCAAGGCCGGGGATTACGTGATGATCGCCGTGCGCGACAACGGCAGCGGCATGACTCCCGCCGTGCTGGCCAAGGCCTTCGATCCGTTCTTCACCACCAAACCCATCGGCCAGGGCACCGGCCTCGGTCTTTCGATGATCTACGGCTTTGCCCAGCAGTCCGGCGGACACCTGAGCCTGGACAGCGTGCCAGGCCAGGGCACGCGAGTGCAGTTGTACTTGCCGCGGCTGCGCGTTGCCGCGACCGAACAACCCGCAGCGCCGGCGGCCACGGACGCGCCGCCGGCCATTGCCGGGGAAACCGTGTTGCTGGTCGAAGACGAACCGGCGGTGCGCATGCTCGTGCTCGACCTGCTGGCCACCTTGGGCTACACCGCCCTCGAAGCCGAGGACGGCCGGCAGGCTCTGCTGTTGCTGGAATCCGGGCAGCGCATCGACCTGCTGGTGACCGATGTCGGCCTGCCGGGCATGAACGGCCGGCAGCTGGCTGAAATCGCCCGTCAGCACCGGCCTGATTTGAAAGTCCTGTTCATGACCGGTTATGCGCAGAAAGCCACCGAGCGCCAGGGGTTCCTCGAGCAAGGCATGGACATGGTTGCCAAGCCGTTCACCCTCGATCTCCTGGCCAACAAGATCCGGACGATGATCAACCATGGCAGCTGA MNAIPAGSDTQQLIARQDWTASPLGAIDTWPQSLRTAVDIMLHSPMPMAVLWGPQLTHLYNDAYARLVGDKHPRAFGQPTHTAWPELRGETEGIYHSVLQGRMYACRDKRWRMPFSGRLCDVWLDLTYSPIHDESASVAGILVTAIETSERRRLAQEFERRSEASLKAQQESEERLQLALAATDALGTWDWDISEDRFIADAHFALLHGVDPSLSRQLPISAYLEGVHPEDRAMVARSIKHCITHGTEYAEEYRLLQPDGELRWVFVRGRCYKDRHGRPKRFLGAALDLTERKRTEHALRQSQTELQLIINAMPVLISYVDREERFRLNNSAYLNWYGLTPQELYGKTIREVIGDEAYAARAEQIAGALAGKPCSFTVQSAHRDGRPRHALINYLPRHGSDGAVNGFYIFVIDETERKKTEEALRNLNETLEERVIARTQQLAEANHRLQSEMFERERAEEALRHAQKMEAVGQLTGGIAHDFNNMLTGILGSLDLMQRYIASGRAAEIGRFTEAAISSANRAAALTHRLLAFSRRQSLDRKPLDANGLVRSLEDLLSRTTGDHIVLRLELAGELWPVSTDASQLENALLNLVINARDAMPDGGELTIETANVYLDGSDISTLEPVKAGDYVMIAVRDNGSGMTPAVLAKAFDPFFTTKPIGQGTGLGLSMIYGFAQQSGGHLSLDSVPGQGTRVQLYLPRLRVAATEQPAAPAATDAPPAIAGETVLLVEDEPAVRMLVLDLLATLGYTALEAEDGRQALLLLESGQRIDLLVTDVGLPGMNGRQLAEIARQHRPDLKVLFMTGYAQKATERQGFLEQGMDMVAKPFTLDLLANKIRTMINHGS NA NA NA NA NA D1-35_02637 276 ppiC_2 COG0760 Peptidyl-prolyl cis-trans isomerase C ATGAAAGCCCAAGCCCGCCATATCCTGGTGAAAACCGCCGAAGAAGCCGAACAGCTCAAGCAACGCATCGCCAAGGGCGAAGCGTTTGACGTGTTGGCAAAAAAGTACTCCACCTGCCCCTCCGGCAAGCGCGGCGGGGATCTGGGTGAGGTACGTCCTGGGCAGATGGTCGGCGCGATCGATGCGGTGATTTTCAAGAAACCGCTGCGGGTGGTGCACGGACCGATCAAGAGCAAGTTCGGCTATCACCTGGTGCAGGTGTTTTACCGCGACTGA MKAQARHILVKTAEEAEQLKQRIAKGEAFDVLAKKYSTCPSGKRGGDLGEVRPGQMVGAIDAVIFKKPLRVVHGPIKSKFGYHLVQVFYRD PGPT0000050_2874 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000050-nifM-K03769 NA NA D1-35_02638 915 kdgK_1 COG0524 2-dehydro-3-deoxygluconokinase ATGAGCAACACCAGACCCCGCATCGCCCTCATCGGCGAATGCATGATCGAACTGCAACACCGCGCCGACGGCAGCCTGCAGCAAAGCTTCGGCGGCGATACGCTGAACGCCGCGGTCTACCTGGCCCGGGCGTTGGGCGACAACGGCGCTGTGGATTACGTCACCGCGCTGGGCGACGACAGTTTCAGCGATGCCATGTGCCAGGGCTGGGCCGCTGAAAACATTGGTTTGGGCATGGTCCAGCGCTTGCCCGGGCGCCTGCCGGGTCTGTATTGCATCCAGACCGACGCGACGGGCGAGCGCCGCTTCCTGTACTGGCGCAACGAGGCGGCGGTGCGTGATTGCTTCACCTCGCCAGCCGCCGCGCCGATTCTCGCAGCGTTGGCCGACTACGATGTGCTGTATTTCAGCGGCGTGACCCTGGCGGTGATTGGCGAGCAGGGCCGGCGCAAACTCATCGACGCGCTGGTCGAGGCGCGTCGGCGCGGGGCCCAGGTGGTGTTCGACAACAACTACCGGCCGAGGCTCTGGGCCTCGGTCGAGGCGGCCCGTGCGGCTTATCGCAGCGTGCTGCCCTACGTCGAGCTGGCGTTGTTGACCGTGGACGACGAACAGGCGCTGTTCGGCCATGCCGACAGCGAGGCGGTGTTCGCTGCCTATGCACAATTGGGAACGCCTGAAGTGGTGCTCAAGCGCGGCGCCGAGGCTTGTCTGATTCGTTGCGACGGCCGGTCATATGAGGTGCCTGCCCTGCGGGTCGAGCGGGTGGTGGACACGACGGCGGCGGGAGACTCGTTCAGCGCCGCCTACCTGGCGAGCCGCTTGCTCGGCGGCAGCCCGGCGGAAGCCGCCGAGGCCGGGCATTTGCTGGCAAGCCGGGTGATCCAGGTGCCGGGGGCGTTGATACCGAGATGA MSNTRPRIALIGECMIELQHRADGSLQQSFGGDTLNAAVYLARALGDNGAVDYVTALGDDSFSDAMCQGWAAENIGLGMVQRLPGRLPGLYCIQTDATGERRFLYWRNEAAVRDCFTSPAAAPILAALADYDVLYFSGVTLAVIGEQGRRKLIDALVEARRRGAQVVFDNNYRPRLWASVEAARAAYRSVLPYVELALLTVDDEQALFGHADSEAVFAAYAQLGTPEVVLKRGAEACLIRCDGRSYEVPALRVERVVDTTAAGDSFSAAYLASRLLGGSPAEAAEAGHLLASRVIQVPGALIPR PGPT0018060_3197 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 D1-35_02639 1218 D-threonine aldolase ATGTCTTCTGCCATTGATAACGCCGGTGTCGAAAAGGGCGCCGCTTCCCTGGGCGCCCATCTGCTGCGCGATGTCAGCCTGCCGGCCCTGGTACTGCATCGCGAGGCGCTGGAGCACAACATCCGCTGGATGCAGAAGTTCGTCAGCGACAGCGGCGCCGAGCTGGCGCCCCACGGCAAGACCAGCATGACCCCGACGCTGTTTCGTCGCCAGCTTGAGGCCGGTGCCTGGGGCCTGACCCTGGCCACCGCAGTGCAGACCCGCGCCGCCTACGCCCATGGCGTGCGCCGGGTGCTGATGGCCAATCAATTGGTAGGCCGGCCGAACATGGCGCTGATCGCCGATCTGCTGGCCGACCCGGCGTTCGAATTCCATTGCCTGGTGGATCATCCGGACAACGTCGCCGAACTGGGGGCTTATTTCGCCACGCACGGCGCACGGTTGAACGTGATGATCGAGTACGGCGTGGTCGGCGGTCGTTGTGGTTGCAGGACCGAAGCCGAGGTACTTGCGCTGGCCGAGGCCATCGGTGCGCAACCGGCGTTGGCCTTGACCGGTATCGAAGGTTACGAAGGGGTGATCCACGGCGATCACGCCATCAGCGGCATCCGGGCGTTCGCCGGGTCCCTCGTTGGGCTGGCGATGCAGTTGCAGGACAGCGGCACGTTTGCCAACGACAAACCCATCATCACCGCCTCGGGTTCGGCCTGGTACGACCTGATCGCAGAATCCTTCGAGGCACGCAATGCCCACGGGCGCTTCCTCAGCGTGTTGCGACCCGGCAGTTATGTGGCCCACGACCATGGCATCTACAAGGAGGCGCAATGCTGTGTGCTGGAGCGCCGCAGTGACCTGCACGAAGGCTTGCGTCCAGCGCTGGAAGTCTGGGCTCACGTGCAATCGCTGCCGGAGCCGGGCTTTGCGGTAATTGCCCTGGGCAAGCGCGACGTGGCCTACGACGCCGGGTTGCCGGTGCCGCTCAAGCGCTACACGCCGGGTTCGGAATCGGCGACGGGGGACGACGTCAGCGGCTGCAAGGTGACCGCGGTGATGGACCAGCATGCGTTCATGAGCGTGGCGCCGGGCGTTGAACTGCGGGTGGGCGACATCATTGCGTTCGGCACGTCCCATCCGTGCCTGACGTTCGACAAGTGGCGGGTGGGGTGTCTGGTAGATGAGGGGTTGCGGGTGGTCGAGAGCATGGAGACTTGTTTTTAA MSSAIDNAGVEKGAASLGAHLLRDVSLPALVLHREALEHNIRWMQKFVSDSGAELAPHGKTSMTPTLFRRQLEAGAWGLTLATAVQTRAAYAHGVRRVLMANQLVGRPNMALIADLLADPAFEFHCLVDHPDNVAELGAYFATHGARLNVMIEYGVVGGRCGCRTEAEVLALAEAIGAQPALALTGIEGYEGVIHGDHAISGIRAFAGSLVGLAMQLQDSGTFANDKPIITASGSAWYDLIAESFEARNAHGRFLSVLRPGSYVAHDHGIYKEAQCCVLERRSDLHEGLRPALEVWAHVQSLPEPGFAVIALGKRDVAYDAGLPVPLKRYTPGSESATGDDVSGCKVTAVMDQHAFMSVAPGVELRVGDIIAFGTSHPCLTFDKWRVGCLVDEGLRVVESMETCF PGPT0001970_1152 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0001970-dsdA-K01753 NA NA D1-35_02640 765 xynR_2 COG1414 HTH-type transcriptional regulator XynR ATGACCGAAGACACCATCAAACGCCGGGCCCGGGGATTGGATCGGGCGTTCGATATCCTCGATTTCCTCAAGGAAATCGGCCAGCCGCTGCGCCCGAACGATATTGCCAGCGGCATCGGCAGCCCCAAGTCCACGGTCTACGAACTGGTGGCGTCGCTGCTCGAGCGGCGCATTCTCGAGCCGGTCGGCAAGGATGGTCACGTCTACCTGGGGCGGCAGTTGTATTTTCTCGGGCAGGCGCACCTGCGGCATTTCGACCTCAGCCGCGAGGCCGACCAGGCCTTGCAGGAGATCGTCCGCCAGACCCGCGAAACCGCGCAGATGTGCCTGCTCAACGGGCGCAAATACACCGTCGCGCTGATGAAGGAAGGCGAGCGGCATTTTCGTATTTCCTCGGACATCGGTGAGAACGCGCCGATCCCCTGGACCGCGTCCGGGCGCCTGCTGCTGGCGCATCTGAGCGACCAGCAGATCGTCGACCTGATCGACCCCGACGACTTCATCCTGCCGGGCGGCGAGCGTTTGCCCCTGGAGCAGTTTCTCAAGGAAATCCGCCAGGCCGGTGCCGATGGATTTTTCTCCTTCGACAGTGTGGCCGACACCTTCACGCATTGCTTCGCCGCGCCGGTCAAAGACCCCAGTGGCGTGGCCATCGCGACGCTGTGCATCGTCGCCCCGAGGGCTGACGCCAAGAACAATTATGCCGACTACCGCCGGGTGCTGATCGAGAGCGCCAACAACCTGGCCCGTCGCATCAACGAATAG MTEDTIKRRARGLDRAFDILDFLKEIGQPLRPNDIASGIGSPKSTVYELVASLLERRILEPVGKDGHVYLGRQLYFLGQAHLRHFDLSREADQALQEIVRQTRETAQMCLLNGRKYTVALMKEGERHFRISSDIGENAPIPWTASGRLLLAHLSDQQIVDLIDPDDFILPGGERLPLEQFLKEIRQAGADGFFSFDSVADTFTHCFAAPVKDPSGVAIATLCIVAPRADAKNNYADYRRVLIESANNLARRINE NA NA NA NA NA D1-35_02641 387 yabJ_1 COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGAGCATTACGCGCTATGGCACCGGCAGCACCGCGGGCGGCGGACAGCCGCGGCCCTTCGCTCGCGCCGTGGAGGCCGATGGCTGGTTGCACGTGTCCGGCCAGGTGCCCGCGGTGAACGGCGAGATTGTCGCTGGCGGCATCGTCGAGCAGACGCACCAGACCATGAAGAACCTGATCGCCATTCTCGAAGAGGCCGGCTATGGCCTGGAAGATGTTGTGCGTTGCGGCGTCTGGCTGGATGACCCGCGGGATTTCTGGAGTTTCAACAAGGTCTTCGGCGAATACTTCAGCCCCGAACACGCCCCGGCCCGGGCCTGTGTGCAGGCGAGCATGATGGTTGACTGCAAGGTCGAGATCGATTGCATCGCCTACAAGAAAAAGTGA MSITRYGTGSTAGGGQPRPFARAVEADGWLHVSGQVPAVNGEIVAGGIVEQTHQTMKNLIAILEEAGYGLEDVVRCGVWLDDPRDFWSFNKVFGEYFSPEHAPARACVQASMMVDCKVEIDCIAYKKK PGPT0020030_4268 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 D1-35_02642 789 glnQ_4 COG1126 Glutamine transport ATP-binding protein GlnQ ATGACTGACGTTTCCCTTTCAAACGCGCAACCGCTGCTGGACATCCGCGGCCTGCGCAAACAATACGGCCCGCTGGAAGTGCTCAAGGGCGTGGACCTGAGCATGCAGCGTGGCAACGTGGTGACGCTGATCGGCTCCAGTGGCTCGGGCAAGACCACGCTGCTGCGTTGCGTCAACATGCTCGAAGAGTTCCAGGGCGGGCGGATCGTGCTCGACGGCGAGTCCATCGGCTATGACGAGGTGGACGGCAAGCGCGTGCGTCACGCCGAAAAAGTCATCGCCCGGCACCGGGCCATGACCGGGATGGCCTTCCAGCAATTCAACCTGTTCCCGCATCTGAGCGCTTTACAGAACGTCACCCTGGGCCTGCTCAAGGTGAAAAAACTGCCGAAGGACGAAGCGGTGGCCCTGGCCGAGAAATGGCTGCAGCGGGTCGGCCTGCTGGAACGGCGCGATCACTTTCCCGGTCAGTTGTCCGGCGGCCAGCAGCAGCGCGTGGCGATTGCCCGGGCGATCGCGATGAACCCCAGCCTGATGTTGTTCGACGAAGTGACCTCGGCCCTGGATCCGGAGCTGGTCGGCGAGGTGCTGAACGTGATCAAGGGCCTGGCCGAAGACGGCATGACCATGCTGCTGGTGACCCACGAGATGCGCTTTGCCTTCGAGGTTTCCGACAAGATCGTTTTCATGAACCAGGGCCGCATCGAAGAGCAGGGGCCGCCGAAGGAATTGTTCGAGCGCCCTCAATCGCCGCGCCTGGCGGAATTTCTCAAGAACACCCGTTTTTAA MTDVSLSNAQPLLDIRGLRKQYGPLEVLKGVDLSMQRGNVVTLIGSSGSGKTTLLRCVNMLEEFQGGRIVLDGESIGYDEVDGKRVRHAEKVIARHRAMTGMAFQQFNLFPHLSALQNVTLGLLKVKKLPKDEAVALAEKWLQRVGLLERRDHFPGQLSGGQQQRVAIARAIAMNPSLMLFDEVTSALDPELVGEVLNVIKGLAEDGMTMLLVTHEMRFAFEVSDKIVFMNQGRIEEQGPPKELFERPQSPRLAEFLKNTRF PGPT0020790_1287 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 D1-35_02643 663 tcyB COG0765 L-cystine transport system permease protein TcyB ATGTACCAATCCCCTAGTTGGTTGCAGGAGTTGTGGGTCGCCCGGGAGACTTTGTGGGCCGGTTTCCTGACCAGCGCGCAATGTTCGGCCCTGGCGATTGTGTTGGGCACCTTGATCGGTGTCGTCGCCGGGTTGGCGCTGACTTATGGCCGGGTCTGGATGCGCGCGCCGTTTCGTTTCTACGTCGACCTGATTCGCGGCACGCCGGTGTTCGTGCTGGTACTGGCCTGCTTCTACATGGCCCCGGCCCTGGGTTGGCAGATCGGTGCGTTCGAGGCTGGCGTCCTCGGATTGACGCTGTTCTGCGGCTCCCACGTGGCCGAGATCGTGCGCGGTGCGTTGCAGGCTCTGCCCCGCGGGCAGATGGAAGCGAGCCAGGCCATCGGCCTGACATTCTTCCAGTCGCTCGCTTATGTGCTGCTGCCCCAGGCCTTGCGGCAGATCCTGCCGACCTGGGTGAATTCCTCCACCGAGATCGTCAAGGCCTCGACCCTGCTGTCGGTGATCGGTGTCGCCGAACTGCTGCTCAGCACCCAGCAGATCATCGCCCGGACCTTCATGACCCTGGAGTTCTACCTGTTCGCCGGTTTTCTCTTTTTCATCATCAACTACGCCATCGAATTGCTCGGGCGGCACATTGAAAAGCGGGTGGCCTTGCCATGA MYQSPSWLQELWVARETLWAGFLTSAQCSALAIVLGTLIGVVAGLALTYGRVWMRAPFRFYVDLIRGTPVFVLVLACFYMAPALGWQIGAFEAGVLGLTLFCGSHVAEIVRGALQALPRGQMEASQAIGLTFFQSLAYVLLPQALRQILPTWVNSSTEIVKASTLLSVIGVAELLLSTQQIIARTFMTLEFYLFAGFLFFIINYAIELLGRHIEKRVALP PGPT0020795_9020 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 D1-35_02644 663 glnP_2 COG0765 Glutamine transport system permease protein GlnP ATGAATTATCAGTTGAACTTTGCCGCCGTCTGGCGCGATTTCGACACGCTGCTGGCGGGGCTTGGCCTGGGGCTTTCCCTCGCGCTGGTGTCGATCGCGATCGGTTGTGTGATCGGCCTGCTGCTGGCGTTCGCGCTGTTGAGCAAGCACCGCGCACTGCGGTTGTTGGCCTCGGTGTATGTCACGGTGATCCGCAATACACCGATCCTGGTGCTGATCCTGCTGATCTACTTCGCCTTGCCGAGCCTGGGTATTCGCCTGGACAAGCTGCCGTCGTTCGTCATCACGCTTTCGCTGTACGCCGGGGCCTACCTCACCGAAGTGTTCCGTGGCGGCCTGGTGAGTATTCACAAAGGGCAGCGGGAAGCAGGTCTGGCGATCGGCCTGGGCGAATGGCAGGTAAAGGCCTACGTCACCGTGCCGGTGATGCTGCGCAACGTGCTGCCGGCGTTGTCCAACAACTTCATTTCGCTGTTCAAGGACACCTCGCTGGCGGCGGCGATTGCCGTGCCGGAGCTGACCTACTATGCCCGCAAGATCAACGTGGAAAGCTACCGGGTAATTGAAACCTGGCTGGTCACCACGGCCCTGTATGTCGCGGCCTGTTACCTCATTGCCATGTTGCTGCGTTACTTCGAGCAGCGCCTGGCGATCCGCCGTTAG MNYQLNFAAVWRDFDTLLAGLGLGLSLALVSIAIGCVIGLLLAFALLSKHRALRLLASVYVTVIRNTPILVLILLIYFALPSLGIRLDKLPSFVITLSLYAGAYLTEVFRGGLVSIHKGQREAGLAIGLGEWQVKAYVTVPVMLRNVLPALSNNFISLFKDTSLAAAIAVPELTYYARKINVESYRVIETWLVTTALYVAACYLIAMLLRYFEQRLAIRR PGPT0000725_691 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMINE_TRANSPORT,PGPT0000725-glnP-K10037 NA NA D1-35_02645 849 peb1A COG0834 Major cell-binding factor ATGCAATGCCGACCTTCCTTGTTCAAAGCGTGTGTTTTTCTCTTCGCGGCCACGACGGCTGCCATGGGTGTCGCTCAGGCGGCCGACAGCAAGCTGGACAGCGTGCTGCAACGCGGGAAATTGATCGTGGGCACGGGCAGCACCAATGCGCCGTGGCACTTCCAGGGAGCGGATGGCAAGTTGCAGGGGTTCGATATCGATATCGCGCGGATCGTCGCCAAGGGTTTGTTCAATGACCCGGAAAAAGTCGAATTCGTGGTGCAGTCTTCCGATGCAAGGATTCCCAACCTGCTGACCGACAAGGTCGACATGAGCTGCCAGTTCATTACGGTCACCGCCAGCCGAGCCCAACAGGTGGCATTTACCTTGCCGTACTACCGCGAAGGGGTAGGCCTGCTACTGCCGGCCAACAGCAAGTTCAAGGAAATCGAAGACCTCAAGGCTGCCGGCGATGACGTCACCGTGGCGGTGCTGCAGAACGTCTACGCCGAAGAGCTGGTGCACCAGGCGCTGCCCCAGGCCAAGGTCGACCAGTACGACAGCGTCGACCTGATGTATCAGGCGGTGAACTCCGGCCGTGCCGCTGCCGCTGCCACCGACCAGTCCTCGGTCAAATACCTGATGGTGCAGAACCCCGGTCGCTACCGCAGCCCGGCCTACGCCTGGAGTCCGCAAACCTACGCTTGCGCGGTCAAGCGCGGCGACCAGGACTGGTTGAACTTCGTCAACACTGCGCTGCATGAAGCCATGACCGGTGTGGAATTCCCGACCTATGCCGCATCGTTCAAACAGTGGTTCGGCGTCGAGCTGCCATCGCCGGCCATCGGTTTCCCCGTTGAATACAAATGA MQCRPSLFKACVFLFAATTAAMGVAQAADSKLDSVLQRGKLIVGTGSTNAPWHFQGADGKLQGFDIDIARIVAKGLFNDPEKVEFVVQSSDARIPNLLTDKVDMSCQFITVTASRAQQVAFTLPYYREGVGLLLPANSKFKEIEDLKAAGDDVTVAVLQNVYAEELVHQALPQAKVDQYDSVDLMYQAVNSGRAAAAATDQSSVKYLMVQNPGRYRSPAYAWSPQTYACAVKRGDQDWLNFVNTALHEAMTGVEFPTYAASFKQWFGVELPSPAIGFPVEYK PGPT0020800_5433 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 D1-35_02646 282 relE_2 COG2026 mRNA interferase toxin RelE ATGACCTATGAGTTGGAATTTTCTGATAAGGCATTAAAAGAGTGGAAAAAACTGGGAGCAACGTTAAGAGCTCAGTTCAAGAAAAAGCTGGAGGAGCGGCTGGGCAATCCGCATGTCCAGGCGGACCGGCTCCATGGGCTGGAAGATGCCTATAAAATCAAGCTGCGCAGCGCGGGCTATCGATTGGTTTATCGCGTGATAGATGATCGGTTGGTCGTTACGGTGATTGCGGTGGGCAAGCGCGAGCGTGGCCAGGTTTATGACGAGGCTGCCAAGCGGTAA MTYELEFSDKALKEWKKLGATLRAQFKKKLEERLGNPHVQADRLHGLEDAYKIKLRSAGYRLVYRVIDDRLVVTVIAVGKRERGQVYDEAAKR PGPT0027425_876 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 D1-35_02647 249 hypothetical protein ATGACCCATATCGTGCTTTCTCAAGTGGTAGCCAGCATCTCCGAACTCAAGAAAAACCCCATGGGCACCGTTGCTGCAGGCGGAGGATTATCTGTAGCGATCCTCAACCGTAACGAGCCGGCTTTTTACTGTGTCCCTGCCAAAGAGTATGAAGCCATGATGGAGCGGCTTGAGGACATCGAGCTGGTTGCCCTTTGCCGCGAGCGGGAGAATGACCCAACGATTAAGGTTTCTCTTGATGACCTATGA MTHIVLSQVVASISELKKNPMGTVAAGGGLSVAILNRNEPAFYCVPAKEYEAMMERLEDIELVALCRERENDPTIKVSLDDL PGPT0027440_326 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-RelE|StbE-RelB|StbD_TOXIN-ANTITOXIN_SYSTEM,PGPT0027440-antitoxin_stbD-K18923 NA NA D1-35_02648 1647 hypothetical protein ATGCGCGTACTGGTCACCAACGCGAAGGACGATTTCCGGGTCAAGGCCTATGCCGGCACCAACGGCGTGTTGCTCGCCATGGACCTGGCCGAGCCCCGGCGCAAGGGGCTGCTGGGTTTTGCCATCGAGAAGCAGCAGGGCGCCAAGCCCTGGCTGTTCCTGTTCAACAGCCTGACGTTCCCCGACAAGGCCCACATCTTTCCCCAGTTCCATGCCACGCCCAGCGACAAGGCGCCCTTGCAGAAATTTCGCTGGGCCGATTACGCCGTCAACCCTGGCGTGACGATTCATTATCGCGTGCACCTGGCCTACGGCAGCGCCGATGCGCCGCAACTGGGCGAATCCCTCGAAGTGAGCGTGACCAGCGATGACGGCCAGCCGGCCAACCAGCGGGTCATCTTCAATCGCGCGGTGGCCGCCAGCCAGGCGTTCCAGCGCAAGTTTCCCGAACTGGACGCACTCATTGACGCCAACAAGAACCTGTCCATCGACGACTGGCCCGACGCGCCGCGGCGCTGGCTGGAAAACGGCTTGCTGGGACGCCTCACCGGCTTCATCGATCGGGCGCTCGATGCCAGCTGGGCGCTGGACGTCGCCATTTATGAGTACGAATTACCGGTGATCGTCGATGCGGTGAACGCTGCCCATGCCCGTGGTGCACGGGTCAGGGTGCTGTACCACGCCGAACCGGGGGATGACGGTACGCTGCGCAACGAAGCCAGCCTGGAAAAACTGCCAGCGGCGAACAAGCGTGGGCGGGTCACCCACAATATCTTCCACGACAAGTTCATCGTGCTGAGCAAAGTCGAAGGGAACGCGTCGCTGAAACCCGAGGCGGTGCTGTGCGGCAGTACCAATTTCACCGCCAACGGCATCTACCGCCAGGCCAATGTCATTCATGTGCTGGACGACCCGCGCATCAGCGCCAGTTACCTTCAGGTGTTCGAGCAGATCTGGGCCACACCGGAGGATGTCGATGCCACGCGCCAATGGCTGACCCGCAACAACCCCATGGATGCAGACGAGAAACTGTTTGCCGGTTTCTCGCCGCGTACCGGGCACGGCGATCTGGATCGCTTCGTCGACATCATCGACGGTGCGCGCAAGGACCTGCTGTTCGTCACGGCGTTTGCCTTGCCCGACCGGATCCTCGATGCCTTGCTCGGCCAGCCCAATGACGACGTGCTGCGCTACGGCCTGCAAAATACCACCAGCCGCATCAGCGGTTTTCACGCCGACCGCACTGCCGAATTCGCCGCCACCGCGCTGCTCAATACTGGCCTGGAAGGTTGGCTCAGGGAAAACATGAAAGGTCAGAAAGGCAACCTGCTGGTGCATACCAAAGCGGTGGTCACCGATTTCACCAGCGATGCGCCGACCATCATCAGCGGCAGCCATAATCTCAGCATCGCGGCGAGCAACGGCAACGACGAGAACTATCTCATCATCCAGGGCGACACCGACCTGGCCGACCGCTACGGGCTCGAACTGCTGCGTTTCTACGAGCATTACCGCTTTCGTTACTTCGCGAAAAAACTCGCCCTCAAGCAGGTCAAGCCGCTGGCGGTGGATGACAGCTGGAGCGACGATTATTACCGCGAGGGGGATTTGCGAATGTTGTCCAGGGTGAGGTTTTGCGGGCGTTGA MRVLVTNAKDDFRVKAYAGTNGVLLAMDLAEPRRKGLLGFAIEKQQGAKPWLFLFNSLTFPDKAHIFPQFHATPSDKAPLQKFRWADYAVNPGVTIHYRVHLAYGSADAPQLGESLEVSVTSDDGQPANQRVIFNRAVAASQAFQRKFPELDALIDANKNLSIDDWPDAPRRWLENGLLGRLTGFIDRALDASWALDVAIYEYELPVIVDAVNAAHARGARVRVLYHAEPGDDGTLRNEASLEKLPAANKRGRVTHNIFHDKFIVLSKVEGNASLKPEAVLCGSTNFTANGIYRQANVIHVLDDPRISASYLQVFEQIWATPEDVDATRQWLTRNNPMDADEKLFAGFSPRTGHGDLDRFVDIIDGARKDLLFVTAFALPDRILDALLGQPNDDVLRYGLQNTTSRISGFHADRTAEFAATALLNTGLEGWLRENMKGQKGNLLVHTKAVVTDFTSDAPTIISGSHNLSIAASNGNDENYLIIQGDTDLADRYGLELLRFYEHYRFRYFAKKLALKQVKPLAVDDSWSDDYYREGDLRMLSRVRFCGR NA NA NA NA NA D1-35_02649 558 hypothetical protein GTGGATTGGCCGGGCACGTTGCTCAAGGGACGTCCACGCCTGCTGGCGGATTTGCGTTTCAAATGGCGGCAGCGTTCAGCCCATGAGCTGTGGCTGGTGATCGTCGATGCGTCGGCCTCGACCCGTCGCCATCGCGCCTTGAGTGACGGCAAGGGCCTGCTGGCCCAACTGTTCGATGACGCCTACCGACAACGTGCACGGTTGGCGCTGTTGACCGCCAGCGGCACCGCGCCGAGGTGGCAAGTGCAGGGGCTCAAGGCCTCCATTGGCCTGGACGCTTGGCTCGACGCGCTGGGCGCCGGCGGCGGCACGCCGTTGCTGGCGGCGCTGGACGAGGCGCAGCGCTGGCTCATGGTTCGGCGCAAACGCTATCCGGCGGAGCAGCAGCGGGTGTTGCTGATGACCGATGGACGAGTCAAGGACGGGCTGGGCGTGCCGCCTCTCGAATGCCCGTGCCTGTTGATAGACATCGAGCGCGGCCCGATTCGCCTGGGTAGGGCAAGGCAACTGGCGGAGCAGTTGGGCGCTGAGTATCGGCATATCGATGAAGCGCACTGA MDWPGTLLKGRPRLLADLRFKWRQRSAHELWLVIVDASASTRRHRALSDGKGLLAQLFDDAYRQRARLALLTASGTAPRWQVQGLKASIGLDAWLDALGAGGGTPLLAALDEAQRWLMVRRKRYPAEQQRVLLMTDGRVKDGLGVPPLECPCLLIDIERGPIRLGRARQLAEQLGAEYRHIDEAH NA NA NA NA NA D1-35_02650 1008 bchI COG1239 Magnesium-chelatase 38 kDa subunit ATGACCGACACCGCCCATTTTCCCCTCTCCGCCGTGGTCGGCGCCGATGCGCTGAAACTGGCCCTGTGCCTGGCGGCGATCGATCCGAAGATCGGCGGTGTGCTGATCGAAGGTCCACGGGGGATGGCCAAGTCCACGCTGGCCCGGGGCCTGGCGGATCTGCTGGCAAGCGGTCAGTTCGTGACCTTGCCACTGGGCGCCACCGAAGAGCGGCTGGTGGGCACTCTCGATCTGAATGCCGCACTTGGGGAAGGGCGCGCGCAATTTTCCCCCGGCGTGCTGGCCAAGGCCGACGGTGGCGTGCTGTATGTCGATGAGGTGAACCTGTTGCCGGATCACCTGGTGGACCTGCTGTTGGACGTCGCCGCCAGCGGCACCAACCTGATCGAGCGCGACGGCATTTCCCACCGGCATCCGGCGCGTTTCGTGCTGATCGGCACCATGAACCCGGAAGAGGGCGAACTGCGTCCGCAATTGCTCGATCGTTTCGGCCTGAACGTGGCGCTTGATGGCCACACGGCGCCTGCCGAGCGCGGGCAGATCATTCGGCGGCGGCTGGATTTCGACAGCGATCCGGCGGCGTTCTGCGCCGAGTGGGAAACCGCCCAACGACAGTTGCGTGAGCGCTGCCAACAGGCGCGCGTGCGGTTGGCCGGGATCCCATTGGATGACATGGCGCTGGAGCAGATTACCGAGCGTTGTTTCGCCGCTGGGGTCGATGGCTTGCGCGCCGACCTCGTCTGGTTGCGGGCCGCCCGTGCTCATGCCGCCTGGCGTGGCGCGGACGCCATCGCAGCCGAAGACATCGACGCCGTCGCCGAGTTTGCCTTGCGCCATCGGCGCCGCGACCCTGCGTCCCCGGCCCCCGCGCCGTCCCAGGCACCGTCGCCGAGCCGGAATGAAGCGAGCGAGTCCGGCGAAGGCCAGGGCCAATGGGGTGACCTGCCGGCCCGGGCGCTGCCGAGCGGTGCCCGGCGTGACGTGCCGAGCTGGCCAAAAAAGTCCTAG MTDTAHFPLSAVVGADALKLALCLAAIDPKIGGVLIEGPRGMAKSTLARGLADLLASGQFVTLPLGATEERLVGTLDLNAALGEGRAQFSPGVLAKADGGVLYVDEVNLLPDHLVDLLLDVAASGTNLIERDGISHRHPARFVLIGTMNPEEGELRPQLLDRFGLNVALDGHTAPAERGQIIRRRLDFDSDPAAFCAEWETAQRQLRERCQQARVRLAGIPLDDMALEQITERCFAAGVDGLRADLVWLRAARAHAAWRGADAIAAEDIDAVAEFALRHRRRDPASPAPAPSQAPSPSRNEASESGEGQGQWGDLPARALPSGARRDVPSWPKKS NA NA NA NA NA D1-35_02651 3774 cobN Aerobic cobaltochelatase subunit CobN ATGCACCTGCTCAGGACCCAGCCCGGCGGTTTTGTGTCGGATGACAACATCGCCGACCTCGGACAAACCCCCGCCGAGCTGGTAATCCTGTGCAGCGGCGATTCCAGCCTGGCGCTGCTGGCCGAAGCGGCGCGGCAATTACCGGACGACTACCCGCAGTTTCGCCTCGCCAACCCGATGCAGGTGCAGAACCACGCGTCGGTGGACCTGTATGTCGACGACGTACTGCGCCACGCCAAGGTCATCCTGTTGTCGCTGCACGGTGGCATCGGCTATTGGCGCTACGGCATCGAGCGCCTGATGGAACTGGCCGCGCGCGGCGTGAAGCTGATCCTGGTGCCGGGGAATGATCGCCCCGACCCGGAGCTCAGCGACCTGAGCAACGTAGCGTTGGAGGATCGCGACCGGCTCTGGCAGTTCTTGCGCCAAGGCGGATTGGCCAACGCCCTGAACCTGTTCCATCACCTGGGCAGCCAATGGTTTGCGCGCGATTATCCGTGGGCCGAACCGCAGCCCTTGCCGCGCACAGCGATCTACCACCCCGAACAAACCCACGCGACCCTCGATCATTGGCAAACCGACTGGCGCGCCGACGAACCGGTGGCGGCGGTGTTGTTCTATCGTTCACACCTGCAAGCGGCGAACACTGCTTTCATCGACGTATTCTGCCAGCGCCTGCAAGCGGCGGGGCTCAATCCGCTGCCGATTGCCGTGGCCAGCCTCAAGGAACCCGGTTGTCTGGCACAGGTGGAAGATTGGTTGGACGAGGCAGCGGCGGGGGTGATTCTAAACACCACCGGCTTCGCCCAATCCAGCCCTGAAGCACCGCATCTGCGGCCGTTTCGCCGCGACATCCCGGTGATCCAGGCGATCTGCGCGCAGGACAATGAGCCCGGCTGGCGCGCCAGCGAACAAGGCCTGGGGCCACGCGACCTGGCGATGCACATCGCCCTGCCGGAACTGGATGGACGGATCATCAGCCGGCCTATCAGTTTCAAGGACCTGGCCTGGCGCAGCGAGCGCAGCCAGAGCGATGTGGTCTGCTACCGGGCGGTGCCCGAGCGCATGGATTTCGTTGCCGAGCTAGCCCGGCGCTGGACGGCGCTGGCGCGTCTGCCCAGCCGCGAAAAGCGCGTGGCGCTGATCCTCGCCAACTACCCGACTCGTGATGGGCGCATCGGCAACGGTGTCGGCCTGGACACGCCGGCGGCGGCGCTGAATATCCTCCGCGCCCTGCAGGCCGAGGGCTATCCGCTGTCGGCCGAGCTGCCGGCCAGCGGCACCGCGTTGATCCAGCAATTGCTCGGCGGCGTCAGCAACGATCTCGACAGCCTGGATTTGCGCCCGTGTCATCAAAGCCTGGCCCTGGACGCCTATCAAGCCATGTTCGACGCGCTACCCGAGGCCAACCGCGACGCGGTATTGGCCCGTTGGGGCGCGCCCGAGCAGGACCCGATGTTCCGTCAAGGTCGGCTGATGGTCGCCGGGTTGCGCCTGGGCCTGACGTTTATCGGCATCCAGCCGGCGCGCGGGTATCAGCTTGACCCGAGCGCGGTCTACCACGACCCGGACCTGGTGCCGCCCCACGGTTATCTGGCGTTCTACTTCTGGTTGCGCCACACCTACGGCGCCCATGCTGTTATTCACGTCGGCAAGCACGGCAACCTCGAATGGCTGCCGGGCAAGGGCGTCGGGCTCTCGGAAAATTGCTGGCCGGATGCGCTGCTCGGACCGCTGCCGAACATCTACCCGTTCATCGTCAATGACCCGGGCGAGGGCGCCCAGGCCAAGCGACGCACACAGGCGGTAATCATCGATCACTTGATGCCGCCGCTGACCCGGGCCGAAACCTACGGGCCGCTGCGCAACCTCGAACTGCTCGCGGACGAATACTACGAGGCGCAACTGCTCGACCCGCGCCGCGCCCGGGAGCTGCAACGGGATATTCTCAACCTGGTGCGCGAGACCCACATCGACCGCGAACTGCAACTCGACGCCGCCCTCGACAGCGACGCCGACGCGGCGATCTGGCTGCCACGCCTGGACACCTACCTGTGCGACCTGAAGGAGTCGCAGATTCGCGACGGCCTGCATATCTTCGGCGAGTCGCCTGGCGGACGGTTGCGTATCGATACCTTGCTGGCGTTGCTGCGCATTCCCCGTGGCGACGGCAAGGGTGCGCAGTCGAGCCTGTTGCGGGCCCTGGCGAAGGCGTTCGGGTTGGGGTTCGATCCGCTCGATTGTGCCTTGGCCGAGCCATGGACCGGGCCGCGGCCCGAGGCCCTGGGCGAGGTCAGCGCCGAGCCTTGGCGCAGCGTCGGCGACACCCGCGAGCGCCTGGAGCTGTTCGCCGCGCGGTTGATCGAACGGGCCCTGGAAGGTCCGGTCAAGCAGCTCGACGCGCCGGGCTGGGACGCGGTGGGGTGCATCATCGAACACCTGCGCGGCGTCGTCGCGCCGCGCCTGGACGCCTGTGGTCCGGCGGAAATGCGCGGCTTGCTTGATGCCCTGGGTGGACGCTTCGTGCCGGCCGGCCCCAGCGGTGCGCCGAGTCGTGGACGCCTGGATGTGCTGCCGACCGGACGCAATTTTTTCTCCGTCGATGTGCGCAACCTGCCCACCACCACGGCGTGGCGCATCGGCTTCCAATCGGCCAACCTGATCCTCGAACGGCACTTGCAGGACCATGGCGATCATCTGCGCCAGCTCGGTCTGTCGGTGTGGGGCACCGCGACCATGCGCACCGGTGGTGATGACATTGCCCAGGCCATGGCGCTGATGGGCGTGCGCCCGGTGTGGGCCACGGGCAGCCAGCGCGTCGACGATTTCGAAATCCTGCCGTTGAGCCTGCTGGACCGGCCCCGGGTCGATGTGACGCTGCGGGTCTCGGGGTTCTTCCGGGACGCCTTCGCCAACCTGATCCGCCTGTTCGATGCGGCGGTGCAGGCCGTTGCGGCCCTTGATGAGCCGGACGACATGAACCCGCTGGCGGCGAAAGTCCGCAGCGAATGCGAAGCCTTGCGGCAAACCGGGCTGCCGTTGGAAGACGCGACGCGCCAGGCCGGCTGGCGGATCTTCGGCGCCAAGCCCGGCGCTTATGGCGCGGGCGTGCAGGGCGCTGTTGACGGACGTCTCTGGCAGAGCCGCGAGGACCTGGCCGAGGTGTACCTCAACTGGGGCGGCTACGCCTACGGCGCCAGTGATGAAGGCACCGCCGCGCGGGCTCAGTTCAGCCGGCGCCTGAGCCAGGTGCAAGCGGTGTTGCAGAACCAGGACAACCGCGAGCACGACCTGCTCGATTCCAACGATTACTACCAGTTCCAGGGCGGCATGCTCGCCGCCGTCGAAACCTTGAGTGGCGAAGCCGCTGCCAGCTACCACGGCGACCACAGCCAGCCGGACTTGCCGAAAATCCGCACCCTGAAGGAAGAGCTCAACCGGGTCATCCGATCCCGCGCGGCCAATCCGAAGTGGATCGACGGCGTCAAGCGCCATGGTTACAAGGGCGCGTTCGAACTGGCGGCGACGGTGGACAACCTGTTTGCCTTCGACGCTACCACGCAGCTGATCGATGATCACCAGTACGCCTTGCTGGCCGATGCCTACCTGCTCGATCCGGATACCCGGGACTTCGTCCGCCAGCACAACCCCGACGCCCTGCGGGACATGACCGAGCGAATGCTCGAAGCCCAGCAGCGGGGGATGTGGCAGGAACCGGGCGACTATCGCGAGGCGCTGGAGAATCTGTTGCTGGATGTCGAAGAAGATGGCTGA MHLLRTQPGGFVSDDNIADLGQTPAELVILCSGDSSLALLAEAARQLPDDYPQFRLANPMQVQNHASVDLYVDDVLRHAKVILLSLHGGIGYWRYGIERLMELAARGVKLILVPGNDRPDPELSDLSNVALEDRDRLWQFLRQGGLANALNLFHHLGSQWFARDYPWAEPQPLPRTAIYHPEQTHATLDHWQTDWRADEPVAAVLFYRSHLQAANTAFIDVFCQRLQAAGLNPLPIAVASLKEPGCLAQVEDWLDEAAAGVILNTTGFAQSSPEAPHLRPFRRDIPVIQAICAQDNEPGWRASEQGLGPRDLAMHIALPELDGRIISRPISFKDLAWRSERSQSDVVCYRAVPERMDFVAELARRWTALARLPSREKRVALILANYPTRDGRIGNGVGLDTPAAALNILRALQAEGYPLSAELPASGTALIQQLLGGVSNDLDSLDLRPCHQSLALDAYQAMFDALPEANRDAVLARWGAPEQDPMFRQGRLMVAGLRLGLTFIGIQPARGYQLDPSAVYHDPDLVPPHGYLAFYFWLRHTYGAHAVIHVGKHGNLEWLPGKGVGLSENCWPDALLGPLPNIYPFIVNDPGEGAQAKRRTQAVIIDHLMPPLTRAETYGPLRNLELLADEYYEAQLLDPRRARELQRDILNLVRETHIDRELQLDAALDSDADAAIWLPRLDTYLCDLKESQIRDGLHIFGESPGGRLRIDTLLALLRIPRGDGKGAQSSLLRALAKAFGLGFDPLDCALAEPWTGPRPEALGEVSAEPWRSVGDTRERLELFAARLIERALEGPVKQLDAPGWDAVGCIIEHLRGVVAPRLDACGPAEMRGLLDALGGRFVPAGPSGAPSRGRLDVLPTGRNFFSVDVRNLPTTTAWRIGFQSANLILERHLQDHGDHLRQLGLSVWGTATMRTGGDDIAQAMALMGVRPVWATGSQRVDDFEILPLSLLDRPRVDVTLRVSGFFRDAFANLIRLFDAAVQAVAALDEPDDMNPLAAKVRSECEALRQTGLPLEDATRQAGWRIFGAKPGAYGAGVQGAVDGRLWQSREDLAEVYLNWGGYAYGASDEGTAARAQFSRRLSQVQAVLQNQDNREHDLLDSNDYYQFQGGMLAAVETLSGEAAASYHGDHSQPDLPKIRTLKEELNRVIRSRAANPKWIDGVKRHGYKGAFELAATVDNLFAFDATTQLIDDHQYALLADAYLLDPDTRDFVRQHNPDALRDMTERMLEAQQRGMWQEPGDYREALENLLLDVEEDG PGPT0009280_874 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009280-cobN-K02230 NA NA D1-35_02652 1065 hypothetical protein ATGAAAACACTGGCCAAACTCCCCGTCACCATCGTCACCGGTTTCCTCGGCTCGGGTAAGACCACCTTGCTGCGGCACATGCTCGACAACGCCCAGGGCCGGCGCATCGCGGTGATCGTCAACGAATTCGGCGAGCTCGGTATCGACGGTGAGATTCTCAAACAGTGCTCCATCGGTTGCACCGAAGAAGAAGCCAACGGCCGGGTCTACGAATTGGCCAACGGTTGCCTGTGCTGCACCGTGCAGGAAGAGTTTTTTCCGGTGATGCGCGAACTGGTGGCCCGTCGCGGCGACCTCGACCACATCCTCATCGAAACCTCTGGCCTGGCCCTGCCCAAGCCCTTGGTCCAGGCCTTCCAGTGGCCGGAAATCCGCAGCGCCTGCACGGTCGATGCGGTGATTACCGTGGTCGACAGCCCGGCCGTGGCCGCCGGTACTTTTGCCGCGTTCCCCGACCAGGTCGATGCCCAGCGCAAACTGGACCCGAACCTGGATCACGAATCGCCGCTGCACGAGCTGTTCGCCGATCAACTGGCGAGCGCCGACCTGGTGATCCTCAACAAGGCCGACCTGATCAGCCCTGAAGACCTGGCAAAAGTCCGCCTGGAAGTCGCCGAAGAATTGCCGCCAGCGGTCAAGGTCATCGAAGCCAGCAGCGGTCGCCTGCCGCTGGACGTGCTGATTGGTCTGGGCGCGGGCTCCGAAGAGCACATCGACAGCCGCCACAGCCACCACGACCATCACCATGACGGTGATGATGACGACCACGATCATGACGCCTTCGACTCGATCTCCCTCGAACTGCCCCAGGCCGATGAAAGCCTGCTGCTGGACGCGCTGACGCAACTGGTGATCCAGCATGACGTGCTGCGGGTCAAGGGTTTCGCGGCGATCCCGAACAAGCCGATGCGCTTGTTGATCCAGGGCGTCGGCACGCGCTTCGACAAACACTTCGACCGCCAGTGGGGCGCCGACGAAGCGCGGGTGACGCGGCTGGTGCTGATCGGCCAGGCGCTGGATGCCGGGCTGCTTGAAGCGCAGCTGCGCGCCGCCCTCAGCGTCTAA MKTLAKLPVTIVTGFLGSGKTTLLRHMLDNAQGRRIAVIVNEFGELGIDGEILKQCSIGCTEEEANGRVYELANGCLCCTVQEEFFPVMRELVARRGDLDHILIETSGLALPKPLVQAFQWPEIRSACTVDAVITVVDSPAVAAGTFAAFPDQVDAQRKLDPNLDHESPLHELFADQLASADLVILNKADLISPEDLAKVRLEVAEELPPAVKVIEASSGRLPLDVLIGLGAGSEEHIDSRHSHHDHHHDGDDDDHDHDAFDSISLELPQADESLLLDALTQLVIQHDVLRVKGFAAIPNKPMRLLIQGVGTRFDKHFDRQWGADEARVTRLVLIGQALDAGLLEAQLRAALSV NA NA NA NA NA D1-35_02654 1137 garK COG1929 Glycerate 2-kinase ATGAAAATAATCATCGCCCCCGACTCGTTCAAGGACAGTCTCAGCGCCCAGGGCGTGGCGGACGCGATTGCCCAGGGGTTGGCCGAGGTCTGGCCGGATGCGCAGTTGATCAAATGCCCGATGGCCGACGGCGGGGAAGGGACGGTGGAGTCGGTGCTGGCGGCGTGCAACGGCCAATGGCGTCGCGCCCTGGTTCGCGGGCCCTTGGGCGCCGCTGTCGAGGCCCGCTGGGGCTGGCTGCCCGACAGCGGCACCGCGATCATCGAGATGGCTGAGGCCAGCGGCCTGCAACTGGTGCCTCCGGGACAGCGCGACGCGTGCTGCAGCAGCACCTTCGGCACCGGCGAACTGATTCGCGCCGCCCTCGATGAGGGGGCCCAGCGCGTGATCCTGGCGATCGGCGGCAGTGCCACCAACGACGGCGGTGCCGGGGCGCTGCAGGCTCTGGGCGTGGCGCTGCTGGACGCAAAGGGCCAATCGCTGCCGCCCGGCGGCCTGGCCCTGGGCAAACTGGCGCGCATTGACCTGAGCGAGTTGGACCCGCGCCTGGCCGGGGTGCGTTTCGAAATCGCTGCCGACGTCGATAACCCCTTGTGCGGGCCCCATGGCGCTTCAGCGGTGTTCGGCCCGCAGAAGGGCGCTTCTGCCGAGCAGGTGCAGCAACTGGATCGCGCGCTGGGGCATTTCGCCGAGCACTGCGCCCAGGCGTTGCACCGGGACGTGCGCGATGAACCGGGCAGTGGCGCCGCCGGAGGCCTGGGATTCGCGGCCAAGGCCTTTCTCCAGGCCCGGTTTCGCACCGGCGTGGAAGTCGTTGCGCAATTGACCGGCCTGGCCGAGGCGATCAACGGGGCCGATCTGGTCATCACCGGCGAAGGCCGTTTCGATGCGCAGACCCTGCGCGGCAAGACGCCTTTTGGCGTGGCCCGCATTGCCCGACACCAAGGTGTACCGGTAGTGGTCATTGCCGGCACGCTGGGGGAGGGTTATCAGGCGCTGTATGAGCATGGCATCGATGCCGCCTTTGCCCTGGCGAACGGGCCGATGACACTTCAAGAGGCCTGCACCGATGCGCCACGCCTGTTGGCCGAGCGCGCGCGGGATATCGCCCGGCTCTGGCGCGTGGCGGCCCGCTAG MKIIIAPDSFKDSLSAQGVADAIAQGLAEVWPDAQLIKCPMADGGEGTVESVLAACNGQWRRALVRGPLGAAVEARWGWLPDSGTAIIEMAEASGLQLVPPGQRDACCSSTFGTGELIRAALDEGAQRVILAIGGSATNDGGAGALQALGVALLDAKGQSLPPGGLALGKLARIDLSELDPRLAGVRFEIAADVDNPLCGPHGASAVFGPQKGASAEQVQQLDRALGHFAEHCAQALHRDVRDEPGSGAAGGLGFAAKAFLQARFRTGVEVVAQLTGLAEAINGADLVITGEGRFDAQTLRGKTPFGVARIARHQGVPVVVIAGTLGEGYQALYEHGIDAAFALANGPMTLQEACTDAPRLLAERARDIARLWRVAAR PGPT0018175_2141 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865 NA NA D1-35_02655 1125 cdaR COG3835 Carbohydrate diacid regulator ATGTTCGAACTCGATCACGACCTGGCCCAGGACATCGTCGACCGGGCGATGGCGATTCTGCCCTATAACGTCAACGTCATGGACAACCAGGGCCTGATCCTCGCCAGCGGCGAGCGTGAGCGCATCAATACCCGTCACGAGGGTGCGCAGTTGGTCCTGGCGAATGGGCGGGTGGTGGAAATCGACGAGCACACCGCCGTGCACCTCAAGGGCGTGCAGCCAGGAATCAACCTGCCGTTGATGCTCGACCAGCGGCTGATCGGCGTGCTTGGCATCACCGGCGAACCCGCGCACTTGCGCACCTACGCCGAGCTGGTGCGCATGACCGCCGAAATGCTGCTCGCCCAGCGCAACCAGCAGGCCGAGCAGCAATGGCGGCGCCAGCGTTGCGATGATTTACTGGCGCTGCTGCTGGGTGATGCCGGGGATTCGCCACGGTTGCTCGACGAAGCCCTGCAGATGGGCCTCAAGCCGCAGCTGTCGCGGGTGCCATACCTGTTTGAATTGGGCCAGGAGCATGGGCCCGGGCAAACGGTCGAGGCGCTGAGCGCGTGGCTGATGTCGCGCTACCCGGACAGCTGGTGCCTGACCTCATCCAAATCTTCTTTGCTCTGGTGCCGGCCGGTTACGGCTTCGGTGGAGAACGAGCGCTTGCTCGGCAAGCTCGACGGGCTGGGCTGGAACATCCTCAGGGTGGCGGTGGGCGGTCAGGCCGAGGGTCTGACCGGCCTGCGCCGTTGCTACCGGCGTGTGGCGGACTTGCTCGCTTACGGCCGTGATGTCCTGCCGCAGTCGCGCCTGTTGATCCTCAATCGTTATCGCCTGCCGGTGCTGCTCTGGCGCCATCGCAGCGACGATGCGCTGGACGAGTTGCTGACACCGCTGCGCAAGGTGATCGCCAAGGACAACAACGGACAACTCCTGGCCACCCTGCGCAGCTGGTGCGAATACGACGGCCAGAGCCAGGCCTGCGCCGACGCCCTGGGCATCCACCGCAACAGCCTGCGCTATCGCATGGAACGCATCGCCGAGCTCAGCGGCGTGGACCCGCTGCGGCTGGATGGGATGCTGGCGTTGTACCTGGGGGTGCAACTGTTGCCGCACGATCAAAACCTCCCCTCATGA MFELDHDLAQDIVDRAMAILPYNVNVMDNQGLILASGERERINTRHEGAQLVLANGRVVEIDEHTAVHLKGVQPGINLPLMLDQRLIGVLGITGEPAHLRTYAELVRMTAEMLLAQRNQQAEQQWRRQRCDDLLALLLGDAGDSPRLLDEALQMGLKPQLSRVPYLFELGQEHGPGQTVEALSAWLMSRYPDSWCLTSSKSSLLWCRPVTASVENERLLGKLDGLGWNILRVAVGGQAEGLTGLRRCYRRVADLLAYGRDVLPQSRLLILNRYRLPVLLWRHRSDDALDELLTPLRKVIAKDNNGQLLATLRSWCEYDGQSQACADALGIHRNSLRYRMERIAELSGVDPLRLDGMLALYLGVQLLPHDQNLPS NA NA NA NA NA D1-35_02656 1311 nicT_2 Putative metabolite transport protein NicT ATGTCCCAGAGCGCAGCAGCCCTCCTGGCTACCCCCGACGAAAAAAATACCGTCTACAAGCGCATCACCCTGCGCTTGATCCCCTTCATCTTCATCTGCTACCTGTTCAACTACCTGGACCGGGTCAACGTTGGCTTCGCCAAGTTGCAGATGCTCGATGCGCTGAAATTCAGCGAAACCGTGTACGGCCTTGGTGCCGGGATCTTCTTCATCGGCTACGTGCTGTGTGGCGTGCCGAGCAACCTGGCACTGACAAAATTCGGCCCGCGGCGCTGGATCGCGCTGATGATGATCACCTGGGGCACGCTGTCGACCTGCCTGCTGTTCGTCACCACCCCGACCGGGTTCTATACCTTGCGGCTGTTCACCGGTGCAGCCGAGGCCGGGTTCTTCCCTGGCGTGGTGCTGTACCTCTCGCAGTGGTTCCCGACGTTCCGTCGCGGCCGGATCATGGCGCTGTTCATGTCGGCCATCCCGGTGTCGGGCCTGCTCGGCAGCCCGTTTTCCGGCTGGATCCTCAACCATTTCGCCGCTGGCCAGGGTGGCCTGGCGGGCTGGCAGTGGATGTTCCTGCTGCAAGGCGTGCCGACGGTGATCCTCGGGGCTCTGGCGTTCTTCCTGCTCAGCGACACCTTCGCCAATGCCAAATGGCTGACCGACCATGAGCGCGCCGTGCTCACCGCCGACCATGCCGAAGACCTGGCCAACAAGCCGAAGACCACCACCGATTCCCTGGCAGCCGTATTCAAGAACCCGGCGATCTGGGCCTTCGGCCTGGTGTACTTCTGCATCCAGAGCGGCGTGTACGCGATCAACTTCTGGCTGCCGTCGATCATCAAGAACCTGGGTTTCAGCGATAACCTGGTGATCGGCTGGCTGAGTGCGATCCCCTATCTGCTGGCGGCGGTGTTCATGCTGCTGGTGGGCCGCTCGGCAGACCTGCGCAAGGAGCGCCGCTGGCATCTGGTCGTGCCGATGCTGATGGGTGCGGTCGGGCTGCTGATCGCCGTCAATTTCGCCACTACGCCGGCCATCGCCATCCTCGGCCTGACCATCGCCACCATGGGCGCCCTCACCGGCCTGCCGATGTTCTGGCCGGTGCCCACCGCCCTGCTCAGCGCGGGGGCGGCGGCCGGCGGGCTGGCGCTGATCAATTCCATGGGCCAGATGGCCGGCTTCCTCAGTCCGTACCTGGTGGGCTGGGTCAAGGACGCCACCGGCTCGACCGATGCGGCGCTCTATGTGCTGGCGGCAGTGATTGTCTGCGGCAGCCTGCTGGCGTTGCGCATGACGCGCACCCTGCGGGGCTGA MSQSAAALLATPDEKNTVYKRITLRLIPFIFICYLFNYLDRVNVGFAKLQMLDALKFSETVYGLGAGIFFIGYVLCGVPSNLALTKFGPRRWIALMMITWGTLSTCLLFVTTPTGFYTLRLFTGAAEAGFFPGVVLYLSQWFPTFRRGRIMALFMSAIPVSGLLGSPFSGWILNHFAAGQGGLAGWQWMFLLQGVPTVILGALAFFLLSDTFANAKWLTDHERAVLTADHAEDLANKPKTTTDSLAAVFKNPAIWAFGLVYFCIQSGVYAINFWLPSIIKNLGFSDNLVIGWLSAIPYLLAAVFMLLVGRSADLRKERRWHLVVPMLMGAVGLLIAVNFATTPAIAILGLTIATMGALTGLPMFWPVPTALLSAGAAAGGLALINSMGQMAGFLSPYLVGWVKDATGSTDAALYVLAAVIVCGSLLALRMTRTLRG PGPT0002325_665 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_02657 1014 yajO COG0667 1-deoxyxylulose-5-phosphate synthase YajO ATGAGCTACCGCACGCTGGGCCATTCCGGGTTGCAAGTCTCGACGCTGACCCTGGGCACGATGATGTTCGGTGAACAGACCAGCACCGAGGATTCGCTGCGGATCATCGACAAGGCCTGGGACCAGGGCATCAATTTCATCGACACGGCCGACGTCTACACCAACGGCCGTTCCGAAGAAATCGTCGGCGAGGCGATTGCCAGCCGGCGCCACGAGTGGGTGCTCGCCACCAAGGTCGGCTTCGGCCCGCCGGACGGTGTGCCCAACCGCAGCGGCTTGAGCCGCAAGCATATCTTCAACGGCATCGAGGCCAGCCTGACGCGCCTGGGCACCGATTACCTGGACATCTACTACCTGCACCGCGAAGACCACAACACGCCATTGCAGGTCACGGTGTCGGCCATCGGCGACTTGATTCGCCAGGGCAAGATCCGCTACTGGGGCCTGTCGAATTACCGCGCCTGGCGCATCGCCGAAGTGATCCGCATCGCCGACAGCCTGGGCGTCGATCGGCCGGTGATCAGCCAGCCGCTGTACAACATCGTCAACCGCCAGGCGGAAACCGAACAGATCACCGCCGCGCAGAACTACGGCCTCGGCGTGGTGCCCTACAGCCCCCTCGCCCGAGGTGTGCTCAGCGGCAAGTACGCACCCGATGTGGCACCGGATGCCAACAGCCGCGCCGGACGCCAGGACAAGCGCATCCTGGAAACCGAATGGCGGGTCGAATCCTTGCGCATTGCCCAGCAGATCCAGCAATACACCCGGGATCGCGGCGTCGGCATTGTCGAGTTCGCCATTGCCTGGGTGCTGAACAACCGTGCCGTCACGTCGGCGATCGTCGGACCGCGCACCGAAGAACAATGGGACGCGTACACCAGGGCGCAAGCGGTGCGGATCACCGCGGATGACGAAGCGTTCATCGATTCGCTGGTGACACCGGGGCATGCTTCGACGCCGGGCTTCAACGACATCAGTCATTTCGTGTCGGGCCGCGTGCCGCATACGTCGTAA MSYRTLGHSGLQVSTLTLGTMMFGEQTSTEDSLRIIDKAWDQGINFIDTADVYTNGRSEEIVGEAIASRRHEWVLATKVGFGPPDGVPNRSGLSRKHIFNGIEASLTRLGTDYLDIYYLHREDHNTPLQVTVSAIGDLIRQGKIRYWGLSNYRAWRIAEVIRIADSLGVDRPVISQPLYNIVNRQAETEQITAAQNYGLGVVPYSPLARGVLSGKYAPDVAPDANSRAGRQDKRILETEWRVESLRIAQQIQQYTRDRGVGIVEFAIAWVLNNRAVTSAIVGPRTEEQWDAYTRAQAVRITADDEAFIDSLVTPGHASTPGFNDISHFVSGRVPHTS PGPT0017540_1333 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017540-yajO|iolS-K23107 NA NA D1-35_02658 885 rarD_1 COG2962 Protein RarD GTGTCCAAAGGCATCGCTCTATCGGTATCGGCCTCCGCCCTGTTCGCGGTCATGTACTACTACACCTCGCTGCTCGCACCGCTGACCGGCCTGGAGATTTTTGGCTGGCGCATGCTGCTGACGATGCCTTGCATGACGGCGTTCATGCTGATTTCACGGGAGTGGAAGCTCGTCGCCGATCTCGTCGAGCGCCTGGTCGCCACACCGCTTCTGCTGCTCGGGGCGATGGCGTCTTCGGCGCTGATGGGCGCGCAGTTGTGGCTGTTCATGTGGGCGCCGCTCAACGGCTACAGCCTGGACGTGTCGCTGGGTTATTTTCTGCTGCCGCTGTCGATGGTCCTGACCGGGCGCATCGTCTATGGCGAGCGACTCTCGCGCTTTCAGAAAGCCGCCGTGTTGCTCGCTACGCTCGGCGTGTTCAACGAGCTATGGCAAGTCGGTGGTCTGTCCTGGGCGACCCTGTTGGTCGTGCTGGGCTATCCGCTGTATTTCATCCTGCGCAAACGCATCCGGACCGACAACCTGGGCGGTCTCTGGCTGGACATGGCCCTGATGCTGCCGTTGGCCCTCTGGTTCGTGCAGAGCGGAGCGCAAGGCTTTGGTGTCTTCAACCAGTACCCGTGGCTGTCGCTGCTCATTCCGGTACTTGGCGTCATCAGCGCCTCGGCGTTGGTGGCGTACATCGTTGCCAGCCGCTTGCTGCCGCTCGGCCTGTTCGGGCTGTTGAGTTATGTCGAGCCGGTGCTGCTGCTGGGCGTGGCGCTGCTGCTGGGGGAAAGCATCGAGGCTGAGGAATGGCTCACCTATATCCCCATCTGGCTGGCGGTGGCCGTGCTGGTGCTGGAAGGCTTCAGGCACCTGGTGCGGCAGCGGCGCCGGGCTTAA MSKGIALSVSASALFAVMYYYTSLLAPLTGLEIFGWRMLLTMPCMTAFMLISREWKLVADLVERLVATPLLLLGAMASSALMGAQLWLFMWAPLNGYSLDVSLGYFLLPLSMVLTGRIVYGERLSRFQKAAVLLATLGVFNELWQVGGLSWATLLVVLGYPLYFILRKRIRTDNLGGLWLDMALMLPLALWFVQSGAQGFGVFNQYPWLSLLIPVLGVISASALVAYIVASRLLPLGLFGLLSYVEPVLLLGVALLLGESIEAEEWLTYIPIWLAVAVLVLEGFRHLVRQRRRA PGPT0003906_2613 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786 NA NA D1-35_02659 1077 hpd 4-hydroxyphenylpyruvate dioxygenase ATGGCAGATCTATACGAAAACCCGATGGGCCTGATGGGCTTCGAATTCATTGAATTCGCATCCCCGACCCCGAATACCCTGGAGCCGATCTTCGAGATCATGGGCTTCACCAAGGTGGCCACCCACCGTTCCAAAGACGTGCACCTGTACCGCCAGGGCGCGATCAACCTGATCCTCAACAACGAACCGCACAGCGTGGCGTCCTACTTCGCGGCCGAGCACGGCCCGTCGGTATGCGGCATGGCCTTCCGCGTCAAGGATTCGCAAAAAGCCTACAAGCGGGCCCTGGAACTCGGTGCCCAGCCGATCCACATCGAAACCGGCCCGATGGAGCTGAACCTCCCGGCGATCAAAGGCATTGGCGGCGCGCCGCTGTACCTGATCGACCGTTTTGGCGAAGGCAGCTCGATCTACGACATCGACTTCGTCTTCCTCGAGGGTGTCGATCGCAATCCGGTGGGCGCCGGTCTGAAGATCATCGACCACCTGACCCACAACGTTTATCGCGGGCGCATGGCCTACTGGGCCAACTTCTACGAGAAGCTGTTCAATTTCCGCGAGATTCGTTACTTCGACATCAAGGGCGAATACACCGGCCTGACTTCCAAGGCCATGACAGCCCCGGACGGCATGATCCGCATCCCGCTGAACGAAGAGTCATCCAAGGGCGCCGGGCAGATTGAAGAGTTCCTGATGCAGTTCAATGGCGAAGGCATCCAGCACGTGGCCTTCCTGACCGACGACTTGATCAAGACCTGGGACGCGCTCAAGAAGATCGGCATGCGCTTCATGACCGCGCCGCCGGACACCTATTACGAAATGCTCGAAGGCCGCCTGCCGAACCATGGCGAACCGGTGGCGGAGCTGCAATCGCGGGGCATCCTGCTGGACGGGGCCTCGGAGCAGGGCGACAAGCGCCTGTTGCTGCAGATCTTCTCGGAAACCCTGATGGGGCCGGTGTTCTTCGAGTTCATCCAGCGCAAGGGCGACGATGGCTTCGGCGAGGGCAACTTCAAGGCACTGTTCGAATCGATCGAGCGTGACCAGGTGCGGCGTGGTGTACTCACTACCGAGTAA MADLYENPMGLMGFEFIEFASPTPNTLEPIFEIMGFTKVATHRSKDVHLYRQGAINLILNNEPHSVASYFAAEHGPSVCGMAFRVKDSQKAYKRALELGAQPIHIETGPMELNLPAIKGIGGAPLYLIDRFGEGSSIYDIDFVFLEGVDRNPVGAGLKIIDHLTHNVYRGRMAYWANFYEKLFNFREIRYFDIKGEYTGLTSKAMTAPDGMIRIPLNEESSKGAGQIEEFLMQFNGEGIQHVAFLTDDLIKTWDALKKIGMRFMTAPPDTYYEMLEGRLPNHGEPVAELQSRGILLDGASEQGDKRLLLQIFSETLMGPVFFEFIQRKGDDGFGEGNFKALFESIERDQVRRGVLTTE PGPT0009480_1462 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0009480-hppD-K00457 NA NA D1-35_02660 945 eamA_1 COG0697 putative amino-acid metabolite efflux pump ATGAAAGCCCTGGAACAAACTGCCTCGACACCCTCGGACCTGCCGGTCTACCTCAAGCTTGCGATGGTCACGATGATCTGGGGCGGCACCTTTGTTGCCGGCAGGATCCTTGCCGATGCGCTGACGCCGATGTTCGCCGCCAGCTTGCGTTTTCTCCTGGCGAGCATCGCGCTGTTGCTGTTTCTCGGCGTCGCCGGTATCCCCCTGGCCAGGCCCGGCTTGAAGCAGGGCCTGCAACTGGCCGCGCTGGGGTTCTTCGGGATTTTTCTCTACAACCTGTGTTTCTTCCATGGCTTGCAATACATCAACGCGTCGCGCGCCTCGTTGATCGTCGCGTTGAACCCGGCAGTGATCGGCTTGGCCTCCTGGTGCTTGTTCAAGGAACGGTTGGGCCGCTTTAAAGTCGCCGGTATCGTGCTGTGCATCGGCGGGGCGGGGTTGGTCATCATCAGTCGCGAACCGGCGCTGTTGCAGGCGACGGAACAGGCTTGGCGCGGGGATCTGCTGATTTTCGGCTGTGTGCTGGGGTGGGGCATCTATTCGCTGTTTTCCAAAGGCCTGAATGAGAGCCTGGGTCCTTTGCAGACCGTGACCTGGTCGATCCTGCTGGGCACGCTGATGTTGTGGCTGGCGTGCGCAGCCGGCGGTGAGATCCGCTTCGAGGCATTGCGTGGGCTGGACCTCAGGCAATGGTTGAGCCTGCTGTACCTCGGCGTGCTGGGTTCGGCCCTGGCCTATATCGCCTGGTATCAGGGCATCCGCCGGATCGGTGCGACGCGTTCCGGCGTCTTCATTGCGCTCAACCCGCTGACGGCGGTACTGCTGGGCGCGATGCTGCTCGACGAACGGCTCACTTTATTTATGTGCGTAGGCGGCGGGTTGATCCTGGCGGGGATCTTCCTGTGCAACAAACCGCTTGCACGCTCGGCAAAAAAGACGATTTGA MKALEQTASTPSDLPVYLKLAMVTMIWGGTFVAGRILADALTPMFAASLRFLLASIALLLFLGVAGIPLARPGLKQGLQLAALGFFGIFLYNLCFFHGLQYINASRASLIVALNPAVIGLASWCLFKERLGRFKVAGIVLCIGGAGLVIISREPALLQATEQAWRGDLLIFGCVLGWGIYSLFSKGLNESLGPLQTVTWSILLGTLMLWLACAAGGEIRFEALRGLDLRQWLSLLYLGVLGSALAYIAWYQGIRRIGATRSGVFIALNPLTAVLLGAMLLDERLTLFMCVGGGLILAGIFLCNKPLARSAKKTI NA NA NA NA NA D1-35_02661 864 gltC_2 HTH-type transcriptional regulator GltC ATGACTCTCACCCAACTCGAAATCTTTTCGCTGGTCGCCGAGCTGCAAGGTTTCACCGCGGCCGCGACACGCCTGGGCATCGGCCAGTCAGCGGTGTCCCACGCGATAAAATCCCTGGAACAGGAGTTGGGCGTCGAACTGTTCAGGCGTCATCAATCCCTCGTCGAGCTCAGCGACATCGGCCAGCAATTGTTGCTGCGTGCGCGGGCGATGCTCGGCCTCGCCAATACCCTGCAACAGGAGGCCGCGGATGCCCGCGGCATGCGCCGTGGAACCCTGCGCATCGGCTCGTTCGGGCCGACGTCGTCGATGAAACTGCTGCCCGCCATCCTGCAGCGCTACCGCACCCTGCATCCGGGAATCGAAGTGCACATCGATGAAGGGCCGGACCGGCAAGTGCTGCAATGGCTGGATGAACGACGGATCGACGTCGGTTTCGTGGTCCTGCCCGAGGAACGCTTCGATACGTTCGCCTTGATGGAAGACCAGATGGTCGCCCTGCTGCCCACCGATCATCCCCTCGCCGAGCGCGCCTGCGTGGAGCTCAAGGCGCTGTGCAACGACCCCTTCATACTCACCGAGGCCGGCTCCTCGGAAGTGGTCGGGCGGCTGTTCAGCGCCGCCCGGCTCACGCCGAATATCCGCTATCGCTGTTCGCAACTGCTCAGCACGCTGGATGTGGTCAGCCGGGGTGAAGCCGTGACCGTGGTTTCCGAGGGTTCGCTGCCGGCCGTGGAAAATCCCGGGTTTGTCGTACGTCCCTTGTCGCCGCGCGTTCCGCGCCAGATCGGCCTCGCGGTGCTGGACAGCCGCCAGGCCTCGCCCGCGACGCTGGCATTTATCGAAGTCGCCCGGCAACCATAA MTLTQLEIFSLVAELQGFTAAATRLGIGQSAVSHAIKSLEQELGVELFRRHQSLVELSDIGQQLLLRARAMLGLANTLQQEAADARGMRRGTLRIGSFGPTSSMKLLPAILQRYRTLHPGIEVHIDEGPDRQVLQWLDERRIDVGFVVLPEERFDTFALMEDQMVALLPTDHPLAERACVELKALCNDPFILTEAGSSEVVGRLFSAARLTPNIRYRCSQLLSTLDVVSRGEAVTVVSEGSLPAVENPGFVVRPLSPRVPRQIGLAVLDSRQASPATLAFIEVARQP NA NA NA NA NA D1-35_02662 1563 pdeG putative cyclic di-GMP phosphodiesterase PdeG ATGCCATTGTCCGCCACACAGATACGCAAGCGGTCCCGTCGCAACCTGATCACCCTGCTCTGCGGGGTGCTGCCGGTGCTCTCGGGAGTGGGCATTCTCCATATCCAGGCCGAACGGACATTGCAACAGCAGGCCCGCCAGACCGCGGGAGAGCTGGTCCGGCAAGTCGAGCTGATGCTCGACAATACCGCGCTGGCGGCGCGCGCACTGCTGCCCCTGGCCGGTCAACCTTGCGAAGCGGTAAAACTGGCCCTGCGTGACCAGGTGACCCGCCGGCCCTTCGTCCGTTCGACCAACCTGATATGGGACGACACGCTGTACTGCAGCTCGCTGTTCGGCGAATTCGAGGAGCCGGTCAACCCGCACAATTACCACCAGGGCACTCTGTGGCTGATGGACGGCAACCCGGTCACGCCCGACACGGCATTGCTGATCTACCGGCTCAACGAGGGCCGGCAAGGGGCACTGGCGACACTGGACGGTTACCACCTGGCTAATGTCCTGCGCCTGATTGGCGGCGAGACGCGTTTGTTGCTGCAAGTAGGACCGAGCTGGCTGGCGGCGGACGGCAAGGTCCGGCAAACCCCGCCGCCTGCCCAGAAGGTAGCTCGCAACGAGTTGGCCTCGTCACGCTACGCCTTCAGCGTCGAAGCCGGCTTCGATGAAGGGGAAACCTGGCGCTACATGGCTCGGGAATATCCACCGCTATTCAGCCTGCTGATTGTCTTCGGCGCCATCGCGGCGCTGCTCGCCCATTGGACACAGAAACGCGCCTCCTCCCCCAGCCATGAACTGCTGCGCGCCCTCGAGGCCGGGGAGTTTGTGCCGTATCTGCAACCGGTGGTGCGCGGCGATGACAAGCGTTGGGCCGGGGTTGAGGTGCTGATGCGCTGGAACCACCCCAAGGAAGGCCTGGTGCGTCCAGACCTGTTTATCCCGCTCGCCGAACACAGCGGGCTGATCGTGCCGATGACCCAAGCACTGATGCAGCAGACCAGGCAATTGCTGGCGCCGCTCGCGCCCTTGCTGGAGGCGCCGTTTCATGTCGGTATCAATATCACCGCCCGCCACTGCAAGGACCTTGCGCTGCTGGAGGATTGCCGCGAGTTCCTGGCCGCGTTCCCACCGGGTGTCATCACGCTGGTGCTGGAGCTGACCGAGCGCGAGCTGATCGAACCGAGCCCGGTGACCCACCAATTGTTCGAGCTGCTGCGCGATCTGGGCGTCAAGATCGCCATCGACGATTTCGGCACCGGCCACTCCAGCCTGGGGTACTTGCAGCAGTTCAACGTCGATTTTCTGAAAATCGATCAAAGCTTTGTCGCGATGATCGGCGCCGATGCGCTGTCACGCCATATCCTGGACAGCATCATCGAGTTGTCGGGAAAACTGCAGTTGGAGATCGTCGCAGAGGGCGTCGAAACCGTTGAGCAAAGCGATTACCTGACGGCTCACAACGTCAACTTTCTACAAGGCTATCTGTTTGGCCGGCCTATTAGTGGCCAAGACTTCAATGCTGCGCTGACCGCCGCTAAAAGCCCGCCCACGACACCGTTCGATTGA MPLSATQIRKRSRRNLITLLCGVLPVLSGVGILHIQAERTLQQQARQTAGELVRQVELMLDNTALAARALLPLAGQPCEAVKLALRDQVTRRPFVRSTNLIWDDTLYCSSLFGEFEEPVNPHNYHQGTLWLMDGNPVTPDTALLIYRLNEGRQGALATLDGYHLANVLRLIGGETRLLLQVGPSWLAADGKVRQTPPPAQKVARNELASSRYAFSVEAGFDEGETWRYMAREYPPLFSLLIVFGAIAALLAHWTQKRASSPSHELLRALEAGEFVPYLQPVVRGDDKRWAGVEVLMRWNHPKEGLVRPDLFIPLAEHSGLIVPMTQALMQQTRQLLAPLAPLLEAPFHVGINITARHCKDLALLEDCREFLAAFPPGVITLVLELTERELIEPSPVTHQLFELLRDLGVKIAIDDFGTGHSSLGYLQQFNVDFLKIDQSFVAMIGADALSRHILDSIIELSGKLQLEIVAEGVETVEQSDYLTAHNVNFLQGYLFGRPISGQDFNAALTAAKSPPTTPFD PGPT0026215_325 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0026215-adrB-K21090 NA NA D1-35_02663 366 hypothetical protein TTGTCCAGACTCGCTGAATTCCGTGCAGCCGAAAGGGCCCTTCAGGAGCAGCTCAAACAGCTGGAATCTCTGAAGAATGACGCCGGGCTGAAAAAAGAGATCGAATTTGAAGAAAAGCTCCTGGGGCTGATGAAAACCTACGGCAAGAGCTTGCGCGACATCGTCGCCATTCTTGATCCGAAGCCGTCCAAGGCCGGCCCGCAGGCGGTCAAGCCAACCAAGACCCGCCGCGCCCGCGTGGTCAAGGTGTACCAGAACCCGCACTCCGGCGAGCTGATCGAAACCAAGGGCGGCAACCACCGCGGCCTGAAAGCGTGGAAGGAACAATACGGGGCTCAAACCGTTGATTCCTGGTTGCGCGGTTGA MSRLAEFRAAERALQEQLKQLESLKNDAGLKKEIEFEEKLLGLMKTYGKSLRDIVAILDPKPSKAGPQAVKPTKTRRARVVKVYQNPHSGELIETKGGNHRGLKAWKEQYGAQTVDSWLRG NA NA NA NA NA D1-35_02664 636 hypothetical protein ATGATACGCAAGGCGCGCGCCATCGCCAAACCGCGTGTGGCTATTGCCTGGTGCTGCGGCGGGCTTCAGACTTTACGATTCGTCCTTGAGTGCAACGCAATGATTCGACCTTGTCTTACGCTGTTCATTCTCTTGTCAGCCGGCATTGCGAGTAGCGGTGCCCTTGCGCTCGAACCGCAGGTTGCGTGGCCATCGGGCTGGGTAGTCGAGTCGCTCCCCGCGCCAGCGTCCACACCGGCGAGTGCGCAGTCGATCAGTCGTGAACGCGCGACCAAGAACGATTCCGCGGGTAATGCGGTGATGGTGATGGAACTGACAACCACGCCGGTCGAACCCGATCATCAGGTCAACTTGCAAGGTGTGTTGCTGGAGATGCGAAAATCCGTTCAGAAGGATTTTTTCCAGGGCGGTTATCAAAGCGTCTGCAATAAGATTCATTCTTCCCTGTTGGGCGGGACTGCAGCGCTGGAAACCACTTGCACGATCACGCAGAACGGCAGACACGTGTTGTCTCAAACACTTGTTGCTGCGCTAAAAGAGGGCAGGGCGTATGTGCTGTCCTACGCCGGCCAGGCCCAGGTATTTGATGAAAGCCAGGAGGAAGTTCAGTCTGTAAGAAATAGCCTGAAACTCTAA MIRKARAIAKPRVAIAWCCGGLQTLRFVLECNAMIRPCLTLFILLSAGIASSGALALEPQVAWPSGWVVESLPAPASTPASAQSISRERATKNDSAGNAVMVMELTTTPVEPDHQVNLQGVLLEMRKSVQKDFFQGGYQSVCNKIHSSLLGGTAALETTCTITQNGRHVLSQTLVAALKEGRAYVLSYAGQAQVFDESQEEVQSVRNSLKL NA NA NA NA NA D1-35_02665 522 gloA Lactoylglutathione lyase ATGAGCCTGCACGAACTCGACACTTTCCCAGGCGTTACTGCCCAGCCCGACGCCGCCACGGCCAGATTCGTCTTCAACCACACCATGCTGCGGGTCAAGGACATCACCAAGTCCCTCGACTTCTACACCCGTGTACTGGGTTTCTCGCTGGTGGAAAAACGCGATTTTCCCGAAGCCGAATTCAGCCTTTACTTCCTCGCACTGGTCGACAAGAGCCAGATCCCGGCAGACGCCGCGGCGCGTACCGAGTGGATGAAGTCGATCCCCGGCATCCTCGAACTGACGCATAACCATGGCACAGAAAACGATCCGGCGTTTGCCTACCACAACGGCAACAGCGACCCGCGCGGTTTCGGCCACATCTGCATCTCGGTGCCGGACGTCGTTGCCGCCTGCGAGCGCTTCGAAGCGCTGGGCTGCGACTTCCAGAAGCGCCTGAGCGATGGCCGCATGAAGAGCCTGGCGTTCATCAAGGACCCGGATGGCTACTGGGTCGAGATCATTCAGCCTGCGCCGCTGTAG MSLHELDTFPGVTAQPDAATARFVFNHTMLRVKDITKSLDFYTRVLGFSLVEKRDFPEAEFSLYFLALVDKSQIPADAAARTEWMKSIPGILELTHNHGTENDPAFAYHNGNSDPRGFGHICISVPDVVAACERFEALGCDFQKRLSDGRMKSLAFIKDPDGYWVEIIQPAPL PGPT0013300_1169 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 D1-35_02666 1563 ahpF COG3634 Alkyl hydroperoxide reductase subunit F ATGTTGGACGCCAATCTTAAAGCTCAGTTGAAGTCATACCTGGAACGGGTCACCCAGCCGATCGAGATCGTTGCATCCCTCGACGACGGTGCGAAATCCCAGGAAATGCTTGCATTACTCAAAGACGTTGCCAGTCTTTCCAACCAGATTACCTTGCTCGACAACGGTACTGATGCGCGCAAGCCATCGTTCTCGTTGAATCGCCCGGGAGCCGATATCAGCCTGCGCTTCGCCGGCATTCCCATGGGGCACGAATTCACTTCGCTGGTGCTGGCCCTGCTGCAAGTCGGCGGCCACCCTTCGAAGGCCAGTGTCGAAGTGATCGAACAGATCCGCTCGCTCAAGGGCGAGTTCAACTTCGAGACGTATTTCTCGCTGTCATGCCAGAACTGCCCGGACGTGGTCCAGGCGTTGAACCTGATGGCGGTGCTGAACCCGAACATCCGTCACGTCGCCATCGACGGCGCGCTGTTCCAGGCCGAAGTCGACGAACGCCAGATCATGGCGGTGCCGAGCATCTACCTGAACGGCGTCAACTTCGGCCAGGGCCGCATGGGCCTGGAAGAAATCCTCGCCAAGATCGACACCAGCGGCATCGAGCGTCAGGCCGAGAAGATCAGCGCCAAGGATGCTTTTGATGTACTGGTGGTCGGCGGTGGCCCGGCCGGTGCTTCGGCAGCGATCTACGCCGCCCGTAAAGGCATCCGCACCGGTGTCGCGGCCGAGCGTTTCGGCGGCCAGGTGCTCGACACCATGGCGATCGAGAACTTCATCTCGGTCCAGGAAACCGAAGGCCCGAAACTGGCCGTCGCCCTGGAAGAGCACGTCAAGCAGTACGACGTCGACATCATGAACCTGCAACGTGCCGACGCTTTGGTCGCTGGCAAAGACGGCGGGCTGCATGAGATCAAGTTCGCCAGCGGTGCGAGCCTCAAGGCCAAGACCGTGATCCTGGCGACCGGTGCCCGCTGGCGTGAAATGAACGTGCCGGGTGAGCAGCAATACCGCAACAAGGGCGTGGCGTACTGCCCGCACTGTGACGGTCCGCTGTTCAAAGGCAAGCGCGTAGCGGTGATCGGCGGCGGCAACTCCGGCGTCGAAGCGGCTATCGACCTCGCGGGTATCGTGGCTCATGTCACCTTGCTGGAGTTCGACGTGCAATTGCGTGCCGACGCGGTGTTGCAGCGCAAACTGCACAGCCTGCCGAACGTGACGGTGATCACCAACGCCCAGACCACCGAAGTGACGGGCGACGGCCAGAAGGTCAACGGTTTGCGCTACAAGGACCGTCCAAGCGGTGAAGTGCGCGACGTGACGCTGGAAGGCATCTTCGTGCAGATCGGCCTGTTGCCAAACACCGATTGGCTCAAGGGCACCGTCGAGCTGTCGCCGCGTGGCGAGATCATCGTCGATGCGCGCGGTGAAACCTCGATTCCGGGTGTGTTCGCCGCCGGTGACGTGACCACCGTGCCGTACAAGCAGATCGTGATCGCCGTGGGCGAGGGTGCCAAGGCTTCGTTGAGCGCCTTCGATCACCTGATCCGTACGTCCGCCCCGGCCTGA MLDANLKAQLKSYLERVTQPIEIVASLDDGAKSQEMLALLKDVASLSNQITLLDNGTDARKPSFSLNRPGADISLRFAGIPMGHEFTSLVLALLQVGGHPSKASVEVIEQIRSLKGEFNFETYFSLSCQNCPDVVQALNLMAVLNPNIRHVAIDGALFQAEVDERQIMAVPSIYLNGVNFGQGRMGLEEILAKIDTSGIERQAEKISAKDAFDVLVVGGGPAGASAAIYAARKGIRTGVAAERFGGQVLDTMAIENFISVQETEGPKLAVALEEHVKQYDVDIMNLQRADALVAGKDGGLHEIKFASGASLKAKTVILATGARWREMNVPGEQQYRNKGVAYCPHCDGPLFKGKRVAVIGGGNSGVEAAIDLAGIVAHVTLLEFDVQLRADAVLQRKLHSLPNVTVITNAQTTEVTGDGQKVNGLRYKDRPSGEVRDVTLEGIFVQIGLLPNTDWLKGTVELSPRGEIIVDARGETSIPGVFAAGDVTTVPYKQIVIAVGEGAKASLSAFDHLIRTSAPA PGPT0013150_1006 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013150-ahpF-K03387 NA NA D1-35_02667 564 ahpC_2 COG0450 Alkyl hydroperoxide reductase C ATGCCTATCATCAACAGCCAAGTTAAACCGTTCAAAGCTACCGCTTTCAAAAACGGCGCATTCGTCGAAGTCTCGGACGCCGACCTGAAAGGCAAGTGGTCTGTCGTGTTCTTCTACCCGGCTGACTTCACCTTCGTTTGCCCAACCGAACTGGAAGACCTGGCCGACAACTACGCCGAGTTCCAGAAGCTGGGCGTCGAGATCTACAGCGTGTCGACCGACACTCACTTCGCCCACGCTGCCTGGCACAACACCTCGCCAGCCATCGGCAAGATCCAGTACACCATGATCGGCGACCCGACCCTGGCCATCTCGCGCAACTTCGACGTGCTGATCGAAGAAGCCGGTCTGGCGGATCGCGGTACTTTCGTGATCAACCCTGAAGGCCAGATCAAGATCGTTGAAATCAACGACGGCGGTGTAGGCCGTGACGCTTCCGAGCTGCTGCGCAAGATCAAGGCTGCTCAGTACGTTGCTGCCCACCCAGGCGAAGTCTGCCCAGCCAAGTGGAAAGAAGGCGAGGCCACTCTGGCTCCGTCCCTGGACCTGGTCGGCAAGATCTAA MPIINSQVKPFKATAFKNGAFVEVSDADLKGKWSVVFFYPADFTFVCPTELEDLADNYAEFQKLGVEIYSVSTDTHFAHAAWHNTSPAIGKIQYTMIGDPTLAISRNFDVLIEEAGLADRGTFVINPEGQIKIVEINDGGVGRDASELLRKIKAAQYVAAHPGEVCPAKWKEGEATLAPSLDLVGKI PGPT0003260_474 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0003260-ahpC-K24119 NA NA D1-35_02668 1356 garB Glutathione amide reductase ATGGCCTACGATTTTGACCTGTATGTGATTGGCGCCGGTTCCGGCGGTGTTCGAGCCGCACGGTTTGCCGCCGGTTTTGGAGCCAAGGTGGCCGTGGCGGAAAGCCGCTACCTGGGCGGCACCTGCGTGAACGTCGGCTGCGTGCCGAAAAAACTGCTGGTCTACGGCGCGCATTACGCCGAGGACTTCGAGCAAGCGTCGGCCTATGGCTGGACAGCGGGCGAGGCGAGTTTCGACTGGGCCACGCTGATCGCCAACAAGGATCGCGAGATCAATCGCCTCAACGGCATCTATCGCAACCTGCTGGTCAACAGCGGTGTCACTCTGCATGAAGGTCACGCGAAGATTACCGGCCCTCACGAAGTGGAAATCAACGGCCAGCGCCACACCGCACAGCACATCATGATCGCCACGGGCGGCTGGCCGGTGATCCCGGACATTCCGGGGCGCGAGCACGCCATCAGTTCCAACGAGGCGTTTTTTCTCAAATCGCTGCCCAAGCGCATGCTGGTGGTTGGTGGTGGCTATATCGCAGTGGAGTTCGCCGGGATTTTCCATGGCATGGGCGCGCGGACCTCCTTGCTGTATCGCGGCGACCTGTTCCTGCGCGGCTTCGACGGCGCGGTGCGCAAACACCTGGCCGAAGAGCTGCAACGCCGTGGCCTCGACCTGCAATTCAAGGCCGACATCCAGCGCATCGACAAGGAAGCCGACGGCAGCCTGAAGGTGACGCTCAAGGACGGTCGCACGCTGGTCACCGATTGCGTGTTCTACGCCACTGGCCGCCGCCCGATGCTGGACAACCTCGGCCTGGAGAACACCGGCGTCACGCTGGACGACAAGGGTTTTGTGCAGGTCAACGAAAAGTACGAGACCGCCGAGCCGTCGATCCTGGCGATTGGCGACGTGATCGGTCGCGTGCAGTTGACCCCCGTCGCACTGGCCGAAGGCATGGCAGTGGCGCGGCGCCTGTTCAAGCCCGAGCAATACCGTCTGGTGGATTACCGGATGATTCCCACGGCCGTGTTCAGCCTGCCAAACATCGGCACCGTTGGCCTGACTGAAGAGCAGGCCCGGGAGGAGGGCCATGAGGTGCAGATTTTCGAAAGCCGTTTCCGGCCGATGAAGCTGACTCTCACCGAGTGCCAGGAGCGCACGCTGATGAAGCTGGTGGTCGACGCCAGCTCCGACAAGGTGCTGGGTTGCCACATGGTCGGGCCGGACGCCGGGGAAATTGTCCAGGGCCTGGCGATCGCCCTCAAGGCCGGGGCCACCAAGCGCGACTTCGACGAGACCATTGGCGTGCACCCAACCGCCGCCGAAGAATTCGTCACCATGCGCACGCCAACCGCCTGA MAYDFDLYVIGAGSGGVRAARFAAGFGAKVAVAESRYLGGTCVNVGCVPKKLLVYGAHYAEDFEQASAYGWTAGEASFDWATLIANKDREINRLNGIYRNLLVNSGVTLHEGHAKITGPHEVEINGQRHTAQHIMIATGGWPVIPDIPGREHAISSNEAFFLKSLPKRMLVVGGGYIAVEFAGIFHGMGARTSLLYRGDLFLRGFDGAVRKHLAEELQRRGLDLQFKADIQRIDKEADGSLKVTLKDGRTLVTDCVFYATGRRPMLDNLGLENTGVTLDDKGFVQVNEKYETAEPSILAIGDVIGRVQLTPVALAEGMAVARRLFKPEQYRLVDYRMIPTAVFSLPNIGTVGLTEEQAREEGHEVQIFESRFRPMKLTLTECQERTLMKLVVDASSDKVLGCHMVGPDAGEIVQGLAIALKAGATKRDFDETIGVHPTAAEEFVTMRTPTA PGPT0013175_1850 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013175-gor-K00383 NA NA D1-35_02669 840 gtaB COG1210 UTP--glucose-1-phosphate uridylyltransferase ATGATCAAGAAATGCTTGTTCCCAGCAGCCGGTTACGGTACTCGCTTCCTGCCAGCGACTAAAGCCATGCCCAAAGAAATGCTGCCGGTGGTGAACAAGCCACTGATCCAGTACGGTGTCGAAGAAGCCCTTGACGCAGGCCTGACGGAAATTTCCATCGTCACCGGCCGTGGCAAGCGCGCCCTGGAAGACCATTTCGACATCAGCTACGAGCTGGAAAACCAGATCAAGGGCACCGACAAGGAAAAATACCTGGTCGGCATCCGCAAGCTGCTGGACGAGTGCTCGTTCTCCTATACCCGCCAGACCGAAATGAAAGGCCTGGGCCACGCGATCCTGACCGGTCGCCCGCTGATCGGTGACGAACCGTTCGCCGTGGTGCTGGCGGATGACTTGTGCGTCAACCTCGAAGGCGACGGCGTACTGACCCAGATGGTCAAGCTGTACAAGCAGTTCCGCTGCTCCATCGTGGCGATCCAGGAAGTGGATCCGCAGGAAACCAACAAGTACGGTGTGATCGCCGGCGAGATGATCCGCGAAGACATCTACCGGGTTCACAGCATGGTCGAGAAGCCAAAGCCTGAAGACGCACCGTCGAACCTGGCGATCATCGGCCGCTACATCCTGACTCCGGACATCTTCGACCTGATCGAACAGACCGAGCCAGGCAAGGGCGGTGAAATCCAGATCACCGACGCGCTGATGAAACAAGCCCAGAACGGCTGCGTGATGGCCTACAAGTTCAAGGGCAAGCGTTTCGACTGCGGTGGCGCCGAAGGTTACATCGACGCGACCAACTTCTGCTTCGAGAACTTCTACAAGACCGGCAAGGCTTACTGA MIKKCLFPAAGYGTRFLPATKAMPKEMLPVVNKPLIQYGVEEALDAGLTEISIVTGRGKRALEDHFDISYELENQIKGTDKEKYLVGIRKLLDECSFSYTRQTEMKGLGHAILTGRPLIGDEPFAVVLADDLCVNLEGDGVLTQMVKLYKQFRCSIVAIQEVDPQETNKYGVIAGEMIREDIYRVHSMVEKPKPEDAPSNLAIIGRYILTPDIFDLIEQTEPGKGGEIQITDALMKQAQNGCVMAYKFKGKRFDCGGAEGYIDATNFCFENFYKTGKAY PGPT0014875_5421 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 D1-35_02670 216 hypothetical protein ATGTCGGCAACTCCAAACGCAAACGGTTACTCGGTCAGCCAGGACAAGGACGGCCAGTGGTGGATTACCAATTACCACGGTGAACAGGTCGCCGGCCCCTTGCCCAGCAAGGCCATGGCGGTGGAAGTGGCTGCGGTATTCCAGGATGAACGCTCTGCCCCGGCGCCCCGGGAGCGCGAAAAGGCTCCGGCACGCAATACTCGCCGCAAGAAATAG MSATPNANGYSVSQDKDGQWWITNYHGEQVAGPLPSKAMAVEVAAVFQDERSAPAPREREKAPARNTRRKK NA NA NA NA NA D1-35_02671 336 hypothetical protein ATGGCCATTCGCTATAATCTCGCGCCATTCCTCCCCCCTCTCGATGACGATCCCATGAAAACACTTCTGGCGCTGTTTACAGTCCTGGCCCTGGCGGGCTGTGCCTCAGCGGAAAAAACCTACCTGGCCAACGGTGAACAAGGCCTGGCCATCGACTGCTCGGGCGAAGCCAATTCCTGGGCGACCTGCTACGAAAAAGCCGATGCGTCCTGCGCCGGCACGGGTTATCGCATCGTCGGCACCGACGGCACACCACAAGCCAAGGAAAGCGAAAAGACTCTGGGGGTCGACGTGGGCAACTTCAGCAGCCGCAGTGTCGTCGTGGTGTGCAAATAA MAIRYNLAPFLPPLDDDPMKTLLALFTVLALAGCASAEKTYLANGEQGLAIDCSGEANSWATCYEKADASCAGTGYRIVGTDGTPQAKESEKTLGVDVGNFSSRSVVVVCK NA NA NA NA NA D1-35_02672 231 hypothetical protein ATGAAACGCGAACAGGTGCGCGAGCGCCATGCAGAAGGCCTGATCTGCGCCACCCATGTGATCCAGAACCCTGGGAGCCCGGGCGAGTGGATCGTGTTCTTCAAGAAAAGCGCCGGGCGCAGTTTTTTTCTGGTGGACGACCAGGACGAAGTTGAATCCTTCTCCCGGCTCGACGACCTGATCGAGACCTTGCGGGGCCTGGGGATCAAGTTCGCCGAGATTCACATCTAG MKREQVRERHAEGLICATHVIQNPGSPGEWIVFFKKSAGRSFFLVDDQDEVESFSRLDDLIETLRGLGIKFAEIHI NA NA NA NA NA D1-35_02673 351 hypothetical protein ATGAAGCGCAGCGTGTGGGTATTGGCCTTGGCCCTGAGTGGATGTGCGTCGGTATCGGACATCAACCAGACACCGCCCACCATGAGCGTCATCTCCGGAAAGAAGCCCCATGAATACGCCCGGTGTGTTGCCGACAAGCTGCTCGAGAGCCGTGGCCCGCTGCAAATGGAGCCGCATAAAAACGGCGTTCGGGTGATCGTTCCCGGCAAGCTGTCGGCGCTGCCGGCGGCGGTGTTCGACATCGACGAGCGCTCCAGCGGCAGCAGCATCAAGCTGCATGAAAGCATGTCCAACGTGCCCGTGCGCCCAGGGGATGTACAGGACGCGGCCAACGCCTGCATTTCCGGTTGA MKRSVWVLALALSGCASVSDINQTPPTMSVISGKKPHEYARCVADKLLESRGPLQMEPHKNGVRVIVPGKLSALPAAVFDIDERSSGSSIKLHESMSNVPVRPGDVQDAANACISG NA NA NA NA NA D1-35_02674 303 hypothetical protein TTGAAATTCATCCACCAGCGCGAGCACCTCAACGAGGACGATATCGTCGTTATCGAATGCTCCCAAATGTGCAACATCCGTTTGATGAACGACGCCAATTTCCGCAGCTTCAAGAACGGTGGCCGGCACACGTACCATGGCGGCTCGTTCGACACGTTCCCGGCCCGGATCACCGCACCGAGCACAGGCTTCTGGAACATCACCATCGACACCGTCAACCGTCGCGCCATCAGCGTTACCCGCAAGCCGACCCTGACCCACAAGATCAAGATCATCCGGCGCTCCAGCTCGAAACTGAGCTGA MKFIHQREHLNEDDIVVIECSQMCNIRLMNDANFRSFKNGGRHTYHGGSFDTFPARITAPSTGFWNITIDTVNRRAISVTRKPTLTHKIKIIRRSSSKLS NA NA NA NA NA D1-35_02675 171 hypothetical protein GTGGCCCAGACGACCAAATACGTCATCAAGTACAAGCTCAACGGCGAACGCCGCTTCGAGTTCGCGCAGTTGCAAAATGGCACCGAGGAAGAAGCCCTGGCAGAGCTGAAGAAGTTGCATGGCGAGAGCGATGATGTGATCAGCGACCTCAAGGTCAGCAAGGCCCTATAA MAQTTKYVIKYKLNGERRFEFAQLQNGTEEEALAELKKLHGESDDVISDLKVSKAL NA NA NA NA NA D1-35_02676 720 hypothetical protein ATGCCCCCTAAGTCCTCCCTGCCCCGCCCCATCGCCGACCTCGACTGGCCCGCCCTGGAACAAGACCTCGACCAGGACGGCTGCGCGATCATTCGCAACCTGCTGCCGGCAGCGTTGTGCCTGGAGCTGCGAGGCTTGTACAGCGACCCGGGGCTGTTTCGTTCCCGCGTGGTGATGGCCCGTCATGGATTCGGACGCGGCGAGTACCAGTACTTTGCTTATCCGCTGCCCAAGGTTGTCCAGCAACTACGTCAATCGCTGTATCCGCGGCTGGTGCCGCTGGCCAACCGCTGGAACGATTGCATGGGCCTGCCAGTGCGCTATCCCGAGCAGCACGCCGATTTCATCCGGCGCTGCCACGACGCCGGCCAACAACGCCCTACGCCGCTGCTGCTGCAATATGGCCCGCAGGACTACAATTGCCTGCATCAGGACCTGTACGGCGAGCACGTATTCCCGTTGCAGGTGGCGATCCTGCTGGCGGAACCGGGCGAGGACTTTGCCGGCGGCGAATTTGTCCTCACCGAACAGCGCCCGCGCATGCAGTCACGACCACAAGTCATCGATCTGAAACAGGGCGACGCCGTGGTGTTCGCCGTACACCAGCGACCCGTCAACGGCGTTCGCGGTTATTATCGAGTGAACCTGCGCCATGGCGTCAGCCGCTTGCACAGCGGCCGCCGGCATACACTTGGGATCATTTTTCATGATGCGCAATGA MPPKSSLPRPIADLDWPALEQDLDQDGCAIIRNLLPAALCLELRGLYSDPGLFRSRVVMARHGFGRGEYQYFAYPLPKVVQQLRQSLYPRLVPLANRWNDCMGLPVRYPEQHADFIRRCHDAGQQRPTPLLLQYGPQDYNCLHQDLYGEHVFPLQVAILLAEPGEDFAGGEFVLTEQRPRMQSRPQVIDLKQGDAVVFAVHQRPVNGVRGYYRVNLRHGVSRLHSGRRHTLGIIFHDAQ NA NA NA NA NA D1-35_02677 681 alkB COG3145 Alpha-ketoglutarate-dependent dioxygenase AlkB ATGATGCGCAATGACCACACGCCCATCACCCTGGATCTGTTCGCCGACCAACCGCCCACCACGCCCGGCGAGGTCGAACAGATCGGCCAGCAATCCTTCGTATTACGCGGGTTTGCCCTGCCCTGGCTCGACCGCGTGCTGCCGGCGCTGGAAAGCGTCTTGCAGGCGGCGCCATTCCGGCAGATGGTCACGCCCGGCGGCTTTACCATGTCGGTGGCCTTGACCAGTTGCGGCGCGCTCGGCTGGACCACCGACCGCAGCGGCTATCGCTACACGGCCCACGATCCGCAGACCGGCCAGCCCTGGCCCGACATGCCACAGCTGTTTCGCGACCTGGCCCGTAACGCCGCCCGGCAGGCGGGGTTCGAACATTTCGAGCCCGATGCCTGCCTGATCAACCGCTACGTGCCCGGCGCCCGAATGTCGCTGCACCAGGACAAGAACGAACGCTCCCTGACGGCCCCCGTCGTCTCGCTCTCCCTGGGCCTGCCGGCGATGTTCCAGTTCGGCGGGTTCGAGCGCAGCGACAAAAGCCAGCGCATTGCGCTGTTCCACGGCGACATCGTGGTCTGGGGCGGTGTGGATCGCTTGCGTTACCACGGCGTGCTGCCACTCAAGCCGGGAGAGCATCCGACGCTGGGTGCCCAGCGGATCAATCTGACGTTCCGCATGGCCGGATAA MMRNDHTPITLDLFADQPPTTPGEVEQIGQQSFVLRGFALPWLDRVLPALESVLQAAPFRQMVTPGGFTMSVALTSCGALGWTTDRSGYRYTAHDPQTGQPWPDMPQLFRDLARNAARQAGFEHFEPDACLINRYVPGARMSLHQDKNERSLTAPVVSLSLGLPAMFQFGGFERSDKSQRIALFHGDIVVWGGVDRLRYHGVLPLKPGEHPTLGAQRINLTFRMAG NA NA NA NA NA D1-35_02678 1074 ada_1 COG0350 Bifunctional transcriptional activator/DNA repair enzyme Ada ATGAACAGCACTTCAAACACTCTCGCCTCTGAACAGGATCCCCGCTGGGCCGCCGTGCTTGCCCGGGACCCGCGTGCCGACGGGCAATTTGTCTATGGCGTGAAAACCACCGGTATCTACTGCCACCCCAGCAGCCTGTCGCGCTTGCCCAACCCGCGTAACGTCGAATTCTTCGACACGCCGGAACAGGCCCAGGCGGCCGGCTATCGCCCCAGCAAACGCCTGGCCAGGGACCAGACCCAGATCGCCGCGCAACAGGCCGCCCGGGTCGCGGCGGCCTGCCGGCAGATCGAGGCCGCCGAGGAACTGCCAGGCCTGAATGAACTGGCGCTGAGCGCGGGTTTGAGCCCTTTTCATTTCCATCGCGTTTTCAAGTCTGTCACCGGCCTGACGCCCAGGGCCTACGCCGCCGCCCACCGCTCGCGCAAAGTGCGCGAACGCCTGGCCGAAGCCGGGACGGTGACCGAGGCGCTGTATGACGCCGGTTTCAATTCCAACAGCCGCTTCTATGAAGCCGCCGACAAAGTCCTCGGCATGAAACCGGCCGACTACCGCGCCGCCGGGCAGAACACCGACATTCGCTTCGCCGTCGGCCAGTGCTCCCTGGGGGCGATCCTGGTGGCGCAAAGCGACCGTGGCGTGTGCGCGATTCTGCTGGGGGACGATCCGGACGCACTGGTACGCGACCTGCAGGACAAATTCCGCCGCGCCAACCTCATCGGCGCCGACCGGGAATTCGAGCAGTTGATTGCCCAGGTCGTGGGATTCATCGAAGCACCGGCCCTGGGCCTCGACTTGCCGCTGGACCTGCGCGGCACGGCCTTTCAGGAACGGGTCTGGCAAGCCCTGCGGGAGATTCCGCCGGGCAGCACCGCCAGCTACGCTGAGATTGCCCAGCGCATCGGCCTGCCCAAGGCCGTTCGCGCCGTGGCCCAGGCCTGCGGTGCCAACAGCCTCGCCGTGGCGATCCCCTGCCACCGGGTGGTGCGCAGCGACGGCAACCTCTCGGGCTATCGCTGGGGCGTCGAGCGCAAGCGTCAGCTGCTGGCGCTGGAACGTTCGTCGGCAGACTGA MNSTSNTLASEQDPRWAAVLARDPRADGQFVYGVKTTGIYCHPSSLSRLPNPRNVEFFDTPEQAQAAGYRPSKRLARDQTQIAAQQAARVAAACRQIEAAEELPGLNELALSAGLSPFHFHRVFKSVTGLTPRAYAAAHRSRKVRERLAEAGTVTEALYDAGFNSNSRFYEAADKVLGMKPADYRAAGQNTDIRFAVGQCSLGAILVAQSDRGVCAILLGDDPDALVRDLQDKFRRANLIGADREFEQLIAQVVGFIEAPALGLDLPLDLRGTAFQERVWQALREIPPGSTASYAEIAQRIGLPKAVRAVAQACGANSLAVAIPCHRVVRSDGNLSGYRWGVERKRQLLALERSSAD NA NA NA NA NA D1-35_02679 489 hypothetical protein ATGGACGTGAAACTCAAGATCGTCGAACCCTTCACCGTCGCCGGTTTGCAGGTGCGCACCCGCAATGCCGACGAGCAGCAAGGCGACACGGCAAAGATCGGCCCGATGTGGCAGCAGTTCTTCACCGAAGGGCTGTTCGAAAACGTTCCGGCCCGGCAGTCCGAGTCGTTCGTCTATGGGGTGTATTCCGATTACGAGTCCGATGCCACCGGCTACTTCAACGTGACGGCCGGTGTGCAGGTCGATGCCACGAGCGCAGGTTACCCCGCCGTGGACGTCGAGGGCGGGGATTACCTGGTGTTTTCGGCCAAGGGGCCGATGCCCGATTGCGTGATCCAGGCCTGGGGCCTGATCTGGGCGTACTTCGCCGATAACCCGCGAACCGTGCGCCGGTTCACCACCGATTTCGAGGTCTACAACGCGCCCGACTCGGTGGCGATCTATATCGGCGTTCAGTCTGCCGACGAACGTTCCAGCGCCAGCAGCTGA MDVKLKIVEPFTVAGLQVRTRNADEQQGDTAKIGPMWQQFFTEGLFENVPARQSESFVYGVYSDYESDATGYFNVTAGVQVDATSAGYPAVDVEGGDYLVFSAKGPMPDCVIQAWGLIWAYFADNPRTVRRFTTDFEVYNAPDSVAIYIGVQSADERSSASS NA NA NA NA NA D1-35_02680 1062 pnoA Nitronate monooxygenase ATGAGTCAGTGGCCAGACACCCGCATTCTCGACCTGCTCGGCATCGAGCTGCCCATCATCCAGGGGCCTCTGGCCGGCGTAACCGGTCCGGCCATGGTAGTCGCCACCTGCAATGCCGGCGGGCTGGGCTCGATGCCGGCGGCGATGCTCGACGTGGAGCAACTGCGCCAGGCGCTGACGACCATCAGCGAACAGACCGACAAACCGTTCAACGTGAATTTTTTCTCGCACCAGCCACCGGCGTTCGATGAACAACGGGCCGAGGCCTGGAAACAGCGGCTCAAGCCTTATTACGAAGAACTGGGCGCCGACTTCGAAGCGCCGACGCCGGTGTCCAATCGCACCCCGTTCGATGATGCGGCCTGCCGCGTGCTCGAGGAACTGCGGCCCAAGGTGGTCAGCTTCCACTTCGGCCTGCCGGAAAAAACCTTGCTGGATCGGGTCAAGGCCACCGGCGCGAAGATCCTCTCCTCGGCCACCACCGTCGAAGAAGCCATCTGGCTCGAACAGCACGGCTGCGACGCGATCATCGCCATGGGCTATGAGGCCGGCGGTCATCGCGGGATGTTCCTGAGCGAGGACCTCAACACCCAGGTGGGTCTGTTCGCCCTGCTGCCGCAAGTGGTGGATGCGGTGAAGGTGCCGGTGATCGCCACCGGCGGGATCGGCGACGCGCGCGGGATTGTCGCGGCGTTTGCCCTGGGCGCGTCGGCGGTGCAGTTGGGCAGCGCTTATCTGTTCACGCCGGAAGCCAAGGTCACACCTTCCCACCACCGGGCGCTGCGCACGGCCAGGGAAAGCCAGACCGCCGTCACCAACCTGTTCACCGGCCGCCCGGCCCGGGGCATCGTCAACCGGGTGATGCGCGAGGTCGGCCCGATGAGCCCGCTCGCGCCGGCTTTCCCCCTGGCGGGCGGCGCCTTGATGCCGCTGCGGGCGAAAGACGAAGCAGATTTCGCCAACCTCTGGGCCGGCCAGGCGTTTCCCCTGGGGCGTGAGCTGCCGAGCGGCGAACTGACCCGGCGCTTGGCCGAAGAAGCGCTGGCGCGGTTCAAGGGCTGA MSQWPDTRILDLLGIELPIIQGPLAGVTGPAMVVATCNAGGLGSMPAAMLDVEQLRQALTTISEQTDKPFNVNFFSHQPPAFDEQRAEAWKQRLKPYYEELGADFEAPTPVSNRTPFDDAACRVLEELRPKVVSFHFGLPEKTLLDRVKATGAKILSSATTVEEAIWLEQHGCDAIIAMGYEAGGHRGMFLSEDLNTQVGLFALLPQVVDAVKVPVIATGGIGDARGIVAAFALGASAVQLGSAYLFTPEAKVTPSHHRALRTARESQTAVTNLFTGRPARGIVNRVMREVGPMSPLAPAFPLAGGALMPLRAKDEADFANLWAGQAFPLGRELPSGELTRRLAEEALARFKG PGPT0006800_1673 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 D1-35_02681 753 modA COG0725 Molybdate-binding protein ModA ATGCGCTCGAACCCTTTCGCCCGGCTGCTGCTGGCTACCTGCTTTTGTGTCAGTGCCGCTCAAGCCGACGAGGTGCAGGTAGCCGTCGCTGCCAACTTCACTGCGCCGATACAGGCCATCGCCGCCGATTTCGAAAAAGACACCGGCCACAAGCTGATAGCCGCCTATGGCGCGACCGGGCAGTTTTATACGCAGATCCAGAATGGTGCGCCCTTCGAAGTCTTCCTCGCCGCCGACGACACCACCCCGGCCAGGCTCGAAAGCGAAGGCGCTACCGTCAAGGGCTCGCGCTTCACCTACGCCATCGGCACGTTGGCGCTGTGGTCGGCCACGGACAACTACGTCGACAACCAGGGCCAGGTCCTGCGCGACAATGCATTCACGCACCTGTCCATCGCCAATCCGAAAACCGCGCCGTATGGCCTGGCCGCGACCCAGGTCCTGGAAAAACTCGGGCTGTCCGCGCCGGTCAAGAACAAGCTCGTCGAAGGCCAGAACATCACCCAGGCCTATCAGTTCGTCTCCACCGGCAACGCCGAACTGGGCTTCGTCGCTCTGTCCCAGGTGTACAAGGACGGCAAGCTGGCAAGCGGTTCGGCATGGATCGTCCCGGCCGAGCTGCATGCTCCGATCAAACAGGACGCGGTGATTCTCGCTAAAGGCCGGGACAACCCTGCCGCCCTGGCCTTGATGGAATACCTCAAGGGCCCGCAAGCCGCCGCCATCATCCAGTCCTTCGGTTATCAACGCTGA MRSNPFARLLLATCFCVSAAQADEVQVAVAANFTAPIQAIAADFEKDTGHKLIAAYGATGQFYTQIQNGAPFEVFLAADDTTPARLESEGATVKGSRFTYAIGTLALWSATDNYVDNQGQVLRDNAFTHLSIANPKTAPYGLAATQVLEKLGLSAPVKNKLVEGQNITQAYQFVSTGNAELGFVALSQVYKDGKLASGSAWIVPAELHAPIKQDAVILAKGRDNPAALALMEYLKGPQAAAIIQSFGYQR PGPT0008435_3649 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020 NA NA D1-35_02682 681 hypothetical protein ATGCCGCTGACCGGCGCCGATTACGCGGCCATCTGGTTGACGCTGAAACTGGCGTCGCTGACCACGGTGATCCTGCTGCTCATCGGCACGCCCATCGCCCTGTGGCTGTCGCGCACCCGATCCTGGCTGCGCGGGCCGGTGGGCGCGGTGGTGGCCCTGCCGCTGGTGTTGCCGCCCACCGTGATCGGCTTTTATCTGTTGCTGGCGCTGGGTCCGAACGGCTGGATCGGCCAGTTCACCCAGGCTCTCGGCCTGGGCACCCTCACCTTCAGCTTTACCGGGTTGGTGATCGGCTCGGTGATCTATTCCATGCCGTTTGTTGTCCAGCCCTTGCAGAACGCGTTTTCCGCCATCGGCAATCGTCCACTGGAAGTCGCCGCCACGCTGCGAGCGGGTCCATGGGATACTTTTTTCCACGTTATCCTGCCCTTGGCCCGACCCGGTTTCATCACCGCGGCGATTCTCGGTTTCGCCCACACGGTCGGTGAATTCGGCGTGGTGCTGATGATCGGCGGCAACATCCCGGAAAAGACCCGGGTGGTGTCGGTGCAGATCTACGACCATGTCGAAGCCCTCGAATATGCCCAGGCCCATTGGCTGGCGGCGGCGATGCTGGGGTTTTCCTTCCTGGTGCTGCTGGCGCTGTACTCCAGCCGCCGCACCCGTGCCGGCTGGAGCTGA MPLTGADYAAIWLTLKLASLTTVILLLIGTPIALWLSRTRSWLRGPVGAVVALPLVLPPTVIGFYLLLALGPNGWIGQFTQALGLGTLTFSFTGLVIGSVIYSMPFVVQPLQNAFSAIGNRPLEVAATLRAGPWDTFFHVILPLARPGFITAAILGFAHTVGEFGVVLMIGGNIPEKTRVVSVQIYDHVEALEYAQAHWLAAAMLGFSFLVLLALYSSRRTRAGWS PGPT0008440_2403 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018 NA NA D1-35_02683 1080 btuD_6 Vitamin B12 import ATP-binding protein BtuD ATGATCCAGGCAAGATTTCAACTCGACCACGGCGACTTTTTCCTCGACCTGGACGTGCAATTGCCTGGCCGTGGGGTGACGGCGCTGTACGGCGAATCCGGCTCTGGCAAGACCACTTGCCTGCGCTGCATCGCCGGCCTGGAGCGACCCTCCCAGGGCTTCATCGAGGTCAATGGCGAAGTCTGGCAAGACAGTGAGCGCGGCGTATTCGTACCACCTCATCAGCGCGCGCTGGGCTATGTTTTCCAGGAGGCGAGCCTGTTTGACCACCTGTCGGTGCGCGACAATCTGGCGTTCGGCCTCAAGCGCGTAGCACCGGCGCAACGGCGCGTGGACATGAACCACGCGACGGAACTGCTCGGCATCGGTCACCTCCTCGACAGGCAACCCCATAACCTCTCCGGCGGCGAACGCCAGCGCGTCGGCATTGCCCGCGCCTTGCTGACCAGCCCGCGACTGCTGCTGATGGACGAGCCACTGGCGGCCCTCGATACGCGGCGCAAAAACGAAATCCTGCCTTACCTGCAACGACTCCACGATGAACTGGACATCCCGGTGCTGTACGTCAGCCATTCCCAGGACGAAGTCGCGCGCCTGGCTGATCACATCGTGCTGCTCGATGCCGGGCGCGCCCTGGCCAGCGGGCCGATCGCCGAAACCCTGGCGCGGCTCGACCTGCCACTGGCCCAGGGCGATGACGCGGGCGTGGTGATCCAGGGCAACGTCAGCGCCCATGACCCGCAATACCAGCTACTTACCCTGACGTTGCCCGACAGCCAGCTCCAGGTGCGTGTCGCCCATCAGCCGATGGCTGTCGGCCGGCCGTTGCGCTTCAAGGTACAGGCGCGGGATGTCAGCCTGAGCCTGGCGAACGATGCACAGACCAGCATTCTCAATCGCCTGCCGGTGACGGTCGTCAGCGAACTGGCGGGCGACAACGCGGCTCATGTACTGATCCGGCTGGAGGCCGCTGGCACGCCGTTGCTGGCGCGGATTACCCGGTATTCCCGGGATCAGTTGAAGCTGCATCCGGGGCAGATGTTGTGGGCGCAGATCAAGGCGGTGGCGGTGTTGGCGTAG MIQARFQLDHGDFFLDLDVQLPGRGVTALYGESGSGKTTCLRCIAGLERPSQGFIEVNGEVWQDSERGVFVPPHQRALGYVFQEASLFDHLSVRDNLAFGLKRVAPAQRRVDMNHATELLGIGHLLDRQPHNLSGGERQRVGIARALLTSPRLLLMDEPLAALDTRRKNEILPYLQRLHDELDIPVLYVSHSQDEVARLADHIVLLDAGRALASGPIAETLARLDLPLAQGDDAGVVIQGNVSAHDPQYQLLTLTLPDSQLQVRVAHQPMAVGRPLRFKVQARDVSLSLANDAQTSILNRLPVTVVSELAGDNAAHVLIRLEAAGTPLLARITRYSRDQLKLHPGQMLWAQIKAVAVLA PGPT0008445_1267 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008445-modC-K02017 NA NA D1-35_02684 1038 hypothetical protein ATGCCCGACACCCTGCCGCCCGATGCACTCCCGGCTGATCTGCACTACGTCGACGACACCGCCCCGGGCATCACTCGCCGCAAACTGCGGGGCAAGTTCTGCTACTTCGACCCGTCGGGCCAGCGCATTACCGACCCCGCCGAAATCCAGCGGATCAACGCCCTGGCCGTTCCGCCGGCCTACACCGATGTGTGGATCTGCACTGACCCGCGCGGCCACCTCCAGGCCACCGGACGCGACGCCCGAGGGCGCAAGCAATACCGCTACCATGCGCGCTGGCGCGAAGTGCGCGATGCGGACAAGTATTCACGCATGCTCGAATTCGGCCGCACCCTGCCGCGACTGCGCAAACGCCTCGAGGAAATCCTCGCCACGCCCGGTTTCAGCCGCGATAAAGTCCTGGCAACGGTCATCACTTTGCTCGACGTCACGCTGATCCGCGTCGGCAATAGCCAATACGCCCGGGACAACCGTTCCTACGGCCTGACCACGCTGCGCAACAAGCATGTCGCGGTCAACGGCAGCGCCATCGCTTTCCAGTTCCGTGGCAAGAGCGGCGTTGAACACCAGATCACCGTGAAGGACCGACGCCTGGCGCGGATCATCAAGCGTTGCCAGGAAATTCCCGGGCAGAACCTGTTCCAGTACCTGGACGAACACGGCGAGCGCCACGCCGTCACGTCTTCGGACATCAACGCCTACCTCAAGACACTCACCGGCGCCGATTTCACGGCCAAGGACTACCGCACCTGGGCAGGCAGCGCGGCGGCGCTGGACGGACTGCGCACATTGCAGTGGGAAACCGAGACCGAAGCCAAGCGACACGTTGCCGAAATGGTCAGGCAGGTTGCCCGGCAGTTGGGCAATACGCCTGCCGTCTGTCGCAAATGCTACATCCACCCCGCCGTGCTGGAAGGCTTCATGGGCGGCATCCTGAGCGAACTGCCCAAGCCTCGCGTACGCAAAGGACTCAGTGCGCAAGAAGCCGCGCTGACGATGTTCCTGCAGCGCATGGCCCAAGCCGTCGAAGCCTGCTAA MPDTLPPDALPADLHYVDDTAPGITRRKLRGKFCYFDPSGQRITDPAEIQRINALAVPPAYTDVWICTDPRGHLQATGRDARGRKQYRYHARWREVRDADKYSRMLEFGRTLPRLRKRLEEILATPGFSRDKVLATVITLLDVTLIRVGNSQYARDNRSYGLTTLRNKHVAVNGSAIAFQFRGKSGVEHQITVKDRRLARIIKRCQEIPGQNLFQYLDEHGERHAVTSSDINAYLKTLTGADFTAKDYRTWAGSAAALDGLRTLQWETETEAKRHVAEMVRQVARQLGNTPAVCRKCYIHPAVLEGFMGGILSELPKPRVRKGLSAQEAALTMFLQRMAQAVEAC NA NA NA NA NA D1-35_02685 564 clpP_3 ATP-dependent Clp protease proteolytic subunit ATGTCCGAACACATCGTCCATTTCCATTGCCAGATCGACCAGGGAACCACCGAGCGCTTCCGGGACAATTGCCTGGAAGCCATTGAAAAAGGCGCCGACTCGCTGATGCTCAACCTCTCTACTGTCGGCGGCAGCACCAATTTCGGTTTCACCCTCTATACCTTTATCAAATCCCTTCCGGTGCCCGTGCGCGCGGTGAATGCCGGCAACATCGAGTCGATGGGCATCGTCATGTACCTGGCCGCCAGCGACCGCACCACCACCCCACATTCACGCTTCCTGATACACCCGATGAATTGGTATTTCGGCCAGAAATCGGTGGATCACTCGCGCTTGCGTGAATACCTCTCGAGTCTGGACAACGACGTGGCGCGGTACGTGGAGATCTACGTCAAGGAAACCGCCGGCGCCGCCACGCAACTGGATATCTTCAAATGCCTGTGCGCCGAGGAGCGAGTGATACCGGCGGAAAATTCGCTGGCTTTCGGCATCGCGCACCGGGTGGAACAAGTGGTGTTTGCGCCCGAGGCGAAACACTGGAAAGTCAGCGGCGGCGAGGACTGA MSEHIVHFHCQIDQGTTERFRDNCLEAIEKGADSLMLNLSTVGGSTNFGFTLYTFIKSLPVPVRAVNAGNIESMGIVMYLAASDRTTTPHSRFLIHPMNWYFGQKSVDHSRLREYLSSLDNDVARYVEIYVKETAGAATQLDIFKCLCAEERVIPAENSLAFGIAHRVEQVVFAPEAKHWKVSGGED PGPT0014595_8549 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D1-35_02686 180 hypothetical protein ATGGCTAATAGCGGAAACAAAAACCCAGGTAACTTCGCAAACGACCGAGAGAAAGCATCCGAAGCCGGCAAGAAAGGCGGACATGCTTCCGGCGGAAACTTTGCCAACGACCGGGAAAAAGCCTCTGAAGCCGGTAAGAAAGGTGGCGAACGCAGCCATGGCGGCGGCAGAAAATCGTAA MANSGNKNPGNFANDREKASEAGKKGGHASGGNFANDREKASEAGKKGGERSHGGGRKS PGPT0002680_752 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_INDUCIBLE_PROTEINS,PGPT0002680-yciG|ymdF|gsiB-K06884 NA NA D1-35_02687 225 hypothetical protein ATGAGCCAGGACCGATTCATTGTCAGTTTCATTGCCGACGGCCAGCCCGATAACCGGGTGCTGGCGGCTGACACCGAGACCCTGAGCACCGAAGAAGCCGAGGCACTCTTGAGAGTGACCTTCACCGAATTGAAAAGCGTCAGGATCAGTGACGTCCAAGTTCAGAAAAGAACCAAGCCAAACGAAACGGAACATAATGTTCCGGGGCACTTCAAACAGCCTTGA MSQDRFIVSFIADGQPDNRVLAADTETLSTEEAEALLRVTFTELKSVRISDVQVQKRTKPNETEHNVPGHFKQP NA NA NA NA NA D1-35_02688 753 hypothetical protein ATGCTTGGAAAGATCACTCATGGAACCTGGGCCATGCTTTGCGTGGCAACGGTGGGGTTGGCAGGCTGCGCGGGCGGTAACAGCCATTCACCGGTGGACGCGCCAGGAGCCGCGAAGAGCCCGACCACCGCGACGCTGGAAGCCGGGGCGGGGCTCATGCAGAACAAACCCCCGTTGCAAGCGCTGGACACCTACCTGGATGGCTTCCATTTCTACAACGGGCGGATGTCCGGGCAAATGGAAGCGCATCACTACTGCACGGCACTGAACGAAGAAGTGTTCCAGTGCGCCATCTTTGATGCCAACACCGCGAACGCCAAGCTCATGGGCGTGGAGTACATCATCAGCAAGCGCTTGTTCGAGGGCTTGCCGGCCAGCGAAAAACAGTTGTGGCACAGCCATGTGCATGAGGTGAAGTCCGGGCAACTGATCGCGCCAGGGATTCCCGAGGTGGCGGAAACCCGTTTGATGAAAAACCTTGTCAGCACCTACGGCAAGACCTGGCACACCTGGCACACCGAACAGGGCAACGCGCTGCCTTACGGTGTTCCGCAACTGATGATGGGCTTTACCGCCGACGGCCAGATCGACCCTCAGTTGGTGCGTGAGCGCGACAGCCGGATGGGCATCTCCAGCGAAGAGAAAAAACGCGCCCGCGCGGCAATCGAAGCGCCGGCAATCGATCCCGGGGCGGATGCCTGGCAGAAGGGGCAGGTGTGGCAGATCAAGGACCCGACGGGGCATGCTCATTAA MLGKITHGTWAMLCVATVGLAGCAGGNSHSPVDAPGAAKSPTTATLEAGAGLMQNKPPLQALDTYLDGFHFYNGRMSGQMEAHHYCTALNEEVFQCAIFDANTANAKLMGVEYIISKRLFEGLPASEKQLWHSHVHEVKSGQLIAPGIPEVAETRLMKNLVSTYGKTWHTWHTEQGNALPYGVPQLMMGFTADGQIDPQLVRERDSRMGISSEEKKRARAAIEAPAIDPGADAWQKGQVWQIKDPTGHAH NA NA NA NA NA D1-35_02689 579 hypothetical protein ATGCGCGAGTCTTTTCACGCCACACAAGGAAAATGCGACGCGATGTTCGAGATCAAACCGTGGGACGCCGTGACCTACCGGCAGCAGACCCGCCGCAGCACGCTCATCCTCGCCTTGGTATTCCTGGCCTTGGCGATGCTGCTATCGAGCCTGGCGGTGATGCTGTTCGGCACACCCGGGGGCGATAATTTTCGCTTCAACGTGGGCGGGGTTTTCGCCGCCGTGCTGCTGATGGCCGCGCTCATGCGCGGGTATTTCTGGCAACAGCCGTGGATGGCCGCGGCGGTGTACGGCTGGCAGCTCAAGCGCAGCCTGATGAGCGTTACCAACGTGATGCACCAGGTAAAGGCTGGGGTGCAGGCCCAGGATCCGGCGGCGATGAAGCTGCTGCGCTTCTATCATTTGGGCCTGGCCCAGATGCACCTGCTGGATGCCAACTCCAGCGACCAGGCCTCGTTGAATCGCGAGGCCGATGAACATCTGCAGAACATGCAGGCGCGCGGTCTGGACCCCGAGCAGTCGCGCCTTGACCCGGCCTGGATCGGTACCGTGAAACAGGCCTATAAGGCCCGCGATTAG MRESFHATQGKCDAMFEIKPWDAVTYRQQTRRSTLILALVFLALAMLLSSLAVMLFGTPGGDNFRFNVGGVFAAVLLMAALMRGYFWQQPWMAAAVYGWQLKRSLMSVTNVMHQVKAGVQAQDPAAMKLLRFYHLGLAQMHLLDANSSDQASLNREADEHLQNMQARGLDPEQSRLDPAWIGTVKQAYKARD NA NA NA NA NA D1-35_02690 1374 ppnN COG1611 Pyrimidine/purine nucleotide 5'-monophosphate nucleosidase ATGACTCAAAGACATGTAATCAACGCCTCGGTAAGCCCCAAGGGCAGCCTGGAGACCTTGTCCCAGCGCGAAGTCCAGCAACTGAGCGAAGCCGGTTCCGGCAGCATCTACGATCTTTTCCGCCAGTGCGCCCTGGCTATCCTCAACACCGGCGCCCATGTCGACAATGCCAAGACCATCCTCGAAGCCTACAAGGATTTCGAGATACGCATTCACCAGCAGGACCGGGGCGTGCGCCTGGAGCTGCTGAACGCGCCGGCCGATGCATTCGTCGACGGCGAGATGATCGCCAGCACCCGGGAAATGCTCTTCAGCGCCCTGCGCGACATCGTCTACACCGAGAACGAACTGGACAGCCAGCGCATCGACCTGAGCTCATCCCAGGGCATCAGCGACTACGTCTTCCACCTGCTGCGCAACGCCCGCACCCTGCGTCCCGGCGTGGAACCGAAAATCGTCGTGTGCTGGGGCGGTCATTCGATCAACACCGAAGAATACAAATACACCAAGAAAGTCGGCCATGAACTCGGCCTGCGCAGCCTGGACATCTGCACCGGCTGCGGCCCCGGCGTGATGAAAGGCCCGATGAAAGGCGCGACCATTGCCCACGCCAAGCAGCGTATCCATGGCGGGCGTTATCTGGGCCTGACGGAACCGGGCATCATCGCCGCCGAGGCGCCGAACCCGATCGTCAACGAGCTGGTAATCCTGCCGGACATCGAGAAGCGCCTGGAAGCCTTCGTGCGCGTCGGCCACGGCATCATCATCTTCCCGGGCGGCGCCGGTACGGCGGAAGAGTTCCTCTACCTGCTGGGCATCCTCATGCACCCGGCCAACCAGGACCTGCCCTTCCCGGTCGTGCTCACCGGGCCGAAAAGCGCCGCGCCGTACCTGGACCAGTTGCACGCCTTTGTCGGCGCGACCCTGGGCGAAGCCGCGCAGAAGCACTACCAGATCATCATCGACGATCCGGCTGAAGTGGCGCGGCAGATGACCCAAGGCCTGAAAGAAGTGAAGCAGTTCCGCCGCGAGCGCAACGACGCGTTCCACTTCAACTGGCTGCTGAAGATCGACGAAGGTTTCCAGCGCCCGTTCGACCCGACCCACGCCAACATGGCCAGCCTCGGCCTGAGCCGCGACCTGCCGCCCCACGAACTGGCCGCCAACCTGCGCCGGGCGTTTTCCGGGATCGTCGCCGGTAACGTCAAGGACAAGGGCATCCGCCTGATCGAAGAACACGGCCCGTACGAGATCCACGGCGATCCCGCCATCATGGAACCGCTTGACCGCCTGCTGCAGGCCTTCGTCGCCCAGCACCGGATGAAACTGCCGGGCGGCGCGGCGTATGTGCCGTGCTATCGCGTGGTGACCTGA MTQRHVINASVSPKGSLETLSQREVQQLSEAGSGSIYDLFRQCALAILNTGAHVDNAKTILEAYKDFEIRIHQQDRGVRLELLNAPADAFVDGEMIASTREMLFSALRDIVYTENELDSQRIDLSSSQGISDYVFHLLRNARTLRPGVEPKIVVCWGGHSINTEEYKYTKKVGHELGLRSLDICTGCGPGVMKGPMKGATIAHAKQRIHGGRYLGLTEPGIIAAEAPNPIVNELVILPDIEKRLEAFVRVGHGIIIFPGGAGTAEEFLYLLGILMHPANQDLPFPVVLTGPKSAAPYLDQLHAFVGATLGEAAQKHYQIIIDDPAEVARQMTQGLKEVKQFRRERNDAFHFNWLLKIDEGFQRPFDPTHANMASLGLSRDLPPHELAANLRRAFSGIVAGNVKDKGIRLIEEHGPYEIHGDPAIMEPLDRLLQAFVAQHRMKLPGGAAYVPCYRVVT PGPT0021310_263 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021310-ppnN|ygdH-K06966 NA NA D1-35_02691 666 hxpA COG0637 Hexitol phosphatase A ATGCCTGTCAGTCTCCCCACCCCCATCGCCTACCGCGCCTTCCTCTTCGACATGGACGGCACGCTGCTCAACTCTGTCGCTGCCACCGAGCGGATCTGGACGCGCTGGGCCATGCGTCATGGCCTGGACGTGGCGACATTCCTGCCGACCATCCATGGCGTGCGCGCTGTCGACACCGTCGCCCGCCAGAACCTGCCGGGCGTGGATGCCCAGGCCGAGGCCGCGCAGCTCACCGTCGAAGAAATCGAGGACGTGGAGGGCGTGGTCGAGGTGCCCGGTGCGCTGGCGTTTCTCAAAAGCCTGCCGCCGACGCAATGGGCAATCGTCACCTCGGCGCCCATGGCCTTGGCTTTGCGCCGCATGGAAGCAGCCGGGATTGTGCGCCCGGCGGTGATGGTGACTGCCGAAGACGTGAGCGCCGGCAAGCCAAACCCCGATTGCTATCTACTCGCGGCGCAGCGCTTGCAAGTGAAACCGCAGGAATGCCTGGTGTTCGAGGATGCCGAAGCCGGTATCAAGGCCGGCGAGGCCGCGGGCGCGGACGTGGTGGTGGTGACGGCCACGCACACGCATCCGGTGGTGACGTTGCACTCGCAGATTGAGGATTACCGTGGGCTGAGCGCCACGGTGGAGGGCGGATTAATGCACCTTCCAAACCACCGCTAA MPVSLPTPIAYRAFLFDMDGTLLNSVAATERIWTRWAMRHGLDVATFLPTIHGVRAVDTVARQNLPGVDAQAEAAQLTVEEIEDVEGVVEVPGALAFLKSLPPTQWAIVTSAPMALALRRMEAAGIVRPAVMVTAEDVSAGKPNPDCYLLAAQRLQVKPQECLVFEDAEAGIKAGEAAGADVVVVTATHTHPVVTLHSQIEDYRGLSATVEGGLMHLPNHR PGPT0018405_65 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_SORBITOL_DEGRADATION,PGPT0018405-hxpB-K19270 NA NA D1-35_02692 1347 mepA COG0534 Multidrug export protein MepA ATGCCTGCCCAGCCACTCTGGAAAACCTACCTGCTGTTCCTGGCCCCCATGGTCCTGTCCAATTTCCTCCAGTCGATGTCCGGTACGCTCAACAGCATCTACATCGGCCAGATGCTCGGTACCCAGGCTTTGGCGGCGGTGTCGGGGATGTTTCCCATCGTGTTTTTCTTCATCGCCCTGGTGATTGGTCTGGGCGCGGGGGCGGGCGTGTTGATCGGGCAGGCCTATGGCGCCGGCGAGACCGGAACGGTGAAGGCGATCGCCGGCTCGACGTTGCTGTTGGGGGCGATCATCGGGTTGGTGGCCGCGGTGTTGGGCAGCGTCTTTGCTCGCGAGGCCCTGCAAGGGCTCGGCACGCCCGACGATGTGCTCGAAGATGCCATTTCTTACGCGCGGGTGATGATGTGGATCCTGCCGATGCTACTGGTGTTCGTGCTCTTCACCCAGCTGCTGCGCGGTGTGAGTGATACCGTCTCGCCGCTGCTGGCGTTGCTGGTATCCACCAGCGTCGGGATGCTGCTGACGCCGGTGCTGATCCGTGGCTGGCTGGGATTGCCACAGATGGGCATCCAGAGCGCGGCGTGGGCGGGCCTGGTGGGTACCGCATCGGCCATGGCCATGCTGGCGTGGCGCCTCAACCGGCGGGCGCATGCCTTGGCGCCGGACCGCGCGCTGTTCGCCGCGATGCGCCTGGACCGGGATATTCTCGCCAAGGTGCTGCGCATCGGCTTGCCGACAGGGTTGCAGATGGTGGTGATTTCGTTGTCGGAGCTGGTCGTCCTGGCGTTGGTCAATCACCACGGCTCCCAGGCCACGGCCGCCTACGGCGCGGTGACGCAGATCGTCAATTACGTGCAGTTTCCGGCGCTGTCGATCGCCATTACCGCCTCGATCCTCGGCGCCCAGGCCATTGGCGCCGGACACCTGGAACGCCTCGGGCCGATCCTGCGCACGGGGCTGTTGATCAACGTCTGGCTGACCGGTGGCCTGGTGCTGCTGGGGTATCTGTTGTCCCACTGGCTGCTGGGGCTGTTCATCACCGACCCGGCGGCGCGGGTCCAGGCCGAGCACCTGTTGCACATCATGCTCTGGAGCCTGCTGGTGTTCGGCTTCCAGGCCATCATCGGCGGCATCATGCGCGCCAGCGGCACGGTGCTGGTGCCGGTGGCGATCTCGATCTTCTGCATCATCGGCGTGCAAGTGCCGGCGGCCTACCTGCTGGACGCGCACTTCGGCCTGCAAGGGGTGTGGATGGCGTTTCCGGTGGCTTACCTGAGCATGCTGATTTTGCAGGCGGTGTACTACAAACGGGTCTGGCAGCATCAGCGGATCGAGCGGTTGGTGTAA MPAQPLWKTYLLFLAPMVLSNFLQSMSGTLNSIYIGQMLGTQALAAVSGMFPIVFFFIALVIGLGAGAGVLIGQAYGAGETGTVKAIAGSTLLLGAIIGLVAAVLGSVFAREALQGLGTPDDVLEDAISYARVMMWILPMLLVFVLFTQLLRGVSDTVSPLLALLVSTSVGMLLTPVLIRGWLGLPQMGIQSAAWAGLVGTASAMAMLAWRLNRRAHALAPDRALFAAMRLDRDILAKVLRIGLPTGLQMVVISLSELVVLALVNHHGSQATAAYGAVTQIVNYVQFPALSIAITASILGAQAIGAGHLERLGPILRTGLLINVWLTGGLVLLGYLLSHWLLGLFITDPAARVQAEHLLHIMLWSLLVFGFQAIIGGIMRASGTVLVPVAISIFCIIGVQVPAAYLLDAHFGLQGVWMAFPVAYLSMLILQAVYYKRVWQHQRIERLV NA NA NA NA NA D1-35_02693 1218 hypothetical protein ATGACGTCGTATTCCCACGACCACTCCCCCGCCAAAACCCAACCACGCATTCTCTGGCACGCCTTGATCGTGGCCATCGCCGCAAGCGTTGGCGTGCTGGCACTTAACGGTGCGAGCACACAGAGCATCGGTTTGAGCATCGTGCTGGTGGTTCTTGGCGTGGCCGTCGGCATCTGGGGCGCGCGTTCACAACGTCTTCAACTCGACGAGGCGACGGCCGCGGCCATCACCCGCCACGAGTTGCAAGCCGCCGGTCATGTTTCCCATAAAGCCAGCGCGCAGCTCAACGAAGTGATCCTCGGCGCGATGCCGATCTGGGCCAAGCAAGTCGAAAGCTCACGCCAGCAGACTGAAACCGCAATCGTCTCGCTGACCAGCCGCTTCACCGGTATCTCTTCGCGCCTCGAAGAGACCGTGCAAGCCTCGCAACAGGCCGCCGGCGAGTTGGCCGGCAGCGGCGGTGGCGGTGCCGTCCAGGTACTGGCGCAGAGCGAAGGCGAACTGGTCAAGGTCATCGACTCGCTGAAAACCACCCAGGCCAGCCGTGATGAAACCCTGACCCAAGTCCGCAACCTGACCGCCTACACCGGCGAACTGCGGACCATGGCCGCCGATGTCGCGGCGATTGCCGCCCAGACCAACCTGCTGGCCCTGAACGCCGCCATCGAGGCCGCCCGGGCGGGCGAAGCCGGGCGCGGTTTTGCGGTGGTGGCCGATGCGGTGCGCGCACTGTCGAGCAAATCCAGCGAGACCGGCCAACAGATGTCGGCCAAGGTCGACGTCATCAATACCGCCATCACCCAACTGGTCCAGGCCGCCTCCAGCGGCGCCGACCAGGACAGCCAGTCCGTGGCCGTGTCCGAAGGCAGCATTCAGCGCGTGCTGGAACGCTTCAAAAGCGTCACCGAGCGTCTCGCCGATTCGGCCGACATGCTGCAACGGGAAAGCTTCGGCATTCGCGACGAGCTCACCGAAGTGCTGGTCAATCTCCAATTCCAGGATCGGGTCAGCCAGATCCTCAGCCACGTGCGCGACAACATGGAGGACCTGCATGTGCACATACAGCAGGCCAACCAGTCGCCCGATCAGGCTATCTCCATCGACGCCCGCCAATGGCTGGCGCGCATGGAAACCACCTACGCCACCGACGAGCAACGCCGCAATCATCATGGCGACTCGGCCGCGCAAAAGACTTCACAGGAAATAACCTTCTTTTAG MTSYSHDHSPAKTQPRILWHALIVAIAASVGVLALNGASTQSIGLSIVLVVLGVAVGIWGARSQRLQLDEATAAAITRHELQAAGHVSHKASAQLNEVILGAMPIWAKQVESSRQQTETAIVSLTSRFTGISSRLEETVQASQQAAGELAGSGGGGAVQVLAQSEGELVKVIDSLKTTQASRDETLTQVRNLTAYTGELRTMAADVAAIAAQTNLLALNAAIEAARAGEAGRGFAVVADAVRALSSKSSETGQQMSAKVDVINTAITQLVQAASSGADQDSQSVAVSEGSIQRVLERFKSVTERLADSADMLQRESFGIRDELTEVLVNLQFQDRVSQILSHVRDNMEDLHVHIQQANQSPDQAISIDARQWLARMETTYATDEQRRNHHGDSAAQKTSQEITFF PGPT0015710_27871 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 D1-35_02694 369 cheY_2 COG0784 Chemotaxis protein CheY ATGGCTAAAAGTGTATTGGTTGTCGACGACTCCGCGAGCGTTCGGCAGGTAGTCGGCATCGCGTTGAAAAGTGCCGGCTACGACGTGATCGAAGCCAGCGATGGCAAGGACGCACTGGGCAAGCTCACCGGGCAGAAAGTGCACCTGATCATCAGCGACGTGAACATGCCGAACATGGACGGCATCACCTTCGTCAAGGAGGTCAAGAAGCTCGCCAGCTACAAGTTCACGCCGATCATCATGCTCACCACCGAATCCCAGGAATCGAAGAAGCAGGAAGGCCAGGCCGCAGGCGCCAAGGCCTGGGTGGTCAAGCCGTTCCAACCGGCGCAGATGCTGGCGGCGGTATCCAAGCTGATTCTTCCTTGA MAKSVLVVDDSASVRQVVGIALKSAGYDVIEASDGKDALGKLTGQKVHLIISDVNMPNMDGITFVKEVKKLASYKFTPIIMLTTESQESKKQEGQAAGAKAWVVKPFQPAQMLAAVSKLILP PGPT0015690_3216 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413 NA NA D1-35_02695 285 hypothetical protein ATGCCGCTGCTGTACGAAACAGAAGATGACACCGCGCAGGTGCAGATCGACGGCGAGCTGACGATCTACACCGCCGCCGACCTGGCCGCACAATTGCTGCCACGGCTGGGGGCCACGCCGAACATGGCACTGGACCTGTCGCAGATCACCGAGATGGACGGCGCCGGCCTGCAACTGCTGCTGATGATTCAGCGCGAGGCACCCAAGGCCGGGACCCAACTGACGGTGACCGGCCAGAGCAAAGCCGTTACGGAGACACTCGCCCTGTGCAACCTCGTTGCCTAG MPLLYETEDDTAQVQIDGELTIYTAADLAAQLLPRLGATPNMALDLSQITEMDGAGLQLLLMIQREAPKAGTQLTVTGQSKAVTETLALCNLVA PGPT0014350_3164 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749 NA NA D1-35_02696 2106 cheA COG0643 Chemotaxis protein CheA GTGAGCATCAATCTCGATCAGGCACAACAAACGTTTATCGTCGAGGCACGAGAGCAGTTGCAGGCGATGGAAGAATCGCTGCTGCAACTGGAAAACGACCCCGCCGACGATGACGCCATCGGCGCAATTTTCCGCGCGGCCCACACCATCAAGGGTTCGGCCGGGCTGTTCGGCCTGGAGCCGATCGTCAGCTTCACCCACATCGTCGAAGACGTGCTCGACCGCTTGCGTGAAGGCAGCGTCGCGGTGGACCCGGGCCTGATCGCGGTGCTGCTCAAGTCCGGCGATCACATGCTGGAACTGATCGACGTGGTCGCCAACCAGGGCTCGACGTTGCAGCCCCCTGCCCTGGCTCGGGAAATGGAATTGTGCCAGATCCTCCAGGAATACCAGGCGCCCCCGACCGCGCCCGAAACCACTACTGCAGAGGCAACCGAAACGAGCGAGTCAACCGACGCGCGCCTCTGGCACATCACCCTGCGCTTTGGCCAGGAAGTGTTCCGCAATGGCATGGACCCGCTGTCGTTCCTGCGCTATCTGCAGACCCTCGGTGAGATCGTCGAGATCACCACGCTGACTGAGGCGATGCCGGCTATCGAAGCCTGGGATGCCGAATCCTGCTACTTGGGTTTTGATATCGGGTTTCGCTCCTCAGCCGGTCATGCCGCGATCAACGAAGTCTTCGATTTTGTTCGCGAAGATTGCCTCATCGACATCGTTGCCGTGCCAGAGGCGGAGGCAGAGCCCCAGGCGAGCACCGATTTGGTCACCACCGCCCAGACAGCCAGCGAAGAAAGCACCGCCATGGTCACCACCGGCGAGCTGCTGCCAGACCAGCGCAAGACCCCGCGCATGCCGGCCCAGGTCGCGCCCGACAAACAGGCCGTGACCAGCGACGGCAAGAGCAGGGACGGCACGTACGTCCGGGTCAATGCCGACAAACTCGACGAGCTGATCAACCTGGTCGGCGAACTGGTGATCGCCAGTGCCGGCGCCAGCCTGCTGGCCCGCACGTGCCAGAACGACCCGTTGCAGGAGGCCACCTCATCGGTGTCCGGGCTGGTGGAAGAGATTCTCGACGGCGCCCTGCGCCTGCGGATGATCCCGATCGGCGAAACCTTCAACCGTTTTCGCCGGGTGGTGCGCGACGTCAGCCAGGAACTGGGCAAGGACATCGACCTGATCATCAGCGGCGCGGAAACCGAGCTGGACAAGACCGTCGTGGAAAAGATCGGCGACCCGCTCATGCACCTGCTGCGCAACGCCATGGACCACGGCATCGAAACCGCCGAGGCGCGGATGGCCGCCGGCAAACCGGCCAAGGGTCACCTGCACCTCAACGCCTACCACGACTCGGGCAGCATCGTGCTGGAAATCGCCGATGACGGCGCTGGCCTGAACCGCGACCGCATCCTGGAAAAAGCCCACGAGCGCGGCCTGATCGCCGCCGGCGCGAACCTGAGCGACCAGGAAATCTACAACCTGATCTTCGAACCCGGCTTCTCCACCGCCCAGGCCGTCACCAACCTGTCCGGGCGCGGTGTGGGCATGGACGTGGTCAAGCGCAACATCACCCTGCTGCGCGGCACCGTCGACCTCGACAGCCAACCGGGCAAGGGCACCGTGGTGCGCATCCGCCTGCCGCTGACGCTGGCGATCATCAATGGCTTCCTCGTCGGCATCGGCCAGTCCACCTATGTGATTCCGCTGGACATGGTCCAGGAATGCATCGAACTGAGCGAAGACGATGGCGTCGCCAGTCGCGAACAAGGCTACCTCGACCTGCGCGGCGAAGTGCTGCCGCTGGTGTACCTGCGCGATCATTTCCATCACGAAGGCCCGGCCTCGCGCCGGCAGAACGTGGTGGTGGTGCGCTACGCCGAACTCAAGGCCGGGCTGGTGGTGGATGACCTGCTGGGTGAATTCCAGACCGTGATCAAACCCTTGGGCAAGCTGTTCGGCGCACTGCGCGGCATCAGCGGCTCGACCATTCTGGGCAGCGGTGCGGTGGCGTTGATTCTCGACGTACCTGCCCTGCTCACCCAGATCGCACAAACAGAAAACCGCTACAACCCGACCCCATTACAACAAGCCAACGCTCGCTGA MSINLDQAQQTFIVEAREQLQAMEESLLQLENDPADDDAIGAIFRAAHTIKGSAGLFGLEPIVSFTHIVEDVLDRLREGSVAVDPGLIAVLLKSGDHMLELIDVVANQGSTLQPPALAREMELCQILQEYQAPPTAPETTTAEATETSESTDARLWHITLRFGQEVFRNGMDPLSFLRYLQTLGEIVEITTLTEAMPAIEAWDAESCYLGFDIGFRSSAGHAAINEVFDFVREDCLIDIVAVPEAEAEPQASTDLVTTAQTASEESTAMVTTGELLPDQRKTPRMPAQVAPDKQAVTSDGKSRDGTYVRVNADKLDELINLVGELVIASAGASLLARTCQNDPLQEATSSVSGLVEEILDGALRLRMIPIGETFNRFRRVVRDVSQELGKDIDLIISGAETELDKTVVEKIGDPLMHLLRNAMDHGIETAEARMAAGKPAKGHLHLNAYHDSGSIVLEIADDGAGLNRDRILEKAHERGLIAAGANLSDQEIYNLIFEPGFSTAQAVTNLSGRGVGMDVVKRNITLLRGTVDLDSQPGKGTVVRIRLPLTLAIINGFLVGIGQSTYVIPLDMVQECIELSEDDGVASREQGYLDLRGEVLPLVYLRDHFHHEGPASRRQNVVVVRYAELKAGLVVDDLLGEFQTVIKPLGKLFGALRGISGSTILGSGAVALILDVPALLTQIAQTENRYNPTPLQQANAR PGPT0015645_2691 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407 NA NA D1-35_02697 1659 hypothetical protein ATGAAATGGTTCTACGACCTTAGAATCGCCACCAAACTGATCACCTCGTTCCTCGTGGTGTTGGCGCTGACCGCCGTCATGGGCGTGTTTTCGATCCACCAGCTGGGCCAGGTGAACGGCACCACCACCGAGATCCGCGAGAACTGGATGCCGTCCATGCGCGCCGCCTCGGGCATGCGCTTCTACGCAGCGAGCTTTCGCCTCAAGGAAAACCGTCATATTTCCGCCGACTCCGAGCAAGAACGCGTAACGCTGGAGCAGGAAGCCGACGAAGCGAAAAAGGCCTTCGAAACCCGTCTCGGCACCTATGAAAAACTGCTCTCCACCGCCGAAGACCGTCAACTGTTCGAAACCACCCGCAACGACTGGGCCGCTTACCTGGTGGTCAGCAAGGATCTGTTCGCGCTGTCCCGGCAGAACCAGACCGAGCAAGCCATGGCGCTGCTCAAGGGCGAGTCCAAACGCCAGTTCGACCTGGTGACAAGCGACCTGCAAAAACTCGTGGAACTGAACGACGTCGGTGCCGGCGCCGCCAGCGAACACGGCACCCAGCTGTATGAGAATGCACGCCTGTCGATCATCGCCGTGCTGGCTGCCGCCCTGCTGGTGGGCCTGGGTCTGGCGCTGTTCATTTCGCGAATTATTTCCCGTCCGCTGAAGCAGGCCGCCGCCGTCGCCGAACAACTGGCCGAAGGTAACCTGAACGCGAAAATCGAAGCCGGCTCCAAGGACGAAACCGGCATGGTGCTCAATGCCATGCAGAATATGGTTGGCAAGCTCTCGCACATCATCGGTGAAGTGCGCAACGCGGCGGACAATCTCGCCAGCGCTTCCGAAGAAGTCAGCGCCACCGCGCAATCGATGAGCCAGGCCACCAGCGAACAGGCGGCCAGCGTCGAGGAAACCAGCGCCTCCATCGAGCAGATGAGCGCCAGCATCAACCAGAACACCGAGAACGCCAAGGTTACCGACGGCATGGCCAGCAAGGCCGCCAAGGAAGCCACCGACGGCGGCGAATCGGTGCAGCAGACCGTGGTGGCGATGAAAAAAATCGCCCAGCGCATCAGCATCATCGACGACATCGCCTACCAGACCAACCTGCTGGCGCTTAACGCCGCCATCGAAGCGGCCCGCGCCGGCGAACACGGCAAAGGCTTCGCGGTGGTCGCCGCCGAAGTGCGCAAGCTGGCTGAGCGCAGCCAGGTTGCCGCCCAGGAAATCGGCGAGCTGTCGTCCAGCAGTGTCGACATGGCGGAGAAGGCCGGGAACCTGCTCAACGAAATGGTCCCGTCCATCAACAAGACTTCGGACCTGGTGCAGGAAATCAGCGCCGCGTCCGAAGAACAGGCCGCCGGCGTTGCGCAGATCAACACCGCCATGACCCAGCTCAATCAGGTGACCCAGCAGAACGCCTCCAGCAGCGAAGAACTGGCCGCCACCGCCGAAGAGATGAGCAGCCAGGCCGAACAGCTGCAACAGGCCATGAGCTTCTTCACCCTGGACACGCCCGCCAAGTCCGCCATGCAGAGCGCCAGGGTCGATAACACCCCAGGTCCGTCCAGCCGCAAACCGGCACGGACACCGGCACCGGTGATGCCCAAGGCGTTTGCCTACAACATGGCCAGCGCGCCGGACGAATCGGAATTCACCCGGTTCTGA MKWFYDLRIATKLITSFLVVLALTAVMGVFSIHQLGQVNGTTTEIRENWMPSMRAASGMRFYAASFRLKENRHISADSEQERVTLEQEADEAKKAFETRLGTYEKLLSTAEDRQLFETTRNDWAAYLVVSKDLFALSRQNQTEQAMALLKGESKRQFDLVTSDLQKLVELNDVGAGAASEHGTQLYENARLSIIAVLAAALLVGLGLALFISRIISRPLKQAAAVAEQLAEGNLNAKIEAGSKDETGMVLNAMQNMVGKLSHIIGEVRNAADNLASASEEVSATAQSMSQATSEQAASVEETSASIEQMSASINQNTENAKVTDGMASKAAKEATDGGESVQQTVVAMKKIAQRISIIDDIAYQTNLLALNAAIEAARAGEHGKGFAVVAAEVRKLAERSQVAAQEIGELSSSSVDMAEKAGNLLNEMVPSINKTSDLVQEISAASEEQAAGVAQINTAMTQLNQVTQQNASSSEELAATAEEMSSQAEQLQQAMSFFTLDTPAKSAMQSARVDNTPGPSSRKPARTPAPVMPKAFAYNMASAPDESEFTRF PGPT0015710_18934 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 D1-35_02698 537 cheW_2 COG0835 Chemotaxis protein CheW ATGGGCGCCATCGCGACCACACGTCAGACCGTCAGCGCGGTCGAGGAAGAAGCGCAATACCTGACGTTCATGCTCGGCACGGAGATGTTCGCCATCGGCATCCTGTGCATCAAGGAAATCATCGAGTACGGCAACCTCACCGTCGTGCCAATGATGCCGGCCTTCGTGCGCGGGGTGATCAACCTGCGTGGCGCGGTCGTGCCGGTGGTGGACTTGTCGGCTCGTTTCGGCCGACCGAATTCCGCCATCAGCCGGCGCAGTTGCGTGGTCATCATCGAGGCCGCCAGCGCCGACGGGCAGGCCCAGGATATTGGCCTGCTGGTGGACACGGTGTCGGCGGTGCTGGAGATCCCGGCCTCGCAGATCGAGCCGCCGCCGAGTTTCGGCGCGAAGATCCGCGCCGACTTCATCAGCGGCATGGCCAAGGTCGATGGCAAGTTTGTCATCGTGCTGGAGGTCGACCGGGTGCTGTCCATCGACGAGATGTCCGAACTCGCCCAGGCCAGCCCCGCTGCGTTGGAAGCGCCAGCCTCATGA MGAIATTRQTVSAVEEEAQYLTFMLGTEMFAIGILCIKEIIEYGNLTVVPMMPAFVRGVINLRGAVVPVVDLSARFGRPNSAISRRSCVVIIEAASADGQAQDIGLLVDTVSAVLEIPASQIEPPPSFGAKIRADFISGMAKVDGKFVIVLEVDRVLSIDEMSELAQASPAALEAPAS PGPT0015680_1349 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408 NA NA D1-35_02699 807 cheR_1 Chemotaxis protein methyltransferase GTGAATTCAATGGCCCTCAGCGACCGGGAGTTCAGCCAGTTCCAAAACTGGCTGTACCAGGCCGCCGGCATCAACCTGTCGCCAGCCAAGAAAGCCCTGGTGGCCGGGCGGCTGTTCAAACGCCTCAAGCACTATGAGCTGGACAGTTATGGCGAATATTTCAAGCTGATCATGAGCGGCCAGCGCAGCGACGAATTGCAGGTGGCGCTGGACCTGCTCACGACCAACGAAACCTATTTTTTCCGCGAGCCCAAGCACTTCGACTTTCTTCGCGACCATGTGCTGCCCCACGCGACGCCGGGCAAGACCTTCCGCCTGTGGAGTGCGGCCAGTTCCTCCGGCGAGGAACCCTACAGCCTCGCCATGACCCTGGCCGAAAGCCTGGGCACCACGCCATGGGAAGTCATCGGTTCGGACATCAGCACCCAGGTGCTGGCCAAGGCCCGTTCCGGGCATTACCCGATGGAGCGCGCGCGCAACCTGCCCCATCCGTTGCTGGTGAAATATTGCCTCAAGGGCACCGGCAGCCAGCAAGGCACGATGCTCATCGATCGGGCACTGCGCAACCGCGTCAACTTCATCCAGGTCAACCTCAACGACACCCTGCCGGAGCTGGGGGAGTTCGACGTAATCTTTCTGCGCAACGTGATGATCTATTTCGACCAGCCCACCAAAAGCAAAGTGGTTGCGCGGCTGATCCCTCGGCTCAAATCCGGCGGGTATTTCATCGTCAGCCATTCGGAGAGCCTCAATGGCGTGTCCGATGCGCTGAAGTTGGTCGCCCCTTCGATTTATCGCAAGCCATGA MNSMALSDREFSQFQNWLYQAAGINLSPAKKALVAGRLFKRLKHYELDSYGEYFKLIMSGQRSDELQVALDLLTTNETYFFREPKHFDFLRDHVLPHATPGKTFRLWSAASSSGEEPYSLAMTLAESLGTTPWEVIGSDISTQVLAKARSGHYPMERARNLPHPLLVKYCLKGTGSQQGTMLIDRALRNRVNFIQVNLNDTLPELGEFDVIFLRNVMIYFDQPTKSKVVARLIPRLKSGGYFIVSHSESLNGVSDALKLVAPSIYRKP PGPT0015670_3868 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575 NA NA D1-35_02700 486 cheD COG1871 Chemoreceptor glutamine deamidase CheD ATGAAGCAGGTAGCGGAGGTCTACCTCGGGCCGGGAGAGTTTCGCTTTGCGACCTGCCCGACCCGGCTGCGGACGATCCTCGGCTCGTGCGTGGCGATCACGCTCTGGCATCCGCAGCGCAAGATCGGCGGCATGTGCCATTTCATGTTGCCCAGCCGGGTGCGGTGCTCCACCGCGTTGAACGGGATGTACGCCGATGAAGCCATCGAACTGTTCGTCCGTCAGGCCCGGGCCCATCACACCGAGCCCGAGGAATACCAGCTCAAGCTGTTCGGCGGCGGCGAGATGTTTCCCGAACTGCAACGCCATGTGGCATTCGGCGATGTGGCGCGGTCGAACGTCAACGCGGCGCTGGAGATGGCCGCGCTCTATCGCCTGGACCTGATCGCCCAGGACATGGGCAGCACCGGCCACCGCAGCATCATTTTCGACCTTTGCACGGGCGACGTCTGGGTCAGGCACCAACCGATAAGGACCCTGCACTAA MKQVAEVYLGPGEFRFATCPTRLRTILGSCVAITLWHPQRKIGGMCHFMLPSRVRCSTALNGMYADEAIELFVRQARAHHTEPEEYQLKLFGGGEMFPELQRHVAFGDVARSNVNAALEMAALYRLDLIAQDMGSTGHRSIIFDLCTGDVWVRHQPIRTLH PGPT0015665_1198 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411 NA NA D1-35_02701 1080 cheB_3 COG2201 Protein-glutamate methylesterase/protein-glutamine glutaminase ATGTCAGGCAAAAAAATAAACGTATTGCTGGTGGATGATTCCGCCGTGGTCCGCCAGGTATTGCTGGCGATCCTGAGTGACACGCCGGACATCAACGTCATCGGTGCGGCTTCCGACCCGATCTTTGCCATGGACAAACTGGCGAAGGAATGGCCCGACGTGATCGTGATGGACGTGGAAATGCCGCGCATGGACGGCATCACTTTTCTGAAAAAAATCATGAGCGAACGGCCTACCCCGGTGGTGATCTGCTCGTCGCTGACGCCCAAAGGCGCGGAAACCACCTTGCAAGCCATGTCCGCCGGTGCGGTGGAAATCATCACCAAGCCCACCAGCGGCTTGAAGAACTTCCTTTTGGAATCGGCCCCGGAACTGGTGTCCGCCATCCGCGCCGCCGCCCAGGTCAACGTCCGCAACCTGGGCAAGCGCCCGGCTCCGGCGGCGCCGCTGACGCCGGCGACCAAACTCACCGCCGACGCCATGCTGCCCGCCGCCAACGGCCATGCCATGGCCCAGACCACCGAACGCATCGTGGCCATGGGCACCTCCACCGGCGGCACCCAGGCGCTGGAAGCGGTGCTCACCGCCCTGCCGCGGGTATGTCCGGGCATCGTCATCGTCCAGCACATGCCGGAAAAATTCACTGCATCCTTCGCCGCGCGGCTCAACAGCCTCTGCCAGATCGAAGTGCGCGAAGCGAAAAACAACGACCGCATCCACCCGGGCCTGGCCCTCATCGCCCCCGGCGGCAAACACATGATGGTGACCCGCAGCGGCGCGTTCTATCACGTGCAGGTAGTGGACGGCCCGCTGGTCAATCGCCACCGCCCGTCGGTGGATGTGCTGTTCCGCTCGGTGGCGAAGTTCGCCGGCCGCAATGCCACGGGCATCATCATGACCGGCATGGGCGACGACGGCGCCCGCGGCCTCAAGGAAATGCTCGACGCCGGCAGCGCCACCGTGGCCCAGGACGAGGCCAGCTGCGTGGTGTTCGGCATGCCCAAGGAAGCCATCAAACTCAACGCCGCGCAGCGGGTGATGCCGTTGCAGGAGATTGCGCAGGTGATATTGCATCGCTGA MSGKKINVLLVDDSAVVRQVLLAILSDTPDINVIGAASDPIFAMDKLAKEWPDVIVMDVEMPRMDGITFLKKIMSERPTPVVICSSLTPKGAETTLQAMSAGAVEIITKPTSGLKNFLLESAPELVSAIRAAAQVNVRNLGKRPAPAAPLTPATKLTADAMLPAANGHAMAQTTERIVAMGTSTGGTQALEAVLTALPRVCPGIVIVQHMPEKFTASFAARLNSLCQIEVREAKNNDRIHPGLALIAPGGKHMMVTRSGAFYHVQVVDGPLVNRHRPSVDVLFRSVAKFAGRNATGIIMTGMGDDGARGLKEMLDAGSATVAQDEASCVVFGMPKEAIKLNAAQRVMPLQEIAQVILHR PGPT0015650_1839 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412 NA NA D1-35_02702 609 hypothetical protein ATGATCCCGGCTATCATGCCGCACGCCCATTCAACGGGCGTGCTGCAAGCCACCCTAAAGGATTCAGGTATGCCCCTTCTGCCGTCACGCGCTACCCTCCTCGTCTCAGGTCTTCTGATCAGCTCTCTGTGCCTGGCCGAGGGCGAGCCGGCGGAAAGCGTCATCAAGGACTCGACCAAATCCGCGGTCTCGTCGTTCATAACCGCAGGCAAGAACCTGTTGGGCGGTGTGAGCGAAGGCGTGCTCGACGGGCGCGAGTCGGTCCAGGGCACCGATGGCGCCGCGATCATCTCCTCCGGCGAGCAAATGAAAGACCGCATCACCATCGAAGTGCTGAAGCTTGAGCCCAGCGAAGAAAACGTCACCATCACCCTCGGCTTCAAGAACAGCACCGACACCCAACTGCGCCTGATCAACCTCGGACAAACCGGCACCCTGCTGGCCATCGACCAGGCCGGCTACGCCAACCGCCTCACCGGTCTGGACAACCCCGACGAAGTCACCGTCCCACCGAAGATCGCCGTACGACAGAAATTCGTTTTCGAAGGCATGAACGAGGCGATCAGTGCCGTACGGGTCTGGGGGGCGGATTATTCGGTCAAGAAGTAA MIPAIMPHAHSTGVLQATLKDSGMPLLPSRATLLVSGLLISSLCLAEGEPAESVIKDSTKSAVSSFITAGKNLLGGVSEGVLDGRESVQGTDGAAIISSGEQMKDRITIEVLKLEPSEENVTITLGFKNSTDTQLRLINLGQTGTLLAIDQAGYANRLTGLDNPDEVTVPPKIAVRQKFVFEGMNEAISAVRVWGADYSVKK PGPT0029340_220 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-CHAPERONE-USHER_SECRETION CE-CHAPERONE-USHER-SECRETION-Mat|Ecp_FIMBRIAE_ASSEMBLY,PGPT0029340-ecpB|matC-K21965 NA NA D1-35_02703 672 hypothetical protein ATGGACGCATGGACGTTGCACTGGCTAGAAGCCTCGGGGAGTCTGGCTGAGTTTCGCAAGGAGCTGGTTGGTGAGTTCGAAACCGCTTATGAGGCCTTGGCTTTTCGGATGGTCCCGCCCCGACTTGATGTCCTGGTCCAGCGGTTGCCGGGCGAAACCATTCCGGAATTGGGCCTGGTAGGGCGAGCGTATCGAAGCTCGATGTTCAGCATGACGCTTGATCCAGATAATCCCAACTTCATTCCCAGCCTGCGCGCTGGCGCGCTACATCGTCAGATTATCCATGAGGTCCATCATTGTCTGCGCATGGCAGGGCCGGGCTATGGCTGGACGTTGGGCGAGGCTTTGGTGAGCGAAGGACTTGCCGGACAGTTCGTCCGATATCTGCTCAACACCGATCCAGAGAGTTGGGAGCGGGAAGTTGGCTCAACTGAGCTGTTGAATTCGCCGGTTGGGCTGCAAGCACTTGAATCGAGTTATTACGATCACAGCGAATGGTTTTTTGGTAGTGGGGACAAGCCCAAATGGCTGGGGTACTCGCTGGGCTACGAGATGGTGGGGTGTTGGCTTGCGTCCAGGCAGGAGGTAGACATTTTTACTTGGGTCAACGTACCTGCAACCGACATCATCGCTGCAGCGCTTGAGCGAGGTCTGATAACGGCGACTTCTTGA MDAWTLHWLEASGSLAEFRKELVGEFETAYEALAFRMVPPRLDVLVQRLPGETIPELGLVGRAYRSSMFSMTLDPDNPNFIPSLRAGALHRQIIHEVHHCLRMAGPGYGWTLGEALVSEGLAGQFVRYLLNTDPESWEREVGSTELLNSPVGLQALESSYYDHSEWFFGSGDKPKWLGYSLGYEMVGCWLASRQEVDIFTWVNVPATDIIAAALERGLITATS NA NA NA NA NA D1-35_02704 624 hypothetical protein ATGACCACGCCTGATCAAAACATCAAGAACGATACACACCCCCTCAGCCTGCTAAACGGCTCATGGCTGAACGAACCGAAAATCCACTCCGCGCCCACAACAGACTCCCTGCACCTGGAAACCGACAACGCTACCGACTTCTGGCGAGAAACCCACTACGGCTTCACCCACGACAGCGGCCATTTCCTCGGCGTCGAAGCCCCACCCAGCTTCACCTGCCAACTACGCATCCAAGGCACCTTCGAAGCCCTGTACGACCAGGCCGGCCTGATGGTCCGCATCAACGAACGCCAATGGGTCAAGGCCGGGATCGAACTGAGCGACGGCCAGGCCATGCTCGGCAGCGTACTCACCGACGGACAATCCGACTGGGCGACCAGCCCGTACACCGCCGATCCCAACGACTTCTGGATGCGCGCCACGGTCGCCAACGGCGTACTGCGCTTGCAGGTTTCCGCCGATGGACTTCGTTGGCCGCTGGTGCGCTTATGCCCGTTTCCCATCGCACCGACCTACCGCGTCGGCCCGATGGCGTGCAGCCCCAAGCGCGGCGGCTTGAAAGTCGCTTTTTCCGACTGGACGCTCGGGCCTGCGCTGGGCAAGGACTTGCATGATCTGACCTGA MTTPDQNIKNDTHPLSLLNGSWLNEPKIHSAPTTDSLHLETDNATDFWRETHYGFTHDSGHFLGVEAPPSFTCQLRIQGTFEALYDQAGLMVRINERQWVKAGIELSDGQAMLGSVLTDGQSDWATSPYTADPNDFWMRATVANGVLRLQVSADGLRWPLVRLCPFPIAPTYRVGPMACSPKRGGLKVAFSDWTLGPALGKDLHDLT NA NA NA NA NA D1-35_02705 465 hypothetical protein ATGACCCGTACAAAAAACTCGAACACTGCTCGCCTCGCCCTTGCCGCACTTGCCCTGTCCGGCGGCTTGAGCCTCGCCCAGTCGGCTTTCGCGGTCGACGCCCTGCCCCAGGGTTATCAACTGGCCTCGGCGGAAAAAACCTCCGAAGGCAAGTGCGGCGAAGGCAAATGCGGCGCCGCCGAAGCGGGCAAAAAAGTCACCCAGGCCGAAGGCAAATGCGGTGAAGGCAAATGTGGCGACGCGTCCTTCGCCCGCACTGATACCGACAAAGATGATCGCGTGTCGCTGAAGGAATTCCTCAGCGTGGCGCCGACCGAACAAGCCGAGTTCGAAAAGATGGACAGCAACCACGACGGCTACCTGTCCGAAGCGGAAACCTACAAATATCGCACCGGCCAATACACCGCCAATGGCAAGAAAGTGCCCACCGAGCTGTTCACCCGCATGAGCCAAGCCAAGGAATAA MTRTKNSNTARLALAALALSGGLSLAQSAFAVDALPQGYQLASAEKTSEGKCGEGKCGAAEAGKKVTQAEGKCGEGKCGDASFARTDTDKDDRVSLKEFLSVAPTEQAEFEKMDSNHDGYLSEAETYKYRTGQYTANGKKVPTELFTRMSQAKE NA NA NA NA NA D1-35_02706 852 hypothetical protein ATGAGCACCTTCACTTCACCCAACGGCGCCGGGCTCGGCCTGCGTCGCGCCATGCTTGGCGACTTGCTGAAAATGGCCCCGAACGCGGTGGATTTCCTCGAATGCGCGCCGGACAACTGGATCGGCGTCGGCGGTGTCTACGCCGAACAACTCGATCAACTGGCCGCAAGACACCCCATCACCTGCCACGGCTTGTCCCTGTCCCTCGGCGGCCCACAACCTCTCGACCTCGACCTGCTGCGGGGCACACGCCGCTTTCTCGATCGCTACGGCGTGGCGATCTACAGCGAGCACCTGAGCTACTGCTCCGCCAGCGGCCACCTCTACGACCTCTTGCCGATCCCCTTCACCGAAGAAGCCGTGCACCACGTTGCCGCGCGCATACGCCAGACCCAGGACCTACTGGGCCAGCGCATCGCCGTGGAAAACATCTCCTACTACGCCGCGCCCTTCCAGGCCATGAGCGAAATCGACTTCATCACCGCAGTCCTCGAAGAAGCCGACTGCGACCTGCTGCTGGACGTCAACAACCTCTACGTCAACGCCATCAACCACCGCTACGACGCTCAGAAATTTCTCGCCGCCCTGCCCGCGCAACGCGTCAGCTACCTGCACGTGGCCGGCCATTACGACGAAGCCGACGACCTGAAAATCGACACCCACGGCGCGCCCGTCAAGCAAGACGTCTGGACGCTTCTGTACCAGACCTACCAACGATTCGGACCGGTGCCGACATTGCTGGAACGCGACTTCAACTTCCCGCCGTTGACAGAACTGCTCGCCGAGGTAGGGCAGATCAAACAGCTGCAACAACTCGCCTGCCCAGCAACCCCGGAGGCCCGCCATGCCTGA MSTFTSPNGAGLGLRRAMLGDLLKMAPNAVDFLECAPDNWIGVGGVYAEQLDQLAARHPITCHGLSLSLGGPQPLDLDLLRGTRRFLDRYGVAIYSEHLSYCSASGHLYDLLPIPFTEEAVHHVAARIRQTQDLLGQRIAVENISYYAAPFQAMSEIDFITAVLEEADCDLLLDVNNLYVNAINHRYDAQKFLAALPAQRVSYLHVAGHYDEADDLKIDTHGAPVKQDVWTLLYQTYQRFGPVPTLLERDFNFPPLTELLAEVGQIKQLQQLACPATPEARHA NA NA NA NA NA D1-35_02707 741 hypothetical protein ATGCCTGAACAACTGCTCGACCAACTCAACTGCATGGCCAACTACGTCCGCCACCCCCACCACCCGCCCCCACCCGGGCTGGAAGCACGACGCCTGGCCATCTACCGCCAACTGTTCATCGGCAACATCGAATCACTGCTCGCCGCCAGCTTCCCAGTCATCCACCAAACCCTGCCGCGCGCCGACTGGCAACGACTGGTCCACGACTTCTACGCCAACTACCGCTGCCAGACGCCACTGTTCACGCAGCTTGCCGGTGAGTTTGTCGCCTACCTGGAACAACACGAGGATCTGCACGACCTCCCACCATGGCTGCCCGAACTCGCCCAGCACGAATGGAGCGAAAGCGCCCTGCTGCTGAGCGATGCGGTGGAGCCGTCACACAATCCCCACGGCGATCTGATGGAAGGCACGCCCGTGGTTTCCGGACTCGCGCAGGCACATGCCTATGAATGGCCGGTGTGCGACATCGGGCCGGATCATCAACCCACCGAAAAGCCTGCGACCCCAACGTTGGTATTGTTGCAGCGGCGCGAAGGGCAAGTGACGTTTTCGCGGCTGGCGCCGATGGCTTACGCATTGTTGGCGTCGCTGATGGAACATCGGCGCAGTGGGCGGGAGCATCTGGTTGCGTTGGCTGAGATGGCAGGAGTGTCGGTGCGGGAGTTGATGCCCATGGGGGTGGCGGCGCTTGAAGGGTTCAAGGCGCGGGGGATTGTGTTGGGGACGCGTTGGGGGTGA MPEQLLDQLNCMANYVRHPHHPPPPGLEARRLAIYRQLFIGNIESLLAASFPVIHQTLPRADWQRLVHDFYANYRCQTPLFTQLAGEFVAYLEQHEDLHDLPPWLPELAQHEWSESALLLSDAVEPSHNPHGDLMEGTPVVSGLAQAHAYEWPVCDIGPDHQPTEKPATPTLVLLQRREGQVTFSRLAPMAYALLASLMEHRRSGREHLVALAEMAGVSVRELMPMGVAALEGFKARGIVLGTRWG NA NA NA NA NA D1-35_02708 273 hypothetical protein ATGGAAAGATACGTCCCCATCACCGGCATCGACTGCACCCCGGCTTCGCTGCTGATTGATAGCCAGGCACCGCTTGATGTTCTGCATGCTACGGCTGATTACCGTATTCGGGTCGTGACACAGGTTTTGGAAAATATTGCGTTTCGTGCCGAGATTGGTAGCGATACGGTAGTGCTTTCGGATTTCGCGCAGTTGCTGGCGATTCCGCTAAGGGATGGGTGTGATTTGTTGGAGGTGATTGGGCGGCGGCTTCAGGAGGCGGTTGAGGGGTGA MERYVPITGIDCTPASLLIDSQAPLDVLHATADYRIRVVTQVLENIAFRAEIGSDTVVLSDFAQLLAIPLRDGCDLLEVIGRRLQEAVEG NA NA NA NA NA D1-35_02709 927 dmlR_14 HTH-type transcriptional regulator DmlR ATGAAGAAAATGCCGGATCTCGAAGCCTGGGCTATATTCGCCAAAGTGGCGGAAGCAGGCTCCTTCGCCCGTGCGGCGGCCGATCTCGGCCTGTCGCAGGCGACCGTCTCCAAGGCCGTTACGCGCCTGGAAGCCCGCATGAAGACCATGCTGTTCCATCGCACGTCACGGCAGATGTCGTTGACCGAGAGCGGGAACGCTGCGCTGGAACGCGCGTCGCGCATTCTGGCCGAGGGTGAAGCCGTCGAGGCTGAGGTCATAGAGCAGTCCACTAGCCTGCGCGGCGTGATCCGCTTGAGTGCCCCGATGTCGTTTGGCGTCTCACGCCTGGCGCCATTGTTGCCAGACTTCATGGCACAACATCCCGATGTGGTGCTGGATATCAGCTTCAATGACGAAATAATTGATCTGGTCGCTCAAGGGTTCGACCTGGCCCTGCGGATCTCGACCCTGAGCGACTCCAGTTTGCTGGCTCGGCGCCTGTGCACCGTGCGCATCCTATTGGTCGGCACTCCTGCCTACTTTGAACGCCATGGACGTCCCGACCATCCGCGGGATCTGATCAAGCACCGTGCGTTGCAATACAGCAATTCGCTCGGCGGCACTGGCTGGCGCTTCAGGCACAAACGGCATGGAGAATTTACCCAGGCAATGCCCGCCCCTTTACAGGCCAACAATGCCGAGGCACTCGAACCAGCCTTGCGGGCGGGACTGGGCATTGCGCTGCAGCCGGAGTTTCTGGCCTGGAAGGATCTGGAATCGGGGCTGTTGGAAACGGTGATGGAAGACTGGCAAGTAGAGCCGATCGCGCTGCACATCGTCACCCCTCCGGGGCGCAGCCGCCCAGTTCGCGTGCAAGCACTCATTGACTACCTGGCCGATCACCTGCGCAGTGCTCCATGGGCGCAAACGGGCGAAAAGGTGTAG MKKMPDLEAWAIFAKVAEAGSFARAAADLGLSQATVSKAVTRLEARMKTMLFHRTSRQMSLTESGNAALERASRILAEGEAVEAEVIEQSTSLRGVIRLSAPMSFGVSRLAPLLPDFMAQHPDVVLDISFNDEIIDLVAQGFDLALRISTLSDSSLLARRLCTVRILLVGTPAYFERHGRPDHPRDLIKHRALQYSNSLGGTGWRFRHKRHGEFTQAMPAPLQANNAEALEPALRAGLGIALQPEFLAWKDLESGLLETVMEDWQVEPIALHIVTPPGRSRPVRVQALIDYLADHLRSAPWAQTGEKV NA NA NA NA NA D1-35_02710 705 yhhW_2 COG1741 Quercetin 2,3-dioxygenase ATGATCGAACGCCGTTCCTTCGACAGCCTCGGTGGTGCTCACCACGGTTGGCTTGATGCCAGGCATCACTTTTCTTTCGCCGAATACCATGACCCAACGCGGTTTAATTGGGGCGCTTTACGGGTCTTGAACGACGACACGATCGCCCCGAACTCAGGCTTCCCGGCGCACCTGCATTCGGACATGGAGATCGTCACCTACGTCCGCGAGGGCGCCATCACTCATCAGGACAACCTTGGCAACAAGGGTCGCACCGTGGCGGGCGACGTGCAGGTGATGAGCGCAGGCAGCGGTATTCGCCACTCCGAATACAATCTGGAGGCGGGTATCACCAAAATCTTTCAGATATGGATCACCCCTGACACGAAAGGCGATCCACCCTCCTGGGGCTCCAAGCCGTTCCCGAAAGGCGACCGTTCCGGCCAGTTCGTAGCATTGGCGAGCGGCGCCGAAGGCGATGAAGATGCGCTGCCCATCCGTACGAACGCGCGGGTGCTGGGGGCAACGCTGAAAACCGGCGAAACGATCGAATACCACTTCGCCGACGACAAACATTTTGGCTACCTGGTCGCAGCCACGGGCAGCGTCAAAGTCAACAACCTTGTGCTCGAGGCGCGCGATGGCGCCGCCATCCACGATGAGCAGCGCATACGCATTACCGCCCGCGAGGATGCCGAAATACTGCTGGTAGACGCCGCCAGCTGA MIERRSFDSLGGAHHGWLDARHHFSFAEYHDPTRFNWGALRVLNDDTIAPNSGFPAHLHSDMEIVTYVREGAITHQDNLGNKGRTVAGDVQVMSAGSGIRHSEYNLEAGITKIFQIWITPDTKGDPPSWGSKPFPKGDRSGQFVALASGAEGDEDALPIRTNARVLGATLKTGETIEYHFADDKHFGYLVAATGSVKVNNLVLEARDGAAIHDEQRIRITAREDAEILLVDAAS PGPT0019980_5215 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_FLAVONOID_UTILIZATION PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911 NA NA D1-35_02711 693 ycaC_2 COG1335 putative hydrolase YcaC GTGTCCAACACGTTGCTAGAAGTACTGACCCCACAAAACAGCCAACTCATCTTCATCGACCAGCAGCCGCAGATGGCTTTCGGCGTGCAGTCGATCGACCGGCAAGTGCTGAAAAACAATGTCGTGGGGCTGGCCAGGGCCGCCAAGGCGTTCGGTATCCCTACGACCATCACCACCGTGGAAACCGACGGATTCTCGGGCAATACCTACCCTGAGCTACTGGCGGTGTACCCTGAGAACGACATCCTCGAGCGCACCTCCATGAACTCCTGGGACGATCAGAACGTTCGCGACGCCTTGGCGAAGTCCGCCGCTGCCGGTCGCAAAAAGATCGTCGTTGCTGGCCTGTGGACCGAAGTCTGCAACACCACCTTCGCGCTGTCCTGCTTGCGCGACACTGACTATGAAATCTACATGGTGGCCGATGCCTCGGGTGGCACTTCGGTTGAAGCGCATAAATACGCCATGGATCGCATGGTTCAGGCCGGTGTGGTGCCGGTGACCTGGCAGCAAGTGCTGCTCGAATGGCAGCGGGATTGGGCACGCAAAGAGACTTATGAAGAAGTGATGGCGATCGTAAGGGATCACTCCGGCGCCTACGGCATGGGAGTGGACTATGCCTACACCATGGTGCACAAGGCTCCGGAACGGGTGAAGCACGGCGAGCGTATCGGCCCCAACCCAGCCGAGTAA MSNTLLEVLTPQNSQLIFIDQQPQMAFGVQSIDRQVLKNNVVGLARAAKAFGIPTTITTVETDGFSGNTYPELLAVYPENDILERTSMNSWDDQNVRDALAKSAAAGRKKIVVAGLWTEVCNTTFALSCLRDTDYEIYMVADASGGTSVEAHKYAMDRMVQAGVVPVTWQQVLLEWQRDWARKETYEEVMAIVRDHSGAYGMGVDYAYTMVHKAPERVKHGERIGPNPAE NA NA NA NA NA D1-35_02712 273 hypothetical protein ATGAAAATGTATGCATTGTCCCTGGCCGCTGGCCTGCTTGTGGGTGTGGTCTACAGTCTTCTGAGCGTGCGCTCGCCTGCGCCGCCGCTGGTGGCCCTGATAGGGCTGATGGGAATCCTGGTCGGCGAGCAAATCATCCCGATCGGCAAGCACTTGTGGTGTGGCACGACATTGAGCGCTGCCTGCGACAAGACAAGCGCCGTCAGCCATGTACTCGGTCAACTGCCTGGTCGACACACCAAGCAACAGACTGAGGAATCAAAGCCGACCTGA MKMYALSLAAGLLVGVVYSLLSVRSPAPPLVALIGLMGILVGEQIIPIGKHLWCGTTLSAACDKTSAVSHVLGQLPGRHTKQQTEESKPT NA NA NA NA NA D1-35_02713 1896 nfdA_2 N-substituted formamide deformylase GTGACCCATTCCATTCCCGATACCATTTTCCGTAATGGTGAGATCACCACACTCAATCGCGCCAACCCGGTCGCGAGCGCCGTCGCCATCAAAGACGGCAAGTTCCTCGCCGTCGGCTCTGACCAGGAAATCATGCTGCTGGCGGGCCCGGCTACCAAGGTTGTCGACCTCAAGCGCCGTAGCGTGCTGCCTGGCCTGGTTGATAACCACACCCACGTGATCCGCGGCGGCCTCAATTACAATCTGGAGTTACGCTGGGACGGTGTGCGTTCTTTAGCCGACGCCATGGAAATGCTCAAGCGTCAGGTGGCAATCACGCCAGCACCGCAATGGGTTCGCGTGATCGGCGGCTTCACCGAACACCAGTTCATCGAGAAGCGCCTGCCGACCATCGAGCAGATCAATGCGATTGCGCCCGACACGCCGGTGTTCCTGCTGCACCTGTACGACCGGGCCTTGCTCAATGGTGCGGCCTTGCGTGCGGCCGGCTATACCCGGGATACGCCCGAGCCACCGGGTGGAGAAATCACCCGGGATGGCAACGGCAACCCCACCGGGCTGCTACTGGCCAAGCCCAACGCGATGATTCTTTACGCGACGTTGGCCAAGGGCCCCAAGTTGCCCTTCGACTATCAGGTCAACTCCACCCGCCACTTCATGCGCGAGCTCAACCGCCTCGGTGTGACCGGCGTGATCGACGCGGGCGGCGGTTTCCAGAACTATCCCGATGACTATGCCGTGGTGCAGAAGCTGGATGATGACGGCCAGATGACGGTCAGGCTGGCTTACAACCTGTTTACGCAGAAACCTAAGGAGGAAAAAGACGACTTCCTCAAGTGGACCTCCAGCGTCAAGTACAAACAGGGCAACGACTACTTCCGCCATAACGGTGCCGGTGAGATGTTGGTGTTCTCGGCAGCGGACTTCGAAGACTTCCGCCAGCCTCGTCCGAACATGCCGCCGGAAATGGAAGGCGAACTTGAAGAGGTGGTGCGTATCCTGGCGCAGAACCGATGGCCGTGGCGGTTGCACGCCACCTACGATGAAACCATCACCCGTGCGCTGGACGTCTTCGAGAAGGTCAATCAGGACATACCACTGGCCGGGATCAACTGGTTCTTCGATCACGCCGAAACCATCTCGGATAAATCGATCGACCGTATAGCAGCGCTCGGGGGCGGCATTGCCGTGCAGCACCGCATGGCTTATCAGGGTGAATACTTTGTCGAGCGCTACGGCGCCCGCGCCGCTGAGGCCACGCCGCCGGTGAAGCGAATTCTCGAAAAAGGCGTGAAAGTGTCAGCGGGCACTGACGCTACTCGCGTCGCCTCCTACAACCCCTGGGTCTCACTGTCGTGGATGGTCACCGGCAGGACCGTCGGCGGCCTGAACCTCTATCCACAACGTAATCTGCTTGATCGCGAAACCGCGTTGCGGATGTGGACCGAGAATGTCGCCTGGTTCTCCAACGAGGAAGGCAAACGTGGACGCATTCAGGCTGGCCAGTTCGCTGACCTGATAGTGCCGAGCAAAGACTACTTTTCGGTCCCCGAAGACGAGATTTCATTTCTGACCTCCGATCTGACCGTGGTGGGTGGGCGCGTTGTCTATAGTGCCGGCCAGTTCACTGCGCTGGACGACAACCTGCTGCCGCCCGCGATGCCGGACTGGTCGCCGACCCGCACGTTCAAGGGTTATGGCGCTTGGGGAGAACCGGAAGGCGCCGGCAGGAACTCGCTGGCGCCGTTGCGCGCTCAAGCCGCTGCATCGTGCGGCTGCGCAAGCTCCTGCGGTGTGCATGGTCATGACCATGCCGGTGCGTGGGGTTCCAATGCACCGGTGTCGGATCCGAGGAGTTTTTTTGGCGCTTTAGGCTGCTCCTGCTGGGCCGTATAG MTHSIPDTIFRNGEITTLNRANPVASAVAIKDGKFLAVGSDQEIMLLAGPATKVVDLKRRSVLPGLVDNHTHVIRGGLNYNLELRWDGVRSLADAMEMLKRQVAITPAPQWVRVIGGFTEHQFIEKRLPTIEQINAIAPDTPVFLLHLYDRALLNGAALRAAGYTRDTPEPPGGEITRDGNGNPTGLLLAKPNAMILYATLAKGPKLPFDYQVNSTRHFMRELNRLGVTGVIDAGGGFQNYPDDYAVVQKLDDDGQMTVRLAYNLFTQKPKEEKDDFLKWTSSVKYKQGNDYFRHNGAGEMLVFSAADFEDFRQPRPNMPPEMEGELEEVVRILAQNRWPWRLHATYDETITRALDVFEKVNQDIPLAGINWFFDHAETISDKSIDRIAALGGGIAVQHRMAYQGEYFVERYGARAAEATPPVKRILEKGVKVSAGTDATRVASYNPWVSLSWMVTGRTVGGLNLYPQRNLLDRETALRMWTENVAWFSNEEGKRGRIQAGQFADLIVPSKDYFSVPEDEISFLTSDLTVVGGRVVYSAGQFTALDDNLLPPAMPDWSPTRTFKGYGAWGEPEGAGRNSLAPLRAQAAASCGCASSCGVHGHDHAGAWGSNAPVSDPRSFFGALGCSCWAV NA NA NA NA NA D1-35_02714 927 dmlR_15 HTH-type transcriptional regulator DmlR TTGAATAAATTATCTGAAATGCATGCTTTCGTGGCGGTGGTGGACACAGGCAGTATTTCAGAGGCTGCTCGCCGTTTGGGCACCGCCAAGTCCATGATTTCCAAGCGCATTCAACAGCTCGAAAAACGCCTGGGGAGCATTCTTCTGGAGCGTGGCCGGCAGACTCGCCTGACTGAGTCAGGCGAGGTTTTTTACCGTCATTGCAGGGGAATTCTGGCTGACATTGAAACTGCCGAAAACGCGGTGCTGACGTCTCAGTCGATTGTCCGTGGAAGTCTGCGTATTGCAGCTCCGATGGCTTTCGGCAGGCGATATCTGACGCCGATTTTGGCAGCTTTTGCCAGGCAATATCCTGAGTTGTATCTGGATATCGAGTTCGACGACCGCCGCGTCAACTTGCATGAAGAGGGTTTTGATGCGGCGGTTCGTATCGGCGAATTACCAGACTCTTCGCTGATGGCCAAAATAATTACACCCAACCGCCATATCATCTGTGCGAGCCCTGATTATTTGAATGCTCATGGGACGCCACAAATACCGCAAGACCTGGCTCAGCATTTCGCCGTGCTTTACGTCAATCGCGAACCACATGGTATGTGGACGCTACCGGTAAACGGCACATTAGAGTCCTTTCGTGTGCGCTGCCGAATGCGCACCAACTGTGGCGATCAACTGATGGAGGCGGCGAAGACGGGGCTCGGGCTTGCCATATTGCCCACTTTCCTGGCCGCTCAAGCCATTGTGGACGGTGAATTGATCGAAGTGCTGGCGCCTTATGCGCCACGTGGAGGCAATATTTCTGTTGTCTATCGTCAATCGCATAAAACATTGGCCAAGCTTCTCGCGCTGAGTAGCTTCCTTAGCGAACGGATCGGTAACCCGCCAATTTGGGACCGGCTGCTGGCATCCAGTTCGCAACCACAGTAG MNKLSEMHAFVAVVDTGSISEAARRLGTAKSMISKRIQQLEKRLGSILLERGRQTRLTESGEVFYRHCRGILADIETAENAVLTSQSIVRGSLRIAAPMAFGRRYLTPILAAFARQYPELYLDIEFDDRRVNLHEEGFDAAVRIGELPDSSLMAKIITPNRHIICASPDYLNAHGTPQIPQDLAQHFAVLYVNREPHGMWTLPVNGTLESFRVRCRMRTNCGDQLMEAAKTGLGLAILPTFLAAQAIVDGELIEVLAPYAPRGGNISVVYRQSHKTLAKLLALSSFLSERIGNPPIWDRLLASSSQPQ NA NA NA NA NA D1-35_02715 579 hypothetical protein ATGATCACTCCTAAAATCAAATCGCTCGCTGCAGCAATCACGCTCGCCACGTGCATCTTAACTGTCTCGCCAGTGTCGGCACAGTCGACTAGCGAAGCGCAGTCAGCTGCATCACTCTCGGTTGTCATGGAATTCCTGGCCAATACTTCGCCCGATAAAGTCGAAGCCGCTGCGCACAGGTTAGCGGCTCCAGACGCCACCTATGTTTCTCTAAACTTCGATAACCCAGAACTCAAAAAAATCATGCCTTGGACCGGCACAAACAAAGGCCCGAAAGCCTTCAGTTCGTTATTCATGCAGGTCTCGGATTACTGGAAGATCGAAGACTTCACCATCACTACCAAAATCGCCTCCGGCGAAGATGTTGCGATTTTCGGTAAGTTCACCTATCGCTCCGTGGCGGTCGACAAGGTGTTTACATCACCGTTTTCCGTTCACGCCAAGGTTCGTGACGGAAAGATGACTTATTTCCAGTTCATGGAAGATACCTACGCGTCCGCCAGTTCGTTCCGCCAGTCCGGTTCGTGGACCGTGAAGACATCAGCGCATGCAGCCCCCGTTACGGTCGGGACCAATTAA MITPKIKSLAAAITLATCILTVSPVSAQSTSEAQSAASLSVVMEFLANTSPDKVEAAAHRLAAPDATYVSLNFDNPELKKIMPWTGTNKGPKAFSSLFMQVSDYWKIEDFTITTKIASGEDVAIFGKFTYRSVAVDKVFTSPFSVHAKVRDGKMTYFQFMEDTYASASSFRQSGSWTVKTSAHAAPVTVGTN NA NA NA NA NA D1-35_02716 540 hypothetical protein ATGCAACGGGTGATGATTGTTGGTCAACCTGGATCTGGGAAAAGCACTTTGGCGCGTAACCTGGGCCAACGCACGGGCTTACCGGTCGTTCATATCGACACTATTCACTGGCAGCCAGGGTGGGTCGAACGAAGCTGGGACGAGAAGACGCATCTCTGTCGCGAGGTCGAGTCCCTTGATCGCTGGATTTTCGAAGGTGGCCATTCAGCCACGTGGAACCATCGGATGGCTCGCGCTGATCTTTTGATATGGATCGATCGATCTGCGACGCTCCGATTTTGGCGTGTACTCCTCAGAACGCTGCTCCACCGAGGTCAGCGCCGGCCGGACTTGCCGGACAACTGCCCCGAATTGCTGGCGAATCTGCCAGAGTTTTTTAAGTTCATGTGGCGGACGAGAAAATCAGCCCGGGCGAAGATGAACCAACTCGTGGCGACTGCCCCCCCAACTTGCCGCGTGGTCTGTCTGCGGTCTAACCGGGATACAAGAATTTTTCTGGCGAGCGTTGGAAATTCGACTGGCCAGGCTCTGCGGGATTGA MQRVMIVGQPGSGKSTLARNLGQRTGLPVVHIDTIHWQPGWVERSWDEKTHLCREVESLDRWIFEGGHSATWNHRMARADLLIWIDRSATLRFWRVLLRTLLHRGQRRPDLPDNCPELLANLPEFFKFMWRTRKSARAKMNQLVATAPPTCRVVCLRSNRDTRIFLASVGNSTGQALRD NA NA NA NA NA D1-35_02717 972 cdhR_8 COG4977 HTH-type transcriptional regulator CdhR ATGCTCCCCATACGCGTTGCTGTTCTAGCTTTCGAAGGCGTCAGCCTTTTCCATCTTTCCGTGCCGGGAATGGTATTGGGAACCGCGCAACCTGCGCCCGATGGGCCTCGCTACGAAATCAATTACTGCGCAGAAGTGCCCGGAGTGATCAGCACCGACCAGGACATTGGCCTGTCGGTAAGCCTCGGCCTGGAGCTGATGGAAACTTCCGACGTCATCATCATCCCGGCGTGGGGCGATCAATCCCTTGTTGCATCGCCCCAACTCATAGAAGCGCTGCAGCTCGCCAATACGCAAGGCAAGCTCATCGTGGGATTGTGTTTGGGAGCGTTCGTCCTTGGCGATGCCGGGCTGCTCGATGGAAAGGAAGCAACCACCCACTGGGCCGTCCGTGACCAGTTTGCGCAACGTTTTCCCAAGGTCCGATTCAAGCCCGAAGTGCTCTACGTCAGCGCCGATAACATCGTAACGTCCGCCGGAACGGTCGCGGCAATCGATTGCTGCCTGCACCTGGTACGCGAGCGACTCGGTGCAGACGTGGCGAATCGCACCGCGAAAATGCTCGTGACGCCACCCCACAGGCCCGGAGGCCAGGCGCAGTATGTTGAACACCCGGTACCGCAATTAGCTGGCGAGACTCACCTGTCCGACGTCCTGACGTGGGCCCGAATGAACCTGTCCGGAGACCTCTCCCTCGACGTGCTGGCAGACATGGCGAAAATGAGCAGACGGACTTTTACCCGTCGGTTCAAGGAGGCGACTGGCACAACTGTGTCGAAATGGTTGACCGCTGAACGAGTGGCTAGGGCGCAGGCGTTGCTGGAAACGACTGAGTTGCCTATTGAATACATCGCGGGGGAGGTGGGGTTTGGGACGTCATTGTCGTTGAGGCAGCATTTTGGGGTGCATCTGGGGACGTCGCCTTCTGATTATCGGAAGATGTTTTGTCTTGGGGTGGGGCGGAAGATTTGA MLPIRVAVLAFEGVSLFHLSVPGMVLGTAQPAPDGPRYEINYCAEVPGVISTDQDIGLSVSLGLELMETSDVIIIPAWGDQSLVASPQLIEALQLANTQGKLIVGLCLGAFVLGDAGLLDGKEATTHWAVRDQFAQRFPKVRFKPEVLYVSADNIVTSAGTVAAIDCCLHLVRERLGADVANRTAKMLVTPPHRPGGQAQYVEHPVPQLAGETHLSDVLTWARMNLSGDLSLDVLADMAKMSRRTFTRRFKEATGTTVSKWLTAERVARAQALLETTELPIEYIAGEVGFGTSLSLRQHFGVHLGTSPSDYRKMFCLGVGRKI NA NA NA NA NA D1-35_02718 891 hypothetical protein ATGAAACTCAGAACTTTACCGCTTGCCGTCAGCATGGCTTGTGCCGTAGCCGCTGCCCCCGCGTTCGCCAGTTCGAATGCTCCCAAGGCACCTGACGCCTCTCACAAGTTGGATTTGCAGCAGGTTCGTAACGCCACGGTGAAAATCACCTACGGTGACACCACTTTCCTGATTGATCCGATGCTGGCAAAAAAAGGCGCTTATCCGGGTTTTGAAAACACCTATCGGAGCAACCTGCGCAACCCCTTGGTTGATCTGACGGAGTCGCCTGAGAAAGTTATCGCTGGAGTCGACGCCGTCATCGTCACCCATACGCACCTGGATCACTGGGACGATGCCGCGCAGAAAGCGCTGCCTAAAGACATTCCGTTGTTCGCCCAACATGAAGAAGATGCACAGCTGATTCGTTCCCAGGGTTTCAAGAACGTACGCGTACTGACGGATGAAGCCGAATTCGGCGGCGTGAAGATCACCAAGACCGGCGGCCAGCATGGCACTGACGAAATGTATGCCGTGCCAGCGCTCGCAAAACCGCTAGGCGAAGCCATGGGCGTGGTTTTCCAATCGCCGGGCTACAAGACGCTCTACCTAGCGGGTGACACGATCTGGCGTAAAGAGGTCGACCAGGCGATCAACCAGTACCGCCCGGAAGTTATCGTGCTCAACGCCGGGGAGGCAAAAATGGCCGGATTCGACGGCTCGATCATCATGGGCGAGGAAGATGTGCTTCGCGCCTCAAAAGCCGCGAAAAACGCACAGATTGTCGCGGTGCACATGGACGCGATCAACCATATGTCCCTGACCCGTGAAGAACTGCGCGCTTACGTCAAGAAGCAAGGGATTCAGGGGCGTGTGGACATTCCGGAAGATGGGGCTTCGCTGGAGTTCTAA MKLRTLPLAVSMACAVAAAPAFASSNAPKAPDASHKLDLQQVRNATVKITYGDTTFLIDPMLAKKGAYPGFENTYRSNLRNPLVDLTESPEKVIAGVDAVIVTHTHLDHWDDAAQKALPKDIPLFAQHEEDAQLIRSQGFKNVRVLTDEAEFGGVKITKTGGQHGTDEMYAVPALAKPLGEAMGVVFQSPGYKTLYLAGDTIWRKEVDQAINQYRPEVIVLNAGEAKMAGFDGSIIMGEEDVLRASKAAKNAQIVAVHMDAINHMSLTREELRAYVKKQGIQGRVDIPEDGASLEF NA NA NA NA NA D1-35_02719 729 hypothetical protein ATGGTACTCACCGTCAGTTCCGCTTACATCCCGCCGGCCAATACCAACCTCACGCGCTCCGAACAGGCGCTCGTGACCAAGGCGCCGACAGACGCTGCGAAAGAACTCCTGGCAAACGCCAGCCCAGCGGCCATCTTCCATCCCAGCGAAGAAGCCCAGGCAACAATGCCGATGCCTGTGGCGATCGAGACCTGGATCGGTCGCTCTCAATCACCGGACTTTCCTCGATACGTAGAGACCCTCAAAGGGGCAACCAGTACGCTGAAGTCCTCGTTCGAGGATTTCCAATCCACGCTCTCGACGACCCACCCGGACTTGGCCGGGAAGAAATACGGCTTCACTGTCGAAGCCGACGGCAGCCTGAAGGTGCTCAACTCCGCCGGCAAGCTCAGCAGTTCCGATATCCAACGGCTGACCGATCTGCTCAACGACTCCAAGGACCTGAAAGCCGCCGCCATCGCAGTTCGCGACGCCTCCATCGACCTGGTCGACGCCGACTCGCCTTGGTCCGGCAGCTACCTGGGCCTCTACAGCCTGACCAAGGAAAACTTCGCCAACACGATCGATCTGGCCCCGTTGCTGAAAGACCGTGGGTCGGTGTCCATACAGGAATATTCCGACGGGTTGTTTTTCAATCAGTTGGCGTACAAGGGCGAGCGGGCGACGCGGGAGACGGAACAGGCGATGTTCGAGAGGCGGGCGGCGGAGCGGTTTTCGGTGCGGGTTTGA MVLTVSSAYIPPANTNLTRSEQALVTKAPTDAAKELLANASPAAIFHPSEEAQATMPMPVAIETWIGRSQSPDFPRYVETLKGATSTLKSSFEDFQSTLSTTHPDLAGKKYGFTVEADGSLKVLNSAGKLSSSDIQRLTDLLNDSKDLKAAAIAVRDASIDLVDADSPWSGSYLGLYSLTKENFANTIDLAPLLKDRGSVSIQEYSDGLFFNQLAYKGERATRETEQAMFERRAAERFSVRV NA NA NA NA NA D1-35_02720 1566 aer_2 COG0840 Aerotaxis receptor ATGAGAAACAATCAGCCGGTCACGCAACGTGAGATTTCGCTCGCACCTCAGCAAAAGCTGATTTCCACCACGGATACGCGAGGCGTCATCACGTATTGCAATGACGCCTTCGTCGAGATCAGCGGATTCGACAAGGTGGACCTGATCGGCGCACCACAGAATATCGTTCGTCATCCGGATGTGCCGCCCGCCGTGTTTGCGCATATGTGGGCCGCGCTCAAGCAAGGCAAGCCGTGGATGGGGATCGTCAAGAACCGCTCGAAAAACGGCGACCATTATTGGGTCAATGCCTACGTCACGCCTGTTTACGAAGGGAGCCAGGTCGTCGGTTACGAATCGGTACGAGTCAAGCCGACGGCCAGCCAGATCCGCCGCGCCGAAGCGCTCTACAAACGCATCAGACTCGGCAAGGCAGCTGTCCCGGGTGTTGATCGGTGGTACCCCTTCCTGCTCAGTTGGGTACCGGTTCTGTTGATGGGTTTATTGGGCACAGTAGGCGGCGCCTTCCTCAATACCGCCATGGCAATGCTGCTTGCTGTCGGAATATCGATTCCGGTCGGGTTGATCATCTCGCGCCAGCAGAACAAAGGCGCGCTGCGTCTGTTGGAAATGGCCGAGGCATCAACCTCGGATGCGTTGCTGGCGAAAATGTACAGCGACGAGCGCGGCCTGCAGGCTCGCCTTGAAACAGCTTTCGAGAGCCAGGCATCCCGGCTCAAGACGTGCCTCACTCGCCTGCAGGACACCGCCGAGCAACTGACCGGTTTGGCTGGCAGGTCCGACGGCCTGGCCGCCGACAGTTCACGCGGGCTTGAACGCCAACGCGTCGAGACTGAGCAAGTGTCGGCCGCGGTGAATCAGATGTCGGCGACCACCCAAGAGGTCGCCAGTCATGTCCAGCGCACGGCTGACGCTACCCAGGAAGCCAACGTGCTGACCGGGCGCGGACGCGACGTGGCCCGTGACACCCGCCAGGCGATTCAGCGTCTCTCCGAGGTCGTGGGCGAAACCGGGCTGACGGTTGCGCAGCTGGCCAAGGACAGCAACGAAATCGGGACGGTGGTCGATGTCATCAAAGGCATTGCCGACCAGACCAACCTGCTGGCGTTGAACGCCGCCATCGAAGCCGCGCGCGCCGGAGACATGGGCAGGGGGTTCGCGGTGGTTGCCGATGAAGTGCGCCAGCTGGCACAGCGCACGACTGAGTCCACCACGCAGATTCATAGCCTGATTTCCAAGCTGCAGGTCTCCTCCAACAACGCCGTGAAAACCATGGAAAGCGGCCATCGACAAGCTGAGGAAGGCGTCGCCTGGGTGCTTGAGGCAGACAAAGCACTGATCGGCATCAGCGAAGCCGTGGCACACATCACCGACATGACCAGCCAGATTGCCGCGGCGACAGAAGAGCAAACCGCGGTGGCCGACGAAATCAGCCGCAATATCACCACTATCGCGAACCTGGCAGACCAGACTTCCGAACAGGCCAGGCACTCCGCGGAGTTGAGCAAGGAATTGACGCAAACAGCCATGACTCAGTACTCGTTGGTGGAGCGATTTAATCGCTAG MRNNQPVTQREISLAPQQKLISTTDTRGVITYCNDAFVEISGFDKVDLIGAPQNIVRHPDVPPAVFAHMWAALKQGKPWMGIVKNRSKNGDHYWVNAYVTPVYEGSQVVGYESVRVKPTASQIRRAEALYKRIRLGKAAVPGVDRWYPFLLSWVPVLLMGLLGTVGGAFLNTAMAMLLAVGISIPVGLIISRQQNKGALRLLEMAEASTSDALLAKMYSDERGLQARLETAFESQASRLKTCLTRLQDTAEQLTGLAGRSDGLAADSSRGLERQRVETEQVSAAVNQMSATTQEVASHVQRTADATQEANVLTGRGRDVARDTRQAIQRLSEVVGETGLTVAQLAKDSNEIGTVVDVIKGIADQTNLLALNAAIEAARAGDMGRGFAVVADEVRQLAQRTTESTTQIHSLISKLQVSSNNAVKTMESGHRQAEEGVAWVLEADKALIGISEAVAHITDMTSQIAAATEEQTAVADEISRNITTIANLADQTSEQARHSAELSKELTQTAMTQYSLVERFNR PGPT0015700_812 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015700-aer-K03776 NA NA D1-35_02721 255 cim Cloacin immunity protein ATGGGCTTAAAGTTAAGGATGGACTGGTATGACCCGAAAACGGAGTGGGGTGAAGGTAAGGAATATACGGTAGATTTACGGGAAGATAAGTCAGCTATCGCCGCACTGGGTCTAGAGAACGAGCCAAACATTTATGACGGTGGCTTTGATGTGCTGGAAGAATGGATTCCGATTCTTCAACCCCTCTTCAGCCACCTGATCGTTCCCGAACAGTTTGATTACCAGATCTCATTTCGTTACCGAGCCGCTTGGTAA MGLKLRMDWYDPKTEWGEGKEYTVDLREDKSAIAALGLENEPNIYDGGFDVLEEWIPILQPLFSHLIVPEQFDYQISFRYRAAW NA NA NA NA NA D1-35_02722 249 hypothetical protein GTGCCTTATTACTCGATAACTGGTTTTTACCCGGATGAAAAAAATGACGACTCACTACAATTTGAGATTGATATAAAAGACATCGAACAAAAAGAAGCCTTGGCTCAGATGGCCGAAGCAAAACCATTCAGCAAAATTGGTCCAGGGGAGCAGGAAATTACGGAAGAGCAGCTCAAGAGAGTTGAAGCGATCCTGGGCAGGAAGCTCCCCGTGGGACTGGAATATTTTATTGGGGCGACAGCCGACTAG MPYYSITGFYPDEKNDDSLQFEIDIKDIEQKEALAQMAEAKPFSKIGPGEQEITEEQLKRVEAILGRKLPVGLEYFIGATAD NA NA NA NA NA D1-35_02723 255 imm_1 Colicin-E3 immunity protein ATGGGACTCAAACTGAGGCTCGAGTGGTATAGCAAACAAACCGAATCTTTCGAGGGGGAGGAGTACTCGGACGACTTCGGTGATGACGGTGCTGTCATCGACGCTTTGGGCATTCCTTTCGAGAATAATATAAATAACGGTGGATTTAATGTTCCCTTGGAATGGATAGAAATTCTTCGGCCCTATTTTCAACATCTTATTGATTGGGATCGTTATGACTATCAAGTAGCCTTCGATTATCGAGACAGCTGGTAA MGLKLRLEWYSKQTESFEGEEYSDDFGDDGAVIDALGIPFENNINNGGFNVPLEWIEILRPYFQHLIDWDRYDYQVAFDYRDSW NA NA NA NA NA D1-35_02724 231 hypothetical protein ATGAGGCACGTCATTGAGGTTTTCGACGCGGGAACTGAGGAGTTGCTGCAGAGCGTGGAGATTCCAAAGTCGTACTCGACTCAATTGAGCGAACTAATGGGCTGGACGCAACCTGAAGACCCGTACGATGGCTATGACCTCTCGTCGGAACAGGTAGAGGTATTAGAGAGGTGGACCAGTACCGCATTAAATGGGGATAACGTCATTATCCAAATTGTCTGCCTTGAGTAA MRHVIEVFDAGTEELLQSVEIPKSYSTQLSELMGWTQPEDPYDGYDLSSEQVEVLERWTSTALNGDNVIIQIVCLE NA NA NA NA NA D1-35_02725 1113 hypothetical protein ATGACCTCCAGCGAGGTGGCGGAGTACGAAGCACTCCAGCGTGGCCACAAAGCCATGCTTGCCCGACAGGCTGCTTACGAAAAACAACGTTGGGCCAAGGTTGAAAGAACGCCTCTCGTCATCACCGGGTCGGTGTTCGCCAAAAGCTGCGCGCTGCCCAACGGAATCATTGACTACAGCAACCCCAACGGCTTTGTTCCGCCGGACCTGATCAAGCAGTACGGCGATCTGATGTGGCTTGGCGCCAGGAGCCCCGACGCGTCGGGAACCCTTCCCCTGAAGCAGATTGGCTCAAGCGCGATACCCGCCGCAATGGGTAGGCTCGCACTGGGCGGTTCCGCAGTGTCAACCGCCGGAGCCATCGGCGGCACGGTCGGCGCCGCACTGTTGACCGGCATCGTCGCCTTGCTCTGGCCCTCCAGCCTCGGCGACAGCGCACTCTACAGCGAAGACCAGTTGCGCAATCTCAAACAGGCCCGCAGCCGCATGCGCCTGAGCATCGAGCAGCAGGCCGATGGCAGCCTCAAGGGCTATGGCTTCTACACCGGCCAGAACCGCGACTGGGAAATGGTCGACGTCATCCAGCTGACGCCGCGTGCCGACCAATACGTCGCCGACCTTGGCGACGGCATCGAACTGATCTGGACCCCAGCCATCGACCCCTCCGACACCCTCGGCATCCCGGCCTTGGAAGCCGCCCCTCAGACGCCACACATCTGGATTTATCCGCCGACGCCCGTGGCGGACAGCATCATCGTCAACCCGATCTATCCGCCGGAGTACAAAGATTTCATTCTGGTGTTTCCGGTGGATTCGGGGGTTCGGCCGGTTTATGTGGTTTTGAGTGTTCCGGGGGATCATAAGTATTACCCATCTCCACTGTCGCTTCCCGCCTTTGCAGACGCGAAGTCCGCCCCCTTGAAAACGTCTGTACGTGGCGGAGGTAAAAAACGTCGACGATGGAAGGATCGCGCGGGAAAAATCTATGAATGGGACTCTCAACATGGCGCGCTAGAAGTATATACAAAGCAAGGTAAGCACCTCGGCGAGTTCGATTTCGTAACGGGGGAGCAAACAAAACCTGCTGATCCATCTAGGAGGGTTGAAAAATGA MTSSEVAEYEALQRGHKAMLARQAAYEKQRWAKVERTPLVITGSVFAKSCALPNGIIDYSNPNGFVPPDLIKQYGDLMWLGARSPDASGTLPLKQIGSSAIPAAMGRLALGGSAVSTAGAIGGTVGAALLTGIVALLWPSSLGDSALYSEDQLRNLKQARSRMRLSIEQQADGSLKGYGFYTGQNRDWEMVDVIQLTPRADQYVADLGDGIELIWTPAIDPSDTLGIPALEAAPQTPHIWIYPPTPVADSIIVNPIYPPEYKDFILVFPVDSGVRPVYVVLSVPGDHKYYPSPLSLPAFADAKSAPLKTSVRGGGKKRRRWKDRAGKIYEWDSQHGALEVYTKQGKHLGEFDFVTGEQTKPADPSRRVEK NA NA NA NA NA D1-35_02726 387 hypothetical protein ATGCATCTGCGTTCAAGCTTGTTGTGCCTGTGCCTTTACAGCAGCCTTGGCCAGGCCGCTGTCGACTGTTCTGCCCTGACGGAAAAGCTCTCGGGAACGGTCCCTGAATTTCATCCGTCAGTGCAAGGCAAGGTCATTGGCACCGGGCGCCTGCATTTCCACGAAGCGCCGGATGGGGCTTGCGCCAACAAGAAGATTTTCGTGATACCCGGCGACTCCCTCACCGTTTACGCCAGTCTTGAAGACGAGTCCTGGCTGGAAGTGAATTACATCGCCAAGGATGGCGAGGACTACACCGGTTGGGTGAAGGCAGACCGGGTACAGATTGGCGAACCTTACGGAGCTCAACCGGACACCGATGACGCGCCAGAGGCTGATGCCCAATAA MHLRSSLLCLCLYSSLGQAAVDCSALTEKLSGTVPEFHPSVQGKVIGTGRLHFHEAPDGACANKKIFVIPGDSLTVYASLEDESWLEVNYIAKDGEDYTGWVKADRVQIGEPYGAQPDTDDAPEADAQ NA NA NA NA NA D1-35_02727 933 hypothetical protein TTGATTGGATATCGGTTCGAGCGCACCGCGCGGGGTGACTTGCACATCCACTCGCTCAACCGGGTGCAGAGCGTATTCGTGTTGTTTACCAGTGCGCTGGCCTTGATCTTTCCCGTGGGAGCCGTGCTGGCGATTGCCACTGCAGACTCGTCGCTGGTGGGCCTGGACCCACTGACCTTGCTGCTGATGGTGCTCGGGCTGCTGTTGGTTCCTGCCCTGGGCCTGGCGCTGCTGGTCTACACCGGTATCCGCGAAACCCTGCTGCTGTCGCGCGTCGACGCTGAAGGCAAGCGTCGCACCCGAAACTTTTTTGGACGCCGTGAGCGGGTGCGATCGGTGTTCAGGATCGACGCCGTCAAATACCTCGAACTTCGCCGCCACCCGGAGGCCGAGCCAGCCCGCACCCAGCTATGGCTGGTGCTGCGCGATGGCACCGAGCACCGCCTGACGAGCGACAATGTTCCGGTAGTGCCGGGAAGCAAACGCACTGACCTGTGGCTGCGTGAACTGGCCGACTACCTGCAAGTGCCAGTGCCCAGCGAGGTCATGATCGGTTCGACGGCCGTTGCGAAGGCAGCCTATCGGCCTGCTCCAACCCCGGCGAAGATCGCCAGGCAGCGCAAAGCAAAGGCGCCGACGCCTTCGGCTGAGACGACTGAGCAACTGGGCACCCCCGTCCGCGCCCTGCTCGCCCTGCTTGGCGCCTTCCTGGCTGTGTATGAGCTGACCCGCATCATCACGTTGGTGCCTTCGCTGTTTACCGGACGGCTGCGCATTGGCATCAGTCGCCCAACGACCTTCTACTGGGCCGAGGAGCCGATGACCTTTTCCTTTCACATGCTTATCGGCGTCGCCGAGCTGCTGGTCATCGGGGTCATCGCCTGGGGTTGTTTGCGCGTGGCGATCGAGGGGCGGATGAAGTCCGATCGTTGA MIGYRFERTARGDLHIHSLNRVQSVFVLFTSALALIFPVGAVLAIATADSSLVGLDPLTLLLMVLGLLLVPALGLALLVYTGIRETLLLSRVDAEGKRRTRNFFGRRERVRSVFRIDAVKYLELRRHPEAEPARTQLWLVLRDGTEHRLTSDNVPVVPGSKRTDLWLRELADYLQVPVPSEVMIGSTAVAKAAYRPAPTPAKIARQRKAKAPTPSAETTEQLGTPVRALLALLGAFLAVYELTRIITLVPSLFTGRLRIGISRPTTFYWAEEPMTFSFHMLIGVAELLVIGVIAWGCLRVAIEGRMKSDR NA NA NA NA NA D1-35_02728 501 hypothetical protein ATGGAAATATCGCCTCGCTTTGTCGTTCATGAATCAGAGCATTGGCTCATCAATCACCGCGTGGACAGTGCACTGCCCGGCTACCTGATGCTCAGCGCAAAACAGAGGACGAATGCCTTGGCATCGCTGTCGGCTGAAGCGCTGGCGGAGTTGGGTGTATTGCAAGCGCGAATCCAGCACGCCATCGAAACCTGCCTGCAACCAAGACGACTGTACATCGGCCGTTTTGGTCATGACGCTGGTTACTCCATCCACTTCCATTTCATTCCGGTTTATCACTGGGTCGAAGCGCTGTTCTGGAACGACGACAGGTACCGGCTGCTGCAGACTTTCGGCTCGATCGACAGCAATTTGTCTCAGACCGATGGTGCGGAATTGACGCTCTTTGTCTGGCGGGAATTTTGCGAGCGTCCTGATCCTCCGCCGATACAGGGGCCGTCTGTCGAGCAGGTCGTGGCGGTGTTACGGCGGGAATTCGGTTTTCGGCTTGTTGATGAATAG MEISPRFVVHESEHWLINHRVDSALPGYLMLSAKQRTNALASLSAEALAELGVLQARIQHAIETCLQPRRLYIGRFGHDAGYSIHFHFIPVYHWVEALFWNDDRYRLLQTFGSIDSNLSQTDGAELTLFVWREFCERPDPPPIQGPSVEQVVAVLRREFGFRLVDE NA NA NA NA NA D1-35_02729 1056 hypothetical protein TTGAACAATGCTTTTGCGGCTCTGTTTCTGGCTTGCCTGGCCACCTCCGTATTCGCTGACGAAAACCCTGTCGGCTTTCGCTCTTCGACAGTGTCGAATCCACAGGATGACCGGCCGCTGGAAATGGTCGTCTGGTATCCCGGAGCAACTGCCGCAACCGCGCAACTGATCGCCGATAACGCGGTATTTGTCGGCGCATCTGCCGTTCGTGACGCGCCGCCGGCTGCCGGTGAGCATCCCCTGGTGGTGCTTTCTCATGGATACAGGGGCAACTGGAGCAATCAGGTCTGGCTTGCCAGTGCCTTGGCCCGTAAGGGCTACATCGTCGCGGCCGTCAATCATCCTGGCACCACGACCCATGACCGCAGTCCGCAAGCGGCGGCGCAGTTATGGCAGCGGTCCGTTGATCTGCGCCGAGCCATCGATGAGGTCACGACTCAACCGGAAGAATTCGGCCAGGTTGCCAATAATCGCGTCGCAGTCGTGGGCCATTCACTCGGTGGCTGGACCGCCCTGGAAATGGCCGGTGCCCGTTTTGATCCGGACCGCTTCGCCGACGATTGCAAAACCCATCCGCAGCTAGCCAGCTGCACCGTCTACGGGCAGATGAATCCGGCGAGTAGTCCGGACTCGAAAGCCGCGCTGGCCGCCGACTGGCGCGACAAACGCGTCACGGCCGTGATCACTCTCGATCTGGGCCTGTCGCGAGGCCTGACCGATGAAAGCCTCTCCGCGCTGCCGGTGCCCGCCCTGGTGATTGCTGCCGGCGTGCCCTCGCGCGAACTTCCCGCCGAGTTGGAGTCTGCCGACCTCGCCAGGCGCCTGCCGCCGGTGTCCAGCCGTTATGTGGAAATCAGCGACGCCAGCCATTTCAGTTTCATGTCGATTTGCAAACCTGGCGCGCAGGCAATGCTCGAAGAAGAAGTGCCAGGCGATGGCATCATTTGCCGGGACGGCGAAAACGGGCGTGATCGTGGGGTGATTCAACAGGGGGTCGTATCGTTGATAGCGGATTTCCTGGCGGGAACGCCTGCGTCCAGTGGAGGCGGGTTGTAA MNNAFAALFLACLATSVFADENPVGFRSSTVSNPQDDRPLEMVVWYPGATAATAQLIADNAVFVGASAVRDAPPAAGEHPLVVLSHGYRGNWSNQVWLASALARKGYIVAAVNHPGTTTHDRSPQAAAQLWQRSVDLRRAIDEVTTQPEEFGQVANNRVAVVGHSLGGWTALEMAGARFDPDRFADDCKTHPQLASCTVYGQMNPASSPDSKAALAADWRDKRVTAVITLDLGLSRGLTDESLSALPVPALVIAAGVPSRELPAELESADLARRLPPVSSRYVEISDASHFSFMSICKPGAQAMLEEEVPGDGIICRDGENGRDRGVIQQGVVSLIADFLAGTPASSGGGL NA NA NA NA NA D1-35_02730 555 hypothetical protein ATGGAAAAACTGACTCGTCACCGTTGGATCGCGGCAGGCTTCGAGGCCCTCGACCAGGCAGGCCAGGCAGGCGTCTCGGCCGAAAGCCTGGCGCGTCGATTGAATGTGACCCGTGGCTCGTTCTATCACCATTTTCGCAATCGCGAAGACTTTGTCCGCGCTTTGCTGGCTGCCTGGGAAGAGGACTACACGGGGCGCATGCTTGCTTATGCGGGCCAGGGTCGGAGCGCGCGAGAGACGTTGCAGCGCTACCTGGATATCGCCGCGCAGAAACAACCTGGGCGGGAAGTGTCCATCCGTGCCTGGTCGCTGCATGATCCGTTGGTTGCCGAGTTCCAGCAGCGTGTCGACGCAAGACGATTGGCCTTTGCGATACAGGCGTGTCGTCGCTTGGCCCCGGCGCCCGGTCAGGCGGAGGTCATCGGGCAGATGGCCCATTTGTGCCTGATTGGCGGGCAGCAGGCCGGAATACGACGTGATGCGGCGCGCTTCAATGGTTTCGTGAGCCGGGCTTTTGCCTTGGTCGAGGGCGTTATTGCGCCATGGAGAGGCTGA MEKLTRHRWIAAGFEALDQAGQAGVSAESLARRLNVTRGSFYHHFRNREDFVRALLAAWEEDYTGRMLAYAGQGRSARETLQRYLDIAAQKQPGREVSIRAWSLHDPLVAEFQQRVDARRLAFAIQACRRLAPAPGQAEVIGQMAHLCLIGGQQAGIRRDAARFNGFVSRAFALVEGVIAPWRG NA NA NA NA NA D1-35_02731 630 hypothetical protein TTGAAGCAAATCGCCCTGATCGCTTTCGACCAGTTCACCGACATCGACCTGTTCCTGATGTGGGACATCTTAGGCCGCAATACGCAAGACTGGCACGTAAGAATTCTGGCCTCCAGCCCTGTCGTGACATCGGCGCACGGCTTGGCGGTTTCGGTGCACGGCCCGCTGTGCGAGGCCAATGGCGCGGACGCGGTGTTGTTCGTCAGTGGCAAACAAGGCATACCTGCCGCGCTTGCAGCTGCGGACTTCCTACCGTCGTTTGAACTCGATGCCCGACGCCAGCGAATCGGCTCGATCTGCGCCGGGGCCTTTATTCTTCAGCGGCTTGGGCTGCTACCCGACGGCCGGGCAACCACCCACCCGGAGGCTCGCTCAGGCCTGCTGGCCCTGGGAATCGAGCCCGTGGATCAGCCGCTGGTCTGCCACGGGAATGTCGCCACGGCAGGCGGATGCCTTGCCGCGCTTTACCTGGTGGGATGGCTGGTTGAATCCTGGTTCGATGTCGAGAAGCGCCGCGCAACCCTGCTCCCCGTCCTGCCGGCCGGGCAGCAAGCGCTCTACGATATCCTGATCGGGCTCAGCATCCGACAAGGCCAGATCCAGAGAATTGGGTCCAGGCCAGGCGCTTGA MKQIALIAFDQFTDIDLFLMWDILGRNTQDWHVRILASSPVVTSAHGLAVSVHGPLCEANGADAVLFVSGKQGIPAALAAADFLPSFELDARRQRIGSICAGAFILQRLGLLPDGRATTHPEARSGLLALGIEPVDQPLVCHGNVATAGGCLAALYLVGWLVESWFDVEKRRATLLPVLPAGQQALYDILIGLSIRQGQIQRIGSRPGA NA NA NA NA NA D1-35_02732 426 hypothetical protein ATGTCTGTAAATTCACCTACTGAACCGACCGCGAACGGATCGATGCTTGATCGCTGTATCCGCTTGTCACGCGCCTACACCTCAGCCGCGCGGCGGGTCGATGCCAAGCTTTCCGCCGTGCATGGCCTGAGCTTCAGCGACTTCATGATTCTTTACCACCTCAAGCATGCCCACAACTCCCGGCTTCGACGCGCTGATCTGGCCGATTGCATGGGCCTGACTGCGTCGGCGGTGACCAAGTCCCTGCTGTCGCTTGAAAAAATAGGCTTGGTTTCCCGACAAAGCGATCCGCGAGATGCGCGCGTGGGCTACGCCTGTCTGACCACGACTGGCGAACAGGTGTTTGCCGACGCGCAGGTTTCTGCGGAGTTCGCTTGCCAGGAGGTTTATGAGGCGATGGTGGGTGAGTGGAACAAGGCCGGTTGA MSVNSPTEPTANGSMLDRCIRLSRAYTSAARRVDAKLSAVHGLSFSDFMILYHLKHAHNSRLRRADLADCMGLTASAVTKSLLSLEKIGLVSRQSDPRDARVGYACLTTTGEQVFADAQVSAEFACQEVYEAMVGEWNKAG NA NA NA NA NA D1-35_02733 750 puuD_1 COG2071 Gamma-glutamyl-gamma-aminobutyrate hydrolase PuuD ATGTCTCGTCCACCCATGATCGGAATCATCGCCTGCTCAGGCAAAATCGGCCCACACACCGTCCAGCTCAGCAACGACAAATATGCCCAGGCCGTGGCCACCGCCGCCGACGCGTTGCCGGTCATCCTGCCGGTGTTTCCGGCGCTGCTCGATCCGGCCCGCATCATCGCCGGCCTGGACGGCCTGCTCTTCACCGGATCGCCGTCCAATATCGAACCCCACCACTACGACGGCCCGCCGAGCCCGCCGGGCACCGAGCACGACCCGGCCCGTGACAACCTCGCGCTGCCGCTCTGGCGCGCCGCCGTCGAAGCCGGCATGCCGGTGCTCGGCATCTGCCGCGGCTTCCAGGAAATGAACGTCGCCTTTGGCGGCTCGCTCCATCAACAACTCGATGGCCCAGGCGCCGAGCATGAACCGCCGAGCAATGAACCGGTCCAGGAACAGTACGCCCGCAACCACGCCTTGACGGTGCGGCCCGGTGGCGTGTTGGCGCGGCTGGGCCTCAAGGACGTGATCGAGGTCAACTCAGTCCACGGCCAGGGCGTCGCGCGGGTGGGGCAGGGCTTGCGCGTCGAGGCCGTGGCCGAGGATGGGTTGGTGGAGGGCCTTTCGGTGGAGGGCAGCCGGGCGTTTGCATTGGGGGTGCAATGGCATCCGGAGTGGGAGGTTATGGATAACGCGGATTATCGGACGATTTTTCGGGCGTTCGGAGAGGCATGTCGGGAGCGTGCGGAAAAAGACGCTTGA MSRPPMIGIIACSGKIGPHTVQLSNDKYAQAVATAADALPVILPVFPALLDPARIIAGLDGLLFTGSPSNIEPHHYDGPPSPPGTEHDPARDNLALPLWRAAVEAGMPVLGICRGFQEMNVAFGGSLHQQLDGPGAEHEPPSNEPVQEQYARNHALTVRPGGVLARLGLKDVIEVNSVHGQGVARVGQGLRVEAVAEDGLVEGLSVEGSRAFALGVQWHPEWEVMDNADYRTIFRAFGEACRERAEKDA PGPT0007640_56 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007640-puuD-K09473 NA NA D1-35_02734 1767 hypothetical protein ATGCCCATACGATCCGCCGCCCTCGTAACGCTGTTCGCCCTGTCTGCCAGCACCCTTGCAGTGGCGCAGGAACCGCTACGCCTGGAAGGCCTGAAACGCTGCGGCGACTTGCTGGAAAACCAGCGCCAGGAATGGTGCCTGACCGCGCGGGGGCTGGGTGACGCAACACCGCAACTGAAACTGGGCGAGAAACTGATTCCGGCCGGCAGCGTTCAGCGTGACGGGAACAACCTCCGCCTGCGCCTGGACCGCGCCGACTACCAGAGCGGCCCGCTCTGGCTGGAGGACGGCCCGCGGGCCAGCAACGCCGCCTGGCTGACGTTACGCACCAGCCACGTGGTGGCCGCCGGGCCGAACGAAGTGGCGAAGAACATGGACGGCCTGACCACGTATGTGGACCTGGTGAGCGTGCTCATCGAGGAAAGTCACGACGGTCGCCAGGAGGCCGAACGTCTCGCCGCCAAATACGGCGCGAAGGTGGTCGGCAGCATCGCCCCGCTGAACGTTTATCAGCTGCGCCTGCCGGCCAAGGACCTGGTCGAGCGCGATGCGCTAGTGCTGCGTCTGGGCGGCGAGACCAGTGTCGATGCGGTGGTGATAGAGGAGTCCGCCGCCGAAGAGACCGAGCAGGCGCCCGCCCAGCCAGAAGAGCCGAAGAAGCCGGCCAAGGACTCGGATGAATGGGCGGCGAATCGCTTCCTCGATGCGGTGCACTATTACCAGCGGCGCATCCCCGGGCAGCAGGCGCCGATCCGACCGCAGCCGGTGCGCATCGGCCTGATCGAGCGCGACGTGGATTTCGACACGGCGGATTTCGCCGATTACCTCGGCGCCTGCTCAATGCCGCGAACCTGCGTCTATGCCCGCGATGCGGACAAGCCGGACAACCACGGCACGACGGTCGCCGGCATCCTCGCCGCGCGCTGGAACGATGGCGGCAACAGCGGCTTCCTGCGGGGCCTGGACAAGGCCAGCGGCGGCTTCGAGGTGATTGTCGAGCGCAATTCCGACGCCGGGATCACCGCCAACATCGCCGCCTCGGTGAACCTCGTCGAGGACGGCGTGCGGGTGCTCAACTGGAGCTGGGGCATTCATCGAGTTGGCGCGAAAAACGTCAAGGGTGACGAGGTCGATTCGTTGCTGCGCTCGGGCATTGCCATGAGCGGCTACGAGGAGTTGCTGGAGGAGTTTTTCCTGTGGCTGCGCAAGGAACATCCCGACGTGGTGGTGGTGAATTCCGCCGGCAACGGCTCGTCATACTCGGGCACCGATGAATACCGCCTGCCCTCCTCGTTCATCACCGAACAATTACTGGTGGTCGGCGGGCATCAGCGCAGCGAACGCGCCGGGGTTGCGGTCGATGATCCGGCCTACGCAGTCAAGCGCGACTCCTCGAACGTCGACATGCGCGTCGACATCACCGCCGCCGCGTGCACCCACGCCTCGACGGTCAAGGCCGGCGAGGACGGCGCGGTGCATTGCGGCACGTCCTACGCCACGCCCATGGTTACCGGCCTGCTCGCGGCGATGCTGTCGATCAATCCGCAGCTTCATCCCGAGCAACTGCGCATGCTTCTGCGCCGCAGCGCCATGACCATCGGCGATAATCACGACTTCGAACAAATGGACGGCGAAGACCTCACCGCGCCCATCCTGCCGTCAGAGCGCAACTACCAGCTCAACGACAAGGATGTCGGTCGCTCGGCGCGGCTGGACATGCAAAAGGCCCTGGATCTGTCGGTACAGAGTCGCGATCGGGTGCGTTGA MPIRSAALVTLFALSASTLAVAQEPLRLEGLKRCGDLLENQRQEWCLTARGLGDATPQLKLGEKLIPAGSVQRDGNNLRLRLDRADYQSGPLWLEDGPRASNAAWLTLRTSHVVAAGPNEVAKNMDGLTTYVDLVSVLIEESHDGRQEAERLAAKYGAKVVGSIAPLNVYQLRLPAKDLVERDALVLRLGGETSVDAVVIEESAAEETEQAPAQPEEPKKPAKDSDEWAANRFLDAVHYYQRRIPGQQAPIRPQPVRIGLIERDVDFDTADFADYLGACSMPRTCVYARDADKPDNHGTTVAGILAARWNDGGNSGFLRGLDKASGGFEVIVERNSDAGITANIAASVNLVEDGVRVLNWSWGIHRVGAKNVKGDEVDSLLRSGIAMSGYEELLEEFFLWLRKEHPDVVVVNSAGNGSSYSGTDEYRLPSSFITEQLLVVGGHQRSERAGVAVDDPAYAVKRDSSNVDMRVDITAAACTHASTVKAGEDGAVHCGTSYATPMVTGLLAAMLSINPQLHPEQLRMLLRRSAMTIGDNHDFEQMDGEDLTAPILPSERNYQLNDKDVGRSARLDMQKALDLSVQSRDRVR NA NA NA NA NA D1-35_02735 927 dmlR_16 HTH-type transcriptional regulator DmlR ATGAATCTTGATGTCTTGAATAACCAGCACAGCGACGAAATCGCCGCGTTCCTGGCCGTGGCCGCGCAGGGCTCATTCGTGGCGGCCGGCCGGCTGTTGCAACGGCACCCGACCATCATCTCGAAACGGCTCGCGGCGATGGAAAAGCGCCTGGGCGTGCGGCTGGTGGAGCGCTCCACCCGGCAGGTGCGGATTACCGAAGTCGGGGCCAAGCTGGAACAGCGCCTGCGCTCGGCCATCGAGCTGATGAATGAAGCTCAGGCGCAAGCGGCCGAGGGCGCCAGCGAGGTTCGCGGCACGTTGCGACTGGCATTGCCCGCCGCAATGGGCAGGCGTTGGCTCGGCCCGATGCTGCCGGGGTTTCTCGAGGCATATCCGCATGTTTCGATCATCGCGGACTACAGCGAACGCCTGGTCGACATCATCGATGAAGGTTTTGACGCGGCGATCCGGATTGGCGAACTGGATGACAACCGGCTGATCGCCAAGAAACTGAGCGATCACCGGCGCATCCTCTGCGCCTCACCGGCCTATCTCGAAAAACATGGCATGCCCCGGACGCCGCAGGACCTGGCCAGCCATAACTGCCTGCGCTTCAGCGGCCTGGCGTCTTTTCCTCAATGGCGGCTCCATCGTGGCAACGAACTGCAGACAGTCACGCCGAAAGGCAACCTCACCGCCAACGACAGTGAATCACTGCTGGCGGCGGCCTGCGCCGACGCCGGGATACTTGGCGCCGGCGATTGGTTGATGAGTCGTGAGATCGCCGCCGGCAGGCTCTTGCATGTACTCCCCGATTGGCACCTGGACACCGCCGGCGGGGTTTATCTGGTCAGGCCGTCGGCCAAGTTCCCCAGTGCCGTGGTGGTCGCTTTCAAGCAGTGGATCGAGGCGAGGTTCAGCCCGGCGCCGCCTTGGGGCCTGTGA MNLDVLNNQHSDEIAAFLAVAAQGSFVAAGRLLQRHPTIISKRLAAMEKRLGVRLVERSTRQVRITEVGAKLEQRLRSAIELMNEAQAQAAEGASEVRGTLRLALPAAMGRRWLGPMLPGFLEAYPHVSIIADYSERLVDIIDEGFDAAIRIGELDDNRLIAKKLSDHRRILCASPAYLEKHGMPRTPQDLASHNCLRFSGLASFPQWRLHRGNELQTVTPKGNLTANDSESLLAAACADAGILGAGDWLMSREIAAGRLLHVLPDWHLDTAGGVYLVRPSAKFPSAVVVAFKQWIEARFSPAPPWGL NA NA NA NA NA D1-35_02736 981 2-haloacrylate reductase ATGAACATGGCAACTGCGATCCGGTTCAACCAATTCGGCAGCCCCGATGTATTGACGCTGCAAGCAGCGCCCGAACAGTCGCCGGGGCCGGGCGAGGTCTGGCTCGAGCAAGAAGCGATCGGGGTGAATTTTCTCGACGTTACCCAGCGCAAGGGCGCCGTGCCGATTCCCTTGCCTTCCGGCCTCGGGCTTGAAGGTGCTGGGCGTGTGGCGGCCGTAGGTGCCGATGTCAGCAACGTAAAAGTCGGAGATCGCGTCGCCTACGCCACGGGCCCGATAGGCGCGTATGCGTCGGCCCGGCTTTATCCGGCGCAGCGGCTGGTCAGGATTCCCGATGCGCTGTCGTTCGATGATGCGGCGGCGCTGATGTTCAAGGGCATCACGGCGCAGTACCTGCTGAAAAGCACCTATCCCGTCGGGCCGGGCAGCACCCTTCTGCTTTACGGAGTGGCAGGCGGGCTGGGGGCGATCATGGTGCCGTGGGCCAAGCACTTGGGCGCGTTTGTGATCGGCGTGGTCTCCAGGCAAGCCAGCGTCGAAAAAGCCAAGGCATTGGGCTGCGATGAGGTCCTGGTGTTCGACGCCGACAGCCTGGCTTCGGATGTCGCACGTATCACCGGTGGGCAGAAAGTCGACGTCGTCTACGACCCGATCGGGCGGGTCTCTTTCCTGGCCTCCCTGGACAGCCTGCGACCCCGAGGCCTGCTAGTGTCGTTCGGCGCTTCATCGGGGGCGCCGGCAGCCGTGGAACTGGCGACACTCAATGCCAAGGGTTCGCTGTTCCTGACGCGTCCTTCATTGGCCGCGCATACCGCGACTGTCGATGAATACCAGGCGCGGGCCCAGGATGTCCTGGCCGCGATCGATTCGGCTGTCATCCAGCCACGAATCTGGGCAAGCTATGCGCTGGCTGACGCAGCATCGGCCCATGCCGATCTGGAGTCGGGGCGTTCATCGGGGGCGATCATCCTGAAACCATGA MNMATAIRFNQFGSPDVLTLQAAPEQSPGPGEVWLEQEAIGVNFLDVTQRKGAVPIPLPSGLGLEGAGRVAAVGADVSNVKVGDRVAYATGPIGAYASARLYPAQRLVRIPDALSFDDAAALMFKGITAQYLLKSTYPVGPGSTLLLYGVAGGLGAIMVPWAKHLGAFVIGVVSRQASVEKAKALGCDEVLVFDADSLASDVARITGGQKVDVVYDPIGRVSFLASLDSLRPRGLLVSFGASSGAPAAVELATLNAKGSLFLTRPSLAAHTATVDEYQARAQDVLAAIDSAVIQPRIWASYALADAASAHADLESGRSSGAIILKP PGPT0013255_7506 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D1-35_02737 867 azoB NAD(P)H azoreductase ATGAGCATTCTCGTCATCGGCGCCACTGGCACCATCGGTTCACTCGTCACGCAAGGCCTAGCCGACGCGGGCGCCGAGGTCAAAGCCCTGGTGCGCCAACCCGGTAAACGGTCGTTCCCGGCCGGTGTCACGGAAGTTGTCGCGGACCTCACCGATGTCCCGTCGCTGCGCGCTGCGCTGTCGTCGGTACGTACGCTGTTCCTCCTCAACGCCGTGACGCCCGATGAGGTCACCCAAGCCCTGATCACCCTGAACCTCGCCCAAGAGGCAGGCATCGAGCGCGTCGTCTACCTCTCGGTGATCCATGCCGACCGGTTCACCAACGTCCCGCATTTCACCGGCAAGCACACGGTTGAACGCATGATCGAAAGCCACGGCATCGCCGCGACGATCCTGCGCCCGGCCTACTTCATGCAAAACGAACGCATGGTCCAGCAAACGATCCAGGACTACTCGGTGTACCCGATGCCGATCGGCTCGGCGGGCGTCTCGATGGTCGATGCGCGCGATATCGCCGATGTCGCTGTGGCCGAGTTGCTGCGCCGTGACAGGGCTTCGGCACCGCTGGAGCGGATCACCCTGGATCTGGTCGGCCCGCAAGCGCTGACCGGGGCGTCGGTGGCGAAGATCTGGAGCGCCGCGCTGGGGCGCGAGATTGCCTACGGCGGTGACGATGTGGCGGCCTTCGAAGCGCAGATGGCTTCGTTCGGTCCCGCCTGGTTGGCTTATGACATGCGCCTGATGATGGCCGGCATCCAGCAGTTCGGCATGACCAGCGAAGGCGCCATCGACCGGTTGCAGGCCATCCTCGGCCGTCCGCTGCGCAGCTATGAGGCGTTTGTCCGTGAGGCGGTTGCCGGAGAGTAG MSILVIGATGTIGSLVTQGLADAGAEVKALVRQPGKRSFPAGVTEVVADLTDVPSLRAALSSVRTLFLLNAVTPDEVTQALITLNLAQEAGIERVVYLSVIHADRFTNVPHFTGKHTVERMIESHGIAATILRPAYFMQNERMVQQTIQDYSVYPMPIGSAGVSMVDARDIADVAVAELLRRDRASAPLERITLDLVGPQALTGASVAKIWSAALGREIAYGGDDVAAFEAQMASFGPAWLAYDMRLMMAGIQQFGMTSEGAIDRLQAILGRPLRSYEAFVREAVAGE NA NA NA NA NA D1-35_02738 876 dmlR_17 HTH-type transcriptional regulator DmlR ATGAACCTGAATGCACTGATCGATTTCACACTCGTCGCCAGCAGCGAGGGATTGGGAAAGGCAAGCAGAGCAAGCGGCCGGTCCAAGGCGACCTTGTCGCGGCGCATCTCCGAGCTCGAAGAGCAATTGGGTGTGAGGCTGATCGAGCGCAGCGCGCGAGGCCTGAAGCTGACTGAAGCCGGCGAAACACTGCTGGCCCGGGCCGAGGGGCCGCTGGCCGAGGTGGCGGAGGCGTTGACGGCCGCGCGTGACGGAGGGTCGACGCCACGAGGACGCCTGCGTGTCGCCTCCCCGGTGCTGTTCTCGCAGTTGGCGATGGGTCGGATCGGTGCCGAGTTTTGTGCGGCCTACCCGCAAGTCACCCTCGAAGTGGTGGCGGAAGATCGGCTGGTGGACCTCGTCGAGGATCAATTCGACGTCGCCATCCGGATCAATCCGAGCCCGGACAACAGCCTGGTCGGGCGCTGCTTCGCCAAGGACCGGCTGGTGGTCGTGGCCGCTCCAGGCATACCCAGGCCAGAACCCGGCGCGATCCGCCCGGTTCCCGCCATCGTGATGCCGAGCTTCCAGCCCACCCACTGGACGCTCGATGGAGGGGAACTGGTGCTGGAGCCCATCCCCAATCTGCAGTTTTCCTCATTCCTGATGATCCGCGACGCCGCGATCGCCGGCGGTGGTGCTGCGCTCATTCCCCAATCGATCGCGTGGGACCAGCTGGCCCGCGGTGAGTTGGTCCAGTGGGGCACCGTGACCGGCGTCGAACCGCAACTCTGGGTCCTGCACACATCCAGGCGCCTGGCGGCGCCGAAGGTCCGCGCCTTCGTCGATTTCCTGTGCGCCAGATACCCGGACATGTCGTTGGTGCTCAAGGGATAG MNLNALIDFTLVASSEGLGKASRASGRSKATLSRRISELEEQLGVRLIERSARGLKLTEAGETLLARAEGPLAEVAEALTAARDGGSTPRGRLRVASPVLFSQLAMGRIGAEFCAAYPQVTLEVVAEDRLVDLVEDQFDVAIRINPSPDNSLVGRCFAKDRLVVVAAPGIPRPEPGAIRPVPAIVMPSFQPTHWTLDGGELVLEPIPNLQFSSFLMIRDAAIAGGGAALIPQSIAWDQLARGELVQWGTVTGVEPQLWVLHTSRRLAAPKVRAFVDFLCARYPDMSLVLKG NA NA NA NA NA D1-35_02739 162 hypothetical protein ATGAATCGCCGTAAAAAGATCAACCAGCTACTCAAGGCCAATGCAAAAAAGGCCAGTGCAAAGCTGGCGCCGAAGAGCAAGGACCGATACATCAGCAAAGCCGACCGACTGAAGCTGGCGGCTGAGGCCGATCCAGAGACGACCGTTTCCGCTGAAAGCTGA MNRRKKINQLLKANAKKASAKLAPKSKDRYISKADRLKLAAEADPETTVSAES NA NA NA NA NA D1-35_02740 810 hypothetical protein ATGATGACCAAGAACCCCATCGATCCACTGGCGCTTCAGCGCATCACCGCCGCCCACGGCACCCTTGAGGGTGCGTCGTACTTCGACGCGGAAGAAAGCCTCGTCCATGACGTGTTTCCTGATCGCATCGTTTTCCAGACCAACTACCTGGACCACAGCAGTTATGCAGTGGATGTCGTCGAAGGCGCGGTTCGGGTGCGCAAGACGCGGCTGGACAATTACCACCGGGGCCACAAGGCCCAAGTGATCGATGACGACATGGACGATGACGACTGGGCCGAACTTGGCAGTCTCTGGCAGCGTTTGAGCCTCGACCTCGACACCCAAGGCAACGGGCCGCCCGTGGATCTGGCCGATACGCTGGCCGACCTGTTCGATGGACTTTTCGACGAGGCGCAGGCGCAAGCGCTGATCGACAACATGCCGGCCCCTACCGGCGAGTGGGATTGGGCCTGGACGCAAGTGCAATCGGCGCTTTCCGAGGCCGGGCAGCTGGCTGAATTCGAATGGAAGGAGTGGTCGTCCTCAGGCGTCTACGCCATCAATGCCCTCGCCCCGCTAAAGCAACTGAGCATCGAAATCCCTGCTCCGGGCAGCAAGACCGTTGACGCCGTGAACCGCGCCGATGATTGGGAGCGCGCACTGCTGCAGTACTTCAACGCGCAGCTGGAACCCCACGATTTGAAACTGCTGGCCATCGGCACGCATTTCGATGAATACCAGGCATTTGCCTGCCTGCCCATGAACGGTCTGGGCCTGGTCAATGCGTTGGAAATCCTCGGCAGGCTGGGCATCGTCTATAAATACTAA MMTKNPIDPLALQRITAAHGTLEGASYFDAEESLVHDVFPDRIVFQTNYLDHSSYAVDVVEGAVRVRKTRLDNYHRGHKAQVIDDDMDDDDWAELGSLWQRLSLDLDTQGNGPPVDLADTLADLFDGLFDEAQAQALIDNMPAPTGEWDWAWTQVQSALSEAGQLAEFEWKEWSSSGVYAINALAPLKQLSIEIPAPGSKTVDAVNRADDWERALLQYFNAQLEPHDLKLLAIGTHFDEYQAFACLPMNGLGLVNALEILGRLGIVYKY NA NA NA NA NA D1-35_02741 237 hypothetical protein ATGAAAAATTGTGTTTACTGCGGAGCCCTTATTCTCGCTGATAACGGTGAGTGCAAACGCTGCTCCGAGGCGATGAGGCAGACAGCCGCCGAAATGCTCCCGCCGAGTTCCGGGACGCCGAGGTGGGTGAAAGTCGTCAAGTGGCTGTTTATCGGGTTGCTGGCAGCGGTGCTGATTGCCGCAGCGGTGATCGCCTGGGTGATCAAATCGTTGGGGCCGATGCCTTCGTTTGGGTGA MKNCVYCGALILADNGECKRCSEAMRQTAAEMLPPSSGTPRWVKVVKWLFIGLLAAVLIAAAVIAWVIKSLGPMPSFG NA NA NA NA NA D1-35_02742 954 cpo_2 Non-heme chloroperoxidase ATGAACACCTTCAACCGCACCCTGGCTGTCGCAACCCTGGCCCTGGCCACCCTCGGCGCCGAGGCGGCGACGCCTGTGCAGGCCGGTGCCAGTGCTTCCGCAATCGGCAGCGTGATGCAGTCCGCCAGCTACATCACCACCAAGGATGGCGTCCAGCTCTATTACAAGGATTGGGGCCCGCGTAACGGCCAGGTCGTCACCTTCAGCCACGGCTGGCCGCTGGACTCCGACAGCTGGGAAGGCCAGATGATGTTCCTCGCCTCCAAGGGCTACCGCGTGATTGCCCACGACCGTCGCGGTCATGGTCGCTCCAGCCAGCCGTGGGAAGGCAACGACATGGACCATTACGCCGACGACCTGGCGGCGGTCATCGAAGCGCTGGACCTGAAGGACGTGACCTTGATCGGCTTCTCGACGGGCGGCGGCGAAGTGGCGCGTTACATCGGTCGCCACGGCACCGGTCGAGTCAAGAAAGCCGTGCTGGTGTCCTCGGTGCCGCCGCTGATGCTCAAGACCGACACCAACCCCGGCGGCTTGCCAATCGAAGTCTTCGACGGCCTGCGCAAAGCGTCCCTGGAGAACCGTTCGCAGCTGTACCTGGACATCGCTTCCGGCCCGTTCTATGGCTACAACCGCAAGGGTGCCAAGCCATCCCAAGGCTTGATCCAGTCGTTCTGGGCGCAGGGCATGCAAGGCGGCAGCAAGAACACCTATGACTCGATCGCGGCGTTCTCGGCGACCGACTTTCGCGGCGACTTGAAAAAATTCGACGTGCCGACGCTGGTGATCCACGGTGACGACGACCAGATCGTGCCCATCGATGCCTCAGGCCGGGCTTCGGCGGCGCTGATCAAGGATGCTCGATTGATCGTCTACCCAGGCGCGCCGCACGGCTTGACCGAGACGCACAAGGATCGCCTGAACCAGGACCTGCTGACTTTCCTCAAGGAATAA MNTFNRTLAVATLALATLGAEAATPVQAGASASAIGSVMQSASYITTKDGVQLYYKDWGPRNGQVVTFSHGWPLDSDSWEGQMMFLASKGYRVIAHDRRGHGRSSQPWEGNDMDHYADDLAAVIEALDLKDVTLIGFSTGGGEVARYIGRHGTGRVKKAVLVSSVPPLMLKTDTNPGGLPIEVFDGLRKASLENRSQLYLDIASGPFYGYNRKGAKPSQGLIQSFWAQGMQGGSKNTYDSIAAFSATDFRGDLKKFDVPTLVIHGDDDQIVPIDASGRASAALIKDARLIVYPGAPHGLTETHKDRLNQDLLTFLKE PGPT0013125_294 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013125-cpo-K00433 NA NA D1-35_02743 408 hypothetical protein ATGGACCTGGCCGAGCAATACCGCAATTACATCGTCTGCCTGAATGCCCGTCGCTGGCAGGAGCTGGGCGACTTTGTCGACGATAGCGTGCAATACAACGGCGAACCGGTGGGTTTGGCGGGCTATCGGGCGATGCTGGAAAACGACGTGAGGACCATTGTGGACTTGCGTTTTACTATCGACCTGCTGGTGGTCGAACCGCCGAACGTGGCGGCCCGGCTGCTGTTCGATTGCTCGCCGCGCGGCCGGTTTCTCGGGCTTGAGACTGATGGCCGGCGGATTCGCTTTTCCGAGAATGTGTTCTACACCTTCGATGGCGGCAAAATCGTTCGCGTGTGGTCGGTCATCGACAAGGCGGCGGTGGAAGCGGCGCTCCAACGCGAAAGCCCTTCCGGAGAAGGGCTTTGA MDLAEQYRNYIVCLNARRWQELGDFVDDSVQYNGEPVGLAGYRAMLENDVRTIVDLRFTIDLLVVEPPNVAARLLFDCSPRGRFLGLETDGRRIRFSENVFYTFDGGKIVRVWSVIDKAAVEAALQRESPSGEGL NA NA NA NA NA D1-35_02744 393 hypothetical protein ATGGACCGATTCACTGGCGGTTGCCTGTGCGGCAACGTGCGCATTGAAGCTTCAGGGCGCCCATACCGGGTTGGCCTGTGCCACTGCCTGGATTGCCGCAAGCACCATGGCGCGCTGTTTTTCGCCGCCGCCGTGTTCCCCCGGGACGCGGTGACCGTCAGCGGTGAAACCCGGGATTACGCCGGACGTTTTTTCTGCCCCCACTGCGGTTCGTCCGTCTTCGCCCGCAGCGGCGACGAGGTCGAAGTCAACCTGGGCACGCTGGATGCGCCCGACCAACTGATGCCCACCTACGAAAGCTGGACCGTGCGCCGCGAATCCTGGTTGCCGGCGTTTCCACTCTCACGGCGCTATGAACATGATCGCGAGGGCACGGGGCGGTTCGAGGGGTAG MDRFTGGCLCGNVRIEASGRPYRVGLCHCLDCRKHHGALFFAAAVFPRDAVTVSGETRDYAGRFFCPHCGSSVFARSGDEVEVNLGTLDAPDQLMPTYESWTVRRESWLPAFPLSRRYEHDREGTGRFEG NA NA NA NA NA D1-35_02745 927 pgrR_3 HTH-type transcriptional regulator PgrR ATGGATCGTTTCGATGCGATGCAGGCGTTCGTACGTGTCGTGGAGGCGGGCAGCTTCACCAAGGCCGCCGAGACCCTGCACATGAGCAAGACCACCGTGACCCAACTGGTGCAGCAGCTGGAGGCGCGGCTGCGCGTCAGGCTGCTCAACCGCACCACCCGCAAGGTCAATGTCACCGCGGACGGCGCGGTTTTCTACGAGCGGGCGATTCGCCTGCTGGCCGACCTGGACGACGCCGAAACCAGCTTGTCCACTGCCCAGTCGCTGCCCCGTGGCCGGCTGCGGGTGGACGTGCCGAGTCCGCTGGCCGCGATGATCCTGGTGCCAGCATTGCCGGGTTTCTATCAGCGCTATCCGGACATCCAGATCGACTTGGGCGTCAGCGATCGCATCATCGACATGCTCGACGAAAATGTCGATTGCGTGGTGCGCGGCGGTGAACTGAAAGACCAGTCACTGATCGCCCGGCGCGTCGGCGACCTGGCCCTGGGCGTGTTTGCGGCGCCGAGTTACCTGGCGCGCGAGGGCATCCCCCGGCATCCCCGGGAGCTGGAAGATTCCGCGCACCGCATCGTCGGTTTCCTCTGGGCGCGCACCGGCAAGGCCTTGCCTTATGCCATGCACAAGGATGACGAACACCTTCATATCAAGGGCCGCCATGCGCTCGCCGTCGACGATGGCAACGCTTATCTCGCAGCCGGCCTGGCGGGGCTGGGCGTGTTATGGCTGCCCCAGTACATGTCCCGCCCACACGAAGCGCAAGGCGCGCTGGTGCCGCTGTTCGAAGGCTGGCGCCTGGAGTCGATGCCGCTTTACGTGGCTTACCCGCCGAACCGGCACATCAGCGCCAAGCTGCGGGTATTCATCGACTGGGTGGTGGAGCTGATGGCGCAACATGCGCCTATTATTGATCGGCCTGTGTCATGA MDRFDAMQAFVRVVEAGSFTKAAETLHMSKTTVTQLVQQLEARLRVRLLNRTTRKVNVTADGAVFYERAIRLLADLDDAETSLSTAQSLPRGRLRVDVPSPLAAMILVPALPGFYQRYPDIQIDLGVSDRIIDMLDENVDCVVRGGELKDQSLIARRVGDLALGVFAAPSYLAREGIPRHPRELEDSAHRIVGFLWARTGKALPYAMHKDDEHLHIKGRHALAVDDGNAYLAAGLAGLGVLWLPQYMSRPHEAQGALVPLFEGWRLESMPLYVAYPPNRHISAKLRVFIDWVVELMAQHAPIIDRPVS PGPT0028940_432 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_02746 405 yjgH COG0251 RutC family protein YjgH ATGACACAGCGCGACGTTGTTTTCCCACCCGGCCGCCAAGCGCTCTACGAGCGCAACCGTTACTCGCCGGCGATTCGTTCCAATGGTTTCCTGTTCGTCTCCGGGCAGGTCGGCAGCACCGGGGACGGTTCACCGGAGCCGCACCTGGAGGATCAGGTCCGGCGTGCGTTCAACAATCTGAAGGCGATCCTGGCGGCTGCCGATTGCAGCTTTGACGATGTGGTTGACGTGACGGTCTTCATGGTCGATCCGCAGTCGATATTCGAGCGAGTCTGGAGCGTCGTGCCGGAATTCTGGGGCAACGCGCCGCACCCGACGCTGACGGCGGTGGGCGTGACGTGGTTGTATGGTTTCCAGTTCGAGATCAAGGTGATTGCCCGGTTGCCGGAAACCACCGGGAGCTGA MTQRDVVFPPGRQALYERNRYSPAIRSNGFLFVSGQVGSTGDGSPEPHLEDQVRRAFNNLKAILAAADCSFDDVVDVTVFMVDPQSIFERVWSVVPEFWGNAPHPTLTAVGVTWLYGFQFEIKVIARLPETTGS NA NA NA NA NA D1-35_02747 480 hypothetical protein ATGAACAACAAGAACAGGATCTGTCTCTGGTATGACGGCACCGCTCAGGAAGCTGCGCAGTTCTATGCGGCTACCTTTCCCGACAGTGCGGTGAACGCCATCCACCACGCGCCCGGCGACTACCCGGCGGGCCAGCAAGGTGACGTGCTCACCGTGGATTTCACCGTGATCGGCATCCCCTGTATCGGCCTGAATGGCGGGGCGATGTTCAAGCACAACGAAGCGTTTTCTTTCCAGGTGGCCACCGATGACCAGGCCGAAACGGACCGCTTGTGGAATGCAATCATCGACAACGGCGGCCAGGCGAGCGCCTGCGGATGGTGCAAGGACAAGTGGGGCGTGTCGTGGCAGATCAGCCCGCGGGTGCTGATCGAAGCAGTCACCAGTTCCGACAAAGCCGCCGCCAGGCGCGCCTTCGAAGCCATGATGAACATGACCAGGATCGATATTGCGGCGATTGAGGCGGCGGTGAGGGGCTGA MNNKNRICLWYDGTAQEAAQFYAATFPDSAVNAIHHAPGDYPAGQQGDVLTVDFTVIGIPCIGLNGGAMFKHNEAFSFQVATDDQAETDRLWNAIIDNGGQASACGWCKDKWGVSWQISPRVLIEAVTSSDKAAARRAFEAMMNMTRIDIAAIEAAVRG NA NA NA NA NA D1-35_02748 1302 mntH Divalent metal cation transporter MntH ATGTCGAGCATACCTTCCGTCGAAGGGCAGGCTGCAGCCCCCGCGCAAAGCCGCTTCGTACGCCTGTTGAAGCTTCTAGGCCCGGGCATCATCGCAGTACTTTCCTGGCTGGGCGCAGGCGACCTCATCACTTCTTCCGTGGCCGGCGCCAACTACGGCTACGCCATGATGTGGGTGCTGGCGGTGTCTCTGCTGCTGCGCTACCTGATCGTCAACATCATCGCGCGCTTCCAGCTTTGCAATAACCAGGGCATGACCATCCTGCAGGGCTACGCGCAACTCAATCCGTTTTTTGCCTGGTTCATGCTGGTGTATGCGCTGCTCATGGGGCACCTGATGAATGCCTACATGATCAAGGGTGCCGGTGAGGCCTTGGCGATGCTGCTCAAGACCGATTATCCGCTGCTCTGTTCGGTGGCGGTGGTGCTGGCGGTGTGGATGCTCGTCGGGCGCAATATCTATTCGATGATCGAAGGCGTGATGAAGGCGCTGCTGGCGATCATGACGCTGGCATTCCTGGCCCTGGCGGTGATGTCCGGCCCGGATGTCGCCGGTATCGTCAAAGGCACCATTGGCTTCAGCATTCCGCCGGATGAAGGTGTGCACGGTGCGCTGCTGGTGGCGGTCTCGGTGATCGGCGCGGTGGCCGGTTCCATCGCTAACTTCGTTCACCCCTACGTCATGCGCCAGAAAGGCTGGGTGGGTCCTGAGCACAAGCGCATCCAGCGCAACGACCTGCTGTTCGCGGTGTTCGTCGGGATCATCATCAACCTGGCGATCTGGATCGTCGGCGCGGAAATCCTGCGGCCCAACGGCATCGAAGTCAAAACCCTGGGCGACCTGGGCAAGGCCCTGGAAATCTTCTTCGGCCCGATTGGCTGGTATGTGTTCTTCATCGGTGTCTTTGCCACGCTGTTCGCCAGTATTTCCGGCAAGACCACGGCGTTCCCGATGCTCATCACCGACGCCTTCCAGCACGTGCGGCCCGAGCGTCGCGAGCGCTACGGCAAAGAGTTCCACCGTGACCCGATGCACAAGTGGTTCATGCTGTTCATCCTGGTGACGCCGCTGATCTGGTCCTTGCCCGGCATGCCGGACTTCGTGACCCTGACCATTGGTGTCAACGCCCTGAACATCATCGGCCTGCCGGTGATCTCCCTGGGCCTGTTGATCATGTCCAACCAGAAGTCGCTGCTGAGCAAGGAATACCGCAACAACCTGTTCGAGAATATCGCGCTGGTATTCGCCACTGGCCTGGCGTTGTGGGTCGCGTTCCAGCTGGGCGTCGATCTGTTTACCTGA MSSIPSVEGQAAAPAQSRFVRLLKLLGPGIIAVLSWLGAGDLITSSVAGANYGYAMMWVLAVSLLLRYLIVNIIARFQLCNNQGMTILQGYAQLNPFFAWFMLVYALLMGHLMNAYMIKGAGEALAMLLKTDYPLLCSVAVVLAVWMLVGRNIYSMIEGVMKALLAIMTLAFLALAVMSGPDVAGIVKGTIGFSIPPDEGVHGALLVAVSVIGAVAGSIANFVHPYVMRQKGWVGPEHKRIQRNDLLFAVFVGIIINLAIWIVGAEILRPNGIEVKTLGDLGKALEIFFGPIGWYVFFIGVFATLFASISGKTTAFPMLITDAFQHVRPERRERYGKEFHRDPMHKWFMLFILVTPLIWSLPGMPDFVTLTIGVNALNIIGLPVISLGLLIMSNQKSLLSKEYRNNLFENIALVFATGLALWVAFQLGVDLFT NA NA NA NA NA D1-35_02749 240 hypothetical protein ATGAATAGCCAGGCGCTGGTCCTGCATCGTCGAGTGAAGACACTCGACCAGGGTGCGTTGCATTGCCGCGAAGTCGAGTTGCGGCTCGCCGAGGATGGCCGGCATGTGCTGCTCAGCCGCTACGTCGAATGGTACGACCCCGAGCAAGCCGGCTTGTGCGCCACCCAGCATTATCGCGTGCCGCTGGCGAGCATGATTCGGTGGATGATCAATAACGGCGAACGAGGGGAGGGCCACTGA MNSQALVLHRRVKTLDQGALHCREVELRLAEDGRHVLLSRYVEWYDPEQAGLCATQHYRVPLASMIRWMINNGERGEGH NA NA NA NA NA D1-35_02750 786 mlaA_2 COG2853 Intermembrane phospholipid transport system lipoprotein MlaA ATGCCGATCAGCAAACCCGCTCCGCTGTTTCTTCGATCCACCGTCGTCGTTGCGCTGGCGGCGTTTGCCAGCGGTTGCAGCAGCACGCCGCCCGCGACACCGGGCAGCTGCGAGAATATGCCCTATGCCGTGCATGATCCGGCGGAACCGGTGAACCGCGGCATCTTCGCCTTCAACCGTACCGTGGACGACTATGCCCTGGCCCCCATCGCCCGTGGTTATCGCAAATTGCCTGAGATGTTCCAGAGCGGCGTGCACAACTTCGTCACCAACTTCGGCGAGCCCAAGGTCTTCATCAACGATTTGCTGCAAGGCAACGGCGAGCGCTCGGTCACCACCCTGGGCCGTTTCGTCATCAACACCACGGTGGGCATCGTCGGGCTGATCGACGTGTCGGGCAAGATGGGCATTGCGCGTCACGAATCCGATTTCGGCCAGACATTCGGCGTCTGGAATATCGCTCCGGGGCCGATCGTCGAGCTGCCACTGTTCGGCACTGGCAACCTGAGGGACGCGACCGGCAAGGTGGTGAGCTTCGCGGTGGACCCGTTCGGCAGCAACAGCGATACCGTCGAAACCCTGGGCACGATCAAGACCGTGGGCGGTGTCGTCGATGGCCGCGCCGAGGCGCTGCCGCTCACCGACAAATTGCAGACCCAGGCCGATTACTACGTGGCGCTGCGAGACGCGGTCGCCCAGCGGCGCGCCGATTTTGTCGCCGACGGGAAACTGGGAGCCGTCCAGGACAACCCGCAATGCCAGGAACAGGGTGCCGGGGATGAATAG MPISKPAPLFLRSTVVVALAAFASGCSSTPPATPGSCENMPYAVHDPAEPVNRGIFAFNRTVDDYALAPIARGYRKLPEMFQSGVHNFVTNFGEPKVFINDLLQGNGERSVTTLGRFVINTTVGIVGLIDVSGKMGIARHESDFGQTFGVWNIAPGPIVELPLFGTGNLRDATGKVVSFAVDPFGSNSDTVETLGTIKTVGGVVDGRAEALPLTDKLQTQADYYVALRDAVAQRRADFVADGKLGAVQDNPQCQEQGAGDE PGPT0024485_1003 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024485-mlaA|vacJ-K04754 NA NA D1-35_02751 720 ompR_4 Transcriptional regulatory protein OmpR GTGACCCCTGTGAGCCACCTACTCCTGGTGGACGACGACCTCGAAGTCCTCGCCCTCCTGCGCAAATTCCTCGAACAACATGGCTACAGCGTCGAAGTGGCCGCCGACGGCGCGGCGCTGTGGCAGGCGGTCGAGCGGCGGATGCCCGACCTGATCATCCTCGACGTCATGCTGCCGGGCGACAACGGACTGGTGCTCTGCCAGCGGCTGCGGGCCGAACACCGGGTCGGGATCATCATGCTCACCGCCATGGGCGAACTGAGCGACCGCGTCGTCGGCCTGGAAATGGGCGCCGACGATTACCTGACCAAACCCTTCGACGCCCGCGAGCTGCTGGCCCGGGTCCGCGCCGTCCTGCGGCGTACCGGCGAAGCCAGGGGCAGCCTGGGCGATATCTCCCGACCCGTGCTGGAATTCGAGGGCTGGCAACTGGACGTCACCCGTCGCGAGTTGCGCTCCCCCGACAAGGTCATGATTCCGCTGTCCACCGGCGAGTTCGAACTGCTGCTGGTCTTCGCCGAACATCCGCGCCGCGTCCTCACCCGCCAGCAACTGCTGGACCTGGCCCGGGGCGAAACCTTCGACGCGTTCGACCGCAGCATCGACGTGCAGGTCAGCCGCCTGCGGCGCAAATTGGAGACCGACGTCACGGGGCCGTCGATGATCCGTACCATCCGCAACAGCGGCTACCTGTTCAGCCCTCACGTGGTGAAGCGATGA MTPVSHLLLVDDDLEVLALLRKFLEQHGYSVEVAADGAALWQAVERRMPDLIILDVMLPGDNGLVLCQRLRAEHRVGIIMLTAMGELSDRVVGLEMGADDYLTKPFDARELLARVRAVLRRTGEARGSLGDISRPVLEFEGWQLDVTRRELRSPDKVMIPLSTGEFELLLVFAEHPRRVLTRQQLLDLARGETFDAFDRSIDVQVSRLRRKLETDVTGPSMIRTIRNSGYLFSPHVVKR PGPT0004100_30 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_02752 1350 sasA_13 Adaptive-response sensory-kinase SasA ATGACCGCCAACCCCTCGAAGATGCCTCGCCCCAGGGACACCGTGGCGCGCTGGATTGCCCTGACCACCATGGTCTCGATGCTGACGCTGCTGGCCCTCAACGAACTGTTCAGCCTGGTGGCCGGTGCGTGGGCGCGCCCTCCCCTGATGGAAACCGGCCTGATGGACAAGGCTGCGGCGATCACGCGCATCATCGACGCGGCCGATCCCGGCCAACGGCACGCCATTGCCCGTATCGCCAGCGACCCCGGGATCAACGTACAGTGGCTGCAGCGCTATGAGGAGGCGCATCTGCCGGTGATCGGGGATCCGGAGTTCAGTGAAGGCTCGGCGTTCCTGCACCAGCAATTGAACAGGCCCGACGCCCGGATCGAGGCCTACGAGCCCAACGACTGGCCGGCCGCTGATGACCCGGGCAGACGCTACGCGGTGATCATCGAGCTGTCTGACCACACCTGGGTCATCTTCTCCGTGGGCTCGCGCAGCTGGGGGCTGGGGGAATGGCAGCGCAACCTGATCATCATCGCGTTGATCCTGCTGTCGACCTTCATCGTCGCCCTGATTGCCACGCGGCACCTGGCAACCCCGCTGGAGCGTTTCGCCGAGGGTGCCCGGCGCTTCGGCGTGGACTTCCGGGCGCCGCCGATCCCGGTCGTCGGCCCCTTCGAGATCCGCCAGGCGATCCTGGCGTTCAATGCCATGCAGGCTCAGCTCAAGCATTTCGTCCAGGACCGCACGCAAATGCTCGCGGCCATCTCTCATGACCTGCGGGCGCCGTTGACCCGCATGCGCCTGCGCGGCGAATTCATCGAGGATGCCGAACAGCAATCGCGGTTGTTCCGGGACGTCGACGAGATGCAGGCGATGGTCAACGCCGCGCTGGAATTCTTCCGCGACGAAGCGCGCCTCGAACACGCCACCGCTTTCGACCTGGCGGAGCTGCTGCACACCATCGTCGATGATTTCAGGGACGGCGGCATCGAAGTGTCTTTCGAGGGCGCCCAGCGGCTGGTCTACGTGGGCCGCCCCATCGGGATCAAGCGCGCGCTGACCAACCTGATCGACAACGCGGTCAAATACGCCAGCGAACCGGGTGTTCAACTCAAGACCTTCATCGATCGCATCGAAATCCGCATCCAGGATCGCGGCCCGGGCATTGCGCCCGAATACCATGAGCAGGTCTTCGCACCGTTCTTTCGCATCGAGGGTTCACGCAACAAAAATACCGGCGGCGTCGGCCTGGGCCTGTCGGCGGCTCGGGCGACGGTGCTGGAGCACGGCGGCACACTGACGCTCAGGAACCGCCGGGGCGGCGGCCTGGAGGTCAGGGTCTCGCTCCCGCTCAATTGA MTANPSKMPRPRDTVARWIALTTMVSMLTLLALNELFSLVAGAWARPPLMETGLMDKAAAITRIIDAADPGQRHAIARIASDPGINVQWLQRYEEAHLPVIGDPEFSEGSAFLHQQLNRPDARIEAYEPNDWPAADDPGRRYAVIIELSDHTWVIFSVGSRSWGLGEWQRNLIIIALILLSTFIVALIATRHLATPLERFAEGARRFGVDFRAPPIPVVGPFEIRQAILAFNAMQAQLKHFVQDRTQMLAAISHDLRAPLTRMRLRGEFIEDAEQQSRLFRDVDEMQAMVNAALEFFRDEARLEHATAFDLAELLHTIVDDFRDGGIEVSFEGAQRLVYVGRPIGIKRALTNLIDNAVKYASEPGVQLKTFIDRIEIRIQDRGPGIAPEYHEQVFAPFFRIEGSRNKNTGGVGLGLSAARATVLEHGGTLTLRNRRGGGLEVRVSLPLN PGPT0012975_1042 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012975-envZ-K07638 NA NA D1-35_02753 522 kefF_1 COG2249 Glutathione-regulated potassium-efflux system ancillary protein KefF ATGATCCTGATCGTTTATGCCCATCCCTACCCCGACCAGTCGCGGGTCAACCAGCAGATGCTCAAGCGCGCCGGCGCCAATCCGGACGTGGTCATACGCTCGCTCTACGATCTCTACCCGGGTTTCGACATCGACGTCGAGGCGGAACAGCGCGCCGTCGAACAGGCACAGCTGGTCGTCCTGCAGCACCCGATGTACTGGTACAGCATGCCGCCTCTGCTCAAATTGTGGATCGACAAAGTCTTCACCCATGGCTGGGCGTACGGCAAAGGCGCCACGGCCCTGAACGGCAAAAGCCTGCTGTGGGCCGTCACCACGGGTGGCGAACACGATCATTTCCAGATGGGCGCCTACCCCGGCTTTGCCGTGCTGGCGCAGCCGCTCCAGGCCACGGCGCTCTACTGTCATATGCGCTGGCTGGAACCGCTGGTCGTGCATGGTGCGTTTGCCGGCGACGCCGAGGCCCAACGCGAGCAAATCGAACACTATGGCGAACGCCTGGCCGCCTGGAAGGAAGATTGA MILIVYAHPYPDQSRVNQQMLKRAGANPDVVIRSLYDLYPGFDIDVEAEQRAVEQAQLVVLQHPMYWYSMPPLLKLWIDKVFTHGWAYGKGATALNGKSLLWAVTTGGEHDHFQMGAYPGFAVLAQPLQATALYCHMRWLEPLVVHGAFAGDAEAQREQIEHYGERLAAWKED PGPT0013805_372 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013805-kefF-K11746 NA NA D1-35_02754 1827 kefC_2 COG0475 Glutathione-regulated potassium-efflux system protein KefC ATGGAAACTCACAGCCTGATCGAAATGCTCATCTACCTGGCCTCGGCGACACTGATCGTACCGATTGCCGTCCGGTTGGGCCTGGGCCCGGTGCTCGGTTATCTGCTGGCCGGGTGCGTGATCGGCCCGTGGGGGCTGAAGCTTATAACCGACGTCAAGGCCATCCTGGAATTCGCCGAAATCGGCGTCGTGCTGATGCTGTTCATCATCGGCCTTGAGCTCGACCCCAAGCGCCTCTGGGCGCTGCGCCGGATGGTATTCGGTGGCGGCGCGCTGCAGATGCTCGCTTGCGGTGCCGCCATCGCAGCGTTTTGCGCGGCGCTCGGCCTGGGCTGGACGGCGGCGTTGCTGGTGGGCCTGACCCTGAGCCTTTCGTCCACGGCCATCGCCATGCAGGCCATGCGCGAACGCAACCTGAACGCTACCGCAGTGGGCCGCAGCAGTTTTGCCGTCCTGCTGTTCCAGGACATCGCGGCCATTCCTCTGGTGGCCATGATCCCGTTGCTCTCGGCCCATGGCGACACGCCGTCGGGCATGGCCCTGGCGTTATCGATCGTCAAGATCGTCGCCGCCATCAGCGTCGTCGTGCTGCTCGGGCGCTACGTGACACGGCCGCTGTTGCGCTTCGCCGCGCGCTCGGGCCTGCGTGAGATCTTCAGTGCCGTGGCGCTGTTCCTGGTATTCGGCTTCGGCTTTCTGCTGGAAGAAGCCGGCCTGTCGATGGCCATGGGCGCATTCCTCGCCGGCGTGTTGCTGGCGAGTTCCGAATACCGCCACGCCCTGGAAAGCGACATCGAACCGTTCAAGGGCTTGCTGCTGGGGCTGTTTTTCATCGGCGTCGGCATGTCGATCGACTTCGGCACGCTGATCGACGCACCGCTGAAAGTCATCACCCTGACCGTCGGGTTCATCCTGATCAAACTGCTGGTGATCAAGACCGTCAGCCGCTTCCTGAATGTCCCCGCCGGCCAGCGTTCCTGGCAGGCGGTATTGCTCGGCCAGGGCAGCGAGTTCGCCTTCGTGGTGTTCGGCGCCGCGACGTTGGCGGGCATCCTGACCGACCAGTGGGGCAAGAGCCTGACCCTGGCGGTGGCCCTGTCGATGTGCGTGACGCCGCTGCTCATTCTGCTGCTGGAGCGAATCGAGTCGGCCAGCAAGAAAGATCGCCAGGAATCCGACCTCGTCGACCAGCAGAACCCGCGGGTGATCATTGCCGGCTTCGGCCGTTTCGGACAGATCGCCGGACGTTTGCTGATGTCCTGCGGCGTCGAGGTAGTGGTTCTGGATCACGACCCCGACAACATCGAGACGCTGCGCAAATTCGGCGTGAAAGTGTTCTACGGCGACGCCACGCGCCTCGACCTGTTGCACGCGGCCGGCGCGGCACAGGCGGCGGTGCTGATCAATGCGATCGACGATCAGCAAGACAACCTGACGCTGACCCGGTTGGCCCAGGAGCACTTCCCCACGTTGAAACTGGTCGTCCGCGCGCGGGACATGGGCCACCTGATCAACCTGCGGCAGATGGGTGTCGAGGTTGCCGAGCGGGAAACCTTCGAAAGCGCGCTGGCGTTGGGTCGCCGGGCACTGGTGCAGATGGGTGTCGGCGCTTACGAGGCGCGCGAACGCGCCGATCAGTTCCGCCGCTTGAATCTGCAGATGCTCGAAGAAATCGTCGCCCAACCGGAAGATGACCTCACGTTCCGGCACGACGCCTACCGACGCGCCAACGCGTTGCTCACCGAGATGTTCAACGAAGACCGCGCCCGCCCCGTCGACAGCTGGCCGGAACACCATCGAAACGAGACGGATGAGGCGCGTGGCTAG METHSLIEMLIYLASATLIVPIAVRLGLGPVLGYLLAGCVIGPWGLKLITDVKAILEFAEIGVVLMLFIIGLELDPKRLWALRRMVFGGGALQMLACGAAIAAFCAALGLGWTAALLVGLTLSLSSTAIAMQAMRERNLNATAVGRSSFAVLLFQDIAAIPLVAMIPLLSAHGDTPSGMALALSIVKIVAAISVVVLLGRYVTRPLLRFAARSGLREIFSAVALFLVFGFGFLLEEAGLSMAMGAFLAGVLLASSEYRHALESDIEPFKGLLLGLFFIGVGMSIDFGTLIDAPLKVITLTVGFILIKLLVIKTVSRFLNVPAGQRSWQAVLLGQGSEFAFVVFGAATLAGILTDQWGKSLTLAVALSMCVTPLLILLLERIESASKKDRQESDLVDQQNPRVIIAGFGRFGQIAGRLLMSCGVEVVVLDHDPDNIETLRKFGVKVFYGDATRLDLLHAAGAAQAAVLINAIDDQQDNLTLTRLAQEHFPTLKLVVRARDMGHLINLRQMGVEVAERETFESALALGRRALVQMGVGAYEARERADQFRRLNLQMLEEIVAQPEDDLTFRHDAYRRANALLTEMFNEDRARPVDSWPEHHRNETDEARG PGPT0013800_328 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013800-kefC-K11745 NA NA D1-35_02755 1242 cypC Fatty-acid peroxygenase ATGGCAGACCCTTCTATTCCCGGCCACCGCTGGGCTGATTCGACCTTGGCTTTCTTGCGCGAGGGCTACCCGTTCATACGCAAGCGTTGCGTCGCCTATGGCAGTCCGGTTTTCCAGGCCCGACTGCTGGGACGGCGCACGCTGTGCCTCAGTGGGCTGGAAGCGGCGGAGCTGTTCTACGATGCGCGGCGCTTCGTCCGGACCCCCACGTCGACACCGGCGCCGCTGCGCAACATCCTGTTGGGCGCGGGCGGCGTCCAGGGTCTCGATGGCGCACCTCATGCGCGACGCAAGCAGCTGTTTCTCGACGTGCTGGACAAGGAAAGCGTAAACCGCCTGGTCGGCCGCTACGAGGCTCACTTGAGCGAAGCGGCGGCGAAGCTTGCGGCGAACCAGCCGATCGAATTCCTGCCGTGGATCGAGGCGCTGCTGTGTCGATCGGTCTGCGAGTGGGCCGGCGTGCCAATGATGAGTGATCGGCAAATGCGGCGGTTGACCCGTCGGCTCGCCTCGCTGATCGATGGCAACGGCCGCGTCGACTGGCGGATGCCGGCCGCCTGGATGCGGCGCAAGGCTTGCGAGGCCCAGGCGGCACGCTGGATAAAAAACTGTCGGCAAGACCCGGCGCCAGCATCGCTGCAGACCCCGCTGCAACAACTCGCATGGCATCGCGATGAGCACGGCCAGTTGCTCCCACCGCGGATAGCGGCAGTGGAGCTGCTGAATATCTTGCGTCCAGTGGTGGCGGTGGGGCGCTTTCTGTTGTTCGGGCTGATCGAGCTGGAACGCCGGCCGCAATGGCGCGCCAGCATTGCTCGCGATGACGCTGCGGCTTGGGCTTTTGCCGAGGAAACGCGGCGCTTTTACGCGTTCTTTCCGATGGTGGCGGCGTTTGTGCGCGAGAGTTTCGAGTGGCGAGGCTACCGCTTCGAAAAAGGCACTCGGGTGCTGCTCGATCTGTTTGGCTCCAACCGTGATCCGGCGCACTGGAAAACCCCGGAAAGCTTTGCGCCCGAACGTTTCGGCCAGTGCCCCATGAGAACCTCTGTCATCAGCCAGGGCGGCGGGGATTACACCTATCACCGCTGCCCGGGCGAGCCGCTGACGCTGGCCCTGATGCAGAAAACCTTCGAACATCTGTGCCGCCACGTGCAATGGCGGCTGGTGGTGAAAGAAGTCGATTTTCAACGCCTGCCCATGTTGCCCAGGGAGCCGGTGCTGATGTCAGTGGTGACCGGCTAG MADPSIPGHRWADSTLAFLREGYPFIRKRCVAYGSPVFQARLLGRRTLCLSGLEAAELFYDARRFVRTPTSTPAPLRNILLGAGGVQGLDGAPHARRKQLFLDVLDKESVNRLVGRYEAHLSEAAAKLAANQPIEFLPWIEALLCRSVCEWAGVPMMSDRQMRRLTRRLASLIDGNGRVDWRMPAAWMRRKACEAQAARWIKNCRQDPAPASLQTPLQQLAWHRDEHGQLLPPRIAAVELLNILRPVVAVGRFLLFGLIELERRPQWRASIARDDAAAWAFAEETRRFYAFFPMVAAFVRESFEWRGYRFEKGTRVLLDLFGSNRDPAHWKTPESFAPERFGQCPMRTSVISQGGGDYTYHRCPGEPLTLALMQKTFEHLCRHVQWRLVVKEVDFQRLPMLPREPVLMSVVTG NA NA NA NA NA D1-35_02756 864 pdxI Pyridoxine 4-dehydrogenase ATGAGCAGGGCAGACAAGGCAGGGACTTTTTTACTGGGTGATCGTACGGTCAACCGCATGGGCTACGGCGCGATGCAACTGGCGGGGCCGCAGGTCTTCGGGCCGCCCAAGGATCCGGCGGCGGCCATCGCCGTGCTGCGCGAAGCCTTGGCGGCCGGAGTCAATCACATCGATACCGCCGATTTTTACGGGCCCCATGTCACCAACCAACTGATCCGCGAGGCGTTGCACCCTTACGCCGACGACCTGGTCATCGTGACCAAGGTCGGCGCGGTTCGTGGCGCCGATGCGTCATGGAACGCAGCCCAGAGCCCCGCCGAGCTGACCCGTGCGGTGCACGATAACCTGCGCAACCTCGACGTCGAGGTGTTGGACGTGGTCAATCTGCGGGTCATGGGCGATGTGCATGCGCCCGCTGAAGGATCGATTGAAGAGTCCTTCACAGCATTGGCCGAGCTGCAGCGCCAGGGCCTGATCCGCCATCTGGGCCTGAGCAACGTCACGGCGGCGCAAGTCAAGGAAGCCCAAGGCATCGCCAAGGTGGTCTGCGTGCAGAATCACTACAACCTGACCCACCGCGACGACGAACAACTCATCGCTGACCTGGGCCGCCAAGGTATCGCCTACGTGCCGTTTTTCCCGCTGGGTGGGTTTACGCCGCTGCAATCGGAAACGTTGTCGAACGTTGCCGCGCGCCTGGAGGCATCGCCGCTGTGTGTCGCGTTGGCGTGGCTGCTGCAACGTGCGCCCAACGTCCTGCTGATACCCGGCACCTCGTCGGTGGCGCACCTGCGGGAAAATATCTCGGCCAGTGAGCTGCAGATTCCGGCGCCTATGTTGGCTGAGCTTGACGCCATGGTTTAG MSRADKAGTFLLGDRTVNRMGYGAMQLAGPQVFGPPKDPAAAIAVLREALAAGVNHIDTADFYGPHVTNQLIREALHPYADDLVIVTKVGAVRGADASWNAAQSPAELTRAVHDNLRNLDVEVLDVVNLRVMGDVHAPAEGSIEESFTALAELQRQGLIRHLGLSNVTAAQVKEAQGIAKVVCVQNHYNLTHRDDEQLIADLGRQGIAYVPFFPLGGFTPLQSETLSNVAARLEASPLCVALAWLLQRAPNVLLIPGTSSVAHLRENISASELQIPAPMLAELDAMV PGPT0009140_1515 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275 NA NA D1-35_02757 915 pgrR_4 HTH-type transcriptional regulator PgrR ATGGCGACGGACATTCAAGACTTGCTGGCCTTTGTGGCGGTGGTCAATGCGCGGGGATTTCGAGCAGGCGCCCGGCTCAGCGGCAAATCCGCCTCCAGCCTCAGTGACGCGGTACGCCGGATCGAAAGCCGACTCGGCGTGCGCCTGCTCAACCGCACCACCCGCAGCGTGGTGCCGACCGAGGCCGGCGCACGGTTGATGGAACGCATCGTGCCGGCCCTGGGCGAAGTCGAATCCGCGCTGGACGTGGTCAACGATTTTCGCGACCGCCCTTCCGGTACCCTCAGGTTGAACGTGCCGGTCAGCGCCGCCCGGCTGGTGCTACCGTCGATCATCGCGCCGTTCCTGAAAAGCCACCCCGACATCCGCCTCGAAGTGGTTACCGAAGAAAGCTTTGTCGACATGCTGGCGGCCGGGTGTGATGCGGGTATTCGCTACGACGAACGCCTCGAACAGGACATGATCGCGATCCCCATCGGCCCGCGCTTTCAACGCTTCGCGACCGCCGCCGCACCGGCGTACCTCGACGCCCGGGGCCGCCCCGAGCACCCACGGGACCTGCTGCAACACGCTTGCCTGGCCGGCAAGTTCCCCAGCGGCGCCTTGCCGCTGTGGGAGTATGAGCGTGACGGCGAAACCATCAGCGTCGAGCCGAACGGCCCGTTGCTGGTGCGCATTGGCGGCGCCATGGACCTGGCCGTCCAGGCCGCGGTGGATGGACTGGGGATCGTCCACCTGTTCGAGGACTGGCTGTGCCCCTACCTGGACAGCGGTGTCCTCGAACCGGTACTCGAACCCTGGTGGCAGCGCTTTACCGGACCGTTCCTCTACTACCCCGGCCGCCGCTACCTGCCCTCGCCGCTGCGGGCGTTTGTGGACTTCATCAATCAAAACCGCAGCAACCAAGACGCCTGA MATDIQDLLAFVAVVNARGFRAGARLSGKSASSLSDAVRRIESRLGVRLLNRTTRSVVPTEAGARLMERIVPALGEVESALDVVNDFRDRPSGTLRLNVPVSAARLVLPSIIAPFLKSHPDIRLEVVTEESFVDMLAAGCDAGIRYDERLEQDMIAIPIGPRFQRFATAAAPAYLDARGRPEHPRDLLQHACLAGKFPSGALPLWEYERDGETISVEPNGPLLVRIGGAMDLAVQAAVDGLGIVHLFEDWLCPYLDSGVLEPVLEPWWQRFTGPFLYYPGRRYLPSPLRAFVDFINQNRSNQDA NA NA NA NA NA D1-35_02758 1767 COG1132 Putative multidrug export ATP-binding/permease protein GTGAACAGCCATCAGTCCCATGGCGCGCCGTTGCCGAATACCGCCATCGCGTTTTTGTGGCGATACGTCACCCTCAGGCCGTGGCATTTCGCGACGTTGTTTGTGCTGATTGTCGGTGCCGCCAGTTGCGCCGTGGCGGTGCAGTTCGGCATGAAGCTGCTGGTCGACGCGATGGCCCAGGGCAGGGAGGCGGCCGGGCATGTGTGGCTGCCGTTCACCGTATTCATCGCGCTGATTGTGGTGGAAAACCTGTTCTGGCGTTCGGGCGGCTACCTGGGCTGCCGGACGGTGGTCGCCAGTTGCGCGGACTTGCGGATTGACCTGTTCAATCACCTGACCGGACACCCGATGCGCTATTTCTCCGAGCATTTCGCCGGAGCCCTGGCCAACCGGATCTCCTCGGCGGGCGCGGCAGCGGGTTCCATCTATGGTGGCCTGGCCTGGAAGATTATTCCCCCTTGCGTGGATTTCATCGGTGCGGTGGTGGTGCTGTTTACCGTGCGGCTGTCCATGGGAATCGCTTTGATCGGCGCAGTGGTTGTGGTGGCCTCGCTGATCACCGTGATGGGGCTGCGCGGCCGCAGTCGGCATATCGATTTCGCTTCCCAGGCCGCACGCGTCGGTGGCGAGTTGGTGGACCAGGTCTCCAACGTCTGGACGATCAAGGCATTCTCCGCCCGACACCGCGAGCGGCGCCGGCTCGAACAGGCGATCGGCGTCGAGGCCAAGGCCCAGCGCCGCAGCTGGATCTACCTGGAAAAAGCCCGGGTCTTGCACGACATCTGCTTGTCGATCATGGCCGGCGGCATGCTCGGCTGGTCGATCCTGTTGTGGCAGGGCGGGCAGATCACCCCGGGCGATGTGGTGATGGTCAGCGCGTTGTCGTTTCGCATCCTGCACGGCTCGCGCGACCTGGCGCTGGCTTTGGTGGATACCTCGCAGCAGATGGGCGTGATTGCCGAGACGTTGCGCATCATCGTCCAGCCACACGCACTCAGCGACACCCCGGCGGAACTGGAACCTGGGCGCGGCAATATCCGTTTCCTCGACGTCAGCTACAGCTATGCCGACGGGCGCGGCGCGATCAGGCATCTGTCCCTGGACATTCCGGCCGGCCAGAAAGTCGGCATCGTCGGGCCGTCGGGCGCGGGCAAGTCGACATTGGTCAGTCTGGTCCAGCGCCTGGACGATGTGCGCAGCGGGGTGATCCTGATCGATGGCCGCGACGTGCGCTCGGTCAGTCAGGACAGCCTGCGCAGCCAGATCGCCGTGGTGCCTCAGGAGCCGGCGCTGTTCAATCGGACCATCTACGAAAACATCGCCTATGGCCAGCCCGATGCCACCGAGGCACAAGTCATCGACGCGGCCCGCCATGCCTATTGCGAAGAATTTATCCGCGACCTGCCGGAAGGCTTCAACACCTTGGTGGGCGAGCGCGGCGTGATGCTCTCGGGCGGCCAACGCCAGCGCCTCGGGCTGGCGCGGGCGTTCCTCAAGAACGCACCGATCCTGATCCTCGACGAAGCCACCTCGGCACTGGATTCGGAATCCGAAGCCAAGGTGCAAATGGCCCTGGACGACCTGATGCGCGGTCGCACCGTGCTGGCAGTGGCGCACCGGCTGTCGACGGTCGCGCGGTTCGACCGGATCTTGGTCTTGCAGGGCGGAAGAATCATCGAAGACGGCTCACCCGATGAACTGCGCCAGCGTGAAGGGCCGTTCCAGACCCTGTGGCAGGCGCAGGGATTGGAATTGGGCAAGCGTTAG MNSHQSHGAPLPNTAIAFLWRYVTLRPWHFATLFVLIVGAASCAVAVQFGMKLLVDAMAQGREAAGHVWLPFTVFIALIVVENLFWRSGGYLGCRTVVASCADLRIDLFNHLTGHPMRYFSEHFAGALANRISSAGAAAGSIYGGLAWKIIPPCVDFIGAVVVLFTVRLSMGIALIGAVVVVASLITVMGLRGRSRHIDFASQAARVGGELVDQVSNVWTIKAFSARHRERRRLEQAIGVEAKAQRRSWIYLEKARVLHDICLSIMAGGMLGWSILLWQGGQITPGDVVMVSALSFRILHGSRDLALALVDTSQQMGVIAETLRIIVQPHALSDTPAELEPGRGNIRFLDVSYSYADGRGAIRHLSLDIPAGQKVGIVGPSGAGKSTLVSLVQRLDDVRSGVILIDGRDVRSVSQDSLRSQIAVVPQEPALFNRTIYENIAYGQPDATEAQVIDAARHAYCEEFIRDLPEGFNTLVGERGVMLSGGQRQRLGLARAFLKNAPILILDEATSALDSESEAKVQMALDDLMRGRTVLAVAHRLSTVARFDRILVLQGGRIIEDGSPDELRQREGPFQTLWQAQGLELGKR NA NA NA NA NA D1-35_02759 1137 hypothetical protein GTGCAGGAGAGGATCTTCAACAGTTTCGTGATGGCCGGCTACGAGTGTTCCACCCATCGCCGTGCCGATGGACGTCGGCTGGATATGCTCGCCGCGACTCGCCATGACCGCTGGGCCGAGCAGGATTACAGCCGGCTCGCCGAGCTGGGCATTCGCTGCGCCAGGGATGGCTTGCGTTGGCATCTGATCGAACAGCAGCCGGGTCGTTATGACTGGAGCAGTTTCCTGCCGATGCTGCGCGCCGCCCAGCGCGGCGATGTGCAAGTGGTGTGGGACCTGTGCCATTACGGCTACCCTGACGATCTGGACATCTGGCGGCCGGCCTTCGTCGAACGGTTTGCTCGCTTCGCCGGCGCCGTCGCGCGGTTGATGCGCGAGGAGGGGATCGAGACGGCGTTCTACTCGCCGATCAACGAGATATCTTTCTGGAGCTGGGCCGGCGGCGACGTCGGCTACTTCAACCCCACCGCCCGACAACGGGGCATGGAGCTCAAGCACCAGTTGGTGCGCGCGAGTATCGCGGCGATCGAGGCGATTCGCGAGGTGACTCCCGCCGCGCGATTCGTCCAGTGCGACCCGCTGATCAACGTGCGGTCCTTATCGCGGCGGGCCGAAGATATCGAGGCCGCCGAGGCGTATCGGTTATCCCAGTTCGAGGCGTGGGACCTGCTCACCGGCAGAAGCTGGCCGGGGTTGGGCGGGCGCGAGGAGTACCTGGATATTGTCGGCGTCAATTTCTATCCGCATAACCAGTGGTTCCTGCACGGCAATCGGATCGAGCCGGGCAGCGCGGATTATCGCCCGTTGGTGGGCATGCTCAGCGAAGTCCACCAGCGTTATCGAAGGCCGCTTCTGCTCTCTGAAACGGGCGCCGAAGACACCGCTCGGGTGCCCTGGCTGCACTACATCGGCGAGCAGTTGGCACTGGCGATGGAGCGCGGCATTCCGATAGCAGGCATGTGCTGGTACCCGTTTCTTGACTACCCGGGTTGGGACGATGATCGCTATTGTCCCACTGGCGTGTTTGGCTATGCCGACAGCGAAGGCAGCCGCGCGTCTTTCCATCCACTGACGCTGGCAATGAAGGCCCTGCAGGCGCGGTTTGCCTCGTCCGTGGCCACGGTGCAGATGCCGTGA MQERIFNSFVMAGYECSTHRRADGRRLDMLAATRHDRWAEQDYSRLAELGIRCARDGLRWHLIEQQPGRYDWSSFLPMLRAAQRGDVQVVWDLCHYGYPDDLDIWRPAFVERFARFAGAVARLMREEGIETAFYSPINEISFWSWAGGDVGYFNPTARQRGMELKHQLVRASIAAIEAIREVTPAARFVQCDPLINVRSLSRRAEDIEAAEAYRLSQFEAWDLLTGRSWPGLGGREEYLDIVGVNFYPHNQWFLHGNRIEPGSADYRPLVGMLSEVHQRYRRPLLLSETGAEDTARVPWLHYIGEQLALAMERGIPIAGMCWYPFLDYPGWDDDRYCPTGVFGYADSEGSRASFHPLTLAMKALQARFASSVATVQMP PGPT0026085_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PEL_POLYSACCHARIDE_METABOLISM CE-EPS-PEL_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026085-pelF-K21011 NA NA D1-35_02760 1182 rfbD_2 UDP-galactopyranose mutase ATGCCAACGATAACCCTCGATTCCCTTGATAACTCCCAGGGCGGCGCGCCGTACGACTACCTGATCGTCGGCGCCGGTTTCGCCGGCAGCGTGCTGGCCGAGCGGCTGGCCGAAGGGTTGGGCAAGCGCGTGCTGCTGGTCGATCGTCGCGATCACATCGGCGGCAATGCATACGACCACTTGGACGAGGCGGGCGTGCTGGTCCATCGCTACGGGCCGCACATCTTCCACACCAATGCCCAGCGCATTGTCGATTACCTGTCGCGGTTCACCGAATGGCGCCCGTACGAGCATCGAGTGCTGGCCCAGGTCGATGAGCACCGGGTGCCGATTCCCATCAACCTGACGACGCTCAATACGCTGTTCGGCTTGTCCATGGATGAAGCGCAGGCCGAGGCCTTCCTGGCGCAGCGGGCGGAGCCGGTCGAGTCGATCCGGACTTCGGAGGACGTGGTCATCAACCAGATCGGCCGCGAGCTGTATGAGAAATTCTTTCGTGGCTACACCCGCAAGCAGTGGGGGCTGGACCCTTCCCAGCTGGACAAGTCGGTGACCTCGCGGGTGCCGACACGGACCAACACCGATGATCGGTATTTCACTGACCAGTTCCAGATGATGCCGCTGCACGGCTACACACGGATGTTCGAGCGCATGCTCGCCCATCCGAACATCGATATCTTGCTGGCGACCGATTTCAAAGAGGTTCGCCAGCGCATCCCCTATCGGGAACTGGTCTATTGCGGGCCGATCGATGAGTACTTCGATTACTGCTTCGGCCATCTGCCGTATCGCTCGTTGCGCTTTCAGCATGAAACGCTGGATGCGCCGCAGTTCCAGCCGGTGGCAGTGGTCAACTATCCGGACGAGCGCGTGCCCTATACACGAATCACCGAGTACAAGCACCTCACCGGGCAGGAGCATCCGCGCACCAGCATCAGCTACGAGTTTCCCTGCGCCGATGGCGACCCTTACTACCCGGTTCCGCGCCCGGAAAACGCCGAGCTGTACAAACGCTACAAGGCCCTGGCCGACGAAACACCCGGGGTGACTTTTCTCGGTCGGCTCGGCACCTACAAGTACTACAACATGGATCAGGTGGTCGGTCAGGCGCTGGCGCTGTATCAGCGCATCGCCGAGGGCGAAGGGGTCGTGACGAGGGCTCACGAGGTCGAGCCGGGTTGA MPTITLDSLDNSQGGAPYDYLIVGAGFAGSVLAERLAEGLGKRVLLVDRRDHIGGNAYDHLDEAGVLVHRYGPHIFHTNAQRIVDYLSRFTEWRPYEHRVLAQVDEHRVPIPINLTTLNTLFGLSMDEAQAEAFLAQRAEPVESIRTSEDVVINQIGRELYEKFFRGYTRKQWGLDPSQLDKSVTSRVPTRTNTDDRYFTDQFQMMPLHGYTRMFERMLAHPNIDILLATDFKEVRQRIPYRELVYCGPIDEYFDYCFGHLPYRSLRFQHETLDAPQFQPVAVVNYPDERVPYTRITEYKHLTGQEHPRTSISYEFPCADGDPYYPVPRPENAELYKRYKALADETPGVTFLGRLGTYKYYNMDQVVGQALALYQRIAEGEGVVTRAHEVEPG PGPT0022675_400 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0022675-glf-K01854 NA NA D1-35_02761 1155 hypothetical protein ATGAATCAACAAGAACATCTTCATCCCGATCACAGCGCCGCGCCCGCCGCGAGCTTGCGACCTACGCTGTTGTGCCTGTCGCACCTGCGCTGGGGCTTTGTCTATCAGCGGCCGCAACACGTGATGTCGCGATTGGCCAGGGACTACGACGTACTGTTTTTCGAAGAACCGATATTCGAAGGGCGGCAGTCCGCGCACCTGGAAAGCTATGCGGTGGCGGAGGGCGTGACGGTGCTGGTGCCCAGGCTCCCCGAGGGGCTGGATGAAGCCCAGGTGATCGCCACCCAGCGTGAATTGCTCGATGCCTGGCTGGCAGAGCACTGGCCGAGTGAGTTGATGCTCTGGTACCTCACGCCCATGAGCCAGGCCTTCACCGATCACCTGGAGGCCAATGTGGTGATTTTCGATTGCATGGACGAGCTCTCGGCCTTCAAGTTTGCGCCGCCCGCGTTGGTGGAGATGGAGCGGCGGCTGATGGCCAAGGCCGATGTGGTGTTCACCGGCGGATACAGCCTCTGGGAGGCCAAGCGCGAGCATCACGACAACGTCCACGCCATGCCCAGCAGCGTTGATATCACGCACTTTGCCGCGGCCAGGCAGCCGATTCCCGACCCGGCGGACCAGGCCGATATCGGTCATCCGCGCCTGGGTTTCTTTGGCGTCATCGATGAGCGTTTTGATATTGAGCTGGTACGTGAATTGGCGACGCAGCGGCCGGACTGGCACATCGTGTTGATCGGGCCGGTGGTGAAGATCGATCCGCAGACGTTGCCGCGCCTGGCGAATATTCACTACCTGGGCGCCAAGCAATATGAAGAGCTGCCGGCGTACCTGGCGGGTTGGGACGTGGCGTTGATGCCATTCGCGTTGAACGAATCCACTCGCTTCATCAGCCCCACCAAAACGCCCGAATACCTGGCGGGCGGATGCCCGGTGGTGTCCACGCCGATCCGCGATGTGGTCAATGGCTACGGTGAGAGTGGTGTGGTCGCGATTGCCGATTCGCCCCAGGGATTCATCGACGCGATCCAGGCCGCGCTCGACCTGCGGACCCAGCCAGGAGTGGTTGCGCAGTACGCCGACAAAGCGCTGGACGGCATGTCCTGGGACAAGACCTGCGCGCAGATGAAGGAGCAGATCGAATGCCAACGATAA MNQQEHLHPDHSAAPAASLRPTLLCLSHLRWGFVYQRPQHVMSRLARDYDVLFFEEPIFEGRQSAHLESYAVAEGVTVLVPRLPEGLDEAQVIATQRELLDAWLAEHWPSELMLWYLTPMSQAFTDHLEANVVIFDCMDELSAFKFAPPALVEMERRLMAKADVVFTGGYSLWEAKREHHDNVHAMPSSVDITHFAAARQPIPDPADQADIGHPRLGFFGVIDERFDIELVRELATQRPDWHIVLIGPVVKIDPQTLPRLANIHYLGAKQYEELPAYLAGWDVALMPFALNESTRFISPTKTPEYLAGGCPVVSTPIRDVVNGYGESGVVAIADSPQGFIDAIQAALDLRTQPGVVAQYADKALDGMSWDKTCAQMKEQIECQR PGPT0022675_30 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0022675-glf-K01854 NA NA D1-35_02762 1050 galE COG1087 UDP-glucose 4-epimerase ATGATGATTCTGGTGACAGGTGGTGCGGGTTATATCGGCGCCCATGTGGCGGTCGAATTGATGAACCAGGGCGACGAGGTGGTGATCCTCGACAACCTGTGCAACAGCTCCCGGGCAACCGTGCAGCGCATATCGGACGTGACGGGGCGGGAGCCGGTTTTTGTCCATGCCGACGTGAGAAGCCGTCGCGCACTGGACAAGGTCTTCAGGGAGTACCCCATCGAGGCCGTCGTCCACTGCGCCGGGCTCAAGGCTGTGGGTGAAAGCGTGCGTGAGCCGCTGAGGTATTTCGATACGAACGTCAGCGGCAGCGTGACGCTGTGCCAGGCGATGGCGCAAGCCGGCGTGTTCAACCTGGTGTTCAGTTCATCGGCGACGGTCTATGGCGATTGCGCCCAGATGCCCATCGCCGAAACCTGCCCGACCGGGCAGCCAACCAACCCGTACGGCCAGTCGAAACTGATGGCCGAACACGTCATGCGCAGCACCGCCGCCTCCGACGCCCGCTGGTCGATCGGCTTGCTGCGCTACTTCAACCCCATCGGCGCCCATTGTTCAGGCCTGCTGGGAGAGACGCCGACGCAGACCCCCAACAACCTTTTGCCGTACCTGTTGCAGGTGGCCAACGGCGAGCGCGAGGTGCTGCGGATTTTCGGCTCCGACTACCCGACGCCGGATGGCACCGGGATCAGGGATTATGTGCATGTGGTGGATCTGGCCGAGGGGCACTTGCAGGCTCTGGCATTCCTGCGCGAACAGACGGGTGTGCATGTCTGGAACCTGGGCACCGGGCGTGGTTATTCGGTGCTGGAGGTGGTCAGTGCTTTCGAGCGGGCGACCGGGGCAAAGGTGCCGCTGGCTTTTGAAGCGCGTCGTCCGGGGGACATTGCACGGTGCTGGGCGGATCCGGGCAAGGCAGCCGAGCAGTTGGGCTGGACTGCACATCATGGGCTTGAGCGCATGTTGGAGGATGCCTGGCGCTGGCAGCGCCTGAATTTTCCTCGGGTCGAGCCGCGGGAGGTGGTGTTGCGGAGTATTGAGCAAGGGTGA MMILVTGGAGYIGAHVAVELMNQGDEVVILDNLCNSSRATVQRISDVTGREPVFVHADVRSRRALDKVFREYPIEAVVHCAGLKAVGESVREPLRYFDTNVSGSVTLCQAMAQAGVFNLVFSSSATVYGDCAQMPIAETCPTGQPTNPYGQSKLMAEHVMRSTAASDARWSIGLLRYFNPIGAHCSGLLGETPTQTPNNLLPYLLQVANGEREVLRIFGSDYPTPDGTGIRDYVHVVDLAEGHLQALAFLREQTGVHVWNLGTGRGYSVLEVVSAFERATGAKVPLAFEARRPGDIARCWADPGKAAEQLGWTAHHGLERMLEDAWRWQRLNFPRVEPREVVLRSIEQG PGPT0017825_35 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 D1-35_02763 309 hypothetical protein GTGGGTTTGGATTGGGGGCATATCCGTTTTTTTGGTGATGGCTGCTTATGGTTTCGCCCTTACGGCGAGTCACTTTCAAAAAGCGTGAAAGTAACCAAAGCGCTTCTGCCCCACCACTTGGCACCTCGCCTAGGCTCGGTGTGCCCTCACTCCGGCATTGCTCCGTGGGCCCGCCGCGAAGGGCCGTCCCTGGCCCAGCGCGGCTATCCCGGCATCCATGCCGGGATGCCCACTGCGCAATACCTGCGTTCGGCCGTCGTGGTTAACGGGGCCTCCGAGATCAACGTTTGCGGCGAGGCGGCCTTATAG MGLDWGHIRFFGDGCLWFRPYGESLSKSVKVTKALLPHHLAPRLGSVCPHSGIAPWARREGPSLAQRGYPGIHAGMPTAQYLRSAVVVNGASEINVCGEAAL NA NA NA NA NA D1-35_02766 267 hypothetical protein GTGAGTGAAACCGACCTTGAGATGGAATTGAAAGCCTGGCGGCTGTTGCTGGAAGACGATGCATATCGCCTGGACTTTCCCGAAGATTATTACGACACGTTGATCCGGCGCGCGGATGAATTGGTGTTGCATGAATTGATCAGTCTGGAGGATTGGCAATTGCTCAAGGACGCGGCGGACCAGGCTTACCAACTGACGGTTGAAATGCTGGCGCGTAATCAGCGCGATTGTCTGAGTGTGCAGGGGATGCGCTTGCCTCGAGCTTGA MSETDLEMELKAWRLLLEDDAYRLDFPEDYYDTLIRRADELVLHELISLEDWQLLKDAADQAYQLTVEMLARNQRDCLSVQGMRLPRA NA NA NA NA NA D1-35_02767 726 hypothetical protein ATGAGCGAACGCCAAGTCACCATCGGCATGAATCGTACCGGCGTCCAGATGTCTCCCGAAGACACCGCTCGCCAACTGGAAGCCACCCGCCTGTTTCCGGCGGATGTGCCGGGCGACGTGAGCGCCTACACGGCAGAACGCGAGCGCGCCATTCGCGAGGCCGACCTGATCGGCTCGGTACCGGCACCGGGTTCGGTCAAAGGCGTGGTCAAGACCGCACTGGACAAAACCATCGGCAAGGCGCCCGAAGTGCTGCTGGACAAGCTCGGCGAACGCCTGGCCTTCGAGCGCACCGGCGTGCGCCTGTATGAGGCGATGGTCGCCAAGGCCACAGCCGCGCCCGGGGCTGATCCGGCGTTGGTAGAGACCTTGCGGCAGATCCAGGCCGAGGAGCTCGAACACATGAACATCGTGCGCGAAGCCATCGAAACCCTTGGCGGCGACCCAACCGCGATGACGCCATGCGCGGACGTGGCGGGAGTCAAGGCGATGGGCGTGCTGCAGGTACTGACGGACCCACGCACCACCGTTTCCCAGTCGATGAGCGCGATCCTGACCATCGAGCTGGAAGACAACGCTGCCTGGGAGTTGCTGATCGAGCTGGCGAAGAAGGGCGGTCACCCGCTGATCGCCAAGCGCTTCGGCCATGCCCTGGAGCAGGAGGAAACGCACCTGGCCACGGTTCGCGACTTCATCAGGCAAGACCTGCTCGCGCAAGTGAGTTGA MSERQVTIGMNRTGVQMSPEDTARQLEATRLFPADVPGDVSAYTAERERAIREADLIGSVPAPGSVKGVVKTALDKTIGKAPEVLLDKLGERLAFERTGVRLYEAMVAKATAAPGADPALVETLRQIQAEELEHMNIVREAIETLGGDPTAMTPCADVAGVKAMGVLQVLTDPRTTVSQSMSAILTIELEDNAAWELLIELAKKGGHPLIAKRFGHALEQEETHLATVRDFIRQDLLAQVS NA NA NA NA NA D1-35_02768 1176 hypothetical protein ATGACCAAAATCGACAACCTGCTGGATAACAAAGGGACGCCGCTGGACAAGCAGACGTTTACCTGGCGTGACCTGGCCGGCAAACCCATCAGCAAACTGGATGACGATGCGTTCACGCGAGTGCGGGTGATCCTGATGAACGGCGTCGAATCCGACGCGCTGCGCCTCAAGCATTTCGGCGCGCGTTTCCACAAGGAATTGCAACTGCCCCTGGCCCAGGTAAGGCGCGCCGAGCAGCATCAGATGACCGCGATAAACTGGCTACTGTCGGCTGATCATTCGCCGCTTGAAACCACCGTGGCCTACGAACAGGTCGCCATCGAAGTGACTGCCGCCGTCGCCCAGAACGAGCCCGACCCTTATCAGGCGCAGACCTATCGTTTCGGCCTGCTGGAAGATTTCGACCACCTCTATCGTTACTCGGCCATGCTTGATCGATTGGAAGGCAAAGACGCCAACAACATCTTGCAAGGCTACACGGACATCGTGCCCGGCCGGCCCACTAGCGAGCACCACCGTGCCCCCGGCGATGACCTGCGCGACAACTACAAGAAGGAGAACGCCGCGCTGATCACCAAGATCCATGCGGCGCTGATCACGGGTGCGGAATACCAGACCCACGATTACTACATGAACATCGGTCCGCTGTTTGCCGACCCGGTGGCGCGCGCGTTGTATGCCGAAATCGCCTCGGTGGAAGAGCAGCATGTCACCCAATATGGCTCGTTGCAGGACCCCAGCGAAACCTTCATGGAGAAGTGGCTGGTGCATGAAGCGATGGAGGTCTACACCTACGCCAGTTGCGCCGAGCAGGAAGAAAACCCACGGATCAAGGCGATGTGGGAACGCTTCGTCGACTACGAGCTGGGGCACTTGAACCTGGCTTGCGAATTGTTCAAGAAGTACGAGCGACGCGACCCCGCCGAGGTGCTCAGCGGCCAGTTGCCGCGCATGATCGAGTTCAAGAGCCAGCGTGATTTCGTCCGTGAGACGCTGTCCCGGGAAGTGGATTTGCGAGCCCACGGCATCGACTACGTGCCCAAGGAACGCGAAGGCCACGCTTCCCTCGACTACCGCGCCCAGCTCAACAGCGAAGGCGTGCCTGCCAACATCGTCTCCGCCGGCTACACCTTCAAGCCCGGCACCGAACTCAACCCAGTGGGAGAACAGCAATGA MTKIDNLLDNKGTPLDKQTFTWRDLAGKPISKLDDDAFTRVRVILMNGVESDALRLKHFGARFHKELQLPLAQVRRAEQHQMTAINWLLSADHSPLETTVAYEQVAIEVTAAVAQNEPDPYQAQTYRFGLLEDFDHLYRYSAMLDRLEGKDANNILQGYTDIVPGRPTSEHHRAPGDDLRDNYKKENAALITKIHAALITGAEYQTHDYYMNIGPLFADPVARALYAEIASVEEQHVTQYGSLQDPSETFMEKWLVHEAMEVYTYASCAEQEENPRIKAMWERFVDYELGHLNLACELFKKYERRDPAEVLSGQLPRMIEFKSQRDFVRETLSREVDLRAHGIDYVPKEREGHASLDYRAQLNSEGVPANIVSAGYTFKPGTELNPVGEQQ NA NA NA NA NA D1-35_02769 684 yedK_2 COG2135 SOS response-associated protein YedK ATGTGTGAATGTTTCGTTCAGCCCGTTTCTTCCAAGGATTCCCTTGCGTTTTTTGCCCAGCGCGACCCCTTCGGTGCCAACCCATCAAGCTTGTCCGCCGACAGCCTTCACGCTGCGGCGGAGCCCGCGCTGCATGAGCGACAAAGCGTGATCAAGCCGAACATGCAGGTCAGCGCCATACGCAACCGTGGCGGGCGCCTGGAGTGCATCAAGGTGCGCTGGGGTTGGTCGCCCGTGTGGTCGATGGGCACGATGCCGCCGCTGACCCACCTGCCCTTGCACCTGGTGATGCGCTCCAAGGTGTTCGACCGGATCAAGCGCGACGGTCGCGTCCTGGTGGCGGTGGATGGCTGGTACGAAGCCGCCGCGGAGACTGGCGCGCACGCCCAGTCCAAGCGCCTGAGCTATACGACGTCGCGGCAATCCTCACCGATCTTCCTCGCCGCCCTGGCCCAGGCCAGTGAAACGCCCAACGGCTGTGACGGGCTGGCCCTGGTGACCTACGGCGACATGGTCAATCAACAGCAGCGACTGCTGGCCTTCACCGGCGAGAACGCCCTCGAATGGTTGCGCCCGGAGCTGGATTGGGAACAGGCCCGCGACATGGCCGCCCACGTAGCGGTCGCCGAACCGCAACTGGAGCACGTGCTGACCGCCAAGCGAATGGTCCAGGGCCGACGGTGA MCECFVQPVSSKDSLAFFAQRDPFGANPSSLSADSLHAAAEPALHERQSVIKPNMQVSAIRNRGGRLECIKVRWGWSPVWSMGTMPPLTHLPLHLVMRSKVFDRIKRDGRVLVAVDGWYEAAAETGAHAQSKRLSYTTSRQSSPIFLAALAQASETPNGCDGLALVTYGDMVNQQQRLLAFTGENALEWLRPELDWEQARDMAAHVAVAEPQLEHVLTAKRMVQGRR NA NA NA NA NA D1-35_02770 381 rutC_1 Putative aminoacrylate peracid reductase RutC ATGGCGAACCAAGACATCACGTTCACCCCCGACCCGGACGCAGACTCCATCTCCTCCGACGTCGCCGGTTTCGGCGGCTTGCTGGTTTCCACCCAGATCCCGACCCGCGCCGACGGCAGCCTGGAGCTGGGCGACATCACGGCGCAGAGCGAATGCACGTTGCAGGCGCTCAAGAGCGCCCTCGAACGCGCCGGCAGCTCCATGGACCGCGTGTTGCACTTGACCATCTACCTGACCGACATAGCCGATCGCGCGGCTTTCAATGAAGTCTACAAACGCTTCTTCGCCAAGCCCTGGCCGGTGCGCGCCGCGGTGGGCGTGGCGGCGCTGGCGGTGGAAGGCATGAAAGTGGAAGTGACGGCGATGGCGGCGAAGGGCTGA MANQDITFTPDPDADSISSDVAGFGGLLVSTQIPTRADGSLELGDITAQSECTLQALKSALERAGSSMDRVLHLTIYLTDIADRAAFNEVYKRFFAKPWPVRAAVGVAALAVEGMKVEVTAMAAKG PGPT0020030_2325 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 D1-35_02772 249 hypothetical protein ATGTTCAAAGCAACCCCAAACCCGCCAAACACCGAACCCACCCAACTCTTCACCGTCATCAACGGCATCGACACCGAAGCCCTGCTCGCCAACCTCAGCGAAACCCTCGCCTCGGCCAATGCCATGGTCACCGACCTGGCCTTCGACCTGGACGGCTCGCGACGCCACATTGCCCTGGGCATCCAGCAACTGATCGAGCTGAGCGGGCTGCTGGCGAACCGCGCGCTGGATAACGTCGAAGCCCGCTAG MFKATPNPPNTEPTQLFTVINGIDTEALLANLSETLASANAMVTDLAFDLDGSRRHIALGIQQLIELSGLLANRALDNVEAR NA NA NA NA NA D1-35_02773 1764 glcA_2 COG1620 Glycolate permease GlcA ATGGTCTGGCAACAAGTCTACGATCCCTTCGGTAATGCGGTGCTGTCGACGCTCCTGGCGGCGGTTCCGGTGGTGGTGATGCTGGCGGCCCTGGCGTTCTTTCATGTCAAGGCGCACCTGGCGGCGTTGTACGCCCTGGCCTCGGCGTTGCTCATCGCGATTTTCGCCTTCGGCATGCCCGCCGACATGGCCGGTTCGGCGGCCCTTTATGGTGCGGCCAACGGCCTGCTGCCGATCGGCTGGATCGTGCTCAACATCATCTTCCTGCACCGGCTGACCACCGAGAACGGTTCGTTCAAGGTCCTGCAGGATTCCCTGGCGCGCATCACCGACGATCGGCGGCTGCAATTGCTGCTGATCGCCTTCTGTTTCGGTGCCTTCTTCGAGGGCGCGGCGGGCTTCGGCACGCCAGTGGCGGTGACCGGAGCGATCCTCATCGGGCTGGGCTTTTCGCCGCTCGCCGCCTCGGGCCTGGCGCTGATCGCCAACACTGCGCCAGTGGCGTTCGGCGCGCTGGGTACGCCGATCATCACGCTTGCCAAGGTCACCGGGCTGGATGAAATGGAGCTGTCGATGATGGTCGGCCGGCAGTTGCCGTTTTTCTCGGTGATCGTACCGTTCTGGCTGATCTGGGCGTTCGCCGGTTGGCGCAAGATGCTCGAAGTCTGGCCGGCGATCCTGGTGGCCGGCGTCAGCTTCGCCATCCCGCAGTTCTTGGTATCGAACTACCACGGCCCGATGCTGGTGGACGTGATTGCCGCGCTGATTTCCATGGCCTGCCTGACCGGTTTCCTCAAGGTCTGGAAACCGGCCACGGTGCATACCTCGGCGGCGTTGTCAGGCCGGCACGATGATTCGAAGATCGACCCCAGCGAGCAACAGACACCGGTGGCCAGCGGCGCCTTCGCCAGCGACAACCGCCCCGCCGTGCTGCGGGCGTGGATGCCGTGGATCATCCTCACGGTCTTCGTGTTTGCCTGGGGCACCCAGGGCTTCAAGAATCTGTTCGACACCCGCCCGGCCCTCGACCCGCAGACCCAATCGGCCAGGCTCGATCCCCAGGGCAAGCCAATGCGCGAGGCGAATCCGATCTTCTCGCCGCTGTTGACCTTCGGCACCATCCACCAGCAAATCGAAAAGGTCCCGCCGGTGGTGCCCCAGCCGAAAACCGAGGAAGCGGTCTACAAGTTCAACTGGTTTACCGCCACCGGCAGCGGCATCTTCCTGGCGGCCATTCTCGGCGGCTTGCTGATGGGCTATTCGATCCCGCAACTGGCGCGTCAATACCTGCGAACGCTGTGGGTGGTGCGCTATTCGCTGATCACCATTGTCGCCATGTTGGCGTTGGGCTTTCTTACGCGCTATTCGGGCCTGGACGCGACCATGGGCCTGGCGTTTGCCGCGACGGGCATCTTCTACCCGATGTTCGGCACGCTGCTGGGCTGGCTCGGCGTGGCGCTGACCGGTTCGGACACGGCGTCAAACGTGCTGTTCGGCGGTTTGCAACGGGTCACGGCAGAGCAGTTGGGAATCAGCCCGGTGTTGATGGCCGCCGCCAATAGTTCCGGCGGGGTGATGGGCAAGATGGTCGACGCCCAGTCGATCGTGGTCGCCTCCACCGCGACCCGCTGGTACGGCCACGAAGGGGAAATCCTCCGCTACGTGTTTTTCCACTCGGTGGTGCTGGCGATTCTGGTGGGCGGGCTGGTGACGTTGCAGGCGTATGTCGAGCCGTTCAGTCACATGGTGGTGGGAGGAAAGTAA MVWQQVYDPFGNAVLSTLLAAVPVVVMLAALAFFHVKAHLAALYALASALLIAIFAFGMPADMAGSAALYGAANGLLPIGWIVLNIIFLHRLTTENGSFKVLQDSLARITDDRRLQLLLIAFCFGAFFEGAAGFGTPVAVTGAILIGLGFSPLAASGLALIANTAPVAFGALGTPIITLAKVTGLDEMELSMMVGRQLPFFSVIVPFWLIWAFAGWRKMLEVWPAILVAGVSFAIPQFLVSNYHGPMLVDVIAALISMACLTGFLKVWKPATVHTSAALSGRHDDSKIDPSEQQTPVASGAFASDNRPAVLRAWMPWIILTVFVFAWGTQGFKNLFDTRPALDPQTQSARLDPQGKPMREANPIFSPLLTFGTIHQQIEKVPPVVPQPKTEEAVYKFNWFTATGSGIFLAAILGGLLMGYSIPQLARQYLRTLWVVRYSLITIVAMLALGFLTRYSGLDATMGLAFAATGIFYPMFGTLLGWLGVALTGSDTASNVLFGGLQRVTAEQLGISPVLMAAANSSGGVMGKMVDAQSIVVASTATRWYGHEGEILRYVFFHSVVLAILVGGLVTLQAYVEPFSHMVVGGK PGPT0001800_173 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_LACTATE_TRANSPORT,PGPT0001800-lctP-K03303 NA NA D1-35_02774 336 hypothetical protein ATGAAACAATTCAGCAAAGTTGTCGCCTGCGCACTGTTCGGCCTGGTCCTGGCGGGTTGCACCGGCACCCCGATGAAAACCCAGCAATACGACAGCAGCCAATACACCGTGGTTGGCCACAGTGAAGCCAAGGCCACCGGCCTGTTGCTGTTCGGCGTGATCCCGATCCGCCAGAACAACCGTTTCGTGCGCGCCCAGACCGCCGCGATCAAGGCAAAGGGCGGCGACGCCATGATCAACACTCAAGTCCAGGAAAACTGGTTCTGGGCCTGGGTCCTGACCGGCTACACCACTTCGGTGTCCGGTGATGTGGTCAAGCTGAAGAACGTTCAGTAA MKQFSKVVACALFGLVLAGCTGTPMKTQQYDSSQYTVVGHSEAKATGLLLFGVIPIRQNNRFVRAQTAAIKAKGGDAMINTQVQENWFWAWVLTGYTTSVSGDVVKLKNVQ NA NA NA NA NA D1-35_02775 657 hypothetical protein ATGATTGACGTGACTGTCTGGAGCGTTACCCTGCCGGTGCAAACGCCCGCGCAGGTCGTGGCGACCAAAGCCATGCCGAGTCTGAACAACAAGTATTTCGACAATAACGGCCAGAGGATCATCTTCTGGGCGCCTGTCACCGGCTCCCATACCGGTAACAGCGATTACCCGCGTTCCGAATTGCGGGAAACCAGCAAAGACGGGAAACATCGCAACTGGCGCTACAACAGCGGCACCAACACTCTCAAGGGTGAATTGTCGGTGAACCAGGTGCCTTCGGAAGGCCGTGTGGTAGTGGCGCAGATTCACGCCAAGGAGGCGCCGACGCCGTTGTTGAAACTGGTTTACCGCTACGAAAAAGGCGTCGGCAATATCGACGTGGAATACCGCTTCAAGCCCAAGGACAAAAAAAGCCCGGTGATCATGACCGTGCCCAAGGTGCCGTTGAACAAATCGTTCTCGTACACGCTGCAAATGGACAAGCAAGGCCAACTGTCGGTGCTGATCGGCAGCAGTGGCAAACAGGTGAAACTGGACAAGTCCTGGCAAGGCTACGATTTCTACTTCAAGGCCGGCGTCTACACCTTGGATAACAAGGGCAGCACCAGTGAAGGCGGAAAAGTGACCTACACCAAACTGAGCGCCAGCCACAAGTGA MIDVTVWSVTLPVQTPAQVVATKAMPSLNNKYFDNNGQRIIFWAPVTGSHTGNSDYPRSELRETSKDGKHRNWRYNSGTNTLKGELSVNQVPSEGRVVVAQIHAKEAPTPLLKLVYRYEKGVGNIDVEYRFKPKDKKSPVIMTVPKVPLNKSFSYTLQMDKQGQLSVLIGSSGKQVKLDKSWQGYDFYFKAGVYTLDNKGSTSEGGKVTYTKLSASHK PGPT0019417_620 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA NA NA D1-35_02776 1233 yegT Putative nucleoside transporter YegT ATGACCACGATGAATGCACGCCTGAGCGTGATGATGTTCCTGCAGTTCTTTATCTGGGGCGGCTGGTTCGTCACCCTTGGCACGTTCCTGTCCACTACGCTGAGTGCCAGCGGCGGGCAGATCGGCATGGCCTTCGCCACCCAATCCTGGGGCGCGATCATCGCGCCGTTCGTCATCGGCCTGATTGCCGACCGCTACTTCAACGCCGAGCGCATCCTGGCGGTGCTGCACCTGGTGGGCGCGGTGTTGTTGTATCAGCTGTACTCGGCGGCGGATTTCAACGCGTTCTATCCGTACGTGCTGGCCTACATGGTGATCTACATGCCGACCCTGGCCCTGGTCAATTCCGTGGCATTCCGGCAGATGCGTGATCCGGCGCTGGAGTTCTCGCGTATCCGCGTCTGGGGCACGGTCGGCTGGATCGTCGCCGGCGTGGTGATCAGTTTTGTCTTCGCCTGGGACTCACGCGAGGCGATCTCGGCCGGCGGCCTGCGCAATACGTTCCTCATGGCGGCCATTGCCTCGCTGCTCCTTGGGCTCTACAGCTTCACGCTGCCAGGCACCGCGCCGCTCAAGGCGCAGGCGAGCGCTGGCGCCGTCAAGCAGTCGCTGGGGCTCGACGCGTTAGGCCTGTTAAAGGACCGCAGCTACCTGGTGTTCTTCATCGCCTCGATCCTGATCTGCATCCCGTTGGCGTTCTACTACCAGAACGCCAACCCGTTCCTGGCGGAAACCGGCATGACCAACCCGACGGCGAAAATGGCCATCGGGCAGGTGTCCGAAGTGCTGTTCATGCTGCTGTTGCCGCTGTTCATCCAGCGCTTCGGTATCAAGCTGGCGCTGTTGGTGGGCATGCTGGCGTGGGCGTTGCGCTACGTGCTGTTCGCCTACGGCGACAACGGCGGGCTGGCGTTCATGCTGTTCACCGGCATTGCGCTGCACGGCATCTGCTACGACTTCTTTTTTGTCTCGGGGCAGATCTACACGGACGCCAAGGCGCCCGCGCACCTGCGCAGCTCGGCCCAGGGGCTGATCACCCTGGCGACGTACGGAGTGGGCATGTTGATCGGGTTCTGGGTGGCGGGGCAGGTGACCGATCACTTTGTGGTGGAAGGCGGCCACGACTGGAAAAGCATCTGGCTGTTCCCGGCCGGTTTTGCCCTGGTGGTATTCGTCTGCTTCCTGCTGACCTTCAGCGGCCGACAAGCGGTCGTGGCGCCGTCCAAGGCTTGA MTTMNARLSVMMFLQFFIWGGWFVTLGTFLSTTLSASGGQIGMAFATQSWGAIIAPFVIGLIADRYFNAERILAVLHLVGAVLLYQLYSAADFNAFYPYVLAYMVIYMPTLALVNSVAFRQMRDPALEFSRIRVWGTVGWIVAGVVISFVFAWDSREAISAGGLRNTFLMAAIASLLLGLYSFTLPGTAPLKAQASAGAVKQSLGLDALGLLKDRSYLVFFIASILICIPLAFYYQNANPFLAETGMTNPTAKMAIGQVSEVLFMLLLPLFIQRFGIKLALLVGMLAWALRYVLFAYGDNGGLAFMLFTGIALHGICYDFFFVSGQIYTDAKAPAHLRSSAQGLITLATYGVGMLIGFWVAGQVTDHFVVEGGHDWKSIWLFPAGFALVVFVCFLLTFSGRQAVVAPSKA NA NA NA NA NA D1-35_02777 1125 iolE_1 Inosose dehydratase ATGGACCACGCTGAAAACCGGAGAATCGCAGTTGTGAGCACCCCCGACGAAACACCGAGCGGCCTGCGCGGGCCAGCGATTTTCCTGGCGCAGTTCATGTCCGATGAATCGCCGTTCGACACCCTGGCCGACATTGCTCGATGGGCCGCGTCGCAGGGCTACAAGGCGATTCAACTGCCGACCCTCGGCACGCGCTACATCGACCTGGCCCGGGCCGCCGAGAGCCAGGATTATTGCGATGAGCTCAAGGCCGTCTGCGCATCGGCCGGCGTCGAGATCAGCGAGTTGTCGACGCACCTGCAAGGGCAGTTGGTGGCGGTGCACCCGGCATTCGACGCGCTGTTCGACGACTTCGCCCCGGCCCACCTGCGCGGCCAGCCCGAGGCGCGCACCGAGTGGGCCATCGAGCAACTGAAACTCGCCGCCCGTGCCAGCCAACGCCTGGGCCTCAAGGCCCACGCGACGTTTTCCGGTGCGTTGCTGTGGCCTTATATGTACCCGTGGCCGCAACGTCCGTCCGGCCTGGTCGAGCAAGGGTTCGCCGAACTGGCCCGGCGCTGGTTGCCGATCCTCGACTGTTTCGACGCGGCCGGCGTCGACCTGTGCTACGAGATCCACCCCGGCGAAGACCTGCACGACGGCGCCTCGTTCGAGCGTTTCCTCGAAGCCGTCGATCACCATCCACGGGCGGCGATCCTCTACGACCCCAGCCACCTGTTGCTGCAACAGATGGACTACCTGGGCTTCATCGATCGCTACCACGACCGCATCCGCATGTTCCACGTCAAGGACGCCGAATTCCGCCCCGATGCCCGTTCCGGTGTCTACGGCGGCTACCAGGTTTGGGTTGATCGCCCCGGCCGGTTCCGTTCCCTGGGCGATGGGCAGATCGATTTCAAGGCGATCTTCAGCAAGCTGACCCAGTACGGCTTCGACGGCTGGGCGGTGCTGGAATGGGAATGCTGCCTGAAAGATTCGCAGCAGGGCGCGGCCGAAGGCGCGGCGTTCATCCAGCGGCACATGATCAGCAAGACCGCCAAGGCGTTCGATGATTTCGCCGGTGTCACGGCGGACGAAGCGTCCAATCGGCGGTTGCTGGGGTTGCCCCCGGTGCCAATGACATAA MDHAENRRIAVVSTPDETPSGLRGPAIFLAQFMSDESPFDTLADIARWAASQGYKAIQLPTLGTRYIDLARAAESQDYCDELKAVCASAGVEISELSTHLQGQLVAVHPAFDALFDDFAPAHLRGQPEARTEWAIEQLKLAARASQRLGLKAHATFSGALLWPYMYPWPQRPSGLVEQGFAELARRWLPILDCFDAAGVDLCYEIHPGEDLHDGASFERFLEAVDHHPRAAILYDPSHLLLQQMDYLGFIDRYHDRIRMFHVKDAEFRPDARSGVYGGYQVWVDRPGRFRSLGDGQIDFKAIFSKLTQYGFDGWAVLEWECCLKDSQQGAAEGAAFIQRHMISKTAKAFDDFAGVTADEASNRRLLGLPPVPMT PGPT0016785_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D1-35_02778 1176 hypothetical protein ATGAAACCTGTAGCACCAAAAATAAGAATGGGCTTCGTCGGCGGTGGGGAGGGCGCGTTCATCGGCCAGGCCCATCGTCAGGCCGCGGGCCTGGACGGTGGTTTCGAGCTGGTGTGCGGCGCGTTCAGCCGTGACCCGCAGAATAACCGGCAGACCGGAGAAGCCCTGGGGCTGGCCGCGTCCCGCTGTTATCACGACTGGCAGCAGATGCTCGACGCCGAGGCGCTGCTGCCTCTGGACCAGCGCATGGAACTGCTGGTGATCGTCACCCCCAACCATCTCCACGCGCCCATTGCCCGCCAGGCGCTGGCGGCGGGTTTCCATGTGTTCAGCGAAAAGCCCGCGGCACTGAACCTCAAGGAGTTGCTCGCGCTCAGGGACGTGCTGCAGGGCAGCCGTTGTCTCTACGGCCTGGCTCACACCTACCTGGGCTACCCGATGGTCTGGCAGGCCCGGGAGATGGTGCGTTCGGGCGTGATCGGCCAGGTGCGCAAAGTGCTCGTCGAATACCCTCAGGGCTGGCTCAGCCAGGACGTCGCCGCGCAAGGCAACAAACAGGCCGAATGGCGCGACGATCCGGCACAGTCCGGGCTGGGCGGCTGCATTGGTGACATTGGCACCCATGCTTTTTCCTTGGCGGAGTTCGTCGCCGACCAACCGATCCAACAGCTTTGCGCCACGCTGGGCACGCATGTCGCCGGTCGGCAACTGGACGACGACGTGGCGATGTTATTCCAGATGCAACGCGGCGCCAGCGGCGTGTTGCTGGCCAGCCAGGTCTGCACCGGCGAAGAGAACCCGCTGAAGATCCGCGTCTACGGCGACAAAGGCGCCCTGGAGTGGCGCCAGGAACAGCCGTCGAGCCTGATCCATCGCGCCCTCGATCAACCCCTGAGCATCCTGCGTAGCGGGGTTGGCCAGCCGTGGTTGTGCGAGGCCGCAACGCGCCGCATGCGTCTGCCCGCCGGGCATCCCGAGGGTTATCTGGAAGCGATGGCCAACCTCTACGGCGATTTCGCCCGGGCCATTCGCGAACGCGTCGAAGGCCCCGATGTGCCTGGCGTACCCGGCATCGAAATCGGCTTGCGCGGTATGGCGTTCATTGAGGCCGCCATCCTCAATCACCGTGGCGAGGCGAAATGGACCACGCTGAAAACCGGAGAATCGCAGTTGTGA MKPVAPKIRMGFVGGGEGAFIGQAHRQAAGLDGGFELVCGAFSRDPQNNRQTGEALGLAASRCYHDWQQMLDAEALLPLDQRMELLVIVTPNHLHAPIARQALAAGFHVFSEKPAALNLKELLALRDVLQGSRCLYGLAHTYLGYPMVWQAREMVRSGVIGQVRKVLVEYPQGWLSQDVAAQGNKQAEWRDDPAQSGLGGCIGDIGTHAFSLAEFVADQPIQQLCATLGTHVAGRQLDDDVAMLFQMQRGASGVLLASQVCTGEENPLKIRVYGDKGALEWRQEQPSSLIHRALDQPLSILRSGVGQPWLCEAATRRMRLPAGHPEGYLEAMANLYGDFARAIRERVEGPDVPGVPGIEIGLRGMAFIEAAILNHRGEAKWTTLKTGESQL NA NA NA NA NA D1-35_02779 1011 cytR COG1609 HTH-type transcriptional repressor CytR TTGTCGAATATCCGTGAAGTGGCCCGGCTGGCCGGTGTTTCCGTGGCCACGGTGTCGAGGACGCTGAAGTCGCCTGAACGCGTGCTGCCGGAAACCCGCGACAAGGTCAACGCCGCGGTGGCACAGGCCGGTTATCGACCGAACCTGATGGCGGTGCAGTTCCGTTCCCGCCGTACCGGCAACCTGGTGATCCTGGTGCCGGCGATCGCCAACACCTTTTTCGCCCGGGTCATCAGCGGCGCCCAACAGGCGGCGCAAGCGGCCGGCTATCGACTGCTGCTGTGCGATACCCAGGGCCGCGAAGCCATCGAGCAGGAATTCGCCGCGCTGGTCTACGCCCACCAGGCCGACGGGGTGATTCAACTGCGCGCCAGCGACCCCTTTGTTTCATTGCCGCCCGGCGCCGACGCGTTGCCGCTGGTCAATGCGTGCGAAGTGGTCAAGGACGCGCCCTACCCGACCATCAGCCTGGACAACCGCAGCGCCGCCCGCGCCATGACCGAGCACCTTATCGGCCTCGGCCACCGACGCATCGGCATCATCAAGGGCCCTCGCAGCAGCCCGTTGACCCTCGATCGCGTCGCCGGCTATCAGGACGCCTTGCAAGACGCCGGCATCGCCATCGTCCCCGAGCTGATCTGCCACGGCGACTTCACCCTCAAGGCCGGCTTCGACGGCGCCAGCGCCATGCTCGCCCTGGCCGAGCGTCCCAGCGCGCTGTTCTGCGAGAACGATGAGATGGCCATCGGCGCGCTCAAGCGCATCAAGCAGACGGGCCTGCGGGTGCCCGAGGACATCTCCCTGGTGGGTTTTGACGACATCCCGTTCGCCGCCTATTGCGATCCGCCGCTGACCACCATTTCCCAGCCAGCTGAAACCTTTGGTCACAAAGCCGTAGAAATGCTCATCGCCCTGATCGAGAAAAGATCCATCGCCCAGCGGCACGTGCTCCTGCCGTTCGAGCTGACCGTACGCGGCAGCAGCGCAGCGCCAGGCTCCAGCATGGCCTGA MSNIREVARLAGVSVATVSRTLKSPERVLPETRDKVNAAVAQAGYRPNLMAVQFRSRRTGNLVILVPAIANTFFARVISGAQQAAQAAGYRLLLCDTQGREAIEQEFAALVYAHQADGVIQLRASDPFVSLPPGADALPLVNACEVVKDAPYPTISLDNRSAARAMTEHLIGLGHRRIGIIKGPRSSPLTLDRVAGYQDALQDAGIAIVPELICHGDFTLKAGFDGASAMLALAERPSALFCENDEMAIGALKRIKQTGLRVPEDISLVGFDDIPFAAYCDPPLTTISQPAETFGHKAVEMLIALIEKRSIAQRHVLLPFELTVRGSSAAPGSSMA PGPT0021075_1329 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D1-35_02780 951 hypothetical protein ATGCCAATCAGCAAACGCTTCATTTCCCTGGCCGCCACCGCAGCCGTGATGGTCACGACCACGGCCTATGCTGCGCCAGCGTACATCAACATTCTGACCGGAGGCACCAGCGGGGTGTATTACCCGATTGGCGTCGGGCTCTCGCAGATCTATAGCAGTGGCATCAAGGATTCCAAGACGTCGGTCCAGGCCACCAAGGCTTCGGTGGAAAACCTGAACCTGCTGCAAGCCGGACGCGGGGAGTTGGCGTTCGCCTTGGGCGACTCGGTGGCGGACGCCAAGAATGGGGTGGAAGACGCCGGCTTCAAGGCGCCCTTGACCAAGCTGCGGGCCATCGCTGGCGCCTACCCCAACTACATACAAATCGTCGCCAGCCAGGAATCAGGCATCAAGACCCTGGCCGATCTCAAGGGCAAGACCGTTTCGGTCGGCGCAGCGAAATCCGGCACCGAGCTCAACGCCCGGGCAATCTTCAAGGCCGCGGGCCTGACCTACAGCGATATGAAGGTGCAATACCTGCCATTCGCCGAGTCGGTGGATCTGATCAAGAACCGCCAGTTGGATGCCACGCTGCAATCTTCCGGCCTGGGCATGGCAGCGATTCGTGACCTGGCGTCGACCATGCCATTGAACTACGTATCGATTCCCACCGATGTCGTGGCAAAAATCGGTAACCCGGCCTATTTGAGCGCACAAATCCCGCCCAACACGTACGACGGACAAACTGACGCCGTGCCCACCGTCGCCATCACCAATATCCTGGTGACCCGCGAGGATGTGCCGGACGAAGTGGCCTATCAGATGACCAAGCTGCTCTTCGACAACCTCAATCGCCTGGGCACGTCCCATTCGGCGGCGAAAGACATTTCCCTGAAAAACGCCGCGAAGAACCTGCCGATAGCCCTGCACCCTGGCGCCGAACGCTACTACAAGGAAGTGGGCGCGCTGTAG MPISKRFISLAATAAVMVTTTAYAAPAYINILTGGTSGVYYPIGVGLSQIYSSGIKDSKTSVQATKASVENLNLLQAGRGELAFALGDSVADAKNGVEDAGFKAPLTKLRAIAGAYPNYIQIVASQESGIKTLADLKGKTVSVGAAKSGTELNARAIFKAAGLTYSDMKVQYLPFAESVDLIKNRQLDATLQSSGLGMAAIRDLASTMPLNYVSIPTDVVAKIGNPAYLSAQIPPNTYDGQTDAVPTVAITNILVTREDVPDEVAYQMTKLLFDNLNRLGTSHSAAKDISLKNAAKNLPIALHPGAERYYKEVGAL NA NA NA NA NA D1-35_02781 2028 hypothetical protein ATGAGTGAAGACCAGCACGGCATCGCCACGGACCCACGGGACTGGCCGAAGACGCTGTTCTATGTAGCGTTGCTGTTTTCCATATTCCAGATCGTCACCGCAGCCTTCTCCCCGGTATCGAGCATCGTGCTGCGGGCGGTGCATGTGGGCTTTTTGCTGTGGGTGGTGTTCTTGAGCTACCCGGCCCATGGCAAGCAACGGCCCTGGCAACCCCTGGCCTGGGCGTTGGGGCTGGCGGGGATGGCGACCGCGCTCTATCAGTGGGTGTTCGAGGCCGACCTGATCCAGCGCTCCGGCGACCTGACGAGCGCCGACATGGTCATCGGCATCGTCCTGATCGTGCTGGTATTCGAGGCGGCGCGGCGGGTGATGGGCATCGCCTTGCCGATCATCTGCGGCCTGTTCCTAGCCTATGGCCTGTTCGGCGAACACCTGCCGGGCGACCTGGCGCATCGCGGCTACGGCGTGGACCAGATCATCAACCAATTGGCGTTTGGCACCGAAGGGTTGTACGGCACGCCGACCTACGTATCGGCCACTTATATCTTCCTCTTCATCCTGTTCGGCGCTTTCCTGGAAAAGGCCGGCATGATCAAGCTGTTCACCGATTTTTCCATGGGCCTGTTCGGCCACAAACTCGGCGGCCCGGCGAAGGTGTCGGTGGTGTCATCGGCGCTGATGGGCACCATCACCGGCTCGGGCATCGCCAATGTGGTGACGACCGGCCAGTTCACTATTCCGCTGATGAAACGCTTTGGCTACAAGGCCGCGTTCGCCGGCGGCGTGGAAGCGACATCGAGCATGGGCAGCCAGATCATGCCGCCGGTCATGGGTGCGGTGGCGTTCATCATGGCCGAGACCATCAACGTGCCGTTCGTGGAAATCGCCAAGGCGGCCTTGATACCCGCCTGCCTGTATTTCGGCTCGGTGTTCTGGATGGTGCACCTGGAGGCCAAGCGTTCGAACCTCAGAGGTCTACCCAAGGATCAGTGCCCGAGTGCCTGGGGCGCGGTCAAGGAAAACTGGTATCTGCTGATTCCACTGGCAGTGCTGGTCTATCTGTTGTTTTCCGGGCGCACTCCGCTGTTCTCCGGCATGGTCGGGCTGGCATTGACCGCTATCGTGATTCTCGGGTCGGCGATCATCCTCAAAGTATCGAACTATGCCTTGCGCTGCGCATTCTGGATAGCACTGGGGATTCTCTGCGTCGGCTTCTTCCGGTTGGGTATCGGAATCGTGTTCGCGGTGATCGGCGTGCTGGTGGTGGCTTGCTGGTTCATGCAAGGCACACGGGAAACCCTGGTCATCTGCCTGCATGCATTGGTGGATGGTGCCCGGCACGCCGTTCCGGTGGGGATCGCCTGCGCCTTGGTCGGCACCATCATCGCCGTGGTTTCGCTGACGGGCGTGGCGTCCACTTTCGCCGGTTACATCCTGGCCATCGGCAAGGACAACCTGCTGCTGTCGCTGATCCTGACCATGCTTACCTGCCTGGTATTGGGCATGGGCATCCCGACCATCCCGAACTACATCATCACCAGCTCGATCGCCGCGCCAGCCCTGTTGGAACTGGGCGTGCCGCTGATCGTATCGCACATGTTCGTGTTCTATTTCGGCATCCTCGCCGACCTGACCCCTCCGGTGGCCCTGGCCTGTTTCGCCGCCGCGCCCATCGCCAGGGAGAGTGGCCTGAAGATCAGCTTCTGGGCCGTGCGCATCGCCCTCGCCGGCTTCGTCATTCCGTTCATGACGGTCTACAACCCGGCGCTGATGCTCCAGGGCGACAATCTCTGGATGACGGCGTACATGCTGATCAAGACCTTGCTCGCGGTCGGCCTGTGGGGCATGGCGTCTACCGGTTTCCTGCAACAGAAGATGCCGGTCTGGGAACGGCTGATGTGTTTTGCCGCCGGGGCATTGTTGGTGGTGGCGCTGCCGTTGACCGATGAAATCGGCTTTGTCCTGGGGGCGCTGTTGATCGGGCAGCATCTGTGGCGCGCACGTCGCGGCGGACAGGCCTTGGCGTGA MSEDQHGIATDPRDWPKTLFYVALLFSIFQIVTAAFSPVSSIVLRAVHVGFLLWVVFLSYPAHGKQRPWQPLAWALGLAGMATALYQWVFEADLIQRSGDLTSADMVIGIVLIVLVFEAARRVMGIALPIICGLFLAYGLFGEHLPGDLAHRGYGVDQIINQLAFGTEGLYGTPTYVSATYIFLFILFGAFLEKAGMIKLFTDFSMGLFGHKLGGPAKVSVVSSALMGTITGSGIANVVTTGQFTIPLMKRFGYKAAFAGGVEATSSMGSQIMPPVMGAVAFIMAETINVPFVEIAKAALIPACLYFGSVFWMVHLEAKRSNLRGLPKDQCPSAWGAVKENWYLLIPLAVLVYLLFSGRTPLFSGMVGLALTAIVILGSAIILKVSNYALRCAFWIALGILCVGFFRLGIGIVFAVIGVLVVACWFMQGTRETLVICLHALVDGARHAVPVGIACALVGTIIAVVSLTGVASTFAGYILAIGKDNLLLSLILTMLTCLVLGMGIPTIPNYIITSSIAAPALLELGVPLIVSHMFVFYFGILADLTPPVALACFAAAPIARESGLKISFWAVRIALAGFVIPFMTVYNPALMLQGDNLWMTAYMLIKTLLAVGLWGMASTGFLQQKMPVWERLMCFAAGALLVVALPLTDEIGFVLGALLIGQHLWRARRGGQALA NA NA NA NA NA D1-35_02782 402 hypothetical protein GTGATCGGCTTGTGCCTGGGCCTGTCCGGAGTGATCTGGGCGCAGCTTGAACTCAGCGAGTTCACCTTGGCGTGGGATCACACCATCGAGAAGATCCGTTGGGAGGAAGACTACCGTGTCACCGAAACGGGCCTGGTCCTGGGCGAAGCCAGGATCAAGGGCAACGGTGCCGGCATGGAGATTCCGGAAAACGCCCGGCTGGAACACGGCAGTTGGCACTACTATCGCCAACTGCCGCCGCTGCAACCCTTGAAGCTGGGCCGCACGCCCCAGGCCGGCGATTACCAACTGTGTCATGCCGGCCATTGCCAGCCGATGGCGCATTGGCTCGGCCCGCCCACCGTGGAACACCCCTCGGTAGAACTGTGGAGCTGCGAACGGCGCTCGATCATTCAGCGCTGA MIGLCLGLSGVIWAQLELSEFTLAWDHTIEKIRWEEDYRVTETGLVLGEARIKGNGAGMEIPENARLEHGSWHYYRQLPPLQPLKLGRTPQAGDYQLCHAGHCQPMAHWLGPPTVEHPSVELWSCERRSIIQR NA NA NA NA NA D1-35_02783 618 hypothetical protein ATGCAAACAACGGAATTACTCGAACGTGCCTTCCCCGGCAGAAGGGCCGAGCTCAAGCGCGATATCTTCAGCAAGGCCCTGGCGCTGTTCAACGAACAGGGCATCGAGGCGACCACCATTGAAATGATCCGCACCGAATGCCAGACCAGTGTCGGCGCGATCTACCACCACTTCGGCAACAAGGAAGGCCTGGTGGCGGCGCTGTTCTTCACCGCGCTGGACGACCAGGCGCACTTGCGCGAGCAATACCTGGCCGAGGCGACGACGGCCGAACAGGGCGTGCAAGCGTTGATCTTCAGCTATGTCGATTGGGTCGACAGCCAGCCGGAATGGGCGCGTTTCCAGTATCACGCGCGTTTTGCCGTGACCAAGGGACCGTTCAAGGACGAACTCGCCAGCCGCAACAGCACGCGCAACGGCCAGCTCTGGCAGTGGCTGAGCGCGGCGGAGCAGGGCGAGGCGCTCAAGCGTTATCCAGCCGAGTTGATGTTCTCGCTGATCATCGGCGCGTCGGAAAGTTATTGCCGTGCCTGGCTGGCGGGGCGCGTGCCGACCAGCCCGAAGGCCCATCGGGAATTACTGGCGCAGGCGGCGTGGCGGTCGATCAGCGCTGAATGA MQTTELLERAFPGRRAELKRDIFSKALALFNEQGIEATTIEMIRTECQTSVGAIYHHFGNKEGLVAALFFTALDDQAHLREQYLAEATTAEQGVQALIFSYVDWVDSQPEWARFQYHARFAVTKGPFKDELASRNSTRNGQLWQWLSAAEQGEALKRYPAELMFSLIIGASESYCRAWLAGRVPTSPKAHRELLAQAAWRSISAE NA NA NA NA NA D1-35_02784 441 hypothetical protein ATGAATCAGGTTCTCGGTATGTTCAACAGCGCAGGTCCCGATGCGTTCAGCAAAATGGCCTGTCAGATGGCACCTTACTTCTCCACTATCAATCCGCTGGTCACGGAGCTGCGCCAGGGCGCGGCGACTGTGCAGGTACCGTTTCGCAAGGAAATCACCAATCACCTGGGCACCGTGCATGCCATTGCCATGTGCAACGCCGCCGAGCTGGCCGCCGGGATGATGACCAACGTCTCGATTCCCGACGGCGCCCGGTGGATCCCCAAAGGCATGACCGTGGAATACCTGGCCAAGGCCAAGAGCGACGTGACGGCGGTGGCGAACGGCGATGAGGTGGACTGGCAGACCGAGGGCGACAAGATCGTGCCGGTGGATATTCATGACGTGGATGGCAAGAAGGTGTTCACGGCGCGGATCACCATGAATGTGAAGTTGGCTTGA MNQVLGMFNSAGPDAFSKMACQMAPYFSTINPLVTELRQGAATVQVPFRKEITNHLGTVHAIAMCNAAELAAGMMTNVSIPDGARWIPKGMTVEYLAKAKSDVTAVANGDEVDWQTEGDKIVPVDIHDVDGKKVFTARITMNVKLA NA NA NA NA NA D1-35_02785 1089 gnl Gluconolactonase ATGGATGCTTCGCAACCTTCAGCCGCCGATCAGGCGCGCCGGACCTTCCTCAAGAAATCCCTGGTGGTCTCGGCCGCCGCCGTGACCCTTGGCAACCTGCCCGGCCTGACCCAGGCCGAACCGCTGAGCCAGCGTTATCCGGACCCTCTGGTCAATATCCTCGACCCCAGCTTCATGGACCTGCGCATCTTCAACGCCAGCGTGGAAAAACTCGCCAGCGGCCTGCGCTGGGCCGAAGGGCCGGTGTGGATCGGCGACGGTCGGTATCTGCTGGTCAGTGACATCCCCAACAACCGCATCGTGCGCTGGGACGAAGTCACCGGTGGGCTGTCGGTGTATCGGGAGAATTCGAACTTCTCCAACGGCATGTGCCGTGATCGCCAGGGACGGTTGCTGGTCTGTGAAGGCTCGACCACGTCGACCGAAGGGCGGCGTATCACCCGCACCGAACACAACGGCACGATCACCGTGCTGGCCGATCGTTTCGACGGCAAACCGTTGAACTCGCCCAACGACATCGTTTGCAAACGGGATGGCTCGATCTGGTTCACCGACCCGCCGTTCCAGACCGGCAACAACTACGAGGGGCACAAAGTCACCCCCGAGCAGCCGCACGCGGTGTACCGTATCGACGGTGAAACCGGGAAGCTCAGCCGGGTCATCGACGACCTGGCGGGGCCGAACGGCCTGTGCTTTTCCCCGGATGAAAAAACTCTCTACGTGGTCGAAGGCCGGGCCAAGCCCAACCGCCTGGTCTGGGCAATCACGGTCAAGGATGACGGCACCTTGGGCGAGCGCCGCAAGCATATCGAAGGCCTGGATTACGCCGCCATCGACGGCATCAAGTGCGATGAGAGCGGCAACCTCTGGTGCGGCTGGGGCGGCAACGGCGACCCCAAGGCCGACCTGGAAAAACTCGACGGTGTGCGGGTGTTCAACCCCGAGGGCAAGGCCATCGGGCATATCTCCCTGCCGGAACGCTGCCCCAACATCTGTTTCGGCGGCAGGGAGGGCAACCGGTTGTTCATGGCCGGCAGCCACTCGTTGTACTCATTGTTCGTGAACACCCGCGGGGCGACGTTTGCTTGA MDASQPSAADQARRTFLKKSLVVSAAAVTLGNLPGLTQAEPLSQRYPDPLVNILDPSFMDLRIFNASVEKLASGLRWAEGPVWIGDGRYLLVSDIPNNRIVRWDEVTGGLSVYRENSNFSNGMCRDRQGRLLVCEGSTTSTEGRRITRTEHNGTITVLADRFDGKPLNSPNDIVCKRDGSIWFTDPPFQTGNNYEGHKVTPEQPHAVYRIDGETGKLSRVIDDLAGPNGLCFSPDEKTLYVVEGRAKPNRLVWAITVKDDGTLGERRKHIEGLDYAAIDGIKCDESGNLWCGWGGNGDPKADLEKLDGVRVFNPEGKAIGHISLPERCPNICFGGREGNRLFMAGSHSLYSLFVNTRGATFA PGPT0001285_343 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION_D_GLUCONATE_BIOSYNTHESIS,PGPT0001285-gnl-K01053 NA NA D1-35_02786 1131 rcsC_12 Sensor histidine kinase RcsC ATGCGCCTGGCTGATTTCATTGTCGACAACATCGAACCGATCCTCCAGGCGTGGGAAGACTTCGCCAGGACCATCACCCCGGCTTCCATCGGCATGGATGCGGTAGCGCTGCGCGACCATGCCGAGCAGATGCTGCGCACCATCGCCATTGATCTGCGCACCTCTCAGACCCCGGAGGAGCAGATCGCCAAGTCCCAGGGCGAAGCCCCGGCGGCGGAGGCCGAGACCGCGGCGGAAACCCACGCTGTCATTCGCCAGTCATCCGGTTTTACCGTGGAACAGATGGTCTCGGAGTACCGTGCGTTGCGCACCAGCGTGCTGGTGTTGTGGATGCCCCATGCCCAGCTGGACCAGGCGCAGGCGATGTCGGATGTGATCCGCTTCAATGAAGCCGTCGACCAGGCCCTGGCGGAATCGGTGGTCAGTTATTCCGGCGCGGTCGATGCGGCGCGCAATATCTTCCTCGGGATCCTGGGACATGATCTGCGCAGCCCGCTGGGGGCAATCCTGCTGAGTTCCGAAGTGCTCCTGCGCGCCGGCGATCTGCCGGCCAAGGCCACCAAGATTTCCTCGCGCATCTATACCAGCGTCAAACGGGCGAACAAGATTGTTGGCGACCTGCTGGACTTCACCCGTACCCAGCTGGGCGCAGGCATACCGGTACAGCGTTTCAACGGCGACCTGGTCGCGGCGTGCGAAGGCATGGTGGAAGAGGCGCGGGCCTATCATCCGGAAAGCAGCATCCTCTTCGAGCCCCACGGTCCGCTTGAAGGACTGTTCGATCCGGCGCGGATGGAACAGGTGTTTTCCAACCTGATCGGCAATGCCGTGCAACATGGCGCGGAGGGCGCGCCGATCACGGTATCGTTGAGCCGCGAAGGGGATGAAGCCGTCATCGCGATCAACAACCAGGGCAAGCCTATCGAGAAGGACGCCATCGCCAGCATCTTCAATCCCTTGATCCGGCAACTGCGCAGCGGCGACCTGCAATATGGCCCCACGGCCGGCCTGGGACTGGGCCTCTACATTGCCTCGGCGATCGTCGCGGCTCACCAGGGGACCATCGAAGTCCACTCGAAGGCGCGCGGAGGCACCACGTTCACCGTTCGGATCCCACTCCATCCCGAGTGA MRLADFIVDNIEPILQAWEDFARTITPASIGMDAVALRDHAEQMLRTIAIDLRTSQTPEEQIAKSQGEAPAAEAETAAETHAVIRQSSGFTVEQMVSEYRALRTSVLVLWMPHAQLDQAQAMSDVIRFNEAVDQALAESVVSYSGAVDAARNIFLGILGHDLRSPLGAILLSSEVLLRAGDLPAKATKISSRIYTSVKRANKIVGDLLDFTRTQLGAGIPVQRFNGDLVAACEGMVEEARAYHPESSILFEPHGPLEGLFDPARMEQVFSNLIGNAVQHGAEGAPITVSLSREGDEAVIAINNQGKPIEKDAIASIFNPLIRQLRSGDLQYGPTAGLGLGLYIASAIVAAHQGTIEVHSKARGGTTFTVRIPLHPE NA NA NA NA NA D1-35_02787 963 hypothetical protein ATGACCCGCCCCACCGTTGCCGCCGATGTTCCTATTCCTTTTTCCCGCCCTGTCGCTGTGCTCATCCTGCTTTGCATGGGCTGCGCTTTTGCCGGTAACCACGTCGCCGCGCGGGCGGCGTTCGATGACGGTGCCGGCGTGCTGCTGGCGATCCTGCTGCGCTCGGGCGGGACGTTGCTGGTGCTGGCGGCGATGGTCTTGTGGCAACGCCAGAGCCTGCGCCTGCCCGCCGGGGCCTGGCGCTGGCAGTTGGTGTTGGGCCTGTTGATCGGCGCCCAGAGCCTGTGCCTGTATTCGGCCGTGGCGCGGGTGCCGGTGGCGCTGGCGCTGTTGGTGGGTAACGTGTTCCCGATCCTGCTGGCGCTGCTGACCTGGGCCCTCGGCGGGCCGCGCCCCACTGCGCGTACGGCGATGTTGATGGGGATGATCCTGGTGGGCCTGGTGTTCGTACTGGAAGTGCCGGCGCGGTTATCGTCGCAGGCGGACGTCGGCCCGCAATGGCTGTTGGGGGTTGGCCTGGCATTCTGCGCCGCGTGCGTGTTCGCTTGCGCGTTGTGGATCACCGATCACAAGCTGTCCCAGGTGCGCGGCTCGGTGCGCAGCCTGCTGACGATTTTCATTGTGTTCAGCAGCGTCAACCTCGCGGGCCTGACCGGCGCCCTGCCCGGCGGCCTCGACCTGCCCGCCAGCAACACCGGCTGGCTCGCGCTCGCCACCCTGGTGGTGCTTTACGGCACCGGGTTCATCGTGTTGTTCATGTGCGTGCCACGCCTGGACATGCCACGCAACGCCCCGGTGATGAACATCGAACCGCTGGCGACCCTGCTGATCGGCTGGCTGGTGCTGGGCCAGATGCTCAACCCGGGCCAGGTGCTCGGCGGCGCGATCGTGGTGACGGGCATTGTGTTGCTGACCTGGCGCAAGGCTGAGCGGGTCAAGGCGCCGGTGGCTGCACGCAATTGA MTRPTVAADVPIPFSRPVAVLILLCMGCAFAGNHVAARAAFDDGAGVLLAILLRSGGTLLVLAAMVLWQRQSLRLPAGAWRWQLVLGLLIGAQSLCLYSAVARVPVALALLVGNVFPILLALLTWALGGPRPTARTAMLMGMILVGLVFVLEVPARLSSQADVGPQWLLGVGLAFCAACVFACALWITDHKLSQVRGSVRSLLTIFIVFSSVNLAGLTGALPGGLDLPASNTGWLALATLVVLYGTGFIVLFMCVPRLDMPRNAPVMNIEPLATLLIGWLVLGQMLNPGQVLGGAIVVTGIVLLTWRKAERVKAPVAARN NA NA NA NA NA D1-35_02788 870 hypothetical protein ATGCGCCACCTCGTTCGCTCTCGCCGTTTCGCTGCGCTGTGCCTCACGATCCTGTTTCCGTTGTTCCCCAGCCCGGCTCACGCCCGAGGCGAAGGACAACTGGTGAGTGCCATCAACGACTACCGCAGCCAGCCCCACCGCTGTGAATGGCAAACAATGCGTGCTGCCCAACCTTTGGTGTTGCGCTCCAGCCTGGCATTGCCCATCGGCTTCAGCGGTGGCTTGCGCGAAACCCTGAGCAGATCCGGCTATCAGGCCCGGTCAGTGCGCAGCATTCGCCTGACCGATGCGCGGGACGCCGAAGAAGCGTTCGAGAGACTGGCGGACGAGCATTGCGCAGCGCTGCTGGACGGCCAGTACGCCGACATTGGCGTCAATCGGGTCGGGGATGAATGGCGCGTGGTGCTCGCACAACCCATGGGCGGAACGCGGATCAGCGACACGCGCGACATCGGCGCGCCGGACAAAACGCTGCTGGCCCAGGTCAATGCCGCCAGGGCCAAGCCCCGCATGTGCGGGCGCCAGCGCTTTGCGGCGGCTCGGCCGCTGAGCTGGAACGCCGCGCTGGGAAGCGCTGCCCAGGGCCACAGTCGGTCGATGGCCCGCGGCAACTATTTTGCCCATCGCGACCCGGACGGTCGCTCCACATCCGAGCGGGCCAGGAGCGCCGGTTTTCGCGGACGCAAACTCGGCGAGAACATTGCCGCCGGACAACGTTCGCCAAGCCAGGCCATGCACGACTGGCTCGCCAGCCCCGGGCATTGCGCCAACCTGATGAACCCGATGTTCACCCAGGTCGGTGCGGCGTCGGCCAGTGACTCGCGCAGCGATGCCGGAGTGTATTGGACAATGGTGCTTGGCGCCCCGTGA MRHLVRSRRFAALCLTILFPLFPSPAHARGEGQLVSAINDYRSQPHRCEWQTMRAAQPLVLRSSLALPIGFSGGLRETLSRSGYQARSVRSIRLTDARDAEEAFERLADEHCAALLDGQYADIGVNRVGDEWRVVLAQPMGGTRISDTRDIGAPDKTLLAQVNAARAKPRMCGRQRFAAARPLSWNAALGSAAQGHSRSMARGNYFAHRDPDGRSTSERARSAGFRGRKLGENIAAGQRSPSQAMHDWLASPGHCANLMNPMFTQVGAASASDSRSDAGVYWTMVLGAP NA NA NA NA NA D1-35_02789 633 hypothetical protein ATGAAACGTTCAGAAGCACAGATCCTGCGTGAGTACGGCCCTTTTCCGGGCGTCGAGTGTGTCCACGGGGTAAGCCATGACGGTGAGCGCGTCTGGTTCGCCTCAGGCGAAAAGCTCCACGCACTTGATCCCGCCAGTGGCCAGACCGTGCATTCGCTCGACGTGCCGGCGAACGCTGGCACGGCGTTCGACGGTGAGCACCTGTTCCAGATTGCTGGCGACAGCATCCGCAAGATCGATCCACGCACCGGCGAGGTACTGGCGACAATTCCGGCGCCCAACAGCGGTGATGATTCAGGGTTGGCGTGGGCCGAAGGATCGCTCTGGGTCGGCCAGTACAAGGCGCGCAAAATTCTCCAGATCGACCCGGCCGACGGAAAAGTCCTGCGCACCATTAAATCCAATCGCTTCGTCACGGGCGTGACCTGGGTCGACGGAGAGCTTTGGCACGGGACGTGGGAAAACGATGAGAGTGACCTGCGGCGTATTGATCCGCAGACGGCACAAGTGCTGGAAAGCGTGACGATGCCGCCCGGGACCGGTGTGTCGGGGCTGGAATCCGACGGGGGCGAACGGTTTTTCTGTGGCGGCGGTGGCAGCGGGAAGGTGAGGGCGGTGCGTCGGCCGGCGTGA MKRSEAQILREYGPFPGVECVHGVSHDGERVWFASGEKLHALDPASGQTVHSLDVPANAGTAFDGEHLFQIAGDSIRKIDPRTGEVLATIPAPNSGDDSGLAWAEGSLWVGQYKARKILQIDPADGKVLRTIKSNRFVTGVTWVDGELWHGTWENDESDLRRIDPQTAQVLESVTMPPGTGVSGLESDGGERFFCGGGGSGKVRAVRRPA NA NA NA NA NA D1-35_02790 1221 hypothetical protein ATGGATTACGCGATCAGCATAGCAGCGCGAGCATTGGCGGCGGGCGATCCAGTGGCGGCGCTCAATCGCATCGCCTTGCGCACCGATGCCCCGGCCCTCGCGCTGCGCGGCATCGCCATGGCGCAGCTGGGGGACCTGGACAAAGCCAGGAGCCTGATGCGCCGGGCAAGTACCGCGTTCGGGCCCAAGGCGGCCGTGGCGCGGGCACGGTGTATCGTGGCGGAGGGCGAAATCGCCTTGGCTTCCCGTGACCTGGCGTGGCCCATGAAGCGCCTCGACGCCGCGCGGACGGTGCTCGAAGCCTGCGGCGACCGGGCGAACGTCGGGCATGCTCATGCGATTGAAATCCGCCGCCTGCTGTTGCTCGGTCGCCTTGGCGAGGCCGAGGGCAAGCTTGCTGATCTGAATCTTTGCAGCTTGCCTGTGGCGTCTCGAGCCGCTTGTGAACTGGTGGCGGCGGGGATCGCCATGCGGCGCCTGCAAGCGCAAACCGCCCACGCCGCTCTGGAAAGGGCCGGGCAGGCCGCACGGCAAACGGGCATCAGCGCGCTGAACGCCGAAATCGAAAGCGCCTGGCGCATGCTGAGCTCACCGGCGGCGCGTCTGATCGGCCGGAACGAAGAGCGCTTGCTGATTCTTGAAGAGGTACAGGTGCTGCTGGCCGGTGCGGCGCTGGTAGTAGATGCATGCCGGTATGGCGTCAGTAGCGCTGGCAGCCAGGTTTCCCTCGCCCGGCGCCCGGTGTTGTTCGCCCTGGCCCGCGGGCTGGCCCAAGCCTGGCCGGGCGATGCATCGAGGGAAGCGCTCATGGCCGAGGCCTTCGGCTTGAAACTGACGGATGAGTCCCACCGCGCCCGGCTGCGCGTCGAGATGGGGCGGTTGCGGGCGGAGCTGCGGTCATTGGCCGAGGTGAAGGCGACCCGGCGCGGTTTTATCCTTATTCCCAACCAGGCCGACGAGGTCGTGGTGCTGGCGCGCGTCATCGAAGAACCTCACGGCGCGGTGCTGGCGCTGCTTGCCGATGGCGAAACCTGGTCCAGTTCGGCCCTGGCGCTTGCCTTGGGCAACAGCCAGCGCAGCGTGCAGCGGGCCTTGGAAACCCTCGCCGCCTGCGGCAAGGCGCAAGCGTTCGGTCGTGCCAGGGCCCGGCGCTGGATGGCGCCAACGATGCCTGGATTCGCGACGGCATTGTTACTCACTGCGTTGCCAGTGGCTGGTTAG MDYAISIAARALAAGDPVAALNRIALRTDAPALALRGIAMAQLGDLDKARSLMRRASTAFGPKAAVARARCIVAEGEIALASRDLAWPMKRLDAARTVLEACGDRANVGHAHAIEIRRLLLLGRLGEAEGKLADLNLCSLPVASRAACELVAAGIAMRRLQAQTAHAALERAGQAARQTGISALNAEIESAWRMLSSPAARLIGRNEERLLILEEVQVLLAGAALVVDACRYGVSSAGSQVSLARRPVLFALARGLAQAWPGDASREALMAEAFGLKLTDESHRARLRVEMGRLRAELRSLAEVKATRRGFILIPNQADEVVVLARVIEEPHGAVLALLADGETWSSSALALALGNSQRSVQRALETLAACGKAQAFGRARARRWMAPTMPGFATALLLTALPVAG NA NA NA NA NA D1-35_02791 534 rutB Peroxyureidoacrylate/ureidoacrylate amidohydrolase RutB ATGAGCAGCGCATTGCTGATTATCGACGTCCAGGCCGGGCTGTGCACGGGCGAAGAGGAATGCTTCGACAGCCCACGCCTGCTCGGCACCATCAATGACCTCAGTGCCAGGGCTCGGGCTGTCGGCTTGCCGGTGATCCTGGTCCAGCACGAAGAACTTGAGGGTTCGTTGGCTTATGGCAGTGCCGCCTGGCAATTGGCCGACGGCCTGCTCACCGCCGCGGATGACTTGCGCGTGCGCAAGACCACCGCGGACGCGTTCTACCAGACCGACCTGCTGGCGCTGTTGCAGGCCAGAAGCATCGATCGCGTGGTGATCTGCGGGCTGCAGACCGATCACTGCATCAATGCCACCGTGCGCCAGGCCCATGCCCTGGGGTACGAAGTGGTGTTGGCCGCCGATGCGCATTCGACGGTGGACAATGGCAGCCTGTCGGCCGAGCAGATCATTGCCGATCACAATCAGCGACTGGGGCGGCTGAGCAGCGCGGTGTCGCGCATTGATGTGGTACGGGCCGCCGGGATTCGCCTGTAG MSSALLIIDVQAGLCTGEEECFDSPRLLGTINDLSARARAVGLPVILVQHEELEGSLAYGSAAWQLADGLLTAADDLRVRKTTADAFYQTDLLALLQARSIDRVVICGLQTDHCINATVRQAHALGYEVVLAADAHSTVDNGSLSAEQIIADHNQRLGRLSSAVSRIDVVRAAGIRL NA NA NA NA NA D1-35_02792 1728 ggt_1 Glutathione hydrolase proenzyme ATGAAGTTCGAATCCCTGGCCCGGACCCTCATCGCCACTTCGCTCTCCCTTTGCTGCCTGACTGCCCACGCTGCGTCCCAGGCCCCGGTTGCCGCCGAGAACGGCATGGTCGTCACCGCCCAGCACCTGGCGACCCACGTCGGCGTCGATGTGCTCAAGAACGGGGGCAACGCGGTGGATGCGGCAGTCGCGGTGGGCTACGCCCTGGCGGTGGTCTACCCGGCGGCGGGCAACCTTGGCGGTGGCGGTTTCATGACGCTGCAGATGGCGGATGGCCGCAAGACATTCCTGGATTTCCGCGAAAAAGCGCCATTGGCCGCCACCGCCGACATGTACCTGGACAAGGACGGCAACGTCATTCCCGAGCTCAGCACCCGCGGCCACCTGGCGGTAGGCGTGCCCGGCACGGTGTCCGGCATGGAGCTAGCGCTGAAGAAATACGGCAGCAAGCCCCGGGAGGAACTGATCGCCCCGGCGATCAGGTTCGCCGAGGAGGGTTTTGTCCTCGAACAAGGTGATGTCGACCTGCTGGAGACCGCCACGGACGTGTTCAAAAAGGACATGCGCGATTCCGGCGCGATCTTCCTGCACAACGGCGAGCCGATGCAGGCCGGCCAGAAACTGGTGCAGAAAGACCTCGCCAGGACCCTGCGGGAAATTTCCGCCAAAGGCGCCGACGGCTTCTACAAAGGCTGGGTGGCCGACGCCCTGGTGACTTCCAGCCAGGCCAACAAGGGCATCATCACCCAGGCCGACCTGAACAAATACAAGACCCGCGAGCTGGCCCCGGTGGAATGCGACTACCGCGGTTATCACATCATTTCCGCACCACCGCCCAGTTCCGGTGGTGTGGTGCTGTGCCAGATCATGAATATCCTCGACGGGTATCCGATGAAAGACCTGGGCTTCCATTCGGCCCAGGGCATGCACTACCAGATCGAAGCCATGCGTCACGCCTACGTCGATCGCAACAGCTACCTGGGCGACCCGGACTTTGTGCAGAACCCCATCGACCATCTGCTGGACAAGAACTATGCGGCGAAACTGCGCGCCGCGATCGAGCCGCAAAAGGCCGGCGACTCGCACAAGATCAAACCCGGCGTGGCGCCTCACGAGGGCAGCAACACCACCCACTATTCGATCGTCGACCAATGGGGCAACGCCGTCTCTGTCACCTACACCCTCAACGACTGGTTCGGCGCCGGCGTGATGGCGAGCAAGACCGGGGTGATCCTCAACGATGAAATGGACGATTTCACCGCCAAGGTCGGCGTGCCCAACATGTACGGCCTGGTACAGGGCGAGGCCAACGCCATCGCACCGGGCAAGGCGCCGCTGTCGTCCATGAGCCCGACCATCGTCACCAAGGACGGCAAGACCGTGATGGTCGTCGGCACGCCGGGCGGCAGCCGCATCATTACCGCGACCCTGCTGACCATCCTCAACGTGATCGACTACGGCATGAACCTGCAGGAAGCGGTGGACGCACCGCGCTTCCACCAGCAGTGGATGCCGGAGGAGACCAACCTGGAAACCTTCGCCGCCAGCCCCGATACGCTCAAGCTGCTGGAAAGCTGGGGCCACAAGTTCGCCGGCCCGCAGGACCCCAACCACATCGCCGCGATCCTGGTGGGCGCGCCATCATTGGGTGGCAAGCCCGTGGGCAAGAATCGTTTCTACGGTGCCAACGATCCGCGTCGCAACACCGGGTTATCGTTGGGCTACTGA MKFESLARTLIATSLSLCCLTAHAASQAPVAAENGMVVTAQHLATHVGVDVLKNGGNAVDAAVAVGYALAVVYPAAGNLGGGGFMTLQMADGRKTFLDFREKAPLAATADMYLDKDGNVIPELSTRGHLAVGVPGTVSGMELALKKYGSKPREELIAPAIRFAEEGFVLEQGDVDLLETATDVFKKDMRDSGAIFLHNGEPMQAGQKLVQKDLARTLREISAKGADGFYKGWVADALVTSSQANKGIITQADLNKYKTRELAPVECDYRGYHIISAPPPSSGGVVLCQIMNILDGYPMKDLGFHSAQGMHYQIEAMRHAYVDRNSYLGDPDFVQNPIDHLLDKNYAAKLRAAIEPQKAGDSHKIKPGVAPHEGSNTTHYSIVDQWGNAVSVTYTLNDWFGAGVMASKTGVILNDEMDDFTAKVGVPNMYGLVQGEANAIAPGKAPLSSMSPTIVTKDGKTVMVVGTPGGSRIITATLLTILNVIDYGMNLQEAVDAPRFHQQWMPEETNLETFAASPDTLKLLESWGHKFAGPQDPNHIAAILVGAPSLGGKPVGKNRFYGANDPRRNTGLSLGY PGPT0002935_3194 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681 NA NA D1-35_02793 432 Acetyltransferase ATGACGTTAAGAATCGAGCGCACGGACGCTCCCACCGATGAACAACGCCAGGCCATCCTCGCGCCACTACGCGCCTATAACACGGCTCAGACCGGTGGAAGCGCGCCGGAACTGGTCGCCTGGCTGGTGCGCGACGAGCACGGCGAAATCGTCGGCGGACTCTACGGCCGAATATTTTTTCGTTGGCTCTATATCGAACTGCTGGTAGTGCCTGAACAGGCCCGGGGCCAAGGCACGGGTTCGCAGCTGATGCAGATGGCCGAACAGTTGGCCAGGGAAAAAGACTGCGTAGGTATCTGGCTCGACACCTTCGACTTCCAGGCGCCGGACTTCTATCGTCGGCATGGTTTCACCGAGTGCGGGCAGATCGACGACTACCCGCCGGGGCATCAGCGTTTCTTTTTCCAGAAACGCCTGCCGAACGCTGACTGA MTLRIERTDAPTDEQRQAILAPLRAYNTAQTGGSAPELVAWLVRDEHGEIVGGLYGRIFFRWLYIELLVVPEQARGQGTGSQLMQMAEQLAREKDCVGIWLDTFDFQAPDFYRRHGFTECGQIDDYPPGHQRFFFQKRLPNAD NA NA NA NA NA D1-35_02794 1368 glmU_2 Bifunctional protein GlmU ATGTCTCTCGAAATCGTTATTCTCGCGGCCGGTCAAGGCACCCGCATGCGCTCGGCGCTGCCCAAGGTGCTGCACCCGGTAGCCGGCAACTCCATGCTCGGCCATGTTATCCACAGCGCGCGGCAACTTGATCCACAGCGTATCCATGTGGTGATCGGTCACGGAGCCGATGCGGTACGTGAGCGCCTGGCGGCGGATGATCTGAATTTCGTGCTGCAGGACAAACAACTCGGTACAGGTCACGCCGTGGCCCAGGCCGTGCCATTCATCACCGCCGATACGGTGTTGATTCTCTACGGTGATGTGCCGCTGATCGAAGTCGATACGCTGCAACGCCTGCTCAAGCACGTCGCGCCGCGTCAATTGGGCCTGCTCACCGTCGAGCTGGATGATCCGACCGGCTACGGCCGCATCGTACGCAACGCCGACGGCCAGGTGACTGCCATCGTCGAGCAGAAAGACGCCAATGACGCCCAGCGCGCCATCACCGAAGGCAACACCGGGATTCTTGCCGTTCCCGCCGAGCGCCTGGGGGACTGGATGAGCCGCTTGTCCAACAACAACGCCCAAGGCGAGTACTACCTCACCGACGTGATCGCCATGGCCGTTGCCGATGGACTGGCGGTCGCCACCGAACAGCCCTTGGACGCGATGGAAGTGCAGGGCGCCAACGATCGCCGGCAACTGGCCGAACTCGAGCGCCATTACCAGCTGCGCACCGCCCGCCGCTTGATGGCCCAAGGCGTGACCCTGCGCGACCCGGCCCGTTTTGATGTCCGTGGTGAAGTCAGCGTCGGCCGCGACGTGGTCATCGACATCAACGTCATCCTCGAAGGCAAAGTCGTCATCGAAGACGACGTGGTCATTGGCCCGAACTGCGTCATCAAGGACAGTACCCTGCGCAAAGGCGTGGTAATCAAGGCCAACAGTCATCTCGAAGGCGCGGTGATGGGCGAGGGTAGCGACGCCGGCCCGTTTGCTCGCCTGCGCCCGGGCACGGTGCTGGAAGCCCGCGCTCATGTGGGTAACTTCGTGGAACTTAAAAACGCTCATATGGGCGAAGGTGCCAAGGCCGGGCACCTGACCTATTTGGGCGACGCCGAAATCGGCGCACGTACCAACATCGGTGCGGGGACCATCACCTGCAACTACGATGGCGCCAACAAGTGGAAAACCGTGTTGGGCGAGGATGTGTTCATCGGTTCGAACAACTCCCTGGTAGCACCTGTGGATATCTCCAACGGTGCGACCACGGCGGCCGGCTCGACTCTGACCCAGAATGTGGATAACGGCCAGCTGGCGGTGGGGCGTGCACGTCAGCGCAACATTGATGGCTGGAAGCGTCCTGAAAAGATTAAGAAGCCTTAA MSLEIVILAAGQGTRMRSALPKVLHPVAGNSMLGHVIHSARQLDPQRIHVVIGHGADAVRERLAADDLNFVLQDKQLGTGHAVAQAVPFITADTVLILYGDVPLIEVDTLQRLLKHVAPRQLGLLTVELDDPTGYGRIVRNADGQVTAIVEQKDANDAQRAITEGNTGILAVPAERLGDWMSRLSNNNAQGEYYLTDVIAMAVADGLAVATEQPLDAMEVQGANDRRQLAELERHYQLRTARRLMAQGVTLRDPARFDVRGEVSVGRDVVIDINVILEGKVVIEDDVVIGPNCVIKDSTLRKGVVIKANSHLEGAVMGEGSDAGPFARLRPGTVLEARAHVGNFVELKNAHMGEGAKAGHLTYLGDAEIGARTNIGAGTITCNYDGANKWKTVLGEDVFIGSNNSLVAPVDISNGATTAAGSTLTQNVDNGQLAVGRARQRNIDGWKRPEKIKKP PGPT0018955_2446 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042 NA NA D1-35_02795 426 atpC COG0355 ATP synthase epsilon chain ATGGCTATGACAGTCCATTGCGATATCGTCAGTGCGGAAGGGGAAATCTTCTCCGGTCTGGTCGAGTTTGTGGTTGCGCACGGTGATCTGGGTGATCTTGGTATCACCATGGGCCACGCACCGCTGATCACCAGCTTGAAGCCAGGTCCGATTACTCTGACCAAGCAGGGCGGGGACAAGGAGGTGTTTTACATCTCCGGTGGTTTCCTCGAGGTTCAGCCGAACATGGTCAAGGTCCTTGCCGATACCGTGCAACGTGCTGCCGACCTGGACGAAGCCTCCGCTCAGGAAGCCGTCAAGGCTGCCGAGAAGGCCCTGAACGAAAAAGGCGCAGACTTCGATTACGGTTCTGCTGCTGCACGTCTGGCCGAGGCCGCAGCTCAGCTGCGCACCGTCCAGCAGATCCGCAAGAAGTTCGGCGGCTAA MAMTVHCDIVSAEGEIFSGLVEFVVAHGDLGDLGITMGHAPLITSLKPGPITLTKQGGDKEVFYISGGFLEVQPNMVKVLADTVQRAADLDEASAQEAVKAAEKALNEKGADFDYGSAAARLAEAAAQLRTVQQIRKKFGG PGPT0014295_639 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114 NA NA D1-35_02796 1377 atpD COG0055 ATP synthase subunit beta ATGAGTAGCGGACGTATCGTTCAAATCATCGGCGCCGTTATCGACGTGGAATTCCCACGCGACAGCGTACCGAGCATCTACAACGCGCTGAAAGTACAAGGCGCGGAAACCACCCTGGAAGTTCAGCAGCAGCTGGGCGACGGCGTGGTTCGTACCATTGCGATGGGCTCCACCGAAGGCTTGAAGCGCGGTCTGGACGTTATCGACTCTGGCGCTGCCATCTCCGTACCGGTCGGTAAAGCGACCCTGGGCCGGATCATGGACGTACTGGGCAATCCGATCGACGAAGCTGGCCCGATCGATACCGACGAGCGCTGGGGCATTCACCGTCCTGCGCCATCCTTCGCTGAACAGGCAGGCGGCAACGACCTGCTGGAAACCGGCATCAAGGTTATTGACCTGGTTTGCCCGTTCGCCAAGGGCGGTAAAGTCGGTCTGTTCGGTGGTGCCGGTGTAGGCAAGACCGTAAACATGATGGAACTGATCCGTAACATCGCCATCGAGCACAGCGGTTATTCCGTGTTCGCCGGTGTGGGTGAGCGTACTCGTGAGGGTAACGACTTCTACCACGAGATGAAGGATTCCAACGTTCTGGACAAAGTAGCACTGGTCTACGGTCAGATGAACGAGCCGCCGGGAAACCGTCTGCGCGTAGCCTTGACCGGCCTGACCATGGCCGAGAAGTTCCGTGACGAAGGTAACGACGTTCTGCTGTTCGTCGACAACATCTACCGTTACACCCTGGCCGGTACTGAAGTATCCGCACTGCTGGGCCGTATGCCTTCGGCAGTAGGTTACCAGCCGACCCTGGCTGAAGAGATGGGCGTTCTGCAAGAACGTATCACTTCGACCAAGGAAGGTTCGATCACTTCGATCCAAGCGGTATACGTACCTGCGGATGACTTGACCGACCCGTCGCCAGCGACCACCTTCGCCCACTTGGACGCCACCGTCGTACTGTCCCGTGACATCGCTTCCCTGGGTATCTACCCAGCGGTCGATCCACTCGACTCGACTTCGCGCCAGCTGGACCCGAACGTGATCGGCCAGGAGCACTACGACACCGCTCGCGGCGTCCAGTACGTGCTGCAGCGCTACAAAGAGCTGAAGGACATCATTGCGATCCTGGGTATGGACGAGCTGTCGGAAACCGACAAGCAGTTGGTATCTCGCGCTCGTAAGATCCAGCGCTTCTTGTCGCAGCCGTTCTTCGTGGCTGAAGTCTTCACCGGTGCCTCGGGTAAATACGTTTCCCTGAAGGACACCATTGCTGGCTTCAAAGGCATCCTCAACGGTGACTACGACCACCTGCCAGAACAAGCGTTCTACATGGTCGGCGGCATCGAAGAAGCGATCGAGAAAGCCAAGAAACTGTAA MSSGRIVQIIGAVIDVEFPRDSVPSIYNALKVQGAETTLEVQQQLGDGVVRTIAMGSTEGLKRGLDVIDSGAAISVPVGKATLGRIMDVLGNPIDEAGPIDTDERWGIHRPAPSFAEQAGGNDLLETGIKVIDLVCPFAKGGKVGLFGGAGVGKTVNMMELIRNIAIEHSGYSVFAGVGERTREGNDFYHEMKDSNVLDKVALVYGQMNEPPGNRLRVALTGLTMAEKFRDEGNDVLLFVDNIYRYTLAGTEVSALLGRMPSAVGYQPTLAEEMGVLQERITSTKEGSITSIQAVYVPADDLTDPSPATTFAHLDATVVLSRDIASLGIYPAVDPLDSTSRQLDPNVIGQEHYDTARGVQYVLQRYKELKDIIAILGMDELSETDKQLVSRARKIQRFLSQPFFVAEVFTGASGKYVSLKDTIAGFKGILNGDYDHLPEQAFYMVGGIEEAIEKAKKL PGPT0014296_4543 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112 NA NA D1-35_02797 861 atpG COG0224 ATP synthase gamma chain ATGGCAGGCGCAAAAGAGATTCGCAGTAAGATTGCGAGCATCAAAAGCACGCAAAAGATTACCAGCGCCATGGAAAAAGTGGCGGTCAGTAAAATGCGCAAGGCACAAATGCGCATGGCTGCTAGCCGTCCTTACGCGGAGCGCATCCGCCAGGTGATTGGTCATCTGGCCAACGCCAACCCGGAATATCGCCACCCGTTCATGATCGACCGCGCCGTCAAGCGCGTCGGTTACGTTGTGGTGAGCAGTGACCGTGGTCTGTGCGGTGGCTTGAACACCAACCTGTTCAAGGCCCTGGTCAAGGACATGGCGGTAAACCGCGAACAAGGCGTCGAGATCGATCTGTGCGTGATTGGTAGCAAGGGTGCGGCATTCTTCCGCAACTTCGGCGGTAACGTCGTCGCCGCTATCAGCCACCTGGGTGAAGAGCCGTCGATCAATGACCTGATCGGCAGCGTCAAGGTGATGCTGGATGCTTACCTGGAAGGCCGGATTGACCGCCTGTCCGTGGTATCCAACAAGTTCATCAATACCATGACGCAACAGCCAACCGTGGAGCAATTGATCCCACTGGTGGCGACCCCGGAACAGGAACTCAAGCACCACTGGGACTACCTCTACGAACCCGATGCCAAGGAGCTGCTTGACGGCTTGATGGTCCGCTACGTGGAGTCGCAGGTGTACCAGGCGGTGGTCGAGAACAACGCAGCTGAACAAGCGGCGCGGATGATCGCGATGAAAAACGCTACCGACAACGCCGGTGATTTGATCAGCGATTTGCAGCTGATCTACAACAAGGCGCGTCAGGCTGCGATCACCCAAGAGATCTCGGAAATCGTCGGCGGCGCTGCCGCGGTTTAA MAGAKEIRSKIASIKSTQKITSAMEKVAVSKMRKAQMRMAASRPYAERIRQVIGHLANANPEYRHPFMIDRAVKRVGYVVVSSDRGLCGGLNTNLFKALVKDMAVNREQGVEIDLCVIGSKGAAFFRNFGGNVVAAISHLGEEPSINDLIGSVKVMLDAYLEGRIDRLSVVSNKFINTMTQQPTVEQLIPLVATPEQELKHHWDYLYEPDAKELLDGLMVRYVESQVYQAVVENNAAEQAARMIAMKNATDNAGDLISDLQLIYNKARQAAITQEISEIVGGAAAV PGPT0014297_4304 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115 NA NA D1-35_02798 1545 atpA ATP synthase subunit alpha ATGCAGCAACTCAATCCTTCCGAAATAAGTGAAATTATCAAGGGCCGCATCGACAAGCTCGATGTGACCTCCCAAGCCCGTAACGAAGGCACTGTCGTCAGCGTATCTGACGGCATCGTGCGGATTCACGGTCTGGCCGACGTCATGTACGGCGAGATGATCGAGTTTCCGGGCGGCGTCTACGGTATGGCCCTCAACCTGGAGCAAGACTCTGTAGGTGCCGTGGTATTGGGCGCTTACACGACGCTGGCTGAAGGCATGAGCGCCAAGTGCACCGGCCGCATCCTCGAGGTTCCAGTCGGTAAGGAACTGCTGGGTCGCGTAGTCGACGCACTGGGTAATCCTGTTGACGGCAAAGGTCCGCTGAACAACACCGAGACCGATGCGGTCGAGAAAGTTGCTCCAGGCGTGATCTGGCGTAAGTCGGTAGACCAGCCTGTACAGACTGGCTACAAGGCTGTCGATGCCATGATCCCTGTCGGCCGTGGCCAGCGTGAGCTGATCATCGGTGACCGTCAGATCGGTAAAACCGCTCTGGCGATCGACGCGATCATCAACCAGAAGAACAGCGGCATTTTCTGCGTCTACGTCGCCATCGGTCAGAAGCAATCGACCATCGCCAACGTGGTTCGCAAGCTGGAAGAAAACGGCGCCCTGGCCAACACGATCATCGTGGCGGCCAGTGCTTCGGAATCTCCTGCGCTGCAGTTCCTGGCTCCGTACTCCGGTTGCACCATGGGCGAGTACTTCCGCGACCGCGGTGAAGACGCGCTGATCGTTTATGACGATCTGTCCAAGCAAGCAGTGGCTTACCGCCAGATTTCCCTGCTGCTGCGCCGTCCACCAGGCCGTGAAGCCTACCCAGGCGACGTGTTCTATCTCCACTCCCGTCTGTTGGAGCGCGCATCCCGCGTCTCGGAAGACTACGTAGAGAAGTTCACCAACGGCGCAGTGACTGGCAAGACCGGTTCCCTGACCGCACTGCCGATCATCGAAACCCAGGCTGGCGACGTTTCCGCGTTCGTTCCGACCAACGTGATCTCCATCACCGACGGTCAGATCTTCCTGGAATCGGCCATGTTCAACTCGGGCATCCGTCCTGCTGTGAACGCCGGTGTTTCGGTATCCCGTGTGGGTGGTGCCGCTCAGACCAAGATTATCAAGAAGCTCTCCGGTGGTATCCGTACCGCTCTGGCTCAGTACCGTGAACTGGCAGCATTCGCCCAGTTCGCTTCTGACCTGGACGAAGCGACCCGTAAGCAACTTGAGCATGGTCAGCGCGTTACCGAGCTGATGAAGCAGAAGCAATACGCTCCTATGTCGATCGCTGACATGGCGTTGTCGCTGTATGCCGCTGAACGTGGGTTCCTGACTGACGTCGAAATCGCCAAGGTCGGCAGCTTTGAACAAGCGCTGATTGCTTACTTCAACCGAGATCACGCCGATTTGATGGCGAAGATCAACGTGAAGGGTGACTTCAATGACGAAATCGACGCTGGCATGAAAGCCGGCATCGAGAAGTTCAAGGCCACCCAAACCTGGTAA MQQLNPSEISEIIKGRIDKLDVTSQARNEGTVVSVSDGIVRIHGLADVMYGEMIEFPGGVYGMALNLEQDSVGAVVLGAYTTLAEGMSAKCTGRILEVPVGKELLGRVVDALGNPVDGKGPLNNTETDAVEKVAPGVIWRKSVDQPVQTGYKAVDAMIPVGRGQRELIIGDRQIGKTALAIDAIINQKNSGIFCVYVAIGQKQSTIANVVRKLEENGALANTIIVAASASESPALQFLAPYSGCTMGEYFRDRGEDALIVYDDLSKQAVAYRQISLLLRRPPGREAYPGDVFYLHSRLLERASRVSEDYVEKFTNGAVTGKTGSLTALPIIETQAGDVSAFVPTNVISITDGQIFLESAMFNSGIRPAVNAGVSVSRVGGAAQTKIIKKLSGGIRTALAQYRELAAFAQFASDLDEATRKQLEHGQRVTELMKQKQYAPMSIADMALSLYAAERGFLTDVEIAKVGSFEQALIAYFNRDHADLMAKINVKGDFNDEIDAGMKAGIEKFKATQTW PGPT0014298_1932 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111 NA NA D1-35_02799 537 atpH_1 COG0712 ATP synthase subunit delta ATGGCAGAACTGACCACGTTGGCCCGACCTTACGCTAAGGCGGCCTTCGAGCACGCTCAGGCCCACCAGCAACTGGCCAATTGGTCAGCCATGCTCGGCCTGGCAGCAGCGGTGTCGCAAGACGACACCATGCAGCGCGTGCTCAAGGCCCCGCGACTGACGAGCGCAGAAAAGGCCGCCACGTTCATTGACGTGTGCGGCGACAAGTTCGATGCCAAGGCACAGAATTTCATTCACGTTGTAGCCGAAAACGACCGTCTCCCGCTTCTGCCGGAGATCGCCGCTCTTTTCGACCTGTACAAGGCCGAGCAAGAGAAATCGGTAGACGTGGAAGTGACCAGTGCTTTTGCATTGAACCAAGAACAGCAAGACAAACTCGCCAAGGTTCTCAGTGCACGACTCAACCGGGAAGTGCGCCTGCAAGTCGAGGAAGACAAATCCCTGATAGGGGGCGTTGTCATCCGCGCCGGCGACCTGGTTATCGATGGCTCGATTCGCGGCAAAATCGCGAAACTTGCCGAAGCATTGAAATCTTGA MAELTTLARPYAKAAFEHAQAHQQLANWSAMLGLAAAVSQDDTMQRVLKAPRLTSAEKAATFIDVCGDKFDAKAQNFIHVVAENDRLPLLPEIAALFDLYKAEQEKSVDVEVTSAFALNQEQQDKLAKVLSARLNREVRLQVEEDKSLIGGVVIRAGDLVIDGSIRGKIAKLAEALKS PGPT0014299_3500 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113 NA NA D1-35_02800 471 atpF COG0711 ATP synthase subunit b GTGAACATTAATGCGACCCTGATTGGCCAGTCCGTTGCGTTCCTGATTTTTGTACTGTTCTGCATGAAGTTCGTATGGCCTCCGGTCATTGCGGCATTGCACGAACGTCAAAAGAAGATCGCTGATGGTCTGGACGCTGCCAGCCGAGCAGCTCGCGACCTGGAGTTGGCCCATGAGAAAGTGGGTCAGCAACTGCGCGAAGCGAAAGCTCAGGCAGCTGAAATCATCGAGCAAGCCAAGAAACGCGGTACGCAGATTGTCGACGAAGCCCGTGAACAGGCTCGCGTCGAAGCTGACCGTGTGAAGGCTCAGGCTCAAGCCGAGATCGAACAGGAACTCAACAGTGTCAAAGACGCGCTGCGTGCCCAAGTGGGTGCCCTGGCCGTTGGCGGTGCTTCGAAGATCCTGGGTGCCACAATCGATCAAAACGCGCACGCAGAGCTGGTAAACAAACTGGCTGCTGAAATCTAA MNINATLIGQSVAFLIFVLFCMKFVWPPVIAALHERQKKIADGLDAASRAARDLELAHEKVGQQLREAKAQAAEIIEQAKKRGTQIVDEAREQARVEADRVKAQAQAEIEQELNSVKDALRAQVGALAVGGASKILGATIDQNAHAELVNKLAAEI PGPT0014301_5220 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109 NA NA D1-35_02801 258 atpH_2 ATP synthase subunit c ATGGAAACTGTAGTTGGTCTAACCGCTATCGCTGTTGCACTGTTGATCGGCCTGGGCGCACTGGGTACCGCAATTGGTTTCGGCCTGCTGGGCGGCAAATTCCTGGAAGGCGCTGCGCGTCAACCGGAAATGGTTCCAATGCTGCAAGTGAAGATGTTCATCGTTGCCGGTCTGCTCGACGCCGTAACCATGATCGGTGTTGGTATCGCTCTGTTCTTCACCTTTGCGAACCCGTTCGTTGGTCAGATCGCTGGCTGA METVVGLTAIAVALLIGLGALGTAIGFGLLGGKFLEGAARQPEMVPMLQVKMFIVAGLLDAVTMIGVGIALFFTFANPFVGQIAG PGPT0014302_988 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110 NA NA D1-35_02802 870 atpB COG0356 ATP synthase subunit a ATGGCAGAGACAACCGCTTCGGGCTATATCCAGCACCACTTGCAGAACCTGACCTTCGGTCAGCTACCCAATGGCAGCTGGGGCTTTGCTCACACTGCAGCAGAAGCTAAAGAAATGGGCTTCTGGGCCTTCCACGTCGATACCCTCGGCTGGTCGGTCGCGTTGGGTCTGATCTTCGTTCTTCTTTTCCGCATGGCGGCAAAGAAAGCGACTTCCGGTCAGCCTGGTGCACTGCAGAACTTCGTTGAAGTACTGGTAGAATTCGTCGATGGCAGCGTGAAAGACAGCTTCCATGGCCGTAGCCCGGTGATCGCACCGCTGGCACTGACCATCTTCGTCTGGGTGTTCCTGATGAACGCCATCGACCTGGTACCGGTCGACTGGATTCCTCAACTGGCCATCCTGATCTCTGGCGATGCCCATATCCCGTTCCGCGCCGTGTCGACCACCGACCCGAACGCGACCCTGGGCATGGCGTTCTCGGTGTTCGCACTGATCATTTTCTACAGCATCAAGGTCAAGGGCATCGGCGGTTTCATCGGCGAACTGACCCTGCACCCGTTCGGCAGCAAGAACATCCTTGTTCAGGCACTGCTGATCCCGGTGAACTTCCTTCTGGAATTCGTGACCCTGATCGCCAAGCCAATCTCTCTGGCCCTGCGTCTGTTCGGCAACATGTATGCCGGCGAGCTGGTGTTCATCCTGATCGCTGTGATGTTCGGCAGCGGCCTGCTCTGGCTCAGCGGCCTGGGCGTGGTGCTGCAATGGGCGTGGGCAGTGTTCCACATCCTGATCATCACCTTGCAGGCGTTCATCTTCATGATGCTGACCATCGTCTACCTGTCGATGGCGCACGAAGAAAACCATTAA MAETTASGYIQHHLQNLTFGQLPNGSWGFAHTAAEAKEMGFWAFHVDTLGWSVALGLIFVLLFRMAAKKATSGQPGALQNFVEVLVEFVDGSVKDSFHGRSPVIAPLALTIFVWVFLMNAIDLVPVDWIPQLAILISGDAHIPFRAVSTTDPNATLGMAFSVFALIIFYSIKVKGIGGFIGELTLHPFGSKNILVQALLIPVNFLLEFVTLIAKPISLALRLFGNMYAGELVFILIAVMFGSGLLWLSGLGVVLQWAWAVFHILIITLQAFIFMMLTIVYLSMAHEENH PGPT0014303_769 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108 NA NA D1-35_02803 408 hypothetical protein ATGGAAACACGCACGCCAAACCGCTTGCCGTTCCATCGTCTGGCTGTTTTCCCGGTGTTATTGACCCAGTTCGTCGTTGTACTGATCGCCGCGTTGGCGCTCTGGCAATGGAAAGGAGTCGTCGCCGGATACTCGGGTCTTTGCGGAGGCCTGATAGCCTTGCTTCCCAATATTTACTTCGCTCACAGGGCATTTCGGTTTTCCGGCGCCCGAGCAGCCCAAGCCATCGTCCGGTCTTTTTATGCCGGCGAGGCGGGGAAACTGATTTTGACGGCAGTGCTGTTTGCACTGACGTTCGCAGGTGTGAAGCCATTGGCGCCGCTGGCTGTATTCGGCGTGTTCCTGCTGACCCAGATGGTCAGCTGGTTCGCTCCCCTGCTAATGAGAACAAGACTTTCGAGACCTTAG METRTPNRLPFHRLAVFPVLLTQFVVVLIAALALWQWKGVVAGYSGLCGGLIALLPNIYFAHRAFRFSGARAAQAIVRSFYAGEAGKLILTAVLFALTFAGVKPLAPLAVFGVFLLTQMVSWFAPLLMRTRLSRP PGPT0030480_748 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116 D1-35_02804 873 parB COG1475 putative chromosome-partitioning protein ParB ATGGCCGTCAAGAAACGAGGTCTCGGACGTGGACTGGATGCGCTGCTCAGCGGTCCGACTGTCAGTTCGCTTGAAGAACAGGCAGTCCAGGTCGATCAGCGCGAATTGCAGCATTTGCCGCTGGACCTGATCCAGCGTGGCAAATACCAGCCGCGTCGGGACATGGACCCGCAAGCGCTGGAAGAACTGGCCCAGTCGATCAAGACCCAAGGCGTGATGCAGCCGATAGTGGTCCGGCCGATTGCCAATGGGCGGTTCGAGATCATCGCCGGCGAACGCCGCTGGCGCGCGAGCCAGCAAGCCGGCCAGGAAACCATCCCGGCGATGGTCCGCGACGTACCGGATGAAACCGCGATCGCCATGGCGCTGATCGAGAACATCCAGCGCGAGGACCTCAATCCGATCGAAGAAGCGGTGGCCTTGCAGCGCTTGCAGCAGGAGTTCCAGCTGACTCAGCAACAGGTCGCCGAAGCGGTGGGCAAGTCCCGGGTGACCGTGGCCAACCTGCTGCGTTTGATCGCCTTGCCGGAAGTCATCAAGACCATGCTGTCCCACGGCGACCTGGAGATGGGCCATGCCCGGGCTTTGCTCGGTTTGCCGGAAAATCAACAAGTTGAAGGGGCGCGACATGTTGTCGCACGCGGCCTGACCGTGCGCCAAACCGAGGCACTGGTTCGTCAATGGCTGAGCGGCAAACCCGCCCCTGTCGAAGCACCAAAACCCGATCCGGACATCGCTCGCCTGGAGCAGCGCCTGGCCGAGCGCCTGGGCTCTGCGGTGCAGATTCGCCACGGAAAGAAGGGCAAAGGGCAACTGGTGATCGGTTATAACTCCCTCGATGAGCTGCAAGGTGTTCTTGCGCACATCCGCTGA MAVKKRGLGRGLDALLSGPTVSSLEEQAVQVDQRELQHLPLDLIQRGKYQPRRDMDPQALEELAQSIKTQGVMQPIVVRPIANGRFEIIAGERRWRASQQAGQETIPAMVRDVPDETAIAMALIENIQREDLNPIEEAVALQRLQQEFQLTQQQVAEAVGKSRVTVANLLRLIALPEVIKTMLSHGDLEMGHARALLGLPENQQVEGARHVVARGLTVRQTEALVRQWLSGKPAPVEAPKPDPDIARLEQRLAERLGSAVQIRHGKKGKGQLVIGYNSLDELQGVLAHIR PGPT0014815_6843 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497 NA NA D1-35_02805 798 parA Chromosome partitioning protein ParA ATGGCTAAGGTATTCGCGATAGCGAACCAGAAAGGTGGTGTGGGCAAGACCACCACCTGCATCAACCTCGCAGCATCCCTGGTCGCGACCAAGCGCCGGGTGCTGTTGATCGATCTCGATCCACAGGGCAACGCCACCATGGGCAGCGGTGTGGATAAACATGGCCTGGAAAACTCCATCTACGATGTACTCATCGGTGAGTGCGACCTGGGCCAGGCCATGCATTTCTCCGAGCATGGTGGTTATCAACTGCTGCCGGCCAACCGTGACCTGACGGCGGCAGAAGTGGTGCTGCTGGAAATGCAGATGAAGGAGAGCCGCCTGCGCAGCGCGTTGGCGCCGGTTCGTGAAAATTACGACTACATCCTGATCGACTGCCCACCGTCACTGTCGATGCTGACCCTCAATGCGTTGGTTGCCGCCGATGGGGTGATTATCCCCATGCAGTGTGAATACTTCGCCCTCGAGGGGTTGAGCGACCTTGTGGATAACATCAAGCGTATCGCTGAGCTGTTGAATCCAGAGCTGAAAGTCGAAGGCCTGTTGCGCACGATGTACGACCCGCGCCTGAGCCTGATGAACGACGTGTCGGCCCAGCTCAAGGAGCATTTCGGCGAGCAGCTCTACGACACGGTGATTCCGCGGAACATCCGCCTGGCCGAAGCGCCGAGCTATGGCATGCCGGCCCTGGCCTATGACAAACAATCGCGTGGCGCGCTGGCCTACCTGGCCCTGGCGGGCGAGATGGTTCGCCGTCAACGCCGCCAGCCACGCATCGCTGCAGCCCAGCCAACTTAA MAKVFAIANQKGGVGKTTTCINLAASLVATKRRVLLIDLDPQGNATMGSGVDKHGLENSIYDVLIGECDLGQAMHFSEHGGYQLLPANRDLTAAEVVLLEMQMKESRLRSALAPVRENYDYILIDCPPSLSMLTLNALVAADGVIIPMQCEYFALEGLSDLVDNIKRIAELLNPELKVEGLLRTMYDPRLSLMNDVSAQLKEHFGEQLYDTVIPRNIRLAEAPSYGMPALAYDKQSRGALAYLALAGEMVRRQRRQPRIAAAQPT NA NA NA NA NA D1-35_02806 645 rsmG COG0357 Ribosomal RNA small subunit methyltransferase G TTGAGTTCGATGGTCACCTCGCAACACGCTGAAGAATTATCCACAGGTGCCCGTCAGCTCGGCGTCAGCCTCACCGAAGCCCAGCACGCGCAGTTGCTGGGTTACCTGGCGTTGTTGATCAAATGGAACAAGGCCTACAACCTGACCGCCGTGCGCGATCCGGATGAAATGGTCTCGCGACACTTGCTCGACAGTCTCAGCGTGATGTCTTTCATCGAAGACGGTCGCTGGCTCGACGTCGGTAGCGGCGGTGGTATGCCTGGTATTCCGCTGGCGATCCTGTTTCCGGGTTCGCAAGTGACCTGTCTGGACAGCAACGGCAAGAAAACCCGCTTCCTGACCCAGGTCAAACTCGAACTGAAACTGGATAACCTGCAAGTTATCCACAGCCGCGTCGAAGCGTTCCAGCCTGCAGAGCCTTTCAACGGAATCATCTCCCGGGCCTTCAGCAGTATGGAGAACTTCAGCAACTGGACGCGCCACCTGGGCGACGGCGATACACGCTGGCTGGCAATGAAGGGCGTTCATCCGGCCGATGAGCTGGTAGCATTGCCGGCAGACTTCCACCTCGATAGCGAACACGCCTTGGCCGTACCCGGTTGCCAAGGTCAACGCCATCTGCTGATACTGCGCCGCACGGCATGA MSSMVTSQHAEELSTGARQLGVSLTEAQHAQLLGYLALLIKWNKAYNLTAVRDPDEMVSRHLLDSLSVMSFIEDGRWLDVGSGGGMPGIPLAILFPGSQVTCLDSNGKKTRFLTQVKLELKLDNLQVIHSRVEAFQPAEPFNGIISRAFSSMENFSNWTRHLGDGDTRWLAMKGVHPADELVALPADFHLDSEHALAVPGCQGQRHLLILRRTA NA NA NA NA NA D1-35_02807 1899 mnmG COG0445 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG GTGGATTTCCCTTCCCGTTTTGAAGTGATCGTCATCGGCGGCGGTCATGCCGGTACCGAGGCAGCACTTGCATCAGCACGCATGGGGGCAAAAACCCTGTTGCTGACGCATAACGTGGAGACCCTCGGCGCCATGAGCTGCAACCCGGCCATTGGTGGCATCGGCAAAAGCCACCTGGTCAAGGAAATCGATGCCCTCGGCGGCGCGATGGCCATGGCCACTGACAAAGGTGGTATCCAGTTTCGCGTGTTGAACAGCCGCAAAGGTCCAGCGGTGCGTGCCACTCGCGCCCAGGCAGACCGAATCCTGTACAAGGCTGCTGTCCGCGAAATTCTGGAAAACCAGCCGAACCTGTGGATATTTCAGCAAGCAGCTGACGATCTGATTGTCGAGCAGGACCAGGTACGCGGTGTCATCACGCAAATGGGCCTGCGGTTCTTCGCCGATTCCGTGGTACTGACCACCGGTACCTTCCTCGGCGGACTTATCCACATCGGTTTGCAGAACTTTTCCGGCGGTCGCGCTGGTGACCCGCCCTCAATCGCCCTGGCTCAACGCCTGCGTGAATTGCCGCTGCGCGTTGGTCGGCTGAAAACCGGTACGCCACCGCGTATCGACGGCAAGTCCGTGGACTTCTCGGTCATGACCGAGCAGCCTGGCGATACGCCGATCCCGGTGATGTCGTTCATGGGCAACAAGGAACAGCATCCACGGCAAGTCAGTTGCTGGATCACCCACACCAATGCCCGCACCCACGAAATCATTGCAGCGAACCTCGATCGTTCGCCGATGTATTCCGCTGCCGGTGAAATCGAAGGTGTCGGCCCGCGCTATTGCCCGTCGATCGAAGACAAGATCCATCGCTTTGCCGACAAGGAAAGCCATCAGGTCTTCATCGAGCCCGAAGGCCTGACGACCCATGAGCTGTATCCGAACGGGATCTCCACCTCGCTGCCGTTCGATGTGCAGTTGCAGATCGTCCAATCGATCCGTGGCATGGAGAACGCTCACATCGTGCGTCCGGGTTATGCGATCGAGTACGACTACTTCGATCCGCGCGATCTGAAGTACAGCCTGGAAACCAAGGTTATCGGCGGTCTGTTCTTCGCCGGGCAGATCAACGGCACCACCGGTTACGAAGAGGCGGGTGCCCAAGGATTGTTGGCCGGAGCCAACGCGGCATTGCGCGCCCAGGGCAAAGACAGCTGGTGCCCGCGTCGCGATGAGGCGTATATCGGTGTGCTGGTGGACGACCTGATTACGCTGGGTACCCAGGAACCGTATCGGATGTTCACGTCCCGCGCCGAATATCGCCTGATCCTGCGTGAGGACAACGCCGACCTGCGCCTGACCGAGAAAGGTCGCGAGCTGGGGCTGGTGGATGACGTGCGTTGGGCTGCGTTCTGCAAGAAACGCGAGAGTATCGAGCTGGAAGAGCAGCGCCTGAAGAGCACCTGGGTTCGTCCCGGTACGGAGCAGGGCGATGCCATCGCGGCGAAATTCGGCACTCCGCTGACGCACGAATACAATCTGCTCAACCTGTTGAGCCGGCCGGAAATCGATTACGTCGGGCTGGTGGAGGTCACTGGCCAGGGCGCGGAAGATCCGCAGGTAGCCGAACAGGTCGAGATCAAGACCAAATACGCCGGTTACATCGATCGTCAACAGGACGAAATTGCCCGTCTGCGCGCCAGTGAAGACACCAGGCTGCCTGTGGATATCGACTACACGAACATTTCGGGTCTCTCGAAAGAAATCCAGAGCAAGCTCGGTGCAACGCGTCCCGAGACCCTCGGCCAGGCGTCGCGCATCCCCGGCGTGACCCCGGCGGCGATTTCGCTGTTGATGATTCATTTGAAAAAACGCGGCGCGGGCCGCCAGTTGGAGCAAAGCGCTTGA MDFPSRFEVIVIGGGHAGTEAALASARMGAKTLLLTHNVETLGAMSCNPAIGGIGKSHLVKEIDALGGAMAMATDKGGIQFRVLNSRKGPAVRATRAQADRILYKAAVREILENQPNLWIFQQAADDLIVEQDQVRGVITQMGLRFFADSVVLTTGTFLGGLIHIGLQNFSGGRAGDPPSIALAQRLRELPLRVGRLKTGTPPRIDGKSVDFSVMTEQPGDTPIPVMSFMGNKEQHPRQVSCWITHTNARTHEIIAANLDRSPMYSAAGEIEGVGPRYCPSIEDKIHRFADKESHQVFIEPEGLTTHELYPNGISTSLPFDVQLQIVQSIRGMENAHIVRPGYAIEYDYFDPRDLKYSLETKVIGGLFFAGQINGTTGYEEAGAQGLLAGANAALRAQGKDSWCPRRDEAYIGVLVDDLITLGTQEPYRMFTSRAEYRLILREDNADLRLTEKGRELGLVDDVRWAAFCKKRESIELEEQRLKSTWVRPGTEQGDAIAAKFGTPLTHEYNLLNLLSRPEIDYVGLVEVTGQGAEDPQVAEQVEIKTKYAGYIDRQQDEIARLRASEDTRLPVDIDYTNISGLSKEIQSKLGATRPETLGQASRIPGVTPAAISLLMIHLKKRGAGRQLEQSA NA NA NA NA NA D1-35_02808 1371 mnmE COG0486 tRNA modification GTPase MnmE ATGAGCGCACCGCGTGAAACCATCGCCGCCGTCGCCACCGCCCAAGGTCGCGGCGGGGTCGGCATCGTCCGTATTTCGGGGCCTTTGGCTGGCGTTGCGGCCAAGGCTATCAGCGGCCGCGACCTGAAACCGCGCTTCGCTCACTACGGACCTTTTCTAGACGCTGACAAACATGTCCTCGATGAAGGCCTGGCCTTGTATTTCCCTGAGCCGAACTCATTCACCGGCGAGGATGTGCTGGAGCTGCAGGGGCATGGCGGCCCCATCGTCCTGGACATGCTGCTCCAGCGTTGCCTCGAGTTGGGTTGCCGCCTGGCCCGGCCGGGTGAGTTCAGCGAGCGGGCCTTTCTTAATGACAAACTCGACCTGGCCCAGGCCGAGGCGATCGCCGATCTGATCGAAGCCAGTTCTGCGCAGGCTGCACGCAATGCGTTACGGTCATTACAGGGCGCGTTTTCACAGCGTGTGCATAACCTTACCGAGCAACTGATCGGTCTGCGGATCTACGTAGAGGCGGCCATCGATTTCCCCGAGGAGGAAATCGATTTTCTCGCCGACGGCCACGTGTTGAGCATGCTCGACAAGGTGCGCGATGAATTATCCACAGTCTTGAGAGAGGCTGGGCAGGGGGCTTTGTTGCGCGACGGTATGACTGTGGTCATTGCCGGCCGCCCCAACGCTGGTAAGTCCAGCCTCTTGAACGCCCTGGCCGGGCGCGAGGCTGCCATCGTCACCGAGATTGCCGGCACCACCCGGGACATCCTGCGTGAACATATCCACATCGACGGCATGCCGCTGCACGTCGTGGACACCGCTGGCTTGCGCGATACCAATGACCAGGTCGAGAAAATCGGCGTGGAGCGGGCCCTCAAGGCTATTGGCGAGGCTGATCGCATATTGTTGGTGGTGGATGCCACTGCGCCGGAAGCAGGCGATCCTTTCGCTCTGTGGCCTGAATTCCTGGAGGTTCGTCCGGATCCGGCAAAAGTCACCTTGATTCGCAACAAGGCAGACCTGACGGGCGAAGCGATAGCCCTCGAAGTGAGCGACGATGGCCACGTCACTATCAGCCTGAGCGCGAAGGCGGCCGGTGAAGGCCTGGAATTACTGCGCGATCATCTCAAGGCCTGCATGGGCTACGAGCAGACATCGGAAAGCAGCTTCAGCGCTCGCCGCCGGCATCTTGAAGCGTTGCGTCACGCCAGCGCTGCCCTGGAGCACGGTCGTGCGCAGCTGACCCTGGCAGGCGCCGGTGAGTTGCTGGCCGAAGACCTGCGCCAAGCGCAGCATTCCCTGGGTGAAATCACCGGAGCCTTCAGTTCCGATGACTTGCTGGGGCGGATCTTCTCCAGCTTCTGCATCGGCAAATAA MSAPRETIAAVATAQGRGGVGIVRISGPLAGVAAKAISGRDLKPRFAHYGPFLDADKHVLDEGLALYFPEPNSFTGEDVLELQGHGGPIVLDMLLQRCLELGCRLARPGEFSERAFLNDKLDLAQAEAIADLIEASSAQAARNALRSLQGAFSQRVHNLTEQLIGLRIYVEAAIDFPEEEIDFLADGHVLSMLDKVRDELSTVLREAGQGALLRDGMTVVIAGRPNAGKSSLLNALAGREAAIVTEIAGTTRDILREHIHIDGMPLHVVDTAGLRDTNDQVEKIGVERALKAIGEADRILLVVDATAPEAGDPFALWPEFLEVRPDPAKVTLIRNKADLTGEAIALEVSDDGHVTISLSAKAAGEGLELLRDHLKACMGYEQTSESSFSARRRHLEALRHASAALEHGRAQLTLAGAGELLAEDLRQAQHSLGEITGAFSSDDLLGRIFSSFCIGK NA NA NA NA NA D1-35_02809 1683 yidC Membrane protein insertase YidC ATGGATATCAAACGCACGATCCTGATCGTCGCCCTGGCAATCGTGTCCTATGTCATGGTCCTTAAATGGAACCAGGACTATGGCCAGGCTGCCCTGCCGACTCAGAATGTTGCAGCCAGCAATACCGCACCGAGTCTGCCGGATACAACAACTGGCAATAACACCGCCAGCAATGACGATGTCCCGCGCGCGGCAAGCGACACCAGCGCCCCAGCCGAAGCCCCTGTGGCGGCCAGCAAGGACCTGATTCAGATCAAGACGGATGTGCTCGAGCTGGCAATCGATCCACAAGGTGGTGATGTCGCTCAATTGAAGCTGCCGCTGTATCCGCGTCGCCAGGATCACCCGGAAATCCCGTTCCAGTTGTTCGACAACGGTAACGAGCGGACCTATCTGGCTCAAAGTGGCCTGATTGGTGCCAATGGCCCGGATGCCAATCCGGCCGGTCGTCCGGTTTATTCCGCCGAGAAGAAGGTCTATCAGCTGGCTGACGGCCAGGACCAACTGGTCGTCGACCTGAAGTTCAGCAAGGACGGCGTCAATTACATCAAGCGTTTCACCCTGAAACGCGGCCTGTATGACGTGACTGTTTCCTATCTGGTAGACAACCAGAGCGCTCAGCCCTGGTCGGGTGCGATGTTCGCGCAGTTGAAGCGCGACGCCAGTGATGATCCTTCGTCCAGCACCGCCACCGGTACCGCGACTTACCTGGGCGCTGCCCTGTGGACAAGTTCGGAGCCGTACAAAAAAGTGTCCATGAAGGACATGGACAAGGCTCAGCTGAAAGAAACCGTTCAGGGTGGCTGGGTTGCCTGGTTGCAACACTACTTCGTAACGGCATGGATTCCGCAGAAGGGCGAAAACAATGTCGTCCAGACGCGCAAGGACAGTAAAGGCAACTACATCGTCGGCTATACCGGCCCTGCATTGACTGCAGCGCCAGGTGCAAAAGTCGAGACCAGCGCCATTCTGTATGCCGGTCCGAAAAGCCAAGCCGTGCTGAAGCAGTTGTCCCCTGGCCTGGAATTGACCGTCGACTACGGTTTCCTGTGGTTCATTGCCCAGCCAATCTTCTGGTTGCTGCAACATATCCACAGCATCGTCGGCAACTGGGGCTGGTCGATCATCTTCCTCACCATGCTGATCAAGGGTATTTTCTTCCCATTGTCGGCGGCCAGCTACAAATCCATGGCGCGCATGCGTGCAGTGGCACCGAAACTGGCTGCCCTGAAAGAACAGCATGGCGATGACCGGCAGAAAATGTCCCAGGCCATGATGGAGCTGTACAAGAAAGAGAAGATCAACCCGCTGGGTGGTTGCTTGCCGATTCTTGTACAGATGCCGGTGTTCCTCGCGCTTTACTGGGTTCTGCTGGAAAGCGTGGAGATGCGCCAGGCACCGTTCATGCTGTGGATCACCGACCTGTCGATCAAGGATCCGTTCTTCATCCTGCCGATCATCATGGGCGCCACCATGTTCATCCAGCAGCAGCTGAACCCGACACCTCCGGACCCGATGCAGGCGAAGGTCATGAAAATGATGCCGATCATCTTCACCTTCTTCTTCCTGTGGTTCCCGGCCGGTCTTGTGCTGTACTGGGTTGTGAACAACGTGTTGTCCATCACTCAGCAGTGGTACATCACGCGTAAGATCGAAGCGGCCACGAAAAAAGCCGAGGCGTAA MDIKRTILIVALAIVSYVMVLKWNQDYGQAALPTQNVAASNTAPSLPDTTTGNNTASNDDVPRAASDTSAPAEAPVAASKDLIQIKTDVLELAIDPQGGDVAQLKLPLYPRRQDHPEIPFQLFDNGNERTYLAQSGLIGANGPDANPAGRPVYSAEKKVYQLADGQDQLVVDLKFSKDGVNYIKRFTLKRGLYDVTVSYLVDNQSAQPWSGAMFAQLKRDASDDPSSSTATGTATYLGAALWTSSEPYKKVSMKDMDKAQLKETVQGGWVAWLQHYFVTAWIPQKGENNVVQTRKDSKGNYIVGYTGPALTAAPGAKVETSAILYAGPKSQAVLKQLSPGLELTVDYGFLWFIAQPIFWLLQHIHSIVGNWGWSIIFLTMLIKGIFFPLSAASYKSMARMRAVAPKLAALKEQHGDDRQKMSQAMMELYKKEKINPLGGCLPILVQMPVFLALYWVLLESVEMRQAPFMLWITDLSIKDPFFILPIIMGATMFIQQQLNPTPPDPMQAKVMKMMPIIFTFFFLWFPAGLVLYWVVNNVLSITQQWYITRKIEAATKKAEA PGPT0024530_1728 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 D1-35_02810 471 rnpA Ribonuclease P protein component GTGCCGTCCTGTCGCGTCGTCGCGCCAAAGGTCGTGCGCGTCTGGCAGTTTGATAATCCGGCACTGGAGGTGAGTCAGGACTTCAGTCGGGAAAAGCGTCTGCTTACACCCCGGCATTTCAAGGCAGTCTTTGACTCCCCTACCGGCAAGGTTCCGGGGAAAAATCTCCTGCTCCTTGCGCGCAGCAACGATCTCGATCACCCCCGCCTTGGGCTGGTTATCGGGAAAAAGAGCGTCAAGCTCTCTGTTCAGCGCAATCGCCTCAAACGTCTGATGCGCGAATCGTTTCGCCTGAACCAGGATTCACTGGTCGGCTGGGACATTGTTATCGTCGCGCGCAAAGGTTTGGGTGACGTAGAAAACCCCGAATTGATTCAGCATTTCGGCAAGCTCTGGAAACGCCTGGCTCGTAACAAGCCAGCACCGGTAGCCAACACCGAGACTGTAGGGGTAGACAGCACCGATGCGTAA MPSCRVVAPKVVRVWQFDNPALEVSQDFSREKRLLTPRHFKAVFDSPTGKVPGKNLLLLARSNDLDHPRLGLVIGKKSVKLSVQRNRLKRLMRESFRLNQDSLVGWDIVIVARKGLGDVENPELIQHFGKLWKRLARNKPAPVANTETVGVDSTDA NA NA NA NA NA D1-35_02811 1527 dnaA COG0593 Chromosomal replication initiator protein DnaA GTGTCAGTGGAACTTTGGCAGCAGTGCGTTGAGCTTTTGCGCGATGAGTTGCCTGCCCAACAATTCAACACTTGGATCCGTCCACTACAGGTCGAAGCCGAAGGCGACGAGTTGCGCGTCTATGCGCCGAACCGTTTCGTTCTCGACTGGGTCAACGAAAAGTACCTTGGCCGGGTCATGGAACTGCTCGATGAGCATGGCAATGGCATGGCGCCTGCGCTGTCCCTGTTAATAGGCAGCAAGCGCAGCTCGGCACCGCGCGCGGCACCCAATGCGCCGCTGGCCGCTGCTGCGTCACAGGCGCAACAGGCCACTACGCCACCGACCAACAACCATGCCGCACCGACGCCCGCGCCTGCCCCGGGCAAACGCAACGCTCAGAAGGTCGCCGAAGTCAGCGAGGAGCCCTCCCGGGACAGCTTCGACCCAATGGCCGGTGCGAGCTCCCAGCAGGCACCGGTGCGCGCTGAACAACGGACGGTCCAGGTCGAAGGTGCGCTCAAGCACACCAGCTACCTGAACCGGACCTTTACCTTCGAGAACTTCGTCGAAGGCAAGTCCAACCAACTGGCCCGGGCTGCAGCTTGGCAGGTGGCGGACAATCCCAAGCACGGCTACAACCCGCTCTTCCTTTATGGCGGCGTCGGCCTGGGTAAGACCCACCTGATGCACGCGGTGGGCAACCATCTATTAAAGAAGAATCCGAATGCCAAGGTCGTCTACCTGCATTCCGAGCGTTTCGTGGCTGACATGGTCAAGGCGTTGCAACTGAACGCCATCAACGAGTTCAAGCGTTTCTACCGTTCGGTGGACGCCTTGCTGATCGACGACATCCAATTTTTCGCTCGCAAGGAACGGTCTCAGGAAGAGTTTTTCCACACCTTCAACGCATTGCTTGAAGGTGGGCAGCAGGTCATTCTTACCAGCGACCGCTACCCGAAAGAGATCGAAGGCCTCGAAGAACGCCTCAAGTCACGTTTCGGTTGGGGCCTGACGGTGGCCGTAGAGCCGCCGGAACTGGAAACCCGCGTCGCGATCCTGATGAAGAAGGCCGACCAGGCCAAGGTCGAGCTGCCTCACGATGCAGCGTTCTTCATTGCCCAGCGTATTCGCTCGAACGTGCGTGAGCTGGAAGGTGCACTGAAGCGGGTGATTGCCCACTCTCACTTCATGGGTCGCGATATCACCATCGAGCTGATCCGCGAATCCTTGAAGGACTTGCTGGCGCTGCAGGACAAGCTTGTCTCTGTGGATAACATTCAGCGCACCGTTGCTGAATACTACAAAATCAAGATTTCCGATCTGCTTTCCAAACGCCGTTCGCGTTCGGTGGCACGACCGCGCCAGGTGGCCATGGCCTTGTCCAAGGAGCTGACCAACCACAGCCTGCCGGAAATCGGCGATGTGTTTGGCGGACGCGACCATACCACCGTGTTGCACGCCTGCCGCAAGATCAACGAACTTAAGGAATCCGACGCGGACATCCGCGAGGACTACAAGAACCTGCTGCGTACACTGACCACTTGA MSVELWQQCVELLRDELPAQQFNTWIRPLQVEAEGDELRVYAPNRFVLDWVNEKYLGRVMELLDEHGNGMAPALSLLIGSKRSSAPRAAPNAPLAAAASQAQQATTPPTNNHAAPTPAPAPGKRNAQKVAEVSEEPSRDSFDPMAGASSQQAPVRAEQRTVQVEGALKHTSYLNRTFTFENFVEGKSNQLARAAAWQVADNPKHGYNPLFLYGGVGLGKTHLMHAVGNHLLKKNPNAKVVYLHSERFVADMVKALQLNAINEFKRFYRSVDALLIDDIQFFARKERSQEEFFHTFNALLEGGQQVILTSDRYPKEIEGLEERLKSRFGWGLTVAVEPPELETRVAILMKKADQAKVELPHDAAFFIAQRIRSNVRELEGALKRVIAHSHFMGRDITIELIRESLKDLLALQDKLVSVDNIQRTVAEYYKIKISDLLSKRRSRSVARPRQVAMALSKELTNHSLPEIGDVFGGRDHTTVLHACRKINELKESDADIREDYKNLLRTLTT PGPT0014800_839 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313 NA NA D1-35_02812 1104 dnaN COG0592 Beta sliding clamp ATGCATTTCACCATTCAACGCGAAGCCCTGTTGAAACCCCTGCAACTGGTCGCGGGCGTCGTCGAACGCCGCCAGACCTTGCCGGTACTTTCCAACGTGCTGCTGGTTGTCGAAGGCCAGCAATTGTCGCTGACCGGTACCGACCTGGAAGTCGAGCTGGTCGGTCGTGTCCAACTTGAAGAGCCGGCCGATCCGGGTTCCATCACCGTGCCGGCGCGCAAGCTGATGGACATCTGCAAGAGCCTGCCAAACGACGCGCTGATCGACATCAAGGTCGATGAGCAGAAGCTCGTGGTCAAGGCCGGTCGTAGCCGCTTCACCTTGTCGACCCTGCCAGCCAACGATTTCCCGACGGTGGAAGAAGGCCCGGGCTCGCTGACCTGCAGCCTGGAACAAAGCAAGCTGCGTCGCCTGATCGAGCGGACCAGTTTCGCCATGGCCCAGCAGGACGTGCGTTATTACCTCAACGGCATGCTGCTGGAGGTCTCGGCCGGCATCATCCGCGCCGTGGCCACTGATGGTCACCGCCTGGCGATGTGCTCCATGCAAGCCGATATCGGCCAGCCGGATCGTCACCAGGTCATCGTGCCGCGCAAAGGCATCCTGGAACTGGCGCGCCTGCTGACCGAGCCGGATGGCAACGTCAGCATCGTCCTGGGCCAGCATCACATTCGCGCGACCACCGGCGAGTTCACCTTCACTTCGAAACTGGTGGACGGCAAATTCCCTGACTACGAGCGCGTCCTGCCCAAAGGTGGCGACAAGCTGGTACTTGGCGATCGTCAGGCGCTGCGCGAAGCCTTCAGCCGCACCGCGATCCTGTCCAACGAGAAGTATCGCGGCATTCGTCTGCAACTGGCCAACGGTCAGCTGAAGATCCAGGCGAACAACCCGGAGCAGGAAGAAGCGGAAGAAGAAGTAGGCGTGGAGTACAACGGTAGCTCCCTGGAAATCGGCTTCAACGTCAGCTATCTGCTGGACGTATTGGGTGTGATGACCACCGAGCAGGTACGTCTGATCCTGTCCGACTCCAACAGCAGTGCACTGGTGCAGGAATCCGACAACGACGATTCGGCTTACGTTGTCATGCCGATGCGTCTGTAA MHFTIQREALLKPLQLVAGVVERRQTLPVLSNVLLVVEGQQLSLTGTDLEVELVGRVQLEEPADPGSITVPARKLMDICKSLPNDALIDIKVDEQKLVVKAGRSRFTLSTLPANDFPTVEEGPGSLTCSLEQSKLRRLIERTSFAMAQQDVRYYLNGMLLEVSAGIIRAVATDGHRLAMCSMQADIGQPDRHQVIVPRKGILELARLLTEPDGNVSIVLGQHHIRATTGEFTFTSKLVDGKFPDYERVLPKGGDKLVLGDRQALREAFSRTAILSNEKYRGIRLQLANGQLKIQANNPEQEEAEEEVGVEYNGSSLEIGFNVSYLLDVLGVMTTEQVRLILSDSNSSALVQESDNDDSAYVVMPMRL NA NA NA NA NA D1-35_02813 1104 recF COG1195 DNA replication and repair protein RecF ATGTCCTTAAGTCGCGTCTCGGTCACCGCGGTGCGCAATCTGCACCCGGTGACCTTCTCCCCCTCCCCCCGCATCAATATCCTTTACGGCGCCAACGGCAGCGGCAAGACCAGCGTCCTCGAAGCCGTGCATCTGCTTGGGCTTGCCCGTTCGTTTCGCAGCACCCGCCTATTGCCGGTCATTCAGTACGACCAACTGGCATGCACGGTGTTTGGCCAGGTTGAACTGGCTGAAGGTGGTCACAGCGCATTGGGGATTTCACGGGACCGGCAGGGCGAGTTCCAGATTCGCATCGACGGGCAAAACGCCCGTAGCGCAGCACAACTGGCGGAAATCCTCCCGTTGCAGCTGATCAATCCGGACAGCTTTCGGTTGTTGGAAGGGGCGCCGAAGATTCGCCGGCAGTTTCTCGACTGGGGTGTGTTCCACGTGGAACCACGTTTCATGGCCACGTGGCAGCGCTTGCAGAAGGCGCTGCGCCAGCGAAACTCTTGGCTGCGACATGGTACACTTGACGCCGTTTCGCAGGCGGTTTGGGACAGAGAGCTGTGCCAAGCCAGCGCCGAAATCGATGAATACCGCCGCGCTTATATAAAAGCCTTGAAACCGGTCTTCGAACAGACCTTGAGCGAACTGGTTGAGCTTGAGGGACTGACGCTCAGCTATTACCGAGGCTGGGACAAGGACCGGGAGTTGAGCGCCGTGCTGGCTGGGTCACTGCAGCGTGATCAGCAGATGGGACATACCCAGGCCGGACCACAACGTGCTGACTTGCGTCTCAGACTGGGCGCGCACAATGCAGCGGACATATTGTCCCGCGGTCAGCAGAAGTTGGTGGTGTGCGCCTTGCGTATCGCCCAAGGTCATTTGGTCAGCCAGGCCCGTCGCGGTCAGTGTATTTATCTGGTGGATGACTTGCCGTCCGAACTGGACGAGACCCACCGCCGTGCGCTTTGCCGCTTGCTGGAAGACTTACGCTGCCAGGTGTTCATCACCTGTGTAGACCACGAATTATTGAGGGAAGGCTGGCAGACGGAAACGCCAGTCGCTCTGTTCCACGTGGAACAGGGCCGTATCACCCAGACCCACGACCATCGGGAGTGA MSLSRVSVTAVRNLHPVTFSPSPRINILYGANGSGKTSVLEAVHLLGLARSFRSTRLLPVIQYDQLACTVFGQVELAEGGHSALGISRDRQGEFQIRIDGQNARSAAQLAEILPLQLINPDSFRLLEGAPKIRRQFLDWGVFHVEPRFMATWQRLQKALRQRNSWLRHGTLDAVSQAVWDRELCQASAEIDEYRRAYIKALKPVFEQTLSELVELEGLTLSYYRGWDKDRELSAVLAGSLQRDQQMGHTQAGPQRADLRLRLGAHNAADILSRGQQKLVVCALRIAQGHLVSQARRGQCIYLVDDLPSELDETHRRALCRLLEDLRCQVFITCVDHELLREGWQTETPVALFHVEQGRITQTHDHRE NA NA NA NA NA D1-35_02814 2418 gyrB COG0187 DNA gyrase subunit B TTGAGCGAAGAAAACACGTACGACTCAACGAGCATTAAAGTGCTTAAAGGCCTGGATGCCGTACGCAAACGTCCCGGTATGTACATTGGTGACACCGACGATGGCAGCGGTCTGCACCACATGGTGTTCGAGGTGGTCGACAACTCCATCGACGAAGCCCTTGCCGGTCATTGCGACGACATCAGCATCATTATCCACCCGGATGAGTCCATCACCGTTCGCGACAACGGCCGTGGCATCCCGGTAGACGTACACAAAGAAGAAGGCGTTTCCGCGGCTGAGGTCATCATGACCGTATTGCACGCCGGCGGTAAGTTCGACGACAACTCCTACAAAGTATCCGGCGGTCTGCACGGTGTAGGTGTGTCGGTTGTGAACGCGCTGTCCGAGAAGCTTGTTCTCACTGTTCGCCGCAGCGGCAAGATCTGGGAACAGACCTACGTCCACGGCGTGCCTCAAGCGCCGATGGCAATCGTTGGCGACAGTGAGTCCACGGGGACCCAGATTCACTTCAAGGCCTCCAGCGAAACCTTCAAGAACATCCACTTCAGCTGGGATATCCTGGCCAAGCGGATTCGTGAGCTGTCCTTCCTGAACTCCGGTGTCGGCATCGTCCTCAAGGACGAGCGCAGCGGCAAGGAAGAGCTGTTCAAGTACGAAGGCGGCCTGCGGGCATTCGTCGAGTACCTGAACACCAACAAGACCCCGGTCAACCAGGTGTTCCACTTCAACGTCCAGCGTGAAGACGGCATCGGCGTGGAAATCGCCCTGCAGTGGAACGACAGCTTCAACGAGAACCTGTTGTGCTTTACCAACAACATTCCGCAGCGCGATGGTGGTACTCACCTGGTGGGCTTCCGTTCAGCGCTGACGCGTAACCTGAACAACTACATCGAACAGGAAGGCCTGGCGAAGAAGCACAAGGTCGCCACCACCGGTGACGACGCCCGCGAAGGTCTGACCGCGATCATCTCGGTGAAGGTGCCGGATCCGAAGTTCAGTTCCCAGACCAAGGACAAGCTGGTGTCTTCCGAAGTGAAGACCGCCGTCGAACAGGAGATGGGCAAGTACTTCTCCGACTTCCTGCTCGAGAACCCGAACGAAGCCAAGCTGGTGGTCGGCAAGATGATCGACGCCGCCCGTGCCCGTGAAGCGGCGCGCAAGGCCCGCGAGATGACTCGCCGCAAAGGCGCGCTGGACATCGCCGGCCTGCCAGGAAAACTGGCCGACTGCCAGGAGAAGGACCCTGCCCTGTCCGAGCTGTACCTGGTGGAAGGTGACTCTGCTGGCGGTTCCGCCAAGCAGGGCCGCAACCGTCGTACCCAGGCGATCCTGCCGCTCAAAGGCAAGATCCTCAACGTCGAAAAGGCGCGCTTCGACAAGATGATCTCTTCCCAGGAGGTCGGTACGCTGATCACCGCGCTGGGCTGTGGCATCGGCCGCGAAGAGTACAACATCGACAAGCTGCGCTATCACAACATCATCATCATGACCGACGCCGACGTCGACGGTTCGCACATCCGCACCTTGCTGCTGACGTTCTTCTTCCGTCAGTTGCCGGAGCTGATCGAGCGCGGCTACATCTATATCGCCCAGCCGCCTTTGTACAAGGTCAAGAAAGGCAAGCAAGAGCAATACATCAAAGACGACGACGCCATGGAAGAGTACATGACGCAGTCGGCCCTGGAAGACGCGAGCCTGCACCTGAACGAAGATGCCCCAGGCATTTCCGGTGAAGCCCTTGAGCGCCTGGTGAATGACTTCCGCCTGGTGATGAAGACCCTCAAGCGCCTGTCGCGCCTGTACCCACAGGAACTGACCGAGCACTTCATCTACCTGCCGGCCGTCAGCCTCGAGCAGCTGTCCGACCACGCAGCGATGCAGGATTGGCTGGCCCAGTACGAAGTACGCCTGCGTACCGTGGAAAAATCCGGCCTGGTCTACAAAGCCAGCCTGCGTGAAGACCGTGAGCGTAACGTCTGGCTGCCGGAGGTTGAACTGATCTCCCACGGTCTGTCGAACTACGTCACCTTCAACCGCGACTTCTTCGGCAGCAACGACTACAAGACCGTCGTATCCCTCGGCGCGCAACTGAGCACGCTGTTGGACGAAGGTGCGTACATCCAGCGTGGTGAGCGCAAGAAAGCCGTGACCGAGTTCAAGGAAGCCCTTGAATGGCTGATGGCCGAAAGCACCAAGCGCCACACCATCCAGCGATACAAAGGGCTGGGTGAGATGAACCCGGATCAGCTGTGGGAAACCACCATGGATCCGGGCTCGCGCCGCATGCTGAAAGTCACCATCGAAGACGCCATTGGCGCGGACCAGATCTTCAACACCCTGATGGGTGATGCGGTCGAGCCCCGTCGTGACTTCATCGAGAGCAACGCGTTGGCGGTGTCCAACCTGGATTTCTGA MSEENTYDSTSIKVLKGLDAVRKRPGMYIGDTDDGSGLHHMVFEVVDNSIDEALAGHCDDISIIIHPDESITVRDNGRGIPVDVHKEEGVSAAEVIMTVLHAGGKFDDNSYKVSGGLHGVGVSVVNALSEKLVLTVRRSGKIWEQTYVHGVPQAPMAIVGDSESTGTQIHFKASSETFKNIHFSWDILAKRIRELSFLNSGVGIVLKDERSGKEELFKYEGGLRAFVEYLNTNKTPVNQVFHFNVQREDGIGVEIALQWNDSFNENLLCFTNNIPQRDGGTHLVGFRSALTRNLNNYIEQEGLAKKHKVATTGDDAREGLTAIISVKVPDPKFSSQTKDKLVSSEVKTAVEQEMGKYFSDFLLENPNEAKLVVGKMIDAARAREAARKAREMTRRKGALDIAGLPGKLADCQEKDPALSELYLVEGDSAGGSAKQGRNRRTQAILPLKGKILNVEKARFDKMISSQEVGTLITALGCGIGREEYNIDKLRYHNIIIMTDADVDGSHIRTLLLTFFFRQLPELIERGYIYIAQPPLYKVKKGKQEQYIKDDDAMEEYMTQSALEDASLHLNEDAPGISGEALERLVNDFRLVMKTLKRLSRLYPQELTEHFIYLPAVSLEQLSDHAAMQDWLAQYEVRLRTVEKSGLVYKASLREDRERNVWLPEVELISHGLSNYVTFNRDFFGSNDYKTVVSLGAQLSTLLDEGAYIQRGERKKAVTEFKEALEWLMAESTKRHTIQRYKGLGEMNPDQLWETTMDPGSRRMLKVTIEDAIGADQIFNTLMGDAVEPRRDFIESNALAVSNLDF PGPT0027710_1276 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 D1-35_02815 735 hypothetical protein ATGCGTGTCGCCATACTGGACGATGAACCGGCGGAGTTGCGCCGGGTGGAACAGACACTGCAGCAAATTCCCGGCAGGGGAGAGCCCGCCTGGACACTGCACAGTTTCGAACGGGGTGAAGACCTGCTGCGACAACTGCGCAGGGAAACGTTTGACCTGTTGATCCTGGACTGGCAATTACCTGACATCAGTGGCTTGTCCTTGCTGCGCTGGACACGCGAGCACATGGATTCGCCACCCGCAGCCATCATGCTCACCAGCCGCGACGGCGAGCATGACATCGTCCAAGCGCTCAACGCCGGTGCCGATGACTATGTCAGCAAACCTTTCCGTCCCAACGAGCTCAAGGCCCGGGTCACCGCGGTGCTAAGGCGTCACAACCTGCAACGCACCCCGACCACTGAAGTGCTGGTGTTCAATGACCTCGAATTCGACGATGCCGAATTGACCGTCACCCGCGCCGGTATCCCCATCAGCCTGACTGAAAGGGAGTACCGCCTGGCCCGCTGCCTGTTCGCCAACCTGGGCCGGCCGCTGTCACGGGAATATTTTTATGAGCGCTTCTGGACCCATGAAGAAATGACGTCGTCGCGCCCGCTCGACACCCATATCTATCGCCTGCGCAACAAGCTCGGGCTAACCGCTGATCGCGGCTGGCAGTTGTTGACGATCTACGGTTATGGATATCGGTTGGAGAGTGTAGCGGCAGGCAGTGAGGCTTCGGTAGCCAGTTAG MRVAILDDEPAELRRVEQTLQQIPGRGEPAWTLHSFERGEDLLRQLRRETFDLLILDWQLPDISGLSLLRWTREHMDSPPAAIMLTSRDGEHDIVQALNAGADDYVSKPFRPNELKARVTAVLRRHNLQRTPTTEVLVFNDLEFDDAELTVTRAGIPISLTEREYRLARCLFANLGRPLSREYFYERFWTHEEMTSSRPLDTHIYRLRNKLGLTADRGWQLLTIYGYGYRLESVAAGSEASVAS NA NA NA NA NA D1-35_02816 1518 walK Sensor histidine kinase WalK ATGAGCCATCCGCGTCGCCGTGAAAGCCGTGAACCGACCCAGGTGCAGCGATTGTTTCGACAATTGATGCGCGAAGGGTTGTGGATAAGCCTGGTGCTGCTCCCGCTGACCGCGCTGGTCTCGTTCAGCCTGCAATCGGCGCGCAACGGCCCAGCGGCTGCATTGTTGTCGGTGTGCCTGGTTGGCTGTGTAATGGGTTTGTTGCTGTTGCGTCCGCACTTCGCATTGGGAGCGACGTTGGGCGGGATGGGTCTGGCCCTGCTACTCAGCGCACTGCTGGGCGCGCAGTGTTGGGGGTGGTCGCCGGTGGCCAGCCTGTTGGGCATGCTGCTGGGTTATCTGATCTGGAACTGGCGGCGCCTGAGCGTGGTGCTGGCTTATTTCGGTTGGGAGCTGGCGCGCCTGGATGCTGAGCCCAAGGTCTTCCCGGAGCGCCGTCGAGCCTCCTACACCGGCAGTGATCGCTTGCAAGGCCAGATTATGGCCTTGGAACAAGCCATGAGCCGAACCCGGGACACGCGCCGATTTATTGCCGACGGCCTGGAGTACCTGCCGGTAGCAACGATGATCAGTGATCCACAGGGCAACCTGTTGCTGGGTAATCGCAAGGCTCGCGAGTTGTTCGGTCACGCTTTGGCGGGCAGTGATGTGCTGGAGGAATTGGCGCGGTTGGGTTATCCGGCATTGGTCCACTCCCCTGCACATCGCTTGTCCACGTTACCACTGGTTGAATTTCGCGATACCCGCGAGCGCAGCTTGCGACTGGAACGTGCCGCGCTGTTGCCGGTGGACGGTGATGTGCCCATTGGCTGGCTGCTCAGCCTGACTGATCTGAGCGCTGAACGGGAAGCCGAAGAGCAGCGCAGCGTCATGCTTCGTTTTCTCTCCCACGATCTGCGCGCGCCCCATTCGGCGATCCTGGCTCTGCTCGATGTGCAGCGGCATCAGGCCGGTGCCGACAAGCCGCTATTCGACCAGATCGAGCGCCAGGTGCGCCGCGCCCTGGAACTGACCGATGGGTTTGTGCAGTTGGCCAAGGCCGAGTCCGAGGCCTACCAGTTCCAACCGAGCCTGTTCGCCATGCTGGTGCTGGACGTGATCGACCAGGCATTGCCTGTTGCCCAGGCCAGGAGTATTCGGTTGGAACACCAACTCGACGATGAGGAAGCGCTGATCAGCGCTGATCAGCCCCTGCTGACCCGCGCCCTGTTCAACTTGTTGGAGAACGCCATCAAGTACAGTGCGCCCGACACGTGTATAGCGTTGCAGGTCCGTTGTGCCCAGGGCTGGTTGACGTGTGACGTCGTTGATCAGGGCAAAGGCATCGGCGCGCAGGAACTGCCGGATCTGTTCGTCCAGTACCGACGGTTTTCGTCGGCCCATGGCGTGGATGGCATCGGTTTGGGGCTGTCGATGGTCAAGGCGGTCGTGGACCGTCATGGTGGGCAAATCGATTGCCGTAGCGTGGTAGGCGAAGGCACTACGTTCAGCCTGCGCTTTCCGTTGTTGGAGGAATAA MSHPRRRESREPTQVQRLFRQLMREGLWISLVLLPLTALVSFSLQSARNGPAAALLSVCLVGCVMGLLLLRPHFALGATLGGMGLALLLSALLGAQCWGWSPVASLLGMLLGYLIWNWRRLSVVLAYFGWELARLDAEPKVFPERRRASYTGSDRLQGQIMALEQAMSRTRDTRRFIADGLEYLPVATMISDPQGNLLLGNRKARELFGHALAGSDVLEELARLGYPALVHSPAHRLSTLPLVEFRDTRERSLRLERAALLPVDGDVPIGWLLSLTDLSAEREAEEQRSVMLRFLSHDLRAPHSAILALLDVQRHQAGADKPLFDQIERQVRRALELTDGFVQLAKAESEAYQFQPSLFAMLVLDVIDQALPVAQARSIRLEHQLDDEEALISADQPLLTRALFNLLENAIKYSAPDTCIALQVRCAQGWLTCDVVDQGKGIGAQELPDLFVQYRRFSSAHGVDGIGLGLSMVKAVVDRHGGQIDCRSVVGEGTTFSLRFPLLEE PGPT0002705_1423 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D1-35_02817 780 hypothetical protein ATGTCGATATTGCAGGCCATCAGAAGCTTCCTCTTTTACCTGCTGCTGGGCACCAGTTCCTTGTTGTGGTGCACGTTGAGTTTTTTTGTCGCGCCGTTCATGTCGTTCAGGACGCGCTACCGCTTCATCAATGTTTACTGGTGCCGTTGCGCACTCTGGCTGAGCAAGGTGTTTCTGGGCATCCGCTACGAAGTGAAAGGTGCCGAGAATGTGCCTGAGCGCCCTTGTGTCATCCAGTCCAACCACCAGAGCACCTGGGAGACCTTCTTTCTCTCGGCTTATTTCGAACCGTTGAGCCAAGTGCTCAAGCGCGAGCTGCTGTTTGTACCGTTCTTCGGCTGGGCCATGGCGATGCTGCGCCCGATTGCCATCGACCGTGACAACCCGAAGGTTGCCCTCAAGCAGGTAGCGCAAAAAGGCGATGTGCTGCTCAAGGACAACGTTTGGGTACTAATCTTTCCCGAGGGCACCCGCGTACCTTACGGGACCATCGGCAAGTTTTCCCGCAGTGGCTCCGCATTGGCGGTAAACGCCGGCCTGCCAGTACTACCGATTGCACACAATGCGGGCAAATTCTGGCCCAAGGCCGGCTGGGTCAGAACGCCAGGCGTTATCACCGTGGTCATCGGCGCCCCCATGTATGCAGAGGGCAGTGGGCCGCGCGCGATTGCCGAGCTGAACGACCGTGTACAGGCTTGGAATGAACAGACGCAACGGGAATTGGGCTCGCTTCCTCCGGCCCCTGCTGCGCCGGCTGCGACGGACAAGTTGGCTGTATGA MSILQAIRSFLFYLLLGTSSLLWCTLSFFVAPFMSFRTRYRFINVYWCRCALWLSKVFLGIRYEVKGAENVPERPCVIQSNHQSTWETFFLSAYFEPLSQVLKRELLFVPFFGWAMAMLRPIAIDRDNPKVALKQVAQKGDVLLKDNVWVLIFPEGTRVPYGTIGKFSRSGSALAVNAGLPVLPIAHNAGKFWPKAGWVRTPGVITVVIGAPMYAEGSGPRAIAELNDRVQAWNEQTQRELGSLPPAPAAPAATDKLAV PGPT0024380_1389 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D1-35_02818 534 gmhB COG0241 D-glycero-beta-D-manno-heptose-1,7-bisphosphate 7-phosphatase TTGAAACTGCTGATTCTCGATCGGGACGGAGTGATCAATCACGACTCCGACGCCTACATCAAGTCGGTGGAGGAGTGGTTGCCGATTCCCGGTTCCATCGAGGCCGTCGCACAATTGAGCAAGGCCGGCTGGACGGTGGCGGTCGCCACCAACCAGTCGGGCATTGCCCGCGGTTACTACGAACTCGCCGTCCTCGACGCCATGCATGAACGCTTGCGTCAGCTGGTGGCCGGGCAGGGCGGTGACATCGGGCTGATCGTTTATTGCCCACATGGGCCGGACGAAGGCTGCGATTGCCGCAAGCCCAAGCCCGGCATGCTGAAAACCATCGCCGCTCACTATGACGTTGCGCTGTCGGGCGTGTGGTTTGTCGGCGACAGCCTCGGTGACCTGGAGGCGGCGAAGGCCGTCGATTGTCAGCCAGTTTTGGTCAAGACCGGAAAAGGCGAAAAGACCCTGGGCAAGACCCTACCGGTGGGCACCTTGATTTTTGACGACCTGGCGGCGGTTGCCGCTGAACTTATCCACAATTAG MKLLILDRDGVINHDSDAYIKSVEEWLPIPGSIEAVAQLSKAGWTVAVATNQSGIARGYYELAVLDAMHERLRQLVAGQGGDIGLIVYCPHGPDEGCDCRKPKPGMLKTIAAHYDVALSGVWFVGDSLGDLEAAKAVDCQPVLVKTGKGEKTLGKTLPVGTLIFDDLAAVAAELIHN PGPT0023035_1791 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 D1-35_02819 2055 glyS COG0751 Glycine--tRNA ligase beta subunit ATGAGTGCTCAAGATTTTCTGGTTGAACTGGGCACCGAAGAACTGCCACCCAAAGCCCTGAACACCCTGGCCGATGCATTCCTGGCCGGCATCGAGAAAGGCCTGCAAGCCGCTGGCCTGAACTTCGAAACCAAGCATGTCTACGCCGCGCCGCGCCGCCTGGCCGTGCTGATCACCGCCCTGGCAACGCAACAGCCGGACCGCAGCATCAACCTCGACGGCCCGCCCGTGCAAGCCGCGTTCGATGCCGACGGCAACCCGACCCAGGCCGCCCTGGGCTTCGCCAAGAAGTGCGGCGTCGATCTGAGCGAAATCGACCAGAGCGGCCCGAAGCTGCGCTATAGCCAGAGCATCAAGGGCAAGCCGACCGCCAGCCTGTTGCCGACCATCGTCGAAGACTCCCTCAATGACTTGCCGATTCCCAAGCGCATGCGCTGGGCTGCGCGCAAGGAAGAGTTCGTGCGTCCGACCCAATGGCTGGTGATGCTGCTCGGTGACCAGGTCATCGATTGCACGATCCTCGCCCAAAAGGCCGGTCGTGATTCTCGCGGTCACCGTTTCCATCATCCGCAGAGCGTGCGTATCACGTCGCCGGCCAATTACCTGGCCGACCTTCGCGCTGCCTATGTATTGGCCGATTCCAACGAGCGCCGCGAGCTGATCAGCAAACGCACCGAAGAACTGGCGACCGCCCAGGAAGGTACGGCTATCGTGCCGGCCAACCTGCTGGACGAAGTGACCGCGCTGGTGGAATGGCCGGTGCCACTGGTGTGCTCGTTCGAGGAACGCTTCCTTGAAGTGCCCCAGGAAGCGCTGATCACCACCATGCAGGACAACCAGAAATATTTCTGCCTGCTGGACGCCGAAGGCAAGTTGCTGCCGCGCTTCATCACGGTGGCCAACATCGAAAGCAAGGACCCGCAGCAGATCATCGCCGGTAACGAAAAAGTCGTACGCCCGCGTCTGACCGATGCCGAGTTCTTCTTCAAGCAAGACAAGAAGCAGCCCCTGGAAAGCTTCAACGAGCGCCTGCGCAACGTGGTGTTCCAGGAAAAACTCGGCAGTGTCTACGACAAGGCCGAGCGCGTATCGAAACTGGCAGCATTCATCGCTCCACGCATCGGCGGCGATGCCCAGCGCGCTGCACGTGCCGGCATCCTGTCCAAGTGCGACCTGTCCACCGAGATGGTCGGTGAGTTCCCGGAGATGCAAGGTATCGCCGGTTACTACTACGCCCTCAACGACGGCGAGCCGCAGGATGTTGCCCTGGCGCTGAACGAACAGTACATGCCGCGTGGCGCCGGCGCTGAATTGCCGACCACCCTGACCGGTGCGGCCGTGGCGATCGCGGACAAGCTCGACACCCTGGTCGGCATCTTCGGTATCGGCATGCTGCCCACCGGCAGCAAGGACCCGTACGCACTGCGTCGCGCAGCGCTGGGCGTGCTGCGCATTCTCATCGACAAGCAGCTGGACCTGGACCTGAACGACGCCGTGGCCTTCGCCGTGAATGCGTTCGGCAGCAAGGTCAAGGCTGCCGGCCTGGCCGACGCGGTGCTGGAATTCATTTTCGACCGCCTGCGTGCGCGTTATGAAGACGAAGGTGTCGACGTCGCGACCTACCTGTCGGTGCGAGCCCTGAAACCGGGCTCTGCCCTGGACTTCGACCAACGCGTACAGGCAGTGCAGGCGTTCCGCAAACTGCCGGAAGCGGCAGCGCTGGCGGCGGTGAACAAGCGCGTGTCGAACCTGCTGAGCAAGGCCGAAGGCAACATTGCGGCCGTCGTTGAAGCCAAGTACTTCGACAACGCCAATGAGTTCTCCCTGTACTCGGCGATCCAGCAGGCGGACCAGGCAGTCCAGCCGATGGCAGCGGCGCGTCAGTACAGCGAAACCCTGGCGCGCCTGGCAGCATTGCGTGAACCGGTGGATGCGTTTTTCGAAGCGGTGATGGTCAATGCCGAAGACGCCAATGTGCGAGCCAACCGCTATGCGCTGCTGGCGCGTCTGCGTGGGTTGTTCCTCGGTGTTGCCGATATTTCGCTGCTGGGGTAA MSAQDFLVELGTEELPPKALNTLADAFLAGIEKGLQAAGLNFETKHVYAAPRRLAVLITALATQQPDRSINLDGPPVQAAFDADGNPTQAALGFAKKCGVDLSEIDQSGPKLRYSQSIKGKPTASLLPTIVEDSLNDLPIPKRMRWAARKEEFVRPTQWLVMLLGDQVIDCTILAQKAGRDSRGHRFHHPQSVRITSPANYLADLRAAYVLADSNERRELISKRTEELATAQEGTAIVPANLLDEVTALVEWPVPLVCSFEERFLEVPQEALITTMQDNQKYFCLLDAEGKLLPRFITVANIESKDPQQIIAGNEKVVRPRLTDAEFFFKQDKKQPLESFNERLRNVVFQEKLGSVYDKAERVSKLAAFIAPRIGGDAQRAARAGILSKCDLSTEMVGEFPEMQGIAGYYYALNDGEPQDVALALNEQYMPRGAGAELPTTLTGAAVAIADKLDTLVGIFGIGMLPTGSKDPYALRRAALGVLRILIDKQLDLDLNDAVAFAVNAFGSKVKAAGLADAVLEFIFDRLRARYEDEGVDVATYLSVRALKPGSALDFDQRVQAVQAFRKLPEAAALAAVNKRVSNLLSKAEGNIAAVVEAKYFDNANEFSLYSAIQQADQAVQPMAAARQYSETLARLAALREPVDAFFEAVMVNAEDANVRANRYALLARLRGLFLGVADISLLG NA NA NA NA NA D1-35_02820 1020 glyQ COG0752 Glycine--tRNA ligase alpha subunit GTGCGCACGAACGAATCGGGTATACTCCCGCTCTTTAAATCGCAGCCCAAGAAACAGGTGAATTTCGTGAGCCAGCCTACGCCAGCCGTGCGTACCTTCCAAGACTTGATCCTCGCCCTCCAGCAATACTGGGCCGAGCAAGGTTGCGTGGTACTTCAGCCCTACGATATGGAAGTAGGCGCCGGCACTTTCCACACTGCCACGTTTCTGCGTGCCATCGGCCCGGAAACCTGGAACGCCGCTTATGTGCAACCAAGCCGCCGCCCGACTGACGGCCGCTACGGCGAAAACCCGAACCGCCTGCAGCATTACTATCAATTTCAGGTCGTGCTGAAGCCGAACCCGGAAAACTTCCAGGAGCTGTACCTGGGCTCCCTCAAACACGTGGGCCTCGACCCGCTGGTGCACGACATTCGTTTCGTCGAAGACAACTGGGAATCACCGACCCTGGGCGCCTGGGGCCTGGGCTGGGAAGTCTGGCTCAACGGCATGGAAGTGACCCAATTCACCTACTTCCAGCAAGCGGGCGGCATCGAATGCTACCCGGTGACTGGTGAGATCACCTACGGCCTGGAACGCCTGGCCATGTACCTGCAAGGCGTGGATTCGGTCTACGACCTGGTATGGGCCGACGGTCCGTTCGGCAAAGTGACGTATGGCGACGTGTTCCATCAGAACGAAGTGGAGCAATCGACCTACAACTTCGAACACGCCAACGTCGACAAGCTGTTCGAGTTGTTCGATTTCTATGAAAGCGAAGCCAAGCGCCTGATCGAACTGGACCAGCCGCTGCCGCTGCCGAGTTATGAAATGGTCTTGAAGGCATCTCATACCTTCAATCTGCTGGATGCACGCCGGGCGATTTCCGTGACCGCGCGCCAGCAATACATCCTGCGTGTGCGCACCCTGGCGCGTTCCGTCGCGCAAGCCTACCTGCTGGCCCGTGCCAAGCTGGGCTTCCCGATGGCGACCCCGGACCTGCGTGATGAAGTGTTGGCTAAGCTGGAGGCTGCACAATGA MRTNESGILPLFKSQPKKQVNFVSQPTPAVRTFQDLILALQQYWAEQGCVVLQPYDMEVGAGTFHTATFLRAIGPETWNAAYVQPSRRPTDGRYGENPNRLQHYYQFQVVLKPNPENFQELYLGSLKHVGLDPLVHDIRFVEDNWESPTLGAWGLGWEVWLNGMEVTQFTYFQQAGGIECYPVTGEITYGLERLAMYLQGVDSVYDLVWADGPFGKVTYGDVFHQNEVEQSTYNFEHANVDKLFELFDFYESEAKRLIELDQPLPLPSYEMVLKASHTFNLLDARRAISVTARQQYILRVRTLARSVAQAYLLARAKLGFPMATPDLRDEVLAKLEAAQ NA NA NA NA NA D1-35_02821 558 tag COG2818 DNA-3-methyladenine glycosylase 1 ATGCCACGCTGCTTTTGGTGTTCCGAAGATCCGTTGTACATGGCTTATCACGATCAGGAGTGGGGGACGCCGCTGCGCGATGCGCAGGGTTTGTTCGAGTTGCTTCTGCTCGAAGGGTTCCAGGCCGGTCTGTCCTGGATCACCGTTTTGCGCAAACGCGAACGTTACCGGGAAGTGCTCTACGGCTTCGATGTGCAGCGGGTGGCGCAGATGAGCGACGCTGAAATCGATGAACTGATGCTCGACCCCGGCATTATCCGCAACCGCCTCAAGCTCAAGGCGGCGCGGCGCAATGCCCAGGCCTGGCTGGCGCTGGAAGACCCGGTGGCATTTCTCTGGTCGTTCGTAGGCAACCAACCGATCATCAACCATTTCAAGGACCGCACCGAAGTGCCGGCCATCACCCCCGAGGCGCTGGCAATGAGCAAAGGCCTGAAAAAAGCCGGGTTCACCTTCGTCGGCCCAACCATCTGCTACGCCTTGATGCAGGCCTCGGGCATGGTCATGGACCACACCCAGGACTGCGACCGCTACGCCGAGTTGGTAAACGGTGGTTAG MPRCFWCSEDPLYMAYHDQEWGTPLRDAQGLFELLLLEGFQAGLSWITVLRKRERYREVLYGFDVQRVAQMSDAEIDELMLDPGIIRNRLKLKAARRNAQAWLALEDPVAFLWSFVGNQPIINHFKDRTEVPAITPEALAMSKGLKKAGFTFVGPTICYALMQASGMVMDHTQDCDRYAELVNGG NA NA NA NA NA D1-35_02822 888 lpxP COG1560 Lipid A biosynthesis palmitoleoyltransferase GTGGATAAGTTGAAAGGCGCCTTGCTGGTCGGCGCTCTGCGGTTGTTTGCGCTGCTCCCTTGGCGAGCGGTGCAGGCGGTGGGCTCGGCCATTGGCTGGCTCATGTGGAAATTACCCAACCGTTCCCGCGACGTGGTGCGGATCAACCTCGCCAAGTGTTTCCCCGAGATGGACCCGGCCGAGCGCGAGCGCCTGGTAGGCCAGAGCCTCAAGGACATTGGCAAATCCCTGACCGAAAGCGCCTGTGCCTGGATCTGGCCGGCCCAGCGCTCCATCGAACTGGTGCGCGAAGTCGAAGGCCTGGAGGTGTTGAAAGAAGCGCTGGCCTCGGGCAAAGGCGTGGTCGGCATCACCAGCCACCTGGGCAATTGGGAAGTGCTCAATCACTTCTATTGCAGCCAGTGCAAACCGATCATCTTCTACCGCCCGCCCAAGCTCAAGGCGGTGGATGAGTTGCTGCAGAAGCAACGCGTGCAACTGGGCAACAAGGTCGCGGCGTCTACCAAGGAAGGCATCCTCAGCGTCATCAAGGAAGTGCGCAAGGGCGGCCAGGTGGGGATCCCCGCCGATCCGGAGCCGTCCGAATCCGCCGGCATCTTCGTGCCCTTCTTCGCCACCCAGGCCCTGACCAGCAAGTTCGTGCCGAACATGCTCGCCGGCGGCAAGGCGGTCGGCGTCTTCCTCCACGCCCTGCGCCTGCCGGACGGCTCCGGCTACAAAGTCATCCTCGAAGCCGCCCCGGACGAGATGTACAGCACCGACACCGAAACCGCCTGCGCCGCCATGAGCAAAGTGGTCGAGCGTTATGTACGGGCCTATCCGAGCCAGTACATGTGGAGCATGAAACGCTTCAAGAAACGCCCGCCGGGCGAGGCGCGGTGGTACTGA MDKLKGALLVGALRLFALLPWRAVQAVGSAIGWLMWKLPNRSRDVVRINLAKCFPEMDPAERERLVGQSLKDIGKSLTESACAWIWPAQRSIELVREVEGLEVLKEALASGKGVVGITSHLGNWEVLNHFYCSQCKPIIFYRPPKLKAVDELLQKQRVQLGNKVAASTKEGILSVIKEVRKGGQVGIPADPEPSESAGIFVPFFATQALTSKFVPNMLAGGKAVGVFLHALRLPDGSGYKVILEAAPDEMYSTDTETACAAMSKVVERYVRAYPSQYMWSMKRFKKRPPGEARWY PGPT0013315_2586 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0013315-lpxL|htrB-K02517 NA NA D1-35_02823 789 fabG_5 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAACATCGACTTCACCGGACGTAACGTATTGGTCACCGGTTCCACCAGCGGCATCGGTTTTGCGACCGCCAAAGGTTTTCTGGAAGCCGGTGCCCAGGTCGTCATCAACGGGCGCAGCGAAAGCAGCGTGGAGGACGCGTTGCAGCGCCTGGGCAATCTGGCTTCCAGGGCGACAGGCTTTGTTGGCGATCTCAGCAACGAACCTGGCTGCCAGGCGTTGATCGCCAGGCATCCAAGCTTCGATATTGTCATCAACAACCTGGGCATTTTCAAACAGGAAGACTTCTTCGAGACGCCGGACAGCGAATGGCAGCGTTTCTTCGAAACCAATGTGATGTCGGGTGTGCGTGTTTCCAGGGCCTACGCGCAGGGCATGGTCGAGCGTGGTTGGGGGCGGATCGTGTTTGTCTCGTCGGAGTCGGGCGTGAACATTCCGGCCGACATGATCCACTACGGCTTCACCAAGACCGCCCAGCTTTCAATCGCTCGCGGCCTGGCCAAACGCCTCGCGGGAACGGGCGTGACGGTGAACTCGGTATTGCCCGGGCCGACACTGTCCGAAGGCGTTGCCAAGATGCTCCAGGCGGACGTCGAGCGCAGCGGGGAAAGCCTGGAGAAGGTCGCGGCAGATTTCGTCAACGAGCACCGCAGCACCTCGATCATCCAGCGCGCGGCACGGGTAGAGGAAGTCGCCAACATGATTATCTACGCCAGCTCGGAACAGGCCTCGGCCACCACCGGAGCGGCGCTGCGAGTTGACGGCGGTGTGGTGGACAGCATCGTTTAG MNIDFTGRNVLVTGSTSGIGFATAKGFLEAGAQVVINGRSESSVEDALQRLGNLASRATGFVGDLSNEPGCQALIARHPSFDIVINNLGIFKQEDFFETPDSEWQRFFETNVMSGVRVSRAYAQGMVERGWGRIVFVSSESGVNIPADMIHYGFTKTAQLSIARGLAKRLAGTGVTVNSVLPGPTLSEGVAKMLQADVERSGESLEKVAADFVNEHRSTSIIQRAARVEEVANMIIYASSEQASATTGAALRVDGGVVDSIV PGPT0003180_3276 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 D1-35_02824 285 hypothetical protein ATGAACACTTTCAGCAAAACACTCGTTGGCTCGCTTCTGGCACTGTCGCTCGGCAATGCGTTCGCGACTTCTTTTGTTCAACCTACATTCGCTGAGGGCGGTTCGGATCGCCTGATCGAAAAACGAATAGCCGAAGGTGGCTCCGATCGTCTTATCGAGAAACGCATAGCCGAAGGCGGCTCCGATCGTCTGATCGAGAAACGCGTAGCCGAAGGTGGCTCCGATCGTCTGATCGAGTTACGGGTAGCCGAAGTTGGCTCGGATCGCCTAGGCGAGAACGGCTAG MNTFSKTLVGSLLALSLGNAFATSFVQPTFAEGGSDRLIEKRIAEGGSDRLIEKRIAEGGSDRLIEKRVAEGGSDRLIELRVAEVGSDRLGENG NA NA NA NA NA D1-35_02825 420 ohrB_2 COG1764 Organic hydroperoxide resistance protein OhrB ATGAACGTTCTCTACACCGCAGTCGCAACCTCCACCGGTGGCCGTGATGGCCGTGCTGTTTCCAGCGACAAGATCCTCGACGTGAAACTGGCCACGCCAAAAGCCCTGGGCGGTGCCGGTGGTGAAGCCACCAATCCTGAGCAGTTGTTCGCAGCCGGCTACTCGGCCTGCTTCATCGGCGCGTTGAAATTTGTCGCCAGCCAAAGCAAACGCAGCATTCCGGCTGACGCCTCGATCACGGCACACGTCGGCATCGGCCAGATCCCTGGCGGTTTCGGTCTGGACATCGACCTGCACATCAGCCTGCCAGGTCTGGATCAAGCCGATGCTCAAGCGCTGGTCGACGCGGCTCACCAGGTTTGCCCGTACTCCAACGCGACCCGCGGCAACGTCGACGTCCGTTTGCACGTCGCCGTCTAA MNVLYTAVATSTGGRDGRAVSSDKILDVKLATPKALGGAGGEATNPEQLFAAGYSACFIGALKFVASQSKRSIPADASITAHVGIGQIPGGFGLDIDLHISLPGLDQADAQALVDAAHQVCPYSNATRGNVDVRLHVAV PGPT0013160_3583 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 D1-35_02826 1128 hypothetical protein ATGGATGGCCCGAGATCTCGCAATGGCATGGACTTTTGCATAGCCGGACAAGTGCGCACTGACCGACTGCAGCAACTGTTTCGCCAATCCGTTTCCGCGGTGTTTGGTAGTTACCTCGCGGCCATCATGTTGTGTTGGCTGTGTTGGGATCGCTTTGAGCACAGCACGGTTGTGTGGTGGCTGGCCATATTAAGCGGATCGACGCTGCTGCGGATCGCGATGTTCGTTGCCTATTTTCGCAGCGACGAGGTTCAGCGCACGCCTCAACGCTGGGAGCGCAGATACTGGGTCTCGCTGGTGTTGTCCGCGAGCATCTGGGGCGGCGGCGCGCTTGTTTTGATGCCGCAAGATGATCTCCTCTCGCAAGCTCTCGTCATGCTTTTTACCGTGGGGATGACTGTCAGCGCGGTCTCCTGTTACTCCGCCTACCGGGACATGACACTGGTCTCCATTGGCCTTGTGCTGTTTCCGTGCACGGTCTGGCTGCTGTTCCAACCGTCGCCGATTCAAGTCGGCATGGCGCTTTCGATCCTGGTGTTCGCGGCATTTGCTGCCCGCGCCACCCACAAAATGTCCCAGGCACTGGAAACCGCTTTTCGACTCACCCGCGAGATGGAACAGGCGAACAGCATTTCAACCCGCGCCGCACAAACCGATGAACTGACCGGCCTGAAAAGTCGACGGGCTTTTTTCGAGCATGCCCAGCAGCTTTACGACGAATGCAGAACCAACCGGTTGGGGTTGTGCGCCGTCATGTTGGACATGGATCACTTCAAGCACATCAACGACACCTACGGCCATCAGGTCGGGGACCAGGTCCTACGCCAGATGGGCGTGGTCATCAGCTCGTCGTTTCGGGCCACGGATATACACGGTCGGCTCGGTGGGGAAGAGTTCGCCATTCTGCTTCCGGATACGTCCATTGACGTCGCTATAGAAATTGCAGAAGGACTTATCCAGAGTATCGCTGGCTTGATGATCGAGCCTGTCCATCGCATCACCGCCAGCCTTGGCGTGGCGTCGACGGAGGCGAATCACAAGGATCTGCATGGCTTGATGAATAACGCTGATAAGGCGCTGTATCGGGCGAAAGCGCTGGGGCGTAACCAGGTTGCCGTCGCTCACTAG MDGPRSRNGMDFCIAGQVRTDRLQQLFRQSVSAVFGSYLAAIMLCWLCWDRFEHSTVVWWLAILSGSTLLRIAMFVAYFRSDEVQRTPQRWERRYWVSLVLSASIWGGGALVLMPQDDLLSQALVMLFTVGMTVSAVSCYSAYRDMTLVSIGLVLFPCTVWLLFQPSPIQVGMALSILVFAAFAARATHKMSQALETAFRLTREMEQANSISTRAAQTDELTGLKSRRAFFEHAQQLYDECRTNRLGLCAVMLDMDHFKHINDTYGHQVGDQVLRQMGVVISSSFRATDIHGRLGGEEFAILLPDTSIDVAIEIAEGLIQSIAGLMIEPVHRITASLGVASTEANHKDLHGLMNNADKALYRAKALGRNQVAVAH PGPT0026005_108 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026005-roeA-K21022 NA NA D1-35_02828 288 hypothetical protein ATGTCGAAATCTACAACGAATCCGCCTGAGGCGGACCGCACCTCCTCGCCACCAGAACCGAAAGATGCTCTCCAATCCGCTCAACTCTTCACCGTCGTACAAGACACCGACAACGAATGCCTGCTCGCCAACCTCAGCGAAACCCTGGCTTCAGCCGACGCCATGGTCAGCAACCTCGCGTTCGATCTGGAAGGCTCACACCGCCACATCGCCCTCGGCGTCCAGCAACTGATCGAGCTGAGCTCATTACTGGCGAACCGAGTTCTGGACAACGTTGATCCAAGATAA MSKSTTNPPEADRTSSPPEPKDALQSAQLFTVVQDTDNECLLANLSETLASADAMVSNLAFDLEGSHRHIALGVQQLIELSSLLANRVLDNVDPR NA NA NA NA NA D1-35_02829 375 hypothetical protein GTGATCAAGTCTTTGTTGGTTGGGGCATTGCTGGCAATGGCATCAGCATCGGCGTCTGCGATGAGTTGCGATAACCCTAGAAACGCCTATGACAGAACCTATTGCGCGTCGCTGAAAATGGTTCAGTCGGACCAGGAAATCAACGAGCAATACAAGAAGACGATGAGTGCCCTGAACCCGGATCAAAAGAAGAAGGTGAAAGCCGCTCAGATCCAGTGGATCAAGATTCGTGACAACGCCTGTTCCAACGACGGCCTGCTCTACCTGGACTGTGCCAATGAGAAGACCGAGGCGCGTATCGTCATACTCAAGGCTGTCGAGCGCGAGTGCCGCGCTGCCGGTTGCGACGACGCCAAACTGTCGCAAGTCGAGTAA MIKSLLVGALLAMASASASAMSCDNPRNAYDRTYCASLKMVQSDQEINEQYKKTMSALNPDQKKKVKAAQIQWIKIRDNACSNDGLLYLDCANEKTEARIVILKAVERECRAAGCDDAKLSQVE NA NA NA NA NA D1-35_02830 768 yfcA_1 COG0730 putative membrane transporter protein YfcA ATGCAAATTGAATACGCCATGGGCGCGTTGGGATTTTTTGCTTTTTGCGGGGGGATGATCGATGCTGCTGTAGGGGGCGGAGGTTTGGTTCAGGTACCCGCTCTACTTCATGCATTACCTCAGCACTCGCTGAGCACAGTTTTTGGAACTAATAAGCTCGCTGTACTTGCAGGAAATGTTTCTTCTATATTTAGTTACGTTAAAAGAATAAAGATCGTCTGGAAGCTGATGCTTCCAACCATGCTCTCGGCTTTTTTATTTTCGTTTTTGGGTGCTTTTTCCGTCTCGCTCGTTCCGAAGGCGATCATGGAATATTTTGTGTTTTTTGTATTGGTGGTAATGGCTGTTTATACATTTGCAAAAAAGGATCTGGGGCTTGTTCACTCGGACGCTCAATGCGGATCCAAAGAAGTGCTCCTTGGGGTTTTTTTTGGCGGCATAATTGGATTTTATGACGGAGTTTTTGGACCCGGCAGTGGTAGTTTTTTGTTATTTGTTTTCGTTAAATATTTTGGCTACGATTTTCTGAATGCATCCGCTTCAGCAAAACTGGTTAATCTGGGAACGTTTAGCGCGGCGCTGCTATTTTTCATTCCTTCAGGTCATGTGCTGTGGGTAATTGGTGGACTGGTCGCGGTGTGTAATATGGCGGGTGCGCTGACAGGCACTTTTTTGGCTTTGCGCTATGGGAGTGGATTAATTCGTATCTTGTTTCTCTTTTTATTGGTTTTCCTTATTGGCCGAATGGGATTGTCCATATGGCTGTGA MQIEYAMGALGFFAFCGGMIDAAVGGGGLVQVPALLHALPQHSLSTVFGTNKLAVLAGNVSSIFSYVKRIKIVWKLMLPTMLSAFLFSFLGAFSVSLVPKAIMEYFVFFVLVVMAVYTFAKKDLGLVHSDAQCGSKEVLLGVFFGGIIGFYDGVFGPGSGSFLLFVFVKYFGYDFLNASASAKLVNLGTFSAALLFFIPSGHVLWVIGGLVAVCNMAGALTGTFLALRYGSGLIRILFLFLLVFLIGRMGLSIWL NA NA NA NA NA D1-35_02831 771 metQ_1 COG1464 putative D-methionine-binding lipoprotein MetQ ATGAAAAAACTACTGGTCGCCTTCGCTGCCGCCGCAGCGTTCTCCGCACACGCCGACACCCTGACCGTCGCGGCCACGCCGGTTCCTCACGCGGAAATCCTCGAGTTCGTCAAACCGGCATTGGCGAAGGAAGGCGTGGACCTCAAGGTCAAGGTCTTCACCGACTACGTCCAGCCCAACGTACAAGTCGCCGAAAAGCGCCTGGACGCCAACTTCTTCCAGCACCAGCCGTACCTGGATGAGTTCAACAAGGCCAAGGGCACGAATCTGGTGAGCGTAACCGGTGTGCACCTGGAACCCCTGGGCGCGTACTCCAGCAAGTACAAGGCACTTACAGAACTGCCAGGCGGCGCCAATGTCGTGATCCCGAACGATGCTACCAATGGCGGCCGTGCGCTGTTATTGCTGGCCAAAGCAGGGCTGATCAAGCTCAAGGACTCGAACAACATCCTGTCGACTACCAAAGACATCACCGAGAATTCGAAGGATCTGAAGTTCCGTGAGCTGGAAGCGGCAACCATTCCGCGCGTGCTGACTCAAGTGGATCTGGCATTGATCAATACCAACTATGCGTTGGAGGCCAAGCTTGACCCTTCCAAGGATGCGCTGGTGATCGAAGGCAACGACTCGCCTTATGTGAATATTCTGGTAGCCCGTCCGGACGACAAGGACAGCGAGGCCATGAAGAAGCTGGTTGCAGCGCTGCATACGCCGGAAGTTAAGGCGTTTATTCTGGAGAAATACAAAGGCGCGGTTTTACCGGCGTTTTGA MKKLLVAFAAAAAFSAHADTLTVAATPVPHAEILEFVKPALAKEGVDLKVKVFTDYVQPNVQVAEKRLDANFFQHQPYLDEFNKAKGTNLVSVTGVHLEPLGAYSSKYKALTELPGGANVVIPNDATNGGRALLLLAKAGLIKLKDSNNILSTTKDITENSKDLKFRELEAATIPRVLTQVDLALINTNYALEAKLDPSKDALVIEGNDSPYVNILVARPDDKDSEAMKKLVAALHTPEVKAFILEKYKGAVLPAF PGPT0020510_5710 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D1-35_02832 663 metP COG2011 Methionine import system permease protein MetP ATGGAATTTTTTGCAAACATCGACTGGCTGGAAATCTGGCTGGCAACCGGCGACACCTTCCTGATGCTGTTCGGTTCGCTGCTGTTCACCGTACTGCTCGGCCTGCCGCTGGGCGTGTTGCTGTTTCTCTGCAGCCCGCGCCAATTGCTTGAAGCCCGGGGCCTCTACGCGCTGCTGTCGCTGATGGTGAACATCCTGCGTTCGCTGCCATTCATCATCCTGTTGATCGTGATGATCCCGTTCACGGTGTTGATCACCGGCACGTCGTTGGGCGTGGCCGGCGCGATCCCGCCACTGGTGGTCGGTGCGACGCCGTTCTTCGCCCGCTTGGTGGAAACCGCCCTGCGCGAAGTCGATCGCGGCATCATCGAAGCGACCCAGGCCATGGGCGCTACCACGCGACAGATCATCGTCAACGCATTGCTGCCGGAAGCCCGTCCGGGCATTTTCGCAGCGATTACGGTGACAGCGATTACTTTGGTGTCCTACACGGCCATGGCCGGTGTGGTCGGCGCTGGTGGCCTGGGCGACCTGGCGATCCGCTTCGGCTACCAGCGTTTCCAGACCGACGTGATGGTGGTCACGGTGGTGTTGCTGCTGGTGCTGGTCCAGGTCCTGCAAACCGTGGGCGACAAACTGGTTGTGCATTTCTCTAGAAAATAA MEFFANIDWLEIWLATGDTFLMLFGSLLFTVLLGLPLGVLLFLCSPRQLLEARGLYALLSLMVNILRSLPFIILLIVMIPFTVLITGTSLGVAGAIPPLVVGATPFFARLVETALREVDRGIIEATQAMGATTRQIIVNALLPEARPGIFAAITVTAITLVSYTAMAGVVGAGGLGDLAIRFGYQRFQTDVMVVTVVLLLVLVQVLQTVGDKLVVHFSRK PGPT0020515_1205 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072 NA NA D1-35_02833 1008 metN_1 COG1135 Methionine import ATP-binding protein MetN GTGATCGAGTTTCAAAACGTCCATAAAACCTACCGGGTTGCCGGTAGGGATATCCCCGCGCTGCACCCGACCAGTCTGACCATCCAGAACGGTCAGGTCTTCGGCCTGATCGGTCATTCCGGTGCGGGAAAAAGTACCCTGCTGCGCCTGATCAATCGCCTGGAAGATTCCAGCGGCGGCAAGATCATCGTCGACGGCGAAGAAGTCACCGCCCTGGACGCCAACGGCCTGCGCCGTTTTCGCCAGCAGGTCGGGATGATTTTCCAGCACTTCAATCTGCTCGCGTCCAAGACCGTGGCCGACAACGTGGCCATGCCACTGACGCTGGCGGGCGAACTGTCCCGCAGCGATATCGACCGCCGCGTCGCCGAATTGCTGGCGCGGGTAGGGCTGTCCGACCACGCCCGCAAATACCCGGCGCAGTTGTCCGGCGGCCAGAAGCAGCGCGTCGGCATCGCCCGCGCCCTGGCAACCAAGCCGAAGATCCTGTTGTGCGACGAAGCCACCAGCGCGCTCGACCCACAGACCACCGCCTCGGTGCTGCAACTGCTGGCGGAGATCAACCGTGAGCTGAAGCTGACCATCGTGCTGATCACCCATGAAATGGATGTGATCCGGCGTGTCTGCGATGAGGTCGCGGTGATGGACGCCGGGGTGATCGTCGAGCAAGGCCCGGTGGCCGAGGTGTTCCTGCACCCCAAGCATCCGACCACCAAGCGTTTCGTCCAGGAAGACGAGCAGATCGACGAAAGCGAACAGCGCGACGACTTCGCTCACGTCCCAGGGCGCATCGTGCGTCTGACATTCCAGGGCGAAGCGACCTACGCGCCGTTACTTGGAACCGTCGCCCGCGAAACCGGTGTGGACTACAGCATCCTGGCCGGTCGTATCGACCGCATCAAAGACACCCCCTACGGGCAACTGACCCTCGCCATCACCGGCGGTGACATGGAAGCGGCCTTCGCCCGCTTCACCGCGGCCGATGTCCACATGGAGGTGCTGCGCTGA MIEFQNVHKTYRVAGRDIPALHPTSLTIQNGQVFGLIGHSGAGKSTLLRLINRLEDSSGGKIIVDGEEVTALDANGLRRFRQQVGMIFQHFNLLASKTVADNVAMPLTLAGELSRSDIDRRVAELLARVGLSDHARKYPAQLSGGQKQRVGIARALATKPKILLCDEATSALDPQTTASVLQLLAEINRELKLTIVLITHEMDVIRRVCDEVAVMDAGVIVEQGPVAEVFLHPKHPTTKRFVQEDEQIDESEQRDDFAHVPGRIVRLTFQGEATYAPLLGTVARETGVDYSILAGRIDRIKDTPYGQLTLAITGGDMEAAFARFTAADVHMEVLR PGPT0020520_3428 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D1-35_02834 2136 katE COG0753 Catalase HPII ATGAGCACTAAAAAACCTGCCGCCCCCAGCCAGATGGCCGGGACCGACACGCTGGATCGCAGCAATACCAACGCCAAGCTGGAGAGCCTCGAGCAGTTTCGCTCCGATGCCACCGAACAGGCCTTGCGCACCAACCAGGGCGTGAAGATCGCCGATAACCAGAACACCCTCCGCGTCGGGCCGCGTGGGCCGTCGTTGCTGGAAGACTTCATCATGCGTGAGAAAATCACGCATTTTGACCATGAACGTATTCCCGAGCGCATCGTTCACGCCCGAGGGACCGGTGCCCATGGCTATTTTCAGGCCTACGAATCGCATGCGGCCTTGACCAAGGCCGGTTTCCTGCAGGACCCAGGTAAAAAGACGCCAGTGTTTGTACGTTTTTCCACCGTGCAGGGCCCACGGGGTTCCGGTGACACGGTGCGGGACGTGCGCGGCTTTGCAGTGAAATTCTTCACCGACGAAGGCAACTTCGATCTGGTGGGCAACAACATGCCGGTGTTCTTCATCCAGGATGCGGTGAAGTTTCCGGATTTCGTCCATGCGGTGAAACCCGAGCCCCATAACGAAATCCCCACCGGCGGATCGGCCCACGACACCTTCTGGGACTTTGTCTCGCTGGTACCGGAGTCGGCTCATATGGTGATCTGGGCGATGTCCGACCGGGCAATTCCGAAAAGCCTGCGCTCCATGCAGGGTTTCGGCGTGCACAGCTTCCGCATGATCAACGCCGAAGGCCGCAGCAGCTTCGTCAAGTTCCACTGGCGGCCCAAGGCCGGGACGTGTTCCCTGGTATGGGACGAAGCCCAGAAGCTCGCGGGCAAGGACACTGATTACCACCGTCGCGATCTCTGGGAGTCGATCGAGATGGGCGACTACCCCGAATGGGAATTTGGCGTACAGATCGTCGCCGAGGAGGACGAGCACAAGTTCGACTTCGACCTGCTCGACCCGACCAAGATCATCCCCGAAGAGCTGGTGCCCATCACGCCGCTGGGCAAGATGGTGTTGAACCGCAACCCGGACAACTTCTTCGCCGAAGTCGAGCAGGTTGCCTTCTGCCCCGGACATATCGTGCCGGGCATTGATTTCAGTAACGACCCGTTGCTGCAAGGCCGGCTGTTTTCCTACACCGATACGCAGATCAGCCGACTTGGTGGGCCGAACTTTCACGAGTTGCCGATCAACCGCGCCATCACCCCGGTGCACAACGGCCAGCGTGATGCCATGCACCGCACCACTATCGACAAGGGGCGCGCGTCCTACGAGCCGAACTCCATCGATGGCGGCTGGCCGAAGGAAACCCCGCCCGGTCCGCAGGATGGTGGTTTCGAAAGTTATCCGGAGCGCATCGACGCCCACAAGATCCGCCAGCGCAGCGATTCGTTCGGCGATCATTTCTCCCAGGCGCGGTTGTTCTACAAGAGCATGAGCCCCCACGAGCAAGAGCACATCATCGCGGCGTACAGCTTCGAACTGGGCAAAGTGGAACGCGAGTTCATCAGGGCGCGGCAGGTGAACGAGATTCTCGCCAACATCGATCTGGAACTGGCCGGGCGAGTTGCGAAGAACCTCGGCTTGCCGGCTCCCACTGCCGGTACGGTCGATGTTCCGACGCCTTCCCTGGAGCAGTCCCCGGCGTTGAGCCAGGCCAATCTGCTGTCCGGCGACATCAAGACCCGCAAGGTCGCGGTGTTGGTGGCCAATGGCGTCGAGGGGACAATCATTGATGCGCTCAAGCAGGCACTGGAAGCCGAAGGGGCCCACGCGAAAATCCTCGGCCCAACCTCCGCGCCGGTGACCACCGCTGCTGGGCAAACGCTGCCGGTGGATGCGTCCATGGAAGGCTTGCCGTCGATTGCCTTTGACGCGGTGTTCGTGCCGGGCGGGGTGGAGTCGATCAAGGCGCTGAGCGCCGATGGCGTGGCGTTGCATTACCTGTTGGAGGCCTACAAGCACCTGAAGGCCATCGCGCTGCATGGCGAAGCGCGACAGTTGCTGGTGTTGTTGAAGCTGGAGGCGGATGCGGGGCTGATTCCGGACGCTGATGCGGGCAAGTTCCAGGCGTTTTTTGACGCGATTGCCCAGCATCGGGTTTGGGCGCGGGAGCCTAAGGCCAAGGCTATTCCAGCCTGA MSTKKPAAPSQMAGTDTLDRSNTNAKLESLEQFRSDATEQALRTNQGVKIADNQNTLRVGPRGPSLLEDFIMREKITHFDHERIPERIVHARGTGAHGYFQAYESHAALTKAGFLQDPGKKTPVFVRFSTVQGPRGSGDTVRDVRGFAVKFFTDEGNFDLVGNNMPVFFIQDAVKFPDFVHAVKPEPHNEIPTGGSAHDTFWDFVSLVPESAHMVIWAMSDRAIPKSLRSMQGFGVHSFRMINAEGRSSFVKFHWRPKAGTCSLVWDEAQKLAGKDTDYHRRDLWESIEMGDYPEWEFGVQIVAEEDEHKFDFDLLDPTKIIPEELVPITPLGKMVLNRNPDNFFAEVEQVAFCPGHIVPGIDFSNDPLLQGRLFSYTDTQISRLGGPNFHELPINRAITPVHNGQRDAMHRTTIDKGRASYEPNSIDGGWPKETPPGPQDGGFESYPERIDAHKIRQRSDSFGDHFSQARLFYKSMSPHEQEHIIAAYSFELGKVEREFIRARQVNEILANIDLELAGRVAKNLGLPAPTAGTVDVPTPSLEQSPALSQANLLSGDIKTRKVAVLVANGVEGTIIDALKQALEAEGAHAKILGPTSAPVTTAAGQTLPVDASMEGLPSIAFDAVFVPGGVESIKALSADGVALHYLLEAYKHLKAIALHGEARQLLVLLKLEADAGLIPDADAGKFQAFFDAIAQHRVWAREPKAKAIPA PGPT0014380_852 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-35_02835 714 hypothetical protein ATGAAGCCGTTCGCCTCCCGTTATCTGCTCCTTGTCGCGTTTTCCCTGCTGCTGGGCGCCTGCCAGAGCACGCCGCCGACCGTCGAAACCCCGGACACCCGGGGCCCGGCCATCGCGCAGCTCGAACAGAGCCTGGCCAGCAATGAACTGGCCACCGCAGAAGGTCAGCTGGCCGCGTTGCAAGCCCAGACGCCTGAAGATCCGTCGCTGGAGCCTTACCAGCGGCAACTGGCCGAGGCGTACTTGCGCCGCAGCCAGATCGACCTGCAAAAGGGCGATGTAAACGCGGCCGCCACCGCCCTGAGCCGGGCTCGCGCGCTGATGCCAAAAGCGCCGGCACTTACCGGCGAAGTGAACAGTGCGATCGCCCAGGCCCGCAAGGCCGAGCTGGAAAAAGCCGAAGCCGCCCTCCAGGCCGCCGAAGCCAAGCCAGTTGCAAAGGTGATCGACCCGAGTGCGCAGAGCACCACGGTTGCGCTGAATATCGGCGATATCCAGAAAATGCGTCATCAATTGGACGCTATCGCCGCCGATGTGGTGAATTACCAGTGCGACGTCAGCATCCAGGCCCCGCGCACCGATGATTACCCTTGGTTGGCGACATTGCTGACCAAGCGGGTCAAGAAACTCGATCCCGGGTTTGATCTGAAACTGCAGAAGCAGATCTTGCGTAGCGTGCCGGCGCAAGTGGTTCTGACTCCGCGTAAGCTCTGA MKPFASRYLLLVAFSLLLGACQSTPPTVETPDTRGPAIAQLEQSLASNELATAEGQLAALQAQTPEDPSLEPYQRQLAEAYLRRSQIDLQKGDVNAAATALSRARALMPKAPALTGEVNSAIAQARKAELEKAEAALQAAEAKPVAKVIDPSAQSTTVALNIGDIQKMRHQLDAIAADVVNYQCDVSIQAPRTDDYPWLATLLTKRVKKLDPGFDLKLQKQILRSVPAQVVLTPRKL NA NA NA NA NA D1-35_02836 789 znuB_2 COG1108 High-affinity zinc uptake system membrane protein ZnuB ATGGCTGATTTTCTGTTGTACGCCCTGCTTGCAGGTTTGGCGCTGGCGCTGGTGGCCGGCCCCTTGGGCTCGTTCGTGGTCTGGCGGCGCATGGCCTATTTCGGCGACACCTTGTCCCACGCGGCGCTGCTCGGCGTGGCCATGGGGTTTCTGCTGGACGTCAGCCCCGCCATCGCGGTGACCGTGGGTTGCCTGCTGCTCGCAGTGGTGCTGGTGACCTTGCAACAGCGCCAGCCGCTGGCGTCCGACACCCTGCTGGGCATCCTGGCTCCCAGCACGCTGTCCCTCGGGCTGGTGGTGCTCAGCTTCATGCGCGACGTGCGGATCGATCTGATGGCCTATCTGTTCGGCGATCTGCTGGCGATCAGTCCGATGGACCTGGCCTGGATCCTCGGCGGTAGCGCGGCGGTATTGCTGTTGCTCGTGGCGCTGTGGCGTCCGTTGCTGGCGGTTACCGTCCATGAGGAACTGGCACGGGTCGAGGGCCTGCCCGTGGTGGGCCTGCGATTGGCGCTGATGCTGTTGATCGCAGTGGTGATTGCCGTGGCGATGAAGATCGTCGGTGTATTGCTGATTACTTCATTGCTGATCATTCCGGCGGCTGCGGCACAGCGTCACGCCCGCTCACCGGAGCAGATGGCCTTGGGCGCAAGCCTGCTGGGCATGCTCGCGGTGTGTGGCGGGCTGGCGTTGTCGTGGTTCAAGGACACTCCGGCCGGACCGTCGATCGTGGTCAGCGCGGCGGCGTTGTTTCTGCTGAGTTTTGTCCTGCCCCGTCGAGGGGTGTAG MADFLLYALLAGLALALVAGPLGSFVVWRRMAYFGDTLSHAALLGVAMGFLLDVSPAIAVTVGCLLLAVVLVTLQQRQPLASDTLLGILAPSTLSLGLVVLSFMRDVRIDLMAYLFGDLLAISPMDLAWILGGSAAVLLLLVALWRPLLAVTVHEELARVEGLPVVGLRLALMLLIAVVIAVAMKIVGVLLITSLLIIPAAAAQRHARSPEQMALGASLLGMLAVCGGLALSWFKDTPAGPSIVVSAAALFLLSFVLPRRGV PGPT0004225_2332 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004225-znuB-K09816 NA NA D1-35_02837 783 znuC COG1121 Zinc import ATP-binding protein ZnuC ATGAGCAACGCGTTGATCCGCCTCGAACAGGTGGCCGTGACGTTCGCCGGGCAGAGCGTGCTGGACAACATTCACCTGAGCGTCGAACCGGGGCAGATCGTCACCCTGATCGGCCCCAACGGCGCCGGCAAGACCACCCTCGTGCGCGCCGTGCTGGGCCTGCTCAAGCCGGACAGCGGCAGCGTCTGGCGCAAGCCCCGGCTGCGTGTCGGCTACATGCCGCAGAAACTCCACGTCGACCCGACCTTGCCGCTGTCCGTGCTGCGCTTTCTGCGCCTGGTGCCGGGCGTCGACCGCGAGCGAGCCTTGGCGGCGCTGAAGGAAGTCGGCGCCGAGCAAGTGATCGACAGCCCGGTGCAGAGTGTGTCCGGCGGCGAGATGCAGCGTGTATTGCTCGCTCGCGCCCTCTTGCGCGAGCCCGAGCTGCTGGTGCTCGACGAGCCCGTGCAAGGCGTCGATGTGGCGGGACAGGCCGAGCTTTACAGCTTGATCACCCGCCTGCGCGACCGCCACGGCTGCGGGGTATTGATGGTGTCGCACGACCTTCACCTGGTGATGAGCACCACCGACCAGGTGGTCTGTCTCAACCGTCACGTCTGCTGCTCCGGGCATCCCGAGCAAGTCAGTGGCGATCCGGCCTTTGTCGAATTGTTCGGAAAAAACGCACAAAGCCTGGCGATTTATCACCACCATCATGACCATTCCCATGACCTGCACGGTTCGGTGGTCAACGCTCCTTCTGCTTCCAATCATGTTCATGGAGACGGCTGCAAGCATGGCTGA MSNALIRLEQVAVTFAGQSVLDNIHLSVEPGQIVTLIGPNGAGKTTLVRAVLGLLKPDSGSVWRKPRLRVGYMPQKLHVDPTLPLSVLRFLRLVPGVDRERALAALKEVGAEQVIDSPVQSVSGGEMQRVLLARALLREPELLVLDEPVQGVDVAGQAELYSLITRLRDRHGCGVLMVSHDLHLVMSTTDQVVCLNRHVCCSGHPEQVSGDPAFVELFGKNAQSLAIYHHHHDHSHDLHGSVVNAPSASNHVHGDGCKHG PGPT0004230_795 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZNU_TRANSPORT_SYSTEM,PGPT0004230-znuC-K09817 NA NA D1-35_02838 483 zur COG0735 Zinc uptake regulation protein ATGCCCATTACCCCCCTTGCCAGTCGTCCCCATGATCACTCCCATTGCGTGCACAGCGCGCTGTCCGAGGCCGACGCCATTTGCGCGCGCCAGGGCCTGCGGCTGACCGCCTTGCGTCGGCGAGTGCTGGAGCTGGTCTGGCAAAGCCACAAGCCGCTGGGTGCCTACGACATCCTCGCGGTACTCAGCGAGCAGGACGGCCGCCGTGCCGCGCCGCCGACAGTCTACCGGGCGCTGGATTTCCTGCTGGAAAACGGCCTGGTACATCGCATTTCTTCGCTGAACGCCTTCGTTGGCTGCAACCATCCGGAGCACGCCCACCAAGGCCAGTTCCTGATCTGCCGCGAATGTCATGCGGCCATCGAGCTGGAACAGAAGTCCATCAGCGACGCGATCGTCGCCAGCGCCAAGGACGTCGGCTTCGTTGTCGACACCCAGACCGTCGAAGTGGTCGGCCTGTGCTCCGGTTGCCAGGGGGCCTGA MPITPLASRPHDHSHCVHSALSEADAICARQGLRLTALRRRVLELVWQSHKPLGAYDILAVLSEQDGRRAAPPTVYRALDFLLENGLVHRISSLNAFVGCNHPEHAHQGQFLICRECHAAIELEQKSISDAIVASAKDVGFVVDTQTVEVVGLCSGCQGA PGPT0003905_802 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003905-zur-K09823 NA NA D1-35_02839 933 znuA COG4531 High-affinity zinc uptake system protein ZnuA GTGTCCCGAATTTTTTCGCTCTTTGTCGCTTTTGTCGCAACATTTCTGCTGATTGGCCCGGCCCGGGCCGACGTCAAGGTGCTAACCAGCATCAAGCCGCTGCAACTGATTGCCGCCGCGGTGCAGGACGGCGTGGCCGTTCCGGAAGTGCTGTTGCCCCCTGGTGCCTCGCCTCACCACTATGCGCTGCGTCCATCCGACGTACGGAAGGTGCAATCGGTGGACCTGCTTTACTGGATCGGCCCAGACATGGAAGGTTTCCTGCCGCGTGTGTTGAATGGTCGTACGCAGCCTTCCGTCGCCGTGCAGGATCTGCCGGGGCTCAAGTTGCGTCATTTCGCCCAGGACAGCGCGTCCCACGAGGACGAGGACGAGAAGCATGCCGACGAACATGACCACGACCATCGTCCCGGCACCGTGGATGCCCACTTGTGGCTGTCGCCGCTGAACGCCCGGGTGATCGCCGCCAGAATGGCTGCCGACCTGAGCGCGGCGGATCCGGCGAACGCGGCCCGCTATGACAGCAACCTCAAGGCTTTCAACCAGCGCCTCGATGCATTGGACGTACGCCTCAAGGCGCGTCTGGCCGGGGTCGCAGGCAAGCCGTATTTTGTGTTCCACGAAGCGTTCGACTATTTCGAGGACAACTACGGCCTCAAGCATGCCGGGGTTTTCGCCGTGGCCGCCGAGGTCCAGCCCGGTGCCCAGCACGTGGCGGCGATGCGCACGCGCTTGCAGGCGGTGGGCAAGACCTGCGTTTTCAGCGAACCGCCGCTGCGTCCGCGCCTGGCCGAGACGCTGGTGGCCGGGCTGCCGGTGAAGCTGGCCGAACTGGATGCGCTGGGCGGCTACACCCCGGCAACGGCACAAGGGTATGAGCAATTGCTGGAAAAGTTGGGGAATGATCTGGCGGGGTGCCTGGAGTCGTTGTAA MSRIFSLFVAFVATFLLIGPARADVKVLTSIKPLQLIAAAVQDGVAVPEVLLPPGASPHHYALRPSDVRKVQSVDLLYWIGPDMEGFLPRVLNGRTQPSVAVQDLPGLKLRHFAQDSASHEDEDEKHADEHDHDHRPGTVDAHLWLSPLNARVIAARMAADLSAADPANAARYDSNLKAFNQRLDALDVRLKARLAGVAGKPYFVFHEAFDYFEDNYGLKHAGVFAVAAEVQPGAQHVAAMRTRLQAVGKTCVFSEPPLRPRLAETLVAGLPVKLAELDALGGYTPATAQGYEQLLEKLGNDLAGCLESL PGPT0004220_2127 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN ROOT_COLONIZATION-ZINK_TRANSPORT_LIPOPROTEIN,PGPT0004220-znuA-K09815 NA NA D1-35_02840 951 thrB COG2334 Homoserine kinase ATGTCTGTGTTCACGCCCCTGGCTCGGCCCGAGCTGGAAACCTTTCTTGCCCCTTACGGGCTCGGCCGCCTGCTTGATTTCCAGGGGATCGCCGCCGGCAGCGAAAACACCAATTTTTTCATCAGCCTGGAACAGGGCGAGTTCGTCCTGACGCTGGTCGAGCGCGGCCCGGTGCAGGAGATGCCGTTCTTCATCGAACTGCTGGACGTGCTGCACGGCGCCAATTTGCCGGTGCCTTACGCCTTGCGCACCACCGAGGGGGTCGCACTGAGGGAACTGGCCGGCAAACCGGCGCTGCTGCAACCGCGCCTGGCCGGCAAGCACGTCAAGCAGGCCAACGCCCAGCATTGCGCCCAGGTTGGTGAATTACTTGCGCACCTGCACCTGGCGACCCGCGACAACATGATCAAGCGCAAGACCGACCGTGGCCTGGACTGGATGCAGGAGGAGGGCGCCACGCTGTTGTCACACCTCGACGCCGATGCCCGTCAGTTGCTGGAGGCGGCACTGGACGAAATCACCGTGCAGAAAATCGGCATCCTCGCGCTGCCCCGCGCCAACATCCATGCCGACCTGTTCCGCGACAACGCGATGTTCGAAGGCACCCACCTGACCGGGTTGATCGACTTCTACAACGCCTGTTCCGGGCCGATGCTGTATGACGTCGCCATTGCACTGAATGACTGGTGTTCGGATGACGAAGGCATGCTCGATGGCCCGCGGGCGCGAGCGTTGCTTGGCGCTTATGCGGCGCTGCGGCCGTTCACATCCGCCGAGGCGCAACTATGGCCGACCATGCTGCGCGTGGCGTGCGTGCGGTTCTGGCTGTCGCGGCTGATTGCCGCCGAATCGTTCGCCGGGCAGGATGTGTTGATTCATGATCCGAAGGAATTTCAGCGGCGGCTGGCGCAGCGGCAGAAGGTCAGCACGCTGTTGCCGTTCGCCCTGTAA MSVFTPLARPELETFLAPYGLGRLLDFQGIAAGSENTNFFISLEQGEFVLTLVERGPVQEMPFFIELLDVLHGANLPVPYALRTTEGVALRELAGKPALLQPRLAGKHVKQANAQHCAQVGELLAHLHLATRDNMIKRKTDRGLDWMQEEGATLLSHLDADARQLLEAALDEITVQKIGILALPRANIHADLFRDNAMFEGTHLTGLIDFYNACSGPMLYDVAIALNDWCSDDEGMLDGPRARALLGAYAALRPFTSAEAQLWPTMLRVACVRFWLSRLIAAESFAGQDVLIHDPKEFQRRLAQRQKVSTLLPFAL PGPT0020285_1075 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020285-thrB2-K02204 NA NA D1-35_02841 288 hypothetical protein ATGCGTACACTAAATCGCCTGTTACTGGCTGGCTTGTTTGCATTCACACCGTTGGCCGTCATGGCGGCGGATGACGCTCCTTCGGCGGACCCGGATGTCACCATCCGCACCGAAGGCGACAGAACCATTCAGGAATATCGGCAAAACGGCTTTTTGTATGCGATCAAGGTCACGCCCAAGAACGGCAAGCCTTATTTCCTGGTACGCGCCGACGGCACTGATGCAAATTTCATTCGTTCGGACCAGCCGGATATGCTGATCCCTTCGTGGAAAATTTTTGAGTGGTGA MRTLNRLLLAGLFAFTPLAVMAADDAPSADPDVTIRTEGDRTIQEYRQNGFLYAIKVTPKNGKPYFLVRADGTDANFIRSDQPDMLIPSWKIFEW NA NA NA NA NA D1-35_02842 2769 polA COG0258 DNA polymerase I ATGAGCCAAGCCCCCCTCGTCCTGGTGGACGGTTCTTCTTATCTGTACCGCGCCTTTCACGCGCTGCCACCGCTGACCACGTCCAAAGGCCTGCCGACCGGTGCGGTAAAGGGCGTGCTGAACATGCTCAAGAGCCTGCGCAAGCAGTATCCGGACAGCCCGTTCGCGGTGGTCTTCGACGCGAAGGGTGGGACGTTTCGCGATGCGTTGTACGCCGAATACAAGGCCAATCGCCCGAGCATGCCCGACGACATGCGCGTGCAGATCGAGCCGCTGCACGCCAGCGTAAAGGCCCTGGGCTTCCCCTTGTTGTGCGTGGACAACGTCGAAGCCGACGACGTGATCGGCACCCTGGCCCGCAGCAGCGCCGCGGCCGACCGCCCGGTGGTGATTTCCACCGGCGACAAGGACATGGCGCAGCTGGTCGATGGGCACATTACCTTGGTCAACACGATGACCGGTAGCTCACTGGACGTGGCTGGCGTGAAGGAGAAGTTTGGCGTCGCTCCGGAGCAGATCATCGATTATCTGGCATTGATGGGCGATTCGTCCGACAACATCCCGGGCGTTCCGGGCATCGGGCCGAAGACCGCATCCGGCCTGCTGGTGGGCGTCAACGGTGGCCTGACCGAGCTGTATGCGCAACTGGACATCGTTGCCACGCTGCCGATTCGCGGTGCCAAGACCTTGGCCGCCAAGCTGGAAGAGCACAAGGAAATGGCGTTTCTTTCCTACGAGCTGGCGACAATCAAGACCGACGTCCCCCTGGATATCGGCCTCGACGACTTGCAGATGGGCACGCCGGATCACGAAAAGCTCGCCGAGCTGTACACCCTGCTGGAATTCAAGAGCTGGTTCGAAGAAAACCAGCGCGACGCCAAGCGTGCCGGGCAGGAAATCGTTGAAATCGCTGATGAGCCGGCGGCGGGCGTCGAGAAGCGGTATGACCTTATCCTCGACCAGGCGAGCTTCGACGCCTGGCTGGCCAAGCTTGAAAAGGCGCCGCTGTTTTCCCTGGTCACGCAAACCAACGGTGGCGACGCCCAGCACTCGCAACTGGTGGGGTTGTCATTCGCGGTTGCGCCGTTTGAAGCGGCTTACGTGCCGCTGACGCATTCCTACATGGGCGTGCCGGAGCAACTGGACCGCGACACCGTGCTCAAGGCGCTCAAGCCATTGCTGGAAAACCCGGACAAGCTCAAGGTCGGCCAGCATGCCAAATTTGAAATCAACATCCTGGCCAATTGCGCTATCGGTGGTGATCAGAACAACGGCATCCTGGTGCAGGGCATCGCTTTCGACACCATGCTTGAATCCTATGTGCTCGATTCCACGGCAACTCGTCACGACATGGACAGCCTGGCGCTGAAATACCTTGGGCAAAGCAAGACCGATATCCAGGATATTGCCGGCAAAGGCGTCAAGCAGCTGAGTTTCGATCAGATCTCCCTCGAACTTGCCGGCCCATACGCCGCTGAGGATGCTGACGTGACCTTCCGCCTGCACCAGGCCTTGCAGGAAAAACTCGCCGTCACGCCAAGCCTGGGCAAGGTGCTCAACGAGATCGAAATGCCGTTGATGCCGGTCCTGGCGCGTATCGAGCGCCAAGGGGCGTTGGTCGATGCCAACCTGCTGGGCGTCCAGAGTGTCGAGCTGGGCGAGAAGCTGGTTGCACTGGAGCGTGAGGCATTTGCCATCGCCGGTGAGGAATTCAACCTCGGCTCACCGAAGCAACTGGGCGTGATCCTTTACGAAAAACTCGGTTTGCCGGTGCTCAGCAAAACCGCCAAGGGCCAGGCATCGACTGCCGAAGCGGTGCTCGCCGAACTGGCCGAGCAGGATTATCCGCTGCCCAAGGTGCTGATGCAGTACCGCTCGCTGAGCAAGCTCAAGAGCACTTACACCGATCGCCTGCCGGAGCAGATCAACAGCCGCACCGGGCGCATTCATACGTCTTATCAACAGGCTGTGGCCGCCACCGGACGTCTTTCATCCATTGACCCGAACCTGCAGAACATCCCGATCCGCACCGCCGAAGGGCGGCGGATTCGCCAGGCATTCGTCGCGCCGAAAGGCTACAAGCTGCTGGCGGCGGACTACTCGCAGATCGAATTGCGGATCATGGCCCACCTGGCCAAGGACGCAGGGCTGCTCCATGCGTTTCGCAACGACCTGGACGTGCACCGCGCCACCGCTGCCGAGGTATTCGGGGTCGAGCTGGACGCCGTCAGCCATGACCAGCGCCGTAGCGCCAAGGCGATCAACTTCGGCTTGATCTATGGCATGAGCGCGTTCGGCCTCGCCAAGCAGATCGGCGTCGATCGCAAGCAGTCCCAGGCTTACATCGACCGCTACTTCGCGCGCTACCCGGGGGTACTGGAATACATGGAGCGCACCCGCGCCCAGGCCGCCGAGCAAGGCTTCGTCGAGACCATCTTCGGGCGCCGGTTGTATCTGCCGGACATCAATGCGAAAAACCCTGCCCTGCGCAAAGGCGCCGAGCGCACCGCGATCAACGCGCCGATGCAGGGTACGGCCGCCGACATCATCAAGAAAGCCATGGTGGCCGTCGATGGCTGGCTGGCGACGTCAGGGCTCGATGCGAAAGTCATCCTGCAGGTGCACGACGAATTGGTGCTGGAGGTTCGTGAGGACCTGGTCGACCAGGTGAGCGCGGAAATCCGCCAGCACATGAGCGCCGCCGCCACGTTGGACGTGCCGCTGCTGGTGGAGGTTGGCGTGGGCAATAACTGGGACGAGGCGCACTGA MSQAPLVLVDGSSYLYRAFHALPPLTTSKGLPTGAVKGVLNMLKSLRKQYPDSPFAVVFDAKGGTFRDALYAEYKANRPSMPDDMRVQIEPLHASVKALGFPLLCVDNVEADDVIGTLARSSAAADRPVVISTGDKDMAQLVDGHITLVNTMTGSSLDVAGVKEKFGVAPEQIIDYLALMGDSSDNIPGVPGIGPKTASGLLVGVNGGLTELYAQLDIVATLPIRGAKTLAAKLEEHKEMAFLSYELATIKTDVPLDIGLDDLQMGTPDHEKLAELYTLLEFKSWFEENQRDAKRAGQEIVEIADEPAAGVEKRYDLILDQASFDAWLAKLEKAPLFSLVTQTNGGDAQHSQLVGLSFAVAPFEAAYVPLTHSYMGVPEQLDRDTVLKALKPLLENPDKLKVGQHAKFEINILANCAIGGDQNNGILVQGIAFDTMLESYVLDSTATRHDMDSLALKYLGQSKTDIQDIAGKGVKQLSFDQISLELAGPYAAEDADVTFRLHQALQEKLAVTPSLGKVLNEIEMPLMPVLARIERQGALVDANLLGVQSVELGEKLVALEREAFAIAGEEFNLGSPKQLGVILYEKLGLPVLSKTAKGQASTAEAVLAELAEQDYPLPKVLMQYRSLSKLKSTYTDRLPEQINSRTGRIHTSYQQAVAATGRLSSIDPNLQNIPIRTAEGRRIRQAFVAPKGYKLLAADYSQIELRIMAHLAKDAGLLHAFRNDLDVHRATAAEVFGVELDAVSHDQRRSAKAINFGLIYGMSAFGLAKQIGVDRKQSQAYIDRYFARYPGVLEYMERTRAQAAEQGFVETIFGRRLYLPDINAKNPALRKGAERTAINAPMQGTAADIIKKAMVAVDGWLATSGLDAKVILQVHDELVLEVREDLVDQVSAEIRQHMSAAATLDVPLLVEVGVGNNWDEAH NA NA NA NA NA D1-35_02844 642 engB COG0218 putative GTP-binding protein EngB ATGCAACTGAAAAACCCCATCCTCGGCCTGTGCCAACAGTCCACCTTCATGCTCAGCGCCGCCAAAGTCGATCAATGCCCTGACGACGAAGGCTTCGAAGTGGCCTTTGCCGGGCGTTCCAATGCCGGTAAATCCAGCGCGCTGAACACCCTGACCCATGCGAGCCTGGCACGCACCTCGAAAACCCCGGGCCGCACGCAACTCTTGAACTTCTTCAAGCTAGACGATGAACGCCGTTTGGTCGACCTGCCCGGTTATGGCTACGCCAAAGTGCCGATCCCGCTCAAGCAACATTGGCAGCGTCACCTGGAAGCCTACCTGGGCAGCCGCGAGAGTTTGAAAGGTCTGATCCTGATGATGGACATCCGCCATCCAATGACCGACTTCGACCTGCTGATGCTCGATTGGGCCGTTGCCAGCGGCATGCCGATGCACATCCTGTTGACCAAGGCCGACAAGCTCACCTACGGCGCAGCGAAAAACACCCTGCTCAAAGTGCAGTCGGAAATTCGCAAGGGCTGGGGCGACACGATCACCATCCAGCTGTTCTCCGCGCCCAAGCGCATGGGCCTTGAAGAGGCCTACACGGTGTTGGCGGACTGGATGGAATTAGCGGACAAGGGCAGCGAAGCGGCCGAGTAA MQLKNPILGLCQQSTFMLSAAKVDQCPDDEGFEVAFAGRSNAGKSSALNTLTHASLARTSKTPGRTQLLNFFKLDDERRLVDLPGYGYAKVPIPLKQHWQRHLEAYLGSRESLKGLILMMDIRHPMTDFDLLMLDWAVASGMPMHILLTKADKLTYGAAKNTLLKVQSEIRKGWGDTITIQLFSAPKRMGLEEAYTVLADWMELADKGSEAAE PGPT0003655_8 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698 NA NA D1-35_02845 291 hypothetical protein ATGACGAAATGGCTGCTAGCTGCCGGTGTCTTGATGCCGCTTTACAGCGCTCAGGCTACACAGGATCCGGAAGCTGTGTACAACCGTGTTTGTGGTGCCTGTCATTCCGGCCAACTACCCACGGCGCCCCGCAAGGGTGACCGCGAAGCCTGGACGCCGAGGTTGGCGAAAGGCATGGGGACGCTGGTGCAACACGTGACCCAGGGTTTCAAGGCGATGCCGCCGCGTGGTTTGTGCATGGACTGCAGTGCCGAGGATTACCAAGCCATCATCCAGTGGATGAGCGAGTAA MTKWLLAAGVLMPLYSAQATQDPEAVYNRVCGACHSGQLPTAPRKGDREAWTPRLAKGMGTLVQHVTQGFKAMPPRGLCMDCSAEDYQAIIQWMSE NA NA NA NA NA D1-35_02846 612 cc4 COG2863 Cytochrome c4 ATGAACAAACTGATCGTGAGTCTGCTGTTGACCTTGGGGATATCCGGTGTAGCCCACGCCGCAGGCGATGCTGCCGCAGGCCAGGCGAAAGCCGCCGTGTGCGGAGCCTGCCACGGTCCGGATGGCAACAGCATGGCGCCCAACTTTCCGAAACTGGCCGGCCAGGGTGAGCGTTACCTGGTCAAGCAGTTGAAGGAAATCAAGGACGGCAAGCGTGTCGTGCTGGAAATGACCGGCCTGCTGAACAACCTGAGCGATCAAGACCTGGCGGACATCGCGGCCTACTTCGCCAGCCAGAAAGGCAGCGTCGGCGCCGCTGATCCAAAACTCGTGGCACGGGGTGAGGCGCTGTTCCGTGGCGGCAACCTGGCCAAGGGCCTGCCAGCCTGCACGGGCTGCCATTCGCCTGACGGCAAGGGCAACGCCGCCGCCGGCTTCCCGCATCTGGGTGGCCAGCACGCCCAGTACATCACCAAGCAGTTGACCGATTTCCGCAAGGAAGAAGGCGGTCGTGCCAACGACGGCGACGCGATGACCATGCGCACCATCGCCCGCAAGCTGAGCGACGAAGATATCGCGGCAGTCTCGAGCTACATCCAGGGCCTGCATTGA MNKLIVSLLLTLGISGVAHAAGDAAAGQAKAAVCGACHGPDGNSMAPNFPKLAGQGERYLVKQLKEIKDGKRVVLEMTGLLNNLSDQDLADIAAYFASQKGSVGAADPKLVARGEALFRGGNLAKGLPACTGCHSPDGKGNAAAGFPHLGGQHAQYITKQLTDFRKEEGGRANDGDAMTMRTIARKLSDEDIAAVSSYIQGLH NA NA NA NA NA D1-35_02847 642 dsbA COG0526 Thiol:disulfide interchange protein DsbA ATGCGTAATCTGATCATCAGCGCCGCGCTCGTCGCCGCCAGCCTGTTCGGCGTGACTGCCCAAGCGGCTGAAAAGCCCGCTGCCCCTTATGTCGAATTGACCAACCCCGTTCCGGTGGCGGTGCCTGGCAAGATCGAGGTCGTGGAGCTGTTCTGGTACGGTTGCCCGCATTGCTATGCCTTTGAGCCGGTCATCAACCCATGGGTTGATAAGCTGCCTTCGGACGTGAATTTCGTGCGCATCCCAGCCATGTTCGGTGGCCCATGGGACGCCCACGGCCAGATGTTCCTGACTCTTGAAGCCATGGGCGTCGAGCATCAGGTTCACGCGGCGGTATTCAACGCGATTCAGAAAGAACACAAAAAACTGACCGACAAGAACGACATGGCCGACTTCCTCGCCACCCAAGGCGTCGACAAGGACAAGTTCCTGGCGACTTTCGACTCCTTCGCTATCAAAGGCCAGATCACCAAGGCCCGCGAATTGGCAAAGAAATACGAGATCACCGGCGTACCGACCATGGTCGTCAACGGCAAATACCGCTTTGACATCGGCTCCGCTGGCGGCGCGAACGAAGCGCTGCAACTGGCCGACCAGCTGATCGCCAAAGAGCGGGCGGCCACCAAGGCTGCTGCCAACTAA MRNLIISAALVAASLFGVTAQAAEKPAAPYVELTNPVPVAVPGKIEVVELFWYGCPHCYAFEPVINPWVDKLPSDVNFVRIPAMFGGPWDAHGQMFLTLEAMGVEHQVHAAVFNAIQKEHKKLTDKNDMADFLATQGVDKDKFLATFDSFAIKGQITKARELAKKYEITGVPTMVVNGKYRFDIGSAGGANEALQLADQLIAKERAATKAAAN PGPT0015115_715 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015115-dsbA-K03673 NA NA D1-35_02848 879 hypothetical protein ATGGCCCGCTGGAGTACCGAACGCATCGTTGGCCTGCATGAACCGCGGGTCAACGAGCATCACGTCACGTCCACGGGCCTGCCCGCCGACAATCGCCTGCGGTTGCTCAGCTTCAACATCCAAGTGGGCATCAGCACCGAGCGCTACCGGCACTATCTGACCCGGGGCTGGCAACACCTGCTGCCCCACACCGGGCGAGCCGGCAACCTGCAGAAGATCGGCGACCTGCTGAAGGATTTCGACCTGGTCGCATTGCAGGAAGCCGACGGCGGCAGCCTGCGCTCCGGCTACGTCAATCAGGTCGAACACCTCGCCCAACTGGGCGCGTTTCCTTATTGGTACCAGCAACTCAATCGCAACCTCGGTCGTCTCGGCCAGCACAGCAATGGCGTGCTGAGTCGTCTGCGGCCCTGGGCGATCGAGGATCACCCGTTGCCGGGCCCCAAGGGGCGCGGAGCGATCCTGGCGCGTTTCGGCGAAGGTCCGGAGGCGCTGATAGTGGTGATGATGCACCTGGCTCTCGGGGCTCGGACCCGAACCATGCAACTGGCCTACATTCGTGAGTTGATTGGCGGCTACAAGCATCAAATCCTGATGGGCGACATGAATACCCATGCCAATGACCTGTTGCAGACCTCACCGCTGCGCGACCTTGGCCTGCTCGCCCCACAATTGGAAGCCACGTTTCCCAGCTGGCGCCCCCAGCGCTGCCTGGACCATATCCTGCTGAGCCCTACCTTGGCCCTCGAACGGTTCGAAGTGTTGGCCCAGCCCATTTCCGATCACCTGCCGGTAGCGGTCGAAATACGTTTGCCGGGTTCGCTCACGGCCGATGCATTTCCCGCGCTGAGTCCTACCCCTCGCGGATCCGATGAATGA MARWSTERIVGLHEPRVNEHHVTSTGLPADNRLRLLSFNIQVGISTERYRHYLTRGWQHLLPHTGRAGNLQKIGDLLKDFDLVALQEADGGSLRSGYVNQVEHLAQLGAFPYWYQQLNRNLGRLGQHSNGVLSRLRPWAIEDHPLPGPKGRGAILARFGEGPEALIVVMMHLALGARTRTMQLAYIRELIGGYKHQILMGDMNTHANDLLQTSPLRDLGLLAPQLEATFPSWRPQRCLDHILLSPTLALERFEVLAQPISDHLPVAVEIRLPGSLTADAFPALSPTPRGSDE NA NA NA NA NA D1-35_02849 2049 hypothetical protein ATGAGCGACGACGCCGAACGCTGGAGAGAGAAATACCTCAAGAGCATCGAGCAACAGGAAAAGCTCGAGCGTCGCTGGGACGCCCGGCTCGACCTGCTGCGTCGTGGCCTGGTGCGCAGCACCCTGGCCGCCGAAGGCACTGATCGCGCGGTAGACCAGTGCATGAAAGAGATGCGCGAAGTGGTGCGCACCGATGACATGGACGCCGCCCTCGCCGCCCTGCTGCCGCGCCTGGAAAAAGCCGTACTCGATTCCGAGCAGCGCCGCGAGACCCGGGTAGAACAGATGAGCGCCGCGCTGACCGCCCTGGTCGTCCAGTTGCAAAAGCTGCCGCTGCCGAAGGACGTCAGCCGGCCCTTGAAGAAATTTTCCAAGCAACTGGAGACCCGGGTTGGCCAGGCCCGGGAAATCCCGTTGCTGCTCAGCGAGCTGAGCAGCCTGCAGGGCAAGGCGCTGGGTGCGCTGGACGCGCCCGACGAGCCGAGCCGTCCGGGCCTGCTGCAACGATTGTTCGGCGGCCATGGCCATGAAGAGCCGCTACCGTCGCCCGAGCCTGCCCAACCCGGCGCTACGCCTGAGCCGAAGGCGGTTATTTCGGCTCCTACCGAGCCGACCGCCGAAGCGCCCTCCGCCGCACCTGAACCTGCGCCTGCACCTGAACTTCAACCTGAACCTGAACCTGAACCGCTGGTGGAGCACGCCCTCACACCGGATGCGTCGCCAGCGCCGGTTGAGTCCCATGCTCCGGTCGACGAGCCTGCCCCGGCGTCCGTGCCAGCATCGGTTGCCTCTGTTGCCCAGCCGACCGCCGAGCCGGCACCGATCGACCCTGAGCCCGCAGAACCGGTACCGGCGCTGGACAATCCCGACGAACTGACGCCGGGTGAACCGCCGCTCGACGAGGCACCGATCGCCCCTGCGGAACCCGCCGAACCTGTGGCGCCTGAGGCATCCGCTGACCCCGATGAGACCCACTACGCCCTGCCCGACTCCCCGGAACCGTCCTACAGTTCGGTCGCCAGGCATATCGAAGACACCTTGCTCGGCCTGCTGGGCGACCTGACGCTGCCCGAGCGCCACCGCCCGCAAGCCGAGGCCATGCGCGAGCGCCTGCGAAATGGCTTGAATTGGTACGAGTTACTGCCGATCCTCGACGATCTGGCGGTCCTCATGCTGGCGATCACTGACAGTGGCCAGCATGAATTCGAAGCGTATCTGCAGCGACTCAACGATCGACTGGAATCTTTCCAGAGCACGTTGCAGGCCGCCAGCGAGGACCACGCCGATAACCTGTCCGCCTCCAGGGAAATGAACAACCAGATTCGCGAGCAGGTGGACGGCTTGCAGAGCAGCGTGCAGCAAGCCGACGACCTGGAAGGCCTCAAGCAGGTATTGGAGAATCATCTCGAAGGCCTGATCGGCACGATGGATCAGCATCAGAAGCAGCGTGACCAGCGTGAGAAGGAAGTTTCAGCCCGTCTGAAGAGCCTCGCCGAGCGCGTTGCACTGATGGAACAGGACGCCCTGATTGTCCGGGAGAATCTGGAAGAGCAACGGCAAAAAGCGCTCATCGATCCGCTCACCGGGCTGCCCAACCGCGCGGCCTGGACCGAGCGTCTCGAACATGAGGTCGAGCAGTGGCAGCGGCACGGCAACAGTCTTTTGATCGCCATGCTCGACCTCGATCATTTCAAGCGGATCAACGACAACTACGGTCATCTGGCCGGTGACCGAGTGCTCAAGCTGATTGCCTCGGTACTCCGCAAGCGCGTGCGCGGCAGTGATTTCATCGCCCGTTTTGGTGGTGAGGAGTTTGTCCTGCTGGTGCCCGACACGTCGCTGGCCGCAGGCGCCAAGCTGGCCGAGGCCTTGCGCGCCGCCATCGAAGCCTGTCCGTTCCACTTCAAGGGCGAGCCGGTCACGGTCACGGTATCCATGGGCATGACGGCGTTCAAGCCGGGCGAGCACAGCGATCTGGTGTTGAAAAGAGCCGATCAGGCGCTATATCGGGCTAAAAGCGCGGGACGCAACCGCGTGGAGTTGGGCTAA MSDDAERWREKYLKSIEQQEKLERRWDARLDLLRRGLVRSTLAAEGTDRAVDQCMKEMREVVRTDDMDAALAALLPRLEKAVLDSEQRRETRVEQMSAALTALVVQLQKLPLPKDVSRPLKKFSKQLETRVGQAREIPLLLSELSSLQGKALGALDAPDEPSRPGLLQRLFGGHGHEEPLPSPEPAQPGATPEPKAVISAPTEPTAEAPSAAPEPAPAPELQPEPEPEPLVEHALTPDASPAPVESHAPVDEPAPASVPASVASVAQPTAEPAPIDPEPAEPVPALDNPDELTPGEPPLDEAPIAPAEPAEPVAPEASADPDETHYALPDSPEPSYSSVARHIEDTLLGLLGDLTLPERHRPQAEAMRERLRNGLNWYELLPILDDLAVLMLAITDSGQHEFEAYLQRLNDRLESFQSTLQAASEDHADNLSASREMNNQIREQVDGLQSSVQQADDLEGLKQVLENHLEGLIGTMDQHQKQRDQREKEVSARLKSLAERVALMEQDALIVRENLEEQRQKALIDPLTGLPNRAAWTERLEHEVEQWQRHGNSLLIAMLDLDHFKRINDNYGHLAGDRVLKLIASVLRKRVRGSDFIARFGGEEFVLLVPDTSLAAGAKLAEALRAAIEACPFHFKGEPVTVTVSMGMTAFKPGEHSDLVLKRADQALYRAKSAGRNRVELG NA NA NA NA NA D1-35_02850 831 amiD COG3023 N-acetylmuramoyl-L-alanine amidase AmiD TTGGGCGATACGTTACACTGTTGCATTATTTTCTTCGGGCATGTCCTCGCCATGAAATTTTTCCCGATCATTCTTTCGTTGATTGCCCTGGCCGGATGCGCCAGCGGCCCTCGGCTCGATACCAGCCATCCTTCCGTCAACCACGACAGCCGCATCCAGTTTGTCGTGGTTCATTACACCTCCGCCTCCCTGGAGCGCTCCCTGGCCCTGCTGACCCATGGCGAAGTCAGCGCCCATTACCTGATCGGCGACGATAAGGACGCCACCATCTACCAACTGGTGGATGAAAGCCGGCGCGCCTGGCATGCCGGGGAAAGCGAATGGCAGGGCCGAACCTGGCTCAACTCCAGCTCCATCGGCATCGAAATCGTCAATCAGGGCTATGTCGACACGCCTGAAGGACGGCGCTGGTACCCCTACAGCGAAGCCCAGGTGCAATCGTTGATTGTTCTGCTCAAGGACATCACCCGCCGTAACGGGATCAACCCGGTCAATATCATTGGCCACAGCGACATTGCCCCCATGCGTAAGCTGGATCCCGGGCCGCTGTTTCCCTGGAAACGCCTGGCGCAAGCGGGCCTGGGTGTCTGGCCGGACGAAGGGGCTGTCGCGCGTCAGCAGACGGCTTATGCGGGACAACTGCCCAGCGCCAGCTGGTTCCAGGCGGAACTGGCCCGCCTTGGCTACCCGACGCCACGGACCGGTGAGTGGGACGTCGCCACCCATCAGGTATTGGCCGCCTTCCAGATGCGCTACCGGCCAAGCCGTTTCGACGGCGCGCCGGACGCCCAAAGTGCGGCAATTTTGCAGGTGCTTAACCAGACAAAATAA MGDTLHCCIIFFGHVLAMKFFPIILSLIALAGCASGPRLDTSHPSVNHDSRIQFVVVHYTSASLERSLALLTHGEVSAHYLIGDDKDATIYQLVDESRRAWHAGESEWQGRTWLNSSSIGIEIVNQGYVDTPEGRRWYPYSEAQVQSLIVLLKDITRRNGINPVNIIGHSDIAPMRKLDPGPLFPWKRLAQAGLGVWPDEGAVARQQTAYAGQLPSASWFQAELARLGYPTPRTGEWDVATHQVLAAFQMRYRPSRFDGAPDAQSAAILQVLNQTK PGPT0024155_631 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024155-amiD-K11066 NA NA D1-35_02851 1617 pdeB COG4943 putative cyclic di-GMP phosphodiesterase PdeB ATGATGACGGCTGCACGCGAAACCCTGCAGAGTTGGCTCCATCGCCCTATTCTTCTGGCGATGATGGCGGCTGCCCTGAGTACGGTGCTGCTGTTGGCCGGGAGCCTGTTTGTAGTGATGCAGCAGATCCAGCAGCGTGAAAGCGAGCAGATGAATGCCCAGGGCGAGCGTTTCCTGCAGCGGCTGGAACAGCTTTTCGGGCAGTTGCGCGAGAGTCTCGACGATTTGCAGGCGCAACCGCTGCGCGGCTGCAACGACGACATGATCGCCACGTTGCAGCAGGTGAGCTTCAGCTACCGCTTTGTCTATGAGGCGGCTTATCTCGATGCCAACGGTGTCTGCTCGAATCGACCGCGTCAGAGCGGTATGTCGTTGGTTCGTCCGCCCGATCTGCGCGGCCCGGCCTACAGCTACTGGCTCAACACCACCACCGAGCCCGACGAAAATCGCGCGGCGTTGATGTTGGGGCGCGGCAATTTTCGCGTCGCTACGTCCCGCGGGCACCTGACCGATGTGGTCGACTTGCCGCCCGGCAGCAGCCTGCTGGTGGTCCTGGACCATGGCGAGCGGGCGATTCCGGTGCTGGGCAGCGCGCAGCGTTGGCCTCCGACAGAGCCTTGGCCACTGAAAAGCCAACAGTCTCTGCAAGTGACCCAGACCCGGCTGATCTATCGGATGCCGACCGACAATCCGGAGTACCAATTGGTGCTCATTGCACCGCGCAACGGTCTGCGCATTCCGGCCAATGCCTGGTGGATGTTGCCCATCAGCCTGATGCTAGGGCTGGGGATCGGCTTCCAGGTCTTCCTGCTGGTGCGCCAGCGCCAGTCCATGGATGCCGAGTTGCACGGGGCTATCCGGCGGGGTGAGTTGCAGGTCTTGTACCAGCCGATCTTCGATCTGCACAGCCGCAACTGCGTCGGTGCCGAAGCGCTGCTGCGCTGGCGGCGGCCGGACGGCACGCTGACCAGTCCGGACCTGTTCATCCCGATGGCGGAAAATACCGGGCAGATACGCCAGATCACCGATTTCGTCCTGCAGCGGCTGTTCGACCAGTTGGGCCAGCTGTTACGGGCCAACCCGCACCTGTATATCTCGGTGAACCTGGCGGCGTGTGACGTGATGGTGCCTCGCATCGGCGAGGTGATTGCCCGCTTGTTGGCGCTGCATCGGGTGTCGGCGCGCCAGATAGCCTTTGAAGTGACCGAGCGCGGGCTGGTTGATGTGCTGGTTGCGAGGGATAATTTGCAATCGCTGCGCGATGTCGGGCATCAGGTGCTGATCGATGACTTCGGCACCGGCTATTGCAGCCTCGCCTATCTGCAAACGCTGCCGGTTGATTGCCTGAAAATCGACAAGGCCTTTATCGATGCGCTGGGTCATGACGCCGCCAGCAGTGGCGTGGCCCCGCACATCATCCGCATGGCCCACGCCCTGGAACTCAAGGTGATCGCCGAAGGCATCGAGCATGAGGCCCAGGCGTCCTACCTGAGCAGTGAAGGCGTGAAGTTCGGCCAGGGCTGGTTGTTCGCCCATGCGCTCAGCGCGGTGCAGCTTATCGAATTGATTACACGCGGGCGGCGCCTGCTTGGACGGCGCCTGGACGACGAAGCCTGA MMTAARETLQSWLHRPILLAMMAAALSTVLLLAGSLFVVMQQIQQRESEQMNAQGERFLQRLEQLFGQLRESLDDLQAQPLRGCNDDMIATLQQVSFSYRFVYEAAYLDANGVCSNRPRQSGMSLVRPPDLRGPAYSYWLNTTTEPDENRAALMLGRGNFRVATSRGHLTDVVDLPPGSSLLVVLDHGERAIPVLGSAQRWPPTEPWPLKSQQSLQVTQTRLIYRMPTDNPEYQLVLIAPRNGLRIPANAWWMLPISLMLGLGIGFQVFLLVRQRQSMDAELHGAIRRGELQVLYQPIFDLHSRNCVGAEALLRWRRPDGTLTSPDLFIPMAENTGQIRQITDFVLQRLFDQLGQLLRANPHLYISVNLAACDVMVPRIGEVIARLLALHRVSARQIAFEVTERGLVDVLVARDNLQSLRDVGHQVLIDDFGTGYCSLAYLQTLPVDCLKIDKAFIDALGHDAASSGVAPHIIRMAHALELKVIAEGIEHEAQASYLSSEGVKFGQGWLFAHALSAVQLIELITRGRRLLGRRLDDEA NA NA NA NA NA D1-35_02852 1791 kinB COG5000 Alginate biosynthesis sensor protein KinB ATGAAACTGGCGATGAAGCTGCGCACACGGCTGTTTCTCAGTATCTCGGCACTGATTACCGTGGCGTTGCTGGGGCTGCTGCTCGGCCTGGTCAGCGTCATGCAGATGGCCAATACCCAGGAACAATCGGTGCGTGACAACTTCTTCCTGCTGGACCTGGGCCTCAAGCTGCGCCAGACACTCGGTGATCAATTAATGATCATGCTGGAGGAAAAGCCCGACCTGACAGTGCTGGAACAATCCAAACGGCAGTATTTCGAGTTGTTGGATGAAGGCATTGCCCATGAGGAGCAACTGGCTGAATCGACCACCAGCTTCAGTCGCGCGAAAGCCGACTACCTCAGTTTCCTCGAGGCCTTCGAGGCCTCTCGTCGGCAACCGACACAACTGACTGGCATCCAGGACCTGACGCAAAAATTCAACGTGCTGCGCGGAGGGTTGATCGAAGGCTACCGTCATGCCCTGAACAAGATCAGCGAAACGCAGGACCGCGCTCGCGCCCGGGCGTTGCTGATTTCCGGCCTGCTGGGGTTGGTGGGATTGGCTGTGCTGATCATCGGTTTCATTACCGCCCACGGCATCGCCCGACGTTTCGGTGCGCCGATCGAAGCCCTGGCCGCGGCGGCGGATGATATCGGCCAAGGCAATTTCGAAGTGACCTTGCCGGTTTCCTCGGCGGCTGAACTGAACCTGCTGACGCGTCGCTTCGGCATCATGGCCCAGGCATTACGGGAACATCAGGCCACCAATGTGGACGAATTGCTTGCCGGCCAGCAGCGCCTGCAAGCGGTCCTCGACAGCATCGACGACGGCTTGCTGATGATCGACCGCCAGGGCCGCCTGGAACACCTCAACCCGGTGGCCCAGCGTCAACTGGGCTGGGACGAGGAGCGCCTGGGCCAGGGTTTGGGCGAGGCCCTTGGACGCGTCGAGCTGGATGAAGAGCTGCAACTGGTACTGCGCGGTGGCACCCAGGAGCGCGCACCGGACGACTTGAGCATCGAAGTGGATGGAGAGTCCCGGGTGCTGACTTACAGCCTCACGCCCGTCATCCATACCCAGGGCCAGATTCTCGGCGCGGTGATGATCCTGCACGATGTCACTGAACAACGCGCCTTCGAACGGGTACGCAGCGAGTTTGTCTTGCGTGCGTCCCACGAGTTGCGCACACCGGTGACAGGCATGCACATGGCGTTCGGGCTACTGCAGGAACGCATGCACTTTCCCGAAGATTCACGCGAGGCGGACCTGCTCAACACCGTCAACGAAGAAATGCAGCGGCTGATGCAGCTGATCAACGACCTGCTGAATTTTTCTCGCTACCAGAATGGCCTGCAAAAGCTCACCCTGGCGCCTTGCTCCATCGAAGACCTGCTGGAAACGGCCAGGATGCGCTTTGCCAAGCAGGCGCAAGAGAAGGGCATCGAGCTGCTCGTGGAGATCCAGGGCCCCTTGCCGCGCCTGCACGCCGATGCCGCGCAACTGGACCGGGTCCTGGACAATCTGATCGACAACGCGATGCGCCACACCAACGGCGACGGCCAGATCCGCCTGCAGGCCCGGCGCCACGGCGAGCGGGTGATCATCAGCGTTGAAGATAATGGCGAGGGCATTGCCTACGGCCAGCAAGGACGGATCTTCGAACCCTTCGTCCAGGTCGGGCGCAAAAAGGGCGGCGCCGGCCTCGGTCTGGCGCTGTGCAAGGAAATCGTCCAGCTCCATGGCGGACGCATGGGCGTTTATTCCAGGCCAGGGCAGGGCACTCAGTTCTACATGGCCCTGACCGTCTGA MKLAMKLRTRLFLSISALITVALLGLLLGLVSVMQMANTQEQSVRDNFFLLDLGLKLRQTLGDQLMIMLEEKPDLTVLEQSKRQYFELLDEGIAHEEQLAESTTSFSRAKADYLSFLEAFEASRRQPTQLTGIQDLTQKFNVLRGGLIEGYRHALNKISETQDRARARALLISGLLGLVGLAVLIIGFITAHGIARRFGAPIEALAAAADDIGQGNFEVTLPVSSAAELNLLTRRFGIMAQALREHQATNVDELLAGQQRLQAVLDSIDDGLLMIDRQGRLEHLNPVAQRQLGWDEERLGQGLGEALGRVELDEELQLVLRGGTQERAPDDLSIEVDGESRVLTYSLTPVIHTQGQILGAVMILHDVTEQRAFERVRSEFVLRASHELRTPVTGMHMAFGLLQERMHFPEDSREADLLNTVNEEMQRLMQLINDLLNFSRYQNGLQKLTLAPCSIEDLLETARMRFAKQAQEKGIELLVEIQGPLPRLHADAAQLDRVLDNLIDNAMRHTNGDGQIRLQARRHGERVIISVEDNGEGIAYGQQGRIFEPFVQVGRKKGGAGLGLALCKEIVQLHGGRMGVYSRPGQGTQFYMALTV PGPT0026150_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_EXTERNAL_SIGNAL_SENSING,PGPT0026150-kinB-K11383 NA NA D1-35_02853 1347 algB COG2204 Alginate biosynthesis transcriptional regulatory protein AlgB ATGGAATCCGCCACTGAGCATCAAGGCCGCATTCTGCTGGTAGACGATGAGTCCGCCATCCTGCGTACCTTCCGTTATTGCCTGGAAGACGAAGGCTATACCGTCGCTACCGCCAACAGCGCAGCCCAGGCCGATGCCCTGCTGCAGCGCCAGGTGTTCGACCTGTGTTTTCTGGATCTGCGCCTGGGTGAGGACAATGGCCTCGATGTGTTGGCGCAGATGCGCATCCAGGCGCCATGGATGCGCGTCGTCATCGTTACCGCGCATTCCGCGGTGGACACCGCCGTCGACGCGATTCAGGCCGGTGCCGCCGATTATCTGGTCAAGCCGTGCAGCCCTGACCAACTGCGCCTGGCAACGGCCAAGCAGTTGGAAGTGCGCCAGCTGTCCGCCCGGCTCGAAGCCCTCGAAGGCGAGGTGCGCAAGCCCAAGGACGGACTCGACTCCCACAGCCCGGCAATGAAAGTGGTGCTGGAAACCGCCCGCCAGGTCGCCAGCACTGATGCCAACATCCTTATTCTTGGCGAGTCCGGCACTGGTAAAGGCGAGTTGGCGCGGGCCATTCATGGCTGGAGCAAACGCGCGAAAAAATCCTGCGTCACCATCAACTGCCCATCGCTGACCACCGAGCTGATGGAGAGCGAACTGTTCGGCCACAGCCGTGGCGCATTTACCGGCGCCAGCGAAAGTACCCTGGGGCGCGTCAACCAGGCCGATGGCGGGACGCTGTTTCTCGACGAGATCGGCGACTTTCCCCTCGCACTGCAGCCCAAGTTGCTGCGCTTCATTCAGGACAAGGAATACGAGCGAGTGGGTGACCCGGTCACTCGCCGTGCCGATGTGCGGATTCTCGCGGCGACCAACCTCAACCTCGAGGACATGGTCCGCGACGGGCGTTTTCGCGAGGACCTGCTGTATCGCCTGAACGTGATTACCCTGCACCTGCCGCCATTGCGCGAGCGGGCCGAAGATATCCTGACCCTTGCCGATCGCTTCCTGGCGCGCTTCGTCAAGGAATACGCACGCCCGGCCCGGGGTTTCAGCGATGAGGCCCGCGAAGCGCTGCTGGGCTATCGCTGGCCCGGTAACATCCGGGAACTGCGCAACGTGGTCGAGCGCGCCAGCATCATCTGCCCACAGGAAAAAGTCGAGATCAGCCATTTGGGCATGGCTGAACAACCGGTCAACAACGCCCCGCGGATCGGCGCGGCGCTGAGCCTCGACGAGTTGGAGAAAGCCCACATCGGCGCAGTGCTGGCCACCGCCGACACGCTGGACCAGGCGGCAAAGACCCTGGGTATCGACGCCTCCACGTTGTATCGCAAACGCAAGCAATACAACTTATGA MESATEHQGRILLVDDESAILRTFRYCLEDEGYTVATANSAAQADALLQRQVFDLCFLDLRLGEDNGLDVLAQMRIQAPWMRVVIVTAHSAVDTAVDAIQAGAADYLVKPCSPDQLRLATAKQLEVRQLSARLEALEGEVRKPKDGLDSHSPAMKVVLETARQVASTDANILILGESGTGKGELARAIHGWSKRAKKSCVTINCPSLTTELMESELFGHSRGAFTGASESTLGRVNQADGGTLFLDEIGDFPLALQPKLLRFIQDKEYERVGDPVTRRADVRILAATNLNLEDMVRDGRFREDLLYRLNVITLHLPPLRERAEDILTLADRFLARFVKEYARPARGFSDEAREALLGYRWPGNIRELRNVVERASIICPQEKVEISHLGMAEQPVNNAPRIGAALSLDELEKAHIGAVLATADTLDQAAKTLGIDASTLYRKRKQYNL PGPT0026155_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_EXTERNAL_SIGNAL_SENSING,PGPT0026155-algB-K11384 NA NA D1-35_02854 288 hypothetical protein ATGAATCGTCAACGTGCCGCCCAATTTCGCATCAGCCCCCTGCATATCCAGCAGGGCCTGTGGGCTGTCGTCGCCCTGTTGATTACTCTCGTGGCGGGTCAGCAATTAATGCTCTGGCACGAAAGCCAACAGCCGGAAGCGCCGCTGGTATCGGTTCAACGAGCTCCCCAGACCCATTTCACTTCCGTCAGCAACCTCGCCGATGCAGCCGCTTCGATGCGCATGATGGAAGTTGACCAGGCGCAGACCGCCAACGACATGCCCCGTGAAGAACGCTGGGTCTTCTGA MNRQRAAQFRISPLHIQQGLWAVVALLITLVAGQQLMLWHESQQPEAPLVSVQRAPQTHFTSVSNLADAAASMRMMEVDQAQTANDMPREERWVF NA NA NA NA NA D1-35_02855 165 hypothetical protein ATGTTGAGCTGGGCAATTACCTTCCTGATCATTGCCATCATTGCTGCCGTACTGGGCTTCGGTGGCATCGCGGGCACCGCCACGGGCATCGCCAAGATTCTCTTTGTCGTGTTCCTGGTCATGTTCATCGCTTCGTTCTTCTTTGGCCGTCGCGGCCGAGGCTGA MLSWAITFLIIAIIAAVLGFGGIAGTATGIAKILFVVFLVMFIASFFFGRRGRG NA NA NA NA NA D1-35_02856 465 ivy Inhibitor of vertebrate lysozyme ATGAATCGGTCATTAAAAGGACTGGCCGCCGCCCTGCTTCTGGGCGGCAGCGCCATGGCAATGGCTGCCAATGATGGACAGATGCGGGTCAACCAAGTGCTTCAGGCGGATCCGCAGTACCGTGAGACCTGGCAGCAAGTGGTCAAAAAGGAGGAGCGTCTGCCGGAGTGGGTCATGAACCTGACCGGTGTTTCCGAGCAGATGAACGCGGTCGAGGAGGACGGCGATAAATATCTGGTCGGACCCTTGTGCGAAACCCAGGATACCTGCCGCAGCAAGCGCCTGTTCGTTGCCTTCAGCTTCGACAAGGACGAGGCCTACGCATTGTTGGTAGAGGTCCCCGCCGGACTGCCGGCCGACAAGTCGCCAACCCGCCATGCGGACTACCGCTTTCTCGGCAACCCCGACGAAGGTATGCAGGAAATGTTGATGGAACAGCTCAAGAAAGATCCGAATTGGTACTGA MNRSLKGLAAALLLGGSAMAMAANDGQMRVNQVLQADPQYRETWQQVVKKEERLPEWVMNLTGVSEQMNAVEEDGDKYLVGPLCETQDTCRSKRLFVAFSFDKDEAYALLVEVPAGLPADKSPTRHADYRFLGNPDEGMQEMLMEQLKKDPNWY NA NA NA NA NA D1-35_02858 1332 gltP COG1301 Proton/glutamate-aspartate symporter ATGAAGAAGGCACGACTAAGCCTCGCCTGGCAGATCCTCATCGGTCTGGTGCTCGGGATTGCAATCGGTGCGCTGCTCAACCACTTCAGTGCCGAGAAGGCCTGGTGGATCAGCAACGTGCTGCAACCGGCGGGCGATATCTTTATCCGTCTGATCAAGATGATCGTGATACCGATCGTGATCTCTTCGCTGATCGTCGGTATTGCTGGCGTGGGTGACGCCAAGAAACTGGGGCGCATCGGCTTCAAGACGATCATCTACTTCGAAATCGTCACCACCATCGCCATCGTCGTCGGCCTGTTGCTGGCCAACTTCTTCCAGCCGGGCAGTGGCATCGACATGAGCACCCTGGGCACGGTGGATATTTCCAAGTACCAGGCCACCGCCGCCGAAGTCCAGCATGAACATGCGTTCATCGAGACCATCCTCAACCTGATTCCGTCAAACATCTTCGCGGCGGTTGCCCGCGGCGAGATGCTGCCGATCATTTTCTTCTCCGTCCTGTTCGGCCTCGGTTTGTCGAGCTTGCAAGCGGATCTGCGCGACCCGCTGGTGAAGATGTTCCAGGGCGTGTCGGAGAGCATGTTCAAGGTCACTCACATGATCATGAATTACGCCCCGATAGGCGTGTTCGCGCTGATCGCGGTGACTGTCGCCAACTTCGGTTTCGCCTCTCTGCTGCCATTGGCGAAACTGGTGATCCTGGTTTATGTCGCCATCGCCTTCTTCGCTTTTGTGGTGCTGGGCCTGATCGCGCGCTTGTTCGGCTTTTCGGTGATCAAGCTGATGCGCATCTTCAAGGATGAGCTGGTGCTGGCTTATTCCACCGCCAGTTCCGAAACCGTGCTGCCGCGCGTGATCGAGAAGATGGAAGCGTACGGCGCGCCGAAAGCCATCTGCAGCTTCGTGGTTCCTACCGGTTACTCGTTCAACCTCGATGGCTCGACGTTGTACCAGAGCATCGCGGCGATTTTCATCGCGCAGTTGTATGGCATCGACCTGTCGATCAGCCAGCAGTTGCTGCTGGTGCTGACCCTGATGGTCACCTCCAAAGGCATCGCCGGCGTGCCGGGCGTCTCCTTCGTGGTTCTGCTGGCGACACTTGGCAGCGTGGGTATTCCGCTGGAAGGCCTGGCGTTCATTGCCGGTGTCGACCGCATCATGGACATGGCCCGTACCGCGCTGAACGTCATCGGCAACGCCTTGGCCGTGCTGGTCATCTCCCGCTGGGAGGGCATGTACGACGATGCCAAGGGCCAGCGCTACTGGAATTCCCTGCCGCACTGGCGCAGCAAGGAGCCGCTGCCGGCGGGGGAAACTTCCAGCCGTTGA MKKARLSLAWQILIGLVLGIAIGALLNHFSAEKAWWISNVLQPAGDIFIRLIKMIVIPIVISSLIVGIAGVGDAKKLGRIGFKTIIYFEIVTTIAIVVGLLLANFFQPGSGIDMSTLGTVDISKYQATAAEVQHEHAFIETILNLIPSNIFAAVARGEMLPIIFFSVLFGLGLSSLQADLRDPLVKMFQGVSESMFKVTHMIMNYAPIGVFALIAVTVANFGFASLLPLAKLVILVYVAIAFFAFVVLGLIARLFGFSVIKLMRIFKDELVLAYSTASSETVLPRVIEKMEAYGAPKAICSFVVPTGYSFNLDGSTLYQSIAAIFIAQLYGIDLSISQQLLLVLTLMVTSKGIAGVPGVSFVVLLATLGSVGIPLEGLAFIAGVDRIMDMARTALNVIGNALAVLVISRWEGMYDDAKGQRYWNSLPHWRSKEPLPAGETSSR PGPT0000805_194 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-GLUTAMATE_TRANSPORT,PGPT0000805-gltP|gltT-K11102 NA NA D1-35_02859 1230 hypothetical protein ATGCTCAATGGCCTGTGGCTTGGCTTCTTTATCGTGGCAGCCGTGTCGGCGCTGGTGCAGTGGCTGGTCGGCGGCAACGCCGGCATTTTCGCGGCGATGGTGGAAAGCATTTTTGCCATGGCCAAGCTGTCGGTGGAGGTGATGGTCCTGCTGTTCGGCACCTTGACGCTGTGGCTGGGCTTCCTGCGCATCGCGGAAAAAGCCGGCATTGTCGATTGGCTGGCCAAAGCCCTCGGCCCGCTGTTCCTGCGCCTGATGCCGGAAGTCCCGGCTGGCCATCCGGCCATCGGCCTGATCACCCTCAACTTCGCGGCCAACGGCCTGGGGCTGGACAACGCGGCCACCCCGATCGGCTTGAAGGCCATGCGCGCCCTGCAAGACCTCAACCCCAGCCCGACCATCGCCAGCAACGCGCAGATCCTGTTCCTGGTGCTCAACGCATCGTCACTGACACTGCTGCCGGTAACGATTTTCATGTACCGCGCCCAGCAAGGCGCGCCGGACCCGACCCTGGTGTTCCTGCCGATCCTGCTCGCCACCAGCGCCTCGACCCTGGTGGGGCTGTTGTCCGTGGCGTTCATGCAACGGCTGCGCTTGTGGGATCCGGTGGTACTGGCCTATCTGATCCCGGGCGCGCTGGTGTTGGGTGGTTTCATGGCGTTGCTGGCGACGCTCTCGGCCACGGCGCTGGCGGGGCTCTCATCGATTCTCGGCAACTTGACGCTGTTTAGCCTGATCATCCTGTTCCTGGTGGTGGGTGCGCTGCGCAAGGTCAAAGTGTATGAAGCCTTTGTCGAAGGCGCCAAAGAGGGATTCGACGTCGCCAAGACGCTGCTGCCGTATCTGGTGGCGATGCTCTGCGCTGTCGGTGTGCTGCGGGCATCGGGGGCGCTGGATTTCGGCCTGGACGGTATCCGCCATCTGGTGCAGTGGGCCGGCCTGGACACGCGTTTTGTCGATGCCTTGCCCACCGCCATGGTCAAGCCGTTCTCCGGCAGCGCCGCCCGGGCGATGCTGATTGAAACCATGAAGACCTCCGGGGTGGACAGCTTCCCGGCCCTGGTGGCGGCAACTATTCAGGGCAGCACCGAAACCACGTTCTACGTGCTGGCGGTGTATTTCGGCGCCGTGGGCATCCAGCGAGCCCGCCACGCGGTGGGTTGCGCCCTGCTGGCCGAGCTGGCCGGGGTGATAGCGGCCATCGGAGTCTGCTACTGGTTCTTTGGCTGA MLNGLWLGFFIVAAVSALVQWLVGGNAGIFAAMVESIFAMAKLSVEVMVLLFGTLTLWLGFLRIAEKAGIVDWLAKALGPLFLRLMPEVPAGHPAIGLITLNFAANGLGLDNAATPIGLKAMRALQDLNPSPTIASNAQILFLVLNASSLTLLPVTIFMYRAQQGAPDPTLVFLPILLATSASTLVGLLSVAFMQRLRLWDPVVLAYLIPGALVLGGFMALLATLSATALAGLSSILGNLTLFSLIILFLVVGALRKVKVYEAFVEGAKEGFDVAKTLLPYLVAMLCAVGVLRASGALDFGLDGIRHLVQWAGLDTRFVDALPTAMVKPFSGSAARAMLIETMKTSGVDSFPALVAATIQGSTETTFYVLAVYFGAVGIQRARHAVGCALLAELAGVIAAIGVCYWFFG NA NA NA NA NA D1-35_02860 1008 hypothetical protein ATGCCGAACCTGACTCATTTAATCCAGCGCATCCTCGAACTGATGAAGCGCTATCCGGGGGTCATCGCGCTCGGCGGTTTCATTTCCGGGGTCGGCAGTTTCATGCTGGTGGATCGCCAGCAGGGTCTGGCGACCTGGATCGCGATCATGATGCTGGTGAGCTGGCTCTGGCTGATGTTGGAGAACAGCCTGACGCGGCTGTTCACGCGGATTTTCAAACGGGAAATACCCCAGCCGCTGCTGCGTTACGCCACGCAGATGATCCACCAGGAAAGCCTGTTCTTCGTCTTGCCGTTTTTTTTCATCACGACAACCTGGAACAGCAGCCAGCTGCTCTTTACCGGCTTGCTGGCGGCGTCGGCGCTGGTCTCGATCATCGATCCGCTGTACTACAAATGGCTGGCGCCCCGGCGTTGGGCGTTCCTGGCGTTGCACACGCTGACGCTGTTCGCCGCCCTGCTCACCGCGCTGCCGGTGATCCTGCACCTGACCACTGACCAGAGCTTCAAGCTGGCACTGGGCACCGCCATGCTGTTGTCGTTCCCGAGCCTGGCCTCGATCTTCCCGATCCGCACCGTGCGCAACGCCCTGGCGATTCTGTGCATCACCCTGGGCATCGGCGCCGCCGGCTGGGTGCTGCGCTCCTGGGTGCCACCCGCCACGCTCTGGATGACCGAAGTGGCAATCAGTACCCAGCTGGAAGACCGCACGCCTGGCGCCAGTCTCAAGGAAGTCAGCGCGGCCCAGATCCGTGGTAACGGCCTGTACGCCTACACCGCCATCAACGCACCGCGCGGGCTCGATGAGCGGATCTACCACGTCTGGCAGTTCAACGGCAAAGAGGTGGATCGCATCGCTCTGGACATCCATGGCGGACGCAAGGAAGGCTATCGCGCCTGGACCCACAAGCAGAACTTCCCGGACAACCCGACGGGAAAATGGCAAGTGCGGATACTCACCGAAAATGGCCAGATGATTGGTGTGTTGAGGTTCGAGGTGAAGGACTGA MPNLTHLIQRILELMKRYPGVIALGGFISGVGSFMLVDRQQGLATWIAIMMLVSWLWLMLENSLTRLFTRIFKREIPQPLLRYATQMIHQESLFFVLPFFFITTTWNSSQLLFTGLLAASALVSIIDPLYYKWLAPRRWAFLALHTLTLFAALLTALPVILHLTTDQSFKLALGTAMLLSFPSLASIFPIRTVRNALAILCITLGIGAAGWVLRSWVPPATLWMTEVAISTQLEDRTPGASLKEVSAAQIRGNGLYAYTAINAPRGLDERIYHVWQFNGKEVDRIALDIHGGRKEGYRAWTHKQNFPDNPTGKWQVRILTENGQMIGVLRFEVKD NA NA NA NA NA D1-35_02861 1389 hypothetical protein ATGCGTTGTCTGCTGCTCGCCTTGCTTTTGTTCGGCTCACTCCCCGCCATTGCCCAGGATCGCTTTCAGGTCGAAGGCTATACGTTGCCTAACGGCCTGCAATTGTTGCTCAAACCCGGCACCGAACGCGGGCACGTGGCGATTCGGCTGGTGGTCGGCGTGGGGCTCGACGATTTCAGCTGCGCCGACAAGGAGCTGCCGCATCTGCTCGAACATCTTCTGTTCAGTGGGGTCGACGACAGCGGCGAAGGTGGCCTGGAGGAACGCATGCAGGCCCTGGGCGGCGAGTGGAACGCCTTTACCAGCAATGCCGATACAACGTTTGTCATCGAGGCACCGGCGCGCAATCAGCGCAAGGTCCTCGACCTGTTGCTGGCGCTGCTGACCCGCACCCGCATCGACGAAAAAGCCCTGGAGGCGGCCAAACGGGTGGTCGAGCGCGAGGACGGCGGTCACTACACCCATCTGCAACGCTGGCTCGACCGACAGGACCTGGGCCATAAAGCCAGCAATCAATTGGCCGTGGAACTGGGCTTGCGGTGCGCGGAACGGGCCGAGGTTGGTCACCTTACCCTGGCCCGGGTCGAGCAGGTGCGCAAGGCCTGGTATGCCTCCAACAATATGACGCTGATCGTCGTCGGCGATCTCGACCGGTTATTGCCGGCCTACCTGGAACGCAGTTTCGGCGAGCTCGAACCGGTCGAGCCCAGCGTCCACGAGCCGCTGCCGCAGATCCGCTACAGCGCGGTCACCAAACGCAACCTGACTCGCGGCCTGGCCGGCGATGGCGCCAAGCTTCATTGGCTGTTCCCGGAACCGGTGCTGGAACAGCAGCACGACGAAACCTTCGACCTGCTCAAGGATTATCTGGACTGGGCGCTTTATCGCCAGTTGCGCCTGGCCAACGGCCTGTCCTACGGCCCCTGGGTGGAGCGGGAAGTCTTTGGCGGTGTCGGTTTTCTCAGCCTGAACGCAGACCTGGCGCGCGAAGACCTGCCGAAAGCCGAGCAGGTGCTGGAACAATTGCGCGGCACGCTGCTCAAGGACGGCCTGGACCCCGAGAGCTTCGTGCGGATCAAACGCGCCGCTATCGCCCATCAGTCCTGGGCGGTGCAAGGCAACAGCGCGCTGGCCGACTATTACTGGGGCGCCTTGGGCGACTATGAGGATGGCCGCTTCGCCAATCCGGCCGCCCGCTTGCAGGCCGTCAGCCTGGAGCAGGCCAACCAGGCCCTGCGCGAACTTCTCAAGGATCCGGGTTACCTGCGGATCGAGAAGCCGTTGCTTGGTGATGACGAACTCGTTTGGGTGTTGGCTGGGTTGGTGGTGTTGCTGCTGGTGGGAATTGGCTGGCGATGGAAGCGCAGGGCGCGACCGCAGCCAGACTGA MRCLLLALLLFGSLPAIAQDRFQVEGYTLPNGLQLLLKPGTERGHVAIRLVVGVGLDDFSCADKELPHLLEHLLFSGVDDSGEGGLEERMQALGGEWNAFTSNADTTFVIEAPARNQRKVLDLLLALLTRTRIDEKALEAAKRVVEREDGGHYTHLQRWLDRQDLGHKASNQLAVELGLRCAERAEVGHLTLARVEQVRKAWYASNNMTLIVVGDLDRLLPAYLERSFGELEPVEPSVHEPLPQIRYSAVTKRNLTRGLAGDGAKLHWLFPEPVLEQQHDETFDLLKDYLDWALYRQLRLANGLSYGPWVEREVFGGVGFLSLNADLAREDLPKAEQVLEQLRGTLLKDGLDPESFVRIKRAAIAHQSWAVQGNSALADYYWGALGDYEDGRFANPAARLQAVSLEQANQALRELLKDPGYLRIEKPLLGDDELVWVLAGLVVLLLVGIGWRWKRRARPQPD NA NA NA NA NA D1-35_02862 1659 hypothetical protein ATGCTGACCCTGCTGAATCTGCTCTCCGCCGTGGCCTTGCTGATCTGGGGCACGCACATCGTCCGTACCGGCATTCTGCGGGTCTATGGCTCGAACCTGCGTCACGTCATCAGCCAGAACATGTCCCGGCGCTGGTTGGCTTTCATCGCCGGGATCATGGTCACCGCCATGGTCCAGAGCAGCAACGCCACGGCCATGCTCGTCACCTCTTTTGTCGGCCAGGGCCTGATGTCGCTGACGCCCGCCCTGGCGACCATGCTTGGCGCCGACGTCGGCACCGCGCTGATGGCACGGGTGCTGACCCTCGACCTGTCGTGGCTGTCACCGTTGCTGATTTTCCTCGGGGTGATTTTTTTCCTGTCGCGCAAACAGACGCGCGTCGGGCAGATGGGCCGGGTCGCCATCGGCCTGGGCCTGATCATCCTGGCCCTGCAACTGATCGTCGAAGCCGCTGCGCCCATCACCCAGGCCCAGGGCGTGAAGGTGATTTTCGCCTCACTGACCGGCGATATCCTGCTCGATGCGCTGGTCGGCGCGCTGTTCGCCATGATTTCCTATTCCAGCCTCGCCGCCGTGCTGCTGACCGCGACACTGGCCGGCGCGGCGGTGATCAGTTTGCCAGTGGCTATCGGCCTGGTGATCGGCGCCAATATCGGCAGCGGCATCCTGGCGTTTCTCAGCACCAGCATGCAGAACGCCGCCGGACGCCAGGTGGCACTCGGCAGCCTGCTGTACAAGCTGATTGGCCTGTTGCTGATCATTCCGGTACTCGATCCGCTGGTGGGCTGGCTGGACAGCCTGGATTTCAGCCACCAGGAAACCGTCATCGGTTTTCATCTGCTCTACAACACCGTGCGTTGCCTGGTATTGCTGCCTAGCGTCGGGCCGATGGGCCGGCTCTGCGCGTGGCTGCTGCCGGAGCGCCCGGACACCAACGGCACGGCCAAGCCCCGGCACCTCGACCCCACCGCCCTGGCGACCCCGAGCCTGGCCCTGGCGAACGCGGCCCGGGAAACCTTGCGCATCGGCGACCTGATCGAAAACATGCTCGAAGCCATGCTCGGCGTACTGCGCGGCGAGCAGACGGCGATTACTCAGCAAGTGCGCGCCATGAGCGACGATGTCGAAGCACTGTGCAGCGCCATCAAGCTGTATATGGCGCAAATGCCCCGCGAGGACCTCAGCGAACAGGACAGCCGCCGCTGGGCGGAAATCATCGAGCTGGCGATCAATCTCAAGCTGGCCAGCGACCTCATCGAACGTATGCTGCGCAAGGTCCAGCAGCAGAAGACCTCGCAACGCCGGTCGTTTTCCGATGTGGGCCTGGAAGAACTGGCGGGGCTGCACAGTCATCTGCTGGCCAACCTGCGGCTGGGGTTGACGGTGTTCCTGAGTGCCGATCGGGAAAGCGCACGGCAGTTGCTGCGTGAGAAACGTCGCTTTCGCGCGCAGGAACGGCGGATGGCCCATGCCCATGTCAGCCGTCTGCAACGCAAGGTCGTGCAGAGCCTGGAGACCAGTTCCCTGCATCTTGAGCTGATCGCTGACATGCGGCGCCTGAATTCGCTGTTCTGCGGCAGCGCCTATGTGGTGCTGGAAACCTCGGAGATCGGCGCCCTTTCCGTCGATGAAATTTCCGACATCACCCATTCGCCGTGA MLTLLNLLSAVALLIWGTHIVRTGILRVYGSNLRHVISQNMSRRWLAFIAGIMVTAMVQSSNATAMLVTSFVGQGLMSLTPALATMLGADVGTALMARVLTLDLSWLSPLLIFLGVIFFLSRKQTRVGQMGRVAIGLGLIILALQLIVEAAAPITQAQGVKVIFASLTGDILLDALVGALFAMISYSSLAAVLLTATLAGAAVISLPVAIGLVIGANIGSGILAFLSTSMQNAAGRQVALGSLLYKLIGLLLIIPVLDPLVGWLDSLDFSHQETVIGFHLLYNTVRCLVLLPSVGPMGRLCAWLLPERPDTNGTAKPRHLDPTALATPSLALANAARETLRIGDLIENMLEAMLGVLRGEQTAITQQVRAMSDDVEALCSAIKLYMAQMPREDLSEQDSRRWAEIIELAINLKLASDLIERMLRKVQQQKTSQRRSFSDVGLEELAGLHSHLLANLRLGLTVFLSADRESARQLLREKRRFRAQERRMAHAHVSRLQRKVVQSLETSSLHLELIADMRRLNSLFCGSAYVVLETSEIGALSVDEISDITHSP PGPT0002650_1092 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0002650-yjbB-K03324 NA NA D1-35_02863 768 hypothetical protein ATGGAATGGCTGACCAACCCGGAAATATGGGTTGCCTTCTTTACCCTGACCGCCCTGGAAATCGTCCTGGGTATCGATAACATCATCATGATCTCGATCCTGGTCAGCCGCATGCCCAAGCACATGCAGGCACGCACCCGGATCTTCGGCCTGGCGCTGGCGATGATCACGCGGATCCTGTTGTTGCTGTCCATCACCTGGGTGATGCGCCTGACCGCCGATCTGTTCGAAGTATTCGGCCAAGGCATCTCCGGCCGCGACCTGATCCTGTTCTTTGGTGGCCTGTTCCTGCTGTGGAAAAGCTCTCAGGAGATGTACCACGCGCTGGAAGGCGAAGAGGAAAACAGCGACGAGCCTTCGGTCAAGGGCGGCAACTTCATCTACACCATCATCCAGATCGCGATCATCGACATCGTGTTCTCCCTGGACTCGGTCATCACCGCGGTCGGCATGGTCTCCCATGTACCGGTCATGGTTGCCGCGATCATCGTCGCCGTACTGGTGATGATGCTGGCTTCGGGCACCATCAGCACGTTCATCGACAAGCACCCGTCGCTGAAGATGCTGGCGCTGTCGTTCCTGCTGGTGGTCGGTACCGTACTGATCGCCGAATCGTTCGATGTGCATGTGCCTAAAGGCTACGTCTATTTCGCCATGGCGTTCTCGCTGGCGGTGGAAGCGATCAATATCAAGATGCGTACCGCGATGGCACGCAAGCGCAAGCAGCAGGATCCGGTGAAACTGCGCAAGGATGTTCCGGGTCAGTAA MEWLTNPEIWVAFFTLTALEIVLGIDNIIMISILVSRMPKHMQARTRIFGLALAMITRILLLLSITWVMRLTADLFEVFGQGISGRDLILFFGGLFLLWKSSQEMYHALEGEEENSDEPSVKGGNFIYTIIQIAIIDIVFSLDSVITAVGMVSHVPVMVAAIIVAVLVMMLASGTISTFIDKHPSLKMLALSFLLVVGTVLIAESFDVHVPKGYVYFAMAFSLAVEAINIKMRTAMARKRKQQDPVKLRKDVPGQ NA NA NA NA NA D1-35_02864 1308 citN_2 COG2851 Citrate transporter ATGCTGACTTTCCTTGGCTTCGCCATGGTCATCACGTTCATGTTCCTGATCATGACCAAGCGCCTGTCTGCGCTGATCGCCCTGATCATTATTCCGATCCTGTTCGCGCTGTTCGGTGGCTTTGCGCCGAAGATCGGCCCGATGATGCTCGAAGGCATCACCAAGCTTGCCCCGACCGGGGTGATGCTGATGTTTGCGATTCTCTATTTCGCCCTGATGATCGACTCCGGCCTGTTCGACCCGGCCGTGCGCAAGATCCTCAAGATGGTCAAGGGCGACCCCCTGAAAGTTTCGGTCGGCACCGCCGTTCTGGCGCTCGTCGTTTCCCTCGATGGTGACGGCGCGACCACTTATATGATCTGCGTAGCCGCCATGCTGCCGCTCTACAGCCGTATCGGCATGAGCCCGCAGATCATGGCGGGCCTGATCATCCTCGCCGGCGGCGTGATGAACATGACCCCTTGGGGCGGGCCAACCGCTCGGGCGGCCAGTGCGCTGCATGTGGATCCGTCGGACATCTTCGTCCCGATGATCCCGGCGATGCTGGCCGGCGTCGTGGCGATCCTGGCGATTGCCTACATGTACGGCAAACGCGAGCGTGCGCGCCTGGGTGAGCTGCACCTGGCCGGTGACGACATGGACCACAGCGAAATCAGCGTCTCGCAGTTCCCGGACGCCCGCCGTCCGAAGCTGATCTGGTTCAACGGCGCGCTGACCCTGGCCCTGATGTGCACGCTGATTGCCGGCCTGTTGCCGTTGCCGGTGCTGTTCATGGTGGCCTTCAGTATCGCGATGATCGTCAACTATCCATGCCTGCAACAACAGAAAGACCGCGTCGCGGCTCACGCCGGCAGCGTGTTGGCGGTGGTCGGGCTGATCTTCGCGGCGGGTATCTTCACTGGCATTCTGTCGGGCACAGGTATGGTCGATGCCATGTCCAAGAGCCTGCTGGCAGTGATCCCGGACTTCCTCGGTCCTTACCTCGCGGTCATCACTGCGCTGGTGAGCATGCCGTTCACTTTCTTCATGTCGAACGATGCATTTTATTACGGGGTGTTACCAGTTTTGGCCGAAGCAGCCAGCCATTACGGCATCACTGGCGTCGAAATGGCCCGTGCCTCGATCGTCGGCCAGCCCGTTCACCTGCTGAGCCCGCTGGTTCCGTCGACTTATCTGCTGGTGGCCCTGGCCGGGATCGAATTCGGCGATCACCAACGCTTCACCTTGAAGTGGGCAGTACTGGTTTGCCTGTGCATAATGTTCGCCGCCTTGCTGATGGGGATTTTTCCGCTATTCAGCACTCTATAA MLTFLGFAMVITFMFLIMTKRLSALIALIIIPILFALFGGFAPKIGPMMLEGITKLAPTGVMLMFAILYFALMIDSGLFDPAVRKILKMVKGDPLKVSVGTAVLALVVSLDGDGATTYMICVAAMLPLYSRIGMSPQIMAGLIILAGGVMNMTPWGGPTARAASALHVDPSDIFVPMIPAMLAGVVAILAIAYMYGKRERARLGELHLAGDDMDHSEISVSQFPDARRPKLIWFNGALTLALMCTLIAGLLPLPVLFMVAFSIAMIVNYPCLQQQKDRVAAHAGSVLAVVGLIFAAGIFTGILSGTGMVDAMSKSLLAVIPDFLGPYLAVITALVSMPFTFFMSNDAFYYGVLPVLAEAASHYGITGVEMARASIVGQPVHLLSPLVPSTYLLVALAGIEFGDHQRFTLKWAVLVCLCIMFAALLMGIFPLFSTL PGPT0001500_725 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 D1-35_02865 339 hypothetical protein ATGCAACGGATCAAGGGCTATCACGCCCATGTTTATTTCGACGCCGGCACCATCGATCAGGCGCGGGCCTTGTGTGAGCAAGCGGCGCAGCTGTTCCCGCTGAAGATGGGCCGGGTTCACCAACGGCCGGTCGGCCCGCACCCGGACTGGAGCTGCCAGCTGGCATTCGATCCGCAGTACATCGGCGTGGTCCTGCCGTGGTTGGCGCTCAATCGCAACGGGCTGGTGATATTCCTGCACCCGGACACTGGTGATGATCTGGCCGATCACACCGATCATGCGATCTGGATGGGCGCGGTACGACCGTTGAATCTTTCGGCGTTCGAATCAACAAGCTGA MQRIKGYHAHVYFDAGTIDQARALCEQAAQLFPLKMGRVHQRPVGPHPDWSCQLAFDPQYIGVVLPWLALNRNGLVIFLHPDTGDDLADHTDHAIWMGAVRPLNLSAFESTS NA NA NA NA NA D1-35_02866 660 hypothetical protein ATGAGAAACGCCGAAACCCCGGTCATCAAAGTGGTGCTCTATGGTGCCATGAGCAGCCTCGGAAGTGCGTTGATGGCTGAGCTGTTGCGACGCCAGCACGAAGTCATCGCCATCCTCGATGATCTTACGGCCTTGGCGCCACGCCCGGGCCTGCGGACCAAGACCGGCGACCTGTTCGACCCCGAACGGGTCAAGCAGAGCGTTGCCGGCGCCACTGCCGTGGTGTGCCTGTTGAACGCACCGGGGCTGCCAATGAACAGCGAGCAAGTAGAGCGCACGCTCATTCCCGGCCCGGTGGAGCAGGTCCTGGCCGTGGATGCGCTGATTGCAGGCATGCAGGCGGTCAATATCCCCCGGCTGTTCCTGGTGGGCGATTTCGCTGCCCTCGATGAGCAGGAAGCCGAAGATGACTTGCAGCGCCATGCCGCCGAGGAAATCCTCGACGCCCTGAAAAACAGCGCCTTGCAGTGGACCCTGGTCAACGCGCCCTACGCCGCGCCGGGCTTGAGCATCGAGCATTTCAGCCAGGTCAGCACCAGCCTGGAGTCCGGAATGGCCGAGTCCCTGGAGCGCCTCAATCGGGTGGCCGTGGGCATTGTCGATGAACTGCGCTCGAACCTGCATGTGGGCGAGCATGTGAGTTTTGTGCCCGCCCTCTAA MRNAETPVIKVVLYGAMSSLGSALMAELLRRQHEVIAILDDLTALAPRPGLRTKTGDLFDPERVKQSVAGATAVVCLLNAPGLPMNSEQVERTLIPGPVEQVLAVDALIAGMQAVNIPRLFLVGDFAALDEQEAEDDLQRHAAEEILDALKNSALQWTLVNAPYAAPGLSIEHFSQVSTSLESGMAESLERLNRVAVGIVDELRSNLHVGEHVSFVPAL PGPT0020900_113 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020900-putative_saccharopine_dehydrogenase-K07118 NA NA D1-35_02867 951 gcvA_5 Glycine cleavage system transcriptional activator ATGTATGACGCCTTGGGTGACCTGTCCCTGGATCTCTTCCGCGCCTTCGAATCAGCGGCTCGCCAGCAAAGTTTTACTGCGGCAGCGATTGAACTGGGCACGACCCAACCCGCCATCAGCCAACAGATCAAACGGCTGGAAGAGCAGCTCGGTACGCGCCTGTTTGATCGCATCTATCGCGGCATCGAATTGACCGAGGCCGGCGCGATCCTGTTCGAGCAGGTCCAGGCCGGCTTGCAGAGCATCGATGCGGGGCTGAACGCGATCACGGCCCAGCACCAGCATGAAGTGCTACAAGTCGCGACGGATTTCGCTTTCGCCGCCTATTGGCTGATGCCGCGACTGCATCGGTTCCACGCGGCAAATCCGCAGGTGGATGTGAGCCTGGTGACCAGCGAGCGCAACCACAACATGCTGCGCACCGATATCGATGTTGCGGTGCTATTTGGCGACGGTCGCTTCAAACAGGGCGAAAGTCGTTGGCTTTTCAGCGAAGAAGTCTTTCCTGTATGCAGCCCACTGCTGCTCAAGGACCGCCCCCAACCCCTGCCCGCCCACGCCCTCGCGGAATTCCCGCTGCTGCATTTGCGCGGCGGCAACAGCAGCGCCTGGTTCGACTGGAGCGGCGTTTTTCGTGAACTGGGCATCACCTCGCCACCGGCGCCGGGCCAACTGCGCTTCGACAACTACACCCTGCTCATCCAGGCGGCGATTGGCGGCCAAGGCGTCGCTATCGGTTGGCGGCACCTTGTGGATAACTTGCTGGCGCAAGGGTTGCTGTGCCGACCGATCGCCGAAACGGTGCTTTCCCGGTTGGGGTATTACGTGGTCTTGCCCCAACGCAAGCGCCGGGGTGTGCTGATCAAGCTGTTCGTGGATTGGCTGATGGAAGAACAGGCCAATAGTGCGGAGTCGCTTACAGGGTTGCCGCTGCCTTCGATTGCGGTTTGA MYDALGDLSLDLFRAFESAARQQSFTAAAIELGTTQPAISQQIKRLEEQLGTRLFDRIYRGIELTEAGAILFEQVQAGLQSIDAGLNAITAQHQHEVLQVATDFAFAAYWLMPRLHRFHAANPQVDVSLVTSERNHNMLRTDIDVAVLFGDGRFKQGESRWLFSEEVFPVCSPLLLKDRPQPLPAHALAEFPLLHLRGGNSSAWFDWSGVFRELGITSPPAPGQLRFDNYTLLIQAAIGGQGVAIGWRHLVDNLLAQGLLCRPIAETVLSRLGYYVVLPQRKRRGVLIKLFVDWLMEEQANSAESLTGLPLPSIAV PGPT0026360_3451 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02868 1527 betC COG3119 Choline-sulfatase ATGGAATGCCGCGAATACATGAAGCGCAAGAACATTCTTTTCATCATGGCCGATCAGATGGCCGCGCCAATGTTGCCGATCTACGGTCCGTCGCCCATCAAGCTGCCCAACCTGTCACGCCTGGCCGACCACGGCGTGGTATTCGATGCCGCGTACTGCAACAGCCCGCTCTGTGCGCCGTCACGCTTTACGCTGGTGAGCGGTCAGTTGCCGAGCAAGATCGGCGCCTATGACAACGCGGCGGATTTTCCGGCGGACGTTCCAACTTATGCCCATTACCTGCGCCGTCTCGGCTATCGCACGGCGCTGTCCGGCAAGATGCATTTTTGCGGGCCGGACCAATTGCACGGTTACGAAGAGCGCCTGACCAGCGACATTTATCCAGCGGACTACGGCTGGGCCGTGAACTGGGACGAGCCGGATGTGCGGCCAAGCTGGTATCACAACATGTCGTCGGTGCTGCAGGCCGGACCGTGCGTGCGCACCAATCAGCTGGATTTTGATGAAGAGGTGGTGTTCAAGGCCCAGCAGTACCTGTTCGACCACATCCGCGAGGACGGCGACCAGCCGTTTTGCCTCACCGTATCCATGACACACCCACACGATCCGTACACGATTCCCAAGACATTCTGGGATCTGTATGACGACAAGGACATCCCGCTGCCCTACACCCCGGATCAGACAGAGCTTGATCCACATTCCCAACGCCTGTTGAAAGTCTATGATCTGTGGGGCAAGCCGCTGCCTGTGGATAAGATCCGTGATGCTCGCCGCGCCTACTTCGGCGCGTGCAGCTACATCGACAGCAATGTCGGCAAGTTGCTGCAGACCTTGGAAGACACCGGGTTGCTCGACGACACCATCATCGTGTTCTCTGGCGATCATGGAGACATGCTCGGCGAAAAAGGCCTCTGGTACAAAATGCACTGGTTTGAAATGGCCGCTCGCGTGCCGCTGCTGATCAGCGCCCCAGGCCAGTTTGCCAGCGGCCGCGTCGGCGCGGCGGTGTCCACCGCCGACCTGCTGCCGACCCTGGTCGAACTGGCCGGCGGCACCCTGGAACCAGGCTTGCCGCTGGATGGGCGTTCGCTGGTTCCGCATCTGCAAGGGCAGGGCGGGCACGATGAAGTCTTCGGTGAATACATGGCCGAAGGCACCGTCAGCCCGTTGATGATGATCCGTCGCGGCCCGTGGAAATTCATCTACAGCGAAGATGACCCGTGCCTGTTGTTCGACCTGCGTAATGATCCTCAGGAGGTGGCGGATCTCAGTCAGTCGCCTGAGCATCAGGCGCTGTTCAACGATTTTCTCGCCGAAGCGCGGGCCAAATGGGATATTCCAGCCATTCACCAACAGGTGCTCGCCAGCCAGCGACGCCGTCGTTTCGTTGCCCAGGCGTTGACCCTGGGCAAACTCAAGAGCTGGGATCACCAGCCGCTGGTCGATGCCAGCCAGCAATACATGCGCAACCACATCGACCTCGACGATCTGGAGCGCAAGGCCCGTTATCCACAACCCTGCCAATAG MECREYMKRKNILFIMADQMAAPMLPIYGPSPIKLPNLSRLADHGVVFDAAYCNSPLCAPSRFTLVSGQLPSKIGAYDNAADFPADVPTYAHYLRRLGYRTALSGKMHFCGPDQLHGYEERLTSDIYPADYGWAVNWDEPDVRPSWYHNMSSVLQAGPCVRTNQLDFDEEVVFKAQQYLFDHIREDGDQPFCLTVSMTHPHDPYTIPKTFWDLYDDKDIPLPYTPDQTELDPHSQRLLKVYDLWGKPLPVDKIRDARRAYFGACSYIDSNVGKLLQTLEDTGLLDDTIIVFSGDHGDMLGEKGLWYKMHWFEMAARVPLLISAPGQFASGRVGAAVSTADLLPTLVELAGGTLEPGLPLDGRSLVPHLQGQGGHDEVFGEYMAEGTVSPLMMIRRGPWKFIYSEDDPCLLFDLRNDPQEVADLSQSPEHQALFNDFLAEARAKWDIPAIHQQVLASQRRRRFVAQALTLGKLKSWDHQPLVDASQQYMRNHIDLDDLERKARYPQPCQ PGPT0013620_255 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_CHOLINE-O-SULFATE|PHOSPHORYLCHOLINE_UTILIZATION,PGPT0013620-betC-K01133 NA NA D1-35_02869 921 hypothetical protein ATGCAAAAGTTATCCACAGTACTGACCGCCGGGCTGTTGGCGTTGAGCAGTGTTTCGGCGTGGGCCGAGCAGAGTTGCGAGACCGTGAAGATGGCCGATCCGGGCTGGAGCGATATCGCCGCGACCAACGCCGTCGCCGGTTTCCTGCTTGAGGGCATGGGTTACAAGGCCAAGGTCGACACCTTGGCGGTACCGATCACGTTCGGTGGCCTGAAGGATGGCCAGGTTGATGTTTTCCTGGGTAACTGGATGCCGGCGCAGCAAGGGTTCTATGACAAGTTCGTCGCCAATGGCGATGTCACGCAGTTGGCGAAGAACCTGGACGGCACCGAATTCACCCTGGCGGTGCCGGACTACGTCTGGGATGCCGGTGTGCATAACTTCGCCGACCTGAACAAGTTCGCCGACAAGTTCGACAAGAAGATCTACGGCATCGGTTCCGGCGCCCCGGCCAACCTTTCGCTGAAAGAAATCATCAAGACCAACGATTTCGGCATGGGCGAATGGAAACTGGTGGAGTCCAGCGAGCAGGCAATGCTGGCGGAAGTCTCCCGGGCCGTGAAGAAGCAGAAATTCGTGACGTTCCTCGGCTGGACCCCACACCCGATGAACGTGCAACTGAAAATGCATTACCTCAAGGGCGGCGAGAAGTACTTTGGCGATACTGGCAGCGTTTATACGCTGACGCGCAAGGGTTATGCACAGGCCTGCCCGAACGTCGGGAAGCTGCTGACCAACCTGAGCTTCACCCAGGAAATGGAAAACAGCATCATGGCCGAAGTGGTGAACAAGAAGGTCAGCAACGCCGAAGCGGCCAAGGCCTGGATCAAGGCCAACCCGGCGGTGCTGGACAAATGGCTGGACGGCGTGAAGACCATGGATGGCAAGGACGCGTTGGCGGCGGTCAAGGCCAAACTCTAG MQKLSTVLTAGLLALSSVSAWAEQSCETVKMADPGWSDIAATNAVAGFLLEGMGYKAKVDTLAVPITFGGLKDGQVDVFLGNWMPAQQGFYDKFVANGDVTQLAKNLDGTEFTLAVPDYVWDAGVHNFADLNKFADKFDKKIYGIGSGAPANLSLKEIIKTNDFGMGEWKLVESSEQAMLAEVSRAVKKQKFVTFLGWTPHPMNVQLKMHYLKGGEKYFGDTGSVYTLTRKGYAQACPNVGKLLTNLSFTQEMENSIMAEVVNKKVSNAEAAKAWIKANPAVLDKWLDGVKTMDGKDALAAVKAKL PGPT0013640_2947 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 D1-35_02870 1569 dauA_1 COG0659 C4-dicarboxylic acid transporter DauA ATGGCAATCCCCACGCGCCATTCGCTGTTTCCGTTCCTCAGTTGGCTGCCCCGGCAGACCCGCGCCAGCGTCGGCCGTGACCTGATCGTCGGCCTCAGCGGCGCGATTCTCGCGTTACCGCAGTCCATTGCCTACGCACTGATTGCCGGCCTGCCGCCGGAATACGGCTTGTACGCGGCAATCGTGCCGGTGCTGATCGCCTGCCTATGGGGGTCGTCCTGGCATTTGATCTGTGGTCCTACGGCGGCAATCTCCATTGTCCTCTACGCCACTGTCAGCCCATTGGCGGTGCCTGCCACCCAGGACTACATCACGCTCATCCTCTTGCTGACGGTGCTGGCAGGTATTTTCCAGTGGCTGCTCGGGCTGTTGCGTTTCGGTGCGCTGGTCAATTTCGTCTCCCACTCGGTGGTGCTGGGTTTCACCTTGGGCGCAGCGGTGGTTATTGCCCTCGGGCAATTGCCGAACCTGCTGGGCCTGGACCTGCCGAACGAAGCCACGGCATTGAAGAGTTTGCTTATGCTTGCCAGCCATATCGGGGCTGTGGATAAACCTTCGCTGCTGCTGGGTTTGGGGACGCTGGCGGTGGGGATCGTCCTCAAACGATTGCTGCCGCGCTGGCCAACCTTATTGATTACGCTGGCCCTTGGCAGCCTGTTGGTCTGGGCGTGGCCCGCGATGTTCGGGCATGTGGCGTTGGTCAGCGCCTTTGTCGGACGCCTGCCGCCGTTCACGCCGCTGTCGCTGGACCTTGAGTTGATCCTAAGGCTGCTGCCCGGTGCCGTTGCGGTGGGCATGCTCGGGCTGGTGACCAGCCTGTCCATCGCCCGCTCGTTGTCGGTCCGTTCCGGGCAACTGCTCGATGCGAATCAGGAAGTCAGGGCGCAGGGGCTTTCCAATATCGTCGGAGGATTTTTCGCCGGATCGCTGTCAGCCGGCTCCTTTACCCGTTCCGGTCTCAGCTATGAAGCGGGTGCCTGTTCGCCCCTGGCCGGAGTGTTTTCGGCGTTGTGGGTGGCGCTGTTCGCGGTTGCCGGCGCGACACTGATCGCGCACATTCCCATTCCCGCCATGGCCGGCAGTATTCTGCTGATCGCCTGGGGCCTGGTGGACCATCGGGGTATCCGGGCGCTGTACCGTGTGAGTCGTTCCGAATTCCTGGTGATGGGGCTCACCTGCCTGGCCACGCTGCTGCTTGAACTGCAAGCGGCTATCTACGCTGGCGTGTTGGCTTCGCTGTTTTTCTATCTCAAGCGCACTTCGCAACCGCGGGTGCAGCATTTCCGGGAAGGTGAGGCGGACGTCTTGCGGGTGGGCGGCTCGATCTTTTTCGGCGCCAGCCATTATTTGCAAGTGCGCCTGCAACGCATGCCCGCCCAGCAGGTGATCATCGACGCCCAGCAGATCAACTTCATCGATTACTCCGGCGTCGAAATGCTCCACCAGGAAGCCCGGCGCCTGCGCAGCCAGGGGCGCAGCCTGACTTTGCGTGGGGCAAGGCCGCCGGTGGTGGAGGAGTTGTTGAAGCTGGAAGGACCGGAGAAATGCCCGATCCTCTTCAGGGATTGA MAIPTRHSLFPFLSWLPRQTRASVGRDLIVGLSGAILALPQSIAYALIAGLPPEYGLYAAIVPVLIACLWGSSWHLICGPTAAISIVLYATVSPLAVPATQDYITLILLLTVLAGIFQWLLGLLRFGALVNFVSHSVVLGFTLGAAVVIALGQLPNLLGLDLPNEATALKSLLMLASHIGAVDKPSLLLGLGTLAVGIVLKRLLPRWPTLLITLALGSLLVWAWPAMFGHVALVSAFVGRLPPFTPLSLDLELILRLLPGAVAVGMLGLVTSLSIARSLSVRSGQLLDANQEVRAQGLSNIVGGFFAGSLSAGSFTRSGLSYEAGACSPLAGVFSALWVALFAVAGATLIAHIPIPAMAGSILLIAWGLVDHRGIRALYRVSRSEFLVMGLTCLATLLLELQAAIYAGVLASLFFYLKRTSQPRVQHFREGEADVLRVGGSIFFGASHYLQVRLQRMPAQQVIIDAQQINFIDYSGVEMLHQEARRLRSQGRSLTLRGARPPVVEELLKLEGPEKCPILFRD PGPT0003020_3868 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-35_02871 831 aroE_1 COG0169 Shikimate dehydrogenase (NADP(+)) ATGGATCACTACGTTGTAATGGGTAACCCGATCGGCCACAGCAAGTCGCCGTTGATCCATCGCCTGTTCGCTGAGCAGACCGGGCAAGCGTTGGACTACACCACGCTGCTGGCGCCACTGGAGGACTTCGCCGCTTGCGCCCGGGAATTTTTCCGTGAGGGGCGTGGGGCAAATGTCACCGTGCCGTTCAAGGAGGACGCCTTTCGCCTGGCTGACAGCCTGACCGAACGGGCGCAACGGGCCGGGGCGGTCAACACCTTGAGCAAACAGGCCGACGGCCGCCTGCTGGGCGACAACACCGACGGCGCCGGGCTCGTTCGGGACCTGACCGTCAACGCCGGTTTCAGCCTCAAGGGCAAGCGCATCCTGCTGCTGGGCGCCGGCGGCGCGGTACGGGGCGCCTTGGAGCCGTTGCTGGCGGAAGCGCCGTCGTCGGTGATCATTGCCAATCGCACGGTGGAAAAAGCTGAATTGCTGGCTGAGCTGTTCGCCGACCTGGGTCCGGTCTCGGCCAGCGGTTTCGACTGGTTGCGCGAGCCGGTGGACCTGATCATCAATGCCACATCCGCCAGCCTGTCAGGCGAAGTACCGCCGATTGCCGGAAGTCTGATCGAGCCAGGCAAGACATTCTGCTACGACATGATGTATGGCAAGGAGCCGACGTCGTTCTGCCGCTGGGCCGAAGAACACGGCGCGGCGGTGGTGATGGATGGCCTGGGCATGCTCGCCGAACAGGCGGGCGAAGCGTTTTTCCTGTGGCGTGGCGTACGTCCGGACACCGCCCCGGTGCTGGCGGAGTTGCGCCGTCAACTCGCTGCGGTCAATCCCTGA MDHYVVMGNPIGHSKSPLIHRLFAEQTGQALDYTTLLAPLEDFAACAREFFREGRGANVTVPFKEDAFRLADSLTERAQRAGAVNTLSKQADGRLLGDNTDGAGLVRDLTVNAGFSLKGKRILLLGAGGAVRGALEPLLAEAPSSVIIANRTVEKAELLAELFADLGPVSASGFDWLREPVDLIINATSASLSGEVPPIAGSLIEPGKTFCYDMMYGKEPTSFCRWAEEHGAAVVMDGLGMLAEQAGEAFFLWRGVRPDTAPVLAELRRQLAAVNP PGPT0012890_4117 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 D1-35_02872 915 hemF COG0408 Oxygen-dependent coproporphyrinogen-III oxidase ATGACTACTCGCACCGAGGCCGTGAAAGCCTATCTGCTCGACCTGCAAGACCGCATCTGCGCCGCCCTGGAAACCGAGGACGGTGGCACTCGCTTCGTCGAGGACGCCTGGACCCGACCTGCCGGCGGTGGCGGGCGCACCCGAGTGATTGAAAACGGTACGGTCATCGAGAAGGGCGGCGTCAACTTTTCCCACGTCTTTGGCAGCGGTCTCCCACCCTCGGCCAGCGCCCACCGGCCGGAGCTGGCCGGGCGCGGCTTCGAGGCCCTGGGTGTGTCGCTGGTGATCCACCCGCACAATCCCCACGTGCCTACGTCCCACGCCAACGTACGCTTTTTCATCGCCGAAAAAGAAGGCGAAGAGCCGGTCTGGTGGTTTGGCGGCGGTTTCGACCTGACCCCTTACTACGGCGTGGAAGAAGATTGCGTGCATTGGCACCGCGTCGCCCAGCAAGCCTGCGAGCCCTTCGGCCCGGAGGTCTATTCGCGCTACAAGGCCTGGTGCGACAGCTATTTCCACATCAAGCATCGCAACGAACCGCGCGGCATCGGCGGTCTGTTTTTTGATGACCTGAACGAATGGGACTTCGATACCAGCTTCGCCTTCATGCGCGCCATCGGCGATGCCTACATCGATGCCTACCTGCCTATCGTGCGACGCCGCAAGCACGACCCGTTTACCGCCGCGCAACGACAATTCCAGGAGTTCCGCCGTGGGCGCTACGTGGAATTCAACCTGGTCTATGACCGTGGCACCCTGTTCGGCCTGCAATCGGGCGGGCGTACCGAGTCGATCCTGATGTCGCTGCCACCGCAGGTCCGCTGGAGCTACGACTGGAAAGCCGAGCCGGGCAGCGAAGAGGCGCGGCTGACCGATTATTTCCTGCAGGATCGCGATTGGCTGGCTACGGCCTGA MTTRTEAVKAYLLDLQDRICAALETEDGGTRFVEDAWTRPAGGGGRTRVIENGTVIEKGGVNFSHVFGSGLPPSASAHRPELAGRGFEALGVSLVIHPHNPHVPTSHANVRFFIAEKEGEEPVWWFGGGFDLTPYYGVEEDCVHWHRVAQQACEPFGPEVYSRYKAWCDSYFHIKHRNEPRGIGGLFFDDLNEWDFDTSFAFMRAIGDAYIDAYLPIVRRRKHDPFTAAQRQFQEFRRGRYVEFNLVYDRGTLFGLQSGGRTESILMSLPPQVRWSYDWKAEPGSEEARLTDYFLQDRDWLATA PGPT0003205_1676 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003205-hemF-K00228 NA NA D1-35_02873 978 qorA_1 COG0604 Quinone oxidoreductase 1 ATGGCCAAACGTATCCAGTTCAGCGCCCACGGCGGCCCGGACGTGCTTGAGTACGTCGAATACCAGCCGGCCGAGCCCGGTCCGCAGCAGGTTCGCGTCAGCAACAAGGCGATCGGCCTGAACTTCATCGACACCTATTATCGCAGCGGGCTTTACCCGCCACCGGCGCTGCCATCGGGACTCGGTGCTGAGGGTGCCGGCGTGGTCGAGGCCGTCGGCGCGGACGTCACGCGCTTCAAGGTCGGTGACCGCGTGGCCTATGGCAGCGGTCCGCTGGGGGCCTACAGCGATGTGCATGTGTTGCCCGAGGCCAATCTGGTCCACTTGCCCGAATCCATCAGTTTCGAACAGGCCGCCGGGGTGATGCTCAAGGGCCTGACCGTGCAATACCTGCTGCGCCAGTCCTACGAGCTCAAGGGCGGCGAAACCATCCTGTTCCATGCCGCCGCCGGTGGCGTGGGCTCGCTGGCCTGCCAATGGGCCAAGGCCCTGGGCGTGAAGCTGATCGGCACCGTCAGCTCAGCGGAAAAAGCCGCTATCGCAAAAGCCCACGGCGCCTGGGAAGTGATCGACTACAGCAAGGAAAACGTCGTACAGCGTGTACTGGAATTGACTGACGGCAAGAAGGTCCCGGTGGTGTACGACGGCGTCGGCAAGGACACCTGGCTGACCTCCCTGGATTGCACGGCTCCCCGTGGCCTGGTGGTGAGCTTCGGCAATGCCTCCGGCGCGGTGGAGGGCGTGAACCTGGGGATTCTCTCGGCCAAGGGCTCGCTGTACGTCACCCGCCCGACTCTGGCGACCTACGCCAACAACGCCGAAAACCTCCAACACATGGCCGATGAGCTATTCGCCATGATCGCCAGCGGCAAGCTTACCGTGGATATCAACCAGCGTTATCCGCTGGCGGAAGCGGCCAAGGCCCATACCGAGTTGTCGGCGCGGCGCACGACGGGGTCGACCATTCTGCTGCCCTGA MAKRIQFSAHGGPDVLEYVEYQPAEPGPQQVRVSNKAIGLNFIDTYYRSGLYPPPALPSGLGAEGAGVVEAVGADVTRFKVGDRVAYGSGPLGAYSDVHVLPEANLVHLPESISFEQAAGVMLKGLTVQYLLRQSYELKGGETILFHAAAGGVGSLACQWAKALGVKLIGTVSSAEKAAIAKAHGAWEVIDYSKENVVQRVLELTDGKKVPVVYDGVGKDTWLTSLDCTAPRGLVVSFGNASGAVEGVNLGILSAKGSLYVTRPTLATYANNAENLQHMADELFAMIASGKLTVDINQRYPLAEAAKAHTELSARRTTGSTILLP PGPT0013255_6221 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D1-35_02874 558 tsaC COG0009 Threonylcarbamoyl-AMP synthase ATGGTCAACAGTTGGCGTGTGCAACAAGCCGCGCGAGAAATTCGCGCCGGGGCGGTGATTGCCTATCCAACCGAAGCGGTCTGGGGCCTGGGTTGCGACCCGTGGAACGAAGATGCGGTGGAGCGTCTGTTGGCGATCAAGTCCCGACTGCCCGACAAGGGCCTGATACTGGTGGCCGACAACATCCACCAGTTCGATTTCCTGTTCGAGGATTTCCCCGAGACCTGGATGGATCGCATGGCCAGCACTTGGCCTGGGCCGAACACCTGGCTGGTCCCGCACCAGAACCTGTTGCCGGAATGGATTACCGGCGTGCACGACACCGTCGCGCTACGGGTCAGCGATCATCCGATCGTGCGCGACCTGTGTTCGCTGGTCGGCCCGCTTGTCTCCACCTCGGCCAACCCCCAGGGGCGCCCGGCGGCACGCACGCGGATCCGCGTGGAGCAGTATTTCCGCGGGCAGATCGACCTGGTGCTCGGCGGCAACCTGGGCGGGCGTCGGAACCCGAGCGTGATCCGTGACCTGGCGACCGGCAAGGTGGTGCGGCCGGACTGA MVNSWRVQQAAREIRAGAVIAYPTEAVWGLGCDPWNEDAVERLLAIKSRLPDKGLILVADNIHQFDFLFEDFPETWMDRMASTWPGPNTWLVPHQNLLPEWITGVHDTVALRVSDHPIVRDLCSLVGPLVSTSANPQGRPAARTRIRVEQYFRGQIDLVLGGNLGGRRNPSVIRDLATGKVVRPD NA NA NA NA NA D1-35_02875 1095 hypothetical protein ATGCCATTGCCTGAATCCGCTTCGGTTCCGCCCGCGGAACTAGAGGCCCGTCTGCGCTTGCATCGCTTGCCGGAACTGGGACCCAAACGTTTCATGACCCTCATGGAAGCCTTCGGCTCGGCCTCCAAAGCCATCAGCGCCCCGCCCAGCGCATGGCGAGCGCTGGGGTTGCCGGCGCAGTGCGCCGAGGCCCGACGCGCGCCGGAAATACGTGATGGCGCGGCCCGTGCATTAGCCTGGCTAGAGGGTCCGGCCCACTGTCTATTGATGTGGGACCAGCCCGACTACCCGGCGTTGCTGGCGCAGATCTGCGACGCGCCGCCGCTTCTGTTCGTTGCCGGCGACACCTCGATTCTGGAGAAACCGCAATTGGCGATGGTCGGCAGTCGTCGCGCCTCGCGTCCCGGCATGGACACCGCGGCGGCATTTTCCCGGAGCCTGGCCGGAGCTGGATTTGTCATCACCAGCGGTCTGGCCTTGGGTATCGATGCGGCCGCGCATCAAGCTGCGCTGGATGTCGGCGGGCAGACAATCGGTGTGCTGGGCACGGGCCTGGAAAATTTTTATCCACAGCGCAATCGGCGGCTGGCGGAAGCGATGATCGCCCAGGGCAGCGCGGTGCTGTCGGAGTTCCCCCTGGACGCGCCACCCCACGCCAGCAACTTCCCGCGCCGCAATCGGATTATCAGCGGTTTGTCCCTTGGCGTGCTGGTGGTCGAGGCCAGCGTCGCCAGTGGCTCGCTGATCACCGCGCGCCTGGCGGCGGAACAGGGTCGTGAGGTGTATGCCATTCCGGGGTCGATTCACCATCCCGGCGCCCGGGGCTGCCATCAACTGATCCGTGACGGCGCGGCGCTGGTGGAAACCGTGGAGCACATCCTCGAAGCGCTACGCGGTTGGCAACGCTTACCCTTCGCCGCCGAACCTGTCCCCGTGACGCATCCGCTGTTGCGCCTGCTGCACGCCGCGCCGCAGACCAGCGAAGCACTGGCCGACGCCAGCGGCTGGGGCTTGTCCAAGGTCCTGGCGGCACTGACCGACCTGGAAATGGACGGAAGGGCTGCGTGCGAGTATGGACGCTGGTTTGCTCGCTAG MPLPESASVPPAELEARLRLHRLPELGPKRFMTLMEAFGSASKAISAPPSAWRALGLPAQCAEARRAPEIRDGAARALAWLEGPAHCLLMWDQPDYPALLAQICDAPPLLFVAGDTSILEKPQLAMVGSRRASRPGMDTAAAFSRSLAGAGFVITSGLALGIDAAAHQAALDVGGQTIGVLGTGLENFYPQRNRRLAEAMIAQGSAVLSEFPLDAPPHASNFPRRNRIISGLSLGVLVVEASVASGSLITARLAAEQGREVYAIPGSIHHPGARGCHQLIRDGAALVETVEHILEALRGWQRLPFAAEPVPVTHPLLRLLHAAPQTSEALADASGWGLSKVLAALTDLEMDGRAACEYGRWFAR NA NA NA NA NA D1-35_02876 1026 hypothetical protein ATGAGGAAATCACTACTCGCCCTGCTGCTCCTGGCCTCGGCCGGTATCGCGCACGGGCAAGTGCAACTTCGGGAAGGTTTTCCGCAGCAATACACAGTGGTTCCAGGGGATACGCTGTGGGACATTTCCGGTAAATACCTGCGCGAACCCTGGAAATGGCCCGAGCTGTGGCAGGCCAACCCGCAGATCGAAAACCCGCACCTGATCTACCCCGGCGACACCCTGTCGCTGATCTACGTCAACGGCCAGCCGCGGCTGACCCTCAATCGCGGGGCCTCGCGCGGCACCATCAAGCTGTCGCCGCGAATCCGCAGCTCGCCGGTGGCAGACGCCATTCCGAGCATCCCGCTCCAGGCCATCAACAGCTTCCTGCTGAGCAACCGCATCGTCGACACGGCGGAGGATTTCAACAAGGCGCCCTACGTCGTCGCAGGCGATGCCGAACGAGTGCTCAGCGGCACCGGCGACCGGATCTTCGCCCGCGGCACCTTCGATGCGAGCCAGTCGGCCTACGGCATCTTCCGCCAGGGCAAGGTCTACACCGACCCCGAGACCAAGGAATTTCTCGGGATCAACGCCGACGACATCGGCAGCGGCGAGATCGTCGCCACCGAAGGCGACGTCACCACCCTGGCCCTGCAGCGCACCACGCAGGAGGTGCGCCTCGGCGATCGGCTGTTCAGCGGTGAAGAACGCTCGATCAATTCGACCTTCATGCCCAGCGCGCCAAAATCGGACATCAACGGGTTGATCCTCGATGTGCCCCGGGGCGTGACCCAGATCGGCGCGATGGACGTGGTCACCCTGAACAAGGGGCGCCGTGACGGATTGGCCGAAGGCAACGTTCTGGCGGTCATGAAGACCGGTGAAACAGTGCGCGACCGCATCACCGGCGCCCCGGTGAAGATTCCCGACGAACGCGCCGGCCTGCTGATGGTGTTCCGCACCTACGACAAGCTCAGTTATGGCCTGGTGCTGTACGCCTCGCGCTCGCTGGCAATCCTCGACAAGGTGCGCAATCCGTAA MRKSLLALLLLASAGIAHGQVQLREGFPQQYTVVPGDTLWDISGKYLREPWKWPELWQANPQIENPHLIYPGDTLSLIYVNGQPRLTLNRGASRGTIKLSPRIRSSPVADAIPSIPLQAINSFLLSNRIVDTAEDFNKAPYVVAGDAERVLSGTGDRIFARGTFDASQSAYGIFRQGKVYTDPETKEFLGINADDIGSGEIVATEGDVTTLALQRTTQEVRLGDRLFSGEERSINSTFMPSAPKSDINGLILDVPRGVTQIGAMDVVTLNKGRRDGLAEGNVLAVMKTGETVRDRITGAPVKIPDERAGLLMVFRTYDKLSYGLVLYASRSLAILDKVRNP NA NA NA NA NA D1-35_02877 507 def_2 COG0242 Peptide deformylase ATGGCCATTTTGAACATTCTCGAATTTCCGGACCCGCGCCTGCGCACCATCGCCAAACCGGTGGCCGTAGTGGACGACGAAGTGCGCCAGTTGGTCGATGACATGTTTGAAACAATGTATGAGGCGCCCGGCATCGGCCTCGCCGCGACCCAGGTCAACGTGCACAAGCGCATCGTTGTAATGGACCTCTCCGAAGACCGCAGCGAGCCGCGGGTGTTCATCAACCCCGAGTTCGAAACCCTGACCGACGAGATGGAGCAGTACCAGGAAGGCTGCCTTTCGGTGCCGGGCTTCTACGAAAACGTCGACCGTCCGCAGAAGGTCAGGATCAAGGCCCTGGACCGCGACGGCAAGCCTTACGAGCTGATCGCCGAAGGCCTGCTGGCGGTGTGTATCCAGCACGAATGCGACCACCTCAACGGCAAGCTGTTCGTCGATTACCTGTCTAATCTCAAGCGTGACCGGATCAAGAAAAAACTGGAAAAGATTCATCGCCAGAACGCTTGA MAILNILEFPDPRLRTIAKPVAVVDDEVRQLVDDMFETMYEAPGIGLAATQVNVHKRIVVMDLSEDRSEPRVFINPEFETLTDEMEQYQEGCLSVPGFYENVDRPQKVRIKALDRDGKPYELIAEGLLAVCIQHECDHLNGKLFVDYLSNLKRDRIKKKLEKIHRQNA PGPT0008125_24 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D1-35_02878 960 fmt COG0223 Methionyl-tRNA formyltransferase ATGACTGAGCCACTGCGCATCGTCTTTGCCGGCACCCCCGAATTTGCCGCTGAACACCTCAAGGCCCTGCTGGCCAGCCCTCATGAAATCGTCGCGGTCTATACCCAGCCGGATCGCCCTGCCGGTCGTGGACAGAAACTGATGCCCAGCCCGGTCAAGCAACTGGCTCTAGAGAATGGCCTGCAAGTGTTGCAGCCGCCGACTCTGCGCGATGCGCAAGCCCAGGCCGAACTGGCCGCGCTGAAGCCAGACTTGATGGTAGTGGTCGCCTACGGCTTGATCCTGCCGCAAGTGGTGCTGGATATCCCGCGTCTGGGCTGCATCAACAGCCACGCGTCGCTGTTGCCGCGCTGGCGCGGTGCGGCGCCGATCCAGCGCGCCGTGCAGGCCGGCGATGCCGAGAGCGGCGTGACCGTGATGCGCATGGAGGCCGGCCTGGACACGGGGCCGATGCTGCTCAAGGTGAGCACGCCTATCGGCGCTGAAGACACGGGTGGCAGCCTGCATGATCGCCTCGCGCTGATCGGCCCGCCGGCCGTGGTCGAGGCCATCGCGGGCCTGGCCGCCGGCACGCTGCAAGGCGAAGTGCAGGACGACAGCCTCGCCACCTACGCGCACAAATTGAACAAAGACGAAGCCCGCATCGACTGGAGCCGCCCGGCCGTGGAACTGGAACGCCTGGTGCGCGCCTTCAACCCTTGGCCGGTCTGCCACAGCACGTTGAACGGCGAAGCCGTGAAAGTCCTGGCCGCCAGCTGCGCCGAGGGGAAGGGCGCGCCGGGAGAAATCCTCGGCGCCAGCAAGGACGGCCTCATCGTCGCCTGTGGCGATCAGGCGCTGTGCCTGACCCGACTGCAATTGCCCGGCGGCAAGGCACTGGGCTTCAGCGATCTGTTCAATAGCCGCCGTGAGAAATTCGCCGTCGGCACTGTCCTCGGCCAAGCGGCGGACGCTTCATGA MTEPLRIVFAGTPEFAAEHLKALLASPHEIVAVYTQPDRPAGRGQKLMPSPVKQLALENGLQVLQPPTLRDAQAQAELAALKPDLMVVVAYGLILPQVVLDIPRLGCINSHASLLPRWRGAAPIQRAVQAGDAESGVTVMRMEAGLDTGPMLLKVSTPIGAEDTGGSLHDRLALIGPPAVVEAIAGLAAGTLQGEVQDDSLATYAHKLNKDEARIDWSRPAVELERLVRAFNPWPVCHSTLNGEAVKVLAASCAEGKGAPGEILGASKDGLIVACGDQALCLTRLQLPGGKALGFSDLFNSRREKFAVGTVLGQAADAS PGPT0008125_1550 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D1-35_02879 1311 rsmB COG0144 Ribosomal RNA small subunit methyltransferase B ATGAATCCGCGTCTGGCCGCCGCCAAGGCACTGGCCGCCGTCCTCGGCGGCAAGGCTTCGCTCAACAGTTCCCTGCCGACTCAACTGGACAAGGTCGAAGACCGTGATCGCGGTTTCACCCAGGACCTGGCGTTCGGCACCGCCCGCTGGCAACCACGGTTGTCGACCCTGGCGGCCAAGCTGCTGCAGAAGCCGTTCAAGGCGGCCGATGCCGACGTCGAGGCGTTGCTGCTGGTGGGGCTCTACCAATTGCTCTACACCCGCGTTCCGGCCCACGCCGCCATCGGCGAAACCGTGGGTTGCGCCGACAAACTGAAAAAACCGTGGGCCAAGGCGCTGCTCAATGCCGTGCTGCGCCGCGCGCAACGGGAAAGCGAAACCCTGCTGGCGGAACTGGAGCATGACCCGGTGGTGCGCACTGCTCATCCGCGCTGGCTGCAGAAATCCCTGAAAGCCTTCTGGCCTGATCAGTGGGAAGCCATCTGCGCGGCCAACAATGCCCATCCGCCGATGATCCTGCGGGTCAATCGCCGTCATCACAGCCGTGATGCGTATCTGGCCTTGCTGGGTGAAGCCGGCATCCCGGCCGTCCCGTGCCAATACAGCCGCGACGGCATCATCCTGGAAACCCCGGGCGACGTCCGTGCCCTGCCAGGTTTCGCTGACGGCTGGATCAGCGTCCAGGACGAAGCGGCGCAGTTGGCCGCCGACCTGCTGGAACTGGCGCCGGGCCAACGGGTGCTGGACGCCTGCTGCGCGCCGGGCGGCAAGACCTGCCACATCCTTGAGGCCGAGCCGAAACTGGCCGGTGTGGTGGCGGTGGACCTGGAAGCCAAGCGCCTGGTGCGGGTGAAGGAAAACCTCGCGCGCCTGGGCCTGGATGCCGAGCTGTTCGCCGCCGATGGCCGCGACACCGCCGCCTGGTGGGACGGCAAGCCATTCCAGCGCATCCTGCTGGACGCGCCTTGCTCGGCCACTGGCGTCATCCGCCGTCATCCGGACATCAAGCTCACCCGTCAGGCGGACGACATCGCCCCATTGGCGCAACTGCAAGGGGAACTGCTCGACGCCCTGTGGCTGACCCTCGAAGTCGGCGGCATGCTGCTGTACGCCACATGCTCGACCTTGCCGACCGAGAACACCGAAGTGATCGAAGCATTCCTCGCCCGCACGCCGGGTGCACGGGAGTTGGACATCGCCACCCAGGCCGGTATCAAGCAGCCCCATGGCCGCCAGTTGCTGGCCCAGGAGGGCGGGCATGACGGGTTCTATTACGCCAAGTTGATCAAGATCGCCGCCGCACGCGGTTAA MNPRLAAAKALAAVLGGKASLNSSLPTQLDKVEDRDRGFTQDLAFGTARWQPRLSTLAAKLLQKPFKAADADVEALLLVGLYQLLYTRVPAHAAIGETVGCADKLKKPWAKALLNAVLRRAQRESETLLAELEHDPVVRTAHPRWLQKSLKAFWPDQWEAICAANNAHPPMILRVNRRHHSRDAYLALLGEAGIPAVPCQYSRDGIILETPGDVRALPGFADGWISVQDEAAQLAADLLELAPGQRVLDACCAPGGKTCHILEAEPKLAGVVAVDLEAKRLVRVKENLARLGLDAELFAADGRDTAAWWDGKPFQRILLDAPCSATGVIRRHPDIKLTRQADDIAPLAQLQGELLDALWLTLEVGGMLLYATCSTLPTENTEVIEAFLARTPGARELDIATQAGIKQPHGRQLLAQEGGHDGFYYAKLIKIAAARG NA NA NA NA NA D1-35_02880 1374 trkA COG0569 Trk system potassium uptake protein TrkA ATGAAGATCATCATCCTCGGTGCAGGGCAAGTCGGCGGTTCGCTGGCGGAACATCTGGCCAGCGAGGCCAACGACATCACCGTGGTCGACACCGACGGCGAGCGCCTGCGCGACCTCGGCGACCGTCTCGACATCCGCACCGTGCAAGGGCGTGGCTCCTTGCCGACGGTGCTGCGCCAGGCCGGTGCCGACGACGCCGACATGCTGGTGGCCGTGACCAACAGCGACGAAACCAACATGGTCGCCTGCCAGGTCGCCCACACGCTGTTCCACACCCCGACCAAAATCGCCCGGGTGCGTGAAGCAGCCTACCTGACCCGCGCCGACCTGTTCGACAACGAAGCGATTCCGGTGGACGTGCTGATCAGCCCCGAGCAGGTGGTGACCAACTACATCAAGCGCCTGATCGAGCATCCCGGCGCGTTGCAGGTAATCGACTTCGCCGAGGGCAAGGCGCAACTGGTGGCGGTCAAGGCCTACTACGGCGGGCCGCTGGTGGGCCAGCAACTGCGTCAGTTGCGCGAACACATGCCGAATGTGGAGACCCGGGTCGCGGCGATTTTCCGCCGTGACCGACCGATCCTGCCCCAGGGCGACACGGTGATCGAAGCGGACGACGAGGTATTTTTCATCGCCGCCAAGGCGAATATTCGCGCAGTCATGAGCGAAATGCGCCGTCTCGACGAGAACTACAAACGCATCGTCATCGCCGGCGGCGGGCAGATCGGCGAACGTCTGGCCGAAGCCATCGAAAGCCGTTACCAAGTCAAGATCATCGAGATGAACCCGGCGCGCTGCCGCTACCTCTCGGACACCCTCGACAGCACCGTGGTGCTGCAAGGCAGTGCCTCGGACCGCGACCTGCTGCTGGAAGAAAACATCGCCGATGCCGACATCTTCCTCGCCCTGACCAACGACGACGAAGCCAACATCATGTCCTCGTTGCTGGCCAAACGCCTGGGTGCGAAGAAGGTCATGACCATCATCAACAACCCGGCCTACGTCGACCTGATCCAGGGCGGCGACATCGACATCGCCATCAGCCCGCAACTGGCAACCATCGGCACCTTGCTCGCCCACGTGCGCCGCGGCGACATCGTCAGCGTGCACTCCCTGCGCCGCGGCGCGGCAGAGGCCATCGAGGCGATCGCCCATGGCGATGCCAAGTCGAGCAAAGTGATCGGCAAAGCCATCCGCGACATCGGCCTGCCGCCCGGCACCACCATCGGCGCAATCATCCGCGACGAACAGGTGCTGATCGCCCACGACGTCACCACCATCCAGACCGGCGACCATGTAATCCTGTTCCTCGTGGACAAGAAGCACATCCGTGATGTCGAGAAGCTGTTCCATGTGGGGTTGAGTTTCTTCTGA MKIIILGAGQVGGSLAEHLASEANDITVVDTDGERLRDLGDRLDIRTVQGRGSLPTVLRQAGADDADMLVAVTNSDETNMVACQVAHTLFHTPTKIARVREAAYLTRADLFDNEAIPVDVLISPEQVVTNYIKRLIEHPGALQVIDFAEGKAQLVAVKAYYGGPLVGQQLRQLREHMPNVETRVAAIFRRDRPILPQGDTVIEADDEVFFIAAKANIRAVMSEMRRLDENYKRIVIAGGGQIGERLAEAIESRYQVKIIEMNPARCRYLSDTLDSTVVLQGSASDRDLLLEENIADADIFLALTNDDEANIMSSLLAKRLGAKKVMTIINNPAYVDLIQGGDIDIAISPQLATIGTLLAHVRRGDIVSVHSLRRGAAEAIEAIAHGDAKSSKVIGKAIRDIGLPPGTTIGAIIRDEQVLIAHDVTTIQTGDHVILFLVDKKHIRDVEKLFHVGLSFF PGPT0002710_1088 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D1-35_02881 312 hypothetical protein ATGCTCGACTCCCTCGAAAAAATGCTCGCCAAGGGCGTGGACAACTCCCTACTCCGCTTCGGCCTCGGCAAAGGCTACCTCGACCTAGGCGAATTCCCCCGCGCCGCCGAACACCTCCAACGCTGCGTCGAATTCGACCCCAAGTATTCGGCGGCCTGGAAACTGCTGGGCAAGGCCCCCCAAGGCCAAGGCGATGCTGCTGCGGCCCGTCGGGCCTGGGAGCAAGGCCTGGAAGCCGCCCGGGCTCATGGTGACAAGCAGGCGGAGAAGGAAATGACCGTGTTCCTCAAGAAACTGAATCGCCATTCCTGA MLDSLEKMLAKGVDNSLLRFGLGKGYLDLGEFPRAAEHLQRCVEFDPKYSAAWKLLGKAPQGQGDAAAARRAWEQGLEAARAHGDKQAEKEMTVFLKKLNRHS NA NA NA NA NA D1-35_02882 1083 hypothetical protein ATGGACTTTGTAGAACGCTTGAGCGCAATGTCAGCGAAGGTTAATCAGCTAGCGTCGACGATACAAACCGAGGAAGCAACGAAGACTGCTTTTGTCATGCCGTTCATTCATACCGTGCTGGGCTACGATGTGTTCGACCCCTCTGAAGTCGTTCCTGAATATGTGTGCGATGTCGGCACTAAGAAAGGGGAAAAGATTGATTACGCGATCTTGAAGGGCGGCCAAATCCAGATATTGATCGAAACAAAAAAAATCGGCGAGCCGCTGAATATCAACCATGCGAGTCAGCTCTTTAGATATTTCCACGTCACTACTGCACGAATCTCCATCCTTACAAATGGCAGGTTCTATCGGTTTTACACTGATCTTGATGCCCCCAACAAAATGGATGAGAAGCCATTTTTAGAGATCGATCTGCTTAATATTGATGAACACGTCATTCCTGAGCTTCAAAAGCTTACGAAATCCGCTTTCGATGTTGATTCAATCATCAATGCCGCAGGCGAACTGAAGTACGTGGGAAACATAAAAAAGGAAATAGCTAAGCAGCTCACTCAGCCTGACGATGATTTCGTTCGTTTCTTCGCATCGCGAGTCTACGAAGGGGTTATCACCCAAAAAATTCGAGATCAGTTCACTCAGCTCACAAGGAAGGCCGCTTCCCAGTACCTCAGTGACCAAATAAACGACAGGTTGAAGTCAGCGATGAGCAAAGCCACGTTTCCTACGCTCGCTGAATCGGTCGTTGCTGAAAATCAGGCTGAAACCCAAGAAGAGCCTGAAGACCGCATTCTTACTACGATGGAGGAGCTGGAAGGTTTTCATATTATCAAGGCGATTGTCCGGACAGTCGTAGACGCAAAGCGCATAGCTAGCAGAGACACGCAGAGCTACTTCGGCATCCTCCTAGACGACAACAACCGAAAACCTATCGCAAGGCTTCACTTCAATCGTAGTCAAAAATATCTTGGGATTTTCGACAAGGATAAAGTCGAAACGCGCCATCCTATCAACTCGCTGGATGAGATCTATGAGTTTTCAGCCCCGCTGAAAGAGACGATCTCTTTTTACCAAGAAGCCTAG MDFVERLSAMSAKVNQLASTIQTEEATKTAFVMPFIHTVLGYDVFDPSEVVPEYVCDVGTKKGEKIDYAILKGGQIQILIETKKIGEPLNINHASQLFRYFHVTTARISILTNGRFYRFYTDLDAPNKMDEKPFLEIDLLNIDEHVIPELQKLTKSAFDVDSIINAAGELKYVGNIKKEIAKQLTQPDDDFVRFFASRVYEGVITQKIRDQFTQLTRKAASQYLSDQINDRLKSAMSKATFPTLAESVVAENQAETQEEPEDRILTTMEELEGFHIIKAIVRTVVDAKRIASRDTQSYFGILLDDNNRKPIARLHFNRSQKYLGIFDKDKVETRHPINSLDEIYEFSAPLKETISFYQEA NA NA NA NA NA D1-35_02883 339 hypothetical protein ATGTTCAAAGAAACTCCGAACCAGCCAGAGGCTGGTTCCACCTCTACCTCCGCAAAATCCAAAGCCAAGCAACAAGACGAAACCACCGAACCGAAACCGGAAGAATCTCAAGACGACCTCAAACCGGGGCAGCTATACACCGTCGTGGAAGGCCTCGATAACGAATGCCTGCTTGCCAACCTCAGCGAGACGTTGGCTTCGGCTGATGCGATGGTGAGTGATCTGGCGTTTGATCTGGATGGGACACGGCGTCATGTGGCGCTGGGGATTCAGCAGTTGATTGAGTTGAGTTCGTTGCTGGCGGATAGGGTTTTGGATAACGTGGAGCCGCGGCGGTAG MFKETPNQPEAGSTSTSAKSKAKQQDETTEPKPEESQDDLKPGQLYTVVEGLDNECLLANLSETLASADAMVSDLAFDLDGTRRHVALGIQQLIELSSLLADRVLDNVEPRR NA NA NA NA NA D1-35_02885 660 hypothetical protein ATGCGCACAGCCACCATCGAGTGCAGGCAATGCCCGACTGATGAGACTCATGCGACCGTATCCTTAACCGGGCTACTAAACCCGACCACTGATGGGCAGTGGCAGGACGACAATAGAACCCAGGAACAAGGCGCACAAGCCGGCGGATTCTGGCGTAGTTGTAGGCAAAGGCGCAAGGATGCGTGGCTTGATGGACGTTGTAGGCGGGGGCTGTATCGCGGGATCGTCTTCAACGTCTCGCAGATCACCCTCACCGACAGCGAACGTGGACGCTTGCGCGAGCTGCATTTTGGCGAGGCAAAACACGCTCACTATGTAGTCAACAGCAAGGTCGTCGAGGTATACGACAAGATGCAGGCCAGGGGCCTGCCTTGCGTGATGATGATCGGCATCTCCAGGCCGCTGACCCGACAACAGGGCGATGCCCTCAACGTCCAGCGCACCACGATCGCCACCCTTGCAGCCGCAGCCTTCGCTTCCGCCGCCAAGGCTGTGGCCCCTCCTTACGTGGCGGCATCCGTAGGGGCCGGTGTGCGCATGTATGCCAATGAAATCCTGCCCATCTACCATGCGGGCGACGTACTGGTCAGCATCGAGGCGCAGGTCAACGGCGGCATCGGCCCGCAACGCACCCTCTCGACATTGATCATCAAGGCCTGA MRTATIECRQCPTDETHATVSLTGLLNPTTDGQWQDDNRTQEQGAQAGGFWRSCRQRRKDAWLDGRCRRGLYRGIVFNVSQITLTDSERGRLRELHFGEAKHAHYVVNSKVVEVYDKMQARGLPCVMMIGISRPLTRQQGDALNVQRTTIATLAAAAFASAAKAVAPPYVAASVGAGVRMYANEILPIYHAGDVLVSIEAQVNGGIGPQRTLSTLIIKA NA NA NA NA NA D1-35_02886 264 hypothetical protein ATGTCCGAAATTACTCAATTGGTCATTGCCTTGGTGGTGTCCTTTCTTCTTGATCGATTCCTCAAGCCCTATCTGCTACGTAAGTGGCTAGGCGTGGTGTTGATGGCGGCGGGTGTGGTTGGCTGCTTTGTGGCAGGTCAGAACCGCTTGTTGGGGTTTGATCTGGGGTTGCTGTCGGTTTTTGCCGTGGTGATAGGGATGGGGTTGTTCATGAAGCGGCGGCGGTTTGAGGAGGTTGGTGTAGGGAAGAAAGGGGCTGATTGA MSEITQLVIALVVSFLLDRFLKPYLLRKWLGVVLMAAGVVGCFVAGQNRLLGFDLGLLSVFAVVIGMGLFMKRRRFEEVGVGKKGAD NA NA NA NA NA D1-35_02887 921 syrM1 HTH-type transcriptional regulator SyrM 1 ATGGATACCAGACGCCTTGATCTCAATCTGCTGGTGACATTGGAGGCCCTTCTCATCGAGCAGAACGTGACTAGGGCAGCCGCCCGTCTGCATTTGAGCCAGCCAGCGGTCAGTGCACAATTGGGCCGCCTGCGCGATGTCTTCAACGACCCTCTTCTAATCCCCGCGCAGCGTGGAATGACCCCCACTGTCAAAGCTTTGGAGCTGCTGGTCCCGCTTCGCCAGGCACTTGACCAGGTAAGAGCCACCGTCACTACTCACCTGAACTTCGAGCCCGCGACGGCGAGCTTAACGGTATCCATCGCCTGCACGGATTACGTGCAAGCGGCCTTGATCAAACATCTCGTTGTCGCCATGCGACGCAAAGCGCCGGGTGTCCGTATCGCACTGCGCATCCTGGACGTACCACAACTGGAGCAGCAGATGACCCGCGGCGATGTGGACCTGGCCGTGATAAACATGAACGGCGCGCCGCCCACACTGCTCTCCCAACACCTCTATGACGAGAGTTACGTGCTGATCGGGCGCCGTGGGCATCCAAGCCTGCACGCCGACCTGACTGTGGATGAGTTCGCGCAACTGGAACATGTCGTGGTGTCACTACGCGGCGGAGGATTCTCTACCTCGGTGGATAACGCCTTGGTAGCGCGGGGGCAGCGGCGTAACGTAGTTTTGTCAGCATCGTCTTTCCTTCCAGTACCGGAGTTGGTCGCGGAGTCGGATTGTGTGGCCCTGGTTCCACGTCGTCTCGTAGAAGGTCGTGGCGAGCAACTGCTGTGCGTAGCCCCCCCATTGCCGGTGGAAGGTTTTGCGATTGGCATGTTCTGGCATGAGCGGTCTGACGGGCACGCCGGCTTCAGATGGGTGCGGGAGTTCATCGCTCTCGTAGCCGATTCTCGGGCATCTACGCTGACAGGGTAG MDTRRLDLNLLVTLEALLIEQNVTRAAARLHLSQPAVSAQLGRLRDVFNDPLLIPAQRGMTPTVKALELLVPLRQALDQVRATVTTHLNFEPATASLTVSIACTDYVQAALIKHLVVAMRRKAPGVRIALRILDVPQLEQQMTRGDVDLAVINMNGAPPTLLSQHLYDESYVLIGRRGHPSLHADLTVDEFAQLEHVVVSLRGGGFSTSVDNALVARGQRRNVVLSASSFLPVPELVAESDCVALVPRRLVEGRGEQLLCVAPPLPVEGFAIGMFWHERSDGHAGFRWVREFIALVADSRASTLTG NA NA NA NA NA D1-35_02888 819 kefF_2 Glutathione-regulated potassium-efflux system ancillary protein KefF ATGTCAAAAAAAATACTGATCATCTATGCCCATCCCGAGCCTTCGTCGCTGACGCGGCAGCTGGTGGATGTGTCTGTTGAATGCTTGACTGCGCAAGGGCACGAGGTCCTGCAATCCGATCTATACGCCATGGGCTGGAAAGCAACGTTCGACGAGCACGACTTTCCTGATCGGGCCAACCTTCAGCGGCTGTCGTTCGGCGCAGAGTCCGCTCACGCCTATCGTAATCGCAGCCAAAGCCCTGACGTGGCGGCTGAGCAAGACAAGGTTTTGGCGGCAGATACTGTCATCTTCCAGTTCCCACTTTGGTGGTACGGCATGCCCGCCATCATGAAGGGATGGATAGATCGCGTATGGGCAGCCGGACTCGCCCACGGCTACAAGGACGCTGGCAATGCCTACCGCTATGGTGACGGGGCCTTCAAGGGAAAGCGGGCCATGTTGTCAGTCGCTGTCGGCGGACCCGCAGAAGACTACTCGCCGCGCGGTATCAACGGACCACTTGAGCAATTGCTGTTCCCGATCACGCACGGCTCGCTCTACTTTCCCGGGTTCGATGTGCTGCCTACGTTCGCCATATACGGCACTGGCAACTTGACCGCCGCGGATGCAACCGCAGCCAAAGAGGTTTGGCGCACCCGTCTTGAGGGTTTGTTCACAGACGCGCCAATACCTTTCCGGCCTCAAAACGGTGGGGACTACACACCCCAACACGAGCTTAAACGGCATGTGGCCGTCGGCCAGACCGGCATAATGGCGCACATTGCTTGTAGCGAAACAGCACAGCCGCAGCCGCTTGAAACGCAGGGGGTGTTATGA MSKKILIIYAHPEPSSLTRQLVDVSVECLTAQGHEVLQSDLYAMGWKATFDEHDFPDRANLQRLSFGAESAHAYRNRSQSPDVAAEQDKVLAADTVIFQFPLWWYGMPAIMKGWIDRVWAAGLAHGYKDAGNAYRYGDGAFKGKRAMLSVAVGGPAEDYSPRGINGPLEQLLFPITHGSLYFPGFDVLPTFAIYGTGNLTAADATAAKEVWRTRLEGLFTDAPIPFRPQNGGDYTPQHELKRHVAVGQTGIMAHIACSETAQPQPLETQGVL PGPT0009455_195 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355 NA NA D1-35_02889 321 hypothetical protein ATGAAAACTTTGGTGATTCTGACTCGCCGCGCTGATGGCAAGGCAGAGGACTTCAAGCGACTAGCGAAACCGGAGGTATTACACGTTTGGCAGGGCTTCGCACAGGGTGTTGTCCGCGCAGTACATGGACTGGCCGCCGGTCCCGGAGCAGCGTTTGAGCTGGAGTCCGCCACCTTTGAAGAGGCGCGTGAATACATTGAAGCGCTGCCTTACGTCAAAGAGGATCTGCTACACGTGCAGTACTGTGCGCTCAAGCCATTCTCTGACTACGAGAGACTCGGCGGTGAGCTTGACCAACTGCCCACCCAGCACATCCCATAA MKTLVILTRRADGKAEDFKRLAKPEVLHVWQGFAQGVVRAVHGLAAGPGAAFELESATFEEAREYIEALPYVKEDLLHVQYCALKPFSDYERLGGELDQLPTQHIP NA NA NA NA NA D1-35_02890 741 ompR_5 Transcriptional regulatory protein OmpR ATGGAACATGTCGATCACGTATTGATCGTGGATGATGATCGGGAAATCAGGGAGCTGGTCGGCAACTACCTGGTGAAGAATGGCCTGCGCACCACCGTGGTCGCGGATGGTCGCCAGATGCGGGCCTTTCTCGAAGCCAACCAGGTCGACCTGATCGTGCTCGACATCATGATGCCGGGGGACGACGGGCTGCTGCTGTGCCGCGAATTGCGCGCCGGCAAGCATAAGGCGACACCGGTGCTGATGCTGACGGCGCGCAGCGACGAGACCGATCGCATCATTGGCCTGGAAATGGGCGCCGACGACTATCTGGCCAAACCCTTCGCGGCCCGGGAACTGCTTGCGCGCATCAACGCGGTGCTGCGGCGCACTCGCATGCTGCCGCCGAACTTTGTCGTGACCGAAAGCGGCCGGATGCTCAAGTTCGGCCGCTGGCGCCTCGACACCACTGCCCGCCATCTGCTCGATGAAGACGACACGCTGGTCTCGCTGAGCGGCGCCGAGTACCGGCTGCTGCGGGTTTTTCTCGATCATCCGCAGCGGGTGTTGAGCCGCGACCAGTTGCTCAACCTGACGCAGGGCCGTGACGCGGACATCTTCGACCGTTCCATTGACCTGCTGGTCAGCCGCGTGCGCCAGCGCTTGTTGGATGACGCTCGCGAGCCGCTCTACTTGAAGACGGTGCGCAACGAAGGGTACGTCTTTACCTTTGCGGTGGAAATGCTTGAGGAGCAGGCATGA MEHVDHVLIVDDDREIRELVGNYLVKNGLRTTVVADGRQMRAFLEANQVDLIVLDIMMPGDDGLLLCRELRAGKHKATPVLMLTARSDETDRIIGLEMGADDYLAKPFAARELLARINAVLRRTRMLPPNFVVTESGRMLKFGRWRLDTTARHLLDEDDTLVSLSGAEYRLLRVFLDHPQRVLSRDQLLNLTQGRDADIFDRSIDLLVSRVRQRLLDDAREPLYLKTVRNEGYVFTFAVEMLEEQA PGPT0004100_30 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_02891 1314 sasA_14 Adaptive-response sensory-kinase SasA ATGAAACTCGCGTTGCAATGGCCCCGCACGCTGGCCTCGCGGCTGTGGCTGGTGTTCCTTGTCGGCTTGATACTGGCCCAGGCCCTGACATTCGCAGCCCAGTACTACGAACGTTACGAAAGCACCAAGACGGCGATGTTGGGCAATTTCGAGCACGACACGGCGACCTCCATCGCCATCCTCGAGCGTCTGCCGGCCGCCGAACGCCTGGAATGGACCAAACGTCTGCAGCGTCGCAACTATGACTATTTGCTGCGCGAACATGATCCCGGCATTCCGCTCACTTCGAACGATCTCGCGGCGACGGCGGCGCAATCCCTTCAAGTCTCGCTGGGCCGCAACTATGACCTGACCATTGTCGAGATCCCTGGTCCACGCCAGCATTTCCAAGCCCAGGTGCGATTGGCTGACGGCAGCCCGGTGACCATCGATGTGCGTCCCTCGGTCAGGCCGTTGTCGCCCTGGTTGCCCTTTGCCCTGGTCGGTCAGTTGCTGTTGATGATCGGCTGCACCTGGCTTGCCGTGCGGATCGCGATACGCCCGCTCAGTCGACTGGCCGAGGCGGTCGAGAACCTCGACCCGAATGCCCATCCCGTGCCGTTGGACGAAACCGGTCCACGGGAAGTGGCCTACGCCGCCCGGGCCTTCAACAGCATGCAGGCGCGCATTGCCGCTTACCTGAAAGAGCGCATGCATTTGCTTGCGGCGATTTCCCACGACTTGCAGACGCCCATCACGCGCATGAAGCTGCGCGCGGAGTTCATGGACGACTCGGTGGAGAAAGACAAACTGGGCAACGACCTGAACGAAATCGAGCACCTGGTGCGCGAGGGTGTCGCTTATGCGCGCAGTGTCCATGGTGCGACTGAGACCAGTTGCCGCATCAGCCTGGATTCTTTTCTCGACAGCCTGGTGTGCGACTACCAGGACACCGGCCGCGAGGTCAGCCTGCGCGGCCAGAACGGCGCGATCATCGAGACAAGGCCCCATGCGTTGCGGCGTATTCTGGTGAACCTGGTGGATAACGCGCTGAAGTACGCCGGCACCGCCGAGGTGGAAATCGGCGGCAATGCGAGCACCGGCGTTTCCATCAGTGTGCTTGACCGAGGGCCGGGCATTCCCGAGGAAATCCTGGCAGAGGTGGTGAAGCCGTTCTATCGGGTGGAAAGCTCTCGCAACCGCAGCTCTGGCGGCACCGGCCTGGGGCTTGCCATCGCTCAACAGTTGACCGTCGCGATTGGTGGCTCACTGAGCCTGCGCAACCGCGACGGCGGCGGTCTTTGCGTGACCCTCGACTTCGGCGTCGATCAGTAG MKLALQWPRTLASRLWLVFLVGLILAQALTFAAQYYERYESTKTAMLGNFEHDTATSIAILERLPAAERLEWTKRLQRRNYDYLLREHDPGIPLTSNDLAATAAQSLQVSLGRNYDLTIVEIPGPRQHFQAQVRLADGSPVTIDVRPSVRPLSPWLPFALVGQLLLMIGCTWLAVRIAIRPLSRLAEAVENLDPNAHPVPLDETGPREVAYAARAFNSMQARIAAYLKERMHLLAAISHDLQTPITRMKLRAEFMDDSVEKDKLGNDLNEIEHLVREGVAYARSVHGATETSCRISLDSFLDSLVCDYQDTGREVSLRGQNGAIIETRPHALRRILVNLVDNALKYAGTAEVEIGGNASTGVSISVLDRGPGIPEEILAEVVKPFYRVESSRNRSSGGTGLGLAIAQQLTVAIGGSLSLRNRDGGGLCVTLDFGVDQ NA NA NA NA NA D1-35_02892 879 cpo_3 Non-heme chloroperoxidase ATGAATACCCAGTCCCAACGCGCTCAAGCAGCCAACCCAGCCCAGGCCGGCAGCTATATCACCACCCAGGACGGCGTACAGCTGTATTACAAGGACTGGGGTCCGAAAGATGGGCCAGTCGTCACCTTCAGCCATGGCTGGCCGCTGAATTCGGATAGCTGGGAATCGCAGATGCTGTTCCTGGCGGACCAAGGCTATCGGGTAATCGCCCACGACCGCCGCGGCCATGGCCGTTCCAGCCAGTCGTGGGAAGGCAACGACATGGATCACTATGCCGATGACCTGGCCGCTGTGATCAACGCCCTGGACCTTAACGACGTGACCCTGGTGGGTTTCTCGACCGGTGGTGGCGAAATCACCCGCTACATCGGCCGCCACGGCACCGACCGGGTGAAGAAGGCCGCCCTGATCAGCGCCGTTCCGCCGATGATGCTCCAGACCGAAGACTACCCAGGCGGCTTGCCGATCGAGGTGTTCGACGGCCTGCGCAGGGCCTCGCTGGACAACCGCTCACAGCTGTATCGCGACATTGCGTCTGGGCCGTTCTTCGGCTTCAACCGCGACGGGGCGAAAGTCTCCCAAGGGCTGATCGATTCGTTCTGGGTGCAGGGCATGCAAGCGGGCCACAAAAACACCTATGACTGCATCGCAGCGTTCTCGGCGACAGACTTCCGCGCCGACCTGGCCAGGTTCGACGTGCCGACACTGATCGTGCATGGCGACGATGACCAGATCGTCCCGATTGACGCCTCCGCCCATGCCGCCGCCGAGCTGGTGCAGAACGCCGAGTTGATCGTCTATCCGGGTGCGCCGCACGGCCTGACCGACACCCACAAGGACCGCCTAAACCAGGATCTGTTGGACTTCCTGGCCAAGTGA MNTQSQRAQAANPAQAGSYITTQDGVQLYYKDWGPKDGPVVTFSHGWPLNSDSWESQMLFLADQGYRVIAHDRRGHGRSSQSWEGNDMDHYADDLAAVINALDLNDVTLVGFSTGGGEITRYIGRHGTDRVKKAALISAVPPMMLQTEDYPGGLPIEVFDGLRRASLDNRSQLYRDIASGPFFGFNRDGAKVSQGLIDSFWVQGMQAGHKNTYDCIAAFSATDFRADLARFDVPTLIVHGDDDQIVPIDASAHAAAELVQNAELIVYPGAPHGLTDTHKDRLNQDLLDFLAK PGPT0013125_318 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013125-cpo-K00433 NA NA D1-35_02893 807 menH_2 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGCTCACTATCAAATCGCTGTTGGCCGTCACCATCACCGCTGCGCTGGCACTCACATCCGTCCAAAGCGCAACCGCCGCGCAATCCGACGCCGCCAAGCCCACCATCGTGCTGGTGCATGGCGCATTCGCCGAATCGTCCAGCTGGAATGGCGTTGCCGCCCAGTTGCTGACCCAGGGTTTTTCGGTCGTTGCAGCGGCCAACCCGCTGCGCGGCTTGAAGCAGGACGCCGATTACGTCGCCGATATCGTCGAGCAAACCGCCGGCCCGGTGATCCTGGTGGGTCACTCCTACGGCGGCGCCGTGATCACTAACGCCGTGCACAACAACCCCAAGGTCAAGGCCCTTGTCTACGTCGCGGCCTTCGCGCCGGACAAAGGCGAAACCGCCATCGAACTGTCCGGTCGCTACCCTGGCGGCACCCTCGGCCCGACCTTGGCTGCTCCGGTGCAGTTGGACGACGGCAATAAGGATCTCTACATCCAGCAGGACAAATTCGGCCAGCAGTTTGCCGCCGACGTCGCAGCGGCTGATTCCGCCCTGATGGCCGCGACACAACGCCCAATCAGCGAGGCTGCATTGAAGGAAGCGTCTGGCGACCCGGCCTGGAAAAAACTGCCGTCCTGGTTCATCTACGGCTCGGCGGACAAGAACATCCCCGAGGCCGCCCTGAAGTTCATGGCCGAACGCGCGGGCTCGAAAAAGACCGTCACCGTTCAAGGGGCGTCCCATGTGGTGATGACGTCCAATCCGGAGAAAGTTGCGGAGCTGATCGTTGAGGCGGCGCAGGCCAGTTCCAGAGGGTGA MLTIKSLLAVTITAALALTSVQSATAAQSDAAKPTIVLVHGAFAESSSWNGVAAQLLTQGFSVVAAANPLRGLKQDADYVADIVEQTAGPVILVGHSYGGAVITNAVHNNPKVKALVYVAAFAPDKGETAIELSGRYPGGTLGPTLAAPVQLDDGNKDLYIQQDKFGQQFAADVAAADSALMAATQRPISEAALKEASGDPAWKKLPSWFIYGSADKNIPEAALKFMAERAGSKKTVTVQGASHVVMTSNPEKVAELIVEAAQASSRG NA NA NA NA NA D1-35_02894 2193 fcuA_1 Ferrichrome receptor FcuA ATGCTGTTCCCATCTCGCCTTACATTGCTCGCCGCGTGCTGCTCAGTCAGTTTTCTTGTCCAGGCCGCAGAACCTATTGAATTGGGAGTGACCGATGTTACTGCCGATGGGATCAAAGCCAATTCCAACACGCTGCCAGCGCCCTTTGCGGGCGGTCAGGTGGCGAGGGGAGGCCAGATGGGGGTGTTGGGAAATCAGGACAATATGGATGTCCCGTTCGTGATGACGAGTTACACCTCGCAGCTGATTGAAGATCAACAAGCCGAAGACGTCGGTGATGTGCTGCTCAATGATCCGTCGGTGCGTCAGTCCTATGGGTTTGGTAACCAGTCCCAAGTGTTTGTGATTCGAGGCTTGCCGCTTAGCGGCGACGACATTTCCTACAACGGGCTGTATGGCGTTTTACCGCGCCAGATTCTGTCGACGGATGCGATCGAGCGTGTCGAGGTGTTCAAGGGCCCCAACGCGTTTATCAACGGTGTCAGTCCGACGGGCTCGGGACTTGGCGGCGGCGTCAACTTGCAGCCCAAACGTGCGGAGGATGTCCCGACTCGTCGTTATACGCAGGACATCAGCACCGATGGCCGCGTTGGCGAGCATTTGGATATCGGGCAGCGATTCGGCGAGGATAACCGCTTTGGCGCCAGGTTGAACCTGAGCCAGCGCGAAGGTGAAACAGCGATCGACGACCAGGATCAGCGCACCAAGTTGTTCGTTGCGGGCTTGGACTATCGGGGTGATGACTTCCGCGTTTCCACCGACTTCGGCTATCAGAAACAGCGTATCAATGGACTGCGCAATTCGGTGAACATCGGCAACGCCACCCACATTCCCACGGCTCCGCACGCTAGCCACAATTATGGGCAGGACTGGACTTACTCCGAAACCGAAGACACCTTCGGCATGGTCCGTGGCGATTGGGATCTGAACGAAAACTGGACCGCCTACCTGGCTGGCGGTGTAAAACACACCCGAGAAACCGGGGTCTACGCCACACCGACATTGGTCGGCAATAACGGCGTAGCGACGATCGGTGGCTCGGAAATTCCGCACAACGAAGACAATACCTCGTTCAGTGGCGGGTTGAACGGGCGCTTTGACACGGGCCCTGTTTCCCATCAGGTGGCGATCGGCGGCTCGACGATCTGGACCGAGCAGGAAAACGCCTACACGTTCTATCGTCCTGTTACCGGCAACAGCAATCTCTACGACACCCCGAAGCTTCCCAAACCGACGGCGGTGTCCAGCACCGGCGGTGAAATGGGTGATCCCGGGGTGACTGGCAAAACCCGCAACCGTAGCCTGGCGATTTCCGACACGTTGGGCTTGTTCGATGACAAATTGCTGGTCACTTATGGTGTCCGTCGTCAGCAGTTGCGTGTCGAAAACTACAAGTACGATGGCACCACCTCAAACGGTGCCGCCAACGCAGCAAACGATGGCAGCCGTAGCTCGCTCTACGATGAAGCCGTTACCACGCCTGTCTACGGCATCGTCTACAAGCCTGTGGAAAGCGTGTCGCTCTACGCCAACCGAATCGAAGGCCTTGCAAAAGGGCCGGTGGCGTCCGGTACAGGCATCACCAACCTGGGCCAAGCCTTCCCTCCTGGCCGCACCAAACAGTTGGAAGCGGGCATCAAGCTGGACATGCAAACCTTCGGTGCCAACGTGGGGGTTTTCCGCATCGAGAAACCTTCCGATGGTTACGTCGACAACGCGCAGAACCTCTATGTGCGTGATGGTGAGCAGGTCAACAAGGGGCTGGAAATCAGCGTTTTCGGCGAGCCTATCGAAGGCCTCCGCTTGATGGCCGGCGGCACCCGCATGACGTCCGAACTCAAGAAAACCGCGGGTGGTCGCAACGATGGCAATCACCCCATTGGCGTGCCTACGTTCCAGCTCAATGCCAGCGTGGATTGGGATGTCCCGGGTATCGAAGGCGCCGCGCTCAGCGCCAGGATGCTGCGCACTGGCGGGCAATACGCGGATCAGGCCAACAACCTGAGCTTGCCCACCTGGAACCGTTTCGACGCTGGCGCACGTTATAAAATGAAGGTCGCGGAGAAAGACCTGACGTTGCGCGTCAATGTGGAAAACATTACCGACAAGAACTACTGGGCTTCGGCAAACGGCGGCTACCTCTCGCAGGGTGATCCGCGGTTGGTGAAGTTCTCGGGAACTATCGATTTCTAG MLFPSRLTLLAACCSVSFLVQAAEPIELGVTDVTADGIKANSNTLPAPFAGGQVARGGQMGVLGNQDNMDVPFVMTSYTSQLIEDQQAEDVGDVLLNDPSVRQSYGFGNQSQVFVIRGLPLSGDDISYNGLYGVLPRQILSTDAIERVEVFKGPNAFINGVSPTGSGLGGGVNLQPKRAEDVPTRRYTQDISTDGRVGEHLDIGQRFGEDNRFGARLNLSQREGETAIDDQDQRTKLFVAGLDYRGDDFRVSTDFGYQKQRINGLRNSVNIGNATHIPTAPHASHNYGQDWTYSETEDTFGMVRGDWDLNENWTAYLAGGVKHTRETGVYATPTLVGNNGVATIGGSEIPHNEDNTSFSGGLNGRFDTGPVSHQVAIGGSTIWTEQENAYTFYRPVTGNSNLYDTPKLPKPTAVSSTGGEMGDPGVTGKTRNRSLAISDTLGLFDDKLLVTYGVRRQQLRVENYKYDGTTSNGAANAANDGSRSSLYDEAVTTPVYGIVYKPVESVSLYANRIEGLAKGPVASGTGITNLGQAFPPGRTKQLEAGIKLDMQTFGANVGVFRIEKPSDGYVDNAQNLYVRDGEQVNKGLEISVFGEPIEGLRLMAGGTRMTSELKKTAGGRNDGNHPIGVPTFQLNASVDWDVPGIEGAALSARMLRTGGQYADQANNLSLPTWNRFDAGARYKMKVAEKDLTLRVNVENITDKNYWASANGGYLSQGDPRLVKFSGTIDF PGPT0003790_18213 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_02895 885 oleB_2 COG0596 Cis-3-alkyl-4-alkyloxetan-2-one decarboxylase ATGAATGCATACGCCAGCGGCTTTCTTGCCGCGCCGCATCAATTCATCAGTATCGAAGGGCTGCGTTTTGGTTATCGCGACTATGGAACAGGTCCGGTACTGCTGATGCTGCACGGCTGGCCACTTAATGGCGATACCTTTGCGCCGTTGGTCGATGCGCTTGCCTCAGGCTTTCGTTGCATTGTGCCGGATCTCCCTGGCGCAGGCATGACAGCCTGGTCAACAGAACATGATCTGAGCCCCGCCGGCCAGGCGCGTTTGCTCCAGGGTTTACTTGCGGCCTTGGGCATTGCGCAGGGCTATAGCCTGTTGGGTAATGACAGCGGCGGTATCGCCGCCCGCTACCTTGCACTTTGGGACGCCGGCCGCGTGGCCAAGTTGATTCTGCTCAATAGCGAAATACCTGGGCATCGCGCACCCAACCAGCGTCTGTACAAACAACTGGCGCGTTGGTTACCGGGATACGGCGCGCTTGCTCGCATCCAGCTAAGAAGTGCTGCCTATCTGTGTTCGAAGCGGGGGTTTGGCGGAACGCTCTACGATCACCAGCACTTGCTCGGCAGCTTTCATCGGCGCTTTATCGCGCCGCTGATCCAGTCCGCGCAGAGCATGGAGCAAGCCCGGTGCGCCTTTATCGCAGTGCTTGATTGGCCGCAGCTCGATGCCTTGAGCCGCCTTCATGGCCAGATCGAGGCACAGACCTTGCTGATCTGGGGGCGGCAGGACGATACCTTCCCTGAGCCGTATGCCATTGAGATGAGCCGGAGCTTTGCCAACCTTACCGGCTTTATCAGCATCGACAAGGCCAAGTTGTATGTTCATGAAGACCAACCAGAGCAGGTGATTCAACACCTCAAGGTCTTTCTGCTGGCAAAGCAGGAGTAG MNAYASGFLAAPHQFISIEGLRFGYRDYGTGPVLLMLHGWPLNGDTFAPLVDALASGFRCIVPDLPGAGMTAWSTEHDLSPAGQARLLQGLLAALGIAQGYSLLGNDSGGIAARYLALWDAGRVAKLILLNSEIPGHRAPNQRLYKQLARWLPGYGALARIQLRSAAYLCSKRGFGGTLYDHQHLLGSFHRRFIAPLIQSAQSMEQARCAFIAVLDWPQLDALSRLHGQIEAQTLLIWGRQDDTFPEPYAIEMSRSFANLTGFISIDKAKLYVHEDQPEQVIQHLKVFLLAKQE NA NA NA NA NA D1-35_02896 774 hypothetical protein GTGCAGAGTTTTTTGATCCTGGGCAATCAGCTCACCCTGTATGTCGGGCCGCTACCCGACATCAGCCTCCATCGACATAGCGCCAGCGCTCTATGCCTCGGGTTACAGGCGCCGATTCAGGCACGGGGCACCGACGCAAGCCCATGGCAGCGTTACGATCAGTTATTCGTGCCAGCAGGTGTCGCGCATGCTTTGGCGTTTGCCGGGCAACCTGTGGCGGTGTTGTTCTTTGAGAAACAGAGCCGCCTCTACCAGCAGTTGCTGCTGCGTTACAACCTATCTACCGAGCACTTGAGCGATCCCGGGCCGAGCGCTGGCAACTGGCTGACGGAACTCAAAGGGTTGACGGGCCGCGATGTGCAGGAAGGCGAAGCCCTTCTCGGGCAAATCGCCATGCGCTTGCTGCCCGATACGGGCGAGTCGAACCACGCAGACCCACGGGTACTCAAGGTGCTGGATGCGATGCAGGCGCAGCCCCAGCGCAATTTCACCACCCAGGAACTGTCGGCCCTCGTTTGTCTGTCGCCAAGCCGCCTTTCTGCACTGTTCAACCAGGCCATGGGGCTGCCGCTGAGGCGCTACCGGGTGTGGCTGCGTCTGCGCGCGCTGGTCAGTTTTGTCAGCCAGGGGCTATCGCTCACCGAAGCCGCGCAGATGGCGGGGTTCAGCGACTCAGCCCACTTCAGCAACAGTTGCCGCAAGCTACTGGGGGTCAAGCCGACCGACGTGCTTGCTGGCGATGATCTACGCATCCTCTTTTCCAATCGCCTGTGA MQSFLILGNQLTLYVGPLPDISLHRHSASALCLGLQAPIQARGTDASPWQRYDQLFVPAGVAHALAFAGQPVAVLFFEKQSRLYQQLLLRYNLSTEHLSDPGPSAGNWLTELKGLTGRDVQEGEALLGQIAMRLLPDTGESNHADPRVLKVLDAMQAQPQRNFTTQELSALVCLSPSRLSALFNQAMGLPLRRYRVWLRLRALVSFVSQGLSLTEAAQMAGFSDSAHFSNSCRKLLGVKPTDVLAGDDLRILFSNRL NA NA NA NA NA D1-35_02897 636 hypothetical protein ATGACCCGAACCCAGAAAACCGTCTTCATCCTCGTGGCCGTGATCGCACTGATTCTCGGCCTGACCATCAATAAAGTGCTGTCCGGCAAAGGCCAGGGCGACCCGACCGCACTGATTGACGCTGGCATCATCCTGCTGCCGCAAAGCCGCAACCTGCCGGACGTGAAAATGACCGACCAGGACGGCCAACCATTGACGATGAACGAGCTGAAAGACAAATGGAGCCTGCTGTTCTTCGGCTACACCTTCTGCCCGGACATCTGCCCGACCACCCTCGCCCAGCTGCGCCAGATCAAGAGCGAGCTGCCGCCCGAGGCGGTGGCCAAGTTGCAGATCGTGCTGGTGAGCGTCGACCCGAACCGCGACACGCCCAAGCAACTCAAGCAATACCTGGGTTACTTCGACCCGCAGTTCATCGGCCTGACCGCCGCCTCGGTACAAGACCTGCAAAAACTCGCCAACGCGGTAAGCATCCCGTTCATCCCGGCGGACACCAGCAAGCCCAACTACACCGTCGACCACAGCGGCAATCTCGCCGTCATCGGCCCGGACGGCACCCAACGCGGGTTTATTCGTGCGCCGTTGAATAATCAGAAGTTGGTGGCGCAGTTGCCGGAGATGCTGAAACACAAATAA MTRTQKTVFILVAVIALILGLTINKVLSGKGQGDPTALIDAGIILLPQSRNLPDVKMTDQDGQPLTMNELKDKWSLLFFGYTFCPDICPTTLAQLRQIKSELPPEAVAKLQIVLVSVDPNRDTPKQLKQYLGYFDPQFIGLTAASVQDLQKLANAVSIPFIPADTSKPNYTVDHSGNLAVIGPDGTQRGFIRAPLNNQKLVAQLPEMLKHK NA NA NA NA NA D1-35_02898 900 ctaB COG0109 Protoheme IX farnesyltransferase ATGGCAACCCTGACCGGTACACGCCACAGCCAGGCGATCTGGCGCGATTACCTGGAGCTGACCAAACCCAAGGTGGTGGTATTGATGCTGATCACCTCGCTGGTCGGCATGTTCCTCGCGACCCGTGCCGGAGTGCCCTGGACGGTGCTGGTGTTCGGCAATCTGGGGATTGCGCTGTGCGCCGGTGGCGCGGCGGCGGTCAACCACGTGGTGGATCGGCGTATCGACGCAGTGATGGCGCGCACTCACAAGCGGCCATTGGCCGAGGGCCGGGTCTCGCCGGCCGCCGCGCTGACGTTCGCCCTGGCACTGGCGCTGGCCGGTCAGGCACTGCTGCTGGTGTTCACCAATCCGCTGACCGCCTGGCTGACCCTGGCCTCGCTGCTCGGCTACGCGGTGATCTACACCGGGTTTCTCAAGCGCGCCACACCTCAGAATATCGTCATTGGCGGCCTCGCCGGCGCGGCGCCACCGTTGCTGGGCTGGGTCGCGGCCACCGGTCACGTCAGCGCCGAACCGTTGCTGCTGGTGTTGATCATCTTCGCCTGGACCCCACCGCATTTCTGGGCCCTGGCGATCCATCGCAAGGAGGAATACGCCAAGGCTGATATCCCGATGCTGCCGGTGACCCACGGCGAGCACTACACCAAGATCCATATCCTGCTGTACACCCTGGTGCTGCTGGCGGTCAGCCTGATGCCGTTCGTGATCCAGATGAGCGGATTGCTGTACCTGGCGTGCGCGCTTGTACTGGGCGCCAGGTTCCTGCAATGGGCCGTGGTGCTGTACCGTGGCAGTCGGCCGCACGCGGCGATCAACACGTTCAAGTACTCTATCTGGTACTTGTTCCTGCTGTTCATCGCCCTGCTTGTAGATCACTACTTACTGTTGAGCCTATGA MATLTGTRHSQAIWRDYLELTKPKVVVLMLITSLVGMFLATRAGVPWTVLVFGNLGIALCAGGAAAVNHVVDRRIDAVMARTHKRPLAEGRVSPAAALTFALALALAGQALLLVFTNPLTAWLTLASLLGYAVIYTGFLKRATPQNIVIGGLAGAAPPLLGWVAATGHVSAEPLLLVLIIFAWTPPHFWALAIHRKEEYAKADIPMLPVTHGEHYTKIHILLYTLVLLAVSLMPFVIQMSGLLYLACALVLGARFLQWAVVLYRGSRPHAAINTFKYSIWYLFLLFIALLVDHYLLLSL PGPT0008520_3023 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 D1-35_02899 1080 ctaA Heme A synthase ATGGCCAAGCCTGGATTTCGCCTCGCGCTGTTTGCCACGTTGCTGGCATTGATTGTCGTACTGTTGGGCGCCTACACCCGCCTGACTCACGCCGGCCTCGGTTGCCCCGATTGGCCCGGTTGCTACGGTTTCATCAGCGTGCCCAAGGGCGAAGCCCAACTGGCCCATGCCGAGTTGCATTTTCCCGACACCCCGGTGGAAGCCCATAAAGGCTGGAACGAAATGGTCCATCGCTATTTCGCCGGTGCGTTGGCACTGATGATTGCCGCGCTGGCCGCCCGCGCCTGGACGAACCGCCGCCACCCCGGCCTGCCATTAAAACTGCCGCTGTTCCTGCTGGCGGTGGTGTTCGCCCAAGCGGCGTTCGGCATGTGGACCGTCACGCTCAAGCTCTGGCCGCAGGTGGTCACCGGGCATTTGCTGGGCGGGTTCGCGACGTTGAGCCTGCTGTTTTTGCTCACGTTGAGATTGTCCGGCGTGTTGCCGGCGCTGACCGTGCCCAAGCGCCTGCAACACTGGGCCACGGCTGGGCTGTTGCTGGTGATCGGCCAGATCGCCCTGGGCGGTTGGGTCAGCTCCAATTACGCCGCGGTGGCCTGTATCGACTTTCCTACCTGCCACGGCCAATGGATGCCGCCCGCCGATTTCGCCAATGGCTTCCACCTGACCCAGCACATCGGCCCGAATTACCTCGGTGGGCAACTGGACAGCGACGCCCGCACCGCCATCCATGTAACCCACCGCATCGGCGCCTTGCTGGTGACGGTGGTGCTGCTGGGGCTGGCCTGGCAGCTCAAGACTGTGGGCATGACCCGACTGGCGGGACTGGTCCTCGCCGCACTCGCAGCGCAAATTACCCTGGGTATAAGCAACGTCGTGTTTCATCTGCCGCTGCCGGTGGCGGTGGCCCATAACGCTGGGGGCGCCGCGCTGTTGCTGAGCCTGGTGCTGGTCAACTACCACGCCCGGACCAGCCTGGTCCGGGTACGGCATCAGGTCCCGCTGCGCTGGCGCTTCAATCCGCCTGAACACGGCGTCGGCCCCATCACGATCAAAGGAGAGATGCCATGGCAACCCTGA MAKPGFRLALFATLLALIVVLLGAYTRLTHAGLGCPDWPGCYGFISVPKGEAQLAHAELHFPDTPVEAHKGWNEMVHRYFAGALALMIAALAARAWTNRRHPGLPLKLPLFLLAVVFAQAAFGMWTVTLKLWPQVVTGHLLGGFATLSLLFLLTLRLSGVLPALTVPKRLQHWATAGLLLVIGQIALGGWVSSNYAAVACIDFPTCHGQWMPPADFANGFHLTQHIGPNYLGGQLDSDARTAIHVTHRIGALLVTVVLLGLAWQLKTVGMTRLAGLVLAALAAQITLGISNVVFHLPLPVAVAHNAGGAALLLSLVLVNYHARTSLVRVRHQVPLRWRFNPPEHGVGPITIKGEMPWQP PGPT0008525_1335 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259 NA NA D1-35_02900 594 hypothetical protein ATGGGAAGCACCATGAATCCAACCAACATGTCTGACGCGCCCGACGCACGCAGCCGGCGCAAGGGACGCGTGCAATTGCTGTTGATTGTGCTGGGCGTGGTCGGCCCGATGATCCTCGCCACCGGCATGTACAAGTTCCAGTTCTGGGTTCCGGACAGTCGCAGCTATCACGGCGAGTTGATCGGCAACGGCCAGTCCCGCGCGGACATCGGCGTGCAGGCCGATGAGCAGCGCTGGCAGATCCTGGTAACGGCGCCGCAGGAGTGTTCGGTGGATTGCCGGCAATTGGTGTACCTGGCCCGGCAGGTGCAGATCGGCCTGGGCCGCGAGGCCGGCCGCGCCAGCCATGCCCTGGCGATAGCGCAACCGCTGGAGGCGGAATACGACGCCCAACTGCAGCGCGAATATCCGCAACTACAACGTTATCCGCTGGACCTGCCGGCCTATCAGAAAGGCGCCCAGGGCTCCGGCGGCGCCCAGTTGTGGATCATCGACCCCCACAGCAACCTGGTGCTGCGCTACGACGCCCGGGTCAAGGGCAAAGACCTGCTCAACGACCTGCGCCACCTGCTGAAATTGTCCAACATCGGATAA MGSTMNPTNMSDAPDARSRRKGRVQLLLIVLGVVGPMILATGMYKFQFWVPDSRSYHGELIGNGQSRADIGVQADEQRWQILVTAPQECSVDCRQLVYLARQVQIGLGREAGRASHALAIAQPLEAEYDAQLQREYPQLQRYPLDLPAYQKGAQGSGGAQLWIIDPHSNLVLRYDARVKGKDLLNDLRHLLKLSNIG NA NA NA NA NA D1-35_02901 738 hypothetical protein ATGAAAGGCTTCCGGCCGGGCCTCGTGCCGTCGCTGGTGGTGGCCGTGCTGGTGCCGGTGATGGTGTGCCTGGGGTTCTGGCAATTGAGCCGGGGCGAGCAGAAAAGCCTGCTCATGGACACCTACGCCGAGCGTCGCGTGGCCAAGCCGATGGACAGCGTGGAGCTTTCGCAAACAGCGGATCCGGCCTTTCGTCTCGTCAGCCTGCACGGCCAGTTCGACGCCGAACACAGCCTGCTGCTGGATAACCGCCAGCACGACGGCAAGGTCGGCGTCGAACTGCTGCAACCGTTCCTCGACCACGCCAGCGGGCTGTGGCTGCTGGTCAATCGCGGCTGGCTGCCCTGGCCTGATCGCCGTACTTCGCCAGTCTTCAGCACGCCGGAGCAACCCATCGACCTGCAAGCCTGGGTCTACGTCGCGCCCGGCGCCACGTTCCAACTGCACGCCGACCCGGCCAGCGCCCCGTGGCCGCGGCTGGTCACCGCTATCGAACCGCAGAAGCTCTGGGCCGAACTGGGCCGCGGCGGCTTCGCCTACGAATTGAGACAACAAAGCGGCCCTGGCGCCTACCGGACCGATTGGCCGGTGGTTGCCATGGGCCCGGAAAAACACCTTGGTTATGCCGTGCAGTGGTTCGCCATGGCGGCGGCGCTGTTCGGCCTTTTCCTTTATCTCGGATGGCACAACGCAGGGAGACACCATGGGAAGCACCATGAATCCAACCAACATGTCTGA MKGFRPGLVPSLVVAVLVPVMVCLGFWQLSRGEQKSLLMDTYAERRVAKPMDSVELSQTADPAFRLVSLHGQFDAEHSLLLDNRQHDGKVGVELLQPFLDHASGLWLLVNRGWLPWPDRRTSPVFSTPEQPIDLQAWVYVAPGATFQLHADPASAPWPRLVTAIEPQKLWAELGRGGFAYELRQQSGPGAYRTDWPVVAMGPEKHLGYAVQWFAMAAALFGLFLYLGWHNAGRHHGKHHESNQHV NA NA NA NA NA D1-35_02902 204 hypothetical protein ATGCTAAAAGCAGCCATCGTCCTGATGCTGATCGCCACGATTGCCAGCCTGTTCAGCGGCTTGTTTTTTCTGGTCAAGGACGACAGCAATTCCAATCGCCTGGTCATCGCCCTGGCGATTCGCGTCAGCCTGGCCGTCGTCACCGTCGGCTTGATCGCCTGGGGTTTCTTCAGCGGCCAGTTGGTGTCCCATGCTCCTTGGTAA MLKAAIVLMLIATIASLFSGLFFLVKDDSNSNRLVIALAIRVSLAVVTVGLIAWGFFSGQLVSHAPW NA NA NA NA NA D1-35_02903 888 ctaE COG1845 Cytochrome c oxidase subunit 3 ATGGCAACTCATGAGCACTATTACGTTCCGGCCCAGAGCAAATGGCCGATCATCGCCACGGTCGGGATGTTCGTCACGGTGTATGGCCTGGCGACCTGGTTCAACGACCTGAAAGCGGCGCGTCCGGATTCCCACGGCCCGCTGATCTTTTTCGTCGGTGGCCTGCTGCTGGCCTACATGCTGTTCGGCTGGTTTGGCGCGGTCATCAAGGAAAGCCGCGCCGGGCTATACAGTGCGCAGCTCGATCGCTCATTCCGCTGGGGCATGAGCTGGTTCATTTTTTCCGAGGTGATGTTCTTCGTCGCCTTCTTCGGCGCGCTGTTCTATGTGCGCGTGGTGTCGGCGCCCGGCTTGGCCGGCGAAGGCAGCAAGGGCCTGTCGGAAATGCTCTGGCCAAATTTCGAATACGTCTGGCCATTGCTGAACAACCCCGATCCGAAACTCTTTCCGGCGCCCAAGGACGTCATCAGCCCGTGGGGCTTGCCGCTGCTCAACACGATCCTGCTGGTCAGCTCCAGCGTCACCGTCACCATCGCCCACCATGCCCTGAAGAAAGGTCATCGCGGCGCGCTGAAAATCTGGCTGGCGATCACCGTGCTGCTGGGTTGCGCCTTCCTGGGTTTCCAGGCCGAGGAATACATCCACGCCTACAAGGAACTGGGCCTGACCCTGGGCTCGGGGATCTATGGCGCGACGTTCTTCATGCTCACCGGCTTCCACGGCGCCCACGTCACCATCGGCACGATCATTCTGTTCGTGATGCTGATGCGCATCATGCGCGGGCATTTCGACAACGAGCATCAGTTCGGCTTCGAGGCCGCGAGCTGGTATTGGCACTTCGTCGATGTGGTGTGGATCGGCTTGTTCTTCTTCGTCTACATACTTTGA MATHEHYYVPAQSKWPIIATVGMFVTVYGLATWFNDLKAARPDSHGPLIFFVGGLLLAYMLFGWFGAVIKESRAGLYSAQLDRSFRWGMSWFIFSEVMFFVAFFGALFYVRVVSAPGLAGEGSKGLSEMLWPNFEYVWPLLNNPDPKLFPAPKDVISPWGLPLLNTILLVSSSVTVTIAHHALKKGHRGALKIWLAITVLLGCAFLGFQAEEYIHAYKELGLTLGSGIYGATFFMLTGFHGAHVTIGTIILFVMLMRIMRGHFDNEHQFGFEAASWYWHFVDVVWIGLFFFVYIL PGPT0004035_312 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D1-35_02904 552 ctaG COG3175 Cytochrome c oxidase assembly protein CtaG ATGGCTGACTCGATCTCGCTGAAAAAACTGGTCACCCGCCTGTTGCTGGTGGTGGTGGCCATGTTTGCCTTCGGGTTTGCCCTGGTGCCGATCTACGACGTGATGTGCAAGGCGTTCGGCATCAACGGCAAAACCGGCGGGCAGTACACGGGCGAGCAAACCGTTGATGAGTCGCGGCAGGTCCGGGTGCAGTTCTTGTCGACCAACTCGGTGGACATGGTCTGGGACTTCTACCCCAAGGGCGATCAATTGGTGGTCAAGCCAGGAGCGGTCAACGAGATGGTGTTCATTGCCCATAACCCCACCGATCGGCCGATGAGCGCCCAGGCGGTGCCGAGCATTTCGCCGAGCAACGCCGCGGCGTATTTCCACAAGACCGAATGTTTCTGTTTTACCCAGCAAGTGCTGCAACCCGGCGAACGCATCGAAATGCCCATGCGCTTCATCGTCGACCGGGACATGCCCAAGGAAGTGAAGCACCTGACGCTGTCCTACACGCTGTTCGATATCACCGCTCGTCATCCACCGGTGGCTGTAAACACTGACCGATAG MADSISLKKLVTRLLLVVVAMFAFGFALVPIYDVMCKAFGINGKTGGQYTGEQTVDESRQVRVQFLSTNSVDMVWDFYPKGDQLVVKPGAVNEMVFIAHNPTDRPMSAQAVPSISPSNAAAYFHKTECFCFTQQVLQPGERIEMPMRFIVDRDMPKEVKHLTLSYTLFDITARHPPVAVNTDR NA NA NA NA NA D1-35_02905 1593 ctaD COG0843 Cytochrome c oxidase subunit 1 ATGAGTGCTGTGATCGATGACCACGGTCATGCCGGCGCCGACCACGCCCACGGCCCCGCCAAGGGCCTGATGCGCTGGGTACTGACCACCAACCACAAGGACATCGGCACGCTGTACCTGTGGTTCGCGTTCTCCATGTTCCTGCTGGGCGGCTCGTTCGCCATGGTGATCCGCGCCGAGCTGTTCCAGCCCGGCCTGCAGATCGTGCAGCCGGAATTTTTCAACCAGATGACCACCATGCATGGCCTGGTGATGGTCTTCGGCGCGGTGATGCCGGCCTTCGTCGGCCTCGCCAACTGGATGGTCCCGCTGATGATCGGCGCGCCGGACATGGCCCTGCCGCGGATGAACAACTTCAGTTTCTGGCTGTTGCCGGCGGCGTTCCTGATGCTGGTCTCCACCCTGTTCACACCGGGCGGCGGGCCGAACTTCGGCTGGACCTTCTACGCGCCGCTGTCCACCACCTATGCGCCGGAAAGCGTGACGTTCTTCATCTTTGCCATCCACCTGATGGGCATCAGCTCGATCATGGGCGCGATCAACGTGGTCGCCACCATCCTCAACCTGCGCGCCCCCGGCATGACGCTGATGAAGATGCCGCTGTTCGTCTGGACCTGGCTGATCACCGCTTTCCTGCTGATTGCGGTGATGCCGGTGCTGGCCGGCTGCGTGACGATGATGCTGATGGACATCCACTTCGGCACCAGCTTCTTCAACGCCGCCGGTGGCGGTGACCCGGTGCTGTTCCAGCATGTGTTCTGGTTCTTCGGCCACCCTGAGGTGTACATCATGATCCTGCCGGCCTTCGGTGCCGTCAGCTCGATCATCCCGGCATTCTCGCGCAAGCCGCTGTTCGGCTACACCTCGATGGTCTACGCCACGGCGGCCATTGCCTTCCTCTCGTTCATCGTCTGGGCGCACCACATGTTCGTGGTCGGCATCCCGCTGGTGGGCGAACTGTTCTTCATGTACGCCACCCTGCTGATCGCCGTGCCCACCGGGGTGAAGGTGTTCAACTGGGCGAGCACCATGTGGCAAGGCTCGCTGACCTTCGAGACACCGATGCTGTTTGCCGTGGCGTTCGTGATCCTGTTTTCCATCGGCGGTTTCTCCGGGCTGATGCTGGCTATCGCGCCGGCGGACTTCCAGTACCAGGACACCTACTTCGTGGTCGCGCATTTCCACTACGTGCTGGTGCCGGGTGCGATCTTCGGGATTTTCGCCTCGGCCTACTACTGGCTGCCGAAATGGACCGGCCACATGTACGACGAAACCCTCGGCAAGCTGCACTTCTGGCTCTCGTTCATCGGCATGAACATGGCGTTCTTCCCGATGCACTTCGTCGGCCTGGCGGGCATGCCCCGGCGGATTCCCGACTACAACCTGCAGTTCGCCGATTTCAACATGGTCTCGTCCATCGGCGCGTTCATGTTCGGCACCACGCAGATTTTCTTCCTGTTCATCGTGATCAAGACCATCCGTGGCGGTGAGCCGGCACCGGCCAAGCCGTGGGATGGCGCCGAAGGGCTGGAATGGAGCGTGCCGTCGCCGGCGCCATATCACACCTTCACCACGCCGCCGGAAGTGAAATAG MSAVIDDHGHAGADHAHGPAKGLMRWVLTTNHKDIGTLYLWFAFSMFLLGGSFAMVIRAELFQPGLQIVQPEFFNQMTTMHGLVMVFGAVMPAFVGLANWMVPLMIGAPDMALPRMNNFSFWLLPAAFLMLVSTLFTPGGGPNFGWTFYAPLSTTYAPESVTFFIFAIHLMGISSIMGAINVVATILNLRAPGMTLMKMPLFVWTWLITAFLLIAVMPVLAGCVTMMLMDIHFGTSFFNAAGGGDPVLFQHVFWFFGHPEVYIMILPAFGAVSSIIPAFSRKPLFGYTSMVYATAAIAFLSFIVWAHHMFVVGIPLVGELFFMYATLLIAVPTGVKVFNWASTMWQGSLTFETPMLFAVAFVILFSIGGFSGLMLAIAPADFQYQDTYFVVAHFHYVLVPGAIFGIFASAYYWLPKWTGHMYDETLGKLHFWLSFIGMNMAFFPMHFVGLAGMPRRIPDYNLQFADFNMVSSIGAFMFGTTQIFFLFIVIKTIRGGEPAPAKPWDGAEGLEWSVPSPAPYHTFTTPPEVK PGPT0004025_3852 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D1-35_02906 1128 hypothetical protein ATGACGCGACATCCACACGTATGGATGGGCCTCCTGTTGTGGTCGATTTTCAGCCAGGCGCAAGCGGCCTGGACTGTGAATATGGCGCCTGGAGCGACACAGATCAGCAACGCAGTGTTCGACCTGCACATGACCATCTTCTGGATCTGTGTGGTCATTGGCATCATCGTCTTCGGCGCCATGTTCTGGTCGATGATGATGCACCGCCGCTCAACCGGGCAGAACGCCGCCCACTTCCACGAAAACACCCGCGTGGAAATCCTCTGGACCATCGTGCCCTTCCTGATACTGGTGGCCATGGCGGTTCCTGCCACCGCCACGCTGATCAAGATGTACGATTCCAGCGAGTCGGAGATCGACGTCCAGGTCACCGGCTACCAATGGAAGTGGCACTACAAATACCTGGGCCAGGACGTCGAGTTCTTCAGCAACCTGGCCACGCCTGCCGAACAGATCCACAACCAGAGCACCAAGGGCGAACACTACCTGCTTGAAGTCGACAAGCCGCTGGTGCTGCCGGTCGACGCCAAGGTGCGCTTCCTGGTGACCTCCGCCGACGTGATCCACTCGTGGTGGGTGCCGGCCTTCGCCGTCAAACGCGACGCCATTCCGGGGTTCGTCAACGAAGCCTGGACCCGCGTCGACAAGCCCGGCATTTATCGCGGCCAGTGCGCCGAGCTGTGCGGCAAGGACCATGGTTTCATGCCGATCGTGGTCGAGGTCAAGAGCAAGCCCGACTACGAAAAATGGCTGGGCGAACGCAAGGCCGAAGCCGCCCAGCTCAAAGAGCTGACCAGCAAGGAATGGACCCTGGAAGAACTGAAGGAACGCGGCGACAAGGTCTACCACACCACTTGCGTGGCCTGTCACCAGGCCGAAGGCCAGGGCCTGCCGCCGATGTTCCCGGCGCTCAAGGGTTCGAAAATCGCCACCGGGCCAATCAAGGATCACTTGAACATTGTCTTCCACGGCAAGCCCGGCACCTCCATGGCCGCGTTCGGCAAACAGCTATCGGAAGTCGATATCGCCGCGGTCGTGACCTATGAGCGTAACGCCTGGGGCAACAACAAGGGCGACATGGTTACGCCTAAAGAAGTGCTGGAACTCAAACAGGCAGAAAGCCAATGA MTRHPHVWMGLLLWSIFSQAQAAWTVNMAPGATQISNAVFDLHMTIFWICVVIGIIVFGAMFWSMMMHRRSTGQNAAHFHENTRVEILWTIVPFLILVAMAVPATATLIKMYDSSESEIDVQVTGYQWKWHYKYLGQDVEFFSNLATPAEQIHNQSTKGEHYLLEVDKPLVLPVDAKVRFLVTSADVIHSWWVPAFAVKRDAIPGFVNEAWTRVDKPGIYRGQCAELCGKDHGFMPIVVEVKSKPDYEKWLGERKAEAAQLKELTSKEWTLEELKERGDKVYHTTCVACHQAEGQGLPPMFPALKGSKIATGPIKDHLNIVFHGKPGTSMAAFGKQLSEVDIAAVVTYERNAWGNNKGDMVTPKEVLELKQAESQ PGPT0004030_785 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275 NA NA D1-35_02907 651 hypothetical protein ATGAACACCGCCGCATTGCGCGAGCAGATCCAAAAAGCCCAACAGCACGAGGCCGAGACCGGCCTGCTGAGTCGTCAGCTGACGGCCCAGTTACCGACGCTGCACCCCGCCATTCAGCTCCCGGACGCGAACGCCAACGACGTTCTGGCGCGGTTTGTCGCAGCCTATATCAACGAAGTGCCTGACCTGCTGGATGCAGCCAATGACGTCGCCAGGGAGGCGGGTATCGAGTCGCAGATCAAGCCCGTACTGAAAATTGCCGAGCAGTATTTCCTCCAGCCTCCGACGATCATGGCCGGGCATGTCGGGCTCAACAGCCTGCTCGACGAAGCCTATCTGGCGCACCGGTTTGTCGAGGAGGTCAACGACCTGTACATCAAGCATTTCGGCCAGCCGCTGATCCCCTTGGACATGACGGTTGCCAATCTGATTGCCCATCAGTTGATCGGTGAGGAATTTGCCAACCAACTCGATGAGGTGGTGCATCACGCGTTCGACGAGATGCTCAACGACGAGACGTTTGCACTGGAGTCGGTGGAAACCTACCGCGAGAAGCTCAGCAGCCCGGAAACCGGCGCGGCCTGGAAGCGCTGGCCCTGCATGTCCCGCCGCTTGGGCGTGGGCCTGGAGCTGGATCAGCCGGCTGCTTGA MNTAALREQIQKAQQHEAETGLLSRQLTAQLPTLHPAIQLPDANANDVLARFVAAYINEVPDLLDAANDVAREAGIESQIKPVLKIAEQYFLQPPTIMAGHVGLNSLLDEAYLAHRFVEEVNDLYIKHFGQPLIPLDMTVANLIAHQLIGEEFANQLDEVVHHAFDEMLNDETFALESVETYREKLSSPETGAAWKRWPCMSRRLGVGLELDQPAA NA NA NA NA NA D1-35_02908 1530 hypothetical protein ATGCGTGCTGCTCAATTAAAAGCTGTTCTGCCACGGGAGCTCCTGGCTTCGGTGGTTGTATTCCTGGTGGCGCTGCCCTTGTGCATGGGCATTGCCATTGCATCGGGCCTGCCACCGGCGAAGGGGCTGATCACTGGTATCGTCGGTGGTCTGATCGTGGGCTTCCTGGCTGGCTCCAAGCTGCAAGTCAGCGGCCCGGCGGCCGGTTTGGCGGTGCTGGTCTTCGAACTGGTGCGCCAGCATGGCGTGGCAATGCTCGGGCCGATCCTTTTGTTGGCCGGGCTGCTGCAACTGCTGGCCGGGCGTTTTCGCCTCGGTTGCTGGTTCAGGGTCACCGCGCCTGCCGTGGTGTACGGCATGCTGGCCGGTATCGGTGTGCTGATCATCTTGTCCCAGGTCCATGTGATGCTTGACGCGGCGCCCAAGCCTTCCGGGCTGGATAACCTGGCGGCGTTCCCGGCGGCAGTGGCCCAGGCTTTACCTTCGTTCGGCTGGCAGGCCGGTTTGCTCGGCCTGTCGACGATCGCAGTGATGTGGCTGTGGGAAAAGTTTCGCCCCCATAGCCTGCGCTTCGTTCCTGGCGCCCTGCTCGGCGTGGGCCTGGCAACGGTTGCCAGCCTGCTGCTGGCGTTGCAGGTCAAGCGCGTGGAGGTCCCGGAAAACATGGCCGAAGCCATCGACTGGCTGCGCCCGGCGGATTTGCTGAACCTGGCCGACCCCTCCGTGTTGATCGCCGCGTTCGCGGTCGCTTTCATCGCCAGTGCGGAAACCTTGCTCTCGGCGGCTGCCGTCGATCGCATGCACAGCGGCGAGCGGGCGGATTTCGATCGGGAACTGTCCGCCCAAGGTGTCGGTAACATGCTTTGTGGCCTGCTCGGCGCCTTGCCAATGACCGGCGTGATCGTACGCAGTTCGGCCAACGTCCAGGCCGGCGCGACCACACGAATGTCAACGATCTTCCACGGCCTGTGGTTGTTGCTCTTCGTGCTGCTGCTGTCCAGCGTGCTGCAAAGCATCCCGGTGGCGAGCCTGGCGGGTGTGCTGGTCTACACCGGTTTCAAACTGGTGGATATCAAGGCGTTCCGTGGCCTGGGCCGTTATGGCCGGATGCCGATGTTCACCTACGCCGCGACGGCGCTGGCGATCATCTTCACCGACCTGCTGACCGGCGTGCTGATCGGTTTTGGCCTGACCCTGGTGAAACTGGCGTGGAAAGCCTCGCGCCTGAAGATCAGCCTGATCGACTTGCCCCAGGACGGCGAGATGGAACTGCGCTTGGTGGGTGCGGCGACCTTCCTCAAGGTTCCAGCCCTGACCCAGGTGCTGAACACCATTCCCGAAGGCGCAACGGTGCATGTGCCGCTCAACAACCTGAGCTATATCGACCATTCCTGCCTGGAATTGCTCGAAGAATGGAGCCGGGCGAATGCCAGCAAGGGTTCGAAGTTGTTGATCGAATCGCGCGGGCTCAAGCGCCGGTTGGAAGGACGCTTGCGCACGACCGTGGGGGTTGGCGCAACAGCTGGCTGA MRAAQLKAVLPRELLASVVVFLVALPLCMGIAIASGLPPAKGLITGIVGGLIVGFLAGSKLQVSGPAAGLAVLVFELVRQHGVAMLGPILLLAGLLQLLAGRFRLGCWFRVTAPAVVYGMLAGIGVLIILSQVHVMLDAAPKPSGLDNLAAFPAAVAQALPSFGWQAGLLGLSTIAVMWLWEKFRPHSLRFVPGALLGVGLATVASLLLALQVKRVEVPENMAEAIDWLRPADLLNLADPSVLIAAFAVAFIASAETLLSAAAVDRMHSGERADFDRELSAQGVGNMLCGLLGALPMTGVIVRSSANVQAGATTRMSTIFHGLWLLLFVLLLSSVLQSIPVASLAGVLVYTGFKLVDIKAFRGLGRYGRMPMFTYAATALAIIFTDLLTGVLIGFGLTLVKLAWKASRLKISLIDLPQDGEMELRLVGAATFLKVPALTQVLNTIPEGATVHVPLNNLSYIDHSCLELLEEWSRANASKGSKLLIESRGLKRRLEGRLRTTVGVGATAG PGPT0002415_395 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D1-35_02909 732 cynT COG0288 Carbonic anhydrase 1 ATGAGTGACAAGGATAAACAGCCGTTGGCTGCGTCGGCTTCAGCCCAACCCGAGGCGGAAACCGCCGATGCAGCGCTGCAGCACATTGTTGACGGCTTTTTGCATTTCCATCACGAGATCTTTCCCCAACAGGAAGAACTCTTCAAGAAACTCGCCACCGCCCAGAAACCCCGGGCGATGTTCATCACCTGCGCCGATTCGCGCATCGTGCCTGAGCTGATCACCCATAGCTCCCCAGGCGACCTGTTCGTGACCCGTAACGTCGGCAACGTCGTTCCACCGTACGGACAAATGAACGGCGGCGTTTCCACCGCCATTGAATACGCCGTGCTGGCCCTGGGTGTGCAACATATTATCGTTTGCGGCCATTCCGATTGCGGCGCCATGCGTGCGGTGCTCAACCCCGACACCCTGGAAAAAATGCCGACAGTCAAGGCCTGGCTGCGCCACGCCGAAGTCGCCAAGACCATGGTCCACGACAACTGCCCGTGCGGTGACGAAAAGCAGACCATGCCCGTCCTCACCGAAGAGAACGTGATCGCCCAGTTGCAGCATTTGCGAACGCACCCTTCGGTGGCCTCTCGCATGGCCAGCGGCCAGTTGTTCATCCATGGCTGGGTGTACAACATCGAGACCAGCGAGATCAAAGCCTTTGATGCGGACCAGGGTTGTTTCCTGCCGCTCGATGGCAGCCATCCGATACCGGTGGCGACGCCCAAAGCGCGCTTCTAA MSDKDKQPLAASASAQPEAETADAALQHIVDGFLHFHHEIFPQQEELFKKLATAQKPRAMFITCADSRIVPELITHSSPGDLFVTRNVGNVVPPYGQMNGGVSTAIEYAVLALGVQHIIVCGHSDCGAMRAVLNPDTLEKMPTVKAWLRHAEVAKTMVHDNCPCGDEKQTMPVLTEENVIAQLQHLRTHPSVASRMASGQLFIHGWVYNIETSEIKAFDADQGCFLPLDGSHPIPVATPKARF PGPT0002415_1757 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D1-35_02910 1059 hypothetical protein ATGTCCGTCTCACTTCCGCCCCGTGGCCGCGGCACCGCCACCAACCCGCACAACCGCTTCGCGCCGAGCCGTTCGGTGGCCGAGGACGATGGCTGGTATCAGGAAGTGCCGCCGACCCAGGGCACCGAGGTGCGCATCGAAACGGCCAAGACCATCATCACTCGAAACACCTCCACGGATATCCCTTTCGATCGTTCGATCAATCCTTATCGAGGCTGCGAACACGGCTGCATCTACTGCTATGCGCGCCCCAGCCATGCCTACTGGGACATGTCGCCCGGGCTGGATTTCGAAACCAGGCTGATCGCCAAGACCAACGCCGCCGATGTGCTGGAGGAGCAGTTGTCGCGGCGCGGCTATCAATGCGCGCCGATTGCCCTGGGTTCCAATACCGATCCCTACCAGCCGATCGAACGCGAACAGCGCATCACCCGGCGGATTCTCGAAGTGCTGCTGCGCTATCGGCACCCGGTGACGATTGTTACCAAGGGCTCGCTGATCCTGCGCGACCTCGACCTGCTGACCGAACTGGCAGAGCAACGCCTGGTACATGTGATGATCAGCCTCACCACGCTGGACGACGAACTCAAGCGCATCCTCGAACCCCGCGCGGCGGCGCCGAAGGCCCGGTTGCGGGCGATAAAGGTCATGCGCGAGGCGGGCATCAACGTCGGCGTGCTGTGCGCGCCGATGATCCCGATGATCAATGACAGCGAGATTGAAAGCCTGCTGGCCGAAGCCCACGCTGCCGGTGCACAGAATGCCGCCTACGTCATGTTGCGCCTGCCGCTGGAAGTGGCGCCGCTGTTCGAGGAGTGGTTGCAGGCGCACTACCCGCAGCGCGCCGCCCATGTGCTGAGCCTGGTGCGCCAGAGCCGCGGCGGCGAACTGTATGACAGCCGGTTTGGCGTGCGGATGCGCGGCGAAGGTCCGTTCGCCGACCTGCTGGCTCAGCGCTTCGCCAAGACGCTCAAGCGTTTGGGCCTGAACCGACGAGATGGTTACAATCTTGACTGCGATGCCTTCTGTCCGCCCGGCCGACAGATGTCGTTGATTTGA MSVSLPPRGRGTATNPHNRFAPSRSVAEDDGWYQEVPPTQGTEVRIETAKTIITRNTSTDIPFDRSINPYRGCEHGCIYCYARPSHAYWDMSPGLDFETRLIAKTNAADVLEEQLSRRGYQCAPIALGSNTDPYQPIEREQRITRRILEVLLRYRHPVTIVTKGSLILRDLDLLTELAEQRLVHVMISLTTLDDELKRILEPRAAAPKARLRAIKVMREAGINVGVLCAPMIPMINDSEIESLLAEAHAAGAQNAAYVMLRLPLEVAPLFEEWLQAHYPQRAAHVLSLVRQSRGGELYDSRFGVRMRGEGPFADLLAQRFAKTLKRLGLNRRDGYNLDCDAFCPPGRQMSLI NA NA NA NA NA D1-35_02911 681 hypothetical protein ATGCTCAAGCTCTGTTTGCGTTCCCTGCTTTGCCTGGCGTTGCTCGTCGCGCTGGTCGACTCCGCCGCCCAGGCCGCCACCGGCGCCGAGGCCAGGCCCGGCGAATGGGCCCAGCCCGTGGAAAAACGCTACGACCTCTACCAGATGTCGCCTACGCTCTATCGCAGTTCCTTGCCGGACGGCGGTGCCTTGCCCCTGTTGGCGAAACTCGATATCGGCACAGTCATCAATTTTCTGCCTGATTCGGACGCGAACTGGTTGTCCGCGCCTGACATCAAGCAAGTGCAGTTGCCCTATCGCACCAATCACGTCGACGACAGCGACGTTCTCAAGGCCCTGCGCGCCATCCAGGACGGGCAAGCCAGGGGGCCGGTGCTCATGCATTGCAAGCACGGCTCGGACCGTACCGGCTTGATGGCCGCCATGTACCGGGTGGTTGTGCAGGGCTGGAGCAAGGAAGACGCGTTGGAGGAAATGACCGAAGGCGGTTTCGGCGACAGCCATCACTTCAAGGACGGGGTTCGCTACATGATGCAAGCCGATGTCGAGAAGCTCCGTATTGCCTTGAGAGACGGCGATTGCAGTACCAGCGTCTTTGCGCTGTGCTCGTTGAAAGGCTGGGTCAATTCAACGACCACGGCGCGTCACCTCGATCCTCAGTCATTGGCTCCTTCACGCTGA MLKLCLRSLLCLALLVALVDSAAQAATGAEARPGEWAQPVEKRYDLYQMSPTLYRSSLPDGGALPLLAKLDIGTVINFLPDSDANWLSAPDIKQVQLPYRTNHVDDSDVLKALRAIQDGQARGPVLMHCKHGSDRTGLMAAMYRVVVQGWSKEDALEEMTEGGFGDSHHFKDGVRYMMQADVEKLRIALRDGDCSTSVFALCSLKGWVNSTTTARHLDPQSLAPSR NA NA NA NA NA D1-35_02912 2013 prlC_1 COG0339 Oligopeptidase A ATGCCAAACGCTGATAACCCGCTACTGCAGGACTACGACCTGCCGCCCTTTTCGCGCGTCCAGGCCGAACACTTTTCCCCGGCCCTCGACCAGATAATCGCCGAAAGCCGCATCAAAGTTGCCGCGATCATTGCCAGCCAGACACCCTTCCCAACCTGGGACGACCTCGTCTTGGCAATGGATGAAATCCACACGCGGCTTGAGGGTTTCGGCTACTTGCTAAACCGCCTGACCTCGACCCGGACAGGTGACGCCTGGAAGCAGTCCTCGCTCGATTGCGATGCACGGCTGCACGAATTTAAGGTCGGACTGGAACAAAACACCGAACTTTTTCAGCTCTACGAGCGCCTGGCGAACAGCGAAATAGCCGGAAATTTCGAACCGGCACGCAAGAGGGTCCTGGAAAAAAACCTGCGACAGTTTCGTGAAAACATGCCGATGACCACGGCGAGCGACCTGAGCCTGGTGCAAGTCCGTATTCGAAACGCCGAAGGTCTGTTTCTGGACCAGCTGGAGTCGGCCAACAAAGCCTGGGACATCCTCATTGACGATGAGGCCCTGCTCAGCGGCTTGCCGGTGGCGTTCAAACAGCACATGGCCCACCTGGCCCGCAAGGTCGACCGCACGGGATGGCTGCTGACCCTTGATGAAGAGTCGCATCGCATCGTCACCCACTATGCCGACAATCGCTCGTTACGCCAGCAGATCCACGTTGCGTATAACACCCGTGCGTCCGATCAAGGCCCGCAAGCCGGGCAATTCGACAATGGCAACGTCCTCAAGCAACTGCTGGACGACCGGCACGAGTATGCCAAGTTACTGGGCTACACGGATTACGCTCAATACGCGATCGCGTCGGAGCAGGCCGAGTCCACCGCAGAGGTCCTGGCTTTTCTGGACAATCAACTCCAGTCGCAGCAAAGCACCTTCCGCCTGGAGACCGATGAGCTCAAGGCCTTCGCCAGTGAACGAGGTCTCAGCGAGCCCGAACCTTGGGATTACTGGTACCTGGCGGAAAAAATTCGCCAGCGGGAGGCGGGCATCTCACAGCAGGCATTGAGTGCCTGGTTTCCATTGGAAGCGGTTTTTTCCAAGCTGCTGGTGATCGCGTCGAATCTATTCACCGTGAACTTCATCGAACGCAAGGATGTGGCCAGCTGGGATCCTGACGTACGTCTTTTTGAGGTCACGGAGAGCGGAACGAGCATTGGTTATATCTATTTCGATCCGTTCAAATCTGATGATCGAGAAGGTTTCTCCTACACCACGACCATTCGCGACCGTCAGATTACCGCCGAAGGCGTGCTCCGACGCCCGATCGCCGCACTGCATGGCTGGCTGCCACGGGGCACAGCGGCGAACCCGACCTTGCTCGACCATCTGCAGCTACGCATCCTTGTCCATGAATTCGGCCATTGCCTGCATCAGGTCTTGAGCCAGGCAGCCTATCGCGACCTATCGGCGATCAATAAGTCATCCCGCGATACGGTCGAATTCGCCGGATGTCTGCTGGAAAAATGGTGCTTCGCCAAGGATTTTCTGATCCGCGTATCGGCGCATCATCAAACCGGAGCAGCCTTGCCTGACGAGATGGCCGATCAGTTCATGAGGCTCATCAGCACTCAGGCCAGTTGGGAAACCGCCAACGAGTTGCGCAAGGCGCTGCTGGATTTCGAGTTGCATCGCACCCACGCCGATGGACGCAGCGTCCAGCAAGTCTTCCAGCAGGTCAGCGAAAAGACCCGCCACTTGCCGGTAATTGCCAATGCACGCCTGGCCAACGGGCTGGACCATATGGTGACGGGCTACGGCGCAAGAGTGTACGCCTACTCGTGGTCCAAGGCCCTGGCCGAGTCGGTTTTCCAGAGGTTCCAGCGCGACGGAATCTTTAAAGCGACGACCGGCAGGGCGCTTCGCGAACACATATTCGGGCCGGGCGACTCGCGGCCGTTATCCGAATCCATAAGCGCCTTCCTCAGCGCGACCAATCAGCGTGAAGGAGCCAATGACTGA MPNADNPLLQDYDLPPFSRVQAEHFSPALDQIIAESRIKVAAIIASQTPFPTWDDLVLAMDEIHTRLEGFGYLLNRLTSTRTGDAWKQSSLDCDARLHEFKVGLEQNTELFQLYERLANSEIAGNFEPARKRVLEKNLRQFRENMPMTTASDLSLVQVRIRNAEGLFLDQLESANKAWDILIDDEALLSGLPVAFKQHMAHLARKVDRTGWLLTLDEESHRIVTHYADNRSLRQQIHVAYNTRASDQGPQAGQFDNGNVLKQLLDDRHEYAKLLGYTDYAQYAIASEQAESTAEVLAFLDNQLQSQQSTFRLETDELKAFASERGLSEPEPWDYWYLAEKIRQREAGISQQALSAWFPLEAVFSKLLVIASNLFTVNFIERKDVASWDPDVRLFEVTESGTSIGYIYFDPFKSDDREGFSYTTTIRDRQITAEGVLRRPIAALHGWLPRGTAANPTLLDHLQLRILVHEFGHCLHQVLSQAAYRDLSAINKSSRDTVEFAGCLLEKWCFAKDFLIRVSAHHQTGAALPDEMADQFMRLISTQASWETANELRKALLDFELHRTHADGRSVQQVFQQVSEKTRHLPVIANARLANGLDHMVTGYGARVYAYSWSKALAESVFQRFQRDGIFKATTGRALREHIFGPGDSRPLSESISAFLSATNQREGAND PGPT0020985_1534 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020985-prlC-K01414 NA NA D1-35_02913 279 hypothetical protein ATGAGTGAGGGGCCTGTGATTACCAAACGACGCTTCATCGCCGGGGCAGTCTGCCCGGCGTGCAGTGAACCGGACAAGTTGATGATGTGGAACGAAGACGGCGTGCCCCATCGCGAGTGCGTGGCTTGTGGTTATTCCGACACGCTCAACGAACAAGGCCTGTCGGTGCCCAAGGAATTGGGCACCCGGGTCAATACGTCCGCCTTGAAAGCACCGGACGCCAAGGTCCAGGCGGTGCAGTTCTTCCCCAACCCCAAGTTGAAGAAAAAAACCGACTGA MSEGPVITKRRFIAGAVCPACSEPDKLMMWNEDGVPHRECVACGYSDTLNEQGLSVPKELGTRVNTSALKAPDAKVQAVQFFPNPKLKKKTD NA NA NA NA NA D1-35_02914 2052 prlC_2 COG0339 Oligopeptidase A GTGAGCGTGAACAACCCTCTTTTGCAGCCCTACGACCTGCCGCCATTCTCGGCGATCCGTGCCGAGCACGTGCAACCGGCCATCGAGCAGATCCTGGCTGACAACCGCGCCGCCATCGCCGAGATCCTCAAGACGCAAGTCGAACAGCCCACCTGGGCCGGCCTGGTATTGGCAATGGATGAGCTCAATGATCGCCTGGGCGCGGCCTGGAGCCCGGTGAGCCATTTGAACGCGGTGCGCAACAGCCCCGAGTTGCGCGAAGCCTACGAGGCTTGCCTGCCGGCGCTGAGTGCCTATTCCACCGAGCTGGGCCAGAACCGCGAACTGTTCCAGGCGTTCGAAGCCCTGGCGAACAGCCCCGAGGCCGCCGGTTTCGACGTGGCCCAGAAAACCATCCTGGAACATTCGCTGCGCGACTTCCGCCTGTCGGGCATCGATCTGCCGCCCGAGCAGCAAAAGCGCTACGCCGAAGTGCAAAGCAAGCTGTCCGAACTCGGCAGCCGCTTTTCCAACCAGTTGCTCGACGCGACCCAGGCCTGGACCAAGCATGTCACCTCTGAGGCCGCCCTCGCCGGCCTGACCGACTCGGCCAAGGCGCAGATGGCCGCCGCGGCCCAGGCCAAAGGCTTCGACGGTTGGCTGATCAACCTGGAGTTTCCCAGCTACTACGCGGTGATGACCTACGCCGAAGACCGCACCTTGCGCGAAGAAGTCTACGCCGCCTACTGCACCCGTGCCTCGGACCAGGGCCCGAACGCCGGTCAGAACGATAACGGCCCGGTGATGGAGCAGATCCTCGACCTGCGCCAGGAACTGGCCCAGTTGCTGGGTTTCGCCAACTTCGCCGAATTGAGCCTGGCAACCAAGATGGCTGAATCCAGCGATCAGGTGCTCAGCTTCCTGCGCGACCTGGCCAAGCGCAGCAAACCGTTCGCCGCCCAGGATCTGGAACAATTGAAAGCCTTCGCCGCCGAACAGGGCTGCCCCGACCTGCAAAGCTGGGACAGCGGCTTTTATGGCGAAAAACTCCGCCAGCAACGTTACAGCGTCGCCCAGGAAGCCCTGCGCGCCTACTTCCCGATCGACAAGGTACTGAGCGGCCTGTTCGCCATCGTGCAACGCCTCTATGGCATCGAGATCGCGGAGCTGAAGGGTTTCGACGCCTGGCATCCGGACGTGCGCCTGTTCGAGATCAAGGAACACGGCCAGCACGTCGGGCGCTTCTTCTTCGATCTGTACGCCCGCCCCAACAAGCGTGGCGGCGCCTGGATGGATGGCGCCCGTGATCGTCGCCGCACCCTTGATGGCGCGCTGCAAAGCCCGGTCGCCAACCTGGTGTGCAACTTCACCCCGGCCGACAGTGGCAAGCCAGCGCTGCTGACCCACGATGAAGTGACCACGCTGTTCCACGAGTTCGGCCACGGCCTGCATCACCTGCTGACCCGCGTCGACCATGCCGGCGTGTCGGGCATCAACGGCGTGGCCTGGGACGCCGTGGAGCTGCCGAGCCAGTTCATGGAAAACTGGTGCTGGGAGCCTGAAGGCCTGGCGCTGATTTCCGGTCACTACGAAACCGGTGAGCCATTGCCCCAGGACCTGCTGGAAAAAATGCTCGCGGCGAAGAACTTCCAGTCCGGCCTGATGATGGTCCGCCAGTTGGAATTCTCGCTGTTCGACTTCGAACTGCACGCCACCCATGGCGATGGTCGTAGCGTACTGCAAGTGCTCGAAGGCGTACGCGACGAGGTGTCGGTGATGCGTCCGCCTGCCTATAACCGCTTCCCCAACAGCTTTGCGCATATTTTTGCCGGCGGTTACGCGGCGGGTTACTACAGCTACAAATGGGCGGAAGTGCTGTCGGCCGATGCGTTCTCCAGATTCGAAGAAGATGGCGTGCTCAACGCCGACACCGGTCGCGCCTTCCGCGAGGCGATCCTGGCGCGTGGCGGCTCCCAGGAGCCAATGGTGCTGTTCGTCGACTTCCGTGGCCGTGAGCCATCGATTGACGCACTCTTGCGCCATAGCGGCCTGAGCGAGGACGCGGCAGCATGA MSVNNPLLQPYDLPPFSAIRAEHVQPAIEQILADNRAAIAEILKTQVEQPTWAGLVLAMDELNDRLGAAWSPVSHLNAVRNSPELREAYEACLPALSAYSTELGQNRELFQAFEALANSPEAAGFDVAQKTILEHSLRDFRLSGIDLPPEQQKRYAEVQSKLSELGSRFSNQLLDATQAWTKHVTSEAALAGLTDSAKAQMAAAAQAKGFDGWLINLEFPSYYAVMTYAEDRTLREEVYAAYCTRASDQGPNAGQNDNGPVMEQILDLRQELAQLLGFANFAELSLATKMAESSDQVLSFLRDLAKRSKPFAAQDLEQLKAFAAEQGCPDLQSWDSGFYGEKLRQQRYSVAQEALRAYFPIDKVLSGLFAIVQRLYGIEIAELKGFDAWHPDVRLFEIKEHGQHVGRFFFDLYARPNKRGGAWMDGARDRRRTLDGALQSPVANLVCNFTPADSGKPALLTHDEVTTLFHEFGHGLHHLLTRVDHAGVSGINGVAWDAVELPSQFMENWCWEPEGLALISGHYETGEPLPQDLLEKMLAAKNFQSGLMMVRQLEFSLFDFELHATHGDGRSVLQVLEGVRDEVSVMRPPAYNRFPNSFAHIFAGGYAAGYYSYKWAEVLSADAFSRFEEDGVLNADTGRAFREAILARGGSQEPMVLFVDFRGREPSIDALLRHSGLSEDAAA PGPT0020985_921 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020985-prlC-K01414 NA NA D1-35_02915 546 yrdA_2 COG0663 Protein YrdA GTGACCCTTCGAACGTACCAGAACCACAGCCCGCGGCTTGCCCGGGGCGCTTTTGTCGACAGCACCGCGGTGGTGATCGGCGACGTCGAGATCGGCGAAGACAGCTCCGTCTGGCCGCTGACAGTCATTCGCGGCGACATGCACCGCATCCGCATCGGCGCCCGTACCAGCGTCCAGGACGGCTGCGTGCTGCACATCACCCACGCCGGGCCGTTCAACCCCGATGGCTTCCCGTTGCTGATCGGCGACGACGTGACCATCGCCCATAAAGTCATGCTCCATGGCTGCTCGGTGGGCAGTCGGATCCTGATCGGCATGGGCAGCATTGTCATGGATGGCGCGGTGGTCGAAGACGACGTGATCATCGGCGCCGGTAGCCTCGTACCGCCGGGCAAGCGCCTGGAGAGCGGCTTTTTGTATGTGGGCAGCCCGGTGAAGCAGGTCCGGCCGCTGACGGACAAAGAGCGGGCCTTTTTCACCTACAGCGCGGCGAACTACGTGAAGCTCAAGGATTTGCATCTGGCTGAAGGCTACGACCAGCCTTGA MTLRTYQNHSPRLARGAFVDSTAVVIGDVEIGEDSSVWPLTVIRGDMHRIRIGARTSVQDGCVLHITHAGPFNPDGFPLLIGDDVTIAHKVMLHGCSVGSRILIGMGSIVMDGAVVEDDVIIGAGSLVPPGKRLESGFLYVGSPVKQVRPLTDKERAFFTYSAANYVKLKDLHLAEGYDQP PGPT0002425_585 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002425-GAMMACA_like-K01726 NA NA D1-35_02916 651 COG0546 5'-nucleotidase ATGCACTACCAGACCATACTCTTCGACCTCGACGGCACGCTTACCGACCCGCGCGAGGGCATCACCCGTTCGATCCAGTTCGCCCTGGGCAAACTGGGCATCGACGAGCCCGACCTGACCCGTCTCGAACACTTCATCGGCCCACCGCTGTTGCAGGCCTTCATGCAGTTCTATGCCTTCGATGAAGCGAAAGCCTGGGACGCGGTGAATTTCTACCGCGAGCGCTTCAAGGTCACCGGCCTCTACGAAAACCGTGTCTTCGACGGTGTCGTGCCGCTGCTGGAAACGCTCGGTGGCCAAGGCCGACAGCTTTATATCGCCACGTCCAAGCCCTGGCTTTTCGCCCGGGAAATCGCCCGTCATTTCGATTTCGCCCGGCACTTCAAGGTGATCTACGGCAGCGAACTGGACGGTACCCGTACCAACAAGGTCGAGCTCATCGCCCACCTGATGGCCGAAGAAAGCCTCGACCCGGCCAGCACTCTGATGATCGGCGACCGCGAACATGACTTGATCGGCGCGCGCAGCAATGGTCTGGACGCGGCGGCGGTGGGGTACGGATTCGGCAGTTTCGAGGAGTTGAGTGCGCAGAACCCGGTACATCATTTCCAGACGCTGGAGGAGCTGCACCAGGCATTTTTGCGGGGCTGA MHYQTILFDLDGTLTDPREGITRSIQFALGKLGIDEPDLTRLEHFIGPPLLQAFMQFYAFDEAKAWDAVNFYRERFKVTGLYENRVFDGVVPLLETLGGQGRQLYIATSKPWLFAREIARHFDFARHFKVIYGSELDGTRTNKVELIAHLMAEESLDPASTLMIGDREHDLIGARSNGLDAAAVGYGFGSFEELSAQNPVHHFQTLEELHQAFLRG PGPT0001730_6065 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D1-35_02917 210 hypothetical protein ATGATTCAGCTGTCGCAAACGGAGCAGGTGATTTGGGATATGTATTTTGTCAGCGCCTTGCCGCAGGTGATGCAGCAGTTACCGGGCCGCCGTCCCGAGTTGATTGCGGAGAGCGCGGCCGAAGTCGCCGATGAAATGCTGGTGGAGCGCCGCGAGCGTCGCCCGGTGGCACAAAGGACTCTGCCGGTCAGGGACGCAACGATAAAATGA MIQLSQTEQVIWDMYFVSALPQVMQQLPGRRPELIAESAAEVADEMLVERRERRPVAQRTLPVRDATIK NA NA NA NA NA D1-35_02918 435 hypothetical protein ATGACTTACCGTTTGAATGAATTTCAGCTCCAGCTGCCGCCCAGCGAGTTGCTCGACGCCTCGATCAACATCCTCAAGTTCCCCGGACTAGGCACGTCCCTGATCGTCAGCCGCAGCCTGCTCGCCGAAGGAGAAACCCTGCAAAGCAACCTCGACGACCAGCTCAAGCGCCTGGAAAAGCAGGTCCAGGACCTGCGCTGCCAACCCGGCGCCACGTTGCGCGTGGGGGCTCGGCAGGAAGTCGAAGCCATCGAGCTACGCAGCCAGTTCAACAAGGGCAACGAAAAGGTCTTTCAGTATCAGCTCGCCCTGGTACTGCCGGGCACGCGCAAAATGCTCGCCCTGAGCTACGTCAAGGCCGAGAAGCTGGGCGACGCCGAAGCGGCGCATTGGGCGACGATCAAGGGGTCGCTGGTGTTTGACGCGCCGGAGTGA MTYRLNEFQLQLPPSELLDASINILKFPGLGTSLIVSRSLLAEGETLQSNLDDQLKRLEKQVQDLRCQPGATLRVGARQEVEAIELRSQFNKGNEKVFQYQLALVLPGTRKMLALSYVKAEKLGDAEAAHWATIKGSLVFDAPE NA NA NA NA NA D1-35_02919 1932 vgrG1_2 COG3501 Actin cross-linking toxin VgrG1 ATGCTATTCAACCAAGCCTCCCGCCTGGCGAAAATCACCAGCCCCTTGGGACCCGAGGTGCTGCTGCTCAAGGACATGGGCGGCGGCGAAGAGTTGGGGCGGCTGTTCAACTATGAGTTGCAGCTGCACTCGCTGGACAACGCCATCGACCTCAATCAGGTGCTTGGCAAACCCATGTGCGTGAGCGTTCAGCTGGATGGCGGTGGCGAGCGGCACTTCCACGGCATCGTCGCGCGCTTCAGCCAGAACATCGACCAGGGCCAGTTTGCCAGTTACCAGGCCACGCTAAGGCCCTGGCTGTGGCTGCTGACGCGCACCTCCGACTGCCGGATTTTCCAGAACCTGACGGTTCCGCAGATCATCAAGCAGGTGTTCCGCGACCTGGGTTTCTCCGACTTCGAAGACGCCCTCAGCCGCCCGTATCGCGAGTGGGAGTACTGCGTCCAGTACCGTGAGACCAGCTTCGATTTCGTCAGCCGGCTGATGGAGCAGGAAGGCATCTACTACTTCTTCCGTCATGAACAGGGTCGCCATGTGCTGGTGCTGGCCGACGCCTACGGCGCCCATACCCAAGCGCCCGGCTACGCCTCGGTGCCGTATTACCCGAAGAACGAGCAGCAGCGTGAACGCGATCATATCCACGATTGGCACCTGGCCCAGGAAGTCCAACCGGGGTCGCTGGAGCTCAACGACTACGACTTCCAGCGCCCCAGCGCGCGCATCGACGTGCGTTCGGCCATGCCGCGCCCGCACACCGCAGGCGACTATCCGCTCTATGACTATCCCGGCACCTACGTGCAAAGCGAGGACGGCGAGCACTACGCCCGCACCCGCATCGAAGCCTTGCAGACCCTGCACGAGCAGGTCGAGCTGGCCGGCAATGCCCGAGGCTTGGGCTCGGGGCATTTGTTCAGCCTGACCGGTTTCAGCCGCCAGGACCAGAACCGCGAATACCTGATCGTCGGCGCGCGTTATTACCTTTCCCAGGAAAGTGGCGAGAGCGGCGTCGGCGCGCCCTCGGCGCAGTTCGAAAGCAGCCTGACCTGCATCGACGCCCAGCAAAGCTTCCGCCCGATGGCAATCACCCACCGCCCCATCGTCAAGGGGCCGCAGACCGCATTGGTGGTCGGGCCCAAGGGCGAGGAAATCTGGACCGACCAGTTCGGCCGGGTGAAGGTGCACTTCTATTGGGATCGCCACGATCAATCCAACGAAAACAGTTCGTGCTGGATTCGGGTGTCGCAAAGCTGGGCCGGAAAGAATTGGGGCTCGATGCAGATTCCGCGTATCGGCCAGGAAGTCATCGTCAGCTTCCTCGAAGGCGACCCGGATCGACCGATCATCACCGGCCGTGTCTACAACGCCGAGCAGACCGTGCCTTACGACCTGCCTGAGAAAGCCACCCAGAGCGGCATGAAAAGCCGTTCGAGCAAGGGTGGCACGCCGGCAAATTTCAATGAAATCCGCATGGAAGACAAGAAAGGCGCCGAGCAGCTTTACATCCATGCCGAGCGCAACCAGGACATCGTGGTCGAGGTGGATGAGAGCCATTCGGTCGGCCACGACCGCACCAAGAGCATCGGCCACGACGAAACGGTGATCATCGGCAACAACCGCCTGCGCATCGTCAAGCAGGAGGACATCCTGTCGGTGGGCCAGCGCAAGACCGACAGCATCAGCCAGAGCTACGTCATTGAAGTGGGCGAGAACCTGCGCCTGGTATGCGGCGAGAGCATCCTGGAGCTCAACGCCAGCGGCCAGATCAACCTGACCGGCGTGCAGATCAGCTTCTACGCCAGCGGCGATGCCGAGTTCAACACCGGCGGTGTGCTGCACCTGAACAACGGCGGCGGCCCCGGTGCCACGCCGGACGGCCAGGGCGTCAAGGCCAGCATCGATGCCAACGTCGCTGCCGCCTTTCCCAAAGGCTAA MLFNQASRLAKITSPLGPEVLLLKDMGGGEELGRLFNYELQLHSLDNAIDLNQVLGKPMCVSVQLDGGGERHFHGIVARFSQNIDQGQFASYQATLRPWLWLLTRTSDCRIFQNLTVPQIIKQVFRDLGFSDFEDALSRPYREWEYCVQYRETSFDFVSRLMEQEGIYYFFRHEQGRHVLVLADAYGAHTQAPGYASVPYYPKNEQQRERDHIHDWHLAQEVQPGSLELNDYDFQRPSARIDVRSAMPRPHTAGDYPLYDYPGTYVQSEDGEHYARTRIEALQTLHEQVELAGNARGLGSGHLFSLTGFSRQDQNREYLIVGARYYLSQESGESGVGAPSAQFESSLTCIDAQQSFRPMAITHRPIVKGPQTALVVGPKGEEIWTDQFGRVKVHFYWDRHDQSNENSSCWIRVSQSWAGKNWGSMQIPRIGQEVIVSFLEGDPDRPIITGRVYNAEQTVPYDLPEKATQSGMKSRSSKGGTPANFNEIRMEDKKGAEQLYIHAERNQDIVVEVDESHSVGHDRTKSIGHDETVIIGNNRLRIVKQEDILSVGQRKTDSISQSYVIEVGENLRLVCGESILELNASGQINLTGVQISFYASGDAEFNTGGVLHLNNGGGPGATPDGQGVKASIDANVAAAFPKG PGPT0030410_3839 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_02920 435 hypothetical protein GTGACCTCATACCGCATTCAAGAAGCCGATCTCGAAATCCCCGATACCTGGCAGGACCAGAGCATCAACATTTTCAAGCTGCCGGCAGTGGGACCCGCCAAAGAGGCCAGTTTCGTCATCAGCCGCGATGCCACCCAGGGTGACGTTCCCTTTGCCGAGTACGTGGACCGCCAACTCAAAAGCGCGGAGCAGCAATTGCCGGGCTTCAAGCTGGTTCAGCGCTGGGACACGGTGCTGCATGGACACACCACCACCTTGCTGGATTACACCTGGCAGCGCGAAGGACGCGACCTGATGCTGCGCCAGGTGTTCATCGAGCGTAAGCCGTCCGTGCTGATCACCACCTTGACCACCACACCCAACGACTTCGCCTATCACGAGCCGGCCTGGAAGCTGGCGATGCATTCGCTCAAGCCACAGCCTCCGATTGCCTGA MTSYRIQEADLEIPDTWQDQSINIFKLPAVGPAKEASFVISRDATQGDVPFAEYVDRQLKSAEQQLPGFKLVQRWDTVLHGHTTTLLDYTWQREGRDLMLRQVFIERKPSVLITTLTTTPNDFAYHEPAWKLAMHSLKPQPPIA NA NA NA NA NA D1-35_02921 1212 hypothetical protein ATGGATGCACAGGCAGCAGCACGTCTGGGTGATGAAATAGCCCACGGGTTCGGGTTGGCCGCTATGGTCGCCGGAGCCGTGGCCGGCGCCTTGATCGGCGCTGCGGTCGTTGCCGCGACGGTGGCCACGGGCGGTGTGGCGCTGGCGATCATGGCCGGCTCGATTGCCGCCGGCGGCTTGTCGATGTTCCAGATCGTCAAGGGCCTGTCCACCATATTCAACCTGCCCGAGCCGACCACGGGGGCGTTGATAATGGGCAGCTTCAACGTCTATATCAACGATCGAAATGCCATGCGGGCGGGCGAAGACATCGCCTCCTCCTGCACCGGCCTGCCGATGAACCATCCGATCTGGCCCTTTCCGGTGCTGATCGCCGAAGGCAGCGCCACGGTGTTCATCAACGGCAAACCAGCGGCGCGCCTGCACAGCAAAATGGTCTGCGGCGCCCACATCAAGACGGGCAGCCCGAACACTTTCATCGGCGGACCGACGGTGTCGGTGGCGTTTGTGCTCGACCTCGAAGGCTGGATGCACTCCGGGCTGGAAGTGTTGGGGTTGCTGGCTGCGGGCGGAGCCTTGTTACTTGCGGCTTTTGCCGGAGCTGCTGCTTTTTTCGGCGCCCTGGCCATCGGTGGTGCGTTGTATGCCGGTATGGAGCTGCTGGGAGATTTGGGTGATCGCCTCGGCCCCGGATATAGGGACCTGTTTCAAGGCGTGGCAGGAATGGCTCTGCTAGGTGCCGGGCCGAAGTTGGCACGTAAGCCCATGACTGCGGCCGAGCGGACGATCCTGGCGCGTCAGCGGCAAGAACAGATGCTCAAGGACAATCGGGGGTTCAACATTAGCCCGACGGCGTGGGACGCCTATCCGACGATTGGGCGGGCCGGTACTTTTGTTTCTGATAAGAAAGGCATCACCGACGTTATCGGGAACATCTCGGGGCGTTCCAAGATGACCATCAGTGGTAAAAAAGCAGCGGAGCTGGAACGCGCCTTTGGTTTGGAAAAAGATGCGCTTAAAGGCGGATTCAAAATCAGGCAGGTCGAGGATGTCGCAGGGCGCATGCCCAGAAGTCCGATGGAGGGGAACCAATATTTCCTGGGGCCAGGCAAACACTTGCCGGGTGGAGCTCCAGAAATGGTTGTCGAGTCGATTCCTACCAAGGATGCGGACGGTATTACCACTTTAACCGAGGTATTTGTCAGTGATTAA MDAQAAARLGDEIAHGFGLAAMVAGAVAGALIGAAVVAATVATGGVALAIMAGSIAAGGLSMFQIVKGLSTIFNLPEPTTGALIMGSFNVYINDRNAMRAGEDIASSCTGLPMNHPIWPFPVLIAEGSATVFINGKPAARLHSKMVCGAHIKTGSPNTFIGGPTVSVAFVLDLEGWMHSGLEVLGLLAAGGALLLAAFAGAAAFFGALAIGGALYAGMELLGDLGDRLGPGYRDLFQGVAGMALLGAGPKLARKPMTAAERTILARQRQEQMLKDNRGFNISPTAWDAYPTIGRAGTFVSDKKGITDVIGNISGRSKMTISGKKAAELERAFGLEKDALKGGFKIRQVEDVAGRMPRSPMEGNQYFLGPGKHLPGGAPEMVVESIPTKDADGITTLTEVFVSD NA NA NA NA NA D1-35_02922 333 hypothetical protein GTGATTAATGATGGGCTGAAGGCGTACGTGGAAAAAGCGGACGGCGATGTGATTCGTGTCCAGGTGATGGATAACACGTTGGATTCGTCCCTGCGTGCTATCGGATTTTCTAACGCGGCAGAGAAAGATATCTACGTTTTGCAGGTCGCGGACAACACCCAGAAGGCCAAGGTATTCGATGAGCTCCGTTCGTTGGGGGTGGCCTTTTCGGCGGGCAAGGAATGGTGTCCCTCCGAAGTGTTCGAGTATCTTCGTGACGAGCAATTGCTGAGCGGCAAGTACTTGCGAGTCGCGTGGACGCAGCCTGGGCAATATCTGCTTACGGACGCATGA MINDGLKAYVEKADGDVIRVQVMDNTLDSSLRAIGFSNAAEKDIYVLQVADNTQKAKVFDELRSLGVAFSAGKEWCPSEVFEYLRDEQLLSGKYLRVAWTQPGQYLLTDA NA NA NA NA NA D1-35_02923 264 hypothetical protein ATGAAGTTTCAAGATGCCCTGGTCTACCGTGAGCATGGATTCTGTGTGGGGACGGAACAGTGCTCGGGTCGATTCTATGTCTCCATACCGGTCAGCAATGGCATGGCTGACTACGAGGAGTACTACGAAATTAATCAGGCGACCTTTGAGCTATTCGAGCGTGACCCGGAAGCTGCGCTTCCTTTTGTGTCGCGTTGTAGAAAACGAGAGTTGGACGAGCTATTGATCATTCAACCGGGAACGAAGCGCGGCACAGCCATCTGA MKFQDALVYREHGFCVGTEQCSGRFYVSIPVSNGMADYEEYYEINQATFELFERDPEAALPFVSRCRKRELDELLIIQPGTKRGTAI NA NA NA NA NA D1-35_02924 1941 vgrG1_3 COG3501 Actin cross-linking toxin VgrG1 ATGCTATTCAACCAAGCCTCCCGCCTGGCGAAAATCACCAGCCCCCTCGGGCCCGAGGTGCTGCTGCTCAAGGACATGGGCGGCGGCGAAGAGTTGGGGCGGCTGTTCAACTATGAGTTGCAGCTGCACTCGCTGGACAACGCCATCGACCTCAATCAGGTGCTTGGCAAACCCATGTGCGTGAGCGTTCAGCTGGATGGCGGTGGCGAGCGGCACTTCCACGGCATCGTCGCGCGCTTCAGCCAGAACATCGACCAGGGCCAGTTTGCCAGTTACCAGGCCACGCTAAGGCCCTGGCTGTGGCTGCTGACGCGCACCTCCGACTGCCGGATTTTCCAGAACCTGACGGTTCCGCAGATCATCAAGCAGGTGTTCCGCGACCTGGGTTTCTCCGACTTCGAAGACGCCCTCAGCCGCCCGTATCGCGAGTGGGAGTACTGCGTCCAGTACCGTGAGACCAGCTTCGATTTCGTCAGCCGGCTGATGGAGCAGGAAGGCATCTACTACTTCTTCCGTCATGAACAGGGTCGCCATGTGCTGGTGCTGGCCGACGCCTACGGCGCCCATACCCAAGCGCCCGGCTACGCCTCGGTGCCGTACTACCCGAAGAACGAGCAGCAGCGTGAACGCGATCATATTCATGATTGGCACCTGGCCCAGGAAGTCCAGCCGGGGTCGCTTGAGCTCAACGACTACGACTTCCAGCGTCCCAGCGCGCGCATCGATGTACGTTCGGCCATGCCGCGCCCGCACGCCGCTGGCGACTATCCGCTGTATGACTATCCCGGTACCTACGTGCAGAGCGAGGACGGCGAGCACTACGCCCGCACCCGCATCGAAGCCTTGCAGACGCTGCACGAGCAGGTCGAGCTGGCCGGCAATGCCCGAGGCTTGGGCTCGGGGCATTTGTTCAGCCTGACCGGCTTCAGCCGCCAGGACCAGAACCGCGAATACCTGATCGTCGGCGCGCGTTATTACCTCTCTCAGGAAAGCGGCGAGAGCGGCGTCGGTGCGCCTTCGGCGCAGTTCGAAAGCAGTCTGACCTGCATCGACGCCCAGCAAAGCTTCCGCCCGATGGCAATCACCCACCGCCCCATCGTCAAGGGGCCGCAGACAGCTTTGGTGGTCGGACCCAAGGGCGAGGAAATCTGGACCGACCAGTTCGGCCGGGTGAAGGTGCATTTTTATTGGGACCGTCACGATCAATCCAACGAAAACAGCTCGTGCTGGATTCGCGTGTCGCAGGCTTGGGCCGGAAAGAATTGGGGCTCGGTGCAGATCCCGCGCATCGGCCAGGAAGTCATCGTCAGTTTCCTTGAAGGGGATCCTGACAGGCCCATCGTCACCGGTCGTGTGTATAACGCCGAACAGACCGTCCCCTATGCGTTGCCCGCCAATGCCACCCAGAGCGGTACCAAGAGTCGTTCGAGCAAGGGCGGCACGCCGACGAATTTCAACGAAATCCGCATGGAAGATAAAAAGGGCGCCGAGCAACTTTACATCCACGCCGAGCGCAACCAGGACATCGCCGTGGAAGTGGATGAAAGCCACTGGGTGGGTCGCGATCGTCGCAAGAATATCGACCGCAACGAAACCGTACGCATTGGCGAAGACCGGCTGCGGGCCGTACAGCGCAACGACACGTTGCTCGTCGGCGGGGCCAAGAGCGACAGTATCGCGACCCAATACCTCATCGAGGCGGGTTCGCAGATTCGGCTGGTGTGTGGCAAAAGCGTGCTGGAGTTCAACGCCAGTGGCGAGATCAATATCTCCGGCACCGCGTTCAACCTCTACGCCAGTGGCAATGGCAACATCGACACCGGCGGCCGCCTTGACCTCAACTCCGGTGGCGCCAGCGCCGTGGACCCCAAGGGCAAGGGCATCAAGGGCGTGATCGAGGCGGCGGTGAAAGCGTTATTCCCGGCAAAGGCCAAGCAGTGA MLFNQASRLAKITSPLGPEVLLLKDMGGGEELGRLFNYELQLHSLDNAIDLNQVLGKPMCVSVQLDGGGERHFHGIVARFSQNIDQGQFASYQATLRPWLWLLTRTSDCRIFQNLTVPQIIKQVFRDLGFSDFEDALSRPYREWEYCVQYRETSFDFVSRLMEQEGIYYFFRHEQGRHVLVLADAYGAHTQAPGYASVPYYPKNEQQRERDHIHDWHLAQEVQPGSLELNDYDFQRPSARIDVRSAMPRPHAAGDYPLYDYPGTYVQSEDGEHYARTRIEALQTLHEQVELAGNARGLGSGHLFSLTGFSRQDQNREYLIVGARYYLSQESGESGVGAPSAQFESSLTCIDAQQSFRPMAITHRPIVKGPQTALVVGPKGEEIWTDQFGRVKVHFYWDRHDQSNENSSCWIRVSQAWAGKNWGSVQIPRIGQEVIVSFLEGDPDRPIVTGRVYNAEQTVPYALPANATQSGTKSRSSKGGTPTNFNEIRMEDKKGAEQLYIHAERNQDIAVEVDESHWVGRDRRKNIDRNETVRIGEDRLRAVQRNDTLLVGGAKSDSIATQYLIEAGSQIRLVCGKSVLEFNASGEINISGTAFNLYASGNGNIDTGGRLDLNSGGASAVDPKGKGIKGVIEAAVKALFPAKAKQ PGPT0030410_3786 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_02925 2691 clpV1_1 COG0542 Protein ClpV1 ATGGGTGAAATCAGTCGCGCCGCGTTGTTCGGCAAACTCAACAGCGTGGCCTACAAAGCCATCGAAGCCGCCACCGTGTTCTGCAAGTTGCGCGGTAACCCTTATGTGGAACTGGCCCACTGGTTTCATCAATTGCTGCAACTGCAGGACTCGGACCTGCACCGCATCATCCGCCAGTTCAACATCGAGCCGGCACGCCTGGCCCGCGACCTGACCGAGGCGCTGGATCGCCTGCCACGGGGGTCGACCTCCATCACCGACCTGTCTTCCCACGTGGAAGAAGCCGTGGAACGCGGCTGGGTCTACGGCAGCCTGATGTTCGGCGAAAGCCAGGTGCGCACCGGTTACCTGGTGCTGGGCATCCTCAAGACGCCGAGCCTGCGTCATGCGCTGCTGGGCCTGTCGTCGGAGTTCGACAAGGTCAAGGTCGAAGCCCTGAGCGAACGGTTTGACGAATACGTCGGCGACTCGCCGGAAAACGCCCTGACCGCCAGCGACGGCTTCAACGCCGGCGCCGTGCCCGGCGAAGCCAGCGGCGCGATGGCCCCCAGCGCCATGGGCAAGCAGGAAGCGCTCAAGCGCTTCACCGTCGACCTCACCGAGCAGGCCCGCAGCGGCAAGCTCGACCCGATCGTCGGCCGTGACGAAGAGATCCGCCAACTGGTGGATATTCTCATGCGTCGTCGGCAGAACAACCCGATCCTCACCGGTGAAGCCGGCGTCGGCAAGACCGCCGTGGTCGAAGGTTTTGCCCTGCGCATCGTCGCCGGTGACGTGCCGCCTTCGCTCAAGGACGTGGAGCTGCGCAGCCTCGACGTTGGCCTGTTGCAGGCCGGCGCGAGCATGAAAGGTGAATTCGAGCAGCGCCTGCGTCAGGTCATCGAAGACGTCCAGGCCTCGCCGAAACCGATCATCCTGTTCATCGACGAAGCCCACACCCTGGTGGGTGCCGGTGGCGCCGCCGGTACCGGCGACGCGGCCAACCTGCTGAAGCCGGCCCTGGCGCGTGGCACCTTGCGCACCGTCGCCGCCACGACCTGGGCCGAGTACAAGAAGCACATCGAAAAGGACCCGGCCCTGACCCGGCGCTTCCAAGTGGTGCAAGTCGCCGAGCCGTCGGAAGACAAGGCCCTGCTGATGATGCGCGGCGTGGCCTCGACCATGGAAAAACACCATCAGGTGCAAATCCTCGACGAGGCCCTGGAGGCCTCGGTCAAGCTGTCTCACCGCTACATTCCCGCGCGCCAGTTGCCGGACAAGTCCGTGAGCCTGCTGGACACCGCCTGCGCCCGCGTTGCCATCAGCCTGCACGCCGTGCCGGCCGAAGTGGACGACAGCCGCCGGCGCATCGAAGCACTGGAAACCGAACTGCAGATCATCGCCCGTGAACATGCGATCGGCATCGCCATCGGCACCCGCCAGACCCAGACCGAAAGCCTGCTCGCCGCCGAGCGCGAACGCCTGGCCGAATTGGAAAGCCGTTGGGCCGAAGAGAAAACCCTGGTCGACGAATTGCTGGAAACTCGCGCTACCCTGCGCGAGCGCGTCGGCCTGGTGGACAGCGAGAACGGCAGCGAAGCTTCCGACAACGACAGCCATGCCCTGCGCGAGAAACTGGTGGACCTGCAACAGCGCCTGACCGCCCTGCAAGGCGAGACCCCGCTGATCCTGCCGACCGTGGATTACCAGGCCGTGGCCTCGGTGGTCGCCGACTGGACCGGAATCCCGGTGGGCCGCATGGCCCGCAACGAACTGGAGACCGTGCTCAACCTCGACCAGCACCTGAAAAAACGCATCATCGGCCAGGACCATGCCCTGCAGATGATCGCCAAGCGCATCCAGACCTCGCGCGCCGGCCTCGACAATCCGAGCAAGCCGATCGGCGTGTTCATGCTCGCCGGTACCTCCGGCGTGGGCAAGACCGAAACCGCCCTGGCCCTGGCCGAAGCCATGTACGGCGGTGAACAGAACGTCATCACCATCAACATGAGCGAGTTCCAGGAAGCCCACACCGTGTCCACCCTCAAGGGTGCGCCACCGGGTTATATCGGTTATGGCGAAGGCGGCGTGCTGACCGAAGCCGTGCGGCGCAAACCGTACAGCGTGGTGTTGCTGGACGAGGTGGAAAAAGCCCACCCGGACGTGCACGAGATCTTCTTCCAAGTGTTCGACAAAGGCGTGATGGAGGACGGCGAAGGCCGGGTGATCGACTTCAAGAACACCTTGATCCTGCTAACCACCAACGCCGGCACCGAGCTGATCGCCCAGGTCTGCAAGGACCCGCAGAACGTGCCCGAGCCGGAAGAAATCGCCAAGGCCCTGCGGCAGCCGCTGCTGGAAATATTCCCGCCGGCGCTGCTCGGCCGCCTGGTGACGATCCCCTACTATCCGCTCAGCGACGAGATGCTCAAGGCCATCACCCGCCTGCAACTCAACCGCATCAAGAAGCGCGTGGAGAGCACTCACAAAGTGGCCTTCGACTACGATGACGCGGTGATCGACCTGATCGTCTCGCGCTGCACCGAAACCGAAAGCGGCGGGCGCATGATCGACACCATCCTGACCAACAGCCTGCTGCCGGACATGAGCCGCGAGTTCCTGACTCGCATGCTCGAAGGCAAGGCCATGGCCGGCGTGCGAATCAGCGCCGTGGATAACGAACTGAAGTACGATTTCAGCGACGCGGCCTGA MGEISRAALFGKLNSVAYKAIEAATVFCKLRGNPYVELAHWFHQLLQLQDSDLHRIIRQFNIEPARLARDLTEALDRLPRGSTSITDLSSHVEEAVERGWVYGSLMFGESQVRTGYLVLGILKTPSLRHALLGLSSEFDKVKVEALSERFDEYVGDSPENALTASDGFNAGAVPGEASGAMAPSAMGKQEALKRFTVDLTEQARSGKLDPIVGRDEEIRQLVDILMRRRQNNPILTGEAGVGKTAVVEGFALRIVAGDVPPSLKDVELRSLDVGLLQAGASMKGEFEQRLRQVIEDVQASPKPIILFIDEAHTLVGAGGAAGTGDAANLLKPALARGTLRTVAATTWAEYKKHIEKDPALTRRFQVVQVAEPSEDKALLMMRGVASTMEKHHQVQILDEALEASVKLSHRYIPARQLPDKSVSLLDTACARVAISLHAVPAEVDDSRRRIEALETELQIIAREHAIGIAIGTRQTQTESLLAAERERLAELESRWAEEKTLVDELLETRATLRERVGLVDSENGSEASDNDSHALREKLVDLQQRLTALQGETPLILPTVDYQAVASVVADWTGIPVGRMARNELETVLNLDQHLKKRIIGQDHALQMIAKRIQTSRAGLDNPSKPIGVFMLAGTSGVGKTETALALAEAMYGGEQNVITINMSEFQEAHTVSTLKGAPPGYIGYGEGGVLTEAVRRKPYSVVLLDEVEKAHPDVHEIFFQVFDKGVMEDGEGRVIDFKNTLILLTTNAGTELIAQVCKDPQNVPEPEEIAKALRQPLLEIFPPALLGRLVTIPYYPLSDEMLKAITRLQLNRIKKRVESTHKVAFDYDDAVIDLIVSRCTETESGGRMIDTILTNSLLPDMSREFLTRMLEGKAMAGVRISAVDNELKYDFSDAA PGPT0025985_485 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025985-vasG|clpV-K11907 NA NA D1-35_02926 1053 hypothetical protein ATGGAAAGCCAAGCCCGGACGTCGTCCGACCCTGTGAGTACCCTGGAAGCGATGCACCAGGAACCCTGGGAATACGACTTCTTCCAGGCGTTGCGGCGCATCGAATGCGAATCCCCCGAACTGCCGCGCCTGGGCCATTCCCTGCGCCTGGCCGATGATCCGCTGCGTCTCGGGCAACAGGCCGAGTGCACCTTCGCCCCGGCGACCCTGGCCTCGGTGCAACCGGGCGTCGACGGTGCGCCGGCGCGCCTGGAGCAGTTCTTCTTCGGCCTCGGCGGCCCCAACGGCCCAATGCCGTTGCACATCACCGAATACGTGCGCGAACGCCAACGCAACAATGGCGACAGCACCAGCAAACGCTTTCTCGACGTCTTCCATCATCGCCTGCTCAGCCTGTTCTACCGGGCCTGGGCCGAAGCACGGCCGACGGTCAGCCACGATCGCCCGGACGATGATTACTGGTCGGCGCGCCTGGCGGCACTCAGCGGCCGGGGCATGCCGAGCCTGCTCAACCAGGGGCTGATTCCCGATACGGCGAAGCTGCACTACAGCGGTCACCTGTCGGCGCAAACCCGCTACCCGGACGGTTTGAAAGCGATCCTCAGCGAGTACTTCGGCCTGCCGGTGGAAATCGAAGAATACGTCGGCCAATGGCTGGAACTGCCGGAGCGCAGCCGCGTTGGTGTCAGCGCCCATCAACTGGGCGTGGACTTCTGCCTGGGCCGCTACGTTTGGGATCGCCAGCACAAATTCCGCATTCGCCTGGGGCCGCTCAAGCTCGTCGACTACATGGGCATGCTGCCCGGCAGCCAACCGTTCAATGAGCTGGTGGCCTGGGTCGCCGAGTACCTGGGGCACGAACTGGACTGGGACCTGAACCTGGTCCTGGAGCAGCCCGAAGTGCCCGCACTACAACTCAATGGTCGTTTCCGCCTGGGTTTCAACACCTGGCTGGGACGCCCTGAAAAAGATGCCAACGATCTAATACTGGCCCGGCATTACGCCGAACAGGCCAACACCTCACAGACCTCAAGGAGCCATGAGCATGGGTGA MESQARTSSDPVSTLEAMHQEPWEYDFFQALRRIECESPELPRLGHSLRLADDPLRLGQQAECTFAPATLASVQPGVDGAPARLEQFFFGLGGPNGPMPLHITEYVRERQRNNGDSTSKRFLDVFHHRLLSLFYRAWAEARPTVSHDRPDDDYWSARLAALSGRGMPSLLNQGLIPDTAKLHYSGHLSAQTRYPDGLKAILSEYFGLPVEIEEYVGQWLELPERSRVGVSAHQLGVDFCLGRYVWDRQHKFRIRLGPLKLVDYMGMLPGSQPFNELVAWVAEYLGHELDWDLNLVLEQPEVPALQLNGRFRLGFNTWLGRPEKDANDLILARHYAEQANTSQTSRSHEHG PGPT0025940_741 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025940-impH|vasB-K11895 NA NA D1-35_02927 1860 hypothetical protein ATGAATCCGCGCCTGCTGGAGCTGTACAACCAGGAGCTGCACCACGTGCGCGAAAGCGCGGCGGAGTTCGCCCAGGAATACCCGAAGATTGCCAGCCGGTTGTCGCTGGCCGGCATGGACTGCGCCGACCCTTACGTCGAGCGCCTGCTGGAAGGCTTCGCTTATTTGACGGCACGGGTGCAGCTCAAGCTCGACGCCGAATACCCGACGTTCACCCACAACCTGTTGGAAATCGCCTATCCGCATTACCTGGCACCGACGCCGTCGATGACCGTGGTGCAGATGCAGGCCGACCCGGACGAAGGTTCGCTGAGCAGCGGTTTCCCGCTGCCCCGTGACACCGTCCTGCGCGCTGCCCTGGGTCGCGAATCCCAGACCTGCTGCGAGTACCGCACCGCCCACGCGGTGACGTTGTGGCCGTTGCAGGTCAGCCAGGCCGAGTACTTCGGCAACCCGTCCGCGGTACTCGGGCGCCTGGCCGCCAGCGAACCGAAAGCCAAGGCCGGCCTGCGCCTGACCCTGCGCACCGGCGCCGAACTGCCATTCAACAGCCTGGCCCTGGACAATCTGCCGCTGTACTTGAGCGGCGCCGATGAACAGCCCTTCCGCCTCTACGAACAACTGCTGGGTAATGCCTGCGCGGTGTTCGCCCGCCAGCCCGGCGGCAACTGGGTCGAACGGTTGCCGCAGGATGCGTTGCGCGCGCAAGGCTTCGATGACGCCGAGGCCGCGCTGCCGGTGGTGTCGCGGGCGTTCCAGGGTTATCGCCTGTTGCAGGAATATTTCGCCCTGCCGCACCGCTTCCTGTTCGTCGATTTCACCCAGCTCGGCCGCGCGGTCAAGCGTTGCGACGGCCAGGAGCTTGAGCTGATCGTGCTGTTCGACCGCCACGATCCGAGCCTGGAAGGCAGCGTCGGCGCTGCGCAGTTCCTGCCGTTCTGCACACCGGCGATCAATCTGTTTCCCAAACGCCTGGACCGCATTCACTTGTCGGACCGGGTCAACGAACATCATGTGATTGCCGACCGCACCCGGCCGATGGATTTCGAAGTGCATTCGCTGACCGGGCTGGCCGGCCACGGCACCGGCCCGGAGCAGCCGTTCCTGCCCTTCTACGCCGTGCGCGATCCGTCCCGCTATGGCCGCGACAAGGCCTATTACACGGTGCGCCGCGAACCGCGCGTGCTGTCCAGCGATCAACGCCGCAACGGCCCGCGCTCGACCTATATCGGCAGCGAGACCTTCGTCAGCCTGGTGGACAGCCAGCAAACGCCTTATCGCCACGACCTGCGTCAATTGGGCGTAACCGCGCTGTGCACCAACCGTGACCTGCCGCTGTTCATGAGCGTGGGCAACGGCAAGACCGACTTCACCCTGGCCGACAGTGCGCCGGTTGGCGCGGTGCGCTGCGTCGCCGGGCCGAGTCGCCCACGGGCGAGCCATGCCCACGACGCCAAGGCCTGGCGGCTGATCAGCCAGCTGTCGCTGAACTACCTGTCCTTGAGCGAACAAGGCCAGGGCGCGGCCGCCCTGCGCGAACTGCTGCGCCTGTATGGCGACAGCAACGATGCGGCGCTGCAATTGCAGATCGAAGGCCTGCGCGAAGTCAGCAGCAAGGCCTGCACCCGGCGCCTGCCGATGCCCGGCCCGATCGTGTTTGGTCGCGGCCTGGAGATCACCCTGGAATTCGATGAAAACGCGTTTCGCGGCACCGGGGTGTTCCTGCTCGGCGCGGTGTTCGAACGCTTCCTGGCACGCTACGTGTCGATCAACAGTTTTACCGAGACGGTGATCCGTACCACCGAACGCGGCGAGATCATGCGATGGAAAGCCAAGCCCGGACGTCGTCCGACCCTGTGA MNPRLLELYNQELHHVRESAAEFAQEYPKIASRLSLAGMDCADPYVERLLEGFAYLTARVQLKLDAEYPTFTHNLLEIAYPHYLAPTPSMTVVQMQADPDEGSLSSGFPLPRDTVLRAALGRESQTCCEYRTAHAVTLWPLQVSQAEYFGNPSAVLGRLAASEPKAKAGLRLTLRTGAELPFNSLALDNLPLYLSGADEQPFRLYEQLLGNACAVFARQPGGNWVERLPQDALRAQGFDDAEAALPVVSRAFQGYRLLQEYFALPHRFLFVDFTQLGRAVKRCDGQELELIVLFDRHDPSLEGSVGAAQFLPFCTPAINLFPKRLDRIHLSDRVNEHHVIADRTRPMDFEVHSLTGLAGHGTGPEQPFLPFYAVRDPSRYGRDKAYYTVRREPRVLSSDQRRNGPRSTYIGSETFVSLVDSQQTPYRHDLRQLGVTALCTNRDLPLFMSVGNGKTDFTLADSAPVGAVRCVAGPSRPRASHAHDAKAWRLISQLSLNYLSLSEQGQGAAALRELLRLYGDSNDAALQLQIEGLREVSSKACTRRLPMPGPIVFGRGLEITLEFDENAFRGTGVFLLGAVFERFLARYVSINSFTETVIRTTERGEIMRWKAKPGRRPTL PGPT0025935_554 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025935-impG|vasA-K11896 NA NA D1-35_02928 513 hypothetical protein TTGGTAACCGAAATCGCCACCCGCGATCGCCTGCAACCGTCCCTGCTGGACCGGCTGACCGACGACGATCCGAGCAACCCGAAGGAAAGCGCCGACAAGCGCGTGCTGTCCCTTACCCAATTAAAAGCCTCGGTGCTGCGTGACCTGGCGTGGCTGCTCAACACCACGTCATTGCTCGACGCCGATGCCACGGTGCACACCCCGGCGGGCACCTCGGTGGTGAATTTCGGGCTGCCGGCGCTAGCCGGCAACAGTGCCTCGAACATCGATGTGCCCGCGCTGGAAACCTTGATCCACCAGGCCATCGCCACCTTCGAGCCGCGTATCTTGCGCCACACCCTGCGCGTGCGCGCCCGAGCAACCGCCGAGATGAACCATAACGCCCTGAGCTTCGAGATCGAAGGCGATCTCTGGGCCCAGCCGGTGCCGCTGCGCCTGATGCTGCAGACCGACCTGGATCTGGAGACCGGCCACGTGCGCGTAGTCAACGCCGACCAGCGGAGACGCCCATGA MVTEIATRDRLQPSLLDRLTDDDPSNPKESADKRVLSLTQLKASVLRDLAWLLNTTSLLDADATVHTPAGTSVVNFGLPALAGNSASNIDVPALETLIHQAIATFEPRILRHTLRVRARATAEMNHNALSFEIEGDLWAQPVPLRLMLQTDLDLETGHVRVVNADQRRRP PGPT0025930_295 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025930-impF-K11897 NA NA D1-35_02929 450 hypothetical protein ATGATCAAGGCCCATTGCGCGATATGGGTCGGCTGTCTGTTGACCAGCCTGACCGCCTGTGCCCAGCAGCAGTCGCCATCGGCGACTTCCTCCGCCCCGGTGGAGCATGTCGTCTCGATGGGTGGGCAAACGCTGACGCTGGAGAACGACCAGGCGCGCTGCGTGCTCCGCAAGCCCGACCAGACCCTGATGCCACTCGACTTGGCCTGGCCCTGCCAGTTCACGGTCGATCGACAAGGCAAACCCCATGTCGAAACCTTCAATAACGTGCCCATTGTCATCGTTGTCCATGTAGCGGCTGGTCCTCATAACAATCAGGAGTGTCGCTCCGAGTATCGCGCCATACGCCAGTTCAAAGGCCAACTCGAACCCTCGATCATCGCTCGCAACGCCAGTTGCATGCGCGGCACAGGTGACCAGAAGAATTACACGGGCCATTTCACTTGGTAA MIKAHCAIWVGCLLTSLTACAQQQSPSATSSAPVEHVVSMGGQTLTLENDQARCVLRKPDQTLMPLDLAWPCQFTVDRQGKPHVETFNNVPIVIVVHVAAGPHNNQECRSEYRAIRQFKGQLEPSIIARNASCMRGTGDQKNYTGHFTW NA NA NA NA NA D1-35_02930 456 hypothetical protein ATGGCCAAGCCTGCGTTTATCAATTTGTGGAAAGCCTATTCCGATTTGCTGGCCACCCATCCCGACGCGAAACCTTGCGACGGCCCTTGGGCAAATCAGTGCGCGATTCGCATGAGCATCACGCTCAATACCGAACTGACCATCAAGGTCAACAAGTCCACCTACACCGAACCCAAATGTGCCCATGGGCATGCGCGTGGGGCCGAGTCATTGGCAAATTGGTTGTGGAAACATCATCTGGGCCGCCCGACGATTCTCGGCGGAACCGCCGCGGACCGACGCAAACTGCAAGACAAGACGGGCCTGATTTTCTTCAAGGATTGTTTCCAGCAAGTGGGGGAAGCCTCGGAGGGTCGTACCGGCGATCATATCGACCTCTGGAACCGTGGCCTGACCCTCGGTTATGACGATCCGGCCTATCGATCCCGAGCGATCTGGTTCTGGGAGCTCGTATGA MAKPAFINLWKAYSDLLATHPDAKPCDGPWANQCAIRMSITLNTELTIKVNKSTYTEPKCAHGHARGAESLANWLWKHHLGRPTILGGTAADRRKLQDKTGLIFFKDCFQQVGEASEGRTGDHIDLWNRGLTLGYDDPAYRSRAIWFWELV NA NA NA NA NA D1-35_02931 489 hcp1_1 COG3157 Protein hcp1 ATGGCTGTTGATATTTTCATCAAGATCGGCGACATCAAGGGCGAGTCCATGGACAAGGTCCACAAGGACGAGATCGACGTCCTGAACTGGAGCTGGGGCATGTCCCAGACCGGTAACATGCACGTCGGCAGTGGCGGTGGCGCGGGCAAGGTGAGCATCCAGGACCTGTCGCTGACCAAGTACGTCGACAAGGCTTCGCCGAACCTGATGATGCACTGCGCCAGCGGCAAGCACGTCGACAAGGTCAAGCTGACCGTGCGCAAGGCCGGCGGCGAAAGCCAGGTCGAGTACATGATCATCAACCTGGAAGAAGTACTGATCACTTCCCTGAGCACCGGCGGCTCGGGCGGCGATGATCGTCTGACCGAAAACGTCACCCTGAACTTCGCCAAGGTGCTGGTGGACTACCAGCCACAGAAAGCCGACGGCACCAAGGAAGGCGGTCCGGTCAAGTTCGGCTGGAACATCCGTCAGAACGTCAAGGTGTAA MAVDIFIKIGDIKGESMDKVHKDEIDVLNWSWGMSQTGNMHVGSGGGAGKVSIQDLSLTKYVDKASPNLMMHCASGKHVDKVKLTVRKAGGESQVEYMIINLEEVLITSLSTGGSGGDDRLTENVTLNFAKVLVDYQPQKADGTKEGGPVKFGWNIRQNVKV PGPT0025980_990 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0025980-hcp-K11903 NA NA D1-35_02932 1497 hypothetical protein ATGAACGATTTGGTACGCGACAATCAGCCCCAGAACCTGGGCGCCACCGAAGAAACCAGCGAGTTCGCCTCGCTGCTGCTGCAAGAGTTCAAGCCCAAGACCGAACGCGCCCGCGAAGCCGTCGAGACCGCCGTGCGCACGCTGGCCGAACAGGCCCTGGCGCAGACCGACCTGGTGTCCAACGACGCCATCAAGTCGATCGAGTCGATCATCGCCGCGATCGACGCCAAGCTCACCGCCCAGGTCAATCAGGTCATCCACCACCCGGACTTCCAGCAACTGGAAAGCGCCTGGCGTGGCCTGCATTACCTGGTCAACAACACCGAGACCGATGAGCAGCTCAAGATCCGCGTGCTCAACATCTCCAAGACCGACCTGCACAAGACCCTGAAGAAATTCAAGGGCACCGCGTGGGACCAGAGCCCGCTCTTCAAGAAGATGTATGAAGAAGAATACGGCCAGTTCGGCGGCGAGCCTTACGGCTGCCTGGTCGGCGACTACTACTTCGACCAGTCGCCACCGGACGTGGAACTGCTGGGCGAGCTGTCGAAAGTCTGCGCCGCCATGCACGCGCCATTCATTGCCGCCGCCTCGCCGACGGTAATGGGCATGGGCTCGTGGCAGGAACTGTCGAACCCGCGCGACCTGACCAAGATCTTCACCACTCCGGAATACGCCGGCTGGCGTTCGCTGCGTGAATCGGAAGACTCGCGCTACATCGGCCTGACCATGCCGCGCTTCCTGGCGCGCCTGCCGTATGGCGCCAAGACCGATCCGGTGGAAGCCTTCGCCTTCGAAGAAAGCACCGACGGCGCCGACAGCTCCAAGTACACCTGGGCCAACGCCGCCTATGCGATGGCCGTGAACATCAACCGCTCGTTCAAACACTTCGGCTGGTGCTCGCGCATCCGCGGCGTGGAATCGGGCGGTGAAGTGGAAAACCTGCCGGCTCATACGTTCCCTACCGATGACGGTGGCGTGGACATGAAGTGCCCGACCGAAATCGCCATTTCGGACCGCCGTGAAGCGGAACTGGCGAAGAACGGTTTCATGCCGCTGCTGCACAAGAAGAACACCGACTTTGCCGCCTTCATCGGCGCCCAGTCGTTGCAGAAACCGGCCGAATACGACGACCCGGACGCCACCGCCAACGCCAACCTGGCCGCGCGCCTGCCGTACCTGTTCGCCACCTGCCGTTTCGCCCATTACCTGAAGTGCATCGTGCGCGACAAGATCGGCTCCTTCAAAGAGAAGGACGAGATGCAGCGCTGGTTGCAGGACTGGATCCTCAACTACGTCGACGGTGATCCGGCGCACTCCACCGAGACCACCAAGGCCCAGCATCCACTGGCTGCCGCCGAAGTGATCGTCGAAGAAGTCGAAGGCAACCCGGGGTACTACAACTCCAAGTTCTACCTGCGCCCGCACTATCAGCTCGAAGGGCTGACCGTGTCGTTGCGCCTGGTATCGAAACTGCCGTCGGCCAAGGGCGCGTAA MNDLVRDNQPQNLGATEETSEFASLLLQEFKPKTERAREAVETAVRTLAEQALAQTDLVSNDAIKSIESIIAAIDAKLTAQVNQVIHHPDFQQLESAWRGLHYLVNNTETDEQLKIRVLNISKTDLHKTLKKFKGTAWDQSPLFKKMYEEEYGQFGGEPYGCLVGDYYFDQSPPDVELLGELSKVCAAMHAPFIAAASPTVMGMGSWQELSNPRDLTKIFTTPEYAGWRSLRESEDSRYIGLTMPRFLARLPYGAKTDPVEAFAFEESTDGADSSKYTWANAAYAMAVNINRSFKHFGWCSRIRGVESGGEVENLPAHTFPTDDGGVDMKCPTEIAISDRREAELAKNGFMPLLHKKNTDFAAFIGAQSLQKPAEYDDPDATANANLAARLPYLFATCRFAHYLKCIVRDKIGSFKEKDEMQRWLQDWILNYVDGDPAHSTETTKAQHPLAAAEVIVEEVEGNPGYYNSKFYLRPHYQLEGLTVSLRLVSKLPSAKGA PGPT0025920_690 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025920-impC-K11900 NA NA D1-35_02933 516 hypothetical protein GTGGCGAAGCAAAGTTCTCAGAAATTCATCGCGCGCAACCGCGCGCCTCGAGTGCAGATCGAGTACGACGTCGAGCTCTACGGCGCCGAGAAAAAGGTCCAGTTGCCCTTCGTCATGGGGGTAATGGCGGACCTGGCCGGCAAGCCCGCGGAGCCTCTGGCGCCGGTGGCCGATCGCAAGTTCCTCGAGATCGACGTCGACAACTTCGACTCGCGTCTCAAGGCCATGCAGCCTCGCGTGGCGTTCCATGTGCCTAACGAACTGACCGGCGAAGGCAACCTGAGCCTGGACCTGACGTTCGAAAGCATGGACGACTTCAGCCCTGCGGCCGTGGCCCGCAAGATCGATTCGCTGAACAAGCTGCTCGAAGCGCGCACTCAACTGGCCAACCTGCTGACCTACATGGACGGCAAGACCGGCGCCGAGGAAATCATCATGAAGGCGATCAAGGACCCAGCGCTGCTGCAGGCCCTTGCCAGCGCGCCAAAGCCCGCCGATGCAGAGCCCAAGGCTTAA MAKQSSQKFIARNRAPRVQIEYDVELYGAEKKVQLPFVMGVMADLAGKPAEPLAPVADRKFLEIDVDNFDSRLKAMQPRVAFHVPNELTGEGNLSLDLTFESMDDFSPAAVARKIDSLNKLLEARTQLANLLTYMDGKTGAEEIIMKAIKDPALLQALASAPKPADAEPKA PGPT0025915_592 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025915-impB-K11901 NA NA D1-35_02934 1026 hypothetical protein GTGGATGTGCCTTTGCTGCTCGCCGCCGTTTCCGCGAATTCGCCTTGCGGTGAAGACCTGGAATATGACGCGGATTTCTTGCGCCTGGAACGCGACTCCCGAGGCCAGCCCGAGCGCAGCATGGGCGACTCGATTCTGCCTGCAGAACCCCCTGAATGGCGCAGCATCCAGCAGCAAAGCCTGGACCTGCTCGCGCGCAGCAAAGACCTGCGCATCACCCATTTCCTGCTGCAAAGCTCCCTGGCCCTGGAAGGCATTCCCGGCCTGGCCCGTGTATTGACGCTGATCAACGAGCTGCTCAAGCAATACTGGGCCGACCTGCACCCGCGCCTGGATGCCGATGATGACAACGACCCCACCGTGCGCATCAATGCCCTTGCCGGCCTGACGTCGGACGTCACCATCCGCCTGCTGCGCGAAAGCATCCTGGCTCGCTCGCGCACGTTCGGCAACGTCAGCCTGCGCGCCGCCGCCAACGCCAGCGGCTTGCAGAGTTTCCCCGATGAAAGCCTCGGCGCCGAACAACTCGCCGGCGCCCTGCTCGACAGCGATCCCGAGCAGCTGGAAGTCATTCGTGCCGCCCTGCTGGAAGCCCGTAGCGCCGCCGAATCCATCGAACAGCAAGTCAGCGACCAGGTCGGTTCCGCCCAGGGCGTGGACCTCGGCCCGCTGAAACAACCGCTGAAGATGGCCCTGCAGATTCTCGGTCAGTTCGCCCCGCAGAGCGGCGACAGTGCCCTTGTCGATCCCGTCGAAACCGACAACGCCGCGCCGGTTGAATACGCCAGCGCCCCCAGCACGCCGCGCAGTACCGTCGCCGGAGAAATCAACAACCGCGACGATGTCCTGCGCAGCCTGGACCGGATCCTGGCGTACTACACCCGTCATGAGCCCTCCAGCCCGCTGCCGGTGCTGTTGAACCGGGCGAAGAATCTGGTGCACGCCGATTTCGCGGCGATCGTACGCAACCTGATTCCCGACGGCATGAGTCAATTTGAAAACCTGCGCGGCCCGGAAAGCGAATAA MDVPLLLAAVSANSPCGEDLEYDADFLRLERDSRGQPERSMGDSILPAEPPEWRSIQQQSLDLLARSKDLRITHFLLQSSLALEGIPGLARVLTLINELLKQYWADLHPRLDADDDNDPTVRINALAGLTSDVTIRLLRESILARSRTFGNVSLRAAANASGLQSFPDESLGAEQLAGALLDSDPEQLEVIRAALLEARSAAESIEQQVSDQVGSAQGVDLGPLKQPLKMALQILGQFAPQSGDSALVDPVETDNAAPVEYASAPSTPRSTVAGEINNRDDVLRSLDRILAYYTRHEPSSPLPVLLNRAKNLVHADFAAIVRNLIPDGMSQFENLRGPESE PGPT0025910_734 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025910-impA-K11902 NA NA D1-35_02935 1443 hypothetical protein ATGCCGCTGTGTTTGACTATCACTAGTTATCACAAGATTACCCCTGGACAGTGTTCTGAAAAGACCCTGAACCAAGGGGTGATGGCAATTGGCCGTAATTCCGATAATGACTGGGTATTGCCCGACCCGGAGCGCCTGGTTTCTGGGCAACATTGCGTTATCCAATACAAGGACGGGCGCTATTATCTGACCGATAACAGCACCAATGGCGTGGAGTTGGTCAAGGCCGGCATTCGCCTGCGCAAAGGCAACAGCGAGCCGCTGCAGGATGGCGAAGTCATTCGCATCGGTGATTACGAGATCCAGGCGCGCGTGGATTTCAGCCTGCCGGTCACCGACAGCAATCCGTTCGCCGAAGCGCCCAGCAGCTTCGAAGCCTTGATGGGGCGCCAGGGTGCCGCCGTGAATACGCCGGCGCCGATACCCGTGGCCACGCCTGCGCATTTCCAGGGTGTGTCGTCCATGGACACGCTGCCGGACCTGTTCGACTTCCTTGCTCCGAGCAGCGTCCCCCCAGCCACCCAGCCCGATCACGTTCCGGCCGAGCAACATGATTTCCGCCCGCCCACGCCGATTCCGCGCCCGAGTCCGCCGCCAGTGGTCCAACCGCTGCCAATGACGCCTGCTCCGGTTATCCCGGATGATTGGGACCTGTTCAGCGACACGCCTGCGCCGGTTGCGCCGATTCCCGTCGCGCCGCTGCCGGAGCCGGTTTCCGTGCCGCCATTGCCGGTGATCGAGCCCGTTCCCGCGCCGCCGATCCCGCAAGTCGTTGCGCCGATCGAGCCCGCGCCACCGCGCGAAGCGCCGGTCAGCCGCGTCGAGCCGACGGCTACCCCAACCGACACCTCTGGCCCCGACCTGCTGCAAGCGTTCCTGCGCGGCGCCGGGCTGGATCAGTTGCGCCTGGACAAAGTCCAGGCTGAGGCGCAGATGGAAAGCATCGGGCGCAGCTATCGATTGATGGTCGAGGGCCTGATCGATGTGCTGCGCGCCCGCAGCAGCCTCAAGGGTGAGTTCCGCATCCAGCAGACAATGATCCAACCGGTGGAAAACAACCCGCTCAAATTTGCCCCGAACGTCGACGAAGCCCTGCTGTTGCTGTTGCGCCACGGCAACCAGGCCTTCATGGCGCCGGACGTGGCGGTGCGCGACAGCTTTGACGATTTACGCGCGCATCAACTGGCGGTGATGGCCGGTGTGGAAGCGGCCATCAAGCATCTGCTGGCGCGTTTCGAGCCGGCCCAGCTGGAAGAGCGCATGGGCAAGCCCGGCGGGTTGTCGGGGATTTTCAGCGGGTCGCGCCAGGCCCAGTACTGGCAGCAATTCACCGAGCTCTACAGCAACATTTCCCGGGAGGCCCAGGAAGACTTCCAGGACCTGTTCGGTCGGGAGTTCAGCCGCGCCTACGAAGAACACAGCACGCGACAGCGACGTCGTTGA MPLCLTITSYHKITPGQCSEKTLNQGVMAIGRNSDNDWVLPDPERLVSGQHCVIQYKDGRYYLTDNSTNGVELVKAGIRLRKGNSEPLQDGEVIRIGDYEIQARVDFSLPVTDSNPFAEAPSSFEALMGRQGAAVNTPAPIPVATPAHFQGVSSMDTLPDLFDFLAPSSVPPATQPDHVPAEQHDFRPPTPIPRPSPPPVVQPLPMTPAPVIPDDWDLFSDTPAPVAPIPVAPLPEPVSVPPLPVIEPVPAPPIPQVVAPIEPAPPREAPVSRVEPTATPTDTSGPDLLQAFLRGAGLDQLRLDKVQAEAQMESIGRSYRLMVEGLIDVLRARSSLKGEFRIQQTMIQPVENNPLKFAPNVDEALLLLLRHGNQAFMAPDVAVRDSFDDLRAHQLAVMAGVEAAIKHLLARFEPAQLEERMGKPGGLSGIFSGSRQAQYWQQFTELYSNISREAQEDFQDLFGREFSRAYEEHSTRQRRR PGPT0030440_73 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030440-fha1-K11913 NA NA D1-35_02936 507 hypothetical protein ATGATTCCCAGGTTTTTACTCGCAGTCGCCACAGCACTTCTGCTGACGGCGTGCGCCAAGGATGCGGCCGCTCCCCAGCCCGAAGAGGCTGAAGCCGACACCGCCGCCGTCGAGTTGCACTTCCACGCCATCGCCGGGCTCAACCCCGGCGCCAGCGGCCAGCCGGCGCCGGTACGGGTGCGCATTTTCGAGTTGAAGAACGCCGCCACCTTCGCCCGCGCCGACTACTTCGCCCTGGCCGAACGGGCGCAGGCGACATTGGGGGCTGACCTGATCGACCAGGACGAAGTGCTGATCCAGCCGGACCAGCAACTGAGCCTGCAACGCGATCTCGACCCGGCCACCCGGCATATCGGAATCCTGGTGGGCTATCGCGAGCTGGACCAGTCGCTGTGGCGCACGGTGATGAATGTCCCGGCGCGCCAATACACCGAATACCAGATCAGCCTCGATGTGCGTGCCGTGCGCAGCGCCGTCGTCGTCCCCCCATCCAGCCCTGCCCAATAA MIPRFLLAVATALLLTACAKDAAAPQPEEAEADTAAVELHFHAIAGLNPGASGQPAPVRVRIFELKNAATFARADYFALAERAQATLGADLIDQDEVLIQPDQQLSLQRDLDPATRHIGILVGYRELDQSLWRTVMNVPARQYTEYQISLDVRAVRSAVVVPPSSPAQ PGPT0030425_794 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030425-vasD|lip-K11906 NA NA D1-35_02937 1335 hypothetical protein ATGTCCTGGAACAATCGCGTGGTCTGGTCGGAAGGCATGTTCATTGGAACGCAGCACTTCCAGCAGCATGACCGTTACCTGGAAAACCTCATCGATTCCCGCAGCCGTCCACTGTCGGCAGGCGCCTGGGGTTTTTCCGAATTGCTGACCGATCAGGGCCTGCTGGCCCAGGGCAAGCTGGCGATCATCTCGGCCAAGGGCCTGCTGCCCGACGGCACGCCGTTCAATATTCCCCAGGACGACGTTGCGCCGACGCCGCTGAACATTGACGACAACCTGCGTGACGGCCTGGTGTACCTGGCCCTGCCGCTCAAGCGCGCCGGCGCCCGCGACACCGTGGACGAAGGTGAGCCCTTGGGCGCTGCGCGCTACGTGAGCCAGGTCTGCGAAGTGCGTGATGACAATGCGCCGTTCGAAAACCGCGCACCGGTGGCCGTGGGTTCCCGGGCGCTGCGTTTGCTGACCGCCCAGGATGGCATCGGCGATTACGCCGCGATTGGCGTGGTGCGCATCAAGGAAAAACGCGCCGATCGCGCCCTGGTGCTGGATGAAAATTACATCCCGCCGCTGCTGGACGTAGCGGCTTCGAAGTCACTGGCAGCGTTCCGCAGTGAGCTGCTGGGCCTGCTGCACCAGCGCGGCGAAGCCCTGGCCGGGCGGGTCGTGGCCTCCGGCGCGGGTGGGGCCTCGGAGATTGCCGATTTCATGCTGCTGCAACTGGTCAACCGCGCGCAGCCGTTGATCCAGCACCTGAGTCAGCTGAGTCCGCTGCATCCCGAGCGTTTCTACAGCGAGCTGGTGAGCCTGGCCGGGGAGTTCTCGACCTTTACCGCATCCGGCCGCCGCCCGCAGGAATATCCGCAGTACCAGCACGATGACCTGGTGCTGAGTTTCACGCCGGTGATGCAAGCCTTGCGCGAGGCCCTGTCGATGCTCATCGACAGCAAGGCCACGCCGATTCCGATTGTCGAGAAAGCCTACGGCATCCATGTGGCGATGCTGGCCGACAAGACCCTGCTCGACAGCGCCAGTTTCATTCTCGTGGTGCGCGCCGACGTTCCCGCCGAAACCCTGCGCGGCCGCTTCGGCCAGCAGAGCAAAGTCGGCTCGGTGGAGCACATTCGCGACCTGGTCAACCTGCAACTGCCGGGCATTGGCCTGCTGCCGTTGCCGGTGGCGCCACGCCAACTTCCGTACCACGCCGGATCCACCTATTACGAGCTGGACCGGGGCAGCGATCACTGGCAACAGTTGAGCAACTCCGGCGGCTTTGCGTTCCACATCGCCGGCCAGTTCCCGGGGCTGAACCTGGCTTTCTGGGCGATCCGAGGATAA MSWNNRVVWSEGMFIGTQHFQQHDRYLENLIDSRSRPLSAGAWGFSELLTDQGLLAQGKLAIISAKGLLPDGTPFNIPQDDVAPTPLNIDDNLRDGLVYLALPLKRAGARDTVDEGEPLGAARYVSQVCEVRDDNAPFENRAPVAVGSRALRLLTAQDGIGDYAAIGVVRIKEKRADRALVLDENYIPPLLDVAASKSLAAFRSELLGLLHQRGEALAGRVVASGAGGASEIADFMLLQLVNRAQPLIQHLSQLSPLHPERFYSELVSLAGEFSTFTASGRRPQEYPQYQHDDLVLSFTPVMQALREALSMLIDSKATPIPIVEKAYGIHVAMLADKTLLDSASFILVVRADVPAETLRGRFGQQSKVGSVEHIRDLVNLQLPGIGLLPLPVAPRQLPYHAGSTYYELDRGSDHWQQLSNSGGFAFHIAGQFPGLNLAFWAIRG PGPT0025950_1237 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025950-impJ|vasE-K11893 NA NA D1-35_02938 1311 hypothetical protein ATGAGCAACGACGATCGTACCCAGTTCATGCCGACCCCCGGTGGCCGTGGCGCGGACCCTTTCCGCCCGGACCCGGGGCGTCCGCAACCGGCACCCGCGACGGCGCCGCTGTCGATGCCGGCCGCGCCGCTGTTGACCGGCAAAGCCCAGGGCCTCAACCCGCTGGAGAGCGCCGCCGGCCCGCTGCTGGCCCTGCTGACGCGCTTGCGCAGCACCATCGCCCACCCGGCTCCGGCCAGCTTGCGCGCCCAATTGCTGGCCTACCTGCGCCAGTTCGAAGAGCGCGCCGAAGCCGCCGGCGTGGTGCGCAACGACGTCTTGCTGGCCCGCTACGCCTTGTGCACCGCGCTGGATGAGGCGGTGCTGAGCACGCCTTGGGGCGGCACCAGCGACTGGGGCAAGCAGAGCCTGTTGATCACTGTGCACAACGAAGCCTGGGGCGGCGAGAAAGTCTTCCAGCTGCTGGAGCACTGCCTGCAAAGCCCGCGCGAGCGTCTGTACCTGCTGGAGCTTTTGTACCTGTGCATGTGCCTGGGTTTCGAAGGGCGCTACCGGGTCATGAACGACGGCCGCAGCCAACTGGAAGCGCTGCGCGAACGCACCGCAGCGGTCATCCGCAGCGCCCGTGGCGACTACGAACGCGAGCTGTCGCCGCACTGGCGTGGGGTCACCGTGGCCCGCGATCGCCTGGCGCAGTTCATGCCGCCATGGATCGCCGTGGCCATTGGCATTGCCCTGTTGCTGGCGTTGCTGTTCGGCCTGCGCATGAAGCTGGCCGCCGATGCCGAGCCAGTGTTCAAGAACATTCATTTCCTCGGCGAAATTCCGGTGCAGACCATCGACCGTCCGGTGGTCCAGCCGAAAGTGATCGAACGTCCGCGCCTGGCCGGGTTCCTCGCCGATGAAATCAGGGCCGGCCGGATTGCTGTGGAAGATGCCGTCGACCGCTCGGTAGTGACCATCCGTGGCGATGAACTGTTCGCCTCCGGCAGCGCCAGCATCAAGGATGATTTCCAGCCGCTGATGCTGCGCATCGCCGATGCCGTGCGCAAGGTCAAGGGCCAGGTGCTGGTGACCGGCCACAGCGACAATCGCCCGATCGCGACCTTGCGGTTTCCGTCCAACTGGGCCTTGTCCGAAGCCCGGGCCAGGTCGGTGCTGGACATTCTTTCGGCCAAGACCGGCCAGCCCGAGCGCTTCAGCGCCGAAGGCCGCAGCGACACCGAGCCGTTGGCGTCCAACGCCACGACCGAGGGGCGGGCGCGCAATCGTCGGGTTGAAATCACAGTATTGGCGGAGGGGGTCGAGTGA MSNDDRTQFMPTPGGRGADPFRPDPGRPQPAPATAPLSMPAAPLLTGKAQGLNPLESAAGPLLALLTRLRSTIAHPAPASLRAQLLAYLRQFEERAEAAGVVRNDVLLARYALCTALDEAVLSTPWGGTSDWGKQSLLITVHNEAWGGEKVFQLLEHCLQSPRERLYLLELLYLCMCLGFEGRYRVMNDGRSQLEALRERTAAVIRSARGDYERELSPHWRGVTVARDRLAQFMPPWIAVAIGIALLLALLFGLRMKLAADAEPVFKNIHFLGEIPVQTIDRPVVQPKVIERPRLAGFLADEIRAGRIAVEDAVDRSVVTIRGDELFASGSASIKDDFQPLMLRIADAVRKVKGQVLVTGHSDNRPIATLRFPSNWALSEARARSVLDILSAKTGQPERFSAEGRSDTEPLASNATTEGRARNRRVEITVLAEGVE PGPT0025955_339 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025955-impK|ompA|vasF|dotU-K11892 NA NA D1-35_02939 3501 hypothetical protein GTGAAGGCGTTTTTCAGTTTCATGACCCGTTGGGTCATCCCGTTGCTGGGGCTGATCGCCCTGAGCCTGATCATCTGGTTCGTCGGCCCGCTGCTCGATTGGCTGGTGCCTGAAGGGCGCCGTTGGGCGCTGATCATCCTGGTGTTTGCGGTATGGATCGCCTATCGCCTGTTCCGCATCATCCAGGCCCGCCGGCAGGCCGCCGAGGTCATGCGCAGCCTGGCCGCGCAGACTCCGCCGGACCCGACCAGCATCGCCACCGCCGAAGAGCTCGAAACCTTGCGCCAGCGCATGGACGAGGCCCTGGCCCTGCTCAAGAAAGCCAAGCTGGGCGGTGACGAGCGCCGTAACCTCTACGAGTTGCCGTGGTACGTGATCATCGGCCCACCGGGCTCGGGCAAGACCACCGCACTGGTCAACTCAGGGCTGCATTTCCCGCTGGCGGCGCAATTGGGCGCCGGCGCGGTGCGCGGTGTCGGTGGCACGCGCAACTGCGACTGGTGGTTTACCGACGAGGCGGTGTTGCTCGACACCGCCGGTCGCTACACCACCCAGGACAGCGATGCGACCGTCGATAAGGCCGCGTGGCTGGGCTTCCTCGGCCTGCTGAAAAAACAGCGGGCGCGACGCCCGATCGATGGCGCGTTTATCGCCATCAGCCTTTCGGACCTGCTGTTGGGCAGCGACGCCGAACGTGCCGCCCACGCGGCGGCAATCCGCCTGCGGATCCAGGAGTTGTACACGCAGCTGGGCGTGCGTTTCCCGGTGTACCTGATGCTCACCAAGCTCGACCTGGTGCCGGGGTTCATGGAGTACTTCGACAACCTGAGCAAGGAAGAGCGCGCCCAGGTCTGGGGCATGACTTTCACCCTGGACGATGGCAAGAGCAACGACAGCCCGCTGGCGCACCTGCAGAGTGAATTCGCCCTGCTCGAGCAGCGCCTCAACGACCGCCTCGTCGAGCGCCTGCAACAGGAGCGCGACCCGGCGCGACGCGACCTGATCTACGGCTTCCCGCAGCAGTTCGGTGCACTGAAGGATTGCCTGCAAAGTTTCCTCGACGGCGTGTTCAAACCCAATGCGTTCGAAGAGCGTGTGTTGCTGCGTGGCGTGTATTTCACCAGCGGCACCCAGGAAGGCAGCCCGATCGATCGCCTGATCGGCTCCATGGCCCAAAGCATGAACCTGGACCGCCAGCACCTGGCGCGCCAGACCGGTACCGGGCGCAGTTACTTCATCGAAAAACTCTTCAGCGCCGTGGCCTTCGCCGAGCGCGGGCTGGTGGGGGTGGACCCGAAAGTCGAGCGCCGGCGCAAGTGGATCGCTCGTGGCGTGCTGGCGTCTACCGTGCTGGTGGTGCTGGTGGTCGGCACGTTGTGGTGGGTCAGCTACCGCGCCAACCAGGCCTACATCGCCCAGGTCGACCAGAAGGTCGCGCCGCTGGGCCAGACCGTGCAGAACCTCAGCCCGGCCCAGCGCGACGTACTCGCGGTATTGCCGCTGCTCAACGCCGTGAAGCATCTGGCCGACGATGCTCCGGACTGGGCCGAAGGCCTGGGCCTGTATCAGGGCGACATGCTCGAAGCCGAGTCCGGTAGCGTCTATCGCAAACTGCTGATCGCGGTGTTTGCGCCGCGCCTGCTGACGCGCATCGAAGAGCAACTGCACGGCGGCGGCAACTCGGACTTCCTTTACGAGGGGCTGAAGGCCTACCTGATGCTCGCCGACAACGAGCATTACGACGCCGATTTCATCAAGGCCTGGATTGCGCTCGATTGGGACCGCAGCCTGCCGCGCGACCTGCCGGCCGAACAGCGTCAGGCTTTGACCGGGCACTTGCAGGCGCTGCTCGAGCGGCGTCCGCCGACCGCGCGCCTGGACCCACGCCTGATCGAGGACCTGCGCCGCCAGCTGCAACAACTGCCGGTGGCCCAGCGCGTCTACGACCGCATCAAACGGCAGAAGCTGCCCGACGGCATCCCCGACTTCCGCATCAACGAAGCCGCCGGGCGTGACGCCGCGCTGGTGTTCAGCCGCAAGAGCGGCAAGCCGTTGGGCGAGCCGCTGAGCGGCTTCTTCACGGTCAAGGGTTACCGTCAGGGCTTCTTGCTCTCCAGCCTGAGCCAGACCGGCACCCTGGCTGAAGAGCAATGGGTGCTGGGCTTTGAGCAGGCCGATCAGCAGAACGTCGCCAGCCTCGCCGCCGATGTGCGGCGCCTGTACTTCCAGGATTACCAGCGCCAGTGGGACGCATTGCTGGCCGACATCGACTTCGTGCCGATCACCAGCGTGGCCCAGGCCGCCGATGTGCTGCGGGTGCTTTCCGGCCCGACTTCGCCGCTGAAAAAGCTGCTGGTGGCGGTGGCAAAGGAAACCGACCTGCAACAGGACGAACGCCTGCTCGCCGCCCAAGGCGTACCGGCGGGCGACGGCGTGGACAAGCTCAAGGAGCGCCTCGGCAGCCTGCTCGGCCAGGAGCAGGCAACGCCAAACGCGCCGCAAACCAGCGATGACCCGATCACCGCGCACTTCGCCGAGCTCAACAGCATCGTCAGCAAGAGCGAAGGCGAACCGGCGGCCATCGACGGCCTGCTGTCCGACATGAACGCCCTGTATGTGCAGGTCAGCGCCATGGTCGGCGCCAGTGGCGACGCCTTGCTCGGCGAAGCGAAGAACCAGGCGTCGGCCGCCGCCACCCGCGTCAGCCTCAACGCCGAACGCCAGCCGCCGCTGGTGCAGGGTCTGGTCAAGTCGGTGGTCAACTCCACCACCAACACCATGATGGGCGGCGTGCGCAATCAGTTGAATGCTGCCTGGACCAGCGAAGTGGTGAATATCTATCGCCAATCCCTGGCCGGGCGTTATCCGATGTCCCCGGGCAGCGCGCGGGACGCGACCCTCGATGACTTCGGCCAGTTCTTCGGCGTCGGCGGGGTGATGGACAACTACTTCCGCAAGTACCTGCAACCCTACGTCGATACCTCGGCCCCGACCTGGCGTTGGCAGCCGGGCGCAGCGCAGAAGCTCGGCATCGCTCCGGGTGTGCTGCAAACCTTCCAGCGCGCGGCGACCATTCGCGATGCGTTCTTCCGTTCCGGCGGCACGCAGCCGATGGTGCGCTTCGAACTCAAGCCGGTGGCGATGGATTCGACCATCACCCAATTCCTGCTCGACCTCGACGGCCAGCAGTTGAGCTACGACCACGGCCCGAGCCGGCCGACCGCCATGCAATGGCCGAACCCGGGCAGCATCGGTGTGGTGCGCATCTCGATCATGCCGCCGTCGTCCAGCGGTCGTTCCGGCATCACCTTGGATGGGCCATGGGCCTGGTTCCGCTTGCTGGAGCAGTCGGACCTGACCGCCGGCAACTCGCCGGATCGCTTCAACCTGCGGCTGCGGGTCGATGGCGCCAGCGCCTCCTACGAGTTGCGGGCCAACAGCGCCTTCAACCCGTTCAAGAGCCGGGTACTCAGTGGCTTCAGCCTGCCGGAGCGGTTATGA MKAFFSFMTRWVIPLLGLIALSLIIWFVGPLLDWLVPEGRRWALIILVFAVWIAYRLFRIIQARRQAAEVMRSLAAQTPPDPTSIATAEELETLRQRMDEALALLKKAKLGGDERRNLYELPWYVIIGPPGSGKTTALVNSGLHFPLAAQLGAGAVRGVGGTRNCDWWFTDEAVLLDTAGRYTTQDSDATVDKAAWLGFLGLLKKQRARRPIDGAFIAISLSDLLLGSDAERAAHAAAIRLRIQELYTQLGVRFPVYLMLTKLDLVPGFMEYFDNLSKEERAQVWGMTFTLDDGKSNDSPLAHLQSEFALLEQRLNDRLVERLQQERDPARRDLIYGFPQQFGALKDCLQSFLDGVFKPNAFEERVLLRGVYFTSGTQEGSPIDRLIGSMAQSMNLDRQHLARQTGTGRSYFIEKLFSAVAFAERGLVGVDPKVERRRKWIARGVLASTVLVVLVVGTLWWVSYRANQAYIAQVDQKVAPLGQTVQNLSPAQRDVLAVLPLLNAVKHLADDAPDWAEGLGLYQGDMLEAESGSVYRKLLIAVFAPRLLTRIEEQLHGGGNSDFLYEGLKAYLMLADNEHYDADFIKAWIALDWDRSLPRDLPAEQRQALTGHLQALLERRPPTARLDPRLIEDLRRQLQQLPVAQRVYDRIKRQKLPDGIPDFRINEAAGRDAALVFSRKSGKPLGEPLSGFFTVKGYRQGFLLSSLSQTGTLAEEQWVLGFEQADQQNVASLAADVRRLYFQDYQRQWDALLADIDFVPITSVAQAADVLRVLSGPTSPLKKLLVAVAKETDLQQDERLLAAQGVPAGDGVDKLKERLGSLLGQEQATPNAPQTSDDPITAHFAELNSIVSKSEGEPAAIDGLLSDMNALYVQVSAMVGASGDALLGEAKNQASAAATRVSLNAERQPPLVQGLVKSVVNSTTNTMMGGVRNQLNAAWTSEVVNIYRQSLAGRYPMSPGSARDATLDDFGQFFGVGGVMDNYFRKYLQPYVDTSAPTWRWQPGAAQKLGIAPGVLQTFQRAATIRDAFFRSGGTQPMVRFELKPVAMDSTITQFLLDLDGQQLSYDHGPSRPTAMQWPNPGSIGVVRISIMPPSSSGRSGITLDGPWAWFRLLEQSDLTAGNSPDRFNLRLRVDGASASYELRANSAFNPFKSRVLSGFSLPERL PGPT0025960_1205 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025960-impL|vasK|icmF-K11891 NA NA D1-35_02940 654 hypothetical protein ATGAGTACAGCGGGGTTCTATGGAAAGTTGGCCAGCCGTGGGGACTTCGTCAGCCGTGGCTTGCCGCAGAGTTTTATCGGCCCGTGGGACTCGTGGCTGGCGGCGGGTTTGCTCGCCAGCCAGGCCAGCCTCGGCGAGCGTTGGCTGGATGCCTATCTGGTCAGCCCGCTGTGGCGCTTCATGGTCGCGCCCGGCGTGTGCGGGCCGGACGCTGCGGTTGGCGTGGTGATGCCAAGCATTGACCGGGTCGGGCGGTATTTCCCGCTGACCGTTGCAGCGTTGCTCGACCCGGATGCCGACCCTGCCTCGGTGGTCGGCGGCGCGGACGACTGGTTCGAGCGGGTCGAGAACCTGCTGTTGAGCACACTGAACGTGGAGGCCAGTTTCGAAGCTTTCAACGCGGAGCTGGAAACCCTGGCTGGCCCGATGTACCTGCCGCGCACCCCGAGCAGTCGCTTCGCCAGCCTGCATCGCTTCGATGCCACCGATTCGCAGCGGCGAATGAGCGCCCTCGCCGAGTCGGCTTGCGAAGGCGTCAGCCTGTGGTGGGGCCAGGGTTCGGAGCGCATCGCGCCCGGTTTGATGCGGTGCCAGGGACTGCCGGCCGCCGCTGATTTTGCGCAATTTTTGCTCGGCCAAGAAGGTGTTGTGTAG MSTAGFYGKLASRGDFVSRGLPQSFIGPWDSWLAAGLLASQASLGERWLDAYLVSPLWRFMVAPGVCGPDAAVGVVMPSIDRVGRYFPLTVAALLDPDADPASVVGGADDWFERVENLLLSTLNVEASFEAFNAELETLAGPMYLPRTPSSRFASLHRFDATDSQRRMSALAESACEGVSLWWGQGSERIAPGLMRCQGLPAAADFAQFLLGQEGVV PGPT0025965_585 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025965-impM-K11890 NA NA D1-35_02941 732 prpC_2 COG0631 Protein phosphatase PrpC ATGCGTCCAAGTGCTGGAAAAGCCTTCAAGTCTGCAAGCAAAAGCCATGTCGGCATGGTCCGCCAGGTCAACGAGGACGCCTGCCTGGACCTGCCGGAAAACGGTTTGTGGGTAGTCGCCGACGGCATGGGCGGGCACGCGGCGGGCGACTACGTCAGCAGCCTGATTGTCGACAGCCTGCGTAGCATTGCGGTGGGCCGCTCGCTGGACGAATACATCGCGGCGCTGCAAAGCGACCTGCTGCGGGTCAACGCCGCCGTGCGCGAAGAAACCGCCAACCGTGGCGTGACCATGATGGGCAGCACCGTGGTGGTGCTGGCCACGCGCGACCTGCGCGGCATGTGCCTGTGGGCCGGTGACAGCCGCTTGTACCGCTTGCGCGACGGCGTGCTGGAAGGCATCTCGCGCGACCACAGCTATGTCCAGGATCTGCAGGACAGCGGCTTGCTCAGCGAGGCCGAAGCCCGCGTGCATCCGCGGGCCAACATCGTCACCCGCGCCATCGGCGTCGAGGCGCAATTGAACCTGGCGATGACCGAGCTGCTGCTGGTGCCCGGCGACAGCTACCTGCTGTGCAGCGACGGCCTGACCAAGACCGTCGAGGACGAAGAAATCCGAGAAGTATTGAGCCACGACGAGCCCGGCGAAATCGCCAGCAGCCTGGTGTCCCTGGGTCTGATGCGCGGCGCGCCGGACAACATCACCGTGGTCGTTGTGAAGGTGCCGTCATGA MRPSAGKAFKSASKSHVGMVRQVNEDACLDLPENGLWVVADGMGGHAAGDYVSSLIVDSLRSIAVGRSLDEYIAALQSDLLRVNAAVREETANRGVTMMGSTVVVLATRDLRGMCLWAGDSRLYRLRDGVLEGISRDHSYVQDLQDSGLLSEAEARVHPRANIVTRAIGVEAQLNLAMTELLLVPGDSYLLCSDGLTKTVEDEEIREVLSHDEPGEIASSLVSLGLMRGAPDNITVVVVKVPS PGPT0002605_43 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0002605-stp1|pppA-K11915 NA NA D1-35_02942 3087 pknD_2 Serine/threonine-protein kinase PknD ATGAGCTTGCCCCTGAATATTGTCATCCCCGGCTACGACATCGATGGCGAGATCGGCGAAGGCGCGATGGCCAGCGTGTACCTGGCGACCCAGCGTTCGCTTGAGCGCAAGGTCGCGTTGAAAGTCATGGCCGCGGCGCTGGCGGCCGACCCGACTTTCTGCGAGCGTTTCTTGCGCGAGGGCAAGACCCTGGCGCGCCTGTCGCACCCGCACACCGTCACCATCCATGACATCGGCAATGTCGGTGAGCTGTACTACATGGCGATGGAATACCTGCCCAACGGCACGCTCAAGGAACGCATCGCCGCGGGCCTGACGCCGGAGCAGGGCCTGACCTACATCCGCCAGATCGCTTCGGCCCTGGGGTACGCCCACGGCCTGGGCCTGGTGCACCGTGACGTCAAGCCGGCCAACATCCTGTTTCGCGCCGATGGCACGGCGGTGCTGTCGGACTTCGGTATCGCCAAGTCCCTGGACGACCGCACCCAATTCACCCAAGCCGGTTTCGCGGTTGGCACACCGAGCTACATGAGCCCTGAGCAAGCCCGTGGGCAAGACATCGACGGCCGCGCCGACCTGTACGCCCTGGGCGTGGTGCTCTACGAGATCCTCGTCGGCAAGCTGCCGTATATCGGCAACGACGCGCTGTCCACGGCCCTGGCCCACCTGACCGAACCGCTGCCGGAGTTGCCGGTGCACCACGGTCGTTACCAGGAAGTGCTGCGCAAACTGCTGGCAAAGGATCCGGCGGAGCGTTTCCCGGATGCGACTGCGTTGCTGCGCGCGTTGGATAACTTGCCAGAGGAATCGTCGGAAGCGACGCTGATCCGGCCGTTGTCGTTTGAACTGCCTGCCGCGCCGCCTCCGGTGGATGACTTGGCCGGCCTGACGCCCGTGTCCATCGACATTCCCAGTGGCCCGGCTTACGCACAACCGCAGCCCAGGCCGATCCCGCCGCCGGTAAAACCGACGCCTCAGTCGACGGTGTCGGAGCAGCGCAAGCGGCCGGTGTTCGCCCTGGCCGCCGTTGCGGTCGCCGTGGCGCTGGCCTTGGGCGGCGCAGGTTATTGGTGGTTGGCCGGTGACAATGGCAAAAAAGTGAAGACGCCAGTGACTACGACCACCTCGGTCAAGCCACCGGAAGTGAAGCCACCGAAGGCCCCGGAAGTGCCAGCGGTCAAGCCCCCCATCGCCCCTCCGACTCAGCCCCCCGTGGCGACCGAGGCCGATGGCGGCCAGCGACCATTGCTGATGGCCGGCAAGAAAACCCTATTTCAGCGTGTGCTCAGCAAGCCGGGGGCGAAACTCGCCGACGCGCCGGGCGCCGCACCGGGCAAGTCGCTGCCGGCGTTCTCGGTGTTGTATGTGTATCAGCGCAAAGACGTGGAGGGCAGCGCCTGGGTGCGGGTCGGCGCGGCCACCGACGGGCGCAGCGACGGCTGGTTGCCCGCCGCCCAGGTCAGCGACTGGAAACAGAGCCTGGTGCTCAAGTTCACCGAACGCTCCGGCCGTGCGCCGGTAATGTTCCTGCGCCAGCCCGGCGAAGTGGAAAAGCTCCTGGCGAACCCTTCGGCCGCGAAAAATGCGTTGCTCAAGGCCCAGCAAAGCCCTCAGGACAACCAGCAAGTGCTGGCCCTGGAACCGGCCGCCAGCGCCGTACCGCAAAACCAGTTCTACCTGTTGCCGATCTTCGATTCGCGTGAAAGCTTCGACGACAACGGCCAGCCGGTGCAGTTGCTGAACGTTGCCTCCATTGACCCCGGCAACGCGCAAAAGGTCGCGACCAACACGCCGATCACCTCCGCCAATGCCGACGCGTTCCGTACCGCCGTGGTGCTGGTGGTGGACACCACCGTGTCCATGCAGCCCTATATCGATCAGGTCCGCGACGTGGTGCATCAGTTGCAGACCCGCATCGGCGAACGTGGCGAGTTGGACAGCGTCAGCTTCGGCATGGTCGGTTTCCGCAGCAGCATCAAGAAGACCCCGGGCCTGGAGTACACCGCCAAGACTCTGATCACGCTGGAGCAGGGCCGCGACCCGCAACGCTTCCTGGAGATGGCGCGGCAGGTCAAGGCGTCTACCGTGTCGAGCCATTCGTTCAACGAGGATGCGTTTGCCGGGGTCATGGAAGCCGTGGAAGGCGTGGACTGGTCCGGTTACGGCGGGCGCCTGATCCTGCTGGTGACCGATGCCGGTGCCCTGCGCAAGAACGACCCGTTTGCCGCGACGCAGATGAACGAGGCCGAAGTGCGCCAGGCCGCGTTGGGCAAGCAGATCAAGATCTACGCCTTGCACCTGCTCAGCGACGCCGGCAAGAAAACCCACGCCGGCGCCCAGACCCAGTACCGCACCCTGACGGCCGACGCCAATCCACAGATCGGCGACCTGTACATCCCGGTGCCGGGCGCCGACGTGCGCAAGTTCGGCGAGCGGGTCGACGAGATCGGTTCGGTGTTCGCCGATCTCGTGCACCAGGTGCGCAGCAACAAGCCGCAAAGCGTGCCGCTGCTCAGCGCCGCGCCAAGCCTGGCGGACAAATCGGCGGCGGTCGGTTACGCCATGCACATGGATTTCCTCGGCCGCAAAACCGCTAGCCAGGCGCCGCAACTGGTCAGCGCCTGGACCGCCGACCGCGACCTGACCAACCCGGCGCTGCCGGCGTTCCAGGTCTGCGTGATGCTGACCAAGCTGCAGCTCAACGACCTGCAGCAATCGCTGAAGCTGATCGTCGATGCGGCTCGCAAGACCCAAAGTTCGCCCAAGGATTTCTTCCAGGAAATCGCCAGTGCCAGCGCCTACATGAGCCGCGACCCGTCGGCCCTGCGCAAGGGCGGCAATCTCGCCACCGGCGGCATCCTCGGCGAGTACCTGGAAGGGCTGCCGTACCGCAGCAAATCGTTGAACATGACCCAGGACCTGTGGCTGTCCTTGAGCGTGGCCGAGCAGGAAGATTTCATCGACGAGCTGGAGTCGAAGATCCGTCTCTACGAAACCTTCCACAACGATCTCGCCAACTGGGTGCGTTTCGGCGATGCCGAGCCGGGCGATGCCTTGTACCGCGTTCCGTTGTCGACGCTGCCGTGA MSLPLNIVIPGYDIDGEIGEGAMASVYLATQRSLERKVALKVMAAALAADPTFCERFLREGKTLARLSHPHTVTIHDIGNVGELYYMAMEYLPNGTLKERIAAGLTPEQGLTYIRQIASALGYAHGLGLVHRDVKPANILFRADGTAVLSDFGIAKSLDDRTQFTQAGFAVGTPSYMSPEQARGQDIDGRADLYALGVVLYEILVGKLPYIGNDALSTALAHLTEPLPELPVHHGRYQEVLRKLLAKDPAERFPDATALLRALDNLPEESSEATLIRPLSFELPAAPPPVDDLAGLTPVSIDIPSGPAYAQPQPRPIPPPVKPTPQSTVSEQRKRPVFALAAVAVAVALALGGAGYWWLAGDNGKKVKTPVTTTTSVKPPEVKPPKAPEVPAVKPPIAPPTQPPVATEADGGQRPLLMAGKKTLFQRVLSKPGAKLADAPGAAPGKSLPAFSVLYVYQRKDVEGSAWVRVGAATDGRSDGWLPAAQVSDWKQSLVLKFTERSGRAPVMFLRQPGEVEKLLANPSAAKNALLKAQQSPQDNQQVLALEPAASAVPQNQFYLLPIFDSRESFDDNGQPVQLLNVASIDPGNAQKVATNTPITSANADAFRTAVVLVVDTTVSMQPYIDQVRDVVHQLQTRIGERGELDSVSFGMVGFRSSIKKTPGLEYTAKTLITLEQGRDPQRFLEMARQVKASTVSSHSFNEDAFAGVMEAVEGVDWSGYGGRLILLVTDAGALRKNDPFAATQMNEAEVRQAALGKQIKIYALHLLSDAGKKTHAGAQTQYRTLTADANPQIGDLYIPVPGADVRKFGERVDEIGSVFADLVHQVRSNKPQSVPLLSAAPSLADKSAAVGYAMHMDFLGRKTASQAPQLVSAWTADRDLTNPALPAFQVCVMLTKLQLNDLQQSLKLIVDAARKTQSSPKDFFQEIASASAYMSRDPSALRKGGNLATGGILGEYLEGLPYRSKSLNMTQDLWLSLSVAEQEDFIDELESKIRLYETFHNDLANWVRFGDAEPGDALYRVPLSTLP PGPT0025905_14 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0025905-ppkA-K11912 NA NA D1-35_02943 717 lolD_3 COG1136 Lipoprotein-releasing system ATP-binding protein LolD ATGCTGAACCTGAACGCCGTGCACAAAAGCCGGGGCTCCGGCAGCCAGCGCTACAGCCTGGTGATTCCACGGCTGCAACTGCGTGGCGGTGAACAGCTGGCGGTGGTCGGCCCCAGCGGCTGCGGCAAGAGCACCCTGCTGGACTTGCTCGCTCTGGTGCTGGCGCCGGATCAGGCCGGGCAATTCGATTTCACGCCCGCCAATACACCGCTGGACATCGCCAAACTGTGGCGTGCGTCGCAACAGGACACCTTGGCCGAGCTGCGCAGCCGTCACCTGGGCTATGTTCTGCAAACCGGAGGCCTGCTGGGCTTCCTGGACGTGCGCGGCAACATCGCGTTGTCGCGCAAATTGCTGGGCTTGAAGGATGACGGCAGCGTGACGCGCCTGGCTGGACAACTGGACATCGCCGATCAACTGGACAAGAAACCGACGGACCTGTCCGTGGGTCAGCGCCAGCGGGTCAGTTGCGCCCGCGCTTTGGCCCATGGCCCGCGCCTGCTATTGGCCGATGAGCCGACCGCCGCGCTGGACCCGTTGAACGCCGAGCGCGTCATGCAGTTGCTGGTGACCCAGGCCCGGGAGCAGGGGGTGTGCTGCGTCGTTGCCACCCATGACGAGGCGCTGGCCCGCGCCAGCGGCTTGCAGGTGCGGCGCATCAGCTGCCGTCGCGACACGGACGGCGGCGTCACCGCCACCCTTGGGGAGGCTTGCTGA MLNLNAVHKSRGSGSQRYSLVIPRLQLRGGEQLAVVGPSGCGKSTLLDLLALVLAPDQAGQFDFTPANTPLDIAKLWRASQQDTLAELRSRHLGYVLQTGGLLGFLDVRGNIALSRKLLGLKDDGSVTRLAGQLDIADQLDKKPTDLSVGQRQRVSCARALAHGPRLLLADEPTAALDPLNAERVMQLLVTQAREQGVCCVVATHDEALARASGLQVRRISCRRDTDGGVTATLGEAC PGPT0013345_7047 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-35_02944 1197 hypothetical protein ATGCGCGGCGCGCTGGTGGCTTCCCTGGCCTGGCAGGATTATCGCAACGACGCCTGGCTGTCGGCCTGTTCGGTGCTGGCGCTGGTCGCCGTGGTGGCGCCGTTGCTGGTGTTGTTCGGCCTGAAGTTCGGTCTGGTCAGCAGTCTGACCGAGCGCCTGGAACGTGACCCCGCGACCCGGGAAATCATCCCCCTCGGCGGTGGCCGTTTCAGCGCCGGATTCGTTGAACAACTGGGGCAGCGCAGCGACGTCGCCTTCGCCTTGCCGCGCACTCGGCAGATCGCAGCCACGGCGGACCTGAGCAATGAGGCTTCGGCGGTCACGGTCGAAATGATTCCCACGGCGCTGGGCGATCCGCTGTTCGACCAACTGCCGGTGCCGCAAGGCCTGGAGCAAGTGGTGCTCAGCCAGACCGCCGCGGAAAAACTCGGCGCCAGGTCTGGCGATTGGTTGCAGGCCAGTTTCGGCCGGCAGGTGGCTGGTCGCAGCGAGGCGCAGCGCACACGGGTGCAGGTGTTGCAGGTGCTGCCGTTGGAAGCCTTCGCCCGGGACGGTCTGTTCGCGCCACTGGCATTGCTCGAGGCGGCCGAGGATTACCGTGACGGCCGCGCCGTGCCCGCGTTCGGCTGGCCTGGCGATGCGCTGGGCGACGCTGGGCAGCGGGTTTATCCGGCGTTTCGTTTGTATGCCCGCAGCCTCGGCGATGTCGAGCCGCTGCGTCAGTACTTCGCCGGACAGAACCTGCTGGTGTCGACCCAGGCCCAGACCATCGCACAAGTGCAATCGTTGAGCCGCAACCTGTCGATCGTGTTCTGGATCATCGCCGGATTGGCGCTGGCCGGTGCATTCGCGGCGATTTTTGCCGGTGCCCTGGCGGCCGTCGAGCGCAAGCGCCGGGAGCTGTCGGTGTTGCGCCTGCTGGGTGTGTCCACGGCGGCGCTGTTGTTGTTCGTGGTCTTGCAGGCGCTCTACAGTGCCATGTTTGCGGCCCTGCTGAGTGTTGGCCTGTATGGCCTGGCGCAGTCGGGCCTGAATCATTTATTTGCGCAGATGCCCGGCGAATACGCCAGCCATCTGCTGGTGCGCCATTACACCTTGGCCCTGGTGGCCGTGCTCGGCGTCAGTGCCGTCGCGGCGGCCTGTGGCGGTTGGCGGGTGGCGCGCATCCAGGCGTGTGAAGGAATTCGCGATGTATAA MRGALVASLAWQDYRNDAWLSACSVLALVAVVAPLLVLFGLKFGLVSSLTERLERDPATREIIPLGGGRFSAGFVEQLGQRSDVAFALPRTRQIAATADLSNEASAVTVEMIPTALGDPLFDQLPVPQGLEQVVLSQTAAEKLGARSGDWLQASFGRQVAGRSEAQRTRVQVLQVLPLEAFARDGLFAPLALLEAAEDYRDGRAVPAFGWPGDALGDAGQRVYPAFRLYARSLGDVEPLRQYFAGQNLLVSTQAQTIAQVQSLSRNLSIVFWIIAGLALAGAFAAIFAGALAAVERKRRELSVLRLLGVSTAALLLFVVLQALYSAMFAALLSVGLYGLAQSGLNHLFAQMPGEYASHLLVRHYTLALVAVLGVSAVAAACGGWRVARIQACEGIRDV PGPT0013350_18897 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_02945 1728 hypothetical protein ATGTATAAATTATTGGGCGCCGCCGTGGCGCTGAGCCTGGCCGGTCTGGTCTGGGCTGATGAAGGCACGGATAAACTGGACAACCCCAAGCCATTGCCCGACGACGTCAGCCTGCCGCTGCCGTGCGAGGGGCAGATGGTGTTCCGCTACGTCTACATCCTCGCCCAGGGCACCCTGGACGACCGCGAGATCAGCCTCGGCTACCCGTTCAGCGAAGGCGAGGCGGGCTATCAACAGTCGTTCATTTCCGGCTACCGGCGCGACTTCATCAACGGCCAGTTCACCCTGAAGGATTTGCCCAAGGACTGGAACAAGACCATCACGCCGTTGATGCCCAAGACTGACGCCAAGACGCCGCTCAAGCCGATGCTGTACTTCATCGGCAAATACGAAGTGACCGCCCGCCAGTACGCCCAGGTCATGGCGCAGGCGCAATCGCTGGCCAGCGGCGAGCCGGCACCGGCCTGCGAGGCGCTGCTGGCCGAGTTGCCCCAGGGCATGGCCGGGCGCTTACCCAAGGTGAAGCTGTCGAAGTTCGAGGCCGAGCGCTTCTCGGCGGTGTACAGCGCCTGGCTGATGAAATACCACAAGGACCTGTTGCCGGTGAGCGGCCGCGGTACCTCCGCTGAAGACGGTGGGCTGGGCTTCGTGCGCCTGCCCACCGAGGTCGAATGGGAATTCGCCGCCCGTGGTGGACATGCCGTGAGCCGCCAGGACCTGGAAGGACGATTGTTTCCCCGACGCCTGGAAGGCAGCGAAAGCGACGGGCCGTTGGCCGATTGGGCGGTGTTCAACCAGGTCGCCGGCGGCACCGGCCAGGCGGCGCGACTGATGCCCATCGGCACCAAGCTGGCGAACCCGATCGGGTTGTTCGACGTGATGGGCAACGCCGCCGAGATGGTCCAGGAATCCTTCCAGCTTGTGCATGCCGGCCGCCGTCAGGGCGCCTATGGCGGTTTTGTGGTCAAGGGTGGCAACTACCTGGAAGGCGAGGGCACGTTGTTTACCGGCATGCGCCGCGAATACCCGTTGTTCGCCGCCGACGGCACCGAACAGAGCAACGAAACCACCGGCTTTCGCGTGGCGGTCGGGGCGCTGTCGGCGCCGCGCTCGCGCTACAAGGAATTGTTCGCCCAATGGCAGAAGGAAGGCCGGCTCGCGTCCCTCACCGATGCCATCGACGATGCCGAAGACCCGACCAAGCGCCTGGACAGCATTATCGCCGCCAGCGCCGACCCGCGACTGCAAGCCGAGCTGGGACTGGTCAATGAAGAGCTCAAGCGCAACGTCTCGCTCATCGCCCAGCAGCGCGAGGAAGCGGCGGGCAACCTGATCCAGTCTTCGGCCCTGGTGGCGGAGACCATCAACAACTACAACATTCGCCTGACCAACCTGCAAAACAGCCGGCAGGCGGCCCTGGACGCCAAGGACGAGGCCAGTGCCACGCTGTTCGCCACGGCCATCGACAACGGCCGCAGCGCGCTGGATGGCGCGGTGGCGATCTACATCGACAACCTGGCAACCGGCACGCGCTACACCGATGCCGTGATCCAGGCGCAGTTCCAGCGCATCAAGGAAGAGCTGGAGCGCAAACCGGTACTGGGCAAGAGCCTGGTGGCGCGTGCAACGTTATTCGTTCGTCATGTCGGGGATTATCGTCAGCAGAAACGAGCCGACCCGGCGGCGATATTGAAGGAATTGCTCGCATCGAGCGCTCAGCGGTCTTGA MYKLLGAAVALSLAGLVWADEGTDKLDNPKPLPDDVSLPLPCEGQMVFRYVYILAQGTLDDREISLGYPFSEGEAGYQQSFISGYRRDFINGQFTLKDLPKDWNKTITPLMPKTDAKTPLKPMLYFIGKYEVTARQYAQVMAQAQSLASGEPAPACEALLAELPQGMAGRLPKVKLSKFEAERFSAVYSAWLMKYHKDLLPVSGRGTSAEDGGLGFVRLPTEVEWEFAARGGHAVSRQDLEGRLFPRRLEGSESDGPLADWAVFNQVAGGTGQAARLMPIGTKLANPIGLFDVMGNAAEMVQESFQLVHAGRRQGAYGGFVVKGGNYLEGEGTLFTGMRREYPLFAADGTEQSNETTGFRVAVGALSAPRSRYKELFAQWQKEGRLASLTDAIDDAEDPTKRLDSIIAASADPRLQAELGLVNEELKRNVSLIAQQREEAAGNLIQSSALVAETINNYNIRLTNLQNSRQAALDAKDEASATLFATAIDNGRSALDGAVAIYIDNLATGTRYTDAVIQAQFQRIKEELERKPVLGKSLVARATLFVRHVGDYRQQKRADPAAILKELLASSAQRS NA NA NA NA NA D1-35_02946 942 hypothetical protein ATGCTTTTCTCCCGTAAACCTTTTGCTTCGGTTTCCAAGCGTCATTTGCTGATGGTCGCTGTTGGCTTCAGCACCGTACTGACCGGCTGCGCCACGTCGCCGACGTCCAAGGTCGCTTCGAGCACCAAGGTCGAGTACTACCCGAACTGCTACGAGCCGGTGCAGCACCTGCGCTCTACTGAAGGCAACATGACCAAGTCCGTGGTCACCGGCGCAGCCGTCGGCGCCGTCGGCGGTGCCTTGCTGGGCGCGCTGACCGCTGACAAGGAAGACCGTGGCCGCAACGCCGCCATCGGTGCCGCGGGCGGCGCCCTGGCCGGTGGCGCAGCCGGTTACTACACCGAGCGCCAGAAGCAGATCGCCGATGACAACATGCGCATCGCCTCCTACGCCGCCGATGTCAGCAAAAGTGCTTCGGACATCGACCGCAGCACCGCGTACGCCAAGGCTTCGCAACAGTGCTACCAGAACGCGTTCAGCAAACTGGTCGCCGACCGCAAGGCCAAGACCGTCAACGACACCGAAGGCCGCAAGCGCCTGGCGGAAATCGTTGCCGGCCTGAAAGAGTCCAACGACCTGATCGTCACCGTGAACGGCAAAGCCGCCGAAGACCTGAACAACTACACCCAGGCCTATGAAAAAGACCTGCAGCAAGTGGGTGTGCAGCGTACTGACGTGGTGACCGTGGCCACTGCTGATACCACGCAAGTTGTGGCGGCACAGACCAGCACCAAGAATAAAAAGAAAGTGACGCCGGCGAAGAAGAAAGAGCTGCCAACCGTGCCGAAAGAAGCGGTCGCCACCGAGAAGACCCTGCAGACCGCCAAGGCCAAGCAGGATGAAGGCAAGCAGGTCGCCAGCGCCGGCACCACCCAGGTCAACAGCATGTGCAAAAACCCGGACCTGGGCGATTGGGCACCGGTGCCTTGCCCGAATGTCTGA MLFSRKPFASVSKRHLLMVAVGFSTVLTGCATSPTSKVASSTKVEYYPNCYEPVQHLRSTEGNMTKSVVTGAAVGAVGGALLGALTADKEDRGRNAAIGAAGGALAGGAAGYYTERQKQIADDNMRIASYAADVSKSASDIDRSTAYAKASQQCYQNAFSKLVADRKAKTVNDTEGRKRLAEIVAGLKESNDLIVTVNGKAAEDLNNYTQAYEKDLQQVGVQRTDVVTVATADTTQVVAAQTSTKNKKKVTPAKKKELPTVPKEAVATEKTLQTAKAKQDEGKQVASAGTTQVNSMCKNPDLGDWAPVPCPNV NA NA NA NA NA D1-35_02947 381 hypothetical protein ATGAAATTTCGTTTGCTGCTGTGGATGCTCGGGTTGTTGATGGGCAAGGCCAGTCGTAACAATCCGGCGTTCCAGCAACAGTTGGCCGACCGGGAGTTGGTGTTCCAGTTGCAAACCCTGGACGGCAAGGTCGCCAGGCATTACACCGTGAAGAACCAGCGCATCACCAGCCACTCCGGTGCGTACCCGACACCGGCCTTCGCCATCGCCTTCAAGGATGCAGCCTATGGCTTCGCCACGATGCAGGCGAAGAACAAGCAGTTGGCATTCATGACCGGGATCCAGGACAAGTCGATCCAGATCAAAGGCAACCCGGCGCTGGTGATCTGGTTTCAGGGGCTGATGAAGTATTTGAAGCCGAGGAAACCGAAGAAGGTTTAG MKFRLLLWMLGLLMGKASRNNPAFQQQLADRELVFQLQTLDGKVARHYTVKNQRITSHSGAYPTPAFAIAFKDAAYGFATMQAKNKQLAFMTGIQDKSIQIKGNPALVIWFQGLMKYLKPRKPKKV NA NA NA NA NA D1-35_02948 1398 hypothetical protein ATGACCGAAGCTGCCCTCGTCCCCGAAACCCCGCACGCTCCGTCTGTTATTCGGCAGTTGCTCGAGAAATTGGGCATCGCCTTTGACGAAGTCATCGAGCGACCGGGCTTGAACCCCGCTCGTAAAGTGCAGGCCGTGCTGTTGCACGACGCTGTCGGCGCGCTCATGGTCCTGTTTCCGCAAAACCAGTTGCTGGACCTCAACCGGCTGGCCGAGCTCACCGGTCGTAAACTCACGGCTGTGCCGACCGAGCGCCTGGAACGCATGCTCGGCAAGCACAACCTGAGCCTGCTGCCCGGCCTGCCAGCGCTGACCAGCTCGCCGTGCCTGTATGAAGAAGGCCTGCTGCGCGAGCCGAAACTGTTGATCAATTCCGGCGAGCCGGGGCTGCTGCTGGAAGTCACCAGCGAAGCCTTCAAGACCATGCTCACCAAGGCCAGCGCCGCGACGTTCGGCGAGCCTTTGAGCAATATCACGCCAAACCTGGACCGCCCGGACGACGACCGCAAGGAAATCACCATGGCCGTGCAGGCCTTCACCGCGCGGCGTATCCAGCAACGCCTGGAAGAAACCATCGAGATTCCGCCGCTGGCCGAAACCGCGCAGAAGATCATCAAGTTGCGGGTCGATCCCGACGCGACCATCGATGACATCACCGGCGTGGTGGAAACCGACCCGGCCCTGGCCGCGCAAGTGGTGAGCTGGGCCGCGTCGCCGTACTACGCCTCGCCGGGCAAGATTCGTTCGGTGGAAGACGCGATTGTCCGGGTGCTGGGCTTCGACCTGGTGATCAACCTGGCGCTGGGCCTGGCCCTGGGCAAGACCCTGAGCCTGCCCAAGGACCACCCGCAACACACCACGCCTTATTGGCAGCAGTCGATCTACACCGCCGCCGTCATCGAAGGCCTGACCCGCGCCATGCCGCGCGCCCAGCGCCCCGAAGGCGGCCTGACCTACCTGTCGGGGCTGCTGCACAACTTCGGCTATCTGCTGCTTGCCCACGTGTTCCCGCCGCATTTCTCGCTGATCTGCCGGCATCTGGAGGTCAACCCGCACCTGTGCCACAGCTACGTGGAACAGCACTTGCTGGGCATCAGTCGCGAGCAGATTGGCGCCTGGCTGATGCGCTACTGGGACATGCCCGACGAACTGGCCACCGCCCTGCGCTTCCAGCACGACCCTCACTACGACGGTGAATACGCCGCCTACCCGAACCTGGTGTGCCTGGCCGTTCGCCTGCTGCGCTCGCGCAGCATCGGCTCGGGCCCGGACGAGGACATCCCGGACTCGCTGCTCGAACGCGTGGGGCTGACCCGGGAAAAGGCCAACGACGTGGTCAGCAAAGTGCTCGAAGCCGAAGTGTTGCTGCGGGAGCTGGCTTCGCAGTTCAGCCATTGA MTEAALVPETPHAPSVIRQLLEKLGIAFDEVIERPGLNPARKVQAVLLHDAVGALMVLFPQNQLLDLNRLAELTGRKLTAVPTERLERMLGKHNLSLLPGLPALTSSPCLYEEGLLREPKLLINSGEPGLLLEVTSEAFKTMLTKASAATFGEPLSNITPNLDRPDDDRKEITMAVQAFTARRIQQRLEETIEIPPLAETAQKIIKLRVDPDATIDDITGVVETDPALAAQVVSWAASPYYASPGKIRSVEDAIVRVLGFDLVINLALGLALGKTLSLPKDHPQHTTPYWQQSIYTAAVIEGLTRAMPRAQRPEGGLTYLSGLLHNFGYLLLAHVFPPHFSLICRHLEVNPHLCHSYVEQHLLGISREQIGAWLMRYWDMPDELATALRFQHDPHYDGEYAAYPNLVCLAVRLLRSRSIGSGPDEDIPDSLLERVGLTREKANDVVSKVLEAEVLLRELASQFSH NA NA NA NA NA D1-35_02949 2076 recG COG1200 ATP-dependent DNA helicase RecG ATGACTGAGCTGTCGAAAGTGCCGGTCACGGCACTCAAGGGTGTCGGTGAAGCCATGGCCGAGAAACTCGCCAAGGTCGGCCTGGAAACCCTCCAGGACGTGCTGTTCCACCTGCCGCTGCGTTACCAGGATCGCACCCGCGTGGTGCCCATCGGCCATTTGCGACCCGGGCAGGATGCGGTGGTCGAAGGCACCGTCAGCGGCGCCGACGTGGTCATGGGCCGGCGGCGCAGCCTGGTGGTGCGCCTGCAGGACGGCACCGGTGGGCTCAGCCTGCGCTTCTACCATTTCAGCAACGCGCAAAAGGAAGGCCTCAAGCGGGGCACCCGCGTGCGCTGCTACGGCGAGGCGCGGCCCGGCGCGTCCGGGCTGGAAATCTACCACCCGGAATACCGCGCCATCACCGGCGATGAACCGCCGCCAGTGGCTGAAACCCTGACGCCGGTCTACCCCCTCACCGAAGGCCTGACCCAGCAGCGCTTGCGCCAGCTCTGCCAGCAGACCCTGACGATGCTCGGCCCCACCAGCCTGCCGGACTGGCTGCCCAAGGAACTGGCGCGGGACTATCAATTGGCGCCGTTGGCCGACGCGATTCGTTATCTGCACCACCCGCCCGCCGATGCCGACGTCGAAGAGCTCGCCCTTGGACATCACTGGGCCCAGCATCGCCTGGCGTTCGAAGAGCTCCTGACCCATCAACTGTCCCAGCAACGCCTGCGCGAAAGCCTGCGCTCGCTGCGCGCCCCGGCCATGCCCAAGGCGACAAAACTGCCAGCCCGCTACCTGGCCAATCTCGGTTTCACCCCCACCGGCGCCCAGCAACGGGTCGGCAATGAAATTGCCTACGACCTGAGCCAGCCCGAGCCGATGCTGCGGTTGATCCAGGGCGACGTCGGCGCCGGCAAGACCGTGGTCGCCGCTCTCGCCGCGCTGCAAGCGCTGGAGGCGGGTTATCAGGTGGCGTTGATGGCGCCGACCGAGATTCTCGCCGAACAGCACTTCATCACTTTCCAGCGCTGGCTCGAACCGCTGGGCATCGAAGTCGCCTGGCTGGCCGGCAAGCTCAAGGGCAAGAACCGCGTCGCCGCCCTGGCGCAGATCGCCGAGGGCGCGCCGATGGTGGTCGGCACGCACGCGCTGTTCCAGAACGAAGTGCAGTTCAAGAACCTGGCCTTGGTCATCATCGACGAACAACACCGCTTCGGCGTCCAGCAGCGCCTGGCCCTGCGGCAGAAAGGTGTCGGTGGCCGAATGTGCCCGCACCAGTTGATCATGACCGCCACACCAATTCCGCGGACCCTGGCGATGAGCGCCTACGCCGACCTCGACACCTCGATCCTCGACGAACTGCCGCCCGGCCGCACGCCGGTCAACACCGTGCTGGTCACCGACACCCGGCGGGTCGAAGTGATCGAGCGCGTGCGCAGCGCCTGCGCCGAAGGCCGGCAAGCCTATTGGGTGTGCACCTTGATCGAGGAATCGGAAGAGCTGACCTGCCAGGCGGCTGAAACCACCTTCGAGGACCTCACCGCCGCCCTTGGCGAACTGAAGGTCGGGCTGATCCACGGTCGCATGAAGCCTGCCGAGAAAGCCGCGGTCATGGCCGAATTCAAGGCCGGCGCCTTGCAATTGCTGGTTGCCACCACGGTGATCGAGGTCGGCGTCGACGTGCCCAACGCCAGCCTGATGATCATCGAGAACCCCGAGCGCCTGGGCCTGGCGCAGTTGCACCAGTTGCGTGGCCGGGTCGGCCGGGGCAGCGCGGCCAGCCATTGCGTGTTGCTGTACCACCCGCCGCTGTCACAGATCGGCCGCCAGCGGCTGGGCATCATGCGTGAAACCAATGACGGTTTCGTCATCGCCGAAAAAGACCTCGAACTGCGCGGCCCGGGTGAAATGCTCGGCACGCGCCAGACCGGTCTGCTTCAATTCAAGGTAGCCGACCTGATGCGCGACGCCGACCTGCTCCCTGCGGTCCGCGACGCCGCCCAGGCGTTGCTGGAGCGCTGGCCGGACCACGTCAGCCCGCTGTTGGATCGCTGGTTGCGCCACGGGCAGCAATACGGCCAAGTGTGA MTELSKVPVTALKGVGEAMAEKLAKVGLETLQDVLFHLPLRYQDRTRVVPIGHLRPGQDAVVEGTVSGADVVMGRRRSLVVRLQDGTGGLSLRFYHFSNAQKEGLKRGTRVRCYGEARPGASGLEIYHPEYRAITGDEPPPVAETLTPVYPLTEGLTQQRLRQLCQQTLTMLGPTSLPDWLPKELARDYQLAPLADAIRYLHHPPADADVEELALGHHWAQHRLAFEELLTHQLSQQRLRESLRSLRAPAMPKATKLPARYLANLGFTPTGAQQRVGNEIAYDLSQPEPMLRLIQGDVGAGKTVVAALAALQALEAGYQVALMAPTEILAEQHFITFQRWLEPLGIEVAWLAGKLKGKNRVAALAQIAEGAPMVVGTHALFQNEVQFKNLALVIIDEQHRFGVQQRLALRQKGVGGRMCPHQLIMTATPIPRTLAMSAYADLDTSILDELPPGRTPVNTVLVTDTRRVEVIERVRSACAEGRQAYWVCTLIEESEELTCQAAETTFEDLTAALGELKVGLIHGRMKPAEKAAVMAEFKAGALQLLVATTVIEVGVDVPNASLMIIENPERLGLAQLHQLRGRVGRGSAASHCVLLYHPPLSQIGRQRLGIMRETNDGFVIAEKDLELRGPGEMLGTRQTGLLQFKVADLMRDADLLPAVRDAAQALLERWPDHVSPLLDRWLRHGQQYGQV NA NA NA NA NA D1-35_02950 921 oxyR Hydrogen peroxide-inducible genes activator ATGACCCTCACAGAATTACGCTACATCGTGACCCTCGCCCAAGAGCAGCACTTCGGCCATGCGGCCGAGCGTTGCCATGTCAGCCAGCCGACGCTGTCGGTGGGCGTGAAAAAGCTTGAAGACGAACTCGGTGTGCTTATTTTCGAGCGCAGCAAAAGCGCGGTGCGCCTGACGCCGGTCGGTGAAGGCATCGTCGCCCAGGCGCAAAAAGTCCTGGAACAGGCCCAGGGCATCCGCGAGCTGGCCCAGGCCGGCAAGAACCAGCTGACCGCCCCGCTGAAAGTCGGCGCGATCTACACCGTCGGCCCGTACCTGTTCCCGCACCTGATCCCGCAACTGCACCGGGTCGCCCCGCAGATGCCGTTGTACATCGAAGAAAACTTCACCCATGTGCTGCGCGACAAGCTGCGCAACGGTGAGCTGGACGCGATCATCATCGCCCTGCCGTTCAACGAAGCCGATGTCCTGACCCTGCCGCTCTACGACGAGCCGTTCTACGTCCTGATGCCGGCCCAACACCCGTGGACCCAGAAGAAAACCATCGACGCCGCCCTGCTCAATGACAAGAGCCTGCTGTTGCTCGGCGAAGGCCACTGCTTCCGCGACCAGGTGCTCGAAGCCTGCCCGACCCTGACCAAGGGCAGCGAAGGCGCCAAGCACACCACGGTGGAATCCAGCTCCCTGGAAACCATTCGCCACATGGTCGCCTCCGGCCTGGGCATTTCGATCCTGCCGCTGTCGGCGGTGGACAGCCATCATTATTCACCCGGCGTGATCGAAGTCCGTCCATTGACCGCGCCGGTGCCGTTCCGCACCGTTGCCATCGCCTGGCGCGCCAGCTTCCCGCGACCCAAGGCCATCGAGATCCTCGCCGATTCGATCCGCCTGTGTTCCGTGGCCAAGCCGCCCGCCGCCAAGTAA MTLTELRYIVTLAQEQHFGHAAERCHVSQPTLSVGVKKLEDELGVLIFERSKSAVRLTPVGEGIVAQAQKVLEQAQGIRELAQAGKNQLTAPLKVGAIYTVGPYLFPHLIPQLHRVAPQMPLYIEENFTHVLRDKLRNGELDAIIIALPFNEADVLTLPLYDEPFYVLMPAQHPWTQKKTIDAALLNDKSLLLLGEGHCFRDQVLEACPTLTKGSEGAKHTTVESSSLETIRHMVASGLGISILPLSAVDSHHYSPGVIEVRPLTAPVPFRTVAIAWRASFPRPKAIEILADSIRLCSVAKPPAAK PGPT0012965_1704 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761 NA NA D1-35_02951 756 hypothetical protein ATGATCACGACGCGCCAAAAGCTGACGCGTTACAGCGGTAGCCTGGCCGTGGTGCTGGGCGTGCATGCGCTTGCCATCGCACTGGCGCTGAACTGGACGACGCGTGCCCCCATCGAATTGCCACCCCAGGCGATGATGGTCGAACTGGCGCCGGTTCCAGCACCGCCACCGCCTGCACCGCCAAAAGTGGTCACGCCGCCGCAACCGCCCGAGCCGGTCGAAGAGCTGCCGCTGCCCAAACTGGCCGAAGCGCCTAAGGCGGAAATCGCCGTGCCCAAACCGGTCAAGCCCAAGCCAAAACCACAGCCGCCCAAGCCAAAGCCGGTGGAGAAAAAGCCGGAGCCGCCAAAGGAAACGCCGTCGGAGCAAAAGCCCGCCGACACTCAGCCGACCCAGGCACCGACCGAGAAGTCCGCGCAACCGGCCCCTGGTCCGTCGCCCGCACAGATGGCCGCCAAGGCCAGTTGGCAAGGTACGTTGCTGGCGCACCTGGGCAAATACAAGAAGTACCCGGCCAGCGCCCAGGCACGTGGCAAGGAAGGCATGAACCGCTTGCGGTTCGTGGTGGATGCCGAAGGCAACGTGGTGTCGTTCGAACTGGTGGGCAAGTCAGGCAACGCCGATCTGGACCGGGCCACCCTGGAAATGATCCGCCGCGCCCAACCGCTGCCCAAGCCACCGGCCGACCTGCTGAGCAACGGCACGGTCGAACTGACGGCACCGTTCCTGTACTCCATCGACAAGCGCCGGCGCTGA MITTRQKLTRYSGSLAVVLGVHALAIALALNWTTRAPIELPPQAMMVELAPVPAPPPPAPPKVVTPPQPPEPVEELPLPKLAEAPKAEIAVPKPVKPKPKPQPPKPKPVEKKPEPPKETPSEQKPADTQPTQAPTEKSAQPAPGPSPAQMAAKASWQGTLLAHLGKYKKYPASAQARGKEGMNRLRFVVDAEGNVVSFELVGKSGNADLDRATLEMIRRAQPLPKPPADLLSNGTVELTAPFLYSIDKRRR PGPT0003745_3634 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832 NA NA D1-35_02952 429 exbD_2 COG0848 Biopolymer transport protein ExbD ATGGGCCTGCATTTGAAAGAAGGCGCAGACGACGATCTGGCCGAGAACCACGAAATCAACGTCACGCCATTCATTGACGTGATGCTGGTGCTGTTGATCATCTTCATGGTGGCCGCCCCGCTCGCCACCGTGGACATCAAGGTTGACCTCCCCGCGTCGACGGCCAAGCCGTCGCCACGCCCGGAGAAACCGGTGTTCCTGAGCGTCAAGGCCGACCAGCGCCTGTTCCTCGGTGAAGAGGAAATCAAGGTCGACAGCCTCGGCGCGACCCTGGACGCCAGGACCCAGGGCAAGAAAGACACGACGATCTTCTTCCAGGCCGACAAAGGCGTGGACTACGGCGACCTGATGAGCGTGATGGACGCCCTTCGTGGCGCCGGCTACCTGAAGGTCGGTCTGGTCGGACTCGAGACGGCGCCGAAGAAATGA MGLHLKEGADDDLAENHEINVTPFIDVMLVLLIIFMVAAPLATVDIKVDLPASTAKPSPRPEKPVFLSVKADQRLFLGEEEIKVDSLGATLDARTQGKKDTTIFFQADKGVDYGDLMSVMDALRGAGYLKVGLVGLETAPKK PGPT0003755_1487 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559 NA NA D1-35_02953 981 tolQ_3 Tol-Pal system protein TolQ ATGACACGCTCTCTCTCCTCCGCTTCGCCAACCAATCGACCTCGCGCCTGGAGCGCTGTGGCAGCGTTGCTGTTCAGCCTGCTGCTGGCGCCTGCCGCCGCATTCGCCGATGCCCAGACGCCGGCCAGCACGTCCACCACGGCACCCGCTGCCACCCAGGCGCCGGCCGACACGACAGCACCTGTAGCCGCTCCCGCAGCCAGCGACCCGGCCCAGGCCGTCGAAGCCAGCGCAGCCGACGCGCCTCAAGTGCTTGAAGCCGACAACACCCTGGGCATGGCCCACGACCTGTCGCCCTGGGGCATGTACAAGAACGCCGACGTGGTCGTCAAAGCCGTGATGATCGGCCTGGCCATCGCCTCGATCATCACCTGGACCATCTGGATCGCCAAAGGCTTCGAGCTGCTGGGTGCCAAGCGCCGCTTGCGTGGCGAGATCGCCGCCCTGAAAAAAGCCGCCACCCTCAAGGAAGCCAGCACCACCGCCGGCAAGGAAGGCACCCTCGCCAACCTGCTGGTGCACGATGCGCTCGAAGAGATGCGCCTGTCGGCTAACAGCCGCGAGAAGGAAGGCATCAAGGAACGCGTGAGCTTCCGTCTCGAGCGCCTGGTCGCGGCCTGCGGTCGCAACATGAGCAGCGGCACCGGCGTACTCGCCACCATCGGTTCCACCGCGCCCTTCGTCGGCCTGTTCGGCACCGTGTGGGGGATCATGAACAGCTTCATCGGCATCGCCAAGACCCAGACCACCAACCTCGCCGTCGTTGCTCCCGGCATCGCCGAAGCCTTGCTGGCGACGGCTTTGGGCCTGGTCGCAGCGATCCCCGCCGTGGTCATCTATAACGTCTTCGCCCGCTCCATCGCCGGCTACAAGGCCCAGGTCTCCGACGCTTCGGCCGAAGTCCTGCTGCTGGTCAGTCGCGACCTCGACCACCTGCCGCCCGAGCGCAGCTCGCAACCGCACATGGTGAAAGTGGGGTAA MTRSLSSASPTNRPRAWSAVAALLFSLLLAPAAAFADAQTPASTSTTAPAATQAPADTTAPVAAPAASDPAQAVEASAADAPQVLEADNTLGMAHDLSPWGMYKNADVVVKAVMIGLAIASIITWTIWIAKGFELLGAKRRLRGEIAALKKAATLKEASTTAGKEGTLANLLVHDALEEMRLSANSREKEGIKERVSFRLERLVAACGRNMSSGTGVLATIGSTAPFVGLFGTVWGIMNSFIGIAKTQTTNLAVVAPGIAEALLATALGLVAAIPAVVIYNVFARSIAGYKAQVSDASAEVLLLVSRDLDHLPPERSSQPHMVKVG PGPT0003750_1040 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561 NA NA D1-35_02954 858 hypothetical protein ATGTCCGCGCCTTCTGTTCTAATTGCCGGCTGTGGTGATATCGGCGGCCGTTTGGCCAGCCAACTGGTGACCGAACATTGGCGGGTGCACGGCTTGCGGCGCACGGTTTCGAACCTGCCGGCCGGGGTCATCGGTGTCGGGGGCGACTTGTTCAACGAGCGATGCCCCACCGATTGGCCCAGCGGGCCATTGGACTACCTGGTCTACAGTGCTGCCGCCACCGACCATGACGAAGCGGGCTACCGCATGGCATACGTCGAAGGGTTGCAACATGTGTTGGGCTGGTTGAAGCAACATGGCCAGCAACCCAAGCGCTTGCTTTTTGTGTCCAGCAGCAGCGTCTATGGACAACAGAACGGCGAGTGGGTTGATGAAAGCTCACCTACCGAGGCGGGTGGTTATTCCGGGCGGGTCATGCTCGAAGCCGAGCAAGTGGCGCTGGGCAGTGGCATCCCGGCCAGTCGTGTACGCCTGACCGGCATCTACGGGCCGGGCCGGGAGTGGCTGCTCAGCCAGGTGCGCCAGGGTTATCGAGTGGTGACCGATCCGCCGCTGTACGGCAATCGCATCCACGCGGACGATGCCGCCGGCCTGCTGGCGTTCCTGCTCAAGGCCGACAATCAAGGCCAGGCGTTGAAGGACTGCTACATCGGCGTTGACGACGCTCCCGCGCCGTTGGCGGAAGTGGTGGGCTGGTTGCGCGAGTACATGGGCATCACCGAGTGGGCCGAGGCCGCCAGCGTGCGCCGCGCCGGCAGCAAGCGCTGCAGCAATGCCCGGGCGAAGGCCCTGGGCTGGACACCGCGTTATCCGAGTTTTCGCGAGGGGTATGCGGCGATCCTGGAAGGGCGTTGCTGA MSAPSVLIAGCGDIGGRLASQLVTEHWRVHGLRRTVSNLPAGVIGVGGDLFNERCPTDWPSGPLDYLVYSAAATDHDEAGYRMAYVEGLQHVLGWLKQHGQQPKRLLFVSSSSVYGQQNGEWVDESSPTEAGGYSGRVMLEAEQVALGSGIPASRVRLTGIYGPGREWLLSQVRQGYRVVTDPPLYGNRIHADDAAGLLAFLLKADNQGQALKDCYIGVDDAPAPLAEVVGWLREYMGITEWAEAASVRRAGSKRCSNARAKALGWTPRYPSFREGYAAILEGRC NA NA NA NA NA D1-35_02955 741 hypothetical protein ATGCGCAACGCGCTTGCTTTCTCGCTGCTCGCCCTGATTCTCGGCGGTTGCGCCAGCGACCCTGCCGACCGTGACATCAGCGGCACCTGGATCAACCAGGCCGCCATCGACGCTGCCGCCAAGGGCGGCCCGCTGCGCGAAGCGCTGCAAGGCTACGGCCCGAACCTGGAATGGGACGTCAACACCCGGGCCGGTCAGGCGCGCTACACCAACGGTTTTGAAAACGTCGAAGGCAAGCTGCTCGGCGAAGAAGACGGTGCCTGGAAAGTCGATTTTTATGGCAGCTCGGCCAGCGAACTGAAGCGCGACGGCGACCAACTGAGCCAGGCTTCCACCGAAAACGAACCGCAGCAGGTATTCGAGCGCGCCAAGGTGCAGGTCCCGGACGGCGCGCCCATCGGCGCCAGCTTCGAGCGGGCGCTGTATGGCGCCTACCTGGGCGGCACCTGGAACATCGCCGAAGGCCCCGGCCAAGGCGCCACGGTGCAATTCCAGCCCGATGGCCAGGTCAGCGGCCTGCCAGGGGCTGATCGCTACGCCTTGTGTCTCGCCGGCGACTGCGCCTCGATGAGCGGCGGCAACGACAACATCTGGCTGCAGCAGAACGGCCAGGGCAACACCTGGATTTTCGCGCGTAATGGCAAGAAGCTGGAGATCTTCCAGACCGTGAATGCGGCGCTGGCCGATGAGATGCCTTCGTTCACGCCAGGTGACCGGCGCTGGGTACTGGAGAAACAGTAA MRNALAFSLLALILGGCASDPADRDISGTWINQAAIDAAAKGGPLREALQGYGPNLEWDVNTRAGQARYTNGFENVEGKLLGEEDGAWKVDFYGSSASELKRDGDQLSQASTENEPQQVFERAKVQVPDGAPIGASFERALYGAYLGGTWNIAEGPGQGATVQFQPDGQVSGLPGADRYALCLAGDCASMSGGNDNIWLQQNGQGNTWIFARNGKKLEIFQTVNAALADEMPSFTPGDRRWVLEKQ NA NA NA NA NA D1-35_02956 381 yabJ_2 COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGACCAAGACCGTTATTTCCAGCGACAAGGCCCCGGCCGCCATCGGTACTTATTCCCAGGCGATCAAGGCGGGCAACACGGTGTACATGTCGGGCCAGATCCCGCTGGACCCGAAAACCATGGAGCTGGTCGAGGGCTTCGAAGCCCAGACCGTGCAGGTCTTCGAGAACCTGAAGGCCGTGGCCGAAGCTGCCGGCGGTTCGTTCAAGGACATCGTCAAGCTCAACATCTTCCTCACCGACCTGAGCCACTTCGCCAAGGTCAACGAGATCATGGGCAAGTATTTCGACCAGCCTTACCCTGCCCGCGCCGCCATTGGCGTGGCCGCCCTGCCGAAGGGTGCCCAGGTCGAGATGGACGCCATCCTGGTCATCGAGTAA MTKTVISSDKAPAAIGTYSQAIKAGNTVYMSGQIPLDPKTMELVEGFEAQTVQVFENLKAVAEAAGGSFKDIVKLNIFLTDLSHFAKVNEIMGKYFDQPYPARAAIGVAALPKGAQVEMDAILVIE PGPT0020030_3176 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 D1-35_02957 2106 spoT COG0317 Bifunctional (p)ppGpp synthase/hydrolase SpoT ATGCCGAGCATAGACGCCCTCGCCGATCGCTTATCGGCCTACCTCGGCACGGACCAGGTCAACCTGGTCCGCCGAGCCTATTTCTACGCCGAACAAGCCCACGACGGCCAGCGCCGCCGCAGCGGCGAGGCGTACGTCACGCACCCGCTTGCGGTGGCGAATATTCTTGCCGACATGCACATGGACCATCAGAGCCTGATGGCGGCGATGCTGCATGACGTGATCGAAGACACCGGCATTGCCAAGGAAGCGCTGCAAGCGCAGTTCGGCGAAACCGTGGCCGAGCTGGTCGACGGGGTCAGCAAGCTGACCCAGATGAACTTCGAAACCAAGGCCGAGGCCCAGGCCGAGAACTTCCAGAAAATGGCCATGGCCATGGCGCGCGACATCCGGGTGATCCTGGTCAAGCTCGCCGACCGCTTGCACAACATGCGCACCCTGGAAGTGCTGTCCGGCGAAAAACGCCGGCGCATCGCCAAGGAAACCCTGGAAATCTATGCTCCCATCGCCAACCGACTGGGGATGCACGCGATCCGCATCGAGTTCGAGGACCTGGGTTTCAAGGCCATGCACCCGATGCGTTCGGCGCGGATCAACCAGGCCGTCAAGCGCGCCAGGGGCAATCGCAAGGAAATCGTCAACAAGATCGAAGAGTCGCTGAGCCACTGCCTGGCGATCGACGGCATCGAAGGCGAAGTCAGCGGGCGGCAGAAACACCTCTACGGCATCTACAAGAAAATGCGCGGCAAGCGCCGAGCCTTCAACGAGATCATGGACGTCTATGCGTTCCGGATCATCGTCGACAAGGTCGATACCTGCTACCGCGTGCTCGGTGCTGTGCATAATCTGTACAAACCATTGCCGGGGCGCTTCAAGGACTACATCGCGATCCCCAAGGCCAACGGCTACCAGTCGCTGCATACCACGCTGTTCGGCATGCATGGCGTACCGATCGAAATCCAGATCCGCACCCGTGAAATGGAAGAGATGGCCAACAACGGCATCGCCGCCCACTGGCTGTACAAATCCAGCGGCGATGAACAGCCCAAGAGCACTCACGCCCGCGCCCGTCAGTGGGTCAAGGGCGTGCTGGAAATGCAGCAGCGCGCCGGCAATTCCCTGGAATTCATCGAGAGCGTCAAGATCGACCTGTTCCCGGACGAGGTCTACGTCTTCACGCCGAAGGGCCGGATCATGGAGCTGCCCAAAGGCTCCACCGCGGTGGATTTCGCCTACGCCGTGCACACCGACGTCGGCAACAGCTGCATCGCCTGTCGCATCAATCGCCGCCTGGCCCCGTTGTCCGAACCGCTGCAAAGCGGCTCCACCGTGGAGATCGTCAGCGCCCCCGGCGCGCGGCCGAACCCGGCTTGGCTCAATTTCGTGGTCACCGGCAAGGCCCGCACGCACATCCGTCACGCGCTGAAGCTGCAACGTCGCTCCGAATCCATCAGCCTTGGCGAGCGCCTGCTGAACAAAGTGCTGAACGGTTTCGACAGCTCGCTGGACAAGATCCCGGCCGAGCGCGTGCAGGTCATGCTCAACGAGTACCGCCTCGAATTGATCGAAGACCTGCTCGAAGACATCGGCCTGGGCAATCGCATGGCCTATGTCGTCGCCCGCCGCCTGCTCGGCGAAGGCGAACAGTTGCCAAGCCCAGAGGGCCCGCTGGCGATTCGCGGTACCGAGGGCCTGGTGCTCAGCTACGCCAAGTGCTGCACGCCGATACCGGGCGACCCGATTGTCGGCCACCTGTCCGCCGGCAAGGGGATGGTGGTGCACCTGGACAACTGCCGCAACATCAGCGAAATCCGCCACAACCCGGAAAAATGCATCCAGCTTTCGTGGGCCAAGGATGTCACCGGCGAATTCAACGTCGAGCTGCGCGTCGAACTCGAACACCAGCGCGGCCTGATCGCCTTGCTGGCGAGCAGCGTCAACGCCGCCGACGGCAACATCGAGAAAATCAGCATGGACGAACGCGACGGCCGCATCAGCGTCGTCCAACTGGTGGTCAGCGTGCACGACCGTGTGCACCTGGCCCGCGTGATCAAGAAACTGCGCGCCCTGACCGGGGTCATTCGCATCACCCGCATGCGCGCATAG MPSIDALADRLSAYLGTDQVNLVRRAYFYAEQAHDGQRRRSGEAYVTHPLAVANILADMHMDHQSLMAAMLHDVIEDTGIAKEALQAQFGETVAELVDGVSKLTQMNFETKAEAQAENFQKMAMAMARDIRVILVKLADRLHNMRTLEVLSGEKRRRIAKETLEIYAPIANRLGMHAIRIEFEDLGFKAMHPMRSARINQAVKRARGNRKEIVNKIEESLSHCLAIDGIEGEVSGRQKHLYGIYKKMRGKRRAFNEIMDVYAFRIIVDKVDTCYRVLGAVHNLYKPLPGRFKDYIAIPKANGYQSLHTTLFGMHGVPIEIQIRTREMEEMANNGIAAHWLYKSSGDEQPKSTHARARQWVKGVLEMQQRAGNSLEFIESVKIDLFPDEVYVFTPKGRIMELPKGSTAVDFAYAVHTDVGNSCIACRINRRLAPLSEPLQSGSTVEIVSAPGARPNPAWLNFVVTGKARTHIRHALKLQRRSESISLGERLLNKVLNGFDSSLDKIPAERVQVMLNEYRLELIEDLLEDIGLGNRMAYVVARRLLGEGEQLPSPEGPLAIRGTEGLVLSYAKCCTPIPGDPIVGHLSAGKGMVVHLDNCRNISEIRHNPEKCIQLSWAKDVTGEFNVELRVELEHQRGLIALLASSVNAADGNIEKISMDERDGRISVVQLVVSVHDRVHLARVIKKLRALTGVIRITRMRA PGPT0014310_4366 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139 NA NA D1-35_02958 264 rpoZ DNA-directed RNA polymerase subunit omega ATGGCCCGCGTAACCGTTGAAGACTGCCTAGAACACGTGGAAAACCGCTTTGAGCTGGTCATGCTCTCTACCAAGCGTGCCCGTCAACTGGCCACCGGTGGCAAAGAGCCGTTGGTCCAGTGGGAAAACGACAAGCCTACCGTGGTAGCGCTGCGTGAAATCGCCGAAGGCCTGATGAGCTACGAGTTCATCGCCAACGCTGAAATCGTTGAAGACGAACCGCTGTTCGCAGCGTTCGAGGACGAGTCCAACGAGGCGGTCTAA MARVTVEDCLEHVENRFELVMLSTKRARQLATGGKEPLVQWENDKPTVVALREIAEGLMSYEFIANAEIVEDEPLFAAFEDESNEAV NA NA NA NA NA D1-35_02959 621 gmk COG0194 Guanylate kinase ATGACCCACAGCACTGGCACCCTCTACATCATTTCCGCGCCCTCCGGCGCCGGCAAGACCAGCCTGGTCAAGGCGTTGATCGACGCCGAGCCGCAAATTCGCGTCTCGGTCTCTCACACCACCCGCGCCATGCGTCCTGGTGAAGTGAACGGCGTGAACTATCACTTCGTCGACCGCGAAGAGTTCGTGCGGATGGCCGAGCACGGCGACTTCCTGGAGCGCGCCGAAGTCTTTGGCAATCTCTACGGCACCTCGCAAAGCGTCCTTCAGCAGACCTTGGACGAAGGCCACGACCTGATCTTGGAAATCGACTGGCAAGGCGCCGAGCAGGTGCGCAAATTGATGCCCCAGGCCCGCTCGATCTTCATCCTGCCGCCGAGCCAGCAGGCCTTGCGCCAGCGCCTGACCAACCGTGGCCAGGACAGCGACGAGATCATCGAAGGGCGGATGCGTGAAGCGGTCAGCGAAATGAGTCACTACGTTGACTACGATTACCTGATCATCAACGACGATTTCTCCCACGCGCTGGACGATCTGAAGGCAATTTTCCGCGCCAGCCAGCTCCAGCAGAAACGCCAGCAGCAACGTTTCGGTAAATTACTGGCCGAACTGCTGGGCTGA MTHSTGTLYIISAPSGAGKTSLVKALIDAEPQIRVSVSHTTRAMRPGEVNGVNYHFVDREEFVRMAEHGDFLERAEVFGNLYGTSQSVLQQTLDEGHDLILEIDWQGAEQVRKLMPQARSIFILPPSQQALRQRLTNRGQDSDEIIEGRMREAVSEMSHYVDYDYLIINDDFSHALDDLKAIFRASQLQQKRQQQRFGKLLAELLG PGPT0021475_2762 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942 NA NA D1-35_02960 864 hypothetical protein ATGGTGCACAGCATGACCGCCTTCGCCCGCGTCGAAAAGGCCGGCGCCCAAGGCACGCTGAGCTGGGAGCTGCGCTCGGTCAACAGCCGTTACCTGGAGCCGCACCTGCGCTTGCCCGAGTCCTTCCGCGACCTCGAAGGCGGCGTGCGTGAAGCGCTGCGCCAGGGCCTGTCCCGGGGCAAACTGGAATGCACCCTGCGGTTTACCGAAGAGAGCAGCGGCAAAACCTTGCAAGTGGACCGCGAGCGCGCCGCGCAATTGGTCGCCGCCGCCGAAACCGTCGCCAGCCTGATCAACAATCCCGCCGCCCTGAACCCGCTGGAAGTCCTGGCCTGGCCGGGCGTGCTGGTGGGTGACGCGAGCGACCCGCAGGCGCTGAACACCGAGGCCCTGGCATTGTTCAATCAAGGGCTGAACGAGCTCAAGGCCGGCCGCGAGCGCGAAGGCGCGGAACTGGCCCGACTGATCAACGAGCGCCTGACCTCCATCGAAGAGGACGTCGCCACCCTGCGCGAACTCGTTCCGCAGATGCTCGCCACGCAGCGCCAGAAAGTCCTCGACCGCTTCGCCGACATGAAGGCGGAGCTGGACCCGCAGCGCCTGGAACAGGAAATGGTCATGCTCGCCCAGAAGAGCGACGTGGCCGAAGAACTGGATCGCCTGAGCACCCACATCATTGAAGTCCGCCGGGTGCTCAAGTCCGGTGGCGCGGCCGGCCGCCGCCTCGACTTCCTGATGCAGGAGCTCAACCGCGAAGCCAATACACTGGGCTCCAAAGCCTTCGACCCGCGCAGCACCCAGGCGGCGGTCAACCTCAAGGTGTTGATCGAACAAATGCGCGAACAAGTGCAGAACATTGAGTAA MVHSMTAFARVEKAGAQGTLSWELRSVNSRYLEPHLRLPESFRDLEGGVREALRQGLSRGKLECTLRFTEESSGKTLQVDRERAAQLVAAAETVASLINNPAALNPLEVLAWPGVLVGDASDPQALNTEALALFNQGLNELKAGREREGAELARLINERLTSIEEDVATLRELVPQMLATQRQKVLDRFADMKAELDPQRLEQEMVMLAQKSDVAEELDRLSTHIIEVRRVLKSGGAAGRRLDFLMQELNREANTLGSKAFDPRSTQAAVNLKVLIEQMREQVQNIE NA NA NA NA NA D1-35_02961 723 rph COG0689 Ribonuclease PH ATGAAACGTCCAAGTGGTCGCGCTGCCGATCAGCTTCGCTCGATCCGCATTACCCGCAACTACACCAAACACGCCGAGGGATCTGTACTGGTGGAGTTCGGTGATACCAAGGTCATCTGCACCGTCAGCGTCGAAAACGGCGTGCCTCGTTTCCTCAAGGGCCAGGGCCAGGGTTGGTTGACTGCCGAATACGGCATGCTGCCGCGGGCTACCGGCGAGCGGAACCAGCGCGAGGCCAGTCGTGGCAAGCAGGGCGGACGGACCCTGGAAATCCAGCGCCTGATCGGTCGTTCGCTGCGCGCCGCGCTGGACATGTCCAAGCTCGGCGATGTGACGCTGTATGTTGATTGCGACGTGATCCAGGCTGACGGCGGCACCCGCACCGCCTCCATCACCGGTGCCATGGTTGCGCTGGCCGATGCCTTGAAAGTGATCAAGAAGCGTGGCGGCCTCAAGGGCGGCGATCCGCTCAAGCAAATGATCGCCGCGGTGTCGGTGGGCATGTACCAGGGCGAGCCGGTGCTGGACCTGGATTACCTGGAGGACTCCGCTGCCGAGACCGACCTGAACGTGGTCATGACCAGTGCCGGCGGCTTCATCGAAGTCCAGGGCACCGCCGAGGGCGCGCCGTTCCAGCCGGAAGAATTGACCGCTATGCTGGAGCTGGCGAAGAAAGGCATGGGCGAAATCTTCGAATTGCAAAAGGCCGCGTTGGCCGACTGA MKRPSGRAADQLRSIRITRNYTKHAEGSVLVEFGDTKVICTVSVENGVPRFLKGQGQGWLTAEYGMLPRATGERNQREASRGKQGGRTLEIQRLIGRSLRAALDMSKLGDVTLYVDCDVIQADGGTRTASITGAMVALADALKVIKKRGGLKGGDPLKQMIAAVSVGMYQGEPVLDLDYLEDSAAETDLNVVMTSAGGFIEVQGTAEGAPFQPEELTAMLELAKKGMGEIFELQKAALAD PGPT0021590_9 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D1-35_02962 369 hypothetical protein ATGAGTGATGAGCAAGTCCTGTTGCCCCAGCCGAGCAGAGAAGCGCGGCAGTGGGCAATGTTTTGTCACCTGTCTGCACTATTGGGCATTTTCATTCCGTTCGGTTCGCTGATCGGGCCGCTGGTCATCTGGCAGCTCAAGCGTGAATCCGACCCGTTCATCGATGCCCAGGGCAAGGAAGCGCTGAACTTCCAGATCACTGTGGCGATCGCCGCGGCGATCAGCTTGTTGCTGATGATCGTGGTGATTGGTTTCTTCCTGTTTGGCCTGGTGGCGATCGGTGCGCTGGTGCTGACCATCATTGCTGGCGTGAAGGCCAATGAAGGGCAGCCGTATCGGTATCCATTTACCTGGCGGCTGGTCAAATAA MSDEQVLLPQPSREARQWAMFCHLSALLGIFIPFGSLIGPLVIWQLKRESDPFIDAQGKEALNFQITVAIAAAISLLLMIVVIGFFLFGLVAIGALVLTIIAGVKANEGQPYRYPFTWRLVK NA NA NA NA NA D1-35_02963 780 exoA COG0708 Exodeoxyribonuclease ATGCGGATCATCAGTGTGAACGTCAATGGTATTCAGGCTGCAGTGGAGCGTGGTTTGCTCAGTTGGCTGCAAGCACAGAATGCCGACGTCATCTGCCTGCAGGACACCCGCGCCTCCGCCTTTGAACTGGACGATGCAGCCTTCCAACTGGACGGTTACTTCCTTTACGCCTGCGATGCCGAAGTCCCCGCCCAGGGTGGCGTGGCTTTGTACTCGCGGCTGCAACCGAAGGCTGTCATCAACGGTCTCGGTTTCGAGACGGCGGACCGCTACGGGCGCTACCTGCAAGCCGATTTCGACAAGGTCAGCATCGCGACCTTGCTGCTCCCTTCGGGGCAGAACGGCGATGAAGATTTGAATCAGAAATTCAAGTTGATGGACGACTTCGCCCGTTACCTTGATAAACAGCGGCGCAAACGTCGCGAGTACATTTATTGTGGCTCGCTGTACGTGGCGCAACAGAAGCTGGATATCAAGAACTGGCGCGACAGCCAGCAGTCGCCTGGCTTCCTGGCGCCGGAACGGGCCTGGATGGACGAGATCATCGGCAACATGGGTTATGTCGATGCCCTGCGCGAAGTCAGCCGCGAAGGCGACCAGTACAGCTGGTGGCCGGATAACGAGCAGGCCGAGATGCTCAACCTCGGCTGGCGCTTCGACTACCAGCTGCTGACGCCCGGGCTGCGCCGCTTCGTCCGCAGCGCCCGCCTGCCACGCCAGCCGCGGTTCTCGCAGCATGCGCCGCTGATCGTGGACTACGACTGGACGCTGACCATCTAG MRIISVNVNGIQAAVERGLLSWLQAQNADVICLQDTRASAFELDDAAFQLDGYFLYACDAEVPAQGGVALYSRLQPKAVINGLGFETADRYGRYLQADFDKVSIATLLLPSGQNGDEDLNQKFKLMDDFARYLDKQRRKRREYIYCGSLYVAQQKLDIKNWRDSQQSPGFLAPERAWMDEIIGNMGYVDALREVSREGDQYSWWPDNEQAEMLNLGWRFDYQLLTPGLRRFVRSARLPRQPRFSQHAPLIVDYDWTLTI NA NA NA NA NA D1-35_02964 645 pyrE COG0461 Orotate phosphoribosyltransferase ATGCAGGCGTATCAGCGCGATTTCATTCGCTTTGCCATCGATCGCGGCGTTTTGCGCTTCGGTGAATTCACCCTCAAGTCCGGGCGCACCAGCCCGTACTTCTTCAACGCCGGCCTGTTCAACAGTGGAACCGCCCTGGCGCAGTTGGGCCGGTTCTATGCCGCCGCCATCGTTGAAAGCGGCATTCCGTTCGACGTGCTGTTCGGCCCGGCCTACAAGGGCATCCCATTGGCCGCCACTACCGCCGTCGCCCTGGCCGAGCACCATGGCCGTGACCTGCCCTGGTGCTTCAACCGCAAGGAAGCCAAGGCTCACGGTGAAGGCGGAAGCCTGGTCGGCGCGCCGTTGACCGGCGAAGTGCTGATCATCGATGACGTTATAACCGCCGGTACCGCCATTCGCGAGGTGATGCAGATCATCGCTTCCCAGGAAGGCGCCAAGGCTGCCGGCGTGCTGATCGCCCTGAACCGTCAGGAGCGCGGCAATGGTGAGCTGTCGGCGATCCAGGAAGTGGAGCGCGACTTCGGTATCCCGGTGATCAGCATTGTGTCGCTGAACCAGGTGCTGGAGTTCTTGGCCGATGATCCGCAGCTCAAGCAGCATTTGCCGGCAGTGGAAGCCTATCGGGCGCAGTTCGGCGTCTAA MQAYQRDFIRFAIDRGVLRFGEFTLKSGRTSPYFFNAGLFNSGTALAQLGRFYAAAIVESGIPFDVLFGPAYKGIPLAATTAVALAEHHGRDLPWCFNRKEAKAHGEGGSLVGAPLTGEVLIIDDVITAGTAIREVMQIIASQEGAKAAGVLIALNRQERGNGELSAIQEVERDFGIPVISIVSLNQVLEFLADDPQLKQHLPAVEAYRAQFGV PGPT0021200_1516 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762 NA NA D1-35_02965 906 argB COG0548 Acetylglutamate kinase ATGACCCTCGAACGCGAAGCCGCCGCCAACACCGCCAAGGTCCTGTCCGAAGCGTTGCCTTACATCCGACGCTACGTCGGCAAGACCCTGGTGATCAAGTACGGCGGCAACGCAATGGAAAGCGAGGAGCTCAAGACCGGCTTCGCCCGCGACATCGTGCTGATGAAGGCGGTGGGCATCAACCCGGTGGTGGTTCACGGCGGTGGTCCGCAAATCGGCGACCTGCTCAAGCGCCTGTCGATCGAAAGCCACTTCATCGACGGCATGCGCGTGACCGATGCGCAGACCATGGATGTGGTGGAGATGGTCCTCGGCGGCCAGGTGAACAAGGACATCGTCAATCTGATCAACCGCCACGGCGGCAGCGCCATCGGCCTGACCGGCAAGGACGCCGAACTGATCCGGGCGAAGAAACTCACCGTAACCCGCCAGACGCCGGAGATGACTCAGCCGGAAATCATCGACATCGGCCAGGTCGGCGAAGTGGTCGGCATCAACACCGATCTGCTAAACCTGCTGGTCAAGGGCGACTTCATTCCGGTCATCGCGCCGATCGGCGTGGGCGCCAATGGCGAGTCGTACAACATCAACGCCGACCTGGTGGCCGGCAAGGTTGCCGAAGCGCTGAAAGCCGAGAAGCTGATGCTGCTGACCAACATCGCCGGCCTGATGGACAAGACCGGCAAGGTCCTGACCGGGTTGTCGACCCAGCAAGTCGATGACTTGATCGCCGATGGCACCATCTACGGCGGCATGCTGCCGAAGATCCGTTGCGCGCTGGAAGCGGTCCAGGGCGGCGTTGGCAGCTCGCTGATCATCGACGGCCGCGTGCCGAATGCGATCCTCCTGGAGATCTTCACCGATACCGGCGTGGGTACGCTGATCAGCAATCGCAAGCGTCATTAA MTLEREAAANTAKVLSEALPYIRRYVGKTLVIKYGGNAMESEELKTGFARDIVLMKAVGINPVVVHGGGPQIGDLLKRLSIESHFIDGMRVTDAQTMDVVEMVLGGQVNKDIVNLINRHGGSAIGLTGKDAELIRAKKLTVTRQTPEMTQPEIIDIGQVGEVVGINTDLLNLLVKGDFIPVIAPIGVGANGESYNINADLVAGKVAEALKAEKLMLLTNIAGLMDKTGKVLTGLSTQQVDDLIADGTIYGGMLPKIRCALEAVQGGVGSSLIIDGRVPNAILLEIFTDTGVGTLISNRKRH PGPT0014249_1163 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014249-argB-K00930 NA NA D1-35_02966 1398 algC COG1109 Phosphomannomutase/phosphoglucomutase ATGAACACCCCAGCCGCAATCGCCCCGATCTTCCCTGACAGCATCTTCCGCGCCTACGACATCCGTGGCGTCGTGCCGGAAACCCTGACGGCTGAAACCGCCTACTGGATCGGCCGCGCCATCGGCTCCCAGAGCCTGGCCCAGGGCGAACCGAACGTGAATGTCGGCCGCGACGGTCGCTTGTCCGGCCCGGAGCTGGTCGAGCAGTTGATCAAAGGCGTTGCCGACAGCGGTTGCCACGTCAGCGACGTCGGCCTGGTGCCGACCCCGGCGCTTTATTACGCCGCCAATGTCCTGGCCGGCAAATCCGGCGTGATGCTCACCGGCAGCCACAACCCGTCGAACTACAACGGCTTCAAGATCGTCATCGCTGGCGACACCCTCGCCAACGAGCAGATCCAGGCCCTGCACACCCGCCTCAAGACCAATGACCTGAGCAGTGGCCAGGGCAGCGTGACCAAGGTCGACATCCTCCCGCGCTACAACGACGAAATCGTCAAGGACGTGAAACTGGCCCGCCGCCTGAAAGTAGTGGTCGATTGCGGCAACGGCGCGGCCGGGGTCATCGCCCCGCAACTGATCGAAGCGCTGAATTGCGAAGTCATCCCGCTGTTCTGTGACGTCGACGGCAACTTCCCCAACCATCACCCGGATCCGGGCAAGCTGGAAAATCTTCAGGATCTGATCGCCAAGGTCAAGGAAACCAACGCCGACCTGGGCCTGGCCTTCGACGGCGACGGCGACCGCGTGGGTGTGGTGACCAATACCGGCAGCGTGGTGTTTCCTGACCGTCTGCTGATGCTGTTCGCCAAGGACGTGGTGGCACGCAACCCCGACGCCGAGATCATCTTCGACGTGAAGTGCACCCGTCGCCTGGTGCCGCTGATCAAGGAATATGGCGGTCGTCCGCTCATGTGGAAAACCGGCCATTCGCTGATCAAGAAAAAAATGAAACAGAGCGGCGCCCTGCTGGCCGGCGAAATGAGCGGCCACATCTTCTTCAAGGAGCGCTGGTTCGGTTTCGATGACGGCATCTACAGCGCGGCACGCCTGCTGGAAATCCTCAGCAAGGAGAAATCCACCGCCGAAGAGCTGTTCGCGACCTTCCCGAACGATATTTCTACGCCGGAAATCAATATCCATGTGACCGAAGAGAGCAAATTCAGCATCATTGATGCACTGCACGACGCCCAGTGGGGCGAAGGCGCCGAACTGACCACCATCGACGGTGTGCGGGTCGACTACCCACAAGGCTGGGGCCTGGTTCGCGCCTCCAACACCACACCGGTGCTGGTGCTGCGTTTCGAGGCCGACAACGAGGCTGAACTGCAGCGCATCAAGGATGTGTTCCACAGCCAACTCAAGCGTGTTGCACCTGATCTCCAACTACCGTTCTGA MNTPAAIAPIFPDSIFRAYDIRGVVPETLTAETAYWIGRAIGSQSLAQGEPNVNVGRDGRLSGPELVEQLIKGVADSGCHVSDVGLVPTPALYYAANVLAGKSGVMLTGSHNPSNYNGFKIVIAGDTLANEQIQALHTRLKTNDLSSGQGSVTKVDILPRYNDEIVKDVKLARRLKVVVDCGNGAAGVIAPQLIEALNCEVIPLFCDVDGNFPNHHPDPGKLENLQDLIAKVKETNADLGLAFDGDGDRVGVVTNTGSVVFPDRLLMLFAKDVVARNPDAEIIFDVKCTRRLVPLIKEYGGRPLMWKTGHSLIKKKMKQSGALLAGEMSGHIFFKERWFGFDDGIYSAARLLEILSKEKSTAEELFATFPNDISTPEINIHVTEESKFSIIDALHDAQWGEGAELTTIDGVRVDYPQGWGLVRASNTTPVLVLRFEADNEAELQRIKDVFHSQLKRVAPDLQLPF PGPT0017725_648 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0017725-pmm_pgm-K15778 NA NA D1-35_02967 456 dut COG0756 Deoxyuridine 5'-triphosphate nucleotidohydrolase ATGCACGCTCTACAAGCCAAGATCCTCGACCCTCGCATCGGCAACGAATTCCCACTGCCGCAGTACGCCACGCCGGGCTCAGCCGGCCTCGATCTGCGGGCGATGCTCAAGCAGGACACGATCCTGGAACCGGGCCAGACCCTGCTGATTCCCACCGGCCTGTCGGTCTACATCGGCGATCCGGGCCTCGCCGCGCTGATTCTGCCGCGCTCGGGCCTGGGCCATAAGCACGGCATCGTGCTGGGCAACCTGGTGGGCCTGATCGACTCCGATTACCAGGGCGAACTGATGGTGTCCTGCTGGAATCGCGGCCAGACCGCTTTCAACATCGCCGTGGGCGAACGCATTGCCCAACTGGTGCTGGTGCCGGTGGTCCAGGCCCATTTCGAATTGGTCGAGGAATTCGACGAGAGCCAGCGCGGCGCCGGCGGTTTCGGTCACTCCGGTAGCCACTGA MHALQAKILDPRIGNEFPLPQYATPGSAGLDLRAMLKQDTILEPGQTLLIPTGLSVYIGDPGLAALILPRSGLGHKHGIVLGNLVGLIDSDYQGELMVSCWNRGQTAFNIAVGERIAQLVLVPVVQAHFELVEEFDESQRGAGGFGHSGSH PGPT0021355_2681 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021355-dut-K01520 NA NA D1-35_02968 1209 coaBC COG0452 Coenzyme A biosynthesis bifunctional protein CoaBC ATGCAGCGGCTGTATCGGAAACGCATCGTTCTGGGCGTCGGCGGCGGCATTGCCGCCTACAAGAGCGCCGAGCTGGTTCGCAGGCTTATCGACCAGGGCGCCGAAGTACGGGTCGTCATGACCCGCGGCGGCAGTGAGTTCATCACCCCGCTGACCATGCAAGCCTTGTCCGGGCACCCGGTCCACCTGGATCTGCTCGACCCGGCGGCCGAGGCCGCCATGGGTCATATCGAGCTGGCCAAATGGGCTGACCTGGTGCTGATCGCCCCGGCCACGGCCGACCTGATCGCCCGCCTGGCCCAAGGCATCGCCGACGACCTGCTGACCACCCTTGTACTCGCTACCGACGCCGTGGTCGCCGTGGCGCCGGCCATGAACCAGGCCATGTGGCGCGACCCCGCCACCCAGGCCAACCTGCAACTGCTCGAAAGCCGCGATCTGAAAGTTTTTGGCCCAGCCTCTGGCAGCCAGGCCTGCGGCGATGTCGGCATGGGCCGCATGCTCGAAGCCAACGACCTGGTTCAGTGCGCCGCCGACTGCTTCCAGCGCCAGGCGCTGACCGGCAAGCATGTGCTGATTACCGCCGGCCCGACCCAGGAAAACATCGACCCGGTGCGCTACATCACCAACCACAGCTCGGGGAAAATGGGCTTCGCCCTGGCCGAAGCCGCCGTCGAAGCGGGCGCGCGGGTGACGCTGATCACCGGGCCGGTGCACCTGCCGACCCCGGATCGAGTGACCCGCATCGACGTCGTCAGCGCCCGGGACATGCTTGCGGCCTGTGAGGCCTCGATCCCGTGCGACCTGTTCATCGCCTCGGCGGCGGTGGCGGACTACCGCCCCGAAGTCGTTGCCCCGCAAAAATTGAAGAAAGACCCTACAAGCGGCGACGGCCTGCTCCTGCAAATGGTACGCAACCCGGACATCCTGGCCACCATCGCCACCCGTCCCGACCGTCCATTCAGCGTCGGTTTTGCCGCCGAAACCGAACACCTCCTCGATTACGCCGCGCGCAAGCTCAAGGACAAGAATCTGGACCTGATCGTCGCCAACGACGTCGCCAACCCGAGCATCGGCTTCAACAGCGAAGAGAACGCCTGCAGCGTGATCGACCGCCAGTTGCACGCCACGCTTTTCGCCCAGACCAGCAAGGGCAAGATTGCCCGCCAACTGATCACTTTCATCGCCGAACGGCTGAACCAGGTTTAA MQRLYRKRIVLGVGGGIAAYKSAELVRRLIDQGAEVRVVMTRGGSEFITPLTMQALSGHPVHLDLLDPAAEAAMGHIELAKWADLVLIAPATADLIARLAQGIADDLLTTLVLATDAVVAVAPAMNQAMWRDPATQANLQLLESRDLKVFGPASGSQACGDVGMGRMLEANDLVQCAADCFQRQALTGKHVLITAGPTQENIDPVRYITNHSSGKMGFALAEAAVEAGARVTLITGPVHLPTPDRVTRIDVVSARDMLAACEASIPCDLFIASAAVADYRPEVVAPQKLKKDPTSGDGLLLQMVRNPDILATIATRPDRPFSVGFAAETEHLLDYAARKLKDKNLDLIVANDVANPSIGFNSEENACSVIDRQLHATLFAQTSKGKIARQLITFIAERLNQV PGPT0008815_2873 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 D1-35_02969 675 hypothetical protein ATGAGTATTCGGGACTGGCCGGTGGCCGAGCGGCCACGGGAGAGATTGTTGGTGTCGGGGGCGGAGAGTCTTTCAGACGCCGAGCTGCTGGCGATATTTTTACGCACGGGTGTGTCGGGTAAAAGCGCGGTGGATCTGGCTCGACATCTGCTGTCCCAATTTGGCTGCCTGCGGGCGTTGCTTGAGGCTGATCAGCTCACGTTCAGCAGTCATATGGGGCTGGGTCCGGCGAAATTCGCTCAATTGCGCGCGGTGCTCGAAATGGGCCGGCGACACTTGGCGGCGCGGACTCGGCAGAATTCAATGCTGGAAGACCCGCAGGCCGTTCGTGACTATCTCAAGTCAATGCTGCGCCACGAACCTCACGAGGTTTTTGGTTGCCTGTTTCTCAACTCGCGGCATCAGGTGCTGGCGTTCGAAGCGCTTTTTCGTGGCTCCATCGCCTGCACCAGTGTCCACCCCCGGCAAGTGGTCAAGCGCGCCCTGGCCCACAACGCCGCTGCCGTGATCCTCTGCCACAACCACCCCTCCGGCAGCACCGAGCCCAGCCAGGCCGACCGAATGCTCACCGAGCGGCTCCAGGACGCGCTGGAGCTGATCGATGTGCGGGTGCTCGACCATTTTATCGTCGGCGATGGGGAGCCGTTGTCGATGGCGGAGTGTGGGTGGATGTAG MSIRDWPVAERPRERLLVSGAESLSDAELLAIFLRTGVSGKSAVDLARHLLSQFGCLRALLEADQLTFSSHMGLGPAKFAQLRAVLEMGRRHLAARTRQNSMLEDPQAVRDYLKSMLRHEPHEVFGCLFLNSRHQVLAFEALFRGSIACTSVHPRQVVKRALAHNAAAVILCHNHPSGSTEPSQADRMLTERLQDALELIDVRVLDHFIVGDGEPLSMAECGWM NA NA NA NA NA D1-35_02970 1587 dppA_5 COG0747 Periplasmic dipeptide transport protein ATGCGCCTCGCTGCCCTACCGCTGTTGCTCGCCCCTCTGCTACTCACTCCGCTGGCCCAGGCCGCCGCCCTGAGCGTGTGTACCGAGGCCAGCCCGGAAGGGTTCGATGTCGTCCAGTACAACTCCCTGACCACTACCAACGCTTCGGCCGACGTGCTGATGAACCGCCTGGTAGATTTCGACACCGCCAGCGGCAAGGTGGTGGCCAGCCTGGCCGAGAGCTGGGAAGTTTCGCCCGATGGCCTGAGTTATGTCTTCAAGTTGCGCCCCAAGGTCAGGTTTCACCACACCGACTACTTCACACCGCGTCGCGACCTGACGGCCGAAGACGTCAAGTTCAGCTTCGAGCGCATGCTGGACCCGGCCAACCCTTGGCACAAGGTCGCCCAGAGCGGCTTCCCCCACGCCCAATCCATGCAACTGCCGGCGCTGATTACAAAAATCGATGCCCTGGACCCGTTGACAGTGCGCTTCACCCTCGACCATGCCGATTCGACCTTCCTGGCGACGTTGAGCATGGGTTTCGCATCGATCTATTCGGCTGAATATGCCGACCAGTTGATGAAGGCCGGCAAGCCGGAGCAACTCAACAGCCAGCCCATCGGCACCGGCCCGTTCATTTTCAACCGGTTCCAGAAAGATGCCTCGATTCGCTACAAGGCCAACGGGGATTATTTCGGCGGCAAGCCCCAGGTGGACCCGCTGATCTTTGCCATCACGCCAGACGCCAACGTGCGCCTGCAGAAGTTGCGCCGAAATGAATGCCAGATCGCCCTGTCGCCCAAGCCGCTGGACGTGCAGGCCGCCCGGCAGGAGCCGACATTGAAGGTGGCGCAGACTGACGCGTTCATGACCGCTTTCCTGGCGATCAACAGCCAGCATCCGCCGCTGGACAAGCCGGAAGTCCGTCAGGCCATCAACCTGGCTTTTGACAAGCCCAGCTACCTCAAGACCGTTTTCGAAGGCACGGCCGAAGCGGCCAACGGCCCTTATCCGCCAAACACCTGGAGCTACGCGAAAAACCTGCCCGGCTATGCCCATGACCCGGCCAAGGCTCGGGAATTGCTGGCCAAGGCCGGTTTGAAGGAAGGCTTCAAGACTACTATCTGGACTCGCCCCTCCGGCAGCCTGCTCAATCCCAATCCGAGCCTCGGCGCGCAGCTGTTGCAATCGGACCTGGCGGGAATCGGCATCCAGGCGGAAATCCGCGTGATCGAATGGGGCGAGCTGATCCGCCGCGCCAAGGCCGGCGAGCACGACCTGCTGTTCATGGGCTGGGCCGGCGACAACGGTGACCCGGACAACTTCCTCACGCCGCAGTTTTCCTGCGCGGCGGTCAAGTCCGGGACCAATTTCGCTCGTTACTGCAACCCGGATCTGGACAAACTGATCAGTGCCGGCAAGACCACCAGCGAACAGGGCGTGCGCACCAAACTCTACGAACAGGCCCAGGCGCAGATCCAGCAGCAGGCCCTCTGGCTGCCCCTGGCGCACCCGACGGCATTCGCGCTGACCCGCAAGGATGTGCAGGGTTATACGGTCAGCCCGTTTGGGCGGCAGGATTATTCCAAGGTCAACCTCAAGTAA MRLAALPLLLAPLLLTPLAQAAALSVCTEASPEGFDVVQYNSLTTTNASADVLMNRLVDFDTASGKVVASLAESWEVSPDGLSYVFKLRPKVRFHHTDYFTPRRDLTAEDVKFSFERMLDPANPWHKVAQSGFPHAQSMQLPALITKIDALDPLTVRFTLDHADSTFLATLSMGFASIYSAEYADQLMKAGKPEQLNSQPIGTGPFIFNRFQKDASIRYKANGDYFGGKPQVDPLIFAITPDANVRLQKLRRNECQIALSPKPLDVQAARQEPTLKVAQTDAFMTAFLAINSQHPPLDKPEVRQAINLAFDKPSYLKTVFEGTAEAANGPYPPNTWSYAKNLPGYAHDPAKARELLAKAGLKEGFKTTIWTRPSGSLLNPNPSLGAQLLQSDLAGIGIQAEIRVIEWGELIRRAKAGEHDLLFMGWAGDNGDPDNFLTPQFSCAAVKSGTNFARYCNPDLDKLISAGKTTSEQGVRTKLYEQAQAQIQQQALWLPLAHPTAFALTRKDVQGYTVSPFGRQDYSKVNLK PGPT0004500_1554 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_02971 234 rpmB COG0227 50S ribosomal protein L28 ATGTCGAGAGTCTGTCAAGTTACCGGTAAGGGTCCGGTGACTGGGAATAACATTTCCCACGCAAACAACAAAACCCGTCGTCGTTTCCTGCCGAACCTGCAGCATCACCGCTTCTGGGTTGAAGAAGAGAAACGTTTTGTGCGTCTGCGCGTATCTGCCAAAGGCATGCGCATCATCGACAAGCGTGGCATCAGTGTCGTGCTGGCCGAACTTCGTCGCGATGGCAAGGTTTAA MSRVCQVTGKGPVTGNNISHANNKTRRRFLPNLQHHRFWVEEEKRFVRLRVSAKGMRIIDKRGISVVLAELRRDGKV NA NA NA NA NA D1-35_02972 156 rpmG COG0267 50S ribosomal protein L33 ATGCGTGAATTGATTCGTTTGATCTCGAGCGCCGGTACTGGTCACTTCTACACTACCGACAAGAACAAGCGTACTACCCCGGACAAAATCGAGATCAAGAAATATGATCCGGTTGTTCGCAAGCACGTGATCTACAAGGAAGGCAAAATCAAGTAA MRELIRLISSAGTGHFYTTDKNKRTTPDKIEIKKYDPVVRKHVIYKEGKIK NA NA NA NA NA D1-35_02973 312 hypothetical protein ATGGCCAAAAAAAAAGCTACTACACCGCGGATCGCAGCACTGGCTGCCCTGCTGACACTAAACATTGGAGCGCTTGAAGCAATTGCCAACGAGATCCACCCTTCAGGCGTATGCACGGCTAATTTTGCTTTCAACTCCCTGCTGCCGATGAAGGTAGACGCGCAATTTCTGCACGACATGCAAGCCTATTCGGGAGCCAAGATCGTACGCCATATACGCGCAGGCGAAGCCTACACCATGGACTATCGAGATGATCGGCTCTACGTCTTCAGCGACAAGGAAAACTTTTATACCGGTCACAAGTGTGGCTGA MAKKKATTPRIAALAALLTLNIGALEAIANEIHPSGVCTANFAFNSLLPMKVDAQFLHDMQAYSGAKIVRHIRAGEAYTMDYRDDRLYVFSDKENFYTGHKCG NA NA NA NA NA D1-35_02974 363 hypothetical protein ATGAGCATCCAGGACATCGTCGATTTCAGCCAGGCCAATACCACCGCCGACCGCTATCGACCGGACCCGGTCAAGGTACTTAAAGGTGATCCCGAGCAAGCGGTGTTCAATCATTACAGCAGTCCTTGCGGACAGATGAATGCGGGGGTGTGGGAAGGCGCGGTGGGCCAGTGGACGGTCAACTATACGGAGCACGAATACTGCGAAATCGTCCAAGGTGTTTCGGTGCTGCGGGACAATGAAGGGAATGCCAAGACACTTCGAGCGGGCGATCGTTTTGTAATTCCGGCCGGATTCCAAGGAACTTGGGAAGTGCTGGAAGCGTGCCGCAAGATTTATGTAGTGTTTGAGAAACAGGAATGA MSIQDIVDFSQANTTADRYRPDPVKVLKGDPEQAVFNHYSSPCGQMNAGVWEGAVGQWTVNYTEHEYCEIVQGVSVLRDNEGNAKTLRAGDRFVIPAGFQGTWEVLEACRKIYVVFEKQE NA NA NA NA NA D1-35_02975 1494 puuC_2 COG1012 NADP/NAD-dependent aldehyde dehydrogenase PuuC ATGACCACCCTGACTCGTGCCGACTGGGAACAGCGCGCCCGCGACCTGAAGATCGAAGGCCGCGCCTTCATCAATGGCGAATACACCGATGCAGTGTCCGGCGAGACCTTCGATTGCCTCAGCCCGGTCGACGGCCGCCTGTTGGGCAAGATCGCCAGTTGCGACGTGGCCGACGCCCAGCGCGCCGTCGAAAACGCCCGCGCGACATTCAGCTCTGGCGCCTGGTCGCGCCTGGCGCCGAGCAAGCGCAAAGCCACCATGATTCGTTTTGCCGGCCTGCTCAAGCAGCACGCCGAAGAGCTGGCCTTGCTGGAAACCCTGGACATGGGCAAGCCGATCAGCGACTCCCTGAATATTGACGTTCCAGGCGCGGCGCAGGCGCTGAGCTGGAGCGGTGAAGCCATCGACAAGCTCTACGATGAAGTGGCCGCCACCCCGCATGACCAATTGGGCCTGGTCACCCGGGAACCGGTCGGCGTGGTCGGTGCCATCGTTCCGTGGAACTTCCCGTTGATGATGGCCTGCTGGAAGCTCGGCCCGGCGTTGTCCACCGGCAACTCGGTAGTGCTCAAGCCGTCGGAAAAATCCCCGCTGACCGCCATTCGTATCGCCGCGCTGGCCATCGAGGCCGGCATCCCCAAAGGCGTGCTGAACGTGCTGCCAGGCTATGGCCACACGGTCGGCAAGGCCCTGGCCTTGCACATGGATGTCGATACGCTGGTGTTCACCGGTTCCACCAAGATCGCCAAGCAACTGATGATCTATTCCGGCGAGTCGAACATGAAGCGCGTCTGGCTGGAGGCGGGTGGCAAGAGCCCGAACATCGTATTTGCCGATGCTCCGGACCTGCAGGCCGCCGCCGAAGCCGCCGCCAGTGCCATCGCCTTCAACCAGGGCGAAGTCTGCACGGCGGGCTCGCGCCTGCTGGTGGAGCGTTCGATCAAGGACACGTTCCTGCCGCTGGTGATCGAGGCTCTCAAGGGCTGGAAACCTGGCAATCCACTGGATCCAGCGACCAATGTCGGTGCCCTGGTCGATACCCAGCAGATGAATACCGTGCTGTCTTACATCGAAGCCGGTCACAGCGACGGCGCCAAGCTGGTCGCGGGTGGCAAGCGGATTCTCCAGGAAACCGGCGGCACCTACGTCGAGCCGACGATTTTCGATGGCGTGAGCAACGCGATGAAAATCGCCCAGGAAGAAATCTTCGGGCCGGTGTTGTCGGTCATCGCCTTCGACAGTGCCGAAGAGGCCGTCCAGATCGCCAACGACACCCCGTACGGCTTGGCTGCGGCAGTGTGGACCAAGGACATCTCCAAGGCTCACCTGACCGCCAAGGCCTTGCGCGCCGGCAGCGTATGGGTCAACCAATATGACGGTGGCGACATGACCGCACCGTTCGGTGGCTTCAAGCAGTCGGGCAACGGCCGTGACAAGTCGCTGCATGCGTTCGACAAGTACACCGAACTGAAGGCGACCTGGATCAAGCTCTGA MTTLTRADWEQRARDLKIEGRAFINGEYTDAVSGETFDCLSPVDGRLLGKIASCDVADAQRAVENARATFSSGAWSRLAPSKRKATMIRFAGLLKQHAEELALLETLDMGKPISDSLNIDVPGAAQALSWSGEAIDKLYDEVAATPHDQLGLVTREPVGVVGAIVPWNFPLMMACWKLGPALSTGNSVVLKPSEKSPLTAIRIAALAIEAGIPKGVLNVLPGYGHTVGKALALHMDVDTLVFTGSTKIAKQLMIYSGESNMKRVWLEAGGKSPNIVFADAPDLQAAAEAAASAIAFNQGEVCTAGSRLLVERSIKDTFLPLVIEALKGWKPGNPLDPATNVGALVDTQQMNTVLSYIEAGHSDGAKLVAGGKRILQETGGTYVEPTIFDGVSNAMKIAQEEIFGPVLSVIAFDSAEEAVQIANDTPYGLAAAVWTKDISKAHLTAKALRAGSVWVNQYDGGDMTAPFGGFKQSGNGRDKSLHAFDKYTELKATWIKL PGPT0007645_214 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007645-puuC|kauB-K12254 NA NA D1-35_02976 1143 ycaD_2 putative MFS-type transporter YcaD ATGCGTTGGGCGACCTATTTCGCCGTGTTGGCCTCTGTCCTGAGCGTCGGCCTTGCCCTCGGCGTAAGCATGCCCCTGGTGTCGCTGCGCCTGGAGGGCTGGGGTTATGGCTCGTTCGCCATTGGCGTCATGGCGGCGATGCCAGCCGTTGGCGTACTGGTCGGGGCCAAGGTTTCGAGCCGGCTGGCGGCGCATTTCGGTACGGCGGCGCTGATGCGCCTGTGCCTGTGGGGCGGGGCGGTGTCCATCGGGTTGTTGGCGCTGTTGCCCAGCTATCCGGTCTGGCTGCTCTTGCGGCTGTTGATCGGAGTCGTCCTGACATTGGTGTTCATTCTCGGCGAGAGCTGGATCAACCAGCTGGTCATCGAGCAATGGCGCGGGCGGTTGGTGGCGCTGTACGGGGCCAGCTATGCCTTGAGCCAATTGTCCGGCCCGCTGCTGCTCGGTGCGCTGGGGACCGATCATGACTACGGGTTCTGGGTGGGTGTCGGGCTGCTATTGATCGCCCCGTTGTTGTTGCTTGGCCGCAGCGGTGCGCCTGCCAGTGAGGCGGGCAGCGTTACCTTCGGCGATTTGTGGGAATTTTGCCGGGGCCTGCCGGCAATCGGTTGGGCGGTGTCGTTGTTCGCCGCATTCGAGGCGATGATCCTGACGCTGCTGCCGGTCTATTGCCTGCGCCAGGGCTTCAGTGCCGATATTGCGCTGGCGATGGTCAGCACGGTGGTGGTCGGCGACGCCCTGTTGCAGCTGCCCATTGGCGCCCTGGCCGATCGCCTGTCGCGCCGGTCGCTATTCACCGGCTGCGCGGTGGCACTGATGTTGTCCAGCCTCGCGGTGCCGCTGCTGATCGATACCTTGTTGATCTGGCCGCTGTGGGTGCTGTTTGGCGCCAGCGCGGGTGGGCTGTTTACCTTGTCGCTGATCCTGATCGGCGAGCGCTACCGCGATGATGCGCTGGTACGGGCCAACGCCCATGTTGCGCAGCTGTGGGGGATCGGTTGCCTGGTCGGGCCGCTGGTGGCGGGGGCGGGCAGCCAGTGGGTCAGCGGCCATGCGCTGCCGTTGTTCATGGCGGCGGGGGCGTTCGGCCTGGTCATTCTGTTGTTGCGCCAAGGGGCGTTCGGCGCGACACAAACCGCTTGA MRWATYFAVLASVLSVGLALGVSMPLVSLRLEGWGYGSFAIGVMAAMPAVGVLVGAKVSSRLAAHFGTAALMRLCLWGGAVSIGLLALLPSYPVWLLLRLLIGVVLTLVFILGESWINQLVIEQWRGRLVALYGASYALSQLSGPLLLGALGTDHDYGFWVGVGLLLIAPLLLLGRSGAPASEAGSVTFGDLWEFCRGLPAIGWAVSLFAAFEAMILTLLPVYCLRQGFSADIALAMVSTVVVGDALLQLPIGALADRLSRRSLFTGCAVALMLSSLAVPLLIDTLLIWPLWVLFGASAGGLFTLSLILIGERYRDDALVRANAHVAQLWGIGCLVGPLVAGAGSQWVSGHALPLFMAAGAFGLVILLLRQGAFGATQTA NA NA NA NA NA D1-35_02977 1536 clsC COG1502 Cardiolipin synthase C ATGCTAGTCGCCTCGCTGTTGAGCGGCTGCGCCAGTCTTGATGTCACCCGCGAACCCTCCCAGGCGTTGCCGGCCTCCGACTCAGCGTTCGGCCGCTCGGTGGCGCAACAGGCCGCCCCGCACGAGGGCCGCTCAGGCTTTCGCCTGCTGTCCGACAGTACCGAAGCCTTCACCGCCCGGGCCGAGCTGATTCGCAACGCTCAAAGCAGCCTGGATTTGCAGTACTACATCGTTCATGACGGCATCAGCACGCGCATGCTGGTCGACGAACTGCTGAAGGCAGCGGACCGTGGGGTGCGCGTGCGGATCCTGCTTGACGACACCACCAGCGACGGCCAGGAGCAAGTCATCGCGACCCTGGCCGCGCACCCGAACATCCAGATTCGCCTGTTCAACCCGTTGCATCTTGGCCGCGCCACCGGCGTGACCCGCAGCCTGGGGCGCTTGTTCAATCTGTCGCTGCAACATCGTCGGATGCACAACAAGCTCTGGCTGGCGGACAACAGCATGGCCATCGTCGGCGGCCGCAATCTCGGCGACGAATATTTCGATGCCGAACCCAACCTTAACTTCACCGACATCGACCTGCTCAGCGTCGGCCCGGTGGCCGAGCAATTGGGGCACAGCTTCGACCAATACTGGAACAGCGCGCTGAGCAAACCGATCGAACAATTCCTTTCCCATCGACCAACTCCCAAGGACCTGGAGAACAGCCGCTTGCGCCTGCAAGCTTCGCTTGAGCAGACGCACAAGGAAAACCAGACGCTCTACCAGCAACTGACCGCCTACAAGACCCAGCCGCGCCTGGACATCTGGCGCGGACAGTTGATCTGGGCCTGGAACCAGGCGCTGTGGGATGCGCCTAGCAAGGTACTGGCCAAGGATGAGCCAGACCCTCGATTGCTGCTGACGACACAACTGGGGCCGGAGCTGACCGGCGTCAGCAAGGAACTGATCATGATCTCCGCCTACTTCGTGCCCGGACAGCCAGGGCTGGTGTACCTGACCAGCCGTGCCGATGCCGGTGTCTCCGTGAGCCTCTTGACCAATTCGCTGGAAGCCACCGATGTGCCGGCGGTGCACGGCGGCTACGCGCCGTATCGCAAGGCCTTGCTGCAGCATGGCGTACGGCTGTTCGAGTTGCGCCGCCAACCCGGCGACAGCGGCGGCAGCCCGCATCTGTTCTACAGCAAGTCTTATGGCGAATCGGACTCCAGCCTGCACAGCAAGGCGATCATCTTCGATCAACAGAAGTCGTTCATTGGCTCGTTCAATTTCGATCCTCGTTCAGTGCTTTGGAACACCGAGGTCGGCGTACTGGTAGACAGCCCGAAACTCGCCGGCCAGGTTCGGGAGCTGGCTTTGCAGGGCATGGCCCCGACCCTGAGTTATCAGGCCCGCCTGGAAGATGAAAGACTGGTCTGGACCACCGAGGACAACGGCAAGCTGCACGACCTGGATCGCGAACCGGGCAGCTGGTGGCGCCGCTTCAATGCCTGGTTCGCCACGACGATCGGGTTGGAGCGGATGCTTTAG MLVASLLSGCASLDVTREPSQALPASDSAFGRSVAQQAAPHEGRSGFRLLSDSTEAFTARAELIRNAQSSLDLQYYIVHDGISTRMLVDELLKAADRGVRVRILLDDTTSDGQEQVIATLAAHPNIQIRLFNPLHLGRATGVTRSLGRLFNLSLQHRRMHNKLWLADNSMAIVGGRNLGDEYFDAEPNLNFTDIDLLSVGPVAEQLGHSFDQYWNSALSKPIEQFLSHRPTPKDLENSRLRLQASLEQTHKENQTLYQQLTAYKTQPRLDIWRGQLIWAWNQALWDAPSKVLAKDEPDPRLLLTTQLGPELTGVSKELIMISAYFVPGQPGLVYLTSRADAGVSVSLLTNSLEATDVPAVHGGYAPYRKALLQHGVRLFELRRQPGDSGGSPHLFYSKSYGESDSSLHSKAIIFDQQKSFIGSFNFDPRSVLWNTEVGVLVDSPKLAGQVRELALQGMAPTLSYQARLEDERLVWTTEDNGKLHDLDREPGSWWRRFNAWFATTIGLERML PGPT0007730_493 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_GLYCEROPHOSPHOLIPID-CARDIOLIPIN_SYNTHASE_ACTIVITY,PGPT0007730-clsC|ymdC-K06132 NA NA D1-35_02978 1434 norG_4 COG1167 HTH-type transcriptional regulator NorG ATGACTCTTTACGTGAACCTCGCCGAATTGCTCGGCACTCGCATCGAACAGGGCTTCTACCGCCCCGGCGACCGGCTGCCGTCGGTGCGTGCCTTGAGCACCGAACACGGGGTCAGCCTGAGTACCGTGCAGCAGGCCTATCGCGTCCTGGAAGACAGCGGACTGGCGATGCCGAAACCCAAGTCCGGCTATTTCGTCCCGGTCAGCCGCGAGCTGCCGGACCTGCCAGCGGTTGGCCGCCCGGCCCAGCGCCCGGTGGACATCTCCCAATGGGACCAGGTGCTGGAGCTGATACGCGCGGTGCCGCGCAAGGATGTCGTACAGTTGGGCCGCGGCATGCCGGATATCCATTCACCGACCATGAAACCGTTGCTGCGCAGCCTGGCGCAGATCAGCCGGCGCCAAGACATGCCCGGCCTGTACTACGACAATATCTACGGCAACCTCGAACTGCGTGAGCAGATCGCCCGGCTGTCCCTGGACTCGGGCTGCCAACTCGGCGCCAGCGACCTGATCGTCACCACCGGTTGCCACGAGGCGCTGTCGGTCAGCATCCGCGCCACCTGCGAGCAGGGCGACATCGTTGCGGTGGACTCCCCCAGCTTCCACGGTGCCATGCAGACGCTGAAGGGCCTGGGCATGAAGGCTTTGGAAATACCCACCGATCCGCTCACCGGCATCAGCCTGGAAGCGCTGGAACTGGCACTTGAGCAATGGCCGATCAAGGCCATACAGTTGACCCCCAGCTGCAACAACCCGCTGGGCTACATCATGCCGGAGGCCAACAAGCGCGCTTTGCTGACCCTGGCGCAGCGCTTCGATGTGGCGATTATCGAAGACGATGTGTATGGGGAACTGGCCTACACCTATCCGCGTCCTCGCACCATCAAGTCCTTCGACGACGATGGTCGCGTCCTGCTCTGCAGTTCTTTTTCCAAGACCCTTGCCCCTGGCCTTCGGGTCGGCTGGGTAGCGCCGGGGCGCTATCTGGAACGGGTGCTGCACATGAAATACATCAGCACCGGCTCGACCGCGCCGCAACCCCAGATAGCCATCGCGGAGTTTCTCAAAGGCGGGCACTTCGAACCACATTTGCGGCGGATGCGCAGCCAATACCAGCGCAATCGTGACGTGATGATTGATTGGGTCAGCCGTTATTTCCCGGTAGGTACCCGCGCCAGCCGTCCCCGCGGCAGCTTCATGCTGTGGGTCGAATTGCCCGAGGGCTTTGACACATTGAAGCTCAACCGGATGCTGCACGACCAAGGCGTGCAGATCGCCGTCGGCAGTATCTTTTCGGCCTCGGGCAAATATCGCAATTGCCTGCGCATGAACTACGCTGCCAAGCCAACGGCACAGATCGAGGATGCGGTGCGCAAGGTTGGTGCCGTGGCTATAGCGTTGTTGAACGAAACCCAGCGAGACACCGTCTGA MTLYVNLAELLGTRIEQGFYRPGDRLPSVRALSTEHGVSLSTVQQAYRVLEDSGLAMPKPKSGYFVPVSRELPDLPAVGRPAQRPVDISQWDQVLELIRAVPRKDVVQLGRGMPDIHSPTMKPLLRSLAQISRRQDMPGLYYDNIYGNLELREQIARLSLDSGCQLGASDLIVTTGCHEALSVSIRATCEQGDIVAVDSPSFHGAMQTLKGLGMKALEIPTDPLTGISLEALELALEQWPIKAIQLTPSCNNPLGYIMPEANKRALLTLAQRFDVAIIEDDVYGELAYTYPRPRTIKSFDDDGRVLLCSSFSKTLAPGLRVGWVAPGRYLERVLHMKYISTGSTAPQPQIAIAEFLKGGHFEPHLRRMRSQYQRNRDVMIDWVSRYFPVGTRASRPRGSFMLWVELPEGFDTLKLNRMLHDQGVQIAVGSIFSASGKYRNCLRMNYAAKPTAQIEDAVRKVGAVAIALLNETQRDTV NA NA NA NA NA D1-35_02979 246 hypothetical protein ATGAACGGCTTGAGCGATGTACGGCTGACGTTACACAGTCAGGAACTGGCGGCGGGGCAGGAAAAGGGGCTGCGTGATGCCATGCTGCGCAATGCCCCGTCCGGCTTGAGCCGCTGGGGCCTGTTCTGGCATCGTCTGCATACACGCAAGGCCTTGTTGGAGCTGACAACCGAACAGTTGCGCGATATCGGCCTGAGCCGGGAGCAGGCCCGGGCGGAAGGGTTGAAGCCGTTCTGGCGGCTTTGA MNGLSDVRLTLHSQELAAGQEKGLRDAMLRNAPSGLSRWGLFWHRLHTRKALLELTTEQLRDIGLSREQARAEGLKPFWRL NA NA NA NA NA D1-35_02980 1314 puuB_3 Gamma-glutamylputrescine oxidoreductase ATGAACGCCCGTGTTCAGCAACCTGTCCCGAGCCACGCGCACGCCGCCTCCTACTACGCCGCCAGCAGCCTGCCGCAGCCGGACCATCCGGTGCTGCAAGGCGAGTTGGTGGCGGATGTCTGCGTGGTGGGCGGCGGGTTCTCCGGGCTGAACACAGCCATCGAGCTGGCCGAGCGCGGCCTGAGTGTGGTGCTGCTTGAGGCTCATAAGATCGGTTGGGGCGCCAGCGGGCGGAACGGCGGCCAACTGATTCGCGGCGTGGGCCATGGTCTCGATCAGTTTGCGCCAATCGTGGGCACCGACGGCGTGCGTCAGATGAAATTGATGGGGCTCGAAGCGGTGGAAATCGTCCGCCAGCGGGTCGATCGTTTTCAGATTCCTTGCGACCTCACCTGGGGCTACTGCGACCTCGCCAACAAACCCGCCGATCTTCAGGGTTTCGCCGAGGATGCCGAAGAACTCCGCAGCCTGGGCTATCGCTACGAGACGCGACTGCTGCAAGCCGATGAAATGCACAGCGTGGTGGGCTCGGATCGCTATGTTGGTGGCCTGGTCGACATGGGCTCGGGCCACCTGCATCCGCTCAACCTGGCGTTGGGAGAGGCGGCCGCAGCGCAGCAACTGGGGGTCCGGCTGTTCGAACGATCGGCGGTGATACGCATCGACTACGGGCCACAGGTAAAAGTACACACCCAACAAGGCTCGGTCCGCGCCACGACACTGGTGCTGGGCTGCAATGCCTACCTCAACGGCCTGAACCAGGAGCTGAGCGGCAAAGTGCTGCCCGCTGGCAGCTATATCATTGCCACCGAACCGCTGAGCGAAGCGCAGGCAAACGCGCTGTTGCCACAGAACATGGCGGTCTGTGACCAGCGGGTGGCGCTGGATTACTACCGGCTTTCGGCGGATCGACGCTTGTTGTTTGGCGGGGCTTGTCACTATTCCGGCCGAGACCCGCAAGACATCGGCGCGTACATGCGGCCGAAAATGCTCAAGGTCTTCCCGCAACTGGCAGACGTGAAGATCGATTATCAATGGGGCGGGATGATCGGCATCGGCGCCAACCGCCTGCCGCAGCTCGGCCGGCTCAAGGATCAGCCCAACGTGTATTACGCCCAGGCCTATTCCGGTCATGGGGTGAATGCCACGCACCTGGCCGGCAAGTTGTTGGCCGAGGCTATCAGCGGCCAGCAGGGCGGTGGGTTCGACCTGTTTGCCAAGGTACCGCACATGACATTCCCGGGCGGCAAGCATTTGCGCTCGCCGCTGTTGGCGCTGGGGATGTTGTGGCACCGGTTGAAAGAATTGATCTGA MNARVQQPVPSHAHAASYYAASSLPQPDHPVLQGELVADVCVVGGGFSGLNTAIELAERGLSVVLLEAHKIGWGASGRNGGQLIRGVGHGLDQFAPIVGTDGVRQMKLMGLEAVEIVRQRVDRFQIPCDLTWGYCDLANKPADLQGFAEDAEELRSLGYRYETRLLQADEMHSVVGSDRYVGGLVDMGSGHLHPLNLALGEAAAAQQLGVRLFERSAVIRIDYGPQVKVHTQQGSVRATTLVLGCNAYLNGLNQELSGKVLPAGSYIIATEPLSEAQANALLPQNMAVCDQRVALDYYRLSADRRLLFGGACHYSGRDPQDIGAYMRPKMLKVFPQLADVKIDYQWGGMIGIGANRLPQLGRLKDQPNVYYAQAYSGHGVNATHLAGKLLAEAISGQQGGGFDLFAKVPHMTFPGGKHLRSPLLALGMLWHRLKELI PGPT0007637_416 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007637-puuB|ordL-K09471 NA NA D1-35_02981 363 hypothetical protein ATGGCCTCGATGAGCTGCAACAGTCAAAAAATCCGCACGCTACGTCAGCAGATTCCTACGTTCGAGTGCGTACCGGGCTGTCATGACTGCTGTGGTCCGGTGACCACCTCGCCCGAAGAAATGGCTCGTTTGCCACGCAAGAGCCGCGCCGAACAGGACGCGGCCCTGGAGGCGCTCGATTGCGTGCACCTGGGGCCGAACGGTTGCACGGTCTACGATGAAAGGCCGCTGATCTGCCGGTTATTCGGCACCACCGCGACCTTGCCATGCCCTAATGGGCGGCGGCCGGTTGAGCTGATTCATCCGCGGGTCGAGAAGCAGATTCATGCATACATGGCCAGCACTCGGCAGGTGTTGGTCTAG MASMSCNSQKIRTLRQQIPTFECVPGCHDCCGPVTTSPEEMARLPRKSRAEQDAALEALDCVHLGPNGCTVYDERPLICRLFGTTATLPCPNGRRPVELIHPRVEKQIHAYMASTRQVLV NA NA NA NA NA D1-35_02982 489 lrp_4 COG1522 Leucine-responsive regulatory protein GTGCGTACCAATACCCAGACCAAACGCGAGCTGGACAAGATCGACCGCAACATCCTGCGCATCCTCCAGGCCGACGGGCGAATTTCTTTCACCGAGCTGGGGGAAAAGGTCGGGCTTTCCACCACGCCTTGCACCGAGCGGGTGCGACGGCTGGAGCGCGAGGGGATCATCATGGGCTACAACGCCCGGCTCAATCCGCAGCACTTGAAGGGCAGCCTGCTGGTGTTCGTCGAAATCAGCCTCGACTATAAATCCGGCGACACGTTCGAAGAGTTCCGACGTGCCGTGCTGAAGTTGCCTCACGTACTGGAATGCCACCTGGTGTCGGGGGATTTCGACTATCTGGTGAAGGCGCGAATTTCCGAGATGGCCTCGTACCGCAAGCTGCTGGGCGACATCCTGCTCAAGCTGCCCCACGTTCGTGAGTCCAAGAGCTACATCGTGATGGAGGAAGTGAAGGAGAGCCTGAACCTGCCGATTCCGGATTGA MRTNTQTKRELDKIDRNILRILQADGRISFTELGEKVGLSTTPCTERVRRLEREGIIMGYNARLNPQHLKGSLLVFVEISLDYKSGDTFEEFRRAVLKLPHVLECHLVSGDFDYLVKARISEMASYRKLLGDILLKLPHVRESKSYIVMEEVKESLNLPIPD PGPT0014049_198 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782 NA NA D1-35_02983 1305 dadA1_1 COG0665 D-amino acid dehydrogenase 1 ATGCGCGTCTTGGTCTTGGGTAGCGGCGTCATCGGTACCGTCAGTGCTTACTATCTGGCACGTGCCGGGTTTGAAGTGGTGGTGGTCGACCGTCAGCCGGCGCCAGCCATGGAAACCAGCTTCGCCAACGCTGGCCAGGTATCGCCGGGCTACGCCTCGCCGTGGGCTGCGCCGGGTGTGCCACTCAAGGCCATCAAGTGGCTGCTGCAGCGTCACGCGCCGCTGGCAATCAAGGCCACCGCCGACATCGACCAGTACCTGTGGATGGCGCAGATGCTGCGCAACTGCACCGCCAGCCGCTACGCGATCAACAAGGAGCGCATGGTCCGCCTGTCCGAGTACAGCCGTGACTGCCTCGACGAATTGCGCGCCGAAACCGGCATTGCCTACGAAGGTCGCAGCCTGGGGACTACCCAATTGTTCCGCACCCAGGCCCAGCTCGATGGCGCGGCCAAGGACATCGCCGTGCTCAAGGAGTCGGGCGTGCCGTTTGAAGTGCTCGATCGCGAAGGCATCGCCCGGGTCGAACCGGCCCTGGCCAATGTCACCGACATCCTGGCCGGTGCGCTGCGCCTGCCCAATGACCAGACCGGCGATTGCCAGATGTTTACCACGCGCCTCGCGGAAATGGCCGTGAAGCTCGGCGTACAATTTCGCTTCGACCAGAACATCGAGCGCCTGGATTTTGCCGGGGATCGCATCAATGGTGTCTGGATCGACGGCAAGCTGGAAACCGCCGACCGTTATGTCCTGGCCCTGGGCAGCTATTCGCCGCAATTACTCAAGCCGCTGGGTATCCGCGCGCCGGTGTATCCACTCAAGGGCTATTCCCTGACCGTGCCGATCACCAATGCGGCGATGGCGCCGACCTCGACCATCCTCGACGAAACCTACAAGGTTGCGATCACCCGGTTCGACAACCGGATTCGCGTCGGCGGCATGGCGGAAATCGCCGGTTTTGACCTCTCGCTCAACCCGCGTCGGCGTGAAACCCTGGAGATGATCGTCAACGACCTTTATCCTCAGGGCGGCGACCTGGCCCAGGCCAGTTTCTGGACCGGCCTGCGCCCGACCACCCCGGACGGCACGCCGATAGTCGGCGCCACGCCGTTCAAGAATCTGTTCCTCAATACCGGCCACGGCACCCTCGGGTGGACCATGGCCTGTGGTTCCGGTCGCCTTCTGGCGGACCTGATGGCGAAGAAAAAGCCGCAGATCAGCGCCGAAGGCCTCGATATTTCCCGTTATGGCAGCAAACCTCAGGAGTCCGCTAAACATGGCAATCCAGCGCCAGCTCACCAATGA MRVLVLGSGVIGTVSAYYLARAGFEVVVVDRQPAPAMETSFANAGQVSPGYASPWAAPGVPLKAIKWLLQRHAPLAIKATADIDQYLWMAQMLRNCTASRYAINKERMVRLSEYSRDCLDELRAETGIAYEGRSLGTTQLFRTQAQLDGAAKDIAVLKESGVPFEVLDREGIARVEPALANVTDILAGALRLPNDQTGDCQMFTTRLAEMAVKLGVQFRFDQNIERLDFAGDRINGVWIDGKLETADRYVLALGSYSPQLLKPLGIRAPVYPLKGYSLTVPITNAAMAPTSTILDETYKVAITRFDNRIRVGGMAEIAGFDLSLNPRRRETLEMIVNDLYPQGGDLAQASFWTGLRPTTPDGTPIVGATPFKNLFLNTGHGTLGWTMACGSGRLLADLMAKKKPQISAEGLDISRYGSKPQESAKHGNPAPAHQ PGPT0020315_363 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 D1-35_02984 354 hypothetical protein ATGGCAATCCAGCGCCAGCTCACCAATGACCGCATGAGTCAGGTCGTTGTGCACAACGGCACCGTTTACCTGGCCGGGCAGGTCGGCGACGACATGAGCGCCGGCATCGAGCAGCAGACCCGCGAGACCTTGGCAAATATCGAGCGTCTGCTGGACCTGGCCGGGACCGACAAGAGCCGCCTGCTGTCGGTGACGATCTACCTGAAGGACATCGACGCCCATTTTCAAGGCATGAATGCGGTGTGGGACAAATGGCTGCCCAAGGGCGTCGCCCCGGCCCGCGCCACTGTCGAGGCCAAGTTGTGCGAACCGCAGATCCTGGTCGAGCTGTCCGTGGTGGCCGCGCTGCCCTGA MAIQRQLTNDRMSQVVVHNGTVYLAGQVGDDMSAGIEQQTRETLANIERLLDLAGTDKSRLLSVTIYLKDIDAHFQGMNAVWDKWLPKGVAPARATVEAKLCEPQILVELSVVAALP PGPT0020030_24 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 D1-35_02985 1074 alr Alanine racemase ATGCGTCCTGCCCGTGCCCTGATCGATCTCCAAGCCCTGCGTCATAACTACCAACTGGCCCGTGAAGTTACTGGGACCAAGGCCCTTGCAGTGATCAAGGCCGACGCCTACGGGCATGGCGCGGTGCGCTGCGCCGAGGCTTTGCAGGAGACGGCGGATGGGTTCGCCGTGGCCTGCATTGAAGAGGCCCTGGAACTGCGGGCCGGTGGTATACGTGGGCCGATCCTGTTGCTGGAAGGGTTCTTCGAGGCCGATGAGCTGGCATTGATCGTCGAGCACGACTTCTGGTGTGTCGTGCATGCGTTGTGGCAGCTAGAAGCGATAGAGCGCGCGACGCTGGGCAAGCCGATCACGGTCTGGCTCAAGCTCGACTCGGGCATGCATCGGGTCGGTTTGCATCCGGCCGATTATCAATCGGCCTATCGTCGCCTGCTGGCGAGTGGCAACGTGGCGAAAATCGTCCTGATGAGCCACTTCGCCCGCGCCGACGAGCTGCACGACCCGAGCAGCCTCCAACAATTGGCGGTATTCGAGCAGGCCCGCCAGGGCCTGGTGGCTGAGGTCAGCCTGCGCAACTCGCCCGCGGTGCTGGGTTGGCCGCAGATACCGAGCGACTGGGTGCGGCCGGGCATCATGCTGTACGGCGCGACACCCTTCGACGAAGCCAATGCCATGGCTTCGCGCCTGCAACCGGTGATGACCCTGGAGTCGAAGATCATCAGCGTGCGCGAGCTTCCCGCCGGCGAGCCGGTGGGCTACGGTGCCCGTTTCGTCACCGCCCAGCCGACCCGGGTCGGCGTGGTTGCCATGGGGTATGCCGACGGTTACCCGCGCCAGGCGCCCAACGGTACGCCAGTGCTGGTGGATGGCCAGCGCAGCCAACTGGTCGGGCGGGTCTCGATGGACATGCTGTGTGTCGACCTGAGCCATATTCCCCAGGCCGGGCTCGGCTCGACCGTCGAACTCTGGGGCAAGAGCATTCTCGCCAGCGATGTGGCGCAGGCCGCCGACACGATTCCTTACCAGATATTCTGCAACCTGCGACGTGTCCCACGGCTCTATTCCGGGACCTGA MRPARALIDLQALRHNYQLAREVTGTKALAVIKADAYGHGAVRCAEALQETADGFAVACIEEALELRAGGIRGPILLLEGFFEADELALIVEHDFWCVVHALWQLEAIERATLGKPITVWLKLDSGMHRVGLHPADYQSAYRRLLASGNVAKIVLMSHFARADELHDPSSLQQLAVFEQARQGLVAEVSLRNSPAVLGWPQIPSDWVRPGIMLYGATPFDEANAMASRLQPVMTLESKIISVRELPAGEPVGYGARFVTAQPTRVGVVAMGYADGYPRQAPNGTPVLVDGQRSQLVGRVSMDMLCVDLSHIPQAGLGSTVELWGKSILASDVAQAADTIPYQIFCNLRRVPRLYSGT PGPT0020040_4758 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D1-35_02986 549 puuR HTH-type transcriptional regulator PuuR TTGGACGTCGGTGAACGACTGCAATCCATTCGTAAACTCAAAGGCCTTTCCCAGCGTGAACTCGCCAAGCGCGCGGGCGTCACCAACAGCACTATTTCGATGATCGAGAAAAACAGCGTGAGCCCCTCGATCAGCTCGCTGCGCAAGGTCCTTGGCGGGATTCCCATGTCCATGGTCGAGTTTTTCTCCGAAGAGATCCTCCAGGAGAAACCGACCCAGATCGTCTATAAAGCCAACGAACTGATCGACATCTCCGACGGCGCCGTGACCATGAAACTGGTGGGCCGGGCGCATCCGAGCCGGGCGATTGCCTTCCTGAACGAAATCTATCCGCCTGGCGCCGACACCGGTGACGAAATGCTCACCCACGAGGGCGAGGAAACCGGGATCCTGGTGGAAGGGCGACTGGAACTGGTGGTGGGCGCAGAAACCTTCGTGCTCGAGGCCGGCGACAGCTACTATTTTGAAAGTACCAAGCCACATCGTTTCCGCAATCCGTTCGACGTGCCGGCGCGACTGATCAGCGCAGCCACTCCGGCGAATTTCTAG MDVGERLQSIRKLKGLSQRELAKRAGVTNSTISMIEKNSVSPSISSLRKVLGGIPMSMVEFFSEEILQEKPTQIVYKANELIDISDGAVTMKLVGRAHPSRAIAFLNEIYPPGADTGDEMLTHEGEETGILVEGRLELVVGAETFVLEAGDSYYFESTKPHRFRNPFDVPARLISAATPANF PGPT0019781_117 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0019781-puuR-K14056 NA NA D1-35_02987 279 COG3245 Cytochrome c5 ATGGAAGTGGCCACTGCAGCCGGCGGCGCAGGCGGTGCCAAGGCACCCAAAGACGTCATTGCCAAGCATTGCAACGCCTGCCACGGCACTGGCCTGCTGGGCGCTCCGAAAATCGGTGACAAGGCGGCCTGGAAAGAGCGCGCCGATCACCAGGGCGGCCTCGACGGCATCCTGGCCAAGGCTATTACTGGCGTAAACGCCATGCCGCCCAAAGGCACTTGCGCCGACTGCTCCGATGATGAGCTCAAGGGCGCCATCAAAGAGATGTCCGGCCTGTAA MEVATAAGGAGGAKAPKDVIAKHCNACHGTGLLGAPKIGDKAAWKERADHQGGLDGILAKAITGVNAMPPKGTCADCSDDELKGAIKEMSGL PGPT0004040_3 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004040-coxD|ctaF-K02277 NA NA D1-35_02988 1935 butyrate:acetyl-CoA coenzyme A-transferase ATGGTGCAGTTGTGTTCAATCGAACAGGCAGTGGATGACGTGCTCGAGCGCTTGCCCGCGCATATCCACCTGGGCATGCCATTGGGGCTGGGCAAGCCCAACCTGTTCGCCAACGCGCTGTACCGGCGCATCGCCCAACTGCCCGAGCGGCAGCTGACTATCTACACGGCGTTGAGCCTGGGTCGACCGAGCCTGGGCGACGGTTTGCAGAAGCGTTTCCTCGAGCCCTTCGTCGAACGGGTCTTCGGCGACTATCCCGAACTCGATTACCTTGCCGATCTGCAGCGCGACAGCCTGCCGGCAAACATCCGCGTGCAGCAATTCTTCATGCAGCCCGGCAGCCTGCTGCACAGTGCAGCGGCGCAGCAGGACTACGTCAGCAGCAACTACAGCCACGCGGCGCGGGACATCAACGCGGCCGGCCTGAACCTGATTGCGCAATTGGTGGCGAGCGACCCGGAACATCCGGATCGCCTGAGCCTGAGCTGCAACCCGGACATCACCCTGGACCTGTTGCCGATGATTGCCAGGCGACGCGAGGCGGGCGAGACCATCCTCATGGTCGGGCAGGTCCACAGCGAATTGCCCTACATGCCCGGTGATGCGGAAATCGGCATTGACGCTTTCGACCTGCTGATCGACGAGAAGGACAGCCACACGCTGTTCTCCACGCCGAACATGCCGGTGGGGTTCCAGGACCATTTGATCGGCCTGCATGCCAGCACCCTGGTGCGTGACGGCGGTACGTTGCAGATCGGCATCGGCTCCATGGGCGATGCGTTGACGGCGGCGCTGTTGGCGCGCCAGGCCGATAACGCTGGTTACCAGGCGTTGTTGGCGGACCTGAATCTCAGCCAGTGGGCGCAGTTGATCGAGCGTGAAGGCGGGACCGAGCCGTTTGCCAAAGGGCTTTACGGTTGCAGCGAAATGTTCGTCAACGGTTTGCTGGTGCTTGCGGAGGCCGGGATTATCCGGCGCAAGGTCTATCCCGATGAGCCGACCCAGGAGCAGGCGAACGCCGGAACGCTCGACGAGGCGGCGCAACCCGACGGCATTTGCATCCATGGCGGGTTCTTCCTCGGCCCGGGCAGCTTCTACGAGCGTTTGCGCGAGTTGCCGCAGAGCCGGCGCTTCGAATTCAACATGACGCGCATCAGCTACATCAACGAGTTGTACGGCCAGGAACAACTCAAGCGCCTGCAGCGGCTTGATGCGCGTTTCATCAACACGGTGTTCACCATGACGTTGCTCGGTGCCGGGGTGGCTGACCAATTGGAAGACGGGCGGGTGCTCAGCGGTGTGGGTGGGCAATACAACTTTGTTGCCCAAGGGCATGCGCTGGAAGGGGCGCGCTCGATCCTGCTGCTGCGCAGTTGGCGCGAGTCAGGCGGCGTGGTCAGCTCCAATATCGTCTGGGAATACGGGCATTGCACGATTCCCCGGCACCTGCGGGACATCGTCGTGACCGAGTACGGCATTGCCGACCTGCGCGGCAAGACCGACGCGGCGGTGATCGAGGCATTGCTCAACATCAGCGATTCACGCTTTCAGCCGGGGCTGATCGAGCAGGCCCAGAGCTCCGGCAAATTGCCGAAGGATTTCCGTCTCGACCCACGTTTCGCCGACAACACGTCGGAGCGTTTGCAGGCGATCCAGGCGCGGCATCCCAATCTGTTCCCGGAATATCCGTTGGGCTGCGATTTCGATGGGCTGGAGCGGGATCTGCTGCGGGCGCTGAACTGGCTCAAGAGCAAGTTCAAGCTCACCGAGATCCTGGAGTTGGGCAAGGCCGCGCTGGATGCACCGGAGCCCTGGGAGTTTGCCGGGCATCTGGAACGGATGCAGCTGACGAGCCCGGAGGGGCTGAAGGAAGAGTTGGCCCAGCGGTTGCTGCTGGCGGGGCTGAAGGCGACCGTGCAACAAACAGCAACCTGA MVQLCSIEQAVDDVLERLPAHIHLGMPLGLGKPNLFANALYRRIAQLPERQLTIYTALSLGRPSLGDGLQKRFLEPFVERVFGDYPELDYLADLQRDSLPANIRVQQFFMQPGSLLHSAAAQQDYVSSNYSHAARDINAAGLNLIAQLVASDPEHPDRLSLSCNPDITLDLLPMIARRREAGETILMVGQVHSELPYMPGDAEIGIDAFDLLIDEKDSHTLFSTPNMPVGFQDHLIGLHASTLVRDGGTLQIGIGSMGDALTAALLARQADNAGYQALLADLNLSQWAQLIEREGGTEPFAKGLYGCSEMFVNGLLVLAEAGIIRRKVYPDEPTQEQANAGTLDEAAQPDGICIHGGFFLGPGSFYERLRELPQSRRFEFNMTRISYINELYGQEQLKRLQRLDARFINTVFTMTLLGAGVADQLEDGRVLSGVGGQYNFVAQGHALEGARSILLLRSWRESGGVVSSNIVWEYGHCTIPRHLRDIVVTEYGIADLRGKTDAAVIEALLNISDSRFQPGLIEQAQSSGKLPKDFRLDPRFADNTSERLQAIQARHPNLFPEYPLGCDFDGLERDLLRALNWLKSKFKLTEILELGKAALDAPEPWEFAGHLERMQLTSPEGLKEELAQRLLLAGLKATVQQTAT NA NA NA NA NA D1-35_02989 573 xpt COG0503 Xanthine phosphoribosyltransferase ATGGAAGCCCTGCACCAGAAAATTCGTGAACAAGGCATCGTGCTTTCCGATCAGGTCCTGAAGGTTGATGCGTTCCTCAACCACCAGATCGACCCGCAGTTGATGAAGCTGATCGGCGACGAATTCGCCGCGCTGTTCAAGGATTCGGGCATCACCAAGATCGTCACCATCGAGGCCTCGGGCATCGCCCCGGCGATCATGACCGGGCTGAACCTTGGCGTGCCGGTGATCTTCGCGCGCAAACAGCAGTCGCTGACCCTGACGGAGAACCTGTTGTCCGCCACCGTGTATTCGTTCACCAAGAAGACCGAAAGCACCGTCGCCGTCAGCCCGCGCCACCTGACCAGCAGCGACCGAGTGCTGATCATCGATGACTTCCTGGCCAACGGCAAAGCCTCCCAGGCGCTGATTTCCATCATCAAGCAGGCCGGCGCTACCGTGGCCGGGCTGGGCATCGTGATCGAGAAATCCTTCCAGGGTGGCCGCGCTGAGCTGGATGCCCAGGGCTACCGCGTCGAGTCGTTGGCGCGGGTGAAATCGCTGGCGGGTGGGGTAGTGACGTTCATCGACTGA MEALHQKIREQGIVLSDQVLKVDAFLNHQIDPQLMKLIGDEFAALFKDSGITKIVTIEASGIAPAIMTGLNLGVPVIFARKQQSLTLTENLLSATVYSFTKKTESTVAVSPRHLTSSDRVLIIDDFLANGKASQALISIIKQAGATVAGLGIVIEKSFQGGRAELDAQGYRVESLARVKSLAGGVVTFID PGPT0007305_856 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0007305-xpt-K03816 NA NA D1-35_02990 2049 rep_1 COG0210 ATP-dependent DNA helicase Rep ATGCCGGCCCATTTCGCAAACGACTCCCTGAACCCTGTCATGTCCCGACTCAATCCCCGGCAGCAAGAAGCCGTGAACTATGTCGGCGGCCCTCTTTTGGTGCTCGCCGGTGCAGGCTCCGGCAAGACCAGCGTGATCACCCGCAAGATCGCGCACCTGATCCAGAATTGCGGCATCCGCGCCCAGTACATCGTCGCGATGACTTTCACCAACAAGGCCGCGCGGGAAATGAAGGAACGGGTCGGCGGTCTGTTGCGCGCCGGCGAAGGCCGTGGCCTGACGGTCTGTACGTTCCACAACCTGGGCCTGAACATCATTCGCAAGGAACACGCGCGACTTGGCTACAAGCCGGGCTTCTCGATTTTCGACGAGACCGACGTCAAGGCCTTGATGACCGACATCATGCAGAAGGAATACTCGGGCGACGACGGCGTCGACGAGATCAAGAACATGATCGGCGCCTGGAAAAACGACCTGATCCTGCCGCCCGAAGCCCTGGAGAACGCCCGCAACCCCAAGGAACAGACCGCCGCCATCGTCTACGCCCACTACCAGCGCACCCTCAAGGCCTTCAACGCGGTGGACTTCGACGACCTGATCCTGCTGCCGGTCAAGCTGTTCCAGGACCACGCCGACATCCTTGAGAAATGGCAGAACAAAGTCCGTTACCTATTGGTGGACGAATATCAGGACACCAACGCCAGCCAGTATCTGCTGGTGAAACTGCTGATCGGCAAACGCAACCAGTTCACCGTGGTCGGCGACGATGACCAGTCGATCTACGCCTGGCGCGGCGCGCGGCCGGAAAACCTGATGTTGCTCAAGGAAGACTACCCATCGCTCAAGGTGGTGATGCTGGAGCAGAACTATCGCTCCACCAGCCGCATCCTGCGCTGCGCCAACGTGCTGATCTCCAACAACCCCCACGAATTCGAAAAGCAGCTGTGGAGCGAAATGGGTCACGGTGACGAGATCCGTGTGATCCGTTGCCGCAACGAAGACGCCGAAGCCGAGCGCGTGGCCATGGAAATCCTCAGCCTGCACCTGCGCACCGACCGGCCCTACAGCGATTTTGCGATCCTCTATCGCGGCAACTACCAGGCCAAGCTGATCGAGCTGAAGTTGCAGCATCACCAGATCCCCTATCGTCTGTCGGGGGGCAACAGCTTCTTCGGACGCCAGGAAGTGAAGGACCTGATGGCCTACTTCCGCCTGATCGTGAACCCGGACGACGATAACGCCTTCTTGCGGGTGATCAACGTGCCACGCCGGGAAATCGGTTCGACCACCCTGGAAAAACTCGGCAACTACGCCACCGAGCGCAAGATCTCGATGTACGCCGCCACCGATGAAATCGGCTTGGGCGAACATCTGGACAGCCGCTTCACCGACCGCCTGGCGCGCTTCAAACGCTTCATGGACAAGGTCCGCGAGCAGTGTGCCGGCGAAGACCCGATCGCGGCGCTGCGCAGCATGGTCATGGACATCGACTATGAAAACTGGCTGCGCACCAACAGTTCCAGCGACAAGGCCGCCGACTACCGCATGGGCAACGTCTGGTTCCTGATCGAAGCGCTGAAAAACACTTTGGAAAAGGATGAAGACGGCGACATGACCGTCGAGGACGCCATCGGCAAGCTCGTTTTGCGGGATATGCTCGAGCGGCAGCAGGAAGAGGAAGAAGGCGCCGAAGGCGTCCAGATGATGACGCTGCACGCCTCCAAGGGCCTGGAATTTCCCTACGTGTTCATCATGGGCATGGAAGAGGAAATCCTCCCGCACCGCTCCAGCATCGAAGCCGACACCATTGAAGAAGAACGGCGCCTGGCCTACGTCGGGATTACCCGGGCGCGCCAGACGCTGGCCTTCACCTTCGCCGCCAAGCGCAAGCAGTACGGCGAAGTGATCGACTGCGCCCCGAGCCGTTTTCTCGATGAACTGCCGCCGGACGACTTGGCCTGGGAGGGCAATGACGACACGCCGACGGAAGTCAAAGCCGTTCGCGGCAACAGCGCCCTGGCGGATATACGCGCGATGTTGAAGCGCTAG MPAHFANDSLNPVMSRLNPRQQEAVNYVGGPLLVLAGAGSGKTSVITRKIAHLIQNCGIRAQYIVAMTFTNKAAREMKERVGGLLRAGEGRGLTVCTFHNLGLNIIRKEHARLGYKPGFSIFDETDVKALMTDIMQKEYSGDDGVDEIKNMIGAWKNDLILPPEALENARNPKEQTAAIVYAHYQRTLKAFNAVDFDDLILLPVKLFQDHADILEKWQNKVRYLLVDEYQDTNASQYLLVKLLIGKRNQFTVVGDDDQSIYAWRGARPENLMLLKEDYPSLKVVMLEQNYRSTSRILRCANVLISNNPHEFEKQLWSEMGHGDEIRVIRCRNEDAEAERVAMEILSLHLRTDRPYSDFAILYRGNYQAKLIELKLQHHQIPYRLSGGNSFFGRQEVKDLMAYFRLIVNPDDDNAFLRVINVPRREIGSTTLEKLGNYATERKISMYAATDEIGLGEHLDSRFTDRLARFKRFMDKVREQCAGEDPIAALRSMVMDIDYENWLRTNSSSDKAADYRMGNVWFLIEALKNTLEKDEDGDMTVEDAIGKLVLRDMLERQQEEEEGAEGVQMMTLHASKGLEFPYVFIMGMEEEILPHRSSIEADTIEEERRLAYVGITRARQTLAFTFAAKRKQYGEVIDCAPSRFLDELPPDDLAWEGNDDTPTEVKAVRGNSALADIRAMLKR NA NA NA NA NA D1-35_02991 1671 hypothetical protein TTGTCTACGCCTGTCGAACCCTTGCGTTTGCTCTTATTGGCCGAAACGCCTGAGTGGTCAGCGATATTGCGCGAGTGCCTGGCGCCCATGGGCCCCTCGGTCGTGTTGATCAGCGCCCCGAGCTGGGAGTCGGTCAGCAGCCTGTTCGAAGACAACCGCAATGCGGTCCTGTTGACTGTCGCTGCTTTGCAACCAGCGCCCGGTCGTTGCCGCCTGCCAACGGTGCTGTTGCTTGAGCACGAGCCGGCGACTCCCCCGGACGGCGTCAGCGACTGGCTGGTGCGTGACGTACTCGATGAGGCGACGCTGCGTCGTTGCCTTCGTCATGTGCGCGAGCGCGGGGTGCTGGAAAACACTCTGCAACGGCTCGCCGAGCAGGACCCGTTGACCGGCATCGCCAACCGCCAAGGCTTCCAGACCCTGCTGGCGGCACGCCTGGCTGAAAACGAAGGCCGTGGCCTGGCGCTCGGCCATCTGGATCTGGATAACTTTCGTCACGCCAACGACGCGCTCGGTCATCAGGCCGGCGACCGTCTGATCCTGCAGGTGGTCTCGCGGCTCAAGGGCGCGCTGGAAGTCGGTGATCAACTGGCGCGGCTGGGCAGCGACGAATTCGCCCTGCTGATCGATACCCGCCGCGCGCCCCAGCGGGCCGAGTGGATGGCTGAGCGCATCACCGAAGCCATGGCCGAACCCTACTGGGTCGATGGCGAAAGCCTGCTGATCGGCTGCAGCCTGGGGATCGCCCATGCTCGCGCCCAGGCCGGTGCCGACCCGCTGATGTGGCACGCGCATATCGCCATGCAGCAGGCCAAGAGCACGCAAGGCTGCACTTTTCATATCTTCAATGAGCGCATCAATCGCAACGCCCGCAGTCTCGCCGACCTGGAAAGCGAACTGCGCCGGGCGCTGCGTCGCGACGAACTGGAATTGCATTACCAGCCGCGGCTGAACCTTGCCGATGGCACCATCGTCGGCCTCGAAGCCCTGGTGCGCTGGCGTCACGGCGAGCGCGGGCTGTTGCCGCCGAGCGAATTCGTGCCACTGGCCGAGCAGAGCGGCCTGATCGTACCGTTGGGCTACTGGGTAATTTCCCGGGCGTTACGGGACATGCAGGCCTTGCGCGAGCGCGGGCTCGCGCCGCTGCATATGGCGATCAACCTGTCGTTCCGGCAATTCCAGGACAGTCAGCTGCTGCCGACCTTGAGTCGGTTGATCAGCGAACGGGGTGTCGAGGCCCAGTGGCTGGAGTTCGAACTCACCGAAACCGCCGTCATGCGTCGCAGCGAAATGGTCAAGCAGACCATGGATGCCTTGGGCCGCCTGGGCGTGCGGTTCTCCCTGGACGATTTCGGTACCGGATTTTCCTCCTTCGTGCACCTCAACAGCCTGCCCATCGCCCTGCTCAAGATCGACAAGAGTTTCGTTGGCGGCATGGAGCAGCGTGAAGAGAACCGCAAGCTGGTGCACGCGATGATCAACCTGGCCCATAACCTCAATCTTGAAGTCGTGGCCGAAGGCGTCGAGACCCGTGAACAGATGGATCTGCTGCGGGGTTTCGGTTGCGATCAGGTGCAGGGCTTCCTGATCAGCAAGCCGCTGCCGTTGGTGGAGTTGGTTGAATACCTGGCGTTTGAGGGTGGCCAGGCGACGCAGGAAATCGTGAGCTGA MSTPVEPLRLLLLAETPEWSAILRECLAPMGPSVVLISAPSWESVSSLFEDNRNAVLLTVAALQPAPGRCRLPTVLLLEHEPATPPDGVSDWLVRDVLDEATLRRCLRHVRERGVLENTLQRLAEQDPLTGIANRQGFQTLLAARLAENEGRGLALGHLDLDNFRHANDALGHQAGDRLILQVVSRLKGALEVGDQLARLGSDEFALLIDTRRAPQRAEWMAERITEAMAEPYWVDGESLLIGCSLGIAHARAQAGADPLMWHAHIAMQQAKSTQGCTFHIFNERINRNARSLADLESELRRALRRDELELHYQPRLNLADGTIVGLEALVRWRHGERGLLPPSEFVPLAEQSGLIVPLGYWVISRALRDMQALRERGLAPLHMAINLSFRQFQDSQLLPTLSRLISERGVEAQWLEFELTETAVMRRSEMVKQTMDALGRLGVRFSLDDFGTGFSSFVHLNSLPIALLKIDKSFVGGMEQREENRKLVHAMINLAHNLNLEVVAEGVETREQMDLLRGFGCDQVQGFLISKPLPLVELVEYLAFEGGQATQEIVS PGPT0026010_2783 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_02992 1395 mdtK COG0534 Multidrug resistance protein MdtK ATGCGGCATCCGGTGCGTATCGAACTCTGGGCCATCCTGCGGCTGGCGGGGCCGTTGATTGCTTCGCAGTTGGCGCACATGCTGATGGTGCTGACCGACACCTTGATGATGGCGCGCCTGAGTCCCGAAGCCCTGGCCGGTGGTGGTCTGGGGGCGGCGAGTTACTCGTTCGTGTCGATTTTCTGCATCGGCGTGATCGCTGCCGTCGGTACGCTGGTTGCGATCCGCCAGGGCGCTGGCGATATTGAAGGCGCCACCCGGCTGACCCAGGCCGGGTTATGGCTGGCCTGGTTGATGGCGCTGGTGGCCGGGTTGCTGTTGTGGAACCTCAAGCCGGTGCTGCTGTTGTTCGGCCAGACTGAAACCAACGTCCTCGCCGCCGGCCAGTTCCTGCTGGTGCTGCCGTTCGCCCTGCCCGGCTACCTGAGTTTCATGGCCCTGCGTGGATTTACCAGCGCGATCGGCCGGGCCACTCCGGTCATGGTGATCAGCCTCGGCGGCACGGTGGCCAACTTCCTGCTCAACTACGCGCTCATCACCGGCATGTTCGGCTTGCCGAAGCTCGGCCTGATGGGGATCGGCCTGGTGACGGCGATTGTTGCCAACTGCATGGCCCTGGTGCTTGCCTGGCACATCCACCGGCACCCGGCCTACCGCGCCTATCCATTGCTTGAAGGCCTGTCGCGGCCCAATCGTCAATACCTCAAGGAACTGTGGCGCCTTGGCCTGCCGATTGGTGGTACCTACGCCGTGGAAGTCGGGCTGTTCGCGTTCGCCGCGCTGTGCATGGGCACCATGGGCAGCACGCCGTTGGCTGCGCACCAGATCGCTCTGCAAATCGTCTCGGTGGCATTCATGGTTCCAGCGGGCATGTCGTACGCGATCACCATGCGCATCGGCCAGCATTACGGCGCCGGGCAACTGCTCATGGCACGCCTGGCCGGACGGGTCGGGATCGGCTTTGGGGCAGCGGCGATGCTGGCCTTCGCCATGGTGTTCTGGCTGCTGCCCAATCAACTGATCGGTTTGTTCCTGGATCACAATGACCCGGCGTTCCGCCCGGTGATCGACCTGGCTGTGAGCCTGCTGGCCGTGGCGGCGTGGTTCGAGCTGTTCGACGGTACGCAAACCATTGCCATGGGCTGTATCCGAGGCCTGAAGGACGCCAAGACCACCTTCCTGGTAGGCCTGGGTTGCTACTGGCTGATTGGCGCGCCCGCTGCCTGGTGGATGGCCTTTCATTTGAACTGGGGGCCGACTGGTGTCTGGTGGGGCCTGGCCCTGGGGCTGGCGTGCGCGGCGGTGAGCCTGACGTGGGCATTCGAGTGGAAGATGAAGCGGATGATTCGCAGCGAGCCGGAGCAGCGGAATTTCGAAGCGATCCAGGCGAAGTGA MRHPVRIELWAILRLAGPLIASQLAHMLMVLTDTLMMARLSPEALAGGGLGAASYSFVSIFCIGVIAAVGTLVAIRQGAGDIEGATRLTQAGLWLAWLMALVAGLLLWNLKPVLLLFGQTETNVLAAGQFLLVLPFALPGYLSFMALRGFTSAIGRATPVMVISLGGTVANFLLNYALITGMFGLPKLGLMGIGLVTAIVANCMALVLAWHIHRHPAYRAYPLLEGLSRPNRQYLKELWRLGLPIGGTYAVEVGLFAFAALCMGTMGSTPLAAHQIALQIVSVAFMVPAGMSYAITMRIGQHYGAGQLLMARLAGRVGIGFGAAAMLAFAMVFWLLPNQLIGLFLDHNDPAFRPVIDLAVSLLAVAAWFELFDGTQTIAMGCIRGLKDAKTTFLVGLGCYWLIGAPAAWWMAFHLNWGPTGVWWGLALGLACAAVSLTWAFEWKMKRMIRSEPEQRNFEAIQAK PGPT0029115_6077 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 D1-35_02993 921 gcvA_6 Glycine cleavage system transcriptional activator ATGTCTCGTCGCCTCCCTCCTCTTTATGCGTTGCGGGCATTCGAAGCGGCGGCGCGATACAGCTCGTTTACCCGGGCCGCTGAAGAACTGTCGATTACCCAGAGCGCGGTCAGCCGGCACATTCGCACGCTTGAGGAACACTTCGCCTGTCGGCTGTTTCAGCGCAGCGGCCGCAACCTGCAACTGACCGAGGCGGCACGCCTGCTGCTGCCGGGCGTGCGGGAGGGTTTCATGGCGCTGGAGCGTGCTTGCCATACCTTGCACGGCGAGGACGGAATTTTGCGCATGAAGGCTCCGTCGACCCTGACCATGCGTTGGTTGCTGGCGCGCCTGAGCCGCTTTCGGCATCTGCAACCCGGCAACGAAGTGCAATTGACCAGCGCCTGGATGGACGTCGACTCGGTGGACTTCAACACCGAGCCGTTCGACTGCGCGGTTCTGCTGGGCAACGGGCACTTTCCGGCGGACTGGGAGGCCAGTCTGCTGTTTCCCGAGGAGCTGATTCCGGTCGGCGCACCGACTCTGCTCAACGACCAACCCTGGGACGTGGCGCGGCTGGCCAGCGCGGAGCTGCTGCACCCCACGCCGGATCGCCGGGACTGGCGCAACTGGTTGCAGCGCATGGGGCTGGCGGACAAGGTCTCGCTCAAGGGCGGCCAGGTATTCGATACGCTGGAACTGGGCATGATCGCTGCGGCGCGGGGCTATGGTGTGTCCATGGGCGATTTGTTGATGGTCGCCGAGGACGTTGCCCAGGGACGCTTGAGTCTGCCGTGGCCTACGGCTGTTGCCAGCGGCGAGCACTATTACCTCGTCTGGCCGAAGACCCGGCCTGGAGGTGAACGTTTGCGCAGGCTCAGCGATTTTCTCCAGGGCGAGGTAAGCGCCATGCAACTGCCCGACGTGAAACGCCTGGCCTGA MSRRLPPLYALRAFEAAARYSSFTRAAEELSITQSAVSRHIRTLEEHFACRLFQRSGRNLQLTEAARLLLPGVREGFMALERACHTLHGEDGILRMKAPSTLTMRWLLARLSRFRHLQPGNEVQLTSAWMDVDSVDFNTEPFDCAVLLGNGHFPADWEASLLFPEELIPVGAPTLLNDQPWDVARLASAELLHPTPDRRDWRNWLQRMGLADKVSLKGGQVFDTLELGMIAAARGYGVSMGDLLMVAEDVAQGRLSLPWPTAVASGEHYYLVWPKTRPGGERLRRLSDFLQGEVSAMQLPDVKRLA PGPT0026360_2681 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_02994 1977 hypothetical protein ATGTCTCAACCCCGCGCCCGGATCGCCTCACAGCTAGGCCTTGCCCTTGCCGTGATACTGGCGGTCGTGATTTCCGGCAGTACCGTCTTCGCCTTGCGTTCACTGGACGCCGCCAACCTTTCCACTCGTGAGGAGCACCTGGCCAGCGAAGCGCGCCTGATGGCCGACCAGCTCAATACCTTCCACAGCACCTTGCGCGAGAGCACCCAGCGCTTGGCTGGCCTGTTCGAAAAGCGCTTCAGCGCGGGCCTGAGCGTGCATCCGGACCAGCCGGTGACAGTGGCGGGCGTGCAGACGCCAGGCTTGAGCCTGGGCAGCGAAGTGTTGAACAACAACTTCAAGGAAGTGGACGAGTTCAAGGCGATGACCGCCGGCGTAGCGACTATATTCGTGCGTAGCGGCGACGACTTCATCCGTGTCAGTACTTCGGTGAGCAAGCAGGACGGTACGCGGGCCATCGGCACCGTACTCGACCGCGCCGGCCCGGCGTACGGCCCGGTGATCAGCGGGCAGAGCTACATCGGCCGGGCCTTGCTCTTCGGTCGTTTCTACATGTCGCAATACACGCCCGTTCGCGACGGCAGCGGCAAGATCATTGCCGTGTTGTACGTAGGATTCGATTACACCGATGCGCAGAATGCGCAATTCGACAACCTCAAGCGCTTCCGCATCGGCCAGACCGGTTCCCTGGCGCTGTTGGACGAACAGAACAAATGGTTGGTACCGCCAGCGGGTGTGCAGGCGCTGGACAACGCCACCGCGGCTATCACCGGTCTGATCAAGAAGCCGGGCAAAGGTGCGTTCTGGGAAGACACCGCAGAAGAATTCTACAGCGTCGCCGTGCCGTTCGAGGGCGGGCCGTGGGCGGTGGTGGCGAGCATGCCGAAAACCGAAATCAACGCAGTAACCTGGAACGTCGGTACGCAACTGGCCATTGGCAGCCTGCTGGCAATGTTGCTGGCGGTCGGTGCTGCAGTGTGGCTGTTGCGTAGCAAACTGGCGCCCTTGGGCGACCTCGTACGTCAGGCCGAAGCGCTGGGCGCCGGCGACCTGAGCGTGCGTCTGAACGTATCCAGCCACGATGAAATTGGCCAACTGGCCCGTGCCTTCAACCAGATGAGCCAAGCCTTGTCGACCATGGTCGAGCATATCCGCAAGGCCTCGCAGGAGGTCAACAGTCGTGCCCAGGCGTTGTCCGGATTGTCCAGCGGTGCGTATGAAGGGATGGAGCAGCAGTCCGGCGAAATCACCAGCATGGCGGGCGCAGTGGAAGAGTTCAGCGCCACCTCGTTGAACATCGCCGATAACATGGGCAATACCGAGCGTCTGGCCCAGGACAACGCCCAGCAGACCCGCATCGGCCGTACCTCGATGGACGAAGCTTCGTCATCGCTGGAACAGATTGCTGGCGCGTTGAACAGCACGGCCACGGTCATCAACACCTTGGGTCAGCGCTCCCAGGAAATTGGCGGCATCGTCGGCGTGATCACCTCGATTGCCGAGCAAACCAACCTGCTGGCCTTGAACGCTGCCATCGAAGCCGCGCGCGCGGGTGAACAGGGCCGTGGTTTTGCCGTGGTGGCCGACGAGGTCCGTAGCCTGGCGTCGCGTACCCGCCAGGCCACTGACGAAATCTCTGGCATGATCAACAGCATCCAGCAGGAAACCGGCAATGCCATCAGTACGATGGAGAAGGGCAACCTGCTCATGCAGGAAGGCTTGTCGCGCAACGCCAATGTCGCCTCGGCCCTGGCGCGCATCGACGAGCAAAGCCGCTCGGCCGGCCAGCAGTTTGCAGCGATCACCACGGCCACCCAGGAGCAGAGCAGCACCGCGACCTTGCTCAGCAGCAACCTGCAAAGCATCGCGATGGCCAACAGCGAACAACGCGAAGTAGTTTCGAACCTGGCGATCACCGCCAAAGAACTGGAAAAACTGGCGCAGGACCTGCGCAAAGAGGTTGATCGGTTCCGCTGA MSQPRARIASQLGLALAVILAVVISGSTVFALRSLDAANLSTREEHLASEARLMADQLNTFHSTLRESTQRLAGLFEKRFSAGLSVHPDQPVTVAGVQTPGLSLGSEVLNNNFKEVDEFKAMTAGVATIFVRSGDDFIRVSTSVSKQDGTRAIGTVLDRAGPAYGPVISGQSYIGRALLFGRFYMSQYTPVRDGSGKIIAVLYVGFDYTDAQNAQFDNLKRFRIGQTGSLALLDEQNKWLVPPAGVQALDNATAAITGLIKKPGKGAFWEDTAEEFYSVAVPFEGGPWAVVASMPKTEINAVTWNVGTQLAIGSLLAMLLAVGAAVWLLRSKLAPLGDLVRQAEALGAGDLSVRLNVSSHDEIGQLARAFNQMSQALSTMVEHIRKASQEVNSRAQALSGLSSGAYEGMEQQSGEITSMAGAVEEFSATSLNIADNMGNTERLAQDNAQQTRIGRTSMDEASSSLEQIAGALNSTATVINTLGQRSQEIGGIVGVITSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLASRTRQATDEISGMINSIQQETGNAISTMEKGNLLMQEGLSRNANVASALARIDEQSRSAGQQFAAITTATQEQSSTATLLSSNLQSIAMANSEQREVVSNLAITAKELEKLAQDLRKEVDRFR PGPT0015710_8044 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 D1-35_02995 1215 hypothetical protein ATGACTCCGCTCAAACTCCTCGTTGCCCTCAGCGCCCTCGGTGCTGCCTCCCACGCCATGGCCTGGGATTATGTCCTGCTCGATACCGACAAGGCCGCACAGCCCTGGCAAATCACCAGTCAGCAGCTCGGTGTGAAGACCGACAAACCGTTTTCCGTGACGATGCGCACCCTGCACGGCGGTCGCCAGGAAGGCGTCAGCATCGTCGATATCGACAACGGCACGATGAAACTCTCGGTCGTCCCGACCCGCGGCATGAATGTGCTGCAGGCCTCGGTCGGCGATGTCCGTATGGGGTGGGATTCGCCGGTCAAGGAAGTGGTCAATCCGGCATTCATCGAGCTCAATGGCCGGGGCGGCTTGGGCTGGCTGGAAGGGTTCAACGAGCTGGTCACCCGCTGCGGCTACGAGTGGGTCGGTCATCCGGGCATGGACAATGGCGAGCTGCTGACTTTGCACGGCCGCGCGGCCAATATCCCGGCGAACAAAGTCACCCTGCACATCGATGAAAAACCGCCCTACGCGATTACCCTGCGAGGCGAGTTGAAGGAGCAGGCGTTCAAGAAAGTCGACTTTTCGGTGCAGACCGAACTGGTCACCGAACCCGGCAGCGTGACCTTCGCGCTCAGCGACACGCTGACCAACAATGGCGACTATCCGAAGGAATACCAGGCGCTCTATCACAGCAACTTCAGTACGCCGTTCCTGGAGCAGGATGCGCGCTTCGCAGCACCGGTCAAACAGGTGTCGCCGTTCAACGACAAGGCCAAGGGCGACCTGAAAGGCTGGCAAACCTATCGCGCCCCAACCAGGGACTACGACGAAACCGTCTACAACGTCGTGCCGTATGCCGACGCCAAGGGCGATACGCTGACCGTGTTGCACAACAAGGCCGGTAGCCTCGGCGTGTCGGTGGGCTTCAACACCGGGACGCTGCCGGTATTTTCCCTGTGGAAAAACACCGATACCCAAGGCCAGGGCTACGTGACCGGCCTGGAGCCGGGCACCAGTTTCTCCTACAACCGTCGATATCAGCGACCACTGGGCCTGGTGCCGACCATCGCGCCGAAAGAGCGTAAGCAGTTCCAGATCCATTACAGCCTGTTGGCGGACAAGGCTGCCGTAGACAAGGCGCTCAAGCGCATTGATGACATCCAGGGTGATCGGAAAACCGAGGTGCGCGATGCCCCGCTGGTGGACCTGAGCAAGCCGTAA MTPLKLLVALSALGAASHAMAWDYVLLDTDKAAQPWQITSQQLGVKTDKPFSVTMRTLHGGRQEGVSIVDIDNGTMKLSVVPTRGMNVLQASVGDVRMGWDSPVKEVVNPAFIELNGRGGLGWLEGFNELVTRCGYEWVGHPGMDNGELLTLHGRAANIPANKVTLHIDEKPPYAITLRGELKEQAFKKVDFSVQTELVTEPGSVTFALSDTLTNNGDYPKEYQALYHSNFSTPFLEQDARFAAPVKQVSPFNDKAKGDLKGWQTYRAPTRDYDETVYNVVPYADAKGDTLTVLHNKAGSLGVSVGFNTGTLPVFSLWKNTDTQGQGYVTGLEPGTSFSYNRRYQRPLGLVPTIAPKERKQFQIHYSLLADKAAVDKALKRIDDIQGDRKTEVRDAPLVDLSKP NA NA NA NA NA D1-35_02996 1494 comM COG0606 Competence protein ComM ATGTCACTCGCCATCGTTCACAGCCGCGCCCAGGTCGGCGTCGAAGCACCCGCTGTCACCGTCGAAGTCCATCTGGCCAATGGCTTGCCGTCGCTGACCATGGTCGGCCTGCCGGAGGCGGCGGTGAAGGAAAGCAAGGATCGGGTGCGCAGTGCGATCATCAACTCGGGGCTCAGCTTTCCGGCACGGCGCATCACCCTGAACCTGGCGCCGGCGGACCTGCCCAAGGACGGCGGGCGGTTCGACCTGGCGATTGCCCTTGGCATCCTGTCGGCCAGCGTGCAGGTGCCGACGCTGATGCTGGACGACGTCGAATGCCTCGGCGAGCTGGCGTTGTCCGGGGCGGTACGACCGGTACGCGGGGTGTTGCCCGCGGCGCTGGCGGCACGCAAGGCTGGACGCATGCTCGTGGTGCCTTGGGCGAATGCCGAGGAGGCCTGCCTGGCGTCGGGACTGAAAGTGATCGCGGTGAATCACCTGCTCGAAGCGGTGGCGCATTTTAATGGCCATACCCCGGTCGAACCTTTTGTTTCCAACGGGCTGCTCTCGGCCAGCAAGCCCTACCCCGACCTCAGTGAAGTCCAGGGCCAGGCCGGGGCCAAGCGCGCGTTGCTGATCGCGGCAGCGGGAGCCCATAACCTGTTGTTCAGCGGCCCGCCTGGCACCGGCAAGACGTTGCTGGCGAGCCGCTTGCCGGGGTTACTGCCGCCCTTGGCCGAAAGCGAGGCCCTGGAAGTCGCGGCGATCCAGTCGGTCGCCAGTTGCGTGCCGTTGAGCCATTGGCCGCAGCGTCCGTTCCGTCAGCCGCATCATTCGGCGTCCGGCCCGGCGCTGGTGGGCGGTGGGTCCAAGCCGCAACCGGGAGAAATCACCCTTGCTCATCATGGCGTGCTGTTTCTGGATGAGTTGCCGGAATTCGACCGCAAGGTGTTGGAAGTGCTGAGAGAACCGTTGGAGTCGGGGCACATCGTGATATCCCGCGCCCGGGACCGGGTGCGCTTTCCGGCGCGCTTCCAGCTGGTGGCGGCGATGAATCCCTGCCCGTGTGGCTATCTCGGCGAGCCCAGCGGTCGTTGCTCCTGCACACCGGACATGGTGCAGCGTTACCGCAACAAACTGTCCGGCCCGCTGCTCGACCGGATCGACTTGCACCTGACCGTGGCCCGGGAAGCCACCGCACTGAACCCCAAGAGCGAACCGGGGGACGACACCGCCACCGCCGCCGAACGGGTGGCCGATGCCCGTGAACGCCAGCAAGCACGCCAAGGCTGTGCCAATGCGTTCCTGGATCTGCCGGGCCTGCGCCGGCACTGCAAACTGTCCACGACCGACGAAGCCTGGCTGGAAACCGCTTGCGAACGGCTGACCCTGTCGCTGCGAGCCGCCCATCGCCTGCTCAAGGTCGCCCGGACGTTGGCCGACCTTGAGCAAGCGGAGCGAATCAGCCGCGAACATCTGGCCGAAGCCCTGCAGTATCGCCCCGCCTCGGTTTGA MSLAIVHSRAQVGVEAPAVTVEVHLANGLPSLTMVGLPEAAVKESKDRVRSAIINSGLSFPARRITLNLAPADLPKDGGRFDLAIALGILSASVQVPTLMLDDVECLGELALSGAVRPVRGVLPAALAARKAGRMLVVPWANAEEACLASGLKVIAVNHLLEAVAHFNGHTPVEPFVSNGLLSASKPYPDLSEVQGQAGAKRALLIAAAGAHNLLFSGPPGTGKTLLASRLPGLLPPLAESEALEVAAIQSVASCVPLSHWPQRPFRQPHHSASGPALVGGGSKPQPGEITLAHHGVLFLDELPEFDRKVLEVLREPLESGHIVISRARDRVRFPARFQLVAAMNPCPCGYLGEPSGRCSCTPDMVQRYRNKLSGPLLDRIDLHLTVAREATALNPKSEPGDDTATAAERVADARERQQARQGCANAFLDLPGLRRHCKLSTTDEAWLETACERLTLSLRAAHRLLKVARTLADLEQAERISREHLAEALQYRPASV NA NA NA NA NA D1-35_02997 1260 aaeA_4 p-hydroxybenzoic acid efflux pump subunit AaeA ATGACTAACCCCATCACACTCAAGCCTGCATTGCTCTTTTTCGGATTGGGCGCGTTGATCATTATCGCGTTGCGCTGGCCGCCGGCGCCCGCAGGCACCCGCGCAACGACAAGCACAGCGCCTGACTGGGTGCATATCGAACCGCGATTGCTGGAAACCCGGCTGGGGCTGATCGGACGTATCCAGGCCGTCAACCAGGTTACCTTGACCGCCCCGTTTGATGGCTTGCTTGCCGAGGTGCGGGTACACGAAGGACAACGGGTCGAGAAAGGCCAGGTGCTGCTGACGCTGGACCCCGCGCAGTTGCAGATCCAGCTGCGCCAGGCCCAGGCGCAACTGCTCAAGGCACAGCGCGAGGCCCGCCGCTTGCAGCATTGGAGCAAAGGCTCCGAGGTCAGCAATGCCAGACGGGCTCTGAACAATGCCAGGCAGAGCCTGGCCGCCAGCGAAAGTAACCGGCGTGACACGCAAGCGTTGTTCGAACGTGGCATCGTCGCGAGGATGGAACTCGAAACGCTGGAGCAGCAGGTGCGCAGCGACCAGCAACAGCTCAGCGCGGCAATCGAGGAACTGGCCACGACACTGGCGTACGGCCAGGGCGAGGAACGCCATATCGCCGAGATGGAGCTGGCTAACGCGCAGGCGCATCACCAGGCTTTCGAAACGCTGCATGCCCGCCGAGAAGTGACGGCGCCAGTGAGCGGTTACGTCGTGCGACCTGTCATGCCGGGTGACGGCCAACCGGTAGCGGTGCAACCTGGCGTGGCCGTGAGCCGGGGCACGCCGTTGCTTGGCGTCATTGGCCTGGACCGTTTCCAAGCCCTTGCTCGCGTGGATGAAACCGACCTGTACCTGTTACGTGAAGGCATGCCAGTGCAAATCACGGGTGATGGATTCGCCGGTGAACTGAGCGGCCGCATACTGGCCATCGGAATCCAGAACGAGGCGGCTGACCAGCAGGACACAGGCGCGCGCTATAAGGTCCAGGTGTCAATTGATACGGCCGTCGCCGATTTCGACCCCCCGCTGCGGACCGGTATGAGCGCGCGTCTGGCAGTGATTCTGTACCGCGACGAACAGGGTATCGCCGTACCACCGCACGCCCTTCGCCGCGATGAGTCCGGTGCCACCTACGTGCTGTACCGGGCGACAGCACAAGCACGCCCCGAGCGCGTAATGGTCAGCCCACGCACAACCGTCGCGCAAGGAGTGGTCGTGCAGGGGCTTACGCCCGGGTTTGTCGAGGTGCCGGGTTCATGA MTNPITLKPALLFFGLGALIIIALRWPPAPAGTRATTSTAPDWVHIEPRLLETRLGLIGRIQAVNQVTLTAPFDGLLAEVRVHEGQRVEKGQVLLTLDPAQLQIQLRQAQAQLLKAQREARRLQHWSKGSEVSNARRALNNARQSLAASESNRRDTQALFERGIVARMELETLEQQVRSDQQQLSAAIEELATTLAYGQGEERHIAEMELANAQAHHQAFETLHARREVTAPVSGYVVRPVMPGDGQPVAVQPGVAVSRGTPLLGVIGLDRFQALARVDETDLYLLREGMPVQITGDGFAGELSGRILAIGIQNEAADQQDTGARYKVQVSIDTAVADFDPPLRTGMSARLAVILYRDEQGIAVPPHALRRDESGATYVLYRATAQARPERVMVSPRTTVAQGVVVQGLTPGFVEVPGS NA NA NA NA NA D1-35_02998 1479 hypothetical protein ATGATTAAAGCCTGGGCGGTCGCCTTGCTGCTGACGCCGCCCAGTGGGGCGGTGCTGGCAGATACAGCGCTGTCACCGTCACAGGCGACTCGGCCGGGCACTCCCTCCGCGGCTGTCGCCAGCGCCTCGCTCAATGCCTACGGCATCGAGCTGACCCTCAGCGATGCGATCTACCTGGGACTGCGCGACAACCGCGCCATTCGCAGCGCTTACCTGGAACGGATCGGCCAGAAATTCGCTTTGCGCGTGGCCGAGGACCGCTTCAGCCCCAAGCTGTTCGTGCGCGGCAGTTACCTGTCCAGCCATAACCAGCTCGATCGCTATCGGCAAGGTGAAATCGCACCGGTTTCAACCCTGCTCACCCCTTACGGCACGCGCGTCGGCCTGGGCTGGACCTGGCGCCAGACCGATGCCGACAGGGCGGGACTGACACGCAATGACGGCGCCAATATCACGATCATCCAGCCGCTGCTGCGCGGCGCCGGCCGCGATGTCGCCACCGCCCCAGTACAACTGGCGCGCCTGAGCGAGCAGGTCAACCGCCTGGCGCTGAAAGACCGGGTGGCGCAGACGATCACCCGGATCATTACCGCCTACCGCACGCTCCTGCAGGCTCAGGAACAGCTGAACATCTCCAGCAACGCCTTGGCGCGGGCGCACCAACTGCTCGGCGTCAACCGGGCGATGATCGACGCCGGGCGCATGGCCGCGTTCGAGATCGTCCAGACCGAGGCCGAAGTCGCCAACCAGGAGCTGAGCCACGAAGACGCCCGCAACCAACTGGAAAACACTCGCCTGGCATTGTTGCAACTGCTTGCGCTGGACCTCGACACTCCAATCATTGCCAGCGAGGCCATGCAAGCCGCGCCCCTCGACATCGACACTGCGCAGGCCGTGCGCCAGGCCGAAGCATTGCAACCGACCTACCTCATCCAACTGATCGCCGGCCAGCAGGCCCGGATAAACAGGGTCGTGGCACGCAACGAGCGCCTATGGGACGTATCGCTGGTCGGCGGCGGCGGTCAGGTCCGTGATCGCAACAATCTCCACGGCAGCACCCGAAGCTGGGAGAACTACGTGGGCGTGCAGGTGGAGATTCCGATCGGCGACCTGAGCGCCCGCCAGGCTGAAGTCCAGGCCCGGGTCGACGTGGAGAACCAGCAGGTCCGCACGCAAGAGGCTCATCAGGAACTGCAGCGTGGCGTGACCAACGCAGTACGCGACATCGGCGCGCGCTGGCGACAGTATCAAATCGCCCGGCGCGCCGAGGAGCTGTCCCAGCGAAAGCTGGACATCGAGCAAGAAAAACTCACCGTGGGGCGTTCGAGCAACTTTCAGGTTCTCAGCTTCGAAAATGACCTGCGCATGGCGCAGAGTGCCCGATTGGCCGCACTCATCAGTTACCTCAACGCCCAGGCGGAACTGGATCAGACCTTGGGCACCACCCTGCAAAGCTGGGACATCGCGTTGAATGACTAA MIKAWAVALLLTPPSGAVLADTALSPSQATRPGTPSAAVASASLNAYGIELTLSDAIYLGLRDNRAIRSAYLERIGQKFALRVAEDRFSPKLFVRGSYLSSHNQLDRYRQGEIAPVSTLLTPYGTRVGLGWTWRQTDADRAGLTRNDGANITIIQPLLRGAGRDVATAPVQLARLSEQVNRLALKDRVAQTITRIITAYRTLLQAQEQLNISSNALARAHQLLGVNRAMIDAGRMAAFEIVQTEAEVANQELSHEDARNQLENTRLALLQLLALDLDTPIIASEAMQAAPLDIDTAQAVRQAEALQPTYLIQLIAGQQARINRVVARNERLWDVSLVGGGGQVRDRNNLHGSTRSWENYVGVQVEIPIGDLSARQAEVQARVDVENQQVRTQEAHQELQRGVTNAVRDIGARWRQYQIARRAEELSQRKLDIEQEKLTVGRSSNFQVLSFENDLRMAQSARLAALISYLNAQAELDQTLGTTLQSWDIALND PGPT0003600_1251 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-AlgE-TYPE_MANNURONAN_C-5-EPIMERASE_TRANSPORT,PGPT0003600-tolC-K12340 NA NA D1-35_02999 1203 macB_2 Macrolide export ATP-binding/permease protein MacB ATGACTGAGTCGACTCGCTACGGACCGTTGCCCTGGCAACTGCTGACCGAGGCCCTCGACAGCCTGCGCCGCCTGGGACGACGAGCCTTGCTGGCATTGCTGGGTATCGCGGTTGGCTGCGCGGCGGTAGTTGCGCTGCTGAACATTGGCCATAACGCCCAAGCCCGGAGCATGGAGGTATTCCAGGCGATGGGCAGCGACCTGCTGATCGCGGACGTGAAGCCGGCCTCGAACAAGGGAGTGCCGGGGCATGCCCCGACCAATCTCGATAACCAGGCCCTTCGCGAGGCGTTACCTGAGGTGCTGGCGGTCAGCGCCCTGAACTTGGCCTCAGTGCCGGCAAGCATGCATGGGCGACCGCTCAGCACCCTGCTGGCCGGGGTCGACCCGGAAATAGCCTCGGTGCTTGGCCTGCAGCCGGAGCAAGGACGATTCCTCAGCCGCTACGATGCCCAGAGCACCCATGCAGTGCTCGGCGCGACGTTGGCCGCTCAGCATGCCCCCGTCGCGCCGGGTGATACGTTGCAACTGGCCGGCTATCTGTTCCAGGTGGTCGGCGTACTCCACAGCCATGGTCAAAACCCCCTGCTGCCGCTGCCCATCGATGACAGCATCCTGGTGCCGATCGAGGGCATGCGCCGCCTCGTTTCCGCACCGCAAATCGGCACTGTGCTGGTGCGCAGCAACGAAGGCGCGGGCTCACAAACCCTAGCCCCGAAACTGCATGACTACCTGCTGACATCCTTGCCCGGTCGGGAGATCGACGTGCAGGTCCCGCAGCGGTTACTCGACGGTCTCGCCCAGCAATCGCAGTTGTTCTCCTGGTTGCTGGCAGGGTTGGGGGGAATTTCGCTCTTGGTCGGTGGCGTCGGCGTGATGAACATCATGTTGATGAACGTCGCCGAACGCCGCGGCGAAATCGGTGTGCGCATGGCACTGGGTGCTCGCCCGCGGGACATCGCCTGGCTGTTTCTGCTGGAGGCCATGGTGCTGACAGTCGCCGGAGCGTCCACCGGTGCTCTGCTCGGAGTGGCAACCGGCTGGTTGTTCGTCGTGCTGTCAGGCTGGATGGATTTCACGCTCTCGCCCCTTTCATTGCCGCTGGGCATGGGCGGTGCGCTGCTCACGGGGTTGCTCTTTGGCCTGAGCCCGGCGCTGTCCGCCGCGCGCCTGCAGCCCGTGCAGGCGCTGCGTGATGATTAA MTESTRYGPLPWQLLTEALDSLRRLGRRALLALLGIAVGCAAVVALLNIGHNAQARSMEVFQAMGSDLLIADVKPASNKGVPGHAPTNLDNQALREALPEVLAVSALNLASVPASMHGRPLSTLLAGVDPEIASVLGLQPEQGRFLSRYDAQSTHAVLGATLAAQHAPVAPGDTLQLAGYLFQVVGVLHSHGQNPLLPLPIDDSILVPIEGMRRLVSAPQIGTVLVRSNEGAGSQTLAPKLHDYLLTSLPGREIDVQVPQRLLDGLAQQSQLFSWLLAGLGGISLLVGGVGVMNIMLMNVAERRGEIGVRMALGARPRDIAWLFLLEAMVLTVAGASTGALLGVATGWLFVVLSGWMDFTLSPLSLPLGMGGALLTGLLFGLSPALSAARLQPVQALRDD PGPT0013350_16823 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_03000 702 yknY COG1136 putative ABC transporter ATP-binding protein YknY ATGCCTGAAAATCCCGCTCCCGAGCTGATCCGCGTACAAGGCATGAGCCATATCCATGGCATCGACGCGACCGCACGCGCCACCCTGCGCGATGTGTCGCTGACCATCAATGCAGGACAGAGCTGCGCCATTATCGGCGCCTCGGGATCCGGCAAAAGTACCCTGCTCGGCTTGATCGGCCTGCTTGACCAACCTTCGACCGGGCAGGTCTACCTGGCTGGCCGCGACATGACCCAGGCAAGCGCTGATGCTCGCGCGATGATGCGCAACCGACACATCGGCTTCGTCTTTCAGAGCTTCAACCTGCTGCCACGCCTGGACGCCCTGGACAATGTCGCGCTGGCGCTGCTCTACCGCGGCATATCTCGCCAGGCTGCCCAGGCAGCCGCGCGGCGCCAGCTATTGCAGCTCGGTCTGGGCGAACGCCTGCATCATCGCCCGGCACAGTTGTCCGGAGGCCAACGCCAGCGCGTGGCCATCGCGCGAGCGCTGGTGGGAGAGCCGGCCTTGCTGCTGGCCGACGAGCCCACCGGCAACCTCGACAGCCAGACCGCCAGCGAGGTCATCGAACTGCTGCTGGCGCTCAATCGGGAGCGGGGCGTCACCTTGATAGTCGTCACCCACGACCCGGACATCGCCAAGCGCATGCAGCGCTGCCTGCGGATCAGCGAGGGCCGCCTGTGGGAAATGCCTCATGACTGA MPENPAPELIRVQGMSHIHGIDATARATLRDVSLTINAGQSCAIIGASGSGKSTLLGLIGLLDQPSTGQVYLAGRDMTQASADARAMMRNRHIGFVFQSFNLLPRLDALDNVALALLYRGISRQAAQAAARRQLLQLGLGERLHHRPAQLSGGQRQRVAIARALVGEPALLLADEPTGNLDSQTASEVIELLLALNRERGVTLIVVTHDPDIAKRMQRCLRISEGRLWEMPHD PGPT0013345_10034 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-35_03001 780 hypothetical protein ATGGATGGTATCAACGGCGCACGCCTGCACTACGCAACGAACCTGAAAGCCACCGCAAGCCCGCTAGAGCCGACCGACAAGGTCGGCGCCAGCCCGAGGAGCGAGGTGCAACCCGGCGCCTTGAGCGGCAATACCACCACCCGACTCTCGCCGATGGCACAGCTGCTCAGCGACGCAGCAGCACGCGCTGCGGAGCGGGACGCCAGCAATGATCGTGCAGGCTTGGCGGACATTGCCCGGCGAGCCACGCAAGATTTCTTCATCCCCTATGTCGCGAAAAACAAGGAAATCCGCGACGCCGAAGTGCCGCCCTCGGACGATCCGCAGCGCCTGGATCAGGCACAGCAGGCAACGAACTTCCTCAACAAGAAAGGCGGCAACCCGTTCGCGAACCTTTCCATCGAGCAACTGACGCTGATCATCTATGACGACAGCGGTGACTTTACTCACAATGAACGCAGAGTGGCATGGGAAACCTATAGCGACGCGCACGGCGCCTGGACCTTCACAGTCACCAATAAGCTGATGGACGAGGATAAAACCCCGGAAACCATCAGGGATGTTCTCAATTACTACAAAAGCCTGCCCCCCATTCAGGAGTCTCTGATGCTCGGCGATTACGAAGCCGACTTTACTCAACAGATCAAGAGCGCCGAATTGGCCAAAGCGCGGAGGTTAAGTGGCAGCGACGACGGAATGCCCCCATGGCAATCGTTGCTTGAGCTGATGCTGGCGCAGCAGCAGAAAGACAAACCCGAAACGCCCGCGACAGACGCCTGA MDGINGARLHYATNLKATASPLEPTDKVGASPRSEVQPGALSGNTTTRLSPMAQLLSDAAARAAERDASNDRAGLADIARRATQDFFIPYVAKNKEIRDAEVPPSDDPQRLDQAQQATNFLNKKGGNPFANLSIEQLTLIIYDDSGDFTHNERRVAWETYSDAHGAWTFTVTNKLMDEDKTPETIRDVLNYYKSLPPIQESLMLGDYEADFTQQIKSAELAKARRLSGSDDGMPPWQSLLELMLAQQQKDKPETPATDA NA NA NA NA NA D1-35_03002 432 hypothetical protein ATGCAATTGAAAAAACGCAGCGTCGCGGCTTTGGCCGTCTGCTCCCTGCTCGTCGCTGGTGCGGCGCAAGCAGGTCCAACGATACGGGTTACCGTCAAGAACCTTGGCAGCGCGACGGTCAAGTATTCGTTCCAGGGCAACAACGAAGCCCTCACCCACGCGAATGCGACACCCAAGCCTGCGGATACGATCAATCCGCAGCAAGCCATCACTTTCGAAGTGCGAGACCAGCGCAACCCTGCGATTGCCACTGCGGTCGTCCGCTATGGCGCCGACGGCAAAACTTGCGTGTTCAGCACCTTCTACATCAACCCCAAGCTGCCTAAATGGACCAAGGACGCGCAGGCTACCGGCCGAGTCCGCTGCAATGCGACGATTACCGCAATAAACGCGTCCGATCACTCGTGGAACATTGAGTTCACGATCCAGTAA MQLKKRSVAALAVCSLLVAGAAQAGPTIRVTVKNLGSATVKYSFQGNNEALTHANATPKPADTINPQQAITFEVRDQRNPAIATAVVRYGADGKTCVFSTFYINPKLPKWTKDAQATGRVRCNATITAINASDHSWNIEFTIQ NA NA NA NA NA D1-35_03003 261 ubiK Ubiquinone biosynthesis accessory factor UbiK ATGCTTGCCCCCAAAGATCTCCTCGACGCCCTGAGCGGCCACGCCTCCCGCCTCTTGAGTGGCGACACCCCCCTGCCCAAAAGCGAAATCGAAAGCCAGTTCAAGGCTTTATTGCAAAGCGGGTTCAGCAAGCTGGACCTGGTCAGCCGGGAAGAATTCGACAGCCAGATGGTGGTGCTGGCCCGAACTCGGGCGCGGTTGGAGAGCCTGGAGGCGAAGGTGGCGGAGTTGGAGGCGAGGCTGAATCCACCTGCGGAATAA MLAPKDLLDALSGHASRLLSGDTPLPKSEIESQFKALLQSGFSKLDLVSREEFDSQMVVLARTRARLESLEAKVAELEARLNPPAE NA NA NA NA NA D1-35_03004 339 glnK COG0347 Nitrogen regulatory protein P-II 2 ATGAAGCTAGTCACTGCCATCATCAAGCCGTTCAAGTTGGACGACGTGCGCGAGTCGCTGTCCGAAATCGGCGTGCAGGGCATTACCGTCACTGAAGTCAAAGGCTTCGGTCGGCAGAAAGGTCACACCGAGCTGTACCGCGGCGCGGAATACGTGGTCGATTTCCTGCCCAAGGTGAAGATCGACGTTGCCATCGACGACAAGGATCTTGATCGGGTCATCGAGGCGATTACCAAGGCCGCCAACACCGGCAAGATTGGTGACGGAAAGATCTTTGTGGTCAATCTGGAACAGGCTATCCGCATCCGTACCGGCGAAACCGATACCGACGCTATCTAA MKLVTAIIKPFKLDDVRESLSEIGVQGITVTEVKGFGRQKGHTELYRGAEYVVDFLPKVKIDVAIDDKDLDRVIEAITKAANTGKIGDGKIFVVNLEQAIRIRTGETDTDAI PGPT0000675_31 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000675-glnK|glnZ-K04752 NA NA D1-35_03005 1335 amtB_2 Ammonia channel ATGACTCTGCGTAAATTCGCAGGGCTAGGAGCCCTGTTGTCCTTCGTAATGCCTGGCCTGGCCATGGCAGAAGAAGCGGCAGCCCCAGTCCTCAATTCCGGCGACACCGCCTGGATGCTGACGGCCACGATTCTTGTTCTGTTCATGACCATTCCCGGCCTTGCGTTGTTCTACGGCGGCATGGTTCGGTCGAAAAACATTCTTTCCGTGATGATGCAGTGCTTCGCCATTACCGGTCTGATCAGCGTGTTGTGGGTCATCTATGGCTACAGCATCGCGTTCGACACTACCGGCATGGAGCAGGGCGTCGTCAACTTCAACTCCTTCGTCGGCGGCCTGGGCAAAGCGTTCCTGGCGGGCGTCACCCCGGCCAGCATCACCGGCCCGACGGCGTTGTTCCCTGAAGCAGTCTTCATTACCTTCCAGATGACCTTCGCGATCATCACCCCGGCCCTGATCGTCGGCGCGTTCGCCGAGCGGATGAAGTTCTCCGCCATGCTGATCTTCATGGGCGTGTGGTTCACCTTGGTGTATGCGCCGATTGCGCACATGGTCTGGTCCGGCAACGGCGGCCTGATGTGGGACTGGGGTGTACTGGACTTCGCCGGTGGCACCGTGGTGCACATCAACGCCGGTATCGCAGGCCTGGTGGCGTGCCTGGTGCTGGGCAAGCGCAAAGGCTTCCCGACCACGCCGATGGCACCGCACAACCTGGGTTACACCCTGATGGGCGCGGCCATGTTGTGGGTGGGCTGGTTCGGTTTCAACGCCGGTTCCGCCGTCGCGGCCAACGGCACCGCCGGCATGGCGATGCTGGTCACCCAGATCGCCACCGCAGCCGCCGCGCTGGGCTGGATGTTCGCCGAGTGGATCACCCACGGTAAGCCAAGCGCACTGGGCATCGCCTCGGGCGTCGTGGCCGGCCTGGTTGCAATCACCCCGGCGGCCGGCACCGTGGGCCCGATGGGCGCCCTGGTCATTGGTCTGGCGGCGGGCGTGGTGTGCTTCTTCTGCGCCACCACCCTCAAGCGCAAACTCGGCTATGACGACTCCCTGGACGCCTTTGGCGTGCATGGCATCGGCGGTATCCTCGGCGCCATCCTGACCGGTGTGTTCGCAGCACCAGCCCTGGGCGGCTTCGGCACCGTGACCGATATCGGTGCGCAAGTGTGGATTCAGTTCAAAGGCGTAGGCTTTACCGTGATCTACACGGCGGTTGTCACCTTCATCATCCTCAAGGTCCTCGACGCCGTCATGGGTCTGCGGGTTTCCGAGGAAGAAGAGGCCGTGGGCCTGGACCTGGCCCAGCACAACGAACGTGGTTACAACCTATAA MTLRKFAGLGALLSFVMPGLAMAEEAAAPVLNSGDTAWMLTATILVLFMTIPGLALFYGGMVRSKNILSVMMQCFAITGLISVLWVIYGYSIAFDTTGMEQGVVNFNSFVGGLGKAFLAGVTPASITGPTALFPEAVFITFQMTFAIITPALIVGAFAERMKFSAMLIFMGVWFTLVYAPIAHMVWSGNGGLMWDWGVLDFAGGTVVHINAGIAGLVACLVLGKRKGFPTTPMAPHNLGYTLMGAAMLWVGWFGFNAGSAVAANGTAGMAMLVTQIATAAAALGWMFAEWITHGKPSALGIASGVVAGLVAITPAAGTVGPMGALVIGLAAGVVCFFCATTLKRKLGYDDSLDAFGVHGIGGILGAILTGVFAAPALGGFGTVTDIGAQVWIQFKGVGFTVIYTAVVTFIILKVLDAVMGLRVSEEEEAVGLDLAQHNERGYNL PGPT0000840_4013 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320 NA NA D1-35_03006 426 hypothetical protein ATGTGGCAACAGACGCTGATAACCCTGCGGGCAAGGCCCAGGGGCTTTCATCTGGTAACGGACGAGTTGCTCGCCGGCCTGCCTGAACTCAAGGCATGTCGTGTCGGTCTGTTGCATCTGTGGCTGCAGCACACCTCGGCCTCGCTGACCATCAACGAGAACGCCGATCCGGCGGTACGTCGAGACTTCGAACGATTTTTCAATCGGCTGATCCCACAAGGAACCGCCGACTATGAGCACAACGACGAAGGCCTGGACGACCTCCCGGCGCACTTCAAGGCCAGCGTGCTGGGATGTCAGCTCAGTCTTCCGGTGACGGCGGGACGGTTGGCGTTGGGCACCTGGCAAGGTGTTTATCTGGGCGAGCACCGTGATCATGGCGGTACTCGTAAAGTCCTCGCCACCTTGTACGGTGAAGGGGCATGA MWQQTLITLRARPRGFHLVTDELLAGLPELKACRVGLLHLWLQHTSASLTINENADPAVRRDFERFFNRLIPQGTADYEHNDEGLDDLPAHFKASVLGCQLSLPVTAGRLALGTWQGVYLGEHRDHGGTRKVLATLYGEGA NA NA NA NA NA D1-35_03007 324 sutA Transcriptional regulator SutA ATGAGCGACGATGATCTGGAAAACGACGACCTCGAAGTAGGTGATGAAGACGAGGCCGAAGAAGGCCTGGAAGCGGCGGCTGAAGACGTCGCTGACGATGACGGTGCCGATGTTCCGGTCCCGACCGCCAAAGGCAAGGCCAAGGCGGCGGTATCGGTCGACGAGTTGCCGAGCGTAGAGGCCAAGAACAAGGAGCGTGATGCGCTCGCCAAGGCCATGGAGGAATTCCTGGCCCGAGGTGGCAAGGTGCAGGAAGTGGAGGCCAATGTGGTCGCCGATCCGCCCAAGAAGCCTGACAACAAGTACGGCAGCCGCCCGATCTGA MSDDDLENDDLEVGDEDEAEEGLEAAAEDVADDDGADVPVPTAKGKAKAAVSVDELPSVEAKNKERDALAKAMEEFLARGGKVQEVEANVVADPPKKPDNKYGSRPI NA NA NA NA NA D1-35_03008 705 yigB COG1011 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YigB ATGACCATCGAACTCATCACTTTCGACCTGGACGACACCCTGTGGGACACCGCCCCGGTGATCGCCAGCGCCGAAGCCGTATTACGTCAGTGGCTGACCGATAACGCACCGGACCTGGGCGATTTTCCGGTGGAGCGCTTGTGGGCAATCCGCACACAAGTGCTCAGCGAAGAGCCGGACCTCAAGCACCGCATCAGTGCCTTGCGCCGACGCGTGCTGTTCCGGGCACTGCAAGACGCCGGCTACGATCAATGGCGGGCTTCGGAGCTGGCAGACCAGGGATTCGAGGCCTTCCTGCATGCCCGACATCAACTGGAGGTCTTTCCCGAGGTGCAGCCGACCCTGGAATTGCTCGCCAATGATTACGCCCTTGGCGTCGTCACCAATGGCAACGCCGACGTGCGGCGCCTGGGGCTGGCGGATTACTTCAAGTTCGCCCTGTGCGCCGAGGACATCGGCATCGCCAAGCCCGACGCCCGGCTGTTCCACGAAGCCCTGCAACGCGGTGGCGCGACCGCGCAGACTGCCGTGCACATCGGCGATCACCCGGGCGACGACATCGCCGGCGCCCAACAGGCCGGCCTGCGCGCAGTGTGGTTCAACCCGACGGGCAAGGCGTGGGACGCCGACCATGCGCCGGATGCGGAAATCCGCAGCCTGACCGAACTGCCGGGGTTATTGGCAGGATGGCATAACCCGCGCTAA MTIELITFDLDDTLWDTAPVIASAEAVLRQWLTDNAPDLGDFPVERLWAIRTQVLSEEPDLKHRISALRRRVLFRALQDAGYDQWRASELADQGFEAFLHARHQLEVFPEVQPTLELLANDYALGVVTNGNADVRRLGLADYFKFALCAEDIGIAKPDARLFHEALQRGGATAQTAVHIGDHPGDDIAGAQQAGLRAVWFNPTGKAWDADHAPDAEIRSLTELPGLLAGWHNPR PGPT0008585_777 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008585-yigB-K20862 NA NA D1-35_03009 900 xerC_1 COG4973 Tyrosine recombinase XerC ATGGAACGGCAACTGGACGCCTACTGCGAGCACCTGCGCAGTGAGCGCCAGGTGTCGCCCCACACCTTGTCGGCGTATCGCCGCGACCTCGAAAAGGTGCTGGGCTGGTGCCAGAAACAGAATATCGGCAGCTGGTCGGCGCTGGATATCCAGCGCCTGCGCAGCCTGATTGCCCGCCTGCATCAACAAGGGCAATCCTCCCGCAGCCTGGCGCGACTGTTGTCGGCGGTGCGCGGCTTGTACCAGTACCTCAATCGTGAAGGCCTTTGCGACCACGACCCGGCCACCGGCCTGGCACCGCCCAAGGGCGAGCGTCGGCTGCCCAAGACCCTCGACACCGACCGCGCCTTGCAATTGCTGGAGGGCGCCGTCGAGGATGACTTTCTCGCGCGGCGAGACCAGGCAATCCTCGAGCTGTTCTATTCCTCGGGCCTGCGGCTTTCAGAACTGACCGGGCTGAACCTGGAACAACTGGACCTCGCCGACGGCATGGTTCAGGTGCACGGCAAGGGCAGCAAGACCCGCCTGCTGCCTATCGGCCGCAAGGCCCGGGAAGCCTTGGACCTGTGGCTGCCGCTCCGGGCAATGGCCAACCCGGCCGATGAAGCAGTCTTCGTCAGCCAGCAAGGCCGGCGCCTCGGGCCGCGAGCGATACAATTGCGGGTCAAGGCTGCCGGTGAGCGCGAACTTGGGCAGAACCTGCATCCACACATGCTGCGACATTCGTTCGCCAGTCACCTGCTCGAATCGTCCCAGGACCTGCGCGCCGTCCAGGAGTTGCTCGGCCATTCGGACATCAAGACCACCCAGATCTATACCCATCTGGATTTCCAACACCTGGCGACGGTCTATGACAGTGCCCACCCCAGGGCCAAACGCATCAAGGGCGACGAATCATGA MERQLDAYCEHLRSERQVSPHTLSAYRRDLEKVLGWCQKQNIGSWSALDIQRLRSLIARLHQQGQSSRSLARLLSAVRGLYQYLNREGLCDHDPATGLAPPKGERRLPKTLDTDRALQLLEGAVEDDFLARRDQAILELFYSSGLRLSELTGLNLEQLDLADGMVQVHGKGSKTRLLPIGRKAREALDLWLPLRAMANPADEAVFVSQQGRRLGPRAIQLRVKAAGERELGQNLHPHMLRHSFASHLLESSQDLRAVQELLGHSDIKTTQIYTHLDFQHLATVYDSAHPRAKRIKGDES PGPT0021995_3490 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733 NA NA D1-35_03010 726 hypothetical protein ATGACCGATAAGCCTCAGGTTCCAGCCCCGCAGCCCGACGAATCCCCGAGCCAGAACCCGGAAGCCGCAGCCGTGGCCGCTTACCTGGAGGCCCATCCGGACTTTTTCGTCGCGCATGAAGACCTGCTTTCGACGATGCGCATTCCCCACCGGCGCGGCGATACCGTGTCGCTGGTGGAGCACCAGATGAAGATCCTGCGCGAACGCAACATCGAAATGCGCCACCGTCTTTCGCACCTGATGGACGTGGCGCGCGACAACGACCGGCTCTTCGACAAGACCCGTCGCCTGATCCTCGCGTTGATGGACGCCAGCACCCTGGAAGACCTGGTGATGAGCGTCGAAGACAGCCTGCGCCAGGATTTCCAGGTGCCTTTTGTCAGCCTCATTCTGTTTGGCGACAACGCCATGCCGGTGGGGCGCTGGGTGACTCACGCCGAAGCGCAGACCGCCATCGGCGGCCTGCTCACGGAAAACAAAAGCGTCAGCGGTAGCCTGCGCGAACATGAGCTGGATTTCCTGTTCGGCGAAGAACAACGCAAGCAGATCGGCTCTACGGCCGTCGTCGCCATTGCCCACCAGGGCGTGCACGGCGTGCTGGCCATCGCCAGCCGCGATCCGCAGCACTACAAGAGCTCGGTCGGCACGTTGTTCCTGAGTTATATCGCCGAAGTCACCGGCCGCGTGCTGCCACGGGTTGCCGGTTCGCTGCGCTCGGTACGCTGA MTDKPQVPAPQPDESPSQNPEAAAVAAYLEAHPDFFVAHEDLLSTMRIPHRRGDTVSLVEHQMKILRERNIEMRHRLSHLMDVARDNDRLFDKTRRLILALMDASTLEDLVMSVEDSLRQDFQVPFVSLILFGDNAMPVGRWVTHAEAQTAIGGLLTENKSVSGSLREHELDFLFGEEQRKQIGSTAVVAIAHQGVHGVLAIASRDPQHYKSSVGTLFLSYIAEVTGRVLPRVAGSLRSVR NA NA NA NA NA D1-35_03011 831 dapF_3 COG0253 Diaminopimelate epimerase ATGCTGCTGCGTTTTACCAAGATGCACGGCCTGGGCAATGACTTCATGGTCCTCGACCTGGTCAGCCAGCACGCGCACATCCTGCCCAAGCATGCCAAGCAATGGGGCGACCGCCACACCGGCATCGGCTTCGACCAGTTGCTGATCGTCGAGGCGCCGAACAACCCGGACGTGGATTTCCGCTACCGGATCTTCAATGCCGACGGTTCCGAAGTGGAGCAATGCGGCAACGGTGCGCGCTGCTTCGCCCGCTTCGTGCTGGACAAGCGCCTGACTGCCAAACGGCAGATTCGCGTCGAGACCAAAAGCGGCATCATCGAACTGGATGTCCGCAGCGACGGCCAGATCGGCGTCAACATGGGCGCCCCACGCCTGGTTCCGGCGGACATTCCGTTCCAGGCACCGGCCCAGGCCCTGAGCTATACCGTCGACGTCGACGGTACGCCGGTGGAACTGGCGGCGGTGTCCATGGGCAACCCCCATGCCGTGCTGCGGGTGGATGATATAAACAGTGCGCCCGTGCACGAACTGGGGCCGAAGATCGAGCATCATTCGCGCTTCCCGGCCCGGGTGAACGTCGGCTTCCTGCAGGTCATAGACCGGCATCGTGCGCAACTGCGCGTCTGGGAACGCGGCGCCGGGGAAACCCAGGCGTGCGGCACCGGCGCCTGCGCCGCGGCCGTCGCCGCGATCAGCCAGGGGTGGATGGATTCGCCATTGCTGATCGACCTGCCTGGCGGGCGCCTGTCCATCGAATGGGCAGGCCCTGGCCAACCGGTGATGATGACCGGCCCGGCCGTACGCGTATACGAAGGACAAGTTCGTCTTTGA MLLRFTKMHGLGNDFMVLDLVSQHAHILPKHAKQWGDRHTGIGFDQLLIVEAPNNPDVDFRYRIFNADGSEVEQCGNGARCFARFVLDKRLTAKRQIRVETKSGIIELDVRSDGQIGVNMGAPRLVPADIPFQAPAQALSYTVDVDGTPVELAAVSMGNPHAVLRVDDINSAPVHELGPKIEHHSRFPARVNVGFLQVIDRHRAQLRVWERGAGETQACGTGACAAAVAAISQGWMDSPLLIDLPGGRLSIEWAGPGQPVMMTGPAVRVYEGQVRL PGPT0007230_3010 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778 NA NA D1-35_03012 1248 lysA COG0019 Diaminopimelate decarboxylase ATGGACGCTTTTAACTACCGTGGCGGGGAGCTGTTCGCGGAAGGGGTTGCCCTGTCCGCGATAGCCGAACGTTTCGGCACGCCGACCTACGTCTATTCCCGTGCCCATATCGAAGCCCAGTACCGCACCTTCGCCGATGCCCTCGAAGGCATGCCGCACCTGGTGTGCTTCGCGGTAAAAGCCAACTCGAACCTGGGCGTGCTCAACGTCCTGGCGCGCCTTGGCGCCGGCTTCGACATCGTCTCCGGAGGCGAGCTGGAGCGTGTGCTGGCCGCGGGTGGCAGCGCCGACAAGATCGTTTTCTCCGGTGTCGGCAAGACCCGCGAAGACATGCGCCGCGCGCTGCAAGTCGGTGTGCATTGCTTCAACATCGAATCCACCGACGAGCTGGAGCGGTTGCAGGTCGTCGCCGCCGAGCTGGGCGTGCGCGCACCGGTTTCCTTGCGCGTGAACCCGGACGTCGACGCCGGCACCCACCCGTACATTTCCACTGGCCTCAAGGAAAACAAGTTCGGCATCGCCATTGCCGACGCCGAGGACGTGTACGTGCGCGCAGCCCAGCTGCCAAACCTGGAAGTGCTCGGCGTCGATTGCCACATCGGCTCGCAACTGACCACCCTCGAACCGTTCATCGACGCCCTCGACCGCCTGCTGGCGCTGGTCGATCGCCTCGGCGACTGCGGCATCTACCTGCGTCACATCGACCTGGGCGGCGGTGTCGGCGTGCGTTATCGCGACGAAGAACCGCCATTGGTGGCCGACTACATCAAGACCGTGCGCGAGCGCCTCGAAGGCCGCGACCTGGCATTGATGTTCGAGCCCGGTCGCTACATCGTCGCCAATGCCGGCGTGCTGCTGACCCAGATCGAGTACCTCAAGCACACCGAGCACAAGGATTTCGCCATCGTCGACGCGGCCATGAATGACCTGATCCGTCCGGCGCTGTACCAGGCCTGGATGGATGTCACCGCGGTGCGCCCACGCGATACCGCGGCCCGCGCCTACGACATCGTCGGGCCGATCTGCGAAACCGGCGACTTCCTGGCCAAGGGTCGGGAGCTGGCGCTGGAAGAAGGCGATCTGCTGGCCGTGCATTCGGCGGGTGCCTACGGGTTTGTCATGAGTTCCAACTACAACACCCGCGGCCGTTGCGCCGAGGTGCTGGTGGACGGTGATCAGGCATTCGAAGTGCGCCGCCGCGAGACGGTAGCCGAGCTGTTTGCCGGCGAAAGCCTGTTGCCGGAGTAA MDAFNYRGGELFAEGVALSAIAERFGTPTYVYSRAHIEAQYRTFADALEGMPHLVCFAVKANSNLGVLNVLARLGAGFDIVSGGELERVLAAGGSADKIVFSGVGKTREDMRRALQVGVHCFNIESTDELERLQVVAAELGVRAPVSLRVNPDVDAGTHPYISTGLKENKFGIAIADAEDVYVRAAQLPNLEVLGVDCHIGSQLTTLEPFIDALDRLLALVDRLGDCGIYLRHIDLGGGVGVRYRDEEPPLVADYIKTVRERLEGRDLALMFEPGRYIVANAGVLLTQIEYLKHTEHKDFAIVDAAMNDLIRPALYQAWMDVTAVRPRDTAARAYDIVGPICETGDFLAKGRELALEEGDLLAVHSAGAYGFVMSSNYNTRGRCAEVLVDGDQAFEVRRRETVAELFAGESLLPE PGPT0023875_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366 NA NA D1-35_03013 171 hypothetical protein ATGAAGCGCCTGATCTCTTCCCTTGCTGCGCTCGTCGCGGTTGCCTGCCTTGTGACAGCCTGTGGTCAAAAAGGTCCGCTGTACCTGCCTGATGACAGCAAGTCCCCTGAAGAACAGGCCAAGTCGTCGCAATCCAAGTCACACGCGCACGACACCCACACCACTTACTAA MKRLISSLAALVAVACLVTACGQKGPLYLPDDSKSPEEQAKSSQSKSHAHDTHTTY NA NA NA NA NA D1-35_03014 333 cyaY COG1965 Iron-sulfur cluster assembly protein CyaY ATGAGTTTGACTGAAGCCCGTTTCCACGACCTGGTCGATGCGACCCAGCAAACGCTGGAAGATATCTTCGACGAGAGCGACATGGATATCGACCTGGAAAGCTCCGCTGGTGTACTGACCGTCAAGTTCGAGAACGGTAGCCAGCTGATCTTCAGCCGCCAGGAACCGTTGCGGCAGTTGTGGCTGGCGGCGGTGTCCGGTGGTTTTCACTTCGACTATGACGAGGAAAGCGAGCGCTGGATGTGCGACAAGAGTGAAGAGCAGTTGGGCGAGATGCTCGAACGCATCGTCAAGCAGCAGGCGGACGCTGAGCTCGATTTCGAAGGACTGTGA MSLTEARFHDLVDATQQTLEDIFDESDMDIDLESSAGVLTVKFENGSQLIFSRQEPLRQLWLAAVSGGFHFDYDEESERWMCDKSEEQLGEMLERIVKQQADAELDFEGL PGPT0004050_174 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDATIVE_STRESS_RELATED_PROTEIN,PGPT0004050-cyaY-K06202 NA NA D1-35_03015 219 hypothetical protein GTGAGCCAGCCAGCCCCGGCGCGGCCACCCAAGCCGCTCTACAGCAACGTCAGCCCCGCCGTTCCGTCGCCTTGCACCAGCGTGTGCAAGCTGGATGAGCAGAAGGTCTGCCTCGGCTGTTTCCGGCACGTGGAAGATATCCGCGAATGGCGCTCGGCGGATGATGAGCGCCGGCGGGTGATCTGTGCCGAGGCCGCCAAACGCAAGTCTTTGTCATGA MSQPAPARPPKPLYSNVSPAVPSPCTSVCKLDEQKVCLGCFRHVEDIREWRSADDERRRVICAEAAKRKSLS PGPT0013210_1247 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013210-ydhL-K06938 NA NA D1-35_03017 411 rnk COG0782 Regulator of nucleoside diphosphate kinase ATGACCGCACCTTCCATCACCCTGACTCGCTTGGACGTACAACGTCTGGAGCGCTTGATCGACAGCCTGGATGACACGCTTCCCGGTGTGATCGCGTTGCAAACCGAACTGGATCGCGCCGAGACACTGGTCGGCCACGATGAAGTGCCCGCCGATGTCGTGACCATGAATTCACGCGTGCACTGCCGCGAGGAAAGCAGCGGCAAGGATTACCATCTGACGCTGGTCTACCCGAAGGACGCCAACGCCGACCAGGGCCGGATTTCGATCCTGGCGCCGGTGGGCAGTGCCTTGCTGGGCTTGAAGGTGGGGCAGCACATCGACTGGCCGGCGCCGGGTGGCAAGACCTTGAAGCTGACGTTGCTGGAAGTCGAGTCCCAGCCGGCCAATGGCGGTGATTTCCCGTCCTGA MTAPSITLTRLDVQRLERLIDSLDDTLPGVIALQTELDRAETLVGHDEVPADVVTMNSRVHCREESSGKDYHLTLVYPKDANADQGRISILAPVGSALLGLKVGQHIDWPAPGGKTLKLTLLEVESQPANGGDFPS NA NA NA NA NA D1-35_03018 2844 cyaA COG3072 Adenylate cyclase ATGACCCGCAATCACGAAATACGCCCCGATCTGGACCAGGGAATCGACCGCAAGGTCCTGAGCCAGTTGCGCGCGCGTTTCCTCAAGCTCAATTCCGGCCGCATGGAGCGCGCCCTGGAAGGGTTGTCGACCCGCCAGCAGGGCGTATTGACGCTGCTTCCGCTGTTCTTTCACGTCAACCATCCACTGCTGCCCGGCTACGTCTCCGGCAGCACGCCCGCCGGGTTGTCGAATTACGAGCCCGACGCCAATGTCCTCGCCGAGGCCCAGCGGCTGACCCGCTCGTTTTCGTATAAGCCGCGCCATGGCAGCAACCCTCCGCGGCCAATCCTCGGCCTGTTCCTGATGGGCAGCCTCGGCACACTCGCCCAGGCCGACCAGAGCGACATGGATGTGTGGGTGTGCCACGGCCCGGACTTGAGCGACGATGAACTCGCCGAGCTACGCAAGAAATGCCAGCTGCTGGAAATCTGGGCCGCCACCCAAGGCGCCGAGGCTCACTTTTTCCTCATCGACCCGGCGCGATTCGTCCGCGGCGAACGGGATAACCAGCTCAGCTCCGATGACTGCGGCACCACCCAGCATTATCTGTTGCTGGACGAGTTCTACCGCACCGCCATCTGGCTGGCCGGGCGCACGCCGATCTGGTGGCTGGTGCCGGTCTATGAAGAAGAGAATTATCAGCAATACACCCACACGCTGATCTCCAAGCGCTTCATCCGTGCCGACGAAACCCTCGACCTGGGGCATCTGGCTTACATCCCGCCGGGCGAATTCATCGGCGCCGGGCTCTGGCAGTTGTTCAAGGGCATCGAGTCACCCTACAAATCCGTGCTCAAGCTTTTGCTGACCGAGGTCTACGCCAGCGAACACCCGGACGTGCGCTGCCTGAGCCTGCGCTTCAAGCAGGCGGTGTTCGCCAATCGCCTGGACCTGGACGAGCTGGACCCGTACATGGTGGTTTACCGCCGTCTCGAGGAATACCTCAACGCCCGTGGCGAACCGGAACGCCTGGAGCTGATTCGCCGCGCGCTGTACCTGAAGGTCAATCGCAAGCTCACCGGCCATGCCCGCAGCAGCGGTTGGCAACGCAATCTGCTTGAGCGCCTGGCGCGGGATTGGGGCTGGGATCAACGCCAACTCGCGTTGCTCGACAGCCGCAGTCAATGGAAGGTCCGCCAGGTCAGCAATGAGCGGCGCGCACTGGTCAACGAGCTGACCTACAGCTATCGCTTCCTGACCCAGTTCGCCCGCACCGAAAAGACCGTCAGCCTGATCAACAAGCGCGACCTCAATGTCCTTGGCCGACGTCTGTATGCGGCCTTCGAGCGCAAGGCCGACAAGGTCGAGTTCATCAATCCCGGAATTGCCCCGGACCTGGCCGAAGACACCCTGACCCTGGTCCAGTCGCCGAACAAGAAAGAGCCGGGGCAGAACCAGTGGGGCTTGTACAACGGCAGCCTGAATGCCTTGGAATGGGAGAATTTCGCGCCGATCAAGCGCAGCCGCGAATTGCTCGAATTGCTCACCTGGAGCCACCGCAACGGGGTGATCGACAGCAGCACGCGCCTGGCGCTGCACCCCGGCGACAGCGACCTGAGCGAGTTCGAGCTGTTCAACCTGCTGGGCAGCCTGCAACAGTCCATCGCCCTGCCCCTGGCCACGGTTGATGAAGAACAGCTGCTGCATGCCAGCGTACCCAGCGAAGTGTTGATACTGGTGAACGTCGGCGTCGACCCGCTCAAGCATCACCGCGACTTGAACATCCTGATGACCACCGAGCGCACCGACTCCTTGAGCTACGCCGGTGTCCGCGAAAACCTGGTCTTGACCCTCGACCAGGTCACCCTCAACAGCTGGAATGAAGTGCTGGTCAACCGGTTCGACGGCGAGCACGCCTTGCTCGATTGCCTGCGCGACTACCTCAACGACTTGCCCCTTACGCAGCGTCAGCCACGCTTACAGGTGCGCTGTTTCTGCCACAACCGTGCGCAGTTCATCGCGCGACGGGTTGAAGAAGTCATCGAGACCGCCCAGACCTTGCTCCTGAGCAAACTCAACTACCGCTACCTGCTTCAGGTCCAGCAGCATTATCACGTGCTAGAGCTGGTGCCCGGCCAGGTCAACCATGTGGCGTTGAGCAGCCTGCCGGCGTTGATGGACTACCTGGGCGAAGAGTTGACGGCGTACAGCCCGCTGCATCTGGACGCGATGGCCATGGAAGAACACGACGCGGCCCTGATCCTGCCCATGGGCCAGCCCGAGTGCATCCAGGTGTTCTACCGGGTCTACGAGGACGAAGCGGAGCTGTATGTGCTCGATGAATTCAACGCGTTGTGGCAGCAGCGCCTGCCCTATCACGATGACCAAAGCCTGCTGGTGCCGCTGCAGCGCTTCCTGCAGTCGGTGCTGTATCGCCGCGACGCCTTGCTGCCGATGGACGCCACCCAGCCGCTGACCCTGGAAATCCTTTATTACCAGCTCCTGCCTTCGGGTAACGGGCGGGCCCGGCGGGTCGAATCACGGCAGGCGCCGCAGACGCCGGTCAACAAGCCCTTCTACGACGTGCAGGCGATCATCGGCAAAGCGGCGCACGGGCAAGTGCACGTCACCCTCTATTGCGATCAGCGGGAATTTTCGGAGCTGGAGCACGGCGACCAACTGTTTCATGTGGTCGCCAGGGAAATCGTCGGGCAGCGCCGCGACGCCGAACGCTATCGCTGCTATATCACCGACCTGGACCTCTCCGGCCTGGTCGGTGACGGTGCCTGCCCAAGCATTTTGTTCCTGCGCTACAAGGCCGACCTGGAGCGCGCACTGAACGAAGCATTGAATCAGGTCTGA MTRNHEIRPDLDQGIDRKVLSQLRARFLKLNSGRMERALEGLSTRQQGVLTLLPLFFHVNHPLLPGYVSGSTPAGLSNYEPDANVLAEAQRLTRSFSYKPRHGSNPPRPILGLFLMGSLGTLAQADQSDMDVWVCHGPDLSDDELAELRKKCQLLEIWAATQGAEAHFFLIDPARFVRGERDNQLSSDDCGTTQHYLLLDEFYRTAIWLAGRTPIWWLVPVYEEENYQQYTHTLISKRFIRADETLDLGHLAYIPPGEFIGAGLWQLFKGIESPYKSVLKLLLTEVYASEHPDVRCLSLRFKQAVFANRLDLDELDPYMVVYRRLEEYLNARGEPERLELIRRALYLKVNRKLTGHARSSGWQRNLLERLARDWGWDQRQLALLDSRSQWKVRQVSNERRALVNELTYSYRFLTQFARTEKTVSLINKRDLNVLGRRLYAAFERKADKVEFINPGIAPDLAEDTLTLVQSPNKKEPGQNQWGLYNGSLNALEWENFAPIKRSRELLELLTWSHRNGVIDSSTRLALHPGDSDLSEFELFNLLGSLQQSIALPLATVDEEQLLHASVPSEVLILVNVGVDPLKHHRDLNILMTTERTDSLSYAGVRENLVLTLDQVTLNSWNEVLVNRFDGEHALLDCLRDYLNDLPLTQRQPRLQVRCFCHNRAQFIARRVEEVIETAQTLLLSKLNYRYLLQVQQHYHVLELVPGQVNHVALSSLPALMDYLGEELTAYSPLHLDAMAMEEHDAALILPMGQPECIQVFYRVYEDEAELYVLDEFNALWQQRLPYHDDQSLLVPLQRFLQSVLYRRDALLPMDATQPLTLEILYYQLLPSGNGRARRVESRQAPQTPVNKPFYDVQAIIGKAAHGQVHVTLYCDQREFSELEHGDQLFHVVAREIVGQRRDAERYRCYITDLDLSGLVGDGACPSILFLRYKADLERALNEALNQV PGPT0015070_112 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-OTHER_BACTERIAL_DEFENSE_SYSTEMS CE-BACTERIAL_FITNESS-BACTERIAL_TOXINS,PGPT0015070-cyaA-K05851 NA NA D1-35_03019 246 hypothetical protein ATGTCGCTTACCCCTGAGCTGGTTGCCGAACTGGAAATCCTTGCACTCTTCAACCTGGACAGTTCCCAGGAAGGCCTGAAAATTCATCAGACCGCTGCCCCGAAAGCCATCGCCGCTGCCAAGCGCCTGTTTGAAAAAGACCTGATAGACCAACCCGATGGCGGTTATCTGACCAGCCTGGGGCGTGATGCCGCGCAAAATGTGCAAACTGTCCTGACGATACTCCGCGCCGAAGAAACCGCCTGA MSLTPELVAELEILALFNLDSSQEGLKIHQTAAPKAIAAAKRLFEKDLIDQPDGGYLTSLGRDAAQNVQTVLTILRAEETA NA NA NA NA NA D1-35_03020 285 hypothetical protein ATGAGCGAGCCAAGCGATATCGAACAGGACGAAGAAGAGTTCGTCGAATCCACGCTGATCCAGGCCATCGAGAACCAGATCGAAAGCGACAACCCGCCAGCGGCCAAGGCCACCTTCAACAAGTTGACCCTGGTCGGTTATGAGCGTGACGAAATCCTCAACCTGATGGCCCACGTGCTGGCGGTTGAAATCGACGCGATCCTGGAAGAAGACCGTCCGTTCAATACCGAGTGGTACGAAGCCGCCCTGCGCGCCTTGCCTGAGCTGCCGCCGGAAAAGAAATGA MSEPSDIEQDEEEFVESTLIQAIENQIESDNPPAAKATFNKLTLVGYERDEILNLMAHVLAVEIDAILEEDRPFNTEWYEAALRALPELPPEKK NA NA NA NA NA D1-35_03021 660 Glutathione S-transferase ATGCTCAAGCTTTATGGTTTTTCTGTCAGCAATTATTACAACATGGTCAAGCTGGCGCTGCTGGAGAAGGGGCTGCCCTTCGAAGAGGTCCAGTTCTTTGGCGCCCAAACCCCGGAAGCCCTGGCTATCAGCCCGCGCGGCAAGGTGCCGGTATTGAAGACCGAGCAGGGCTTTATCAACGAGACCAGCGTCATTCTGGAATATATCGAGCAAACCCAGCCGGGCAAGGCCCTGCTGCCCAACGACCCGTTCGAGCGCGCCCAGGTGCTGGCCTTGTGCCGGGAAATCGAGTTGTACATCGAGCTGCCGGGACGTGCCTGCTATCCCGAAGCGTTTTTTGGCATGGCGGTGCCCGAGGCGATCAAGGACAAGGCCAAGGGCGAGTTATTGCTCGGGTTTGCCTCGCTTGGCCGGCACGGAAAATTCTCGCCTTATGTGGCGGGTGACAGCCTGAGCATTGCCGACCTGTATTTCTACTACAGCCTTTCGCTGGCCTTGCCGGTGGGCAAGAAGGTTTTCGATATCGACTTGCTGGCAGAGATGCCGAAGGCCAGGGCCTTGATGGAGCTGCTCGGGCAGAATCCGCACGTACAGCGGATTGCGGCGGATCGAGAGGCGGAAATGCCGGCGTTCCTGGCGAAGATTGCTGCCAGGAAGTGA MLKLYGFSVSNYYNMVKLALLEKGLPFEEVQFFGAQTPEALAISPRGKVPVLKTEQGFINETSVILEYIEQTQPGKALLPNDPFERAQVLALCREIELYIELPGRACYPEAFFGMAVPEAIKDKAKGELLLGFASLGRHGKFSPYVAGDSLSIADLYFYYSLSLALPVGKKVFDIDLLAEMPKARALMELLGQNPHVQRIAADREAEMPAFLAKIAARK PGPT0013170_10929 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_03022 1395 argH_1 COG0165 Argininosuccinate lyase ATGAGCACTGACAAGACCAATCAGTCCTGGGGCGGCCGCTTCAGTGAACCCGTCGACGCCTTCGTCGCCCGCTTCACCGCCTCCGTCAACTTTGACCAGCGCCTGTATCGCCACGACATCATGGGCTCGATCGCCCACGCCACCATGCTGGCCAAGGTCGGCGTGCTGACCGATGCCGAGCGCGACAGCATCATCGATGGCCTGAAGACCATCCAGGGCGAGATCGAGGCCGGCCAGTTCGACTGGCGCGTGGACCTTGAAGACGTGCACATGAACATCGAAGCGCGCCTGACCGACCGCATCGGCGTGACCGGCAAGAAGCTGCACACCGGTCGCAGCCGTAACGACCAGGTCGCCACTGACATCCGCTTATGGCTGCGCGATGAAATCGACCTGATCCTGGCTGAAATCACCCGCCTGCAAAAAGGCCTGCTGGAACAGGCCGAGCGCGAGGCGGAGAGCATCATGCCGGGCTTCACGCACTTGCAAACCGCGCAACCTGTAACGTTTGGGCATCACATGCTCGCCTGGTTCGAGATGCTCAGCCGCGACTACGAGCGCCTGGTCGACTGCCGCAAACGCACCAATCGCATGCCCCTGGGCAGCGCCGCGCTGGCCGGCACGACCTATCCGATCGACCGTGAATATACCGCGCAACTGCTGGGCTTCGATGTGGTGGGCGGCAACTCGCTGGATAACGTTTCGGACCGCGACTTCGCCATCGAATTCTGCTCCGCCGCGAGCATCGCGATGATGCACCTGTCGCGCTTCTCCGAAGAGCTGGTGCTGTGGACCAGCGCGCAATTCCAGTTCATCGATCTGCCCGACCGCTTCTGCACCGGCAGCTCGATCATGCCGCAAAAGAAAAACCCCGACGTGCCGGAGCTGGTACGGGGCAAGAGCGGCCGGGTATTCGGCGCGCTGATGGGCCTGCTGACCCTGATGAAAGGCCAGCCACTGGCCTACAACAAGGACAACCAGGAAGACAAGGAGCCGCTGTTCGACGCCGCCGATACCTTGCGCGATTCGCTGCGAGCGTTCGCCGACATGATCCCAGCCATCAAGCCCAAGCATGCGGTCATGCGCGAAGCGGCCCTGCGCGGCTTCTCCACCGCTACCGACCTGGCCGATTACCTGGTCCGCCGTGGCCTGCCGTTCCGTGATTGCCATGAGATTGTCGGCCATGCCGTGAAGTACGGCGTCGACAACGGCAAGGACCTGGCGGAAATGAGCCTGGACGAACTGCGCCAGTTCAGCGACCAGATCGAGCAGGACGTGTTCGCGGTGTTGACACTGGAAGGCTCGGTCAATGCCCGTGATCATGTTGGCGGTACGGCGCCGGCGCAGGTAAAAGCAGCGGTCGTTCGTGGCCAGGCGCTTCTCGCCAGCCGCTAA MSTDKTNQSWGGRFSEPVDAFVARFTASVNFDQRLYRHDIMGSIAHATMLAKVGVLTDAERDSIIDGLKTIQGEIEAGQFDWRVDLEDVHMNIEARLTDRIGVTGKKLHTGRSRNDQVATDIRLWLRDEIDLILAEITRLQKGLLEQAEREAESIMPGFTHLQTAQPVTFGHHMLAWFEMLSRDYERLVDCRKRTNRMPLGSAALAGTTYPIDREYTAQLLGFDVVGGNSLDNVSDRDFAIEFCSAASIAMMHLSRFSEELVLWTSAQFQFIDLPDRFCTGSSIMPQKKNPDVPELVRGKSGRVFGALMGLLTLMKGQPLAYNKDNQEDKEPLFDAADTLRDSLRAFADMIPAIKPKHAVMREAALRGFSTATDLADYLVRRGLPFRDCHEIVGHAVKYGVDNGKDLAEMSLDELRQFSDQIEQDVFAVLTLEGSVNARDHVGGTAPAQVKAAVVRGQALLASR PGPT0014242_85 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681 NA NA D1-35_03023 747 lytR COG3279 Sensory transduction protein LytR ATGAATGTCCTGATCGTTGACGACGAACCACTGGTCCGCGAGCGCCTGAGCCGAATGCTTGGCGAACTCGAGGGTTACAGTGTCCTGGAGCCGAGCGCCACCAATGGCGAAGAGGCGTTGGCCCTTATCGACAGCCACAAGCCGGATATCGTGCTGCTCGACATCCGCATGCCTGGCCTGGACGGGCTGCAGGTCGCGGCCAAGCTGTGCGAGCGCGAGTCGCCTCCCGCGGTGGTGTTCTGTACCACCCGGGACGATTTTCCTCCGGAGGTGTTGCAGGCCGGTGCCGTGGGCTATCTGATCAAACCGGTTTCCGTCGAGGCGCTGGAAGAAGCGTTGCGCAAGGCTGAGCGACCGAACCGCGTGCAACTGGCGGCGCTTACCCGCCCGGCCGCCGAGAGCGGCAGCGGCCCGCGCAGCCACATCAGCGCACGGACCCGAAAAGGTATCGAGCTGATTCCGTTGAACCAGGTGGTCTACTTCATTGCCGACCACAAATACGTGACCTTGCGCCACGAAAGCGGAGAAGTGCTACTGGACGAGCCGCTCAAGGCGCTGGAGGACGAGTTCGGCGAACGGTTCGTACGCATCCACCGCAACGCCTTGGTGGCTCGCGAGCGTATCGAGCGTTTGCAACGCACCCCCCTCGGGCACTTCCAGCTTTACCTCAAGGGGCTCAATGGCGACGCGCTGATCGTCAGCCGGCGGCATGTGGCGGGCGTGCGCAAGATGATGCAACAGCTTTAG MNVLIVDDEPLVRERLSRMLGELEGYSVLEPSATNGEEALALIDSHKPDIVLLDIRMPGLDGLQVAAKLCERESPPAVVFCTTRDDFPPEVLQAGAVGYLIKPVSVEALEEALRKAERPNRVQLAALTRPAAESGSGPRSHISARTRKGIELIPLNQVVYFIADHKYVTLRHESGEVLLDEPLKALEDEFGERFVRIHRNALVARERIERLQRTPLGHFQLYLKGLNGDALIVSRRHVAGVRKMMQQL PGPT0026145_228 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_EXTERNAL_SIGNAL_SENSING,PGPT0026145-algR-K08083 NA NA D1-35_03024 942 hemC COG0181 Porphobilinogen deaminase ATGTCCCCTCGCGAGATCCGCATCGCCACCCGTAAAAGCGCCTTGGCTCTCTGGCAGGCCAAGTACGTCAAAACCCGCCTGGAAGCGGCCCACCCTGGCCTGATCGTATCGCTGGTGCCGATGGTCAGTCGCGGTGACAAACTGCTCGATTCGCCACTGTCGAAGATTGGTGGCAAGGGCCTGTTCGTCAAGGAGCTGGAAACCGCCCTGCTGGACAACGAAGCCGACATCGCCGTGCATTCGATGAAAGATGTGCCCATGGACTTCCCGGAAGGCCTGGGCCTTTTTTGCATCTGCGAGCGGGAAGACCCGCGTGATGCGTTTGTCTCCAACAGCTTTTCCAGTCTTGAAGCATTGCCCCCGGGAAGTGTGGTCGGCACTTCCAGCCTGCGTCGCCAGGCGCAGTTGCTGGCGCGGCGTCCGGACCTGCAGATCCGCTTCCTGCGCGGCAACGTCAACACGCGCCTGGCCAAGCTCGATGCTGGCGAATACGACGCGATCATCCTCGCCGCCGCCGGCCTGATCCGGCTCGGGTTTGAAGATCGCATCACCTCGGCCATCAGCGTCGATGACAGCCTGCCGGCCGGTGGGCAGGGCGCGGTGGGCATCGAATGCCGTAGCGCCGACAGCGAAATCCATGCGCTGCTGGCGCCGCTGCACCACGACGACACCGCCACGCGGGTCTTCGCCGAGCGCGCCCTGAACAAGCATCTGAACGGCGGATGCCAAGTGCCGATTGCCTGCTACGCCGTGCTCGAAGGCGAGCAGGTCTGGCTGCGTGGCCTGGTGGGCGATCCCAGCGGCGGCCAACTGCTCAGCGCCCAGGCCCGAGCACCGCGCCGCGATGCCGAGGCGCTGGGCGTGCGGGTGGCCGAAGACCTGCTGAGCCAGGGCGCCGATGACATCCTCAAGAAAGTCTACGGCGAGGCTGGCCACGCGTGA MSPREIRIATRKSALALWQAKYVKTRLEAAHPGLIVSLVPMVSRGDKLLDSPLSKIGGKGLFVKELETALLDNEADIAVHSMKDVPMDFPEGLGLFCICEREDPRDAFVSNSFSSLEALPPGSVVGTSSLRRQAQLLARRPDLQIRFLRGNVNTRLAKLDAGEYDAIILAAAGLIRLGFEDRITSAISVDDSLPAGGQGAVGIECRSADSEIHALLAPLHHDDTATRVFAERALNKHLNGGCQVPIACYAVLEGEQVWLRGLVGDPSGGQLLSAQARAPRRDAEALGVRVAEDLLSQGADDILKKVYGEAGHA PGPT0003660_2431 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749 NA NA D1-35_03025 1914 hypothetical protein GTGACGGGCTGGCGGCTGCTGCTGACCCGGCCGACGGACGAATCGGCGGCCCTGGCGGCTGTGCTGGCGGATGCGGGGATCTACAGCAGCAGCCTGCCGCTGCTGGATATCGAGCCGGTCCCGGTGACCGAGTCCGGGCAGGCGATCCTCCGTGAATTGAATCAGTATTGCGCCGTGATCGTGGTCAGCAAGCCCGCCGCGCGCTTGTGCGTGGAGCTGCTGCGTCAGTATTGGCCGCAACCTCCGGTCTTGCCATGGTTCAGCGTGGGCGCCGCAACCGGACAGATTCTTGCCGATGCCGGCCTCAGCGTGTTTTATCCCGATAACGGCGACGACAGCGAAGCCTTGCTTGAGCTCGGGGCGTTGCGCCAGGTGCTCGACCGGCCCGATCCCCGTGTCTTGATCGTCCGTGGTGAGGGTGGGCGCGGATTGCTGGCAGAGCGTTTGCGCGAGCAAGGTGCTAGTGTCGACTATCTTGAGCTGTACCGGCGCGGCCTGCCGCAATACGCCGAGGGCGAACTGCCGGCCAGGGTCGAAGCGGAACGCTTGAACGCGCTGGTGGTCAGCAGTGGGCAGAGCTTCGAGCATCTGCGCCGGCTCGCCGGTGAAGCGTGGCCCGCCCTGGCGCGGCTGCCGTTGTTCGTTCCAAGCCCCAGGGTCGCCGACATGGCGCGTGCCGCCGGGGCCCGGACAGTTATTGATTGCCGTGGCGCCAGCGCCGCGGCTTTGCTGGCGGCATTACGGGAACAATCCGTGCCGTTTTCCAATGCAAAGGATGGATACGTGAGCGAAACAGCCTTGCCAAAAGATCAGGACCAGCCAGCGCTCGATGCGCCGCTTGAAACGGCGCCGCCGATAGCACCGCGTCGCGGCAACGGGCTGGCGATTGTCGCGTTGTTGTTGGGGGCTGCCGGCGTCGCCGTGGGTGGCTGGGGTGTATGGCAAGTGCGTCATCTGCAAGCCAGCACCCAGCAGCAATCCGCCCAGGTCCAGTCGCTCAATGACCAGGCCCAGGGCCTCAAGCTCAATGAGCAACGCCTGAGCGCGCGCCTGGAGCAATTGCCTCCGGCCGAAGAACTGGAGGAGCGCCGCCGCCAGGTTGCCCAGTTGCAAGGCGACCAGCAGCGTCTCAACCAGCGCCTGGAAACCGTGCTGGGTGCCAGCCGCAAGGACTGGCGCCTGGCCGAAGCCGAGCATTTGTTGCGCCTGGCCAGCCTGCGTCTTTCCGCCCTGCAGGACATCAGCAGTGCCCAGGCACTGGTACAGGGCGCCGATGAAATCCTGCGCGAGCAGAACGACCCGGGCTCATTCGCTGCCCGCGAACAATTGGCCAAGACCCTCGCTGCGCTGCGCAGCACCGAGCAGCCGGATCGCACCGGGCTGTTCCTGCAACTGGGTGCCTTGCGTGACCAGGTGCTGCAGTTGACCGAGCTCGCGCCCGAATACAAGGACCGTGGCGAGTCGCTGCTGGGGCTGACGAGCGACGGCGATGGTGCCAGTCGCTGGGCGCAGTGGTGGGACCGGATCTCGCGTTATATCCGCATCGATTTCAATGCCGATGAAAACGTCCGTCCACTCCTGGCCGGACAGAGCCTGGTCCAGGTGCGCCTGGCCTTGAGCCTGGCACTGGAGCAGGCGCAATGGGCCGCGCTCAATGGTCAGGCGGCGGTGTACACCCAGGCGCTGGCCGAGGCGCGTGACGTGCTCAGGAACAACTTCAACCAGGACAACCCGCAAAGCAAGATCATGCTCGAGCGGGTTGGCGAGTTGAGCAAGTTGCCCGTGACAGTGGTCACGCCGGACCTGACCGGCACCCTGAGCGCCGTCCAGGCCTACCTCGAGCGCCGCAACCTGAATGCTGAAGACTCGGTCAAACCGCTGCCCAAGGCGGGCGGGCAGGAGACCGCGCCATGA MTGWRLLLTRPTDESAALAAVLADAGIYSSSLPLLDIEPVPVTESGQAILRELNQYCAVIVVSKPAARLCVELLRQYWPQPPVLPWFSVGAATGQILADAGLSVFYPDNGDDSEALLELGALRQVLDRPDPRVLIVRGEGGRGLLAERLREQGASVDYLELYRRGLPQYAEGELPARVEAERLNALVVSSGQSFEHLRRLAGEAWPALARLPLFVPSPRVADMARAAGARTVIDCRGASAAALLAALREQSVPFSNAKDGYVSETALPKDQDQPALDAPLETAPPIAPRRGNGLAIVALLLGAAGVAVGGWGVWQVRHLQASTQQQSAQVQSLNDQAQGLKLNEQRLSARLEQLPPAEELEERRRQVAQLQGDQQRLNQRLETVLGASRKDWRLAEAEHLLRLASLRLSALQDISSAQALVQGADEILREQNDPGSFAAREQLAKTLAALRSTEQPDRTGLFLQLGALRDQVLQLTELAPEYKDRGESLLGLTSDGDGASRWAQWWDRISRYIRIDFNADENVRPLLAGQSLVQVRLALSLALEQAQWAALNGQAAVYTQALAEARDVLRNNFNQDNPQSKIMLERVGELSKLPVTVVTPDLTGTLSAVQAYLERRNLNAEDSVKPLPKAGGQETAP PGPT0003675_114 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003675-hemDX-K13543 NA NA D1-35_03026 1236 hemY COG3071 Protein HemY ATGAAGCGTCTCTACGTGATTCTGTTCGTGGTCATCGCGGCCGCAGCCTTGCTGGGCGTGGCGATTTCCGAGCATTCGGGTTACGTGCTGGTGGCGTACAAGAGCTTCCGCTACGAAGCCGGCCTGTGGGTCACCCTCGCACTGATCGCGGTGATCTGGCTGTTGTGGCGCGCAGTGTTTGCTCTGGTCGGGCTGGTAACCACGTCCACTGGCGTGGTCAACCCGTGGTCGCGACGCAACCGGAGTCGTCGCGTACAAGTTGCAATCGAACATGGCCAGTTGGACCTGGCCGAAGGCCGTTGGGCCAGCGCCCAGCGGCATCTTCACCGCGCCGCCGAAGCCGAGCGCCAGCCCTTGTTGTATTACCTCGGCGCCGCCCGCGCGGCCAATGAACAAGGCCTCTATGAGCAAAGCGACAGTCTGCTTGAGCGCGCTCTGGAGCGGCAGCCCCAGGCCGAGCTGGCCATCGCGCTGACTCACGCCCAGTTGCAGACGGACCGGGGTGACACCGACGGTGCGTTGAGCACGCTGCAAGCCATGCATGAACGCCATCCTCACAATGCCCAGACCCTGCGTCAGTTGCAGCGCTTGCACCAGCAGCGCGGTGATTGGTCGGCGGTGATCCGGCTGTTGCCGGAGCTGCGCAAGGACAAGGTCCTGCCGCCCGCCGAACTGGCTGAGCTGGAACGGCGGGCCTGGGGTGAAAACCTCACCTTGGCTGCCCATCGCGAAGCTGACGGAAGCGTCGGCTTGCAATCGCTCGATCGGGCCTGGCAACAGCTCACCTCAGCCCAACGCCAGGAACCGGCAATGGTGCTCGCCTATGCCGAGCAACTTCGTCAGCTGGGCGCCCAGGCGCAGGCTGAGGAGGTATTGCGGGTTGCGCTCAAGCGTCACTACGACAGCCACCTGGCGCGTTTGTACGGACTGGTTCGCGGCGCTGACCCGAGCCGCCAGTTGCAAGCGGCCGAGGGCTGGCTCAAGGAGCATCCGAATGACCCGAGCCTGCTCCTGACGCTGGGGCGTCTGTGCTTGCAAAACAGCTTGTGGGGCAAGGCGCGGGATTATCTCGAAAGCAGCCTGCGCATCCAGCGCAACCCTGAGGCTTGTGCCGAACTGGCCCGCTTGCTGGCGCAACTGGGCGATGCGGAGCGCAGCAACCAGTTATTTCAAGAGGGGCTGGGGCTGCTGGACGAGCGCTTGCTGGCGGCACCCTTGCCGGTTCCGAGCACTTGA MKRLYVILFVVIAAAALLGVAISEHSGYVLVAYKSFRYEAGLWVTLALIAVIWLLWRAVFALVGLVTTSTGVVNPWSRRNRSRRVQVAIEHGQLDLAEGRWASAQRHLHRAAEAERQPLLYYLGAARAANEQGLYEQSDSLLERALERQPQAELAIALTHAQLQTDRGDTDGALSTLQAMHERHPHNAQTLRQLQRLHQQRGDWSAVIRLLPELRKDKVLPPAELAELERRAWGENLTLAAHREADGSVGLQSLDRAWQQLTSAQRQEPAMVLAYAEQLRQLGAQAQAEEVLRVALKRHYDSHLARLYGLVRGADPSRQLQAAEGWLKEHPNDPSLLLTLGRLCLQNSLWGKARDYLESSLRIQRNPEACAELARLLAQLGDAERSNQLFQEGLGLLDERLLAAPLPVPST NA NA NA NA NA D1-35_03027 555 dsbB_2 Disulfide bond formation protein B ATGTCTTTGGCCAGCTCTCGCTCTCTGTTTCTCCTGGCTTCCATCGCCGCGGCTCTGGTTTTGGGGATCACGTTTTACCTGGAATATGCGGTCGGTCTGACCCCGTGCAGCCTGTGCATTTTGCAGCGGTTATGCCTGACGCTGTTCCTGATGACCTGTCTTGCCGCTTGCGTGCATGGCCCGGCTCTGAGAGGTAGCGTTGTGTATGCGGCGGTGGGCGTGGTCTTCGTCTCGGGAGGGCTGGCGCTGGCGTGGTATCACGTCCTTGCGCAGAGCGATTCGATCGAGCTGTTGCCCGACTGCCTCGCCAAGCTCAGGGGCGCCGATTTGTGGTGGCACGCCATGCATCGCGCGCTTGACGGAGCGATCGATTGCACGAGCGTCTCCTGGACGCTGTTTCGTCTGAGCATCCCTGAATGGAGCCTGCTGTTTTTTATCGCGCTCTTCATCTCGATGACTTATCTGCTGCTGCGCCTGGCCTGGAATGCCCTGGTGCCACCGCTCGGCGACGAGACGTCGCAGTTGGTCCGAAGGCTGGATCAAACACTTGTATGA MSLASSRSLFLLASIAAALVLGITFYLEYAVGLTPCSLCILQRLCLTLFLMTCLAACVHGPALRGSVVYAAVGVVFVSGGLALAWYHVLAQSDSIELLPDCLAKLRGADLWWHAMHRALDGAIDCTSVSWTLFRLSIPEWSLLFFIALFISMTYLLLRLAWNALVPPLGDETSQLVRRLDQTLV NA NA NA NA NA D1-35_03028 459 rsd COG3160 Regulator of sigma D ATGCTCGAAAGTTGTCAGAATGCTCAGGAACGCTGGGGTGGGGTGCATCTGCTGATCGACCGCTGGTTGCAGGAGCGTCATGAACTGGTTCGAGCCTATGATGCTCTTGGCGACAAGCCTGAAGCACTGAGTGAAAGTCGCAAGCCTTTGCAGGAATTTTGCGGTGTGCTGGTGGACTATGTGTCGGCCGGTCATTTCGAGATCTACGAGCAACTGACGGGCGAGGCCAAGGCCTTCAATGACAAACGCGGCCTGGAACTGGCCGATACGATTTATCCGCGCATCGACGTCATCACCGAGAAGCTGTTGGCCTTCAATGACCTCTGTGATGAAGGTAAATGCGTAGCGGAAAAATTCAAGGAACTGGGCGGTTTGTTGCATGAGCGTTTCGAGCTGGAGGATTGCCTGATCGAGGTGCTGCACAACGCCCACAAGGAAGAGGCTACCGCCCAGGCTTGA MLESCQNAQERWGGVHLLIDRWLQERHELVRAYDALGDKPEALSESRKPLQEFCGVLVDYVSAGHFEIYEQLTGEAKAFNDKRGLELADTIYPRIDVITEKLLAFNDLCDEGKCVAEKFKELGGLLHERFELEDCLIEVLHNAHKEEATAQA NA NA NA NA NA D1-35_03029 666 mip COG0545 Outer membrane protein MIP ATGTCGCGTCACCTTTTTTTATTTCTTTGCATGGTTTTCTCCCTGGCTCAGGCCGCTGAAAAATCCGACGCCAACGACGGTCGCGACCTGGCCTACAGCCTCGGCGCCAGCCTGGGCGAGCGCCTGCGTCAGGACGTGCCGGACCTGCAGATCCAGGCGCTGGTCGAAGGCTTGCAGCAGGCCTATCTGGGTAAACCGTTGGCCCTGGCAGATGAACGCATCGAACGGATCCTGGCCGAACATCAGGCGCAACTCCTGGCGCAGTCGTCCACGCCGCAAACGCAAATGGCGCTGAAGAGCGAGCGGAAATTTCTCGATGAGGAAAAAGGCCGGCCGGGCGTCCAGCAATTATCGGACGGCATCCTGCTGACCGAACTCAAGCCGGGCAGCGGCGCGAAGGCCGGCCCCCACGGCAAGGTCCAGGTGCGGTATGTCGGTCAATTGCCGGACGGCACCGTGTTCGATTCCAACCATCAGGCGCAGTGGTTCAATCTTGACAGCGTGATTGATGGGTGGCGCAGCGCACTGCCGCAGATGCCGGTGGGCGCGAAGTGGCGATTGGTGATTCCTTCGGCCCTGGCCTATGGCGCCGAAGGTGCCGGGGACCTGATTCCACCCTTCACGCCGCTGGTGTTCGAAATTGAATTGCTGGGCGCAACGACCTGA MSRHLFLFLCMVFSLAQAAEKSDANDGRDLAYSLGASLGERLRQDVPDLQIQALVEGLQQAYLGKPLALADERIERILAEHQAQLLAQSSTPQTQMALKSERKFLDEEKGRPGVQQLSDGILLTELKPGSGAKAGPHGKVQVRYVGQLPDGTVFDSNHQAQWFNLDSVIDGWRSALPQMPVGAKWRLVIPSALAYGAEGAGDLIPPFTPLVFEIELLGATT NA NA NA NA NA D1-35_03030 1131 hypothetical protein ATGTCGGCCACCAAGAAGCCTGTAAACACTCCGTTGCACTTGCTCCAACAATTGTCGGGCAGCTTGCTCGAGCATCTGGAAAATGCCTGCTCCCAAGCTCTGGCTGATGCTGAAAAACTGCTCGCCAAGCTGGAAAAACAACGCGGCAAGGCGCAGGAAAAACTGCACAAGTCGCGAACCAAGCTGCAAGACGCGGCAACCGCCGGCAAGGCCAAGGCACAAACCAAGGCCAAGGATGCCGTGAAGGAACTCGAAGACCTGCTCGATGCCTTGAAGGATCGTCAATCCGAAACCCGCGCCTACATCCTGCAACTCAAGCGTGATGCCCAGGAAAGCCTGAAGCTGGCCCAAGGTGTCGGTCGCGTTCAAGAAGCCGCCGGCAAGGCGCTGAGCCTTCGCGCGGCCAAGCCTGCCGCTGTATCGGCCAAGAAGCCAGCGGCTAAACCTGTCGCGGCAAAAACTGCGGCCAAGGCGCCCGTCAAGCCAGTCGCCAAAGTTGCCAGCAAGCCTGCTGCCAAACCTGCCGTGAAACCAGGCGCTGCCAGCGCTGCGAAACCTGTGGCGAAAAAACCGGCCGTGAAAGCAGCTGCCAAGCCTGCCGTCAAAGCTGCTGCTGCCAAGCCTGTTGCCGCCAAACCAGCCGCAAAAGTTGCCGCCAAGCCTGCCGCTAAAACCGCTGCTGCCAAACCCGCTGCGACGAAGACCGCCGCTGCCAAGCCTGCTGCGAAAGCGGCGGCCAAACCTGCTGCCGCGAAGCCGGCCGCCAAGGCTGCCGCTGCCAAACCCGCTGCCGCCAAGCCTGCTGTCAAATCGGCGGCCAAGCCGGTTGCTGCTGCCAAGGCTCCCGTCAAAGCACCTGTAAAGGCCGTGGCAAAACCCGCAGCAGCCAAACCAGCCGCCAAGCCGGCAACGGCCAAGCCGGCCGCTGCAAAACCTGCAGCCAAACCCGCTGCGAAGCCTGCCGTGAAAAAGCCTGCTGCTGCAAAACCGGTGACGGCTCCGGTTGCCAAGCCTGCCGCGCCAGCACCAGCGGCCGCAGTGACGCCTGCGCCAACGACCAGCACGCCGGCGCCAGCGGTGAACCCAAGCGTAACCACCGCGCCGAGTACTACTCCGCCCCGCGCTTCCTAA MSATKKPVNTPLHLLQQLSGSLLEHLENACSQALADAEKLLAKLEKQRGKAQEKLHKSRTKLQDAATAGKAKAQTKAKDAVKELEDLLDALKDRQSETRAYILQLKRDAQESLKLAQGVGRVQEAAGKALSLRAAKPAAVSAKKPAAKPVAAKTAAKAPVKPVAKVASKPAAKPAVKPGAASAAKPVAKKPAVKAAAKPAVKAAAAKPVAAKPAAKVAAKPAAKTAAAKPAATKTAAAKPAAKAAAKPAAAKPAAKAAAAKPAAAKPAVKSAAKPVAAAKAPVKAPVKAVAKPAAAKPAAKPATAKPAAAKPAAKPAAKPAVKKPAAAKPVTAPVAKPAAPAPAAAVTPAPTTSTPAPAVNPSVTTAPSTTPPRAS NA NA NA NA NA D1-35_03031 465 hypothetical protein ATGTCCTCTGATCTGTGGAGCTTTTCGATCAACCTTTATGCCAGGCCTGGCGTGGAAGCGGCGTGCCTGGCGTTGCAGGCAGAAGGCGCGAACGTCTGTCTGGTGCTTTGCGGGCTGTGGCTGGAACAACGCGGGGTAACCTGTGATGAGCAGAGGTTGCAGCAACTTAGGCACGTGGCCGGCCCCTGGGACGCAGCCGTCGTCCAGCCATTGCGGACGTTGCGCACACAATGGAAAGACCTCGCCCGCCAGGACGCCGGGCTGGGTAGCCTGCGCGAACAGATCAAGAAACTGGAGCTGGAGGCCGAACGACAATTGCTGGAGCGGCTGGAAGCCGCGGCAGGGGACTGGCCCAAGGGCCAGGATGAAGCGACAGCGCAGTGGCTGCAGAGGCTGGTGGCGAATGCCGGCCAAACCAACCGCGACGCGCTGCATCGGCTGCGCGTCGCGGCAGTCACCCCTTAG MSSDLWSFSINLYARPGVEAACLALQAEGANVCLVLCGLWLEQRGVTCDEQRLQQLRHVAGPWDAAVVQPLRTLRTQWKDLARQDAGLGSLREQIKKLELEAERQLLERLEAAAGDWPKGQDEATAQWLQRLVANAGQTNRDALHRLRVAAVTP NA NA NA NA NA D1-35_03032 1911 yheS COG0488 putative ABC transporter ATP-binding protein YheS ATGATTCGACTTCAGAACCTGACTTTACAGCGTGGCCCGCAACGTCTGCTAGAAGACGCCGAGCTGACCCTGCACGCCGGCCACAAAGCTGGCCTCATCGGTGCCAACGGCGCCGGCAAATCGAGCCTGTTCGCTTTGCTGCGCGGCGAGTTGCACCCGGACTCCGGCGATTGCTTCCTGCCGGCGGATTGGCGCATCGCCCACATGCGTCAGGAGGTCGATACACTCGAGCGCCTGGCCGTGGATTATGTGCTCGATGGCGACCTGCGTCTGCGTGAGGTGCAGCGCGATCTCGCCGCGGCCGAAGCCGCCCATGACGGTGCCGCCCAGGCGCGCCTGCACTCGGAACTCGACAGTGCCGACGGCTACACTGCGGACGCCCGGGCACGTAAATTGTTGGCCGGCCTGGGCTTTACCAACGAACAGATGGATCGCCAGGTCGGCGACTTCTCAGGTGGCTGGCGGATGCGCCTGAACCTGGCGCAGGCCCTGATGTGCCCGTCGGACCTGTTGCTGCTCGACGAGCCGACCAACCACCTGGATCTGGACGCGATCATCTGGCTCGAAGAGTGGCTCAAGAGTTACCCCGGTACACTGCTGCTGATTTCCCACGACCGCGACTTCCTCGACGCCGTGGTGGATCACGTAGCCCATGTCGACCAGCGCAAGCTCACCTTGTACCGCGGCGGCTACAGTGCCTTCGAGCGTGCCCGTGCCGAACGTCTGGCCCAGCAACAGCAGGCCTACGAGAAGCAACAGGCGCAACGTGCGCACATGGAAAGCTACATTGCCCGCTTCAAGGCCCAGGCTACCAAGGCCCGCCAGGCCCAGAGCCGGATCAAGGCGCTGGAGCGGATGGAAGAACTGTCGGCGGCCCACGTCGACTCACCATTCGATTTTGTCTTCCGCGAATCGAGCAAGATCTCCAGTCCGCTGATCGACCTGTCCGACGCGCGCCTGGGCTACGGCGACAAGACCGTGCTGGAGAAGGTCAAGCTGCAACTGACCCCAGGCGCGCGGATCGGTCTGCTGGGGCCCAACGGTGCCGGTAAGTCGACCCTGATCAAGAACCTCTCTGGCGAGCTCCAGCCCTTGGCCGGACGCCTGACGCGCGGCGAAAACACGGTGGTCGGCTACTTCGCCCAGCATCAGTTGGACTCGCTCGATGCCAAGGCCAGCCCACTGTTGCATCTGCAACGCCTGGCGCCGACCGAACGTGAACAGACTCTGCGCGATTTTCTCGGTGGTTTCGACTTTCGCGGCGCGCGTATCGACGAGCCGGTGCTGAATTTCTCCGGTGGCGAGAAGGCGCGCCTGGCGCTGGCGTTGATCGCCTGGGACCGGCCGAACCTGTTGCTGCTCGACGAGCCGACCAACCACCTGGACCTGGAGATGCGCCTGGCCCTGACCATGGCCTTGCAAGAGTTCAGCGGCGCGGTGCTGGTGGTCTCCCACGACCGGCATTTGCTCAAGAGCACCACGGACAACTTCTTCCTGGTGGCCGACGGCAAGGTCGAGGAGTTCGATGGCGATCTCGAAGACTATGCGCGCTGGCTGGTGGAATATCGCCAGCGCAACGCACCGGTCAGCAGCACCCCGGTGAACCCGGACAAAACCGACAAGAAGGCCCAGCGCCAGGCCGCGGCAGCGTTGCGTCAGCAGTTGGCGCCGCACAAGCGCGAGGCCGACAAGCTCGAAGCCGAGTTGGGCAAACTGCATGAAAAGCTGCAGAAAATCGAAACCAGCCTTGGCGACAGCGGTCTCTACGAGGCAGCGCGCAAGGACGAGCTGCGTGATCTGCTGGCTGAACAGGCCAGGCTGAAAGTTCGAGAAGCGGAACTTGAGGAGGCGTGGATGCAAGCCCTGGAGTTGCTGGAAAACCTGCAAGCGGAGCTGGAGGCGTTGTCCTGA MIRLQNLTLQRGPQRLLEDAELTLHAGHKAGLIGANGAGKSSLFALLRGELHPDSGDCFLPADWRIAHMRQEVDTLERLAVDYVLDGDLRLREVQRDLAAAEAAHDGAAQARLHSELDSADGYTADARARKLLAGLGFTNEQMDRQVGDFSGGWRMRLNLAQALMCPSDLLLLDEPTNHLDLDAIIWLEEWLKSYPGTLLLISHDRDFLDAVVDHVAHVDQRKLTLYRGGYSAFERARAERLAQQQQAYEKQQAQRAHMESYIARFKAQATKARQAQSRIKALERMEELSAAHVDSPFDFVFRESSKISSPLIDLSDARLGYGDKTVLEKVKLQLTPGARIGLLGPNGAGKSTLIKNLSGELQPLAGRLTRGENTVVGYFAQHQLDSLDAKASPLLHLQRLAPTEREQTLRDFLGGFDFRGARIDEPVLNFSGGEKARLALALIAWDRPNLLLLDEPTNHLDLEMRLALTMALQEFSGAVLVVSHDRHLLKSTTDNFFLVADGKVEEFDGDLEDYARWLVEYRQRNAPVSSTPVNPDKTDKKAQRQAAAALRQQLAPHKREADKLEAELGKLHEKLQKIETSLGDSGLYEAARKDELRDLLAEQARLKVREAELEEAWMQALELLENLQAELEALS NA NA NA NA NA D1-35_03033 582 hypothetical protein ATGGAAGCGTTGTCCCTGCCTATACCCGTCATGTGGATCGAGCCGATCTGGCTCGGTGTGCAAATCCTGCTGATTCTGTTGGTCGGTTATGTTGCCCAGCGTGTCGTCGCGCGCTTCCTCACCGGGCTCGGTGAACGTTACCCACTGCCGCCCCAATTGGTGATCATCCTGCGCGGTGTGCTGCGCTGGCTGATCATGGGCAGCGCGGTACTGGTGGCGCTCGAACGCCTCGGCGTCTCGGCTACGGTGCTGTGGACCGCGCTGTCTGGGTTCGTTGCCGTTGCGGCGGTGGCGTTCTTCGCCATCTGGAGCGTGCTGTCGAACCTGCTCTGCGCCATTCTGATCTACACCGTCGGCCCGTTCCGACTGGGTGACGTGGTCGAGCTGGTCGAGGCCACCGACAAGCCTGGCATCAAGGGGCGGGTGGTGGCGATCAACCTGCTCTACACCACCTTGATCGAACCCGAGGAACTCGGTACCGGCAGCTCCATGGTGCAGGTGCCCAACAGTCTGTTCTTCCAGCGTTCGGTCCGGCGCTGGCGCGGCAGCGAAGCGTTTCCGGTCGGCGGTTTCGTCGAGTAG MEALSLPIPVMWIEPIWLGVQILLILLVGYVAQRVVARFLTGLGERYPLPPQLVIILRGVLRWLIMGSAVLVALERLGVSATVLWTALSGFVAVAAVAFFAIWSVLSNLLCAILIYTVGPFRLGDVVELVEATDKPGIKGRVVAINLLYTTLIEPEELGTGSSMVQVPNSLFFQRSVRRWRGSEAFPVGGFVE NA NA NA NA NA D1-35_03034 633 rhtB_5 COG1280 Homoserine/homoserine lactone efflux protein ATGTTGCTGGAAACGTGGCTGGCGTTCTTCGCCGCCTGCTGGGTCATCAGCCTTTCGCCGGGCGCCGGTGCCATTGCATCGATGTCCAGCGGTCTGCAATACGGTTTCTGGCGTGGCTACTGGAACGCCCTGGGCCTGCAATTGGGCCTGGCGTTGCAGATCGTGATTGTCGCCGCCGGTGTTGGCGCGATTCTCACCGCGTCAGCTACCGCCTTCTACGCAATCAAGTGGTTCGGCGTGGCGTACCTGGTCTATCTGGGCGTCAAGCAATGGCGGGCCATTCCCGCAGACCTTAGCGACGACGCGGCGGTGCGCCCCATCGGCAAACCCCTGGCCTTGGTGTTTCGCGGTTTCCTGGTGAACATCAGCAACCCCAAGGCGCTGGTATTCATGCTCGCGGTGCTGCCGCAGTTCATCGATCCTCATGCCCCGTTGGTCAAGCAATACCTGATCCTGGGCGTGACCATGATCTGCGTCGACCTCATTGTCATGGCCGGGTACACCGGGCTGGCATCCAAGGTCTTGCGCCTGTTGCGTACCCCGAAACAGCAACGGCGGATGAACCGGACCTTCGCCGGGCTGTTCATCGGCGCGGCAGGTCTGCTGGCGACGATTCGCAGGGCTGCGGTGTAA MLLETWLAFFAACWVISLSPGAGAIASMSSGLQYGFWRGYWNALGLQLGLALQIVIVAAGVGAILTASATAFYAIKWFGVAYLVYLGVKQWRAIPADLSDDAAVRPIGKPLALVFRGFLVNISNPKALVFMLAVLPQFIDPHAPLVKQYLILGVTMICVDLIVMAGYTGLASKVLRLLRTPKQQRRMNRTFAGLFIGAAGLLATIRRAAV PGPT0021036_300 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_RELATED_GENES CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834 NA NA D1-35_03035 744 hypothetical protein ATGCGTACATGGATCGGCATCATGGCCCTGGCCTGCGCATTCAGTGCGCAGGCGGCCCCAAGAGTTGCAGTGACTGACCTGGCGTACCAGCAACGCGTGGAAGAATACATCCACACCGTTTCGGCCCAGAGCAACTTCCAGGCGAACCCGTACAGCGCCAGCGCGTCGTCGAGCTACGAAGAGATGGAAGCGACCAGCAGCTACATCGAGCAAGGCGAACTGCGCAAGTTCACTGGCGACATCAAGGGCGAGATCCTGCGCAGCGGTATGTTCCAGCTGGTGCAGGGCACGCCGCACACCGCATCGTCCACGGGCGATGTCTATGACGTGATCAAGCGAATCAAGGCCGGGCATTTCAAGGGCGCCGACTATGTGCTGTTCGGCACCGTGTCGGACATCGATTTCACTCGGGACATCAACGAGCTGGGCACTGCCGACAGCTACTCGGCGGTGCTTGCACTGTCGCTGGTGGCGGATTTCAGCCTGATCAACACCAAGACCTATGAAATCACCTCGGCCTTCACCGCCATGGGCGAGGGCCAGGACACCAAGCTGTTGAACCACCGGGACGTGCGTATCAGCCTCAATCGCCCACGGGTCGTGCGCGAAGTGTCCAAGGCGTTGGGTGAAGACGTGGCGCGGCAGTTGAGCGAGCAGCTCGGTGGCCCGAGCCATGAACAGCCTGGCGAGCCGGTGCAGCGCAATAACCTGCCGAGGGATACCGCGCCGGTAATCCTGCGCTGA MRTWIGIMALACAFSAQAAPRVAVTDLAYQQRVEEYIHTVSAQSNFQANPYSASASSSYEEMEATSSYIEQGELRKFTGDIKGEILRSGMFQLVQGTPHTASSTGDVYDVIKRIKAGHFKGADYVLFGTVSDIDFTRDINELGTADSYSAVLALSLVADFSLINTKTYEITSAFTAMGEGQDTKLLNHRDVRISLNRPRVVREVSKALGEDVARQLSEQLGGPSHEQPGEPVQRNNLPRDTAPVILR NA NA NA NA NA D1-35_03036 588 hypothetical protein ATGTTCCTACGCATCTCCTCCCTCGCCCTCGCCGCCCTGCTGGTCAGCGGCTGCGCCAACAACTCGCCGGTCCTGGGCAACAAGAACATCAGCTATGGCGACACCAAGGCCGTGGAAACCGTCACCAACGAGTTCGGCTCCACCGACTTGCAGATGATCGCCGAGTCGATGACCCGCTCCCTCGCCCAGTCCGGCATCCTGCAGGGCCGTCCGGTGGTGCAGGTCTACGACGTGAAGAACAAGACCAGCGAGTACATCGATACTCGCGAGATCACTACCAGCATCAAGACCCAACTGATGAAAACCGGCGCGGCACGCTTTGCCAGTGACAACAATGCCATGGACAGCCAGGTCGACCAGCTCAAGCTGCAGAACCAGAGCGGCCTGTACAAAAAAAGCACAGTGGCCAAGACCGGCAACATGATCGCCGCCAAGTACCGCATCGAGGGTTCCATCAGCTCGATCGTCAAGCGCAGCGAAGACTACAAGGACGTCTTCTACAAATTCAGCCTGCAACTGATCGATGTCGAAAGCGGTCTGGCCGAATGGATGGACGAGAAAGAAATCCGCAAGACCACGGAGCGTTAA MFLRISSLALAALLVSGCANNSPVLGNKNISYGDTKAVETVTNEFGSTDLQMIAESMTRSLAQSGILQGRPVVQVYDVKNKTSEYIDTREITTSIKTQLMKTGAARFASDNNAMDSQVDQLKLQNQSGLYKKSTVAKTGNMIAAKYRIEGSISSIVKRSEDYKDVFYKFSLQLIDVESGLAEWMDEKEIRKTTER PGPT0023869_598 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023869-lpoB|ycfM-K07337 NA NA D1-35_03037 372 hypothetical protein ATGCGTTTAAAACTGATCGCCGTCGGCGCCCTGGCCTTGCTGGCCGGTTGCGCCACCCCACCACCACCGGAGCAGGGCACTGCCGCCAGCAAGGTCGTGGCGATGGGCAAGACAAAAAACATCGTGGTCGGCGCCATGCGCGTCGCCCGCGAAAACGGCTACATGACCGTCAACGTGCAGTTGAGCAACACCAGTTTCAATAACAAGACGATGTATTACCGCTTCGCCTGGCTGGGACCGGAAGGCTTCCCGATCGCCGAAGAGGAAAGCTGGAAAACCCTGACGCTGTATGGCGAACAGACCCGCTTCCTGCCGGCCATCGCACCGACGCCCAAGGCCGTGGACTTCCGTTTGGAAATCAATACCCCTTGA MRLKLIAVGALALLAGCATPPPPEQGTAASKVVAMGKTKNIVVGAMRVARENGYMTVNVQLSNTSFNNKTMYYRFAWLGPEGFPIAEEESWKTLTLYGEQTRFLPAIAPTPKAVDFRLEINTP NA NA NA NA NA D1-35_03038 1395 hypothetical protein ATGGCATCCCGTGCTCTTTTCTCGGTCGCCCTCGGCGCGATCACCTTGCTGTCCGGCTGCTCGGCGTTTCGCAACTACGACAGCGAACTGGCCCAGACCAATCAGCAACTGGCCTCGGGCAACGTCGACGCGGCATTGACCCTGCTGGAAAAAAACAACACCAGCAAAGACAAAGACCTGCTTTATTTCTTTGAAAAGGGTGAGCTGCTGCGTGCCAAGGGCGACCTGTCCGGCAGCCAGACCGCCTGGACCAGCGCCGACCAGCAAGTCGGGCAGTGGGAAGACGCCGTCAAGCTCGATACCGCCAAGTACGTTGCGCAGTTCGGCAGTTTCCTGGTCAACGACAAAGTCCGGCGCTATGAGGGTTATGACTATGAAAAGGTGATGCTCACCACTCAGATGGCGTTGAACCTGCTGGCGGTGAATGACTTCGACGGCGCACGGATGCAGATCAAGAAGACCCACGAGCGCGAAGCCGTGATCGCCGACCTGCGCGACAAGGAATACCTCAAGCGCGAGGAAGACGCCGAGAAACAGGGGGTCAAGACCGAATACAAGGACCTCAAGGGTTATCCGGTCGCCAGCCTTGACGCCCCTGAAGTGGTCAGCCTGAAAAACAGTTACCAGAGCGCGTTCAGCCATTACCTGGCAGGTTTCGTCTACGAAGCCCTGGGCGAGAAAGATCTGGCCGCGCCGGGTTATCGCAAGGCCGCCGAACTGCGTCCCAACACCCCGCTGCTGGAACAGGCGCTGCTCAACCTCGACAAGCCTGCCGCAAAGGACGACGACAGTGACGTCCTGATTGTGGTGCAGAGCGGCCTGGCGCCATCCCGTGACTCGATGCGAATCCCGCTGCCCTTGCCGATCAGCGGCAATGTGGTCATCACGCCACTGTCCTTCCCGCTGATCAAGCCGGACACCTCCACCGCGACCTTCGCCCAGATCGGCGTCGACGGCCGCCAGTTGGACCTGACCCAGCTCAACAGCACCACCGCCATGTCGCGCCGGGCCCTGCGCGACGACATGCCGGGGATCATCCTGCGCACGACCGTGCGGGCCATCACCCGTGGCGTCGCACAGAAACAGATCAACGAAACCAACCCGCTGGCCGGCCTGGCCGTGGGCATCACCTCGGCCGTGCTCGAAGGCGCCGACACCCGGACCTGGCGCACCTTGCCGGACTACACCCAAGTGGTGCGCCTGCGCCTGAAGAAGGGCGAACACCAGGTCACCCTGCCAAGCGCGGTAGGCGGCTCGGTGGTCAAGGTCAAGGTTGATCAGCGTTACCAGGTCATCAGCCTGCGGGCGGTGGGCAGCCAGGTCTTCGCCGGCGGCCTCGCGGCCCAGGTGATCCCGAGCGCCAACCCGACCGCCATCGCCCTCAAGCAACCTTAA MASRALFSVALGAITLLSGCSAFRNYDSELAQTNQQLASGNVDAALTLLEKNNTSKDKDLLYFFEKGELLRAKGDLSGSQTAWTSADQQVGQWEDAVKLDTAKYVAQFGSFLVNDKVRRYEGYDYEKVMLTTQMALNLLAVNDFDGARMQIKKTHEREAVIADLRDKEYLKREEDAEKQGVKTEYKDLKGYPVASLDAPEVVSLKNSYQSAFSHYLAGFVYEALGEKDLAAPGYRKAAELRPNTPLLEQALLNLDKPAAKDDDSDVLIVVQSGLAPSRDSMRIPLPLPISGNVVITPLSFPLIKPDTSTATFAQIGVDGRQLDLTQLNSTTAMSRRALRDDMPGIILRTTVRAITRGVAQKQINETNPLAGLAVGITSAVLEGADTRTWRTLPDYTQVVRLRLKKGEHQVTLPSAVGGSVVKVKVDQRYQVISLRAVGSQVFAGGLAAQVIPSANPTAIALKQP NA NA NA NA NA D1-35_03039 1899 hypothetical protein ATGACTGCCCCGTTTCGTTTTCTGGCCTGGATTGCGCTGCCGATGCTTGCGCTTTGCAGTGCCGATCTGCTGGCTGACACTGTTGAAGGCGCGCCACAGGCGCTGCACTTGCTGGATTACATCGGGGCGGATTACCCGGCGACCGTCGACGCGGGGAAGGTCATCGACGATGCCGAATATCGCGAGCAACTGGAATTCACTCAAGTGCTGGAAGGGCTGGTCGCCGCGCTGCCAGGCAAGCCGGAGAAAGCTGAGCTGACGCAAGGCATCGGTACGTTGCGCAGTGCGATCAGCCAGCGCCAGGACGGCGCTGACGTGGCCCGTCTGGCGCGGCAGCTGGGGGCCAGGCTGGCTGTAGCCTATGAGGTCAGCCAGGCGCCGGTGATCACCCCGGACCCGACGCGCGGGGCGCCGTTGTATGCCCAGAACTGCTCGGTGTGCCATGGTGACAGCGGTGCCGGCGACGGTCCGGCGGGTGTCGGCCTGGAGCCGCCGCCCTCGAACCTGCGCGACGGGCAGCGCCTGGATCGGCTGAGCCTCTACGCGATCTACAACACCCTGGGCATGGGCGTCGAAGGCACCGATATGCCGGCCTTCGCCGATCAGCTCGACGACCGTCAACGCTGGGACCTGGCGACCTACATCGCCAGCTTCAGCGCCGACCCGGCTGCGGCCAAGGGCCAGCAGGCCTTCAACCTTGCCGACCTGGCCCGCCAGACCCCGGCCGAAGTCCTCGCCGCCCAGGGGCCCACGGCAGCGGCGACGTTCCGCGCCCAGCGCGCCCAGCCACCGCAGGTGCAGCGCGGCCCGGCGCAGTTGCTTGACTACACCGCCGCTACCCTGGACAAGAGCATCGCGGCGTATCGCACAGGTGACCACGACCAGGCCTACGACTTGTCGGTGGCAGCGTACCTGGAAGGCTTCGAGCTGGTGGAAAGCTCACTGGACAATGTCGACGCCAACGTCCGTAAAGATACCGAGAAGGCCTTGATGGCCTACCGTCAGTCCTTGCAGGACGGTTTGCCGGTCGAGCAGGCCGAGCAACGCCTGGACGCGGCCAAGGCCAAGTTGAAAGAGTCCGCCGGCCTGCTCGGTGGCGATGGCTTGAGCTGGTCGCTGAGCTACATTTCGGGCTTGCTGATCCTGCTGCGCGAAGGCCTGGAGGCGATCCTGGTCCTGGCGGCGATCCTGGCGTTCTTGCGCAACACTGGCCAGCAGTCGGCGGTGCGCAGCGTCAACGTTGGCTGGGGCCTGGCGCTGCTGGCCGGCCTGGCGACCTGGGCGCTCGCCGCATACGTAATCGATGTCAGTGGCGCGCAGCGCGAATTGCTCGAAGGCGCGACGGCGTTGTTCGCCAGCGTGATGGTGCTGTGGTTGGGCGTGTGGATGCACGATCGGCGTCACGCGGCGGCCTGGCAGGATTACATCAAGAGCAGCCTGGTCGGCGGCGGAGGCCGTTTCGGTTTCGCGATCCTGGCATTTTTCTCGGTCTATCGAGAGCTGTTCGAGGTGATCCTGTTCTACGAAACCCTGTGGCTGCAGGCCGGCCCGGCCGGGCATGACGCGGTGTTGGCCGGTGGCGCGACGGCGCTGGTGCTGCTGGTGGGACTGGCCTGGGTGATCTTGCGCGGCTCGGCGAAATTGCCGCTGGCGCTGTTCTTCAGCATCAACGCCGGTTTGCTGTGTGCGTTGTCGGTGGTATTTGCCGGTCATGGCGTGAAGGCCTTGCAGGAAGCCGGAATCTTCGGCACGCGGCCGGTGGCGTTCTTCGAGTTCGACTGGCTGGGCATCCATGCCGATGCTTATTCCCTGGCGGCCCAGGCGGTAGCGATCATCGCGATCGTTGTGCTGTACGGGCGCAGTTGGGTGGCGGAGAAACGTCGGGTGCAGGTTTCCTGA MTAPFRFLAWIALPMLALCSADLLADTVEGAPQALHLLDYIGADYPATVDAGKVIDDAEYREQLEFTQVLEGLVAALPGKPEKAELTQGIGTLRSAISQRQDGADVARLARQLGARLAVAYEVSQAPVITPDPTRGAPLYAQNCSVCHGDSGAGDGPAGVGLEPPPSNLRDGQRLDRLSLYAIYNTLGMGVEGTDMPAFADQLDDRQRWDLATYIASFSADPAAAKGQQAFNLADLARQTPAEVLAAQGPTAAATFRAQRAQPPQVQRGPAQLLDYTAATLDKSIAAYRTGDHDQAYDLSVAAYLEGFELVESSLDNVDANVRKDTEKALMAYRQSLQDGLPVEQAEQRLDAAKAKLKESAGLLGGDGLSWSLSYISGLLILLREGLEAILVLAAILAFLRNTGQQSAVRSVNVGWGLALLAGLATWALAAYVIDVSGAQRELLEGATALFASVMVLWLGVWMHDRRHAAAWQDYIKSSLVGGGGRFGFAILAFFSVYRELFEVILFYETLWLQAGPAGHDAVLAGGATALVLLVGLAWVILRGSAKLPLALFFSINAGLLCALSVVFAGHGVKALQEAGIFGTRPVAFFEFDWLGIHADAYSLAAQAVAIIAIVVLYGRSWVAEKRRVQVS PGPT0003710_437 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003710-efeU|FTR|FTH1-K07243 NA NA D1-35_03040 456 hypothetical protein ATGCGTGTATGGATCGACGCCGACGCCTGCCCCAAGGCCGCTAAGGAACTGGTGGTCAAGTTCGCCTTGAAGCGCCAGTTTGAAGTAGTACTGGTGGCCGGGCAGCCGCAGATCAAGCCGGGCCTGGCTCTGGTGAAGCTGATCGTGGTGCCCAGCGGGCCTGATGCGGCGGACGATTATCTGGTGGAGCATGCCGTCCCGGGTGAACTGGTGATCTGCAGCGACGTGCCGCTGGCCGACCGCCTGGTAAAGAAAGGCGTCGCAGCCCTTGACCCGAGGGGCAAGGAGTTCGACGCGCAGAACATGGGCGATCGACTGGCGGTGCGCAACCTGTTCACCGACTTGCGGGAACAGGGCCACATGGGCGGTGGCCCGGCGGCGTACAGCGAGCGGGACAAGCAGGGATTTGCCAATGCGCTGGATCGGATATTGACGCGGTTGTCTCGAATCTCCTGA MRVWIDADACPKAAKELVVKFALKRQFEVVLVAGQPQIKPGLALVKLIVVPSGPDAADDYLVEHAVPGELVICSDVPLADRLVKKGVAALDPRGKEFDAQNMGDRLAVRNLFTDLREQGHMGGGPAAYSERDKQGFANALDRILTRLSRIS NA NA NA NA NA D1-35_03041 669 elbB COG3155 Glyoxalase ElbB ATGAGCAAAAAAGTTGCAGTGATCCTTTCCGGCTGTGGCGTGTACGACGGCGCAGAGATCCACGAAAGCGTGATCACTTTGCTGCGTCTCGACCAGCGCGGCGCGCAGGTCCAGTGTTTCGCCCCCAACATCGCCCAATTGCATGTCATCAATCACCTGACCGGTGAGGAAATGCCCGAGAGCCGCAACGTGTTGGTGGAATCGGCGCGCATCGCCCGGGGAAATGTGAAAGACCTGCGCGAAGCCAGGGCCGAGGACTTTGATGCGCTGATCGTGCCCGGCGGCTTCGGCTCGGCGAAAAACCTCTCCAACTTTGCCGTCGAAGGCGCCGGTTGCAGCGTCCAGCCGCAAGTCCTGGCGTTGACCGAAGCCTTCGCCGAGGCCGGCAAGCCGGTTGGGCTGATCTGCATCTCACCGGCCCTGGCGGCGAAAATCTACGGCCCTGGGGTGACCTGCACCATCGGCACGGACGCCGACACCGCCGCTGCCGTGACCAAGATGGGCGGGACTCATGAAGAGTGCCTGGTCACCGATATCGTCGAAGACACCGCGCGCAAGCTGGTCAGCACCCCCGCCTACATGCTGGCGCAGAACATCAGCGAAGCGGCTTCGGGGATCAACAAGCTGGTGGACCGGGTGCTGGAGCTGACGCACGAGAATGATGAGTGA MSKKVAVILSGCGVYDGAEIHESVITLLRLDQRGAQVQCFAPNIAQLHVINHLTGEEMPESRNVLVESARIARGNVKDLREARAEDFDALIVPGGFGSAKNLSNFAVEGAGCSVQPQVLALTEAFAEAGKPVGLICISPALAAKIYGPGVTCTIGTDADTAAAVTKMGGTHEECLVTDIVEDTARKLVSTPAYMLAQNISEAASGINKLVDRVLELTHENDE NA NA NA NA NA D1-35_03042 1236 hypothetical protein ATGAATTTCATCCTGTATGCCGTGCCGTTTTTCTTCGTGTTGATTGCCGTCGAGTTGCTGGCCGATCGCTGGCGTGGCGTGAGCCACTATCGCCTGGCGGACGCGATCAACAGCCTGAGCACCGGTGTGCTGTCGACCACGACGGGGTTGTTGACCAAGGGCGTGGGCCTGGTGACCTATGCCTTTGCCCTGGAGCATCTGGCGGTCTTTCAATGGCCGACCGACCAGGCCTGGACCTGGGCATTCGCCTTTGTGTTCTATGACTTCTGCTACTACTGGCTGCACCGCTTGGGCCACGAGCGCAACATCCTCTGGGCCGCCCATTCGGTGCACCACCAGAGCGAGGACTACAACCTCTCCACGGCGTTGCGCCAGACCAGCAGCGGTTTCCTGCTGAGCTGGATCTTCTACCTGCCGCTGGCGGTGCTGGGCGTGCCGCTGCTGGTGTTCGTCGGTGTCGCGGCGTTGAACCTGCTGTATCAGTTCTGGGTGCATACCCAGCACATCCCCAAGCTCGGCTGGCTGGAGTGGTGCTTCGTCACGCCATCCAATCATCGTGCCCACCATGCACAGAACCCTCTCTACATGGATCGCAACTACGGCGGCGTGTTCATTATTTGGGACCGTCTGTTTGGCACCTTCCAGGAAGAGGACGACAACGAGCCGGTCATTTTCGGCGTGACCACGCCACTGGCGAGCTGGAATCCGTTGTGGGCCAATCTGCAGTTCTATGCGCAACTGTGGGCCGATGCCCGGCGCGCCGAGCGCTGGTGGGACAAGCTGCGGATCTGGTTCATGCCCACCGGTTGGCGGCCAGCCGATGTGGCCGCCAGGTACCCGCTGAACAAGCCGGACCTGAGCCGGTTCCGCAAATTCGAAGTGCCCCTGGCCGGACGCCAGCAAGGGTACGTGGCGCTGCAGTTTTGCTTCTACATCGCCCTGGGCAGTTATTTGATGAACCTGGAAAACAGCCTGCCGGCCACTGCCCTGGTGTTGGGGTGGGGAGCGGTAGCGTTGGGTCTGTTCGTGTTGGGCGCGGCTCTGGAGAATCGCCCGTGGGCGCTGAGGCTTGAGGTTTTGCGCCTGGCTGCGAACCTGCCGCTGGTGTGGCTGGCGCCGCTGTCCGGGTTATGGCCGGCCAGCCCGGTGGCCTGGGTTGGCTTGCTCAGCTACAGCCTGATCAGTGGCATCGGCTTGTACTATTGCCGCAACCGTCTCACTCGCCTGGCGTCGTAG MNFILYAVPFFFVLIAVELLADRWRGVSHYRLADAINSLSTGVLSTTTGLLTKGVGLVTYAFALEHLAVFQWPTDQAWTWAFAFVFYDFCYYWLHRLGHERNILWAAHSVHHQSEDYNLSTALRQTSSGFLLSWIFYLPLAVLGVPLLVFVGVAALNLLYQFWVHTQHIPKLGWLEWCFVTPSNHRAHHAQNPLYMDRNYGGVFIIWDRLFGTFQEEDDNEPVIFGVTTPLASWNPLWANLQFYAQLWADARRAERWWDKLRIWFMPTGWRPADVAARYPLNKPDLSRFRKFEVPLAGRQQGYVALQFCFYIALGSYLMNLENSLPATALVLGWGAVALGLFVLGAALENRPWALRLEVLRLAANLPLVWLAPLSGLWPASPVAWVGLLSYSLISGIGLYYCRNRLTRLAS NA NA NA NA NA D1-35_03043 624 hypothetical protein ATGCTCCAACAATTTCTGCATGACTTCGGCTACTTGGCCCTGTTTATCGGCACGTTCTTCGAAGGCGAAACCATCCTCGTGCTCGCAGGCTTCCTGGCGTTCCGTGGCTACATGGACATCAACCTGGTGGTGGTCGTGGCATTTTGCGGCAGCTACGCGGGCGATCAGCTGTGGTACTTCCTGGGCCGCAAACATGGCCGCAAGCTCCTGGCGCGCAAGCCGCGCTGGCAGTTGATGGGGGATCGCGCGCTGGAGCACATCCGCCGCCATCCGGACATCTGGGTACTGAGCTTTCGCTTCGTCTACGGTTTGCGCACGGTGATGCCGGTGGCGATCGGCCTCTCTGGCTATCCACCGGGTCGCTACCTGCTGCTCAACGGTATCGGCGCGGCGATCTGGGCCACGGCCCTGGCGGCTGCCGCGTACCACTTTGGCGCGGTGCTCGAAGGCATGCTGGGCAGCATCAAGAAATACGAACTGTGGGTACTTGGCGCCCTGCTGGTTCTGGGCTTGGGCCTATGGCTGCGTCGACGCATCAAGAACGCACGGCTGGCCAGACAAGTCCTTGCGGCAGAACGTCTCGAACAAGCCAAGTCCGCCGAAACTACGACGCCAGGCGAGTGA MLQQFLHDFGYLALFIGTFFEGETILVLAGFLAFRGYMDINLVVVVAFCGSYAGDQLWYFLGRKHGRKLLARKPRWQLMGDRALEHIRRHPDIWVLSFRFVYGLRTVMPVAIGLSGYPPGRYLLLNGIGAAIWATALAAAAYHFGAVLEGMLGSIKKYELWVLGALLVLGLGLWLRRRIKNARLARQVLAAERLEQAKSAETTTPGE NA NA NA NA NA D1-35_03044 1014 hemB_2 COG0113 Delta-aminolevulinic acid dehydratase GTGAGCTTTACCCCCGCCAATCGTCTGTTCCCCGCCACCCGTCTGCGCCGCAACCGCCGTGATGAGTTCTCCCGTCGGCTGGTGCGTGAAAATGTGCTGACCACCAATGACCTGATCCTGCCGGTGTTCGTGCTGGACGGGGAGAACCGTCGTGAAGCGGTGGCGTCGATGCCGGGCGTGGAGCGCCTGACCATCGACTTGCTGCTCGAAGCGGCGGCCGAGTGGGTGGAACTGGGTATCCCGGCGCTGGCGCTGTTCCCGGTCACCCCGCCAGCGCTCAAATCGCTGGACGCCGCCGAAGCCTGGAACCCCGAGGGTATTGCCCAGCGCGCGACCCGTGCCCTGCGCGCGCGCTTCCCGGAGCTCGGTGTGATTACCGACGTGGCGCTGGATCCGTTCACCACCCACGGTCAGGACGGCATTCTCGACGAAGAAGGCTACGTGCAGAACGACATCACCGTCGATGCACTGGTCAGGCAAGCGTTGTCCCACGCCGAAGCGGGGGCCCAGGTCGTGGCGCCATCCGACATGATGGACGGTCGCATCCAGGCGATCCGCGAAGCCCTGGAAGTGGCCGGCCATGTCAACGTGCGCATCATGGCCTATTCGGCCAAGTACGCCAGCGCCTACTACGGTCCGTTCCGCGACGCGGTCGGCTCGGCCCTGAACCTGGGCAAGGCCAACAAGGCCTCCTATCAGATGGACCCGGCCAACACCCATGAAGCCTTGCACGAAGTGGCTGCCGACTTGTCAGAAGGCGCAGACATGGTCATGGTCAAGCCGGGGATGCCTTATCTCGACATTCTTTGCCGGGTAAAGGAAGAATTCAAAGTACCGACCTTTGTTTATCAGGTCAGCGGCGAGTATGCGATGCACATGGCCGCGATCCAGAACGGCTGGTTGAGCGAAGGGGTGATTCTCGAGTCCCTGACCGCTTTCAAACGTGCGGGTGCTGATGGCATCCTGACCTACTTTGCCGTGCGCGCCGCCCAATTGTTACGAGAGCAGAAATAG MSFTPANRLFPATRLRRNRRDEFSRRLVRENVLTTNDLILPVFVLDGENRREAVASMPGVERLTIDLLLEAAAEWVELGIPALALFPVTPPALKSLDAAEAWNPEGIAQRATRALRARFPELGVITDVALDPFTTHGQDGILDEEGYVQNDITVDALVRQALSHAEAGAQVVAPSDMMDGRIQAIREALEVAGHVNVRIMAYSAKYASAYYGPFRDAVGSALNLGKANKASYQMDPANTHEALHEVAADLSEGADMVMVKPGMPYLDILCRVKEEFKVPTFVYQVSGEYAMHMAAIQNGWLSEGVILESLTAFKRAGADGILTYFAVRAAQLLREQK PGPT0003655_1249 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698 NA NA D1-35_03045 2217 ppk Polyphosphate kinase ATGAATACCGAAGGACTCACAGAAGTTGCCGTAAAAGACGCTCAGCCCGTGGTCGAGCAAGCCGCCGAAACGCCGCCGGAGCTGGAGTCGGCTCCAGCGGCCGTGCCCGAGCCGGCCCCTGCTCCGGCGATCGCGATCACCAACCTGGATGACAGCAGCCTGTACATCCACCGCGAGCTGTCGCAACTGCAATTCAACATCCGCGTGCTGGAGCAGGCACTGGATGAGTCCTATCCACTGCTGGAGCGGCTGAAGTTTTTGCTGATCTTTTCCAGCAACCTGGACGAGTTCTTCGAGATTCGCGTCGCCGGCCTGAAAAAACAGATCACCTTCGCCCGCGAGCAGGCCGGTGCCGATGGCTTGCAACCGCACCAGGCCCTGGCGCGCATCAGCGAGCTGGTACACGGCCACGTTGACCGCCAGTACGCGATCCTCAACGACATTCTGCTGCCGGAGCTGGAAAAACATCAGGTCCGCTTCATCCGTCGCCGCTACTGGACGACCAAGCTCAAGACTTGGGTACGCCGTTACTTCCGCGACGAGATCGCCCCGATCATTACCCCGATCGGCCTCGACCCGACGCACCCGTTTCCATTGCTGGTAAACAAGAGCCTGAACTTCATCGTCGAGCTGGAAGGCATCGATGCCTTTGGTCGCGATTCCGGCCTGGCGATCATTCCGGCGCCGCGCCTGCTGCCGCGCATCATCCGCGTGCCGGAAGATGTCGGCGGGCCAGGCGACAACTATGTGTTCCTGTCGTCAATGATCCACGCCCATGCCGATGACCTGTTCCAGGGCATGAAGGTCAAGGGCTGCTACCAGTTCCGCCTGACCCGTAACGCCGACCTGTCGGTGGACACCGAGGACGTCGAAGACCTGGCCCGCGCCCTGCGCGGCGAGCTGTTCTCCCGCCGTTACGGCGATGCGGTGCGCCTGGAAGTGGCTGACACCTGCCCGAAACATCTGTCCGACTACCTGCTCAAGCAGTTCAACCTGCACGAGACCGAGCTGTATCAGGTCAATGGTCCGGTGAACCTGACGCGGCTGTTCAGCATCACCGGCCTGGACAGCCATCCGGAGCTGCAATACTCGCCGTTTACGCCGCAGATTCCGAAACTGCTGCAAAACAGCGAGAACATTTTCAGTGTGGTCAGCAAGCAGGACATCCTCCTGCTGCACCCCTTCGAGTCGTTCACGCCGGTGGTCGACTTGCTGCGCCAGGCCGCCAAGGATCCCCACGTATTGGCGGTGCGCCAGACGTTGTATCGCAGCGGCGCCAACTCGGAGATCGTCGACGCCCTGGTGGACGCGGCGCGAAACGGCAAGGAAGTCACCGCGGTGATCGAATTGCGCGCGCGTTTCGACGAAGAATCCAACCTGCAACTGGCCAGCCGCCTGCAAGCGGCCGGCGCGGTGGTGATCTACGGCGTGGTTGGCTACAAGACCCACGCCAAGATGATGCTCATCCTGCGGCGCGAGGCCGGCGAGATTGTGCGCTACGCGCACTTGGGCACCGGCAACTATCACGCCGCCAACGCTCGGCTGTATACCGACTACAGCCTGCTGACCTCGGATGATGCGCTGTGCGAGGACGTCGGCAAGCTGTTCAGCCAACTGATCGGCATGGGCAAGACGCTGCGCATGAAAAAATTGCTGCATGCGCCGTTCACCCTGAAAAAGGGCATGCTCGACATGATCGCCCGGGAAACCCAGTTCGCCCTGGACGGCAAGCCCGCGCACATCATTGCCAAATTCAACTCGCTGACTGATCCGAAGATCATTCGCGCGCTATATAAGGCCAGCCAGTCGGGCGTGCGCATCGACCTGGTGGTACGCGGCATGTGCTGCCTGCGGCCGGGCATTCCGGGGGTGTCCCACAACATCCATGTGCGCTCGATCATCGGGCGCTTCCTGGAGCACACCCGGGTGTTCTATTTCCTCAATGGCGGCGAGGAGCAAATGTTCCTCTCCAGTGCCGACTGGATGGAGCGCAACCTCGACAAGCGTGTCGAGACCTGCTTCCCGGTGGAGGGCAAGAAGCTGATCCTGCGGGTCAAGAAGGAGCTGGAAAGCTACCTCACCGACAACACCCACAGTTGGAGTCTGCAGTCGGACGGTCGTTACATCCGCAACACACCGACCGGCAACCAGAACCCGCGCAGTGCCCAGGCGACCTTGCTGGATCGGCTTAGCAGCCCGGTGTTGGCGGTTCGTTAG MNTEGLTEVAVKDAQPVVEQAAETPPELESAPAAVPEPAPAPAIAITNLDDSSLYIHRELSQLQFNIRVLEQALDESYPLLERLKFLLIFSSNLDEFFEIRVAGLKKQITFAREQAGADGLQPHQALARISELVHGHVDRQYAILNDILLPELEKHQVRFIRRRYWTTKLKTWVRRYFRDEIAPIITPIGLDPTHPFPLLVNKSLNFIVELEGIDAFGRDSGLAIIPAPRLLPRIIRVPEDVGGPGDNYVFLSSMIHAHADDLFQGMKVKGCYQFRLTRNADLSVDTEDVEDLARALRGELFSRRYGDAVRLEVADTCPKHLSDYLLKQFNLHETELYQVNGPVNLTRLFSITGLDSHPELQYSPFTPQIPKLLQNSENIFSVVSKQDILLLHPFESFTPVVDLLRQAAKDPHVLAVRQTLYRSGANSEIVDALVDAARNGKEVTAVIELRARFDEESNLQLASRLQAAGAVVIYGVVGYKTHAKMMLILRREAGEIVRYAHLGTGNYHAANARLYTDYSLLTSDDALCEDVGKLFSQLIGMGKTLRMKKLLHAPFTLKKGMLDMIARETQFALDGKPAHIIAKFNSLTDPKIIRALYKASQSGVRIDLVVRGMCCLRPGIPGVSHNIHVRSIIGRFLEHTRVFYFLNGGEEQMFLSSADWMERNLDKRVETCFPVEGKKLILRVKKELESYLTDNTHSWSLQSDGRYIRNTPTGNQNPRSAQATLLDRLSSPVLAVR PGPT0002685_692 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937 NA NA D1-35_03046 1503 ppx COG0248 Exopolyphosphatase ATGCCGCTATCCCAAGCCAAGAATCTGTCCCTGATCGCTGCCATAGACCTGGGCTCCAACAGCTTTCACATGGTCGTCGCCAAGGCCCAGAACGGGGAAATCCGCATTCTTGAGCGACTCGGCGAGAAGGTCCAGCTGGCCGCCGGTATCGACGAAGAACGTCAACTGAGCGAAGAATCCATCCAGCGCGGCCTCGACTGCCTCAAACGGTTTGCCCAACTGATCAACGGCATGCCCCTGGGCGCGGTGCGCATCGTCGGCACCAATGCCCTGCGCGAGGCGCGCAACCGCGGCGAATTCATCCGGCGCGCCGAAGAGATCCTCGGCCATCCGGTGGAAGTCATCTCCGGCCGTGAAGAGGCCCGCCTGATCTACCTGGGTGTTTCCCACACCCTGGCGGACACCCCGGGCAAGCGCCTGGTGGCGGACATCGGCGGCGGTAGTACCGAATTCATCATCGGCCAGCGCTTCGAACCACTGTTGCGCGAAAGCCTGCAGATGGGTTGCGTCAGCTTCACTCAGCGCTACTTCCGCGACGGCAAGATCACCCCGGCCCGCTACGCCCAGGCCTACACGGCGGCGCGCCTGGAAATCATGAGCATCGAGCACGCGCTGCACCGCCTGACCTGGGATGAAGCCATCGGCTCCTCGGGCACCATCCGCGCCATCGGCCTGGCGCTCAAGGCTGGCGGCCATGGCAGTGGCGAGGTCAACGCCGAAGGCCTGGCCTGGCTCAAGCGCAAAGTGTTCAAGCTGGGCGAATCGGACAAGATCGATTTCGAAGGCATCAAGCCTGATCGCCGGGCGATTTTCCCGGCGGGCCTGGCGATTCTCGAGGCGATTTTTGACGCCCTCGAACTGCAACGCATGGATCACTGCGAAGGTGCCCTGCGTGAGGGCGTGCTCTACGACCTCCTGGGGCGCCATCATCACGAAGACGTCCGCGAGCGCACCCTCGGCTCGCTCATGGAGCGTTACCACGTCGATCAGGAACAGGCGGCGCGGGTCGAGCGCAAGGCCCTCCACGCGTTCGACCAGGTGGCCGACGACTGGGACCTGAACGACGGTGTCTGGCGCGAACTGCTGGGCTGGGCCGCCAAAGTGCACGAAGTCGGCCTGGACATCGCCCACTACCATTACCACAAGCACGGCGCCTACCTGATCGAGCACTCGGACCTGGCGGGTTTCTCGCGCGAGGACCAGCAGATGCTTGCGCTACTGGTGCGTGGTCACCGGCGCAATATTCCCAAGGATAAATTCGCCGAGTTCGGCGATGACGGCATCAAGCTGATCCGCTTATGCGTGCTGTTGCGCTTCGCAATCCTCTTCCACCACATCCGCGGCACCCAGGAAATGCCCCAGGTAACCCTGCATGCCAATGGTGATCAACTGGATGTGATATTCCCGGACGGCTGGCTGGAAGAAAACCAATTGACCCAGGCCGACTTCGCCCAGGAAGCGGAATGGCTGACCCGGGTTGGGATTGTGTTGAATATTCACTGA MPLSQAKNLSLIAAIDLGSNSFHMVVAKAQNGEIRILERLGEKVQLAAGIDEERQLSEESIQRGLDCLKRFAQLINGMPLGAVRIVGTNALREARNRGEFIRRAEEILGHPVEVISGREEARLIYLGVSHTLADTPGKRLVADIGGGSTEFIIGQRFEPLLRESLQMGCVSFTQRYFRDGKITPARYAQAYTAARLEIMSIEHALHRLTWDEAIGSSGTIRAIGLALKAGGHGSGEVNAEGLAWLKRKVFKLGESDKIDFEGIKPDRRAIFPAGLAILEAIFDALELQRMDHCEGALREGVLYDLLGRHHHEDVRERTLGSLMERYHVDQEQAARVERKALHAFDQVADDWDLNDGVWRELLGWAAKVHEVGLDIAHYHYHKHGAYLIEHSDLAGFSREDQQMLALLVRGHRRNIPKDKFAEFGDDGIKLIRLCVLLRFAILFHHIRGTQEMPQVTLHANGDQLDVIFPDGWLEENQLTQADFAQEAEWLTRVGIVLNIH PGPT0002595_2161 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 D1-35_03047 735 glnQ_5 Glutamine transport ATP-binding protein GlnQ ATGCCTCTGCTTAGAATTTCCGCCCTGCATAAGTACTACGGCGATCACCACGTGCTCAAAGGCATCGACCTGAGTGTCGAGGAAGGCCAGGTGGTAGCGATCATCGGCCGCAGCGGTTCGGGAAAATCCACCTTGCTGCGCACCCTGAACGGTCTCGAATCGATTAACGACGGCGTGATCGAAGTCGATGGCGAGTACCTCGACGCGGCACGCGCCGACTTGCGCAGCCTGCGCCAGAAAGTCGGGATGGTGTTCCAGCAATTCAATCTGTTCCCGCACCTGACGGTCGGCGAGAACGTGATGCTCGCGCCACAAGTCGTGCAAAAAGTGCCCAAGGCCAAGGCGGCCGAGCTGGCGCGGCAGATGCTGGAGCGGGTCGGGCTCGGCGAGAAATTCGATGCCTTCCCGGACCGTTTGTCCGGCGGCCAACAGCAACGGGTAGCGATTGCCCGAGCCCTGGCGATGTCGCCGAAGGTGCTGCTGTGCGATGAAATCACCTCGGCCCTGGACCCGGAGCTGGTCAATGAAGTGCTCAGCGTGGTGAGGCAATTGGCCAAGGAAGGCATGACGCTGATCATGGTCACCCATGAAATGCGCTTTGCCCGGGAGGTAGGGGACAAGCTGGTGTTCATGCACCAGGGCAAGGTGCATGAAGTGGGGGACCCGAAGGTACTGTTCGCCGATCCGCAGACGGCCGAGCTGGCAAACTTCATCGGGACGGTGGAGCCTGCCTGA MPLLRISALHKYYGDHHVLKGIDLSVEEGQVVAIIGRSGSGKSTLLRTLNGLESINDGVIEVDGEYLDAARADLRSLRQKVGMVFQQFNLFPHLTVGENVMLAPQVVQKVPKAKAAELARQMLERVGLGEKFDAFPDRLSGGQQQRVAIARALAMSPKVLLCDEITSALDPELVNEVLSVVRQLAKEGMTLIMVTHEMRFAREVGDKLVFMHQGKVHEVGDPKVLFADPQTAELANFIGTVEPA PGPT0020790_4523 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 D1-35_03048 651 yecS_2 COG0765 L-cystine transport system permease protein YecS ATGAGCGATTTCACTTTCTGGGACGTGGTGCGCAACCTGCTCACCGGCCTGCAATGGACCCTGGCGCTGTCGCTGGTGGCGTTTATCGGCGGCGGTGTGATCGGCTTGCTGGTGATGGTGCTGCGCATCTCCAAACGCGCCCTGCCGCGTAATGTCGCCCGGACCTATATCGAGCTGTTCCAAGGCACGCCACTGTTGATGCAGTTGTTCCTGGTGTTCTTTGGCGTGGCCCTGGCCGGGGTGGAGATTTCCCCCTGGATGGCGGCGGCGATCGCCCTGACGCTGTTTACCAGCGCCTACCTGGCGGAGATCTGGCGCGGTTGCGTCGAGTCGATTTCCAACGGCCAATGGGAAGCGTCCGCGAGCCTGGCGCTCAACCCGCTGGAACAGTTGCGCTACGTGATCCTGCCCCAGGCGCTGCGGATTGCCGTGGCGCCGACCGTGGGCTTCTCCGTGCAGGTGGTCAAGGGCACGGCCGTGACGTCGATCATCGGCTTTACCGAACTGACCAAGACCGGCGGCATGCTCGCCAATGCCACGTTCGAGCCGTTCATGGTCTACGGCCTGGTGGCCCTCGGTTATTTCCTCCTTTGTTACCCCTTGTCCCTCAGCGCGCGCTACCTGGAAAGGAGACTGCATGCCTCTGCTTAG MSDFTFWDVVRNLLTGLQWTLALSLVAFIGGGVIGLLVMVLRISKRALPRNVARTYIELFQGTPLLMQLFLVFFGVALAGVEISPWMAAAIALTLFTSAYLAEIWRGCVESISNGQWEASASLALNPLEQLRYVILPQALRIAVAPTVGFSVQVVKGTAVTSIIGFTELTKTGGMLANATFEPFMVYGLVALGYFLLCYPLSLSARYLERRLHASA PGPT0020795_10707 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 D1-35_03049 669 yecS_3 COG0765 L-cystine transport system permease protein YecS ATGGCTTATCAGTTCGATTTCCTGCCGGTGGTGCAAAACACCGAGCTGCTGTTGCGCGGCGCGCTGTTCACCCTTGAACTGACGGCCATCGGCGCTTTGCTCGGGGTCGGCCTGGGCATCGTCGGGGCGGTGGTTCGGGCGTGGAATATCCGTCCGTTCGCGGCGATCTTCGGCGTGTACGTGGAACTGATCCGCAACACGCCGTTCCTGGTCCAGTTGTTTTTCATCTTCTTCGGCTTGCCGTCCCTGGGCCTGCAGATTTCCGAGTGGCAGGCGGCGGTGCTGGCGATGGTGATCAACCTCGGCGCGTATTCCACCGAGATCATCCGGGCCGGCATCCAGGCTATCCCACGGGGGCAACTGGAAGCCGCCGCGGCACTCGCGATGAGCCGCTTCGAAGCGTTCCGCCACGTAGTCTTGCTGCCGGCACTGGGCAAGGTCTGGCCGGCGCTGAGCAGCCAGATCATCATCGTGATGCTCGGCTCCGCCGTCTGTTCGCAGATCGCCACCGAAGAGCTGAGCTTCGCCGCCAATTTCATTCAGTCGCGCAATTTCCGCGCGTTCGAAACCTACGCGCTGACGACGCTGATCTACCTGTGCATGGCGCTGTTGATCCGCCAGTTTCTCAACTGGGTCGGGCGTCGCTACATTGCCAGGAGCAGCCAATGA MAYQFDFLPVVQNTELLLRGALFTLELTAIGALLGVGLGIVGAVVRAWNIRPFAAIFGVYVELIRNTPFLVQLFFIFFGLPSLGLQISEWQAAVLAMVINLGAYSTEIIRAGIQAIPRGQLEAAAALAMSRFEAFRHVVLLPALGKVWPALSSQIIIVMLGSAVCSQIATEELSFAANFIQSRNFRAFETYALTTLIYLCMALLIRQFLNWVGRRYIARSSQ PGPT0020795_8055 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 D1-35_03050 786 artJ COG0834 ABC transporter arginine-binding protein 1 ATGATCCAGCGTTGCAGCGTCCTGCTCACTGCCCTGTTTGCCAGCCTGATGCTTTGCCAATTGCCCGCCCACGCCGATGGCCTGGAAGACGTGGTCAAGCGCGGTACGCTCAAGGTTGCGGTGCCTCAGGATTTTCCACCGTTCGGCTCCGTGGGTCCGGACATGAAGCCACGCGGCCTGGACATCGATACGGCGAAACTGCTGGCCGACCAGCTCAAGGTCAAGCTTGAACTGACGCCCGTCAACAGCACCAACCGCATTCCATTCCTGACCACTGGCAAGGTCGACCTGGTGATTTCCAGCCTGGGCAAGAACCCTGAGCGTGAAAAAGTCATCGACTTCTCCAGCGCCTACGCGCCGTTCTACCTGGCCGTATTCGGCCCGCCTGATGCCGCCATCAACGGCCTGGACGACCTCAAGGGCAAGACCATCAGCGTCACCCGTGGCGCCATCGAAGACATCGAGCTGAGCAAGGTCGCCCCCGAAGGCACCACCATCAAGCGCTTCGAAGACAACAACTCGACCATCGCCGCCTACCTGGCCGGCCAGGTGGACCTGATCGCCAGTGGCAACGTGGTGATGGTGGCCATCAGCGAGCGCAACCCCAAGCGCGTTCCGGCGTTGAAAGTGAAACTCAAGGACTCGCCGGTGTACGTGGGCGTGAACAAGAACGAGCCGGCGCTGCTGGACAAGGTCAACCAGATCCTCGCTACGGCCAAGACCGACGGCAGCCTGGAGAAAAACGCCCAGACCTGGCTCAAGCAGCCGCTGCCGGCCGACCTCTGA MIQRCSVLLTALFASLMLCQLPAHADGLEDVVKRGTLKVAVPQDFPPFGSVGPDMKPRGLDIDTAKLLADQLKVKLELTPVNSTNRIPFLTTGKVDLVISSLGKNPEREKVIDFSSAYAPFYLAVFGPPDAAINGLDDLKGKTISVTRGAIEDIELSKVAPEGTTIKRFEDNNSTIAAYLAGQVDLIASGNVVMVAISERNPKRVPALKVKLKDSPVYVGVNKNEPALLDKVNQILATAKTDGSLEKNAQTWLKQPLPADL PGPT0020800_11692 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 D1-35_03051 708 nanR_1 HTH-type transcriptional repressor NanR ATGAATTCCATTTCTCGTGCCGTTCCGGAAGTCGCCCTGCAAGGCATCCGCAAGCTGATCGCCGATCAAGGTTTCGGCCCGGGGGATGCGCTGCCGTCACAACGGGACCTGGCCTTGCAGCTGGGGGTGAGCCGGGCCTCACTGCGCGAGGCGCTTTCATCGCTCAGTGCCTTGGGCATGATTAGCGTGCAGCCAGGGAGGGGGGTATTCGTGCAATCGCCGGCGCAAGCCCCACGCAGCGAACCAACGCCGGGTTGGCCCTTCGCCGCGCAGGCCTCGCCGGTGGATATCTTTCAGTTGCGTTATGCCCTTGAGGGGTTCGCGGCCGGGTTGGCGGCCGTCACGTTGAGCGCCGATGAGCTCGATGCCCTGGATGACAACGTCGAGGCCATGCGCCGAGAGTTGAAAGCGGGGGATTTCGACGCGGCGGCGCGGCTCGATTTCGAGTTCCACCGGCGGATCCTGCTGGCCAGCGGCAACCAGGCGATGCTGGGCATTCTCACCGCCAGCGCCGATATCTTCCTGGAAAGCCAGAAACTACCGTTCATCAGGGCGGAGCGGGCGATGGAGACGTGGCAGGAACATCGCAAGATCCTTCGCGCCCTGGCCCGCCGGGCATCGGTTTCGGCGCAAAAAACCATGCAGGAACATGTACGTAATGCGGCGTTGCGTACCGGTATCTCGTTCATCGCACCGGCCGCTTCATGA MNSISRAVPEVALQGIRKLIADQGFGPGDALPSQRDLALQLGVSRASLREALSSLSALGMISVQPGRGVFVQSPAQAPRSEPTPGWPFAAQASPVDIFQLRYALEGFAAGLAAVTLSADELDALDDNVEAMRRELKAGDFDAAARLDFEFHRRILLASGNQAMLGILTASADIFLESQKLPFIRAERAMETWQEHRKILRALARRASVSAQKTMQEHVRNAALRTGISFIAPAAS NA NA NA NA NA D1-35_03052 372 trxA COG0526 Thioredoxin 1 ATGATGGGCCACGTTTTTTTGCTGATTACCCCGGAGATTTCCATGAGCAGCGATCTGATCAAACACGTTAGCGACGCTAGCTTCGAAGCTGACGTACTCAAGGCCGAAGGCGCAGTGCTGGTCGACTATTGGGCTGAGTGGTGCGGTCCTTGCAAAATGATCGCTCCGGTCCTGGACGAAATTGCCGAGACCTACAAGGGCAAACTGACCGTCGCCAAGCTGAACATCGACGAAAACCAGGAAACCCCGGCCAAGCACGGCGTGCGTGGTATCCCGACCCTGATGCTGTTCAAGAACGGCAACGTCGAGGCCACCAAGGTCGGCGCGCTGTCGAAGTCGCAACTGGCAGCTTTCCTCGACGCCAACATCTAA MMGHVFLLITPEISMSSDLIKHVSDASFEADVLKAEGAVLVDYWAEWCGPCKMIAPVLDEIAETYKGKLTVAKLNIDENQETPAKHGVRGIPTLMLFKNGNVEATKVGALSKSQLAAFLDANI PGPT0013055_3845 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671 NA NA D1-35_03054 1260 rho COG1158 Transcription termination factor Rho ATGAATCTGACTGAACTCAAGCAAAAGCCGATTACCGAACTGCTCGAATTGGCCGAACAGATGGGCATAGAAAATATGGCCCGTTCGCGCAAGCAGGACGTGATTTTCTCCCTGCTCAAGAAGCACGCAAAAAGCGGCGAGGAAATCTCCGGTGATGGCGTGCTGGAGATTCTCCAGGACGGCTTCGGCTTCCTCCGCTCCGCGGACGCTTCCTACCTCGCCGGCCCGGACGATATCTACGTCTCGCCGAGCCAGATCCGTCGCTTCAACTTGCGCACCGGTGACACCATCGTTGGCAAGATCCGCCCTCCAAAGGAAGGCGAGCGTTACTTCGCGCTGCTCAAGGTCGATACGATCAACTTCGACCGTCCGGAAAACGCGAAGAACAAGATTCTCTTCGAGAACCTGACCCCGCTGTTCCCGACCGTGCGCATGAAGATGGAAGCCGGCAACGGTTCCACCGAAGACCTCACTGGTCGTGTCATCGACCTGTGCGCACCTATCGGCAAAGGCCAGCGCGGTCTGATCGTGGCGCCGCCGAAAGCGGGCAAGACGATCATGCTGCAGAACATCGCGGCCAACATCGCCCGTAACAATCCTGAAGTTCATCTGATCGTGCTGCTGATCGACGAGCGTCCGGAAGAAGTGACCGAGATGCAGCGCACCGTGCGCGGCGAAGTGGTCGCCTCGACGTTCGACGAGCCGCCGACCCGCCACGTGCAGGTTGCCGAAATGGTGATCGAGAAGGCCAAGCGCCTGGTCGAGCACAAGAAGGACGTGGTGATCCTGCTCGACTCCATCACCCGTCTGGCCCGTGCCTACAACACCGTGATCCCGAGCTCCGGCAAGGTATTGACCGGTGGTGTCGATGCCCACGCCCTGGAGAAGCCGAAGCGTTTCTTCGGTGCCGCACGGAACATCGAAGAAGGCGGCTCGCTGACCATCATCGCCACCGCGCTGGTTGAAACCGGCTCGAAGATGGACGAAGTGATCTACGAGGAGTTCAAGGGTACCGGCAACATGGAACTGCCCCTGGACCGTCGCATCGCCGAGAAACGTGTGTTCCCGGCCATCAACATCAACCGTTCCGGTACCCGTCGCGAAGAATTGCTGACGGCCGATGACGAGTTGCAGCGCATGTGGATCCTGCGCAAGCTGCTGCATCCGATGGATGAAGTGGCGGCCATCGAGTTCCTGGTCGACAAGCTGAAAACGACCAAGACCAACGATGAGTTCTTCCTGTCGATGAAGCGCAAGTAA MNLTELKQKPITELLELAEQMGIENMARSRKQDVIFSLLKKHAKSGEEISGDGVLEILQDGFGFLRSADASYLAGPDDIYVSPSQIRRFNLRTGDTIVGKIRPPKEGERYFALLKVDTINFDRPENAKNKILFENLTPLFPTVRMKMEAGNGSTEDLTGRVIDLCAPIGKGQRGLIVAPPKAGKTIMLQNIAANIARNNPEVHLIVLLIDERPEEVTEMQRTVRGEVVASTFDEPPTRHVQVAEMVIEKAKRLVEHKKDVVILLDSITRLARAYNTVIPSSGKVLTGGVDAHALEKPKRFFGAARNIEEGGSLTIIATALVETGSKMDEVIYEEFKGTGNMELPLDRRIAEKRVFPAININRSGTRREELLTADDELQRMWILRKLLHPMDEVAAIEFLVDKLKTTKTNDEFFLSMKRK NA NA NA NA NA D1-35_03055 1467 ubiD COG0043 3-octaprenyl-4-hydroxybenzoate carboxy-lyase ATGCAGTATCGCGACTTGCGCGACTTTATCAGCGGTCTGGAACAGCGCGGCGAACTCAAGCGCATCCAGGTGCCGGTGTCCCCAGTGCTGGAGATGACCGAGGTCTGCGACCGCACCCTGCGGGCAAAGGGCCCGGCACTGCTGTTCGAAAATCCGACCGGCTATGACATCCCGGTGCTGGGCAATCTGTTCGGCACACCGGAGCGTGTAGCCCTGGGCATGGGGGCCGAAGCTGTCAGCGAACTGCGCGAGATCGGCAAGCTGCTCGCGTTCCTCAAGGAGCCGGAGCCGCCGAAGGGCCTGAAGGACGCCTGGTCGAAGCTGCCGATTTTCCGCAAGATCATTTCCATGGCGCCGAAAGTCGTCAAGGACGCGATCTGCCAGGAAGTGGTGATCGAGGGCGACGCTGTCGACCTCGCCATGCTGCCGGTGCAGACCTGTTGGCCGGGCGACGTGGGGCCGCTGATCACCTGGGGCCTGACCGTCACCAAAGGGCCGAACAAGGATCGCCAGAACCTCGGTATCTACCGCCAGCAGGTGATTGGCCGCAACAAGGTCATCATGCGCTGGCTGAGCCATCGGGGTGGCGCGCTGGATTATCGTGAGTGGTGCGAAAAACACCCTGGCCAGCCGTTCCCGGTTTCGGTGGCCCTGGGCGCGGATCCGGCGACTATCCTTGGCGCCGTCACGCCCGTGCCGGACAGCCTTTCCGAATATGCCTTTGCCGGCCTGCTGCGGGGCAACCGCACCGAGCTGGTGAAATGCCGTGGCAACGACCTGCAAGTGCCGGCCACCGCCGAGATCATTCTCGAAGGCGTGATCCACCCCGGCGAAATGGCCGATGAAGGTCCTTACGGCGACCACACCGGTTATTACAACGAGGTGGACAGCTTCCCGGTGTTCACCGTCGAGCGCATCACCCATCGGATCAAGCCGATCTACCACAGCACCTACACCGGACGTCCGCCCGATGAGCCGGCTATCCTCGGCGTGGCGCTGAACGAAGTGTTCGTGCCGATCCTGCAGAAGCAGTTCCCGGAGATCACTGACTTCTACCTGCCACCGGAAGGCTGCTCGTACCGCATGGCCGTGGTGACCATGAAGAAGTCATATCCGGGGCATGCCAAGCGGGTGATGTTGGGCGTCTGGTCGTTTTTACGACAATTCATGTACACCAAGTTCGTTATTGTCACTGATGACGATATCAACGCACGGGACTGGAACGACGTGATCTGGGCCATCACTACGCGCATGGACCCGAAGCGCGACACGGTGATGATCGAGAATACGCCGATCGACTACCTCGACTTCGCCTCGCCGGTGTCCGGCCTGGGGTCGAAGATGGGGCTCGATGCCACGCATAAATGGCCCGGTGAAACCACCCGTGAATGGGGCCGGGTTATCGTCAAGGATGAAGCCGTTACCCAACGGATCGATGCCATCTGGAATCAGTTAGGAATAGATTGA MQYRDLRDFISGLEQRGELKRIQVPVSPVLEMTEVCDRTLRAKGPALLFENPTGYDIPVLGNLFGTPERVALGMGAEAVSELREIGKLLAFLKEPEPPKGLKDAWSKLPIFRKIISMAPKVVKDAICQEVVIEGDAVDLAMLPVQTCWPGDVGPLITWGLTVTKGPNKDRQNLGIYRQQVIGRNKVIMRWLSHRGGALDYREWCEKHPGQPFPVSVALGADPATILGAVTPVPDSLSEYAFAGLLRGNRTELVKCRGNDLQVPATAEIILEGVIHPGEMADEGPYGDHTGYYNEVDSFPVFTVERITHRIKPIYHSTYTGRPPDEPAILGVALNEVFVPILQKQFPEITDFYLPPEGCSYRMAVVTMKKSYPGHAKRVMLGVWSFLRQFMYTKFVIVTDDDINARDWNDVIWAITTRMDPKRDTVMIENTPIDYLDFASPVSGLGSKMGLDATHKWPGETTREWGRVIVKDEAVTQRIDAIWNQLGID PGPT0009530_1764 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009530-ubiD-K03182 NA NA D1-35_03056 969 ascD CDP-6-deoxy-L-threo-D-glycero-4-hexulose-3-dehydrase reductase ATGCGTGTAACCTTGCAGCCGTCCGGCGCGGTGCTGGAGATACAGCCGGCGGAGCGGATTCTCGATGGCGCCCGGCGCCTGGGCTACGAATGTCCGCAGAGCTGCCGCAATGGCAATTGCCACGTCTGTGGCGCGCTGCTGGTGGAAGGTCGCGTGACGCAGGCCGGTGAGGTGCGTGATCACGGCGAGATCTTCACCTGCATTGCCGAGCCGCTGGAGGATTGCGTGGTGCTCTGGGATGGCGTGCTGGCGCCGGGTGAACTGCCGGTGCGCAACCTGGCGTGCCAGGTTACCGAATGCAGTGATGTCGGCGGCGATGTCTGGCGGGTGCGCCTGCGGGCGCCGGCGGGCAAGCCGCCGCGCTATCACGCTGGGCAATACTTGATGATCGAGCGCGAGAACGGCGAAAAATCGGCGTTCTCCCTGGCCTCGGCGCCGCATTCGGGGCGGGACCTGCAGCTACATGTACTGGCGCGCGAAAGCAGTGCGCTGGCGCTGCTGGAGCAACTGCGGCGCAATCCTACCGTGCGCATCGAAATGCCGTTCGGTGATACCCACTTGTCCGAGTTGCCGGATGGCCCGTTGGTGCTGATCGCCGCTGGAACCGGCATGGCGCAGATGCACAGCCTGATCGAGCACTGCCGGGCCGCCGGTTTCAAATACCCGGTGCATTTGTATTGGGGCGTGCGGCGGCCGGAGGATTTCTACGAAATCGAGCATTGGGATGAATGGAAAAAACTGCCGAACTTGTTCCTGCACAAAGTCGTCAGCGACTTGTGCGGCTGGGAAGGGCGCTGCGGGATGCTCCATGAAGCCGTGTGCGAAGACATCAGCGATCTTTCCAGCGTCCACGTCTACGCCAGCGGCTCACCAGCGATGATCTACGCCACGCTTGATGCGCTGGTGGAAGCCGGGATGGACGCTCATCAGATGCGTGCGGATGTGTTTGCGTACGCGCCGCGGGCTTGA MRVTLQPSGAVLEIQPAERILDGARRLGYECPQSCRNGNCHVCGALLVEGRVTQAGEVRDHGEIFTCIAEPLEDCVVLWDGVLAPGELPVRNLACQVTECSDVGGDVWRVRLRAPAGKPPRYHAGQYLMIERENGEKSAFSLASAPHSGRDLQLHVLARESSALALLEQLRRNPTVRIEMPFGDTHLSELPDGPLVLIAAGTGMAQMHSLIEHCRAAGFKYPVHLYWGVRRPEDFYEIEHWDEWKKLPNLFLHKVVSDLCGWEGRCGMLHEAVCEDISDLSSVHVYASGSPAMIYATLDALVEAGMDAHQMRADVFAYAPRA PGPT0022595_828 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PARATOSE|TRYLOSE|ABEQUOSE|ASCARYLOSE_MODIFICATION,PGPT0022595-ascD|ddhD|rfbI-K00523 NA NA D1-35_03057 669 chaC COG3703 Glutathione-specific gamma-glutamylcyclotransferase ATGACCGCTATCGAATCCGCCATCACCTGCGCGCTGTATCCGCCACGACTCGAGTTGGGGCCACAGCTGACCCGGGAACAACTGCTTGCGTCGATGCACTCGACCATGAGCCTGCACCAGGGCGGCCCAGTCTGGCTGTTCGCCTACGGCTCGTTGATCTGGCGGCCCGAATGCACGGCGGTGGAGCGTATGCGCGGGCGAGTGCACGGTTATCATCGCGGGTTGTATCTGTGGTCCCATGAACACCGTGGCACCCCGGAATTGCCAGGGCTGGTATTCGGGCTGGATCGCGGCGGCTCGTGCAGCGGTTTCGCCTACCGGTTGCCGGAAGAAAACCTGCAGGATTCGCTGTTGGCCCTGTGGCAACGCGAGATGCCCGTGCCGTCCTATCGGCCGCACTGGCTCAGCTGTCGGCTGGAAGATGGCAATCGGGTTCAGGCCTTGGGTTTTGTCCTGGAGCGACACCTGCCCAGCTATGCCGGCAATCTGCCGGATCATGTGCTGAGCCAGGTGTTCGAAAGCGCCTGCGGGCGGTATGGCACGACTCGCGATTATGTCGAGCAGACCATCCACGCCCTGCGCAGCCACGCCATGCCAGACCGTAATCTGGAGGCGCGGCTCAAGCGCTGCAAATCAGCGCTGGATCAGGCGATCGCGTCGCGGCTCTGA MTAIESAITCALYPPRLELGPQLTREQLLASMHSTMSLHQGGPVWLFAYGSLIWRPECTAVERMRGRVHGYHRGLYLWSHEHRGTPELPGLVFGLDRGGSCSGFAYRLPEENLQDSLLALWQREMPVPSYRPHWLSCRLEDGNRVQALGFVLERHLPSYAGNLPDHVLSQVFESACGRYGTTRDYVEQTIHALRSHAMPDRNLEARLKRCKSALDQAIASRL NA NA NA NA NA D1-35_03058 1350 glpT COG2271 Glycerol-3-phosphate transporter ATGTTTGCTTTCTTTCGTCCCGCCGCACATCAGGCTCCATTGCCTGAAGAAAAAATAGACAGCACCTATCGGCGCCTTCGCTGGCAGATCTTCGCCGGCATTTTTATTGGTTATGCCGGTTACTACCTGCTGCGCAAAAATTTTACCCTGGCGTTTCCGGATCTGATCGCCCAAGGCTATACAAAGGGCCAGCTGGGGGTGGCGATATCGGCAATCGCGATCGCCTACGGTCTTTCCAAGTTCCTGATGGGCATCGTGTCCGACCGCTCCAACCCGCGTTATTTCCTGCCTTTTGGCCTGATAGTGTCAGCCGGAGTGATGTTCATTTTCGGTTTCGCACCGTGGGCAACCTCAAGCGTGACCATGATGTTCATCCTGTTGTTCATCAACGGCTGGGCGCAAGGCATGGGCTGGCCACCAAGCGGACGCACCATGGTGCACTGGTGGTCGCAGAAAGAACGCGGCGGTGTGGTTTCGGTATGGAACACCGCCCATAACGTCGGCGGCGGCTTGATCGGCCCGCTGGCAATACTTGGCATGGGCTGGTTCAACGACTGGCACAGCAAGTTCTACGTACCGGCAGCGGTGGCTTTGCTGGTCGCTGTATTTGCCTTCATCGTCATGCGCGATACGCCGCAATCGACAGGCTTGCCGCCCATCGAGAAATACAAAAACGATTACCCGGAAGGCTACGATGCCAGCCATGAAGAAGAATTCAGCGCCAGGGACATCTTCGTCAAATACGTGCTGCGCAACAAGATGCTCTGGTTCATCGCGCTGGCCAACGTTTTCGTCTACCTGTTGCGCTATGGCATTCTGGACTGGGCACCGACCTATCTCAAAGAGGTCAAGCACTTCGATTTCGACAAGACGTCCTGGGCTTACTTCCTGTACGAGTGGGCCGGCATTCCCGGCACGCTGCTATGCGGGTGGATGTCGGACAAGGTCTTCCGGGGCAACCGCGGCCTGACGGGCATGGTGTTCATGGCATTGGTGACCGTCGCAACAATCATCTACTGGCTGAATCCGCCGGGTAACCCGATGGTCGACATGATCTCGCTGTTCGCGATTGGCTTCCTGATCTATGGCCCGGTCATGCTGGTAGGTCTGCAGGCCCTGGAACTGGTGCCCAAGAAAGCAGCAGGTACAGCTGCCGGCTTCACCGGTCTGTTTGGTTATCTGGGTGGCTCAGTCGCAGCCAGCGCAATGATGGGCTACACGGTGGACTATTTCGGCTGGGATGGCGGCTTCATCCTGCTGGTCGGTGCCTGCCTGCTGGCCATGGCATTCCTCGCGCCAACCCTGCGGCACAAGCAGATCGCCAGTCAGAGCCGCGACGCGATCGCCTGA MFAFFRPAAHQAPLPEEKIDSTYRRLRWQIFAGIFIGYAGYYLLRKNFTLAFPDLIAQGYTKGQLGVAISAIAIAYGLSKFLMGIVSDRSNPRYFLPFGLIVSAGVMFIFGFAPWATSSVTMMFILLFINGWAQGMGWPPSGRTMVHWWSQKERGGVVSVWNTAHNVGGGLIGPLAILGMGWFNDWHSKFYVPAAVALLVAVFAFIVMRDTPQSTGLPPIEKYKNDYPEGYDASHEEEFSARDIFVKYVLRNKMLWFIALANVFVYLLRYGILDWAPTYLKEVKHFDFDKTSWAYFLYEWAGIPGTLLCGWMSDKVFRGNRGLTGMVFMALVTVATIIYWLNPPGNPMVDMISLFAIGFLIYGPVMLVGLQALELVPKKAAGTAAGFTGLFGYLGGSVAASAMMGYTVDYFGWDGGFILLVGACLLAMAFLAPTLRHKQIASQSRDAIA PGPT0016821_511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_GLYCEROL_TRANSPORT,PGPT0016821-glpT-K02445 NA NA D1-35_03059 603 hypothetical protein ATGAGGTGGTTTGCTGCGATGTTGTTATTGTGTCTGTCTGGGTCGAGCTGGGCGGAGGGAATGGTATTGGTGCCAGAGAACAACCCCAAGCCAGGATATCCGACAGCTCTGAGCCGGGCAGGGGTCATGGGAGCGGTCAGGGCCGGCTTCACGGTACACGCCGATGGTCGTGTCAATGAGGTCGCGATTCTGCACAGCGACCATCCGGAGTTTGCCGAGGCCGTTCGAGAAACGCTGATTGATTGGCGGTTCAAGCCCTGGACGGTTGATGACAAGCATCCCGCCCAAGTCAATGTCGTGGCACCGTTCGAATTTCGTCTGGACGACGCACCGATTGATACCAATAAATGGATCAAGACCTGGCGATGCTCGGTCATCACCTCCTATGCCAGCGATCTGCATGTGCAGGACCTGCTTCCCTTCCATTACACGCGCAGCTACCTGTCCAACGTATTTTTTGTCAAACAACTGCCCGAAGCCGAGCGCCTGGCAATGATCGCTCGATTCAACCGGCTGCTGCCCTCGATCCTGCAGCGCTGCGGAACGTTTCCTGCATCGCGATATGTGAAAATGTTGCCGGAGGAGATTCGTGCGTTGCTTTAG MRWFAAMLLLCLSGSSWAEGMVLVPENNPKPGYPTALSRAGVMGAVRAGFTVHADGRVNEVAILHSDHPEFAEAVRETLIDWRFKPWTVDDKHPAQVNVVAPFEFRLDDAPIDTNKWIKTWRCSVITSYASDLHVQDLLPFHYTRSYLSNVFFVKQLPEAERLAMIARFNRLLPSILQRCGTFPASRYVKMLPEEIRALL PGPT0003745_5967 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832 NA NA D1-35_03060 276 imm_2 Colicin-E7 immunity protein ATGATACTCAAAGAAAGAATCGAGGATTATACAGAAGCAGAGTTTCTATCATTCCTTCACGAATTTTTTGACGACAACAGCGAGCTTACCGGCGACCAGCTGGGTGAATATATCAGCAGACTTTCAAAGCATTTTGAGCAAATTACTGAGCACCCAGAAAAATCGGCACTTATTTTCTATCCTCAACAAGGTAGGGAAGATAGCCCGGAAGGAATCTTAAGTGAAGTTAAGAGATGGCGAAAACAAAACGGTAAACCCGGCTTCAAGCCCGAATGA MILKERIEDYTEAEFLSFLHEFFDDNSELTGDQLGEYISRLSKHFEQITEHPEKSALIFYPQQGREDSPEGILSEVKRWRKQNGKPGFKPE NA NA NA NA NA D1-35_03061 2550 hypothetical protein ATGGATAACGCGGATACATATTTGGGACCGCATATACAGCTAGGCCCAGGCTCATACGAAATACCGCCCATCCCGATAACAGGGCGAAGGTTACCGGACTTCAATACTGGAGGTTTTATAGCGTGGGGGCTGAACGATGGGCCTCATAGAGGGACCGGTAGAAGCTCAAAAAGACACAACGCGTCTATTCCCTACGCATGGGATGACATGTTGAGAGAACGGATAGCCAATAGTGAATCCATCGATGCAGAATATAGCAACACTTTTATAAAACTGACCGAAACCACCACACAAGAACTCGATCAGATAAAAAGATCCGCATTAGGTGATCGCCAGCTTTCGCCGTTTGAAAAAGTAATTACAGAACAGCAGGCGACGGCAAGAGCCCTTCAAGCCAAAGAGTCGGACTATCAAGCACGCACCACAAGCGCCTACTCGCTCTACGGCCAGAATCCATTTTTTCTAATGAAGGAATTGTCCTTCAAGAAAATAATGGACAGCCTACAGACCTCCCCACCGAATATTGCAGTCGCTTACGCCGCCATAGATGATGCGTACCGATCGGCGTTAGAGTTAAAGCGACTTTCCCTGCAAAAAGACATTCTCGCTGGACAATTGGAGCAGTCATCCCAGACAGCCGAGCAGTTCCTCACTGGCACCCAAGCTGAAAAAAACAACTCAACAACCACCCTTGATGCCAAGCTCAGGTTTATCAACCAAGAAAAAAACATCCATCTCCAACTTCTGCCTGAATTTCTGCTGAAGAAAGTTTCATCGCTGCTGGGGGTAACAACCGGCTTGCCCCTTTCTCAACTGTTAAGAAATCACAAGACAATCGTAACCCAAATCATCACAACCGAGCGGGCAGCTATCGCTGCCTATGCAAAAGCCAATCCGAACATCAAGCCGCCACTCAGCAAGCCCGAACTCGAAGCACTTAATAACTTGGTTGTTCTACAAGAAAAGACAAAGCTGGGAAAACGATGGCAGGACTACCATGCATCCCTTCTGCATTCAGAATCTGTTCGACATCTAACAAGAACAGTAAACACATTTGCCAGCCTGATAGACCGCGCTCAATCGGCCGAACGCGTGAAAGAACAGCTTCGTGTTGCAGCCGCGCAGAAAGAACAGGCACAAAAGCAAGCGCAAGCCCGAGCGATGGCGCAACAAGCTGAACAGGAACGGAAACAGAAAATTGCGTCCGCATTGGCGGGGCATTTCAACGAATTGCTCCGTCAGTTCAACCACGCCCAGCCCCAAGACGTCGACCAACAATTGACTTGGATGCGACAAAAACACCGGGAACTGGCCGCCGCGCATCAAGACGCAACCAAGGCTGCGCTTTCGGCGGGGGACCTTTCCGATTCATCAAGGAGTAGCTCTCGCGAGGCCTCGCTGCGTAAGGCACAAGCAGATATCGATGCAGTCTTTCGGTCGAAATACCGTATCGAAAATATTTCGCTACCCACCTTCAACGGTGCGATGACTTCGGCGCGACCGCTGATCACTGCTCCTGACGGTCTGATTGCCGGATATGAAGGCTCCCCTTTCTCCTTACAAGGCGCGATTGATCTACTTCAAAAAGCGAGAGTCGCCGTATCGGGAGGACCTCTGGCGGCACTCGGAGTAGCAGTGTCCTGCTCCACGCCAATTGCCAACGGTGAACTGCAGCGCAATCCGGTGGTGATCAGCATTCCTTTATCTCAAGTGGCGGAGGAACTCCAATTAATTTCAGGTGCTAGCGTGGCGCATCTACCGTTTCGGGTCGTGTCATCGATTAGAGGAGAACACAGCCAATTTTACCTTTCACCCACCGACAAAAACCTATCCGATAAAATCAGGATTAGAAACGTATCACTTGATCCGCAAACAAATCTCTACACATTCATAACAGAAGGAGCTCTTCCCCGAACGCTGACCTGGACGCCGAATGTCCCGCCAGGAAACAATCATCTGGGCTCAACCGAATCGCCTGCAACGCAGCCGGAGATCAGGATTCTTCCCGGGGCCAGGATTACTCAGATAGAAGGGAGAGCAGACGATCACCCAGCTTGTGATGACGCCGACATTGATGATTATGTGCTGGTTTTCCCGATGGAATCGGGGATCAAGCCAGTCTACGTCATGGCGAGTCGGACCGGGCCGCGATATGAACCGGGTACGGTGACTGGATCAGGTCAGGAGGTAGGAAGGAACTGGCTAGGGAGTACTGAGCAAGGCCTTGGTGCTCCCATACCTGGTGAGATAGCTAGTCTCCTTCGGGGCCAGGACTTCAGAGACTTTGGCAGCTTTCGAGAAGAATTTTGGAGGTCAGTAGCAAATGATGAAAAATTGGCAGTGCAGTTCAGTCGATCTAATTTAAGATTAATGCGTAACGGCGCTGCACCTTTTACTCGCCCTGACGACCACGTAGGAGAACGGAACAAATTCGAAATTCATCACATACAATCAATTTCCCAGGGTGGCGCAGTATACGACCTTGACAATCTAAGCATCACGACACCCAAAGAGCACATTGAGATCCACAAAAAAGGAACCAACCTATGA MDNADTYLGPHIQLGPGSYEIPPIPITGRRLPDFNTGGFIAWGLNDGPHRGTGRSSKRHNASIPYAWDDMLRERIANSESIDAEYSNTFIKLTETTTQELDQIKRSALGDRQLSPFEKVITEQQATARALQAKESDYQARTTSAYSLYGQNPFFLMKELSFKKIMDSLQTSPPNIAVAYAAIDDAYRSALELKRLSLQKDILAGQLEQSSQTAEQFLTGTQAEKNNSTTTLDAKLRFINQEKNIHLQLLPEFLLKKVSSLLGVTTGLPLSQLLRNHKTIVTQIITTERAAIAAYAKANPNIKPPLSKPELEALNNLVVLQEKTKLGKRWQDYHASLLHSESVRHLTRTVNTFASLIDRAQSAERVKEQLRVAAAQKEQAQKQAQARAMAQQAEQERKQKIASALAGHFNELLRQFNHAQPQDVDQQLTWMRQKHRELAAAHQDATKAALSAGDLSDSSRSSSREASLRKAQADIDAVFRSKYRIENISLPTFNGAMTSARPLITAPDGLIAGYEGSPFSLQGAIDLLQKARVAVSGGPLAALGVAVSCSTPIANGELQRNPVVISIPLSQVAEELQLISGASVAHLPFRVVSSIRGEHSQFYLSPTDKNLSDKIRIRNVSLDPQTNLYTFITEGALPRTLTWTPNVPPGNNHLGSTESPATQPEIRILPGARITQIEGRADDHPACDDADIDDYVLVFPMESGIKPVYVMASRTGPRYEPGTVTGSGQEVGRNWLGSTEQGLGAPIPGEIASLLRGQDFRDFGSFREEFWRSVANDEKLAVQFSRSNLRLMRNGAAPFTRPDDHVGERNKFEIHHIQSISQGGAVYDLDNLSITTPKEHIEIHKKGTNL NA NA NA NA NA D1-35_03062 978 qorA_2 COG0604 Quinone oxidoreductase 1 ATGAAAGCCGTGCTGTGCAAAGAATTCGGCCCCGCCGAATCGCTGGTGCTGGAAGACGTCGCCAGCCCCGTCGTGAAGAAGAACGAAGTGCTGCTGGACGTGCACGCCGCCGGGGTGAATTTTCCTGATACGTTGATCATCGAAGGCAAATATCAATTCAAGCCGCCCTTCCCGTTTTCCCCCGGCGGCGAAGCAGCGGGCGTCGTCCGCGAGGTGGGAGAAAAGATCAGTCACCTGAAAGTCGGTGACCGGGTCATGGCGCTGACCGGCTGGGGCAGTTTCGCCGAACAGGTGGCAGTCCCGGGCTACAACGTGCTGCCCATTCCCGCCGCCATGGAATTCAACACCGCCGCCGCTTTCAGCATGACCTACGGCACCTCGATGCATGCCCTCAAGCAACGTGCCAACCTGCAACCGGGTGAAACCCTGCTGGTGCTCGGTGCCTCCGGCGGCGTCGGCCTGGCGGCGGTGGAAATCGGCAAGGCCATGGGCGCCCGGGTGATCGCCGCCGCCAGCAGCCCGGAAAAACTCGCGGTAGCCAAGGCCGCCGGCGCCGACGAACTGATCAACTACACCGAAACCAGCCTCAAGGATGAAATCAAGCGCCTCACCGACGGCCAGGGCGCCGACGTGATCTACGACCCGGTGGGCGGCGACCTGTTCGACCAGGCGGTCCGCGCCATCGCCTGGAACGGCCGGCTGCTGGTGGTCGGCTTCGCCAGCGGGCGCATTCCCGAGCTGCCGGTGAACCTGGCCTTGCTCAAGGGCGCTGCCGTGGTAGGCGTCTTCTGGGGCTCGTTCGCCCAACGCCAGCCGCAGGACAACGCCGCCAACTTCCAACAACTGTTTGGCTGGTTCGCCGAAGGCAAGTTGAAACCGTTGGTGTCGCAGGTCTATCCGTTGAGCAACGCCGCCCAGGCGATCAATGACCTGGGGCAGCGCAAGGCGGTGGGCAAGGTGGTTGTGCAGGTTCGCTGA MKAVLCKEFGPAESLVLEDVASPVVKKNEVLLDVHAAGVNFPDTLIIEGKYQFKPPFPFSPGGEAAGVVREVGEKISHLKVGDRVMALTGWGSFAEQVAVPGYNVLPIPAAMEFNTAAAFSMTYGTSMHALKQRANLQPGETLLVLGASGGVGLAAVEIGKAMGARVIAAASSPEKLAVAKAAGADELINYTETSLKDEIKRLTDGQGADVIYDPVGGDLFDQAVRAIAWNGRLLVVGFASGRIPELPVNLALLKGAAVVGVFWGSFAQRQPQDNAANFQQLFGWFAEGKLKPLVSQVYPLSNAAQAINDLGQRKAVGKVVVQVR PGPT0013255_6116 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D1-35_03063 450 hypothetical protein ATGCTGGGCCGCAAATCGGATGAGGAGTCGAATGTGAAAGCGTGGATCATGTTGATGCTGGCCCTGTCGTTGCCTGTGGCGGCGATGGCCGAAGAAGCCAAGGAAGCCAAAGAAGGCGAGGCGCCGAAGGTCAGTTACATCACGCTCAGCCCGCCATTCGTGGGCAACTATGGCCTGGACGGAACGACCAAGCTGAAGGTCTACAAGGCCGACGTTGCCCTGCGCGTGACCGGTGACGCCGCCGCTGCGGCGGTGAAGGCTAACGAGCCGTTGATTCGCAATCAGTTGGTGGCGCTGTTCGCCCAGCAGACGACCGAAACCATGAACAACCTTGAAGCCAAGGAAAAGCTGCGGCAGGAAGCGTTGAAGCAGACCCAGCAGGTGATGAACGACGAGACGGGCAAGCCGATGGTGGATGATCTGTTGTTCAACAACCTGATCATTCAGTAG MLGRKSDEESNVKAWIMLMLALSLPVAAMAEEAKEAKEGEAPKVSYITLSPPFVGNYGLDGTTKLKVYKADVALRVTGDAAAAAVKANEPLIRNQLVALFAQQTTETMNNLEAKEKLRQEALKQTQQVMNDETGKPMVDDLLFNNLIIQ PGPT0015525_2657 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415 NA NA D1-35_03064 453 hypothetical protein ATGGCCTACTGGCTGATGAAATCCGAGCCCGACGAATTGTCCATCCAGGGCCTGGAAAAGCTCGGCCAAGCGCGCTGGGATGGGGTTCGCAACTACCAGGCGCGCAATTTCCTGCGAGCCATGGCGGTAGGCGACTCATTTTTCTTCTATCACTCCAGCTGCCCGGAGCCAGGCATTGCCGGAATTGGCAAAATCATCAAGGCCGCCTATCCCGACCCAACGGCCCTGGAACCTGACAGTCATTACTTCGACGCCAAGGCCAGCCCGGAGAAAAACCCCTGGACCGCCCTCGACGTCGCCCATGTCGAGACATTCCCACGGGTGCTGAAGCTCGACTACCTCAAGCAGCAGGCCGCCCTGGCCGAAATGCCGCTGGTGCAAAAAGGCTCGCGACTGTCGGTGATGCCGGTGACAGCTGAGCAGTGGGCGGCGGTCATTGCCTTGAAATCCTGA MAYWLMKSEPDELSIQGLEKLGQARWDGVRNYQARNFLRAMAVGDSFFFYHSSCPEPGIAGIGKIIKAAYPDPTALEPDSHYFDAKASPEKNPWTALDVAHVETFPRVLKLDYLKQQAALAEMPLVQKGSRLSVMPVTAEQWAAVIALKS NA NA NA NA NA D1-35_03065 147 hypothetical protein ATGAAACGCAAACCGGATTTGTTGTGGGTCCTGGTCATTCTGTTCGGCCTGGGTGTCGTCACCACGGGTTATGCCCAGAGCTTATGGGCCAACAAAAATGATGCACCGATGGAAATCACCCAGCCCGCGCCCGCACTCAAGCGCTGA MKRKPDLLWVLVILFGLGVVTTGYAQSLWANKNDAPMEITQPAPALKR NA NA NA NA NA D1-35_03066 606 COG0212 5-formyltetrahydrofolate cyclo-ligase ATGACCGAACCTGCGTTGCCGACCCGCCCACAACTTCGCCGCCTGCTACGCCAGGCCCGTCGTGCCCTGACCCCGGCCCAGCAACGGCAAGCCGCCCACGGGCTATATCGGCAACTGGCACAGCATCCGCTGTTTCGCCGCGCAAGACACATCGCCCTCTACCTGCCCAACGACGGTGAAATCGACCCACGCCTGCTGCTGCGCGCCGCCCAACGTCGGGGCAAGGCGACTTATCTGCCAGTACTCAGTCCCTGGCCGCAGACCAGGATGGTGTTCCAGCGGATCCATCCCGGCGAAAAAATGCGCCCCAATCGTTTCCGCATCCCGGAACCAGGCAAGAATATCGCCCGGCAGCGCAAAGTCTGGACATTGGACCTGGTATTGCTGCCGTTGGTGGGGTTTGACGATGCCGGCGGACGCCTGGGCATGGGCGGCGGCTTCTATGACCGCAGCCTGGCGTATCTGTCGCGACGCAAACAATGGCGCAAGCCGACGTTGCTGGGCCTGGCCCATGAGTGTCAGAAGGTCGAACGATTGGCGCAGGCAAGCTGGGATGTACCGTTACAGGGAACGGTCAGTGACAGGCGATGGTATCTGGCGAGCTAG MTEPALPTRPQLRRLLRQARRALTPAQQRQAAHGLYRQLAQHPLFRRARHIALYLPNDGEIDPRLLLRAAQRRGKATYLPVLSPWPQTRMVFQRIHPGEKMRPNRFRIPEPGKNIARQRKVWTLDLVLLPLVGFDDAGGRLGMGGGFYDRSLAYLSRRKQWRKPTLLGLAHECQKVERLAQASWDVPLQGTVSDRRWYLAS PGPT0008170_2161 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 D1-35_03068 318 zapA COG3027 Cell division protein ZapA ATGAGTTCAAGCAATAGCGTTACCGTGCAGATCCTCGATAAAGAGTATTCGATCATCTGCCCCCAGGAAGAGCGCAGCAACCTGGTGAGCGCCGCCCGTTACCTGGATGGCAAGATGCGCGAGATCCGCAGCAGCGGCAAAGTCATCGGCGCCGATCGCATCGCCGTGATGGCCGCCTTGAACATTACCCACGACCTGCTCCACCGCCAGGATACGCCGGACGTACAGGTCAGCGGCTCGACCCGCGAACAGGTCCGCGACCTGCTCGATCGGGTGGATCTGGTACTGGCTACTGATCCGGACGTCAGCAAGGGCTGA MSSSNSVTVQILDKEYSIICPQEERSNLVSAARYLDGKMREIRSSGKVIGADRIAVMAALNITHDLLHRQDTPDVQVSGSTREQVRDLLDRVDLVLATDPDVSKG NA NA NA NA NA D1-35_03069 210 hypothetical protein ATGGAAGACACCGACCTGCAAGCGCTGATGGCCAGACTCGAGCTGCTAATTGACCGGGTCGAGCAACTTAAGAGCCAAAACGGACTCCTATTAGCTCAGGAAAAAACCTGGCGCGAGGAACGCGCGCACCTCATTGAAAAAAACGAAATCGCCCGGCGTAAGGTCGAATCGATGATTTCGCGCCTCAAGGCCCTGGAGCAAGACTCATGA MEDTDLQALMARLELLIDRVEQLKSQNGLLLAQEKTWREERAHLIEKNEIARRKVESMISRLKALEQDS NA NA NA NA NA D1-35_03070 555 hypothetical protein ATGCCCATTCAGAATTCTCCGTACCAAGCCTTTGCCACCCTGCTGAGCACCAGCGGCCACCCTGTCTCGCCCGCCGAACTGCATGGCCTGCTGCTCGGCCGCAGCTGTGCCGGCGCCGGTTTTGATGCTGACGGCTGGTTGGCCGACGCCGCCGAACTGCTTGAAGGCGAGCCGGCGGACAACGTGCGCAACGCGCTCATCGGCCTGCAGGAAATGGTCAAGGGTGAATTGACCAGTGACGACATGACCGTCGTCCTGCTGTTGCCCACCGATGACGCGCCGCTGGCTGAACGCGCCGCTGCGCTGGGTCAGTGGTGCCAGGGTTTCCTGGCAGGCTTCGGCCTGACCCGCCGCGAATATGCCTTGAGCGATGAAGCCAAGGAAGTGTTGCAAGACCTGGCGGCCATCTCCCAGGTGCAGGACGCCCTGGAAGAATCCGACGACGGCGAGAGCGACTACATGGAAGTGATGGAGTACCTGCGGGTCGCGCCGTTGCTGCTGTTTACCGAGACCAAAAAAACCGCTGAACCGGCTGCCAAGCCGTCCCTGCACTGA MPIQNSPYQAFATLLSTSGHPVSPAELHGLLLGRSCAGAGFDADGWLADAAELLEGEPADNVRNALIGLQEMVKGELTSDDMTVVLLLPTDDAPLAERAAALGQWCQGFLAGFGLTRREYALSDEAKEVLQDLAAISQVQDALEESDDGESDYMEVMEYLRVAPLLLFTETKKTAEPAAKPSLH NA NA NA NA NA D1-35_03071 1335 pepP COG0006 Xaa-Pro aminopeptidase ATGATTCATATCCCGAAGTCGGAATACAGTCGTCGCCGCAAGGCCTTGATGGCGCAGATGGAACCCAACAGCATCGCAATCCTGCCCGCCGCCGCCGTTGCGATCCGCAACCGCGACGTCGAGCACGTCTATCGCCAGGACAGCGACTTCCAGTACCTCAGCGGCTTCCCCGAGCCGCAAGCGGTGCTGGTGCTGGTGCCCGGTCGCGCTCACGGCGAGTACATCCTGTTTTGCCGCGAGCGCAACGCCGAGCGTGAACTGTGGGATGGCTTGCGTGCTGGCCAGGAAGGGGCGATCCGGGACTACGGCGCCGACGACGCGTTTCCCATCACCGACATCGACGACATCCTGCCGGGCCTGATCGAAGGTCGCGATCGGGTCTATTCGGCCATGGGCAGCAACCCCGAATTCGACCGGCACCTGATGGAGTGGATCAACGTGATTCGCTCCAAGGCCCACCTTGGTGCCCAGCCGCCGAACGAATTTGTTGCCCTGGATCATCTGCTGCACGATATGCGCCTGTATAAATCGGCGGCGGAAGTGAAAGTGATGCGCGAAGCGGCGCGGATTTCCGCCCAGGCGCACATCCGCGCCATGCAAGCGGCACGCCCCGGGCTGTACGAATACAGCCTGGAGGCCGAGCTCGACTACGAATTTCGCAAGGGCGGCGCAAAGATGCCGGCCTACGGCTCCATCGTCGCGGCGGGGCGTAACAGTTGCATCCTGCATTACCAGCAGAACGACGCGCCGCTCAAGGATGGCGACCTGGTGCTGATCGACGCCGGTTGCGAAATCGACTGCTATGCCAGCGATATCACCCGTACCTGGCCGGTCAGCGGCAAGTTTTCGCCCGAGCAGAAGGCGATCTATGAGGTCGTGCTGGCGGCCCAGGAAGCGGCGTTCGCTGAGATTGGCCCGAACAAGCATTGGAACCAGGCCCATGAAGCTACGGTCCGGGTCATTACTGAGGGGCTGGTGCGTCTCGGGCTGCTGGACGGCGAGGTGGACCAGTTGATCGCCAGCGAAGCCTACCGGGCGTTCTACATGCACCGTGCCGGTCACTGGCTGGGCATGGACGTGCACGACGTCGGTGAATACCGGGTCGGTGGCGAATGGCGCGTGCTGGAGGTTGGCATGGCCTTGACCGTGGAGCCGGGCATCTATATTGCTCCGGACAATCGCAGCGTAGCGAAGAGATGGCGCGGCATTGGCGTGCGCATCGAGGATGACGTGGTAGTGACCAAGACCGGTTGTGAAATCCTGACCCGCGGCGTGCCGAAAACGGTCGCCGAGATCGAGGCCCTCATGGCCGCCGCACGGACTCAAGCGGCATGA MIHIPKSEYSRRRKALMAQMEPNSIAILPAAAVAIRNRDVEHVYRQDSDFQYLSGFPEPQAVLVLVPGRAHGEYILFCRERNAERELWDGLRAGQEGAIRDYGADDAFPITDIDDILPGLIEGRDRVYSAMGSNPEFDRHLMEWINVIRSKAHLGAQPPNEFVALDHLLHDMRLYKSAAEVKVMREAARISAQAHIRAMQAARPGLYEYSLEAELDYEFRKGGAKMPAYGSIVAAGRNSCILHYQQNDAPLKDGDLVLIDAGCEIDCYASDITRTWPVSGKFSPEQKAIYEVVLAAQEAAFAEIGPNKHWNQAHEATVRVITEGLVRLGLLDGEVDQLIASEAYRAFYMHRAGHWLGMDVHDVGEYRVGGEWRVLEVGMALTVEPGIYIAPDNRSVAKRWRGIGVRIEDDVVVTKTGCEILTRGVPKTVAEIEALMAAARTQAA PGPT0006770_4144 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 D1-35_03072 1188 ubiH COG0654 2-octaprenyl-6-methoxyphenol hydroxylase ATGAGCCGGGTCAACGTGGCGATCATAGGTGGCGGCCTGGTCGGCGCGAGCCTGGCGCTCGCCTTGCAGGCAGGCGCCAAGGCCAGGGGGTGGAAGATCATGCTGATCGAGCCGTTCGCCCCCGGCGACACTTGGCAGCCGAGCTATGACGCGCGCTCATCGGCGCTCTCCTTCGGTGCTCGACAAATTTATCAGCGCCTGGGCCTCTGGCAGGAAATTTCCCGCCGCGCAGAACCGATCAAACAGATTCATGTTTCCGACCGCGGACGGTTTTCCACCGCACGGTTGTCCGCCATGGAGGAGGGCGTGCCGGCCCTCGGCTACGTGGTGGAAAATGCCTGGCTCGGCCAATGCCTGTGGCAAGGGCTGGACAAGGACGTGGTCAGCTGGCGCTGCCCGGCGCAAGTCACCCGGATGGAGCCGCTAGTTGGTGGTTATCGTTTGACGCTGGATGACGAAACCACGCTGGAATGCGACCTCGCCGTACTGGCCGACGGTGGACGCTCCGGATTGCGTGAGCAGTTGGGCGTCGGTGTGCGCAATCGCCCTTACGACCAGAGCGCGTTGATTGCCAACCTCACCCCCAGCGAAGCCCACAACGGCGTGGCTTTCGAACGCTTTACCGATGACGGCCCGATGGCCTTGTTGCCGCTGCCGGAAAATCGTTGTGCGTTGGTCTGGACTCGCCAGGGCATGGATGCGCAACGGCTGGCAGCCCTCGACGAGCGTAGTTTTCTCAGTGAGCTGCAGAGTGTGTTCGGCTATCGCCTGGGCACGTTGAAACAGGTGGGTGCGCGACACCTTTATCCGCTGGCGCTGGTGGAAGCCGAAGAGCAGGTACGTCCGCACCTGGCGATCCTCGGCAATGCTGCCCATAGCCTGCATCCGATAGCGGGCCAGGGCTTCAACCTGTCCTTGCGTGATGCGCAGGCACTGGCCGATGCATTGCTCGGGAGCGACGGCACGCCCGGCGACTTCTCTGTATTGCAAGCCTATCGCGAGCGCCAGCGGATGGACCAGGCCCTGACCGTCGGCTTCTCCGACCAGGTCACGCGGCTGTTCAGCAGCGATCTGCCGCTGGTATCCGTGGGCCGCAATCTCGGCCTGCTGGGCCTTGACCTGCTGCCCCCGGCCAAGCGCTGGTTCGCTCGCCAGGCCATGGGATTGGGGACTCGCCCCGATGCTTGA MSRVNVAIIGGGLVGASLALALQAGAKARGWKIMLIEPFAPGDTWQPSYDARSSALSFGARQIYQRLGLWQEISRRAEPIKQIHVSDRGRFSTARLSAMEEGVPALGYVVENAWLGQCLWQGLDKDVVSWRCPAQVTRMEPLVGGYRLTLDDETTLECDLAVLADGGRSGLREQLGVGVRNRPYDQSALIANLTPSEAHNGVAFERFTDDGPMALLPLPENRCALVWTRQGMDAQRLAALDERSFLSELQSVFGYRLGTLKQVGARHLYPLALVEAEEQVRPHLAILGNAAHSLHPIAGQGFNLSLRDAQALADALLGSDGTPGDFSVLQAYRERQRMDQALTVGFSDQVTRLFSSDLPLVSVGRNLGLLGLDLLPPAKRWFARQAMGLGTRPDA PGPT0009550_1686 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009550-ubiH-K03185 NA NA D1-35_03073 1224 ubiI COG0654 2-octaprenylphenol hydroxylase ATGGAATTGCGCGCAGATCTGTTGATTGTCGGTGCCGGCATGGTCGGCAGCGCCCTGGCGCTTGCGTTGCAGGGCAGCGGCTTGCAGGTATTGTTGCTCGACGGCAGCCCGCTGAGCGTCAAGCCCTTTGATTCCCTGGCAGCGTTCGAACCCCGGGTCAGCGCCCTGTCGGCGGCCAGCCAGCGGATTCTCGATCGTCTGGGCGTCTGGGACGGTATCGTCGCCCGACGCACCAGTCCCTACACCGACATGCACGTCTGGGACGGTAGCGGCACGGGGCAGATTCATTTTTCCGCCGCCAGCCTGCATGCCGAAGTGCTTGGCCACATCGTCGAGAACCGCGTCGTTCAGGATGCCCTGCTGGACCGGTTGCATGACTGCGACCTGGGCCTGCTGGCCAATGCACGCCTGGAGCAGATGCGCCGCTCCGGCGACGACTGGCTGTTGACCCTGGCTGACGGGCGCACCTTGCGCGCGCCACTGGTGATTGCCGCCGACGGGGCGAACTCCGCCGTGCGCCGCCTGACGGGGGTCGCCACTCGCGAGTGGGACTACCTGCATCACGCGATCGTCACCAGCGTGCGCTGCGCCGGACCTCATCGCCAGACCGCATGGCAACGCTTCACCGACAATGGTCCGCTGGCCTTCCTGCCTCTGGCGCGCGACGGCCGGCAGGACTGGTGCTCGATCGTCTGGTCGACCACGCCTGGCGAAGCGCAGCGCTTGATGACACTGGATGACGGCGCTTTCTGCGCCGAACTGGAGCGGGCTTTCGAGGGCCGGCTAGGCGCGGTGCTCGGCGCCGATCCTCGCGTCTGCGTACCGCTGCGCCAACGCCACGCCAAGCGTTACGTGGCCGAAGGGCTGGCGCTGATCGGCGATGCGGCGCACACCATCCATCCCCTGGCCGGGCAGGGCGTCAACCTGGGTTTCCTGGATGCCGCGGTGTTGGCCGAGGTGCTGTTGCAGTCCTCAGGGCGTGGCGAGCGGTTGGCCGATCTCAAGGTGTTGAGCCGCTATGAGCGGCGGCGCATGCCCCATAACCTGGCGCTGATGGCGGCGATGGAAGGCTTCGAGCGGCTGTTCCAGGCCGATCCATTGCCGGTGCGCTGGTTGCGTAATACCGGTCTGAAGCTGGTAGACCGCATGCCGGAAGCCAAGGCGCTGTTCGTACGCGAGGCGTTGGGGCTGACCGGGGACTTGCCGGATCTGGCCAAGGTCTGA MELRADLLIVGAGMVGSALALALQGSGLQVLLLDGSPLSVKPFDSLAAFEPRVSALSAASQRILDRLGVWDGIVARRTSPYTDMHVWDGSGTGQIHFSAASLHAEVLGHIVENRVVQDALLDRLHDCDLGLLANARLEQMRRSGDDWLLTLADGRTLRAPLVIAADGANSAVRRLTGVATREWDYLHHAIVTSVRCAGPHRQTAWQRFTDNGPLAFLPLARDGRQDWCSIVWSTTPGEAQRLMTLDDGAFCAELERAFEGRLGAVLGADPRVCVPLRQRHAKRYVAEGLALIGDAAHTIHPLAGQGVNLGFLDAAVLAEVLLQSSGRGERLADLKVLSRYERRRMPHNLALMAAMEGFERLFQADPLPVRWLRNTGLKLVDRMPEAKALFVREALGLTGDLPDLAKV PGPT0009555_302 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009555-ubiI-K18800 NA NA D1-35_03074 1005 COG1840 putative binding protein component of ABC iron transporter ATGTCGGCCACCAAACGCCTGCTGTCCGCCCTCGCACTGACCCTGATCGGCACTTCCGTCGCCCAGGCTGCCGATGAGGTGGTGGTCTATTCGTCGCGCATCGATGAGCTGATCAAACCGGTTTTCGATGCCTACACCAAGAAGACCGGCGTCGCGGTGAAGTTCATCACCGACAAGGAAGCGCCCCTGATGCAGCGGATCAAGGCCGAAGACAAAAATGCTACCGCCGACCTGCTGCTGACCGTCGACGCCGGCAACCTCTGGCAAGCCGAGCAGATGGGCATTCTGCAGCCGTTCACCTCGCCGGTAATCGATGCCAACATTCCCCCTCAATATCGTGCGTCGTCCCACGCCTGGACCGGCCTGAGCCTGCGTGCGCGGACCATTGCCTACTCGACTGACCGGGTCAAACCGGGTGAGCTGACTACTTACGAAGCGCTGGCCGGCAAGGAATGGGAAGGCCGCTTGTGCCTGCGGACCTCGAAAAAGGTCTACAACCAGTCGCTGACCGCGACCCTGATCGAAACCCATGGTGCTGAAAAAACCGAGGAGATCCTCAAAGGCTGGGTCAGGAACCTGTCCACCGACGTATTCTCCGACGACACCGCGCTGCTTGAGGCGATCAATGCCGGCCAGTGCGACGTCGGCATCGTCAACACCTATTACTACGGCCGCCTGCACCAGCAGAAGCCAGACTTGAAGGTCAAGCTGTTCTGGCCAAACAAGGCGGACCGTGGCGTGCACATCAACCTCTCGGGTATCGGCCTGACCAAGCACGCGCCGCACCCGGACGCCGCGAAAAAACTGGTGGAATGGATGACCACGCCTGAAGCGCAAAGCATCTTCGCCGACGTGAACCAGGAATTCCCGGCCAACCCGAAAGTCCAGCCGTCCAAGGAAGTCGCCGCCTGGGGCCAGTTCAAGGCCGATACGCTGCCGGTGGAAGTCGCGGGTAAACGCCAGGCCGAAGCCATTCGCCTGATGGATCGTGCCGGCTGGAACTGA MSATKRLLSALALTLIGTSVAQAADEVVVYSSRIDELIKPVFDAYTKKTGVAVKFITDKEAPLMQRIKAEDKNATADLLLTVDAGNLWQAEQMGILQPFTSPVIDANIPPQYRASSHAWTGLSLRARTIAYSTDRVKPGELTTYEALAGKEWEGRLCLRTSKKVYNQSLTATLIETHGAEKTEEILKGWVRNLSTDVFSDDTALLEAINAGQCDVGIVNTYYYGRLHQQKPDLKVKLFWPNKADRGVHINLSGIGLTKHAPHPDAAKKLVEWMTTPEAQSIFADVNQEFPANPKVQPSKEVAAWGQFKADTLPVEVAGKRQAEAIRLMDRAGWN PGPT0003725_4320 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012 NA NA D1-35_03075 1623 hypothetical protein TTGACCCACCCCGCCCAACGCCGCTGGTATCCCCTGGTCTTCGCCGTCGCTGCGCTGGTCCTGTTGCCGTTGAGCGTGCTGTTGCTGTCCTGGCAGAGCATCGACGCGCAGATCTGGTCCCACTTGTGGGAGACCCAGATGCCGCGCCTGCTGGGTAATACCCTGACGCTGATCCTGGGTGTGGGCGTCGGCGTGACGTTGTTCGGGGTCAGTCTGGCGTGGCTTACCAGCCTTTGCGAATTCCCCGGTCGGCGCTGGCTCGATTGGGCGTTGATGTTGCCGTTCGCGATTCCCGCCTATGTGCTGGCGTTTGTTTTCGTCGGCCTGCTGGATTTTGCCGGCCCGGTGCAGACCCTGATGCGCGAATGGCTCGGCAGCGGCTTGCGCCTGCCCCGGGTGCGGTCGACCGGTGGGGTTATCCTGGTGTTGGTGCTGGTGTTCTATCCGTATGTCTATCTGCTCGCGCGTAGCGCCTTCCTGGCCCAAGGCAAGGGATTGATGGAAGCGGCCCGGGTACTCGGCCATTCGCCCTGGCAGGCGTTCTGGCGGGTGGCACTGCCGATGGCCCGACCGGCCATTGGCGCGGGCGTGGCGCTGGCGCTGATGGAAACCCTGGCGGATTTCGGCGCGGTGTCGGTGTTCAACTTCGACACCTTTACCACCGCCATCTATAAAACCTGGTACGGCTTCTTCAGTCTTTCCAGCGCCGCCCAACTGGCCAGTCTCTTGCTGCTGGCGGTGATGGTGGTGCTCTACGGTGAACGCCGTGCCCGAGGAGCACAGCGGGCCAGCAACGAACGGCCCCGGGTCAAGGCGCTTTACCATTTGCGCGGTTTCAAGGCGGCGGCGGCCAGCAGCTGGTGCCTGTTGGTTTTCGCGTGCGCGTTCGTCATTCCGGTGCTGCAACTGGTGGTGTGGTTCTGGCAGCGCGGTCGGTTCGACCTGGACGAGCGTTATGCCGGGTTGATCATCCATACCCTCTATCTGGGCGGCCTGGCGGCCCTGGTCACCGTCTGCGTGGCTTTGCTGCTGGCGTTCGCCCGTCGCTTGGCGCCGACCCGCCCGATCCGCGCCGGTGTCGGCCTGGCGAACCTGGGTTATGCCTTGCCGGGTTCAGTGCTGGCGGTGTCGATCATGCTTGCGTTCAGCTATCTGGACCGTGAGTTGGTCATTCCGCTATCGACCCTGCTCGGCGGGGCGGGCAAACCGTTACTGTTGGGCAGTTTGTCGGCGTTGCTGCTGGCCTACCTGATACGTTTCCTGGCCGTGGCCTACGGTCCGCTGGAAAACAGCCTGGCGCGGATTCGTCCGTCATTGCCCGAGGCCGCACGAAGCCTTGGCGTCAGTGGGCCACGACTGTTTTTCAAAGTGTATCTGCCGTTGCTACTCCCTGGCACGTTGAGCGCGGCGTTGCTGGTGTTTGTCGATGTGCTCAAGGAAATGCCCGCCACCCTGCTGATGCGCCCGTTCGGCTGGGACACGCTGGCAGTGCGGGTCTTTGAGATGACCAGCGAGGGGGAGTGGGCACGGGCTGCATTGCCGGCGCTGACCCTGGTGCTGGTCGGGCTGTTGCCGGTCATCGGATTGATACGGCGCTCGGCTCATCGACGCGTTCTGAATTAA MTHPAQRRWYPLVFAVAALVLLPLSVLLLSWQSIDAQIWSHLWETQMPRLLGNTLTLILGVGVGVTLFGVSLAWLTSLCEFPGRRWLDWALMLPFAIPAYVLAFVFVGLLDFAGPVQTLMREWLGSGLRLPRVRSTGGVILVLVLVFYPYVYLLARSAFLAQGKGLMEAARVLGHSPWQAFWRVALPMARPAIGAGVALALMETLADFGAVSVFNFDTFTTAIYKTWYGFFSLSSAAQLASLLLLAVMVVLYGERRARGAQRASNERPRVKALYHLRGFKAAAASSWCLLVFACAFVIPVLQLVVWFWQRGRFDLDERYAGLIIHTLYLGGLAALVTVCVALLLAFARRLAPTRPIRAGVGLANLGYALPGSVLAVSIMLAFSYLDRELVIPLSTLLGGAGKPLLLGSLSALLLAYLIRFLAVAYGPLENSLARIRPSLPEAARSLGVSGPRLFFKVYLPLLLPGTLSAALLVFVDVLKEMPATLLMRPFGWDTLAVRVFEMTSEGEWARAALPALTLVLVGLLPVIGLIRRSAHRRVLN PGPT0003730_3715 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011 NA NA D1-35_03076 1083 gcvT_2 COG0404 Aminomethyltransferase ATGGGACAGCGTACGCCTCTGTATGACCTGCATCTCGCCCTTGGCGCGAAGATGGTCGATTTTGGCGGTTGGGATATGCCTTTGCACTACGGCTCGCAGGTCGAGGAACACCACCAGGTGCGCCGCGATTGCGGTGTGTTCGATGTGTCCCACATGACCGTGATCGACGTTGCCGGCCCCCAGGCCAAGGCCTGGCTGCAGCGCTTGCTGGCCAATGACGTCGATCGCCTCCAGGACACCGGCCGTGCGCTGTACAGCACGATGCTCAATGAGCGCGGTGGCATCGTCGATGACATGATCATCTACCGGGTCGAGTACGGTTACCGGCTGGTGTTCAATGCCTCGACCCGCGACCAGGACCTGGCCTGGATGCAGGCACAGCTCGGTGAATATGATGTGCAACTGCACGAGCGTCCCGAACTGGCGATGCTGGCCATCCAGGGGCCGCAGGCCCGGCACAAGATTGCCGAACTGGTCACGCAATCACGCGGCCAATTGATCCAGCAACTCAAGCCCTTCGAAGGTCGTGCCGACGGTGACTGGTTCATTGCCCGTACCGGCTACACCGGTGAAGATGGATTGGAAATCGTCCTGCCGGCCCATGAAGCCCCGAGCTTTTTCAACGATCTGGTGGGCGCTGGCATTCCTCCCATCGGCCTTGGAGCTCGCGATACCTTGCGCCTGGAGGCGGGCATGAATCTCTATGGCCAGGATATCCACCAGGATGTTTCGCCGCTGGCCTCCAACATGGCCTGGAGCATCGCCTGGGAACCTGCGAGTCGCCAGTTCATCGGCCGCTCGGCGCTGGAAGCCGAACTGGCGGCTGGCGTGCAGCACAAACTGGTCGGGCTGGTACTTGAGGAGCGCGGTGTTCTACGCGCTCATCAGGTGGTCCGCATCGCCAATGTTGGCGAAGGAGAGATCACCAGTGGTAGTTTTTCTCCTACGCTTAGCAAGTCGATCGCCCTGGCGCGTGTTCCGATGGCTACCGCCGACCGTGCCGAGGTGGAAATTCGTGGCAAGTGGTACCCGGTACGGGTGGTCAAGCCGACCTTCGTCCGCCATGGCAAAACCCTGATCTAA MGQRTPLYDLHLALGAKMVDFGGWDMPLHYGSQVEEHHQVRRDCGVFDVSHMTVIDVAGPQAKAWLQRLLANDVDRLQDTGRALYSTMLNERGGIVDDMIIYRVEYGYRLVFNASTRDQDLAWMQAQLGEYDVQLHERPELAMLAIQGPQARHKIAELVTQSRGQLIQQLKPFEGRADGDWFIARTGYTGEDGLEIVLPAHEAPSFFNDLVGAGIPPIGLGARDTLRLEAGMNLYGQDIHQDVSPLASNMAWSIAWEPASRQFIGRSALEAELAAGVQHKLVGLVLEERGVLRAHQVVRIANVGEGEITSGSFSPTLSKSIALARVPMATADRAEVEIRGKWYPVRVVKPTFVRHGKTLI PGPT0008130_4326 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605 NA NA D1-35_03077 384 gcvH_2 COG0509 Glycine cleavage system H protein ATGAGTGATATCCCCGCCGAACTGCGTTTTGCCGAAAGCCACGAGTGGGCGCGCCTGGAAGCCGACGGTACCGTCACCGTGGGCATCAGCGACCATGCGCAGGAAGCTTTGGGCGATGTGGTGTTTGTCGAGCTGACCGAGGTCGGTAAGGTTTTTGCTGCTGGTGATCAGGCTGGCGTGGTGGAGTCGGTCAAGGCCGCTTCCGACATCTACGCCCCCATTGCCGGCGAAGTGATTGCGATCAATGAAGAGTTGGGCGGCTCGCCGGAGTTGCTGAACTCCGATCCGTACGGCGCCTGGATCTTCAAGCTCAAGCCAAGCGACAAGGCCGAGTTGGACAAGTTGCTCGATGCTGCCGGCTATAAGGCTGCTATCGGCGAGTAA MSDIPAELRFAESHEWARLEADGTVTVGISDHAQEALGDVVFVELTEVGKVFAAGDQAGVVESVKAASDIYAPIAGEVIAINEELGGSPELLNSDPYGAWIFKLKPSDKAELDKLLDAAGYKAAIGE NA NA NA NA NA D1-35_03078 318 hypothetical protein ATGCGTCTCAAACTTGCTGTCGCGACCCTGGCCTTGCTTTCTCTTCCTGTTGGCTCGGCAATGGCCGACACGTTTTGGCGTAACGTCATCTCATCCGGTGCGACCACCGGTTCTACCTACCTGACCTTCAAGGACAACAAGCTGATCGTCGCCGCCCAGGACGACGCCGGCAGCTTCGTCGCCAGTGACGGCGGCATCCGTGGCCCCTACCTGGAAGCCGCGATGCAGAAAGTCCGTGCCGACAACCCAGGCCTGCAAGCCACCGACATGGAACTGGCCAACGCGATCCTGGCGAAAAACGCCGTCGCCCAGGAGTGA MRLKLAVATLALLSLPVGSAMADTFWRNVISSGATTGSTYLTFKDNKLIVAAQDDAGSFVASDGGIRGPYLEAAMQKVRADNPGLQATDMELANAILAKNAVAQE NA NA NA NA NA D1-35_03079 1785 hypothetical protein ATGTCCACCAAACACGCCACTCAGGACCGCTGGCTGGACCTTAACGATCTGCTCCGCCAACTGGTCGCCCAGGGCCTCATCAGCCAGGATTCAGCCGAAACCGCGCTCAACGCCCGGCGCCGGCATAACGCCAACAGCCAGTTGCACCCGCTGGAGTTCATCGCCAACCAACACCTGGACGACCTCAGCCGACCCGGCAAGCGCCTGGACCTTGAGAACCTGACGCTGTGGCTGGCCCAGCAGGCCGACCAGCCCTACATGCGCATCGACCCGTTGAAGATCAACGTGGCGGCCGTTACGCCGCTGATGTCCTATGCCTTTGCGCAACGTCACAAGATTCTCGCAGTGGCGGTTGACCGTGACGCCGTCACCGTCGCCAGTGCCCAGCCTTACGTCAGCAGTTGGGAAGCCGACCTGACCCACGTGCTCAAGCTGCCGGTCAGGCGGGTGGTTGCCAACCCGGTGGATATCCAGCGCCTGAGCGTGGAATTCTATCGCCTGGCCAAATCCGTCAGCGGCGCTACCACCGTCGATCAGCAACCGAGCAACCTGACCAACTTCGAACAACTGCTCAACCTCGGCGCCAGCGACCAGGAGCCGGACGCCAACGACGCCCATATCGTCAACATCGTCGATTGGCTGTTCCAGTACGCCTTCCAGCAGCGGGCCAGCGATATCCACATCGAACCGCGCCGGGAGCAGGGCACCGTACGCTTTCGCATCGACGGGGTGCTGCACACCGTCTATCAGTTCCCGCCGCAGGTGACGATGGCGATCATCAGTCGCCTGAAAAGCCTGGGGCGCATGAACGTCGCGGAAAAGCGCAAGCCCCAGGATGGTCGCGTCAAGACCAAGACTCCCGACGGCAACGAAGTGGAGTTGCGCTTGTCGACCTTGCCGACCGCGTTCGGCGAAAAAATGGTGATGCGGATCTTCGATCCGGAAGTATTGCTCAAGGATTTCGACCAGCTGGGCTTCTCCGCCGACGACCTGCGTCGCTGGCAGGACATGACCCGCCAGCCCAACGGCATCATTCTGGTCACGGGCCCCACCGGGTCCGGCAAGACCACGACGCTCTACACGACGTTGAAAAAACTGGCGACGCCGGAAGTGAACCTCTGCACCATCGAGGATCCGATCGAGATGGTCGAGGCCTCGTTCAACCAGATGCAGGTCCAGCACAACATCGAGCTGTCTTTCGCGGCGGGCGTACGTGCGTTGATGCGGCAGGACCCGGACATCATCATGATCGGCGAGATCCGTGACCTGGAAACCGCCGAAATGGCAATCCAGGCAGCACTCACCGGACACCTCGTCCTCTCGACCCTGCACACCAACGACGCGCCGAGCGCCATCAGCCGCCTGCTGGAGCTCGGCGTGCCGCATTACCTGATCAAGGCCACAGTGCTCGGAGTCATGGCCCAGCGCCTGGTGCGTACGTTGTGTCCACATTGCAAGGCGCCCATCACCCTGGATGAAGACGACTGGCAAACCCTGACGAGGCCCTGGCAGGCCCCGCTGCCGACCAACGCCCAGCAGGCTGTCGGCTGCTCGGAATGCCGCGATACCGGCTATCGGGGGCGGGCCGGGGTGTACGAGATCATGCAGTTAAGCGACAGCGTCAAAGGCCTGATCCACCCAGACACGGACCTGCTCGCCGTGCGCCGCCAGGCCTTCAAGGAAGGCATGCGCAGCCTGCGGCTCTCGGGCGCGCAAAAGGTAGCGGCGGGCCTGACCACGGTCGAAGAAGTGCTGCGGGTGACGCCACAGAGTGAACAGAAGTAG MSTKHATQDRWLDLNDLLRQLVAQGLISQDSAETALNARRRHNANSQLHPLEFIANQHLDDLSRPGKRLDLENLTLWLAQQADQPYMRIDPLKINVAAVTPLMSYAFAQRHKILAVAVDRDAVTVASAQPYVSSWEADLTHVLKLPVRRVVANPVDIQRLSVEFYRLAKSVSGATTVDQQPSNLTNFEQLLNLGASDQEPDANDAHIVNIVDWLFQYAFQQRASDIHIEPRREQGTVRFRIDGVLHTVYQFPPQVTMAIISRLKSLGRMNVAEKRKPQDGRVKTKTPDGNEVELRLSTLPTAFGEKMVMRIFDPEVLLKDFDQLGFSADDLRRWQDMTRQPNGIILVTGPTGSGKTTTLYTTLKKLATPEVNLCTIEDPIEMVEASFNQMQVQHNIELSFAAGVRALMRQDPDIIMIGEIRDLETAEMAIQAALTGHLVLSTLHTNDAPSAISRLLELGVPHYLIKATVLGVMAQRLVRTLCPHCKAPITLDEDDWQTLTRPWQAPLPTNAQQAVGCSECRDTGYRGRAGVYEIMQLSDSVKGLIHPDTDLLAVRRQAFKEGMRSLRLSGAQKVAAGLTTVEEVLRVTPQSEQK PGPT0026430_334 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026430-gspE|epsE-K02454 NA NA D1-35_03080 339 hypothetical protein ATGCATTCACTCGCAACCGTATCCACCGCCCCGACCCGCGCCGACGCCTGGCACGCCGCCAACGCCCATTGCCGCGTGCATTATCAGATGCAGGCCGAAGCCGAACCGGACGTGCTGTGTCGAGCGTTGAATCTGTTCGCCTTGCAGGGCCTGACGCCACAGCAGGTCCACGTCGAGCGTCAAGACGATCTGCTGATGCTGGACATTGTCCTGGATGGGCTGAGCTGGCACCGTGCCCAGGTCATTGCTGAAAAATTACGTAACCTGATCAGCATGTGCTCGGTGGACCTGCAGGACGCCGATATCACGCGGGCCGGACGGGTCCTGGCGGCCGGTTGA MHSLATVSTAPTRADAWHAANAHCRVHYQMQAEAEPDVLCRALNLFALQGLTPQQVHVERQDDLLMLDIVLDGLSWHRAQVIAEKLRNLISMCSVDLQDADITRAGRVLAAG NA NA NA NA NA D1-35_03081 471 decR_2 COG1522 DNA-binding transcriptional activator DecR ATGCAAAGTGAGCTGGATAGCTACGACCGCAGAATACTGGCGTTGCTGCAAGAGGATGCTTCGCTGTCCAGCGCGCAGATCGCCGAGCAGGTTGGCTTGTCCCAGTCGCCCTGTTGGCGTCGGATTCAGCGGATGAAGGAAGAGGGAATCATTCGGGGACAGGTGACGCTGCTGGACCGCAAGAAAATCGGCCTGAACACGCAGATCTTCGCCGAAATCAAGCTAAACGCCCACGGTCGCTCGAATTTCACCGAGTTCACCGAGGCGATCCGCGGATTTCCCGAAGTGCTGGAATGTTACGTGCTGATGGGGTCGGTGGATTTTCTGCTGCGCATCGTCACGGCGGACATCGAGGCGTATGAGCGATTCTTTTTCGAAAAGCTGTCGATGGTGCCGGGGATTCAGGAGGTGAACTCGATCGTGGCGTTGTCGGAGATCAAGTCGACGACGAGTTTGCCGGTGGTGCGCTAG MQSELDSYDRRILALLQEDASLSSAQIAEQVGLSQSPCWRRIQRMKEEGIIRGQVTLLDRKKIGLNTQIFAEIKLNAHGRSNFTEFTEAIRGFPEVLECYVLMGSVDFLLRIVTADIEAYERFFFEKLSMVPGIQEVNSIVALSEIKSTTSLPVVR NA NA NA NA NA D1-35_03082 1368 ygiF COG3025 Inorganic triphosphatase ATGCAGAAAGAAACCGAAATCAAACTCCGCGTCAGCCGCGAGACCCTGGCAGCCTTGCGCGAGCATCCGCTGTTGAAAAAACGCAACAAGAGTGGCTGGGAACGCCACGAATTGATGAACCAGTACTTCGACACGCCGGAACGTGACCTCGCCCGGGCCAAGGTTGCCCTGCGCCTGCGCCGCGACGGCGAAGAAGTCATCCAGACCCTCAAGACCCGTGGCCAGAGCGTTGCCGGCCTGTCCGAGCGCAACGAATACGACTGGCACCTGCCCAAAGCCAAGCTCGACCTGAAGAAGCTCGACGGCGAATGCTGGCCCGAGGCACTGGCGGACCTGGACAAAAAAACCCTCAAGGCGATTTTCTCCACCGATTTCGTTCGCGAGCGCGCCGAAATTGCCTGGGGCCGCGGCAAAGCCAAGGTGGTCATCGAGGCCGCCCTGGACCTGGGCCACGTGGTGGTCGGCAAGCAGAAGGAAGAAATCTGCGAGCTGGAACTGGAACTGCGCGAAGGCGAACCCGCCGCCCTTCTGGAACTGGCCGCCGAACTGGCCGCGACCCTGCCCTTGATGCCTTGCGACATCAGCAAGGCTGAACGTGGCTATCGCCTGCATGATGCGAGCAGTTACGCCCTGAGCCTGCCGGCTCCGCAACTGACGGCCGAAACGCCGCTGGACGATGCTTTTGGCGCATTGAGCTGGCATTTGCTGGGCAGCAGCCAACGCCTGGCTGAACAATATCGTTTCAACGGCCACTGGCGCCTGTTGCAGGATTGGGTGGAAAACCTCGCCGAACTGCGCGCGTTGCTCAGCAGCCTCGGCCAGGCAGCGCCGCGCCAATCGACCCATGATCTGCGCGTCGCCCTGGATGCGCTGCTGGAGGACTGGCGTCCGCTGGTCCAGGCCGGCCTCGACGACGAAGACGTGCGCAAGGCGGCGCCGGAGCAATTCCTCGAAGAGCTGCAGGACCCGCGCTGGGGCCTCTTCTCTCTTGAAGCTTCGCGTTGGTTGCTCGCCCGCAGCTGGACCGCCGACCGCAACACCCGCGGCAATCGCCAAGGCGCGGCGCAACTGGGCAGCTGGCTGCCGCGCCTGCTCAGCGAAGAAGCTTCGTCGCTGCAACTGCAACGCTACCAGCAACAACCGGAAGACCTGGCCGAGCAACTGCCGCGCATCGAACGTATCCAGGCCTGGCTGCATCATGCCCGCCAGGTGCTGGAAATTCCTGAGATGGACCGGCTCTACGGCGAATTGAACAAGCTGGCGCAATTGGCCAACGAACCGATCACCGACGAGCTCTTGGATGCGCGCAAGCAGCAGGCGATTGCGGTTTACCAGAATCGGGCCTGGAAGACTTTGCTGCGCCTGTGA MQKETEIKLRVSRETLAALREHPLLKKRNKSGWERHELMNQYFDTPERDLARAKVALRLRRDGEEVIQTLKTRGQSVAGLSERNEYDWHLPKAKLDLKKLDGECWPEALADLDKKTLKAIFSTDFVRERAEIAWGRGKAKVVIEAALDLGHVVVGKQKEEICELELELREGEPAALLELAAELAATLPLMPCDISKAERGYRLHDASSYALSLPAPQLTAETPLDDAFGALSWHLLGSSQRLAEQYRFNGHWRLLQDWVENLAELRALLSSLGQAAPRQSTHDLRVALDALLEDWRPLVQAGLDDEDVRKAAPEQFLEELQDPRWGLFSLEASRWLLARSWTADRNTRGNRQGAAQLGSWLPRLLSEEASSLQLQRYQQQPEDLAEQLPRIERIQAWLHHARQVLEIPEMDRLYGELNKLAQLANEPITDELLDARKQQAIAVYQNRAWKTLLRL NA NA NA NA NA D1-35_03083 1158 argE_1 Acetylornithine deacetylase ATGCCTTTGCCGTCCATGAAAGATCAGTTCGCTGCCCTGATCGCCGCGCCTTCGGTCAGTTGTACCCAGCCCAAGCTGGACCAGTCCAACAGCGCCGTGATCGAGCTGCTGGCAGGCTGGCTGTCGGAACTGGGATTCTCCTGTGATATCCAGCAGGTCAGCCCCGGCAAGTTCAACCTCCTCGCCAGCTTCGGCACGGGGCCCGGCGGGCTGGTGCTGGCCGGGCACAGCGACACGGTGCCGTTCGATGGCGCGTTGTGGCAGACCGACCCGCTCAAGCTCACCGAGGTCGGCGGGCGCTGGGTGGGCCTGGGCAGTTGTGACATGAAAGGTTTTTTCGCCCTGGCCATCGAAGCGGTGCGGCCGTTGCTGGACCAGCCGTTCAAGCAGCCGTTGCTGATCCTCGCCACCTGCGATGAAGAAAGCTCCATGGCGGGCGCCCGTGCCCTGGCCGAGGCCGGGCGGCCGCTCGGACGCGCGGCGGTGATAGGCGAACCGACGGGGCTGAAGCCGATCCGCATGCACAAGGGCGTGATGATGGAGCGTATCGACATCCTCGGGCGCAGCGGCCATTCCTCCGACCCGAGCCTGGGCCGCAGCGCGCTCGAAGCGATGCACGACGCCATGGGCGAGCTGCGTGGCCTGCGCCTGCAATGGCAGCGTGAGTTCCGCAATCCACAGTTCACCGTGCCGCAGCCGACCCTGAATTTCGGTTGTATTCATGGCGGCGACAATCCCAACCGGATCTGCGGCCAATGCTCCATGGAGTTCGACCTGCGCCCACTGCCAGGCATGGATCCAGAGGTGCTGCGGGCGGCGATCCGGCAGAAGCTCGACCCCATCGCCGAACGCCATCAGGTGAAGATCGACTACGCACCGCTATTCCCCGAAGCGCCCCCGTTCGAGCAGGCCGAGGACGCCGAGCTGGTGCGGGTGGCCGAACGGCTCACCGGGCATCGTGCCGAAGCAGTGGCGTTCGGCACCGAAGCGCCTTATCTTCAGCGCCTCGGTTGCGAAACCGTGGTATTGGGGCCTGGCGATATCGCCTGCGCCCACCAGCCTGGCGAATACCTTGAAATGTCACGTTTGCAGCCTACCGTGCAGCTGTTGCGACAGTTGATCGGCCATTACTGCCTGACACCGGCCAGCGCCGGTTAA MPLPSMKDQFAALIAAPSVSCTQPKLDQSNSAVIELLAGWLSELGFSCDIQQVSPGKFNLLASFGTGPGGLVLAGHSDTVPFDGALWQTDPLKLTEVGGRWVGLGSCDMKGFFALAIEAVRPLLDQPFKQPLLILATCDEESSMAGARALAEAGRPLGRAAVIGEPTGLKPIRMHKGVMMERIDILGRSGHSSDPSLGRSALEAMHDAMGELRGLRLQWQREFRNPQFTVPQPTLNFGCIHGGDNPNRICGQCSMEFDLRPLPGMDPEVLRAAIRQKLDPIAERHQVKIDYAPLFPEAPPFEQAEDAELVRVAERLTGHRAEAVAFGTEAPYLQRLGCETVVLGPGDIACAHQPGEYLEMSRLQPTVQLLRQLIGHYCLTPASAG PGPT0014254_1868 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014254-argE-K01438 NA NA D1-35_03084 1299 argA COG0548 Amino-acid acetyltransferase ATGCCCGAATACGTCAATTGGCTTCGTCACGCTTCGCCCTATATCAACGCCCACCGCGATTGCACCTTCATCGTCATGCTGCCTGGCGACGGGGTGGAGCACCCCAACTTCGGCAACATCGTCCATGACCTGGTGTTGCTGCACAGCCTCGGCGTGCGGCTGGTGCTGGTGCATGGTTCGCGTCCGCAAATCGAGACCCGCCTCGCTGCCCGCGGCCTGACGCCGCACTATCACCATGGCATGCGCATCACCGATGCCGCGACCCTGGAGTGCGTAATCGACGCGGTCGGTCAGTTGCGCATTGCCATCGAGGCGCGCCTGTCGATGGACATGGCCTCCTCGCCGATGCAAGGCTCGCGGTTGCGCGTGGCCAGCGGCAACCTGGTCACCGCGCGGCCGATCGGCGTTCTCGAAGGCGTGGACTATCACCACACCGGGGAAGTGCGTCGGGTCGACCGCAAGGGCATCAACCGCCTGTTGGATGAGCGCTCGATCGTCCTGCTGTCGCCGTTGGGCTATTCACCGACCGGGGAAATTTTCAACCTGGCGTGTGAAGACGTTGCGACCCGGGCGGCCATCGATCTGGCCGCCGACAAACTCCTGTTGTTCGGCGCCGAGCAGGGCCTGATCGGCGAGGATGGGCGGCTGGTTCGCGAGCTGCGTCCGCAACAGGTCCCGGCTCATATGCAACGTCTGGGCAGCGATTATCAGGCCGAGCTGCTCGATGCGGCGGCGCAGGCCTGCCGGGGCGGCGTGGCGCGTAGCCACATCGTCAGCTATGCCGAGGACGGTGCGCTGCTGGCCGAACTGTTCACCCGCGATGGCAGCGGCACGCTCGTGGCCCAGGAACAATTCGAGGTGGTGCGCGAAGCCGCCATCGAGGATGTCGGCGGCTTGCTGGACCTGATCAGTCCTTTGGAGGAACAGGGCATTCTGGTACGGCGTTCCCGCGAGGTGCTGGAGCGCGAGATCGAGCAGTTCAGCGTGGTCGAGCGCGAAGGCATGATCATCGCGTGCGCGGCGCTGTACCAGATCGCCGATTCGGATGCCGGGGAACTCGCCTGCCTGGCGGTGAACCCGGAGTACCGCCACGGTGGCCGGGGCGATGAGCTGCTGGAGCGGATCGAAACCCGGGCCCGCGCCCAGGGCCTCAAGACTCTGTTCGTGCTGACGACCCGGACCGCCCACTGGTTCCGCGAGCGCGGCTTCGAGCCCAGCAGTGTCGATCGCCTGCCGGCGGCGCGGGCTTCGTTGTACAACTATCAGCGTAATTCGAAAATCTTCGAAAAATCGCTGTAA MPEYVNWLRHASPYINAHRDCTFIVMLPGDGVEHPNFGNIVHDLVLLHSLGVRLVLVHGSRPQIETRLAARGLTPHYHHGMRITDAATLECVIDAVGQLRIAIEARLSMDMASSPMQGSRLRVASGNLVTARPIGVLEGVDYHHTGEVRRVDRKGINRLLDERSIVLLSPLGYSPTGEIFNLACEDVATRAAIDLAADKLLLFGAEQGLIGEDGRLVRELRPQQVPAHMQRLGSDYQAELLDAAAQACRGGVARSHIVSYAEDGALLAELFTRDGSGTLVAQEQFEVVREAAIEDVGGLLDLISPLEEQGILVRRSREVLEREIEQFSVVEREGMIIACAALYQIADSDAGELACLAVNPEYRHGGRGDELLERIETRARAQGLKTLFVLTTRTAHWFRERGFEPSSVDRLPAARASLYNYQRNSKIFEKSL PGPT0014243_1249 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014243-argAB-K14682 NA NA D1-35_03085 1329 oprD_3 Porin D ATGAAGAAGTCCACCTTGGCCCTGGCTGTGGCCGTTGGGGTAATGGCGCAGCAGGCAGGCGCCGCCGGTTTCATCGAGGACAGCAAGGCGTCCGTCAGTTCTCGCACCATGTACTTTGACAACGACAACCGTGAAGGCGCTGAAGACCAGCGTGAAGCGGCGACCGGCCTGAAGTTCGACTACAAGTCCGGCTTCACTCAAGGTGTCGTTGGTTTTGGTATCGACGCCCAGGCGATGGTTGGTCTTCACCTTGATGGTGGTAAAGGTCAGCGTCCAGACGCCAATAACTCCTTCTCGCCAAGTGACTCCGACGGGTCCGCGGAGCACAGCTGGAGCCGTGGGTCGGCCAACGTGAAGGCGCTTTTCTCCAAGACCGAGGCCCACCTGGGTGGTGCTCTGCAGCCTAACCTGCCGATCCTGGTCGCCAACGATGGCCGTCTGCTGCCGCAAACCTTCGAAGGTGGCACTATCACCTCCAAGGACCTGGACAACGTGACGTTCAACGCCGGTCAACTGGAGCGCGCCGTAGGCCGTGCCGGTACCAACAGTACTGGCTTGGCAGTGGCAGGTGGTACCGAAGACAGCAACCAGTTCCGTTACGCCGGTGCTGACTGGAAGGTCACCAAGGACCTGACCCTGCAGTACTACTACGCCAACCTGCAGGATTACTACAAGCAGCACTTCCTGGGTGCGGTACACGTTTTCCCGATCACCGAAGGCCAGTCGTTCAAGACTGACCTGCGTTACTTCGACAGCAGCTCGGATGGCCGTAACGGCGACCCAGGCTATCGCTTCAACAACAACGGCGGTTATGCCAAGAACCCGGGCGAGGTCGATAACAAGACCTGGAGCGCCATGTTCACCTACACCCTGGGTGGCAGCGCGTTCCTGTTGGGTCACCAGCAAGTTGGCGACGATGGTGGCTTCGTCTACATGAACCAGGGCAACCTGCTCAATGACAGCGGCCGCAACGAAGGCGCCGGTGGCTCGAGCTTCTACCTGTTCACCGACAGCATGATCCATCAGTTCGTTCGTGCGGGTGAGAACACCACCTTCGGTCAATACTCGTACGACTTCACCGGCCTGGGCGTTCCTGGCTTGAAGGCAGCGATTGCCTACCTGCACGGTGACGACATCAAGTCTGCTACCGGCGGAAGCGAAACTTCCGAGTGGGAACGCGACATGCGCCTGGACTACGTCGTCCAGCAAGGCCCGCTCAAGGGCTTCGGCACTACCCTGCGTCATGGCTCCTACCGTGGCAGCAGCACCGGTATCGCCGACCAGGATCAGACCCGCCTGATCTTCAACTACACTTACAACTTCATGTAA MKKSTLALAVAVGVMAQQAGAAGFIEDSKASVSSRTMYFDNDNREGAEDQREAATGLKFDYKSGFTQGVVGFGIDAQAMVGLHLDGGKGQRPDANNSFSPSDSDGSAEHSWSRGSANVKALFSKTEAHLGGALQPNLPILVANDGRLLPQTFEGGTITSKDLDNVTFNAGQLERAVGRAGTNSTGLAVAGGTEDSNQFRYAGADWKVTKDLTLQYYYANLQDYYKQHFLGAVHVFPITEGQSFKTDLRYFDSSSDGRNGDPGYRFNNNGGYAKNPGEVDNKTWSAMFTYTLGGSAFLLGHQQVGDDGGFVYMNQGNLLNDSGRNEGAGGSSFYLFTDSMIHQFVRAGENTTFGQYSYDFTGLGVPGLKAAIAYLHGDDIKSATGGSETSEWERDMRLDYVVQQGPLKGFGTTLRHGSYRGSSTGIADQDQTRLIFNYTYNFM NA NA NA NA NA D1-35_03086 429 hypothetical protein ATGGCCGATGATGTTTTGATCAACAAGGCAGCAAGTATCGAGCGTTGCGTCGCCAGGGTGCGGGAAGAATACGAGAAAGATCCCGCTACGTTTGCCACCGATTTCACTCGCCAGGACTCGGCAGTCCTGAACATTCAACGGGCGTGTGAAGCGGCACTGGACATGGGACAGCACTTGATTCGACGTGAGCGGCTGGGTGTTCCGCAAAGTGCTCGCGATACATTCGAGCTGCTTTTGCAAGGTGGCTGGCTGGAGGAAGGCCTGGTGAAAAACCTGAAGAATATGGTGGGCTTCAGGAACATCGCCGTGCATGACTATCAAGCTCTGCAACTGCCGATCATGATCGCAATCATTACCGGGCACTTGGACGATTTCCTCGGGTTCAGCGCGTACATCTTGCGCAAGGACGCGGCGCAGTCCAAGGGATAA MADDVLINKAASIERCVARVREEYEKDPATFATDFTRQDSAVLNIQRACEAALDMGQHLIRRERLGVPQSARDTFELLLQGGWLEEGLVKNLKNMVGFRNIAVHDYQALQLPIMIAIITGHLDDFLGFSAYILRKDAAQSKG NA NA NA NA NA D1-35_03087 396 hypothetical protein ATGAACACTCAAGCCTTGTTGTCTTATCTGCATCACCATCTCCCTGGGCTGCTGGCGGTTTACCTGTTCGGTAGTCATGCACAGGGCACCGCGGGACCTGATAGCGACGTCGATCTGGCGGTGCTCGTGTCCGGCGAGGTCGACCCTGTTTCGCTGTGGCAGCTCTCAGGAGATTTGGCCGATATCGCTGGCAGTCCCGTCGATCTGATCGATCTACGCGCGGCAACGACCGTCATGCAATACCAGATCGTGACCCGAGGTCAGCGGCTCTGGGCCAGAGACGTACAGGCGGGTTTGTATGAATGTTTCATTCTCAGCGAAAAAACCGCTCTGGATGAGGCTCGGGCAGGTTTGCTCAAGGATATTCAGGAAGAAGGCAGCGTGTATGGCCGATGA MNTQALLSYLHHHLPGLLAVYLFGSHAQGTAGPDSDVDLAVLVSGEVDPVSLWQLSGDLADIAGSPVDLIDLRAATTVMQYQIVTRGQRLWARDVQAGLYECFILSEKTALDEARAGLLKDIQEEGSVYGR NA NA NA NA NA D1-35_03088 2190 hypothetical protein TTGACCATTCGACAGCGTGACGACCAGCGGAGCACCGGTGACTGGAGCGTTCACCGAAGCGGTGTAAACCACAACGCCGCCTTCGCCAACCGTCGAAGTCGCGGTGAGCGAAACGGTGCTGGTGTCGAGGGTGTCGGTCACGTCCGTCACGACTGGTGCAGTGTTAGGCACCAGGTTTTCAAAGTTACCGCCAACGGCCGTGTCGATGCTGACTTCAACCTTGCCGGCATCCTTGTAGACATCGTCTTTCGGCGCGTCGACAGTTACGGTCCCAGTGGTAGCACCAGCCGCGATATTGATCACCGCGCCGTTGCTCAGGGTAATGGTGACAGGCGAGCCCGCTGCGTTGGTCAGGGTCGCGGTGTAAACAATCGAGCCGCCTTCGGCAACGGTGTCAGTCGCGGAAAGGGTCAGGCCGGTAGCATCAGCCGAATCAGTGATCGTAGTAACCGCAGGCGTAGTGCTCGGAACCAGATTCTCGAAGTTGCCGCCGGTTGCGCCGGTAATCGTAGTGCTGACAGTGCTGCCATTGTTGTAGACGTCGTTGGCCGGGGTATCGACAGCCACGGTACCGGTGGTCTGGCCGGCGGCGATAGTGATCACCGAGCCATTGCTCAACGTCACGGTCACCGGCGTCTGAGCAGGATTGGTCAGCGTCGCGGTGTAAATGATCTGACCGCCTTCGGTGATGGTTTCGCTGGCGCTGAGCGTCAGGCCAGTCGTATCAGCCGAATCAGTGATCGTAGTAACCGCAGGCGTCGTGCTCGGCACCAGGTTTTCGAAGTTGCCGCCGGTTGCTCCGGTGATCGTGGTGCTGACGGTACTGCCGTTGTTGTAGACGTCGTTGGCCGGGGTATCCACGGCAACGGTGCCGGTGGTCTGGCCAGCGGCAATGGTAATGACCGAGCCATTGCTCAACGTCACGGTCACCGGCGTCTGGGCCGGATTGGTCAACGTGGCGGTGTAGGTGATCTGGCCGCCTTCGGTGATGGTTTCGCTGGCGCTGAGCGTCAGGCCAGTCGTATCAGCCGAGTCAGAGATCGTGGTGACCGCAGGCGTAGTGCTGGGCACCAGATTCTCGAAGTTACCGCCGGTTGCGCCGGTAATCGTAGTGCTGACAGTGCTGCCATTGTTGTAGACGTCGTTAGCCTGGGTATCGACAGCCACGGTACCGGTGGTCTGGCCGGCGGCGATAGTGATCACCGAGCCATTGCTCAGCGTCACGGTCACCGGCGTCTGGGCCGGATTGGTCAACGTGGCGGTGTAGGTGATCTGGCCGCCTTCGGTGATGGTTTCGCTGGCGCTAAGCGTCAGGCCAGTGGCGTCAGCCGAATCAGTGATCGTAGTAACCGCAGGCGTGGTGCTCGGCACCAGATTTTCGAAGTTACCGCCAGTAGCGCCGGTAATCGTAGTGCTGACGGTGCTGCCGTTGTTATAGGCGTCGTTAGCCGGAGTATCGACAGCCACGGTACCGGTGGTCTGGCCAGCGGCAATCGTGATGACCGAGCCATTGCTCAATGTCACGGTCACCGGCGTCTGGGCCGGGTTGGTCAGCGTCGCGGTGTAGGTGATCTGGCCGCCTTCGGTGACAGTATTGCCGGCGCTCAGGGTGACGGTGGTGGTGTCGACGGTGTCGGTGATCTGCGTCACGGCTGGCGTGGTCGGCAGGGTCACGGCGATGCCGGTGCCGCCAGTGGTACCGGTGACGGTCACGCTGACTTGGCTGGGGTCGTTGTAGACCGTGTCGTTCGGTGCCAGGGGCACGTTGACGCTACCGGTCAGTTGCCCGGCCGGGATCACGATCACCGCGCCGTTGGACAGGGTTACGGTCAGGTTGGTTTGCGGCGCCTGGGTCACGGTCGCAGTGTAGACCAGCACGCCCCCGGCCTCGGTCAGGGTCGGGGTGGCGCTCAAGGTCATCGTCGCATTGAGCACGGCGTTGGCGGTGGTATCGGCGTTGTCGTCACCACCCAGGATGTTGTCATCGGTTGCTGCGGCCGCAGCGAGGCCTTCGGTCGGGAAGCCGATGGTGGGGTCGACGCTGCCGGCCGTGGCATCCAGCACGACGAAGCTATGACCGCCGCCCACGGCTCCGCCTGTACCGGCAGCGGTGGCGCCGGCCGCGGTGGCTTCCAGGGCGGTGGTCGGGTCGACACCGGCGGCGATGGCTTGCTGCAGCTCTTCTACTGA MTIRQRDDQRSTGDWSVHRSGVNHNAAFANRRSRGERNGAGVEGVGHVRHDWCSVRHQVFKVTANGRVDADFNLAGILVDIVFRRVDSYGPSGSTSRDIDHRAVAQGNGDRRARCVGQGRGVNNRAAFGNGVSRGKGQAGSISRISDRSNRRRSARNQILEVAAGCAGNRSADSAAIVVDVVGRGIDSHGTGGLAGGDSDHRAIAQRHGHRRLSRIGQRRGVNDLTAFGDGFAGAERQASRISRISDRSNRRRRARHQVFEVAAGCSGDRGADGTAVVVDVVGRGIHGNGAGGLASGNGNDRAIAQRHGHRRLGRIGQRGGVGDLAAFGDGFAGAERQASRISRVRDRGDRRRSAGHQILEVTAGCAGNRSADSAAIVVDVVSLGIDSHGTGGLAGGDSDHRAIAQRHGHRRLGRIGQRGGVGDLAAFGDGFAGAKRQASGVSRISDRSNRRRGARHQIFEVTASSAGNRSADGAAVVIGVVSRSIDSHGTGGLASGNRDDRAIAQCHGHRRLGRVGQRRGVGDLAAFGDSIAGAQGDGGGVDGVGDLRHGWRGRQGHGDAGAASGTGDGHADLAGVVVDRVVRCQGHVDATGQLPGRDHDHRAVGQGYGQVGLRRLGHGRSVDQHAPGLGQGRGGAQGHRRIEHGVGGGIGVVVTTQDVVIGCCGRSEAFGREADGGVDAAGRGIQHDEAMTAAHGSACTGSGGAGRGGFQGGGRVDTGGDGLLQLFY NA NA NA NA NA D1-35_03089 249 hypothetical protein TTGGGCAGTGGCCTGTTCGAGGTCGGTGGAAGAGTCCGGCGCGCTGGCGCTCCACTGGGTATCGCGGCCCAGGTCGAGCGTGCGGCCGTCAGCCAGTTCCAACGTGACGGCGCCGGCAGGGCCGGTGTCCAACTGGTCGCCTACGTTAAGGCGATCGCCTTCAATGAGTACGCGCCGAATGCCCTCGGGGGAAACGACGAAAACCTGACCAACAATGCTTTTGACAACGGCAATAACACTGCTCATTGA MGSGLFEVGGRVRRAGAPLGIAAQVERAAVSQFQRDGAGRAGVQLVAYVKAIAFNEYAPNALGGNDENLTNNAFDNGNNTAH NA NA NA NA NA D1-35_03090 1350 bepC_2 Outer membrane efflux protein BepC ATGCGTTCGCACCTGTTCAAGGCTTTACCCTTCGCCCTGGCCGCCAGTTTCGTACAAGCACAAACCTTGCCGCAGGCCATGCAACAAGCATTGGATGTTCATCCGGAAATTCAGGCAGGCGTGAACAGCCGCCTGGCGGCGGACTATCAGTTGAAGGCGGCCAAGGGCGGCTACCTGCCTAGAGTGGACCTCGCAGCCGGTTACGGCCGTGAAGGCACCGACAGCGTGACGACCCGTTCGGGCAGTAATAATCATTGGGAAACCCTGAACCGCAGCGAATCGAGCCTGCGTCTGTCGCAAATGGTTTTTGACGGTTTTGCGACGTCCAGCGAAGTCGGGCGTCAACAAGCCAACGTCAGTGCTCGCGCCTATTCCTTGCTTGATGCCTCCGAGCGCACCGGGCTGACCGTCGCCCAGGTGTACCTGGACGTACTGACCCGCCGTGAGTTCGTGCGCCTGGCCGAGGAAAACCTCAAGAGTCACGAGCGCATCTTCGATCAAATCAAGTTGCGCACGTCCCGGGGGGTAGGCAGCGGCGCCGACCTGGACCAGGCCGAGGCGCGCATGGCCCAGGCCCGCAACAACCTGATCACCGAGCAGACCAACCTGGCCGATGCCGAGACCAACTACCTCAGCGCCGTCGGACAATTGCCTGACCAACTGGAGCGCCCCGCCGACTTTCTGGCGTTGCTACCGGCCAACCTGACCGAAGCCCGTGCCCAGATGCTGGAAAACAGCCCGGTGCTGCGTTCGGCCGAAGCCGACATCGCCGCCGCCGAGAAGCAATACGAGGCCGCCAAGTCGAGCTTCTACCCTCGCTTCGACGCGGAACTGGGCCGCACCGCCGACAACGACCTGGACGGCCAGAACGGCCACAACAACGAATGGCAGGCCATGTTGCGCATGCGCTTCAACCTGTACGCCGGTGGTAGCAACAAGGCCGACCTGGAATCCAAGTCCTACCTGTCCAACCAGGCGCTGGATATCCGCAACAACGCGCTGCGCCAGTTGAATGAAGAGCTGGGCCTGGCCTGGAACGCCCTGAACAACGCCAACGCCCAGGTGCCGATCGCCCAGCAATACGTGGATCGCAGTGCCAACGTGCGCACCGCCTACCAGAAGCAATTCAGTCTCGGCGAGCGGACCCTGCTCGACTTGCTCGACAGCGAAAACGAGCTGTTCAGCGCCTCCCGCCGTCTGGCGGAAATCAAGAACGTGCAGCTGTTCAGCCAGTACCGGATCAAGGCGACCATGGGCCAGTTGCTGAAAAGCCAAGGCGTGGTCGCGCCGTTGGCATCCGTTGTGCAGAACGACGTGAAACCCAAGGTCCAGTTGCCTGGGATGAATTAA MRSHLFKALPFALAASFVQAQTLPQAMQQALDVHPEIQAGVNSRLAADYQLKAAKGGYLPRVDLAAGYGREGTDSVTTRSGSNNHWETLNRSESSLRLSQMVFDGFATSSEVGRQQANVSARAYSLLDASERTGLTVAQVYLDVLTRREFVRLAEENLKSHERIFDQIKLRTSRGVGSGADLDQAEARMAQARNNLITEQTNLADAETNYLSAVGQLPDQLERPADFLALLPANLTEARAQMLENSPVLRSAEADIAAAEKQYEAAKSSFYPRFDAELGRTADNDLDGQNGHNNEWQAMLRMRFNLYAGGSNKADLESKSYLSNQALDIRNNALRQLNEELGLAWNALNNANAQVPIAQQYVDRSANVRTAYQKQFSLGERTLLDLLDSENELFSASRRLAEIKNVQLFSQYRIKATMGQLLKSQGVVAPLASVVQNDVKPKVQLPGMN PGPT0022235_899 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022235-lapE-K12543 NA NA D1-35_03091 2157 ltxB COG2274 Leukotoxin export ATP-binding protein LtxB GTGGAATCAGAAGTCAGTCCAGTCGAACTAGTTCACGACCCGCGCACGCTGCACGATGACCCGCTGCTGGATGGTTTGCTGGCGCTCTGCATGCTGCACCAGAAACCTGCCAGCGCGGCGATGCTGACCACCGGCCTGCCGCTGCCCAAGCAACGCTTGAGCGTCGACTTATTGTCGCGCGCGGCGGCCCGTGCCGGTCTGCAAGGCCGGGTGCTGCAACGCAAGCTCGAACAGATCCCGGCCATCGCCATGCCGGCTCTGCTGCTGCTCAAAGAAGGCCGCAGCGCCGTGCTGCTGGGCTGGGCCGGTGACGACCAGGCGCGCTTGCTGCTTAGCGAAAGCGATGGCGGAGAGGTCACCGTCAGCCGCGAGCTGCTGGCCGATGACTACAGTGGCAAGGTTTTCTTCGCCCAGCCGCAGCATAAATTTGACGTCAACCACGGCACGCTGATCCCACGGGCGCGTTCCTGGTTTCGCGACACTCTCAAACGCTCCCGCTGGTTGTACGCCGATGCCATCGCGGCCAGCCTGCTGATCAATATCATCGCCATGGCCGCGCCGCTGTTCGTGATGAACGTCTACGACCGCGTGGTGCCGAACCAGGCCGAATCAACCCTGTGGGTACTGGCGGTCGGCATTACCGGCGCCTACATTTTCGACTTGATCCTGAAGATGCTGCGCAGCCTGTGCCTGGATCTGGCAGGCAAGAAAACCGACCTGATCATTTCTGCGACGCTGTTCGAGCGCATCGTCGGCATGGCGATGAAATATCGTCCGGCGCGGGTCGGCAGCTTTGCCCAGAACATCCACGAGTTCCAGAGCCTGCGGGACTTCCTCGCCTCGCTGACCCTGACCAGCCTGATCGACTTGCCGTTCACGCTGCTGATCTTCATGGTCATCGCGATCCTGGGCGGGCATCTGGTGTGGATTCCGGTGCTGGCGTTCCCGATCGCCTTGCTGATTGGCTATGCCTTGCAGAAGCCGTTGGTAGCGACCATGGAACGAACCATGGCCCTGGGCGCCGAGCGCCAGTCCAGCCTGATCGAAACCCTGGCCGGCCTGGATGCGGTGAAGGTCAACAACGCCGAAAGTGAACGGCAGTACCAATGGGAACAGACCATCGGCACCCTTAGCCGCCTCGAGCTGCGCGTGAAGATGCTGTCCGGCCTGGCGATGAACATCACCTTGCTGATCCAGCAACTGGCCGGGGTGATCATGATCGTCTTCGGCGTCTACCAGATCATCGCCGGCAACCTGAGCATGGGTGGGCTGATCGCCTGCTACATGCTCAGCGGCCGCGCACTGAGCCCATTGGCCTCGTTGTCGGGCCTGCTGACCCGCTACCAGCAAGCGCGGGTCACCATGACTTCCGTCGACCAGATGATGGAACTGCCCCAGGAACGCAATTTCGACGAGCGCCCGCTCAGCCGCAAGGTGTTGCAGGGCGCCATTGAATGTCGGCAATTGAATTTTACCTATCCGAACCAGCAGAACGCCGCGCTGAAGAACATCAACCTGGTGATCAAGCCGGGCGAAAAAATTGGCATCATCGGCCGCAGCGGCTCGGGCAAAAGCTCTCTGGCAAAACTCCTGGTGGGGCTTTACCAGCCGGATGACGGCGCGTTGCTGGTGGATGGCGTGGACATTCGCCAGATCGACGTCAGCGAGCTGCGCTACAACATCGGCTACGTGCCCCAGGACATCCAGCTGCTGTCCGGAACCCTGCGCGACAATCTCACTTCAGGTGCCCGCTACGTCGAGGATGAATTGGTGCTTCAGGCCGCGGAGCTGGCAGGCGTACACGAATTCGCCCGCCTGCATCCGCAAGGCTATGAGCTGCAAGTCGGTGAGCGCGGGCAGAACCTGTCCGGCGGCCAGCGCCAGAACGTCGCCCTGGCTCGCGCGTTGCTGCTCAATCCGCCGATCCTGCTCCTGGACGAACCTACCAGCGCGATGGACAACACCGGTGAAGAGCGCTTGAAACAGCGCCTGGCCGCCGTGGTGGAAAACAAGACCGTGCTGCTGGTGACGCACCGGGCATCCTTGCTGTCGCTGGTGGACCGCCTGCTGGTGATCGACCGCGGGCAGATTCTCGCCGACGGCCCGAAAGCCGCCGTCATGGAAGCGTTGAAGAAGGGGCAGATCAGTGTTGCTTAA MESEVSPVELVHDPRTLHDDPLLDGLLALCMLHQKPASAAMLTTGLPLPKQRLSVDLLSRAAARAGLQGRVLQRKLEQIPAIAMPALLLLKEGRSAVLLGWAGDDQARLLLSESDGGEVTVSRELLADDYSGKVFFAQPQHKFDVNHGTLIPRARSWFRDTLKRSRWLYADAIAASLLINIIAMAAPLFVMNVYDRVVPNQAESTLWVLAVGITGAYIFDLILKMLRSLCLDLAGKKTDLIISATLFERIVGMAMKYRPARVGSFAQNIHEFQSLRDFLASLTLTSLIDLPFTLLIFMVIAILGGHLVWIPVLAFPIALLIGYALQKPLVATMERTMALGAERQSSLIETLAGLDAVKVNNAESERQYQWEQTIGTLSRLELRVKMLSGLAMNITLLIQQLAGVIMIVFGVYQIIAGNLSMGGLIACYMLSGRALSPLASLSGLLTRYQQARVTMTSVDQMMELPQERNFDERPLSRKVLQGAIECRQLNFTYPNQQNAALKNINLVIKPGEKIGIIGRSGSGKSSLAKLLVGLYQPDDGALLVDGVDIRQIDVSELRYNIGYVPQDIQLLSGTLRDNLTSGARYVEDELVLQAAELAGVHEFARLHPQGYELQVGERGQNLSGGQRQNVALARALLLNPPILLLDEPTSAMDNTGEERLKQRLAAVVENKTVLLVTHRASLLSLVDRLLVIDRGQILADGPKAAVMEALKKGQISVA PGPT0022225_884 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022225-lapB-K12541 NA NA D1-35_03092 1368 prsE_3 Type I secretion system membrane fusion protein PrsE GTGTTGCTTAAATCCGGTTTCAAGGGCGCTGTGGGCCGTTACTTCAAAGGTTCCGACTCGCTGCATGGCCAACCGCTGCCCGAAGTCAACAAGGCGCTGATCGAGGACGCCCCCCGCGTGGTGCGCCTGACGATCTGGGGCATCATCGGTTTTTTCGTGTTCCTGGGGCTGTGGGCCAACTTCGCCGAGATCGACGAAGTGACCAAGGGCGACGGCAAGGCGATTCCTTCGTCCAAGATTCAGAAAATCCAGAACCTGGAAGGCGGTATCGTCGCCGAGCTGTTCGTAAAGGAAGGGCAGATTGTCGACGCCGGTGCGTCGTTGATTCGCCTGGACGACACGCGGTTTGTCTCCAACGTCGGCGAAACCGAGGCGGATCGCCTGTCCATGCTGTTGCGGGTCGAGCGCCTGAGTGCCGAGGTCGATGACCGACCGCTGAATTTCCCGGCTGATGTACTCAAGGCCGTACCGGGTCAGGCTGCCAGCGAAGAATCGCTGTACATCAGCCGCCGCCAGCAGTTGCACGATGAAATCGGCGGCTTGCAGGAGCAGTTGATCCAGCGGCAGCAGGAATTGCGCGAGTTCGTCTCCAAGCAGTCGCAATACCGCTCCGGCCTGGCGCTGCAACGCCAGGAAATCAACATGTCCGAGCCGCTGGTGGCCCAGGGCGCGGTATCGCCGGTGGAAGTGCTGCGGCTCAAGCGCGCCGAGGTCGAGACCCGTGGGCAACTGGACGCGACGACGCTGGCGATTCCTCGCGCCGAGTCGGCGATCAAGGAAGTGCAGCGCAAGATCGACGAGACTCGTGGCAAGTTCCGCAGCGAGGCACTGACCCAGCTCAATGAGGCGCGCACCGACCTGAACAAGGCTCAAGCCACCGGCAAGGCCCTGGAGGACCGGGTGAGCCGTACCCTGGTGACATCGCCGGTGCGCGGCATCGTCAACAAACTGCTGGTCAACACCATCGGCGGGGTAATCCAGCCCGGTAGCGACCTGGTGGAAATCGTGCCGCTGGACGACACCATTCTGGTGGAGGCGAAGATCCGTCCCCAGGACATCGCCTTCCTGCACCCCGGCCAGGACGCCACGGTGAAATTCACCGCCTACGACTACACCATCTACGGCGGGATGAAAGCCAAGCTGGAACAGATCGGCGCCGACACCATCACTGATGAAGACAAGAAAACCACCTACTACATCATCAAGTTGCGCACCGAACGCAGCCACCTGGGCACGCCTGAAAAGCCCTTGCTGATCATCCCCGGGATGGTGGCGTCGGTGGATATCATCACCGGCAAGAAGACCGTGCTGAGCTACCTGCTCAAGCCCATCATCAAGGCCCGGGCCGAGGCGTTGCATGAGCGGTAG MLLKSGFKGAVGRYFKGSDSLHGQPLPEVNKALIEDAPRVVRLTIWGIIGFFVFLGLWANFAEIDEVTKGDGKAIPSSKIQKIQNLEGGIVAELFVKEGQIVDAGASLIRLDDTRFVSNVGETEADRLSMLLRVERLSAEVDDRPLNFPADVLKAVPGQAASEESLYISRRQQLHDEIGGLQEQLIQRQQELREFVSKQSQYRSGLALQRQEINMSEPLVAQGAVSPVEVLRLKRAEVETRGQLDATTLAIPRAESAIKEVQRKIDETRGKFRSEALTQLNEARTDLNKAQATGKALEDRVSRTLVTSPVRGIVNKLLVNTIGGVIQPGSDLVEIVPLDDTILVEAKIRPQDIAFLHPGQDATVKFTAYDYTIYGGMKAKLEQIGADTITDEDKKTTYYIIKLRTERSHLGTPEKPLLIIPGMVASVDIITGKKTVLSYLLKPIIKARAEALHER PGPT0022230_396 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022230-lapC-K12542 NA NA D1-35_03093 903 tauD_1 COG2175 Alpha-ketoglutarate-dependent taurine dioxygenase ATGCCAGCCGTCTCTTTTTCTCCAGACTCAAATGCCGCGAACATCGCGCCGCAATCATTCGAAGTACGCCCATTCAGCGGTGCCGTAGGTGCCGAGATCGTCGGGCTGGACCTGTCGCGGCCGATCAACCATCAGGATTTCGCGCGCATCCACCGCGCTCACCTGGACTATCACGTCGTGGTGTTCCGCGATCAGCGCATCACTCCCGAGCAGCACATCGCTTTCAGCCGCCGTTTTGGCGTGCTGCAAATCCATGTGCTCAAGCAATTCCTGCTGGCCGGGCATCCGGAAATTCTCATCGTCTCCAACATCATCGAGAACGGCCAGTCCATCGGTCTGGGAGACGCCGGCAAGTTCTGGCATTCGGACCTTTCCTATAAGGAACTGCCGAGCCTCGGCTCGATGCTCCACGCCCAGGAGCTGCCGAGCGAGGGCGGCGACACGCTGTTCGCCGACATGCACAAGGCCTGGGACGGTTTGCCCGAAACACTGCGTAAAGCGATCGAGGGCCGTTCGGCGGCGCATTCTTACACCGCGCGTTACAGCGAGACCAAATTCGAAGGCAACTGGCGCCCGACGCTGACGCCTGAACAGTTGGCCCAGGTCGCCGAAGTCGTGCATCCGATCGTCCGCACCCACCCGGAAACCGGGCGCCAGGCGCTGTTCGTCAGCGAAGGCTTCACCACCCGCATCGTCGGCCTGCCGGAGGATGAAAGCAAAGCCATCCTGGCCGAGCTGTATGCCTACAGCGTGCTGCCCCAGAACATCTATCGCCATCAATGGCAGCCCCACGACCTGGTGTTCTGGGACAACCGCTCGCTGATCCACCTCGCCGCCGGATGCCCGAGCCATCTGCGCCGCAAGCTGTATCGCACCACTATCCAGGGCGACGCCCCTTTCTGA MPAVSFSPDSNAANIAPQSFEVRPFSGAVGAEIVGLDLSRPINHQDFARIHRAHLDYHVVVFRDQRITPEQHIAFSRRFGVLQIHVLKQFLLAGHPEILIVSNIIENGQSIGLGDAGKFWHSDLSYKELPSLGSMLHAQELPSEGGDTLFADMHKAWDGLPETLRKAIEGRSAAHSYTARYSETKFEGNWRPTLTPEQLAQVAEVVHPIVRTHPETGRQALFVSEGFTTRIVGLPEDESKAILAELYAYSVLPQNIYRHQWQPHDLVFWDNRSLIHLAAGCPSHLRRKLYRTTIQGDAPF PGPT0002940_405 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002940-tauD-K03119 NA NA D1-35_03094 1026 hypothetical protein ATGTCCAAACGCATCGCTTTTGCACCGCTGGCTGCGGCTATCGGCCTGGGGTTCAGCTTGCTCGCTGGCAGCCTGGTCGCGCCGGCCAGCGCCCAGGCCGAGGGCGAGATTCGCATCGCCGAGCAGTTCGGCATCGTCTACCTGCTGCTGAACGTGGTCCGCGACCAGCAATTGATCGAGAAACACGGCAAGGAGGAGGGCATCGACATCAAGGTCGACTGGACCCAGCTGTCCGGCGGTGCGGCGGTCAACGATGCGTTGCTGTCAGGCTCCATCGACATTGCCGGGGCCGGCGTCGGCCCGTTACTGACGGTCTGGGATCGCACCCGTGGCAAGCAGAACGTCAAGGCCGTGGCCTCCCTGGGCAACTTTCCCTATTACCTGTTAAGCAACAACCCGAACGTCAAGACCATCGCCGACTTCACCGAGAAGGACCGCATCGCGGTGCCGGCGGTGGGCGTGTCGGTGCAGTCACGTTTCCTGCAGTACGCCGCCGCGAAGCAGTGGGGCGACAAGGAGTTCAATCGCCTCGACAAGTACACCCTGGCCGTCCCGCACCCGGACGCCACGGCCGCGTTGATTGCCGGCGGCACCGAGTTGACCGGGCACTTTTCCAACCCGCCGTTCCAGGACCAGGCCCTGCAAAACCCCAACGTTCATGTGGTGCTCAACTCCTATGACGTGCTCGGGCCGAATTCGCCCACGGTGCTGTTCGCCACCGAGAAATTCCGCGATGAAAACCCAAAAACCTACAAGGCCTTCGTCGAAGCGCTGACCGAAGCGGCCGAGTTCGCCCAGAAAGACAAAGGCGCGGCGGCGGACACCTACCTGCGCGTGAGCAAGGCCAAGATCGACCGGGCGACTCTGCTGAAGATCATCAAAAACCCGCAGATCGAATTTACCGTCACGCCAAAAAACACCTACCCGCTCGCCGAATTCCTCTACCGCGTCGGCGCCATCAAGAACAAGCCGGCCTCCTGGGAAGACTACTTCTTCCAGGACGCCAAACCGCTGCAGGGGAGCTGA MSKRIAFAPLAAAIGLGFSLLAGSLVAPASAQAEGEIRIAEQFGIVYLLLNVVRDQQLIEKHGKEEGIDIKVDWTQLSGGAAVNDALLSGSIDIAGAGVGPLLTVWDRTRGKQNVKAVASLGNFPYYLLSNNPNVKTIADFTEKDRIAVPAVGVSVQSRFLQYAAAKQWGDKEFNRLDKYTLAVPHPDATAALIAGGTELTGHFSNPPFQDQALQNPNVHVVLNSYDVLGPNSPTVLFATEKFRDENPKTYKAFVEALTEAAEFAQKDKGAAADTYLRVSKAKIDRATLLKIIKNPQIEFTVTPKNTYPLAEFLYRVGAIKNKPASWEDYFFQDAKPLQGS PGPT0001135_3781 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D1-35_03095 861 cmpD_2 Bicarbonate transport ATP-binding protein CmpD ATGAACGCGCCATTGCCAGGCCACGCGGCCAGCAACGCCACCCGCACCGACACCGCGCTGTTGTCGGTGGATAACGTCAGCCTGGAATACCGCACCCCGCAGCGTGTAGTCCGCGCCACCCATCAAGTGAGTTTCGAGGTCGATCCGGCGGACCGCTTTGTACTGCTCGGCCCGTCCGGGTGCGGCAAGTCCACGTTGCTCAAGGCCATTGGTGGTTTCATCACTCCGTGTGAAGGCGAGATCCGCCTGCAAGGCCAAATCGTCAGCGCGCCAGGGCCGGACCGGATTGTGGTGTTCCAGGAGTTCGATCAGCTGCCGCCGTGGAAAACCGTTAAGCAGAACGTGATGTTCGCGCTGCTGGCGTCGGGCACGCTCAAACGTCGCGAGGCCGAGGAGCGGGCGCTGCACTACCTCGATAAAGTCGGGCTGGCAGCGTTTGCCGATGCTTATCCGCATACCTTGTCTGGTGGGATGAAGGCACGCGTCGCGATTGCCCGGGCGCTGGCGATGCAACCGAAGATCCTGCTGATGGACGAGCCGTTTGCGGCGCTGGATGCGCTGACCCGCCGCAAGATGCAGGAGGAATTGCTGCTGCTCTGGGAGGAGGTGCGCTTCACGCTGTTGTTCGTTACCCATTCCATCGAAGAAGCGCTGGTCGTGGGCAATCGCATCCTGCTGCTGTCACCGCATCCGGGGCGGGTCCGGGCGGAAATCCACAGCCATCAATATGATCTGCACAGCCTTGGCGGCGTCGGGTTCCAGCACACGGCGCGGCGGATTCATTCGCTGCTGTTCGAACAAGGCCAGTCGCCGGACGCTGAACGCGAGCTGGGTTTTGCCGACATTCGTATCGCGTACTGA MNAPLPGHAASNATRTDTALLSVDNVSLEYRTPQRVVRATHQVSFEVDPADRFVLLGPSGCGKSTLLKAIGGFITPCEGEIRLQGQIVSAPGPDRIVVFQEFDQLPPWKTVKQNVMFALLASGTLKRREAEERALHYLDKVGLAAFADAYPHTLSGGMKARVAIARALAMQPKILLMDEPFAALDALTRRKMQEELLLLWEEVRFTLLFVTHSIEEALVVGNRILLLSPHPGRVRAEIHSHQYDLHSLGGVGFQHTARRIHSLLFEQGQSPDAERELGFADIRIAY PGPT0001140_1244 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D1-35_03096 867 hypothetical protein ATGAGCCAGTTATCGCCTGCGCGCGAAGAATACGAAGTCGATCTGCAACCGCTGACCCACGTGCCACTGGAGCGGGAATTGCCCCTGGGCCAGCGCCTTTGGCAGCAGGGGTGGTTGCGTAAATGTTTGATCCTGTTGGTGCTGGCGCTGGTATGGGAGGGCGTGGCGCGTTACCAGAACAACGACCTGTTGCTGCCGAGCTTTTTGCAGACTGCCAGCGCGCTGTATGACGGTTTGCTCAGTGGCGAGTTGCTGGGCAAGGTGTGGATTTCCCTGATGGTGCTGCTCAAGGGTTATTTGCTCGGCATCGTCCTGGCGTTTGGCTTGACCACCCTGGCGGTGTCGACGCAGTTGGGGCGTGACCTGCTCAGCACCCTGACGTCGATGTTCAACCCGTTGCCGGCCATCGCGCTGTTGCCGTTGGCGCTGCTGTGGTTCGGCCTGGGGCAGAACAGCCTGATTTTTGTATTGGTGCATTCGGTGCTGTGGGCGCTGGCATTGAACATGTATGCGGGGTTTCTCGGCGTGTCGGAAACGCTGCGCATGGCCGGGCGCAACTACGGGCTCAAGGGCCTGCGCTTTGTGCTGTTCATCCTGATTCCGGCGGCGCTGCCGTCGATCCTCGCCGGGCTGAAAATCGGCTGGGCCTTCGCCTGGCGCACGCTGATCGCCGCCGAACTGGTATTCGGCGCCACCAGCGGCAAGGGCGGCCTGGGCTGGTACATCTTCCAGAACCGCAACGAGCTGTACACCGACAAGGTCTTTGCCGGGCTGGCGGTGGTAATCCTCATCGGGCTGCTGGTAGAGAACCTGGTATTCGACAGCCTGGAACGGGTGACGGTGAAGCGTTGGGGGATGCAGCGTTGA MSQLSPAREEYEVDLQPLTHVPLERELPLGQRLWQQGWLRKCLILLVLALVWEGVARYQNNDLLLPSFLQTASALYDGLLSGELLGKVWISLMVLLKGYLLGIVLAFGLTTLAVSTQLGRDLLSTLTSMFNPLPAIALLPLALLWFGLGQNSLIFVLVHSVLWALALNMYAGFLGVSETLRMAGRNYGLKGLRFVLFILIPAALPSILAGLKIGWAFAWRTLIAAELVFGATSGKGGLGWYIFQNRNELYTDKVFAGLAVVILIGLLVENLVFDSLERVTVKRWGMQR PGPT0001145_2736 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D1-35_03097 489 hypothetical protein ATGCCAGTCCCTCCCAGCCCCCTTCGCAAAGCCCTGGTCGTTTGGCTGTACGCTGCGGCCCTGATGCATCTGCTCGCCGGTCTTACGCTGACCTGGGCCGGTCACTCCGGCTTGCTCGATGATTACCTGAACACCATCGAGCAGGCGTTCTGGGGGGCGGACATCGTGCCGGTTACCGTCCGCACGCAACAAGTCTGGTGGCTGGCGCTGTTCGGCGCCACGTTGCAAAGCTATGCGTTGTACATGCTCGCCCTGGTCCATCTCGGCGATCGCCTGAAAACTGCCATGCCCTGGGGCTGGCTGATCGTCGGCATTCTGCTCTGGGCGCCTCAGGACATGCTGGTTTCCGCCCAGGCGCGGGTCTGGTCGCACCTGTGGTTCGACAGCTTTGCATTACTTGTTTTACTGCCGCCGCTGTTCTGGCTTTATCGCCATGACCGCCGCCCCGCCCTGACCGACAACACATCGAGTGAGTCGAACCATGCCTGA MPVPPSPLRKALVVWLYAAALMHLLAGLTLTWAGHSGLLDDYLNTIEQAFWGADIVPVTVRTQQVWWLALFGATLQSYALYMLALVHLGDRLKTAMPWGWLIVGILLWAPQDMLVSAQARVWSHLWFDSFALLVLLPPLFWLYRHDRRPALTDNTSSESNHA PGPT0014730_187 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D1-35_03098 1443 hypothetical protein ATGCCTGATTTTTCGTCGCTGGACTGGGCCATTGCCCTGCTGATTGCCCAGGCCATCCTCGGTGCGCTGGATACCCTGTATCACCATGAACTCACCGTTGCCTTGCCCTATCGCCACAGTGCGCGGCTGGAACTCTCCATCCACTCCCTGCGCTCGTGTTTCTACGGGATCCTGTTCCTGGGTATCGCGCATCTGGCCTTCGAAGGGACATGGGCGATCGTCATCGCGCTGCTGTTCGCCCTGGAGATCGGCCTGACGCTGTGGGATTTCGTGGTCGAGGACCGTAGCCGCAAACTGCCGCCCATCGAGCGCATCATGCACACCGTGCTGGCGGTCAACGGTGGGGCCTTCTTCGCGCTGTATGGCGTGCAACTGGCGCAGTGGGCGAGCCTGCCGACCGGCCTGAGCACGATCGACCTGGGCTGGCGCGGCTGGCTGCTGACGTTGTTTGCCATCGGCGTCACCGCCTCGGGCATTCGCGACGGCTTGGCCGCCTTGCGCATGCAGCGCCAGGGCAAGCCGGGCAACCCGTTTGCCGGTGGTGCCTACAAGCGCGTGCTGGTCACGGGAGGCACCGGGTTTATCGGCGAGACCCTGGTCAATCAGTTGCTCGATGCCGGGCACACGGTCACCGTGTTGGCCCGCGATCCATTGAGGGCGGCCTATCTGTTTGACGGCCGCGCCCGCTGCGTGCGTTCGCTGGGCAAGCTGGGCCATGACGAAACCTTCGATGTACTGATCAACCTGGCGGGCGCGCCGGTGGCCGGGCCGCGCTGGAGCCCGAGGCGCCAGGCGCAACTCATCGCCAGCCGGGTCGATACCACCGAAGCCTTGATGACATGGTTGAAGAACGCCCGGCACAAACCGGCGTTGTGGATTCAAGCGTCGGCCATCGGTTTTTATGGCGTGCGCGACGCCAGCGAAAGCCTCGATGAAAGCGCCAGCCAGGGCGATGGTTTCATGGCCGAACTCTGTTCGCGTTGGGAAGCCTCTGCGCGGCCCGCAACCGAGTTGGGCGTGCGACAGGTGGTGATGCGCCTGGGCGTGGTGTTCGGTCCGGGCGGTGCGTTGCTGCCGTTGCTGATTCCGTTTCGCTTGGGGTTCGGTGGGCGGATGGGCGATGGTCGGCAAATCATGAGTTGGGTGCACCGCGACGATGTGATCCAGGTGATCGCCCGTGCCTTCGAGGACGAAAGCCTGAGCGGCACCTACAACCTGGTAGCGCCGGAAACGGTCAGTCAGGCGCTGTTCGCCGAACGTGTCGGCAAGGCGCTCAAACGCCCTGTGTGGTTCCACATCCCGGCCGCGCCGGTGCGCGCCCTGGCTGGCGAGATGGCCCAGCTGTTTTTTGACGGCCAGCGCGTGGTGCCCGATCGTCTCGTTCAGGCCGGTTATACGTTCCGTTACCCCACACTTGACGCTGCCCTGCGCGACCTGGCCTGA MPDFSSLDWAIALLIAQAILGALDTLYHHELTVALPYRHSARLELSIHSLRSCFYGILFLGIAHLAFEGTWAIVIALLFALEIGLTLWDFVVEDRSRKLPPIERIMHTVLAVNGGAFFALYGVQLAQWASLPTGLSTIDLGWRGWLLTLFAIGVTASGIRDGLAALRMQRQGKPGNPFAGGAYKRVLVTGGTGFIGETLVNQLLDAGHTVTVLARDPLRAAYLFDGRARCVRSLGKLGHDETFDVLINLAGAPVAGPRWSPRRQAQLIASRVDTTEALMTWLKNARHKPALWIQASAIGFYGVRDASESLDESASQGDGFMAELCSRWEASARPATELGVRQVVMRLGVVFGPGGALLPLLIPFRLGFGGRMGDGRQIMSWVHRDDVIQVIARAFEDESLSGTYNLVAPETVSQALFAERVGKALKRPVWFHIPAAPVRALAGEMAQLFFDGQRVVPDRLVQAGYTFRYPTLDAALRDLA PGPT0014730_109 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D1-35_03099 2436 hypothetical protein ATGAGCAAGCCGAGGATGTACCTGCTGGCCGGCAACGGTAGCGCTGCCGATTGGTGGGACGACGCGTTGCCGCACTTCAAACGCTACGACGTGGTGCCGCTGGAGCTGCCCGGTTTCGGCGACAACCCTCAGGCTCCTTGTGAAGACCTGGCGGCCTACGCACAGGCGTTGCTCGCGGCAACGGTAAAGGGCAGCGCGATCATGGCGGTCGGGGTGAACGCCTTGCTGGTGCTGCACGCCTTGCAACGCCGGCCCGGACACTTTTGCCGCAGCGTTTTGCTGGCGCCGGTGGGTGCGTTCTTGTGGCAGCGACGATTGCCGGCGCTGATGTCGCCGCTGCCGATTCGCAAGACCATCCACTGGCTGCTGGCGAACAAGCCAAGGCTGTTCGCCCACAAGTTCTCCCGCCAGCAATGGACGCCCGCGCAGTACCAGCGCATGGGCGCCGGCTATGCCCGCTGCCGGGCCTTTGTGCCGCATTGGGATCTGGTGCGCGCCGACACCGCGTTGCCGTTGCTGGAGTGGATCAGCGACCCGGTCGAACTGGTATGGGGCGATCAGGACAAGATGCTCGGCATCGCCCAGGCAGCGGCATGGTCAGCCATTCTCGCCCGCGCCGACTTGACCATCAGCTTGAAGCCCGGTTGGGGCCACTACCCGTGGATCGACTCACCAGCTGAATTCGCCGCCTGGCTGGAGTCCGGCGAGCGCGGGTTCGTCGCGCACACCAAAGGCGGCCGCTTGCGCCTGGCGGAGCTGGCCGGGCAGCCGGTGCCAGCGGCACTGTCACTCAACGATTGTCATGATCCACGCTTGCCAGGATTTTTGAGCAGCCAGCCGGATGCTGCCTGGGCCGTGCGTTCCTCCAGTTACGGGGAGGATCAGGCCGATGCGGCCAATGCGGGCTTGAGCACCACCTACTTGCGCGAGCCGACACACAATGTGCCGACACGCATTGCCGAGCTGAGCGCGGCGGGTGTCGAGGAAGTGGTGGTGCAGCGTTTCATCACGCCACGACTGTCCGGGATCGCCTTTGTGCGTCACCTTTCGGTTGAGCTGGAATGGGTCGAAGGCCATCTGGAGCCGTTGGCCGATGGCAAGGTGAGCCCTGAGCGAGCGATCATTTCCCGTCTCGGCGAGTCTTGGAACAGCGGCACATTCACGCCGGCCCATGGCCTGACCGCCGAAGCGCTGTGGCAGTTTCTCCAAGGCGTGCTGCGGGTCTTCCACTACGTGCCCGGCGATGTTGAATGGGCCTGGGACGGCACGCAACTCTGGTTGCTGCAATACCGGCCGATCAGCGACTACGGCTGGCGCCGTCACCTGACCGCCGCCAACATCGCCGAGATCCTGCCGCCACAACCCAGCGTTCTGGTGGAGTACGCCCAGCGTCGCGCGGCGGCAAGCATTCCGGCGATCATGGCGCGTTGGGATTCACGGATTTTGCAGGACAACGAGCCTTTCACCGCGGTGTTTGGCGGCGCCTCGTATATCAACAACGACCTGTTTCTCGCCCGGCTGGCCGACTGGGGCGTCAGCGCCAGCAGCTATGCCGGCGAGGTCGGTGGGGCAACGCCGCACTTGCCTTGGCGGCCGCTGCGCCTGCTGCGGTCGCTGCCGTTGTTTTTGCGCATGCAGCGTATCGCTCGCGGGCATCTGCTTACCTTGGAAAACGGTTTGCGCCGTTTCGACCGAGAGCTGCACGAACTGACCGGACAAGGCGCTGGCGGCCAGCAACTGGCCGACTGGTTTACTCGCTTCTACGTGTTCGTGGTGCAGGGCAACCTGTGCATCGCCAGCGCCTTGGCCAGCAGTGGCGGCGACTGGCTGGGACGACCGCCGACCGCCTATGACAATCTCGAACACAGCCCTCATCGCTTGCCTTGGGAAACCGATCCGGCAACGCCACGTCCGGCGCCAACGGAGCTGGCATTGCAACCCTTCCCGCAATGGCCGTTGGCGATTCGCCTGGCCCATGGCGCCGGCCTGCCAGGGCTGCGCGGTTACTATCTGCAGGTGCGCGAATGGTATCGCGACAACCTGATGCGGATCTTTTTCCGCCTGCACCACGCCATGCCGAGCGCCGACCGCGAGCATTGGTTCGCGCCGCACCGGGACATCCGCAGCCGCGACGGCAGCTTCTGGCAGGACGGCCGCGAAGGCACAGAGCAGGCGAGCGGATTCCTGATCTACCCGGGCCAGGCCCAGGGCATCCTCGGCGAGGACATCCTGCTGGAAGACACCCTGGACCCAGGCCGCCATGCTCACTATCAAGGCGCCCGCGCCGTGATCGCACGCATGGGCGGCCGCCTGTCCCATGGCTCGACGTTGTTGCGTGAACTGCGCAAACCTTCGGCGGTACTGCCTCAAGTAGACGTGGGATGGTTGGGGCGTGAGGTGGTGTATTGCGATGGGGAGTTGAGGCTGGTGGAGTAG MSKPRMYLLAGNGSAADWWDDALPHFKRYDVVPLELPGFGDNPQAPCEDLAAYAQALLAATVKGSAIMAVGVNALLVLHALQRRPGHFCRSVLLAPVGAFLWQRRLPALMSPLPIRKTIHWLLANKPRLFAHKFSRQQWTPAQYQRMGAGYARCRAFVPHWDLVRADTALPLLEWISDPVELVWGDQDKMLGIAQAAAWSAILARADLTISLKPGWGHYPWIDSPAEFAAWLESGERGFVAHTKGGRLRLAELAGQPVPAALSLNDCHDPRLPGFLSSQPDAAWAVRSSSYGEDQADAANAGLSTTYLREPTHNVPTRIAELSAAGVEEVVVQRFITPRLSGIAFVRHLSVELEWVEGHLEPLADGKVSPERAIISRLGESWNSGTFTPAHGLTAEALWQFLQGVLRVFHYVPGDVEWAWDGTQLWLLQYRPISDYGWRRHLTAANIAEILPPQPSVLVEYAQRRAAASIPAIMARWDSRILQDNEPFTAVFGGASYINNDLFLARLADWGVSASSYAGEVGGATPHLPWRPLRLLRSLPLFLRMQRIARGHLLTLENGLRRFDRELHELTGQGAGGQQLADWFTRFYVFVVQGNLCIASALASSGGDWLGRPPTAYDNLEHSPHRLPWETDPATPRPAPTELALQPFPQWPLAIRLAHGAGLPGLRGYYLQVREWYRDNLMRIFFRLHHAMPSADREHWFAPHRDIRSRDGSFWQDGREGTEQASGFLIYPGQAQGILGEDILLEDTLDPGRHAHYQGARAVIARMGGRLSHGSTLLRELRKPSAVLPQVDVGWLGREVVYCDGELRLVE NA NA NA NA NA D1-35_03100 246 hypothetical protein ATGGAATCCCCAGTCCATACGCTGCCCGCGTTATTCAAACAACTCGGTCTGCCCGACGACGCCGTCAGCATCGATCAGTTCATCGCCAGCCACTCGCCGCTCAAGCCCGAGCTGCACCTGTCCGATGCGTTCTTCTGGAGCGAGGGCCAGCGACAGTTGCTGCGCGTCGAAATCCTTGAAGATGCCGACTGGGCGTTGGTGGTAGATCAACTCGACGTGCTGTTGCGCAAGGGACGGAGCGAGTGA MESPVHTLPALFKQLGLPDDAVSIDQFIASHSPLKPELHLSDAFFWSEGQRQLLRVEILEDADWALVVDQLDVLLRKGRSE NA NA NA NA NA D1-35_03101 582 hypothetical protein ATGCGCAACGAATCGATTCGCTACCTGATTGTGCCGGGCTGGCAAGGATCGCCGGAAAATCATTGGCAAACCCACTGGCAGAACAGTCTGCCCAACAGTGCCCGGGTCGAGCAGGCTGACTGGCTGACGCCACGGCGTGAAGATTGGGTCGCCGCGCTGGCCGAAGCCATCGCCAGCGACAGCACGCCAGTGATCCTGATCGCCCATAGCCTGGGTTGCATCACCGTGGCCCATTGGGCCGCCACCGCGCCGGTGCCATTCCTGCGGCAGGTGCGTGGCGCGTTGCTGGTGGCGCCGGCGGATGTCGAGCGGCCCGCTTGTGCCCCGGCGCTACGCAACTTCGCGCCGATTCCCACGGACCTGTTGCCGTTTCCCAGCCAAGTGGTCAGTTCCGACAACGACGCGGCGGTCAGTGCCGCGCGCGCCATGGAGCTGGCGCGGAGTTGGGGGGCCGAGGCCGGGATCCTGGCCGGGGCGGGGCACATCAATGTGAAGTCCGGCCACCAGCGCTGGGAGCAGGGTTTCGCTTATCTCTATCGTTTGCAAAACCGCATGGAGCATCACGCCCTGCGTCGCGCCTGA MRNESIRYLIVPGWQGSPENHWQTHWQNSLPNSARVEQADWLTPRREDWVAALAEAIASDSTPVILIAHSLGCITVAHWAATAPVPFLRQVRGALLVAPADVERPACAPALRNFAPIPTDLLPFPSQVVSSDNDAAVSAARAMELARSWGAEAGILAGAGHINVKSGHQRWEQGFAYLYRLQNRMEHHALRRA NA NA NA NA NA D1-35_03102 936 sfnR_1 COG1221 Sigma54-dependent transcriptional activator SfnR ATGAGCCTGCATGAAACCTTCGGTCAGCCCTTGCTGACCTTTCCCGACTCGGAAAAAAGCCCCCTGAGCATCCGTGCCAAGGCACTGGTGTTCGTCGACCCGCGTTCGCGGCAGTTGCGCCAGGAATTGGAACAACTGGCGCCACGGGCGATTTCGGTGCTGATTCGCGGCGAAACCGGCACCGGCAAGGAGCTGCTGGCCCGGCATATCCATCGCGAGAGCAATCGCGGTGGGCTGTTTGTTTCGGTCAATTGCGGCGCTATCAGCCCGACCTACGCCGACGCCGAATTGTTCGGTTATTCCGCCGGCAGTTATAGCGGTTCGGCCAGCAGTCGGGCCGGGTGGTTCGGCTCGGCCAACGGCGGCACGCTCTACCTGGATGAGATCGGAGACCTGCCGCTGCCGATCCAGATCAAGTTGCTGGCGGCGCTGGAAAACCATGAGGTCACGCGTGTCGGCGCCCAACAACCGAGCCCGGTGGACGTGCGCCTGGTGGCGGCCACCAGCATTGATCTGGCGCAAGCGGTGGACGCCGGAAAATTTCATGACCGGCTTTATCACTATCTGAGCGAGGGGCAGCTCGAGTTACCCGCCTTGCGCGAAAGGGTGGGCGATATCCTTTCCCTGGCCGAATACTTCCTGGGCATCTACAGCCAGCGCCTTGGCCTGGCCGTGCCGCTGATCAGTGCAGCGGCGCAACGGGAGCTTGAACGCCACAGCTGGCCGGGCAACACCCGCGAGTTGGAGAACGTTATTCATTTTGCATTGCTGGTGAGTGCCGGCGATGAGATTTTGCCGGAGCATTTGAATTTGCCGTCCCAGCTTTCAGCCCTGGAACTGGTCGAACGGCAGGTGGAGCAGGTTATTGCACAGGGCTCGCAAGCTGAGCGCACCGCCCTCAAGGCGCTGCTCGATCGACTGGTCCAAACGCTATAG MSLHETFGQPLLTFPDSEKSPLSIRAKALVFVDPRSRQLRQELEQLAPRAISVLIRGETGTGKELLARHIHRESNRGGLFVSVNCGAISPTYADAELFGYSAGSYSGSASSRAGWFGSANGGTLYLDEIGDLPLPIQIKLLAALENHEVTRVGAQQPSPVDVRLVAATSIDLAQAVDAGKFHDRLYHYLSEGQLELPALRERVGDILSLAEYFLGIYSQRLGLAVPLISAAAQRELERHSWPGNTRELENVIHFALLVSAGDEILPEHLNLPSQLSALELVERQVEQVIAQGSQAERTALKALLDRLVQTL PGPT0030455_23 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0030455-sfa3-K11917 NA NA D1-35_03103 783 metQ_2 COG1464 Methionine-binding lipoprotein MetQ ATGAAAAAGGTTCTGTTGTTCACCGCATTGGCGGCAGCCCTGACCTCGGGCCTGGCCCAGGCGGCGGAAAAGCTGGTCGTGGCTGCCACACCGGTACCCCACGCTGAAATCCTCGAGCTGATCAAGCCGGCCCTGGCCCAAGAAGGCGTGGACCTGGAAATCAAGGTGTTCACCGACTACGTCCAACCCAACGTACAGGTTGACCAGAAGCGCCTTGACGCCAACTACTTCCAGACCCTGCCTTACCTCAAGAGCTTCAACGAAGGCAAAGGCACAAACCTGGTGACGGTGATCGGCGTCCACGTCGAACCGTTTGGCGGCTACTCGAAAAAAGTAAAAAGCCTGGCTGAGCTGAAAGACGGCGCGACCATCGCCATCCCTAACGAAGGCAGTAACAGCGGTCGTGCCCTGATCCTGTTGCAGAAAGCTGGCCTGATCAAACTCAAGGACCCGAAAAACGCCTTGGCAACGCCGAAAGACATCGCCGAGAACCCGAAGAACTTCAAGTTCAAGGAACTGGAATCGGCCATGCTGCCGCGTGTGCTGGATCAGGTCGACCTGGACATGATCAACACCAACTACGCCCTGGAAGCAGGTCTAAACCCGGCCAAGGATGCCTTGGTGATCGAGGGTTCGGATTCGCCTTACGTAAACTTCCTCGTGGCCCGTCCGGACAACAAGGACAGCCCGGCCATCCAGAAACTGGCCAAGGCGCTGACCAGCCCGGAAGTGAAGGCGTTCATCGAGAAGAAATACAGCGGCGCGGTGCTGCCGGCGTTCTGA MKKVLLFTALAAALTSGLAQAAEKLVVAATPVPHAEILELIKPALAQEGVDLEIKVFTDYVQPNVQVDQKRLDANYFQTLPYLKSFNEGKGTNLVTVIGVHVEPFGGYSKKVKSLAELKDGATIAIPNEGSNSGRALILLQKAGLIKLKDPKNALATPKDIAENPKNFKFKELESAMLPRVLDQVDLDMINTNYALEAGLNPAKDALVIEGSDSPYVNFLVARPDNKDSPAIQKLAKALTSPEVKAFIEKKYSGAVLPAF PGPT0020510_5340 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D1-35_03104 666 glnP_3 COG0765 putative glutamine ABC transporter permease protein GlnP ATGAACTTCGATTACGCTTTTATCCTCAGCACCCTCCCGGCGTTTCTCAAGGCCGTGGGCGTGACGCTGCAGGTGGGCCTTGTCGCCATCGTTACCTCGCTGCTGGTGGCGCTGTTGAACGCGACGATTCTGGTGTCGCGCACGCCTTACCTGCAACGCCTGGTCGGCCTGTATGTGGAGTTGGCGCGCAATACGCCGCTGCTGATCCAGTTGTTCTTCGTCTATTTCGCGTTGCCGGCGCTGGGTATCAAGATTTCGGGGTTTGCCGCAGCGATCATCACCATGACGTTCCTGGGCGGTGCCTACCTCACGGAAGTGCTGCGTGCGGGCGTGGACGCGGTGCCGCAGGCGCAATTGGAATCCGGTCGTTCCATTGGTCTGTCCCACGGGCAATTGCTGCGCTACGTGATTCTGCCGCAGGCCGGGATTCTCAGCCTGCCGTCGCTGTTCGCCAACTTCATTTTCCTGCTGAAGGAGACCACCGTGGTCTCGGCCGTGGCGGTGCCGGAGATTCTCTACACCACCAAAAGCTACATCGCGCTCTACTACAAGACTTACGAAATGCTCGCCGTGCTGACGTTGATCTGCGTGCTGTTGTTCTTGCCGCTGTCGCTGTTGCTCAGCCGTCTGGAAAGGAGGCTCCAGCATGGCCAGTTCGGGTCTTGA MNFDYAFILSTLPAFLKAVGVTLQVGLVAIVTSLLVALLNATILVSRTPYLQRLVGLYVELARNTPLLIQLFFVYFALPALGIKISGFAAAIITMTFLGGAYLTEVLRAGVDAVPQAQLESGRSIGLSHGQLLRYVILPQAGILSLPSLFANFIFLLKETTVVSAVAVPEILYTTKSYIALYYKTYEMLAVLTLICVLLFLPLSLLLSRLERRLQHGQFGS PGPT0020795_8373 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 D1-35_03105 660 glnP_4 COG0765 Glutamine transport system permease protein GlnP ATGGCCAGTTCGGGTCTTGAGTTGTTGTGGGTGTCGTTGCCGCAACTGGGCAAAGGCGCCGTGCAGACCTTGTCGATTTCTTTCCTGGGCATCGCCTTCAGCACCGTCGGCGGCTTGCTTTACGGCGTGTTGCGTACGCTGGGCGTGAAGTGGCTGGACGCTGTTCTGCGGATCTACCTGGAGCTGTTCCGGGCGATCCCGGTGCTGGTCTGGTTGTACCTGCTGTTTTTCGGGCTGCCGATTTTTTTCGGCCTGAGTATTCCGAGCTTCTGGTGCGCGGTCCTGGTGTTGTCGCTGTGGGGTTCAAGCGAGGTCGGCGAGGTGGTGCGCGGCGCGCTGCATTCATTGCCGCGCGGCCAGCGTGAGGCGGGATTGTCGATTGGCCTGAACGGCGCGCAACTCTACGGTTACGTGCTGTTGCCGCAAGCCCTGAGGCGCATGACGCCGCCGACCATCAACGTCTACACGCGCATCATCAAGACCAGTTCCCTGGCGGTGCTGATCGGCGTGGTGGACGTGATCAAGGTCGGCCAGCAGATCATCGAGCGGACCTACGAATCGGTGCTGATCTACGGCGCATTGTTCCTGTTTTTCTTTTTCATCTGCTACCCGCTCTCGGCCGCCTCCCGCGTGCTGGAGCGGCGCTGGACGCAAGCATGA MASSGLELLWVSLPQLGKGAVQTLSISFLGIAFSTVGGLLYGVLRTLGVKWLDAVLRIYLELFRAIPVLVWLYLLFFGLPIFFGLSIPSFWCAVLVLSLWGSSEVGEVVRGALHSLPRGQREAGLSIGLNGAQLYGYVLLPQALRRMTPPTINVYTRIIKTSSLAVLIGVVDVIKVGQQIIERTYESVLIYGALFLFFFFICYPLSAASRVLERRWTQA PGPT0020795_9320 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 D1-35_03106 783 glnQ_6 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAGCGCATTGATCGAGTTCAAGGGTTTCAACAAGTTTTTCGGCGAACAGCAAGTACTGGACGGCATCGACCTGCAAGTGCAGGCCGGGGAAGTGATCGTCATTCTCGGCCCCAGCGGTTGCGGCAAAAGTACCCTGTTGCGGTGTCTCAACGGGCTGGAAGTGGCCCACAGCGGCAGCCTTGAATTGTCTGGTCGTGAGTTGCTGGACAAGGGCACCGATTGGCGCGAGATACGGCAACGGATCGGCATGGTGTTCCAGAGCTACCATCTGTTCCCGCACATGAGCGTGCTCGATAACCTGCTGCTCGGCCCTGTCAAAGTGCAAAAGCGTGACCGCGGTGAAGCGCGCGCCCAGGCCGAAGCCTTGTTGGCCCGTGTGGGCCTGTTGGACAAACGCGATGCTTTCCCACGCCAGCTCTCCGGCGGTCAGCAACAACGCATCGCCATCGTTCGCTCGCTGTGCATGAACCCTGAGGTCATGCTGTTCGATGAAGTTACCGCCGCCCTCGACCCGGAAATGGTCAAGGAAGTGCTGGAAGTCATCCAGGGCCTGGCCCGCGAAGGCATGACGCTATTGATCGTCACCCACGAAATGGCCTTCGCCCGCGCCGTGGCTGACCGCATCGTGTTCATGGATGCCGGGCGGATCCTTGAACAGAACCCTCCCGAGATTTTCTTTACGAACCCGCAAACCGCACGAGCGCAGCAGTTCCTGGAGAAGTTCTCCTACGTCGCCGCACTACCCCAATCGACTCTAACAAAGGAACTGCAACTGTCATGA MSALIEFKGFNKFFGEQQVLDGIDLQVQAGEVIVILGPSGCGKSTLLRCLNGLEVAHSGSLELSGRELLDKGTDWREIRQRIGMVFQSYHLFPHMSVLDNLLLGPVKVQKRDRGEARAQAEALLARVGLLDKRDAFPRQLSGGQQQRIAIVRSLCMNPEVMLFDEVTAALDPEMVKEVLEVIQGLAREGMTLLIVTHEMAFARAVADRIVFMDAGRILEQNPPEIFFTNPQTARAQQFLEKFSYVAALPQSTLTKELQLS PGPT0020790_1621 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 D1-35_03107 882 glnH COG0834 ABC transporter glutamine-binding protein GlnH ATGAAAACTGCCAAGTCGTCTCTGCTGCTATTGCCGCTGCTCGCTGGCCTCTTGCTCGCCGGCTGCAACAAAACCGAAGAGCCACCCAAGCCCAATGCCGCCAGCCAAGGCACCGCACCGGCCAGCTATCTGGAAAAGATCAAGGCGCGGGACAAGCTGATCGTCGGGGTCTTCACCGATAAGCCGCCGTTTGGCTTCGTCGATGAGGCGGGGCGTTATGTCGGCTTCGATACGGACATCGGCCGTCGATTTGCCAAGGACTTGCTCGGCGATGAGAACAAGGTCGAATTCGTTGCAGTCGAGCCGGCGAGCCGTATTCCGTTCCTGCAGAGTGACAAAGTCGACCTGATCCTGGCCAACATGACCGTGACCCCGGAGCGCAAGGAAGCGGTGGATTTCACCAATCCGAACCTGAAAGTGGCGGTGCAGGCGCTGGTGCCGCAAGCCAGCGAAGTGAAAACTCTAGATGACCTGGCGACCCGCACCACCATCGTCACCACCGGCACCACGGCGGATATCTGGCTGACCAGTAATCACCCGGACTGGAAGCTGCTCAAGTTCGAGAAAAACTCCGAATCCTTGCAGGCACTTGCCAACGGTCGAGGCGATGCGTATGCCCAGGACAATCTGGTGCTGTTCAGCTGGGCCAAGCAAAACCCCGGCTATCGCGTGCTGGAGCAGAAACTGGGTGCCGAAGCACCGATTGCCCCTGCGGTGAAGAAGGGCAATATCGAGCTGCGCGACTGGGTCAATGCGGAACTGGCGAAGCTGGGTGAAGAGAAATATTTGCTCAAGCTGTACGACCAGTACGTGCGCAAGGAACTGAGCGATGACACCAAACCTGAAAGCGTGATTGTCGAGGGTGGCAAGTGGCAGGGGTGA MKTAKSSLLLLPLLAGLLLAGCNKTEEPPKPNAASQGTAPASYLEKIKARDKLIVGVFTDKPPFGFVDEAGRYVGFDTDIGRRFAKDLLGDENKVEFVAVEPASRIPFLQSDKVDLILANMTVTPERKEAVDFTNPNLKVAVQALVPQASEVKTLDDLATRTTIVTTGTTADIWLTSNHPDWKLLKFEKNSESLQALANGRGDAYAQDNLVLFSWAKQNPGYRVLEQKLGAEAPIAPAVKKGNIELRDWVNAELAKLGEEKYLLKLYDQYVRKELSDDTKPESVIVEGGKWQG PGPT0020800_3680 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 D1-35_03108 1161 hypothetical protein ATGCTCACGACCCTGGCGGTGGCCAACTACCGGTCCATCAACAAACTGGTCATCCCGCTGGGCAGGCTGAACCTGATCACCGGGCCCAACGGCAGTGGCAAATCGAATCTGTATCGCGCCCTGCGCCTGCTGGCGGAGACGGCGCAGGGTGGCGTGGTCAATGCTCTGGCCCGTGAAGGTGGGCTGGGCTCGACCTTCTGGGCCGGCCCGGAAGAAATAAGCCGTCGCATGCGTAACGGCGAGGTACCTGTGCAGGGCATCGTGCGTCAGGGCAGCATGCGCCTGCGCCTCGGATTTGCCGGGGAAAATTTCAGCTATTCGATCGCCCTGGGCCTGCCGGAACCCAGTCGTTCGGCGTTTTCATTGGACCCTGAAATCAAGCGCGAATGCATCTGGGCCGGACCGGTGTACAGGCCTGCCAGCTTGCTGGTGGACCGCAACGGGCCAATGATCCGCGCCCGTGAAAGCCGTTCGTGGGACGTATTGGCCCAACACACCCCGACCTTCGATAGCCTGTTCGATCAGGTCGGCAGCCTGCGCGCTTCGCCGGAGGTCTTGCAGATGCGCGAGTTCATCCGTCGCTGGCGCTTCTACGACCACTTTCGCAGCGATGCCGACGCCCCGGTGCGCCAGCCGCAACTGGGCACTCGCACCCCGGTGTTGCACCACGACGGACGCGACCTGGCTGCAGCGCTGCAAACGATTCTGGAGATAGGCGACTTCGAAGCCCTGCACGCCGCCATTGGCGATGCGTTTCCTGGCGCTCAACTGCACATCGACAAACTGCAGGGCGGGCGTTTCGCCATCGCCTTCCAGCAACACGGCCTGCTGCGACCGTTGTCGGCCGCCGAGCTGTCCGATGGAACCCTGCGCTACCTGCTGCTGGTAGCCGCCCTGCTCACGCCGCGCCCGCCCTCGCTGATGGTGCTCAACGAACCGGAAACCAGCCTGCACCCGGATCTGTTGCCGGCCTTGGCACGCTTGATCATCCGCGCTTCGGCCAACTGCCAGGTCTGGGTCGTGTCCCATGCCACACGCCTGATCGCCGCGCTGGAGCAGGATGAAAACTGCAATTGCATCGTGCTGGAAAAAGACTTGGGACAGACCGCAATCGTCGGACAGCGGATGCTGGATGAGCCGGCGTGGCATTGGCCTGAATAA MLTTLAVANYRSINKLVIPLGRLNLITGPNGSGKSNLYRALRLLAETAQGGVVNALAREGGLGSTFWAGPEEISRRMRNGEVPVQGIVRQGSMRLRLGFAGENFSYSIALGLPEPSRSAFSLDPEIKRECIWAGPVYRPASLLVDRNGPMIRARESRSWDVLAQHTPTFDSLFDQVGSLRASPEVLQMREFIRRWRFYDHFRSDADAPVRQPQLGTRTPVLHHDGRDLAAALQTILEIGDFEALHAAIGDAFPGAQLHIDKLQGGRFAIAFQQHGLLRPLSAAELSDGTLRYLLLVAALLTPRPPSLMVLNEPETSLHPDLLPALARLIIRASANCQVWVVSHATRLIAALEQDENCNCIVLEKDLGQTAIVGQRMLDEPAWHWPE NA NA NA NA NA D1-35_03109 1104 mdtE Multidrug resistance protein MdtE ATGGCTGGTCCTGGAATCAAATTGATTGTTGGCTTGGGCGTGTGTGCGGTGTTGGCGGGGTGCGGTGACAAGAAGCCCGAGGAAAAAGCCTTGCCACGGGTTTTCGTGCAGCAGGCCATACCTTCCGAATACGCCGCCTCGGTGACGCTTACCGGCGATGTCCAGGCTCGCGTGCAGGCTGACCTGTCGTTTCGTGTCGGCGGCAAGATCATCGAGCGCAAAGTCGACGTCGGCGACCGAGTCTCGGCCCGGCAAGTGCTGGCCCGGCTCGATCCGCGGGACCTGCAGACCAACGTCGACTCCGCCGAGGCCCAGGTGGCCGCCGAACAGGCGCGGGTCAAGCAGAGTGCGGCGGCATTTGTGCGCCAGCAGAAGCTCTTGCCCAAGGGCTATACCAGCCAGAGCGAATACGACGCGGCCCAGGCGCAACTGCGCAGCAGCCAGAGCGCGCTGACGGCGGCCCAGGCACAACTGGCCAATGCCCGCGAACAGCTGAGCTACACCGCACTGATCGCCGAGGCGCCGGGCATCATCACGGCGCGCCAGGCCGAAGTGGGCCAAGTGGTCCAGGCCACGGAGCCGATCTTCAGCCTGGCCCGGGACGGTGAGCGCGACGCGGTGTTCAACATCTACGAGTCGCTGCTGAGCGAACCGCCATCGGCGCCGGACATTGTCATCAGCCTGCTCGACAACCCTGCCATCAAAACCACCGGTACGGTGCGCGAGATCACCCCGGCGGTGTCCGCCGAGACCGGCACCGTGCAGGTCAAGGTCACGCTCAACGACTTGCCCGAAGGCATGCGCCTGGGTTCGGTGGTCAGCGCCACCGCCAAATCCGCAGGAAAAACCGCCGTGGAACTGCCCTGGTCGGCACTGACCAAGAATCTCAGTGATCCGGCCGTGTGGCTGGTGGACGGCGAGGGCAAGGCGCAATTGCACAATGTCACCGTCAGCCGCTACCTGACCGGCAAGGTCATCGTCAGCGACGGGCTCAAGGGCGGCGAAAAAGTCATCATTGCCGGCGGGCAGTTGCTTCATCCGGGCATGCGCGTCGAGATCGCCGAAAACAACTATGAGAAAAACCCGCCAGGAGCCCAGCCATGA MAGPGIKLIVGLGVCAVLAGCGDKKPEEKALPRVFVQQAIPSEYAASVTLTGDVQARVQADLSFRVGGKIIERKVDVGDRVSARQVLARLDPRDLQTNVDSAEAQVAAEQARVKQSAAAFVRQQKLLPKGYTSQSEYDAAQAQLRSSQSALTAAQAQLANAREQLSYTALIAEAPGIITARQAEVGQVVQATEPIFSLARDGERDAVFNIYESLLSEPPSAPDIVISLLDNPAIKTTGTVREITPAVSAETGTVQVKVTLNDLPEGMRLGSVVSATAKSAGKTAVELPWSALTKNLSDPAVWLVDGEGKAQLHNVTVSRYLTGKVIVSDGLKGGEKVIIAGGQLLHPGMRVEIAENNYEKNPPGAQP PGPT0029130_140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029130-triA-K21136 NA NA D1-35_03110 1065 mdtA_3 Multidrug resistance protein MdtA ATGAAGCGCCTGTGGATGGTCGCGGCCGGCCTGCTGCTGGCCGCCTGCTCGAAAGAAGAAGCACCGCCGGAGCCGGTGCGGCCGGTGTTGTCCATTGAGGTCCGGGCCTTGGACCAGCAGGCCCTGGGACGCTTCGCCGGGAATATCCAGGCGCGCTACGAAACCAACGTGGGTTTTCGTGTGCCCGGGCGCATCGCCAGTCGCAACGTCGATGTCGGCGCGGAAGTGAAGAAGGGCGACCTGCTCGCAACCCTCGACCCCACCGACCAGCAGAACCAGTTGCGCGCCGCTCAGGGCGACCTGGCGCGGATCGAGGCGCAGTACATCAATGCCCAGGCCAATGCCCGTCGCCAGCAGCAATTATTCGACCGTGGCGTCGGCGCCCAGGCGCAACTGGACATCGCCCAGACCGACCTGAAGACCACCGCTGCCTCCCTGGAACAGGCCAAGGCCACGGTGGAACAGGCCCGCGACCAGCTCAACTACAGCGAACTGCGTACCGACCATGACGCGGTCGTCACCGCCTGGACGGCCGAGGCGGGGCAGGTGGTGACCGCCGGCCAGCAAGTAGTGACGCTGGCCCGCCCGGACGTCAAGGAAGCGGTGATCGACTTGCCCGCCGGGCTGGCCGAGCGCCTGCCCGAGGATGTGGTGTTCGAGGTCGCCGCGCAGCTCGACCCGGCGACCCACACCACGGCCATCGTGCGCGAGATCGAGCCTCAGGCGCAAAGCGCCACCCGTACCCGCCGCGCGCGCCTGACCCTGACCGATACACCGCCGGGCTTTCGCCTGGGCACCGCCATCAGCGTGACCCTGAGCTCGGCCATCGAACCGCGCATCGAGCTGCCGCTCAGCGCGTTGCAGGAAGTCGACGGCAAGGCGCGAATCTGGCTGATCGACCCGCAGAGCCAGACAGTCTCGCCACGAGAAGTACAGATTATCGAGCGATCGGCCGGATCGGTCCTGGTCGCCAACGGCATCAAGCCTGGCGACCGCGTGGTCAGCGCCGGGGTGAACAGTCTCCAGCCGGGGCAAAAAGTGAAACTCGACGAGGACGCACGATGA MKRLWMVAAGLLLAACSKEEAPPEPVRPVLSIEVRALDQQALGRFAGNIQARYETNVGFRVPGRIASRNVDVGAEVKKGDLLATLDPTDQQNQLRAAQGDLARIEAQYINAQANARRQQQLFDRGVGAQAQLDIAQTDLKTTAASLEQAKATVEQARDQLNYSELRTDHDAVVTAWTAEAGQVVTAGQQVVTLARPDVKEAVIDLPAGLAERLPEDVVFEVAAQLDPATHTTAIVREIEPQAQSATRTRRARLTLTDTPPGFRLGTAISVTLSSAIEPRIELPLSALQEVDGKARIWLIDPQSQTVSPREVQIIERSAGSVLVANGIKPGDRVVSAGVNSLQPGQKVKLDEDAR PGPT0029135_471 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029135-triB-K21137 NA NA D1-35_03111 3048 czcA_2 Cobalt-zinc-cadmium resistance protein CzcA ATGAAAGGGCCTTTCAACTTATCCGAATGGGCCCTGCGGCATCAGTCTTTCGTGTGGTACCTGATGTTCGTCGCATTGCTGATGGGCGTGTTCTCGTACATGAACCTGGGCCGCGAAGAAGACCCGTCGTTCACCATCAAGACCATGGTCATCCAGACCCGCTGGCCCGGCGCGACCCAGGAAGAAACCCTCGACCAGGTCACCGACCGCATCGAGAAAAAACTCGAAGAGCTCGATTCCCTCGATTATGTGAAGAGTTACACCCGGCCGGGGGAGTCGACGGTGTTCGTGTATCTGCGCGATACCACCGGCGCCGAGGAAATCCCGCAGATCTGGTACCAGGTGCGCAAGAAGATCGACGACATTCGTGGCGATTTCCCTGAAGGCTTGCAAGGCCCAGGGTTCAACGATGAGTTCGGCGACGTGTACGGTTCGGTGTATGCCTTTACCGGCGACGGCCTGTCGATGCGTCAGTTGCGCGATTATGTCGAACAGGTGCGCGCCGAGATCCGCGACGTGCCCGGCCTGGGCAAGGTGGAAATGGTCGGCGAGCAGGACGAAGTGTTGTACCTGAATTTTTCCACGCGCAAACTCGCCGCACTGGGCATCGACCAGCGCCAGGTGGTGCAGAGCCTGCAGTCGCAGAACGCCGTGACCCCGGCAGGGGTGATCGACGCCGGGCCGGAGCGAATCTCCGTGCGCACGTCCGGCCAGTTCCAATCGGAAAAGGACCTGGCCAACGTCAACCTGCGACTCAACGATCGTTTCTATCGCCTCGCCGATATCGCCGACATTCGCCGTGGTTATGTCGACCCCGCCACGCCGATGTTCCGCTTCAACGGCACGCCGGCGATCGGTCTTGCCATTGCCATGAAGAAGGGCGGCAACATCCAGGAGTTCGGCAAGGCGCTGCATGCGCGCATGGACGAACTGACCGCGGACCTGCCGGTGGGGGTCGGCGTGCATACGGTGTCGGACCAGGCCGAAGTGGTGGAGGAAGCCGTTGGCGGCTTCACCAGCGCCTTGTTCGAGGCGGTGATCATCGTTCTGGTGGTCAGTTTCATCAGCCTCGGCATTCGCGCCGGGCTGGTGGTGGCCTGCTCGATCCCGCTGGTGCTGGCGATGGTGTTCGTGTTCATGGAATACAGCGGCATCACCATGCAGCGGATTTCCCTCGGTGCATTGATCATCGCCCTTGGTCTACTGGTGGACGATGCCATGATCACCGTGGAGATGATGGTCACGCGCCTGGAAAAAGGCGATTCCAAGGATCAGGCCGCGACGTTTGCCTATACCTCGACCGCCTTTCCGATGCTCACCGGGACCCTGGTGACCGTGGCCGGCTTCGTGCCCATCGGCCTGAACGCCAGTTCGGCTGGCGAATACACCTTCACGCTGTTCGCGGTGATTGCCGTGGCGATGCTGGTGTCCTGGATCGTCGCGGTGCTGTTCGCCCCGGTGATCGGCGTGCACATTCTCAGTCCCAACGTAAAGCCCCACAGCAACGAGCCGGGACGGGTCGGACGGGCCTTCAACGGTGGCCTGCTGTGGGCGATGCGCAATCGCTGGTGGGCAATCGGGATCACCGTGCTGCTGTTCGCGCTGGCGGTATTCTGCATGCGCTTCGTACAGAACCAGTTCTTCCCGTCCTCGGACCGCCCGGAGATCCTGGTGGACCTCAACCTGCCGCAGAACGCCTCGATGGACGAGACGCGCAAGGCGGTCGATCGCCTGGAGGCCACCCTCAAGGGCGACCCGGACATCGCGCGCTGGAGCACTTACATCGGCGAAGGCGCCATTCGCTTCTACCTGCCGCTGGACCAGCAACTGCAGAACCCGTACTACGCGCAACTGGTGATCGTCAGCAAGGATCTGGAGTCGCGTGCGGCCCTCAGCGAACGCCTGCAAAAGCGCCTGCGTGAAGATTTCGTCGGCATCGGCAGCTACGTGCAGGCGCTGGAAATGGGCCCGCCGGTCGGCCGGCCGATCCAGTACCGGGTCAGCGGCAAGGACATCGACCAGGTGCGCAAGCATGCCATCGAGCTTGCCACCGAACTGGACAAGAACTCGCACATTGGCGAGATCATCTACGACTGGAACGAGCCGGGCAAAGTACTGCGCATCGACATCGCCCAGGACAAGGCGCGGCAACTGGGATTGTCTTCGGATGACGTGGCCCGGCTGATGAACAGCATTGTCAGCGGCTCGCCGGTGACCCAGGTCAACGACGATATCTACCTGATCGACGTGGTGGGTCGCGCCGAAGACGCCGAGCGCGGTTCGCCGGAAACCTTGCAGAACCTGCAGATCGTCACACCGGGCGGGACCTCGATTCCGCTGCTGGCCTTTGCCACGGTGCGCTACGAACTGGAACAACCGCTGGTATGGCGTCGCGACCGCAAGCCGACCATCACCATCAAGGCTGCCGTGCGCGATGAAATCCAGCCGACGGACCTGGTGCGGCAACTGCAACCGGACATCGACAGGTTCGCCGCCAGATTGCCGGTAGGCTACAAGGTCGCCACCGGCGGCACGGTGGAGGAAAGCAGCAAGGCCCAGGGGCCGATCGCCAGCGTGGTGCCGCTGATGCTGTTCCTGATGGCGACGTTCCTGATGATCCAGTTGCACAGCGTGCAGAAGTTGTTCCTGGTGGCCAGTGTCGCGCCCCTGGGCTTGATCGGCGTGGTCCTGGCGCTGGTGCCGACGGGCACGCCCATGGGCTTTGTGGCGATCCTCGGGATCCTTGCGCTGATCGGCATCATCATCCGCAACTCGGTGATCCTGGTGACCCAGATCGACGAATACGAACGTGACGGCTATGAACCCTGGGATGCGGTGGTGGAAGCGACCGAGCACCGGCGCCGGCCGATCCTATTGACGGCGGCGGCGGCGAGCCTGGGGATGATCCCGATCGCCCGGGAAGTGTTCTGGGGCCCGATGGCCTACGCGATGATCGGCGGGATCATCGTCGCCACGCTGCTGACGCTGCTGTTCCTGCCAGCGCTGTATGTGGCCTGGTACAAGATCCGCGAGCCCAAGCGCGAGTGA MKGPFNLSEWALRHQSFVWYLMFVALLMGVFSYMNLGREEDPSFTIKTMVIQTRWPGATQEETLDQVTDRIEKKLEELDSLDYVKSYTRPGESTVFVYLRDTTGAEEIPQIWYQVRKKIDDIRGDFPEGLQGPGFNDEFGDVYGSVYAFTGDGLSMRQLRDYVEQVRAEIRDVPGLGKVEMVGEQDEVLYLNFSTRKLAALGIDQRQVVQSLQSQNAVTPAGVIDAGPERISVRTSGQFQSEKDLANVNLRLNDRFYRLADIADIRRGYVDPATPMFRFNGTPAIGLAIAMKKGGNIQEFGKALHARMDELTADLPVGVGVHTVSDQAEVVEEAVGGFTSALFEAVIIVLVVSFISLGIRAGLVVACSIPLVLAMVFVFMEYSGITMQRISLGALIIALGLLVDDAMITVEMMVTRLEKGDSKDQAATFAYTSTAFPMLTGTLVTVAGFVPIGLNASSAGEYTFTLFAVIAVAMLVSWIVAVLFAPVIGVHILSPNVKPHSNEPGRVGRAFNGGLLWAMRNRWWAIGITVLLFALAVFCMRFVQNQFFPSSDRPEILVDLNLPQNASMDETRKAVDRLEATLKGDPDIARWSTYIGEGAIRFYLPLDQQLQNPYYAQLVIVSKDLESRAALSERLQKRLREDFVGIGSYVQALEMGPPVGRPIQYRVSGKDIDQVRKHAIELATELDKNSHIGEIIYDWNEPGKVLRIDIAQDKARQLGLSSDDVARLMNSIVSGSPVTQVNDDIYLIDVVGRAEDAERGSPETLQNLQIVTPGGTSIPLLAFATVRYELEQPLVWRRDRKPTITIKAAVRDEIQPTDLVRQLQPDIDRFAARLPVGYKVATGGTVEESSKAQGPIASVVPLMLFLMATFLMIQLHSVQKLFLVASVAPLGLIGVVLALVPTGTPMGFVAILGILALIGIIIRNSVILVTQIDEYERDGYEPWDAVVEATEHRRRPILLTAAAASLGMIPIAREVFWGPMAYAMIGGIIVATLLTLLFLPALYVAWYKIREPKRE PGPT0029140_388 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029140-triC-K21134 NA NA D1-35_03112 2220 cadA_1 Cadmium-transporting ATPase ATGAACGATTCCATCCATACACCCCGACCCGCCCATGGCCATGAGCACGGGCACTCCTGCTGCTCATCCAAGGCAGCGCCGGCGGTAGTCACGCTCGACAAAACGCCGACGGACGGTGCGCGGCTGAGCAGTTTTCGCATCGAAGCCATGGACTGCCCCACCGAACAGACACTGATCCAGAACAAGCTCGGCAAACTTGAAGGCGTGCAGCGACTGGAATTCAACCTGATCAACCGTGTGCTGGGCGTAACCCATGACCTGCCCAGCGACACGCCGATCATCAAAGCCATCGAGTCCTTGGGAATGCAGGCGGAACCGTTGACGGCTGGCCAGGACAAACCGACTCACACCCCGCCCGCCCCAGCCAAACCATGGTGGCCGCTGGCGTTGTCCGGCGTCACGGCATTGGGCGCCGAGGTGATTCACTTCACCAACGCCGCGCCGAACTGGGTCGTCGCGTTGGTGGCGCTGGTGTCGATCCTCAGCGGTGGCCTCGCCACCTACAAGAAGGGCTGGATTGCCCTGAAGAACCTGAACCTGAACATCAACGCCCTGATGAGCATCGCCGTGACCGGCGCGGTGTTGATTGGCCAATGGCCGGAAGCGGCGATGGTGATGTTCCTGTTCACGGTGGCCGAACTGATCGAGGCCAAGTCCCTCGACCGCGCGCGCAACGCCATCAGCGGCCTGATGCAGATGGCGCCGGAACAGGCCACCGTGCAGCAGGCCGATGGCAGTTGGCAGGTCCAGGAAGTGAAGAGCGTCGCTCTTGGCGCGCGGGTGCGGGTTCGCCCCGGTGAACGCGTCGGGCTGGATGGCGATGTGGTCGCAGGCCGTTCGACCATCGACCAGGCGCCGATCACCGGGGAAAGCCTGCCGGTGGACAAGACCGTGGGCGACAAAGTGTTTGCCGGCACCATCAATCAGGCCGGCGAACTGGAATACGCCGTGACCGCCGCGGCCGATCAATCCACCCTGGCGCGGATTATCCATGCCGTGGAGCAGGCCCAGGGGGCCCGGGCACCGACTCAGCGCTTCGTTGACCGGTTCTCGACAATCTACACACCGGCGGTGTTTGCCCTGGCCTTGGCTGTGGCCGTCATCCCGCCGCTGTTCATGGGCGCAGTCTGGTTCGACTGGATCTATCGGGCGCTGGTCCTGCTGGTGGTCGCCTGCCCATGTGCACTGGTGATTTCCACCCCCGTGACCATCGTCAGCGGCCTGGCGGCAGCGGCGCGCAAAGGCATCCTGGTCAAGGGCGGCGTGTACCTGGAGGGCGGCCACAAGCTCGATTACCTGGCCTTGGACAAGACCGGCACGATCACCCACGGCAAACCGGTGCAGACCGATTACCTGGCACTCGACCCGAGCGTGGAAACCACCGCACCGGCCCTGGCCGCCAGCCTCGCGGCGCGGTCGGACCATCCGGTGTCCCGAGCGATTGCCCATGCGGCTGTGGATAAACAATCGGCGCAGCAGGTTGTGGATAACTTCGCGGCGCTTGCCGGGCGCGGCGTTCGCGGCGACATCGGCGACCAGACCTATCACTTGGGCAACCATCGCCTCGTGGAAGACCTGGGCCTGTGCTCTCCCGAGCTGGAAGCGAAACTCTTCGCCTTGGAAAAACAAGGCAAGTCCGTCGTGCTGCTGCTCGACAGCGCCAGGCCTCTGGCGCTGTTTGCCGTAGCCGATACCGTCAAGGACTCCAGCCGCGAAGCGATCCGGCAGTTGCATGACCTGGGCATCAAGACACTGATGCTGACCGGCGACAACGCCCACACCGCCGAGGCGATAGCCGCACAGGTGGGCATGGACCGAGCCCATGGCGACCTGTTGCCGGAAGACAAGCTGCAAATCATCGAGAAGCTCTACGCCGGCGGTCACCGGGTCGGCATGGTGGGCGACGGCATCAACGACGCCCCGGCCCTGGCCCGCTCGGAAATCGGCTTCGCCATGGCGGCGGCCGGCACCGACACCGCCATCGAGACCGCTGACGTAGCGCTGATGGACGACGACCTGCGCAAGATTCCCACCTTCATCCGGCTGTCGCGGCAGACGTCGAGCATCCTCAAGCAAAACATTGCCCTGGCGTTGGTGATCAAGGCGATTTTCCTTGCGGTGACCTTTGCCGGGTTCGCCACCATGTGGATGGCAGTATTTGCCGACATGGGGGTGAGCTTGCTGGTGGTGTTCAATGGGTTGCGGTTGTTGCGCAAGTAA MNDSIHTPRPAHGHEHGHSCCSSKAAPAVVTLDKTPTDGARLSSFRIEAMDCPTEQTLIQNKLGKLEGVQRLEFNLINRVLGVTHDLPSDTPIIKAIESLGMQAEPLTAGQDKPTHTPPAPAKPWWPLALSGVTALGAEVIHFTNAAPNWVVALVALVSILSGGLATYKKGWIALKNLNLNINALMSIAVTGAVLIGQWPEAAMVMFLFTVAELIEAKSLDRARNAISGLMQMAPEQATVQQADGSWQVQEVKSVALGARVRVRPGERVGLDGDVVAGRSTIDQAPITGESLPVDKTVGDKVFAGTINQAGELEYAVTAAADQSTLARIIHAVEQAQGARAPTQRFVDRFSTIYTPAVFALALAVAVIPPLFMGAVWFDWIYRALVLLVVACPCALVISTPVTIVSGLAAAARKGILVKGGVYLEGGHKLDYLALDKTGTITHGKPVQTDYLALDPSVETTAPALAASLAARSDHPVSRAIAHAAVDKQSAQQVVDNFAALAGRGVRGDIGDQTYHLGNHRLVEDLGLCSPELEAKLFALEKQGKSVVLLLDSARPLALFAVADTVKDSSREAIRQLHDLGIKTLMLTGDNAHTAEAIAAQVGMDRAHGDLLPEDKLQIIEKLYAGGHRVGMVGDGINDAPALARSEIGFAMAAAGTDTAIETADVALMDDDLRKIPTFIRLSRQTSSILKQNIALALVIKAIFLAVTFAGFATMWMAVFADMGVSLLVVFNGLRLLRK PGPT0004200_1721 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534 NA NA D1-35_03113 447 merR1 Mercuric resistance operon regulatory protein ATGAAGATTGGCGAACTGGCGAAAATCACCGACTGCCAGGTCGAGACCATCCGCTATTACGAACGGGAGGGTTTGCTGCCGGAACCGGCCCGCAGTGACGGCAATTATCGCGTCTACACCCAGGCCCATGCCGAGCGGCTGACATTCATCCGCAACTGCCGGACCCTGGACATGACCCTGGAGGAAATCCGCAGCCTGCTCGCCTTGCGCGACAGCCCCCAGGACCAATGCGAGAGCGTCAACGCACTGATCGACGAACACATCCACCACGTCAAGGCGCGCATCGACGGCCTGCAGGCCTTGCAGGCGCAACTGATCGACCTGCGCCATCGCTGTGGCGAAGGGCCGGATCTTGAGCAGTGCGGGATCTTGCAACGGTTGGAGGTGAGCGGGGCGGTGGCGCCGGAGGTGGAGCATTCACATGTGGGCAGGAGTCATGGGCATTGA MKIGELAKITDCQVETIRYYEREGLLPEPARSDGNYRVYTQAHAERLTFIRNCRTLDMTLEEIRSLLALRDSPQDQCESVNALIDEHIHHVKARIDGLQALQAQLIDLRHRCGEGPDLEQCGILQRLEVSGAVAPEVEHSHVGRSHGH PGPT0004288_5 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-LEAD_HOMEOSTASIS,PGPT0004288-pbrR-NA NA NA D1-35_03114 972 thyA COG0207 Thymidylate synthase ATGAAGCAATATCTCGACCTGGTGGCTCACGTCATCAAGAACGGCACCAAGCAAGCCAACCGCACCGGCGTGAACACCATCAGTTTCCCTGGCGCGATGCTGCGCTATGACCTGAAGGAAGGCTTTCCCGCCATCACTACGCGCAAGATGGCCTTCAAGTCGGCGATCGGCGAGATGTGCGGTTTCTTGCGTGGCGTGAACAATGCCGCCGAGTTCCGGGCCCTGGGCTGCAAGGTCTGGGACCAGAACGCCAACGAAAATGCGCAATGGCTGGCCAACCCGTTCCGCCAGGGCGAAGACGACCTGGGCGAGATCTACGGCGTGCAATGGCGCAAGTGGCCGGCCTACAAGCAGATCCCGCTGAGCAACGCGGCCGCCATCGAGCAGACGCTGGCCCAGGGTTATCGGCAGATCGCCGAAGGCAAAGAAAACGGCCAGGCCTACGTGGTGCTGTACAAGGCCATCGATCAGGTTCGCCAGTGCGTCGACACCATCATCAAGGACCCGGGCAGCCGGCGCATCCTGTTCCACGGCTGGAACTGCGCCCAGCTCGATGAAATGGCCCTGCCACCGTGTCACCTGCTGTATCAGTTCCATCCGAATGTCGAGACCCGGGAAATCTCCCTGACCCTCTACATCCGCTCCAACGACCTGGGCCTGGGCACGCCGTTCAACCTCACCGAAGGCGCCGCGCTGCTAAGCCTGATTGGCCGCCTGACCGGTTATACGCCGCGCTGGTTCACCTATTTCATCGGCGATGCCCACGTCTACGAAAACCACTTGGACATGCTCAATGAACAGCTCACGCGCGAGCCGTTCCCGATGCCCCGACTGGTGATTTCCGAGCGCGTGCCGGAGTTCGCCAAGACCGGCGTATACCAGCCCGAGTGGCTGGAGCAGGTCGAACCGAGCGACTTCTCCCTCGAAGGCTACCAGCACCATGCGCCGATGACCGCGCCGATGGCGGTCTAA MKQYLDLVAHVIKNGTKQANRTGVNTISFPGAMLRYDLKEGFPAITTRKMAFKSAIGEMCGFLRGVNNAAEFRALGCKVWDQNANENAQWLANPFRQGEDDLGEIYGVQWRKWPAYKQIPLSNAAAIEQTLAQGYRQIAEGKENGQAYVVLYKAIDQVRQCVDTIIKDPGSRRILFHGWNCAQLDEMALPPCHLLYQFHPNVETREISLTLYIRSNDLGLGTPFNLTEGAALLSLIGRLTGYTPRWFTYFIGDAHVYENHLDMLNEQLTREPFPMPRLVISERVPEFAKTGVYQPEWLEQVEPSDFSLEGYQHHAPMTAPMAV PGPT0008145_512 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560 NA NA D1-35_03115 810 lgt COG0682 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase ATGCTGCCTTACCCGCAGATCGATCCGGTTGCCCTGGCCATCGGCCCGCTGAAAATCCACTGGTACGGTCTCATGTACCTGATCGGTATCGGTGGTGCCTGGTGGCTGGCCTCGCGCCGGCTCAACCGGTTTGACCCGACCTGGAACAAAGAGAAGCTCTCGGACCTGGTGTTCTGGCTGTCCATGGGCGTGATCGTTGGCGGGCGCCTGGGTTATGTACTGTTCTACGACCTGAGCGCCTACCTGGCCAACCCGACGCTGATCTTTGAAGTCTGGAAGGGCGGCATGTCGTTTCACGGGGGCTTCATCGGCGTGATGCTGGCGGCGCTGTGGTTCGGCAAGCGCAACAACAAGTCGTTCTTCGAACTGATGGACTTCGTCGCGCCGATGGTGCCGATCGGCCTGGGCGCCGGGCGCATCGGCAATTTCATCAACGCCGAGCTGTGGGGCAAGCCGACGGACGTGCCGTGGGCGATGGTCTTCCCGCCGTTCAGCGACCCGGCCCAATTGCCGCGCCACCCGTCGCAGCTGTACCAGTTCGCCCTGGAAGGCGTGGCACTGTTCCTGATTCTCTGGTTGTTCTCGCGCAAGCCGCGGCCGACCATGGCGGTATCGGGCATGTTTGCGCTGTTCTACGGGATCTTCCGTTTCATCGTCGAGTTCGTCCGCGTACCGGACGCCCAGCTCGGCTATCTGGCGTGGAACTGGCTGACCATGGGCCAGGTGCTGTGCCTGCCGATGATCATCGGTGGCCTGGCGCTGATCTGGCTCGCTTATAACCGTGCACCGGCTGCGGCGGCCAAGGTTTAA MLPYPQIDPVALAIGPLKIHWYGLMYLIGIGGAWWLASRRLNRFDPTWNKEKLSDLVFWLSMGVIVGGRLGYVLFYDLSAYLANPTLIFEVWKGGMSFHGGFIGVMLAALWFGKRNNKSFFELMDFVAPMVPIGLGAGRIGNFINAELWGKPTDVPWAMVFPPFSDPAQLPRHPSQLYQFALEGVALFLILWLFSRKPRPTMAVSGMFALFYGIFRFIVEFVRVPDAQLGYLAWNWLTMGQVLCLPMIIGGLALIWLAYNRAPAAAAKV NA NA NA NA NA D1-35_03116 819 hypothetical protein ATGCCGCTCTTGTTTGCGATGGTCGAGGCGACGCTGGTGGAATTTCTGCTTTATCTGCTGCTCGGCGCCTGTGCCGGTGTACTCGCCGGGCTATTCGGCGTCGGCGGCGGGATGATCATCGTCCCGGTGCTGGTGTTCAGTTTCACCTTGCAGGGTTTCGACCCGCAGGTGTTGACGCACCTGGCTGTCGGTACGTCCCTGGCATCGATCATCTTTACCTCGGTGAATGCCGTACGCGAGCATCACCGCAAAGGCGCGGTGCGCTGGCAGATCTTTACCTGGATGACCGTCGGGATCCTGATCGGTGCCGGTTTCGGCGCCATTACCGCCGAAGCGATCTCCGGCCCGCATCTGCAAAAAATCATCGGCGTATTCGCCATGCTCGTTGCCCTGCAACTGGCGCTGGATTTCAAGCCGAAGGCCAGCCGTACCGTGCCGGGCAAGGTCGGATTGGGCCTGGCCGGCACGGTTGTCGGCTGGGCCTCGGCGATTTTCGGTATCGGCGGCGGTTCGCTGACCGTGCCGTTCCTGACCTGGCGCAGCGTGCCGATGCAACAAGCGGTGGCGACTTCGTCGGCCTGCGGGCTGCCCATCGCCCTGGTCAGTGCGTTAAGTTTCATGATTCTGGGGTGGCAGGATCCATTGTTGCCGCCCCATAGTCTCGGTTTTGTATATTTGCCGGCACTGCTGGGCATCGCCCTGACGAGCATGATCTTCGCCCGTTTCGGCGCGCGACTGGCCCATCGCCTGTCGCCGCGCTTGCTCAAGCGGCTGTTCGCCGCTTTGTTGTTCAGTGTGGGCTTGAGTTTCCTGCTCTGA MPLLFAMVEATLVEFLLYLLLGACAGVLAGLFGVGGGMIIVPVLVFSFTLQGFDPQVLTHLAVGTSLASIIFTSVNAVREHHRKGAVRWQIFTWMTVGILIGAGFGAITAEAISGPHLQKIIGVFAMLVALQLALDFKPKASRTVPGKVGLGLAGTVVGWASAIFGIGGGSLTVPFLTWRSVPMQQAVATSSACGLPIALVSALSFMILGWQDPLLPPHSLGFVYLPALLGIALTSMIFARFGARLAHRLSPRLLKRLFAALLFSVGLSFLL NA NA NA NA NA D1-35_03117 747 hypothetical protein ATGTGCCTGATCGTATTTGCCTGGCGGCCCGGCCACGCCCAGCCGCTGATCGTGGCGGCTAACCGCGACGAGTTCTACGCGCGCCCGACGCTGCCACTGGCGCAGTGGCCTGACGCACCGCACGTGCATGCCGGTCGCGACCTGGAAGCGGGCGGCACCTGGCTCGGGGTCGGCACCGGGGGCCGCTTTGCCGCGCTGACCAACATCCGCGATCCTGGCCAGCTCCCGGCGTTCAAGTCTCGCGGCGAGCTGGTGGCGCGGTTCCTGACCGGGAATCTGTCGATCGTCGATTATCTGAGCGAAGTCGTGCCGCGCGCCGGCGAGTACGGTGGCTTCAACCTGCTGCTGGGCGATGGCGCCGAACTGTGGCACTACAACGCACGCGATACACGCCCGCAGTTGTTGGCCGAAGGGATCTACGGATTGTCCAACGCCGGGTTGAACACGCCCTGGCCGAAATTGCTCAAGGCCCGGACGGCGTTGAGTGAGGTGCTGCATGACCCGCAGCCCCAAGCGCTGCTGACGCTATTGAACGATCCGCAACCGGCCCCGGTGGCGGAGCTGCCGGACACCGGCGTGGGACTGTCCACGGAAATGCTGCTGTCGAGCGTGTTCATCGCCAGCCCGGCCTACGGGACGCGGGCGAGCACGGCGCTGATCGTTAATGCTGACGGGACGCGGCAGATGGTCGAGCGCAGTTTCGGGCCGCATGGGGGGCATTTGGGGGAGGTGGAGCTGCTCGTTTAA MCLIVFAWRPGHAQPLIVAANRDEFYARPTLPLAQWPDAPHVHAGRDLEAGGTWLGVGTGGRFAALTNIRDPGQLPAFKSRGELVARFLTGNLSIVDYLSEVVPRAGEYGGFNLLLGDGAELWHYNARDTRPQLLAEGIYGLSNAGLNTPWPKLLKARTALSEVLHDPQPQALLTLLNDPQPAPVAELPDTGVGLSTEMLLSSVFIASPAYGTRASTALIVNADGTRQMVERSFGPHGGHLGEVELLV NA NA NA NA NA D1-35_03118 2280 ptsP COG3605 Phosphoenolpyruvate-dependent phosphotransferase system ATGCTCAATACGCTGCGCAAGATCGTCCAGGAAGTTAACTCCGCCAAGGATCTCAAGGCGGCGTTGGGGATTATTGTATTGCGCGTCAAAGAGGCCATGGGCAGCCAGGTCTGCTCGGTCTACCTGCTGGACCCCGAGACCAACCGTTTTGTGCTGATGGCGACCGAGGGTCTGAACAAGCGCTCCATCGGCAAGGTCAGCATGGCGCCCAACGAAGGCCTGGTCGGCCTGGTCGGTACCCGGGAAGAACCCCTGAACCTGGAAAACGCCGCCGATCACCCGCGGTATCGCTACTTTGCCGAGACCGGCGAAGAGCGCTACGCATCGTTCCTCGGCGCGCCGATCATTCACCACCGCCGCGTCGTCGGCGTGTTGGTCATCCAGCAAAAAGAGCGCCGCCAGTTCGACGAGGGCGAAGAAGCCTTCCTCGTGACCATGAGCGCGCAACTGGCCGGGGTTATCGCCCACGCCGAAGCGACCGGCTCGATCAGCGGCCTGGGCCGCCAGGGCAAGGGCATCCAGGAAGCCAAGTTCGTCGGCGTGCCGGGCTCACCGGGCGCGGCGGTGGGCACCGCGGTGGTCATGCTGCCACCCGCCGACCTCGACGTGGTGCCGGACAAGACTATCGCCGACATCAATGCCGAGCTGGGCTTGTTCAAGACCGCCATCGAAGGCGTGCGAGCCGACATGCGCGCCCTGTCCGCCAAGCTGGCGACGCAATTGCGGCCTGAAGAGCGCGCGCTGTTCGATGTCTACCTGATGATGCTTGACGATGCCTCCCTGGGCAGCGAAGTGACCACGGTCATCAAGACCGGCCAATGGGCCCAGGGCGCGTTGCGCCAGGTGGTGACCGACCACGTCAACCGTTTCGAACTGATGGACGACGCCTACCTGCGCGAGCGCGCCTCCGACGTCAAGGACCTCGGTCGCCGCCTGCTCGCCTACCTGCAGCAAGAGCGTCAGCAGACCCTGGTCTACCCCGACAACACCATCCTGGTGAGCGAAGAGCTGACCCCGGCGATGCTCGGCGAAGTGCCGGAAGGCAAGCTGGCGGGCCTGGTCTCGGTACTGGGCTCGGGCAACTCCCACGTGGCGATCCTGGCCCGGGCCATGGGCATTCCCACGGTCATGGGCCTGGTGGACCTGCCGTATTCCAAGGTCGACGGCATCCAGATGATCGTCGACGGCTACCACGGCGAGGTCTACACCAACCCCAGCGACGTGTTGCGCAAGCAGTTCGCCGATGTGGTGGAGGAAGAGAAGCAACTCTCCCTGGGCCTGGATGCCCTGCGCGACCTGCCGTGCATAACCCTCGATGGCCATCGCATGCCGCTGTGGGTCAACACCGGCCTGCTGGCCGATGTGGCCCGGGCGCAGAAGCGTGGCGCCGAGGGCGTGGGCCTGTACCGCACCGAAGTGCCGTTCATGATCAACCAGCGTTTCCCCAGCGAAAAGGAACAGCTGGCGATCTACCGCGAGCAATTGTCCGCGTTTCATCCGCAACCGGTGACCATGCGTAGCCTGGACATCGGCGGCGACAAATCGCTGTCCTACTTCCCGATCAAGGAAGACAACCCGTTCCTCGGCTGGCGCGGGATCCGCGTGACGCTCGACCATCCGGAAATCTTCCTGGTCCAGGCCCGCGCCATGCTCAAGGCCAGCGAAGGCCTGAACAATCTGCGCATCCTGTTGCCGATGATCTCTGGCACCCATGAGCTGGAAGAAGCCCTGCACCTGATCCACCGGGCCTGGGGCGAGGTGCGCGACGAAGGCACCGACGTACCCATGCCGCCGGTGGGCGTGATGATCGAGATTCCGGCAGCGGTGTACCAGACCAAGGAACTGGCGCGGCAGGTGGACTTCCTGTCGGTAGGCTCCAACGACCTGACCCAGTACCTGCTGGCCGTGGATCGCAACAACCCACGAGTGGCCGACCTCTACGACTACCTGCACCCGGCCGTGCTGCAAGCCTTGCAGAACGTCGTTCGCGACGCCCATGCCGAGGGCAAGCCGGTGAGCATCTGCGGCGAAATGGCTGGCGACCCGGCGGCGGCGGTGCTGCTGATGGCGATGGGCTTCGACAGCCTGTCGATGAACGCCACCAACCTGCCGAAAGTGAAATGGATGCTGCGCCAGATCAACCTCAGCAAGGCCCAGGAGCTGCTGGCGGAGCTGATGACCATCGACAATCCGCAGGTGATCCATAGCTCCTTGCAGTTGGCGCTGAAAAACCTCGGGCTGGCGCGGATGATCAACCCGGCTTCGAACAAGACCCTCTAG MLNTLRKIVQEVNSAKDLKAALGIIVLRVKEAMGSQVCSVYLLDPETNRFVLMATEGLNKRSIGKVSMAPNEGLVGLVGTREEPLNLENAADHPRYRYFAETGEERYASFLGAPIIHHRRVVGVLVIQQKERRQFDEGEEAFLVTMSAQLAGVIAHAEATGSISGLGRQGKGIQEAKFVGVPGSPGAAVGTAVVMLPPADLDVVPDKTIADINAELGLFKTAIEGVRADMRALSAKLATQLRPEERALFDVYLMMLDDASLGSEVTTVIKTGQWAQGALRQVVTDHVNRFELMDDAYLRERASDVKDLGRRLLAYLQQERQQTLVYPDNTILVSEELTPAMLGEVPEGKLAGLVSVLGSGNSHVAILARAMGIPTVMGLVDLPYSKVDGIQMIVDGYHGEVYTNPSDVLRKQFADVVEEEKQLSLGLDALRDLPCITLDGHRMPLWVNTGLLADVARAQKRGAEGVGLYRTEVPFMINQRFPSEKEQLAIYREQLSAFHPQPVTMRSLDIGGDKSLSYFPIKEDNPFLGWRGIRVTLDHPEIFLVQARAMLKASEGLNNLRILLPMISGTHELEEALHLIHRAWGEVRDEGTDVPMPPVGVMIEIPAAVYQTKELARQVDFLSVGSNDLTQYLLAVDRNNPRVADLYDYLHPAVLQALQNVVRDAHAEGKPVSICGEMAGDPAAAVLLMAMGFDSLSMNATNLPKVKWMLRQINLSKAQELLAELMTIDNPQVIHSSLQLALKNLGLARMINPASNKTL PGPT0002030_269 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0002030-ptsP-K08484 NA NA D1-35_03119 480 rppH_1 COG0494 RNA pyrophosphohydrolase GTGATCGATCCCGATGGTTTCCGTCCCAATGTGGGGATCATTCTTACGAATGATGCCGGACAGGTGCTATGGGCTCGCCGTATCAATCAAGACGCCTGGCAGTTTCCACAGGGAGGGATCAACCCCCAGGAGACGCCGGAAGAGGCTTTGTACCGCGAGTTGAACGAAGAAGTGGGGCTGGAGCGAGAGGATGTCGAAATACTCGCCTGCACCCGAGGCTGGTTGCGTTATCGTTTGCCGCAACGCCTGGTCCGCACGCACAGCCAACCGCTGTGTATCGGCCAGAAGCAGAAATGGTTTCTCCTGCGCCTGATCTCCAACGAGCAGCGGGTGCGGATGGATTTGACCGGTAAACCGGAATTCGATGGCTGGCGCTGGGTCAGTTATTGGTATCCGTTGGGCCAGGTGGTGACATTCAAGCGCGAGGTGTATCGACGCGCTCTCAAAGAGCTTGCCCCGCGCCTGCTGACGCGCGACTGA MIDPDGFRPNVGIILTNDAGQVLWARRINQDAWQFPQGGINPQETPEEALYRELNEEVGLEREDVEILACTRGWLRYRLPQRLVRTHSQPLCIGQKQKWFLLRLISNEQRVRMDLTGKPEFDGWRWVSYWYPLGQVVTFKREVYRRALKELAPRLLTRD NA NA NA NA NA D1-35_03120 657 COG0560 putative phosphatase ATGCGGCTGGCTTTATTCGACTTGGACAACACGCTGCTGGGCGGCGACAGCGATCACGCCTGGGGCGATTACCTCTGCGAGCGCGGGTTTCTGGATGCCGTCACCTACAAGGCGCGCAACGATGAGTTTTACCAGGACTACCTGGCCGGCAAGCTGGACAACGCCGCGTACCTGAATTTCTGCCTGGAAATCCTCGGCCGTACCGAGATGGAGGTGCTGGCGCAGTGGCATCTCGAATACATGCGCGACTGCATCGAGCCGATCGTGCTGCCCCAAGCCATCGAGCTGCTGAAAAAACACCGTGATGCCGGCGACAAGCTGGTGATCATCACCGCCACCAACCGCTTCGTCACCGCGCCGATTGCCGAGCGTCTGGGCGTCGAAACCCTGATCGCCACCGAGTGCGAAATGATTGACGGTCGCTACAGTGGGCGCAGCACCGACATCCCCTGTTTCCGCGAGGGCAAGGTGACCCGGCTGAATCGCTGGCTGGAAGAAACCGGGTATTCGCTGGACGACAGCTACTTCTATAGCGACTCGATGAACGACTTGCCGCTGTTGGAAGCAGTGACGCACCCGGTGGCGGTGGATCCGGATTCGAACCTGCGGGCCGAGGCCGAGAAACGCGGCTGGCCGGTGATCAGCCTGCGCGATTGA MRLALFDLDNTLLGGDSDHAWGDYLCERGFLDAVTYKARNDEFYQDYLAGKLDNAAYLNFCLEILGRTEMEVLAQWHLEYMRDCIEPIVLPQAIELLKKHRDAGDKLVIITATNRFVTAPIAERLGVETLIATECEMIDGRYSGRSTDIPCFREGKVTRLNRWLEETGYSLDDSYFYSDSMNDLPLLEAVTHPVAVDPDSNLRAEAEKRGWPVISLRD PGPT0015285_14 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015285-nodU-K00612 NA NA D1-35_03121 468 hypothetical protein ATGAGCATTTACGTGCTGCTGAAAACCCTGCACATCCTGTCCTCGACCATCCTCTTCGGCTTGGGCGCGGGGTCCGCCTACTACGCGCTGCGGGCCTGGCGCAGCGGCAAGCTTGAAGTCATTGCCGTCACCTTCAAGCATCTGGTCTTCGCCGATTGGGCGTTCACGGCCACCACCGCCGTGTTCCAGCCGCTGAGCGGCCTGGCCCTGATGCATGTGGCCGGCTGGCCACTGCAACAGAGCTGGTTGATGTGGAGCATCGGCCTTTATTGCCTGGCGGGCGCTTGCTGGCTGCCGGTGGTCTGGTTGCAGATCCGCGTGCACAAAATGGCCGAGCAAGCCTTGCAGGACGGCACGCCCATGCCGCTCAAGGCCAGCACCTACATGCGCTGGTGGTTTGCGCTGGGCTGGCCGGCGTTCCTCGCGTTCATGGTGATCTTCTACCTGATGGTGGCCAAGCCTGCGTGA MSIYVLLKTLHILSSTILFGLGAGSAYYALRAWRSGKLEVIAVTFKHLVFADWAFTATTAVFQPLSGLALMHVAGWPLQQSWLMWSIGLYCLAGACWLPVVWLQIRVHKMAEQALQDGTPMPLKASTYMRWWFALGWPAFLAFMVIFYLMVAKPA NA NA NA NA NA D1-35_03122 1257 hypothetical protein ATGAAGATCCTACTGGTGGGAGGCGGCGGTTTTATCGGGCGCCATCTGCTGCGAGCGTTGCACAGCGCTGGCCACTCGATCATCGCAACCAGCCGTGAACCTCAGGCGCCAGGTTGGCCTGGGGTTGAATGGCGGCAGCTGGATCTCGGTGTACTGGCAGGCGACCCTGAACACTTTGCCTTGCCCCTGGACGTCGAATTGCTGATCAACGCGGCCGGCCTGCTCAGCGTCGACACCGAGGCGCTGAGCCTGGTCCAGGATCGGGGCGCGCGAGCGTTGTTCGACCAGGCCGCGCGCCGCGGCGTCCGGATCCTGCAGATTTCCGCGCTGGGCGCGAGTGCCCAATCCGACGTGCCGTTCCTGGCGAGCAAAGGCTTGGCCGACGAATATCTTTGCACGCTGGACAGCGTATCGGTGGTGCTGCGGCCCTCGTTGGTGGTGGGACCAGGCGGCGCGAGCAGCTGCTGGATGGAAGGCCTTTCGCCGTGGCCGTTGATTCCCTTGCTGAATCTTCAAGCGCGCATCCAGCCCGTACATGTCGATGACCTGGTGGGCGCGGTGCTCGCCCTGCTGCGGCAATGGCCGAACGAGTCGGTGGTGTTGCCGCTGGTAGGACCGGAGCCGATGACGCTGGCCCGACTCATCGATCATCTGCGCGCCGCCCAAGGTTGGGCGCCGGCCCGCTACATCAAGGCCCCTGCGCTGTTGACTGAACCGGGTAGCCGGCTTGGGGATCGGTTCGGCTGGCGGGCATTGAACAGGCAAAGCCTGGCCTTGGCACAACGGGACAATCTGGCCGACCCCGCGGCACTCGCGTCAATCTGCGGGTATTACGCCGCCCCCGTACAAACCCGCTTGCAGGATTGGCCCAGCCCAGCCCAGAGCAGCCTCAGAGCGATCCGCCCGCTGATGCTCGCGGTACTGGCGATCATCTGGCTGGGTACCGCCATCGTCTGCCTCGGCCCCGGCTACGATTGGGGCTTGCGTATCATGGCCGAAGCCGGTGTCCACGGCGCCTGGGCGAAGCTTGCGGTAATCGCCGGCGCGCTGTGTGACGGCGCGCTGGGCGTGGGCATGCTATTCAAGCGCTGGCGCCGCCAGGCATTGCGGTTGCAGTTGGGATTGATGCTCGGCTACACGCTGTGCATCAGTTTTATCCTACCGCACTATTGGTTTGACCCTTATGCGGCTGTCGCCAAGAACCTGGTGCTGATAGTCGCGACTTTATGGCTGCTTTGGACTGAACCGCGCCGATGA MKILLVGGGGFIGRHLLRALHSAGHSIIATSREPQAPGWPGVEWRQLDLGVLAGDPEHFALPLDVELLINAAGLLSVDTEALSLVQDRGARALFDQAARRGVRILQISALGASAQSDVPFLASKGLADEYLCTLDSVSVVLRPSLVVGPGGASSCWMEGLSPWPLIPLLNLQARIQPVHVDDLVGAVLALLRQWPNESVVLPLVGPEPMTLARLIDHLRAAQGWAPARYIKAPALLTEPGSRLGDRFGWRALNRQSLALAQRDNLADPAALASICGYYAAPVQTRLQDWPSPAQSSLRAIRPLMLAVLAIIWLGTAIVCLGPGYDWGLRIMAEAGVHGAWAKLAVIAGALCDGALGVGMLFKRWRRQALRLQLGLMLGYTLCISFILPHYWFDPYAAVAKNLVLIVATLWLLWTEPRR NA NA NA NA NA D1-35_03123 414 hypothetical protein ATGGAAACTCTGCTGACCTTGAAAGTCCTGCACGTCGCGGCCACGGTCCTGCTGCTGGCATGCGGTGTAGTCCTTGCCGTCCTGGCCTGGCGTAAACGCAGCGAGGGACCGGCCAGCACGCTGCGGCGTCCCTGGCTGTTGGCCTGGTGCGTGATGCTGGTCTGCATGCTGAGCATGCCGTTCACCGGCTGGTGGCTGGTTCACCTGGTGGGCTGGCCGTTGGGGCAAAGCTGGCTGTTGGGCTCCAGCGTGATCTACACGGTGGCGACGCTCTGCGTTTTCTGGCTGCTGGCAAGGCTCAATCGTCTGCGCTTGGGCAGCGGCGGCAGCAGCAGGTTTACCCTGGCATTGGCGATCATCGGTGGCGTCGGCTTCCTGTCCATCGCCGCGCTGATGGGTGCCAAGCCGATTTAA METLLTLKVLHVAATVLLLACGVVLAVLAWRKRSEGPASTLRRPWLLAWCVMLVCMLSMPFTGWWLVHLVGWPLGQSWLLGSSVIYTVATLCVFWLLARLNRLRLGSGGSSRFTLALAIIGGVGFLSIAALMGAKPI NA NA NA NA NA D1-35_03124 1515 ilvA_1 COG1171 L-threonine dehydratase biosynthetic IlvA ATGCTCGAACAGTACGTCAAGAAGATCCTCACCTCGCGCGTTTATGACGTTGCCGTTGAAACCCCGCTGCAGACCGCCCGCCAGCTCTCCGAGCGGCTGGGCAATGACGTCTGGCTCAAGCGTGAAGACCTGCAGCCGGTGTTCTCGTTCAAGATTCGCGGGGCCTACAACAAGCTGACCCAACTCAGCGACGAAGAGCGCGCCCGTGGCGTAGTCACGGCCTCGGCCGGCAACCACGCCCAGGGCCTGGCGCTGGCAGCCAAGGTGCTGGGCGTCAAAGCCACCATCGTCATGCCCAAGACCACCCCGGAAATCAAGGTCGAAGGCGTACGCTCCCGCGGCGGCAAAGTGGTGTTGCATGGCGACTCGTTCCCCGAGGCGCTGGCGTATTCGCTGAAGCTGGTCGACGAAAAGGGCTACGTCTATATCCATCCCTATGACGACCCTCATACCATCGCCGGGCAGGGCACCGTGGCGATGGAGATCCTCCGCCAGCACCCCGGGCGCCTCGATGCGATATTCGTCCCGGTGGGCGGTGGCGGGCTGATTGCCGGCATCGCGGCCTACGTGAAATACCTGCGCCCCGAGATCCGGATCATTGGCGTCGAGCCGGATGACTCCAATTGCCTGCAAGCGGCCCTGGCCGCCGGTGAGCGCGTGGTATTGCCGACCGTCGGCCTGTTCGCCGACGGCGTGGCCGTGGCGCAGATCGGCCAGCACACCTTTGATATCTGCAAGCACTACGTGGATGAAGTGATCACCGTCAGCACCGACGAGATCTGCGCAGCTATAAAGGATATCTACGACGATACCCGCTCGATCACCGAGCCGGCCGGCGCCTTGGGCGTGGCCGGGATCAAGAAGTACGTCGAATCGCGGGGCATCAGCGGTCAGACCCTGGTGGCCATCGATTCCGGCGCCAACGTCAACTTCGATCGCCTGCGCCATGTGGCCGAACGCGCCGAGCTGGGCGAAGGGCGCGAGGCGATCATCGCCGTGACCATTCCCGAGCAGCCGGGCAGCTTCAAGGCCTTCTGCGAAGCCATCGGCAAACGCCAGATCACCGAATTCAACTACCGCTACAACACCGGCAGCGAAGCGCACATTTTCGTCGGCGTACAGACGCATCCGGAAAACGATCCGCGCAGCAAGTTGATCGCCAGCCTGACCGAGCAAGGCTTTCCGGTGCTGGACTTGACCGACAACGAGCTGGCCAAGCTGCACATCCGCCACATGGTCGGCGGACACGCCGCCCACGTCATCGACGAAGTGGTGCTGCGTTTCGAGTTCCCGGAGCGTCCGGGCGCGTTGTTCAACTTCCTCAACAAGCTGGGCGGGCGTTGGAATATCTCGATGTTCCACTACCGCAACCATGGCGCGGCGGATGGTCGCGTGGTCGCCGGGCTGCAAGTGCCTCACGATGAACGCCACCTGGTACCGGCCGCCCTGGAAGAAATCGGCTATCCGTATTGGGATGAAAGCGATAACCCGGCCTATCAGCTGTTTCTTGGTTGA MLEQYVKKILTSRVYDVAVETPLQTARQLSERLGNDVWLKREDLQPVFSFKIRGAYNKLTQLSDEERARGVVTASAGNHAQGLALAAKVLGVKATIVMPKTTPEIKVEGVRSRGGKVVLHGDSFPEALAYSLKLVDEKGYVYIHPYDDPHTIAGQGTVAMEILRQHPGRLDAIFVPVGGGGLIAGIAAYVKYLRPEIRIIGVEPDDSNCLQAALAAGERVVLPTVGLFADGVAVAQIGQHTFDICKHYVDEVITVSTDEICAAIKDIYDDTRSITEPAGALGVAGIKKYVESRGISGQTLVAIDSGANVNFDRLRHVAERAELGEGREAIIAVTIPEQPGSFKAFCEAIGKRQITEFNYRYNTGSEAHIFVGVQTHPENDPRSKLIASLTEQGFPVLDLTDNELAKLHIRHMVGGHAAHVIDEVVLRFEFPERPGALFNFLNKLGGRWNISMFHYRNHGAADGRVVAGLQVPHDERHLVPAALEEIGYPYWDESDNPAYQLFLG PGPT0001960_1819 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 D1-35_03125 675 rpiA COG0120 Ribose-5-phosphate isomerase A ATGACCCAGGATCAACTCAAACAGGCCGTGGCCCAGGCCGCCGTCGACCTCATCCTCCCGAAGCTGGATGACAAGAGCATCGTCGGGGTCGGCACCGGCTCGACCGCCAATTGCTTTATCGACGCGCTGGCGCAGCACAAGGGTGCGTTCGATGGCGCGGTCGCCAGCTCCGAAGCCACCGCCGCGCGCCTCAAGGGCCACGGGATCCCGGTGTACGAGCTCAACACCGTGAGCGACCTGGAGTTCTACATCGACGGCGCCGATGAAAGCGATGCGCACCTGAACCTGATCAAGGGCGGTGGCGCTGCATTGACCCGCGAGAAGATTGTCGCGGCAGTCGCCAAGACCTTCATCTGCATCGCCGACGCCAGCAAGCTGGTGCCGGTACTCGGCGCCTTCCCGCTGCCGGTGGAAGTTATCCCCATGGCCCGCAGCCACGTCGCCCGTCAGTTGGTGAAACTGGGCGGCGATCCGGTGTATCGCGAAGGTGTGCTGACCGACAACGGCAACATCATCCTGGATGTCCACAACCTGCAGATCACCAACCCGGTTGAGCTGGAAAGCCAGATCAACGCCATTGTCGGCGTGGTCACCAACGGCTTGTTCGCCGCGCGTCCGGCGGATGTGCTGTTGCTGGGGACTGCTGAAGGGGTGAAGACGCTGCGGGCTGAATAA MTQDQLKQAVAQAAVDLILPKLDDKSIVGVGTGSTANCFIDALAQHKGAFDGAVASSEATAARLKGHGIPVYELNTVSDLEFYIDGADESDAHLNLIKGGGAALTREKIVAAVAKTFICIADASKLVPVLGAFPLPVEVIPMARSHVARQLVKLGGDPVYREGVLTDNGNIILDVHNLQITNPVELESQINAIVGVVTNGLFAARPADVLLLGTAEGVKTLRAE PGPT0017390_2647 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 D1-35_03126 915 yjiK COG3204 putative protein YjiK ATGCGTCGACTTGTCCGTCCCAAGCCACTGTTCCTGCTGTTGCTGGCCATCGTGCTGATCGCCCTGATCGCGGCGGGCCAGTACCTGCGCCTGTTCGAACGAGCCTGGTTCAACATGAGCAGCCTGTGGCACCCCGTCAACGAGCAGGCAATCGCACTGGATCAGTACCAGGTCGCGCTTGAGGCGCAGGTGATCGAAGGGTTGGACGATGACGTTTCGGCGCTGACCTTCGATCCGATCCGCAAGACCCTGTTCACCGTGACCAACAAGAATCCCGAGCTGATCGAGCTGTCGCTGGACGGCAAGATCTTGCGGCGCATAGCCCTGGTCGGGTTTGGTGATTCGGAAGCGGTGGAATTCATCAGCGAGAATATCTATGTCATCACCGATGAGCGCCAACAACGGCTGATCAAGATCCATCTGGACGACGACACCCGGTTCCTGGACGCGGCCGAAGCCGAGCAGATCTCGCTCGGCGTGCACATGAGCAGCAACAAGGGTTTCGAAGGGCTGGCCTACGACTCCCTGGGCAAGCGGCTATTCGTGGCGAAGGAGCGCGACCCGATGCTGATCTACGAGGTCCACGGGTTTCCCCACCACAACCCGGAAAAATCCTATGCGGTGCACGTCGTCAACAATCCCAAGCGTGACGCCGGGCTCTTTGTGCGCGACCTTTCAAGCCTGCAATACGATGAGCGCAGCGGTCACCTGATGGCGCTGTCCGACGAGTCGCGGTTGATCATCGAGCTGGATATCAACGGCCGTCCGTTGAGCACGCTGTCGTTGAGCAAGGGCCGCAACGGCCTGCAGAAAACCGTCCCCCAGGCTGAAGGCCTGGCCATGGATGACGATGGCAACCTGTATGTGGTGAGTGAGCCGAATCTGTTTTACGTGTTCAAGAAGCAGCAGCCTTGA MRRLVRPKPLFLLLLAIVLIALIAAGQYLRLFERAWFNMSSLWHPVNEQAIALDQYQVALEAQVIEGLDDDVSALTFDPIRKTLFTVTNKNPELIELSLDGKILRRIALVGFGDSEAVEFISENIYVITDERQQRLIKIHLDDDTRFLDAAEAEQISLGVHMSSNKGFEGLAYDSLGKRLFVAKERDPMLIYEVHGFPHHNPEKSYAVHVVNNPKRDAGLFVRDLSSLQYDERSGHLMALSDESRLIIELDINGRPLSTLSLSKGRNGLQKTVPQAEGLAMDDDGNLYVVSEPNLFYVFKKQQP NA NA NA NA NA D1-35_03127 933 hypothetical protein ATGGCCAAGACCCAAGCACTGCCCACCCCCAAAGCATCCCGTCGCTCTCGCTTCGCCCTGCCCTGGTATGTCTGGCTGCTGATCGCGGGCGCCAGCGCTTATGGCCTGGCATTCGCCATGCATTGGGACGACCGGGGCCTGCTTTGGGTGTCGGAGCGCTTCCAGAGCCAGGCCGAGCGTCGGGAAAGCATCTGGCTGCCTGATTACCACGCTGTCATTGACGCCAAGGCGCTCCCGGGAATGGAAGACGACGAAGCGTCCGACCTGACCTATAGCCCACAGACCAAGACCCTGTTCGCGGTGATGGGCAAAAATCCGTTCCTGGTGGAGCTGAACCTGCAGGGTGACGTATTGCGCAAGATGCCGCTGGTGGGCTGGGGCAACCCTGAAGGCGTGGCTTTCATGGAAAACGGCCTGCTGGCCATCACCGATGAACGCAAGCACACGCTATCGATCGTCCAGGTCGACGCCAATACCCGCGAGCTGAACATCAAGGACTTCCCCCAATATGACCTGGGCACGTCGAAGAACCAGAACAAGGGCTTCGAAGCCATCGTCTGGGACCCGAAGAATCAGCAACTGATCCTTGGCGAAGAGCGCCCACCGGCATTGTTCACCTGGAAAAGCGACGGGAGCCAGTTGCTCAAGGGCGACAAGCAGATCCATGTCAGCAACGAACTCGACCTGCGCAACCTGTCCGCCCTGGCCGTAGACCCGCGCACCGGCCACACGCTGGTGCTATCGGCCGACTCCCATTTATTGCTGGAACTGGACGAAGCAGGCGATCAGGTCAGCTTCATGACCCTGCTCGGCGGCTTCAACGGCCTGAAGGACACGATCCCTCGCGCCGAAGGCGTCACTGTCGATGAAGCCGGCACTCTCTACATCGTCAGTGAACCGAACCTGTTCTACCGTTTCGAAAAACAGCACTGA MAKTQALPTPKASRRSRFALPWYVWLLIAGASAYGLAFAMHWDDRGLLWVSERFQSQAERRESIWLPDYHAVIDAKALPGMEDDEASDLTYSPQTKTLFAVMGKNPFLVELNLQGDVLRKMPLVGWGNPEGVAFMENGLLAITDERKHTLSIVQVDANTRELNIKDFPQYDLGTSKNQNKGFEAIVWDPKNQQLILGEERPPALFTWKSDGSQLLKGDKQIHVSNELDLRNLSALAVDPRTGHTLVLSADSHLLLELDEAGDQVSFMTLLGGFNGLKDTIPRAEGVTVDEAGTLYIVSEPNLFYRFEKQH NA NA NA NA NA D1-35_03128 666 ycgM COG0179 putative protein YcgM ATGAGCTATCAGCACCAGTATGTCGACGGTACGCGTATTCATTTCCCGATCGGGAAAGTGGTGTGCATTGGCCGCAACTATGCCGAGCATGCAAAGGAACTGGATAATCCGGTGCCCACCGAGCCGTTGCTGTTCATCAAGCCAGGCAGCTGCGTGGTGCCGCTGGAAGGCGGTTTCAGCATTCCCACCGACCGCGGGTCGGTGCATTACGAGGCGGAAATCGCCGTGCTGATCGGCAAGCCGCTGTCCACCCGGCCCAGCGCTGAGGAAGTGCTGGACGCGATCTCCGGCTTCGCTCCGGCCCTGGACCTGACCCTGCGGGACAAGCAGGCCGAGCTCAAGGGCAAGGGGCTGCCCTGGGAAGTCGCCAAGTCTTTCGACGGCGCGGCGGTGATCGCCCCGTTCGTCTCGAAGGACACCTTCGCCGACCTGACCGACATCCCCGTTCGCCTGGTCATCAATGGCGAAGTGCGCCAGGACGGCAACAGCAGCCTGATGCTCAACCCCATCGTGCCGATGATCCAGTACATGGCCGGCTGTTTCTCGCTGCAAGCCGGCGACGTGATCCTGACCGGCACGCCGGCCGGCGTCGGGCCGTTGAACGTCGGTGACGAGCTGGTGCTGGAACTGCCGGGCGCGAGCCGCTTCGAGAGCAGTGTTCGTTAA MSYQHQYVDGTRIHFPIGKVVCIGRNYAEHAKELDNPVPTEPLLFIKPGSCVVPLEGGFSIPTDRGSVHYEAEIAVLIGKPLSTRPSAEEVLDAISGFAPALDLTLRDKQAELKGKGLPWEVAKSFDGAAVIAPFVSKDTFADLTDIPVRLVINGEVRQDGNSSLMLNPIVPMIQYMAGCFSLQAGDVILTGTPAGVGPLNVGDELVLELPGASRFESSVR PGPT0001625_435 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001625-ycgM-K01557 NA NA D1-35_03129 1419 COG0277 putative FAD-linked oxidoreductase ATGAATTGTTCGAGAGTTCTGTCGATGACCAATCCTGCCGTGATAGATGAGCTGAAGACCCTGGTTGAGCCTGGCAAGGTCCTGACCGATGCCGACTCCCTGAATGCTTACGGCAAGGATTGGACCAAGCATTTCGCTCCGGCGCCGGTGGCCATCGTCTTTCCCAAGACCATCGAACAGGTCCAGGCCATCGTGCGCTGGGCCAATGCGCACAAGGTCGCGCTGGTCCCCTCGGGCGGACGTACCGGGCTGTCCGCCGCGGCCGTGGCGGCCAATGGCGAAGTCGTGGTGTCCTTCGACTACATGAACCAGATTCTCGACGTGAACCTGACCGACCGCACCGCCGTGTGCCAGCCGGGCGTGGTCACCGAACAACTGCAGAACAAGGCCGAGGAACATGGCCTGTACTACCCGGTGGATTTTGCTTCGGCCGGTTCCAGCCAGATTGGCGGCAATATCGGCACCAATGCCGGCGGGATCAAAGTCATTCGCTACGGCATGACGCGCAATTGGGTGGCGGGCATGAAAGTCGTCACCGGCAAGGGCGACGTGCTGGAGCTGAACAAGGACCTGATCAAGAACGCCACCGGCTACGATTTGCGCCAGCTGTTCATCGGCGCGGAGGGCACGCTTGGCTTCGTGGTCGAGGCCACCATGCGCCTGGATCGGGCACCGAAAAACCTCACCGCGATGGTGCTCGGCACGCCGGATTTCGATTCGATCATGCCGGTGCTGCATGCCTTCCAGGGCAAACTTGACCTGACCGCATTCGAATTTTTCTCAGACAAGGCCCTGGCCAAGGTCCTCGGTCGCGGCGACGTGCCGGCGCCGTTCGAGACCGACTGCCCGTTCTACGCCGTGCTGGAATTCGAGGCCACCACCGAAGAAGTCGCCAACCACGCGCTGGAAACCTTTGAGCACTGCGTCGAACAAGGCTGGGTGCTGGACGGCGTGATGAGCCAGAGCGAAACCCAGTTGCAGAACCTGTGGAAATTGCGCGAGTACATCTCCGAAACCATCTCGCACTGGACGCCGTACAAGAACGACATCTCGGTAACCGTCTCGAAGGTTCCGGCATTCTTGCGGGAAATCGATGCAATTGTCGGCGAACACTACCCGGACTTCGAAATCGTCTGGTTCGGCCACATCGGCGACGGCAACCTGCACCTGAACATCCTCAAGCCGGAAAACCTGAGCAAGGATGAGTTCTTCGCCAAGTGCGCGACGGTGAACAAATGGGTGTTCGAGACCGTCGAGAAGTACAACGGCTCGATTTCCGCCGAGCACGGCGTGGGCATGACCAAACGCGACTATCTGACCTACAGTCGCTCGCCGGTGGAGATCGAGTACATGAAAGCGGTAAAGGCAGTCTTCGACCCCAACGGCGTCATGAATCCGGGCAAGATCTTCGCGGTTTGA MNCSRVLSMTNPAVIDELKTLVEPGKVLTDADSLNAYGKDWTKHFAPAPVAIVFPKTIEQVQAIVRWANAHKVALVPSGGRTGLSAAAVAANGEVVVSFDYMNQILDVNLTDRTAVCQPGVVTEQLQNKAEEHGLYYPVDFASAGSSQIGGNIGTNAGGIKVIRYGMTRNWVAGMKVVTGKGDVLELNKDLIKNATGYDLRQLFIGAEGTLGFVVEATMRLDRAPKNLTAMVLGTPDFDSIMPVLHAFQGKLDLTAFEFFSDKALAKVLGRGDVPAPFETDCPFYAVLEFEATTEEVANHALETFEHCVEQGWVLDGVMSQSETQLQNLWKLREYISETISHWTPYKNDISVTVSKVPAFLREIDAIVGEHYPDFEIVWFGHIGDGNLHLNILKPENLSKDEFFAKCATVNKWVFETVEKYNGSISAEHGVGMTKRDYLTYSRSPVEIEYMKAVKAVFDPNGVMNPGKIFAV NA NA NA NA NA D1-35_03130 1230 serA COG0111 D-3-phosphoglycerate dehydrogenase ATGAGCAAGACTTCTCTCGATAAGAGCAAGATCAAGTTCCTTCTTCTCGAAGGCGTCCACCAATCGGCTGTCGACGTCCTCAAGTCGGCGGGCTACACCAGCATCGAGTACATCACCAGCTCTCTGCCGGAAGCCCAGCTCAAGGAAAAGATCGCCGATGCTCACTTCATCGGTATTCGCTCCCGTACTCAACTGACCGAAGAGATCTTCGACCACGCCAAGAAGCTGGTCGCGGTCGGCTGCTTCTGCATCGGCACCAATCAGGTTGACCTCAACGCGGCCCGTGAGCGCGGTATCGCGGTGTTCAACGCGCCGTACTCCAACACCCGTTCCGTTGCCGAGCTGGTGCTGGCCGAGGCGATCCTGCTGCTGCGCGGCATCCCCGAGAAAAACGCTTCCTGCCACCGTGGCGGCTGGATCAAGAGCGCGGCCAACTCCTTCGAAATCCGGGGCAAGAAGCTGGGTATCGTCGGCTACGGCTCGATCGGCACCCAGTTGTCGGTACTCGCCGAGGGCCTTGGCATGCAGGTGTTCTTCTATGACACCGTGACCAAGCTGCCACTGGGCAACGCCACCCAGGTCAACGACCTGCACGAATTGTTGGGCATGTCCGACATCGTCACCCTGCACGTACCGGAAACCCCGGCCACCCAGTGGATGATCGGCGAGAAGGAAATCCGTGCCATCAAGAAAGGCGGGATCCTGATCAACGCCGCGCGTGGCACCGTGGTCAAGCTCGACGCCCTGGCCGAAGCGATCAAGGACAAGCACCTGATCGGCGCTGCCATCGACGTGTTCCCGGTAGAGCCGCGCTCCAACGACGACATCTTCGAGAGCCCGCTGCGTGGCCTGGACAACGTGATCCTGACACCGCACATCGGCGGGTCCACCGCTGAAGCCCAGGCCAACATCGGTCTGGAAGTGGCGGAGAAACTGGTCAAGTACAGCGACAACGGTACTTCGGTATCGTCGGTGAACTTCCCAGAAGTGGCCTTGCCCGCTCACCCTGGCAAGCACCGCCTGCTGCACATCCACGAGAACATCCCGGGTGTGATGAGCGAGATCAACAAGGTCTTCGCGGAAAACGGCATCAACATTTCCGGCCAGTTCCTGCAGACCAACGAGAAGGTCGGCTACGTCGTGATCGACGTCGATGCCGAATACTCGGACCTGGCGCAGGAGAAGCTGCAGCACATCAACGGCACCATTCGTTGCCGCGTGTTGTTCTAA MSKTSLDKSKIKFLLLEGVHQSAVDVLKSAGYTSIEYITSSLPEAQLKEKIADAHFIGIRSRTQLTEEIFDHAKKLVAVGCFCIGTNQVDLNAARERGIAVFNAPYSNTRSVAELVLAEAILLLRGIPEKNASCHRGGWIKSAANSFEIRGKKLGIVGYGSIGTQLSVLAEGLGMQVFFYDTVTKLPLGNATQVNDLHELLGMSDIVTLHVPETPATQWMIGEKEIRAIKKGGILINAARGTVVKLDALAEAIKDKHLIGAAIDVFPVEPRSNDDIFESPLRGLDNVILTPHIGGSTAEAQANIGLEVAEKLVKYSDNGTSVSSVNFPEVALPAHPGKHRLLHIHENIPGVMSEINKVFAENGINISGQFLQTNEKVGYVVIDVDAEYSDLAQEKLQHINGTIRCRVLF PGPT0009155_3878 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D1-35_03131 426 hypothetical protein ATGAAAAGCTTTATGTCTCGTGCCGCGTTGGCTGGCCTGTTGTTGGGCACCTCGATGCTGGCAACAGCGGCGACCCCGGCCCCCAAGGGTGCAGAAGTGTTCATCGTTTCCCCGGAAGATGGCGCCACCGTCAGCCAGGAATTCAAGGTCAAGTTCGGCGTCAAGGATATCGCCCTGGCTCCGGCGGGCGATGTGACCAAGAACACTGGCCATCACCATTTGCTGATCGATGTGGACGACGTGCCGAAGGAAGGCGCGCCGATTCCGACCGACGCCCACCACATGCACTTCGGCAAGGCACAAACCGAGGCCACCATCAAACTGGCCCCGGGCAAGCACACCTTGCAATTGATCCTGGGCGACAGCGGCCATATGCCGTTCGACCCGTCTATCGTGTCCGAGAAAATCACAGTGAATGTGAAGTAA MKSFMSRAALAGLLLGTSMLATAATPAPKGAEVFIVSPEDGATVSQEFKVKFGVKDIALAPAGDVTKNTGHHHLLIDVDDVPKEGAPIPTDAHHMHFGKAQTEATIKLAPGKHTLQLILGDSGHMPFDPSIVSEKITVNVK NA NA NA NA NA D1-35_03132 567 mltF_3 Membrane-bound lytic murein transglycosylase F ATGCGTTTCCTGCCTGGCCTGATCTGCCTGCTACCCCTTTTGAGCCCTTTGGCCCATGCCGAATTGATCGACGATATCAACGACCGGGGCGAGTTGCGCATCGCTCTTGAGGCCAACGCGGCGCCCTTCAACTTCAAGGAAGACGGCAAACTCACCGGCTTCGAAGTGGAGCTGGGCGAAATGCTCGCGAGCGAGCTCGATGTACGGGCCGATTTCGTTGTCACCGATGCCGAGGATTTGTTGGCCGGTGTGGAAACCGGCAAATACGACGTCGCCATCAATCACATAGCACTGACCCCGGAACTGGCGGATCGTTTCGATACCAGTACCCCCTACAGCCAACCCGATGCGCAGTTGCTGGCGAGCAAGGACGAGTCGCAACGTCCGCTGGTCATGGCGCAGTCGTTCCAGGCGCAGGAAAAGAAAGGCCCGCCGCCCAGCCTGGTGATTCCGTTCCAGAAGGACAACCCGGCGTTCAAGGCCAGCCTGGACAATGCCCTGGCGCGGATCAAGGAGGATGGGCGGCTGGAGCAGTTGTCGCAGAAGTGGTTGAAACAGCCGGAGTGA MRFLPGLICLLPLLSPLAHAELIDDINDRGELRIALEANAAPFNFKEDGKLTGFEVELGEMLASELDVRADFVVTDAEDLLAGVETGKYDVAINHIALTPELADRFDTSTPYSQPDAQLLASKDESQRPLVMAQSFQAQEKKGPPPSLVIPFQKDNPAFKASLDNALARIKEDGRLEQLSQKWLKQPE PGPT0015635_1748 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 D1-35_03133 630 hypothetical protein ATGAAACACACTGCCGAAGACCTGCACGTCATCACCGCCACGACCCTGGGTCATTACAACGCCGTGGCCGAGAATTTTCGCGAAGGCACCCGCGATCATGATGTCAGCCAGAACATCGATGCGTTGCTGCGCCACATCCGGGGCCAGGCGCCGTTTCATATTCTCGACTTCGGCTGCGGTCCGGGGCGGGATTTGCGTACGTTTACCGGCATGGGCCATGTCGCGGTCGGCCTGGACGGTTCCGAAGAATTCGCCCGGATGGCCCGCCAGGACAGCGGGTGCGAGGTGTGGCAACAGGACTTCCTGAAACTCGACCTGCCGGATGGACGCTTTGATGGGATTTTTGCCAACGCGGTGCTGTTTCATATTCCAGTCCAGGAACTGCCCCGCGTGCTCAGGCAACTGCACGCCACGCTAAAGGCTGGAGGCGTCCTGTTCAGTTCCAATCCACGGGGCGAAAACCAGGAAGGCTGGAACGGCCAGCGCTTCGGCGCCTACCACGACCTCGACGCCTGGCGCAGGCTGCTGGGCGCGGCAGGTTTTGTGGAGCTGGAGCATTATTACCGGCCAGCGGGGCTGCCACGGGAACAGCAGCCTTGGTTGGCGAGCGTGTGGCGTAAACCTGCTTAG MKHTAEDLHVITATTLGHYNAVAENFREGTRDHDVSQNIDALLRHIRGQAPFHILDFGCGPGRDLRTFTGMGHVAVGLDGSEEFARMARQDSGCEVWQQDFLKLDLPDGRFDGIFANAVLFHIPVQELPRVLRQLHATLKAGGVLFSSNPRGENQEGWNGQRFGAYHDLDAWRRLLGAAGFVELEHYYRPAGLPREQQPWLASVWRKPA NA NA NA NA NA D1-35_03134 645 metI COG2011 D-methionine transport system permease protein MetI ATGTGGCTTGATCGCTTATTGCAGGGCTTCATCGACACGTTCCTGATGGTCGGTGTGTCGTCATTGATCGCGTTGCTGGCGGGCATTCCGCTGGCGGTTATCCTGGTCACCAGCGGCAAGGGCGGCATTTACGAGGCGCCGGCGCTGAACCGTGCCTTGGGCGCGTTCGTGAACCTGTTTCGCTCGATCCCGTTCCTGATCCTGATGGTGGCGCTGATTCCGTTCACCCGGCTGATTGTCGGCACGACCTACGGCGTGTGGGCTGCGGTGGTGCCGCTGACCATCGCCGCGACGCCGTTTTTTGCCCGCATCGCCGAAGTCAGCCTGCGGGAAGTCGACCACGGCCTGATCGAAGCGGCCCAGGCCATGGGTTGCCGGCGCTGGCATATCGTCTGGCACGTATTGCTGCCCGAGGCGCTGCCAGGCATCGTCGGCGGCTTTACCATCACTTTGGTGACCATGATCAATTCCTCGGCCATGGCCGGGGCGATCGGCGCCGGTGGCCTGGGTGACATCGCCTACCGTTACGGCTACCAGCGGTTCGACAGCCAGATCATGCTCACGGTGATCGTGCTGCTGGTGGCGCTGGTCGCGGTGATCCAGTTGGGGGGCGATCGTCTGGCGCGCGGCCTGAACAAACGCTGA MWLDRLLQGFIDTFLMVGVSSLIALLAGIPLAVILVTSGKGGIYEAPALNRALGAFVNLFRSIPFLILMVALIPFTRLIVGTTYGVWAAVVPLTIAATPFFARIAEVSLREVDHGLIEAAQAMGCRRWHIVWHVLLPEALPGIVGGFTITLVTMINSSAMAGAIGAGGLGDIAYRYGYQRFDSQIMLTVIVLLVALVAVIQLGGDRLARGLNKR PGPT0020515_3795 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072 NA NA D1-35_03135 1125 metN_2 COG1135 Methionine import ATP-binding protein MetN ATGAATGCCGTCAACGCTTTGCTTGAACAGCAAACGCCCACGCGCCGAAGCGCCGAAAGCACCGAGCTGCACCCACAGCTCAACCGGGCCCACGTGCGTTTTGTCGGCCTGGGCAAAACCTACCTGGGCGCCCAAGGGCCGGTGAACGCGCTGCACGGCATCGACCTGGCGATCCAGCGCGGCGAGGTGTTCGGCATCATCGGCCGCAGCGGCGCCGGCAAGTCATCACTGATTCGCACCATCAACCGCCTCGAGCAACCCACCAGCGGTCGGGTGCTGATCGATCAGGTGGACATCGGCGAGTTCGATGAGGATCGCCTGGTCGAGCTGCGCCGGCGCATCGGCATGATCTTCCAGCATTTCAACCTGATGTCGGCCAAGACCGTCTGGCAGAACGTCGAGCTGCCGTTGAAAGTCGCCGGGGTGCCCAAGGAGCAACGCCAGCGCAAGGTCCGCGAGCTGCTCGAACTGGTGGGTCTGGATGGCAAGCACAAAGCCTATCCGGCACAACTCTCAGGCGGGCAGAAGCAGCGGGTCGGCATCGCCCGGGCGCTGGTCCACGACCCGCAGATCCTGCTGTGTGACGAGGCCACTTCGGCGCTGGATCCGGAGACCACTCAGTCGATCCTCCGCCTGCTGCGGGAGATCAACCAGCGGCTGGGCCTGACGATCGTGCTGATTACCCACGAGATGGCGGTGATCCGCGAAGTCTGCGACCGGGTAGTGGTGCTGGAACAAGGGCGGATCGTTGAGCAGGGGCCGGTCTGGGAAGTCTTCGGCAACCCGCAACATGAGGTCAGCCGGACGCTGCTGGCGCCGTTGCAGCACGCGCTGCCTGAAGAACTGCAGAACCGTTTGCAGCCGCAACCGGCCTCGGCGGACGCCGCCACGGTGCTGCGCCTGCAATTCACCGGTACCGCCCGCGACGAACCGGACCTCGCGGCCCTGTTCGGCGCCCTCGGTGGCCGGGTGCGACTGTTGCACGGCGGCATCGAACGGATCCAGGGACATGGGCTGGGACAATTACTGCTGGCCGTGAGCGGCTCCTCACTGGGCGCCGAGGAGTTGCGTCAGCGGGCAGGTGCATGGGCGCAACAGGTGGAGGTGCTGGGTTATGTGGCTTGA MNAVNALLEQQTPTRRSAESTELHPQLNRAHVRFVGLGKTYLGAQGPVNALHGIDLAIQRGEVFGIIGRSGAGKSSLIRTINRLEQPTSGRVLIDQVDIGEFDEDRLVELRRRIGMIFQHFNLMSAKTVWQNVELPLKVAGVPKEQRQRKVRELLELVGLDGKHKAYPAQLSGGQKQRVGIARALVHDPQILLCDEATSALDPETTQSILRLLREINQRLGLTIVLITHEMAVIREVCDRVVVLEQGRIVEQGPVWEVFGNPQHEVSRTLLAPLQHALPEELQNRLQPQPASADAATVLRLQFTGTARDEPDLAALFGALGGRVRLLHGGIERIQGHGLGQLLLAVSGSSLGAEELRQRAGAWAQQVEVLGYVA PGPT0020520_249 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D1-35_03136 810 metQ_3 COG1464 D-methionine-binding lipoprotein MetQ ATGACCAAGCAACTCCTGACCCTGCCAGTCAAAGCACTGGCCCTGGCCCTCGGCCTGTTCAGCTCAGCGCTGTTCGCCGCCGACGCCCCTTTGAAAATCGGCACCACCGCCGCCTTCGCCATTCCTCTGGAGGTCGCTGTCGAAGAGGCCGGCAAACAAGGCTTGAAGGTCGAGCTGGTGGAATTCAGTGACTGGATCGCGCCTAACGTCAGCCTCGCTTCGGGTGACATTGACGTGAATTATTTCCAGCACATTCCCTTCCTGGAAAACGCCAAGGCCGCCGCTGGGTTCGACCTGGTGCCGTTCGCGCCGGGCATCATCAACAACGTTGGCCTCTACTCGAAAAAATACAAAAGCTTCGACGAGCTGCCCGAAGGCGCGAGCGTCGCCATTGCCAACGACCCGATCAACAGCGGTCGCGGCTTGCAACTGCTGGCCAAGGCCGGGCTGATCCAGCTCAAGCCGGGCGTCGGCTACAAGGCCACCGAAGACGACATTGTCGCCAACCCGAAGAAGATCAAGATCCTGCAGGTCGAAGCCGTGCAACTGGTGCGCGCCTATGAAGACGCCGATCTGGTGCAGGGCTACCCGGCCTATATCCGCCTGGCGAATACCTTCGACGCGACGTCCGCGTTGCTGTTCGACGGCCTCGATCACAAGGAATACGTCATCCAGTTCGTGATCCAGCCCAAGAGCAAAAGCGACCCGCGGCTGATCAAGTTCGTCGATATCTATCAGCACTCCCCGGCCGTGCGCGCAGCCTTGGACAAGGCCCATGGCAAGCTCTATCAAGCCGGCTGGGAAAGCTGA MTKQLLTLPVKALALALGLFSSALFAADAPLKIGTTAAFAIPLEVAVEEAGKQGLKVELVEFSDWIAPNVSLASGDIDVNYFQHIPFLENAKAAAGFDLVPFAPGIINNVGLYSKKYKSFDELPEGASVAIANDPINSGRGLQLLAKAGLIQLKPGVGYKATEDDIVANPKKIKILQVEAVQLVRAYEDADLVQGYPAYIRLANTFDATSALLFDGLDHKEYVIQFVIQPKSKSDPRLIKFVDIYQHSPAVRAALDKAHGKLYQAGWES PGPT0020510_4237 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D1-35_03137 1359 dmoA_2 Dimethyl-sulfide monooxygenase ATGGCCCTCGGCAAGAAAAAAATCCTCCTCAACGCGTTCAACATGAACTGCATCGGCCATATCAACCACGGCTTGTGGACGCACCCGCAGGACATCTCGACCCAGTACAACACGCTCGAATACTGGACCGGTCTGGCCCAGCTGCTGGAGCGCGGTCTGTTCGACGGGTTGTTCATTGCCGATATCGTCGGGGTATATGACGTTTACCAGCAATCGGTGGAGGTCACGCTGAAAGAGTCGATCCAGCTGCCGGTCAACGACCCATTGCTGCTGGTCTCGGCAATGGCTGCCGTCACCCGCAACCTCGGCTTCGGCCTCACCGCCAACCTCACCTATGAGCCGCCGTACCTGTTCGCCCGACGCATGAGCACGCTGGATCACCTGAGCCGTGGCCGGGTTGGCTGGAACATTGTCACCGGTTACCTGGACAGCGCCGCGAAAGCCATGGGCCTTGGCGCGCAGGTCGAGCACGACCGCCGTTATGACCAGGCCGACGAGTACCTGGAGGTGCTCTATAAACTCTGGGAGGGCAGCTGGGAAGACGACGCGGTGCTCAACGATCGCCAGCAACGGATCTACGCCCAGCCAGAAAAAGTGCACAAGGTCAGGCACCAGGGCGAGTTTTATCAGGTCGAGGGTTATCACCTCTGCGAGCCATCGCCCCAACGCACACCGGTGCTGTTCCAGGCCGGCAGCTCCGAGCGCGGCCTGCTGTTCGCCGGGCGCCATGCCGAGTGCGTGTTCATCAGCGGCCAGAACAAGCCGGCGACCAGGGCCCAGGTGGACAAGGTCCGCGCCAGCGCCGTCGCGGCCGGACGCAATGCCGAGGACATCAAGGTGTTCATGGGCCTGAACGTGATTGTCGGCGAGACCGAAGCAGCGGCCTGGGCCAAGCATGCCGAGTACCTGGGGTATGCCAGCGCCGAGGCCGGCGTGGCGCATTTCTCCGCGTCGACGGGCATCGATTTTTCCGAGTACGAACTGGACGAACCGATCCAGTACGTGAAGAGCAACGCCATCCAGTCCGCGACCAAGACCTTGCAGAACAACGACTGGACCCGACGCAAGCTTCTGGAGCAACACGCCTTGGGCGGTCGCTACATCACCGTTGTCGGCTCGCCCGAACAGGTCGCCGACGAGCTGGAATCGTGGATCGCCGAGACCGGCCTCGACGGCTTCAACCTGACCCGCATCGTCACGCCACAAAGCTACGTGGATTTCATCGACCTGGTGATTCCCGAGCTGCAGCGCCGCGGGTCGTACAAGACCGAATACGGCGGGGGGACGTTGCGGGAGAAGCTGTTTCACGCGCAAGCGAGACTACCCGGCCAACACACTGGCTCGAACTACCGGCGATGA MALGKKKILLNAFNMNCIGHINHGLWTHPQDISTQYNTLEYWTGLAQLLERGLFDGLFIADIVGVYDVYQQSVEVTLKESIQLPVNDPLLLVSAMAAVTRNLGFGLTANLTYEPPYLFARRMSTLDHLSRGRVGWNIVTGYLDSAAKAMGLGAQVEHDRRYDQADEYLEVLYKLWEGSWEDDAVLNDRQQRIYAQPEKVHKVRHQGEFYQVEGYHLCEPSPQRTPVLFQAGSSERGLLFAGRHAECVFISGQNKPATRAQVDKVRASAVAAGRNAEDIKVFMGLNVIVGETEAAAWAKHAEYLGYASAEAGVAHFSASTGIDFSEYELDEPIQYVKSNAIQSATKTLQNNDWTRRKLLEQHALGGRYITVVGSPEQVADELESWIAETGLDGFNLTRIVTPQSYVDFIDLVIPELQRRGSYKTEYGGGTLREKLFHAQARLPGQHTGSNYRR PGPT0003040_11 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-35_03138 1194 sfnC putative FMNH2-dependent monooxygenase SfnC ATGACGCTTTCCCAACACGTCGCGGTGATCACCAGCGATGAACAAGCCCTCATCGTCGCCAGCGACCTGGCCGATGACTTCAAGCGCGACAGCGCCCTGCGCGATCGCGAACGGCGCCTGCCGCACCCGGAGCTGGAAGCCTTCACCCGCTCCGGCCTGTGGGGCATCAGCGTGCCCAAGGCCTACGGCGGCGCCGGCGTTTCCAACGTCACGCTGGCGAAGGTCGTGGCGCTGATCGCCCAGGCCGATGGCTCGCTCGGGCAAATCCCCCAGAACCATTACTACGCCCTGGAAGTGCTGCGGGTAAACGGTAGCGAAGCCCAGAAGCAACGGCTGTATGCCGAAGTGCTGGGCGGTCAGCGGTTCGGCAACGCCCTGGCGGAGCTGGGAACCAGGACTGCTCACGAGCGCACCACCCAACTGCTTCGCGATGGCGACGGGTACCGCATCAACGGCCGCAAGTTTTACGCCACCGGGGCGATCTATGCCCAGCGCATCCCTACTTCGGTGGTGGACGAGAACGGCGTGCAGCAGTTGGCGTTCGTTCCGCGCAGCAGCCAGGGCCTGACGGTTATCGACGACTGGAGCGGTTTCGGCCAGCGCACCACGGGCAGCGGCTCGGTAGTGTTCGAAGCCGTGCATGTCGCCGCCGAAGACGTCGTGCCGTTCCAGAGCGCCTTCGAACGCCCTACTCCGGTGGGCCCGTTGGCGCAGATTCTCCATGCCGCCATCGACACTGGCATTGCCCGCGCCGCCTATGAAGATGCGTTGCATTTTGTCCGCAGCAAAACCCGGCCGTGGATCGACGCCATCAGCGATGTCGCCACCCAGGATCCGCATACGCTCAAGAGCTTCGGTCACCTGGGCGTACGCCTGCACGCCGCCGAAGCCTTGCTGGAGCGCGCCGGCGAATTCCTCGACCGCGCCCAGGCCGACAGCAACGCCGAAACGGTGGCGGCGGCCTCGATTGCCGTGGCCGAAGCCCGGGCCATCAGCACCGAAATCTCCCTGGCCGCCGGCAGCACGCTGTTCGAACTGGCCGGCAGCCAGGCGACCCTGGCCGAACATGGCCTGGATCGTCACTGGCGCAACGCCCGGGTGCATACGCTGCATGACCCGGTGCGCTGGAAATATCACGCGGTCGGCAATTTCTACCTCAACGACGAAAAACCACCGTTGCGAGGGACCATCTGA MTLSQHVAVITSDEQALIVASDLADDFKRDSALRDRERRLPHPELEAFTRSGLWGISVPKAYGGAGVSNVTLAKVVALIAQADGSLGQIPQNHYYALEVLRVNGSEAQKQRLYAEVLGGQRFGNALAELGTRTAHERTTQLLRDGDGYRINGRKFYATGAIYAQRIPTSVVDENGVQQLAFVPRSSQGLTVIDDWSGFGQRTTGSGSVVFEAVHVAAEDVVPFQSAFERPTPVGPLAQILHAAIDTGIARAAYEDALHFVRSKTRPWIDAISDVATQDPHTLKSFGHLGVRLHAAEALLERAGEFLDRAQADSNAETVAAASIAVAEARAISTEISLAAGSTLFELAGSQATLAEHGLDRHWRNARVHTLHDPVRWKYHAVGNFYLNDEKPPLRGTI NA NA NA NA NA D1-35_03139 1242 soxC_2 Dibenzothiophene desulfurization enzyme C ATGTCCGATCTGGCGCAAGCAAAGGTCCATAGCGACCTGGATGTCGCTCCATTGTTATTGCCGGCACAGGTGCTGCGCACCGATGCCGAGGCAATCAAGGCCGCGCATGAACTCGCACAGGCTGCTCGCCAGCAGGCCGCACGCCGCGATCAGCAGCGCAAGCTGCCCTGGGCTGAAATCGAGCAATTCACCCGCAGCGGGCTTGGCAGCATTGCCGTTCCTCGTGGGTACGGCGGGCCGCAAGTCTCTTCAGTTACCATCGCCGAAGTGTTCGCGATCATTTCCGCAGCCGATCCGGCCCTCGGGCAGATTCCGCAGAACCAGTTCGGCGTGCTCCAGCTGATTCTCGCCACGGGCACCGAACGGCAAAAGAAAATTCTCCTCCAGAGCGTGCTCGAAGGCTGGCGCATCGGCAACGCCGGGCCGGAGCGCGGCACCCGCAACACCCTGGCCCTCAAGACGCGGATCACCGCCGATGGCGATGGCTTCGTCATCAATGGACAGAAGTTCTACTCCACCGGCGCCCTGTTCGCCCACTGGGTCGCCGTGAAGGCATTGAATGACGAAGGTCGCCAGGTGCTGGCGTTCGTCCGGCGCGGCACCCCGGGCCTGCGCATCGTCGACGACTGGTCGGGCTTCGGCCAGCGCACCACGGCCAGCGGCACCGTGCTGCTGAACAATGTGCGGGTCGACGCCGAACTGGTCCTGGACAACTGGCGCATCAACGAAGCGCCAAACGTGCAAGGCGCCTTCTCGCAGCTGATCCAGGCGGCGATTGACCTGGGCATCGCCCGCGGCGCTATCGATGACGCTATCGCCTTCGTTCGCGAACGCGCCCGGCCATGGATCGATGCCAAGGTCGAGCGGGCCAGCGACGATCTGTACGTGATCGCCGACGTCGGCAAGCTGAAAATCGAACTGCATGCCGCCGAGGCTCTGTTGCGCAAGGCGGGGCATGTACTGGACCAGGTCAACGCCGCGCCGATCACGGCACAGTCCGCCGCCCGCGCTTCGATAGCCGTCGCCGAAGCCAAGGTGCTGACCACCGAAATCGCCCTGCAAGCCAGCGAAAAACTCTTCGAGCTGGCCGGCAGCCGCGCCACCCTTGCCGAGTTCAACCTCGACCGCCACTGGCGCAACGCGCGGGTCCACACCCTGCACGACCCGGTGCGCTGGAAATACCACGCAATCGGCGACTACCACCTGAACGGGACCTTGCCCGCCCGACATTCCTGGATCTGA MSDLAQAKVHSDLDVAPLLLPAQVLRTDAEAIKAAHELAQAARQQAARRDQQRKLPWAEIEQFTRSGLGSIAVPRGYGGPQVSSVTIAEVFAIISAADPALGQIPQNQFGVLQLILATGTERQKKILLQSVLEGWRIGNAGPERGTRNTLALKTRITADGDGFVINGQKFYSTGALFAHWVAVKALNDEGRQVLAFVRRGTPGLRIVDDWSGFGQRTTASGTVLLNNVRVDAELVLDNWRINEAPNVQGAFSQLIQAAIDLGIARGAIDDAIAFVRERARPWIDAKVERASDDLYVIADVGKLKIELHAAEALLRKAGHVLDQVNAAPITAQSAARASIAVAEAKVLTTEIALQASEKLFELAGSRATLAEFNLDRHWRNARVHTLHDPVRWKYHAIGDYHLNGTLPARHSWI NA NA NA NA NA D1-35_03140 750 hypothetical protein ATGACATGTACGTCACCGATCCTCGAACTGGCCGCGCCCGCGCTGGCCAATACCCTGCCTACCGGTATCAACATCACCAGTGCCGCTCGGCTGGAAGTGCTCATCACACCTTATTCCGGCATGGACGCGGGCGATCTGGTCGAACTGTTCTGGGATAACTGCTACGTCGGCTCCCGCCAGGTATCCGAGGCGGATACCCATGGCGGCATCACGTTGCGGATACCGGAAAGCTTCGTCGTCAACGGGACGTCATGCATCCATTATCGCGTCATGCGGGTCGGGCGTGGGCCGGCGCTGTCAGCCCCGCAACGGGTGCAAGTCAAACTCGACTGCCCCGGAGGTCGGCCCTCGACCTTGATCGGCGATGAAAACCAGAGCCTGGCACCGGTGCGTATCCCCCAGGCCATCCGTCGCCAAGGCGTCAATCCGAATCAGATCAAGCGTGGCGTACCGCTGACCATCGAGCCCTACCTGAACATGGCCGCCGACGATGCGATCACCGTGCGCTGGGGCGACGTACGCATGGACCTGCCTCGGATCAAACCTTGCGAGGTGGGCCAGCCGATCCATGTCTGGGTGCCACCGGAAATAATCACCGAAGCCGGCGAAGACCTGCGCCTGGAAGTGACCTATTGCATCCTTGATCGTGTAGGCAACACCTCCCATTGGGCACCGCCACGGACATTGAAGATCGGTTGCGCGAATGCGAATCTGAAGAGGCCCGTCCAAAACCTCGTTTATGGCCGTTGA MTCTSPILELAAPALANTLPTGINITSAARLEVLITPYSGMDAGDLVELFWDNCYVGSRQVSEADTHGGITLRIPESFVVNGTSCIHYRVMRVGRGPALSAPQRVQVKLDCPGGRPSTLIGDENQSLAPVRIPQAIRRQGVNPNQIKRGVPLTIEPYLNMAADDAITVRWGDVRMDLPRIKPCEVGQPIHVWVPPEIITEAGEDLRLEVTYCILDRVGNTSHWAPPRTLKIGCANANLKRPVQNLVYGR NA NA NA NA NA D1-35_03141 759 tcyC COG1126 L-cystine import ATP-binding protein TcyC ATGATTGTCGTGGAAAAACTGACAAAGCAGTTCAAGGGTCAGGTAGTGCTCAACGGCATCGACCTGAAGATCGAGGAAGGCGAAGTGGTAGCGATCATCGGCCCCAGCGGCTCGGGCAAGACCACCTTCCTGCGCTGCCTGAACTTCCTCGAAGAACCCAGCAGTGGCCGGATCAAGGTCGGCGACATCGAGATCGATGGCAGCCGCCCGCTGAACCAGCAACAGGGCCTGGTCAGGCGTTTGCGTCAGCAGGTAGGGTTCGTATTCCAGAATTTCAACCTGTTTCCCCATCGCACCGCATTGGAAAATGTCACCGAAGGTCCCCAGGTGGTGAAAAAAATTCCCCGTGCCGAAGCCGAAGCCCTGGGCCGCAAGCTCCTGGCCAAGGTCGGGCTGGCCGGCAAGGAGGACGCCTACCCACGGCGCCTGTCCGGCGGCCAGCAGCAGCGCGTGGCAATTGCCCGGGCGCTCGCGATGGAGCCGGCGGTGATCCTGTTCGACGAGCCGACCTCGGCACTCGACCCCGAGCTGGTGGGCGAAGTACTGGCGACCATTCGCGGCCTGGCCGAAGAAAAACGCACCATGGTGATCGTCACCCATGAAATGGGCTTCGCCCGGGACGTGGCCAATCGCGTGGTGTTCTTCGATAAAGGTGTGATCGTCGAGCAAGGGGAAGCCAAGGCTTTGTTCGCGGCCCCTAAAGAAGAGCGTACTCGACAATTCCTCAGCAAGTTCCTCTCCGCACACGCCGCGCAATAA MIVVEKLTKQFKGQVVLNGIDLKIEEGEVVAIIGPSGSGKTTFLRCLNFLEEPSSGRIKVGDIEIDGSRPLNQQQGLVRRLRQQVGFVFQNFNLFPHRTALENVTEGPQVVKKIPRAEAEALGRKLLAKVGLAGKEDAYPRRLSGGQQQRVAIARALAMEPAVILFDEPTSALDPELVGEVLATIRGLAEEKRTMVIVTHEMGFARDVANRVVFFDKGVIVEQGEAKALFAAPKEERTRQFLSKFLSAHAAQ PGPT0020720_317 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020720-tcyC|yecC-K10010 NA NA D1-35_03142 666 yecS_4 COG0765 L-cystine transport system permease protein YecS ATGGAAGCAGCTCTTCAACTCGCGCTGGACTCCACGCCCTTTTTGCTCAAGGGCGCGTATTACACGGTCATCCTCAGCCTGGGCGGCATGTTCTTCGGCTTGCTGCTCGGGTTTGGCCTGGCGCTGATGCGTTTGTCGCGCTTCAAACCGGTGAACTGGATCGCCCGCATCTACGTGTCGTTCTTTCGCGGCACGCCGTTGCTGGTGCAGTTGTTCGTGATCTATTACGGCTTGCCGCAACTGGGCATCGAGCTGGACCCACTGCCGGCGGCACTGATCGGTTTTTCGCTGAACATGGCGGCCTACGCCTGCGAAATCCTGCGGGCCGCGATCAGCTCCATCGAACGCGGCCAGTGGGAAGCGGCGGCCAGTATCGGCATGACCCGCGCGCAGACCCTGCGTCGGGCCATCCTGCCGCAAGCCGCACGCACAGCCCTGCCACCGTTGGGCAACAGCTTCATCTCCCTGGTCAAGGACACTGCATTGGCGGCGACCATCCAGGTACCGGAGCTGTTCCGCCAAGCGCAGCTGATCACCGCCAGAACCTTCGAAATCTTCACCATGTACCTTGCCGCCGCGCTGATCTATTGGGTTCTTGCCACCGTGCTTTCGCACTTGCAGAACGTCTTGGAAGCCCGGGTCAATCGGCATGACCAGGAGTCCTGA MEAALQLALDSTPFLLKGAYYTVILSLGGMFFGLLLGFGLALMRLSRFKPVNWIARIYVSFFRGTPLLVQLFVIYYGLPQLGIELDPLPAALIGFSLNMAAYACEILRAAISSIERGQWEAAASIGMTRAQTLRRAILPQAARTALPPLGNSFISLVKDTALAATIQVPELFRQAQLITARTFEIFTMYLAAALIYWVLATVLSHLQNVLEARVNRHDQES PGPT0020715_1113 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 D1-35_03143 801 fliY_1 COG0834 L-cystine-binding protein FliY ATGAATTTTTCCGCATTACGTCGCAACCTGCTGGTGGGTTCGCTGGGCCTGGCATTGAGCGCCGGGCTGATGGGGCAAGCGGTTGCCGGTGAGCAGCTGCAAAAAATCAAGGACGCTGGTGAGATCAAGATCGGCCTGGAAGGCACTTATCCACCGTTCAGTTTTGTTGATGACAGCGGCAAACTGACTGGCTTCGAAGTGGAATTTTCCGAAGCCCTGGCCAAGGAACTGGGGGTCAAGGTCAAGCTGCAGACGACCCCATGGGCCGGTATCCTCGCCGCCCTGGAATCCAAGCGTCTTGACGCCGTGGTGAACCAGGTGACCATCTCCGAAGAGCGCAAGAAAAAGTACGACTTCTCCGAGCCGTACACTGTTTCCGGGATCCAGGCGCTGGTACTGAGCAAAAAAGCCGACGAACTGAACATCAAGAAGGCCGCTGACCTGGACGGCAAAAAAGTCGGCGTGGGCCTGGGCACCAACTATGAGCAGTGGGTCAAGGCAGAAGTACCGGGCGCCCAGGTCAAGACCTACGACGATGATCCAACCAAGTTCCAGGACCTGCGTGTCGGCCGCATCGATACCATTCTGATTGACCGCCTGGCCGCGCTGGAATACGCCAAGAAAGCCAAGGACACCACCGTCACCAGCGAAGCCTTTTCTCGCCAGGAGTCTGGCATTGCCCTGCGCAAAGGCGAGCCCGAGCTGCTGGCAGCCGTGAACAAAGCCATCGAAAAACTGCGCGCCGACGGCACGCTGAAAAAGCTCTCGGAAAAATACTTCAGCGCTGACGTCACTCAATAA MNFSALRRNLLVGSLGLALSAGLMGQAVAGEQLQKIKDAGEIKIGLEGTYPPFSFVDDSGKLTGFEVEFSEALAKELGVKVKLQTTPWAGILAALESKRLDAVVNQVTISEERKKKYDFSEPYTVSGIQALVLSKKADELNIKKAADLDGKKVGVGLGTNYEQWVKAEVPGAQVKTYDDDPTKFQDLRVGRIDTILIDRLAALEYAKKAKDTTVTSEAFSRQESGIALRKGEPELLAAVNKAIEKLRADGTLKKLSEKYFSADVTQ PGPT0015635_855 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 D1-35_03144 1068 dcyD COG2515 D-cysteine desulfhydrase ATGCCGGTTGCCCGTGAATACTCAGCTGCCTATAGTCCGGATATCGCTTACAGCCAGTACGGACTCATGATCAAAGAACAGTTGTCTCGCTTCCATCGTCTCGACCTGCTCAGCCATCCGACGCCTCTGGAAAAACTCGACCGTCTCTCCGCCTGGCTCGGTCGCGACATCTACGTCAAGCGCGACGACCTGACGCCTCTGGCACTGGGCGGCAACAAGTTGCGCAAGCTTGAATACCTTGCCGCCGACGCCCTGGCCCAAGGCGCCGACACGCTCGTCACAGCCGGCGCGATCCAGTCCAACCATGTCCGTCAGACCGCTGCCCTGGCCGCGAAGCTGGGCCTGGGTTGTGTGGCGTTGCTGGAAAACCCCATCGGCACCGAGGAAAGCAATTACCTGGGCAACGGTAATCGGCTGTTGCTGGAGCTGTTCGACGCCAAGGTCGAACTTGTCGAAAACCTGGACAACGCAGACGAACAGTTGCAGGCCCTTGCCGGCCGCCTGCGTAGCAACGGGAAAAAACCTTACCTGGTGCCGATTGGCGGGTCGAATGCCCTGGGCGCCTTGGGCTATGTGCGCGCGGGCCTGGAGTTGGCCGAACAGATCAAGGACACCGGGCTTGAATTCGCCGCCGTGGTGCTGGCCTCGGGCAGTGCCGGCACGCATGGCGGCCTGGCGCTGGCACTGAGCGAAACCCTGCCGGACCTTCCCGTGATTGGCGTGACGGTTTCACGCAGCGAGGAAGACCAGTTTCCGAAAGTCCAGGGGCTCGCCGAACGTACGGCGCAGTTGCTGGACATGGCCCTGCCGCCGGCCTTCAAGGTGAACCTGTGGGACGAGTACTTCGCCCCCCGCTACGGCGAGCCCAACGCCGGTACGCTGGCGGCGGTCAAGTTGCTGGCGAGCCAGGAAGGCCTGCTGCTCGATCCGGTCTATACCGGCAAGGCCATGGCCGGGCTGCTCGACGGCATCGGTCGCGACCGCTTTGAAAACGGCCCGATCATTTTCCTGCATACCGGCGGTGCACCGGCGCTGTTTGCCTATGACTCGGTGTTCCAGGCTCGGTAA MPVAREYSAAYSPDIAYSQYGLMIKEQLSRFHRLDLLSHPTPLEKLDRLSAWLGRDIYVKRDDLTPLALGGNKLRKLEYLAADALAQGADTLVTAGAIQSNHVRQTAALAAKLGLGCVALLENPIGTEESNYLGNGNRLLLELFDAKVELVENLDNADEQLQALAGRLRSNGKKPYLVPIGGSNALGALGYVRAGLELAEQIKDTGLEFAAVVLASGSAGTHGGLALALSETLPDLPVIGVTVSRSEEDQFPKVQGLAERTAQLLDMALPPAFKVNLWDEYFAPRYGEPNAGTLAAVKLLASQEGLLLDPVYTGKAMAGLLDGIGRDRFENGPIIFLHTGGAPALFAYDSVFQAR PGPT0002000_236 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0002000-cuyA-K17950 NA NA D1-35_03145 2001 betT2 COG1292 Osmo-dependent choline transporter BetT2 ATGAGTACTTCGTCCCTCCCATCCAGCGGCCTGGTCCGCATGAATCCGCCGGTGTTTTATTTCGCCGCGACCTTCATCCTGCTGTTCGGCCTGGTCGTCATTGCCGTGCCGGAGCAGGCCGGCGCCTGGTTGCTGGCCGCGCAGAACTGGGCGGCCAATACGGTCGGCTGGTATTACATGCTGGCGATGACCCTGTATCTGGTCTTCGTGGTGGTCACCGCCTTGTCCGGCTACGGCAAGATCAAGCTCGGTGCCGACCACGACGAGCCCGAGTTCAGCTACCTGTCCTGGGCCGGCATGTTGTTTGCCGCCGGGATCAGCATCACCCTGTTTTTCTTCTGCGTTTCCGAGCCCCTGACCCATCTGGTCCAGCCGCCCCAAGGCGAAGCCGGCACCGCCGATGCGGCGCGCCAGGCGATGCAGATCCTATTCCTGCACTGGGGTTTGCACGGCTGGGGTGTGTTCGCTTTCGTTGGCATGGCCCTGGCGTACTTCGCCTACCGGCATAACCTGCCGCTGGCCTTGCGGTCGGCGTTGTACCCGCTGGTCGGCAAGCGCATCAATGGCCCGATCGGTTATGCGGTGGACGGTTTCGGCATCATCGCGACCGTGTTCGGCCTTGGCGCGGATATGGGCTTTGGCGTGCTGCACCTCAATTCCGGTCTGGATTACCTCTTCGGCATCGCTCACACCCAGTGGATCCAGGTCGGGCTGATCGTGCTGATGATGGGCGCGGCAATCATTGTTGCCGTGGCTGGCGTCGACAAGGGCGTGCGCGTCATGTCCGATATCAACATGCTGCTGGCCTGCGCGCTGTTGCTGTTTGTGCTGTTCGCCGGACCGACCCAGCATCTGCTCAATACGCTTATCCAGAATCTCGGCGATTACCTCGGCGCCCTGCCGATGAAGAGTTTCGACCTGTATGCCTACAACGAGCCCAGCGACTGGCTGGGCGGTTGGACAGTGTTCTATTGGGCATGGTGGATCGCGTGGTCACCGTTCGTGGGGCTGTTTATCGCACGGATATCCCGTGGCCGGACGATCCGTGAATTCGTGTTCGGCGTGCTGCTGATCCCCTTGGGTTTCACCCTGGCGTGGATGTCGATTTTCGGTAACAGCGCCATCGATCAGGTCCTGAACCATGGCATGAGCGCCCTGGGCATGTCGGCCCTGGACAACCCGTCGATGAGCCTTTACCTGCTGCTGGAAACCTACCCGTGGAGCAAGACGGTAATTGCGGTCACGGTGTTCATCAGCTTCGTGTTTTTTGTCACGTCCGCCGACTCCGGCACCGTGGTGCTGTCGACATTATCGGCCAAGGGCGGCAGCCCCGATGAGGACGGGCCGAAATGGCTGCGGGTGTTCTGGGGCGCGATGACTGCCCTGGTGACCAGTGCCTTGCTGTTCTCCGGCAGCATCGATGCCTTGAAGTCGGCGGTGGTGCTGACGTCCTTGCCGTTCTCGCTGATTCTGCTGCTGATGATGTGGGGCCTGCACAAGGCGTTCTACCTTGAGTCGCAGAAGCAGATCGCGCAGTTGCATTCCCTCGCGCCGGTGTCGGGCTCCCGGCGGGGCACTGGCGGTTGGCGTCAGCGCTTGAGCCAGGCGGTGCATTTTCCTTCCCGCGACGAGGTGTATCGCTTCCTCGATACCACGGTGCGCCCGGCCATCGAGGAGGTGAAGGCGGTATTCGCCGAAAAGGGCCTGACGGTGGTGACCCAGCCAGACCCGGCCAACGACAGCGTCAGCCTGGAAATCGGCCACGGCGAACAGCATCCGTTCATCTACCAGGTGCAGATGCGGGGTTACTTCACGCCGTCCTTCGCCCGGGGTGGCATGGGCTCCAAACAGATCAACAATCGTCGCTACTACCGCGCCGAAGTACACCTGAGCGAGGGCAGCCAGGACTACGACCTGGTGGGGTATTCCAAGGAGCAGGTCATCAACGACATCCTCGACCAGTACGAGCGGCACATGCAGTTTCTGCATCTGGTGCGCTGA MSTSSLPSSGLVRMNPPVFYFAATFILLFGLVVIAVPEQAGAWLLAAQNWAANTVGWYYMLAMTLYLVFVVVTALSGYGKIKLGADHDEPEFSYLSWAGMLFAAGISITLFFFCVSEPLTHLVQPPQGEAGTADAARQAMQILFLHWGLHGWGVFAFVGMALAYFAYRHNLPLALRSALYPLVGKRINGPIGYAVDGFGIIATVFGLGADMGFGVLHLNSGLDYLFGIAHTQWIQVGLIVLMMGAAIIVAVAGVDKGVRVMSDINMLLACALLLFVLFAGPTQHLLNTLIQNLGDYLGALPMKSFDLYAYNEPSDWLGGWTVFYWAWWIAWSPFVGLFIARISRGRTIREFVFGVLLIPLGFTLAWMSIFGNSAIDQVLNHGMSALGMSALDNPSMSLYLLLETYPWSKTVIAVTVFISFVFFVTSADSGTVVLSTLSAKGGSPDEDGPKWLRVFWGAMTALVTSALLFSGSIDALKSAVVLTSLPFSLILLLMMWGLHKAFYLESQKQIAQLHSLAPVSGSRRGTGGWRQRLSQAVHFPSRDEVYRFLDTTVRPAIEEVKAVFAEKGLTVVTQPDPANDSVSLEIGHGEQHPFIYQVQMRGYFTPSFARGGMGSKQINNRRYYRAEVHLSEGSQDYDLVGYSKEQVINDILDQYERHMQFLHLVR PGPT0013600_893 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020 NA NA D1-35_03146 741 fabG_6 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGACTGCTCAAAACGCCAAAGTCGCCATCGTCACCGGTGCCTCCCGTGGGATCGGCGCGCAGATAGCCAGGCAATTGGCGAGCGACGGGTTTGCCGTCGCCATCAACTTCGCCAGCAGCGCCACCGAGGCCTCGCAGTTGGCGGTACAGTTGCGTCAGGCCGGGCACCCGGCCATAGCGGTGAAGGCCGACGTGTCGGTTGCCGCCGACGTCAGCCGGATGTTCGATGAAGTCGAAGCGCAACTGGGTAGGGTCGATGTGTTGATCAACAACGCCGGCATCCTCCAGGTGATGCCGTTGGCGCAGCACAGCGACGAGCTGTTCGATCGCACGTTCGCCATCAACACCCGTGGCACCTTCAACACCTTGCGCGAGGCCGCGACCCGGCTGAACGATGGCGGCCGCATCGTGAATTTTTCCAGCAGTACCGTGGGCATGAACCTGCCGGGCTACTCGGTGTACATCGCCAGCAAGGCCGCGGTGGAATCCCTGACCCAAGTATTTGCCAAGGAACTGCGCGGTCGCCAGATCACCGTCAACGCCGTGGCCCCGGGGCCGGTCGCCACCGAGCTGTTCATGCAGGGCAAAAGCGAAGAGCAGGTTCAGCACTATGCCAGGATGCCGCCCTTGGAACGCCTCGGCCAGCCGGAAGACATCGCCAGCATCGTGTCATTCCTGGTAAGCCCGGCCGCTGGTTGGGTGAACGGCCAGATCCTGCGGGCTAACGGAGGGCTGGTCTGA MTAQNAKVAIVTGASRGIGAQIARQLASDGFAVAINFASSATEASQLAVQLRQAGHPAIAVKADVSVAADVSRMFDEVEAQLGRVDVLINNAGILQVMPLAQHSDELFDRTFAINTRGTFNTLREAATRLNDGGRIVNFSSSTVGMNLPGYSVYIASKAAVESLTQVFAKELRGRQITVNAVAPGPVATELFMQGKSEEQVQHYARMPPLERLGQPEDIASIVSFLVSPAAGWVNGQILRANGGLV PGPT0003180_16718 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 D1-35_03147 891 pgrR_5 HTH-type transcriptional regulator PgrR ATGGATCAGGTCAAGGCGATGAAGGTGTTTGTCCGTATCTACGAGCGCAGCAGCTTCACCCTGGCTGCCGAAGACCTGAACATGCCCCGGGCCACGCTGACCCACACGCTCAATCAATTCGAAGCCTGGCTGGGTGTCCGTCTGCTGGAGCGCAGCACACGCAGGGTGCGTCCGACCCTCGATGGCGAGGCCTACTACCCACGTTGCGTGCAATTGCTGGCGGAACTTGAAGAAGCCGAGCTGGCGTTTCGCGGCGTGGCGCCCAAAGGCAAGTTGAGGGTAGACCTGCATGGAACCCAGGCGCGGTATTTCGTGATCCCCGCGTTGCCGCAATTCATGGCCCGCTACCCGGATATCGAATTGTTCATCAGTGAAGCGGACCGCTTCGTCGACTTGATCGCCGAGGGCGTCGATTGCGTCGTGCGCTCCGGTACGTTGGCGGATTCGTCGTTGATTGGCCGGCGTGTCGCCAATCTTCGCCAGATCACCTGTGCCAGCCCGGCTTACCTGCGCCAGTACGGTGAACCGAAAAGCCTGGAGGATCTCAAGCAGCACAAGGCGGTGAACTACGTCTCGCGCACCACCGCCAAGCTTTATCCATTCGAATTCATGGTCGACGGCGAACTCAAGGAGGTTTCGATCGGGGGCACGTTGTCGGTGTCCGGGGCAGAAATCTATGCGGCGTCGGCGATCGCCGGCATGGGCCTGATCCAATGCCCGTATTACCGAATGGAGGAGCCGATCCGCCAAGGCCTGATCCGCGAAGTGCTCGTCGCGACACCTCCGCCGTCCATGCCGGTGTCGGTGGTTTATCCACACAACCGACACATGTCACCACGAGTACGGGTGTTTGTGGATTGGGTGGCGGAGGTGTTTGCGCAGGCGCGCTAG MDQVKAMKVFVRIYERSSFTLAAEDLNMPRATLTHTLNQFEAWLGVRLLERSTRRVRPTLDGEAYYPRCVQLLAELEEAELAFRGVAPKGKLRVDLHGTQARYFVIPALPQFMARYPDIELFISEADRFVDLIAEGVDCVVRSGTLADSSLIGRRVANLRQITCASPAYLRQYGEPKSLEDLKQHKAVNYVSRTTAKLYPFEFMVDGELKEVSIGGTLSVSGAEIYAASAIAGMGLIQCPYYRMEEPIRQGLIREVLVATPPPSMPVSVVYPHNRHMSPRVRVFVDWVAEVFAQAR PGPT0028940_942 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_03148 1038 gpr COG0667 L-glyceraldehyde 3-phosphate reductase ATGACCTACACCGCTGCGCAAAACCGCTACGAATCCATCCCTTACCGCCGCGTTGGGCGCAGCGGGCTGGTACTGCCGGCCCTGTCACTCGGCTTGTGGCACAACTTCGGCGACAGCACGCCGATCGACACTCAGCGGGCCTTGTTGCGCACGGCATTCGACCTGGGTATCAACCACTTCGACCTGGCCAACAACTACGGCCCGCCCTACGGCAGTGCCGAAATCAATTTCGGCCGGTTGCTGCGGGAAGATTTCCAGCAATACCGTGATGAACTGATCATCTCCAGCAAGGCCGGCTGGGACATGTGGCCAGGCCCTTATGGCCAGGGCGGCGGTTCGCGCAAATACGTGCTGGCCAGCCTTGACCAGAGCCTTCAGCGCCTCGGTCTGGATTACGTGGACATCTTCTACTCCCACCGTTTCGATCCCGACACGCCACTGGAAGAAACCGCCAGCGCCCTGGCCACCGCCGTGCAGCAGGGCAAGGCCCTGTACATTGGCATTTCTTCCTATTCGGGCGTGAAGACCCGGGAAATGGCGGCGCTGCTTCAGGAATGGAAAGTGCCGCTGTTGATCCATCAGCCGGCCTACAACCTGCTCAACCGTTGGGTCGAGAAGGACTTGCTGGACGCCACCGAGGAACTGGGCACCGGCGTGATCGCCTTCACGCCGCTGGCGCAGGGCCTGCTGACCGACAAATACCTCAAGGGCATTCCCGCCGATGCGCGGGTCAATCGCCCGGGCGGCGGTTCGTTGCAGGCCTCGCATCTGTCAGATGAAAACATCGCCCACGTACGCGCCCTCAACGAGATCGCCCAGCGTCGCGGCCAGAGCCTGGCGCAAATGGCCCTGGCCTGGACATTGCGCGATCCGCGGGTCACCTCGGCCCTGATCGGCGCCAGCCGACCGGAGCAGATCGTCGAGAACATCGGGGCGCTGCAAAATCTCGAGTTCAGCGCCGAAGAACTGGCCGAGATCGACCGGTTTGCCCAAGAGGGCGGGATCAACCTGTGGGAGAAGCCTTCGACGGCTGAGTAA MTYTAAQNRYESIPYRRVGRSGLVLPALSLGLWHNFGDSTPIDTQRALLRTAFDLGINHFDLANNYGPPYGSAEINFGRLLREDFQQYRDELIISSKAGWDMWPGPYGQGGGSRKYVLASLDQSLQRLGLDYVDIFYSHRFDPDTPLEETASALATAVQQGKALYIGISSYSGVKTREMAALLQEWKVPLLIHQPAYNLLNRWVEKDLLDATEELGTGVIAFTPLAQGLLTDKYLKGIPADARVNRPGGGSLQASHLSDENIAHVRALNEIAQRRGQSLAQMALAWTLRDPRVTSALIGASRPEQIVENIGALQNLEFSAEELAEIDRFAQEGGINLWEKPSTAE PGPT0008285_529 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-HYDROXYACETONE_VOLATILE_BIOSYNTHESIS,PGPT0008285-yghZ-K19265 NA NA D1-35_03149 843 tauD_2 COG2175 Alpha-ketoglutarate-dependent taurine dioxygenase ATGAGCCGTCCGACCGTTACCCCTCTGAGCGTTGCCCTCGGCGCGCAGATCAGCGGGATCGATATCAGCCAGCCACTGGCCCCGGAAGACCGTGACACCATCGAGCAGGCACTGCTCGAATATCAGGTGCTGTTCTTCCGCGACCAGCCGATCGAACCCGCACAACAGGCCCGTTTCGCCGCGTACTTTGGCGACCTGCACATTCACCCGATCTACCCCAACGTGCCGGAGCAGCCCGAAGTGCTGGTGCTCGACACCGCCGTCACCGATGTGCGCGACAACGCGGTGTGGCACACCGACGTGACCTTCCTGCCGACCCCGGCCATGGGCGCGGTACTCAGCGCCAAGCTGCTGCCGGCATTCGGCGGCGATACGTTGTGGGCCAGCGGCATCGCGGCCTACGAAGCCTTGTCGGCACCGTTGAAAAGCCTGTTGGAGGGCCTGACGGCGACCCACGACTTTACCCGTTCGTTCCCGCTGGAACGTTTTGGCAACACGGCGGAAGATCGGCTACGTTGGGAAGAAGCACGGCGCAAGAATCCACCGCTGTCGCATCCGGTGATTCGCACTCATCCGGTGAGCGGCCGCCGCGCACTGTTCGTCAACGAAGGCTTCACTACGCGCATCAACGAGCTGTCGGAAACCGAAAGCGAGGCGATCCTGAAACTGCTGTTTGCCCACGCGACGCGTCCGGAGTTCACCGTGCGCTGGCGCTGGCAGGCCAACGACGTGGCATTCTGGGATAACCGCGTGACCCAGCATTTCGCCGTGGACGACTACCGCCCCAACCGGCGGGTGATGCACCGGGCGACGGTGTTGGGGGATGTGCCGTTCTTCAGGTGA MSRPTVTPLSVALGAQISGIDISQPLAPEDRDTIEQALLEYQVLFFRDQPIEPAQQARFAAYFGDLHIHPIYPNVPEQPEVLVLDTAVTDVRDNAVWHTDVTFLPTPAMGAVLSAKLLPAFGGDTLWASGIAAYEALSAPLKSLLEGLTATHDFTRSFPLERFGNTAEDRLRWEEARRKNPPLSHPVIRTHPVSGRRALFVNEGFTTRINELSETESEAILKLLFAHATRPEFTVRWRWQANDVAFWDNRVTQHFAVDDYRPNRRVMHRATVLGDVPFFR PGPT0002940_1272 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002940-tauD-K03119 NA NA D1-35_03150 840 ssuC_2 COG0600 Putative aliphatic sulfonates transport permease protein SsuC ATGAGCAGCTATGAAATTCCAGCCGTGGCCAACGACGCCGTGGCCGCCCGCCCGCCAGTCCTCGCGCGCCGTACCCTGAGCACGCGATGGATCAGCGGCCTGACGCTGGTGGCGCTGCTGTTGCTCTGGTGGGCCGTTACCGCCAGCGGCCTGATCGAACCGCTCTTCCTGCCGCCGCCCTCCGCCGTGCTGCAAAAAGGCTGGCTGCTGGCTACCAGCGGCTACATGGATTCCACGCTCTGGCAGCACCTCGGCGCAAGCCTCGGGCGGATTGGCCTGGGCCTGCTGTTCGCGGTGTTGACGGCGGTGCCGGTGGGTATCGCCATCGGTGCCAACCGTATTGCCCGCGGCGTACTCGATCCGCTGATCGAGTTCTACCGACCGATTCCACCCCTGGCTTACCTGCCGCTGATCGTGATCTGGTGCGGCATCGGTGAGCTGTCGAAAGTCCTGCTGATCTACCTGGCGATTTTCGCCCCGATCGCCATCTCCACTGCAACCGGGGTGCGCACCGTCGACCCGGCGAAACTGCGCGCTGCCCAATCGCTTGGGGCCACGCGGGCGCAACTGATTCGCCATGTGATCGTACCCAGCGCCCTGCCCGACATCCTCACCGGTATCCGCATCGGCCTGGGCGTGGGCTGGTCGACGCTGGTCGCCGCCGAACTGATCGCGGCCACCAGCGGCCTGGGGTTCATGGTGCAGTCGGCAGCGCAGTTCCTGGTCACCGATGTCGTGGTGCTGGGAATCCTGGTGATTGCGCTGATCGCCTTCGCCATGGAAATGGGCCTGCGCGCCCTGCAACGCAAACTGGTGCCGTGGCACGGCCAGGCCCACTGA MSSYEIPAVANDAVAARPPVLARRTLSTRWISGLTLVALLLLWWAVTASGLIEPLFLPPPSAVLQKGWLLATSGYMDSTLWQHLGASLGRIGLGLLFAVLTAVPVGIAIGANRIARGVLDPLIEFYRPIPPLAYLPLIVIWCGIGELSKVLLIYLAIFAPIAISTATGVRTVDPAKLRAAQSLGATRAQLIRHVIVPSALPDILTGIRIGLGVGWSTLVAAELIAATSGLGFMVQSAAQFLVTDVVVLGILVIALIAFAMEMGLRALQRKLVPWHGQAH PGPT0002950_413 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TAURINE_TRANSPORT,PGPT0002950-tauB-K15552 NA NA D1-35_03151 795 tauB COG4525 Taurine import ATP-binding protein TauB ATGGCCTTGCTACAGCTGGAGCGCATCAGCGCACAGTACCCCGGCGCAACGAAACCGGTACTGGCGGATATTTCGTTGACCTTGGGCCCGCAGCAGTTGCTGGTTGCCCTCGGCCCCTCCGGCAGCGGCAAGACTTCGCTGCTCAACCTGATTGCCGGGTTTGTGGAACCCAGCGCCGGACAGATCACCCTGGACGGCATTCCCGTCAAGGGCCCGGGTGCCGAGCGCGGCGTAGTGTTCCAGGACGATGCGCTGTTGCCCTGGCAAGACGTGTTGGCAAACGTCGGGTTCGGCCTGGAACTGGCGGGAGTTGCCAGGGAGAAGCGCGAGGCTCGCGCTCGGGAAATGCTCGCCCTGGTGGACCTGGCCGGTTTCGAAAAGCGCCGTGTCTGGCAGCTGTCGGGCGGTCAGAAGCAACGCGTCGGGCTGGCCCGCGCGCTGGCGGCCGATCCACGGGTATTGCTGATGGACGAACCTTTCGGCGCCCTGGACGCGTTCACCCGTGAACAGATGCAGGAACTGCTGCTGCAAGTCTGGCAACGTACCGCCAAACCGGTGTTCCTGATTACCCATGACATTGAAGAGGCGGTATTCCTTGCCACCGACCTGATCCTGCTGGCCCCCGATCCGGGCCAGATCGTCGAGCGCCTGAGCCTGGATTTCGGGCGTCGCTACGGCGCGGGGGAAGCGGCGCGGTCGATCAAGTCCGACCCGCGCTTCATCGAAACCCGCGAGCATGTGCTGGCGAAAGTGTTCTCCCAACGCAGCGCCACTCGGCAACAGGAGCGCGCATGA MALLQLERISAQYPGATKPVLADISLTLGPQQLLVALGPSGSGKTSLLNLIAGFVEPSAGQITLDGIPVKGPGAERGVVFQDDALLPWQDVLANVGFGLELAGVAREKREARAREMLALVDLAGFEKRRVWQLSGGQKQRVGLARALAADPRVLLMDEPFGALDAFTREQMQELLLQVWQRTAKPVFLITHDIEEAVFLATDLILLAPDPGQIVERLSLDFGRRYGAGEAARSIKSDPRFIETREHVLAKVFSQRSATRQQERA PGPT0002955_295 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TAURINE_TRANSPORT,PGPT0002955-tauC-K10831 NA NA D1-35_03152 978 tauA COG4521 Taurine-binding periplasmic protein ATGTCTTTGCGTTTCCCCCTTCGCCTTCTCGCGGCCGCCTCCCTGGCCGCGGCGAGCCTTTTCGCCCAGGCGGCCGACCTGACCGTGGCCTATCAGACCACCGTCGACCCGGCCAAAGTCGCCCAGGCCGACGGAGCTTATGAGAAAGCCACCCAGGCCAAGATCAACTGGCGAAAATTCGACAACGGTGCCGATATCATCGCCGCCATCGCTTCGGGCGATGTGCAGATCGGCTACCTGGGTTCCAGCCCGCTGACCGCCGCCATCACCCGCAAGGTTCCGGTGGAAACCTTCCTCATCGCCACCCAGATCGGCGCCGCCGAAGCCTTGGTCGCCCGTGATGGCTCCGGCATCAAGACCCCGCAGGACCTGATCGGCAAGAAAATCGCCGTGCCGTTTGTTTCCACCGGTCATTACAGCCTGCTCGCCGCGCTGAAACACTGGAACATCGACCCGTCGAAAGTCACCGTGCTCAACCTCGCGCCACCGGCCATCATCGCCGCCTGGAAGCGCGGCGACATCGACGCCACCTACGTCTGGGACCCGGCCCTGGGCGTTGCCAAGGAAAACGGCAAGGTGCTGATCACCTCCGCCGAACTGGCCCAGTTCGGCGCGCCAACCTTCGACGCCTGGATCGTGCGCAAGGATTTTGCCCAGAAGCATCCCGAGATCGTCACGGCTTTCGCCAAGGTCACCCTGGACGCCTACGCCCAGTACCGCAAGGACCCGCAAGCCTGGCTGGCCGACGCATCGAACATCGACAAGCTGGTGAAACTCTCCGGCGCCAAGGCCAGCGACATTCCATTGCTGTTGCAAGGCAACGTATTCCCGTTGGTCGCCGACCAGGTGGTCAGCCTCGGTGCCCCAACCACCCAGGCCATCACCAACACCGCCGCGTTCCTCAAGGAGCAAGGCAAGGTTGAAGCCGTGCTGCCGGACTACGCGCCATACGTCAGCGCCAAATACATCACCCGCTGA MSLRFPLRLLAAASLAAASLFAQAADLTVAYQTTVDPAKVAQADGAYEKATQAKINWRKFDNGADIIAAIASGDVQIGYLGSSPLTAAITRKVPVETFLIATQIGAAEALVARDGSGIKTPQDLIGKKIAVPFVSTGHYSLLAALKHWNIDPSKVTVLNLAPPAIIAAWKRGDIDATYVWDPALGVAKENGKVLITSAELAQFGAPTFDAWIVRKDFAQKHPEIVTAFAKVTLDAYAQYRKDPQAWLADASNIDKLVKLSGAKASDIPLLLQGNVFPLVADQVVSLGAPTTQAITNTAAFLKEQGKVEAVLPDYAPYVSAKYITR PGPT0002945_707 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TAURINE_TRANSPORT,PGPT0002945-tauA-K15551 NA NA D1-35_03153 1584 gshA COG2918 Glutamate--cysteine ligase TTGAGCGACCTTTTAAACCGCCGCCTGGCCCTGCTCGGCGAGCGCGCCAACCTCTCCCTGCTCGAGCAGTGCCTGCACGGTATCGAACGTGAATGCCTGCGCGTCACGGGCGACGGGCGCCTGGCGCAGACCCCGCATCCCGAATCCCTGGGCTCGGCGCTGACCAACGAACAGATCACTACTGACTATTCCGAGTCGCTGCTTGAGTTCATCACCCCGGCCCTGGCCAACCCGGCCGACACCCTGCACAGCCTCGACAGGATCCACCGGTTTGTCTACAGCAAGCTCGGCGACGAGTACCTGTGGAGCCCTTCGATGCCGTGTCCGCTGCCGGCCGAGGAAGACATACCGATCGCCTACTACGGCACCTCGAATATCGGTCGACTCAAGTATGTCTACCGCAAGGGCCTGGCCCTGCGCTACGGCAAGACCATGCAATGCATCGCCGGGATCCACTACAACTTTTCCCTCCCGGAAAAGCTCTGGCCCCTGCTGCGCCAGGACGAAGCCAGCGACGTGAGCGACCGCGACTTCCAGTCCTCGGCCTACATCGCGCTGATCCGTAATTTCCGCCGCTACAGCTGGTTGCTGATGTACCTGTTCGGCGCCTCGCCGGCCCTGGATGTCGGTTTCCTGCGCGGCCGTCCGCACCAGTTGGAACAACTGGACCCGGACACCTTGTACCTGCCCTACGCCACCAGCCTGCGCATGAGCGACCTGGGTTACCAGAGCAACGCCCAAGCCGGCCTGACACCTTGCTATAACGACCTGGCGAGCTACACCGACAGCCTGCGCAAAGCCGTCGCAACGCCCTATGCGCCTTATGTCGAAGTCGGTACTCACCAGAACGGCGAATGGGTGCAGCTCAATACCAACATTCTGCAGATCGAAAACGAGTACTACTCCAACATCCGCCCCAAGCGCGTGACCTACACCGGCGAGCGGCCGATCCAGGCGCTGATGGCCCGAGGGATCCAGTACGTCGAAGTGCGCTGCCTGGACATCAACCCGTTCCTGCCGATGGGCATCGACCTGACCGAGTCGCGCTTCCTCGATGCGTTCCTGCTGTACTGCGGCCTCAACGACAGCCCGCAACTGGAAAACAACGAGTGCAGCAACGCCACGAGCAACTTCCTGACCGTGGTCAAGGAAGGCCGCAAGCCTGGCCTGCAATTGCAGCGCCAGGGTCAATCGGTGGACATGCAAACCTGGGCCATGGAATTGCTGGAAAAGATTGCTCCGCTGGCCGCCCTGCTTGACCAGAGCCAAGGCGGTGATGCCCATCGCCAGGCTCTCGACGCGCAACAGGCAAAAGTCCGCGACCCGTCGCTGACGCCGTCCGCCAAGGTCTTGGCCGCCATGGCCGAGCACCAGGAAAGCTTCGCCCAGTTCTCCCTGCGCCAGAGCAAGGCCCACGCCAAGTTCTTCCGCGCCGAACCGTTGTCGACCGAAGAGCAAGTCGCGTTCGAAGAAACCGCTCGCCAGTCCTTGGTCCAGCAAACCGAGCTGGAGCGGAACGAGGTGGGGGATTTCGACGTGTTCGTGGGTTCGTATCAGGCGAGCATTCTGGCGATCAGTAACTGA MSDLLNRRLALLGERANLSLLEQCLHGIERECLRVTGDGRLAQTPHPESLGSALTNEQITTDYSESLLEFITPALANPADTLHSLDRIHRFVYSKLGDEYLWSPSMPCPLPAEEDIPIAYYGTSNIGRLKYVYRKGLALRYGKTMQCIAGIHYNFSLPEKLWPLLRQDEASDVSDRDFQSSAYIALIRNFRRYSWLLMYLFGASPALDVGFLRGRPHQLEQLDPDTLYLPYATSLRMSDLGYQSNAQAGLTPCYNDLASYTDSLRKAVATPYAPYVEVGTHQNGEWVQLNTNILQIENEYYSNIRPKRVTYTGERPIQALMARGIQYVEVRCLDINPFLPMGIDLTESRFLDAFLLYCGLNDSPQLENNECSNATSNFLTVVKEGRKPGLQLQRQGQSVDMQTWAMELLEKIAPLAALLDQSQGGDAHRQALDAQQAKVRDPSLTPSAKVLAAMAEHQESFAQFSLRQSKAHAKFFRAEPLSTEEQVAFEETARQSLVQQTELERNEVGDFDVFVGSYQASILAISN PGPT0013035_755 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013035-gshA|ybdK-K01919 NA NA D1-35_03154 384 menI 1,4-dihydroxy-2-naphthoyl-CoA hydrolase ATGGAGGCGCCGGCCGGGTTGGTGGAGAGCGCGTTTTTCAAGCTGCTCGGCTGCCGTCTGCAGAGCCTCGGGGACGGGGTGGCGCAAGTCGCCCTGGGTCTGGAGCCGGCGTTGCGCAACCGCGGTGGCAAGCTGCACGGCGGGGCGCTGTTCAGCCTGGTGGACATTGCCATGGGGCTGGCCTGCTCCAGCGTCCATGGCTTCGACCAGCAGAGCGCAACCATCGAGTGCAAGATCAACTACATTCGCGCCGTGTCCGACGGCGAAGTGCTGTGCACCGCCCGGGTCATCCACCCGGGCCGGCGCACGCTGGTGGTCGAGGCCGAGGTGATGCAGGGCGACAAGCTGGTCGCAAAAGCGCAAGGCACGTTCGCTGTCCTATAG MEAPAGLVESAFFKLLGCRLQSLGDGVAQVALGLEPALRNRGGKLHGGALFSLVDIAMGLACSSVHGFDQQSATIECKINYIRAVSDGEVLCTARVIHPGRRTLVVEAEVMQGDKLVAKAQGTFAVL PGPT0006080_1078 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006080-paaI-K02614 NA NA D1-35_03155 2325 yhgF COG2183 Protein YhgF ATGGACAGCATCAACAGCCGCATCGCCGAGGAACTCGGCGTACGCCCGCAACAGGTCGAAGCGGCCGTCGCGCTACTCGATGAAGGCTCCACGGTGCCTTTCATCGCCCGTTACCGGAAGGAAGTGACCGGCAGCCTCGATGACACCCAGCTGCGTCATCTGGAAGAGCGCCTGCGCTACCTGCGAGAACTCGACGAGCGGCGCATCAGCATCCTGGCGAGCATCCAGGAGCAGGGCAAGCTGACCCCGCAACTGGAACGCGACATCAAGCTGGCCGATACCAAGACCCGCCTGGAAGACTTGTACCTGCCCTACAAGCAGAAACGCCGCACCAAGGGCCAGATTGCCCTGGAAGCCGGCCTCGGCGAACTGGCCGACGGCTTGTTCAACGACCCCACGTTGGCGCCGGAAGCCGAAGCCGCGCGTTTCGTCGATGCCGAAAAAGGCGTGGCGGACAGCAAGGCTGCGCTGGAAGGCGCCAAGTACATCCTCATGGAGCGCTTCGCCGAAGACGCGAACCTGCTGGAAAAACTGCGCAACTACCTCAAGCAGGAGGCGATCCTGAGTGCTCGCGTCATCGCCGGCAAAGAAGAGGAAGGCGCCAAGTTCCGCGATTACTTCGAACACGACGAGCCCCTCAAGAGCGTACCGTCGCACCGGGCGCTGGCGATTTTCCGCGGTCGCAACGAAGGCATCCTCAGCTCATCGCTGAAAGTCGGCGAAGAATTGCCCGGCACCATGCACCCGTGCGAAGGCATGATCGGCCAGCAGTTCGGCATCCAGAACCAGAACCGCGCCGCCGACAAGTGGCTGGCCGAAGTGGTGCGCTGGACCTGGAAGGTCAAGCTCTACACCCACCTGGAAACCGACCTGCTGGGCGAACTGCGCGACAACGCCGAGACCGAGGCGATCAACGTGTTCGCCCACAACCTGCACGACCTGCTGCTGGCCGCACCGGCCGGGCCGCGTGCCACGCTGGGCCTGGACCCGGGCCTGCGCACTGGCTGCAAGGTGGCCGTGGTCGATTCCACCGGCAAGCTGCTGGACCACGCCACGGTCTACCCGCATGTGCCGCATAACAAGTGGGACCAGACCATCGCTATCCTTGCCGCCCTGTGCGCCAAGCACTCGGTCGACCTGATCGCCATCGGCAACGGCACCGCCAGCCGTGAGACCGACAAGTTGGCCGCCGAGCTGATCAAGAAATACCCGGCCATGAAAATGACCAAGGTCATGGTCTCCGAGGCCGGCGCTTCGGTTTATTCGGCGTCGGAACTGGCCTCGAAGGAATTCCCGGACCTGGACGTGTCGATCCGTGGCGCGGTGTCCATCGCCCGTCGCCTGCAGGACCCACTGGCGGAACTGGTGAAGATCGACCCGAAATCCATCGGTGTCGGCCAGTACCAGCATGACGTGTCGCAATTGAAGCTGGCCCGTGGCCTGGACGCCGTGGTGGAGGATTGCGTGAACGCCGTGGGCGTGGACGTAAACACCGCTTCGGTAGCATTGCTGGCGCGCATCTCCGGCCTGAACGCCACGCTGGCGCAGAACATCGTCACCCACCGCGACGAACACGGCGCGTTCAAGACCCGCGCCGCGTTGAAAAAAGTCCCGCGCCTGGGTGAAAAAACCTTCGAACAGGCCGCCGGCTTCCTGCGCGTCATGAATGGTGACAACCCGCTCGACTCCTCGGCAGTTCACCCGGAAGCCTATCCACTGGTGCAACGCATCGCCGCCCAGACCGACCGCGACATTCGCTCGCTGATCGGCGACGCGGCGTTTCTCAAGCGCCTGGACCCGAAGAAATTCACTGACGAAACCTTCGGCCTGCCCACCGTGACTGACATCCTCCAAGAGCTGGAGAAACCGGGCCGCGACCCACGTCCGGAATTCAAGACCGCTGAATTCCAGGAAGGCGTCGAAGACCTCAAGGACCTGCAACCGGGCATGATCCTCGAAGGCGTGGTGACCAACGTCACCAACTTCGGCGCGTTCGTCGACATCGGCGTGCACCAGGACGGCCTGGTGCATATTTCGGCCTTGTCGGAGAAATTCATCAAGGACCCGCGCGAAGCCGTGAAGGCCGGTGATGTGGTGAAAGTAAAGGTCATGGAAGTCGACATCCCGCGTAAACGCGTGGGCCTGTCGATGCGCATGAGCGACACGCCGGGCGAGAAAATCGACGGCGCCCGCGGTGCCCGTCCAGGCGCCGCGCCACGCCAGTCGCAGAACACCGCGCCGCGCAAGGAAACTGCCACCGCGGCCCCGGCGAATAACGCCATGGCCTCGCTGTTCGCCAACGCCAAGCAGCTGAAGAAACGCTGA MDSINSRIAEELGVRPQQVEAAVALLDEGSTVPFIARYRKEVTGSLDDTQLRHLEERLRYLRELDERRISILASIQEQGKLTPQLERDIKLADTKTRLEDLYLPYKQKRRTKGQIALEAGLGELADGLFNDPTLAPEAEAARFVDAEKGVADSKAALEGAKYILMERFAEDANLLEKLRNYLKQEAILSARVIAGKEEEGAKFRDYFEHDEPLKSVPSHRALAIFRGRNEGILSSSLKVGEELPGTMHPCEGMIGQQFGIQNQNRAADKWLAEVVRWTWKVKLYTHLETDLLGELRDNAETEAINVFAHNLHDLLLAAPAGPRATLGLDPGLRTGCKVAVVDSTGKLLDHATVYPHVPHNKWDQTIAILAALCAKHSVDLIAIGNGTASRETDKLAAELIKKYPAMKMTKVMVSEAGASVYSASELASKEFPDLDVSIRGAVSIARRLQDPLAELVKIDPKSIGVGQYQHDVSQLKLARGLDAVVEDCVNAVGVDVNTASVALLARISGLNATLAQNIVTHRDEHGAFKTRAALKKVPRLGEKTFEQAAGFLRVMNGDNPLDSSAVHPEAYPLVQRIAAQTDRDIRSLIGDAAFLKRLDPKKFTDETFGLPTVTDILQELEKPGRDPRPEFKTAEFQEGVEDLKDLQPGMILEGVVTNVTNFGAFVDIGVHQDGLVHISALSEKFIKDPREAVKAGDVVKVKVMEVDIPRKRVGLSMRMSDTPGEKIDGARGARPGAAPRQSQNTAPRKETATAAPANNAMASLFANAKQLKKR NA NA NA NA NA D1-35_03156 741 ompR_6 Transcriptional regulatory protein OmpR ATGAGCAGCACCGCACAAACTGCTGAAGGCGAAAAAATTCTGATTGTTGACGACGATCCGGGGCTGAGCAGCCTGCTGGAGCGCTTTTTCGTCAGCAAGGGCTATCGCGCCCGCACCGTACCGAACACCGAGCAAATGGACCGGCTGCTGGCCCGTGAGGTTTTCAACCTCGTGGTCCTCGACCTGATGCTGCCTGGCGAGGACGGCTTGACGGCCTGTCGCCGCCTGCGGGGCGCCAACAACCAGATCCCGATCATCATGCTCACCGCCAAGGGCGACGAACTGAGCCGTATCAAAGGCCTGGAGTTGGGCGCCGACGATTACCTGGCGAAGCCGTTCAACCCGGATGAGCTGATGGCCCGGGTCAAGGCTGTCCTGCGTCGCCAGTCGGCGCCGGTGCCGGGCGCACCGGGCAGCGAAGACGAGAGCGTGACCTTCGGCGACTATGAACTGTCGCTGGCCACCCGCGAGCTCAAGCGCGGCGATGAGATCCATATGCTCACCACTGGCGAGTTCGCCGTGCTCAAGGCCCTGGTGATGAACGCCCGCCAGCCGCTGACCCGGGACAAGCTGATGAACCTGGCCCGTGGCCGCGAATGGGATGCGCTGGAGCGCTCCATCGACGTGCAGATTTCCCGTTTGCGCCGGATGATCGAACCCGATCCTTCCAAGCCGCGTTATATCCAGACGGTCTGGGGCGTTGGCTACGTGTTCGTGCCGGATGGCGCTGCCGGCAAGTGA MSSTAQTAEGEKILIVDDDPGLSSLLERFFVSKGYRARTVPNTEQMDRLLAREVFNLVVLDLMLPGEDGLTACRRLRGANNQIPIIMLTAKGDELSRIKGLELGADDYLAKPFNPDELMARVKAVLRRQSAPVPGAPGSEDESVTFGDYELSLATRELKRGDEIHMLTTGEFAVLKALVMNARQPLTRDKLMNLARGREWDALERSIDVQISRLRRMIEPDPSKPRYIQTVWGVGYVFVPDGAAGK PGPT0012985_279 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012985-ompR-K07659 NA NA D1-35_03157 1314 envZ Osmolarity sensor protein EnvZ ATGAAGACCCCCGTCTGGTTCCCCCAGAGCTTTTTCTCCCGCACCCTCTGGCTGGTGCTGATCGTCGTGCTGTTTTCCAAGGCGCTGACGCTGGTTTACCTGCTGATGAACGAAGACGTGCTGGTGGACCGCCAATACAGTCACGGCGTTGCCTTGACTCTGCGCGCCTATTGGGCAGCGGACGAAACCAATCGAGTCAAAATCGCCGAGGCGGCAACTTTGATCCGGGTGGTCGGCGCCGGTGTGCCTGAAGGTGAGCAGCATTGGCCATACAGCGAGATCTACCAGCGGCAGATGCAGGCCGAACTGGGCGCCGATACCGAAGTGCGGCTGCGCATGCATTCGCCGCCGGCCTTGTGGGTGCGTGCCCCGAGCCTTGGCGATGGGTGGCTGAAGGTTCCGCTGTACCCCCATCCGCTGCGCGGCCAGAAAATCTGGAACGTGCTGGGCTGGTTCCTGGCGATCGGCCTGTTGTCGACGGCTTCGGCGTGGATTTTCGTCAGCCAGCTCAACCAGCCGCTCAAGCGCCTGGTCTATGCAGCCCGGCAACTGGGCCAGGGCCGCAGCGTGCGGTTGCCCGTCAGCGATACGCCCAGCGAGATGACCGAGGTGTACCGCGCCTTCAACCAGATGGCCGAAGATGTCGAGCAGGCCGGACGCGAACGTGAGCTGATGCTCGCCGGCGTCTCCCATGACCTGCGCACGCCGCTGACGCGATTGCGGCTGTCGCTGGAACTGATGGGCGAGCACACCGACCTGACCGACGAAATGGTCCGCGATATCGAAGACATGGACGCGATTCTCGATCAGTTCCTGGCGTTCATTCGCGACGGCCGTGACGAATCGGTAGAGGAGGTGGACCTCAGCGAGCTGGTACGGGAGGTGGCTGCGCCCTACAACCAGAACGAAGAGAAGGTCCACTTGCGCCTGGAGCCCATCCAGCCGTTTCCGCTACGTCGCGTGTCGATGAAGCGCCTGTTGAACAACCTGATCGGTAACGCCCTCAACCATGCCGGCACGGGCGTTGAAGTCGCCGCCTATGTTTCCGGCGACACCAGTGCGCCTTATGTCGTCCTGAGCGTCATGGACCGCGGCGCCGGCATTGACCCAGCGGAGCTGGAAGCCATTTTCAACCCGTTCACCCGCGGTGATCGGGCTCGGGGAGGGAAGGGCACCGGGCTGGGCCTGGCCATCGTCAAGCGCATCGCCTCGATGCATGGCGGCAACGTCGAACTGCGCAATCGAGCTGGCGGCGGGCTGGAGGCTCGGGTGCGGTTGCCGTTGGGCTTGATGCTGCCGCGGGATGCTGTGTAG MKTPVWFPQSFFSRTLWLVLIVVLFSKALTLVYLLMNEDVLVDRQYSHGVALTLRAYWAADETNRVKIAEAATLIRVVGAGVPEGEQHWPYSEIYQRQMQAELGADTEVRLRMHSPPALWVRAPSLGDGWLKVPLYPHPLRGQKIWNVLGWFLAIGLLSTASAWIFVSQLNQPLKRLVYAARQLGQGRSVRLPVSDTPSEMTEVYRAFNQMAEDVEQAGRERELMLAGVSHDLRTPLTRLRLSLELMGEHTDLTDEMVRDIEDMDAILDQFLAFIRDGRDESVEEVDLSELVREVAAPYNQNEEKVHLRLEPIQPFPLRRVSMKRLLNNLIGNALNHAGTGVEVAAYVSGDTSAPYVVLSVMDRGAGIDPAELEAIFNPFTRGDRARGGKGTGLGLAIVKRIASMHGGNVELRNRAGGGLEARVRLPLGLMLPRDAV PGPT0012975_1346 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012975-envZ-K07638 NA NA D1-35_03158 906 rimK COG0189 Ribosomal protein S6--L-glutamate ligase ATGAAGATCGCTGTGCTGTCGCGCAATCCGCGCCTGTATTCCACTCGTCGCCTGGTTGAAGCAGGGACGGAACGTGGCCATGAAATGGTGGTGATCGATACCCTGCGCGCCTACATGAACATCGCCAGCCACAAGCCGCAGATCCACTACCGCGGCAAACCGCTGGAAGGGTTTGATGCGGTGATCCCGCGTATCGGCGCATCGGTGACTTTTTATGGCTGCGCAGTGCTGCGCCAGTTCGAAATGATGGGAGTGTTCCCGCTCAATGAGTCTGTCGCTATCGCTCGCTCCCGGGACAAGCTGCGCTCATTGCAATTGCTCTCCCGACGCGGCATCGGCTTGCCGGTAACCGGGTTCGCCCACTCTCCCGATGACATTCCCGACCTGATCGCGATGGTCAACGGCGCGCCGCTGGTGATCAAGGTGCTTGAGGGCACCCAGGGGATCGGTGTCGTGCTGTGCGAGACCGCAACCGCGGCGGAATCGGTGATCGAGGCGTTCATGGGCCTCAAGCAGAACATCATGGTCCAGGAATACATCAAGGAAGCCGGTGGCGCGGACATTCGTTGCTTCGTGGTCGGCGATAAAGTGATCGCCTCGATGAAACGCCAGGCCAAACCCGGTGAGTTTCGCTCCAACCTGCATCGCGGCGGCAGCGCGAGCCTGATCAAAATCACCCCGGAAGAACGCATGACAGCCCTGCGCGCGGCCAAGGTCATGGGATTGGCGGTGGCCGGCGTGGATATCCTGCGCTCCAATCACGGACCGCTGGTGATGGAGGTCAATTCTTCGCCAGGCCTGGAAGGAATCGAGACCACCACCAGCAAGAACGTGGCGGGGATCATCATCGAACACCTGGAAAAAAATGGCGGGCCGAACATGACCCGGACCAAGGGCAAGGGTTGA MKIAVLSRNPRLYSTRRLVEAGTERGHEMVVIDTLRAYMNIASHKPQIHYRGKPLEGFDAVIPRIGASVTFYGCAVLRQFEMMGVFPLNESVAIARSRDKLRSLQLLSRRGIGLPVTGFAHSPDDIPDLIAMVNGAPLVIKVLEGTQGIGVVLCETATAAESVIEAFMGLKQNIMVQEYIKEAGGADIRCFVVGDKVIASMKRQAKPGEFRSNLHRGGSASLIKITPEERMTALRAAKVMGLAVAGVDILRSNHGPLVMEVNSSPGLEGIETTTSKNVAGIIIEHLEKNGGPNMTRTKGKG NA NA NA NA NA D1-35_03159 483 hypothetical protein TTGAAGACTTTTGACCATCTGACCGTCGTCGGTCTGCGCGAATGGGTGGCGCTCCCGGATCTGGGAGTCGCAGGCCTGCGGGCAAAAATCGACACCGGCGCCAGCACCTCCAGCCTGCACGCCACCGATATCGAGCCATTCGAGCGCGACGGCGAGAAGTGGGTGCGTTTCACCGCACACCTGGGGACGGTGGTGCAACTGCGCCACCGCCGCTGCGAAGCCCCGCTGGTGGCGCGCAAGACCATCAAGAGCTCCAACGGCCACGCCCAGGTCCGCTACGTGATCAGCACCACGCTGGCGCTGGGTGATCGGTTCTGGCGGGTGGAGTTCACCCTGGCCTGTCGTAAATCCATGCGGTATCGCCTGTTGTTGGGTTCCAAAGCCTTGATCGACGGCCAGCTGGTCGTCAATCCAGGCATCAAATACGTTCAAGACAAACCGGTATTTCCGGTGTCCACTACCTCTGCCACAGGTGTTGCATGA MKTFDHLTVVGLREWVALPDLGVAGLRAKIDTGASTSSLHATDIEPFERDGEKWVRFTAHLGTVVQLRHRRCEAPLVARKTIKSSNGHAQVRYVISTTLALGDRFWRVEFTLACRKSMRYRLLLGSKALIDGQLVVNPGIKYVQDKPVFPVSTTSATGVA NA NA NA NA NA D1-35_03160 405 hslR COG1188 Heat shock protein 15 GTGGCACAAAAAAGCGAAGAGGACGACAAGGTCCGTCTCGATAAATGGTTGTGGGCAGCGCGATTCTATAAGACCCGTGCCCTGGCCAAGGCCGCCATCGAAAGCGGCAAGGTTCACCATCGCGGTGAACGTTGCAAGCCTGGCAAAGAGCCACGTATCGGCGACGAATACGTCATTCGCGCCGGGTTCGATGAAAAAACCGTGGTGGTCGAAGCCCTGTCGATTGTGCGGCGCGGCGCGCCAGAAGCACAGACACTCTATCGCGAGACCGACGCCAGCATCGCCAAGCGCGAAGCTGCGGCCGCACAACGCAAGGCCGGGGCCCTGGGCGTCAGCACCGATGGCAAGCCGAGCAAGAAGCAGCGTCGCGACCTGTTCAAGTTTCATGGCAGCAATAGTGAATAA MAQKSEEDDKVRLDKWLWAARFYKTRALAKAAIESGKVHHRGERCKPGKEPRIGDEYVIRAGFDEKTVVVEALSIVRRGAPEAQTLYRETDASIAKREAAAAQRKAGALGVSTDGKPSKKQRRDLFKFHGSNSE PGPT0014620_879 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014620-hslR|yrfH-K04762 NA NA D1-35_03161 903 hslO COG1281 33 kDa chaperonin ATGACTGATTTACCGGATACCGACTACACCCAGCGTTTCATCTTCGATGACAGCGACGCCCGTGGCGAGATGGTGGCGTTGGAGCGTAGCTATGCCGAAGTCCTTGCCAAGCACCCCTATCCGGAGCCGGTCGCGCAACTGCTAGGCGAACTGATGGCGGCGGCGGCATTGCTGGTGGGCACCCTGAAGTTCGATGGCTTGCTGATTCTCCAGGCGCGCTCCGACGGTCCGGTCCCCTTGCTGATGATCGAATGCTCCAGCGAGCGCGAGATTCGTGGCCTGGCCCGGTACCACGCCGAGCAGATCGGCGCCGACGCGACGCTGGCCGACATGATGCCCAACGGCGTGCTGGCCCTGACGGTCGATCCTAGTCATGGCCAGCGTTATCAGGGCATTGTCGATCTTGACGGCGCGACGCTGGCCGAATGCTTCACCAATTACTTCGTCATGTCCCAGCAGACCAACACCCGCTTCTGGCTGTACGCCGACGGGCGGCGCGCCCGTGGCCTGCTGTTGCAACAATTGCCCGCCGATCGCATTCGCGATTCGGAAGAGCGTGACGCCAGCTGGCAGCACGTCACCGCTCTGGCCAGCACCTTGAGCGCCGACGAGTTGCTGGGCCTGGACAACGAAACCATTCTGCATCGTCTCTACCACGAAGAGCAGGTGCGCCTGTTCGAGGGTCAGCCGTTGCGCTTCCAATGCAGTTGCTCCCGTGAACGATCCGGCAATGCGCTGGTCAGTCTGGGTCTGGAAGATGCGCAGCAACTGGTGATCGAGCATGGCGGCGCCATCGAGGTCGATTGCCAGTTTTGCAATGAGCGCTACCTGTTCGACGCGGCGGACATCGCACAATTGTTCGCCGGTGCGGGTGTCGACACACCGTCAGATACTCGTCACTAA MTDLPDTDYTQRFIFDDSDARGEMVALERSYAEVLAKHPYPEPVAQLLGELMAAAALLVGTLKFDGLLILQARSDGPVPLLMIECSSEREIRGLARYHAEQIGADATLADMMPNGVLALTVDPSHGQRYQGIVDLDGATLAECFTNYFVMSQQTNTRFWLYADGRRARGLLLQQLPADRIRDSEERDASWQHVTALASTLSADELLGLDNETILHRLYHEEQVRLFEGQPLRFQCSCSRERSGNALVSLGLEDAQQLVIEHGGAIEVDCQFCNERYLFDAADIAQLFAGAGVDTPSDTRH PGPT0014645_1090 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014645-hsp33|hslO-K04083 NA NA D1-35_03162 1545 pckA COG1866 Phosphoenolpyruvate carboxykinase (ATP) ATGACGCAAGCCAATAACGCCGTGTATACCGATCTGAGTGTCGATGATCTGGTCAAAGAAGCCCTGAATCGCGGTGAAGGCGAGCTTGCCGATACTGGCGCGCTGGTTGTTCGTACCGGTCATCGTACCGGTCGCTCGCCAGTCGACCGTTTCATCGTGGAAGAGCCGACCACCCAGGACGCCATCGCCTGGGGCCCGATCAACCGCAAGTTCCCGGCCGACAAGTTCGATGCCCTGTGGAGCCGCGTCGAGGCCTATCTGGGTGAGCGCGAGCGTTTTGTTTCCCACGTGCATGTAGGTTCCGATCCTGCGCACTACCTGCCGGTCAAGATGACCACCGAGACGGCCTGGCACAACCTGTTCGGTCGTTGCCTGTTCATCAATCCCGAGCAGTACAACGCCGGCGGCAAGGACGAGTGGCAGATCCTCAACGCGCCGAACTTCGTCTGCGAGCCTGAGCGCGACGGCACCAATTCCGACGGCACCGTAATCATCAACTTTGCTGCCAAGAAAGTGCTGATCGCTGGCATGCGCTACGCCGGCGAAATGAAAAAAGCCCTGTTCTCCGTGCAGAACTTCTTGCTCCCAGCGGTCGACGTGCTGCCGATGCACTGCGCCGCCAACATGGGCGAAGAAGGCGACGTGACCTTGTTCTTCGGTCTGTCGGGCACTGGCAAGACCACCCTGTCCGCCGACGAAAGCCGTTACCTGATCGGTGACGACGAGCACGGCTGGGGCGTGGGTGTGGTCTTCAACATCGAAGGCGGCTGCTACGCCAAGTGCATCGACCTGTCCGAGAAGAACGAGCCGGTCATCTGGAAAGCCATCCAGCACGGCGCCGTCCTGGAAAACGTGGTCCTGGACCCGGTCACCAAGAAAGCCGACTACGCCGACGACAGCCTGACCCAGAACAGCCGCGCCGCCTATCCGCGCGAGCTGATCGAAAAACGCGCGCCGAAAAACCTCGGTGGCGAGCCAAACGCCGTGATCTTCCTGACCTGCGACCTGACCGGCGTGCTGCCACCGGTGTCGATCCTCAGCGAAGAACAAGCCGCCTACCACTTCCTGTCCGGCTACACCGCACTGGTGGGTTCGACCGAAATGGGCTCGGGCAGCGGCATCAAGTCGACCTTCTCCACCTGCTTCGGCGCGCCGTTCTTCCCACGTCCGGCCGGTGAATATGCAGAGCTGCTGATCAAGCGTATCCGTGGTTTCGGCTCCAAGGTCTACCTGGTCAACACCGGCTGGACCGGCGGCGGCTACGGCGTCGGCAAGCGCTTCAACATCCCGACCACCCGTGCGGTGATCGCGGCGATCCAGAGCGGCGCGCTGATCGATGCTGAAACCGAACACCTGGATATCATCAACCTGGACGTGCCGCTGGCTGTCCCAGGCGTCGAAACCGGCCTGCTGAACCCGCGCAATACCTGGGCCGACAAGGCTGCCTACGACGAAGCCGCCAAGGCACTGGCCGGTCTGTTCATCGAGAACTTCAAGAAGTTCGACGTGAGCGATGCAATCAAGGCGGCGGGTCCGCAACTGTAA MTQANNAVYTDLSVDDLVKEALNRGEGELADTGALVVRTGHRTGRSPVDRFIVEEPTTQDAIAWGPINRKFPADKFDALWSRVEAYLGERERFVSHVHVGSDPAHYLPVKMTTETAWHNLFGRCLFINPEQYNAGGKDEWQILNAPNFVCEPERDGTNSDGTVIINFAAKKVLIAGMRYAGEMKKALFSVQNFLLPAVDVLPMHCAANMGEEGDVTLFFGLSGTGKTTLSADESRYLIGDDEHGWGVGVVFNIEGGCYAKCIDLSEKNEPVIWKAIQHGAVLENVVLDPVTKKADYADDSLTQNSRAAYPRELIEKRAPKNLGGEPNAVIFLTCDLTGVLPPVSILSEEQAAYHFLSGYTALVGSTEMGSGSGIKSTFSTCFGAPFFPRPAGEYAELLIKRIRGFGSKVYLVNTGWTGGGYGVGKRFNIPTTRAVIAAIQSGALIDAETEHLDIINLDVPLAVPGVETGLLNPRNTWADKAAYDEAAKALAGLFIENFKKFDVSDAIKAAGPQL PGPT0001405_2646 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 D1-35_03163 354 hypothetical protein ATGCATTTCGCCCCAGACTTTCCCGACGATCTCGCCATGCGTCAGCTCATGGAATTACTCCACGAAGAACTCGGCCTGCCGGAACGCAAGACCATTCGCCTGGACACTGCGATCAATTTCGATCTGGGCTGCGATGGCGCGGATGCCCGGCACCTGATGGAAGCGCTGGAGGAGCGGTTCGTCATCGACCTTGTCGACTACGACGCCTATCGTTACTTCCAACCGGAAGGCTTTGATGTGTTTCAAAAGCGCAGGGCCAAGGGCCGGGGAGACAAGCTGCCGCTGACCATCGGCATGCTTTACAAAGCGATCAAGGCGCAACGATGGGATACGCAAGAAGTGGAGAAAAAATAG MHFAPDFPDDLAMRQLMELLHEELGLPERKTIRLDTAINFDLGCDGADARHLMEALEERFVIDLVDYDAYRYFQPEGFDVFQKRRAKGRGDKLPLTIGMLYKAIKAQRWDTQEVEKK NA NA NA NA NA D1-35_03164 1227 fadJ_3 COG1024 Fatty acid oxidation complex subunit alpha ATGAGCCAGACATCCTTTGATATCCAGCGCGCCGCGGTGGTCGGGGCGGGCACCATGGGGCGAGGCATCGTGATGTGCCTGGCCAATGCCGGCGTTACGGTGCAGTGGGTCGACAATAATCCGCAAATGCTTGAGCAGGCGCTGGCGGCGGTGGTCGACACCTATGCCCACAACGTGCGCCAGGGACGCATTGACCAAGGTGAAGCCGATGCGCGCATCGCCCGAATAGCTCGGGCGGACGACTACGCGGCAATCCGTAACGTGGATCTGGTCATCGAAGCGGTCTACGAGAACCTTGAACTCAAGCAGAAGATCTTTCGCGAGCTGGACGGCATGCTCAAGCCCGAGGCAATCCTGGCAAGCAACACCTCGGCGCTGGACATCGATGCGATTGCCGCCGCCACGCGCAGGCCGACCCAGGTGCTGGGCCTGCATTTCTTCAGCCCGGCGCACATCATGAAATTGCTCGAAATCGTTCGTGGCGCGCAAACCTCCAGACCGGCGCTGGATGCCGCCCTGGCGCTGGGCAAACGCATGGGCAAGGTGAGCGTGGTTTCGGGCAATTGCCACGGGTTTATCGGCAACCGGATGCTTCATCCCTATGTGCTGGAGGCGCGCAAGATGCTGCTGGAGGGAGCGTTTCCCCATCAGGTCGATGCCGCGCTGCAAGGTTTCGGCTTCGCCATGGGGCCGTTCCGCATGTATGACGTGGTTGGGATCGACCTGGAGTGGCGCGCGCGCGAGTTGGCGGGTAAAGGTCAGGATGCGCCCGAAGTGCAAGTGGACAACCGCCTGTGCGAGATGGGGCGGTTCGGCCAGAAGAGTGGTAACGGGTACTACCACTATGAGCCGGGCAGCCGCCAGGCTGAGCAGGATGTGGAGGTCGATGCGCTGGTGCTGCGGGTCAGTGAGGAGCTGGGGTTTCAGCGCCGCGAAATAGCTGCCGAGGAGATTCTGGAGCGCTGCTTGCTGGCATTGGTCAATGAAGGTGCGAAGATCCTCCAGGAGGGCATTGCCGAGTCTTCCCGCGACATCGACCTGGTTTATCTCAATGGCTATGGCTTCCCGGCGGACAAGGGCGGTCCGATGGCCTGGGCGGATCAGCAGGGCCTCGAAGACATCCACGCACGGTTGCTGGAGCTCGAGACGAAGCAGGGGGACCAATGGAAGCCTGCCCGTCTGATTGGCGAGCTGGCTGCGCAAGGCAAGAGCTTCTCGCAGCGATAG MSQTSFDIQRAAVVGAGTMGRGIVMCLANAGVTVQWVDNNPQMLEQALAAVVDTYAHNVRQGRIDQGEADARIARIARADDYAAIRNVDLVIEAVYENLELKQKIFRELDGMLKPEAILASNTSALDIDAIAAATRRPTQVLGLHFFSPAHIMKLLEIVRGAQTSRPALDAALALGKRMGKVSVVSGNCHGFIGNRMLHPYVLEARKMLLEGAFPHQVDAALQGFGFAMGPFRMYDVVGIDLEWRARELAGKGQDAPEVQVDNRLCEMGRFGQKSGNGYYHYEPGSRQAEQDVEVDALVLRVSEELGFQRREIAAEEILERCLLALVNEGAKILQEGIAESSRDIDLVYLNGYGFPADKGGPMAWADQQGLEDIHARLLELETKQGDQWKPARLIGELAAQGKSFSQR PGPT0008395_2374 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008395-fadN-K07516 NA NA D1-35_03165 420 hypothetical protein ATGCCCCAACGCGCCGAGTATCTGCATTTCCAGCCAGTGACTACACGCTGGCATGACAACGATGTGTACGGTCACGTCAATAACGTCACCTACTACAGCTTTTTCGATACAGCGGTAAATACCTATCTGATCGAGACCGGCGGCCTGGATATCCATGACGGGGAGGTGGTGGGCTTCGTCGTGAGTTCAGCCTGCGATTATTTTGCCTCGATCGCTTTCCCGGACCGGATCGAAATCGGCCTGCGAGTCGGGAAGCTGGGCAATAGTTCGGTGCAATATGAGCTGGCGGTGTTCAAGGCGGGCGAGGACGAGGCCTGCGCGGCGGGGCGTTTCGTGCATGTATTCGTGGACCGGGCGTCGAATCGGCCAGTGGCGATTCCGGATCAGCTACGCGGGGCGTTGGAGCGGTTGGTGGCCTGA MPQRAEYLHFQPVTTRWHDNDVYGHVNNVTYYSFFDTAVNTYLIETGGLDIHDGEVVGFVVSSACDYFASIAFPDRIEIGLRVGKLGNSSVQYELAVFKAGEDEACAAGRFVHVFVDRASNRPVAIPDQLRGALERLVA PGPT0001850_6134 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-35_03166 483 hypothetical protein ATGAAGTTCTCCTCCATTCTCTTGTTGTCCCTTGGCCTGATCAGTGGCGTCGCATCTGCCGGCGGTACCGCCGAAGCAGGTGTAGGCGGCGCATTGGGCGGGGTTTTGGGTTCGGTCGTCGGCCAGTCCCTGGGCGGCAACACCGGTTCCACTATCGGCGCGGCCCTGGGCGGCGCAGGTGGCAGTGCGGTCGGTGCCGATAAACGCAGCCGCGGCGAAGCGGCCATCGGCGGCGCGCTGGGCGCAGCCGGCGGCAACGTGGTTGGCCGCAGCGTGGGCGGCAGCACGGGTAGCCTGATCGGTGCCGCAGCGGGCGGTGGCGCCGGTGGCGCATTGGGTAACTACATGGGCAAGGACGACGATGACGACCGTTATGAAGGTCGCCGTGGTGATCGCCGCTACTACCGTGACGGCCACCCGGGTCGCGGCCATGCCTACGGCCATCGCAAGCATAAGCACAAACATCGCTATCACGACGATTGA MKFSSILLLSLGLISGVASAGGTAEAGVGGALGGVLGSVVGQSLGGNTGSTIGAALGGAGGSAVGADKRSRGEAAIGGALGAAGGNVVGRSVGGSTGSLIGAAAGGGAGGALGNYMGKDDDDDRYEGRRGDRRYYRDGHPGRGHAYGHRKHKHKHRYHDD NA NA NA NA NA D1-35_03168 2349 ydeP COG0243 Protein YdeP GTGAGCAATCATCAACAAGCCAACCAGAAACCCGCACCGCGCTACAAGCCTTACAAGGGCCCGGCCGGCGGTTGGGGCGCGCTGATCAGCGTCGCCCAGGCCTGGCTGACCAGCGATAACGCGCTGAAAAACATTCGCATGATGCTCAAGACCAACCAGAACGGCGGTTTCGACTGCCCTGGCTGCGCCTGGGGTGACTCGCCGGAAAGCGGCATGGTCAAGTTCTGCGAGAACGGCGCCAAGGCGGTGAACTGGGAAGCGACCAAGCGTCGTGTCGACGCGGCTTTTTTCGCCAAGCACAGCGTGACGTCGTTGCTGGAGCAGAGCGACTACTGGCTCGAATACCAGGGCCGCCTGACGGAGCCTATGAGCTACGACGCGCAAACCGACCGCTACAAGCCCATCAGTTGGGAAGCCGCGTTCGCTATGATCGGCAAACACTTGCAAGGGCTTTCCAGCCCGAGCCAGGCCGAATTCTATACCTCGGGTCGCGCGAGCAACGAAGCGGCATATCTATACCAGCTATTCGTGCGCGCCTATGGCACCAACAATTTCCCCGACTGCTCGAACATGTGCCATGAGGCCAGCGGCGTGGCCCTGTCCCAAAGTGTCGGGGTGGGCAAGGGCACGGTAACCTTTGACGACTTCGAGCATGCCGACGCGATTTTCGTCTGGGGCCAGAACCCCGGCACCAACCACCCGCGGATGCTCGAACCGCTGCGCGAAGCAGTGAAGCGCGGCGCCCAAGTGGTGTGTATCAACCCGCTGAAAGAGCGTGGCCTGGAGCGCTTCCAACATCCGCAACACCCGCTGGAAATGCTCACCAACGGCGACAAACCCACCAACACCGCGTATTTCCGCCCAGCTCTGGGCGGCGACATGGCCGTGCTGCGGGGCATGGCGAAGTTCCTGCTGCAATGGGAACGTGACGCGCAGAACAGCGGCGCCCCTGCGGTATTCGATCATGCGTTCCTCAACGAGCACAGCGCCAACGTCCTGGATTACCTGGCGGTGGTCGACGACACCCCTTGGGAGCAGATCGCCGAGCAATCCGGGTTGACGCTCGCCGAAATCGAACAAGCGGCGCGCATGTACGCCAAGGCCAAGAACGTGATCATGTGCTGGGCGATGGGTATCACCCAGCACCGCCATTCAGTGGCGACGATCCAGGAAATCGCCAACCTGATGATGCTGCGCGGCAACATTGGCAAGCCAGGCGCCGGCCTGTGCCCGGTGCGTGGCCACAGTAACGTGCAGGGCGACCGGACCATGGGAATCAACGAGCGCCCGCCCGTTGCATTCCTCGACGCTCTGGAACGGCGCTTCCAGTTCAAGGTACCGCGTGAAAACGGCCACAACGTGGTCGAGGCGATCCACGCCATGGCCGAGGGTCGGGCCAAGGTGTTCATCGCCCTGGGCGGCAACTTCGCCCAGGCTACGCCAGACAGCCACCGGACCTTCCAGGCGCTGGGCAATTGCGACCTGACGGTACAGATCAGCACCAAGCTCAACCGCAGCCACCTGGCCCATGGCAAGGAAGCGTTGATCCTGCCATGCCTGGGCCGGACTGACATCGACCTGCAAGCCGATGGCCCGCAGGCGGTGACGGTGGAGGACTCCTTCAGCATGGTCCACGCTTCGAACGGCCAACTGCAGCCACTGTCGGACCAGATGCGCTCCGAGCCGTGGATCATTGCCGGCATCGCCGCCGCCACCCTGGGCAGCCGCCCGGTGGATTGGAACTGGCTGGTGGCCGATTACAGCCGCATCCGCGACCTGATCGCCGAGACCATCCCTGGCTTCAAGGACTTCAACGAAAAACTCAAGAACCCCGGCGGCTTCTACCTGGGTAACAGCGCGGGGGCACGTCGCTGGAACACGCCTTCGGGCCGCGCCAACTTCAAGCCCAACCTGTTGCCGACCGACCTGATCCACGAACGCACCCGGGCTACAGGCCAATTGCCGGACCTGATCCTGCAATCCATGCGCTCGCATGACCAGTACAACACCACGATCTATGGCCTCGATGATCGCTATCGTGGCGTGAAGGGCCAACGTGACGTGTTGTTCGTCAACGAAGCGGACATCATCCGCCTGGGCTTCAAGCCAGGGCAGAAGGCAGACATCGTCTCGCTCTGGGATGACGGCCGCGAGCGCCGGGTCAAGGGCTTTACCCTGTTGGCCTTTGATATCCCGGCCGGACAGGCTGCCGCCTATTACCCTGAAGTGAACCCGCTGGTGCCGCTGGAAAGCACCGGCGACGGCAGCCACACCCCGACCTCGAAGTTCGTGGCTATCCGCCTGGAAGCCGCAAGCGAGAACGGGTTGATCATGGCCAAGTCGGCCTGA MSNHQQANQKPAPRYKPYKGPAGGWGALISVAQAWLTSDNALKNIRMMLKTNQNGGFDCPGCAWGDSPESGMVKFCENGAKAVNWEATKRRVDAAFFAKHSVTSLLEQSDYWLEYQGRLTEPMSYDAQTDRYKPISWEAAFAMIGKHLQGLSSPSQAEFYTSGRASNEAAYLYQLFVRAYGTNNFPDCSNMCHEASGVALSQSVGVGKGTVTFDDFEHADAIFVWGQNPGTNHPRMLEPLREAVKRGAQVVCINPLKERGLERFQHPQHPLEMLTNGDKPTNTAYFRPALGGDMAVLRGMAKFLLQWERDAQNSGAPAVFDHAFLNEHSANVLDYLAVVDDTPWEQIAEQSGLTLAEIEQAARMYAKAKNVIMCWAMGITQHRHSVATIQEIANLMMLRGNIGKPGAGLCPVRGHSNVQGDRTMGINERPPVAFLDALERRFQFKVPRENGHNVVEAIHAMAEGRAKVFIALGGNFAQATPDSHRTFQALGNCDLTVQISTKLNRSHLAHGKEALILPCLGRTDIDLQADGPQAVTVEDSFSMVHASNGQLQPLSDQMRSEPWIIAGIAAATLGSRPVDWNWLVADYSRIRDLIAETIPGFKDFNEKLKNPGGFYLGNSAGARRWNTPSGRANFKPNLLPTDLIHERTRATGQLPDLILQSMRSHDQYNTTIYGLDDRYRGVKGQRDVLFVNEADIIRLGFKPGQKADIVSLWDDGRERRVKGFTLLAFDIPAGQAAAYYPEVNPLVPLESTGDGSHTPTSKFVAIRLEAASENGLIMAKSA PGPT0019635_3094 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123 NA NA D1-35_03169 840 fdhD COG1526 Sulfur carrier protein FdhD ATGAACGACAAGCCTCCGGTCTGTCCTGCGCCTGCCTTGGAAGCCTCCAAGCCAGCCGCCAGCCAGAGCTATCGCTACTGCAACCTGGACCACTCGCAATCGGACAGCGCCGCGCTGGCCGAGGAAGTGGCGTTGGCGATTGCCTATAACGGCATCAGCCAAGCGGTAATGCTGGTCACGCCCACTGACCTGGAAGATTTTATCGTCGGCTTCAGCCTCGGCAGCGGCATCATCGAAGACCCGGCGGATATCTACGACCTGCAACTGAGCGGAGCCGGTTCCGCGCAATATGCCCAGGTCACCATTGCCAACCGCGCCTTCTGGAACCTCAAGCAACAACGCCGGCAACTGGCCGGCACCAGCGGTTGCGGGCTGTGCGGGGTCGAGGCGGTGGAACAGGCGCTGCCCAACCTCAAGACGCTGCCGGGCGCACCGCTGCCACCGGCGCAATGGCTTGACGGCCTGCGCCAGCGCATCGGCCAGTTCCAACCCCTGGGCCAGCACTGCGGTGCGGTACACGCGGCGCTGTTCATGAATGACCAGGGTGAACTGCTGCTGGGCCGCGAAGACATCGGTCGCCACAACGCCCTCGACAAATTGATCGGTGCGCTGATCCGGCAGCAGATCCCGATAGCCGGGGGCCTGGCGATCGTCACCAGCCGCTGCAGCCTCGAATTGATTCAAAAAGTATTGCGTGCGGGCATCCAGACGCTGGTCAGCCTGTCGTCGCCCACGGGCCTCGCCGTGCAGTGGGCTCGCCAACACAACCTCAACCTCATCCACCTGCCGCAAAAAAGTGCGCCGCGGGTCTACAGCCCTGCGATGGAGAATCAAGCGTGA MNDKPPVCPAPALEASKPAASQSYRYCNLDHSQSDSAALAEEVALAIAYNGISQAVMLVTPTDLEDFIVGFSLGSGIIEDPADIYDLQLSGAGSAQYAQVTIANRAFWNLKQQRRQLAGTSGCGLCGVEAVEQALPNLKTLPGAPLPPAQWLDGLRQRIGQFQPLGQHCGAVHAALFMNDQGELLLGREDIGRHNALDKLIGALIRQQIPIAGGLAIVTSRCSLELIQKVLRAGIQTLVSLSSPTGLAVQWARQHNLNLIHLPQKSAPRVYSPAMENQA PGPT0019920_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_PHENYLACETATE_DEGRADATION,PGPT0019920-padA-K18360 NA NA D1-35_03170 885 cynR_2 HTH-type transcriptional regulator CynR ATGGACATCAAGCAGCTGAAATTTCTTATCGCGCTCGAAGAAACCCGCCACTTCGGCCAGGCTGCCGCCCGCTGTCACATCACCCAGCCCACCTTGTCGATGCGCCTGCGCAGCCTGGAGGAAGAGCTGGGTTTGCCACTGGTCAATCGCGGCCAGCGCTTCGAGGGTTTTACCGCACCGGGCGAGCGGGTGCTGGCCTGGGCGCGCACGGTGTTGGCGGCCTATGACGGACTACAAGCTGAAGCGGCGGCCTGTCGCGGCAACCTGGTGGGCACGCTGCGCCTGGGCGTGGTTCCGCTGTCGGATTTCGACCCGCTGGCGATGATGCAGCGCCTGCACACCGACCATCCCAGCCTGCGGTTCGAATTGTCGTCCCTGAGCTCCGAACGCATTCTCGAACAATTGGCGAACAACCGGATCGACCTGGGCATCTCTTACCTGGAACGTCTGGACAACGAGCGTTTCGAAGCCCTGCCCTTCGCCCATACCCGCATGGGCCTGCTATACGACCAACGGTTTTTCTTTTTTGGCGAAGAACCGCTGAGCTGGGAAGCGCTGGTGGAGCTGCCCCTGGGCATGCTCACCAGCGGCATGCATTTTCGCCAATCCATCGACCATCACTTCCACAGCCGGGGGCTGACACCCCAACCGCTGCTGCAAACCGACGCGGTGCACCAATTGTTACAAGCTGTGCACGGCGGACTGTGTTGCGCCGTAGTACCGCTGGAAAGCGGGCTGAAGCTCACCGAAGACCTGCGAATCCAGCCCATCAACAGCGCCCAGACGCTGGTCCCGCTGGGGCTGATCATGCGGCGCGGTGCCCCACGCTCGGCATTGGCGGAGGCTTGTTTCGCCCTTTATCAGCAATCAGTAACCATTCCTTGA MDIKQLKFLIALEETRHFGQAAARCHITQPTLSMRLRSLEEELGLPLVNRGQRFEGFTAPGERVLAWARTVLAAYDGLQAEAAACRGNLVGTLRLGVVPLSDFDPLAMMQRLHTDHPSLRFELSSLSSERILEQLANNRIDLGISYLERLDNERFEALPFAHTRMGLLYDQRFFFFGEEPLSWEALVELPLGMLTSGMHFRQSIDHHFHSRGLTPQPLLQTDAVHQLLQAVHGGLCCAVVPLESGLKLTEDLRIQPINSAQTLVPLGLIMRRGAPRSALAEACFALYQQSVTIP NA NA NA NA NA D1-35_03171 450 kbp COG1652 Potassium binding protein Kbp ATGAGCCTTTTCAGTTTCTTGAAAGATGCCGGTGAAAAAATCCTCGATGCGCTGACGCCCGACAAGGCAGAAGCCAACAGCGAAGCGTTGACCAAGCATGTACAGGAGGCCCTGACAGGGATCGATACTTCAAAGATTCAGGTCAAGGTCGAAGGTGAGAAAGTCATCGCCACGGGTGAAGCCGCAACTCAGGAAGAGAAGGAAAAGATTCTCCTGGCGCTGGGCAACGTGGCCGGTATCAGCGGTGTCGATGACCAGATCACCGTGACCGGCCCGGTCGCGACGCAGGCCAAATTCGTCACCGTGGAGAAAGGCGACACCTTGAGCGCCATTTCCAAGCGGGTTTACGGCGACCCGAACAAGTACAACAAGATTTTCGAAGCCAACAAGCCGATGCTCAAGCACCCGGACAAGATCTACCCAGGGCAGTCACTGCGTATCCCTGAATAG MSLFSFLKDAGEKILDALTPDKAEANSEALTKHVQEALTGIDTSKIQVKVEGEKVIATGEAATQEEKEKILLALGNVAGISGVDDQITVTGPVATQAKFVTVEKGDTLSAISKRVYGDPNKYNKIFEANKPMLKHPDKIYPGQSLRIPE NA NA NA NA NA D1-35_03172 663 yrfG COG1011 GMP/IMP nucleotidase YrfG ATGGCGTTGTTGCCCTGGCACGAGATCGATACGGTTCTGCTGGACATGGACGGCACCCTGCTGGACCTGCATTACGACAATCACTTCTGGCTGGAGCACCTGCCCCAGCGCTATGCCGAACTGCATGGCGTCAGCCGGGCCATGGCGGAGATGGAACTACAGCCGCTGTTCGAGCGCAACGCCGGCCAGTTGCAGTGGTACTGCCTGGATTTCTGGAGTGCCGAGCTGAAGCTGCCGGTGCGCGAACTGAAGCTGGAAACCGCCCACCTGATCGCCCTGCGCCCGGACGCGGATACGTTTCTGGCAGCCATCCAGCAGGCCGGCAAACGGGTCGTGATGATCACCAATGCCCACCGCGACTCGTTGTCCCTGAAGCTGGAACGCATCGAACTGGCTCCGTATTTCGAGCGTCTGATCAGCTCCCACGACTACGGTTTTCCCAAGGAAAGCCCGCAATTCTGGGACGCACTGCAAGCCGACCTGGACTTCGACCCGGCCCGCAGCCTGTTCATCGACGATACCCTGCCGGTATTGCGCAGCGCCCGGGATTTTGGCATCGCACATTTGCTGGCGGTCAGCGAGCCGGACAGTCGCAAGGGGCCGAAGGATACGGGGGAGTTCGATGCCGTCAGAGATTATCGGGATTTGATTGCCGGGCTTTGA MALLPWHEIDTVLLDMDGTLLDLHYDNHFWLEHLPQRYAELHGVSRAMAEMELQPLFERNAGQLQWYCLDFWSAELKLPVRELKLETAHLIALRPDADTFLAAIQQAGKRVVMITNAHRDSLSLKLERIELAPYFERLISSHDYGFPKESPQFWDALQADLDFDPARSLFIDDTLPVLRSARDFGIAHLLAVSEPDSRKGPKDTGEFDAVRDYRDLIAGL PGPT0013415_525 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013415-yrfG-K20881 NA NA D1-35_03173 567 nudE COG0494 ADP compounds hydrolase NudE ATGCGCCAGACACCCACCATACTCGACCGACGGATCGTCGCCACCAGCCGCCTGTTTTGCGTGGAAGAACTGAAACTGCGTTTTTCCAACGGTGTGGAACGCACCTACGAACGCCTGGCGGGCAAGGGCGCAGGTTACGGTGCGGTGATGATCGTGGCGATGCTCGACGCCGACCATGCGGTGCTGGTGGAAGAGTATTGCGGCGGTACCGAGGCCTACGAATGGTCCCTGCCCAAGGGCCTGATCGAGCCGGGTGAAGATGTGCTGGCGGCGGCCGAGCGCGAACTCAAGGAGGAAGCCGGTTTTGGCGCCCGTCAACTGGAACACCTGACTGAGTTGTCACTGTCTCCCGGCTACATGAGCCAGAAGATCCAGGTGGTGCTGGCGACCGATCTGTACGAAGAGCGTCTGGAAGGCGACGAACCCGAGCCAATGCGTGTGGACAAGGTCAACCTGGGCGAGCTGTCGGCCCTGGCGCAGAACCCTCAATTCACCGAGGGCCGGGCGTTGGCGGCGTTGTACCTGGCCCGCGATCTGCTGACTCAGCGCGGAGCCTACCTGCCATGA MRQTPTILDRRIVATSRLFCVEELKLRFSNGVERTYERLAGKGAGYGAVMIVAMLDADHAVLVEEYCGGTEAYEWSLPKGLIEPGEDVLAAAERELKEEAGFGARQLEHLTELSLSPGYMSQKIQVVLATDLYEERLEGDEPEPMRVDKVNLGELSALAQNPQFTEGRALAALYLARDLLTQRGAYLP PGPT0021615_140 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021615-nudE-K08312 NA NA D1-35_03174 828 cysQ COG1218 3'(2'),5'-bisphosphate nucleotidase CysQ ATGAATTTTCCGCATCCCCTGATGGCCCCGGTTATCGAGCTGGCGCTCACGGCTGGCGACGCGATCCTGCCCTTCTGGCGGGCCGATGTGGAGGTCGTGCGCAAGGCCGACGAATCGCCGGTGACCGCCGCGGACATGGCAGCTCACCATGTGATCGTGGCCGGGCTCAAAGCCCTGGCGCCGGATATCCCGATCCTTTCCGAAGAGGATGCCGATATTGCGCAAAGCGTCCGCGCCGGCTGGCAACGCTGGTGGCTGGTGGATCCGCTGGACGGCACCAAGGAATTCATTTCCGGCAGCGAGGAATTTACCGTCAATATCGCCCTGATCGAGGACGGACGAGTGGTGTTCGGTGTGGTGTCGATGCCCACCAACGGTCGTTATTATGCCGGCGGTGCGGGCCTGGGTGCCTGGCGCGGCGACAGGGATGCCGAGCCTGGGGCCATTGCGGTGCGTAACGTCCTGGCGCCCGGTGAAGCCTTTACGGTGGTCGCGAGCCGCCGTCATACCAGCCCGGAGCAGGAACGCCTGTTGGCCGGTTTGAGCGAAAGCCTCGGGGCGCTGCAATTGACCAATATCGGCAGTTCACTGAAGTTCTGCCTGTTGGCTGAAGGTGCGGCGGATTGCTACCCACGTCTGGCGCCGACGTCGCAATGGGACACCGCCGCCGCTCAGGGCGTGCTGGAGGGCGCGGGTGGCGAGGTACTCGACCTGCAGGGCCAGCCGTTCTGCTATCCGGCACGCGAGTCGTTATTGAATACGTCTTTCCTGGCGCTTCCGGCGAAAGCGCCGTGGCGTGGGAAGTTGCTGGAGCTGGCTCGTTCTTGA MNFPHPLMAPVIELALTAGDAILPFWRADVEVVRKADESPVTAADMAAHHVIVAGLKALAPDIPILSEEDADIAQSVRAGWQRWWLVDPLDGTKEFISGSEEFTVNIALIEDGRVVFGVVSMPTNGRYYAGGAGLGAWRGDRDAEPGAIAVRNVLAPGEAFTVVASRRHTSPEQERLLAGLSESLGALQLTNIGSSLKFCLLAEGAADCYPRLAPTSQWDTAAAQGVLEGAGGEVLDLQGQPFCYPARESLLNTSFLALPAKAPWRGKLLELARS PGPT0002975_1476 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002975-cysQ-K01082 NA NA D1-35_03175 456 hypothetical protein ATGAACCGCGACAGCCACTACCTGGAAACGATCCTGCACCGGGACATCCCGCTGACGCAGGACATGGGCCTGAAGGTGCTCGGCTGGCAAGCTCGGCAGCTACGCTTGTTCCTGCCGATCGCAGCCAACGTCAACCACAAGAGCACCATGTTCGGCGGCAGCCTGTATTGCGGCGCCGTGCTCGGTGGCTGGGGCTGGCTGCACCTGGCGCTGCGCGAGGAAGGCATCGAAGACGGGCACATCGTGATCCAGGAAGGGCAGATCAGTTATCCGCTACCGGTTACCCGCGACGCGACCGTCATCTGTGAGGCGCCTGATAAAAAGACCTGGACGCGTTTCCTGGCCACTTATCGTCGCTACGGACGGGCAAGGCTGGCCTTGCAGACGCAGGTGGTGAATGTGGATAGCGAGGACGTGGCGGTGCGGTTTGAAGGGCAGTACGTTTTGCACCGTTGA MNRDSHYLETILHRDIPLTQDMGLKVLGWQARQLRLFLPIAANVNHKSTMFGGSLYCGAVLGGWGWLHLALREEGIEDGHIVIQEGQISYPLPVTRDATVICEAPDKKTWTRFLATYRRYGRARLALQTQVVNVDSEDVAVRFEGQYVLHR NA NA NA NA NA D1-35_03176 1389 dctD_3 C4-dicarboxylate transport transcriptional regulatory protein DctD ATGACCATCGATAACCAGATTGAGGTGGTGCTGATCGACGACGATCCCCACCTGCGTCAGGCCTTGAGCCAGACCCTCGACCTGGCCGGCCTGAAGATCCTGCCCCTGGGCGAGGCCAATGGCCTGGCCGGGCAATTGCCGCGAGACTGGCCCGGCGTGGTTGTCAGCGACATTCGCATGCCCGGCATGGACGGCCTTGAACTACTGAACCAGCTGCACGCCCAGGATCCGGACCTACCGGTCCTGTTGATCACCGGCCACGGCGATGTACCGCTGGCGGTCCAGGCAATGCGCGCCGGGGCCTATGACTTCCTGGAGAAGCCCTTCGCCAGCGATCATCTGCTCGACAGCGTTCGCCGAGCCCTGGCCTTGCGTCGCCTGGTCCTGGACAACCGCAGCCTGCGCCTGGCCCTTAGTGACCGGCATGAACTCAGCGCCCGCCTGGTTGGCCAATCGGCGCCCATGCTGCGCCTGCGCGAGCAGATCGGCGCCTTGGCGGCGACCCGCGCCGACGTGTTGATCCTCGGTGAAACCGGGGCCGGCAAGGAAGTGGTCGCCCGCGCACTGCACGACCTCTCAAGCCGGCGCAACGGGCCCTTCGTGGCGATCAACGCCGGCGCCCTGGCTGAGTCAGTGGTGGAAAGCGAACTGTTCGGCCACGAGCCCGGCGCCTTCACCGGCGCGCAAAAACGCCGTATCGGCAAGTTCGAATTCGCCAATGGCGGCACATTGTTCCTCGATGAAATCGAAAGCATGAGCCTGGACGTACAGGTCAAACTGCTGCGCCTGCTGCAAGAACGCGTAGTGGAACGGCTGGGGGGCAACCAGCAGATCCCGCTGGATATCCGCGTCATCGCCGCCACCAAGGAAGACCTGCGCCAGGCCGCCGACCAGGGCCGTTTTCGCGCCGACCTGTATTACCGCCTGAACGTCGCGCCGCTGCGCATTCCACCGTTGCGCGAACGCGGCGAAGATGTGCTGATGCTGTTCCAGCACTTTGCCAACGAAGCCAGCACCCGCCATGGCCTGCCGCCGCACGAACTGCAGCCGCCCCACCGGGCGCTGCTGTTACGCCACAGTTGGCCGGGTAACGTGCGCGAATTGCAGAACGCCGCCGAACGTTTTGCCCTGGGCCTGGAACTGGCACTGGACAACAGCGCGCCGGACAGCGGCCCCGCTGCGGTGGATGTGATCAGCGGCGGCCTGAGCGAGCAGGTGGAGAACTTTGAAAAAACCCTGATCGCCGCCGAACTGGCCCGTTCCCACAGCTCCGTACGCAGTCTCGCCGAAGCCCTGGGCATTCCGCGCAAGACGCTGCACGACAAGTTGCGCAAACACGGGCTGAACTTCGGCGACAGCAGCCATGGCCCGACCGAAGAGTCGGATTGA MTIDNQIEVVLIDDDPHLRQALSQTLDLAGLKILPLGEANGLAGQLPRDWPGVVVSDIRMPGMDGLELLNQLHAQDPDLPVLLITGHGDVPLAVQAMRAGAYDFLEKPFASDHLLDSVRRALALRRLVLDNRSLRLALSDRHELSARLVGQSAPMLRLREQIGALAATRADVLILGETGAGKEVVARALHDLSSRRNGPFVAINAGALAESVVESELFGHEPGAFTGAQKRRIGKFEFANGGTLFLDEIESMSLDVQVKLLRLLQERVVERLGGNQQIPLDIRVIAATKEDLRQAADQGRFRADLYYRLNVAPLRIPPLRERGEDVLMLFQHFANEASTRHGLPPHELQPPHRALLLRHSWPGNVRELQNAAERFALGLELALDNSAPDSGPAAVDVISGGLSEQVENFEKTLIAAELARSHSSVRSLAEALGIPRKTLHDKLRKHGLNFGDSSHGPTEESD PGPT0017310_78 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017310-dctD-K10126 NA NA D1-35_03177 1815 dctB_3 C4-dicarboxylate transport sensor protein DctB ATGCTCATGAATTCCACTCTCCCCCGCAGACCCCGTTGGCGCAGCCTGGCACTGCTGGCCCTGTGCCTGGCGCCGTTGCTGTGGCCGCTGGAGCACCTGGCGGAGCGTTACTACCGCAGCGAGCTGGCCGGGCAGAATCGCCAGACGCTTGATCTCTACGTCGCCAACCTGTTGGGCACCCTGCACCGCTATGAAGTGCTGCCGCAGATTCTTGGCGAGCTGCCGCCCCTGCGCGCAGTCCTGTCTGCGCCGGATGATGGCGTTACCCAGGGCAATGCCAATCGATTACTGAAGAACATCAGCGCCCAGACTGGCGCTGAAGTCATGTACTTGATGGACGCCACTGGCAAGACCCTGGCGGCATCGAACTGGGACAAGCACGACAGTTTCGTCGGGCGCAATTTTGCTTTCCGCCCTTACTACATCGAAGCCATGGCCGGGCGTCTTGGACGCTTCTTCGGCCTGGGCACCACGTCGGGCAAACGCGGTTACTTCTTTGCCGCCGCCGTACGTGATCGCGAAAAAGTCATTGGCGTACTGGTGGTCAAGGTCGACCTGGACCACACCGAAAGCCTGTGGGGCAAGCCCCCTGAGCAATTGCTGGTGACCGACCATAATGGCGTGGTCATTCTGACTTCACGCCAGGAATGGCGGTTTCGCGCAACCCGCCCTTTGAGCACCGAAGAGAGCAAGGCAATCAGCGCGGTCCAACCCTACCCGACCCGCGATCCGAAGCCGCTTCATCTGGACGCCAATGCCTGGCTGACCCAGACCCAGGTCATCGAAGAGACTGGCTGGAACGTGAGCATCCTGGCCCCGCGAACGCTGATCGATCGTCCGGTGCGCACGGTGGTGGTCATTGGTGGCTCGGCGTTGCTGGTCTTGATGTTGCTGCTCGGGTTGATGATGCAGCGCCGGCGCCATTACCTGGAACGGATCGCCTTCGAAGCCAAGGCCCGGCATGAGCTGGAAGGTCGGGTGGCGGAACGCACCAGTGACCTGGAAGGCCTCAACCGGCGCCTGCGCCAGGAAGTGCTGGAGCGCGAGCAGGCCCAGCAGGAGCTGGTCCGCGCCCAGGACGACCTGGTGCAGGCCGGCAAACTGTCGGCCCTGGGCACCATGTCGGCGAGCATCAGCCATGAACTCAACCAGCCGCTGGCGGCCATTCGAAGCTACGCGGAAAACGCCGAGATCCTGCTCGATCACCAACGCACCGACGACGCCCGGGGCAACCTCAAGCTGATCAGCGAACTGACCGGGCGCATGGCCTCGATCATCGCCCATTTGCGCGCTTTTGCCCGCCGCGACCGCCACGCGCCGGAAAGCGTCGCCCTGCAACCGGCGTTGGACGATGCCTTGGCGCTGCTCGCCAAACGTCGGCGCAGCATGGAAGTGGAACTGATCCGTGACCTGCCGGCCGCCACCTTGTGGGTCGAGGCCGGCGAAACACGCTTGCGCCAGGTGCTGGGCAACCTGCTGGCAAACGCCCTTGATGCCCTGACCGAAAAGGGCCCGCCGCGCAGACTCTGGCTCAGTGCCCAGGCAACGGAAACCGGCGTCAACCTGTACATACGCGATAACGGCCCGGGGTTCTGCATGGAAGCCCTGGGCCGGGCCGGCGAGCCTTTTTATACCACCAAGACCCGCACCCAAGGCCTTGGCTTGGGGCTGGCGATCTGCGACACCCTGATGCGCGCCTTCGGCGGCGAGCTGTTGTTCGCCAATCACAAGGAAGGCGGCGCCCTGATTACCCTGAAGCTGCGCGCGGGCGCGCCCGGGGTGAGCCTGCAACCGTCCGAGGACCGTAGTGTATGA MLMNSTLPRRPRWRSLALLALCLAPLLWPLEHLAERYYRSELAGQNRQTLDLYVANLLGTLHRYEVLPQILGELPPLRAVLSAPDDGVTQGNANRLLKNISAQTGAEVMYLMDATGKTLAASNWDKHDSFVGRNFAFRPYYIEAMAGRLGRFFGLGTTSGKRGYFFAAAVRDREKVIGVLVVKVDLDHTESLWGKPPEQLLVTDHNGVVILTSRQEWRFRATRPLSTEESKAISAVQPYPTRDPKPLHLDANAWLTQTQVIEETGWNVSILAPRTLIDRPVRTVVVIGGSALLVLMLLLGLMMQRRRHYLERIAFEAKARHELEGRVAERTSDLEGLNRRLRQEVLEREQAQQELVRAQDDLVQAGKLSALGTMSASISHELNQPLAAIRSYAENAEILLDHQRTDDARGNLKLISELTGRMASIIAHLRAFARRDRHAPESVALQPALDDALALLAKRRRSMEVELIRDLPAATLWVEAGETRLRQVLGNLLANALDALTEKGPPRRLWLSAQATETGVNLYIRDNGPGFCMEALGRAGEPFYTTKTRTQGLGLGLAICDTLMRAFGGELLFANHKEGGALITLKLRAGAPGVSLQPSEDRSV PGPT0017305_754 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017305-dctB-K10125 NA NA D1-35_03178 549 rfbC_2 COG1898 dTDP-4-dehydrorhamnose 3,5-epimerase ATGAATGTAATCGCCACCGACCTGCCCGGTGTCCTGATCATCGAACCCAAGGTATTTGGTGACGAGCGCGGTTTTTTTTATGAAAGCTTCAACGCGAAGGCATTCAAGGACGCGACCGGCATCGACACTCAATTCGTGCAGGACAATCATTCCCGCTCGCAGAAAGGCGTGTTGCGTGGCCTGCATTATCAATTGCAGAACACCCAGGGCAAACTCGTGCGCGTCACCGCCGGTGAAGTGCTCGACGTGGCCGTGGACATCCGCCGCAGTTCGCCGAATTTCGGCAAATGGGTTGCGGTACGCCTCAGCGCCGACAATCATCGTCAACTCTGGGTGCCACCAGGGTTCGCCCACGGCTTTGTGGTCCTGAGTGAATTCGCGGAATTCCTCTACAAGACCACAAACTACTACGACCCGACATCCGAACGCAGCCTGCTGTGGAACGACCCTGCGCTAGACATCGACTGGCAGTTGGGGGATATCCAGCCGCAACTGTCCGGCAAGGACCTGGCGGCTTCGACCCTGGAGCATGCGGACGTCTTCGCCTGA MNVIATDLPGVLIIEPKVFGDERGFFYESFNAKAFKDATGIDTQFVQDNHSRSQKGVLRGLHYQLQNTQGKLVRVTAGEVLDVAVDIRRSSPNFGKWVAVRLSADNHRQLWVPPGFAHGFVVLSEFAEFLYKTTNYYDPTSERSLLWNDPALDIDWQLGDIQPQLSGKDLAASTLEHADVFA PGPT0014300_3411 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0014300-rfbC|rmlC-K01790 NA NA D1-35_03179 2913 argD_2 Acetylornithine/succinyldiaminopimelate aminotransferase ATGCCACTCGCCACGTTGGTTCACCGTGCCAGTTTGCCAAGCCCACAGATCAGCGCCGAACAGGCACTGGTACTGCTGCGCTCGAATTACGGACTCAGCGGTGACCTGCGACCCCTTGGCAGTCATCAGGACCTCAACTACCGCGTCGACAGCGAGCGCGGGCGGTTCGTGCTGAAAATCTGCCATGGCGACTACGCCGTCCAGGAGCTCCAGGCCCAACATGCCGCGCTCAAGCAGTTGGCCGGGCACGGCGCGGTGAAGGTGCCGCGGGTGATCGAGGCCGCCAATGGCCAGGACCTGCTGACGCTAGATGTCCACGGGCAAGCGATACACATGCGCCTGCTCGAATACATCGACGGCCAGTCCCTCACCCAACTCAAACACCTCACGCCTGATCTGGTGACTGGGCTGGGCCGCCTGTGCGCCGACATGGACCTGGCCCTGGCCACGTTCGACCACCCGGGCCTGGAGCGAACCCTGCAATGGGACGCGCGCCACGCGCCAGCCTTGATCGAACACCTGTTGCCTGTCATCGACGATGACCAACGGCGTCAGTTGATCGCCGACGTCGCACAGCAGGCCGAACGGCGCTTGCAGCCGCTCAAGGCCAGCCTGCCTATGCAGGCGATCCACATGGACATCACCGATGACAACGTGGTCTGGCAACGCGATGCGCAGCGCCAATGGCAACTGCAGGGCGTCATCGATTTCGGCGACCTGATCCGCACCTGGCGTGTCAGCGATCTGTCGGTCACCTGCGCGGCGCTGTTGCATCATGCCGATGCAGATCCGTTTTTCGTCCTTCCGGCGATCAAGGCCTATCACGCGGTCAATCCGTTGCAGCGTGAAGAGCTCCAGGCGCTTTGGCCGTTGATCGTGGCCCGCGCCGCTGTGCTGGTACTTAGCGGAGAGCAACAGGTCGCTGTCGACCCGGATAACCAATATGCTCGCGACAACCTCAGGCATGAATGGGAGATCTTCAACGTCGCCCATTCCGTGCCGCTTGAGTTGATGGAAGCGGCGATCCTTGCCGCCGTGGGCCATAGCCTGCCGCCCTTTGCCAACGAGGGTTTCGCACCGCTGTTGCCGACTTTGGTGGGACGTGATTTCGCCCTGATCGACCTGGGTGTGCTCAGCCCGCATTTCGAGGCGGGCAATTGGGAGCAGCCGGGGATCGATCAGCGCCTGCTGAGCGAAGCCGCCGCCGTGCATGGATTGGCGGCCAGCCGTTACGGGCAGTATCGGTTGTCCCGCACCCGGCCGGACAGTGCCGAAGAGCCCGATACTTATCCGCTCCATGTGGAACTGCACATTCCTCACGGTACGCCGCTGGAGTCGCCCTTCGCCGGGGTGTTGCACAGGGATGCTGACGGCTTGCTGCGGCTCGATGGCCCGCAATTGAGCGTGCGTTTGTGGGGCGTTTCCTCGTCGCTGCAGCCCGGGGCCGCGCTGGCAAAGGGTCAGGTAGTGGGCGACGTGGCTGGGCCATTGCTGGTCCAGCTGTGCCGGGGCGCGCATCTGGCCCCGCCATTGTTCTGCACACCGTCCCGGGCGCAGGCCTGGCAAGCGCTCTGCCCATCACCCGCGGTGCTGTTGGGGCTGGCTTGCGATGCCGAGCCGGAAATCGATCCGCAGGCGCTGCTGGCCCGTCGCGATGCCAGTTTTGCCCGTTCGCAGAAGCACTACTACGTCGACCCGCCGCGCATCGAGCGTGGCTGGCGCAACCATCTGATCGACATGCAGGGCCGCTCGTACCTCGACATGCTCAACAATGTCGCGGTGCTGGGCCATGGCCATCCGCGCATGGCGGCGGTCGCGGCCAGACAGTGGTCGCTGCTTAATACCAACTCGCGTTTTCACTACGCGGCGATCGCCGAGTTTTCCGAACGCCTGCTGGCACTGGCGCCGTCGAACATGGACCGGGTGTTCCTGGTCAACAGCGGCACCGAAGCCAACGACCTGGCGATCCGCCTGGCCTGGGCCTACAGCGGCGGGCGCGACATGCTCAGCGTGCTGGAGGCCTATCACGGCTGGTCGGTGGCGGCCGATGCGGTCTCGACGTCCATTGCCGACAATCCCCAGGCCCTTAGCAGCCGTCCGGACTGGGTGCACCCGGTGACGGCGCCGAACACCTATCGTGGTGAATTCCGCGGTGTCGACAGTGCGCCGGACTACGTGCGCAGCGTCGAGCACAACCTGGCAAAAATCGCTGAACAGAAACGTCAGCTCGCCGGCTTCATCTGCGAGCCGGTATATGGCAATGCCGGCGGCATCGCGCTGCCACCGGGGTACCTGAAACAGGTCTACGCCTTGGTGCGCGAGCGCGGTGGTGTCTGTATCGCCGACGAGGTGCAAGTCGGCTACGGGCGCATGGGCGAGTTTTTCTGGGGCTTCGAGGAGCAAGGCGTGGTGCCGGACATCATCACCATGGCCAAGGGCATGGGCAACGGTCAGCCGTTGGGGGCCGTCATCACCCGCCGGGAAATCGCCGAGGCGCTGGAAGCCGAGGGATATTTTTTCTCTTCCGCCGGCGGCAGCCCGGTCAGTTGCCAGATCGGCATGGCCGTGCTGGACGTCATGGAGGAAGAAAACCTGTGGGAAAACGCCCGGGTCGTTGGCGGACATTTCAAGGCCCGCCTGGAAGCGCTGATCGACCAGTATCCATTGGTCGGAGCGGTGCATGGCTCCGGGTTCTACCTGGGCGTGGAGCTGATCCGCAATCGCGACACCCTCGAACCGGCCACCGAGGAAACCACCGCGCTGTGCAATCGCCTGCGGGAGTTGGGCATCTTCATGCAGCCGACTGGTGATTACCTGAACATCCTCAAGATCAAGCCACCGATGGTCACCAGTCGCCAGAGCGTGGACTTCTTCGTCGACATGCTGGCAAAAGCCCTGGAGGAGGGGGTGTAG MPLATLVHRASLPSPQISAEQALVLLRSNYGLSGDLRPLGSHQDLNYRVDSERGRFVLKICHGDYAVQELQAQHAALKQLAGHGAVKVPRVIEAANGQDLLTLDVHGQAIHMRLLEYIDGQSLTQLKHLTPDLVTGLGRLCADMDLALATFDHPGLERTLQWDARHAPALIEHLLPVIDDDQRRQLIADVAQQAERRLQPLKASLPMQAIHMDITDDNVVWQRDAQRQWQLQGVIDFGDLIRTWRVSDLSVTCAALLHHADADPFFVLPAIKAYHAVNPLQREELQALWPLIVARAAVLVLSGEQQVAVDPDNQYARDNLRHEWEIFNVAHSVPLELMEAAILAAVGHSLPPFANEGFAPLLPTLVGRDFALIDLGVLSPHFEAGNWEQPGIDQRLLSEAAAVHGLAASRYGQYRLSRTRPDSAEEPDTYPLHVELHIPHGTPLESPFAGVLHRDADGLLRLDGPQLSVRLWGVSSSLQPGAALAKGQVVGDVAGPLLVQLCRGAHLAPPLFCTPSRAQAWQALCPSPAVLLGLACDAEPEIDPQALLARRDASFARSQKHYYVDPPRIERGWRNHLIDMQGRSYLDMLNNVAVLGHGHPRMAAVAARQWSLLNTNSRFHYAAIAEFSERLLALAPSNMDRVFLVNSGTEANDLAIRLAWAYSGGRDMLSVLEAYHGWSVAADAVSTSIADNPQALSSRPDWVHPVTAPNTYRGEFRGVDSAPDYVRSVEHNLAKIAEQKRQLAGFICEPVYGNAGGIALPPGYLKQVYALVRERGGVCIADEVQVGYGRMGEFFWGFEEQGVVPDIITMAKGMGNGQPLGAVITRREIAEALEAEGYFFSSAGGSPVSCQIGMAVLDVMEEENLWENARVVGGHFKARLEALIDQYPLVGAVHGSGFYLGVELIRNRDTLEPATEETTALCNRLRELGIFMQPTGDYLNILKIKPPMVTSRQSVDFFVDMLAKALEEGV NA NA NA NA NA D1-35_03180 879 N-carbamoyl-D-amino acid hydrolase ATGAGTCGTATCGTTACCGTAGCCGCCACGCAAATGGCCTGTTCCTGGGATCTCGAAGCCAACATCGAGACCGCTGAAAAGCTGGTCCGCCAGGCCGCTGCCCAAGGCGCGCAGGTCATCCTTATCCAGGAATTGTTCGAGACGCCGTACTTCTGCCAGAAGCCGAACCCGGATTATTTGCAGTTGGCGACTCCGGTCGACGAGAACGTCGCCATCAAGCACTTCCAGAAAATCGCCGAAGAACTGCAGGTCGTGCTGCCGATCAGTTTTTTTGAACGGGCCGGGCGTGCGCGTTTCAATAGCATTGCGATCATCGACGCCGACGGTCGCAACCTGGGCATCTACCGCAAGAGCCACATCCCGGACGGTCCTGGCTACCATGAGAAGTATTATTTCAACCCTGGCGATACCGGCTTCAAGGTGTGGAATACCCGCTATGCGAAAATCGGCGTAGGCATCTGCTGGGACCAATGGTTTCCGGAGTGCGCCCGCAGCATGGCGTTGCAAGGTGCGGAAATTCTGTTTTACCCGACCGCCATCGGCAGCGAACCGCACGACAAGACTATTTCATCGCGCGATCATTGGCAGCGTGTACAACAGGGCCATGCCGGCGCCAACCTGATGCCGCTGGTCGCCAGCAATCGCATCGGCAACGAAGAGCAGGATGGCTATGACATCACGTTCTACGGCTCCTCGTTCATCGCCAATCAGTTCGGTGAAAAAGTCCAGGAATTGAACGAGACCGAAGAAGGCGTGCTGGTACACAGCTTCGACCTCGACGAACTGGAACACATTCGCAGTGCCTGGGGCACTTTCCGTGATCGGCGCCCGAACCTGTACGGCGTGATCAAAACTCTCGACGGCTCACTGGAGTCCTGA MSRIVTVAATQMACSWDLEANIETAEKLVRQAAAQGAQVILIQELFETPYFCQKPNPDYLQLATPVDENVAIKHFQKIAEELQVVLPISFFERAGRARFNSIAIIDADGRNLGIYRKSHIPDGPGYHEKYYFNPGDTGFKVWNTRYAKIGVGICWDQWFPECARSMALQGAEILFYPTAIGSEPHDKTISSRDHWQRVQQGHAGANLMPLVASNRIGNEEQDGYDITFYGSSFIANQFGEKVQELNETEEGVLVHSFDLDELEHIRSAWGTFRDRRPNLYGVIKTLDGSLES PGPT0008885_627 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_DEGRADATION,PGPT0008885-UPB1_like|pydC-K01431 NA NA D1-35_03181 1107 aguA COG2957 Agmatine deiminase ATGACAACTTTGCACAGCACTCCGCGCGCGGACGGTTTTTACATGCCTGCCGAGTGGGCGCCCCAGACTCAGGTCTGGATGATCTGGCCCGAGCGCCCGGATAACTGGCGCCTGGGCGGCAAGCCCGCGCAGGCCGCTCATGTGGCGGTTGCCAAGGCCATCGCCCGTTTCGAGCCGGTTACCGTGGCGGTATCCACCGCCCAATACGAAAACGCTCGGGCGCGGCTCGATGTGCCGAATATCCGCCTGGTGGAAATGTCCAGCGACGACGCCTGGGTCCGGGACACAGGCCCGACGTTCGTGATCAACAACAACGGCGAAGTGCGCGGTGTCGATTGGGACTTCAATTCCTGGGGCGGCTTCGAGGGTGGCTTGTATTCCCCATGGAACCGGGACTCGCTGGTGGCCGGCAAGATTCTCGAAATCGAGCGCAGCCCGCGCTACCGCACCGAGGGCTTCGTCCTCGAAGGTGGTTCGATCCATGTCGATGGCGAAGGCACGTTGATCACCACCGAGGAATGCCTGCTCAACCACAATCGCAACCCGCACCTGAACCGCCAGGAAATCGAGGCGGTGCTCAGTGCCCAATTGGCGGTGGACAAGATCATCTGGCTGCCCGATGGCCTGTTCAATGACGAAACCGACGGCCACGTGGATAACTTCTGCTGCTACGTGCGCCCTGGTGAAGTGCTGCTGGCCTGGACCGACGACCCGCAGGACCCGAACTACGCCCGCTGCCACGCGGCGATGGATGTGCTGCAAAACAGCACCGACGCCAAGGGCCGCTCGTTCACGGTGCATAAAATGCCGATTCCCGGGCCGCTGTATGCCACCGAAGAAGAATGCGCCGGGGTGGACGTGGTACACGGCTCACAGGAGCGCAAACCTGGCGAGCGTCTGGCCGGCTCTTATGTGAACTTCCTGATCGTCAATGGCGGCATCATCGCCCCGAGTTTCGACGATCCACTGGACAGCACGGCCAGGCAAATCCTGCAGGACCTGTTTCCCCAGCACGAAGTCATCATGGTGCCTGGGCGAGAGCTGTTACTGGGGGGCGGAAATATCCATTGTCTTACCCAACAGCAACCTGCCGCGCACACAAAATGA MTTLHSTPRADGFYMPAEWAPQTQVWMIWPERPDNWRLGGKPAQAAHVAVAKAIARFEPVTVAVSTAQYENARARLDVPNIRLVEMSSDDAWVRDTGPTFVINNNGEVRGVDWDFNSWGGFEGGLYSPWNRDSLVAGKILEIERSPRYRTEGFVLEGGSIHVDGEGTLITTEECLLNHNRNPHLNRQEIEAVLSAQLAVDKIIWLPDGLFNDETDGHVDNFCCYVRPGEVLLAWTDDPQDPNYARCHAAMDVLQNSTDAKGRSFTVHKMPIPGPLYATEEECAGVDVVHGSQERKPGERLAGSYVNFLIVNGGIIAPSFDDPLDSTARQILQDLFPQHEVIMVPGRELLLGGGNIHCLTQQQPAAHTK NA NA NA NA NA D1-35_03182 201 hypothetical protein ATGAATATGATAAGCGAGCGCACATGCCATCCCTTGGCCGTAAATGGTGAGTCGCTTCAAGCGTTGGCGCAGTGGTTGAAGTCCAATGGCACGCGTCAGATCAGAGAACCTGATCCGCGCCGGATGATCATCGAGCGCTACCCCGTTGGCCTGTTCAGCGAGGCGGAGCTGGAAGCGTTGTGGGATGTCATGCAGGGATAG MNMISERTCHPLAVNGESLQALAQWLKSNGTRQIREPDPRRMIIERYPVGLFSEAELEALWDVMQG NA NA NA NA NA D1-35_03183 1287 oprD_4 Porin D ATGTTGAACAAACGCTTTACGTTGCTAGCACTGGGGATTTTGAGCACAACACACGCCATGGCCAGCGATCAGTCCGAGTCCAATGGGTTCGTCGAAGACAGCAGCCTGAAAGTCCTGTTGCGCAACGCCTACATCAACCGCGACTACAAGGACGGCAACAAGGACAAGGCCGAATGGGGCCAGGCCGCCATCGGTACGTTCTCGTCCGGCTTCACCCAAGGCACCGTGGGCGTAGGCGTGGATGCGTTCGGCTTGTATGCACTGCGTCTGGACGGCGGCAAGGGGCGCACCGGTGCACAAGGCATCGATTTCTTCAAGAAAGGCGACAGCGGCAACGCGGCCGATGATCTCTCCAAATTCGGCGCCGCGGTGAAATTCCGTGTCTCCAACACAGTGCTGGCCTACGGCGACCAGATGCCGGCCCTGCCAGTTTTGAACTACGATAATTCGCGCCTGCTGCCAGAAAGCTACACCGGCACGCTGATCACCTCCAAGGAGATCAAAGGGCTCGAATTGAACGCCGGCCGCTTCACCGCCGAGTCCCGTAAAAGCGCTGAAGGCCGTGACAGCGGTGGCTTGAAATCGATCAACGTACTCGGCGGCAGCTACCAGTTCACCGAGCAATTCAAGGCTTCGCTCTACGCATCGGATGTCGAGGACGTATTGAAGAAGCAATACGTGAACGCCAATTACGTGTTCCCGTTGGCCAAGGACCAATCCCTCACCTTGGACTTCAACGGCTATCGCACCAAGCTGGACGACAGCTATGTTCGCGAAAACGGCGTCACTGGTGACGACAACAAAATCTGGAGCCTGGCGGCAACTTTCGCCACCGGCCCGCACAGCTTCACGCTCGCCCACCAGCGCAGCACCGGCGACAGCAACCTGGGCTACGCCTACGGCGGCTATCAACGTGATCAGAATCGTGTCGGCGACGGTGGTAACACCATCTATCTGGCTAACTCCTACTGGTCCGACTTCAACGCCGAAGACGAACGCAGTTGGCAGCTGGGCTACGGCCTGGACTTCACCACGTTCGGTGTACCGGGCCTGACCTACAACGTGGCCTATGTGCGGGGCGACAACATCACCACCTCCACCAGTGAAGGCGGCACCGAGCGCGAGATCTTCAACCAGTTCAAATACGTGGTCCAGAGCGGCCCGGCCAAGGACCTGAGCGTACGCTTGCGCAGCTCGGTCCTGCGCGTGTCGCAGAAATCCAGTGAGTACAACGTCAGCGGTAATGAGCTGCGGGTGTTTGTGGATTATCCGATTAACGTTTTTTGA MLNKRFTLLALGILSTTHAMASDQSESNGFVEDSSLKVLLRNAYINRDYKDGNKDKAEWGQAAIGTFSSGFTQGTVGVGVDAFGLYALRLDGGKGRTGAQGIDFFKKGDSGNAADDLSKFGAAVKFRVSNTVLAYGDQMPALPVLNYDNSRLLPESYTGTLITSKEIKGLELNAGRFTAESRKSAEGRDSGGLKSINVLGGSYQFTEQFKASLYASDVEDVLKKQYVNANYVFPLAKDQSLTLDFNGYRTKLDDSYVRENGVTGDDNKIWSLAATFATGPHSFTLAHQRSTGDSNLGYAYGGYQRDQNRVGDGGNTIYLANSYWSDFNAEDERSWQLGYGLDFTTFGVPGLTYNVAYVRGDNITTSTSEGGTEREIFNQFKYVVQSGPAKDLSVRLRSSVLRVSQKSSEYNVSGNELRVFVDYPINVF PGPT0028135_220 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028135-oprD-K18093 NA NA D1-35_03184 747 hypothetical protein ATGGCGCCATCGGCGTTCACGCCCCTCGACCCCAGGACATGGCTGGCGCAACAGCCGTTGCAGGAAAACGAACACCTGTACCTGATCATCAGCGCGGCGAGCGAAGCCGATGCGCTGCAAGCCCTTCGCACTTCAGTTCTCGCTCATCCATTGCTGCCCATCTGGAGCGACACCCCCTACGCCGCCTGGCAAGCGGTGATGCCCTATGTCACCCAGCTCGAACCCGACTCGGCGTTCCTGCCATGGATCGCTGAAAACGAGACCCTCGATTGGGGCTGGCTGGCCGTATCCCGCTGCGAACCCGGCGAGGTACTGGCGCATCTGCGCAGCTTGACGCAAGTGCGGATGCCGGACGGGAACCCGGTGTTTTTCCGGTTCTGGGATGGGCGGTTCATTTATCCGCTGCTTGAAAAGCTCGGCGCGGCGGCCGGGCAGGTGTTGCCGACGTTCGATCGATACCTGATAAACGGCAAGGCCTTGGAGATCGGTTCAAGAAAAGTTCCGGCTGTCAGGGACTGGCCATGGTGGGACATTCCACAGGAGGTGCTCGACATGTTGCCGGACGAGAACGGGTCCATGCACGTCGGCCTTCTGCTGCAATGGCTGGAAGAAGAGCATCCAGGTGTTCACGCCGCTTGGTCAGAAAACAATCTGAAGCAGAAAATTTCCCGTTTCGTCAGCCGGGTGGATGCTTCGCAAAACCTGCGCGATGCGCTGCTCGAGGACCTTATCCTGGAACAAGGCTGA MAPSAFTPLDPRTWLAQQPLQENEHLYLIISAASEADALQALRTSVLAHPLLPIWSDTPYAAWQAVMPYVTQLEPDSAFLPWIAENETLDWGWLAVSRCEPGEVLAHLRSLTQVRMPDGNPVFFRFWDGRFIYPLLEKLGAAAGQVLPTFDRYLINGKALEIGSRKVPAVRDWPWWDIPQEVLDMLPDENGSMHVGLLLQWLEEEHPGVHAAWSENNLKQKISRFVSRVDASQNLRDALLEDLILEQG NA NA NA NA NA D1-35_03185 747 hypothetical protein ATGATCGTTCTGAACAGGGAAGTGGGCGAAGCGCTAAGGCGTGACAAATACGTCAACGTCCGCGGTGGTGACTTCAATCTCTACGGTCATTTCGGCGACTTTGTCCGGCTGACCAAAAGCTGGGAAAACATGGAGCCCGACAGCTATTACGGTCAGGCCGAGTCCGGCATGCGTTTCCGTCGCTATAGCGATTTCGAATACAGCCCAGCAACCCGTGAGCTCAAGCAACTCGAGCACCGGGCCTATGTCCAGTCCAAGGCCAACAACAGCTATGTCGGCGGGCTGGAGCGGCACTTCCAGGATTTCTCCAACGAAGTGATCAATTCGCCGGTCATGCGCAGCCTGATCGACACGGACTTCGAGGTGTACAAGAACGTCCTCCCGCAGGAATTGCACGATGAGATCTGGCAGTGCCAGATCCACCAGATCCGTATCGAGATCAAGCCGGGCAAGCAATTGGAAATCACCCCCGAGGGCATCCATTGCGATGGGTATCCGTTCAGCGGCGTGCACTTCTGGGGCCGCAACAATGTGGCGGGCGCTGAAAGCCGTCTCTACAGTCCCCAGGAAGAGCAACTGGCGGCGACCACCTACGAGGACATCCTCGACACGACGTTCTTCCTTGATCGCGACATGCGCCATTACGTGACCCCTGCCCGCAACACCCATAGCCATGAAATGGCTTTCAGGCAGATTCTGGCGATTTCCTTTTCGCGGCCCGGGACCGCTTTCGACATTGTTCGCTGA MIVLNREVGEALRRDKYVNVRGGDFNLYGHFGDFVRLTKSWENMEPDSYYGQAESGMRFRRYSDFEYSPATRELKQLEHRAYVQSKANNSYVGGLERHFQDFSNEVINSPVMRSLIDTDFEVYKNVLPQELHDEIWQCQIHQIRIEIKPGKQLEITPEGIHCDGYPFSGVHFWGRNNVAGAESRLYSPQEEQLAATTYEDILDTTFFLDRDMRHYVTPARNTHSHEMAFRQILAISFSRPGTAFDIVR NA NA NA NA NA D1-35_03186 438 hypothetical protein ATGGATGAGTCGGCGCAGCAGGTCCTGCTGCGCCGGGCCATGGTCAGGGACGCCGAACGACTGGAGCAGTTTTTTCGCGGTTTTGCCGAAGTGTCATTCTGCGAATGGCAGGATGCCCGGTTCCTGCGTGGGGTGTTGCTGCAGGAAACCACCACAGCCTACCTGGCCTTCGATGCGACGGGTGACGTCGTCGGCGCGGTCATCGGCGGTATGCTTGGCACTCGCGGCACCATCAATCACCTGGCCGTCAGCCCAAGGCATCGCACTCAAGGCCTGGGCCAGCGGCTGGTAGAGGCGGCATCGGCCGACATGAAGCGGGTTGGCGTGCTGCGCATGTTTCTGTTCGTCGACGAAGCCAATCTGGCCGGCAAGCGTTTCTGGGCGGCCCAAGGGTTCTGCGAACCCCGGGGTGAAATCACTTTCGAGAGGGATTTATGA MDESAQQVLLRRAMVRDAERLEQFFRGFAEVSFCEWQDARFLRGVLLQETTTAYLAFDATGDVVGAVIGGMLGTRGTINHLAVSPRHRTQGLGQRLVEAASADMKRVGVLRMFLFVDEANLAGKRFWAAQGFCEPRGEITFERDL NA NA NA NA NA D1-35_03187 714 ygaZ COG1296 Inner membrane protein YgaZ ATGAACAAGACTTCCAGCCAGCCGCTGGCGGTCGAACCACAAGCCTCGCGAACCTTTGCTGAAGCCAGTCCGGTGGTAGCGGGTTATTTCACGGTTTCGTTTGTGTTCGGTCTGATGGCGGTCAACGCCGGCTTGCCTTTGTGGCTGCCAGTTGCGATGTGCCTGTTCGTGTACGCGGGAGCTTCACAATTCGCCGCGCTGGCATTGATTTCCAGCGGGGCCTCCTTGACCACCATCGTGCTGACGACATTCCTGATCAATGCCCGTCACATGCTGATGTCTGTCTATATGGCCAAGGCTTTGCGAGCACTGGGGCTTAGCCGCTTCGAGCGCTGGTGCTACGCGTCGGGGCTCACCGATGAGTCGTTCGCTTTCCACAGCGTCAAGCTCGGCAGCGGGGCGCCGGTAAGCGTGCGCTACCTGATCGGTTTCAACCTCTTCTGCCACACGTCTTGGGTGCTGGGCGGTTTGCTGGGGGCTGTCTGTGCCCAATACGCCGCGCACCTGATCAAGTATCAGCTCGATTACGCCCTGACCGCGATGATGCTCTATGTGCTGGTTTCGCTGTGCAACACCCGTAACAAACTGATCGCGGCGCTGGCGGCCGTGGCCTGCATGGGCGCGCTGAGCCTGCTGGGCAGTTCGCCGTTCAACGTATTCATTGCCACGTTTTTTGGCTGCGGGGTGGGCGTATGCCTGACCAAACGTTCCTGA MNKTSSQPLAVEPQASRTFAEASPVVAGYFTVSFVFGLMAVNAGLPLWLPVAMCLFVYAGASQFAALALISSGASLTTIVLTTFLINARHMLMSVYMAKALRALGLSRFERWCYASGLTDESFAFHSVKLGSGAPVSVRYLIGFNLFCHTSWVLGGLLGAVCAQYAAHLIKYQLDYALTAMMLYVLVSLCNTRNKLIAALAAVACMGALSLLGSSPFNVFIATFFGCGVGVCLTKRS NA NA NA NA NA D1-35_03188 318 hypothetical protein ATGCCTGACCAAACGTTCCTGATCCTGGTTGTGGTCCTGATGATGGCCGTGACCTTCCTGCCCCGGGCCTTGCCGCTGCAGGTCAACACCGAAAACTGGCCACCCTTCGTTGCCCGTGCACTGGAATACCTGCCGGTGGCGATCGTCGCTGCGATCACCCTGACGCCGTTGTTGATCAAGGACCAGCAGATACAGCTCGACCGTCCAGAGTTCTACGCCGCGATTCCGACCCTGCTATGTGCGTATTTCAGCCGCAACCTGTTTCTCAGTGTGGCGGTGGGCACGGCGGCGTATATCGCGCTCGGTTCGTTCCTGTAG MPDQTFLILVVVLMMAVTFLPRALPLQVNTENWPPFVARALEYLPVAIVAAITLTPLLIKDQQIQLDRPEFYAAIPTLLCAYFSRNLFLSVAVGTAAYIALGSFL NA NA NA NA NA D1-35_03189 924 hdfR_5 HTH-type transcriptional regulator HdfR ATGGATAGCAGAACCTTACGCAACCTCATGCGCATCGTGCAGACCGGCTCGTTGTCGGCTGCGGCGGAGCAGTCGTGCCTGACGGTGCAGGCATTGGCGGCACAATTGAACAAGGTCGAAGAACAATTCGGGTTTCGGTTGTTCCGCCGCTCGAACAAAGGCCTCGCATTGACCAGCCAGGGCTCGGAACTGACGCCCTTCATGGATCAGGTCCTGGCGGCCACCCGGCAGCTGGAGGAAAAAGTCGCGGCGCTCAAGACGCCCAGGCGACGTACCCTCAAGGTAGCGCTCAACACGACGCTGCCGGCGGAATTCAATCGACGGATGATCGAACGCCTGATCGCCGTTTTCCCCCAGTATCAGCTGGAGTTCAGCTACGCCGAATCGATGGAGAACCTGAGCAAGCTCAAGAACGAGCATTTTGACCTGGCGATCCTGGTCGGACAGCCGAGCGGATTTACCAGCATCGCGATGCCGGATGTCCAGGTACGCGTGGTCGGCGCTCATTGTGGCGAAGAAGATGATTCCCTGGGCCTGCTGGGTGACCGGTTCCAAGTGCGTCCGGCCGAGGAATGCCCTTATTCGCGCAGTTTCCTGCGCTTCCTCGATGCCGGTCTCGGTGAATACGGGCCAAGCCAGCGAATGGTCTATTCCTGCAGCGAAACCCTGACGCTGTCGTTGATTACCCAGCTCGACGGTTTGGGCCTTGTCTCCCGGGACGCGGCGCTGCGCAACGGCTTGGCTATCTTCCCGGATTTCGAGGACTTCCTGGAGGTACGCCTGGCGGTAAACAACCCTGAGCTTTCGGACCAGGCGCTGCATGATGTGGTGGACCTGACGCTACAGGAACGAACCGAGCGCGATATACGCCGCCGTGCCCACCGCCACACTGAGAAACAGGTTGCGGCTGAAATACGCACATAG MDSRTLRNLMRIVQTGSLSAAAEQSCLTVQALAAQLNKVEEQFGFRLFRRSNKGLALTSQGSELTPFMDQVLAATRQLEEKVAALKTPRRRTLKVALNTTLPAEFNRRMIERLIAVFPQYQLEFSYAESMENLSKLKNEHFDLAILVGQPSGFTSIAMPDVQVRVVGAHCGEEDDSLGLLGDRFQVRPAEECPYSRSFLRFLDAGLGEYGPSQRMVYSCSETLTLSLITQLDGLGLVSRDAALRNGLAIFPDFEDFLEVRLAVNNPELSDQALHDVVDLTLQERTERDIRRRAHRHTEKQVAAEIRT NA NA NA NA NA D1-35_03190 411 hypothetical protein ATGGCGACTTCCTCCATCACGCTCAACGCACAGCAACAATTGGATTCCCCGGACGCGGGTCGAATCGCGTTGAAGTTCTTCTTCAATCTCATGGAGTTGTGGGGCTGCAGCGTCGAGCAGCAGCGCACGCTGTTGGGCAAGGTAGGGAACACGACTTTCTACAAGTACAAACAATTACCCGACAACGTAAGACTGCCGCGCGATACCCTCGAGCGAATCTCCTACCTCATGGGTATTCATAAAGCCCTGAGCATCATCTTCAGTAACAGCCGGGACCGCGTGTATCAATGGGTCAGCAGTCCCAATAACGCGGCGCCATTCAACGGCCAGTCGGCGCTTTCCTACATGCTGACCGGGCGAGTGGTGGACATCGCCGATGTGCGGCGATACCTCGACGGAGTGCGCGGCTGA MATSSITLNAQQQLDSPDAGRIALKFFFNLMELWGCSVEQQRTLLGKVGNTTFYKYKQLPDNVRLPRDTLERISYLMGIHKALSIIFSNSRDRVYQWVSSPNNAAPFNGQSALSYMLTGRVVDIADVRRYLDGVRG NA NA NA NA NA D1-35_03191 678 hypothetical protein ATGACGCCACCACTGGCGGACCCGCAATGGAAACGGGCCTATCGGATCGTCAACAGCAGCTTTCCGCCGATCACGCTGTTCGAAGACGTGCTTGATCCCGAAGACCTGCCCACCGCCTACGCCCTCGAAGCGCTGACCAATGACCGGCTCATGGAAGAGGCCGGCGTGCTGTCCCGGGTACGCCCCGAAGACCGGGTTTCCGGCCCGGGCTCCTCGCCGGTGATGGCGGCATTCACTCACATTGGCAAGCGCAGCCGCTTCAGCGACGGCACGTTCGGCGTCTACTACGCTGCCAGCAGCCAGGAAGCCGCGATTGCCGAGACCTGCTACCACCAGGCACGCTTCCTTGGCGCGACCAACGAGCCGGACCTGGAGTTGACCATGCGCACCTACGTCAACAAGATCGTCAAACCCCTGCACGACATCCGCCACGATTATCCCCATCTGCATAACCCGGACCCTGACGCCTACGGCCCGTCCCAGGTATTTGCCCGGGAGCTGCGTGAAACCTTGTCGTGGGGCCTGCTGTACAACAGCGTCCGCTTGCCCGGTCATGAATGCGTGGCCGCGTTTCGCCCGCCGGCGGTGTCGATTCCGGTGCAGGGCAAGCATATTCGTTACGTGTGGAGTGCGCAGAAACGGGAGATTTCGTTTGTATTCGAGGTGAGTCAGGTGTGA MTPPLADPQWKRAYRIVNSSFPPITLFEDVLDPEDLPTAYALEALTNDRLMEEAGVLSRVRPEDRVSGPGSSPVMAAFTHIGKRSRFSDGTFGVYYAASSQEAAIAETCYHQARFLGATNEPDLELTMRTYVNKIVKPLHDIRHDYPHLHNPDPDAYGPSQVFARELRETLSWGLLYNSVRLPGHECVAAFRPPAVSIPVQGKHIRYVWSAQKREISFVFEVSQV NA NA NA NA NA D1-35_03192 1608 hypothetical protein ATGAAAATCCGCACCAAGGTTGTAGGTTCGGGGTTGGTCAGCCTGTTTTTTGCGCTGTTGCTGGGCGGTATCGGGCTGTGGGGCTACCGCGCCATGACCGACGCCTTGGCGCAGAACGAGACCAGTATCTCGGCGATGCGCAAGCACATGGAGGCGGACATGATGCACGACGCCATTCGTGGCGATGTGTTGGCTGCCTTGCTGGTTGCACCGGGAGATGCCGAGGGCGCGAAGGAAGTCACCGAGGCGTTCGATGAGCATTCGCAGCGGATGCGCAAGGTTATCGCGGAGAACGCCGAGGCTCGGTTGCCGGGTACGATTTCCCAGACCATTGCCGAGCTGAAGCCTCAGGCCGAGGCGTATATCGCCTCGGCGAAGCAAGTGATTGGCAAGGCATTGAGCGGGGCTCAGGATGGCCGGGCGTTGCGTACCGAATTTGATAAAGCGTTTTCGGCGCTGGAAGAGCGTAACGAAGCGGTCAGTGAATTGATCGAGAGCCAGGCGCAGGTTTCTCGCGAACATCAGGACCACAGCATCCATACCTCGGAACGCTGGTTGATCATCACGTTGCTGGCCACCTGCGTGGCGCTTGCATTGCTGTCGTGGAGCCTGCTCAAGGCAGTGCTCACGCCGCTGAACAAGATCATTCTCAATACCCAGGCGATTTCTCAAGGCGATTTGCAGCGCTCGATGGGCCCTCATGGCGATGATGAGCTGGGCCAGTTACAGGCGGTGATCGAACAGATGCAGGCCAACTTGCGGCAGATGATCGCGACGATCCGTAGCCAGAGCGACGAGTTGCATGGCACGTCCCGCAATCTGGGCGATACGGCGCGGCAGATTGTGTCCAGCGCCGACCAGCAAGCTCAGAGCGCTACCAGCATGGCGGCGAGCATGGAGCAGATGATGGCGAACATCAGCCAGATCCATCAGCATGCCGACAGCGCGCGGACGATTTCGGCGCAGTCCGAACAACTGGCGAGCAGCGGTGGGCAGGTGATTCTGGGGGTGGTGGAAGGCATGAACCGGATCGCCGAGGTGGTCAACCAGTCTTCCAGCAAGATCACCGCCCTGGACGCGTCCTCCGAGGATATCCATTCGATCATCCAAGTGATCAAGAGCATCGCCGAACAGACCAATCTGCTGGCCCTCAACGCCGCCATCGAGGCCGCCCGTGCTGGCGAGGCGGGCCGCGGTTTTGCGGTGGTGGCCGATGAGGTGCGCAACCTGGCGGCGCGCACCACTCAGTCCACCCAGGAGATCACCGCGATGATCGAGCGCATCCAGTCCAGCGCCCGGGATGCGGTGGCGAACATGCAGGCCTGCGTCAGCCGCGTGGACGAAGGCGTCAACCTGGCCCAGCAGGCCGGCGTGTCGATCAGCGAAATCCGCACGGGCGCACGGCATGCCGCCGAAGTGGTGGAGGAAATCTCCCAGACCATTGCCGAACAATCAAAAGCCAGTGACGAAATGGCCCAGCGGGTAGAAGCAATAGCCGAGCAGTCTCGGGAAAACACCCGCTCGATTCACGATCTGACAAAAACGGCTGACCATCTGAACGATGCCGCGGGCTCGATGCAGGCTTCGGTGCAGCAGTTCAAGATTTGA MKIRTKVVGSGLVSLFFALLLGGIGLWGYRAMTDALAQNETSISAMRKHMEADMMHDAIRGDVLAALLVAPGDAEGAKEVTEAFDEHSQRMRKVIAENAEARLPGTISQTIAELKPQAEAYIASAKQVIGKALSGAQDGRALRTEFDKAFSALEERNEAVSELIESQAQVSREHQDHSIHTSERWLIITLLATCVALALLSWSLLKAVLTPLNKIILNTQAISQGDLQRSMGPHGDDELGQLQAVIEQMQANLRQMIATIRSQSDELHGTSRNLGDTARQIVSSADQQAQSATSMAASMEQMMANISQIHQHADSARTISAQSEQLASSGGQVILGVVEGMNRIAEVVNQSSSKITALDASSEDIHSIIQVIKSIAEQTNLLALNAAIEAARAGEAGRGFAVVADEVRNLAARTTQSTQEITAMIERIQSSARDAVANMQACVSRVDEGVNLAQQAGVSISEIRTGARHAAEVVEEISQTIAEQSKASDEMAQRVEAIAEQSRENTRSIHDLTKTADHLNDAAGSMQASVQQFKI PGPT0015710_22424 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 D1-35_03193 216 hypothetical protein ATGACCAATCCCAAAGACTTCAAAACCCCAGGCCTAACCCCCTTCTCCTACCACTCCGACCGCCCCCTGTTCCGCGTCAACAGCGGCATCCCCATCGGCGAAGCCCTCTCCCACGCCTCGATCTTCTCCACATCGCCATGCGCCTGGCCGATGACGCGGCGATGGTTCGGGGTACGGATCGTTATGCCTGGGCGTCGTGTTATTTGCAGGAGATGA MTNPKDFKTPGLTPFSYHSDRPLFRVNSGIPIGEALSHASIFSTSPCAWPMTRRWFGVRIVMPGRRVICRR NA NA NA NA NA D1-35_03195 831 hypothetical protein ATGAAGAAAAGGACAGCGGTGTTGGTTGACGGCGGATTTTTCTTCGAGCGCGTGAGATTTTTCGCGAGGAAATATTTCCGGCGAGATCTTGTCCTGACCGCTGAGCACCTGAGCAGCATCGTTCATCAGATGGTGAAAAACCACATCGAGGATCGAAGGGCGCTTCCTCGGGAGCTGTACCGGGTGTACTACTACGACTGCCCGCCCAACGATAAGCAAGTCCGCTATCCCATCACCCCTGATGGACACCGCACCCCTGGTAACATGAATTTCAAGGAGCACCCGCCGTACAAGGTTCGCGGGGAGCTTCACAATCGCCTGAAAAAAAGTCGTAAAACAGCGCTTCGGCTTGGCGAGCTGTCGAAGAGCGGTAGGTGGCGCCTGAACGACCATTCCCTTGATGATTTGCTTCGGGGAGAAAAGACATGGGACCAGCTTACAAACGCTGACTTTCACTATGACGTAGATCAGAAAGCCGTCGACATCAAGCTGGGCATGGATATCACCACCCTCGCTCTTAACAAGCTGGCTGACGTCATAGTCTTGGTAGCAGGCGACTCTGATTTCGTGCCAGCAGCGAAGCTTGCTCGGACAAACGGCATCGATTTTGTGCTTGATCCAATGTGGGCCGCAACTGCGGCAAGTTTAAGTGAGCATGTGGATGGACTGCGATCATATGACGTGGTTCGGATGATCAGTAGCGTCACAAGAGAGCCAGTCACCAATGTTCCTCTGTGGTGGCGGCAGCCAGAAGCAGCCGGTGATGCCGGGGAGGCTCCTGATAACATAGATCCACCAGCCGACAATGACGAGCCTGGCGTACCTGAGTAA MKKRTAVLVDGGFFFERVRFFARKYFRRDLVLTAEHLSSIVHQMVKNHIEDRRALPRELYRVYYYDCPPNDKQVRYPITPDGHRTPGNMNFKEHPPYKVRGELHNRLKKSRKTALRLGELSKSGRWRLNDHSLDDLLRGEKTWDQLTNADFHYDVDQKAVDIKLGMDITTLALNKLADVIVLVAGDSDFVPAAKLARTNGIDFVLDPMWAATAASLSEHVDGLRSYDVVRMISSVTREPVTNVPLWWRQPEAAGDAGEAPDNIDPPADNDEPGVPE NA NA NA NA NA D1-35_03196 642 hypothetical protein ATGGACCTACACAGCGAATTCGAAAAGAGCAAATACTTCCACCATGCCCGTATCGACCGGCGCGCGGCCGATGCCTTGGTAGGGTTGGCCGCAGGGATTACGGCGGACGGTGACGTGAACACCACCGAAGCGATTTTCTTGAAGCAATGGTTGGAAAACAATCTCGCGCATCTCAATGATCCGGTAATCAATCTACTTTATTCACGTTTGGCGTCCATGCTTCAAGACGATGCGCTGGACCCGGACGAGTCTCTTGAGCTGCTTAACATCCTGCGTGGTTTTTCTGGAGCGAGTATTGAGCCTTCGCAGGTTGGCAGAGCTGTTGCGGTTGCCCCTACGGATCTTCCGTTCAATTTACCTGCCCCTGATTTGCTGTGGGATGGCCGAATGTTTGTATTTACAGGCGTAATGGCCTTCGGGCCGCGCAAGGATTGTCAGGCGTTGGTCGAGGAGCGGGGTGGTTTGATAGGGGGCGGCGTGAGCAAGAAAGTGCATTATCTGGTCGTCGGTAGCGTGGGTAATGAACAATGGCGCCACAGTACCTACGGAACGAAAATCATGAAGGCAGTGGAGCTGCGGGAGGCGGGTGCTTCGATTGCTATTGTGGGTGAGGATCACTGGCAGAGAATGCTGTTTGGTTGA MDLHSEFEKSKYFHHARIDRRAADALVGLAAGITADGDVNTTEAIFLKQWLENNLAHLNDPVINLLYSRLASMLQDDALDPDESLELLNILRGFSGASIEPSQVGRAVAVAPTDLPFNLPAPDLLWDGRMFVFTGVMAFGPRKDCQALVEERGGLIGGGVSKKVHYLVVGSVGNEQWRHSTYGTKIMKAVELREAGASIAIVGEDHWQRMLFG NA NA NA NA NA D1-35_03198 1254 hypothetical protein ATGCCTGCCAAGGGCGCTGAGAGCGAGGTGCTGACGGGCGAAACATTACTCGCCCGTTTCATGGCTCTGGATGCTTTTCTCACAGAGCACCAGGCGCTATGGAAGCCCCGCCCTTTCACTCATCTGCAGCTACCTTGGGAAACTTCCCACCCCGAACTGGCCCAATGGCTACGCCAGCGTTCGCTGCAAGCGGCGGAAAACGACCATCATCAGCCGTGGTTGATTGAAGACGCGCCCGCGCCGTTCCCGGAACTGGCCGCTATCGCCCGCGCATTGAGCACGGTCGCCGAGCTGCCCGCCAGCCTGCTGAAAGCGCCAACTCATCGCCTCAACGTCGACGTGCCCGGGCGCAAATGGCAGCAGATCGAAGCCTTCGCCAGCCGCCTGACCTTCACCACCAAACCGACCCACTGGCTCGACTGGTGCGCCGGCAAAGGCCACCTTGGCCGACGGTTACTGCACGACGATCAGCACCTGACCTGCCTGGAATACGACCCCTTGCTGGTCGCCGCCGGCCAGCACCTGAGCCAGCGCCACAACCTGCCGGCCATGCACTTGCAGCAAGATGTATTGGCGCCGGATGCGGCCCAGGCGATCCAACCGGGACACACCCCGGTAGCCCTCCACGCCTGCGGCGACCTGCATGTTCGGCTCATGCACCTGGCGAGTGCCGCCGGCTGCGCACAAATGGCTATCGCACCGTGCTGCTACAACCGCATCAGCACGGCGCAGTATCGACCGCTGTCCGATGCGGCCAGCCAATCCAGCCTGCAACTGTCGCTGGACGACCTCGGCCTGCCACTGAGCGAAACCGTCACCGCCGGCTCGCGCGTCCGACGGCAACGGGACAAATCCATGGCCCGACGCCTGGCCTTCGACCTGCTGCAAAGGCAAATCCGCCGCAGCAACGACTACCTGCCCACGCCGTCATTACCCGGCGCCTGGCTGGAAAAACCGTTCGCCCACTACTGCACCGACCTGGCGGCCCTGAAGAATTTATCCATAGTTCGTTCCCCCGATTGGGACCAACTGGAGGCTGCGGGTTATCAGCGCCTGGCCGAGGTGCGCAACCTGGAACTGGTGCGAGGCCTTTTCCGACGGCCGTTGGAGCTTTGGCTGGTGCTGGACCGGGCACTTTTCCTCAGCCAAAAGGGTTACGAAGTGCGCCTTGGTATCTTCTGCGAAGCACCTCTTACGCCAAGAAATCTATTACTGCTGGCAGAGCGTCAGCCACACGCGACAGCCTGTGGATAA MPAKGAESEVLTGETLLARFMALDAFLTEHQALWKPRPFTHLQLPWETSHPELAQWLRQRSLQAAENDHHQPWLIEDAPAPFPELAAIARALSTVAELPASLLKAPTHRLNVDVPGRKWQQIEAFASRLTFTTKPTHWLDWCAGKGHLGRRLLHDDQHLTCLEYDPLLVAAGQHLSQRHNLPAMHLQQDVLAPDAAQAIQPGHTPVALHACGDLHVRLMHLASAAGCAQMAIAPCCYNRISTAQYRPLSDAASQSSLQLSLDDLGLPLSETVTAGSRVRRQRDKSMARRLAFDLLQRQIRRSNDYLPTPSLPGAWLEKPFAHYCTDLAALKNLSIVRSPDWDQLEAAGYQRLAEVRNLELVRGLFRRPLELWLVLDRALFLSQKGYEVRLGIFCEAPLTPRNLLLLAERQPHATACG NA NA NA NA NA D1-35_03199 690 occM_2 Octopine transport system permease protein OccM ATGAACTGGGAAGTCATCATCAAGTGGCTGCCGAAACTGGCCCAGGGCGCAACGTTGACCCTGGAGCTGGTGGCCATCGCCGTGATCGCCGGCCTGTTGCTGGCGATTCCGCTGGGCATCGCCCGTTCATCGCGCCTGTGGTACGTGCGGGCGTTGCCCTACGCCTACATCTTCTTTTTCCGCGGCACTCCGCTGCTGGTTCAGCTGTTCCTGGTGTATTACGGCCTGGCGCAGTTCGACGCCGTGCGCAGCAGCGCCCTATGGCCTTATCTGCGGGACCCGTTCTGGTGCGCCACCGCCACCATGACCCTGCACACCGCCGCCTACATCGCCGAGATCCTGCGCGGCGCGATCCAGGCCATTCCCCGTGGCGAAATTGAAGCCGCGCGGGCCCTGGGCATGTCTCGCCCCAAGGCGCTGCTGTACATCATGCTGCCCCGCGCCGCGCGCATCGGACTGCCGGCCTACAGCAACGAAGTGATCCTGATGCTCAAGGCCAGTGCCCTGGCGAGCACCGTGACCCTGCTGGAACTCACCGGCATGGCCCGTACGATCATCGCCCGGACCTACCTGCCGGTAGAGATCTTCTTCGCGGCCGGCATGTTCTACCTGCTGATGTCCTTCGTCCTGGTACAAGGCTTCAAGCAACTGGAACGCTGGTTGCGCGTCGATGCCTGCCAAGGGCGCTGA MNWEVIIKWLPKLAQGATLTLELVAIAVIAGLLLAIPLGIARSSRLWYVRALPYAYIFFFRGTPLLVQLFLVYYGLAQFDAVRSSALWPYLRDPFWCATATMTLHTAAYIAEILRGAIQAIPRGEIEAARALGMSRPKALLYIMLPRAARIGLPAYSNEVILMLKASALASTVTLLELTGMARTIIARTYLPVEIFFAAGMFYLLMSFVLVQGFKQLERWLRVDACQGR PGPT0020540_108 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020540-PA5155-K23057 NA NA D1-35_03200 696 artQ_1 COG4215 Arginine ABC transporter permease protein ArtQ ATGATGATCGATCTCTACGGATTCGGCCCGGCGCTAGCCGCCGGCGCGCTGATGACCGTCCAGTTGGCCCTTTCTGCCTTATGCCTGGGGCTGGTACTCGGCCTGCTCGGTGCCCTGGCCAAGACCTCGTCATACAGGCCGTTGCAATGGCTTGGTGGCACTTATTCAACGCTGGTTCGCGGCATTCCGGAATTGCTCTGGGTGCTGTTGATCTATTTCGGCACCGTTAACCTGATGCGCGCCTTGGGTGAGTACTTCGGCAATCCCGACCTTGCTCTCAACGCCTTCGCCGCCGGCGTCATCGCACTCGGCCTGTGCTTTGGCGCCTACGCTACTGAAGTGTTTCGCGGCGCAATCCTGGCGATCCCCAAGGGTCACCGTGAAGCCGGCGTCGCTTTGGGCCTGTCGAAATGGCGGATCTTTACCCGATTGATCATGCCGCAAATGTGGCGCATCGCCCTGCCCGGCCTGGGCAACCTGTTCATGATCCTGATGAAGGACACCGCGCTGGTCTCGGTGATCGGCCTGGAAGAAATCATGCGACACGCGCAAATCGGCGTAACCATTTCCAAACAGCCGTTCACCTTCTATATGGTCGCCGCGCTCATGTACCTGGGGCTGACAGTACTCGCCATGATCGGCATGCACCTGCTTGAACGACGCGCGGCCCGTGGTTTCGCCAGGAGCACGCAATGA MMIDLYGFGPALAAGALMTVQLALSALCLGLVLGLLGALAKTSSYRPLQWLGGTYSTLVRGIPELLWVLLIYFGTVNLMRALGEYFGNPDLALNAFAAGVIALGLCFGAYATEVFRGAILAIPKGHREAGVALGLSKWRIFTRLIMPQMWRIALPGLGNLFMILMKDTALVSVIGLEEIMRHAQIGVTISKQPFTFYMVAALMYLGLTVLAMIGMHLLERRAARGFARSTQ PGPT0020535_89 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020535-PA5154-K23056 NA NA D1-35_03201 753 argT_4 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGCAGACCTACAGGAAAATACTCTTGGCCGCTGCGGCCAGCCTGGTCCTTTCGGCCAACGCCATGGCGGACGGCAAACTGAAAATGGGCATCGAAGCAGCCTACCCTCCGTTCAATAACAAGGACGCCAGCGGCCAGGTCGTGGGTTTCGACAAAGACATCGGCGACGCCCTGTGCGCCAAGATGAAAGTCGAGTGCGAAGTGGTCACTTCCGACTGGGACGGGATCATTCCGGCCTTGATGGCGAAGAAGTTCGATTTCCTGATTTCTTCGCTTTCGATCAATGAAGAGCGCAAGCAAGCGGTGGATTTCACCGACCCGTACTACACCAACAAACTGCAATTCATCGCGCCGAAAAACGTCGATTTCAAAATCGATAAAGAGTCTCTTCAGGGTAAGGTCATCGGGACACAGCGCTCCACGCTCGCTGGCACTTGGATGGAAGACAACATGGAAGGTGTCGAAGTGAAACTGTATGACACCCAGGAAAACGCCTACCTGGACCTCACCTCCGGTCGTCTCGACGGAATCCTGGCAGACAAATACGCGAACTACGACTGGCTGAAAACCGACGCTGGCCGGGCTTACGAATTCAAAGGTGACGCGGTGGTAGAGGGCGACAAAATCGCCATCGCCGTGCGCAAGGGTGACAATGAATTGCGCAACAAGCTGAACGCCGCATTAAAAGAGATCGTTGCCGACGGCACCTATAAAAAGATCAACGACAAGTACTTCCCGTTCAGCATCTATTGA MQTYRKILLAAAASLVLSANAMADGKLKMGIEAAYPPFNNKDASGQVVGFDKDIGDALCAKMKVECEVVTSDWDGIIPALMAKKFDFLISSLSINEERKQAVDFTDPYYTNKLQFIAPKNVDFKIDKESLQGKVIGTQRSTLAGTWMEDNMEGVEVKLYDTQENAYLDLTSGRLDGILADKYANYDWLKTDAGRAYEFKGDAVVEGDKIAIAVRKGDNELRNKLNAALKEIVADGTYKKINDKYFPFSIY PGPT0020530_157 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020530-PA5153-K23055 NA NA D1-35_03202 774 occP Octopine permease ATP-binding protein P ATGGCCCAGGCCACGCCCGCGCTTGAAATCCGCAACCTGCACAAACGCTACGGCCAGCTGGAGGTGCTCAAGGGCGTCTCGCTGACCGCTCGCGACGGCGACGTGATCTCGATCCTCGGCTCTTCCGGATCCGGCAAGTCCACGTTCCTGCGTTGTATCAACCTGCTGGAGAACCCCAACCAGGGCCAGATCCTGGTGGCTGGCGAAGAGCTCAAGCTCAAGGCGGCGAAAAACGGCGAACTGGTAGCCGCCGACGGCAAACAGATCAACCGCATACGCAGCGAGATCGGTTTTGTCTTCCAGAACTTCAACCTCTGGCCGCACATGAGCGTACTCGACAACATCATCGAGGCTCCGCGCCGGGTGCTCGGCCAGAGCAAGGCCGAAGCCGTCGAAGTCGCCGAAGCCTTGCTGGCCAAGGTCGGTATCGCCGACAAGCGCCACGCCTACCCGGCCGAACTGTCCGGCGGCCAGCAGCAACGCGCCGCCATTGCCCGTACGCTGGCGATGCAGCCCAAGGTGATTCTGTTCGACGAACCCACCTCTGCCCTTGACCCGGAAATGGTCCAGGAAGTACTTAGTGTGATCCGCGCCCTGGCCGAGGAAGGCCGCACCATGCTGCTGGTTACCCACGAAATGGGCTTTGCCCGCCAGGTTTCCAGCGAAGTGGTATTTCTTCATCAGGGCCTGGTCGAAGAACAAGGAACGCCACAGCAGGTTTTCGAAAGCCCGCTTTCGGCGCGCTGCAAACAATTCATGTCCAGCAACCGCTAA MAQATPALEIRNLHKRYGQLEVLKGVSLTARDGDVISILGSSGSGKSTFLRCINLLENPNQGQILVAGEELKLKAAKNGELVAADGKQINRIRSEIGFVFQNFNLWPHMSVLDNIIEAPRRVLGQSKAEAVEVAEALLAKVGIADKRHAYPAELSGGQQQRAAIARTLAMQPKVILFDEPTSALDPEMVQEVLSVIRALAEEGRTMLLVTHEMGFARQVSSEVVFLHQGLVEEQGTPQQVFESPLSARCKQFMSSNR PGPT0020545_92 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020545-PA5152-K23058 NA NA D1-35_03203 450 hypothetical protein ATGAGATCCCTACAATGTTCTTTGTTGCCTTTCGTTACCATCGCCATTCTGCTATTCCCTCTCGCCCTCAACGCCACCAACCTCGCGCCCATCGACAACACAGGCGTCCAGATCCAACCCATGCAGCAGAACGGCATTACTTATCTGTCCGGCGGCATCGGCGAAGACGAAGCCCGGGCCATCGGGCAGGCCCAGGGTTACAACCTGCACATGACTTTTGCGATCGGCCCGGAGAACAAATACGTTCCGGATGTGGACGTGACTGTGCAGAACTCATCAGGACAAACATTACTGACGCTCAGCGATGCGGGCCCGCTGGTATATGTGCAATTGCCGCCGGGCAAGTACAGCGTGGTGGCGACGCGCAACGGGGAGGAGCGCCGCGACACCGCCGATGTGGGCAGCGGAGCCGCGCGCAAGCTGGTATTCCACTGGAACAGCGGCGAGTAG MRSLQCSLLPFVTIAILLFPLALNATNLAPIDNTGVQIQPMQQNGITYLSGGIGEDEARAIGQAQGYNLHMTFAIGPENKYVPDVDVTVQNSSGQTLLTLSDAGPLVYVQLPPGKYSVVATRNGEERRDTADVGSGAARKLVFHWNSGE NA NA NA NA NA D1-35_03204 447 hypothetical protein ATGGCCTCACTGAACAAGCAGCAGAAACGCGCCAAGCGTGCCAAAGACAAAGCCAAGCAGATCCGCATGACCGGGCGTAAATCCATCCCGATGTATGGCGATCCGGCCCATGCAACCGCCCAGCCACCGGTTTACGTACAGGAGTTGTTCGTCAAGCTGCGCGACGCCGAGGCCGTCAGCCGCAGCGAAATGCTCGACACATTGCTGGCAAACGTCAGCGAAATGATCATCGAGCGCCCAGGCCTGCTGGATCTGAAGAACGCCGAAAACGAGAGCATGGCCGCCACCAACCTGGCTGCCGACATGCTGGTGGACTACCGCATGTGGGTCGACGACATGGACCGCGAGGCGGCCCAGCGCTGGCTCAGCACGCCGGAGTTCATCAAGGACTTCAGCGAGGCGCTGGACCGTTATCGCCAGTCTATGGAAGAGCCCGTCGGCGAATAA MASLNKQQKRAKRAKDKAKQIRMTGRKSIPMYGDPAHATAQPPVYVQELFVKLRDAEAVSRSEMLDTLLANVSEMIIERPGLLDLKNAENESMAATNLAADMLVDYRMWVDDMDREAAQRWLSTPEFIKDFSEALDRYRQSMEEPVGE NA NA NA NA NA D1-35_03205 2235 cph1 Phytochrome-like protein cph1 ATGACCCCGGAAAACCAGGAAGCCTTCGAAGAACTGCTGGCTAATTGCGCAGACGAACCGATTCGCTTCCCCGGCGCCATCCAGCCTCATGGCGTGCTGCTGATGCTGTCCGAGCCAGACTTCGTAATCCGTCAGGTCAGCGCCAACGTCTTGCAATTGATGGGACAGGATCCCTACAGATTGCTGGACCAGACGCTTGATGCACTGGTGGGACTGGAGCAGGCAGAAGCCATCCTCATTGCCTGCCACGCGCCCCCGGAAAGCGACAACGTGCCCGTAGCCATTGTCGTGAACCAGCAGCGTTTTGACGCCTTGGTGCATCGCCATCAGGGCGCCCTGATCATCGAGCTGGAACAACACCTGAGCGACTATCGCCCCGAAGGCGTCAGCGGCGAGGCCAACCTGGGCCGTATGCTCCAGCGCCTGCAAAGCGCAAAAGATCTTCAAGCCCTGTACGAAATCAGCGTGCGGGAAATCCAGGCCATGACCGGCTACGACCGCGTGCTGATCTATCGTTTTGAGGAAGAAGGCCACGGGCAGGTCATCGCCGAAGCCAGCGCGCCATCGATGGAGCTTTACAAGGGGCTGTTTTTCCCAGCCTCGGATATTCCCGAGCAGGCCCGTGAGCTGTATCGCACCAACTGGTTGCGCATCATCCCCAACGCCGACTACACGCCGATACCCCTGGTGCCCGAGCTGCGCCCCGATACCCAAGCGCCGCTGGATCTGAGTTTTTCGACGCTGCGCAGCGTCTCGCCGATTCACCGTCAATACATGAAGAACATGGGCGTGCTGTCGTCGATGAGCATCTCGTTGATGAAAGGCGAGCAACTGTGGGGCTTGATCAGCTGCGGCAATCGCCAGCCGCTGCTCGTGCCCCATGAAATGCGCATGGCCTGCCAGACCATCGGCCAGATCCTGTCACTGCAGATCAGCGCCATGGAAACCCTTGAACTGACTCGGCAACGGGACGCCAAGCTGGAGGACCTACAGGCGCTTGCCGCCGCCATGGCCGAATCCAGCGAAAACGTCTTCGATGGCCTGTGCCGCGAGCCACAACGCCTGATGGACCTCACCGGGGCCAGCGGCGTTGCGATCTTCGAGGACAACAAACTGCATCGCCACGGTCAGTGCCCCGAACCGGAGCAAATCCGCGAATTGCACAAGTGGATATTGGCAACAGGTCAGCCGGTCTTCTCTCACCATAACCTGGGCAGCGTTTTCGCCCCGGCCAAGGCTTTTCAGGATGTAGCGAGCGGGGTGCTGGCGATTCATCTGCCCAAGCCTGTGGAAAATGGCGTGCTGTGGTTCCGTCCCGAAGTGAAGCAAACCATCAATTGGAGCGGTGACCCGCAAAAACCCCTCGACCTGGAAGACAGCGAGACCGGATTACGCCTGCGGCCGCGCACCTCGTTTGAAATCTGGAAAGTCGAGATGGACGGTATCAGCGCCAAGTGGAGCCATGGCGACTTGTTCGCCGCCAACGACCTGCGCCGCTCGGCCCTGGAAAATGATCTGGCCCGACAGGTACGCAAGGAGCGCCAGGCGGTGCAAGCACGCGATGAACTGGTGGCGGTCGTGTCCCATGATTTGCGCAACCCGATGACGGTCATTTCCATGCTCTGCGGCATGATGCAAAAGGCCTTCAGCTCCGACGGCTCACACAGCTCGAAGCGAATTGCCTCGGCCATCGACACCATGCAACAAGCCGCCAGTCGCATGAATGCACTGCTGGAAGATCTGCTCGACACCTCGCGCATCGACGCCGGGCGCTACACCATCAACCCTCAGCCGATGGACGTCAGCCAGATCTTCGAAGACGCCTGTTCGCTACTGACGCCGCTGGCCTCCGCCAAGGCAATCAATATTTCTTTCCATGCCGAGCCCAACCTCAAGATCAACGCAGATCCCGAGCGGCTGTTCCAGGTGCTGTCCAACCTGATCGGCAATGCCATCAAATTCACGCCGCAGCAAGGGACCGTGGGCATCAGCGCGATGTCGGTGGGCGATGAGATCGTGTTCAGCGTCCGCGATACCGGTGAAGGCATCGCCCCCGAGCAGTTGCCGCATGTTTTTGACCGCTACTGGACGACCAAGGAAGGCAACCCGAATGGCACCGGACTTGGGCTGTATATATCCAAGGGGATTGTCCAGGCTCATGGCGGTAAACTGCACGCCGAAAGCCAGCCAGGCCAGGGCAGTGAATTCCGCTTTACCGTGCCGAAAATCGACTGA MTPENQEAFEELLANCADEPIRFPGAIQPHGVLLMLSEPDFVIRQVSANVLQLMGQDPYRLLDQTLDALVGLEQAEAILIACHAPPESDNVPVAIVVNQQRFDALVHRHQGALIIELEQHLSDYRPEGVSGEANLGRMLQRLQSAKDLQALYEISVREIQAMTGYDRVLIYRFEEEGHGQVIAEASAPSMELYKGLFFPASDIPEQARELYRTNWLRIIPNADYTPIPLVPELRPDTQAPLDLSFSTLRSVSPIHRQYMKNMGVLSSMSISLMKGEQLWGLISCGNRQPLLVPHEMRMACQTIGQILSLQISAMETLELTRQRDAKLEDLQALAAAMAESSENVFDGLCREPQRLMDLTGASGVAIFEDNKLHRHGQCPEPEQIRELHKWILATGQPVFSHHNLGSVFAPAKAFQDVASGVLAIHLPKPVENGVLWFRPEVKQTINWSGDPQKPLDLEDSETGLRLRPRTSFEIWKVEMDGISAKWSHGDLFAANDLRRSALENDLARQVRKERQAVQARDELVAVVSHDLRNPMTVISMLCGMMQKAFSSDGSHSSKRIASAIDTMQQAASRMNALLEDLLDTSRIDAGRYTINPQPMDVSQIFEDACSLLTPLASAKAINISFHAEPNLKINADPERLFQVLSNLIGNAIKFTPQQGTVGISAMSVGDEIVFSVRDTGEGIAPEQLPHVFDRYWTTKEGNPNGTGLGLYISKGIVQAHGGKLHAESQPGQGSEFRFTVPKID NA NA NA NA NA D1-35_03206 606 hypothetical protein ATGTCACCGGCCGCAACCCACCCCTCTTTGATCCAGGCATTGCGGACTGAAACCGCCGAGTTGCATGTCGCCTTGGAAAAACGCCTGCCGTTTTTTTCGGAACGGCTGAACCTGGACCTATACCGGCGCCTGATGGCGGCCTATTACGGTTTTTACCAGCCTTTGGAACAACGGCTTCAGGTATTGGCATTGATTCCGTCCGGGCTGGACCAATCCCTGCGCATCAAGCTTCCGGTATTGCGGACCGATCTCACGGCGCTGGGCATGGATGCAGCCGCTATCGAAGCGCTGCCCGTTTGCCAGCAACTGCCGCAGATCAACTCCCGCGCGGCCGCCCTCGGGGTTTCCTACGTGCTGGAAGGAGCGACCCTCGGCGGACAGATTCTGCGACGCAGGGTGGCGGAGCAGCTTGGCCTGGATGCCTCCAGCGGCGCTGCCTTTCTCAACGTGTATGGTGAACTCACCGGCCGCCGCTGGAAGGATTTCCTCCAATACCTGGACGACAGGAACCTTGGCGAACCCCAGACGCTCGAAGTCACACGCGCCGCCAGGTCGACGTTTACTCATTTTGAACACTGGCTGGACAGCCAAAAGGTACTGCTATGA MSPAATHPSLIQALRTETAELHVALEKRLPFFSERLNLDLYRRLMAAYYGFYQPLEQRLQVLALIPSGLDQSLRIKLPVLRTDLTALGMDAAAIEALPVCQQLPQINSRAAALGVSYVLEGATLGGQILRRRVAEQLGLDASSGAAFLNVYGELTGRRWKDFLQYLDDRNLGEPQTLEVTRAARSTFTHFEHWLDSQKVLL NA NA NA NA NA D1-35_03207 609 hypothetical protein ATGAAGCCGATACTGCCCCAAGACGATCCACAGCTCGCGCCCTTGATCAACGAACTAGGCGAGCTGATTCGCCAGGCACGCCAGAAAGTGTTGCGTGCCGTTGACACTCTCCAGGTACAGACCTGCTGGCAGATCGGCCGGCACATCATCGAGTTCGAGCAAGGAGGCGTCGAACGCGCGGCTTATGGCGCAAGGTTGCTAGCGTCCTTGGCGAAGGTGCTGACGGGGCGGTTTGGGAAAGGGTTTGATGAACGTAACCTGCGGCATATGCGGGATTTTTATCTGAAGTTTTCAATTTGGAACGCAGTGCGTACCGAATTGAGCTGGACCCATTACCGCACGCTTCTGCGGGTAGTACACGACAACACTCGACATTGGTACATGAACGAAGCCGCCACCCAGAACTGGTCCACCCGCGCCTTGGAGCGCCAGATCGGCACGTTCTATTACGAACGCCTCCTGGCAAGCCGCGATCGACCTGCGGTAGAGCAGGAAGCAAGCGCAAGGCGCTGGATTGCGAACGGGCGCGGCTTGAGGAGTCCCCCCCGGACGCAGCGACCTGAAGAAATGAAGCCGTTATCGAAACGCATACTCAAAAAACCCATGTAG MKPILPQDDPQLAPLINELGELIRQARQKVLRAVDTLQVQTCWQIGRHIIEFEQGGVERAAYGARLLASLAKVLTGRFGKGFDERNLRHMRDFYLKFSIWNAVRTELSWTHYRTLLRVVHDNTRHWYMNEAATQNWSTRALERQIGTFYYERLLASRDRPAVEQEASARRWIANGRGLRSPPRTQRPEEMKPLSKRILKKPM NA NA NA NA NA D1-35_03208 408 hypothetical protein ATGCCATCGGCGAACAAACAGCAAAAACGCAGCCAGCGTGCCAAGGAGAAAGCCAAGAAGAATCGCATTCAGCGTGCCGCTGCGCCGAACGACTTCCTGGACCCGAACGACGAGCGCATCGACCTGGAAACCGTGGACCTGTCTGACCTGTTCCGCATCATGAGCGCCGCCGAGAAGGTCAGTCAGAAAGCCATGTGCGAAGCGTTCTTGGGCCATCCACTGCTGGCGCTCGTGCTAGAACAGGAAGGCGAGGAAGAAGCGACCGACTTCATCATTACCGCCTTGATCGAATACCGTCGCCTGACCACGGGCGTCGATGAGCAGACTGCCCTGGATTGGGTGGAAAGCAAGCAGTTCCAGGCTGATTATGTCGCCGCATCCCAGGCGCTGACGCAAGGCCAAGGCTGA MPSANKQQKRSQRAKEKAKKNRIQRAAAPNDFLDPNDERIDLETVDLSDLFRIMSAAEKVSQKAMCEAFLGHPLLALVLEQEGEEEATDFIITALIEYRRLTTGVDEQTALDWVESKQFQADYVAASQALTQGQG NA NA NA NA NA D1-35_03209 330 hypothetical protein ATGGATATCACCGGCATCCCCTTCGGCACTACCGACTGGTCCACCATCGAACCCACCGAACACAAAGGCATTACCGGAACCGCTTACTGGCGCACGCAGCATTTCGGCAGCGTTCGGGTACGGATGGTGGAATATACGGCCGGCTACCTGGCCGACCATTGGTGCACCAAGGGCCATATCCTGCTCTGTCTCAAAGGCGAGCTGAACACCGAGCTCGAAGACGGCCGGCAATTCCTGCTCAAGCCCGGCATGAGCTACCAGGTGGCCGACCAGGCCGAGCCTCATCGCTCCTCCACTCCATCCGGGGCGACGCTGTTCGTGGTGGATTGA MDITGIPFGTTDWSTIEPTEHKGITGTAYWRTQHFGSVRVRMVEYTAGYLADHWCTKGHILLCLKGELNTELEDGRQFLLKPGMSYQVADQAEPHRSSTPSGATLFVVD NA NA NA NA NA D1-35_03211 273 COG2924 putative Fe(2+)-trafficking protein ATGACCCGCACCATCATGTGCCGCAAGTACAAAGAACAGCTGGAAGGCCTGGAGCGCGCACCGTTTCCCGGTGCCAAGGGCCAGGACATCTACGACAACGTATCAGCCAAGGCCTGGGGCGACTGGCAAAAACACCAGACGCTGCTGATCAACGAAAAACGCCTGAACATGATGAATGCCGAAGATCGCAAATATCTTCAAGGGGAGATGGACAAGTTCTTTTCCGGCGAAGAATACGCCAAGGCCGAGGGCTACGTGCCGCCCTCCGAATAA MTRTIMCRKYKEQLEGLERAPFPGAKGQDIYDNVSAKAWGDWQKHQTLLINEKRLNMMNAEDRKYLQGEMDKFFSGEEYAKAEGYVPPSE NA NA NA NA NA D1-35_03212 1068 mutY COG1194 Adenine DNA glycosylase ATGACATCCGAGCAATTTTCCAGCGCCGTATTGGATTGGTTCGACCGCCACGGGCGTCATGACCTGCCCTGGCAGCAAGACATCTCCCCGTATCGGGTATGGGTCTCGGAGATCATGCTCCAGCAGACCCAGGTCAGCACCGTGCTCAATTACTTCGACCGGTTCATGGCCGCCCTGCCTACCGTCCAGGCCCTTGCCGCCGCGCCGGAGGATGAAGTGCTGCACCTGTGGACCGGGTTGGGCTACTACACCCGCGCTCGTAATCTGCAGAAAACCGCGAAAATCGTCGTCGAGCAATATGGCGGCGAATTTCCCCGGCATGTGGAGAAGCTCACCGAACTGCCGGGAATCGGCCTATCCACCGCTGGCGCGATTGCCAGCATCAGCATGGGCCTGCGGGCGCCGATTCTCGATGGAAACGTCAAGCGGGTGCTGGCGCGCTTTACTGCCCAGGAAGGCTACCCAGGCGAGCCAAAGGTTGCGAAACAGCTCTGGGCCACCGCCGAACGCTTTACCCCTCAGGATCGGGTCAACGCCTACACCCAGGCGATGATGGACCTGGGCGCCACGCTCTGTACCCGCAGCAGACCCAGTTGCCTGCTCTGCCCGCTGGAAAAAGGCTGCGAGGCCCACATGCTGGGCCTGGAAACCCGCTATCCGATTCCCAAGCCGCGCAAGGAAGTGCCCAAGAAACGCACCTTGATGCCGATGCTGGCTAACCGCGAAGGCGCCATCTTGCTTTACCGCCGCCCATCCACCGGTTTGTGGGGCGGTCTGTGGAGCCTGCCGGAACTCGACGACCTCGACGACCTGCAACACCTGGCCCTGCAACATTCGCTGGAGCTGGGTCAGCAACAGGCAATGCCAAGCCTGGTACACACCTTCAGCCACTTCCAGTTGGCAATCGAACCCTGGCTGGTCCGGGTCCGCGAAACCGGCCATCACGTGGCCGAGGCCGACTGGCTCTGGTATAACCTCGCCACCCCGCCGCGCCTGGGCCTCGCCGCCCCGGTCAAGACATTGCTCGAACGCGCGGCCGCTGTATTGAACGCAGGAGAGTTGCAATGA MTSEQFSSAVLDWFDRHGRHDLPWQQDISPYRVWVSEIMLQQTQVSTVLNYFDRFMAALPTVQALAAAPEDEVLHLWTGLGYYTRARNLQKTAKIVVEQYGGEFPRHVEKLTELPGIGLSTAGAIASISMGLRAPILDGNVKRVLARFTAQEGYPGEPKVAKQLWATAERFTPQDRVNAYTQAMMDLGATLCTRSRPSCLLCPLEKGCEAHMLGLETRYPIPKPRKEVPKKRTLMPMLANREGAILLYRRPSTGLWGGLWSLPELDDLDDLQHLALQHSLELGQQQAMPSLVHTFSHFQLAIEPWLVRVRETGHHVAEADWLWYNLATPPRLGLAAPVKTLLERAAAVLNAGELQ NA NA NA NA NA D1-35_03213 2226 hypothetical protein ATGAAAGCGTTCGGCAAAATCCTGGGTCTGGTACTTCTCGGGCTGTTGCTGATCATTGTGGCCCTGGGCTTTGCCCTGACCCACCTCTTCGATCCCAACGACTATAAGGAAGAGATCCGCCAGATAGCCCGCGACAAGGCCCACATCGAGCTGACCCTCAATGGCGATATCGGCTGGAGCCTGTTTCCATGGCTGGGTCTTGAATTGCACGAAGCCAGCGTTGCGACCCTGGCCAATCCGACCCAACCCTTTGCCGACCTGCAGATGCTTGGGCTTTCAGTCCGGGTGATGCCGCTTTTGCGCCGTGAAGTGCAAATGAGTGACGTACGGGTCGAAGGCCTGAACCTGCGGCTCAACCGCGACAAGAACGGTCATGGCAACTGGGAAGACATCGGCAAGGCGCCCGCCTCCACGACCGCTACGAAGGCGCCGGCGCCAACCGAACAGCCCGCCCCGCCGGCCAACGCTCCGACAGAGAAACCGGCCCAACCCACTCGCCTGGACATCGACAGCCTGACCGTGAACAACGCCCGGGTCGAATACAGCGACGAGCAGACCGGCAAGCTGTTTACCGCTGAAAGCATCCAGTTGAGCACCGGCCCGATCCACGATTCCACCAATATCCCGGTGACCCTCACGGCTTTCCTGTCCAGCAACCAGCCGGCTGTTCGGGTGCGCACCGAGGTGACTGGCGAGCTGCGCTTCGAACGCGCACTGCAACGCTACAAATTCGAAGACCTGAAGCTGTCCGGTGAAGCCACCGGCGATCCGTTGCAAGGCAAGACCGTGAGCTTTGCGGCGCAAGGGCAACTGTTCCTCGACAGGGCAGCCAACGTTGCCGAATGGACCGGTATCAAGCTTTCCTTGAACCAGCTTCGCGCCTTGGGCGAGCTGAAGGTCAACGATCTCGACAAAACGCCGCAGCTGAATGGCGGCGTGTCGATTGCGTCATTCGACCTGGCCAGCTTCATCGATAGCATCGGCCAGAAACTGCCGGCGATGGCCGATGGCAGCCTGAGCAAGGTCGAGCTGGCGAGCCGCATTGCAGCCACACCGACCAGCGTCGAGCTCAACGACATCAACCTGAAAATCGATGAGAGCAATTTCAGTGGTCGCATCGCCGTGGAAGATATTGCCAAGCAGTCGCTGCGTGCCCAGCTCAAGGCCGACACCTTCAATGTTGATCGCTACCTGCCGCCAAAGTCCGCCGAAGCCAACAGCGCCAAGGCTGCCCGCGAGGCCGAAGTCAGCAACACCGAGGCCAGCGCCATGGCCGGTGCCGGCAGCTCACCGCTACCAAGCGCCCCGACCCAAGGCGCGTGGAGCAATGATCGATTGTTCCCGGTGGAGCGCCTGAGCAAGCTCGATATCGATGCCGACCTGAGCTTCGGCCAACTGACCCTCGACAAGCTGCCCATCCAGAATGCCGCGCTGAAGGCCACCGGGCTCGGCGGCCTGTTGACGCTGGAAAACCTGCGGGGCGATTTGTATAACGGCAACTTCGAAGCCAAGGGCACGCTGGACGTGCGCCAGCCCACGCCGCAGTTGAGCCTGCAAACCCGCATCAACCGGGTGCCGGCCGACAAGATCATCGAAAGCCAGGGCAAAAATCCGCCCGTCAAGGGCCTGGTGACGCTCAACAGCGCCGTCACCGCCAGCGGCAACAGCCAGAAGGCCCTGATCGACAGCCTGAACGGCAATGCCGGGTTCGTCATCAATGACGGCGTGCTGCTCAATGCCAACCTCGAACAGCAGCTGTGCAAAGGCATCGCCACGCTGAACCGCAAGAGTCTCAGCGGTGAACCGCGCGGCAAGGACACACCGTTCCAGCAACTCGACGGCAGCCTTACCTTCCACAATGGCGTGGCCAGCAACCCGGACTTGAAAGTGCGCATCCCCGGCATGACGGTCAATGGCAACGGTGACATCGACCTGCGTGTATTGGGCATGGACTACCGCGTCGGCGTCATCGTTGAAGGCGACAAGAGCGACATGCCCGACCCGGCCTGCCAGGTCAACGAGCGTTATGTCGATGTCGAGTGGCCGTTACGCTGCCGAGGCCCGCTGGAGCTGGGCGCGAAAGCCTGCCGCCTGGACAACGACGGGCTGGGCAAGGTTGCCGCGAAACTGGCCGGCGACCGCCTCGGCGACAAGATCGACGAGAAGCTCGGCGACAAGGTCAGCCCCGAGCTCAAAGACGCGCTCAAGGGGCTGTTCAAGCGATGA MKAFGKILGLVLLGLLLIIVALGFALTHLFDPNDYKEEIRQIARDKAHIELTLNGDIGWSLFPWLGLELHEASVATLANPTQPFADLQMLGLSVRVMPLLRREVQMSDVRVEGLNLRLNRDKNGHGNWEDIGKAPASTTATKAPAPTEQPAPPANAPTEKPAQPTRLDIDSLTVNNARVEYSDEQTGKLFTAESIQLSTGPIHDSTNIPVTLTAFLSSNQPAVRVRTEVTGELRFERALQRYKFEDLKLSGEATGDPLQGKTVSFAAQGQLFLDRAANVAEWTGIKLSLNQLRALGELKVNDLDKTPQLNGGVSIASFDLASFIDSIGQKLPAMADGSLSKVELASRIAATPTSVELNDINLKIDESNFSGRIAVEDIAKQSLRAQLKADTFNVDRYLPPKSAEANSAKAAREAEVSNTEASAMAGAGSSPLPSAPTQGAWSNDRLFPVERLSKLDIDADLSFGQLTLDKLPIQNAALKATGLGGLLTLENLRGDLYNGNFEAKGTLDVRQPTPQLSLQTRINRVPADKIIESQGKNPPVKGLVTLNSAVTASGNSQKALIDSLNGNAGFVINDGVLLNANLEQQLCKGIATLNRKSLSGEPRGKDTPFQQLDGSLTFHNGVASNPDLKVRIPGMTVNGNGDIDLRVLGMDYRVGVIVEGDKSDMPDPACQVNERYVDVEWPLRCRGPLELGAKACRLDNDGLGKVAAKLAGDRLGDKIDEKLGDKVSPELKDALKGLFKR NA NA NA NA NA D1-35_03214 399 panZ PanD regulatory factor ATGCCCATCGTTGTCGAGCGTTTGAATGAAGCCACTCATCAGGATCTTCAGGACCTGCAGAAAATCTACCAGGACGCCCCGGCCTGGCTGTTCGAGCCGTTCAGCGATGCCGGGCAGTTGATCAACAGGTGCCTGACGGAAGGTACGCTGATTGCGGCACGGTTCAACGACCGGCTGCTCGGCGCCGCACGCCTGCAACGGCACCAGGACGCTTGGTACTTGTCTCACCTGTGCGTAAGAAAGGTTACCCGCCGCCGTGGCGTAGCTGAGCGCCTGGTGAGCGAGGCACGGAGGATGGCTCGAGAAGATGACGCCAGGCTTCGGCTCGAGGCACCGGCCGGGCATCTGGAGGTGCAGGCCTTGGCGGCAAAGCTGAAGTTGTCTCTCGATATTTGCTGA MPIVVERLNEATHQDLQDLQKIYQDAPAWLFEPFSDAGQLINRCLTEGTLIAARFNDRLLGAARLQRHQDAWYLSHLCVRKVTRRRGVAERLVSEARRMAREDDARLRLEAPAGHLEVQALAAKLKLSLDIC NA NA NA NA NA D1-35_03215 1662 hypothetical protein ATGAGCACGAGCATTACGGCGGACGGCGTTGCCGACCAGCCTGCGTTCCTCTCCAAGGAACGCATTATCGCCAAGCCCGGCTTCAACCGCTGGCTGGTGCCACCGGCCGCGCTGGCCATTCACCTGTGCATCGGCATGGCCTACGGCTTTTCGGTGTTCTGGTTGCCGCTGTCCAAGGCCATGGGCATCACTAAGCCGGTAGCCTGCGCGCCGGACATGAGCTTCATCTCGCAAGTCTTTTCGTCCCAATGTGACTGGCCGATCTCGATGCTCGGCTGGATCTACACCCTGTTCTTCATTTTCCTGGGTTGCTCGGCAGCCATCTGGGGCGGCTGGCTGGAACATGCCGGTCCGCGCAAGGCTGGCGTGGTATCGGCCCTGTGCTGGTGCGGTGGCCTGCTGATTTCGGCGCTGGGTATCTATACCCATCAGATCTGGCTGATGTGGGTCGGCTCCGGTGTCATCGGTGGTATCGGCCTGGGCCTGGGCTATATCTCCCCGGTCTCGACGCTGATCAAGTGGTTCCCGGACAAGCGCGGCATGGCGACCGGCATGGCGATCATGGGCTTCGGTGGTGGCGCGATGGTGGGTGCCCCGTTGGCTGCAGCGCTGATGAGCCATTTCGCTACGCCAACCGACGTGGGCGTATGGCAGAGCTTCCTGGTGATGGCCGCGATCTACTTCGTGTTCATGATCGGTGGCGCCCTGTCGTATCGCGTTCCGCCGACCGGCTGGAAGCCTGAGGGCTGGAACCCTGCACCGAAAAAAGCCGCGAACGCAATGATCACCCATCGCCACGTTCACGTGAACGTTGCCTGGAAAACCCCGCAGTTCCGTCTGGTCTGGCTGGTGCTGTGCCTGAACGTATCCGCCGGTATCGGCATCCTGGGCATGGCTTCGCCACTGCTGCAGGAAGTGTTCGGCGGCAAATTGCTCGGAAACGACCTGCCGTTCGGTCAGCTGGACGCCGCGCAACTGGGCCAGATCGCTGCCATTGCAGCCGGTTTCACCGGTCTGCTGAGCCTGTTCAACATCGGTGGCCGGTTCTTCTGGGCCTCCTTCTCGGACTACCTGGGTCGCAAAAACACCTACTTCGTGTTCTTTGCCCTGGGCGTGGCCTTGTATGCTCTGATCCCGAGCCTGGGCCACCTGGGCAGCGTCGCGCTGTTCGTGGCGGCGTTCTGCATCATCCTGTCGATGTACGGCGGCGGTTTCGCCACCGTGCCGGCCTACCTGGCGGACCTGTTCGGTACGCAAATGGTCGGTGCGATCCACGGTCGCCTGTTGACCGCCTGGGCGGCAGCCGGCGTACTGGGTCCGGTACTGGTGAACTACTTGCGTGAATATCAACTGAGCATCGGCGTTGAACGCGCCGCGGCCTATGACATCACCCTGTACATCCTCGCCGGCCTGCTGGTGCTGGGCTTCCTGTGCAACCTGATGGTTCGCCCGGTCGCCGACAAGTACTTCATGACCGACGCCGAACTGGCCGCAGAGCAAGCGCTGGGCCACGACAAGGGCGCCGACAGCACCACTTCCCTGGAGTGGAAAGCCGCACCGGGCACCAAGCCCCTGGCGATCGCCGCCTGGCTGGTGGTGGGCATTCCGCTGGCGTGGGGTGTGTGGGTGACCCTGCAGAAGACGGCGGTGTTGTTCCGCTAA MSTSITADGVADQPAFLSKERIIAKPGFNRWLVPPAALAIHLCIGMAYGFSVFWLPLSKAMGITKPVACAPDMSFISQVFSSQCDWPISMLGWIYTLFFIFLGCSAAIWGGWLEHAGPRKAGVVSALCWCGGLLISALGIYTHQIWLMWVGSGVIGGIGLGLGYISPVSTLIKWFPDKRGMATGMAIMGFGGGAMVGAPLAAALMSHFATPTDVGVWQSFLVMAAIYFVFMIGGALSYRVPPTGWKPEGWNPAPKKAANAMITHRHVHVNVAWKTPQFRLVWLVLCLNVSAGIGILGMASPLLQEVFGGKLLGNDLPFGQLDAAQLGQIAAIAAGFTGLLSLFNIGGRFFWASFSDYLGRKNTYFVFFALGVALYALIPSLGHLGSVALFVAAFCIILSMYGGGFATVPAYLADLFGTQMVGAIHGRLLTAWAAAGVLGPVLVNYLREYQLSIGVERAAAYDITLYILAGLLVLGFLCNLMVRPVADKYFMTDAELAAEQALGHDKGADSTTSLEWKAAPGTKPLAIAAWLVVGIPLAWGVWVTLQKTAVLFR PGPT0017235_863 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_OXALATE_TRANSPORT,PGPT0017235-oxlT-K08177 NA NA D1-35_03216 594 hisB COG0131 Histidine biosynthesis bifunctional protein HisB ATGGCCGAACGTAAGGCGTCTGTCGAGCGCGACACTCTGGAAACCCAGATCAAAGCCTCGATCAACCTGGATGGCACCGGAAAGGCCCGGTTTGATATCGGCGTGCCTTTTCTTGAGCACATGCTCGACCAGATCGCCCGTCACGGGCTGATCGACCTGGACATCGTCAGCAAGGGCGACCTGCATATCGACGACCATCACACCGTCGAAGATGTCGGTATCACGCTGGGCCAGGCTTTCACCAAAGCCATCGGCGACAAGAAGGGCATCCGTCGCTACGGCCATGCCTACGTGCCGCTCGATGAAGCGCTGTCGCGCGTGGTCATCGACTTCTCGGGCCGCCCTGGCCTGCAGATGCATGTGCCGTACACCCGCGCCACCGTCGGCGGCTTCGACGTCGACCTGTTCCAAGAGTTCTTCCAGGGCTTCGTCAATCACGCCAACGTGACCCTGCACATCGACAACCTGCGTGGGCACAACACCCATCACCAGATCGAAACCGTGTTCAAGGCGTTCGGCCGCGCGCTGCGCATGGCTGTCGAGCTCGATGACCGCATGGCCGGCCAGATGCCTTCCACCAAAGGCGTCCTGTAA MAERKASVERDTLETQIKASINLDGTGKARFDIGVPFLEHMLDQIARHGLIDLDIVSKGDLHIDDHHTVEDVGITLGQAFTKAIGDKKGIRRYGHAYVPLDEALSRVVIDFSGRPGLQMHVPYTRATVGGFDVDLFQEFFQGFVNHANVTLHIDNLRGHNTHHQIETVFKAFGRALRMAVELDDRMAGQMPSTKGVL 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 D1-35_03217 639 hisH COG0118 Imidazole glycerol phosphate synthase subunit HisH ATGCAGACGGTTGCGGTTATCGATTACGGCATGGGCAACCTGCACTCGGTGGCCAAGGCCCTCGAGCACGTAGGCGCCGGCAAGGTATTGATCACCAGCGATGCCGACGTGATTCGCGAAGCCGACCGGGTGGTGTTTCCCGGTGTCGGCGCGATTCGCGACTGCATGGCCGAGATTCGGCGCCTGGGCTTCGACAAGCTGGTGCACGAAGTCAGCCAGGATCGCCCGTTCCTCGGCATCTGCGTGGGCATGCAGGCTTTGCTCGATCGCAGTGAAGAGAACGACGGGGTCGATTGCATCTCGCTGTTCCCGGGCCAGGTCAAGTTCTTTGGCAAGGACCTGCATGAAGACAGCGAGCACTTGAAAGTGCCGCACATGGGCTGGAACGAAGTGCGGCAAACAGTGGACCACCCGCTGTGGCACGATATTCCGGACCTCGCGCGTTTCTACTTCGTGCACAGCTACTACATCGCCGCCGGCAATGCCCGGCAGGTGGTGGGCAGCGGTCACTATGGTGTCGATTTCGCCGCGGCCCTGGCCGATGGCTCGCGCTTCGCCGTGCAGTTTCACCCGGAGAAGAGCCATACCCATGGCCTGCAACTGCTGCAGAACTTCGCGGCGTGGGACGGGCGCTGGTAA MQTVAVIDYGMGNLHSVAKALEHVGAGKVLITSDADVIREADRVVFPGVGAIRDCMAEIRRLGFDKLVHEVSQDRPFLGICVGMQALLDRSEENDGVDCISLFPGQVKFFGKDLHEDSEHLKVPHMGWNEVRQTVDHPLWHDIPDLARFYFVHSYYIAAGNARQVVGSGHYGVDFAAALADGSRFAVQFHPEKSHTHGLQLLQNFAAWDGRW NA NA NA NA NA D1-35_03218 255 hypothetical protein ATGGCCCGCAAGAAACCGCCGATCCTCACCCTCACGCCTGAGCAGGAAAGTGAGGCGAACCGCAAGATCCAGCGGTTCATGGAGGAGCGTTTCGAGCTGGACCTTGGCTCGTTCGAAGCGGCGGAAATTCTTGATCTGTTTACCCGCGAAATTGCTCCGCACTATTACAACAGGGCGATTTTCGATGTGCAGGCGCACCTTAAGGAAAGGTTCGAAAGCATCGAAAGCGACTTGTGGGCGCTCGAGAAAAACTGA MARKKPPILTLTPEQESEANRKIQRFMEERFELDLGSFEAAEILDLFTREIAPHYYNRAIFDVQAHLKERFESIESDLWALEKN NA NA NA NA NA D1-35_03219 738 hisA COG0106 1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino] imidazole-4-carboxamide isomerase ATGCTGATTATCCCCGCTATCGATCTCAAGGACGGCGCTTGTGTCCGTCTGCGCCAGGGCCGCATGGAAGACTCCACGGTGTTTTCCGACGACCCGGTGAGCATGGCCGCCAAGTGGGTGGAGGGCGGTTGCCGTCGCCTGCATCTGGTTGACCTGAACGGTGCCTTCGAAGGCCAGCCGGTCAACGGTGAAGTGGTCACGGCCATCGCCAAGCGGTACCCGAACCTGCCGATCCAGATCGGCGGCGGCATTCGTTCGCTGGAGACCATCGAGCACTACGTCAAGGCCGGCGTGAGCTACGTGATCATCGGCACCAAGGCCGTCAAGGAACCCGAGTTCGTCGCCGAAGCCTGCCGTGCCTTCCCGGGCAAGGTCATCGTTGGCCTCGACGCCAAGGACGGGTTTGTCGCCACCGACGGCTGGGCTGAAGTGAGTACCGTGCAAGTGATCGACCTGGCCAAGCGTTTCGAAGCCGACGGCGTGTCCGCCATCGTCTACACCGACATTGCCAAGGACGGCATGATGCAGGGCTGCAACGTTCCGTTCACCGCTGCCCTGGCCGCCGCCACGAAGATCCCGGTGATCGCCTCCGGCGGCATCCACAACCTGGGCGACATCAAGGCACTGCTCGACGCCAGGGCGCCGGGCATCATCGGTGCGATCACCGGTCGCGCGATCTATGAAGGTACCCTGGACGTCGCCGAGGCCCAGGCCTTCTGCGATTCCTATAAAGGCTGA MLIIPAIDLKDGACVRLRQGRMEDSTVFSDDPVSMAAKWVEGGCRRLHLVDLNGAFEGQPVNGEVVTAIAKRYPNLPIQIGGGIRSLETIEHYVKAGVSYVIIGTKAVKEPEFVAEACRAFPGKVIVGLDAKDGFVATDGWAEVSTVQVIDLAKRFEADGVSAIVYTDIAKDGMMQGCNVPFTAALAAATKIPVIASGGIHNLGDIKALLDARAPGIIGAITGRAIYEGTLDVAEAQAFCDSYKG NA NA NA NA NA D1-35_03220 771 hisF COG0107 Imidazole glycerol phosphate synthase subunit HisF ATGGCGCTGGCCAAACGCATCATCCCTTGCCTGGACGTGGATAACGGCCGGGTGGTCAAGGGCGTCAAGTTCGAGAACATCCGTGACGCTGGCGACCCGGTGGAAATCGCCCGTCGTTATGACGAGCAGGGTGCGGACGAGATTACTTTCCTGGATATCACGGCCAGCGTCGACGGCCGCGATACCACGCTGCACACCGTCGAGCGCATGGCCAGCCAGGTGTTCATCCCGCTGACCGTGGGCGGTGGCGTGCGCAGCGTGCAGGACATCCGCAACCTGCTCAATGCCGGCGCGGACAAGGTGTCCATCAACACCGCGGCGGTGTTCAACCCGGAATTCGTCGGCGAGGCGGCCGAGCATTTCGGCTCGCAGTGCATCGTCGTGGCGATCGACGCGAAGAAGGTCTCCGGCCCGGGCGAAACCCCGCGCTGGGAAATCTTCACCCATGGCGGGCGCAAGCCAACCGGGCTGGACGCCGTTGAATGGGCCAAGAAGATGGAAGGCCTGGGCGCCGGAGAAATCCTGCTGACCAGCATGGACCAGGACGGCATGAAGAATGGCTTCGATCTCGGCGTCACCCGTGCCATCAGCGATGCCTTGGGCATTCCGGTGATCGCTTCCGGCGGCGTTGGCAACCTGCAGCACTTGGCCGATGGCATTCTGGAAGGCCACGCCAGCGCGGTATTGGCGGCGAGCATTTTCCACTTTGGCGAATACACCGTGCCGGAAGCCAAGGCCTACATGGCCCAGCGCGGTATCTGCGTCAGATAA MALAKRIIPCLDVDNGRVVKGVKFENIRDAGDPVEIARRYDEQGADEITFLDITASVDGRDTTLHTVERMASQVFIPLTVGGGVRSVQDIRNLLNAGADKVSINTAAVFNPEFVGEAAEHFGSQCIVVAIDAKKVSGPGETPRWEIFTHGGRKPTGLDAVEWAKKMEGLGAGEILLTSMDQDGMKNGFDLGVTRAISDALGIPVIASGGVGNLQHLADGILEGHASAVLAASIFHFGEYTVPEAKAYMAQRGICVR 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 D1-35_03221 1107 hypothetical protein ATGGCAATCATTGAACTGGACGTCAGCCTGCAAACCTTGCTCAAGGATGGGATACAGCCATTGGGCCTGGCCACCGAGCGTCCCGTCGACGGGACGGATGTCCTGATCGTAGGCGCGCCAGTCCACGATCAGAACACGCTGCGGCTGGCTGCCTGTACCTTGCAACCTGCCCAGGAGATCGTGGAGGGCCGCTGGGTCTGGCGTAACACGCTGATGACCCGCTGCAAGGATATGAAAGGTGGTGGCTCCGGCAGCCCGCTACTGGAGCGCCGTACCAATAAGATCATCGGCGTGATAGGCACTGGCAACCTGACCATCCAAGCCCACCCCTGCGAGCAGCACGCTCCTTGCACTCCGGTTGGCGACAGCTATAAAGCGATACCGGACGATGTTTATGGGAATCCTACGGATTTTCTCAGCCGCTGCTTTGTAGAGGGCCTCTTCGTTCAAGACGTGAATTCGTCTTGCCCGCTGTATCCGGTCTTTTCCGTCAGCGCCGCAGCGGACAGCCCGCAAAGATACATAAGAATTGGGAAAAAAGACGACGGCACTGCAGAGATCCCGACCTGGAACTACCACTTCACAATCAACACGCCGTTCTATCGTCATAAGACCGTTCGAACCGCAATGGATTGCGAAAGGCCGCAAGACTACAGCGGAGTAACAAGTGCGCGGGACGCTTTCATAAACACCGGGATAGGCGACCAGGTGGGCATGTACTTCCTGTGCATCGTGGGTGTCGACTCCGCTGATCAACGCCCCTCAGAGGGGCTCATAAACAACGTGTTGTCCCTTCCGGTCGAAATTCTCGACAACGCTCCAACAGCTCAGCCTGAGTTGAGTTTCACTGCAGGCGTGCAACTGTCGACAGCTGCGAATGAACTGCCACATCGAACCTACGCCTACAAGTTCGGCCCGACAGAGTCGACTGACTGTTCAGACAAAACCGATTACAGCAACATCGAATACATAGACGCATGGCTGGACAATTCGGATCTGCCTGGAAAGCTCTGCACCATTGCCTATGACATATCCAGACAAGCATCCGAGCCAAGAATGGACATCCTGAACCCTACCCCGCTCAAGGATATCCAGGACTCGCCCTGA MAIIELDVSLQTLLKDGIQPLGLATERPVDGTDVLIVGAPVHDQNTLRLAACTLQPAQEIVEGRWVWRNTLMTRCKDMKGGGSGSPLLERRTNKIIGVIGTGNLTIQAHPCEQHAPCTPVGDSYKAIPDDVYGNPTDFLSRCFVEGLFVQDVNSSCPLYPVFSVSAAADSPQRYIRIGKKDDGTAEIPTWNYHFTINTPFYRHKTVRTAMDCERPQDYSGVTSARDAFINTGIGDQVGMYFLCIVGVDSADQRPSEGLINNVLSLPVEILDNAPTAQPELSFTAGVQLSTAANELPHRTYAYKFGPTESTDCSDKTDYSNIEYIDAWLDNSDLPGKLCTIAYDISRQASEPRMDILNPTPLKDIQDSP NA NA NA NA NA D1-35_03222 354 hypothetical protein ATGAAAACGATCTACTTGTTACTGGGCGGTCTGTTTTGCCTGTCTGGCGCACTGAGCGTTGCACATGGCAAAGACTATGGCGAAGGGGTTCAGAACTTCGCCGACTCAAAAATCCTGAACAACAAAGATGGCTCACATGACCATTGGCAGGGTATTGGACGCTTCTCTACGATGAACGGGAATTGTACTGCGACACTTCTCGATACCCATGACCCTTCCGGGACAACGCCCACGCCCGCCTACGTGTTGACCTCGGGACATTGCACCGAGCTGACCAACGCAAACATCGTGACCAACAAGCCAATCCTCGGCGTCATGCAGTTCAACTATTCGCCGATACCGCCCCCTACCTGA MKTIYLLLGGLFCLSGALSVAHGKDYGEGVQNFADSKILNNKDGSHDHWQGIGRFSTMNGNCTATLLDTHDPSGTTPTPAYVLTSGHCTELTNANIVTNKPILGVMQFNYSPIPPPT NA NA NA NA NA D1-35_03223 708 hypothetical protein ATGAGCGGGGCGCAGGCCGGGGACGGCCGCGATGCTGGCCTGGTATTGCTGACGGAGAACTTTCCGCCCTACAACATGGCGAAGAACGGCAAGAACTTCGCCCAAGACGAAAACATCCATGGCATTGCGGTGGACATCGTCCGCGAGATATTCAAACGCGCCGATATTTCCTACAGCCTGACGCTGCGTTTTCCCTGGGAACGAATCTACAAGCTTGCCTTGGAAAAACCCGGTTATGGGGTGTTTGTAACGGCTCGGCTGCCTGAGCGCGAAAAGCTCTTCAAATGGGTTGGCCCCATCGGCCCGGACGATTGGATCATGCTCGCCAAGGCCGACAGCAAGATTGCCCTCGACTCGTTGGAGCAGGCGCGTCAGTACAGGATTGGCGCCTACAAGGGCGATGCAATTGCCGAAACATTGGCCAAACAGGGGCTCAAACCCATTGTCGTGTTGCGCGATCAGGACAACGCCAGAAAACTCGTCAATGGCCAGATAGACCTATGGGCTACCGGCGACCCGGCAGGGCGTTATCTGGCGCGTCAGGAGGGAGTGAGCGATCTCAAGACCGTACTGCGATTCAACAGTGCCGAGCTCTACCTGGCCTTGAACAAGGACGTGCCGGACGAGGTGGTGAGCCGCCTGCAAAAGGCTCTGGATGAGCTGCGCAAGGAAGGCGAAGTGGACGCGATCATGGCGCGCTATCTCTGA MSGAQAGDGRDAGLVLLTENFPPYNMAKNGKNFAQDENIHGIAVDIVREIFKRADISYSLTLRFPWERIYKLALEKPGYGVFVTARLPEREKLFKWVGPIGPDDWIMLAKADSKIALDSLEQARQYRIGAYKGDAIAETLAKQGLKPIVVLRDQDNARKLVNGQIDLWATGDPAGRYLARQEGVSDLKTVLRFNSAELYLALNKDVPDEVVSRLQKALDELRKEGEVDAIMARYL PGPT0020800_15019 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 D1-35_03224 780 hypothetical protein ATGGGCCAGCGTTTCATTTTCGTCCTGTTGTGCCTGCTGGCGGGAGCCGTTAACGCGGCTCCCGCCACAGCTTCCCCGCCGCAGAAGGCTTACCTGAGCCTGATCATCGATGACCTGGGGCAGAATCTGCCCCGGGATCGCCGTGTACTGGCCCTGTCCGGTCCGGTCACCGCGGCAGTCATGCCCGACACGCCCCACGCCGCCGAAATCGCCCGCGAGGCTCATCGCGCCGGCAAACTCGTCATGCTGCACATGCCCATGGACCCGGCCACCGGGCCGTTCGCCTGGCATCCGGAATTATCCATCGAAGAATTGGGCAAGCGCCTGGACGCCGCGTTTGCCGCGGTGCCCTACACCAGCGGTATCAACAACCACATGGGCAGCCGCATGACCGCGCAACCCCAGGCGATGGCATGGCTGATGGCGAATCTGCAACAGCGTCACAAGTTTTTCGTCGACAGCCGCACCAGCGCGCAGACGGTCGCGGCTGCCGAAGCACAAAAGATCGGCCTCGCCAGCGTGTCGCGGGATGTATTTCTTGATGACGAGCGCACCGAAGCGGCTATCGCCGGCCAGCTTCAGGTCGCCATCAATCTGGCTCGGCGGCAGGGCTCGGCCGTGATGATCGGCCATCCCTATCCGCAGACCCTCGCCGTGCTCGAGCGCGAACTGCCCAAGCTCAAGGCCCAGGGCATCGAGTGGATCGACATCAAGTCGATGATCAGCCTGCGCAGCAACCGAGCGATGGCCGGGCACGGGAAGGATGGGGTTTATCGTTAG MGQRFIFVLLCLLAGAVNAAPATASPPQKAYLSLIIDDLGQNLPRDRRVLALSGPVTAAVMPDTPHAAEIAREAHRAGKLVMLHMPMDPATGPFAWHPELSIEELGKRLDAAFAAVPYTSGINNHMGSRMTAQPQAMAWLMANLQQRHKFFVDSRTSAQTVAAAEAQKIGLASVSRDVFLDDERTEAAIAGQLQVAINLARRQGSAVMIGHPYPQTLAVLERELPKLKAQGIEWIDIKSMISLRSNRAMAGHGKDGVYR NA NA NA NA NA D1-35_03225 1317 ctpB COG0793 Carboxy-terminal processing protease CtpB ATGCTGCATTTGTCCCGCCTCACCTCGCTGGCCCTGACGATCGCCCTCGTGATCGGCGCGCCCCTGGCTTTCGCCGCGCAACCCGCGCCGGCGTCGACCGCCGCTACGGCCGCCACCACCAAGGCCCCGCTGCCGTTGGATGAACTGCGCACCTTTGCCGAAGTCATGGACCGGATCAAAGCCGCGTACGTGGAACCGGTGGACGACAAGATGCTGCTGGAAAACGCCATCAAAGGCATGCTCAGCAACCTTGACCCGCATTCGGCCTACCTGGGCCCTGAGGATTTTGCCGAGTTGCAGGAAAGCACCAGCGGCGAATTCGGCGGCCTGGGCATCGAGGTCGGCAGCGAAGACGGTTTCGTCAAAGTGGTCTCGCCGATCGACGATACGCCCGCCTCCAAGGCTGGCATCCAGGCTGGCGACTTCATCGTCAAGATCAACGGCCAACCGACCCGTGGCCAGAGCATGACCGAAGCCGTGGACAAGATGCGCGGCAAGATCGGCGAAAAAATCACCCTGACCCTGGTGCGCGACGGCGGTACGCCATTCGACGTGACGCTGACCCGGGCGGTCATCCAGGTCAAGAGCGTGAAGAGCCAACTGCTGGAGTCCGGCTACGGCTACATCCGCATCACCCAGTTCCAGGTCAAGACCGGCGAAGAAGTCGCCAAGGCCCTGGCCAAGATGCGCAAGGACAACGGCAAGAAGCTCAACGGCCTGGTCCTGGACTTGCGCAACAACCCCGGCGGCGTCCTGCAATCGGCTGTGGAAGTGGTGGACCATTTCATCACCAAGGGCCTGATCGTCTACACCAAGGGCCGCATCGCCAATTCCGAGCTGCGCTTCTCGGCCACCGGCAACGACCTCAGCGAAGCCGTGCCACTGGTCGTGCTGATCAATGGCGGCAGCGCGTCGGCGTCGGAAATCGTCGCCGGTGCTCTGCAAGACCAGAAACGTGGCGTTGTCATGGGCACCACCAGTTTCGGCAAGGGCTCGGTGCAGACCGTGTTGCCGCTGAACAACGACCGCGCCCTGAAAATCACCACCGCGCTGTACTTCACGCCCAACGGCCGCTCCATCCAGGCCCAGGGCATTGTCCCGGACATCGAGGTGCGCAAGGCCAAGATCACCAGCGAGGCGGACAGCGAGTACTTCAAGGAAGCCGACCTGCAAGGTCACTTGGGCAATGGCAACGGCGGCGCGGACAAACCGACCGGTTCCGGCGCCAAGGCCAAGCCGATGCCGCAGGATGACGACTATCAGTTGGCCCAGGCCTTGAGCCTGCTCAAAGGGTTGAACATCACGTCCGGCCGCTGA MLHLSRLTSLALTIALVIGAPLAFAAQPAPASTAATAATTKAPLPLDELRTFAEVMDRIKAAYVEPVDDKMLLENAIKGMLSNLDPHSAYLGPEDFAELQESTSGEFGGLGIEVGSEDGFVKVVSPIDDTPASKAGIQAGDFIVKINGQPTRGQSMTEAVDKMRGKIGEKITLTLVRDGGTPFDVTLTRAVIQVKSVKSQLLESGYGYIRITQFQVKTGEEVAKALAKMRKDNGKKLNGLVLDLRNNPGGVLQSAVEVVDHFITKGLIVYTKGRIANSELRFSATGNDLSEAVPLVVLINGGSASASEIVAGALQDQKRGVVMGTTSFGKGSVQTVLPLNNDRALKITTALYFTPNGRSIQAQGIVPDIEVRKAKITSEADSEYFKEADLQGHLGNGNGGADKPTGSGAKAKPMPQDDDYQLAQALSLLKGLNITSGR PGPT0015095_5722 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797 NA NA D1-35_03226 1293 envC COG4942 Murein hydrolase activator EnvC ATGCTCCGCGTCCTGATAGCCCTTGCTCTGACCTGCCTGCTCCAACCGGCCTTCGCGGACGAGCGCGCGCAAACCCAACAACAGTTGGAAGCCACGCGCCAGGACATCGCCGAGCTGAAGAAGCTGCTGAACAAGTTGCAGGAAGAAAAATCCAGCGTGCAGAAAGACCTGCGCGGCACCGAAACCGAGATGGGCAAGCTGGAGAAGCAGGTCGACGCCCTGCAGAAAGAGCTGAAGAAAAGCGAATCCGAGTTGCAACGCCTCGATGGAGAGAAAAAAAAACTCCAGAGCGCGCGCACTGAACAGCAAAAGCTGATCGCCATCCAGGCTCGGGCGGCCTACCAGAACGGTCGCCAGGAATACCTCAAATTGCTGCTCAACCAGCAGAATCCCGAGAAATTCGCCCGCACCCTCACCTATTACGACTACCTGAGCCAGGCCCGCCTGGAGCAGCTCAAGAGCTTCAATGAAACCCTGCGCCAGCTGGCCAATGTCGAGAAAGACATCGAGCTGCAGCAAGCCCAGTTGCTCGTGCAGAAAAGCAGCCTCGACACCCAGCGTGAAGAACTCGAGAAGGTTCGCAAGGAGCGCCAGGTGGCCCTGGCCAAGCTCAATGACGACGTGAAGGCTCGCGACAGCAAGCTCAAGGCCCGCGAACAGGACCAGGCCGAACTGGCAAATGTCTTGAAAACCATCGAGGAAACCCTGGCTCGCCAGGCTCGGGAGGCGGAAGAAGCGCGGCAGAAAGCGCTGATCGCCCAGCAGGAAGCCGAAAAAAAGCGTTTGCGTGAAGCCCAGGCCGACGCCGATGCCGGCGAAGCCCCGCGCAAGCCGGCCAAATCCAGCCCCGGCGCAGTGGTTTCCAGCGATGGCGAAACCTTCGGCGGCGCTTTTGCTTCAGCCCGGGGCAAACTTCCATGGCCGGTCAATGGTCGATTACTTGCACGCTTCGGTGAAACCCGTGGCGACGACACCCGCACCAAGTGGGACGGCGTGATGATCAGCGCTTCCGCCGGCAGCCAGGTGCACGCTGTACATGGCGGGCGCGTGGTGTTTGCCGACTGGCTGCGCGGTGCCGGCCTGCTGGTGATCCTCGATCACGGCAACGGATACCTGAGCCTTTACGGCCATAACCAGACGCTGCTCAAATCGGCGGGTGATGTGGTCAAGGCCGGCGAGTCCATCTCCACGGTCGGCAACAGTGGCGGGCAGGACACGCCAGCACTGTATTTTGCTATTCGCCAGCAGGGTCGCCCCAGTGACCCGGCACAATGGTGTCGTGCGCAAGGATAA MLRVLIALALTCLLQPAFADERAQTQQQLEATRQDIAELKKLLNKLQEEKSSVQKDLRGTETEMGKLEKQVDALQKELKKSESELQRLDGEKKKLQSARTEQQKLIAIQARAAYQNGRQEYLKLLLNQQNPEKFARTLTYYDYLSQARLEQLKSFNETLRQLANVEKDIELQQAQLLVQKSSLDTQREELEKVRKERQVALAKLNDDVKARDSKLKAREQDQAELANVLKTIEETLARQAREAEEARQKALIAQQEAEKKRLREAQADADAGEAPRKPAKSSPGAVVSSDGETFGGAFASARGKLPWPVNGRLLARFGETRGDDTRTKWDGVMISASAGSQVHAVHGGRVVFADWLRGAGLLVILDHGNGYLSLYGHNQTLLKSAGDVVKAGESISTVGNSGGQDTPALYFAIRQQGRPSDPAQWCRAQG PGPT0023855_799 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN-ENDOPEPTIDASE_ACTIVITY|LIPOPROTEIN,PGPT0023855-envC-K22719 NA NA D1-35_03227 1530 gpmI COG0696 2,3-bisphosphoglycerate-independent phosphoglycerate mutase ATGACTACCACGCCTAAACCTTTGGTCCTGATGATTCTGGACGGCTTCGGTCACAGTGACAGCCACGAATCCAACGCCGTCTACGCGGCCAGGAAGCCTGTGCTGGATCGCCTGTGGGCCACCGTGCCGAACGGCTTGATCTCCGGCAGCGGCATGGACGTCGGCCTGCCCGACGGGCAGATGGGCAACTCCGAAGTCGGCCACATGAACCTCGGCGCCGGCCGCGTGGTGTATCAGGACTTCACCCGCGTGACCAAATCGATCCGCGACGGCGAGTTTTTCGAAAACCCGACCATTTGCGCCGCCGTGGATAAAGCCGTGGCCGCCGGCAAGGCCGTGCACTTCATGGGCCTGCTGTCCGACGGTGGCGTGCACAGCCATCAGGACCACCTGATCGCCATGGCCGAGTTGGCCGCCAGGCGCGGCGCTGAAAACATCTACCTTCACGCCTTCCTGGATGGCCGTGACACGCCGCCGAAGAGCGCCGAATCGTCGATCAAATTGCTGGATGACACGTTCAAGACCCTCGGCAAGGGCCGGATCGCCAGCCTGATCGGCCGTTACTTCGCCATGGACCGTGACAACCGCTGGGACCGCGTCGCCCAGGCCTACAACCTGATCGTCGACGGCAATGCGGAATTCCACGCCGCCACCGCGCAAGAAGGCCTGCAAGCTGCCTACGAACGTGGTGAAAGCGACGAGTTCGTCAAGGCCACAACCATCGGCGAGCCGGTAAAAGTCGAAGACGGCGACGCCGTGGTGTTCATGAACTTCCGCGCCGACCGTGCCCGCGAACTGACTCGCGTATTCGTCGAAGAAGATTTCAAGGAATTCGAGCGCGCCCGCCAGCCGAAGCTGGCCGGTTTCGTGATGCTGACCCAATACGCCGCCAGCATTCCCGCGCCATCGGCCTTCGCCGCCGGCAGCCTGGAAAACGTGCTGGGTGACTACCTGGCGAAAAACGGCAAGACCCAGCTGCGCATCGCGGAAACCGAGAAGTACGCCCATGTGACGTTCTTCTTCTCCGGCGGCCGCGAAGAGCCCTTCCCGGGCGAAGAGCGCATCCTGATCCCGTCGCCGAAGGTCGCCACCTACGATCTGCAACCGGAAATGAGCGCGCCGGAAGTGACCGACCGCATCGTCGACGCCATCGAGAACCAGCGTTACGACGTGATCGTGGTCAACTACGCCAACGGTGACATGGTCGGTCACAGCGGCGTGTTCGACGCAGCGGTCAAGGCGGTGGAATGCCTGGACACCTGCGTCGGTCGCATCGTCGAGGCGCTGGAAAAAGTCGGCGGCGAAGCGCTGATCACCGCCGACCACGGCAACGTCGAGCAAATGTCCGACGAATCCACCGGCCAGGCCCACACGGCCCACACCACTGAGCCGGTGCCATTCATTTATGTCGGCAAGCGTGACTTCAAGGTCCGCGACGGCGGCGTATTGGCCGACGTCGCACCGACCATGCTGATGCTGCTGGGCATGGAACAGCCGGCGGAGATGACCGGGACTTCGATCCTGGTCTGA MTTTPKPLVLMILDGFGHSDSHESNAVYAARKPVLDRLWATVPNGLISGSGMDVGLPDGQMGNSEVGHMNLGAGRVVYQDFTRVTKSIRDGEFFENPTICAAVDKAVAAGKAVHFMGLLSDGGVHSHQDHLIAMAELAARRGAENIYLHAFLDGRDTPPKSAESSIKLLDDTFKTLGKGRIASLIGRYFAMDRDNRWDRVAQAYNLIVDGNAEFHAATAQEGLQAAYERGESDEFVKATTIGEPVKVEDGDAVVFMNFRADRARELTRVFVEEDFKEFERARQPKLAGFVMLTQYAASIPAPSAFAAGSLENVLGDYLAKNGKTQLRIAETEKYAHVTFFFSGGREEPFPGEERILIPSPKVATYDLQPEMSAPEVTDRIVDAIENQRYDVIVVNYANGDMVGHSGVFDAAVKAVECLDTCVGRIVEALEKVGGEALITADHGNVEQMSDESTGQAHTAHTTEPVPFIYVGKRDFKVRDGGVLADVAPTMLMLLGMEQPAEMTGTSILV PGPT0018040_2253 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 D1-35_03228 414 yibN COG0607 putative protein YibN ATGGTTGCTCACCTGATTGAATTTGCCACTAACCACTACATTCTCGTCGGTATCTTCGTCGTACTGCTGGCGTTGCTGGTTGCCCACACGATGCAGGGCGGCGGACGCAGCCTGAGCACCGGTGAGCTGACCGCGCTGGTCAACAAGGACGCCGGCGTAGTGGTCGACATCCGTCCGACCAAGGATTACGCCGCCGGTCACATCGTCGGCGCGCTGAACATTCCTCAGGACAAACTGATCGCTCGTGTGGCCGAACTGGAAAAACACAAGGCCAAGACGCTGATCCTGGTCGACGCCCAAGGCCAGCAGGCCGGTACCCTTGCCCGCGAACTGATGAAGTCCGGCTTCACCGCCGCCAAACTGTCTGGTGGCGTTGCGAGCTGGAAAGCCGACAATCTGCCCCTGGTGAAGTGA MVAHLIEFATNHYILVGIFVVLLALLVAHTMQGGGRSLSTGELTALVNKDAGVVVDIRPTKDYAAGHIVGALNIPQDKLIARVAELEKHKAKTLILVDAQGQQAGTLARELMKSGFTAAKLSGGVASWKADNLPLVK NA NA NA NA NA D1-35_03229 198 grxC COG0695 Glutaredoxin 3 ATGCTGCTCAAGAACAAGGGCGTAGCCTTCGAAGAGATCAAGGTCGACGGCAAGCCGCAACTGCGCGCCGAAATGACCCAGAAGGCCCGGCGTACCTCCGTGCCGCAGATCTGGATCGGCGACACCCACGTGGGCGGTTGCGACGACCTGTTCGCCCTGGAGCGCGCCGGCGAGCTCGACGCGCTGCTCAAGGCCTGA MLLKNKGVAFEEIKVDGKPQLRAEMTQKARRTSVPQIWIGDTHVGGCDDLFALERAGELDALLKA PGPT0013201_4310 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676 NA NA D1-35_03230 483 secB COG1952 Protein-export protein SecB ATGACTGACCAACAGAACACAGCTGCCACTGAAGAAGAAGCCGCACCGCAATTCTCCTTGCAGCGCATTTACGTTCGCGACCTGTCCTTCGAAGCCCCGAAAAGCCCGGCGATCTTTCGCCAGCAGTGGGAGCCGAGTGTGGCCCTGGACCTGAATACCCGCCAGAAAGCCCTGGAAGAAGATTTCCACGAAGTGGTGCTGACCCTGTCGGTGACCGTGAAGAATGGCGACGAAGTCGCGTTCATCGCCGAAGTCCAGCAGGCCGGTATCTTCCTGATCAAGAATCTCGATGCCGCTTCGATGAGCCACACCCTGGGCGCGTTCTGCCCGAACATTCTGTTCCCGTACGCCCGCGAAACACTGGACAGCCTGGTGACCCGTGGCTCGTTCCCGGCCCTGATGCTGGCCCCGGTGAACTTCGATGCCCTGTACGCGCAAGAGCTGCAGCGCATGCAACAGGAAGGTGGCGCGACCGTCCAGTAA MTDQQNTAATEEEAAPQFSLQRIYVRDLSFEAPKSPAIFRQQWEPSVALDLNTRQKALEEDFHEVVLTLSVTVKNGDEVAFIAEVQQAGIFLIKNLDAASMSHTLGAFCPNILFPYARETLDSLVTRGSFPALMLAPVNFDALYAQELQRMQQEGGATVQ PGPT0025745_939 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025745-secB-K03071 NA NA D1-35_03231 456 trmL COG0219 tRNA (cytidine(34)-2'-O)-methyltransferase ATGTTTCACGTCATCCTTTTTCAACCGGAAATACCACCCAATACCGGCAACGTCATCAGGCTGTGCGCCAACAGCGGCTGCCACCTGCACCTGATCGAACCGCTGGGCTTCGAAATGGACGACAAGCGCCTGCGCCGCGCCGGCCTCGACTACCACGAGTATGCCACCTTGCAGCGGCACGCCGACTTGGCCAGTTGCCTGGAAAGCCTGGGGCATCCGCGCCTGTTCGCCTTCACCACCAAGGGCTCACGGCCGTTTCATGACGCCAGCTTCGTCGCCGGCGATGCATTCCTGTTCGGCCCGGAAAGCCGTGGCCTGCCGGCCGAAGTGCTCGACGCACTACCGGCGGACCAACGCTTGCGCTTGCCGATGCGTGAAGGCTGCCGCAGCCTGAACCTGTCCAACACCGTGGCGGTGGCGGTTTATGAGGCGTGGCGGCAGAACGGCTTTCAGTAG MFHVILFQPEIPPNTGNVIRLCANSGCHLHLIEPLGFEMDDKRLRRAGLDYHEYATLQRHADLASCLESLGHPRLFAFTTKGSRPFHDASFVAGDAFLFGPESRGLPAEVLDALPADQRLRLPMREGCRSLNLSNTVAVAVYEAWRQNGFQ 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 D1-35_03232 363 hypothetical protein ATGGGCTCTCTGGCGATCGTCGGCATGATGGTCGGGCTGATGATCGGCCGCCTGACAACGCCCGATCCGAGCGAGCTGCAACAGGTCGAGGTCACCCAGGGAGGGCTGGTGGCCTGGTTCAACAACGAACCGGAGCTCCATGGGGAAATCATCGACGGCACTGTGGCGCTGTTGTTTCAGGCGCAAGGTCGGCCGCAGAAAGGCCAGCTCAAGCTCAACGGCAAGAACGTGAACTGGCGGGTGCGGTTGAGTGACAAGGGGCTGTTGCTGACTTTGGTGGCGGCGCGTCCGTTGCGAGGGGAGTGGACCGGCAGCGAGGTCGATGACCGCTGGCGGCTGGAGATCCGTCTCCAGGAGCAATAA MGSLAIVGMMVGLMIGRLTTPDPSELQQVEVTQGGLVAWFNNEPELHGEIIDGTVALLFQAQGRPQKGQLKLNGKNVNWRVRLSDKGLLLTLVAARPLRGEWTGSEVDDRWRLEIRLQEQ NA NA NA NA NA D1-35_03234 1437 glnG COG2204 DNA-binding transcriptional regulator NtrC ATGAGCCGTAGTGAAACCGTGTGGATCGTCGATGACGACCGTTCTATCCGCTGGGTCCTGGAAAAAGCCTTGCAACAGGAAGGCATGACCACCCAGAGCTTCGACAGCGCCGACGGGGTGATGAGCCGCCTGGCCCGTCAGCAGCCGGACGTCATCATTTCCGATATCCGCATGCCCGGCGCCAGTGGCCTGGACTTGCTGGCGCGGATTCGCGAGCAACATCCGCGGCTGCCAGTGATCATCATGACCGCTCATTCCGACCTGGACAGCGCCGTGGCGTCTTACCAGGGCGGTGCGTTCGAATACCTGCCCAAGCCGTTCGACGTCGACGAAGCCGTGTCCCTGGTCAAGCGCGCCAATCAGCACGCCCAGGAGCAACAAGGCCTGGAAGAAGTCCCGGCCCTGGCCCGCACCCCGGAAATCATCGGTGAAGCGCCGGCGATGCAGGAAGTGTTTCGCGCCATCGGTCGACTGAGCCATTCCAACATCACCGTGCTGATCAACGGTGAATCGGGTACCGGCAAGGAATTGGTTGCCCACGCCCTGCACCGCCACAGCCCGCGTGCGGCGTCGCCGTTCATTGCGCTGAACATGGCGGCGATTCCCAAGGACCTGATGGAGTCCGAGCTGTTCGGCCATGAAAAGGGCGCGTTCACCGGCGCGGCCAACTTGCGCCGGGGCCGCTTCGAACAAGCCGATGGCGGTACGTTGTTCCTGGATGAAATCGGCGACATGCCGGCTGACACCCAGACCCGACTGCTGCGGGTACTGGCCGACGGCGAGTTCTATCGAGTCGGCGGGCATACGCCGGTCAAGGTCGATGTCCGGATCATCGCCGCGACCCACCAGAACCTGGAAACCCTGGTCCACGCCGGCAAGTTCCGCGAAGACCTGTTCCATCGCCTGAACGTGATCCGCATCCACATCCCGCGCCTGGCGGACCGTCGCGAGGACATCCCGACCCTGGCCCGGCACTTCCTCGGCCGTGCGGCCCAGGAGCTGGCGGTGGAGCCCAAGCTGCTCAAGAGCGAGACCGAGGAATACCTCAAGAACCTGCCGTGGCCCGGCAACGTGCGCCAGCTGGAGAACACCTGCCGCTGGATCACGGTGATGGCGTCGGGTCGCGAAGTGCATATCAGCGACTTGCCACCGGAACTGTTGAGCCTGCCACAGGATTCGGCGCCGGTGACCAACTGGGAACAGGCCTTGCGCCAATGGGCCGACCAGGCCCTGGCCCGCGGTCAATCGAGCCTGCTCGACAGCGCCGTCCCGGCCTTCGAGCGCATCATGATCGAAACCGCCCTCAAGCACACCGCCGGCCGCCGCCGCGACGCCGCCGTGCTGCTGGGCTGGGGCCGCAATACCTTGACTCGCAAGATCAAGGAATTGGGGATGAAGGTTGATGGTGGGGATGATGATGAAGGGGATGAGGGCTGA MSRSETVWIVDDDRSIRWVLEKALQQEGMTTQSFDSADGVMSRLARQQPDVIISDIRMPGASGLDLLARIREQHPRLPVIIMTAHSDLDSAVASYQGGAFEYLPKPFDVDEAVSLVKRANQHAQEQQGLEEVPALARTPEIIGEAPAMQEVFRAIGRLSHSNITVLINGESGTGKELVAHALHRHSPRAASPFIALNMAAIPKDLMESELFGHEKGAFTGAANLRRGRFEQADGGTLFLDEIGDMPADTQTRLLRVLADGEFYRVGGHTPVKVDVRIIAATHQNLETLVHAGKFREDLFHRLNVIRIHIPRLADRREDIPTLARHFLGRAAQELAVEPKLLKSETEEYLKNLPWPGNVRQLENTCRWITVMASGREVHISDLPPELLSLPQDSAPVTNWEQALRQWADQALARGQSSLLDSAVPAFERIMIETALKHTAGRRRDAAVLLGWGRNTLTRKIKELGMKVDGGDDDEGDEG PGPT0000685_821 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000685-ntrC|glnG-K07712 NA NA D1-35_03235 1086 glnL COG3852 Sensory histidine kinase/phosphatase NtrB ATGACCATTAGCGACGCACTACACCGTTTGCTGCTCGACAATCTCACCACCGCGACCATCCTGCTCGACGCCGAACTGCGTCTGGAGTACATGAACCCGGCGGCAGAGATGCTCCTGGCCGTCAGCGGCCAGCGCAGCCATGGGCAGTTCATCAGCGAACTGTTTACCGAATCCGCCGAAGCGCTGAATTCCCTGCGCCAGGCCGTCGAACAGGCTCACCCGTTCACCAAGCGCGAAGCGATGCTCACCGCCCTGACCGGCCAGACCCTGACGGTCGACTACGCGGTAACGCCGATCCTCAACAACAATGCCACCCTCCTGCTTCTGGAAGTCCATCCCCGTGATCGCCTGCTGCGCATCACCAAGGAGGAGGCGCAATTGTCCAAGCAGGAAACCAGCAAGATGCTGGTGCGCGGCCTGGCCCATGAGATCAAGAATCCGTTGGGTGGCATTCGTGGCGCGGCGCAGTTGCTCGCCCGGGAACTGCCAGAAGAAAGCCTCAAGGACTACACCAACGTCATCATCGAAGAAGCCGACCGCCTGCGAAACCTGGTGGATCGCATGCTCGGCTCGAACAAGCTGCCCTCACTGGCGCTGTGTAACGTTCACGAAGTACTGGAGCGCGTCAGCAGCCTGGTGGAGGCGGAGAGCCAGGGCTGCATCACCTTGGTGCGCGACTACGACCCGAGCATTCCCGACGTCCTGATCGACCGCGAGCAGATGATTCAGGCGGTGCTGAACATCGTGCGCAACGCCATGCAGGCCATCAGCAGCCAGAGCGAGCTGCGCATGGGTCGCATCAGCCTGCGCACCCGCGCCATGCGCCAGTTCACCATCGGTCATGTGCGCCATCGCCTGGTGACCAAGATCGAAATCATCGACAACGGCCCGGGCATCCCTGCGGAACTGCAGGAAACCATCTTCTTTCCCATGGTCAGCGGCCGTCCGGACGGTACCGGGCTGGGCCTGTCCATCACCCAGAACATCATCAGTCAGCATCAGGGCTTGATCGAATGTGAGAGCCACCCCGGCCACACCACTTTCTCGATCTTCCTGCCACTGGAACAAGGAGCCACATCGACATGA MTISDALHRLLLDNLTTATILLDAELRLEYMNPAAEMLLAVSGQRSHGQFISELFTESAEALNSLRQAVEQAHPFTKREAMLTALTGQTLTVDYAVTPILNNNATLLLLEVHPRDRLLRITKEEAQLSKQETSKMLVRGLAHEIKNPLGGIRGAAQLLARELPEESLKDYTNVIIEEADRLRNLVDRMLGSNKLPSLALCNVHEVLERVSSLVEAESQGCITLVRDYDPSIPDVLIDREQMIQAVLNIVRNAMQAISSQSELRMGRISLRTRAMRQFTIGHVRHRLVTKIEIIDNGPGIPAELQETIFFPMVSGRPDGTGLGLSITQNIISQHQGLIECESHPGHTTFSIFLPLEQGATST PGPT0000680_688 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000680-ntrB|glnL-K07708 NA NA D1-35_03236 627 hypothetical protein ATGATCCGCTGGCTGCTCGCCCTCGGCCTGCTGCTGGTGGCGCTACCGAGCCTGGCGCAGGTCTACACCTACATCGACGCCCAGGGCAATCGCGTCTTCACCGACCAGCCACGCCCCGGCAACGCGAAGAAAGTGCCGCTACCGCCCGGCAACCGGATGCCGGCCACGCCCTCCGGGAATACGCCGACGACGACCGCCGAAAAGCCACCCGCCGAGCCCTTGTTCCGATACGAGATGCTCCGGCTGCTGATCCCCGAGCCAGATGCGACGATACGCAGTACCGCGGGGGAACTGATCGTCACCGCCACCAGTGAGCCCGGTTTGCAGAAAGGTCACCGCTACCGTCTGCTGCTGGACGGCAAGCCCACTGGCGAGCCGGGACCCAGCCCAGTGTTTGCGCTGAAGAATATTGATCGCGGCACGCATCACCTGGCAGTGGAGATCCTCGACGAGCAAGCGCGAATCGTCGAGCGCACCGCCAACCAGCCCTTCCACATGCAGCGCATGTCCCTGGCGCAAAAGCGCCGCGTCAAACCCTGTGCTATCGCCGACTACGGCCAACGCCCCGAATGCCCCCTGGCGGACAAGCCCGAGGAGGAAAAAAGCAGCATCCTGCCCTTCTTCTAA MIRWLLALGLLLVALPSLAQVYTYIDAQGNRVFTDQPRPGNAKKVPLPPGNRMPATPSGNTPTTTAEKPPAEPLFRYEMLRLLIPEPDATIRSTAGELIVTATSEPGLQKGHRYRLLLDGKPTGEPGPSPVFALKNIDRGTHHLAVEILDEQARIVERTANQPFHMQRMSLAQKRRVKPCAIADYGQRPECPLADKPEEEKSSILPFF NA NA NA NA NA D1-35_03237 519 hypothetical protein ATGGGTCGTGTTTTCTCAATCATCCTCTTATCGCTGTTGGCATTGCCTGCTACCGCGCAGATCTACAAATACACCGACGCCGACGGCAACACCGCCTACAGCAATCAGCCGCCCGACGGCGTACCAGCCCAGGCCGTGGAATTGCCGCCGCTCAACAGCGTCGAGTCCCAGACACCGGCCAGCCGCGAAGCACCTGCGGCCGCGCAAAGCAGCGACGCGCCGCGTAACGCCTATGACATCCTGGAACTGACCGACATCCCCACCGAAGAAGCCCTGCGCGCCAATAACGGCACCTTCACCGTTGGCGTCCGGGCGCAGCCGCGCCTGCAAGGCCCGCATCTGTTCAGGCTATTGCTGGACGGCCAGCCGTACGGGCAGCCGAGTAACGTGCCGCGCCTGCAACTGGTGAACATCGACCGCGGCGAACACAGCCTGGCAGTCCAGGTCATCAACGGGGAACGTCTCGTGCAACAAAGCGAAACCGTTACCTTCACTGTCCAGCGGATTCACCTTCCATGA MGRVFSIILLSLLALPATAQIYKYTDADGNTAYSNQPPDGVPAQAVELPPLNSVESQTPASREAPAAAQSSDAPRNAYDILELTDIPTEEALRANNGTFTVGVRAQPRLQGPHLFRLLLDGQPYGQPSNVPRLQLVNIDRGEHSLAVQVINGERLVQQSETVTFTVQRIHLP NA NA NA NA NA D1-35_03238 558 hypothetical protein ATGACTCCGCGCCTCAAGCTCTGCCTTGCCCTGTCCGCCGCACTGCTGGCCACCAGCGCCGAAGCGGGCAACGCCCCCGAAGCCCTTACTCCGCTGCTGAACGCCATCGGTGAACGCCTGGCCATTGCCGATCAGGTGGCGTTGAGCAAATGGGACAGCGGCAAACCGGTGGAGGATCGCCAGCGCGAGCGTGAAGTCATCGCCGCCGCCGTCGCCCAGGCGCCGGCCTACAAACTGACCGGTGAAACCGTGGAAGCGTTTTTCGCCGCCCAGATTGAAGCCAACAAACTGGTGCAATACATCAACCTGTCCGACTGGGCCCTCGACGGCAAGGCCCCGGACCTGCCACGCCCGGACCTGGTGGGCGAGATCCGCCCCAAACTCGATCGACTGCAGAAACGTCTGTTGCAACAACTGGCCGACTTCGCCCCCTACCGCACCGACCCGCAGTGCCCGCAATGGCTGGCCCGCGCCACCCACCACAACAAACAACACCCAATACACAGGCTTGCCTTGATCCGAGCAACCGGCGGACTGTGTATCTCCCCGAAATCCTGA MTPRLKLCLALSAALLATSAEAGNAPEALTPLLNAIGERLAIADQVALSKWDSGKPVEDRQREREVIAAAVAQAPAYKLTGETVEAFFAAQIEANKLVQYINLSDWALDGKAPDLPRPDLVGEIRPKLDRLQKRLLQQLADFAPYRTDPQCPQWLARATHHNKQHPIHRLALIRATGGLCISPKS NA NA NA NA NA D1-35_03239 1407 glnA Glutamine synthetase ATGTCGAAGTCGGTTCAACTCATCAAAGATCATGACGTCAAGTGGATTGATCTGCGCTTCACTGACACCAAGGGCACTCAACATCACGTGACCATGCCGGCCCGTGATGCGCTGGACGACGAATTCTTTGAAATCGGCAAGATGTTCGACGGTTCCTCCATCTCCGGCTGGAAAGGCATCGAAGCCTCCGACATGATCCTGATGCCGGACGACGAAACCGCGGTCCTCGATCCGTTCACCGAAGAGCCGACCCTGATCCTGGTTTGCGACATCATCGAACCTTCGACCATGCAAGGCTATGACCGCGACCCACGCGCCATCGCCCACCGCGCCGAGGAATACCTGAAGTCCACCGGTATCGGCGACACCGCTTTCTTCGGTCCTGAGCCTGAATTCTTCATCTTCGACTCGGTCAAGTTCAAATCCGACATCTCCGGTTCCATGTTCAAGATCTTCTCCGAACAGGGTTCGTGGATGTCCGACCAGGACGTGGAAGGCGGCAACAAAGGCCACCGTCCAGGCGTCAAAGGCGGCTACTTCCCGGTTCCGCCGTTCGATTTCGACCACGAAATCCGTACTTCCATGTGCAACGCGCTGGAAGAAATGGGCCAGACCGTCGAAGTTCACCACCACGAAGTGGCAACTGCCGGCCAGAACGAAATCGGCGTGAAGTTCAACACGCTGGTCAAGAAGGCTGACGAAGTCCAGACCCTGAAGTACTGCGTGCACAACGTTGCCGACGCCTACGGCCGCACCGCGACCTTCATGCCGAAGCCTCTGTACGGCGACAACGGTTCGGGCATGCACGTGCACATGTCGATCTCCAAGGACGGCAAGAACACCTTCGCTGGCGAAGGTTATGCCGGTCTGTCGGACACCGCCCTGTACTTCATCGGCGGCATCATCAAGCACGGTAAGGCCCTGAACGGCTTCACCAACCCGTCGACCAACTCCTACAAGCGTCTGGTTCCAGGCTTCGAAGCACCGGTCATGCTGGCCTACTCGGCTCGCAACCGTTCCGCCTCGATCCGTATTCCTTATGTGAACAGCCCTAAAGCCCGTCGTATCGAAGCGCGCTTCCCGGATCCGGCTGCCAACCCGTACCTGGCCTTCGCAGCACTGATGATGGCCGGCCTGGACGGTATCCAGAACAAGATCCACCCCGGCGATGCCGCCGACAAGAACCTGTATGACCTGCCGCCTGAAGAGGCCAAGGAAATCCCACAGGTTTGCGGTAGCCTGAAAGAAGCCTTGGAAGAGCTGGACAAGGGCCGTGCGTTCCTGACCAAGGGCGGCGTATTCAGCGACGACTTCATCGACGCTTACATCGCGCTGAAAAGCGAAGAAGAGATCAAGGTTCGCACCTTCGTACACCCACTGGAATATGAGCTGTACTACAGCTGCTGA MSKSVQLIKDHDVKWIDLRFTDTKGTQHHVTMPARDALDDEFFEIGKMFDGSSISGWKGIEASDMILMPDDETAVLDPFTEEPTLILVCDIIEPSTMQGYDRDPRAIAHRAEEYLKSTGIGDTAFFGPEPEFFIFDSVKFKSDISGSMFKIFSEQGSWMSDQDVEGGNKGHRPGVKGGYFPVPPFDFDHEIRTSMCNALEEMGQTVEVHHHEVATAGQNEIGVKFNTLVKKADEVQTLKYCVHNVADAYGRTATFMPKPLYGDNGSGMHVHMSISKDGKNTFAGEGYAGLSDTALYFIGGIIKHGKALNGFTNPSTNSYKRLVPGFEAPVMLAYSARNRSASIRIPYVNSPKARRIEARFPDPAANPYLAFAALMMAGLDGIQNKIHPGDAADKNLYDLPPEEAKEIPQVCGSLKEALEELDKGRAFLTKGGVFSDDFIDAYIALKSEEEIKVRTFVHPLEYELYYSC PGPT0000645_4402 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 D1-35_03240 1455 thiI COG0301 tRNA sulfurtransferase ATGAAACTAATCGTAAAAGTCTTCCCCGAGATCACCATCAAGAGCCGCCCGGTACGGATGCGTTTCATCCGCCAGCTGGCCAAGAACATCCGTGCCGTGCTCCGTGACCTGGACCCGGCCGTGGTGGTGAACGGCGTGTGGGACAACCTCGAACTGGAAACCCGCGTCAGCGAACCCAAGGCTTTGAAGGAAATGACCGAGCGCCTGAGCTGCATGCCGGGCATCGCCCATTTCCTCCAGGTCGACGAATATCCGCTGGGGGACTTCGACGATATCCTCGCCAAGTGCATGCTCCATTATGGTGACGCCTTGGCCGGCAAGATCTTCTCGGTACGCTGCAAGCGCGCCGGCAAGCATCCGTTCAGCTCGATGGACGTCGAACGTTATGTCGGCAGCCAGTTGCGCCGGCAGTGCGGCGCGGCCGGTATTTCCCTGAAAGACCCTGAAGTTGAAGTGCGCATCGAGATTCGCGACCAGCGGTTGTTCGTGATCCACAGCCAGCACGACAGCATCGGCGGTTATCCGCTGGGTTCGCTGGAGCAGACGCTGGTATTGATGTCCGGTGGTTTCGACTCCACCGTCGCCGCCTACCAGATCATGCGTCGCGGCTTGATGAGCCATTTCTGCTTCTTCAACCTCGGCGGGCGCGCCCACGAACTGGGCGTCATGGAAGTGGCGCACTTCATCTGGAAGAAGTACGGCAGCTCCCAGCGCGTGTTATTTGTGAGCGTGCCGTTCGAGGAAGTCCTGGGCGAGATTCTCGGCAAAGTCGATAACAGTCATATGGGCGTCATTTTGAAGCGTATGATGTTGCGTGCCGCGACGAGCATCGCCGACCGCCTGCACATCGACGCGCTGGTCACCGGCGAGGCGATTTCCCAGGTTTCGAGCCAGACGCTGCCGAACCTGTCGGTGATCGACTGCGTGACCGAGAAACTCGTGCTGCGGCCACTGATCGCCAGCCACAAGCAGGACATCATCGACACGGCCACGGAGATCGGCACCGCCGATTTTGCCCGGCACATGCCGGAGTACTGCGGGGTCATCTCGGTCAATCCGAAGACGGCGGCCAAGCGCGGGCGCGTGGAGCACGAGGAGAAAGAATTCGACATGGCGGTACTCGAACGCGCAATCGAGAACGCCAGGCTGGTGCCGATCGATCGGGTCATCGACGAATTGGGCCAGGACATTCAGATTGAAGAAGTCGGCGAAGCGCTGGCCGGTCAGATCATCATCGACATCCGTCACCCGGACGATGCTGAAGACGACCCGCTGAGCGTCGCCGGCGTCGAGGTACAAACGATGCCGTTCTATGCAGTGAACGCGCGTTTCAAGGAACTGGACCCTACTCGCCAGTACCTGCTGTATTGCGACAAAGGCGTGATGAGTCGCCTGCATGCCCATCATTTGCTCAGTGAGGGGCATGCCAATGTGCGCGTTTATCGACCGAGCTAA MKLIVKVFPEITIKSRPVRMRFIRQLAKNIRAVLRDLDPAVVVNGVWDNLELETRVSEPKALKEMTERLSCMPGIAHFLQVDEYPLGDFDDILAKCMLHYGDALAGKIFSVRCKRAGKHPFSSMDVERYVGSQLRRQCGAAGISLKDPEVEVRIEIRDQRLFVIHSQHDSIGGYPLGSLEQTLVLMSGGFDSTVAAYQIMRRGLMSHFCFFNLGGRAHELGVMEVAHFIWKKYGSSQRVLFVSVPFEEVLGEILGKVDNSHMGVILKRMMLRAATSIADRLHIDALVTGEAISQVSSQTLPNLSVIDCVTEKLVLRPLIASHKQDIIDTATEIGTADFARHMPEYCGVISVNPKTAAKRGRVEHEEKEFDMAVLERAIENARLVPIDRVIDELGQDIQIEEVGEALAGQIIIDIRHPDDAEDDPLSVAGVEVQTMPFYAVNARFKELDPTRQYLLYCDKGVMSRLHAHHLLSEGHANVRVYRPS PGPT0008940_288 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 D1-35_03241 1821 typA COG1217 GTP-binding protein TypA/BipA GTGATCGAAAATCTACGCAACATCGCCATCATTGCTCACGTTGACCATGGTAAGACCACCCTGGTAGACAAACTCTTGCGTCAATCCGGCACCCTGGAGCGCAACGAGCTCAACGACGAGCGCGTGATGGACTCCAACGACCAGGAAAAAGAGCGCGGTATTACCATCCTGGCGAAAAACACCGCCATCAACTGGAACGGCTACCACATCAACATCGTGGATACCCCGGGCCACGCCGACTTCGGTGGTGAAGTCGAGCGCGTGATGTCGATGGTCGACTCCGTGCTGCTGCTGGTCGACGCCCAGGACGGCCCTATGCCGCAAACCCGTTTCGTGACCAAGAAGGCCTTCGAAGCCGGCCTGCGTCCGATCGTGTGCATCAACAAGGTTGACCGTCCAGGCGCGCGTCCGGACTGGGTTCTGGACCAGATCTTCGACCTGTTCGACAACCTGGGCGCCACCGAAGAACAGCTGGACTTCAAAGTCGTCTACGCCTCGGCCCTGAACGGTATTGCCGGTCTGGACCACACCGAAATGGCTGACGACATGACCCCGCTGTACCAGTCGATCGTCGACAACGTACCCGCGCCGAAAGTCGACCGTGACGGCCCGTTCCAGATGCAGATCTCGGCACTGGACTACAACAGCTTCCTGGGTGTGATCGGTGTTGGCCGTATCGCCCGTGGTCGCGTCAAGCCGAACACTCCGGTCGTGGCTATCGGTGCCGACGGCAAGAAGCGCAACGGTCGTATCCTGAAGCTGATGGGTCACCACGGTCTGCACCGTGTAGACGTTGAAGAAGCAGCTGCCGGCGACATCGTCTGCATCAGCGGCATGGACTCGCTGTTCATCTCCGACACCCTGTGCCACCCGGACACCGTTGAAGCGATGAAGCCGTTGACCGTCGACGAGCCAACCGTTTCCATGACCTTCCAGGTAAACGACTCGCCATTCTGCGGTAAAGAAGGCAAGTTCGTGACTTCCCGTAACATCAAGGAACGTCTGGACAAAGAGCTGCTGTACAACGTTGCACTGCGCGTTGAAGAAGGCGACTCGGCTGACAAGTTCAAGGTCTCGGGCCGTGGCGAACTGCACCTCTCGGTTCTGATCGAAACCATGCGTCGCGAAGGCTTCGAAATGGCTGTAGGCCGTCCGGAAGTGATCATCCGTCTGGTTGACGGCGTGAAGCACGAACCGTTCGAAAACGTCACCATCGACCTGCCGGAAGAATCCCAGGGCAAGGTGATGGAAGAGATGGGCCTGCGTAAGGGCGACCTGACCAACATGGTGCCGGATGGCAAGGGCCGTGTACGTCTGGAATACAACATCCCTGCTCGTGGTCTGATCGGTTTCCGTAACCAGTTCCTGACCCTGACCAACGGTGCTGGCATCCTGACTTCGATCTTCGACCGTTACGACGTGATGAAGTCCGGCGACATGTCCGGCCGTCAGAACGGCGTTCTGGTTTCGGTTGAAACCGGCAAGGCGCTGACCTACTCCCTGGAAACCCTCCAGGCGCGTGGCAAGCTGTTCGTTGAACATGGCCAGGAAATCTACGGCGGCCAGATCGTTGGTCTGAACAGCCGTGACAACGACCTGGGCGTGAACCCTACCAAGGGCAAGAAGCTCGACAACATGCGTGCTTCGGGTAAAGACGAAACCATCGCCCTGGTACCACCTGTTCGCTTCACCCTGGAACAGGCTCTGGAATTCATCCAGGACGACGAGCTGTGTGAAGTGACGCCTAAGTCGATCCGCCTGCGCAAGAAGATCCTGGACGAAAGCGAGCGTACCCGCGCCGCCAAGAAAGCCAAGAACTGA MIENLRNIAIIAHVDHGKTTLVDKLLRQSGTLERNELNDERVMDSNDQEKERGITILAKNTAINWNGYHINIVDTPGHADFGGEVERVMSMVDSVLLLVDAQDGPMPQTRFVTKKAFEAGLRPIVCINKVDRPGARPDWVLDQIFDLFDNLGATEEQLDFKVVYASALNGIAGLDHTEMADDMTPLYQSIVDNVPAPKVDRDGPFQMQISALDYNSFLGVIGVGRIARGRVKPNTPVVAIGADGKKRNGRILKLMGHHGLHRVDVEEAAAGDIVCISGMDSLFISDTLCHPDTVEAMKPLTVDEPTVSMTFQVNDSPFCGKEGKFVTSRNIKERLDKELLYNVALRVEEGDSADKFKVSGRGELHLSVLIETMRREGFEMAVGRPEVIIRLVDGVKHEPFENVTIDLPEESQGKVMEEMGLRKGDLTNMVPDGKGRVRLEYNIPARGLIGFRNQFLTLTNGAGILTSIFDRYDVMKSGDMSGRQNGVLVSVETGKALTYSLETLQARGKLFVEHGQEIYGGQIVGLNSRDNDLGVNPTKGKKLDNMRASGKDETIALVPPVRFTLEQALEFIQDDELCEVTPKSIRLRKKILDESERTRAAKKAKN PGPT0023720_3341 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207 NA NA D1-35_03242 438 hypothetical protein ATGATGAAGCCCAACCTGATCGCCGCCGCGGAGATCGACCGACTCGATACCTGGGCGAAGTATTCCGCCCCGATGTGCGGTTCCTGCGTGTCGAGCTGTTGCACGCTGCCGGTGGAGGTCAAGATCAAGGACCTGATCCGTATCGGCATCGTCGATGAGTTCGAGCTGGGCGACCCGCCGAAAAACATCGCCAAGCGCCTGCAAAAGGAAGGGATCGTCGAGCGCTACAACCAGAAATCGGAAATCTTCACGCTCCAGCGCATGAGCAACAACGATTGCCTGTATCTGGATCGCAAGAGCCGGCTGTGCACCATTTACGAAAAGCGCCCGGACACCTGCCGCAATCATCCACGGGTCGGGCCACGGCCGGGGTATTGCGCCTACAAGCCCAAGGAAGTGGAGCGCGAGCGTAATCCGCGGACGTTGGATCGATTTTGA MMKPNLIAAAEIDRLDTWAKYSAPMCGSCVSSCCTLPVEVKIKDLIRIGIVDEFELGDPPKNIAKRLQKEGIVERYNQKSEIFTLQRMSNNDCLYLDRKSRLCTIYEKRPDTCRNHPRVGPRPGYCAYKPKEVERERNPRTLDRF NA NA NA NA NA D1-35_03243 2451 malP COG0058 Maltodextrin phosphorylase ATGACTCAAGAACCACTTGTTCGCGAAGCCGAGGTTGCGGCTTTTCGCGACGCCGTGTTGACCAAACTCACTTATGCCGTCGGCAAGGACCCCGATCATGCGTTTGATCACGATTGGTTCGAAGCCATCGCCCTCGCTGCCCGCGACCATATGGTCGAACACTGGATGGACCATACGCGGCAGATCTACCGAAAGGGCCAGAAGCGCGTCTACTACCTCTCCCTGGAGTTTCTCATCGGCCGGCTGCTGTACGACAGCCTGAGCAACCTCGGCTTGCTGGACACCGCCCGCGAGGCCTTGACCGAGCTGGGCGTGGACCTTGAGCGCATCCGTCTGCTGGAGCCCGACGCGGCCTTGGGCAACGGCGGTCTCGGCCGTCTGGCGGCGTGCTTCATGGAAAGCATGTCGACCCTCGGAATCGCCGGCCATGGTTATGGCATTCGTTACGAACACGGCCTGTTCCGCCAGGCGATTGTCGACGGCTGGCAACAGGAGCAGACCGAACACTGGCTGGACTTCGGCAACCCATGGGAATTCGAGCGGCCGGAAGTCGTCTACCCGATCGGCTTTGGCGGCAGCGTCGAGACTGTCACCGACGAAACCGGCAAGACCCGGCAGGTCTGGTCCCCGGCCGAAACCGTGCGGGCGATTGCCTATGACACGCCGGTCGTCGGCTGGCGCGGTGCCAGCGTCAATACCTTGCGCCTGTGGCGTGCCCGAGCCGTGGAAGACCTGCACCTGGAGCGCTTCAACGCTGGCGACCACCTCGGCGCCGTAGCGGAAGTGGCCCGCGCCGAGAGTATTTCCCGCGTGCTGTACCCGGCCGACAGCACCGAAGCCGGCCAGGAACTGCGCCTGCGCCAGGAATATTTCTTCGTCGCCGCCTCGCTGCAGGATTTGCTGCGCCGCCATCGCAACATGCACACCTCGGTACTGACCTTGGGCGATCACGCGGCGATCCAGCTCAACGACACCCACCCGTCGATTGCCGTGGCCGAGCTGATGCGCCAATTGGTGGACGTCTACGACGTGGCGTGGGACGCGGCCTGGCAGATCACCCAGGACACGCTCTCCTACACCAACCACACGCTGCTGCCAGAAGCATTGGAAACCTGGCCGGTGGGGCTGATGGAGCGCATGTTGCCGCGGCACATGCAGATCATCTACCTGATCAACGCCCAGCATATCGATTCGCTGCGGGCCAAGGGCGTGCACGATTTCGACGTGTTGCGCTCGGTGTCGCTGATCGAAGAAGACAACGGTCGCCGGGTGCGCATGGGTAACCTCGCGTTCCTCGGTTCCCACAGCGTCAACGGCGTGTCCGGACTGCACACGCAACTGATGCGCAGCACCGTATTCTCTGAGCTGCACAAACTTTACCCGGACCGGATCAACAACAAGACCAACGGCATCACTTTCCGCCGCTGGCTGTTCCAGGCCAACGCCGAACTGACCTCAATGATGGTCGACGCCCTCGGCCCGAGCGTGCTCGACAACCCCGAGGAGCGGCTGATCGAACTGGAGCCGTTTGCCGACAAACCGGCGTTCCGCAAGCAATTCGCCGAGCAGCGCCTGCACAGCAAGAAAGCCCTGGCCTACCTGATTCACGAGCGGCTGGGCATTGCCGTCAACCCGGCGGCGATGTTCGACGTGCAGGTCAAGCGGATCCACGAGTACAAACGCCAGTTGCTCAACCTGATGCACACCGTGGCGCTGTACCAGGCGATCCGCGCCGAGCCGGAGGTGGATTGGGTGCCGCGGGTGAAGATCTTCGCCGGCAAGGCCGCCGCCAGTTATCACCAGGCCAAGCTGATTATCAAGCTGACCAACGACATCGCCCGGGTGGTCAACAACGACCCGACCGTGCGCGGCTTGCTCAAAGTGGTGTTCCTGCCCAACTACAACGTCAGCCTGGCCGAAAGCATCATCCCGGCGGCGGACCTCTCGGAGCAGATTTCCACGGCCGGTTTCGAGGCCTCGGGTACCAGCAACATGAAGTTCGGCCTCAACGGCGCGCTGACCATCGGCACCATGGACGGCGCCAACGTGGAAATGCATGACCGCGTCGGTGGCGAGCACATGTTCATCTTCGGCCTGACCGCCGAGCAGGTGGAAGCGCGCAAGCGCAACGGCGAATTCAGTGCCGCGCCGGACATCGCCGCATCCCATCGCCTCAACGATGTGCTGCAAGCGATTCGTGGCGGGGTGTTCTCGCCTGACGATCCGATGCGCTACACCGGGTTGGTGGACTCGCTGGTGGATTACGACCGCTTCCTGGTCTGTGCCGATTTCGACGCCTACTGGAACGCCCAGGCCAAAGTCGAGGAGAGGTGGCACGATCCCAAGCAATGGTGGCGCTCGGCGGTGCTCAACACCGCGCGCATGGGCTGGTTCTCCTCGGACCGGACCATTCGTGAATACGCCACCGATATCTGGAAGGCCCTGGACTGA MTQEPLVREAEVAAFRDAVLTKLTYAVGKDPDHAFDHDWFEAIALAARDHMVEHWMDHTRQIYRKGQKRVYYLSLEFLIGRLLYDSLSNLGLLDTAREALTELGVDLERIRLLEPDAALGNGGLGRLAACFMESMSTLGIAGHGYGIRYEHGLFRQAIVDGWQQEQTEHWLDFGNPWEFERPEVVYPIGFGGSVETVTDETGKTRQVWSPAETVRAIAYDTPVVGWRGASVNTLRLWRARAVEDLHLERFNAGDHLGAVAEVARAESISRVLYPADSTEAGQELRLRQEYFFVAASLQDLLRRHRNMHTSVLTLGDHAAIQLNDTHPSIAVAELMRQLVDVYDVAWDAAWQITQDTLSYTNHTLLPEALETWPVGLMERMLPRHMQIIYLINAQHIDSLRAKGVHDFDVLRSVSLIEEDNGRRVRMGNLAFLGSHSVNGVSGLHTQLMRSTVFSELHKLYPDRINNKTNGITFRRWLFQANAELTSMMVDALGPSVLDNPEERLIELEPFADKPAFRKQFAEQRLHSKKALAYLIHERLGIAVNPAAMFDVQVKRIHEYKRQLLNLMHTVALYQAIRAEPEVDWVPRVKIFAGKAAASYHQAKLIIKLTNDIARVVNNDPTVRGLLKVVFLPNYNVSLAESIIPAADLSEQISTAGFEASGTSNMKFGLNGALTIGTMDGANVEMHDRVGGEHMFIFGLTAEQVEARKRNGEFSAAPDIAASHRLNDVLQAIRGGVFSPDDPMRYTGLVDSLVDYDRFLVCADFDAYWNAQAKVEERWHDPKQWWRSAVLNTARMGWFSSDRTIREYATDIWKALD PGPT0018545_3070 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018545-glgP-K00688 NA NA D1-35_03244 3624 hypothetical protein ATGCAATGGATTTTGACACTGTTGGGCCTGGCACTCGGCTGGGTGGTGGAAGAGTCGTTTGCCGACGCGCTGATCGGTGCGCTGGTGGGGCTTGGCATCGCCCAGTCGTTTCGACTGGGACGCCTGGGTATCCAGGCCGCCAAGCAACAGATCCTGCTCCAAGATGCCCAGCGCAGCTTGCTCACGCTGGAAGCGCGTCTGGCGGTGCTCGAACGCGGCAACGTGGCCGAACCGAGTGAACCGGCTACAGCGCCGGAAATCGTCGTTGCCCAAGCGGCGAAGCCCGAGGCGCGCACCGAGCCGGAGCTCATCTGGCAGCTGCCACCAGAACTCGAACCAATCCCCGCGATGGCCACCCAGGCCAGCCAGCCGTTGCCCGATGACGTTTGGAAACCCGCGCCCGAAACATCCAGTCGGCGCGCAACCCGCGACTTCGAACCTCTGCCCCTGGAACCGAGGACTACCGAGCCGACGGCCCCTCGCGGTCCGAATCTGATCGATCGTGCCTGGACGGGCGCGCGCAACTGGCTGTTCGGCGGCAACACCGTGCTGCGGGTCGGCGTGGTGCTGTTGTTCCTCGGCCTGGCCTTCCTGCTGCGCTACGCCACTGAAGGCATGGTAGTGCCGATCGAGTTGCGTTACGCCGGCGTCGCGGCCAGTGCCTTGGGCCTGTTGGGCCTGGGCTGGTGGTTGCGCCACCGCAACAGCAACTATGCGTTGATGTTGCAGGGGACGGGGATCGCGGTGCTGTACCTGACCGTGTTCGCCGCCATGCGCCTGCACCCGCTGCTCGATTCCAAGGCTGCCCTGGGCCTGTTGGTTGCAGTCACGGTGTTTTCCGCGATCCTGGCCGTTACCCAGAATGCCCTGGGGCTGGCGGCAGCTGCCGCACTGGGCGGCTTCGCCGCGCCGATCCTGACCTCCACCGGCAGCGGCAACCATGTCGCGCTGTTCAGCTATTTCATCCTGCTCAATACCGGCATCTTCGCGATTGCCTGGTTCCGCGCCTGGCGCCTGCTCAACCTGATCGGCTTCGTCGGCACTTTCGGCATCGGTTTCGCCTGGGGCCTGCGTTCCTATACGCCGGAGCTGCTCTGGAGCACTGAGCCGTTCCTCATCGTGTTCTTCCTGATGTACCTGGCGATAGGCTTGTTGTTCACCCGGCGCAAGCTGCTGGAAATGAGCGATGCGCCTGAAGATGACAGCCGTCAGGCGCTGCTGCGCTGGTCGGCGCGCAAGGGCGACTATGTGGACGGCAGCATGCTGTTCGGTCCGCCGCTGGTGGGCTTCGGCTTGCAGTTCGCGTTGGTGCAGCATCTGGAATTCGCCGCCGCCTTCAGCGCCCTGGCCCTGGGCATGATCTACATGGGGCTGGCCCGCGTATTGATGGGCGGGCGCGCTGTATTGCTGGCCGAAACTTGCCTCGCCCTGGGCGTGATTTTCACCAGCCTGGCGATTCCCCTTGGCCTCGACGCCCGTTGGACTGCCGCAGCGTGGGCGGTGGAAGGCGCCGGGATCTTCTGGCTCGGCCTGCGTCAGCAGCGACCTTTTGCGCGAATCTTTGCCCTGTTGCTGCAATTGGGGTCGGCGCTGGCCTTCGTCAGCGAACTGCATGGCGGCGAAGGCAGCCTGCTGGAAGGCTCATGGCTGGGCGCGTTGATGCTCGGTGGCGCCTTGCTGTTCAGCTTCTATCAATTGCGCAAGGCCGAGCCCGGGCACGCCGCCAGTTGGGAGCTTCGCGGGCAACCCGTGCTGGCGGTGCTGGGGCTGAGCTTCCTTTATCTGCTGGCGCCACTGTTCTTCTTTACCCAGGGCACCGCCATCGCCTGGGCGCTGGCCGGGCTGGTGACGCTGTTTGTCGGCCTGCGCCTGCAATCACGCAGCTTCCTGTTTACCGCTTTCGCCGTGCAACTGCTCGGCGGTGCGCTGTTCCTGCTGCGTCTGCAAGGCGCCGAAGGCGATTCGGCGGCGGTGTTCAACGCTGGTTGGAGCGGTCTGCTCAGCGCCTCGTTGATCGGCCTGGCATTGATCGGCGGTATGTTGCTGGCGGCGCGCGACGACATGGTGCGCAACGATGTGCGCTTGCTGCGCGGCTTGTCGGTGGTGTTGCTGGCCGGGTTGGTGTTGATCAATCTTGCGGTGCTGTTCGTGTTGCCCTGGCAAACGGCGAGCGGCGTGTGGGCGGCCAGCGGTCTGTTGATCATCTGGCTGAGCCTGTACCTGAAGCAGCGCGTGAGCTTTGTCTTTGGCCTGCTGCTGCAAGTGATTGGCGGTGCGGCTTTCCTGATGGCAGGGCCGGCGCTGCTGGGCTCGCTTGATGCCGAGGATCTGCGTCCCTTGGCCCACAGCGGATTCTGGACACCGCTGGTGCTGGGGCTGGCTGCGCTGGTGGGCGCATGGCGTCTGCAAAAGGCGCACGCGGCGCGGGAACTCGATGCCTTGAGTTTGCAGCGCCTGTCCGAGCTGCTGCTGATCTGGGGTGCCGGTTGGTGGGCGCTGGCGTGGGGCAGCGAAGTGCTGCGCTTTGCCCCGCAAAACCTGCAAGGCAGTTTGTTGTTGATTGTCGCGGCCGCCAGTGTGGCGGTGTGGACCGTTGCGGCGCTGCGCTTGAAGTGGGCTGCAATGGGATTGCTGTGCACCTTGTTGATTCCAGCAGCAGGCTGTGTGCTGGTGGCGATCGGGCACAGCCGTTATCACCCGGCGGCGGATTTCGGCTGGCTGGCCTGGCTGGCGGTATTTGCCGTGCATTTCCTGTCGCTCAAGCGCCTGGCCACGAAGCTGCCGGCCCAGGCGCGCAGCACCGCCCATGTGCTCGGTTGCTGGTTGTTGATGGTGGTGCTGATGCTGGAGTTGCGTTACGGCCTGCTGTTGCTGTCCGAGCAGTACAATGCCTGGCGGTGGTTGGCGTGGGCGATCCTGCCGGGCCTCTACCTGGTGCTGATGGCCACGCCGCGTACCTTGCCGTGGCCGGTGTCGGCCCAACCGCGCGAATACCGCGTCTACGCGGCGGCGCCCATGGCACTGTTGATGCTCGGTTGGTTCTGGCTGACAAACACGTTCAGTGATGGCAACTCGGAGCCGCTGCCTTATGTGCCGTTGCTCAACCCCTTGGAACTGGGTCTGCTGTTCGCCTTGTTCGGTATCTATGTGTGGGCCCGCAACGCCGTGGAGCAAACGACGAACCGCTGGAGTCGGATCGGACAGGTCGCTCAGTTGATCGCCGGCGTGTCGCTGTTCGCGTTCTTCACCGCCTTGGTGATGCGCACTGCGCACCAGTGGATGGATGTGCCGTTCGAGCTGGATGCATTGCTTGAATCGATGTTCGTGCAGGCCGGGTTGTCCATTGTCTGGACCCTGATCGCCCTGGGCCTGATGATTGGCGGACACCTGCGGCATCGTCGCGAGGTGTGGCTGATCGGCGCGGCGTTGATTGCGGTGGTCGTGGCCAAGCTGTTCTTTGTCGAATTGAGTAACCGTGGTGGTCTGGCGCGGATCGTGTCGTTTATCGGCGTGGGCGTGTTGCTGCTGGTGGTCGGCTACTTTGCGCCGCTGCCGCCCAAACGCCCGGAGCCGGCCGTGGATGCCGAGCCGCCGATGCCTGTCAGTGAGGGAGTGTCATCTTGA MQWILTLLGLALGWVVEESFADALIGALVGLGIAQSFRLGRLGIQAAKQQILLQDAQRSLLTLEARLAVLERGNVAEPSEPATAPEIVVAQAAKPEARTEPELIWQLPPELEPIPAMATQASQPLPDDVWKPAPETSSRRATRDFEPLPLEPRTTEPTAPRGPNLIDRAWTGARNWLFGGNTVLRVGVVLLFLGLAFLLRYATEGMVVPIELRYAGVAASALGLLGLGWWLRHRNSNYALMLQGTGIAVLYLTVFAAMRLHPLLDSKAALGLLVAVTVFSAILAVTQNALGLAAAAALGGFAAPILTSTGSGNHVALFSYFILLNTGIFAIAWFRAWRLLNLIGFVGTFGIGFAWGLRSYTPELLWSTEPFLIVFFLMYLAIGLLFTRRKLLEMSDAPEDDSRQALLRWSARKGDYVDGSMLFGPPLVGFGLQFALVQHLEFAAAFSALALGMIYMGLARVLMGGRAVLLAETCLALGVIFTSLAIPLGLDARWTAAAWAVEGAGIFWLGLRQQRPFARIFALLLQLGSALAFVSELHGGEGSLLEGSWLGALMLGGALLFSFYQLRKAEPGHAASWELRGQPVLAVLGLSFLYLLAPLFFFTQGTAIAWALAGLVTLFVGLRLQSRSFLFTAFAVQLLGGALFLLRLQGAEGDSAAVFNAGWSGLLSASLIGLALIGGMLLAARDDMVRNDVRLLRGLSVVLLAGLVLINLAVLFVLPWQTASGVWAASGLLIIWLSLYLKQRVSFVFGLLLQVIGGAAFLMAGPALLGSLDAEDLRPLAHSGFWTPLVLGLAALVGAWRLQKAHAARELDALSLQRLSELLLIWGAGWWALAWGSEVLRFAPQNLQGSLLLIVAAASVAVWTVAALRLKWAAMGLLCTLLIPAAGCVLVAIGHSRYHPAADFGWLAWLAVFAVHFLSLKRLATKLPAQARSTAHVLGCWLLMVVLMLELRYGLLLLSEQYNAWRWLAWAILPGLYLVLMATPRTLPWPVSAQPREYRVYAAAPMALLMLGWFWLTNTFSDGNSEPLPYVPLLNPLELGLLFALFGIYVWARNAVEQTTNRWSRIGQVAQLIAGVSLFAFFTALVMRTAHQWMDVPFELDALLESMFVQAGLSIVWTLIALGLMIGGHLRHRREVWLIGAALIAVVVAKLFFVELSNRGGLARIVSFIGVGVLLLVVGYFAPLPPKRPEPAVDAEPPMPVSEGVSS NA NA NA NA NA D1-35_03245 1371 hypothetical protein TTGAGTCGCAAGTTGAGTCGAATCGGGCTGGGCGTGGTGGGGTTGTGGGTGGCCATGTCGGCCGCGGCACAGGAACAACCGCAAGACTTCGCCCATCAGGTGCCGTTGGCCTTGAGCGGCGAGGGGCCGTGGTATCGCCTGGCGTTGCCGCTGGACGTGCAGTTGCAGGCGCGCCAGACCGACCTGAGCGATTTGCGGGTCTTCAACGCGGCGGGCCAGGCCCAGGCCTACGCATTGGTTCGCGAGTCGGCGCAGAGCCGGGAAAGTCGCACGCTCACCGATGTGAAATGGTTCCCGCTGTACAACGCCGCCGATGACAGCGAGCGTGCGCCCAGCGTGCGTGTGCAATCGAACGCCAACGGCACGCTGGTGGAAGTCCAGCCGTCCAGTCGGCTCGAGGCGGGCGAGGAAGAGTTGCGCGGCTGGTTGCTGGACGCCAGCGCGATCAAGGCGCCGTTACAGCAATTGATCCTCGACTGGACCAGCGAGCGCGATGGCTTCCAGCGCTTCACCATCGAAGCCAGCGACGACTTGCAGCACTGGCAGTCGTGGGGCGAAGGCCAGATCGCCCGGCTGACGTTTGCCGATGAGCGGGTCGAGCAGCATGAGGTGAGCTTGCCGGGGCAGTCGGCGCGCTACTTGCGACTGCTGTGGGATTCGCCGTCCTCGGCGCCGGTGCTGACCTCGGCCCAGCTGCAAAGCGCCAGCCGCGAAAGCCTGCCACTGCCGTTGGTCTGGTCGCAGCCGCTGGCTGGTGGCACGACCAAGGCCGGCGAATACACCTGGCAGTTACCCATGGGGTTGAACGTCGAACAGGTGCAGATCGAGTTGAGCCAGGCCAACACCCTGGCGCCGGCGACCCTGGCCGGTCGCCGCGAAAGCAGCCAACCCTGGCAGCCGATGGGCAGCGGTCTGCTCTATCGCCTGACCCAGAATGGCCAGGACGTGTTGCAAAACCAGCTGCAACTGTCCGGCCAGACCGTTCAACAACTGAAGCTGACGGTGGACGAGCGCGGCGGCGGTCTGGGCGCCGAGGCCCCGGCCCTGCGCTTTGCCGTGCGTCCGACCCAGGTGGTGTTCCTGGCGCGCGGCGAGGGCCCCTGGCGCCTGGCGCTGGGCAGTGCGACAGTCAAGGCGGCCAGCCTGCCATTGACCACGCTGGTGCCCGACTACAAACCTTCGCGGCTGGCGACGTTGGGTACGGCGACGGTGAACGGCACGGCCACGGCGACCCCGAGAGTCGAAACCACGCCTGCGCCCGTCGAGACCAATTGGAAAAAAATCGGCTTGTGGGCGGTGTTGCTGCTGAGTGTGCTGTTCCTCGCAGCAATGGCGTTCAGCCTGTTGCGCAAGCCACCGGTCAAGAACTGA MSRKLSRIGLGVVGLWVAMSAAAQEQPQDFAHQVPLALSGEGPWYRLALPLDVQLQARQTDLSDLRVFNAAGQAQAYALVRESAQSRESRTLTDVKWFPLYNAADDSERAPSVRVQSNANGTLVEVQPSSRLEAGEEELRGWLLDASAIKAPLQQLILDWTSERDGFQRFTIEASDDLQHWQSWGEGQIARLTFADERVEQHEVSLPGQSARYLRLLWDSPSSAPVLTSAQLQSASRESLPLPLVWSQPLAGGTTKAGEYTWQLPMGLNVEQVQIELSQANTLAPATLAGRRESSQPWQPMGSGLLYRLTQNGQDVLQNQLQLSGQTVQQLKLTVDERGGGLGAEAPALRFAVRPTQVVFLARGEGPWRLALGSATVKAASLPLTTLVPDYKPSRLATLGTATVNGTATATPRVETTPAPVETNWKKIGLWAVLLLSVLFLAAMAFSLLRKPPVKN NA NA NA NA NA D1-35_03246 1011 fbp_2 COG0158 Fructose-1,6-bisphosphatase class 1 ATGTCCCGCGTTACCTTGAGTCGCTATTTGATTGAGCAGACCCGCAGCAACAATACCCCTGCCGATCTGCGCTTTTTGATCGAAGTGGTGGCGCGTGCGTGCAAGGAAATCAGCCACGCCGTCTCCAAGGGCGCGCTGGGTGGTGTCCTTGGCAGCATGGGCACCGAGAACGTGCAGGGCGAAGTGCAGAAGAAGCTCGACGTACTGTCCAACGAAATCCTGCTCGAAGCCAACGAGTGGGGCGGTCACCTGGCCGGCATGGCGTCCGAGGAAATGGACAATGCCTACCAGATCCCGGGCAAGTATCCCAAGGGCGCCTACCTGCTGGTGTTCGACCCGTTGGACGGCTCGTCGAACATCGACATCAACGCGCCGGTTGGCACCATCTTCTCGGTACTGCGTTGCCCGAACGAGTACCTGAGCCAGAACGAAGCGCTGAACGAAAAGGCCTTCCTGCAGCCAGGCACCGAACAGGTCGCCGCCGGCTATGCCATCTACGGGCCTCAGACCATGCTGGTACTGACCCTGGGCGACGGCGTGAAAGGCTTCACCCTGGATCGCGAGATGGGCAGTTTTGTCCTGACCCACGAAGACATCACCATTCCTGAGACCACTCAGGAGTTCGCCATCAACATGTCCAACCAGCGTCACTGGGAAGCCCCGGTACAACGCTACGTCAGCGAGTTGCTGGCCGGCGAAGAAGGCCCGCTGAAGAAGAACTACAACATGCGCTGGGTCGCCGCGATGGTTGCCGATGTGCACCGCATCCTGACCCGTGGTGGCCTGTTCATGTACCCACGCGACAGCCGCGAGCCGTCCAAGCCGGGCAAGCTGCGCCTGATGTACGAAGCCAACCCGATGTCGTTCCTGGTGGAGCAGGCCGGTGGCGCTTCCACCGATGGCCACCAACGCATTCTCGACATCCAGCCTGAAGGCCTGCACCAGCGCGTGGCCGTGTTCCTCGGCTCGAAGGAAGAAGTGGCGCGCGCCACGGCCTACCATAAGGAATAA MSRVTLSRYLIEQTRSNNTPADLRFLIEVVARACKEISHAVSKGALGGVLGSMGTENVQGEVQKKLDVLSNEILLEANEWGGHLAGMASEEMDNAYQIPGKYPKGAYLLVFDPLDGSSNIDINAPVGTIFSVLRCPNEYLSQNEALNEKAFLQPGTEQVAAGYAIYGPQTMLVLTLGDGVKGFTLDREMGSFVLTHEDITIPETTQEFAINMSNQRHWEAPVQRYVSELLAGEEGPLKKNYNMRWVAAMVADVHRILTRGGLFMYPRDSREPSKPGKLRLMYEANPMSFLVEQAGGASTDGHQRILDIQPEGLHQRVAVFLGSKEEVARATAYHKE PGPT0017665_1788 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017665-fbp|cbbFC-K03841 NA NA D1-35_03247 597 hypothetical protein ATGGCCGAGCCCTGGCAGCCGTTGCTCGATTGGTGGTTCGGTTCAGCCGAATCACCCGATGACATCGCGGCTGACAAGGGCAAGCTGTGGTTCGGCAAAGGCCATGATCGCCAGGCGCAAGAGCGCTTCGGTGATCAGGTCGAGCAGGCACTGGCTGGCGGATTGACCGATTGGGCGCAACGCCCGGAAGGTTGGCTGGCCCTGGTGCTGTTACTCGATCAACTTCCGCGGATGATCTTTCGCGACACCCCCAGAAGCTTTTCCGGCGACCTGCGTGCCCAAGCGCTGGTAGCACAGGGACTGGCGGCGGGTTTCGACCGGCAACTCAAGCCTGTCCAGCGCGTATTCATTTATCTGGTACTCGAACACTGCGAAAACCTCGCCGTACAGAACGAAGCCGTGTCGCGGTTCATCGAGTTGGTTCGAGAACAGCCCGAGGCGCAGCGTGCGGTGTTTGAGGACAACCTGGATTATGCCGAACGGCATCAGAAGATCATTGCGCGGTTTGGCCGCTTCCCTCATCGCAATGCGGTGCTTGGGCGTGAGTCCACGGCTGAGGAAGTGGAGTTCTTGAGCAGGCCTGGGTCCAGGTTCTAG MAEPWQPLLDWWFGSAESPDDIAADKGKLWFGKGHDRQAQERFGDQVEQALAGGLTDWAQRPEGWLALVLLLDQLPRMIFRDTPRSFSGDLRAQALVAQGLAAGFDRQLKPVQRVFIYLVLEHCENLAVQNEAVSRFIELVREQPEAQRAVFEDNLDYAERHQKIIARFGRFPHRNAVLGRESTAEEVEFLSRPGSRF NA NA NA NA NA D1-35_03248 333 hypothetical protein ATGAGGTTGAAGATCGTCATTCTTCAGTCAGCCGAAACAGATCTTAAAGAGCTTCGCGCCTATCTCATCGGTCGGTTTTCTTTCCATACATGGCAAAGCACTTACGCCAGCCTGAAGACGGCGATCCGTCATTTGGAGACCTTGCCTTACGCAGGATCGATTCCAGAAGAAATCGAAAGGCTCAATCTCGGTCAGTACCGGCAGATATTGTCAGGGATGAACCGAATCATTTATGAGGTGCGGGGCCAAACGATCTATATCCATATCATCGCCGATAACCGCAAGAGCTTGCCGACCCTGCTAATGCAGCGATTGCTTCGAAGCAGTCCTTAA MRLKIVILQSAETDLKELRAYLIGRFSFHTWQSTYASLKTAIRHLETLPYAGSIPEEIERLNLGQYRQILSGMNRIIYEVRGQTIYIHIIADNRKSLPTLLMQRLLRSSP PGPT0027550_358 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027550-toxin_parE1_3_4-K19092 NA NA D1-35_03249 273 hypothetical protein ATGAAACTCTCATCACAAATCAAACCCATCAGCTATTTGAAGAGCCATACCGCCGAAATCGTCAAGAGCATCACAGAGAGCAGAGAGCCGTTGATCATCACCCAAAACGGTGAAGCCAAGCTCGTGGTCATGGATGTAAAAAGTTTTGAAGAACAAGAAGACACCATGGCGTTGCTAAAGCTGCTGGCGATGGGCAACCAAGAAATTGAAAACGGTAAATTCAGGGAAATAGAAGAAGTCTTCGGCGAGCTGGATAAGGCGGACGACCAATGA MKLSSQIKPISYLKSHTAEIVKSITESREPLIITQNGEAKLVVMDVKSFEEQEDTMALLKLLAMGNQEIENGKFREIEEVFGELDKADDQ NA NA NA NA NA D1-35_03250 1944 pctC COG0840 Methyl-accepting chemotaxis protein PctC ATGGCAAATTGGCAGCCCTTCCTGACCCGTCCCTACGCGGTAGCGTTCTTAATGACCAGAAACATGAAATTCAGCCACAAAATCCTGCTGGCTGCCGCCCTTGTGGTGGCCGTCGCATTCGCCTGTTTCATCCTGTTCAACGACTATCGTCAACGACAAAGTCTCAACACCAGCACCGAGACGTCCATGCAGGAACTCGGCAACCTGACCAGTCGCAATATCCAGACATGGGTCGAAGGCCGAATCCAATTGCTGCAATCGCTGGCCCAACAAATCGCCATCGACGGAAACAGTGCCGAAAGCCTGAAACGCGCCGTGGGCCTGCCGGCCTACACCGGTAATTTCCAGCTCAGCTATTTCGGCGGTACCGACGGTGTGATGTTCTCGATACCGGCCGGTAATCGTGCCGCCGACTATGACCCGCGCGCCCGTGGCTGGTACAAGGCTGCCAATAGCGCCCAGCAGACCATCGTCACCGAGCCCTACATCGCGGCCTCGTCGGGCAAGCTGGTGATCACCGTTGCCACGCCGGTACAGCGTCAGAACCAGATGATCGGCGTGGCTGGCGCGGACATCGACCTGTCGAGCGTCAGCGCCATCATCAACTCGCTGAACTTCGGCGGCCATGGCCATGCGTTCATCGTCAGCGCCGACGGCAAGATCCTGATCCACCCTGACAGCAAGCGTGTCCTCAAGACGCTTGCCGAGGCCTACCCCAACGGCGCACCGCAAATCGGCCCGGGCCTGAAGGAAGTCGAGCTCGACGGCAAGACTCAATTCATCTCCTTTACCCAGGTCAACGGCGTGCCCGGAGCCAACTGGTACGTGGCGCTGGTACTCGATAAAGACACCGCCCTGGCGATGCTCAGCGAATTTCGCACCTCGGCGCTGATCGCCATGATCATCGCCGTGGTGTTCATCATCGCCCTCCTGGGCATGCTGATCCGGGTGCTGATGCAACCACTGCTGACCATGGGCCGCGCCATGCACGATATCGCCGAAGGCGAAGGCGACCTGACTCGGCGCCTGACCATTCATGGCCAGGACGAATTCGGTGCGCTGGGTACCTCGTTCAACCGCTTCGTCGAGCGTATCCATACTTCGATCCGCGAAGTGGCTTCGGCGACCGGCCAGGTCAACGAAGTCGCCCTGCGGGTGGTCAGCGCGTCCAACTCCTCGATGTACAACTCCGACCAGCAGGCCTCGCGGACCAGCAGCGTGGCCGCGGCCATCAACCAGCTCGGCGCCGCCGCCCAGGAGATCGCCCAGAACGCCGCCCTCGCCTCGCAGCATTCCAGTGAAGCCCGCAACCTGGCCGAAGACGGTCAGCAAGTGGTGGATAAAACCATCACCGCCATGCAGCAGCTGTCGGCCAAGATCAGCGATTCGTGCGGCAACATCGAAACCCTGAACAGCAACACAGTGAACATCGGCCAGATCCTGGAAGTGATCACCAGCATTTCCCAGCAGACCAACCTGCTGGCCCTGAACGCCGCCATCGAAGCCGCCCGCGCCGGTGAAGCCGGTCGCGGTTTCGCGGTGGTTGCCGATGAAGTGCGCAACCTGGCCCACCGTACCCAGGATTCGGCGCAGCAAGTGCAGAAGATGATCGAAGAGTTGCAGGTCGGCGCGCGGGAAGCGGTGCTGACCATGACCGACAGCCAGCGCCAGAGCGAAAGCAGCGTTGGCATCGCCAACCAGGCGGGCGAACGCCTGGGCAGCGTGACCCAGCGCATCGGCGAAATCGACGGCATGAACCAGTCCGTGGCGACCGCCACCGAAGAACAGACCGCCGTGGTGGAATCGATCAACGTCGACATCAACGAGATCAACACGCTAAACCAGGAAGGCGTGGAAAACCTGCAGGCCACCTTGCGGGCCTGTTCCGACCTGGAACAGCAGGCGGCGCGGTTGAAGCAATTGGTGGGTAGTTTCCGGATCTAG MANWQPFLTRPYAVAFLMTRNMKFSHKILLAAALVVAVAFACFILFNDYRQRQSLNTSTETSMQELGNLTSRNIQTWVEGRIQLLQSLAQQIAIDGNSAESLKRAVGLPAYTGNFQLSYFGGTDGVMFSIPAGNRAADYDPRARGWYKAANSAQQTIVTEPYIAASSGKLVITVATPVQRQNQMIGVAGADIDLSSVSAIINSLNFGGHGHAFIVSADGKILIHPDSKRVLKTLAEAYPNGAPQIGPGLKEVELDGKTQFISFTQVNGVPGANWYVALVLDKDTALAMLSEFRTSALIAMIIAVVFIIALLGMLIRVLMQPLLTMGRAMHDIAEGEGDLTRRLTIHGQDEFGALGTSFNRFVERIHTSIREVASATGQVNEVALRVVSASNSSMYNSDQQASRTSSVAAAINQLGAAAQEIAQNAALASQHSSEARNLAEDGQQVVDKTITAMQQLSAKISDSCGNIETLNSNTVNIGQILEVITSISQQTNLLALNAAIEAARAGEAGRGFAVVADEVRNLAHRTQDSAQQVQKMIEELQVGAREAVLTMTDSQRQSESSVGIANQAGERLGSVTQRIGEIDGMNQSVATATEEQTAVVESINVDINEINTLNQEGVENLQATLRACSDLEQQAARLKQLVGSFRI PGPT0015710_11098 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 D1-35_03251 255 hypothetical protein ATGTCGCTGCGATCCATCGCCCTGCTGTTTGTGTGCGTCGTCTTGACCGCATGCAGCAAGGTCAACCAGGAAAACTATTCGAAGCTGTCGGCTGGCATGCCCAAGGCCGAAGTCGAAACGTTACTGGGGAAACCGACTGATTGTTCGGGCGCGCTCGGTATGTCCAGCTGCACCTGGGGCGACCAGAAAAGCTTTATCAGCGTGCAGTATGCCGGTGACAAAGTGTTGATGTTTTCCGGCCAAGGCCTGAAGTAA MSLRSIALLFVCVVLTACSKVNQENYSKLSAGMPKAEVETLLGKPTDCSGALGMSSCTWGDQKSFISVQYAGDKVLMFSGQGLK NA NA NA NA NA D1-35_03252 570 blc COG3040 Outer membrane lipoprotein Blc ATGATGCGGTTAGTTTTTGTGCTTCTGGCTGGCCTGGTATTGGCCGGCTGTGCCTCTTCTGGCGTAGACCCGTTGGCGCCCAAGACAGTCAACAGCGTCAATCTAAAGCGGTACCAAGGGACCTGGTACGAACTGGCCCGCCTGCCGATGTACTTCCAGCGCAACTGCGCGCAGTCCGAAGCGCATTACACCCTCAAGCCTGACGGCAACATGGACGTATTCAACCGCTGCCTGACTTCCGACTGGAAATGGGAAGAGGCCAGGGGCACGGCTTACCCGCAAGTGCCGGGTAAAACCGACAAGCTCTGGGTCGAATTCGATACCTGGTTCTCGCGGATCCTGCCGGGCGTGGCAAAAGGGGAATATTGGGTGTTGTACGTCAGCGACGACTACAAGACCGCCATCGTCGGCGACCCGAGCCGGCGCTACATGTGGTTGCTGTCCCGCACGCCGACGGTGAGGGTGGATGTACGTGAAGAACTGCTGAGCAAGGCCCGCCAGCAGGGCTATGACACGACGCGGTTGGTCTGGCGCGCATCGGACCGGCAGATGGCGAAGACTTCGGACTGA MMRLVFVLLAGLVLAGCASSGVDPLAPKTVNSVNLKRYQGTWYELARLPMYFQRNCAQSEAHYTLKPDGNMDVFNRCLTSDWKWEEARGTAYPQVPGKTDKLWVEFDTWFSRILPGVAKGEYWVLYVSDDYKTAIVGDPSRRYMWLLSRTPTVRVDVREELLSKARQQGYDTTRLVWRASDRQMAKTSD PGPT0012970_1079 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012970-blc-K03098 NA NA D1-35_03253 1365 COG0402 8-oxoguanine deaminase ATGTCCGCCTTCTTTGCCGAACGCGCGCTGCTGCCTAGTGGATGGGCCAATGATGTACGTCTTGAGGTCGATGCCAACGGTATCCTGACCCACATCCAGGCCGACGCCCACGCAGACGGCGCCGAACGACTGGACGGCCCGCTCTTGCCAGGCATGCCGAACCTGCATTCCCATGCTTTCCAGCGGGCCATGGCCGGACTGGCGGAGGTGGCCGGCAACCCCAACGACAGCTTCTGGACATGGCGTGACCTGATGTACCGCCTCGTCGGGAAAATCAGCCCCGGGCAACTCGGCATTATCGCCCGCCAGCTGTACATCGAAATGCTCAAGGCCGGCTACACCTCGGTCGCCGAGTTCCATTACGTGCATCATGACCTCGACGGCGCGCCCTACGCTGACCCGGCCGAACTGGCGCTGCGCATCAGCCACGCCGCCAGCGCCGCCGGCATCGGCCTGACGTTGCTGCCGGTGCTCTACAGCCATTCCGGCTTCGGCGGCCAGGCGCCCAACGAGGGGCAGCGCCGGTTCATCAACAGCACCGAAAACTACCTGAAGCTTCAGGAGCGCTTGCAACCTGTCCTGGCCGGGCAAGCCAATCAGGCGCTGGGCTTGTGTTTCCACTCCTTGCGCGCCGTGACGCCCGGACAGATCAAGGACGTACTGGCCGCCAGCGATCCGCATTGCCCGGTGCACATCCACATCGCCGAACAGCAAAAGGAAGTCGACGATTGCCTGAGCTGGAGTGGCGCGCGGCCGCTGGAGTGGCTGTACGAAAATACCGAAGTCGACCAGCGCTGGTGCCTGGTTCACGCAACGCACGCCAACCCCCAGGAAGTCAGCCTCATGGCCAGGAGCCGGGCGATTGCCGGGTTGTGCCTGACCACTGAAGCCAATCTTGGCGACGGGATTTTCCCGGCCGTGGACTTCCTCGCCCAAGGTGGGCGGATGGGCATCGGTTCCGACAGCCATGTGTCGTTGAGTGTGGTGGAAGAGTTGCGTTGGCTGGAATACGGCCAGCGTTTGCGAGACCAGCGGCGCAACCGTTTGTATCGAACGGATCAACCGATGGTCGGGCGCACGCTGTATGACGCCGCGCTGGACGGCGGCGCCCAGGCGCTGGGACAACCCATCGGTGCTTTCACAGTAGGCAAGCGCGCCGATTGGCTGGTGCTTGATGGCAACGATCCGTACCTGGCCACGGCCAACGGCGACGGTATCCTCAATCGTTGGCTGTTCGCCGGTGGCGATCGCCAGGTGCGGGATGTGATGGTGGGTGGCAAGTGGGTGGTGCGCGATGGGCGCCATGCCGGCGAAGAGGAAAGCGCACGGGCGTTCACCCAGGTGTTGCGCGAGCTGCTGGGCTGA MSAFFAERALLPSGWANDVRLEVDANGILTHIQADAHADGAERLDGPLLPGMPNLHSHAFQRAMAGLAEVAGNPNDSFWTWRDLMYRLVGKISPGQLGIIARQLYIEMLKAGYTSVAEFHYVHHDLDGAPYADPAELALRISHAASAAGIGLTLLPVLYSHSGFGGQAPNEGQRRFINSTENYLKLQERLQPVLAGQANQALGLCFHSLRAVTPGQIKDVLAASDPHCPVHIHIAEQQKEVDDCLSWSGARPLEWLYENTEVDQRWCLVHATHANPQEVSLMARSRAIAGLCLTTEANLGDGIFPAVDFLAQGGRMGIGSDSHVSLSVVEELRWLEYGQRLRDQRRNRLYRTDQPMVGRTLYDAALDGGAQALGQPIGAFTVGKRADWLVLDGNDPYLATANGDGILNRWLFAGGDRQVRDVMVGGKWVVRDGRHAGEEESARAFTQVLRELLG PGPT0020245_520 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020245-hutF-K05603 NA NA D1-35_03254 750 nagR_3 COG2188 HTH-type transcriptional repressor NagR GTGCCGACTCCGCCTGCCAAACCGCCGCTGGCCGCAACCATGGGTGACAGTCCGGCGCCCTTGTACGCCCGCGTCAAACAGATGATCACCCAGCAGATCGACAGTGGAAACTGGCCGCCGCACTACCGCGTGCCGTCGGAAAGCGAACTGGTCAGTCAGTTGGGCTTCAGCCGCATGACCATCAACCGTGCCCTGCGGGAAATGACCGCCGATGGCCTGTTGGTGCGCATGCAGGGTGTCGGCACGTTCGTCGCCGAGCCCAAGAGCCAGTCCGCGTTGTTCGAAGTACACAACATCGCCGATGAAATCGCCTCCCGGGGTCATCGCCATACCTGCAAGGTCATTACCCTGGAAGAGGAGGCCGCCGGCTCCGAACGTGCCCTGGCCCTGGATATGCGCGAAGGCCAGAAGGTCTTTCACTCGCTGATCGTGCATTTCGAGAACGACATTCCCGTGCAGATCGAGGACCGTTTCGTCAATGCGCTCGTGGCGCCCGACTACCTCAAGCAGGACTTCACCCAGCAAACGCCTTACGCCTACCTGAACCAGGTCGCGCCGCTGACCGAGGGGGAGCATGTGGTCGAGGCGATCCTGGCCGAGCCGAGCGAATGCAAGCTGTTGCAGATCGAGCGGGGCGAGCCGTGCCTGCTGATTCGCCGTCGCACCTGGTCCGGGCGCCAGCCGGTGACCGCCGCGCGCCTGATCCATCCGGGCTCCCGCCATAGCCTGGAAGGACGCTTTCACAAATGA MPTPPAKPPLAATMGDSPAPLYARVKQMITQQIDSGNWPPHYRVPSESELVSQLGFSRMTINRALREMTADGLLVRMQGVGTFVAEPKSQSALFEVHNIADEIASRGHRHTCKVITLEEEAAGSERALALDMREGQKVFHSLIVHFENDIPVQIEDRFVNALVAPDYLKQDFTQQTPYAYLNQVAPLTEGEHVVEAILAEPSECKLLQIERGEPCLLIRRRTWSGRQPVTAARLIHPGSRHSLEGRFHK NA NA NA NA NA D1-35_03255 570 ves Protein Ves ATGAGCCAGCTGAAGGTTTTACGCGCCGCCGACTACCCACGCATGCCGTGGAAAAACGGCGGTGGCAGCACCGAAGAAATCACCCGCGATGCAGGCACCGGCCTGGAAGGTTTCGGTTGGCGCCTGTCGATCGCCGATATCGCTGAGTCGGGCGGTTTTTCCACCTTCGCCGGTTATGAACGGGTCATCAGTGTCTTGCAGGGTGACGGCATGACGCTGTATGTCGATGGCCAGGCCACGCGGGCATTGCATCCGCTGGACCCGTTTGCGTTCAGCGGCGAAAGCCATGTGCACTGCACCTTGCTGGGCGGGTCGATCCGCGATTTCAACCTGATCTATGCGCCGCAGCGTTACCGCGCGCGGTTGCAGTGGATGGGTGGGCAGCAGCATTTTCTCAGCGAGGCGGGGACGGTGTTGGTGTTCAGCGCGGCGCCGACGCTGAGGGTCAATATTGACGAGGCGGTCCAGACGCTGGGGCTTTATGACTGCCTGCAACTGAGCGGCAACACCGGGCTGCTGGAGATCACCACCCACGGCCAATGCTGCGTGATCGAGCTGACGGCCCACTAA MSQLKVLRAADYPRMPWKNGGGSTEEITRDAGTGLEGFGWRLSIADIAESGGFSTFAGYERVISVLQGDGMTLYVDGQATRALHPLDPFAFSGESHVHCTLLGGSIRDFNLIYAPQRYRARLQWMGGQQHFLSEAGTVLVFSAAPTLRVNIDEAVQTLGLYDCLQLSGNTGLLEITTHGQCCVIELTAH PGPT0020255_851 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MAINTENANCE CE-BACTERIAL_FITNESS-HISTIDINE_REPLETION_RELATED_FITNESS,PGPT0020255-hutD|ves-K09975 NA NA D1-35_03256 1689 hutU COG2987 Urocanate hydratase GTGACCGACGCTACCCGCAAACCTGAAAAATACCGTGACGTTGAAATCCGCGCGCCTCGCGGTAACACGCTGACCGCCAAGAGCTGGCTGACTGAAGCGCCGCTGCGGATGTTGATGAACAACCTCGACCCGGAAGTGGCGGAGAACCCCAAGGAGCTGGTGGTCTACGGTGGCATCGGTCGCGCGGCGCGCAACTGGGAGTGCTACGACAAGATTGTCGAAAGCCTGACCAACCTGAATGACGACGAAACCCTGCTGGTGCAATCCGGCAAGCCGGTGGGCGTATTCAAGACCCACAGCAACGCTCCTCGCGTACTGATCGCCAACTCCAACCTGGTGCCGCACTGGGCCAGTTGGGAGCATTTCAACGAACTCGACGCCAAGGGCCTGGCCATGTACGGCCAGATGACCGCCGGCAGCTGGATCTACATCGGCAGCCAGGGCATCGTCCAAGGCACTTATGAAACCTTCGTCGAGGCTGGTCGCCAGCATTACGATTCCAACCTCAAGGGCCGTTGGGTCCTGACCGCCGGCCTGGGTGGCATGGGCGGCGCGCAACCCTTGGCCGCGACCCTGGCCGGTGCGTGCTCGCTGAACATCGAATGCCAGCAGGTCAGCATCGATTTCCGTCTGAAAACCCGTTACGTCGACGAGCAAGCCAAAGACCTCGACGACGCCTTGGCGCGCATCGAGAAATACACCGCCGAAGGCAAGGCGATTTCCATCGCGCTGTGTGGGAACGCCGCCGAAATTCTCCCGGAAATGGTTCGCCGTGGTGTGCGTCCGGACATGGTCACCGACCAGACCAGCGCCCACGACCCGCTCAATGGTTACCTGCCGGCCGGCTGGACCTGGGACGAATACCGCGCCCGCGCCAAGACCGAACCTGCTGCCGTGGTGAAGGCCGCCAAGCAATCGATGGCCGTGCACGTCAAAGCCATGCTGGCCTTCCAGAAAATGGGCGTACCGACTTTCGACTACGGTAACAATATCCGCCAGATGGCCCAGGAAGAGGGCGTCGAGAATGCCTTCGACTTCCCGGGCTTCGTTCCGGCGTATATCCGTCCGCTGTTTTGCCGTGGCATCGGCCCGTTCCGCTGGGCCGCGCTGTCGGGCGACCCGCAGGACATCTACAAGACCGACGCCAAGGTCAAGGAGCTGATCGCCGACGACGCTCACCTGCACAACTGGCTGGACATGGCCCGCGAGCGCATCAGCTTCCAAGGCTTGCCGGCACGTATCTGCTGGGTTGGCCTGGGCCAGCGCGCCAAGTTGGGCCTGGCCTTCAACGAGATGGTGCGCAGCGGTGAGTTGTCGGCGCCGATCGTGATCGGCCGCGACCACCTGGACTCCGGCTCCGTCGCCAGCCCGAACCGTGAAACCGAATCCATGCAGGACGGCTCCGACGCCGTTTCCGACTGGCCGCTGCTCAATGCCTTGCTCAACACCGCCAGTGGCGCGACTTGGGTGTCGCTGCACCACGGTGGTGGCGTCGGCATGGGTTTCTCCCAGCACTCGGGCATGGTGATCGTCTGCGACGGCACCGACGAAGCGGCCGAGCGTATCGCCCGGGTACTGCATAACGACCCGGGCACTGGCGTCATGCGTCATGCCGATGCGGGTTACCAGATTGCCATTGATTGTGCGAAGGAGCAGGGGCTGAACCTACCGATGATCACCGGCAAGTAA MTDATRKPEKYRDVEIRAPRGNTLTAKSWLTEAPLRMLMNNLDPEVAENPKELVVYGGIGRAARNWECYDKIVESLTNLNDDETLLVQSGKPVGVFKTHSNAPRVLIANSNLVPHWASWEHFNELDAKGLAMYGQMTAGSWIYIGSQGIVQGTYETFVEAGRQHYDSNLKGRWVLTAGLGGMGGAQPLAATLAGACSLNIECQQVSIDFRLKTRYVDEQAKDLDDALARIEKYTAEGKAISIALCGNAAEILPEMVRRGVRPDMVTDQTSAHDPLNGYLPAGWTWDEYRARAKTEPAAVVKAAKQSMAVHVKAMLAFQKMGVPTFDYGNNIRQMAQEEGVENAFDFPGFVPAYIRPLFCRGIGPFRWAALSGDPQDIYKTDAKVKELIADDAHLHNWLDMARERISFQGLPARICWVGLGQRAKLGLAFNEMVRSGELSAPIVIGRDHLDSGSVASPNRETESMQDGSDAVSDWPLLNALLNTASGATWVSLHHGGGVGMGFSQHSGMVIVCDGTDEAAERIARVLHNDPGTGVMRHADAGYQIAIDCAKEQGLNLPMITGK PGPT0020250_1089 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712 NA NA D1-35_03257 1467 hypothetical protein ATGGCTGTCACCAGCACACGCGATAGCAGCAAGCCGTTGATCGAGAAACGATCGATCGACTACATCCCGGAGGCGGAGCGACACGGTCGGTTGTTGAGCCAGTTCACCCTCTGGATGGGGGCCAACCTGCAGATCACGGCAATTGTCACCGGCGCGTTGGCGGTGGTGCTTGGCGGTGATGTGTTCTGGTCGTTGATCGGTCTGCTGATCGGCCAGGTGCTCGGCGGTGGCGTCATGGCCTTGCATGCCGCGCAAGGGCCCAAGCTGGGCCTGCCGCAGATGATCTCCAGCCGGGTGCAGTTCGGTGTGTATGGCGCGGCCATCCCGATCGTGCTGGTGTGCCTGATGTACCTGGGTTTCACCGCCACGGGAACCGTGCTTTCCGGCCAGGCGCTGGGCCAGTTGTTTGGCGTCAGTGACAGTCTCGGCATCCTTATTTTCGCCAGTGTCATCGTGCTGGTGACGGTGCTCGGTTACCGGGTGATCCACTTCATTGGCCGGGTCGCCAGCGTCATTGGTGTGATTGCCTTTGTCTACCTGTTCGCTCGCCTGATCAGCCAGACGGACGTTGGCGCGCTCTTGCAAATTCGCCATTTCAGCTGGAGCAGTTTCCTGCTGGCGGTGTCGCTCGCGGCCTCCTGGCAGATCGCCTTCGGCCCCTACGTGGCTGACTACTCGCGGTACCTGCCGAGCAAGACGTCTTCGGTGAAAACCTTTTTCGCCGCCGGCGCGGGTTCCGTCATCGGCGCGCAGGTAGCGATGATCCTCGGCGTGTTTGCCGCCGCTTCGGCCAACGGGCAGTTCGCCGGTCACGAAGTGGCCTACATCGTAGGCCTGGGAGGTACCGGCGCCACCGCTGCGCTGCTGTACTTCAGCATCGCCTTTGGCAAGGTCACCATCTCCACGCTGAACTCCTACGGCAGCTTCATGTGCATCGCGACGATCATCAGCGGTTTCCGCGGGCACCTGAGCGTAACGCGCTTGCAGCGTCTGGTCTTCGTGCTGGTCATCGTCGGCGCCGCGACCCTGATCGCGCTGCTCGGCCAGCACTCGTTCCTCGGTGCGTTCAAGTCTTTCATCTTGTTCTTGCTCGCATTCTTCACGCCGTGGAGCGCGATCAACCTGGTGGACTACTACTGCATCACGCGCGAGCGCTATGACGTGCCGGCACTGAACGACCCGAACGGTCGCTACGGTCGTTGGAACGCCCTCGGCATCAGCGTCTACGTCTTCGGTGTATTGGTTCAGTTGCCGTTCATCGCCACCAAGTTCTATACCGGCCCGTTGGTGAAAGCCATGGGTGGCGTGGATATCTCGTGGATCATCGGTCTGGTGGTCCCGGCGGCGTTGTATTACCTCATCGCCAGAAAGTGGCACAGCGCAGTACCCGATCAATTGATCCTGCCGGTCGAGCAGGACGCGGTTGACGCACAACCGAGCAGGGCGGGCCGCATCCAAGCGGTCTGA MAVTSTRDSSKPLIEKRSIDYIPEAERHGRLLSQFTLWMGANLQITAIVTGALAVVLGGDVFWSLIGLLIGQVLGGGVMALHAAQGPKLGLPQMISSRVQFGVYGAAIPIVLVCLMYLGFTATGTVLSGQALGQLFGVSDSLGILIFASVIVLVTVLGYRVIHFIGRVASVIGVIAFVYLFARLISQTDVGALLQIRHFSWSSFLLAVSLAASWQIAFGPYVADYSRYLPSKTSSVKTFFAAGAGSVIGAQVAMILGVFAAASANGQFAGHEVAYIVGLGGTGATAALLYFSIAFGKVTISTLNSYGSFMCIATIISGFRGHLSVTRLQRLVFVLVIVGAATLIALLGQHSFLGAFKSFILFLLAFFTPWSAINLVDYYCITRERYDVPALNDPNGRYGRWNALGISVYVFGVLVQLPFIATKFYTGPLVKAMGGVDISWIIGLVVPAALYYLIARKWHSAVPDQLILPVEQDAVDAQPSRAGRIQAV PGPT0009075_1894 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D1-35_03258 969 hypothetical protein ATGAAATCGAACAAGACCCTGCTGACCACATTGCTTGCCATGGGCCTGCTGGCCAGCGCCGGCGCCACGCAAGCGGCCGGCTGGTGCGAGTCGGGCAAACCGGTGAAGTTCGCCGGCCTGAACTGGGAAAGCGGCATGCTGCTGACCGACGTGATGCAAGTCGTGCTGGAAAAAGGCTACGGCTGCAAGACCGACAGTCTGCCAGGCAACTCCATCACCATGGAGAACGCCCTGAGCAGCAACGACATCCAGGTGTTCGCCGAAGAGTGGGTCGGCCGCAGTGAGGTGTGGAACAAGGCCGAGAAGGCCGGCAAGGTGGTGGGCGTCGGTGCCCCGGTGGTCGGCGCGATCGAAGGCTGGTACGTGCCGCGCTACGTGATCGAAGGTGATGCCAAGCGCAAGCTCGAAGCCAAGGCCCCGGGCCTGAAGAATATCGCCGACCTGGGCCAATACGCCGCCGTGTTCAAGGATCAGGAGGAACCGTCCAAGGGCCGCTTCTACAACTGCCCGGCCGGTTGGACCTGCGAGCTGGACAACAGCGAAATGCTGAAAAGCTACGGCCTGGAAAAAACCTACACCAACTTCCGCCCAGGCACCGGCCCGGCGCTGGATGCGGCAGTGCTGTCGAGCTACAAGCGTGGCGAGCCGATCCTGTTCTACTACTGGTCGCCGACGCCACTGATGGGCCAGGTCGACCTGGTGAAGCTCGAAGAAAAACCGGGCGTGGATAAAAGCGTGAGCATCAAGGTCGGCCTGTCCAAGACCTTCCACGACGAGGCTCCGGAACTGGTGGCGGTGCTGGAAAAGGTCAACCTGCCGATCGACATCCTGAACCAGAACCTCGGGCGCATGGCCAAAGAGCGGATCGAGTCGCCGAAACTGGCGAAGATCTTCCTGAAGGAACATCCTGAAGTCTGGCATGCCTGGGTCAGCGAAGACGCTGCCAAGAAAATCGACGCGGCTCTGTAG MKSNKTLLTTLLAMGLLASAGATQAAGWCESGKPVKFAGLNWESGMLLTDVMQVVLEKGYGCKTDSLPGNSITMENALSSNDIQVFAEEWVGRSEVWNKAEKAGKVVGVGAPVVGAIEGWYVPRYVIEGDAKRKLEAKAPGLKNIADLGQYAAVFKDQEEPSKGRFYNCPAGWTCELDNSEMLKSYGLEKTYTNFRPGTGPALDAAVLSSYKRGEPILFYYWSPTPLMGQVDLVKLEEKPGVDKSVSIKVGLSKTFHDEAPELVAVLEKVNLPIDILNQNLGRMAKERIESPKLAKIFLKEHPEVWHAWVSEDAAKKIDAAL PGPT0013640_1629 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 D1-35_03259 852 opuAB_2 COG4176 Glycine betaine transport system permease protein OpuAB ATGTTTCCCGAAAGCTTTACCTTCTCCATCGCCGACTGGGTCAACGGTTGGGTCGACTCCCTGGTGACCAACTATGGCGATGTGTTCCGGCATATCTCCGACACGTTGCTGTGGGCCATCGTCAACCTTGAAGGGCTGCTGCGCATGGCCCCCTGGTGGCTGATGCTGGCGATCGTCGGTGGCGTTGCCTGGCATGCTACCCGCAAGGTCGTGGCGACGGCGGTGATCGTCGGCCTGTTGTTCCTGGTGGGCGCGGTGGGCCTGTGGGACAAACTGATGCAGACCCTCGCGTTGATGCTGGTAGCGACGCTGATTTCGGTGCTGATCGGGATTCCGCTGGGCATTCTCTCGGCGCGCAGCAATCGCCTGCGTTCGGTGCTGATGCCCCTGCTGGACATCATGCAGACCATGCCAAGCTTCGTGTACCTGATTCCGGTGTTGATGCTGTTTGGCCTGGGCAAGGTCCCGGCGATCTTCGCCACGGTGATCTACGCCGCGCCGCCCTTGATCCGCCTGACCGACCTGGGCATCCGCCAGGTCGACGGCGAAGTCATGGAAGCCATCAACGCCTTTGGCGCCAACCGCTGGCAGCAGCTGTTCGGCGTGCAACTGCCCCTGGCCCTGCCGAGCATCATGGCCGGGATCAACCAGACCACCATGATGGCCCTGTCGATGGTGGTCATCGCCTCGATGATCGGCGCCCGTGGCCTGGGTGAGGACGTACTGGTCGGCATCCAGACCCTCAACGTCGGGCGCGGCCTCGAAGCCGGGCTCGCCATCGTGATTCTCGCCGTGGTCATCGACCGCATTACCCAGGCCTATGGTCGCCCTCGGCATGAGGTGAGCAAATGA MFPESFTFSIADWVNGWVDSLVTNYGDVFRHISDTLLWAIVNLEGLLRMAPWWLMLAIVGGVAWHATRKVVATAVIVGLLFLVGAVGLWDKLMQTLALMLVATLISVLIGIPLGILSARSNRLRSVLMPLLDIMQTMPSFVYLIPVLMLFGLGKVPAIFATVIYAAPPLIRLTDLGIRQVDGEVMEAINAFGANRWQQLFGVQLPLALPSIMAGINQTTMMALSMVVIASMIGARGLGEDVLVGIQTLNVGRGLEAGLAIVILAVVIDRITQAYGRPRHEVSK PGPT0013635_1863 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 D1-35_03260 831 opuAA_2 COG4175 Glycine betaine transport ATP-binding protein OpuAA ATGAGCAACGCAGCCGTCAGCAAGATCGAAGTCAGGAACGTCTTCAAGATTTTCGGCAACCGGTCCAAGGAGGCCCTGGAGCTGATCCGCCAGAACAGGACCAAGGACCAGGTGCTGGCCGAAACCGGCTGCGTGGTCGGCGTGAACGACCTGTCGCTGAGCATCGGTACCGGTGAGATTTTCGTGATCATGGGCCTGTCCGGTTCCGGCAAGTCCACTTTGGTTCGCCACTTCAACCGGTTGATCGACCCTACCAGCGGCGCGATCCTGGTGGACGGCGAAGACATCCTGCAACTGGACATGGATGCCCTGCGTGAATTTCGTCGACGCAAGATCAGCATGGTGTTCCAGAGCTTTGGCCTGCTGCCCCACAAGAGCGTGCTGGACAACGTCGCCTACGGCTTGAAAGTGCGTGGCGAAAGCAAGCAGGTCTGCGCCGAACGGGCGTTGCACTGGGTCAGCACCGTGGGCCTGAAGGGCTACGAGAACAAATACCCGCACCAGCTCTCCGGTGGCATGCGCCAGCGCGTCGGCCTGGCCCGGGCGTTGGCGGCGGATACCGACATCATCCTGATGGACGAGGCGTTCAGCGCCCTCGATCCGCTGATCCGGGCGGAAATGCAGGACCAGTTGCTGGAACTGCAAAAGACTCTGCACAAGACCATCGTCTTCATCACCCACGACCTCGACGAGGCCGTACGCATCGGCAACCGCATCGCGATTCTCAAGGACGGCAAGCTGATCCAGGTCGGCACGCCACGGGAGATCCTGCACTCGCCGGCGGATGAGTATGTCGATCGGTTTGTGCAGCGCAGGGCGGCGGTGGTTTGA MSNAAVSKIEVRNVFKIFGNRSKEALELIRQNRTKDQVLAETGCVVGVNDLSLSIGTGEIFVIMGLSGSGKSTLVRHFNRLIDPTSGAILVDGEDILQLDMDALREFRRRKISMVFQSFGLLPHKSVLDNVAYGLKVRGESKQVCAERALHWVSTVGLKGYENKYPHQLSGGMRQRVGLARALAADTDIILMDEAFSALDPLIRAEMQDQLLELQKTLHKTIVFITHDLDEAVRIGNRIAILKDGKLIQVGTPREILHSPADEYVDRFVQRRAAVV PGPT0013630_2510 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 D1-35_03261 1524 hutH_1 COG2986 Histidine ammonia-lyase ATGTCCCAGGCTGAAAAAATCATCATCGCCGACGCCCCGCTGCGCTGGCAGGACGTGGTCGCCGTCGCCCGCTTTGGCGCTGTGCTGGAGCTATCGGCCCAGGCCTGGGCGCGCATCGACAATGCCCAGGCCATCGTCCAGCGCATCGTCGAAAGCGGTGAACGGGCCTATGGCGTCAACACCGGGCTGGGCGCCTTGTGCAATGTCTCGCTCAAGGACGAACAGCTCAGCCAATTGTCGCGCAACACCTTGCTCAGCCATGCCTGTGGCGTCGGCCCGGCGCTGTCCGATGAGCAGACCCGGGCGATCCTCTGCGCGGCCATTCTCAACTACAGCCAAGGCAAATCCGGCATCCATCGCCGGGTGGTCGAGGCGTTGCTGGCGCTGCTCAATCGCGGCATCACGCCGCAAGTGCCGTCCCAGGGTTCGGTGGGTTACCTGACCCACATGGCCCACATCAGCATCGCGCTGCTGGGCGTCGGCGAGGTCAGCTATCGCGGGCAGGTCGTCTCGGCGCAGCAGGCGCTGGCCGCAGAAGGTCTGCAACCGGTGCAGTTGGGGGCCAAGGACGGTTTGTGCCTGGTCAACGGCACGCCGTGCATGACCGGCCTCAGTTGCCTGGCCCTGGCCGATGCGACGCGCCTGGTGCAGTGGGCCGATGTGATCGGTGCCATGAGCTTCGAGGCTCAGCGCGGGCAGATCGCCGCGTTCGATGCCGAGATCATTGCGCTCAAGCCGCACCCCGGCATGCAGCAGGTGGGCAGTAACTTGCGGGCGCTGCTCGATGGCAGCGAAGTCATCGCTTCGAGCCTGGGCATCCGCACCCAGGACGCCTTGAGCATCCGCTCGATTCCGCAAGTGCATGGCGCCGCTCGTGATCAGTTGGAGCATGCCCGGCAACAGATCGAAACCGAACTCAACGCCGCTACCGACAACCCGCTGCTGCTGGGTACGCCGGACAATTTCCGGGTCGTGTCCCAGGCCAACCCTCATGGCCAGTCGGTGGCGCTGGCGGCTGACCTGTTGGCGATCGCCATGGCGGAAATCGGCTCCATCGCCGAGCGTCGCCTCGACCGTTTGATCAACCCGCACGTCAGTGGGCTGCCGGCCTTCCTGGTGGCCAATCCCGGGGTGAATTCAGGGATGATGATCGTGCAATACGTCGCCGCGTCGCTGTGCGCGGAGAACAAGCAACTGGCGCAACCGGCGGTGCTCGACAATTTCGTCACCTCCGGGTTGCAGGAAGACCATTTGAGCATGGGCACCAACGCGGCCCTGAAGCTGCACCGGGCGCTGGAAAACTGTACGCAGATCCTCGCCATCGAATACCTGCTGGCGGCCCAGGCCTTTGAGTTTCTCAAGGCGCAGCGTTTTGGCGCTGGCACCAACACCGCCTGGAAGCTGCTGCGCGAGCGCGTCCCGGCCTACGACCAGGATCGCTGGCTGGCGCCGGACATCGCCAGCGCCGCCGGGCTGCTCAGGGATCCGAACGTGCTGCACCACGTTATACCGAATTTGAATTGA MSQAEKIIIADAPLRWQDVVAVARFGAVLELSAQAWARIDNAQAIVQRIVESGERAYGVNTGLGALCNVSLKDEQLSQLSRNTLLSHACGVGPALSDEQTRAILCAAILNYSQGKSGIHRRVVEALLALLNRGITPQVPSQGSVGYLTHMAHISIALLGVGEVSYRGQVVSAQQALAAEGLQPVQLGAKDGLCLVNGTPCMTGLSCLALADATRLVQWADVIGAMSFEAQRGQIAAFDAEIIALKPHPGMQQVGSNLRALLDGSEVIASSLGIRTQDALSIRSIPQVHGAARDQLEHARQQIETELNAATDNPLLLGTPDNFRVVSQANPHGQSVALAADLLAIAMAEIGSIAERRLDRLINPHVSGLPAFLVANPGVNSGMMIVQYVAASLCAENKQLAQPAVLDNFVTSGLQEDHLSMGTNAALKLHRALENCTQILAIEYLLAAQAFEFLKAQRFGAGTNTAWKLLRERVPAYDQDRWLAPDIASAAGLLRDPNVLHHVIPNLN PGPT0020230_2809 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D1-35_03262 1533 hutH_2 COG2986 Histidine ammonia-lyase ATGACTGCCTTGAACCTGATTCCCGGCCAATTGAGCCTGGCTCAATTGCGTGACATCTATCAGCAACCGGTGACGCTCAGCCTCGACGCCAGCGCATCGGCGCAGATCGAAGCCAGCGTTGCCTGCGTGGAGCAGATCCTCGCCGAGAATCGCACCGCCTACGGCATCAACACCGGTTTCGGCCTGTTGGCCTCGACCCGTATCGCCAGCGAAGACCTAGAAAACCTGCAGCGCTCCCTGGTGCTGTCGCATGCCGCTGGCGTCGGCGAGCCGATCAGTGATGCGCTGGTGCGGTTGATCATGGTGCTCAAGGTCAACAGCCTGAGCCGGGGTTTCTCCGGCATTCGTCGGCAGGTGATCGATGCGCTGATCGCACTGATCAACGCCGAGGTCTACCCGCACATTCCGCTGAAAGGTTCGGTGGGCGCATCCGGTGACCTGGCGCCTCTGGCCCACATGTCGCTGGTGCTGCTGGGCGAAGGCAAGGCCCGTTACAAAGGCGAATGGCTGCCGGCTGTCGACGCCCTGAAAGTCGCCGGCCTCGCGCCGCTGACCCTGGCGGCCAAGGAAGGTCTGGCGTTGCTCAATGGCACCCAGGTTTCCACCGCGTTTGCCTTGCGCGGCCTGTTCGAAGGCGAAGACCTGTTTGCCGCTGCCCTGGCCCTGGGCAGCCTCACGGTGGAAGCGGTGCTTGGCTCGCGCTCGCCATTCGATGCGCGCATCCATGCCGCTCGCGGCCAGAAAGGCCAGATCGATGCCGCCGCGGCCTATCGCGACCTGTTGGGCGAGCGCAGTGAAGTGTCGGATTCGCACCAGAACTGCGACAAGGTCCAGGACCCGTACTCCCTGCGTTGCCAGCCGCAAGTGATGGGCGCCTGCCTGACCCAGTTCCGCCAGGCCGCCGAGGTGCTGGTGATCGAAGCCAACGCGGTGTCGGATAACCCGCTGGTGTTCGCCGCCGAGGGCGACGTGATCTCCGGCGGTAACTTCCACGCCGAACCGGTGGCGATGGCCGCCGATAACATGGCCCTGGCGATCGCCGAGATTGGCTCCCTGAGCGAGCGGCGCATTTCGTTGATGATGGACAAGCACATGTCGCAGCTGCCGCCGTTCCTGGTGGCCAATGGCGGGGTCAACTCCGGCTTCATGATCGCCCAGGTTACCGCTGCGGCCTTGGCCAGTGAAAACAAGGCGCTGTCCCATCCTCATTCGGTGGACAGCCTGCCGACCTCGGCGAACCAGGAAGACCACGTCTCCATGGCCCCGGCCGCCGGCAAGCGCTTGTGGGAAATGGCCGAGAACACCCGCGGGATTCTCGCGGTGGAATGGCTGGCGGCGTGCCAGGGGCTGGATTTGCGCGGTGGTTTGAAAACCTCGGCCAAACTGGAACAGGCCCGGGCGTTGCTGCGTGCAGAGGTGCCTTTTTATGAGAAGGACCGCTTCTTTGCGCCGGACATCAACGCGGCCAGTGAGCTGTTGGCGAGTCGGTGTCTGAACGAGCTGGTCACGGCGCAGTTGTTGCCGAGCCTGTAA MTALNLIPGQLSLAQLRDIYQQPVTLSLDASASAQIEASVACVEQILAENRTAYGINTGFGLLASTRIASEDLENLQRSLVLSHAAGVGEPISDALVRLIMVLKVNSLSRGFSGIRRQVIDALIALINAEVYPHIPLKGSVGASGDLAPLAHMSLVLLGEGKARYKGEWLPAVDALKVAGLAPLTLAAKEGLALLNGTQVSTAFALRGLFEGEDLFAAALALGSLTVEAVLGSRSPFDARIHAARGQKGQIDAAAAYRDLLGERSEVSDSHQNCDKVQDPYSLRCQPQVMGACLTQFRQAAEVLVIEANAVSDNPLVFAAEGDVISGGNFHAEPVAMAADNMALAIAEIGSLSERRISLMMDKHMSQLPPFLVANGGVNSGFMIAQVTAAALASENKALSHPHSVDSLPTSANQEDHVSMAPAAGKRLWEMAENTRGILAVEWLAACQGLDLRGGLKTSAKLEQARALLRAEVPFYEKDRFFAPDINAASELLASRCLNELVTAQLLPSL PGPT0020230_2420 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D1-35_03263 1203 hutI COG1228 Imidazolonepropionase ATGAAAACCCTCTGGCAAAACTGCCACGCCGCCACCATGGCCCAGGGCGTCTACTCGATTATCGAAGACGCCGCCATTGTCACCCAAGGCGAGCACATCCAATGGATCGGCCCCCGTGCCGAATTGCCGGTGGGCGACTACCCGGCAGTCAACGACCTGAAGGGCGCCTGGGTCACCCCGGGCCTGATCGATTGCCACACCCACGCGGTGTTCGGCGGCAACCGCAGCGGTGAATTCGAACAGCGCCTGCAAGGCGTCAGCTACGCCGACATCGCCGCGGCCGGCGGTGGCATCGCCAGCACCGTGCGCGCCACCCGCGCCGCCAGCGAGGACGAGCTGTTCGCCAGCGCCGCGAAACGCCTGAAAAGCCTGATGCGCGACGGCGTGACCACGGTGGAAGTCAAGTCCGGCTACGGCCTCGACCTGCCCAGCGAACGCAAGATGTTGCGGGTCATCCGCCGCCTCGGCGCCGAACTGCCGGTCAGTGTGCGCAGCACCTGCCTGGCGGCCCACGCCTTGCCGCCGGAATACAAGGACCGCGCCGACGACTACATCGAACACATCTGCGCCGAAATGCTCCCGGCGTTGGCCGCCGAGGGGCTGGTGGACGCGGTGGATGCGTTCTGCGAGTACCTGGCGTTTTCTCCAGAGCAGGTCGAACGGGTGTTCTTGACCGCGCAGCGATTGGACCTGCCGGTAAAGCTGCACGCCGAGCAACTGTCGTCGTTGCATGGTTCCAGCCTGGCGGCGCGGTATCAGGCGCTGTCGGCCGATCACCTGGAATTCATGACCGAGGATGACGCCAAGGCCATGGCCGAGTCGGGCACCGTAGCGGTGCTGCTGCCGGGGGCATTTTATTTCCTGCGAGAAACCCAGTTGCCGCCCATGGATGCCCTGCGCAAGCACGGCGTGAAAATCGCCGTCGCCAGTGACCTCAACCCCGGCACCTCGCCCGCGCTGTCGTTGCGCCTGATGTTGAACATGGCCTGCACCTGCCTGCGCCTGACCCCGGAAGAAGCACTGGCGGGAGCAACGATTCATGCCGCCCAGGCCCTGGGCATGGCTCAGACCCACGGCTCGCTGGAAGCCGGCAAGGTGGCGGATTTTGTCGCCTGGCACATCGATCGCCCGGCCGATCTGTCGTACTGGCTCGGCGGCGATCTGGAAAAACGCGTCGTGCGCCACGGCGTGGAAATCGATTGA MKTLWQNCHAATMAQGVYSIIEDAAIVTQGEHIQWIGPRAELPVGDYPAVNDLKGAWVTPGLIDCHTHAVFGGNRSGEFEQRLQGVSYADIAAAGGGIASTVRATRAASEDELFASAAKRLKSLMRDGVTTVEVKSGYGLDLPSERKMLRVIRRLGAELPVSVRSTCLAAHALPPEYKDRADDYIEHICAEMLPALAAEGLVDAVDAFCEYLAFSPEQVERVFLTAQRLDLPVKLHAEQLSSLHGSSLAARYQALSADHLEFMTEDDAKAMAESGTVAVLLPGAFYFLRETQLPPMDALRKHGVKIAVASDLNPGTSPALSLRLMLNMACTCLRLTPEEALAGATIHAAQALGMAQTHGSLEAGKVADFVAWHIDRPADLSYWLGGDLEKRVVRHGVEID PGPT0020235_2286 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020235-hutI-K01468 NA NA D1-35_03264 804 hypothetical protein GTGGAGAAGGTCCTGAATTTCAAGCAAGGGCGCGTGCCGCTGTTGATCAGCATGCCTCACGCCGGCCTGCGCCTGACGCCGGCGGTAGAGGCCGGGTTGATCCCCGAGGCCCAGAGCCTGCCGGACACCGATTGGCATATCCCCCGGCTGTATGATTTCGCCGAAGAGCTGGGCGCCAGCACCCTGGCGGCCGAATATTCCCGGTTCGTCGTCGACCTGAACCGTCCTTCTGATGACAAACCGATGTACGTCGGAGCCACCACTGGCCTGTACCCGGCGACGCTGTTCGATGGCGTGCCGTTGTTTCGCGAAGGCCTGGCGCCGTCCGCCGAGGAGCGGGCCACGTACCTGCAGCAGATCTGGATGCCCTACCATCAGGCCCTGCAACAGGAACTGGCGCGGCTCAAGGCCGAGTTCGGCTATGCCTTGCTGTTCGATGCCCACTCGATCCGTTCGGTGATCCCGCACCTGTTCGACGGCAAGCTGCCGGACTTCAATCTCGGCACGTTCAACGGCGCCAGTTGCGACCCGGCCCTGGCCAGCCAGCTCGAAGCCATTTGCGCCCGCCACGACCAGTTCACCCATGTGCTCAACGGACGCTTCAAGGGCGGACACATCACCCGGCACTACGGCAACCCGGCCGAGGACATTCACGCGGTGCAACTGGAACTGTGCCAGAGCACCTACATGGAAGAGTTCGAGCCGTTCAACTATCGCCCGGACCTGGCGGCGCCGACCCAGGTGGTACTCAGGGAGTTGCTGGAAGGTTTCCTGGCGTGGGGGCGGCAGGCTTACCAGGAATAG MEKVLNFKQGRVPLLISMPHAGLRLTPAVEAGLIPEAQSLPDTDWHIPRLYDFAEELGASTLAAEYSRFVVDLNRPSDDKPMYVGATTGLYPATLFDGVPLFREGLAPSAEERATYLQQIWMPYHQALQQELARLKAEFGYALLFDAHSIRSVIPHLFDGKLPDFNLGTFNGASCDPALASQLEAICARHDQFTHVLNGRFKGGHITRHYGNPAEDIHAVQLELCQSTYMEEFEPFNYRPDLAAPTQVVLRELLEGFLAWGRQAYQE NA NA NA NA NA D1-35_03265 948 hypothetical protein ATGAAAAGACCGTTCAAACGCTGTCTGTCGATCCTCTGCGGTACCGTCCTGTTGAGCTCCGGCGCGATGGCCGTCGAGGCAACGTCCTGCCAGACCGTGCGCATGGGCGTGGTCAACTGGACCGACGTGATCGCCACCAGTGGCATGGCTGACGTGCTGCTCACTGGCCTGGGCTACGAAAGCAAGCAGACCAGCGCCGTGCAGCAGATCATCTTCGCCGGCATCCGCGACAAGCGGCTCGACATTTTCCTCGGCTACTGGAAACCGGCGATGGACAAGAACATCGCCCCGTTCCTGGCGGCCAATCAAGTGAAAGTACTGGACAAACCAAGCCTGGCCGACGCCCAGGCGACCCTGGCCGTTCCCGACTACGTGGCGGCGGCGGGGCTCAAGACCTTCGCCGACATCGCCCGGTTCAAGGACCAGTTGGGGGCGAAAATCTACGGCATCGAGCCGGGCAGCGGCGCCAATACCACCATCAAGACCATGATCGAGACCAACCACTTCGGTCTCAAGGATTTCAAGCTGATCGAGTCCGGCGAGGCCGGGATGCTGGCGGCGGTGCAGCGGGCAGTCAATCGCAAGGAATTCGTGGTCTTTGTCGGCTGGACCCCACACCCGATGAACATCAACATGAACATCGCTTACCTGACCGGCAGCGAAGATGTCTATGGCCCCAACGAAGGCGCCGCGACGGTCTCCATCGTCACCGCGCCGGACTACGCACAGCGGTGTCCGAACGTGCAGCGGCTGCTGGAGAACCTCACGTTTACCGCCGCCCAGGAGAGCCAGTTGATGGTGCCGATCATGGAACGCAAGATGCCCCAGGACGTCGCGCGGCAATGGTTGCGCGAGCACCCGGAGGACCTGCAGCGCTGGCTCGCCGGCGTGACCAGCTTCGATGGCAAGGATGGCATCGCGGCGGTGCAGGCCAGTCTCAAGAACTGA MKRPFKRCLSILCGTVLLSSGAMAVEATSCQTVRMGVVNWTDVIATSGMADVLLTGLGYESKQTSAVQQIIFAGIRDKRLDIFLGYWKPAMDKNIAPFLAANQVKVLDKPSLADAQATLAVPDYVAAAGLKTFADIARFKDQLGAKIYGIEPGSGANTTIKTMIETNHFGLKDFKLIESGEAGMLAAVQRAVNRKEFVVFVGWTPHPMNINMNIAYLTGSEDVYGPNEGAATVSIVTAPDYAQRCPNVQRLLENLTFTAAQESQLMVPIMERKMPQDVARQWLREHPEDLQRWLAGVTSFDGKDGIAAVQASLKN PGPT0013640_2293 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 D1-35_03266 912 nlhH_2 COG0657 Carboxylesterase NlhH ATGGCCTACCCACTCTCCCAGGCAATGTCCGCCTTCATCGACAAGACCCTGAGCTTCACCAGCCCGGATGACAGCCTCGCCGGCTCGCGCCAGGCTTACAGCCGGATGTGCCGGGCATTCACCCCGCCGCGCCCATCAACGCTTGCGGTCGAGGATCTGCACCTGGCTGGCGTGGCTGTCCGGGCCTATCACCTGCGTACTTCGCCGCCGCTCGCCGGGTGGCCGTGCATTCTTTACCTGCACGGTGGCGGTTGGGTGGTAGGGGACCTGGATTCCCATGATTTCATTTGCATGGAACTGGCCGCGGCCCTCGGCGTGCTGGTGGTGGCGGTGGATTACCGGCTTGCCCCCGAGCATCCGTTTCCCGCCGGGTTCGAAGATTGCCTTACTGTGTGGCGCCACCTGGGGGACCTGCCGTTTGCCATCAACCCTCGGCGCCGGGCCGTGGTGGGCGACAGCGCCGGCGGCAACCTCGCCGCTGCGGTGTGCCTGGCCTTGCGCGATGCAGGGCAGCCTCTGCCCCGGTCCCAGGTGCTGATCTACCCGGCGCTTGGTGGTCCCGAGCATTTACCGTCGCGCACCGAATGTTTCGACGCGCCGCTCTTGAGCCGCTGTGACCTGCAACGCTATGACGCGTGGTACCTGCGTGGCACCCAGCCCTCAGCCTACGCCGCGCCATTGCTCGCCGATGATTTCAGCGGCCTGCCCGCGACGCTGGTTGCCGTGGCGCAATGGGATCCGCTGCGCGACGACGGCGTCCTCTATAACGAGCGCCTGAGCGCCGCAGGGGTAGCCTCTGAGTTGTACAACGGCGAGGGTCTGGTCCACGGTTGCCTGCGCGCGCGGAGCCAGGTGCCGGAGGTCGATCAGCTATATCGCAGGCTACTGGCCTACCTGGCCGACACGCTTTGA MAYPLSQAMSAFIDKTLSFTSPDDSLAGSRQAYSRMCRAFTPPRPSTLAVEDLHLAGVAVRAYHLRTSPPLAGWPCILYLHGGGWVVGDLDSHDFICMELAAALGVLVVAVDYRLAPEHPFPAGFEDCLTVWRHLGDLPFAINPRRRAVVGDSAGGNLAAAVCLALRDAGQPLPRSQVLIYPALGGPEHLPSRTECFDAPLLSRCDLQRYDAWYLRGTQPSAYAAPLLADDFSGLPATLVAVAQWDPLRDDGVLYNERLSAAGVASELYNGEGLVHGCLRARSQVPEVDQLYRRLLAYLADTL NA NA NA NA NA D1-35_03267 972 pip_2 Proline iminopeptidase ATGCAGACTTTGTACCCGCAGATCAAACCCCATGCCCGGCACGATCTGGCTGTCGATGACACCCACACGCTCTATGTCGATGAAAGCGGCTCGCCGGAAGGCCTGCCTGTCGTGTTCATCCACGGTGGCCCGGGGGCGGGTTGCGATGCGCAAAGCCGTCGCTACTTCGATCCGAATCTGTACCGCATCGTTACGTTCGACCAGCGCGGCTGCGGCCGTTCCACGCCTCACGCGAGTCTGGAAAACAACACCACCTGGGACCTCGTCGAAGACCTGGAGCGCATCCGCAAGCACCTGGGCATCGAAAAGTGGGTGCTGTTCGGCGGCTCCTGGGGCTCGACCCTGGCCCTGGCCTACGCCCAGACTCATCCGGAACGGGTACATGGTCTGATCTTGCGCGGGATCTTTCTCTGCCGTCCGCAGGAAATCGAGTGGTTCTACCAGGCCGGGGCCAGTCGTCTGTTTCCCGACTACTGGCAGGACTACATCGCACCGATCCCCCTGGATGAACGCGATGACCTGCTCAGCGCTTTCCACAAACGCTTGATCGGCAACGACCAGATCGCCCAGATGCACGCGGCCAAGGCCTGGTCCACCTGGGAGGGGCGCACCGCGACCCTGCGCCCGAACCCGTTGGTGGTCGATCGTTTCTCCGAGCCGCAGCGAGCGCTGTCGATCGCCCGGATCGAATGCCACTACTTCACCAACAACGCCTTTCTCGAACCCAATCAGTTGATTCGCGACATGGGCAAGATCGCCCATTTGCCGGGCGTCATCGTGCATGGTCGCTACGACGTGATCTGCCCGTTGGACAATGCCTGGGAGCTGCACCAGAACTGGCCCAACAGCGAGCTGCAGGTGATCCGTGACGCCGGCCATGCCGCTTCGGAACCAGGGATTACCGACGCGTTGGTGCGCGCCGCCGCGCAAATGGCCCGCCGCCTGCTCGACCTGCCCCCCGAAGAAGCATGA MQTLYPQIKPHARHDLAVDDTHTLYVDESGSPEGLPVVFIHGGPGAGCDAQSRRYFDPNLYRIVTFDQRGCGRSTPHASLENNTTWDLVEDLERIRKHLGIEKWVLFGGSWGSTLALAYAQTHPERVHGLILRGIFLCRPQEIEWFYQAGASRLFPDYWQDYIAPIPLDERDDLLSAFHKRLIGNDQIAQMHAAKAWSTWEGRTATLRPNPLVVDRFSEPQRALSIARIECHYFTNNAFLEPNQLIRDMGKIAHLPGVIVHGRYDVICPLDNAWELHQNWPNSELQVIRDAGHAASEPGITDALVRAAAQMARRLLDLPPEEA NA NA NA NA NA D1-35_03268 438 dtd COG1490 D-aminoacyl-tRNA deacylase ATGAAGGGGTTGCTGCAGCGGGTTCGCGGCGCCCGGGTCGAAGTCGCGGGCGAGATCGTCGGTGCGGTGGACCATGGCTTGCTGGTGCTGGTAGCCGTCGAGCCTGGGGATACCCGGGCCAGTGCCGACAAACTCCTGCACAAGCTGCTTAACTATCGGGTGTTCAGCGACACCGACGGCAAGATGAACCTGTCCCTGGCGGACGTCGCGGGTGGTTTGCTGCTGGTCTCGCAGTTCACCTTGGCGGCGGACACCAAAAGCGGTCTGCGCCCGAGCTTTTCAACCGCCGCGCCGCCCGCCCTTGGCGAAGAATTGTTCAACTATCTCCTGACCCAGGCGAAACAGGTGCATGGCACCGTGGCATCAGGTAGATTCGGCGCCGACATGCAAGTGCATCTGGTCAATGATGGCCCGGTAACCTTTCTGTTACAGGTCTGA MKGLLQRVRGARVEVAGEIVGAVDHGLLVLVAVEPGDTRASADKLLHKLLNYRVFSDTDGKMNLSLADVAGGLLLVSQFTLAADTKSGLRPSFSTAAPPALGEELFNYLLTQAKQVHGTVASGRFGADMQVHLVNDGPVTFLLQV NA NA NA NA NA D1-35_03269 1773 mdoG COG3131 Glucans biosynthesis protein G GTGATTGTTAGTCCCTGTAATGCACCAAAAATGACTGCCAAACGGTTTAGAAACGCTCTGGTAGCGGGCTCGGCCCTGCTGTGCCTGTTTGGCGCGGGCCAACTGTGGGCATTCAGCCTGGATGATGTATCGGCGAAGGCACAAGAACTGGCCGGGCAGAAATTCGAAGCCCCGCGCAGCAACCTGCCGAACGAATTCCGCGAAATGAAATTCGCCGATTATCAGAAAATCCGTTTCCGCACCGAAAAAGCTGAATGGGCCGACCAGAAGACGCCGTTCCGGCTGTCCTTCTATCACCAGGGCATGCATTTCGACACACCGGTGAAGATCAACGAAATCACCGCGACCACCGTCGATGAGATCAAATACGACCCGACACGCTTCGATTTCGGTGATGTGAAGTTCGATCCGAAGGCCACCGAACAATTGGGCTACGCGGGTTTCCGCGTGTTGTACCCGATCAACAAAGCTGACAAGCAAGACGAAATCATGACCATGCTCGGCGCCAGCTACTTCCGCGTCATCGGCAAGGGCCAGGTTTATGGCTTGTCCGCTCGCGGCATGGCGATCGATACCGCATTGCCATCGGGTGAAGAGTTCCCGCGTTTTCGTGAGTTCTGGATCCAGCGTCCGAAGCCGACCGACAAGCACCTGGTGATCTTCGCCTTGCTCGATTCGCCACGGGCTACCGGCGCTTATCGCCTGACCGTGCGCCCGGGCACCGACACCGTCGTTGACGTCAAATCGCGTGTTTTCCTGCGTGATCGCGTCAACAAGCTGGGCATCGCCCCGTTGACCAGCATGTTCCTGTTCGGCGCGAATCAGCCGTCCAAGGTCCTGAACTACCGTCGCGAGCTCCACGACTCCAGCGGCCTGTCCATCCATGCCGGCAACGGCGAGTGGATCTGGCGTCCGCTGAACAACCCGAAACACCTGGCGGTGAGCAACTTCTCGGTAGAAAACCCGCGTGGTTTCGGCCTGCTGCAACGTGGTCGTGACTTCAGCCACTACGAAGACCTGGACGACCGCTACGAAAAACGTCCAAGCGCCTGGATCGAACCGAAAGGCGACTGGGGCAAGGGTACCGTAGACCTCGTCGAGATCCCGACCGCCGACGAAACCAACGACAACATCGTTGCGTTCTGGAGCCCGGAAAAACTGCCTGAGCCAGGCCAGCCACTGGACTTCGCCTATCGCCTGCACTGGACACTTGATGAAGCCAGCCTGCACTCGCCAGACAGCGCCTGGGTCAAGCAGACCCTGCGTTCCACGGGTGACGTGAAGCAGTCCAACCTGATTCGCCAGCCGGATGGCAGCGTGGCCTACCTGGTCGATTTCGAAGGCCCGTCCCTGCAAGCCCTGCCTGAAGACGCCGAGGTGCGTAGCCAGGTGAGCGTGGGTGACAACGGCGAAATCGTCGAGAACAGCGTGCGCTACAACCCTGAAACCAAGGGCTGGCGCCTGACGTTGCGCCTGAAGATCAAGGATCCGGGCAAGGCGACCGAGATGCGTGCCGCTTTGGTCCGGCCGCTGGTTCCTGTAGAGCTGCCGGCTACCTCGCATTCCGTGACCACGCTGGCCAAGGCCGACAAGGTCGCCAAGCAGCAGAGCGAGAAAGAGAAAGCCAACGAACAGGCCGGCGAGCAGCAGGAAGCCAAGGCCGTCAAGGCGTCCACCGCCGCCGCCGAGCCGACCCCAACCCCGCAGGAACCGGAGCAGACTGAGCAAGTCCTGACCGAGACCTGGAGCTATCAGTTGCCTGCCGATGAGTAA MIVSPCNAPKMTAKRFRNALVAGSALLCLFGAGQLWAFSLDDVSAKAQELAGQKFEAPRSNLPNEFREMKFADYQKIRFRTEKAEWADQKTPFRLSFYHQGMHFDTPVKINEITATTVDEIKYDPTRFDFGDVKFDPKATEQLGYAGFRVLYPINKADKQDEIMTMLGASYFRVIGKGQVYGLSARGMAIDTALPSGEEFPRFREFWIQRPKPTDKHLVIFALLDSPRATGAYRLTVRPGTDTVVDVKSRVFLRDRVNKLGIAPLTSMFLFGANQPSKVLNYRRELHDSSGLSIHAGNGEWIWRPLNNPKHLAVSNFSVENPRGFGLLQRGRDFSHYEDLDDRYEKRPSAWIEPKGDWGKGTVDLVEIPTADETNDNIVAFWSPEKLPEPGQPLDFAYRLHWTLDEASLHSPDSAWVKQTLRSTGDVKQSNLIRQPDGSVAYLVDFEGPSLQALPEDAEVRSQVSVGDNGEIVENSVRYNPETKGWRLTLRLKIKDPGKATEMRAALVRPLVPVELPATSHSVTTLAKADKVAKQQSEKEKANEQAGEQQEAKAVKASTAAAEPTPTPQEPEQTEQVLTETWSYQLPADE PGPT0013325_41 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0013325-mdoG-K03670 NA NA D1-35_03270 2571 opgH COG2943 Glucans biosynthesis glucosyltransferase H ATGAGTAATACTTCCGTACAGCCAGTGTCTCTGAGCGAGTATCTGGCCCATTTGCCGATGACCGACGAGCAGCGCGCCGAACTGGCGGGCTGCAAGTCCTTCAGCGAATTGCATGAACGCCTGGCTTCGTCGACGTTCGATGCGCCCGACGAGGCTGCCCAAGCCTCGGTGGGCCGTCGCCTGGCGCTCAGCACTGCCGAGGAACTCGAGGACGCCGAAATGCTGGCCCTCGATTCCAGTGGCCGTGTATGCCTGAAGGCTACTCCGCCGATTCGCCGGACCAAGGTCGTGCCGGAGCCATGGCGCACCAATATCCTGGTACGCGCCTGGCGCCGCCTGACCGGTCGCACCAACCCGCCGAAGCCGCCCAAGGACGAGCGCGTCTTGCCGCATGCGCGCTGGCGTACCGTGGGTTCGATCCGCCGCTACATCCTGTTGATCCTGATGCTCGGCCAGACCATCGTGGCCGGCTGGTACATGAAAGGAATCATGCCGTACCAGGGCTGGTCGCTGGTGGACCTGGATGAAGTGCTGCATCAGCCGCTGCTGCAGACGGCCACGCAAGTGCTGCCATACGCGCTGCAAACCAGCATCCTGATCCTGTTCGGGATCCTGTTCTGCTGGGTCTCGGCCGGTTTCTGGACCGCGCTGATGGGATTCCTCGAACTGCTCACCGGGCATGACAAGTACCGCATTTCCGGTGCCAGTGCCGGTAACGAGCCGATTCCCAAGGATGCCCGCACCGCCCTGGTGATGCCGATCTGTAACGAGGACGTGCCACGGGTATTCGCCGGTCTGCGCGCCACGTTCGAGTCGGTTGCGGCCACGGGTGACCTGGACCGCTTCGACTTCTTCGTGCTCAGCGACAGTAACGAAACCGACATCTGCGTCGCCGAGCAGCAGGCCTGGCTGGATGTCTGCCGTGAAACCGGGGGCTTTGGCAAGATCTTCTATCGCCGCCGCCGTCGCCGCGTGAAACGCAAGAGCGGCAACCTCGACGACTTCTGCCGTCGCTGGGGCAGCGACTACAAGTACATGGTCGTGCTCGACGCCGACAGCGTCATGAGCGGCGAATGCCTGACCAGCCTGGTGCGCCTGATGGAAGCCACGCCGGACGCTGGCATCATCCAGACCGCGCCACGTGCCTCGGGCATGGACACGCTGTATGCGCGCATGCAGCAGTTCGCCACACGGGTCTACGGTCCGCTGTTCACCGCCGGCCTGCACTTCTGGCAGTTGGGCGAGTCGCACTACTGGGGCCACAACGCGATCATCCGCATGAAGCCGTTTATCGACCACTGCGCCCTGGCGCCGTTGCCCGGTAAAGGTGCCTTCTCCGGTGCGATCCTCTCCCACGACTTTGTCGAAGCCGCGCTGATGCGCCGTGCCGGCTGGGGCGTGTGGATTGCCTATGACCTGCCGGGCAGCTACGAAGAGCTGCCACCGAACCTGCTGGACGAACTCAAGCGTGACCGTCGCTGGTGCCACGGCAACCTGATGAACTTCCGGCTGTTCCTGGTCAAGGGCATGCACCCGGTGCACCGTGCGGTGTTCCTGACCGGCGTGATGTCCTACCTGTCGGCACCGCTGTGGTTCTTCTTCCTGGTGCTGTCCACCGCGCTGCTGGCGGTGAACACGCTGATGGAGCCGCAGTACTTCCTCGAGCCGCGCCAGTTGTATCCGCTGTGGCCACAATGGCATCCGGAAAAAGCCATCGCGCTGTTCTCGACCACCATCGTGCTGCTGTTCCTGCCCAAGCTATTGAGCATCGTGCTGATCTGGGCGAAAGGCGCGAAGGAGTTCGGCGGCAAGTTCAAGGTCACGATGTCGATGCTGCTGGAAATGCTGTTCTCCATGCTGCTGGCGCCGGTGCGCATGATCTTCCACACCCGTTTCGTGCTGGCCGCCTTCCTGGGCTGGGCCGCGACCTGGAACTCGCCCAAGCGTGACGATGACTCCACGCCTTGGAGCGAAGCCATCAAGCGCCACGGCCCGCAGACCCTGCTGGGCTTCTTCTGGGCCTTGCTGGTGATCTGGCTGAACCCGAGCTTCCTGTGGTGGCTCGTGCCGATTGTCGGCTCGCTGATGTTGTCGATCCCGGTTTCGGTGATCTCCAGCCGCGTGGGCCTGGGCTTGAAGTCCCGTGATGAAAGCCTGTTCCTGATTCCCGAGGAATACGCGCCGCCACAGGAACTGCTGTCGACTGACCAGTACACCCATGAAAACCGTTGGCACGCGCTGAACGACGGCTTCATCCGGGCGGTGGTCGATCCGCGACAGAACGCCCTGGCGTACGCATTGGCTACCTCCCGTCACGGCAAGGCCGAGCCGATCGAATGGCTGCGCGTCGAGCGCGTCCGTCATGCCTTGAAGGTAGGCCCGGCCGGGCTCAACAACGCCGAGCGATTGGCGCTGCTGAGCGATCCGGTGGCGCTGTCCCGTCTGCATGAGCAGGTCTGGAGCGAGGCGCATCCCGAGTGGCTGGCGGCGTGGCGTGAATCGGTCAAGGCCGATCCGCATGCACCGTTGCTGCCGCTTCAACCGGTGGGCGCACAGCCTCAACTGGCCTGA MSNTSVQPVSLSEYLAHLPMTDEQRAELAGCKSFSELHERLASSTFDAPDEAAQASVGRRLALSTAEELEDAEMLALDSSGRVCLKATPPIRRTKVVPEPWRTNILVRAWRRLTGRTNPPKPPKDERVLPHARWRTVGSIRRYILLILMLGQTIVAGWYMKGIMPYQGWSLVDLDEVLHQPLLQTATQVLPYALQTSILILFGILFCWVSAGFWTALMGFLELLTGHDKYRISGASAGNEPIPKDARTALVMPICNEDVPRVFAGLRATFESVAATGDLDRFDFFVLSDSNETDICVAEQQAWLDVCRETGGFGKIFYRRRRRRVKRKSGNLDDFCRRWGSDYKYMVVLDADSVMSGECLTSLVRLMEATPDAGIIQTAPRASGMDTLYARMQQFATRVYGPLFTAGLHFWQLGESHYWGHNAIIRMKPFIDHCALAPLPGKGAFSGAILSHDFVEAALMRRAGWGVWIAYDLPGSYEELPPNLLDELKRDRRWCHGNLMNFRLFLVKGMHPVHRAVFLTGVMSYLSAPLWFFFLVLSTALLAVNTLMEPQYFLEPRQLYPLWPQWHPEKAIALFSTTIVLLFLPKLLSIVLIWAKGAKEFGGKFKVTMSMLLEMLFSMLLAPVRMIFHTRFVLAAFLGWAATWNSPKRDDDSTPWSEAIKRHGPQTLLGFFWALLVIWLNPSFLWWLVPIVGSLMLSIPVSVISSRVGLGLKSRDESLFLIPEEYAPPQELLSTDQYTHENRWHALNDGFIRAVVDPRQNALAYALATSRHGKAEPIEWLRVERVRHALKVGPAGLNNAERLALLSDPVALSRLHEQVWSEAHPEWLAAWRESVKADPHAPLLPLQPVGAQPQLA PGPT0013320_133 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013320-mdoH-K03669 NA NA D1-35_03273 168 hypothetical protein ATGCCGAGCCTAGGCGAGGCACCGAGTGGTGGGGCAAAAGCGTTTTGCTTACTTTTGCGCTTCTCAAAAGTGAGCCGCCGTAAGGGCGGAACCCTAAGTGGCCGTTACCGCAGCAACGGATATATCCACAAATCCGAAGTGAGCTGCCCGAAGGGCATCAAACCCTGA MPSLGEAPSGGAKAFCLLLRFSKVSRRKGGTLSGRYRSNGYIHKSEVSCPKGIKP NA NA NA NA NA D1-35_03274 1917 mcpQ_2 COG0840 Methyl-accepting chemotaxis protein McpQ ATGTTCCGGTGGCTTGCCCAGGGTCTGGGAAACGTAAGCGTTAATCGCAAACTTGGCTTCGGCTTCGGCCTGGTGCTGTTCCTCACCCTGATGATCGCGTTCACCGGCTGGTCCGGCCTGGGCAATGTCATCAGCCGGGGCGACAAGCTGGGGTTCATTGCCAGCCTGAACGACCTGAGCAAGGACCTTGACCTCGCCAGCATCGACTACAACACCACGCGCGGCGAAAAAGGCCCGCAACAGGTCAACGACCTGCTCGGCAAGCTCGAGGCCGGGTTGAAGACAGCTCGCGAGATGATCGAACAGCCTGACGACGTGGCGTTGATCGACAAGCAACTGGCCGCCGTTGCCGAATACAAAAGCGCCTTCGCCCAGATGACCAGCGCCACCGTCAGCCGCGAAGATGCCCGCGGCAAGCTGGGCGCCAGTGCCGATAGCACCGTAGCCCGCGTCGCCGAAGTGGAGAAAGCGCTGCTGCAGGGCGGCGACATCACCCAGTTCAACAGCGTGGTGACCTTAAGCAAGGCGATCCAACAGGCACGCTATCAGGTTCGCGGTTACACCTACAGCGGCAAAAGCGAGGCCCAACAGCCGGCCATCGATGCAATTACCGATGTCCTGAAACTGCTGGCCCGCTTGCCAGCCCAGTTGCCTGAGGAACACGCCGACAGGCTCCAGCAGGCCAGCGACTCGATGAACATCTACCGGGCGGCAGTCAGCCAGTTCCGTGACTCCCAACTTGATAACGGTGCCGCTCTGCAGCGTATGAGCGAGCAAGGCCAGGTCCTGATCGACTCCAGCCAGAAGCTCACCGCGTCCCAGACGGCCGTGCGCGACCACGACACCGCCCAGGCCAAGGCCGTTCTGATCGCAGCCGCCGCGCTGGCGCTGCTGTTCGGTGTGATCGCCGCCTTGCTCATCACTCGGCAGATCGTCGGCCCGCTGGATGAGACCCTGAAGGTGGCAGAACGCGTCGCCGCGGGCGATCTTACCCACAACCTGACGTCCGAACGCCGCGACGAACTCGGTCAATTGCAACGCGCCATGCAACGCATGACCGTTGGCTTGCGGCAGTTGATCGGCGGCATCGGTGAAGGCGTTACCCAGATCGCCAGCGCTGCTGAACAGCTCTCGGCCGTGACCGAGCAGACCAGCGCCGGGGTCAATAGCCAAAAGATCGAGACCGACCAGGTCGCCACTGCCATGCACGAAATGACCGCCACCGTGCAGGAAGTGGCGCGCAACGCCGAGGAAGCCTCCGAGGCCGCCGTCGCCGCCGATCAACAGGCCCGCGAAGGTGACAAGGTCGTCGGCGAAGCCATCGCCCAGATCGAGCGCCTGGCGCGAGAAGTGGGCAACTCTACCGCCGCCATGGGCGATCTGAAGCGCGAAAGCGACAAGATCGGCAGCGTCCTGGACGTGATCAAGTCGGTGGCCCAGCAAACCAACCTGCTGGCCCTCAACGCGGCCATCGAGGCAGCCCGAGCCGGTGAAGCCGGGCGCGGCTTCGCCGTGGTGGCCGACGAAGTTCGCAGCCTGGCCCAGCGCACCCAGAAGTCCACCGAGGAAATCGAAGAACTGATCGTCGGCCTGCAAGCGGGTACCGAACAGGTCGCGACCATCATGGACAACAGCCGCAGCCTGACCGACAGCAGCGTCGAACTGACCCGCCGCGCCGGTGGCTCGCTGGAAAACATCACTCGCACGGTGTCGGCGATCCAGTCGATGAACCAGCAGATCGCAGCGGCGGCAGAGCAGCAGAGTGCGGTGGCCGAGGAGATCAACCGTAGCGTGCTGAATGTGCGGGATGTGTCAGAGCAGACGGCGTCGTCCAGTGAGGAAACGGCTGCCTCCAGTGCCGAACTGGCGCGGTTGGGGGTTCATTTGCAGACATTGGTGGGGCGGTTCAGGGTTTGA MFRWLAQGLGNVSVNRKLGFGFGLVLFLTLMIAFTGWSGLGNVISRGDKLGFIASLNDLSKDLDLASIDYNTTRGEKGPQQVNDLLGKLEAGLKTAREMIEQPDDVALIDKQLAAVAEYKSAFAQMTSATVSREDARGKLGASADSTVARVAEVEKALLQGGDITQFNSVVTLSKAIQQARYQVRGYTYSGKSEAQQPAIDAITDVLKLLARLPAQLPEEHADRLQQASDSMNIYRAAVSQFRDSQLDNGAALQRMSEQGQVLIDSSQKLTASQTAVRDHDTAQAKAVLIAAAALALLFGVIAALLITRQIVGPLDETLKVAERVAAGDLTHNLTSERRDELGQLQRAMQRMTVGLRQLIGGIGEGVTQIASAAEQLSAVTEQTSAGVNSQKIETDQVATAMHEMTATVQEVARNAEEASEAAVAADQQAREGDKVVGEAIAQIERLAREVGNSTAAMGDLKRESDKIGSVLDVIKSVAQQTNLLALNAAIEAARAGEAGRGFAVVADEVRSLAQRTQKSTEEIEELIVGLQAGTEQVATIMDNSRSLTDSSVELTRRAGGSLENITRTVSAIQSMNQQIAAAAEQQSAVAEEINRSVLNVRDVSEQTASSSEETAASSAELARLGVHLQTLVGRFRV PGPT0015710_10315 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 D1-35_03275 708 hypothetical protein GTGAACCTGCTGCTGCTTGAAGAGGCCGATTTCATCGAGCCGGACCGCGTCATCCTGAGCGATCGGCGCCTGACACACATGCAGGAAGTCCACCGCAGCGCCGTCGGCGACAGCCTGCGGGTCGGCCGTATCGGTGGCCTGATGGGCACGGCCCAGGTGTTGCGCCTGGAGGCTCGCGAAGCCGAACTGCAAGTGACCCTCGACCAGCCGCCGCCGGCCAAGTTGCCGCTGACCCTGGTGCTGGCATTGCCGCGTCCGAAGATGCTCCGGCGGGTATTCCAGACCGTCGCCACCATGGGCGTGCCGCGCGTGGTGCTGGTGAACAGTTATCGTGTGGAAAAGAGCTTTTGGCAGACGCCCTTCCTGGAGCCGGAGGCGATTCGCGAGCAACTTATTCTTGGTCTGGAGCAGGCTCGGGACAGCGTGCTGCCGGAAATCATCATTGAAAAACGCTTCAAGCCCTTCGTCGAAGATCGCCTGCCCGCCATCGTTGAAGGCACCCTCGGGCTGGTCGGCCACCCTGGCAACCACCCGCCCTGCCCGCGCGCGCTGACTGAACCGGTGACCTTGGCCATCGGCCCGGAAGGCGGCTGGATCCCCTACGAAATCGACCTGCTGGGCAAGGCCGGCCTGCAACCGGTGCAGCTCGGCGAACGGATCCTGCGGGTCGAGACCGCCGTCACGGCCCTGCTTGCACGGCTGTTCTAA MNLLLLEEADFIEPDRVILSDRRLTHMQEVHRSAVGDSLRVGRIGGLMGTAQVLRLEAREAELQVTLDQPPPAKLPLTLVLALPRPKMLRRVFQTVATMGVPRVVLVNSYRVEKSFWQTPFLEPEAIREQLILGLEQARDSVLPEIIIEKRFKPFVEDRLPAIVEGTLGLVGHPGNHPPCPRALTEPVTLAIGPEGGWIPYEIDLLGKAGLQPVQLGERILRVETAVTALLARLF NA NA NA NA NA D1-35_03276 798 tatC COG0805 Sec-independent protein translocase protein TatC ATGAGCGATATCCCTGAAAACGACCAGCCGATGCCGCTGGTATCGCACCTCACCGAGTTGCGCACCCGCCTGCTGCGCTGCGTCGCGGCGGTGTTCATCATCTTTGCCGGGCTGTTTGCCTTCACCCAGCAGATCTACACCTTCGTCTCCACGCCGCTGCGCGAGTACCTGCCGGTAGGCGCAACGATGATCGCCACCGATGTCTCGTCGCCGTTCCTGACGCCGTTGAAACTGACGATGATGGTCTCGCTGTTCCTGGCGATCCCGGTGATCCTGCATCAGATCTGGGGCTTCATCGCTCCGGGCCTGTACAAGCATGAAAAACGCATCGCCGTGCCGCTGCTGGTGTCGAGCATCCTGCTGTTCTACACCGGCATGGCCTTCGCCTACTTCTTCGTATTCCCGCTGATCTTCAAGTTCTTCGCCGCCGCCACCCCGGCAGGCGTGGAAATGATGACCGACATTACCAGCTACCTGGATTTCGTCATGACGCTGTTCTTCGCCTTTGGCGTGGCGTTCGAGATTCCCGTGGCGGTGGTATTGCTGGTGTGGATCGGCGTGGTCGACGTCGCCTACCTGAAGAAGATCCGTCCGTACGTGATCATCGGTTGCTTCGTGGTCGGCATGATCCTCACGCCGCCGGATATTTTCTCCCAGACCTTGCTGGCCGTGCCGATGTGGCTGCTGTTCGAGATCGGCATCCTGTTCGGCGGCCTGGTGCGCAAGCGCCGCGAAGAAGAACCCGAGGACCAGCCGGTCGACGACCACAACGACCAGCCGCCAGCGACCCAAGCGTGA MSDIPENDQPMPLVSHLTELRTRLLRCVAAVFIIFAGLFAFTQQIYTFVSTPLREYLPVGATMIATDVSSPFLTPLKLTMMVSLFLAIPVILHQIWGFIAPGLYKHEKRIAVPLLVSSILLFYTGMAFAYFFVFPLIFKFFAAATPAGVEMMTDITSYLDFVMTLFFAFGVAFEIPVAVVLLVWIGVVDVAYLKKIRPYVIIGCFVVGMILTPPDIFSQTLLAVPMWLLFEIGILFGGLVRKRREEEPEDQPVDDHNDQPPATQA PGPT0029295_2093 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 D1-35_03277 423 tatB Sec-independent protein translocase protein TatB ATGTTTGGGATCAGCTTCACTGAACTGCTGCTCGTCGGCCTCGTCGCCCTGTTGGTACTGGGGCCCGAACGCCTGCCGGGCGCTGCGCGCACCGCCGGTCTGTGGATCGGGCGCCTGAAGCGCAGCTTCAATGCGATCAAACAGGAAGTTGAACGTGAAATCGGTGCCGACGACATCCGTCGGCAACTGCACAACGAACACATCCTGTCCCTGGAACAGGAAGCACGGAAGATCTTCTCGCCGACCCAGCAGGAGCCGACGCCGGTCCAGCCCGTGGCCGAGCCGACGATTGCTCCCCAGGTCCCGGCGGTCGAATCTGCGCCAGTGGTGATTGAACCGGCCAAACCGGTTGATCCGGTTGATCCGGTTACTGCGACGCCCCCGACTCCCAACGACTCCACTCTGCCGCCGCGAGCCCCATGA MFGISFTELLLVGLVALLVLGPERLPGAARTAGLWIGRLKRSFNAIKQEVEREIGADDIRRQLHNEHILSLEQEARKIFSPTQQEPTPVQPVAEPTIAPQVPAVESAPVVIEPAKPVDPVDPVTATPPTPNDSTLPPRAP PGPT0014360_1911 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0014360-tatB-K03117 NA NA D1-35_03278 288 tatA Sec-independent protein translocase protein TatA ATGGGTATTTTTGACTGGAAACACTGGGTCGTCATTCTGGTGGTCGTGGTGCTGGTGTTCGGCACCAAGAAACTGAAAAACCTCGGCACTGATGTCGGTGAGTCGATCAAGGGCTTTCGCAAGGCCATGAACGATGACGAGAAACCGGCCGACCCACAGGCCAATCCGTCGCAACCGGTACAACCGGCCCAACCGGTACACCCACAGGCCACGCAGCCGGTGAATGCGCCGAACACCATCGACGTGCAGGCCCAGAAAGTCGAAGAGCCAATCCGCAAAGACTCGTGA MGIFDWKHWVVILVVVVLVFGTKKLKNLGTDVGESIKGFRKAMNDDEKPADPQANPSQPVQPAQPVHPQATQPVNAPNTIDVQAQKVEEPIRKDS PGPT0029290_978 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 D1-35_03279 333 hisE COG0140 Phosphoribosyl-ATP pyrophosphatase ATGAGTGACACCCTGACCCGCCTGGCCCAGGTGCTGGAAGAGCGCAAGGGCGCCGCGGCCGACAGCTCCTATGTCGCCAGCCTGTATCACAAGGGTTTGAACAAGATTCTGGAAAAGGTCGGCGAAGAGTCGGTCGAAACCATCATTGCCGCCAAGGACGCTGCCATCAGCGGCGACTGCAGCGACGTGATCTACGAGACCGCCGACCTGTGGTTCCACAGCCTCGTCATGCTCGCCCAACTGGGGCAGCATCCGCAGGCCGTACTGGATGAACTGGACCGTCGCTTCGGTCTGTCCGGGCACGTCGAGAAAGCCTCGCGCCCGTCCGCCTGA MSDTLTRLAQVLEERKGAAADSSYVASLYHKGLNKILEKVGEESVETIIAAKDAAISGDCSDVIYETADLWFHSLVMLAQLGQHPQAVLDELDRRFGLSGHVEKASRPSA NA NA NA NA NA D1-35_03280 399 hisI Phosphoribosyl-AMP cyclohydrolase ATGAAAAACTGGCAGGACGAGATCAAATGGGACGCCGACGGCCTGGTGCCGGCGATCGCCCAGGATCACAAGACCGGGCGTGTGCTGATGATGGCCTGGATGAACCGCGAGGCGCTGGCCCTGACCGCCGCCGAGAATCGCGCCATCTATTGGTCACGTTCCCGTGGCAAGCTGTGGCGCAAGGGTGAAGAGTCCGGGCACGTGCAGCACCTGCACGAGATGCGCCTGGATTGCGACGGCGACGTCATTATCCTGATGGTCGAACAGGTCGGTGAAATCGCCTGCCATACCGGCCGTCAAAGCTGCTTCTACCGTGTCTTCGAGAACGGCGACTGGAAAACCGTCGACCCGGTACTCAAGGACCCGCACGCCATCTATTCAGGACACAACCATGAGTGA MKNWQDEIKWDADGLVPAIAQDHKTGRVLMMAWMNREALALTAAENRAIYWSRSRGKLWRKGEESGHVQHLHEMRLDCDGDVIILMVEQVGEIACHTGRQSCFYRVFENGDWKTVDPVLKDPHAIYSGHNHE PGPT0007985_540 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 D1-35_03281 1605 ubiB COG0661 putative protein kinase UbiB ATGAAGCTGCTTGCCGTCCGCCGTCTGTTGCGCATCCAGCGCGTCGTGATCCGCTACCGCCTCGATGACCTGCTGTTCGCCCTGCCGCTGCCCTGGTTTCTCCTGGCACTGCGCTTTGTGCTGCCGTGGCGCTGGTTCCCCCGTCGAACGCTGGACTTGAGCCGCGGCGCACGCCTGCGCCTGGCCTTGCAGGACCTGGGGCCGATCTTCATCAAGTTCGGGCAGATCCTCTCGACCCGTCGCGACCTGTTGCCCGAAGACATCGCCGATGAGCTGATGCTGCTGCAGGATCGCGTGCCGCCCTTCGACTCGAAACTGTCGGTAGCGCTGATCGAGGCGCAGTTGGGCAAGAAGATCAGCGAAGTCTTCAGCCGTTTCGATGTCGAGCCGCTGGCTTCGGCGTCGGTCGCCCAGGTCCACGCCGCCCAGCTCAAGACGGGTGAAGAAGTGGTGGTCAAGGTGATCCGCCCGGGCCTCAAGCCGATCATTGCCCAGGACCTGGCCTGGCTGTTCATCCTTGCCCGCGCCGCCGAGCGGATGTCAGCCGATGCACGCCTGCTGCACCCGGTGGACGTGGTCCAGGACTATGAAAAAACCATCTTCGATGAGCTCGACCTGCTGCGCGAGGCCGCCAACGCCAGCCAGCTGCGGCGCAATTTCGAGGGCTCGCCGCTGCTGTACGTGCCGCAAGTCTATTGGGACTGGTGCCGGCCGAAAGTGCTGGTGATGGAGCGTATCTACGGGATCCAGGTGACCGACCTGGCAACCCTCGCCGACCAGCGCACCGACATGAAACTGCTTGCCGAGCGCGGCGTGGAGATTTTCTTCACCCAGGTGTTTCGCGACAGCTTCTTCCACGCCGACATGCACCCGGGCAACATCTTCGTCAGCACCGTGCAACCGTGGAGCCCGCAGTACATCGCCATCGATTGCGGCATCGTCGGCAGCCTCACCCCCGAGGACCAGGATTACCTGGCGCGCAACCTGTTCGCCTTCTTCAAGCGTGACTACCGCCGCGTCGCGCAGTTGCACATCGATTCGGGCTGGGTGCCGGCCGAGACCAAGCTCAACGAATTCGAAGCGGCGATCCGCACCGTGTGCGAACCGATCTTCGAAAAACCGTTAAAAGATATTTCATTCGGCCAGGTGCTGATGCGCCTGTTCCAGACTGCGCGCCGCTTCAACATGGAGGTCCAGCCGCAGTTGGTGTTGCTGCAAAAAACCCTGTTGAACATCGAAGGCCTCGGCCGCCAGCTGTACCCGGACCTGGATTTGTGGAACACCGCCCAGCCCTTCCTTGAACGCTGGATGCGCGAACGCGTCAGCCCGAAGACCTTGCTGGGCAACGTCCAGAGCCAGTTCGAGCAGATTCCGCACCTAGCCAACATGACCCGCGATCTGCTCGAACGCATGTCCCAGCCCCATGCCCATGATCCTGCTCCACCCTGGAAACAGCGGCGCGACGATTGGTTCCTGCGCCTGCTTGGCGCGGCCCACCTGGGTGGCGGCGCCGTGCTGGCCGCCGGTGGCCCGTTGAGCGAACTGGGCCATTGGCCCGCCGGGATCATGGTGGCCGTCGGTTTGTATCTGGTCGTTCGTCGATAG MKLLAVRRLLRIQRVVIRYRLDDLLFALPLPWFLLALRFVLPWRWFPRRTLDLSRGARLRLALQDLGPIFIKFGQILSTRRDLLPEDIADELMLLQDRVPPFDSKLSVALIEAQLGKKISEVFSRFDVEPLASASVAQVHAAQLKTGEEVVVKVIRPGLKPIIAQDLAWLFILARAAERMSADARLLHPVDVVQDYEKTIFDELDLLREAANASQLRRNFEGSPLLYVPQVYWDWCRPKVLVMERIYGIQVTDLATLADQRTDMKLLAERGVEIFFTQVFRDSFFHADMHPGNIFVSTVQPWSPQYIAIDCGIVGSLTPEDQDYLARNLFAFFKRDYRRVAQLHIDSGWVPAETKLNEFEAAIRTVCEPIFEKPLKDISFGQVLMRLFQTARRFNMEVQPQLVLLQKTLLNIEGLGRQLYPDLDLWNTAQPFLERWMRERVSPKTLLGNVQSQFEQIPHLANMTRDLLERMSQPHAHDPAPPWKQRRDDWFLRLLGAAHLGGGAVLAAGGPLSELGHWPAGIMVAVGLYLVVRR PGPT0009520_2101 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009520-ubiB|aarF-K03688 NA NA D1-35_03282 618 ubiJ COG3165 Ubiquinone biosynthesis accessory factor UbiJ ATGCTGCTCACCGGGCTGCTCGCCAGTGTCGAACTCGGTATCAACCGGGTCCTGCGCCTGGACAGCACGGCGCCGATGCGCCTGGCACACTTGAGCGGCAAGGTGATTGCCGTCGACTGCCGCAGCCCCGCGTTGCAGCTGTTCATCCTGCCCAGCGACGAAGGCCTGATGCTCGCCGCCCACTGGGAGGCCGAGGCCGACTGCACGCTGCGCGCGCCGGCATCGAGCCTGCTGGAGTTGGCGCTGAGCAAGAACAAGACGGCGGTGCTGCACAGCCCCGACGTCGAGCTCGACGGCGACAGCGGCGTGCTGCTGGAACTGGCGGCGATTCTCCAGGACCTGGAACTGGACTGGGAATACGAAGTGTCCCGCTGGATCGGTCCGGTCGCCACCCAATTGCTCAGTGGCCATCTGCGCAGCCGCTCCCGCTGGTACCGCCAGGGCTTCGCCAGCCTGGGACAGAATCTGAGTGAATACCTGGCCGAGGAATCGCGTACGCTCGTAGGCCAACGCGAAGCCCAGGCCCGTTTTGCCGAACTGGACCAGATCAAGCTCGATCTGGAACGTCTCGAGGCGCGTTTCGAGCGCCTTTCCCGATCCCTTGAACCCAAGCGATAA MLLTGLLASVELGINRVLRLDSTAPMRLAHLSGKVIAVDCRSPALQLFILPSDEGLMLAAHWEAEADCTLRAPASSLLELALSKNKTAVLHSPDVELDGDSGVLLELAAILQDLELDWEYEVSRWIGPVATQLLSGHLRSRSRWYRQGFASLGQNLSEYLAEESRTLVGQREAQARFAELDQIKLDLERLEARFERLSRSLEPKR PGPT0009560_697 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009560-ubiJ|yigP-K03690 NA NA D1-35_03283 771 ubiE COG2226 Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE ATGACTGATCAGCGCAAAGGCAGCGATGCCGAACCCACCACACACTTCGGCTTCAAGAACGTGCCGGAAAGCCAGAAAGCGGAGAAAGTCGCCGAGGTTTTCCACTCGGTGGCCGCCAAGTACGACTTGATGAACGACCTGCTCTCGGGCGGCATGCATCGCCTCTGGAAGCGTTTCGCGATCGAGTTGTCGGGCGTGCGCAGCGGCAACCGCGTGCTGGACATTGCCGGCGGCACCGGTGACCTGACCAAGAAGTTCTCCCACATCGTCGGCCCCACCGGCCATGTGGTGCTCGCCGATATCAACGAATCCATGCTCAAGGTCGGTCGTGACCGCCTGCTCGACCTGGGCGTGGCCGGCAACGTCGAGTTCGTCCAGGCCGACGCCGAGAAGCTGCCGTTCCCCGACAACCATTTCGACTGCGTGACCATCGCCTTCGGCCTGCGCAACGTCACCCACAAGGAAGATGCCCTGCGCTCGATGTTGCGCGTGCTCAAGCCCGGTGGCCGGCTGTTGGTGCTGGAGTTTTCCAAGCCGACCAACGCGTTGATGTCCAAGGCTTATGACGCCTACTCGTTCGCCTTCATGCCGTTGATGGGCAAGCTGATCACCAACGACGCGGAAAGTTATCGTTACCTGGCCGAATCGATCCGCATGCACCCCGACCAGGAAACGTTGAAGTCGATGATGGTCGAAGCCGGTTTCGATCGGGTGACCTACCACAACATGACTTCCGGCATCGTCGCCCTGCACCGCGGTATCAAGCCCTGA MTDQRKGSDAEPTTHFGFKNVPESQKAEKVAEVFHSVAAKYDLMNDLLSGGMHRLWKRFAIELSGVRSGNRVLDIAGGTGDLTKKFSHIVGPTGHVVLADINESMLKVGRDRLLDLGVAGNVEFVQADAEKLPFPDNHFDCVTIAFGLRNVTHKEDALRSMLRVLKPGGRLLVLEFSKPTNALMSKAYDAYSFAFMPLMGKLITNDAESYRYLAESIRMHPDQETLKSMMVEAGFDRVTYHNMTSGIVALHRGIKP PGPT0009535_645 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183 NA NA D1-35_03284 276 hypothetical protein ATGGCCCGTATTACTGTTGAGCGTGCCCATGACCTGGGCAAGGAAGCGGCCCGCGAAAAGGCCGACAAGCTGGCCCGGAAACTGTCCGACAGCTACGGCCTGGAGCCCAAGTGGGAGGGCGACACGCTGAAGCTCAAGCGTTCCGGGGTCAAGGGTGAAGTGCATGTGGGCGAGGATTCGATCCGCGTCGAAGTGGAGCTGGGCATGTTGATGTCGGCCATGAGCGGGACAATCAAGACGGAAATCGAAAAGGCGCTGGACAAGGCGTTGGCTTGA MARITVERAHDLGKEAAREKADKLARKLSDSYGLEPKWEGDTLKLKRSGVKGEVHVGEDSIRVEVELGMLMSAMSGTIKTEIEKALDKALA NA NA NA NA NA D1-35_03285 423 hypothetical protein ATGGCCAAAGTTATTCTGAAGAAAAAAACCGACGTTGATTCTTCCACGCTGGGCGACGTGAAAACGTACGCGCGCAAGATCTGGCTGGCGGGCCTGGGCGCCTATATCAAGGTCGGTCAGGAGGGCGGCGACTACTTCAAGGAGCTGGTCAAGGCCGGTGAAGTTGTTGAAACCAAAGGCAAAAAGAACATTGCTGGGAAACTTGAAGCGGCGAACAGCGAACTGATCGAAGCCAAGACCGACGTCAACACTTTCAAGGCCCGCGTTGAAGTTCAACTCGACAAAGTAGAGAAGGTATTCGACGCGCGTGTTGCAAGTGCCTTGAATCGTATCGGCATTCCGTCTAAACATGACGTTGAGACACTCTCTGCTAAGCTCGATGAGCTGACGGCATTGCTCGAACGTGTCGCGCGTAAACATTAA MAKVILKKKTDVDSSTLGDVKTYARKIWLAGLGAYIKVGQEGGDYFKELVKAGEVVETKGKKNIAGKLEAANSELIEAKTDVNTFKARVEVQLDKVEKVFDARVASALNRIGIPSKHDVETLSAKLDELTALLERVARKH NA NA NA NA NA D1-35_03286 900 hypothetical protein ATGGCTGGCAAGAAAATCACCGAAAAAGAAGGCAGCTCGTGGACCGGGAAAATTGAAAAGTACTCCCGCAAAATCTGGCTTGCTGGTTTAGGCGTGTACTCGAAGATCGACACTGACGGCAGCAAACTCTTCGAGTCCCTGGTCAAGGACGGCGAGAAGGCCGAAAAACTCACCAAGACGGCGGTCGGCAAACAAGTCGATGCCGCCAAGGATTCTGCCGAGTCCACCAAGTCGCGCATGGGCGGCGTGAAGGATCGTGCACTGGGCAAGTGGGATGAGCTGGAAGGGGCTTTCGACAAGCGTCTGAACAGTGCAATTTCCCGCTTGGGCGTGCCGAGCCGCAATGAAGTCAAGGAACTGCACAGCAAGGTAGACACCCTGACCAGGCAGATCGAAAAACTCACCGGGGCCAAGGTCACGCCGGTCGCGACCAAGCCTGCTGCAACCAGGACGGCGGCGGCCAAGCCTGCAGCGAAGACGGCAGCCAAGCCACTGGTCAAGGCGGCGAAATCCGTCGCCAAGCCTGCGGCCAAAGCAGCGGCCAAGCCAGTAGCCAAAACCGCAGCGGCCAAGCCTGCAGCCAAGGCGGCGGCCAAACCCGTCGCGGCAAAAACTGCAGCCAAACCTGCCGCCAAGCCAGCGGCCAAGACGGCGGCGGCTAAACCAGCTGCGGCCAAACCGGCTGCCAAGCCAGCGGCAAAAGCCGCAGCAAAACCGGCCGCGGCGAAAAAGCCCGCAGTGAAAAAACCGGCCGCGCCAAAAGCAGCCGCACCCAAGGCGCCGGCCACGGCCGCCAAACCGGCCACCCCGACGAGCACGGCAAACTCTGCCTCGGCTCCGACCCCGGTAGCTACTCCGACTCCAGCGCCGGTTCCGTCGACGCCTACCAGCCAGTCCTGA MAGKKITEKEGSSWTGKIEKYSRKIWLAGLGVYSKIDTDGSKLFESLVKDGEKAEKLTKTAVGKQVDAAKDSAESTKSRMGGVKDRALGKWDELEGAFDKRLNSAISRLGVPSRNEVKELHSKVDTLTRQIEKLTGAKVTPVATKPAATRTAAAKPAAKTAAKPLVKAAKSVAKPAAKAAAKPVAKTAAAKPAAKAAAKPVAAKTAAKPAAKPAAKTAAAKPAAAKPAAKPAAKAAAKPAAAKKPAVKKPAAPKAAAPKAPATAAKPATPTSTANSASAPTPVATPTPAPVPSTPTSQS NA NA NA NA NA D1-35_03287 621 hypothetical protein ATGAAAACCCGCGACCGAATCCTCGAGTGTGCCCTGCAATTATTCAACGAGAAGGGCGAGCCGAATGTTTCCACCCTCGAAGTCGCCAACGAGATGGGCATCAGCCCCGGCAACCTCTACTACCACTTCCATGGCAAGGAACCGCTGATACTCGGATTGTTCGAGCGATTCCAGGCCGAGCTTGCACCGCTGCTGGATCCGCCCGCCGATGCGCAACTGGCGCCGGAGGACTACTGGTTGTTCCTGCATTTGATCGTCGAGCGCCTGGCCCAATACCGGTTCCTGTTCCAGGACTTGTCAAACCTGGCGGGGCGCCTGCCGAAACTGGCCAAGGGTATCCGCCAGTTGCTCAACGCGTTGAAACGGACCCTGGCCTCTTTGCTGGCGCAGCTCAAGGCCCAGGACCTGCTGGTGAGCGACACCCAGGCACTCGGGCAACTGGTGGAGCAGATCACCATGACGTTGCTGTTTTCGCTGGATTATCAGCGGATCCTTGATCGCGAGGGCGAGGTTCGCCTGGTGGTCTATCAGATCATGATGCTGGTGGCGCCGCACTTGCCGCCAGCGATAAAGGTCGCGACCGAGCAGATGGCTTTGCGGTATCTGGAGGAGCACGAATAA MKTRDRILECALQLFNEKGEPNVSTLEVANEMGISPGNLYYHFHGKEPLILGLFERFQAELAPLLDPPADAQLAPEDYWLFLHLIVERLAQYRFLFQDLSNLAGRLPKLAKGIRQLLNALKRTLASLLAQLKAQDLLVSDTQALGQLVEQITMTLLFSLDYQRILDREGEVRLVVYQIMMLVAPHLPPAIKVATEQMALRYLEEHE NA NA NA NA NA D1-35_03288 1683 phaC_1 COG3243 Poly(3-hydroxyalkanoate) polymerase subunit PhaC ATGCGCGACAAACCGGCGAAGGGTTCCATGCCCGCCCCTGCCAGCTTCATCAACGCACAGAGTGCGGTCACCGGCCTGCGCGGCAGGGACCTGCTGTCGACCCTGCGCAACGTTGCCGCCCATGGCCTGCGCAACCCGGTCCACAGTGCCCGACATGCGTTGAGGCTCGGCGGCCAGCTGGGGCGCGTCCTGCTGGGGGACACCCTGCACCCGACCAACCCCGACGACAAACGCTTCGCCGACCCCACCTGGCAGCTCAACCCGTTCTACCGCCGCAGCCTGCAGGCCTACCTGAGCTGGCAGAAGGAAGTCCGCCAGTGGATCGATGAGGGCGGCATGAGCCCGGATGATCAGGCCCGTGCGCATTTCGCCTTCTCCCTGCTCAACGACGCGGTATCGCCGTCCAATACCCTGCTCAACCCGCTGGCGATCAAGGAGCTGTTCAATTCCGGAGGCAGCAGCCTGATTCGCGGGATCAGCCATCTGGTCGACGACCTGCTGCACAACGACGGCTTGCCCCGGCAAGTCACGCCACACGCCTTTGAAGTCGGCAAGACCCTGGCGAGTACGCCCGGCGCAGTGGTGTTTCGCAACGAGCTGCTGGAACTGATCCAGTACAAGCCTATGAGCGAAAAGCAATACGCCACGCCGCTGCTGATCGTGCCGCCGCAGATCAACAAGTTCTACATCTTCGACCTGAGCCCTTCCAACAGCTTCGTCCAGTACGCTCTGAAAAACGGCTTGCAGGTGTTCATCATCAGTTGGCGCAACCCGGACGTGCGCCATCGGGAATGGGGCCTGTCCAGTTATGTCGAGGCGACGGAAGAGGCCATGAACGTCTGCCGGACGATCACCGGCGCCCGCGAAGTCAACCTGATGGGCGCCTGCGCCGGTGGCATGACCATCGCCGCCCTGCAGGGCCATCTGCAAGCCAAGCGCCAACTGCGCCGGGTGGCCAGCGCCACCTACCTGGTGAGCTTGCTGGACAGCGAGATCGAGAGCCCGGCCACGCTGTTCATCGACGAACAGACCCTCGAAGCCGCCAAACGCCGCTCCTATCAGAAAGGCATTCTCGATGGCCGCGACATGGCTCGGGTCTTCGCCTGGATGCGGCCCAACGACTTGATCTGGACCTACTTCGTCAACAACTACCTGCTGGGCAAGGAGCCGCCGGCATTCGATATTCTCTACTGGAACAACGACTGCACGCGGCTTCCGGCGGCCTATCACGGCGACCTGCTGGATTTTTTCAAACACAACCCGCTGACACGGCCGGGCGCCCTGGAGGTGTGCGGCACGCCTATCGACTTGCAGAAAGTCACCGTGGACAGCTTCAGCGTGGCCGGCATCAACGACCACATCACGCCGTGGGATGCGGTGTACCGTTCGACGTTGCTGCTGGGCGGCGAACGACGTTTCGTGCTGTCCAACAGCGGACACGTCCAGAGCATCCTCAACCCGCCAGGCAACCCCAAGGCCAACTACATCGAGAATCCGAAACTGAGCAGCGACCCGCGCGCCTGGTACTACGACGCCAAGCACATCGAGGGCAGTTGGTGGACCCAATGGCTGGGCTGGATCCAGGAGCGCTCCGGCGCCCAGCACGAAACGCAGATGACGCTGGGCAACGCGAAATACCCGGCCCTGGAAGCGGCACCCGGGAATTACGTACGGGTACGCTGA MRDKPAKGSMPAPASFINAQSAVTGLRGRDLLSTLRNVAAHGLRNPVHSARHALRLGGQLGRVLLGDTLHPTNPDDKRFADPTWQLNPFYRRSLQAYLSWQKEVRQWIDEGGMSPDDQARAHFAFSLLNDAVSPSNTLLNPLAIKELFNSGGSSLIRGISHLVDDLLHNDGLPRQVTPHAFEVGKTLASTPGAVVFRNELLELIQYKPMSEKQYATPLLIVPPQINKFYIFDLSPSNSFVQYALKNGLQVFIISWRNPDVRHREWGLSSYVEATEEAMNVCRTITGAREVNLMGACAGGMTIAALQGHLQAKRQLRRVASATYLVSLLDSEIESPATLFIDEQTLEAAKRRSYQKGILDGRDMARVFAWMRPNDLIWTYFVNNYLLGKEPPAFDILYWNNDCTRLPAAYHGDLLDFFKHNPLTRPGALEVCGTPIDLQKVTVDSFSVAGINDHITPWDAVYRSTLLLGGERRFVLSNSGHVQSILNPPGNPKANYIENPKLSSDPRAWYYDAKHIEGSWWTQWLGWIQERSGAQHETQMTLGNAKYPALEAAPGNYVRVR PGPT0014740_1555 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-POLYHYDROXYBUTYRATE_PRODUCTION,PGPT0014740-phbC|phaC-K03821 NA NA D1-35_03289 858 catD_2 COG0596 3-oxoadipate enol-lactonase 2 ATGCCGCAACCGTACATTTTCCGTACCGTCGACCTGGATGGCCAGACCTTGCGCACCGCGGTACGTCCCGGCAAGCCTCACTTGACGCCGCTGCTGATTTTCAACGGCATCGGCGCCAACCTGGAGCTGGTCTTCCCGTTCATCGAGGCCCTGGACCCGGACCTGGAAGTGATCGCCTTCGATGTGCCCGGGGTCGGCGGTTCGTCGACGCCGAGCCGGCCGTATCGTTTTCCGGGCCTGGCCAAGCTTACCGCGCGGATGCTCGATTACCTCGACTATGGGCAGGTCAACGTGATCGGTGTGTCCTGGGGCGGCGCCCTGGCCCAGCAGTTCGCCCATGATTATCCGGAGCGCTGCAAGAAGCTGGTGCTCGCCGCCACGGCCGCCGGCGCGGTGATGGTGCCGGGCAAGCCGAAGGTGCTGTGGATGATGGCCAGTCCCCGACGCTACGTGCAGCCGTCCCATGTGATGCGCATCGCGCCGCTGATCTACGGCGGCTCGTTCCGCCGCGACCCAAGCCTGGCGGCTCGTCACGCGGCCAAGGTACGTTCGGCGGGCAAGCTCGGTTATTACTGGCAACTGTTCGCGGGCCTCGGCTGGACCAGCATCCATTGGCTGCACAAGATCCACCAGCCGACCTTGATCCTGGCCGGGGATGACGACCCGCTGATCCCCCTGATCAACATGCGCATGCTGGCCTGGCGCATCCCCAATTCGCAGTTGCACATCATCGATGACGGCCACCTGTTCCTGATCACCCGGGCCGAGGCCGTGGCGCCGATCATCATGAAATTCCTCGAGGAAGAACGGCAGCGCGCGGTCATGCACCCGCATCCCGCGCCGCTGGGTGGCGGCTGA MPQPYIFRTVDLDGQTLRTAVRPGKPHLTPLLIFNGIGANLELVFPFIEALDPDLEVIAFDVPGVGGSSTPSRPYRFPGLAKLTARMLDYLDYGQVNVIGVSWGGALAQQFAHDYPERCKKLVLAATAAGAVMVPGKPKVLWMMASPRRYVQPSHVMRIAPLIYGGSFRRDPSLAARHAAKVRSAGKLGYYWQLFAGLGWTSIHWLHKIHQPTLILAGDDDPLIPLINMRMLAWRIPNSQLHIIDDGHLFLITRAEAVAPIIMKFLEEERQRAVMHPHPAPLGGG NA NA NA NA NA D1-35_03290 1680 phaC_2 COG3243 Poly(3-hydroxyalkanoate) polymerase subunit PhaC ATGAGCAACAAGAACAACGATGAGTTGAAGTACCAAGCTTCGGAAAACACCCTGGGCTTGAATCCCGTCGTCGGCTTGCGCAGGAAAGACCTGCTGGCCTCTGCCCGGATGGTGCTGACCCAGACCATCAAACAACCGCTGCACAGCGTCAAGCACGTCGCCCATTTCGGCGCTGAATTGAGGAAAGTCCTGTTCGGCAAATCCGAGTTGCAGCCCGCCAGTGATGACCGTCGTTTCAACGACCCGGCGTGGAGCCAGAACCCGCTCTACAGACGTTATCTGCAAACCTATCTGGCGTGGCGCAAGGAGCTGCACGCCTGGATCGACGACAGCAGCCTCTCGCCCCAGGACATCAGCCGTGGGCACTTCGTGATCAACCTGATGACCGAAGCCATGGCCCCGACCAACTCGGCGGCCAACCCGGCGGCGGTCAAGCGCTTCTTCGAAACCGGCGGCAAGAGCCTGCTCGATGGCCTGTCCCACCTGGCCAAGGACCTGGTGCACAACGGCGGAATGCCGAGCCAGGTGGACATGGGTGCGTTCGAAGTCGGCAAGAGCCTGGGCGTGACCGAAGGCGCGGTAGTCTTTCGCAATGACGTGCTGGAGCTGATCCAGTACCGCCCCATCACCGAGCAGGTCCATGAGCGACCATTGCTGGTGGTGCCGCCGCAAATCAACAAGTTCTACGTATTCGACCTGAGCCCGGACAAGAGCCTGGCGCGCTTCTGCCTGCGCAGCAACGTGCAGACTTTCATCATCAGTTGGCGCAACCCCACCAAGGCGCAGCGCGAGTGGGGCCTGTCGACGTACATCGAAGCGCTCAAGGAAGCGGTGGATGTGGTCACGGCCATCACCGGCAGCAAGGACGTGAACATGCTGGGCGCCTGCTCGGGCGGCATCACCTGCACCGCCCTGCTCGGCCATTACGCCGCGCTGGGGGAGAAAAAGGTCAATGCCCTGACCCTGCTGGTGAGTGTGTTGGACACCACCCTGGACACCGACGTGGCGCTGTTCGTCGACGAGCAGACCCTGGAAACGGCCAAGCGCCATTCCTACCAGGCCGGCGTCCTTGAAGGCCGCGACATGGCCAAGGTGTTCGCCTGGATGCGGCCCAATGACCTGATCTGGAACTACTGGGTGAACAATTACCTGCTGGGCAACGAGCCGCCGGTGTTCGACATCCTGTTCTGGAACAACGACACCACGCGACTCCCGGCGGCGTTCCATGGCGACCTCATCGAGATGTTCAAGAACAACCCGCTGATCCGCCCCAACGCACTGGAAGTGTGCGGCACGCCGATCGACCTCAAGCAGGTCAGCGCCGATATCTTTTCCCTGGCCGGCACCAACGACCACATCACGCCGTGGAAGTCCTGCTACAAATCGGCGCAGCTGTTCGGCGGCAAGGTTGAATTCGTGCTGTCGAGCAGCGGTCACATCCAGAGCATTCTCAACCCGCCGGGCAATCCAAAGTCCCGCTACATGACCAGCGAAGACATGCCGGCCAAGGCCGAGGACTGGATGGAAAACTCCACCAAGCACACCGACTCGTGGTGGCTGCACTGGCAAGCCTGGCAGGCCGAACGCTCGGGCAAGCTGAAGAAGGCCCCCACCGTGCTGGGCAACAAGACGTATGTGGCCGGGGAAGCGGCGCCGGGCACTTATGTGCATGAGCGGTAA MSNKNNDELKYQASENTLGLNPVVGLRRKDLLASARMVLTQTIKQPLHSVKHVAHFGAELRKVLFGKSELQPASDDRRFNDPAWSQNPLYRRYLQTYLAWRKELHAWIDDSSLSPQDISRGHFVINLMTEAMAPTNSAANPAAVKRFFETGGKSLLDGLSHLAKDLVHNGGMPSQVDMGAFEVGKSLGVTEGAVVFRNDVLELIQYRPITEQVHERPLLVVPPQINKFYVFDLSPDKSLARFCLRSNVQTFIISWRNPTKAQREWGLSTYIEALKEAVDVVTAITGSKDVNMLGACSGGITCTALLGHYAALGEKKVNALTLLVSVLDTTLDTDVALFVDEQTLETAKRHSYQAGVLEGRDMAKVFAWMRPNDLIWNYWVNNYLLGNEPPVFDILFWNNDTTRLPAAFHGDLIEMFKNNPLIRPNALEVCGTPIDLKQVSADIFSLAGTNDHITPWKSCYKSAQLFGGKVEFVLSSSGHIQSILNPPGNPKSRYMTSEDMPAKAEDWMENSTKHTDSWWLHWQAWQAERSGKLKKAPTVLGNKTYVAGEAAPGTYVHER PGPT0014740_1701 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-POLYHYDROXYBUTYRATE_PRODUCTION,PGPT0014740-phbC|phaC-K03821 NA NA D1-35_03291 378 hypothetical protein ATGACCAGACTCCCCACCGCCATCAACCTGCACAAAGCCTCCAAGACCCTGACGCTCAGATACGCGCCGGACGAGGAGTATCACCTGCCCGCGGAATTCCTGCGGGTGCACTCGCCTTCGGCCGAGGTCCAGGGCCACGGCAAACCTATCCTGCAATACGGCAAGCTCGGCGTCGGCCTGACCAAGGTCGAACCGGCCGGCCAATACGCACTGAAACTGACCTTCGACGATGGCCATGACAGCGGATTGTTCACCTGGGACTATCTGTACCAGCTGGCGGTGCGCCAGGAAGACCTGTGGAACGATTATCTCGCCGAACTCAAGGCGGCCGGAAAAACCCGCGACCCGAATGCGTCCGTCGTCAAGCTGATGCTCTAG MTRLPTAINLHKASKTLTLRYAPDEEYHLPAEFLRVHSPSAEVQGHGKPILQYGKLGVGLTKVEPAGQYALKLTFDDGHDSGLFTWDYLYQLAVRQEDLWNDYLAELKAAGKTRDPNASVVKLML NA NA NA NA NA D1-35_03292 1338 hslU COG1220 ATP-dependent protease ATPase subunit HslU ATGTCCATGACTCCCCGCGAAATCGTCCACGAACTCAATCGCCACATCATCGGCCAGGACGATGCCAAGCGCGCCGTCGCCATCGCCTTGCGTAACCGCTGGCGCCGGATGCAACTGCCGGAAGAACTGCGCGTCGAAGTGACCCCCAAGAACATCCTGATGATCGGCCCGACCGGTGTCGGCAAGACCGAGATCGCCCGGCGCCTGGCCAAGCTCGCCAACGCGCCATTCATCAAGGTCGAAGCCACCAAGTTCACCGAAGTCGGCTACGTGGGCCGCGATGTCGAGTCGATCATTCGTGACCTGGCCGATGCGGCGATCAAGCTGCTGCGCGAACAGGAAATCACCAAGGTTCGCCATCGCGCCGAAGACGCCGCGGAGGAGCGCATTCTCGATGCCCTGCTGCCACCGGCGCGCATGGGCTTCAACGCCGACGCCGCCACGACCCAGGACTCCAACACCCGCCAGCTGTTCCGCAAACGCCTGCGCGAAGGCCAGCTGGACGACAAGGAGATCGAGATCGAGGTGGCCGAAATGGCCGGCGTCGACATTTCCGCGCCGCCAGGCATGGAAGAAATGACCAACCAGTTGCAGAGCCTGTTCGCCAACATGGGCAAGGGCAAGAAGAAAAGCCGCAAGCTCAAGGTCAAGGAAGCGCTGAAGCTGGTGCGCGATGAAGAAGCCAGTCGCCTGGTCAACGAAGAGGAGCTGAAGGCCAAGGCCCTGGAAGCGGTCGAGCAGCACGGCATCGTGTTCATCGACGAAATCGACAAGGTCGCCAAGCGCGGCAATGTCGGCGGCGCCGACGTTTCCCGCGAAGGCGTGCAACGCGACCTGCTGCCGTTGATCGAAGGCTGCACGGTGAACACCAAGCTGGGCATGGTCAAGACCGACCACATCCTGTTCATCGCCTCCGGTGCGTTCCACCTGAGCAAGCCGAGCGACCTGGTGCCTGAGCTGCAAGGCCGCTTGCCAATCCGGGTCGAACTCAAGGCGCTGTCGCCGGAAGACTTCGAGCGCATCCTGAGCGAGCCCCATGCATCGCTGACCGAACAATACTGCGCGCTGCTCAAGACCGAAGGCCTGAACATCGAGTTCGCACCAGAAGGCATCAAGCGTCTGGCGCAGATCGCCTGGCAGGTCAACGAGAAGACCGAGAACATCGGTGCCCGGCGCCTGCACACGCTGCTTGAACGCCTGCTTGAGGAAGTCTCGTTCAGCGCCGGCGACCTGGCCAGCGCCCACAACGAAGCGCCGATCATCATCGACGCCGAATACGTCAACAGCCACCTCGGCGAGCTGGCGCAGAACGAAGACCTGTCGCGGTATATCCTGTAG MSMTPREIVHELNRHIIGQDDAKRAVAIALRNRWRRMQLPEELRVEVTPKNILMIGPTGVGKTEIARRLAKLANAPFIKVEATKFTEVGYVGRDVESIIRDLADAAIKLLREQEITKVRHRAEDAAEERILDALLPPARMGFNADAATTQDSNTRQLFRKRLREGQLDDKEIEIEVAEMAGVDISAPPGMEEMTNQLQSLFANMGKGKKKSRKLKVKEALKLVRDEEASRLVNEEELKAKALEAVEQHGIVFIDEIDKVAKRGNVGGADVSREGVQRDLLPLIEGCTVNTKLGMVKTDHILFIASGAFHLSKPSDLVPELQGRLPIRVELKALSPEDFERILSEPHASLTEQYCALLKTEGLNIEFAPEGIKRLAQIAWQVNEKTENIGARRLHTLLERLLEEVSFSAGDLASAHNEAPIIIDAEYVNSHLGELAQNEDLSRYIL NA NA NA NA NA D1-35_03293 531 hslV COG5405 ATP-dependent protease subunit HslV TTGACCACCATCGTTTCAGTCCGCCGTCACGGCAAAGTCGTCATGGGCGGCGACGGCCAGGTTTCATTGGGCAACACCGTGATGAAAGGCAACGCGAAGAAAGTCCGCCGCCTGTATCACGGCCAGGTCATCGCCGGTTTCGCCGGGGCCACCGCCGACGCCTTCACCCTGTTCGAGCGTTTCGAAGGGCAACTTGAAAAACATCAGGGTCACTTGGTCCGTGCAGCCGTCGAGCTGGCCAAGGAATGGCGCACCGACCGCTCCCTGAGCCGCCTCGAAGCCATGCTTGCGGTGGCCAACAAGGATGCTTCCTTGATCATTACCGGCAACGGCGACGTGGTTGAACCGGAAGACGGCCTGATCGCCATGGGTTCCGGTGGCGCCTACGCCCAGGCTGCCGCCAGCGCCCTGCTGAAAAAGACCGACCTTTCGGCTCGCGAGATCGTCGAGACTGCCCTGGGCATCGCCGGCGACATCTGCGTCTTCACCAACCACACCCAGACCATTGAGGAGCAGGACCTCGCGGAGTAA MTTIVSVRRHGKVVMGGDGQVSLGNTVMKGNAKKVRRLYHGQVIAGFAGATADAFTLFERFEGQLEKHQGHLVRAAVELAKEWRTDRSLSRLEAMLAVANKDASLIITGNGDVVEPEDGLIAMGSGGAYAQAAASALLKKTDLSAREIVETALGIAGDICVFTNHTQTIEEQDLAE NA NA NA NA NA D1-35_03294 696 ftsN_2 Cell division protein FtsN TTGGCCGCCAAGAAAAAACCTGCACCCAAACGCGGCGCCAGTCGTTACCAGCCTCCGGCCAAACAGCCGATTCCGGGCTGGTTGTGGATGGCGATCGGCCTGACTGTCGGCGCATTCATCGTATTCCTGATGAAGCTGGAACCGGGCCAGGGCGATGACGTCAAGCGTGTTCGGCAAGAGCAGCAGAAAGCCACGCGGATCGCCGAGGCCAACAAGACCCCGCCGAGCCCGACACAACCGGTGAAGCCGAAATACGACTTCTACACCTTGCTCCCGGAATCGGAGGTCATCGTGCCGCCCGATGCGGTGCCGGAGAAGACCCTGCCGACGCCGCAGGTGCCGACCACGCCAGTGACCCCAGCCGAAGCGGCGAAGATCGACACCGCCCGCGCCCAGGCCGCCCTGGCCGGCATTACGCCGCCACCGGCCCCGCCGGTGCAGAAGGCCGCGCCGGTGACAAAATTCTTCCTGCAGGCCGGCTCGTTCCGCAAGGAAGCCGACGCCGACAAGGTCCGGGCGCAGATCATTCTGCTGGGCCAGTCGGTGTCGGTGGAGTCCGGAACGGTGAAGGACGAAACCTGGTATCGCGTACTGGTCGGACCGTTCAGCAACCGCGAAGAACTGACCAAGGCCCAGAAACAACTGGCTGGCAGCGGTTTCAGCAACCTGTTGTTACAACAACGTCAAAGCCGCTAG MAAKKKPAPKRGASRYQPPAKQPIPGWLWMAIGLTVGAFIVFLMKLEPGQGDDVKRVRQEQQKATRIAEANKTPPSPTQPVKPKYDFYTLLPESEVIVPPDAVPEKTLPTPQVPTTPVTPAEAAKIDTARAQAALAGITPPPAPPVQKAAPVTKFFLQAGSFRKEADADKVRAQIILLGQSVSVESGTVKDETWYRVLVGPFSNREELTKAQKQLAGSGFSNLLLQQRQSR NA NA NA NA NA D1-35_03295 1737 argS Arginine--tRNA ligase ATGAAAGACACCATTCGCCAGCTTATCCAGCAAGCCATCACCCAACTCGTCACTGAAGGTGTGCTGCCAGAAGGCCTGTCGCCGGCGATTCAGGTCGAGAACACCCGCGACAAGACCCACGGTGACTTTGCCAGCAACATCGCGATGATGCTCGCCAAACCGGCCGGCATGAAACCTCGCGACCTGGCGGAAAAGATCATCGCCGCATTGCCGGCCGACGAAAACGTCACCAAGGCCGAAATTGCCGGCCCCGGGTTCATCAACTTCTTCCAGAATACCCAGGCGCTGGCCTCGCGGCTGGACGCGGCCCTGGCCGACGAGCGCCTCGGCGTACGCAAGGCCGGCCCGTTGCAGCGCACCGTGGTCGACCTGTCGGCCCCCAACCTCGCCAAGGAAATGCACGTCGGCCACCTGCGCTCGACCATCATTGGCGATGGCGTGGCGCGCGTCCTGGAGTTTCTCGGTGACACGGTGATCCGCCAGAACCACGTCGGCGACTGGGGCACCCAGTTCGGCATGCTGATGGCCTACCTGCAGGAAAACCCGATCACCAGCGACGAGCTCTCGGACCTGGAAAACTTCTACCGCGCCGCCAAGCAACGCTTCGACGAGTCGCCCGAGTTCGCCGACCGCGCCCGTGGCCTGGTGGTCAAGCTGCAGGCTGGCGATGCCGAGTGCCTGGCGCTGTGGACAAAGTTCAAGGACATCTCGCTGTCCCACTGCCAGAAGATATACGAGCTGCTGAACGTCAAGCTGAGCATGGCCGACGTAATGGGCGAAAGCGCCTACAACGACGACCTGATCAACGTGGTCAACGACCTCCGGGCCAAAGGCATGCTGGTGGAAAGCAACGGCGCCCAGTGCGTGTTCCTCGACCAGTTCAAGACCGCCGATGGCGAGCCGCTGCCGGTGATCATCGTCAAGGCTGACGGTGGCTACCTCTACGCCACCACTGACCTGGCGGCCGTGCGTTATCGCAACGGCGTGCTGAAGGCCGATCGGGTCCTGTATTTCGTCGACCAGCGCCAGGCCCTGCACTTCCAGCAGGTGTTCGAAGTGGCCCGTCTGGCCGGTTTCGTGACCCATCCGATGGAAATGGAACACATGGGGTTCGGCACCATGAACGGCGCCGATGGTCGCCCGTTCAAGACCCGCGATGGCGGCACGGTGAAGCTGATCGACCTGCTGACCGAAGCCCAGGACCGTGCGTACACTCTGGTCAAGGGCAAGAACCCGGAGCTGGCCGAAGACGAACTGCGCAAGATCGCCAAGGTGGTCGGCATCGACGCGGTGAAATATGCCGACCTGTCGAAGCACCGCGCCAGCGACTACAGCTTCAACTTCGACCTGATGCTCAACTTCGAAGGCAACACCGCTCCGTACCTGCTGTACGCCTACACCCGTGTGGCGGGCGTGTTCCGCAAGCTCGGCAAGGGCTTCGACGAAATCGAGGGCCAGATCGTCCTCGAAGCCGCCCATGAACAGGAGCTGGCGGCCAGGCTGGCGCAGTTCGGCGAAGTCCTGAACAACGTGGCCGACAAGGGCACGCCGCACACCTTGTGCGCCTACCTGTACGACGTCGCCGGGCTGTTTTCCAGCTTCTACGAGAACTGCCCGATGCTCAACGCCGAGACCCCGGCACAAATGCAGAGCCGCCTGCGCCTCGCCGCGCTGACCGGGCGCACGCTCAAGCAAGGCCTGGAACTGCTGGGCCTGGAAACGCTGGAGCGCATGTAA MKDTIRQLIQQAITQLVTEGVLPEGLSPAIQVENTRDKTHGDFASNIAMMLAKPAGMKPRDLAEKIIAALPADENVTKAEIAGPGFINFFQNTQALASRLDAALADERLGVRKAGPLQRTVVDLSAPNLAKEMHVGHLRSTIIGDGVARVLEFLGDTVIRQNHVGDWGTQFGMLMAYLQENPITSDELSDLENFYRAAKQRFDESPEFADRARGLVVKLQAGDAECLALWTKFKDISLSHCQKIYELLNVKLSMADVMGESAYNDDLINVVNDLRAKGMLVESNGAQCVFLDQFKTADGEPLPVIIVKADGGYLYATTDLAAVRYRNGVLKADRVLYFVDQRQALHFQQVFEVARLAGFVTHPMEMEHMGFGTMNGADGRPFKTRDGGTVKLIDLLTEAQDRAYTLVKGKNPELAEDELRKIAKVVGIDAVKYADLSKHRASDYSFNFDLMLNFEGNTAPYLLYAYTRVAGVFRKLGKGFDEIEGQIVLEAAHEQELAARLAQFGEVLNNVADKGTPHTLCAYLYDVAGLFSSFYENCPMLNAETPAQMQSRLRLAALTGRTLKQGLELLGLETLERM NA NA NA NA NA D1-35_03296 2220 priA COG1198 Primosomal protein N' GTGCCCGACGCCATCCTGCGCCTCGCCCTGCCATCGCCCCTGCGACGTCTGTTCGACTACCGTGCCCCAGCCGGGGTAACACGCGCCCAGTTGCAGCCGGGCATGCGCCTGCGGGTGCCGTTCGGCCGGCGGGAAATGATCGGGATCCTGGTGGAAGTCACCGATCACAGCGAAGTGCCGGTCGACAAGCTCAAACCGGCCCTGGCGCTGCTCGACGCCACGCCACCGCTGCCCGCGGCGCTGTTCAAGCTGTGCCTGTGGACCGCACAGTATTATCAGCACAGCCTGGGCGACACCTTGAGCTGGGCGTTACCGGTGCTGTTGCGCCAGGGCGAACCGGCCGAGGCACGCCAGGAGCGATTCTGGTCGGTGACGCCGGGCGCTTCGCTGGATGACCCGCGCATCGCCCGCGCACCGCGCCAACGCGAGGCCCTGGCGACCCTGGCCCAGCATCCCCATGGGGTAGCGCACCAGCTGTTGAGCAAGTTGATGCTCAGCAAGGACAGCCTTGACCTGCTGCTGGCCAAGAATCTCGTCCAGGTAGAAGTCCGCCGGCACGCCCCCGACGCGCGCCACGAACACTGGCTGGCCCAGCCGGAACTGCCGCTCAACGCCGAACAGCGGACCGCTTGCGAGGCGATTCGCGCGGGTTTCGACAGTTATCACGCCTTTCTGCTGGCGGGAGTCACCGGCAGCGGCAAGACCGAGGTCTACCTGCAACTGATCCGTCAGACCCTCGAAGCCGGCAAGCAGGCTTTGGTGCTGATTCCGGAAATCAACCTGGGCCCGCAGACCCTGGCGCGCTTCGAGCAGCGCTTCAATGCGCGCATCGCCCTGGTGCATTCGGCGGTCAACGACCGCGAGCGCCTGGAAGCCTGGCTCGCCGCGCGCGACGGCGAGGCCGACATCATCATCGGCACCCGCTCGGCGCTGTTCACGCCGATGAAAAACCCCGGCTTGATCATCATCGATGAAGAACACGACGGCTCCTATAAACAGCAGGAAGGCCTGCGCTACCACGCCCGTGACCTGGCGCTGGTGCGGGCTCGCCAGGAAAACATCCCGATCGTGCTCGGCTCGGCCACGCCCTCCCTGGAAAGCCTGCACAACGCCTACACCGGCCGCTATGGCCTGCTGCGCCTCAACGAACGGGCCGGCGGCGCCAAGCAGCCGCGCTTCCTGCGCCTGGATGTGAAAAGCCGCCCGCTGGACAGCGGCATTTCCGGACCGATGCAGCAAGCCATCGGCCAGACCCTTGCCGCTGGGCAGCAGGTGCTGGTGTTTCTCAACCGCCGGGGGTTCGCCCCGACCCTGCTGTGCCATGACTGCGGCTGGATGTCCGGCTGCGAACGCTGCGACGCGCGGATGACCGTGCATCAGCGCTACGGCGAACTGCGCTGTCACCATTGCGGACACTCCGAGCCGGTACCGAGGCACTGCCCGCAATGCGGGAAAGTGGACCTGCGTCCGGTAGGCGCCGGCACCGAGCGCGCCGAGGAGCGGCTGGGCATCCTGTTTCCTGATTACCCGGTGCTGCGGGTGGATCGCGACAGCACCTCGCGCAAGGATGCGATGAATCAGCTGTTCGCCACGATCCAGAAGGGCCAGCCGTGCATCCTGGTGGGCACGCAGATGCTCGCCAAGGGGCATCACTTCCCGCGCGTGACGCTGGTATCGATCCTGGATGCCGACGGTGGGTTGTTTTCCGGTGACTTCCGCGCGAGCGAGCGCATGGCGCAGCTGATCGTCCAGGTCGCAGGTCGCGCCGGACGGGCCGAGGAGCCGGGCAAAGTGATTATCCAGACCCACCTGGCCGACCACCCGCTGCTGATCCAACTGACCGAGCAGGGCTACTTCGCCTTCGCCGAGCAGGCCTTGAGCGAACGTCGCGCCGCCGGGCTGCCGCCGTTCGCCCATCTGGCGCTGCTGCGGGCCGAGGCCCACAAGCCAGGACAGGCCGAAGGCTTCCTGGACGAAGCGTGCAGCGAGGCCGAGCGCCTGCTGGCGGAACAGAGCCTCAGCGGGATCGAACTATTGGGCCCGGTGCCGGCTCCGATGGAACGGCGGGCGGGACGTTATCGCGCACAGCTTTTATTACAGGCCAATGCCCGCGCACCGCTGCATCGGTTGCTGAGCGCCTGGTTGCTGGTACTGGAACAACTGCCCAGCGGGCGGTCGGTGCGCTGGTCGCTGGATGTGGATCCGGTGGATTTGTATTAA MPDAILRLALPSPLRRLFDYRAPAGVTRAQLQPGMRLRVPFGRREMIGILVEVTDHSEVPVDKLKPALALLDATPPLPAALFKLCLWTAQYYQHSLGDTLSWALPVLLRQGEPAEARQERFWSVTPGASLDDPRIARAPRQREALATLAQHPHGVAHQLLSKLMLSKDSLDLLLAKNLVQVEVRRHAPDARHEHWLAQPELPLNAEQRTACEAIRAGFDSYHAFLLAGVTGSGKTEVYLQLIRQTLEAGKQALVLIPEINLGPQTLARFEQRFNARIALVHSAVNDRERLEAWLAARDGEADIIIGTRSALFTPMKNPGLIIIDEEHDGSYKQQEGLRYHARDLALVRARQENIPIVLGSATPSLESLHNAYTGRYGLLRLNERAGGAKQPRFLRLDVKSRPLDSGISGPMQQAIGQTLAAGQQVLVFLNRRGFAPTLLCHDCGWMSGCERCDARMTVHQRYGELRCHHCGHSEPVPRHCPQCGKVDLRPVGAGTERAEERLGILFPDYPVLRVDRDSTSRKDAMNQLFATIQKGQPCILVGTQMLAKGHHFPRVTLVSILDADGGLFSGDFRASERMAQLIVQVAGRAGRAEEPGKVIIQTHLADHPLLIQLTEQGYFAFAEQALSERRAAGLPPFAHLALLRAEAHKPGQAEGFLDEACSEAERLLAEQSLSGIELLGPVPAPMERRAGRYRAQLLLQANARAPLHRLLSAWLLVLEQLPSGRSVRWSLDVDPVDLY NA NA NA NA NA D1-35_03297 225 rpmE COG0254 50S ribosomal protein L31 ATGAAAACCGATATCCATCCGGACTACCCAGTTGTGGCCGTAACCTGCAGCTGCGGCAACAAGTTCGAAACGCGTTCGACCTACGGCAAAGCCCTGGCGATCGACGTTTGCAATGAATGCCACCCGTTCTACACCGGTAAGCAAAAGACTCTGGATACCGGCGGCCGTGTTCAGAAGTTCGCCGATCGTTTCGGTGCTTTCGGCAAAGTTACTCCAAAAGCCTGA MKTDIHPDYPVVAVTCSCGNKFETRSTYGKALAIDVCNECHPFYTGKQKTLDTGGRVQKFADRFGAFGKVTPKA PGPT0014325_2973 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909 NA NA D1-35_03298 822 hypothetical protein TTGGAAAGTCGTTCCGGCTATTCCAGGCTGATGAAAAAGGCGTCCCTAGCGGGCGCCTTTTTTGTGTCTGCGATTTGGCTCTGTGGTGCCCAGGCGGCGTGCCCGTTCCCGGATGGACTGCCCGACGTGGCCGTGCAACGGGTGGTCGATGGCGACACCTTGTACCTCAGCGACGGTCGTCGCATCCGCATGATCGGTCTCAACAGTCCGGAACTGGGAAAGCGCGGGCGTGCGGACGAGCCGTTTGCCGTGGCGGCGCGCCAGCGGCTCGAGGCACTGGTGGCTGCCAGCGCCGGTCGGGTCAGGGTGTCGCCTGGCAAGGACGACCGGGACGACTACGGGCGCACGCTGGCCCATGTCTATGACCAGCAGGGTCGGAACCTGGAAGAGCAATTGATTGCCGAGGGGCTGGGTTACCTGGTTGCGGTTGCGCCGAATGTCGATCTGGTCGAATGCCAGCAGGCGGCGGAGCGCAAGGCGCGGCAAGCCGGCCTGGGGCTATGGAAGAAGTCACCCGTCGTGCGCGCGGAGCAGATCAAGGCCCCCGGTTTTGCGCTGGTCAGCGGCCGCGTAGACAGTGTGCAACGCAATCGCGGCGGGATCTGGATCGAGCTGCAAGGCTCGGTTGTCCTGCATATTGCGGCCAATCTGCAGCGAAGCTTTGACGCTTCGATGCTCAAGGGCCTGGAAGGCCGGACCATCGAGGCCCGTGGTTGGGTTGTCGATCGCTCTCGACGCGGTGCGGCCAGGCCCGGGCAGGCGCGGTGGATGTTGCCTCTGACTGATCCGGCAATGTTGCAGGCAGTGCTCAGGCAGAAATAA MESRSGYSRLMKKASLAGAFFVSAIWLCGAQAACPFPDGLPDVAVQRVVDGDTLYLSDGRRIRMIGLNSPELGKRGRADEPFAVAARQRLEALVAASAGRVRVSPGKDDRDDYGRTLAHVYDQQGRNLEEQLIAEGLGYLVAVAPNVDLVECQQAAERKARQAGLGLWKKSPVVRAEQIKAPGFALVSGRVDSVQRNRGGIWIELQGSVVLHIAANLQRSFDASMLKGLEGRTIEARGWVVDRSRRGAARPGQARWMLPLTDPAMLQAVLRQK NA NA NA NA NA D1-35_03299 1269 maeB COG0281 NADP-dependent malic enzyme ATGTCTGATCTGAAAACTGCCGCTCTCGAATATCACGCTAATCCTCGTCCAGGAAAGCTGAGTGTCGAGCTCACCAAGGCCACCGCCACTGCCCGCGACCTGTCGCTGGCCTACAGCCCCGGCGTAGCCGAGCCAGTACGCGAAATCGCTCGCGACCCTGAGCTGGCCTACAAATACACCGGCAAGGGCAACCTGGTTGCAGTCATTTCCGATGGCACCGCGATTCTCGGCCTGGGTAACCTCGGCCCACTGGCCTCCAAGCCGGTCATGGAAGGCAAGGGCGTGCTGTTCAAGCGCTTCGCCGGTATCGACGTGTTCGACATCGAAGTCGATTCCGAAAGCCCGCAGGCCTTCATCGACACCGTCAAGCGCATCTCCATCACCTTCGGCGGCATCAACCTGGAAGACATCAAGGCACCTGAGTGCTTCGAGATCGAGCGCGCCCTGATCGAACAGTGCGACATTCCGGTTTTCCACGATGACCAGCACGGCACCGCGATCGTGACCGCAGCCGGCATGATCAATGCCCTGGAAATCGCCGGCAAGACCCTGCCGGAAGCCAAGATCGTCTGCCTGGGCGCGGGTGCCGCGGCCATCTCCTGCATGAAGTTGCTGGTGAGCATGGGCGCCAGGATTGAAAACATCTTCATGGTTGACCGTACCGGCGTGATCCACTCCGGCCGTGACGACCTGAACCAGTACAAGGCCGTGTTTGCCCACGCGACCGACAAGCGCTCCCTGGCGGATGCGCTGGACGGTGCAGACGTGTTCGTCGGCCTGTCGGGTCCGAACCTGCTGAGCCCGGAAAACCTGCTGCGCATGGCGCCGAACCCGATCGTGTTCGCCTGCTCGAACCCGGACCCGGAAATCTCCCCGGAACTGGCTCACGCCACCCGCAGCGACGTGATCATGGCCACCGGCCGTTCGGACTATCCGAACCAGGTCAACAACGTCCTGGGCTTCCCGTTCATCTTCCGTGGTGCCCTGGACGTTCGCGCCAAGCGCATCAACGAAGAAATGAAAGTCGCCGCCGCCAACGCCCTGCGCGAACTGGCCAAGCTGCCGGTGCCTCAGGATGTGTGTGACGCCTATGGCGGCATCAAGCTGGAATTCGGTCGTGAGTACATCATTCCGAAGCCAATGGATGCGCGCCTGATCACCCTGATCTCCGACGCCGTGGCCAAGGCCGCGATCGAGACTGGCGTGGCCACCCTGCCGTATCCGAAGAACTACCCGCTCAAGAGCGTGGATGACGTGTTCAACGGCTAA MSDLKTAALEYHANPRPGKLSVELTKATATARDLSLAYSPGVAEPVREIARDPELAYKYTGKGNLVAVISDGTAILGLGNLGPLASKPVMEGKGVLFKRFAGIDVFDIEVDSESPQAFIDTVKRISITFGGINLEDIKAPECFEIERALIEQCDIPVFHDDQHGTAIVTAAGMINALEIAGKTLPEAKIVCLGAGAAAISCMKLLVSMGARIENIFMVDRTGVIHSGRDDLNQYKAVFAHATDKRSLADALDGADVFVGLSGPNLLSPENLLRMAPNPIVFACSNPDPEISPELAHATRSDVIMATGRSDYPNQVNNVLGFPFIFRGALDVRAKRINEEMKVAAANALRELAKLPVPQDVCDAYGGIKLEFGREYIIPKPMDARLITLISDAVAKAAIETGVATLPYPKNYPLKSVDDVFNG PGPT0001685_4073 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001685-maeB-K00029 NA NA D1-35_03300 2448 mrcA COG5009 Penicillin-binding protein 1A TTGATTCGTCTGCTGAAATTTTTCGGATGGTCCATCGTCGCGGTTTTCTGCGGACTGCTCCTGGGTCTGAGTGGTGCCTTTCTTTACCTTAGTCCGGGATTGCCGTCCGTGGAGGCGCTGAGAAGTATTCAGTTGCAGATTCCTCTGCGGGTCTACAGCAGCGACAATAAATTGATCGCCGAATTTGGCGAAATGCGCCGCACGCCGATCCGTTTCGCCGACATTCCGCCCAATTTCATCAATGCGTTACTAAGTGCTGAAGACGACAACTTCGCCAACCACTATGGCGTTGATCCGGGCAGCCTGATGCGCGCCGCCAGCCAACTGGTCAAGAGCGGCCACATCCAGTCCGGCGGCAGCACCATCACCATGCAGGTCGCCAAGAATTTCTTCCTGACCAGCGAACGCAGCTTCTCGCGCAAGACCACCGAGATCCTCCTGGCCCTGCAGATCGAGCGGCAACTGACCAAGGATGAAATCCTCGAGCTGTACGTGAACAAGATCTACCTGGGCAACCGCGCCTATGGCATCGAGGCGGCGGCGCAGGTGTATTACGGCAAGTCGATCCGCGACGTGAGCCTGGCGCAGATGGCAATGATCGCCGGCCTGCCCAAGGCACCGTCACGTTTCAACCCGCTGGCCAACCCGGCACGCAGCAAGGAGCGTCGCGACTGGATCCTGGGGCGCATGTACAAGCTCGGCAAGATCAGCGAAGCCGACTACACCGCCGCGATCAACGAGCCCTTGAACGCCAGCTATCACGTACCGACTCCGGAAGTGAACGCCCCGTACATCGCCGAAATGGCCCGGGCCGAGATGGTCGGGCGCTATGGCAGCGACGCCTATACCGAAGGTTTCCGGGTCACCACCACGGTGCCGAGCAACCTGCAGGAAATGGCCAATACCGCGCTCCATGAAGGCCTGATGACCTACGACCAGCGCCACGGCTACCGTGGGCCGGAATCGCGCCTGCCAGGCAAGACCAAGGAAGCCTGGGCCCTGGAGCTGACCAAGCAGCGCACCATCAGCAGCCTGGAGCCGGCGATCGTCACTCAGGTGGACAAGGACGGCATCAAGGTCCTGACCCGCAATGGCGAGTCCGAAGAGCACGTGGCCTGGGACACCATGAAATGGGCCCGTCCGTTCCTCAATACCAACAGCATGGGCGCCAACCCGCGGCAGCCGTCGGACGTCGCTCAGGTCGGCGACCTGATCCGCGTACAGCGCCAGCCGGACAACTCCCTAAAGTTCAGTCAGATACCTGCCGCCCAAGGCGCGCTGGTGTCGCTGGACCCGCAGAATGGCGCGATCCGCTCGCTGGTGGGTGGTTTCGCCTTCGAGCAGAGCAATTACAACCGCGCCTTGCAGGCCAAGCGTCAACCGGGCTCGAGCTTCAAGCCGTTCGTCTACAGCGCTGCGCTGGATAACGGCTACACCGCCGCCAGCCTGGTCAACGATGCGCCGATCGTGTTTGTCGACGAGTACCTCGACAAGGTCTGGCGACCGAAGAACGACACCAATACCTTCCTCGGCCCGATTCGCCTGCGCGAAGCGCTGTACAAGTCCCGCAACCTTGTCTCGATCCGCCTGCTGCAGGCGCTGGGCGTGGACCGCACCATCGACTACATCAGCAAGTTCGGCTTCAACAAGCAGGACCTGCCGCGCAACCTGTCCCTGGCACTGGGCACCGCGACGCTGACGCCAATGGAAATCGCCACGGGTTGGAGCACCTTTGCCAACGGCGGCTACAAGATCACTCCGTACATCATCGACAGGATTGAAAGCCGCAACGGCGAAACGCTGTTTGTCGCCAACCCGCCACGAGTACCGACAGGCGAGCAGGCCAGCGACGGCGTCGCCGCCCCCGCCGCCGAGACCCTCACAGTCAAAGCAACTGGCGGCGAAGCCACCACCGCCCCTGGCGTACCGCAAGCGCCGGCAATCGCCGAACGCATCGTTGACGGCCGTACCACCTACATCCTCAACAGCATGCTGCAGGATGTGATCAAGCTCGGCACCGGCCGGCGCGCCCTGGCACTGGGTCGCACCGACCTGGCCGGCAAGACCGGTACCACCAACGAATCGAAGGATGCATGGTTCTCGGGCTACAACGGAGATTACGTGACCACCGTCTGGACCGGCTTCGACCAGCCCGAGAGCCTGGGTCGTCGCGAATTCGGCGGTACCGTGGCGCTGCCGATCTGGATGACCTACATGGGCGCCGCCCTCAAGGACCGGCCACCCCACACCCAGCCGGAACCGGAAGGCATCCTCAGCCTGCGGGTCGACCCGGCCAGCGGTCGCGCCGCCACCCCAGGCACGCCTGGCGCGTACTTCGAGCTGTTCAAGAGCGAAGACACGCCGCCGTCGGTCAATGAGCTGGGCAACGGTGTAGCGCCGGGCAGCCCGCTGCCGGCGGATGAGGCAGCGCCGATCGATCTGTTCTGA MIRLLKFFGWSIVAVFCGLLLGLSGAFLYLSPGLPSVEALRSIQLQIPLRVYSSDNKLIAEFGEMRRTPIRFADIPPNFINALLSAEDDNFANHYGVDPGSLMRAASQLVKSGHIQSGGSTITMQVAKNFFLTSERSFSRKTTEILLALQIERQLTKDEILELYVNKIYLGNRAYGIEAAAQVYYGKSIRDVSLAQMAMIAGLPKAPSRFNPLANPARSKERRDWILGRMYKLGKISEADYTAAINEPLNASYHVPTPEVNAPYIAEMARAEMVGRYGSDAYTEGFRVTTTVPSNLQEMANTALHEGLMTYDQRHGYRGPESRLPGKTKEAWALELTKQRTISSLEPAIVTQVDKDGIKVLTRNGESEEHVAWDTMKWARPFLNTNSMGANPRQPSDVAQVGDLIRVQRQPDNSLKFSQIPAAQGALVSLDPQNGAIRSLVGGFAFEQSNYNRALQAKRQPGSSFKPFVYSAALDNGYTAASLVNDAPIVFVDEYLDKVWRPKNDTNTFLGPIRLREALYKSRNLVSIRLLQALGVDRTIDYISKFGFNKQDLPRNLSLALGTATLTPMEIATGWSTFANGGYKITPYIIDRIESRNGETLFVANPPRVPTGEQASDGVAAPAAETLTVKATGGEATTAPGVPQAPAIAERIVDGRTTYILNSMLQDVIKLGTGRRALALGRTDLAGKTGTTNESKDAWFSGYNGDYVTTVWTGFDQPESLGRREFGGTVALPIWMTYMGAALKDRPPHTQPEPEGILSLRVDPASGRAATPGTPGAYFELFKSEDTPPSVNELGNGVAPGSPLPADEAAPIDLF PGPT0023875_2366 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366 NA NA D1-35_03301 1065 ftsA_2 Cell division protein FtsA GTGCTACGACTCTTCAATAAAAAAGCCCACACACTTCTGGGGATCGACATCAGCTCGACGTCGGTGAAGCTGCTCGAATTGAGCCGTCAGGGCGATCGTCTGCGTGTCGAGTCCTACGCTGTCGAGCCGTTGCCAGCCAATGCCGTGGTGGAAAAGAACATCGCCGAGCTGGAAGGAGTGGGCCAGGCGCTTTCACGAGTGCTGGCCAAGGCCAGGACACCCTTGCGCAACGTGGCGGTGGCCGTGGCGGGGTCGGCGGTTATCACCAAGACCATCGAGATGGACGCCGGGCTGTCCGATGACGACATGGAGAACCAGCTCAAGATCGAGGCCGACCAGTACATTCCTTATCCACTGGACGAAGTGGCGATCGATTTCGAGGTGGCCGGCGTATCGCCTCGCAGCGCCGAGCGTGTCGAGGTGCTGCTGGCGGCTTGTCGCAAAGAGAATGTCGAGGTGCGCGAGGCGGCGCTGGCGCTTGCCGGGCTGACGGCCCGGGTGGTCGATGTGGAAGCGTACGCGCTGGAGCGTGCGTTCGGCCTGCTCGCCACTCAGCTGGCGGCATCCCAGGAGCGCCTGACCGTGGCGGTGATCGACATCGGAGCCACGATGACCACGCTCAGCGTGTTGCACAACGGGCGCATCATTTATACCCGCGAGCAGTTGTTCGGTGGGCGCCAGCTTACCGAGGAAATCCAGCGCCGTTATGGCCTGACGCCGGAGCAGGCCGGCGTGGCAAAAAAGCAGGGCGGCCTGCCGGACGACTATCTCGGCGAAGTGCTGCAACCGTTTCGCGAAGCGCTGGTGCAGCAAGTGTCGCGTTCCCTGCAGTTTTTCTTCGCTTCAGGTCAGTACAGCGCAGTGGACCACATCCTGCTGGCGGGAGGCACGGCCTCGGTCGCGGGCCTCGACCGTTTGATCGAGCAGCGCCTGGGCACACCTACCCAGGTGGCCAACCCGTTTACCAACATGGCCTTGAGCAGCAAGGTCAATGCCGGTGCCCTGGCCAGTGATGCGCCAGCCCTGATGATTGCCTGCGGGCTGGCCCTCAGGAGTTTCGACTGA MLRLFNKKAHTLLGIDISSTSVKLLELSRQGDRLRVESYAVEPLPANAVVEKNIAELEGVGQALSRVLAKARTPLRNVAVAVAGSAVITKTIEMDAGLSDDDMENQLKIEADQYIPYPLDEVAIDFEVAGVSPRSAERVEVLLAACRKENVEVREAALALAGLTARVVDVEAYALERAFGLLATQLAASQERLTVAVIDIGATMTTLSVLHNGRIIYTREQLFGGRQLTEEIQRRYGLTPEQAGVAKKQGGLPDDYLGEVLQPFREALVQQVSRSLQFFFASGQYSAVDHILLAGGTASVAGLDRLIEQRLGTPTQVANPFTNMALSSKVNAGALASDAPALMIACGLALRSFD PGPT0015945_800 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015945-pilM-K02662 NA NA D1-35_03302 567 hypothetical protein ATGGCTCGGATCAACCTGCTTCCCTGGCGCGAAGAACTGCGCGAAGAGCGGCGCAAGCGCTTTTTGCTGGCATTGGTGGGGGCGCTGGTCGGTGCGGTGGGGCTGACGCTGCTGGCGGCACAGTACCTGAGCAACGAGATTGACTACCAAATGGCGCGCAACGCCCATCTGACCGGGGAAATCGCCGTGCTGGACGAGCGCATCAAGCAGATCAGCGAGCTGAAGGCTCGGCGTCAGCAACTGTTGGAGCGCATGCGGATCATCCAGGACTTGCAGGGCAACCGGCCGGTCAGTGCGCGCATTTTCGATCAACTGGCGCGGACCCTGCCGGATGGGGTGTTTTTCACTGAAGTGAAAATGGAAGAGGGCACGCTCTCCATCAAAGGGGCCGCGGCGTCAAACAACCGGGTCTCGGACCTGATGCGCAACCTCGACTCGTCGGAGCTGTTCGATGCGCCCAGCCTGACGGAGGTCAAGGCCACCACGGCGGGCCAGCTCGACCAGGCCAATGTCTTCCAGCTGACGGTTCGCCAGACCCGTCCGGCCGATGCGGAGGACGCCCAATGA MARINLLPWREELREERRKRFLLALVGALVGAVGLTLLAAQYLSNEIDYQMARNAHLTGEIAVLDERIKQISELKARRQQLLERMRIIQDLQGNRPVSARIFDQLARTLPDGVFFTEVKMEEGTLSIKGAAASNNRVSDLMRNLDSSELFDAPSLTEVKATTAGQLDQANVFQLTVRQTRPADAEDAQ PGPT0015940_1013 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015940-pilN-K02663 NA NA D1-35_03303 624 hypothetical protein ATGAAGCCGGCAGAGTGGTTCGACGCGCTGCGCAAGATCGATCTCAGTGACCTGGACACCAACAATGTCGGTTCATGGCCGACGCCGGTCAAGTGGCTGGCCGGCATCATGCTAGTGATCCTGGTGCTCGGCCTGGGCTACAACTTTGCCCTCAGTGACCTGGAAAACCAGCTGCAGCAGGTCCGTGAGGAGGAGAACACCCTCAAGGCGCAATTCGCCGGCAAGGCGCACATGGCGGCGAACCTGGAGCGCTATACCGAGCAGATGAAGCAGATGGAAACTTCCTTTGGCGTGCTGTTGCGCCAATTGCCCAGTGACACTGAAGTGCCGGGCCTGCTGGAGGACATCACCCGCACCGGCCTGGGCAGCGGCCTGGAGTTCGAGGAGATCAAGTTGCTGCCGGAGGTCACCCAGCCGTTCTACATCGAGTTGCCGATCCAGATCACTGTGACCGGCGGCTACCATGACCTGGCGACCTTCGTCAGCGGCGTAGCCGGGTTGCCCCGGATCGTCACCCTGCACGATTTCGAGATCGCGCCGATGGAGCCGGAGGCGGGGACGAAGCTGCGCATGAACATCCAGGCCAAGACCTACCGGTACAACGAGCAGGAGGCGCAGCCATGA MKPAEWFDALRKIDLSDLDTNNVGSWPTPVKWLAGIMLVILVLGLGYNFALSDLENQLQQVREEENTLKAQFAGKAHMAANLERYTEQMKQMETSFGVLLRQLPSDTEVPGLLEDITRTGLGSGLEFEEIKLLPEVTQPFYIELPIQITVTGGYHDLATFVSGVAGLPRIVTLHDFEIAPMEPEAGTKLRMNIQAKTYRYNEQEAQP PGPT0015955_795 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015955-pilO-K02664 NA NA D1-35_03304 546 hypothetical protein ATGACGCCGGTCTGCCGCCTGGGTCTGCTGGTCGGGCTGGTTGCGCTGGCCGGGTGCAACAACGACAACGGTTTCAGTGACCTGGATGCCTACATGAACGAGATGCGCCTGCGCCCGCCCGGCAAGATCGAGCCAATGCCGACCTTCAGGCCTCACGAAACCTTTACCTACAGCGCGGCCAACTTGCGCAGCCCTTTTTCCCGGCAGGTTCCAGTCGATCAGGCTGGTCGACAGCAGGGCTCGCGCAACGTCCGCCCCGACCCGAACCGAGTCAAGCAATACCTGGAAGGCTTCAACATCGAGCAATTCGAGATGGTCGGTACGATCTCCAATGCCAGCGGCTCTTTTGCGCTGTTGCGTGGCGCTGGTGGGGTACACCGGCTGAAGGTCGGAGATTACCTGGGGCGTAACGACGGGCGGATCATCGCTATCAGCGCCACCCAGGTTGAAGTGGTCGAAATCGTTCCCGATGGCCAGGGCGCCTGGCTGGAGCGGCCGCGGACCATTCCCTTGAAAGAGCACTCAATAGTGGAACTCCAACAATGA MTPVCRLGLLVGLVALAGCNNDNGFSDLDAYMNEMRLRPPGKIEPMPTFRPHETFTYSAANLRSPFSRQVPVDQAGRQQGSRNVRPDPNRVKQYLEGFNIEQFEMVGTISNASGSFALLRGAGGVHRLKVGDYLGRNDGRIIAISATQVEVVEIVPDGQGAWLERPRTIPLKEHSIVELQQ PGPT0015950_581 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015950-pilP-K02665 NA NA D1-35_03305 2073 pilQ Type IV pilus biogenesis and competence protein PilQ ATGAACAGGATTTTTTCAGCCCTCGGTATTTCGCTATGGATAGCGTTGTTGTCGCCGGTGGTTCATGGCGCCAGCCTGAAAGCGCTGGATGTCGCGGCGTTACCGGGGGACCGGATCGAGTTGAAGCTGACTTTCGACGGGCCGCCGCCCAAGCCCCGTGGTTATACCACCGAGCAACCGGCCCGCATCGCGCTGGATCTGCAGGGGGTGACCAGCCAACTGGCCAGCAAGAGCCGCGACCTGGGCAGTGGCAATGCCCGCAGCGCCACCGTGGTCGAGGCGGGGGATCGTACCCGGTTGATCATCGGCCTTACGCAACTGGCGCCCTATGACACGCGGGTGGAGGGCAACAATCTGTTCGTGGTGGTTGGCAAGGGCGCGACATCGAGAAGCCCGGCCCAACCCGCTCGCCCGGCGACCACCGTCCCTGTGTCTGCCAGGGCTCGCGCCCCGGCGGGCAAAGCCATTCGCGGGGTGGATTTCCAGCGCGGGACCCAGGGTGAAGGCAATGTGGTGATCGATTTGTCCGATCCGTCCATCGCCCCGGACATCCAGGAGCGCGAAGGCAAGATCATCCTCGATTTCGCCAGGACCCAGTTGCCCGAGCCGCTGAGGGTGCGCCTGGACGTCAAGGATTTCGCCACCCCGGTGCAGTTCATCAACGCCAGCGCCGCCTCCGATCGCGCCACCATCAGCATCGAGCCCAGCGGAACCTTCGATTACTCGACCTACCAGACCGACAACAAGCTGACCGTCAGTGTCCGGCCGATGACCGTCGAGGACCTGCAAAAACGCGATACCGATCGAGCCGCCTATAACGGCGAAAAACTGTCCCTGAACTTCCAGGACATCGAGGTGCGTTCGGTACTGCAGCTGATTGCCGATTTCACCAACCTCAACCTGGTGGCCAGCGATACGGTGCAGGGCGGTATCACCCTGCGGTTGCAGAACGTGCCGTGGGATCAGGCGCTGGACCTGGTGCTCAAGACCAAGGGGCTCGACAAGCGCAAAGTAGGTAACGTGCTGCTGGTGGCACCGGCTGACGAGATCGCCGCCCGCGAACGCCAGGAGCTGGAATCGCAAAAGCAGATTGCCGACCTCGCCCCGTTGCGCCGCGAACTGCTGCAGGTCAACTACGCGAAGGCGGCGGACATCGCCAAGCTCTTCCAGTCGGTGACCAGTGCCGAGGCCAAGGCCGATGAGCGCGGCACGATCACGGTCGACGAGCGGACCAACAACATCATCGCCTACCAGACCCAGGACCGGCTCGACGAACTGCGCCGGATCGTGGCGCAGCTGGATATCCCGGTGCGCCAGGTGATGATCGAGGCGCGTATCGTCGAGGCCAACGTCGACTACGACAAAAGCCTGGGCGTGCGCTGGGGGGGCTCGATACAGAACAAGGGCAACTGGAACTCTTCCGGGGTGACCACCGGTGATTCCACCACCATTGGTACGCCGGGCAGCACCAGCACCAACCAGCCATTCGTCGACCTCGGCGCCTCTGGCAATACCTCGGGGATCGGTATCGCGTTCATCACCGACAACGTCCTGCTCGACCTTGAGCTGACGGCCATGGAGAAAACCGGCAACGGTGAAATCGTCTCACAGCCCAAGGTGGTGACCTCCGACAAGGAGACGGCAAAAATCCTCAAGGGCACGGAGATTCCCTACCAGGAGGCCAGCTCCAGCGGCGCCACCTCGGTGTCGTTCAAGGAGGCCTCGTTGTCGCTTGAGGTCACGCCGCAGATAACCCCGGACAACCGCATCATCATGGAGGTCAAGGTCACCAAGGATGAGCCGGACTACCTGAACAAGGTCCAGGATGTACCGCCGATCAAGAAAAACGAGGTCAACGCCAAGGTGCTGGTCAACGACGGCGAGACCATTGTGATTGGGGGCGTTTTCTCAAATACTCAGAGCAAGGTTGTAGATAAGGTGCCATTTCTTGGCGATGTGCCGTATCTTGGCCGCCTTTTCCGGCGTGATGTGGTTTCGGAGAAAAAATCCGAGCTGCTGGTATTTCTCACTCCGCGTATCATGAACAACCAGGCGATTGCTGTGAGTCGTTGA MNRIFSALGISLWIALLSPVVHGASLKALDVAALPGDRIELKLTFDGPPPKPRGYTTEQPARIALDLQGVTSQLASKSRDLGSGNARSATVVEAGDRTRLIIGLTQLAPYDTRVEGNNLFVVVGKGATSRSPAQPARPATTVPVSARARAPAGKAIRGVDFQRGTQGEGNVVIDLSDPSIAPDIQEREGKIILDFARTQLPEPLRVRLDVKDFATPVQFINASAASDRATISIEPSGTFDYSTYQTDNKLTVSVRPMTVEDLQKRDTDRAAYNGEKLSLNFQDIEVRSVLQLIADFTNLNLVASDTVQGGITLRLQNVPWDQALDLVLKTKGLDKRKVGNVLLVAPADEIAARERQELESQKQIADLAPLRRELLQVNYAKAADIAKLFQSVTSAEAKADERGTITVDERTNNIIAYQTQDRLDELRRIVAQLDIPVRQVMIEARIVEANVDYDKSLGVRWGGSIQNKGNWNSSGVTTGDSTTIGTPGSTSTNQPFVDLGASGNTSGIGIAFITDNVLLDLELTAMEKTGNGEIVSQPKVVTSDKETAKILKGTEIPYQEASSSGATSVSFKEASLSLEVTPQITPDNRIIMEVKVTKDEPDYLNKVQDVPPIKKNEVNAKVLVNDGETIVIGGVFSNTQSKVVDKVPFLGDVPYLGRLFRRDVVSEKKSELLVFLTPRIMNNQAIAVSR PGPT0015965_716 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015965-pilQ-K02666 NA NA D1-35_03306 492 aroK COG0703 Shikimate kinase 1 ATGGGGGCTGGAAAAAGCACCATCGGTCGTTTGCTGGCCAAAGAGCTGCGCCTGCCATTCAAAGATTCCGACAAGGAAATTGAATTGCGCACGGGCGCCAATATCCCATGGATCTTCGATAAGGAAGGCGAACCGGGCTTTCGCGACCGCGAGCAGGCGATGATTGCCGAGCTGTGCGGTTTCGAAGGCGTGGTGCTGGCGACCGGTGGCGGCGCGGTCATGCGCGAGGCCAATCGTCGGGCGCTGCATGCCGGCGGACGGGTGGTCTACCTGCACGCTTCAGTCGAACAGCAGGTGGGTCGCACCGCCCGTGATCGCAACCGGCCGCTGTTGCGCACCGCCGACCCGGCCAAGACGCTGCGGGACCTGCTCGAATTGCGTGATCCGCTGTATCGGGAAATCGCCGACCTGGTCATCGAAACCGATGAACGGCCGCCACGGATGGTGGTGCTGGAAATTCTCGATCGCCTTCAGCAACTGCCACCCCGTTAA MGAGKSTIGRLLAKELRLPFKDSDKEIELRTGANIPWIFDKEGEPGFRDREQAMIAELCGFEGVVLATGGGAVMREANRRALHAGGRVVYLHASVEQQVGRTARDRNRPLLRTADPAKTLRDLLELRDPLYREIADLVIETDERPPRMVVLEILDRLQQLPPR PGPT0012900_3624 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 D1-35_03307 1101 aroB COG0337 3-dehydroquinate synthase ATGCAGACACTTAAGGTCGACCTGGGCGAGCGCAGCTACCCGATTCATATTGGCGAAGGCTTGCTCGACCAGCCCGAACTGCTGGCGCCGCATATCGCCGGACGGCAAGTCGCGATCATCACCAACGAAACCGTCGCTCCTTTGTACCTGGAACGCCTGACTCGCAGCCTGTCGGCTTTTTCCGTCATTTCCGTCGTACTGCCCGACGGTGAAGCGTTCAAGAACTGGGAAACCCTGCAATTGATCTTCGACGGTCTGCTGACTGCACGTCATGATCGTCGCACCACGGTGATCGCCCTGGGCGGCGGCGTGATCGGCGACATGGCCGGGTTCGCTGCGGCGTGCTATCAACGCGGTGTGGATTTCATCCAGATTCCTACCACGCTGCTATCGCAGGTCGATTCGTCCGTGGGCGGAAAGACCGGCATCAACCATCCGCTGGGCAAGAACATGGTGGGCGCGTTCTATCAGCCCAACGTGGTGCTCATCGACACCGCCTCCCTCAAGACGTTGCCGGCCCGTGAACTGTCCGCAGGCCTGGCTGAAGTGATCAAGTACGGGCTGATCTGCGACGAGCCGTTCCTCGGCTGGCTCGAAGAAAACGTCGACCGCCTGCGTGCGCTGGATCAACAGGCCCTGACTTACGCGATCGAGCGCTCTTGCGCAGCCAAGGCTGCCGTCGTCGGCGCCGATGAGCGCGAATCGGGTGTGCGGGCCACGCTCAACCTCGGCCATACCTTCGGTCATGCCATCGAAACCCATATGGGCTATGGCGTCTGGCTGCACGGTGAGGCCGTTGCCGCAGGGACGGTCATGGCCCTGGAAATGTCCGCGCGCCTGGGTTGGATCAGCCAGCAGGAGCGCGATCGTGGTATTCGCCTGTTTCAACGTGCCGGGTTGCCGGTGGTTCCGCCGGAAGAAATGACCGAGGCGGATTTTCTTGAACACATGGCAATCGACAAAAAAGTGATCGACGGTCGTCTGCGTCTGGTGCTGCTGCGCCGCATGGGCGAAGCGGTAGTGACCGACGATTATCCGAAAGAGGTTCTACAGGCCACGCTGGGAGCGGATTACCGCGCCCTGGCTCAGCTTAAAGGTTAA MQTLKVDLGERSYPIHIGEGLLDQPELLAPHIAGRQVAIITNETVAPLYLERLTRSLSAFSVISVVLPDGEAFKNWETLQLIFDGLLTARHDRRTTVIALGGGVIGDMAGFAAACYQRGVDFIQIPTTLLSQVDSSVGGKTGINHPLGKNMVGAFYQPNVVLIDTASLKTLPARELSAGLAEVIKYGLICDEPFLGWLEENVDRLRALDQQALTYAIERSCAAKAAVVGADERESGVRATLNLGHTFGHAIETHMGYGVWLHGEAVAAGTVMALEMSARLGWISQQERDRGIRLFQRAGLPVVPPEEMTEADFLEHMAIDKKVIDGRLRLVLLRRMGEAVVTDDYPKEVLQATLGADYRALAQLKG PGPT0012865_1678 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 D1-35_03308 1587 damX Cell division protein DamX ATGACTAGTCTGCATGCCGACGAGGCGTTCCTCGGCCATTTCCAATTGAGTCATGACCCTTTCGCTCCACGGGTCCCGGGCTTCAAGTTTTTCCCTGCTCAACGCAAGCCAGTGCTGGGCCAGTTGCACCATCTGGCCCGCTACAGCCAATTGCTGCTGGTGGTCACCGGCCCCCAGGGCAGTGGCAAGACCTTGCTGCGCCAGGCCCTGGTGGCCAGTACCAACAAGCAGTCGGTGCAAAGCGTGGTGGTATCGGCCCGTGGTGCGGGTGATGCCGCGGGTGTGCTGCGCCAGGTGGCCCAGGCTCTGAATGTCGCCCAGGCGGAAATCGGCGCGATTCTCGACCAGATCGTACAATTGGCGCTCACCGGACAGGAAGTCTACCTGCTGGTGGACGATGCCGAACAACTCGACGAATCGGCCCTGGAGGCACTGCTGGCCCTGGCTGCCGGCGCGCCGGAAGGCCGTCCTCATGTGTTCCTGTTCGGTGAGTCGTCACTGATCGCCGAGCTGGACCAGTTGGAGCTCGAGGAAGAGCGTTTCCACGTTATCGAACTCGCGCCCTACACCGAGGAAGAAACCCGTGAATACCTGGCCCAGCGGCTGGAGGGGGCTGGCCGGGGTATCGAACTTTTCACCGCGGATCAGATCTCTGAGATTCACGAAAGCTCGGACGGCTGGCCTGGCAACATCAACCAGGTGGCCCGAGATGCTCTGATCGAAATCATGATCGCCAGCCGCTCAGCGGTGAAGCGTCCAAGTATGGGGTTCAACATGCCGAAGAAACACGTATTGGCGATTTCCGCCGTTGTCGTGGTTGCGGTGGCCGCCGCCTGGCTGATGCCAGGTCGCAACAAGGCACCGACCACCGGCGCACCTGCCAACGAACAGGCACAGCTGCCTCTCGGCCAGGGCACTCCGCAAGCCAACGGCGGTGCGCCGGCGGTGGAGTTCGCCGGCAATACCCAGCCGATGCCGCTGCCGCTGGTCGGCCAGTCGCAACCGGTCATGCGCGGTCCTCTGGCAGAAGCCGCGGGGGGCATCACCGAAGGCGACGATGGCGCGCCGCCGCCGATCGATGACAGCAGCGACGTACCGCCAACCGTGACCACCACCGCACCACCTGCGGGCGTGCCGGCCGGTCCGACACCGACGCCGACACCTGCCCCGGCTGCCAAACCGACCCCTGCGCCTACCCAGGTCGCCACCGCCAAGCCGGCCCCGACCCCGGCCGCCCCAGCGGCCAAGCCAGCACCGGCGCCTGCGGCCAAGCCTGCCGCCACCCCGGCCAAAGCCACGGGCGGTAGCTGGTACGCAGGTCAGGCACCGGGCAACTACGTGGTGCAGATCCTCGGCACCAGCTCCGAAGCCACTGCGCAGAACTTCGTCAAGGAGCAGGGCGGCGAGTACCGTTATTTCAAGAAAGTGCTCAACGGCAAGCCGCTTTATGTCATCACCTACGGCAGCTTTGCCAATCGTGACGCAGCCGTTTCCGCCATCAAGGCCTTGCCAGCGAAGGTTCAGGCTGGTAAACCTTGGCCTCGCACTGTCGCCAGCGTCCAACAGGAACTGGCAGCAACTCGCTGA MTSLHADEAFLGHFQLSHDPFAPRVPGFKFFPAQRKPVLGQLHHLARYSQLLLVVTGPQGSGKTLLRQALVASTNKQSVQSVVVSARGAGDAAGVLRQVAQALNVAQAEIGAILDQIVQLALTGQEVYLLVDDAEQLDESALEALLALAAGAPEGRPHVFLFGESSLIAELDQLELEEERFHVIELAPYTEEETREYLAQRLEGAGRGIELFTADQISEIHESSDGWPGNINQVARDALIEIMIASRSAVKRPSMGFNMPKKHVLAISAVVVVAVAAAWLMPGRNKAPTTGAPANEQAQLPLGQGTPQANGGAPAVEFAGNTQPMPLPLVGQSQPVMRGPLAEAAGGITEGDDGAPPPIDDSSDVPPTVTTTAPPAGVPAGPTPTPTPAPAAKPTPAPTQVATAKPAPTPAAPAAKPAPAPAAKPAATPAKATGGSWYAGQAPGNYVVQILGTSSEATAQNFVKEQGGEYRYFKKVLNGKPLYVITYGSFANRDAAVSAIKALPAKVQAGKPWPRTVASVQQELAATR NA NA NA NA NA D1-35_03309 4449 gltB COG0067 Glutamate synthase [NADPH] large chain ATGAAAGCAGGTCTGTACCAACCAGATGAATTCAAGGATAACTGCGGTTTCGGCCTGATAGCCCATATGCAGGGCGAGCCCAGTCATACCCTTTTGCAAACGGCCATTGAGGCCCTGACCTGCATGACCCACCGTGGTGGGATCAACGCCGACGGGAAGACCGGCGACGGCTGTGGCTTGCTGATTCAAAAGCCTGACGAGTTCCTGCGTGCCATCGCCCAGGAAACGTTTGGCGTGACCCTGCCCAAGCAATACGCCGTGGGCATGGTGTTTTTCAACCAGGACCCGGTAAAGGCACAAGCCGCTCGCGAGAACATGAACCGCGAGATCCTCGCCGCCGGCCTGCAACTGGTCGGCTGGCGCCAAGTGCCGATCGACACCAGCGTCCTCGGCCGCCTGGCCCTTGAGCGCCTGCCGTTGATCGAGCAAGTGTTCATTGCCGGTGAAGGTTTGAGCGACCAGGAAATGTCGATCAAGCTGTTCAGCTCCCGTCGTCGTTCGTCCGTGGCCAACGCCGCTGATACCGACCACTACATCTGCAGCTTTTCCCACAAGACCATCATTTACAAAGGCCTGATGATGCCGGCGGACCTCACCGCCTTTTATCCGGACCTGAGCGATGAGTGCCTGAAAACCGCGATCTGCGTATTCCACCAGCGCTTCTCCACCAACACCCTGCCGAAATGGCCGCTGGCCCAGCCCTTCCGTTTCCTCGCGCACAACGGCGAGATCAACACCATCACCGGCAACCGCAACTGGGCCCTGGCCCGTCGCACCAAGTTCGCCAATGACCTGATGCCGGACCTCGAAGAGCTCGGCCCGCTGGTCAACCGTGTGGGCTCTGACTCCTCGAGCATGGACAACATGCTCGAACTGATGGTGACCGGCGGCATCGACCTGTTCCGTGGCGTGCGCATGCTTGTTCCGCCAGCCTGGCAGAACGTCGAAACCATGGACCCGGACCTCCGTGCCTTCTACGAATACAACTCCATGCACATGGAGCCGTGGGACGGCCCGGCCGGTATCGTCATGACCGACGGTCGCTACGCGGTGTGCCTGCTCGACCGTAACGGTCTGCGTCCGGCGCGCTGGGTCACCACCACCAATGGTTTCATCACCCTGGCGTCGGAAATCGGCGTGTGGAACTACCAGCCCGAAGACGTCATCGCCAAAGGCCGCGTGGGCCCTGGGCAGATTTTCGCCGTGGACACCGAGACCGGGCAGATCCTCGACACCGACGCGATCGACAACCGTCTCAAGTCCCGTCATCCGTACAAGCAATGGCTGCGCAAGAATGCCTTGCGCATCCAGGCGACCATGGAAGACAACGACCACGGCTCGGCTTTCTACGACGTCGACCAGCTCAAGCAGTACATGAAGATGTACCAGGTGACGTTCGAAGAGCGTGACCAGGTGTTGCGTCCGCTGGGCGAGCAGGGCTACGAAGCGGTCGGCTCCATGGGCGATGACACGCCGATGGCCGTGCTGTCCCAGCGCGTGCGCACGCCATATGACTATTTCCGCCAGCAGTTCGCCCAGGTAACCAACCCGCCGATCGACCCGCTGCGCGAAGCGATCGTGATGTCCCTGGAAATCTGCCTCGGTGCCGAGCGCAACATTTTCCAGGAGTCGCCGGAACACGCTTCGCGGGTGATCCTCAGCTCGCCGGTCATTTCTCCGGCCAAGTGGCGCTCGCTGACCAACCTTGATCGTCCCGGCTTCGAACGCCAGGTCATCGACCTGAACTACGACGAAAGCGTCGGCCTGGAAGCGGCGATCCGCAACGTTGCCGATCAGGCCGAAGAAGCCGCGCGTGCCGGACGTACCCAGATCGTTCTGACCGACCGTCATATCGCGCCCGGCAAGCTGCCGATCCACGCCTCGCTGGCCACCGGCGCGGTGCACCATCGCCTGACCGAAAAAGGCCTGCGCTGCGATTCCAACATCCTCGTGGAAACCGCCACGGCTCGCGACCCGCATCACTTTGCGGTGCTGATCGGCTTTGGCGCCTCGGCGGTGTACCCGTTCCTCGCCTACGAAGTGCTGGGCGACCTGATCCGTACCGGTGAAGTGCTGGGCGACCTCTACGAGGTGTTCAAGAACTACCGCAAAGGCATCACCAAGGGGCTGCTCAAGATCCTCTCGAAGATGGGTATCTCGACTATCGCCTCGTACCGTGGCGCGCAGTTGTTCGAGGCCATCGGTCTGTCCGAAGAAGTCTGCGAGCTGAGCTTCCGTGGTGTCCCGAGTCGCATCAAGGGCACCCGTTTCGTCGACATCGAAGCCGAGCAGAAAGCCCTGGCCGCCGAAGCCTGGAGCCCGCGCAAGCCGATCCAGCAGGGCGGTCTGCTGAAGTTCGTCCACGGTGGCGAATACCACGCCTACAACCCGGACGTGGTCAACACCCTGCAAGCCGCCGTGCAACAGGGCGACTACGGCAAGTTCAAGGAGTACACGGCGCTGGTGGATAACCGCCCGGTGTCGATGATCCGCGACCTGCTCAAGGTCAAGACCCTCGACACGCCGCTGGATATCAGCGAAGTGGAGCCGCTGGAGTCGGTACTCAAGCGTTTCGACTCCGCCGGCATCTCCTTGGGCGCCTTGTCTCCGGAAGCCCACGAAGCCCTGGCCGAAGCCATGAACCGCCTCGGTGCGCGTTCAAACTCCGGCGAAGGCGGCGAAGACCCGGCGCGCTACGGCACCATCAAGAGTTCGAAAATCAAGCAGGTGGCCACCGGCCGCTTCGGTGTGACCCCGGAATACCTGGTCAACGCTGAAGTGCTGCAGATCAAGGTTGCCCAGGGCGCCAAGCCCGGCGAAGGCGGCCAGTTGCCTGGCGGCAAGGTCAACGGCCTGATCGCCAAGCTGCGCTACGCGGTGCCCGGCGTGACGCTGATTTCGCCGCCGCCGCACCACGACATCTACTCGATCGAAGACTTATCGCAACTGATCTTCGACCTCAAGCAGGTGAACCCGAAGGCCCTGGTCTCGGTGAAGCTGGTGGCGGAAGCCGGCGTCGGCACGATTGCCGCCGGCGTGGCGAAAGCCTATGCCGACCTGATCACCATCTCCGGCTACGACGGCGGCACCGGTGCCTCGCCGCTGACCTCGATCAAGTACGCTGGCGCGCCGTGGGAACTGGGCCTGGCCGAAACCCACCAGACCCTGCGCGGCAACGACCTGCGCGGCAAGGTGCGGGTGCAGACCGACGGGGGCCTGAAGACCGGCCTCGACGTGATCAAGGCCGCCATTCTCGGTGCCGAGAGCTTCGGCTTCGGTACCGCGCCGATGATCGCGCTGGGCTGCAAATACCTGCGCATCTGCCATCTGAACAACTGCGCCACCGGCGTGGCGACCCAGAACGAGAAGTTGCGCAAGGATCACTACATCGGCACCGTCGACATGGTGGTGAACTTCTTCACCTACGTGGCCGAAGAGACCCGTGAGTGGCTGGCCAAGCTGGGCGTGCGCTCGCTGGAAGAGCTGATCGGCCGCACCGATCTGCTCGAGGTGCTCGAAGGCCAGACCGCCAAGCAGCATCACCTGGACCTGACCCCGTTGCTGGGCAGCGACCTGATCCCGGCGGACAAGCCACAATTCTGCCAGGTCGATCGCAACCCGCCGTTCGACAAGGGCGAGCTGGCCGAGAAGATGGTCGACATGGCCGCTTCGGCGATCAATGACCTGAGCGGTGCTCAGTTCGAGCTGAATATCTGCAACTGCGACCGCTCCATCGGCGCGCGGATTTCCGGCGAGATCGCCCGCAAGCACGGCAACCAGGGCATGGCTCACGCGCCGATCACGTTCCGCTTCAAGGGCACGGCCGGGCAAAGCTTCGGCGTCTGGAACGCAGGCGGCCTGAACATGTACCTGGAAGGTGACGCGAACGACTACGTGGGCAAGGGCATGACCGGCGGCAAACTGGTCATCGTTCCGCCCAAGGGCAGTGTCTACCGGACCCAGGACAGTGCGATCATCGGCAACACCTGCCTCTACGGCGCCACGGGCGGCAAGCTGTTCGCCGCCGGCACCGCGGGTGAGCGTTTCGCCGTACGTAACTCCGGCGCCCACACCGTGGTGGAAGGCACCGGCGATCACTGCTGCGAGTACATGACCGGTGGTTTCGTCTGCGTACTGGGCAAGACCGGTTACAACTTCGGCTCAGGCATGACCGGCGGTTTCGCCTATGTGCTCGACCAGGACAACAGCTTCGTCGACCGGGTCAACCACGAACTGGTGGAAATCCAGCGGATCAGCGGCGAGGCGATGGAAGCCTACCGCAGCCACCTGCAACGCGTGCTGAACGAATACGTCGAGGAAACCGACAGTGAGTGGGGTCGTGAACTCGCCGAGAACCTCGATGACTACGTACGTCGTTTCTGGCTGGTCAAGCCGAAAGCGGCCAACCTGAAGTCGTTGCTTTCCAGCACCCGTGCCAACCCGCAGTGA MKAGLYQPDEFKDNCGFGLIAHMQGEPSHTLLQTAIEALTCMTHRGGINADGKTGDGCGLLIQKPDEFLRAIAQETFGVTLPKQYAVGMVFFNQDPVKAQAARENMNREILAAGLQLVGWRQVPIDTSVLGRLALERLPLIEQVFIAGEGLSDQEMSIKLFSSRRRSSVANAADTDHYICSFSHKTIIYKGLMMPADLTAFYPDLSDECLKTAICVFHQRFSTNTLPKWPLAQPFRFLAHNGEINTITGNRNWALARRTKFANDLMPDLEELGPLVNRVGSDSSSMDNMLELMVTGGIDLFRGVRMLVPPAWQNVETMDPDLRAFYEYNSMHMEPWDGPAGIVMTDGRYAVCLLDRNGLRPARWVTTTNGFITLASEIGVWNYQPEDVIAKGRVGPGQIFAVDTETGQILDTDAIDNRLKSRHPYKQWLRKNALRIQATMEDNDHGSAFYDVDQLKQYMKMYQVTFEERDQVLRPLGEQGYEAVGSMGDDTPMAVLSQRVRTPYDYFRQQFAQVTNPPIDPLREAIVMSLEICLGAERNIFQESPEHASRVILSSPVISPAKWRSLTNLDRPGFERQVIDLNYDESVGLEAAIRNVADQAEEAARAGRTQIVLTDRHIAPGKLPIHASLATGAVHHRLTEKGLRCDSNILVETATARDPHHFAVLIGFGASAVYPFLAYEVLGDLIRTGEVLGDLYEVFKNYRKGITKGLLKILSKMGISTIASYRGAQLFEAIGLSEEVCELSFRGVPSRIKGTRFVDIEAEQKALAAEAWSPRKPIQQGGLLKFVHGGEYHAYNPDVVNTLQAAVQQGDYGKFKEYTALVDNRPVSMIRDLLKVKTLDTPLDISEVEPLESVLKRFDSAGISLGALSPEAHEALAEAMNRLGARSNSGEGGEDPARYGTIKSSKIKQVATGRFGVTPEYLVNAEVLQIKVAQGAKPGEGGQLPGGKVNGLIAKLRYAVPGVTLISPPPHHDIYSIEDLSQLIFDLKQVNPKALVSVKLVAEAGVGTIAAGVAKAYADLITISGYDGGTGASPLTSIKYAGAPWELGLAETHQTLRGNDLRGKVRVQTDGGLKTGLDVIKAAILGAESFGFGTAPMIALGCKYLRICHLNNCATGVATQNEKLRKDHYIGTVDMVVNFFTYVAEETREWLAKLGVRSLEELIGRTDLLEVLEGQTAKQHHLDLTPLLGSDLIPADKPQFCQVDRNPPFDKGELAEKMVDMAASAINDLSGAQFELNICNCDRSIGARISGEIARKHGNQGMAHAPITFRFKGTAGQSFGVWNAGGLNMYLEGDANDYVGKGMTGGKLVIVPPKGSVYRTQDSAIIGNTCLYGATGGKLFAAGTAGERFAVRNSGAHTVVEGTGDHCCEYMTGGFVCVLGKTGYNFGSGMTGGFAYVLDQDNSFVDRVNHELVEIQRISGEAMEAYRSHLQRVLNEYVEETDSEWGRELAENLDDYVRRFWLVKPKAANLKSLLSSTRANPQ PGPT0000635_3401 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265 NA NA D1-35_03310 1419 gltD COG0493 Glutamate synthase [NADPH] small chain ATGGCTGAACGTCTGAATAACGACTTCCAGTTCATCGATGTCGGGCGCAAGGATCCGAAGAAGAAACTGTTGCGTCAACGCAAGAAAGAGTTCGTGGAAATCTACGAGCCCTTCAAACCCCAGCAGTCGGCCGACCAGGCTCACCGTTGCCTGGGCTGCGGTAACCCGTACTGCGAATGGAAGTGCCCGGTGCACAACTTCATTCCCAACTGGCTGAAGCTGGTGGCCGAGGGCAACATCCTCCAGGCCGCCGAACTGTCCCACCAGACCAACACCTTGCCGGAAGTCTGCGGCCGGGTGTGCCCGCAGGATCGCCTGTGCGAGGGTGCCTGCACCCTCAACGACGGTTTTGGCGCGGTGACCATCGGTTCGGTGGAGAAGTACATCACCGACACCGCATTCGCCATGGGCTGGCGCCCGGACATGTCCAAGGTCAAGCCGACCGGCAAGCGTGTCGCGATCATCGGCGCCGGTCCGGCGGGCCTGGGCTGTGCCGACGTATTGGTGCGCGGTGGCGTGACCCCGGTGGTGTTCGACAAGAACCCGGAAATCGGTGGCCTGCTGACCTTCGGCATTCCCGAGTTCAAGCTGGAAAAGAGCGTGTTGAGCAATCGTCGCGAAGTGTTCACCGGCATGGGTATCGAGTTCCGCCTGAACACCGAGGTGGGCAAGGACGTCACCATGGAGCAACTGCTTGAGGAATACGACGCGGTCTTCATGGGCATGGGCACCTACACCTACATGAAGGGCGGCTTTGCCGGCGAGGACCTGCCAGGCGTCTACGACGCGCTGGACTTCCTGATCGCCAACGTCAACCGCAACCTGGGCTTTGAAAAGTCGCCGGAAGATTTCGTCGACATGAAAGGCAAGAAAGTCGTGGTACTCGGTGGTGGCGACACGGCGATGGACTGCAACCGCACCTCGATTCGCCAGGGCGCCAAGTCGGTGACCTGCGCCTATCGTCGTGACGAAGCAAACATGCCGGGCTCGCGCAAAGAGGTGAAGAACGCCAAGGAAGAGGGCGTGAAATTCCTCTACAACCGCCAGCCGATTGCGATTGTCGGGGAAGACAAGGTCGAAGGCGTGAAGGTAGTCGAGACCCGTCTTGGCGAACCGGATGCCCGTGGCCGCCGCAGCCCCGAGCCGATCCCCGGTTCCGAAGAGATCATCCCGGCCGACGCCGTGGTCATCGCCTTCGGCTTTCGTCCAAGCCCGGCGCCGTGGTTCGAGCAGTTCAGCATCCAGACCGACAGCCAGGGCCGCGTCGTTGCCCCGGAACAAGGCCAGTACAAGCACCAGACCAGCAATCCGAAGATCTTCGCCGGTGGCGACATGGTCCGCGGTTCGGACCTGGTGGTGACGGCGATCTTCGAAGGCCGCAATGCGGCGGAAGGGATTCTGGATTACTTGCAGGTCTGA MAERLNNDFQFIDVGRKDPKKKLLRQRKKEFVEIYEPFKPQQSADQAHRCLGCGNPYCEWKCPVHNFIPNWLKLVAEGNILQAAELSHQTNTLPEVCGRVCPQDRLCEGACTLNDGFGAVTIGSVEKYITDTAFAMGWRPDMSKVKPTGKRVAIIGAGPAGLGCADVLVRGGVTPVVFDKNPEIGGLLTFGIPEFKLEKSVLSNRREVFTGMGIEFRLNTEVGKDVTMEQLLEEYDAVFMGMGTYTYMKGGFAGEDLPGVYDALDFLIANVNRNLGFEKSPEDFVDMKGKKVVVLGGGDTAMDCNRTSIRQGAKSVTCAYRRDEANMPGSRKEVKNAKEEGVKFLYNRQPIAIVGEDKVEGVKVVETRLGEPDARGRRSPEPIPGSEEIIPADAVVIAFGFRPSPAPWFEQFSIQTDSQGRVVAPEQGQYKHQTSNPKIFAGGDMVRGSDLVVTAIFEGRNAAEGILDYLQV PGPT0000640_3460 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266 NA NA D1-35_03311 1068 hemE COG0407 Uroporphyrinogen decarboxylase ATGACTGCCCTGAAGAACGACCGTTTCCTTCGCGCCCTGCTCAAGCAACCTGTAGACGTCACCCCGGTGTGGATGATGCGCCAGGCCGGTCGCTATCTGCCGGAGTACCGCGCCAGTCGCGCCAAGGCCGGCGACTTCATGAGCCTGTGCATGAACCCGCAGTTCGCCTGTGAGGTCACGATGCAGCCGCTGGACCGCTACCCGCAGCTGGACGCGGCGATCCTGTTCTCCGACATCCTCACCATCCCTGACGCCATGGGCCAGGGCTTGTACTTCGAGACTGGTGAAGGCCCGCGCTTCAGGAAAGTCGTCAGCAGCCTGGCCGACATCGAGGCGTTGCCGATTCCCGATCCGCAGAAAGACCTCGGCTATGTCATGGACGCCGTCAGCACCATTCGCCGCGAACTGAACGGCCGCGTCCCGTTGATCGGTTTCTCTGGCAGCCCGTGGACGCTTGCGACCTACATGGTCGAAGGCGGCTCGTCGAAAGACTTCCGCAAGACCAAGGCGATGCTCTACGACAATCCCCAGGCCATGCATTTGCTGCTGGACAAGCTGGCGCAGTCGGTCACGTCCTATCTCAACGGCCAGATCATGGCCGGTGCGCAAGCGGTGCAGATCTTCGACACCTGGGGCGGCAACCTGTCGGCGGCGGCGTACCAGGAGTTTTCCCTGGCCTACATGCGCAAGATCGTCAGCGGTCTGATTCGCGAACACGAAGGTCGCAAAGTCCCGGTGATCCTGTTCACCAAGAACGGCGGGTTGTGGCTGGAAAGCATCGCCGATGCCGGCGCGGACGCCCTGGGCCTGGACTGGACCTGTGACATCGGCAATGCCCGCGAGCGCGTCGGTAACAGAGTCGCGCTGCAAGGCAACATGGATCCGACCGTGCTGTATGCCAAGCCAGAAGCCATCCGTGCCGAAGTCGGGCGCATCCTCGCCAGTTATGGCAAGGGCAGCGGGCACGTGTTCAATCTCGGTCATGGGATCACCCCGGAAGTCGACCCGGAACACGCTGGGGCTTTCCTGCGGGCGGTGCATGAGTTGTCGGCGCAATATCACGGGTAA MTALKNDRFLRALLKQPVDVTPVWMMRQAGRYLPEYRASRAKAGDFMSLCMNPQFACEVTMQPLDRYPQLDAAILFSDILTIPDAMGQGLYFETGEGPRFRKVVSSLADIEALPIPDPQKDLGYVMDAVSTIRRELNGRVPLIGFSGSPWTLATYMVEGGSSKDFRKTKAMLYDNPQAMHLLLDKLAQSVTSYLNGQIMAGAQAVQIFDTWGGNLSAAAYQEFSLAYMRKIVSGLIREHEGRKVPVILFTKNGGLWLESIADAGADALGLDWTCDIGNARERVGNRVALQGNMDPTVLYAKPEAIRAEVGRILASYGKGSGHVFNLGHGITPEVDPEHAGAFLRAVHELSAQYHG PGPT0008465_1890 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599 NA NA D1-35_03312 615 hypothetical protein ATGAAAACCAGAACATTAAAGGGAAGCACGATCCCTGGATTTGATTCTTCGTTGCCCTTGTTTCCCGAATGCCTGCAGAAAAGCCCTTCGAGCTATTCCAAGCCGCGGATACTGCTGCACTGGATATCGGCCTTCATTATTCTATGGACGCTGGCATCCGGTTTTTATGTGGCCTATGTTCCGGTGCCCGTTTCGATCAAACAGTGGGTTGGATCGCTTAATGTTTCACTGACAACGGTATTGATTCCGTTGTTTGCCTGGCGACTCTGGTTGTTTTTCTCCAACCTTGAAATCCGGGCTGCGGCATCGTCCATCAATAAAAGCCTGGCGCTGGCGGTACATGCAGTGATCTATTTGGTCACCAGTGTCGTGCTGGCCACCGGCGTGCTGATGATGACAACGCCGATCAGCCTGTTCGGGCTCATCCAGATCCCCCAGCCGCTGGATGACGAGCGACTGAACGACTTGGCGTTGACCCTCCACATTCTGTCCTGCCTGGCGCTGGCGCTGCTCGTCGCATTGCATATTTGCGCAGTGGTCTGGCATGAGTCTTCTGGCCGCAGGGTGCTACGGCGGATGACATTCAAGAAATCTGTAGGCGTGCTCATTCAGTGA MKTRTLKGSTIPGFDSSLPLFPECLQKSPSSYSKPRILLHWISAFIILWTLASGFYVAYVPVPVSIKQWVGSLNVSLTTVLIPLFAWRLWLFFSNLEIRAAASSINKSLALAVHAVIYLVTSVVLATGVLMMTTPISLFGLIQIPQPLDDERLNDLALTLHILSCLALALLVALHICAVVWHESSGRRVLRRMTFKKSVGVLIQ PGPT0013195_501 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013195-cybB-K12262 NA NA D1-35_03313 1278 ynfM Inner membrane transport protein YnfM GTGAAAACCGCTGTCGCTCCACTGGCCCATGAAATCCCGCCGCGTCCTCAGGATGATGCCGCTGCCGAGCTCAAGGACATCTATATCGAAAAAGGCACGCCGTTGTTCATGCGTACGGTGTTGGCCTTGTTCTGCGGCGGTTTTGCAACCTTCGCGCTGTTGTACTGCGTGCAACCGATGATGCCGCTGCTGTCGGCGGAGTTTTCCATCAACGCCGCCCAGAGCAGCTTGATCCTGTCGGTGGCGACCGGCCTGCTTGCCGTCGGCCTGTTGGTCACCGGTCCGATTTCCGACCGCATCGGCCGCAAATCAGTGATGGTCGCCGCGCTGTTCGCAGCGGCGCTGTGCACGATCGCCAGTGCGATGATGCCCACCTGGCAAGGCGTGCTGGTCTTGCGCGCCCTGGTGGGGTTGTCGTTAAGCGGATTGGCGGCGGTGGCGATGACCTACCTGAGCGAAGAAATCCATCCCAGGCACATCGGCCTGGCAATGGGGCTGTACATCGCCGGCAACGCCATCGGCGGCATGTGCGGGCGGCTGATCACCGGCGTATTGATCGACTTTGTCAGCTGGCATACCGCGATGCTGGTGATCGGTGGCCTGGCCCTGGTTGCGGCGGCGGTGTTCTGGCGGATCCTTCCCGAATCGCGCAACTTCCGCCCACGCTCGTTGCATCCACGCAGCCTGCTGGACGGTTTCACCCTGCACTTTCGCGACGCCGGGCTACCCCTGCTGTTTCTTGAAGCCTTCGTACTGATGGGGGCGTTCGTCACGCTGTTCAACTACATCGGCTACCGCCTGCTGGCCGCGCCTTACCATATGGACCAGGCATTTGTCGGGTTGCTGTCGGTCGTGTACCTGTCCGGCATCTACAGTTCGGCCAAGGTCGGGGCAATGGCTGACAAGCTCGGCCGGCGGAAAATGCTCTGGGCGACCATCGCGTTGATGCTGGCGGGCCTGCTGTTGACGCTGTTTACGCCGCTCTGGCTGGTGATCATCGGCATGCTGGTGTTCACCTTCGGTTTCTTCGGCGCGCACTCGGTGGCCAGCAGCTGGATCGGCCGCCGCGCCCTGAAGGCCAAGGGCCAGGCTTCGTCGTTGTACTTGTTCAGCTATTACGCCGGCTCGAGCATTGCCGGTACGGCGGGCGGGGTCGCGTGGCACCTGGGGGGATGGAACGGAACCGGGTTGTTCATCGGCGCACTGCTCTTGGTGGCATTGCTGGTAGCCGTGAAACTGGCGAAGCTGCCGCCGCTCCCCGGCAACGTCCAGGGCTAG MKTAVAPLAHEIPPRPQDDAAAELKDIYIEKGTPLFMRTVLALFCGGFATFALLYCVQPMMPLLSAEFSINAAQSSLILSVATGLLAVGLLVTGPISDRIGRKSVMVAALFAAALCTIASAMMPTWQGVLVLRALVGLSLSGLAAVAMTYLSEEIHPRHIGLAMGLYIAGNAIGGMCGRLITGVLIDFVSWHTAMLVIGGLALVAAAVFWRILPESRNFRPRSLHPRSLLDGFTLHFRDAGLPLLFLEAFVLMGAFVTLFNYIGYRLLAAPYHMDQAFVGLLSVVYLSGIYSSAKVGAMADKLGRRKMLWATIALMLAGLLLTLFTPLWLVIIGMLVFTFGFFGAHSVASSWIGRRALKAKGQASSLYLFSYYAGSSIAGTAGGVAWHLGGWNGTGLFIGALLLVALLVAVKLAKLPPLPGNVQG PGPT0017201_331 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 D1-35_03314 894 benM HTH-type transcriptional regulator BenM ATGGAACTGCGTCACTTGCGTTACTTCATCGCGGTCGCCGAAGAGCTGCACTTCGGCCGCGCCGCCTTGGTGCTTGGGATCTCCCAGCCGCCACTGAGCCAACAGATCCAGGCGCTGGAGCAAGAGATTGGTGCACGCCTGTTCGAGCGCACCAACCGTCGCGTCGAACTGAGCGAGGCCGGACGGCTGTTTCTCGAAGAGGCGCGCCGGGTCCTGGCCCAGGTCGACAAGGCTGCCGACGTAGCCCGCCGCGCCCAGTTGGGGGAATTGGGCGAGCTGAAAATCGGCTTCACCTCCTCAGCCCCCTTCAATTCCACCATTCCCCAGGCGATTTTCACCTTTCGCCAGCGCTTTCCCGCAGTCCACCTGAACCTGCGGGAAATGAGCAGCACCCAAGTGGCCGATGCGTTGCTCGACGAGGCCATCGACGTGGGCATCATGCGTCCGCTGCCGCTTCCCGACGCCTTGAGCGAAATCGAACTCAGCCGCGAACCCTTGGTGGCTGTGCTCAGCTCCAAGCACCCGTTAGCCCAGGGCAGTGACGAAGGCCTGTTTCTCGCTTCGCTGGCCGAGGAACCGTTCGTGTTTTTCCCCCGCAGCTACGGCAGCGGTCTCTACGCCCAATTGTTGACGCTGGCCCGCGACGCCGGTTTCAGCCCGCACTTCGCCCAGGAAGCGGGCGAAGCCATGACCATCATCGGCCTGGTGGCGGCGGGGCTGGGCGTCTCGGTCTTGCCGGCGTCATACCAGCGCATGCGTATCGACGGCGTGGTCTACCGGTCATTGCTCGACCCGGCGGCGGTCTCGGCGGTGTGGCTGGTCCAGCGCAAGGACCAGCGTTCGCCGATGGCGAAGGCGTTTGTGGCGCTGTTGACAAGCAATCCCTTGAGTTGA MELRHLRYFIAVAEELHFGRAALVLGISQPPLSQQIQALEQEIGARLFERTNRRVELSEAGRLFLEEARRVLAQVDKAADVARRAQLGELGELKIGFTSSAPFNSTIPQAIFTFRQRFPAVHLNLREMSSTQVADALLDEAIDVGIMRPLPLPDALSEIELSREPLVAVLSSKHPLAQGSDEGLFLASLAEEPFVFFPRSYGSGLYAQLLTLARDAGFSPHFAQEAGEAMTIIGLVAAGLGVSVLPASYQRMRIDGVVYRSLLDPAAVSAVWLVQRKDQRSPMAKAFVALLTSNPLS NA NA NA NA NA D1-35_03315 444 hypothetical protein ATGTTCAAGCAGTTGACCTTTACCGCCTTGCTGGCAGTTGCCACGCTGACCACAGGGTGTGCTTCGGTAAAAATGGCGGATGATTCCCAAGACGCGCGGGCGAAAACCTTTCAGACTTCCCCTGACAAAGCGAACATCTACGTTTATCGCAACGAGAGCATGGGCGCCGGGGTAAAAATGCCCGTAACGCTCAACGGCAAGGCTGTCGGGCAGACTGTTGCCAAGTCGTACTTGATGCTGTCGGTGCCGGCTGGTCAACAGACCCTGGTTTCGTCTGCGGAAAATGACTCAGAGCTCAAGCTCAGCACCGAACCAGGCAAGAATTATTTCGTCTGGCAGGAAGTGAAAGTGGGTTTCATCAAGGCTCGTAACAACCTGCAGGTTGTTGATGACAAAACCGGTCGCGCCGGGGTGTCTGAAAGCAAGCTGATCCAAGCCGAGTAG MFKQLTFTALLAVATLTTGCASVKMADDSQDARAKTFQTSPDKANIYVYRNESMGAGVKMPVTLNGKAVGQTVAKSYLMLSVPAGQQTLVSSAENDSELKLSTEPGKNYFVWQEVKVGFIKARNNLQVVDDKTGRAGVSESKLIQAE NA NA NA NA NA D1-35_03316 1227 fabF_3 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGAAGCGCGTCGTCGTCACCGGCATGGCCGGCATCACCTCCCTGGGCAGCGATTGGGAGACTATCGCGACCCACTTCGCCGCCAACCGCAGCGGCATCCGGCGCATGCACGAGTGGGACCGCTTCAGCGAATTGAACACCCGCCTGGCCGGGCCCGTGGACGACTTTCAGGTCCCGGCCCACTGGACCCGCAAGCAACTGCGCAGCATGGGCCGGGTTTCCCGCCTGGCGGTGGGCTCGGCGGAACAAGCCCTGGCCGACGCCGGACTGTTGGACGACCCGTCGATCAAGGATGGACGCATGGGTGTGTCGTGCGGCTCCTCCACGGGAAGCACCGATGAGATCAAGGCCTTCGGCAACATGCTGCTCAACAGCGTCGCCGAAGGTTTGAACGCCAACTCCTACGTGCGGATGATGCCGCACACCACGGCGGCCAATATCAGCATCTTCTTCGGGCTGACCGGGCGCCTGATTCCCACTTCCAGCGCCTGCACCAGCGGCAGCCATGGCATCGGCTATGCCTACGAGGCGATCAAGTTCGGCCGCCTGCCGTTGATGCTCGCCGGCGGCGCCGAGGAACTGTGCCCGACCGAAGCAATGGTCTTCGATGCGCTCTACGCCACCAGCCTGAAAAACGATGCCCCACAAACCAGCCCGCGACCCTACGACAAGGGCCGCGATGGCCTGGTGATCGGCGAGGGCGCCGGCATGCTGGTCCTCGAAGAACTTGAACACGCGCTGGCCCGTGGCGCGCGGATCCACGCCGAGATCGTCGGCTTCGGCAGCAATGCCGACGGCCAACACGCCACCCGCCCCGAATTGAGCACCATGCGCCGCGCCATGGAACTGGCCCTGGAAGACGCTGGCCTGGAGCCGTCCGCCATTGGCTACGTCAACGGCCACGGCACCGCCACCGAGCAGGGCGACATTGCCGAAACCCTGGCCACCAGCAGCCTGTTTGGCGAACACATGCCCATCAGTTCGCAGAAAAGCTTCCTCGGCCACACCCTGGGCGCCTGCGGTGCCCTGGAATCCTGGTTCAGCATCGAAATGCTGAACCGTGACCGCTACGTGCACACCTTCAACCTCGACGAAGTCGACCCCGAATGCGGCCGTCTCGATTACCTGCGCAACGAGTTTCGCAGCATGAGCAACGAGTACGTGATGAACAACAACTTCGCCTTCGGCGGGGTCAACACCTCGCTGATTTTTCGGCGCTGGCGTTGA MKRVVVTGMAGITSLGSDWETIATHFAANRSGIRRMHEWDRFSELNTRLAGPVDDFQVPAHWTRKQLRSMGRVSRLAVGSAEQALADAGLLDDPSIKDGRMGVSCGSSTGSTDEIKAFGNMLLNSVAEGLNANSYVRMMPHTTAANISIFFGLTGRLIPTSSACTSGSHGIGYAYEAIKFGRLPLMLAGGAEELCPTEAMVFDALYATSLKNDAPQTSPRPYDKGRDGLVIGEGAGMLVLEELEHALARGARIHAEIVGFGSNADGQHATRPELSTMRRAMELALEDAGLEPSAIGYVNGHGTATEQGDIAETLATSSLFGEHMPISSQKSFLGHTLGACGALESWFSIEMLNRDRYVHTFNLDEVDPECGRLDYLRNEFRSMSNEYVMNNNFAFGGVNTSLIFRRWR PGPT0008360_7159 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-35_03317 729 fabG_7 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGACTGAATCCGTACTGGTCACCGGCTCCAGCCGTGGCATCGGCCGCGCCATCGCCCTGCGCCTGGCCCAGGCCGGCCACGACATCGTCTTGCACTGCCGCAGCGGTCGCGCCGAGGCCGAAGCCGTCCAGGCGCAAATCCAGGCCTTGGGCCGCAATGCCCGGGTGCTGCAATTCGACGTCTCCGACCGCGCCGCCTGCAAGACCATCCTTGAGGCCGACGTGGAAACCCATGGCGCCTATTACGGCGTGGTGCTCAACGCCGGCCTGACCCGCGACGGCGCGTTCCCCGCCCTGAGCGAGGACGATTGGGACAGTGTGATGCGCACCAACCTCGACGGTTTCTACAACGTGCTCCACCCGGTGATGATGCCGATGATTCGCCGTCGCGCCGCCGGACGAATCGTTTGCATCACGTCGGTGTCCGGCCTGATCGGCAACCGTGGCCAGGTCAACTACAGCGCCTCGAAGGCGGGCCTGATCGGCGCGGCCAAGGCGTTGGCAATCGAGCTGGGCAAGCGCAAGATCACCGTCAACTGCGTCGCGCCGGGGTTGATCGACACCGCCATGCTCGATGAAAACGTCCCCGTGGAAGAACTGATGAAAATGATCCCCGCCCAGCGCATGGGCACGCCTGAAGAAGTGGCCAGCGCGGTGAATTTCCTGATGTCCGCCGAAGCCGGCTACATCACCCGGCAAGTCCTGGCCGTCAATGGAGGCCTGTGCTGA MTESVLVTGSSRGIGRAIALRLAQAGHDIVLHCRSGRAEAEAVQAQIQALGRNARVLQFDVSDRAACKTILEADVETHGAYYGVVLNAGLTRDGAFPALSEDDWDSVMRTNLDGFYNVLHPVMMPMIRRRAAGRIVCITSVSGLIGNRGQVNYSASKAGLIGAAKALAIELGKRKITVNCVAPGLIDTAMLDENVPVEELMKMIPAQRMGTPEEVASAVNFLMSAEAGYITRQVLAVNGGLC PGPT0003180_20079 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 D1-35_03318 468 hypothetical protein ATGATTGACTGGCCGCTCGCCGAACTGCTGCCGCACGCCGGCGACATGATTCTCATCGACCGGATCCTGTCCTTTGATGACGAGCAGATCCACACCCTCGCTACCGTCAGGCCCGGCGGTCTGTTCAACCGCGACGACGGCGCGCTGCCGGCCTGGGTCGGCATCGAGCTGATGGCCCAGAGCGTCGCGGCGTTTGCCGGTTGCCACGCACGCCAACGCGGCGATGCCGTGGAGCTGGGCTTTTTGCTCGGAACCCGCAAGTTCGAATGCAACGTCGAATATTTCCCTCTCGGCACCGAGCTGACCTTGCACGGCATCCGATCGCTGGAAGACGACAACGGCATGGGTGTGTTCGAATGCCACATCCGCGCGCCCGGTATCCATGCCAGCGCACGGTTGAATGTGTTCCGCCCGCCCCATGCCGCCCAGTACCTCAATGAACCGTCCGCAACAGGAAACCAGCCATGA MIDWPLAELLPHAGDMILIDRILSFDDEQIHTLATVRPGGLFNRDDGALPAWVGIELMAQSVAAFAGCHARQRGDAVELGFLLGTRKFECNVEYFPLGTELTLHGIRSLEDDNGMGVFECHIRAPGIHASARLNVFRPPHAAQYLNEPSATGNQP PGPT0013310_18 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0013310-fabB-K00647 NA NA D1-35_03319 1197 hypothetical protein ATGACCGCTTATTTGAACGCCTTGGGCGTGATTTGCGCCCTGGGTCGAGGCAAACAAAACGTTGCCCGCAACCTGTTTGCCGGCGACTGCTCAGGCGTGCGCGTCGAAGCCGGCTGGGTAGCCGAACGGGCATTGCCGGTGGCTTGCGTAACCGGAGAGCTCGCCGCTATCCCTGAATCCATGGCGGCGCAACGCAGCCGCAACAATCAGCTGCTGCTCGAAGCAGGGTTGCAGATTCGTCCCGAGATCGATCAGGCCATCCAGGCTTACGGTCGTGCGCGCATCGGCATCGTGCTGGGGACCAGCACTTCGGGCATCGACGAGGCCAGCCAGGGCATTGCCCACTATCTGCGCGAGCAACGATTCCCCGAAGGTTACGACTACCAGCAGCAGGAACTCAGCGCGCCCGCCAACTTTCTCTCCGACTGGCTTGGCCTGAGCGGCCCGTCCTACGTGATATCGACCGCTTGCACCTCCAGCGCTCGGGCCCTGATGAGCGCTCGCCGCCTGCTCGACCTGGGATTGTGCGACGCGGTGCTTTGCGGTGGTGTGGACAGCTTGTGCAAGCTGACCCTCAATGGCTTTTCTGCGCTGGAAGCGGTCTCGAGCGAGCGCTGCAATCCGTTCTCGGTGAACCGCAGCGGCATCAACATCGGCGAAGCGGCGGTGCTGTTTCTCATGAGCAGGACCCCGTCCGCCGGGCACTCGATTGCCCTGCTCGGCGACGGCGCCAGTTCCGATGCGCACCACATCTCTGCGCCGGAACCCAGCGGCCGGGGTGCCCGCCAGGCGATGGAAAAAGCCTTGCGCTGCGCGGGCCTTAACGCCAGCCAGATCGACTACCTGAACCTGCATGGCACCGCCACGCAACATAACGACGCCATGGAAAGCCACGCGGTGGCCGGCCTGTTCCCGGCGGGCGTGTCCTGCTCGTCGACCAAGCCGCTGACCGGCCACACCCTCGGCGCGGCGGGCGCATTGGAGGCTGCGTTCTGCTGGTTGGCCCTGTCCGGTGGAAATACCGCACAGGCCCTGCCGCCGCACGTCTGGGACGGCCAGGCCGACCCCGAGTTGCCGGCATTGGACTGGGTAACGTCCGACACCCGCTTGCCCCCGAACCTGCCCCGTCGCCTGATGAGCAACTCGTTTGCTTTCGGCGGCAACAACGTCAGCCTGATTATCGGAGACGCGCAATGA MTAYLNALGVICALGRGKQNVARNLFAGDCSGVRVEAGWVAERALPVACVTGELAAIPESMAAQRSRNNQLLLEAGLQIRPEIDQAIQAYGRARIGIVLGTSTSGIDEASQGIAHYLREQRFPEGYDYQQQELSAPANFLSDWLGLSGPSYVISTACTSSARALMSARRLLDLGLCDAVLCGGVDSLCKLTLNGFSALEAVSSERCNPFSVNRSGINIGEAAVLFLMSRTPSAGHSIALLGDGASSDAHHISAPEPSGRGARQAMEKALRCAGLNASQIDYLNLHGTATQHNDAMESHAVAGLFPAGVSCSSTKPLTGHTLGAAGALEAAFCWLALSGGNTAQALPPHVWDGQADPELPALDWVTSDTRLPPNLPRRLMSNSFAFGGNNVSLIIGDAQ PGPT0013310_1924 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0013310-fabB-K00647 NA NA D1-35_03320 483 hypothetical protein ATGATCCGTGGTCTGCTTGCAGGTTTACTCTTGCTGCTCAGCGCCTGCGCCAGCCAGGCACCACTGCCTGAGCGCATGCCGACCCTGGCGCTGCCGCTGCAATTGCACGTCGAACGGCAACTGGACGGCCAGCGCCAGGATTGGCTGCTGGTGATTCAGCGCGAAAGCGCCGGCATCCGCTGGTCGATGATGGATCCGCTGGGCATTCCCGTCGCTCGCCAGCGCCTGGTCGACAGCCAATGGCAAGCCGACGGCCTGCTGCCGCCCAATGCCGAAGCCCGGGAATTGTTCGCCGCCCTGCTGTTTGCCCTGACCCCCGAGGCGGAACTGGCCGGCCGTTACCCGACCGCCCGGCAGCAAGACGCTCGACGAACGCTCGATACCCGCTGGCAGGTGCGCTACACACAACCGCTGGACTTTCAATTGAGCCTGCCGCAGGGGCCGCATTACCGCATTACACCGTTGAGCGAGAGCGCACGATGA MIRGLLAGLLLLLSACASQAPLPERMPTLALPLQLHVERQLDGQRQDWLLVIQRESAGIRWSMMDPLGIPVARQRLVDSQWQADGLLPPNAEARELFAALLFALTPEAELAGRYPTARQQDARRTLDTRWQVRYTQPLDFQLSLPQGPHYRITPLSESAR NA NA NA NA NA D1-35_03321 729 COQ5 2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial ATGAGCTACCTGAGCGACAACTACGTCGAAGAAACCCGCTTCGGTTTCTGGTTCCTGCGCAGCCACACCTGGCAGCACCATGTGCTGCGCGTGGCCATCGACGATCTGCGCAGCCTGTTCAGCTCCTCGCCGCCGGCCAATCCGGTGCTGCTGGATGCCGGTTGCGGCCAGGGCAAGTCGTTCCGGTATCTGCGCCAGGTGTTCGCGCCGCAACGCCTGATTGGCGTCGACGCCGACCCTCATAGCCTGAACCTCAGCGCCGAGGAAGCGGCTCGCCAGGGCATGGCCGTGGAGCTGATCGGCAGCGACTGCGCGACATTGGCGGTGCCCGATGCCAGCGTCGATTTGCTGTTCTGCCACCAGACCTTCCATCACCTGGTGGAACAGGAAAAAGCCCTCGCCGAGTTCTATCGCGTGCTCAAGCCCGGCGGCTACCTGCTGTTTGCCGAATCCACCAAGGCCTACATCGATACCTGGGTGATCCGCTGGCTGTTCCGCCACCCGATGCAGGTGCAGAAAAGCGCCGCGCAATACCTGGCGATGATCGCCAATCAAGGGTTCCGCTTCGAAGACTGCAACGTCTCCTATCCGTACCTGTGGTGGAGCCGCGCCAGGGACTTCGGCCTGCTGGAACGCTGGGGCCTGCGCCGGCCCAGGCCGTTTGGCGAGCGCGAGGAAACCCTGGTCAATGTGGTGGCCCGCAAGCCGCTCGAAGGGGTCGCCGGATGA MSYLSDNYVEETRFGFWFLRSHTWQHHVLRVAIDDLRSLFSSSPPANPVLLDAGCGQGKSFRYLRQVFAPQRLIGVDADPHSLNLSAEEAARQGMAVELIGSDCATLAVPDASVDLLFCHQTFHHLVEQEKALAEFYRVLKPGGYLLFAESTKAYIDTWVIRWLFRHPMQVQKSAAQYLAMIANQGFRFEDCNVSYPYLWWSRARDFGLLERWGLRRPRPFGEREETLVNVVARKPLEGVAG NA NA NA NA NA D1-35_03322 1248 kmo Kynurenine 3-monooxygenase GTGCCAACAGTTGAAATGGAACGTCGACAGGTCGTCATCATCGGCGCAGGCCCTTCCGGCGCCATCGCCGCCGCACTGCTCAAGCGCAAGGGCCACGATGTGCTGGTCATCGAGCGCCAGCATTTCCCACGGTTCTCCATTGGCGAAAGCCTGCTGTCCCATTGCCTGGATTTCGTCGAGGAAGCCGGCATGCTCGAGGCGGTCAACGCCGCCGGGTTCCAGCGCAAGAATGGCGCGGCATTCGCCTGGGGCGAGCGCTACAGCGCCTTCGATTTCGGCGATACCTTCAGCGAAGGCAAGCCGACCACGTTCCAGGTCCAGCGCGCCGACTTCGACAAGTTGCTGGCCGATCAGGCGGCGCTGCAAGGCGTGGAAATCCGCTACGGCCAGGCCATCGCCAGCGCCGATTTCAGCCTGGGCAAACCGCAACTGGGCGTGCAGCGCGAAGACGGCAGCGAGTACCGCGTCGAGGCAGACTTCGTCCTTGACGCCAGCGGCTACGGCCGGGTCCTGCCGCGCCTGCTGGACCTTGAGGCGCCGTCGAACTTCCCGCCGCGCCAGGCGGTGTTCACCCACATCGAAGACCGCATCGACAACCCGGCATTCGATCGGGAGAAAATCCTCATCACCACGCATCCGACCCAGCGCGACGTGTGGTTCTGGACCATTCCGTTCAGCGGCGGTCGTTGCTCGGTCGGCGTGGTCGCCGCGGCGGAGCATTTCGAAGGCCGCACCGACGACCTCGATGCCTGCCTGCGCGGCTTCATCAACGAAACCCCAAGCCTGGCCAGCGTACTGGGCAATGCCGTGTGGGACACGCCGGCACGGACCATCGGCGGCTACTCGGCCAACGTCAAGACCCTGCACGGCCCTGGCTTCGCCCTGCTGGGCAACGCCGCGGAATTCCTCGACCCGGTGTTTTCTTCCGGCGTGACCATCGCCATGCGCTCGGCAAGCATGGCCGCCGGCGTGCTGCATCGCCAGCTGCAAGGTGAACAGGTGGATTGGCAGAGCGAGTTCGCCGAACCGCTCAAGCGCGGCGTCGATACCTTCCGCTGCTACGTCGAGGGCTGGTACGCCGGTACTTTCCAGGATGTGATTTTCTACAGCGAAGGCTCCGCCGACATTCGCCGGATGATCAGCGCGATCCTCGCCGGCTATGCCTGGGACCAGCGCAACCCGTTCGTCAGCGAACCCAAGCGGCGCTTGCGCATGCTTTCGGAAATCTGCGCGAGCCCGGCGCCATGA MPTVEMERRQVVIIGAGPSGAIAAALLKRKGHDVLVIERQHFPRFSIGESLLSHCLDFVEEAGMLEAVNAAGFQRKNGAAFAWGERYSAFDFGDTFSEGKPTTFQVQRADFDKLLADQAALQGVEIRYGQAIASADFSLGKPQLGVQREDGSEYRVEADFVLDASGYGRVLPRLLDLEAPSNFPPRQAVFTHIEDRIDNPAFDREKILITTHPTQRDVWFWTIPFSGGRCSVGVVAAAEHFEGRTDDLDACLRGFINETPSLASVLGNAVWDTPARTIGGYSANVKTLHGPGFALLGNAAEFLDPVFSSGVTIAMRSASMAAGVLHRQLQGEQVDWQSEFAEPLKRGVDTFRCYVEGWYAGTFQDVIFYSEGSADIRRMISAILAGYAWDQRNPFVSEPKRRLRMLSEICASPAP NA NA NA NA NA D1-35_03323 1158 hypothetical protein ATGATGACCCTGCTGTTCTGGTTGATGGCCCTGGCGCTGTTTGCCGTGGCGACGATTGTCGGGCGGCGCTGCGGGCTGATCCCGATTGTCAGCCAGTTGCTGCTGGCGACGTTCGGCCTGCCCTTGCTGATGTATTTCTGGATCGAACCGGGCTGGCACCTCAGCGGTGCGCAACTGGTCTCGCCGGTGTGGTTGAAGAACCTCTACAGCCTGGCGTTCGCCCTCTTGTTGGGGCATATCCTCAGCGATGTGATCGACCTGCGCCTCGACCGCCAGAGCGTGAAGATCGCCCTGCCGAGCTTTGGCGTGCCGTTTGCCTGCGGCCTGGCGACCGCGTTCTGGCTGCTGCCGCCGCAACCGTGGATCAGCTCGCTGGCGGTGGGGCTGCTGTTCGCGATCACGGCGATACCCGTGCTGTATCTGTATCTGCGCCACATCGGCTACCCGCCCGACGCGACCCGCCGCCTGGTGCAGACCGCGATCCTGATCGACCTGATCTGCTGGAGCCTGTTCGCCCTCGCCCAGGGCAGCCTGCACCTGGCCAGCCTGCTGCTGCCGCTGGCCGCCGCCGGCGTGCCGTTGCTGCTGCGACTGGCGGGCCTGCGCCAACCCTTGCTGCACAGTGGCCTGTTCTTTGTTCTGCTGGTGGTGGCCGAGCATTACCGGCTCAACGCGCTGATCACCGGTATCGGCTATCTGCTGTGCATGGCGGCGCTCAAAGTGCCGCTGGTATTGCCGCTCGGCGCGGAGTGGATGCACAGGTTGCAGACCTACCTGGCCATCCCCTTGATCCTGACGTTCGGCATTGTGCAGATCAATGTGCACAGCGCCCTGGCCAGCCTCGGCTGGGTCCAGCTGGCGGCGTTGCTGCTGTTGCCGATTGCCAGCAAACTGCTGGGCAACTGGCTGGGGCTGGGTTGGGCCGGAGCCTCGTTCGTCGGTGCCAGCCGCTTTCGGGAAAGCATCCTGCTGAATATTCGCGGCTTGAGTGAAATCGTCTTTCTCAATCTGCTGCTGCAACAGCAACTCATCAGCCCGGCGCTGTACTTCGCGCTGATGCTGATGGGGTTGTTCGCCACATTGCTGCCGGCCCTGGCCGGCTTTCACCGTATTCCCTCGATTGCCGTCCCGGCGAGGAGACCCAGTGCCAACAGTTGA MMTLLFWLMALALFAVATIVGRRCGLIPIVSQLLLATFGLPLLMYFWIEPGWHLSGAQLVSPVWLKNLYSLAFALLLGHILSDVIDLRLDRQSVKIALPSFGVPFACGLATAFWLLPPQPWISSLAVGLLFAITAIPVLYLYLRHIGYPPDATRRLVQTAILIDLICWSLFALAQGSLHLASLLLPLAAAGVPLLLRLAGLRQPLLHSGLFFVLLVVAEHYRLNALITGIGYLLCMAALKVPLVLPLGAEWMHRLQTYLAIPLILTFGIVQINVHSALASLGWVQLAALLLLPIASKLLGNWLGLGWAGASFVGASRFRESILLNIRGLSEIVFLNLLLQQQLISPALYFALMLMGLFATLLPALAGFHRIPSIAVPARRPSANS NA NA NA NA NA D1-35_03324 2340 hypothetical protein ATGACTTTGCCGAGTGAACGCAGGCTGCCGCGGCTGTTCCTGGTCCTGCTGCTGGCGGTGCTCGCACTCGCCGGTTGGCAATGGCGCAACGGTGCGCCGCTGTCGGCCAATCTCATGGAACTGGTTCCGGGCACGTCCCCGGACGCCTTGGAACTTGTCGCTGAACAGCGCATGCAGGAACCGCTCAATCGCGAGGTTCTGGTGCTGGTCGGCCACGCCGATCGCCAGCAGGCCATCGCCCTGGCGCAAGCCCTCGGCGAGCAATGGCAGGCCAGCGGGCTGTTCGACAAGGTCCAATGGACGCTCCAGGCCGACTTGCCGGCGCTTCGCTCGCAGTTGCTGGATGGCCGCTTGGCGATGCTCTCGGCAGTCGACCGGCAACAGTTGATCGAGCAGCCCCAGGCGTTTATCCAGCAGCGGGTACAGGCCCTGTTCGACCCGTTCAGCGGCTTCAGCCTGGTGCCCAGCCAGGACGACTGGCTCGGCCTGACCGGGCGCATCCAGAACAGCCAGCCACAACGCGGCGCCATACAACTGGACGTGGGCAGCGGCGCGCTGGTCGCCGAAGCCGACGGCAAGCATTGGGTAATGCTGCGGGCGCGTACCCAGGGTAACGCCTTTGACATGCACCTGCCGCTGCAAGTCGCCGATCTGCTGCAACGCAGCCGTGATCAAGCCAGCCAGGCCCAGGGCCAATTGTTGGCGGCCAGCGGCCTGTTGTATGCCGCCAGTGGCCAGCGACAGGCTTCGCGCGAGATCACCTGGGTCGGCGGCGGCGCGACGGTCGGCATCCTGGTACTGCTGTTGCTGGCGTTCCGACGCTTTGCCGTGTGGCTGGCGTTCGTGCCGGTGCTGGTCGGCATATTGTTCGGCGCGGTGGCGTGCGTGGCGCTGTTCGGGCGCATGCATGTGATGACCCTGGTCCTGGGTTCGAGCCTGATTGGCGTGGCGGTGGATTACCCGCTGCACTACCTGTCCAAAAGCTGGAGCCTCAAGCCGTGGCGCAGCTGGCCGGCCCTGCGCCTGACCCTGCCGGGCCTGAGCCTGAGCCTGGCAACCACTTGCATCGGCTATCTGGCGCTGGCCTGGACGCCCTTCCCGGCCCTGACCCAGATTGCTATCTTCTCTGCCGCCGGCCTGGTCGGTGCCTATCTGTCGGCGGTCTGCCTGTTGCCGGCCCTGCTCAAGCACGCCGACCTGCGCCCAGCGCAATGGCCGCTACGCCTCTGCCATAACCTGCTCAGGTGCCGCGAAATGTTGCTGGCGCGGGTGCGCACGCCGATTCTGCTGGCCTTGTTGCTGGCCTTCTGTGGTGGCGGACTCTGGCAACTGACCAGCAAGAACGACATCCGCCAGTGGATCGGCACGCCCCAGCACCTGACCGACGAAGCCCGCGATGTCGCGCGCATCACCGGTTTCCAGCCGACCAGCCAGTTCTTCCTGATCCGTGCCGATGATCAAGCGCAGTTGCTCGAACGCCAGACCGCCCTCAACGAGCGGCTCGACCAGTTGATCGGCCTGGAAAAACTCCAGGGCTACCTGTCCCTCAATCAACTGGTCAGCCCACCCGCCGAACAGGAAAAACTCCGCGCGGCCCTGGCGCGGTTGCCGGCGTTCTGGCAACCGCTGCTGGACCTGGGCGTGCCGCTCGCCGCGCTGCAAGCGGAGTTGAAGCAGTTGCAGGCCTTGCCAACCGCCGACATCGATGCCGCATTGAGCGGGCCGCTGGCCGAACCCTACCGCATGCTCTGGCTCGGCCCGACAGGCCAAGGCGTGGCGGCGGTGGTCAGCCTGCAAGGCTTGAACGATGCCGCGTTGCTCCGCGTGCAGGCGGTGGATCTGCCCGGCGTGCAATTAGTGGATCGCCTCGGCGACCTCAACCGCGTCTTCGCCGCCACGCAGGTCAGCGCCGCCGAACTCAAGCTGGCGTCCTGCGTGCTGATCGTGCTGGTGCTGATCTGGCCGTTCGGCGTCGGCGGGGCCCTACGCGTCGTCGCCCTGCCGCTCCTGGCCGCGCTGTGCAGCCTGGCGAGCCTCGGCTGGCTGGGGCAACCGTTGACGCTGTTCAGTCTGTTCGGCCTGTTGCTGGTGACGGCCATCGGGGTCGACTACGCCATCCTCATGCGTGAACAGATCGGTGGGGCCGCCGTGAGCCTGCTGGGCACGCTGCTGGCGGCGACCACCACCTGGCTGTCGTTCGGCCTGCTGGCGTTGTCCAGCACGCCGGCCGTGAGCAATTTCGGCCTCGCGGTGAGCCTGGGGCTGGCGTTCAGCTTCTTGCTGGCGCCGTGGGCCGGGCAGCAGGCCCATGCGAATGCCGCTACGGAGCCGGTGCAATGA MTLPSERRLPRLFLVLLLAVLALAGWQWRNGAPLSANLMELVPGTSPDALELVAEQRMQEPLNREVLVLVGHADRQQAIALAQALGEQWQASGLFDKVQWTLQADLPALRSQLLDGRLAMLSAVDRQQLIEQPQAFIQQRVQALFDPFSGFSLVPSQDDWLGLTGRIQNSQPQRGAIQLDVGSGALVAEADGKHWVMLRARTQGNAFDMHLPLQVADLLQRSRDQASQAQGQLLAASGLLYAASGQRQASREITWVGGGATVGILVLLLLAFRRFAVWLAFVPVLVGILFGAVACVALFGRMHVMTLVLGSSLIGVAVDYPLHYLSKSWSLKPWRSWPALRLTLPGLSLSLATTCIGYLALAWTPFPALTQIAIFSAAGLVGAYLSAVCLLPALLKHADLRPAQWPLRLCHNLLRCREMLLARVRTPILLALLLAFCGGGLWQLTSKNDIRQWIGTPQHLTDEARDVARITGFQPTSQFFLIRADDQAQLLERQTALNERLDQLIGLEKLQGYLSLNQLVSPPAEQEKLRAALARLPAFWQPLLDLGVPLAALQAELKQLQALPTADIDAALSGPLAEPYRMLWLGPTGQGVAAVVSLQGLNDAALLRVQAVDLPGVQLVDRLGDLNRVFAATQVSAAELKLASCVLIVLVLIWPFGVGGALRVVALPLLAALCSLASLGWLGQPLTLFSLFGLLLVTAIGVDYAILMREQIGGAAVSLLGTLLAATTTWLSFGLLALSSTPAVSNFGLAVSLGLAFSFLLAPWAGQQAHANAATEPVQ NA NA NA NA NA D1-35_03325 594 hypothetical protein ATGAAACGCCTGTTCATCTGGCTGCTGCTGTGTGGCTTGGCGCCGCTGGCCCAGGCGTTCGACCTGCAGCAATTGAGCGAGCAACTGGCCCGCCCGGAGGTGATCCACGGCCAGTTCATCCAGGAAAAACATCTGCGCGCCCTGCCCCAGCCGCTGATCAGCAAGGGCCGTTTCGTGCTGGCGAAAAACCACGGCCTGCTGTGGCTGCTGCAAACGCCGCTGCAACAGGACTACCGCATCACGGCCAAAGGTATCGCCCGGCGCGATGGCAACGCCTGGCAGATGCTGCCGAACAAGAGCGCCGGCGCCGAGCAGAACCGCCTGTTCCTGGCGGTATTGCAGGGCGACAGCAGCGGCTTGCAGCGGGATTTCGAGCTGAGCCTGTCGGGCCAGCCACAGCAGTGGAAACTCACCCTGACTCCACGCTCGGTATTGCTCAAACAAGTCTTCAAGCAGATCAATATCGACGGCGGCGAACTGGTCCAGCGCATCGAACTGCTGGAAACCCAGGGTGACAGCACCGTACTGCGGATGCAGGACGCTACCGGCGCGCAACCGTTGAGCGAAGCGGAGCAACATGACTTTGCCGAGTGA MKRLFIWLLLCGLAPLAQAFDLQQLSEQLARPEVIHGQFIQEKHLRALPQPLISKGRFVLAKNHGLLWLLQTPLQQDYRITAKGIARRDGNAWQMLPNKSAGAEQNRLFLAVLQGDSSGLQRDFELSLSGQPQQWKLTLTPRSVLLKQVFKQINIDGGELVQRIELLETQGDSTVLRMQDATGAQPLSEAEQHDFAE NA NA NA NA NA D1-35_03326 426 hypothetical protein ATGCGTAGCCAGGGCGCTCTGCACGTTGACACCCGGATCGTGGTGCCGTTTTTCGACGTCGACTCCATGAACGTGGTCTGGCACGGCCACTACGTCAAATATCTCGAAGTGGCCCGCTGCGCCTTGCTCGACCTGATCGGCCACAACTACAACGACATGCTCGAATCCGGCCATGCCTGGCCGATCATTGACTTGCAGTTACGCTATGTGCGCAGCGCCGTGTTCGGCCAGGCCCTGACCGTGCGCGCCAGCCTGGTGGAGTGGGAAAACCGGCTGAAGATCAATTACCTGATCAGCGACGCCGCCACCGGCGAACGCCTGACCCGGGCGAGTTCGGTGCAGGTGGCCGTGGACATGGCCAGCCGTGAAATGCTGCTGGCCTCGCCTCGGGTATTTGTCGAAGCCGTCGAGAGGAAACTGTCATGA MRSQGALHVDTRIVVPFFDVDSMNVVWHGHYVKYLEVARCALLDLIGHNYNDMLESGHAWPIIDLQLRYVRSAVFGQALTVRASLVEWENRLKINYLISDAATGERLTRASSVQVAVDMASREMLLASPRVFVEAVERKLS PGPT0001850_5417 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-35_03327 1545 cmdF Tyrosine 2,3-aminomutase ATGACCAAGCCCATTCCTGAGCCGGTAACTTTCGGCGAACACGCCTTGCGCATCGAAGACGTGCTGGCCCTGGCCAACCGTCAGGCGCCGACGCAATTGCAGGCGGACCCGGCGTTCCGCCAGCGCATTGCCAAGGGTGCGCAATTCCTCGACTCGTTGCTGGACAAGGAAGGCGTCATCTATGGCGTGACCACCGGCTACGGTGACTCTTGCGTGGTGGCCGTGCCGTTGCACCATGTCGAAGCCTTGCCGCGGCACTTGTACACCTTCCACGGCTGCGGGCTGGGCAAGCTCCTCGATGCCCAGGCTACCCGCGCCGTGCTGGCCGCGCGGTTGCAGTCGCTGTGCCACGGCGTGTCAGGGGTGCGAGTGGAGCTGCTGGAACGGCTCCAGGCCTTCCTCGAACACGACATCCTGCCGTTGATTCCGGAAGAAGGCTCGGTGGGCGCCAGTGGCGACCTGACGCCGCTGTCCTACGTCGCCGCCACGCTGTCTGGTGAACGGGAGGTCATGTTCCGTGGCGAGCGCCGGCTGGCCGCCGACGTGCACCGCGAACTGGGCTGGACGCCGCTGGTGCTGCGACCCAAGGAAGCCCTGGCGCTGATGAACGGCACCGCAGTGATGACCGGCCTGGCCTGCCTGGCCTTCGCCCGCGCCGATTACCTGTTGCAACTGGCGACCCGGATCACCGCGCTGAATGTCGTCGCCCTGCAAGGCAACCCGGAGCACTTCGACGAGCGCCTGTTCGCCGCCAAGCCACACCCGGGCCAGATGCAGGTCGCCGCGTGGCTGCGCAAGGACCTGGCCATCGACGCGCCGACCGCGCCGCTGCATCGCCTGCAGGATCGCTACTCCCTGCGCTGCGCCCCTCACGTACTAGGGGTGTTGGCGGACAGCCTGGGCTGGCTGCGTTCGTTCATCGAAACCGAGCTCAACAGCGCCAACGACAACCCGATCATCGACGCCGAAGCCGAGCGTGTGCTGCATGGCGGGCATTTCTACGGCGGGCACATCGCCTTTGCCATGGACAGTCTGAAAAACCTGGTGGCCAACGTCGCCGACCTGCTCGACCGCCAGCTCGCACTGTTGGTGGACGAGCGCTACAACCATGGCCTGCCGAGCAACCTGTCCGGCGCCAGCGCCGAGCGGGCGATGCTCAACCATGGCTTCAAGGCCGTGCAGATCGGCACCAGCGCCTGGACCGCCGAAGCCTTGAAGAACACCATGCCTGCCAGCGTGTTCTCGCGCTCCACCGAATGCCACAACCAGGACAAGGTCAGCATGGGCACCATCGCCGCCCGGGACGCGATCCGTGTGCTGGAGCTGACCGAACAGGTGGCCGCCGCGACCTTGCTGGCGGCCAACCAAGGCGTGTGGCTGCGCAGCCGTGTCGACGACGCGCGACCATTGCCGCCAGCGCTGGCCGCCATGCACCGGCAACTGTCCGAAGACTTCCCGCCGGTGATCGAAGATCGCGCCCTGGAAGGCGAATTGCGCCTGTGCCTGCAACGCATCGCCGAGCAACACTGGAGGCTGCATGCGTAG MTKPIPEPVTFGEHALRIEDVLALANRQAPTQLQADPAFRQRIAKGAQFLDSLLDKEGVIYGVTTGYGDSCVVAVPLHHVEALPRHLYTFHGCGLGKLLDAQATRAVLAARLQSLCHGVSGVRVELLERLQAFLEHDILPLIPEEGSVGASGDLTPLSYVAATLSGEREVMFRGERRLAADVHRELGWTPLVLRPKEALALMNGTAVMTGLACLAFARADYLLQLATRITALNVVALQGNPEHFDERLFAAKPHPGQMQVAAWLRKDLAIDAPTAPLHRLQDRYSLRCAPHVLGVLADSLGWLRSFIETELNSANDNPIIDAEAERVLHGGHFYGGHIAFAMDSLKNLVANVADLLDRQLALLVDERYNHGLPSNLSGASAERAMLNHGFKAVQIGTSAWTAEALKNTMPASVFSRSTECHNQDKVSMGTIAARDAIRVLELTEQVAAATLLAANQGVWLRSRVDDARPLPPALAAMHRQLSEDFPPVIEDRALEGELRLCLQRIAEQHWRLHA PGPT0020230_1534 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D1-35_03328 939 hypothetical protein ATGAGCACAGACAAACAGCACTGGGCGGACCGCCAGGAGCGCGGCAGTTTCTGGCTGATGAAACTCACCGCGTTGGCTGCGAAGGTTCTTGGCCGAAGGCTTCTCACGCCGGTGCTGTACGGCATCGTCCTGTATTTCTTTGTTTTCGGCCGCAGCGCCCGGCAAGCGGCGTGGCAGTACCAGCAACGGCTCGCCGACTGGAGCCGTCAGCCCGAGTTGCGCCCAACGCATCGGCGAGTGTTCGGACAGTTCATGGCTTTTGCCGATTCGCTGCTGGATAAACTCGACGTCTGGAACGGCAAGCTGAGCATCGACCAGATCGAAATCGTCGACCCGGCGCTGCTGCGCAATCACCTGCGCGACAGCCGCGGGCAAATGCTGGTGGGCGCGCACCTGGGCAATCTGGAAATGTGCCGGGCCCTGGCCGAACTGGGCGAGAAGGTCACCATGAACGTGCTGGTGCACACCAAGCACGCCGAGCAGTTCAATCGTTTGCTCGGCGAGGCCGGCGCCACGCACCTGCGGTTGATCCAGGTCAGCGAGCTGGACCCGCTGATCATGTTGCAACTGAGCGAACGCCTGGAGCGCGGCGAATGGTTGGCGATCGCCGGCGACCGCGTGCCGCTGCATGGCGGGCGCAGCGTGACGGTGGATTTCATGGGGCACCCGGCCGCCTTCCCGCAAGGGCCCTGGCTGCTGGCCGGCCTGTTGAAATGCCCGGTCAACCTGCTGATGTGCCTCAAGCACGAGGGACGTTATCGCGTCACCCTCGAACCGTTCGCCGATGCCGTGGTTTGGAAACGCAACGAGCGCGAACAGGTGATCGCCCATTGGGCCGGCCTGTACGCCGGCCGCCTGGCGCAGTATTGCCTCCAGGCGCCACAACAGTGGTTCAACTTTTACCCTTTCTGGAAGACCGATGACCAAGCCCATTCCTGA MSTDKQHWADRQERGSFWLMKLTALAAKVLGRRLLTPVLYGIVLYFFVFGRSARQAAWQYQQRLADWSRQPELRPTHRRVFGQFMAFADSLLDKLDVWNGKLSIDQIEIVDPALLRNHLRDSRGQMLVGAHLGNLEMCRALAELGEKVTMNVLVHTKHAEQFNRLLGEAGATHLRLIQVSELDPLIMLQLSERLERGEWLAIAGDRVPLHGGRSVTVDFMGHPAAFPQGPWLLAGLLKCPVNLLMCLKHEGRYRVTLEPFADAVVWKRNEREQVIAHWAGLYAGRLAQYCLQAPQQWFNFYPFWKTDDQAHS NA NA NA NA NA D1-35_03329 735 hypothetical protein ATGCATAACCCCTGCGCCGTCATCCCGGTCTACAACCACGAAACCGCCATCGCGACGGTGGTCCAGACGTTGCTTGGCAACGGTTTGCCCTGCGTGCTGGTGGACGATGCCAGCAGCCCGGCCTGCGCGGCTGTGCTGGAGCAACTGGCCGGGCATGAGCGGGTTCACCTGGTCCGGCTGGCAGTGAACCAGGGTAAAGGCGGCGCGGTGATGACCGGCCTGCGGGAGGCTTCGCGCCTGGGCTTCAGCCACGCCTTGCAGGTCGACGCCGATGGGCAACACGACCTTGGTGACGTGCGCACCTTCATCGAGAAATCCCGCGCCCACCCGGACGCGCTGATCTGCGGCTATCCGCTGTACGACGCCAGCGTGCCGAAGGGCCGTCTGTACGCGCGCTACCTGACTCACGTGATGGTCTGGATCAACAGCCTGTCGCTGCAGATCCGCGATTCGATGTGCGGCTTCCGGGTCTATCCGCTGGCCCCCACCCTGGCACTGATCGACTCGGCGAACATCGGCAAGCGCATGGACTTCGATTCGGACATCCTGGTGCGCCTGTCCTGGCGCAACCAGCCGATGCACTGGTTGCGCACCCGCGTGCATTACCCTTTGGACGGGGTTTCGCATTTTCGCCTGTTCCACGACAACGTGCTGATTTCACGCATGCACACTCGGTTGTTCTTCGGCATGCTGGTGCGCTTGCCGGCGATTCTCTGGCGGCGGTGGCGAGCATGA MHNPCAVIPVYNHETAIATVVQTLLGNGLPCVLVDDASSPACAAVLEQLAGHERVHLVRLAVNQGKGGAVMTGLREASRLGFSHALQVDADGQHDLGDVRTFIEKSRAHPDALICGYPLYDASVPKGRLYARYLTHVMVWINSLSLQIRDSMCGFRVYPLAPTLALIDSANIGKRMDFDSDILVRLSWRNQPMHWLRTRVHYPLDGVSHFRLFHDNVLISRMHTRLFFGMLVRLPAILWRRWRA PGPT0023090_13 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0023090-ppgS-K22907 NA NA D1-35_03330 1683 acs_2 Acetyl-coenzyme A synthetase ATGAATTGGATAACACTTGAGCAGATGCTGCTCAAGGCCCAGCCGGACCGTGTTGTTGCAGTCGCCCCGGCATTAAACCACTCGCAACTGCGCGACGACGCGCTCTGCCTGGCCGCTAGCCTGCAAGCCCGGGACATCCGGCGCGTGGCCGTGCATTTCGAAGATGCCGCCGACCTCGCGGTGGCCCTGCTCGGCGCCTGGCGCGCCGGGGCGCAGGTGCTGCTGCCCGCCGACCTGCAAGCGCAAACCCGCCAGCGCTGGTCGGCCGACGTCGACTTGTGGCTGACCGACCTGCCCGTAGACGCCCGGCCCGACGAGATCCGCCAGGCGCCGCTGGAGGCTGCCGAACTGGACCTCGATCAGTGCTGGTTGACCCTGTGCACCTCCGGCTCCAGTGGCGAGCCCAAGCGCATCGAGAAAACCCTGCGCCAGCTGAGCAATGAAGTCCAGGCGCTGGAGCAATTGTGGGGCGCCGACCTCGGTCCGCAGGCCTGCATGATCGGCAGCGTCGCCACCCAGCATATCTACGGTCTGCTGTTCCGGGTGCTGTGGCCGTTATGCGCCGGACGCACCTTTGTGCGCCGGCAGTTGGCTTTCCCGGAAGACCTTCAGCGCGCCAGTCGCGAGCATCCGGCATTTGCCTGGGTCGCCAGCCCGGCGCTGCTCAAGCGCATGGGCGACAATCTCGATTGGCCGGCCTTGAGCAGCGTACGTCGGGTGTTCTCCTCCGGCGGCGCACTGCCGGCCGAAGCAGCCCGCAGCCTTCAGCAACGCCTGGGACAATGGCCAACGGAAGTGTTCGGCAGCTCGGAAACCGGCGGTATCGCCTGGCGTCAGGGCGGCGACCTCTGGCAACCCTTTGCCGGCGTCGAACTGGGCCAGGACAGTGACGGCGCCCTGCTGATTGCTTCGCCTTATCTCCCAAGCGGCCATGTCGAGCACAGCGCCGACGCGGCGCGTATCACCGAGGACGGGCGCTTCGAATTGCTCGGCCGCCTGGATCGCATCGTCAAGCTTGAAGAAAAACGTATCTCGTTGCCAATGCTGGAGCAGGCGCTGACGGCCCACGACTGGGTCAGCGAAGCACGGCTGGGGGTGGTCCAGGAAAATCGTGCTTCTCTCGGCGCACTGCTGGTGCTCAGCGAAACCGGCCTGCATGCCTTGCGCAACCTGGGCCGACGAGCCATGACCGAGGCCCTGCGCCAGCACCTGAGCGGACATTGCGAAACCCTGGCCCTGCCGCGACGCTGGCGCTGGCTGCGGCAACTGCCGTTCAACGGCCAGGGCAAACTGGCCCAGGCCGAGGTCGAAGCTTTGCTGATGGCGCCACGTCCGAAGGCGCCTGAAGTGCTCGACCAAGGCGAGACCGACGGCGAATGGAACCTGCGTCTGGCCGTGCCGCCAGACTTGGCGTACTTCAGCGGTCACTTCCCCACCGCGCCGGTCCTGCCCGGCGTGGTGCAGGTGGACTGGGCCTTGAACCTGGGCCGCCAACTGATGGAGTTGCCGCCGCGGTTCGTCGGCATGGAAGTGCTCAAATTCCAGCAACTGGTGCGCCCCGGCGATGAAATCCAGCTACACCTGCGCTTCGATCGCGAGCGCGGCAAGTTGTATTTTACCTATCGCAATGACACCGCGGCGTGCTCCAGTGGGCGGATTGTGTTGGGGCCAACCAATGATTAA MNWITLEQMLLKAQPDRVVAVAPALNHSQLRDDALCLAASLQARDIRRVAVHFEDAADLAVALLGAWRAGAQVLLPADLQAQTRQRWSADVDLWLTDLPVDARPDEIRQAPLEAAELDLDQCWLTLCTSGSSGEPKRIEKTLRQLSNEVQALEQLWGADLGPQACMIGSVATQHIYGLLFRVLWPLCAGRTFVRRQLAFPEDLQRASREHPAFAWVASPALLKRMGDNLDWPALSSVRRVFSSGGALPAEAARSLQQRLGQWPTEVFGSSETGGIAWRQGGDLWQPFAGVELGQDSDGALLIASPYLPSGHVEHSADAARITEDGRFELLGRLDRIVKLEEKRISLPMLEQALTAHDWVSEARLGVVQENRASLGALLVLSETGLHALRNLGRRAMTEALRQHLSGHCETLALPRRWRWLRQLPFNGQGKLAQAEVEALLMAPRPKAPEVLDQGETDGEWNLRLAVPPDLAYFSGHFPTAPVLPGVVQVDWALNLGRQLMELPPRFVGMEVLKFQQLVRPGDEIQLHLRFDRERGKLYFTYRNDTAACSSGRIVLGPTND NA NA NA NA NA D1-35_03331 546 hypothetical protein ATGAGCCGGCTGATTGGCCTCGGCCTGCTGCTGGCGGGCCTGCTGTACCCCTTCGCGGTGTATTTCGGCATGGAGCACTTTGCTCCATGGCAGTTCGGGCTGTTATTAGGTGGCCTGTGGCTGGCCCGGGCGTTACTCGGCAAAGGCAACCCCGGCAGTCGCTGGATGGCGGCCTCGGCGATTACCTTTTGTGTATTGCTCGCGGTGTTCGACAGCCCGCTCCTGCTGCGCTGGTATCCGGTGCTGATCAGCGCGTTCATGCTCGGGCTGTTCACCCTGAGCCTGAAATATGGCCCGCCGATGGTTGAACGCCTGGCCCGCCTGCGGGAACCGCAATTGCCGGCCAGGGCGGTGATCTATACCCGCCAGGTGACAGTGGCCTGGAGTGTGTTTTTCCTGTGTAACGGTGTGCTCGCTGCGGTCCTGACGCTTTGGGCGCCGCTGAGCTGGTGGATGTTGTACACCGGCCTGATTTCCTACGGACTGATGGGCCTGATGTTTGCCATTGAATGGCTCATACGACAACGGGTAAGAGGCCGCCCATGA MSRLIGLGLLLAGLLYPFAVYFGMEHFAPWQFGLLLGGLWLARALLGKGNPGSRWMAASAITFCVLLAVFDSPLLLRWYPVLISAFMLGLFTLSLKYGPPMVERLARLREPQLPARAVIYTRQVTVAWSVFFLCNGVLAAVLTLWAPLSWWMLYTGLISYGLMGLMFAIEWLIRQRVRGRP NA NA NA NA NA D1-35_03332 255 acpP_2 COG0236 Acyl carrier protein ATGCAAACTCGCGACGACATTTTCAACATTCTGCGTGCTGCACTGGTCGAGCTCTTCGAGCTGGACCCCGATCACGTGACGCTGGAAGCCAACCTCTACCAGGATCTGGAAATCGACAGCATCGATGCGGTCGACCTGATCGACCACATCAAGCGCCAGACCGGCAAGAAGATTGCCGCCGAAGAATTCAAGTCGGTGCGCACCGTCAACGACGTGGTGGAGGCGGTCTATCGACTGGTCCAACCGGCCGCATGA MQTRDDIFNILRAALVELFELDPDHVTLEANLYQDLEIDSIDAVDLIDHIKRQTGKKIAAEEFKSVRTVNDVVEAVYRLVQPAA PGPT0011375_2940 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D1-35_03333 258 acpP_3 Acyl carrier protein ATGAGCGATCTGCACCGTGACATCAAACAGCTGATCATCGACGCCCTTGGCCTGGAAGACATCGCCGTCGAGGACATCGGCGACGACCAGACCCTGTTCGGCGAAGGCCTGGGCCTGGATTCGGTGGATGCCCTGGAGCTCGGCCTGGCGATTCAGAAGCAGTACGGCATCAAGATCGACGCCGACGCCAAGGACACCCGTAACCATTTCAGCAATGTGGCAAGCCTTGCGGCCTTCGTCACTGCAAAACGCCCCTGA MSDLHRDIKQLIIDALGLEDIAVEDIGDDQTLFGEGLGLDSVDALELGLAIQKQYGIKIDADAKDTRNHFSNVASLAAFVTAKRP PGPT0011375_2524 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D1-35_03334 810 hypothetical protein ATGGACCTGGCAACGCAACCGGTGACCGGTAAACATCGCGACGCCTACTACTGGCGCCTGCTCGCAACTGCTGCAAGCTTCGCCCTCTTCGGGCTGGGCGGGCTGTGCCTGCGATTGGTGGTGTTCCCGTTGCTCAGTGCGTTACCCGGCGATCCCACGGCCCATCGGCAACGGGCCCGCCGCACGGTTGGACGTCTGTTCTGGTTCTTCATCCGGTTCATGGCCCGTACCGGCGTGCTCACCTATCGAATCGACGGCGCGGAGAAACTCGGCCGGCCCGGGCAGATGATCATCGCCAACCACCCTTCGCTGATCGACGTGGTGTTCCTGATCGGGCTGGTGCGCGACGCCAACTGCGTGGTCAAGCAGAGTCTCTGGACCAACCCCTTCACCCGTGGCCCGCTGCGCTCGACGCAATACATCAGCAACGATGGCAGCATGGACATGCTCGATGCAGCCAGTGACGCGCTGCAAGACGGCCAGTGCCTGATCGTCTTTCCCGAAGGTACGCGCACCCAGCCAGGCCAGGCCCCGGCCTTTCATCGCGGGGCCGCGGCCATCGCCCTGCGGGGCGCGAAGATCCTCACACCCGTGACGATCAAGGTCAGCCCCACCACCCTGACCAAGGCCGAACCCTGGTACCGCATCCCCCAGCGGCGCGTGCACTTCAGTTTTCGCGTGGGGGCCGATATAGATCCACAAGCCTTCACCGCGCTTGGCCCCCCGCCGCAGGCTTCGCGCCGGCTCAACGATTTTCTGCATCACTATTACATCAAGGAGCTCGCCGAAGATGAGCGATCTGCACCGTGA MDLATQPVTGKHRDAYYWRLLATAASFALFGLGGLCLRLVVFPLLSALPGDPTAHRQRARRTVGRLFWFFIRFMARTGVLTYRIDGAEKLGRPGQMIIANHPSLIDVVFLIGLVRDANCVVKQSLWTNPFTRGPLRSTQYISNDGSMDMLDAASDALQDGQCLIVFPEGTRTQPGQAPAFHRGAAAIALRGAKILTPVTIKVSPTTLTKAEPWYRIPQRRVHFSFRVGADIDPQAFTALGPPPQASRRLNDFLHHYYIKELAEDERSAP NA NA NA NA NA D1-35_03335 720 hypothetical protein GTGATCAATTTCAACATCGCCCAATGGCGCGCATGGGCCCCTGGGCTCGAAAGCGTGGACGATTGGCAGGCATGGAGCCGACAACCGGCCGTGCCGCCCATCAGCGATGCCGCCCCTGACGTGTCCTTCCTGCCCGCCATGCAGCGCCGCCGACTCAGCCGCCTGGCGCGCATGGCGTTCAGCGTCGCCTGGCCACTGGCCGAAGGTCGGCCGGACCTGCCGTTGGTCTTTATTTCCCGTCACGGCGAAACCCCGCGCACATTTGAGATTCTCAAGGACCTGGCAGCCGATCAGCCCTTGTCGCCGACACAGTTCAGCCTGTCGGTGCATAACGCCGTCATCGGCCTGTGGTCGATCATGCGCGGCGAAACCAGCGAGATGACCGCCCTCGCCGCTACCGGCGACGGCCTGGAGCACGGCATGCTGGAGGCCGCCGCACTGTTGAACGAGGGTGCGCCGGCGGTACTGCTGGTGATCACTGAAGAGCAACCACCGCAGGTGTACGCGCCGTGGGTCAACGACGTGCCGTTTCCCTACGCGCTGGGGCTCCTGCTGACTTCGGGCGATGACTGGCAACTTGAATTATCCAGCCCGTCGGCACCGATGCCCGGCAGCGACTGGCCCCATGCCCTGGATCTGCTGCGTAAGCTGCTGGAAAACGACACCACCTGCCAACATGCCTGGAAGAATCGTCTATGGACCTGGCAACGCAACCGGTGA MINFNIAQWRAWAPGLESVDDWQAWSRQPAVPPISDAAPDVSFLPAMQRRRLSRLARMAFSVAWPLAEGRPDLPLVFISRHGETPRTFEILKDLAADQPLSPTQFSLSVHNAVIGLWSIMRGETSEMTALAATGDGLEHGMLEAAALLNEGAPAVLLVITEEQPPQVYAPWVNDVPFPYALGLLLTSGDDWQLELSSPSAPMPGSDWPHALDLLRKLLENDTTCQHAWKNRLWTWQRNR NA NA NA NA NA D1-35_03336 774 soj_2 COG1192 Sporulation initiation inhibitor protein Soj ATGCGGCGTGTGGTGTTCAATCAGAAAGGTGGCGTGGGCAAGTCCAGCATCGCCTGCAATCTGGCGGCGGTCAGCGCCAGCGAGGGTTATCGCACGCTGTTGGTGGACCTGGATGCCCAGGCCAACTCCACTCAATACCTGACTGGCCTGACCGGCGATGACATTCCCATGGGGATCGCCGACTTCTTCAAGCAGACCCTGTCGTCGGGGCCCTTCTCGAAGAAGAACAAGGTCGATATCTACGAGACGCCGTTTGACAACCTGCATGTCATCACCGCCACGGCAGAGCTGACGGATCTGCAGCCCAAGCTTGAGGCGAAACACAAGATCAACAAGCTGCGCAAGCTGCTCGAAGAGCTCGACGAGGACTACGACCGGATCTACCTGGATACTCCGCCAGCCCTCAACTTCTATGCGGTTTCAGCGCTGATCGCGGCTGATCGGGTACTGATTCCTTTCGATTGCGACAGCTTCTCTCGCCAGGCGCTGTATGGCCTGATGGCGGAAATCGAAGAGCTGAAGGACGACCATAACGAAGGCCTGGAAGTCGAAGGCATCGTCGTCAACCAGTTCCAGGCCCGCGCCAGCCTGCCGCAGCAGATCCTCGACGAATTGATTGCCGAAGGCCTGCCGGTGTTACCGGTGTACCTGAGCAGTTCGGTGCGCATGCGTGAGTCGCACCAGGCGAGCCTGCCGCTGATCCACCTGGACCCGCGGCATAAGCTGACCCAGCAGTTTGTGGAGTTGCATAATCTGCTGGAAAACGCCGACTGA MRRVVFNQKGGVGKSSIACNLAAVSASEGYRTLLVDLDAQANSTQYLTGLTGDDIPMGIADFFKQTLSSGPFSKKNKVDIYETPFDNLHVITATAELTDLQPKLEAKHKINKLRKLLEELDEDYDRIYLDTPPALNFYAVSALIAADRVLIPFDCDSFSRQALYGLMAEIEELKDDHNEGLEVEGIVVNQFQARASLPQQILDELIAEGLPVLPVYLSSSVRMRESHQASLPLIHLDPRHKLTQQFVELHNLLENAD NA NA NA NA NA D1-35_03337 423 trxC COG0526 Thioredoxin 2 ATGCTGATCCCCTGCCCTCATTGCAACGGCCTCAATCGCATCCCCGCCGAACGCCTGGGCGACCAGCCCAAGTGCGGACGTTGCAAGGCCCAGGTGTTATTGAGCGAACCGTTCGAACTCAAGCAAGGCGACTACGCCAGCCAGATCAAGGGCGACCTGCCGCTGTTGGTGGATGTCTGGGCAGACTGGTGCGGTCCGTGCAAGTCCTTCGCGCCGGTCTTCGAACAGGCCGCCGCGCAGCTGGCGGGTAAATGCCGACTGGCCAAGCTCGACAGCGAGGCCAACCAACAACTGTCGGCCCAGCTGGGGATTCGCTCGATTCCCAGCCTGATTCTGTTCAAGGATGGCCGGGAGGTTGCCCGGCAGAGCGGGGCGTTTCCTTTGCCGCAGCTGATGAATTGGTTGCGCGGCCAGGGGATCTGA MLIPCPHCNGLNRIPAERLGDQPKCGRCKAQVLLSEPFELKQGDYASQIKGDLPLLVDVWADWCGPCKSFAPVFEQAAAQLAGKCRLAKLDSEANQQLSAQLGIRSIPSLILFKDGREVARQSGAFPLPQLMNWLRGQGI PGPT0013061_936 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013061-trxC-K03672 NA NA D1-35_03338 627 ycaC_3 COG1335 putative hydrolase YcaC ATGACTACTTCCTACAACCGTCTCGACAAAGATAACGCCGCCGTTCTGCTGGTGGACCACCAGGCTGGCCTGCTGTCGCTGGTGCGCGACATCGACCCGGACCGTTTCAAGAACAACGTGCTGGCCCTGGCTGACCTGGCCAAGTACTTCCAACTGCCGACCATCCTCACCACCAGCTTCGAAACCGGCCCCAACGGCCCGCTGATGCCAGAACTCAAGACGCTGTTCCCGGACGCGCCTTACATTGCTCGTCCTGGCCAGATCAACGCCTGGGACAACGAAGATTTCGTCAAGGCGATCAAGGCCACCGGCAAGAAGCAATTGATCATCGCCGGTGTCGTGACTGAAGTCTGCGTAGCCTTCCCGGCCCTGTCGGCCCTGGCCGAAGGTTTCGAGGTGTTCGTAGTGACCGATGCGTCCGGTACGTTCAACGAACTGACCCGCCAATCGGCGTGGGACCGCATGTCCTCCTCGGGCGCGCAATTGATGACGTGGTTCGGCCTGGCCTGCGAACTGCACCGCGACTGGCGCAACGATGTGGAAGGTCTGGCGACCCTGTTCTCCAACCACATCCCGGACTATCGCAACCTCATGACCAGCTACAACACGCTGACCAACGCGAAGTAA MTTSYNRLDKDNAAVLLVDHQAGLLSLVRDIDPDRFKNNVLALADLAKYFQLPTILTTSFETGPNGPLMPELKTLFPDAPYIARPGQINAWDNEDFVKAIKATGKKQLIIAGVVTEVCVAFPALSALAEGFEVFVVTDASGTFNELTRQSAWDRMSSSGAQLMTWFGLACELHRDWRNDVEGLATLFSNHIPDYRNLMTSYNTLTNAK NA NA NA NA NA D1-35_03339 270 hypothetical protein ATGAGCAATCCTCAAGACCCAACCCTTCCCCAGACGCTGGACAACCCCAACGACGACGGCTTCGTGCTTGGCACCGCCGGCCGCGACGAAGACCCGAACGCCGCCACGGCCTATGCGACCGATGACCGCCATGATCGCGATGAGCTGACCCCGGAAGACGCCCGCGGCATGCCGGGGTATCCCGACGAAAAAAAACCGGCGGAATCGGCGGCGGAAGAAGCGGAATCTGGCATCGAGACGCCTGAGCAGGGGAACGATAAGGCGGGGTGA MSNPQDPTLPQTLDNPNDDGFVLGTAGRDEDPNAATAYATDDRHDRDELTPEDARGMPGYPDEKKPAESAAEEAESGIETPEQGNDKAG NA NA NA NA NA D1-35_03340 279 hypothetical protein GTGGTCTATATCGCGATCACATCGCTCCCAATGTGGGAGCGAGCCTGCTCGCGAATACTCTCTCTCCCTGACAATCTGAAGCCGTGGCGAGGGAGCTTGCTCCCGCTCGGCGGCGTAGCCGTCGTGGTTTACCTGGACGACTGCGTCGGTCTTTCAGGACTGCTTCGCAGCCCAGCGGGAGCAAGCTCCCTCGCCACGGGGGCCATGTGTCTGGCAGGTCGTTACGACGAGCAGCTGATCTCCAGGTGCTTGCCCCATTCCGGCGGCCTTTCGGCGTAG MVYIAITSLPMWERACSRILSLPDNLKPWRGSLLPLGGVAVVVYLDDCVGLSGLLRSPAGASSLATGAMCLAGRYDEQLISRCLPHSGGLSA NA NA NA NA NA D1-35_03341 1464 selO COG0397 Protein adenylyltransferase SelO ATGAAAACACTGGAAACGCTGACTTTCGATAACCGCTTCGCCCGCCTGGGCGACGGTTTCTCGGCCCACGTGCTGCCGGAGCCCATCGACAATCCGCGCCTGGTGGTTGCCAGCCCGGCCGCGATGGCGCTGCTTGACCTGGATCCGGCCGAAGCACAGACGCCACTGTTTGCCGAAATTTTCGGCGGCCACAAACTCTGGGCCGAAACCGAGCCTCGGGCCATGGTGTATTCCGGGCATCAGTTCGGCCACTACAACCCGCAATTGGGCGATGGCCGCGGGTTGCTGCTGGGCGAGGTGTACAACGAGGCCGGCGAGCATTGGGACCTGCACCTCAAGGGCGCCGGCCAGACACCGTTTTCGCGGATGGGCGATGGCCGGGCGGTACTGCGCTCCTCGATCCGCGAATTCCTCGCCTCCGAAGCCCTGCATGCGTTGGGCATCCCGACCACGCGCGCGCTGTGTGTGATCGGCTCCGACACCCCGGTATGGCGCGAAAAGCAAGAGCGCGCCGCCATGGTGCTGCGCCTGGCGCCGAGTCATGTGCGCTTCGGGCATTTCGAATACTTCTACTACACCAAGAAACCGGAGTTGCACGCAGCCCTGGCCGAGCACGTGCTGAACCTGCATTTCCCTGAGTGCCGGGAGCAACCGGAACCGTACCTGGCGATGTATCGGGAGATTGTCGAACGCAACGCCGAGTTGATTGCCAAATGGCAGGCCTACGGCTTCTGTCACGGGGTGATGAATACCGACAACATGTCGATATTGGGTATCACCTTCGACTTCGGCCCTTTCGCCTTCCTCGACGACTTCGACGCCAACTTCATCTGCAACCACTCCGACGACCAGGGCCGCTATTCATTCAGCAACCAGGTGCCCATCGGCCAGTGGAACCTCAGCGCCCTCGCCCAGGCCCTGACCCCCTTCATCAGCGTCGACGCCCTGCGCGAGACCCTGGGTCTGTATCTGCCGCTGTACCAGGCCCATTACCTGGACCTGATGCGTCGCCGCCTCGGCCTGACCCGCGCCGAGGACGATGACCAGAAACTGGTGGAGCGCCTGCTGCAACTGATGCAGAACAGCGGCGTCGACTACAGCCTGTTTTTCCGTCGCCTGGGCGAACAGGCGCCCGAACAGGCCGTCGCCCGCTTGCGCGATGACTTTGTCGATCTCAAGGGTTTCGATGCCTGGGGCGAGCTTTACCTCGCTCGGGTCAATCGCGAGGGCGTTGTCGATCAAGCCCAGCGCAGAGCCCGCATGCACGCGGTCAATCCGTTGTATGTATTGCGCAACTACCTGGCGCAGAAAGCCATCGACGCCGCCGAATCAGGCGACTACGAAGAAGTCCGCCGCCTCCACGGCGTACTGTCCCGTCCGTTCGAAGAACAACCGGGCATGGACAGCTACGCCGAAAGGCCGCCGGAATGGGGCAAGCACCTGGAGATCAGCTGCTCGTCGTAA MKTLETLTFDNRFARLGDGFSAHVLPEPIDNPRLVVASPAAMALLDLDPAEAQTPLFAEIFGGHKLWAETEPRAMVYSGHQFGHYNPQLGDGRGLLLGEVYNEAGEHWDLHLKGAGQTPFSRMGDGRAVLRSSIREFLASEALHALGIPTTRALCVIGSDTPVWREKQERAAMVLRLAPSHVRFGHFEYFYYTKKPELHAALAEHVLNLHFPECREQPEPYLAMYREIVERNAELIAKWQAYGFCHGVMNTDNMSILGITFDFGPFAFLDDFDANFICNHSDDQGRYSFSNQVPIGQWNLSALAQALTPFISVDALRETLGLYLPLYQAHYLDLMRRRLGLTRAEDDDQKLVERLLQLMQNSGVDYSLFFRRLGEQAPEQAVARLRDDFVDLKGFDAWGELYLARVNREGVVDQAQRRARMHAVNPLYVLRNYLAQKAIDAAESGDYEEVRRLHGVLSRPFEEQPGMDSYAERPPEWGKHLEISCSS NA NA NA NA NA D1-35_03342 3363 mscK COG3264 Mechanosensitive channel MscK ATGCCTACCCTGCGCTCCTTTTTCGCCATTGCCCTGCTCGGCCTGGGTCTTTCCATCTGCACGGTGCACGCCGCCGAACCGCCTACCAGCGCCTCGGTCCAGGCCAGCCTGGACAAGATCGCCGACCGCAAACTGCCGGAGGCCGACCAGAAAGCCTTGCAGGCCGTGTTGCAGAACACCCTGACCCAGCTCAGCAACAAGGCCGACTACGAACAGAAGCTGCAAGCCCTCAAGCAGCAACTGGCCAACGCCCCCAAGCAGAACATCGAAAACCAGCGCGAGCTGGCGCGGCTCAAGGGCACCAATGTGGTGCCGGTGGCGCAGCGCTACGCCAACCTGCCCATCCCTCAGCTCGAACAGATGCTGACGGAGCGCTCCACCCAGCAGAGCGACCTGCAAAAGGCCCTGGCCGACGCCAACAGCCTGGTGATCACCGCCCAGACCCGCCCCGAGCGCGCCCAGGCGGAAATCTCCGCCAGCCAGACCCGCATCCAGCAGATCAACACCATCCTCAAGGCCGGCCGCGACGCCGGCAAGGCCCTCAGCGCCGAACAGCGCGACCAGCTCAACGCTGAACTGGCGGCCCTCAATGCGCTGATTCCATTGCGCCGCCAGGAGCTGGCCGGCAACAGCCAACTGCAAGACCTGGGCAACAGCCAGCATGATTTGCTGTCGGAAAAGATCGACCGCATGGAGCGAGAGATCCAGGATCTGCAGAACCTGATCAACCAGAAGCGCCTGGCCCAGTCCCAGGAAACGGTGACCCAGCAATCCATCGAAGCGCAGAAGGCCGGCGGCAGCAGCCTGCTGGCGACCGAAAGTTCGGCCAACCTGAAGCTCTCCGATTACCTGCTCAAAAGCACCGATCGGCTCAACGAGGTCACCCAGCAGAACCTGCAAACCAAGCAGTTGCTCGATAGCGTCACCCAGACCGACGCCGCTCTGGATGAGCAGATCAGCGTGCTCAAGGGCAGCCTGCTGCTCTCCAAGATTCTCTACAAGCAGCGCCAGACCCTGCCACACCTGAAACTGGACCAGAACCTCGCCGACCAGATCGCCGACATCCGCCTGTACCAGTTCGAGGTCAGCCAGCAACGCGAGCTGCTGAACAATCCAAGCGCTTATGTCGACAGCCTGCTGGCGTCCCAGCCGTCGGAGCAGGTCACGCCGCAACTGCGCAAGACGCTGCTGGAGCTGGCCCTGACCCGGGTCGACCTGTTGGAACGGCTGAACCGTGAGTTGAGCGCGGTGCTCAACGAATCCATCACCTTGCAGCTCAACCAGAAGCAACTGCTCAGTACCGCCCAGAACCTGCGGGCAACGCTTGAAGAACAGATGTTCTGGATTCCCAGCAACAAACCGCTGGATTTCGAATGGATGCGTGGCGTGCCGGCCCGCCTGGAGAAGCAGGTCGACTCACTGCCCTGGGCGTCGAGCCTCAGTGAGCTGGCCGACGGCCTGACCCAGCGGCCGCTGCTGTTCCTGCCCCTGGCACTGCTGATCGGTGCGCTGCTGTGGCGACGCAAGAATCTTTATGCGCGCTTGAACAAGGTTCACCAGGATGTCGGCCACTTCAAGCGCGACAGCCAGTGGCACACGCCCCAGGCGATCCTGATCAACATCCTGCTGGCGATGCCGGTGGCTCTGGCACTGGCGCTGTGCGGCTATGCCTTGCAGATCGACGCCCGCGGGCAGAACACCAACCTCGGCGCCGCGCTGCTGCAGATCGGCCAAGCCTGGCTGGTGTTCTATACCGCCTATCGAATCCTCTCTCCCGGAGGCGTCGCCGAGCTGCATTTCCGCTGGGAAAAACCCCAGGTGGAATTCCTCCAGGCCTGGATCCGTCGACTTGGCCTGGTGGTGCTGGCCCTGGTGGCGGTGGTTGCCGTGGCGGAGTTGCAGCCGTCGGCCCTGGCCGATGACGTACTCGGCATGCCGGTGGTGTTGACCTGCTACGCCTCGATGGCCTGGCTGCTCAGCCGACTGCTGCTCAGCAGCCCGACGCACACCAACGCCTCGCTGTTTCGCAAGGCCGTCGGCGTACTGTTCACCGCGCTGCCGATCGCATTGTTCGTCGCTGTCTGCTTCGGCTACTACTACACCGCGTTGAAACTCAGCGATCGCTTGATCAATACCCTGTACCTGCTGATGTTCTGGCTGGTAATCGAAGCCACCTTCGTGCGCGGCCTGTCGGTCGCGGCCCGGCGACTGGCCTACCAGCGCGCCCTGGCCAAGCGCCAGGCGGCCAAGGAGGTCGGCGACGGTGAAACGGTGGTCGAGGAGCCGACCCTGGACATCGAGAAGGTCAACGAACAGTCCCTGCGCCTGATCCGCCTGGCCCTGCTGGGCGGTTTCATGGCCGCGCTGTACTGGGTCTGGTCGGACCTGATCAGCGTGTTCTCCTACCTGGACAACATCACCCTCTACGAATACACCAGCGGCACCGGCGTGAACATGAGCATGGTGCCCATCAGCATCGGCGACATGCTTGGCGCGCTGATCATCATCGGTATCACTTTCGCCCTGGCGCGCAACCTGCCGGGCCTGCTGGAAGTGTTCGTGCTGTCGAAGCTGAACCTGGCCCAGGGCAGCGCCTACGCCACCACCACGCTGCTGTCCTACGTCATCGCCGGCGTCGGCTTTGTCACCACGTTGTCCACACTCGGCGTGAGCTGGGACAAGCTGCAATGGCTGGTGGCCGCGCTGTCGGTGGGCCTGGGCTTCGGCATGCAGGAGATCTTCGCCAACTTCATCTCCGGCATCATGATCCTGTTCGAGCGCCCGGTGCGGATCGGCGACACCATCACCATCGGCAACCTGTCGGGCACGGTCAGCAAGATCCGCATTCGCGCGACCACCATCACCGACTTCGATCGCAAGGACATCATCGTCCCGAACAAGACCTTCATCACCGGGCAATTGATCAACTGGTCGCTGACCGACACCGTGACCCGGGTGACCCTGAAACTCGGCGTGGACTACGGATCGGACCTGGATCGGGTTCGCGAGCTGCTGCTCAAGGCTGCCCGCGACAACCCGCGCGTGCTGAAAGAGCCGGAGCCGATCGTGTACTTCCTGAACTTCGGTGAAAGCACCCTGGACCACGAGTTGCGCATGCATGTGCGCGACCTCGGCGACCGCAACCCGGTGCTGGACGAGATCAACCGGTTCATCAACCGGGAATTCAAGAAGGAACATATCAACATCTCGTTCCGTCAGATGGAGATCTACCTGAAGAACCTGCAAGGCCAGGAATACAAGCTGGTGCCCGCCGAGCCCGACCACAAGACCCTCGGGCCCGTGCCCTCGGCCGTAGCCAGCATCAAGCCCATTCCGGAGCCACCGCAACAGACACTCGACTGA MPTLRSFFAIALLGLGLSICTVHAAEPPTSASVQASLDKIADRKLPEADQKALQAVLQNTLTQLSNKADYEQKLQALKQQLANAPKQNIENQRELARLKGTNVVPVAQRYANLPIPQLEQMLTERSTQQSDLQKALADANSLVITAQTRPERAQAEISASQTRIQQINTILKAGRDAGKALSAEQRDQLNAELAALNALIPLRRQELAGNSQLQDLGNSQHDLLSEKIDRMEREIQDLQNLINQKRLAQSQETVTQQSIEAQKAGGSSLLATESSANLKLSDYLLKSTDRLNEVTQQNLQTKQLLDSVTQTDAALDEQISVLKGSLLLSKILYKQRQTLPHLKLDQNLADQIADIRLYQFEVSQQRELLNNPSAYVDSLLASQPSEQVTPQLRKTLLELALTRVDLLERLNRELSAVLNESITLQLNQKQLLSTAQNLRATLEEQMFWIPSNKPLDFEWMRGVPARLEKQVDSLPWASSLSELADGLTQRPLLFLPLALLIGALLWRRKNLYARLNKVHQDVGHFKRDSQWHTPQAILINILLAMPVALALALCGYALQIDARGQNTNLGAALLQIGQAWLVFYTAYRILSPGGVAELHFRWEKPQVEFLQAWIRRLGLVVLALVAVVAVAELQPSALADDVLGMPVVLTCYASMAWLLSRLLLSSPTHTNASLFRKAVGVLFTALPIALFVAVCFGYYYTALKLSDRLINTLYLLMFWLVIEATFVRGLSVAARRLAYQRALAKRQAAKEVGDGETVVEEPTLDIEKVNEQSLRLIRLALLGGFMAALYWVWSDLISVFSYLDNITLYEYTSGTGVNMSMVPISIGDMLGALIIIGITFALARNLPGLLEVFVLSKLNLAQGSAYATTTLLSYVIAGVGFVTTLSTLGVSWDKLQWLVAALSVGLGFGMQEIFANFISGIMILFERPVRIGDTITIGNLSGTVSKIRIRATTITDFDRKDIIVPNKTFITGQLINWSLTDTVTRVTLKLGVDYGSDLDRVRELLLKAARDNPRVLKEPEPIVYFLNFGESTLDHELRMHVRDLGDRNPVLDEINRFINREFKKEHINISFRQMEIYLKNLQGQEYKLVPAEPDHKTLGPVPSAVASIKPIPEPPQQTLD PGPT0013825_260 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013825-mscK|kefA|aefA-K05802 NA NA D1-35_03343 1743 nhaP2 COG3263 K(+)/H(+) antiporter NhaP2 TTGACTGCGACGACCATCAACAGCCTGTTCTTGATCGGCGCGTTGCTGGTGAGTGCGAGCATTCTGGTCAGTTCTCTTTCGTCGCGCCTGGGCATCCCGATCCTGGTGATCATCCTCGCCGTGGGCATGGTCGCCGGCGTGGACGGTGCCGGTATTCTTTTTGACAACTACGCCACGGCCTACCTGGTCGGCAACCTCGCGCTGGCGGTGATTCTGCTCGACGGCGGCTTGCGCACGCGGGTCTCAAGCTTTCGCGTGGCATTGTGGCCGGCGTTGTCGCTGGCCACCGTCGGCGTGCTGATCACCACCGGGCTGACCGGCCTGGCAGCGGCGTGGCTATTCGACCTGAACCTGATCCAGGGCCTGCTGATCGGTGCGATCGTCGGCTCCACCGACGCTGCGGCGGTGTTTTCGCTGTTGGGCGGCAAAGGCCTCAACGAACGGGTCAGCGCCACTCTGGAAATCGAGTCCGGCAGCAACGACCCGATGGCGGTGTTCCTCACCGTCACCCTGATCGGCATGCTCGCCAGCGGCGAAACCGGCCTGCAGTGGAGCCTGTTGGGGCACCTGGTGCGCGAGTTCGGTATCGGCGCCGTGATCGGCCTGGGTGGCGGCTGGCTGATGCTGCAACTGGTCAACCGCATCAACCTCGCCAACGGCCTCTACCCGATCCTGGTGATCAGCGGCGGCCTGGCCGTGTTTGCCCTGACCAACGCCCTGCATGGCAGCGGCTTCCTGGCCGTGTACCTGTGCGGACTGGCGATCGGCAACCGCCCGATACGCAGTCGCCACGGCATCCTGCATATGCTCGATGGCATGGCCTGGCTGGCGCAGATCGGCATGTTCCTGGTGTTGGGCCTGCTGGTCACGCCCCATGACCTGCTGCCGATCGCCCTCCCCGCCCTGGGCCTGGCCCTGTGGATGATCCTGTTCGCGCGCCCGCTGTCGGTCATGGTCGGGCTGCTGCCGTTCAAGGCTTTCCACGGTCGCGAGAAGGTGTTCATTTCCTGGGTCGGCCTGCGTGGCGCGGTACCGATCATCCTCGCGGTGTTCCCGCTGATGGCCGGTTTGCCTCACGCACAGCTCTATTTCAACCTGGCATTCTTTATCGTGCTGGTGTCGCTGCTGGTGCAAGGCACGAGCCTGCCGTGGGTCGCCAAGCTTCTGCACGTGACCGTCCCGCCAGAACCTCTGCCGATTTCCCGGGCAGCGCTGGAGGTTCACGTCACCAGCGAGTGGGAGCTGTTCATCTATCGCCTCGGTGCGGAAAAGTGGTGCATCGGCTCGCCGCTTCGGGATCTGAAAATGCCTGACGGAACCCGTATTGCGGCCTTGTTTCGTGGCCAGCAACTACTCCATCCGTCGGGTAGTACGGTCCTGGAAGTCGGTGATCTGCTGTGTGTAATCGGCCATGAACACGACCTGCCAGCCCTGGGAAAACTGTTCAGCCAGGCGCCGCAACGGGGCCTCGATCTGCGCTTTTTCGGCGACTTCGTACTCGAAGGAGACGCCCAGCTGGCCGCGGTCGCGGCGCTGTACGGGCTGCAACTCGACGGCATCGATCCGGACATGTCCCTGGGCCGCTTCATTGCCCAGAAAGTCGGGGGGGCTCCGGTGGTCGGCGACCAGGTGGAGTGGAACAGTACCCTATGGACGGTCGCGGCCATGGACGGGAACAAGATCGGCAAAGTGGGCGTCAGATTCCCCGAAGGAAGTCGCCCGGGCCCCGGCTTGTTCCTCTAA MTATTINSLFLIGALLVSASILVSSLSSRLGIPILVIILAVGMVAGVDGAGILFDNYATAYLVGNLALAVILLDGGLRTRVSSFRVALWPALSLATVGVLITTGLTGLAAAWLFDLNLIQGLLIGAIVGSTDAAAVFSLLGGKGLNERVSATLEIESGSNDPMAVFLTVTLIGMLASGETGLQWSLLGHLVREFGIGAVIGLGGGWLMLQLVNRINLANGLYPILVISGGLAVFALTNALHGSGFLAVYLCGLAIGNRPIRSRHGILHMLDGMAWLAQIGMFLVLGLLVTPHDLLPIALPALGLALWMILFARPLSVMVGLLPFKAFHGREKVFISWVGLRGAVPIILAVFPLMAGLPHAQLYFNLAFFIVLVSLLVQGTSLPWVAKLLHVTVPPEPLPISRAALEVHVTSEWELFIYRLGAEKWCIGSPLRDLKMPDGTRIAALFRGQQLLHPSGSTVLEVGDLLCVIGHEHDLPALGKLFSQAPQRGLDLRFFGDFVLEGDAQLAAVAALYGLQLDGIDPDMSLGRFIAQKVGGAPVVGDQVEWNSTLWTVAAMDGNKIGKVGVRFPEGSRPGPGLFL PGPT0013860_275 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013860-cvrA|nhaP2-K11105 NA NA D1-35_03344 1611 hypothetical protein ATGAACATCGCGCCGCGGGCGTTCCTGGGGTTTGCCCTGATCGGCGCCCTGATGCTGGCCCTGGGCGTATTTGCCTTGAGCCAGATGAGCAAGATCCGCGTCTCGGGCGAAACCATCGTCCAGAACAGCGTCCCGAGCATCAAGGCCCTCGACGAGTTCACCCAGCTCACCCTGCGCCTTCGCGTCCTGTCCTATCGCCTGCTGACCAACCGTGAACCGGACGTCCAGCAGAAAACCTATGAGCTGTTCGAACAACGCAATCAGCAGATCCGCGAGGCGCAGACCGCATACGAAAAGCTCATCAGCGCCCCGGATGAACGCGCCGCTTATGAGCAATACGTACAGTTGCTGAATCAGTACCGCCAGCTCGAAGAGCGGATGAAGACCCTGTCGCGCAACAACCAGCTCGATCAATTGCAAGCGCTGCTCAACACTGAATTGCTGAGCAACTCCGACGCGATCAACGCGGCGGTCACCCGTTTGATGGAAATCAACAATCGCCAAGCCGAAATGCTCAACCAGGGTGCTGCCCAACAGTACTCAACGGCTTTCACCTGGGTCGTCACCTTGCTGGTCGTCGCCACCGGCCTGACCCTGCTGTTCGCCTGGCTGTTGACCAACAGCATCACCAAGCCAATCGCCAACGCGCTGGATGCCGCCGAAGAAATTGCCAAGGGCAACCTGACCCGGCCGATCGTCGTGGATGGCAGCGACGAAGCCGGCCGCCTGTTGCGAGCAATGGCGACCATGCAGGAGAAATTGCGCGACACTCTGCAGCGGATCTCCGGCTCGGCCACCCAACTGGCCTCCGCCGCCGAAGAGCTCAACAGCGTCACCGACGAAAGTGCCCGTGGCCTGACCCAGCAGAACAACGAAATCGAGCAGGCCGCCACGGCGGTCAACGAGATGACCAGCGCCGTGGAAGAAGTCGCCCGCAACGCAGTCAGCACTTCCGAAGCGTCGAAGAACGCCACCACTTCGGCGGGTGACGGTCGTGACCTGGTGCAAGAGACCGTCAGCGCCATCGAACGCATGAGCGCCGACGTGCAGAGCACCGCGACGCTGATCGGCAACCTCGCCGATGAGTCCCGCGATATCGGCAAAGTGCTCGATGTGATCCGTGGCCTGGCCGACCAGACCAACCTGCTGGCACTGAACGCCGCCATTGAAGCGGCCCGTGCCGGTGAAGCCGGTCGTGGTTTTGCGGTGGTAGCCGATGAAGTACGCGCCCTCGCCCACCGCACCCAACAGTCGACCAGCGAGATCGAGCGCATGATCGGCAGCATCCAGAGCGGCACCGAACAGGCCGTGGACTCGATGCGCAACAGCACCGAACGCGCCGAGTCGACGCTGAACATCGCCCGCGGGGCCGGGATGTCCCTGGACACCATCAACACCGCCATCGTCGAGATCAACGAACGCAACCTGGTGATCGCCAGCGCCGCCGAGGAACAGGCTCAGGTGGCCCGCGAAGTCGACCGCAACCTGGTGAACATCCGCGACCTGTCGGTGCAATCGGCCACCGGCGCCAACCAGACCACCGCCGCCAGCGCCGAACTGTCGCGCCTGGCCGTAGACCTGAACAGCATGGTCGGGCGGTTCAGCCTCTGA MNIAPRAFLGFALIGALMLALGVFALSQMSKIRVSGETIVQNSVPSIKALDEFTQLTLRLRVLSYRLLTNREPDVQQKTYELFEQRNQQIREAQTAYEKLISAPDERAAYEQYVQLLNQYRQLEERMKTLSRNNQLDQLQALLNTELLSNSDAINAAVTRLMEINNRQAEMLNQGAAQQYSTAFTWVVTLLVVATGLTLLFAWLLTNSITKPIANALDAAEEIAKGNLTRPIVVDGSDEAGRLLRAMATMQEKLRDTLQRISGSATQLASAAEELNSVTDESARGLTQQNNEIEQAATAVNEMTSAVEEVARNAVSTSEASKNATTSAGDGRDLVQETVSAIERMSADVQSTATLIGNLADESRDIGKVLDVIRGLADQTNLLALNAAIEAARAGEAGRGFAVVADEVRALAHRTQQSTSEIERMIGSIQSGTEQAVDSMRNSTERAESTLNIARGAGMSLDTINTAIVEINERNLVIASAAEEQAQVAREVDRNLVNIRDLSVQSATGANQTTAASAELSRLAVDLNSMVGRFSL PGPT0015710_21325 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 D1-35_03345 231 hypothetical protein ATGTTGGAAACATCCCTCAGCCAGCTGGAGCAACTGGTCAACGACCTGGTGCAACAGAACCGCCACCTGACCGGCCTGAATGAAAGCCTGAGCGCCGAACTGGCCAAGGCCAAGGATGAAAACGAAAGCCTTCAGCTGAACCTGATGGAACAGGAAGAATTGCACGGCACCACCGCCGCACGGATCCAGGCCCTGATCGAGCGCGCCAGCACCGCAACGGTCGGCGCATGA MLETSLSQLEQLVNDLVQQNRHLTGLNESLSAELAKAKDENESLQLNLMEQEELHGTTAARIQALIERASTATVGA NA NA NA NA NA D1-35_03346 303 hypothetical protein ATGAAGCAGGGTGCCGATGGGGTGACGGTCGTCTCGATTCTCGGAGAGGAATACTCGATCAAGGCGCCTGCCGGGCAGGAGCAGGCGCTGCTGGACGCCGCTTCGATGCTCAAGGCGGCCCTGGCCGATACCAAGCGTAAATTCCCGACGTTGATCGGCGACCGGCTGCTGGTGCTGGCGGCCATGAACCTGTGTTCGCAACAGATTGAAATGCAAAAGCAGCACCGCGCGGAGCTCGACCGCTACGAGGAGCAGGTCAGCGCCACGGTCGAGGTTATTTCCAAGACGATCCAGCAGGCTTGA MKQGADGVTVVSILGEEYSIKAPAGQEQALLDAASMLKAALADTKRKFPTLIGDRLLVLAAMNLCSQQIEMQKQHRAELDRYEEQVSATVEVISKTIQQA NA NA NA NA NA D1-35_03347 1803 dmdC_1 COG1960 3-methylmercaptopropionyl-CoA dehydrogenase ATGTCCGAGACGCTGCTCAGTTCCCGCAATCTGGCTTTCGAGCTGTATGAAGTCCTTGATGCCGAAGGCCTGACCCAGCGCGAACGGTTTGCCGAGCACAATCGCGAAACCTTCGACGCGGCCATCGGTACGGCCCGCAGCATCGCCGAAAAATACTTCGCGCCGCACAACCGCAAGAACGACGAAAACGAACCGCGCTATGCAGATGGCCAGGCCATCCTGATCCCGGAAGTGAAACCCGCGGTGGATGCGTTCCTGGAGGCGGGCTTTCTCAACGCCGCCCGCAGCTTCGACGCCGGCGGCATGCAACTGCCGACGCTGCTGTCCCAGGCGTGCTTCGCGCATTTCCAGTCGGCCAATGCTGCTTCGACTTCTTACCCGTTCCTGACCATGGGCGCGGCGAACCTGATCGAAAGCTTTGGTAGCGATGAGCAGAAACAACGCTTCCTGCAACCGATGATCGACGGCCGTTTCTTTGGCACCATGGCCCTGACCGAACCACACGCGGGTTCTTCGCTGGCGGATATTCGTACGCGCGCGGAACCGGCGTCCGACGGCACTTATCGACTCAAGGGCAACAAGATCTTCATTTCCGGTGGCGACCATCCGCTGTCGGAAAACATCGTGCACATGGTCCTGGCCAAACTGCCGGACGCGCCGCCGGGCGTGAAGGGCATCTCGCTGTTTATCGTGCCCAAGTTCCTGGTCAACGAAGATGGCAGCCTGGGCAAGCGCAACGACGTACTGCTGGCCGGGCTGTTTCACAAGATGGGCTGGCGCGGCACTACGTCTACGGCGCTGAACTTCGGTGATAACGGTGAGTGTGTCGGTTACCTCGTCGGCAAACCGCACCATGGCCTGAGCTACATGTTCCAGATGATGAACGAGGCGCGGATCGGCGTCGGCATGGGCGCCGTCATGCTGGGCTACGCCGGTTACCTGTATTCCCTTGAATACGCCCGCGAGCGCCCGCAGGGACGAGTGCCCGACAGCAAGGATCCAGGCACCGCGCCCGTACCGATCATCCAGCACGCCGACGTACGCCGCATGCTGTTGACCCAGAAAGCCTACGTGGAAGGTTCGTTCGACCTGGGCCTGTACGCGGCGCGGCTGTTCGACGACACCACTACGCTTGAGAGCGAAGCCGAGCGCCGCCGCGCCCATGAGTTGCTGGACCTGCTGACGCCTATCGTCAAATCATGGCCATCGGAGTTCTGCCTGAAGGCCAACGAATTGGCGATCCAGATTCTCGGCGGCCATGGTTACACCCGTGAATATCCGGTGGAGCAGTATTACCGCGACAACCGCCTGAACCCGATCCATGAAGGCACCCATGGCATCCAGTCCCTGGACTTGCTCGGACGCAAACTGGCACAGAACGGCGGGGCCGGTCTCAAGCAACTGATCCGTCTGGTGGCCGATACCAGCGAGCGCGCCCAGGCGTACGATTCGTTGACGCCCCTGCGCCAGCCGCTGGAAGCCCTGGTGGCGCGCCTGCAATCGGTCACCCTCGGGCTGCTGACGGACCTGGCCCAGGGCAAGGTCAACAGCAGCCTGGCCAATTCGGCGCTGTACCTGAAAGTGTTTGGCCATATGGTGATTGGCTGGCGCTGGCTGGAACAGGCGATTCGTGCCGAGGAAGGGTTGGCCAGGGGCAATGCGGCGGATGTGGATTTCTACAGGGGCAAGCTGCAAGCGGCGCGCTACTTCCTGACCTGGGAAGTGCCAGGCTGTCATCACGAGCTGGCGATTCTCGAGGCGCGGGATGATACGTGCCTGGGGATGCGGGATGAGTGGTTTTGA MSETLLSSRNLAFELYEVLDAEGLTQRERFAEHNRETFDAAIGTARSIAEKYFAPHNRKNDENEPRYADGQAILIPEVKPAVDAFLEAGFLNAARSFDAGGMQLPTLLSQACFAHFQSANAASTSYPFLTMGAANLIESFGSDEQKQRFLQPMIDGRFFGTMALTEPHAGSSLADIRTRAEPASDGTYRLKGNKIFISGGDHPLSENIVHMVLAKLPDAPPGVKGISLFIVPKFLVNEDGSLGKRNDVLLAGLFHKMGWRGTTSTALNFGDNGECVGYLVGKPHHGLSYMFQMMNEARIGVGMGAVMLGYAGYLYSLEYARERPQGRVPDSKDPGTAPVPIIQHADVRRMLLTQKAYVEGSFDLGLYAARLFDDTTTLESEAERRRAHELLDLLTPIVKSWPSEFCLKANELAIQILGGHGYTREYPVEQYYRDNRLNPIHEGTHGIQSLDLLGRKLAQNGGAGLKQLIRLVADTSERAQAYDSLTPLRQPLEALVARLQSVTLGLLTDLAQGKVNSSLANSALYLKVFGHMVIGWRWLEQAIRAEEGLARGNAADVDFYRGKLQAARYFLTWEVPGCHHELAILEARDDTCLGMRDEWF PGPT0002285_15 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-35_03348 3954 putA COG0506 Bifunctional protein PutA ATGGCTACCACCACCCTTGGGGTCAAACTCGACGACCCGACCCGCGAACGCCTGAAGGCGGCCGCAACCTCGATTGATCGCACGCCGCACTGGCTGATCAAGCAGGCAATTTTCAATTACCTGGAAAAACTCGAGGGTGGTGCAACCCTGACCGAGCTGAACGGTTCGACCCGCGCCGACAGCGATGATGCCGGTGAAGTCCAGCCCGATCACGCTCACCAGTGCTTCCTGGAGTTCGCCGAAAGCATTCTGCCGCAATCGGTCCTGCGCGCCTCCATTACCGCCGCCTACCGCCGCCCTGAGCCGGAAGTGGTGCCGATGCTGATCGAGCAGGCCCGACTGCCGGCCGAAATGGCCGAAGCCACCAACAAGCTCGCGGCGTCGATCGCGGAAAAACTGCGCAACCAGAAGAGCGCCGGCGGGCGTGCCGGTATTGTCCAGGGCTTGCTGCAGGAATTTTCCCTGTCGTCCCAGGAAGGCGTGGCGCTGATGTGCCTCGCCGAAGCACTGCTGCGCATCCCGGACAAAGGCACCCGCGACGCACTGATTCGCGACAAGATCAGCACGGGCAACTGGCAGCCGCACCTGGGCAACAGCCCGTCGCTGTTCGTCAACGCCGCCACCTGGGGCCTGCTGCTGACCGGCAAGTTGGTCGCCACTCATAATGAAGCCGGCCTGACTTCGTCGCTGAGCCGCATCATTGGCAAGAGCGGCGAGCCGATGATCCGCAAGGGCGTCGACATGGCCATGCGCCTGATGGGCGAGCAGTTCGTCACCGGCGAAACCATCGCCGAAGCCCTGGCCAACGCCAGCAAATTCGAAGCCAAGGGCTTCCGTTATTCCTACGACATGCTCGGTGAAGCCGCGCTCACCGAACATGACGCCCAGAAGTACCTGGCCTCGTACGAACAAGCCATCCATTCGATCGGCAAAGCCTCTCACGGCCGTGGGATTTACGAAGGCCCGGGCATTTCCATCAAGCTTTCGGCCCTGCACCCGCGTTACAGCCGCGCCCAGTACGAACGCGTCATGGACGAACTGTACCCGCGCCTGCTGTCGCTGACCCTGCTCGCCAAGCAATACGACATCGGCCTGAACATCGACGCCGAAGAGGCCGACCGCCTCGAACTGTCCCTGGACCTGCTCGAGCGCCTGTGCTTCGAGCCGCAGCTGACCGGCTGGAACGGCATCGGCTTTGTGATCCAGGCCTACCAGAAGCGTTGCCCGTACGTCATCGACTATGTGATCGACCTCGCTCGTCGCAGCCGTCACCGCCTGATGATCCGCCTGGTGAAAGGCGCCTACTGGGACAGCGAGATCAAGCGCGCCCAGGTCGAAGGCCTGGAAGGCTATCCGGTCTACACCCGCAAGGTGTACACCGACGTTTCCTACATCGCCTGCGCCCGCAAGCTGCTGTCGGTGCCGGAAGTCATCTATCCGCAATTCGCCACGCACAACGCCCACACTTTGTCGGCGATTTACCACATCGCCGGTCAGAACTATTACCCGGGGCAGTATGAGTTCCAGTGCCTGCACGGCATGGGCGAACCGCTGTACGAACAGGTTGTAGGCAAGGTTTCCGAAGGCAAGCTGAACCGTCCGTGCCGTGTGTACGCGCCTGTCGGCACCCACGAAACGCTGCTGGCCTACCTGGTGCGGCGCTTGCTGGAAAACGGCGCGAACACTTCGTTCGTCAACCGCATCGCCGACCAGTCGATTTCCATCCAGGAGCTGGTGGCCGATCCAGTGGCGAGCATCGAGCAGATGGCAACGCTGGAAGGCGGTTTCGGCCTGCCGCACCCGCGTATTCCGTTGCCACGCGATTTGTACGGCAGCGAGCGCGCCAACTCCAGCGGCATCGACCTGGCCAACGAACATCGCCTGGCCTCGTTGTCCTGCGCCCTGCTGGCCACCGCCCACAACGACTGGAAAGCCGCGCCGATGCTCGGCTGCGCCGCCAGTGAAGAAACCCCGGCACCGGTGCTGAACCCGGCCGATCATCGTGACGTGGTGGGCCACGTGCAGGAGGCTACCGTCGCCGATGTCGACAACGCCATCCAGTGCGCCCTCAACGCCGCGCCGATCTGGCAAGCCACGCCACCGGCCGAACGCGCCGCGATCCTGGAGCGCGCCGCCGACCTGATGGAAGGCGAGATCCAGCCGCTGATGGGCCTGCTGGCCCGCGAAGCCGGCAAGACCTTCGCCAACGCCATCGCCGAGGTACGCGAGGCCGTGGACTTCCTGCGCTACTACGCGGTGCAGGCGCGCAACGATTTCACCAACGATGCCCACCGTCCATTGGGCCCGGTGGTCTGCATCAGCCCATGGAACTTCCCGCTGGCGATTTTCAGCGGCCAGGTCGCCGCCGCACTGGCCGCCGGCAACCCGGTACTGGCCAAGCCCGCCGAGCAGACGCCTCTGGTGGCTGCCCAGGCAGTGCGCCTGATGCTTGAAGCCGGCATTCCGGAAGGCGTCCTGCAATTGCTGCCGGGCCGTGGCGAAACCGTTGGTGCACGCCTGGTGGGTGACGATCGGGTAAAAGGCGTGATGTTCACCGGTTCAACCGAAGTCGCGCGCCTGCTGCAACGCAATATCGCCGGACGCCTGGACAACCAGGGCCGGCCGATCCCGCTGATCGCCGAAACCGGCGGCCAGAACGCGATGATCGTCGACTCTTCGGCCCTGACCGAACAAGTGGTCATCGACGTGGTGTCCTCGGCTTTCGACAGCGCCGGCCAGCGTTGCTCGGCCCTGCGTGTTCTGTGCCTGCAGGAAGATTCCGCCGACCGCGTCATCGAAATGCTCAAGGGCGCCATGGCCGAATCGCGCCTCGGCAACCCCGAGCGCCTGTCGGTGGACATCGGCCCGGTGATCGACGCCGAAGCCAAGGCCGGTATCGAGAAACACATCCAGGCCATGCGCGACAAAGGTCGCACCGTGTATCAGATGGCAATCGCCGACAGCGACGAGTGCAAGCGCGGCACCTTCGTGATGCCGACCCTGATCGAGCTGGAAAGCTTCGACGAGCTGCAACGCGAGATCTTCGGCCCGGTGCTGCACGTGGTGCGCTACAAGCGCAAGGAACTGGACCAGTTGATCGGTCAGATCAACGCCTCCGGCTACGGCCTGACCCTGGGTGTGCACACGCGTATCGATGAAACCATCGCCAAGGTGATCGACAACGTCCATGCCGGTAACGTCTATGTAAACCGCAACATCGTCGGTGCCGTGGTCGGCGTGCAGCCGTTCGGCGGCGAAGGCCTGTCGGGCACCGGTCCGAAGGCCGGCGGCCCGCTGTACCTGTACCGCTTGTTGTCGACTCGTCCTACCGATGCGATCCAGCAGTCCTTCGTACGGGGCGATGCCCTGTCGGCACCGGACCTGCGCTTGCGCGACGCCATGAGCAAACCGCTGACCGCCCTGCAAGCCTGGGCCGACAGCCACAAGCTCGCCGAACTGAGCGCCCTGTGCGTGCAGTTCGCCGCCCAGTCGCAAAGCGGCATCACCCGCCAGCTGACCGGCCCGACCGGCGAACGCAACAGCTACGCCATCCTGCCCCGCGAGCACGTGTTGTGCCTGGCGGACGTGGAAGGCGACCTGCTGACGCAGCTGGCGGCCGTATTCGCCGTGGGCGGCTCGGCCGTGTGGCCGGAAACCGACACCAGCAAGGCGTTGTTCGCACGCTTGCCGAAGGACATTCAAGCGCGTATCCAGCGGGTTGCCGATTGGACCAAGGACGACGTGCTGTTCGACGCAGTCCTGCACCACGGCGACTCTGACCAGTTGCGCGGCGTGTGCCAGCAAGTGGCCAAGCGCGCCGGGGCGATCGTCGGGGTGCATGGCTTGTCCCAGGGCGAAACCAATATCGCCCTGGAACGCCTGGTGATCGAACGCGCGCTGAGCGTCAACACCGCCGCGGCGGGTGGTAACGCCAGTCTGATGACGATCGGTTAA MATTTLGVKLDDPTRERLKAAATSIDRTPHWLIKQAIFNYLEKLEGGATLTELNGSTRADSDDAGEVQPDHAHQCFLEFAESILPQSVLRASITAAYRRPEPEVVPMLIEQARLPAEMAEATNKLAASIAEKLRNQKSAGGRAGIVQGLLQEFSLSSQEGVALMCLAEALLRIPDKGTRDALIRDKISTGNWQPHLGNSPSLFVNAATWGLLLTGKLVATHNEAGLTSSLSRIIGKSGEPMIRKGVDMAMRLMGEQFVTGETIAEALANASKFEAKGFRYSYDMLGEAALTEHDAQKYLASYEQAIHSIGKASHGRGIYEGPGISIKLSALHPRYSRAQYERVMDELYPRLLSLTLLAKQYDIGLNIDAEEADRLELSLDLLERLCFEPQLTGWNGIGFVIQAYQKRCPYVIDYVIDLARRSRHRLMIRLVKGAYWDSEIKRAQVEGLEGYPVYTRKVYTDVSYIACARKLLSVPEVIYPQFATHNAHTLSAIYHIAGQNYYPGQYEFQCLHGMGEPLYEQVVGKVSEGKLNRPCRVYAPVGTHETLLAYLVRRLLENGANTSFVNRIADQSISIQELVADPVASIEQMATLEGGFGLPHPRIPLPRDLYGSERANSSGIDLANEHRLASLSCALLATAHNDWKAAPMLGCAASEETPAPVLNPADHRDVVGHVQEATVADVDNAIQCALNAAPIWQATPPAERAAILERAADLMEGEIQPLMGLLAREAGKTFANAIAEVREAVDFLRYYAVQARNDFTNDAHRPLGPVVCISPWNFPLAIFSGQVAAALAAGNPVLAKPAEQTPLVAAQAVRLMLEAGIPEGVLQLLPGRGETVGARLVGDDRVKGVMFTGSTEVARLLQRNIAGRLDNQGRPIPLIAETGGQNAMIVDSSALTEQVVIDVVSSAFDSAGQRCSALRVLCLQEDSADRVIEMLKGAMAESRLGNPERLSVDIGPVIDAEAKAGIEKHIQAMRDKGRTVYQMAIADSDECKRGTFVMPTLIELESFDELQREIFGPVLHVVRYKRKELDQLIGQINASGYGLTLGVHTRIDETIAKVIDNVHAGNVYVNRNIVGAVVGVQPFGGEGLSGTGPKAGGPLYLYRLLSTRPTDAIQQSFVRGDALSAPDLRLRDAMSKPLTALQAWADSHKLAELSALCVQFAAQSQSGITRQLTGPTGERNSYAILPREHVLCLADVEGDLLTQLAAVFAVGGSAVWPETDTSKALFARLPKDIQARIQRVADWTKDDVLFDAVLHHGDSDQLRGVCQQVAKRAGAIVGVHGLSQGETNIALERLVIERALSVNTAAAGGNASLMTIG PGPT0020210_394 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821 NA NA D1-35_03349 1485 putP COG0591 Sodium/proline symporter ATGAGTTTCAGCAATCCTACCCTGATCACCTTCGTGATCTATATCGCAGCCATGGTCCTGATCGGCCTGATGGCTTATCGCTCCACCAACAACCTTTCCGATTACATCCTGGGCGGTCGCAGCCTGGGCAGTGTCGTGACGGCGCTCTCTGCCGGTGCCTCCGACATGAGCGGCTGGCTGTTGATGGGTTTGCCCGGCGCCATCTATATGTCCGGCCTGTCGGAAAGCTGGATCGCCATCGGCCTGATCATCGGTGCCTACCTGAACTGGCTGTTCGTGGCCGGGCGCCTGCGGGTGCAGACCGAGCACAACGGTGACGCGCTGACGCTGCCGGACTACTTCGCCAGCCGTTTCGAAGACAAGAGCGGTTTGCTGCGGATCATCTCCGCCGTCGTGATCCTGGTGTTCTTCACCATCTACTGCGCTTCCGGCATTGTTGCCGGTGCCCGTCTGTTCGAAAGCACTTTCGGCATGTCCTACGAGACCGCGCTGTGGGCCGGTGCCGCCGCGACCATCGCCTACACCTTCATCGGTGGTTTCCTGGCCGTGAGCTGGACCGATACCGTGCAGGCCACGCTGATGATCTTCGCGTTGATCCTCACGCCGATCATCGTGCTGCTGGCCACCGGCGGCGTCGATACCACGTTCCTGGCCATCGAAGCGAAAGACCCTACGTCGTTCGACATGCTGAAAAACACCACCTTCATCGGCATCATCTCGCTGATGGGCTGGGGCCTGGGCTACTTCGGCCAGCCGCATATCCTGGCGCGCTTCATGGCGGCAGATTCGGTCAAGTCGATTGCCAAGGCGCGTCGTATTTCCATGGCCTGGATGATCCTGTGCCTGGGCGGCACCGTTGCCGTCGGTTTCTTTGGTATCGCCTACTTCTCGGCGCACCCTGAAGTGGCCGGTCCGGTAACCGAAAACCCTGAGCGTGTGTTCATCGAACTGGCGAAACTGCTGTTCAATCCATGGGTTGCCGGTGTCCTGCTGTCGGCCATCCTGGCGGCGGTCATGAGCACCTTGAGCTGCCAACTGCTGGTATGCTCCAGTTCCTTGACCGAAGACTTCTACAAGACGTTCCTGCGCAAGAGCGCTTCCCAGCTGGAACTGGTCTGGGTCGGTCGTTTCATGGTGCTGCTGGTAGCGGTCATCGCCATCGCCCTGGCCGCCAACCCGGAAAACCGCGTGCTGGGCCTGGTGAGCTACGCCTGGGCCGGTTTCGGTGCGGCATTCGGTCCTGTGGTACTGATTTCGGTGATCTGGAAAGACATGACCCGTAACGGCGCGCTGGCCGGGATCCTGGTGGGTGCGATCACCGTAATCGTCTGGAAGCATTTCGAGCTGCTGGGCCTTTACGAAATCATCCCTGGCTTCATCTTTGCCAGCCTGGCGATCTACCTGGTCAGCAAGATGGGTTCGCCAACCGCCGGCATGCTGCAGCGCTTCGAAGCGGCCGAGAAGGATTTCCGCTTGAATCAATAA MSFSNPTLITFVIYIAAMVLIGLMAYRSTNNLSDYILGGRSLGSVVTALSAGASDMSGWLLMGLPGAIYMSGLSESWIAIGLIIGAYLNWLFVAGRLRVQTEHNGDALTLPDYFASRFEDKSGLLRIISAVVILVFFTIYCASGIVAGARLFESTFGMSYETALWAGAAATIAYTFIGGFLAVSWTDTVQATLMIFALILTPIIVLLATGGVDTTFLAIEAKDPTSFDMLKNTTFIGIISLMGWGLGYFGQPHILARFMAADSVKSIAKARRISMAWMILCLGGTVAVGFFGIAYFSAHPEVAGPVTENPERVFIELAKLLFNPWVAGVLLSAILAAVMSTLSCQLLVCSSSLTEDFYKTFLRKSASQLELVWVGRFMVLLVAVIAIALAANPENRVLGLVSYAWAGFGAAFGPVVLISVIWKDMTRNGALAGILVGAITVIVWKHFELLGLYEIIPGFIFASLAIYLVSKMGSPTAGMLQRFEAAEKDFRLNQ PGPT0013970_1151 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 D1-35_03350 2028 vgrG1_4 Actin cross-linking toxin VgrG1 ATGTTCGCGCCTGCCAACTCGCCACGTTTTACGCTGACATTCGACAGCGGCCCGAATGAATTGCAGGTCCTTGAGTTCAAGGGCACGGAAGCCGTCAGCCAGCCCTATCGCTTTGATCTGGAACTGGTCAGCGAGCGGCCCGACCTGGTGCTTGAAGATCTATTGCATCGTCAGGCTTATCTGCGCTTCGGCCACCAAGGTGGCGGGATACACGGCCAGGTCTATAGCGTCGCCCAAGGCGATTCGGGCGAGCGGCTGAGCCGTTATCAAATCAGCCTGGTGCCTCGCCTGGCTTACTTGCGCCATCGCATCAACCAGCGGATTTTCCAGCACCTGAGCGTGCCGGAAATCATCGCCCACGTATTGAAGGACCACGGTATTCTCGCCGATGCCTGCCAGTTCACTGGTCTCGGCGGACGATACCCCGAGCGTGAATATTGCGTGCAGTACCACGAAAGCGATCTGGTTTTTATCGAGCGGATTTGCGCCGAAGTCGGCATCCATTATCACTTCCGACACAGCCCTGACGGCCACCTGCTGATATTTGGCGACGACCAGACGGTGTTCCCGCGCTTGCCCGAGTCCACTGTGTATCTGCCCGGCAGCGGCATGGCTGCCGCCGAGCCGGCCATCAAGCGCCTGGCGGTGCGGCTGCAGACCCACACCAACGCCGTGATGTTGCGCGACTACGATTTTCGCAAGCCGGGCCTCTCGTTGCAGGCGGACATCGACAATCAGCAACTTCCCGTTCTGGAGAGTTATCACTACCCCGGCCAGTTCACCGACCGCGACGATGGCCAGCATCTGGCCCAGCATGCTCTCGAGCGGCAGGCGGGTGATGGGTGCCTGGCGGAGGGCGGCAGCGATGACAGCGCCTTTGCCAGCGGACATTTCATGTGTATCAAGGAGCATCCCCGGGCGCAATGGAACGACCTCTGGTTGCTGACGCAGGTTGACCACCATGGCCGCCAGCCGCAGGTGCTGGAAGAAAACGCCTCTGTCGGCGCGGATGAGTTCCAGGGCTACCGAAATAGCTTCCTCGCGACGCCGTGTGAAGTGTTCTTTCGTCCGCCGTTGCAACACAGGAAGCCGTCCGTCAACGGCTACCAGCCCGCGGTGGTGACCGGCCCGGCGGACAGCGAAATACATTGCGACGCGTTCGGGCGGGTCAAGGTGCAACTGGTCTGGGATCGCGACGGTAAGCGTGACGAGCATTCCGGTTGCTGGCTGAGGGTGGCGAGCGGCTGGGCACACGATCACTACGGCGGCGTGATGATTCCCCGGGTCGGCATGGAAGTGCTGGTGGGGTTCATGGAGGGCGACGTGGACAAGCCGCTGGTGGTGGGCTGTCTGCCGAACGGCGCCAACCCGGTACCGCTGGACCTGCCGGCGGACAAGACCCGCAGCATATTGCGCAGCCAGAGCAGCCCCGGTGGCGGTGGCTACAACGAGTTGCGCATCGAGGACCGCAAGGGTGCCGAGGAAATCTACCTGAGGGCCCAGCGCAACTGGACCCAGCACGTGTTGCACGACCAGCGCGTGCAGGTCGATCACGAGCGCAGCATCGTGGTCGCAGGCTTGTCGCGGCATGAACTGCAGAACGGCGAGCAGCGCATCACCGCAGGTCGGCGTCAGGTCGAGGTCCGCCAGGACGATCACCTGCTGGTCACGGGCGATCGGCATATCCGCGTGGCCAACCAGGCCATCAGCGCCGTGGGGGGCTTTCATGTCAGTGCCGGCCGGCAGGTCGTGCTGGAGGGTGGCGCCAGCGCGACCATCCAGGCCGGTGGGCACTGGATCAACATCGGTCCGGGCGGAATCTTCAGCAGCGTGCCGATCCAGGTCGGTGGCGCGCCGATGGCAGTCATGGGGGCCGAAGCCATTGCGCCCGGCGCGGCGGGAAAACTCGCCGCCGCGCCGGCCTCAGCCCTTAGCCATGCGCAGATCCTCAGCCTGAAAAGCCCCGCGCCGTTCTGCGAGGAATGCGAGCGCTGCAAGGAGGGCGCCTGTGATCTGTTGGCGTATTGA MFAPANSPRFTLTFDSGPNELQVLEFKGTEAVSQPYRFDLELVSERPDLVLEDLLHRQAYLRFGHQGGGIHGQVYSVAQGDSGERLSRYQISLVPRLAYLRHRINQRIFQHLSVPEIIAHVLKDHGILADACQFTGLGGRYPEREYCVQYHESDLVFIERICAEVGIHYHFRHSPDGHLLIFGDDQTVFPRLPESTVYLPGSGMAAAEPAIKRLAVRLQTHTNAVMLRDYDFRKPGLSLQADIDNQQLPVLESYHYPGQFTDRDDGQHLAQHALERQAGDGCLAEGGSDDSAFASGHFMCIKEHPRAQWNDLWLLTQVDHHGRQPQVLEENASVGADEFQGYRNSFLATPCEVFFRPPLQHRKPSVNGYQPAVVTGPADSEIHCDAFGRVKVQLVWDRDGKRDEHSGCWLRVASGWAHDHYGGVMIPRVGMEVLVGFMEGDVDKPLVVGCLPNGANPVPLDLPADKTRSILRSQSSPGGGGYNELRIEDRKGAEEIYLRAQRNWTQHVLHDQRVQVDHERSIVVAGLSRHELQNGEQRITAGRRQVEVRQDDHLLVTGDRHIRVANQAISAVGGFHVSAGRQVVLEGGASATIQAGGHWINIGPGGIFSSVPIQVGGAPMAVMGAEAIAPGAAGKLAAAPASALSHAQILSLKSPAPFCEECERCKEGACDLLAY PGPT0030410_3194 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_03351 840 rlmJ COG2961 Ribosomal RNA large subunit methyltransferase J ATGAATTATCGCCATGCCTTCCACGCCGGCAATCACGCCGATGTGTTCAAACACCTGACCTTGACCCGCCTCATTGCCCTGATGTCGCGCAAGGAGCAGCCCTTTGCCTACCTCGATACCCACGCGGGCATCGGGCTGTACGACTTGCAGGGTGACCAGGCCAATCGCACCGGCGAATACCTGGAAGGCATCGCGCGGTTGTGGGGCCAGGATGACCTGCCGCCGCTGACCGCCGAGTACATGAAGGTGCTGCACGAGATGAACCCGGACGGCCAGTTGCGTTATTACCCGGGCTCACCGGAGCTGGCGCGGCGCCTGACCCGGGCGCAGGATCGGGTGCTGCTCAACGAGAAACATCCCGAAGACGGTGTACTGCTCAAGGACAACATGAAGGGTGACCGTCGCGTGGCGGTGCACCTGGGCGAAGGCTGGCATGTGCCGCGGGCTCTGCTGCCGGTGAGCGAGAAGCGCGGGCTGATGCTCATCGATCCGCCGTTCGAGCAGCTCGACGAGATGCAGCGCTGCGCCGCTTCGCTCAAGGAAGCCATCGGCCGGATGCGCCAGACGGTTGCGGCGATCTGGTACCCGGTGAAGGACCAGCGCATGTTGCGTCGCTTCTATCAGGACCTGGCCGGCACCGGCGCGCCGAAGCTGTTGCGGGTGGAATTGCTGGTGCATCCGCTGGCCACGCCGAACAGCCTGAACGGCTCCGGCCTGGCCATCGCCAATCCGCCTTGGGGGCTTGAGGAAGAATTGCGGGAATTGCTGCCCTGGTTATCCAGGAAGCTCGGGCAGACCCAGGGTGGTTGGCAGATGGATTGGTTGATTGCTGAAAGCTGA MNYRHAFHAGNHADVFKHLTLTRLIALMSRKEQPFAYLDTHAGIGLYDLQGDQANRTGEYLEGIARLWGQDDLPPLTAEYMKVLHEMNPDGQLRYYPGSPELARRLTRAQDRVLLNEKHPEDGVLLKDNMKGDRRVAVHLGEGWHVPRALLPVSEKRGLMLIDPPFEQLDEMQRCAASLKEAIGRMRQTVAAIWYPVKDQRMLRRFYQDLAGTGAPKLLRVELLVHPLATPNSLNGSGLAIANPPWGLEEELRELLPWLSRKLGQTQGGWQMDWLIAES NA NA NA NA NA D1-35_03353 648 msrA COG0225 Peptide methionine sulfoxide reductase MsrA ATGGTCTTGCGCTCGGAAATCCTGGTGAACAAAAACGTGCTTCCTACTCAAGAACAAGCTCTGCCTGGCCGTGAAACCCCGATGACCGTGCCGGAAAAACACTTCGTCCATGACGCGCCGCTGCTGGGCCCGTTTGCCATGGACGTGGACTTCGCGATCTTTGGCCTGGGTTGCTTCTGGGGTGCGGAGCGCAAGTTCTGGCAACGTGAAGGCGTGGTCAGCACGGCGGTGGGTTACGCGGGCGGCTTTACGCCAAACCCGACTTACGAAGAGGTCTGCTCGGGCCTGACCGGCCACAGCGAAGTGGTGCTGGTGGTCTACGAGCCGGAGAAAGTCAGCTACAACGAACTGCTGGCGATGTTCTGGGAACTGCACAACCCGACCCAGGGCATGCGCCAGGGCAACGACATCGGCACCCAGTACCGCTCGGTGGTCTACTGCACCACGCCCGAGCAGCTGGAAGCGGCGAAAAAGAGCAAGGAACTATTCCAGGCTGAACTGACCAAGGCCGGGCTGGGAGAAATCACCACCGAAATCGACGAAGCGCCGACCTTCTACTTTGCCGAGGCGTATCACCAGCAATACCTGGCGAAGAACCCTGAAGGTTATTGCGGGATTGGCGGTACGGGCGTGACTTGCCCGATCTGA MVLRSEILVNKNVLPTQEQALPGRETPMTVPEKHFVHDAPLLGPFAMDVDFAIFGLGCFWGAERKFWQREGVVSTAVGYAGGFTPNPTYEEVCSGLTGHSEVVLVVYEPEKVSYNELLAMFWELHNPTQGMRQGNDIGTQYRSVVYCTTPEQLEAAKKSKELFQAELTKAGLGEITTEIDEAPTFYFAEAYHQQYLAKNPEGYCGIGGTGVTCPI PGPT0013065_2269 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013065-msrA-K07304 NA NA D1-35_03354 2694 hypothetical protein ATGAAAAGCCAACCCGATGCCGCCAGCCGTATGGCGGCCGAGGTAGTGACGCAGTTACCGGTGCCCTCGCGGCTCGGTATGCTGCGTTTCGAACGGCTGAATGAAGCAAGCTGGGCGCTACTGTTTCTCGATCCCAACTGCGAACGTTACTTTGGCCTGCCGGCCGTCGAGCTGTGCTCGCTGGTGAGCTCACCCTACGCCAGCCTCATGGAGCCGGAAGCACGCTATCAGCTGCACGACGCGATCCAGCAGCAGTTGACCCAGGCCCCTCATTACCAGATCCGCTACACGCTGCACACCGCCAGGGGACCGTTGAACCTCCTGGAAACGGGTGAAACCTACAAACAGCACAACCGCCATTTGCTGCGCGGCTATCTGCTGGTGGTGGACAGCCTGCTGCCGACCGAGCCCTCCGTGCCGGCGCTCGATCTGGAAACCCAGAACTCGCGCCTGCAGATCGCCCTGGAACTGAACCAGCGCGCCCAGCAGGAGCAGCTCCAGCACCTTGACCGGGTGCGCGCCCAACAAGACCTGATTCTGCTGCTGACCCGCCAGCGCTATAGCGCCAACAATTCGTTGCAGGAAGCCGCCGAGCTGATTACCCGTAGCGCCTGCGATATCTACCAGATCGACAGCGCCAGCATCTGGAATCTGGAGGACGGCAAACTGCTGCCGATCTCGGCCTATAACCGCGCCTCCCAGGGATATTTCCTTCCAGGGGTAATCAACGCCAGCGACTTCCCAACCTACATGGAAGCGTTGCAGACCTGCCGCGCCATTGATGCCCACAATGCGATGCGCGACCCGCGCACCCGCGAGATGGCCGAGAACCTGCGCATCCGCGACGTCAACGCAATTCTCGACGCCAGTATCCGTATCGACGGCCAGGTGGTAGGCGTCCTGTGCCTGGAGCAAGTGGGCGCCACCCGCGCCTGGCAATCGGATGAAATCGCCTTTGCCGGCGAACTGGCGGACCAGTTCGCCCAGGTCATCAACAACCACAACCGGCGCACCGCCACCAGCGCCCTGCACTTGTTCCAGCGCGCGGTGGAACAGAGCGCCAACGCGTTCCTGCTGGTCAACTGCGACGGCGTGGTGGAATACGTCAACCCGAGCTTCACCGCCATCACTCAGTACACCACTGAAGAAGTCCACGGTCAGCGCCTGTCCGAGCTGCCGGCTCTGGAGAATCTCAGCGAACTGCTCTTCGACGCACCGTCGGCCCTGGCCCAGAGCAACAGCTGGCAGGGCGAATTCAAGAGCCGACGCAAAAACCTCGAGCCCTACTGGGGCCAGCTGTCGATTTCCAAGGTCTATGGCGACAACCGCGAACTGACCCACTACATCGGCATCTACGAAGACATCACCCAGACCAAACTGGCGCAGCAGCGCATCGAACGCCTGGCCTACACCGACAACCTGACCAACCTGGGCAACCGCCCGGCGTTCATTCGCAATCTCGATGAACGCTTCGCCCGGGACAGTGACTCGCCCATCAGCCTGTTGCTGGTGGACATCGACAACTTCAAGCGCATCAACGACAGCCTCGGCCACCAGACCGGCGACAAGCTGCTGATCAGCCTGGCCCGACGCCTGCGCAACAGCCTGAGCCCAAGCGGCAGCCTGGCGCGGTTCGCCAGTAACGAGTTCGCCGTACTGCTGGATGACACCGGCCTGGAAGCCGGCCAGCAGATCGCCAGCCAATTGCTGATGACGCTCGACAAGCCGATGTTCGTCGATAACCAGTTGATCAGCGTGACCGGTTCGGTCGGCCTGGCCTGCGCACCGTTGCATGGGCGTGACCCGCAGACGCTGATGCGCAACGCCGGCCTTGCCCTGCACAAGGCCAAGGCCAACGGCAAGCATCAGGTCCAGGTGTTCACCGAGGCGCTGAACGCCGAGGCCAGCTACAAGCTGTTCGTGGAAAACAACCTGCGCCGCGCCCTGACCCAGAATGAACTGGACGTTTTCTACCAGCCCAAGCTGTGCCTGCGCAGCGGTCGCCTGCTGGGCATGGAGGCGCTGCTGCGCTGGAACCACCCGGAAAAAGGCATGATCCGTCCGGACCAGTTCATCAGCGTGGCCGAGGAAACCGGCCTGATCATCCCCATCGGCAAATGGATCGCCCGCCAGGCTTGCCGCATGAGCAAGCAATTGACCGCAGCCGGCCTGGGCAACCTGCAGGTGGCGATCAACCTGTCGCCCAAGCAGTTCTCCGACCCGGACCTGGTGGCCTCGATCGCCAGCATCCTCAAGGAAGAGCAACTGCCCGCCCGCTTGCTGGAACTGGAGCTGACCGAAGGCTTGCTGCTCGAAGCCACCGAAGACACGCACCTGCAACTCGACCAGCTCAAGCGCCTGGGCCTGACCCTGGCCATGGACGATTTCGGTACCGGTTATTCATCCCTGAGCTATCTGAAGAAATTCCCGATCGACATCATCAAGATCGATCGCAGCTTCATCCATGAAATCCCGGACAACCAGGACGACATGGAAATCACCTCCGCCGTGATCGCCATGGCCCACAACCTGAAACTCAAGGTCGTCGCCGAAGGCATCGAGACCGCCCAGCAGCTGGCGTTCCTGCGTCGCCACCGCTGCGACGTCGGCCAGGGCTACCTGTTCGACCGGCCGATTCCCGGTGCAGAGCTTGTCGAGAAGCTCAAGCGCTACCCGCGCGGCCCTCTTGTCTGA MKSQPDAASRMAAEVVTQLPVPSRLGMLRFERLNEASWALLFLDPNCERYFGLPAVELCSLVSSPYASLMEPEARYQLHDAIQQQLTQAPHYQIRYTLHTARGPLNLLETGETYKQHNRHLLRGYLLVVDSLLPTEPSVPALDLETQNSRLQIALELNQRAQQEQLQHLDRVRAQQDLILLLTRQRYSANNSLQEAAELITRSACDIYQIDSASIWNLEDGKLLPISAYNRASQGYFLPGVINASDFPTYMEALQTCRAIDAHNAMRDPRTREMAENLRIRDVNAILDASIRIDGQVVGVLCLEQVGATRAWQSDEIAFAGELADQFAQVINNHNRRTATSALHLFQRAVEQSANAFLLVNCDGVVEYVNPSFTAITQYTTEEVHGQRLSELPALENLSELLFDAPSALAQSNSWQGEFKSRRKNLEPYWGQLSISKVYGDNRELTHYIGIYEDITQTKLAQQRIERLAYTDNLTNLGNRPAFIRNLDERFARDSDSPISLLLVDIDNFKRINDSLGHQTGDKLLISLARRLRNSLSPSGSLARFASNEFAVLLDDTGLEAGQQIASQLLMTLDKPMFVDNQLISVTGSVGLACAPLHGRDPQTLMRNAGLALHKAKANGKHQVQVFTEALNAEASYKLFVENNLRRALTQNELDVFYQPKLCLRSGRLLGMEALLRWNHPEKGMIRPDQFISVAEETGLIIPIGKWIARQACRMSKQLTAAGLGNLQVAINLSPKQFSDPDLVASIASILKEEQLPARLLELELTEGLLLEATEDTHLQLDQLKRLGLTLAMDDFGTGYSSLSYLKKFPIDIIKIDRSFIHEIPDNQDDMEITSAVIAMAHNLKLKVVAEGIETAQQLAFLRRHRCDVGQGYLFDRPIPGAELVEKLKRYPRGPLV PGPT0023624_777 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_03355 1392 hypothetical protein ATGTTCAAACCTACCGTCGGCCCCATCGTCGGCCACACCACGACCCACCATGCGCGGATATTCCTGCGCGGCGACCACGCCAGCAACAGGGTCTTCGCCGGGATTCGCCACAGGCGCCAAGGTGACACCGGCTGGTCGCAAGGCCAATTCGTGCAATTGAAGGCTTACCGCGACATGACCGCTGTCATCGTGCTCAAGGGTCTTCGCGCCGATACCGCCTACGAATACCAGGCGGGCTGGTTCAGCCCCATGCGCCCGACCCATACCGCGGCGACCGTGGGTCAACTGCTATTGCCATGGCCAGGGGAGGTTTACCACTTGCGCACGCCGTCCGGCACCGACAACGCTACTCGCAGTTATATCCTAGGCTCCTGTCGCTATTTGCAGATCGTCGGCGACATGCCGTTGCTGCCCGGGCTCGGTGATCGGATCTTCGCGAGCATCAACCGCCTCGTGAAACAGGCTGATCCGCCGATCAGTGCCGTATTGATGACCGGTGACCAGGTCTACCTCGATGACCTGAACAGGGTCGCCCCGGACCGCAGCGCCCGGGACATTCTGTTCAAGTACCGCTCGGCCTTCTCCCAGCCGCACATCAGGCGCTTGATGTCCAGCGTACCGACCTACATGATCCTCGATGACCATGAAATAGAGGACAACTGGCCCGCCAATAAAGAACCGGACGATGAGCGTCTATACGCCAACGCCCTGGATGCCTACGCGCTGTATCAGGCCAGCCATGGCCCGGCTGGCGAAGACCTGGACGACGCAAGCCCAGGCCGACCGCCGCGACGATACTGGTACCTGTTCGCTCACGGCGATATCCAATGGTTCGTCACCGACAGCCGGACCCGACGCAACCTGTCGGCGGCTGACCGGCGCATCCTTGATCAAGAACAGGAGCAGGCGCTGCTCGAATGGCTCATCGGCAGCACTGCCCGGGTCAAGCTTGTCGTAACCAGCGTCATGTTCTATCCCGATCGCAAACTGGATGACGGAGACGCCTGGCAAGCCTTCCCGAACCAACGCCTGCGCCTGATCGAAGCCATCCGCACGCACCGGATCAAAAACGTGATTTTTGTGTCCGGCGACGTGCACGGCTCCCTGACCAGCCGCCTGGTTCATAACCAGGATCCTGATTTCGCAGTCCACACCATCGTTTCCTCGCCGCTGTGCAACAGCCTGCTGCTGCCCTACGCCACAGCCTCGAGTTTCATCATCGGCGAGCCCATGGCCAAGGCAGCGGGCGGCGAGTATCGATATGAACTGACCAGCAAGGTCATCAGCCAGGACAATTTCGCTCAGCTGCGAGTAACGACCCAGAGCATTCAAGTGACCTTTCATGACCGTGACGGCGGCCCCTTGGAGGTCGTCGATATACCGTTGCGCTGA MFKPTVGPIVGHTTTHHARIFLRGDHASNRVFAGIRHRRQGDTGWSQGQFVQLKAYRDMTAVIVLKGLRADTAYEYQAGWFSPMRPTHTAATVGQLLLPWPGEVYHLRTPSGTDNATRSYILGSCRYLQIVGDMPLLPGLGDRIFASINRLVKQADPPISAVLMTGDQVYLDDLNRVAPDRSARDILFKYRSAFSQPHIRRLMSSVPTYMILDDHEIEDNWPANKEPDDERLYANALDAYALYQASHGPAGEDLDDASPGRPPRRYWYLFAHGDIQWFVTDSRTRRNLSAADRRILDQEQEQALLEWLIGSTARVKLVVTSVMFYPDRKLDDGDAWQAFPNQRLRLIEAIRTHRIKNVIFVSGDVHGSLTSRLVHNQDPDFAVHTIVSSPLCNSLLLPYATASSFIIGEPMAKAAGGEYRYELTSKVISQDNFAQLRVTTQSIQVTFHDRDGGPLEVVDIPLR PGPT0002575_2385 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0002575-phoD-K01113 NA NA D1-35_03356 1647 aceF COG0508 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex GTGAGCGAACTCATTCGCGTACCTGACATCGGCAGCGGTGAAGGTGAAGTAATTGAACTGTTTGTGAAGGTCGGCGACCGCATCGAAGCCGACCAGAGCATCCTGACGCTTGAATCGGACAAGGCCAGCATGGAAGTGCCCGCGCCGAAGGCCGGTGTCATCAAGAGCCTGAAAGTGAAGCTGGGCGATCGCCTGAAAGAGGGCGACGAGCTGTTGGAACTGGAAGTCGAAGGCGCCGCTGCGGCACCTGAAGCGCCAGCGCCCGCTGCGGCCCCGGCGGCGGCTGAAAAGCCTGCCGCCGCACCGGCTGCAGAAGCCGCTCCGGCGGCTGCGGCTGCACCTGCGGCGGCCTCTGTCCAGGACATTCATGTCCCGGACATCGGTTCGTCGGGCAAGGCCAAGATCATCGAAGTACTGGTCAAGGCCGGCGACACCGTCGAAGCCGACCAGTCGCTGATCACCCTGGAATCCGACAAGGCCAGCATGGAGATCCCTTCGCCGGCTGCCGGCGTGGTGGAAAGCGTCGAGGTCAAGCTGGACGACGAAGTCGGCACCGGTGACTTGATCCTGAAGCTGAAAGTAGCCGGTGCCTCGGCACCTGCCGTGCCAGCCCCGGCTGCTGCGCCTGCTGCCAAGGCTGAGTCGGCCCCGGCTCCGGCTCCAGCCGCCGCGCCTGCCGCCAAGGCCGAAGCGGCTCCTGCCCCTGTCGCCGCTGCGCCTGCGCCAAGCGGTGCCAAGGTGCACGCCGGCCCAGCCGTGCGTCAGCTGGCCCGTGAGTTCGGCGTCGAGCTGTCGGCCGTCGGTCCAAGCGGTCCTCACGGCCGCGTGCTGAAGGAAGACGTGCAGGCCTACGTCAAGGCCATGATGCAGAAGGCCAAGAACGCACCGGCCGAAGGCGCCACTGGCGGCGCGGGTATCCCGCCGATTCCGGCGGTGGACTTCAGCCGCTTCGGTGAAACCGAAGAAGTCGCGATGACCCGCCTGATGCAGATCGGCGCGTCGAGCCTGCATCGCAGCTGGCTGAACATTCCACACGTGACTCAGTTCGACCAGGCTGACATCACCGAACTGGAAGCCTTCCGCGTCGCACAGAAAGCCGTGGCCGAAAAGGCCGGCGTGAAGCTGACCGTGTTGCCGCTGCTGCTCAAGGCTTGCGCGCACCTGCTCAAGGAATTGCCGGACTTCAACAGCTCCCTGGCCCCAAGCGGCAAGGCTGTGATCCGCAAGAAGTACGTGCACATCGGCTTTGCCGTCGACACCCCGGAAGGCCTGCTGGTACCGGTCATCCGTAACGTCGACCAGAAGAGCCTGCTGCAACTGGCTGGCGAAGCCGCTGCCCTGGCCGAAAAAGCCCGGAACAAGAAGCTCACCGCCGACGACATGCAGGGCGCCTGCTTCACCATCTCCAGCCTCGGTCACATTGGCGGCACCGGCTTCACGCCGATCGTCAACGCGCCGGAAGTGGCGATCCTGGGTGTCTCCAAGGCCACCATCCAGCCAGTCTGGGACGGTAAAGCCTTCCAGCCCAAGCTGATGCTGCCGCTGTCGCTGTCCTACGATCACCGTGTGATCAATGGTGCGGCCGCTGCACGCTTCACCAAGCGCTTGAGCGACCTGCTGGGCGACATCCGCACCATCCTGCTGTGA MSELIRVPDIGSGEGEVIELFVKVGDRIEADQSILTLESDKASMEVPAPKAGVIKSLKVKLGDRLKEGDELLELEVEGAAAAPEAPAPAAAPAAAEKPAAAPAAEAAPAAAAAPAAASVQDIHVPDIGSSGKAKIIEVLVKAGDTVEADQSLITLESDKASMEIPSPAAGVVESVEVKLDDEVGTGDLILKLKVAGASAPAVPAPAAAPAAKAESAPAPAPAAAPAAKAEAAPAPVAAAPAPSGAKVHAGPAVRQLAREFGVELSAVGPSGPHGRVLKEDVQAYVKAMMQKAKNAPAEGATGGAGIPPIPAVDFSRFGETEEVAMTRLMQIGASSLHRSWLNIPHVTQFDQADITELEAFRVAQKAVAEKAGVKLTVLPLLLKACAHLLKELPDFNSSLAPSGKAVIRKKYVHIGFAVDTPEGLLVPVIRNVDQKSLLQLAGEAAALAEKARNKKLTADDMQGACFTISSLGHIGGTGFTPIVNAPEVAILGVSKATIQPVWDGKAFQPKLMLPLSLSYDHRVINGAAAARFTKRLSDLLGDIRTILL PGPT0001390_2387 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 D1-35_03357 2646 aceE_2 COG2609 Pyruvate dehydrogenase E1 component ATGCAAGACCTCGATCCCGTCGAAACCCAGGAATGGCTGGACGCCCTGGAATCGGTTCTCGACAAAGAAGGCGAAGACCGTGCTCATTACCTGATGACCCGTATGGGCGAACTCGCAACCCGCAGCGGTTCGCAACTGCCCTACGCCATCACCACGCCGTACCGCAACACAATCCCCGTCACCCACGAAGCACGCATGCCTGGCGACCTGTTCATGGAACGCCGCATTCGCTCGCTGGTGCGTTGGAACGCGTTGGCCATGGTCGTGCGGACCAACCTGAAAGATTCTGACCTGGGCGGTCACATCTCCAGCTTCGCCTCCAGCGCGACGCTGTATGACATCGGCTTCAACTACTTCTTCCAGGCCCCGACCGACGAACACGGCGGCGACCTGATCTACTTCCAGGGTCACGCATCGCCAGGCGTCTACGCCCGTGCGTTCATGGAAGGCCGCATCACCGAAGACCAGATGAACAATTTCCGCCAGGAAGTGGACGGCAACGGCCTGTCCTCGTACCCACACCCTTGGCTGATGCCCGATTTCTGGCAGTTCCCGACCGTATCCATGGGCCTGGGCCCGATCCAGGCCATCTACCAGGCACGCTTCATGAAGTACCTGGAAGCCCGTGGCTTCATCCCGGCCGGCAAGCAGAAAGTCTGGTGCTTCATGGGTGACGGCGAGTGCGACGAGCCGGAATCCCTGGGCGCAATCTCCCTGGCCGGCCGCGAGAAGCTCGACAACCTGATCTTCGTCATCAACTGCAACCTGCAGCGCCTCGACGGCCCGGTTCGCGGCAACGCCAAGATCATCCAGGAACTCGAAGGCGTGTTCCGTGGCGCCCAGTGGAACGTCAACAAAGTCATCTGGGGCCGTTTCTGGGACCCACTGCTGGCCAAGGACGTCGACGGCATCCTGCAACGTCGCATGGACGAAGTCATCGACGGCGAGTACCAGAACTACAAGGCCAAGGACGGCGCGTTCGTCCGCGAGCACTTCTTCAACTCGCCTGAACTCAAGGCGATGGTCGCCGACCTGTCCGACGACGAGATCTGGAAGCTCAACCGTGGCGGCCATGACCCGTACAAGGTCTATGCGGCTTACCACCAGGCGGTCAACCACAAAGAGCAGCCGACCGTCATCCTGGCCAAGACCATCAAGGGTTATGGCACCGGTGCCGGCGAAGCGAAGAACACCGCGCACAACACCAAGAAGGTCGATGTCGACAGCCTGAAGCTGTTCCGCGATCGCTTCGACATTCCGGTCAAGGACAGCGAGCTGGAAAACCTGCCGTTCTTCAAGCCGGAAGAAGGCAGCGCCGAGGCCCGTTACCTGGCCGAGCGGCGCGCCGCCCTGGGTGGTTTCGTGCCGCAGCGCCGCGCCAAGAGCTTCAGTATCCCGACCCCACCACTGGAAACCCTCAAGGCGATCCTGGACGGCTCGGGCGACCGTGAAATCTCCACCACCATGGCCTTCGTGCGGATCCTCGCGCAACTGGTCAAGGACAAGGAGATTGGCCAGCGCATCGTTCCGATCATCCCGGACGAAGCCCGTACCTTCGGTATGGAAGGCATGTTCCGCCAGCTGGGCATCTACTCGTCCGTCGGCCAGCTCTACGAGCCAGTCGATAAAGACCAGGTGATGTTCTACCGCGAGGACAAGAAGGGCCAGATCCTCGAAGAAGGCATCAACGAAGCGGGCGCCATGAGCTCGTTCATTGCCGCCGGTACTTCGTACTCCAGCCACAACCAGCCGATGCTGCCGTTCTACATCTTCTATTCGATGTTCGGCTTCCAGCGTATCGGCGACCTGGCCTGGGCCGCTGGCGACAGCCGTACCCGTGGCTTCCTGATCGGCGGTACCGCCGGCCGGACCACGCTGAACGGCGAAGGCCTGCAGCACGAAGATGGCCACAGCCACATGCTGGCCGGGACCATCCCGAACTGCCGCACCTATGATCCGACCTACGGCTACGAGCTGGCGGTGATCATCCAGGACGGCATGAAAAAGATGATCGAAGAGCAACAGGACGTCTTCTACTACATCACCGTGATGAACGAGTCCTACCAGCAGCCAGCCATGCCGGCCGGCGTCGAGGCAGGTATCGTCAAGGGTATGTACCTGCTCGAGGAAGACACCCGCGAAGCGGCGCACCACGTCCAGCTGATGGGCTCCGGCACCATCCTGCGCGAAGTGCGTGAAGCGGCGAAGATCCTGCGCGAAGAATTCAACGTCGGCGCCGACGTCTGGAGCGTCACCAGCTTCAACGAATTGCGTCGCGACGGCCTCGCTGTAGAGCGCAGCAACCGCCTGCACCCTGGCCAGAAGCCGAAACTGAGCTACGTCGAAGAATGCCTGAACGGTCGCAAAGGGCCGGTCATCGCCTCTACCGACTACATGAAGCTGTTCGCCGAGCAGATCCGCCAGTGGGTTCCTTCCAAGGAGTTCAAGGTGCTGGGCACCGACGGTTTCGGCCGTAGCGACAGCCGCAAGAAGCTGCGTCACTTCTTCGAAGTCGACCGTAAGTTCGTTGTGTTGGCAGCCCTGGAAGCACTGGCTGACCGCGGCGATATCGAACCCAAGGTGGTGGCCGAGGCCATCGTCAAGTTCGGCATCGATCCGGAAAAACGCAACCCACTGGACTGCTGA MQDLDPVETQEWLDALESVLDKEGEDRAHYLMTRMGELATRSGSQLPYAITTPYRNTIPVTHEARMPGDLFMERRIRSLVRWNALAMVVRTNLKDSDLGGHISSFASSATLYDIGFNYFFQAPTDEHGGDLIYFQGHASPGVYARAFMEGRITEDQMNNFRQEVDGNGLSSYPHPWLMPDFWQFPTVSMGLGPIQAIYQARFMKYLEARGFIPAGKQKVWCFMGDGECDEPESLGAISLAGREKLDNLIFVINCNLQRLDGPVRGNAKIIQELEGVFRGAQWNVNKVIWGRFWDPLLAKDVDGILQRRMDEVIDGEYQNYKAKDGAFVREHFFNSPELKAMVADLSDDEIWKLNRGGHDPYKVYAAYHQAVNHKEQPTVILAKTIKGYGTGAGEAKNTAHNTKKVDVDSLKLFRDRFDIPVKDSELENLPFFKPEEGSAEARYLAERRAALGGFVPQRRAKSFSIPTPPLETLKAILDGSGDREISTTMAFVRILAQLVKDKEIGQRIVPIIPDEARTFGMEGMFRQLGIYSSVGQLYEPVDKDQVMFYREDKKGQILEEGINEAGAMSSFIAAGTSYSSHNQPMLPFYIFYSMFGFQRIGDLAWAAGDSRTRGFLIGGTAGRTTLNGEGLQHEDGHSHMLAGTIPNCRTYDPTYGYELAVIIQDGMKKMIEEQQDVFYYITVMNESYQQPAMPAGVEAGIVKGMYLLEEDTREAAHHVQLMGSGTILREVREAAKILREEFNVGADVWSVTSFNELRRDGLAVERSNRLHPGQKPKLSYVEECLNGRKGPVIASTDYMKLFAEQIRQWVPSKEFKVLGTDGFGRSDSRKKLRHFFEVDRKFVVLAALEALADRGDIEPKVVAEAIVKFGIDPEKRNPLDC PGPT0001385_2616 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D1-35_03358 2940 glnE COG1391 Bifunctional glutamine synthetase adenylyltransferase/adenylyl-removing enzyme ATGAGCCTGCCCTCGCTTGCCGAAATTCCGGCAATTCTCCAGTCATTGGTCAGTCGCGCCGAGCAGTCGTTCCGCGCGGCGGTCGCTTCGCTGGACGACGATCACGGGCTGTCCGCCTGGACGCCGCAGCGTTGGGCCGAGTTCAACCGCGTCGCCGCTGCCAGTGACTTTGTCATCGAACAAAGTGTACGGGATCCTGCGATGCTGCTGGAACTGGTGCGCAGCGGTGAGCTGGACCGCAGCCTGGCGGCGGGTGAAATGTGCGGGCAGATCGCCGCTGCCGTACGAGCCGCCGAGAGCGAGGATGAACTGGGTCGCGTACTGCGTCGCCAGCGCACCCGTCAGCAAGTACGGATCATCTGGCGCGACCTGACCCGCCAGGCCGATCTGGTACAGACCTGCCGTGATCTCTCGGACATGGCCGACACCTGCATCGATCAGGCGTATCAGTGGTTGTACCAGCGCCTGAGCCAGCAATTCGGCACCCCCACCGGCCGGCGCAGTGGCGAGCCGCAGCAGATGGTCATCCTGGGCATGGGCAAGCTGGGAGCGGTGGAACTGAACCTGTCGTCGGACATCGACCTGATCTTTGCCTACCCCGAAGGCGGCGAAACCGTTGGCGCGAAGCGGCCGCTGGATAACCAGGAGTTTTTCATCCGCGTCGGCCAGCGGCTGATCAAGGCCCTCGACCCGATGACCGTCGACGGGTTCGTGTTCCGCGTCGACATGCGCTTGCGCCCCTACGGCTCGGCCGGTGCCCTGGTATTGAGCTTCAATGCCCTGGAACAGTATTACCAGGATCAGGGGCGCGACTGGGAACGCTACGCCATGATCAAGGCGCGGGTGGTGGCCGGCGACCAGGTGGCCGGCGCGCAATTGCTCGACATGCTGCGCCCGTTCGTCTATCGCCGTTACCTGGATTTCTCTGCCATCGAAGCGCTGCGCACCATGAAGCAGCTGATCCAGCAGGAGGTGCGGCGCAAAGGCATGGCCGACAACATCAAGCTGGGCTCGGGCGGCATTCGCGAGGTGGAGTTCATTGCCCAGGCGTTCCAGCTGATCCATGGCGGTCGTGACCTGAGCTTGCAGCAACGGCCGTTGTTGAAGGTGTTGGGTACCCTGGAAGGCCAGGGCTATCTGCCGGCCAAGGTCATCGATGAATTGCGCCAGGGGTATGAATTCCTGCGATACACCGAGCACGCGATCCAGGCCATTGCCGATCGCCAGACCCAGATGCTGCCGGATAACCCGCAAGACCAGGCGCGCATTGCGTTCATGCTGGGCTTCGTCGATTGGGCGGCGTTCCACGAGCAGTTGATGTACTGGCGCGGTCGGGTGGCGTGGCATTTTGGCCAGGTCATCGCTGACCCGGATGAGGACGAGGGCGGCGAAGGCGAAGTGGTGGTTGGCGGCGAATGGTTGCCATTGTGGGAAGACAGTCAGGACGAGGAGGCGGCGTGTCGTCAGTTGGAGGAGGCCGGTTTTGCCGATGCACCCAAAGCGCTCAAGGCCCTCGCTGTCCTGCGTGCCAGCCCGCAGCTGCGCGCCATGCAGCGCCTGGGGCGCGAGCGCCTGGACGCGTTCATTCCGCGCCTGCTCGCCCAGGCGGTGGAACATGCCGACCCGGACCTGGTGCTCGAACGGGTATTGCCGCTGGTAGAGGCCGTCGCCCGCCGTTCGGCCTATCTGGTGCTGTTGACCGAGAACCCCGGCGCCCTGCGGCGTTTGTTGACGCTGTGCGCGGCGAGTCCGTGGATCGCCGAGCAGATCACCCGGTTCCCGCTGTTGCTCGATGAATTGCTCAATGAAGGCCGTTTGTTCAAGCCGCCCCTGGCGCCTGAGCTCGCGGCGGAGTTGCGTGAGCGTCTGACACGGATTCCCGAGGACGATCTTGAGCAGCAGATGGAAGCCTTGCGGCATTTCAAACTGGCGCACCGCTTGCGGGTGGCCGCCTCGGAAATCGCCGGCAGCCTGCCGCTGATGAAAGTCAGCGATTACCTGACCTGGCTGGCCGAAGCGATTCTCGAACAGGTGCTGGCCCTGGCCTGGCGCCAGACGACGGCCAAGCATGGGGTGCCACTGCGCACCGACGGCAGCCTGTGTGATCCGGGCTTCATTATTGTCGGTTATGGAAAAGTCGGGGGGCTGGAACTGGGGCATGGTTCCGACCTGGATCTGGTGTTTATCCACGACGGTGACCCGCAGGCCGAAACCGACGGTCCGAAACCCATCGATGGCGCACAGTTTTTCACCCGGCTTGGTCAGCGAATCATTCATTTGCTGACGGCCCAGACCAACTCTGGGCAGCTGTATGAGGTGGACATGCGCCTGCGACCTTCCGGGGCGTCGGGCTTGCTGGTCAGTTCTCTGGGGGCGTTTGCCCGTTACCAGGAAAACGAAGCCTGGACCTGGGAGCATCAGGCGCTGGTACGTGCCCGGGTGCTGGTGGGCAGCCAGGATGTGGGCCAGGCGTTCGAAAAAGTCCGCGTTCAGGTACTGGGACGCTCGCGTGACTTGCCGACTTTGCGCCAGGAGGTCAGCGAGATGCGCGCCAAGATGCGCGATAATCTCGGCAGCAAGGCCACCGCTGCCGGAACCGCGCCAAATGCCTTCGAAGCCACGGCACCCTTCGACCTCAAGCAGGACGCCGGAGGTATCGTCGATATTGAATTTATGGTGCAATACGCGGCCCTGGCGTGGTCCGAGGAACATCCATCGCTGGTCCGCTATACCGACAACATCCGCATCCTGGACGGGTTGCAGGAGGTCGGGTTGCTGCCCGCCGAGGACGCCACGCTGTTGCGCGAAGCCTACAAGGCCTACCGCTCAGCCGCCCACCGCCAGGCTCTGCAGAAAGACGCCGGGGTGATCGCAGGCGATCAGTTCGTCGAGGAGCGTCGACAGGTGATGCGAATCTGGCGGGAGTTGGGGCTCAGCTGA MSLPSLAEIPAILQSLVSRAEQSFRAAVASLDDDHGLSAWTPQRWAEFNRVAAASDFVIEQSVRDPAMLLELVRSGELDRSLAAGEMCGQIAAAVRAAESEDELGRVLRRQRTRQQVRIIWRDLTRQADLVQTCRDLSDMADTCIDQAYQWLYQRLSQQFGTPTGRRSGEPQQMVILGMGKLGAVELNLSSDIDLIFAYPEGGETVGAKRPLDNQEFFIRVGQRLIKALDPMTVDGFVFRVDMRLRPYGSAGALVLSFNALEQYYQDQGRDWERYAMIKARVVAGDQVAGAQLLDMLRPFVYRRYLDFSAIEALRTMKQLIQQEVRRKGMADNIKLGSGGIREVEFIAQAFQLIHGGRDLSLQQRPLLKVLGTLEGQGYLPAKVIDELRQGYEFLRYTEHAIQAIADRQTQMLPDNPQDQARIAFMLGFVDWAAFHEQLMYWRGRVAWHFGQVIADPDEDEGGEGEVVVGGEWLPLWEDSQDEEAACRQLEEAGFADAPKALKALAVLRASPQLRAMQRLGRERLDAFIPRLLAQAVEHADPDLVLERVLPLVEAVARRSAYLVLLTENPGALRRLLTLCAASPWIAEQITRFPLLLDELLNEGRLFKPPLAPELAAELRERLTRIPEDDLEQQMEALRHFKLAHRLRVAASEIAGSLPLMKVSDYLTWLAEAILEQVLALAWRQTTAKHGVPLRTDGSLCDPGFIIVGYGKVGGLELGHGSDLDLVFIHDGDPQAETDGPKPIDGAQFFTRLGQRIIHLLTAQTNSGQLYEVDMRLRPSGASGLLVSSLGAFARYQENEAWTWEHQALVRARVLVGSQDVGQAFEKVRVQVLGRSRDLPTLRQEVSEMRAKMRDNLGSKATAAGTAPNAFEATAPFDLKQDAGGIVDIEFMVQYAALAWSEEHPSLVRYTDNIRILDGLQEVGLLPAEDATLLREAYKAYRSAAHRQALQKDAGVIAGDQFVEERRQVMRIWRELGLS PGPT0000655_1041 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000655-glnE-K00982 NA NA D1-35_03359 714 rspR_1 COG1802 HTH-type transcriptional repressor RspR ATGAGCAAGCCCGGCCAAACGGTGCTGGTTGCGTTGCGTCGGATGATCGCCTCCGGCGAGCTGGCGGCCGGCGAGCGGCTGATGGAAATTCCCACGGCGCAGTTGTTCGGCGTCTCGCGGATGCCGGTGCGCATGGCGTTTCGCACCCTGGAGCAGGAAGGGCTGCTGGTGCGTTTTGGCGGGCGGGGTTTCCAGGTGCGCTCGGTCAGCGCCGAGGAGATTGCCGGGGCGGTGGAAGTGCGTGGGGTGCTGGAGGGCCTGGCTGCCCGGCAAGCCGCCGAACGCGGTTTGTCCGAGGAGGCTCGCCGGGCGCTTGAGCAGTGCCTGGTCGATGGCGACGAACTGTTCGCCAAAGGTTATGTGACCGAAGAGGACCTGGAGGTCTATCACGACCTCAACATGCGTTTTCACCAGGTAATCGTCGAGGGCAGCCACAACCCGGCCATCGCCGACGCCCTGGCGCGCAACGATCACCTGCCGTTCGCCTCGGTCACGGCCCTGGCGGTCGACCGCCAGAACATGGCCGGCGAATACCGGCGCTTCAACTATGCCCACATGCAGCATCATTCGGTGTTCGACGCGCTGGTCAATCGCCAGGGCGCCCGGGCCGAGGCGATCATGCGCGAGCACGCCAACGCGACCCTGCGCTACGCCGAGGTGTTTGGCTCGACGCTGGCGGATGAGCGGATGAAGGTAATCCTTAGAACTGAATGA MSKPGQTVLVALRRMIASGELAAGERLMEIPTAQLFGVSRMPVRMAFRTLEQEGLLVRFGGRGFQVRSVSAEEIAGAVEVRGVLEGLAARQAAERGLSEEARRALEQCLVDGDELFAKGYVTEEDLEVYHDLNMRFHQVIVEGSHNPAIADALARNDHLPFASVTALAVDRQNMAGEYRRFNYAHMQHHSVFDALVNRQGARAEAIMREHANATLRYAEVFGSTLADERMKVILRTE NA NA NA NA NA D1-35_03360 1872 menE 2-succinylbenzoate--CoA ligase GTGAGTTCCGAGTTCAGATCATCCTCCCGGCCCGAACCTGCGCGCTATCGCCAGGTGTCGATCGGGCATCCAGCCGTTGAAGTGAAGGAAGAGCAGGGCATCCTGCAGATGCGCTCCCTGGAGCCCTTGGCGCCGTTGCCGTCGCGCCTGCTCGATCGCCTGGTGCACTGGGCCCGGGTGCGACCGGACCAGACGTTCATTGCCGCTCGCGAAAACCAAGGCGATTGGCGTCACGTCAGCTATGCGGAAATGCTCGACAGCGTGCGGGCCATTGCCCAAGGCCTGCTTCGTTATGGCCTGTCGGCCGAAAAACCCCTGGCGCTGCTCTCGGGTAACGACATCGAGCATTTGCAAATGGCCTTGGGCGCGATGTACGCCGGGATTCCCTATTGCCCGGTGTCGCCGGCCTATTCGTTGCTGTCCCAGGATTTCGCCAAGTTGCGGCACGTCTGCGACCTGTTGCAGCCGGGGCTGATATTTGTCAGCGAGGCCGCGCCGTTCGAGCGCGCGATCAATGCGGTATTGCCTATGGATATCCCCCTGGTCAGCGTGCGCGGAGAAATACCCGGCCGCGCCAGGACAAGCTTCGCCAGCCTGCTGGCGCAGCCGGGCGGCAGCGAGGCCGAGCGGGCTTTCACCGCCACCGGCCCGGACAGCATCGCCAAGTTCCTGTTCACCTCCGGCTCCACCAAGCTGCCGAAGGCGGTGATCACCACCCAACGCATGCTTTGCGCCAACCAGCAGATGCTCTTGCAGACCTTCCCGGTGTTTGGCGAGGAACCACCAGTGCTGGTGGATTGGCTGCCCTGGAACCATACGTTTGGTGGCAGCCATAACGTCGGCATCGTGCTGTACAACGGCGGCACCTTCTATCTGGACGATGGCAAGCCCACCGTCCAGGGCTTCGCCGAAACCTTGCGCAATCTCAAGGACATTTCCCCAACCGCTTACCTGACCGTGCCCAAGGGCTGGGAGGAATTGGTCAGCGCGCTGGAACAGGACGCCGAACTGCGCGAGCGCTTTTTCAAGCGCATCAGCCTGTTCTTCTTCGCCGCGGCGGGGCTTTCGCAGAGCACCTGGGATCGCCTCGACAAGGTGGCCGAGCAGCATTGCGGCGAGCGCATCCGCATGATGGCCGGCCTGGGCATGACCGAAGCGTCGCCGTCCTGCACCTTCACCACCGGGCCGCTGTCCATGGCCGGCTACATCGGCTTGCCGGCGCCAGGTTGCGAAGTGCGGATGGTGCCGGTGGACGGCAAGTTCGAAGGGCGCTTTCGCGGGCCACACATCATGCCCGGCTACTGGCGGTCGCCGCAGCAGACCGCCGAGGTGTTCGACGAGGCCGGTTTCTATTGTTCGGGCGACGCCATCAAGCTGGCCGATGCCGCCAACCCGCAGTTGGGGCTGATGTTCGACGGGCGCATCGCCGAAGACTTCAAATTGTCCTCCGGCGTGTTCGTCAGCGTCGGGCCGTTGCGCAACCGCGCGGTGCTGGAGGGCACGCCGTACGTCCAGGACCTGGTGGTGACGGCGCCGGACCGCCCGCACCTGGGCGCGCTGGTATTCCCGCGCCTGCATGACTGCCGGCGCCTCTCGGGCCTGGCGCAGGACGCCAGCGACGCCGAGGTCCTGGCCAGCCCGCCGGTGCGCCAGTGGTTTGCCGACTGGTTGCAGCGCCTGAACCGCGAAGCCAACGGCAACGCCAGTCGTGTGGAGTGGATCGCACTGCTCGACGAACCCGCTTCCATCGACCGTGGCGAAATCACCGACAAGGGCTCGATCAACCAGCGCGCCGTGTTGCAATGGCGCGCGGCGAAGGTCGAGGCGCTGTATCGGGGAGAAGACCCAACGGTCCTGCGCGCTGGCAATTAA MSSEFRSSSRPEPARYRQVSIGHPAVEVKEEQGILQMRSLEPLAPLPSRLLDRLVHWARVRPDQTFIAARENQGDWRHVSYAEMLDSVRAIAQGLLRYGLSAEKPLALLSGNDIEHLQMALGAMYAGIPYCPVSPAYSLLSQDFAKLRHVCDLLQPGLIFVSEAAPFERAINAVLPMDIPLVSVRGEIPGRARTSFASLLAQPGGSEAERAFTATGPDSIAKFLFTSGSTKLPKAVITTQRMLCANQQMLLQTFPVFGEEPPVLVDWLPWNHTFGGSHNVGIVLYNGGTFYLDDGKPTVQGFAETLRNLKDISPTAYLTVPKGWEELVSALEQDAELRERFFKRISLFFFAAAGLSQSTWDRLDKVAEQHCGERIRMMAGLGMTEASPSCTFTTGPLSMAGYIGLPAPGCEVRMVPVDGKFEGRFRGPHIMPGYWRSPQQTAEVFDEAGFYCSGDAIKLADAANPQLGLMFDGRIAEDFKLSSGVFVSVGPLRNRAVLEGTPYVQDLVVTAPDRPHLGALVFPRLHDCRRLSGLAQDASDAEVLASPPVRQWFADWLQRLNREANGNASRVEWIALLDEPASIDRGEITDKGSINQRAVLQWRAAKVEALYRGEDPTVLRAGN PGPT0019895_153 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0019895-fcs-K12508 NA NA D1-35_03361 1449 vdh Vanillin dehydrogenase ATGCTGGACGTGCCCCTGTTGATTGGCGGCCAGTCGTGCCCGGCCCGCGATGGCCGGACCTTCGAGCGCTGCAACCCGGTGACCGGTGAAGTGGTGTCCCGCGTGGCCGCCGCCACGCTGGAAGATGCCGACGCCGCCGTGGCCGCCGCACACGCTGCCTTCCCGGCCTGGGCCGCGCTGGCGCCCAACGAGCGTCGCACCCGTCTGTTGCGCGCGGCCGAGCAGTTGCAGGCGCGCAGCGGCGAATTTATTGCCGCCGCTGGCGAAACCGGCGCCATGGCCAACTGGTACGGCTTCAATGTGCATCTGGCTGCAAACATGCTCCGCGAAGCCGCCTCCATGACCACGCAAATCAATGGCGAAGTCATCCCTTCGGACGTGCCCGGCAGTTTCGCCATGGCCTTGCGTCAGCCGTGTGGCGTGGTGTTGGGCATCGCGCCGTGGAACGCCCCGGTCATTCTCGCCACCCGCGCAATCGCCATGCCCCTGGCGTGCGGCAACACTGTGGTACTCAAGGCCTCGGAAGTCAGCCCGGCCGTGCACCACCTGATCGGCCAGGTGCTGCAGGACGCCGGTCTGGGCGATGGCGTGGTCAATGTCATCTGCAATGCGCCCACGGATGCGCCGGCCATTGTCGAGCGCCTGATCGCCAACCCGGCGGTACGGCGGGTCAACTTCACGGGCTCGACCCACGTCGGCCGCATCGTCGGCGAACTGTCGGCGCGTCATCTCAAGCCGGCATTGCTGGAGCTGGGCGGCAAGGCACCGCTGCTGGTGCTCGATGACGCCGATCTTGACGCAGCGGTGCAGGCGGCGGCGTTTGGGGCCTACTTCAACCAGGGCCAGATCTGCATGTCCACCGAGCGCCTGATCGTAGACGCGAGCGTGGCCGATGCCTTTGTCGCCCGACTGACCGCGAAGATTGCGACCCTGCGCGCCGGCGATCCTGCCGCGGGTGATTCGGTGCTGGGCTCGCTGGTGGACACCAGCGCCGGACTGCGCATCAAAGGCCTGATCGACGATGCCCTGGCCAAAGGCGCCAGACTAGTCGCCGGCGGCCAACTGGACGGCAGCATCCTCCAACCGACCTTGCTCGACGGGGTCACCCCGGACATGCGCCTGTACCACGAAGAGTCCTTCGGACCGGTGGCGGTGTTGCTGCGCGGCGACGGTGACGAAGCGTTGCTGCGCCTGGCCAACGATTCCGAGTTCGGCCTGTCGGCGGCGATCTTCAGCCGCGATACCAGCCGCGCCCTGGCGCTGGCCCAACGAATCGAATCCGGCATCTGCCACATCAATGGCCCGACCGTGCACGACGAGGCGCAAATGCCCTTCGGCGGGGTCAAGTCCAGCGGCTACGGCAGCTTTGGCGGCAAGGCCGCCATCGAGCATTTCACCCAGTTGCGCTGGGTGACGATGCAGAACGGCCCACGGCATTACCCGATCTGA MLDVPLLIGGQSCPARDGRTFERCNPVTGEVVSRVAAATLEDADAAVAAAHAAFPAWAALAPNERRTRLLRAAEQLQARSGEFIAAAGETGAMANWYGFNVHLAANMLREAASMTTQINGEVIPSDVPGSFAMALRQPCGVVLGIAPWNAPVILATRAIAMPLACGNTVVLKASEVSPAVHHLIGQVLQDAGLGDGVVNVICNAPTDAPAIVERLIANPAVRRVNFTGSTHVGRIVGELSARHLKPALLELGGKAPLLVLDDADLDAAVQAAAFGAYFNQGQICMSTERLIVDASVADAFVARLTAKIATLRAGDPAAGDSVLGSLVDTSAGLRIKGLIDDALAKGARLVAGGQLDGSILQPTLLDGVTPDMRLYHEESFGPVAVLLRGDGDEALLRLANDSEFGLSAAIFSRDTSRALALAQRIESGICHINGPTVHDEAQMPFGGVKSSGYGSFGGKAAIEHFTQLRWVTMQNGPRHYPI PGPT0005525_231 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 D1-35_03362 831 Hydroxycinnamoyl-CoA hydratase-lyase ATGAGCAATTACGAAGGTCGCTGGACAACGGTCAAGGTCGACATCGAGGAAGGCATCGCCTGGGTAACCCTCAATCGCCCGGAAAAACGCAACGCCATGAGCCCGACCCTCAACCGCGAGATGATCGATGTGCTGGAGACCCTGGAACAGGATCCCGCCGCTGGCGTGCTGGTGCTGACCGGTGCGGGGGAGGCCTGGACCGCCGGCATGGACCTCAAGGAATATTTCCGCGAAGTGGATGCCGGGCCGGAAATCCTCCAGGAAAAAATCCGTCGCGAAGCCTCGCAATGGCAATGGAAACTGCTGCGCATGTACGCCAAGCCGACCATTGCCATGGTCAACGGCTGGTGCTTCGGCGGCGGCTTCAGCCCGCTGGTGGCGTGCGACCTGGCGATCTGCGCCGACGAAGCCACCTTCGGCCTTTCGGAAATCAACTGGGGCATCCCGCCCGGCAACCTCGTGAGCAAAGCCATGGCCGATACCGTGGGCCATCGCCAATCCCTGTACTACATCATGACCGGCAAGACCTTCGGCGGGAAAAAAGCCGCGGAGATGGGCCTGGTCAATGAAAGCGTACCCCTGGCACAGCTGCGTGAGGTCACCGTGGAGCTGGCGCGCAACCTGCTGGAGAAAAACCCGGTGGTGCTGCGCGCGGCCAAGCATGGTTTCAAGCGTTGCCGCGAGCTGACCTGGGAGCAGAACGAGGACTACCTCTACGCCAAGCTGGACCAGTCGCGCCTGCTCGACACCGAGGGCGGCCGCGAGCAGGGCATGAAGCAGTTCCTGGACGACAAGAGCATCAAGCCGGGCCTGCAAACCTACAAACGCTGA MSNYEGRWTTVKVDIEEGIAWVTLNRPEKRNAMSPTLNREMIDVLETLEQDPAAGVLVLTGAGEAWTAGMDLKEYFREVDAGPEILQEKIRREASQWQWKLLRMYAKPTIAMVNGWCFGGGFSPLVACDLAICADEATFGLSEINWGIPPGNLVSKAMADTVGHRQSLYYIMTGKTFGGKKAAEMGLVNESVPLAQLREVTVELARNLLEKNPVVLRAAKHGFKRCRELTWEQNEDYLYAKLDQSRLLDTEGGREQGMKQFLDDKSIKPGLQTYKR PGPT0019905_108 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_HYDROXYCINNAMIC_ACID_RESISTANCE ADAPTION_TO_PIS-HCA_DEGRADATION-VANILLIN_INTERMEDIEATE,PGPT0019905-ferB-K18383 NA NA D1-35_03363 489 slyA_2 Transcriptional regulator SlyA ATGGCCAAGTCTTCCAAGCTTGCCGAAGCCGCCGCGGCGCCCCTGGCCGACGGTACCGACACGCAGGCGCCGCTGGATTCCGCGCTGGATGACCTGATCGGTTACGCCTTGCGTCGCGCGCAGTTGAAACTGTTCCAGAACCTGATCAGCCGTCTCGCGGTCCACGACTTGCGACCGGCCCAGTTCTCGGCCCTGGCGATCATCGACCAGAACCCCGGCCTGATGCAGGCCGATCTGGCCAAGGCGCTGGCCATCGAGCCACCGCAAGTGGTGCCCTTGTTGAACAAACTGGAAAGCCGCGCCCTGGCCGTACGGGTGCGCTGCAAGCCGGACAAGCGCTCCTACGGGATTTTCCTGAGCAAGACCGGCGAAACCCTGCTCAAGGAGCTCAAGCAGATCGCCGCCCAGAGCGACCTGGACTCCACCGCCGCCCTCAATGGTGCCGAGCGCGAGGAACTGCTGCGGTTGCTGAAGAAGGTTTATCAGTAA MAKSSKLAEAAAAPLADGTDTQAPLDSALDDLIGYALRRAQLKLFQNLISRLAVHDLRPAQFSALAIIDQNPGLMQADLAKALAIEPPQVVPLLNKLESRALAVRVRCKPDKRSYGIFLSKTGETLLKELKQIAAQSDLDSTAALNGAEREELLRLLKKVYQ NA NA NA NA NA D1-35_03364 1308 nicP_3 Porin-like protein NicP ATGCCAGATATCATCCGGAACGCCCAGGCGGCGATCCCTGTTTCACCGCTCGTTCACTGGTTGGCCGGAACCGGGCTGAGTCTTCTTTGCAGCGTGGCGCTGGCCGAAGGTTTCATCGACGACAGCCACGGCACGTTGACCCTGCGAAATTACTACATGGATCGCGATTACAAGGACGACGGCGCCAAGACTGCGGCCCGGGAGTGGGCCCAAGGCGTGTTCATGAACGTCGAGTCGGGCTTTACCCCCGGTACGCTCGGATTTGGCCTGGATGTACGGGGGCTGCTGGGCATCAAGCTCGACTCCTCGCCGGACCGCAGCGGCACTGAACTGTTGCCGGTGTCGAGCAGCGACAAGCGCGCGGCGGATGAATACTCGCGGCTGGGCGTGACCGGCAAGTTGCGTTTCGGGCAAACCACGGTAAAGACCGGCGATGTCTCGATTTTCCTGCCGTTTGCCTTCGCCAGTCCGTCGCGGCTATTGCCGCAGACCTTTCGCGGGACAACCCTGAGCTCCAAGGACGTCGACGGATTGGCGCTGAACACCGGTTACATCGATCGCATCGCCCGGCGCGATTCTACCGATTACCAGCCGATGAGCATCGCCTCGCCCAATCGTCGTTTCAACGGCGCGGCGACCTCGTCTCACATGGCGTACGTGGGAGGCGATTATCAGGTCAACAAGGATCTCGGCCTGCGCATCTACCACGCCGAAGTTGCCGATCTGTACCAGCAGAATACCTTCGCCTTGCTGCATAACCTGCCATTGGGTGATGGAGTGCTGACCACCGATCTACGGAGTTTTTTCAGCAGCGAGGAGGGTGCCGCCAAGGCTGGCAAGGTGGATAACCGCAACGTCTCGGCGCTGGTCGGTTATCGCCTGGGCGGGCATCGCGTCAGCCTGGGCTACATGCATTCGAGCGGCGATACGGCAACACCGTACGTGTCGGGCACCGAGCTGATGGGTTTGAGCGAAATGACCATGAGTTCGGACTTTCTCAATGCCAAGGAGCGCACCTGGCAAGCGATCCACGATTATGACTTCGCCGCCGTTGGCGTGCCTGGCTTGCGGACCCGGTTGCGTTACGTGCGTGGCGACCATATCGAGCTGGCGGCCCTTAATGCCGAGGATCGCAAGGAGCGTGAGTTCCAGATGGAGTTGGGTTATGTGATCCAGAGCGGCCCGCTGAAAAACGTCGGCCTGCTGGCGCGCAAGTCGATCTACCGAAACGACTTTCCGGGAACGGCGGCGTTTCGCGATGAAAACCAGACCCGGTTCCTGGTGACGTACAGCGTGCCGATCTGGTGA MPDIIRNAQAAIPVSPLVHWLAGTGLSLLCSVALAEGFIDDSHGTLTLRNYYMDRDYKDDGAKTAAREWAQGVFMNVESGFTPGTLGFGLDVRGLLGIKLDSSPDRSGTELLPVSSSDKRAADEYSRLGVTGKLRFGQTTVKTGDVSIFLPFAFASPSRLLPQTFRGTTLSSKDVDGLALNTGYIDRIARRDSTDYQPMSIASPNRRFNGAATSSHMAYVGGDYQVNKDLGLRIYHAEVADLYQQNTFALLHNLPLGDGVLTTDLRSFFSSEEGAAKAGKVDNRNVSALVGYRLGGHRVSLGYMHSSGDTATPYVSGTELMGLSEMTMSSDFLNAKERTWQAIHDYDFAAVGVPGLRTRLRYVRGDHIELAALNAEDRKEREFQMELGYVIQSGPLKNVGLLARKSIYRNDFPGTAAFRDENQTRFLVTYSVPIW NA NA NA NA NA D1-35_03365 1227 mhpT 3-(3-hydroxy-phenyl)propionate transporter ATGAACCATCCGCCGCGTCGTGCGACGTTGACCATTGCCCTGTGTTTCATCGTCGCGCTGATCGAAGGCTTTGATCTTCAATCGGCCGGCACCGCCGCTGCCGGCTTGCGACAGACCTTCGCCCTGGACCCGAAGATGATGGGCTGGGTCTTCAGCGCGGGGATCATCGGCCTGCTGCCAGGTGCGTTTTTCGGCGGCTGGATTGCCGATCGCATCGGCCGCAAGAAAATCCTGATTGCCGCTGTCCTGCTGTTCGGCGTGTTTTCCCTCGGCACCGCGTTTGTCGAGCAATTCTCCAGCCTGCTGCTGGTGCGCTTCATGACCGGCCTGGGACTGGGCGCCGCCCTGCCCAACCTCATCGCCCTGTGCGCTGAAGCCGTGGGCGAACAACGCCGTGGTACCGCCATCAGTGTCATGTACGCCGGGGTTCCGCTGGGTGGCGCGCTGGCGGCAGTGGTCGCCATGACCTTTGGCGAGCACTGGCAGATGACGTTCTTCATCGGTGGCCTGGCGCCCTTGCTGGTGGTGCCGTTGATGCTGCTGTGGCTGCCGGAGTCCAGTGCTTTCAAGCAGATACGACACGTCGCGGGCGAGGTCCGTGGTTCGACCGGTCAGGCGCTGTTCGGCGAAGGCCGGGGGCTGACAACGCTGGGCCTCTGGTTGAGTTATTTCTTCACCCTGACGGTGATGTACATGCTGCTCAACTGGCTGCCTTCTTTGCTGGTGGAACAAGGTTTCAGCAAACCCCAGGCCGGCCTGGTGCAGATGCTGTTCAACATCGGCGGGGCCCTGGGATCGTTGATCGGTGGTTTGTTGCTGGACCGTTTCAACGCCGTCAAGGTAGTGCTGTTTGTCTATGCCGGCCTGCTGAGCGCCCTGGCCGGGGTCGGTTTGTCGGTGGGCATCATGCCGATGGGCATCGCCGGGTTTGCCGCCGGGCTGTTTGTCATGGCGGCGCAACTGGTGCTTTATGCCTCGGCGCCGCCCTCCTACCCTACGGCGGTGCGCGCAACCGGCGTCGGCGCAGCCGTTGCCATCGGGCGCCTGGGCTCGGTGGCCGGGCCTTTGGCCGCCGGCCAGATCCTCGCGGCTGGCGGCGGGACCACTGCGGTACTGCTGGCGACTTCCCCTGGATTGGTGGTGGCGACGTTGGCCATCCTCAGCGTGATCCGCCGTTCGGCCGGGCCACGGTTGGGCACGGCAGAGCCGGTGGCGCAGAAATCCTGA MNHPPRRATLTIALCFIVALIEGFDLQSAGTAAAGLRQTFALDPKMMGWVFSAGIIGLLPGAFFGGWIADRIGRKKILIAAVLLFGVFSLGTAFVEQFSSLLLVRFMTGLGLGAALPNLIALCAEAVGEQRRGTAISVMYAGVPLGGALAAVVAMTFGEHWQMTFFIGGLAPLLVVPLMLLWLPESSAFKQIRHVAGEVRGSTGQALFGEGRGLTTLGLWLSYFFTLTVMYMLLNWLPSLLVEQGFSKPQAGLVQMLFNIGGALGSLIGGLLLDRFNAVKVVLFVYAGLLSALAGVGLSVGIMPMGIAGFAAGLFVMAAQLVLYASAPPSYPTAVRATGVGAAVAIGRLGSVAGPLAAGQILAAGGGTTAVLLATSPGLVVATLAILSVIRRSAGPRLGTAEPVAQKS NA NA NA NA NA D1-35_03366 2421 hypothetical protein TTGAAAGACGACAGAATCCAAACCGTGATCGGCCGCCAGGAAGACTTCGACCGGACGTCGGGCAATTTCGCCGAGCGGGCGATTTTCAACCATCGACCGCTGGTAATCCTGCTGTGCCTGCTGGTGACCCTGGTGCTGGGCTGGCAAGCCACGCGCATCGGTATCAATGCCAGTTACGAGAAGACCATTCCCACCGGGCATCCCTACGTCGCCAACTTCCTGGAGAATCGCAGTGAGTTGAGTGGCCTGGGCAATTCGCTGCGCATCGCCGTGGAGGTCAGGCAGGGCAGTATTTTCACCAAGGACTATCTCGATACTCTGGCCAGGCTCAATGATGAGCTCTATCTGCTACCGGGCGTCGACCGCCCCTATATGAAATCGTTATGGACCCCGACCACGCGCTGGACCGCCGTGACGGAGGAGGGGCTCGATGGCGGCACGGTGATCCCTGACGATTACGATGGCTCGGCCAGCAGCATCGAACAGGTGCGCACCAACGTCGGCCGTTCCGGTGAAGTCGGCCAGTTGATCGCCGGCAACTACAAGTCCAGTGTGATCTTCGTGCCGCTGCTGGAGATCAACCCGCAGACGGGCAAGGCGCTGGACTATGGTGAGTTTTCCCGGCAACTGGAGGCGTTGCGAGACAAGTACCAGACCGACGACCTGCGGATCCATATCACCGGCTTTACCAAGATCGTCGGCGACCTGATCGAGGGAATGACCCAGGTCCTGCTGTTTTTCGTGGTGGCGGTACTGGTGACGGTGATGGTGCTGTTCGGCTACACCCGTTGTGCGCGCAGCACCCTGGTGGTGGTGACCTGTTCGCTGGCCGCCGTGCTTTGGCAACTGGGGCTGCTGGCACTGCTCGGTTACGAGCTGGACCCATACTCGGCACTGGTGCCGTTCCTGGTGTTCGCCATCGGCATGAGCCACGGCGCGCAGAAGATGAACGGCATCATGCAGGACATCGGTCGGGGCACCCACCGGGTGGTTGCCGCGCGTTATACCTTCCGCCGGCTGTTCGCCGCCGGCATCACCGCCTTGCTCTGTGATGCGGTGGGCTTTGCGGTGTTGCTGCTGATCAACATCCGGGTGATCCAGGACCTGGCGGTCACCGCCAGCCTCGGGGTGGCGGTGCTGATCTTCACCAACCTGATCCTCTTGCCGATCCTGCTCAGCTACATCGGCGTCAGCCCGGCAGCGGCGCAACGCAGCCTGAGCGCGGAAACCACCGAACAGCAAGCGCAGATCAAACATCCGCTGTGGCGCGTGCTCGATCTGTTCACCCAGCGGCGCTGGGCCATTGGCGCCATGCTGGCTGGCTTGTTGTTGGCCGCGTCTGGTTTTGCCGTGAGCCTGCACCTGAAGATCGGCGACCTGGACCCCGGCGCTCCGGAACTGCGTGCCGACTCTCGTTACAACCGCGATGCGCTGTTCATGACGCAAAACTATGCGGCCAGCTCGGACATCTTCGTGGTCATGATCAAGACCCCGGAGGATCAGTGCACCCGTTACGCCAGCCTGTCCGCGGTCGACGCGCTGGCCTGGCAACTGGAGCAATTGCCCGGCGTGGAATCGACCACCTCGATGGCGGCGCTGAGCAAGATCGCCACGGCCGGGTATAACGAGGGCAATTTCAAATGGTATGAACTGATACCCAACGACGGCGCGCTGGGCGCCGTGCAAACCCGCGCGCCACGAGAGCTGTTCAACCAGGGCTGCTCGATGCTGTCGCTGTACGTCTACCTGGCCGATCACAAGGCTGACACCTTGAACCGCGTGGTGGAGGCCAGCGAGCAGTTCATCGCCGGACATCAGCTGCCAGAGGTCAAGTTCATGCTGGCAGCCGGCAGTGCGGGGATTGAAGCGGCGACCAATATCGTCGTGAAGAAATCCATGCGCGAGATGCTCTTCTGGGTCTACGGCGCGGTCAGCCTGTTATGCCTGCTGACGTTCCGCAGCTGGCGCGCCACCCTCTGCGCGATGCTGCCGCTGATGCTCACCTCGATTCTGTGCGAGGCGCTGATGGTGGGGCTGGGCATGGGCGTGAAAGTCGCGACGCTGCCGGTCATCGCCCTGGGCGTGGGCATCGGCGTCGATTACGCGCTCTATGTGCTCAGCGTGATCCTGGCGCGCATGCGTGCCGGCGACACCCTCGCCCAGGCGTACTACCAGGCGCTGTTGTTCACCGGCAAAGTGGTATTGCTGACGGGCATGACATTGGCGGTGGCGGTGTCGACCTGGGCTTTTTCACCGATCAAGTTCCAGGCCGACATGGGGATCTTGCTGGCCTTCATGTTCCTGGTGAACATGCTTGGCGCCCTGATCCTGCTGCCGGCCCTGGCATGGTGGCTGTTGCCGCGGAAGGTGTTTGAAAAGAAGCCTGAACTGAGCCGGCGGGAGCGCTGGGTGAGGGGCTGA MKDDRIQTVIGRQEDFDRTSGNFAERAIFNHRPLVILLCLLVTLVLGWQATRIGINASYEKTIPTGHPYVANFLENRSELSGLGNSLRIAVEVRQGSIFTKDYLDTLARLNDELYLLPGVDRPYMKSLWTPTTRWTAVTEEGLDGGTVIPDDYDGSASSIEQVRTNVGRSGEVGQLIAGNYKSSVIFVPLLEINPQTGKALDYGEFSRQLEALRDKYQTDDLRIHITGFTKIVGDLIEGMTQVLLFFVVAVLVTVMVLFGYTRCARSTLVVVTCSLAAVLWQLGLLALLGYELDPYSALVPFLVFAIGMSHGAQKMNGIMQDIGRGTHRVVAARYTFRRLFAAGITALLCDAVGFAVLLLINIRVIQDLAVTASLGVAVLIFTNLILLPILLSYIGVSPAAAQRSLSAETTEQQAQIKHPLWRVLDLFTQRRWAIGAMLAGLLLAASGFAVSLHLKIGDLDPGAPELRADSRYNRDALFMTQNYAASSDIFVVMIKTPEDQCTRYASLSAVDALAWQLEQLPGVESTTSMAALSKIATAGYNEGNFKWYELIPNDGALGAVQTRAPRELFNQGCSMLSLYVYLADHKADTLNRVVEASEQFIAGHQLPEVKFMLAAGSAGIEAATNIVVKKSMREMLFWVYGAVSLLCLLTFRSWRATLCAMLPLMLTSILCEALMVGLGMGVKVATLPVIALGVGIGVDYALYVLSVILARMRAGDTLAQAYYQALLFTGKVVLLTGMTLAVAVSTWAFSPIKFQADMGILLAFMFLVNMLGALILLPALAWWLLPRKVFEKKPELSRRERWVRG NA NA NA NA NA D1-35_03367 1104 hcf136_1 Ycf48-like protein ATGAACGTTGAAAAAATCTTCGCGAGCCGCGGTCCGCTATGGGCGGTTTGTGTCCTGGTGTGCTGCCTGTGGGCGAGCGTGCCTTGGGTCGCGCACGCCACGACCTTGGCCGTACTGCAGCAACCGGCGCTGCCCACGGCCAAGGCGCCACGCGCGGTATTGCTCGGGCTGGCCCGGGCCGGTGAGCGCCTGGTGGCGGTCGGTGAGCGCGGGATCGTGCTGCTTTCCGACGATGCCGGAATGAATTGGCGCCAGGCCAAGGTGCCGGTCAGCGTCAGCCTGACGGCGGTGCAATTTGTCGATGCCGAACAGGGCTGGGCGGTCGGTCATCTGGGCGTGGTACTGCACACCCGGGACGGCGGCGAAACCTGGGAAAAGCAACTCGATGGCGAGCGTGCGATCGCCCTCGCGATGCAGGTTGCAGAGCGCGATGCCGATGAGCCCGGCGGTGCCAGCCAGTTGACGCAGGCTCGGCATATGCTCGCCGACGGGCCGGATAAACCGCTCCTTGACCTGTATTTCGTTGATCGCCTGCACGGCTACGTCGTGGGGGCGTACAACCAGATCTACCGTACCGACGACGGCGGGCGTAGCTGGCAACCGTGGATGCGTCATGTCGACAACCCGCAGGGCTTGAACCTGTATGGCGTCCGCGGCGTGGGCAAGGACCTGCTGCTGGTGGGAGAGCGCGGCCTGCTGTTGCGTTCGAGCGATGGCGGACAGTCGTTCCACGCCTTGAAGTCACCGTATGAAGGCAGTTTTTTCGGCCTGCTTGGCACCCGCGACGGGGCCTTGATTGCCTACGGTCTGCGTGGCAATGCCTGGTGGTCGGACGATCGAGGCAACAGTTGGCGACGCCTTGAGACCGCTATCGAGTCGACGCTGGCGGCGGCGCTTGAGCTGCGCGACGGCAGCCTGTTGTTGGCCAGCCAGGGCGGTGAGTTTTTATTCAGCCATGACCAAGGCCGCAGCTTTGACAAGCGTCAGAGCCGCAGCGGTGGCACGGTTGCCGCCGTGCAACAGGCGGTCGATGGCAGCCTCGCCAGCGTCGGTTTGAGCGGCGTGGCCGCCGACCAGGATCCGCGAGGCTCCAGTAAACCTTGA MNVEKIFASRGPLWAVCVLVCCLWASVPWVAHATTLAVLQQPALPTAKAPRAVLLGLARAGERLVAVGERGIVLLSDDAGMNWRQAKVPVSVSLTAVQFVDAEQGWAVGHLGVVLHTRDGGETWEKQLDGERAIALAMQVAERDADEPGGASQLTQARHMLADGPDKPLLDLYFVDRLHGYVVGAYNQIYRTDDGGRSWQPWMRHVDNPQGLNLYGVRGVGKDLLLVGERGLLLRSSDGGQSFHALKSPYEGSFFGLLGTRDGALIAYGLRGNAWWSDDRGNSWRRLETAIESTLAAALELRDGSLLLASQGGEFLFSHDQGRSFDKRQSRSGGTVAAVQQAVDGSLASVGLSGVAADQDPRGSSKP NA NA NA NA NA D1-35_03368 1362 putative protein ATGCAGAACCCAGCATTCCTGAACACCTGCGTCCTCGCCCTTGCCCTGGCCGGCATGAGCCTGGCGCAGGCGGCGGTATCGCCTGAGCAGGCCGCGCGCTTGAAAACCGATCTGACCCCCTTCGGTGGTGAGCGCGCCGGCAACGCCGATGGCAGCATCCCGGCCTGGCAGGGCGGTTATACCCAGGTCGCGCCCGGCTACAAAGCGGGTGACAAGCGCCCTGATCCATTTGCCGGCGACAAACCGCTGTACTCGATCAAGGCGTCGAACATGACGCAGTACGCCGGCCAACTGGCCGAGGGCACCCAGCTGCTGCTGAAGAAATATCCGGACTATCGCCTGGATGTGTACCCGACTCATCGCTCGGCCGCCGCGCCGCAATGGGTGTACGACAACACCAGCAAGAATGCCACGCGCGCCGCACTGGACGTGGACAGCGAAAAAGTCTCCAACGCCTATGGCGGCATCCCGTTCCCGATCCCTGAGAACGGTGCGCAGGTGCTGTGGAACTATCGGTTGTCCTGGCAGGGCGGCGACACCATCAGCTCGCCGTTCGATACCTGGCTGATGACCGCCGGTGGCAAGAAAGTCCAGGCGACCCGGGCCCAGTACACCTATCAGTTTCCCTACTACGTCGAAGGCGGCAGCCTGGAAAACTATTCGGGCAAGTACCTGCTGGGCAAGCTGTTCACCGAATTGCCGTCGTCCAAGGCCGGCGAGGGCCTGATGACCCATTGGGACCTGGACCCGGCCAATCGTGCGGCCTGGCAGTACCTGGTCGGTCAACGCCGGGTTCGTCGTGCACCGAACATTGCCTACGACACACCGGACTTCGTCACCTCCGGCGTCGGCCTGTTCGATGAGGCGTTCATGCTGTTCGGGCCCACCGATCGTTATGACCTCAAGCTGGTGGGCAAAAAAGAACTGATCGTCCCCTACAACAATAACCGCGCCGCGCTGGCCAAGAGCGACGAGCTGGTCAAGGTCGGTTTCCTCAATCCTGACCTGGTGCGCTGGGAGAAACATCGGGTCTGGGTCGTCGAGGCCACGCTCAAGTCCGGCAAGCGCCATGTCGTGCCGCGTCGCACCTACTACGTCGACGAAGACTCCTGGCAGATCCTGATGGCCGACGGTTATGACGCCCAGGGCAAGCTCGGTCGGCAGATGTATTCGCTGACGCTGCTGGCACCGGACCTGCCGGCCTTGACCGCACAGGTCATGTGGGGCAGCTACAACCTCGACACCGGGGCCTACTTCCTCAATTCGTCGAGCAACGACCTGACAGTCCAATACCAGAAGGTCGCGAAGCCTTCAGCGTCCTATTTCACGCCGGATGCCATGGCCAACGAAAACATGCGTTGA MQNPAFLNTCVLALALAGMSLAQAAVSPEQAARLKTDLTPFGGERAGNADGSIPAWQGGYTQVAPGYKAGDKRPDPFAGDKPLYSIKASNMTQYAGQLAEGTQLLLKKYPDYRLDVYPTHRSAAAPQWVYDNTSKNATRAALDVDSEKVSNAYGGIPFPIPENGAQVLWNYRLSWQGGDTISSPFDTWLMTAGGKKVQATRAQYTYQFPYYVEGGSLENYSGKYLLGKLFTELPSSKAGEGLMTHWDLDPANRAAWQYLVGQRRVRRAPNIAYDTPDFVTSGVGLFDEAFMLFGPTDRYDLKLVGKKELIVPYNNNRAALAKSDELVKVGFLNPDLVRWEKHRVWVVEATLKSGKRHVVPRRTYYVDEDSWQILMADGYDAQGKLGRQMYSLTLLAPDLPALTAQVMWGSYNLDTGAYFLNSSSNDLTVQYQKVAKPSASYFTPDAMANENMR NA NA NA NA NA D1-35_03369 1650 hypothetical protein ATGGATAACCTCAAAGACAGCTTTGGTTTCAAGCATTGCGCGCTATTCCTGGCGCTTTGCAGCAGCGGTGTGATGGGCGAGAGGGCCGAGGCCATGCAAATGGACCTGGGTGACTCCGACTGGAAACTGCGCTGGGACAACACCATCAAGTACAGCCAGGCCTGGCGCCTGCACGGACAGGACAGCCGTCTGGTCAACGCGCCGACCGCCAATGGCCTGTACCCCTCGATCCAGAGCCAGGGCGACAAGAACTTCAGTCGCGGCCTGGTCTCCAACCGTCTCGACCTGTTTTCCGAAATGGACCTCAGCCGGCAAAACTACGGGCTGCGGGTCAGCGGCGCGGCCTGGTACGACGATATCTACAACCAGGACACCGACAGCAGCGAGCAGCCACATTTCCTCAGCGAAACCCGCGAGCTGCATGGACGCGACGCTGAGATTCTCGATGCCTTCGTGTTCCTGCGCGGAGACCTCGGGGATGACTCCCAAGGCGTGGCGCGTCTTGGACGCCACAGCCTGATCTACGGCGAAAGCCTGTTCTACGGCGGCAACGGCATTGCCAATGCCCAGGGGCCGACCGATGTGGTCAAGTTGCTCAGCGTGCCGGGAACACAGTTCAAGGAGATCCTGCGGCCGGTCAATCAGATTTCCGGGCAGTTGCAGATCAACCCGCAGCTGTCGGTGGGCGCCTACTATCAGTTCGAGTGGGAACGTTCCAACCTGCCCGGCGCCGGCAGCTACCTGAGCGATGCCGACGCCATCGGTTACGGCAGCGGCCCGCTGCGTGAGGTATTCGGCAACGACACGGTGAACGGCGGCGACCTGAAACCGCGCAATTCGGGGCAGGGCGGTATGCAGATCCGCTTCAAGCCGGCCGGCACAGAGCTGGAGCTGGGTTTCTACGCGGCCCAGTATCACGACAAGGCGCCGATCGGGTTGTATGCCTACCTGGACGGTCCGGCGGCTGCGGCCAGCGGACTGCCGATCCTCGGCTCCTATCGCCAGGTCTACGCCGAAGACATCAAGACCGCCGGCGTCAGCTTTTCTACCGCTTACGGTCCGTTCAACTTTGCCGGTGAATCGTCGGTGCGCTGGAACGCGCCGCTGGTGAGCAACCTGCAAGTAGTGACCCCCGGCATGCAGGCCGATGGTGGCGACGATGCGCTGTTCGCCCGGGGCAAGACCGCGCACGTCAATCTGTCGGCGATCTACCTGCTGTCGCCCACCGCTTTCTGGGACGGCGGCTCGGCCCTGGCCGAGCTGGCCTGGAACCGCACCCTGAGCGTGACCGAGAACGCTGCCGCGCTGGATTCCAATACCACCCGGGATGCCACGGCGTTGCGAGTATTGATGGAACCGGCGTACTTCCAGATCGTCGACGGGATCGACCTCACCGTGCCGGTCGGCATGGGGATCGTGCTTGATGGACGCTCATCGGCGGTGAACAAATCCGGCTTCGGCAATACCCATTCCGGCGACTGGAGCGTCGGCCTCAAAGCCACCTACCTGCAGCGCTGGGATGTCGGCCTCAATTACGTGAACTTCTTCGGCGCACCCAAGGCCGGGCTGCGCGAGGACGGCAATTTCAGTTACGGCCAGTCGTTGGCCGACCGCGACTTCGTCTCGCTCTATGTGAAAACCTCATTCTAA MDNLKDSFGFKHCALFLALCSSGVMGERAEAMQMDLGDSDWKLRWDNTIKYSQAWRLHGQDSRLVNAPTANGLYPSIQSQGDKNFSRGLVSNRLDLFSEMDLSRQNYGLRVSGAAWYDDIYNQDTDSSEQPHFLSETRELHGRDAEILDAFVFLRGDLGDDSQGVARLGRHSLIYGESLFYGGNGIANAQGPTDVVKLLSVPGTQFKEILRPVNQISGQLQINPQLSVGAYYQFEWERSNLPGAGSYLSDADAIGYGSGPLREVFGNDTVNGGDLKPRNSGQGGMQIRFKPAGTELELGFYAAQYHDKAPIGLYAYLDGPAAAASGLPILGSYRQVYAEDIKTAGVSFSTAYGPFNFAGESSVRWNAPLVSNLQVVTPGMQADGGDDALFARGKTAHVNLSAIYLLSPTAFWDGGSALAELAWNRTLSVTENAAALDSNTTRDATALRVLMEPAYFQIVDGIDLTVPVGMGIVLDGRSSAVNKSGFGNTHSGDWSVGLKATYLQRWDVGLNYVNFFGAPKAGLREDGNFSYGQSLADRDFVSLYVKTSF NA NA NA NA NA D1-35_03370 768 calA Coniferyl-alcohol dehydrogenase ATGAAACTCGACAACAAGATTGTACTGGTAACCGGCGTCTCGTCGGGCATCGGTGCCGCCACGGCGAGCCTGCTGCGTGCCCACGGCGCCGAGGTAATCGGCGTGGACCTCAAGGCGCCGCACCAGACCCTGGACGGTTTTGTACAGGGGGACCTGAGCAGCGCCGAGAACATCGACCGCCTGCTGCCGCAGCTACCCGCACGGTTCGATAGCCTGTGCAATATTGCCGGGGTGCCGGGCACCGCCAGTCCGCAACTGCTGGCGCGGGTCAACTATCTCGGATTGCGCCACTTCAGCCAGGCGTTGCTGCCACGCATCAACGCGGGCGGCAGCATCGTCAATATCGCCTCGATCCTTGGCGCCGAATGGCCGCTACGCGTAGAGCAGCACAAGGCGCTGGCGCGCAGCGAAGGGTTTGCCGCCGGGCAAGCCTGGCTGGCTGACCACCCGGTGCCGGACCAGACCTGCTACCAGTATTTCAAGGAAGCCTTGATCGTCTGGACCTACCTGCAGGCCCAACCCTGGTACCTGGAGCATTCGGTGCGCATGAACTGTGTCGCGCCGGGGCCGGTCTTCACGCCCATCCTCGACGACTTCGTGAGCATGCTCGGCGAGGCTCGGACCCAGGCCGATGCCCATCGCATGAAGCGTCCCGCCTACGCCGATGAGGTAGCGGCGGTGATCGCCTTCCTGTGTGCCGACGAGTCGCGCTGGATCAACGGCGTCAACCTGCCCGTCGATGGTGGATTGGCCTCCACCTACGTTTGA MKLDNKIVLVTGVSSGIGAATASLLRAHGAEVIGVDLKAPHQTLDGFVQGDLSSAENIDRLLPQLPARFDSLCNIAGVPGTASPQLLARVNYLGLRHFSQALLPRINAGGSIVNIASILGAEWPLRVEQHKALARSEGFAAGQAWLADHPVPDQTCYQYFKEALIVWTYLQAQPWYLEHSVRMNCVAPGPVFTPILDDFVSMLGEARTQADAHRMKRPAYADEVAAVIAFLCADESRWINGVNLPVDGGLASTYV NA NA NA NA NA D1-35_03371 1473 xylC Benzaldehyde dehydrogenase [NAD(+)] ATGTCTGCATCCGAAAACCACCTGCTAGCCCAGGTGATCGCGTCCGAATGTGTCTTCAACGGGAATTGGGTGCCTGCCTCGGGCCCGTTGCTGACTATCATCGAGCCGGCCACCGGTGAGGCGCTGATGCGCAGTGCTTCGGCCGATGCTGCCGATATCGCCAAGGCCAGTCGCGATGCGGCCCTGGCGCAACCGGCCTGGGCCGCCCTCGGTCCACGGGAACGGGCGGCAATCTTTCGCAAGGCGGCTGACGTCGCCGAACGCTCCTTCGCGGAACTGGCGCTGTACGTCGCACGGGAAACCGGCGCGGCATTGTTCAAGGGCCAACACGAGGTGCGCGAGGCGATCGTGCTGTTGCATCAGGCCGCCGGCATGCTGTCTCAGGCTCATGGCGTGGTGCTGCCCAGCGAGGCGGGGCGCCTGTCTTATGCGCGGCGCTTGCCCCATGGTGTGATCGGAGTGATCTCGCCGTTCAACTTCCCGCTGGTGTTGTCGATGCGCTCCGTGGCGCCGGCCCTGGCGGCGGGCAATGCGGTGGTGCTCAAGCCGGATCCGCAGACGCCGGTCAGTGGCGGTTTTCTGATCGCCCGTCTCTTCGAAGCCGCGGGCCTGCCCAAGGGCTTGTTGCAGGTATTGCCTGGTGCGGCCGACGCCGGGGAAGCGCTGTGCCGTGATCCCAACGTCAAGATGATCGCCTTCACCGGTTCCACCGGCGCCGGTCGCAAGGTGGCCGAAGTGGCCGGGCGCAACCTCAAGAAAGTCGCGCTGGAGCTGGGCGGCAAAAACCCCTTGATTGTCCTCGAAGACGCCGACCTGGACCTCGCGGCCCGCAATGCGGCCTGGGGCGCCTGGTTGCATCAGGGGCAGATCTGCATGGCCACCGGGTTGATCCTCGCCCATGAGTCGATTGCTCAGGCCCTCATTCAGAAACTGGTGGATAAAGCCCAGGCGTTGACGGTCGGCAACGCCGCCCGCGAGGAAGCCGCGCTCGGACCGTTGATCAACCAACGCCAGTTGCAGCGCGTGCACGACATCGTCAATGACAGCGTGCGCGCGGGGGCGAGGCTGGAAACCGGCGGTAACTACGACCGTTTGTTTTATCAACCGACCGTGCTCAGCGGCGTGAAGCCGGGCATGCGTGCCTTCGAGGATGAAGTCTTCGGTCCGGTGGCGAGCGTGGTCAGTTTTGCCAGCGACGAGGAAGCCATCGAGTTGGCCAATCGCAGCGAGTACGGCCTGTCGGCGGCGGTCATTTCACCCTCGGTGGGCCGGGCCATGGCGATTGGCGAGCGATTGCAGTGCGGCATGCTGCACATCAATGACCAGACTGTCGCCGACGAGTGCATCAACCCGTTCGGTGGGCGCGGCGCTTCGGGCAATGGCGGCAGCGTCGGCGGCCCGGCGGACTGGGACGAGTACACCCAGTGGCAGTGGGTCACGGTCAAGGACAAGGCGCCTGTCTATCCGTTCTGA MSASENHLLAQVIASECVFNGNWVPASGPLLTIIEPATGEALMRSASADAADIAKASRDAALAQPAWAALGPRERAAIFRKAADVAERSFAELALYVARETGAALFKGQHEVREAIVLLHQAAGMLSQAHGVVLPSEAGRLSYARRLPHGVIGVISPFNFPLVLSMRSVAPALAAGNAVVLKPDPQTPVSGGFLIARLFEAAGLPKGLLQVLPGAADAGEALCRDPNVKMIAFTGSTGAGRKVAEVAGRNLKKVALELGGKNPLIVLEDADLDLAARNAAWGAWLHQGQICMATGLILAHESIAQALIQKLVDKAQALTVGNAAREEAALGPLINQRQLQRVHDIVNDSVRAGARLETGGNYDRLFYQPTVLSGVKPGMRAFEDEVFGPVASVVSFASDEEAIELANRSEYGLSAAVISPSVGRAMAIGERLQCGMLHINDQTVADECINPFGGRGASGNGGSVGGPADWDEYTQWQWVTVKDKAPVYPF PGPT0005405_77 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZALDEHYDE_DEGRADATION,PGPT0005405-xylC-K00141 NA NA D1-35_03372 1773 mopR Phenol regulator MopR ATGAATAATCCCCACTGTCCGCTGCCGGAGCGGATCGCTGCCGAGCCTTTTCGTCCACGCGGCGATAGCAAGGAACTGAGCGACAGCAGCTCGCCAACCCCGGCAGAACTGACCAACTGCCTGTTTTTCTCCCCCGATGACGGGCGTATCTGGCTCAACGACCAACGCATGTTGTTGCTGCACAGTTCGTCCTTCGGCGCGTTGCGTCGGGAAATCATCGAGCGCCAGGGACTGGAGCAGGCCCGAGGCATGCTCACCCGCACCGGCTATTGCTCCGGCGCCCGGGACGCCCGGCTGATTCGTGAACGCTGGCCCCACGCCGACGCAGCCGCGGTGTTTCGCGCAGGCACGCACCTGCATACCCTCGAAGGCATGACCAAGGTCGAGCCGCTGCATTTCAAGTTCGATGCGGAATCGGGGTTCTACGAGGGGGAATTTCTCTGGCACCACTCCTGCGAAGCCGACGAACATATCGCCGCCTATGGCACCGGGCAGGATCCGGTGTGCTGGACCGAGCTGGGGTACGCGATCGGCTTCGTCAGCGGGTTGTTCGGGCAACTGGTGGTCTTTCGCGAAGTGGAATGCCGGGGCATGGGGCATGAACGCTGTCGTGTCGTCGGCAAGACCGCTGAGCAATGGGGCGATATCGAGCGCGACCTGAGCTACCTCAATGCCTCACAGCCGGCGGCGCCTTTGCCGTCCGGCGCCAGGCCCGACCCAATGGCAGCCAGTGATCCGCTGCCTGACAGCGAACAACCGCTGATTGGCGCCAGTGCGGCGTTCAACGCGGCGACGCTGGCTCTGCAACGGGTCGCCTTGACACCGGCCACCGTGCTGGTCACCGGCGAGTCTGGCGTGGGCAAGGAAATGTTCGCCCGTCAGTTGCACCAACTGAGCCGGCGCCGCCAGGGGCCGTTCATCGCCCTCAACTGCGCGGCGATACCGGACAACCTGATCGAAGCCGAGCTGTTCGGCGTAGAGCGCGGTGCCTATACCGGCGCCACCCATTCACGCCCCGGCCGTTTCGAGCGGGCCGATGGCGGTACGTTGTTCCTCGATGAAATCACCTGCCTGAGCCTGGCCGGCCAAGGCAAGCTTTTGCGCGCGTTGCAGGAGCGCGAAATCGAGCGGGTCGGTGGCGGCCATGCCATCAAGGTCGACGTGCGAGTGGTCGCGGCGACCAACCTCGATCTGCGCAAAGCCGTGGCGCAAGGCGAGTTTCGCGAAGACCTGTTCTACCGGCTCAACGTCTACCCCATCGCCCTCCCGCCCTTGCGCGATCGCCGCGATGACATACCGTTGCTGATCAATGCCTTTCTCAAGCGCTTCTGCCTGGAATACGGTCGTACACCGGTGGGCCTGACCATGCGCGCCTTGAAGATGCTGCTGCGCTACGACTTCCCAGGCAACGTGCGGGAACTGCAGAACCTCATCGAGCGCGGCTTGATTGCCAGTGAAGAAGGCCAGGCCATTGATCTGGTGCATCTGTTTCGCGACGAGCGATTGCCGGCGGATGCGTATTCGGTGGACGGCAATGGCGGGCTCACGTCATTGGCGCCGGCCGCGAGCGACGCCACGGCGAAGGCGCCGTTGTTGCCGTCCCTGAGCCAATGGGACGCGGACTTCTCCATCGATGGCCTGGAGTCGCGCCTGATCAACGAAGCCCTGCAACTGAACAGCGGCAACCTGGCGGCGGCAGCCAGGTCACTGGGCTTGAGCCGGGCGCAGTTTGCCTACCGGTTGAAGAAACATCAACGCGGTAATCCAGACTGA MNNPHCPLPERIAAEPFRPRGDSKELSDSSSPTPAELTNCLFFSPDDGRIWLNDQRMLLLHSSSFGALRREIIERQGLEQARGMLTRTGYCSGARDARLIRERWPHADAAAVFRAGTHLHTLEGMTKVEPLHFKFDAESGFYEGEFLWHHSCEADEHIAAYGTGQDPVCWTELGYAIGFVSGLFGQLVVFREVECRGMGHERCRVVGKTAEQWGDIERDLSYLNASQPAAPLPSGARPDPMAASDPLPDSEQPLIGASAAFNAATLALQRVALTPATVLVTGESGVGKEMFARQLHQLSRRRQGPFIALNCAAIPDNLIEAELFGVERGAYTGATHSRPGRFERADGGTLFLDEITCLSLAGQGKLLRALQEREIERVGGGHAIKVDVRVVAATNLDLRKAVAQGEFREDLFYRLNVYPIALPPLRDRRDDIPLLINAFLKRFCLEYGRTPVGLTMRALKMLLRYDFPGNVRELQNLIERGLIASEEGQAIDLVHLFRDERLPADAYSVDGNGGLTSLAPAASDATAKAPLLPSLSQWDADFSIDGLESRLINEALQLNSGNLAAAARSLGLSRAQFAYRLKKHQRGNPD PGPT0004315_43 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004315-zraR|hydG-K07713 NA NA D1-35_03373 636 hypothetical protein ATGTTGAGCATTGTCGAGCAGGCAGCCAGTGAAGCGTTGCGCCAGCGAATGGAGGCGGCCGGTTGCGCTTTCGAATTCCTGGCGCTTGCTCCCGAGGCGGATGTAATCGTCGATCAGTCGCTGCACCGCCAGGCCGTGGACCGACTGTTCCAGCACATCGAGGCACAATGGCTTGAACGAGATCGCCAACTGCGCCTTGATCCGCGCTATGCCGATATCGCCCCACCGAGCATGCACTGGGACCTGACCAAGGCCATTCCCAAGGCGCTGGGTCAGGATCAGGTCATTCGCCTCATGCGCGCGGGAAAGACTGAACGCAACCCGCAAGCCTATGCCTTGTACGACGCGTTTTGCGAGCCGCCCTACAGCACCCGCTTCAACAACGACACGCCCCAGGCGCTGTTCAAAGAGTGGCTCGATTTGCTGGGGCTTGTGCCGGATAGCGGCGTGGTGGTGCTGGACTGGGTCGACAACTTCAACTTCAACGGATTGGCCAGCGACGAGCCCGATCCCGCCCGGGATCCCTGGAGCGACTATTTCGATGATGGCCTGGAGTGGTGGGGGGTGTGGTGCCTGAGCATCTGGAATCCCGAGCGCCGGACCCTGGGTGTGCTGACGGCGAGCACGACGGATTAA MLSIVEQAASEALRQRMEAAGCAFEFLALAPEADVIVDQSLHRQAVDRLFQHIEAQWLERDRQLRLDPRYADIAPPSMHWDLTKAIPKALGQDQVIRLMRAGKTERNPQAYALYDAFCEPPYSTRFNNDTPQALFKEWLDLLGLVPDSGVVVLDWVDNFNFNGLASDEPDPARDPWSDYFDDGLEWWGVWCLSIWNPERRTLGVLTASTTD NA NA NA NA NA D1-35_03374 1290 rtcB COG1690 RNA-splicing ligase RtcB ATGCCCAGTGTCGAAATTGAGCCGGCAATCAAGCGCGGCTCGTCATTGAACAGAACCGCGACCATGCACCAGAAAACCTACGAATTGCTGGAAGTCGCCAACGGCAAGCCCATCAAACTCTGGACCCAGGGCGTGCCGGTGGAGGCCGAAGCCCGCCAGCAACTGATGAACACGGCGAAAATGCCATTCATTTTCAAACACCTGGCAGTGATGCCCGATGTGCACCTGGGCAAGGGCTCGACCATCGGCAGTGTCATCCCCACCGTAGGCGCGATCATTCCGGCGGCGGTGGGGGTGGATATTGGTTGCGGCATGATCGCCGCGCGCACTTCGCTCGATGCCGCCGATTTGCCGGACAGCCTCCAGGCCCTGCGCAGCGCTATCGAAAAAGCCGTGCCCCATGGGCGCAGCCTCAGCCATGGCGGACGCGACAAGGGCGCCTGGAGCAATGTCCCACGCGAGGCTGACCAGGCGTGGGTCGCGCTGGCCGCGCGCTTCAAGGCGATTACCGACAAATACCCGAAGCTGGCCCGGACCAACAACCGTCAGCATCTGGGTACGCTGGGCAGCGGTAATCATTTCATTGAAGTGTGCCTGGATGAGGCCAACCGGGTCTGGTTCATGTTGCACAGCGGCTCCCGGGGTGTGGGCAATGCCATCGGCAATCTGTTCATCCAGTTGGCCCAGGCCGACATGCGCCAGCACCTCGCCAATCTGCCGGACCGTGACCTGGCCTACTTCGAGGAGGGCAGCCGGCATTTCGACGATTATGTCGAAGCGGTGGGCTGGGCCCAGGATTTCGCCCGGCAGAATCGGGCCTTGATGATGGACGCGGTGATACGCGCCGCCCGGCAGGTCATCGGCAAACCGTTCGAAGTGGCGCTGGAAGCGGTGAATTGTCATCACAACTATGTGCAGAAAGAGCGACACTTCGGACACGACGTACTGGTGACGCGCAAGGGCGCGGTGTCGGCCAGGAAAGGCGAGTTGGGTATCATCCCCGGTTCGATGGGCGCCAGGAGCTTTATCGTGCGCGGCCTGGGCAACGAGCAATCGTTTTGTTCGTGTAGCCACGGTGCCGGCCGGGTCATGAGCCGGACCGAGGCGAAAAGGCGTTTCAGCGTCGAGGATCAGGTCCGCGCGACCGCCCATGTGGAATGCCGGAAAGACGCTGCGGTGATTGATGAAATTCCGATGGCATACAAAGACATAGACAAGGTAATGCATGCACAACGTGAACTTGTGGAAGTGCTGCATACGCTGCGTCAGGTCGTGTGCGTGAAAGGTTAG MPSVEIEPAIKRGSSLNRTATMHQKTYELLEVANGKPIKLWTQGVPVEAEARQQLMNTAKMPFIFKHLAVMPDVHLGKGSTIGSVIPTVGAIIPAAVGVDIGCGMIAARTSLDAADLPDSLQALRSAIEKAVPHGRSLSHGGRDKGAWSNVPREADQAWVALAARFKAITDKYPKLARTNNRQHLGTLGSGNHFIEVCLDEANRVWFMLHSGSRGVGNAIGNLFIQLAQADMRQHLANLPDRDLAYFEEGSRHFDDYVEAVGWAQDFARQNRALMMDAVIRAARQVIGKPFEVALEAVNCHHNYVQKERHFGHDVLVTRKGAVSARKGELGIIPGSMGARSFIVRGLGNEQSFCSCSHGAGRVMSRTEAKRRFSVEDQVRATAHVECRKDAAVIDEIPMAYKDIDKVMHAQRELVEVLHTLRQVVCVKG NA NA NA NA NA D1-35_03375 852 hypothetical protein ATGCGTGCGATTTTTTCCGTCATGCGTCTTGCCGCGCTGTCGCTGGGGCTGACGTTCGCCGTCAGTGCGGTAGCCACCGAAGAGACGAAACTGGTCGAGTCCATCAACCTCTACCGCAGCCAGTCCCAGAGCTGCGCCGGCCAGGCGTCCCTGGAGCTGCCGCCGCTGGCGATGGACTCGCGGTTGATCCTGTCGGCCAATGGCATCGGCGATCTGCAACAGGCGTTGGCCCGGGCGGCCTATCCGATGGTCAACGTGCAAGCGATCAGCCTGTCCGGGCCGCGCGACGCGCAAGCGGCGATGAAGGCCGTGCAGGAAAGTTTCTGCCAGGTCGTGCTGGACCCGCAGTTCATCGACGTCGGTGTCAGCCGACTGGACCGCGAATGGCGCATCGTGCTGGCTCGCCCGCTGTTGTCGGCACGACTGGGCGATTGGCAAGCCGAAGGCCAGAAACTGCTCAAACTCATCAACAGCGCCCGCGCGCAACCGCGCCGCTGCGGCACCGAGGCCTACAGCGCGACCACTCCGCTGGCCTGGAACGCCACCCTGGCCCTGGCGGCGGTGAATCACACGCGCGCCATGGCCAACAACAACTTCTTCGACCACAAGGACCGCGATGGCCGCACGCCCGGCGACCGCGCCGAACTGGCCGGCTATCTGGGCCAGGCCATCGGCGAAAACATCGCCGCTGGGCAAGACACGGCTTTGAAAGTGGTGGACGGCTGGTTGGCCAGCCCCGGGCATTGCGCCAACCTGATGAACCCGCAGTTTCGCGAACTGGGAGCCGGGTATGCGGTGGACCCGAAAAGTGATGCGGGGATCTACTGGACGGCGATGTTCGGTATTCAATGA MRAIFSVMRLAALSLGLTFAVSAVATEETKLVESINLYRSQSQSCAGQASLELPPLAMDSRLILSANGIGDLQQALARAAYPMVNVQAISLSGPRDAQAAMKAVQESFCQVVLDPQFIDVGVSRLDREWRIVLARPLLSARLGDWQAEGQKLLKLINSARAQPRRCGTEAYSATTPLAWNATLALAAVNHTRAMANNNFFDHKDRDGRTPGDRAELAGYLGQAIGENIAAGQDTALKVVDGWLASPGHCANLMNPQFRELGAGYAVDPKSDAGIYWTAMFGIQ NA NA NA NA NA D1-35_03376 891 cynR_3 HTH-type transcriptional regulator CynR ATGAACGTTTCTTTCCGACAGCTTCGAGCCTTCATCCTCATCGCCGAGACTTCAAGCTTCACCCGCACCGCGGAACAGTTGCATCTGTCGCAACCGGCGCTGAGCTACAGCATCCGCAAACTGGAAGAGAGCATGGGGTTGCAGTTGCTTGCGCGTAATACCCGCAGCGTCGAGTTGACGCCAGCCGGCGAGCATTTCCTGCCCCAGGCCAGGCGCATGCTGCGGGACATGGACGATGCCGTGCGCGATGCTCGCGACACCTTGAGCCTGAGTCGCGGCACGCTTCGGCTCGCGGCGTTGCCCACGGCTGCCGCGTCGTTTCTGCCGATCGCCATGGCTGCTTTCCAGCGTGAAAACCCCGGTGTGACGGTGAGCCTGCTGGATGGCCGCGCCGGAGAGATCCTCGGCTGGGTACAGCGCGGCGAGGTAGACGCCGGCATCAGTTCGCTGCCTGACGACCTGGCTGGACTGAGCTTCGAGCGCCTGCTGGATGACAATCTGGTACTGCTGAGCCACAAGCCCTCGCAGGGTGGCGGCCAGGATGAGTGGACGCAGCAGCCCTACATTGCCCTGACGCCTGACACGAGCATCCGGCCTTTGGCTGACGCGGCGCTGCGCTATTTGAACGTGGATGCAGTCCCAGCCTGGGAGGTGGCGCATATGAGCACGGCCACGGCGCTGGTACGGGAGGGGCTGGGATTTTCTTTATTGCCGGCCAGTTGCACGGCGGTGTTCAACATCGGCGAACAGTGCGCTGTAACCCCAATCGATCAGCCGGCCAAGCGTTCGATCGGGCTGTTGCAGCGCAAGCCGGTGGCACAATCGCCGTCGTTGAGCCAGTTCATGGGACATGTGCGGCGGGTTTTGCGGGGGGGTGAGGCGGGCGCTTGA MNVSFRQLRAFILIAETSSFTRTAEQLHLSQPALSYSIRKLEESMGLQLLARNTRSVELTPAGEHFLPQARRMLRDMDDAVRDARDTLSLSRGTLRLAALPTAAASFLPIAMAAFQRENPGVTVSLLDGRAGEILGWVQRGEVDAGISSLPDDLAGLSFERLLDDNLVLLSHKPSQGGGQDEWTQQPYIALTPDTSIRPLADAALRYLNVDAVPAWEVAHMSTATALVREGLGFSLLPASCTAVFNIGEQCAVTPIDQPAKRSIGLLQRKPVAQSPSLSQFMGHVRRVLRGGEAGA PGPT0021950_568 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021950-dhcR-K17737 NA NA D1-35_03377 1350 hypothetical protein ATGACAAAAACAATTCTCGTCGGGTGTGGCGCAGGTTTTGCCAATGATCGGCCCGACGCCGCGCTACGCCTGGCCCAGGACATGGCGCAACGCAGCGGCCAGCGCTACATAATGCTGGAGCTGCTGGCTGAACGGACCCTCGCCGAGGCGCAATTGCGCAAGCGCCTCGATCCACGGTCGGGCTACTCCGCGCGCCTGTTCGACTTCCTCGAACCCATGCTGGACATTTGCATCGAAGCCGGCATTGCGATCATCACCAACGGCGGCGCAGCCAACCCCAGGGCCGCCGCGCAACGGTTGCGCGACGAATTGGCCGGCCGTTTCCCGGCGCTGAAAATCGCCTGCGTACTGGGCGACGACCTGCTCGAAGAAACGCCTCCGCGCTATGAACGATGGCTGTCGTCGAGTGCCGATGAACAGCCTGTTTCGGTGAACGTCTACACCGGGGCCGACGGCATCGTCCAGGCACTGGCCGAGGGCGCTGGCATCGTGCTGTGTGGCCGGGTTGCGGATCCGTCCCTGGCGGTAGGCGCGATCCGCCATGGGTTGGGTTGGAAGGCCGACGATTGGCAAAAAATGGCCGTCGCGACCGCCGCCGGACACCTGCTGGAATGCTGCGCCCAGGTCACTGGCGGCTATTTCGCCCATCCCGGAATGAAGGACATCCCGGATCCGGCCAACCTCGGCTGCCCGATCGCCGAAATTCACCAGGACGGCCGCTTGATCATCGGCAAGACGCGCAACAGCGGCGGACGAGTCAGCGAGCAGACCGTCAAGGAGCAATTGCTTTACGAAGTCCATGACCCGCGACGTTATCTGACGCCGGACGTCGTGCTGGATCTGGGCGCGGCCCACGTACAGGACCTGGGGAACGACCGGGTGGAAGTCACTGGCGTGATCGGCCATCCGCGCCCCGACACCCTCAAGGGCCTGGCGGGTATGCGCGGACTCTGGTTCGGCGAGGCCGAGATTTCCTATGCAGGCCCCGGTGCCGTGGCGCGTGCCGCCCTGGCGCGCGACATCCTGCTGCAGCGTTTCGATCGTCTGGCGCCAGGTGTACAGCCCTGGATCGACCTGTCGGGAGTCGCCAGCCTGTTCAACGACCAGGGTGGCCGTTATCTGCAAAAACACCTGGTCCAGGCGCCTTTGCTGGAGGACGTGCGGGTGCGTATCGGCCTGACCCATACCGACCGATCGCTGCTCGAAACCCTCCTGGCAGAAGTCGAGTCGCTCTACACCAACGGACCGGCTGGCGGCGGTGGCGTCCGGCGCCACCTCGCAGAAGCCGTTACCACCCGCAGCTTCCTGCTGCCGCGTGATGAAATCCATACAGCCCTGGAGTGGTACTGA MTKTILVGCGAGFANDRPDAALRLAQDMAQRSGQRYIMLELLAERTLAEAQLRKRLDPRSGYSARLFDFLEPMLDICIEAGIAIITNGGAANPRAAAQRLRDELAGRFPALKIACVLGDDLLEETPPRYERWLSSSADEQPVSVNVYTGADGIVQALAEGAGIVLCGRVADPSLAVGAIRHGLGWKADDWQKMAVATAAGHLLECCAQVTGGYFAHPGMKDIPDPANLGCPIAEIHQDGRLIIGKTRNSGGRVSEQTVKEQLLYEVHDPRRYLTPDVVLDLGAAHVQDLGNDRVEVTGVIGHPRPDTLKGLAGMRGLWFGEAEISYAGPGAVARAALARDILLQRFDRLAPGVQPWIDLSGVASLFNDQGGRYLQKHLVQAPLLEDVRVRIGLTHTDRSLLETLLAEVESLYTNGPAGGGGVRRHLAEAVTTRSFLLPRDEIHTALEWY NA NA NA NA NA D1-35_03378 324 hypothetical protein ATGAGCCTGGTCACCCTAGCCGACTTCGCCCACGCCCGTGCCGGCGACAAAGGCAATATCCTCAGCATCGCGGTATTTCCCCACGACCCGGCCCATTATCCCTGGCTGCTTCGGGTGCTGAGCTGCGAGCGCGTCGCCGAGCAGTTCGCGACGCGCCAGCCCTCCAGGGTGCATCGCTATGAACTGCCGAACCTGAAGGCGTTGAACTTCGTGCTCGAGGACGCCCTGGAAGGCGGCGTGAATCGAAGCTGCGGTCTCGACCGCCATGGAAAAAGCCTGAGCTACCTGCTCCTGGCCTTGCGCCTGCCGGGACCGGAAGACTGA MSLVTLADFAHARAGDKGNILSIAVFPHDPAHYPWLLRVLSCERVAEQFATRQPSRVHRYELPNLKALNFVLEDALEGGVNRSCGLDRHGKSLSYLLLALRLPGPED NA NA NA NA NA D1-35_03379 1308 citN_3 COG2851 Citrate transporter ATGATTACAACCCTGGGTTTCCTGATGATGCTTGCCATTATCGGGCTGATATTGCTGCGCCGGATCAGTCCGGTGGTGGCGTTCACCACCCTTCCCGTGGTCGTCTGCCTGCTCGCCGGCTTCAATCTCGCGCAGATCGGCGAGTTCATCAAGGCCGGCCTGGTCACCGTCGCGCCGACCGCCGCGCTGTTTCTGTTTGCCATCCTGTTCTTCGGCATCATGCGCGACCGTGGCTTGTTCGATCCGCTGGTCAACCTGTTGATCCGCAGCACGGGCGGCAAGCCCCTGGCGGTGGCGCTGGTTACCGTTCTGGTGACTTCAGTGGTGCATCTGGATGGCGTCGGCGCCGCGACGTTCCTGTTGACGATCCCGGCACTGCTGCCCTTGTACAAGCGCCTGAACATGAGCCCGACGATGCTGTTGTGCCTGGTGGGGACCACGGCCGGGGTCATCAACATGGTGCCCTGGGGCGGGACGACTGCGCGGGCCGCTGCCGTGTCGGGGCTCGATGCCACCGAGCTGTGGCTGGGGTTGCTGCCGGTGCAGATGGTGGGCCTGGTGTGCATGCTCGGGGTGGCGACGATACTGGGGTCGCGCGCCCAGCGGCGCCAACCGATGTCGCTGGGTGCGGCCGCGACGCGTGACATGGACGACCTGCAAATGCAAAGCCGCGAATTCAGTCTCTCTCCCCGGCAGCTGCGCTACTGGCTGAATGTGGCCCTGACCGGCGGCATTCTGCTGTGCCTGTTCACCGGTATCTTTCCGCTGTACGCCTGTTTCATGGTCGGATTGGGCATCGCCCTGCCCTTGAACTTCCCATCCCTCGACGCCCAGGCCGAACGCCTCAAGGCCCATGCGTCCGATGCGTTACAGATGGTTCTGGTGATGATGGCCGCCGCCGTGCTGCTGGGCGTGCTCTCCGGAGCGAAGATGTCAGACGGCATGGCCTTGGCGCTGATCGACATCCTGCCCGCCGGTGCTGCCCAATACCTGCATGTGATTGTCGGGTTCTTCGGCGTCCCCCTTGGAATGATCTTCTCGCCGGACGCCTACTATTTCGCCCTGCTGCCGGTGATCAAGGACGTCGCCATCGCCGCTGGCGTTCCTCTCGAAGCGGTGGCCCGGGCCATGCTGATCGGTGAGAACACCGGCTTCTCCATCAGCCCGGTGGTACCCAGCGTGTATCTGGCCCTGGCACTGTCCGGCGTAGAGTTGCGCAAGCACATGGCCTATACGTTTTTCTGGGCCTGGGGCGTCAGCCTGGTAATGCTCGCCTTTGCCGTGGCAACCGGGGCTGTACAAGTCTGA MITTLGFLMMLAIIGLILLRRISPVVAFTTLPVVVCLLAGFNLAQIGEFIKAGLVTVAPTAALFLFAILFFGIMRDRGLFDPLVNLLIRSTGGKPLAVALVTVLVTSVVHLDGVGAATFLLTIPALLPLYKRLNMSPTMLLCLVGTTAGVINMVPWGGTTARAAAVSGLDATELWLGLLPVQMVGLVCMLGVATILGSRAQRRQPMSLGAAATRDMDDLQMQSREFSLSPRQLRYWLNVALTGGILLCLFTGIFPLYACFMVGLGIALPLNFPSLDAQAERLKAHASDALQMVLVMMAAAVLLGVLSGAKMSDGMALALIDILPAGAAQYLHVIVGFFGVPLGMIFSPDAYYFALLPVIKDVAIAAGVPLEAVARAMLIGENTGFSISPVVPSVYLALALSGVELRKHMAYTFFWAWGVSLVMLAFAVATGAVQV PGPT0001500_720 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 D1-35_03380 900 hypothetical protein ATGGAATACGACGTCATCATTACAGGCGGCAGCTATGCCGGTATGTCCGCGGGTTTGCAACTGGCCCGCGCCCGGCGCAAGGTGCTGGTGATCGACGCGGGCGAGCGTCGCAACCGCTTCGCCGCGACATCCCATGGTTTTCTCGGGCAGGACGGTCGTGCCCCAGGCGATATAGCCGGCGACGCCCATGTTCAGCTCATGGCGTACCCGACGGTTGAATGGGTTCGCGACACCGCGACCCAAGCCAGCAGGGATGCCGAAGCTTTTATTGTCGAGACCGCAAACGGCCTGCGTTACCGTTCTCGCCGGCTGTTGCTGGCCACAGGCGTGATTGATGACTTGCCCGACGTGCACGGGCTGACTGAGCGCTGGGGCAAAAGCGTTTTCCATTGCCCGTATTGCCACGGCTACGAGTTGAACCAAGGGCCGATCGGCGTTCTCGCAACCTCGCCGATGTCACTGCACCACGCCCAGATGCTGCCCGACTGGGGGCCGACGACGTTCTTCACCAATGGCGTGCTGGCGCTTGATCCGGAGCAACAAGCGAGCCTCGATCAGCGTGGCGTCACCGTGGTGACCGAGCGAGTGGCGCGTATCGAAGGCGAGCGGGCCGACGTGGTACTGGCCAACGGTCGGGTGGTCGCCATCGACGGCCTGTTCGTCTTGCCGCGTACGCGGGTTGCCAGTCCACTCGCGGCAGCCCTGGGCTGCGCGTTTGAAGAGGGTCCGCTTGGCGCGTTCATCCAAAGCGACGCGATGACCCGGGAATCCAGCGTGCCGGGCATATTTGCCTGCGGCGATGCGGCCATGCCGTTCGGCTCGGTCGCGCTGGCCGTTGGCGATGGGGTGAGGGCGGGCTCCGGGGTGCATCGGTCGCTGATCTTCCAAGCCCACCCTTGA MEYDVIITGGSYAGMSAGLQLARARRKVLVIDAGERRNRFAATSHGFLGQDGRAPGDIAGDAHVQLMAYPTVEWVRDTATQASRDAEAFIVETANGLRYRSRRLLLATGVIDDLPDVHGLTERWGKSVFHCPYCHGYELNQGPIGVLATSPMSLHHAQMLPDWGPTTFFTNGVLALDPEQQASLDQRGVTVVTERVARIEGERADVVLANGRVVAIDGLFVLPRTRVASPLAAALGCAFEEGPLGAFIQSDAMTRESSVPGIFACGDAAMPFGSVALAVGDGVRAGSGVHRSLIFQAHP NA NA NA NA NA D1-35_03381 468 ywnA COG1959 Putative HTH-type transcriptional regulator YwnA ATGGAATCTGTCAGTCCGATGAGAAACGACACACGCCTGTCCCGCATGCTCCATGTATTGATCCACATGGACCGCCACCAGCAATCCGCCACCTCCGACACCCTCGCGCAGATGCTCGGCACCAACCCGGTGGTCGTGCGCCGGACCATGGCATTGCTCAAGGAACAGGGTTACGTCACATCGGAAAAGGGCCATCGCGGGGGTTGGGCCCTGGCCAAGCCGCTCTCGGAGATGACGCTGCTGGATATTCATCAAGCGTTGGGCAGCACATCGATCTTTGCGCTTGGCCTGTCGACCGACCACCCGCAATGCCTGGTGGAACAAGCGGTGAACGCGGCGCTGACGGACGCCTTCGACGAGGCCCAGGCGTTGCTGCTCAAGCGTCTGGGCAGCATAACCCTGGCGCAGTTGGCCGAGGATTTTGATGCGCGGTTTCGGGGCGCCCACGAGGTCGAGCCTCACCACTGA MESVSPMRNDTRLSRMLHVLIHMDRHQQSATSDTLAQMLGTNPVVVRRTMALLKEQGYVTSEKGHRGGWALAKPLSEMTLLDIHQALGSTSIFALGLSTDHPQCLVEQAVNAALTDAFDEAQALLLKRLGSITLAQLAEDFDARFRGAHEVEPHH NA NA NA NA NA D1-35_03382 1644 mqo_1 COG0579 Malate:quinone oxidoreductase ATGTTGAAGAAAACACATACGGCGCTGCTGGGCCTGGCGATGGCGATGGGTCTTGCGACCACGCACGCCGCCGAGCCGAAAAAAGTGGATGTCTTGCTCATTGGCGGCGGCATCATGAGTTCGACCCTCGGCGTCTGGCTCAATGAGCTGGAGCCGGGCTGGACCATGGAAATGGTCGAGCGCCTGGACGGTGTTGCCGAAGAGAGCTCCAATGGCTGGAACAACGCCGGTACCGGGCACTCCGCCCTGGCCGAGTTGAACTACACGCCGGAAGACAAGAACGGCAAGGTCGACATCTCCAAGGCTATCGAAATCAACGAAGCCTTCCAGATTTCCCGTCAGTTCTGGTCCTGGCAGGTCAAGAACGGCGTGCTGAAGAACCCGCGCTCGTTCATCAACTCCACCCCGCACATGAGTTTCCTGTGGGGTGACGAGAACATCGCATTCCTGAAGAAGCGCTACGACGCTCTCCAGGCCAGCCCGCTGTTCGCCGGCATGCAGTATTCCGAAGACCCTGCGCAGATCAGCAAGTGGGTTCCGCTGATGATGCAAGGGCGTGACCCGAGCCAGAAAGTCGCGGCCACCTGGAGCCCGCTGGGTACTGACGTGAACTTCGGCGAAATCACCCGCCAGTTCGCTGCTCACCTGCAAACCAGGCCGAACTTCTCGCTCAAGCTGTCCAGCGAAGTGGAAAACATCACTCGCAACGAGGATGGCTCCTGGCGCGTTTCGTACAAGAACCTGAAAGACGGTACCGAAACCGAGACCGACGCCAAGTTCGTGTTCATCGGTGCCGGTGGCGGCGCGCTGCACCTGCTGCAGATGTCGGACATTCCGGAAGCTCGTGAATACGCCGGTTTCCCAGTGGGCGGTTCGTTCCTGGTAACCGAAAACCCGACCGTCGCCCAGATGCACCTGGCCAAGGCGTACGGCAAGGCTTCGGTTGGCGCGCCACCGATGTCGGTTCCGCACCTGGACACCCGCGTACTCGACGGCAAGCGCGTGATCCTGTTTGGCCCATTCGCCACGTTCTCCACCAAGTTCCTGAAGAACGGTTCGTACTTCGACCTGCTGACCAGCACCACGACCCACAACGTGTGGCCGATGACCAAGGTCGGTATCGAACAGTACCCACTGGTTGAATACCTTGCCGGCCAACTGATGCTGTCGGATGAGGACCGCTTCAACGCGCTGAAGGAATACTTCCCGGACGCCAAGCAGGAAGACTGGCGCCTGTGGCAAGCCGGCCAGCGCGTGCAGATCATCAAGCGTGACGAAGAGAAGGGCGGCGTGCTGAAACTCGGTACCGAAGTCGTCGCTTCCCAGGACGGCAGCATCGCCGGTCTGCTGGGTGCCTCGCCAGGCGCCTCGACCGCTGCACCGATCATGCTGAGCGTGCTTGAGAAGGTCTTCAAGGACAAGGTAGCCACCCCGGCCTGGCAGGAAAAACTGCGTCAGATCGTACCGAGCTACGGCACCAAGCTGAACGACAATCCTGAGCGCGTCGCACAGGAATGGGCCTACACCAGCGAAGTCCTGCAACTGGACCCGCCACCGGCTGTCGGCAAGCCAGGCACCGCGGTAGCACCGGCCCAACCGGCTGCTCCTCGCGAGGCCAACCCAGCGGCCGACATGGCGCTGTAA MLKKTHTALLGLAMAMGLATTHAAEPKKVDVLLIGGGIMSSTLGVWLNELEPGWTMEMVERLDGVAEESSNGWNNAGTGHSALAELNYTPEDKNGKVDISKAIEINEAFQISRQFWSWQVKNGVLKNPRSFINSTPHMSFLWGDENIAFLKKRYDALQASPLFAGMQYSEDPAQISKWVPLMMQGRDPSQKVAATWSPLGTDVNFGEITRQFAAHLQTRPNFSLKLSSEVENITRNEDGSWRVSYKNLKDGTETETDAKFVFIGAGGGALHLLQMSDIPEAREYAGFPVGGSFLVTENPTVAQMHLAKAYGKASVGAPPMSVPHLDTRVLDGKRVILFGPFATFSTKFLKNGSYFDLLTSTTTHNVWPMTKVGIEQYPLVEYLAGQLMLSDEDRFNALKEYFPDAKQEDWRLWQAGQRVQIIKRDEEKGGVLKLGTEVVASQDGSIAGLLGASPGASTAAPIMLSVLEKVFKDKVATPAWQEKLRQIVPSYGTKLNDNPERVAQEWAYTSEVLQLDPPPAVGKPGTAVAPAQPAAPREANPAADMAL PGPT0001440_355 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116 NA NA D1-35_03383 1278 hypothetical protein ATGTTATCCCCTTTCTTTTGGCAGGAATTCTCATTCCTGATCCTGCAAAGCCCCCGACTCCTGAGTATCGCCATGAGCCTATCCCCAAGCGCGACAAGCCCGTCCGCTGTCATCGCTCCAACCCTCGCTTCCAGTACCGCAACAACCGCGACGCGCCTGCTCGCCATCGATGCCTTGCGGGGTTTTGTCATGTTGCTGATGCTGGTCGACCATGTCCGCGAAACGTTCCTGCTGCACCGCCAGGTCACTGACCCGATCGATGCATTGAGCGTGACCCCGGACCTGTTTTTCACTCGTTTGCTCAGCACGCTCTGTGCGCCAGTGTTCATCTTCCTTACCGGTTTGTCGGCCTGGCTCTACAGCCAGAAACACACCGCCAGCGAGACTTCGGTGTTCCTGCTCAAGCGTGGTCTGTTCCTGGTGTTCCTGGAGCTCACGTTCGTCTGTTTCGCCTGGAACGCCGAGTTTCCGCCGAAGACTTTGTGGCTGCAGGTCATCTGGTGCATCGGCATCTGCATGATCGCCCTGGCGGCGTTGCTGCACTTCAAACGCAGCTGGCTGATCGTGCTGGGCGCTGCCATCGTTGCCGGGCATAACCTGTTGGACGGTGTGGTGCTGGGGCCGGACTCGCCGTTTTTCGTGCCCTGGTCGATTCTTCATCAGCGGTCGTTCATCGAGATCACCGAGTTCACCCGGGCACGCACCACCTACCCGGTGTTGCCATGGATCGGCGTGATCCTTCTGGGTTGGGCGATCGGGCCATGGTTCGGCAAGGACATCGAAGCGCCCACGCGAGTGCGGCGCCTGCTCAAGGTCGGCATCGGCCTGCTGGTGGCGTTCGTGTTTATCCGTTATCTCAACGTCTACGGTGACAAACCCTGGGTCCAGACCGGGGATGCACTGCGCACCTTCATGAGTTTCATGAGCGCGACGAAGTACCCGCCGTCGCTGATGTTCCTGATGCCGACGCTGGCGGTGGGCCTGATCCTGCTGGCGCTTTTCGAAAAAGCTCAGGCGAAGGGCAGCATCGCGATTCTGGCCATCTATGGCGGCGCGCCGATGTTTTTCTACCTGCTGCACCTGTACGTGCTGAAGGCCATGTACCTGCTGGCGGTGTTTATCTGGGGCACCAATCAGGGCGCTTATTTTGGCTTCGAGCACTTGCCGATGGTCTGGTTGTGGAGCGTGTTGTTGAGTGTCGTCCTGTTTTTTCCAACGCGTTGGTACGCAGCGTTGAAACAACGTCGGCGTGACATCGCGATCCTCAAGTACCTCTGA MLSPFFWQEFSFLILQSPRLLSIAMSLSPSATSPSAVIAPTLASSTATTATRLLAIDALRGFVMLLMLVDHVRETFLLHRQVTDPIDALSVTPDLFFTRLLSTLCAPVFIFLTGLSAWLYSQKHTASETSVFLLKRGLFLVFLELTFVCFAWNAEFPPKTLWLQVIWCIGICMIALAALLHFKRSWLIVLGAAIVAGHNLLDGVVLGPDSPFFVPWSILHQRSFIEITEFTRARTTYPVLPWIGVILLGWAIGPWFGKDIEAPTRVRRLLKVGIGLLVAFVFIRYLNVYGDKPWVQTGDALRTFMSFMSATKYPPSLMFLMPTLAVGLILLALFEKAQAKGSIAILAIYGGAPMFFYLLHLYVLKAMYLLAVFIWGTNQGAYFGFEHLPMVWLWSVLLSVVLFFPTRWYAALKQRRRDIAILKYL NA NA NA NA NA D1-35_03384 1371 luxQ Autoinducer 2 sensor kinase/phosphatase LuxQ ATGGCGAAGCCCTCTGACGAACAGCAAAAGGCCCTCGCCGGGCTGCTGGGATTGGGCAATCATTCGACGCGCAAGAGCCATTACCCGGAGCTGGCGGCGCGTCTCGCCGAACTGGAACAGGCCCGCCAGCATCTGCAGCAACTCAACGACCAACTGGAGCAACGGGTGGCGGAGCGCACCGATGCGTTGCTGGAGGCCAACCACAACCTGCAACAGCAGATCGCCCAGCGCGAGTTGGTCGAGCAACAGCTGCGCGATGCCCGGGACGCCGCCCAGGCCGCGAACCGCAGCAAGGACAAATACCTGGCCGCCGCCAGCCACGATCTGCTGCAACCGCTCAACGCCGCGCGGTTGCTGATTGCCACATTGCGTGAACGCCAGATGCCAGCCGCCGAGCATCTACTGGTGGAACGCACGCACCAAGCGCTCGAAGGCGCCGAGGACCTGCTCACCGACCTGCTGGATATTTCCCGGCTCGACCAGGCCGCCGTCAAACCCGACCCGGCGTCGTATCGGCTGGATGAGCTGCTCGCGCCGTTGGTGTCGGAATTCCAATCGGTGGCCGGCGCCGCGGGCCTGGAATTGCGCGTGCGATTCGCCGATGAAGCGGTGCTGACCGACCTGCGGTTGATGACCCGCATCCTGCGCAATCTGCTGAGCAACGCCTGTCGCTACACCGACCAGGGCGGCATCCTCCTGGCGGCGCGGCGCCGGGGAGGGCGCTTGAGCCTGGAGGTCTGGGACACGGGCAGAGGCATTGCCGCCGATTGTCTGGAATCGATTTTCCTCGAGTTCAACCAACTGGATGTCGGCCGCGCGGCGGACCGCAAGGGCGTCGGCCTGGGGCTGGCGATCGTCGAGCGTATCGCTCATATCCTCGGCTACCGGGTGCGGGTGCGTTCGCGGCCGGGACGCGGCTCGGTGTTCAGCATCGAGGTGCCATTGTCTGCCGAAAAGCCACTGCCCCTGACCCACGCGCCTGCTCAGGCCGTCGCCGGAAACCCGTTGCCTGGGCGCCGGTTACTGGTCATCGACAATGAGCTGAGCATTTTGCAGAGCATGGCGGCACTGCTCGGGCAGTGGGGGTGCGAAGTGCTGACCGCCACCGACGAAGCGGGCGCCTTCGATGTGCTGCAAGGCCGCGCACCGGAGCTGATCCTGGCGGATTTTCACCTCGACCATGGGGTGGTCGGCTGCGAGGTGGTCAAGCACCTGCGCGAACATTTCCAGCAAGCGATCCCCGCTGTGATCATCACCGCCGACCGCAGCGACCAGTGCCGCCGTGCCTTGCGCAAGCTGAATGCGCCGCTGCTAAACAAACCGGTAAAGCCGGGCAAGTTGCGGGCGGTGTTGAGCCAGTTGCTGGGGTAG MAKPSDEQQKALAGLLGLGNHSTRKSHYPELAARLAELEQARQHLQQLNDQLEQRVAERTDALLEANHNLQQQIAQRELVEQQLRDARDAAQAANRSKDKYLAAASHDLLQPLNAARLLIATLRERQMPAAEHLLVERTHQALEGAEDLLTDLLDISRLDQAAVKPDPASYRLDELLAPLVSEFQSVAGAAGLELRVRFADEAVLTDLRLMTRILRNLLSNACRYTDQGGILLAARRRGGRLSLEVWDTGRGIAADCLESIFLEFNQLDVGRAADRKGVGLGLAIVERIAHILGYRVRVRSRPGRGSVFSIEVPLSAEKPLPLTHAPAQAVAGNPLPGRRLLVIDNELSILQSMAALLGQWGCEVLTATDEAGAFDVLQGRAPELILADFHLDHGVVGCEVVKHLREHFQQAIPAVIITADRSDQCRRALRKLNAPLLNKPVKPGKLRAVLSQLLG PGPT0025850_595 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025850-PA1979-K20975 NA NA D1-35_03385 1176 dhaT COG1454 1,3-propanediol dehydrogenase ATGAGCCCCCCTGAAAAAATGAGCCTCAGCCCGCTGCGCAAGTTCGTTTCTCCTGAAATCATGTTCGGTGCCGGCTGCCGGCACAATGTCGGCAACTACGCCAAGACCTTCGGCGCCCGCAAGGTGCTGGTGGTCACTGACCCCGGGGTCATCGCCGCCGGTTGGGTCGGTGATGTCGAAGCCAGCCTGCAAGCCCTGGGCATCGATTACTGCATCTACAGCGACGTTTCGCCCAACCCGCGGGTCGAGGAAGTCATGCTCGGCGCCGAGACGTACCGTGAAAACCACTGTGACGTGATCGTCGCGGTAGGTGGTGGCAGCCCGATGGACTGCGGCAAGGCGATCGGCATCGTCGTCGCCCACGGTCGCAGCATCCTCGAATTCGAAGGCGTCGACACCCTGCAGGTACCCAGCCCGCCGCTGATCCTGATCCCGACCACGGCCGGTACCTCGGCCGATGTGTCGCAGTTCGTGATCATCTCGAACCAGCAGGAGCGCATGAAGTTTTCCATCGTCAGCAAGGCGGCGGTGCCGGATGTGTCGTTGATCGATCCGGAGACGACCTTGAGCATGGACCCGTTCCTCTCGGCCTGTACCGGTATCGACGCGCTGGTGCATGCCATCGAGGCGTTCGTCTCCACCGGCCACGGGCCGTTGACCGATCCTCATGCGCTGGAGGCGATGCGCCTGATCAACACCCACCTGGTACAGATGATCGCCAACCCGGCCGACGTCGCCCTGCGCGAGAAAATCATGCTCGGCAGCATGCAGGCCGGGCTGGCGTTTTCCAACGCGATCCTCGGCGCGGTGCACGCCATGTCCCACAGCCTCGGTGGCTTCCTCGACCTGCCCCATGGCTTGTGCAACGCGGTGCTGGTGGAGCATGTGGTGGCGTTCAACTACAACTCGGCGCCGGAGCGTTTCAAGGTGATTGCCGAAACCCTGGGCATCGATTGTCGCGGGCTCAACCATCGACAGATCCGCACGCGGCTGGTGGAACACCTGATTGCCCTCAAGCACACCATCGGTTTCCACGAAACCCTCGGCTTGCATGGGGTGAGTACCTCGGATATCCCGTTCCTGTCGCAACACGCCATGCATGACCCGTGCATCCTTACCAATCCACGCGAGTCGAGCCAGCGGGATGTCGAGGTCGTCTATGGCGAAGCCCTCTGA MSPPEKMSLSPLRKFVSPEIMFGAGCRHNVGNYAKTFGARKVLVVTDPGVIAAGWVGDVEASLQALGIDYCIYSDVSPNPRVEEVMLGAETYRENHCDVIVAVGGGSPMDCGKAIGIVVAHGRSILEFEGVDTLQVPSPPLILIPTTAGTSADVSQFVIISNQQERMKFSIVSKAAVPDVSLIDPETTLSMDPFLSACTGIDALVHAIEAFVSTGHGPLTDPHALEAMRLINTHLVQMIANPADVALREKIMLGSMQAGLAFSNAILGAVHAMSHSLGGFLDLPHGLCNAVLVEHVVAFNYNSAPERFKVIAETLGIDCRGLNHRQIRTRLVEHLIALKHTIGFHETLGLHGVSTSDIPFLSQHAMHDPCILTNPRESSQRDVEVVYGEAL PGPT0006370_246 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006370-yiaY-K13954 NA NA D1-35_03386 1521 adh_1 COG1012 Aldehyde dehydrogenase ATGATTTACGCACAACCCGGAACCCCAGGCGCCGTCGTTTCCTTCAAGCCGCGCTATGGCAATTTCATCGGCGGCGAATTCGTTCCGCCGGTCCACGCTGAGTACTTCACCAACACGTCGCCGGTCAACGGCGAAGTCATCGGCGAGTTTCCGCGCTCCAGCGCCGCCGACATCGACAAGGCCCTGGACGCCGCCCATGCCGCTGCCGACGCCTGGGGCAAAACCTCGGTCCAGGATCGCTCCCTGGTGCTGTTGAAAATCGCCGACCGTATCGAGCAGAACCTGGAGCTCCTTGCCGTGAGCGAGACCTGGGACAACGGCAAGGCCGTGCGCGAAACCCTCAATGCCGACGTACCGCTTGCGGCTGACCATTTCCGTTATTTCGCCGGCTGCATCCGCGCCCAGGAGGGCGGGGCCGCCGAAATCAACGAACTGACCACGGCCTACCATTTTCATGAACCGCTGGGCGTGGTCGGGCAAATCATCCCGTGGAACTTCCCGTTGTTGATGGCCGCCTGGAAACTCGCCCCGGCCCTGGCCGCCGGCAACTGCATCGTGCTCAAGCCGGCGGAGCAGACGCCGCTGTCGATCACCGTGTTCGCCGAGCTGATCGCCGACCTGCTGCCAGCCGGCGTCCTGAACATCGTCCACGGCTTCGGCCGCGAAGCCGGTGAAGCCCTGGCCACCAGCAAGCGCATCGCCAAGATCGCCTTCACCGGTTCCACCCCGGTCGGCTCGCACATCATGAAATGCGCCGCCGAAAACATCATCCCGTCCACCGTGGAACTGGGCGGCAAGTCGCCGAACATCTTCTTCGACGACATCATGCAGGCCGAACCGGCGTTCATCGAAAAAGCTGCCGAAGGCCTGGTGCTGGCGTTCTTCAACCAGGGTGAAGTCTGCACCTGCCCATCCCGGGCGCTGGTCCAGGAGTCGATCTATGACGAATTCATGCAAGTGGTGCTGAAGAAGATCCAGCAGATCAAGCGCGGCAACCCGCTGGACACCGAGACCATGGTCGGCGCCCAGGCGTCCGAGCAGCAGTACGACAAGATCCTTTCGTACCTGGACATCGCCCGGGAAGAGGGCGCCGAATTGCTCACCGGCGGCGCGGCGGAACGCCTTGAAGGCGACCTGTCGAGCGGCTATTACATCCAGCCGACCCTGCTCAAGGGCCACAACAAGATGCGCGTGTTCCAGGAAGAAATCTTCGGGCCGGTGGTGGGCGTGACCACCTTCAAGGACGAAGCCGAAGCCCTGGCCATCGCCAACGACACCGAGTTCGGCCTCGGCGCCGGCCTCTGGACCCGCGACATCAACCGCGCCTACCGCATGGGCCGGGCAATCAAGGCCGGACGCGTCTGGACCAACTGCTACCACCTGTACCCGGCGCATGCCGCGTTTGGTGGCTACAAGAAGTCCGGCGTCGGGCGTGAGACGCACAAGATGATGCTCGACCATTATCAGCAGACCAAGAACCTGCTGGTGAGCTATGACGTCAATCCGTTGGGGTTCTTCTGA MIYAQPGTPGAVVSFKPRYGNFIGGEFVPPVHAEYFTNTSPVNGEVIGEFPRSSAADIDKALDAAHAAADAWGKTSVQDRSLVLLKIADRIEQNLELLAVSETWDNGKAVRETLNADVPLAADHFRYFAGCIRAQEGGAAEINELTTAYHFHEPLGVVGQIIPWNFPLLMAAWKLAPALAAGNCIVLKPAEQTPLSITVFAELIADLLPAGVLNIVHGFGREAGEALATSKRIAKIAFTGSTPVGSHIMKCAAENIIPSTVELGGKSPNIFFDDIMQAEPAFIEKAAEGLVLAFFNQGEVCTCPSRALVQESIYDEFMQVVLKKIQQIKRGNPLDTETMVGAQASEQQYDKILSYLDIAREEGAELLTGGAAERLEGDLSSGYYIQPTLLKGHNKMRVFQEEIFGPVVGVTTFKDEAEALAIANDTEFGLGAGLWTRDINRAYRMGRAIKAGRVWTNCYHLYPAHAAFGGYKKSGVGRETHKMMLDHYQQTKNLLVSYDVNPLGFF PGPT0007176_929 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007176-aldB-K00138 NA NA D1-35_03387 1776 qedA_1 Quinoprotein alcohol dehydrogenase (cytochrome c) ATGACTCATCCCGCACGTCGCCAATCCTTCGCCGTGAGCCTGCTGCTCAGTGCCATGCTGCTGTCCGGCTCGGCCTTGGCCGCCGTGACCGACCAGGAAATTCTCCAGGACCCGAAAAACCCGCAGCAAATCGTGACCAACGGCCTCGGTGTGCAGGGCCAGCGCTATAGCCCGCTCGACACCCTCAACGTGAACAACGTCAAGGACCTGCGGCCGGTCTGGGCGTTTTCCTTCGGCGGCGAAAAGCAGCGCGGCCAGCAGGCCCAGCCGATGATCAAGGACGGGGTGATGTACCTCACCGGCTCCTATTCACGGGTGTTCGCGGTGGACGCACGCACCGGCAAGAAACTCTGGCAATACGATGCGCGCCTGCCCGATGACATCCGTCCCTGCTGCGACGTGATCAACCGTGGCGTGGCGCTGTATGGCGACCTGGTGTTCTTCGGCACGCTGGACGCCAAGCTGGTGGCCTTGAACAAGGACACCGGCAAGGTGGTGTGGAGCAAAAAAGTCGCTGACCACAAGGAAGGTTATTCCATCAGCGCCGCGCCCATGGTCGTCAATGGCAAGCTCATCACCGGCGTGGCGGGCGGCGAGTTTGGCGTGGTCGGGCAGATCAGCGCCTTCGACCCGAAAAACGGCGAACTGCTCTGGACCCGGCCGACCGTGGAAGGCCACATGGGCTACGTCTACAAGGACGGCAAGGCCGTGGAGAATGGTATCTCCGGCGGCGAGGCCGGCAAGACCTGGCCCGGCGATCTGTGGAAAACCGGCGGTGCCGCGCCTTGGCTGGGCGGTTACTACGATCCGGAAACCAACCTCCTATTGTTCGGTACCGGCAACCCGGCACCGTGGAACTCCCACCTGCGCCCTGGCGACAACCTCTATTCCTCGTCGCGCCTGGCGCTGAACCCGGACGACGGCACCATCAAGTGGCACTTCCAGAGCACGCCACACGACGGTTGGGACTACGACGGCGTCAATGAACTGATCTCGTTCAACTACAAGGACGGTGGCAAGGACATCAAGGCGGCAGCGACGGCCGATCGTAACGGTTTCTTCTACGTGCTCGACCGCACCAATGGCAAGTTCATCCGTGGTTTCCCGTTCGTCGACAAGATCACCTGGGCCTCCGGCCTGGACAAGGACGGGCGCCCGATCTACGTAGACACCAGCCGGCCGGGCGCACCGGGCAGCGAAGCCAAGGGCAGTTCGGTGTTCGTCGCCCCGGCGTTCCTCGGCGCGAAGAACTGGATGCCGATGGCCTATAACCAGGACACCGGTCTGTTCTACGTGCCGTCCAACGAGTGGGGCATGGACATCTGGAACGAGGGCATCGCCTACAAGAAAGGCGCGGCGTTCCTCGGGGCCGGGTTCACCATCAAGCCACTGAACGAGGATTACATCGGCGTGCTGCGGGCCATCGACCCGAAGACCGGCAAGGAAGTCTGGCGCCACAAGAACTTCGCGCCGCTGTGGGGCGGGGTGCTGACCACCAAGGGCAACCTGGTATTCACCGGTACGCCTGAAGGTTTCCTGCAAGCCTTCAACGCGAAGACCGGGGAAAAAGTCTGGGAGTTCCAGACCGGTTCCGGCGTGCTCGGCTCGCCGATTACCTGGGAGATGGACGGCGAGCAATACGTCTCGGTGGTCTCCGGCTGGGGCGGCGCGGTACCGCTGTGGGGCGGCGAGGTGGCCAAGCGCGTGAAGGACTTCAACCAGGGCGGCATGCTCTGGACGTTCAAGTTGCCGAAAGAGCTGGTGGCCAAGCGCTGA MTHPARRQSFAVSLLLSAMLLSGSALAAVTDQEILQDPKNPQQIVTNGLGVQGQRYSPLDTLNVNNVKDLRPVWAFSFGGEKQRGQQAQPMIKDGVMYLTGSYSRVFAVDARTGKKLWQYDARLPDDIRPCCDVINRGVALYGDLVFFGTLDAKLVALNKDTGKVVWSKKVADHKEGYSISAAPMVVNGKLITGVAGGEFGVVGQISAFDPKNGELLWTRPTVEGHMGYVYKDGKAVENGISGGEAGKTWPGDLWKTGGAAPWLGGYYDPETNLLLFGTGNPAPWNSHLRPGDNLYSSSRLALNPDDGTIKWHFQSTPHDGWDYDGVNELISFNYKDGGKDIKAAATADRNGFFYVLDRTNGKFIRGFPFVDKITWASGLDKDGRPIYVDTSRPGAPGSEAKGSSVFVAPAFLGAKNWMPMAYNQDTGLFYVPSNEWGMDIWNEGIAYKKGAAFLGAGFTIKPLNEDYIGVLRAIDPKTGKEVWRHKNFAPLWGGVLTTKGNLVFTGTPEGFLQAFNAKTGEKVWEFQTGSGVLGSPITWEMDGEQYVSVVSGWGGAVPLWGGEVAKRVKDFNQGGMLWTFKLPKELVAKR PGPT0006870_208 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUBSTRATE_UTILIZATION-OTHERS PLANT_DERIVED_ALCOHOL_DEHYDROGENASE-CYTOCHROME_C,PGPT0006870-exaA-K00114 NA NA D1-35_03388 936 gloB_1 Hydroxyacylglutathione hydrolase ATGCGCTGGTTGTTGCTGATCTGTCTTGGGCTGTGCCTGCCGGCCTGGTCCGCCACCGAGTATTCGCTCAAGCCACGGCAGATCGCCGAGGGCACGTGGCTGCTGGAAGGCAGCACGGATAATTTTGCCAAGGCCAACGGCGGCAATATCGTCAATACCGCGTTCATCGTCACCGAGGCCGGCGTGGTGGTCATCGACACCGGACCGTCAAAGCGCTACGGCGAGGCGCTGCGCCAGGCCATCGCCGCAACGACTGACAAGCCGGTGGCTCAGGTGCTGCTGACTCATCATCACCCTGACCATGTATTGGGCAACCAGGCCTTCAGCGATGTGCCCATCGGGGCGCTGCCCGGCACCACCGATCTGCTGCGACAGCAGGGCGACGCGATGGCGGAAAACATGTACCGGCTGGTGGGCGACTGGATGCGCGGCACCGAGGTGGTGCTGCCGACGCAGGCGTTGAGCCCCGGCACGCTGCAGGTGGGTGAGCATTCGTTGCGCTTGCTGGCGCTGGCCGGGCATACCGGGGCGGATCTGGCGATCCTTGATGAAACCACGGGCGTGCTGTTCGCCGGCGACCTGGTGTTTTATGAGCGAGCGCTGACTACCCCGAACAGCCCCGGCCTGGAGGTATGGCTCAAGGATCTGGACACCTTGCAGGGCCTGCCATGGAAGCAGATCGTGCCGGGTCATGGTCCGGTGACGGCGGATGCCCGGCCATTCGCGCAGATGCGCGACTACCTCGGCTGGCTCGACCAACTGATGCGCGACGGCGCGGCCCGGGGCGACGACATGGCCGAGATGATCCGCAGCCCCATCCCCGAGCGCTTCGCCGCGATCAGCCTGAGCCGGTATGAGTTGATTCGCAGCGTCAGCCATCTATACCCGCGTTATGAGCGGGCGGGGATGAGGCGGGTGGACACAAAGCCCCAGTAA MRWLLLICLGLCLPAWSATEYSLKPRQIAEGTWLLEGSTDNFAKANGGNIVNTAFIVTEAGVVVIDTGPSKRYGEALRQAIAATTDKPVAQVLLTHHHPDHVLGNQAFSDVPIGALPGTTDLLRQQGDAMAENMYRLVGDWMRGTEVVLPTQALSPGTLQVGEHSLRLLALAGHTGADLAILDETTGVLFAGDLVFYERALTTPNSPGLEVWLKDLDTLQGLPWKQIVPGHGPVTADARPFAQMRDYLGWLDQLMRDGAARGDDMAEMIRSPIPERFAAISLSRYELIRSVSHLYPRYERAGMRRVDTKPQ NA NA NA NA NA D1-35_03389 756 hypothetical protein ATGAACTGGCGAGCGTGGGGCCTGCTGTGGTGTTGCCTGCCGTTGATGGCGAGCGCGATCGAGCCGGGAAAGGACCCGGTGCCTTCCGTGATGTGGGCTTTCTATCACAAGCAACTGCTGGCGGACGCGCCGTTCGTGTTCGACGAGCGAGTCCGGCTGCTGGCGCCACCGTTTGCCGAAGACGCGCGCCAGGTGCCGCTGGAAATCGATGCCCGCGCCTTTACCGGTGACGTCGTGCGTATATTGGCCTGGGCCGAATTGAACCCGCTGCCGAAGATTGTCGACTTCCAGCCCACGGAACGGGTGCTGCCCTGGCTGTCGATCCGTATTCGCATCGAGCAAGCCAGTCCATTGCGTGCGGCAGTGCAGACCCGCGACGGGCTGTGGCACGTCGGTTCGACGCTGATCGACGCGGCGGGTGGCGGCTGCACCGCGCCCAGCGTCGTGCGCACCCAACCGGGTTGGGAGAAGCACTTGGGCGAAGTGCTGGGCGGTCGCTACCCGCGGGGCGATTCGAGTCGCCTGCGTCTGCAGGTTGCCCACCCCATGGACAACGGCCTGGTCAGCGGCATCCCGGAGTTTTTCATCAACCAGGCTCGGCTGCTGGATGCCGACGGCAAGCTGTTGGCGCGCCTGGAGCTGTTTCCGGCGGTCAGCGAAAACCCCTCCCTGGGCTTCGACATCCAGGGCCCGGGACAGACCCGCCTGTTGCTGCGCGACACCAGCGGCAACGAGTTCGAAGCGGCCATTCCCTGA MNWRAWGLLWCCLPLMASAIEPGKDPVPSVMWAFYHKQLLADAPFVFDERVRLLAPPFAEDARQVPLEIDARAFTGDVVRILAWAELNPLPKIVDFQPTERVLPWLSIRIRIEQASPLRAAVQTRDGLWHVGSTLIDAAGGGCTAPSVVRTQPGWEKHLGEVLGGRYPRGDSSRLRLQVAHPMDNGLVSGIPEFFINQARLLDADGKLLARLELFPAVSENPSLGFDIQGPGQTRLLLRDTSGNEFEAAIP PGPT0002355_319 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-SULFURIC_ACID_BIOSYNTHESIS,PGPT0002355-soxY-K17226 NA NA D1-35_03390 876 hypothetical protein ATGCGCCTGTTCGCGTGGGTGATGTGCAGCCTGCTGTTGTGTGGCCAGGCGGTGCAGGCGCAGGTGCGCAGCTATGACCAGATGATTGCCGCCGGTGAATTGAAGGTCGCGGTCTACATGGACTTCGCTCCCTACAGCTTTGAAGACCAGGGCCAGCCGCGGGGCGTTGACGTGGAGCTGGCGCAGGCCCTGGCCAAGGCGCTGGGCGTACGGCTGAAATTGCTCTGGGCACCGCCCGGCGAAAAGCTCGACGACGACTTGCGCGACTACATCTGGCGCAGCAGTCCGCTGCACGATCGACAACTGGCCGATCTGATGATGCGAGTGCCTTATGACCATGACTATGTACAAAGGCGCAACGACGTTGGCGAGCTGGAGAACGCCCAGGTCGTGATGTTCGGTCCGTATCAGCAGGAATGCTGGCAAGTGGCGTACGACCGGCGTCGACTGGCCTCGGTGGGCAGCGTTGCGGTGTTCCAGCAACACCCCATTGGCGTTGAAGTCGACAGCGTGCCGTCGTTCTACCTGACGTCCGTGTTCAACGGCATGCTCAGTGCCAAGACCCGCCATTACCCCAGCGTTGCCAAGGCCTTCGGCGCCATGCAGGCCGGGGAGGTCGATGCGGTCATGGCGATGCGCGGGGAAATCGACTGGCAGGTGCACCGGGCGGCTGATCCGCAATTGGCCCTGGCGGAGAACGCTTATCCGAACATGGGCAAGCAGCGCTGGGAAATCGGCATGGCCGTGCACGAAAGCAACCGGCAACTGGCCTATGCGGTGGAGGAAGCCTTGGAAGCGTTGATCCGCGACGGCAGCCTCAAGGCCGTGTATGCCCGCTATGGCCTGCGCTACGAAGTGCCGGACATGTATCAATAG MRLFAWVMCSLLLCGQAVQAQVRSYDQMIAAGELKVAVYMDFAPYSFEDQGQPRGVDVELAQALAKALGVRLKLLWAPPGEKLDDDLRDYIWRSSPLHDRQLADLMMRVPYDHDYVQRRNDVGELENAQVVMFGPYQQECWQVAYDRRRLASVGSVAVFQQHPIGVEVDSVPSFYLTSVFNGMLSAKTRHYPSVAKAFGAMQAGEVDAVMAMRGEIDWQVHRAADPQLALAENAYPNMGKQRWEIGMAVHESNRQLAYAVEEALEALIRDGSLKAVYARYGLRYEVPDMYQ PGPT0020800_3928 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 D1-35_03391 462 hypothetical protein ATGACAACAAAACGCAACGCCATCATCGCTAGCGCATTGCTGATAGGGCTGACTGGCGCAGGCTCGGCATGGGCCCATGGCAACGTAGTGCCCCAGGCAGTGGAAACCCAAGGGCTGACGCCGATCAAGGACACCAACCTGCCGTTGGATGCCGACGGCTGGGCGGCACAGAACCCGTATCGCAATTCTCCCGAACGCGAAAAAGCCGTGGAGATCGGTGCCTCGGCCTACAACCAGAACTGCGCGGCCTGCCATGGCCTTGAGGCCAAGTCCGGCGGTATCGCCCCGGACTTGCGCATGCTCGACGCCGCCGAGGCTGGCGATGAATGGTTTGTCGAACGCGTGCGCCATGGCGCGGTGCGCGATGGCCGGGTGTATATGCCCAAAATGGCCGATTACCTGAGCCAGGAAGCGCTGTGGGCGGTGCGTACCTACCTGGACAGCGTGCACGTCGAGGAGTGA MTTKRNAIIASALLIGLTGAGSAWAHGNVVPQAVETQGLTPIKDTNLPLDADGWAAQNPYRNSPEREKAVEIGASAYNQNCAACHGLEAKSGGIAPDLRMLDAAEAGDEWFVERVRHGAVRDGRVYMPKMADYLSQEALWAVRTYLDSVHVEE NA NA NA NA NA D1-35_03392 1857 qedA_2 Quinoprotein alcohol dehydrogenase (cytochrome c) ATGACAATAAAAACGCTACCTGCCCTCTCCTCCCTGAGCGTTGCCTTGCTGCTCGCCGGCGGCCTGTCCCTGGGTCCGCAGGCGCACGCCGCCGTCACCTGGGAAGACATTGCCAACGATCACCTGACGACGAAGGACGTGCTGCAATACGGCATGGGCACCAACGCCCAGCGCTGGAGTCCGCTGGCCCAGGTCAACGACAAGAACGTGTTCAAGCTCACCCCGGCCTGGTCCTACTCGTTCGGTGACGAAAAACAACGCGGCCAGGAATCCCAGGCGATCGTCAGCGACGGCGTGGTGTATGTCACCGGATCCTACTCCCGGGTGTTCGCCCTCGACGCCCGGACCGGCAGACGCCTGTGGACCTACAACCACCGCCTGCCGGACAACATCCGGCCGTGCTGCGATGTGGTGAACCGTGGCGCGGCCATTTATGGCGACAAGATCTACTTCGGGACTCTGGACGCACGGGTGGTTGCCCTGGACAAGAACACCGGCAAGGTGGTCTGGAACAAGAAATTCGGCGACCACGCCGGCGGCTACACCATGACCGGCGCCCCAGTGCTGATCAAAGACAAGGCCAGCGGCAAGGTCCTGCTGATCCACGGCAGCTCCGGCGACGAGTTCGGTGTCGTCGGGCAACTGTTCGCCCGCGACCCGGACACCGGTGAAGAAGTCTGGATGCGGCCGTTTGTCGAAGGCCACATGGGCCGCCTCAACGGCAAGGACAGCACGCCGACCGGCGACGTCAAGGCGCCCTCCTGGCCTGACGACAAAACCACCGAGACCGGCAAGGTCGAGGCCTGGAGCCACGGTGGCGGCGCGCCTTGGCAGAGCGCCAGTTTCGACCCCGAGACCAACACCATCATCGTTGGCGCGGGCAACCCCGGCCCCTGGAACACCTGGGCGCGCACCGCCAAGGACGGCAACCCGCATGACTATGACAGTCTCTACACCTCGGGCCAGGTGGGAGTCGATCCAAGCACTGGCGAAGTGAAGTGGTTCTACCAGCACACGCCCAATGACGCCTGGGATTTCTCCGGCAACAACGAGCTGGTGCTGTTCGACTACAAGGACAAGGACGGCAAGCAGGTGAAGGCCACCGCCCACGCCGACCGCAACGGTTTTTTCTACGTGGTGGATCGCAACAACGGCAAGCTGCAGAACGCTTTCCCCTTCGTCGACAACATCACCTGGGCCAGCCACATCGACCTGAAGACCGGGCGGCCCGTGGAAAACCCCGGCCAACGTCCGGCCAAGCCGTTGCCAGGCGAAACCAAGGGTAAACCGGTGGAGGTTTCGCCGCCGTTCCTGGGTGGGAAAAACTGGAACCCCATGGCGTACAGCCAGGACACCGGGCTGTTCTATGTGCCGGGCAACCAGTGGAAGGAGGAGTACTGGACCGAGGAGGTCAGCTACAAAAAAGGCTCGGCCTACCTGGGCATGGGTTTTCGCATCAAGCGCATGTACGACGATCACGTCGGCAGCCTCCGGGCGATGAACCCCACCACTGGCAAGGTGGTGTGGGAACACAAGGAGCCGCTGCCGTTGTGGGCCGGTGTGCTGGCGACCAAGGGCAACCTGGTGTTCACCGGCACCGGTGACGGCTTCTTCAAGGCCTTCGACGCGAAAACCGGCGAGGAGCTGTGGAAGTTCCAGACCGGCAGCGGCATCGTCTCCCCGCCCATCACCTGGGAACAGGACGGCGAGCAGTACATCGGCGTGACCGTCGGTTATGGCGGCGCCGTGCCGTTGTGGGGCGGCGACATGGCCGAACTGACCAAACCGGTGGCCCAGGGCGGGTCGTTCTGGGTGTTCAAGATTCCGAGTTGGGATAAAGCAACGGCGCAGAAATAA MTIKTLPALSSLSVALLLAGGLSLGPQAHAAVTWEDIANDHLTTKDVLQYGMGTNAQRWSPLAQVNDKNVFKLTPAWSYSFGDEKQRGQESQAIVSDGVVYVTGSYSRVFALDARTGRRLWTYNHRLPDNIRPCCDVVNRGAAIYGDKIYFGTLDARVVALDKNTGKVVWNKKFGDHAGGYTMTGAPVLIKDKASGKVLLIHGSSGDEFGVVGQLFARDPDTGEEVWMRPFVEGHMGRLNGKDSTPTGDVKAPSWPDDKTTETGKVEAWSHGGGAPWQSASFDPETNTIIVGAGNPGPWNTWARTAKDGNPHDYDSLYTSGQVGVDPSTGEVKWFYQHTPNDAWDFSGNNELVLFDYKDKDGKQVKATAHADRNGFFYVVDRNNGKLQNAFPFVDNITWASHIDLKTGRPVENPGQRPAKPLPGETKGKPVEVSPPFLGGKNWNPMAYSQDTGLFYVPGNQWKEEYWTEEVSYKKGSAYLGMGFRIKRMYDDHVGSLRAMNPTTGKVVWEHKEPLPLWAGVLATKGNLVFTGTGDGFFKAFDAKTGEELWKFQTGSGIVSPPITWEQDGEQYIGVTVGYGGAVPLWGGDMAELTKPVAQGGSFWVFKIPSWDKATAQK PGPT0006870_100 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUBSTRATE_UTILIZATION-OTHERS PLANT_DERIVED_ALCOHOL_DEHYDROGENASE-CYTOCHROME_C,PGPT0006870-exaA-K00114 NA NA D1-35_03393 639 pipB2 COG1357 Secreted effector protein PipB2 ATGAAACCACTGCCCTCGCTGCTTCTGCTCCTCGCCGCCGGTGCCAACGCCGACGACACCCCACTGACCATCAACGGCTGCCTCATCGCCGAATCCAGTCAATGCCCCGGCGCCAACCTGCGGGGCGCCAACCTGGCGAGCCAGGACCTGCGCAAGATGAATCTCGCCGGTGCCGACTTGCGCGAGGCCGACCTGCGTCATGCGCGGCTGGACCTGGCCAACCTTGAGAAGGCGCAGCTCCAGGGCGCCAACCTGAACCGTGCCAGCCTGCAACAGAGCAACCTGCGCCTGGCGGATTTCAGCGGCGCCACGCTCAAGGCAATCCAGGGCTGGGGGCTGTTCGCCCAGGGCGCGCAATTCCAGCGGGCCGACTTGAGCGGTGCCTACCTTCAATTCGCCCGTTTGTCCGGGGCTCGCCTGCACGAGGCCAACCTGCAAGCCGTCGACCTGGAGATGGCCTGGCTGAGCAAGGCCGACCTCAAGGGCGCCGACCTGCGCGATGCCAACCTGCAAGAGGTCAAGCTCGCTGAAAGCAACCTGGAACAGGCCAACCTGAGTGGCTCGCGCCAGCATTACGGGAATTTCCAGGATGCGAATATGCAGGACTGCATCGGCTGCCCCACAAGTTGGGATCACTGA MKPLPSLLLLLAAGANADDTPLTINGCLIAESSQCPGANLRGANLASQDLRKMNLAGADLREADLRHARLDLANLEKAQLQGANLNRASLQQSNLRLADFSGATLKAIQGWGLFAQGAQFQRADLSGAYLQFARLSGARLHEANLQAVDLEMAWLSKADLKGADLRDANLQEVKLAESNLEQANLSGSRQHYGNFQDANMQDCIGCPTSWDH NA NA NA NA NA D1-35_03394 639 exaE Transcriptional activator protein ExaE ATGAGCATCTTGTTGGTGGACGATCACGCTGTGGTTCGGCAAGGTTACGCCAGCCTGTTGCGAGCGTTGATGCCGGAACTGCTGGTGCGCGAAGCGGCCTCGGGCGAAGAAGCGTTGAGCCAGGTGCAGGAACAGGTGCCGAACCTGGTGATCATGGACTTCGGCCTGCCGGGCATCAGCGGCCTGGAAACCACCCGCCGCCTGCGTCAACGCTTGCCGCAACTGCGCGTGCTGTTTTTCAGCATGCACGACGAACTGCCATTGGTGCGCCAGGCGCTGGACGCCGGCGCCGCGGGTTACCTGACCAAAAATTCGGCACCGCAAATATTGTTGGAGGCGGTGCGCCGGGTGCTGGCCGGCCATGCCTATATCGAGCAGACCCTGGCGACCCAACTGGCCTGCGCCAGCACGCGGCCCGATGCGGACCCGCGCCTGCAATCGATGACCCAACGCGAACTGGAGATCTTCGTCATGCTCGCCAGGGGCACCCCGGCGCGGACCATCGCCGAACAGCTGTGCATCAGCGCCAAGACCGTGTCCAACCATCTGACGCTGCTCAAGAGCAAACTGCAGGTCAGCTCCCATGCCGAACTGGTCCACCTGGGAATCGATATGGGTGTGGTGCGGGTGGCTGGGTGA MSILLVDDHAVVRQGYASLLRALMPELLVREAASGEEALSQVQEQVPNLVIMDFGLPGISGLETTRRLRQRLPQLRVLFFSMHDELPLVRQALDAGAAGYLTKNSAPQILLEAVRRVLAGHAYIEQTLATQLACASTRPDADPRLQSMTQRELEIFVMLARGTPARTIAEQLCISAKTVSNHLTLLKSKLQVSSHAELVHLGIDMGVVRVAG PGPT0012935_1088 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012935-gacA|uvrY|varA-K07689 NA NA D1-35_03395 1257 hypothetical protein ATGTCCGCCCTCTGGCGAATCAACCTCTGGGTCACGGTGTTCTTTGCCCTGGTCGCCGTGGCCTGCGCAACGCTGCTGCTGCACCAGGCCACCGCCGATGTGCAGCGCGAACTGCAATCGGCCGAGTCGGTGGTGCATTACCTGCGCGAAACCGCCGAGCGAGACCCGACCAGCCTGCAATCGCGCCTTACCGGCAGCCTGCGTCACGTGCGGGTGCATTGGCTGGCGCCTGGGGAGAACGCCCCGGCGAACGATCCCGGGTTGCAGGCCTGGCTGGGTCGCCAACTGTTGGCCGACGGCCCGGTTGCGCAGATGGTGGTCCTGCAGGACGGGCGTCGGGCCTGGATCGCTGTCGACCCACGGGATGAAATCGACGAGATCCTCGATTCCCTGGCGCAACTGTTCGGCGTCTGCCTGATGGCACTCTTCGTCAGTTTGCTGGTGATTCGCTGGGCGGTGCGCCGGGGCGTGCGTTTGCTGGATGAATTGCTCCACGCGATGCGCCAGGTGTCCGCCGGGGACTTGCAGGTCAGCCTGCGCACCGAAGGCGTTTCGGAAGCCCAGCAGTTGGCAGAGCATTTCAATCGGATGACCGCCGCGCTGGCCCAGACCCGCGCGGACAACGCCCAGCTGACCCGGGCACTGCTGGCAGTGCAGGAACAGGAGCGCACGCGCTTGTCGCAGACGCTGCACGATGACCTTGGCCAATACGTGGCCGGTATTCGCGCACGGGCCTGTCTGCTGCGCCTGGTCATCCATCAGCCGCCAGCCTTGGAGCAAACGGCAAACGAACTGGAAGAACACTGCGATCACCTGCAAAAAGGCTTTCGCGCGTTGGTCCACGACTTGTATCCGGTGGTGTTGCAGCACCTGCCGTTGTGCGAGGCAATCGGGCTGCTCGCGAGGCAGTGGCAGGACAGACACGGGATCGCCTGTCAGTTGCGAGTCGATGGAGCGTCGCTGTCGATATCCGGGCCTGACAAGGCCCACCTCTATCGCCTGTTGCAGGAAGCACTGACCAACATCGCCCGGCACGCCAACGCCAGTCAGGTACGGATTCGCTTGCAGCACCGCAGCGGCCGCCTGCGCCTGCTGGTGCGCGATAACGGACGTGGCGCGCAGCAACCGGCCCGGGCGGGTGTCGGCCTGCATTCGATGGCCGAACGGGCCCGCAGCCTTGGTGGTGAGCTGCGCATCATCAGCCAGCCCGGCGCCGGGTGGGCGCTGGCCTTGAATATTCCCCTGGAGGTTTCATGA MSALWRINLWVTVFFALVAVACATLLLHQATADVQRELQSAESVVHYLRETAERDPTSLQSRLTGSLRHVRVHWLAPGENAPANDPGLQAWLGRQLLADGPVAQMVVLQDGRRAWIAVDPRDEIDEILDSLAQLFGVCLMALFVSLLVIRWAVRRGVRLLDELLHAMRQVSAGDLQVSLRTEGVSEAQQLAEHFNRMTAALAQTRADNAQLTRALLAVQEQERTRLSQTLHDDLGQYVAGIRARACLLRLVIHQPPALEQTANELEEHCDHLQKGFRALVHDLYPVVLQHLPLCEAIGLLARQWQDRHGIACQLRVDGASLSISGPDKAHLYRLLQEALTNIARHANASQVRIRLQHRSGRLRLLVRDNGRGAQQPARAGVGLHSMAERARSLGGELRIISQPGAGWALALNIPLEVS PGPT0017175_805 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_HEXOSE_PHOSPHATE_UPTAKE_SENSING,PGPT0017175-uhpB-K07675 NA NA D1-35_03396 258 hypothetical protein GTGCGGATACTCAAGACGCTGCTGTTGCCGTTGTTGCTGATCCTGAGCCTGATCGGGGTTGACAGGCATAAGACCATCCCTGTGGGAGCGAGCTTGCTCGCGATAGCGGTGGTTCAGCCGACCTTGATGTTGGATGCGCCGCCGTCATCGCGAGCAAGCTCGCTCCCACAGGATGTCGGTGTCCCACAGGATGTCGGTGTCCCACAGAGGGCCGGTGTCCCACACGGGGCCGGTGTAGACAAAGGATCGGGGCGCTAG MRILKTLLLPLLLILSLIGVDRHKTIPVGASLLAIAVVQPTLMLDAPPSSRASSLPQDVGVPQDVGVPQRAGVPHGAGVDKGSGR NA NA NA NA NA D1-35_03397 1167 hypothetical protein ATGCGCCGGCTCGCACGTTTTGCCCTGGTTTATCTGCTGGCTACGACCACCGCTCAGGCCGGCGATGCCGTGGCGTTGCAAGTGCGCATCGGCTACCTGGGTTATCGCCCCGATCCCGGCCCGCTGCTGTCCAATGTGATTGCCGAACCCACCGATGCCGGGCTGCGCGGCGCCGAGCTGGCGATTGTCGACAGCAACAGCACCGGACGTTTTCTCAAGCACGACTACCGCCTCGAAAGCGCCAGCGTAGACAGCCCCGAAGCGCTGCTCCAGGCCGCCCGCGCCCAGCACGATCGGGGCCTGCGGCTGTTCGTGGTGAATGCACCCGCTACCAGCCTGCGCCAGCTCAGCGCCGCCCTGCCCGACAGCCTGCTGTTCAACGCCGGCAGCCCCGACGACAGCCTGCGCACCAGCGACTGCCTGGGCAATGTGCTGCACACCCTGCCTGATCGGGCGACACTCGCCGATGCGCTGATCCAGTTCAGCGTTGTGCGCAAATGGCAGCGCGCCTTGCTGATCGTCGGCCAGACACCCGCAGACCAGGCCTACGCCGCCGCACTGCGCCGGGCCATGAAGCGTTTCGGCATGAAGATCGTCGCCGAGAAACCCTGGCAGTTCGACAACGACCAGCGCCGCAGTGCCCAGGCCGACATGCCGCTGTTCACCCAGACCGCCGAATACGACGTGGTGCTGGTGGCCGACGAACGCGGCGATTTTGGCGAGTACGTGCCCTACCAGACCTGGTACCCGCGCCCCGTGGCCGGCACCCAGGGACTGACCCCGACCGGCTGGCACAAGACCGTCGAGACCTACGGTGCGGCGCAGTTGCAAAAACGCTTCGAAGCCTTGGCCGGACGCTGGATGAACGACCGCGACTTCGCCGCCTGGATCGCCGTGCGCAGCATCGCCGCCGCCGTCGGCAAGCTGCGTCAGGATGACCCGTTCGCCATCCGCCAACTGGCCCTCGGCGACCAACTGCCGCTCGACGGTTTCAAAGGCCGCAAGCTCAGCTATCGCCCCTGGAACGGCCAATTGCGCCAACCCATTGCGCTGGTCCAGCCACGCGCCCTGGTCAGTACCTCCCCCCAGGACGGGTTCCTGCACCCCAGCAACGAAATGGACAGCCTGGGCTACGACCAGCCCGAAGTCAGCTGCCGCTACCCCTGA MRRLARFALVYLLATTTAQAGDAVALQVRIGYLGYRPDPGPLLSNVIAEPTDAGLRGAELAIVDSNSTGRFLKHDYRLESASVDSPEALLQAARAQHDRGLRLFVVNAPATSLRQLSAALPDSLLFNAGSPDDSLRTSDCLGNVLHTLPDRATLADALIQFSVVRKWQRALLIVGQTPADQAYAAALRRAMKRFGMKIVAEKPWQFDNDQRRSAQADMPLFTQTAEYDVVLVADERGDFGEYVPYQTWYPRPVAGTQGLTPTGWHKTVETYGAAQLQKRFEALAGRWMNDRDFAAWIAVRSIAAAVGKLRQDDPFAIRQLALGDQLPLDGFKGRKLSYRPWNGQLRQPIALVQPRALVSTSPQDGFLHPSNEMDSLGYDQPEVSCRYP NA NA NA NA NA D1-35_03398 975 Hydrazine synthase subunit beta ATGCGCCGCTCCCTGCTTTGCCAGATCCTCGCCTTCGGCGCTGCGTTGATCGCGGCGGGCCCTGCCGTCGCCGCCATCGCCTGGGTCTCCAACGAGAAAGACAACAGCCTGAGCCTGATCGATATGCACAGCCTGGAAGTCGTCGACACCCTGCCGGTGGGCCAGCGCCCTCGGGGTCTGCTGCTGTCCCATGACAATCGCCTGCTGTACATCTGCGCCAGCGATTCGGATCGCGTCCAGGTGATGGACGTTGCCACCCGCAAGATCATCAAGGAGTTGCCCTCCGGCAAGGACCCGGAACAGTTCGCTCTGCACCCCAACGATCGCTGGCTCTATGTCTCCAACGAAGACGATGCCCTGGTCACGGTGATCGACACCCAGACCTCCGAAGTACTCGGCCAGATCGCTGTGGGCGTCGAGCCCGAAGGCATGGCCGTCAGTCCCGATGGCAAGTGGGCGGTCAACACCAGCGAGACCACCAATATGCTGCACTGGATCGACACCAGCACCCAGACATTGGCCGACAACACCCTGGTGGACCAGCGGCCGCGCTTCGTCGAATTCAACCGCGACGGTACGCAGCTCTGGGCCTCGGCCGAGATCGGCGGCACCTTGAGCATTCTCGACGTCGCCACCCGCCAGGTACTCAAGACCCTGACCTTCCAGATCAAGGGCGTGCACCCGGACAAGGTCCAACCGGTGGGCATCAAGCTCAGCGCCGACGGCAAGCTGGCATTCGTCGCCCTGGGCCCGGCCAACCATGTCGCGGTGATCGACGCGCAAACCTTCGAAGTGCTGGATTACCTGCTGGTGGGTCGACGGGTCTGGCAGTTGGCATTCACCCCGGACCAGAAGCAACTGCTGGCAACCAATGGCGTCAGCGGCGATGTCTCGGTGATCGACGTGCAGAGCCGCAAGGTGCTCAAGTCGGTGAAGGTCGGACGTTATCCGTGGGGCGTGGTGGTCACGCCATGA MRRSLLCQILAFGAALIAAGPAVAAIAWVSNEKDNSLSLIDMHSLEVVDTLPVGQRPRGLLLSHDNRLLYICASDSDRVQVMDVATRKIIKELPSGKDPEQFALHPNDRWLYVSNEDDALVTVIDTQTSEVLGQIAVGVEPEGMAVSPDGKWAVNTSETTNMLHWIDTSTQTLADNTLVDQRPRFVEFNRDGTQLWASAEIGGTLSILDVATRQVLKTLTFQIKGVHPDKVQPVGIKLSADGKLAFVALGPANHVAVIDAQTFEVLDYLLVGRRVWQLAFTPDQKQLLATNGVSGDVSVIDVQSRKVLKSVKVGRYPWGVVVTP NA NA NA NA NA D1-35_03399 732 lnrL COG1131 Linearmycin resistance ATP-binding protein LnrL ATGAACGCCTTGGAGGTCAGAGACCTGAGCTTTGCCTACGGCGCGCGCGAAGCCCTGCGCCAGATCAGTTTCAGCCTGCCCGCCGGACGCTTCGCCGCGCTGCTCGGGCCCAATGGTGCCGGCAAGTCGACGCTGATTGCCTTGCTGACGCGCCTGTACGACGTGCAACGCGGCGAGATCCGGGTCGGCGGCCACTCGTTGCAGGGCGCGCCACGCCAGGCCTTGCGCCAGTTGGGGGTGGTGTTCCAGCAAAGCACCCTGGACCTGGACCTGAGCGTCGAACAGAACCTGCGTTATCACCTCGCGCTGCACGGCTTTGCCCGGCGCCAGGCCGACGTCCGGATTGAGCTCGAACTGGCTCGCCAGCACCTGACCGAACGGCGTCACGAGCGGGTGCGCAACCTCAACGGCGGGCATCGGCGCCGGGTGGAAATTGCCCGCGCGCTGCTGCACGAGCCGCGCCTGTTATTGCTCGATGAGCCGAGTGTCGGCCTCGATCCGGCCAGCCGTCAGGCCCTTGGAGAGCATATCCGCCAACTGTGCCGCGAACAGGGCATCAGCGTGCTCTGGACCACGCACCTGCTGGACGAAGTGCAGCCCTTTGACGACTTGCTGATCGTGCATCAGGGGCGGCTGGTCGCCAGCGGTCGCGCCGAGGCGGTGAGCCTGGAACATGGCGGCAGCCTCGGCTCGGCCTTCGATCGATTGACCACCCCGGGAGTGGCCGCATGA MNALEVRDLSFAYGAREALRQISFSLPAGRFAALLGPNGAGKSTLIALLTRLYDVQRGEIRVGGHSLQGAPRQALRQLGVVFQQSTLDLDLSVEQNLRYHLALHGFARRQADVRIELELARQHLTERRHERVRNLNGGHRRRVEIARALLHEPRLLLLDEPSVGLDPASRQALGEHIRQLCREQGISVLWTTHLLDEVQPFDDLLIVHQGRLVASGRAEAVSLEHGGSLGSAFDRLTTPGVAA PGPT0006725_24796 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D1-35_03400 792 hypothetical protein ATGAATGCGTATTGGCAATGTTTCAGCGGCATCGTGATGCGCGAATGGCTGCGCTTCGTGTTGCAACGCACGCGGTTGCTCAGTGCCCTGGTACGGCCGTTGTTATGGCTGCTGGTGTTCGCCGCCGGCTTCCGGGCCGCCCTGGGCATTGCGATCATTGCGCCCTACGACACCTACATTCCTTATGAGGTGTACATCGTGCCGGGGCTGGCCTGCATGATCCTGCTGTTCAACGGCATGCAGGGCTCACTGTCGATGGTCTATGACCGGGAAATGGGCAGCATGCGCGTACTGCTCACCAGCCCCCTGCCCCGGGCCTTCCTGTTGGCGAGCAAGTTGCTCGCGACTTCGCTGATCTCGCTGATGCAGGTCTATGCCTTTCTCGCCATCGCCTGGTTGTATGGCGTCCAGCCTCCAGCCACGGGCTTGCTGCTGGCGCTTCCGGCGTTGCTGCTGGTGGCCTTGATGCTCAGTGCCCTCGGCTTGTTGCTGTCCAATGCGATCCGCCAGTTGGAGAACTTCGCCGGGGTGATGAACTTCGTCATCTTCCCGATGTTTTTCCTGTCTTCGGCGCTGTACCCGCTGTGGAAAATGCTCGAGGCCAGTCCGTGGTTGTACTGGCTGTGCGCGGTGAACCCGTTCACCCACGGCGTGGAGCTGGTGCGCTTCGCCCTGTATGGGCAATTCAACCTGCTGGCGATGGCCATGTGCGTGGGTCTGAGCCTGGTGTTTGCGTTGCTGGCGGTGTGGACGTTCAATCCGCAGCATGCGGCATTGCGCAAGGCGAGTTGA MNAYWQCFSGIVMREWLRFVLQRTRLLSALVRPLLWLLVFAAGFRAALGIAIIAPYDTYIPYEVYIVPGLACMILLFNGMQGSLSMVYDREMGSMRVLLTSPLPRAFLLASKLLATSLISLMQVYAFLAIAWLYGVQPPATGLLLALPALLLVALMLSALGLLLSNAIRQLENFAGVMNFVIFPMFFLSSALYPLWKMLEASPWLYWLCAVNPFTHGVELVRFALYGQFNLLAMAMCVGLSLVFALLAVWTFNPQHAALRKAS PGPT0006730_15822 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D1-35_03401 534 hypothetical protein ATGCCCCGTTTGCTCGCGATCGTCTTGCTGGGCCTGTCGCTGAATGTCGCGCAGGCCGACACCTCGCTGTTTTCCCCGCAGGGCTTTCGCATCACTCAATACCGCAGCCCGACGCCCGCCTCCGCAGACAGCGCGCAAACCGTCGACACCGAAGCCTTGCAGCGCCTGCTAAAGCAAACGCCCGCGCCAGTGCTGATCGACGTCTACCGCCGGCCCTGGGTCCAGGGCCGGTTCATCGACACCGAACCCCATGCCAACCTGCCCGGCAGCTTGTGGCTGGCCAACACCGGCGACGGCGAACTGGACGCGACCTGGCAGGACTACTTCACGTTTTACCTGCGCAAAGCCACCGCCGGCCAGGCCGATCAACCGCTGGTCTTTTACTGCCGCTCCGATTGCTGGTTGAGCTGGAACGCGGTAAAACGCGCCGCCGCCTTGGGCTATAAACATCTGTATTGGTACCGCGACGGCCTGGATGCCTGGGAGGCGGCCAACCTGCCCCTGCAAGCGGCCCGCCCCGAACCCTTGCCCTGA MPRLLAIVLLGLSLNVAQADTSLFSPQGFRITQYRSPTPASADSAQTVDTEALQRLLKQTPAPVLIDVYRRPWVQGRFIDTEPHANLPGSLWLANTGDGELDATWQDYFTFYLRKATAGQADQPLVFYCRSDCWLSWNAVKRAAALGYKHLYWYRDGLDAWEAANLPLQAARPEPLP NA NA NA NA NA D1-35_03402 666 degU_2 COG2197 Transcriptional regulatory protein DegU ATGTATAAAATCCTGATAGCCGACGATCACCCACTGTTTCGCGAAGCCATCCACAACGTCATCAGCGACGGTTTCGCCGGGAGCGAGGTGATGGAAACCGCTGACCTGGACAGCGCCCTGGCGCTGACTCGCGAACACGATGACCTCGACCTGATCCTGCTCGACCTGAACATGCCCGGCATGCACGGCCTCAATGGCCTGATCAACTTGCGCAACGAGGCACCGACTATCCCGGTGGTGATCGTGTCCGCCGAGCAGGACAAGCAGATCGTCCTGCAGGCCATCACCTATGGCGCGGTGGGTTTTATCACCAAGTCGTCGCCGCGCGCGCAGATGACCGACGCCATCGAGCAGATCCTCAATGGCAACGTGTACCTGCCGCCAGACATCATCCGCACCCAGAAGAGCCCGACGGGCCGGCGCCTGAACGAGACCCCGGCGTTCCCGCCGGAACTGCTCCAGGCCTTGACCCGCAAGCAATTGCTGGTGCTCGAACGCATGACCAAAGGCGAGTCGAACAAGCAGATCGCCTACACGCTGGACATCGCCGAAACCACGGTCAAGGCCCACGTCTCGGCGATCCTGCGCAAGCTCAACGTGCATAACCGGGTGCAGGCGATTCTCAGTGCGGGGGATATCGATTTCGGGGCTTACCTGCGGCGCTAA MYKILIADDHPLFREAIHNVISDGFAGSEVMETADLDSALALTREHDDLDLILLDLNMPGMHGLNGLINLRNEAPTIPVVIVSAEQDKQIVLQAITYGAVGFITKSSPRAQMTDAIEQILNGNVYLPPDIIRTQKSPTGRRLNETPAFPPELLQALTRKQLLVLERMTKGESNKQIAYTLDIAETTVKAHVSAILRKLNVHNRVQAILSAGDIDFGAYLRR NA NA NA NA NA D1-35_03403 2604 rcsC_13 Sensor histidine kinase RcsC TTGCCCGTCATCGCGTCCCCGGTCATCGCTGAACTGCAGGCACAGATCGCCGCCCTGCAACACGACAACCACAAGCTGCGGCGCATAAACGCGGCGCTGATCGAGCGGGTCGAATCCGGCGTGACCCGTGGCAGCGACCCGTACGCAGCGTTCCAGCATTCGGTGGTGCTGGCCGAACAGGTCCGCGAGCGCACCGACGCCTTGAACCAGGCGATGGCCGAGCTCAAGGCCGGCAACCATCTTCTGGGCGAAGCCCGGCTGCGGGCGGAAACCGCCCATCGCCATCTGATCGATGCGATCGAGAGCATTTCCGATGCGTTCGTGCTGTTCGACGAACAGCAACGCATCGTCCTCTTCAACAGCCGTTTCAAGGCGTTCTGGGCTCACAGCCGGGTGCGGATCATCGCGGGGATGCGCCTTGGCGAGGTCAAGCGCCTGATGACCGCCAATGGCCTGTTCAGCGAAGAAACCCGCGGCCAGCCCGATGAGCCGGTGTTGTACCGATTACAGAACGGCCGCTGGCTGCAGGTCAGTGAACGGCCGACCCAGGAAGGCGGGCGGGTCTTCCTGTTTACCGATATCACTGACGTCAAACTCAGCGAAACCGTACGCCGTGAGCAAGCCATCGCGCAGAAATCCCACTTGCTGCAGCGCGCGGTGGACAACCTGTCCCAGGGCGTAGCGATGGTCAATGCCCAGGGCATATTGGAATTGTGGAACCGGCGCTTCCTGGAACTCAGCGGCCTGGCGCCGGTGGCGGCTCATCGGCCATTCATCGAGGTGATCGCCGACAGTGAGCTGCAACTGCTTACGCCGGCCAGTCGCGACGGCAATGGGCGGTTGATCCAGGAGTGCGAACAGCGCCTGTCCGATGGCCGGGTCCTGGAGATCCGAACTCATCCGCTGCCGACCGGCGGCTACGTCAATACCTTCACTGACATTACCGAGCGCTACCAGCATGCCGAGGCACTGAGCGAAAGCGAGCGCTGGATCCGCTTGATCACAGATCACGTACCGGCACTGATCGCCTACCTCAACGCCGACCTGGTCTACGAATTCACCAACAAGGTCTATGAGCAGTGGTATTGCTGGCCGCGGGGCGTGATGCTCGGCCAAAGCCTGCGCGAAGCCCACAGCGAGCAGCATTACCAGCGCCTGGAAGCCTACGTGGCCCGAGCGTTGGCCGGGGAGAGCGTGACCTTCGAATTCGCCGAGACCAACATCAACAACCAGGAGCGCTACATGCTGCGCTCCTACGTGCCCAATCGGCTGGCCAACGGCGAGGTGGTGGGCATCTTCGTGCTGATCCGCGACATCACCGAACGTCGCCGCACCGCCGAGGCCCTGCATCAGGCCTACCAGAATCTGGAGCAGCGCGTGCAGGAGCGCACGGCCGAGCTGACCACGCTCAACGACCAGTTGCTACGCGAGATCGACGAACGCAGCCGGGTCGAGCTGCGCCTGCGCGAAGCCAAGCGCGAGGCCGAGCGGGCCAACCTGTCGAAAACCAAATTTCTCGCCGCGGTCAGCCATGACCTGCTGCAACCGTTGAACGCGGCGCGGCTGTTCACCAGCGCCTTGCTCGAACGCCGCGAACCGGTGGCGAACGCGCAACTGGTGCGCAACGTCAGCAATTCGCTGCAGGACGTGGAAAACCTGTTGGGCACCCTGGTCGATATTTCCAAGCTGGATGCCGGGGTGATCAAGGCCGATGTGGCGCCGTTCGCCCTCAGTGAGCTGCTCGACACCCTGGCCGCCGAATACCTTCAGGTTGCGCGTAGCGAGGGCCTGGCGTTGCGCTTCGTGCCTTGTTCGGTGCTGGTGCGCAGCGACATTCAGTTGCTGGCGCGGATCCTGCGCAACCTGTTGAGCAACGCCATTCGCTACACCCCCAGCGGGCGGGTGGTCCTGGGTTGCCGGCGTCACGGTAACCGTGTCTCGATCGAAGTCTGGGATTCCGGTATCGGCATTGCCCAGGATCGGCTGGAGGAAATCTTCCAGGAATTCAAGCGTGGGGACGTCCAGCGCCCTGACCAGGATCGCGGACTCGGCCTGGGATTGGCGATCGTCGAGAAGATCGCCGGGATTCTCGGGCATCCGATCAAGGTCCGCTCCTGGCCGGGCCAGGGCTCGGTGTTCGCCATCGAGGTGCCGCTCAGCGCTACCGCACCCAAGCCGCTGGCGTGCCTGGATATGAGCGAGCCGATGCTCGAACGCCTGCGTGGCGCGCGGGTCTGGGTGCTGGACAACGACGCGGCGATCTGTGCCGGCATGCGCACCTTGCTCGAAGGTTGGGGCTGCCGCGTGGTGACTGCACTGTCGGAACAGGACCTGGCACGCCAGGTGGACAATTACCGCGCCGAGGCGGATTTGCTGATTGCCGACTATCACCTGGACCACGATCAGAATGGCATGGACGCGGTGGCCCGGATCAACGCCTGCCGCACCTCACCGATCCCGGCCATGATGATCACGGCCAACTACAGCAACGAACTCAAGCAGCAGATCCGCGAGCGCGGGCACACGCTGATGCACAAGCCGGTGCGGCCGATGAAGCTGAAGATTGCGATGAGTCATTTGTTGGGCCAAACCCAGGTTCGGTGA MPVIASPVIAELQAQIAALQHDNHKLRRINAALIERVESGVTRGSDPYAAFQHSVVLAEQVRERTDALNQAMAELKAGNHLLGEARLRAETAHRHLIDAIESISDAFVLFDEQQRIVLFNSRFKAFWAHSRVRIIAGMRLGEVKRLMTANGLFSEETRGQPDEPVLYRLQNGRWLQVSERPTQEGGRVFLFTDITDVKLSETVRREQAIAQKSHLLQRAVDNLSQGVAMVNAQGILELWNRRFLELSGLAPVAAHRPFIEVIADSELQLLTPASRDGNGRLIQECEQRLSDGRVLEIRTHPLPTGGYVNTFTDITERYQHAEALSESERWIRLITDHVPALIAYLNADLVYEFTNKVYEQWYCWPRGVMLGQSLREAHSEQHYQRLEAYVARALAGESVTFEFAETNINNQERYMLRSYVPNRLANGEVVGIFVLIRDITERRRTAEALHQAYQNLEQRVQERTAELTTLNDQLLREIDERSRVELRLREAKREAERANLSKTKFLAAVSHDLLQPLNAARLFTSALLERREPVANAQLVRNVSNSLQDVENLLGTLVDISKLDAGVIKADVAPFALSELLDTLAAEYLQVARSEGLALRFVPCSVLVRSDIQLLARILRNLLSNAIRYTPSGRVVLGCRRHGNRVSIEVWDSGIGIAQDRLEEIFQEFKRGDVQRPDQDRGLGLGLAIVEKIAGILGHPIKVRSWPGQGSVFAIEVPLSATAPKPLACLDMSEPMLERLRGARVWVLDNDAAICAGMRTLLEGWGCRVVTALSEQDLARQVDNYRAEADLLIADYHLDHDQNGMDAVARINACRTSPIPAMMITANYSNELKQQIRERGHTLMHKPVRPMKLKIAMSHLLGQTQVR PGPT0025850_87 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025850-PA1979-K20975 NA NA D1-35_03404 1164 hypothetical protein ATGCAGCAGGCCCAGAGCGAAGGTGTGGTCAGCGCCATGTCCCAGGCAACGGACGTCGAGCAAGTGGCCCAGGAATTGGCGCGACAGCTGTTGCATCCGTACCTGGGTTTCGTGCTGTTTTTCTGTTCCGCCGAATACAACTTGCCGGCCCTGGGCCAGGCGCTGTCACGCAGTTTCGGCGGGATTCGCCTGGTCGGTTGCACCAGCGCCGGGGAAATCACCCCGCAGGGCTACGGTCGCAACTGCGTGACGGCGGTGGGGTTCGATCATCGGCATTTTTCCATTGCCGCCGAGCTGATCGGCGAGATGGAGCACTTCAGCCTGATCGACGCCCAGCAGATGGTCGAGCGACTGGCCGGTGGCTGTCGCAGCAACGTCCTGGCGCCGATCAAGGGCCACAGTTTTGCCTTGACCTTGCTCGACGGCCTGTCCAGTCGCGAGGAAATGGTACTGGCCGCGTTGAGCGCAGCCTTGGGCGACATCCCGCATTTCGGTGGCTCGGCCGGCGATGACAATTACCTGACCCACACCCACGTCTACTTTGAAGGCCAGTTCCACAGCGGCGCCGCCGTGGTGGTGCTGATCAATACCTGGCTGGAGTTCGAGGTGTTCACCACCCATCACATCCTGCCTCGCCAGGAGAAGCTGGTGGTGACCGGCGCCGACAGCGCCTCGCGACGGGTCTACGAACTCAATGCCGAACCCGCCGCCGAAGAATACGCCCGGCATATCGGTGTGCCGGTCAGCGCGCTGGATTACCGGATATTTGCCGCCCACCCACTGGCCGTGCGCATCAACGATCAGTACTACGTGCGGGCGATCCAGCAGGTCCACTCGGACCTGAGCCTGACTTTTTATTGCGCCGTAGAGAACGGCATCGTGCTCACGGCCATGCGCCCGGGGCCTCTGCTGCATAACCTGCAAGCGCTGTTTGACGGCTTGCAGGAGCGCCTGGGTGACCTGTTGTTGACCATCGGCTGCGACTGCTTCCTCAGGCGCCTTGAGCTGGAAGACAGCGCTGGCCTGGAGCAGATCGGCCAGTTCCTGCGCGAACAACGGGTGATGGGGTTCAACACCTATGGAGAACAGTTCAATGGCATGCACATCAACCAGACCTTCACCGGAGTTGCCATTGCCCGTCATCGCGTCCCCGGTCATCGCTGA MQQAQSEGVVSAMSQATDVEQVAQELARQLLHPYLGFVLFFCSAEYNLPALGQALSRSFGGIRLVGCTSAGEITPQGYGRNCVTAVGFDHRHFSIAAELIGEMEHFSLIDAQQMVERLAGGCRSNVLAPIKGHSFALTLLDGLSSREEMVLAALSAALGDIPHFGGSAGDDNYLTHTHVYFEGQFHSGAAVVVLINTWLEFEVFTTHHILPRQEKLVVTGADSASRRVYELNAEPAAEEYARHIGVPVSALDYRIFAAHPLAVRINDQYYVRAIQQVHSDLSLTFYCAVENGIVLTAMRPGPLLHNLQALFDGLQERLGDLLLTIGCDCFLRRLELEDSAGLEQIGQFLREQRVMGFNTYGEQFNGMHINQTFTGVAIARHRVPGHR NA NA NA NA NA D1-35_03405 1185 hypothetical protein ATGCACAACAATAAGAATACCTGCCTGCGTTTTTTGCCTGCGGTCATCGCCGGCCTGTCGAGCCTGGGCCTGACGCCTTGGGCGCAAGCCGAAATCATGCTGTACGACAAGGACCAGACCACTTTCTCCACCGATGGCTACATCAACGCCTTCTACGTCAACAGCGACGTGGACCGGGCGGGGGAGCAGTTCGACCGGCGCCAGTCGCGGGTCAAGATGGGCTTTTTGCCCAACTACCTGGGATTCAACATGGGCAAGCAGGTCGATGACCTCAAACTCGGCGCCCGCGCCTCGTTCTGGGTGACCATCAATGACAGCGAAACCAACGGCACCGACACCGCCATCGACGTGCGGCAGTTCTACGGCACCGTCGCCAATCCGGAGTGGGGCGAGGTGCTGATCGGCAAGGACTTCGGCCTGTTCGCCCGCTCCAACATCTTGCTTGATGAGTTGCTGGCCGGTTACGGCCAGGTCAGCGACACCCTCGGCCTGGTGGATGGCGGCGGGGTGTCGTTCGGCAATATCGGCAGCGGCTACCCATACCCGTTCCCGACTTCGCAGATCACCTATCGCACTCCGGTGATGGACGGGTTGCGTGTGGCGGTGGGCATCATGGACCCGGTGGACACCAACGACAGCAGCGCCACCGGCAAGGCCTACCAGGAAAACCCGCGTACCGAGAGCGAGGTCACCTATCAGTTCGATCTCGGCGGGGCGAAAATCTACAGCTGGCTGAACGGCAGCTACCAGACCTCGGATAACACCGATACCAATGTCGAATCGGTCACCTCCAAAGGCCTGGGTTATGGCGTGCAAGCGAAGATGGGCGGGCTCTCGCTCACCGGCTCCGGGTTCCAGGCCAAGGGCATCAACCCGTTTTTCACCAATAACGCCGGCGAGGCCACGCTGCGCAACGTCGATAGCAAGGGATATCTGCTGCAGGGTTCCTACAAGCTCGGCAAGAATCGCCTGGCGCTGTCCTACGGCAAGACCGAGGACGACGGCAACGGAGTGGTCGGCAGTGGCGCCGACTACGAGACTCGCGGTGTCGCGCTGTTTCATGACATCAACGACAACCTCAAGCTCGTCGCCGAATACAACCAGTTCGAAATCAACGGCCACGACACCAGCGCACAGAACGAAGACACCGACACCTTCGCGGTGGGGGCCGTGCTGACCTGGTAA MHNNKNTCLRFLPAVIAGLSSLGLTPWAQAEIMLYDKDQTTFSTDGYINAFYVNSDVDRAGEQFDRRQSRVKMGFLPNYLGFNMGKQVDDLKLGARASFWVTINDSETNGTDTAIDVRQFYGTVANPEWGEVLIGKDFGLFARSNILLDELLAGYGQVSDTLGLVDGGGVSFGNIGSGYPYPFPTSQITYRTPVMDGLRVAVGIMDPVDTNDSSATGKAYQENPRTESEVTYQFDLGGAKIYSWLNGSYQTSDNTDTNVESVTSKGLGYGVQAKMGGLSLTGSGFQAKGINPFFTNNAGEATLRNVDSKGYLLQGSYKLGKNRLALSYGKTEDDGNGVVGSGADYETRGVALFHDINDNLKLVAEYNQFEINGHDTSAQNEDTDTFAVGAVLTW NA NA NA NA NA D1-35_03406 1275 gudD_2 COG4948 Glucarate dehydratase ATGAAGATCAAACGCGTTACCGTGACCCCCATCGCTTTTCGCGATCCACCTTTGCTCAACGCCAGCGGCATTCATGAGCCGTTCGCGCTGCGCTCGATCATCGAGATCGAAAGCGACAACGGTTACATCGGCCTCGGCGAGAGTTACGGCGATGCGCCGGCCCTGGCGATCCAGCAGCAGGTACAGAGCCAGTTGATTGGCCTCGATCCGTTCAGTCTCAACCAGTTGCGCGCTATCGTCCAGGCCACCGTGGCTGCCCACAAACCGGCGAGCGTCGCCGGGGCGGAACTGGCGCCGGGCTCCCATGCGAGCAAGGCGGTGAGCAATGCCTATTCCGCTTTCGAAGTCGCTTGCCTGGACTTGCAGGCGCATTACCTGAATGTGCCGCTGGTGGATTTGCTGGGCGGTGCGATCCGCGACGAAGTGCCGTTCAGCGCCTACCTGTTTTTCAAATACGCCGAGCATATCGATTCACCGTATCCCGCGGACAGTTGGGGCGAAGCGCTGAATGAGCAGCAGATCGTCGCCCAGGCCCGACGGATGATCGACGAGTACGGTTTCAAGAGCATCAAGCTCAAGGCCGGGGCATTGGAGCCGGAGCATGAAGTGGCCTGCATCAAGGCCTTGAAACAGGCTTTTCCTGGCTTGCCGCTGCGCATCGATCCCAATGGCAACTGGTCGCTGGAGACCTCTATCCGCATGGCCGAGCTGCTCGGTGATGACCTGCAATATTACGAAGACCCCACGCCCGGGCTCGAAGGGATGGCCGCGCTGCACAAGCGCACGGGATTGCCGCTGGCGACGAATATGGTGGTCACCGACTTCGACGAATTCCGCCGCAGCGTGGCGCAGGACAGCGTGCAGATTGTCCTGGCTGACCACCATTACTGGGGCGGGCTGCGCGATACCCAGATGCTCGCGAAGATGTGCGAGACCTTTGGTCTGGGCGTGTCGATGCACTCCAACTCGCACCTGGGCATCAGCCTCATGGCCATGGCCCACGTGGCGGCTTCGGTGCCGAACCTGGACTACGCCTGCGATACCCATTACCCCTGGCAGGAACCGGATGAAGAAGTGATCAAGGGCGGCAAGCTGGCATTTGTCGACGGTTGCGTGAAGATCACCCGGGCGCCGGGCCTTGGCCTGGAGCTGGACCGCGATCAACTGGGCAAGCTGCATGAGCAGTTCCTCAGTTGCGGCATTCGCCAGCGCGACGATGTGCGGCAGATGCGGCGCTACCGGCCGGACTGGACCACGGTCAAACCGCGGTTCTAA MKIKRVTVTPIAFRDPPLLNASGIHEPFALRSIIEIESDNGYIGLGESYGDAPALAIQQQVQSQLIGLDPFSLNQLRAIVQATVAAHKPASVAGAELAPGSHASKAVSNAYSAFEVACLDLQAHYLNVPLVDLLGGAIRDEVPFSAYLFFKYAEHIDSPYPADSWGEALNEQQIVAQARRMIDEYGFKSIKLKAGALEPEHEVACIKALKQAFPGLPLRIDPNGNWSLETSIRMAELLGDDLQYYEDPTPGLEGMAALHKRTGLPLATNMVVTDFDEFRRSVAQDSVQIVLADHHYWGGLRDTQMLAKMCETFGLGVSMHSNSHLGISLMAMAHVAASVPNLDYACDTHYPWQEPDEEVIKGGKLAFVDGCVKITRAPGLGLELDRDQLGKLHEQFLSCGIRQRDDVRQMRRYRPDWTTVKPRF PGPT0018180_898 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTARATE|GLUCARATE_DEGRADATION,PGPT0018180-gudD-K01706 NA NA D1-35_03407 1386 abaQ_1 Quinolone resistance transporter TTGAATCACGTATCGGACTCGACCCTGGCCACCGCCGCGGCCAAGGTCAAACGTCACGTCCTGCCGTTGGTGGTGGTGATGTTCATCGTCAACTACATCGACCGCGTCAACATCGGCTTCGTCCGCAGCCATCTGGAAACCGACCTGGGCATTGGCGCAGCAGCCTATGGCCTCGGTGCCGGGCTGTTCTTCATCGGCTACGCGCTGTTCGAGGTGCCGTCCAACATGCTCTTGCAGCGCTACGGCGCCCGGGCCTGGCTGACGCGCATCATGTTCACCTGGGGCGCGGCGGCCATGGCCATGGCGTTCGTGCGTGGCGAAACCAGTTTTTATGTGTTGCGCTTCATTCTGGGCGCGGCGGAGGCGGGCTTCTTCCCCGGCATCATCTATTACTTCACCCAATGGTTGCCGTCCAACGAGCGCGGCAAGGCGATGGCGATCTTCCTCAGCGGTTCGGCGATCGCCTCGGTGATTTCCGGCCCGGTATCCGGCGCCTTGCTGCACATCAGCGGGCTGGGCCTGCATGGCTGGCAATGGATGTTCCTGATCGAAGGGGGCGCGTCCATCGTGCTGTGCGGGTTTGTCTGGTTCTGGCTGCAATCGCACCCCAGCCAGGCCAAATGGCTGACCGCTGAAGAAAAAACCGTGTTGATCGCCGCCATCGCCGAAGAGCAGCGGGCGCGGGAAGCCGCCCAGGTCATCAAGCCTTCAATGTTCAAATTGCTCGCCGACCGGCAGATCGCGCTGTTCTGCTTCATCTATTTTTCCATCGCCCTGACCATTTATGGCGCCACGTTCTGGCTGCCGAGCATGATCAAGAAAATGGGCAACCTGGGGGATTTCCAGGTCGGCTTGCTCAACTCGATTCCGTGGATCATCTCCATCGTCGCGATGTACGGCTTCGCTGCCCTGGCCGGCAAGTGGAAGTTCCAGCAGGCCTGGGTCGCGGTGACGCTGGTGATCGCCGCGTTCGGCATGTTCATGTCCACCACCGGCGGGCCGATCTTCGCCTTCGTCGCCATCTGTTTCGCGGCCATCGGCTTCAAGGCCGCCTCGGCGCTGTTCTGGCCGATCCCCCAAGGCTATCTCGACGCCCGCATCGCGGCGGCCGTGATTGCCTTGATCAATTCCATCGGCAACCTCGGCGGCTTCGTCGCCCCGACGGCCTTCGGATTCCTGGAGCAGACCACCGGTTCCATCGAAGGCGGCCTGTATGGGTTGGCGATCACCTCGCTGGTTGCCGCCGTGGTGATCTTTTTCGCCCGGACCCAACCGGGGCGCGGCAAACCTGACGCGCTGTCCGGCCAGCCTGAACACTCGGTCGAAGCTGACCTGCTGAACAAATCTCAAGCCCTGAAACCTGGCCCATCGGGAGCCGCTGCATGA MNHVSDSTLATAAAKVKRHVLPLVVVMFIVNYIDRVNIGFVRSHLETDLGIGAAAYGLGAGLFFIGYALFEVPSNMLLQRYGARAWLTRIMFTWGAAAMAMAFVRGETSFYVLRFILGAAEAGFFPGIIYYFTQWLPSNERGKAMAIFLSGSAIASVISGPVSGALLHISGLGLHGWQWMFLIEGGASIVLCGFVWFWLQSHPSQAKWLTAEEKTVLIAAIAEEQRAREAAQVIKPSMFKLLADRQIALFCFIYFSIALTIYGATFWLPSMIKKMGNLGDFQVGLLNSIPWIISIVAMYGFAALAGKWKFQQAWVAVTLVIAAFGMFMSTTGGPIFAFVAICFAAIGFKAASALFWPIPQGYLDARIAAAVIALINSIGNLGGFVAPTAFGFLEQTTGSIEGGLYGLAITSLVAAVVIFFARTQPGRGKPDALSGQPEHSVEADLLNKSQALKPGPSGAAA PGPT0002325_422 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_03408 897 hcaR_1 Hca operon transcriptional activator HcaR ATGTTTGAACTGGCCCAACTGCGCTGCTTCACCACAGTGGCAACCGAACTGAATTTCCGCAGGGCCGCCGAACGCCTGAACATGACCCAGCCGCCCCTGAGTCGACAGATCCAGTTGCTGGAGCATCACCTCGGCGTCGAGCTGTTTACCCGCAGCACCCGCAGCGTCGCCCTCACCGCAGCCGGCCGGGCATTTTTCATCGAAGCGCAGAACCTGCTGCAACAGGCGCAACAAGCCGCCGAGGCCGCCAAGCGTTTTGCCCAGGGCGACATCGGCTCGGTCACCATCAGCTTCGTCGGCAGCGCGGTGTATGAATTCCTGCCCAAAGTCATTGCCGAGGCGCGGCTCAAACAGCCACAGGTCAAGATCGTCCTCGCGGAGATGAACACCTACCAGCAGCACGAAGCCTTGCGCGCCCGGCGCATCGACCTCGGCATCGTTCGTTCGCCGTTGCTGGAAACCGGCTACGCGACCGAATGCCTGGTACGCGAGCCGTTCGTCCTGGCCGTGCCGGCCGGCCATCCGCTGGCCAGCGCCGAGTCTGTCAGCGTGCAGGATCTGGACGGGCAACCGTTCCTCATGTACTCCCACTCCGCCTACCCGCCCTTCAACGAACTGCTCACCGGCATGCTGCGCTCGGCCCGCGTCGCCCCGCAGTTCGTGCAATGGCTCGGTTCATCGCTGACCATCCTGGCACTGGTCAACGCCGGCATGGGCGTGGCGCTGGTGCCCCGGTGCGCGACCAGCGTGGTGTTCAAGCAAGTGGTGTTTCGCGAGATCGACCTGGGCGAAGGCGTGCAAAGCGAACTGCATCTGGTGTGGCGGGAGGATAACGACAATCCGGCGTTCACGATGCTGTTGGAGGGGATTCGCGGGGCGGTTCGGGAGGGGTTGTAA MFELAQLRCFTTVATELNFRRAAERLNMTQPPLSRQIQLLEHHLGVELFTRSTRSVALTAAGRAFFIEAQNLLQQAQQAAEAAKRFAQGDIGSVTISFVGSAVYEFLPKVIAEARLKQPQVKIVLAEMNTYQQHEALRARRIDLGIVRSPLLETGYATECLVREPFVLAVPAGHPLASAESVSVQDLDGQPFLMYSHSAYPPFNELLTGMLRSARVAPQFVQWLGSSLTILALVNAGMGVALVPRCATSVVFKQVVFREIDLGEGVQSELHLVWREDNDNPAFTMLLEGIRGAVREGL NA NA NA NA NA D1-35_03409 432 hypothetical protein ATGAAAAAAGCGCTATCGGTCATCGGTTTCCTGTGCCTGTTCAGCGGCTACGCCGCAGCCGCCCCCGCCTCGGCTGAAAAAGAGGTTGCCGAAGCGGTCGACCACCTGACCCAGGCCATGCTGCACAAGGACATTCCCCAGCTTCAGGCGCTCGCCGCCGAGAACCTGACTTACGGCCATTCCAGCGGCAACATCCAGGACAAGAAAGCCTTCATCGCCGACATCGAAACCGGCAAAAGCGCGTTCAAGACCCTGGAGATGAAGAATCAGAAAATCACCCTGTCAGGCGATGTGGCCCTGGTGCGCAATCATTTTTCCGCGCAAGCACTCAAGGGCACCGAAGTGATCCCGACGGAAATCGAGAACTTCCAGATCTGGCAGAAGCAGAATGGGAAGTGGCTGCTGATCGGGCGTCAGGCGTTTCGGTTCTGA MKKALSVIGFLCLFSGYAAAAPASAEKEVAEAVDHLTQAMLHKDIPQLQALAAENLTYGHSSGNIQDKKAFIADIETGKSAFKTLEMKNQKITLSGDVALVRNHFSAQALKGTEVIPTEIENFQIWQKQNGKWLLIGRQAFRF NA NA NA NA NA D1-35_03410 924 pgrR_6 HTH-type transcriptional regulator PgrR ATGAAGCGGCATTTCGAAGATTTGCAATTGGGCAGCATCGAATTGTTCTGCCTGGCGGCCGAGGCGGGCAGCTTCACGGCGGCCGCCCAGGTGGCCGGGGTGACTCCGGCGGCGGTGAGCCGGTCAATCTTTCGCCTGGAGGAGCGCCTGGGTTCGCGGCTGTTCGTGCGTACCACTCGAAGCATCCGGCTGACCGATGCCGGCCGGACCTTTTTTGAGCAATGTCGCCAGGCGTTGACGCAACTGGTCGAGGCGCAACAGGAAGTGATGGGCGCGCAAACGGTGCCGTCCGGGCAACTGCGCATCAGCGTGCCCACGACTTACGGTCATCATCGCATCCTGCCGCTGCTGCCGGCATTTCGCGCGTTGTACCCGCAGGTCAGCGTGGATGTCCACCTGAGCAACCGCAACATTGACTTCGTTGCCGAAGGTTATGACCTGGCGATACGGGTACGCGCCCAGCCGGATTCTTCGATGATCGCCCGGTTGCTGGAGGACGCCGGGTTGGTGGTGGTTGCGTCCCCGGAGTACCTGCAACGGGCCGGCACGCCGCTCACCCTGGAAGACCTCGACTTACACGAATGCATCCAGTTCGAACTGCCCAGCAGCGGACGGCGTATCTCCTGGCTGTTCAATGTCGAGGGCAAGGAGAAGGAGGTGTTCGGGCAGGGCGGGTATTGCTGTTCCGATGATGTGCTGGGCGGCGTAACGCTGGCCAGGCATGGCGCGGGATTGTTCCAGACCTACAGATTCATCGTGGAAAAGGAATTGGCGAACGGGCAACTGGTGGAGGTGCTGGCGCCGTTCGCGGGACGCTCGCGCCCGTTCACCTTGCTGTACCCCCACGGCCGTTACGTGCCGCAGCGAGTGCGGGCGTTTGTGGATTTTCTGTTGGGGTATCGGCAGCAATGGGCCGAGGGCTGA MKRHFEDLQLGSIELFCLAAEAGSFTAAAQVAGVTPAAVSRSIFRLEERLGSRLFVRTTRSIRLTDAGRTFFEQCRQALTQLVEAQQEVMGAQTVPSGQLRISVPTTYGHHRILPLLPAFRALYPQVSVDVHLSNRNIDFVAEGYDLAIRVRAQPDSSMIARLLEDAGLVVVASPEYLQRAGTPLTLEDLDLHECIQFELPSSGRRISWLFNVEGKEKEVFGQGGYCCSDDVLGGVTLARHGAGLFQTYRFIVEKELANGQLVEVLAPFAGRSRPFTLLYPHGRYVPQRVRAFVDFLLGYRQQWAEG NA NA NA NA NA D1-35_03411 207 COG1942 putative tautomerase ATGCCTTTCGTCAATGTTCGTATCACCCGCGACGGCGTTACCCGCGAGCAGAAAGCCCAGGTCATCAGCGAAATCACCGAGACCCTGCAGCGCGTGCTGGGCAAGGACCCGCACCTGACCCATATCGTGATCGAGGAAGTCGACACGGATAACTGGGGTTACGCGGGCATGACGACAACCGAGTATCGAAGCAAGCCCAAGGAATGA MPFVNVRITRDGVTREQKAQVISEITETLQRVLGKDPHLTHIVIEEVDTDNWGYAGMTTTEYRSKPKE PGPT0005210_1362 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005210-praC|xylH-K01821 NA NA D1-35_03412 735 baiA 3-alpha-hydroxycholanate dehydrogenase (NADP(+)) ATGAGCAATCGGAAAACCGTCATCATCACCGGCGCGTCCAGCGGTATCGGCCTTGGCCTGGTCAAGGCGTTCCTCGCTCGCGGCTACAACGTGGTGGGCAATGCCCGCTCGCAATCGGGCCTGGATGACGCGGCCGGCCAGCTCGGTCACCCGGCGAGCTTCATCGGCGTGGCCGGTGACATTGCCGCCCCGGCAACCTCTACCGCCCTCATCGGCAAAGCCATCGAAGTCTTCGGCGCGGTGGACGGGCTGGTGAACAACGCCGGGTTCTTCCTGCCCAAACCCTTCATCGAATACAGCCCCCAAGACCTCGAATCGCTGTTGGACACCAACCTCAAGGGGCTCGTCTACGCCAGCCAGGCTGCTGCCGCACACATGATCAGCCGCCGCCAGGGTTTCATCATCAACATCTCCGCCTCGGTGGCCCTGCAACCGAACATCCAGGTGCCGGCAGCGCTGCCGGTGCTGATCAAGGGCGGTGTCAACCAGATGACCCGTGCCCTGGCGCTCGAACTGTCGCCACACAACATCAAGGTCAACGCGGTAGCGCCTGGCATCATCGACACGCCGATGCATGACCCGGCCAATCGTGACTTCCTCAACAACCTGGCCCCGGCCGGGCGGGTAGGCACCATCGACGAGATTGCCGAAGCGGTCCTGTACCTGGCGGGTGCCGATTTCACCACTGGCGCGATCCTGCCGGTGGACGGTGGGATGAGCACCGGCAAGTGGTAA MSNRKTVIITGASSGIGLGLVKAFLARGYNVVGNARSQSGLDDAAGQLGHPASFIGVAGDIAAPATSTALIGKAIEVFGAVDGLVNNAGFFLPKPFIEYSPQDLESLLDTNLKGLVYASQAAAAHMISRRQGFIINISASVALQPNIQVPAALPVLIKGGVNQMTRALALELSPHNIKVNAVAPGIIDTPMHDPANRDFLNNLAPAGRVGTIDEIAEAVLYLAGADFTTGAILPVDGGMSTGKW NA NA NA NA NA D1-35_03413 2142 cntO_2 Metal-pseudopaline receptor CntO ATGCGTCGGATACTCGTTTCTCTGTGTGTGCTTCAGGCTTATTCCATTTCCACCTGGGCAGAAGAACCCGGCACGACGGACTGGGCGCCTTTGGAGCTGCAAGCCACCGATATCGTCGGCACCTCGGACTTCGAGACCGCGCAGGGGCCGGTGAAGGGCTACCACGCGACCCGTTCGGCCAGTGCCACGCGTACCGACACCGCGATTCATGAAACCCCACAATCGATCTCCGTCGTATCCCGCGATGTGGTGGAGGACCTCAGCGCCACGCGTCTTCAGGATGCCCTCGATTACGCCGGTGGCGTCGGCAGGGCCAACAACTTCGGCGGCCAGGGCCTGACCACCTTTACGGTGCGCGGCTTTACCACGGGCGAGTTCTACCGCAACGGTTTTCCGATCAACCGCGGCTATCCGAACATGCCGGATGCCAACACCATCGAGCGGCTGGAGGTACTGCGCGGCCCGGCGACGATGCTGTATGGCCGTGGCGACCCGGGTGGCACGTTCAATATCGTATCCAAGCAACCGCTGGCCGAGCGCACGGTGACCCTGGGCAGCCAGGTCACTGACCAGGGCATGCGTCGCGGCACCCTGGATGCGTCGGGGCCGCTGGATGAAGAAGGGCGTCTGGCTTATCGCCTGAACGTGATCGGCGAGGGCGGCGATACGTTTCGCGATCACGTCGAGACCGAGCGTTATGGCCTCGCCCCGGTGGTCACCTGGCAGGTCAACGACACCACGCGCCTGACGTTCGAAGGCGATTTCATGCGCAACAACCATCCGCTGGACCGTGGCTTGACCCATTATCCCGGCCAGCGCGGCACGGCGTCCCGCGATACCTTCTTCGGTGAGAAAGACGCCGGCAAGCTGCACAACGACAACAGCATGCTGCAGGTGCGTTTCGAGCACATGCTCAACGACGACTGGACCCTCGCCGGCGGCACCCAGTGGCTCGACGGCACGTTGCAGGGCAACGCCGTCGAAGCCAACGGCATCGGCGCCGATGGGCAGACCCTGGGGCGCAACTTCAACTATCGCAAACTGGAATGGACCGACCGCGATACCCAGCTCAATCTCACCGGGCATTTCTCCACCGGCGGGTTCGAGCACACGCTGTTGACCGGTGTCGAGTATGAAGACTACGACTATAAGTCGATCATCCAGCGCTCTGCTGCCGGTGCCGGTGCGTATCCGATCGACATCTTCGATCCGGTGTATGGGCAGCCGCGCCCGGCGTTGACCCGCACGCCCACCAATGACCAGGAAAACCTCAAGACCTTCGGCTTTTTCATCCAGGACCAAGTGGCGCTGACCGAGCGTCTCAAGGTGCTGGCCGGTGCGCGTTTCGAGCGGTTCGAGCATGAGTACGAAACCTTCGTTCCCCAGGCGCGTCCCGGCAGCCGCAACTGGGACGTCACCGACAACGCCGTCACCCCACGCCTGGGCGTGATCTATGACCTGACCGACACGGTCGCCGTCTATGCCAACACCGCCCGTTCGTTCAAACCCAATAACGGCGCCAGCCGCGAAGGGGGCGGGTTCAAGCCGGAGGAAGGCAAGTCTTACGAAATGGGCGTCAAATGGGAGGCGCTGGATCGTCAGTTGAGCGTCGATGCAGCGATATACCAGATCGAAAAACGCAACGTGCTGACACCCGATCCGCTGGATTCGACCTTCAGCGTGGCGGCCGGCGAGGTGCGCAGCCGTGGTTTCGACCTGAACGTGGCGGGCAACCTGACGCCGGAGTGGCGCGTGATTGGCGGCTACGCCTATGTGGATGCCGAAGTGACCAAGGACGTCAACATCCCCACGGGTACGCGCTTGCTCAACGTGCCGAAGAACTCCTTCAGCCTGTTGAACGTCTACGAGTTCCAGGACGGCGGCCTCAAGGGACTGGGCCTTGGCCTGGGCGCCAGGTACGTCGACGAGCGGGCCGGCAACACCGCGGCCACCACCTTCACCATGGACGATTACACGGTGGTTGACCTGCTCGGCTACTACAAGGTCAACGAGCGCATTCGCCTCAACCTCGACCTCAAGAACCTGTTCGATGCGGATTACGAGGAGGGCGCGTTTGGTGGTGTGTACGCCTATCCGGGCGCGCCGCGCACCGTGCAGGCAGGTATTTCCTACACGCTGTAG MRRILVSLCVLQAYSISTWAEEPGTTDWAPLELQATDIVGTSDFETAQGPVKGYHATRSASATRTDTAIHETPQSISVVSRDVVEDLSATRLQDALDYAGGVGRANNFGGQGLTTFTVRGFTTGEFYRNGFPINRGYPNMPDANTIERLEVLRGPATMLYGRGDPGGTFNIVSKQPLAERTVTLGSQVTDQGMRRGTLDASGPLDEEGRLAYRLNVIGEGGDTFRDHVETERYGLAPVVTWQVNDTTRLTFEGDFMRNNHPLDRGLTHYPGQRGTASRDTFFGEKDAGKLHNDNSMLQVRFEHMLNDDWTLAGGTQWLDGTLQGNAVEANGIGADGQTLGRNFNYRKLEWTDRDTQLNLTGHFSTGGFEHTLLTGVEYEDYDYKSIIQRSAAGAGAYPIDIFDPVYGQPRPALTRTPTNDQENLKTFGFFIQDQVALTERLKVLAGARFERFEHEYETFVPQARPGSRNWDVTDNAVTPRLGVIYDLTDTVAVYANTARSFKPNNGASREGGGFKPEEGKSYEMGVKWEALDRQLSVDAAIYQIEKRNVLTPDPLDSTFSVAAGEVRSRGFDLNVAGNLTPEWRVIGGYAYVDAEVTKDVNIPTGTRLLNVPKNSFSLLNVYEFQDGGLKGLGLGLGARYVDERAGNTAATTFTMDDYTVVDLLGYYKVNERIRLNLDLKNLFDADYEEGAFGGVYAYPGAPRTVQAGISYTL PGPT0003790_21226 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_03414 1413 hisC_5 Histidinol-phosphate aminotransferase ATGGACCTGAACATCAATCGCAACGCTACGGGGTCCCTGGTCCGGCAACTCGTCGCCAGCGTCAGCGACTGGATAAACGCCCACGGCATTCGCCCTGGCGCCCGCATGCCTTCGATCCGCCAACTGGCGGCGGAAAATGGCTTGAGCCTGTCGAGCGTGATCAAGGCCTACGACCAACTGGTCGCCAGCGGTGTACTGGAATCCCGGCATGGGTCAGGGTTTTTCGTGGCGCAACGCCGCCCCGAGGCGTTGGCCCCGGAAGCCGAGGAGGCTATTGCCTGGAAACTGTTCGATAATCCATCGACCCAACTCAAGCTGGGGTGCGGCTGGCTGCCGGACGCCTGGCGCGACGACAGCGATCTGGGCCAGGCGATCCGCCAGGTGGTGCGCTGCGACAGTCACGCGTTGTTCAACTACAGCACCCCGCTGGGTTCCGCTCCTCTGCGCCTGCAGATCCAGAAGCGCCTGGGCCTGATCGATATTTACGTCGATCAGGCGCAAATCATCACGACCCAGGGCGCCAGTCATGGCCTCGACCTGCTGGTGCGCACATTGCTCAAACCCGGCGACCTGGTACTGGTGGAAAGCCCCGGTTACTACAACCTGTTCAACCTGCTGAAGCTGCACGGGGTCAAGACTCTGGCAGTTCCGAGGACCGCGCAGGGCCCGGACGTTGCGAGCCTGGAGCGCTTGCTCGGCGCGCATGAACCGAAGTACTTCTTCGTCAACAGCATGTACCAGAACCCCACCGGCACCAGCCTGGCGCCGAGCGTTGCCTATCGCCTGCTGCAACTGGCGACGCTGCATGACTTCCGCATTATCGAGGACGACATCTACGCCGACTTCCAGAACGGTCCGACCTCACGCCTGGCTTCCCTCGACGCCCTGGACCGGGTGATCTACCTGGCGAGTTTTTCCAAGACCTTGTCCAGTTCATTACGCGTCGGCTACGTAGTGGCCCAGCCGGAAATCATCAACCGCCTGGCTGAAATCAAGATGGTGACCGGCATCGGCTGTTCATTGCTGGCGGAGAACGTCGTGGCGACGCTGTTGGCCAACGGCGCTTATCGCAAGTTGATCCAGCGCTTGCGCCTGCGTTTGAACAAGCAGATGGCAAGCACGTTGCGCCAGCTTGAACCGGCCCTTTGGGAAGTGTTTGCCGAGCCCTCGGGTGGCCTGTTCATCTGGGCGCGACCCCGGCATGTGCCGGCGGCGCGCGTGCAAACGATCGCCGAGCAATTGCAGGTGCAGTTGTCCCAAGGGGCGACGTTCTTGCCGAACGGGGAGGCCAGTGACTGGTTGCGCCTGAACGTGGCATATACCCAGGATGCTCGTGCCCAGGCTTTTTTCCGCGAGATTGAACAGGAATCGACTGTTGGAACGGCAGTGCTAATGGGAATAGATGTCAAATAG MDLNINRNATGSLVRQLVASVSDWINAHGIRPGARMPSIRQLAAENGLSLSSVIKAYDQLVASGVLESRHGSGFFVAQRRPEALAPEAEEAIAWKLFDNPSTQLKLGCGWLPDAWRDDSDLGQAIRQVVRCDSHALFNYSTPLGSAPLRLQIQKRLGLIDIYVDQAQIITTQGASHGLDLLVRTLLKPGDLVLVESPGYYNLFNLLKLHGVKTLAVPRTAQGPDVASLERLLGAHEPKYFFVNSMYQNPTGTSLAPSVAYRLLQLATLHDFRIIEDDIYADFQNGPTSRLASLDALDRVIYLASFSKTLSSSLRVGYVVAQPEIINRLAEIKMVTGIGCSLLAENVVATLLANGAYRKLIQRLRLRLNKQMASTLRQLEPALWEVFAEPSGGLFIWARPRHVPAARVQTIAEQLQVQLSQGATFLPNGEASDWLRLNVAYTQDARAQAFFREIEQESTVGTAVLMGIDVK NA NA NA NA NA D1-35_03415 1167 hypothetical protein TTGAACGCATCGCAACGACACTCATGGGGCCTGGCATTCGGATTGTGCCTGATCACCCTGGCGGTCAATCTCCAGGCGCCGCTATACACCACCTATGCGCAGCTTTCCGGCTACGGAGCCGGCGCCACGGCGGTGGCGTTCTCCGGTTATGTGCTGGGGGTGTTGCCGGTGCTGCTGGCCTTCGGCGGCTTGGCCGACCGGGTGGGCCGCAAACCGTTGATCATCGCGGCGCTTGCCCTGTCGATGCTGGCGACGCTGGTCACCGTGTTCTGGCCCAACCTGATCGCTCTGGGTGTGGCGCGCCTGATGATGGGGGTCGGGACCGGGCTGGCCTCGGCGACCGCGACCGCCTATATGACGGAACTGCTGGCAACCGCCGACAGCCGTTCACCGGCCAACCGGGTCACGGCCAGCACCTCCCTGGGTTTTGGCCTGGGCGCGGCGCTGACCAGCCTGTTTCTTTTCGCCTGTCCCAGCGTTACCCCTGGCAGTTTCTGGCTGCAGTTGGTGCTGGCTGGCCTGGCGCTGATCGTCGTCTGGCGGCTGCCCGACCCCGCGGTGCGAATCGAGCAGGCACCGCTGCTGCGCCTGCCGCTGTTTCCCGCCGGGAGCCTGCCCTACAGCTTTTCCATGCTGCTGGCCTGGGCCACTTCCGGGCTGGTGATCGCGATCCTGCCATCGGTGCTCGCCAGCCACGATTTGCAGCGTTGGTCGGGATTGTCGACGTTTACTGTCATCAGCTGCGGGCTGCTCTTCCAGCCTTGGGTGCGGCGCATGCAACCCGCCAGAGCTACCGGCTTGGGCCTGTTGGTCTTGCCGTTGAGCTATGCATTGCTCGCCTGGGGCGCGAGCATCGGTTCCCTGGTCGCGGTGCTGTTCGGGGCCCTCGGCGCCAGCAGTGCGTGCTACGGCTTTTTGTACCTCGGCGGGTTGTCGGCCGTGACCGCCATGGCCGGTGCGCAGAAAGCCCGGGTCAGCGCCGGTTTTTTCCTGTTCGCCTACATCGGGTTCAGCATCCCGGTGGTGGTGACCGGGTTGCTGGCCGATCGTTTCGGCGCTGACATGGCGCTGCTGGTGTTCGGCCTGGCACTGCTGGCGGGCGCAGCGGTCACCGGTTTGCTGATCGTTCGCAGCGAAGCTTTCATCGCCCAGCCATCCCATGGCTGA MNASQRHSWGLAFGLCLITLAVNLQAPLYTTYAQLSGYGAGATAVAFSGYVLGVLPVLLAFGGLADRVGRKPLIIAALALSMLATLVTVFWPNLIALGVARLMMGVGTGLASATATAYMTELLATADSRSPANRVTASTSLGFGLGAALTSLFLFACPSVTPGSFWLQLVLAGLALIVVWRLPDPAVRIEQAPLLRLPLFPAGSLPYSFSMLLAWATSGLVIAILPSVLASHDLQRWSGLSTFTVISCGLLFQPWVRRMQPARATGLGLLVLPLSYALLAWGASIGSLVAVLFGALGASSACYGFLYLGGLSAVTAMAGAQKARVSAGFFLFAYIGFSIPVVVTGLLADRFGADMALLVFGLALLAGAAVTGLLIVRSEAFIAQPSHG NA NA NA NA NA D1-35_03416 672 rspR_2 COG1802 HTH-type transcriptional repressor RspR GTGACATTATCCAAGTTCAACCTGCCCGACCTGGGCAATACCCCTTCCACCTCGGAAATCATCACCCGTCACCTGCGCGATGCCATTGTGGCCGGGCATTTCGCCGAAGACGAGCCGATTCGCCAGGACGACATCGCCCGGCAGTTCAATGTCAGCAAGATCCCCGTGCGCGAGGCGCTCAAGCGCCTGGAGGCCGAAGGCCTGGTGATGTTCCAGCGCAACCGCGGGGCGATGGTCACGCGGATTTCCGAAGCGGAACTGGCGCAGATGTTCGAGGTGCGGATGCTGCTCGAAGACAAGGTCCTGCGCCTGGCCATTCCCAACATGACCGAAGCGACCTTTGCCCGCGCCGACAGCATCTGTCGCGAGTTCATCGGCGAAGATGACGTCGGCCGCTGGGCCGAGCTCAACTGGCAACTGCACGCCTGCCTTTACGAACCGGCGCAACGGCCGTTCATGGTCGGGCTGATCCGCTCGGTCCACGACAAGCTGGAACGTTATCTGCGCATGCAGATGAGCCTGTCGGCGGGCAAGGAGCGCGCCGACCACGAGCACCGGGAAATTCTCGACGCCTGCCGGGCCGGTGATGTCGAACGCGCGGTGAAGCTGCTGGACGAACACATCGCCGGAGTCTGCCAGACACTGTTCGAATTCCTGCCGTCGAGCCGATGA MTLSKFNLPDLGNTPSTSEIITRHLRDAIVAGHFAEDEPIRQDDIARQFNVSKIPVREALKRLEAEGLVMFQRNRGAMVTRISEAELAQMFEVRMLLEDKVLRLAIPNMTEATFARADSICREFIGEDDVGRWAELNWQLHACLYEPAQRPFMVGLIRSVHDKLERYLRMQMSLSAGKERADHEHREILDACRAGDVERAVKLLDEHIAGVCQTLFEFLPSSR NA NA NA NA NA D1-35_03417 933 COG3938 4-hydroxyproline 2-epimerase ATGAAACGCATCACTGTGATCGACTCCCACACCGGCGGCGAACCGACCCGATTGGTCACCGCCGGTTTCCCTGACCTGGGCCAGGGCAGCATGGCCGAGCGCAGGCAGCGCCTGGCCGAACAGCACGATGCCTGGCGCACCGCGTGCGTGCTGGAACCCAGGGGCAGCGATGTGCTGGTGGGCGCCCTGCTGTGTGAACCGGTGGACCCGACGGCCTGTGCCGGAGTGATCTTTTTCAACAACAGCGGCTACCTGGGCATGTGCGGCCACGGCACTATCGGCCTGGTGGTGTCATTGGCGCACCTGGGCCGGATCGGCCCCGGCGTGCATAACATCGAGACGCCGGTGGGCACGGTGCAGGCCACTCTGCACGAAGATCGTTCGGTCAGCGTGCGCAACGTGCCGGCCTACCGTTATCGCCAGGCGTTGCGCCTGGAAGTGCCCGGCATCGGTCCGGTGGTGGGCGACGTGGCCTGGGGCGGCAATTGGTTTTTCCTGATCGCCGACCACGGCCAGCGGGTGGCGGGCGACAATCTCGATGCCTTGACCGCCTACACGTTCGCGGTCCAGCAGGCTCTTGAACAGCAGGGCTTTCGGGGCGAGGACGGCGGGCTGATCGATCACATCGAACTGTTCGCCGATGATCCCGATGCCGACAGTCGCAACTTCGTGCTCTGCCCCGGCAAGGCCTATGACCGCTCCCCTTGCGGCACCGGCACTAGCGCCAAACTGGCGTGCCTGGCCGCCGACGGCGAGTTGCAACCGGGACAGATCTGGCGTCAGGCCAGTGTCATCGGCAGTGAATTCGAAGGCTCGTACGAGCGTTCAGGTGAGCGCATCGTCCCGACCATCCGCGGCCGCGCCTACATCAGCGCGGAAACTACGTTGATCATCGATCCGGACGACCCGTTCGCCTGGGGCATTCGCCCGTGA MKRITVIDSHTGGEPTRLVTAGFPDLGQGSMAERRQRLAEQHDAWRTACVLEPRGSDVLVGALLCEPVDPTACAGVIFFNNSGYLGMCGHGTIGLVVSLAHLGRIGPGVHNIETPVGTVQATLHEDRSVSVRNVPAYRYRQALRLEVPGIGPVVGDVAWGGNWFFLIADHGQRVAGDNLDALTAYTFAVQQALEQQGFRGEDGGLIDHIELFADDPDADSRNFVLCPGKAYDRSPCGTGTSAKLACLAADGELQPGQIWRQASVIGSEFEGSYERSGERIVPTIRGRAYISAETTLIIDPDDPFAWGIRP PGPT0014235_627 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014235-lphA-K12658 NA NA D1-35_03418 1116 mnmC_2 tRNA 5-methylaminomethyl-2-thiouridine biosynthesis bifunctional protein MnmC GTGAGCGAGGGTCCTGTCGCCGATGTCATCGTCATTGGCGCCGGCATCATCGGCGCGGCCTGTGCCCGGAGCTTGGCCCTGCGTGGCTTGCGGGTGCTGGTGCTCGACGCCGGCTGGCACGGCGCCACGGCGGCCGGCATGGGGCATCTGCTGGTCCTCGACGACAACCCGGCGGAGCTGGCCCTGAGCCAATATTCCCTGCGGCGATGGCGCGAGTTGGCCCCCGCCTTGCCTGGGGGCTGCTCCTGGCGCAATAACGGCACGCTGTGGCTGGCCGCCAACGCCGAAGAGATGGCCGTGGCCCACGACAAGTACCTGAACCTGATGGCCCACGGCGAAGCCTGCGAACTGCTTGGCCAGGCCGCTTTGCAGCAACGCGAACCGGAACTGCGGACGGGACTGGAAGGCGGGCTGCTGATCAAGGGCGACGGCATTCTCTATGCGCCCGCCGCCGCCCGCTGGATGCTCGATCACGACAACATTCGCCAGCAGCGTGCCGAGGTCAGCGAAGTGGACGGCCACCGCGTGCGTCTCACCGGGGGTCACTGGCTGAGCGCCGAAGCGGTGGTGCTCGCCAACGGCATCCAGGCCACCGACTTGTGCCCGGAGCTGCCGATCGAACCCAAGAAAGGCCACCTGTTGATTACCGATCGCTACCCCGCCACTGTCACCCACACCCTGGTCGAACTGGGTTATGTCACCAGCGCCCACAACGCCAGCGGGCCATCGGTGGCCTGTAACATCCAGCCGCGCCCGACCGGACAACTGTTCATTGGCGCCTCTCGGCAATTTGGCAACATCGATCCGCAGGTCGAGGGCTGGATGCTGGCGAAAATGCTCAAGCGCGCCGTCGATTACATGCCTGGCCTGGCGCATCTCAACGGCATCCGCGCCTGGACCGGTTTTCGCGCGGCGAGCCCCGACGGCCTGCCGCTGGTGGGCCAGCATCCGCAACGCAAGGGCTTGTGGCTGGCGGTGGGTCACGAAGGACTCGGCGTCACCACCGCGCCGGCGACGGCCGACCTGCTGGTCGCGCAACTGTTCAACGAAACCGCGCCGCTGGCCGCACAACCTTATCTGCCGCAACGTTTCCTGGGAGAACCTGCCCATGCCTGA MSEGPVADVIVIGAGIIGAACARSLALRGLRVLVLDAGWHGATAAGMGHLLVLDDNPAELALSQYSLRRWRELAPALPGGCSWRNNGTLWLAANAEEMAVAHDKYLNLMAHGEACELLGQAALQQREPELRTGLEGGLLIKGDGILYAPAAARWMLDHDNIRQQRAEVSEVDGHRVRLTGGHWLSAEAVVLANGIQATDLCPELPIEPKKGHLLITDRYPATVTHTLVELGYVTSAHNASGPSVACNIQPRPTGQLFIGASRQFGNIDPQVEGWMLAKMLKRAVDYMPGLAHLNGIRAWTGFRAASPDGLPLVGQHPQRKGLWLAVGHEGLGVTTAPATADLLVAQLFNETAPLAAQPYLPQRFLGEPAHA PGPT0020390_479 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020390-lhpB2-K21061 NA NA D1-35_03419 237 hypothetical protein ATGCCTGAACTCTGCATTGATGGACGCAAACTCTCGATCGCTGAAGGCACCACCGTCGCCGCGGCTTTGGCCTTGGGCTCCGATGGCTGCAGCCGAACCTCGGTGACTGGCCAGCGACGCGCGCCCTTGTGCGGCATGGGCATCTGCCAGGAATGCCGGGTGCTCATCGACAGTCGTCGGCGCCTGGCCTGTCAGACGCTGTGCCGTGATGGCATGCGAGTGGACACCCGGGCATGA MPELCIDGRKLSIAEGTTVAAALALGSDGCSRTSVTGQRRAPLCGMGICQECRVLIDSRRRLACQTLCRDGMRVDTRA PGPT0020400_341 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020400-lhpD-K22550 NA NA D1-35_03420 1257 hcnB_2 Hydrogen cyanide synthase subunit HcnB ATGAATCAATCCACTGACATTCTGATCATCGGTGCCGGCCCTGCCGGAATGGCGGCGGCGCTGGCGGCGTCCAGCAGCGGCGCGCGCATTGTGCTGCTCGACGACAACCCGGTCCCCGGCGGACAGATCTGGCGCGACGGCCCCCAGGCCAACCTGCCCAAGCAGGCACGGCGCTTGCGGGAACGTGTGCGCGCTTGCACCAATGTGTCCTGGCGCATGGGCGCCCGAGTGATCGCCAGCGCCGCCGATAAAACCCTGCTGGTAGAAGACGCCGAGCAGGGTTGGCTGATCGCTTATGACCGCTTGATCCTGTGCACCGGAGCCCGTGAACTGCTGCTGCCCTTCCCTGGCTGGACGCTGCCCGGTGTCACCGGCGCCGGCGGCCTGCAGGCGTTGATCAAGGGCGGCCTGCCGGTGCGTGGCGAACGTTTGGTGGTCGCCGGCAGCGGGCCGCTGCTACTTGCCAGTGCGGCCACGGCGAAACATCACGGGGCGCAACTGCTGCGAATCGCCGAGCAAGCCAACCGCGCCGCCGTGGCGGGTTTCGCCGCGAGCTTGCCGCGCTGGCCGGGCAAATTGTTGCAGGCGTTCAGCCTGTTTGATGCGCACTACCGCACCGGCACCCATGTGTTGGAGGCATTGGGGAAGGACAGACTCGAAGGCGTGCGGCTGCTGCAACACGGCAAAACCGTTGAACTGGCCTGCGACCGGTTGGCCTGTGGCTTCGGCCTTATTCCCAATACCCAGCTGGGCCAGGCTTTAGGCTGTGGCCTCGATGGACAAGCGCTTGCGGTCGATGCCCGGCAAGCCACCACTCGCGTTGATCATTACGCCGCAGGTGAATGCACCGGTTTCGGCGGCAGCGAACTGGCCCTGGTGGAAGGCGCCATCGCTGGCCACGCCGCTGTCGGCGATACCCCGGCCGCCGAGCGTCTGTGGCCTGGTCGTGCACGCTGGCAAGGTTTTGCCCGGGCCTTGAATACTGCCTTTGCCCTTGATGCCCATTTGAAGAACCTGCCCCAACGCGACACCTTGGTCTGCCGTTGTGAAGACGTGGCCTATGGTGAGCTGAGCGATTTTGAGAACTGGCGTGAGGCAAAACTGGCGAGTCGTTGCGGCATGGGGGCGTGTCAGGGCCGGGTCTGTGGCGCGGCGCTGGAGCATCTGCTTGGCTGGACGCCGCCTGCTCCTCGCCCGCCTTTCAGTCCGGCGCGGATTGAAACGTTGCTGAGGTTGGAGGATCTCCCGTTCAATTGA MNQSTDILIIGAGPAGMAAALAASSSGARIVLLDDNPVPGGQIWRDGPQANLPKQARRLRERVRACTNVSWRMGARVIASAADKTLLVEDAEQGWLIAYDRLILCTGARELLLPFPGWTLPGVTGAGGLQALIKGGLPVRGERLVVAGSGPLLLASAATAKHHGAQLLRIAEQANRAAVAGFAASLPRWPGKLLQAFSLFDAHYRTGTHVLEALGKDRLEGVRLLQHGKTVELACDRLACGFGLIPNTQLGQALGCGLDGQALAVDARQATTRVDHYAAGECTGFGGSELALVEGAIAGHAAVGDTPAAERLWPGRARWQGFARALNTAFALDAHLKNLPQRDTLVCRCEDVAYGELSDFENWREAKLASRCGMGACQGRVCGAALEHLLGWTPPAPRPPFSPARIETLLRLEDLPFN PGPT0020395_394 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020395-lhpC-K22549 NA NA D1-35_03421 231 hypothetical protein GTGGATTATCTGGGATGGGTCCAATGGCCCGCGATGGCGGTAACGGTATTGGCCGCGTGGCTGATCGGCTCACGCCAACCCCGCCGGCGGGTCGCTGGGTTCAGTTGTTTTATCGTCAGTAACATTCTCTGGGTCGTGTGGGGTCTGCACACCGATGCCTATGCGCTGATCGTCCTGCAGTTCTGCCTGTGTGCGATGAACCTGCGGGGCTTCAAGAAAAATACCCAGTAG MDYLGWVQWPAMAVTVLAAWLIGSRQPRRRVAGFSCFIVSNILWVVWGLHTDAYALIVLQFCLCAMNLRGFKKNTQ NA NA NA NA NA D1-35_03422 1935 rcsC_14 Sensor histidine kinase RcsC ATGCTTGAGAACAACCCAAAGACTACCCGCATCAACGAAGAACAGCGCTTTCGGCTGCTTATCGATGCCGTGGTCGACTACGCCATTTACATGACCGACCCGTCCGGCATCATCACCAGCTGGAACTCTGGCGCTCGACGCTTCAAGGGCTACGAGGAATCCGAGATCCTCGGCCTGCACTTTTCCCGGTTCTACACCGATCAGGACCGTGCCGCCGGGCTGCCGCAACTGGCCCTCGATACGGCCGTGCGCGAGGGGCGTTTCGAAGGCGAAGGCTGGCGGGTGCGCAAGGACGGCACGCTGTTCTGGTCCCATGTGGTCATCGACCCGATCATCGACAGCCAGAGCGGCGAACTGCTCGGTTTCGCCAAGATCACCCGGGACCTGACCGATCGCAAGATGGCCGAGGAAACCCTCAAGCAGAGCGAGCAACAGTTCCGCCTGCTGGTGCAAAGCGTCACCGACTACGCCATCTACATGCTTGATCCGGACGGGCAGGTGACCAACTGGAACCAAGGTGCGCAGCGGATCAAGGGCTACCTGCCGGCCCAAGCGATCGGCCAGCACTTCTCGATGTTCTACACTCCCGAAGACCGGGAGGCCGGGGAGCCGCAGCGGGCCCTGAGCATCGCCGCCAGCGTCGGCCGTTTTGAAAAGAAGGGTTGGCGCGTGCGCAGGGATGGCACGCGCTTCATGGCTCATGTGGTTATCGATGCGATTCGCAGCGATACCGGCACACTCCTCGGATTTGCCAAGATCACCCGCGACATTACCGATGCCACGCAGGCGCAACAGGCCTTGGAGCAGGCTCGCGAGGCACTGTTTCAAGCGCAGAAACTGCAAGCGATCGGCCAGCTCACCGGCGGCATCGCCCACGATTTCAACAATCTGCTGACAGTGATCCTCGGCAATCTGGAAATCATGCGCAAGCGCATGCCCAGCGAACCAAAACTCACCCAACTGCTGGACAACGCCGTCCAGGGGGCGCTTCGCGGTGTTTCCTTGACCCAGCGCATGCTGGCGTTCGCCCGTCGGCAGAAGCTCAGCTCCGAACCAGTGGAGCTGGCGACGCTGGTGCAAGGCATCAGCGGCCTGCTGCAAAGCTCGATGGGCCCGTCGATTCATATCCAGACCCGATTTGCCGAGGCGTTGTCGCCGGTGCTGGCCGACGTCAACCAGCTCGAACTGGCGATCCTCAACCTGGCGACCAATGCCCGGGATGCCATGCCCCAGGGCGGCAGGATCTTGATCGAGGCGCAGGAGCGGCTGGGTAGCCAGGCCGGTGGTCCAGGAAGGCCGTTGGGCAACGAGCGATACATTTGCCTGTCGCTCAACGACGAAGGCGATGGCATGGACGAGATGACGCTGGCCTCGGCCGTGGATCCTTTTTTCACTACCAAGGGCGTGGGCAAGGGCACCGGCCTGGGATTGTCCATGGTGCATGGTCTGGCCGAGCAACTGGGCGGACGACTGATCCTCAAGAGCGAAAAAGGCGTAGGTACCACCGCCGAGCTGTGGTTGCCGGTGGCTGATGAGTCGACCACGGACAAGCCGCCCGCAGTAGAGACAGCTACGCCACCTGTCCACGCGCTGCTGGTATTGGTGGTCGACGATGACAGCCTGGTGATGACCAGCACCCGCTTGCTGATCGAAGACCTGGGCCACCGGGTGCTTTGCGCTTTGTCGGGCCCCCAGGCGCTGGAGTTGTATGAGCGCAACCCGGATATCGACCTGGTGATCACCGACATGGCCATGCCCCAGATGGACGGTGCGCAGTTGGCGAAACTGCTGCGCGACCGTCAGCCGACGCTGCCGATCATCCTGGCGACTGGCTACGCCGAGCGCCTGGAAGGCTTCGCCACGCAGTTGCCACGGCTGACCAAGCCGTTCAAGCAGATTGATCTGGTGCAGGTGATTGGGCAGACGATGAAATAA MLENNPKTTRINEEQRFRLLIDAVVDYAIYMTDPSGIITSWNSGARRFKGYEESEILGLHFSRFYTDQDRAAGLPQLALDTAVREGRFEGEGWRVRKDGTLFWSHVVIDPIIDSQSGELLGFAKITRDLTDRKMAEETLKQSEQQFRLLVQSVTDYAIYMLDPDGQVTNWNQGAQRIKGYLPAQAIGQHFSMFYTPEDREAGEPQRALSIAASVGRFEKKGWRVRRDGTRFMAHVVIDAIRSDTGTLLGFAKITRDITDATQAQQALEQAREALFQAQKLQAIGQLTGGIAHDFNNLLTVILGNLEIMRKRMPSEPKLTQLLDNAVQGALRGVSLTQRMLAFARRQKLSSEPVELATLVQGISGLLQSSMGPSIHIQTRFAEALSPVLADVNQLELAILNLATNARDAMPQGGRILIEAQERLGSQAGGPGRPLGNERYICLSLNDEGDGMDEMTLASAVDPFFTTKGVGKGTGLGLSMVHGLAEQLGGRLILKSEKGVGTTAELWLPVADESTTDKPPAVETATPPVHALLVLVVDDDSLVMTSTRLLIEDLGHRVLCALSGPQALELYERNPDIDLVITDMAMPQMDGAQLAKLLRDRQPTLPIILATGYAERLEGFATQLPRLTKPFKQIDLVQVIGQTMK NA NA NA NA NA D1-35_03423 2388 dinG_3 3'-5' exonuclease DinG GTGACCGAGATGCCGGGCTACAGCATTGCCGTGCGGGCGTTATGCGAGTTCACCGCGAAGGTCGGCGATCTCGACTTGCGTTTCACGCCGTCACCCACCGCCCTGGAAGGTATCGTCGGCCACCGTACCGTGGCATCGCGGCGCCAGGAGGGCTATCAGGCCGAAGTCAGCCTGGAAGGCGTCTACCAGACCTTGAAGGTCAAGGGGCGGGCCGACGGCTACGACCCGGCCCGCAATCGCCTGGAGGAAGTGAAGACCTATCGGGGCGACCTGAGCAAGCAACCGGACAACCACCGCCAGTTGCATTGGGCCCAGGCGAAAATCTATGGCTGGCTGCTGTGCGACAAGTTGCAGTTGCCGCGCATTGACGTTGCCTTGGTCTATTTCGACATCGTCAGTGAAAAGGAGACCTGCCTGACCCAAAGCTGCGTAGCCTCGCAGCTCCAGGCGTTCTTCGAGCAGCAGTGCGCACGGTTCCTGGCGTGGGCCGAACAGGAAATGCGCCATCGCCAGGCGCGTAACCTGGGCGCCCAGGCGCTGACGTTTCCCCACGCCGGCTTTCGGCCGGGGCAACGTCACCTGGCTGAATCGGTGTTCAAGGCGGTCAGCACCGGGCGCTGCCTGATGGCCCAGGCGCCCACCGGCATCGGCAAGACCGTCGGCACCTTGTTTCCCATGCTCAAGGCCTTGGCGCCGCAGCGTCTGGACAAGGTGTTCTTTCTCACGGCAAAAACCCCCGGACGCAGGCTGGCCCTGGATGCGGCCCGGCTGATCACCAACAACGCCCCGGCGATGCCGCTGCGGGTATTGGAAATGATCGCGCGGGACAAGGCTTGCGAGCATCCGGACAAAGCCTGCCACGGCGAATCATGCCCGCTGGCCCGGGGGTTTTATGATCGCCTGCCGCAGGCCCGGGCAGCGGCGAGCCAGGTCACGCTGCTCGACCAGGCGGCGTTGCGCGACATCGCCCTGAGCCACGAAGTCTGTCCGTACTACCTGAGCCAGGAAATGGCCCGTTGGGCCGACGTGGTGGTGGCGGACTACAACTACTACTTCGATTTCAGCGCCTTGCTCTTCGGCCTCGCCCAGGCCAATGGCTGGACCGTTGCGACCCTGGTGGACGAAGCCCACAACCTGGTGGAGCGAGGGCGCCAGATGTACAGCGCGAGCCTGGACCAGCTTGCGCTGGCGACGGTGCTGAAAACGGCGCCGGAGCCTTTGAAGAAAGCGTTGCGCAAGGTCAGCCGTCAGTGGAACGCCTTGCACGAGCCGCAAATTGCCGCCTACCAGGCGTATGAAAAACCACCGGAGAAACTGCTTCAGGCACTGGGAACGTGCACCAGCGCCATCGGCGATTACCTCAATGACCATCCCCAAGGGCTGGACAGTCAGCTGCAAGCGTTTTATTTCGATGCGTTGCAGTTCGGTCGCGTGGCGGAGGCATTTGATGAGCATTTCCTGTTCGATATTCACAAGCGCGAATCCAGCCGCCAGCGCAGCCTGTCGACGCTGTGCCTGCGCAACGTGGTGCCGGCCGGTTTCCTGCGACCCAGGTTCACGGCGTCGCGCAGCAGCGTACTGTTCTCCGCGACGCTGAGCCCGCGGCGCTATTACGCCGATTTGCTGGGGACACCCGCGGACACGGTGTGGATCGATGTCGAGTCGCCGTTCCAGGCCGAACAGCTGGATGTCCAGGTGGTCAGCCGGATCTCCACCCGCTTCGCCCATCGCCAGGGCTCCCTTGAACCGATCGTCGCGCTGATGGCTCGCCAGTTCGCCGAGCGTCCCGGCAACTACCTGGCGTTCTTCAGCAGCTTCGATTACTTGCAACAGGTGGCCGGATTGTTGGCCGAGCGACATCCGCACATTGCGACCTGGACGCAATCGCGCGGCATGGGCGAGGCGCCGCGGCAGGCGTTCCTCGAACGCTTCATGGAGCACAGCCAGGGCATTGGCTTCGCGGTGCTGGGCGGCGCGTTCGGCGAGGGCATCGACCTGCCAGGCTCGCGGCTGATCGGAGCGTTCATCGCCACCCTCGGGCTGGCGCAGTTCAACCCGGTCAATGAACAGATCAAGCAGCGCATGGCGACGATCTTTGGCGACGGCTATGACTACACCTACCTGTATCCCGGCCTGCAAAAAGTCGTGCAGGCCGCTGGCCGGGTCATCCGAACCCAGCAGGATCGCGGAGTGGTGATGCTGATCGACGACCGCTTTGGCGAGGCCAAGGTGCAGCGATTATTGCCGCAGTGGTGGACCGTCAGGCAGGAACGAGATACTCCAGCTGTGGGAGCGAGCCTGCTCGCGAAGGCGTCGGACCATCTTGCACCTTCGCAGGCTGGCTCAACCGCTTCGCGAGCAGGCTCGCTCCCACAAGGGTCTGCATAG MTEMPGYSIAVRALCEFTAKVGDLDLRFTPSPTALEGIVGHRTVASRRQEGYQAEVSLEGVYQTLKVKGRADGYDPARNRLEEVKTYRGDLSKQPDNHRQLHWAQAKIYGWLLCDKLQLPRIDVALVYFDIVSEKETCLTQSCVASQLQAFFEQQCARFLAWAEQEMRHRQARNLGAQALTFPHAGFRPGQRHLAESVFKAVSTGRCLMAQAPTGIGKTVGTLFPMLKALAPQRLDKVFFLTAKTPGRRLALDAARLITNNAPAMPLRVLEMIARDKACEHPDKACHGESCPLARGFYDRLPQARAAASQVTLLDQAALRDIALSHEVCPYYLSQEMARWADVVVADYNYYFDFSALLFGLAQANGWTVATLVDEAHNLVERGRQMYSASLDQLALATVLKTAPEPLKKALRKVSRQWNALHEPQIAAYQAYEKPPEKLLQALGTCTSAIGDYLNDHPQGLDSQLQAFYFDALQFGRVAEAFDEHFLFDIHKRESSRQRSLSTLCLRNVVPAGFLRPRFTASRSSVLFSATLSPRRYYADLLGTPADTVWIDVESPFQAEQLDVQVVSRISTRFAHRQGSLEPIVALMARQFAERPGNYLAFFSSFDYLQQVAGLLAERHPHIATWTQSRGMGEAPRQAFLERFMEHSQGIGFAVLGGAFGEGIDLPGSRLIGAFIATLGLAQFNPVNEQIKQRMATIFGDGYDYTYLYPGLQKVVQAAGRVIRTQQDRGVVMLIDDRFGEAKVQRLLPQWWTVRQERDTPAVGASLLAKASDHLAPSQAGSTASRAGSLPQGSA NA NA NA NA NA D1-35_03424 1653 fan1 Fanconi-associated nuclease 1 GTGACAGCCAATCCCCTTGACGACCCCTTTTATTACCTGAACAACTTCCAGCGGGTCCTCGCCTGGTTGACGCAACGCTATGCCGACGTATTGAGTGTCGAAGAGCAGCGGTTTATCGATGATTTCATCGCTTTGCCGCGTCCGGCCCAAGGCTTGCTGGTGCGGATGGTGATGCGCAAGGGCCTGCACTTTCGTCACACCAAACTGCGCTACGCGGAAATTGGCGATATCGCCGACGCCGTGGCGCCGTTGTTGGCGCTGGGCTGGGTCGAAGAGCAGGCGTGCCTGAGCCTTGTCGAACTGTTCGAGGTGCTGCTCAAGCCGGAAGTACTTCTGTGCCTGGGGCATCTGATCGAGCAACCCAAGGCACGCAAATCCGAATGGCTGCAGGCGCTGAGTAATCAGGACGGCCAGCCGCAGCCGTTTCGCGCCTGGTGCCCGCAGCTCGAAGAGCGGCTGTACAGCCTCACGGTGATGGGGCTGTGCGACCGTTTGCGGTTGATGTTCTTCGGCAATCTCTATCAGGACTGGTCGGAGTTCGTGCTGGCGGACCTGGGTATCTTTGTCTATGAAGCCGTTGAGTTCAGCGCCGAGTCCCGGGGGCTGCGCAGCCGTGAGGACATCGATGCCTGTGTCTTCCTGCATGAATGCCAGCAACGCTTCGACGCCGGCGAACCGCTCGAACCGATCATCGCCCGGGTCAATGCCCTGGAGCTGGGCAATCCCTGGCTTGAGCGGCGCCGGGGCAAGCTGTTGTTCCAGCTCGGCCAGCATTGCGAACGCATCGGTGATTTTGCCCAGGCCCTGAGTCTTTATCGCGGTTGTACCTACCCCGGCGCGCGACTGCGAATGATCCGCGTGCTGGAGCGCATCGGCGAATATGCCCTGGCCCTCGAACTGGCTGAAGCCGCGGCCCAGTCGCCCCAAAGCGCTGCCGAGCGCCAGGCCTTGCTCCGGATCGTGCCCCGGCTGCGGCGCAAACTCGGCGGCCCGCCGGTGGCCCGCGCCGTGGCCAGGGAGGTGGAGCGACTGGACTTGCATCTGCCGCGTGTCGACCCGACGTTGTCGGTGGAATATTACGTCCAGGCTCATCTGCATGACGAAGCCGCCCCGGTGCATTACGTCGAAAACAGCCTGGTCAATTCGCTGTTCGGCCTGTTGTGCTGGCCGGCGATTTTCGCGCCGCTGCCGGGGGCTTTTTTCCACCCGTTCCAGCGCGGGCCGGTGGACCTGCTGAACGAAGATTTCCATGACCGTCGCGCCGAACTGTTCGCGGCCTGTTTCGCCGAGCTGGACGACGGGCGCTATCGGCAGACCATCCGTCAACGTTACGCGGAAAAATGGGGCGTGCAGTCACCGTTCGTGTTCTGGGGCGCACTGTCCGAAGACCTGCTGGACCAGGCGCTTGACTGTCTGCCGGCCGAACACCTCAAGCACTGGTTCGCCCGTCTGCTGCTGGACATCAAGGCCAACCGCGCCGGCATGCCCGACCTGATCCAGTTCTGGCCGCAGCACAAGACCTACCGCATGATCGAAGTCAAAGGCCCCGGCGATCGCCTGCAGGATAACCAGCTGCGCTGGCTGGAGTTCTGCCACGAACACCGGATGCCCGTCGCCGTCTGTTATGTGCAATGGGCGGAGCAGGGCGCGTGA MTANPLDDPFYYLNNFQRVLAWLTQRYADVLSVEEQRFIDDFIALPRPAQGLLVRMVMRKGLHFRHTKLRYAEIGDIADAVAPLLALGWVEEQACLSLVELFEVLLKPEVLLCLGHLIEQPKARKSEWLQALSNQDGQPQPFRAWCPQLEERLYSLTVMGLCDRLRLMFFGNLYQDWSEFVLADLGIFVYEAVEFSAESRGLRSREDIDACVFLHECQQRFDAGEPLEPIIARVNALELGNPWLERRRGKLLFQLGQHCERIGDFAQALSLYRGCTYPGARLRMIRVLERIGEYALALELAEAAAQSPQSAAERQALLRIVPRLRRKLGGPPVARAVAREVERLDLHLPRVDPTLSVEYYVQAHLHDEAAPVHYVENSLVNSLFGLLCWPAIFAPLPGAFFHPFQRGPVDLLNEDFHDRRAELFAACFAELDDGRYRQTIRQRYAEKWGVQSPFVFWGALSEDLLDQALDCLPAEHLKHWFARLLLDIKANRAGMPDLIQFWPQHKTYRMIEVKGPGDRLQDNQLRWLEFCHEHRMPVAVCYVQWAEQGA NA NA NA NA NA D1-35_03425 225 hypothetical protein ATGAACATCAGGTTTCTCGGCCTGCCCTTGGTCGTCACCGCGCTGCTGGCGCTGGCCGGCTGCGCCTCGCCGACCGTGGTGACCTTGCAGAACGGTACCCAGTATTTGACCGAGGACACGCCGAACACCCGCACCGCCGATGGCTTCTACGAATTCGAAGACATTTCTGGCCGCAAAGTCCGGGTCCGCGCCGATGAAGTGGCGACGATTCGCAAGGAAGACTGA MNIRFLGLPLVVTALLALAGCASPTVVTLQNGTQYLTEDTPNTRTADGFYEFEDISGRKVRVRADEVATIRKED NA NA NA NA NA D1-35_03426 921 nodD2_3 Nodulation protein D 2 ATGTCCGCACCCGATTTGAATTTGCTCCTCACCCTGGATGTGCTGCTGTCCGAAGGCAGCGTGGCTGGTGCGGCGCGGCGGCTGCGCCTCAGTCCTTCGGCCATGAGCCGGGCATTGGCGCGGTTGCGCCAAGTCACTGGCGACCCGTTGCTGGTGCGGGCCGGGCGGGGTTTGGTGCCGACTCCGCGCGCGTTGGCGTTGCGCGAGCAGGTCAGTCAACTGGTCCAGGACGCCCAGGCCGCGCTGCGCCCGGAGCAGGCGCCGGATCTGCGTCGAGTGAACCGAACCTTCACGCTGCGTACCCGGCAAGGCTTCGTGGAGAACTTCGCGCTGGAGCTGATTGCCCGAGTCAGCGAACAGGCGCCAGGGGTTCGGCTGTGTTTCGTCGACAAGGCCGATAAGGACAGCGCCGCGCTGCGCGAGGGCAGTGTGGATCTGGAAACCGCCGTGGTGGATGAGCGCACCCGTCCGGAGTTGCGCACGCAGGCGTTGTTTCGAGACCGCCTCATCGGCGTGGTTCGCCCGGGGCATCCGCTGAGCCAGATCGAGGTGAGCGCTGCCGATTATGCGATGGGCGCGCACATCGGCGTGTCCCTGCACGACCTCGATCATGGACCGATGGATCAGGCGTTGGGGGCATTGGGTCTGTCCCGTGAAATCATCACCAGCGTCCCGGGGTTTTCCGCTGCGCTGGGGCTCGCCCGGTCCAGCGACCTCATCGCCAGCGTGCCGGAGCGCTACACCACCCGCTTGCGCGCCGGCATGCACAGTTTTGCGCTGCCGTTTGCGCTGCCCGGGTTCACTATCGCGATGCTCTGGCACCCGCGTATGGATGCCGATCCGGTGCATCGCTGGTTAAGAGGTTGCATGAGAGAGGTTTGCGCGGATCAATACGCGCGCAAAAAACCCGGGGGGCAATAA MSAPDLNLLLTLDVLLSEGSVAGAARRLRLSPSAMSRALARLRQVTGDPLLVRAGRGLVPTPRALALREQVSQLVQDAQAALRPEQAPDLRRVNRTFTLRTRQGFVENFALELIARVSEQAPGVRLCFVDKADKDSAALREGSVDLETAVVDERTRPELRTQALFRDRLIGVVRPGHPLSQIEVSAADYAMGAHIGVSLHDLDHGPMDQALGALGLSREIITSVPGFSAALGLARSSDLIASVPERYTTRLRAGMHSFALPFALPGFTIAMLWHPRMDADPVHRWLRGCMREVCADQYARKKPGGQ NA NA NA NA NA D1-35_03427 1443 ribZ Riboflavin transporter RibZ ATGAAACCCGTTACTGCAGATCACCTGTCAACAAATGCCGACAATCCACCGCAGCACAGGGCACATGGGGCCCTGGCCAGCCTTGCACTGGCAACGCTGCTCGCATCCCTGGGCGCCAGCGTCGCCAGCGTCGGCCTGCCGGTGCTGGCCCAGGCATTCGATGCGTCCTTCCAACTGGTCCAGTGGGTGGTCCTCGCCTATCTGCTGGCGATCACCACGCTGATCGTCAGCCTCGGACGCTTGGGCGACCTGGTCGGGCGCCGCAAGCTGCTGCTGGCGGGCATCGCACTGTTCACGCTGGCTTCGGCCCTGTGTGGCCTGGCGCCGTCGTTGTGGCTGCTGATCGCTGCCAGGGCCCTGCAAGGCGTGGGCGCGGCCATCATGATGACGTTGACCCTGGCCCTCGTCGGCGAAACGGTGGACAAAGCCAGGACCGGCAGCGCCATGGGCCTGCTCGCCACGCTGTCAGCGGTCGGCACCGCCCTCGGGCCGTCCCTTGGCGGCATATTGATCAGCGGGTTCGGCTGGCAGGCGTTGTTTCTGGTCAACGTTCCTCTCGGGTTACTGACGCTGTTGCTGGCCTGGCGTTTTTTGCCTGCCGGATACCCGGCGCAAAAGACCGGGCGCGTGGGTTTCGATGGGCTGGGCACGCTCCTGCTGGCTTTCACACTGGGCGCTTATGCCCTGGCCATGACACTCGGACGTGGGAGCTTTGGCGCACTGAATTTCGGCCTGTTGCTGGCGGCGGTCCTGAGCGGCGGATGGTTCGTCCGGACGCAGAAACGACTCGCGTCGCCGCTGATCCCGCTGCCGATGTTCCGCGACCGCCTGCTCGTCTCGAGCCTGGCTACAAGCGCGCTGGTAGCCGCGATCATGATGGCGACCCTGCTGGTTGGCCCGTTCTATCTCGCCATCGCCCTCGGGTTGCCTCCGACAACGGTGGGACTGGTGTTGGCGGCAGGGCCGTGTGTCGCCGCCCTCGCCGGCATGCCCGCTGGGCGGCTGGCGGACCGTTTCGGCGTGCGCCTCATGCGTCTTGTCGGGCTGACGACCCTGATGTTCGGCTGTCTGCTGCTGTCGCTGGTTCCTCCCGCCTTGGGCATAGCCGGTTATGCCGCGGCCATTGTAGTCACGACACTTGGCTATGCGATGTTCCAGACGGCCAACAATACATCGGTCATGGCCGAGCTCCCCGCCCATCAGCGGGGGGCCATTGCCGGCTTGCTCAACTTGTCGCGCAACCTGGGATTCCTTACTGGCGCATCGGTGCTCGGTGCAGTTTTCGCCAGCACTTTGCCGACGAACGGTATCGGCGCTACAACGCCCGGGACTGCGGCCCACGGCTTGCACGTCACCTTCGCCATTGCCCTCGCAATAGCGGGCCTGGCACTGCTGATTGCGCTGAAATACCGCGATCCAGAGCCGTCGTCCCAACGGCAATAA MKPVTADHLSTNADNPPQHRAHGALASLALATLLASLGASVASVGLPVLAQAFDASFQLVQWVVLAYLLAITTLIVSLGRLGDLVGRRKLLLAGIALFTLASALCGLAPSLWLLIAARALQGVGAAIMMTLTLALVGETVDKARTGSAMGLLATLSAVGTALGPSLGGILISGFGWQALFLVNVPLGLLTLLLAWRFLPAGYPAQKTGRVGFDGLGTLLLAFTLGAYALAMTLGRGSFGALNFGLLLAAVLSGGWFVRTQKRLASPLIPLPMFRDRLLVSSLATSALVAAIMMATLLVGPFYLAIALGLPPTTVGLVLAAGPCVAALAGMPAGRLADRFGVRLMRLVGLTTLMFGCLLLSLVPPALGIAGYAAAIVVTTLGYAMFQTANNTSVMAELPAHQRGAIAGLLNLSRNLGFLTGASVLGAVFASTLPTNGIGATTPGTAAHGLHVTFAIALAIAGLALLIALKYRDPEPSSQRQ NA NA NA NA NA D1-35_03428 279 hypothetical protein ATGAATAAAGGATCTTTCAGCAAGGTTACGTTCCCCAACGCCTGCCAATTGATGCGCTGGCATTTCCATCCCATGGGCTTCGAGGCCAGCATGGATGCGCCGGGCAGCATGGTTGCGCGGTTGTTCGACCGTGCCAGCGGCGAAACCATGATCGCGATTGCAGGCATCCCCTGCGCCACCGTGATGAACGCGCCCGATGTGGAGCGGATCATCGAAGCGGTGGAAGCCGAGCTTGAAGCCTTCGTACCGCCGGTTGGCTTGCGACGATTCGCTTCCTGA MNKGSFSKVTFPNACQLMRWHFHPMGFEASMDAPGSMVARLFDRASGETMIAIAGIPCATVMNAPDVERIIEAVEAELEAFVPPVGLRRFAS NA NA NA NA NA D1-35_03429 2469 rep_2 ATP-dependent DNA helicase Rep GTGTCGCAACACACTCCCGATCTTCCTCCCGAACTCCTGCCACTGGCCCAGATGCCCTGGCTCAAGCGCCTGGCTGCGCGATTTTTTGGTCATGGCCTGACGCGCCTGCGCGCCCAGCATCGGGCGTCCTGGTTGCATGGCCAGGCCGATGGCTTTCGTAGCGGGCACACCGCGGGTTTTGATTATGGTTTCAAGGAAGGCAAAGCCGAAGGCCTGGAAGAGGGGCGTCAGGTCCTGCTGATCAGGGATTCGCGCAGCACCGAGCATCCGGGGCCTAAAGTCGACGATCTGTTGTTCGATGACTGGCGCCTGCCGCTTACCGCCGAACTGAAGAAGCGCATCAAGGCCGACGTCGCGCGCCTACTACCGGCGCATGCGCAACCCAGCAGTGCGCAGTGGAAGATGATTTTCAGCGATACCCCGGCGACGTCGGTCGTCGCGGGAGCAGGCGCAGGCAAGTCCACAACGCTGGTACTGCGCATCGTGCTGCTCTGTCATTACCTGGGGTTCGAGCTGGATTCGATGACCGTGGTCACGTTTACTCGCGAATCGCGCAAGGATTTCATGCAGAAGCTCATCGACATGTTTGCGCTTTGGGGGCATGCGATCAGCCTGGCGCAGGCACGCGAGCTGGTGCGCACGTTCCACTCGCGAATCCTGCCCATGGTGCGCAGCCTGCCTGGATTCGAACGGCTCCAGGCCTTCGAGGCGCTGAGCCTTCGCGCCGGGCCAAGTGACGATGGCGCCTTGGCCAGCCCATTCGACTTGCGCATCAACGAGGTCCAGCGCCAGCACCTCAACGCCTGTTATCACAGCCTCTACAAGCGTGACGAGCGTTTCCGCGAGCTGATCAAGCCGCTTTCCCGGCACGCCTTGCAGCTCAAGACGCTGGAGCGCGATCACCCGGATGTGCAGAAGCGGATAGCCGTGACTGAACTGGCGGCCCAGCGCGACGAAGCACTGTGCGACGCGATCGAGGATCTCTGGTTCAAGGCGGGCGCCTGGCCAATCAAGGGGATCGAGCCGAAACGCCAGGCCTTTGAAGTCAATGGTTCCAGGTTTCATTCCCACGGTTACGTTCCGTCGCTGGACGCCTGGGTAATGCTGGGTTTCGATCCACGTGAAGATTCTCGGCTCAGCCGGCCCGGCGCCAAGCTGAGCCTGCGCGCGGAATGGGCTGTAAAGCGGACCCTGTTTCAAGCTTTCTGCCGTAAACCTTTGATATGGCTAGATAGTTATGAGGAGTCCAGGCGCGTATTGGCCTCGTTGGCCGGGGATGCCAGTGCCGGTCCGGGGTTCGATTACAAGGTCAAGGGAGAGCTGGGCTCCGCCCCTTTGCTGGACTGTTTTGTCGCAGCGGCAGGGTTCATCGAGAATCTCGCCCTGGATGTCCCTGATGCCGTGGGCCAGATGAGTTTCTCCCATGACGATCCCGATCGGTATTTCTTCGAAGCGTTGAGCCGCTTCTGGCGCGCTTTCGAGGATCATCTGCTCGACCAGTCGCCGCCGGTCATGACCTACAACCGCATGTTTGCGCTGTTCAGCGAGCATTCAGAGGAAAACCTCAAGCTGCTCGACGACGCGCTGTTGCGGCCGATGGCCCACTTGATGATCGACGAGTTCCAGGATGTTTCGCCGCAGATCGTCTCCTGGATCCGAGCGAGCCTGCGCGAAGTGCGCAGGCGCGGTGCCGCGCTGCATGTGGGGCGCGCCGCCCAGCGTTCTTCGCTGTTGTGCGTGGGTGACGACTGGCAATCGATCTATGGCTGGCGGGGCAGTTCGCCAAGTTTCTTCATGGCCTTCAACAAGCAATTCCCGTCCCCGGCCAGCATGCGGGTGATGCTCACCGAAAACTACCGCAGCCATCAATACATCATCGACGCCGCCGAGCATGTCGTGCGCGCGGCGGCGGCCATGCCTGGCAAAAAAGCCAAGGCCAGCGGCGTGTCACGAACGCCAAGTCCGGTCAATGTGCTGGATCGGGATGACGAAGGGTTGGCGCGGCGGCTTGATGAGCATTACCGGAAGGGTGATTCGATCTTGATGCTGTATCGAAGAAGTAGCGACAAGTCATTGTTGGAAAAGCATATTCAGCCAATAGTTAATGTTGATTCTAGCTTGCCGGTGCCAATGAGGCGCTTCAGGCAAATGACTTATCACAGCGCGAAAGGCCTTGAGGCGGATGCGGTATTCCTGCTGGGTGACTGCCAGCATCTGACCAGTTCGCCGTACAAGAACCAGGTCTACCGGATGGCCGGGCTGGGCCAGGACGGCGACACCGAACCGTACGACACGGCGCAAAAAGATGAAATTCTGCGCTTGGCATACGTGGGGATCACGCGGGCGGTGCAGCATTGCTACTGGTATGTGGACGGCCAGGACAGTCAAGCCGCCAACGCGCCCAGAGCCTCGGACCGTGTCGCGGCGGGCAAGCCATTCTTTGTCGATCATCGCCGTGCGCGCGGCTGA MSQHTPDLPPELLPLAQMPWLKRLAARFFGHGLTRLRAQHRASWLHGQADGFRSGHTAGFDYGFKEGKAEGLEEGRQVLLIRDSRSTEHPGPKVDDLLFDDWRLPLTAELKKRIKADVARLLPAHAQPSSAQWKMIFSDTPATSVVAGAGAGKSTTLVLRIVLLCHYLGFELDSMTVVTFTRESRKDFMQKLIDMFALWGHAISLAQARELVRTFHSRILPMVRSLPGFERLQAFEALSLRAGPSDDGALASPFDLRINEVQRQHLNACYHSLYKRDERFRELIKPLSRHALQLKTLERDHPDVQKRIAVTELAAQRDEALCDAIEDLWFKAGAWPIKGIEPKRQAFEVNGSRFHSHGYVPSLDAWVMLGFDPREDSRLSRPGAKLSLRAEWAVKRTLFQAFCRKPLIWLDSYEESRRVLASLAGDASAGPGFDYKVKGELGSAPLLDCFVAAAGFIENLALDVPDAVGQMSFSHDDPDRYFFEALSRFWRAFEDHLLDQSPPVMTYNRMFALFSEHSEENLKLLDDALLRPMAHLMIDEFQDVSPQIVSWIRASLREVRRRGAALHVGRAAQRSSLLCVGDDWQSIYGWRGSSPSFFMAFNKQFPSPASMRVMLTENYRSHQYIIDAAEHVVRAAAAMPGKKAKASGVSRTPSPVNVLDRDDEGLARRLDEHYRKGDSILMLYRRSSDKSLLEKHIQPIVNVDSSLPVPMRRFRQMTYHSAKGLEADAVFLLGDCQHLTSSPYKNQVYRMAGLGQDGDTEPYDTAQKDEILRLAYVGITRAVQHCYWYVDGQDSQAANAPRASDRVAAGKPFFVDHRRARG NA NA NA NA NA D1-35_03430 1647 pgm COG0033 Phosphoglucomutase ATGACAGTCAGTCCATTTGCGGGCAAGCCGGCGCCGGCAGAGTTGTTGATCGATATCCCGCGACTGGTGACGGCGTATTACACCGGCCGGCCCGACGCCTCGATTGCGACCCAGCGCGTCGCGTTCGGCACTTCCGGGCACCGTGGCAGTTCGTTCGATCTGGGGTTTAACGAATGGCACGTACTGGCCATCAGTCAGGCGATCTGCCTGTACCGTGAAGCCCAGGGCATCGACGGACCGCTGTTTGTCGGTATCGACACTCATGCACTGTCGACTCCGGCGGGAGCCAGCGCGTTGGAAGTGCTGGCCGCCAATGGCGTGACCGTGATGATCGCCGAGGGTGACGAGTACACCCCGACGCCAGCGATTTCCCACGCCATCCTGTGCTACAACCGTGGCCGTACCACTGGGCTGGCTGACGGCATCGTCATTACGCCGTCGCACAATCCGCCGCAAAGTGGCGGCTACAAATACAACCCCACCAATGGCGGTCCGGCCGATACCCATATCACCAAATGGATTGAAGCCAAGGCCAACGAGCTGCTGGCCAACCAGTTGGTTGGCGTCAAGCGCATCAGCTACGAACAGGCGCTCAAGGCCGACACCACTCACCGTCACGATTACCTCAATACCTACGTGGCAGACCTCGGCAACGTCATCGATTTCGATGCGATCCGTGGTGCAGGGCTGCGCCTGGGCGTAGACCCGCTGGGCGGCGCTGGCGTGCGCTACTGGCCCGCCATCGCCGAGCACTATCGACTGGACCTGGAAGTGGTCAACACCCAGGTGGATTCCACCTTCCGCTTCATGACGGTCGATTGGGACGGGCAGATCCGCATGGACCCGTCCTCCAGCCACGCCATGCAAGGGTTGATCGGTTTGAAGGAGCGCTTCGACGTGGCCTTCGCCTGCGACCCGGATCATGACCGCCACGGCATCGTGACGCCGAGTGGCGGCTTGCTGGCGCCGAACAATTACCTGGCGGTCTCCATCGATTACCTGTTCCAGAATCGGCCGCAATGGCGTGCCGATGCGGCGGTCGGCAAGACCGTGGTCAGCAGCGGCTTGATCGACCGCGTGGCCAAGCGCCTGGGCCGCCGCCTCTATGAGGTGCCGGTGGGCTTCAAGTGGTTCGCCGACGGCCTGTTCGATGGTTCCCTTGGCTTTGGCGGAGAAGAAAGCGCCGGTGCCTCGTTCCTGCGCAAGGATGGCGGCGTATGGAGCACCGACAAGGATGGGCTGATCCCAGCCTTGTTGGCCGCTGAAATGACGGCTCGCACCGATCGCGACCCGAGCCAGGCCTATCGCGCCCTGACGGATGAGCTGGGCGAGCCGTTCTCGGTACGTGTCGATGCCAAGGCCAGCCCGCAGCAGAAAGCGCTGCTGAGCAAGCTGTCGCCGGATCAGGTCCAGTCCACTGAGCTGGCGGGCGAAACGATCCAGAGCATCCTCAGCCACGCCCCGGGTAACGACCAGGCCATCGGCGGCCTGAAAGTCATGACCGAAAATGGCTGGTTTGCCGCGCGTCCGTCCGGCACCGAGGACATCTACAAAATCTACGCCGAAAGCTTTATTGGCGACGAGCACCTGAAACAGCTGGTGGTCGAGGCCCAGGCGCTCGTGGATGGCGCAATTTCCGGGCAGTGA MTVSPFAGKPAPAELLIDIPRLVTAYYTGRPDASIATQRVAFGTSGHRGSSFDLGFNEWHVLAISQAICLYREAQGIDGPLFVGIDTHALSTPAGASALEVLAANGVTVMIAEGDEYTPTPAISHAILCYNRGRTTGLADGIVITPSHNPPQSGGYKYNPTNGGPADTHITKWIEAKANELLANQLVGVKRISYEQALKADTTHRHDYLNTYVADLGNVIDFDAIRGAGLRLGVDPLGGAGVRYWPAIAEHYRLDLEVVNTQVDSTFRFMTVDWDGQIRMDPSSSHAMQGLIGLKERFDVAFACDPDHDRHGIVTPSGGLLAPNNYLAVSIDYLFQNRPQWRADAAVGKTVVSSGLIDRVAKRLGRRLYEVPVGFKWFADGLFDGSLGFGGEESAGASFLRKDGGVWSTDKDGLIPALLAAEMTARTDRDPSQAYRALTDELGEPFSVRVDAKASPQQKALLSKLSPDQVQSTELAGETIQSILSHAPGNDQAIGGLKVMTENGWFAARPSGTEDIYKIYAESFIGDEHLKQLVVEAQALVDGAISGQ PGPT0017710_3015 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835 NA NA D1-35_03431 1398 norG_5 COG1167 HTH-type transcriptional regulator NorG ATGAAGGGCCACCGTGAAACAGACTTCACCTACCAGGCGGTTTATCGGTACCTGACGAACCTGATCAATGAGCTGGGCGCTGATGCTCGGGTGCGTCTGCCGTCATTGCGGCAGTTGGCCGAGCGCCTCAATGTCTCCATATCCACCATCCAGTACGCTTACTCCCTGCTGGAAAAGGAAGGGCGGGTCTATTCGATTGCCAAGTCCGGATACTACGCATTGCCGATGGTCAGCGTGTCCACTCTTGGCGATGGCGATGATTTGCTGGAGACCCTGTACGTCAACGCGCGTCGCCCAGGCATGCTGGTGCTCAGCGGTGATGAACCGGCTTCGTTGCAGCCGCTCGACAGTCCGCTTCTGTTGCTTGAACGCGAGCTCCTGCGCCAGTACCCCCGCGCTTCACAACATCCCCTGCAGCCCTGGGGAGAGCAGGAGTTGCGAACCGCACTGGCGGCACGCTACACCTCTTCACCGTCGCGATGCTGGAGTGCCGATGACGTCTATATCGGCGCTGACTTGCGCGGCGTTCTGGAAATCCTGATAGCGGTGCTGGCACTCAAGGGCAACACGGTGCTCGTGGAGTCGCCCTGCGAATGGACCGTCCTGCGTTTGTTGCAAGCGGCCGATATCCGCGTCATCGAGCTGCCCTTGCTGGACGAGGGGGAAATCGATATTGAACAGTTGGAGCGGTTGCTGGCGAATGAAACGGTATGCCTGATGATGGTGTCTTCGGTGTTGAGCATGCCCAGGAGCAGGTTGAAAAGTGCAGCCGACCGGCGAGCACTGGCGCGTCTGCTGGAACAGTACGGCACATGGGTACTGGAGAACGACAGCCATACGGAGCTGGTATTCGAGCCCGGCTCGTTGCCTTTTCGAGAGTGGCTCGACCCGGACCGGCTGATCGTGTATTCCACCTTCGAGACAACCATAGGGCCCGAGGCGCCCTACGGTTATGTGCTGTCGCGCCAGCTGACGCTGATGTTGCAGCGTCATTTCCTGTTGCGCGCATTTCGTCTTTCGCCGATTCGCCAGAAAGCGATTGCGCGTTTATACAACAATGGCCGGATCGACCAGCATCTACTGGTATTGCGACGCCTGCTACGCGAAAGCGCCACGTCGGCGACGCAACTGTTGCGCGAGCGAGTCGGAGACTGCCTGCAATGGGAGGAGCCCGAGGGCGGCGCAACAATCTGGGTACGCTCTTCACGCCAGGTCGATCTGCGGCGGGTTTTCCAACGGCTGCTCGCCCGGCGAATCGTCATCGCGCCGGGAGAGCTGTTCAGCACCCAAGGACGATATGACCAGCATTTTCGGTTGGCTCATGCTCTCGACGGCGTGGGCGGCCGGGAAGCGGCCTTCTGCGCACTGGCCGAGGCCCTGAGGCTCGAACAATCCTGA MKGHRETDFTYQAVYRYLTNLINELGADARVRLPSLRQLAERLNVSISTIQYAYSLLEKEGRVYSIAKSGYYALPMVSVSTLGDGDDLLETLYVNARRPGMLVLSGDEPASLQPLDSPLLLLERELLRQYPRASQHPLQPWGEQELRTALAARYTSSPSRCWSADDVYIGADLRGVLEILIAVLALKGNTVLVESPCEWTVLRLLQAADIRVIELPLLDEGEIDIEQLERLLANETVCLMMVSSVLSMPRSRLKSAADRRALARLLEQYGTWVLENDSHTELVFEPGSLPFREWLDPDRLIVYSTFETTIGPEAPYGYVLSRQLTLMLQRHFLLRAFRLSPIRQKAIARLYNNGRIDQHLLVLRRLLRESATSATQLLRERVGDCLQWEEPEGGATIWVRSSRQVDLRRVFQRLLARRIVIAPGELFSTQGRYDQHFRLAHALDGVGGREAAFCALAEALRLEQS NA NA NA NA NA D1-35_03432 1485 hypothetical protein ATGAGTGCAATTCATCAACAGGCAATGACTTACGTATATCAACAGGTATTGCAACGCTTGTTGGAATTTTATTCCCGTGCGGAACGGACCGCACTGCAGCTTCTGGTCCAGCGATTGATCGTCGCCGCTGGCGGTATTGAACGAATTGGCACCTATCGGGTGCTGGTGGCCCAGAATGGCAGTCGGGAGGGGTTCTATGCGCTGACGGCCCTGCGCGCCGCGCAGTTGAGCATTGCTGGCCGGCATCCGACGACTTTCGACCTGCGCGTCGCCACGCCACGCCTGGGCGAGATGACCCAGGCCACCCTGGAGAATATCCACTGTTGCTACAGCGCTCTGTTTCTCTACGACGACCCACGGGTAGAGCTGCTGATGGCGGACAATCGAGAGGTGGTGCCGTTTGATCGCTCCAAGCCGTTATCGGCGCAAGGGCGCGAGGCCAATCGCACTGACATGCTGATGCTTGGGCACCTGCGTTCCTCCGACAGCCTCCTGGGCGTGGGCGACGAAGGCTACCTGGCGATGGCGGAGTTCTACAAGAACATGGCTCGCTGGGATGCGGGCGTGGATTCATGGGTCAGTTGCGACACGCCACGCCAGCAAAAGCAGTTCCTGTCCGGGTTGCGCCGGGCGACCCGCAAGATCGGTCTGGTGTTTGAGCCCGTGGGTGGATTCGACGGCCTGTTTGCCCAATTCGATTTCCTGGGCAGTGACCTGTTCCGGCGTTTTTATGGCCAGGAGCACCTGGGTGTCTGGCAACCCGAAGGGCGGCTGGAGGCCTGCCGGCAAGTCGGGCACATCCGTATCGATGATCTGATCACCGAGCGGCTGGAAGAAAGCAACTGGGCGTTGTTCAGCGAATTCCTCGGCGTCAGCTCCGATGAGCTGGTTGCGCCATCGCTTGAGCATGAATACCTGAGTCCGTACCTCTCGGCCCACCTATGTGGCTTGCAGGCCTGTCATCAGCAGGAGCGCGGCTATGCGGCTGGCTACACCGATTACGTGCAACGCATGATCATGGTCATGCACCGCAAGCGTATGCCGGAGCCCGTCTGCCAGCAGGTCCAGGGGCTGTTGGGTGCACCGTCGGAGATTCCCGAGCGTCGAGCCGTGATCGCCCTGGAAACGGAAAAAAATCTGAATCTGAACGAAACGCAACTGGTCTGCATGCTGTTTGCGCCCTTCGTTGAAAAGGGCGCCGGCCTGGAGCATTTCCTGCGGTGCTGTCATCCCGGCATGCTGGTGGGCATGCCCGACCTGCACAGGGCGTTGCGGGGCGGCCCGGTCACGGATCAGGTGGCGCATTGGATGGTTGATGTCAGTGGCCTGCCCGTTGCAATGCTGTGCAAGTTGTACCGGGCCCGAATCACCACGCCGGAGCCGGAAATCATCCGGGCGGACCCGCAAACGGCCATGGAGGGCGCTGATACGGACCAGGGCGGGCAGGGCGCCGATGGTCCCGGCGAACGTGCAGCGCGGCGCTGA MSAIHQQAMTYVYQQVLQRLLEFYSRAERTALQLLVQRLIVAAGGIERIGTYRVLVAQNGSREGFYALTALRAAQLSIAGRHPTTFDLRVATPRLGEMTQATLENIHCCYSALFLYDDPRVELLMADNREVVPFDRSKPLSAQGREANRTDMLMLGHLRSSDSLLGVGDEGYLAMAEFYKNMARWDAGVDSWVSCDTPRQQKQFLSGLRRATRKIGLVFEPVGGFDGLFAQFDFLGSDLFRRFYGQEHLGVWQPEGRLEACRQVGHIRIDDLITERLEESNWALFSEFLGVSSDELVAPSLEHEYLSPYLSAHLCGLQACHQQERGYAAGYTDYVQRMIMVMHRKRMPEPVCQQVQGLLGAPSEIPERRAVIALETEKNLNLNETQLVCMLFAPFVEKGAGLEHFLRCCHPGMLVGMPDLHRALRGGPVTDQVAHWMVDVSGLPVAMLCKLYRARITTPEPEIIRADPQTAMEGADTDQGGQGADGPGERAARR NA NA NA NA NA D1-35_03433 1026 tdh L-threonine 3-dehydrogenase ATGTCCCGCACGATCCGTTTTCACAAGTTTGGTGGTGCCGAGGTGCTCAAATGCGAAGAGCATGCGGCGGCTCTTCCTGCGCCAGGAGAAGTGCAGGTCCGCGTCGAAGCGATCGGCATCAGTTGGTACGACACCCTGTGGCGCCAGAACCTGGCATCGTCCCAGGCGCGCCTGCCTTCAGGCCTTGGCCATGAAATGGCCGGCGTGGTGACAGCCGTCGGCGACGGGGTCGATGACTTGGCCGTAGGCGACAAAGTCGCCAGCTTCCCCGCCGAGAGCCCGAACGATTATCCGGTGTACGGTGAGGTCATCGTCCTGCCGCGCACCGCTTTGACCCGCTATCCCGACGTGCTCAGCCCGATCGAGGCCGCGGTCCATTACACGCCGCTGCTGATCGCCTATTTCGCCTACATGGACCTGGCAAGGGTCAAGCCCGGGCAGTTTGCGCTGGTGACCGATGCCAGCCATTGCGCCGGTCCTTCCTTCGTGCAACTTGGCAAGGCGTTGGGCGTGCGGGTGATCGCCGCCACCAAGACGGCTGAAGAGCGTGAATACCTGCTGTCGCTGGGCGCCGAAAAAGTCATCGTCACCGAAGAGCAGGACTTGTTGATGCAAATCAACAAGCTCACCGACAGCCGTGGCGTCGATGTGGTGTTCGACGGCTTGGGCGGGCCGCAGATGTCGCTGCTCGGCGATGTCCTGGCGCCCCGTGGCAGCCTGGTGCTGTATGGCTTGCAGGGCGGCAACCAGACACCGTTTCCAGCCTGCGCGGCGTTCCAGAAGAACATCCAGTTCTTTGTCCACTGCATCGGCAATTTCACCGGCAAGCCGGAGCTGGGCATTCTCCAGGACCAGGTCGCGTTGCAACGGGCGTTGCGTGATATCAACCAGTTGACCGCCGACCGTGTCCTGTTGCCCCTCAAGACTCGGGTGTTCCCGTTCTCCGAGTTCGTCGAGGCCCATCGGTACATGGGCGAATGTCCTTGCCGTGAACGCGTTGCCCTCCAGGTAGTCGACCCCGCCTGA MSRTIRFHKFGGAEVLKCEEHAAALPAPGEVQVRVEAIGISWYDTLWRQNLASSQARLPSGLGHEMAGVVTAVGDGVDDLAVGDKVASFPAESPNDYPVYGEVIVLPRTALTRYPDVLSPIEAAVHYTPLLIAYFAYMDLARVKPGQFALVTDASHCAGPSFVQLGKALGVRVIAATKTAEEREYLLSLGAEKVIVTEEQDLLMQINKLTDSRGVDVVFDGLGGPQMSLLGDVLAPRGSLVLYGLQGGNQTPFPACAAFQKNIQFFVHCIGNFTGKPELGILQDQVALQRALRDINQLTADRVLLPLKTRVFPFSEFVEAHRYMGECPCRERVALQVVDPA NA NA NA NA NA D1-35_03434 915 nodD2_4 Nodulation protein D 2 ATGAATCGTAATGACCTGCGTCGTGTCGACCTGAACCTGTTGATCGTGTTCGAAACATTGATGCATGAGCGCAGTGTGACCCGCGCCGCCGAGAAATTGTTCCTCGGCCAACCGGCCATCAGCGCCGCGCTGTCGCGCCTGCGCAGCCTGTTCGACGATCCGCTGTTCGTGCGCACCGGGCGCAGCATGGAGCCCACCGCGCGGGCGGTGGAAATCTTCGCCCTGCTCTCTCCGGCCCTGGATTCGATTTCCACGGCGGTCAGCCGGGCGGCGGAATTCGATCCTGCCACCAGCACCTCGGTCTTTCGCATCGGCCTGTCGGATGACGCCGAGTTCGCCCTGCTGCCGATGCTGCTCAAGCGCCTGCGGGCCGAAGCGCCAGGCATCGTGCTGGTGGTGCGCCGGGTCAATTACATCCTGATGCCGGGCTTGCTGGCCTCCGGCGAAATCTCCATCGGCGTCAGCTACACCGACGACCTGCCGGCCAACGCCAAGCGCAAGGTCTTGCGCCGCAGCTCGCCGAAAGTGCTGCGCGCCGACACCGCGCCGGGACGTCTGACGCTGGACGAATTCTGCGCCCGCCCCCATGCGTTGGTGTCCTTTGCCGGCGACTTGAGCGGGTTCATTGATGAAGAGTTGGAAAAGCTCGACCGCAAGCGCCATGTGGTATTGGCCGTACCGCAGTTCAACGGCCTGAGCACGCTGCTGTCGGGCACCGACATCATCGCCACCGTGCCCGACTACACCGCCGAAGCACTGACCGCCGCCGGCGGCGTGCGCGCTGAAGACCCACCGATCCCCGTGCGCAGCTTCGAACTGCACATGGCCTGGCGCGGCTCCCAGGACAACGACCCGGGCGAACGCTGGTTGAGATCGCGGATTCAGATGTTTTTTGGGGACCCTGAGAGTCTTTAG MNRNDLRRVDLNLLIVFETLMHERSVTRAAEKLFLGQPAISAALSRLRSLFDDPLFVRTGRSMEPTARAVEIFALLSPALDSISTAVSRAAEFDPATSTSVFRIGLSDDAEFALLPMLLKRLRAEAPGIVLVVRRVNYILMPGLLASGEISIGVSYTDDLPANAKRKVLRRSSPKVLRADTAPGRLTLDEFCARPHALVSFAGDLSGFIDEELEKLDRKRHVVLAVPQFNGLSTLLSGTDIIATVPDYTAEALTAAGGVRAEDPPIPVRSFELHMAWRGSQDNDPGERWLRSRIQMFFGDPESL PGPT0028130_494 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028130-mexT-K18297 NA NA D1-35_03435 273 hypothetical protein GTGCTCACCCCTCACCAGGAACAGGTTATCCATGACTTGGTGCAGTCCGGCCGTTATCAGAATGCCAGCGAAGTGATGCGAGAAGGTTTACGTTTATTGGAGCAGCGTGTCGCCGAAGACAGCGCCAAAATCGAGGCCCTGCGTCAGGCGACCTCAATCGGCATCATGGATCTTGAGCACGGGCGCTTTACTCAGGTGACCGAAGGGGATCTGGAGCACTACCTCGAGGGCTTGAGCCTGGAGGCAGCCCTCCCCACGCGCGAGAAACACTGA MLTPHQEQVIHDLVQSGRYQNASEVMREGLRLLEQRVAEDSAKIEALRQATSIGIMDLEHGRFTQVTEGDLEHYLEGLSLEAALPTREKH PGPT0027540_170 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027540-antitoxin_parD1_3_4-K07746 NA NA D1-35_03436 357 hypothetical protein ATGCCGCAGTTTCGGATTTCCAACCCGGCGCGCGCCGACATTGTCGACATTCTCAGGCTCTCGCAGACGCAGTTCGGCGATCAAGCTCGTCAGCGCTACCAAGCGCTGATCCCCGCGGCGCTGCAAGCGCTTGCCGACACGCCTTATCGCATCGGCAGCCACGACCGCGATGAGCTTGCACCGGGCCTTCGCAGCTATCACCTCATCTATTCACGCCTGCAGGCCAAACAAACCCATGGAACGGTCAAAAGCCCACGCCATATCGTGTTCTATCGTGTGGCAAACGACGACGTGATCGAGGTCGTCAGGCTCCTTCATGACGCCATGGAAGTGCCGTTGCACTTGCCTAACGATTGA MPQFRISNPARADIVDILRLSQTQFGDQARQRYQALIPAALQALADTPYRIGSHDRDELAPGLRSYHLIYSRLQAKQTHGTVKSPRHIVFYRVANDDVIEVVRLLHDAMEVPLHLPND PGPT0027550_121 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027550-toxin_parE1_3_4-K19092 NA NA D1-35_03437 555 hypothetical protein ATGTCGAAGCATTTGCTGTTGGGCTGGACCCGTTCCTTGTGCGTGCTTGCTGCCTTGAGCGGCGCGGCCACCCTGGCAGTTGCTGCCTCGCCTGAAAAAACCGCTACGACGGCATCGGATACGCAAGCGGTGTCCCTGGCAGGCGGCAAGCTGAAGTTCGTGCTGAACGGCGTCGAGGCCCGTACCTTGAACAGCGACAACGGCGGCACGATGTACTTCGATCCGAAAAGCGAGCGGGCCATCATCGTTACCGAAGGTCCGGCGCCGACTGCGGGCACCACCCAGGACGCTGCGTTTCGCCTTGCCGTGGATACCGTGAAGGAAAAGCAGCAGGCCGCGTCAGCCAACTTTCGCATGACTGGCGAGAAGACCATTCAGGTGAACGGCCTGAAGATGTACCGCCTGGACGGCACCGACGATTTCAACGGCCTGAAACTACTGATGGCCTCGTTGATGACGATGAACGATCAGAACATCACTATCATCGAAGTGATGTCCAGCGTAAACGACCCGTCCGGCCACACCGCTGCGTTGGAGAATATTCTGGGCAAGTAA MSKHLLLGWTRSLCVLAALSGAATLAVAASPEKTATTASDTQAVSLAGGKLKFVLNGVEARTLNSDNGGTMYFDPKSERAIIVTEGPAPTAGTTQDAAFRLAVDTVKEKQQAASANFRMTGEKTIQVNGLKMYRLDGTDDFNGLKLLMASLMTMNDQNITIIEVMSSVNDPSGHTAALENILGK NA NA NA NA NA D1-35_03438 114 hypothetical protein GTGGCCAATGTCTTCCAGGATTTCCCGGCGATACGACCCCGTGAAATGACGGGCGAATGGGTCCTCCTCGGCAGGCGGATCAACCGCATCAGCGCCACCCTCCAGAACCAATGA MANVFQDFPAIRPREMTGEWVLLGRRINRISATLQNQ NA NA NA NA NA D1-35_03439 528 dhmA_1 Haloalkane dehalogenase ATGAAAACCGTTAAAGCCGGTGTTCTGGAAATCGCCTATCTGGAGGTCGGTCCGGTCGACGGGGCCCCCGTCGTGTTGCTCCACGGCTTCCCCTATGACGTGCATGCCTACGAAGAAGTCGCCAGGATCCTGGCTTCAGCTGGAAAGCGATGCTTGACGCCTTACCTTCGTGGCTACGGCCCCACCCGATTTCTGGATGAGCAGACAATGCGCTCTGGAGAGCAGGCGGCAATAGGAGCCGACCTGTTGGCTTTTCTCGACGCACTGAAAATCGAAAAAGCTGTACTTGCGGGTTATGACTGGGGCGGAAGAGCGGCTTGCATCGTCGCCGCGCTATGGCCGGAAAGGGTAAGCGGTTTGGTCAGCTGTGGTGGCTACAGTATTCAGAATATCGCTGAAGCGCACCAGCCTGTTTCTCCCGAGGCTGAGCACCTGCTCTGGTATCAGTACTATCTTCACGGTAGCCGTGGTCGCGCTGGATTGACCTCGAACAGAAAGGATTTCTGCCGCTTGTTATGGCGCATGTGA MKTVKAGVLEIAYLEVGPVDGAPVVLLHGFPYDVHAYEEVARILASAGKRCLTPYLRGYGPTRFLDEQTMRSGEQAAIGADLLAFLDALKIEKAVLAGYDWGGRAACIVAALWPERVSGLVSCGGYSIQNIAEAHQPVSPEAEHLLWYQYYLHGSRGRAGLTSNRKDFCRLLWRM NA NA NA NA NA D1-35_03440 969 rhaR_2 HTH-type transcriptional activator RhaR ATGAAAAACCACAACATCAGCCATTTCCGCGATATTCATGTTCACGCCGCTACCGTCCAGGAGTGGAACCAGGATTACAACCAACTGACCGCCGGCTCGGCCGAGAGCTCGCTCATACAGCTGAGCACCGCGCGCTGCCACGTATTCCGCGAGAAGATCAACCAGCGTGTCGTGCAGCACGGCGTCGCGCCCCGGGGCAAGATGTGTTTCGCCGTGCCCATCACGGTTCCGGGTTCGATCCGGATGCAAGGGCGGGAGGTCGACGACAGCAGCCTGTTCTTCCTGCACGGGGGCGAGGAGTTCATGTTCCATATGCCGATGGGCATGGAGCTGCTGGCCATTACCTTCGAGCGCGAATGGTTCGAGCAGGCGCTGGCACAAACCACCTCGGCAAAGGAAATCGGTCAATTGCTGCGGCAGCCGGTCATCAGGCTGCCCACTCAACGTTATGCCGACGCCCGCCGTCGCATGCTGGCGGCATTCTCCCTGGCTGTCTCAAGCGAAGAGCTCGACCCGACGCAAGATCGCGAGCTGGCGCTGGAACAGGCCATGCTCGGCGAGTTGCTGCAACTGATGACCGATCCGGCCTGCGACAAGCAGCAGCGCACGCCAAGCTCGACGCGCAGTTACATTGTCGAAAAATGCCACCGTCTGGCGACCGCGGAACTGAACAACGTGCCCAGCGTGGACGACCTCTGCCAGCGCCTCCAGGTGAGCCGGCGTACCGTGCAGAACAGCTTCCGCTCGGTTGCCGAGACCACGCCAATCAACTATCTGCGCTCCGTCAGGCTCAACGGTGTGCGCCGGACCTTGATGTCTACCCGGGCGTCCCATCTGTCGATCGGCGACGCCGCCGCCCAATGGGGTTTTTATCACCTCAGCCATTTTGCCGCGGAGTATCAGGAGCTGTTCGCGGAATTGCCCTCCCATACTGCCCGCGCCGCCATTCCCGATTGCGCCCATGCCTGA MKNHNISHFRDIHVHAATVQEWNQDYNQLTAGSAESSLIQLSTARCHVFREKINQRVVQHGVAPRGKMCFAVPITVPGSIRMQGREVDDSSLFFLHGGEEFMFHMPMGMELLAITFEREWFEQALAQTTSAKEIGQLLRQPVIRLPTQRYADARRRMLAAFSLAVSSEELDPTQDRELALEQAMLGELLQLMTDPACDKQQRTPSSTRSYIVEKCHRLATAELNNVPSVDDLCQRLQVSRRTVQNSFRSVAETTPINYLRSVRLNGVRRTLMSTRASHLSIGDAAAQWGFYHLSHFAAEYQELFAELPSHTARAAIPDCAHA PGPT0000623_369 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ETHANOLAMINE_USAGE N-AQUISITION-ETHANOLAMINE_DEGRADATION,PGPT0000623-eutR|yfeG-K04033 NA NA D1-35_03441 1374 COG0160 Isoleucine 2-epimerase ATGAGTGAAGCCAAACTTGAATCCCTGCATTTTGCGGATGCCCCGCGGATCACCTCCGCCATTCCCGGCCCCCGGACCATCGAGGCCCTGGCGTTATCGGCGCGTACCGAGTCGATGGCGCGCGGCGGCGGACGCATGCCCGTGGCCATGGACCGGGCTTTTGGCGCGACCTTCAAGGACCCCGATGGCAACACCTATATCGACCTGTCCGCCGGCGTGGGCGTCAGCAGCGTAGGCCGCTGCCATCCGAAGGTGGTGCAAGCGATCCGTGAACAGTCCGAAGTGCTGATGCACGCCCTGGAAGTGAACAGTACCCGGCGCACCGAACTGGCGGCGAAGATTGCCGAAATCGCTCCCGACGGCTTGCGCGGCGATTGCATAACGTTCTTCACGCAAAGCGGCAGCGACGCGCTGGAAGCCGCGGTCAAGTTCGCCAAGCGCATTACCGGGCGGCATCAGATCATCGCTTTCCACGGTGGCTACCACGGCGTCTGGAACGCCTCGGGCGCGCTGACCACTGGCACGGCCTACCGCAAGGGCTACGGTGCCCAGATGGGCGGAGTCATTCATGCGCCCTACCCTTACGCCTATCGTTTTCCCTTCGACACCACGCACAAAAGCGCCGAGCAGATCGCCGGCGAATACGTGGATTACTTGCTGAACACCCCTTACACAGCGGCCGATGACGTGGCCGCGGTGATCGTCGAACCGGTCCAGGGCGAAGGCGGCTACGTGCCCCCGTCGCCAGAGTTCCTGCAATTGTTGCGCAAGGCCTGCGACCGCAGTGGCGCGTTGCTGATCGTCGATGAAGTGCAGTCCGGCGCGGGACGCACCGGCAAGATGTGGGCGGTCGAACATTCAGGCGTGAAGCCCGACATGCTCACCTTCGGCAAGGGCATCGGCAGCGACCTGCCGATGGCGGGCCTGATCATGCGCTCGGACCTGGCGGCGGCGATTCCTGACGGCTCGGTGCCCAATACCTTTGCCGCCAACTCACTCTCGGCGGCAGTGGCGCTGACCAATATCAGCATCCTCCAGGACCCCGAGCTCGACCTGCTCAACCGCGCCCACACGCTCGGGCTGGAAGCACAGGAACGCATCCGCGGTTTCGACAGCCCGTTCATCGGCGAGGTGCGCGGTCGCGGCCTGATGATCGGCATCGAGCTGGTCGAGGACCCGGTCACCAAGGCGCCGCTGGCGCCGGCCAGGATCGGCCAACTGATGGGCTACCTGCTGAACCACGGCGTACTGATGATTCCCTGCGGTCGCTACAGCAACGTGATGCGGGTGATGCCTTCGCTGACGATCCCACGCTCGATGTTCTTCAAGGCCCTGGACATTTTTGGCGACGCCCTGGCCACCCTCAAGGCATGA MSEAKLESLHFADAPRITSAIPGPRTIEALALSARTESMARGGGRMPVAMDRAFGATFKDPDGNTYIDLSAGVGVSSVGRCHPKVVQAIREQSEVLMHALEVNSTRRTELAAKIAEIAPDGLRGDCITFFTQSGSDALEAAVKFAKRITGRHQIIAFHGGYHGVWNASGALTTGTAYRKGYGAQMGGVIHAPYPYAYRFPFDTTHKSAEQIAGEYVDYLLNTPYTAADDVAAVIVEPVQGEGGYVPPSPEFLQLLRKACDRSGALLIVDEVQSGAGRTGKMWAVEHSGVKPDMLTFGKGIGSDLPMAGLIMRSDLAAAIPDGSVPNTFAANSLSAAVALTNISILQDPELDLLNRAHTLGLEAQERIRGFDSPFIGEVRGRGLMIGIELVEDPVTKAPLAPARIGQLMGYLLNHGVLMIPCGRYSNVMRVMPSLTIPRSMFFKALDIFGDALATLKA PGPT0007140_180 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007140-puuE-K00823 NA NA D1-35_03442 1455 puuC_3 COG1012 NADP/NAD-dependent aldehyde dehydrogenase PuuC ATGACCCAGCACTTCAAGCACTTCATCGAAGGCGCGGCCGTCGAAGCCTCCGACGGCCGCCGCATCCCCCTCGTCGACCCCGTGACGGAACAGGCCTACGGCAGCTCAGCACGCGGCACCGCCAAGGACGTCGACCGTGCGGTGAACGCTGCACTCGACCAACTCGAGCGTGGCGCCTGGAGTCGGCTTGACGGCGCCCAGCGCGCGCGACTGCTGTCTAAACTGGCTGACCTGGTCGAGCGCGACACCGAACAGCTCGCCGACCTCGACGCCAATGCCATCGGCCGCTCCCCCCTCGAACCGCGCCGGATGGACATCCCCAACGCCGTTGCGAACCTGCGCGCCGCCGCCGGCTGGGCCAATCAGCTGGAGGGCCGGACCATCCCCTCCGGCGGCTATTTCGGCACCAGGACCCTGTCGTATACGGTGCGCGAACCGGTGGGCGTGGTCGGCGCCATCGTGCCCTGGAACTCACCGCTGATGATCACCGTCTGGAAGCTTGCCGCGTTACTCGCGGCAGGCTGCACGGTGGTCATCAAGCCTTCGGAAGAAACCCCGCAATCGGCCCTCCATCTGGCGGCGCTGGCCCAGGAAGCGGGCTTCCCCGACGGGGTGATCAACGTGGTCACCGGTTACGGCGATGAAGTTGGCCGTGCCCTGTGCGAACACCCGCACGTCGCCAAGATCAGCTTCACCGGCAGCCCCGAAGCGGGTCGCGAAATCCAGCGCACCGCCGGTGTGCTGTTCAAGCGCGTCGCCCTGGAGCTGGGCGGCAAGAGTCCGCAGATTGTCTTCGACGACGCACCCTTCGACGATGCGCTGCACGGCTGTTCGCTCGGCCTGTTCGTCAACCAGGGACAGATCTGCGCGGCCGGCTCGCGCATCCTGGTCCAGCGCGGCATCGCCGAGCGCTTCGCCGCGGCGCTTGCCGATGCGGCACGAGCGGTCAAGGTCGGTGATCCTCGGCAAGCTGGCATACAGATGGGCCCCGTGGCCAAAAAGGCCCAGTTCGAGCGCGTCAACCGGTACATCCAACTGGGCATCGAGCAAGGTGCCACGCTGTTGGCTGGCGGCGTATCGACGCCCGAAAGGGGCTGGTTTGTCCAACCGACCATCTTTGCCAATGCACGCAATGACATGGCGATCGCCCGGGACGAGATCTTCGGCCCGGTCGGCACCGTGATCACTTTCGACAGCGAAGACGAGGCTCTTGCCTTGGCCAACGATTCGGCCTACGGCCTGGCGGCGACGGTCTGGACCAACGACCTTGCAAAAGCGCATCGCGTGGCTGGCGCGGTGAAGGCCGGCGCCGTGGGCGTCAACTGCTGGAGCCCGCTGGACGCCAACCTGCCTTGGGGCGGGGTGAAAGCCAGCGGCATTGGCCGTGAGGGCGGATTTTCCGGCGCGTTGGCCTACACCGAAGAAAAAGTCATCACCGTATTGCTGCCCACCTGA MTQHFKHFIEGAAVEASDGRRIPLVDPVTEQAYGSSARGTAKDVDRAVNAALDQLERGAWSRLDGAQRARLLSKLADLVERDTEQLADLDANAIGRSPLEPRRMDIPNAVANLRAAAGWANQLEGRTIPSGGYFGTRTLSYTVREPVGVVGAIVPWNSPLMITVWKLAALLAAGCTVVIKPSEETPQSALHLAALAQEAGFPDGVINVVTGYGDEVGRALCEHPHVAKISFTGSPEAGREIQRTAGVLFKRVALELGGKSPQIVFDDAPFDDALHGCSLGLFVNQGQICAAGSRILVQRGIAERFAAALADAARAVKVGDPRQAGIQMGPVAKKAQFERVNRYIQLGIEQGATLLAGGVSTPERGWFVQPTIFANARNDMAIARDEIFGPVGTVITFDSEDEALALANDSAYGLAATVWTNDLAKAHRVAGAVKAGAVGVNCWSPLDANLPWGGVKASGIGREGGFSGALAYTEEKVITVLLPT PGPT0006035_781 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_LIGNIN_DEGRADATION|LIGNINASES PLANT_LIGNIN_DEGRADATION-DEHYDROGENASE_ACTIVITY,PGPT0006035-feaB-K00146 NA NA D1-35_03443 564 yceJ_2 COG3038 Cytochrome b561 ATGAATCCGGCAAATCAAACCCCTGTTGATCGGTATCCTACATCCCTGCGACTCCTGCATTGGACGCGCGCCGTGCTCATCGCAGGCCTGCTCTGGGCAGGCTGGCACATGACCGGGCTGGATGACGAAGTGGCGAGCAAATACGAGCTTTATTATCCGTGGCACAAATCGTTCGGGGTGTTGGCATTCTTGCTGGTCCTGGTCCAGATCGTCTTGCGCGTGCGAACCCCCAGGCTGCCGCAGCCGCCGGAATCATTGGCGCGCTATGAACGGGTTTCGTCAAGACTTGCGCACCGTACCTTGTATGCGCTGCTGGTGATCGTGCCGTTGATGGGCTATTCGATGTCGAGCACCTACACGATGAGCGACGGGGTGTTCTTCTTTGGCGTGAACCTCCCGGAGCTCCTTGGCAAAAATGACGATTGGTTCGTTGTCTTCCAGTGGCTGCACAAGGTGCTCGCCTACACGCTGCTCGGCCTGATCCTGCTGCACGTTGCCGGCGCGCTCAAACACCGGTTCCTCGACCGCGATCCCCGAAGCGACGTGCTGCGCCGCATGCTCTGA MNPANQTPVDRYPTSLRLLHWTRAVLIAGLLWAGWHMTGLDDEVASKYELYYPWHKSFGVLAFLLVLVQIVLRVRTPRLPQPPESLARYERVSSRLAHRTLYALLVIVPLMGYSMSSTYTMSDGVFFFGVNLPELLGKNDDWFVVFQWLHKVLAYTLLGLILLHVAGALKHRFLDRDPRSDVLRRML NA NA NA NA NA D1-35_03444 987 acuI COG0604 Acrylyl-CoA reductase AcuI ATGACCTTCAAAGCGCTGATTTGCACCAAAACCGCTGACGTGATTTCCACCAGCCTGGTCGACTTCAAGGATGAGGACCTGATGGCCGGCGACGTCACCGTCGCGATCGAGTACTCCACCGTCAATTACAAGGACGCCTTGGCGCTTAGCGGTCGCACACCAGTGATCCGCCAATTTCCGCTGATTCCCGGCATCGACTTTGCCGGCGTTGTCGAAAGCTCAAGTCATGCCGCTTTCCAGGCTGGCGATCGGGTGCTGCTCAACGGCTGGGGGCTGAGCCAGACCCACCACGGCGGCTTTGCCCAGAAGGCGCGCGTGAGCGGCGACTGGCTGGTGAAGGTTCCGGAGGTTTTTTCGACCCGCCAGGCCATGGCCATCGGCACCGCCGGCTATACCGCGATGCTTAGTGTGTTGGCCCTGGAGCACGGTGGCCTGACGCCTGAGCGTGGCGACGTTCTGGTGACCGGCGCCAACGGCGGCGCGGGCTCGGTTGCAATCGCACTGTTGTCGGGCCTGGGCTATCGGGTGATTGCCTCGACCGGCCGCCCGGAAGAAGCCGATTATCTGCGCGATCTAGGCGCCTTCGAGATCATCGATCGCCACACCTTGTCCGAGCCGGGTGCTCCGGTTGCCAAGGAGCGTTGGGCCGGCGTCATCGATTCGGTCGGTAGCCATACCTTGGTCAACGCCTTGGCACAGACTCGATATCGTGGCGTTGTCGCCGCTTTCGGCCTGGCCCAGGGGGCGGATCTGCCCGGCTCGGTGCTGCCCTTCATCCTGCGCAACGTGACCCTCGCCGGTATCGACTCGGTGAACGCTCCGCAAGACGTCCGCCTGCAGGCATGGGCGCGACTGGCCCGGGATCTCGACGTGAACAAGCTCGCCCGGACCACGCAGGTCGTCGGCCTGGCGCAGGTTCCGCAGGTCGCCGCTCAGGTGCTGGAAGGAAAGGTACGCGGGCGTACGGTCGTTGATGTGAACGCATAA MTFKALICTKTADVISTSLVDFKDEDLMAGDVTVAIEYSTVNYKDALALSGRTPVIRQFPLIPGIDFAGVVESSSHAAFQAGDRVLLNGWGLSQTHHGGFAQKARVSGDWLVKVPEVFSTRQAMAIGTAGYTAMLSVLALEHGGLTPERGDVLVTGANGGAGSVAIALLSGLGYRVIASTGRPEEADYLRDLGAFEIIDRHTLSEPGAPVAKERWAGVIDSVGSHTLVNALAQTRYRGVVAAFGLAQGADLPGSVLPFILRNVTLAGIDSVNAPQDVRLQAWARLARDLDVNKLARTTQVVGLAQVPQVAAQVLEGKVRGRTVVDVNA PGPT0002275_1173 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002275-acuI|yhdH-K19745 NA NA D1-35_03445 813 hcaB_2 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGACCACCATTAAACCCGTAGCGTTGGTGACCGGCGCTTCGTCCGGCATCGGGGAGGCCATTGCGAACCGACTCGCGGCGGCTGGCTACTCCGTATATGGCACTAGCCGGCGAGGTACACCGGCGCTTCATCAGGCATTTTCGATGCTGGCGCTGGACGTGACCGACGACGCCAGCGTCCACGCAGCTGTCGCCGAGCTGCTGCGCCGGGAAGGGCGTATCGATTTGCTGGTCAACAATGCCGGCTTCGGGCTTGCTCCGGCCGCGGCGGAAGAAAGCTCGATCGAGCAGGCCAAGGCCGTCTTCGATACCAATTTTCTCGGTGTCGTGCGCATGACCCGCGCCGTTGTGCCCCACATGCGACGTCAGGGCAGCGGTCGAATCATCAACATCGGCTCCATTCTTGGTGTCGTATCCGTACCTTATGTGGCGCTCTACGTGGCCAGCAAACATGCGGTGGATGGCTATTCCCAAGCGCTGGACCACGAGTTGCGTACCCATGGCATCCGGGTGGTCGTCATCGAGCCCGGCTATACGCGCACGGCATTCGAAAGCAACAGCCTGCAGGCCGACGCCAAGCTGGACGTGTATGAGGACATTCGGGTTAAGGTAACGAAGGTCGTCAACCAGGCAATGGCGACCGCCGAGGGCCCCGACGTGGTGGCTGACGTGGTGCTCAAGGCTGCTCGCGCCGAGCGGCCGAAGCTGCGTTACACCGCCGGCAAGACAGCCGCGCAGTTGCAGTTCATGCGTCGCTTCGCGCCGGCTGGCGTGCTGGACACGGGCATCCGCAAGGCCCTGCAGCTCGCGTGA MTTIKPVALVTGASSGIGEAIANRLAAAGYSVYGTSRRGTPALHQAFSMLALDVTDDASVHAAVAELLRREGRIDLLVNNAGFGLAPAAAEESSIEQAKAVFDTNFLGVVRMTRAVVPHMRRQGSGRIINIGSILGVVSVPYVALYVASKHAVDGYSQALDHELRTHGIRVVVIEPGYTRTAFESNSLQADAKLDVYEDIRVKVTKVVNQAMATAEGPDVVADVVLKAARAERPKLRYTAGKTAAQLQFMRRFAPAGVLDTGIRKALQLA NA NA NA NA NA D1-35_03446 612 hypothetical protein GTGGGCGGTATCGACACCCTGATCGGTGGCACCGGCAGCGACACCTACGTGGTGGACGATCTTGAGGACATCATCAGTGAAACCAGCACCCTGGCCAGTGAGGTCGACACCGTGCGCTCGTCGGTGGACTGGAGCCTGGGGGCGAACCTGGAAAACCTCACGCTCACCGGGGCCGCGGCCGTCAATGCTACTGGCAATGACCTGAGCAACGTGCTGATCGGCAACGCAGGCAACAACGTGCTGGATGGCGGGGCGGGCAACGATAGCGTTGATGGCGGAGCCGGCGCTGATGTCCTCATCGGCGGAGATGGCGCTGACCGTTTTGTTTTCAGCGTGCTGAATGAGCTGGGCATAGGTAGCACTCGCGACAGTATCTTCGACTTCAACAGTCTTCAGGGCGACAAGATTGACCTGTCGAAACTGGATGCCAGTCTCCTGACGCCGCTGAACGATACGTTCAGCTTTATCGACTCGGCTGATTTTACCGGGGCCGGGCAATTACGCTTCGTCGACCACGTGCTTTATGGCAACGTCAATGGCGACCTGAACGCGGATTTCGAGATTCAGTTGCTAGGCGTCAATTCCTTGAGCTCGAACGATCTGCTGGCTTGA MGGIDTLIGGTGSDTYVVDDLEDIISETSTLASEVDTVRSSVDWSLGANLENLTLTGAAAVNATGNDLSNVLIGNAGNNVLDGGAGNDSVDGGAGADVLIGGDGADRFVFSVLNELGIGSTRDSIFDFNSLQGDKIDLSKLDASLLTPLNDTFSFIDSADFTGAGQLRFVDHVLYGNVNGDLNADFEIQLLGVNSLSSNDLLA PGPT0027825_32 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027825-prtC-K01406 NA NA D1-35_03447 1341 tolC_1 COG1538 Outer membrane protein TolC ATGAGATCTCTGATCATCCTGTGCGCGATCCTCGCGCCGCTCGGCGCCCTTGCGGACAGCGTGCCAACGTCTTCCCACGTGGATCTGTGGCAATTGCATCAGGAAGCGCAGGGCGCCGATCCACGCGTTCTGCGAGCACAGGCCTTGATTCGCAGCGGGAAGGGCAACGAGCGCGCCGCGTTCGGCCAACTGCTGCCGCAGCTCAACGCCAGCGGTAGCGTCAATCGCAGCCGGCGTGACGATGATGTCAGCCGCATCCAGTACAACGGCAAGCGCATGGCCGTGGTGCTCAACCAAGTGATCTACGATCCGCAGGTCTGGCGCAGCTACCGCAAATATGTGGAGCTGGCCCGGCAGAGTGAATACGAATCCGACGACACCCAGGTGCAGGCCAGTATCGATTTGTCTGAACGCTACTTTGCCGTTCTCGCGGCCGAGGATGAACTGTCCCTGGTGCGCAGTGAACTGGACGCAACCGAGCGCAACCTCAAGCGAATAAATGCCTTGTATGCGCGCCAGATGGCGATGGTAACCGACAGGCTTGATCTCGAGGCCCGCGTGGATGCGCTCAAGGCAGACGAGATCGAAGCCAGCAACAAGGTTGCGATCAGTCGTGAGGCTATTTCCGAGCTGGTGGGGCGTGATGTCCATGAGCCGTTCAAGCGCATCGCAGAGAATCCTGCCTTCAGCCTGCCGGCGCAAGCACAGGACTATTGGGTGCATGCAGCGCTCGATAGCAACCCGGCACTGCATGCCCGCGAACACAGTATCCTTGCAGCCGAGGCGGCTGTTGGTGAAGCCAGGGCCGGTCATCTGCCCAGGCTGGGCCTGAATCTCACGGCGCAACGTAGTGACATCGGCTACGAAGGTGCCTTGACTCCCCGCACGGATAACCTGGTCGCTTCCCTTGATTTGCAAGTGCCTCTCTACAGTGGCGGCTCCACCCGCGCGCGGGTGTCCAGTTCGGAAAGCGACAAGGAGGTCGCCCAGCAGGAATTGGAGGCCTTGCGCCGCCAGGTCATCAAGGAAACTCGCACTGCCTATCTGGGCATGACGGCCGAACTCAGCCGTATCAAGGCGACCCGACGCGCCCTGGAGTCCGCGGAAAAGTCCAGAATAGCTACCGAGAAAGCCTTCAACTACGGCGTCAAGCATGCCGTGGACGTGCTGGATAGTATCCAGGAAGAGTTTCGTGCACGACGCGATTTCTATCAGTCCCAATACCGCTTCGTGACCAGTCTGCTCGTGCTGCATCGCTGGAGTGGAAGATTGGCAGACGAGGATATCCGCAAGGCCAACGACTGGCTGGTTGCGCCTTGGTCAGACCGTTCGGCACAATAA MRSLIILCAILAPLGALADSVPTSSHVDLWQLHQEAQGADPRVLRAQALIRSGKGNERAAFGQLLPQLNASGSVNRSRRDDDVSRIQYNGKRMAVVLNQVIYDPQVWRSYRKYVELARQSEYESDDTQVQASIDLSERYFAVLAAEDELSLVRSELDATERNLKRINALYARQMAMVTDRLDLEARVDALKADEIEASNKVAISREAISELVGRDVHEPFKRIAENPAFSLPAQAQDYWVHAALDSNPALHAREHSILAAEAAVGEARAGHLPRLGLNLTAQRSDIGYEGALTPRTDNLVASLDLQVPLYSGGSTRARVSSSESDKEVAQQELEALRRQVIKETRTAYLGMTAELSRIKATRRALESAEKSRIATEKAFNYGVKHAVDVLDSIQEEFRARRDFYQSQYRFVTSLLVLHRWSGRLADEDIRKANDWLVAPWSDRSAQ PGPT0003600_4172 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-AlgE-TYPE_MANNURONAN_C-5-EPIMERASE_TRANSPORT,PGPT0003600-tolC-K12340 NA NA D1-35_03448 1332 prsE_4 Type I secretion system membrane fusion protein PrsE ATGGGCAGCGTTATGCAAAACAGTAAGCAGTTTTCCGTTGATGTGGCCGGGTTGGCCATAGATGACAGGCCGGTACGGCGCATCGGTTACTCCTTGCTGCTGGTCACCTTTGGCCTGTTTGGCGGCTGGGCGGCCCTGGCGCCGCTGGACAGCGCAGCCCTCGCGCCGGGTGTGGTCACGGTAAAAAGCTATCGCAAGACTGTGCAGCATCTTGAAGGCGGCATCGTGCGCGAGCTACGTGTGCGTGAGGGTGACCTGGTGAAAGCGGGCGATGTGCTGCTGGTGCTTGACAATACCCAGGCCCGTTCGGAGATGGAGGCGATGCGCAGCCAATTGATTGCTGCGCTCGAACTCGAAGCCCGACTGGTGGCGGAGCGTGACGCGTTGCCGGAGCCGCTGGCCGTGTCCACCCTCGACCCCGCCGACCCGCGCGTTCACGAAGCCCGCGACAGTGAAGCGCGGATCTTCCAGGCCCGAAGGACCTCGCTGCAGGGCGAAATTGCCTTGCAGGAGAAGTCCATCGGCCAGATCGAAGAGCAGATTCGAGGCTATAAGGCCATCGTCGCCAGCAAGCAAGCGCTGGCCACGTCTTATGAAGAAGAGATTGTCGACCTGCGTGCATTGTTGGCCGAAGGCTACGTGGATAAACAACGTCTGCGCGAGCAGGAGCGCAGCCTGTCGCGCTTGCAGGCCGAAATAGCCGAAAGCCAGTCGGAGAGCGCACGAGCGCGCGTCCATGCGGACGAAGCGCAACTGAAGATTCTCCAGCTGAAAAAAACCTTCGCCAGTGAAGTGGCAGGTTTGCTGGGTGAAGCGCGAAGCAAGGTCTACGAGTTGCGCGAACGACTGGCCACCTTGCAGGATCGCGACCAGCGCACCGACATCCTCGCCCCGGAGTCAGGCCGGGTCATAGGGATGACCGTGCACACCCTGGGCGCCGTGGTCAGCCCTGGGACCGCCCTGTTGGACATTGTCCCGGCCAATGAAGAGCTGATTGTCGAGGCGCAGGTTTCGACCGTGGACATCGACCGTATCGCGCCGGGCAGGCTGGCGGACATTCGCTTCAGCGCGTTCAAGAGCAGCACCACGCCTGTCATCGAAGGGCAACTGGTGCAGATATCGGCGGATCGTCTGGTCAACCAGGACACCGGCACGGCTTATTACCTGGCGCGTGTAGCGTTGACCGACAAGGGACGCCAGGCGCTGGGCGAACGTGCCCTGGTGCCGGGGATGCCGGTCGAAGTGCTGATCAACACAGGGGCGCGGACGTTGTTGGAGTACCTGATGCAGCCTGCCAGCAATGCTTTCGCCCGTTCGATGATCGAGGATTGA MGSVMQNSKQFSVDVAGLAIDDRPVRRIGYSLLLVTFGLFGGWAALAPLDSAALAPGVVTVKSYRKTVQHLEGGIVRELRVREGDLVKAGDVLLVLDNTQARSEMEAMRSQLIAALELEARLVAERDALPEPLAVSTLDPADPRVHEARDSEARIFQARRTSLQGEIALQEKSIGQIEEQIRGYKAIVASKQALATSYEEEIVDLRALLAEGYVDKQRLREQERSLSRLQAEIAESQSESARARVHADEAQLKILQLKKTFASEVAGLLGEARSKVYELRERLATLQDRDQRTDILAPESGRVIGMTVHTLGAVVSPGTALLDIVPANEELIVEAQVSTVDIDRIAPGRLADIRFSAFKSSTTPVIEGQLVQISADRLVNQDTGTAYYLARVALTDKGRQALGERALVPGMPVEVLINTGARTLLEYLMQPASNAFARSMIED PGPT0029390_633 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029390-hasE|prtE-K12537 NA NA D1-35_03449 1749 prsD_2 Type I secretion system ATP-binding protein PrsD ATGTCAGCCCACACCCGGACCGAGTTGGAAGGCGCGCTTGCCGCATGCAAGGGCAGCTTTCTTTCCGTGGCCTTTTTCAGTTTTTTCGTCAATTTGCTGATGTTGGTCCCCTCGTTCTACATGTTGCAGGTGTATGACCGCGCGGTAGCCAGCGCCAGCCTGTCCACCCTGTTGATGCTGACGCTGATCATGTTGCTGTTGATGAGCACGATGGGCGGCCTGGAATGGGTTCGTTCGCGGATCATGGTACGAATCAGCACGCGCCTCGACACGCTGCTGGGGCAGCGTCTGTTCGACGCCAGTTTCAGGCAGGCACTCAATACCAGCGGCATGGACGCCACAGCACAGCCATTGAGCGACCTGAACGCGTTGCGCCAGTTCCTGACCGGCAACGGTCTCTTTGCGTTTTTCGATACGCCATGGATTCCAATCTATCTGGCCGTCATGTTCATCTTCCATCCCTGGTACGGTTGGATGGGGTTGTTGAGCGCGGTCCTGCTGGGGGCGCTGGCCTTCGTCAACGAAAAGCTCACGCAAGTGCCGCTGCAGGATGCCAATCGCGAGCAGATGGCCGCCACCGCTTTTACCAACAAAAGCTTGCGCAATGCCGAGGTGGTCGAGTCGATGGGCATGCTTGCCAGCCTTCGCGAACACTGGAGCAGGCGGGTCCATACAGTGTTATCCCTGCAAAGCCTGGCCAGCGACCGCGCCACGACCGTTGCGGCGATATCCAGGACGTTCCGCCAGATTGTGCAATCGCTGGTGTTGGGCCTGGGCGCTTACTTGACAATCAATCATGAAATCACGCCCGGACTGATGATCGCCGGCTCCATTTTGCTGGGCCGCGCGCTGGCCCCCATCGACCAGTTGATTGGTGTGTGGAAAAACTTCCTGGGCGCACGCTCGCAATACGCACGACTGCATGAGTTGCTGGCCAGGCACGCCGCGGATCCGGAGCGCATGTCACTGCCTGCGCCGGAGGGCGCGGTCCGCGTCGAGGGCCTTTCGGTCGGTTCTCCGGGCAGTCGTAAACCGATTATCCGTGGCCTGGACTTCAACGTAGCTCCTGGAGAAGCAGTGGGCATCATTGGCCCCAGTGGGGCAGGCAAATCGACGCTGGCCAGGGCGTTGCTGGGAATCTGGCCAAGTCTGACCGGCACCGTGCGCCTGGACGGCGCGGACATCAGCCAATGGCGCCGGGAGGAGCTGGGTGCGTATATCGGTTACTTGCCGCAGGACATCGAACTGTTCGAAGGCACCATCAGCCAGAACATTTCGCGTTTCGGCCCGATGGACGCTTCTGCGGTGGTCGCCGCCGCACGCATGGCCGGGGTGCATGAGATGGTGCTGCAATTGCCCGATGGCTACGACACGCTGATTGGTGCCAACGGCGGTGGACTGTCCGGCGGGCAGCGCCAGCGTGTCGGGCTGGCCCGCGCCTTGTACGGCGAACCGCGCCTGGTAGTGCTCGATGAACCGAATTCCAACCTGGACGACGCCGGAGAAAAAATGCTCGCCGAGGCGCTGCGAAAGCTCAGGCAGAGCCGGGCCACGGTGTTTGTCATTACCCATCGATCCGGGATATTGGCCCAGGTGGATAAATTACTGGTTCTCAACCATGGCGAAAGGAGCCTGTTCGGGCCTCGCGACAGTGTCATGGCGCGGCTGCAGGGCGCTACGCCTGCGGCTCGCCAGGCTGGAGCCATTGAGCCGCAGGATGCGGATGGGCAGCGTTATGCAAAACAGTAA MSAHTRTELEGALAACKGSFLSVAFFSFFVNLLMLVPSFYMLQVYDRAVASASLSTLLMLTLIMLLLMSTMGGLEWVRSRIMVRISTRLDTLLGQRLFDASFRQALNTSGMDATAQPLSDLNALRQFLTGNGLFAFFDTPWIPIYLAVMFIFHPWYGWMGLLSAVLLGALAFVNEKLTQVPLQDANREQMAATAFTNKSLRNAEVVESMGMLASLREHWSRRVHTVLSLQSLASDRATTVAAISRTFRQIVQSLVLGLGAYLTINHEITPGLMIAGSILLGRALAPIDQLIGVWKNFLGARSQYARLHELLARHAADPERMSLPAPEGAVRVEGLSVGSPGSRKPIIRGLDFNVAPGEAVGIIGPSGAGKSTLARALLGIWPSLTGTVRLDGADISQWRREELGAYIGYLPQDIELFEGTISQNISRFGPMDASAVVAAARMAGVHEMVLQLPDGYDTLIGANGGGLSGGQRQRVGLARALYGEPRLVVLDEPNSNLDDAGEKMLAEALRKLRQSRATVFVITHRSGILAQVDKLLVLNHGERSLFGPRDSVMARLQGATPAARQAGAIEPQDADGQRYAKQ PGPT0029385_1097 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029385-hasD|prtD|-K12536 NA NA D1-35_03450 765 hypothetical protein ATGAGCCGGATCCCACGCGTATTGAATGGTCGTCCCAAGGCACTCTGGCGGCTCTGCTTTTCGCTTTTGTCATTGGTTATCCTTCATGCGCACGGTGAGCCACAAGTCATCGAGCTGCACATCCCGGACGCACCGCCGCTGACGTTCATCAACGACCCCAGGGGGTACGGCATCGTCGGTGACGTCGCGGTGCAGGCGATTACCCGGGCCGGGTATACGCCAAAGATCCACCTGCTGCCTTGGGCAAGGGCACAAAAACATGTCAGCGAAGAACACGACTACCTGATAGCTCCCTTGTCGCGCATTCCTGTGCGCGAGGATCGCTTCAGCTGGATCGCTTCGATCATGCCCATGGAGCGCGCCTTCTTCAGCCTCGACCGGCAGGTCACCAGTTTCGCCCAGGCGAAAGCAACCTACCGCAAGATCGGCGTCGGCCTGGGCAGTGCACAGGAGGACATCCTGCGCGCCGAAGGCTTCAGCGACGAACAGATCTACCCGCTGGCCATCGGTGACAACCCTGCCCAGATGCTGCTGATGGGACGTATCGATGCCTGGTTCAACGGTGTTCCGGAGAGTCGCTATATCTGGCCGAAGGTGTCCAGGCGCAAACTGCTGATGAGCCCGGTTGGCAGCAGCGCCGACCTCTATCTGGCGTGTTCCAGGCGCTGCTCCGAAAAAATCGTCGAAGACTTGCGTGGGGCCGTCGAGGCGCTGCGCAAGGACGGCACGATCAAGCGGATACGTGAGGTATATCTGCCTGACTGA MSRIPRVLNGRPKALWRLCFSLLSLVILHAHGEPQVIELHIPDAPPLTFINDPRGYGIVGDVAVQAITRAGYTPKIHLLPWARAQKHVSEEHDYLIAPLSRIPVREDRFSWIASIMPMERAFFSLDRQVTSFAQAKATYRKIGVGLGSAQEDILRAEGFSDEQIYPLAIGDNPAQMLLMGRIDAWFNGVPESRYIWPKVSRRKLLMSPVGSSADLYLACSRRCSEKIVEDLRGAVEALRKDGTIKRIREVYLPD PGPT0020800_13592 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 D1-35_03451 1254 bepF Efflux pump periplasmic linker BepF ATGGAACATTCACTTTCTAAATTGCGCTTTCCCCTGGCACTGTTGGCAGTGCTGGTGATCAGCGCGTGCGGCAAGACCCCCGACACGGCAGCTTCGATGCCGGCGGCCAAAGTCAGTGTGGCCAAGGTACTGGAGCAACCCGTCAACGAATGGGACGAGTTCACCGGGCGCCTCGAAGCGCCGGAAACCGTCGAGATCCGCCCGCGGGTTTCCGGGCAGATCGATGAAGTGGCCTTCACCGAAGGCGCGCTGGTCAAGAAAGGCGACCTGCTGTTCCAGATCGACCCGCGCCCGTTCCAGGCTGAAGTGCGTCGTCTCGAAGCCCAACTGGCCCAGGCTCGCGCCACCGCGACCCGCAGCGAGAACGAGGCCCAGCGCGGCGAACGCCTGCGCTTGAGCAATGCGATTTCCGCCGAACTGGCGGATTCGCGCACCACCGCAGCCCAGGAAGCCCGCGCCGCCGTGGCCGGCATCCAGGCGCAACTGGACCTGGCCAAGCTGAACCTCAGCTTCACCCGGGTCACCTCGCCCATCAACGGCCGTGTCAGCCGGGCGGAAATCACCGCCGGCAACCTGGTGACCGCCGACGTCACGCCGCTGACCAGCGTGGTCTCCACCGACAAGGTCTACGCCTATTTCGACGCCGACGAGCGCGTCTTCCTCAAGTACACCCAACTCGCCCGCCAGGGCCAGCGCGGCCAGGCCACGCCGGTCTACATGGGCCTGTCCAACGAGGAAGGCAACCCGCACCTGGGCCAGATGAACTTCGTCGACAACCAGGTCAACCCGCAGACCGGCACCATCCGTGGCCGCGCGGTGTTCGACAACAAGGACGGCGCCTACACCCCTGGCCTGTACGCCCGACTGAAACTGGTGGGCAGCGGCACCTACTCCGCCGTACTGATCAACGACGAAGCCGTCGGCACCGACCTGGGCAAGAAATTCGTGCTGGTGATGGACGCCGACAACAAGCCGGCGTACCGCGCCGTCGAGCTGGGGCCGAAGATCGAAGGCCTGCGTATCGTGCGCAACGGCCTGAGCAAGGACGACACCATTATCGTCAAGGGACTGCAACGGGCCCGTCCGGGTTCGCCGGTCACGCCTGAAACCGTGCCGATGGCCAGCGAGCAGACACTCGCCGCCCTGGCACAACAACGTAAAGCGCTCGAAGCCAGCAATCTGCCCCAGGTCGCGCCCAACAAGGCAGCGTCCGGCTCCGCAGGCAAACTGGCTTCTGCGTCCCCACGCGGCTAA MEHSLSKLRFPLALLAVLVISACGKTPDTAASMPAAKVSVAKVLEQPVNEWDEFTGRLEAPETVEIRPRVSGQIDEVAFTEGALVKKGDLLFQIDPRPFQAEVRRLEAQLAQARATATRSENEAQRGERLRLSNAISAELADSRTTAAQEARAAVAGIQAQLDLAKLNLSFTRVTSPINGRVSRAEITAGNLVTADVTPLTSVVSTDKVYAYFDADERVFLKYTQLARQGQRGQATPVYMGLSNEEGNPHLGQMNFVDNQVNPQTGTIRGRAVFDNKDGAYTPGLYARLKLVGSGTYSAVLINDEAVGTDLGKKFVLVMDADNKPAYRAVELGPKIEGLRIVRNGLSKDDTIIVKGLQRARPGSPVTPETVPMASEQTLAALAQQRKALEASNLPQVAPNKAASGSAGKLASASPRG PGPT0028870_52 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028870-mexE-K18298 NA NA D1-35_03452 3180 oqxB27 multidrug efflux RND transporter permease subunit OqxB27 ATGAAATTTTCCCAGTTCTTCATTTCGCGGCCGATCTTCGCAGCGGTGCTCTCGCTGCTGATCCTGATCGCCGGTGCGATCTCGCTGTTCCAGCTGCCGATCAGCGAATACCCCGAAGTCGTGCCGCCGACCGTGGTCGTGCGCGCCAACTTCCCCGGTGCCAACCCCAAGGTCATCGGTGAAACCGTAGCCGCGCCTTTGGAACAAGCCATCACCGGTGTCGAGAACATGCTCTACATGTCCTCGCAGTCCACCGCCGACGGCAAGATCACCCTGACCATCACCTTCGCCCTGGGCACCGACCTGGACAACGCCCAAGTGCAGGTACAGAACCGCGTCACCCGCACCGAGCCCAAGTTGCCGGAGGAAGTGACCCGGATCGGCATCACGGTGGACAAGGCGTCGCCCGACCTGACGATGGTCGTGCACTTGACCTCGCCGGACAAACGCTACGACATGCTTTATCTGTCCAACTACGCCTTGCTCAACATCAAGGATGAGCTGGCGCGCCTCGGCGGCGTCGGTGATGTGCAGTTGTTCGGCATGGGCGACTATTCGCTGCGGGTCTGGCTGGATCCGAACAAGACTGCGTCGCGCAACCTGACCGCTACCGACGTTGTCACGGCGATCCGCGAGCAGAACCGCCAGGTTGCCGCCGGTGCCCTGGGCGCGCCTCCAGCGCCGAATGCCCAGGCGTTCCAACTCTCGGTCAACACCCAGGGGCGCCTGGTCAGCGAGGAAGAGTTCGAGAACATCATCATCCGTTCCGGCGCCAATGGTGAAATCACTCGCCTGAAAGACATCGCACGGGTGGAGCTGGGCTCCAGCCAATACGCCCTGCGTTCGCTGCTCGACAACCAGCCGGCGGTGGCGATCCCGATCTTCCAGCGCCCGGGTTCCAATGCCATCCAGATTTCCAACGATGTGCGCGAGAAAATGGATGAGCTGAAAAAAGGCTTCCCGGCCGGCATGGACTACAGCATCGTCTATGACCCGACGATCTTCGTGCGCGGCTCCATCGAAGCGGTGGTGCATACCCTGTTCGAAGCGCTGATCCTCGTGGTGCTGGTGGTGATCCTGTTCCTGCAGACCTGGCGCGCCTCGATCATCCCGCTGGTGGCAGTGCCGGTGTCGCTGATCGGTACATTCGCGGTCATGCACCTGTTCGGCTTCTCACTCAATGCGCTGTCGCTGTTCGGGCTGGTACTGGCCATCGGTATCGTCGTGGATGACGCCATCGTGGTGGTGGAGAACGTCGAACGAAACATCGGCCTCGGGCTCACGCCGGTGGAAGCCACCAAGCGCGCCATGGGCGAAGTGACCGGGCCGATCATCGCCACGGCACTCGTACTGTGTGCGGTATTCGTTCCCGCCGCCTTCATCAGCGGCTTGACCGGGCAGTTCTACAAACAGTTTGCCTTGACCATTGCCATCTCGACGGTGATCTCGGCGTTCAACTCGCTGACCCTGTCGCCAGCCCTGGCCGCGGTATTGCTCAAGAGCCATGACGCGCCCAAGGACCGTTTCTCGCGGCTCCTCGACAAGATCTTCGGCGGCTGGCTGTTCCGTCCGTTCAACCGCTTCTTCGACCGCGCCAGCCACGGTTACGTGGGCACCGTCGGCCGCGTGATCCGCAGCAGCGGCATTGCCCTGATCGTTTACGCTGGCTTGATGGTGCTGACCTTCTTCGGTTTCTCCAACACGCCAACCGGTTTCGTGCCTGGCCAGGACAAGCAATACCTGGTGGCCTTCGCGCAACTGCCCGACGCCGCGAGCCTGGACCGCACCGAAGACGTGATCAAGCGCATGTCCGAAATGGCCCTCAAGCAGCCGGGCGTTGAAAGCGCGGTGGCCTTCCCGGGCCTGTCGATCAACGGCTTCACCAACAGCCCGAACGCCGGCATCGTCTTCGTGACCCTCAAGCCTTTTGATGAGCGCAAGGACGCGAGTATGTCGGCCGGTGCCATCGCTGGTGCGTTGAACGGCCAGTATTCGGAGATCCAGGAAGCCTACATGGCGATCTTCCCGCCGCCGCCGGTACAGGGCCTGGGCACGATCGGTGGTTTCCGCCTGCAAATCGAAGACCGGGGCAACCTGGGCTACGACGAGCTGTACAAAGAAACGATGAACATCATCACCAAGAGCCACAACGTGCCGGAACTGGCCGGGTTGTTCACCAGCTACACGGTGAACGTGCCTCAGGTCGATGCCGCCATCGATCGTGAAAAAGCCAAGACCCACGGCGTAGCCGTCAGCGACATCTTCGACACCCTGCAGATCTACCTGGGTTCGCTGTATGCCAACGACTTCAACCGCTTCGGCCGTACCTACCAGGTCAACGTCCAGGCCGAGCAACAGTTCCGCCTCGAGTCGGACCAGATCGGCCAGCTCAAGGTGCGCAACAACCGTGGCGAGATGATCCCGCTGGCGACCTTCATCAAGGTCAGCGACACCTCGGGGCCGGACCGCGTGATGCACTACAACGGCTTCATCACCGCTGAAATCAACGGTGCCGCCGCCCCGGGCTACAGCTCCGGCCAGGCTGAAAAAGCCATCGAGAAACTGCTCAAGGACGAATTGCCCAACGGCATGACGTACGAGTGGACCGACCTGACGTACCAGCAGATTCTTTCGGGCAACACCGCGTTGTTCGTGTTCCCGCTCTGCGTATTGCTGGCGTTCCTGGTGCTCGCGGCCCAATACGAAAGCTGGAGCCTGCCTCTGGCGGTGATCCTGATCGTACCGATGACGCTGCTGTCGGCGATTACCGGGGTGATTCTCTCCGGTGGCGACAACAACATCTTCACCCAGATCGGCTTGATCGTACTGGTCGGACTGGCCTGCAAGAACGCGATTCTGATCGTCGAGTTCGCCAAGGATAAACAGCTCGAAGGCATGACCCCGCTGGCTGCGGTACTGGAAGCTTGCCGCCTGCGTCTGCGGCCGATCCTGATGACCTCCTTCGCCTTCATCATGGGCGTGGTGCCCCTGGTGCTCTCCAGCGGCGCCGGTGCGGAAATGCGCCACGCCATGGGTGTCGCGGTGTTCTCGGGCATGCTTGGGGTGACCTTCTTCGGCCTGCTGCTGACCCCGGTGTTCTACGTATTGATCCGTAACTTCGTCGAGCGCAGCGAGGCCCGCAAAGCGGCCCGGGCCTTGAAACTGGAGGCGCAACAATGA MKFSQFFISRPIFAAVLSLLILIAGAISLFQLPISEYPEVVPPTVVVRANFPGANPKVIGETVAAPLEQAITGVENMLYMSSQSTADGKITLTITFALGTDLDNAQVQVQNRVTRTEPKLPEEVTRIGITVDKASPDLTMVVHLTSPDKRYDMLYLSNYALLNIKDELARLGGVGDVQLFGMGDYSLRVWLDPNKTASRNLTATDVVTAIREQNRQVAAGALGAPPAPNAQAFQLSVNTQGRLVSEEEFENIIIRSGANGEITRLKDIARVELGSSQYALRSLLDNQPAVAIPIFQRPGSNAIQISNDVREKMDELKKGFPAGMDYSIVYDPTIFVRGSIEAVVHTLFEALILVVLVVILFLQTWRASIIPLVAVPVSLIGTFAVMHLFGFSLNALSLFGLVLAIGIVVDDAIVVVENVERNIGLGLTPVEATKRAMGEVTGPIIATALVLCAVFVPAAFISGLTGQFYKQFALTIAISTVISAFNSLTLSPALAAVLLKSHDAPKDRFSRLLDKIFGGWLFRPFNRFFDRASHGYVGTVGRVIRSSGIALIVYAGLMVLTFFGFSNTPTGFVPGQDKQYLVAFAQLPDAASLDRTEDVIKRMSEMALKQPGVESAVAFPGLSINGFTNSPNAGIVFVTLKPFDERKDASMSAGAIAGALNGQYSEIQEAYMAIFPPPPVQGLGTIGGFRLQIEDRGNLGYDELYKETMNIITKSHNVPELAGLFTSYTVNVPQVDAAIDREKAKTHGVAVSDIFDTLQIYLGSLYANDFNRFGRTYQVNVQAEQQFRLESDQIGQLKVRNNRGEMIPLATFIKVSDTSGPDRVMHYNGFITAEINGAAAPGYSSGQAEKAIEKLLKDELPNGMTYEWTDLTYQQILSGNTALFVFPLCVLLAFLVLAAQYESWSLPLAVILIVPMTLLSAITGVILSGGDNNIFTQIGLIVLVGLACKNAILIVEFAKDKQLEGMTPLAAVLEACRLRLRPILMTSFAFIMGVVPLVLSSGAGAEMRHAMGVAVFSGMLGVTFFGLLLTPVFYVLIRNFVERSEARKAARALKLEAQQ PGPT0028875_193 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028875-mexF-K18299 NA NA D1-35_03453 1425 ttgI_2 Toluene efflux pump outer membrane protein TtgI ATGAGTTTGAAAGCGTTCCTGCCGAGCTTGCTGGTCCTGGCGTTAAGCGCCTGCGCCGTGGGCCCGGACTACCAGGCACCGAAAACGGAGGCGGCCAACATCACCGCCGCCACCGACGGCGCCGCCGGCCAGAAGAACTTCGACCGCGCGCGGTTCGAAGGTATCTGGTGGCAGCAGTTCGACGACCCGACCCTCAACGCGTTGGTGACTCGCTCCCTGGACGGCAACCGCGAGTTGCGCGTGGCCTTCGCCCGCCTGCGGGCCGCCCGGGCGATTCGCGACGACGCCAGCAATGATGCAATGCCGACCATCACCAGCCGCGCCAGCAGCGAACTGGGCAAAGGCCAGAACCCGATGGGGCAGACCGACGACCGGGTCAACTCCGAGCGTTATGACCTGGGCCTGGACATGGCCTGGGAACTGGACCTGTTCGGCCGCATCCAGCGCAACCTGGAAGCGACCGATGCCGACCAGCAGGCCGCCGAGGCCGATCTCTATCAGTTGCAGGTGAGCATGATCGCCGAACTCGTGGATGCCTACGGCCAGCTGCGCGGCGCCCAACTGCGTGAAAAAATCGCCCTGGCCAACCTGCAGAACCAGCAGGAGTCACGCAAGATCACCGAAAGCCTGCGTGATGCCGGCGTCGGCGATCAGCTCGACGTGGTGCGTGCCGATGCGCGCCTGGCCGCGGTGGAAGCCAGCGTGCCGCAACTGCAAGCCGAACAGGCGCGCCAGCGCAACCGCATCGCGACATTGCTGGGCGAGCGTCCGGACAAGCTGAGCGTGGACCTGAGCCCTAAACAGCTGCCGGCGATTGCCAAGGCCCTGCCGATTGGCGACCCCGGGCAACTGCTGCAACGCCGTCCGGATGTCCTGAGTGCCGAGCGTCAACTGGCAGCTGCCACGGCGCGCATCGGCGTGGCCAAGGCCGACCTGTTCCCAAGGGTCAGCCTCAGCGGCTTCCTCGGCTTCACCGCCGGGCGTGGCTCGCAGATCGGTTCCTCGGCGGCCAATGCCTGGGCGCTGGGTCCAAGCATTACCTGGGCCGCGTTCGACCTGGGCAGTGTGCGAGCGCGCTTGCGCGGTGCCAGCGCCGAGGCTGATGGCGCCCTGGCGAACTATGAACAGCAGGTGCTGCTGGCCCTGGAAGAGTCGGAAAACGCCTTCAGCGATTACGGCAAACGCCAACAGCGGCTGATCTCGCTGATCCGCCAGAGCGAATCGAGCCGCGCGGCCGCCGACCTGGCCGAGATTCGCTACCGTGAAGGCACCGAGGACTTCCTCGTGCTGCTCGACGCCCAGCGTGAACGCCTCGCTGCCGAGGACAGCCAGGCCCAGGCCGAAGTGGACCTGTATCGCGGCATCGTCGCGATCTACAAGGCCCTGGGCGGCGGCTGGCAACCGGAAACCGTCGCCAGCAACTGA MSLKAFLPSLLVLALSACAVGPDYQAPKTEAANITAATDGAAGQKNFDRARFEGIWWQQFDDPTLNALVTRSLDGNRELRVAFARLRAARAIRDDASNDAMPTITSRASSELGKGQNPMGQTDDRVNSERYDLGLDMAWELDLFGRIQRNLEATDADQQAAEADLYQLQVSMIAELVDAYGQLRGAQLREKIALANLQNQQESRKITESLRDAGVGDQLDVVRADARLAAVEASVPQLQAEQARQRNRIATLLGERPDKLSVDLSPKQLPAIAKALPIGDPGQLLQRRPDVLSAERQLAAATARIGVAKADLFPRVSLSGFLGFTAGRGSQIGSSAANAWALGPSITWAAFDLGSVRARLRGASAEADGALANYEQQVLLALEESENAFSDYGKRQQRLISLIRQSESSRAAADLAEIRYREGTEDFLVLLDAQRERLAAEDSQAQAEVDLYRGIVAIYKALGGGWQPETVASN PGPT0028880_290 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028880-oprN-K18300 NA NA D1-35_03454 1056 bepA_2 Beta-barrel assembly-enhancing protease ATGTCCTCGTCTCGCCGCTATCTGCTCCTCAGCCTCGCCGTCGTCCTGGTCATCGGTCTCGTCGCGATATGGCTACGCAGCACCACGCCGCAAATCCCCGAAGCAATCAAGCGTGGTTACAGTGAGGCCCTGGACAACGCCCGCAACGGCCAGCCCGGCGCGGCGCGGATGCTTTACCAGCAACTCGGACGCCCGGACCTCTCGCCCAAGCGCCGCGTACGCTTGCACGCCGAGCTGCCCAACTACCCGAGCCCCCAGGCACTGAAACTGGCACAAGCGGACTTGCAGAGCGAATCGCCGCAGGTGCGCCGCGCGGCCATCGACAGCATCGTCGGGCTGGTACCGAACGCCCAGCGCAGCCTGTTGCTCGGCCCACTCCTGGACGATAACGAGCCGGACGTCCGGTTCGCCGCGGTGAATGCCTTGCTGGGGCTTTCGCCGGATGAACTGGGCCTGTACTTCGGCGCGATGCAGATCGCCGCCGACACCTGGAAGCAAGTGCTCAACGACGCTCCACCCACCACCGAGTCCCTGTATCAGCTTGCCCGGCTGTACCTGCATAACGCTGATCTGGAAAAAGCCCAGCAGGCGCTGGAGCAGGCCCTGCGCCTGCAGCCGGACAACCTGCCGGCGCTGGTCATGCAGGTCGATGTGCTGGACCGACAAGGCCAGGCCGAAGCTGCACGACAACTGCTCGCCCGGCAGTTGCAGACCCAGCCGGCATCGGCTTATCTGCAACATGCGCTGGGCATGTGGCTGCTCCAGCACGGGCAGACCGAATACGCCGTGCTTGGCCTGGCCAAGGCGGTGGAGCTTGAGCCTGAGAACCGGCACTACCGCTATGACCTGGCGACCACTTTGCATGCCGAGCAGGAGGTGGAAGCCGCGCAGAAACAGCTCCAGGAAATTGTCCAGCGCTACCCTGCCGACCGCAAGGCGCGGGTATTGCTGATCAATTATTGGAAGGAGACCGGTCAGTTGCAGCATGTCCAGGTTTTATTGGCCCAACTGGAACAACTGAACCCCGACGACCCGGCGATACAACAAGGCCTGTAG MSSSRRYLLLSLAVVLVIGLVAIWLRSTTPQIPEAIKRGYSEALDNARNGQPGAARMLYQQLGRPDLSPKRRVRLHAELPNYPSPQALKLAQADLQSESPQVRRAAIDSIVGLVPNAQRSLLLGPLLDDNEPDVRFAAVNALLGLSPDELGLYFGAMQIAADTWKQVLNDAPPTTESLYQLARLYLHNADLEKAQQALEQALRLQPDNLPALVMQVDVLDRQGQAEAARQLLARQLQTQPASAYLQHALGMWLLQHGQTEYAVLGLAKAVELEPENRHYRYDLATTLHAEQEVEAAQKQLQEIVQRYPADRKARVLLINYWKETGQLQHVQVLLAQLEQLNPDDPAIQQGL NA NA NA NA NA D1-35_03455 1503 kaiC_2 Circadian clock protein kinase KaiC TTGATTACATCTAACGAGTCGATCAGCGCAAAAGCCGCCACCGGGATCGAAGGGCTGGACGATGTCCTTTCCGGTGGTTTGTCCCTGGGTCACGTGTTTCTCCTGGAGGGAGAGCCGGGTACCGGTAAAACCACGGTCGCGTTGCATTTCCTGATGGCCGGCGCCAAGGCCGGCGAACGCTCGTTGTATATCACGCTGTCGGAAACCGAGCGTGAATTGCGTCAGGGCGCGGCCTCCCATGGATGGACGCTCGATGAGAGCATCCACATCTTCGAGCTGACCCCGCCCGAGAGCCTGCTCAACGCCGATCAGCAGCAGAGCCTGCTGTATTCCTCCGACCTGGAACTGGGGGAAGCGACCCGGCAGATCTTCGAAGTGGTGGAGCGCATCAAGCCGACCCGGGTCGTGCTGGACAGTCTTTCGGAGATTCGCCTGCTGGCGCAGAGCTCTCTGCGCTACCGTCGGCAGATCCTCGCGATCAAACACTACTTCGTGCGTTATGACGCCACGGTCCTGCTCCTGGATGACCTGACCACTGAATCCCTGGACAAGACCGTGCACAGCGTGGCCCACGGCGTCATTCGCCTCGAGGAACTGACCCCCAACTACGGTGCCGAACGGCGCCGGCTGCGGGTGGTCAAGTATCGCGGGCAGAAATACCGTGGCGGTTACCACGATTTCACCATCATGAGCGACGGCCTGCACGTCTTCCCTCGCCTGGTGGCCGCCGAGCATCGCGGCCAGTACCTGCGTCAGCAGCTGTCCAGCGGCATCGGCGAAATGGACGCCCTGTTGGGCGGTGGCATCGAGACCGGCTCCAGCACGCTGATTCTCGGTCCGGCCGGTACCGGCAAATCGCTGATCTCGTTGATCTTTGCTGCAGCTGCCGTACGCCGCGGAGAAAAAGCCGCGCTGTTCATCTTCGACGAAGAGCTGGGGCTGCTGTTCGAGCGCATGAAAAACATCGGCATCGATCTGCACGAATTGCAAAAAACCGGCAATCTGCTGATCGAGCAGGTCGATGCCGCGGAGCTGTCTCCGGGTGAGTTTTCCCATCGTGTGCGGCGTTGCGTCAGTGACGGCAATATCAAGACCGTGGTGATCGACAGCATCAACGGCTACCAGGCCGCCATGCCGGAAGAAAACGCCCTGGTCTTGCATATGCATGAGCTGTTGCTCTACCTCAACCGCAAAGGCGCGGCGACCTTCATGACCGTCGCGCAACACGGGCTGGTGGGCGACATGCAGGCGCCAGTGGACATTACCTACCTCGCCGACACCGTCATCCTGCTGCGTTACTTCGAAGCGCTGGGCAAGGTTCGCCGGGCGGTTTCCGTTATCAAGAAGCGCACCGGCGCCCATGAGTCGACTATCCGTGAATATCGCATCAGCAAGCTGGGCATGACCATCGGCCAACCGCTGGAAGCGTTCCAGGGCGTGTTGCGTGGCGTACCGACCTATATGGGTGCGGACAACCCATTGCTTGAGGATGGCACTCCGTGA MITSNESISAKAATGIEGLDDVLSGGLSLGHVFLLEGEPGTGKTTVALHFLMAGAKAGERSLYITLSETERELRQGAASHGWTLDESIHIFELTPPESLLNADQQQSLLYSSDLELGEATRQIFEVVERIKPTRVVLDSLSEIRLLAQSSLRYRRQILAIKHYFVRYDATVLLLDDLTTESLDKTVHSVAHGVIRLEELTPNYGAERRRLRVVKYRGQKYRGGYHDFTIMSDGLHVFPRLVAAEHRGQYLRQQLSSGIGEMDALLGGGIETGSSTLILGPAGTGKSLISLIFAAAAVRRGEKAALFIFDEELGLLFERMKNIGIDLHELQKTGNLLIEQVDAAELSPGEFSHRVRRCVSDGNIKTVVIDSINGYQAAMPEENALVLHMHELLLYLNRKGAATFMTVAQHGLVGDMQAPVDITYLADTVILLRYFEALGKVRRAVSVIKKRTGAHESTIREYRISKLGMTIGQPLEAFQGVLRGVPTYMGADNPLLEDGTP PGPT0030523_530 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENVIRONMENTAL_RYTHMICS_SIGNALLING PUTATIVE-CLOCK-ASSOCIATED_HISTIDINE_KINASE,PGPT0030523-kaiC-K08482 D1-35_03456 1671 rcsC_15 Sensor histidine kinase RcsC GTGACGTCGGCCGAGCCACTGTCCGAGCGGGCGCTGATTCTCGCGCCGCTCGGACGGGACAGCCAGATTGCCCTGATGATTCTCAAGGAAGCCGGTTTCAACGGCCTCGTTTGCAGTCATCTGGGCCATTTATGCGAAGAATTGGGGCAAGGCGCAGGCCTTTTGGTGATTTCATCGGAAGCCCTGGTCGGGCCGGATCTGGAGACCCTGTTCCAGCACATCGAACAGCAGCCGGCCTGGTCCGACTTGCCGATTGTCCTGCTGACTCATCACGGTGGCCCGGAGCAGAACCCGGTGGCACGCATCGGCGTGCAGCTGGGCAACGTGACGTTCCTGGAGCGTCCGTTCCATCCGGTGACGCTCGTCAGCCTGGTGACCACCGCGTTGCGCGGACGCCGCAGGCAATACGAAGCGCGGGACCGGCTGATCGACCTGAGCAACAGCGAGCTGCGCCTGCAAACGACCCTCGAAACCCTGGAACAACAGGTCGAGGAGCGCACCGCCCAGCTGCGTCATAACGAAGAAGCCCTGCGCCAGTCGCAGAAAATGGAAGCAGTCGGCCAATTGACCGGCGGCATCGCCCATGACTTCAACAACATGCTCACCGGCATCATCGGCAGCCTCGAACTGCTGCGCCGACGCCTGGCGCGCGGCCGCACCGAAGACCTGGACAGCCTGATCGACCTGGGCGTGACCTCGGCCAACCGCGCGGCAGGCCTGACGCATCGGCTGCTGGCCTTTTCCCGGCGGCAATCGCTGGACTCCAAGGCTGTGCAAATGAACACGCTCGTATTATCCATGGGCGAGTTGCTGCAGCGCAGCCTCAACGAGAGTATCCGCCTGGAGATGCAACTGGACGAGCAGCTCTGGATCGCCGAAGCCGACCCCAATCAACTGGAAAGCGCCCTGCTCAACCTGGTACTCAACGCCCGCGATGCCATGCCCGGTGGCGGCAAACTGCTGGTGCAGACGTTCAATCGTTACCTGGACACCGGCTTCACCGACGCCTACACCAACCTGGAGCCCGGGGACTACGTGGTGTTAAGCGTGCAGGATAGCGGATGCGGCATGCCGGAATCGGTGATGCACCGTGCGTTCGATCCTTTCTTCACGACCAAGCCGATCGGCCAGGGCACCGGCCTGGGTCTTTCGATGATCTATGGCTTCAGCAAGCAGTCCCGTGGCCACGTGACCATCGACAGCGAGGTCGACAAAGGCACCACCGTAAACCTTTATCTGCCGCGCTTTGTGGGCGAGGAGATACACGAACCGGCCGTCGCCACCCAGCAGGCGCCTTATGCGCAGGATGGCGAAACCGTGCTCATCGTCGAAGATGATGCGGCGGTGCGGGTGTTGGTCAGCGCAGTGCTGAGCGAGTTGGGCTACGCCTTCGTCGAGGCCGGAGACGCAAACGCGGCGATGCCGATCCTGCAATCGAACCAGCGCATCGACCTGTTGATCAGCGATGTGGGCCTGCCCGGCATGAATGGGCGGCAACTGGCCGAAATCGGCCGGCAGATCCGCCCCGATCTGAAAGTGCTGTTCATCACCGGTTACGCCGAACACGCGGCGGTGCGCGGTGGTTTCCTCGACCCAGGCATGCAGATGATCACCAAGCCGTTCACGTTTGATCTGTTGACGGCGAAGGTGCGGGAGATGATCAAGGTTTGA MTSAEPLSERALILAPLGRDSQIALMILKEAGFNGLVCSHLGHLCEELGQGAGLLVISSEALVGPDLETLFQHIEQQPAWSDLPIVLLTHHGGPEQNPVARIGVQLGNVTFLERPFHPVTLVSLVTTALRGRRRQYEARDRLIDLSNSELRLQTTLETLEQQVEERTAQLRHNEEALRQSQKMEAVGQLTGGIAHDFNNMLTGIIGSLELLRRRLARGRTEDLDSLIDLGVTSANRAAGLTHRLLAFSRRQSLDSKAVQMNTLVLSMGELLQRSLNESIRLEMQLDEQLWIAEADPNQLESALLNLVLNARDAMPGGGKLLVQTFNRYLDTGFTDAYTNLEPGDYVVLSVQDSGCGMPESVMHRAFDPFFTTKPIGQGTGLGLSMIYGFSKQSRGHVTIDSEVDKGTTVNLYLPRFVGEEIHEPAVATQQAPYAQDGETVLIVEDDAAVRVLVSAVLSELGYAFVEAGDANAAMPILQSNQRIDLLISDVGLPGMNGRQLAEIGRQIRPDLKVLFITGYAEHAAVRGGFLDPGMQMITKPFTFDLLTAKVREMIKV NA NA NA NA NA D1-35_03458 378 cpdR_1 Response regulator receiver protein CpdR ATGAGTGAAGATGCGCAAGACGTTGTACTGATTGTCGAGGATGATCCGTCGATCCTGATGGTGCTGTCGGCCTACCTGTCTGGCGAAGGGTACCGGGTGCTCCAGGCTGAAAACGGCGAGCAGGCGTTCGAGATTCTGGCGAGCAAGCCTCACCTGGACATGATGATTACCGACTTCCGTCTGCCGGGGGGGATTTCCGGGGTGCAGATCGCTGAGCCTGCGGTGAGGTTGCGTCCGGACCTGAAGGTCATCTTTATCAGTGGGTATGCTCAGGAAGTGCGCGAGACCGATAGCCCCATCACGCGCAAGGCGCCGATTCTGGACAAGCCGTTTGATCTGGATGTGTTGCAGAAGATCATGCAGGGGATGTTGTCGTAG MSEDAQDVVLIVEDDPSILMVLSAYLSGEGYRVLQAENGEQAFEILASKPHLDMMITDFRLPGGISGVQIAEPAVRLRPDLKVIFISGYAQEVRETDSPITRKAPILDKPFDLDVLQKIMQGMLS NA NA NA NA NA D1-35_03459 1275 rcsC_16 Sensor histidine kinase RcsC ATGAACCACATGCCAAGAGATATTCAAGCCAAACTGCTGATCGTCGACGATCTGCCTGAGAATCTGTTGGCCCTGGAAGCGCTGATCAAGCGCGAAGACCGCGAGGTCTTCAAGGCCTTGTCGGCGGATGAAGCGCTCTCGCTGCTTTTGCAACACGACTTTGCCCTGGCAATCATTGATGTGCAGATGCCGGGCATGAACGGATTCGAACTGGCCGAGCTGATGCGCGGCACGGAAAAGACCCGCAGCATCCCGATCATTTTTGTCAGCGCCGCCGGCCGCGAGCGCAACTATGCATTCACCGGCTATGAAAGCGGCGCGGTGGATTTCCTGCACAAGCCGCTGGACACCCACGCGGTCAAAAGCAAGGTCAGCGTGTTCGTCGAGCTCTATCGCCAGCGCAAGGCGATGAAGGAACAGGTGCTCGCTCTCGAGCAGAGTCGCCGGGAGCAGGAGCAATTGCTCCAGCAGTTGCAAGCCACCCGTGGCGAGCTCGAGCAGGCGGTGCGCATGCGGGATGATTTCATGTCGATCGTCGCCCATGAGGTTCGTACGCCGCTTAACGGCCTGATCCTGGAAACGCAGTTGCGCAAGATGCACTTGGCGCGCGACAACGCCTCGGCGTTCACCCTGGACAAGATCAAGGCGATGGTTGAACGCGATGAGCGCCAGATCAAGAGCCTGATCCGCTTGATCGAGGACATGCTGGACGTGTCCCGGATTCGCACCGGGAAGTTGTCCATCCGTCCGACCCGCTTCAACCTGACGGCGCTGGTGGAGAACCTGCTGCGCAACTTCCAGCCGCAGATCGCCGCTGCCGAATGCTCGGTGAATTGTACCGCCGAGCCTATGGTGGAAGGGCACTGGGATGAGTTTCGCATCGAGCAGGTGGTCTCGAACCTGCTGACCAATGCGTTGCGTTATGGCAGCAAGAGCCCGATCGAAGTGCGCGTCTACCAGACGCCCGACCACGCCTGCATCGAAGTGCAGGATCACGGTATCGGCATCAGCGAAGAGAACCAGAAACGCATCTTCCAGCAGTTCGAGCGGGTATCGTCCAAGGCCGCCACCGCTGGCCTGGGGCTGGGCTTGTTCATCTCCGAGCAGATTGTCACCGCCCATGGCGGTATCATCACGGTCAATAGCCGCCTCAACGAAGGGGCGTTGTTTCGCGTTTGTCTGCCTTTTCAGAAAACTGGCGAACGGACGCAACCTCTGAGTGGCCCCAAGGTCGTATCAGCAGCTATTGATCCAACAAAGGCTTCTCATGAGTGA MNHMPRDIQAKLLIVDDLPENLLALEALIKREDREVFKALSADEALSLLLQHDFALAIIDVQMPGMNGFELAELMRGTEKTRSIPIIFVSAAGRERNYAFTGYESGAVDFLHKPLDTHAVKSKVSVFVELYRQRKAMKEQVLALEQSRREQEQLLQQLQATRGELEQAVRMRDDFMSIVAHEVRTPLNGLILETQLRKMHLARDNASAFTLDKIKAMVERDERQIKSLIRLIEDMLDVSRIRTGKLSIRPTRFNLTALVENLLRNFQPQIAAAECSVNCTAEPMVEGHWDEFRIEQVVSNLLTNALRYGSKSPIEVRVYQTPDHACIEVQDHGIGISEENQKRIFQQFERVSSKAATAGLGLGLFISEQIVTAHGGIITVNSRLNEGALFRVCLPFQKTGERTQPLSGPKVVSAAIDPTKASHE NA NA NA NA NA D1-35_03460 588 cheB_4 COG2201 Protein-glutamate methylesterase/protein-glutamine glutaminase ATGAGCCCAATGACGGACAGATCCAGGCCCCTGATCGAGGCCATCGTAGTCGGCGCTTCCGCCGGAGGCGTCGAGGCGCTGCTCAACATCTTCACGCCTCTGCGCAAGGGCTTCAGCCTGCCTGTCCTCGTGGTGCTGCATTTGCCCGACGAACGTAACAGCCAGTTGGCCCAGGTGTTTCGTCATCGCCTGGCGATACCCGTCGAAGAAGTCCAGGACAAGCAGGACATACGCCCGGGCACGTTGTATGTCGCAACACCCGGTTATCACCTGTCGATCGAGGCTGATCGCAGCCTGTCACTGAGCCTTGAAGCGCCGGTGCACCATTCGCGGCCATCGATCGACGTGTTGTTCGAGTCGGCCGCCGATGTCTATGGTCCTCGTCTGCTGGCAGTGGTCCTGACTGGTGCCAACAGTGACGGCGCCAGGGGGCTGGCCAGGGTGAAAGAGCTGGGCGGCATCACCGTCGTCCAGGACCCGAGGGAGGCACAGGTTTCCACCATGCCCGAAGCGGCGCTTACGTTGCATGAGCCCGACCATATCCTAACTTTACAGGGCATCGGCCAGTTGCTGGCCGGGCTGGAATGA MSPMTDRSRPLIEAIVVGASAGGVEALLNIFTPLRKGFSLPVLVVLHLPDERNSQLAQVFRHRLAIPVEEVQDKQDIRPGTLYVATPGYHLSIEADRSLSLSLEAPVHHSRPSIDVLFESAADVYGPRLLAVVLTGANSDGARGLARVKELGGITVVQDPREAQVSTMPEAALTLHEPDHILTLQGIGQLLAGLE PGPT0015650_4164 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412 NA NA D1-35_03461 816 cheR_2 Chemotaxis protein methyltransferase GTGGAACGAAACACTGACATCGAACTTCGTTTGTTGATCGAAGCGATCTATTTGAAGTACAGCTACGACTTTCGTGACTATTCCGGCGCCTCCATCAAGCGCCGGGTCCTGCATGCGTTGAATCAGTTCGAATGCAAGACCATCTCGGCCTTGCAAGAGCGCGTACTTCACGACCCGAGCGCGTTCATGCAATTGCTCCAACTGCTGACGATTCCGGTCAGCGAGATGTTTCGCGACCCTGCGCACTTCCTGGCCATTCGCGAGGAAGTGGTGCCGCTGCTCAAGACCTATCCTTCGATCAAGATCTGGATCGCCGGCTGCAGCACCGGTGAAGAGGTCTACTCGATGGCGATCCTGCTGCACGAAGAAGGGCTGTTGGACCGCACCTTGATCTACGCCACGGACATCAATCCCCGTTCACTGGAGAAAGCCAAGCAAGGCATTTTTTCCCTAGAGAATGTCCGGGCCTACACCCAGAATTACCAGCTCGCCGGAGGCCGGCGTTCGTTTGCCGACTACTACACGGCCGCCTACGATTACGCCATGTTCGACAAAACCCTGCGTCAGAACGTGACCTTTGCCGATCACAGCCTGGCGACGGACAGTGTGTTTTCCGAAACTCAATTGATTTCCTGTCGTAACGTATTGATTTATTTTAATAAAAAGCTGCAAGATCGCGCATTTGGATTGTTTCATGAGTCCCTCTGCCATCGTGGTTTCCTGGTGTTGGGCAGTAAGGAAACACTGGATTTTTCGGCTTTCGGCAAGCAGTTCGAGCCGTTGGTCAAACAGGAACGGATCTATCGCAAGTTATGA MERNTDIELRLLIEAIYLKYSYDFRDYSGASIKRRVLHALNQFECKTISALQERVLHDPSAFMQLLQLLTIPVSEMFRDPAHFLAIREEVVPLLKTYPSIKIWIAGCSTGEEVYSMAILLHEEGLLDRTLIYATDINPRSLEKAKQGIFSLENVRAYTQNYQLAGGRRSFADYYTAAYDYAMFDKTLRQNVTFADHSLATDSVFSETQLISCRNVLIYFNKKLQDRAFGLFHESLCHRGFLVLGSKETLDFSAFGKQFEPLVKQERIYRKL PGPT0015670_3604 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575 NA NA D1-35_03462 3471 rcsC_17 Sensor histidine kinase RcsC ATGACTCCTTCGTCTTCGGTCGACGAACAAAGTTTTCGCAAGCTCCTGAGCCGCAATATCAGCCTGCCGCTGGGCATGGGTGCACTCAGCGCGGTGTTTTTCATCGTGTTGATCACTTATCTGCTGTCGGTGATCCAGTGGGTCGGGCACACCGATCGCGTCATCAACAATGCCAATGAAGCGCTGAAGCTGAGCGTCGATCTGGAAACCGGCATGCGCGGTTACCTGCTGAGCGGCGACGAGCATTTCCTCGACCCTTACGAGGTGGCCAAGCCGCGCATCGCCGTGGCCCTGGATACATTGTTGGAACTGACAGCCGACAATCCCGTCCAGACCGATCGCCTGCGTAAGGTCCAGGCACTGCAGACGGAATGGGCCAACTATGCCCAGAGCATGATCGACCTGCAGCGCAGCAGCGGTGATTACCGCGGCGCGGTGAAGAAGGGGCGTGGCAAACGGTTGACGGACGAGATCCGCACGACCTTCGAAGACATCGTCGAAACCGAGCAGCAGTTGCGCGCCGAGCGCAACGAGCAGGTGCGTACCACCACGCTCTGGAGCATTGCCCTGTATTTGCTCTTCGTCGCAGCCATCAGCGGGTTGCTGGCCTACGTGGGGCGGCGCGATCTGTTGGCCCTGTCGAGCAACTACAGCGCGAGCCTGAAAGTCCAGCAGGAAAGCGCCCTGCATCTGGAAAAGCAGGCGTGGCTGCGCAACGGCCAGACTCAACTGGCCGAGCAGGTGCTCGGCCAACTGACGCTGAATCTTTTGGGGCGCAACATCCTGCAGTTCTGCGCCCAGTACCTGGGCAGCGTTGTTGCCGCACTGTATGCGCGGGAAGAAAACGGCGTGCTCAAGCGCATCGCCACCTATGGCATGTCCCGGGAAGACGACGAACAGCACCAGATGGTCATGGACGGCGAAGGCATCGTCGGGCAGGCCGTGCGCCAAGGGCGGCTCATCCGTCTGGATGACGTGCCACGCGATTACCTCAAGGTCAGCTCAGGGCTGGGCCAAGGGTTGCCCAATTGCGTGATGGTGGTGCCGACCCGTGACGACGACCGCATCAATGGTGTCATCGAGTTGGGCTTCCTGCGCCCCCTGGCCGGGCGGGACATCGAGTTGCTGGAACTGGTTGCCGGCAATATCGGCACCTCCATCGAGGCGGCCCGTTACCGTCAACGTCTGCAGGAAGTACTGGCCGAAACCCAGCAGCTCAACGAAGAGTTGCAGGTGCAGCAGGAAGAACTCAAGACGGCCAACGAAGAACTCGAGGAACAGTCGCGCATTCTCAAGGAATCCCAGGCCCACCTGGAAGCCCAGCAGCAGGAGCTGGAGCAGACCAACGAGCAATTGGCCGAGCAGCGCGACGCCATGGACCAGAAGAACAGCGAGTTGAACCTGGCCCAGATCCAATTGCAGGAGCGCGCCGAAGAGCTGCAGCGTTCGAGCAAGTACAAGTCCGAATTTCTCGCCAATATGTCCCATGAGCTGCGCACGCCGCTCAACAGTTCGTTGATCCTGTCCAAGCTGCTGGCGGAGAACCCGCAGAGGAACCTCAGCGACGAACAGGTCAAGTTTGCCGAGTCGATCTACTCCGCGGGCAATGACTTGCTGAACCTGATCAACGACATCCTGGACATTTCCAAGGTCGAGGCCGGAAAACTCGAGGTGCGCCCGGAAAACACCAGCGTGCCTCGCCTGGTCGAAGGGCTGCGGGACATGTTCAAGCCGCTGGCGGCGGACAAGGGCCTGAGTTTCGAGGTGCAGTTGCAGCCTGACGCGCCGTCGATGCTGTATACCGATCGCCAGCGCCTTGAGCAGGTGCTCAAGAACCTTTTGTCCAACGCGGTGAAGTTCACCGAGCAGGGCTCCGTCTGCCTGACCATCACCGGCCAGCCCGGCTCGGGTATCGCGTTCATGGTGCGCGACTCGGGGATCGGCATCGCCGCCGACCAGCAGCAGAGTATTTTCGAGGCGTTCCGCCAGGCCGACGGCACCACCAATCGGCGTTACGGCGGCACCGGCCTGGGGCTGTCGATTTCCCGCGACCTGGCGACGTTGCTCGGCGGCTCGATCTCGGTCTCCAGCGAGCCGGGGCAGGGCAGTGTGTTCACGCTGGTGATGCCTGGGCGTTATGTCGAGCCAGGGGAGGCGCCTGTCGAACCGATGGCGTTCACCCCGACGACCACTGCCCCGGCCCATGTGCCGGCTCCGACACTGGTCGCCGAGGTGGAAACCCCTGTCCCGCAATTTGCCGATGACCGGGACAAGGCGCCTTTCGCTACCCGTTGCATTCTGGTTATCGAAGACGAACCGAAGTTTGCCCGGATCCTGTTCGATCTGGCCCATGAACTGGGCTATCAGTGCCTGGTCGCCCATGGCGCTGACGAAGGCTTTGACCTGGCCTTGCAACTGAGCCCGGACGCGATCCTGCTGGACATGCGTTTGCCGGACCATTCCGGGCTGACCGTGTTGCAGCGGCTCAAGGAGCAGGCCCAGACCCGGCACATCCCGGTGCACGTCATTTCCGTCGAGGACCGCGTCGAAGCGGCGATGCACATGGGCGCGATCGGTTATGCCGTCAAACCGACGACCCGAGAAGAGCTCAAGGACGTTTTCGCGCGCCTGGAAGCCAAGCTGACCCAGAAGGTCAAGCGCGTGCTGCTGGTGGAAGACGATGACTTGCAGCGCGACAGCATTACCCGGCTGATCGGCGACGATGACATCGAGATCACCGCGGTCGGCCTGGCCCAGCAGGCCCTGGACCTGCTGCGCACGCATGTCTATGACTGCATGATCATCGACCTCAAGCTGCCGGATATGCTCGGCAATGACTTGCTCAAGCGTATGTCCAGCGAAGAGATCTGCTCGTTTCCGCCAGTGATCGTCTACACCGGACGCAACCTGACCCGTGATGAAGAAGCCGAACTGCGCAAATACTCGCGCTCGATCATCATCAAGGGCGCGCGCTCGCCGGAACGCTTGCTGGACGAAGTCACACTCTTTCTGCACAAAGTCGAATCGCGGTTGTCCCATGAACGACAGCGGATGCTGCAGACCGCCCGCAGCCGCGACAAGGTTTTCGAAGGCCGCAAGGTGCTGCTGGTGGACGACGATGTGCGCAACATTTTCGCCCTGACCAGCGCCCTGGAGGCGAAAGGCGCCGTCGTGGTCATCGGCCGTAACGGTTACGAAGCGATCGAACGCCTGAACGAAGTCGAGGATATCGATCTGGTGCTGATGGACGTGATGATGCCCGAGATGGACGGCTTTGAAGCCACCGCGCTGATCCGCAAGGACCCGCGCTGGCGCAAGTTGCCGATCATCGCCGTGACCGCCAAGGCCATGAAGGATGACCAGGAGCGTTGCCTGGCGGCGGGCTCCAACGATTACCTGGCCAAGCCGATCGACCTGGATCGCCTGTTCTCACTGATTCGCGTGTGGTTGCCGAATATGGAAAGAATCTAG MTPSSSVDEQSFRKLLSRNISLPLGMGALSAVFFIVLITYLLSVIQWVGHTDRVINNANEALKLSVDLETGMRGYLLSGDEHFLDPYEVAKPRIAVALDTLLELTADNPVQTDRLRKVQALQTEWANYAQSMIDLQRSSGDYRGAVKKGRGKRLTDEIRTTFEDIVETEQQLRAERNEQVRTTTLWSIALYLLFVAAISGLLAYVGRRDLLALSSNYSASLKVQQESALHLEKQAWLRNGQTQLAEQVLGQLTLNLLGRNILQFCAQYLGSVVAALYAREENGVLKRIATYGMSREDDEQHQMVMDGEGIVGQAVRQGRLIRLDDVPRDYLKVSSGLGQGLPNCVMVVPTRDDDRINGVIELGFLRPLAGRDIELLELVAGNIGTSIEAARYRQRLQEVLAETQQLNEELQVQQEELKTANEELEEQSRILKESQAHLEAQQQELEQTNEQLAEQRDAMDQKNSELNLAQIQLQERAEELQRSSKYKSEFLANMSHELRTPLNSSLILSKLLAENPQRNLSDEQVKFAESIYSAGNDLLNLINDILDISKVEAGKLEVRPENTSVPRLVEGLRDMFKPLAADKGLSFEVQLQPDAPSMLYTDRQRLEQVLKNLLSNAVKFTEQGSVCLTITGQPGSGIAFMVRDSGIGIAADQQQSIFEAFRQADGTTNRRYGGTGLGLSISRDLATLLGGSISVSSEPGQGSVFTLVMPGRYVEPGEAPVEPMAFTPTTTAPAHVPAPTLVAEVETPVPQFADDRDKAPFATRCILVIEDEPKFARILFDLAHELGYQCLVAHGADEGFDLALQLSPDAILLDMRLPDHSGLTVLQRLKEQAQTRHIPVHVISVEDRVEAAMHMGAIGYAVKPTTREELKDVFARLEAKLTQKVKRVLLVEDDDLQRDSITRLIGDDDIEITAVGLAQQALDLLRTHVYDCMIIDLKLPDMLGNDLLKRMSSEEICSFPPVIVYTGRNLTRDEEAELRKYSRSIIIKGARSPERLLDEVTLFLHKVESRLSHERQRMLQTARSRDKVFEGRKVLLVDDDVRNIFALTSALEAKGAVVVIGRNGYEAIERLNEVEDIDLVLMDVMMPEMDGFEATALIRKDPRWRKLPIIAVTAKAMKDDQERCLAAGSNDYLAKPIDLDRLFSLIRVWLPNMERI NA NA NA NA NA D1-35_03463 372 cpdR_2 Response regulator receiver protein CpdR ATGTCCGTCCCCGCTTCTGACACCCCCTCCACCATCCTGGTAGTCGAAGACGACAACATCGTGCGCATGTTGATTGTCGATGTCCTGGAAGAACTGGAATACAAGGTTTTGGAAGCTGACGGCTGCGAGCAGGCACTTGAGTTTCTGAACGATGACGCTCAGCCCATCGCTCTGATGATGACGGACGTCGGCCTGCCGGTCATGGACGGCCGCGAACTGGCGAAACGGGCCCAACTGGCCAGGCCAGGGCTGCCGATCCTGTTCGCCAGCGGTTATGCCGAAAGCATCGATGTGCCCGAAGGCATGAACGTGATCGGCAAACCCTTCTCCATCGACCAACTGCGCGACAAGGTCAAAAAGATTCTTTCTTGA MSVPASDTPSTILVVEDDNIVRMLIVDVLEELEYKVLEADGCEQALEFLNDDAQPIALMMTDVGLPVMDGRELAKRAQLARPGLPILFASGYAESIDVPEGMNVIGKPFSIDQLRDKVKKILS PGPT0003915_1827 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666 NA NA D1-35_03464 1293 hypothetical protein ATGTCTCATCCCACCGCCACCAAAGTCCTGGTGATCGGCTATGTCTGGCCCGAGCCACGCTCATCGGCGGCCGGTGGGCATGTCATGCAGTTATTGGAGGCTTTTCTCGGGCAAGGCTGGGACATCACTTTCAGCAGCCCCGCCAGGCCCGGGGAAAACCGCGCCGACCTGATCGCCCTGGGCATCCGCGAGGTACCGATCGAGCTCAATAGCAGCAGTTTTGACGCATTCATCAGCGAACTCGCGCCCGATGTCGTCCTGTTCGACCAGTACATGATGGAAGAGCAGTTTGGCTGGCGAGTCGAGAAGCACTGCCCCGACGCCCTGCGCGTGCTGGAAACTTCCGATCTGCAGAGCCTGCGCCACGCGCGGCATCAGCGCTTGAAGGATCGCTTGAAAGCCGATGAAACCTGTGAGGATTTCAGCGACCTGTTCGCCCCCGCCCTGCGCGAAGAATTCGAGCTGATGGCCGACACCGACCTGGCCAAGCGCGAGATTGCCGCTCTGTATCGATGCGATCTGAACCTGATGGTGTCCGAAGTCGAGATCGAACTGTTGGTGGAGCACTTCAAGGTGCCCCGTGAGCTGTTGCTCTGGTGCCCATTGATGCTCGACCTGCCTGAGCAAGCCTTCGTGCCTTTCGAAGAACGGGCGCACTTCCTCAGCATCGGCAATTTCCGCCATGCACCGAACTGGGACGCCGTACTCTGGATGAAAAATGCCGTGTGGCCGCTGATTCGCCAGCGACTGCCCGGTGCACAGCTGCACCTGTATGGCGCCTATACCCCGCCCAAGGCCGCAGCGCTGCATAACCCGGCCCAAGGCTTCCACATCATGAACTGGGCAGAGGATGCCTTGCAGGTCATGTCCGCGGCGCGCATCTGCCTGGCCCCCCTGCGTTTCGGCGCCGGTATCAAGGGCAAACTGATCGAAGCCATGCTCTGCGGCACGCCGAGCGTCACCACGCCCATCGGTGCCGAAGCCATGCACGCCGGCATGCCCTGGCCCGGTGTCATCGCGCAGAGCGCCGAGGATATTGCTAGCGCCGCCGTACAGTTGTATAGCGATCAGGCACGCTGGGCCGATGCCCAGGACGCCGGGCTGGCTTTGCTGGCGGCGCGCTTTCGCCGGCGGGTGCACGGCCCGGCGCTGATCGACAGCATCAATGCCTGTCGTGCCGATCTGGCGCGCCGACGCCGGGACAACTTCACCGGCAGCATGCTGCGCCATCACCAGCACAAGAGCACCCAGTACATGTCCCAGTGGATCGAAGAGAAGAACCGCAACAGCTGA MSHPTATKVLVIGYVWPEPRSSAAGGHVMQLLEAFLGQGWDITFSSPARPGENRADLIALGIREVPIELNSSSFDAFISELAPDVVLFDQYMMEEQFGWRVEKHCPDALRVLETSDLQSLRHARHQRLKDRLKADETCEDFSDLFAPALREEFELMADTDLAKREIAALYRCDLNLMVSEVEIELLVEHFKVPRELLLWCPLMLDLPEQAFVPFEERAHFLSIGNFRHAPNWDAVLWMKNAVWPLIRQRLPGAQLHLYGAYTPPKAAALHNPAQGFHIMNWAEDALQVMSAARICLAPLRFGAGIKGKLIEAMLCGTPSVTTPIGAEAMHAGMPWPGVIAQSAEDIASAAVQLYSDQARWADAQDAGLALLAARFRRRVHGPALIDSINACRADLARRRRDNFTGSMLRHHQHKSTQYMSQWIEEKNRNS NA NA NA NA NA D1-35_03465 906 rhaS_8 HTH-type transcriptional activator RhaS ATGACCCGAACAGCCAGAGTCACCGACCCTTCCTACGAGTTGATGGACGACCACAACGGGCTGTCCATCATCTATCGCCAGCACGGCTTTCCTTGCCCGCTGGTGCGCTGGCATTTCCACAAGGAATACGAGCTGCACCTGATCGTCGCCAGTTCGGGCAAAGTCTTCATCGGCGACTACATCGGCAATTTTTCTCCGCAGTCGCTGTTCCTTACCGGCCCCAACCTGCCCCACAACTGGATCAGCCAGGTGGCCGAGGACGAAGTGGTGCCCAAGCGCGACATGCTGGTGAACTTCACCGATGAACTGTTTGAAAGCGGCAACCAGGTGTTCGCCGAGCTCAAGACCCTCGCACCGCTGCTGGAGCGTGCCCAGCACGGCATCGAATTTCGCTGCAAGCGCACCATCCGCCAGGCCATGACGTTGATGCAACGCATCGCCGACGCCCAGGGCATGAGCCGGCTGGGCTACTTTTTTATCCTCATGGAGCTGCTGGCGGCCTGCGACGACTTCCAGCTGCTTTCGGGCGCCACCACACCACACGCGGCGGACGAGCACAGCATCGACCGCACCAACCGCGCGGTGGATTACATCTTTGCCCATTACGCCCGGGAGTTGCCCCTGGAAGAAGTCGCCGAGCATCTGGGCATGAAACCCACCTATTTCAGCCGGGTTTTCAAGCAAGCCACGGGGCGTTGCTTCATCGAATTCGTCAATCGCCTGCGCATCAGCAAATCTTGCGAGCTACTGGCCGATGGCGACAAACCAGTGACCGATGTGTGCTTCGAGTCGGGCTTCAACAATATTTCCAACTTCAACCGACGCTTCCAGCAACTCAAGGGCATGACCCCGTCGCACTACCGGCGGCTGGCGGTGCAGCGGTTGACCGAGCAGAACCAGGCCTGA MTRTARVTDPSYELMDDHNGLSIIYRQHGFPCPLVRWHFHKEYELHLIVASSGKVFIGDYIGNFSPQSLFLTGPNLPHNWISQVAEDEVVPKRDMLVNFTDELFESGNQVFAELKTLAPLLERAQHGIEFRCKRTIRQAMTLMQRIADAQGMSRLGYFFILMELLAACDDFQLLSGATTPHAADEHSIDRTNRAVDYIFAHYARELPLEEVAEHLGMKPTYFSRVFKQATGRCFIEFVNRLRISKSCELLADGDKPVTDVCFESGFNNISNFNRRFQQLKGMTPSHYRRLAVQRLTEQNQA NA NA NA NA NA D1-35_03466 1311 hypothetical protein ATGAAACCTTCGGTAAAAGCTCTGCTTGTCTCCACCTGCATGACCCTCAGCAGCGTCAGTTTCGGCGCGCAAACCCTGACCATTGCCACCGTCAACAACAGCGACATGATCCGCATGCAAAAGCTTTCGAAGACTTTCGAGGCCGAGCACCCGGACATCACGCTGAACTGGGTGGTGCTCGAAGAAAACGTCCTGCGCCAGCGCCTGACCACGGACATCGCCACCCAGGGTGGACAGTTCGACGTGCTGACCATTGGCATGTACGAAGCCGCACTGTGGGGAGCCAAGGGCTGGCTGGAGCCGATGAAGGACCTGCCGGCGTCCTACGACCTGGAAGACGTCTTCCCTTCCGTGCGCGATGGCTTGTCGGTCAAGGGCTCGTTGTACGCCCTGCCGTTCTATGCCGAAAGCTCGATCACCTATTACCGCACGGACCTGTTCAAGAACGCCGGGCTGAGCATGCCTGAGCACCCGACCTGGACCCAGATCGGTGAATTCGCGCAAAAGCTCACCGACAAGTCCAAGGAACAGTATGGCCTGTGCCTGCGGGGCAAGGCCGGTTGGGGCGAGAACATGGCGCTGATCACGACCCTGGCCAACGGTTTTGGCGCGCGCTGGTTCGATGAGAAGTGGCAGCCGGAGTTCAATGGGCCTGAGTGGAAGGATGCCCTGAACTTCTACGTCGACAACATGAAGAAATCCGGCCCGCCGGGCGCGTCCAGCAACGGCTTCAACGAGAACCTGGCCCTGTTCAACAGCGGCAAGTGCGCGATGTGGGTCGATGCCAGCGTCGCCGGTTCGTTCGTGACCGACAAAACCCAGAGCAAGGTGGCCGATCACGTCGGGTTCACCTTCGCCCCCCACGAAAAAACCGACAAGGGCACTTCGTGGATGTACTCCTGGTCGCTGGCCATCCCGACCAGTTCCAAAGCCAAGGACGCGGCCAAGGTCTTCACCACTTGGGCAACGTCCAAGGAATACGGCCAACTGGTCGCCAAGACCGACGGCATTGCCAACGTACCGCCAGGCACCCGCGCCTCGACCTACAGCGACGAGTACATGAAGGCCGCGCCGTTTGCCAAGGTGACGCTGGAGTCGTTGAAAGTCGCCGACCCGAAAGCACCGACGGTCAAGCCCGTGCCTTACATCGGCATTCAGTTGGTGACCATTCCTGAATTCCAGGCCATCGGCACCCAGGTCGGCAAGTTCTTCTCCGGCGCGCTGACCGGCCAGCAGAGCGTGGACCAGGCATTGACCGCCGCGCAGTCCACCACCGAGCGCGAGATGAAACGCGCCGGGTATCCAAAGTAA MKPSVKALLVSTCMTLSSVSFGAQTLTIATVNNSDMIRMQKLSKTFEAEHPDITLNWVVLEENVLRQRLTTDIATQGGQFDVLTIGMYEAALWGAKGWLEPMKDLPASYDLEDVFPSVRDGLSVKGSLYALPFYAESSITYYRTDLFKNAGLSMPEHPTWTQIGEFAQKLTDKSKEQYGLCLRGKAGWGENMALITTLANGFGARWFDEKWQPEFNGPEWKDALNFYVDNMKKSGPPGASSNGFNENLALFNSGKCAMWVDASVAGSFVTDKTQSKVADHVGFTFAPHEKTDKGTSWMYSWSLAIPTSSKAKDAAKVFTTWATSKEYGQLVAKTDGIANVPPGTRASTYSDEYMKAAPFAKVTLESLKVADPKAPTVKPVPYIGIQLVTIPEFQAIGTQVGKFFSGALTGQQSVDQALTAAQSTTEREMKRAGYPK PGPT0016380_590 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016380-smoE|mtlE-K10227 NA NA D1-35_03467 936 ugpA COG1175 sn-glycerol-3-phosphate transport system permease protein UgpA ATGAATAGCTCAACGACAACCGCCAAAGCCCCCATCGTGATTGCTCCGCCGCCAGCCCGCAAGATCCGCCTGGCCAACCCCGGCTGGTTCCTGGTCAGCCCGTCGGTCGCCTTGTTACTGCTGTGGATGATCGTGCCGCTGGGCATGACCGTCTATTTCTCGATGATCCGTTACAACCTGCTCTATCCTGGTGAAAACGAATTCGTCGGGCTGGAGAACTTCACTTATTTCCTGACCGATTCGGGCTTCATGCCCGGCGCCACCAATACCCTGCTGCTGGTGGGCAGCGTGCTGCTGATCAGCATCGTGCTCGGCGTGTTGATCAGCGCGTTGCTGGAGGCCAGCGAATTTTTCGGTCGCGGCATCGTGCGGGTGTTGCTGATCTCGCCGTTTTTCATCATGCCCACCGTCGGTGCGCTGATCTGGAAGAACCTGATCTTCCATCCAGTCTCCGGCATCCTCGCCTCGGTGTGGAAGCTCTTCGGTGCGCAGCCGGTGGACTGGCTGGCGCATTACCCGTTGCTCTCGATCATCATCATCGTGTCGTGGCAATGGCTGCCCTTCGCGATCCTGATCCTGATGACCGCCATGCAGTCCCTCGACCAGGAACAGAAAGAAGCCGCGCGCCTGGACGGTGCCGGACCGATCGCGATTTTCTGGCACCTGACCCTGCCACACCTGGCGCGTCCGATTGCCGTGGTGCTGATGATCGAGACGATTTTCCTGCTGTCGGTGTTCGCCGAGATCTTCACCACTACCAACGGTGGCCCTGGCTACGCCTCCACCAACCTCGCCTACCTGATCTACAACCAGGCGCTGGTGCAGTTCGACGTCGGCATGGCGTCAGCCGGTGGCCTGATCGCCGTGGTGATCGCCAACATCGCCGCCATCATCCTGGTCCGGATGATCGGCAAAAACCTCACCGACAAGCATTGA MNSSTTTAKAPIVIAPPPARKIRLANPGWFLVSPSVALLLLWMIVPLGMTVYFSMIRYNLLYPGENEFVGLENFTYFLTDSGFMPGATNTLLLVGSVLLISIVLGVLISALLEASEFFGRGIVRVLLISPFFIMPTVGALIWKNLIFHPVSGILASVWKLFGAQPVDWLAHYPLLSIIIIVSWQWLPFAILILMTAMQSLDQEQKEAARLDGAGPIAIFWHLTLPHLARPIAVVLMIETIFLLSVFAEIFTTTNGGPGYASTNLAYLIYNQALVQFDVGMASAGGLIAVVIANIAAIILVRMIGKNLTDKH PGPT0016385_267 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016385-smoF|mtlF-K10228 NA NA D1-35_03468 831 hypothetical protein ATGACTCTTCAACAATCCCGTCGCCTGCAAAGCCTGTTGCTGGGCACGTTGGCCTGGGCCATCGCGATCCTGATCTTCTTTCCGATCTTCTGGATGGTGCTGACCAGCTTCAAGACTGAAATCGACGCCTTCGCCACGCCGCCGCAGTTCATCTTCGCGCCGACGCTGGAGAACTACCTGCACATCAACGAGCGCAGCAACTACTTCAGCTTCGCCTGGAACTCGGTGGTGATTTCCTTCAGCGCCACCGCCCTGTGCCTGCTGATCGCGGTGCCGGCGGCGTACTCCATGGCGTTCTACGAAACCCAGCGCACCAAAGGCACGCTGCTGTGGATGCTCTCCACCAAAATGCTGCCGCCGGTGGGCGTGCTGATGCCGATCTATCTGCTGGCCAAGCAGTTCGGCCTGCTGGACACGCGCCTCGCGCTGATCATCATCTACACCCTGATCAACCTGCCCATCGTGGTCTGGATGATTTACACCTACTTCAAGGACATCCCGCGCGACATCCTTGAAGCCGCGCGCCTGGACGGTGCCACCCTGTGGCAGGAAATGGTCCGCGTGCTGCTGCCGATCGCCAAGGGCGGCCTGGCGTCAACGGTGCTGCTGTCGCTGATCCTGTGCTGGAACGAGGCGTTCTGGTCGCTCAACCTCACCTCATCCAAAGCCGCGCCGCTGACAGCACTGATCGCCTCGTATTCCAGCCCCGAGGGCCTGTTCTGGGCCAAGTTGTCCGCCGTCTCGACCCTGGCCTGCGCGCCGATCCTGATTTTCGGCTGGATCAGCCAGAAACAGCTGGTGCGCGGTTTGTCCTTCGGCGCGGTGAAGTAA MTLQQSRRLQSLLLGTLAWAIAILIFFPIFWMVLTSFKTEIDAFATPPQFIFAPTLENYLHINERSNYFSFAWNSVVISFSATALCLLIAVPAAYSMAFYETQRTKGTLLWMLSTKMLPPVGVLMPIYLLAKQFGLLDTRLALIIIYTLINLPIVVWMIYTYFKDIPRDILEAARLDGATLWQEMVRVLLPIAKGGLASTVLLSLILCWNEAFWSLNLTSSKAAPLTALIASYSSPEGLFWAKLSAVSTLACAPILIFGWISQKQLVRGLSFGAVK PGPT0016390_515 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016390-smoG|mtlG-K10229 NA NA D1-35_03469 1104 malK COG3839 Maltose/maltodextrin import ATP-binding protein MalK ATGGCCAACCTGAAAATCAAGAATCTGCAAAAAGGCTTCGAAGGCTTTTCCATCATCAAGGGCATCGACCTTGAAGTGAACGACCGCGAATTCGTGGTCTTCGTCGGCCCTTCGGGCTGCGGCAAGTCCACGCTGCTGCGGCTGATCGCCGGCCTGGAAGAAGTCAGCGACGGCACCATCGAGCTGGACGGCCGTGACATCACCGAAGTCAGCCCGGCCAAGCGCGACCTGGCGATGGTGTTCCAGACCTATGCCCTGTACCCGCACATGAGCGTGCGCAAGAACATGTCCTTCGCCCTCGACCTCGCCGGTGTGCCCAAGACCGAGGTGGAAAAAAAAGTCAACGAAGCGGCGCGCATCCTCGAACTGGGGCCGATGCTGGAGCGCAAGCCCAAGCAGCTGTCCGGCGGCCAGCGCCAGCGCGTGGCGATCGGCCGGGCCATCGTGCGCAACCCGAAAATCTTCCTGTTCGACGAGCCCTTGTCGAACCTCGACGCCGCCCTGCGCGTGCAGATGCGCCTGGAACTGGCGCGCCTGCATAAAGAGTTGCAGGCAACCATGATCTACGTGACCCACGACCAGGTCGAAGCCATGACCCTGGCCGACAAGGTGGTGGTGCTCAACGGCGGTCGCATCGAGCAGGTCGGCTCGCCGCTGGAGCTGTATCACCAGCCGGCCAACCTGTTCGTCGCCGGGTTCCTCGGCACGCCGAAGATGGGTTTTCTCAAGGGCAAGGTCACCGGCCTGGACGGCCAGGGTTGTGAAGTGCTGCTGGACGCCGGCACCCGTATCAGCCTGCCGCGCAGCGGTGCCAACCTGAGCGTCGGCGGCGCGGTAACCCTGGGGATTCGTCCGGAACACCTGAACCTGGCGCAACCGGGTGATTGCGCGCTGCGGGTCACCGCCGATGTCAGCGAACGCCTGGGCAGCGACACCTTCTGCCATGTCGTCACCGCCTCCGGCGAAGCCCTGACCATGCGCGTGCGGGGTGACCTGGCGAGCCGTTTCGGCGAGCAACTGGAGCTGCACCTGGACGCCGAACACTGCCACTTATTCGATGCCGAAGGCGTTGCGGTTTCCCGCGCGCTGCGCGCTGCCGCCTGA MANLKIKNLQKGFEGFSIIKGIDLEVNDREFVVFVGPSGCGKSTLLRLIAGLEEVSDGTIELDGRDITEVSPAKRDLAMVFQTYALYPHMSVRKNMSFALDLAGVPKTEVEKKVNEAARILELGPMLERKPKQLSGGQRQRVAIGRAIVRNPKIFLFDEPLSNLDAALRVQMRLELARLHKELQATMIYVTHDQVEAMTLADKVVVLNGGRIEQVGSPLELYHQPANLFVAGFLGTPKMGFLKGKVTGLDGQGCEVLLDAGTRISLPRSGANLSVGGAVTLGIRPEHLNLAQPGDCALRVTADVSERLGSDTFCHVVTASGEALTMRVRGDLASRFGEQLELHLDAEHCHLFDAEGVAVSRALRAAA PGPT0014160_1033 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0014160-malK|mtlK|thuK-K10111 NA NA D1-35_03470 1482 por_1 COG0246 Polyol:NADP oxidoreductase ATGAAACTCAACCGACAGAACCTGCACAACCTCAACGCCGAGGTCGCCCTGCCCGCTTACAACCTGGGCGACCGCCGCCAGGGCATCGCCCACATCGGCGTCGGCGGTTTCCACCGTGCGCACCAGGCGTATTACACCGATGCGTTGATGAACACCGGCGAAGGCCTCGACTGGGCTATCTGCGGCGTAGGCCTGCGGGCCGAAGATCGCCGGGCCCGGGATGATCTGGCTGGCCAGGACTACCTGTTCACCCTGTATGAACTGGGCGATACCGATGACACCGAAGTCCGGGTCATCGGCGCGATCGCCGACATGCTGTTGGCCGAGGATGGCGCCCAGGCGTTGATCGACAAACTGGCCGACCCGCAGATCCGCATCGTCTCGCTGACGATCACCGAGGGTGGTTATTGCATTGACGACAGCAACGGCGAATTCATGGCCCATCTGCCGCAGATCCAGCACGACCTGGCCCGTCCGGACGAACCGCAGACCGTGTTCGGCTTCCTCTGCGCCGCCCTAGCCAAACGCCGCGCCGCCGGGACGCCGGCGTTCACCCTGATGTCCTGCGATAACCTGCCCCACAACGGCGCCGTCACGCGCAAGGCGCTGCTGGCGTTTGCCGCATTGCGAGACCCCGAACTGAGACAATGGATCGAGCAGAACGTGAGCTTCCCCAACGCCATGGTCGATCGCATTACCCCGATGACCAGCAGCGCCCACCGCTTGCAGCTGCACGACGAGCATGGCATCGACGACGCTTGGCCAGTGGTGTGCGAACCCTTTGTGCAATGGGTGCTGGAGGACAAATTCGTCAATGGTCGCCCGGCCTGGGAGAAGGTCGGTGTGCAGTTCACCGATGACGTTTCGCCCTATGAAGAGATGAAGATCAAGCTGCTCAACGGCAGCCATCTCGCGTTGACGTACCTGGGTTTCCTCAAGGGGTATCGTTTCGTCCACGAAACCATGAACGACCCGTTGTTCGTGCGTTACATCCGCGCCTACATGGACCTGGACGTGACGCCACAACTGGCGCCCGTGCCGGGCATCGACCTGACGGAATACAAGGACACCCTGGTGGAGCGCTTCTCCAACCAGGCCATCGCCGACCAGTTGGAACGGGTGTGTTCGGATGGCTCGTCGAAATTTCCCAAATTCACCGTGCCGACCATCAACCGCCTGATCGCCGACGGCGGCCAGACCCGCCGCGCGGCGCTGGTGGTGGCGGCCTGGGCTGTTTACCTCAAAGGGGTAGATGAAAATGGCACGACCTATTCGATCCCCGATCCACGCGCGGCGTTCTGCCAGGCGCTGGTGGCTGACGACGCGCTGGTGACCCAGAGAATGCTTGCAGTGGAAGAAATTTTTGGCACGGCCATCCCCCGTTCGCCCGAGTTCGTGGCAGCATTCGAATGGTGCTGCAACAGCTTGCGCGAGCAAGGGGTGACCAAGACGCTTGAGCGGGTGCTGGCTGATCAAGGCTAG MKLNRQNLHNLNAEVALPAYNLGDRRQGIAHIGVGGFHRAHQAYYTDALMNTGEGLDWAICGVGLRAEDRRARDDLAGQDYLFTLYELGDTDDTEVRVIGAIADMLLAEDGAQALIDKLADPQIRIVSLTITEGGYCIDDSNGEFMAHLPQIQHDLARPDEPQTVFGFLCAALAKRRAAGTPAFTLMSCDNLPHNGAVTRKALLAFAALRDPELRQWIEQNVSFPNAMVDRITPMTSSAHRLQLHDEHGIDDAWPVVCEPFVQWVLEDKFVNGRPAWEKVGVQFTDDVSPYEEMKIKLLNGSHLALTYLGFLKGYRFVHETMNDPLFVRYIRAYMDLDVTPQLAPVPGIDLTEYKDTLVERFSNQAIADQLERVCSDGSSKFPKFTVPTINRLIADGGQTRRAALVVAAWAVYLKGVDENGTTYSIPDPRAAFCQALVADDALVTQRMLAVEEIFGTAIPRSPEFVAAFEWCCNSLREQGVTKTLERVLADQG PGPT0018400_337 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0018400-mtlK-K00045 NA NA D1-35_03471 1488 xylB COG1070 Xylulose kinase ATGGCAAACCAACAACTGTTCCTGGGCATTGACTGCGGCACCCAAGGCACCAAGGCGCTGATCCTCGATTCGATCAGCGGCCAGGTACTTGGCCAGGGCGCCGCCGCCCACGACATGATCAGCGGTGCCAACGGCCGCCGGGAACAAGACACCCGGCAATGGCTCGACGCGTTCACCCAGGCCACTCGCCAAGCGCTGGCGGATGCAAAGGTCGATGGCCAGTCGATTCTCGGCATCGGCGTCTCCGGCCAGCAGCACGGCCTGGTATTGCTCGATGACCAGGGCCAGGTCCTGCGCCCGGCAAAACTGTGGTGCGATACCGAGACGACCGCGGAAAACGATCGTCTCCTGGCGCATCTCGGCGGTGAAGAAGGCAGCCTGGAACGCCTCGGCGTGGTGATTGCGCCGGGCTACACGGTGTCCAAACTGCTCTGGACCCGAGAACAGCACCCGCAGGTTTTCGAGCGGACCGCCAGCATCCTGCTGCCCCATGACTTCCTCAATTACTGGCTTACCGGGCGCCATTGCAGCGAGTACGGCGATGCCTCGGGCACCGGCTACTTCAACGTCCGTACCCGCCAATGGGATCGCGCGCTGCTGCGCCATATCGACCCTAGCGGCCGGCTGGAATCGGCCTTGCCCGAGCTGATCGAGGCCCATCAGCCAGTCGGCAGGATCCTGCCCGAGATCGCCGCACACCTGGGCCTCAACCCCGACGCGGTGGTCGCCAGTGGCGGCGGCGACAACATGATGGGCGCCATCGGCACCGGCAACATCCAGCCCGGCGTGATCACCATGAGCCTTGGTTCCTCCGGCACGGTGTATGCGTATGCCGCCGAGCCCGTGGTCAGCCCGCAAGCATCCGTGGCGACGTTCTGTTCGTCGAGCGGCGGCTGGCTGCCGTTGATCTGCACCATGAACCTGACCAACGCCACCGGAGCGCTGCGCGAGCTGCTGGAACTGGACATCAATACGTTCAATACCCTCGTGACCCAGGCGCCGATCGGTGCCGAGGGCGTGTGCATGCTGCCGTTCCTCAATGGCGAACGCGTCCCCGCCCTGCCCCATGCCACCGGCAGCCTGCTGGGCCTGACGACCACCAACCTGACCCGGGCCAACCTCTGCCGCGCGGTGGTCGAAGGCACGACCTTCGGCCTGCGCTATGGCCTCGACCTGCTCCGTGCCAACGGGCTCAAGGCCCAGAGCATTCGCCTGATCGGCGGCGGCTCGAAGAGCCCGGTCTGGCGACAGATCGTCGCCGACATCATGGACACTACCGTCATTTGCACCGAACAGAGTGAAGCCGCTGCCCTGGGCGGGGCGATCCAGGCGGCGTGGTGTCATGGCGCCGGGCAAACATCCCTGGCCGACCTGTGCGAGCGCTGCGTCAAACTCGACCCGGCCAGCGAAACCCGGCCCGTCGCCGCGCACGTCGCGGCGTCACAACAAGCCTACGAACGTTACCGGCAGCACGTCGCAACCCTTTGA MANQQLFLGIDCGTQGTKALILDSISGQVLGQGAAAHDMISGANGRREQDTRQWLDAFTQATRQALADAKVDGQSILGIGVSGQQHGLVLLDDQGQVLRPAKLWCDTETTAENDRLLAHLGGEEGSLERLGVVIAPGYTVSKLLWTREQHPQVFERTASILLPHDFLNYWLTGRHCSEYGDASGTGYFNVRTRQWDRALLRHIDPSGRLESALPELIEAHQPVGRILPEIAAHLGLNPDAVVASGGGDNMMGAIGTGNIQPGVITMSLGSSGTVYAYAAEPVVSPQASVATFCSSSGGWLPLICTMNLTNATGALRELLELDINTFNTLVTQAPIGAEGVCMLPFLNGERVPALPHATGSLLGLTTTNLTRANLCRAVVEGTTFGLRYGLDLLRANGLKAQSIRLIGGGSKSPVWRQIVADIMDTTVICTEQSEAAALGGAIQAAWCHGAGQTSLADLCERCVKLDPASETRPVAAHVAASQQAYERYRQHVATL PGPT0017535_738 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017535-xylB-K00854 NA NA D1-35_03472 939 scrK COG0524 Fructokinase ATGTATCTGGTATGTGGTGAAGCGCTGTTTGATTTTTTCAGCGCAAACGAAGCGCAGACTCCGGCTTCGCAAGTGAACTTCAAGGCGCTCGCCGGTGGTTCACCGTTCAACGTGGCGGTGGGTTTGCGTCGACTGGGGATCGAGTCGGCACTATTCACCGGGCTGTCCACCGACTATCTGGGCCGGCGCTTGAAACAGGTGCTCGTGGACGAAGGCGTCAGCATTCAATTTGCCCAGGACTTCGAGGCCCCCACCACCCTGGCCATGGTCGCTGTCGGCGCCAACGGCTCGCCCCACTACAGCTTCCGTGGCGAAGGCTGCGCAGACCGGCAATTGCGCGCGGAGCATTTGCCGACGCTGGGCCCGCAAGTGCGCGGCCTGCATGTGGGTTCGTTCTCCTTGGTGGTGCAACCGGTGGGCGATACGCTGCTGGCACTGGTACAACGCGAAAGCGGCCGACGCCTGATCAGCCTCGACCCGAACGTGCGGCTCAATCCGCAGCCAGACATCGGGTTGTGGCGTTCACGGATCGCGACGCTGGTGGAATATGCCGACCTGATCAAGGTCAGCGATGAAGACCTGAGCCTGCTCTATCCTGACCGGGACCCACATGAAGTGATTGGGGGCTGGCTGGAGCACCGCTGTCAGTTGGCCTTCCTCACCCGTGGCGGCCAGGGCGCAACGGTGTTCAGCCGTCAGCATGGCGTATGGTCGCTTCCCGCCTGCCCGGTCCAGATCGCCGATACGGTGGGCGCGGGCGACACGTTCCAGGCTGCGCTGATCGCTTGGCTGACCGAACAGCAGTTGGATGATGTGCAGGGTTTGCATTCGCTGAGCGCGGAGCAGATCGGGGAGATGCTGCATTTCGCCATGCGCGCCGCGGCACTTACGTGCGGCAAAGTCGGGCCAGACCTGCCCTATCGGCAGCAATTGGTCTAG MYLVCGEALFDFFSANEAQTPASQVNFKALAGGSPFNVAVGLRRLGIESALFTGLSTDYLGRRLKQVLVDEGVSIQFAQDFEAPTTLAMVAVGANGSPHYSFRGEGCADRQLRAEHLPTLGPQVRGLHVGSFSLVVQPVGDTLLALVQRESGRRLISLDPNVRLNPQPDIGLWRSRIATLVEYADLIKVSDEDLSLLYPDRDPHEVIGGWLEHRCQLAFLTRGGQGATVFSRQHGVWSLPACPVQIADTVGAGDTFQAALIAWLTEQQLDDVQGLHSLSAEQIGEMLHFAMRAAALTCGKVGPDLPYRQQLV PGPT0017625_2226 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017625-scrK-K00847 NA NA D1-35_03473 285 hypothetical protein ATGTTTTTATCTGCCCTCGAAATGCGAAACATCATTGAAAGCAGCCTGCTGCCCAAACGCTCGCAATGCACCTTGTCACCTGATCTGTCCATGACCGTTAAAATCTACGACGACCACCAGACCGACCGCGTGGCCCTGGTCAAGAGCGATATTGACGCCACCAAGCTCACCGGCTGCCGCGCCATCAACGATCTGATTGCGGAACTGCGTACCGAACTCGACCGTGGCCAGGGTCACGGCCACGGGAACTATTTCCACCAGCAACACCGGATGAGCGGGCGTTAA MFLSALEMRNIIESSLLPKRSQCTLSPDLSMTVKIYDDHQTDRVALVKSDIDATKLTGCRAINDLIAELRTELDRGQGHGHGNYFHQQHRMSGR NA NA NA NA NA D1-35_03474 1008 ilvA_2 COG1171 L-threonine dehydratase biosynthetic IlvA ATGACCCCAACCAGCCCCGAGCAGACGCTGCTGGAGCACTACGTCAAGAAGATCCTTGCCGCTGCGGTGTACGAACTGGCGGTGCCCACGCCGCTGCAAGCGGCTGCGGCGCTGTCCCAGGCCTTGGGCAATCGGATTCTGCTCAAGCGCGAGGACCTGCAACCGACGTTCTCGTTCAAGATCCGCGGCGCTTATAACAAGCTCGTGCAACTGACCCCCGAGCAACGCAGCCGTGGCGTGATCACCGCATCGGCGGGCAACCACGCCCAAGGCGTGGCGCTGGCGGCTCAAGCGTTGGGTATCTCGGCGTGCATCGTCATGCCGCGCACGACGCCCCAACTGAAAGTACTGGGCGTGCGCAGTCGCGGGGCCGAAGCGTTGCTGCATGGTGAGAGTTTTCCATTCGCCCTGGAATTCGCCCTGGACCTGGCTCGGCAGACCGGGCGGGAATTCGTCTCGCCGTTCGATGACCCGCAAGTCATCGCCGGGCAGGGAACCGTCGCGATGGAGATCCTGCGCCAGCATCCAGGTCAACTGGATGCCATCTTTGTTCCGGTCGGCGGTGGCGGCTTGATTGCCGGGGTGGCGGCTTACGTCAAATACCTGCGTCCGGAGGTGCGCATCATTGGCGTCGAGTCGGAACACTCCGCATGCCTCCAGGCCGCACTGGCAGCAGGGGAGCGGGTGACGCTAGCGAGCGTCGGCACGTTCGCCGACGGCGTGGCCGTCGCGCAGATCGGCGCCCATGGCTTCGATATCTGTCGTTTCTGTGTCGATGAAGTGATCACCGTCAGCAACGACCAGCTCTGCGCCGCGATCCGGGATATCTATGACGACACCCGCTCGATCACCGAGCCATCCGGCGCCCTGGCGGTGGCGGGGATCAAGCGCTACGTGACGGACAGCGGAGCGCAGGGCCAGACACTGGTGGCGATCAACTCTGGCGCAAACATCAACTTCGACAGCTTGGGCCACGTGGCAGAGCGCGCGGCAATGGCTGCGTCTTGA MTPTSPEQTLLEHYVKKILAAAVYELAVPTPLQAAAALSQALGNRILLKREDLQPTFSFKIRGAYNKLVQLTPEQRSRGVITASAGNHAQGVALAAQALGISACIVMPRTTPQLKVLGVRSRGAEALLHGESFPFALEFALDLARQTGREFVSPFDDPQVIAGQGTVAMEILRQHPGQLDAIFVPVGGGGLIAGVAAYVKYLRPEVRIIGVESEHSACLQAALAAGERVTLASVGTFADGVAVAQIGAHGFDICRFCVDEVITVSNDQLCAAIRDIYDDTRSITEPSGALAVAGIKRYVTDSGAQGQTLVAINSGANINFDSLGHVAERAAMAAS PGPT0001960_5302 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 D1-35_03476 1152 yliI COG2133 Aldose sugar dehydrogenase YliI ATGTTGCGTAAAACATTCCTGGCAACACTTTGCGCCAGCGCTGTCCTGGCCCTTTCAGCGCCGGCCTCTGCCGCGCCAGTCCAGCAATTCAAGGCCGAGGACGGCACCGTCGAAGTCACCACGGTCACCCGGGGGCTGGAGCGGCCCTGGTCCGTGGCGTTCCTGCCGGAGCAGCAGGGCATGCTGGTCACGGAGCGTCCCGGTAACCTGCGATGGGTGAAGGCCGACGGGAAATTGTCTGCGCCGTTGAGCGGTGTTCCCGAGGTCTGGGCCAAGGGGCAGGGTGGTTTGCTGGATGTTGTGCTGTCTCCGGACTTCAAACAGGATCGCACCGTCTACCTGTCGTATGCCGAGGCGGGCGAGGATGGCAAGGCCGGCACGGCGGTGGGCCGTGGGCAGTTGTCCAGCGACATGACGCGCCTGGACAACTTCGATGTAATTTTCCGCCAGCAACCCAAGCTCTCGACGGGCAACCATTTCGGTTCGCGCCTGGTATTCGACCGGGACGGCTATCTGTTCATCACCCTGGGCGAAAACAACGACCGTCCGACCGCACAGGACCTGGACAAGCTGCAAGGCAAGATCGTGCGGATCTATCCCGACGGCAAGGTGCCGGACGACAACCCTTTCGTGGGGCAGAAAAACGTCCGTCCCGAGATCTGGTCCTACGGCTTGCGCAATCCCCAAGGCGCCGCGCTCAATCCGTGGAATGGCACGCTATGGGAGAGTGAGCATGGCCCCAAGGGCGGTGACGAGCTGAACATCATCGAGCGCGGCAAGAACTATGGCTGGCCGTTGGCGACTCATGGCGACAACTATTCCGGCGCGCCGATTCCCGAGGCCCAAGGCAAGACCGCGAAGGGTACCGTCGGTCCCCATCACGTCTGGCAGGTATCGCCAGGGCTCAGCGGCATGGCGTTCTACGACAATGACCGGTTTAAGGCCTGGCAACGCAACGCGTTTGTCGGGGCGCTGGTTTCCAGGGACCTGATTCGCCTGGAGTTCGACGGCGACAAGGTTGTCCATGAAGAACGCTTGCTTGGCGAGCTCAAGGAGCGGATCCGCGATGTTCGCCAGGGGCCGGATGGTTTCCTCTATGTGCTGACGGACGACGATGACGGTGCGCTGTACAAGGTCGGGCTGAAGCAATAG MLRKTFLATLCASAVLALSAPASAAPVQQFKAEDGTVEVTTVTRGLERPWSVAFLPEQQGMLVTERPGNLRWVKADGKLSAPLSGVPEVWAKGQGGLLDVVLSPDFKQDRTVYLSYAEAGEDGKAGTAVGRGQLSSDMTRLDNFDVIFRQQPKLSTGNHFGSRLVFDRDGYLFITLGENNDRPTAQDLDKLQGKIVRIYPDGKVPDDNPFVGQKNVRPEIWSYGLRNPQGAALNPWNGTLWESEHGPKGGDELNIIERGKNYGWPLATHGDNYSGAPIPEAQGKTAKGTVGPHHVWQVSPGLSGMAFYDNDRFKAWQRNAFVGALVSRDLIRLEFDGDKVVHEERLLGELKERIRDVRQGPDGFLYVLTDDDDGALYKVGLKQ PGPT0017700_1229 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_ALDOSE_DEGRADATION,PGPT0017700-yliI-K21430 NA NA D1-35_03477 342 hypothetical protein ATGAACAGACTGATACTCGCCACCCTGGTGCTGCTGACGGCAGCCACTGCCCAGGCGGCTACGCCCGGCGCCGATCCAGTACTCGTGGCGCAGAACCTGCCGGGCAACAACAATCCCTACAACAGTCCGATTCGCCGGGCCAACCCGAACAGCATGCAGGGCACCCAGCCCAACGTGCCAGGCATACGGAACAACCCGACGGTTCCGGTTCCCCGACCGCCGACCCTGGAGAATGGCGGCATCGGCAACGGCTACCCGCGTTCCGGACCGCCATCGGGGTCGCCACGCCCCACCATCGAGTCGCCGACGCCTCCCCGGCACACCAATAATGGCAATCGTTGA MNRLILATLVLLTAATAQAATPGADPVLVAQNLPGNNNPYNSPIRRANPNSMQGTQPNVPGIRNNPTVPVPRPPTLENGGIGNGYPRSGPPSGSPRPTIESPTPPRHTNNGNR NA NA NA NA NA D1-35_03478 891 ku COG1273 Non-homologous end joining protein Ku ATGGCACGGGCTATCTGGAAAGGCGCAATCAGTTTCGGGCTGGTCCACATTCCCGTGGCCCTGGTGTCAGCCACCGCGTCCCAGGGCGTGGATTTCGACTGGCTGGACAAACGCAGCATGGACCCGGTGGGCTACAAGCGGGTCAACAAGGTTACCGGCAAGGAGGTGACCAAGGACGACATCGTCAAAGGCGTGGAATACCAGAAAGGCCAATACGTGCTGATCAGCGAAGAGGAGATTCGCGCCGCCCACCCCAAGTCCACCCAGACCATCGACATCTTTTCCTTCGTCGACAGCGAGAAGATCCCGCTGCAGAACATCGAAAAGCCGTATTTCCTCGCACCTGATAAACGTGGTGGCAAAGTCTACGCCCTGCTGCGCGAAACCCTGCTCAAGACCAACAAAGTCGCGCTGGCGAATGTGGTGATGCATACCCGCCAGCACCTGGCGGCGCTGATGCCCCTGGAATCGGCCCTGGTGCTGGTGCTGCTGCGCTGGCCCGCCGAAGTCCGCGAACTCGACGTCCTGGAACTGGGCGACGAAGTCACCAACCCGACGCTGGCGAAGGGCGAACTGGACATGGCCAAACGGCTCGTAGAAGACATGAGTGGCGACTGGGAACCCCAGGAGTATCGCGACAGTTTCCAGGAAAAGATCATGGAACTGGTGGAGAAAAAAGCCACCGAAGGCCGGCTCGAAGCGGTGGAAACCGACCCCGGCGAAGAACAGCGCAAAACCGCCGACGTTATCGACCTCACCGAACTGCTCAAGCGCAGCCTCGGCGGCAAGGGCAAGACGGCGGAAAAGCCTGCCGAAAAGCCTGCGGCAAAATCGACCAAGACGCGCAAATCCGCTCCTGCTAAAAAAGCCACCAAGGCCTCCCGGGGCTAA MARAIWKGAISFGLVHIPVALVSATASQGVDFDWLDKRSMDPVGYKRVNKVTGKEVTKDDIVKGVEYQKGQYVLISEEEIRAAHPKSTQTIDIFSFVDSEKIPLQNIEKPYFLAPDKRGGKVYALLRETLLKTNKVALANVVMHTRQHLAALMPLESALVLVLLRWPAEVRELDVLELGDEVTNPTLAKGELDMAKRLVEDMSGDWEPQEYRDSFQEKIMELVEKKATEGRLEAVETDPGEEQRKTADVIDLTELLKRSLGGKGKTAEKPAEKPAAKSTKTRKSAPAKKATKASRG NA NA NA NA NA D1-35_03479 1989 ligD_1 COG1793 Multifunctional non-homologous end joining protein LigD ATGGCCAAGGCCGAGAGTGAATATGCCCGCCTGTCCGCCGTGGAGGCGGATGAACCAACGACTCGTAGCCGCACCCGCCGGAATGCGCAGACCGACACGGGGCGAATCCCCGAACGTCTGTCGCCGCAGCTGGCGACACCGGTGGAGCAACCGCCGGCCGGTGAGTGGCGCTATGAAGTGCAGTTTCATGGCTACCGGTTGATGACGCGCATCCAGAACGGCGAGGTCCGGCTGTTCAATCGCCACCATGCGGACTGGACCGATCGCCTCACGCTGCACGCCGACGCCCTGGCCCAGTTGAATCTGGGCGACAGCTGGCTCGACGGCGAACTGGTGCTGCTCGATGAGACCGGGCATTCCGACTTCCCTGCCCTGCGCCAGGCCTTCGAGATCGGCCGCAGCGTCGACATGCTGTATTTCCTTTTCGACGCACCGTTTCTCAATGGCGTCGACCTGCGCGACAAACCGGTTGAAGAACGCCGCGCAGCCTTGAAAAATGCGCTCAAGAGCAACTCCAGCAAGCGCCTGCGGTTCTCCGAGGCGTTTTCCGCCAGCCAGCATGACATCTTCGAAAGCGCCAGCGCCCTGTCACTGGACAGCGTGGTTGGCAAGCGTCTGGGCAGCCCTTATGCCTCGGGACGGAACGCCGATTGGGTCAAACTCAGATGTCGGCTGCGCCAATGCTTCGTCATCGTCGGGTTCACCCGCCCGCAAGGCACGCGCAACGGCTTCGGCGCACTGTTGCTAGCGGTCAACGGGCCGTCGGGGCTGGTCTATGCCGGCCGGGTCGGCACGGGCTTCAGCCAATCCCAACTCAAACAACTGCATGAACAGCTATGTGCCTTGGAACGTGAAACGTCGCCACTCGACCAGCTGCTCAAAGGCGCACCGGCGCGCGGCGTGCATTGGGTCGAGCCGACGCAGGTCTGCGAAATCGAATTTGCCGAATGGACCCGCGACGGGCTGGTGCGTCAGGCGGTGTTCCTCGATCTGCCCGGCGACCGGCAGGTCAGTCGGGTGACGCGTGAACAACCCATGCCCATCAAAGCCACGCCCGCCAAGCCCAAACGCCGCGGCAAGGCCGACACCGCGAAAGTCGACGGCGTGGTCATCACCCACCCGGACCGCGTCGTCGACAGCGTCAGCGGTGTGCAGAAAGCCGAACTGGCCCAGTATTACCTGGACATCGCCCCCTGGATCCTGCCGCATCTCAAGTTGCGGCCGGTCTCCCTTGTACGGGCGCCGGAAGGGATTGGCGAGGAGCTGTTTTTTCAGAAACACGCCGATCGCCTGGAAATCCCCCATATCAGGCAACTCGATCCGGCGCTGGACCCGGGCCATGCGGCTTTGATGGAAATCGACAGCATCCATGCCCTGGTCGGCGCGGCGCAGATGGGCGCGGTGGAACTGCACACCTGGACGGCGACCCATGACCGGATCGAGACGCCCGATCTGTTTGTGCTGGACCTGGACCCGGATCCGTCGTTGCCCTGGAACGCCATGCTCGACGCGACGCGCATGACCCTGTCAGTACTCGACGAACTGGGTTTGCAGGGGTTTCTCAAGACCAGCGGCGGCAAAGGCATGCACGTCATCGTGCCACTGGCGCGAAGCGAGGGGTGGGACGTCACCAAGGCCTTTGCCAAGGCCATATCGCAGTTCCTGACCCGGCAGATGCCGCAACGAATCACCGCGACCATGGGCCCGAAAAACCGCGTGGGCAAGGTCTTTATCGACTACCTGCGCAACGCCCGTGGTGCCAGTACCGTCGCCGCTTATTCGGTGCGTGCCCGGCCGGGCCTGCCGGTTTCGGTACCGATCGCCCGGGACGAACTCGCCGGCCTGCGCAACGCGCAGCAATGGGATATCCATACCGCGCTGGAACGGGCCAAGGGCCTGGGCGCCGATCCGTGGGAAGGCTACAACCATCGCCAACGGATCACGGCGAAGATGTGGGAACAGTTGGAGGCTGAGAAACCGGGCGGCTGA MAKAESEYARLSAVEADEPTTRSRTRRNAQTDTGRIPERLSPQLATPVEQPPAGEWRYEVQFHGYRLMTRIQNGEVRLFNRHHADWTDRLTLHADALAQLNLGDSWLDGELVLLDETGHSDFPALRQAFEIGRSVDMLYFLFDAPFLNGVDLRDKPVEERRAALKNALKSNSSKRLRFSEAFSASQHDIFESASALSLDSVVGKRLGSPYASGRNADWVKLRCRLRQCFVIVGFTRPQGTRNGFGALLLAVNGPSGLVYAGRVGTGFSQSQLKQLHEQLCALERETSPLDQLLKGAPARGVHWVEPTQVCEIEFAEWTRDGLVRQAVFLDLPGDRQVSRVTREQPMPIKATPAKPKRRGKADTAKVDGVVITHPDRVVDSVSGVQKAELAQYYLDIAPWILPHLKLRPVSLVRAPEGIGEELFFQKHADRLEIPHIRQLDPALDPGHAALMEIDSIHALVGAAQMGAVELHTWTATHDRIETPDLFVLDLDPDPSLPWNAMLDATRMTLSVLDELGLQGFLKTSGGKGMHVIVPLARSEGWDVTKAFAKAISQFLTRQMPQRITATMGPKNRVGKVFIDYLRNARGASTVAAYSVRARPGLPVSVPIARDELAGLRNAQQWDIHTALERAKGLGADPWEGYNHRQRITAKMWEQLEAEKPGG PGPT0014910_1149 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D1-35_03480 900 hypothetical protein GTGAAGCTCATTATTGTCGCAATCTACGTACTTTCCATTGGCTATGTGCACCTGCGCGGGCGCGTGCGGCATAAATTCGGGCGCCAGTTGAGCGATCACTCATCCTTCCTTGCGCCGATCAATTGCCTGCTCTACCTGTGTTCGAAACTGCCCAACAGGCCTTTCCTGAGCCCGGCCCAGTTTCCTGACCTGAGCCCCTTGCAGGCCCATTGGGAAGAGATCCGCGCCGAAGGCCAGAGCCTGCTGCAAGCGGGGGAGATCAAGCGCTCCGATCAATATGACGACGTGGGCTTCAACTCGTTTTTCAAGACTGGCTGGAAGCGCTTCTACCTGAAGTGGTATGGCGACAGCCATCCCTCGGCGATGAAGCTGTGCCCGCGCACCACCGAACTGGTGCAGAGCATCGGCTCGATCAAGGCCGCGATGTTCGCCGAGCTGCCGCCGGGTTCGAAGCTGGTGCGTCATCGCGATCCGTATGCCGGGTCTTATCGCTACCACTTGGGGCTGCAGACACCCAACGACGCCGGCTGCTACATCAATGTCGACGGTGAGGCTTATCACTGGCGCGACGGCGAGGCGGTGGTGTTCGACGAAACATTCATTCATTACGCCGAGAACACCACGTCGCAGAACCGCATCATCCTGTTCTGCGACGTGGAGCGGCCGATGAGATTTCGTTGGGCCACCGCCTTCAATCGCTGGTTCAGTCGTACCGTGATGGCCGCCGCTGGCGCGCCGAATGACGCCGGGGACCGGACCGGTGGCCTGAACCGGGCGTTTTCCCGGCTGTACAAGATCCGCCTGCAAGGCAAAGCGCTGAAAAAGCGCAATCGCAAGCTGTATTACCTGCAGAAATGGGCGTTCTTTGGCGGCCTGCTGGCGATCTTCATCTGGATCTGA MKLIIVAIYVLSIGYVHLRGRVRHKFGRQLSDHSSFLAPINCLLYLCSKLPNRPFLSPAQFPDLSPLQAHWEEIRAEGQSLLQAGEIKRSDQYDDVGFNSFFKTGWKRFYLKWYGDSHPSAMKLCPRTTELVQSIGSIKAAMFAELPPGSKLVRHRDPYAGSYRYHLGLQTPNDAGCYINVDGEAYHWRDGEAVVFDETFIHYAENTTSQNRIILFCDVERPMRFRWATAFNRWFSRTVMAAAGAPNDAGDRTGGLNRAFSRLYKIRLQGKALKKRNRKLYYLQKWAFFGGLLAIFIWI PGPT0022350_471 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022350-lpxO-K12979 NA NA D1-35_03481 1566 ybiT COG0488 putative ABC transporter ATP-binding protein YbiT ATGCAGTTCGGCGCCAAGCCACTGTTCGAAAACGTCTCTGTCAAATTTGGCGCGGGTAACCGCTACGGCCTGATCGGCGCCAACGGTTGCGGCAAGTCGACCTTCATGAAAATCCTCGGCGGCGACCTCGAGCCGTCCGGCGGCCAGGTGATGCTCGAGCCGAACGTGCGCCTGGGTAAACTTCGCCAGGATCAGTTCGCCTACGAAGAATTCACCGTGATCGACACCGTGATCATGGGTCACGAAGAGCTGTGGAAGGTCAAGGCCGAGCGCGACCGCATTTATTCGCTGCCGGAAATGACCGAAGAAGACGGCATGGCCGTGGCTGAGCTGGAAACCGAATTTGCCGAGATGGACGGCTACACCGCCGAATCTCGCGCCGGTGAACTGCTGTTGGGCCTGGGGATTGGCATCGAGCAGCATTTCGGTCCGATGAGCGAAGTGTCGCCAGGCTGGAAACTGCGTGTGCTGCTGGCCCAGGCGCTGTTCTCCGACCCGGAAGTGCTGCTGCTTGACGAGCCGACCAACCACCTGGATATCAACACCATCCGCTGGCTGGAAAACGTACTGACCCAGCGTTCGAGCCTGATGATCATCATCTCCCACGACCGTCACTTCCTGAACAGTGTCTGCACCCACATGGCGGACCTGGACTACGGCGAGCTGCGTCTGTTCCCGGGCAACTACGACGAGTACATGACCGTGGCGACCCAGTCCCGCGAGCAGCTGCTGTCGGACAACGCCAAGAAGAAAGCACAGATTTCCGAACTGCAGTCATTTGTCAGCCGTTTCTCGGCCAACGCCTCGAAAGCCAAGCAGGCCACCTCCCGCGCCAAGCAGATCGACAAGATCCAGCTGGCCGAGGTCAAGCCATCGAGCCGCGTCAGTCCGTTCATCCGTTTCGAGCAGACCAAGAAGCTGCACCGCCAGGCGGTCATCGTCGAACGCATGGCCAAGGGCTTCGACGGCAAGCCGCTGTTCAAGGATTTCAGCTTCACCGTCGAAGCCGGTGAGCGCGTGGCGATCATTGGCCCGAACGGCATCGGCAAGACCACCTTGCTGCGCACCCTGGTCAATGAACTGGAACCGGATGCCGGTACCGTGAAATGGACCGACGCCGCGGAACTGGGCTACTACGCCCAGGACCACGCCCATGACTTCGAGGATGACGTCAACCTGTTCGACTGGATGGGCCAGTGGACCCAGGGTGGCGAGCAGCTGGTTCGTGGCACCTTGGGCCGCATGCTGTTTTCCAACGACGAGATCCTCAAGTCGGTCAAGGTCATCTCCGGTGGTGAACAAGGCCGCATGCTGTTCGGCAAGCTGATCCTGCAAAAGCCGAACGTGCTGGTGATGGACGAACCGACCAACCACCTGGACATGGAATCCATCGAAGCGCTGAACCTGGCGCTGGAAAACTATCCGGGCACGTTGATCTTCGTCAGCCACGACCGTGAGTTCGTGTCGTCCCTGGCAACCCGCATCATCGAGCTCAGCGCCGACGGCGTGGTCGACTTCAGCGGCACCTATGACGACTACCTGCGCAGCCAGGGCGTGTTGTTCTAA MQFGAKPLFENVSVKFGAGNRYGLIGANGCGKSTFMKILGGDLEPSGGQVMLEPNVRLGKLRQDQFAYEEFTVIDTVIMGHEELWKVKAERDRIYSLPEMTEEDGMAVAELETEFAEMDGYTAESRAGELLLGLGIGIEQHFGPMSEVSPGWKLRVLLAQALFSDPEVLLLDEPTNHLDINTIRWLENVLTQRSSLMIIISHDRHFLNSVCTHMADLDYGELRLFPGNYDEYMTVATQSREQLLSDNAKKKAQISELQSFVSRFSANASKAKQATSRAKQIDKIQLAEVKPSSRVSPFIRFEQTKKLHRQAVIVERMAKGFDGKPLFKDFSFTVEAGERVAIIGPNGIGKTTLLRTLVNELEPDAGTVKWTDAAELGYYAQDHAHDFEDDVNLFDWMGQWTQGGEQLVRGTLGRMLFSNDEILKSVKVISGGEQGRMLFGKLILQKPNVLVMDEPTNHLDMESIEALNLALENYPGTLIFVSHDREFVSSLATRIIELSADGVVDFSGTYDDYLRSQGVLF NA NA NA NA NA D1-35_03482 1194 yhhS_2 putative MFS-type transporter YhhS ATGCCAACGCCCCAGCCCGCATCCAGTTCCCTGTCGATCACCTTGCAGATCGTCTCCATCGTTTTTTATACCTTCATCGCTTTCCTCTGCATCGGCCTGCCGATTGCCGTGTTGCCTGGGTATGTCCATGAGCAACTGGGCTTCAGCGCAGTGGTGGCCGGGCTGACCATTGGCTCGCAGTATCTGGCGACCTTGCTCAGCCGGCCCATGGCCGGGCGACTGTCGGACAATGTCGGCACCAAGCGGGCGATCGTCTACGGCCTGGTGGGCATCCTGCTCAGTGGCGTGCTGACGCTGTTGTCGACGCTGCTGCAAAGCTTTCCGTTGCCCAGCCTGTTGATCCTGATTGCCGGGCGTTTGCTGCTCGGGGTCGCCCAAGGCCTGATCGGCGTCGGTACCATCAGCTGGTGCATGGGACAGGTCGGCGTGGAGCACACTGCCCGTTCGATCTCCTGGAACGGCATCGCTTCCTATGGCGCCATCGCCATCGGCGCACCGCTGGGCGTGGTCATGGTCGGCGGCCTGGGCTTCGCCAGCCTGGGCATCGCCTTGTCGTTATTGGCCGGCGGCGCATTGCTGCTGATTCGCAACAAACCCTCGGTGCCGGTCGTTCGCGGCGAGCGCCTGCCCTTCTGGGCCGTGTTCGGACGCATTGCACCGTTCGGGACAAGCCTGTGCCTGGCCTCGATCGGCTATGGCACGCTGACCACCTTCATCACCCTGTTCTACCTCAGCCGAGGCTGGACCGGCGCCGCCTGGTGCCTGACCGTTTTCGGCATCTGCTTCATCCTGTCACGGTTGCTGTTCATCTCCAGCATTGCCCGTTTCGGTGGCTTCAACTCGGCCATTGTCTGCATGAGCATCGAGACCCTGGGCCTGGTGCTGCTGTGGCTGGCGCCTACCACCGCATTCGCCTTGGTCGGCGCGGGGCTGGCGGGCTTCGGGTTGTCGCTGGTGTACCCGGCGCTGGGCGTGGAGGCCATCAAGCAGGTGCCCAACAGCAGCCGCGGCGCCGGCTTGAGTGCCTATGCGGTGTTCTTTGACCTGGCACTGGCGATTGCCGGACCGCTGATGGGCGCGGTGGCATTGAACCTGGGCTACTCGTCGATATTTTTCTTCGCCGCCTTGCTGTCGATCATCGGCCTGGGCCTGACGCTCGTGTTGCGTCGGCGAGCCGAAAGCCCGCATCACTGA MPTPQPASSSLSITLQIVSIVFYTFIAFLCIGLPIAVLPGYVHEQLGFSAVVAGLTIGSQYLATLLSRPMAGRLSDNVGTKRAIVYGLVGILLSGVLTLLSTLLQSFPLPSLLILIAGRLLLGVAQGLIGVGTISWCMGQVGVEHTARSISWNGIASYGAIAIGAPLGVVMVGGLGFASLGIALSLLAGGALLLIRNKPSVPVVRGERLPFWAVFGRIAPFGTSLCLASIGYGTLTTFITLFYLSRGWTGAAWCLTVFGICFILSRLLFISSIARFGGFNSAIVCMSIETLGLVLLWLAPTTAFALVGAGLAGFGLSLVYPALGVEAIKQVPNSSRGAGLSAYAVFFDLALAIAGPLMGAVALNLGYSSIFFFAALLSIIGLGLTLVLRRRAESPHH NA NA NA NA NA D1-35_03483 1095 hypothetical protein ATGGCCGGAGCGGCGAGCGACGTGGCTCCTGGTGGGTGGGTGAAGGTGGACTATTCGATGATGCGTCTTGGTGCGCTGCTGCTGCTTTGCTGGGTGAGCGGTCTCGGTTCGGTGCAGGCCGCGCCGGCGCCACATCCGCATTGGAGCGCGGGCTTTCATGAGCTGGATTTTCCTGATCCGCTGGACCACCAGCCGATGCATGCCATCGCGTTTTACCCCTCCACCGCGAAGGAGCAATCCAGTCTGTTGGGCGGCTACCAGATCGATGCGGCGGCGGATGCACAGATCGCCATCGGGCGGTTTCCGCTGCTGATGCTGTCCCATGGCAATACCGGCACGCCGCTGGCCCTGCATGATCTGGCCACGTCGCTGGCCCGCAAGGGCTTCGTCGTGGTGGCGGTGATTCATCCCGGCGATAACGCCCAGGATCACAGCCGGCTCGGTACGCTGAGTAACTTGTACGGGCGGCCGATCCAGATCTCCGAAGCCATCACCGCGACGCTGAACGACCCGATGCTGGCGCCCTTCGTCAACGCCGGGCAGGTCGGCGTGATCGGCTATTCGGCCGGTGGCGAAACCGCGCTGATCCTGTCTGGCGCCACGCCGGACCTCAATCGCCTGCGCCGTTATTGCCAGGAGCGACCGGATGACCGTGACGCCTGCAATACCCAGGGAGAACTGATTGCCGACCGCGATGACCTGTATCCGGTGGCCGATCCCAGGGTCCGCGCGCTGTTGCTGATGGCGCCGTTGAGTTTGAAGTTCGGTCGGCACACGTTGGCCGATGTCCATGTGCCGGTGCTGCTCTATAGCGGCGACGGCGACAAACTGGTGGCTTTCGACAAGAACGCCGCGGCCCTGGCGCGCAAGCTGCCTACCGCGCCGGATTTCAAGACGTTGGCCGGGGCCGGGCACTTTGTTTTCATGGCGCCCTGTACGGACGAGCAGATCGCGGCGATGCCAGCGCTGTGCACCGATGCCGACGGCGTTGATCGCAAGGACATTCACCGCACGATGATCACCGAAGCCAGTCGCTTCTTCAGCCAGGCACTGGGAAAGCCGACCCGTGCGGGCCTGCGGACTGCCGATCAGTGA MAGAASDVAPGGWVKVDYSMMRLGALLLLCWVSGLGSVQAAPAPHPHWSAGFHELDFPDPLDHQPMHAIAFYPSTAKEQSSLLGGYQIDAAADAQIAIGRFPLLMLSHGNTGTPLALHDLATSLARKGFVVVAVIHPGDNAQDHSRLGTLSNLYGRPIQISEAITATLNDPMLAPFVNAGQVGVIGYSAGGETALILSGATPDLNRLRRYCQERPDDRDACNTQGELIADRDDLYPVADPRVRALLLMAPLSLKFGRHTLADVHVPVLLYSGDGDKLVAFDKNAAALARKLPTAPDFKTLAGAGHFVFMAPCTDEQIAAMPALCTDADGVDRKDIHRTMITEASRFFSQALGKPTRAGLRTADQ NA NA NA NA NA D1-35_03484 609 azoR1_1 COG1182 FMN-dependent NADH-azoreductase 1 ATGAAACTGTTGCACATCGATTCGAGCATCCTCGGCGACAACTCCGCTTCGCGCCAACTGAGCCGTGAACTGGTGCAAGCCTGGAAAGCCGCCGAGCCAGCTATCAACGTCACCTATCGTGACCTGGCCGCTGACGCCATCAGCCACTTTTCCGCGCAGACCCTGGTCGCTGTCGGCACCAGCGCCGAATTGCGCGATGCCGCTCAACAGCACGAAGCTGACCTCAGCGCGTCGACCCTGGCCGAGTTCCTCGCCGCCGACGCGGTGGTGATCGCAGCACCGATGTACAACTTCAGCATCCCGACCCAACTCAAGGCCTGGATCGACCGTATCGCCGTGGCCGGCCAGACCTTCCGCTACACCGAAGCCGGCCCGGAAGGCCTGTGTGGCGACAAGAAGCTGGTCATCGTTTCCACCTCGGGCGGCCTGCACGCCGGTCAACCGAGCAGCGTGGGGCATGAACAATACCTGAGGTTGATGTTCGGTTTTCTCGGCATCACCGACATCGAATTTGTTCGCGCAGAAGGCCTGGCTTACGGTGACGACATGCGCACCAAGGCCATCAGCGAGGCCAAGCTGCAGATCAGCCAGCAGTTCGCCGCTGCGTAA MKLLHIDSSILGDNSASRQLSRELVQAWKAAEPAINVTYRDLAADAISHFSAQTLVAVGTSAELRDAAQQHEADLSASTLAEFLAADAVVIAAPMYNFSIPTQLKAWIDRIAVAGQTFRYTEAGPEGLCGDKKLVIVSTSGGLHAGQPSSVGHEQYLRLMFGFLGITDIEFVRAEGLAYGDDMRTKAISEAKLQISQQFAAA PGPT0006790_2083 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D1-35_03485 909 dmlR_18 HTH-type transcriptional regulator DmlR ATGCAAGACCTTAATGACCTGTATTACTTTGCCAAGGTGGTTGAAGCCGGTGGCTTCGCGGCCGCCGGGCGCTTGCTGGGCATCCCCAAGTCACGCTTGTCACGGCGAATCGCCGAGCTCGAAGAGCGCCTTGACGCCCGTCTGCTGCAACGCACCACCCGCCAGTTGAAGCTGACCGCCGTGGGTGAACGTTACCTGCGTCATTGCCAGGCCATGTTGCTGGAAGCGGAGATGGCCGACGAAGCGGTGGCGAGCATGTCCAGCGAGCCCCGTGGGCGTTTGCGGGTGTCGAGCCCGGTGGGCCTGGCGCACCAGTTCCTGCCGCTGATCATCGAAAGCTTCCTGGCGAAATACCCCCAGGTGCAGTTGGAAATGATCCTGCTCAACCGGCGCGTGGATCTGATCAGCGAGGGCATCGACGTGGCGTTGCGCGTCCGTGACCTGGGCGACGAAGACCCGCTGCTGATGACCCGGCGCTTGCGCCAGGCCCGCCTGACCCTGGTTGCCAGCCCGGTGCTCATTGAAGGGCGGCGGATCGAAACTCCGGACGACCTCAGGCAATTGCCGGTGCTGGGAGCGCTGGAGGCGGACCGTCTGGTGCATGTGCGCTTGCTCAGTACCGCAGGGCAAAGCGTCGAGCTGGCCCTGGAGGCGCGCCTGGGCATCGACGACTTTATCGTGCGGCGCGCCTGCACCCTCACGGGGCTGGGCTTTACCCTGTTGCCGAGCATGTATTGCGAAGAAGAACTGCGCGACGGTCGACTGGTGGAGCTGTTGCCTGGATGGTCATCACCGGATGGCTGGCTCCAGGCGGTCTATCCTCACCGGCGCGGCATGCTGCCGGCGGTGCGCGCGTGGATCGATCATCTGGTGGAAGCTTTTGCACAATGTGGAGACAGGACGATATGA MQDLNDLYYFAKVVEAGGFAAAGRLLGIPKSRLSRRIAELEERLDARLLQRTTRQLKLTAVGERYLRHCQAMLLEAEMADEAVASMSSEPRGRLRVSSPVGLAHQFLPLIIESFLAKYPQVQLEMILLNRRVDLISEGIDVALRVRDLGDEDPLLMTRRLRQARLTLVASPVLIEGRRIETPDDLRQLPVLGALEADRLVHVRLLSTAGQSVELALEARLGIDDFIVRRACTLTGLGFTLLPSMYCEEELRDGRLVELLPGWSSPDGWLQAVYPHRRGMLPAVRAWIDHLVEAFAQCGDRTI NA NA NA NA NA D1-35_03486 351 hypothetical protein ATGAGCTTGAGCGAAGAGGACGTCGCGCAATTCTGCCTGGGCTTGCCGGGCGCCCGGGAAGACTATAAATGGGGCGGCGTGCGGGTATTTTCGATCGCCGGCAACAAGATGTTCGCCCTGCAGAACCTGCGGGGGGATTCGTTGGCGTTCAAGGTCGACAAGGACCTGTTTCTCGGCCATTGCGACCGCCCCGGCATTCATCCGGCGCCGTACCTGGCCAGGGCCCAATGGATCATCATGCAAGTCCCCTACCCGCTGGGCGATGAGGAGCTGCGCAGTCTGTTGCGACGTTCCCATCAGTTGGTGGTCAGCAAGTTGCCCAAGCGCACGCAGGTTGGGTTGTTGCTGTAG MSLSEEDVAQFCLGLPGAREDYKWGGVRVFSIAGNKMFALQNLRGDSLAFKVDKDLFLGHCDRPGIHPAPYLARAQWIIMQVPYPLGDEELRSLLRRSHQLVVSKLPKRTQVGLLL NA NA NA NA NA D1-35_03487 378 hypothetical protein GTGCAGAACCTGCGCCTCAAGTTGACGGTATTTGCGATTCTGTGCGCGTTGCCGCTTTTTGGCTCGCTGCTGCTCGGATTGCGGGGCGAGTCGTGGGTGCCCATGACGGCGTACGGAGTCGTCAGTGCCGTGGCGTTCCTGCTTTACTGGAGCGACAAGCGCAAGGCACGCGCCGATGCCTGGCGCACGCCGGAGAACGTTCTGCACGCGGTCGAACTCGCCGGTGGCTGGCCGGGTGCATTGCTGGCCCAGCAGGTGTTTCGCCACAAGACCCGCAAAGTGTCGTTTCAAGTGGTGTTCTGGTTCATCGTGGTGTTGCACCAGGGATTCTGGATCGACCAGTTGTTCCTGGGCGGCCATCTGTTGGCGTTGTTCTGA MQNLRLKLTVFAILCALPLFGSLLLGLRGESWVPMTAYGVVSAVAFLLYWSDKRKARADAWRTPENVLHAVELAGGWPGALLAQQVFRHKTRKVSFQVVFWFIVVLHQGFWIDQLFLGGHLLALF NA NA NA NA NA D1-35_03488 831 uppP COG1968 Undecaprenyl-diphosphatase ATGGATTTGTGGACGGCCTTTTCGGCATTGATTCTCGGCGTGGTAGAAGGGCTGACGGAGTTCCTGCCGATTTCCAGTACGGGGCACCAGATCGTCGTCGCCGACTTGCTCGAATTCGGTGGGGAGCGCTCGATGGCGTTCAACATCATCATCCAGCTCGGTGCGATCCTGGCGGTGGTCTGGGAGTTTCGGCGCAAGATCTTCCACGTGGTGCTGGGCCTGCCGACCCAGCCCGGCGCTCGCCGCTTTACCGCCAACCTGCTGATCGCGTTTTTCCCTGCGGTGATACTGGGCGTACTGCTGGCCGACTGGATCCACCATTACCTGTTCAACCCGATCACGGTCGCCACCGCGCTGGTATTGGGAGGTCTGGTGATGCTCTGGGCCGAGAGGCGCCAGCACACGGTGCACGCCGAAACCGTGGATGACATGACCTGGAAGGATGCGCTGAAAGTCGGCCTGGCCCAGTGCATCGCGATGATTCCCGGCACCTCTCGCTCCGGTGCGACCATCATTGGCGGCCTGCTGTTCGGCCTGTCGCGCAAGACCGCCACCGAATTCTCGTTCTTCCTGGCCATGCCAACCATGGTCGGCGCGGCGGTCTACTCGGGTTATAAATACCGCGAGCTGTTTGTCCCGGCGGATTTCCCGGTGTTTGCCATCGGTTTCATCACCGCGTTCATCTTCGCCATGATCGCGGTCAAGGGCCTGCTGCGCTTCATCGCCAGCCACAGTTATGCGGTGTTCGCCTGGTACCGGATTGCGTTCGGCCTGTTGATCCTGGCGACCTGGCAATTCGGCTGGGTCGACTGGACGGCTGCCCGGCCTTGA MDLWTAFSALILGVVEGLTEFLPISSTGHQIVVADLLEFGGERSMAFNIIIQLGAILAVVWEFRRKIFHVVLGLPTQPGARRFTANLLIAFFPAVILGVLLADWIHHYLFNPITVATALVLGGLVMLWAERRQHTVHAETVDDMTWKDALKVGLAQCIAMIPGTSRSGATIIGGLLFGLSRKTATEFSFFLAMPTMVGAAVYSGYKYRELFVPADFPVFAIGFITAFIFAMIAVKGLLRFIASHSYAVFAWYRIAFGLLILATWQFGWVDWTAARP PGPT0024165_2189 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153 NA NA D1-35_03489 1635 mcpP_2 COG0840 Methyl-accepting chemotaxis protein McpP ATGAATAGCTTGCGCAGTGTATCGATCAGCCGACGCCTGTGGCTCATCCTGGTCGTGGCCATCGTGATGTTGTTCACGCTGGGCGCGTTCATGCTAAAGCAGATCCACATCGATCTGTATCAGGCCAAGGTGCAGAAAACCCAACATGTAGTGCAGACCGCCAGCGGCGTACTGAGCTATTACCATGGCCTGGAGACCGCCGGTACCCTGACGCGCGAGGCGGCGCAGAAGCAGGCGCTCAGCGCGGTGCGCGGCCTGCGTTATGACCACAATGACTACTTCTGGATCAATGACCTGGCGCCGGTCATGGTCATGCACCCGACCAACCCGAAACTTGAAGGGCAGAACCTTTCGGCCATCCGCGATCCGAACGGTTTTGCCCTGTTCAACGAAATGGTCGCCATCGCCAAGGCCAAGGGCGCCGGCATGGTCGATTACCTTTGGCCCAAGCCGGGCGCCGAGGCACCGGTGGGGAAAACGTCCTATGTGAAGCTGTTCGAGCCTTGGGGCTGGATCATCGGTTCGGGCGTGTACGTGGATGATGTACAGGCGGAATTCCAGTCCCAGTTGATCAAGGCTTCCTTGATCGGCTTGGCGATCACCTTGTTCATGGGCCTGCTGTTGACCCTGATCGTACGCAGCATCGTCCGGCCCTTGCAGGAGACAGTCAATGCCATGGCCAACATCGCCAGCGGCGAGAGTGACCTGACCCGCACCCTCGATACCCATGGCCAGGACGAAGTCACGCAATTGGCCAGGCACTTCAATGCCTTCACCGCCAAGCTGCGCCAGGTGGTGGGTCAGTTGCAGGTCTCAGCCAGCGAGTTGGGGCAATCGTCCAGCGACCTGGGCAACGACGCCGCCCAGGCCCAGCAGCGCAGCCAGCAACAATCGCAACAGATGGAGCTGGTGGCGACCGCCATCAACGAAGTGACTTATGGCGTGCAGGATGTAGCGAAGAATGCCGAACACGCCGCCAGCGAAATGCGCGACGCCGAATCCCAGGCCCAGCAGGGCCAGGTGAACATCGACGGCAGCCTGCAACAGATCGACCGGCTCTCCCAGACCATCGACCAGGCCGTGGAAGTGATCCGCACCCTGGCCAGTGAAAGCACCCAGATCGGCAGTGTGCTGGAAGTGATCCGTTCGATTGCCGAGCAGACCAACCTGCTGGCGCTCAACGCCGCCATTGAAGCCGCCCGCGCCGGCGAGCAAGGTCGCGGTTTTGCCGTTGTGGCCGACGAGGTGCGCCTGCTGGCCCAGCGCACGCAGAAGTCCACCGCTGAAATCCAGGCGATGATCGAACGCCTGCAAAATCATTCCGAAGCCGCTGTGAAAGTCATCAGCGACAGCAGCCGTGCTTCGCAGCTGACCATCGAGCAGGCCGGACTGGCCGGCGCCAGCCTCAATGCCATCGGCCAGGCCCTGCGCAATCTCAACAGCCTGAACGCCTCCATCGCCAGCGCCACCCTGCAACAGGCGCATGTGGTGGAAGACATCAACCAGAACGTCACCCAGGCCGCCGGCCTGTCCCACAGCACCGCCATGGCCGCGGAACAGTCCAGCGTGGCAAGCGCCCGCCTCAAAGGCCTGAGCGAACAACTGAACGGCCTGCTCAAGCAATTTCGGGTCTGA MNSLRSVSISRRLWLILVVAIVMLFTLGAFMLKQIHIDLYQAKVQKTQHVVQTASGVLSYYHGLETAGTLTREAAQKQALSAVRGLRYDHNDYFWINDLAPVMVMHPTNPKLEGQNLSAIRDPNGFALFNEMVAIAKAKGAGMVDYLWPKPGAEAPVGKTSYVKLFEPWGWIIGSGVYVDDVQAEFQSQLIKASLIGLAITLFMGLLLTLIVRSIVRPLQETVNAMANIASGESDLTRTLDTHGQDEVTQLARHFNAFTAKLRQVVGQLQVSASELGQSSSDLGNDAAQAQQRSQQQSQQMELVATAINEVTYGVQDVAKNAEHAASEMRDAESQAQQGQVNIDGSLQQIDRLSQTIDQAVEVIRTLASESTQIGSVLEVIRSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRLLAQRTQKSTAEIQAMIERLQNHSEAAVKVISDSSRASQLTIEQAGLAGASLNAIGQALRNLNSLNASIASATLQQAHVVEDINQNVTQAAGLSHSTAMAAEQSSVASARLKGLSEQLNGLLKQFRV PGPT0015710_20210 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 D1-35_03490 564 pnuC COG3201 Nicotinamide riboside transporter PnuC ATGTCCGGGCTTGAACTGTTTGCCGCAGCCCTCGGCGTGATCGCTGTCTGGTTGACCGTCAAGCAGAATCCCTGGTGCTGGCCGATCGGCCTGGTCATGGTGCTGCTGTACAGCTGGTTCTTCTTCGACGTGAAGTTGTACTCCGACATGCTCTTGCAGATGGTCTACGCCGTCCTGCAACTGTATGGCTGGTGGCAGTGGACCCGCGCCGGACACAATCACCATGGTCGGCAGGTGACGTATCTGGGTACGCCGTCAGTGCTGCTCAGCCTCGCCCTCGGTGCGACGGGCAGTCTGATGCTCGGGGCGGCCATGGCGCATTGGACCGACGCCGCCCAACCCTGGCTCGACGCGGCGCTGACCGGTTTCAGCCTGGTGGCTCAGTGGTGGATGGCGCAAAAGCGTGTGCAGTGTTGGCCGCTGTGGATCGTCCTGGATGTGATTTTCGTCGGCCTGTTCATCTACAAGGGTCTGTACCTGACCGCCGCGCTTTATGCGCTGTTCACTCTGCTGGCGGTGCAAGGCTGGCGGGAATGGCGCGCCGACCCGGCCCTGCGCACATGA MSGLELFAAALGVIAVWLTVKQNPWCWPIGLVMVLLYSWFFFDVKLYSDMLLQMVYAVLQLYGWWQWTRAGHNHHGRQVTYLGTPSVLLSLALGATGSLMLGAAMAHWTDAAQPWLDAALTGFSLVAQWWMAQKRVQCWPLWIVLDVIFVGLFIYKGLYLTAALYALFTLLAVQGWREWRADPALRT NA NA NA NA NA D1-35_03491 525 hypothetical protein ATGAAAGTAGTGGTACTGACCGGCCCGGAATCCAGCGGCAAAAGCTGGCTGGCCGGGCAACTGCAGGCGCATTTCGGTGGTTTGCGGGTGGACGAATACGTGCGCCACTTCATGGAGCAAACCCAGCGTGATACCTGCCTGGCCGACATCACCGATATCGCCACCGGGCAACTCGCCTGGGAAGACGCGGCTCGTGCCCGGCAGCCGGCGCTGCTGATCCTCGATACCCATCTGTTGAGCAATATCCTCTGGAGCCAGACCCTGTTCGGTGATTGCCCGGATTGGCTCGAACCCGTCTTGCTGGCGCGCCATTACGATTTGCATCTGCTGCTCAGCCCCGAGCAGGTCGAATGGGTCGGCGACGGTTTGCGCTGCCAGCCGGAGCTGGCAGAACGGGTGAGGTTTTTCGAGACCATCAGGGACTGGCTGGTTCGCCACCAACAACCGTTCCTGTTGATTGAAGGCGACTGGGAGCAACGGCGCGAGCAAGTGTTCGCGGCCATTGCGCGGCTCCTTCAGGCCTGA MKVVVLTGPESSGKSWLAGQLQAHFGGLRVDEYVRHFMEQTQRDTCLADITDIATGQLAWEDAARARQPALLILDTHLLSNILWSQTLFGDCPDWLEPVLLARHYDLHLLLSPEQVEWVGDGLRCQPELAERVRFFETIRDWLVRHQQPFLLIEGDWEQRREQVFAAIARLLQA NA NA NA NA NA D1-35_03492 450 hypothetical protein ATGGGGACTTCCAACAGAAATCTGACCTGTCTGTTGTTGATCGGCTGCGCCGTCGGTGCGACGACGCTCAGCCTGCCGGCCCAGGCCGAGGGTAACGGTGTCATCGTACTCGACCGTGACGTGCAACCGGTTCATTTCGGTCGCAATGGCGGCAAAGACCCCTACCCGACCACCGTCAATGCCAATCCGTCCGTCCGGATCAACCAGGCGACCGCCAGTACCGAGCTCAGCGACGGCGAATTTGCCGGTGTCGCCAGCGGCTCGACAATCCGCAACACCACCACTGCGAACACCGGCGTGCAGGGCGTCAATGTCGTGACCAACCCCAACGGCATGCCGGGCATGAGTGCCGGCCACGGTGGCGGCAGCGGTGGCGCCATCTCGGGCACCATCAACCGCTCGCTGAGTTCCGGCCTGGCCCCTCTGGGTCGGTTGGCGGGAGGCCAGTGA MGTSNRNLTCLLLIGCAVGATTLSLPAQAEGNGVIVLDRDVQPVHFGRNGGKDPYPTTVNANPSVRINQATASTELSDGEFAGVASGSTIRNTTTANTGVQGVNVVTNPNGMPGMSAGHGGGSGGAISGTINRSLSSGLAPLGRLAGGQ NA NA NA NA NA D1-35_03493 579 hypothetical protein ATGAATCCAACCTGGCTCATGGTTGCCCTGCTCGGCAGCTCCACCGTGCTCGCCGCCCCGGGCGTGGCGGTGGTCAACCAGGCCGACCTGGAAAATTCCGGCGGTCGTTACACCGGTAATTTCAACGTCAACCAGGCGGCCGGCGACCAGACCCAGCAGACCAACACCCGCGCCATCGCCATCGGCACCGATGCCCACGCAAGCACCGTCGTGCACCAGCGCCTCGATACGCCGGCCAAGCCGTCGATGAACGCGAGCGCGCGTATCGGCGGCAACTCTTTCACCAACGGCAACGGCGTGCTGGGCGTCAACCAGTCCGCCGGGGCCAACAACCAGATGGCCAATGTCATGCGAGTGGGCATCAGTGCCCACCCGCAGAGCATGGACGACAGTGCCCTTTCCCAACAGAACGTGGCGCTGGTACCGAACTCGGGAGCAACTGACACCCCAACCGGCAGTCGCCAGGTCGCCACCAGCGACCAGGCCTTCACCGGCAGCCGAGGGGTGATCCAGGTGAACCAGAGTGCCGGGGTGGGGAACCGCATGGCCAACACCCTGAGCATCCGGGTCGCAGACTGA MNPTWLMVALLGSSTVLAAPGVAVVNQADLENSGGRYTGNFNVNQAAGDQTQQTNTRAIAIGTDAHASTVVHQRLDTPAKPSMNASARIGGNSFTNGNGVLGVNQSAGANNQMANVMRVGISAHPQSMDDSALSQQNVALVPNSGATDTPTGSRQVATSDQAFTGSRGVIQVNQSAGVGNRMANTLSIRVAD NA NA NA NA NA D1-35_03494 972 hypothetical protein ATGAAACCTACAATGGCGCTCAAACCATTGGTTTTCGCTCTCGCCGCTGTCATGGCAATGGCTGCGCAGGCCGGCGGAAACGGTAACGGGCACGGCAACGGTCATGGCAACCACGGCCCTCAAGGGCCAACGCTGGATCAGTTGCTGTCCATCAGCGCCGGCGCAGGGGCCACGGTGCTGGACGAGCAGAACAGCGATGGCAACGTGGTGACCAACCAGGCCACCCGCAACACCGCTGAAGCCACTGATTCGCTCAACGGCAGCAACGGCAACATGGGCGCCAACATCGCCGCCGGCGACGGCAACCAGCAAGACAATGCCGCCGCCCTGGCCACCGCCGACGAGAGCTTCATCTTCGGCGCGGCTGTCGCAGCGTCCAGCGCCACACAAGTCAATAACAACAACTATGTGAAGAACAACTCGACGCAGAACAACGCCTCGCTCACCAGCGCGGGCAACAACGGCTCCGGCAACATCGGCATCAACGTGACCGCCGGCAACTTCAACCAGCAGAAAAACAACCTGGCCATCGCCGTATCGGGCGGCCGCGTCGCCCAGGCTTCCGCCGCGGCCGACCAGTCGTCCACCGGCCTTGTCGTCGACAACAAAGGCGTGCGGACCTACAAGACCGACACCCTCACCAGCACCTCCGAGGCTTCCGGCACCTTCAAGGCCAAAGGCACCGGTACCGTCGAGGATGACGGCGGCTGGGGCAACAAGGGCGGCTACGGTGGTGGTCACGATGACGACAAGTTCAAGTTCTCCGCCGTGGGCACTTTCGAACTGGCCGGCAGCAATACCCAACAGGTGCTGACTCGCGACGGCTGGAAAAATCCGGTCTACAACAACGCCACCATGACCAACTCCATGAACGGCTTCTCCGGTAACGGCGGCGCCAACGTGTCGGCGGGCGTAGGCAACCAGCAAAGCAACTCGCTGTCGATTGCTGCCGGCTGCAAGGCTTGCATGTAA MKPTMALKPLVFALAAVMAMAAQAGGNGNGHGNGHGNHGPQGPTLDQLLSISAGAGATVLDEQNSDGNVVTNQATRNTAEATDSLNGSNGNMGANIAAGDGNQQDNAAALATADESFIFGAAVAASSATQVNNNNYVKNNSTQNNASLTSAGNNGSGNIGINVTAGNFNQQKNNLAIAVSGGRVAQASAAADQSSTGLVVDNKGVRTYKTDTLTSTSEASGTFKAKGTGTVEDDGGWGNKGGYGGGHDDDKFKFSAVGTFELAGSNTQQVLTRDGWKNPVYNNATMTNSMNGFSGNGGANVSAGVGNQQSNSLSIAAGCKACM NA NA NA NA NA D1-35_03495 681 hypothetical protein ATGCGTGCGACTGCCCTTTGCCTGTTGGTTTTGCTTGCCGGCTTGACCGAAGCCGCGCAGATGCCGGTCGCCGCCCTGCCTGGCGGCATGCTGGTCTACAAACCCGTGCAAAGCGTACGCGAGCGCAAGTTCAGCGACATCGTCGAGCAGAAGACCGATTTCAGTTGTGGCGCCGCGGCGCTGGCCACTGTGTTGCGCCAGGCCTATTGGCTGGACGTCGACGAAGAGCATGTCATCAAGGGCATGCTGGTCAATGCCGACCAGGATCTGGTCCGCACCCAGGGTTTCTCCATGCTGGACATGAAGCGCTACGTGGAAACCATCGGCATGCGCGCCCGCGGCTATCGGATACCACCGGAAAAACTCGCCGCGGTGACGATCCCGGTCGTGGTCCTGATGGAAATTCGCGGCTACAAGCACTTCGTGGTGCTGCAGCGGGCGGACAAGCGATGGGTGTATATCGCCGACCCGGTGCTTGGTCACAAACGCTACGCCCATGACGAATTCGTAAAAGGCTGGAACGGCATTGTCTTCGCCATCGTCGGCCCCGGCTATGACAAGACCAACGCCTTGCGCAGCCCTCCGCAACCTCTGACAGCGCGCAACAAGCTGGACGGTTTTAATCCGGTCAAGGACGCGGAACTGATGGATTTCGGCTTCATCCAGAGCGACTTTTTCTAA MRATALCLLVLLAGLTEAAQMPVAALPGGMLVYKPVQSVRERKFSDIVEQKTDFSCGAAALATVLRQAYWLDVDEEHVIKGMLVNADQDLVRTQGFSMLDMKRYVETIGMRARGYRIPPEKLAAVTIPVVVLMEIRGYKHFVVLQRADKRWVYIADPVLGHKRYAHDEFVKGWNGIVFAIVGPGYDKTNALRSPPQPLTARNKLDGFNPVKDAELMDFGFIQSDFF NA NA NA NA NA D1-35_03496 747 hypothetical protein ATGAAACGCTCATACTGGCTCACGCTGGCCTGCCTGGCCGCAACGACGTCGGGTCTTGCCCACGCCGGTTTCAAACCGATCGAAGTCCAGGACCAGGAGCTCGCCGAGCTGCGCGGTCGCTACGTCATGCCCGGACGAGTCATCAGTTTTGGCATCGTCATGAGCAGCACCTGGCGCAACGCCAGTGGCGACCTGATCGGCGCTTCCAGTTCCATGCAGATTCAGGCTGCAACGGTCAAACCGCAGTTCTACGTCTCCACGATCAAGCAGACCGGCAACGGCAGCGCCCCGGAACAGGGTGGCGGCACGATCACCGGCGGCGCCGGTCTCGGCTCGGGCCAGGGCGTAACCCAGAGCGTGCGCGCCGCGGGCGATGGCAACAGCGCGTACAACAATGTCAGCATCAACGTGAAAGAAAGCAGCCAGGCACCTGCCCTGGCGCCCGCCCAAGGCCAATTGCTCGACAAGGGCCAGACCATCAGCGGCAGCAACGCCGCCGGCAGCGTGGCGGTCACCGCCACCGGCAGCGGCATGCAGATGGCAATCCAGGCCAACCACAACCAGGGCAGCACCCTGCAACAGGTGGCCCAGGGCGGCTTGCTGCAAAACACCCGCCTGCTGGGCAACGGCAACCTGGTCAACAACATGACCCAGCTCAACGTGGTGCTGAACAGCAACGGCCCCAGCGCCGGGGCATTGGACTGCAACCTGACGCAGCTGCGCGGCCTTCGAAACCTTGGATATTGA MKRSYWLTLACLAATTSGLAHAGFKPIEVQDQELAELRGRYVMPGRVISFGIVMSSTWRNASGDLIGASSSMQIQAATVKPQFYVSTIKQTGNGSAPEQGGGTITGGAGLGSGQGVTQSVRAAGDGNSAYNNVSINVKESSQAPALAPAQGQLLDKGQTISGSNAAGSVAVTATGSGMQMAIQANHNQGSTLQQVAQGGLLQNTRLLGNGNLVNNMTQLNVVLNSNGPSAGALDCNLTQLRGLRNLGY NA NA NA NA NA D1-35_03497 1284 hypothetical protein ATGTATCGATCCGTATCGTTGCGCGCTGTGATGTGTTTAAGCACGATGTTTCCGGCGACCGTGCTGCAAGCGGCACCCGACGCGGACATCGAGGCCCTGAAGCAAGAACTTCTCGAGCTCAAGCAACGCTACGAGGTCCAGCAAAAAGCCCTGGCGGTACTCGAACAACGAGTCCGCCAGGTCGAGGATCAACCCGCCGCCCCGCCGCCCAAGCGCCTGGCCAAATCTCCCGCCGACATGAAAGGCAACCAAGGCGTGGCCGGCAGCGGCGCGGCAACGGCGGGTGGCAGTGGTTACGGGCAATCTTTGGCCGACGACTCGCAACCGGCCCAGAGCGTCTCCAACCTGTATGACGAAGCCAGCGGCTTTTTCGGCGGCGGCAAATTCAGCTTCGAAACCGGCGTGACCTACTCGCGCTACGACACCCGGCAACTGATTCTCAACGGCTTCCTGGCCCTGGATTCGATTTTCCTTGGCAACATCAACCTGGACCGGATCAAGGCGGACACCTGGACCCTGGACCTTACCGGTCGCTACAACTTCGACAATCGCTGGCAGTTCGACCTCAACGTGCCGGTGATCTACCGCGAGTCCACCTACCAGTCCGGTGGCGCCAACCAGGGCGCGGCCGGCGTCACCAGCGAAGAAACGGTGACCCGCGACCCCACCATCGGCGACGTCAATTTCGGCATTGCGTACAAGTTCATGGATGAATCGGTCAACAGCCCGGACGCGGTGGTGACTCTGCGCGTCAAGGCACCCACCGGCAAGGATCCGTTCGGCATCAAGCTGCGCCGGTCCCAGGCCAACACCAACCTGTTCGTGCCGGAAGACCTGCCCACCGGTAACGGCGTGTGGTCGATCACGCCCGGGATATCCCTGGTCAAGACCTTCGACCCGGCAGTACTGTTCGGCAGCCTGTCCTACACCCACAACTTCGAAGAGTCGTTCGACGACATCAGTTCCACCGTCAACCAGGAAGTGCCAGGCAAGGTGCGCATCGGCGACAGCTTCCAGATCGGCGCGGGCATCGCCTTTGCCCTGAACGAGAAGATGAGCATGTCGTTCTCGGTCTCGGACCTGATCCAGAAGAAAAGCAAGCTCAAGCAGGACGGCGGGGACTGGGAATCGGTGGTCTCCAGCGACGCCAACGCCGGTTACTTCAACATCGGCATGACGGTGGCCGCCAGCGACAACCTGACCATCGTGCCCAACCTGTCCATCGGGCTGACCGACGATGCGCCGGATTTCACCTTCAGCCTGAAATTGCCGTATTACTTCTAA MYRSVSLRAVMCLSTMFPATVLQAAPDADIEALKQELLELKQRYEVQQKALAVLEQRVRQVEDQPAAPPPKRLAKSPADMKGNQGVAGSGAATAGGSGYGQSLADDSQPAQSVSNLYDEASGFFGGGKFSFETGVTYSRYDTRQLILNGFLALDSIFLGNINLDRIKADTWTLDLTGRYNFDNRWQFDLNVPVIYRESTYQSGGANQGAAGVTSEETVTRDPTIGDVNFGIAYKFMDESVNSPDAVVTLRVKAPTGKDPFGIKLRRSQANTNLFVPEDLPTGNGVWSITPGISLVKTFDPAVLFGSLSYTHNFEESFDDISSTVNQEVPGKVRIGDSFQIGAGIAFALNEKMSMSFSVSDLIQKKSKLKQDGGDWESVVSSDANAGYFNIGMTVAASDNLTIVPNLSIGLTDDAPDFTFSLKLPYYF NA NA NA NA NA D1-35_03498 1326 atoC_2 COG2204 Regulatory protein AtoC GTGATTGAAACCAGTGCGTTGCGTCGTCTGCTCGTGGTCGATCCTTGCGATGATTGCTATCGCCTGTTACCGGGCCTGCGCGACATCGGTTGGGACGTCGACAGCTGCTCCCTGGAACACGCCAGCGACCGGACGTGTGACGTCGGCTTGTTGCGCCTGCAGCCCTTTCACCTGGAGCGTCCCGAGGCCGTCAAGGAATTGATTCGCCGCAGCGGCGCCGAGTGGATCGCCGTGCTCAGTCAGGAAGTGTTGCGCCTGCAAAACGTCGGCGATTTTGTCTGCGAATGGTTTTTTGACTTCCATACCTTGCCGTTCGATGTCTCCCGCGTCCAGGTGACATTGGGCCGGGCGTTCGGCATGGCGCGGTTGAGGGGGCGGGGCGCGGTTCACATCAATCAGCCTGAACATGAGCTGCTGGGCGACAGCAAGCCGATTCGCGAACTGCGCAAATTATTGGGCAAGCTGGCCCCCGCCGAGTCGCCGGTATTGATTCGTGGTGAAAGCGGCACGGGCAAGGAGCTGGTCGCGCGCACCCTGCATTGCCAATCGCACCGGCGTAACAAGCCGTTCATTGCCATAAATTGTGGCGCGATCCCCGAGCACCTGATCCAGTCCGAGCTGTTCGGCCACGAGAAGGGCGCTTTCACCGGCGCTCATCAACGCAAGATCGGACGGATCGAAGCCGCTCATGGCGGCACGTTGTTTCTCGATGAGATCGGCGATCTGCCGTTGGAGCTGCAGGCCAACCTGCTGCGTTTTTTGCAGGAAAAGCACATCGAGCGTGTAGGCGGCAGCCAACCGATTGCCGTCGATGTGAGGGTGCTGGCGGCGACGCATGTCGATCTGGAGGCGGCCATCGAGCATCGGCGTTTTCGTGAGGACCTGTATTACCGCCTCAACGTCTTGCAGGTGGTCATGGCACCGCTGCGCGAACGCCATGGCGACCTGTCGATGCTGGCCAGCCACTTTGCCCATTTCTACAGCCACGAAACCGGTCGCCGGCCGCGCAGTTTCAGCGAGGACGCGCTGGTGGCGATGGGCATGCACGACTGGCCCGGCAATGTGCGGGAGCTGGCCAACCGCGTCCGTCGCGGCCTGGTGCTGGCCGAAGGACGGCAGATCGAGGCTCGCGACCTTGGCCTTGTCGGCCAGCAGGGCGTCGCCGCACCGATGGGTACTCTGGAAGACTACAAGACCCGCGCCGAGCGCCAGGCGTTGAGCGATGTGCTCAACCGCCACAGCGATAACCTCAGCGTGGCGGCCCGCGTGCTGGGCGTGTCGCGGCCGACGTTCTATCGGTTGTTGCACAAGCATCAGATTCGTTAG MIETSALRRLLVVDPCDDCYRLLPGLRDIGWDVDSCSLEHASDRTCDVGLLRLQPFHLERPEAVKELIRRSGAEWIAVLSQEVLRLQNVGDFVCEWFFDFHTLPFDVSRVQVTLGRAFGMARLRGRGAVHINQPEHELLGDSKPIRELRKLLGKLAPAESPVLIRGESGTGKELVARTLHCQSHRRNKPFIAINCGAIPEHLIQSELFGHEKGAFTGAHQRKIGRIEAAHGGTLFLDEIGDLPLELQANLLRFLQEKHIERVGGSQPIAVDVRVLAATHVDLEAAIEHRRFREDLYYRLNVLQVVMAPLRERHGDLSMLASHFAHFYSHETGRRPRSFSEDALVAMGMHDWPGNVRELANRVRRGLVLAEGRQIEARDLGLVGQQGVAAPMGTLEDYKTRAERQALSDVLNRHSDNLSVAARVLGVSRPTFYRLLHKHQIR PGPT0004315_972 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004315-zraR|hydG-K07713 NA NA D1-35_03499 267 hypothetical protein ATGAACGCCCCGCTCCGTATCAACGAAGCTCTTTTGATTGCCGACCGCGCATTCCGTCCTTTCCAATGCGTGGCCTGGGCCCCACAAGACGGTAACGGCGAACTCAGCCTGACCGTCATCGACCGCACCAACACCCACATCGGCCGGACCCAGATCCCCAGCAGTGCCTATACGGACCCAGCGCAACTTGCCGACCTGTTGAAGCAGGCCCGTGCCGAGTTGAGCCAGGAAGGTTACAAGCTGCAATCGTGGTCGATGCCTGAATAA MNAPLRINEALLIADRAFRPFQCVAWAPQDGNGELSLTVIDRTNTHIGRTQIPSSAYTDPAQLADLLKQARAELSQEGYKLQSWSMPE NA NA NA NA NA D1-35_03500 1503 nhaB COG3067 Na(+)/H(+) antiporter NhaB ATGTCCGGCCCAATGGCTCAAGCGTTCGCGCACAACTTTCTGGGGCATTCTCCGCGCTGGTACAAGGCGTGCATCATCACCTTCCTGATTCTCAACGCCGTGGTGCTGTTCACACTCGGCCCGGTCGTTACCGGCTGGCTGTTGGTTGTGGAGTTCATCTTCACCCTCGCCATGGCGCTGAAATGCTACCCGCTGATGCCGGGCGGACTGTTGATGATCGAAGCCCTGGCCATGGGCATGACCACGCCCAAGGCCCTGTATGACGAACTGCTTCACAACTTCCCGGTCATCCTGCTGCTGATGTTCATGGTGGCGGGCATCTATTTCATGAAGGACCTGCTGCTGTTTCTGTTCTCGCGCCTGCTGTTGGGCGTGCGCTCCAAGGCGCTGCTTTCCTTGATGTTCTGCTTTCTTTCGGCATTCCTGTCAGCGTTTCTCGATGCACTGACGGTCACCGCGGTGATCATCAGTGCCGCCGTCGGGTTCTATTCGGTGTATCACCGCGTTGCGTCCGGCAATGACCCGCGCCAGGACAGCAGCGTTGATGAAGACCATGACCTGCCTTCCCTGCACCATGAAGACCTGGACCAGTTCCGCGCGTTCCTGCGCAGCCTGCTGATGCATGGCGCCGTGGGCACCGCGTTGGGTGGTGTCTGTACTTTGGTGGGCGAACCGCAGAACCTGCTGATCGGCCATGAGATGGGTTGGCATTTCGCGGAATTCTTCCTCAAGGTCGCGCCGGTGTCGCTGCCGGTTCTGGTAGCCGGACTGGTGACCTGCGTGGCGCTGGAGAAGCTGCGCTGGTTCGGCTATGGCACGCTGCTGCCGGAGAATGTGCGAGCGGTTCTGGCCGATTACGCCGAACAGGACAATCTCGATCGCACCGCACGCCAACGCGCGGCACTCATCGTCCAGGGTCTCGCGGCGCTGCTCCTGATCGTCGCCCTGGCCCTGCACATTGCCGAGGTCGGCCTGATCGGCCTGGCAGTGATCGTCCTGATCACCGCCTTTACCGGAATCACTGACGAGCACCGACTCGGCAGCGCATTCAAGGACGCCATGCCGTTCACTGCGCTGCTGGTGGTGTTCTTTGCGGTGGTCGCGGTCATTCATGACCAGCAGCTGTTTACACCGCTGATCCAATGGGTCCTGGCCCTGCCGGCCGATCAGCAGCCCGGCATGCTGTTCATCGCCAATGGCCTGTTGTCAGCCATCAGCGACAACGTCTTCGTCGCCACCATCTATATCACCGAAGTGAAACAGGCCTTTGTTGCCGGCCACATGAGCCGCGAGCAGTTCGAGACCCTGGCGGTCGCCATCAACACCGGCACCAACCTGCCCAGCGTCGCCACGCCCAACGGCCAGGCAGCGTTCCTGTTTCTGCTGACGTCGGCGATCGCTCCGCTGATCCGCTTGTCCTACGGTCGGATGGTCTGGATGGCCGTGCCGTATACGGTGGTGATGGGCGGCCTTGGCTGGTATGCGGTGACTTACTGGCTGTAA MSGPMAQAFAHNFLGHSPRWYKACIITFLILNAVVLFTLGPVVTGWLLVVEFIFTLAMALKCYPLMPGGLLMIEALAMGMTTPKALYDELLHNFPVILLLMFMVAGIYFMKDLLLFLFSRLLLGVRSKALLSLMFCFLSAFLSAFLDALTVTAVIISAAVGFYSVYHRVASGNDPRQDSSVDEDHDLPSLHHEDLDQFRAFLRSLLMHGAVGTALGGVCTLVGEPQNLLIGHEMGWHFAEFFLKVAPVSLPVLVAGLVTCVALEKLRWFGYGTLLPENVRAVLADYAEQDNLDRTARQRAALIVQGLAALLLIVALALHIAEVGLIGLAVIVLITAFTGITDEHRLGSAFKDAMPFTALLVVFFAVVAVIHDQQLFTPLIQWVLALPADQQPGMLFIANGLLSAISDNVFVATIYITEVKQAFVAGHMSREQFETLAVAINTGTNLPSVATPNGQAAFLFLLTSAIAPLIRLSYGRMVWMAVPYTVVMGGLGWYAVTYWL PGPT0013940_506 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013940-nhaB-K03314 NA NA D1-35_03501 822 yidA COG0561 Sugar phosphatase YidA ATGACTGATCAGTTGAAACGTCCTATCCGCTTCCTGCTCAGTGACATGGACGGCACTTTGTTGCTTCCTGACCACAGCCTCAACCAGCGCACCATCGAAGCCGTCCGCTCCTTGCGTGAGGCCGGCGTGCTGTTCAGTCTCGCTACCGGGCGTCCGCCCCGGGCGATGTTGCAGCAGATCGAAGCCCTTGGTGTCGACCTGCCCACGGCGGCGTTCAACGGCGGTACGCTGGTGCACCCCGATGGCAGTTTTCTCGCGGTTCATTACTTGCCGCCTGAAGCGGCGTTGAGCACCCTGGCCCTGTACGCCGACCAACCGGGTATCGAGGTCTGGGTGTTCGCCGATGGCGAGTGGCTGGTGCGCGATGCCCATGGGCCAATGGTGCCGGTTGAAACCCGTGGCCTGGGTTATCCGCCCTTGGAGGTAGAAAGCTTCGAGCCTTACCTTGAACGCATCGACAAGATCGTTGCGACCAGCGCCAATACCGATCTGCTGGTCGAACTGGAGGCTCGCTTGCATCCGCTGCTCAAGGGCCAGGCCCAGGTGTCGCGTTCGCAACCGATCTACCTGGACGTGACGGCGATGAAGGCGAACAAAGGGGAGGCGCTGTCAACGCTGGCGGACTACCTCGGCGTGCCGCTGGAGCAGACCGCCGCCATGGGGGACGGTGGCAACGACCCGGCGATGTTCCATCGCGCGGGGCTGTCGATTGCCATGGGGCAGGCGGAAGAGGCGATCAAGCGTCAGGCTGACGTGATCACCGCCGCCAATACCGAGGACGGCGCGGCGCTGGCGATCGAGCGATACATCCTGCCGCGCTAG MTDQLKRPIRFLLSDMDGTLLLPDHSLNQRTIEAVRSLREAGVLFSLATGRPPRAMLQQIEALGVDLPTAAFNGGTLVHPDGSFLAVHYLPPEAALSTLALYADQPGIEVWVFADGEWLVRDAHGPMVPVETRGLGYPPLEVESFEPYLERIDKIVATSANTDLLVELEARLHPLLKGQAQVSRSQPIYLDVTAMKANKGEALSTLADYLGVPLEQTAAMGDGGNDPAMFHRAGLSIAMGQAEEAIKRQADVITAANTEDGAALAIERYILPR PGPT0017727_232 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017727-yidA-NA NA NA D1-35_03502 1521 zwf_2 COG0364 Glucose-6-phosphate 1-dehydrogenase ATGACCTCGATCGGCAGGAAATCCAAGGCTGAACCGGCACCACCGAGCACGTTGTTCCTGTTCGGTGCTCATGGAGACCTGGTCAAGCGTTTGCTCATGCCGGCGCTCTACCACCTGAGTCGTGACGGGTTGTTGGGGGATGGCCTGCAGATCATTGGTGTCGACCACAACGCTATCAGCGATGTGGATTTTGCAAAAAAACTCGAGGATTTCATCCGTAACGAAGCGGCGAGCAAGGGAGGCGACCCCGACCAGGCGCTCGATCCGGTGCTTTGGGCCAGCCTGGCCCGGGGCATCAGTTACGTCCAGGGTGATTTTCTCGATGACAGTACCTACGAAGCGCTGGCGGCGAAGATCGCCGCCAGCGGCACCGGCAATGCGGTCTTCTACCTGGCGACCGCGCCACGCTTTTTCAGTGAAGTGGTCCGCCGCCTTGGCGCGGCGGGGCTGCTTCAAGAGCAGGATGACGCCTTCCGGCGCGTGGTGATCGAGAAGCCGTTCGGCTCCGACCTGCAAACCGCCGAGGCGCTCAACGCCTGCCTGCTCAAGGTAATGAGTGAAAAGCAGATCTACCGGATCGACCACTACCTGGGCAAGGAAACGGTGCAGAACATTCTCGTCAGCCGTTTCTCCAACAGCCTGTTCGAGGCGTTCTGGAACAATCACTACATCGACCACGTGCAGATTACCGCCGCCGAGACCGTCGGCGTGGAAACCCGTGGCAGCTTTTATGAACATACCGGTGCCCTGCGGGACATGGTGCCCAATCACCTGTTCCAGTTGCTGGCGATGGTTGCGATGGAGCCGCCGGCCGCGTTCGGCGCCGACGCGGTGCGAGGCGAAAAGGCCAAGGTGGTGGGCGCAATCCGGCCCTGGTCGGTCGAGCAGGCGCGGGCCAACTCGGTGCGCGGCCAGTACACGGCGGGTGAGATCAACGGCAACCCTGTCAGCGGTTACCGCGAGGAAACCAACGTCGCGCCCGACAGCAGCACCGAAACCTACGTTGCGCTCAAGGTCATGATCGATAACTGGCGGTGGGTAGGCGTGCCGTTCTATCTGCGCACCGGCAAGCGCATGAGCGTGCGCGACACGGAAATCGTCATTTGCTTCAAGCCGGCACCGTATGCGCAGTTTCGTGACACCGAGGTCGACGAACTGCAACCTACGTACCTGAGAATCCAGATTCAGCCCAACGAAGGCATGTGGTTCGACCTGCTGGCCAAGCGGCCCGGGCCGGCACTCGACATGGCGAATATCGAGTTGGGCTTTGCCTACAAGGACTTCTTTGAAATGCAGCCATCAACGGGTTACGAGACCCTGATCTATGATTGCCTGACGGGCGACCAGACGCTGTTCCAGCGCGCCGACAACATTGAAAACGGCTGGCGCGCGGTGCAACCCTTCCTCGATGCCTGGCGCGAGGATGCAAGCGTTCAGCCTTACCAGGCTGGCGAGGATGGCCCAGCGGCGGCACAAGATCTGTTGACTCGCGATGATCGCGTCTGGCATGGCCTCGGATGA MTSIGRKSKAEPAPPSTLFLFGAHGDLVKRLLMPALYHLSRDGLLGDGLQIIGVDHNAISDVDFAKKLEDFIRNEAASKGGDPDQALDPVLWASLARGISYVQGDFLDDSTYEALAAKIAASGTGNAVFYLATAPRFFSEVVRRLGAAGLLQEQDDAFRRVVIEKPFGSDLQTAEALNACLLKVMSEKQIYRIDHYLGKETVQNILVSRFSNSLFEAFWNNHYIDHVQITAAETVGVETRGSFYEHTGALRDMVPNHLFQLLAMVAMEPPAAFGADAVRGEKAKVVGAIRPWSVEQARANSVRGQYTAGEINGNPVSGYREETNVAPDSSTETYVALKVMIDNWRWVGVPFYLRTGKRMSVRDTEIVICFKPAPYAQFRDTEVDELQPTYLRIQIQPNEGMWFDLLAKRPGPALDMANIELGFAYKDFFEMQPSTGYETLIYDCLTGDQTLFQRADNIENGWRAVQPFLDAWREDASVQPYQAGEDGPAAAQDLLTRDDRVWHGLG PGPT0017380_2181 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D1-35_03503 981 COG1023 6-phosphogluconate dehydrogenase, NAD(+)-dependent, decarboxylating ATGCAACTCGGGATCATTGGACTGGGCCGCATGGGCGGCAATATTGCGCGGCGCCTGATGCTCAATGGGCACACCACCGTCGTCTATGACCGCAATGCCGCTTTTGTCGAAAACCTGAGCCAGGAAGGCGCGACGGGCGTCGCGGACCTGCCGGCGCTGGTCGCCGGCCTGGAGAAGCCTCGGGCTGTCTGGGTCATGCTGCCGGCCGGCGCACCCACCGAAGACACCATCAACGTGCTCAGCGACCTGCTCGAGCCGGGGGACGTCATCATTGATGGCGGCAACACGTACTACAAGGACGACATCCGGCGCGCCCAGGCGCTGTCGGAAAAAGGCTTGAACTACATCGACGTCGGTACCTCCGGCGGCGTCTGGGGGCTTGAGCGCGGCTATTGCATGATGATCGGCGGTGACGCTGAAGTCGTGCGGCGCCTGGACCCGTTGTTCGAAAGCCTCGCGCCGGGCATCGGCGATATCCCGCGTACCCGTGACCGCAAGTCTGACGACGACCGCGCCGAGCGTGGCTACATCCATGCGGGCCCGGCCGGTTCCGGTCATTTCGTCAAGATGATCCACAACGGCATCGAATACGGAATGATGCAGGCCTTCGCCGAGGGCTTCGACATCCTCAAGACCAAATCCAGCGAAAGCCTGCCACCGGAGCAGCGTTTCGACCTCAACCTGGCCGATATCGCCGAGGTCTGGCGGCGTGGCAGCGTGGTTTCGTCCTGGCTGCTGGACCTGACCGCTGATGCATTGGCCAGCGATCCGAAGCTCGATGGCTTCTCCGGCGAGGTCGCCGACAGCGGGGAAGGCCGTTGGACCATCGAAGCGGCCATCGAGCAAGCGGTGCCGGTACCGGTGCTGTCCAGTTCGCTGTTCGCCCGTTTCCGTTCCCGCCAGCAAGCCACCTATGGCGACAAGATGCTCTCGGCCATGCGCTTCGGCTTTGGCGGCCATGTGGAGACGCCGAAAAAATGA MQLGIIGLGRMGGNIARRLMLNGHTTVVYDRNAAFVENLSQEGATGVADLPALVAGLEKPRAVWVMLPAGAPTEDTINVLSDLLEPGDVIIDGGNTYYKDDIRRAQALSEKGLNYIDVGTSGGVWGLERGYCMMIGGDAEVVRRLDPLFESLAPGIGDIPRTRDRKSDDDRAERGYIHAGPAGSGHFVKMIHNGIEYGMMQAFAEGFDILKTKSSESLPPEQRFDLNLADIAEVWRRGSVVSSWLLDLTADALASDPKLDGFSGEVADSGEGRWTIEAAIEQAVPVPVLSSSLFARFRSRQQATYGDKMLSAMRFGFGGHVETPKK PGPT0017385_3934 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 D1-35_03504 174 hypothetical protein ATGGGCCCTGTCGTTACCGCACGTCCTCCACAAACCCTTTATGTGACCATTCGTCGCGACGAATTACGCCTGCTGAAGGAAGAGCGTGATCTGCTGCTTGATGAAGTGACGCAGTTGCGCATGCAGTTGCAACACGCACAGCTCTCACACCAGGGCCAGGCTTTGGCTCGCTGA MGPVVTARPPQTLYVTIRRDELRLLKEERDLLLDEVTQLRMQLQHAQLSHQGQALAR NA NA NA NA NA D1-35_03505 1740 eptC COG2194 Phosphoethanolamine transferase EptC ATGAGTGTGTTCAAACGCAGCAAAACGACTGCGAAAGGTTTCGATTGGGCCGGGTTCGGCTGGCTGTTTCTGTTCTTCTGGTATTTTTCCGGCATCACCCAACTGCTGATCCTGTCGAGCGGCACCGCCGGGTTCGCCGGGTTTCGCCAGGCCTTCGTGATGAGTGCGTTGTGGTTGGCACCGCTGCTGCTCTTCCCTGCCCGCACCCGCCTGCTCGCCGCGATCATCGGGATCGTGCTCTGGGCTTGCTCGATGGCCAGCCTGGGCTATTTCTTCATCTACCAGCAGGAATTTTCCCAAAGCGTCATCTTCATCATGTTCGAGTCGAACGTGTCCGAAGCTGGCGAATACATGACCCAGTATTTCGCCTGGTGGATGGTGCCGGCGTTCCTGGCGCATACCCTGGTCGGTTACTTCCTCTGGACGCGCCTGCGCCCGGTCTACCTGCCACGCAGCCAGGCCTGGGCGGCAGCGCTGGTCATCATGGTGGCCGTGGTCGGCTACCCGCTGACCAAGCAGACCCTGCGCACTGGCAGCCTGGCCAAGGGCTTCGAGAAGTTCGAGAGCCGCGTCGAGCCGGCGGTGCCCTGGCAGATGCTGGTAGCGTACCGCCGCTACACCGAACAGCTGGAAAACATGCAGGGCATGCTCCACAGCACCAGCAAGATTGCGCCCCTGCGCAACCTTCAGGACACCATGGCCAACGAGCCGGCCACCCTGGTGCTGGTCATCGGCGAATCGACCAACCGCCAGCGCATGAGCCTGTACGGCTATCCGAGAGAAACCACGCCAGAACTGGACAAGCTCAAGGACCAGCTCTCGGTCTTTGACAATGTCATTACCCCGCGCCCCTATACCATCGAGGCCCTGCAGCAGGTACTGACGTTCGCCGACGAGGAGAACCCGGACCTTTATCTCAGCACGCCATCGCTGGTGAGCATGATGAAACAGGCCGGCTACAAGACGTTCTGGATCACCAACCAGCAGACCATGACCAAGCGCAACACCATGCTCACGACGTTTTCGCAACAGGCCGATGAGCAGGTCTACCTGAACAACAACCGCAACCAGAACGCCGCGCAGTACGACGGCGACGTGATCGAGCCGTTCAACAAGGCCTTGGCCGACACCGCGCCGCGCAAGCTGATCGTGGTGCACCTGCTCGGCACCCACATGAGTTATCAGTACCGGTATCCACCGACCTTCAACAAATTCACCGACCGCCAGGGCGTGCCTGCCGGGGTGCGTGACGATCAGGTGCCGACCTACAACAGTTACGACAACGCGGTGCTGTACAACGACTTCGTGGTGTCCAGCCTGATCAAGGACTACGCCAAGAGCGACCCCAACGGCTTCCTGCTGTATCTGTCGGACCACGGCGAAGACGTCTTCGATTCACCGGGCCATGGCACCCTGGGCCGCAACGAGGCCAAGCCGACAGCGCCGATGTACACCATCCCGTTCATGGCGTGGGCTTCGCCGAAGTGGCGCGAAACCCATGACTGGAATTTCGCTGGCGACCTGTCGCGGCCCTACAGCAGCTCGCACCTGATTCACACCTGGGCGGACATGGCGGGCTTGAGCTTTGATGAGCTCGATCGCAGCAAGAGCCTGGTCAGCGATGACTTCAAGTCGCGGCCGCTGTTGATCGGCAACCCCTACCAGGACCAGCGCAAGGGGCTGATCGATTTCAGCCTGATGCAGCCCAAGGGCCCCGCGGGCCAGGTCGTACAAAAGTAG MSVFKRSKTTAKGFDWAGFGWLFLFFWYFSGITQLLILSSGTAGFAGFRQAFVMSALWLAPLLLFPARTRLLAAIIGIVLWACSMASLGYFFIYQQEFSQSVIFIMFESNVSEAGEYMTQYFAWWMVPAFLAHTLVGYFLWTRLRPVYLPRSQAWAAALVIMVAVVGYPLTKQTLRTGSLAKGFEKFESRVEPAVPWQMLVAYRRYTEQLENMQGMLHSTSKIAPLRNLQDTMANEPATLVLVIGESTNRQRMSLYGYPRETTPELDKLKDQLSVFDNVITPRPYTIEALQQVLTFADEENPDLYLSTPSLVSMMKQAGYKTFWITNQQTMTKRNTMLTTFSQQADEQVYLNNNRNQNAAQYDGDVIEPFNKALADTAPRKLIVVHLLGTHMSYQYRYPPTFNKFTDRQGVPAGVRDDQVPTYNSYDNAVLYNDFVVSSLIKDYAKSDPNGFLLYLSDHGEDVFDSPGHGTLGRNEAKPTAPMYTIPFMAWASPKWRETHDWNFAGDLSRPYSSSHLIHTWADMAGLSFDELDRSKSLVSDDFKSRPLLIGNPYQDQRKGLIDFSLMQPKGPAGQVVQK PGPT0022455_124 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022455-eptC-K19353 NA NA D1-35_03506 495 hypothetical protein ATGGAAGAAGCCAAGGATATCCTTGTACTGCAAGCCAGCTACACCAACCCGGTCCACGCTGAAGCGATCTGCCATGTGCTCAACGGTTATGCCGAGGATCCGATGGGCGGTGGGCATTCGCTGCCGGCCGAGGTGTTGGCCCATCTGCCTGAAGAGCTGGCCAAGCGTTCCCACGCTTTCAGTGTGCTGGCGTTCGTCAATGGCGAGCCGGCGGGGTTGGTCAACTGTTTCGAGGGGTTTTCGACCTTCGCTTGCCGGCCTTTGGTGAATGTCCACGATGTAGCCGTAATGCCGGCGTTTCGTGGGCTTGGCCTGAGCCAGAAGATGCTGCAGAAAGTCGAAGACATCGCCCGCCAGCGCGGGTGCTGCAAGATCACCCTGGAAGTGCTGGAAGGCAACGCCGTGGCCCAGGCCAGTTATGCCAAGTTCGGCTTTGCCGCCGGCATGTTCGACCCGGCCCACGGGCGCATGCTGTTCTGGATCAAGCCCCTCTAG MEEAKDILVLQASYTNPVHAEAICHVLNGYAEDPMGGGHSLPAEVLAHLPEELAKRSHAFSVLAFVNGEPAGLVNCFEGFSTFACRPLVNVHDVAVMPAFRGLGLSQKMLQKVEDIARQRGCCKITLEVLEGNAVAQASYAKFGFAAGMFDPAHGRMLFWIKPL NA NA NA NA NA D1-35_03507 1122 zapE_2 COG1485 Cell division protein ZapE ATGACTTTCACTTCCCCCTTGAGCGCCTGGCAGCATGCCATCGAACACCACGGCTTCGTCCAGGACGAAGCCCAGGAGCTGGCAATCATGGCATTGGAGCAGTGCCATCAGGCGCTGCACGAAGGCCGCAAGGCAATCAAGGGTGTTTACCTGTGGGGACCGGTCGGGCGGGGCAAGACGTGGCTCATGGATCGCTTTTATGAAAGCCTCGAGGTTCCGGCCCGTCGCCAGCATTTCCATCATTTCATGGCCTGGGTGCATCAGCGCTCGTTCCAGCTCACCGGCACGCCAGATCCGTTGCAGGCCCTGGCTCGAGAGCTGAGCCGAGAGGTGCGGGTGTTGTGCTTCGACGAGTTGTTCGTGACCGACATCGGCGATGCGATCATCCTCGGCCGCCTGTTCCAGGTGATGTTCGAGCTGGGCATGGTGGTGGTCAGCACGTCCAACCTGCCGCCGGATGAGCTGTACGCCAGCGGTCACAACCGTGAGCGCTTCCTGCCGACCATAACGGCCATCAAGCAGTACATGCAGGTCGTGCCGGTGAATGGCTGGCAGGATCATCGCCAGCACCCGGGCGCCTTGCAGCAGCGTTATTGGCTGCGTGACCCGGCCCAGCCTGATCCGTTGGCGGAGGTTTTCGCCCAGTTGAGCGCCGGGCAGAAAACCCGCAACCAGGCGCTCGAGGTCGGCCATCGCCAGATCGTTCCGGTCCAGGCCAGCGATACAGTGCTGTGGAGCCGTTACCCCGATCTTTGCGAGCAACCATTCTCGGCGCTTGATTTCATGGCGCTGTGTGATCGTTTCAAGGCCATTCTTCTCAGTGACGTACCCTGCCTGAGCGCCGAACAACGCGAAGGGCGTATTGCCCGAGGCACCGAAGACGGGGTCGAGCGGGTCGAGGCCGGTGATCGCGAGCTGCCGCAGCTGTCGATTCATGACGACGGCGTACGGCGTTTCATTGCTTTGGTCGACGAATGTTATGACCGCAAAGTGCCGTTGTACCTGTCGGCCCAGGTGCCGATGGACCAGTTGTACACGCAGGGCTATCTGCAATTCCCGTTTCGCCGTACTCTCAGTCGCCTTCAGGAAATGCAACTGCAACGTTTTGGTCAGCCCGCCTGA MTFTSPLSAWQHAIEHHGFVQDEAQELAIMALEQCHQALHEGRKAIKGVYLWGPVGRGKTWLMDRFYESLEVPARRQHFHHFMAWVHQRSFQLTGTPDPLQALARELSREVRVLCFDELFVTDIGDAIILGRLFQVMFELGMVVVSTSNLPPDELYASGHNRERFLPTITAIKQYMQVVPVNGWQDHRQHPGALQQRYWLRDPAQPDPLAEVFAQLSAGQKTRNQALEVGHRQIVPVQASDTVLWSRYPDLCEQPFSALDFMALCDRFKAILLSDVPCLSAEQREGRIARGTEDGVERVEAGDRELPQLSIHDDGVRRFIALVDECYDRKVPLYLSAQVPMDQLYTQGYLQFPFRRTLSRLQEMQLQRFGQPA NA NA NA NA NA D1-35_03508 342 hypothetical protein ATGTCCAATCCCGTCTCTTCCCTGGCCCCGGCCATCGCCGGCTACATCGCTGCCGCGAATGCTCGCGACAGCTCGGCGGTGACGCGTTTCTTCGCCGAGGATGCCAATGTGTTCGATGAAGGCAACCACCGGGTCGGCACCCAGGCCATCGCCCAGTGGATGGAAGATACCGCGCGCCGTTACCAACCGCGGGTCGAAGTCCTCAACGTGCAGCAACGCACCGGAAAGGTGCTGGTCCATAACCTGATCTCCGGAACCTTTCCCGGCAGTCCACTGGAGTTGCGCTACACCTTCCGGCTCGATGAGCAGGGGAAGATCAGTCGGCTGGATATTTCCGCCTGA MSNPVSSLAPAIAGYIAAANARDSSAVTRFFAEDANVFDEGNHRVGTQAIAQWMEDTARRYQPRVEVLNVQQRTGKVLVHNLISGTFPGSPLELRYTFRLDEQGKISRLDISA NA NA NA NA NA D1-35_03509 717 hypothetical protein GTGTCGCGAACCACTCGGCTGCTGACCTTGTTGCAAGTCTTGCGGGGCAAGCGCTGCCCGGTTACCGCCGCGACGCTGGCGGCCGAGCTGAAGGTGTCCGAGCGCACGCTTTATCGCGATATAGCCGAACTGACTGCCCTGGGCGCGCCGATCCAGGGCGAGGCGGGCATAGGTTATGTGCTGCGCAGCGGCCTGTTCCTTCCGCCGCTGATGTTCACCGCCGATGAAATCGAGGCCATCGTGCTGGGCTTGCGCTACGTCGACCAGCGTGGCGATGAGGTTCTGGGCAAGGCCGCCGCCGACGCTTTGGCAAAGGTCGAGGCGGTGTTGGCCCCTGGTTTGCGCGATGCCTTGCACAACCCCACGGTATTGCCCGGCCCACCGGGTTACGGTTATCCGCAGAACGCCGTCGAGCTGAATGTCTACCGCCAGGCCATTCGCACTCAAGCCAAATTGCACATCGATTACGCCGACGTCAACAAGACCCCCAGCCAGCGGTTGATCTGGCCGCTGGCCCTGGGCTTTTTCAATGAGGCGCGGGTGGTGGTGGCCTGGTGCGAACTACGCGGTGCCTATCGGACGTTTCGTACCGACCGGATTGCCTCAGCCAGCGTCCAGGGCGAGCGCTACCCCGGCAGGCGCAGCGACTTGCTGCGAGCCTGGTTGGCGCTGATGAATCTCGATGAGGCGGGGCGTTTTACTCCTGACAAAAACTGA MSRTTRLLTLLQVLRGKRCPVTAATLAAELKVSERTLYRDIAELTALGAPIQGEAGIGYVLRSGLFLPPLMFTADEIEAIVLGLRYVDQRGDEVLGKAAADALAKVEAVLAPGLRDALHNPTVLPGPPGYGYPQNAVELNVYRQAIRTQAKLHIDYADVNKTPSQRLIWPLALGFFNEARVVVAWCELRGAYRTFRTDRIASASVQGERYPGRRSDLLRAWLALMNLDEAGRFTPDKN NA NA NA NA NA D1-35_03510 516 hypothetical protein ATGAGTTATGGTACCTACACGTTTCTAACGCGAGAGAGCATTTCCATGCGCAGAATCTTCCGTTTGCCCCTCATCCTGATACTGCTCAGCCTGAGCGCCTGCGCCCTCTTCCCGCACCGCGACCCGCTGAATATCAACGTGGTCGGTATCGAGCCACTGCCCAGCGAGGGTCTGGAGATGCGCTTCGCGGTGAAACTGCGCTTGCAGAACCCGAACGAAACCGCCATCGACTACAGCGGTGCGGCATTGGATCTGCAAGTCAACGGCCGCACGTTGGCGACCGGCGTCAGTGACCAGAGCGGCTCGATCCCACGCTTTTCCGAAGGAATCCTGAGCATACCGGTGAGCATCTCGGCGTTTTCAGTGATCCGCCAGACCCTGGGCCTGAGCCAGACCCAGAGCCTGGACAACCTGCCCTACGTGCTCAAGGGCAAACTCGCCGGCGGCTTGTTCGGCACCCTGCGCTTCGTCGATCGCGGAACCCTTGATCTACCGAATTCCGCAGCCGCCTGGTGA MSYGTYTFLTRESISMRRIFRLPLILILLSLSACALFPHRDPLNINVVGIEPLPSEGLEMRFAVKLRLQNPNETAIDYSGAALDLQVNGRTLATGVSDQSGSIPRFSEGILSIPVSISAFSVIRQTLGLSQTQSLDNLPYVLKGKLAGGLFGTLRFVDRGTLDLPNSAAAW NA NA NA NA NA D1-35_03511 420 hypothetical protein ATGAACAGTTTAAAAACGGGCGTGATCATCAGTACTGTACTGGCATCATTGGGCGCAAGCGTTTATGCTCAAGCGGCGTCCGACAGCAAATGTTACGTTGTGTATTCGTCAAAGTATAAAGAACCGGCAAAAATTACGCCTGTGGTAAAAAAACCGGTGGAAAAAGGAGTGGTGGGCAAGGAGTACATATTAGATGCCAGTAGCTCTATTACACCGAGTGGGAAGAAAGGGTACAAGTGGGCCGTGGGCACAGGGGGGTACGAGTTCGCTGGGCCAACCGATCAAGCAACAGTCAAAATCAAGTCAGACAGAAAAGAAGGGGTGGATGCGGTTTACAGTCTTACAGTAAGCGACCCAGACTGCCCAGATTCACCGGCAGGCACGCTGGGCGCGGAGGTATTTACGATTGAGAAAGGATAA MNSLKTGVIISTVLASLGASVYAQAASDSKCYVVYSSKYKEPAKITPVVKKPVEKGVVGKEYILDASSSITPSGKKGYKWAVGTGGYEFAGPTDQATVKIKSDRKEGVDAVYSLTVSDPDCPDSPAGTLGAEVFTIEKG NA NA NA NA NA D1-35_03512 924 COG0388 Nitrilase ATGCCCAAATCCATTGTGGCTGCCTTGCAGATCGGCTCGCTGCCAGGCGGCAAAGGCGAAACCCTCGCGCAGATTCTTTCCTACGAAGACGCTATTCGTGAGGCCGGTGCACGCCTGGTGGTCATGCCCGAGGCGCTGTTGGGCGGCTATCCCAAGGGCGAGACATTTGGCACCCAGCTCGGCTATCGGCTACCGGAAGGGCGCGAAGCGTTTGCCCGCTACTTTGCCAACGCCATCGACGTGCCCGGTGCGGAAACCGAGGCGCTGGCGGGTCTTTCGGCGCGAACCGGGGCAAGCCTGGTGTTGGGCGTCATCGAGCGCGCCGGCAATACGCTGTACTGCACCGCGCTGTACTTTGAACCGGACGCCGGCCTGGTCGCCAGGCATCGCAAACTGATGCCCACCGGCACTGAGCGGCTGATCTGGGGCAAGGGTGACGGTTCGACGTTACCGGTGATCGACAGCCAGGTTGGGCGCGTGGGCGCGGCGGTGTGCTGGGAAAACATGATGCCGCTGCTGCGCACCGCGATGTATGCCAAGGGCGTGGACGTCTGGTGCGCGCCGACGGTGGATGAGCGGGAAATGTGGCAGGTGAGCATGCGGCATATCGCTCATGAAGGGCGTTGCTTCGTGGTCAGTGCCTGCCAGGTCCAGGCCTCGCCGGCAGAGCTGGGTATCGAGGTGGCGAACTGGCCGGCGGAGCGGCCGTTGATCGCGGGCGGCAGCGTGATTGTCGGACCCATGGGCGACGTGCTGGCCGGGCCGTTGAGGGGCTCCGTCGGATTGCTGACTGCTGAAATCGATACCGATGAGCTGGTGCGGGCGCGTTACGACTATGACGTGGTCGGGCACTACGCCCGGCCCGATGTATTCGAGCTGGTGGTGGATGAGCGCGCCAGGCCGGGTGTGCGGTTTACTGCATGA MPKSIVAALQIGSLPGGKGETLAQILSYEDAIREAGARLVVMPEALLGGYPKGETFGTQLGYRLPEGREAFARYFANAIDVPGAETEALAGLSARTGASLVLGVIERAGNTLYCTALYFEPDAGLVARHRKLMPTGTERLIWGKGDGSTLPVIDSQVGRVGAAVCWENMMPLLRTAMYAKGVDVWCAPTVDEREMWQVSMRHIAHEGRCFVVSACQVQASPAELGIEVANWPAERPLIAGGSVIVGPMGDVLAGPLRGSVGLLTAEIDTDELVRARYDYDVVGHYARPDVFELVVDERARPGVRFTA PGPT0000835_1099 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_3,PGPT0000835-nitA|nitB|nitR|nit1-K01501 NA NA D1-35_03513 909 nodD2_5 Nodulation protein D 2 ATGAAGCACATGAATATCGCCGATGTAGACCTGAACCTGCTGAAGACCTTCGAAGCCCTGCACGACGAATCCAGTGCAAGCCGCGCCGCCCTGCGCCTGGGCGTCACTCAATCGGCCATCAGCGCGGCGCTGCGCAGGCTGCGAAGCGTGTACGACGATCAGTTGTTCGTGCGCACCGGCCGCGGCCTGGCGCCGACATTGCGGGCCAACCAACTGAAACCGGTGATCAGCGAAGCGTTGGACAAATGCCGCCAGAGCCTGGCGATGATCGATCCGGGCGCCAGCCACTACGAGGGCCGCTCAGTCATCGTCGGGCTGTCGGATGATTTTGAAATTGCCTATGGCCGGCGATTGATCGAGGAAGTTGCGCGAAGAGCGCCGGGCCTGCGCTTGATCTTTCGCCAGACCCACAGCCAGATCGTCGGTCGCGCCTTGATGGAGCGCAGCCTGGACGTGGCGATTACAGCGGGAGGATTTACCGAGCGGCTGCTCAGTCGCCAAGTCCTCGGCGAAGGCGGCTACGCCTGCCTGGTGGACCCTGCCAGCCTGACGGAGGACCAGCAGGGCCTGAGCCTGGAAGCGTTCGTGGCGCGCGAGCATCTGCTGGTTTCATCGGGCGGTTTCATCGGCATCACTGATGAAGGACTGGCCGCACTCGACCTGCGCCGACGGGTGAGCGCCTCGACCACTCACTTCGCCGCGCTGCCGTTCCTGCTCAAGGGCAGCCAGGCCGTGGCGACCATTCCGGACCATGCCGCCACGGCCATTGCGGCGCTCAGCGGCCTGTCGCTGTTGCCCTGCCCGCTGGCGTTGCCGCGCTACCCGATCGAGCTAGGGTGGCGGACCCATGCGCAGCGGGATCCGGCCGTGGAGAAAGTGCGCGAGGCCATTGTCGCGACCTTCAACTGA MKHMNIADVDLNLLKTFEALHDESSASRAALRLGVTQSAISAALRRLRSVYDDQLFVRTGRGLAPTLRANQLKPVISEALDKCRQSLAMIDPGASHYEGRSVIVGLSDDFEIAYGRRLIEEVARRAPGLRLIFRQTHSQIVGRALMERSLDVAITAGGFTERLLSRQVLGEGGYACLVDPASLTEDQQGLSLEAFVAREHLLVSSGGFIGITDEGLAALDLRRRVSASTTHFAALPFLLKGSQAVATIPDHAATAIAALSGLSLLPCPLALPRYPIELGWRTHAQRDPAVEKVREAIVATFN PGPT0028130_537 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028130-mexT-K18297 NA NA D1-35_03514 255 hypothetical protein ATGAGTTTCAATCTGGCTGACAAGCCCCTGGCCGAGCGTGCGGCGCTGGAAGATGAAAAATCCCGACTTTTCGAGCTGTGGCAAAACAATCTGGGCAAGGCCAAGGGTGACGCTGCGCGGTTGTTTGGCGAACGCTCCAAGCGCAAGGGCAAATGGGCCGAGTGGGTGCGCGCCGAGCTGGACGGCATGTCGCCTCCGGAGTACGCCAATATGGTGCGCAGTGAGGTCAATCGACTGATGGCCGCGAACAAATAA MSFNLADKPLAERAALEDEKSRLFELWQNNLGKAKGDAARLFGERSKRKGKWAEWVRAELDGMSPPEYANMVRSEVNRLMAANK NA NA NA NA NA D1-35_03515 318 hypothetical protein ATGGCTCGCACAAGCGCCGCGCAAGCGAACGGAGAGCAAATCAAGGATCAAGCCTTCAGCGAACTGAAAGCATTGATTGAAGAGTCGGAGAAGCTGCTCAAGAGCGGTGCCGCCCTGGTTGGCGAGGACGCGGAGAACCTGCGCGAGCAGATTTCACAGAAACTGCGCCAAGCCCTGGATTCGGTCGCCAGCGCACGGGAGCGCACGCGCCCGATGGTTGATGCCACGCAAGCCTATATCGGCGGCCATCCCTGGCAGACCGTAGCGATTTCCGCGGGTTTCGGGCTCGTGGTGGGCTTGTTGCTGGGACGCCGTTAA MARTSAAQANGEQIKDQAFSELKALIEESEKLLKSGAALVGEDAENLREQISQKLRQALDSVASARERTRPMVDATQAYIGGHPWQTVAISAGFGLVVGLLLGRR NA NA NA NA NA D1-35_03516 1032 dpkA COG2055 Delta(1)-pyrroline-2-carboxylate/Delta(1)-piperideine-2-carboxylate reductase ATGCCCGCGCTACCCGATCCTGCCGGTCCTTGCACATTGTCCTATGAAGCGTTGGTGAGTTTGCTGGAGCAGATTTTCCTGCGCCATGGCACCTCGATCGATGTCGCCCGCACCCTGGCCGAGAACTGCGCCGGCGCCGAACGCGATGGCGCCCACAGCCATGGGGTGTTTCGCATGCCCGGGTATGTTTCGACGTTGAACAGCGGCTGGGTCAACGGCCAGGCCGTGCCGATCGTCGAGGATGTTGCGTCCGGGTTCGTCCGGGTCGATGCCTGCAACGGCTTTGCCCAGCCCGCCCTGGCCGCCGCCCGCCCATTGCTGGTGGACAAGGCTCGCAGCGCCGGTATCGCGGTGCTGGCGATACGCAACTCTCACCACTTCGCCGCGCTGTGGCCGGATGTCGAGCCGTTCGCCTATGAAGGCCTGGTGGCCTTGAGCGTGGTCAACAGCATGACCTGTGTGGTGCCCCATGGCGCGGATCGGCCATTGTTCGGTACCAATCCCATTGCTTTCGCCGCCCCACGCAACGGCGGCGAGCCGATTGTTTTCGACCTCGCTACCAGCGCCATCGCCCATGGTGACGTGCAGATTGCCGCGCGCAAAGGTGAGCGATTGCCTCCCGGCATGGGGGTGGACAGTCTCGGTCAGCCGACCTGTGATCCGAAGGCGATTCTGGAGGGCGGCGCGCTACTGCCGTTTGGCGGTCACAAAGGGTCGGCCTTGTCGATGATGGTGGAACTGCTGGCGGCCGCGCTGACGGGGGGCAACTTTTCGTTCGAGTTCGACTGGCACAACCATCCCGGAGCCAAGACTCCCTGGACCGGACAGTTGTTGATCGTGATCGATCCGAGCAAGGCCGCCGGCCAGGATTTCGCTTCACGCAGCGAAGAATTGGTCAGGCAGATGCACGGTGTCGGATTGCGTCGGTTGCCAGGGGATCGCCGACACCGTGAGCGCAGCAAGTCCATCGAACAGGGGATTGTGCTGGACGAGCAGACGCTGGGCCAACTGCGCGAGTTGGCGGGGCTATAG MPALPDPAGPCTLSYEALVSLLEQIFLRHGTSIDVARTLAENCAGAERDGAHSHGVFRMPGYVSTLNSGWVNGQAVPIVEDVASGFVRVDACNGFAQPALAAARPLLVDKARSAGIAVLAIRNSHHFAALWPDVEPFAYEGLVALSVVNSMTCVVPHGADRPLFGTNPIAFAAPRNGGEPIVFDLATSAIAHGDVQIAARKGERLPPGMGVDSLGQPTCDPKAILEGGALLPFGGHKGSALSMMVELLAAALTGGNFSFEFDWHNHPGAKTPWTGQLLIVIDPSKAAGQDFASRSEELVRQMHGVGLRRLPGDRRHRERSKSIEQGIVLDEQTLGQLRELAGL PGPT0001796_158 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR SAR-CONDITIONING_COMPOUNDS SAR-PIPECOLATE_BIOSYNTHESIS,PGPT0001796-dpkA|lhpD-K13609 NA NA D1-35_03517 4800 hypothetical protein ATGACTAGTGCAAACCCGCCCCTGCTATTTCCTGAAATATTCAAAGCCCGGCGCCTGAATGAATTGACCGCGCCCCACGGGTTGACCCAGGCAGATCTTGACTGGCTGCATCACGCTGCCCTGCCCAACTACACGCAACGCGGCGAGCAGTCACCCGCAATGACGATCGAAACAATTACCCTGGATGTCCAGGGCAAACCCTTGATCCCGCTCGCCGGTTGCCTGGTGCTCAGCGCGCAGGGCGATCACCCTGCGTTCCTCTATACACCGTACGGCGGCATCGCAAAGTTCGATAGCCCGGAGACCCTCGAGCACAGGCTTGATGAAATGCTGGCGACACCGCTGGAACGGGATGAGCTGTTTTGCCTCCTTTCGCTCTCCCAGCGCAACGAACTCTATGGCGCATCCTTTCAGAAAACCCGCCGAACAGTCTACGGAGATCCGCTCGAGACACGATTGGCATCGATCAGCAATGCCCAGGAACTCAACGCCCAGGCAATGGTGCATGAGTTGCTCCAAGTTCCGTCGTTGGCAGCGATGCTTGACCAGGTATTGCAGGAGCTGTTGGACAACTTCGATCATAAGCAGGCACGCGTCTCGCTCAGTCTCATCAAGGGCGCGGACGTCCCGTTACAGCAGTGGACCCGGAACATGCCACTGAGTGATGCAGTGCTGATCTACTTCCATCATCAAGGCTGGCCTGACGGATACGAGGCGGCTTTCACTCACCCCTCCACCGAGGAATCGCCCGCAAACGCCTTGCACTGGCAGACCATGGTAAAGCTCACCGCAAGGAATCTGGTGCGCCACCTCACTGATCGCCTCGAGGCCTACTGGGACGCTGCGAGTCCCCTGAACATTTCACGGCGACAGTTTCTGTCCCGTGTCATCGACGACAAGCTACGGTCAGCGATCGTTATCGAAGGCGAAAAAGGCCAACTGACAGAAGCACAAAGCAGCGAGCTGCATCGTCTGTTCCGGCCATCTCGCCACGACGAGAGGCTGATGTTCATCGAAACGATTCGCCTCTGGGAACATGAAACCCATAGCGTCGAACTGGCGGGCTCGTTGATGATCAGCGCGAATGGGCACTACCTTTACACCCCTGGCAAAGGCATTCAGCAAGTTGACCATCATCTGGGCTTCAGGGATACGTTGCTGGGCCCGCCCACCGCGGCCCCGCAAATGGACGCCCTTTATAGACTGCTGAGCCTTGAGGAACGCAACCGTCTTCTGCGCTTCGACGCTCCGCAGGTCTCCGGCAAGGAGGTGAGCTTGCCCGTAGCCGAGTCCCTGGGCCAGGCGATCATTGCCAAACAGCTGGACAATATTCATTTCGCACTGGAAATGTCCCGCCAGGGCGAGGTCGATATCCATGCGCTGCTGGACAAGGCGCTCGATATACGCACCCTGATCGACAACGGCCTGCTCGACCAGAAGGTCGACGGACACTGGGGCGCGCGCGCTGCGTTTTATGGAAACCTGCGCCCCTCCAATTTCATCGCCGATGTGCTGCACAGAAAGCTCAAGACCTATGACAGTGTGCAAAAAGCTTTCGATAGCGAGTTCACTGAGTTACCCCATTCAAGCGAATCGGAGCTCCTCGACAGCGAGCTGAGGAAGCTGCTTCCCAAGCTATGCAGCACTTTTTCCCTGGGCATCCGGGAGGAGGCTGAGCTGCGGCAGCTCAACGGGACGCTGTCGACCGACGCCCACAAGCTCATCAACAGCGTGTTTGCCTTCGACGCAAACTACCCCGACCGCGAACAACGCCCCAGCGTCAAAGGTTTCCGCCCGGACGTATATTCGCTGAAGTTGACCTGCACAACGGAAGGCGCCACGACCGCCGTTTCTCCAGCCAGTTGCTTCCTGCTGACCGAGCGTGGCGGGCTGGATACGCCTTTTTCCGGCATGGCAATCCTGTGGCTCCCCACATGCGGACTCAAGGTTTTTCCGTCCGTCGCCCTTGCCAGCCAACAGTTGAATCAATACCTGTCCAACGCCCGGTCGCGTTTCGATGTGCTGACCAATCTCACGCCCGCGCAACGGAATCCCCATGCCCGCTACCAGCTCGAGGCATTTGAACTGATCGAAGGCAATGTGCTGATGAATCGGATGACTTCGTTCAGCGAACACTTTGCGGCCGAACACGCGTATTTGCGTGCATTACAGATAGGTGACTGGCGACTGACCGAACCGGCAATGCTCGAAAGCCTGAAAGCACTGTTGGACAAGGGCGCCGCTACCAACCTGCCAGTTGCCGAGCGCATCGCCCATGCCTACCGGTTCCAGCAAAAGCTTCCCGCCTGGTTGGGTGCCGCCTCGCTCGAGGACCAACGACAGCACATCGAACTGCTTGAACAATATCGAAACAGCGTAACCGAGGACAAAGACTACCTGGACGGCATAGAACCTCTACGTAACTACGTCGACAGAACCTTGAAGGCGCTGTTGGAAACACGTTTTCCCGATACGGGCCTTGACCCTGCCACACTGCTGATTTCGCCCCATCTTGCGCTGGCAGGCCCGGCAAGCAGCCTGACCGATTTCGCCCTGAATCATCTCGACAGTCGCCAGCGACCCGGCTTCACGATTTCGTCGATGCTCTCGCAAAAACTACCCAACCACTTGAACGAAGCCGCTCTCAGGCAAATGTTGCTGTCGTTGGGTACGTCAACCCGCTACAGGGCGCATGTGCTGGACAAGCTGTCCGACAGCGCAGAGGGCATAGAGCAAAGGAAAAGTCGATTTTATCAACAACTACCCTGGCAACTGCTGCAACACGCCCACGCCAGATATTTGCAACAGAATCTCTCTCCGTTTGCCTTCAGCTTGATCAGCCAAGTGTTCGATATGCCGGACAGCATCGCCCGGCTGGAAGCAGACGGGGCCGAGGCAATCATCCGCCCGATGGAACTGATCAAGACGCAAGGCGCCGAAGCCGTCAAGGCTACCGGGCTCTATCTGATCGGGTCGAGTGTCGATGCAAAAGCCCCGCATATCCTGTATTCCCCTTACCACGAAGGGAATGTTTTCACCGAGTTCGAGAACGAAACGAAGGTCATCGCTGCAGTCAATGCGCCAGGGGTGCTTCAGGACATGCTGATTCACCGGCTCCCCGAAAGCCAGCAAGCCACGTTCCGAAATCTGTTCGCGTCCACGGCAGGAAAACTCTCGGAGATAACCCTGGCTTCGAACCCGATTGCCAACCTGCTCGGTACGTTGTTCAACGACAACACCTCATTACTGGCAGGCATGCTGAAAACCCACACCGATGGCACGCGCCAGTTCGACTGGCAAACCGTGGTGCATTTGTTCAGTACCGGCATCAAGGCCCTTGGCCGGGAACTGCCTGGCAAACTGGCGTTGATCGAGACTCTCAAAGATGCCTATGAGGATTTCAAGGCGTCTTCCGAGGATTTCCAGCAGGGCAATTGGGGGGCAGGCTTGCATGATTTCATCTGTGGCGCAGCGGAAATGGTCTCCCTGGGCTGGCTCAATCGGGACGATACCTTCGGCCTGCTCGATCCGGTGGGTCCCGCCGCCCTGCCTCGCCCCGCGGTAAAAGCATCTCACTGGCAGCACCTGACCAGCGCAGCGCGTACAGACCTGCAGCCATTCGAAGCCCTCAAGGTCAGCCTGGCCGACCTCAAGAAACACCCGTTCGATGGAACCTACGAAGCCCTGGCGTCCGGCAAGCACTACGCACCGGTGTTCGGCAAAGTCTTTCAGGTAGCAAAAGCTGCCCATGACTGGCGCATCACCCATGGCCACGCCGAGGGGCCAGTGCTCAAGCGCTCGTCTGAGTCCGGGCAGTGGTTGATCGATCCAGACTCGCGGCACATTCGCTACGGAAAAGTGATGTCAACCTTGACTGATATGCATAGCGACTTCAACGCGAAGGAAGTCATCAATATTGAAGCACGGGGTATGAAGCAGATACGCCGGATGTCCCCCTCCCGCGCGAACATGATCGAGCAAGCCCTGGAAACGGCACGGCATTACTCCCGCAACGCGCTGCAAAATCTTGAGCAGGTCAAAGGCGGCATGCCTGCCGGGTCCCGACTGGACACCTTCCTGACGACTTTTCTCGGCGTCAGGGTGATCGACGCGCGCCTTGTAGAAAAAATACACACCGCCATCGCCCCGATCTGCCAGACGCTGGCGGATCCGTTGTGGCTTCATAAAAACGGCAGTCGCATCGTTATCGGCATCGCCAAAAGCGCCAACTATGATGCGAGTGCCTTCGTATTCGAGGCCGGCAAGGGCGGCAGGATTTATCTCACCCAAGAGTTTTTCGCCATGGTGCCGCATTGGTACAACAGTGCCGTGCCCGATACATTCAATGTCGACGCGCACGCCCAAGGCTCAACCTTCATTCATGAACTGTCCCATCTGCTGTGCGACACACTGGATATCGTCTACCTGGGCGCCTACTTACCATTCCACGACCTCATTTCAACAGTGACTCAACTGGCACAAAAAAAAGCCGATGAACAAAAGGACCTGCAACTCAACGGTTTTTCGTGGACCACGCCGCGCGCTCGCCTGTTCACGGATTGGGACCGTGCAACCCACTCGTTCAAGAGCCTCGACCTCCTGCCCAAGCACAAAGATACCGTCAGAAAAATCCTGCAAATCACCAGCAGTGCAAATCTGGAGCAAGCCCGCGACGCATTTCTGGACCTGAACTCAGCGGATCGACGGATCGACGTCATGTTTAAAAATGCCGACTCTATAGCGCTGCTCATTTGTGAGCTGGGGCGACAATTGGATCCGCCTCCGGTGGCTACGCCATAG MTSANPPLLFPEIFKARRLNELTAPHGLTQADLDWLHHAALPNYTQRGEQSPAMTIETITLDVQGKPLIPLAGCLVLSAQGDHPAFLYTPYGGIAKFDSPETLEHRLDEMLATPLERDELFCLLSLSQRNELYGASFQKTRRTVYGDPLETRLASISNAQELNAQAMVHELLQVPSLAAMLDQVLQELLDNFDHKQARVSLSLIKGADVPLQQWTRNMPLSDAVLIYFHHQGWPDGYEAAFTHPSTEESPANALHWQTMVKLTARNLVRHLTDRLEAYWDAASPLNISRRQFLSRVIDDKLRSAIVIEGEKGQLTEAQSSELHRLFRPSRHDERLMFIETIRLWEHETHSVELAGSLMISANGHYLYTPGKGIQQVDHHLGFRDTLLGPPTAAPQMDALYRLLSLEERNRLLRFDAPQVSGKEVSLPVAESLGQAIIAKQLDNIHFALEMSRQGEVDIHALLDKALDIRTLIDNGLLDQKVDGHWGARAAFYGNLRPSNFIADVLHRKLKTYDSVQKAFDSEFTELPHSSESELLDSELRKLLPKLCSTFSLGIREEAELRQLNGTLSTDAHKLINSVFAFDANYPDREQRPSVKGFRPDVYSLKLTCTTEGATTAVSPASCFLLTERGGLDTPFSGMAILWLPTCGLKVFPSVALASQQLNQYLSNARSRFDVLTNLTPAQRNPHARYQLEAFELIEGNVLMNRMTSFSEHFAAEHAYLRALQIGDWRLTEPAMLESLKALLDKGAATNLPVAERIAHAYRFQQKLPAWLGAASLEDQRQHIELLEQYRNSVTEDKDYLDGIEPLRNYVDRTLKALLETRFPDTGLDPATLLISPHLALAGPASSLTDFALNHLDSRQRPGFTISSMLSQKLPNHLNEAALRQMLLSLGTSTRYRAHVLDKLSDSAEGIEQRKSRFYQQLPWQLLQHAHARYLQQNLSPFAFSLISQVFDMPDSIARLEADGAEAIIRPMELIKTQGAEAVKATGLYLIGSSVDAKAPHILYSPYHEGNVFTEFENETKVIAAVNAPGVLQDMLIHRLPESQQATFRNLFASTAGKLSEITLASNPIANLLGTLFNDNTSLLAGMLKTHTDGTRQFDWQTVVHLFSTGIKALGRELPGKLALIETLKDAYEDFKASSEDFQQGNWGAGLHDFICGAAEMVSLGWLNRDDTFGLLDPVGPAALPRPAVKASHWQHLTSAARTDLQPFEALKVSLADLKKHPFDGTYEALASGKHYAPVFGKVFQVAKAAHDWRITHGHAEGPVLKRSSESGQWLIDPDSRHIRYGKVMSTLTDMHSDFNAKEVINIEARGMKQIRRMSPSRANMIEQALETARHYSRNALQNLEQVKGGMPAGSRLDTFLTTFLGVRVIDARLVEKIHTAIAPICQTLADPLWLHKNGSRIVIGIAKSANYDASAFVFEAGKGGRIYLTQEFFAMVPHWYNSAVPDTFNVDAHAQGSTFIHELSHLLCDTLDIVYLGAYLPFHDLISTVTQLAQKKADEQKDLQLNGFSWTTPRARLFTDWDRATHSFKSLDLLPKHKDTVRKILQITSSANLEQARDAFLDLNSADRRIDVMFKNADSIALLICELGRQLDPPPVATP NA NA NA NA NA D1-35_03518 1002 hypothetical protein ATGACCGAACGAATACTCTCGGAAGCCGAATACGACGCCATCAGCGATGCGGCCGCGCATTGGTGCATGCGTTTGCACGCTGATGACTGCACCGATGCCGACCGATTGGCGTTCAAGCAATGGCATGACGCCGACCCTCTGCACGCTTTCGAATACCAGGCCATGCTGGAAATCTGGGGCGTGGCCGAGCATCTGCCGCGTGTCGAATCCGCGCCGACCCTGCCAGCCCGGCGGCCACGGCCGCGCTGGAGCCGTCTGGCTGTCGCCGCCGCGGTGATCGCGCTGGGCTTGCCCTTGGCCGCGATTACCGGTTGGAACATGGGGTGGCTACCTGACTCGTACCAGCGCCTGGAAGCCGGCGCGAGCGTACGTCATGTCACGCTGGGCGATGGCAGCCAGGTGGAGCTCAACCTTGGCAGCGAACTGGTGTTCGCCAACTACAAGCATGAGCGTCGGGTCACGCTGAAAAAAGGCGAGGCGTTCTTCGATGTCAGTCACGACACCCGGCATCCTTTCGTCGTTCGGGCGGGCCAGGGCCAGGTGCGTGTGACAGGCACCCGTTTCAACGTGTGGATGTATCAGGACCAGGTTCGGGTCACATTGGTGGAAGGCTCGGTATGGGTGACCAGCAACATGAACGCCACTGCGGGCGGCTCGCAACTGTCACCGGGAATGCAGGCAAGCTACAAGGCGGGCGACTACCAGCCGCAGGTACGCGAGATCGAACCCGGCGACAGCTCCCTGGCCTGGCGCAACGGCAAGCTGGTGCTGAATGACCTGGCCCTTTCCGACGCACTGCCATTGATCAATCGCTACCTCGAACGTCCCGTCATGCTGGCCGACCATGCTACCGGCACCCTGCGTGTCGGCGGCATCTACAACCTCAACGAAGTGAAGAACCTCGTGCCCTCGCTGCCCAAGGTCCTGCCGATCTATCTGACCCAGAACCAGGACGGCAACCTGGTCCTCAATTCCATCGGTCATCATCCGGCCAAACATTAA MTERILSEAEYDAISDAAAHWCMRLHADDCTDADRLAFKQWHDADPLHAFEYQAMLEIWGVAEHLPRVESAPTLPARRPRPRWSRLAVAAAVIALGLPLAAITGWNMGWLPDSYQRLEAGASVRHVTLGDGSQVELNLGSELVFANYKHERRVTLKKGEAFFDVSHDTRHPFVVRAGQGQVRVTGTRFNVWMYQDQVRVTLVEGSVWVTSNMNATAGGSQLSPGMQASYKAGDYQPQVREIEPGDSSLAWRNGKLVLNDLALSDALPLINRYLERPVMLADHATGTLRVGGIYNLNEVKNLVPSLPKVLPIYLTQNQDGNLVLNSIGHHPAKH PGPT0003910_3179 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_03519 2355 pvdQ COG2366 Acyl-homoserine lactone acylase PvdQ GTGAGAATGTCCGGGCAGTTATCGAGGTTTTGCCTTGCGGGTGCGTTGCTGGGGATGGCCCTGGGTGTCAGTACCGTTGTCAGCGCGCGAGGAGAGGTGGAGCAGGCCACCGCCGAGATTCGCCGCACCAGTTTTGGCGTGCCGCACATACGCGCCCAGGATGAGCGTGGATTGGGCTACGGCATCGGGTACGCGTATGCGCAGGATAATCTTTGCCTGCTGGCCAATGAGATCGTGACGGTCAACGGCCAGCGCTCGCGTTACTTCGGCCCCGAACAGGTCACCCTGGAGCAGCGGTCCAACCGGGCCAGCGACCTGTTCTTCAGCTGGCTCAACACGCCTCAGGCCGTATCCGGTTTCTGGCAGGCCCAGACGCCCCAGGTGCAGCAACTGGTCGAAGGCTACGTGGCCGGTTACAACCGCGCACTGGCCGAGCGCAAGGCACAGGGCTTGCCCGCACAGTGCGCCAGCGAATGGGTGCGGCCAATCACGGCGCTGGACCTGGTCAAGCTGACCCGGCGCCTGTTGGTGGAAGGTGGCGTCGGCCAGTTCGCCGAGGCCGTGGCGGGCGCGCAGCCGCCCAAGGCGACCACACAGGCCGACACCTCGATGTCCGGCTTCGAGGTCGCCGCGACCCGCCAGCAGCGCTTCGCCCTCGACCGCGGCAGCAACGCCGTGGCAATCGGCAGCGAACGTTCGTTCAACGGTCGCGGCATGTTACTCGCCAATCCCCATTTCCCCTGGGTGGGCGGCATGCGCTTTTATCAGATGCACCTGACCATTCCCGGCAAGCTGGATGTCATGGGCGCCGCGTTGCCCGGCTTGCCGATGATCAATATCGGTTTCAGCCAGCACCTGGCCTGGACCCATACCGTCGACACCTCCAAGCATTTCACCCTGTACCGCTTGCAGCTCGACCCGAAGGACCCGACCCGCTATCTGCTGGACGGCAAGTCAGTGCCGATGAGCCAACAGGTGGTCACGGTGGACGTCAAGCAGGCCGGCGGGCAGGTCAAGCCGGTTTCGCGGGTGGTGTACGGCTCGCAATTCGGGCCGGTTGTGCAATGGCCTGGCAAGCTGGACTGGGACAACCGCTTCGCCTACAGCCTGCGGGACGCGAACCTGGAGAACGATCGCGTGCTGGCGCAGTGGTACGCCATGAATCAGGCCGTCACGCTCAAGGATCTGCAGGCGTCGGTCCAGCGGATCCACGGAATTCCCTGGGTCAATACTCTGGCGGTGGACGACCAGGGACAAAGTCTCTACATGAACGTTTCGGTGGTGCCCAACGTTGACGCGGCCAAGCTGGCGCGGTGCAGTGATCCGAGGGCCGGGCTGAAACTGATCGTGCTGGATGGCTCGCGCAGCGAATGCAACTGGAGCGTGGACCCCAAGGCCGCGCAAAAGGGCATCTATGCCGCCGACAAACTGCCGCAGTTGTCGCGTCGTGATTACGTGCAGAACTCCAACGATTCGGCCTGGATGGTCAATCCCGCTCAGCCCTTGTCCGGTTATTCGCCACTGATCAGCCAGCAGGACCAACCGCTGGGGTTGCGCGCACGTTTCGCGCTGGATCGACTGGGCCAGTTTGGCAAAGACGGGCCGGTGCAAGTGGATGAGTTGCAGCGCATGGTCATGGACGACCAGGTTTACCTGGCGGAACAGTTGATGCCGGACCTGCTGGCCTTCTGCGCCGGGGACCTGAAGGCTGATGCCGCCGCTCTGACTGAAGTATGCACCCGCCTGAAGGCCTGGGATCGCACGGCGAGCCTGGACAGCGGCGTCGGCTTCGTGCATTTCCAGCAGATCATGAAAACGCTGCAAGCCGTGCCTGATACCTGGCGCGTCGCGTTCGATCCGAACGATCCGCAACACACTCCGCGGGGCCTGGCAATCGAGCGGCCTGCGGTGGCCGAGGCGCTGCGCCAGGCCATGCTGGCTTCACGGGAGTCGGTGAAATCGGCGGGGCTGTCAGCGGACAGCCGCTGGCGGGACGTCCAGGTTGCCAGCCAGGGCGGTCGGCAGACGCCGATCCACGGCGGCCCGGCGGAGCTGGGAATCTATAACGCGATCCAGAGTGTGCCGGGGGCGAACGGCAAGCGGGAAGTGGTCAGCGGCACCAGCTATCTGCAAGTGGTGACATTCGATGGCAGCGGCCCGCAGGCCCAGGGACTGCTGGCGTTTTCCATTTCCAGTGACCCGGCCTCGCCTTACTCGGCGGACCAGACCCAGGCATTCTCGAAGCGGCAGTGGAGCACGCTGCCCTTTACCGAGCAGCAGATCAAGGCCGATCCGAACTACCAGGCCAAGGTCATCCGCGAGCGTGATGAGGCGGGCAGGGTCGCGACGCAGTAA MRMSGQLSRFCLAGALLGMALGVSTVVSARGEVEQATAEIRRTSFGVPHIRAQDERGLGYGIGYAYAQDNLCLLANEIVTVNGQRSRYFGPEQVTLEQRSNRASDLFFSWLNTPQAVSGFWQAQTPQVQQLVEGYVAGYNRALAERKAQGLPAQCASEWVRPITALDLVKLTRRLLVEGGVGQFAEAVAGAQPPKATTQADTSMSGFEVAATRQQRFALDRGSNAVAIGSERSFNGRGMLLANPHFPWVGGMRFYQMHLTIPGKLDVMGAALPGLPMINIGFSQHLAWTHTVDTSKHFTLYRLQLDPKDPTRYLLDGKSVPMSQQVVTVDVKQAGGQVKPVSRVVYGSQFGPVVQWPGKLDWDNRFAYSLRDANLENDRVLAQWYAMNQAVTLKDLQASVQRIHGIPWVNTLAVDDQGQSLYMNVSVVPNVDAAKLARCSDPRAGLKLIVLDGSRSECNWSVDPKAAQKGIYAADKLPQLSRRDYVQNSNDSAWMVNPAQPLSGYSPLISQQDQPLGLRARFALDRLGQFGKDGPVQVDELQRMVMDDQVYLAEQLMPDLLAFCAGDLKADAAALTEVCTRLKAWDRTASLDSGVGFVHFQQIMKTLQAVPDTWRVAFDPNDPQHTPRGLAIERPAVAEALRQAMLASRESVKSAGLSADSRWRDVQVASQGGRQTPIHGGPAELGIYNAIQSVPGANGKREVVSGTSYLQVVTFDGSGPQAQGLLAFSISSDPASPYSADQTQAFSKRQWSTLPFTEQQIKADPNYQAKVIRERDEAGRVATQ PGPT0003395_398 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_QUENCHING CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0003395-pvdQ-K07116 NA NA D1-35_03520 381 hypothetical protein ATGCATAACGCACCGATGCCCATGGAGGGCAAGCCAGGATCGGCACGTGTGTCAATGAGCACCACCAATAACGTTTTCGCCAAGCCAACGGAACGCGGCGGCAATGAACACATCAGGCGTCTGCTCAAGAGTTACGGGCTGCGAACGAGCCTGATCCGCCTCAAGGTGATCGATGCGCTGCTCAAGGCCGCCGAAGAGAATCGGCAACTGGGGGTGCGGGGCGTGCATAGCCAGTTGCTGGGGCTGGACATTCCGTTGTCCTTCCTCAGTGTACGCGAGGTGCTCAAGCGCCTGTGCAGCGAGGGGGTCGTCAGCCTCCATCCGGATAAAAGCTACAGCTTGCACCCGAGTGCGGTGGCCGTGCTCAACGCCAAGCAGTAG MHNAPMPMEGKPGSARVSMSTTNNVFAKPTERGGNEHIRRLLKSYGLRTSLIRLKVIDALLKAAEENRQLGVRGVHSQLLGLDIPLSFLSVREVLKRLCSEGVVSLHPDKSYSLHPSAVAVLNAKQ NA NA NA NA NA D1-35_03521 189 hypothetical protein ATGACTCATTCGCAACGTTTGAAATACTCGATCCTGGTGGTCCTCGTTGTCCTGGCAATCATGCTCGGGCTGTCATGGATGCAAGGTAAAGGCATGATCAGCGAGCAGCTGTTTCAATACATTGCTATTGCCGTGGCGGTCATCGTGGTGGTGATCAACGGGGTGATGAGGCGCAAGGTCAAGCCTTGA MTHSQRLKYSILVVLVVLAIMLGLSWMQGKGMISEQLFQYIAIAVAVIVVVINGVMRRKVKP NA NA NA NA NA D1-35_03522 1995 hypothetical protein ATGCCCGCATTCCGCACCATTCAAGCCCGCTATACGCTGTTCCTGGTTCTGTTCATCCTGGTGCTGTCCATCCTGACGGTGGTCGGTATCAGCTATCTGGTCGCGCCAAAGCTGCGCCAGACCGAGGAACAAGTAGCGCTGAACCGCATCGAAGAGGTCGCGGAACAGATCCAGGGCGAGCTGAACAAGGTGCAGGCGCAGCAGCGGAGCATCACCCAGACCATCCCGCTGCTCGACAGCGACGCCATCGACAAGGTATTGCCTGGCCTGGTGGATCAATACGGCGAATTGAAGGTGTTCGGCGGCGGGATCTGGCCACTGCCCAACCAGCGCGCCGAGGGTCGCAGCAAGTTCAGCACGTTCTGGCACCGCGACGCATCCGGCAAACTGGCGGTCAACACCTTCTGGAACAGCGACGCTGCGCCGAACTATTTCGAACAACCGTGGCACAAGGGCGGCATGGCCACCCCTCCCGGCAAATGCGCCTGGGCCGCCGCCTACAAGGACGACGCCAGCGCCGAGCCACGGACCAACTGCGCCATGGCGATCCAGAAGAACGGCGCGCCTTACGGCGTTTCCACCATTGACGTGACCCTGGGCTTTTTCAACGATTTGATCGCGCGCAAGGAAGCGGAACTGAGCGCCGAGATGCTGATCGTCGAAGCCGACGGCAAGATCATCAGCAACAGCTCGCGTATCAGCGGGCCGATCGTGCTGAAGAACATCAGCGAGCTGGCGGCTACCTCGCCGTTCGCCGCTCAGGTCAAGGCAGGCCTGGCCAACCGTGACCAGCCGTTGCAACGGCTCGAGTTCGACAACAAGGGTGAGGCCAGCACGTTTTTCATGCGCCCCATCGAAGGCTCCCCATGGTTCCTCGCCACTGCCCTGCCGACCCGCCTGATCACCGCCCAGCGTGACGACGTGTTGAGCACGCTGAGCCTGCTGCAGATTCCGCTGGTGATCCTGTTGGTGCTGATGCAGTTGTACGCCATCCGCCAACTGACCCACCGCATGAAGGTCCTCAAAGGCAATATCGACGCGCTGTCCACTGGCGATGCCGACCTGACCCGACGCATCACCATCCGTGCCGAAGACGAACTGGGCGCCATTGGCCATTCGGTCAACCGGTTCATCGCCTATCTGCAAGACATGATCGGCGAAGTCACCCAGGCCACCGGCGCCATGGCCTCGGGCCTGGACAGCCTGCAGCGGAGTTCGGCCCATACCAGCGAAATCCTGATGCGCCACGCCTCGGAAACCGACCAGACCGTGACAGCCATCACCGAGATGAGCTCCACCGCTGAAAGCGTGGCGCAAAACGCCGCCGAAACGGCAGCGTTCACCCAGCGCGCCAATGAGCATGCCGATCGTTCGCGGGTCGTGGTCGGTGAAGCGTCCAACAGCGTCGTGGCGCTGATCGATGAGGTCGCCAGCGCCACGCGCAAAGTCGAAGACATGCAGCAGGACGCGCAACGCATCACCGAAATTCTCGGCGTGATCGGCGCCATCGCCGGGCAGACCAACCTGTTGGCCCTCAATGCCGCCATCGAAGCGGCCCGGGCCGGCGAGCAGGGCCGTGGCTTCGCGGTGGTCGCCGACGAAGTCCGCGCCCTCGCCGCCCGCACCCAGGCCAGCACCTCGGAAATCAATGAAATGCTGACCCGCCTGACCCAGGGCGTGACCTCGTCGGTCGCCGCCATGGAAAACACCCAGGCCAGTTGCCAATCGGCGGCCGACGCCACGTCCCGGGTCAACTCGGGCCTGGATGAAATGGCCGGCTCCGTCAGCCAGATCAACAGCCTGAGCACCCAGATCGCCACCGCCGCCGAACAGCAGAGCGCAGTGACCGAGGAAATCAACCGCAGCATGGTGCAGATCCGCCATATGGTCGAGGAACTGGTGGAAAGCGGCCTGGCCAGCCAGAACAACACCCGCCAGCTGCTGGAAGCCAACAGCCGGGTGAATGCGATCATGGGGCGGTTCAAGGTTCGCTAA MPAFRTIQARYTLFLVLFILVLSILTVVGISYLVAPKLRQTEEQVALNRIEEVAEQIQGELNKVQAQQRSITQTIPLLDSDAIDKVLPGLVDQYGELKVFGGGIWPLPNQRAEGRSKFSTFWHRDASGKLAVNTFWNSDAAPNYFEQPWHKGGMATPPGKCAWAAAYKDDASAEPRTNCAMAIQKNGAPYGVSTIDVTLGFFNDLIARKEAELSAEMLIVEADGKIISNSSRISGPIVLKNISELAATSPFAAQVKAGLANRDQPLQRLEFDNKGEASTFFMRPIEGSPWFLATALPTRLITAQRDDVLSTLSLLQIPLVILLVLMQLYAIRQLTHRMKVLKGNIDALSTGDADLTRRITIRAEDELGAIGHSVNRFIAYLQDMIGEVTQATGAMASGLDSLQRSSAHTSEILMRHASETDQTVTAITEMSSTAESVAQNAAETAAFTQRANEHADRSRVVVGEASNSVVALIDEVASATRKVEDMQQDAQRITEILGVIGAIAGQTNLLALNAAIEAARAGEQGRGFAVVADEVRALAARTQASTSEINEMLTRLTQGVTSSVAAMENTQASCQSAADATSRVNSGLDEMAGSVSQINSLSTQIATAAEQQSAVTEEINRSMVQIRHMVEELVESGLASQNNTRQLLEANSRVNAIMGRFKVR PGPT0015710_6988 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 D1-35_03523 447 hypothetical protein ATGGCCCATCCCCTGCATCTGCTCGCCTTGAGTACCTTGCTCATTTCCGCCCTGGCCCAGGCCGCCGAACCGGCGACCATCGATGTGCACCGCGATGCCAATTGCGGTTGCTGCAAGAAGTGGATATCCCACTTGCAGGAGAACGGTTTCAAGGTCAACGACCATGTCGAGGCCGACATGAGCGCGGTCAAGCAACGCCTTGGCGTCGCGCCCAACCTGCGTTCCTGCCACACCGCCGAAATCAACGGCAAATTCGTCGAAGGCCACGTTCCGGCCGAGCAGGTGCTGGCATTGAGCATACGCGACGACCTGCTTGGCGTAGCCGCGCCCGGCATGCCGATGGGCTCGCCGGGCATGGAGATGGACGGCATGAGCGATGCCTACCAAGTGATCGGGCTGAAAAAAGACGGGACGCAAACCGTGGTGGCGGACTATCCGGCCCATTGA MAHPLHLLALSTLLISALAQAAEPATIDVHRDANCGCCKKWISHLQENGFKVNDHVEADMSAVKQRLGVAPNLRSCHTAEINGKFVEGHVPAEQVLALSIRDDLLGVAAPGMPMGSPGMEMDGMSDAYQVIGLKKDGTQTVVADYPAH NA NA NA NA NA D1-35_03524 435 yqaA COG1238 Inner membrane protein YqaA ATGGGCGAAGCGTATATCGGGCTGTTCTTTGCAGCGTTTGGCGCGGCGACCCTGCTGCCGTTGCAATCCGAGGCGCTGCTGGTGGGCCTGCTACTCAGCGAACGTTACGCGATCTGGCTGCTGCTGGCAGCTGCAACCCTCGGCAACGTCCTCGGTTCGCTGGTGAACTGGTGGCTGGGCACACGCCTGGAACAGTTCAAGGATCGCCGCTGGTTTCCGGTCAGCCCGTCCCTTCTGGACAAGGCCCGTCGGCACTACCAGCGCTATGGCTACTGGTCGCTGTTGCTCAGTTGGCTGCCCATCATCGGCGATCCGCTGACATTGGTCGCCGGCGTGATGGGTGAGCCCTGGCGGCGCTTCCTGTTGATCGTGACGCTCGCCAAAGGCCTGCGTTATGGCGTGCTCACCTGGGCGACCCTCGGCTGGATGGGTTGA MGEAYIGLFFAAFGAATLLPLQSEALLVGLLLSERYAIWLLLAAATLGNVLGSLVNWWLGTRLEQFKDRRWFPVSPSLLDKARRHYQRYGYWSLLLSWLPIIGDPLTLVAGVMGEPWRRFLLIVTLAKGLRYGVLTWATLGWMG NA NA NA NA NA D1-35_03525 1032 dhmA_2 Haloalkane dehalogenase ATGTCGCGTTTGACCGCCCGCTGGCTGCCCAGCCTGTTCCTCACCGCTGCCTTGCCAATGCTCGCCCAGGCCGCGAACCCACCTGAAGGCCCGGCCTATGGCCCGCAGCTTGAGGGTTTCGAGTACCCCTATACGCTCAAGCATTTTGCCTTGCAGTCCCAGGGCAAATCGCTGCAGATGGGCTATATGGACGTGCCCGCCCAAGGCAAGGCCAACGGCCGGACGGTGGTGCTGATGCATGGCAAGAATTTCTGCGCCGCCACCTGGGGCGATTCGATCAAGGCGCTCAGTGACGCCGGTTACCGGGTCATCGCCCCGGACCAGATCGGTTTTTGCACGTCGAGCAAGCCGGACCATTACCAGTACAGCTTCCAGCAGTTGGCGATCAACACCCAGGCCCTGCTCAAGGCTCTCGGCGTACAGAAGGCCATCGTGCTGGGCCACTCCACCGGTGGCATGCTTGCCACCCGCTATGCCTTGCAGTTCCCCGACCAGGTCGAACGCCTGGCGATGGTCAACCCCATCGGCCTCGAGGACTGGAAAGCCCTTGGCGTGCCTTACCGCACCGTGGACCAATGGTACGAGCGCGAGCTGAAACTCAACGCCGAGGGCATTCGCAACTACGAGCGCAACACCTATTACGGCGGACGCTGGAAACCGGAGTTCGAGCGTTGGGTCGACATGCTTGCCGGCTTGAACAAGGGCCCGGGACATACACAAGTGGCGTGGAATTCGGCGCTGATCTACGACATGATCTTCACCCAGCCGGTCTATTACGAGTTCAAGGACCTGAAGGTCCCCACGCTGCTGTTGATCGGGACGTCCGACACCACCGCCATCGGCAGTGACATTGCCCCGCCGGCCGTGAAAGCCCGGCTGGGCCGTTACGAGGTGCTAGGCAAACAGGTCGCCGGACTGATCCCGCAGTCGACCCTGGTGGAATTCCCCAACCTGGGGCACGCGCCGCAAATGGAAGAGCCGGCGCGGTTCCACCAGGCGCTGCTCGGCTGGCTGGACAAACCCATTCCCTGA MSRLTARWLPSLFLTAALPMLAQAANPPEGPAYGPQLEGFEYPYTLKHFALQSQGKSLQMGYMDVPAQGKANGRTVVLMHGKNFCAATWGDSIKALSDAGYRVIAPDQIGFCTSSKPDHYQYSFQQLAINTQALLKALGVQKAIVLGHSTGGMLATRYALQFPDQVERLAMVNPIGLEDWKALGVPYRTVDQWYERELKLNAEGIRNYERNTYYGGRWKPEFERWVDMLAGLNKGPGHTQVAWNSALIYDMIFTQPVYYEFKDLKVPTLLLIGTSDTTAIGSDIAPPAVKARLGRYEVLGKQVAGLIPQSTLVEFPNLGHAPQMEEPARFHQALLGWLDKPIP PGPT0024360_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0024360-PLB-K13333 NA NA D1-35_03526 963 hprA COG1052 Glycerate dehydrogenase ATGGCGGTGCAAATAGCAGTCATCGACGATTGGCAAGACGTCGCCAGGGACGTGGTGGACTGGTCGGTGCTCGATAGCATTGGTGAAGTGACCTTCCTGCACGATTACCCCGCCGACCGCGACACCCTCGCCGAGCGCCTGCAACGCTTCGACGTCATCTGCGTGATGCGCGAGCGCACCCGCTTCGACGAAGAACTGCTGCGCCGCCTGCCCAACCTGCAGCTGTTGCTGACCGGCGGCATGCGCAACGCCGCCCTTGACCTCAAGGCTGCCACGACACTGGGCATCCAGGTCTGCGGCACCGAGAGCTACAAGCACGCTGCGCCGGAACTGACCTGGGCGCTGATCATGGCCCTGAGCCGCAATCTTGTACCGGAAGCCAACGCCCTGCGCGCTGGGCTGTGGCAACAGGGCCTGGGCGGTGATTTGCACGGCAAGACCCTGGCGATCCTGGGCCTGGGCAGCATCGGCACGCGCGTTGCGCAGTTCGGCCAGGTGTTCGGCATGCGTGTGATCGCCTGGAGCGAAAACCTGACCGCCGAGCGAGCCGCCGCAGCCGGCGTGCAATACGTGAGCAAACAAGCGCTGTTCGAGCAGGCTGATATCCTCTCGATCCATCTGGTGCTCAGCGAGCGCAGCCGGGGCCTGGTGGACGCCCAGGCCCTGGGCTGGATGAAACCCGAGGCGCTGCTGGTCAATACCGCGCGCGGGCCGATTGTCGACGAGGCGGCCCTCATTGACGCACTCCGGCACAAACGCCTGGCAGGCGCCGCGCTGGACGTATTCGCCGAGGAACCGTTGCCGCCCGAGCACCCGTTCCGAACCCTCGACAACGTGTTGGCCACACCTCACGTGGGTTATGTGAGCCGGCAGAATTATCAGCAGTTCTACGGCCAGATGATCGAGGACCTGCAGGCCTGGGCGGCTGGCAAGCCGATCCGGGTGCTGACCGCGGCTGGTTGA MAVQIAVIDDWQDVARDVVDWSVLDSIGEVTFLHDYPADRDTLAERLQRFDVICVMRERTRFDEELLRRLPNLQLLLTGGMRNAALDLKAATTLGIQVCGTESYKHAAPELTWALIMALSRNLVPEANALRAGLWQQGLGGDLHGKTLAILGLGSIGTRVAQFGQVFGMRVIAWSENLTAERAAAAGVQYVSKQALFEQADILSIHLVLSERSRGLVDAQALGWMKPEALLVNTARGPIVDEAALIDALRHKRLAGAALDVFAEEPLPPEHPFRTLDNVLATPHVGYVSRQNYQQFYGQMIEDLQAWAAGKPIRVLTAAG PGPT0019780_1351 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 D1-35_03527 1572 glgA COG0297 Glycogen synthase ATGATCAGTGCTGCCTTGGAACCACAGCAAGTCCGCTCTCAATTACCGCCGGCGGCTGAATCGCCGACGGCACCGGTGCTGGCCACCGGAGGCAAGGCACTGCTCCCTGTCGTTCGACAGAACCCCAACCGCAAGAAGATCCTGTTCGTGACCTCGGAAATCGCCGACCTGGTCAAGACCGGTGGCCTGGGCGACGTTTCTTCCGCCCTGCCCCGGGCCATGGCCGGCCTGCATGATGTCCGGGTGCTGATCCCCGGGTATCCGCAAGTCATGAACAGCGGCAATCCGATCCATATCATCGGCGAACTGGGCGGCCACGCAGCGCTGCCGCCGTGCAAGATCGGCCGCATGGACATGGCCGACGGTCTGGTGATCTACGTCCTGATCTGTCCCGAACTGTATGCCCGCGAAGGCTCGCCCTACGGCGCCAACAATGGCCGCGACTGGCCGGACAACCACATCCGCTTCGCCCGCCTGGGCCTGGCCGCAGCCGACATCGCCGCCAACCTGGCGCAGATCCACTGGTGCCCCGACCTGGTCCATGCCCACGACTGGCCGGCCGGCCTGGCCCCCGCCTATATGCACTGGCGCGGCCAACGTACCCCGACCCTGTTCACCATCCACAACCTGGCGTACCAGGGCGTGGTCAGCCTGGCTTCCTGCCCGGAGCTGGGCATCCCGGAGCACGCGCTGCAACAGGAAGGCATGGAGTTCTACGGCAAGCTGTCGTTCCTCAAGGCCGGCATGGCCTATTCCAGCCACATCACCACGGTCAGCGCTACCTACGCCCAGGAAATCACCACCCCGGCGTTCGGCTGCGGGCTTGACGGGTTCCTCGCCGCCAAAACCCAACAAGGCCTGCTCAGCGGGATCCCCAACGGCATTGACGAGAGCTGGGATTCGGCGACCGACTCACATCTCCAGCGCCAGTTCTCCATAGGGGACTGGGAAGGCAAGGCTGCCAACGCCGCCCACGTCCGTGACCTGTTCGGCCTGGACCATACCAGTGGCCCGCTGTTCGCCGTGGTATCGCGCCTGGTGTATCAGAAAGGCCTGGACCTGACCGAGGCCGTCGCCGAATTCATCGTCGAGTCCGGCGGGCAGATCGCGATCATTGGCCGCGGCGAACCGGAAGAAGAACAGGCCATGCGTGAACTGGCGCTGCGCTTCCCCGGCAAGATCGGCGTGCGCATCGGCTTCAACGAAACCGATGCCCGGCGGATGTTCGCTGGCAGCGATTTTCTGCTGATGCCATCGCGCTACGAGCCGTGCGGCTTGAGCCAGATGTACGCCCAGCGCTTCGGCTCGCTGCCGGTGGCGCGCAATACCGGCGGCCTGGCGGACACCATCGAGGATGGCATCACCGGGTTCCTGTTCGACGAATCCACCGTGGAAAGCTACAAGCAGGCCCTGAGCCGGGCTTTCAAGGTATTCGAGTTTCCCGAGCTGCTCAATGCCATGCGTTGCCGGGCGATGTCGGCCCCCTTCAATTGGTCCAAGGCCGTAGAGCCCTATGCCGAACTTTATGAACAACTGGTAGCTAAATCGCTGGGAAAATCGGCCAGACAATGA MISAALEPQQVRSQLPPAAESPTAPVLATGGKALLPVVRQNPNRKKILFVTSEIADLVKTGGLGDVSSALPRAMAGLHDVRVLIPGYPQVMNSGNPIHIIGELGGHAALPPCKIGRMDMADGLVIYVLICPELYAREGSPYGANNGRDWPDNHIRFARLGLAAADIAANLAQIHWCPDLVHAHDWPAGLAPAYMHWRGQRTPTLFTIHNLAYQGVVSLASCPELGIPEHALQQEGMEFYGKLSFLKAGMAYSSHITTVSATYAQEITTPAFGCGLDGFLAAKTQQGLLSGIPNGIDESWDSATDSHLQRQFSIGDWEGKAANAAHVRDLFGLDHTSGPLFAVVSRLVYQKGLDLTEAVAEFIVESGGQIAIIGRGEPEEEQAMRELALRFPGKIGVRIGFNETDARRMFAGSDFLLMPSRYEPCGLSQMYAQRFGSLPVARNTGGLADTIEDGITGFLFDESTVESYKQALSRAFKVFEFPELLNAMRCRAMSAPFNWSKAVEPYAELYEQLVAKSLGKSARQ PGPT0025880_950 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025880-glgA-K00703 NA NA D1-35_03528 1803 glgB_2 1,4-alpha-glucan branching enzyme GlgB ATGCCGTCAAGGACGCCTGAAACCTGGACCCACGGCGCGGTCTTGCTCGATTCCGAGCACACCCGCTTCGCGCTATGGGCCCCGGATGCCTTTTACGTCAGTGTCGAACTCGACACTGGAGAATCCATACCGATGCTGCCCCAGGCCAACGGCTGGTTCATGATCCAGGCCCGTTGCCCCGCTGGCACTCGTTACCGCTTCAACATCGATGGCGAGCTGGAGGTGCCCGATCCAGCCTCCCGCGCCCAGGACGGTGATATCGATCGCCACAGCGTGGTGGTCGACCCCCACGCCTACCAATGGCGACACACCAACTGGTCCGGTCGCCCCTGGTACGACGCCGTCATTTACGAACTGCATGTTGGCGCCCTCGGTGGTTTCGAAGGCGTCGAGCAGCAACTGGCACGCCTGGCCGGGCTTGGCGTGACCGCCATCGAACTGATGCCCCTGGCGCAGTTTCCCGGCGATCGCAACTGGGGCTACGACGGTGTATTGCCCTACGCTCCCCAGGCCTCCTATGGCACGCCGGACCAGCTCAAGCATCTGATCGACAGCGCCCATGGCCATGGCTTGGCGGTCATTATCGACGTGGTCTATAACCACTTCGGCCCCGATGGCAACTACCTGCACCGCTACGCCAAGGGCTTCTTTCGCGAAGACAAGCACACACCCTGGGGCGCGGCGATCGACTTCCGGCGCCGCGAGGTCCGCGACTTCTTCATCGAAAACGCCCTGATGTGGTTGCTCGAATACCGTTTCGACGGCCTGCGCCTGGACGCCGTGCATGCGATCGAAGACCCGGACTTCCTCCAGGAGCTCGCCACCACGGTGCGCCAACAGGTCGACCCGACGCGCTACGTCTGGTTGACCGTCGAGAACGAACACAACCAGGCCAGCCTGCTGGAGCACGGCTACGACGCCCAGTGGAACGATGATGGGCACAATGCCTTGCACGTGCTGCTGACCGGCGAGACCGATGCCTATTACGCCGACTATGCCGAGCAGACCACGGAAAAGCTCGCGCGCTGCCTGAGCCAGGGGTTCGTGTTCCAGGGCCATACCAACCGCCACGGTGAATCCCGCGGCGAGCCCAGCGGCCACCTGCCGCCGAGCGCATTCGTATTGTTACTGCAAAACCACGACCAGATCGGCAACCGGGCCTTGGGCGAGCGCCTGCACCAGCTGGCCCCGCCACAGGCGCTGCAAGCCGCGACCGCCTTGTTGCTGCTTTCACCGATGATCCCGCTGATGTTCATGGGCGATGAAGTGGTCGCCGAACAACCGTTCCTGTTTTTCACCAGCCACCATGGCGAACTGGCGGAGTTGGTGCGCGAAGGTCGACGCAACGAGTTCAAGGCCTTTGCAGCTTTTGCCGACCCCGAGAAACGCGAGCGGATTCCCGACCCGAACGCGGCCGGCACGTTCGACGCTTCACGGCCCAACCTGGAAGCCCATCAACCGGAACAACTGGCCTGCGAAACCCTGTATCGCCAGTTATTGAAGATCCGCCGTGAGGAAATCGTCCCGCGCCTCCCCGCCGCCCATGCCCTGGGCGCGGATGTGCTGGGCCATGGCGCCGTCAGCGCGCGCTGGCAGATGGGCGACGGCAGCGTGTTGCGCATCGACCTGAACCTCAGCGACAAACCGGTCGAACACAGCGCACCGCAAGATGCGCAGATTCTTTTCGAACATCCACCGCAGGCCATGGGTCTGTTGCAACAAGGGGTGCTCACGCCCCACAGCGCGCTGGTCAGTCTGACGCAAGCGACAACCTTGCCCAATATCACTGGAGAGCGCCTATGA MPSRTPETWTHGAVLLDSEHTRFALWAPDAFYVSVELDTGESIPMLPQANGWFMIQARCPAGTRYRFNIDGELEVPDPASRAQDGDIDRHSVVVDPHAYQWRHTNWSGRPWYDAVIYELHVGALGGFEGVEQQLARLAGLGVTAIELMPLAQFPGDRNWGYDGVLPYAPQASYGTPDQLKHLIDSAHGHGLAVIIDVVYNHFGPDGNYLHRYAKGFFREDKHTPWGAAIDFRRREVRDFFIENALMWLLEYRFDGLRLDAVHAIEDPDFLQELATTVRQQVDPTRYVWLTVENEHNQASLLEHGYDAQWNDDGHNALHVLLTGETDAYYADYAEQTTEKLARCLSQGFVFQGHTNRHGESRGEPSGHLPPSAFVLLLQNHDQIGNRALGERLHQLAPPQALQAATALLLLSPMIPLMFMGDEVVAEQPFLFFTSHHGELAELVREGRRNEFKAFAAFADPEKRERIPDPNAAGTFDASRPNLEAHQPEQLACETLYRQLLKIRREEIVPRLPAAHALGADVLGHGAVSARWQMGDGSVLRIDLNLSDKPVEHSAPQDAQILFEHPPQAMGLLQQGVLTPHSALVSLTQATTLPNITGERL PGPT0014130_572 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014130-treZ|glgZ-K01236 NA NA D1-35_03529 2079 malQ COG1640 4-alpha-glucanotransferase ATGAGCGATGCGCAACTGGAAATCCTCGCTGGCCGAGCGGGCCTGGCGGTGGACTGGATCGATGCCAATGGCCGTGCCCAGAAAGTTACACCCGCGGTGTTGCGCTCGGTCCTCACCGGCCTGGGGCATCCCGCCGGCACTGCCCAGGAAATCGACGCCAGCCTGTTGCAGTTGCAGGAAGACCAACAGAACCACCGCCTGCCGCCGCTGCTTACCGCAAACGCAGGCGTGAATGTCGACCTGAGCCGCTATTTCGAACCCGCGACCCCGTGCGAGATCCAGCTTGAAGATGGCGCGACGCTGAATCTGAAACTTGACGCCGACGCGACGCTGCCGGGGATCGTCCCGGTGGGCTATCAGCAGGTCAGCATCCAGGGCCAGCATTTCACCCTGGCGGTGGCGCCCACCCGTTGCTACAGCGTGGCGGATGCGGTGGACGACCCGACCCCCAGGGTCTGGGGCCTGAGCGCGCAACTTTATTCCCTGCGCCGCCCCGGCGATGGCGGCTTCGGCGACACCCAGGCCCTGGAAGAACTGGCCCGGGTGGCCGGCGAACGTGGTGCCGACGCCCTGGCCATCAGCCCGATGCATGCGATGTTCAGCAGCGATACCGGGCGCTACAGCCCATATTCGCCCTCCAGCCGGCTTTTTCTCAACAGCCTGTACGCCGCACCAGGCACCATCCTTGGCGAGCGTGCGTTGCGCACGGCCATCGACGCCACCGGCTTGACCAACCAGTTGCGCAGCCTCGAAGAGCAGCCGCTGATCGACTGGCCGGTGGCTGCCGAAGCCAAGCAGCGAGTTCTTCGCGCGCTGTACGACGGCTTCAGCCAGGGCGAACATCCGCTGCATGAGGATTTCAGCAGTTTCCGCCACAGCAGCGGCGAGGCCCTGGAAAACCATTGCCGCTTCGAAGCCCTCCAGGCCGATCGCGCCGCTCGGGGCGAAAGCCTCGACTGGCGCCAGTGGCCGAAAGAATGGCGCGATCCGCGCAGCGCCGCGCTGGCCCGTTTCGCCGAAGAGAACGCAGATGAAATCGGCTTCTACGCCTTCTGCCAATGGTTGATTGCCCGCTGCCTGGAGCGCGCCCAGAGCGCGGCGAAGTCCAGTGGCATGGGCATCGGCCTGATCGCCGATCTCGCCGTGGGCGCTGACGGCGCCGGCAGTCAGGCCTGGAGCCGCCAGGATGAATTGCTCGCCTCGCTCACCGTCGGCGCACCGCCGGACATTCTCAACCGCTCCGGACAGGGCTGGGGTATCTCGGCGTTCTCGCCAGAGGGGCTGGTACGCAACGGTTTCCGCGCGTTCATAGAAATGTTGCGGGCTAATTTCGCCCACGCCGGCGGCTTGCGCATTGACCACATCATGGGTCTGCAACGATTGTGGGTGATCCCCAACGACGCCCCGCCCACCGATGGCGCCTACCTCTATTACCCGATCGATGATCTGCTGCGGCTGCTGGCCCTGGAATCCCATCGCCACCGGGCCATCGTGCTCGGCGAGGACCTTGGCACCGTGCCCGAAGGCCTGCGGGAAAAACTCGCGGCCCGCGCCATCCTCGGCATGCGTGTGCTGTTGTTCGAACAGGACAATACCCACTTCAAGCCGATCCTCGATTGGCCGGATGACGCCCTGGCCACCACCAGTACCCATGACCTGCCAACCCTGAACGGTTGGTGGCACGGTCACGACATCGACTGGAACGCCCGGCTGGACCTGATCGACTCCCACACCGAGATGGACTGGCGCCGGCACCGCCAACGCGAGCGTGACGGGTTACGCAATGCATTGAACCAGGACCCGCAGAATTTTCGCGAAGAACACCGCGAAACCGACCAGGTGCTGGACGCCAGCGTGCGCTTCCTCGGCCATACCCGCGCGCCGCTGGTGCTGTTGCCCCTGGAAGATGCCCTGGGTATCGACGAACAGGCCAACCTGCCCGGCACCACCGACACCCACCCCAACTGGCGGCGGCGCCTGGCTTTGGAAAGCCGCGCGCTGCTGGATGACCCGGACGCCGCACGGCGTCTGGAAATACTCGCCTGCGCGAGACTTCAGGCGAACGAGCGTGACCGATGA MSDAQLEILAGRAGLAVDWIDANGRAQKVTPAVLRSVLTGLGHPAGTAQEIDASLLQLQEDQQNHRLPPLLTANAGVNVDLSRYFEPATPCEIQLEDGATLNLKLDADATLPGIVPVGYQQVSIQGQHFTLAVAPTRCYSVADAVDDPTPRVWGLSAQLYSLRRPGDGGFGDTQALEELARVAGERGADALAISPMHAMFSSDTGRYSPYSPSSRLFLNSLYAAPGTILGERALRTAIDATGLTNQLRSLEEQPLIDWPVAAEAKQRVLRALYDGFSQGEHPLHEDFSSFRHSSGEALENHCRFEALQADRAARGESLDWRQWPKEWRDPRSAALARFAEENADEIGFYAFCQWLIARCLERAQSAAKSSGMGIGLIADLAVGADGAGSQAWSRQDELLASLTVGAPPDILNRSGQGWGISAFSPEGLVRNGFRAFIEMLRANFAHAGGLRIDHIMGLQRLWVIPNDAPPTDGAYLYYPIDDLLRLLALESHRHRAIVLGEDLGTVPEGLREKLAARAILGMRVLLFEQDNTHFKPILDWPDDALATTSTHDLPTLNGWWHGHDIDWNARLDLIDSHTEMDWRRHRQRERDGLRNALNQDPQNFREEHRETDQVLDASVRFLGHTRAPLVLLPLEDALGIDEQANLPGTTDTHPNWRRRLALESRALLDDPDAARRLEILACARLQANERDR PGPT0018570_1482 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018570-malQ-K00705 NA NA D1-35_03530 2787 treY Maltooligosyl trehalose synthase ATGAACCAGACACTGACCCAACCGCTGCAGGCCACCTTGCGCCTGCAATTTCATAAAGGCTTCACCCTCGACGATGCGGTAGCGCAAGTGCCCTATTTCGCAGCGCTGGGCATCAGCCACATCTATGCGTCTCCCCTGCTCAAGGCACGGGCCGGGTCCATGCACGGCTACGACGTGGTCGACCCGACCCAGGTCAACCCGGAGCTGGGCGGAGAGGCTGCGCTCAAGCGCCTGGTCGCCACCTTGCGCGAGCACCGGATGGGCCTGATTCTCGACATCGTGTCCAACCACATGGCCGTTGGCGGCAACGACAACCCCTGGTGGCTGGACCTGCTGGAGTGGGGACGCTTGAGCCCTTATGGCGAATTCTTCGACATCCAGTGGCATTCCCCCGACCCGCTGATGGAAGGCCAGTTGCTGCTGCCATTCCTGGGCAGCGACTACGGTGTGGCGTTGCAGGAAGGCACCTTGAAACTGCGTTTTGATTCCGCGCAAGGCAGCTTCCATGTCGAGCATTACGAGCACCGCTTCCCCATCTGCCCGATGCAATACGGTGAGCTGCTCAAGCCTGCGGACGCTCTGGAGCCCGAGCAGATCGACGCGCTCAAGGCGCTGGCCGAGCGTTTCACCACGCTGAACTACCAGACCGACGCCCACTCCCTCGCCCGCCCGCTCCAGCAAGAGCTGCGCGATCTGGCCACGCAAACGAGCATCCTCAGCGCCATTGAGGACACCCTGCGCGGCTACGATTCCACCGAGCCCGCGGGTTTCGAGCGCCTGCACCAACTGCTCGAGCGCCAGAGCTACCGGCTCGCCAGCTGGCGCACGGCGGCGGACGATATCAACTGGCGACGCTTCTTTGATGTCAACGAACTGGGCGGCCTGCGGGTCGAGCGGCCGGCGGTGTTCGAGGCGACCCACGCCAAGATCTTCGAGCTGATCGCCTCGGGGCTGGTGGACGGCCTGCGGATCGACCACATCGACGGCCTGGCCGATCCTCGCGGTTACTGCCGCAAGCTGCGCCGTCGCGTCGACTCGCTCTCGCCCTCGCGGCACCTGCCGATTTTTGTCGAGAAAATCCTCGGCGACGGCGAAACCCTGCGCCGCGACTGGAACATCGATGGCAGCACCGGTTACGAGTTCATGAACCAGATTTCGCTGTTGCAACACGACCCGGCCGGCGCCGAGCCCCTCGCCGAGTTCTGGAGCCGGCACAGCGAGCGCCCGGCGCACTTCATCGAAGAGGCCCGCCTGGCCCGCCAGCAGATTCTCAACGGCTCTCTTGCCGGAGATTTCGAAAGCGTCGCACAGGCCCTGTTGCAAGTCGCCCGGGACGACGTGATGACCCGCGATCTGACCTTGGGCGCGATTCGTCGGGCGTTGCAGGAGTTGATCGTGCATTTCCCGGTGTATCGCACGTACATCAACCCGCTGGGACGCTCCGCCGAGGACGAGGTGTTTTTCCAGAAAGCCCTGGAAGGCGCCCGGCAAACCCTGAGCGAAGCCGATTGGCCGGTGCTCGACTGCCTGGCCGACTGGCTCGGTGGCATGCCATGGCGCAAGCGGCCTCGCGGCAGTGAGCGCAAACGCCTGCGCCACGCCTGCGTGCGCTTCCAGCAACTGACCTCGCCGGCAGCGGCCAAGGCTGTCGAGGACACCGCACTGTATCGCTCGGCGGTACTGCTTTCGCGCAATGACGTGGGCTACAACACCGAGCGCTTCAGTGCCCCGGCCGAGGAATTCCATGAAGCGTGCCGGGAACGGCTCGAACACTTTCCCGACAACCTCGTCACCACCGCGACCCACGACCACAAGCGCGGCGAAGACACCCGAGCCCGGCTGGCAGTGATCAGCGAACGCCCGGACTGGTACACTGCGTGCGTGGAGCAATGGCGCATCCTCTCGCCGTCGCTGCACAGCGACCCAGCAGCCCCATCGGCCGGTGATGAACTGATCCTTTACCAGGCCCTGCTCGGCAGCTGGCCGCTGGACCTCGACCTGCAGGACCCCAAAGCCTTGGCCGAATACAGCGAACGCCTGTGGCAATGGCAACGCAAGGCCCTGCGCGAAGCCAAGCTGCAAAGCAGCTGGGCGGCGGTCAACGATGCCTATGAGCAAGCCACCCAGATGTTCCTTGAGCGGTTGCTGCTGTGCGACGAGGGCCTGCCGTTGCGCAGCGCCATCGCCGAGGCGGTCCAGGCCATCGCTCCGGCGGGCGCCCTCAACAGTCTGGCGCAAACCTTGCTGCGCATGACCGTACCCGGCGTCCCGGACCTCTACCAGGGCAACGAATTCTGGGATTTCAGTCTGGTGGATCCGGATAACCGTCGCCCGGTGGATTTTAATGCTCGCCGTGAGGCGGTACAGGGCGACAGCTCACCGGCGACGCTGGTACGCGACTGGCGCGACGGTCGGGTCAAGCAGGCACTGATAGCGCGGACGCTGGCCTTGCGCGCCGAATACCCGCAGCTGTTTCGCCAAGGCAGCTATCAACCGCTGCCGGTGCTTGGCGAACACGCCGGGCGGGTGCTGGCGTTCATGCGCGAATACCAGCAGCAGCGGGCGATCGTGGTGGTCCCGGTGCACGCCGCCCGCCTGCTGGAAAACGGTGCCTTGCCCCACGTGGCTGCATCGGACTGGGGCGATACCCGGGTGTCGTTACCGTTCGCCGCCGAGGATGGAAAACTGAAGGGACTTTTTGCAAGCGCAGCAGTCACACCCCAAAGGGAGCTGATGGTCAGCGCCGCGCTGGGGGATTTCCCGGTCAATGTCTTTATTGAATCTTGA MNQTLTQPLQATLRLQFHKGFTLDDAVAQVPYFAALGISHIYASPLLKARAGSMHGYDVVDPTQVNPELGGEAALKRLVATLREHRMGLILDIVSNHMAVGGNDNPWWLDLLEWGRLSPYGEFFDIQWHSPDPLMEGQLLLPFLGSDYGVALQEGTLKLRFDSAQGSFHVEHYEHRFPICPMQYGELLKPADALEPEQIDALKALAERFTTLNYQTDAHSLARPLQQELRDLATQTSILSAIEDTLRGYDSTEPAGFERLHQLLERQSYRLASWRTAADDINWRRFFDVNELGGLRVERPAVFEATHAKIFELIASGLVDGLRIDHIDGLADPRGYCRKLRRRVDSLSPSRHLPIFVEKILGDGETLRRDWNIDGSTGYEFMNQISLLQHDPAGAEPLAEFWSRHSERPAHFIEEARLARQQILNGSLAGDFESVAQALLQVARDDVMTRDLTLGAIRRALQELIVHFPVYRTYINPLGRSAEDEVFFQKALEGARQTLSEADWPVLDCLADWLGGMPWRKRPRGSERKRLRHACVRFQQLTSPAAAKAVEDTALYRSAVLLSRNDVGYNTERFSAPAEEFHEACRERLEHFPDNLVTTATHDHKRGEDTRARLAVISERPDWYTACVEQWRILSPSLHSDPAAPSAGDELILYQALLGSWPLDLDLQDPKALAEYSERLWQWQRKALREAKLQSSWAAVNDAYEQATQMFLERLLLCDEGLPLRSAIAEAVQAIAPAGALNSLAQTLLRMTVPGVPDLYQGNEFWDFSLVDPDNRRPVDFNARREAVQGDSSPATLVRDWRDGRVKQALIARTLALRAEYPQLFRQGSYQPLPVLGEHAGRVLAFMREYQQQRAIVVVPVHAARLLENGALPHVAASDWGDTRVSLPFAAEDGKLKGLFASAAVTPQRELMVSAALGDFPVNVFIES PGPT0014125_414 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014125-treY|glgY-K06044 NA NA D1-35_03531 354 hypothetical protein ATGAGTACCGACGATAAACGCATTCGTGAATTTGCCTATCAGATCTGGGAGTCCGAGGGTAAGCCCGCCGGGCAGGAAAAACGTCACTGGGAAATGGCGCGCAAACTGGCTGAAGCCGAGGCACTGGCGCCTAGCAAGCCGCCGAAAGCAGCGAGCAAGACCGCCGCCAGCAAGACCGACGGCACCAAGCCGGCACCCGCCAAGAGCGCTGCGACCAAGACCGCTGCGAAGAACACCACACCCAAGGCCAAGCCTGCGGCCAAACCCTCCGCGGCGACTGCCGCAGTGGTCCCGCCCGCCGACAAGGCGGCCGCGAAGAAGCCACGAGCGGTGCGCAAACCACCGGCGGTCTGA MSTDDKRIREFAYQIWESEGKPAGQEKRHWEMARKLAEAEALAPSKPPKAASKTAASKTDGTKPAPAKSAATKTAAKNTTPKAKPAAKPSAATAAVVPPADKAAAKKPRAVRKPPAV NA NA NA NA NA D1-35_03532 2160 glgX COG1523 Glycogen operon protein GlgX ATGACCCGTCCAAAAAACACCACGCCGCCGCCGGTTATCGAGGCCTCGCGGATTCGTGAAGGGCTGCCGTTTCCGCTTGGCGCGACCTGGGATGGCCTGGGGGTCAATTTTGCGTTGTTCTCAGCCAACGCCACCAAGGTCGAACTGTGTATTTTTGATGACACCGGCGAAGTCGAACTCGAACGCATCGAGTTGCCGGAGTACACCGACGAGATTTACCACGGCTATCTGCCCGATGCCCATCCGGGGCTGATCTACGGCTATCGTGTCTATGGCCCTTACGATCCGGAGAATGGCCACCGCTTCAACCCCAACAAGCTGCTCATCGATCCCTACGCGAAACAGCTGGTGGGAGAACTGAAATGGTCCGAGGCCTTGTTCGGCTACACCATCGGTCACCCCGACGGCGACCTCAGTTTCGATGAACGCGACAGCGCCCCTTTTGTGCCCAAGTGCAAGGTCATCGACCCGGCCCACACCTGGGGCAACGACCATCGCGTCAGCGTGCCGTGGGACAAGACCATCCTCTACGAGACCCATGTGCGCGGCATCACCATGCGCCATCCCGCGGTGCCTGAGAACCTGCGTGGCACCTTCGGCGGCCTGATGGTCGACGATGTACTCGAACATATCCGCAAGCTGGGCGTGTCTTCGGTCGAACTGATGCCCATCCATGCCTTTGTCAACGACCAGCACCTGCTGCACAAAGGCATGACCAATTACTGGGGCTACAACAGCATCGCCTTTTTCGCCCCTGACCCGCGTTACCTGGCCAGCGGCAAGATCGCCGAGTTCAAGGAAATGGTCGCGCACATGCACGAGGCCAATCTTGAAGTGATTCTCGACGTGGTCTACAACCACACCGCCGAGGGCAACGAACAGGGCCCGACCCTGTCCATGCGCGGGATCGACAATGCCTCGTACTACCGGCTCATGCCCGACGACAAGCGCTATTACATCAACGACTCGGGCACCGGCAACACCCTCGACCTGAGCCACCCGTGTGTGCTGCAGATGGTAACCGACTCCCTGCGCTACTGGGCCACGGAAATGCACGTCGATGGCTTCCGCTTCGACCTGGCGACGATCCTGGGTCGCTACCATGACGGTTTCGATGAACGCCACAGCTTCCTCGTCGCCTGTCGCCAGGATCCGGTGCTGCGCCAGGTGAAACTGATCGCCGAACCTTGGGATTGCGGGCCTGGAGGTTACCAGGTCGGAGGGTTCCCACCGGGCTGGGTCGAATGGAACGACAAGTTCCGCGATACCGTGCGCGCCTTCTGGAAAGGCGACGACGGCCAACTCGCCGACTTCGCCAGCCGCATGACCGCTTCGGGCGAAATGTTCAACCAGCGCGGTCGCCGCCCTTATGCCTCGGTGAACTTCGTCACCGCCCACGACGGTTTTACCTTGCACGACCTGGTGTCGTACAACGACAAACACAACGAAGCCAACGACGAAAACAACCAGGACGGCAGCAACAACAACCTGTCCTGGAACCATGGCGTCGAAGGTCCGACGGATGATCCCGAGATCAACGCGCTGCGCCACCGGCAGATGCGTAACTTCTTCGCAACGCTGTTGCTCGCCCAAGGCACGCCGATGATCGTCGCGGGCGACGAGTTCGCCCGCACCCAGCATGGCAACAACAATGCCTACTGCCAGGACAGCGAGATCGGCTGGGTCAACTGGGACCTGAGCGAGGATGGCGCGGCGCTGCTCAAGTTCGTCAAGCGTCTGATCAAGCTGCGTCTGACTTATCCGATCCTGCGGCGCGGACGCTTCCTGGTGGGCAATTACAACGAGGACATCGGCGTCAAGGATGTCACCTGGTTGGCCCCGGATGGCAACGAGATGACCATTGAACACTGGCAGGACGGCCAGAACCGCTGCCTGGGCATGCTGATGGACGGGCGCGCCCAGGAAACCGGTATCCGCCGCAAGGGGGCCGACGCAACCTTGTTGCTGGTCGTCAACGCACACCATGACATCGTCAACTTCCGCTTGCCGGAAGTGCCGGAAGGCAGTTTCTGGACGTGCATGGTGGACACCAACCAGCCGACGGTGCGCGGTCAGGAGCGCTTCGATTTTGATGCCGAATACTCCGTGACCGGCCGCTCGTTGCTGTTGTTCGAGCTGCAACGCGACGAAGAGGAATAA MTRPKNTTPPPVIEASRIREGLPFPLGATWDGLGVNFALFSANATKVELCIFDDTGEVELERIELPEYTDEIYHGYLPDAHPGLIYGYRVYGPYDPENGHRFNPNKLLIDPYAKQLVGELKWSEALFGYTIGHPDGDLSFDERDSAPFVPKCKVIDPAHTWGNDHRVSVPWDKTILYETHVRGITMRHPAVPENLRGTFGGLMVDDVLEHIRKLGVSSVELMPIHAFVNDQHLLHKGMTNYWGYNSIAFFAPDPRYLASGKIAEFKEMVAHMHEANLEVILDVVYNHTAEGNEQGPTLSMRGIDNASYYRLMPDDKRYYINDSGTGNTLDLSHPCVLQMVTDSLRYWATEMHVDGFRFDLATILGRYHDGFDERHSFLVACRQDPVLRQVKLIAEPWDCGPGGYQVGGFPPGWVEWNDKFRDTVRAFWKGDDGQLADFASRMTASGEMFNQRGRRPYASVNFVTAHDGFTLHDLVSYNDKHNEANDENNQDGSNNNLSWNHGVEGPTDDPEINALRHRQMRNFFATLLLAQGTPMIVAGDEFARTQHGNNNAYCQDSEIGWVNWDLSEDGAALLKFVKRLIKLRLTYPILRRGRFLVGNYNEDIGVKDVTWLAPDGNEMTIEHWQDGQNRCLGMLMDGRAQETGIRRKGADATLLLVVNAHHDIVNFRLPEVPEGSFWTCMVDTNQPTVRGQERFDFDAEYSVTGRSLLLFELQRDEEE PGPT0019225_1349 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ISOAMYLASE,PGPT0019225-ISA|treX-K01214 NA NA D1-35_03533 765 hypothetical protein ATGAAACCCGCCTCCCGCTTGCAAGGCCGGCAGCATCCCCAGATATGGAACAGCGCGCCGCAACTGGCCGACATTCCCATCATCAGCACCCAGACACTCATATCCGCCGGCTCCCGCGCGGTCATCCTTGCCCCGCACCCGGGCGACGAGGTCGGTGCCTGCGGGGGACTGCTCCAGTTGTTGAGCAACCTGGACCATCCCATGCTACTGATCTCCGTCACCGACGGCAGCCTCGGCCACCCGGGTTCGCCATTATGGAACGATGAGCGGCTGCGCACGTTCCGCCCCCACCCCCAGGAAAGCGTCGACGCCCTGCATCGCCTGGGTGTGCCGCCCAACGGCCTGCAATGGGTGCGCGGCGGCTTCCCGGAAAAGAGCCTGGCCGAGCACGAGGAGCCACTGGCCGCGTTCATCGGTCATCATCTTCGCCCCGGTGACGTGGTATTCAGCACCTGGCGCCAGGACGGCGACAGCGATCACGACACTGTCGGACGCGCAGGAGCCCTGGCAGCCGAAGTTATCGGTGCGGTGTTCAATGAACTGCCGGTATGGGCGTGGCATTGGCCCCTCCGCGAACAGAAGAGGATCCCCTGGCATCGGGCTCGCAAACTGCGTCTGGATGTCTGGACCACCGCCCGCAAGCGCCACGCCATGCATGCTTACTCCAGCCAGCTCAACGGTGAACCGGCCAGCGGTATCGCACCGCTGGTACCGCGGGTGATTCTCGACCGCATGGGCATGCCGTACGAAATCGTTTTCATCTGA MKPASRLQGRQHPQIWNSAPQLADIPIISTQTLISAGSRAVILAPHPGDEVGACGGLLQLLSNLDHPMLLISVTDGSLGHPGSPLWNDERLRTFRPHPQESVDALHRLGVPPNGLQWVRGGFPEKSLAEHEEPLAAFIGHHLRPGDVVFSTWRQDGDSDHDTVGRAGALAAEVIGAVFNELPVWAWHWPLREQKRIPWHRARKLRLDVWTTARKRHAMHAYSSQLNGEPASGIAPLVPRVILDRMGMPYEIVFI NA NA NA NA NA D1-35_03534 291 hypothetical protein TTGGGGTTCCGCCCTTACGGCGGGTCACTTTTGGAAAGAGCGCCAAAAGTAACCAAAAACGCTCTGCCCCACCACTCGGCACCTCGCCTGGGCTCGGTGTGCCCTCACTCCGGCATTGCTCCGTGGGCCCGCCGCGAAGGGCCGTCCCTGGCCCAGCGCGGCTATCCCGGCATCCATGCCGGGATGCCCACTGCGCAATGCCTGCGTTCGGCCAGCGTGGTTAACGGGGCGTCCCAGATCAAGGTCAAGATCAAGATCAAGATCAAGATCAAGATCAAGATCAAGGTCTAA MGFRPYGGSLLERAPKVTKNALPHHSAPRLGSVCPHSGIAPWARREGPSLAQRGYPGIHAGMPTAQCLRSASVVNGASQIKVKIKIKIKIKIKIKV NA NA NA NA NA D1-35_03536 801 hypothetical protein GTGACTGGCGATTCCAACTGGCAGGCCGAGCAACCCGCGGCGGGGGATGCATCTGCGGCGGTTCATCGGCTGCGGGTCCTGACGGTCAATACGCATAAGGGGTTTACCGCCCTCAACCGCCGCTTCATCCTGCCCGAATTGCGCGAAGCGGTACGCAGCACGGGGGCCGACCTGGTATTTCTCCAGGAAGTGCTGGGTGAACACGACCGCCACGCGTCACGCTATGACAATTGGCCCCAGACCTCGCAGTACGAGTTCCTCGCCGACAGCATGTGGAGCGATTTCGCCTATGGCCGGAACGCGGTCTACCCCGACGGCCACCATGGCAATGCCCTGCTCTCGAAATATCCAATCCGCCAGTTCCGCAATCTCGACGTGTCCATCACCGGCCCGGAGCGGCGCGGGTTGCTGCACTGTGTACTGGACGTGCCAGGGCACGCCGAAGTCCATGGGATCTGCGTTCACTTGAGCCTGCTCGAAAGCCATCGCCAACTGCAGCTTCAATTGCTCTGCAAGCTACTCGATTCGCTGCCCGAAAACGCGCCCGTCATCATTGCGGGGGATTTCAATGACTGGCAGCTGCGCGGCAACACCACCCTCGCCGGCCGCCGCTACCTGCACGAAGCCTTCGAACACCACCATGGCCGCCCAGCCAGGACCTATCCGGCGCGTTTTCCCCTGCTGCGCCTGGACCGCATCTATCTGCGCAACGCCACCAGCCATGCTCCGCAGATTCTCGGCAACCGACCTTGGACACACCTGAGCGACCATTTGCCGCTGTCGGTGGAGGTGCACCTGTAG MTGDSNWQAEQPAAGDASAAVHRLRVLTVNTHKGFTALNRRFILPELREAVRSTGADLVFLQEVLGEHDRHASRYDNWPQTSQYEFLADSMWSDFAYGRNAVYPDGHHGNALLSKYPIRQFRNLDVSITGPERRGLLHCVLDVPGHAEVHGICVHLSLLESHRQLQLQLLCKLLDSLPENAPVIIAGDFNDWQLRGNTTLAGRRYLHEAFEHHHGRPARTYPARFPLLRLDRIYLRNATSHAPQILGNRPWTHLSDHLPLSVEVHL NA NA NA NA NA D1-35_03537 2424 hypothetical protein ATGAACTTGCGCAATCATGGCGTCAACCGGCTGTTCAATGCCTTGTGGCTGACTACACCGCTGTTGCTGGACGCATCGCCCGCCATGGCGGCATGCACCCTGACGCCGACGGCAGGCAATGACAGCTATGTCTGCGACAGCGGCACCAGCCCTGGATTGAGCGACCTGTCGGGAGATAACCGCCTGACGATGCCGGCCCATGGCAGCGGTGTGATCCAGGGAGACGTCACCTTCGGCGCCGGAGCCGATTACGTCGAGATCAATCCCGACGGCATCGTGGCAGGCGACGTACGACAAGGCTCGGGCACCGATGATTTTGTCATGCGCGGCGGCAGCATCCAGTCACTGGCCCAGGGCGATGGGCTCGATACGTTCCTGATGACCGGCGGCACCATCGTCGGCGCGTTCGAAGACGGAGACCAGGCGACAATGACCGGCGGCACCATCGGCCGGGTCGACATGAAACTCGACGATAATATTTTCGACATGTCAGGTGGGCAGATTCTTGGCAATCTGGTGACCGGCTTTGGTCGGGATACCATTATCGTTAGCGCGGGACGCATCGGCGGAAACGTCAGTGTCAGTGGCGGTGACGACCGTATTGCCGTGAGCGGGGGCGAGATCGTCGGCGAGGTTCGAGCCAGTTTCGGTAATGACCAGTTGCAGTGGAGCGGCGGCCTCATCCGTTCCGCCATCCTGATGGGCGAAGGCAACGACACGGCGCTGTTGAGCAACCTGGATAAAACCCTGCTCGCCACCACACCCAGCCTGGATGGGGGGTTGGGCCAGGACACACTGGCTTTTGTGGCCAGCACGACCGGCGATGGCGCCCGTTACCTCAACTGGGAATCGGTCAGCCTCACCCAAGGCTCCCGCCTGGACTTGGGCGACACGCTGGTCTTGGGCGACGGTATCACCGGCACCGGCACGCTGAACATCGACGCAAGCAGCCTGTTGACGGCCAGCCAGGGCAGCATTCGCCCGTTCACTGCTGGCCAGATGGCGACGCTTGAAAATGCCGGAACCATCGACCTCGGCGCAGGCAACACCCACACCAGCGACACCCTTACCGTACAAGGCAACTACGTGGGCAATGGCGGCCAGTTGCGCCTGCAAACGCTGCTCGGTGCAGACGACTCGCCGAGCGACAAGCTGATAGTCAACGCCGGCACGCTCGGCGGCAGCACGGCCATCACCATCACGAACATCGGCGGTGCAGGTGCCTTGACTGCCCGCGACGGCATCGAGCTGGTCCAGGCTCAGGGCGGCGCCGTCAGCGACAGCGGGGCTTTTTCACTGGCGCGTTCGGTGTCGGCCGGCGCGTTTGATTACCGTTTGTTCAAGGGCGGCGTGACCGGTAATGAAAACAGCTGGTATCTGCGCTCGACCGTGGTCGCCGGTCCGATCGCCGTGGCCAGCCCCACGCTGCCGGCCTTGCCCGTCGCCGTGCCGGGCGCAGCGCCCATTGCGCTGTACCGTCCGGAAGTACCCGTCTGGTCGGCGTTGCCTCCCGTCGCCGCCCAACTGACCCTGATGGCCCTGGGCACGTTCCATGATCGCCAGGGCGACCAACGCCTGCTGACGGAAACCGGCGCCTTCGGGGCCGGTTGGGGCCGAGTCTACGGCAAGGACCTCGATCAGACTTGGGCCGGCACGGTGACACCGAGGTTCGACGGCTCCATCAAGGGCTTCCAGGTGGGCAACGACCTTTACAGCGCGCCGGTCTTCGACGGCCAGACCCAGCGCATCGGTTTTTTCGTTGGCCATAGCGAATTGAACGGCAACGTCGACGGCTACAACCTGGGGTTCGAAGGGCGGCGCGCCGGCAAGGTTGAACTCGACGGCGACAGTTATGGCTTGTACTGGACGCTGACCGCTCCCTCCGGTGGTTACATCGACACGGTGGTCATGGGCACCCGGCTGAATGGGGACAACCGCTCCGAGCGCGGCCTCAAGCTGGATAATCGCGGGCATGCGCTGACCCTTTCGGCGGAAGCTGGCTACCCATTTGCCGTGGGCAGTGGCTGGGTCGTCGAGCCACAGGCACAGATCATCCATCAGAAGATCTCCCTGGACACCCAGGATGATGGGATTTCCAGAGTCGAATTCGATTCCGACAGCGCCTGGACCGGCCGGCTCGGTGCCCGTCTCAAGGGTCGCTACCTGATCAGCGACACGCCGGTGGAGCCGTACCTGCGGGCCAATGTCTGGCACACGTTCTCTGGCACCGACACGGTGACATTCGACGACGCCCAACGGATCGAGACCCAACAACGCAGCTCAACCGCCGACCTGGGCGCGGGCGTCATCGTCAGCCTTGCGCCTGCGGTCAGCGCCTATGCCGGAGTGGACTACGGCAATAACCTCGACAGCAACCAGCAACGCAGCGTGGCCGGAAATGTCGGTGTGCGAATCAGTTGGTGA MNLRNHGVNRLFNALWLTTPLLLDASPAMAACTLTPTAGNDSYVCDSGTSPGLSDLSGDNRLTMPAHGSGVIQGDVTFGAGADYVEINPDGIVAGDVRQGSGTDDFVMRGGSIQSLAQGDGLDTFLMTGGTIVGAFEDGDQATMTGGTIGRVDMKLDDNIFDMSGGQILGNLVTGFGRDTIIVSAGRIGGNVSVSGGDDRIAVSGGEIVGEVRASFGNDQLQWSGGLIRSAILMGEGNDTALLSNLDKTLLATTPSLDGGLGQDTLAFVASTTGDGARYLNWESVSLTQGSRLDLGDTLVLGDGITGTGTLNIDASSLLTASQGSIRPFTAGQMATLENAGTIDLGAGNTHTSDTLTVQGNYVGNGGQLRLQTLLGADDSPSDKLIVNAGTLGGSTAITITNIGGAGALTARDGIELVQAQGGAVSDSGAFSLARSVSAGAFDYRLFKGGVTGNENSWYLRSTVVAGPIAVASPTLPALPVAVPGAAPIALYRPEVPVWSALPPVAAQLTLMALGTFHDRQGDQRLLTETGAFGAGWGRVYGKDLDQTWAGTVTPRFDGSIKGFQVGNDLYSAPVFDGQTQRIGFFVGHSELNGNVDGYNLGFEGRRAGKVELDGDSYGLYWTLTAPSGGYIDTVVMGTRLNGDNRSERGLKLDNRGHALTLSAEAGYPFAVGSGWVVEPQAQIIHQKISLDTQDDGISRVEFDSDSAWTGRLGARLKGRYLISDTPVEPYLRANVWHTFSGTDTVTFDDAQRIETQQRSSTADLGAGVIVSLAPAVSAYAGVDYGNNLDSNQQRSVAGNVGVRISW PGPT0030335_601 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030335-aidA_I|misL-K12678 NA NA D1-35_03538 903 hypothetical protein ATGAAAACGTCCCAGCGCCCCCAAGCCCTTCAAGCTACCCTCTGCACCGTCTCCACTTCGTTATTGCTGTGCTCCTCCATGGAGCTCCAGGCCGAGCCCGCCGGGCGGCCGGCTTCCCTTTGGTATGACCGAATGCCAGCCGACGGCCAGACGGACAACGACGCCGTAACGGGCAGGAGCCCCGCCCTGCTTACCCTGCGAAACGACAGCGGTCACACCCAACGGATGGGTTTGATCAGCGCTTTTCACCAGATCACTTCCAACCATGGCGGACTGCTGGTTACACCGGCCATGAGCGATCCCGGCAAGGATGCGCTGAACCTGCAGGGCCCCAGCCTCGGCGCCTACTGGAGCCTGACCGGTCCGGCAGGCTGGCACCTGGATTTGAGCGCGAGCGGCGGACGCGTCAATGGTTACAGCCTGACCGAACAAGGCCAGCGCCAGGCCACCGAGGGCAACGCCGTCACGCTGTCGGTCGAGGGCGGATTTCCCATCGGCATCAGCGATAACTGGATCGTCGAACCCCAGGCCCAACTGATCAACCAGCGCATCACACTCGACACACCGAATGCCGGCAATGGCAACAACAACAAACTCAACAGCTGGAGCGGCCGCGTCGGCGCCCAACTCAGAGGTACGTACCAGGTCAACGGCCTGGGCGTGGAGCCTTACGTGCGCACGAACCTGTGGCACACGGTCCTGAGCGCCGACACCCTGAGCCTGGACAAGGTCGAAAAAATCAGCAGCAGCCGCAAGGCTTCTACCGTTGAGGTGGGCCTGGGGCTGGTGGCCCGGGTTACGCCGGTGGTAAGCCTTTATGTCAGCGCTGACTACAGCAGCGACGTCGACGACAACGACCTCAATGGCGTCATTGCCAGCCTCGGCGTGCGGATGCGCTGGTAA MKTSQRPQALQATLCTVSTSLLLCSSMELQAEPAGRPASLWYDRMPADGQTDNDAVTGRSPALLTLRNDSGHTQRMGLISAFHQITSNHGGLLVTPAMSDPGKDALNLQGPSLGAYWSLTGPAGWHLDLSASGGRVNGYSLTEQGQRQATEGNAVTLSVEGGFPIGISDNWIVEPQAQLINQRITLDTPNAGNGNNNKLNSWSGRVGAQLRGTYQVNGLGVEPYVRTNLWHTVLSADTLSLDKVEKISSSRKASTVEVGLGLVARVTPVVSLYVSADYSSDVDDNDLNGVIASLGVRMRW NA NA NA NA NA D1-35_03539 1626 gapN COG1012 NADP-dependent glyceraldehyde-3-phosphate dehydrogenase ATGACCACAGCCAACTTCCTCGCCAATCTGTTCCCCGGTGCCGCCGACATCCCGCCAGCCTACCGCCTCGAAGGCCAGGTGGAGCAGCGCGAATACCTGGTCGATGGCGTCCTGAAGACCTGGCAGGGTCCGCTCGCCACGGTGCGCAGCCCGGTATACCTGGCCGGCGCCGATGGCGATGAACAGGTCATTCTCGGCAGCACGCCACTGCTGGATGCCGAGACCGCCCTCACGGCCCTTGACGCTGCCGTCCGGGCCTATGATCGCGGCCAGGGCCAATGGCCAACCATGCGCGTCGCTGAACGCATCCGTCATGTCGAGACTTTTTTGGCGCGGATGCGCGAGCAGCGTGAGGCGGTGGTCAAGCTGCTGATGTGGGAGATCGGCAAGAACCTCAAGGATTCCCAGAAGGAATTCGACCGCACCTGCGACTACATCGTCGATACCATCAATGCCCTCAAGGAACTGGACCGTCGATCCAGCCGCTTCGAGCTGGAACAGGACACCCTCGGACAGATCCGTCGCGTGCCATTGGGCGTGGCCCTGTGCATGGGCCCTTATAACTATCCGCTGAACGAAACCTTCACCACGCTGATTCCGGCGCTGATCATGGGCAACACGGTGGTGTTCAAGCCGGCCAAGCTCGGCGTACTGCTGGTACGGCCGCTGCTGGAAGCCTTTCGCGACAGCTTCCCCGCCGGCGTGATCAACGTGATCTACGGCAGCGGCCGGGAAACCGTCAGCGCCCTGATGGCCAGCGGCAAGATCGACATATTCGCCTTCATCGGCACCAACAAGGCCGCCAGCGACCTGAAGAAACTCCATCCGCGCCCGCATCGCCTGCGTGCCGCGCTGGGGCTGGACGCGAAGAATCCTGGCCTGGTGCTGCCCGACGTCGACCTGGACAATGCCGTCAGCGAGGCGCTGACCGGTTCGCTGTCTTTCAACGGCCAACGCTGCACCGCGTTGAAGATCCTCTTCGTCCACGAAGACATCGCTCCGGCGTTCATCGAGAAATTCAACGCAAAGCTTGCTGCGCTGAAACCCGGCATGCCATGGGAAGACGGCGTCGCACTGACGCCATTGCCCGAAGCGGGCAAGGTCGATTACCTGCATTCGCTGGTAGCCGATGCGATCGCCAAGGGTGCCGGCGTCATGAACCAGCACGGCGGCGAATCCCGGGCTTCGTTTTTCTACCCGGCGGTACTCTATCCAGTAAATACCGCCATGCGGGTCTATCACGAAGAACAGTTCGGCCCGGTCGTGCCCATCGTGCCGTACCGCGACGTCAATACCGTGATCGATTACGTCCTCGAGTCCGACTTTGGCCAGCAACTGAGCATTTTCGGCACCCACCCGGCCGAAGTCGGCAGGCTGGTGGACACCTTCGCCAATCAGGTCGGACGCATCAATATCAACGCCCAATGCCAGCGTGGCCCGGACACCTTCCCGTTCAATGGCCGGAAAAACTCCGCCGAGGGCACATTGTCGGTTCACGACGCACTGCGGACCTTTTCGATCCGCACACTGGTTGCGACCAAGTTCCAGGACAGCAACAAGGCGCTGATCAGCGACATCATTCGTGAGCGGGATTCGAACTTCCTGACCACCGATTACATCTTCTGA MTTANFLANLFPGAADIPPAYRLEGQVEQREYLVDGVLKTWQGPLATVRSPVYLAGADGDEQVILGSTPLLDAETALTALDAAVRAYDRGQGQWPTMRVAERIRHVETFLARMREQREAVVKLLMWEIGKNLKDSQKEFDRTCDYIVDTINALKELDRRSSRFELEQDTLGQIRRVPLGVALCMGPYNYPLNETFTTLIPALIMGNTVVFKPAKLGVLLVRPLLEAFRDSFPAGVINVIYGSGRETVSALMASGKIDIFAFIGTNKAASDLKKLHPRPHRLRAALGLDAKNPGLVLPDVDLDNAVSEALTGSLSFNGQRCTALKILFVHEDIAPAFIEKFNAKLAALKPGMPWEDGVALTPLPEAGKVDYLHSLVADAIAKGAGVMNQHGGESRASFFYPAVLYPVNTAMRVYHEEQFGPVVPIVPYRDVNTVIDYVLESDFGQQLSIFGTHPAEVGRLVDTFANQVGRININAQCQRGPDTFPFNGRKNSAEGTLSVHDALRTFSIRTLVATKFQDSNKALISDIIRERDSNFLTTDYIF PGPT0018005_136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018005-gapN-K00131 NA NA D1-35_03540 894 hypothetical protein ATGGACAAGACCCTACGCCGCGGTTCGCTCGAAATGACCGCCGCCATGCTGATTTCCGGAACCATCGGCTGGTTCGTGCTGGTGTCCGGCCTGCCGGTGCTGGATGTGGTGTTTTGGCGCTGCGTGTTTGGCGCCGGCACGTTGTTGCTGATCTGCGCCGGTTTCGGTTTCCTGCGCCGGGATATCCTGACTCGCACGACCTTCCTGCTGGCGGTGCTCAGTGGTGTTGCGATCGTCGGTAACTGGGTGTTGTTGTTCGCTTCATACTCCCGCGCTTCGATCGCCATCGGCACCGCGGTGTACAACGTCCAGCCCTTCATGCTGGTGGGGCTGGCCGCGCTGTTCCTGGGAGAGAAGATCACTGCGCAGAAGCTGTTCTGGCTGGCGGTGTCGTTTCTCGGGATGCTGGCCATCGTCAGCGCCCACGGCGAGCAGGGGCAGGGAGGCGAGGATTATCTGGTGGGTATCGCCCTGGCGCTGGGGGCGGCATTCCTGTACGCCGTTGCGGCGTTGATCATCAAGCGCCTGACCGGCACGCCGCCGCACTTGATCGCCTTGATCCAGGTCGCCACCGGCATCCTCTTGTTGGCACCATGGGCGAATTTCTCGGCCTTGCCGCAGCAACCCGAGGCCTGGGCCAGCCTGCTGACGCTCGGCATGATTCATACCGGCGTGATGTACGTACTGCTGTACAGCGCGATCCAACGCTTGCCGACTGCCGTGACGGGCGCTCTATCCTTTATTTACCCGATCGCGGCGATCCTGGTTGACTGGTTTGCCTTCGGCCATCGCCTCGAGCCGCTGCAATGGCTGGGTGTGGCGGCGATCCTGCTGGCGGCTGCAGGCATGCAACAGGGCTGGGGCATCAAGTCGCGCCGCCCAGCCCTGAGCTGA MDKTLRRGSLEMTAAMLISGTIGWFVLVSGLPVLDVVFWRCVFGAGTLLLICAGFGFLRRDILTRTTFLLAVLSGVAIVGNWVLLFASYSRASIAIGTAVYNVQPFMLVGLAALFLGEKITAQKLFWLAVSFLGMLAIVSAHGEQGQGGEDYLVGIALALGAAFLYAVAALIIKRLTGTPPHLIALIQVATGILLLAPWANFSALPQQPEAWASLLTLGMIHTGVMYVLLYSAIQRLPTAVTGALSFIYPIAAILVDWFAFGHRLEPLQWLGVAAILLAAAGMQQGWGIKSRRPALS NA NA NA NA NA D1-35_03541 438 lrpC COG1522 HTH-type transcriptional regulator LrpC ATGACTGACGACATCGACCAGATCCTCATCAGCGCCTTGATGGAAGACTCACGACGTTCCCTGAAGGCCCTGGCGAGCCTGAGCGGCCTTTCATCCCCCAGCGTTGCCGAACGCCTGCGCCGGCTGGAGGAACGTGGCGTGCTCAAGGGCTACACCGTCGAGGTCGATCCGAAGTGCTTTGGTTATCAACTTCAGGCCATCGTGCGCATCCGTCCGTTACCGGGGCAGTTGCAGGAAGTGGAGCGGCAGATCCAGGCCATCGGCGAATTCACCGAATGTGACAAGGTGACTGGGGAAGACTGTTTCATTGCGCGACTGCACGTGCGCTCGATGGAGCAGTTGGATGTGCTGCTGGACAAGTTGAATGTGCTTGCCGAAACCAATACGGCGATCGTCAAGAAGACACCGGTCAAGCGGCGTTTGCCGCCGATGGAGTGA MTDDIDQILISALMEDSRRSLKALASLSGLSSPSVAERLRRLEERGVLKGYTVEVDPKCFGYQLQAIVRIRPLPGQLQEVERQIQAIGEFTECDKVTGEDCFIARLHVRSMEQLDVLLDKLNVLAETNTAIVKKTPVKRRLPPME NA NA NA NA NA D1-35_03542 672 yccA COG0670 Modulator of FtsH protease YccA ATGCGCGAACAGGATTACGCAGTGAACAACAGCGTGCAGGCTGAGCAGCTAGAGGTTAGCCGCGTCCTGCGCAACACTTATGGCCTGCTGGCACTCACGCTCGCTTTCAGCGGTGTGATGGCCTTCGTCGCACAACAGATGCGTGTCGGCTACCCGAACATCTTTGTCGTGCTGATCGGTTTCTACGGCCTTTTCTTCCTCACCAACAAGCTCCGCGATTCGGCCTGGGGCCTGGTTTCTGCCTTCGCCCTGACCGGTTTCATGGGCTTTTTGCTCGGCCCGATCCTCAACCGCTACCTGGGCATGCAGGGCGGCGCCGAAGTGGTCAGCTCGGCTTTCGCCATGACGGCGTTGGTGTTCGGTGGCCTGTCGGCCTACGTGCTGATCTCGCGTAAGGACATGAGCTTCCTGAGCGGTTTCATCACCGCCGGTTTCTTCGTGTTGCTGGGTGCGGTAGTGGCCAGCTTCTTCTTCCAGATCAGCGGCCTGCAACTGGCGATCAGCGCCGGCTTCGTGCTGTTCTCGTCGGTCTGCATCCTCTACCAGACCAGCGCCATCATCCATGGCGGCGAGCGCAACTACATCATGGCGACCGTCAGCCTGTATGTATCGATCTACAACCTGTTCGTCAGCCTGCTGCAACTGTTCGGGTTGATGAGCCGCGACGACTGA MREQDYAVNNSVQAEQLEVSRVLRNTYGLLALTLAFSGVMAFVAQQMRVGYPNIFVVLIGFYGLFFLTNKLRDSAWGLVSAFALTGFMGFLLGPILNRYLGMQGGAEVVSSAFAMTALVFGGLSAYVLISRKDMSFLSGFITAGFFVLLGAVVASFFFQISGLQLAISAGFVLFSSVCILYQTSAIIHGGERNYIMATVSLYVSIYNLFVSLLQLFGLMSRDD NA NA NA NA NA D1-35_03544 891 hypothetical protein ATGCCATCCCCTACCCCACTCAAGGAAAGTAAAGTGACCAGCAAAACCATCGGTTCGATCGTCGCGGCAATTATCGGCGTGGTCCTGTTATGCGTGTTCTTTGGCAGCTGGTACACGGTGGATGAAACCGAGCGTGGCGTGCTTTTGCGCAACGGCGCCCTGGTTGGGGTGGTTGAGCCGGGCCTGTCGTTCAAGACGCCTTTCATCGAGTCGGTCCGCCTGATCAGCACACAGAGCCAGGTGACGTCCTATGACGACCTGCAGGCGTACAGCAAGGACCAGCAATCAGCCGAGCTCAAGGTGTCCGTGTCCTGGCATATCGCGCCTTCCGATGTAGCGAAGGTCTATACCCAGTTCAAGGACCTGGAAGGCATTCGCGACCGGATGATCAGCCGCCAGGTGCCGACTCAGGTGGAAAACGTGTTCGGCAAGTTCAACGCCGTCGCCGCCGTGCAGAACCGCGTGCAACTGGTCAATGATATTTCGGCGGCGATCAAGGCAACTATCACCGGGCCGGTGATCATCGACAGCGTCCAGGTTGAAAACATCGATTTCAGCGACGCCTACGAAAAAGCCATCGAAGCGCGCATGGCCGCTGAAGTGCAGGTCAAGACTCGTGAGCAGCAGCTCGCCACCGAGCAGGTGCAGGCTCAGATTCGGGTGACCCAGGCCCAGGCGGAAGCCGATTCGCAAGTTGCCCAGGCCAAGGCCGACGCGCTGGCCACCGAGCTGCGCGGCAAGGCTGAAGCCGAGGCGATCAAGGCGCGCGCCCAGGCGCTGGCCAGCAACCAGAACCTGGTTGAGCTGACCAAGGCCGAGCGTTGGAACGGCGAGCTGCCCACCACCATGCTGCCCAACACCGCGCTGCCCTTCATCGATCTCAACAAGTAA MPSPTPLKESKVTSKTIGSIVAAIIGVVLLCVFFGSWYTVDETERGVLLRNGALVGVVEPGLSFKTPFIESVRLISTQSQVTSYDDLQAYSKDQQSAELKVSVSWHIAPSDVAKVYTQFKDLEGIRDRMISRQVPTQVENVFGKFNAVAAVQNRVQLVNDISAAIKATITGPVIIDSVQVENIDFSDAYEKAIEARMAAEVQVKTREQQLATEQVQAQIRVTQAQAEADSQVAQAKADALATELRGKAEAEAIKARAQALASNQNLVELTKAERWNGELPTTMLPNTALPFIDLNK NA NA NA NA NA D1-35_03545 1827 sasA_15 Adaptive-response sensory-kinase SasA GTGTACCCAGGCCAAAGCAGCTCGACGAAACACCCCGTCTCCCTTATCAAGAAATACAAATGGCCCGCCCTGTTGGCCACTGCGCTGGTTGTGTTTTCAGCCCTGATATTCTTCCTGATCAAGTCCTACACGGGCGACACCGCGACCTTCTTCGAGTCACGCGACTTCATCCGTCAGCTCAAACAAGCCGACGCCAACTGGAACGTGAAGATTCTCAGGAAAAAAATAGGCGTCAGCAACAACCTGTCACTCGCTCCGCCAGCCGACGCGCATAGCCGATGGGAGCAATTGGAGCAACTGAACAGTTCCGGTCCACTGGCTGCACTTTGGGCGTCGAGACGCAACGGTTACATGGACGCGGTCAGGAACAAGACCCTGTTGGTGGAACAGTTCGAGCAGCACAATGCCAATCTGCGCGCCTCCCTGGATGCACTTCCGACGGTAGAGGATGAAATTCAGACGCTGCTGCAACAGATGAAGGATGACGGAGAAATCGCTCGGCTGACGGCAGCCTCCAGCGTTCTCGACCTGGCGCTGACCACACTGGAATACGCGCTTTATGTCACCTCGGACAAAGCCAGCGAACTGCAAGAACAGCTAAGCGAACTCGAACATCGGATCGACCAGTTGCCCTCGTCCTATCGGCCGGCTTTCACCTCACTGACCCGGCACGTCAAGACCGTCATCCAGGAACAGCCAGTAGTCAACGATCTGCTGGATCGCATCAGCGTCATCCCCGTCGCCCAGGAACTGGACAGCATCAACGAGCTGCTCAACGAAACGCAGCGCAGGACGGCCGCGATCGATCGCAAATATCATATGTACCTGGCCGTCTGCGCCAGTCTGATGGCGCTCTTGATGATCTACCTCGCCGTACGGCTGGTGCGCAGTTCTTCGCTCATCAACCAGATCAACCATGAGCTGCAAACGTCCAACGACAAGCTGGAGCAACGCGTGGAGGAGCGTACGCGCGAGTTGAAGGAGGCCGAGCGTGAGCTGGTGGACGCCGCGCGCATGGCAGGCATGGCCGAGATCGCCACGAACGTGTTACACAATGTTGGCAATGTCCTCAACAGCGTCAACATCTCAGCGGAGCTGGTGACGCGCAAGTTGAAGAACAGCAAGACGCAAGGGCTGGGCAAAGCGGTAAGGATGATGAATGAACATGCCACGGACCTGGGTCAGTTCATCACCGAGGATGAAAAAGGCAAGTTGTTGCCCCGGTATTTCAATGAACTGGTGGATTCCATCGCCACCGAACAGGGGTTGCTGATTGAAGAACTCGCGCAACTGACCAAAAGCATCGACCACATCAAGGAGATCGTCACGACTCAGCAGACCTATGCCGGGGCTGCGCGGCTGATCGAGCCGCTGAATGTGGCCGACCTGTTCGAAGATGCATTGCGCATGAATTCGGGGGCGCTCAGCCGACACCAGGTCACCGTGATCAAGGATTATCAGGACATTCCGATGATCATGGGCGACAAGCATCGCCTGCTGCTGATCCTGATCAATCTGATCAGCAATGCCAAGGCCGCCATGTCCAACGTCGAGCCGCCAAGGGAAATGACCCTGGGGGTCCGCATCGTCGATCAGACAACGCTCTGCGTCAGCGTCAGGGATCGTGGCGAAGGGATCGCGCCTGAAAATCAGGCGAGGATCTTCAACCACGGATTCACCACCCGCAAGGATGGCCACGGTTTTGGCCTGCACAGCTGTGCCCTGGCGGCGGTGGAGATGAACGGTCGCCTGCAGGTTCAAAGCGACGGACCGGGGCAAGGCGCCCTGTTCACTTTGGAAATCCCGTTGGAACTGGCATTTTCCTGA MYPGQSSSTKHPVSLIKKYKWPALLATALVVFSALIFFLIKSYTGDTATFFESRDFIRQLKQADANWNVKILRKKIGVSNNLSLAPPADAHSRWEQLEQLNSSGPLAALWASRRNGYMDAVRNKTLLVEQFEQHNANLRASLDALPTVEDEIQTLLQQMKDDGEIARLTAASSVLDLALTTLEYALYVTSDKASELQEQLSELEHRIDQLPSSYRPAFTSLTRHVKTVIQEQPVVNDLLDRISVIPVAQELDSINELLNETQRRTAAIDRKYHMYLAVCASLMALLMIYLAVRLVRSSSLINQINHELQTSNDKLEQRVEERTRELKEAERELVDAARMAGMAEIATNVLHNVGNVLNSVNISAELVTRKLKNSKTQGLGKAVRMMNEHATDLGQFITEDEKGKLLPRYFNELVDSIATEQGLLIEELAQLTKSIDHIKEIVTTQQTYAGAARLIEPLNVADLFEDALRMNSGALSRHQVTVIKDYQDIPMIMGDKHRLLLILINLISNAKAAMSNVEPPREMTLGVRIVDQTTLCVSVRDRGEGIAPENQARIFNHGFTTRKDGHGFGLHSCALAAVEMNGRLQVQSDGPGQGALFTLEIPLELAFS NA NA NA NA NA D1-35_03546 192 hypothetical protein ATGAGTACTGCGATGCTGACCAAAATGCACATCAACGGCTATGACGTGCTCAGCGTGAACAGCGGGCCCTGGAGGGTCTGCACCCAGGCGGACCGGTTGGGTTCCTTTGCTTCGCGCGAAGAGGCGTTGGCCTATGCCGCCGCGTTGCCCGCCCGGAAACGCCGCAGCGCTGCGTCCGCGAACGTCAGGTAA MSTAMLTKMHINGYDVLSVNSGPWRVCTQADRLGSFASREEALAYAAALPARKRRSAASANVR NA NA NA NA NA D1-35_03547 900 hypothetical protein ATGAATAAGATCGCCAAGGCACTGCTTGTGGTGCTGCTTGCCAACGGCCTGTCGGGATGTATCGGCCCGCCCATCGAGCTGACCGCGCAAACCGAGCAACGCTTGCGCGTCCAGCCGCCGATCCGTTTCCTCCTGACATTCGATGACGGTCCCAGCGCCTCATCCTTCTGGAACCCGAGCCTGGACGTGCTCGACGCCCTTGCGGACAACCCGGTGCAGCCGGGAATCAAGGCGCTGTTTTTTGTCCAGACGCGAGCGCCACGGGCCGGTGGCAGCGACATCGGTCGCTCGGTGCTGCAGCGTGAGCAGCGCGAGGGGCATGTCCTGGGTTTTCACACGGCCACCCATTGGCACACCAACCATCGATCCCTCGATCCCGATGAGCTGGAGCTGTCGCTTACCCACGGTGCAGCCGACATCGCCGCGGTTACCGGGGCACCGCCGACCCTGGTCCGGCCGCCATTCTGGAGCTATGACCAGCGCACCTTCGCCGCCTACCAACGGCATGGCATGCATGTTTTGCTGACTGACCTGAGCGCCAACGATGGCAAGGTCTGGGGCATTACCCTGAGTCCTCGCCGGCGGATAAACCTGCTACGCCAGCTCTCGGAGGTGCGTGAGCGCATCGCCGCCGGGCAGTTGCCTGCGGTGGATGGAGTGATTCCGGTGGTAGTGACCTTCCACGACCTCAACCGCTATACCGCCCGTCATGCGCGGGAGTATCTGCAGATCCTGATCGACAGCGCCCAGGCCACCGGATTGAAGACCTACGCGAAACCTTTCTATGACGATCGTCAGGCGCTGGAGCGCGCAGCGATGGCCCGGACCCTGAAGGACGCCACCCAGCCGGTGCGCCTGCCCGGTCTGTGGGATTGGTTATGGAAGCGCGATCCTGACTGA MNKIAKALLVVLLANGLSGCIGPPIELTAQTEQRLRVQPPIRFLLTFDDGPSASSFWNPSLDVLDALADNPVQPGIKALFFVQTRAPRAGGSDIGRSVLQREQREGHVLGFHTATHWHTNHRSLDPDELELSLTHGAADIAAVTGAPPTLVRPPFWSYDQRTFAAYQRHGMHVLLTDLSANDGKVWGITLSPRRRINLLRQLSEVRERIAAGQLPAVDGVIPVVVTFHDLNRYTARHAREYLQILIDSAQATGLKTYAKPFYDDRQALERAAMARTLKDATQPVRLPGLWDWLWKRDPD PGPT0018645_3627 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-35_03548 255 hypothetical protein ATGGGCGGTCCATCGCTTTACATCATCGACTACGTGCTCCATGGCGAGCCCAAGTCTTTCATCATTCGTGCAGAAGTGATGAATAACTCCGAAGCTTGGCACTGGGCCAGTTGCGATGCGGGTGTCGGACGTATACCCAAATTCGGCAGGGAAAAAGTCAAGCGGGTCTCCAAACCCATGGCGGAAAAATATGGCATTACCGATGTGCGCTGGCGAGCTTCCGTCGCGCCGTCCTGGGTCAGGGAGTCAGGCTGA MGGPSLYIIDYVLHGEPKSFIIRAEVMNNSEAWHWASCDAGVGRIPKFGREKVKRVSKPMAEKYGITDVRWRASVAPSWVRESG NA NA NA NA NA D1-35_03549 231 hypothetical protein ATGTCTGAAAAAGAGTCCATCACCACCCTGTTGACCTTACTGGAATCGCGCCAGGCGCGGCTGACAGCCGCCTGCAAGGAAATTGCCGACTGGGTCGACCACCAGGGCGGGCACCCCGCCGCCGTACGAATCCGCGACCGACTCAATGATATCGAGAAGGACGCCCCCACGATCCAGAGCGCGCTGTCCTCATTGAAGCCCGCGGAACCGCCGCTGCCCAAGTTCCGTTAG MSEKESITTLLTLLESRQARLTAACKEIADWVDHQGGHPAAVRIRDRLNDIEKDAPTIQSALSSLKPAEPPLPKFR NA NA NA NA NA D1-35_03550 426 hypothetical protein ATGAATGCCAAGGTCCTGCTTCTGATTGCCTGTGCCAGCCCTGCGACTGCCCTGGCGCAAGGTTGTGACGTCATCACCCGGTCCCAGAGCCAAGCGGTGCCGGAAATCGAAACCCGCAGTTGCTATGAGTACAAGGGTGTTCCTGCCGAAGCCATCGGCTGGTCGTGCAGTAACGAAAGCAAGGGCACGCTCAGCACCGAGAAGAAACCCGTCGAACGCTGCGCCGAGGGTTATGTAGCCACCTGCCAGGCGAGGCTGACCCAGGAGGCCCTGGCCAACCCCCGTTCCACCAGCAAGGACCGCAGTGGCAGCTCGGCGAATCTTCCAGACAATGCCCAGGTCACCCGGTACTACTACGGCGCAGAACAGCTTCAGCAAGCGAAAAAGGACTGCGAAACCACCGGCGGCCAATGGAAAAACCGTTGA MNAKVLLLIACASPATALAQGCDVITRSQSQAVPEIETRSCYEYKGVPAEAIGWSCSNESKGTLSTEKKPVERCAEGYVATCQARLTQEALANPRSTSKDRSGSSANLPDNAQVTRYYYGAEQLQQAKKDCETTGGQWKNR NA NA NA NA NA D1-35_03551 228 hypothetical protein ATGTCTGAACTAGCCAGTTATTTCTGGATCGCGGTTGCGGTAATCGTGTTGCTGTTGGATCTGTGGGCGATCGTCAGCGTCTTTCGCAGCGACAAATCGGCCGGGACCAAGGCAGGCTGGGCATTGCTGCTGGTCATCCTGCCGGTGCTGGGCTTGATTATCTGGGGTGTGGCCGGGCCGCGAGGCATGAAGAATCCGCCTTCGTCGCCCGAGCACAGCAAGGGCTGA MSELASYFWIAVAVIVLLLDLWAIVSVFRSDKSAGTKAGWALLLVILPVLGLIIWGVAGPRGMKNPPSSPEHSKG NA NA NA NA NA D1-35_03552 186 hypothetical protein ATGACCACCGTTGAAGACTTCAAAATCAAATCCCACGAACTTTTAGTCGAGCTCGACACAGCGACCTCAGAAATGATGGCGCTGATCTGTGTCCATCAAATGTCCGGGACTGCCTGGGATGAGGCCGTCCGACGCCAACATGAGGCCTATGAGCAATGGGTCGCCTATCTGAATGAACGCGCGTAG MTTVEDFKIKSHELLVELDTATSEMMALICVHQMSGTAWDEAVRRQHEAYEQWVAYLNERA NA NA NA NA NA D1-35_03553 363 rppH_2 RNA pyrophosphohydrolase ATGAAAATTCGAGCGACCGTCATCTGTGAAGAGGACCGCCACATCCTCCTGGTTCGTAAGCCCAAGAGCCGCTGGGCCTTGCCTGGCGGCACCGTCGAGCGTGGCGAGACGCATGCCGATGCTGCCTTGAGAGAACTGGCGGAAGAAACCGGACTGAGCGCCGAAAACCTGCTCTACCTGATGCGGGTCAGCGATGGCGACACCGAACATCACGTCTTTGAGGCTTCGGTCAACGACTCGAAGGACGCCAGGCCGCAGAATGAAATCAGCGACTGCCTGTGGCATCCCTTGGATGCCCTCGCCCAATTGCAGATGAAAAAGGGCATGCGGGAAATACTCGAGGCGTTTCGGCGCAGGTTGTAA MKIRATVICEEDRHILLVRKPKSRWALPGGTVERGETHADAALRELAEETGLSAENLLYLMRVSDGDTEHHVFEASVNDSKDARPQNEISDCLWHPLDALAQLQMKKGMREILEAFRRRL NA NA NA NA NA D1-35_03554 216 hypothetical protein ATGGTAATCGACAATAACGGTCCGGAAGCGCCATACCCGGGACCCGATGAAAATACGCCGGAGACGGGCGAAGGTCATGATTCCGGTCTTGATCAAGCTGAGTCTGAACCAAAGCAGGGCACTGGCGAGAGGCCGGAAGACTGGAATCCGCCGCCGGGAAATCCCGGTTCCGACCAGGACGCCCAGACGAATCGTGAGAATGGCGGCGCGAAGTAG MVIDNNGPEAPYPGPDENTPETGEGHDSGLDQAESEPKQGTGERPEDWNPPPGNPGSDQDAQTNRENGGAK NA NA NA NA NA D1-35_03555 381 hypothetical protein ATGGACCCGTATGAAATAGAAGACACCAGCGACTGGCTGGGCACCCCAACCCCCCTGGAAATGTACAAGCACTCCTGCCTCATGCTCGAGAACGAGGTGCAGGAACTCACGACCCAGTTGCGCAAAGCCCGTCAGGACATTTTCGGCTTGATCGAAATGCACGGTGCAGAAGCCAAAGAGTCCGCCAGGCTGCGGGCTGAGCTGAAGCGGGCAAGGGAGCGATGGAATTCAGAGCATCTTTTATATGGCGAACTCAAGAACAAGTCGGACTTCGACTATATGGCAAGATCCGCGCTGATCGCCGACCTGTACCGGCGACTGAAGGTCTACGAGGGTGACAGCCTCCCCGAGTACATCATCACCAACAACCAGCCAAAGTAG MDPYEIEDTSDWLGTPTPLEMYKHSCLMLENEVQELTTQLRKARQDIFGLIEMHGAEAKESARLRAELKRARERWNSEHLLYGELKNKSDFDYMARSALIADLYRRLKVYEGDSLPEYIITNNQPK NA NA NA NA NA D1-35_03556 129 hypothetical protein ATGTGCGGACGACTCTCGCAGTACACCGGCATCCACGACTTCGTGGCTGTGTTGAGCATGCCTACCGCACTGGTCAACACCGTTGGTGACCAGCCCTTGGATCGGTACAACGGCGCACCGGCGCAGTAG MCGRLSQYTGIHDFVAVLSMPTALVNTVGDQPLDRYNGAPAQ NA NA NA NA NA D1-35_03557 558 yedK_3 COG2135 SOS response-associated protein YedK TTGCTCCATCAGGAAGACGACACGCTGCATACTGACCTGGTGCGATGGGGATGGCGGCCATACTGGGCCAAAGACAGGGCCGCACCGATCAATGCCCGGGTAGAGAAAGTGGCCCACGGACCGTTCTATCGCCCGATCTGGCCGAACCGCGCCATCACGCCGATCAACAACTGGTTCGAGTGGGTCGACGAAGGTGGGCCGAAGAAGCAGCCCTACCTGATCCGCCGGCGGGACCAGGCACCGATCCTTTGCGCATCGATCGGCCAGTTCCCCACCGGTGGCCGTGAGCGTGGCGAGCATGACGGCTTCGTCATCATCACCGCCGACAGCGCGGGCGGGATGGTCGACATCCACGACCGCCGGCCCGCGGTGCTGACGCCTGAGCTTGCCCGGGAATGGCTGGACCCGGCCACGCCAAAAGAACGCGCCGAGCAAATGGTCCTGCACCAGGGCGAGCCGGCAGAGGCCTTCGAGTGGTTCAAGGTGGATCGCGCCGTCGGCAATGTGCGCAACCAGGGCCCGGACCTCATCAGGCCTATCGCTGGCTCACTTCTCTGA MLHQEDDTLHTDLVRWGWRPYWAKDRAAPINARVEKVAHGPFYRPIWPNRAITPINNWFEWVDEGGPKKQPYLIRRRDQAPILCASIGQFPTGGRERGEHDGFVIITADSAGGMVDIHDRRPAVLTPELAREWLDPATPKERAEQMVLHQGEPAEAFEWFKVDRAVGNVRNQGPDLIRPIAGSLL NA NA NA NA NA D1-35_03558 534 hypothetical protein ATGCCTGTTTACGCTAAATATTTACCCGCTTTTTTTGTGGGTAGCATTATAGCGAACTTTAGCAGGAGTGTAGCCGTTGGCCCTGTAGCTGCTTATTCGGCGTTGCTGGTAATGCTAGTTTCAGACATGCTGTTGGGGTATAAGACAGACTCGTCAATTATGCTCCAGACCGTATGTGCGGGCGCTTTGATTCTGAGCATTGGACGCTCTGATTCTATGCAATGGCTTAATCGCTCGGTTTTATCATTCCTTGGCAAGATATCCTTTTCGTTTTATTTAATGCACTTGGTTGGAATGATTCTGACTAGGCAACTTTGCGTTAAGCTTGGAATACCGCTTGGTCAGATGTCGATGATTGAAAACGCAATAGTCTACGCGGCGATCTCTGTACCCCTAACCATCGTTATATCGGTTGTCTCCTATCAATTTGTGGAGCTCCCCATGAATAAAGTTGGCGGATCTACAGCCGCATCCTTAAGGAAAGTTTTTACCCAGGGCGCTCTGTCTGGCGCCCCTAGAACATCAGAGAAGTGA MPVYAKYLPAFFVGSIIANFSRSVAVGPVAAYSALLVMLVSDMLLGYKTDSSIMLQTVCAGALILSIGRSDSMQWLNRSVLSFLGKISFSFYLMHLVGMILTRQLCVKLGIPLGQMSMIENAIVYAAISVPLTIVISVVSYQFVELPMNKVGGSTAASLRKVFTQGALSGAPRTSEK NA NA NA NA NA D1-35_03559 339 hypothetical protein GTGGGCTGCGTGATCCGCAACCGTGTGAACGATGGAAAGGAAAAGTCCTGGTGGGGCGAGGGGTACGCCGGCGTGTGCCTGAAGCCGTACCAGTTCAGCTGCTGGAACCAGAACGACTGGAACTATCCGTACCTGAGCGGGACCAAGCCAATTCCGCCGGCGCAGTTCGCCCAGGCGCTGCGGGCGGCCGATCTGGTGATCTCCGGCGCCCAGCCGGACATCACTCGCGGCGCGACCCACTACTACGCGACCACGATGCCGAAGCCCCCGGCCTGGTCCAAGGATGCGACCCAGACCTTCCGCCTGGGCAATCATATCTTTTTCAAGGACGTGCCGTAA MGCVIRNRVNDGKEKSWWGEGYAGVCLKPYQFSCWNQNDWNYPYLSGTKPIPPAQFAQALRAADLVISGAQPDITRGATHYYATTMPKPPAWSKDATQTFRLGNHIFFKDVP NA NA NA NA NA D1-35_03562 840 hypothetical protein ATGACTGAACGCCCACAACTGGTGGCGAGCCGGGCTCCGGTGCCCACGCCTTCGCATCCCAATCTCGGCAAGCCGGAGCGCCTGATGTCGCTGGCGGCCGGTTCATTGTTGATTGCCAACGGCCTGCGCCAAGGCGGCCTCAAGGGCTGGCCGCAGGTATTGCTTGGCGCGTGTGCTGCCTGGCGTGCCTATTCCGGCACGTGCCGGGTCAAGCGGGCGCTGACTCATAGTCCGTTCGAGCAGACCTTCGAACAGGATCGTGACTGGGGCGGCAGCAAGGTGATTTCCCGCAGCATCACGGTCGGCAAGCCCAGGGAGGAAGTGTTCGCGTTCTGTCGCGACCCGGCCAATCTGGGTGCGCTGATGCCTTGGATCGACGCCATCGAGCAGACCGGCGAACGCACTTATCGCTGGGTCGCCCATGGCCCGATGGACAAGACGTTGCACTGCGACCTCGAACAGTGCGAGCCCAAGGAAGACCGCAAGCTGCACTGGATCGCCGGGCCGGACACACGATTCAAGCACGATATCCAGATGCATTTCAGCGATGCTCCGGGCGGGCGCGGTACGCAGATCAAGGTCATTGTCGCTTGCCAGACGCCGCTCGGCGCGGCTGGCTACGCGCTGGCGGCGGCGATTTCCCGGTTCTCGGACAAAGCCTTGTTGAACGTGCTGCGCAGTATCAAGCAGCAGCTTGAAACCGGAGAAGTCAGCACCAACAGGATGCGCCCGGAGCAGACGCAGGACTTCCTCTTCGTGCACCCCGCCAACAGCGCGACCCAGGCACCCGCCAATGACTCATCCACTGACAAGCCCGAACTCAACGGAGGAACCGTCTGA MTERPQLVASRAPVPTPSHPNLGKPERLMSLAAGSLLIANGLRQGGLKGWPQVLLGACAAWRAYSGTCRVKRALTHSPFEQTFEQDRDWGGSKVISRSITVGKPREEVFAFCRDPANLGALMPWIDAIEQTGERTYRWVAHGPMDKTLHCDLEQCEPKEDRKLHWIAGPDTRFKHDIQMHFSDAPGGRGTQIKVIVACQTPLGAAGYALAAAISRFSDKALLNVLRSIKQQLETGEVSTNRMRPEQTQDFLFVHPANSATQAPANDSSTDKPELNGGTV NA NA NA NA NA D1-35_03563 1173 COG1063 putative zinc-binding alcohol dehydrogenase ATGCGCGCATTGACTTGGCAAGGCCCCAACAAGCTTCAGGTCGAGACGGTCGACGACCCGTCCATCCTCAACCCTCGTGACGCCATCGTACGGGTGATCCTGTCCTCGGTGTGCGGCTCGGATCTGCACCTGCTGGGCGGTTACGTGCCGACCATGCAGGCCGGTGACATCATTGGCCACGAATTCATGGGCGAGGTGGTGGAGACCGGCTCGGCCGTCACGCAATTCAAAAAGGGCGACCGGGTTGTCACGGTGTCGATTGTCGGCTGTGGAGAATGCGAGCACTGCCAGCGCTCGGACTTTTCCTGCTGTGACAATTCCAATCCGAACCCTACGGCGACAGACATTGCCTACGGCCAACCGGCGTGCGGCATCATCGGCTACAGCCATGCCTTCGGCGGTTATTCCGGCAGTCATGCGACCTATATCCGCGTGCCCTACGCCGACGTCAATCTGTTCAGCATTCCCGAAGGCGTCAGCGATGAGCAGGCAGTGTTTGTCTCCGACGCAGTGCCCACCGGCTATTTCGCCGCCGACAACGCCGACATTCAGCGCGGCGATACGGTAGCGGTCTGGGGCTGCGGCGGGGTCGGGCTGATGGCAATCACCAGTGCCTACCTGCTGGGCGCCGAACGGGTGATCGCCATCGACCGTTTTGCCGATCGCTTGCGCCTGGCCGAGGAAAAAGCCGGGGCCATCGCCCTCAACTACGAGACCACCGATGTGCATGCCGCCTTGCTGGAGCTGACCGGCGGCCGTGGGCCGGATCGCTGCATCGATTGCGTCGGCATGGAGGCCCACGGCACCGAAGTCGATTATTTCTACGACAAGACCAAGCAGATGCTGCGCCTGCACACCGAGCGCGGAACCGTGCTGCGCCAGTCGATCCGCGCCTGCCGCAAAGGCGGGACGGTGTCGGTGGTCGGGGTCTATGGCGGCTTGCTGGACAAATTCCCGATGGGCGCGATCGTCAATAAATCCCTGACCCTGCGTTCCGGCCAGCAACCGGGGCAGCGCTACGTGAAGCGCTTGTTCGAACACATTCAGAACGGTGAGCTGGACCCCTCCTACCTGCTGACCCATCCCATGGGGCTTGAGCAGTCGGTGGACGGCTATGCGATGTTCAAGGAAAAACGCCAGGATTGTCTGCGGGCGGTATTTCGGCCGGAGTGA MRALTWQGPNKLQVETVDDPSILNPRDAIVRVILSSVCGSDLHLLGGYVPTMQAGDIIGHEFMGEVVETGSAVTQFKKGDRVVTVSIVGCGECEHCQRSDFSCCDNSNPNPTATDIAYGQPACGIIGYSHAFGGYSGSHATYIRVPYADVNLFSIPEGVSDEQAVFVSDAVPTGYFAADNADIQRGDTVAVWGCGGVGLMAITSAYLLGAERVIAIDRFADRLRLAEEKAGAIALNYETTDVHAALLELTGGRGPDRCIDCVGMEAHGTEVDYFYDKTKQMLRLHTERGTVLRQSIRACRKGGTVSVVGVYGGLLDKFPMGAIVNKSLTLRSGQQPGQRYVKRLFEHIQNGELDPSYLLTHPMGLEQSVDGYAMFKEKRQDCLRAVFRPE PGPT0006355_361 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006355-frmA|ADH5|adhC-K00121 NA NA D1-35_03564 1224 tetA Tetracycline resistance protein, class C ATGCCCCATATAGGTCTCCCCCAGGCTTCCAGTGTGCGCCTGCTCGTCTTCCTGCTGTTCTCCATCCAGCTGGTTTCCATGGGCGCGATGGAAATGAGCGGGCCGTTCTGGCCTGTGCATTTGCGCCAGCTGACCAGCAACGACGCGCTGTTCAGCTTTGCCAGCACGGCGGTGTACGTCGGCCCGATGCTGGGCATCATCCTGACCAGTGCCTTCTGGGGCCGGATCGGTGATCGTTACGGTCACAAGCTGATGATGATCCGCGCGCTGGCGGGGCTCTCGTTGACCCAGCTCGGGCTGGCATTGAGCAGCGATATCTGGGTAATCCTGCTCCTGCGTTTCCTGCAAGGCGCCTTCGCCGGTTATATCGCCCCGGCCCAGGCCTATGGGGTGAGCATCGAGGCACCGTCGCGGCGGGCCAGGCTGTTTGCGATCCTGCAGATTTCCACCAACGTCGGTTCGTTGCTCGGGGCGGTGGTCGGCGGGCTGATTCTCGATCATGCGACGTTTTTCTGGATCAACATCGTCGCCTCGGGCCTCTGCGCCGCATGTACCGTCGTCGCGGCGCTGGCGTTGCCCAACGTGGCGCCAGTAAAAAAAGCACCGCTGGCAGGCAAGCCTCCCCTGCCGCCCAGGCTGTTCGACCCGGCGATCAATTGGCTGCTGGGCATCATGGGCCTCCTGCTGCTGGCGCGAATGCTGCCGCAGACTTCGTTTTCCTTGTACGTGGGGGCGACCTTCGAGGTCAGCAATGCCATGGTCGGGCTTTGCTACGGCTTGCTAGCCCTGGGCTTCATTCTTTGTGCGACGTCCTGGTCGCGCTACTTCGAACGGCGCAACCCGGCGCAAACGCTGCAGGCCATGGCGAGCATTGTCATCGGCCTGGTCATCGTCACCGCCGTGGCCGGCCTGACGCGCCAGCCGGTCGTCTTCGCCCTCGCCTATTTCCTCTGGGGCCTGCTGTTGGGCGCAACCACGCCGGTGCTGACGGCGCTCATCTCCCGAAGCGTCGACAACAGTCGCCAGGGCCAGGTGCTGGGGTTGGCCCAGGGCGTTTCACAGACGGCATCGATCATTGGCATCTCCCTTGGCGCATTGCTCAGCCAGGTGTATGGCCTGAAGCACATTTTTCTTTATGTCTGCCTCGCCTACGCAATCGCACTGGTGCCGTTGATGCTGCTGCGCCACAAACCACTCGGAATGGCCGACAGGGCTGGCGAATAG MPHIGLPQASSVRLLVFLLFSIQLVSMGAMEMSGPFWPVHLRQLTSNDALFSFASTAVYVGPMLGIILTSAFWGRIGDRYGHKLMMIRALAGLSLTQLGLALSSDIWVILLLRFLQGAFAGYIAPAQAYGVSIEAPSRRARLFAILQISTNVGSLLGAVVGGLILDHATFFWINIVASGLCAACTVVAALALPNVAPVKKAPLAGKPPLPPRLFDPAINWLLGIMGLLLLARMLPQTSFSLYVGATFEVSNAMVGLCYGLLALGFILCATSWSRYFERRNPAQTLQAMASIVIGLVIVTAVAGLTRQPVVFALAYFLWGLLLGATTPVLTALISRSVDNSRQGQVLGLAQGVSQTASIIGISLGALLSQVYGLKHIFLYVCLAYAIALVPLMLLRHKPLGMADRAGE PGPT0029185_314 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 D1-35_03565 516 fecI_6 COG1595 putative RNA polymerase sigma factor FecI ATGAGCGATCCAGGGTCAGCGGTCAACGATTGTCACCTGCGCACCGTCGCAGACCTCTACAGCGGACACCATGGCTGGTTGTACGCCAGGCTTTATCGAAAACTGGGCAATGCGCTGGACGCCGCCGACCTGGCCCATGACACGTTCATTCGCATCCTCGCCTCGAAGGTGGCGGTGATCGAGGAACCGCGTGCGTACCTGAGCTGCGTCGCCGGGGGCATCCTGGTCAACTGGTTCCAGCGCAAGGCACTCGAACGCGCCTACCTCCAGGCACTGGCGACATTACCCGAGCCCGAGGCGCCCTCGCCCGAACGACGCTTGCTGGTGCTCGAGACGCTGCATGAAATCGACGCCATGCTCGACACCCTGCCGCCCCTGGTAAAGCGTGCGTTCCTGCTGTCGCAGATCCATGGCCTGAAATATGACGACATCGCCACGCAACTCGGCGTTTCGCTGATCACCGTCAAGCGCTACATGAAACAGGCTTTCCTGCACTGCCTGATGCTGGTGGACTGA MSDPGSAVNDCHLRTVADLYSGHHGWLYARLYRKLGNALDAADLAHDTFIRILASKVAVIEEPRAYLSCVAGGILVNWFQRKALERAYLQALATLPEPEAPSPERRLLVLETLHEIDAMLDTLPPLVKRAFLLSQIHGLKYDDIATQLGVSLITVKRYMKQAFLHCLMLVD PGPT0003900_298 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_03566 966 fecR_4 COG3712 Protein FecR ATGCCCGCCCATGACCGCCACGCCCTCGACCCGGCCATTCTCAACGAAGCCGCCGATTGGCTGATGCGCCTGAGCGAAGGCAGCGTCAACGACGCCGAACGCCTGGAGTGGGAACGCTGGCGTACCAGCAGCCCGGCCCACCGCCAGGCCTGGGCGCGGGCCGAACTGCTGCTGAGCAAGCTGCAAGGCTTGCCGCCCGCGCTGGCGATGCCGGCGCTGGACCGCCCGAGCAATCCGGCGCGGCGTGCCGCCATGGGCAAGCTGGCCGCCCTGCTCGCCCTGGCGCCATTGGCCTGGGGCAGCTGGAAGCTCAACGACTGGCAACAGTGGACCGCCGATTACCGCGCTCCGGTGGGCGAGCGGCGCGACCTGACCCTGACCGACGGCACCCGCCTGACGTTGAACACCGACACCGCAATCGATGTATTTTTCGACGAACACCAGCGCCTGCTGCTGTTGCGCCGAGGCGAAATACTGGTCCAGACCGCAGCGGACCCAGCAGCGCTCGCCCGGCCGTTCCGGGTGCAGACCGACGAAGGCCGGATGCAGGCGCTCGGGACGCGCTTCAGCGTTCGCGAAGACACCGGCCATACTCGCCTCGTCGTGCTGGAAGGCGCGGTGCGCATCGAGGTCAAGGGCATCGGCGAGCAAGTGGTCGGGGCTGGCCAGAGCAGCGGTTTTACCGCCCGGGGCATCGACGCCCTGAAACCTGCCGACAAGTCGGTGCTGGCCTGGACCCAGGGCATGCTGATGGCCGACAACATGCGCCTGGCGGATTTCGTCAACGAACTGAGCCGTTATCGCAACGGCGTCCTGCGTTGCGACCCGGCGATCGCCAACCTGCGGATATCCGGCGCCTTTCCCCTGAACGACAGCCGGCAGACCCTGAACATGCTCGCCCGAACCTACCCCATCCGGGTCACATCCCGCCTGGGCGATTACTGGGTCATGCTGGCGCCGGCTTGA MPAHDRHALDPAILNEAADWLMRLSEGSVNDAERLEWERWRTSSPAHRQAWARAELLLSKLQGLPPALAMPALDRPSNPARRAAMGKLAALLALAPLAWGSWKLNDWQQWTADYRAPVGERRDLTLTDGTRLTLNTDTAIDVFFDEHQRLLLLRRGEILVQTAADPAALARPFRVQTDEGRMQALGTRFSVREDTGHTRLVVLEGAVRIEVKGIGEQVVGAGQSSGFTARGIDALKPADKSVLAWTQGMLMADNMRLADFVNELSRYRNGVLRCDPAIANLRISGAFPLNDSRQTLNMLARTYPIRVTSRLGDYWVMLAPA PGPT0003910_4936 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_03567 2436 fatA Ferric-anguibactin receptor FatA ATGCCCGTTGCCCGCCCCCTGCGTTCGGATCGCAAGCTGAATCTGGCGATTCGCAGTGCCATGCTCAGCGTTGCACTTTCCACCTTGAGCCCGTGCACCTGGGCGGCACCGGGCGCGCCGCTGGACAACGTTGCCAGCCAGTCCTACAACATACAGCCAGGTCCCTTGGGTGCCACGTTATCGGCGTTCGCCGTGCAGGCCGGCATCGCATTATCGTTTGAACCCTCCCTGACCCAAGGCTTGAACAGCCCGGGCCTTTCAGGGCAGTTCACCGCGCGTGAAGCGTTTACCCGATTGCTGGCCGGCAGCGGCCTGGAACTGGTCGCCCGCGACGATGGCAGCTACACCCTGGAAAAATCCGCCGGCGACGGGGGGCTGGCCCTGGCGCCAACCACCATCAATGCCGCCGAGGTGCGCCCCGGGGATTTGCCGCCGACCTACAGCGGTGGCCAGGTGGCCCGTGGCGGCCGGGTTGGCCTGCTGGGTAACAAGGACCTGATGGACACGCCATTCAGCGTCAGCAACTACACCTCGACCCTGATGAAGGACCAGCAGGCCGTGACCGCCGCCGACGTGCTGGAGCGCGACTCCTCGGTGCGCTCCACCGGCCAGACCGGCGGCATCGTCGATTCGTTCTTCATTCGCGGTTTCCCGGTGGGCGAAGGCAACCTGGGTGAGCTGGCGTTCGACGGCGTGTACGGCGTGGCGCCGAACTACCGGGTGTTCACTGAATATGCCGAGCGCATCGAGGTCATCAAGGGCCCGGCTGCGCTGCTGTACGGCATGTCGCCCAACAGCGGCGTCGGTGGCGTGATCAACATCGTGCCCAAGCGCTCGCTGGACCAGGACCTGACTCGCGTTACCGCCAGCTACGCCATGGACACCCAGGCAGGCGGGCATGTCGACATCAGCCGCCGCTTCGGCGAGGAACGCCGCTTCGGTGTGCGCGTCAACGGCAGCCTGCAGGGTGGCGACACCGCGATCGACAAGCAGTCCCGGGATGTCGGCATCGGTGCGATCTCCCTGGATTACCAGGGCGACCGGTTCAGGACCAGCCTGGACCTGATCAGCCAGGAAGAACAGTGGGACGCACCCTCCCGGCCGTTTGCCATCGCCAGCGGTGTCGAGGTGCCTTCGGCGGCCAACGGGCGCAGCAACGTGACCCAGGAATGGGGCTGGTCCGAAACCCGCGACAAGTCGGCGCTGCTCAGTGGTGAATATGACCTGAGCGACAACCTGACGGTATTCGGCCACGCCGGGGGCGGCAAGTCCGATGTGGCACGACTGTCGGACCAGACCCCGACGATCCTCAACAGCGCCGGTGACACCCGCTCGGTACCGGGCTACTACAAGTTCGAGGTGGAGCGTTACACCGTCGATGCCGGTGCCCGTGCCCGCTTCGAAACCGGTCCGGTCAGCCACAGCGCCACCTTGCAGGCCAGCCGCTATCGCGATGAATTGCGCCGAGGAATCAATTCCGGCGCCCCGGTCTTTTCGAATATCTATCACCCGGTGGCGCGCGACAAACCGTCCATCGCATCGCCCGATGTGGCGAAGGTCTCCGATACCGAACTGTCCGGCGTGGCCCTGGCCGATACCTTGTCGATCCTCGATGAACGGGTCCAGGTAACGCTTGGCCTGCGCAAGCAGAGCATTGAATCAAACAACTACAACACCCTCGGGAATGTCACCAGCGCCTATGACGAAAGCGAAACCACGCCTTTGTTCGGCGCGGTGGTCAAGCCCTGGGAACATGTGTCGTTCTACTACAACTACATCGAAGGCCTGAGCAAGGGCGACACTGCGCCGGCCACTGCGAGCAACTCGGGCGAAATCTTCAAGCCCTACATCTCTCGCCAGCAGGAGGTCGGGGTCAAGGTCGACTACGGCACGTTCACCTCGACCCTGGCGCTGTTCCAGATCAAGAAGCCCGCCGGCGAATTGACCAACGGCACGGCCGGTGGCGTGTATTCGGTCCAGGGCGAGCAGCGCAACCGCGGCATCGAACTGAACATGTTCGGCGAACTGCGCGAGGGCACGCGTCTGCTCGGTGGCGTCACCTTGCTCGACGGCGAACTCACCAAAAGCGGGACCGCCGCCAATCGCGGCAACAAACCGGTGGGCGTGCCCGAAGTGCAGGCCAACCTCTGGGCCGAATGGGACACCCCCTGGGTCCAGGGCCTGACGTTGACCAGTGGAGCGATCTACACCGGCAGCCAATACGTCAACCAGGCCAATACCCAAGAGCTCGATCCGTGGACACGCTTTGATGCCGGCGCCCGCTACAGCACGGTACTCGATGGCCGGCCGACCACGCTGCGCGCCACGGTGCAGAACGTGTTCGACCGCGAATACTGGTCCGGCGTGGCCTCCTACGGCGCGTTCTCCCAAGGCGCGCCACGCACCCTGTTGCTTTCAGCGACGGTCGACTTCTGA MPVARPLRSDRKLNLAIRSAMLSVALSTLSPCTWAAPGAPLDNVASQSYNIQPGPLGATLSAFAVQAGIALSFEPSLTQGLNSPGLSGQFTAREAFTRLLAGSGLELVARDDGSYTLEKSAGDGGLALAPTTINAAEVRPGDLPPTYSGGQVARGGRVGLLGNKDLMDTPFSVSNYTSTLMKDQQAVTAADVLERDSSVRSTGQTGGIVDSFFIRGFPVGEGNLGELAFDGVYGVAPNYRVFTEYAERIEVIKGPAALLYGMSPNSGVGGVINIVPKRSLDQDLTRVTASYAMDTQAGGHVDISRRFGEERRFGVRVNGSLQGGDTAIDKQSRDVGIGAISLDYQGDRFRTSLDLISQEEQWDAPSRPFAIASGVEVPSAANGRSNVTQEWGWSETRDKSALLSGEYDLSDNLTVFGHAGGGKSDVARLSDQTPTILNSAGDTRSVPGYYKFEVERYTVDAGARARFETGPVSHSATLQASRYRDELRRGINSGAPVFSNIYHPVARDKPSIASPDVAKVSDTELSGVALADTLSILDERVQVTLGLRKQSIESNNYNTLGNVTSAYDESETTPLFGAVVKPWEHVSFYYNYIEGLSKGDTAPATASNSGEIFKPYISRQQEVGVKVDYGTFTSTLALFQIKKPAGELTNGTAGGVYSVQGEQRNRGIELNMFGELREGTRLLGGVTLLDGELTKSGTAANRGNKPVGVPEVQANLWAEWDTPWVQGLTLTSGAIYTGSQYVNQANTQELDPWTRFDAGARYSTVLDGRPTTLRATVQNVFDREYWSGVASYGAFSQGAPRTLLLSATVDF PGPT0003790_9341 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_03568 1173 hypothetical protein ATGCAGATTCAATCTCTGACGCGCTCATCGCTCATCGCCTGGCTGCTGGGTGCTACCGCCCTGCTGCTGAGCGGCCTGGTGTTTTCAGACACCTTGCCCGCCACCAGAACCACCGTCACCGACTTGCTCGGCCGCCAGGTCCAGGTGCGCATTCCGGTGCAACGGGTGATCCTCGGCGAAGGTCGCCAGTTGTACCTCGTCGCGGCACTCGACACCGACAACCCGATCCGCCGCATCGTCGGTTGGCGCAAGGACCTGATCCAGTCCGACCCGGACACCTACGGCGCCTACCTGCGGCGGTATCCGGCAATTGCCCGGATTCCGACCTTCGGCGGTTTCGAAGACGGCACCTTCGACATCGAGCAAGCGATCAGCCAGCAACCGGACGTGATCGTCCTCAACATCGAGGCCCAGCACGCCACCGAAGACGCGCGCCACATCGAGAAACTCGATGCGCTGGGCATTCCGGTGGTCTACGTCGACTTTCGCAACAACCCGATGCAGAACACCGAACCGACCATGCGCCTGTTTGGCCAGCTGTTCGGCGAAGAGGCACGCGCCGAGGCGTTCATCGCCTTTCGCAACCAGCAGATCCGTCGCGTCACCGATGTGATCCAGGCCCGCCAGCCGCCCCGCCCGAAAGTGTTCATCGAACGCATCGGTGGCTACACCGACGATTGCTGCCTGAGTTTCGGCAACGAAAATTTCGGCCGTTTCGTCGAGCTGGCCGGGGGCCGCAACATTGCCAGCGCAATCATTCCCAACACCTTTGGCCAGTTGAACGCGGAACAGGTGATCGTCGCCAACCCGGAACAGGTGGTGGTCACCAGCGCCAACTGGGAGGCCTTTGCGCCGGGCGGGCACTGGGTCGGTGTCGGGCCCGGCGCCGATCTGGCCGAGGCGCGGCGCAAATTGCAGTGGTACACCGCCCGCCCGGCCTATGCCGGGATCAAGGCTCAGCAAACCCAGGGCTTTCATGCCATCTGGCACCAGTTCTACAACAGCCCGTACCAGTTCATCGCCATCCAGCAACTGGCCAAGTGGTTCCATCCGGAGCTGTTCACCGACCTGGACCCCGACGCGACGTTTCGCGAGTTCCACCAGCGCTTCTTGCCTGTGCCCTATGAGCCAGGCTATTTCGTCAGCCTCAAGCCCGCGCAGGCCCAACCATGA MQIQSLTRSSLIAWLLGATALLLSGLVFSDTLPATRTTVTDLLGRQVQVRIPVQRVILGEGRQLYLVAALDTDNPIRRIVGWRKDLIQSDPDTYGAYLRRYPAIARIPTFGGFEDGTFDIEQAISQQPDVIVLNIEAQHATEDARHIEKLDALGIPVVYVDFRNNPMQNTEPTMRLFGQLFGEEARAEAFIAFRNQQIRRVTDVIQARQPPRPKVFIERIGGYTDDCCLSFGNENFGRFVELAGGRNIASAIIPNTFGQLNAEQVIVANPEQVVVTSANWEAFAPGGHWVGVGPGADLAEARRKLQWYTARPAYAGIKAQQTQGFHAIWHQFYNSPYQFIAIQQLAKWFHPELFTDLDPDATFREFHQRFLPVPYEPGYFVSLKPAQAQP PGPT0003765_536 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 D1-35_03569 1059 hmuU_1 COG0609 Hemin transport system permease protein HmuU ATGAATGGCCGTATCGAGGGTATCGCCCTGGGCACGATTTACCGCGAGCAGGTCTGGCGCAAACGCTTGATCCTGATCGGCCTGGCCCTGTTGCTGCTGTTCAGCGTGCTGCTCGACCTGGCCCTCGGCCCGGCCAGCTACAGCCTGGATGAAGTCCTGGGCGCGCTGTTCTCTCCGGATGCCGCGGCGCCGCAAGTGCGGGTGGTGATGTGGGATATCCGCCTGCCGGTGGCGCTGATGGCCGTGGCCGTGGGCGCCGCGTTGTCCCTGGCCGGCGCGCAGATGCAGACCATCCTCAACAACCCGCTGGCGAGCCCATTCACCTTGGGCATCTCGGCGGCAGCCAGTTTCGGCGCGGCCCTGGGCTTGGCATTCGGCGTGGCCCTGGTGCCGGTGATCGCCCAATACATGGTGCCGCTCAATGCCTTTATCATGGCGATGCTCTCGGCGCTGCTGATTCATGTCCTGAGCCTGCGCCGGGGCATGACCAGCGAAACCATCGTGCTGCTCGGTATCGCCCTGGTCTTCACCTTCAATGCGCTGTTGGCGCTGGTGCAGTTCTTCGCCACCGAGCAGGCCGTGGCCGCCGTGGTGTTCTGGACCATGGGCAGCCTGACCAAGGCCACCTGGCCGAAACTCGGCGTGATCTGCCTGGTAATCCTCGTCACCTTGCCGATTTTTGCCCGCCGCGCCTGGGCCATGACCGCCCTGCGCCTGGGGGATGAAAAAGCCGCGAGTTTCGGCATCAACGTGCGCAAGTTGCGCTTGCAGACGCTGATCATGGTCAGCCTGCTGGCCGCGTTTCCAGTGGCGTTTGTCGGCACCATCGGCTTCATCGGCCTGGTGGGGCCGCACATCGCCAGGATGCTGATCGGCGAGGACCAGCGTTTCTTCCTGCCGGCCTCACTGCTGACCGGCGCGCTGATCCTGTCGGCCAGTTCGGTGGTGAGCAAGACCCTGATACCCGGGGCGATCTTCCCGATCGGCGTGGTCACGTCGCTGATCGGCGTGCCGTTCTTCATTTCTCTCATTCTGGGCGGCAGGAAACAGTCATGGTGA MNGRIEGIALGTIYREQVWRKRLILIGLALLLLFSVLLDLALGPASYSLDEVLGALFSPDAAAPQVRVVMWDIRLPVALMAVAVGAALSLAGAQMQTILNNPLASPFTLGISAAASFGAALGLAFGVALVPVIAQYMVPLNAFIMAMLSALLIHVLSLRRGMTSETIVLLGIALVFTFNALLALVQFFATEQAVAAVVFWTMGSLTKATWPKLGVICLVILVTLPIFARRAWAMTALRLGDEKAASFGINVRKLRLQTLIMVSLLAAFPVAFVGTIGFIGLVGPHIARMLIGEDQRFFLPASLLTGALILSASSVVSKTLIPGAIFPIGVVTSLIGVPFFISLILGGRKQSW PGPT0003770_2611 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 D1-35_03570 756 fepC_1 COG1120 Ferric enterobactin transport ATP-binding protein FepC ATGGTGACGATCGAGCTGCAAGGTGTCGGCGCTCGTTATGGTCGTCGGTCGATACTGGACGGGATCACTACGCCGCTGCTCACGGGTGGCGAGGTGGTGGCGGTGGTGGGGCCCAACGCGGCCGGAAAATCGACCCTGTTCAAACGCATCGCCGGCCTCATCGACGGCCCCGGCCATGTTCGCCTGGAAGGCTCGCGCAGGGGCCAGCAGGGCATTTGCTACATGCCGCAGAACCTCAACGCCAACGCCCGGCTGACGGTCTACGAATCGGTGCTGCTCGCGCGCAAACAGCAGGCGCCCGGCTGGACAGTGCAAGCTGATGAGCTGGAAGTGGTGGACCGCATCCTCGCGTCCCTGGGCATCAGTGATTTGTCGTTTCGCAACCTCGGTGAACTGAGCGGTGGGCAACAGCAACTGGTGTCCATCGCCCAGACGCTGGTGCGCGAGCCCGAAGTCCTGTTGATGGACGAACCCACCAGCGCCCTGGACATGCACCGCCAGGTCCAGGTCCTGAGCTTCATGCGCGCCCTCGCCCGCCAACACTCGATCATCGTGTTCATTGCCATTCACGACCTGAACCAGGCGTTGCGCTTTGCCGACCAGGTGCTGGTCATCGCCGAGGGCACCCTGCAAGGCTGCGGTCGAAGTGAAGAAGTGATCACCGAGCAGATGCTGCGCAACGTGTACCGGGTCCAGGCCCGGATCGAACGCTGTTCAAGGGATGAGCGGCACATCATCGTGGACGACGTGGTTTGA MVTIELQGVGARYGRRSILDGITTPLLTGGEVVAVVGPNAAGKSTLFKRIAGLIDGPGHVRLEGSRRGQQGICYMPQNLNANARLTVYESVLLARKQQAPGWTVQADELEVVDRILASLGISDLSFRNLGELSGGQQQLVSIAQTLVREPEVLLMDEPTSALDMHRQVQVLSFMRALARQHSIIVFIAIHDLNQALRFADQVLVIAEGTLQGCGRSEEVITEQMLRNVYRVQARIERCSRDERHIIVDDVV PGPT0003760_8379 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 D1-35_03571 780 yfcA_2 COG0730 putative membrane transporter protein YfcA ATGCCTTTTGAACTCAGCGTCGACCTTTCTACCCTCGCTATCCTTGCCGTCGTCGCGTTCATCGCCGGCTTCATCGACGCCATCGCTGGCGGCGGTGGGCTGCTGACCACGCCGGCGTTGCTGACCGCCGGCCTGCCACCGCACCTGGTGCTGGGCACCAACAAGCTCAGCTCGACCTTCGGCTCAGCCACGGCCAGTTTTACCTTTTACAAGCGCAAGCTGTTTCACCCACGGCAATGGACCCACGCCCTCGTCGGCACGCTGGTCGGTGCCTTGGTCGGCGCCGTCGTTGCTCATTACCTGCCCGCCGAGTGGCTGAACAAGATGCTGCCGGTGATTGTCTTTGCCTGTGGCCTGTACCTGTTGTTCGGCGGCACGCCCAAGGCGCCGCTGGACAGCAATGCGCCGATCAAGAAGACGTGGCAGTCATCCCAGGGTTTCACCTTGGGTTTCTACGACGGCGTGGCCGGCCCGGGCACCGGTGCGTTCTGGACCGTCAGCAGCCTGCTGCTCTACCCCATCGACCTGGTCAAGGCCAGCGGCGTGGCCCGCAGCATGAACTTCGTCAGCAACATCGCGGCGCTGTCGGTGTTCATCTTTTCGGGCCAGGTGGATTGGATCATCGGCCTGAGCATGGGCCTGTCGGTGATGGTCGGCGCGTTCTTCGGCGCGCGCACCGCCATCAGCGGCGGCGCGAAGTTCATCCGCCCGGTATTCATCACCGTGGTGCTGGGCCTGACCGTGCGCCTAGCCTGGCAGCACTGGTTCAGCGTGGCCTAG MPFELSVDLSTLAILAVVAFIAGFIDAIAGGGGLLTTPALLTAGLPPHLVLGTNKLSSTFGSATASFTFYKRKLFHPRQWTHALVGTLVGALVGAVVAHYLPAEWLNKMLPVIVFACGLYLLFGGTPKAPLDSNAPIKKTWQSSQGFTLGFYDGVAGPGTGAFWTVSSLLLYPIDLVKASGVARSMNFVSNIAALSVFIFSGQVDWIIGLSMGLSVMVGAFFGARTAISGGAKFIRPVFITVVLGLTVRLAWQHWFSVA NA NA NA NA NA D1-35_03572 831 nudC_2 NADH pyrophosphatase ATGATTTCACGCTGGACCACCGCAGTACTCGACACCGACCTCGCGGGCGGCTGGGCCGTGGCCCGCAGCCCGGAGGGCTTTCTCTACGACGACAACGGCGCGTTGTTTCCCCGCGAGTGGCTCAAGCGCCAGGATGTGTCGATTCTCGCCGAGCACGGCATTGGCCATCTTGACGGCGAGCCGGTCTACCTGCTGGAACTGCATAGCTCGCTGGAGATTCCCGGCTGCAACTGGAAAGGCCTGCGGGCCTTCATGCTCGAGGACGACCACACGCTGTTCAAGGTGCTGGGTTATGCGGCGCAGATCGGCACCTGGGCTCGCGAACATCGCTTTTGTGGCAGTTGCGGCCAGCGCATGATCCAGGTGCCGCGAGAGCGGGCGATGTACTGTGAGGCATGCGATCTGCGGCATTACCCGCGAATCTCGCCGAGCATGATCGTGCTGATTACCCGTGGCGATGAGGTCTTGCTGGCCCGTTCGCCCCGGTTTGTCACCGGTGTCTACAGCACCCTGGCCGGGTTTGCCGAGCCGGGCGAGTCGGCCGAGGATTGCCTGGTCCGGGAGGTGCGCGAGGAGGTCAGCATCGAGGTGAAGAACATCCAGTACGTGGGCAGCCAGTGCTGGCCGTTTCCCCATTCGATGATGCTGGGTTTTCATGCCGAGTATGCCGGCGGTGAGATCGTGCCCCAGGAAGACGAGATCGAGGACGCCCAATGGTTCAGCGTCCATGACCTGCCGCCGTTGCCGGCCTCGCGCTCCATCGCCCGCTACCTGATCGACCTGTATGTCGCCCGCCGTCTAGGCCACGCTGAACCAGTGCTGCCAGGCTAG MISRWTTAVLDTDLAGGWAVARSPEGFLYDDNGALFPREWLKRQDVSILAEHGIGHLDGEPVYLLELHSSLEIPGCNWKGLRAFMLEDDHTLFKVLGYAAQIGTWAREHRFCGSCGQRMIQVPRERAMYCEACDLRHYPRISPSMIVLITRGDEVLLARSPRFVTGVYSTLAGFAEPGESAEDCLVREVREEVSIEVKNIQYVGSQCWPFPHSMMLGFHAEYAGGEIVPQEDEIEDAQWFSVHDLPPLPASRSIARYLIDLYVARRLGHAEPVLPG PGPT0013440_1971 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013440-nudC-K03426 NA NA D1-35_03573 813 crt COG1024 Short-chain-enoyl-CoA hydratase ATGTCGCAATACCAAGCGTTCCACGTCGAACTTGCAGACAAAATCGCCCATGTGCAGATCAATCGCCCCGACAAGATCAATGCCATGAACGCCGCGTTCTGGAGCGAGATCATCGAGATCTTCCAGTGGATCGACGATACCGACGAAGTGCGGGTGGTGGTCCTGAGCGGTGCCGGCAAGCATTTTTCGTCGGGTATCGATCTGATGATGCTGGCCGGCGTGGCGAACGAACTGGGCAAGGACGTCGGCCGCAACGCCCGTGTGCTGCGGCGCAAGATCCTCGAACTGCAAGCCTCGTTCAACGCCGTGGACAATTGCCGCAAACCGGTTCTCGCGGCGATCCAGGGGTATTGCCTGGGCGGTGCCATCGACCTGATTTCTGCCTGCGACATGCGCTACGCGGCCGAGGATGCGCAATTCTCCATCAAGGAAATCGACATCGGCATGGCGGCCGATGTTGGCACATTGCAACGCTTGCCCCGGATCATCGGGGACGGCATGCTGCGTGAACTCGCTTATACGGGGCGCACCTTTGGTGCCGACGAAGCGCGCAGCATTGGTCTGGTCAATCGTGTCTACAGCGATACCGCCAGCCTGCTTGACGGAGTGATGGGCATCGCCCGGGAAATCGCCGCCAAGTCGCCGATCGCCATAGCCGGCACCAAGGAAATGATTGGCTACATGCGTGATCACGGCATCGACGACGGGCTGGAATACGTCGCTACGTGGAATGCCGCCATGCTGCAATCGAATGACCTGCGCGTGGCCATGGCCGCCCATATGAGCAAACAGAAACCCGAATTTCTGGATTGA MSQYQAFHVELADKIAHVQINRPDKINAMNAAFWSEIIEIFQWIDDTDEVRVVVLSGAGKHFSSGIDLMMLAGVANELGKDVGRNARVLRRKILELQASFNAVDNCRKPVLAAIQGYCLGGAIDLISACDMRYAAEDAQFSIKEIDIGMAADVGTLQRLPRIIGDGMLRELAYTGRTFGADEARSIGLVNRVYSDTASLLDGVMGIAREIAAKSPIAIAGTKEMIGYMRDHGIDDGLEYVATWNAAMLQSNDLRVAMAAHMSKQKPEFLD PGPT0001860_2901 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 D1-35_03574 1491 cusC COG1538 Cation efflux system protein CusC ATGACCGACCGTTCGCTTTTCAACCTTGCCGCACCGCTGGCAGCCGCCCGTGGCTCGCGGGTATTGAGCCTGGCGCTGTGCGTGGCGCTGCTCAGCGCTTGCGCGATCGGCCCGGATTACCAGCGCCCGGCGGCCGCTGCGCCGGTGCAGTACAAGGAAGCCCAAGGGTGGCGCCAGGCCAACCCCAGCGACGCCTTGGCCCGGGGCGCCTGGTGGGAGCTGTACAGCGACGCCCGGCTGAATGAGCTGGTGGCAAAGCTCAACGCATCCAACCAGACCGTGGCCCAGGCCGAAGCCCAGTATCGTCAGGCCCAGGCGTTGGCGCGCAGTGCGCGGGGAGCTTTTTTCCCAACGGTCGACCTTACCGTCGGCAAGAACCGCTCCAGCCAAGGCACCGGCAGCAGCAGTTCGAGCCTGAGCAGTTCTTCCAGCGGCATTCGCGACACCTACAGCGCCCAGGCCGGGGTGAGTTGGGAAGCGGATGTCTGGGGCAAGTTGCGCCGCACCCTGGAAGCCGATGAAGCCAGCGCGCAAGCCAGCTTTGCCGACCTGGCGGCGATGCGCCTGAGCCAACAATCGGAACTGGTGCAGAACTACTTGCAGTTACGGGTCATCGACCAACAGAAGCGCTTGTTGCAGACCACGGTCGATAACTATCAGCGCTCATTAAAAATGACCGAAAACCAGTACCGCGCCGGGGTGTCGGGCAAGGACGCGGTGGCCCAGGCGCAGAACCAGCTCAAGACCACCCAGGGCGACCTGATCGACCTGATCTGGCAGCGGGCGCAGTTCGAAAATGCCATCGCCGTGCTGATCGGCCTGCCTCCCGCCGAATTCAGCCTGGCCGAAACCGAGGACGTCCCGGCGCTGCCGCAGGTCCCGGTGGCGGTACCCTCGCAGTTGCTTGAGCGGCGTCCGGACATCGCTTCAGCGGAACGCTCGGTGATGGCCGCCAACGCCAACATTGGCGTGGCGAAGGCGGCCTATTATCCGGACCTGACCCTGAGCCTGAGTGGCGGCTACAGCAGCAGTACCTACGATAACTGGATAAGTGTGCCGAACCGCTTCTGGTCGGTCGGGCCACAGCTGGCGATGACGCTGTTCGACGGCGGCCAGCGCTCGGCGGAAGTCGACCGCAGCGTCGCGGCGTACGACCAGACCGTGGCGACCTATCGGCAGACCGTGCTCGACGGTTTTCGTGAAGTCGAGAACTACATGATCCAGCTCAAGGTGCTCGAAGACGAAGCCCGCGTGCGCCAGGAAGCACTCGACGCCGCCCGCGAGTCCCTGCGCCTGACCCAGAACCAGTACCGGGCCGGCTTGATCGGCTATCTCGACGTGGTAACCGTCCAGGCCACCGCCCTGAGCAACGAACGCAGCATGCTGAGCCTGCAACAGAGCCGGTTGATCGCCAGCGTGCAACTGATCGCGGCGCTGGGCGGCGGGTGGGATGGGCAGTTGCAGGCGAGCGAACAGCCAGCAGCGGACTGA MTDRSLFNLAAPLAAARGSRVLSLALCVALLSACAIGPDYQRPAAAAPVQYKEAQGWRQANPSDALARGAWWELYSDARLNELVAKLNASNQTVAQAEAQYRQAQALARSARGAFFPTVDLTVGKNRSSQGTGSSSSSLSSSSSGIRDTYSAQAGVSWEADVWGKLRRTLEADEASAQASFADLAAMRLSQQSELVQNYLQLRVIDQQKRLLQTTVDNYQRSLKMTENQYRAGVSGKDAVAQAQNQLKTTQGDLIDLIWQRAQFENAIAVLIGLPPAEFSLAETEDVPALPQVPVAVPSQLLERRPDIASAERSVMAANANIGVAKAAYYPDLTLSLSGGYSSSTYDNWISVPNRFWSVGPQLAMTLFDGGQRSAEVDRSVAAYDQTVATYRQTVLDGFREVENYMIQLKVLEDEARVRQEALDAARESLRLTQNQYRAGLIGYLDVVTVQATALSNERSMLSLQQSRLIASVQLIAALGGGWDGQLQASEQPAAD PGPT0028955_368 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028955-oprC|opcM-K18903 NA NA D1-35_03575 3105 mdtC_1 COG0841 Multidrug resistance protein MdtC ATGAACCTCTCCGGCCCCTTCATCCGCCGCCCGGTAGCAACCATGCTGCTGAGCTTCGCCATCATGCTGCTCGGCGGTGTGTGCTTTGGCTTGCTGCCGGTGTCGCCGCTGCCGCAGATGGATTTCCCGGTGATCGTGGTCCAGGCCAACCTGCCGGGGGCGAGTCCCGAGGTGATGGCTTCCACCGTGGCGACGCCGCTGGAGCGTTCCTTCGGCGCGATCGCCGGGGTCAACACCATGAGCAGTCGGTCCAGCCAGGGTTCGACCCGGGTGATCCTGCAATTCGACCTGGACCGCGACATCAACGGCGCGGCGCGGGAGGTGCAGGCGGCCATCAACGCCTCGCGCAACCTGCTGCCCAGCGGGATGCGCAGCATGCCGACCTACAAGAAGGTCAATCCGTCCCAGGCGCCGATCATGGTGCTGTCGCTGACCTCGGATGTGCTGGAGAAAGGCCAGCTCTACGACCTGGCCTCGACGATTCTGTCCCAGAGCCTGTCCCAGGTGTCGGGCGTGGGCGAGGTGCAGATCGGCGGCAGTTCGCTGCCGGCGGTGCGCATCGAACTGGAGCCGCAATTGCTCAATCAGTACGGCGTGGCGCTGGACGACGTGCGAACGGCGATTGCCAACAGCAACGTGCGCCGGCCCAAGGGTTCGGTCGAGGACGACCAGCGGATGTGGCAAGTCCAGGCCAACGACCAGCTGGAAAAGGCCAAGGATTACGAAACACTGATCATCCGCTATCAGGATGGCTCGGTATTGCGGCTCAAGGACGTGGCCAAGGTCAGCGACGGCGTCGAGGATCGCTACAACAGCGGTTTCTTCAATGACGATGCCGCCGTGTTGCTGGTGATCAATCGCCAGGCCGGCGCCAACATCATCGAGACCGTCAACGAGATCAAGGCCCAGTTGCCGGCCTTGCAGGCCGTGTTGCCCGCCAGCGTCAAGCTGAACCTGGCGATGGATCGCTCGCCGGTGATCAAGGCGACCCTGCACGAAGCGGAAATGACCTTGCTGATCGCCGTCGCCCTGGTGGTACTGGTGGTGTTCCTGTTTCTCGGCAATTTCCGCGCTTCGCTGATCCCGACCCTGGCGGTGCCGGTGTCGCTGGTGGGCACGTTCGCGGTGATGTATCTGTACGGTTTCTCGCTCAACAACTTGTCGCTGATGGCGTTGATCCTCGCCACCGGGCTGGTGGTGGACGATGCCATCGTGGTGCTGGAAAACATCTCCCGGCACATCGATGAGGGCGTGCCGCCGCTGAAGGCCGCGTATATGGGGGCCGAGGAGGTGGGCTTCACGCTGCTGTCGATGAACGCCTCGCTGGTGGCGGTGTTCCTGTCGATCCTGTTCATGGGCGGGATCGTCGAGAGCCTGTTCCGGGAGTTTTCCATCACCCTGGCGGCGGCCATCGTCGTCTCGCTTATCGTATCCCTGACGCTTACGCCGATGCTCTGCGCGCGCTGGCTCAAACCTCACGTGCCAGGGCAGGAGAACCGCTTGCAGCGTTGGAGCCAGGGCGCCAACGAAAGAATGGTCCGTGGCTATGCGCGCACGCTGGACTGGGTACTGCGCCATCGGCGCCTGACCTTGCTCAGCCTGCTGGTGACCATCGGCGTGAACATCGCGTTGTACGTGGTGGTGCCGAAAACCTTCATGCCCCAGCAGGACACCGGCCAGTTGATCGGCTTCGTGCGCGGTGACGACGGGCTGTCGTTCAACGTGATGCAACCGAAGATGGAGATCTTCCGTCGCGCGGTGCTCAAGGACGAGGCCGTACAGAGCGTGGCCGGTTTTATCGGCGGCAACAACGGCACCAACAATGCCTTCATGCTGGTGCGCCTCAAGCCGATCAACGAGCGCCGGATTTCCGCGCAGAAAGTCATCGAGCGCCTGCGCAAGGAAATGCCCAAGGTGCCCGGCGGCCAGTTGATGCTGATGGCCGACCAGGACCTGCAGTTCGGTGGCGGCCGCGAGCAGACCACCTCGCAATATTCCTACATTCTGCAGAGCGCCGACCTGGCGTCGCTGCGCGAGTGGTACCCCAAGGTCGTCGCGGCGTTCCGCGCCTTGCCGGAGCTTACCGCCATCGATGCCCGTGACGGTGGCGGCGCACAGCAGGTAACCCTGATTGTGGATCGCGACCAGGCCAAGCGCCTGGGCATCGACATGGACATGGTCACATCGGTGTTGAACAACGCCTACAGCCAGCGGCAGATATCAACCATCTACGACAGCCTCAACCAGTACCAGGTGGTCATGGAGGTCAACCCCAAATACGCCCAGGACCCCAACACCCTCGAACAGGTCCAGGTGATTACCGCCGATGGCGCACGGGTCCCGCTGTCCGCGATTGCCCATTACGAGAACAGCCTGGAAGACGACCGGGTCAGCCATGAAGGCCAGTTCGCTTCCGAGGGCATCTCCTTCGATATGGCCGAAGGCGTGACCGTGGAGCAGGGCACGGCCGCCATCGAACGGGCGATCGCCAAGCTGGGAATGCCCGAAGACGTCATCGCGAAAATGGCCGGGACCGCCGACGCTTTCGCCGCCACCCAGAAAAGCCAGCCGTTCATGGTGCTCGGGGCGCTGCTGGCGGTGTATCTGGTCCTGGGCGTGCTGTATGAAAGCTACATCCACCCGTTGACCATCCTGTCCACGTTGCCTTCGGCCGGCGTTGGCGCGTTGCTGTCGATCTACGTTTTGGGCAGCGAGTTCAGCCTGATCTCGCTGCTGGGGCTGTTCCTGCTGATTGGTGTGGTGAAGAAAAACGCGATCCTGATGATCGACCTCGCGCTGCAACTGGAGCGCGCCGGCCAGACGCCGTTGGAGTCGATCCGCAGTGCTTGCCTGTTGCGCTTGCGGCCGATCCTGATGACGACGGTGGCGGCGATCCTCGGTGCCTTGCCGCTGTTGCTCGGCGGTGCCGAAGGTTCGGAGATGCGCCAGCCGCTGGGCCTGACCATCATCGGCGGCCTGGTGTTCAGCCAGGTCCTGACGCTCTACACCACGCCGGTGGTTTACCTTTATCTCGATAACCTGCGCCACCGCTTCAACCGCTGGCGTGGGGTGCGCACCGATGCTGCCCTGGAAACTCCGCTATGA MNLSGPFIRRPVATMLLSFAIMLLGGVCFGLLPVSPLPQMDFPVIVVQANLPGASPEVMASTVATPLERSFGAIAGVNTMSSRSSQGSTRVILQFDLDRDINGAAREVQAAINASRNLLPSGMRSMPTYKKVNPSQAPIMVLSLTSDVLEKGQLYDLASTILSQSLSQVSGVGEVQIGGSSLPAVRIELEPQLLNQYGVALDDVRTAIANSNVRRPKGSVEDDQRMWQVQANDQLEKAKDYETLIIRYQDGSVLRLKDVAKVSDGVEDRYNSGFFNDDAAVLLVINRQAGANIIETVNEIKAQLPALQAVLPASVKLNLAMDRSPVIKATLHEAEMTLLIAVALVVLVVFLFLGNFRASLIPTLAVPVSLVGTFAVMYLYGFSLNNLSLMALILATGLVVDDAIVVLENISRHIDEGVPPLKAAYMGAEEVGFTLLSMNASLVAVFLSILFMGGIVESLFREFSITLAAAIVVSLIVSLTLTPMLCARWLKPHVPGQENRLQRWSQGANERMVRGYARTLDWVLRHRRLTLLSLLVTIGVNIALYVVVPKTFMPQQDTGQLIGFVRGDDGLSFNVMQPKMEIFRRAVLKDEAVQSVAGFIGGNNGTNNAFMLVRLKPINERRISAQKVIERLRKEMPKVPGGQLMLMADQDLQFGGGREQTTSQYSYILQSADLASLREWYPKVVAAFRALPELTAIDARDGGGAQQVTLIVDRDQAKRLGIDMDMVTSVLNNAYSQRQISTIYDSLNQYQVVMEVNPKYAQDPNTLEQVQVITADGARVPLSAIAHYENSLEDDRVSHEGQFASEGISFDMAEGVTVEQGTAAIERAIAKLGMPEDVIAKMAGTADAFAATQKSQPFMVLGALLAVYLVLGVLYESYIHPLTILSTLPSAGVGALLSIYVLGSEFSLISLLGLFLLIGVVKKNAILMIDLALQLERAGQTPLESIRSACLLRLRPILMTTVAAILGALPLLLGGAEGSEMRQPLGLTIIGGLVFSQVLTLYTTPVVYLYLDNLRHRFNRWRGVRTDAALETPL PGPT0003595_629 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003595-mdtC-K07789 NA NA D1-35_03576 3096 mdtB_2 COG0841 Multidrug resistance protein MdtB ATGAATCTCTCGCGGCTGTTCATCCTTCGCCCGGTCGCCACCACGTTGAGCATGCTGGCGATTGTCCTGGCCGGCCTGATTGCCTATCGGCTGCTGCCGGTGTCGGCACTGCCCCAGGTCGACTACCCGACCATCCGCGTGATGACGCTGTACCCGGGCGCCAGTCCCGACGTCATGACCAGCGCCGTGACCGCGCCCCTGGAGCGGCAGTTCGGGCAGATGCCGGGCCTCACCCAAATGGCTTCCACCAGTTCCGGTGGTGCGTCGGTGATCACCCTGCGTTTCAATCTGGACATCAACATGGATGTCGCCGAGCAGCAGGTGCAGGCCGCGATCAACGCCGCGACCAATCTGTTGCCAACCGATCTGCCGGCGCCGCCGGTGTACAACAAGGTCAACCCGGCGGACACCCCGGTGCTGACGCTGGCGATCACCTCCAAGACCATGCTGCTGCCCAAGCTCAATGACCTGGTGGACACGCGAATGGCGCAGAAGATCGCCCAGATCAGCGGCGTCGGCATGGTGACCATCGCCGGCGGCCAGCGCCAGGCCGTGCGGATCAAGGTCAACCCGGAGGCACTTGCGGCCGCCGGGCTGAACCTGGCCGATGTGCGGACCCTGATCGGTGCTTCCAACGTCAACCAGCCCAAGGGCAACTTCGACGGCCCGACGCGGGTCTCGATGCTCGACGCCAACGATCAGCTGACCTCGCCCAAGGACTACGCCGAACTGATCCTGGCCTACGCCAACGGCGCGCCATTGCGGCTCAAGGACGTGGCACAGATCGTCGACGGCGCGGAGAACGAACGCCTCGCCGCCTGGGCCAACGAAAACCAGGCCGTGCTACTGAACATCCAGCGCCAGCCCGGGGCCAACGTCATCGAGGTGGTGGACCGGATCAAGGCGCTGCTGCCGAGCATCACCGATAACCTGCCGGCTGGCCTCGACGTTACCGTGCTGACCGACCGCACCCAGACCATCCGCGCCTCCGTCACCGATGTGCAGCATGAACTGCTGATCGCCATTGCCCTGGTGGTGATGGTGACGTTCCTGTTCCTGCGGCGGGTCAGCGCCACGATCATTCCGTCGGTGGCCGTGCCGTTGTCGTTGATCGGTACATTCGGCGTGATGTACCTGGCCGGGTTTTCCGTCAACAACCTGACCCTGATGGCCCTGACCATCGCCACCGGTTTTGTGGTGGACGATGCCATCGTCATGCTGGAGAACATTGCGCGCTTCATCGAGGAGGGCGACAGCCCGATGCAAGCCGCGCTCAAGGGCGCCAGGCAGATCGGTTTCACCCTGATTTCCCTGACGCTGTCGTTGATCGCGGTGCTGATCCCGCTGTTGTTCATGGCGGACGTGGTCGGCCGATTGTTCCGCGAGTTCGCCATCACCCTGGCAGTGGCGATCCTGATTTCTTTGGTGGTGTCCCTGACCCTGACGCCGATGATGTGCGCCCGCTTGCTCAAGCGCGAGCCCAAGGAACAGGAGCAGGGCCGTTTCTACCGGGCCAGCGGTGCCTGGATCGACTGGTTGATCGCCGCCTACGGGCGCAAGTTGCAATGGGTGCTCAAGCATCAGCCGCTGACCCTGCTGGTGGCGGTGGGCAGCCTGGTGCTGACGGTGGTGTTGTACCTGGCCGTGCCCAAGGGCTTTTTCCCGGTGCAGGACACGGGCGTGATCCAGGGCATTTCCGAAGCGCCGCAGTCGATTTCCTTCGCCGCCATGAGCGAGCGCCAGCAGCAGCTGGCCAAGGTCATCCTCGCCGACCCGGCGGTGCAGAGCCTGTCCTCTTACATCGGTGTCGACGGCGACAACGCCACGCTCAATAGCGGACGCCTGCTGATCAACCTCAAGCCCCACAGCGAGCGGGACGACAGCGCCAGCGAGATCATCACCCGCTTGCAACCGCAGCTCGACCGGCTGGTCGGCATTCGCCTGTTCATGCAGCCGGTGCAGGACCTGACCATCGAAGACCGGGTCAGCCGCACCCAGTACCAGTTCAGCCTGTCATCGCCGGACGCCGAGTTGCTCAGCCTGTGGAGCGGTCGTCTGGTCGAGGCCCTGGCCCAACAGCCGGAACTGACCGACGTCGCCAGTGACCTGCAGGACAAAGGCTTGCAGGTCTACCTGGTCATCGATCGCGACGCCGCCTCGCGCCTGGGCGTGTCGGTGTCGAACATCACCGATGCGCTGTACGACGCTTTCGGCCAGCGACAGATCTCCACCATCTATACCCAGGCCAGCCAGTACCGTGTGGTGCTTCAGGCCCAGGCCGGGGAAAATCTCGGGCCGCAGGCGCTGGACCAGATCCACGTCAAGACCACTGACGGCGGCCAGGTCCGATTGTCGAGCCTGGCCCGTGTCGAAGAGCGTCAGGCGCAACTGGCAATCGCCCACATCGGCCAGTTCCCGGCGGTGATGATGTCGTTCAACCTGGCGCCGGGCGTGGCCCTCGGGCACGCGGTGGAGGTGATCGAAAAGGTCCAGCAGGATATCGGCATGCCAGTGGGCGTGCAGACCGAGTTCCAGGGCGCGGCGCAGGCGTTCCAGGCATCGTTGTCGAGCACTTTGCTGCTGGTCCTGGCTGCGGTGGTGACCATGTATATCGTGCTGGGGGTCTTGTACGAAAGTTACATCCATCCGATCACCATCCTGTCCACCTTGCCCTCGGCGGCTATCGGCGCGTTGCTGGCGTTGATCCTCACCGGCAATGACCTGGGCATGATCGCGATCATCGGCATCATCCTGCTGATCGGTATCGTCAAGAAAAACGCGATCATGATGATCGACTTCGCCCTGGACGCCGAACGCAACCAGGGCCTGGCTCCGCAGACGGCCATCTACCAGGCCGCGTTGCTGCGCTTTCGGCCAATCCTTATGACCACGCTGGCGGCGCTGTTTGGCGCGGTGCCCCTGATGCTCGCCACCGGCTCCGGCGCCGAGTTGCGCCAGCCGTTGGGCCTGGTGATGGTGGGCGGGTTGCTGGTGAGCCAGGTGTTGACCTTGTTCACCACCCCGGTGATCTACCTGTACTTCGATCGTCTGGGCCGTCGGTTTGCCCGGCCTGAGGAGAAAGAGGTGCGGGTATGA MNLSRLFILRPVATTLSMLAIVLAGLIAYRLLPVSALPQVDYPTIRVMTLYPGASPDVMTSAVTAPLERQFGQMPGLTQMASTSSGGASVITLRFNLDINMDVAEQQVQAAINAATNLLPTDLPAPPVYNKVNPADTPVLTLAITSKTMLLPKLNDLVDTRMAQKIAQISGVGMVTIAGGQRQAVRIKVNPEALAAAGLNLADVRTLIGASNVNQPKGNFDGPTRVSMLDANDQLTSPKDYAELILAYANGAPLRLKDVAQIVDGAENERLAAWANENQAVLLNIQRQPGANVIEVVDRIKALLPSITDNLPAGLDVTVLTDRTQTIRASVTDVQHELLIAIALVVMVTFLFLRRVSATIIPSVAVPLSLIGTFGVMYLAGFSVNNLTLMALTIATGFVVDDAIVMLENIARFIEEGDSPMQAALKGARQIGFTLISLTLSLIAVLIPLLFMADVVGRLFREFAITLAVAILISLVVSLTLTPMMCARLLKREPKEQEQGRFYRASGAWIDWLIAAYGRKLQWVLKHQPLTLLVAVGSLVLTVVLYLAVPKGFFPVQDTGVIQGISEAPQSISFAAMSERQQQLAKVILADPAVQSLSSYIGVDGDNATLNSGRLLINLKPHSERDDSASEIITRLQPQLDRLVGIRLFMQPVQDLTIEDRVSRTQYQFSLSSPDAELLSLWSGRLVEALAQQPELTDVASDLQDKGLQVYLVIDRDAASRLGVSVSNITDALYDAFGQRQISTIYTQASQYRVVLQAQAGENLGPQALDQIHVKTTDGGQVRLSSLARVEERQAQLAIAHIGQFPAVMMSFNLAPGVALGHAVEVIEKVQQDIGMPVGVQTEFQGAAQAFQASLSSTLLLVLAAVVTMYIVLGVLYESYIHPITILSTLPSAAIGALLALILTGNDLGMIAIIGIILLIGIVKKNAIMMIDFALDAERNQGLAPQTAIYQAALLRFRPILMTTLAALFGAVPLMLATGSGAELRQPLGLVMVGGLLVSQVLTLFTTPVIYLYFDRLGRRFARPEEKEVRV PGPT0003590_994 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003590-mdtB-K07788 NA NA D1-35_03577 1317 mdtA_4 Multidrug resistance protein MdtA ATGGTTGACCACTCCATGCAATCCTCTGTTTCCCGCAAATCCCGTCGCTGGCTGTTCGGCCTGTTTGTCGTACTGGTCATCGCGCTGCTGGCCTGGAAGTTCTGGCCCGCCAGTACCGACCCGAAAAACGGCGCAGAGCAGAAAGCCGCGGCTGGACACGCGGGACGCTCGGGTGGCATGCGGCCGGGGTTTGGCGGGGCTACGGGGCCGATTCCGGTTCGGGTGGCGCCAGCGGTCACCGGGGATTTCCCCCTGTATTACAAGGCGCTGGGCACGGTCACCGCGCTCAATACGATCAATGTTCGCAGCCGGGTCGGCGGCGAGTTGGTGAAGATCGCCTTTGAAGAAGGGCAGATGGTCAAGGCCGGCGACCTGCTGGCGGAAATCGACCCACGTCCTTACCAGAATGCCTTGCTCCAGGCCGAAGGCACACTGCTGCAAAACCAGGCCCAACTGAAAAATGCCCAGGTCGACCTGGAACGCTATCGCGGCCTGTACGCCGAAGACAGTATCGCCAAGCAGACCCTCGATACCGCCGCTGCGCTGGTGGGCCAGTACCAGGGGACGGTCAAGACCAACCAGGCGGCGGTCAACGACGCCAAGCTCAACCTGGAATTCACCAGGATCCGCGCGCCGATCAGCGGCCGCGTAGGTTTGCGTCAACTGGACATCGGCAACCTGGTGGCCGCCAACGACACCACGGCCCTGGCCGTCATCACCCAGACCCAGCCCATCAGCGTCGTGTTCACCCTGCCGGAAAACAACCTCGAAACCGTGCTCGCCCGCTATCGCAGCGGAGCGAAACTACCGGTCGAGGCCTGGGACCGTGGCGATGTGAAACTCCAGGCCAGCGGTGTTCTGCAAAGCCTGGACAACCAGATCGACATCACCACCGGCACCTTGAAATTCAAGGCGCGCTACGAAAACCGCGACCAGTCGCTGTTTCCCAACCAGTTCGTCAACGTGCGCTTGCTGGCCGACACCCTCAAGGGCGTGGTCCTGGCGCCGACCGCAGCCATCCAGTTCGGCACCAACGGCACCTTCGTCTACGCCCTTGATGGCGACAGGAAAGTCACCATCAGGAAGCTCAAGATCGGTGCCAGCGATGGCGAAAAAACCATTGTCACCGAGGGCCTGGCCGCCGGCGACAGGGTGGTGCTCGAAGGCACCGACCGCTTGAAGGAGGGCAGCGAGGTGGAAGTGGTCAACGACAGCCAGGAGGTGCCGACCACGCCGACCGAACACCTGCAAGGCAAGACGGCCGCGGCCCCGACTGAGCCGACCGCGGCCGACAAGGCGAAAAAGGGCGGCGCATGA MVDHSMQSSVSRKSRRWLFGLFVVLVIALLAWKFWPASTDPKNGAEQKAAAGHAGRSGGMRPGFGGATGPIPVRVAPAVTGDFPLYYKALGTVTALNTINVRSRVGGELVKIAFEEGQMVKAGDLLAEIDPRPYQNALLQAEGTLLQNQAQLKNAQVDLERYRGLYAEDSIAKQTLDTAAALVGQYQGTVKTNQAAVNDAKLNLEFTRIRAPISGRVGLRQLDIGNLVAANDTTALAVITQTQPISVVFTLPENNLETVLARYRSGAKLPVEAWDRGDVKLQASGVLQSLDNQIDITTGTLKFKARYENRDQSLFPNQFVNVRLLADTLKGVVLAPTAAIQFGTNGTFVYALDGDRKVTIRKLKIGASDGEKTIVTEGLAAGDRVVLEGTDRLKEGSEVEVVNDSQEVPTTPTEHLQGKTAAAPTEPTAADKAKKGGA PGPT0003585_397 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003585-mdtA-K07799 NA NA D1-35_03578 552 tpx COG2077 Thiol peroxidase ATGGTTAACTCCGGCCTCACCATTTTCAAACCTGTCAGAAGGAATCCGTTCATGGCTCAAGTCACTCTCAAAGGCAACCCTGTCCAAGTCAACGGCCAGTTGCCCCAAGCCGGTTCCAAGGCGCCAGCCTTTTCCCTGGTTGCCGGCAATCTGTCGGACGTTTCCCTGAAGGATTTCGCCGGCAAGCGCAAAGTGCTGAACATTTTCCCAAGCGTCGACACGCCGACCTGCGCCACTTCCGTGCGCAAGTTCAACGCCCAGGCCAACGACCTGAACAACACCGTAGTGCTGTGCATCTCCGCCGACCTGCCGTTCGCCCAGGCCCGTTTCTGTGGTGCCGAAGGCCTGGAAAACGTGCAGAACCTGTCGACCCTGCGCGGAGCCGAGTTCATTGAGAACTACGGCGTTGCCATTGCCGACGGCCCGCTCAAAGGCCTGACCGCCCGTGCCGTGGTGGTGCTGGATGAAAACGACACCGTGCTGCACAGCGAGCTGGTCAAGGAAATCGCCGAAGAGCCGAACTACGACGCGGCGCTGGCTGTCCTGAAGTAA MVNSGLTIFKPVRRNPFMAQVTLKGNPVQVNGQLPQAGSKAPAFSLVAGNLSDVSLKDFAGKRKVLNIFPSVDTPTCATSVRKFNAQANDLNNTVVLCISADLPFAQARFCGAEGLENVQNLSTLRGAEFIENYGVAIADGPLKGLTARAVVVLDENDTVLHSELVKEIAEEPNYDAALAVLK PGPT0013105_1199 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013105-tpx-K11065 NA NA D1-35_03579 672 hypothetical protein ATGAAGTTCGCCTCCATGATCGGCACCGTTTGCATCGCCTCGCTCGCGCTCGCGGGCTGCTCCAGCAAAGTCACCCAGCCGGACGAGTATTCCGGGTTCCTGGGGGACTACAGCCGGCTCAAGGAAGAAAAATCGCCGTCGGGGGCCGAGGTGATGCGCTGGGTCGATCCGAAGATCGATCTGGCGAAGTATTCCCGCATCTATATCGAACCGACCCAGCTGTACCCCAAGCCGCAAGCGACGGTGAAAATCCCGTCGGCAACATTGGCCGGCATCACCAGCTACTACGACCAGGCGCTCAAGCGTGAAGCCGGCAAGTCCCTGCCGCTGGCGACCAGCCCTGGCCCGGGTGTCCTGGTGGTGCGGGCGGCGATCACCGCGGTCAGCAGCAAGACCGAGGGCCTGAAACCCTACGAAGTGATTCCGATCGCCCTGGTGGCCGCCGCGGTCAGTACCGCCAGCGGCATTCGTGACCAGGAAACCACCCTGGGCACCGAAGCGGTGTTTCTCGACGGTGGCAATAATGCGGTAATCGCCCAGGTGGTGCGCAAGGGCACGGGTAAACCGTTGTCGAACGAGTCCCAGGTCATGAAGCCCGATGATGTCAAAGGAGTCATCGATGGCTGGGCGGCGGATCTGCATCAGTCATATTTGCAGCTCAAGGCTAAATAG MKFASMIGTVCIASLALAGCSSKVTQPDEYSGFLGDYSRLKEEKSPSGAEVMRWVDPKIDLAKYSRIYIEPTQLYPKPQATVKIPSATLAGITSYYDQALKREAGKSLPLATSPGPGVLVVRAAITAVSSKTEGLKPYEVIPIALVAAAVSTASGIRDQETTLGTEAVFLDGGNNAVIAQVVRKGTGKPLSNESQVMKPDDVKGVIDGWAADLHQSYLQLKAK PGPT0004500_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0004500-dppA-K12368 NA NA D1-35_03580 495 hypothetical protein ATGGACGATGTACAGCAATTGGGCGAAATGCTCCGTCACTACGCCGACAGCGAAGCGCACAAGAAGCAGCAGCACCAGGCCCACTCGGCAGTATGGGCTGAGCGGATCGAGGCGTTGTACGGGCAGATCGAGCAATGGTTGGCGCCGGTCCTGGCGCCGAACCTGCTGGAGTTGAGCCGTGGCGCGTATGTCGCCCATGGGCCGAGTGTTCCTGCCGAGACGTCGACTTTCAAGACGGAAAAACTGACGTTGTCCATTACCGGTAAACCGGTTGAGTTTGTGCCGGATGTGATGGGCGCGGGCGGGTTGATTTCCTTGTCGATCATCGGCCTGACCGCCACTCGCCACGGCAGCATTTCCCTGGTTTGCCAGCCGCCATCAACGCAGTGGCAATGGCGCAGGACCAACGGGCTGAAAGATCCGGACACCTACGTCTTCGATGCAAATTTCCTCGCTCAGCAGTTGCAGAGTCTTATACCGCGCGAGCGAAGCTGA MDDVQQLGEMLRHYADSEAHKKQQHQAHSAVWAERIEALYGQIEQWLAPVLAPNLLELSRGAYVAHGPSVPAETSTFKTEKLTLSITGKPVEFVPDVMGAGGLISLSIIGLTATRHGSISLVCQPPSTQWQWRRTNGLKDPDTYVFDANFLAQQLQSLIPRERS NA NA NA NA NA D1-35_03581 798 COG1305 putative protein ATGAAATTGTCCATTCGCCACGACACGACCTACAGCTATGCCGACGAAGTCTGCACCAGCATCCAGTTCCTGCGCCTGACGCCCAAGGACAGCCCGCGCCAGCGCATTCTGCAATGGCACCTGGAGTTGCCACGCCTGGTGCGCAGCCAGCTCGATCCTTACGGCAACATCCTGCATGTCATGACCATGGACGAGCCGCATGGGGCTCTGGTACTGACCGCTTACGGTGAAGTACAGATCGACCAGACCGTGGAGATGGAGCCTGACAGCCAGTCACCGCTGCCGTTCCTGCGCACCAGCCGTCTCAGCCAGGCTGATGAGAGCCTCAGCGCTTTCGCCGTGGCCCGGTGCGGGGCACGGCGTGATCGTTCGGCGCTGGCCGACTTGATGAATGGCCTTGCCGATCGCATGGCCTACCTTCCCGGCACTACCGCGGTCAGCAGCACGGCGGCCGAGGCGTTTGCCGGCGGTGCCGGCGTCTGCCAGGACCACGCCCATGCATTCGTGGCGTGTGCCCGCAGCCTGGGCGTGCCGGCGCGCTATGTGTCCGGCTACCTGTGCACCGAAGACGAAAACCACCTGGCGAGCCATGCCTGGGCTGAAGCCTGGCTGGGGGATGGCTGGTACAGTTTCGACGTAACCAATCGCCTGACCCGTCCCGATCGCCACCTGAAACTGGCGATCGGCCTGGACTATCTCGACGCCTGCCCGGTGCGCGGCATGCGCCGGGGCGGCGGGGCGGAGCAGATGCACGCGCGGGTGCAGGTGAGCTCGATGGTGCAGGTGCAGCATCAGTAA MKLSIRHDTTYSYADEVCTSIQFLRLTPKDSPRQRILQWHLELPRLVRSQLDPYGNILHVMTMDEPHGALVLTAYGEVQIDQTVEMEPDSQSPLPFLRTSRLSQADESLSAFAVARCGARRDRSALADLMNGLADRMAYLPGTTAVSSTAAEAFAGGAGVCQDHAHAFVACARSLGVPARYVSGYLCTEDENHLASHAWAEAWLGDGWYSFDVTNRLTRPDRHLKLAIGLDYLDACPVRGMRRGGGAEQMHARVQVSSMVQVQHQ NA NA NA NA NA D1-35_03582 951 hypothetical protein ATGCTTTCAAGAACCGCTTCGGACCTCTATTGGATGTCCCGCTACCTGGAGCGCGCCGAGAACCTGGCGCGCATGCTCGAAGTCAGTTATTCGCTGTCGTTGATGCCCCAGGCCGGGCGCAGCGACGGGCATGCCGAGCTGGCGATGTCGCTGTTGGCGGCCGGTACGCTGGACGATTACAACGCCCGTTATGACGCGCTCAACAGCGAGCGCATGCTGCATTTCTTTGCTCTGGATGAAGCCAACCCCGGCAGTATCTATAGCTGCCTGCGTGCCGCGCGCACCAATGCCCACGCCGTGCGCGGACGCATCACCGCCGACATGTGGGAAAACATCAACGCGACCTGGCTGGAGATGCGCAACATCGCCAGTAACGGCCTGGGCCGCTACGGCATCAGCCATTTCTGCGAATGGGTCAAGGAGCGTTCGCACCTGTTCCGCGGCGCGACGTCGGGCACGATCATGCGCAACGACGCCTACAGTTTCATTCGCCTGGGAACCTTCATCGAGCGCGCGGACAACACCTTGCGCCTGCTGGACGCGCGCTACGAGATGTTCGGCGAGGAGTCGGAGGAGGTCAGCGACAACTCGGCGCGCGGCTATTACCAATGGAGTGCCTTGTTGCGGGCGCTGTCTTCGTTCGAGGCGTTCAACGAGATCTACCGTAACGCTCCCAACGCCGAGCAGGTCTCGGAGATGTTGCTGCTGCGGGCCGACGTGCCGCGCTCGCTGCATGCGTGCATCGAAGAACTGGACCATATCCTCGCCAGCCTGCCTGGCAACAACGGTCGTCCGGCCCAGCGCCTGGCCGCGGAATTGAATGCGCGCCTGCGTTATTCCGGCATCGACGAGATCCTCGCGTCGGGCCTGCATCAATGGCTGACCGAACTCATCGGCCAGATCCGCCACCTGGGCCAGACCGTCCACGATGCCTACCTGGAGGTGGTATGA MLSRTASDLYWMSRYLERAENLARMLEVSYSLSLMPQAGRSDGHAELAMSLLAAGTLDDYNARYDALNSERMLHFFALDEANPGSIYSCLRAARTNAHAVRGRITADMWENINATWLEMRNIASNGLGRYGISHFCEWVKERSHLFRGATSGTIMRNDAYSFIRLGTFIERADNTLRLLDARYEMFGEESEEVSDNSARGYYQWSALLRALSSFEAFNEIYRNAPNAEQVSEMLLLRADVPRSLHACIEELDHILASLPGNNGRPAQRLAAELNARLRYSGIDEILASGLHQWLTELIGQIRHLGQTVHDAYLEVV NA NA NA NA NA D1-35_03583 1410 COG2308 putative protein ATGCCCCACGCTTTTTTCAATGAAATGTATGACGCACAGGGTGACTGCCGCCCGCATTACCAAGCCTTCTCGCGCTGGCTGGCGGATACGCCGCTGGAGCTGTTGGAGCAACGCCGCCGCGAAGCCGACCTGCTGTTTCATCGCGCGGGCATCACGTTCACCCTCTACGGCGACGAGCAGGGCACCGAGCGCCTGATCCCCTTCGACATCATCCCCCGCAGCATCAAGGCCAGCGAATGGCAGACGGTCGAGCGTGGCTGCATCCAGCGGGTCCAGGCCCTGAACATGTTCCTGGCCGATATCTACCACGGGCAACGCATCCTCAAGGAAGGCATCATCCCGGCCGAGCAAGTGCTGGCCAACGAGGGCTACCAGATCGCAATGCAGGGCCTGGACCTGCATCGTGGCATCTACGCGCACATTGCCGGTGTCGACCTGGTTCGCGACGGCGACGGCAGCTACTACGTGCTGGAGGACAACCTGCGCACGCCCAGCGGCGTGAGCTACATGCTCGAAGACCGCAAGATGATGATGCGCCTGTTCCCCGAGTTGTTCGCCGCCCAGCGCGTGGCGCCCATCGACCACTATCCGAACCTGCTGCTCGATACCCTCAAAAGCTCAAGTCCACTCGACAACCCTACCGCCGTGGTGCTGACCCCAGGGCGTTTCAACAGTGCCTATTTCGAACATGCGTTCCTGGCCCGGGAAATGGGCGTGGAGCTGGTAGAGGGCGCCGACCTGTTCGTGCGTGACGACCACGTCTATATGCGCACCACCGCCGGCCCCCAGCAGGTGGATGTGATTTACCGTCGCCTTGACGACGCCTACCTCGATCCGCTGTCGTTCAATCCCGATTCGATGCTCGGCGTGCCCGGGCTGGTCGCGGTCTATCGTTCCGGCAACGTGGTGCTGGCAAACGCCGTCGGCACTGGCGTGGCGGACGACAAGTCGATCTACCCCTATGTCGACGAGATGATCCGCTTCTACCTCACCGAAGAGCCGATCCTGAAGAACGTGCCCACCTGGCAGTGCCGCAAACCCCAGGACCTGTCCCATGTGCTGGCGAACCTGCCGGACCTGGTAGTCAAGGAAACCCAGGGCTCCGGCGGCTACGGCATGCTGGTGGGGCCGGCCGCCACCGCAGCGGAAATCGAGGATTTCCGTGCCCGTCTCAAGGCCCGGCCGGAGGCGTACATCGCCCAGCCGACCTTGAGCCTGTCCACGTGCCCGACTTTTGTCGAAAGCGGCATCGCCCCGCGCCACATCGACCTGCGTCCCTTCGTGCTGTCCGGCAAGGAAACCCGCCTGGTGCCCGGCGGCCTGACCCGCGTGGCGCTGCGCGAAGGCTCGCTGGTGGTGAACTCGTCCCAGGGTGGCGGCACCAAGGACACTTGGGTAGTGGAGGACTAA MPHAFFNEMYDAQGDCRPHYQAFSRWLADTPLELLEQRRREADLLFHRAGITFTLYGDEQGTERLIPFDIIPRSIKASEWQTVERGCIQRVQALNMFLADIYHGQRILKEGIIPAEQVLANEGYQIAMQGLDLHRGIYAHIAGVDLVRDGDGSYYVLEDNLRTPSGVSYMLEDRKMMMRLFPELFAAQRVAPIDHYPNLLLDTLKSSSPLDNPTAVVLTPGRFNSAYFEHAFLAREMGVELVEGADLFVRDDHVYMRTTAGPQQVDVIYRRLDDAYLDPLSFNPDSMLGVPGLVAVYRSGNVVLANAVGTGVADDKSIYPYVDEMIRFYLTEEPILKNVPTWQCRKPQDLSHVLANLPDLVVKETQGSGGYGMLVGPAATAAEIEDFRARLKARPEAYIAQPTLSLSTCPTFVESGIAPRHIDLRPFVLSGKETRLVPGGLTRVALREGSLVVNSSQGGGTKDTWVVED PGPT0026300_18 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D1-35_03584 591 hypothetical protein ATGAGTTTCGAAATTCGCAAGATCGTCAGCTATGTCGAAGAAACCTTCATCGAAGGAGGCAAGGTCACCGACAAGCCGGTGACCATGGTCGGGCTGGCGGTGGTCATGAAGAACCCTTGGCTGGGCCGTGGTTTTGTCGAAGACCTGAAACCCGAGATCCGCGCCAATTGCTCCGATCTCGGCGCGCTGATGGTCGAGCGCCTGGTGGGCATCATCGGCGGTGCGCAAAAGATCGAAGCCTATGGCAAGGCCGCGGTCGTCGGTGCCGACGGCGAGATCGAGCACGCCTCCGCCGTGATCCATACCCTGCGTTTCGGCAACCATTACCGCGAGGCGGTCAAGGCCAAGAGCTACCTGAGCTTCACCAACAAGCGCGGCGGCCCCGGCACCTCGATCCAGATCCCGATGATGCACAAGGACGACGAAGGCCTGCGCTCGCACTACATCACCCTGGAAATGCAGATCGAAGACGCTCCACGCGCCGACGAAATCGTCGTGGTGCTGGGCTGCGCCGATGGCGGGCGCCTGCATCCACGCATCGGCAATCGTTACATCGACCTGGAAGAGCTGGCCGCCGAACAGGCCCAGTGA MSFEIRKIVSYVEETFIEGGKVTDKPVTMVGLAVVMKNPWLGRGFVEDLKPEIRANCSDLGALMVERLVGIIGGAQKIEAYGKAAVVGADGEIEHASAVIHTLRFGNHYREAVKAKSYLSFTNKRGGPGTSIQIPMMHKDDEGLRSHYITLEMQIEDAPRADEIVVVLGCADGGRLHPRIGNRYIDLEELAAEQAQ NA NA NA NA NA D1-35_03585 834 tgnD_2 (E)-2-((N-methylformamido)methylene)succinate hydrolase ATGATTTGGCTCACCGCTGAACTCACCCCGGCCGGCACCAGTTACCTGGCAACCGGCCAAGGCCAGCCCGTGGTCCTGATCCACGGCGTGGGCCTGAACAAAGAAATGTGGGGCGGCCAGGTCGTTGGCCTGGCCACGAAGTACCGCGTCATCGCCTACGACATGCTCGGCCATGGCGCCAGCCCGCGCCCTGCCACCGGCACTGGCCTGCTCGGGTACGCCGATCAGCTGCTCGAATTGCTGGACCACTTGCAACTGCCCCAGGCCAGCGTGATCGGCTTTTCCATGGGCGGCCTGGTGGCACGCGCCTTCGCCTTGCATTACCCGCAGCGCCTGCAAGGCCTGGTGGTGCTCAACAGCGTATTCAACCGCAGCGCCGAACAACGCGCGGGGGTCATCGCCCGCACCGCCCAGGCCGCCGAGCATGGCCCGGACGCCAACGCCGAAGCCGCGCTGTCGCGCTGGTTCAGCCGCGAATACCAAGCGGCCAATCCGGCGCAGATCGCCGCGCTGCGCCAGACCCTGGCGCAGAACGATCCCCAGGGTTACCTGACCACCTATGAGCTGTTCGCCACCCAGGACATGTACCGCGCCGACGACCTGGGCAGCATCCAGGCGCCGACGTTGATTGCCACCGGCGAACTGGACCCCGGCTCGACCCCGGAAATGGCCCGGCAACTGGCCGAGCGGATTCCCGGCGCCACGGTTGCCGTGCTCGCCGAGCAACGGCATATGATGCCGGTAGAGTCGCCGCGCCTGGTCAACCAGTTGCTGCTGGAATTCCTCGACACGGCCAATACCCGAAAAAATCCAATAAAGGGAATCGTTGCATGA MIWLTAELTPAGTSYLATGQGQPVVLIHGVGLNKEMWGGQVVGLATKYRVIAYDMLGHGASPRPATGTGLLGYADQLLELLDHLQLPQASVIGFSMGGLVARAFALHYPQRLQGLVVLNSVFNRSAEQRAGVIARTAQAAEHGPDANAEAALSRWFSREYQAANPAQIAALRQTLAQNDPQGYLTTYELFATQDMYRADDLGSIQAPTLIATGELDPGSTPEMARQLAERIPGATVAVLAEQRHMMPVESPRLVNQLLLEFLDTANTRKNPIKGIVA PGPT0000920_136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000920-tgnD-K23465 NA NA D1-35_03586 1482 tgnC COG1012 (Z)-2-((N-methylformamido)methylene)-5-hydroxybutyrolactone dehydrogenase ATGACACTTGCACGCTTTTCGATGTGCATCGGCGGTGAATGGGTCGATGCGCTGTCCGGCAAGACCTTCGAGAGCCTGAACCCGGCGCTGGCCGAGCCCTGGGCCGAGCTGCCCGATGCCGACGAAGCCGATGTCGATCGCGCCGTACAAGCCGCACAAACGGCTTTTGACAGCCCGGCCTGGCGCGGACTGACCGCCACTGCTCGGGGCAAACTGCTGCGCCGTCTCGGTGACCTGATCGCCGAAAACAAGGAAAAGCTGGCCCAGCTCGAAAGCCGCGACAACGGCAAGCTGATCCGTGAAACCCGTGGCCAGGTCGGCTACCTGCCGGAGTTTTTCCACTACACCGCAGGCCTCGCCGACAAGCTCGAAGGCGGCACCTTGCCCCTCGACAAGCCGGACCTGTTCGCCTACACCGTGCACGAAGCCATGGGTGTGGTCGCGGCGATCATCCCCTGGAACAGCCCGCTGTACCTGACCGCGATCAAGCTCGCCCCGGCGCTGGCGGCCGGCAACACCATCGTGATCAAGCCGTCCGAGCACGCCTCGGCGACGATCCTGGAACTCGCCCGCCTGGCCTTGGAGGCTGGGATTCCGCCGGGCGTGGTCAACGTGATTACCGGCTATGGCCCCAGCACCGGCGCCGCCCTCACCCGCCATCCGCTGGTGCGCAAGATCGCCTTCACCGGTGGTGCCGCCACGGCCCGGCATGTGGTGCGCAGCAGCGCCGAGAACTTCGCCAAGCTGTCACTGGAGCTGGGCGGCAAATCGCCCAACATCATCTTTGCCGACGCCGACCTCGACAGCGCCATCAACGGTGCGATTGCCGGGATCTACGCCGCCTCCGGCCAGAGCTGCGTGTCCGGATCGCGACTGCTGGTGCAGGATGAAATCTACGACGAGTTCGTCTCGCGCCTGGTGGAGCGCGCCCAGCGCATTCGCATCGGCAGCCCCCAGGAAGACGCCAGCGAGATGGGCCCCATGGCCACCGCGCAGCAACTGGCCGTGGTCGAAGGCCTGGTGGCCGATGCCATCGCCGAAGGCGCACGCCTGCGTACCGGCGGCAAGCGCCCGCAGAACCTTGGCGCCGGCTGGTTCTACGAGCCGACCCTGTTCGAGTGCGATCGCAATTCGATGAAAATCATGCAGGAAGAAGTCTTCGGCCCGGTGGCCTCGGTCATTCGTTTCAAGGACGAAGCCGAAGCCCTGGCGATCGCCAACGACTCGCAGTTCGGCCTCGCCGCCGGCATCTGGACCCGTGACCTGGGCCGCGCCCATCGCCTGGCCCGGGACGTGCGATCCGGGATCATCTGGGTCAACACCTACCGCGCGGTCTCGGCCATGGCGCCGATCGGCGGGTTCAAGAACAGTGGCTACGGACGCGAAAGCGGCATCGATTCAGTGCTGGCCTATACCGAGCTGAAAACGGTGTGGATCAACCTTTCCCAGGCACCCATGCCTGACCCGTTCGTGATGCGCTAG MTLARFSMCIGGEWVDALSGKTFESLNPALAEPWAELPDADEADVDRAVQAAQTAFDSPAWRGLTATARGKLLRRLGDLIAENKEKLAQLESRDNGKLIRETRGQVGYLPEFFHYTAGLADKLEGGTLPLDKPDLFAYTVHEAMGVVAAIIPWNSPLYLTAIKLAPALAAGNTIVIKPSEHASATILELARLALEAGIPPGVVNVITGYGPSTGAALTRHPLVRKIAFTGGAATARHVVRSSAENFAKLSLELGGKSPNIIFADADLDSAINGAIAGIYAASGQSCVSGSRLLVQDEIYDEFVSRLVERAQRIRIGSPQEDASEMGPMATAQQLAVVEGLVADAIAEGARLRTGGKRPQNLGAGWFYEPTLFECDRNSMKIMQEEVFGPVASVIRFKDEAEALAIANDSQFGLAAGIWTRDLGRAHRLARDVRSGIIWVNTYRAVSAMAPIGGFKNSGYGRESGIDSVLAYTELKTVWINLSQAPMPDPFVMR PGPT0000915_166 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000915-tgnC-K23463 NA NA D1-35_03587 486 hsaB_1 COG1853 Flavin-dependent monooxygenase, reductase subunit HsaB ATGATCGAACCCGGCATCTACAAAGAAGTCATGAGCTCCTTCCCGTCCGGCGTCACGGTGGTCACCACCCTGGACCCGGAGGGCAATATCGTCGGCATCACCGCCAGCGCTTTCAGCGCCTTGTCCATCGACCCGGCGCTGGTACTGTTCTGTCCCAACTATGCCTCCGATACGTACCCGATCCTGCGCGACAGCAAGCAGTTCGCGATCCACTTGCTGTCCGCCGACCAGACCGCCGAAGCCTACGCCTTCGCCGGCAAAGGCAAGGACAAGGCCAAAGGCATCGACTGGCACCTGAGCGACCTGGGCAATCCGTTGCTGGGTAAAGCCACGGCGATCATCGAGTGCGAGCTGTGGCGCGAATACGACGGTGGCGATCACGCGATCATCGTCGGCGCGGTGAAGAACCTGATCCTGCCCGCGCAACCGGTCACGCCGATGATCTACCACAAAGGCAAGCTGGGCCCGCTGCCCGTGCTCGCTTGA MIEPGIYKEVMSSFPSGVTVVTTLDPEGNIVGITASAFSALSIDPALVLFCPNYASDTYPILRDSKQFAIHLLSADQTAEAYAFAGKGKDKAKGIDWHLSDLGNPLLGKATAIIECELWREYDGGDHAIIVGAVKNLILPAQPVTPMIYHKGKLGPLPVLA PGPT0006700_591 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D1-35_03588 405 hypothetical protein ATGAGCAACGAAAAATACCAGCAAGGCCTGAAGATCCGCACCCAGGTACTGGGCCAGGACTACGTCAACCGCGCCATCGAGAACGCCGACGATTTCACCCGGCCGCTGCAGGAAATGGTCACGGAATATTGCTGGGGCCATGTCTGGGGCCGCGAGGGTTTGTCGCTCAAGGAGCGCAGCATGATCAACCTGGCGATGATCTCGGCGCTCAATCGCCCGCACGAACTCAAGCTGCATGTGCGCGGCGCCTTGCGTAACGGACTGAGTCGTGAGCAAATACGCGAAATTCTGCTTCAGGTCGGCATTTATTGCGGCGTCCCCGCTGCCGTAGACAGTTTCCGGCTTGCCCGCGAAGCCTTCGCCGAAGCCGACGCCGAGGCCTCCAGTCAACCCTCGGCTGTTTGA MSNEKYQQGLKIRTQVLGQDYVNRAIENADDFTRPLQEMVTEYCWGHVWGREGLSLKERSMINLAMISALNRPHELKLHVRGALRNGLSREQIREILLQVGIYCGVPAAVDSFRLAREAFAEADAEASSQPSAV PGPT0005005_2427 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 D1-35_03589 753 nanR_2 HTH-type transcriptional repressor NanR ATGAAACGCCTGCCACTCGACGACAGCTTCAAGGTCAATCGCAACCCCGTTACCCTGCGCGAAATCGTGCTGGATAAACTGCGAAGCGCCATCATGAACTTCCAGCTGCTGCCGGGCGATCGCCTGGTTGAACGCGACCTGTGCGACCGCCTGGGCGTGAGCCGTACGTCGGTGCGTGAAGCCCTGCGTCACCTCGAATCCGAAGGCCTGGTGGAGTTCGCCGATGCCAAGGGTCCACGGGTGGCGATCATCACCCTGGCCGACGCCGGTGATATCTATGAGCTGCGGTGCGTGCTCGAAGGCTTGATCGTCCAGTTGTTCACCCTGCGGGCCAAGGCCAAGGACATCAAGGCGCTGGAAAAAGCCCTCGAGGAAAACCGCAAGGCCCTCAAGGACGGCGAGCTGCAGCAGGTGCTGGATTCGGTCCAGGGTTTCTACGACGTACTGCTTGAAGGTTCCGGCAATCACGTTGCCGCCACCCAGTTGCGCCAGTTGCAGGCGCGCATCAGCTACCTGCGGGCGACGTCGGTGTCCCAGGAAAACCGCCGTGGCAGCAGCAACCAGGAAATGGAACGCATGGTCGAGGCGATCAAGAGTGGCGATCCGCTGGTGGCCCACCAGGCCTGCGTCGATCACGTACGCGCCGCCGCCAAGGTCGCGCTGGAATACCTCAAGCGCCAGCAGGAAGAGACCGGCAACATCCCGGAAATCACCGCGCCCATCGCGTTGAAAGAACCTCGCATAGGACGCTGA MKRLPLDDSFKVNRNPVTLREIVLDKLRSAIMNFQLLPGDRLVERDLCDRLGVSRTSVREALRHLESEGLVEFADAKGPRVAIITLADAGDIYELRCVLEGLIVQLFTLRAKAKDIKALEKALEENRKALKDGELQQVLDSVQGFYDVLLEGSGNHVAATQLRQLQARISYLRATSVSQENRRGSSNQEMERMVEAIKSGDPLVAHQACVDHVRAAAKVALEYLKRQQEETGNIPEITAPIALKEPRIGR PGPT0000900_32 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000900-tgnR-K23466 NA NA D1-35_03590 564 nudC_3 NADH pyrophosphatase ATGTTCAGCCCGAGCTTTTGTCCAAAGTGTGGCGGCACTGACTTGAGCCAGCGCCTGCCAGCGGGCGATACCCATGAGCGGCTGATGTGCGGCGGCTGCGGCTACATCCACTACGTGAACCCGAAGATCATCGCCGGCTGCATCATCGAACAGGACGGCAAATACCTGCTGTGCCAACGCGCCATCCCGCCGCGCCCCGGCACCTGGACACTGCCGGCCGGCTTCATGGAAGGCAACGAGACCACCGAGCAGGCGGCCCTGCGTGAAGTCTGGGAAGAGACCGGCGTGCGCGCCGAAATCATCTCGCCCTACTCGATTTTCAGCGTGCCGAAAATCAGCGAGGTGTACATCATCTTCCGCGCCATCGCGCTGGAGATCACCGGCGAGTTCGGCGCGGAAACCCTCGCCTGCCAATTCTTCGCTGCCGAAGACATCCCATGGGACAGCATCTATTACCCGGCCATCCGGCAGATCCTCGAACGTTACATCGAGGAACGCCAGGCCGGGGTCTACGGCATCTACATGGGCAACGACGACAGCGGCAAGATTCACTTCATCCGCTGA MFSPSFCPKCGGTDLSQRLPAGDTHERLMCGGCGYIHYVNPKIIAGCIIEQDGKYLLCQRAIPPRPGTWTLPAGFMEGNETTEQAALREVWEETGVRAEIISPYSIFSVPKISEVYIIFRAIALEITGEFGAETLACQFFAAEDIPWDSIYYPAIRQILERYIEERQAGVYGIYMGNDDSGKIHFIR PGPT0008680_127 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008680-NUDT23-K18453 NA NA D1-35_03591 294 hypothetical protein ATGAAGGCGTACTGGATTGCTCATGTGGATGTCACCGACCCCGATCAATACAGCCAATACACCCAGCGCGCGCCAGCGGCGTTTGCCTTGTATGGCGCACGGATGCTCGCCCGGGGCGGACGCAGCAAAGCGATGGAAGGCAGGGCCACGCCGCAGCGCAGCGTGGTAATCGAATTCGATTCCTACGAACAGGCGCTGGCCTGCTATCACTGCGAGGAGTATCAGCAGGCGAAGAAGCACCGTGAAGGTGTGGCGCGGGCCGAGGTGATCATCGTCGAGGGCGTGGCGCCCTGA MKAYWIAHVDVTDPDQYSQYTQRAPAAFALYGARMLARGGRSKAMEGRATPQRSVVIEFDSYEQALACYHCEEYQQAKKHREGVARAEVIIVEGVAP NA NA NA NA NA D1-35_03592 1110 ribBA_1 COG0108 Riboflavin biosynthesis protein RibBA ATGGCCTTTAACAGCATTGAGGAAATCATCGAAGACTACCGCCTGGGCAAGATGGTGTTGCTGGTGGATGACGAAGATCGGGAAAACGAAGGCGACTTGCTGCTCGCCGCCGATTGTTGCAATGCCCAGGCGATCAGCTTCATGGCCCGCGAAGCACGCGGGCTGATCTGCCTGACCCTGACCGATGAGCACTGCCAACGCCTGGGCCTCGAACAGATGGTGCCAAGCAACGGCAGTGTGTTCAGCACCGCTTTCACGGTGTCCATCGAGGCCGCCACGGGCGTGACCACCGGTATCTCCGCCGCTGACCGGGCGCGCACCGTCGCCGCCGCTGTTGCTCCTGATGCGGGGCCGACGGACATTGTGCAACCGGGGCATATCTTCCCGCTGCGGGCCAAGGAAGGCGGCGTACTGACCCGCGCCGGGCATACCGAAGCCGGATGCGACCTGGCGCGCCTGGCAGGCTTCACGCCGGCATCGGTGATTGTCGAAGTCATGAACGATGACGGCACCATGGCGCGCCGCCCGGACCTGGAAATTTTCGCCCGCAAGCACGGGATCAGGATCGGCACCATCGCCGACCTGATCCACTACCGCCTGAGCACCGAGCACACCGTGGTGCGCATCGGTGAGCGGGAACTGCCGACGGTGCACGGTATCTTCCGCTTGTTCACCTTTGAAGATCGCATCGAAGGCGGCGTGCACATGGCGATGGTCATGGGCGACATCCGCCGGGAAGAACCGACACTGGTGCGCGTGCATGTGATCGACCCGCTGCGCGACCTGGTGGGTGCCGAGTACAACGGCCCGTCCAACTGGACGTTGTGGGCGGCGCTGCAACGGGTCGCCGAGGAAGGTCGTGGCGTGGTGGTGGTGCTGGCCAACCACGAGTCATCCCAGGCGTTGCTCGAGCGTGTGCCGCAACTGACCCAGCCGCCACGGCAATTCAGCCGTTCCCAATCGCGCATCTATTCTGAGGTGGGGACTGGCGCGCAGATTCTGCAGGACCTGGGTGTCGGCAAGCTGCGGCATTTGGGGCCACCGCTCAAGTATGCCGGGTTGACCGGGTACGACCTGGAGGTAGTGGAGAGCATTCCTTTTACCGGGTAG MAFNSIEEIIEDYRLGKMVLLVDDEDRENEGDLLLAADCCNAQAISFMAREARGLICLTLTDEHCQRLGLEQMVPSNGSVFSTAFTVSIEAATGVTTGISAADRARTVAAAVAPDAGPTDIVQPGHIFPLRAKEGGVLTRAGHTEAGCDLARLAGFTPASVIVEVMNDDGTMARRPDLEIFARKHGIRIGTIADLIHYRLSTEHTVVRIGERELPTVHGIFRLFTFEDRIEGGVHMAMVMGDIRREEPTLVRVHVIDPLRDLVGAEYNGPSNWTLWAALQRVAEEGRGVVVVLANHESSQALLERVPQLTQPPRQFSRSQSRIYSEVGTGAQILQDLGVGKLRHLGPPLKYAGLTGYDLEVVESIPFTG PGPT0007990_3695 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 D1-35_03593 1026 hypothetical protein ATGGTGTTGAAGAAAAGTGCAGCCGCAATTCTTTTTGCCGGCCTGCTGAGTGTCACCAGCCAGGCGACGATAGCCGCTGAAAGCGTCAACTTCGTCAGTTGGGGCGGCAGCACCCAGGACGCGCAGAAGCAGGCCTGGGCCGATCCATTCAGCAAGGCCAGCGGCATCACCGTGGTCCAGGATGGCCCGACCGACTACGGCAAACTCAAGGCCATGGTCGAAAGCGGCAACGTGCAATGGGACGTGGTCGACGTCGAGGCAGACTTCGCCTTGCGCGCCGCCGCCGAAGGCCTGCTCGAACCCCTCGATTTTTCGGTCATCCAACGCGACAAGATCGACCCGCGTTTCGTCTCCGACCACGGTGTCGGCTCGTTCTATTTCTCCTTCGTACTCGGCTACAACGAAGGCAAGCTCGGTTCGGGCAAGCCAACGGATTGGTCCGCGCTGTTCGACACCAAGACCTACCCCGGCAAGCGCGCCCTCTACAAATGGCCAAGCCCTGGCGTGCTGGAACTGGCCCTGCTGGCCGATGGCGTGGCGCAGGACAAGCTCTATCCGCTGGACCTGGACCGCGCCTTCAAGAAACTCGACACCATCAAGAAAGACATCGTCTGGTGGGGCGGCGGCGCCCAGTCCCAGCAATTGCTGGCGTCCGGCGAGGCCAGCATCGGCCAGTTCTGGAACGGTCGGATCTATGCCTTGCAACAGGACGGCGCGCCCGTCGGCGTGAGCTGGAAGCAGAATCTGGTCATGGCCGACATCCTGGTTATCCCGAAAGGTGCGAAAAACAAGGCCGCCGCCATGAAGTTCCTGGCCAACGCCAGCAGCGCCAAGGGTCAGGCAGACTTCTCCAACCTGACCGCCTACGCCCCCGTCAACGTTGACAGCATCGCGCGCCTGGATTCGGTGCTCGCCCCCAACCTGCCGACCGCCTACGCCAAGGATCAGATCACGCTGGATTTTGCGTACTGGGCCAAGAACGGTCAGGACATCGCGACACGGTGGAATGAATGGCTGGTCAAATGA MVLKKSAAAILFAGLLSVTSQATIAAESVNFVSWGGSTQDAQKQAWADPFSKASGITVVQDGPTDYGKLKAMVESGNVQWDVVDVEADFALRAAAEGLLEPLDFSVIQRDKIDPRFVSDHGVGSFYFSFVLGYNEGKLGSGKPTDWSALFDTKTYPGKRALYKWPSPGVLELALLADGVAQDKLYPLDLDRAFKKLDTIKKDIVWWGGGAQSQQLLASGEASIGQFWNGRIYALQQDGAPVGVSWKQNLVMADILVIPKGAKNKAAAMKFLANASSAKGQADFSNLTAYAPVNVDSIARLDSVLAPNLPTAYAKDQITLDFAYWAKNGQDIATRWNEWLVK PGPT0007855_4571 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_03594 924 hypothetical protein ATGAAAATGGCGGCAGCGGCAACCCCTCGCACCGGGGGCGCCGTCGGCGCTGCCGGTCCGGCCGTGGCGCGCAAGCAGACGCCGTCGTTGATGCAGCGCTGGCGCGGCGCCGGCAACCTGATTCCTGCGCTGCTGTTCCTCGGCCTGTTCTTCCTGGCGCCACTGATCGGCCTGCTGCTGCGCGGCGTGCTGGAACCCGTGCCGGGCCTGGGCAACTACGAGCAGCTGTTCGCCAATTCGGCTTACGCCCGGGTGTTGTTCAACACCTTCTCGGTGGCCGGGCTGGTGACGTTGTTCAGCCTGCTGCTGGGCTTCCCGCTGGCCTGGGCCATCACCCTGGTGCCCCGTGGCTGGGGCCGCTGGATGTTGAACATCGTGCTGCTGTCGATGTGGACCAGCCTGCTGGCCCGCACCTATTCCTGGCTGGTGCTGTTGCAGGCCTCGGGCGTTGTGAACAAGGCATTGATGGCCCTGGGCATCATCGACCAGCCGCTGGAGATGGTGCACAACCTCACCGGCGTGGTGATCGGCATGAGCTACATCATGATCCCGTTTATCGTCCTGCCGCTGCAGGCGACCATGCAAGCCATCGACCCGATGATCCTGCAGGCCGGTTCCATCTGCGGCGCCAGCCCCTGGACCAACTTCTTCCGGGTGTTCCTGCCGCTGTGCCGGCCGGGGCTGTTCTCCGGCGGGCTGATGGTCTTCGTCATGTCCCTCGGTTACTACGTGACCCCGGCCCTGCTGGGCGGCGCGCAGAACATGATGCTGCCGGAATTCATCATCCAGCAGGTGCAGTCGTTCCTCAACTGGGGCCTGGCCAGTGCCGGTGCTGCCTTGTTGGTGGCGATCACCCTGGTGTTGTTCTACTTCTATCTGAAGCTCCAGCCGGAATCCCCGGTGGGCGCCAGCAACGCGAGGTAA MKMAAAATPRTGGAVGAAGPAVARKQTPSLMQRWRGAGNLIPALLFLGLFFLAPLIGLLLRGVLEPVPGLGNYEQLFANSAYARVLFNTFSVAGLVTLFSLLLGFPLAWAITLVPRGWGRWMLNIVLLSMWTSLLARTYSWLVLLQASGVVNKALMALGIIDQPLEMVHNLTGVVIGMSYIMIPFIVLPLQATMQAIDPMILQAGSICGASPWTNFFRVFLPLCRPGLFSGGLMVFVMSLGYYVTPALLGGAQNMMLPEFIIQQVQSFLNWGLASAGAALLVAITLVLFYFYLKLQPESPVGASNAR PGPT0007850_1385 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007850-ABC_SP_P1|ydcU-K02054 NA NA D1-35_03595 810 hypothetical protein ATGCTCCTGACTCCCAATGCCATGAGCCGACGCATGCGGTTCGGCCTGTATTTCACCACCGGGCTGATCGCGCTGTTCCTGCTGCTGCCCATCGTGTTCATCGTGCTGCTGTCGTTCGGCTCGTCGCAGTGGCTGGTATTTCCGCCGCCGGGCTGGACCTTCAAATGGTACGGCCAGTTCTTCTCCAACCCGGACTGGATGAGCGCCGCGCTGACCAGCCTCAAGGTCGCGGTGCTGACCACCGTCTGCGCCGTGGCCCTGGGCCTGCCTACCGCGTTTGCTCTGGTGCGCGGGCGCTTCCCCGGCCGGGAAATGCTCTACGGCTTGTTCACCCTGCCGATGATCGTGCCGCTGGTGATCATCGCCGTGGCGGTCTACGCGCTGTTCCTGAAACTCGGCTACACCGGGACGATGTTTGCCTTCGTGGTCAGCCATGTGATCGTCGCGCTGCCGTTCACCATCATCTCGATCATCAACTCGCTCAAACTGTTTGACCAATCCATCGAGGACGCAGCGGTGATCTGCGGCGCCTCGCGCCTGCAAGCGGTGTTCAAGGTGACGTTCCCGGCGATTCGCCCGGGCATGGTCGCCGGCGCCTTGTTCGCATTCCTGGTGTCGTGGGACGAGGTGGTGCTGAGCGTGATGATGGCCAGCCCGACCCTGCAGACCTTGCCGGTAAAAATGTGGACCACTTTGCGCCAGGACCTGACGCCTGTGATCGCCGTCGCTTCGACGCTGCTGATCGGTCTCTCGGTGCTGGTAATGGTGATCGCCGCCGCCCTGCGCCGGCGCAACGAAATCAGCGCTTGA MLLTPNAMSRRMRFGLYFTTGLIALFLLLPIVFIVLLSFGSSQWLVFPPPGWTFKWYGQFFSNPDWMSAALTSLKVAVLTTVCAVALGLPTAFALVRGRFPGREMLYGLFTLPMIVPLVIIAVAVYALFLKLGYTGTMFAFVVSHVIVALPFTIISIINSLKLFDQSIEDAAVICGASRLQAVFKVTFPAIRPGMVAGALFAFLVSWDEVVLSVMMASPTLQTLPVKMWTTLRQDLTPVIAVASTLLIGLSVLVMVIAAALRRRNEISA PGPT0007845_2595 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007845-ABC_SP_P|ydcV-K02053 NA NA D1-35_03596 1152 btuD_7 Vitamin B12 import ATP-binding protein BtuD ATGAGTGCCGTCAAAGACCCCGCACAGCAGAACAACAAGACCCTGGTCAGCCTGCGCAACCTGAACAAGCACTACGGCGACTTTGCCGCCGTGGACAATATATCCCTGGAGATCCAGGACGGTGAATTCCTGACCTTCCTCGGCTCCAGCGGCTCGGGCAAGAGCACCACCCTGTCGATGCTGGCCGGTTTCGAAACCCCCAGCAGCGGCGAGATCCTGGTGGATGGCAAATCCCTGGTCAACGTGCCGCCGCACAAGCGCGACATCGGCATGGTGTTCCAGCGCTATTCGTTGTTCCCTCATCTGTCGGTGCGCGACAACATCGCCTTCCCGCTGGCGATCCGCAAACTGGCCAGCGCCGAGCGCGAGCGCCGGGTCGATGCCATGCTCAAGCTGGTGCAATTGGGAGAGTTCGCCCATCGGCGCCCTTCGCAACTGTCCGGCGGACAACAACAGCGCGTGGCAATTGCCCGGGCGCTGGTCTATGAACCGCGCATCCTGCTGATGGACGAACCTCTCGGCGCGCTGGACAAAAAGCTGCGCGAAGATTTGCAGGACGAACTGCGCCAGTTGCACCGCCGGCTGGGCATCACCATCGTCTACGTCACGCACGACCAAGAAGAAGCCATGCGCCTGTCCCAGCGCATCGCGATCTTCAGCCACGGCAAGATCGTCGGCCTGGGCAGTGGCTACGACCTCTACCAGAATCCACCGAATGCCTTTGTCGCCTCGTTCCTGGGCAACTCCAACTTCCTCAAGCTCAAGGCCCAGGGCAATGCCGCGGCGACCTTCGAAGGCCAGTCACTGTCGATCCGCCTGACCACCGGCCTGCAAACCGACCAGGACGTGCTGCTGATGGTCCGCCCGGAAAAAGCCCTGGCCCTGAGTGTCGAGCAGGCGACCCAGGACACCCTGCCCGCCGGCTGGAACGAAGTCTCGGCCAAGGTCGTGGAGGTGCTTTTTCTTGGCGAAAGCCAGACCTGCAGCGTGGTGACGTCCGGCGGCACTCACATGACCGTCAAGGCACTGTCCGCCGCCGGCATGCCGCTCAAGGCCGGCGACCCGGTGCGGGTGCGCTGGGCCGCCGCCGATGCCTGCGTCTACACCCAATGGGCCGAGAGCGACCTGAACAAGGCCGCCGGCGCCCACTGA MSAVKDPAQQNNKTLVSLRNLNKHYGDFAAVDNISLEIQDGEFLTFLGSSGSGKSTTLSMLAGFETPSSGEILVDGKSLVNVPPHKRDIGMVFQRYSLFPHLSVRDNIAFPLAIRKLASAERERRVDAMLKLVQLGEFAHRRPSQLSGGQQQRVAIARALVYEPRILLMDEPLGALDKKLREDLQDELRQLHRRLGITIVYVTHDQEEAMRLSQRIAIFSHGKIVGLGSGYDLYQNPPNAFVASFLGNSNFLKLKAQGNAAATFEGQSLSIRLTTGLQTDQDVLLMVRPEKALALSVEQATQDTLPAGWNEVSAKVVEVLFLGESQTCSVVTSGGTHMTVKALSAAGMPLKAGDPVRVRWAAADACVYTQWAESDLNKAAGAH PGPT0007860_200 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007860-ABC_SP_A|ydcT-K02052 NA NA D1-35_03597 486 hsaB_2 COG1853 Flavin-dependent monooxygenase, reductase subunit HsaB ATGATCGATGCCAACCTCTACAAACAAGTCATGGGTTCGTTCCCGTCCGGGGTGACGGTGATCACCACGCTGGACGATGACGGACAAATCGTCGGGTTGACCGCCAGCGCCTTCAGTTCATTGTCGATGGACCCGGCCCTGGTGCTGTTCTGCCCCAACTACAGCTCCGATTCCTACCCGCTGCTGATCCGGAACAAACGCTTCGCCATCCACGTGCTTTCCGGCGGCCAGCAGAACGAAGCCTACGCGTTCGCCCGCAAAGGCAAGGACAAGGCCCAGGGCATCGAATGGACCTTGAGCGAGCTGGGCAATCCGTTGTTGAGCAACGCCACCGCCATCATCGAATGCGAACTGTGGCGTGAATACGAGGGTGGCGACCACGCCATCATGGTCGGCGCCGTGAAGAACCTGATCGTGCCGCAACACACACCGGGGCCGCTGGTTTATTGCCACGGCAAGATGGGCGCCCTGCCCGTCCTCGCCTGA MIDANLYKQVMGSFPSGVTVITTLDDDGQIVGLTASAFSSLSMDPALVLFCPNYSSDSYPLLIRNKRFAIHVLSGGQQNEAYAFARKGKDKAQGIEWTLSELGNPLLSNATAIIECELWREYEGGDHAIMVGAVKNLIVPQHTPGPLVYCHGKMGALPVLA PGPT0006700_578 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D1-35_03598 1044 tgnB COG2141 Flavin-dependent trigonelline monooxygenase, oxygenase component ATGAAATTTTCCCTGTTCGTACACATGGAGCGCTGGGACGAAAGCGTCAGCCATCGCCAGTTGTTCGAAGACCTCAGCGAGCTGACGCTGATGGCCGAAGCCGGCGGTTTCAGTACCGTGTGGATCGGCGAACACCACGCCATGGAATACACCATTTCGCCAAGCCCGATGCCGCTGCTGGCGTACCTGGCCGGCAAGACCACGACCATTCACCTCGGCGCCGGCACCATCATCGCGCCGTTCTGGCACCCGCTGCGAGTGGCTGGCGAATGCGCGTTGCTCGACGTTATCAGCAACGGCCGCATGGAAGTCGGGCTGGCCCGGGGTGCCTATCAGGTGGAATTCGACCGCATGGCCGGCGGCATGCCTGCCTCCTCCGGCGGCCAGGCATTGCGGGAAATGGTCCCGGTGGTGCGCGCCCTGTGGCAAGGCGACTACGCCCACGACGGCGAGATCTGGAAATTCCCCACTTCCACCTGCGTGCCCAAGCCCATCCGCAAGCCTCATCCGCCGATGTGGATCGCCGCCCGCGACCCTGACTCGCACAACTTCGCCGTCGCCAATGGCTGCAACGTGATGGTCACGCCTTTGATGAAAGGCGATGAAGAAGTCCAAGACCTGAAGAACAAATTCCAGGCCGCCCTGGACAACAATCCCGACGTGCCACGTCCGCAATTGATGGTGCTGCGCCACACCCATGTGCACGCCGAGGACGATCCCGAGGGCTGGAAGATCGGTGCCCAGGCAATCTCGAAGTTCTATCGCACCTTCGATGCCTGGTTCGGCAACAAGCAGGTGCCGGTCAACGGTTTCCTGGCGCCAAGCCCGGAAGAAAAATTCGCCGAGCGCCCGGAGTTTCAGCTGGAGAACATCCGCAAGAACACCATGATCGGCACGCCGCAAGAGATCATCGAACGGATCAAGTACTACCAGGAACTGGGCGTGGACGAGTTCAGCTTCTGGTGCGACAACAGCTTGCCGCATGCCGAGAAGAAAAAATCCCTGGAGTTGTTCATCCAACAGGTGGTTCCAGCGTTTCGCTGA MKFSLFVHMERWDESVSHRQLFEDLSELTLMAEAGGFSTVWIGEHHAMEYTISPSPMPLLAYLAGKTTTIHLGAGTIIAPFWHPLRVAGECALLDVISNGRMEVGLARGAYQVEFDRMAGGMPASSGGQALREMVPVVRALWQGDYAHDGEIWKFPTSTCVPKPIRKPHPPMWIAARDPDSHNFAVANGCNVMVTPLMKGDEEVQDLKNKFQAALDNNPDVPRPQLMVLRHTHVHAEDDPEGWKIGAQAISKFYRTFDAWFGNKQVPVNGFLAPSPEEKFAERPEFQLENIRKNTMIGTPQEIIERIKYYQELGVDEFSFWCDNSLPHAEKKKSLELFIQQVVPAFR PGPT0000910_77 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000910-tgnB-K23464 NA NA D1-35_03599 2124 cntO_3 Metal-pseudopaline receptor CntO TTGAATCGTTCCACCCCCCTCGCTTACCGCAATGCCCTCGTCAAATGTGTTTTACCTGCGCTGTCCTGCTGTTTCATGGCAAGCCCCTTGAAGGCCCAGGACACCCTTGAACTGCCCACCACGGATGTGCAAGGCAGTCGGATCATTCAGGACGAAGGCTACACGGCGACGCAAGCCAGCACGGCGAGCAAGAGCGATGTACCGATCAAGGAAGAGGCGCAGTCGATCAACGTGGTGACCCAGCAGACCCTGGCGGACTACCAGGTGCGCTCGCTGAACGACGCGATGAAGTTCGTCAGCGGCGTCAGCCAGGGCAACACCCTGGGGGGCTCCCGGGACTCGCTGGTCAAGCGCGGTTTTGGCACCAACGATGACGGTTCGATCCTGCGCGATGGTGTGCGTTCGAACCTGGGCCATAACTTCAGCGCCACCACTGAGCGAGTCGAAGTGCTCAAGGGCCCGGCCTCTATGTTGTACGGCGCGCTGGAACCGGGTGGCCTGATCAACGTCATCAGCAAGAAGCCCGAATACACCCAGAGCACCACATTGAGCGGTTCCGCCTACAGCGAGGGCGGCGGCACCATGGCCCTGGACACCACCGGGCCGTTGGGCGACACCGGGTTGGCCTATCGCCTGATCGCCGAACGCGGCCATGAGGATTACTGGCGCAACTACGGCGTCAACGAGAGCACGCTGGTGGCGCCATCGCTGGCCTGGACCGGTGAGCGTGCTTCGTTGAACCTGAGTTATGAGTACAACGAATATTCCAACCCGTTTGACCGTGGCACGGTGTTCAAGAATGGGCATCCGGCCGACATCGACTATGACAAGCGCCTGGACGAGCCTTGGGCCAAGAGCATCGGGATCCGCGAGACGGCCACCGCGCGGTTCGAGTACGAGTTGAGCGAGGCGTGGAAAACCCGGGTGACCTACGGCTGGAACAATGACCGCTACAGTCTTGCGATTGCCCAGCCCAACTCGCTGGTCGGCAATACTCTGCGGCGAGCCGCCAACGGCGCTCACTACGATGATGAAACCCGTTACGCCAGTTGGGATTTCATCGGCAAGCAGGAGCTGTTCGGCCAGCGCCATGACCTGCTGGTCGGTGCCGATAATCAGGTGTCTGACCAGTACCGTGGCAAGACCTACCGCGGGCCAGTGCGGGGCGGCTTCGATATCACGGCGCCGGTGTACGGAGGTTTGGCGCAGCCCAGCGTCATCAACCCCGCCCAGAGCAACCTGAGTAACCAGCTGACGTCCAGCTCGGTGTACCTGAAGGACAACTGGCACTTGGATGATCGCTGGATTCTGGTCTTTGGTGGTCGTTATCAACACTACGATCAGTTCAGCAAGCAAGGGTCGATCACGAGCGTGCCGGTTCGCGACGACAACGGCGATGCCTTCGTGCCGTTCCTGGGCCTGGTCTACAAGGCCACCGAGGACCTGTCGCTGTATGGCAACTACAGTCGTTCGTTCAAGCCCAACGATACCGTGGATGACAACCTCAGCACCTTCAAGCCGGAAGAGGGCCGCAGCTACGAAATCGGGGCCAAGTACGATCCGCTGCCGGGGCTGAATATTAATCTAGCGTTGTTCGATATCGTCAAGAAGAACGTCGTCACTACCACCCTGGTCGGCGGGCAGAACATCGCCGAAGCCGCCGGCAAGGTCGGCTCCCAAGGCCTTGAGCTGGACATCACCGGACGTTTGGCCGAGCGGTGGGACTTGATCGGCACCTACGCCTACACCCACACCGAAATACTGGATGATCCAAGAAACGAAGGTCACCGTCTGGCCGATGCTCCCAAGCACACCGCCAGCCTGTACCTCAGCCACCATCTGAACGTGCCGGCCGAATTCGGCGCCTGGCACGCCGGGGCCGGAGCGCGGTATGTCGGTGAACGCGCCGCCAACAACGCCAACGATTTCTGGCTCAGCAGCTACACCGTCGCCGACGCGTTCCTGCGCTGGGAGTCGCCGGTGTTCGGACAAAAGACCTCGTTGCAGTTGAACGTCGACAACCTCTTCGACAAGCAGTACTACCCGTCGTCTACCGGGAGCCAGTTGCAGGTCAACGTCGGCGAGCCGCGTACTGCCAGATTGAGCGCCAGCGTGACGTTCTGA MNRSTPLAYRNALVKCVLPALSCCFMASPLKAQDTLELPTTDVQGSRIIQDEGYTATQASTASKSDVPIKEEAQSINVVTQQTLADYQVRSLNDAMKFVSGVSQGNTLGGSRDSLVKRGFGTNDDGSILRDGVRSNLGHNFSATTERVEVLKGPASMLYGALEPGGLINVISKKPEYTQSTTLSGSAYSEGGGTMALDTTGPLGDTGLAYRLIAERGHEDYWRNYGVNESTLVAPSLAWTGERASLNLSYEYNEYSNPFDRGTVFKNGHPADIDYDKRLDEPWAKSIGIRETATARFEYELSEAWKTRVTYGWNNDRYSLAIAQPNSLVGNTLRRAANGAHYDDETRYASWDFIGKQELFGQRHDLLVGADNQVSDQYRGKTYRGPVRGGFDITAPVYGGLAQPSVINPAQSNLSNQLTSSSVYLKDNWHLDDRWILVFGGRYQHYDQFSKQGSITSVPVRDDNGDAFVPFLGLVYKATEDLSLYGNYSRSFKPNDTVDDNLSTFKPEEGRSYEIGAKYDPLPGLNINLALFDIVKKNVVTTTLVGGQNIAEAAGKVGSQGLELDITGRLAERWDLIGTYAYTHTEILDDPRNEGHRLADAPKHTASLYLSHHLNVPAEFGAWHAGAGARYVGERAANNANDFWLSSYTVADAFLRWESPVFGQKTSLQLNVDNLFDKQYYPSSTGSQLQVNVGEPRTARLSASVTF PGPT0003790_22244 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_03600 1797 hypothetical protein ATGCAGACGTTAAAGGCCTTGTACGAGTCTATCGAGATGCAATTCTTCGATACCCTCACCAAAAAGCTTTCAAGCCTTTTCCTGCTGGTCGTCGTCAGTGGCCTGCTGTACTGGGTCGCCGTCAGTGCCCGGGCCGATATTCTCGTGCAGTTGCGCACGGCCCAACTGGACGCCGCGCTGCTGGGCCAGATCGAAGATCGCCTCGACAGCCTCACCCATGCCCTGCTCTTCGGCGCGCTCCTGACGTTCGGCATGATCAGCTTCATGGTCTGGTATTTCCGCCACCTCATCGTGCGCCCCGTCACTGTGATGACCAAGGCGCTGGAAGAGATCGCCAACGGCGAAGGCGATTTGTCCAAGGACTTGCCGCTGGTCACCCATGACGAGATCCGCACGCTGGCCGCCACCTGCAACCGCTTCCTGGCCAAGCAGCGCGAGATCATCAGCAACGTCCAGGCCTTGACGGTGCACATTGCCGTGGAGTCGGCCCGTTCATTGAAGAACATCAGCGACTCCAGCGACAGCGCGACCCACCAGGCGCGCTTCGCCAAGGAAGTGATGGACCAGAGCAACACCGCCGTGGGCCGTATCGAAGAAGTCTCGCGCCAGACCCAGGGCATCTCCAGCACCACCGCGCAGAACCTGAACATGGCCCGCGATTCCTATGCCGAGTTGCTGGAAGTGACCGGCAACATCAGCGAGATCTCCAGCAGCCTGGGTGAATTCGCCACGCTGGTGGACGCGCTGAACCAGCGTTCGTCGAGCATCAAATCCATCGTCGGGCTGATCCAGCAGATTTCCGCCCAGACCAACCTGCTGGCACTCAACGCCGCCATCGAAGCGGCGCGCGCCGGGGAAAGTGGCCGTGGCTTCGCCGTGGTCGCCGATGAAGTGCGCACCCTGGCGCAAAACGTCAGCCGGGCTACCGACGATATTTCGCGCAACATCGACGCGATGCTCCAGGAGGTCAGCTCCACCCACGAGCAGACCACCCAGATCAGCCACAGCGCCCGGGAAACCCAGAAGGTAGTGGAACGCGCCTCTGGCCATTTCGAGAGCATGATCGTCGACTTCGAGTCCACCAACGGCAAACTGGCGGATATCGCCGACCACATCCAGCAGTTCGCCGACTCCAACACCGGTATCAACGAACGCGTCACCCAGATCCATGCCGACAGCCAGTCGATCGACCAGCGCATGCAGCAGTCGGCGACCGCCACCCGCGATCTGTCCGGTGTTGCCGAGAAGGTCCAGACGCTGCTGGGCCGCTTCGTGCTCGGCCACGGCAAGCTGGACGCGGCCATCACCCGCGCCAGCGAATGCCGCGACACGCTGCAGGTTCAGCTGCAGGCGCTACAGGAACAAGGCGTCAACCTGTTCGACCAGAATTACCAGCTGATCCCGGGTACCGATCCCAAGCAATACATGGCCAGCTACACCGAACGCTTCGCCCGGGTCTGCCAGGAAGAATGCGACAAGCTGACCCGCAGCACGCCGGGCGGCAAGGTCTCGTTCATCGTCGATACGAAGGGCTATTGCCCGGTCAACAACAGCTGGGTGTCCAAGCAACCCACTGGCGACCGCGCGGTCGACCTGCCGGTGTGCCGCAACAAGCGGATCTTCAACGACCCTATCGGCCTGCGTGCGGCGGGCAACGTCCAGCGCTTCCTGCTCCAGACCTACCTGCGCGACACCGGGGAAATCATGACCGAGATCGACGTACCGTTCTTCTTCGGCGGCCGTCACTGGGGCAACCTGCGGGTGGGGTTTGATGCGGCGGTGTTGCTGGCTGACTGA MQTLKALYESIEMQFFDTLTKKLSSLFLLVVVSGLLYWVAVSARADILVQLRTAQLDAALLGQIEDRLDSLTHALLFGALLTFGMISFMVWYFRHLIVRPVTVMTKALEEIANGEGDLSKDLPLVTHDEIRTLAATCNRFLAKQREIISNVQALTVHIAVESARSLKNISDSSDSATHQARFAKEVMDQSNTAVGRIEEVSRQTQGISSTTAQNLNMARDSYAELLEVTGNISEISSSLGEFATLVDALNQRSSSIKSIVGLIQQISAQTNLLALNAAIEAARAGESGRGFAVVADEVRTLAQNVSRATDDISRNIDAMLQEVSSTHEQTTQISHSARETQKVVERASGHFESMIVDFESTNGKLADIADHIQQFADSNTGINERVTQIHADSQSIDQRMQQSATATRDLSGVAEKVQTLLGRFVLGHGKLDAAITRASECRDTLQVQLQALQEQGVNLFDQNYQLIPGTDPKQYMASYTERFARVCQEECDKLTRSTPGGKVSFIVDTKGYCPVNNSWVSKQPTGDRAVDLPVCRNKRIFNDPIGLRAAGNVQRFLLQTYLRDTGEIMTEIDVPFFFGGRHWGNLRVGFDAAVLLAD PGPT0015710_13404 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 D1-35_03601 639 COG0450 Peroxiredoxin ATGAGCCTCAGACTTGGCGACATCGCCCCCGATTTCGAACAGGATTCCAGCGCCGGCAAGATTCGCTTCCATGAATGGCTCGGTGATAGCTGGGGTGTGTTGTTCTCCCATCCAGCGGATTTCACCCCGGTGTGCACCACCGAACTGGGCCTTACCGCCAAGCTCAAGGATGAATTCGCCAAGCGCGGCGTCAAGGCCATTGCCCTTTCGGTAGACCCGGTGGACTCGCATCACAAGTGGATCGAGGACATCAACGAAACCCAGAATGCCGTGGTCAATTTTCCGATCCTGGCCGACGCCGACCGCAAGGTATCCGACCTCTACGACCTGATTCACCCCAACGCCAGCGACACGTTGACCGTGCGTTCCTTGTTCGTGATTGACCCGAACAAGAAGATCCGCCTGACCATCACCTACCCGGCGAGCACCGGGCGCAACTTCAATGAAATCCTGCGGGTGATCGATTCCTTGCAGCTGACCGACAACTACAAGGTCGCCACGCCGGCGAACTGGCAGGATGGCGATGAAGTGGTGATCGTGCCGTCGCTCAAGGATGAGGAGGAACTCAAGCAGCGCTTTCCCAAAGGCTATCGCGCCGTCAAACCATACCTGCGCCTGACGCCGCAGCCCAATCGCTGA MSLRLGDIAPDFEQDSSAGKIRFHEWLGDSWGVLFSHPADFTPVCTTELGLTAKLKDEFAKRGVKAIALSVDPVDSHHKWIEDINETQNAVVNFPILADADRKVSDLYDLIHPNASDTLTVRSLFVIDPNKKIRLTITYPASTGRNFNEILRVIDSLQLTDNYKVATPANWQDGDEVVIVPSLKDEEELKQRFPKGYRAVKPYLRLTPQPNR PGPT0007245_2 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665 NA NA D1-35_03602 594 ssuE COG0431 FMN reductase (NADPH) ATGTTGGTTGTCTCGCTCGGCGGCAGTCCCAGCCAGCGCTCCCGATCAGGAGTGCTGCTGGAGCGCTCGCAACGTTGGTTGCAGCAGCAAGGTGTGGAAGTGGTGAGCTATCAGGTGCGTGATTTTCCCGCCGAAGATCTGCTCCATGCCCGCTTCGATAGCCCCAAGGTACTGGACCTGCTGGCCCAGATCGAAAACGCCGACGGCCTGGTGATCGCTACGCCTGTCTACAAGGCGTCTTTCTCCGGCGCGTTGAAAACGGTACTGGACCTGCTGCCCGAACGCGCGCTGGCCCATAAGGTAGTGTTGCCCATGGCGACAGGCGGCAGCATCGCCCACATGCTGGCGGTGGACTACGCCCTGAAGCCGGTGTTGTCGGCACTCAAGGCCCAGGAAATGCTGCATGGGATTTTCGCCGAGGACAACCAGATCGCTTACGGCGAAGGCAGCGCCCAGGCGCAATTGGCGCCGGCCCTGCAGCAGCGTCTGGACGAGGCGCTTGAACAGTTCTACAGCGCCATGGCCCGGCGGCCCAAGCCGCTGGATCCCAGCGTATTGAACGAACGTCTGTTGAGTGCTCGCTGGAGCATCTGA MLVVSLGGSPSQRSRSGVLLERSQRWLQQQGVEVVSYQVRDFPAEDLLHARFDSPKVLDLLAQIENADGLVIATPVYKASFSGALKTVLDLLPERALAHKVVLPMATGGSIAHMLAVDYALKPVLSALKAQEMLHGIFAEDNQIAYGEGSAQAQLAPALQQRLDEALEQFYSAMARRPKPLDPSVLNERLLSARWSI PGPT0003045_740 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 D1-35_03603 966 ssuA Putative aliphatic sulfonates-binding protein ATGCGCACTGTCATTTTGCGTCGCGGGCTGGTCGCTCTGTTTGCTGCGGCTGTGTCCTTCGGCGCCATCACCCAGGCTCAGGCCGAAACCTTGCGGATCGGCTATCAGAAGTACGGCACTCTGGTGCTGCTCAAGGCCAAGGGCACCTTGGAAAAACGCCTCGCCGCCCAAGGCGTCGACGTGCAATGGACCGAATTTCCCGGCGGCCCGCAGCTGCTGGAAGGCCTGAACGTCGGCTCGATCGATTTTGGCGTGACTGGCGAAACCCCTCCGGTGTTTGCCCAAGCGGCAGGCGCGGATTTGCTTTATGTCGCCTACGAGCCACCGGCGCCGAACAGCGAGGCAATCCTGGTGCCCAAGGGCTCGCCGATCCAGTCGGTGCAGGAGCTCAAGGGCAAAAAAGTCGCGCTGAACAAAGGCTCTAACGTCCACTACCTGCTGGTACGCGCGCTGGAAGATGCCGGCCTCGAATATTCCGACATCCAGACGGTTTTCCTGCCGCCGGCGGATGCCCGTGCCGCGTTCGAACGCGGCAGCGTGGACGCCTGGGTAATCTGGGACCCGTACCAGGCAGCCGCCGAACAACAGTTGCAGGCACGCACCCTGCGTGACGGCAAGGGCATCGTCGACAACCACCAGTTCTATCTGGCGACCAAACCTTACGCGCAAAAAAATCCCCAGGTCATCACGACGCTAGTGGAAGAGGTGCGTGCGGTAGGGGAGTGGTCCAAGGCCAACCCTGAAGACGTGACCCGGCAGGTCTCGCCGCTGCTAGGCCTGCCGGCGGACATCACCCTGACGTCGGTGAAACGCCAAGGCTATGGGGCTCTGTTCCTGACGCCGGAGGTGGTCGCGGCGCAGCAGAAAATCGCCGACAGCTTCTATCAGCTCAAATTGATTCCCAAGCCCTTGAGCATCAAGGACGTGATCTGGACGCCGCCGGCGGCCGTTGCGAACGCGCAGTAA MRTVILRRGLVALFAAAVSFGAITQAQAETLRIGYQKYGTLVLLKAKGTLEKRLAAQGVDVQWTEFPGGPQLLEGLNVGSIDFGVTGETPPVFAQAAGADLLYVAYEPPAPNSEAILVPKGSPIQSVQELKGKKVALNKGSNVHYLLVRALEDAGLEYSDIQTVFLPPADARAAFERGSVDAWVIWDPYQAAAEQQLQARTLRDGKGIVDNHQFYLATKPYAQKNPQVITTLVEEVRAVGEWSKANPEDVTRQVSPLLGLPADITLTSVKRQGYGALFLTPEVVAAQQKIADSFYQLKLIPKPLSIKDVIWTPPAAVANAQ PGPT0003025_2485 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003025-ssuA-K15553 NA NA D1-35_03604 1149 ssuD COG2141 Alkanesulfonate monooxygenase ATGAGCCTCAATATTTTCTGGTTCCTGCCCACCCACGGCGACGGCCATTACCTTGGCACCGCTGAAGGCGCCCGCGCCGTCGATCATGGTTACCTGCAACAGGTTGCCCAGGCTGCCGATCGGCTGGGTTTCGGCGGGGTGTTGATTCCTACCGGGCGTTCCTGCGAAGACTCCTGGCTGGTAGCCGCTTCGTTGATTCCGGTGACCCAGCGCCTGAAGTTCCTGGTTGCCCTGCGCCCCGGGATCATTTCCCCGACGGTGGCGGCGCGTCAGGCCGCGACGCTGGATCGGCTGTCCGGCGGGCGGGCGCTGTTCAACCTGGTGACGGGTGGCGATCCGGACGAGCTGGCCGGTGACGGGCTGTTTCTGGACCACGAGCAACGCTACCAGGCATCGGTGGAATTCACCCGGATCTGGCGTCGGGTGCTAGAGGGCGAGACGGTCGATTACGACGGTGAACACATCAGTGTGAAGGGCGCCAAGCTGCTCTATCCGCCGATCCAGCAACCGCGTCCGGCATTGTATTTCGGCGGCTCGTCGGAAGCTGCCCAGGATCTCGCCGCCGAGCAGGTGGAAATGGTTTTGACCTGGGGCGAACCGCCCGCCGCCGTCGCGGAAAAAATTGCCCAGGTGCGGGCCAAGGCCGAGAAGCTTGGGCGCACCGTGCGTTTCGGCATTCGCCTGCATGTGATCGTGCGGGAAACCAACGCCGAAGCCTGGCAAGCCGCCGACCGGCTGATCTCCCACCTGGACGACGAAACCATCGCTCGCGCCCAGGCGTCCCTGGCGCGTTTCGACTCGGTGGGTCAGCAACGCATGGCCGCGTTGCACGGCGGTCGGCGCGACAAGCTGGAAGTCAGCCCCAACCTCTGGGCCGGTGTCGGCCTGGTGCGCGGCGGTGCCGGAACGGCGCTGGTGGGCGATGGCCCGACCGTGGCTGAGCGGGTCAAGGAATACGCCGACCTGGGCATCGACACGTTCATTTTCTCGGGTTATCCACACTTGGAAGAATCCTATCGGGTGGCGGAACTGTTGTTCCCGCACCTCGATGTGGAGCGCCCGGAACTGCCGAAAAGCCAGGGCTATGTGAGCCCGTTCGGTGAAATGGTCGCCAACGATATCCTGCCCAAAGCTGCTTCGCAGAGCTGA MSLNIFWFLPTHGDGHYLGTAEGARAVDHGYLQQVAQAADRLGFGGVLIPTGRSCEDSWLVAASLIPVTQRLKFLVALRPGIISPTVAARQAATLDRLSGGRALFNLVTGGDPDELAGDGLFLDHEQRYQASVEFTRIWRRVLEGETVDYDGEHISVKGAKLLYPPIQQPRPALYFGGSSEAAQDLAAEQVEMVLTWGEPPAAVAEKIAQVRAKAEKLGRTVRFGIRLHVIVRETNAEAWQAADRLISHLDDETIARAQASLARFDSVGQQRMAALHGGRRDKLEVSPNLWAGVGLVRGGAGTALVGDGPTVAERVKEYADLGIDTFIFSGYPHLEESYRVAELLFPHLDVERPELPKSQGYVSPFGEMVANDILPKAASQS PGPT0003040_937 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D1-35_03605 783 ssuC_3 COG0600 Putative aliphatic sulfonates transport permease protein SsuC ATGAAAAAACTTATCCACAACCTCGCGCCGTGGGCGGTGCCCCTGCTGTTGTTGGCGGTGTGGCAATTGTCGGTATCGGCCGGCTGGTTATCCACGCGGATCCTGCCGGCGCCGGTGGCGGTGATCGAGGCCGGAGTGAACCTGGTGCGCAGCGGTGAAATCTGGACGCACCTGGCTATCAGCGGTTGGCGCGCGGCGGTCGGCTTCCTGATTGGCGGCGGCATCGGCCTGGCCCTGGGCTTTATCACCGGCCTGTCGAAGTGGGGCGAACGGCTGTTGGACAGCTCCGTGCAGATGGTGCGTAACGTGCCTCACCTGGCGCTGATTCCACTGGTGATCCTCTGGTTCGGTATCGACGAGTCGGCGAAGATTTTCCTGGTGGCGCTGGGCACGCTGTTTCCGATCTACCTCAACACCTACCACGGGATTCGCAATGTCGACCCGGCGCTGGTGGAGATGTCCCGCAGCTACGGTTTATCCGGCTTCAGCCTGTTTCGCCAGGTGATCCTGCCGGGCGCCTTGCCTTCGATCCTGGTGGGCGTGCGTTTTGCCCTGGGTTTCATGTGGTTGACGCTGATCGTCGCGGAAACCATCTCGGCCAGCTCCGGTATCGGTTATCTGGCGATGAATGCCCGGGAATTCCTGCAGACCGACGTGGTGGTGCTGGCGATTCTGCTGTACGCCGTGCTCGGCAAGCTGGCCGACCTTGCTGCCCGCGGGCTTGAACGCGTCTGGCTGCGCTGGCATCCGGCCTATCAGGTGAACAAGGGAGGTGTCGCATGA MKKLIHNLAPWAVPLLLLAVWQLSVSAGWLSTRILPAPVAVIEAGVNLVRSGEIWTHLAISGWRAAVGFLIGGGIGLALGFITGLSKWGERLLDSSVQMVRNVPHLALIPLVILWFGIDESAKIFLVALGTLFPIYLNTYHGIRNVDPALVEMSRSYGLSGFSLFRQVILPGALPSILVGVRFALGFMWLTLIVAETISASSGIGYLAMNAREFLQTDVVVLAILLYAVLGKLADLAARGLERVWLRWHPAYQVNKGGVA PGPT0003030_1923 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003030-ssuB-K15554 NA NA D1-35_03606 807 ssuB COG1116 Aliphatic sulfonates import ATP-binding protein SsuB ATGACCGCCCAACAACCGCCGCGCCTGCTGCGAGGTATCCCGCTGGCGGTGCGCAATCTGCAGAAGACCTTTGGTTCGCGCCAGGTATTGCGTGACATCGACTTGCATATCCCGGCCGGGCAGTTCGTCGCCGTGGTTGGCCGCAGCGGCTGCGGCAAAAGTACCTTGTTGCGCTTGCTGGCCGGCCTCGATCAGCCGTCGGGCGGGCAATTGTTGGCCGGTTCGGCATCGCTGAGCGCTGCACGGGAAGACACACGTCTGATGTTTCAGGAGGCGCGTTTGCTGCCCTGGAAAAAGGTCATCGACAACGTCGGCCTCGGACTCAAGGGCGACTGGCGACCACAAGCGTTGCAGGCGCTGGATGCCGTGGGCCTGGCCGATCGTGCACACGAGTGGCCGGCGGCATTGTCCGGCGGACAGAAACAGCGGGTGGCCCTGGCCCGGGCGCTGATTCATCAACCGCGCCTGCTGTTGCTGGACGAACCTCTGGGCGCGCTCGATGCGCTGACCCGGATCGAAATGCAGCAACTGATCGAGCGTCTCTGGCAGCAACACGGCTTCACCGTGCTGTTGGTGACCCACGACGTCAGCGAAGCGGTGGCGATCGCCGACCGGGTGATCCTGATCGAAGACGGCCAGATCGGCCTCGACCTGGCCATCGACTTGCCGCGCCCGCGTGCCCGCGGTTCGCATCGGCTGGCGAGCCTGGAAACCGAAGTCCTCAACCGCGTGCTGTCCTTGCCCGGCCAACCGCCGGAATCCGAACCCGTTTCACCCTTGCCCACGCAACTGCGTTGGGCGCAATAA MTAQQPPRLLRGIPLAVRNLQKTFGSRQVLRDIDLHIPAGQFVAVVGRSGCGKSTLLRLLAGLDQPSGGQLLAGSASLSAAREDTRLMFQEARLLPWKKVIDNVGLGLKGDWRPQALQALDAVGLADRAHEWPAALSGGQKQRVALARALIHQPRLLLLDEPLGALDALTRIEMQQLIERLWQQHGFTVLLVTHDVSEAVAIADRVILIEDGQIGLDLAIDLPRPRARGSHRLASLETEVLNRVLSLPGQPPESEPVSPLPTQLRWAQ PGPT0003035_673 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_TRANSPORT,PGPT0003035-ssuC-K15555 NA NA D1-35_03607 216 hypothetical protein ATGACTATCAAAGCCATCAACGTACGCAACCAGTTCAAAGGCACCATCAAGGAAATCGTCGAAGGCGACGTGCTGTCGGAAATCGACGTGCAGACCGCCTCGGGCATCGTTACCTCGGTCATCACCACCCGCTCGGTCAAGGAGCTGGAACTGGCGATTGGCAGCGAAGTGATTGCCTTCGTCAAATCCACCGAGGTGTCTATCGCCAAGTTGTGA MTIKAINVRNQFKGTIKEIVEGDVLSEIDVQTASGIVTSVITTRSVKELELAIGSEVIAFVKSTEVSIAKL NA NA NA NA NA D1-35_03608 633 hypothetical protein ATGACACGCACCGCCACCCCTCGCAAACCCCGCGCCCGCAGCCAGGCCCGGATCGACTCGATCCTCGATGCCGCCCGCACGCTGCTCGCCGCCGAAGGCGTGGCCAGCCTGTCGATCTACAGCGTCGCCGAGCGCGCCGGGATCCCGCCCTCCTCCGTCTATCACTTCTTCGCCAGCGTCCCGGCCCTGCTCGAAGCCCTGACCGCCGACGTCCATGCAGCCTTTCGTGCCTGCCTTCAAACACCGATCGATCATGCAGCGCTGAACCATTGGCACGATCTGTCGCGGCTGGTGGAGCAACGGATGCTGGTGATCTACAGCGAGGACGCCGCCGCTCGCCAACTGATCCTGGCCCAGCATGGCCTGACTGAAGTCACCCAGGCCGACCGCCAGCATGACCTGGAACTGAGCGAGCTGATGCACACCGTCTTTGCCCGCCATTTCCAACTGCCGCCCTTGCCTGCCGATGTCGACGTGTTCGCCTTGGCCATGGAACTGGGCGACCGCGTCTACGCCCGCTCGGTACACCAGCACGGCCAGATAACCCCGCGCATGGCCGAGGAAGGCATGCGTGTGTTCGATGCGTACCTGGGGCTCTATCTCCCTCCGTTTCTGCCCAAGCGCTCTGATTGA MTRTATPRKPRARSQARIDSILDAARTLLAAEGVASLSIYSVAERAGIPPSSVYHFFASVPALLEALTADVHAAFRACLQTPIDHAALNHWHDLSRLVEQRMLVIYSEDAAARQLILAQHGLTEVTQADRQHDLELSELMHTVFARHFQLPPLPADVDVFALAMELGDRVYARSVHQHGQITPRMAEEGMRVFDAYLGLYLPPFLPKRSD NA NA NA NA NA D1-35_03609 1377 puuA_2 COG0174 Gamma-glutamylputrescine synthetase PuuA ATGTCGGTACCCCCGCGTGCCGTTCAGCTTAACGAAGCGAACGCGTTCCTTAAGGAACATCCTGAGGTTCTGTACGTTGACCTTCTGATTGCGGATATGAATGGTGTGGTGCGCGGCAAGCGCATCGAACGCACCAGCCTCCACAAGGTTTACGAGAAAGGCATCAACCTGCCGGCCTCTCTATTTGCCCTGGATATCAATGGCTCGACGGTGGAAAGCACCGGCCTGGGCCTGGACATCGGCGATGCCGACCGCATCTGCTATCCAATCCCCGGCACTCTAAGCAACGAACCCTGGCAGAAGCGCCCCACCGCGCAACTGCTGATGACCATGCACGAGCTTGAAGGCGATCCGTTCTTCGCCGACCCTCGCGAAGTCCTGCGCCAGGTCGTGACCAAGTTCGATGAACTGGGCCTGACCATCTGCGCGGCATTCGAGCTGGAGTTCTACCTGATCGACCAGGAGAACGTGAATGGCCGTCCACAACCGCCCCGCTCGCCAATCTCTGGCAAACGCCCGCACTCGACACAGGTCTACCTGATCGATGACCTCGACGAATACGTCGATTGCCTCCAGGACATCCTGGAAGGGGCCAAGGAGCAAGGCATTCCCGCCGACGCCATCGTCAAGGAAAGTGCCCCGGCGCAGTTCGAAGTGAACCTGCACCACGTGGCCGACCCGATCAAGGCTTGTGACTACGCGGTACTGCTCAAGCGGCTGATCAAGAACATCGCCTACGACCATGAAATGGACACCACCTTCATGGCCAAGCCGTATCCAGGCCAGGCGGGCAACGGTCTGCACGTCCATATCTCGATCCTGGACAAAGAAGGCAAGAATATCTTTGCCAGCGAGGATCCCGAGCAGAACGCCGCGCTGCGTCACGCGATCGGCGGTGTGCTCGAGACCCTGCCCGCGCAGATGGCGTTCCTCTGCCCGAACGTCAACTCCTACCGTCGTTTCGGCGCACAGTTCTACGTGCCGAACTCGCCGACCTGGGGCCTGGACAACCGCACCGTGGCCTTGCGCGTGCCGACCGGCTCCGCCGATGCCGTACGCCTGGAACACCGTGTCGCCGGCGCCGATGCCAACCCGTACCTGTTGATGGCGGCGGTCCTGGCGGGCGTGCACCATGGCCTGACCAACAAGATCGAGCCCGGCGCGCCCGTCGAAGGCAACAGCTACGAGCAGAACGAGCAAAGCCTGCCGAACAACTTGCGCGATGCCCTGCGCGAACTGGACGACAGCGAAGTCATGGCCAAGTACATCGATCCCAAGTACATCGATATCTTCGTGGCCTGCAAGGAAAGCGAGCTGGAAGAGTTTGAACACTCCATCTCCGACCTTGAGTACAACTGGTACCTGCATACCGTTTAA MSVPPRAVQLNEANAFLKEHPEVLYVDLLIADMNGVVRGKRIERTSLHKVYEKGINLPASLFALDINGSTVESTGLGLDIGDADRICYPIPGTLSNEPWQKRPTAQLLMTMHELEGDPFFADPREVLRQVVTKFDELGLTICAAFELEFYLIDQENVNGRPQPPRSPISGKRPHSTQVYLIDDLDEYVDCLQDILEGAKEQGIPADAIVKESAPAQFEVNLHHVADPIKACDYAVLLKRLIKNIAYDHEMDTTFMAKPYPGQAGNGLHVHISILDKEGKNIFASEDPEQNAALRHAIGGVLETLPAQMAFLCPNVNSYRRFGAQFYVPNSPTWGLDNRTVALRVPTGSADAVRLEHRVAGADANPYLLMAAVLAGVHHGLTNKIEPGAPVEGNSYEQNEQSLPNNLRDALRELDDSEVMAKYIDPKYIDIFVACKESELEEFEHSISDLEYNWYLHTV PGPT0000645_5086 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 D1-35_03611 777 puuD_2 COG2071 Gamma-glutamyl-gamma-aminobutyrate hydrolase PuuD ATGTCTCGCCTGCCGTTAATCGGCATCACCACCTGCTCCAGGCAGATCGGTCTGCATGCGTATCACACCACTGGCGACAAATATGCGCGGGCTGTCGCAACGGCCGCCAAGGGCTTGCCGGTGCTGATCCCGTCCCTGGCGGATCTGTTCTCCCCGTCCGATATTCTGGACGCCCTGGACGGTATTCTTTTTACCGGCTCCCCTTCCAATGTAGAACCTTTTCACTACCAGGGCCCGGCCAGCGCGCCAGGCACCGCTCATGATCCTGCACGGGACGCCATTACCCTGCCGCTGATCCGCGCAGCGGTCGACGCGGGCGTTCCGGTGCTGGGCATCTGTCGCGGTTTCCAGGAAATGAACGTTGCCTTTGGCGGTAGCCTGCATCAGAAAGTTCATGAAGTCGGAACCTTCATCGATCATCGTGAAGACGACACCCAGCCGGTAGAGGTCCAATATGGTCCTGCCCATGCCGTGCATGTCCAGCCTGGCGGTATCCTCGCGTCTTTGGGGCTGCCGCCGCAGGTCGAGGTCAACTCGATCCACAGCCAGGGCATCGAGCGCCTGGCCTCGGGGCTGCGGGCCGAAGCGCTGGCGCCGGATGGCTTGATCGAAGCCGTCTCGGTGGTACAAGGCAAGGCTTTTGCTTTAGGAGTGCAATGGCACCCTGAATGGGCGGTAGGCTCCAACCCGCACTACCTTGCGATTTTCCAGGCATTTGGCGATGCCTGCCGAGCAAGGGCAACACAACGCGACGCCGATGCGTCAAACAACGCCTGA MSRLPLIGITTCSRQIGLHAYHTTGDKYARAVATAAKGLPVLIPSLADLFSPSDILDALDGILFTGSPSNVEPFHYQGPASAPGTAHDPARDAITLPLIRAAVDAGVPVLGICRGFQEMNVAFGGSLHQKVHEVGTFIDHREDDTQPVEVQYGPAHAVHVQPGGILASLGLPPQVEVNSIHSQGIERLASGLRAEALAPDGLIEAVSVVQGKAFALGVQWHPEWAVGSNPHYLAIFQAFGDACRARATQRDADASNNA PGPT0007640_56 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007640-puuD-K09473 NA NA D1-35_03612 1359 puuA_3 COG0174 Gamma-glutamylputrescine synthetase PuuA ATGAGTAACAACCTCGACCAGCTCACCGATTGGTTGAAAGACCACAAGATCACAGAAGTCGAATGCATGATTGGCGACCTGACCGGCATTACCCGGGGCAAGATCTCGCCGACCAACAAGTTCATCGCCGAAAAAGGCATGCGCCTGCCCGAGAGCGTTCTGCTCCAGACCGTAACGGGCGACTATGTCGAAGACGACATCTATTACGAACTGCTCGACCCCGCCGACATCGACATGATCTGCCGCCCGGACGAAAACGCAGTCTTCCTGGTGCCCTGGGCCATCGAGCCCACCGCCCAGGTGATCCACGATTCCTACGACAAGCAAGGCAACCCCATCGAGCTGTCGCCGCGCAACGTGCTCAAGAAGGTGCTCAAGCTCTACGCCGACAAGGGCTGGCAGCCGATTGTCGCGCCGGAGATGGAGTTCTACCTGACCAAGCGCAGCGACGACCCGGACTTTCCGCTGCAACCGCCTATCGGCCGTTCCGGTCGCCCGGAAACCGGTCGCCAGTCTTTCTCGATCGAAGCGGCGAACGAATTCGACCCGTTGTTCGAGGACGTCTATGACTGGTGCGAATTGCAGGAACTGGACCTCGATACCCTGATTCACGAAGACGGCACCGCGCAGATGGAAATCAACTTCCGTCATGGCGATGCACTGTCGCTGGCCGACCAGATCCTGGTGTTCAAGCGCACCATGCGCGAGGCGGCGCTCAAGCACGATGTGGCCGCCACCTTCATGGCCAAACCGATGACCGGCGAGCCGGGCAGTGCGATGCACTTGCACCAGAGCATCATCGACAAGGAAACCGGCAAGAACGTCTTCTCCAACGAAGACGGGACCATGAGCGAGCTGTTCCTGCACCACATCGGTGGCCTGCAGAGATTCATCCCCGAGCTGCTGCCGCTGTTCGCCCCCAACGTCAATTCGTTCCGCCGCTTCCTGCCCGACACCTCGGCGCCGGTGAACGTCGAATGGGGCGAAGAAAACCGCACCGTGGGCTTGCGGGTTCCGGACGCCGGGCCGCAGAACCGTCGCGTGGAAAATCGCTTGCCGGGCGCCGACGCCAACCCGTACCTGGCGATTGCCGCCAGCCTGTTGTGCGGCTACATCGGCATGGTCGAGGGCATCGATCCGAGCGCGCCAGTGGTCGGCCGTGGTTATGAGCGCCGGAACCTGCGTTTGCCGCTGACCATCGAAGATGCCCTGGAGCGCATGGAAAACAGCTCCACCATCGAGAAGTACCTGGGCAAGAAATTCATCACGGGCTACGTCGCGGTCAAGCGGGCCGAGCATGAAAACTTCAAGCGCGTCATCAGTTCGTGGGAGCGGGAATTCCTGCTCTTTGCCGTCTGA MSNNLDQLTDWLKDHKITEVECMIGDLTGITRGKISPTNKFIAEKGMRLPESVLLQTVTGDYVEDDIYYELLDPADIDMICRPDENAVFLVPWAIEPTAQVIHDSYDKQGNPIELSPRNVLKKVLKLYADKGWQPIVAPEMEFYLTKRSDDPDFPLQPPIGRSGRPETGRQSFSIEAANEFDPLFEDVYDWCELQELDLDTLIHEDGTAQMEINFRHGDALSLADQILVFKRTMREAALKHDVAATFMAKPMTGEPGSAMHLHQSIIDKETGKNVFSNEDGTMSELFLHHIGGLQRFIPELLPLFAPNVNSFRRFLPDTSAPVNVEWGEENRTVGLRVPDAGPQNRRVENRLPGADANPYLAIAASLLCGYIGMVEGIDPSAPVVGRGYERRNLRLPLTIEDALERMENSSTIEKYLGKKFITGYVAVKRAEHENFKRVISSWEREFLLFAV PGPT0000645_6284 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 D1-35_03613 1365 spuC_2 COG0161 Putrescine--pyruvate aminotransferase ATGACCCGCAACAATCCGCAAACCCGTGAATGGCAGGCCCTGAGCAGCGATCATCATCTGGCACCGTTCAGCGACTTCAAACAGCTCAAAGAGAAAGGCCCGCGCATCATCACCCACGCCAAGGGCGTGTACCTCTGGGACAGTGAAGGCAACAAGATCCTCGACGGCATGGCCGGCCTCTGGTGCGTGGCGGTCGGCTACGGCCGCGATGAGCTGGCGGACGCCGCCAGCCAACAGATGCGCGAGCTCCCGTACTACAACCTGTTCTTCCAGACCGCCCACCCGCCGGTGCTGGAACTGTCGAAGGCCATCGCCGACATCGCCCCGGAAGGCATGAACCACGTGTTCTTCACCGGCTCCGGCTCCGAAGGCAACGACACCATGCTGCGTATGGTCCGCCACTACTGGGCGATCAAAGGGCAGCCGAACAAGAAAGTCATCATCAGTCGCAAGAACGGTTATCACGGTTCGACCGTGGCTGGCGCGAGCCTGGGTGGCATGACCTACATGCATGAGCAGGGCGACCTGCCGATCCCGGGTATTGTCCACATCGCCCAACCCTACTGGTTTGGCGAAGGCGGCGACATGAGCCCCGAAGAGTTCGGCATCTGGGCCGCCAATCAGCTGGAAGAAAAGATCCTCGAGATCGGCGTCGACAACGTCGGTGCGTTCATTGCCGAGCCGATCCAGGGCGCCGGCGGCGTGATCGTGCCGCCGGACAGCTACTGGCCGCGCATGAAGGAAATCCTCGCCAAATACGACATCCTGTTCGTGGCCGACGAGGTCATCTGCGGTTTTGGCCGCACGGGTGAGTGGTTCGGTACCGATCATTACGGGTTGAAACCGCACATGATGACTATCGCCAAGGGCCTTACCTCGGGTTACATCCCCATGGGCGGCCTGATCGTGCGCGACGATGTGGTCGCGGTGCTCAACGAAGGCGGTGACTTCAACCACGGCTTCACCTACTCCGGTCACCCGGTGGCCGCTGCGGTGGCCCTGGAAAATATCCGTATCCTGCGCGAAGAAAAGATCATCGAGCGCGTCCACAGCGAAACGGCACCGTATTTGCAGCAGCGCCTGCGGGAACTGAACGACCATCCGCTGGTGGGTGAAGTGCGCGGCGTCGGTTTGCTGGGGGCGATCGAACTGGTCCAGGACAAGGCCACGCGCAAACGCTACGAAGGCAAGGGCGTGGGCATGATCTGCCGGCAGTTCTGCTTCGATAACGGGCTGATCATGCGCGCAGTGGGCGACACCATGATCATTGCGCCGCCGCTGGTGATCAGCAAGGCCGAGATCGACGAATTGGTGGCCAAGGCGCGGCAATGCCTGGACCTGACGCTCGGTGCGCTGCAAGGCTGA MTRNNPQTREWQALSSDHHLAPFSDFKQLKEKGPRIITHAKGVYLWDSEGNKILDGMAGLWCVAVGYGRDELADAASQQMRELPYYNLFFQTAHPPVLELSKAIADIAPEGMNHVFFTGSGSEGNDTMLRMVRHYWAIKGQPNKKVIISRKNGYHGSTVAGASLGGMTYMHEQGDLPIPGIVHIAQPYWFGEGGDMSPEEFGIWAANQLEEKILEIGVDNVGAFIAEPIQGAGGVIVPPDSYWPRMKEILAKYDILFVADEVICGFGRTGEWFGTDHYGLKPHMMTIAKGLTSGYIPMGGLIVRDDVVAVLNEGGDFNHGFTYSGHPVAAAVALENIRILREEKIIERVHSETAPYLQQRLRELNDHPLVGEVRGVGLLGAIELVQDKATRKRYEGKGVGMICRQFCFDNGLIMRAVGDTMIIAPPLVISKAEIDELVAKARQCLDLTLGALQG PGPT0007865_721 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 D1-35_03614 1128 spuD_1 COG0687 Putrescine-binding periplasmic protein SpuD ATGAAGGCAATAGGCATGAAGACATTAGGTATGAAGATAGCTGGCAAGACCCTCCTCGCCATGTCCCTGGCGGGCGTGATGGCGGGCGCCGCCCAGGCGGACGACAAAGTGCTGCACGTCTACAACTGGTCGGACTACATTGCGCCGGACACGGTCGCCAAGTTCGAGAAGGAGACAGGGATCAAGGTCGTCTACGACGTCTTCGACAGCAACGAGACCTTGGAGGCCAAGCTGCTGGCGGGCAAATCCGGCTATGACGTCGTCGTGCCGTCGAACAACTTCCTCGCCAAGCAGATCAAGGCCGGTGTCTATCAGGAGCTGGACAAGTCCAAGCTGCCGAACTGGAAAAACCTCGACACCGACCTGCTCAAGGCCGTCGGCGATGCCAGCGACCAGGGCAACAAACACGCCTTCCCGTACATGTGGGGCACCATCGGCATCGGTTACAACCCGGAAAAGGTCAAGGCCGCATTGGGCATCGACAAGATCGATTCCTGGGACACCCTGCTCAAGCCCGAGAACATCGCCAAGCTCAAGAGCTGCGGGGTGAGCTTCCTCGATTCGCCGACCGAAATGATTCCGGTGGCCCTGCATTACCTCGGCTACCCGACCGACAGCCAGGACAAGAAGCAACTGGCCGAGGCCGAAGCGTTGTTCCTCAAGCTGCGTCCATCGATCGGCTACTTCCACTCCTCCAAGTACATCTCGGACCTGGCCAACGGCAACATCTGCGTGGCCGTGGGTTACTCGGGTGATATCGAGCAATCCAAGAGCCGTGCTGCCGAAGCTGGCGGCAAGGTGAAAGTGGCCTACACCATTCCGAAGGAAGGTGCCGGTTCGTTCTACGACATGGTCGCCATTCCCAAGGATGCCAAAAACGTCGAAGGCGCCTACAAGTGGATGAACTTCATCATGCAGCCGGAAATCATGGCGGAGATCACCGACAACGTGCGCTTCCCTAACGGCAACAAGGCCGCCACCCCACTGGTGGACAAGGAAATTTCCGGTGACCCGAGCATTTATCCATCGGACGAAGTTAAGGCCAAGCTCTACGCGATTGCCGACCAGCCGGCCGCGACCCAGCGGATCCTGACCCGCAGCTGGACCAAGATCAAATCCGGTAAATAA MKAIGMKTLGMKIAGKTLLAMSLAGVMAGAAQADDKVLHVYNWSDYIAPDTVAKFEKETGIKVVYDVFDSNETLEAKLLAGKSGYDVVVPSNNFLAKQIKAGVYQELDKSKLPNWKNLDTDLLKAVGDASDQGNKHAFPYMWGTIGIGYNPEKVKAALGIDKIDSWDTLLKPENIAKLKSCGVSFLDSPTEMIPVALHYLGYPTDSQDKKQLAEAEALFLKLRPSIGYFHSSKYISDLANGNICVAVGYSGDIEQSKSRAAEAGGKVKVAYTIPKEGAGSFYDMVAIPKDAKNVEGAYKWMNFIMQPEIMAEITDNVRFPNGNKAATPLVDKEISGDPSIYPSDEVKAKLYAIADQPAATQRILTRSWTKIKSGK PGPT0007805_1157 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007805-potF-K11073 NA NA D1-35_03615 1098 spuE COG0687 Spermidine-binding periplasmic protein SpuE GTGCCTGTCTTTTCTTTGTTACGCAACGCTTTGCTGGTCGGTGCCGGCCTGACGCTCGCCGTCGGTGTCCAGGCCGCCTCCACCGTGCATATTTATAACTGGTCGGACTACATCGGCGAGACCACCCTGGCGGACTTCGAGAAAGCCACCGGGATCAAGCCGGTCTACGACGTGTTCGATTCCAACGAAACCCTGGAAGGCAAGTTGCTGGCCGGTCGTACCGGTTACGACGTGGTTGTGCCGTCCAACCACTTCCTGGGCAAGCAGATCAAGGCTGGTGCGTTCCAGAAACTCGACAAGGCGCAATTGCCCAACTACGCCAACCTCGACCCCGTGCTGCTCAAGCGCCTGGAGAAAAACGACCCGGGCAACCAATATGCCGTGCCTTACCTGTGGGGCACCAACGGCATCGGCTACAACGTCGAGAAGGTCAAGGCGGTATTGGGCGTCGAGAAAATCGACTCGTGGGCCATGCTGTTCGAACCGGAAAATATCAAGAAGCTCTCCAGCTGCGGCGTTTCGTTCCTCGACTCGGGCGACGAAATGATTCCGGCCATGCTCAACTACCTGGGCCTGGACCCCAACAGCCAGAACCCCGAAGACTACAAGAAGGCCGAGGCCCAGCTCCTCAAGATCCGGCCTTACGTCACCTACTTCAATTCCTCCAAGTACATCTCCGATCTGGCCAACGGCGAGATCTGCGTGGCCGCCGGTTTCTCCGGGGACATTTTCCAGGCCCGCGAACGTGCCAGCGAGGCCGGCAAGGGCGTCGATATCGCCTACGTGATTCCCAAGGAAGGCGGCAACCTCTGGTTCGACATGCTGGCGATCCCGCGCGACGCCAGCAACGCCAAGCAGGCCCATGCGTTCATCAACTACCTGCTCAAGCCTGAGGTCATCGCCCAGGTGAGCGACGTCGTTGGTTACGCCAACCCGAACCCGAAGGCTGGCGAACTGATGAGCCAGGACGTACGCACCGACGAAGCGGTCTACCCACCGCAAGCGGTCGTCGACAAGCTCTACGTCAATTCCGAGTTGCCGCCCAAGATCCAACGACTCATGACCCGCAGCTGGACTAAGGTCAAGTCGGGTAAATAG MPVFSLLRNALLVGAGLTLAVGVQAASTVHIYNWSDYIGETTLADFEKATGIKPVYDVFDSNETLEGKLLAGRTGYDVVVPSNHFLGKQIKAGAFQKLDKAQLPNYANLDPVLLKRLEKNDPGNQYAVPYLWGTNGIGYNVEKVKAVLGVEKIDSWAMLFEPENIKKLSSCGVSFLDSGDEMIPAMLNYLGLDPNSQNPEDYKKAEAQLLKIRPYVTYFNSSKYISDLANGEICVAAGFSGDIFQARERASEAGKGVDIAYVIPKEGGNLWFDMLAIPRDASNAKQAHAFINYLLKPEVIAQVSDVVGYANPNPKAGELMSQDVRTDEAVYPPQAVVDKLYVNSELPPKIQRLMTRSWTKVKSGK PGPT0007805_1116 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007805-potF-K11073 NA NA D1-35_03616 1143 potA_3 COG3842 Spermidine/putrescine import ATP-binding protein PotA ATGGCAGTTGCCTCCGGCGCCTATAAGAAAGCCCTCGAGGGCGACCAGACACCCAAGCAGGTGCTGGTCAAGATCGACCGGGTCACGAAGAAGTTCGACGAGACGATTGCCGTGGACGATGTGTCCCTGGAAATCAAGAAAGGCGAGATCTTCGCCTTGCTCGGCGGTTCGGGATCAGGCAAATCCACCTTGCTGCGCATGCTGGCAGGTTTCGAGCGGCCCACGGAGGGGCGGATCTTCCTCGATGGCGTGGACATCACCGACATGCCGCCCTACGAGCGGCCGATCAACATGATGTTCCAGTCCTACGCCTTGTTCCCCCACATGACGGTGGCGCAGAACATCGCCTTCGGCCTGCAACAGGACAAGATCCCGAAAGCCGAGGTCGATGCCCGCGTGGCCGAGATGCTCAAGCTCGTGCAGATGAGCCAGTACGCCAAGCGCAAGCCGCACCAGCTCTCCGGCGGCCAGCGCCAGCGTGTCGCCCTGGCCCGTTCGCTGGCCAAGCGGCCGAAGCTGCTGCTGCTCGATGAGCCGATGGGCGCCCTGGACAAGAAGCTGCGCTCGCAGATGCAGCTTGAGCTGGTGGAGATCATCGAGCGGGTCGGCGTGACCTGTGTAATGGTGACCCATGACCAGGAAGAGGCCATGACCATGGCCGAGCGCATCGCGATCATGCACCTGGGCTGGATTGCCCAGATCGGCAGCCCGATCGACATCTACGAAACCCCGACCAGCCGCCTGGTCTGCGAATTCATCGGCAACGTCAACATCTTCGAGACCGAAGTGGTGGACGACGCCGAGGGCCACGCGGTGCTGACCTGCAAGGACCTTGATCGCAATATCTACGTCGGCCACGGCATCAGCACTTCGGTGCAGGACAAGTCCGTGACCTACGCCATTCGCCCGGAGAAGCTGCTGGTCACCTCCGAGCAGCCAACCTGCGAGCACAACTGGTCCAGCGGCAAGGTCCATGACATTGCCTACCTGGGCGGCCACTCGGTGTTCTACGTCGAATTGCCAAGCGGCAAGCTGGTGCAGTCGTTCGTCGCCAACGCCGAGCGGCGCGGCCAGCGCCCGACCTGGGGCGACCAGGTGTTCGTCTGGTGGGAAGACGACAGCGGCGTGGTGCTTCGCTCATGA MAVASGAYKKALEGDQTPKQVLVKIDRVTKKFDETIAVDDVSLEIKKGEIFALLGGSGSGKSTLLRMLAGFERPTEGRIFLDGVDITDMPPYERPINMMFQSYALFPHMTVAQNIAFGLQQDKIPKAEVDARVAEMLKLVQMSQYAKRKPHQLSGGQRQRVALARSLAKRPKLLLLDEPMGALDKKLRSQMQLELVEIIERVGVTCVMVTHDQEEAMTMAERIAIMHLGWIAQIGSPIDIYETPTSRLVCEFIGNVNIFETEVVDDAEGHAVLTCKDLDRNIYVGHGISTSVQDKSVTYAIRPEKLLVTSEQPTCEHNWSSGKVHDIAYLGGHSVFYVELPSGKLVQSFVANAERRGQRPTWGDQVFVWWEDDSGVVLRS PGPT0007810_490 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007810-potG-K11076 NA NA D1-35_03617 921 potH COG1176 Putrescine transport system permease protein PotH ATGAACATGCGCAAGCTCAAACGCCGACTCGCTCGAATAACGCCCGGTGGCCGTCAGCTGGTCATTGGGGTGCCCTTCATCTGGCTGTTCCTGTTCTTCATGCTGCCGTTCTTCATCGTCCTGAAGATCAGCTTCGCCGAAGCCGACGTGGCCATCCCGCCGTACACCGAGATCTACAGCTACGTTGACCAGAAGCTGCAAGTGCTGCTCAACCTCGCCAACTACGCGATGCTCAGCGAGGACGAACTGTACATCGCCGCCTATCTCGGCTCGCTGAAGATGGCCCTGATCAGCACCGTGCTGTGCCTGCTGATCGGCTACCCGATGGCCTACGGCATCGCCAACGCCCGCAAAGAGATGCAGACGGTGCTGGTATTGCTGATCATGATGCCGACCTGGACCGCGATCCTGATCCGCGTCTACGCGTGGATGGGCATCCTCAGCAACAACGGCCTGCTCAATGGCTTCCTGATGAGCATGGGCTGGATCAGCGAGCCCTTGCAGATCCTCAACACCAACCTGGCGGTCTATATCGGCGTGGTTTATTCCTACCTGCCGTTCATGATCCTGCCGCTGTACGCCAACCTGGTCAAACACGACCCGAGCCTGTTGGAAGCCGCGTCCGACCTGGGTTCGAGCACGTTCAACAGCTTCTGGAAAATCACCGTGCCGCTGTCCAAGAACGGCATCGTCGCAGGCTGCATGCTGGTGTTCATCCCGGTAGTGGGTGAGTTCGTGATCCCGGAACTGCTGGGCGGTCCGGAAACCTTGATGATCGGCAAGGTGCTGTGGCAGGAGTTCTTCAATAACCGTGACTGGCCGGTGGCATCCGCCCTGGCGGTAGTGATGCTGGCGATCCTGATCGTGCCCATCATCCTGTTCAACAGCAGTCAGGCCAAGGAAATGGAGGGCAAGGAATGA MNMRKLKRRLARITPGGRQLVIGVPFIWLFLFFMLPFFIVLKISFAEADVAIPPYTEIYSYVDQKLQVLLNLANYAMLSEDELYIAAYLGSLKMALISTVLCLLIGYPMAYGIANARKEMQTVLVLLIMMPTWTAILIRVYAWMGILSNNGLLNGFLMSMGWISEPLQILNTNLAVYIGVVYSYLPFMILPLYANLVKHDPSLLEAASDLGSSTFNSFWKITVPLSKNGIVAGCMLVFIPVVGEFVIPELLGGPETLMIGKVLWQEFFNNRDWPVASALAVVMLAILIVPIILFNSSQAKEMEGKE PGPT0007820_562 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007820-potH-K11075 NA NA D1-35_03618 888 ydcV_3 Inner membrane ABC transporter permease protein YdcV ATGAAGCGCTTCAGTTTTTCAAGCCTGATGCTGGTGTTGGGGCTGTTGTTCATCTATGCGCCAATGCTGATCCTGGTGATCTTTTCGTTCAACGCCTCGAAACTGGTGACGGTGTGGGGCGGTTGGTCGGTCAAGTGGTACGTCGGCCTGCTGGACAACTCGCAACTGATGGGCTCGGTGGTGCGTTCGCTGGAGATCGCCTGCTACACCGCGATCGCCGCGGTGGCGCTGGGTACGCTGGCGGCCTTCGTGTTGACCCGCATCACCCACTTCAAGGGCCGCACGTTGTTCGGCGGCCTGGTCACCGCGCCGTTGGTGATGCCGGAAGTGATCACCGGCCTGTCGCTGTTGCTGTTGTTCGTGGCGATGGCGCAGATGATCGGCTGGCCACAGGAGCGTGGCATCGTCACGATCTGGATCGCCCATACGACGTTCTGCGCGGCCTATGTGGCGGTGGTGGTCTCGGCGCGCTTGCGTGAGCTGGACCTGTCCATCGAAGAGGCAGCCATGGACCTCGGTGCGCGGCCGTGGAAGGTGTTCTTTTTGATCACCATCCCGATGATCGCGCCATCGCTGGCGGCGGGCGCGATGATGTCGTTCGCTTTGTCCCTCGACGACCTGGTGCTGGCAAGCTTCGTCTCCGGTCCTGGCTCGACGACGTTGCCAATGGAAGTCTTCTCGGCGGTACGCCTGGGGGTCAAGCCGGAAATCAACGCGGTGGCGAGCCTGATCCTGCTGGCGGTGTCGCTGGTGACCTTCCTGGTCTGGTACTTCAGCCGCCGCGCCGAAGAAAACCGCAAGCGAGCGATCCAGCAAGCCATCGAGGAAAGCGCCGCCGATTCCTGGAAACAACCGCAGGTGCGCCGGCCCGAGACCACTTCGGCCTGA MKRFSFSSLMLVLGLLFIYAPMLILVIFSFNASKLVTVWGGWSVKWYVGLLDNSQLMGSVVRSLEIACYTAIAAVALGTLAAFVLTRITHFKGRTLFGGLVTAPLVMPEVITGLSLLLLFVAMAQMIGWPQERGIVTIWIAHTTFCAAYVAVVVSARLRELDLSIEEAAMDLGARPWKVFFLITIPMIAPSLAAGAMMSFALSLDDLVLASFVSGPGSTTLPMEVFSAVRLGVKPEINAVASLILLAVSLVTFLVWYFSRRAEENRKRAIQQAIEESAADSWKQPQVRRPETTSA PGPT0007815_130 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007815-potI-K11074 NA NA D1-35_03619 639 hypothetical protein ATGAGCAGCATCGCCGGCATCCGGATTCCCGACAGCGCCCTCGCCCGGGCCACCACCGAATATATCCGCGACATCGAATCAGACCTGCTTTATCACCATTCCCGCCGGGTGTTCCTGTTCGGCGCCTTGAGTGGCGAGCGCCGCCAATTGGCCTACGATCCGCAGCTGCTGTACGTCGGCGCGATGTTCCACGACCTCGGCCTGGTGGAAGGCTATCGCAGTGATGACGAGCGTTTCGAGGTGGACGGGGCAAACGCTGCCGCAGCATTTCTCAAACCCTACGGGCTGAGCGATGACGACATCGAACAGGTGTGGCTGTCGATTGCCCTGCACACCACCCCAGGCGTGCCGAAACACCTGCGCCCGACCGTCGCCCTGGTGACCGCCGGGGTGGAAATGGACGTGCTCGGCATGGACTACGCCGCGTTCCCCGCCGCACAGCGCGACGCCGTGGTGCATGCGCACCCGCGTGGAGAAGGTTTCAAGGAGTGCATCATCTGCGCCTTCGCCGACGGCTTGCGGCATCGTCCGCAGACCACTTTTGGCAACGTGAAGACCGATGTGCTGGTGGATCAGGAACCGGGGTTCAAGCCGATGAACTTCATCGAGGTGATTCGCACGTCGCCCTGGGTTTCGTAG MSSIAGIRIPDSALARATTEYIRDIESDLLYHHSRRVFLFGALSGERRQLAYDPQLLYVGAMFHDLGLVEGYRSDDERFEVDGANAAAAFLKPYGLSDDDIEQVWLSIALHTTPGVPKHLRPTVALVTAGVEMDVLGMDYAAFPAAQRDAVVHAHPRGEGFKECIICAFADGLRHRPQTTFGNVKTDVLVDQEPGFKPMNFIEVIRTSPWVS NA NA NA NA NA D1-35_03620 966 cdhR_9 COG4977 HTH-type transcriptional regulator CdhR ATGGAAAAGACCGTCGCCATCGTGGTATTCACAGGCGCCCAGTCTCTGGACATCAGCGGCCCCATGGATGTGTTCTGCGAAGCCAATCGCTTTCTCGCCGCGCATGATCACTATCGCTTGGAAGTGATCGGTATCGAGCCCGGCGCAATGTCCTGCTCCAACGGAATGTCCCTCAACCCGCACCGACATTTCAGCGAAGCGTCAGGCGCGTATGACCTGTTGCTGGTCGCGGGCGGTCCGCAGTTGCCATTTATGGAATTTGGCCCGGCGTTCAATGCCTGGTTGCACGACGCCTGCGCCCGTGCGCGACGCTTCGGTTCGATTTGCAACGGCGCGTTCATGCTGGCTCGGGCCGGCTTGCTCGAAGGGCGGACTGTCACGACCCATTGGGGCGATGCATCGGCATTGACGCGGATGTGTCCCTCGACCCGGGTCGAAGCCGATCGGCTGTACGTGCAGGACGGCGCGCTCTACACCTCGGCGGGTGTCACGGCGGGGATTGATCTGTCGCTGTTCCTGCTGGCGCAAGACCATGGGCCGGACGTGGCGCTGAATGTCGCCAAGCGGCTGGTGGTGTTCACCCAGCGCTCGGGCGGGCAGTCGCAGTTCAGTCCGTTCCTCGTACCGCACGCCGAGCCTGCCTCCGCGGTGGCTCAGGTTCAGTCATACGTGATGGCCAACCTCAACGGTGACCTGGGCATTGCCGACCTCGCCAACGCCGCGAACATGAGCCAACGCAACTTCTCCAGGGTGTTCACCCGGGAAGCGAAGGTCACGCCGGCGGAGTTCGTCGAGCAGGCCCGGGTAGACGCGGCGCGGGTAATGCTGGAAAGCACCCGGGCGCCGCTCAAGACCGTGGCGTACCAATGCGGCTTTCGCGACGCCCAGCACATGCGCAGCGTATTCAATCGCAGGCTGGGCGTGACACCGCAGCAGTTCAGGCTGAATTTTGCCGCGCTGGTTTGA MEKTVAIVVFTGAQSLDISGPMDVFCEANRFLAAHDHYRLEVIGIEPGAMSCSNGMSLNPHRHFSEASGAYDLLLVAGGPQLPFMEFGPAFNAWLHDACARARRFGSICNGAFMLARAGLLEGRTVTTHWGDASALTRMCPSTRVEADRLYVQDGALYTSAGVTAGIDLSLFLLAQDHGPDVALNVAKRLVVFTQRSGGQSQFSPFLVPHAEPASAVAQVQSYVMANLNGDLGIADLANAANMSQRNFSRVFTREAKVTPAEFVEQARVDAARVMLESTRAPLKTVAYQCGFRDAQHMRSVFNRRLGVTPQQFRLNFAALV NA NA NA NA NA D1-35_03621 342 hypothetical protein ATGTTCATTAACTGGTCCGAGCTGCTGCCCACCATCAAGAGCGCCTTTGGCGCCCTGGGAAAAAGCAATCCAAAAATGGTCAAGGCCTACATGGCCCTGGATGAAGCGGCGGCCGAGAACAACGTGCTCGATGCCAAGACCCGCGAGCTGATTTCCATCGCCGTGGCGATCACCACTCGCTGTGACGGTTGCATCGGCGTGCACACCGATGCCGCCATCAAGGCCGGCGCCACTCGCGAAGAAATCGCCGCGACCCTGGCGACGGCGGTCTCGCTGAACGCCGGCGCGGCTTACATTTATTCGCTGCGGGCGCTGGAGGCCCATGACGCGCTGAAGAAGTGA MFINWSELLPTIKSAFGALGKSNPKMVKAYMALDEAAAENNVLDAKTRELISIAVAITTRCDGCIGVHTDAAIKAGATREEIAATLATAVSLNAGAAYIYSLRALEAHDALKK NA NA NA NA NA D1-35_03622 2409 quiP_2 COG2366 Acyl-homoserine lactone acylase QuiP ATGAAACGCCTGCTCGTCGCTTTCCTGTCACTGGTTGTCACCGCCATCATCGTCGCGGGCGGCTACCTCTACAGCAAGCAGCCCACGCGCCAGGGCACCGTGCAGTTGCAGGGCCTGCAAGGCTCGGTGACGGTGCGCTACGACGAACGTGGGGTGCCGCATATCCGCGCCGAGAACGAAACCGACCTGTACCGCGCCCTCGGTTATGTCCACGCCCAGGATCGACTGTTCCAGATGGAATTGATGCGCCGACTCGCCCGTGGCGAGCTGGCCGAGATCCTCGGGCCGAAGCTGCTCGACACCGACAAGCTGATGCGCAGCCTGCGCATCCGCGAACGCGCTGCCAGCCATGTCGCCGAGCAGGATCGGCAGTCGCCGGCGTGGATCGCGACGCAGGCTTATCTGGACGGCATCAATACCTACCAGCAAACCCATACGCGGCCGCTGGAGTTCGATGTGCTGGGCATTCCCAAGCGGCCCTTCACCGCTGAAGACACCGCCAGCATCATCGGCTACATGGCGTACAGCTTCGCCGCCGCCTTTCGCACCGAACCGCTGTTGACTTACGTGCGTGACAAACTCGGTGCCGAGTACGTGAATATCTTCGACCTCGATTGGCAGCCTCAGGGCGTCCTGCAAAAAGATCCCGCAAGCGGTCCGTCCCTGACCAGCATTGACTGGAAAGACCTCAATGCCCTGGCGCGCCTGAGCGAACAGGCCCTGGCCGAAAATGGCCTGCCGCAGTTCGAAGGCAGCAACGCCTGGGCGGTTTCCGGCAGCCGCACGCACAGCGGCAAGCCCTTGCTGGCGGGTGACCCGCACATCCGTTTTTCCGCGCCGTCGGTGTGGTACGAGGCGCATTTGTCGGCGCCGGGTTTCGAGCTCTACGGCCAATACCAGGCGCTGGTGCCCTTTGCGACGCTGGGCATGAACAAGGATTTCGGCTGGAGCATTACCATGTTCCAGAACGACGACCTGGACCTGATCGCCGAGAAGACCAACCCGGACAACCCCGAACAGGTCTGGTATCGCGACCAATGGGTGGACATGACCCGCAGCGAACAGCAGATCGCCGTCAAAGGCCAGGCACCCGTGACCCTGGTGCTGCGCCAGTCGCCCCATGGCCCGATCGTCAACGATGCCCTCGGCGCCAATGCCGGCAAGACGCCGATCGCCATGTGGTGGGGGTTCCTGGAAACCCGCAACCCGATCCTCGAAGCCTTCTACCAGCTCAACCGCGCCGACACCCTCGCCAAGGCTCGCGGCGCGTCGGCCGGGATCCACGCGCCGGGCCTGAATGTGGTCTGGGCCAACGCCAAGGGCGATATCGGCTGGTGGGCCGCGGCGCAGTTGCCCAAGCGCCCGGAGGGTGTGAAGCCCGGTTTCATTCTCGATGGCGGTAGCGCTGAAGCGGAAAAACCGGGCTTCCAGCCTTTCACCAGCAATCCCCAGGAAGAGAACCCGGCCAGGGGCTACGTTCTCTCGGCAAATTTCCAGCCGGTGCCGGCCAGCGGGATCGAGATTCCCGGTTACTACAACCTTGCCGACCGGGGCCAGGAGCTGGATCGGCAGTTGAGCGAGAAACAGGCCAAATGGGATATCCAGACCACCCAGAAGCTGCAACTGGGCACCACCACCGCCTATGGCCCGCGCCTGCTTGCGCCGCTGTTGCCGATACTGCGCGAAGCGGTCAGCGACCCGCAGGAGCGCAAGTGGCTTGAACAACTGGCTGGATGGAAGGGCGACTACCCGCTGGACTCCACCAGCGCCACGCTGTTCAACCAGTTCCTGTTCGAGCTGGCCGACGCCGCCCTGGGCGATGAACTGGGCGACGGCTTTTTCGAAACGGCATTGTCGACCCGGGTGATCGACGCCGCGCTGCCACGCCTGGCCGCCGCAAAAGACTCGCCATGGTGGGACGACCGCTCGACATTGGGCACCGAAACCCGTACCGATACGGTGATCAAGGCCTGGAACAAAAGCCTGGTGCACCTGAAAGCCACCTTGGGCGAGGACGCCAGCCAATGGCAATGGGGCAAGGCCCACACCCTGACCCACGGGCATCCGTTGGGCCAACAGAAACCGCTGGACCGGGTCTTCAATGTCGGCCCGTTCGCCGCCCCCGGTACCCATGAAGTACCCAACAACCTCTCGGCCAGGATCGGCCCGGCGCCCTGGCCGGTGACCTACGGCCCCTCCACTCGACGCATCATCGACTTCGCCGACCCGACCCACAGCGTCACCATCAATCCGGTCGGCCAGAGCGGCGTGCCGTTCGACAAGCATTATGAAGACCAGGCCGAAGCCTACATCGAAGGGCTGTATCACCAGGCGCACCTGGCGGAGGAGGAAGTCACGGCCAACACCCGCGGCACCTTCAAACTGTTGCCCGCCAGGGCGCAGCCCTGA MKRLLVAFLSLVVTAIIVAGGYLYSKQPTRQGTVQLQGLQGSVTVRYDERGVPHIRAENETDLYRALGYVHAQDRLFQMELMRRLARGELAEILGPKLLDTDKLMRSLRIRERAASHVAEQDRQSPAWIATQAYLDGINTYQQTHTRPLEFDVLGIPKRPFTAEDTASIIGYMAYSFAAAFRTEPLLTYVRDKLGAEYVNIFDLDWQPQGVLQKDPASGPSLTSIDWKDLNALARLSEQALAENGLPQFEGSNAWAVSGSRTHSGKPLLAGDPHIRFSAPSVWYEAHLSAPGFELYGQYQALVPFATLGMNKDFGWSITMFQNDDLDLIAEKTNPDNPEQVWYRDQWVDMTRSEQQIAVKGQAPVTLVLRQSPHGPIVNDALGANAGKTPIAMWWGFLETRNPILEAFYQLNRADTLAKARGASAGIHAPGLNVVWANAKGDIGWWAAAQLPKRPEGVKPGFILDGGSAEAEKPGFQPFTSNPQEENPARGYVLSANFQPVPASGIEIPGYYNLADRGQELDRQLSEKQAKWDIQTTQKLQLGTTTAYGPRLLAPLLPILREAVSDPQERKWLEQLAGWKGDYPLDSTSATLFNQFLFELADAALGDELGDGFFETALSTRVIDAALPRLAAAKDSPWWDDRSTLGTETRTDTVIKAWNKSLVHLKATLGEDASQWQWGKAHTLTHGHPLGQQKPLDRVFNVGPFAAPGTHEVPNNLSARIGPAPWPVTYGPSTRRIIDFADPTHSVTINPVGQSGVPFDKHYEDQAEAYIEGLYHQAHLAEEEVTANTRGTFKLLPARAQP PGPT0028075_1007 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 D1-35_03623 588 hypothetical protein ATGCGCCCGTCCCACCGCACGACCTTGCTTGCCAGGCTCCTCGCCCTGACGTGCGCCGTCATCCTTTGGTTCGCCTACGACTGGTTCCAGGGGCGTTTCCTCCGGGCGTTCAGTCAACACACGGCGGTGTTTTCCGGCGACCCGCTGCGCCTGCCCACCGACCTCGCTGGCCCGGGCGCAATCCGCCTGGTGCATTTCTGGGATCCGGCCTGCCCTTGCAACGTCGGTAATCAGCAGCACCTCTCCGAGCTGATCGACAAATATGCACCGCAAGGCGTCGAGTTCTTCGCCGTACAAAAGACCGGCAGCCAAGGCCACTTGCCCAGCACTCTGAGCGGTCTCAAACCCCTGACGGCGTTGCCAGGCTCGGCACAGATTCCCGCCAGCCCCGCCGTGGCGATCTGGGACCGCAGCGGCAAGCTGGCGTACTTCGGGCCGTACAGCGAAGGACTGACTTGCAACTCGAGCAATAGCTTTATCGAGCCGATTCTTGAGGCGCTGAGCGTCGGCCGGGCGGTGGATGCGACGCACACCTTGGCGGTGGGTTGTTATTGCCCGTGGGGCCAGGACACATCAAGCAAGGAATAA MRPSHRTTLLARLLALTCAVILWFAYDWFQGRFLRAFSQHTAVFSGDPLRLPTDLAGPGAIRLVHFWDPACPCNVGNQQHLSELIDKYAPQGVEFFAVQKTGSQGHLPSTLSGLKPLTALPGSAQIPASPAVAIWDRSGKLAYFGPYSEGLTCNSSNSFIEPILEALSVGRAVDATHTLAVGCYCPWGQDTSSKE NA NA NA NA NA D1-35_03624 948 hypothetical protein ATGCCCGCCTCCTTCGACCCCGATCACCTGCGCGCCAGCCTGCAACCCCTGGCGCAGTGGCAACCGCTGTCTGCGCAAGCGCAGGCCTACCAGCAATTCTATGGGCTGGACTTTCCGGCGCGCACCTTGCGCAGGGGCCTGGGACGTTTCGACATTGCCGGGTATGAACTGGTCGGCCAGGTCTGGTGGCCGGAAAAAGCCGTGGGGACGCTGTTCCTCTTTCACGGTTATTACGACCATATGGGGCTGTACCGGCATTTGGTCGAGTGGGCGCTGGATCAGCAATGGGTGGTGATCAGCTGTGACTTGCCGGGCCACGGCCTGTCCAGTGGCGAACGCGCCAGCATCGGCGATTTCGCCGAATACCAGGCGACCTTGCGCGGCTTGCTGGCCGAAGCCGAGACCCTGGACCTGCCGCAACCCTGGCACCTGTGCGGCCAGAGTACCGGCGGCGCGATCGTGGTGGACCATGTGCTGCACCACGGCGCGGACAGCCCGGCCCAGGGCCAGGTCATCCTGTTGTCGCCCTTGGTTCGGCCACGGGCCTGGGGCTGGTCGCGCCTCAGTTATTACTTGCTCAAACCTTTTGTGAGCGGCATCGCCCGGCGCTTCAGCGAGAACTCCAGCGACCCGGGTTTCCTGCCGTTCCTGCAGGCCGATCCGCTGCAACCGCTGCGCCTGCCCACTGCGTGGGTCGGGGCGCTGGCGCAATGGATCCGGCGTATCGAGGCGGCGCCGAGCAGCTCGCGGCAACCCTTGATCGTGCAAGGGCAGGCGGACATGACCGTGGATTGGCGGCATAACCTGCAAGTATTGCGCGGCAAGTTCGATCGGCCGCAGGTATTGATGTTGCCCGAGGGGCGGCATCACCTGGCGAACGAGACCTTGGCGATACGGCAGGAGATGTTTGGGTTTTTGAGCAAACGGATGGGCCGGATTCGGCGGTAA MPASFDPDHLRASLQPLAQWQPLSAQAQAYQQFYGLDFPARTLRRGLGRFDIAGYELVGQVWWPEKAVGTLFLFHGYYDHMGLYRHLVEWALDQQWVVISCDLPGHGLSSGERASIGDFAEYQATLRGLLAEAETLDLPQPWHLCGQSTGGAIVVDHVLHHGADSPAQGQVILLSPLVRPRAWGWSRLSYYLLKPFVSGIARRFSENSSDPGFLPFLQADPLQPLRLPTAWVGALAQWIRRIEAAPSSSRQPLIVQGQADMTVDWRHNLQVLRGKFDRPQVLMLPEGRHHLANETLAIRQEMFGFLSKRMGRIRR NA NA NA NA NA D1-35_03625 744 hypothetical protein ATGCGCCGTTTGCTTTTCTCACTGTTGATGTTCTGCGTATTGCCCGCCTGGGCAGACAGCTATGACCAGTTGTACAAGGTCGCCGGCTGGCCGGAACAGCGGGCGCATTTCAATGATGCCTTGAGCGCCGCGCAGCAGCGCTACCAGAACAGCTTGCCGCCGGCGGTCTTCCAGGCGCTGGTGAACAACAGCAACCAGCGTTTCGCGCCCCAGGCAATGGACCAGCGGGCCGAGGCGCAACTGCGCAGCAATCTTGCCGACCCGAACCCGGCCCTGGCTTTTTTCCAGTCGCCACTGGGCCGCAAAGTCGTCGCCGCCGAACTGCTCGCCACCCGCCGCGACCAACTGGCGAAGAACGCCAAGGGCCTGCCGAAGATGCAAGCCAGCGACAATCGCCTGCTGATCATCGGCCACCTGGCCCAGGCCCTGCCTGCCCGCGAAGCCGGCGCCGAAGTCAGCCTGGCGATTGCCGGCGTGGCAGCCGACAGCTTGAGCTCGATGATTCCCGGCCTGCTCGGCGGCGGCCAGGCCCAGGGCATGCTCAACGGTCAGCGCCAGCGCCTGATGGATCAGATCGGCGCGGACCTGAACAACACGCTGCTATACGTCTACCGCGACCTGACGGATACCGAACTGGAAGAATTCGCCACGTTTGCCGAGTCGGCCGAGGGCCAGGCTTATTATCAGGCGGCATTGGCGGCGATCCGGGCGGGGTTGGCGGTGGGGCAGAATCTGGGGCAGTAA MRRLLFSLLMFCVLPAWADSYDQLYKVAGWPEQRAHFNDALSAAQQRYQNSLPPAVFQALVNNSNQRFAPQAMDQRAEAQLRSNLADPNPALAFFQSPLGRKVVAAELLATRRDQLAKNAKGLPKMQASDNRLLIIGHLAQALPAREAGAEVSLAIAGVAADSLSSMIPGLLGGGQAQGMLNGQRQRLMDQIGADLNNTLLYVYRDLTDTELEEFATFAESAEGQAYYQAALAAIRAGLAVGQNLGQ NA NA NA NA NA D1-35_03626 633 hypothetical protein ATGCGCGCCATGCGAATACCTTCTGATCATCCGTTGCTGTTACGTATCGTCGACGACCTGGCCGAGCGCGGGTGGTCGCAGCAGAACATCTTCTTGCCGGATGCGCTCACCCGCGCGCTGGCGGCCGAATGTCGCCAGCGCGCCGCCGAAGGCGAACTGGCTCCAGCCGCGGTGGGGCGTGGGCCGTTTTCGGAAATTCGCGAAGGGGTTCGTGGCGATCGCATCCAATGGATCGAGCCCGGCCAGGTCGACGCCTGTGATCGTTACCTGGGGCTGATGGACAGCCTCCGCGAGGCCTTGAATCGGGGGCTGTTCCTGGGCCTGGAGGATTTTGAAAGTCATTTCGCCCTGTACCCGCCGGGTGCGTTCTACCTCAAGCACGTAGACCGTTTCCGCGATGATGACCGGCGCATGGTCTCGGCGGTGCTCTACCTCAATGACGCCTGGCTGCCGGAGCACGGCGGCCAGTTGCGCATGTACCTGGATGAAGGCGTGGAGCATGACGTGGTGCCCACGGGCGGCTGCCTGGTGGTGTTTCTGTCGGGGGATATACCCCATGAAGTCCTGCCGGCCACGCGTGATCGGCTGTCCTTGACCGGTTGGTTCCGGCGCCGTGGCAACGAGTTGTTCTGA MRAMRIPSDHPLLLRIVDDLAERGWSQQNIFLPDALTRALAAECRQRAAEGELAPAAVGRGPFSEIREGVRGDRIQWIEPGQVDACDRYLGLMDSLREALNRGLFLGLEDFESHFALYPPGAFYLKHVDRFRDDDRRMVSAVLYLNDAWLPEHGGQLRMYLDEGVEHDVVPTGGCLVVFLSGDIPHEVLPATRDRLSLTGWFRRRGNELF NA NA NA NA NA D1-35_03627 492 hypothetical protein ATGCAAAAGATCCTTGTCAGCCGCTGCCTGCTCGGCCATCGCGTGCGCTACGACGGTGGCGCACGCGGGCCGTTCGACCTGCTCCAGCATTGGCTCGACGAAGGTCGGCTCGTACCGCTGTGCCCGGAAGTCGCCGGCGGCCTGCCCACGCCTCGGCCGGCGGCGGAGATTCCAGGCGGCCAGGGCGCGCGAGTGCTCGATGGCAACGCGGCGGTGATCACCACCGAGGGCGAGGACGTGAGCGCGCAGTTTCTATCCGGTGCGTATCAAGCGCTGGCGTTGGCGCGCGAGCACGGCATCCGCATCGCCGTGCTCAAGGCCAACAGCCCCTCGTGTGGCAACCTGCTGACGTATGACGGCACGTTCAGCGGGGTCAAGATTCGAGGTGAAGGCGTGACGGCGGCATTGCTCAAGCGCAATGGGGTTCGGGTGTTCAGCGAGCTGGAACTGGCTGAAGCGGCGTTGGCGCTCAAGGCATTGACCGCAGAATAG MQKILVSRCLLGHRVRYDGGARGPFDLLQHWLDEGRLVPLCPEVAGGLPTPRPAAEIPGGQGARVLDGNAAVITTEGEDVSAQFLSGAYQALALAREHGIRIAVLKANSPSCGNLLTYDGTFSGVKIRGEGVTAALLKRNGVRVFSELELAEAALALKALTAE PGPT0013380_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013380-punA-K03783 NA NA D1-35_03628 1374 hypothetical protein ATGACTGAATCCATTAAGCCATTGAAGCTCGCCGTGGTCGGGCACACCAACGTCGGCAAGACCTCCCTGCTGCGTACCCTGACCCGGGATGTCGGCTTCGGCGAAGTGTCCCACCGCCCGAGCACCACCCGTCACGTCGAAGGCGCGCGCCTGTCGGTGGACGGCGAGGCGCTGCTGGAGTTGTACGACACGCCTGGGCTGGAAGACGCCATCGCCCTGCTCGATTATCTCGAACGCCTCGAGCGTCCCGGTGAACGCCTGGATGGCCCGGCACGCCTGGCCCGTTTCCTCGAAGGCAGCGAGGCGCGACAACGCTTCGAGCAAGAAGCCAAGGTGCTGCGGCAGTTGCTCGCCAGCGACGCCGGGCTTTATGTGATCGATGCCCGCGAACCGGTGTTGGCCAAGTACCGCGATGAACTGGAAGTCCTCGCCAGTTGCGGCAAACCGCTGCTGCCGGTGCTCAATTTCGTCAGCAGCGCCCAGCACCGTGAAGCCGACTGGCGCGAAGCCCTGGCGCGGCTGGGCCTGCATGCATTGGTCCGTTTCGACAGCGTCGCCCCGCCCGAGGACGGCGAGCGACGTCTGTATGAAAGCCTGGCGTTGCTGCTGGAAAGCGCTCGCGGGCAATTGGAGCGGCTGATCGCTGACCAACAGGCCCAGCGTCTGGCGCGCCAGCAGAGCGCCAGACGGCTGATTGCCGAATTGCTGATCGATTGCGCCGCTTGCCGGCGCAGCGTCGCCAGCGATGCCGAACTGGAACGCCAGGCCATCAGCGAACTGCGCAACGCGGTGCGTCAGCGCGAACAGCGTTGTGTCGAGGCCCTGCTCAAGCTCTACGCTTTCCGCCCTCAGGATGCAGCGGCCAGCGATCTTCCCTTGCTGGATGGCCGTTGGGGTGATGACCTGTTCAACCCCGACACACTCAAGCAATTGGGCGTACGGGTCGGTGGCGGCATTGCGGCCGGGGCGGCGGCCGGAGCCGGTGTCGACCTGCTGGTGGGTGGCCTGACCCTGGGCGCCGCCGCCCTCGCCGGGGCGATTGCCGGCGGCGCGCTGCAAACGGCCCGCAACTATGGCGACCGGTTGATCGGCAAGCTCAAGGGCCAACGTGAACTGAGCGTCGATGACAACGTGCTGCGCCTGTTGGCCCTGCGCCAACGGCAACTGCTGCAAGCCATCGACCAGCGTGGCCATGCGGCGATGGAGAGCATCCATATCGCCACGCCTCAGGACAAGACCTGGCGCGAAGGCAAGCTGCCTGAAGCACTGGGCAAGGCCAGGGCGTATCCGCAGTGGTCGTCGTTGAATCCCCAGCCACGACTGAGCCAGGCCGAACGACAGGAACAGATCGAGCTGTTGGCTGAACAGCTCTAG MTESIKPLKLAVVGHTNVGKTSLLRTLTRDVGFGEVSHRPSTTRHVEGARLSVDGEALLELYDTPGLEDAIALLDYLERLERPGERLDGPARLARFLEGSEARQRFEQEAKVLRQLLASDAGLYVIDAREPVLAKYRDELEVLASCGKPLLPVLNFVSSAQHREADWREALARLGLHALVRFDSVAPPEDGERRLYESLALLLESARGQLERLIADQQAQRLARQQSARRLIAELLIDCAACRRSVASDAELERQAISELRNAVRQREQRCVEALLKLYAFRPQDAAASDLPLLDGRWGDDLFNPDTLKQLGVRVGGGIAAGAAAGAGVDLLVGGLTLGAAALAGAIAGGALQTARNYGDRLIGKLKGQRELSVDDNVLRLLALRQRQLLQAIDQRGHAAMESIHIATPQDKTWREGKLPEALGKARAYPQWSSLNPQPRLSQAERQEQIELLAEQL NA NA NA NA NA D1-35_03629 1368 putative membrane protein GTGACTGAACTGCAAAACCTCTGGTTGACCGAGACGATACGCCTGCGCGAAGAACATGCCGGCCCGCTCGAAGACCAGGAAGCCAATCGCCTGGCCCGCGCGGCCGGCGGCGATCTGTCCACGCGCATCCGTCATCGCGCCCACTGGCTGGCCGAGCGCGATGGCCTCGTCCAGGCCCTGCGCCACTGGCTGCAAGGCGCACGGCTGGCACTGGTCGCATTGGCCGTGCTCGCCGTGGCCAGCGGCGCCGGCCTGGGCTTTGCCGCCCTCGGCGATGGACGCGCGCCGGTCAACGTATTCTGGGCCCTCGGCAGTCTGTTGGGGCTGAACCTGATCCTGCTGGTCGGCTGGGCTCTGGGCCTGCTGTTGGCCGGTGAGCAAGGCGCCACGCTCGGCCGCCTGTGGCTGTGGCTCAGCGAAAAACTCGCCCGCGACGCCAAGGCCGCGCAACTCGCGCCGGCCCTGCTGCTGTTGCTGCAACGGCACAAGCTCAACCGCTGGGCCCTCGGTGTGCTGGTCAATGGCTTGTGGTTGCTGGCGATGCTCAGCGCGCTGGTCATCGTTTTGTTGCTGATGGCGACCCGGCGCTATGGCTTCGTATGGGAAACCACCATTCTCGGTGGCGAGACCTTCGTCGCCATGACTCAGGCCCTCGGTGCGTTGCCCGCCCTGCTGGGCTTCAGCGTGCCGAGCGTCGAGATGATCCGCGCCAGCGGCGACGCCGCGCTGGACATCGAAAGCGCCCGCCAGGCCTGGGCTGCCTGGTTGGTGGGCGTGCTGCTGGTCTACGGCGTGCTGCCGCGCCTGAGTCTTGCGCTGTTGTGCCTGTGGCGTTGGCGCCGTGGCCGCGCCAGCCTGCGCCTGGACTTGAACCTGCCCGGCTACGCTCAGCTGCGTGAGCGATTGATGCCAAGCAGCGAACGCCTGGGCGTCAATGACGCCGCGCCCGCACAATTGCATCACGTCGAAAGCGCCGTGGGCGCCATGAAAAGCGACGGCGCGCTGCTGGTGGCGATCGAGCTGGATGAACGTCCCTGGCCGCCGAAGCTGCCGGGCACCGTGAAAAGCGCGGGCATCCTCGACAGCCGCGAATCGCGCCACAAATTGCTTGAACAACTTTCGCGCTTCCCGCCCGCGCGACTGGCGATTGCCTGCGATCCCCGGCGCTCGCCAGACCGTGGCAGCCTGGCATTGATCGCCGAACTGGCTCGCAGCGCCAGCGCCACCCGCGTCTGGCTGTTGCAGGCACCGCCCGGCGAAGCACTGGATGCCGAGCGCCTGGGTGACTGGCACAGCGCGTTGCAGCAGCTGCAATTGCCGTTCGCCGACTGCGCGCCGTTGAACTGGCTGGAGACGGGCCATGACTGA MTELQNLWLTETIRLREEHAGPLEDQEANRLARAAGGDLSTRIRHRAHWLAERDGLVQALRHWLQGARLALVALAVLAVASGAGLGFAALGDGRAPVNVFWALGSLLGLNLILLVGWALGLLLAGEQGATLGRLWLWLSEKLARDAKAAQLAPALLLLLQRHKLNRWALGVLVNGLWLLAMLSALVIVLLLMATRRYGFVWETTILGGETFVAMTQALGALPALLGFSVPSVEMIRASGDAALDIESARQAWAAWLVGVLLVYGVLPRLSLALLCLWRWRRGRASLRLDLNLPGYAQLRERLMPSSERLGVNDAAPAQLHHVESAVGAMKSDGALLVAIELDERPWPPKLPGTVKSAGILDSRESRHKLLEQLSRFPPARLAIACDPRRSPDRGSLALIAELARSASATRVWLLQAPPGEALDAERLGDWHSALQQLQLPFADCAPLNWLETGHD NA NA NA NA NA D1-35_03630 513 IS1595 family transposase ISSsu9 ATGAAAAAAACTCTTCCCTTAAGCCTGATCGCAGCCCTCGGTGAAAACCGTGTGATCGGCATCGACAACAGCATGCCCTGGCACTTGCCGGGGGACTTCAAATACTTCAAGGCCACCACCCTGGGCAAGCCGATCATCATGGGGCGCAAGACCTGGGACTCCCTCGGTCGGCCGCTGCCGGGACGCTTGAACATTGTCGTCAGCCGCCAGCCGGGCCTGGTGCTGGAAGGCGCGGAAGTCTTTTCTTCGCTGGAGGCCGCAGTGGAACGGGCCGAAGCCTGGGCGTTGGAACAGGGCGTTGACGAGCTGATGCTGATCGGTGGCGCCCAGCTCTACGCGCAGGCACTGGAGCAGGCGGATCGGTTGTACCTGACCCGCGTGGCGCTGAGCCCGGAAGGGGATGCGTGGTTTCCGGAGTTTGCTTCGAGCCGGTGGAAACTTGTGTCGAACCAGCTGAACCCGGCTGAAGGGGACAAGCCGGCGTACAGTTTTGAGGTGTGGGAGAAGCTTTAG MKKTLPLSLIAALGENRVIGIDNSMPWHLPGDFKYFKATTLGKPIIMGRKTWDSLGRPLPGRLNIVVSRQPGLVLEGAEVFSSLEAAVERAEAWALEQGVDELMLIGGAQLYAQALEQADRLYLTRVALSPEGDAWFPEFASSRWKLVSNQLNPAEGDKPAYSFEVWEKL PGPT0007945_1362 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287 NA NA D1-35_03631 1392 tcyP COG1823 L-cystine uptake protein TcyP ATGAATCTACCGCTGATCTTCAATCTGTTGGTGTTCATCGCCTTGCTGTACGGCTTGGCGCAAACCCGTCACAGCACTTGGAGCCTGGCCAAAAAAGTGCTGCTGGCGCTGGTCCTGGGCGTGGTGTTCGGTATCGCGCTGCACACGATCTACGGCGCAGGCGACCCGGTGCTCAAAGCCTCGATCGGCTGGTTCGACCTGGTGGGCAACGGCTACGTGCAGTTGCTGCAGATGATCGTGATCCCGCTGGTCTTTGCTTCGATCCTCAGCGCCGTGGCCCGCCTGCACAACGCCTCGTCCTTGGGCAAGATCAGCTTCCTGACCATCGGCACGCTGCTGTTCACTACCGCCATCGCCGCCCTGATCGGTATCGGCCTGACCAACCTGTTCGGCCTCACTGCCGAAGGCCTGGTGGCCGGAACCCAGGAGCAGGCACGGCTGCAAGTGATCCAGAGCGATTACGCCGGCAAGGTCGCCAACCTGAATATCCCGCAACTGCTGCTTTCGTTCATTCCGCAGAACCCCTTCGCCGACCTGGCCAGGGCCAAGCCGACGTCGATTATCAGCGTGGTGATCTTCGCGGCGTTCCTCGGTGTGGCGGCGTTGCAATTGCTCAAGGATGACGCAGAGAAAGGCCAGAAAGTGATCAACGCCATCGACACCCTGCAAAGCTGGGTGACGCGCCTGGTGCGCCTGGTGATGAAGCTGACCCCATATGGCGTACTGGCGCTGATGACAAAAGTGGTGGCTGGCTCCAACCTGCAGGACATCATCAAGCTCGGCAGCTTCGTGGTGGTGTCGTACCTGGGGCTGGGGCTGATGTTCGTGGTCCACGGCCTGCTGGTGTCCGCTGCCGGGATCAATCCGTTGCGCTTCTTCCGCAAGATCTGGCCGGTGCTGACCTTCGCTTTCACCAGCCGCTCCAGCGCGGCGACCATCCCCCTGAGTATCGAAGCCCAGACCAGCCGCCTCGGCATTCCCCGGGCGATCGCCAGCTTCAGCGCATCGTTTGGCGCCACCATCGGCCAGAACGGTTGCGCCGGGCTGTATCCGGCGATGCTGGCGGTCATGGTCGCGCCTACGGTGGGGATCAATCCGCTGGACCCGGTGTGGATCGCGACGCTGGTAGCCATTGTGACCTTGAGTTCAGCGGGCGTGGCCGGTGTCGGCGGTGGCGCAACGTTCGCCGCGTTGATCGTGCTGCCGGCCATGGGCTTGCCGGTCTCGCTGGTGGCGCTGCTGATTTCGGTCGAGCCATTGATCGACATGGGCCGTACCGCGTTGAACGTCAGTGGCTCGATCACCGCCGGGGCGATTACCAGCCAGGTGATGCAGCAGACGGACAAGGCCTTGCTCGATGCCGAGGAGCATGGGGAGTTGGTGCACGCTTGA MNLPLIFNLLVFIALLYGLAQTRHSTWSLAKKVLLALVLGVVFGIALHTIYGAGDPVLKASIGWFDLVGNGYVQLLQMIVIPLVFASILSAVARLHNASSLGKISFLTIGTLLFTTAIAALIGIGLTNLFGLTAEGLVAGTQEQARLQVIQSDYAGKVANLNIPQLLLSFIPQNPFADLARAKPTSIISVVIFAAFLGVAALQLLKDDAEKGQKVINAIDTLQSWVTRLVRLVMKLTPYGVLALMTKVVAGSNLQDIIKLGSFVVVSYLGLGLMFVVHGLLVSAAGINPLRFFRKIWPVLTFAFTSRSSAATIPLSIEAQTSRLGIPRAIASFSASFGATIGQNGCAGLYPAMLAVMVAPTVGINPLDPVWIATLVAIVTLSSAGVAGVGGGATFAALIVLPAMGLPVSLVALLISVEPLIDMGRTALNVSGSITAGAITSQVMQQTDKALLDAEEHGELVHA NA NA NA NA NA D1-35_03632 1056 hypothetical protein ATGAAGCTCATACCTCGCTTGCTCGCTGTCGCTATAGGCCTGGGCCTCGCCGGCCAGGCGCTCGCCACTGACCTCAAGCATTGGCCCGCGGAACAGGCCAAGGCGCTGGAAGCGATGATCGCGGCCAACGCCAACAAAGGTAACTACGCGGTGTTCGACATGGACAACACCAGCTACCGCTACGATCTCGAAGAATCGTTGCTGCCGTTCATGGAGAACAAGGGGCTCATCACCCGGGAAAGCCTGGACCCGTCCTTGAAGCTGATGCCATTCAAGGACACCGCCGACCACAAGGAAAGCCTGTTCAGTTATTACTATCGACTCTGCGAAGTGGACGACATGGTCTGCTACCCGTGGGTGGCCCAGGTGTTTTCCGGCTTCACTCTCAAGGAGCTGAAGGGCTACGTCGATGAGCTGATGGCTTCCGGCAAACCGGTACCGACCACGTATTACGATGGCGACAAAGTGGTCCAGTACAACGTCAACCCACCGAAGATATTCACCGGGCAGGCCGAGCTGTACAACAAGCTGATGGAGAACGGCATCGAGGTCTATGTCATGACCGCCGCTTCCGAAGAGCTGGTGCGCATGGTTGCCTCCGACCCGAAGTATGGCTACAACCTCAAGCCGCAGAACGTCATTGGCGTAACCACGCTGCTCAAGGACCGCAAGACCGGCGAACTGACCACCGCCCGCAAGCAAATCACCAACGGTAAATATGACGAAAAGGCCAATCTTGGCCTGGAGTACACACCGTACCTGTGGACGCCGGCGACCTGGATGGCCGGCAAGCACGCGGCGATCCTGACCTACATCGACGAATGGAAAAAACCGGTGCTGGTGGCTGGTGACACGCCGAGCAGCGACGGCTACATGCTGTTCCATGACGTAGACGTGGCCAAGGGCGGCATCCACTTGTGGGTCAATCGCAAGGATAAATACATGACCCAGATAAACGGCATGATGGCCAAGCACGCGGCCGCTCAGGCCAAGGAAGGACTGCCCGTGACAGCGGACAAGAATTGGGTGATCGTCAAGCCGGAAGATATCCAGTAA MKLIPRLLAVAIGLGLAGQALATDLKHWPAEQAKALEAMIAANANKGNYAVFDMDNTSYRYDLEESLLPFMENKGLITRESLDPSLKLMPFKDTADHKESLFSYYYRLCEVDDMVCYPWVAQVFSGFTLKELKGYVDELMASGKPVPTTYYDGDKVVQYNVNPPKIFTGQAELYNKLMENGIEVYVMTAASEELVRMVASDPKYGYNLKPQNVIGVTTLLKDRKTGELTTARKQITNGKYDEKANLGLEYTPYLWTPATWMAGKHAAILTYIDEWKKPVLVAGDTPSSDGYMLFHDVDVAKGGIHLWVNRKDKYMTQINGMMAKHAAAQAKEGLPVTADKNWVIVKPEDIQ NA NA NA NA NA D1-35_03633 1842 ilvD COG0129 Dihydroxy-acid dehydratase ATGCCTGATTACCGTTCGAAAACATCCACCCATGGCCGCAACATGGCCGGCGCCCGTGCCCTGTGGCGCGCCACGGGGATGAAGGATGACGACTTCAAGAAGCCGATCATCGCCATTGCCAACTCCTTCACGCAATTCGTACCAGGCCATGTTCACCTCAAGGACCTGGGCCAACTGGTTGCACGGGAAATCGAACGCGCCGGCGGGGTTGCCAAGGAATTCAACACCATCGCCGTGGACGACGGCATCGCCATGGGTCACGACGGCATGCTGTATTCGCTGCCCAGCCGCGAGATCATCGCCGACTCGGTCGAATACATGGTCAATGCCCACTGCGCCGACGCCATCGTGTGCATTTCCAACTGCGACAAGATCACCCCCGGCATGCTCATGGCCGCCCTGCGCCTGAACATCCCGGTGATCTTCGTATCGGGTGGCCCGATGGAAGCCGGCAAGACCAAGCTCGCCAGCCATGGCCTGGACCTGGTGGACGCCATGGTGATCGCCGCCGACTCCAGCGCATCCGACGAGAAAGTCGCCGAGTACGAGCGCAGCGCCTGCCCGACCTGCGGTTCTTGCTCCGGCATGTTCACCGCCAACTCGATGAACTGCCTGACCGAGGCCCTGGGCCTGGCGTTGCCTGGCAACGGTTCGACCCTGGCCACCCACAGCGACCGCGAACAGCTGTTCCTGCAGGCCGGCCGGACCATCGTCGAGCTGTGCAAGCGCTACTACGGCGAAAACGACGAGTCGGTGTTGCCGCGCAACGTCGCCAACTTCAAGGCGTTCGAGAACGCCATGACCCTCGACATCGCCATGGGCGGCTCGACCAACACCATCCTGCACCTGCTGGCCGCGGCCCAGGAAGCCGAGATCGATTTCGACCTGCGCGACATCGACCGCCTCTCCCGCCACGTGCCGCAACTGTGCAAGGTCGCGCCGAACATCCAGAAGTACCACATGGAAGACGTGCACCGCGCCGGGGGGATCTTCAGCATCCTCGGTTCGCTGGCCCGCGGCGGCCTGCTGCACACCGACCTGCCAACCGTACACAGCAAGACCATGGCCGAGGCCATCGCCAAGTGGGACGTCACCCAGACCAGCGACGAAGCCGTGCATCACTTCTTCAAGGCCGGCCCGGCGGGCATCCCGACACAAACCGCGTTCAGCCAGTCGACCCGTTGGGAAACCCTGGACGACGACCGTGAGAACGGCTGCATCCGCAGCGTCGAGCACGCCTACTCCAAGGAAGGCGGCCTGGCCGTGCTGTACGGCAACATTGCCCTGGACGGCTGCGTGGTGAAGACCGCCGGCGTCGACGAATCGATCCATGTGTTCGAAGGCAACGCGAAGATTTTCGAAAGCCAGGACAGCGCCGTGCGCGGGATTCTCGCCGACGAGGTGAAAGCCGGCGACATCGTGATCATTCGTTACGAAGGTCCGAAGGGCGGCCCGGGTATGCAGGAAATGCTCTACCCGACTTCCTACCTGAAATCCAAGGGCCTGGGCAAAGCCTGTGCGCTGCTGACCGACGGCCGTTTCTCCGGCGGCACGTCGGGCCTGTCCATCGGCCACGCTTCGCCGGAAGCAGCGGCTGGCGGTGCCATCGGCCTGGTGCGCGATGGCGACAAGGTGCTGATCGACATTCCGAACCGTTCGATCAATCTGTTGATCAGCGATGAGGAACTGGCTGCACGCCGCGTCGAACAGGACAGCAAAGGCTGGAAGCCGGTGGAAGTGCGTCCGCGCAAAGTCACCACCGCCCTCAAGGCCTACGCCCTGCTCGCCACCAGTGCCGACAAGGGCGCGGTGCGCGACAAGGCGATGCTTGACGGGTTGTAA MPDYRSKTSTHGRNMAGARALWRATGMKDDDFKKPIIAIANSFTQFVPGHVHLKDLGQLVAREIERAGGVAKEFNTIAVDDGIAMGHDGMLYSLPSREIIADSVEYMVNAHCADAIVCISNCDKITPGMLMAALRLNIPVIFVSGGPMEAGKTKLASHGLDLVDAMVIAADSSASDEKVAEYERSACPTCGSCSGMFTANSMNCLTEALGLALPGNGSTLATHSDREQLFLQAGRTIVELCKRYYGENDESVLPRNVANFKAFENAMTLDIAMGGSTNTILHLLAAAQEAEIDFDLRDIDRLSRHVPQLCKVAPNIQKYHMEDVHRAGGIFSILGSLARGGLLHTDLPTVHSKTMAEAIAKWDVTQTSDEAVHHFFKAGPAGIPTQTAFSQSTRWETLDDDRENGCIRSVEHAYSKEGGLAVLYGNIALDGCVVKTAGVDESIHVFEGNAKIFESQDSAVRGILADEVKAGDIVIIRYEGPKGGPGMQEMLYPTSYLKSKGLGKACALLTDGRFSGGTSGLSIGHASPEAAAGGAIGLVRDGDKVLIDIPNRSINLLISDEELAARRVEQDSKGWKPVEVRPRKVTTALKAYALLATSADKGAVRDKAMLDGL PGPT0001875_1679 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 D1-35_03634 1206 ydhC_2 Inner membrane transport protein YdhC ATGGCTGACACCATAATCCTTCCACACGCCCGCAAAGCCGCTACCGTCGGTTTGCTGCTGACGCTGACCTTGCTTGGAGTGTTTCCAATAGATGTGGTACTTCCCTCATTCCCTGCACTGTCCGAGCATTTTCAAAGTCCCTCATCCGATATTGCCCTGTCCGTTAGCCTGTTCGCGGTGGGCATCGCTCTTTCGCAACTGCTGATCGGCCCGCTTTCCGATGTCATGGGGCGGAAAAACCTGCTGCTGATCGGGATCGCCATTTCAGCGGTGGGAGCAACGGGTTGCGTGCTCGTCGACAGCTACTGGTCCTTTCTGTTCTTCCGTGTCATCCAGGCCTTGGGATGCGGTTGTTTCGTCCTGTCCCAAGCGCTGATCCAGGACCTGTTCACCGGCCAGGAACAGCAGCGGCTGCGAATTTTGCTGGTCACCTGCGGCGGTATTTTCATTTCCTTTTCGCCCCTGGCGGGCACTGGGCTGCAAAGCTGGATGGGTTGGCGAGGCAGTTTCCTGGTGTTCACTGCACTGTCGATTGGGGTGTTCGCAAGCGTCTGTCGTTTACTTGAGCACTCTCGGGTCGACGGTCATCCCAGGCGTTTCAACTTCGTCGCATCCTATCGAAAGGTCTTCGGTGACTTCAGCTTCCTGGCCTATTGGTTGATTTCGGCGCTGGCTTTTTCCTGCCATTTTTCATTCATCGTCATTTCACCGCTGATCCTGATAGACCAGTTGCACTTATCACCCGAGGCTTTTTCGCTCGTACTGCTGGGCTATGGGCTGGCCTACATTGGCGGCGGCCTCATCGCGACCATGCTGAGTAACCGGATCGACCCGCAGACGCAAATCATGACGGGGCTGGGCCTGATCCTCGCCGCTGGCCTTCTGATGCTGGGGCTCGCCAACCAGCTGGGCTTGTCGGTGACCACTCTGTTGCTACCCATGATCGTATGCACCGCCGGAACGACCATCGCCCGGGCGGCAGCCAACAACCAAGCCATGACGCTGTTTCCGGGACAGGCCGGCACGTCCGCCTCGGCCGGTAGCGTACTGGTGTTCATCGTCGGCGGGCTGACCAGTGCCGTGATCAGCCTCACCCCGCTGGACTTGCAAGTCGCCCTGGCCCTGTGTCTGGTGTTGCTCAGCCTGCTCGGGCTGACGCTCAATGCCTTGGTCCGGCAACGTGACGGGGGGCTGTTGCCCGGCTGA MADTIILPHARKAATVGLLLTLTLLGVFPIDVVLPSFPALSEHFQSPSSDIALSVSLFAVGIALSQLLIGPLSDVMGRKNLLLIGIAISAVGATGCVLVDSYWSFLFFRVIQALGCGCFVLSQALIQDLFTGQEQQRLRILLVTCGGIFISFSPLAGTGLQSWMGWRGSFLVFTALSIGVFASVCRLLEHSRVDGHPRRFNFVASYRKVFGDFSFLAYWLISALAFSCHFSFIVISPLILIDQLHLSPEAFSLVLLGYGLAYIGGGLIATMLSNRIDPQTQIMTGLGLILAAGLLMLGLANQLGLSVTTLLLPMIVCTAGTTIARAAANNQAMTLFPGQAGTSASAGSVLVFIVGGLTSAVISLTPLDLQVALALCLVLLSLLGLTLNALVRQRDGGLLPG PGPT0029005_3159 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552 NA NA D1-35_03635 954 hypothetical protein ATGACTGGCTCAACCTTTACCCAAACGCCTTGCTACACCTTGGGCGACTGGAATAACAAGGCAACGGTGCGAGTGCGCAAGGACGACTACCGCCTTCCCGAGGATCTGGAGCAACAACTGTTGAGCAAAGGCTGGTTCCCACCAACTTTCATCCCCTATATTCAACACCCACTTATCCAGGCATCTGGACGTTCCGTCGCTCAACGTCTTGAGGCCAATCACTTGGTGTATTTTTTAGACTACACCACGCTGCTGGAGCACCGCATCGTCAATCGTTCTGTGGAGACTATCGCTCATGGCGAACTTGCCGTGACGATTCCGAACATGATGAAAACTGCCGCGCTGCAGCTCTATACCGACGAAGGCTATCACGCACTGTTCTCCCATGAAGTAGCGGAACAGGTCGCGGCCATATATGACATCGACGATCGCCAAACGCCGAGACGCATTGACCGGCTGTTAGGCATGATCGACACCATCAGTCCGGCGGATCGCCCACTTGCGTGGTTCCTGATGGGATTCGTCTCGGAAACAATAATCGCCAAAGAACTACTAGCCATCACATGCGATAGCCTGGTTTCCACGGTGTACCAAATGCTCAGGAATCATCTCGAGGACGAGGCACGCCACAGTCGCTACTTTGGCGAGGTGTTCCAGTTTTTTTGGACAGCCCTGGCCCCGACACAACACGATCAGGCCGCAAGGATGCTGCTGGAGATCATCGAGCTTTATTTCGAGCCAGACGTGCCCTGGCTGATGCGCAGCCTCGCCAGCGTAGGCTTCGACGAGCAGTCATCCTTTCAGATCATCGCCGACTTCCTACAACCGGACGCCCACTCCCAACGCCTTCGCTCCGGTGCGGTATCAACGTTCGCGGCCATGAAGAAGGCGCGCTTCTTTGACAACGAACACCACCGGCAGCTTTTCTCCCAAGCGGGGCTTATCGATGGCTGA MTGSTFTQTPCYTLGDWNNKATVRVRKDDYRLPEDLEQQLLSKGWFPPTFIPYIQHPLIQASGRSVAQRLEANHLVYFLDYTTLLEHRIVNRSVETIAHGELAVTIPNMMKTAALQLYTDEGYHALFSHEVAEQVAAIYDIDDRQTPRRIDRLLGMIDTISPADRPLAWFLMGFVSETIIAKELLAITCDSLVSTVYQMLRNHLEDEARHSRYFGEVFQFFWTALAPTQHDQAARMLLEIIELYFEPDVPWLMRSLASVGFDEQSSFQIIADFLQPDAHSQRLRSGAVSTFAAMKKARFFDNEHHRQLFSQAGLIDG NA NA NA NA NA D1-35_03636 1083 hypothetical protein ATGCATATAAATCCTTATCTATTTATACTTGCGCACCCGCCACGCCAGATTATCTGGAACTATGAACATCACACTCAACATGAACTTGATCTTAGTTATTCAACGCGCCTAGCTCAACTCATCAGCGACCCCACCCTATTCGACAATCTCAACCCCATTGATGTCGATTTTTTGAACGCAGAGATATTAACAACAGAACCCAGGAAGCCTATAGATTGGAAATGGGATCCACTGTCTAAGATATTCCATATCGGCACAAAAAATATTCCTTGCGAAGCTGTTCCTCAAGATGTGCATGAATGGGCAGCGATTTATCTTGAACATTGCAACGAGGTTCTCTCGTCGCCGGCACCTTCAGCCAGGACAAAACCGGACTTGGACGAGCTAATTTTCCTTGCACCCTGCTCTTGGCCGGACCTGCAGGACGTTTCGCTGACGCAGACGCTTATTGGCCGCCGCACGTCTCGCTCATTCAGCGAAGAATCCATTTCGCTTAAGCAGGTCAGCACCCTGCTTTATCTGACCCTGGGTTATCTGAGCGAACGTCATTTCGTTCAGGGCGCTGCCCAACCCGAAGCCTTAGGCGCGCGACGCAGCAGCCCTTCTGGGGGAGGCCTGAATGCCTGCGAAGGCTATCTTTACGTTCGCAACGTCGGGGGGCTACAGAGCGGTGTCTACAGTTATTACCCGGATGAGCATGCCTTGGGCCTGATCGGGCCTCTACCAACTGAACCTTTGGGCCTGTTGTTAGGCGGACAACATTTCATCAATACGCTGCCATTCGGGCTATTCCTAACCTCCCGCTTCGACAAACTCTGGTGGAAGTACGAACACTCCCGCACCTATCGAATGGCCTTCATAGAGGCAGGGCACGTGTCGCAGGTTTTTCTGATGGTCGCGACTGGTTTAGGGCTAGATACGTGGCTGACTGGAGCGCTAACCGACTGCAAAGTGGAACAACTGCTGGGTCTTAAAGAAAGCCCCGAACAACCTTTATTTTTTGTCGGTTGCGGCCAAGGCGATGGGCAAGTGCACTGCGAAGTGTTGAGGATATTGGCCAATGACCAGGACATGGTTTCATGA MHINPYLFILAHPPRQIIWNYEHHTQHELDLSYSTRLAQLISDPTLFDNLNPIDVDFLNAEILTTEPRKPIDWKWDPLSKIFHIGTKNIPCEAVPQDVHEWAAIYLEHCNEVLSSPAPSARTKPDLDELIFLAPCSWPDLQDVSLTQTLIGRRTSRSFSEESISLKQVSTLLYLTLGYLSERHFVQGAAQPEALGARRSSPSGGGLNACEGYLYVRNVGGLQSGVYSYYPDEHALGLIGPLPTEPLGLLLGGQHFINTLPFGLFLTSRFDKLWWKYEHSRTYRMAFIEAGHVSQVFLMVATGLGLDTWLTGALTDCKVEQLLGLKESPEQPLFFVGCGQGDGQVHCEVLRILANDQDMVS NA NA NA NA NA D1-35_03637 1197 rlmI_1 COG1092 Ribosomal RNA large subunit methyltransferase I ATGTCCCTGCCCAGCCTGCGCCTCAAAGCCAACGCCGACCGTCGCCTGCGCGCCGGCCACCTGTGGGTCTACAGTAACGAAATCGATGTGGCCGCCACCCCGCTGCACGGCTTCAAGGCCGGTGACCAGGCGGTCCTCGAAGCCGCCGGCGGCAAGCCGCTGGGCATCGTTGCGATGAGCCCGAACAACCTGATCTGCGCACGCCTGCTGTCCCGCGACGTGAAGCTGGCGCTGGACAAATCCCTGTTGGTGCATCGCCTCAACGTGGCGTTGTCCCTGCGCGAGCGGCTGTTCGACAAGCCGTTCTATCGCCTGGTCTACGGTGATTCCGACCTGCTGCCGGGCCTGGTGGTCGACCGTTTCGGCGACATCCTGGTGGTGCAGATCGCCTCCGCCACCATGGAAGCCCACAAAGACGACGTGATCGCCGCCCTCACCCAGGTGCTCAAGCCTAGCGGCATCCTGTTCAAAAATGATTCCGCGGCACGCGACGCCGAAGGACTGGAGCGCTACGTCGAAACCGTGTTCGGCCTCGTCCCGGAATGGGTCGCCCTGGAAGAGAACGGCGTGAAATTCGAAGCGCCGGTCATGCAAGGCCAGAAAACCGGCTGGTTCTACGACCACCGCATGAACCGTGCGCGCCTGGCACCCTACGCCAAGGGCAAGCGCGTTCTGGACCTGTTCAGCTACATCGGCGGCTGGGGCGTGCAAGCCGCGGCGTTCGGTGCCAGTGAAGTATTCTGCGTCGACGCCTCGGCCTTCGCCCTCGACGGCGTCGAGCGCAACGCCGCGCTGAACGGCGTCGCCGAGAAGCTGACCTGCATTGAAGGTGACGTATTCGAAGCCTTGAAGGAACTCAAGGCCAGCGAAGAGCGTTTCGACGTGATCGTTGCCGACCCGCCGGCCTTCATCAAGCGCAAGAAAGACCTGAAGAACGGCGAAGGCGCCTACCGCCGCCTCAACGAACAGGCCATGCGCCTGCTCAGCAAGGACGGCATCCTGGTCAGTGCGTCATGCTCGATGCACCTGCCCGAAGACGATCTGCAGAACATCCTGCTGACCAGCGCCCGTCACCTGGACCGCAACATCCAACTGCTCGAACGCGGCGGCCAGGGCCCCGATCACCCGGTCCACCCGGCGATCGCCGAGACGCGCTACATCAAGAGCATCACCTGCCGCTTGCTGCCTAATAGCTGA MSLPSLRLKANADRRLRAGHLWVYSNEIDVAATPLHGFKAGDQAVLEAAGGKPLGIVAMSPNNLICARLLSRDVKLALDKSLLVHRLNVALSLRERLFDKPFYRLVYGDSDLLPGLVVDRFGDILVVQIASATMEAHKDDVIAALTQVLKPSGILFKNDSAARDAEGLERYVETVFGLVPEWVALEENGVKFEAPVMQGQKTGWFYDHRMNRARLAPYAKGKRVLDLFSYIGGWGVQAAAFGASEVFCVDASAFALDGVERNAALNGVAEKLTCIEGDVFEALKELKASEERFDVIVADPPAFIKRKKDLKNGEGAYRRLNEQAMRLLSKDGILVSASCSMHLPEDDLQNILLTSARHLDRNIQLLERGGQGPDHPVHPAIAETRYIKSITCRLLPNS NA NA NA NA NA D1-35_03638 540 yraA COG0693 Putative cysteine protease YraA ATGCCCGCTAATCTGAACAACAAGCGTGTCGCCATTCTGGTCACCGACGGTTTTGAACAGGCCGAACTGACCGGTCCCAAAGAGGCGCTGGAACAGGCCGGGGCCAAGGTCGACATCATTTCCGCCAGCGACGGCCAGGTCAAAGGCTGGAACCATGACAAGCCGGCCGACGACTTCAAGGTGGACCTGACTTTCAAGGCGGCGAATGTCGATCAGTACGAAGCGGTGCTGCTGCCCGGCGGCGTGCAGAATTCAGACACCATCCGCATCGACCCCGACGCGCAGAACCTGGTCAAGGGCTTCGAGGCGGCTGGCAAGCCTATCGCGGTGATTTGCCATGGCGGCTGGTTGCTGGTGTCCAGCGGCCTGGTCAAAGGCAAGACCATGACCAGCTACAAGACGCTCAAGGATGACCTGGTCAATGCCGGCGCGAACTGGGTCGACCAGGAAGTCGTCCGGGATGGCACCTGGATCAGCAGCCGCCAGCCAGATGATATTCCCGCGTTCAACCGTGAACTGATCAACTCGCTGTCGGCCTGA MPANLNNKRVAILVTDGFEQAELTGPKEALEQAGAKVDIISASDGQVKGWNHDKPADDFKVDLTFKAANVDQYEAVLLPGGVQNSDTIRIDPDAQNLVKGFEAAGKPIAVICHGGWLLVSSGLVKGKTMTSYKTLKDDLVNAGANWVDQEVVRDGTWISSRQPDDIPAFNRELINSLSA PGPT0015010_2593 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 D1-35_03639 870 hypothetical protein ATGTCCAAAGAACTTTCCGCCGAACAGATCCAACAGTCCCTGCAGGGCATCAGTGTGCCGCCCCAGCCGCAAATCATGGTGGATTTGCAGATGGAGCAGTACATGCCCGACCCGGACCTGGAAACCATTGCCAAGCTGATTTCCCAGGATCCGGGCCTTTCGGGTGCCTTGCTCAAGATCGTCAATTCGCCGTACTACGGCTTGAGCAACAAGATCACTTCGATCCAGCGCGCAGTGAACCTGCTGGGCAGCCGGTCGATCATCAACCTGATCAACGCGCAGTCGATCAAAGGCGAATTGCACGACGATGCCATCGTCACCTTGAACCGCTTCTGGGACACCGCCCAGGACGTGGCCATGACCTGCCTGACGCTGGCCAAGCGCGTCGGCCTGCAGAACGGCGACGAAGCCTATGCCCTGGGTTTGTTCCATGACTGCGGCGTGCCGCTGATGCTCAAGCAGTTCCCCACCTACATGGGCGTGCTGGAGGAGGCCTATGCCAATGCCAGCGCCGAGATCCGGGTGGTGGACACCGAAAACCGCGTGTTCAACACCAACCATGCGGTGGTCGGTTACTACACCTCCAAGTCCTGGCGCCTGCCGGACCACGTCAGCCAGGCCATCGCCAATCACCACAACGCCCTGGCGATTTTCAGCGATGAATCTTCGCGCAATAACAGTCAGTTGAAAAACCTGTTGGCGATCCTGAAGATGTCCGAGAACATCTGTGCTTCCCATCGCGTGCTGGGCAACCAGGCTGAGGATCACGAGTGGAATTGCGTCGGGCCACTGGTGCTCGATTACATCGGTCTGCCGGAGTACGACTTCGAGACCCAGAAACAGGAAATCCGCGACCTGGCCTCTCGTTGA MSKELSAEQIQQSLQGISVPPQPQIMVDLQMEQYMPDPDLETIAKLISQDPGLSGALLKIVNSPYYGLSNKITSIQRAVNLLGSRSIINLINAQSIKGELHDDAIVTLNRFWDTAQDVAMTCLTLAKRVGLQNGDEAYALGLFHDCGVPLMLKQFPTYMGVLEEAYANASAEIRVVDTENRVFNTNHAVVGYYTSKSWRLPDHVSQAIANHHNALAIFSDESSRNNSQLKNLLAILKMSENICASHRVLGNQAEDHEWNCVGPLVLDYIGLPEYDFETQKQEIRDLASR NA NA NA NA NA D1-35_03640 813 mutM COG0266 Formamidopyrimidine-DNA glycosylase ATGCCAGAACTGCCGGAAGTCGAAACCACCCGCCGCGGGATCGCGCCACACCTCGAAGGGCAACGGGTCAGCCGCGTCGTCGTGCGTGACCGCCGCTTGCGCTGGCCGATTCCCGAAGACCTCGATGTGCGTCTTTCGGGGCAACGCATCGTGCAGGTGGAACGTCGGGCCAAATATTTGTTGATCAATGCCGAGGTTGGCACGCTGATCAGCCACCTGGGCATGTCCGGCAACCTGCGGCTGGTCGAGATCGGCATGCCCGCCCTCAAGCATGAACATGTCGACATCGAACTGGAGTCCGGGCTGGCCTTGCGCTACACCGATCCGCGTCGCTTCGGGGCGATGCTCTGGAGCCTTGACCCGCTCAATCACGAGTTGCTGATTCGCCTCGGGCCGGAACCGCTGACTGACCTGTTCGACGGCGAACGGCTGTTCCAGCTTTCCCGTGGGCGCTCGATGGCGGTCAAGCCGTTCATCATGGACAACGCGGTCGTGGTGGGCGTGGGCAATATCTATGCGACCGAAGCGCTGTTCGCCGCCGGGATCGACCCACGGCGCGCCGCCGGAAGCATTTCTCGGGCGCGCTATCTGAAACTGGCGATCGAGATCAAGCGCATCCTTGCCCATGCCATCGAACGCGGTGGAACCACGCTGCGGGATTTCATCGGTGGAGACGGCCAGCCCGGTTATTTCCAGCAGGAGCTGTTCGTGTACGGTCGGGGTGGGGAGTTGTGCAAGATCTGTGGCACGGGGCTGCGGGAAATCCGCCTGGGCCAGCGCGCCAGCGTCTGGTGTCCGCGCTGCCAGAGGTGA MPELPEVETTRRGIAPHLEGQRVSRVVVRDRRLRWPIPEDLDVRLSGQRIVQVERRAKYLLINAEVGTLISHLGMSGNLRLVEIGMPALKHEHVDIELESGLALRYTDPRRFGAMLWSLDPLNHELLIRLGPEPLTDLFDGERLFQLSRGRSMAVKPFIMDNAVVVGVGNIYATEALFAAGIDPRRAAGSISRARYLKLAIEIKRILAHAIERGGTTLRDFIGGDGQPGYFQQELFVYGRGGELCKICGTGLREIRLGQRASVWCPRCQR PGPT0021790_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021790-ECHS1-K07511 NA NA D1-35_03641 321 hypothetical protein ATGACTCTGCTTCGAACTTTCCTCCTGGCACTCTCGCTGAGTGTCGGCTTGCCTGCCTTGGCGAACACCGAAAGCGGTGACCCGCGCTACACCATCCAGAATCCACCCGCGTACGCCATGCTCGGCGACTTGCTCATTGCTCGTCCGTTGCTGCTCGCCGCCACCGTGATCGGTGCCGGGGCGTTTGTCGTGTCGTTGCCCTTTACGGCGCTGGGTGGCGGGGTTGGCGATGCGGGGAAGGCGTTGGTGGTCGACCCGGCGAAAGCGACGTTTGTGCGGTGCCTGGGGTGTGTTGGGGAGGGGTTTGAGCGGCAGGAGTGA MTLLRTFLLALSLSVGLPALANTESGDPRYTIQNPPAYAMLGDLLIARPLLLAATVIGAGAFVVSLPFTALGGGVGDAGKALVVDPAKATFVRCLGCVGEGFERQE NA NA NA NA NA D1-35_03642 252 fdx_2 COG1145 Ferredoxin ATGTCCCTGATCATCACCGACGACTGCATCAATTGCGACGTCTGCGAACCCGAGTGCCCGAACGCCGCCATTTCCCAGGGCGAAGAGATCTATGTCATTGACCCGAACCTGTGCACCCAGTGCGTCGGGCACTATGACGAGCCTCAATGCCAGCAGGTATGCCCGGTGGATTGCATCCCGCTGGACGAGGCTCATCCGGAGACTGAGGAACAGTTGATGGCGAAATATCGCAAAATCACTGGCAAGGAATGA MSLIITDDCINCDVCEPECPNAAISQGEEIYVIDPNLCTQCVGHYDEPQCQQVCPVDCIPLDEAHPETEEQLMAKYRKITGKE PGPT0003976_164 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BACTERIOFERRITIN-ASSOCIATED_FERREDOXIN,PGPT0003976-yfhL-NA NA NA D1-35_03643 480 coaD COG0669 Phosphopantetheine adenylyltransferase ATGAACCGAGTGTTGTACCCAGGTACCTTCGACCCCATTACCAAGGGCCATGGCGATCTGGTCGAACGCGCCTCGCGCCTGTTCGACCATGTGATCATTGCCGTCGCCGCCAGCCCGAAGAAAAACCCGCTGTTCCCGCTGGAGCAACGTGTGGAGCTGGCCCGTGAGGTCACCAAGCACCTGCCGAACGTGGAAGTGGTCGGCTTCTCGACGCTGCTGGCGCATTTCGCCAAGGAAAAGAACGCCAATGTGTTCCTGCGCGGCCTGCGTGCGGTCTCGGATTTCGAATACGAGTTCCAGCTGGCCAACATGAACCGCCAGTTGGCCCCGGACGTCGAGAGTCTCTTCCTGACGCCATCGGAGCGTTACTCCTTCATCTCGTCGACCCTGGTGCGGGAAATTGCGGCCTTGGGCGGCGATATCACCAAGTTCGTCCACCCGGCCGTGGCCGACGCGCTGACCCTGCGCTTCAAGAAGTAA MNRVLYPGTFDPITKGHGDLVERASRLFDHVIIAVAASPKKNPLFPLEQRVELAREVTKHLPNVEVVGFSTLLAHFAKEKNANVFLRGLRAVSDFEYEFQLANMNRQLAPDVESLFLTPSERYSFISSTLVREIAALGGDITKFVHPAVADALTLRFKK PGPT0008825_3471 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 D1-35_03644 1596 COG2303 putative GMC-type oxidoreductase ATGCCCGTACCCGATCCGTTCCGCGAAGGCCTGGCCCGTGGCTGGACCACCTACAACGGCGCGCAACTGACCCAGGACCTCACGCTGGAAGCCGACGTGGCGATCATCGGCAGCGGCGCCGGCGGTGGCACCACGGCGGAAATTCTCAGTGCCGCCGGCTACAAGGTATTGCTCATTGAGGAAGGCCCGCTCAAGACCAGCCAGGACTTCAAGCTGCTTGAGGATCAGGCTTACACCAGCCTGTATCAGGAAGGTCTCGGGCGAATGAGCAAGGACGGCGCCATCACCATTCTCCAGGGCCGGGCCGTGGGGGGCACCACGTTGATCAACTGGACCTCGAGCTTTCGTACGCCTGACCAGACTCTCGAACACTGGGCGACCGAGCATGCCGTCCGGGGCCACGGCCCCGCCGAGATGGCGCCCTGGTTCGAACGCATGGAGCAGCGCCTGGGGGTGGCGCCATGGCTGATTCCGCCCAATGCCAACAACGACGTCATTCGCAAGGGCTGCGAGCAATTGGGCTACAGCTGGCATGTGATCCCGCGCAACGTGCGCGGCTGCTGGAACCTGGGCTATTGCGGGATGGGCTGCCCGACCAATGCCAAGCAGTCGATGCTGGTCACCACCATACCCGCCACGCTGGACCAGGGCGGCGCCCTGCTCTATCTGGCGCGGGCCGAACGCCTGATCATCAGCAACGATGCGGTAGTGGAATTGCAATGCCAGGCCATGGACGAACGCTGCGTGGCGTCGACCGGACGGCGCATCAGGGTCAAGGCGCGGCATTACGTGCTGGCCGGTGGCGGCATCAACAGCCCCGCCCTGCTGCTGCGCTCCGACGCGCCGGATCCGCATCGATGCCTGGGCAAGCGCACCTTCCTGCACTTGGTGAACATGTCAGCCGGACTGTTCGATGAAGTCATCAACCCTTTTTATGGGGCTCCACAGTCGATTTATTCAGATCATTTCCAATGGCAGGATGGCGTCACCGGCAAAATGTCCTACAAGCTGGAAGTCCCGCCTTTGCACCCGGCCCTCGCCGCCACGCTGTTGGGCGGCTTTGGTGCGCAGAACGCAGCGCACATGGCAAAGTTGCCCCACACTCACGCCATGCTGGCGCTACTGCGCGACGGCTTTCACCCGGACAGCCCCGGCGGTACCGTGGAATTGCGCAGCGACGGCACGCCTGTGCTCGACTATCAGGTCTCCCCCTACACTTGGGACGGTTTGCGCCGGGCATTTCACAGCATGGCCGAGATCCAGTTCGCCGCAGGGGCCAGGTCGGTCATGCCGATGCACAGCGATGCCCGGCACGTGAAAACCCTGGCCGAGGCCCGGGCGCTGATCGACGGGCTGGACCTGGCCCTTTTCCGCACCCGCCTGGGCAGCGCTCATGTCATGGGGGGTTGCGCCATGGGCGAAGAGCCGAAACAGGCGGTGACCGACAGCCTCGGCCGCCACCACCAACTGCGTAATCTTTCCATCCACGACGGCTCGCTGTTCCCCACCAGCATCGGCGCCAACCCGCAACTGTCGGTGTACGGCCTGACTGCCAAACTGGCGACCCTGCTGGCCGAACGTCTGCAAAACACATGA MPVPDPFREGLARGWTTYNGAQLTQDLTLEADVAIIGSGAGGGTTAEILSAAGYKVLLIEEGPLKTSQDFKLLEDQAYTSLYQEGLGRMSKDGAITILQGRAVGGTTLINWTSSFRTPDQTLEHWATEHAVRGHGPAEMAPWFERMEQRLGVAPWLIPPNANNDVIRKGCEQLGYSWHVIPRNVRGCWNLGYCGMGCPTNAKQSMLVTTIPATLDQGGALLYLARAERLIISNDAVVELQCQAMDERCVASTGRRIRVKARHYVLAGGGINSPALLLRSDAPDPHRCLGKRTFLHLVNMSAGLFDEVINPFYGAPQSIYSDHFQWQDGVTGKMSYKLEVPPLHPALAATLLGGFGAQNAAHMAKLPHTHAMLALLRDGFHPDSPGGTVELRSDGTPVLDYQVSPYTWDGLRRAFHSMAEIQFAAGARSVMPMHSDARHVKTLAEARALIDGLDLALFRTRLGSAHVMGGCAMGEEPKQAVTDSLGRHHQLRNLSIHDGSLFPTSIGANPQLSVYGLTAKLATLLAERLQNT PGPT0013615_4094 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108 NA NA D1-35_03645 546 hypothetical protein ATGAGCCCAAACCTGACCGATACGCCCGCCCTGACACGGCGTGGTTTGCTGCAACTGAGCCTTGGCGCCAGTGTTTTCCTCGCCACCGTCGGCCTGGGCGCCAGCCTCAGCGGCTGTTCGTCCAGCCAACCGGCGGACGGCCTGAAGGCCCTGCGCGACAGCGACCTGGCATTTCTACGCGCCGTCATTCCGGTGATGCTCGACGGCGCAGTGACGGCAGGAACGATCCAGGCCGCCACCGATGCCACGCTGCAAAGCCTGGATCGCGGCCTGGCGCACTTGTCTGCGGCGATGCTCAAGCTCACGCATCAACTGTTCGACGTGCTCACGTTGGGTGTGACCCGCGGGCCGCTGACCGGAATCTGGGGCGGGTGGGAAAACGCCAGCGCCGATGACATCCAACAATTCCTGACACGCTGGGAAAACAGCTCGCTGAGCTTGTTGCGCCAAGGCCACAGCTCTTTGCTGCAAATGGTGATGATGGCCTGGTACAGCCGGCCCGAGGCCTGGGCGCACTGCGGGTATCCGGGCCCGCCAACCGTCTGA MSPNLTDTPALTRRGLLQLSLGASVFLATVGLGASLSGCSSSQPADGLKALRDSDLAFLRAVIPVMLDGAVTAGTIQAATDATLQSLDRGLAHLSAAMLKLTHQLFDVLTLGVTRGPLTGIWGGWENASADDIQQFLTRWENSSLSLLRQGHSSLLQMVMMAWYSRPEAWAHCGYPGPPTV NA NA NA NA NA D1-35_03646 1431 calB Coniferyl aldehyde dehydrogenase ATGCCAGCCGACGTTGCTTACCTGCACCAGTCTCAACAGCAGCTGGATGAAATTCGGACGATCTTCGAGGCCCAGCGCCGTGCTTTCGCCGCTCATCCCATGCCAACGGCCGAGCAGCGCCGGCAGTGGCTCAAGGCATTGCGCGAACTGTTGAGCAATGAACGGCAAGCCCTGATCGACGCGATCAGCCAGGACTTCAGTCACCGCAGCGCCGACGAAACCCTGCTGGCCGAGCTGATGCCGAGCCTGCACGGCATCCATTACGCCAGCCGCAACCTCAAGGGCTGGATGAAACCTTCCCGGCGCAAGGTCGGCATGGCCTTCCAACCGGCATCGGCCAAGGTGGTCTACCAGCCATTGGGCGTGGTCGGGGTCATCGTGCCGTGGAATTACCCCCTCTTCCTGGCCGTGGGCCCATTGGTCGGCGCCTTGTCAGCGGGCAACCGGGTCATGCTCAAGCTCAGCGAGGCGACCCCGGCCACCGGGTTGCTGCTCAAGCGACTGTTCGCCCGTATCTTTCCCCAGGACCTGGTGTCGGTGGTGCTGGGCGAGGCTGACGTTGGCATTGCATTCTCCAGGTTGCCGTTCGATCACCTGTTGTTCACCGGCGCCACCAGCATCGGCAAGCATGTGATGCGTGCCGCCGCGGAAAACCTCACCCCCGTCACCCTTGAGCTGGGTGGCAAATCACCCGCCATCGTGTCCGACGACGTACCGCTCAAGGACGCCGCCGAACGCATAGCCTTCGGCAAGACCCTGAATGCCGGGCAGACCTGCGTCGCGCCGGATTACGTGCTGGTACCGCAGAGCCGCGTCGGAGCGTTCGTCGAGGCGTATCGCGAAGCGGTCCGCAGGTTTTATCCGACGCTGGCGGACAACCCGGACTACACCGCCATCATCAACGATCGCCAACTGGCGCGGCTCAACGGCTACATCGGCGACGCCACCAGCAAAGGCGCGCTGCTGATCGAGCTGTTCGACCAGGGCCAGGGACGCCGCATGGCCCACAGCCTGTTGCTCAATGTCACGGATGACATGACGGTGATGCAGGATGAGATCTTCGGCCCACTGCTGCCCATCGTGCCGTATGAAGGCCTGGACCAGGCTTTTGCCTACATCAATCGGCGGCCTCGTCCGCTGGCGCTCTACTACTTCGGCTACAACAAGGCCGAACAGCAGCGAGTACTCAATGAAACCCATTCCGGCGGCGTCTGCCTGAACGACACGCTGCTGCATGTGGCCCAGGACGACATGCCGTTCGGCGGCATTGGCGCCTCGGGGATGGGCCACTATCACGGTCACGAGGGATTCCTGACCTTCAGCAAGGCCAAGGGCGTCCTGATCAAGCAGCGCTTCAACGCCGCCAGACTGATTTATCCGCCCTATGGCAAGCCTTTGCAGAAGCTGATCCAGAAGCTGTTCATCCGCTAA MPADVAYLHQSQQQLDEIRTIFEAQRRAFAAHPMPTAEQRRQWLKALRELLSNERQALIDAISQDFSHRSADETLLAELMPSLHGIHYASRNLKGWMKPSRRKVGMAFQPASAKVVYQPLGVVGVIVPWNYPLFLAVGPLVGALSAGNRVMLKLSEATPATGLLLKRLFARIFPQDLVSVVLGEADVGIAFSRLPFDHLLFTGATSIGKHVMRAAAENLTPVTLELGGKSPAIVSDDVPLKDAAERIAFGKTLNAGQTCVAPDYVLVPQSRVGAFVEAYREAVRRFYPTLADNPDYTAIINDRQLARLNGYIGDATSKGALLIELFDQGQGRRMAHSLLLNVTDDMTVMQDEIFGPLLPIVPYEGLDQAFAYINRRPRPLALYYFGYNKAEQQRVLNETHSGGVCLNDTLLHVAQDDMPFGGIGASGMGHYHGHEGFLTFSKAKGVLIKQRFNAARLIYPPYGKPLQKLIQKLFIR PGPT0019970_641 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_LIGNIN_DEGRADATION|LIGNINASES PLANT_LIGNIN_DEGRADATION-DEHYDROGENASE_ACTIVITY,PGPT0019970-calB-K00154 NA NA D1-35_03647 672 hypothetical protein ATGGCCCCACGAATAAAAACCAGCGAGCGCATCGTGCAGAACAGCCTGGAGTTGTTCAACCGGCAGGGTGAGCGCAGTGTCAGCACCAATCACATTGCCGCCCACATGGACATGTCCCCGGGCAATCTCTATTACCACTTCCCCAACAAGCAGGCGATCATCGCCGTGCTGTTCAGCGAATACGAAAACCTGGTGGACAGCTTCCTGCGGCCACCCCAGGGGCGGGCCGCCACGGTGGACGACAAGCGCTTCTACCTGCAGGAGCTGCTCTCGGCGATGTGGCGCTACCGGTTCCTGCACCGGGACCTGGAGCACCTGCTTGACAGCGACCCGGAACTGGCGGCTCGCTACCGACGCTTTTCCCAACGCTGCCTGATCCATGGCACGGCTATCTACGAAGGCTTCGTCGACGCCGGTATCCTGGCGATGGACCGTGTCCAGATCGAGTCCCTGACCCTCAATGCCTGGATTGTCCTCACGTCCTGGGTCCGGTTCCTCTGCACCACGCGCGAAAACTCCAACCACCTGAGCGAACAGGCGATCAAGCGCGGGGTGTATCAGGTGCTGGTGCTCGAGGCGGGGTTTGTGACCGGGCAGGCCCGCGAAGCGGTAGATGCCCTGTTCAAAGAATTTTATGTCCCGCTGGCCCAGACCCTGGAGGAAGGGCAGTAG MAPRIKTSERIVQNSLELFNRQGERSVSTNHIAAHMDMSPGNLYYHFPNKQAIIAVLFSEYENLVDSFLRPPQGRAATVDDKRFYLQELLSAMWRYRFLHRDLEHLLDSDPELAARYRRFSQRCLIHGTAIYEGFVDAGILAMDRVQIESLTLNAWIVLTSWVRFLCTTRENSNHLSEQAIKRGVYQVLVLEAGFVTGQAREAVDALFKEFYVPLAQTLEEGQ NA NA NA NA NA D1-35_03648 855 sseB COG2897 Putative thiosulfate sulfurtransferase SseB ATGCCCATCGCGCAACTCATCAGCCCTCAGGCCCTGGAACAGCGGAGATCACAGCCCGGGCTGGTGATCCTCGATTGTCGTTTTGCCCTGGAGGACCCGGACTATGGCCAGCGCAGTTACGCCGAGGGCCATATCGCCGGCGCGTCGTTCGCCGACCTTGAACGGGATCTGAGCGGACCGGTCATCAAGGGCGTCACCGGACGTCATCCGCTGCCGGAGCCCGAGGCGCTGGTTGAGCGTCTCCGGGCCTGGGGGGTCAACAATGACAGCGAGGTCGTGCTGTATGACGACGGCCCCGGCGCCTATGCCGCCCGGGCCTGGTGGCTGCTGGCCTGGTTGGGCAAACGCGATGGCGTGCATATTCTCGACGGCGGGCTCAAGGCCTGGCATGCGGCCGGCCTGCCCCTGAGCCTGGATCCGCCGCAGGCTGCTCGCGGGACTTTCAGCGGCGCGCCGGACGCGAGCTTGCTGCTCAGTGCGCAGGCGTTGCAGCAACGCCTCGGTGATGCGGACATGACCCTGCTGGATGCCAGGGCGCTGCCGCGTTTCAAGGGCGAAGTCGAACCGATCGACCCGGTGGCGGGGCATATCCCGGGCGCATCATGCGCAGCATTCACCGACAACCTGGGGACCGATGGACGCTTCTTGCCGGCCGATCAACTCAAGCTGCGTTTCGCTGAAAAACTGGGCGAGCGTCCGCCCACCGAGCTGGTGGCCTACTGTGGCTCCGGCGTGACGGCGTGCCATAACCTGTTTGCCTTGTGCCTGGCGGGCTATCCGCTGGGACGGTTGTATGCCGGCTCGTGGAGCGAGTGGATCAATGATCCCCAGCGGGGCGTGGCGAAGGGCGAATAG MPIAQLISPQALEQRRSQPGLVILDCRFALEDPDYGQRSYAEGHIAGASFADLERDLSGPVIKGVTGRHPLPEPEALVERLRAWGVNNDSEVVLYDDGPGAYAARAWWLLAWLGKRDGVHILDGGLKAWHAAGLPLSLDPPQAARGTFSGAPDASLLLSAQALQQRLGDADMTLLDARALPRFKGEVEPIDPVAGHIPGASCAAFTDNLGTDGRFLPADQLKLRFAEKLGERPPTELVAYCGSGVTACHNLFALCLAGYPLGRLYAGSWSEWINDPQRGVAKGE PGPT0002045_3095 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 D1-35_03649 1005 hypothetical protein ATGATCGTGTCCTGCGCACCTGAACGCTTCATACCCGCCCCGGGCCTTGGCAATCCGCACCTGCAGACCTTGTGGGGCCCATTGTGGCGTAAAACCGTTCACATCGATCGCGAACGTGAGCGCCTCTGGCTGGACGATGGTGATTTCCTCGACCTTGACTGGCATGGCCCGCATAGCGCCGAAGCACCGCTGGTGCTGGTGCTTCATGGGCTGACCGGTTCCTCCAACTCACCCTACGTTGCCGGCCTGCAACGCGCGCTCAATGCTCAAGGCTGGGCCAGCGTCGCCCTGAACTGGCGTGGTTGCTCGGGCGAGCCGAACCTGCTGGCTCGCAGTTATCATTCCGGCGCCAGCGAAGATCTCGCCGCGGCTATCGCCCATCTGCGGGCCCGACGCCCCTTGGCGCCGCTGTTTGCGGTGGGCTATTCGCTGGGCGGGAATGTGCTGCTCAAGCATTTGGGGGAAGCCGGCAACCACAGCCAGTTGCAGGGCGCAGTTGCGGTCTCGGTACCGTTTCGCCTGGACCAGTGCGCCGACCGCATCGGACAGGGCTTTTCCAGGTTCTATCAGGCGCACTTCATGCGGGAAATGGTCGCCTACGTGCGCAACAAGCAACGCCAGTTCCAGCATGACGGACGCGACGAAGGGCTCGCGGCCCTGGCAGCCCTGGGCTCGCTGGACAACATGCGCACCTTCTGGGATTTCGACGGCCGGGTGACAGCGCCGCTGCACGGCTTTTCCGACGCAGCGGATTACTACCGGCGCGCGTCCAGCCGCTATTTCATGGCGGGAATCAGTACACCGACGCTGGTCATCCAGGCCGCCGACGACCCATTTGTATTCCCCCACAGCCTGCCCGAACCCGGCGAGTTATCGGCCTGGACCCACCTGGAACTGCACATGCGGGGCGGGCATGTGGGATTTGTCGACGGAACCCTGCGCCGCCCGGGCTATTACCTGGAACGCCGGATTCCCTGCTGGCTGGCCAGCCTGGCACAAGGCTGA MIVSCAPERFIPAPGLGNPHLQTLWGPLWRKTVHIDRERERLWLDDGDFLDLDWHGPHSAEAPLVLVLHGLTGSSNSPYVAGLQRALNAQGWASVALNWRGCSGEPNLLARSYHSGASEDLAAAIAHLRARRPLAPLFAVGYSLGGNVLLKHLGEAGNHSQLQGAVAVSVPFRLDQCADRIGQGFSRFYQAHFMREMVAYVRNKQRQFQHDGRDEGLAALAALGSLDNMRTFWDFDGRVTAPLHGFSDAADYYRRASSRYFMAGISTPTLVIQAADDPFVFPHSLPEPGELSAWTHLELHMRGGHVGFVDGTLRRPGYYLERRIPCWLASLAQG NA NA NA NA NA D1-35_03650 612 rsmD COG0742 Ribosomal RNA small subunit methyltransferase D ATGGCCCGTCCATCCAATTCCAGCAAGAAACCCGCGCACAACGGGGTTAACCAGTTGCGCATCATCGGCGGTGAGTGGCGCAGCCGGCGCTTGAGCTTCCCCGATGCCCCGGGCCTGCGGCCGACGCCGGACCGGGTGCGCGAAACCCTGTTCAACTGGCTCGCGCCGTATGTGGCGGGTGCCCGGGTGCTCGACCCGTTCGCCGGCAGTGGCGCGCTGTTTCTCGAGGCCTTGTCCCGTGGCGCCGCCATGGGCCAGGCGCTGGACGCCAGCAGCCTGGCGGTCTCGAGCCTGAAAGAACACCTGGGCACGCTGCGTTGCACCGTCGGCCAGGTGCAGACGGCGGATGCGCTGCGCTATCTCGACAGCCAGCCCGCGACACCTTTCGACCTGGTGTTCCTCGACCCGCCGTTCAACCAGAACCTGTTGCCGGCCGTCTGCGCGTTGCTTGAGGAACGGCAATGGCTGGCCGACGATGCCTGGGTCTACACTGAAAGCGAGACCGCCCCTTCGACCCTGGGCTTGCCGGCCAATTGGCGCCTGCATCGCGAGCAGAAATCCGGGCGGGTGTATTACGCATTGTGGCAACGTACGGCAGAGGCCGTTGGCTGA MARPSNSSKKPAHNGVNQLRIIGGEWRSRRLSFPDAPGLRPTPDRVRETLFNWLAPYVAGARVLDPFAGSGALFLEALSRGAAMGQALDASSLAVSSLKEHLGTLRCTVGQVQTADALRYLDSQPATPFDLVFLDPPFNQNLLPAVCALLEERQWLADDAWVYTESETAPSTLGLPANWRLHREQKSGRVYYALWQRTAEAVG NA NA NA NA NA D1-35_03651 1491 hypothetical protein ATGAGTGAGCGCAAATCACCGCGCCTGGTGCTGATCGGCCTGGTATTGATCGCCGTGGTCGGCGCGCTGGCCTTTTACCTGTCGCCATCGACCAGCTCCAACGCCAGCCAGGCGCTGGACAAGGCCAAGTCCGGCAACAAGCTGCAATCGCTGGCTGAACTGGACGGCAAGGCGCCCAGCCATCGCCAGCTCGACGTGCAGACCTGGAAAACCGCCGACGGCGCCAAGGTGCTGTTCGTCGAAGCTCGCGAATTACCGATGTTCGACCTGCGCCTGACCTTCGCCGCCGGCAGCAGCCAGGACGGCGACGCACCGGGCCTGGCGCAGTTGACCAACGCCATGCTCAACGAAGGCGTGGCGGGCAAGGACGTCAGTGCCATTGCCGAAGGCTTTGAAAGCCTCGGCGCCGATTTTGGCAACGGCGCCTTCCGGGACATGGCCGTGGCTTCGCTGCGCAGTCTCAGCGCTGCCGACAAGCGCGAGCCGGCGCTGAAGCTGTTTGCCGAAGTTGTCGGCCAGCCGACCTTCCCCGCCGACTCCTTCGCGCGCATCAAGAACCAGATGCTCGCCGGTTTCGAGTACCAGAAGCAGAACCCCGGCAAACTGGCGGGCCTGGAACTGATGAAGCGCCTGTACGGCGACCATCCGTATGCGCACTCCAGCGACGGCACGGCACAGAGCATCCCGCCGATTACCCTGGCCCAGGCCCGGGCCTTTCATGCCAAGGCCTATGCCGCCGGCAACGCGGTGATCGCCCTGGTGGGGGACCTGTCCCGTGCCGAGGCCGAAGCCATTGCCAACCAGATATCCGCCGCACTGCCCAAGGGCCAGGCCCTGGCGAAAACGCCGCCACCGGTGGAGCCGAAAGCGAGCGTCCACCATATCGAGTTCCCGTCCAAGCAGACCAACCTGATGCTCGCGCAACTGGGCGTCGACCGCGACGATCCGGACTATGCCGCCGTGTCCATGGGCAACCAGATCCTCGGCGGCGGTGGCTTCGGCACGCGGCTGATGACCGAGGTCCGAGAAAAACGCGGCCTGACCTATGGCGTCTATTCCGGCTTCACGGCGATGCAGGCTCGCGGCCCGTTCATGATCAGTCTGCAGACCCGTGCCGAGATGAGCGAAGGCACGTTGAAGCTGGTACAGGATGTGTTCGCCGATTATCTCAAGAACGGCCCGACCCAGAAGGAGCTCGACGACGCCAAGCGCGAGCTGGCCGGCAGCTTCCCGCTGTCGACCGCGAGCAACGCCGACATCGTCGGTCAGCTCGGCGCCATGGGCTTTTATGACTTGCCGCTGAGCTACCTGGAGGACTTCATGCGCCAGTCCCAGGCGCTGACGGTCGAGCAAGTCAGGACCGCGCTGAACAAACACCTGAGCACGGACAAGATGGTCATCGTCACCGCTGGCCCGACCGTGCCGCAAAAGCCGTTGCCGGCCCCCACTGACAAACCTGCCGAGCAGCCGCTCGGGGTTCCGGAGCATTAA MSERKSPRLVLIGLVLIAVVGALAFYLSPSTSSNASQALDKAKSGNKLQSLAELDGKAPSHRQLDVQTWKTADGAKVLFVEARELPMFDLRLTFAAGSSQDGDAPGLAQLTNAMLNEGVAGKDVSAIAEGFESLGADFGNGAFRDMAVASLRSLSAADKREPALKLFAEVVGQPTFPADSFARIKNQMLAGFEYQKQNPGKLAGLELMKRLYGDHPYAHSSDGTAQSIPPITLAQARAFHAKAYAAGNAVIALVGDLSRAEAEAIANQISAALPKGQALAKTPPPVEPKASVHHIEFPSKQTNLMLAQLGVDRDDPDYAAVSMGNQILGGGGFGTRLMTEVREKRGLTYGVYSGFTAMQARGPFMISLQTRAEMSEGTLKLVQDVFADYLKNGPTQKELDDAKRELAGSFPLSTASNADIVGQLGAMGFYDLPLSYLEDFMRQSQALTVEQVRTALNKHLSTDKMVIVTAGPTVPQKPLPAPTDKPAEQPLGVPEH PGPT0001280_2752 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263 NA NA D1-35_03652 1356 COG0612 putative zinc protease ATGAATGCTCTTGCCCGCCGCGCCGCTGGCCTGCTGCTCAGCACAGTTTGTCTGCCCTTTTCCGCCCTTGCTGCCGACCCGCAACCTACCCATGAATTTACCCTCGACAACGGTTTGAAGGTCGTCGTGCGCGAGGATCACCGGGCTCCGGTGGTCGTCTCCCAGGTCTGGTACAAGGTGGGCTCCAGCTATGAAACGCCGGGCCAGACCGGCCTGTCCCACGCCCTGGAACACATGATGTTCAAGGGCAGCGAAAAAGTCGGTCCCGGCGAAGCGTCGTTGATCCTGCGCGACCTTGGCGCCGAGGAGAACGCGTTCACCAGCGATGACTTCACCGCCTATTACCAGGTACTGGCCCGGGATCGCCTGGGCGTGGCCTTCGAGCTTGAAGCCGATCGCATGGCCAGCCTGCGCTTGCCGCCGGAGGAGTTCAGCCGCGAGATCGAGGTCATCAAGGAAGAGCGCCGCATGCGCACCGATGACAAGCCCATGTCCAAGGCCTACGAGCGATTCAAGGCCATGGCGTACCCGGCCAGCGGCTACCACACGCCGACCATCGGCTGGATGGCCGACCTGGACCGGATGAAGGTCGAGGAGCTGCGCCACTGGTACGAATCCTGGTATGCACCGAACAATGCGACCCTGGTAGTGGTTGGCGACGTGACACCAGACGAGGTCAAGACCCTGGCCCAGCGCTATTTCGGCCCGATTGCCCGGCGCGCCGTGCCGGCGGCGAAAATCCCGCTGGAGCTGGCCGAACCCGGTGAGCGCAAGATCACCCTGCATGTACAGACCCAACTGCCGAGCGTCATGCTGGCGTTCAACGTGCCGAGCATCGCCACGGCCACCGACAAAGTCCCGGTCAACGCCTTGCGGCTGATTTCCGCGCTGCTGGACGGCGGTTACAGCGGCCGGATCCCGGCCCAGCTGGAGCGCGGCGAAGAATTGGTGTCCGGCGGCTCGTCGAACTACGACGCCTACACCCGTGGCGATACCCTGTTCACCCTGTCGGCGACACCCAACACGCAGAAAAACAAGACCCTCGCCGAGGCCGAAGCCGGGCTGTGGCGCTTGCTCGAACAACTGAAGACCACCGCCCCCACCGCCGAGGAACTGGAGCGCGTCCGCGCCCAGGTGATCGCCGGCCTGGTGTATGAGCGCGACTCCATCACCAGCCAGGCCACCGCCATCGGCCAGCTGGAAACGGTCGGCCTGTCCTGGAAGCTGATGGACACCGAGCTGGCCGAACTGCAAAGCGTGACCCCGCAGGATATCCAGAAGGCAGCCCAGTTGTATTTCACCCGCTCGCGCCTGAGCGTCGCGCACATCCTGCCCGAGGAGAAAGCTCATGAGTGA MNALARRAAGLLLSTVCLPFSALAADPQPTHEFTLDNGLKVVVREDHRAPVVVSQVWYKVGSSYETPGQTGLSHALEHMMFKGSEKVGPGEASLILRDLGAEENAFTSDDFTAYYQVLARDRLGVAFELEADRMASLRLPPEEFSREIEVIKEERRMRTDDKPMSKAYERFKAMAYPASGYHTPTIGWMADLDRMKVEELRHWYESWYAPNNATLVVVGDVTPDEVKTLAQRYFGPIARRAVPAAKIPLELAEPGERKITLHVQTQLPSVMLAFNVPSIATATDKVPVNALRLISALLDGGYSGRIPAQLERGEELVSGGSSNYDAYTRGDTLFTLSATPNTQKNKTLAEAEAGLWRLLEQLKTTAPTAEELERVRAQVIAGLVYERDSITSQATAIGQLETVGLSWKLMDTELAELQSVTPQDIQKAAQLYFTRSRLSVAHILPEEKAHE PGPT0001280_4172 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263 NA NA D1-35_03653 1434 ftsY COG0552 Signal recognition particle receptor FtsY ATGTTTGGTTCCAACGACGACAAGAAGACCCCAGCTGCGGCTGGCGAGAAAAAAGGCCTGTTCGGATGGCTGCGCAAGAAGCCGCAGGAAACCGTCGTCGAGCAGCCGCAACTGCCGCCAGAGCCGGCCGCCGAGACTGTGGCCGAGACCGCGGTAGAAGAGACTGCGCCGATCGTCCTGCCGATTGCCGAACCGGTGCTGCAGCCGGTCGAGCCTGAGGTTACCGCCGAGCCGGTTGCCGAGCAGCCACTGACCCCGCCCGCCGGGCAAACTCCCTGGCTGACCTTGCCTGTGGCCGAAGAACCGGTCGGGCTGGTCGACGATGAGCAGGCTGCGCATGTCACCCCACCGATTCCGGCATCGACGCAACCGGTCGAGGCGCCCATTGCCGAGACACCGGTTGTCGCTGCGCCTGCCACCCCCGAGCCCGCCCCTGAGCCCGAGGCTGTAACAGCTGAGGTTCCGGCTCTGGTCGAGCCGCCGCGCAGCGCCGAAGAAAACAAAGTCGGCTTCTTCGCCCGCCTCAAGCAGGGCCTGTCCAAGACCAGCGCCAGCATTGGCGAAGGCATGGCCAGCCTGTTCCTCGGCAAGAAGGTCATCGATGACGAATTGCTCGAAGACATCGAGACCCGCCTGCTGACCGCAGATGTCGGCGTCGAGGCCACTTCCGTCATCATCCAGAGCCTGACCCAGAAGGTCGCCCGCAAGCAGCTCACCGATGCCGACGCGTTGTACAAATCCCTGCAAGGCGAACTGACCAGCCTGCTCAAACCGGTGGAAAAGCCGCTGGTGATTGCTTCGCAGAACAAGCCGTTCGTGATCCTGGTCGTCGGCGTCAACGGCGCCGGCAAGACCACCACCATCGGCAAACTGGCGAAGAAGCTTCAGCTCGAAGGCAAAAAAGTCATGCTCGCCGCTGGCGACACCTTCCGCGCCGCCGCGGTAGAACAGTTGCAGGTGTGGGGTGAGCGCAACAAGATCCCGGTCATTGCCCAGCACACGGGTGCGGACTCCGCCTCGGTGATTTTCGACGCCGTGCAGGCCGCCAAGGCCCGTGGCATCGACGTGTTGATCGCCGACACGGCCGGTCGCCTGCACACCAAAGACAACCTGATGGAAGAATTGAAGAAGGTCCGCCGGGTCATCGGCAAGCTCGACGCCGAGGCGCCTCACGAGGTGCTGCTGGTGCTGGATGCTGGCACCGGCCAGAACGCCATCAACCAGGCCAAACAGTTCAACCAGACCGTCGAACTGACCGGGCTGGCCCTGACCAAGCTGGACGGCACCGCCAAGGGCGGGGTGATCTTCGCCCTGGCCAAGCAATTCGGCTTGCCGATTCGTTACATCGGCGTGGGCGAAGGCATCGACGACTTGCGCACCTTTGAAGCCGAGCCTTTTGTCCAGGCACTGTTTGCCGAGCGGGAGCATTCATGA MFGSNDDKKTPAAAGEKKGLFGWLRKKPQETVVEQPQLPPEPAAETVAETAVEETAPIVLPIAEPVLQPVEPEVTAEPVAEQPLTPPAGQTPWLTLPVAEEPVGLVDDEQAAHVTPPIPASTQPVEAPIAETPVVAAPATPEPAPEPEAVTAEVPALVEPPRSAEENKVGFFARLKQGLSKTSASIGEGMASLFLGKKVIDDELLEDIETRLLTADVGVEATSVIIQSLTQKVARKQLTDADALYKSLQGELTSLLKPVEKPLVIASQNKPFVILVVGVNGAGKTTTIGKLAKKLQLEGKKVMLAAGDTFRAAAVEQLQVWGERNKIPVIAQHTGADSASVIFDAVQAAKARGIDVLIADTAGRLHTKDNLMEELKKVRRVIGKLDAEAPHEVLLVLDAGTGQNAINQAKQFNQTVELTGLALTKLDGTAKGGVIFALAKQFGLPIRYIGVGEGIDDLRTFEAEPFVQALFAEREHS PGPT0025740_1162 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025740-ftsY-K03110 NA NA D1-35_03654 672 ftsE COG2884 Cell division ATP-binding protein FtsE ATGATTCGTTTCGAACAGGTCGGTAAACGCTATCCGAACGGTCACGTCGGCCTGCATGAGCTGAGCTTTCGGGTCCGTCGGGGCGAGTTTCTGTTTGTCACCGGCCATTCCGGCGCCGGTAAAAGTACCTTGCTGCGCCTGCTGCTGGCGATGGAACGGCCCACCACCGGCAAGCTGCTGCTGGCCGGCCAGGACCTGAGCACCATCAGCAATGCCCAGATTCCCTACCTGCGACGGCAGATCGGTGTGGTGTTCCAGAACCACCAATTGCTGTTCGATCGCACAGTGTTCAACAACGTGGCGCTGCCGTTGCAGATCCTCGGGCTGTCCAAGGCCGAGATCAACAAGCGCGTGGACTCGGCACTGGAGCGTGTAGCGCTGTCGGACAAGACCGACCTGTATCCGGGCGACCTGTCCACCGGCCAGCAACAGCGTGTCGGTATCGCCCGCGCGATCGTCCACCGCCCGGCCTTGCTGCTGGCGGATGAACCCACCGGTAACCTCGACCCGCGACTGGCGGCGGAAATCATGGGCGTATTCGAAGATATCAACCGTTTGGGCACCAGCGTGCTGATCGCCAGTCACGACCTGGCGCTGATCGCACGTATGCGTCATCGCATGCTCACCTTGCAGCGCGGTCGACTGATCGGCGACGGGGAGGCGGGTGTATGA MIRFEQVGKRYPNGHVGLHELSFRVRRGEFLFVTGHSGAGKSTLLRLLLAMERPTTGKLLLAGQDLSTISNAQIPYLRRQIGVVFQNHQLLFDRTVFNNVALPLQILGLSKAEINKRVDSALERVALSDKTDLYPGDLSTGQQQRVGIARAIVHRPALLLADEPTGNLDPRLAAEIMGVFEDINRLGTSVLIASHDLALIARMRHRMLTLQRGRLIGDGEAGV PGPT0020520_444 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D1-35_03655 1023 ftsX COG2177 Cell division protein FtsX ATGAGCGCAACCCGTAGTCCGAAAGTGGCCGAGCGCGTGGCTCCCAAGGCCTCCGACCCGCAGCCGCAGAAAAAGAAACGCGACGATGACGACGGCCCGGATTTCGCCACGCTGCTGCACGCCTGGATCGAAAGCCATCGCGCCAGCCTGGTCGACAGCCTGCGGCGCCTGGGCAAGCAGCCCATCGGCAGCTTCTTTACCTGCATGGTGATGGCCGTGGCCCTGAGCCTGCCCATGGGCCTGTCATTACTGCTTAATAATGTCGAGCGCCTGGGCGGCTCCTGGCAGCGCGCGGCGCAGATTTCTCTTTATCTGCAACTGGACGCGACACCAGGCGAAGGCCAGGCGTTGCGTGAGCAGATCAAGGCCATGCCGGGCGTAGCCGACGCCGAATACGTCGGGCGCGAGCAGGCGCTCGAAGAGTTCCAGCAGCAGTCCGGCCTGGGCGAGGCCCTCAAGGAACTCCCGGAAAACCCGCTGCCGGGCGTGGTGCTGGTGACTCCGAACGAGGTCGACAAGCCCACCCTTGAAGCATTAAGACAAAGACTTTCGGAACTGCCCAAGGTACAACAGGCCCAACTTGATCTAGTCTGGGTCGAGCGTCTTGCGGCGATACTCAAGCTCGGCGACCGGTTTGTCTTTGGTCTGACGGTGCTTCTGGTTTCTGCATTACTTTTGGTGATAGGCAATACCATTCGTCTTCATATTGAAAACCGCCGCACAGAGATAGAAGTGATTAAACTCGTCGGCGGTACGGACAGTTATGTTCGCAGGCCCTTCCTCTACATGGGGGCGCTGTATGGCTTCGGTGCCGGGATCCTGTCCTGGGGGGTATTGGCGTTCGGCCTGGATTGGCTGAACGATGCGGTAGTGGGATTGGCCGGTTTGTACGGCAGTGATTTTTCACTGGCCGGTGTGCCAGTCGCCGACGGCGTGTCGCTCTTGCTTGGCGCGGTGCTGTTGGGTTATATCGGTGCATGGATTGCGGTAGCACGCCACCTGCGTGAGCTTGCTCCAAAATAG MSATRSPKVAERVAPKASDPQPQKKKRDDDDGPDFATLLHAWIESHRASLVDSLRRLGKQPIGSFFTCMVMAVALSLPMGLSLLLNNVERLGGSWQRAAQISLYLQLDATPGEGQALREQIKAMPGVADAEYVGREQALEEFQQQSGLGEALKELPENPLPGVVLVTPNEVDKPTLEALRQRLSELPKVQQAQLDLVWVERLAAILKLGDRFVFGLTVLLVSALLLVIGNTIRLHIENRRTEIEVIKLVGGTDSYVRRPFLYMGALYGFGAGILSWGVLAFGLDWLNDAVVGLAGLYGSDFSLAGVPVADGVSLLLGAVLLGYIGAWIAVARHLRELAPK NA NA NA NA NA D1-35_03656 855 rpoH COG0568 RNA polymerase sigma factor RpoH ATGACCACTTCTTTGCAACCTGCTTATGCTCTAGTCCCGGGTGCGAACCTTGAGGCCTATGTGCACACGGTGAACAGCATTCCATTGCTGACGCCCGAGCAGGAGCGTGAACTGGCCGAGAGTCTCTATTATGAGCAGGATCTTGAGGCGGCTCGGCAGATGGTGCTCGCCCACCTGCGTTTTGTCGTACATATCGCCCGCAGCTATTCCGGCTACGGGCTGGCCCAGGCCGACCTGATCCAGGAAGGCAACGTCGGCCTGATGAAGGCGGTCAAGCGGTTCAACCCTGAAATGGGCGTGCGGCTGGTATCGTTCGCCGTGCACTGGATCAAGGCGGAAATCCACGAGTTCATCCTGCGCAACTGGCGCATTGTGAAAGTCGCGACCACCAAGGCCCAGCGCAAGCTGTTCTTCAACCTGCGCAGCCAGAAGAAACGTCTGGCCTGGCTGAACAACGAAGAAGTCAATCGCGTGGCTGAAAGCCTGGGCGTAGAGCCTCGGGAAGTGCGCGAGATGGAAAGCCGCCTGACCGGCCATGACATGGCCTTCGACCCGGCCGCCGAGGCCGACGACGACAGCGCTTTCCAATCGCCGGCCAACTACCTGGAAGACCACCGGTACGACCCGGCGCGTCAACTGGAAGACGCTGATTGGAGCGACAACTCCAACACCAACCTGCACGAAGCGCTGGAAGTGCTGGACGCGCGCAGCCGTGACATTCTTTATCAGCGCTGGCTGGCTGAAGAGAAGGCCACGCTGCACGACCTGGCGCAGAAGTACAACGTGTCGGCCGAGCGAATTCGCCAGCTTGAGAAAAGTGCGATGAACAAGCTCAAGGTGTCGATCGCGGCTTGA MTTSLQPAYALVPGANLEAYVHTVNSIPLLTPEQERELAESLYYEQDLEAARQMVLAHLRFVVHIARSYSGYGLAQADLIQEGNVGLMKAVKRFNPEMGVRLVSFAVHWIKAEIHEFILRNWRIVKVATTKAQRKLFFNLRSQKKRLAWLNNEEVNRVAESLGVEPREVREMESRLTGHDMAFDPAAEADDDSAFQSPANYLEDHRYDPARQLEDADWSDNSNTNLHEALEVLDARSRDILYQRWLAEEKATLHDLAQKYNVSAERIRQLEKSAMNKLKVSIAA NA NA NA NA NA D1-35_03657 723 mtgA COG0744 Biosynthetic peptidoglycan transglycosylase ATGCTGCGTACATTGTTTCGACGATTCGTTAAAGCCCTGCTCTGGTTCGCCGTCGGCAGCGTTGCGCTGGTGCTGCTGTTTCGCGTGGTACCGCCACCGTTCACCGCGCTGATGATCGAGCGCAAGGTCGAATCCTGGTTCGGCGGCGAGCCGATCGACCTGCAGCGCGACTGGCAGCCCTGGGACCAGATCTCCAATAACCTTAAAATCGCGGTGATTGCCGGCGAGGATCAGAAGTTTCCCGAGCACTGGGGCTTTGACATCGGCGCGATCCAGGCGGCGTTTGCCCATAACGGGCGCGGCGGCTCGATTCGCGGCGCCAGTACCCTCAGCCAGCAAGTCTCCAAGAACCTGTTTCTGTGGTCGGGCCGCAGCTGGCTGCGCAAAGGGCTGGAGGCGTGGTTCACCGCGCTGATCGAAGTGTTCTGGCCCAAGCAACGGATTCTCGAGGTGTACCTCAACAGTGTCGAGTGGGACGACGGCGTGTTCGGGGCTGAAGCGGCCGCGCGGCATCATTTTCGTGTAAGCGCCGGGGCCTTGTCCCGGCAACAGGCCAGCCTGCTGGCGGCGGTACTGCCCAACCCGCGGGTCTGGAGTGCTAGCCGGCCGAGCCCCTACATATTGCGACGCGCCAGCTGGATCCGGCAGCAGATGAGCCAGTTGGGCGGTGATGGTTATCTGCTGGAGCTTGACCGCGCGCGCCGCGCGCCGTGGGCTCGGTAG MLRTLFRRFVKALLWFAVGSVALVLLFRVVPPPFTALMIERKVESWFGGEPIDLQRDWQPWDQISNNLKIAVIAGEDQKFPEHWGFDIGAIQAAFAHNGRGGSIRGASTLSQQVSKNLFLWSGRSWLRKGLEAWFTALIEVFWPKQRILEVYLNSVEWDDGVFGAEAAARHHFRVSAGALSRQQASLLAAVLPNPRVWSASRPSPYILRRASWIRQQMSQLGGDGYLLELDRARRAPWAR PGPT0024110_953 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024110-mtgA-K03814 NA NA D1-35_03658 372 hypothetical protein ATGTTGCGTAGCTTTCTGATGCTGGCGGCTTTTTTCGGTTTCACCGGCGTAGCGCTGGGAGCATTCGCCGCCCATGGTCTGAAAAGCCGTCTGAGCGCCGATTACCTGGCGATTTTCCACACTGGCGTCACCTACCAACTGGTGCACACCCTGGCGCTGTTCGGCGTCGCATTGCTGGCCACGCACATTCCCGGGCGTATCGTCACCTGGGCCGGTATTTCCTTTGTCATCGGTATCCTGTTGTTCTCTGGCAGCCTGTATCTGTTGACGCTTACGGGCATCAGCAAGCTGGGCATCATCACGCCGTTCGGTGGTGTGGCGTTTCTGCTGGGTTGGCTTTTCCTCGGTCTTGCCGCCTGGCGTCTGGCCTGA MLRSFLMLAAFFGFTGVALGAFAAHGLKSRLSADYLAIFHTGVTYQLVHTLALFGVALLATHIPGRIVTWAGISFVIGILLFSGSLYLLTLTGISKLGIITPFGGVAFLLGWLFLGLAAWRLA NA NA NA NA NA D1-35_03659 1983 hypothetical protein GTGCCCAGCGTCCATACAATGCCAAACATCCCCGCTATCGATGGCCTGCGCGCCGTCGCTGTCCTGAGCGTGATCATTTTCCATGCCGATTTCCTGAAACTGCCCGGAGGTTTCACCGGGGTCGACATGTTCTTCGTCATCTCGGGCTACGTCATCAGCCAATCGTTATACACCCGCTCCGACATGAGCTTTTCGGCTTACCTGGCGGACTTCTACCGGCGACGCTTCCTGCGCATCGTCCCGGCCCTGCTGGTGGTTCTGGTGGCGTGCGCCCTGGTCTCGGCGATGTTCGTACCCCAGGCCTGGCTCAGTGCGCAGAATGATCAAACCGGACTGGCGGCCTACTTCGGCCTGAGCAACTTCACGCTGGCGTGGAACACCGACACCTACTTCTCGCCGGCCGCCCAGCTCAATCCCTATACCCACACCTGGACGCTGGCCGTCGAAGAGCAGTTCTACCTGGTTTTTCCCCTGGTCTACTTCGTCTGGCTGCGTTTTCGCCAACGACACAGTCTCGCCTGGGCCTTGCTGCCCTTGCTCGCGCTGGCCTCGCTGGCATTCAGCGTGGTGCAGACAGAGCAAAGCCCTCTCGAAGCGTTTTACCTGTTACCCAGCCGATTCTGGGAACTGGCATCCGGGGCGGTCCTCTTTCAACTGGTGGCCACAGGACGCTTGCAACTGACCTCTGCGGCGACGCCTGCCGTGCTGTTCGCTGGGCTCGCCCTGGTGTCAGGCGGGTTGATTTTCGCCGACGCGAAACACTTTCCGTTTCCCTGGGCCGTGCTGACCGTCGCTGGCACCCTGCTGGCCCTGGCGGCCGTAGTACAGAAAACCAATACCCCCTCGCTGCTGCGTCTTTTGCAATCGAAACCCGCGACCTATGTCGGTCGGTTGTCCTACTCGCTTTACCTTTGGCATTGGCCGGTGCTGGTGTTCCTGCGCTGGACCATTGGCCTTGAGCAACTCGCCATACAGCTGGCCTATCCAGTAATCGTCGCGGCACTCGCTGCCGCCTCCTATCACTGGGTCGAGACACCGCTGCGCACCGGCCGGTCGCTTTTTCAACGCCGCGCCTGGATCACCATTGCCTCATGCCTGGCGGCGCTCGGCCTGTCCTGGTCAGGTGCTCGCTGGATGAGTGAAAATCCTGAGGTACTGTCGCTGAGCCAGACCAGCGACACCTATACCTGGTTTTCCAGGAAATTACCGCAAGGACCGGCCAGCGAGCCGATCAGCGACCCATCGCTGCAAGGCCGCCAACTGTTCGTGTTCGGCGATTCGCACGCGGCGGCATACCGCACCCTGCTGAGCCTCGTCTCGCGACAGCTGGGTATCAGCGTTGTGGAATACGAGCGCGGCGGCTGCGCGGTGGTCAGCCTCATGGCACCCGACCCACAAGGCGCCTGCACCCGAGCCAGGAATGAAGCCCTGCGTGACATCGAAGCGCGGGCAAAACCCGGCGATATCGTTTTCCTCGCCTCCCTGCGGATGCCGGAACTGGCAGGGCGCGACTGGGTACGTGGCGATGAAAGCGTGCTAAGCGAGGCCCTCGCCGAACTGTCCCCAGAGCAGGTCGACGGAGCCCGCCGCAGCGCAGAAGCAACGCTGAAGCGGCTGATGAATGCCGAGGTGCGGGTACTGATCGATGCCCCCATGCCGCTGTTCAAGTCGCCAGCCTACCGCTGCTCGGACTGGTTCAACCGGATGAATCCGATCTGCGCGCCTGGTTTCACCGTCGAGCGGGATCAGATCGAGCAGCTGCGAGCGCCACAAATGGCTTTGCTGAAGCATTTAACCCTTGAGTATCCGCTGCTTCGCGTCTGGGATCCGCTGCCGCTGCTGTGCCCAGGCTCCACTTGCTCGGCTTACGACGACGGTCAACCACTTTTCCGCGACGGCGATCACCTTAGCGGATACGGTAACCGCCTCCTCGCGCCATCGTTCATCCAGGTCCTGCTCAATGGCTGGAGGCGCGCGACGTGA MPSVHTMPNIPAIDGLRAVAVLSVIIFHADFLKLPGGFTGVDMFFVISGYVISQSLYTRSDMSFSAYLADFYRRRFLRIVPALLVVLVACALVSAMFVPQAWLSAQNDQTGLAAYFGLSNFTLAWNTDTYFSPAAQLNPYTHTWTLAVEEQFYLVFPLVYFVWLRFRQRHSLAWALLPLLALASLAFSVVQTEQSPLEAFYLLPSRFWELASGAVLFQLVATGRLQLTSAATPAVLFAGLALVSGGLIFADAKHFPFPWAVLTVAGTLLALAAVVQKTNTPSLLRLLQSKPATYVGRLSYSLYLWHWPVLVFLRWTIGLEQLAIQLAYPVIVAALAAASYHWVETPLRTGRSLFQRRAWITIASCLAALGLSWSGARWMSENPEVLSLSQTSDTYTWFSRKLPQGPASEPISDPSLQGRQLFVFGDSHAAAYRTLLSLVSRQLGISVVEYERGGCAVVSLMAPDPQGACTRARNEALRDIEARAKPGDIVFLASLRMPELAGRDWVRGDESVLSEALAELSPEQVDGARRSAEATLKRLMNAEVRVLIDAPMPLFKSPAYRCSDWFNRMNPICAPGFTVERDQIEQLRAPQMALLKHLTLEYPLLRVWDPLPLLCPGSTCSAYDDGQPLFRDGDHLSGYGNRLLAPSFIQVLLNGWRRAT NA NA NA NA NA D1-35_03660 201 hypothetical protein ATGCGCATTCAGTTGAACGGCGAACCCCTTGAACTGCCCGACGGCGAAACCGTCGCGGCCCTGCTGACCCGTCTGGAACTCACCGGACGCCGCGTCGCGGTGGAGCTCAACCTGGATATCGTCCCGCGCAGCCAGCACGCCGACACCATGTTGAACGACGGCGACAGTGTCGAAGTGGTCCACGCCATCGGCGGCGGTTAG MRIQLNGEPLELPDGETVAALLTRLELTGRRVAVELNLDIVPRSQHADTMLNDGDSVEVVHAIGGG PGPT0008970_498 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 D1-35_03661 795 thiG COG2022 Thiazole synthase ATGAGCATCGTTCGTAGCGACAAGCCCTTCGTCCTGGCCGGTCGTACTTACCAGTCGCGTCTGCTGGTAGGCACCGGCAAGTACCGCGACATGGAAGAGACCCGCCAGGCCATTGAAGCTTCGGGTGCCGAGATTGTGACCGTCGCCGTGCGTCGGACCAACATTGGCCAGAATCCGGGCGAACCGAACCTGCTGGATATCCTGCCGCCGGATCGCTACACCATCCTGCCGAACACCGCCGGTTGCTTCGACGCCATCGAGGCTGTGCGCACCTGCCGCCTGGCCCGTGAGCTGCTCGACGGTCACAACCTGGTGAAGCTGGAAGTGCTGGCGGACCAGAAAACCCTGTTCCCCAACGTGATCGAAACCCTCAAGGCCGCAGAAACCCTGGTCAAGGAAGGTTTCGACGTGATGGTCTACACCAGCGATGACCCGATCATAGCTCGTCAGCTGGCGGAAATCGGCTGCATCGCGGTCATGCCGCTGGCCGGGCTGATCGGCACGGGCCTGGGGATCTGCAACCCGTACAACCTGCAGATCATCCTTGAAGAAGCGAAGATCCCGGTGCTGGTGGATGCCGGTGTCGGCACCGCCTCCGATGCCACCATCGCCATGGAACTGGGTTGTGAAGCGGTGCTGATGAACTCCGCCATCGCCCACGCCCAGCAGCCGGTCCTGATGGCCGAAGCCATGAAACACGCCATCGTTGCCGGTCGCCTGGCCTACCTGGCCGGGCGCATGCCGAAAAAACTCTATGCCAGCGCATCCTCGCCGCTGGATGGTCTGATCAAGTAA MSIVRSDKPFVLAGRTYQSRLLVGTGKYRDMEETRQAIEASGAEIVTVAVRRTNIGQNPGEPNLLDILPPDRYTILPNTAGCFDAIEAVRTCRLARELLDGHNLVKLEVLADQKTLFPNVIETLKAAETLVKEGFDVMVYTSDDPIIARQLAEIGCIAVMPLAGLIGTGLGICNPYNLQIILEEAKIPVLVDAGVGTASDATIAMELGCEAVLMNSAIAHAQQPVLMAEAMKHAIVAGRLAYLAGRMPKKLYASASSPLDGLIK PGPT0008965_1029 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008965-thiG-K03149 NA NA D1-35_03662 726 trmB COG0220 tRNA (guanine-N(7)-)-methyltransferase ATGACTGAATCGAACGACACGCCGGTCCTCCCGGAAGAAGGCGAAGAGCGCCAGCACCGCCGCATCAAGAGTTTCGTGATGCGCGCCGGGCGCATGACTGAAGGCCAGCAACGCGGCCTGGAGCAGGGTGCGCCGTTGTATGTTCTGCCGCTGGCCGACGCGCCGGTGGACTTCGACCAGGTGTTCGGCCGCTCGGCGCCACGCTCGCTGGAAATCGGCTTCGGCATGGGCCATTCGCTGCTGGAAATGGCCGCGGCCGCGCCGGACCAGGATTTCATCGGCGTGGAAGTGCACCGTCCGGGTGTCGGTGCGTTGCTCAACGGCGTACTGACTCAAGGTCTGACCAACCTGCGGGTCTACGATTGCGACGCCATCGAAGTGCTCAACCGCTGCGTGGCCGACAACAGTCTCGACCGGCTGATGCTGTTTTTCCCGGACCCGTGGCACAAGAGTCGCCACCACAAGCGCCGGATCGTCCAGGCATCGTTCGCTGAACTGGTGCGCAGCAAGTTGAAGGTCGGCGGTGTGCTGCACATGGCCACCGACTGGGAGCCGTACGCCGAATACATGCTGGAAGTGATGAGCGTCGCGCCGGGCTACCGCAACCTGGCCGAAGATGGCCGCTACGTCCCGCGTCCGGCGGAACGGCCGATTACCAAGTTCGAACGCCGTGGCGAACGGCTCGGGCATGGGGTCTGGGATTTGAAGTTCGAGAAGTTGGCGTAA MTESNDTPVLPEEGEERQHRRIKSFVMRAGRMTEGQQRGLEQGAPLYVLPLADAPVDFDQVFGRSAPRSLEIGFGMGHSLLEMAAAAPDQDFIGVEVHRPGVGALLNGVLTQGLTNLRVYDCDAIEVLNRCVADNSLDRLMLFFPDPWHKSRHHKRRIVQASFAELVRSKLKVGGVLHMATDWEPYAEYMLEVMSVAPGYRNLAEDGRYVPRPAERPITKFERRGERLGHGVWDLKFEKLA NA NA NA NA NA D1-35_03663 324 hypothetical protein ATGGATCTGGTACTCGACCTGCTCGCCACCGTGTCCCGCTGGAGCCGCAGCAACCTGTCGGAAATCTCCCTGGCACTGGTAGGCTGCCTGCTGGTGTTGTTTGGCGCTGACATCAAGGGCTGGGTCGAACAACGCCTGGGCAGCATCGCCGGCGCCTTGCGCGTCCCGCTGATCGCCCTGCTGTGCATGATCGGCAGCGGCGCCGCGCTGATCTACGCCACGCCGTGGATCGTCCGGGGCTTGAGCCAGTTCAACAACTACAGCCTCGCGCCGGTGTTGCTGGTGGTTTTGGTGCTGATCGGCGTCGTGGCGGATCGGCGCTGA MDLVLDLLATVSRWSRSNLSEISLALVGCLLVLFGADIKGWVEQRLGSIAGALRVPLIALLCMIGSGAALIYATPWIVRGLSQFNNYSLAPVLLVVLVLIGVVADRR NA NA NA NA NA D1-35_03664 1200 hemW COG0635 Heme chaperone HemW ATGATCGACGACGCTCCCGCACCGCTGATTCATGGCGGTGTACAAACACCCCGGGCGCCGCTACCGGAGCTGCCGCCCCTGGCGCTGTATATCCACATCCCGTGGTGCGTGCGCAAATGCCCGTATTGCGATTTCAACTCCCACACCGCCAGCCCGCAGTTGCCGGAAGAGGAGTATGTCGACGCTCTGCTGGCCGACCTCGACCAGGATCTGCACGCGGTTCATGGTCGGCCGTTGAGCTCGATCTTTTTTGGTGGCGGTACCCCGAGCTTGTTCAGCGCCCGGGCCCTGGGCCGATTGCTCAAGGGTGTCGAGGCGCGGATAGCGTTCGCCCACGACATTGAAATCACCCTGGAAGCCAACCCCGGCACGTTCGAGCAGGAAAAATTCATCGCCTACCGAGCGTTGGGCATCAATCGCCTGTCCATCGGTATCCAGAGCTTCCAACAGGCCAAGCTTGAGGCCCTGGGGCGGATCCATAACGGTGACGAGGCGGTGCGCGCCGCCGGTATGGCTCGCCAGGCCGGCTTCGACAACTTCAACCTGGACCTGATGCATGGGCTGCCCGACCAGTCTCTCGACGACGCTTTGAGCGACCTGCGCCAGGCCATCGCCTTGAAGCCAACCCACCTGTCCTGGTACCAACTGACGCTGGAGCCGAACACGGTGTTCTGGAACCAGCCGCCGACCTTGCCGGAAGACGATACGCTGTGGGACATCCAGGAAGCCGGGCAAGCGCTGCTCGCCGAGCATGGCTACGCCCAGTACGAAGTCTCGGCCTATGCCCTGCCCGGCCGGGCGGCGCGACATAATCTCAATTATTGGAGCTTCGGCGACTTCATCGGTATCGGTGCCGGTGCCCACGGCAAGCTCAGCCATCCGGACGGACGCATAGTACGCACCTGGAAGACCCGCTTGCCGAAGGATTACCTCAACCCGGCCAAGCGCTTCCTGGCCGGGGAAAAGAGCCTCGCCAACGAAGAGCTGCCTTTCGAGTTCCTGATGAACGCGCTGCGCCTCACCGAAGGCGTACCGTCGCGGCTGTATCCGCAGCGCACCGGGCTGACCCTGGAAAGCCTGGCCGAAGGCCGGCGCGAAGCCGAACAAAGCGGGTTGTTGCAGGTCGAACCGTCACGTCTGGCGGCGACCGAGCGCGGACAGCTGTTTCTCAACGACCTGCTGCAAAAATTTCTGAGCTGA MIDDAPAPLIHGGVQTPRAPLPELPPLALYIHIPWCVRKCPYCDFNSHTASPQLPEEEYVDALLADLDQDLHAVHGRPLSSIFFGGGTPSLFSARALGRLLKGVEARIAFAHDIEITLEANPGTFEQEKFIAYRALGINRLSIGIQSFQQAKLEALGRIHNGDEAVRAAGMARQAGFDNFNLDLMHGLPDQSLDDALSDLRQAIALKPTHLSWYQLTLEPNTVFWNQPPTLPEDDTLWDIQEAGQALLAEHGYAQYEVSAYALPGRAARHNLNYWSFGDFIGIGAGAHGKLSHPDGRIVRTWKTRLPKDYLNPAKRFLAGEKSLANEELPFEFLMNALRLTEGVPSRLYPQRTGLTLESLAEGRREAEQSGLLQVEPSRLAATERGQLFLNDLLQKFLS PGPT0003200_2983 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 D1-35_03665 597 rdgB COG0127 dITP/XTP pyrophosphatase ATGATGAACCTCACCCAACTCGTGCTGGCCAGCCACAACGCCGGCAAACTCAAGGAACTCCAGGCCATGCTCGGCGGATCGGTGCAACTGCGCTCGATCGGGGAATTCAGCCAGGTCGAGCCGGAAGAAACCGGCCTGTCATTCGTCGAGAATGCCATCCTCAAGGCCCGCAATGCCGCGCGTATTTCCGGGCTGCCGGCGCTGGCCGATGACTCCGGTCTGGCGGTTGATTTCCTCGGCGGCGCACCGGGCATCTACTCGGCCCGTTACGCCGATGGCAAAGGTGATGCGGCAAACAACGCCAAGCTGCTTGAAGCCCTCAAGGATGTGCCCGAGGCCGAACGCGGCGCACAGTTCGTTTGTGTGCTGGCCCTGGTGCGCCACGCCGACGACCCGTTGCCGATCCTCTGCGAAGGCTTGTGGCACGGGCGCATCCTTACCGAGGCCAGCGGCGAGCACGGCTTTGGCTATGACCCATTGTTCTGGGTACCCGAACGCAACTGTTCCAGCGCCGAGCTGGGGCCGGTGGAGAAAAATCAACTGAGCCACCGCGCCCGCGCCATGGCCCTGCTGCGTCAACGCCTGGGCCTGCAATGA MMNLTQLVLASHNAGKLKELQAMLGGSVQLRSIGEFSQVEPEETGLSFVENAILKARNAARISGLPALADDSGLAVDFLGGAPGIYSARYADGKGDAANNAKLLEALKDVPEAERGAQFVCVLALVRHADDPLPILCEGLWHGRILTEASGEHGFGYDPLFWVPERNCSSAELGPVEKNQLSHRARAMALLRQRLGLQ PGPT0021590_4205 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D1-35_03666 435 hypothetical protein ATGAAACGTCTAGCGTTGTTCTTAATCACCACCTGCCTGAGCGTGGGCGCCATGGCTGCCGACGTCATCAAGGCCGAGCGCAAGGAAGTGTTCGGTGACGTGACCGTGCACTACAACACGTTCAATTCCACCTTCCTGACACCCGACATCGCCAAGGCCGCCGAGCTGATCCGCAGCAAGAACCAGGGCGTGATCAATGTCTCGGTGCTCAAGGGTGGCAAGCCACTGATCGCCCAGGTCAGCGGCACGGTGAAGGACCTGACCAGCAAGACAGTCACCCTCACCTTCCGCCAGGTTACCGAACCAGGCGCGATCTATTACATTGCCCAGTATCCAGTGGACCAGCAGGAAACCCGGACTTTCGAGATCAAGGTGCAGACCGGCGACAAGATCAACACCATCAACTTCAACCAGGAACTGTTCCCGGGCCAATGA MKRLALFLITTCLSVGAMAADVIKAERKEVFGDVTVHYNTFNSTFLTPDIAKAAELIRSKNQGVINVSVLKGGKPLIAQVSGTVKDLTSKTVTLTFRQVTEPGAIYYIAQYPVDQQETRTFEIKVQTGDKINTINFNQELFPGQ NA NA NA NA NA D1-35_03667 621 metXA COG0500 Bifunctional methionine biosynthesis protein MetXA/MetW ATGAGAGCCGATCTGGACATCATCCAGGAATGGATCCCCGCCGGCAGCCGCGTGCTCGACCTGGGCTGCGGCAACGGCGAACTGCTGACCTGGCTGCGCGACAACAAACAAGTCACCGGCTACGGGCTGGAAAACGACCCGGACAACATCGCCGAGTGCGTGGCCAAGGGCATCAATGTCATCGAGCAGGACCTGGACAAGGGCCTGGGCAACTTCGCCAGCAACAGCTTCGACATCGTGGTCATGACCCAGGCCCTGCAAGCCGTGCATTACCCGGACAAGATTCTCGACGAAATGCTCCGTGTCGGCCGCCAGTGCATCATCACCTTCCCCAATTTCGGCCATTGGCGCTGCCGCTGGTACCTGGCGAGCAAGGGGCGGATGCCGGTCTCGGAATTCCTGCCGTACACCTGGTACAACACGCCGAACATCCATTTCTGCACCTTCGAGGATTTCGAAGAACTGTGCCGCGAACGCAAGGCCAAGGTCATCGATCGCCTGGCGGTGGACCAGCAGCACCGCCACGGGTGGGCCAGCAAGCTATGGCCTAATCTCTTAGGTGAAATAGGCATCTATCGGGTCAGCAGCCCGGGCCTCGCCGACCACAAGGTCGCGGTATAA MRADLDIIQEWIPAGSRVLDLGCGNGELLTWLRDNKQVTGYGLENDPDNIAECVAKGINVIEQDLDKGLGNFASNSFDIVVMTQALQAVHYPDKILDEMLRVGRQCIITFPNFGHWRCRWYLASKGRMPVSEFLPYTWYNTPNIHFCTFEDFEELCRERKAKVIDRLAVDQQHRHGWASKLWPNLLGEIGIYRVSSPGLADHKVAV NA NA NA NA NA D1-35_03668 1140 metXS COG2021 Homoserine O-succinyltransferase ATGCCAGCTGCCTTTCCCCCCGATTCCGTTGGTCTGGTGACGCCGCAAATGGCGCATTTCAGCGAGCCCCTGGCCCTGGCCTGCGGTCGTTCGTTGCCAGCCTATGACCTGATCTACGAAACCTATGGCACCCTCAATGCCACGGCGAGCAATGCCGTGCTGATCTGCCACGCCCTGTCGGGGCACCACCACGCCGCCGGCTACCACAGCGTCGACGATCGCAAGCCTGGCTGGTGGGACAGTTGCATCGGCCCCGGCAAGCCCATCGACACGAACAAGTTCTTCGTGGTCAGCCTGAACAACCTCGGTGGTTGCAACGGCTCCACCGGTCCCAGCAGCATCAACCCGGACACCGGTAAGCCGTTCGGCGCCGATTTCCCGGTGCTGACCGTGGAAGACTGGGTCCACAGCCAGGCACGCCTGGCCGACCGCCTCGGTATCGCACAATGGGCGGCGGTGATCGGCGGCAGCCTCGGCGGCATGCAGGCGCTGCAATGGACCATCACCTACCCGGACCGCGTGCGCCACTGCCTGGCGATCGCCTCGGCGCCCAAGCTGTCGGCCCAGAACATCGCGTTCAACGAAGTGGCGCGCCAGGCGATCCTCACCGACCCCGAATTCCACGGCGGTTCGTTCCAGGAGCACGGCGTGATTCCCAAGCGCGGGCTGATGCTGGCGCGGATGGTCGGTCACATCACCTACCTGTCCGACGATTCCATGGGCGAAAAATTCGGCCGTGGGCTCAAGAGCGAGAAGCTCAACTACGATTTCCACAGCGTCGAGTTCCAGGTGGAAAGCTACCTGCGCTACCAGGGCGAGGAGTTTTCCGGGCGCTTCGACGCCAACACCTACCTGCTGATGACCAAGGCTTTAGACTACTTCGATCCGGCGGCGAACTTCGACGATAACCTGGCGAAAACCTTCGCCAACGCCACCGCCAGGTTCTGCGTGATGTCGTTCACCACCGACTGGCGTTTCTCCCCGGCCCGCTCCCGGGAACTGGTGGACGCGCTGATGGCCGCGCGCAAGGACGTCTGCTACCTGGAAATCGACGCGCCCCAGGGCCACGACGCCTTTCTGATTCCGATCCCGCGCTACCTGCAGGCGTTCGGCAACTACATGAACCGTATTACGCTGTGA MPAAFPPDSVGLVTPQMAHFSEPLALACGRSLPAYDLIYETYGTLNATASNAVLICHALSGHHHAAGYHSVDDRKPGWWDSCIGPGKPIDTNKFFVVSLNNLGGCNGSTGPSSINPDTGKPFGADFPVLTVEDWVHSQARLADRLGIAQWAAVIGGSLGGMQALQWTITYPDRVRHCLAIASAPKLSAQNIAFNEVARQAILTDPEFHGGSFQEHGVIPKRGLMLARMVGHITYLSDDSMGEKFGRGLKSEKLNYDFHSVEFQVESYLRYQGEEFSGRFDANTYLLMTKALDYFDPAANFDDNLAKTFANATARFCVMSFTTDWRFSPARSRELVDALMAARKDVCYLEIDAPQGHDAFLIPIPRYLQAFGNYMNRITL NA NA NA NA NA D1-35_03669 591 hypothetical protein ATGATTGGATTGAACACTGCAGCGGTCTACGTCCTGCAAACCCTCGGCAGCCTGTACCTGCTGATCGTGCTGATGCGCTTCGTGCTGCAACTGGTGCGCGCCAACTTCTACAACCCGCTGTGCCAGTTCGTCGTCAAGGCGACCCAACCGCTGCTCAAGCCCCTGCGCCGGATCATCCCGAGCCTGTTCGGCCTGGACATGTCGTCGCTGGTGCTGGCGATCCTCGTGCAACTGGCGCTGATGGCCCTGACTCTGCTGCTGACCTACGGCACCACCGGCAACCCGCTGCAATTGCTGATCTGGTCGCTCATTGGCGTCGCCGCGCTGTTTTTGAACATCTTCTTCTTTGCCATGATCATCAGTGTGATCCTGTCCTGGGTCGCGCCGGGCAGCCACAACCCGGGCGCCGAGCTGGTGAACCAGATCTGCGAGCCGGCCCTGGCGCCGTTCCGCCGCATCGTGCCGAACCTCGGCGGCCTGGATATCTCGCCGATCCTGGCGTTCATGGTGATCAAGCTGATCGACATGCTGGTGATCAACAACCTGGCGGCGATGACCATGATGCCGGAGATCTTGCGGGTGTTAATCTGA MIGLNTAAVYVLQTLGSLYLLIVLMRFVLQLVRANFYNPLCQFVVKATQPLLKPLRRIIPSLFGLDMSSLVLAILVQLALMALTLLLTYGTTGNPLQLLIWSLIGVAALFLNIFFFAMIISVILSWVAPGSHNPGAELVNQICEPALAPFRRIVPNLGGLDISPILAFMVIKLIDMLVINNLAAMTMMPEILRVLI PGPT0013730_248 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 D1-35_03670 819 proC_2 COG0345 Pyrroline-5-carboxylate reductase ATGAGTAACACGCGTATTGCCTTCATCGGCGCCGGCAACATGGCCGCCAGCCTGATCGGCGGCCTGCGGGCCAAGGGCCTGGACGCATCCATGATCCGCGCCAGCGATCCGGGTGAAGAGACCCGCAAGCGGGTGAGCGCCGAGCACGGCGTCGAAACCTTCGCCGACAACGCCCAGGCCATCGAGGGTGTGGACGTCATCGTGCTGGCCGTCAAGCCGCAAGCAATGAAGTCCGTGTGCGAGGCACTTCGGCCGCACCTCAAGCCTCATCAATTGGTGGTGTCGATCGCCGCCGGCATTACCTGCGCCAGCATGAATAACTGGCTCGGCGCCCAGCCGATCGTGCGCTGCATGCCCAACACCCCGGCACTGCTGCGCCAGGGCGTCAGCGGCCTGTTCGCCACCGCACAGGTGAGCGCCGAACAACGCCAGCAGGCTGAACAGTTGCTGTCAGCCGTGGGCCTGGCGCTGTGGCTGGACACCGAGCAGCAACTGGACGCGGTCACCGCTGTCTCCGGCTCGGGCCCGGCGTATTTTTTCCTGCTGATCGAAGCCATGACCGCCGCCGGAGAAAAACTCGGTCTGAGCCGCGAGATCGCTGCCCAACTGACCTTGCAGACTGCTCTCGGCGCCGCTCACATGGCGGTGTCCAGCGATGTCGATGCAGCGGAATTGCGTCGCCGCGTGACCTCGCCGGCCGGCACCACCGAAGCGGCCATCAAATCATTCCAGGCCGGGGGCTTCGAAGCCCTGGTGGAAAAAGCACTCGGCGCCGCCGCGCACCGCTCGGCCGAAATGGCCGAACAACTGGGCCAATAA MSNTRIAFIGAGNMAASLIGGLRAKGLDASMIRASDPGEETRKRVSAEHGVETFADNAQAIEGVDVIVLAVKPQAMKSVCEALRPHLKPHQLVVSIAAGITCASMNNWLGAQPIVRCMPNTPALLRQGVSGLFATAQVSAEQRQQAEQLLSAVGLALWLDTEQQLDAVTAVSGSGPAYFFLLIEAMTAAGEKLGLSREIAAQLTLQTALGAAHMAVSSDVDAAELRRRVTSPAGTTEAAIKSFQAGGFEALVEKALGAAAHRSAEMAEQLGQ PGPT0014225_2914 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286 NA NA D1-35_03671 693 yggS COG0325 Pyridoxal phosphate homeostasis protein ATGACCACCATAGCAGACAACATTGCTCAGGTTAGATCGCGCATCCATGCCGCGGAGCAGGCCGCCCAGCGCCCAGGACACAGCGTCCAGCTGCTGGCGGTGAGCAAGACCAAGCCGGCCCAGGCCCTGCGCGAAGCCCATGCCGCAGGCCTGCGGGATTTCGGCGAGAACTACCTGCAGGAAGCGCTGGGCAAGCAGGCCGAACTGACCGACCTGCCCTTGATCTGGCACTTCATCGGCCCCATTCAATCGAACAAGACGCGTGCTATCGCCGAACATTTCGACTGGGTGCACTCCGTGGATCGCCTGAAAATTGCCCAACGCCTGTCCGAGCAGCGCCCGGCCGACCTGCCGCCGCTGAACATCTGCATCCAGGTCAACGTCAGCGGTGAAGCCAGCAAGTCCGGCTGCACGCCAGCGGACCTGCCCGCCCTCGCCAATGCCATCAGCACGCTGCCTCATCTCAAGTTGCGTGGGTTGATGGCGATTCCCGAACCAACCGACGATCGCGCCGAACAGGATGCAGCTTTCGCCAAGGTTCAACAGCTGCAAGCCAGCCTGGACCTGCCGCTGGACACGTTGTCCATGGGCATGAGCCATGACCTTGAATCCGCCATTGCCCAAGGCGCCACCTGGGTGCGCATCGGCACAGCGCTGTTTGGGGCGCGTGACTACGGCCAAGCGCCCATCTGA MTTIADNIAQVRSRIHAAEQAAQRPGHSVQLLAVSKTKPAQALREAHAAGLRDFGENYLQEALGKQAELTDLPLIWHFIGPIQSNKTRAIAEHFDWVHSVDRLKIAQRLSEQRPADLPPLNICIQVNVSGEASKSGCTPADLPALANAISTLPHLKLRGLMAIPEPTDDRAEQDAAFAKVQQLQASLDLPLDTLSMGMSHDLESAIAQGATWVRIGTALFGARDYGQAPI NA NA NA NA NA D1-35_03672 1035 pilT_2 COG2805 Twitching mobility protein ATGGATATCACTGAATTGCTGGCGTTCAGCGCCAAACAGGGGGCGTCGGACCTGCACCTGTCCGCCGGGCTGCCGCCGATGATCCGCGTGGACGGCGATGTACGGCGGATCAACCTGCCGGCGCTGGACCACAAGCAGGTTCATGAACTGATCTACGACATCATGAACGACCGCCAACGAGTGGATTACGAGAAGTTTCTGGAAACCGATTTTTCCTTCGATGTACCCGGCGTGGCGCGATTTCGAGTCAATGCCTTCAACCAGAATCGGGGCGCGGGGGCAGTGTTCCGGACTATTCCCTCAAAAGTCCTGACCATGGAAGACCTGGGGATGGGCGAGGTGTTTCGCAAGATCACCGAGGTTCCTCGCGGGCTGGTGTTGGTAACCGGGCCGACCGGCTCGGGCAAGTCGACCACCCTGGCGGCCATGATCGACTATCTGAACAGCCACAAGCACCATCACATCCTCACCATCGAAGACCCCATCGAATTCGTGCATGAACCGCGCAAGTGTCTGATCAACCAGCGTGAGGTGCATCGCGATACCCAGGGTTTCTCCACGGCGCTGCGTTCGGCCCTGCGGGAGGACCCGGACGTGATCCTGGTGGGGGAGATGCGCGACCTGGAGACCATCCGGCTGGCGCTGACCGCCGCCGAAACCGGGCACTTGGTGTTTGGCACCCTGCACACCACGTCGGCGGCCAAGACCATTGACCGGGTAGTGGACGTGTTTCCTGGCGACGAGAAGTCGATGGTCCGCTCGATGCTGTCGGAGTCGCTTCAGGCGGTGATTTCCCAGACGCTGGTCAAGAAGATTGGCGGCGGCCGCATCGCGGCGCACGAGATCATGCTGGGCACTTCGGCGATCCGCAACCTGATCCGCGAAGACAAGATCGCGCAGATGTATTCATCGATCCAGACCGGCGGCTCGCTGGGGATGCAGACGCTGGACATGTGCCTGAAGGATCTGGTGAGCAAGGGCCTGATCAGCCGCGAGCACGCGCGAGAGCGGGCGCGTACGCCGGATAATTTTTAG MDITELLAFSAKQGASDLHLSAGLPPMIRVDGDVRRINLPALDHKQVHELIYDIMNDRQRVDYEKFLETDFSFDVPGVARFRVNAFNQNRGAGAVFRTIPSKVLTMEDLGMGEVFRKITEVPRGLVLVTGPTGSGKSTTLAAMIDYLNSHKHHHILTIEDPIEFVHEPRKCLINQREVHRDTQGFSTALRSALREDPDVILVGEMRDLETIRLALTAAETGHLVFGTLHTTSAAKTIDRVVDVFPGDEKSMVRSMLSESLQAVISQTLVKKIGGGRIAAHEIMLGTSAIRNLIREDKIAQMYSSIQTGGSLGMQTLDMCLKDLVSKGLISREHARERARTPDNF PGPT0015875_2214 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015875-pilT-K02669 NA NA D1-35_03673 612 hypothetical protein ATGCGTCCATTTTTCAAGACATGGCTGACCATTTGCCTATTATTGCCACTGGCCGCCCACGCCACCAATCGTGAGCAACGTCTTCCGAACATCAACGGCTATACGCCCAAATCCCACGTTTCTGCTCCATCGAGCAAAAACAGGCAAAGCGTCCAGCGTGTAAGTAACGCTCACAGCCGGCTGGTGCCGCCCATGGCGACCAAGACGACCAGCAATGTGCTGAGCCGCGCCGTGAATGTACTGGGCACACCTTACCGTTGGGGCGGCAGCAGCCCAAGTAAAGGTTTCGATTGCAGTGGTCTGGTGAAATACGCGTTCAATGACGCCACGTTCGACCTGCCGCGTACCTCCAATGCGATGGCTGCCGGCCATGGCGAGAAAGTCGAGCGCAAGGACCTCAAGCCCGGCGACCTGATTTTCTTCAAGCTCAAGAGCCGTCGGGTCAACCACGTAGCCATCTACCTGGGCAACGACCGCTTCATCCACGCCCCGCGCCGAGGCAAGTCGGTGACCATCGACACCCTGAACAAGCCGTACTGGAACACCCATTACGTGGTTGCCAAGCGCGTGCTGCCGAAAGAGCCGGGGGCGATGCGCGTGGTTCAGCGCTAA MRPFFKTWLTICLLLPLAAHATNREQRLPNINGYTPKSHVSAPSSKNRQSVQRVSNAHSRLVPPMATKTTSNVLSRAVNVLGTPYRWGGSSPSKGFDCSGLVKYAFNDATFDLPRTSNAMAAGHGEKVERKDLKPGDLIFFKLKSRRVNHVAIYLGNDRFIHAPRRGKSVTIDTLNKPYWNTHYVVAKRVLPKEPGAMRVVQR PGPT0023830_379 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_DD-ENDOPEPTIDASE_ACTIVITY,PGPT0023830-mepH-K19303 NA NA D1-35_03674 429 hypothetical protein ATGAACAGCTATCAACAGGGCGCAATCCGCGATACCCACAGCAAAGTCATCGGGTATCTGTTGTGGATTCTCGGTTTTACCGGCGCTCACCGTTTCTATTACGGCAAGCCGGTCACCGGCACGATCTGGTTCTTCACCTTCGGGCTGCTGGGTATCGGTTGGTTGATCGACCTGTTCCTGATTCCGGCCATGGACCGCGAAGCCGACCTGCGCTTCACCCCGGGGCCGATCGAGTACAGCGTGGCGTGGATTCTGCTGACGTTTCTCGGGGTGCTTGGCGTGCATCGCATGTATCAAGGCAAGTGGCTCAGCGGGATCATCTACCTGCTGACTGGCGGGGTGTTTTTTCTGGGGGTGCTGTATGACTTCTGGACGCTAAACGATCAGGTGTCGATTCGTAATGCGCAGAAGCGTGGGGCTTTCCAGTAA MNSYQQGAIRDTHSKVIGYLLWILGFTGAHRFYYGKPVTGTIWFFTFGLLGIGWLIDLFLIPAMDREADLRFTPGPIEYSVAWILLTFLGVLGVHRMYQGKWLSGIIYLLTGGVFFLGVLYDFWTLNDQVSIRNAQKRGAFQ NA NA NA NA NA D1-35_03675 1272 pyrC' COG0044 Dihydroorotase-like protein GTGAAGCTCAGCATTCTCGGCGCACGCGTGATCGATCCGGCCAGCGGCCTGGATCAAGTGACTGACATTCATATCGATGCCTGCAAGATCGTCGCGCTCGGCGCCGCACCGACAGGCTTTGTGGCGGCCGAGGTCCTTGACGCCCAAGGCCTGGTGGCCGCGCCCGGCCTGGTGGACCTGAACGTTGCCCTGCGCGAGCCGGGCTACAGCCGCAAAGGCAGCATCGTCAGCGAAACCCGCGCCGCCGCCGCTGGTGGCGTGACCAGCCTGTGCTGCCCGCCGCAAACCAAGCCGGTGCTGGACACCTCGGCCGTGGCCGAGCTGATCCTCGACCGCGCCCGCGAGGCCGGCAACACCAAGGTCTTCCCGATTGGCGCACTGAGCAAAGGCCTGGAAGGCGAACAACTGGCCGAACTCATCGCCCTGCGTGATGCCGGTTGCGTGGCGTTCGGCAACGGCCTCAACAGTTTCCGCAATACCCGGACCCTGTGCCGCGCCCTCGAATACGCGGCGACTTTCGGCCTGACGGTGATCTTCAACTCCCAGGACCATGACCTGGCCGAAGGTGGCCTGGCCCATGAAGGCCCGACCGCCAGTTTCCTCGGCTTGCCGGGCATCCCGGAAACCGCCGAGACCGTGGCCCTGGCCCGGGACCTGCTGTTGGTCGAGCAGAGCGGTGTACGCGCGCATTTCAGCCAACTGACCAGTGCCCGTGGCGCCGCGCTGATAGCCCAGGCCCAGGCCCGAGGCTTGCCGGTGACCGCCGATGTGGCGCTGTATCAGCTGATCCTGACCGACGAAGCGCTGATCGATTTCAACAGCGTCTATCACGTCCAGCCGCCGCTGCGCACACGCGCCGACCGCGACGGCTTGCGCGAGGCGGTGCAGTCCGGGGTGATCTCGGCCATTTCCAGCCATCACCAACCCCACGAGCGCGATGCCAAGCTGGCACCGTTCGGCGCCACCGAGCCGGGCATCAGCAGCGTTGAACTGCTGCTGCCGCTGGCCTTGACGCTGGTGGAAGACGGTTTGCTGGACCTGCCGACTCTGCTCGCACGCCTGAGCGCCGGCCCGGCCCAGGCGCTGCAGCTGCCAGCCGGGAAACTGGCGGTGGGCGCGCCGGCGGACCTGGTGCTGTTCGACCCGGCCGCCTCCACCGTGGCCGGCGAAGCCTGGCGTTCCAAGGGTGACAACTGCCCATTCCTCGGCCACAGCCTGCCGGGCGTGGTGCGCTACACCTTGATGGATGGGCGGATTACCCACCAGGCCTGA MKLSILGARVIDPASGLDQVTDIHIDACKIVALGAAPTGFVAAEVLDAQGLVAAPGLVDLNVALREPGYSRKGSIVSETRAAAAGGVTSLCCPPQTKPVLDTSAVAELILDRAREAGNTKVFPIGALSKGLEGEQLAELIALRDAGCVAFGNGLNSFRNTRTLCRALEYAATFGLTVIFNSQDHDLAEGGLAHEGPTASFLGLPGIPETAETVALARDLLLVEQSGVRAHFSQLTSARGAALIAQAQARGLPVTADVALYQLILTDEALIDFNSVYHVQPPLRTRADRDGLREAVQSGVISAISSHHQPHERDAKLAPFGATEPGISSVELLLPLALTLVEDGLLDLPTLLARLSAGPAQALQLPAGKLAVGAPADLVLFDPAASTVAGEAWRSKGDNCPFLGHSLPGVVRYTLMDGRITHQA PGPT0021145_4114 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465 NA NA D1-35_03676 1005 pyrB Aspartate carbamoyltransferase ATGACGCCTCTCGAAACCAAGCGCCCGCTGCAGCTCAACGATCAGGGCCAGCTGCGGCACTTCCTGTCCCTCGACGGCCTGCGCCGCGAGCTGCTGACAGAAATCCTCGACACCGCCGACTCGTTCCTCGAAGTCGGCGCCCGGGCGGTGAAAAAAGTCCCGTTGCTGCGCGGCAAGACCGTGTGCAACGTGTTCTTCGAAAACTCCACCCGCACCCGCACCACCTTCGAACTGGCGGCCCAGCGGCTGTCGGCGGACGTGATCACCCTGAACGTGTCGACATCCTCGGCGAGCAAGGGCGAAACCCTGCTCGACACGCTGCGCAACCTCGAAGCCATGGCCGCCGACATGTTCGTCGTGCGCCACGGCGACTCCGGCGCGGCGCATTTCATTGCCGAGCACGTGTGCCCGCAAGTGGCGATCATCAACGGTGGCGACGGCCGTCACGCTCATCCGACCCAGGGCATGCTGGACATGTTGACCATCCGTCGGCACAAAGGCAGCTTCGAGAACCTGTCGGTGGCCATCGTCGGCGACATCCTGCACTCGCGGGTGGCCCGCTCGAACATGCTCGCGCTCAAGACCCTCGGCTGTCCGGACATCCGCGTGATCGCGCCGAAAACCCTGCTGCCCATCGGCGTCGAGCAATACGGCGTGAAGGTCTACACCGACATGACCGAAGGCCTGAAGGATGTGGACGTGGTGATCATGCTGCGCCTGCAACGCGAACGCATGACCGGCGGCCTGCTGCCCAGCGAAGGCGAGTTCTACCGCCTGTTCGGCCTGACCACCGCGCGCCTGGCCGGCGCCAAGCCGGACGCCATCGTCATGCACCCGGGGCCGATCAATCGCGGCGTGGAGATCGAGTCGGCGGTGGCCGACGGGCCGCACTCGGTGATCCTCAACCAGGTGACCTACGGCATCGCCATCCGCATGGCCGTGCTGTCCATGGCCATGAGCGGGCAAACGGCCCAGCGCCAATTCGACCAGGAGAACGCCCAGTGA MTPLETKRPLQLNDQGQLRHFLSLDGLRRELLTEILDTADSFLEVGARAVKKVPLLRGKTVCNVFFENSTRTRTTFELAAQRLSADVITLNVSTSSASKGETLLDTLRNLEAMAADMFVVRHGDSGAAHFIAEHVCPQVAIINGGDGRHAHPTQGMLDMLTIRRHKGSFENLSVAIVGDILHSRVARSNMLALKTLGCPDIRVIAPKTLLPIGVEQYGVKVYTDMTEGLKDVDVVIMLRLQRERMTGGLLPSEGEFYRLFGLTTARLAGAKPDAIVMHPGPINRGVEIESAVADGPHSVILNQVTYGIAIRMAVLSMAMSGQTAQRQFDQENAQ PGPT0021160_893 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609 NA NA D1-35_03677 507 pyrR Bifunctional protein PyrR ATGAGCCTGCCCAATCCTGCCGAACTGATCAGCCAGATGGCGATCCGTCTCACGGCGCACCTGGAACAACGTGGCATCAGCGAACCGCGCTACATCGGCATTCGCACCGGCGGCGTCTGGGTTGCCCAGGCCTTGCTCGATGAACTGGGCAGCGACTCGCCGCTGGGCACCCTGGACGTGTCCTTCTACCGCGACGACTTCAGCCAGAACGGCCTGCACCCGCAAGTGCGCCCTTCGGCGCTGCCGTTCGAGATCGAAGGCCAGCACCTGGTGCTGATCGACGACGTGCTGATGAGCGGGCGGACCATCCGCGCTGCCATGAATGAGTTGTTCGACTACGGTCGCCCGGCCAGCGTTACGCTGGTCTGCCTGCTCGACCTGGACGCCGCCGAACTGCCGATCCGCCCTAACGTGGTCGGCGCGACGCTGGCGCTGGCGGCCCATGAACGGGTCAAGCTTTCCGGCCCGGCGCCGCTGCAACTCGAACTGCAAGACCTCGCCCTTTAA MSLPNPAELISQMAIRLTAHLEQRGISEPRYIGIRTGGVWVAQALLDELGSDSPLGTLDVSFYRDDFSQNGLHPQVRPSALPFEIEGQHLVLIDDVLMSGRTIRAAMNELFDYGRPASVTLVCLLDLDAAELPIRPNVVGATLALAAHERVKLSGPAPLQLELQDLAL PGPT0021245_2461 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021245-pyrR-K02825 NA NA D1-35_03678 438 yqgF COG0816 Putative pre-16S rRNA nuclease ATGGCCCTGCGCCTGCTGCTGGGCTTTGATTACGGCACCAAACAGATCGGCGTCGCGGTCGGCCAGGTCATTACCGGCCAGGCCCGCGAGCTGTGCACATTAAAAGCGCAGAACGGCGTTCCGGACTGGAACCAGGTCGAAGCGCTGATCAAGGAATGGAAACCCGACGCCGTGGTGGTCGGCCTGCCATTGAACATGGACGGCACGCCCAGCGACATGTGCCTGCGTGCGGAAAAATTCGCTCGCCGGCTCAATGGCCGCTTTAACCTGCCCTTCTATACCCATGACGAGCGCCTGACCACCTTCGAGGCCAAGGGCGAGCGGCTGATGCGCGGCGGGCAGAAAGGCAGTTACCGCGACAATCCGGTGGACGCCATCGCCGCCGCCCTGCTGCTGCAAGGCTGGCTTGATGCCAACGCCGCCCTGTTCGAAACCTGA MALRLLLGFDYGTKQIGVAVGQVITGQARELCTLKAQNGVPDWNQVEALIKEWKPDAVVVGLPLNMDGTPSDMCLRAEKFARRLNGRFNLPFYTHDERLTTFEAKGERLMRGGQKGSYRDNPVDAIAAALLLQGWLDANAALFET NA NA NA NA NA D1-35_03679 570 hypothetical protein ATGAAAAACGTCAGCCCCACCTACCTCAAGCATCACTTCCTGATTGCCATGCCGCACATGGCCGATCCAAACTTTGCCCATACCTTGACCTACATCGTCGAGCACACGGCCAATGGGGCCATGGGATTGGTGGTAAACCGCCCGCAGGAGCTGAACCTGGCGGATATCCTTGAGCAGCTGCGTCCCGAGGTCGAGCCGCCACTCCTGTGCCAGCATGTGCCGATTTTCATCGGCGGGCCGGTGCAGACCGATCGCGGTTTCGTACTCCATCCGTCGGGTCCCAAATTCCAGGCCACCGTTGATCTGAACGGCGTGTCGCTGTCCACTTCCCAGGACGTGCTGTTTGCCATCGCCGACGGCGTCGGTCCGGAAAAAAGCCTGATCGCCCTGGGCTATGCCGGTTGGGAACCCGGACAGCTGGAAGCCGAGCTGGCCGACAACGCCTGGCTGACGTGCCCGTTCGATGCCGACATCCTGTTCAACACCAGCAGCGAGTTGCGCCTGGAAGCGGCGGCCAGCCGATTGGGCGTGAACCTGGGCCTGCTTACCAGCCAGGCGGGACACGCCTGA MKNVSPTYLKHHFLIAMPHMADPNFAHTLTYIVEHTANGAMGLVVNRPQELNLADILEQLRPEVEPPLLCQHVPIFIGGPVQTDRGFVLHPSGPKFQATVDLNGVSLSTSQDVLFAIADGVGPEKSLIALGYAGWEPGQLEAELADNAWLTCPFDADILFNTSSELRLEAAASRLGVNLGLLTSQAGHA PGPT0026120_1291 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-ALGINATE_METABOLISM CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026120-algH-K07735 NA NA D1-35_03680 936 hypothetical protein ATGCCCGGCCTGAAAAAACGTGATGCTGGTTTCCTTGTCATGACACTCCCGTCCGATCTGCCCCAAGAGCTCGCCCATCGTGGCGTGCGCCCGGCTGATCGCCTCGGTTTTACGCTGTTCCTGGCGGCACTGATCCACCTGGCGGTGCTGCTGGGCGTCGGGTTTGCCACGGTCGAACCCAAGCAGATCAGCCAGACCCTGGAGATCACCCTGGCGACCTTCAAGAGCGAAACCAAGCCTCAGAAGGCCGATTTCCTTGCTCAGGAAAACCAGCAGGGCAGCGGCACCCTGGAAAAGAAAGCGATTCCCAAGACGACCGAAATCGCGCCGTTCCAGGACAACAAGGTCCAGAAGATCACCCCACCGCCGGCCGCCAAGCCGGAAGTTCAGGAAGCCGCGCCCAAGGCCGCCGTGACCACTACCGCGCCGAAGCCGAAAAAGGCCCCGGTCAAGGAAGAGGTCAAGCCCGATCCCAAGCCCAAGGCGCCGGAACCGACCTTCGACAGCTCCCAGCTGTCCAGCGACATCGCCAGCCTGGAGGCCGAACTGGCCCAGGAACAGCAGTTGTACGCCAAGCGCCCGCGCATCCACCGCCTGAGCGCCGCGTCGACCATGCGCGACAAGGGCGCCTGGTACAAGGACGAATGGCGCAAGAAGGTCGAGCGTATCGGCAACCTGAACTACCCCGAGGAAGCCCGGCGCAAACAGATCTACGGCAATTTGCGGCTGATGGTTTCGATCAATCGTGACGGCTCGCTGTATGAAGTGCTGGTGCTTGAGTCCTCCGGCCAGCCGCTGCTGGACCAGGCCGCCCAGCGGATCGTGCGCCTGGCCGCGCCGTTCGCGCCGTTCACCGGGGACCTGTCGGACATCGACCGCCTGGAAATCATCCGCACCTGGAAATTTGCCCGGGGTGATCGGCTGTCCAGTAACTGA MPGLKKRDAGFLVMTLPSDLPQELAHRGVRPADRLGFTLFLAALIHLAVLLGVGFATVEPKQISQTLEITLATFKSETKPQKADFLAQENQQGSGTLEKKAIPKTTEIAPFQDNKVQKITPPPAAKPEVQEAAPKAAVTTTAPKPKKAPVKEEVKPDPKPKAPEPTFDSSQLSSDIASLEAELAQEQQLYAKRPRIHRLSAASTMRDKGAWYKDEWRKKVERIGNLNYPEEARRKQIYGNLRLMVSINRDGSLYEVLVLESSGQPLLDQAAQRIVRLAAPFAPFTGDLSDIDRLEIIRTWKFARGDRLSSN PGPT0003745_813 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832 NA NA D1-35_03681 954 gshB COG0189 Glutathione synthetase ATGAGCGTACGCGTCGGCATTGTCATGGACCCAATCGCCAGCATTTCCTATAAGAAGGATAGCTCGCTGGCCATGCTGCTGGCCGCTCAGAAGCGCGGCTGGGAGCTGTTCTACATGGAACAGCGCGACCTTTACCAGGCCGAGGGCCAGGCGCGCGCGCGAATGAAGCCGCTGAAGGTCTTCGCCAACCCTGAGAAGTGGTTCGAACTGGGCGCGGAAAGCGACGCGCTGCTGAGCGACCTGGACGTGATCCTGATGCGCAAGGATCCGCCGTTCGACATGGAGTTCGTTTACTCCACCTACCTGCTGGAGCAGGCCGAAAGCGCCGGTGTGCTGGTGGTCAACAAGCCGCAGAGCCTGCGCGACTGCAACGAGAAGCTGTTCGCCACGCTGTTCCCGCAGTGCACGCCGCCCACCATCGTCAGCCGTCGTCCGGACGTGCTGCGCGAATTCGCCGATCACCACGGCGACGTGATCCTCAAGCCGCTGGACGGCATGGGCGGCTCGTCGATCTTCCGTCACACCGCCGGCCATCCGAACCTGTCGGTGATCCTCGAAACCCTGACCTTGCATGGCAAGCAACAGATCATGATCCAGGGTTACCTGCCGGCCATCGTCGACGGCGACAAGCGCATCCTGATGATCGACGGCGAGCCGGTGGACTATTGCCTGGCGCGCATCCCGGCGGCCGGTGAAACCCGTGGCAACCTGGCGGCTGGCGGCCGTGGCGAAGCCCGCCCGCTGACCGACAAGGACCGCTGGATCGCCGCCCAGGTCGGCCCGACGCTACGCGAGAAAGGCCTGCTGTTCGTCGGCCTGGACGTGATCGGCGAGCACCTGACGGAGATCAACGTCACCAGCCCGACCTGCATCCGCGAGATCGACAATGCCTTTGGCACCGACATCGGCGGGATGCTGATGGATGCCATCGATCAGAAGCTCAAGGCGCGTTGA MSVRVGIVMDPIASISYKKDSSLAMLLAAQKRGWELFYMEQRDLYQAEGQARARMKPLKVFANPEKWFELGAESDALLSDLDVILMRKDPPFDMEFVYSTYLLEQAESAGVLVVNKPQSLRDCNEKLFATLFPQCTPPTIVSRRPDVLREFADHHGDVILKPLDGMGGSSIFRHTAGHPNLSVILETLTLHGKQQIMIQGYLPAIVDGDKRILMIDGEPVDYCLARIPAAGETRGNLAAGGRGEARPLTDKDRWIAAQVGPTLREKGLLFVGLDVIGEHLTEINVTSPTCIREIDNAFGTDIGGMLMDAIDQKLKAR PGPT0013040_1058 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013040-gshB-K01920 NA NA D1-35_03682 429 walR_2 COG0745 Transcriptional regulatory protein WalR ATGGCAGAGCATCTCACGCAGCAGCAACCCAGCGCCTTGAAGGTCATGGTCATCGACGACTCGAAGACCATCCGCCGCACCGCCGAGACCTTGCTGCGCAACGTTGGCTGCGAGGTCATCACGGCGGTCGATGGTTTCGACGCCATGGCCAAGATCGTCGACCACCATCCGGGCATTATCTTTGTCGACATCATGATGCCGCGCCTGGACGGTTACCAGACCTGTGCCCTGATCAAGAACAACAGCGCCTTCAAGGCGACGCCGGTGATCATGCTGTCGTCCCGCGACGGTCTGTTCGACAAGGCCAAGGGGCGCATCGTCGGCTCCGATCAGTTTCTGACCAAGCCTTTCAGCAAGGAAGAATTGCTGGGCGCGATACAGGCCCATGTCCCGGGTTTTGCCGCTGTCCAGCCGCACCAGGCACATTAA MAEHLTQQQPSALKVMVIDDSKTIRRTAETLLRNVGCEVITAVDGFDAMAKIVDHHPGIIFVDIMMPRLDGYQTCALIKNNSAFKATPVIMLSSRDGLFDKAKGRIVGSDQFLTKPFSKEELLGAIQAHVPGFAAVQPHQAH PGPT0015835_119 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015835-pilG-K02657 NA NA D1-35_03683 366 pleD Response regulator PleD ATGGCACGAGTTCTGATCGTCGATGATTCGCCGACTGAAATGTACAAATTGACCGGCATGCTGGAAAAGCACGGCCATCAGGTCTTGAAAGCCGAGAATGGCGCCGACGGCGTGGCCCTGGCCCGCCAGGAAAAGCCCGACGCGGTGCTGATGGACATCGTCATGCCCGGCCTCAATGGGTTCCAGGCCACGCGCCAGCTGACCAAGGACCCGGACACGGGGCATATCCCGGTCATCATCATCACCACCAAGGACCAGGAAACCGACAAGGTCTGGGGGACCCGCCAAGGGGCGAAGGACTACCTGACCAAACCGGTGGACGAAGAAACCCTGATCGCGACCTTGAACAAAGTACTGGCGGGTTGA MARVLIVDDSPTEMYKLTGMLEKHGHQVLKAENGADGVALARQEKPDAVLMDIVMPGLNGFQATRQLTKDPDTGHIPVIIITTKDQETDKVWGTRQGAKDYLTKPVDEETLIATLNKVLAG PGPT0015840_238 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015840-pilH-K02658 NA NA D1-35_03684 540 hypothetical protein ATGAGCCACTCCCTGACCGCATTCGAACTGTTGCTTCAGATCGATCGGCGCTGTCGGCTGCTGGGCGCGGACCTGCCGTCCCAGCCAACCCATCGCGACAGTTGGAGCGGGATCGGCTTTCGCCTCGGCGAGCATTGGTACGTGGCGCCCATGGGCGAGGTCAGCGAAGTGCTGCACGAGCCGCGCTACACGTCGTTGCCCGGGGTCAAGCCATGGGTTCGCGGAGTGGCTAACCTGCGCGGACGTTTATTGCCGCTGATGGACCTGTGCGGTTTTTTCGGTCATGAGCTGTCCAGTGTGCGCAAGCAGCGGCGGGTGCTGGTGGTCGATAACGAAGAAGTCTTCGCCGGCTTGCTGGTGGACGAAGTCCTCGGGCTGCAGCATTTCGCCCAGGGCAGCCTGGAACCGGTTTTGCCTGGCTACCTCGATGGCCCGGAATCGGCCTTCGTCCAGGGCCGTTTTCCTGGCGATCGGCAGTGGCAGGTGTTCAGCCCTTTTGCCGTGACGCGTTCGCCAGGGTTCATGAATGTGGCGGTTTAA MSHSLTAFELLLQIDRRCRLLGADLPSQPTHRDSWSGIGFRLGEHWYVAPMGEVSEVLHEPRYTSLPGVKPWVRGVANLRGRLLPLMDLCGFFGHELSSVRKQRRVLVVDNEEVFAGLLVDEVLGLQHFAQGSLEPVLPGYLDGPESAFVQGRFPGDRQWQVFSPFAVTRSPGFMNVAV PGPT0015845_190 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015845-pilI-K02659 NA NA D1-35_03685 2061 hypothetical protein ATGATCAAAGCAAAAACAGGCAAGCCTCTGGAAGCGTCGCGCAGTCGGTCGCAGATCATCGTGCTGTTCGTCGCGCTGATTGTCTTCATCATGCTGTTGTTCGCCAACTTCGCGTACCTCAACACCCAGTCCACCTATGACAAACAGTACATCGGCCACGCCGGTGAGCTGCGGGTGCTGTCCCAGCGCATTGCCAAGAACGCCACCGAAGCCGCGGCCGGCAAGGCCGCCGCGTTCAAGTTGCTGAGTGATGCGCGCAACGATTTCGCCCAGCGCTGGGGATACCTGAAGCAGGGTGACCCGGTGACCGGCCTGCCCCCGGCGCCCGCCACCCTGCGCCCGCAGATGCGCGCGGTACAGCTGGACTGGGAGCGCCTGCTGAAGAACACCGATGCGATTCTTTCCAGTGAGCAGACCGTCCTGTCGCTGCACCAGGTGGCGGCAACCCTCGCCGAAACCGTGCCGCAACTGCAGGTCGAATACGAAAAAGTTGTCGAAATCCTCTTGCAGCGAGGCGCCCCGGCCTCACAGGTGGCCATGGCCCAGCGCCAGTCACTGCTGGCCGAGCGTATTCTCGGCGCGGTGAATACCGTATTGGCCGGCGACGAGAACGCCAGCCAGGCTGCCGACACCTTCGGCCGTGACGCCGCGCGTTTTGGCCAGGTGCTCAATGGCATGCTGCAAGGCGACCCGACCTTGAAGATCCCCCAGGTCCAGGATCGTGACGCCCGGGCGCGCCTGACGGAAATCAGCGAGCTGTTCGAATTCGTCTCGGGGTCGGTGGACGAAATCCTCGAGACCTCCCCGGAGCTGTTCAAGGTCCGCGAGTCGGCGGGCAACATCTTCAACCTGTCGCAGACCCTGCTCGACGAAGCCTCTCACCTGGCCACAGCTTTCGAGAACCTGGCCGGCGGTCGTTCCGTCAACAGCATCGGCGGGTATGTGCTGGGCCTGCTGGCACTGATGTCGATCATCCTCATCGGCCTGGTGATGGTGCGTGAAACCAACCGCCAATTGCGCGAAACCGCGGAAAAGAACGAGCGCAACCAGAACGCGATCATGCGCCTGCTGGACGAAATCGAAGACCTGGCCGATGGCGACCTGACCGTTACCGCCTCGGTTACCGAGGACTTCACCGGGACCATCGCCGATTCCATCAACTATTCGGTGGACCAATTGCGCGATCTGGTGGCGACCATCAACCTCACGGCCGGCCAGGTGGCCGCCGCCGTGCAGGAAACCCAGGCCACGGCCATGCACCTGGCCCAGGCGTCGGAACACCAGGCCCAGCAAATTTCCGAAGCTTCGACTTCAATCAATGAAATGGCCCAGTCCATCGACCAGGTATCGGCCAATGCGGCCGAGTCGTCGGCGGTGGCCGAGCGCTCCGTGGAAATCGCCAACAAGGGCAACGAGGTGGTGCACAACACCATTCATGGCATGGACAACATTCGCGAGCAGATCCAGGACACCGCCAAGCGCATCAAGCGCCTCGGTGAGTCGTCACAGGAAATCGGCGACATTGTCAGCCTGATCGATGACATCGCCGACCAGACCAACATCCTTGCGCTCAACGCGGCGATCCAGGCGTCCATGGCGGGCGATGCCGGTCGGGGTTTTGCGGTGGTGGCCGACGAAGTGCAGCGCTTGGCCGAGCGCTCCTCGGCGGCCACCCGGCAGATCGAGACGCTGGTGCGGGCGATCCAGGCCGACACCAACGAAGCGGTGATCTCCATGGAGCAGACCACCACCGAGGTGGTGCGCGGTGCCCGACTGGCCCAGGATGCCGGCGTCGCCCTGGAAGAAATCGAGGGCGTTTCCAAGACCCTGGCGGCGCTGATCCAGAGCATCTCCAACGCGGCGCAGCAACAGACCACCTCGGCGGGACAGATTTCGCTGACCATGAACGTGATCCAGCAGATCACCAGCCAGACCTCGTCCGGCTCAACCGCCACGGCCGAGAGTATCGGCAACCTGGCGAAAATGGCCAGCCAGCTGCGCCGCTCGGTGTCCGGGTTCACCTTGCCCGCGGCACCTGTGGCGGACGAGGATAAGGTGTGA MIKAKTGKPLEASRSRSQIIVLFVALIVFIMLLFANFAYLNTQSTYDKQYIGHAGELRVLSQRIAKNATEAAAGKAAAFKLLSDARNDFAQRWGYLKQGDPVTGLPPAPATLRPQMRAVQLDWERLLKNTDAILSSEQTVLSLHQVAATLAETVPQLQVEYEKVVEILLQRGAPASQVAMAQRQSLLAERILGAVNTVLAGDENASQAADTFGRDAARFGQVLNGMLQGDPTLKIPQVQDRDARARLTEISELFEFVSGSVDEILETSPELFKVRESAGNIFNLSQTLLDEASHLATAFENLAGGRSVNSIGGYVLGLLALMSIILIGLVMVRETNRQLRETAEKNERNQNAIMRLLDEIEDLADGDLTVTASVTEDFTGTIADSINYSVDQLRDLVATINLTAGQVAAAVQETQATAMHLAQASEHQAQQISEASTSINEMAQSIDQVSANAAESSAVAERSVEIANKGNEVVHNTIHGMDNIREQIQDTAKRIKRLGESSQEIGDIVSLIDDIADQTNILALNAAIQASMAGDAGRGFAVVADEVQRLAERSSAATRQIETLVRAIQADTNEAVISMEQTTTEVVRGARLAQDAGVALEEIEGVSKTLAALIQSISNAAQQQTTSAGQISLTMNVIQQITSQTSSGSTATAESIGNLAKMASQLRRSVSGFTLPAAPVADEDKV PGPT0015850_440 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015850-pilJ-K02660 NA NA D1-35_03686 5922 rcsC_18 Sensor histidine kinase RcsC ATGGGTGATCGGCACGACTACGTGGCCCTGGAATGGGTCAAGGGCGAGATTGCCGAAACGCTGAAGCAGGCCCACCTGGCCCTCAATCGCCTGGTGGACGACCCCCAGGCGTCGGATGCGCTTGCCCAATGCCTGGCCTGCATTCACCAGGTCCATGGCGGCCTGCAGATGATCGAATTCTACGGCGCGGCGTTGCTGGCCGAGGAAATGGAGCAACTGTGCAGCGCGCTGCAGGACAACCGCATCGCCCACCGCGAGGAGGCGATCAGCCTGTTGCGCCAGGCCCTGGGCCAGTTGCCGGTCTACCTAGAACGGGTGCAGGGTGCTCGTCGCGACCTGCCGCTGGCGGTGCTGCCCTTGCTCAACGATCTGCGCAGTGCGCGGGGCGAGAGCCTGTTGTCGGAGACCAGCCTGTTCAGCCCGGAACTGCCCGATATCGCGCCGCTGGACGAGGACGCCTTGAAGCGGCTCGCGCCGGCGGACCTGCCGAGCACCTTGCGCAAATTGCGCCAGACCCTGCAGGTGGCCCTGGTGGGCCTGTTGCGCGAGCAGGACGACGCGACTCACCTCGGTTACCTGGCCAAAGTCTTTCAGCGCCTTGAAGCGCTTTGCGCCGCAGCGCCGCTCAATGCGTTGTGGCAGGTCGCTTCGGCGTTGGTCGAAGGCATGCGCGAGGGGCGTATCGCCAACAGCCCGGCGCTGCGTAGCCTGTTCAAGGATGCTGACAAGGAACTCAAGCGCTTGCTGGAGCAAGGCATGCCGGGCATCAACCAAGCGGCCCCGCCACACCTGCTCAAGAGTCTGTTGTTCTATATTGCCAAGGCCGAACATCCCAGCGGGCAGATGCAGATCATGAAAGAACGCTACTCACTGGACGACGCGCTGCCCGACAGCGCTATGGTCGATGAAGAACGCGCGCGCCTGGCCGGGCCCGACCGCGATGCCATGCGCTCGGTGCTGGCAGCGCTCTGCGAGGAGCTGGTGCGGGTCAAGGAACGCCTGGACCTGTTCGTGCGCAGCGACCGCCAGCATGCCTCGGAGCTGGACAGCCTGCTGGCGCCCCTGCGGCAGATTGCCGACACCCTGGCGGTGCTGGGTTTCGGCCAGCCGCGCAAGGTCATCATCGATCAACTGGCCGTCGTACTGAGCCTCGCCCAGGGCCAGCGCGAGCCTGATGACGCGACGCTCATGGACGTTGCCGGAGCCTTGCTGTACGTCGAGGCAACCCTGGCCGGAATGGTCGGCACCGTCGAGCCTGAAAGCCGCGAAGACAATCGCCTGCCGACGACCGACCTGACCCAGATCCATCAGATCGTCATCAAGGAAGCCCATACCTGCCTGCAACAGGCCAAGGACATGATCGTCGACTACATCGACGCACACTGGAACAGCGCCCAGCTTGAGCCATTGCCGGCGCTGCTGACCCAGGTCCGCGGGGCGCTGGCGATGATTCCCCTGAGCCGCGCCGCCCGCCTGGTGGAGGCTTGCAACGATTTCATCCGTGAACACCTGCTGCTCGACCCAGCCCAGCCGGGGTGGGAAGCACTCGATCACCTGGCCGATGTGATTACCGGCCTGGAATATTACCTGGAGCGTTTGAGCGAAGACCCGTTGATGCCCGCCGAGAATCTGCTCGACGGCGTCGAGCGGAGCCTGGGCGCCCTCGGCTACTTTCCCGACGAAGCCCGCGTGCCCTTGCTCGATGACCGGCTGAGCCCGAACGAGGCCCAGGTCATGCAGGATTTGCAGGAACTGGACGACCCACAGACCGTGCAATCCCTCGCTGATGTTCTGGCCAGCCCGGTCTCGGCGGTCAACCCGCCGGCCAAAGGCATGCCCGGTAGCCTGCTGCCGCCGCCCGTGGATGAGCATCCGGTGGACGACGAGCTGCGGGAGGTCTTCCTCGAGGAAACCGACGAGGTGCTCGATGTCCTGCGCGAATACCTGCCGCGCTGGGCTGCGCAGCCCGACGACCAAGGCGCGCTCACTGAGCTGCGCCGGGCCTTCCATACCCTCAAGGGCAGCGGCCGGATGGTTCGGGCACTGGTGCTGGGTGAGTTGGCCTGGGCGGTGGAAAACCTGCTCAACCGCGTGCTGGAGCGCAGCGTCGAGCCGGGCGCTTCGGTTCGGCAATTGCTTGAGGACGCGGTGCGATTGCTGCCGGAACTGGTCGCTGAATTCGCTGCCCAGCGCCAATGCCAGCGCGACGACGTCGACCGTCTGGCTGCTCGCGCCCATGCCTTGGCCAAGGGTGGCGATGAGGAAGATGACGACCAGCAGGACGTGGCCGCTCTCGATCCCTTGCTGCTGAAAATCTTCGATAACGAAGCCCAGGGGCATCTGGCCGCGCTTGATCGATTCCTCGACCAGGCCGCCGAACATCTGCCATTGCAGGCCAGCGACGAGCTGCAAAGGGCCTTGCACACGCTCAAGGGCAGTGCATCGATGGCCGGTGTGCTGCCGATCGCCGAACTGGCCGGGGCGATGGATGAGATGGCCCGGGAATACAAGGCGCACCTGATCGCTTTCGACCTGGAGGAGATCGAGTTGCTGCTGGAGGCTGAAGGGTTGCTGCGCCGCGGTCTGCGCCAGCTGCATAACGAGCCGCTGGCAGCGATTCCCGGCGCCGCGGACCTGATCCAGCGAACCCAGGCACTGTCCGTCGAACGCCTGCAAACGGCTCTCAACACGCCGGACCAGGGCGTGCGAACCAAGCGCGACCCGCAATTGATCAACAATTTTCTCGCCCAGGGCATGGATATCCTGCTGGACGCGGAGAACCTGCTGCGGCGCTGGCAGCAACACTCCGGCGAGGGCCAGGAGCTGAGCGCGCTGCTCGATGAGTTGACCACCCTTGGCGAAGGCGCGCATCTGGCCGACCTGCACCCGGTGGACGAGCTCTGCGAAGCCTTGCTGGACCTGTATGGCGCCGTCGAGGAAAGCAGCCTGGCGGTCAGCGACAGGTTTTTCCATGAGGCGCAGCTTGCTCACGAAGCGTTGATCGACATGCTCGACGAATTGGCTGCCGGCCAGCACGTGCGTGCGCAACCTGCCCGGGTGCAGGCGCTGCGCAGCCTGCTCCAGGAAGGCCTCGACCCGACGGCCACGGGACTGATCCGCAGTGACGGCAGCCGCACGTTGAGCATCCGCGAGCTGGGTCATGCGACGGCTGAGATGGAGCGCAGTTCGCCGGCGGCTGTTTCGGTGGATGACGATATCGCCGCGATCTTTCTCGAAGAGGCCCAGGATATTCTCGAAAGCGCCGCACAGGCCTTGCGGCGCTGGCTCGCCGACCCGGAGAACGGCGCGCCGCTGTCCTCGCTGCAGCGTGACTTGCACACCCTCAAGGGCGGCGCACGCATGGCGGATGTGCGGCCGGTGAGCGACCTGGCCGGGGAGCTCGAAACCCTATACGAAGGGCTGGTGGATCGCCGCTACAGTTACAGCGAGGAGCTGGCGCAACTGCTCAACAGCAGTCACGAACGCCTCGATCTGTTGCTCGGGCAACTGCAGCAAGGCCAACCGCTGGGCGATCCCGTGGCGTTGATTGACGCCATTCATCGTTTCCGCCAGGACAAGCCGAACGCCATCGAGGTGGCGGGGCATCGGCAAAATGACACGGCGGGCCATGATCCGGAGTTGCTGGAAATCTTTCTAGAGGAAGGTTTCGATATCCTCGACAGTTCCGGGGCGGCGTTGCAACGCTGGCAGGAAGAGCCGTCGAACCGTCAGGCGGTGGAAACCCTGCTGCGCGATCTGCACACCCTCAAGGGTGGCGCGCGGATGGTGGAGATCGGGCCCATCGGCGATCTTGCCCACGAACTGGAGAACCTTTACGAAGGGCTGTCGGCGGGCCTGTTACAACCGAGCCCGGCGCTTTTTGCCTTGCTGCAAGGCAGCCATGACCGGCTGGCCCACATGCTCGATGCCGTCCGTGCCGGGCAGCCGTGCCCGCCGGCCGACCGGCTGATCGCGCAGATCCAGGCGGTCAATCATCCGCAGGACAGCGAGGCGCCCCAGATCGTTACGCCGGTCGAGCCGGCACCGGCCCAGGTCGCGCCGCCGATGCGAGCCGAGCCCGCCGCGCCGGGCGATGGCGCGGACATGGTCAAGGTCTCCGCCGAACTGCTCGACGATCTGGTCAACCTGGCCGGGGAAACTTCGATTTTCCGTGGGCGCATCGAGCAACAGGTCAACGATGCGCGCATCGCCCTGAACGAGATGGAAACGACCATCGAGCGCATGCGCGATCAACTGCGACGCCTGGATACCGAAACCCAGGGGCGGATTCTCAGCCGCCAGCAGGTGGACGCCGAACGACTGGGCTACGAAGAATTCGACCCACTGGAAATGGACCGCCATTCCCAGTTGCAACAATTATCCCGAGCGTTGTTCGAGTCCGCCTCGGACCTGCTTGACCTCAAGGAAACGCTAGACCGCAGCAACCACGACGCCGAAAACCTGCTGCAACAGCAGGGGCGCATCAACACCGAGCTCCAGGAAGGCCTGATGCGTACGCGCATGGTGCCGTTCGAGCGCATGCTGCCGCGCCTCAAGCGCATCGTCCGGCAGGTGGCGCAGGAGCTGGGCAAGGACGTCGAGTTCGTGGTCGACAATGCCGAGGGCGAGATGGACCGCAACGTGCTCGAACGCATGGCGGCGCCTTTGGAACATATGTTGCGCAATGCCGTTGATCATGGCCTGGAGCCCGCCGATGTGCGCATCGCAGCCGGCAAACCGGCGCGGGGACGCATCAGCCTGGATCTGTCCCGCGAAGGCGGCGACATCATTTTCGACATCCGTGACGACGGCGCCGGGGTGCCATTGGACGCGGTGCGGCGCAAGGCGATAAAGCGTGGGCTGCTGGCGCCCGACAGCGATATCAGCGACCGCGACGTGCTGCAGTTCATCCTGCAGCCAGGTTTTTCCACGGCGGAAAAAATCACCCAGATCTCCGGGCGCGGCGTTGGCATGGACGTGGTCCACGAAGAAGTGCGACAGCTGGGCGGCAGCATGGTCATCGATTCGACGCCGGGCAAGGGCGTGCATTTTCGTATCCGGCTGCCATTCACCGTGGCGGTCAACCGGGCGCTGATGGTGCAGTGTCACGAAGATCAATACGCCATCCCGCTCAACACCATCGAGAGCATCGTCCGGGTATTGCCCGCCGAACTGGATGGCTATTACCAGCTCGATCCGCCGACCTACACCTACGCCGGGCAACGTTATGAGTTGTGCTACCTGGGCGAGTTGCTGAAAACCGGCGCCCGCCCGAAATTGCTCGGCCAGAGCCAGCCATTACCGGTGCTGCTGGTGCAATGCAACGAACGACACGTCGCCGTGCAGGTAGACGCCACCGCCGGCACCCGGGAAATCGTGGTCAAGAGCCTCGGCCCGCAATTCTCGGCGGTCCAGGGCTTGTCCGGGGCAACGATCCTGGGGGACGGCCGGGTGGTGCTGATTCTCGACCTGCTCGCGCCGATCCGCGCCTTGCCCAACCAGGCGGCGCGCCGTCCGGCCGTGGTGCAAGGCGAGGGCGAGCAGCAGCGGCCTTTGCTGGTGCTGGTGGTGGACGATTCGGTAACAGTGCGCAAGGTCACCAGTCGTCTGCTGGAACGCCACGGCATGCATGTGCTCACCGCCAAGGACGGCGTGGACGCCATGGCATTGCTGGCCGAACATTCGCCGGACCTGATGCTGCTGGACATCGAGATGCCCCGCATGGATGGTTTCGAAGTGGCGACGCAAGTGCGCAACGACCCGCGCCTGGCGCATCTGCCGATCATCATGATCACCTCCCGCACCGGCCAGAAACACCGCGACCGCGCCATGGCCGTCGGCGTCAACGACTACCTGGGCAAGCCGTACCAGGAGTCGGTGCTGCTCGACAGCATCGCCCACTGGAGCAAGACCCATGCATGA MGDRHDYVALEWVKGEIAETLKQAHLALNRLVDDPQASDALAQCLACIHQVHGGLQMIEFYGAALLAEEMEQLCSALQDNRIAHREEAISLLRQALGQLPVYLERVQGARRDLPLAVLPLLNDLRSARGESLLSETSLFSPELPDIAPLDEDALKRLAPADLPSTLRKLRQTLQVALVGLLREQDDATHLGYLAKVFQRLEALCAAAPLNALWQVASALVEGMREGRIANSPALRSLFKDADKELKRLLEQGMPGINQAAPPHLLKSLLFYIAKAEHPSGQMQIMKERYSLDDALPDSAMVDEERARLAGPDRDAMRSVLAALCEELVRVKERLDLFVRSDRQHASELDSLLAPLRQIADTLAVLGFGQPRKVIIDQLAVVLSLAQGQREPDDATLMDVAGALLYVEATLAGMVGTVEPESREDNRLPTTDLTQIHQIVIKEAHTCLQQAKDMIVDYIDAHWNSAQLEPLPALLTQVRGALAMIPLSRAARLVEACNDFIREHLLLDPAQPGWEALDHLADVITGLEYYLERLSEDPLMPAENLLDGVERSLGALGYFPDEARVPLLDDRLSPNEAQVMQDLQELDDPQTVQSLADVLASPVSAVNPPAKGMPGSLLPPPVDEHPVDDELREVFLEETDEVLDVLREYLPRWAAQPDDQGALTELRRAFHTLKGSGRMVRALVLGELAWAVENLLNRVLERSVEPGASVRQLLEDAVRLLPELVAEFAAQRQCQRDDVDRLAARAHALAKGGDEEDDDQQDVAALDPLLLKIFDNEAQGHLAALDRFLDQAAEHLPLQASDELQRALHTLKGSASMAGVLPIAELAGAMDEMAREYKAHLIAFDLEEIELLLEAEGLLRRGLRQLHNEPLAAIPGAADLIQRTQALSVERLQTALNTPDQGVRTKRDPQLINNFLAQGMDILLDAENLLRRWQQHSGEGQELSALLDELTTLGEGAHLADLHPVDELCEALLDLYGAVEESSLAVSDRFFHEAQLAHEALIDMLDELAAGQHVRAQPARVQALRSLLQEGLDPTATGLIRSDGSRTLSIRELGHATAEMERSSPAAVSVDDDIAAIFLEEAQDILESAAQALRRWLADPENGAPLSSLQRDLHTLKGGARMADVRPVSDLAGELETLYEGLVDRRYSYSEELAQLLNSSHERLDLLLGQLQQGQPLGDPVALIDAIHRFRQDKPNAIEVAGHRQNDTAGHDPELLEIFLEEGFDILDSSGAALQRWQEEPSNRQAVETLLRDLHTLKGGARMVEIGPIGDLAHELENLYEGLSAGLLQPSPALFALLQGSHDRLAHMLDAVRAGQPCPPADRLIAQIQAVNHPQDSEAPQIVTPVEPAPAQVAPPMRAEPAAPGDGADMVKVSAELLDDLVNLAGETSIFRGRIEQQVNDARIALNEMETTIERMRDQLRRLDTETQGRILSRQQVDAERLGYEEFDPLEMDRHSQLQQLSRALFESASDLLDLKETLDRSNHDAENLLQQQGRINTELQEGLMRTRMVPFERMLPRLKRIVRQVAQELGKDVEFVVDNAEGEMDRNVLERMAAPLEHMLRNAVDHGLEPADVRIAAGKPARGRISLDLSREGGDIIFDIRDDGAGVPLDAVRRKAIKRGLLAPDSDISDRDVLQFILQPGFSTAEKITQISGRGVGMDVVHEEVRQLGGSMVIDSTPGKGVHFRIRLPFTVAVNRALMVQCHEDQYAIPLNTIESIVRVLPAELDGYYQLDPPTYTYAGQRYELCYLGELLKTGARPKLLGQSQPLPVLLVQCNERHVAVQVDATAGTREIVVKSLGPQFSAVQGLSGATILGDGRVVLILDLLAPIRALPNQAARRPAVVQGEGEQQRPLLVLVVDDSVTVRKVTSRLLERHGMHVLTAKDGVDAMALLAEHSPDLMLLDIEMPRMDGFEVATQVRNDPRLAHLPIIMITSRTGQKHRDRAMAVGVNDYLGKPYQESVLLDSIAHWSKTHA PGPT0015785_292 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0015785-chpA-K06596 NA NA D1-35_03687 474 hypothetical protein ATGCATGAGCACCGCACCAGCCATCTCACAGGTTTGTTGCTGCCGCTTGCCGACCGGCATCTGATCCTGCCGAACGTGGCCGTGGCCGAGTTGATCGACTACCAGAGCAGCGTGTTCGATCTGGACACCCCGCCCTGGTTCCTGGGCTGGGTAAGCTGGCGCGAACGGCAGATCCCGCTGCTGAGCTTCGAGTCAGCCTGCGGCCAGAAGACCGTGATCGGCGAGCGCGCTCGCATCGTCGTGCTCAATGCCCTGGGCGGCCGCCCGGAACTGCGTTTCATCGCGCTGCTGGTCCAAGGCATCCCGCGCTCCTGCAAGCTCGACACCCAGTTGAGCTACGTCGACGTGCCGCTGTGCGGATTGGAGCAGGCGGCCGTGCAAGTGGGCGAGCATGTGGCGAAAGTGCCGGATCTGCTGGCGTTGGAAGAGTTGGTGGTTGCGGCGGGGTTGGTAAGAGTTGAGTCAGCCAACTGA MHEHRTSHLTGLLLPLADRHLILPNVAVAELIDYQSSVFDLDTPPWFLGWVSWRERQIPLLSFESACGQKTVIGERARIVVLNALGGRPELRFIALLVQGIPRSCKLDTQLSYVDVPLCGLEQAAVQVGEHVAKVPDLLALEELVVAAGLVRVESAN PGPT0015795_148 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0015795-chpC-K06598 NA NA D1-35_03688 1671 madA Acetyl-S-ACP:malonate ACP transferase ATGACAACAACAATATCCCCCGACTCGCGATGGACGCGGCGGCGCAGCGAAAAGCAGCGGCGCCTGGCGTTGGTGAAGGGGCTTGCCGACGGTGTGGTGCTGCCCACCGACAAGATCGTCGCGGCGCTGGAGGCGTTGATCCTGCCCGGCGACCGTGTGGTGCTGGAGGGCAATAACCAGAAGCAGGCGGACTTCCTGTCCCGCTCTCTGGCGAAAGTCGACCCTTCGAAGCTGCATGACCTGCACATGATCATGCCCAGCGTCGGTCGTTCCGAGCACTTGGACCTGTTCGAACGCGGCATCGCCCGCAAGCTCGATTTCTCGTTCGCCGGCACGCAGAGCCTGCGCATCAGCCAGTTGCTGGAAGACGGCCTGCTGGAAATCGGCGCGATCCACACCTACATCGAGCTCTACGCCCGGCTGGTGGTCGACTTGATTCCCAACGTGGTGCTTTCGGCCGGTTTCATGGCCGACCGCGCCGGTAATATCTATACCGGTCCCAGCACCGAAGACACCCCGGCGCTGATCGAACCGGCGGCGTTCAGCGACGGTATCGTCATTGTTCAGGTCAATCAGTTGGTGGACGACGTCAGCGACCTGCCCCGCGTAGACATTCCAGCATCCTGGGTCGACTTCGTGGTGGTGGCCGACAAGCCGTTCTACATCGAGCCGCTGTTTACCCGCGACCCGCGCCACATCAAGCCCGTGCATGTCTTGATGGCAATGATGGCGATTCGCGGGATCTACGAAAAACACAACGTCCAGTCGCTCAACCACGGCATCGGTTTCAACACCGCCGCCATCGAATTGATCCTGCCGACCTACGGCGAAGCACTTGGACTGAAGGGCAAAATCTGCCGCAACTGGGCGCTCAATCCGCACCCGACGCTGATCCCGGCCATCGAAAGTGGCTGGGTCGAGAGCGTGCATTGCTTCGGCACCGAACTGGGCATGGAAAACTACATCGCCGCCCGGCCTGACGTGTTTTTTACCGGGCACGACGGTTCGCTGCGTTCCAATCGAATGGTTTGCCAACTGGCCGGGCAGTACGCGGTGGACCTGTTCATTGGCGCCACATTGCAGGTGGACGGCGACGGCCATTCCTCCACCGTGACCCGTGGCCGACTGGCCGGTTTCGGCGGCGCGCCGAACATGGGCCACGACCCGCGCGGTCGCCGTCACGGGACGCCGGCCTGGCTCGACATGCGCCACGGCGACGGCGAGGCGCCGCTGCTCGAACGCGGCAAGAAACTGGTGGTGCAGATGGTCGAAACGTTCCAGGAGGGCGGCAAACCGACCTTCGTCGACACCCTCGACGCGGTGGACGTGGCGAAGAAAGCCGGCATGCCCCTGGCGCCGATCATGATCTACGGCGACGACGTTACCCATCTGCTGACCGAAGAAGGCATCGCCTACCTGTACAAGGCCCGCTCCCTGGAAGAACGCCAGGCAATGATCGCCGCCGTGGCCGGGGTCACTGCCATCGGCCTGCGCCATGACCCGAAAGACACCGCGCGCATGCGTCGCGAAGGGCTGATCGCCTTGCCCGAAGACCTCGGAATCCGCCGCACCGACGCCACCCGCGAGTTGCTCGCGGCCAAGAGCGTGGCCGATCTGGTGGAATGGTCCGGTGGCCTCTACAACCCGCCCGCCAAGTTCAGGAGCTGGTAA MTTTISPDSRWTRRRSEKQRRLALVKGLADGVVLPTDKIVAALEALILPGDRVVLEGNNQKQADFLSRSLAKVDPSKLHDLHMIMPSVGRSEHLDLFERGIARKLDFSFAGTQSLRISQLLEDGLLEIGAIHTYIELYARLVVDLIPNVVLSAGFMADRAGNIYTGPSTEDTPALIEPAAFSDGIVIVQVNQLVDDVSDLPRVDIPASWVDFVVVADKPFYIEPLFTRDPRHIKPVHVLMAMMAIRGIYEKHNVQSLNHGIGFNTAAIELILPTYGEALGLKGKICRNWALNPHPTLIPAIESGWVESVHCFGTELGMENYIAARPDVFFTGHDGSLRSNRMVCQLAGQYAVDLFIGATLQVDGDGHSSTVTRGRLAGFGGAPNMGHDPRGRRHGTPAWLDMRHGDGEAPLLERGKKLVVQMVETFQEGGKPTFVDTLDAVDVAKKAGMPLAPIMIYGDDVTHLLTEEGIAYLYKARSLEERQAMIAAVAGVTAIGLRHDPKDTARMRREGLIALPEDLGIRRTDATRELLAAKSVADLVEWSGGLYNPPAKFRSW PGPT0019600_95 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019600-mdcA-K13929 NA NA D1-35_03689 876 citG COG1767 2-(5''-triphosphoribosyl)-3'-dephosphocoenzyme-A synthase ATGCGCGCCCTTAATCTGCAACCCAAGACCTTATCCCTGGCTGAGCGTTTGGCCGACCTGGCAGTGGACGCGTTGATCGATGAAGCCGACCTCTCGCCCAAACCGGCCTTGGTGGACCGTCGCGGCAGCGGCGCCCACACCGATCTGCACCTGGGCCTGATGCACGCTTCGGCGTTGTCGTTGTGGCCGGCATTCAAGGAAATGGCCGAGGCCGCGTTCGACTGTGGCGAGATCGGCTTGCCACTGCGTGAAGCCCTGGGGCGCATCGGCCGGGAAGGTGAAGCCGCGATGCTCACCACCACGGGCGGTGTGAATACTCACCGGGGCGCGATCTGGGCTTTGGGCCTGTTGGTCGCTGCGGCGGCGCTGGAACCTGAGTCCAGTGGCGCTGGCGCCGTCACATTGCGTGCCGCCCGCCTGGCCTTGCTCAACGACCGTCATGCGCCTCAACCCTTGAGCCACGGTGCCCAAGTGGCCCAGCGCTACGGCGCCCGCGGTGCCCGGGAGGAAGCGCAACTGGCATTTCCGGCGGTGACAACCCTGGGCCTGCCGCAACTCAAGCGCAGCCGCGCGGCCGGCGTCGGCGAACAGAACGCCCGCCTTGACGCCTTGCTGGCAATCATGACCCGCCTGGCCGACACCTGCGTGCTCTATCGCGCCGGCGAAGCGGGTTTGCAGGCGATGCAACAGGGCGCCAGGGCGGTGCTCGACGCCGGCGGCAGTGCGAGCCTGGGCGGTCGTCGCCAGCTGCACGTGCTGGACCAACAACTGATTGCCTTGAACGCCTCGCCCGGCGGCGCCGCCGACCTGCTCGCCGCCTGCCTGTTTCTCGACCGTATCGAGCGCAGTGATGGCCTCTTTCCAGGAGTGTGCTGA MRALNLQPKTLSLAERLADLAVDALIDEADLSPKPALVDRRGSGAHTDLHLGLMHASALSLWPAFKEMAEAAFDCGEIGLPLREALGRIGREGEAAMLTTTGGVNTHRGAIWALGLLVAAAALEPESSGAGAVTLRAARLALLNDRHAPQPLSHGAQVAQRYGARGAREEAQLAFPAVTTLGLPQLKRSRAAGVGEQNARLDALLAIMTRLADTCVLYRAGEAGLQAMQQGARAVLDAGGSASLGGRRQLHVLDQQLIALNASPGGAADLLAACLFLDRIERSDGLFPGVC PGPT0019605_228 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019605-mdcB-K13930 NA NA D1-35_03690 300 mdcC Malonate decarboxylase acyl carrier protein ATGCAAACCTTATCCTTTGAATTCACCGCCGGGCAGCCGCCACGGGGCCGGGCGCTGGTCGGCTGCGTCGGCTCGGGCGATCTCGAAGTACTGATCGAACCCGGGCTGGCGGGCAAGCTGACCATCCAGGTGCAGACCTCGGTCAATGGCAGCGAGCAACGCTGGCAACACTTGTTCGCGCGCATGTTCGACGGCCAGACGCCTCCCGCGATGGCCATTGAAATCCACGATTTCGGCGCCACCCCCGGCGTGGTGCGTCTGCGCCTTGAACAAGGCTTCGAGGAGATCGGCCATGACTGA MQTLSFEFTAGQPPRGRALVGCVGSGDLEVLIEPGLAGKLTIQVQTSVNGSEQRWQHLFARMFDGQTPPAMAIEIHDFGATPGVVRLRLEQGFEEIGHD PGPT0019610_344 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019610-mdcC-K13931 NA NA D1-35_03691 852 madC Malonyl-S-ACP:biotin-protein carboxyltransferase MADC ATGACTGACAGCGCTGCGTTGCTCAACAAGCACAGTTTCGTCGAGCTCGGTGCCCGGCAACGGGCCAAGGCCTTGCTCGATGACGGTACGTTCCGCGAACTGCTCGACCCCTTCCAGCGAATCATGTCGCCGTGGTTGCTGCGTCAGGGCGTGGTCCCGCAAAGCGACGATGGCGTAGTGATCGCCAAGGGCGAGCTCGACGGTTTGCCGGTGGTCATCGCCGCCATTGAAGGCGCGTTCCAGGGCGGCAGCCTCGGTGAAGTCGGCGGGGCAAAGATCGCCGGTGCCCTGGAGCTGGCGGCCGAGGACAATCGCAAAGGCATCCCGACCCGGGCCGTGTTGCTGCTGGAGACCGGCGGCGTGCGTTTACAGGAAGCCAACCTCGGGCTCGCGGCAATTGCCGAGATCCATTCGGCGATTATCGACCTGCGCCAATACCAGCCGGTGGTTGGCGTAGTCGCTGGCAGCGTCGGCTGTTTCGGCGGCATGTCCATCGCCGCCGGGCTGTGCAGTTATTTGCTGGTGACGCAGGAAGCGCGGCTGGGGCTGAACGGTCCGCAGGTGATCGAGCAGGAAGCCGGCATCGATGAGTACGACTCCCGCGACCGTCCGTTCATCTGGAGCCTGACCGGTGGCGAACAACGTTTCGCGACCGGGCTGGTGGACCGCTACGTCGCCGATGACGTGGCGCAGATTCGTCGTCAGGTCAGCGAACTGTTGCATCTGGGTGTGCCCACTGAACACCGCAGTGGCCAAGCCAGACTGTTCCTCCAGCGCCTGTCGCGCCTGGACACCGAGGTGCAAATCGAACCGGCAGCGGTTCGCCAGTTGTTTCAGGGAGAACGTCCATGA MTDSAALLNKHSFVELGARQRAKALLDDGTFRELLDPFQRIMSPWLLRQGVVPQSDDGVVIAKGELDGLPVVIAAIEGAFQGGSLGEVGGAKIAGALELAAEDNRKGIPTRAVLLLETGGVRLQEANLGLAAIAEIHSAIIDLRQYQPVVGVVAGSVGCFGGMSIAAGLCSYLLVTQEARLGLNGPQVIEQEAGIDEYDSRDRPFIWSLTGGEQRFATGLVDRYVADDVAQIRRQVSELLHLGVPTEHRSGQARLFLQRLSRLDTEVQIEPAAVRQLFQGERP PGPT0019615_365 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019615-mdcD-K13932 NA NA D1-35_03692 804 hypothetical protein ATGAATACGTATTCATTGAGGGGCCTGCGCTGGTTCGAGGCCTTGAGCGGTGGCGTCAAACCGTTGGAAGGCTTGCCCGCTTCGCTGAAAGTGGCCGATGTCCAACTCGGCGAACAAACCGCGCGTCTGTTGGCTGTCGTGGCCGATCCCGCCAACCGTTTCCCTCGGGCGCGCAATGGCGAAGTCGGTTTGCTCGAAGGCTGGGGCCTGGCCAAAGCCGTGGACGACGCCATCGCGGCCGATCGCAACGCGGCCAGCAAACGTGTGCTGATCGCCATCGTCGATGTGCCGAGCCAGGCCTACGGTCGGCGTGAAGAAGCGCTGGGCATTCATCAGGCTTTGGCCGGCGCGGCGGACAGTTATGCCCGGGCCCGACTGGCCGGGCATCCAGTGATCGGCTTGCTGGTGGGCAAGGCGATGTCCGGTGCGTTCCTCGCCCACGGCTACCAGGCCAACCGGTTGATCGCCTTGCGCGACCCGGGCGTGATGGTCCATGCGATGGGCAAGGCTTCGGCAGCGCGGGTCACCCTGCGCAGCGTCGAGGAACTCGAAGCCCTGGCCGCCAGCGTGCCGCCGATGGCCTACGACATTGACAGTTTTGCCAGTCTTGGACTGCTCTGGGAGACCTTGTCGGTCGAACAGATCGAGCAGCCGACGGCGGCGGATCTGGCGCGGGTGAGCGACTGCTTGCTCCAGGCGATCAACGACGTGGCGGGCACGCCTCGGGATCTCAGCGGTCGCCTGGGCGCTGTTCACCGGGCGGCGTCCAGCCACGTTCGGCAATTGTTGAGGGCGCAATGGTGA MNTYSLRGLRWFEALSGGVKPLEGLPASLKVADVQLGEQTARLLAVVADPANRFPRARNGEVGLLEGWGLAKAVDDAIAADRNAASKRVLIAIVDVPSQAYGRREEALGIHQALAGAADSYARARLAGHPVIGLLVGKAMSGAFLAHGYQANRLIALRDPGVMVHAMGKASAARVTLRSVEELEALAASVPPMAYDIDSFASLGLLWETLSVEQIEQPTAADLARVSDCLLQAINDVAGTPRDLSGRLGAVHRAASSHVRQLLRAQW PGPT0019620_150 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019620-mdcE-K13933 NA NA D1-35_03693 624 mdcG Phosphoribosyl-dephospho-CoA transferase ATGGTGAGCACGCTCCTGGCCCATGACCTGCTCTGGGGGATGACTGCTTTGCAGTTGCCTGCGGATGCGCCGGGCTGGGCTGTCGAGTCGCTCGACCTCGGGCAACCGGTCGTGGTGCGCCGGGCGCTGTCCTCGCCTGGACACATCGCCGTGGGCTTGCGCGGTCGCTCTCGCGAACAGCGCTACGCCGCATCAATGCCGGTGGCGGCGATCCAGCGTCGGGTGCGCCCGGAGGACCTCTGCCATGTTCAATCCCCGCGCGACCTCCCGGCCTTGCAAGCGCTGGCCGAGTTGCGCCCGCTGCTCGACGCCAGTGGCTGGGCCTGGGGCGTCAGCGGCAGCGCCGGGTTTGAGCTTGCCACGGGCATCGAGGCGCTGCATGAGCGCAGCGACCTGGACTTGATCCTGCGGACGCCGCATCGCCTGGATCGCCGCCAGGCCAGGAACCTGCTGGCGCAGCTGGACGCCTCGGTCTGCGCCGTGGACCTGCAGTTGCAGACGCCCTGCGGCGCCGTCGCCCTGCGCGAGTGGGCGGGTTCGTCGCGTCGGGTCTTGCTCAAGGATGATATCCAGGCACGATTGGTCAGCGATCCATGGCAGCCATCGTGGGAGCAGGTCGCGTGA MVSTLLAHDLLWGMTALQLPADAPGWAVESLDLGQPVVVRRALSSPGHIAVGLRGRSREQRYAASMPVAAIQRRVRPEDLCHVQSPRDLPALQALAELRPLLDASGWAWGVSGSAGFELATGIEALHERSDLDLILRTPHRLDRRQARNLLAQLDASVCAVDLQLQTPCGAVALREWAGSSRRVLLKDDIQARLVSDPWQPSWEQVA PGPT0019625_347 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019625-mdcG-K13934 NA NA D1-35_03694 921 fabD_2 COG0331 Malonyl CoA-acyl carrier protein transacylase GTGAGCAGCCTCCTGGTTTTCCCCGGCCAGGGTGCACAGCGCGTGGGCATGCTCCATGGCTTGGCGCCGCAGATTCTGGACGAGGCGAGTGACGTGCTCGGGGAGGATGTCTTGCAGCTCGACACTGCCCAGGCGCTGCGATCGACTCGCGCCGTGCAGCTGTGCCTGTTGATCGCCGGTGTGGCCGCTTCCCGTCGATTGCTGGAACAGGCCCCCGCGCCGGATTACGTGGCGGGACTGTCCATCGGCGCGTACCCGGCGGCGGTCGTGGCCGAGGCGCTGGGGTTTGAGGACGCGTTGCGGCTGGTCAGTCTGCGCGGCGAACTGATGCAGCAGGCGTATCCGCAAGGCTACGGCATGACGGCAATCATCGGCCTGGACCTCGCGGCCGTGGAAACCTTGCTCGCCCAGGTGCACAGCGCAACAACGCCGGTGTACCTGGCCAACATCAACGCCGATAACCAGGTAGTCATCGCCGGCAGTGATGAAGCCATGGGCTACGTCGCCGAACGGGCTCGCAACCAAGGTGCCGGCAAGGCCTGCCGGTTGGCGGTCAGCGTACCGTCCCACTGCCCGCTGCTGGAGGCTCCGGCGCGGACGTTGGCCCAGGCCTTTGCCGAAGTACCCTTGAAAACTCCGGCGCTGGGCTATCTCAGCGGCAGTCGCGCCCGACCGGTGATAAAGGCCGACGCGCTGCGCGACGACCTGGCCTTCAACATGTGCCGCGTCGTCGACTGGCGCGGCACGGTGCAAGGCGCCTACGAGCGTGGCGTGCGTCTGCAGATCGAGTTGCCGCCCGGCGCGGTGTTGACCGGGCTGGCGCGCCGGGTGTTCGAGCAGGGCACCGTCATGGCTTATGACGGCGCGCGGCTCGACACCCTGCAAGCGCTGTTGCAAGAGGAGGGAAGCCGCCGACCCTAG MSSLLVFPGQGAQRVGMLHGLAPQILDEASDVLGEDVLQLDTAQALRSTRAVQLCLLIAGVAASRRLLEQAPAPDYVAGLSIGAYPAAVVAEALGFEDALRLVSLRGELMQQAYPQGYGMTAIIGLDLAAVETLLAQVHSATTPVYLANINADNQVVIAGSDEAMGYVAERARNQGAGKACRLAVSVPSHCPLLEAPARTLAQAFAEVPLKTPALGYLSGSRARPVIKADALRDDLAFNMCRVVDWRGTVQGAYERGVRLQIELPPGAVLTGLARRVFEQGTVMAYDGARLDTLQALLQEEGSRRP PGPT0019630_175 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0019630-mdcH-K13935 NA NA D1-35_03695 393 hypothetical protein ATGATTATCTATGGTGTGGCGTTTCTGGCTTTTTGTACCCTGGTGGGCATTTTCATCGGTGAGCTGCTGGGCAAACTGATTGGCGTACCGGCCAACGTTGGCGGCGTCGGCATTGCAATGCTGTTGCTGATCGGCCTGGGCAGCTACCTGAACAAACGCGGCTTGTTCAAGGGCAAGTCCGAAGCTGGCGTGGAGTTCTGGAGCGCCATCTACATTCCGATCGTGGTGGCGATGGCGGCGCAGCAAAACGTCTATGGCGCACTGAAAGGCGGGCCGATGGCGATCCTCGCCGGGACCCTTGCGGTGGTGATTGCCTTTGCGTTGGTGCCGGTGCTGGTACGCATCGGCAACAAAGACCCTCAGGCCGATGTTTCCGTCAAGACGGTCGGGTGA MIIYGVAFLAFCTLVGIFIGELLGKLIGVPANVGGVGIAMLLLIGLGSYLNKRGLFKGKSEAGVEFWSAIYIPIVVAMAAQQNVYGALKGGPMAILAGTLAVVIAFALVPVLVRIGNKDPQADVSVKTVG NA NA NA NA NA D1-35_03696 765 hypothetical protein ATGTACGAATCCATGATGAAAGTCATCACCGGCTACGGTCTGATCAGCGGGTTTGCCATTGTCGGCATCACCATGTGGGTGTCCTACTGGATCAGCAATACCTTCACCAAAGGCCGCCTGCATGGTTCGGCCATCGCGATCCTGCTGGGGCTGGTGCTCTCGTATATCGGCGGTGCAATGACCGGGGGGCAAAAAGGTGTGGTGGACATTCCACTGCTTTCCGGGATTGGTTTGCTGGGCGGCGCCATGCTGCGGGATTTCGCCATTGTCGCCACGGCGTTCGGCGTGAGTGTCGAGGAGCTCAAGCGCGCCGGTTTCGTCGGGGTGCTGGCGTTGTTCGTTGGAGTCGGCACCTCGTTCATTGCCGGCGTCGGCGTGGCGATGGCCTTCGGTTATACCGATGTGGTGAGCCTGACCACGATCGGTGCCGGAGCGGTCACCTATATCGTCGGGCCGGTGACCGGGGCGGCCATCGGAGCCAGTTCCGAGGTGATGGCATTGTCGATTGCCGCCGGGTTGATCAAGGCGATCCTGGTCATGGTGGCGACGCCGTTCGTGGCGCCATTCATCGGTCTCAACAACCCACGTAGCGCGGTGATCTTTGGTGGGCTGATGGGCACCTCCAGCGGCGTTGCCGGCGGCCTGGCGGCGACGGATCCCAAGCTCGTTCCGTATGGTTGCCTGACGGCGGCGTTCTATACCGCCCTTGGCTGCTTGCTCGGGCCTTCGCTGTTGTTCCTGATCATGCGGGGACTGATGGGGTAG MYESMMKVITGYGLISGFAIVGITMWVSYWISNTFTKGRLHGSAIAILLGLVLSYIGGAMTGGQKGVVDIPLLSGIGLLGGAMLRDFAIVATAFGVSVEELKRAGFVGVLALFVGVGTSFIAGVGVAMAFGYTDVVSLTTIGAGAVTYIVGPVTGAAIGASSEVMALSIAAGLIKAILVMVATPFVAPFIGLNNPRSAVIFGGLMGTSSGVAGGLAATDPKLVPYGCLTAAFYTALGCLLGPSLLFLIMRGLMG NA NA NA NA NA D1-35_03697 915 gltC_3 HTH-type transcriptional regulator GltC ATGCTCATCGACGAAGAATTGACCCTGAAGAAACTCGAGGTGTTCCTGGCGTTCATGCGCACCGGCAACCTGGCGCGGGCGGCGGTCGAGTTGCAGACCAGCAATGTCAGCGTGCATCGGGCCATTCACTCGCTGGAGAGCGCGTTGCGCTGTCCGTTGTTCAAGCACGAAGGCCGCAATCTCACGCCGCTGGAAAGCGCCTATGTGCTGGAGGAGCGTGCGCAGAAGCTGATTCAGGACGTGGTCGAAAGCGTACGCCTGACCCGCGAGGCGGCCGGCTTTTCCGCCGAGCGTTTCAAGCTGGGATCCTTGTATTCACTGACCGTCAAGACCGTGCCGCAACTGATCATGGGCCTGAAGATCCGCCGCAGCGAGCTCAACATCGATCTGATCATGGGCTCCAACATCGACCTGTTGTACAAGCTCAAGAACATGGAGGTCGATGCGATCCTGGTGTCGCTGGACGACAGCGTCAACGACCCGGATTGCGAGCAGATCGCGCTGTTTTCCGATGACATTTTCCTCGCCACGCCCGCCGACTCGCCCTTCGCCCAACGCAGCGAAGTCGACTTGGCCGAGGTCCGCGACGAGACCTTCATCACCCTGACCCAGGGCTTCGCCACGCATCAGGACGGTGTACGGGTGTTCAAGCAGGCGGGGTTCGAGCCGAAAGTGGCGATGCAGGTCAACGACATCTTCACCCTGCTGAGCATGGTCAGCTCCGGGGTGGGCTACGCCTTGCTGCCAGGCCGGATTGCGGCGGTGTATGAAAACCGGGTGAAGCTGATCCCGTTGCAGGAAAAGTACCGGTTGCAGCAGCACATCGGCGTGGTGTTCCTCAAGGCCAAGGAGCGCGATCCGAACTTGCTGGCGCTGCTGGCGGAATGCCGGATGTACGCCAATCGCCAGGCTTGA MLIDEELTLKKLEVFLAFMRTGNLARAAVELQTSNVSVHRAIHSLESALRCPLFKHEGRNLTPLESAYVLEERAQKLIQDVVESVRLTREAAGFSAERFKLGSLYSLTVKTVPQLIMGLKIRRSELNIDLIMGSNIDLLYKLKNMEVDAILVSLDDSVNDPDCEQIALFSDDIFLATPADSPFAQRSEVDLAEVRDETFITLTQGFATHQDGVRVFKQAGFEPKVAMQVNDIFTLLSMVSSGVGYALLPGRIAAVYENRVKLIPLQEKYRLQQHIGVVFLKAKERDPNLLALLAECRMYANRQA PGPT0001715_186 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALONATE_UTILIZATION,PGPT0001715-mdcR-K13928 NA NA D1-35_03698 618 hypothetical protein ATGTATCACGGGGAACGGCTCAACGCCTGGACGCACCTGGTGGGCGCGGTCGCCGCGTTTATCGGTGCGGTGTGGCTGCTGGTGATTGCCGGGATGGCCGGCGATCCGTGGAAGATCGTCAGCGTGGCGATCTACGGGTTCACCTTGCTGGTGCTCTACAGCGCATCGACGGTTTATCACAGCGTGCGCGGGCGCAAGAAAGAGATCATGCAGAAGGTCGATCACTTTTCGATCTATCTGCTGATTGCCGGCAGCTACACGCCGTTCTGCCTGGTAACGCTGCGCGGGCCGTGGGGCTGGACGTTGTTCGGGATCGTCTGGGGGCTGGCGGTGATCGGTATCCTGCAGGAAATCAAGCCGCGTTCCGAAGCGCGGATCCTCTCGATCGTCATCTATGCGGTGATGGGCTGGATCGTTCTGGTGGCGGTCAAACCGCTACTGGCGGCGCTGGGCAGCGCCGGGTTTGCCTGGCTGGCCTCGGGAGGCGTGCTGTATACCGTCGGCATCATCTTCTTCGCGCTCGACCATCGCCTGCGCCACGCCCATGGCATCTGGCACCTTTTTGTCATCGCCGGCAGCCTTTTGCATTTCGTGGCGATTCTGTTCTACGTGCTTTGA MYHGERLNAWTHLVGAVAAFIGAVWLLVIAGMAGDPWKIVSVAIYGFTLLVLYSASTVYHSVRGRKKEIMQKVDHFSIYLLIAGSYTPFCLVTLRGPWGWTLFGIVWGLAVIGILQEIKPRSEARILSIVIYAVMGWIVLVAVKPLLAALGSAGFAWLASGGVLYTVGIIFFALDHRLRHAHGIWHLFVIAGSLLHFVAILFYVL NA NA NA NA NA D1-35_03699 924 hypothetical protein ATGCGCCTTCGTCATATCGAGATTTTCCAGGCGATTCGCCAGACCGGCTCCATCAGCGGCGCCGCCCAGTTGCTGCACGTTTCCCAGCCGGCGGTGACCAAGGTGCTGCAGCATGCCGAGCAGCAATTGGGGTTTGCGTTGTTCCTGCGGGTGCGCGGCAAGTTGCAGGCCACGCCCGAAGCGCTGGAGCTGGAACGCGAGGTCGACAAGGTCAGCGAAAGCCTGCAAGGCGTGCGGCGCCTGGCCCAAAGCCTGCGCCGCGAGCCGGGGCACAGCTTGCGAATCGGCGCCACACCGGCCTTGGCCCTGTCGCTGCTGCCCACGGCTATCCACCAATGGACCCGACGCTACCCGGACATCGTCTGCGAATTGTCGAGCGCCCACAGCCGCGAACTGACGCAAAACCTGCTGATGCGCGAGATCGATGTAGCCCTGAGCTTGCAATTGCCCGATCACCCAGGCCTCAAGGCCGAGCCCCTCGCCAGCGGCGTATTGGTAGCCCTGGCACCGAGCGGTCACTGGCCCGAAGCGGTAATCGGCACGCCTATGCCGTTGCAGGAGCTGGCCGGCGCGCCGTTGATCGGCTTGTCCAGCACCGACCCGCTGTCCGCCAGGCTGGATGGCTACCTCAAGTCAGTGGAGCCGCCGCCCCGAGTTAGCATTGCCGTGCAGACGTATTCACTGGCCCGGGCCATGGTCGAATCCGGCGCAGGGCTGGCGGTCATCGACCCGTTTACCGCCTTGGGGGCTTCACGCGCCCGTACGGCTATCCGGCCATTGTCGCCACCGTTGCCCATTGCCTTGTACGCCGTAACCCGCGCCAATGAAGCCCCCCCCCACACCGTGGGGGCCTTGCTGGAAATTGTCGCCAGCCAGGCCCAGGCGCAACTTGATCGCCTGTTTGCGACCGCTCAAAGCACGTAG MRLRHIEIFQAIRQTGSISGAAQLLHVSQPAVTKVLQHAEQQLGFALFLRVRGKLQATPEALELEREVDKVSESLQGVRRLAQSLRREPGHSLRIGATPALALSLLPTAIHQWTRRYPDIVCELSSAHSRELTQNLLMREIDVALSLQLPDHPGLKAEPLASGVLVALAPSGHWPEAVIGTPMPLQELAGAPLIGLSSTDPLSARLDGYLKSVEPPPRVSIAVQTYSLARAMVESGAGLAVIDPFTALGASRARTAIRPLSPPLPIALYAVTRANEAPPHTVGALLEIVASQAQAQLDRLFATAQST NA NA NA NA NA D1-35_03700 1242 dadA1_2 COG0665 D-amino acid dehydrogenase 1 ATGGCTCAGCGGGTATGCATCATTGGCGGCGGCGTGGTCGGCCTGGCGACGGCTTACGCGCTGGTCCGCGATGGGATCGACGTCACGCTGGTGGAGGCGCGCGATGCATTGGGCAGCGAGACCAGCTTCGCCAACGGCGGCCAATTATCCTATCGCTACGTCACGCCGCTAGCCGACGCCGGGGTGCCGTGGCAGGCCTTGGGCTGGATGTTGCGCGGCGATTCGCCGCTCAAGCTGCGTCCGCGCCTGGACCCGGCCCAGTGGCGCTGGATGGCAGCGTTCATCGCCGCATGCCGGACTTCGGTCAACCGGCGCAACGGCGCCCATCTGTTGCGCCTGGCGCTGTTGAGCCAGACGACGCTGCGGATCTGGCGCGAAGAGGATCATCTCGATGGCTTCGAGTGGCGGCGCAACGGCAAGCTGGTGACGTTTCGCAGTGCCAGCCATTTTGCGCATGCCCGGCAACGTGTGGCCGACGCTGTTCATCAGCAGGTACTGGGCCCGAACGAATGCACGACGCTGGAACCTGCGCTGGCCGGCGTGCCGTTCGTGGGCGGCATCTACACACCTGATGAGGAAGTCGCCGATTGCCATGGCTTCTGCCTGCAACTCGCGGCGCGGCTGCGCGCTTCGGGGCGCTGCGAATTCCTCTTGGGGCGCGCGGTGACCGCTATCGAGCATGCCGACGGCGCGGTGCACGCCATCAACCTGGGCGAGCAGCGTGTGGAGGTCGAGCACCTGGTAATCGCCGCCGGCCACCGCAGCGTTGCGCTGGCATTGCCAGGCGTGCGGATGCCGCTGTATCCGCTCAAGGGCTACAGCCTGACGGTGCCGATCGACGCCCGGCATCGGGCGCCGGAACTGAGCATCACCGACTACGACCGCAAGGTCGTCTACGCGCGCATCGGTGAGCAGCTGCGGGTGGCGGCCATGGTCGACATCGTCGGCTTCGACCCGGCGCCGGATCCCAGACGCCTGGCTCTGATTCGGCGCCAGGCCATGGAAACATTTCCCATGGCCGGTGATTACGATCGCGCTGTGGAATGGGCGGGCATGCGCCCGGCGACGCCTAGCGGCGTGCCACTGATCGGCGCCAGCCCTTATCGCAACCTGTGGCTCAACCTCGGCCATGGTGCCTTGGGTTTTACCCTGGCCTGCGGCAGCGGTCGCTTGCTCAGTGAAATGATCCGCCAACGCACACCTTCCATCGACCTGCAGGGCCTCACGCCCCGCGCCGCCTGA MAQRVCIIGGGVVGLATAYALVRDGIDVTLVEARDALGSETSFANGGQLSYRYVTPLADAGVPWQALGWMLRGDSPLKLRPRLDPAQWRWMAAFIAACRTSVNRRNGAHLLRLALLSQTTLRIWREEDHLDGFEWRRNGKLVTFRSASHFAHARQRVADAVHQQVLGPNECTTLEPALAGVPFVGGIYTPDEEVADCHGFCLQLAARLRASGRCEFLLGRAVTAIEHADGAVHAINLGEQRVEVEHLVIAAGHRSVALALPGVRMPLYPLKGYSLTVPIDARHRAPELSITDYDRKVVYARIGEQLRVAAMVDIVGFDPAPDPRRLALIRRQAMETFPMAGDYDRAVEWAGMRPATPSGVPLIGASPYRNLWLNLGHGALGFTLACGSGRLLSEMIRQRTPSIDLQGLTPRAA PGPT0020315_3115 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 D1-35_03701 903 gltI_2 COG0834 Glutamate/aspartate import solute-binding protein ATGCAAAAAATCACGTTGATCGGCTGTACCTTGAGCCTGCTGCTCGGCGCCCAGGCTTTTGCCAATGAAGCGCCTCCGGCCGGCACGCTGGAAAAGATCGCCAGCAACAAAAGCATCACGCTGGGCTATCGTGACGCCTCGGTGCCGTTTTCCTATGTCGGGGACAACAGCGGCAAACCGATGGGGTATTCGGTGGAGCTGGCGGGCAAGATCGTCGAGCGCATCAAGCAGCAACTGGCGCTGCCGCAACTGAGCGTGAAGTACAACCTGGTGACTTCCCAGACACGAATCCCGCTGGTGCAGAACGGCACCGTGGATCTGGAATGCGGCTCCACCGGCGTGACCGCCGAGCGGCAGAAGCAGGTGGCGTTTTCCTACGGGTTCATTTACGTGAAGGGCCAGTTGCTCACGGCCAGGGACAGCGGCATCCGGAGTTTCGCCGACCTGCGTGGCAAGAATGTGGTGACCACCGCCGGCACGACCAACGAGCGGTTCCTGAAGAGCTACAACCAGGACAACAAAGTCGACATGTTCGTCATCAGTGCCAAGGACCATGGCGAAGCCTTCCAGATGCTCGAGACCGGCCGGGCGGCGGCGTTCTACATGGACGATGCGCTGCTCTACGGCGAACGGGCCAAGGCGCGCGATCCGCATAAATGGGTGGTGGTCGGAGAAGAGCAGTCGCGGGAAATCTACAGCTGCATGGTGCGCAAGGACGATCCGCAATTCCTGGCGCTGGTCAACGCGACCCTGGCGGACTTGTACAAGTCAGGGGAAATCAATGCCATCTACGATCGCTGGTTCCAGAAGCCGATCCCGCCCAAGGGCCTGAATCTGGAATTTCCGATGACCAGCGAGTTGAAGGCGATCATCGCCAGGCCGACCAGCGAGCCGGTGCAGTAG MQKITLIGCTLSLLLGAQAFANEAPPAGTLEKIASNKSITLGYRDASVPFSYVGDNSGKPMGYSVELAGKIVERIKQQLALPQLSVKYNLVTSQTRIPLVQNGTVDLECGSTGVTAERQKQVAFSYGFIYVKGQLLTARDSGIRSFADLRGKNVVTTAGTTNERFLKSYNQDNKVDMFVISAKDHGEAFQMLETGRAAAFYMDDALLYGERAKARDPHKWVVVGEEQSREIYSCMVRKDDPQFLALVNATLADLYKSGEINAIYDRWFQKPIPPKGLNLEFPMTSELKAIIARPTSEPVQ PGPT0000750_535 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000750-gltI|aatJ-K10001 NA NA D1-35_03702 720 rsmE COG1385 Ribosomal RNA small subunit methyltransferase E ATGAGACTCTCCCGCTTCTTCATCGACACGCCCCTGAGCCTCGGCGATCACGAGCTGCCCGAAGCCCAGGCCCACTACATCGGCCGGGTGCTGCGCATGGCCGAGGGCGACGCGGTGCAAGTATTCGACGGCTCCGGACAGGAGTTTCGCGGCACCCTGGCCGAGGTCGGCAAAAAGCGCGTGCGCGTGCAGCTCGACGAGCAATTTGCCGGACAGGCCGAGTCGCCCTTGCGCATTCATCTCGGTCAGGGCCTGTCCCGGGGCGAGCGCATGGACTGGGCGATCCAGAAGGCCACGGAACTGGGCGTCAGCGAGATCACCCCGATATTCACCGAGCGCTGTGAAGTGCGCCTCAAGGACGAACGCGCCGACAAGCGTCTGCTGCACTGGCGCCAGGTGGCGATCAGCGCTTGCGAGCAATGCGGGCGTTCCAGTGTGCCGGTGATCCATCCTCCGCTGCTGCTGGTCGACTGGTTGAAACAGACCGACGCCGAGCTGAAACTGGTCCTGCACCCGGTCGCCGAACCGCTGGTCAGTCATGCCAGGCCGTCGACCCTGGCGTTCCTGATCGGCCCCGAGGGCGGGTTGTCGGATGCTGAAGTCGAACAGGCCAGGACCGCCGACTACCACGCCGCCCGCCTCGGTCCCCGCGTGCTGCGTACCGAAACCGCGCCGGTGGTGGCGCTGGCGGTGGCGCAGCAGTTGTGGGGGGATTTCTAA MRLSRFFIDTPLSLGDHELPEAQAHYIGRVLRMAEGDAVQVFDGSGQEFRGTLAEVGKKRVRVQLDEQFAGQAESPLRIHLGQGLSRGERMDWAIQKATELGVSEITPIFTERCEVRLKDERADKRLLHWRQVAISACEQCGRSSVPVIHPPLLLVDWLKQTDAELKLVLHPVAEPLVSHARPSTLAFLIGPEGGLSDAEVEQARTADYHAARLGPRVLRTETAPVVALAVAQQLWGDF NA NA NA NA NA D1-35_03703 1407 bioA Adenosylmethionine-8-amino-7-oxononanoate aminotransferase ATGGGCCTGAATAACCAGTGGATGCAGCGCGATCTTGCCGTGCTATGGCACCCCTGCACCCAGATGAAAGATCACGAACAGCTGCCGCTGATTCCTATCCGGCGCGGCGAAGGCGTGTGGCTTGAGGACTTCGAAGGCAAGCGCTACCTCGATGCGGTGAGTTCCTGGTGGGTCAATGTGTTCGGCCACGCCAACCCGCGCATCAACCAGCGCATCAAGGATCAGGTCGATCAGCTTGAGCATGTGATCCTCGCCGGTTTCAGCCACCAGCCGGTGATCGAGTTGTCCGAACGCCTGGTGAAGATGACGCCCGAAGGCCTGACCCGGTGCTTCTATGCCGATAACGGCTCGTCCTGCATCGAAGTGGCGATGAAGATGAGCTTTCATTACTGGATCAATCGCGGCCGGCCCGACAAGAAACGCTTCGTTACCCTGAGCAACAGCTACCACGGCGAAACCATCGCGGCGATGTCGGTGGGCGATGTACCGCTGTTCACCGAAACCTACAAGGCGTTGTTGCTGGACACGCTCAAGGTGCCGAGCCCCGACTGCTACCACCGCCCCGAAGGCATGGGCTGGGAAGAACATTCGCGAAACATGTTCGCGGCCATGGAGCAAACCCTGGCCGAGCACCACGACACGGTGGCGGCGGTGATCGTCGAACCGCTGATCCAGGGCGCCGGCGGCATGCGCATGTACCACCCGGTGTACCTGAAGCTATTGCGTGAAGCCTGCGACCGCTATGGCGTGCACCTGATCCACGACGAAATCGCGGTCGGCTTCGGCCGCACCGGGACGATGTTTGCCTGCGAACAGGCCGGTATCACGCCAGACTTCCTTTGCCTGTCCAAAGCCCTGACCGGCGGCTACCTGCCGCTGGCGGCGTGCGTGACCACCGATGAGGTCTACAGCGCGTTCTACGACGACTACCCGACCCTGCGCGCCTTCCTGCATTCCCACAGCTACACGGGCAATCCGCTGGCTTGCGCGGCGGCGCTGGCGACCCTGGATATTTTCGAAGACGACAATGTCATCGAAACCAACAAGGCCCTGGCCCAGCGCATGGCCAGCGCCACCGCCCACCTGGTCGACCACCCGAACGTGGCCGAAGTGCGCCAGACCGGCATGGTCCTGGCCATCGAGATGGTCAAGGACAAGGCGAGCAAAACCGCGTACCCATGGCAGGAGCGGCGCGGCCTGACGGTCTTCCAGCATGCCCTGGAGCGCGGCGCCCTGCTGCGGCCGCTGGGCAGCGTTGTATATTTCCTGCCGCCGTATGTCATTACGCCGGAGCAGATCGATTTTCTGGCGGAAGTTGCCAGCGAAGGGATCGATATCGCCACCCGGGACAAGGTCAGCGTGGCGGTGCCGAAGGATTTCCACCCGGGGTATCGCGATCCGGGCTGA MGLNNQWMQRDLAVLWHPCTQMKDHEQLPLIPIRRGEGVWLEDFEGKRYLDAVSSWWVNVFGHANPRINQRIKDQVDQLEHVILAGFSHQPVIELSERLVKMTPEGLTRCFYADNGSSCIEVAMKMSFHYWINRGRPDKKRFVTLSNSYHGETIAAMSVGDVPLFTETYKALLLDTLKVPSPDCYHRPEGMGWEEHSRNMFAAMEQTLAEHHDTVAAVIVEPLIQGAGGMRMYHPVYLKLLREACDRYGVHLIHDEIAVGFGRTGTMFACEQAGITPDFLCLSKALTGGYLPLAACVTTDEVYSAFYDDYPTLRAFLHSHSYTGNPLACAAALATLDIFEDDNVIETNKALAQRMASATAHLVDHPNVAEVRQTGMVLAIEMVKDKASKTAYPWQERRGLTVFQHALERGALLRPLGSVVYFLPPYVITPEQIDFLAEVASEGIDIATRDKVSVAVPKDFHPGYRDPG PGPT0022100_202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022100-bioA-K00833 NA NA D1-35_03704 1761 mnmC_3 tRNA 5-methylaminomethyl-2-thiouridine biosynthesis bifunctional protein MnmC ATGTCTGCTGGTTGGCTGCGCGCCTGTGCGCTGGTGATGATAGGGCTGTTCAGCGTTTCGGCGCTGGCCAAGGACAAACAACCGACGGCCATCGTCATCGGCGGCGGGCTGGCCGGGCTCACGGCGGCCTACGAGTTACAGAACAAGGGCTGGGCCGTGACCCTGCTGGAAGCCAAACCGAGCCTGGGCGGCCGTTCGGGCATGGCCACCAGCGAGTGGATCGGCAACGATAAGGTCCAGCCGGTACTGAACAAGTACGTTTCGACCTTCAAACTGAGCACCACGCCGGCGCCGGAATTCGTGCGCACCCCCAGCTATCTGATCGACGGCACCTATTTTACTGCCACCGACCTGGCGACCAAGCAGCCAGCCACGGCCGAGGCGCTCAAGCGCTACGAAACCACCCTGGATGATCTGGCCCGTTCCATCGACGACCCACTGAACCCGACGGCTACCAGTACGTTACACGCGCTCGACCAGATCACCGTGTCCAACTGGCTGGACCGCTTGCAATTGCCGGCGACCGCCCGACAGTTGGTCAACCAGGAAATCCGCACGCGCTATGACGAGCCGTCGCGCCTGTCGTTGCTGTATTTCGCCCAGCAGAACCGCGTCTATCGCGGCGTGTCCGACCGTGACCTGCGCGCCTCGCGCCTGCTCGGTGGCAGCCCGGTATTGGCCCAGGCGTTCGTCAAGCAACTGAAAACCATCAAGACGAGCTCGCCGGTGTCGGCCATTTCCCAGGACAAGGACGGCGTCACCGTCAAGGTCGGCAGCGTCGGTTACCAGGCCGACTATGTTGTACTGGCCGTGCCCTTGCGAGCATTGAACAAGATTCAGCTGACCCCGGCCCTGGATGCCCAGCACCTGGGTGCGATCAAAGGCACCAACTACGGCTGGCGCGACCAGATCATGCTCAAGTTCAAGACCCCGGTCTGGGACAGCAAGGCACGCATGTCGGGCGAGATCTACAGCAACGCTGGCCTGGGCATGATGTGGATCGAGCCGGCCATGAAGGGTGGCGCCAACGTTGTCATCAACCTGTCCGGCGACAACGCACGGGTGATGCAGGCCTTCGGCGACAAGCAGATGGTCGACCAGGTGTTGATCCGCCTCCACGCGTTTTATCCACAGGCGCGCGGTGCATTCACCGGTTATGAAATCCGCCGCTACAGCACCGACCCTGCCATGGGCGGCGCGTACCTGGCGTTTGGTCCGGGCCAGATCAGCAAGTACTGGCGCCTGTGGGAAAAACCATTGCAGCGCGTCGCCTTTGCCGGCGAACACACCGACGCGCTGTACCCAGGCACCCTGGAAGGCGCACTGCGCAGCGGCCAGCGCGCCGCCAGCCAGGTTGAAGACCTGGCGGCGGGCAAGTCGTTCGAACCACCGAAGGTCGCCCCGGCCGCAGCAGCTGCCGCCGGAGCGGTGGCGGCGAAGAAAGGCAACTTCTTCAGCAACCTGTTCGGCGGCTCGGATGACGACAAGAAGCCGGAGCCGGCCAAGGCTCCCGAGCCGGTAGCACCGCCTCCAGCGCCGGCACCGGCCCCCGTCCCAGCCCCTGCGCCGGTGGAACCACCCGCGCCGGCGCCAGCGAAGACCGAGCCAGCCAAGAAAGCCACGGCCAAGCCAGCGGCGAAGAAGCCGGCGGCCAAGGCCCCGGCTAAAAAGGCCCCGGCCAAGGCACCAGTGAAAAAGGCTGAGCCAGTGAAGAAACCCGCCGCCAAACCGGCGGCAACTACTGAGACGAAGGCTCAGTAA MSAGWLRACALVMIGLFSVSALAKDKQPTAIVIGGGLAGLTAAYELQNKGWAVTLLEAKPSLGGRSGMATSEWIGNDKVQPVLNKYVSTFKLSTTPAPEFVRTPSYLIDGTYFTATDLATKQPATAEALKRYETTLDDLARSIDDPLNPTATSTLHALDQITVSNWLDRLQLPATARQLVNQEIRTRYDEPSRLSLLYFAQQNRVYRGVSDRDLRASRLLGGSPVLAQAFVKQLKTIKTSSPVSAISQDKDGVTVKVGSVGYQADYVVLAVPLRALNKIQLTPALDAQHLGAIKGTNYGWRDQIMLKFKTPVWDSKARMSGEIYSNAGLGMMWIEPAMKGGANVVINLSGDNARVMQAFGDKQMVDQVLIRLHAFYPQARGAFTGYEIRRYSTDPAMGGAYLAFGPGQISKYWRLWEKPLQRVAFAGEHTDALYPGTLEGALRSGQRAASQVEDLAAGKSFEPPKVAPAAAAAAGAVAAKKGNFFSNLFGGSDDDKKPEPAKAPEPVAPPPAPAPAPVPAPAPVEPPAPAPAKTEPAKKATAKPAAKKPAAKAPAKKAPAKAPVKKAEPVKKPAAKPAATTETKAQ PGPT0007641_160 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007641-aofH-K00274 NA NA D1-35_03705 162 hypothetical protein ATGAAAATACTGATGGCAATGCTCGTATCGGTTTCGCTGTACGGGTGTGTGTATGGTGAATGTCGGGATCCCCTGATGATCCCGATGGTTCCGGAACGGGACCCTCAGTTGGCGTACAAATGCACCTTCGACCCATACCACCCCAAATGCTCAGTGAATTGA MKILMAMLVSVSLYGCVYGECRDPLMIPMVPERDPQLAYKCTFDPYHPKCSVN NA NA NA NA NA D1-35_03706 552 yceJ_3 COG3038 Cytochrome b561 ATGCAGCTACGCAACTCTTCTTCTCGCTATGGCTGGGTCAGCATCGTTTCGCACTGGGCCGTTGCCTTGGCGGTGTATGGGCTGTTCGCGCTGGGCCTGTGGATGGTCGGGCTGGATTATTACAGCACCTGGCGCAAAGACGCGCCGGACATCCATAAGAGCATCGGCCTGGTGCTGTTGGCGGTGATGGTGCTGCGAGTGATCTGGCGTTTCGTCAGCCCGCCGCCACCGACCCTGGAGACCTATGGCCGCCTTACACGCGTCGGCGCCAGGATTGGCCATAGTGCACTGTATCTCGGGCTGTTCGCCGTGATGATCGCCGGTTACCTGATTTCCACCGCAGACGGTGTCGGGATCTCGGTGTTTGGTTTGTTTGAAGTACCCGCGCTGGTGTCCGGACTGCCCGATCAGGCAGACGTCGCCGGCCAGATCCACTTCTACCTGGCATGGGCGCTGGTAATTTTTTCCGGCCTCCATGCGTTGGCAGCATTGAAGCACCACTTTATCAACCGTGACGCGACCCTCAAGCGCATGCTGGGGCGCCAAGCCTGA MQLRNSSSRYGWVSIVSHWAVALAVYGLFALGLWMVGLDYYSTWRKDAPDIHKSIGLVLLAVMVLRVIWRFVSPPPPTLETYGRLTRVGARIGHSALYLGLFAVMIAGYLISTADGVGISVFGLFEVPALVSGLPDQADVAGQIHFYLAWALVIFSGLHALAALKHHFINRDATLKRMLGRQA NA NA NA NA NA D1-35_03707 615 yceI COG2353 Protein YceI ATGTTCAACCTCGACTCCAAAGGAATAGAAAGCATGTTGAAAAAGACGCTCGCCGCCCTGGCAATCGGTTCCGCCCTGCTGTCCGCCGGCCAGGCCATGGCCGCAGACTACGTGGTCGACAAGGAAGGCCAGCATGCCTTCGTCGACTTCAAGATCAGCCACCTGGGCTACAGCTACATCACCGGTACCTTCAAGGACATCGACGGCAAGTTCAGCTTCGACGCCGCCAAGCCTGAAGCCAGCAAGATCGAATTCAACGTCAACACCGCCAGCGTGTTCACCAACCACGCCGAACGTGACAAGCACATCGCCAGCGCTGACTTCCTGAACGCCAGCAAATTCGGCAAGGCCACCTTCGTGTCCACCAGTGTCAAGTCCACCGGCGCAAACACCGCCGATGTGACCGGTGACCTGACCCTGCTGGGCGTGACCAAGCCGGTCGTGGTCAAGGCAACCTTCCTGGGCGAAGGCAAGGACCCATGGGGTGGCTACCGTGCCGGCTTCGAAGGCACTACCACGATCAAGCGTTCCGACTTCGGCAAGCAGAAAGACCTGGGTCCGAAATCCGACGTGGTCGAGCTGTACGTGACGTTTGAAGGTGTTCAGCAGAAGTAA MFNLDSKGIESMLKKTLAALAIGSALLSAGQAMAADYVVDKEGQHAFVDFKISHLGYSYITGTFKDIDGKFSFDAAKPEASKIEFNVNTASVFTNHAERDKHIASADFLNASKFGKATFVSTSVKSTGANTADVTGDLTLLGVTKPVVVKATFLGEGKDPWGGYRAGFEGTTTIKRSDFGKQKDLGPKSDVVELYVTFEGVQQK NA NA NA NA NA D1-35_03708 1875 rhlE_2 ATP-dependent RNA helicase RhlE ATGTCCTTTGCTTCCCTCGGTCTCTCCGAGGCTTTAGTCGGCGCCATCGAAGCCGCCGGCTACACCCAGCCTACCCCGGTGCAACAGCGGGCCATCCCCGCCGTGTTGCAAGGTCGCGACCTGATGGTCGCCGCACAGACAGGTACTGGTAAAACCGGCGGTTTCGCCCTTCCGATCCTGGAGCGGCTGTTCCCCAACGGTCATCCGGACAAATCCCAGCGTCACGGCCCGCGCCAACCCCGCGTGCTGGTCCTGACCCCAACCCGCGAACTGGCGGCCCAGGTCCACGAGAGCTTCAAGGTCTACGCGCGTGACCTGAAGTTCGTCAGCGCCTGCATCTTCGGCGGCGTCGGCATGAACCCGCAGGTCCAGGCCATGGCCCGTGGCGTCGATGTCCTGGTGGCCTGCCCCGGCCGCCTGCTGGACCTGGCCGGCCAGGGCAGCGTCGACTTGTCCCACGTGGAAATCCTCGTGCTGGACGAAGCCGACCGCATGCTCGACATGGGTTTTGTCCATGACGTTAAAAAAGTGCTGGCCCGCCTGCCAGCCAAGCGCCAGAACCTGCTGTTCTCGGCGACGTTCTCCAAGGACATCACTGACCTTGCCGGCAAGCTGCTGCACAACCCGGAACGCATCGAAGTCACGCCGCCGAACACCACGGTCGAGCGCATCGAGCAACGCGTGTTCCGCCTGCCGGCCAGCCACAAGCGTGCCCTGCTGGCCCACCTGATCACCACGGGCGCCTGGGAACAGGTCCTGGTCTTCACCCGCACCAAGCACGGCGCCAATCGCCTGGCCGAATACCTGGACAAGCACGGCCTGCCAGCTGTGGCGATCCACGGCAACAAGAGCCAGAACGCCCGCACCAAGGCCCTGGCCGACTTCAAGGCCGGCGAAGTGCGCATCCTCGTAGCCACCGACATCGCCGCCCGTGGCCTCGATATCGACCAGTTGCCTCACGTGGTCAACTTCGAGCTGCCGAACGTCGATGAAGATTACGTCCACCGTATCGGCCGTACCGGCCGGGCCGGTCGTTCGGGCGAGGCGATTTCCCTGGTCGCGCCGGATGAAGAGAAGTTGCTCAAAAGCATCGAGCGCATGACCAAGCAGAAAATCCCTGACGGCGACCTGATGGGCTTTGATGCCAGCACCATCGAGGCCGAGAAGCCTGAAGTGCGTGAGCGTCCGGATGTGCGCAATCCGCGTAATCCTCGTGGCCCGCGTGGCGACGGCCCGAATGGCGGCGGTGGTGGCGGCGGTCGTAAGGACAAAGGCAAGGACAAGGGCAAGGAAAAATCGGCCAGCAACAGCAACGGTCGCGGCGAACGCCCAGCCCGCGAGCAGAAGCCCCGCGAAGGCACTCCGGCCCGTGAGCAGCAACGCCCTGCCCCGCGCGCCGCGGCCGCCGACCGCGCCCCGGACGAATTCCTCGACGACGATGTCGATAACTTCGGTAACCGCGTGGACTACGTGCCGCAGCAGAAACCGGCCCAGGGTCGCGGTCGCCGTCCGGGCGCCCCGGCAACAGGCGCTGGTGCCGGCGCCCCCCGCGGTGGCCAGCCACAGGGTCGCCAGAACGGACCGCGCAACAGCAACGGCTCGTCCACCGGCACTCCGCCAGGCAAGCGCAGCGGTCCGCGTAATGGCGCCCCACGTGACGGCCAGGCCCGCCGCGAAGAGTCCCGTCCACGCCGCCCGGCACGTGACGATGACCAACCTCGTCAGGAACCTGCCGTGCAGAACCCGCGTGGCAACCAGCCGAAAATCATGCACAAGGAATCGAAGGTTGATCGTTTCCCGACGCCTGAACAGCTGGACCAATTGCCAAGCCGTCCACGTGGCGAAAAGCCGGCCTTGCTGACGCGCAATCGCTGA MSFASLGLSEALVGAIEAAGYTQPTPVQQRAIPAVLQGRDLMVAAQTGTGKTGGFALPILERLFPNGHPDKSQRHGPRQPRVLVLTPTRELAAQVHESFKVYARDLKFVSACIFGGVGMNPQVQAMARGVDVLVACPGRLLDLAGQGSVDLSHVEILVLDEADRMLDMGFVHDVKKVLARLPAKRQNLLFSATFSKDITDLAGKLLHNPERIEVTPPNTTVERIEQRVFRLPASHKRALLAHLITTGAWEQVLVFTRTKHGANRLAEYLDKHGLPAVAIHGNKSQNARTKALADFKAGEVRILVATDIAARGLDIDQLPHVVNFELPNVDEDYVHRIGRTGRAGRSGEAISLVAPDEEKLLKSIERMTKQKIPDGDLMGFDASTIEAEKPEVRERPDVRNPRNPRGPRGDGPNGGGGGGGRKDKGKDKGKEKSASNSNGRGERPAREQKPREGTPAREQQRPAPRAAAADRAPDEFLDDDVDNFGNRVDYVPQQKPAQGRGRRPGAPATGAGAGAPRGGQPQGRQNGPRNSNGSSTGTPPGKRSGPRNGAPRDGQARREESRPRRPARDDDQPRQEPAVQNPRGNQPKIMHKESKVDRFPTPEQLDQLPSRPRGEKPALLTRNR PGPT0013740_103 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_03709 777 hypothetical protein ATGCCCGTCTTTACCCAACTCCTGACCGTCCTGTTACTCCTGTGCCTGAGCGTTTGCGCCCGGGCCGAGAAGCTGCGCATCGTCACCGAACCCTGGGCGCCCTACGTCTATGAGGAGAACGGCAGGGCCCTGGGCCTGGACTATGAAACCACCGCCATCGTGTTCAAGCGCCTGGGCGTTGATGTCGAATGGCAGTTCCTGCCTTGGAAGCGTTGCCTGGCGATGCTGGAACAGGGGCTGGCAGACGGTGCACTGGATATCTTTCGCAGCGAGGAGCGCGACTCCCTGCTGCTCTACCCGAGCGAACCGCTGTCGGACGTCGAGTTCGTGATGTTCTACGCCAACGCCCGGCCCCATCCGTTTCGCACGCTCGACGAGCTCGAAGGACTGACCGTCGGCACGTCTCCGGGTTATCTGTACAGCCAGGCGTTCAGGGAATCGACCCGGTTCAAGCGGGAAACCGCGCCCACCCATGAAGCCAATTTCGGCAAGTTGCAGTTGGGCCGGATCGACCTGCTCATCACCGACCGCCGAGTGGGCCGGCATGTGCTCAAGGCGCTGCAACTGGGTGACCAGATCAGCGAAAATCCCACGGTCGTGAGCCGTCAAAGCCAATACCTGGCGGTACGGCGCAGCGCCGGCATGGATTTGCTGGTGCAGCGCTTCGGTGCTGAACTCAAGCGTTTCAAGCGCGAACCGGCCTATGCCGAGCTGAGCGCCCGCTATGGTGCAGACCCGGCCGGCAAGGCGGCACCGCAAGACCCGGTACCCCACTGA MPVFTQLLTVLLLLCLSVCARAEKLRIVTEPWAPYVYEENGRALGLDYETTAIVFKRLGVDVEWQFLPWKRCLAMLEQGLADGALDIFRSEERDSLLLYPSEPLSDVEFVMFYANARPHPFRTLDELEGLTVGTSPGYLYSQAFRESTRFKRETAPTHEANFGKLQLGRIDLLITDRRVGRHVLKALQLGDQISENPTVVSRQSQYLAVRRSAGMDLLVQRFGAELKRFKREPAYAELSARYGADPAGKAAPQDPVPH PGPT0020800_11498 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 D1-35_03710 846 metF COG0685 5,10-methylenetetrahydrofolate reductase ATGTCCCAAGAACGTCGCTACAGCTTCGAGTTCTTCCCGACGAAGACCGATGCTGGGCATGAAAAACTGATTGCCACTGCCCGACAGCTGGCAGGCTACAAACCTGATTTTTTCTCCTGCACCTATGGCGCCGGCGGTTCGACCCGTGACCGCACGATGAATACCGTGCTGCAGCTTGAAAGCGAAGTCAAAGTCCCGGCCGCTCCGCACCTGTCCTGCGTGGGCGATAGCAAGGATGACCTGCGTAGCCTGCTGACCCAGTACAAGGCCGCCGGCATCAAGCGTATCGTCGCCCTGCGCGGTGACCTGCCCTCGGGCATGGGCATGGCCAGCGGTGAACTGCGGCACGCCAACGAGCTCGTCGAGTTCATCCGCCAGGAGACCGGCGAGCACTTTCATATTGAAATCGCCGCGTATCCGGAGATGCATCCGCAAGCACGCAATTTCGAAGACGACCTGAGCAATTTCGTGCGCAAGGCCAACGCCGGCGCCAACAGCGCGATTACCCAGTATTTCTTCAACGCCGACAGCTACTTCTACTTCGTCGAGCGTGTGCGCAAGTTGGGTGTCGACATTCCGGTGGTACCGGGCATCATGCCGATCACCAACTACAGCAAACTGGCGCGTTTTTCCGACGCCTGCGGCGCGGAAATCCCGCGCTGGATCCGCAAGCAACTGGAAGCCTACGGCGATGACACGGCCAGCATCCAACGCTTCGGCGAGGAGGTCATCACGCACATGTGTGAACGACTGTTGCAAGGTGGCGCGCCGGGCCTGCACTTCTACACGTTGAACCAGGCCGAGCCGAGCCTCGCTGTGTGGAACAACCTCAAGCTGCCGCGCTAG MSQERRYSFEFFPTKTDAGHEKLIATARQLAGYKPDFFSCTYGAGGSTRDRTMNTVLQLESEVKVPAAPHLSCVGDSKDDLRSLLTQYKAAGIKRIVALRGDLPSGMGMASGELRHANELVEFIRQETGEHFHIEIAAYPEMHPQARNFEDDLSNFVRKANAGANSAITQYFFNADSYFYFVERVRKLGVDIPVVPGIMPITNYSKLARFSDACGAEIPRWIRKQLEAYGDDTASIQRFGEEVITHMCERLLQGGAPGLHFYTLNQAEPSLAVWNNLKLPR PGPT0008160_3558 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008160-metF-K00297 NA NA D1-35_03711 1410 ahcY COG0499 Adenosylhomocysteinase ATGAGCGCTGTTATCACGCCTGCAGCTTTTACCGACTACAAAGTCGCTGACATGTCCCTGGCTGCCTGGGGCCGTCGCGAAATCATCATCGCCGAATCCGAAATGCCAGCCCTGATGGGCCTGCGCCGCAAATACTCTGGCGAACAGCCATTGAAGGGCGCAAAAATCCTCGGCTGCATCCACATGACCATCCAGACCGCCGTGCTGATCGAAACCCTGGTTGCCCTGGGTGCCGAAGTGCGCTGGTCGTCCTGCAACATTTTCTCGACCCAGGACCAGGCCGCTGCCGCGATCGCCGCTGCCGGCATCCCGGTTTTTGCCTGGAAAGGCGAGACCGAGCAAGAGTACGAATGGTGCCTGGAGCAGACCATCCTCAAGGATGGCCAGCCATGGGACACCAACATGATTCTTGACGACGGCGGCGACCTGACCGAGCTGCTGCACAAGAAATACCCGGCCGTGCTGGACAAGGTCCACGGCGTGACCGAAGAAACCACCACCGGCGTCCACCGCCTGCTGGACATGCTGGCCAAGGGCGAGCTGAAGATTCCGGCCATCAACGTCAACGACTCGGTGACCAAGAGCAAGAACGACAACAAGTACGGTTGCCGTCACAGCCTCAACGACGCCATCAAGCGCGGCACCGACCACTTGCTGTCCGGCAAGCAGGCGCTGGTGATCGGCTACGGTGACGTGGGCAAGGGTTCGGCCCAGTCCCTGCGTCAGGAAGGCATGATCGTCAAGGTGTCCGAAGTCGATCCGATCTGCGCCATGCAAGCCTGCATGGACGGTTTCGAACTGGTATCGCCGTTCATCGACGGCAACAACGACGGCACCGAAGCCAGCGTCGACAAGGCACTGCTGGGCAAGATCGACCTGATCGTGACCACCACCGGCAACGTCAACGTCTGCGACGCCAACATGCTCAAGGCCCTGAAAAAGCGCGCCGTGGTCTGCAACATCGGTCACTTCGACAATGAAATCGACACCGCTTTCATGCGCAAGAACTGGGCATGGGAAGAAGTGAAGCCACAGGTGCACAAGGTTCACCGCACCGGTACCGGCAGCTTCGACCCGCAGAACGATGACTACCTGATCCTGCTGGCCGAAGGCCGCCTGGTGAACCTGGGCAACGCCACCGGTCACCCAAGCCGCATCATGGACGGTTCGTTCGCCAACCAGGTCCTGGCCCAGATCTTCCTGTTCGGCCAGAAATACGCCGACCTGCCACCGGCGCAGAAAGCCGAGCGCCTGACCGTTGAAGTATTGCCGAAGAAACTCGACGAAGAAGTGGCCCTGGAAATGGTCCGCGGTTTCGGCGGCGTGGTCACCAAGCTGACCAAGCAACAGGCTGACTACATCGGCGTGACCGTCGAAGGCCCGTTCAAGCCGCACGCCTACCGCTACTGA MSAVITPAAFTDYKVADMSLAAWGRREIIIAESEMPALMGLRRKYSGEQPLKGAKILGCIHMTIQTAVLIETLVALGAEVRWSSCNIFSTQDQAAAAIAAAGIPVFAWKGETEQEYEWCLEQTILKDGQPWDTNMILDDGGDLTELLHKKYPAVLDKVHGVTEETTTGVHRLLDMLAKGELKIPAINVNDSVTKSKNDNKYGCRHSLNDAIKRGTDHLLSGKQALVIGYGDVGKGSAQSLRQEGMIVKVSEVDPICAMQACMDGFELVSPFIDGNNDGTEASVDKALLGKIDLIVTTTGNVNVCDANMLKALKKRAVVCNIGHFDNEIDTAFMRKNWAWEEVKPQVHKVHRTGTGSFDPQNDDYLILLAEGRLVNLGNATGHPSRIMDGSFANQVLAQIFLFGQKYADLPPAQKAERLTVEVLPKKLDEEVALEMVRGFGGVVTKLTKQQADYIGVTVEGPFKPHAYRY NA NA NA NA NA D1-35_03713 402 hypothetical protein ATGAATTTCCACACCCGCAAATGGGTCAAGCCCGAAGACCTCAACCCCAACGGCACGCTGTTCGGTGGCAGCCTGCTGCGCTGGATCGACGAAGAAGCGGCGATCTATGCCATCGTCCAGCTCGGTAACCAGCGTGTGGTCACCAAATACATCTCCGAAATCAACTTTGTCAGCGCCTCGCGCCAGGGCGACATCATCGAACTGGGTATCACCGCCACCGAGTTCGGCCGCACGTCCATCACCCTGACGTGCGAGGTGCGCAACAAGATCACTCGCAAGAGCATCCTGACGGTGGAAAAGATGGTATTCGTCAACCTCGGTGAAGACGGCTTGCCCGCGCCCCATGGCCGGACCGAGATCAAGTACGTCAAGGATCAGTTCAAGGACGATACCGTCGAATAG MNFHTRKWVKPEDLNPNGTLFGGSLLRWIDEEAAIYAIVQLGNQRVVTKYISEINFVSASRQGDIIELGITATEFGRTSITLTCEVRNKITRKSILTVEKMVFVNLGEDGLPAPHGRTEIKYVKDQFKDDTVE PGPT0001830_10 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001830-yciA-K10806 NA NA D1-35_03714 885 yfdC COG2116 Inner membrane protein YfdC ATGGACACTCATAAAGACGGCAAGACCCCTGACCTCTCGGCAGAGGAGCAGCACGAGGTCGACCGCAACCAGCCGCCACGGGCGGCGGTATTGCATGAAATCATTCGCACCCAGGGTGATCAGGAGCTGGAGCGCAGTGTCGCCGCCCTGTGGTGGTCGGCCCTGGCGGCCGGTTTGACGATGGGCTTGTCGCTGATGGCGATGGGGCTGCTCAACTCCCGGTTGCCGGACCATGAAGGCTTCAAGGTCATCGCCAGTTTTGGCTACTGCGCCGGCTTCCTGGCCGTGATCCTCGCGCGGCAGCAGTTGTTCACCGAAAACACCCTGACGGCGGTGCTGCCGATCATGAGCAAACCCACGCTGGGCAATTTCGGCCGGTTGTTCCGGTTATGGGGCGTGGTGCTGGTGGGCAACCTGTGCGGCACCTTGCTGGTGGCCTATGTGATGCTGCACCTGCCGATCTTTGACCGGCGCACCGACCTGGCCTTTCTGGACATTGGCCGCAAGGTGATGGAGAACGACGCCGGCCAGATGTTCGCCAAAGGCATCATTTCCGGCTGGATGATCGCAACCATGGTGTGGATGATCCCCTCCATGGAGAACGCCAAGATGTGGATCATTGTCCTCATCACCTACCTCATGGCGCTCGGGGATTTCACCCACATCGTCGTGGGATCGGCCGAGGTGTCTTACCTGGTGTTTGCCGGGCAGCTGTCGTGGGAGGACTTCTGGACGGTGTTCGCCGCGCCGACCCTGGCGGGAAACATCATCGGCGGCAGCTTCATCTTTGCGCTGATCAGCCACGCCCAGGTGCGCAGCGAAACCAATACGCCCCTCAGTCGGCAAGGTCTGCCGCCGCGCCGACGTGACGTTGCCGATAAATGA MDTHKDGKTPDLSAEEQHEVDRNQPPRAAVLHEIIRTQGDQELERSVAALWWSALAAGLTMGLSLMAMGLLNSRLPDHEGFKVIASFGYCAGFLAVILARQQLFTENTLTAVLPIMSKPTLGNFGRLFRLWGVVLVGNLCGTLLVAYVMLHLPIFDRRTDLAFLDIGRKVMENDAGQMFAKGIISGWMIATMVWMIPSMENAKMWIIVLITYLMALGDFTHIVVGSAEVSYLVFAGQLSWEDFWTVFAAPTLAGNIIGGSFIFALISHAQVRSETNTPLSRQGLPPRRRDVADK PGPT0000590_420 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0000590-yfdC-K21990 NA NA D1-35_03715 1170 ydhP_3 COG2814 Inner membrane transport protein YdhP ATGCCACTCGCCTTGCTTGCTTTGGCCGTCGCCGCTTTCGGCATCGGCACGACTGAATTCGTCATCATGGGGCTGTTGCCTGATGTCGCCCGTGACCTGGCCGTGAGCATTCCCCACGCCGGGCTGCTGATTACCGGCTATGCGCTGGGGGTGGTATTCGGCGCACCGATCCTGGCGATCGGCACCGCGAACATGCCGCGCAAGGCCACGCTGCTGGGCATGACGCTGATGTTCATTCTCGGCAACGTGCTCTGCGCCCTCGCGCCGAACTACGTCACGCTGATGGCTGCCCGAGTCATCACCGCGCTCTGTCACGGGGCATTTTTTGGCATCGGGTCGGTGGTGGCCGCCGGGCTGGTAGCACCGAACAAACGGGCCCAGGCGATTGCAATGATGTTCACCGGCCTGACCCTGGCGAATGTGCTGGGCGTGCCGCTGGGCACGGCCTTGGGTCAATACGCCGGCTGGCGATCGACGTTCTGGGCGGTAGCGGTCATCGGCATGATTGCAGCCATCGCCCAATGGGTGTGGCTGCCCAAGGAAATTCCCATGGACAAGGCCAACCTCGCCAGTGAGTTCAAGGTGCTGGGCAAGGCCAATGTGCTGCTGGCGCTGGGCATGAGCGTGCTGGCTTCGACCAGCCTGTTCAGCGTGTTCACTTACATCGCACCGATCCTGCAGGACATCACTGGCGTGAGTCCCCACGGCATCACCGTCATGCTGTTGTTATTCGGCGTGGGCCTGACGGCGGGGAGTTTCCTGGGCGGACGCCTGGCTGACCGGCGCTTGCTGCCGTCCCTTGTGGGCATGGCGCTGGCCGTGGTGCTGGTGCTCGCCGCGTTCAGCCAGACCAGCCAATCGGTGATTCCGGCGGCGATCACCCTGGTGTTGTGGGGCGTCTTTGCGTTCGCCCTGTGCCCGATCCTGCAATTGCTGATCATCGATCAGGCCCACGAAGCCCCCAACCTGGGCTCGACCCTGAACCAGAGCGCCTTCAACCTGGGCAACGCGGCCGGCGCCTGGATCGGCGGCCTGGTGGTCGCCAGCGGCGCCGACCTCGCCGATTTGCCGTGGACCGGCGCCCTGGTCGGCGGGCTCACCGTACTGACCGCGCTTTACTTCATTTATCGGCAACGTCACGTCGGCGCGGCGGCAGACCTTGCCGACTGA MPLALLALAVAAFGIGTTEFVIMGLLPDVARDLAVSIPHAGLLITGYALGVVFGAPILAIGTANMPRKATLLGMTLMFILGNVLCALAPNYVTLMAARVITALCHGAFFGIGSVVAAGLVAPNKRAQAIAMMFTGLTLANVLGVPLGTALGQYAGWRSTFWAVAVIGMIAAIAQWVWLPKEIPMDKANLASEFKVLGKANVLLALGMSVLASTSLFSVFTYIAPILQDITGVSPHGITVMLLLFGVGLTAGSFLGGRLADRRLLPSLVGMALAVVLVLAAFSQTSQSVIPAAITLVLWGVFAFALCPILQLLIIDQAHEAPNLGSTLNQSAFNLGNAAGAWIGGLVVASGADLADLPWTGALVGGLTVLTALYFIYRQRHVGAAADLAD PGPT0028991_3377 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028991-ydhP-K19577 NA NA D1-35_03716 384 hypothetical protein ATGACGGTAGCCCTGTGGTGCGTTTTGATTGCTTTTATCCTGCCTTACCTGTGTATCGGCATCGCCAAGGCCGGCGGCAGATACAGATTGCAAGATAACCACGACCCCCGGGATTTTCTCGACTCGCTCGAAGGCGCTCCCCGCCGTGCCTACGCCGCGCAATTGAACAGCTTTGAAATCGCCCCGTTTTTTGCCGCCGCCGTGATCGTCGCGCATCTGGCCGGCAATGCCGAGCTGGTCACCATCAATGTGCTGGCGGTGCTATTCATCACCAGCCGCCTGCTCTACGTCATTTGCTACCTGGCGGACTGGGCGATCCTGCGTTCGCTGGTGTGGTTCGTGGGGGTAGGGTTGGTACTGAGTTTCTTCTTTGTTTCGGTCTGA MTVALWCVLIAFILPYLCIGIAKAGGRYRLQDNHDPRDFLDSLEGAPRRAYAAQLNSFEIAPFFAAAVIVAHLAGNAELVTINVLAVLFITSRLLYVICYLADWAILRSLVWFVGVGLVLSFFFVSV NA NA NA NA NA D1-35_03717 1188 mltA COG2821 Membrane-bound lytic murein transglycosylase A ATGAACAGCCGCTTCAAGTCCTGGCGCACGGGCCTGGCGTTGACCTTACCGCTGATTGCACTGCTGGCCGGCTGCAACCGCGGCGAAAAGGTCGAAGAGCCTCAGACTCATGCCCTCGCCACCTACGTCAGCGCGCCCTGGGAGGCACTGCCGTCGGTAGCCGATGAAGACCTGCTGGCCGGCTTCGGCGCCTGGCGCAGCGCCTGCACCCGCCTCAAGGCCGATGCGGCCTGGGGGCCGACCTGCGCGGCGGCGGCCAATGTGCCGCAAACCGCCGCGGCGGTACGCAGCTTCCTGAAACAGAACCTCGACGTCTATGGCCTGCGCTCGGGCGACAACAGCCCCAACGGCCTGATTACCGGCTACTACGAGCCGGTCTATCCCGGCAGCCTCATGCAGACCGCCACGGCGAATATCCCGGTCTACGGTGTGCCTGAGGACATGATCGTCGTGGCGCTGGACAGCCTCTACCCGGAGCTCAAGGGCAAGCGCCTGCGCGGGCGTCTCGAAGGCCGCGTGCTGAAACCCTACGACGACGCCAGCACCATCGAGGCCAACGGCGTGAAGGCGCCGGTCATCGCCTGGCTCACCGACCCGATGAACCTGCAATTCCTGCAGATCCAGGGTTCGGGACGCATCCGGCTCGATGACGGCCGCCAGTTGCGCATCGGTTATGCCGACCAGAATGGCCACCCCTACCGGCCCATCGGCCGCTGGCTGGTGGAACAGGGCGAGCTGAAAAAAGAAGACGTGACCATGGGCACCATCAGTGCCTGGGCCAAGGCCCATCCGGAGCGGATCCCCGAGTTGCTGGGCAGCAACCCCAGCTATGTATTTTTCAACCGCAACCCCGACAGCAACGAAGGCCCGCGAGGCTCGTTGAATGTACCGCTTACCGCCGGCTACAGCGTGGCGGTGGATCGCAAGGTGATTCCGTTGGGCAGCCTGCTGTGGCTGTCGACGACTCGCCCCGATGGCAGCGCCCTGAACCGTCCCGTCGCCGCCCAGGACACGGGGGGTGCGATCTCTGGCGAAGTTCGGGCGGATCTGTTCTGGGGCACCGGGGACGCGGCCGGGCAACTGGCCGGGGACATGAAACAGCAAGGTCAGATCTGGATGTTGTGGCCCAAGGGCATGGCGCTGCCACAAGTGCCACAGGTGGCGAATGCGGTCAGCGCCAATCCTTGA MNSRFKSWRTGLALTLPLIALLAGCNRGEKVEEPQTHALATYVSAPWEALPSVADEDLLAGFGAWRSACTRLKADAAWGPTCAAAANVPQTAAAVRSFLKQNLDVYGLRSGDNSPNGLITGYYEPVYPGSLMQTATANIPVYGVPEDMIVVALDSLYPELKGKRLRGRLEGRVLKPYDDASTIEANGVKAPVIAWLTDPMNLQFLQIQGSGRIRLDDGRQLRIGYADQNGHPYRPIGRWLVEQGELKKEDVTMGTISAWAKAHPERIPELLGSNPSYVFFNRNPDSNEGPRGSLNVPLTAGYSVAVDRKVIPLGSLLWLSTTRPDGSALNRPVAAQDTGGAISGEVRADLFWGTGDAAGQLAGDMKQQGQIWMLWPKGMALPQVPQVANAVSANP PGPT0023780_664 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023780-mltA-K08304 NA NA D1-35_03718 540 hypothetical protein ATGCGCCTGGCACCCGTATTGTTGATAGGGCCATTGGTGTTTTCCGACGACCCGGGGATACTAGCGGTCGTTTTCTGTCCAGAGGCCAAAATGTTTGTAAGACGATTTTCCATGGCAGTGCTGGCCTGCCTGATGCTGTCCGCCTGTGGTGGTGTCGATCCCAACTCACCATTGGGCCAGCGCAAGACGATTTTCAAGCAGATGCTCAAGACCAACGAAGAGTTGGGTGGCATGTTGCGTGGTCGTGTTCCGTTCGATGGCCCGCGTTTCGCCGAAGGCGCGGTGCAACTGGATCAACTTTCCCATGAGCCGTGGAAACATTTTCCGCAGGTGCGTGAGCAGGATCACACCAGTGCCCGGGACGAAGTCTGGCAGAAGCAGGCGCGTTTCCAGGAACTGGCCCGCAGTCTCGAAGCGGCCACCGCCGAGTTGGTGACCGCCAGTCGGGTCCAGCCCTACCGGGCCAGTAACCTGGGGCCGGCGGTGCAGAAGGTCGAGGATGCGTGCAGTGCCTGTCATAAGGAATTCCGGGACTATTGA MRLAPVLLIGPLVFSDDPGILAVVFCPEAKMFVRRFSMAVLACLMLSACGGVDPNSPLGQRKTIFKQMLKTNEELGGMLRGRVPFDGPRFAEGAVQLDQLSHEPWKHFPQVREQDHTSARDEVWQKQARFQELARSLEAATAELVTASRVQPYRASNLGPAVQKVEDACSACHKEFRDY NA NA NA NA NA D1-35_03719 396 yqjC Protein YqjC ATGAATTTCCTGTACCCCGTTGCCCTGCTGGCCTTATGCGGTGCCATGGCCACCCCCTTGATGGCGGATGAACAGAGCCCGGAACTGACCGGTTGTGCAGCCAAGCGCCAAGGCATCATCAACCAGATCGAACTGGCCAGGTCCCGAGGCAATCAGGACCAGCAGGCCGGGCTGGAAACAGCCCTGGCCGAAGTCACCACCCACTGCACCGATGCTTCCCTGCGCAAGGAGCGTGAAAACAAGGTGCTGGAGGCCAAGCATGAAGTCAGTCGCCGTCAGGCCGATTTGGAAAAGGCCATGAAAAAAGGCGATGCGGAGAAAATCAACAAGCGCAAGGACAAGCTGGCGGTGTCCCGCAAGGAGCTGCAGGAAGCGGTGGACGAGTTGGATAAATAA MNFLYPVALLALCGAMATPLMADEQSPELTGCAAKRQGIINQIELARSRGNQDQQAGLETALAEVTTHCTDASLRKERENKVLEAKHEVSRRQADLEKAMKKGDAEKINKRKDKLAVSRKELQEAVDELDK NA NA NA NA NA D1-35_03720 1671 ligB COG0272 DNA ligase B ATGCTGTCGTTATTGCGCGCACTTGTATGCTTTTTACTGGCCATGCCCGTCATCGCGGCCCCCTGCCCGAGCGGGCCAACCGAACGCGCCCAGGCACAGGTCGACGTCCTCCAGCAACAGATTGACGCATGGGATGACGCCTATCACCGCCTCGGCCGCTCCCTGGTGGCCGATGAGCTTTACGATCAGTCCCGGGCGCAACTGGAACATTGGCGCAACTGCCTTGGCCTCGGGTCGCCAGGCACGCCCTTGCGCTCCGCTGGCGGGAAAGTCCCCCACCCGATCGCTCATACCGGCCTGGATAAACTCAAGGACGCCGATGCCGTGCGCATCTGGTTGAACGGTCGCGACGACGTCTGGGCCCAGCCGAAAGTCGATGGCGTAGCGGTTACCCTGGTTTATCGCGGTGGACACCTGCACCAGGCGATCAGCCGCGGCGATGGCATCCAGGGACATGACTGGACCAACACTGCACGCAAGGTCCGCGATATTCCCCAACGGTTGCGCCTACCTGCGGACCTGCTCGTCCAGGGCGAGCTCTACTGGCGGCTCGACGATCACGTACAGGCCGTCAGCGGCAGCCTTAACGCTCGATCAATCGTGGCGGGGCTGATGGCCCGCAAGAACCTGAGCGCGGACCAGGCGTCTGGCATCGGCCTGTTCGTGTGGGAGTGGCCGGAAGGGCCGGCGACCCTGCCGGAACGGATTGCCGCGCTGAACGAACTGGGTTTCGCCAATGCGACCGCTTATAGCCAGCCCATCCAGGCATTGGCCGATGCGCAACACTGGCGCAACCACTGGTACCGCACGCCGCTGCCGTTCGCCAGCGACGGGGTCGTCTTGCGCCAGAGTCGACGCCCGCCCGCCGACCGCTGGCAAGCCCGGGCGCCCTCCTGGAGCGTGGCCTGGAAATACCCACACGCCCAGGCGCTGGCCAAGGTGCGCGATGTGCGTTTCAAGATCGGCCGCACCGGGCGTATTACGCCAGTGCTGGAGCTTGCGCCGGTGATGCTCGACGACCGCCAGATTCGCCGGGTAAGCGTCAGCTCACTCAGGCGCTGGGAAGGCATGGATATCCGCCCCGGCGACCAGGTCGCCATCAGCCTGGCCGGGTTGACTATTCCGCGGCTCGACAGTGTCGTGCTGCGCAGTGTCGAGCGCCGGAGCCTCGACATCCCCGCCGCTGCCGATCATCACTTCTTGAGCTGCTGGCAACCGACGCCTGGCTGTGAAAGCCAGTTCCTCGCGCGCCTGAACTGGCTCAGCGGCAAGCACGGGCTCGCCCTGCCCCATGTTGGCCCCGGCACCTGGGAGCAACTGCTGGCCGCCGGCCAGCTGGACGGATTGCTGGATTGGTTGACCCTTGATGCCGCCGAGCTTGCTAACATTGCCGGTTTCGGCGAACGCAACAGCGCACGTCTGCTCGCCAGCCTGGACAGCGCCCGGCAGCGCCCCTTCTGTCAATGGCTCAAGGCGCTTGGCGTACCGCCCACCGGAGGGGCAAGGCTCGAGGAGCGCTGGAAGGTCCTGGCTGAACGCGACACTGAACAATGGCAAGCCGAAACGGGTATCGGGCCGGGACGCGCCGCGCAACTGAGCGCTTTCTTTCGCGACCCGCAGGTACTGGCCTTGAGTGAAACATTACGCACCGCAGGGGTCGATGGCTTCTAG MLSLLRALVCFLLAMPVIAAPCPSGPTERAQAQVDVLQQQIDAWDDAYHRLGRSLVADELYDQSRAQLEHWRNCLGLGSPGTPLRSAGGKVPHPIAHTGLDKLKDADAVRIWLNGRDDVWAQPKVDGVAVTLVYRGGHLHQAISRGDGIQGHDWTNTARKVRDIPQRLRLPADLLVQGELYWRLDDHVQAVSGSLNARSIVAGLMARKNLSADQASGIGLFVWEWPEGPATLPERIAALNELGFANATAYSQPIQALADAQHWRNHWYRTPLPFASDGVVLRQSRRPPADRWQARAPSWSVAWKYPHAQALAKVRDVRFKIGRTGRITPVLELAPVMLDDRQIRRVSVSSLRRWEGMDIRPGDQVAISLAGLTIPRLDSVVLRSVERRSLDIPAAADHHFLSCWQPTPGCESQFLARLNWLSGKHGLALPHVGPGTWEQLLAAGQLDGLLDWLTLDAAELANIAGFGERNSARLLASLDSARQRPFCQWLKALGVPPTGGARLEERWKVLAERDTEQWQAETGIGPGRAAQLSAFFRDPQVLALSETLRTAGVDGF NA NA NA NA NA D1-35_03721 621 rhtB_6 COG1280 Homoserine/homoserine lactone efflux protein ATGGACCTGACCACGCTCGCGGTCTTTATCCCGGCCTGCTTTGCGCTGAACATGGCGCCGGGCCCGAACAACCTGCTGTCGATCAGCAACGCCTCGCGTTATGGTTTCGTTCGCGCCTGCAGCGGTGGCATCGGCCGCCTGCTGGCGTTTGCGATCATGATCGCCTTGGCGGCGGTGGGGCTGACGGCGGTGTTGCATACCTCGGAGCTGCTGTTCCTGGGCATCAAGCTCGTCGGTGCCGGTTATCTTTTTTATCTCGCTGTGCAGTTGTGGCGTGCGCAACCTGAGACCGCCGGCGAGGCAGAGGCCAGTTCGATGAGCATGGCCAGCCTGGCGCGCCAGGAATTCCTCGTGGCGATCGGCAATCCGAAGGCAATCCTGCTTTTTACCGCTTTCCTGCCACAGTTCGTTGACCGCGCGGGCACCGTCACCCAGCAGTTCGCGGTGCTGGGTGGGCTGTTCCTGGCATTGGAATGCGTTGCCATTGGCTTGTATTGCTACATGGGTATTTATGCCCGGCGGCTGTTCGCCCGGCCGAGTGGCAAGCGGTTGTTCAACCGGATGTGCGCGGGGTTACTGGCGAGCGCGGCTTCGTTTTTGTTGGTGGCGCGGCGGACTTGA MDLTTLAVFIPACFALNMAPGPNNLLSISNASRYGFVRACSGGIGRLLAFAIMIALAAVGLTAVLHTSELLFLGIKLVGAGYLFYLAVQLWRAQPETAGEAEASSMSMASLARQEFLVAIGNPKAILLFTAFLPQFVDRAGTVTQQFAVLGGLFLALECVAIGLYCYMGIYARRLFARPSGKRLFNRMCAGLLASAASFLLVARRT PGPT0021036_932 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_RELATED_GENES CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834 NA NA D1-35_03722 1191 metK COG0192 S-adenosylmethionine synthase ATGAGCGAATACTCCCTTTTCACCTCCGAGTCCGTGTCTGAAGGGCATCCGGACAAAATCGCCGACCAGATTTCTGATGCGGTGCTGGACGCCATCATTGCTGAAGACAAGTTCGCCCGCGTGGCGTGCGAGACTCTGGTGAAAACGGGCGTGGCGATCATCGCCGGCGAAGTCACCACCTCGGCCTGGGTCGACCTGGAGCAGATCGTTCGCGACGTGATCCTGGGCATCGGCTACAACAGCTCCGACGTCGGCTTCGACGGCGCGACCTGCGGCGTGATGAACATCATCGGCAAGCAGTCCCCGGACATCAACCAGGGCGTTGACCGCGCCAAGCCGGAAGACCAGGGCGCCGGTGACCAGGGCCTGATGTTCGGCTACGCCAGCAACGAAACCGACGTACTGATGCCGGCACCGATCACCTTTTCGCACCAACTGGTCCAGCGCCAGGCTGAAGCGCGCAAATCCGGCCTGCTGCCTTGGCTGCGCCCGGACGCCAAGTCCCAGGTGACCTGCCGTTACGAAGGTGGCAAGGTGGTTGGCATCGACGCGGTCGTGCTGTCGACCCAGCACAACCCCGAAGTGTCCTACAAAGACCTGCGCGAAGGCGTGATGGAGCTGATCGTCAAGCACGTGCTGCCTGCCGAACTGCTGTCCAAGGATACCCAGTTCCACATCAACCCGACCGGCCAGTTCATCATCGGTGGCCCGGTGGGTGACTGTGGCCTGACCGGTCGCAAGATCATCGTCGACAGCTACGGCGGCATGGCCCGTCATGGCGGCGGCGCGTTCTCTGGCAAGGACCCGTCCAAGGTTGACCGCTCGGCCGCCTACGCCGGTCGTTATGTGGCCAAGAACATCGTTGCCGCCGGCCTGGCCGAGCGCTGCGAGATCCAGGTGTCCTACGCCATCGGCGTCGCCCAGCCTACGTCGATTTCGCTGAACACCTTCGGCACCGGCAAGATTGGCGATGACAAGATCATCCAATTGGTCCGTGAAGTGTTCGACCTGCGTCCGTACGCGATCACCACCATGCTTGATCTGCTGCACCCGATGTACCAGGACACCGCAGCCTACGGCCACTTCGGCCGCACGCCGCAGACCAAGACGGTGGGTGACGATACCTTCACCACCTTCACCTGGGAAAAAACCGACCGCGCCGACGCCCTGCGCGCCGCTGCCGGCCTGTAA MSEYSLFTSESVSEGHPDKIADQISDAVLDAIIAEDKFARVACETLVKTGVAIIAGEVTTSAWVDLEQIVRDVILGIGYNSSDVGFDGATCGVMNIIGKQSPDINQGVDRAKPEDQGAGDQGLMFGYASNETDVLMPAPITFSHQLVQRQAEARKSGLLPWLRPDAKSQVTCRYEGGKVVGIDAVVLSTQHNPEVSYKDLREGVMELIVKHVLPAELLSKDTQFHINPTGQFIIGGPVGDCGLTGRKIIVDSYGGMARHGGGAFSGKDPSKVDRSAAYAGRYVAKNIVAAGLAERCEIQVSYAIGVAQPTSISLNTFGTGKIGDDKIIQLVREVFDLRPYAITTMLDLLHPMYQDTAAYGHFGRTPQTKTVGDDTFTTFTWEKTDRADALRAAAGL PGPT0020000_3272 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 D1-35_03723 996 COQ3_1 Ubiquinone biosynthesis O-methyltransferase, mitochondrial ATGAATTTACGCGTGCCTTCCATTCGCCATGACGATTGCGATGAGCTGGCGGCCCTTTGCAAGGCCGGCGGCGATCCGCTGCGGCTCAATGTATTGCGCGCCCTGGCCAACGACTCGTTCGGCGTTCTGGAACTGGCGCAGATCTTCGGCATCGGCCAGTCCGGCATGAGCCACCATTTGAAGGTGCTGGCCCAGGCCGACCTGGTGGCGACGCGCCGTGAAGGCAACGCGATTTTCTACCGCCGCGCCCTGCCCCACACCGAACTGCTGGGCGGCAAGCTGCACGCAGCGCTGCTTGAAGAGGTGGACGAACTGGACTTGCCGCTGGACGTGCAAGCTCGCATCGCCCAGGTACACGGGCAACGAGCCGCCGCCAGCCAGGATTTTTTCGCCCGGGTGGCGGAGAAATTTCGCGCCCAGCAGGACCTGATCGCAGGACTGCCGCAATACCGTGACAGCGTCGTGGCGCTGCTCGACAAGCTGAGCTTCGAGCCCACCGCCACAGCGATGGAAGTCGGCCCCGGCGACGGTGCATTCCTGCCGGAACTGGCGCGGCGCTTCAGCCAGGTGACCGCGCTGGACAACAGCCCGGCGATGCTCGAACTGGCCCGCCAGGTGTGCGAACGTGAGTCCCTGGCTAATGTCCGCCTGCAACTGGCCGATGCCCTCAACGGTGTGAGCCTGCAGGTCGACTGTGTTGTATTGAACATGGTGCTTCACCATTTTGCCGCGCCGGCCGATGCACTCAAGCACATGGCCAACCTGCTGCAACCGGGCGGTAGTCTGTTGGTGACAGAGTTATGCAGCCACAACCAGAGTTGGGCCAAGGAGGCCTGCGGTGATCTCTGGCTGGGGTTTGAACAGGACGATCTGGCCCGTTGGGCCACCGCTGCGGGCCTCGTGCCCGGGGAAAGCCTCTATGTAGGCTTACGTAATGGTTTCCAGATCCAGGTTCGCCATTTTCAGCGACCGGCTGGCGACACTCACCATCGGTAA MNLRVPSIRHDDCDELAALCKAGGDPLRLNVLRALANDSFGVLELAQIFGIGQSGMSHHLKVLAQADLVATRREGNAIFYRRALPHTELLGGKLHAALLEEVDELDLPLDVQARIAQVHGQRAAASQDFFARVAEKFRAQQDLIAGLPQYRDSVVALLDKLSFEPTATAMEVGPGDGAFLPELARRFSQVTALDNSPAMLELARQVCERESLANVRLQLADALNGVSLQVDCVVLNMVLHHFAAPADALKHMANLLQPGGSLLVTELCSHNQSWAKEACGDLWLGFEQDDLARWATAAGLVPGESLYVGLRNGFQIQVRHFQRPAGDTHHR NA NA NA NA NA D1-35_03724 1998 tktA COG0021 Transketolase 1 ATGCCCAGCCGTCGTGAGCGTGCCAATGCCATTCGTGCCCTCAGCATGGATGCCGTGCAGAAAGCCAACAGCGGCCATCCCGGTGCCCCCATGGGTATGGCGGATATCGCCGAGGTGCTTTGGCGCGACTACCTCAAGCACAACCCGAGCAACCCATCGTTTGCCGACCGCGACCGCTTCGTGCTGTCCAACGGCCACGGCTCGATGTTGATCTACTCGCTGCTGCACCTGACCGGCTATGACCTGTCGATCGATGACCTGAAGAACTTCCGCCAGCTGCACAGCCGCACCCCGGGCCACCCGGAATACGGCTACACCCCAGGCGTTGAAACCACCACCGGTCCGTTGGGCCAGGGCCTGGCCAACGCCGTGGGCTTCGCTTTGGCGGAAAAAGTCCTGGCGGCGCAGTTCAACCGTCCGGGCCACGACATCGTCGATCACCACACCTACGTGTTCCTGGGTGATGGCTGCATGATGGAAGGCATTTCCCACGAAGTCGCTTCCCTGGCCGGTACCCTGGGCCTGGACAAGCTGATCGCCTTCTACGATGACAACGGCATTTCCATCGACGGTGAAGTCGAAGGCTGGTTCACCGACGACACCCCCAAGCGCTTCGAAGCCTACAACTGGCTGGTGATCCGCAACGTCGACGGTCACGACCCGGAAGAAATCAAGATCGCCATCGAGACTGCGCGCAAGAGCGCCCAGCCGACACTGATCTGCTGCAAGACCACCATCGGTTTCGGTTCGCCGAACAAGCAGGGCAAGGAAGACTGCCACGGCGCGCCACTGGGTGCCGAGGAAATCGCCCTGACCCGCGCCGCGCTGAAGTGGGAACACGGCCCGTTCGAAATCCCGGCCGACATTTATGCCGAGTGGGACGCCAAGGAAAAAGGCCGCGCGGCCGAAGCCGAGTGGGACCAGCGTTTTGCCGCCTACTCCGCCGAATTCCCTGAGCTGGCCAACGAACTGGTACGTCGCCTCAGCGGCGAGTTGCCGGCCGATTTCGCCGAGAAGGCGTCTGCCTACATCGCCGAAGTCGCGGCCAAGGGCGAAACCATCGCCAGCCGCAAGGCCAGCCAGAACACCCTGAACGCCTTCGGCCCTCTGCTGCCAGAGCTGCTGGGCGGTTCGGCCGACCTGGCCGGTTCCAACCTGACCCTGTGGAAAGGCTGCAAGGGCGTAACCGCCGAAGACGCCAGCGGCAACTACATGTACTACGGCGTTCGTGAGTTCGGCATGAGCGCGATCATGAACGGCGTTGCCCTGCACGGTGGCCTGGTGCCTTACGGCGCGACCTTCCTGATGTTCATGGAATACGCCCGCAACGCTGTGCGCATGTCGGCGCTGATGAAAAAACGCATCCTGTACGTGTTCACCCACGACTCCATCGGCCTGGGCGAAGACGGCCCGACTCACCAGCCGATCGAGCAACTGGCGAGCCTGCGCTGCACGCCGAACCTGGACACCTGGCGCCCATGCGACGCCGTGGAGTCTGCTGTGGCCTGGAAACACGCCATCGAGCGCAACGACGGCCCATCGGCGCTGATCTTCTCGCGCCAGAACCTGCAGCACCAGGAACGCGACGCCGGCCAGATCGGCGACATCAGCCGTGGCGGCTACGTGCTCAAGGACTGCATCGGCGAGCCTGAGCTGATCCTGATCGCCACCGGTTCGGAAGTCGGCCTGGCCGTCCAGGCCTTCGACAAGCTGACCGGGCAGGGCCGCAACGTGCGCGTGGTCTCCATGCCTTGCACCAGCGTGTTCGACGCCCAGGATGCCGGCTACAAGCAAGCGGTGTTGCCGTTGCAGGTCAGCGCGCGGATTGCCATCGAAGCCGCTCACGCCGATTACTGGTACAAGTACGTGGGCCTGGAAGGCCGCGTGATCGGCATGACCACCTACGGTGAGTCGGCGCCTGCGTCGGCGCTGTTCGAGGAGTTCGGCTTCACCCTGGAGAACATCCTGGGGCAGGCTGAAGAGCTGCTGGAAGACTGA MPSRRERANAIRALSMDAVQKANSGHPGAPMGMADIAEVLWRDYLKHNPSNPSFADRDRFVLSNGHGSMLIYSLLHLTGYDLSIDDLKNFRQLHSRTPGHPEYGYTPGVETTTGPLGQGLANAVGFALAEKVLAAQFNRPGHDIVDHHTYVFLGDGCMMEGISHEVASLAGTLGLDKLIAFYDDNGISIDGEVEGWFTDDTPKRFEAYNWLVIRNVDGHDPEEIKIAIETARKSAQPTLICCKTTIGFGSPNKQGKEDCHGAPLGAEEIALTRAALKWEHGPFEIPADIYAEWDAKEKGRAAEAEWDQRFAAYSAEFPELANELVRRLSGELPADFAEKASAYIAEVAAKGETIASRKASQNTLNAFGPLLPELLGGSADLAGSNLTLWKGCKGVTAEDASGNYMYYGVREFGMSAIMNGVALHGGLVPYGATFLMFMEYARNAVRMSALMKKRILYVFTHDSIGLGEDGPTHQPIEQLASLRCTPNLDTWRPCDAVESAVAWKHAIERNDGPSALIFSRQNLQHQERDAGQIGDISRGGYVLKDCIGEPELILIATGSEVGLAVQAFDKLTGQGRNVRVVSMPCTSVFDAQDAGYKQAVLPLQVSARIAIEAAHADYWYKYVGLEGRVIGMTTYGESAPASALFEEFGFTLENILGQAEELLED PGPT0011200_3494 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 D1-35_03725 1056 epd COG0057 D-erythrose-4-phosphate dehydrogenase ATGCCCCAACCGCGTCCCTACAAAGTTGCACTCAACGGCTACGGCCGTATTGGTCGTTGCGTCTTGCGTGCGTTGTTCGAGCGAGGGGCAAAGGCCGGGTTCGAGATTGTGGCCATCAACGATCTGGCTGACATGGCCAGCATCGAATACCTGACACGCTTTGACTCCACCCACGGCCGGTTTCCCGGCGAAGTGCGGGTCGAGGGCGATTGTCTGCACATTAATGGCGACTGCGTGAAGGTCCTGCGCAGCGCCACGCCCGAAGGCATCGATTGGGCGTCCCTGAACGTCGATCTGGTGCTTGAGTGCTCCGGCGCCTATAACACCCGTGACGATGGCCAGCGGTTCATCGCTGCCGGCGCGCCACGGGTGCTGTTCTCCCAGCCGATGGCCAGCGAGGCCGACGTTGACGCCACCATCGTCTACGGTGTGAACCAGGACTGCCTGACTGGCGAAGAGCTGCTGGTGTCCAACGCGTCCTGCACCACCAACTGCGGCGTGCCGCTGTTGCGCCTGCTGGACCAGGCTATCGGCCTGGAATACGTGTCGATCACCACCATCCACTCGGCGATGAATGATCAGCCGGTGATCGACGCCTATCACCACGAGGATTTGCGCCGAACCCGTTCGGCCTTCCAGTCGGTGATTCCGGTGTCCACTGGTCTGGCGCGCGGCATTGAACGGCTGCTGCCGGAACTTGCCGGGCGAATTCAGGCCAAAGCCGTGCGGGTGCCGACGGTCAACGTGTCCTGCCTCGACATCACGATGCAGACCGTGAGCGATACCGACGCCATCGAGGTCAACCGGATCCTGCGCGAAGCCGCCACCAGCGGCCCGCTCAAAGGCCTTCTGGCCTATACCGAGTTGCCTCACGCCAGTTGTGATTTCAACCACGACCCACATTCGGCCATCGTCGATGCCAGCCAGACCCGCGTTTCCGGGCCCAGGCTTGTGAACATCCTGGCCTGGTTCGACAACGAATGGGGTTTTGCCAATCGTATGCTGGACGTTGCCGAGCATTACCTGCAAACCGCTTCCAATAAACCTGCTCTCTAA MPQPRPYKVALNGYGRIGRCVLRALFERGAKAGFEIVAINDLADMASIEYLTRFDSTHGRFPGEVRVEGDCLHINGDCVKVLRSATPEGIDWASLNVDLVLECSGAYNTRDDGQRFIAAGAPRVLFSQPMASEADVDATIVYGVNQDCLTGEELLVSNASCTTNCGVPLLRLLDQAIGLEYVSITTIHSAMNDQPVIDAYHHEDLRRTRSAFQSVIPVSTGLARGIERLLPELAGRIQAKAVRVPTVNVSCLDITMQTVSDTDAIEVNRILREAATSGPLKGLLAYTELPHASCDFNHDPHSAIVDASQTRVSGPRLVNILAWFDNEWGFANRMLDVAEHYLQTASNKPAL PGPT0009145_89 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009145-epd-K03472 NA NA D1-35_03726 1164 pgk COG0126 Phosphoglycerate kinase ATGACCGTGTTGAAGATGTCCGACCTCGATCTGCAAGGTAAGCGCGTACTGATTCGCGAAGACCTCAACGTCCCCGTCAAGGACGGTGTTGTCACCAGCGACGCGCGCATCCTGGCCTCGCTGCCGACCATCAAGCTGGCCTTGGAAAAAGGCGCGGCGGTGATGGTCTGCTCGCACCTGGGCCGTCCGACCGAAGGTGAATTCTCGGCCGAGAACAGCCTCAAGCCGGTGGCGGATTACCTGAGCAAGGCCCTGGGCCGCGACGTGCCGTTGATCGCCGATTACCTGGGCGGCGTCGACGTCAAGGCTGGCGATGTCGTGCTGTTCGAAAACGTGCGCTTCAACAAGGGCGAGAAAAAGAACGCCGATGAGCTGGCCCAGCAATACGCCGCCCTGTGCGACGTGTTCGTGATGGACGCCTTCGGCACCGCGCACCGCGCCGAGGGCTCGACCCACGGCGTGGCCAAGTTCGCCAAAGTCGCCGCCGCTGGTCCGTTGCTGGCGGCCGAGCTGGACGCGCTGGGCAAGGCCCTGGGCTCGCCAGCCCAGCCGATGGCCGCCATCGTTGCCGGCTCCAAGGTTTCGACCAAACTGGATGTGCTCAACAGCCTGAGCCAGGTCTGCAACCAGTTGATCGTCGGTGGCGGCATCGCCAACACCTTCCTCGCCGCCGCCGGTCACCCGGTAGGCAAATCCTTGTACGAGCCGGATCTGCTGGACACGGCCCGTGAAATCGCCGCCAAGGTCAGCGTACCGTTGCCCGTGGACGTGGTGGTTGCCAAGGAATTCGCCGAAAGCGCCACCGCCACCGTCAAGCTGATCGACGATGTGGCCGAGGACGACATGATCCTCGATATCGGCCCGCAAACCGCGGCGAACTTCGCCGAACTGCTGAAATCCTCCCAGACTATCCTGTGGAACGGTCCGGTCGGTGTGTTCGAGTTCGACCAGTTTGGCAACGGCACCAAGGTGCTGGCCCAGGCGATCGCCGAGAGCACTGCGTTTTCCATCGCGGGTGGTGGCGACACCCTGGCTGCCATCGATAAATATGGCGTAGCCGAGCAGATCTCCTACATTTCTACCGGTGGTGGCGCGTTCCTCGAATTCGTCGAGGGCAAAGTGCTTCCTGCCGTGGAAGTCCTGGAAAGCCGGGCCAAGGCCTGA MTVLKMSDLDLQGKRVLIREDLNVPVKDGVVTSDARILASLPTIKLALEKGAAVMVCSHLGRPTEGEFSAENSLKPVADYLSKALGRDVPLIADYLGGVDVKAGDVVLFENVRFNKGEKKNADELAQQYAALCDVFVMDAFGTAHRAEGSTHGVAKFAKVAAAGPLLAAELDALGKALGSPAQPMAAIVAGSKVSTKLDVLNSLSQVCNQLIVGGGIANTFLAAAGHPVGKSLYEPDLLDTAREIAAKVSVPLPVDVVVAKEFAESATATVKLIDDVAEDDMILDIGPQTAANFAELLKSSQTILWNGPVGVFEFDQFGNGTKVLAQAIAESTAFSIAGGGDTLAAIDKYGVAEQISYISTGGGAFLEFVEGKVLPAVEVLESRAKA PGPT0018015_5731 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 D1-35_03727 225 hypothetical protein ATGGTCAAGACGTTCATGTCGCTGATGGCCGCGACGCTGTTGGTGGCTTGCTCGAGCAGCCCGCAAGCCACCGCGCCGGATACGGCGGCGCCAGTGCCTGAGCAAGGCTGTTATCAGGCTGACTGGCAGGCCGAGACCAACCCGGTACTGAACAAGCGTTCCGGGCCGGACGGCCTGGATAAATACGAGACGCAGGCGCCGGTCAAGGAACATGGTTGCCCTTGA MVKTFMSLMAATLLVACSSSPQATAPDTAAPVPEQGCYQADWQAETNPVLNKRSGPDGLDKYETQAPVKEHGCP NA NA NA NA NA D1-35_03728 336 hypothetical protein ATGAAAGGCTTTATCGCCGTCGTGGCGTTGGCATTGTTGGCCGGTTGCTCGCAACTGGGTTTTTTGCAGTCGTCCGAGCCTGCTGCAGAGGGCTGGACGAGTTGGACATGTGACAGCGAGGCCAAGGTGCTCTGGCGTTATGCCGATGCAGCGCGCAAGGAAGTCGATGTCCGGCTGGGCGGCGCTGACAAGGTTTATCGCCTCAAGCTCGAGCCCGGCGCCGAAGGTTCGCTGTACAGCGATGACATGCTGGCGTTGCACATCAAGGGCGAGGAAGGCCTGGCGTATTGGGTCGCCACCAATGATCTGATTGGGCGGGGCTGCAAGGCCGATTGA MKGFIAVVALALLAGCSQLGFLQSSEPAAEGWTSWTCDSEAKVLWRYADAARKEVDVRLGGADKVYRLKLEPGAEGSLYSDDMLALHIKGEEGLAYWVATNDLIGRGCKAD NA NA NA NA NA D1-35_03729 1065 cbbA Fructose-bisphosphate aldolase ATGGCACTTATCAGCATGCGTCAGATGCTGGACCACGCAGCCGAGTTCGGCTACGGCGTCCCAGCCTTTAACGTCAACAACCTTGAGCAGATGCGCGCCATCATGGAAGCCGCTGACAAGACTGACTCCCCGGTGATCGTCCAGGCTTCGGCCGGCGCTCGCAAATACGCCGGCGCGCCGTTCCTGCGTCACCTGATCCTGGCGGCAATCGAAGAATTCCCGCACATCCCGGTGTGCATGCACCAGGACCACGGCACCAGCCCTGACGTCTGCCAGCGCTCCATCCAACTGGGCTTCAGCTCGGTCATGATGGACGGCTCCCTGGGCGAAGACGGCAAGACCCCGACCGACTACGAATACAACGTCCGTGTCACCCAGCAAACCGTCGCCATGGCCCACGCCTGCGGCGTCTCGGTGGAAGGTGAGCTGGGTTGCCTGGGCTCGCTGGAAACCGGCATGGCCGGTGAGGAAGATGGCATCGGCGCCGAAGGCGTGCTGGATCACAGCCAGATGCTGACCGACCCGGAAGAAGCCGCCGACTTCGTCAAGAAAACCCAGGTCGACGCCCTGGCGATCGCCATTGGCACCAGCCACGGCGCCTACAAGTTCACCAAGCCGCCTACCGGCGACGTGCTGGCCATCGACCGCATCAAGGAAATCCACAAGCGCATCCCCAACACTCACTTGGTGATGCACGGTTCTTCCTCGGTACCGCAGGAGTGGCTGGCGATCATCAACCAGTACGGTGGCGACATCAAGGAAACCTACGGTGTGCCGGTCGAGGAAATCGTCGAAGGCATCAAGTACGGCGTGCGCAAGGTCAACATCGACACTGACCTGCGCCTGGCTTCCACCGGTGCCATGCGTCGTCTGATGGCGACCAATCCTAGCGAGTTTGATCCGCGTAAATTCTTCGGTGCGACCGTGACGGCGATGCGTGATGTGTGTATTGCGCGTTATGAGGCGTTTGGTACGGCGGGTAATGCGTCGAAGATCAAGCCGATCTCGCTGGAAGCCATGTATCAGCGGTATTTGAAGGGTGAGTTGAACGCTAAGGTCAACTAA MALISMRQMLDHAAEFGYGVPAFNVNNLEQMRAIMEAADKTDSPVIVQASAGARKYAGAPFLRHLILAAIEEFPHIPVCMHQDHGTSPDVCQRSIQLGFSSVMMDGSLGEDGKTPTDYEYNVRVTQQTVAMAHACGVSVEGELGCLGSLETGMAGEEDGIGAEGVLDHSQMLTDPEEAADFVKKTQVDALAIAIGTSHGAYKFTKPPTGDVLAIDRIKEIHKRIPNTHLVMHGSSSVPQEWLAIINQYGGDIKETYGVPVEEIVEGIKYGVRKVNIDTDLRLASTGAMRRLMATNPSEFDPRKFFGATVTAMRDVCIARYEAFGTAGNASKIKPISLEAMYQRYLKGELNAKVN PGPT0017615_1420 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 D1-35_03731 279 hypothetical protein ATGCGTAGCACTCAACAATTCAGCATCACCCTGCCCAACCAAATGGCCGACCTAGTGAAAGCCAAGGTGGCCGCTGGCGAGTACGCCACTGAAAGTGAAGTCATTCGCGATGGTCTGCGCGCGCTACTGGCTCGTGATCGTGCTTTGGAAAACTGGCTTATAGGCCAGGTAGCTCCTGCTTACGATGCCTTAAAAGCTGATCCGTCGCGAGCACTAAGCGCTGATGATGTGCGCTCCCGATTGGCTGCAGAGCACCAGAACCTCACTGCAGAATCCTGA MRSTQQFSITLPNQMADLVKAKVAAGEYATESEVIRDGLRALLARDRALENWLIGQVAPAYDALKADPSRALSADDVRSRLAAEHQNLTAES PGPT0027540_350 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027540-antitoxin_parD1_3_4-K07746 NA NA D1-35_03732 315 hypothetical protein ATGGTCTATACCCTCAAGTTTGCACCGGAAGCCCTTGAGCAATTAGCTGCGCTCTATCGCTACATTGCCGCAGCGGCTTCGACGGAAATTGCCCATAGGTATACCGACGCTATCGTGACCTACTGTGAAGACCTTCGGACATTCCCGCACAGAGGGAACCAGAGGGACGATATACGCCCGGGGTTGCGTATAACAAACTACCGCAAACGAACTGTGATCGCCTTTACCGTTGAACCCGAACAGGTTTTCATTTTGGGCGTTTTTTACGGCGGACAGGACTTCAAGGTCGCTTTGCAGATCGAACAGGAAGATTGA MVYTLKFAPEALEQLAALYRYIAAAASTEIAHRYTDAIVTYCEDLRTFPHRGNQRDDIRPGLRITNYRKRTVIAFTVEPEQVFILGVFYGGQDFKVALQIEQED PGPT0027550_507 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027550-toxin_parE1_3_4-K19092 NA NA D1-35_03734 285 hypothetical protein ATGAAAACCGAACAATTGCTTGGCCGCTTTACCCCACTCACCCCAATCGCCACCACCCAACCTATCCTGTTCATCGACAGCACCGCGCCACTGACCGAGCTTCACGCCTGCGCCAGCGAACGCTTGCATGCCACTCTTGATTACCTGACGCTCATGGCCTGCACCACCCTGCGCGATTCGGCTGCCGGGGATCTCAATACCCTCACTAATTTCGCCCGGATTCTGGTTCAGGATGTGGCCGATGTGTTCGGTGTCATTGAGCAACGTGGGCTCGAAGAGCACTGA MKTEQLLGRFTPLTPIATTQPILFIDSTAPLTELHACASERLHATLDYLTLMACTTLRDSAAGDLNTLTNFARILVQDVADVFGVIEQRGLEEH NA NA NA NA NA D1-35_03736 669 alyA_1 Alginate lyase ATGGTCGATCTAGCAACCTGGAACCTGAGCATCCCCGAAGGCAGCCCGCCGAAAACCATCGAAACCCCTCGACTGGTGGATGGATTCAGGGACAAGTACTTCAACTCCGAAGGCAGCACGGTGTATTTCTGGTCGCCGGTGACCGGCACCAAGACCGAAAACGCGATCTACCCACGCAGCGAACTACGTGAGACCTACCGAGACGGCACCCTGCGCAACTGGCTTTACCCAGAGGCCGATAATCAATTGCGCGCAACGCTGGTGGTCAATCAGGTTCCCAGCAGCGGCAAAATCGTGATTGGTCAGATCCATGCCAAGGACAGCAACAAACCGATGGTGAAGCTGGAATACCAATTCAAGGACGCCACCAACACCGGCAACATCGTCGCCAAGGTGCGCATGCGCCCCGATGACAGCAAAAGCCGGGTCATCACGGTAGCGACAGGCGTGAAGCTTGACCGGGCCTTTTCTTATCGGATCCACCTGGATCGCACCGGCGACCTGGGCATCACCGCCGCCGGTAATAGCTGGTACACCACGGTCGGCGCCGCCTGGCGGGTCAAGCCGTTGTATTTCAAGGCCGGGGTGTATGTGCAGGACAACAGTGGCTATACCAGCGAAGGTGGCAAGGTGACGTTCAGCAAATTGGACATCGATCACAACACCTGA MVDLATWNLSIPEGSPPKTIETPRLVDGFRDKYFNSEGSTVYFWSPVTGTKTENAIYPRSELRETYRDGTLRNWLYPEADNQLRATLVVNQVPSSGKIVIGQIHAKDSNKPMVKLEYQFKDATNTGNIVAKVRMRPDDSKSRVITVATGVKLDRAFSYRIHLDRTGDLGITAAGNSWYTTVGAAWRVKPLYFKAGVYVQDNSGYTSEGGKVTFSKLDIDHNT PGPT0019417_602 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA NA NA D1-35_03737 669 alyA_2 Alginate lyase ATGATCGATCTCGCAACCTGGAACCTGAGCATTCCTGAAGGCGCACCACCGGCGACCATCCAGACTTCGCAACTGGTACAAGGCTTCAAGAACCAGTATTTCAACTCGGAAACCGGCACCGTGTTTTTCTGGGTCCCCGTCACGGGCGCCACGACGGCCAACGCCATTTACCCTCGCAGCGAGCTGCGCGAAACCAACAGCGACGGCACGTTGCGCAATTGGTTGTACCCGGCTGCGGATAACAAGCTGGCCGCCACGTTGACCGTCGGCCAGGTGCCCAGCACCGGCAAGCTGGTGATTGGCCAGATCCATACCAAGGACAGCACCAGCCCCATGGTGAAGCTGGAATACCAGTACAAAACCTACAGCTCCACCGGCAACATCGTCGCCAAGGTGCGCATGCGTCCCGACGACGCCACGGGCCAGGTCATCACCATCGCCACCGGCATCAAGCTCAACCAGCCGTTCTCGTACCTGATCCACCTCAACCGTGCAGGCCTCTTGACCATCAACGGCGCCGGCTATCAGTGGAGTGCCACCGTCAGCAACACCTGGAGCACCAAACCGTTGTACTTCAAGGCAGGCGTCTACGTGCAGGACAACGCTGGTTACGCCACCGAAGGCGCAAAAGCCACGTTCAGCCTGCTGGATATCGATCACAACCTCTAA MIDLATWNLSIPEGAPPATIQTSQLVQGFKNQYFNSETGTVFFWVPVTGATTANAIYPRSELRETNSDGTLRNWLYPAADNKLAATLTVGQVPSTGKLVIGQIHTKDSTSPMVKLEYQYKTYSSTGNIVAKVRMRPDDATGQVITIATGIKLNQPFSYLIHLNRAGLLTINGAGYQWSATVSNTWSTKPLYFKAGVYVQDNAGYATEGAKATFSLLDIDHNL PGPT0019417_611 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA NA NA D1-35_03738 2124 rcsC_19 Sensor histidine kinase RcsC ATGGAATGCGCGCAACCCCCGTTTGGCGAAGACAGCTCCGTCCTTTTGATTGTTGATGACTACCCTGAAAACCTGCTCAGCATGCGAGCGTTGTTGCAGCGTCAGGATTGGCAGGTCATGACCGCGTCCTCGGGTGTCGAGGCCCTCAACCTGCTACTCGAACATGACATCGACCTGGTGCTGCTGGATGTGCAGATGCCGGACATGGATGGCTTCGAAGTAGCGCGTCTGATGCGTGGCAGCCAGCGCACGCGGCTCACGCCGATCATCTTCCTGACCGCCAACGAGCAGTCCCAGGACGCGGTGATCAAGGGTTACGCCAGCGGCGCGGTGGATTACCTGTTCAAGCCATTCGACCCGCAGATTCTCAAGCCCAAGGTCCACGCGTTGCTCGAGCACCAGCGCAATCGCCGGGCCTTGCAGCGTTTGAGCCAGGACCTGGAGGCAGCCAGGGCCTTTAATGCCTCGGTGCTGGATAACGCCGCCGAAGGCATCCTGGTGGTGGATGAAGGCGGTTTCATCCGTTTTGCCAACCCTTCGACGTGCCGCTTGCTCAACGCCACTGCGGACCGATTGCAAGGGATGCCCTTCCTGGATTTCCTGCAGAAACCCCATATTCCCGAGTGGATCGATTCGGATATCCATGCCGCCTATCGACGTGGCGAAACCTGGCGCTTGCACGACGCCGTGCTGCGCACCGCGCCCGGCCAGCAAGTGTCGGTGGCCTTGTCCTGTGCCCCCCTGCCTTCTGAACAAAAGGCCATGGTGGTGACGCTTCAGGACATGTCGGTGGTTCGTCATCTGCACCAGCAGCTGGAGTTCCAGGCCGTCACTGATCCCCTGACCGGTTTGCTCAACCGCAGGGGGTTCTATCAGACCGCCGAAAACCTGCTGATGCGCAGCGAACGGCTGGAAAGCAACTGGGTGCTGTTGTACCTGGACCTCGATGGCTTCAAACGGGTCAATGACTCGCTGGGCCACGATGCCGGCGACCGGGTGTTGCGCTGGGTGTCGGAACAGTTGAAGGCCTGCCTGCGCCCGTTCGATATCCTCGCGCGGCTCGGCGGCGATGAGTTCACGGCGCTGCTGGATCTTGAGGTGCCCGAGCAGGCGGCAAAGATTGCCGAGAAACTCATCGAGCGCGTCTCGGTCTGCCAGCAGATCGAAGGCATGGACGTGGCGCTGGGCGCCAGTATCGGCATCGCCACGTACCCGGACTGCGGCTCCAACCTCGACGGGTTGCTTCGCGCGTCCGACATCGCCATGTACGAGGCCAAGCGCGCCGGCCGCCAGCAGTATCGTTTCTACGATCACGAAATGAACGGCCGAGCCCGTTCACGGCTGATGCTTGAGGAAAGCGTACGTTCGGCCATCGAAAACCGCGACTTCAATATGGTCTATCAACCACAGGTCAGCATCCTCGACGGACGGACCCGAGGGTTCGAGGCGCTGCTGCGCTGGCAGCATCCCAGCGTCGGGGACGTACCGCCGGGCTTGTTCCTGCCGTTGCTGGAGGAAGCTCGGTTGATCAGTCGGCTGGGCAGCTGGATTTACCATCGCAGTGCGTCCCAGCGCAAAGTATGGGAGCGGATGTTTCCCGACGACCTGGTGTTGGGCGTGAGCCTGAGCAGTACCCAGTTCGGCATGCCCAACCTGGTGACCGAGTTGCGCCAGGTCCTGGATCGCCATGCGTTGAAGCCGCGGCAGCTGGAGGTCGAGATCACCGAAGACGCGCTGATGCGCAACCCCGACGAAACCCATAAGCAATTGCGCCTGCTGCGCCACCTGGGCGTGCGGGTGGCGCTGGACGACTTCGGTTCGGGGCCTTGCTCGCTGGCGCATCTGCGCGATCTCGAACTCGATACGCTCAAGCTTGATCGGCACTTGATCGCCCGCTTGCCGGACTCGCCCAGGGACGCTGCGCTGGCCGCCTCGGTGATCGACCTGTGCAAGCAATTGGGCTTGCGAGTGATCGCCGAGGGGGTCGAGACGCCGCAGCAGTATCACTGGCTCAAGGCCCATGGCTGTGAATATGTGCAAGGCTTCCTCGTGGCGCGGCCCTTGATGGCCGAGGACACAGATGCCTTCGCGCGACCATTCGACTGGAGCGCGGTGCCGGCCTGA MECAQPPFGEDSSVLLIVDDYPENLLSMRALLQRQDWQVMTASSGVEALNLLLEHDIDLVLLDVQMPDMDGFEVARLMRGSQRTRLTPIIFLTANEQSQDAVIKGYASGAVDYLFKPFDPQILKPKVHALLEHQRNRRALQRLSQDLEAARAFNASVLDNAAEGILVVDEGGFIRFANPSTCRLLNATADRLQGMPFLDFLQKPHIPEWIDSDIHAAYRRGETWRLHDAVLRTAPGQQVSVALSCAPLPSEQKAMVVTLQDMSVVRHLHQQLEFQAVTDPLTGLLNRRGFYQTAENLLMRSERLESNWVLLYLDLDGFKRVNDSLGHDAGDRVLRWVSEQLKACLRPFDILARLGGDEFTALLDLEVPEQAAKIAEKLIERVSVCQQIEGMDVALGASIGIATYPDCGSNLDGLLRASDIAMYEAKRAGRQQYRFYDHEMNGRARSRLMLEESVRSAIENRDFNMVYQPQVSILDGRTRGFEALLRWQHPSVGDVPPGLFLPLLEEARLISRLGSWIYHRSASQRKVWERMFPDDLVLGVSLSSTQFGMPNLVTELRQVLDRHALKPRQLEVEITEDALMRNPDETHKQLRLLRHLGVRVALDDFGSGPCSLAHLRDLELDTLKLDRHLIARLPDSPRDAALAASVIDLCKQLGLRVIAEGVETPQQYHWLKAHGCEYVQGFLVARPLMAEDTDAFARPFDWSAVPA PGPT0023624_2342 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_03739 504 ygjP COG1451 UTP pyrophosphatase ATGACCGTGCTCAAATACCTCCAGGCGTACCCCGCCGCGCTGCAAGCCCAGGTGCAGCAACTGATTGCCGAGGATCGACTGGGCGATTACCTGCAACAACGTTATCCCGGCCGCCATCCGATCCAGAGCGACAAGGCGTTGTACGGCTATGCGCTGGATCTCAAGCAGCGCTACCTGCGTAACGCGCCGGCCATCGACAAAGTGCTGTTCGACAACCGCCTCGACCTGACCCATCGCGCGCTTGGGCTGCATACGGCGGTGTCGCGGGTACAGGGCGGCAAGCTCAAGGCCAAGAAAGAAATCCGCATTGCTTCTTTGTTCAAGGACGCAGCGCCCCAGTTTCTGGAAATGATCGTGGTGCACGAGTTGGCCCACTTCAAGGAATCGGACCACAACAAGGCTTTCTACCAGCTGTGCGAGCACATGCTGCCGGGCTATCACCAGCTGGAATTCGACCTGCGGGTGTACCTGACCTGGCGGGACCTGCAACAAGACAAGGGATGA MTVLKYLQAYPAALQAQVQQLIAEDRLGDYLQQRYPGRHPIQSDKALYGYALDLKQRYLRNAPAIDKVLFDNRLDLTHRALGLHTAVSRVQGGKLKAKKEIRIASLFKDAAPQFLEMIVVHELAHFKESDHNKAFYQLCEHMLPGYHQLEFDLRVYLTWRDLQQDKG NA NA NA NA NA D1-35_03740 297 hypothetical protein ATGGACGTCAGCAAGACCAAGAGCAGCTTCTATCGTCGACTGTACGTGGCTTACCTGATCGACAGCGGCCTGGCCAGCAACATTCCCGCGCTCACCGAAGCTACCGGCATGCCTCGGCGCACCGCCCAGGATACCGTCGTGGCGCTGGCGGACCTGGACATCCTCTGTGAATTCGAGCAGCAGGAGGGCGCGCGCAACCATGCCGGGCGGTATCGGATTCGCGATTGGGGGGCGATTGATCGGCGGTGGATCGAGCAGAATCTGCAGCGGATCAAGGCGGTGTTGGAGTATCCCTGA MDVSKTKSSFYRRLYVAYLIDSGLASNIPALTEATGMPRRTAQDTVVALADLDILCEFEQQEGARNHAGRYRIRDWGAIDRRWIEQNLQRIKAVLEYP NA NA NA NA NA D1-35_03741 453 elaA COG2153 Protein ElaA ATGGATATCGACTGGGTCTGCAAACATCACACTGACCTGAGCAAGGAACAGCTATACGCCATCCTGAAACTGCGCGCCGAGGTCTTCGTCGTCGAACAGAACTGTGCCTACCCGGACGTCGACGGACTGGACCTGGAAGGCGACACCTGCCATCTGATGGCCTGGCAGGACAACCACCTGGTCGCTTACCTTCGTTTGCTCGATCCGCATTCGCGAAACAGCGATGTGGTGATCGGCCGCGTGGTCATCGCCACCGAGGCGCGAGGGCAAGGGCTGGGGCATACACTGATGGAACAAGCCTTGAAGCAGGCCGAAAAGCACTGGCCCGGCGTGTCGATCTCATTGTCGGCCCAGGCGCATCTGCAGGGGTATTACGGGCGATACGGGTTTGAAGTGGTGGGCGTGGAATATCTCGAGGATGGGATTCCGCACATCGGGATGCATCGGCCCTGA MDIDWVCKHHTDLSKEQLYAILKLRAEVFVVEQNCAYPDVDGLDLEGDTCHLMAWQDNHLVAYLRLLDPHSRNSDVVIGRVVIATEARGQGLGHTLMEQALKQAEKHWPGVSISLSAQAHLQGYYGRYGFEVVGVEYLEDGIPHIGMHRP NA NA NA NA NA D1-35_03742 738 hypothetical protein ATGCCGCGATTGCATCGAGCTCTTGCTTTGGTCGGGTTGCTGTTGCTGAGCCACAACGCCTGTGCGCAGAAACTGCGTCTGGTCGCCGATGCCTGGCCACCCTTTACCGACTCGACGCTGGTCAATGGCGGCCTTGCGACCGATATCGTCACCACCGCCCTGGCGCGCGCCGGTTATGCCAGTGATTTCGAGCAGGTGCCCTGGGCCCGGGCGATGCTGGGGATCAGCGAAGGGCGGTATGACGTGCTGATCAATGCCTGGTACGCCGAGGAACGCACCCATGTAGGCCAGTTCTCGGCCGAGTACCTGCTCAACCGCGTGCGGTTTATCAAGCGCAAGGACTCGCCCATCGACTTCGACAACCTGCAGCAGTTGTATGCCTATCCCATCGCCGTGGTTCGTGGCTACGCCTATTCCAAGGCGTTCGATGAGGACGAGAAGATGCAGAAAATCCCTGTGCATAATTTTGCGATGGCCGTGCGCATGCTCGCCGCCGACCGAGTGAAGCTGACGCTGGAAGACGAATACGTCGCCCGTTATTACCTGGCCCGCGAATCCGCCAAGGTGCGCAATGCCGTGGAGTTTCTACCCAAGCCGTTGAGTGAAAACAGCCTGCATATCCTGGTCAGCCTGAAGAATCCCGAGCATGAGCAGATCGTCGCCGGGTTTGATCGGGAGATTGCGGCGATGAAGGCGGATGGGAGTTATCAGAAGTTATTGAAGGCGCATGGGATGTAG MPRLHRALALVGLLLLSHNACAQKLRLVADAWPPFTDSTLVNGGLATDIVTTALARAGYASDFEQVPWARAMLGISEGRYDVLINAWYAEERTHVGQFSAEYLLNRVRFIKRKDSPIDFDNLQQLYAYPIAVVRGYAYSKAFDEDEKMQKIPVHNFAMAVRMLAADRVKLTLEDEYVARYYLARESAKVRNAVEFLPKPLSENSLHILVSLKNPEHEQIVAGFDREIAAMKADGSYQKLLKAHGM PGPT0020800_15680 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 D1-35_03743 2184 yccS COG1289 Inner membrane protein YccS ATGTCATCGACCTCGTTCAGCCAGTCTCTGCGTCGCCTTTGGGCGTTGGATAAATTCAGCTATAGCGTGCGGGTGTTTATTGCCCTGACCGGCAGCATGGTGCTGTGTTGGTACCTGGATAAGATGGCGCTGCTGATTCCGCTGTTCCTCGGCATCATCGCCAGCGCATTGGCCGAGACCGACGACAGCTGGCAAGGCCGTCTCAACGCGCTGGCCGTGACGCTGGTGTGCTTCAGCATCGCCGCGCTGTCGGTGGAGTTGCTATTTCCCTACCCCATCCTGTTCATCGTCGCCCTGGCCCTGGCGGCCTTCGGTCTGACCATGCTCGGCGCCCTGGGCGAGCGCTATGGCGCGATTGCCTCGGCTACCCTGATTCTTTCGGTCTACACCATGATCGGCGTGGACCAGCGCGGCGGTGCGATCACGGACTTCTGGCATGAGCCGGTGTTGCTGGTGGCCGGCGCCGCCTGGTATGGCCTGCTCTCGGTGTTGTGGCACGCGCTGTTTTCCAACCAGCCGGTGCAGCAGAGCCTGGCGCGCCTGTTCCGCGAACTGGGGCGCTACCTGAAACTCAAGTCATCGCTGCTGGAGCCGATCCGTCAGCTGGATATCGAGGCCCGACGCCTGGAGCTGGCCCAGCAGAATGGCCGGGTGGTGGCGGCGCTCAACAGCGCGAAGGAAATCATCCTGCACCGCGTCGGCAATGGCCGGCCGGGCTCGAAAGTCAGCCGCTACCTGAAGCTGTACTTCCTTGCCCAGGACATCCATGAACGCGCCAGCTCCTCGCACTATCCCTATAACGCCCTGGCCGAGGCGTTCTTTCACAGCGACGTACTGTTCCGCTGCCAGCGCCTGCTGCGCCAGCAAGGCAAGGCTTGCCTGGCACTGGCCGAGTCCATCCAGTTGCGCCAGCCGTTCGTCTACGACGACAGCTTCGCCGAAGCCCTGAACGATTTGCATGCTTCCCTGGAGCACCTGCGCATCCAGAGCAACCCGGCCTGGCGCGGCCTGTTGCGCTCGCTGCGGGCGTTGTCGGTCAACCTCGGCACCATGGACCGCCTGCTCAGCGACGCGAGCAACCCCGACGCCCTCGCCGACGCCACTGACAGCAGCCTGCTGGACCGCTCGCCACGCAACCTCAAGGACGTCTGGGTCCGCCTGCGCACGCAGCTCACGCCGACGTCGCTGCTGTTCCGTCATGCCCTGCGCCTGCCCCTGGCGCTGAGCGTGGGCTACGCGATGGTGCACCTGATCCACCCCTCCCAGGGCTACTGGATCATCCTCACCACACTGTTCGTCTGCCAGCCCAACTACGGCGCCACGCGGCGCAAGCTCGGCCAGCGGATCATCGGCACCGCCATCGGCCTGACGGTGGCCTGGGCGCTGTTCGACCTGTTTCCCAATCCGCTGGTGCAGTCGTGCTTCGCCATTGCCGCCGGGGTGGTGTTCTTTACCAACCGCACCACCCGCTACACCCTGGCGACTGCCGCGATCACCGTCATGGTGCTGTTCTGCTTCAATCAGGTCGGCGACGGCTACGGGCTGCTGCTGCCACGGCTGTTCGATACCTTGCTCGGCAGCCTGATCGCCGGGCTGGCGGTGTTCCTGTTCCTGCCAGACTGGCAGGGCCGGCGACTGAACAAGGTGCTGGCCAACACGCTGACCTGCAACAGCATCTACCTGCGCCAGATCATGCAGCAATACGCCGCGGGCAAAAGCGACGACCTGGCCTATCGCCTGGCCCGGCGCAACGCCCATAACGCCGACGCGGCGCTGTCCACGACGCTGGCGAACATGCTGATGGAGCCGGGCCATTTCCGTAAGGAGGCCGACGTAGGGTTCCGCTTCCTGGTGCTGTCCCACACCCTGCTCAGTTACTTGTCGGGGCTCGGGGCCCACCGGGGCACCGAACTGCCGACTGAGGTGCGCGAGCAGCTGATCGACGGCGCCGGAGCAAGGCTGGCGACCAGCATCGATGAAATTGCCCAGGGCCTGGCGAGCAAACAGCCGATCGCGATCCAGAGCGACGACGAAGAAGCCCTCGCCAGCGAGCTTGAGCTGATGCCCGATGAAATCGACGAAGGCCAGCGGCTGGTGCAGACGCAACTGGCGTTGATCTGCCGGCAGTTGGGGCCGTTGCGGACGCTGGCGGCGCACCTGATCAAGGACACCAGTGAGGCTTGA MSSTSFSQSLRRLWALDKFSYSVRVFIALTGSMVLCWYLDKMALLIPLFLGIIASALAETDDSWQGRLNALAVTLVCFSIAALSVELLFPYPILFIVALALAAFGLTMLGALGERYGAIASATLILSVYTMIGVDQRGGAITDFWHEPVLLVAGAAWYGLLSVLWHALFSNQPVQQSLARLFRELGRYLKLKSSLLEPIRQLDIEARRLELAQQNGRVVAALNSAKEIILHRVGNGRPGSKVSRYLKLYFLAQDIHERASSSHYPYNALAEAFFHSDVLFRCQRLLRQQGKACLALAESIQLRQPFVYDDSFAEALNDLHASLEHLRIQSNPAWRGLLRSLRALSVNLGTMDRLLSDASNPDALADATDSSLLDRSPRNLKDVWVRLRTQLTPTSLLFRHALRLPLALSVGYAMVHLIHPSQGYWIILTTLFVCQPNYGATRRKLGQRIIGTAIGLTVAWALFDLFPNPLVQSCFAIAAGVVFFTNRTTRYTLATAAITVMVLFCFNQVGDGYGLLLPRLFDTLLGSLIAGLAVFLFLPDWQGRRLNKVLANTLTCNSIYLRQIMQQYAAGKSDDLAYRLARRNAHNADAALSTTLANMLMEPGHFRKEADVGFRFLVLSHTLLSYLSGLGAHRGTELPTEVREQLIDGAGARLATSIDEIAQGLASKQPIAIQSDDEEALASELELMPDEIDEGQRLVQTQLALICRQLGPLRTLAAHLIKDTSEA NA NA NA NA NA D1-35_03744 1179 COG2081 putative protein TTGCGCTCTACCGAAGTCGTGATCATTGGCGCTGGCGCCGCGGGGTTGATGTGCGCGCTGACCGCCGCCGGGCGCGGGCGGCAGGTGATGTTGCTGGACCACGCCAACAAGGCCGGCAAGAAAATCCTCATGTCGGGCGGTGGACGCTGTAACTTCACCAACATGTACACCGAACCGGGCAACTTCCTCTCGCAGAACCCGCACTTCTGCAAGTCGGCCCTGGCCCGCTATACCCAATGGGATTTCATCGCGTTGGTGGCCAAGCACGGCGTGCCCTATCACGAGAAAAAACTCGGCCAGTTGTTCTGCGATAACAAATCCAGCGACATCCTCGGCCTGCTGCTGGATGAGTGCGACCAGGCCGGCGTCGACCTGCACCTGGACACCTCGATCGAGCAGATCGAGAAGACCGCCGACGGCTACCTGCTGCAAACCAAACTCGGGCCCATCGCTTGCCAATCCCTGGTGATCGCCACGGGCGGGCTGTCGATCCCGACCCTGGGCGCGACTGGCTTCGGCTATCAGGTGGCCAGGCAATTCGGCCACCAGCTGCTGCCGACCCGGGCAGGGCTGGTGCCGTTCACCATCACCGATCAGTTAAAGAGCCTGTGCACCGAACTGTCGGGCACGTCGGTGGACTGTCTGGTGAGCTGCAACGAGCAGAGCTTTCGCGAGAACATCCTGTTCACCCATCGCGGCTTGAGCGGCCCGGCGATCTTGCAGATCTCGTCGTTCTGGGAGCCGGGCGACACGGTGCAGATCAACCTGCTGCCCGACCACGACGTGCCGCAGTGGCTGCAACAGCAACAGGCCGAACGCCCGAACAGCGAACTCAAGACCCTGTTGGGCGAGTTGTTCACCAAGAAAATGGCCAACCTGCTGGCCGACACCTGGTTCGTCTCCAAGCCGATGAAGCAATACACTCACGCGGAACTCGCGGACATCGCCGAGAAGCTGGCGAGCTGGAACATCGTCCCCGCCGGCACCGAAGGCTACCGCACCGCCGAAGTGACCCTGGGCGGCGTCGACACTCGGGAAGTTTCTTCCAAGACCATGGAGTCGCTGAAGAGCCCGGGGCTGTATTTCATTGGCGAAGTGCTCGACGTCACCGGTCACCTGGGCGGCTTCAACTTCCAATGGGCGTGGGCTTCGGGGTATGCGGCGGCGCAGTACGTCTGA MRSTEVVIIGAGAAGLMCALTAAGRGRQVMLLDHANKAGKKILMSGGGRCNFTNMYTEPGNFLSQNPHFCKSALARYTQWDFIALVAKHGVPYHEKKLGQLFCDNKSSDILGLLLDECDQAGVDLHLDTSIEQIEKTADGYLLQTKLGPIACQSLVIATGGLSIPTLGATGFGYQVARQFGHQLLPTRAGLVPFTITDQLKSLCTELSGTSVDCLVSCNEQSFRENILFTHRGLSGPAILQISSFWEPGDTVQINLLPDHDVPQWLQQQQAERPNSELKTLLGELFTKKMANLLADTWFVSKPMKQYTHAELADIAEKLASWNIVPAGTEGYRTAEVTLGGVDTREVSSKTMESLKSPGLYFIGEVLDVTGHLGGFNFQWAWASGYAAAQYV NA NA NA NA NA D1-35_03745 1386 dbpA COG0513 ATP-dependent RNA helicase DbpA GTGACCACCATTGCCACCGCTTTTAATACTTTGCCGCTGTCCGCCGCCATGCTGGCTAACCTCGAATCACTCGGTTATGCCCAGATGACGCCGATCCAGGCGCAAAGCTTGCCGGTGATCCTCAAGGGCATGGACCTGATCGCACAGGCCAAGACCGGCAGCGGCAAGACCGCGGCCTTTGGCATCGGCCTGCTGAACCCGATCAACCCGCGCTTCTTTGGCTGTCAGGCCCTGGTGATGTGCCCGACCCGTGAGCTGGCCGACCAAGTCGCCAAGGAAATCCGCCGCCTCGCCCGCGCCGAAGACAACATCAAGGTCCTGACCCTGTGCGGCGGCGTGTCCTTCGGCCCGCAGATCGCCTCCCTCGAACACGGTGCCCACATCATCGTCGGCACGCCGGGACGCATCCAGCAGCACCTGCGCAAGGGTTCGCTGGTGCTCGACGGCCTCAACACGCTGATCCTCGACGAAGCCGACCGCATGCTCGACATGGGCTTCTATGACGCCATCGAAGACATCATCCAGCAGACCCCGGAACGCCGCCAGACGCTGCTGTTTTCGGCCACCTACCCGGTGGGCATCAAGCAACTGTCGTCGAAGTTCATGCGCAATCCGCAGCAGGTCAAGGCCGAGGCGCTGCACTCCGACGCCCAGATCGAGCAGCGCTTCTACGAGATCTCTCCCGAGGAGCGCATGGACGCGGTGGTCAAGGTGCTGGCGCATTTCCGCCCGGCCTCCTGCGTGGCGTTCTGCTTCACCAAGCAGCAGGTCCAGGAAACCGTCGATCACCTGACGTCCAAGGGCATCTCCGCCGTCGGCCTGCACGGTGACCTGGAGCAGCGCGACCGCGACCAGGTCCTGGCGATGTTCGCCAACCGCAGCACCTCGGTATTGGTCGCCACCGACGTGGCGGCCCGTGGCCTGGATATCGATGCGCTGGACATGGTGATCAACGTCGAGCTGGCCCGGGACTCGGAGATTCATATCCACCGCGTCGGCCGCACCGGGCGCGCCGGGGAGAAAGGCATCGCTATCAGCCTGGTGGCGCCGTCCGAAGCCCATCGCGCCCAGGCCATCGAGCAACTGCAGAAGTCGCCGTTGAGCTGGGACCAGTTGGACAACCTCAAGCCCCAGGGCGGCGGTCCGCTGCTGCCGGCCATGAGCACCCTATGCATCGGTGCCGGACGCAAGGACAAGGTGCGCCCCGGCGACATCCTCGGCGCCCTGACCGGCGAGGCCGGCATCCCTGGCGCCCAGGTGGGCAAGATCGCGATTTTCGATTTCCAGGCCTATGTGGCAGTGGAGCGCGGTATCGCCAAACAGGCCTTGCAGCGCCTGAACGATGGCAAGATCAAGGGACGCTCGTTGCGGGTGCGGATCCTGTAA MTTIATAFNTLPLSAAMLANLESLGYAQMTPIQAQSLPVILKGMDLIAQAKTGSGKTAAFGIGLLNPINPRFFGCQALVMCPTRELADQVAKEIRRLARAEDNIKVLTLCGGVSFGPQIASLEHGAHIIVGTPGRIQQHLRKGSLVLDGLNTLILDEADRMLDMGFYDAIEDIIQQTPERRQTLLFSATYPVGIKQLSSKFMRNPQQVKAEALHSDAQIEQRFYEISPEERMDAVVKVLAHFRPASCVAFCFTKQQVQETVDHLTSKGISAVGLHGDLEQRDRDQVLAMFANRSTSVLVATDVAARGLDIDALDMVINVELARDSEIHIHRVGRTGRAGEKGIAISLVAPSEAHRAQAIEQLQKSPLSWDQLDNLKPQGGGPLLPAMSTLCIGAGRKDKVRPGDILGALTGEAGIPGAQVGKIAIFDFQAYVAVERGIAKQALQRLNDGKIKGRSLRVRIL PGPT0013740_2932 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_03746 1428 hsrA putative transport protein HsrA ATGCCCAACCGCGCCCCGCTCGACGCCGTCACCGCCCGCTGGCTTCCGTGGGTCGTGGCAATCGCTTTCTTCATGCAGTCCCTGGACGGGACCATCCTCAACACTGCCCTGCCTGCCATGGCCAGCGACCTGGCGGAGAACCCGCTGCGCATGCAAGGCGTGATCATCGCCTACATGCTCACGGTGGCCCTGCTGATCCCGGCCTCGGGCTGGATCGCCGACCGCTTTGGCACCAAAAAGATTTTCTTCGGCGCGATCCTGCTGTTCAGCTTCGGCTCGTTGCTGTGCGCGTTGTCCAATTCGTTGAGCATGCTGATCGGCGCCCGGGTCGTCCAGGGCCTGGGTGGCGCGCTGATGCTGCCGGTGGGCAGGCTGGTAGTTCTACGGGCGTACCCGCGTTCGGAGCTGGTGAGGATCATGGGTTTCATCACCATCCCCGGCCTGCTCGGCCCGCTGATCGGCCCGACCATGGGTGGCTGGATGGTCGAGTACCTGACGTGGCACTGGATTTTCATCATCAACCTGCCGGTGGGGGTAATCGGCTGCTATGCCGTCTGGAAATTCATTCCGGACCTGCGCGGCAGCGAGCGCACGCGGTTCGATGGGCTGGGGTTCCTGCTGTTTGGCGCGGCGATGGTCTTGATCACCATTGCCATGGAAGGCCTGGGTGAACTGCATCTTCCGCACCTGCGCGTGATGTTGCTGCTGTTCGGCGGCATGGCCTGCCTCGCGGCCTATTGGTTGCGGGCCGGACACGTGGAAAATGCGCTGTTCCCGCCGTCGCTGTTCAAGACCCGGACCTTTGCCGTGGGCATCCTCGGCAACCTGTTCGCGCGCCTGGGCAGCGGCGCGTTGCCGTTCCTGGTGCCGTTGCTGTTGCAAGTGGCGCTGGGCTATTCGCCGTCCCAGGCGGGCATGAGCATGCTGCCCCTGGCGGCGGCGGCGATGGTCGCCAAATCGGTCGCCCGGCCGTTGATCGAACGCTTCGGCTATCGCATCGTCCTTACCGCCAATACCCTGGCCCTGGGCGTGATGCTGGCGAGCATGGGCCTGGTCACCGAACACACGCCGTACTGGCTGCTGCTGGCGCATCTGGCGGTGCTGGGGGCGATCAATTCGCTGCAATTCACCGCGATGAACACCGTGACCCTGATCGACCTGGACGACGCCAGCGCCAGCAGCGGCAACAGCTTGCTGTCGGTGGTCGCGCAACTGTCCCTGAGCCTCGGCGTGGCCTGCGCCGGCGCGCTCCTCGGCGGCTTTACCGCCCAGGTCGGCAATGACGGCGTGGACACGGTGCTGGGCGCGTTCCAGTTGACCTTCGTGACCGTGGGCATCATGGCGATGCTGGCGGCGACGATTTTTTCCCAGCTGTCCAAGCAGGACGGACGGCGGGTGAAGCGGCCGGATGAGCATATCGAGCATTAG MPNRAPLDAVTARWLPWVVAIAFFMQSLDGTILNTALPAMASDLAENPLRMQGVIIAYMLTVALLIPASGWIADRFGTKKIFFGAILLFSFGSLLCALSNSLSMLIGARVVQGLGGALMLPVGRLVVLRAYPRSELVRIMGFITIPGLLGPLIGPTMGGWMVEYLTWHWIFIINLPVGVIGCYAVWKFIPDLRGSERTRFDGLGFLLFGAAMVLITIAMEGLGELHLPHLRVMLLLFGGMACLAAYWLRAGHVENALFPPSLFKTRTFAVGILGNLFARLGSGALPFLVPLLLQVALGYSPSQAGMSMLPLAAAAMVAKSVARPLIERFGYRIVLTANTLALGVMLASMGLVTEHTPYWLLLAHLAVLGAINSLQFTAMNTVTLIDLDDASASSGNSLLSVVAQLSLSLGVACAGALLGGFTAQVGNDGVDTVLGAFQLTFVTVGIMAMLAATIFSQLSKQDGRRVKRPDEHIEH PGPT0029180_230 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029180-mdtD-K18326 NA NA D1-35_03747 1338 hypothetical protein ATGAGCACCGTCACTAATGAGGCCGGGGCGTTCAAGGCGTTGGTCGATTGGCTGCGCAATGCGTTGCGCGAACCCGAACAGTTCACCCTCGGCTATGCCGCCGAGTCTTCGGCTTTCGTGCGCTTCAACCACGGCAAGGTTCGCCAGGCCGGGCAGGTCCAACAGGCCAATATCAACCTCAAGCTGATCAACGACGGCCGCCATGCCGACTTGCAGATCACCTTGTCCGGCGACACCGAGACCGATCTGCAACGCCTGGGCGAAGGCCTGCAACAGCTGCGCGAGACGTTGCCGTTGCTGCCCGCCGATCCCTACTTGATGCTCAACCACAACCACTGGCAGAGCAACAATGTGCAGGATCACCCATTGCCCGAGACGGAGCAGGCGGTCGGCGAAATCACCCGGGCCGCAGAAGGCCTGGACCTGGTGGGGTTCTATGCGGCCGGGCCGATCAGCCGGGGCTTCGCCAGTTCCTCGGGTGCCTTCGGCTGGCATCAGGCCAACAGTTTCAATTTCGACTTCAGCTTGTTCCATGAGAACGGTCAGGCCGTGAAGGCCAGTTATGCAGGCCACGCCTGGAGCAGCGAAGGGTTCGCCCAACGTTTCGAACAGGCACGCGAACAGCTGCAATTCCTCGGCCGACCACTGCGTACGCTGCCGCCCGGTGAATACCGCGCCTACCTGGCGCCAGCCGCGCTGGAAGAAATCATGGGCATGCTCAGTTGGGGCGGGTTCTCGGCCCGTGCAATCGCCAGCAAGCAAAGCCCGCTGCAGAAGTTCTACGCCGGCGAAGCCCACTTCAGCCCCAACGTGTGGTTGACGGAGCAGGTCAGCGGCTCCCTGAGCCCGGCATTTTCCGACGAAGGTTATCCTCGCGATGACCTCGGGCTGATTGCCAAGGGCACGGCCAACGCACGGCTGGTCAATTCCCGCAGCGCCGCCGAATACGGTCTTACCGCCAACGGCGCCAGCAGCTATGAATACCCTACCGCGCTGGAAATGAAAGAGGGTCATCTGGCGCTAAGGCACGTTCTCGAAGAACTCGGCACCGGCTTGTACATCAGCAACCTCTGGTACCTGAACTACTCGGACCAACCGGCGGCGCGCCTGACCGGCATGACCCGTTTCGCCACGTTCTGGGTCGAGGATGGCCAGATCCAGGCACCGGTGAGCACCATGCGTTTCGACGACAGCGTCTACAGCCTGCTCGGCTCGCAACTCGAAGGCCTGACGCGGGAGCGGGAACTTCTGCTTTCGGCCAGTACCTACAGCCAGCGGGCCACGGCTTCGATGCTGCTGCCGGGGGCGTTGGTGAAGAGGCTCACGCTGACGCTATAA MSTVTNEAGAFKALVDWLRNALREPEQFTLGYAAESSAFVRFNHGKVRQAGQVQQANINLKLINDGRHADLQITLSGDTETDLQRLGEGLQQLRETLPLLPADPYLMLNHNHWQSNNVQDHPLPETEQAVGEITRAAEGLDLVGFYAAGPISRGFASSSGAFGWHQANSFNFDFSLFHENGQAVKASYAGHAWSSEGFAQRFEQAREQLQFLGRPLRTLPPGEYRAYLAPAALEEIMGMLSWGGFSARAIASKQSPLQKFYAGEAHFSPNVWLTEQVSGSLSPAFSDEGYPRDDLGLIAKGTANARLVNSRSAAEYGLTANGASSYEYPTALEMKEGHLALRHVLEELGTGLYISNLWYLNYSDQPAARLTGMTRFATFWVEDGQIQAPVSTMRFDDSVYSLLGSQLEGLTRERELLLSASTYSQRATASMLLPGALVKRLTLTL NA NA NA NA NA D1-35_03748 1443 hypothetical protein ATGTTCGATTTCCATCCCCAGCTCAAGCAGCGGTTTGCTGCATTGCGCACGGGCGCTGAATTCTTTTCCCTGCGTTACGTCCGAGAGTCCGGTCAGCACCTGTCGGTGCGCAAGAATGTCGCCGAGCCGCCCAGCCTGAGCCGCGACGAAGGTGCGATGCTCACCGTGCGGGTCAATGGCGTCGAAGCCTATGCGGCCACCAACGATTTGTCCCAGGCCGGCCTGCAAGCGGCGCTCGAACGCGCCGAGCAACAGGCCCGCCGGCTCAAGCCCCACGCTTTGCTCGACTTGCGCGAGCAGCCGGTCTCCAGCGACCGCGCCGATTATTTCTCACCGCACTTCGACCAGGCGTTCCCTCCACTGAGCGATTGCTACCAACTGCTCGGCGACGAATCGGCAGCGGTGCCAACGGACGAGCGCCTGGTGAACTGGCAGGCCAGCATCGGCCTGACCCAGGTCGAACAGATCTACCTCAACAGCGCCGGCGCCGAACTGCGCCAGGCCCAGCGCTTCATCTACCCGGCCCTGGACGTCACCGCCTTCGACGGGCACGACAGCCAGACGCGCACCCTGGGCCGCGAGAACTTCGGTCAGCAGGGCGGCTTCGATGTGATCAACCGCTGCGGCCTGATCGGTGCCGGGCCGAAGATCGCCGACCAAGCCCTGCAATTGCTGATGGCGCCAAACACCCCGCAAGGCCCACGCGACCTGTTGCTGATGCCCGACCAGATGATGCTGCAGATTCACGAATCCATCGGTCACCCGCTGGAACTGGACCGCATCCTCGGCGACGAGCGCAATTACGCCGGCACCAGTTTCGTCAAGACCAGCGATTTCGGACACCTGCAATACGGCTCCAACCTGCTGAACGTGACGTTCGACCCGGACATCCCGGAAGAACTGGCCAGCTACAGCCATGACGACGACGGCAGCGCTGCCAGCAAACAGTTCCTGATCCGCGAAGGCTTGCTGTTGCGCCCACTGGGCGGTGCGCTGTCGCAGTTCCGCGCCGGCCTCGACGGGGTCGCCAACAGCCGCGCCTGCAGTTGGAATCGTCCGCCCATCGACCGCATGGCAAACCTGAACATCGAGCCCGGCGACCAATCCCTGGAGCAACTGATCCAAGGCATCGAGCACGGCGTGCTGATGCGCACCAACCGCTCCTGGTCCATCGATGACGCCCGTAACAAATTCCAGTTTGGCTGCGAATGGGGCCAGTTGATCGAAGACGGCGAGCTCAAGGGCGTGGTGAAAAATCCGAACTACCGGGGCATTTCCGCGCAGTTCTGGAAAAGCTTGAGGGCCGTGGGCGACGCCAGCACTTCCCAGGTCCTCGGCACGCCGAACTGTGGCAAGGGTGAACCGAACCAGGTCATCCGCGTCGGCCATGCTTCGCCGGCCTGCGTGTTCAGCAACGTTGACGTATTTGGGGGAGATGCCTGA MFDFHPQLKQRFAALRTGAEFFSLRYVRESGQHLSVRKNVAEPPSLSRDEGAMLTVRVNGVEAYAATNDLSQAGLQAALERAEQQARRLKPHALLDLREQPVSSDRADYFSPHFDQAFPPLSDCYQLLGDESAAVPTDERLVNWQASIGLTQVEQIYLNSAGAELRQAQRFIYPALDVTAFDGHDSQTRTLGRENFGQQGGFDVINRCGLIGAGPKIADQALQLLMAPNTPQGPRDLLLMPDQMMLQIHESIGHPLELDRILGDERNYAGTSFVKTSDFGHLQYGSNLLNVTFDPDIPEELASYSHDDDGSAASKQFLIREGLLLRPLGGALSQFRAGLDGVANSRACSWNRPPIDRMANLNIEPGDQSLEQLIQGIEHGVLMRTNRSWSIDDARNKFQFGCEWGQLIEDGELKGVVKNPNYRGISAQFWKSLRAVGDASTSQVLGTPNCGKGEPNQVIRVGHASPACVFSNVDVFGGDA NA NA NA NA NA D1-35_03749 1704 betA COG2303 Oxygen-dependent choline dehydrogenase ATGTCCCAAGAATTCGATTACATCATCATCGGTGCCGGCTCGGCCGGTAACACCCTGGCCACCCGCCTGACCGAAGACGAAGGCGTCACCGTGCTGCTGCTCGAAGCCGGCGGCCCGGACTATCGCCTGGACTTCCGCACGCAAATGCCCGCCGCCCTGGCGTTCCCGCTGCAAGGCCGGCGCTACAACTGGGCCTACGAGACCGACCCGGAGCCGCACATGAACGGCCGCCGCATGGAGTGCGGTCGCGGCAAGGGCCTGGGCGGTTCTTCGCTGATCAACGGCATGTGCTACATCCGCGGCAACGCCCTGGACTATGACAACTGGGCCAAGCTGCCAGGCCTGGAAGACTGGACCTACCTCGACTGCCTGCCGTATTTCCGTAAAGCCGAAACCCGCGACATCGGCCCGAACGACTACCACGGCGGCGACGGTCCGGTCAGCGTGACCACGCCCAAGCCCGGCAACAACCCGTTGTTCCACGCCATGGTCGAAGCCGGCGTGCAAGCCGGTTATCCACGTACCGAAGACCTCAACGGCTACCAGCAGGAAGGCTTCGGTCCGATGGATCGCACCGTGACGCCCAATGGCCGTCGCGCCAGTACCGCGCGCGGTTACCTGGACATCGCCAAGAAGCGCTCCACCCTGACCATCGTCACCCACGCCCTGACCGACAAGATCCTGTTCGAAGGCAAGCGTGCGGTCGGCGTGCGTTACCTGGTGGGCGCCGCTGAAGAGCGCGTCGAAGCGCGGGCCCGCAAGGAAGTGCTGCTGTGCTCCGGCGCCATCGCTTCGCCGCAGATCCTGCAACGCTCCGGCGTCGGTCCGGCAAAACTGCTCGAAAGCCTCGACATCCCGGTGGTCCACGACCTGCCGGGCGTTGGTGAAAACCTCCAGGACCACCTGGAGCTGTACCTGCAATACGCTTGCACCCAGCCGGTTTCGCTGTACCCGTCGCTGCTCTGGTACAACCAGCCGGCCATCGGTGCCGAGTGGCTATTCAACGGCACCGGCATCGGCGCCAGCAACCAGTTCGAGGCCGGCGGTTTCATCCGCACCCGCCCGGACTTCGAATGGCCGAACATCCAGTACCACTTCCTGCCGGTGGCGATCAATTACAACGGCAGTAATGGCGTGAAGGAACACGGCTTCCAGGCGCACATGGGCTCCATGCGTTCGCCGAGCCGTGGCCGTATCCAGGCCAAGTCCAAGGACCCGCGCCAGCACCCGAGCATCCTTTTCAACTACATGGCCACCGAACAGGACTGGCAGGAATTTCGCGATGGTATCCGCCTGACGCGCGAGATCATGCAACAGCCGGCGCTCGACCCGTTCCGCGGCCGCGAGATCAGCCCGGGCATCGAGGTGCAGACCGACGAGCAACTGGACCAGTTCATCCGCGAGCACGCCGAAACCGCGTTCCACCCGTCCTGCTCGTGCAAGATGGGCACCGACGACATGGCGGTGGTCGATGACGAAGGCCGTGTGCATGGCATGCAAGGCCTGCGGGTAGTCGATGCCTCGATCATGCCGATCATCACCACCGGCAACCTGAACGCGCCGACGATCATGATGGCCGAGAAAATCGCCGACAGGATCCGCGGCCGCAAGCCCCTGCCGCGCAGTACCGCGCCGTACTATGTGGCCGGCGATGCGCCGGTGCGTGGCAAGCCTCTGCGTGAAGTGGCGACTGCCGCCCAGTAA MSQEFDYIIIGAGSAGNTLATRLTEDEGVTVLLLEAGGPDYRLDFRTQMPAALAFPLQGRRYNWAYETDPEPHMNGRRMECGRGKGLGGSSLINGMCYIRGNALDYDNWAKLPGLEDWTYLDCLPYFRKAETRDIGPNDYHGGDGPVSVTTPKPGNNPLFHAMVEAGVQAGYPRTEDLNGYQQEGFGPMDRTVTPNGRRASTARGYLDIAKKRSTLTIVTHALTDKILFEGKRAVGVRYLVGAAEERVEARARKEVLLCSGAIASPQILQRSGVGPAKLLESLDIPVVHDLPGVGENLQDHLELYLQYACTQPVSLYPSLLWYNQPAIGAEWLFNGTGIGASNQFEAGGFIRTRPDFEWPNIQYHFLPVAINYNGSNGVKEHGFQAHMGSMRSPSRGRIQAKSKDPRQHPSILFNYMATEQDWQEFRDGIRLTREIMQQPALDPFRGREISPGIEVQTDEQLDQFIREHAETAFHPSCSCKMGTDDMAVVDDEGRVHGMQGLRVVDASIMPIITTGNLNAPTIMMAEKIADRIRGRKPLPRSTAPYYVAGDAPVRGKPLREVATAAQ PGPT0013615_1342 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108 NA NA D1-35_03750 1473 betB_1 COG1012 NAD/NADP-dependent betaine aldehyde dehydrogenase ATGGCCCGTTTCGAACTGCAAAAACTCTACATCGATGGCGCGTACAGCGATGCCAGCGGCGACGCCACTTTCGAAGCCATCAACCCGGCCAACGGTGAAGTACTCGCCCTGGTGCAGCGCGCGACGTTCGAGGACGTCGAGCGCGCCGTGGTCAGCGCCGAAAAGGGCCAGAAAATCTGGGCCGCGATGACCGCCATGCAGCGCTCGCGCATCCTGCGCCGCGCCGTCGACATCCTGCGCGAACGCAACGATGAACTGGCCGCCTTGGAAACCCTGGACACCGGCAAATCCTTCTCCGAAACCAAATACGTCGACATCGTCACTGGTGCCGACGTGCTGGAATATTACGCCGGCCTGGTGCCCGCCATCGAAGGCGAGCAGGTTCCGCTGCGCAGCACTTCGTTCATCTATACCCGTCGCGAGCCCCTGGGCGTGGTCGCTGGTATCGGCGCGTGGAACTACCCGATCCAGATTGCCTTGTGGAAGTCCGCCCCGGCCCTGGCAGCCGGCAACGCGATGATCTTCAAGCCCAGCGAAGTGACCTCGCTGACCACCCTGAAACTGGCCGAGATCTACACCGAGGCCGGTGTTCCAGCGGGCGTGTTCAACGTGCTGACCGGCAGTGGCCGGGAAGTCGGCACCTGGCTGACCGAGCACCCGCGCATCGAGAAAATCTCCTTCACCGGCGGCACCGACACCGGCAAGAAAGTCATGGCCAGCGCTTCGAGTTCTTCGCTCAAGGACGTGACCATGGAGCTGGGCGGTAAGTCGCCGCTGATCATCTTCGACGACGCCGACCTGGATCGCGCCGCCGACACCGCGATGATGGCCAACTTCTACAGCTCCGGCCAGGTCTGCACCAACGGCACCCGCGTGTTCGTGCCGAGCCATCTGAAGGCAGCGTTCGAAGCCAAGATCGCCGAACGCGTGGCGCGCATCCGCATCGGCAATCCGGAAGACGAAAACACCAACTTCGGCCCGCTGGTGAGCTTCGCCCACATGGAAAGCGTGCTGGGCTACATCGAGAAGGGCAAGGCCGAGGGCGCGCGCCTGTTGTGTGGCGGCGGTCGCCTGACCGAGGGCGATCTGGCCAAGGGCGCATTCGTCGCACCGACCGTATTCACCGATTGCACCGATGACATGACCATCGTGCGTGAAGAAATCTTCGGCCCGGTGATGAGCATCCTCACCTACGACACCGAAGAAGAAGTGATCCGCCGCGCCAACGATACTGACTTCGGCCTGGCCGCCGGCGTCGTGACCCGCGACCTGAACCGCGCCCACCGCGTGATCCATCAGCTCGAAGCAGGCATCTGCTGGATCAACGCCTGGGGCGAGTCCGCGGCGGAAATGCCGGTCGGTGGCTACAAGCAATCGGGCGTGGGCCGCGAGAACGGCATCAGCTCGCTGACCAACTACACGCGCATCAAATCGGTACAGGTCGAAATGGGCGATTACACGTCGGTGTTCTAA MARFELQKLYIDGAYSDASGDATFEAINPANGEVLALVQRATFEDVERAVVSAEKGQKIWAAMTAMQRSRILRRAVDILRERNDELAALETLDTGKSFSETKYVDIVTGADVLEYYAGLVPAIEGEQVPLRSTSFIYTRREPLGVVAGIGAWNYPIQIALWKSAPALAAGNAMIFKPSEVTSLTTLKLAEIYTEAGVPAGVFNVLTGSGREVGTWLTEHPRIEKISFTGGTDTGKKVMASASSSSLKDVTMELGGKSPLIIFDDADLDRAADTAMMANFYSSGQVCTNGTRVFVPSHLKAAFEAKIAERVARIRIGNPEDENTNFGPLVSFAHMESVLGYIEKGKAEGARLLCGGGRLTEGDLAKGAFVAPTVFTDCTDDMTIVREEIFGPVMSILTYDTEEEVIRRANDTDFGLAAGVVTRDLNRAHRVIHQLEAGICWINAWGESAAEMPVGGYKQSGVGRENGISSLTNYTRIKSVQVEMGDYTSVF PGPT0007165_1424 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D1-35_03751 621 betI COG1309 HTH-type transcriptional regulator BetI ATGCCCAAGGTCGGTATGCAACCCATCCGCCGCCAGCAGTTGATCGAAGCCACTTTGCAGGCTGTCGACCAGGTCGGAATGGGGGACGCCAGCATTGCGCTGATCGCCCGTTTGGCCGGCGTTTCGAACGGCATCATCAGTCACTACTTTCAGGACAAGAATGGCCTGATCGCGGCCACGGCCCAGTACCTGATGAGTGTCTTGAGCGAGAACGTCACCGCGCGGCGTCAAGCGCTGACGGATCCAAGCCCGCGAGCTCACCTGAAGGTGATCATCGAAGGCAATTTCGACGCCAGCCAGGTCAACGGGCCGGCAATGAAAACCTGGCTGGCCTTCTGGGCCACCAGCATGCATCACCCGTCATTGCACAGGTTGCAGCGGATCAACGATCACCGTCTGTATTCCAACCTGTGTTGCCAGTTCCGCCGCGTCTTGCCCGTTGACCAGGCACGCAGCGCGGCACGGGGCCTGGCCGCTCTGATTGACGGTTTGTGGCTGCGCGGGGCGCTGTCGGGAGACGCGTTCGATACCGCCCAGGCACACCAGATCGCTTACGAATACATGGATTTCCAACTGGCCAAGGCAGGAGCGCCAGAGCACACAGAACCGCTCGACTCCTGA MPKVGMQPIRRQQLIEATLQAVDQVGMGDASIALIARLAGVSNGIISHYFQDKNGLIAATAQYLMSVLSENVTARRQALTDPSPRAHLKVIIEGNFDASQVNGPAMKTWLAFWATSMHHPSLHRLQRINDHRLYSNLCCQFRRVLPVDQARSAARGLAALIDGLWLRGALSGDAFDTAQAHQIAYEYMDFQLAKAGAPEHTEPLDS PGPT0013625_303 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013625-betI-K02167 NA NA D1-35_03752 1593 betT1 COG1292 Osmo-independent choline transporter BetT1 ATGAGTTCTGCCTTGCTAATAAAGACCCCGCCGCAGAAGGTGACGGTCAACGGTTGGGTGTTCTACACCTCCACCGCGCTGATTCTGTTGTTGACGGCCACCCTGATCATCGCCCCGCAGGAGGCCGGCCGGTTGCTCGGCATTGCCCAGGCGTGGCTATCGCGCAGCTTCGGCTGGTACTACATGGTGGTCATCGCCGCTTACCTGGTCTTTGTGGTCGGCCTGGCGTTTTCTTCCTATGGCAAGCTCAAGCTGGGCAGCAAGGACGACACGCCGGACTTCAGTTATGGCGCCTGGGCCGGGATGCTGTTTTCCTCGGGCATCGGCATTTCGCTGTTGTACTTTGGCGCATCCGAGCCACTGGACCATTTTTTCAACCCGCCCGAAGGCGTCGCCGGTAGCAACCAGGCTGCGCGCCAGGCGGTGCAGCTGACGTTTTTGCATTGGGGCCTGCACGGCTGGGCGATCTACGCCCTTGTGGGCCTGGCCGTGGCCTATTTCGCCTACCGGCACAACCAGCCGCTGGCGCTGCGTTCGGCCTTGTATCCGCTGATGGGCGAACGCTGGGTCAAGGGCGCGGCCGGTCATGCGGTGGATGGCTTCGGCATGTTCGTGACGTTGCTGGGGCTGGTGACCAACCTGGGGATCGGTTCGCTGCAAGTCGCCTCCGGGCTGGAAAACCTGTTTGGCATGGAGCACAGCAACACCAACCTGCTGATCGTGATCATCGTGATGAGCAGCGTGGCGACCATCGCCGCCGTATCCGGCGTGGAGAACGGCATCCGCCGGCTATCCAACCTGAACATCGTGCTGTTCAGCGGTTTGCTGATCTTCGTCTTGCTGTGCGGGCCCACGCTGCACTTGCTCAATGGCTTCGTGCAGAACATTGGCGACTACCTCAACGGCGTTGTGCTCAAGACGTTCGACCTGTACGTGTATGCGGACGACAACGCCAAGTCGGGCCGCTGGATGGGCCTGTGGACGCTGTTCTACTGGGCCTGGTGGATTTCCTGGGCGCCATTTGTCGGCATGTTCATCGCGCGGATTTCCCGTGGCCGCACCGTGCGCGAGCTGGTGGCCGGTGTGCTCCTGATTCCCCTGGGCTTTACCTTGGCCTGGCTGTCGATTTTCGGTAATTCGGCGCTGGATCTGGTGATGAACCACGGTGCGGTGGAGCTGGGCAAGACCGCACTGACGCAGCCGTCGATGTCGATCTATCAGCTGTTGGAATATTACCCGGCGTCGAAAGTGGTGATCGGCGTGTCGATCTTTGTCGGTTTTGTGCTGTTCCTGACTCCGGCGGACTCCGGCGCGGTGATGATGGCCAATCTCTCGTGCACGGGCGGCAATGTCGATGAAGATGCCCCCCACTGGTTGCGGATCTTCTGGTCGGTGGTGATCACGCTGGTGACCATCGGCCTGTTGTTTGCCGGTAACTTCGAGGCGATGCAAACCATGGTCGTGCTGGCCGGGCTGCCGTTCTCGGTGGTGCTGGTATTCTTCATGTTCGGCCTGCACAAGGCCATGCGCGAGGATGTGCGGGTTGAGCAGGAGCGGGCGGAGTTGGCGGGGGTGGGGCGGGTCTATAACTGA MSSALLIKTPPQKVTVNGWVFYTSTALILLLTATLIIAPQEAGRLLGIAQAWLSRSFGWYYMVVIAAYLVFVVGLAFSSYGKLKLGSKDDTPDFSYGAWAGMLFSSGIGISLLYFGASEPLDHFFNPPEGVAGSNQAARQAVQLTFLHWGLHGWAIYALVGLAVAYFAYRHNQPLALRSALYPLMGERWVKGAAGHAVDGFGMFVTLLGLVTNLGIGSLQVASGLENLFGMEHSNTNLLIVIIVMSSVATIAAVSGVENGIRRLSNLNIVLFSGLLIFVLLCGPTLHLLNGFVQNIGDYLNGVVLKTFDLYVYADDNAKSGRWMGLWTLFYWAWWISWAPFVGMFIARISRGRTVRELVAGVLLIPLGFTLAWLSIFGNSALDLVMNHGAVELGKTALTQPSMSIYQLLEYYPASKVVIGVSIFVGFVLFLTPADSGAVMMANLSCTGGNVDEDAPHWLRIFWSVVITLVTIGLLFAGNFEAMQTMVVLAGLPFSVVLVFFMFGLHKAMREDVRVEQERAELAGVGRVYN NA NA NA NA NA D1-35_03753 1179 btuD_8 Vitamin B12 import ATP-binding protein BtuD ATGAGCATAATCCGCTTCGAAGAGGTCGACGTGATCTTCTCCAAAGATCCACGCGAAGCCCTCAAGCTGCTCGACAAGGGCATGACCCGCAACGAAATCCTGAAGCAGACCGGGCAGATCGTCGGCGTGGAAAAGGCCAGCCTGGATGTCGAAAAAGGCGAGATCTGCGTACTGATGGGCCTCTCCGGCTCCGGCAAGTCGAGCCTGTTGCGCTGCATCAACGGTTTGAACACAGTGAGTCGCGGCAAACTGTTCGTCGAACACGAAGGCCGTCAGATCGACATCGCCTCCTGCACCCCCGCCGAGTTGAAGATGATGCGCACCAAGCGCATCGCCATGGTCTTCCAGAAATTTGCCCTGATGCCCTGGCTGACAGTGCGCGAGAACATCAGCTTCGGCCTGGAAATGCAGGGCCGCCCGGAGAAGGAACGCAAGAAGCTGGTGGATGAAAAGCTGGAGCTGGTGGGCCTGACCCAGTGGCGCAACAAGAAGCCCGACGAGCTGTCCGGCGGCATGCAACAACGGGTCGGCCTGGCCCGCGCCCTGGCGATGGACGCCGATATCCTGCTCATGGACGAACCCTTCTCGGCCCTCGACCCGCTGATCCGCCAAGGCCTGCAGGACGAACTGCTGGAGCTGCAGCGCAAGCTGAGCAAGACCATCGTATTCGTCAGCCATGACCTCGACGAGGCCCTGAAACTGGGCAGCCGCATCGCGATCATGAAAGACGGCCGCATCATCCAGTACAGCAAGCCGGAACAGATCGTGCTGAACCCGGCGGATGACTATGTGCGCACCTTTGTCGCCCATACCAACCCGCTCAACGTGCTCTGCGGCCGCAGCCTGATGCGCACCCTGGACAACTGCAAGCGCATCAACGGTTCCGTGTGCCTGGACCCGGGCGGCGATTCCTGGCTCGACCTGGCCGAAGGCAACACCATCAAGGGCGCCCGCCAGAACGGCGCCGCGCTGGACTTGCAAAACTGGGCACCGGGCCAGGCCGTCGAGGGCCTCGGCCGCCGTCCGACTCTGGTGGACTCCAGCATCGGCATGCGCGACGCCTTGCAGATCCGCTACCAGACCGGCAACAAGCTGGTGCTCCACGATAACCAGAAGGTCGTCGGGATCCTCGGCGACAGCGAGCTGTACCACGCGCTGCTAGGCAAGAACCTGGGCTGA MSIIRFEEVDVIFSKDPREALKLLDKGMTRNEILKQTGQIVGVEKASLDVEKGEICVLMGLSGSGKSSLLRCINGLNTVSRGKLFVEHEGRQIDIASCTPAELKMMRTKRIAMVFQKFALMPWLTVRENISFGLEMQGRPEKERKKLVDEKLELVGLTQWRNKKPDELSGGMQQRVGLARALAMDADILLMDEPFSALDPLIRQGLQDELLELQRKLSKTIVFVSHDLDEALKLGSRIAIMKDGRIIQYSKPEQIVLNPADDYVRTFVAHTNPLNVLCGRSLMRTLDNCKRINGSVCLDPGGDSWLDLAEGNTIKGARQNGAALDLQNWAPGQAVEGLGRRPTLVDSSIGMRDALQIRYQTGNKLVLHDNQKVVGILGDSELYHALLGKNLG PGPT0013630_1422 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 D1-35_03754 846 opuAB_3 COG4176 Glycine betaine transport system permease protein OpuAB ATGCTTATTGATCAGAAAATACCCTTGGGCCAGTACATCGCGGGCTTTGTCGAATGGTTGACGCAAAACGGCGCCAACACTTTCGATGCCATTGCGATGTTTCTGGAAACGATGATTCACGGCGTGACGTTTGCGCTGACCTGGTTCAATCCCCTGGCCCTGATCGGCCTCATTGCCCTGCTGGCGCATTTTATCCAGCGCAAATGGGGCCTGACCGTTTTTGTCATCGCCTCGTTCCTGCTGATCCTCAACCTGGGTTACTGGCAGGAAACCATGGAAACCCTCGCCCAGGTGCTGTTCGCGACCCTGGTCTGCGTGCTGATCGGCGTGCCGCTGGGCATTGTTGCCGCGCACAAGCCGATGTTCTACACCATGATGCGTCCGGTGCTCGATCTGATGCAGACCGTACCGACCTTCGTTTACCTCATTCCTACCCTGACCCTCTTCGGTCTGGGTGTGGTCCCGGGCCTGATCTCCACGGTGGTGTTCGCCATTGCCGCGCCCATCCGCCTGACCTACCTGGGCATCCGCGACGTTCCGGACGAACTGATGGACGCCGGCAAAGCCTTCGGCTGCTCCCGTCGCCAACTCCTCTCACGCATTGAATTGCCCCATGCCATGCCGAGCATCGCCGCCGGCATTACCCAATGCATCATGCTGTCGCTGTCGATGGTGGTCATTGCGGCGCTGGTCGGTGCCGACGGCCTGGGCAAACCCGTGGTCAACGCACTGAACACCGCCGATATCGCCCTGGGCTTCGAAGCCGGCCTGGCGATCGTATTGCTGGCGATCATGCTCGACCGAATCTGCAAACAACCCGACGCCAAAGTAGGGGGTGACGCATGA MLIDQKIPLGQYIAGFVEWLTQNGANTFDAIAMFLETMIHGVTFALTWFNPLALIGLIALLAHFIQRKWGLTVFVIASFLLILNLGYWQETMETLAQVLFATLVCVLIGVPLGIVAAHKPMFYTMMRPVLDLMQTVPTFVYLIPTLTLFGLGVVPGLISTVVFAIAAPIRLTYLGIRDVPDELMDAGKAFGCSRRQLLSRIELPHAMPSIAAGITQCIMLSLSMVVIAALVGADGLGKPVVNALNTADIALGFEAGLAIVLLAIMLDRICKQPDAKVGGDA PGPT0013635_2240 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 D1-35_03755 948 hypothetical protein ATGAAAGGTTCCAAGCCGTTGTTGTTGGCCGCCATGCTGAGTCTTCCGATGCTGGCCAACGCTGCAGAGCCCGCTCAGTGCAGCACCGTCAACTTCTCCGATGTCGGCTGGACGGACATCACCGTTACCACCGCTACCACCAGCGTCGTGCTCGACGCCCTCGGCTACAAGACCAAGACCACCATGATCTCCGTACCAGTGACCTACAAATCCCTGGCCGACGGCAAGAACATGGACGTTTTCCTCGGCAACTGGATGCCGACCATGGAAAACGACATCAAGGCCTACCGCGAAGCCGGCACCGTGGAAACCGTGCGCGCCAACCTGGAGAACGCCAAGTACACCCTGGCCGTCCCCGAAGAGCTGTATGAAAAGGGTCTGAAGGATTTCGCCGACATCGCCAAGTTCAAGAAGGAACTGGACGGCAAGATCTACGGCATCGAACCGGGCAACGACGGCAACCGCTTGATCCAGAGCATGATCGACAAGAACGCCTTCGGTCTCAAGGACGCTGGCTTCAAGGTCGTCGAATCCAGCGAAGCCGGCATGCTGTCGCAGGTCGATCGCGCCCAGCGTCGTAACACCGCCGTGGTGTTCCTGGGCTGGGAACCGCACCCGATGAACACCCGCTTCAAGATGAAATACCTCACCGGTGGCGATGAATTCTTCGGTCCGAACTTCGGCCAGGCAACCATCTACACCAACACGCGCAAGGGCTACGCCCAGGAATGCGGCAACGTCGGCCAACTGCTGAAAAACCTGGTCTTCACCCTCGACATGGAAAGCACGCTGATGGGCAACGTGCTGGACGACAAGATGAAGCCTGAAGCCGCCGCCAAGGCCTGGCTGAAGAAAAACCCACAGGTGCTCGACACCTGGCTCGCCGGCGTCACCACCATTGACGGTAAACCTGGCCTGGAGGCCGTGAAAGCCAAGCTCGCGCAGTAA MKGSKPLLLAAMLSLPMLANAAEPAQCSTVNFSDVGWTDITVTTATTSVVLDALGYKTKTTMISVPVTYKSLADGKNMDVFLGNWMPTMENDIKAYREAGTVETVRANLENAKYTLAVPEELYEKGLKDFADIAKFKKELDGKIYGIEPGNDGNRLIQSMIDKNAFGLKDAGFKVVESSEAGMLSQVDRAQRRNTAVVFLGWEPHPMNTRFKMKYLTGGDEFFGPNFGQATIYTNTRKGYAQECGNVGQLLKNLVFTLDMESTLMGNVLDDKMKPEAAAKAWLKKNPQVLDTWLAGVTTIDGKPGLEAVKAKLAQ PGPT0013640_2114 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 D1-35_03756 1377 sdaB_2 COG1760 L-serine dehydratase 2 ATGGCAATCAGCGTGTTCGACCTGTTCAAGATCGGTATCGGCCCGTCCAGTTCCCATACCGTGGGCCCCATGCGCGCCGCGGCGCTGTTCGTTGAAGCGCTGCGGGCGAAGGCGCTGCTGCACGATGTGCGCCGGGTCGAGGTGCAGTTGTACGGTTCGCTGTCGGCGACCGGCATCGGCCATGGCAGCGACAACGCCACGATCATGGGGCTGATGGGCGAATGGCCTGACGCGATCGACCCGTCGCAGATCGGCACGCGCATCGAACTGCTGCGCGAAACCGGGACCTTATTGCTGGATGGGCGTCTGCCGGTGCCTTTTGTATGGCCGCGCGACATGCGCCTGATCGACGAGAACCTGCCGTTCCACCCTAACGCGATGACCTTGATTGCTGAAGGCGCCAGCGGCGAATTGCACCGCGACACCTACTATTCCATCGGCGGAGGTTTTGTTGTTGACCAGGCCCAGGCTTCCAGCGGCGTGGTGGACCTGGACAGTACCGAACTGCCGTACGATTTTTCCAGCGCCGAAGAACTCCTGGCCCTGTGCCGCACCCACAACCTGCGGGTGGCCGAGTTGATGATGGCGAATGAAAAGGTCTGGCGCTCCGAGGAAGAGATCCGCAGCGGCCTGATGAAACTCTGGCGGGCCATGCAGGATTGTGTTGAGCAAGGCCTCAAGCACGAAGGCATCCTGCCCGGCGGCCTGAACGTGCGGCGGCGGGCGGCCAAGTTGCATCGCAGCCTGCAGGAACTGAACAAACCGAACGTGATCGGCTCGACCTTGAGTGCCATGGAATGGGTCAACCTGTTCGCCCTGGCGGTCAACGAGGAAAATGCCGCCGGCGGGCGCATGGTCACGGCGCCGACCAATGGCGCGGCGGGGATCATTCCGGCGGTGCTGCACTACTTCATGAAATTCAGCGAAGCGGTGACCGACGCCAACGTGGTGGATTATTTCCTCAGCGCAGCGGCGGTGGGGATTTTGTGCAAGAAGAACGCTTCGATCTCCGGCGCCGAAGTCGGCTGCCAGGGCGAAGTCGGCTCGGCCTGCGCCATGGCGGCGGCGGGCCTGGCGGAAATCCTCGGGGCCACGCCGGAGCAATTGTGCAACGCCGCGGAAATCGGCCTGGAGCACAACCTTGGCCTGACGTGCGACCCGGTCGGCGGCCTGGTCCAGGTGCCCTGCATCGAGCGCAACGCGATTGCCGCGGTGAAAGCCATCAACGCCGCCCAAATGGCCCTGCGCGGCGACGGCCAGCACTTCATCTCCCTCGACCGGGTGATCCGCACCATGCGTGACACCGGCGCCGACATGCATGACAAATATAAAGAGACATCGCGGGGCGGGTTGGCGGTGAGTGCGGTGGAGTGTTGA MAISVFDLFKIGIGPSSSHTVGPMRAAALFVEALRAKALLHDVRRVEVQLYGSLSATGIGHGSDNATIMGLMGEWPDAIDPSQIGTRIELLRETGTLLLDGRLPVPFVWPRDMRLIDENLPFHPNAMTLIAEGASGELHRDTYYSIGGGFVVDQAQASSGVVDLDSTELPYDFSSAEELLALCRTHNLRVAELMMANEKVWRSEEEIRSGLMKLWRAMQDCVEQGLKHEGILPGGLNVRRRAAKLHRSLQELNKPNVIGSTLSAMEWVNLFALAVNEENAAGGRMVTAPTNGAAGIIPAVLHYFMKFSEAVTDANVVDYFLSAAAVGILCKKNASISGAEVGCQGEVGSACAMAAAGLAEILGATPEQLCNAAEIGLEHNLGLTCDPVGGLVQVPCIERNAIAAVKAINAAQMALRGDGQHFISLDRVIRTMRDTGADMHDKYKETSRGGLAVSAVEC PGPT0001975_1923 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D1-35_03757 1104 cdhR_10 COG4977 HTH-type transcriptional regulator CdhR ATGACGACGTCCAACTCTGGGGCTCAACCCCAGAACCGTGCGCCTCAATCCATCGGCTTTTTGCTGCTGGACAATTTCACGCTGATTTCCCTGGCGTCCGCGGTGGAACCGCTACGCATGGCCAACCAGCTGTCCGGTCGCGAGTTGTATCGCTGGACCACCCTGACCGTCGATGGCGGGCAGGTCTGGGCCAGTGACGGTCTGCAGATCACGCCTGACGCCTCCATGCACAAAGCGCCGGCCCTCGACACCGTCATCGTCTGCGGCGGCATCGGCATCCAGCGCACCGTTACTCGTGAGCATGTCTCCTGGCTGCAAAGCCAGGCCCGGCAGTCCCGTCGCCTCGGCGCGGTCTGCACCGGCAGTTGGGCCCTGGCCTGTGCCGGCCTGCTGGACGGTTTCGATTGCAGCGTGCACTGGGAATGCCTGGCAGCCATGCAGGAAGCCTTCCCGCGGGTGTCGATGAGCACGCGGCTGTTCACCCTCGACCGCAATCGCTTCACCAGTTCCGGCGGCACCGCGCCACTGGATATGATGCTGCACTTGATCAGCCGCGATCACGGTCGCGAACTGTCGGCAGCAATCTCGGAAATGTTTGTCTATGAGCGCATCCGCAACGAGCAGGATCACCAGCGCGTGCCGCTCAAGCATATGCTCGGCACCAACCAGCCGAAGTTGCAGGAAATCGTCGCACTGATGGAGGCCAACCTCGAAGAGCCGATCGACCTGGACGAGCTGGCGGTGTATGTCGCCGTGTCCCGACGTCAGCTCGAGCGCCTGTTCCAGAAATACCTGCACTGTTCGCCGTCGCGCTACTACCTCAAGCTGCGGCTGATCCGCGCGCGGCAGCTGCTCAAGCAGACGCCGATGTCGATCATCGAAGTGGCCTCGGTGTGCGGCTTCGTCTCCACCCCGCACTTCTCCAAGTGCTACCGCGAATACTTCGGCATTCCACCGCGCGACGAGCGCGTCGGTTCCAACACTACGCAGCAGGTAGCGATGATGCCGTTGCCGCAGGCCCTGGTGCTGTCGCCATTGTCCGGCCCGCTGTCGGCCTTGAGCCAGGCGCGCAACGAGTCGACGTTTGCCAGTGTGAGGCTCTAA MTTSNSGAQPQNRAPQSIGFLLLDNFTLISLASAVEPLRMANQLSGRELYRWTTLTVDGGQVWASDGLQITPDASMHKAPALDTVIVCGGIGIQRTVTREHVSWLQSQARQSRRLGAVCTGSWALACAGLLDGFDCSVHWECLAAMQEAFPRVSMSTRLFTLDRNRFTSSGGTAPLDMMLHLISRDHGRELSAAISEMFVYERIRNEQDHQRVPLKHMLGTNQPKLQEIVALMEANLEEPIDLDELAVYVAVSRRQLERLFQKYLHCSPSRYYLKLRLIRARQLLKQTPMSIIEVASVCGFVSTPHFSKCYREYFGIPPRDERVGSNTTQQVAMMPLPQALVLSPLSGPLSALSQARNESTFASVRL PGPT0021945_104 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021945-cdhR-K17736 NA NA D1-35_03758 264 hypothetical protein ATGATGTACGCCGATTTGATCGACCAGGAAGACCTGCTGGGCCAGCTCAAGGCCCTGGGGCTGCCGATACCCAGCGGTGCGACCGCCGAGCAGGCCTGTGAATGCGCGGTGCGCGGCCTGGACCGGGCGCGCGCCAATGAACTGCGGCGCATGGTCAAGGACATGTACACCAGCAGCGCGACCATCCTGCCGGCGGTGCGTCAGGCGATCGACCAGCAACTGTTGCCAGCGTTGGCGCAATACCAGCAAAACCATAGCGCCTGA MMYADLIDQEDLLGQLKALGLPIPSGATAEQACECAVRGLDRARANELRRMVKDMYTSSATILPAVRQAIDQQLLPALAQYQQNHSA NA NA NA NA NA D1-35_03759 1164 Gamma-butyrobetaine dioxygenase ATGAACATCGCCGCCGCTATTGCCGACTTCCGACGCTACCCTCTTGTCCAGGCATTGAGCGCTGTAACACCCTTGGGCGACCGGGTCCACGTCACGTGGGCCGACGGCCGGATCAGCCCGTTTCACCATCAATGGCTGCGGGACAACTGCCCCTGCGCGCAGTGTGTCTACAGCGTCACCCGCGAGCAGGTCCTGGAGATCGTCGACGTCCCGGAAGACCTGACGCCCGGCGCAATCGACATCGACGGCGCGGGCTGCCTACACGTGGTTTGGCAGGACGGCCATCAGAGCCTTTTCGACCCGGGTTGGTTGCGCGCCCATGCCTATGACGATCAATCCAGGGCCGAGCGACTGGCGGGCAGACCACAACGCCAACTATGGCAGCACGATCTGTCACTGCCAGTGTTCGAATACCAGGCCCTGATGGAGGACGCCGACACCTTGCTGAAATGGCTACTGGCAGTACGCGACATCGGCCTGACCCAGGTACGGGGCGTCCCCACCGAACCCGGCTCGCTGAAACTGATTGCCCAGCGCATTTCCTTTATCCGCGAAAGCAATTTCGGCGTGCTGTTCAACGTGCAGTCCAAGGCCGATGCCGACAGCAACGCCTATACCGCCTTCAATCTGCCGCTGCACAGCGACCTGCCAACACGGGAACTGCAGCCGGGTTTGCAGTTCCTGCATTGCCTGGTGAACGACGCCGACGGTGGCGAGAGCATCTTCGTCGACGGTTTCGCCATCGCCCAGGCGCTGCGCCGGGAAGACGCCGAAGCCTTCGACGCGCTGTGCCAGATCCCGGTGGAGTTTCGCAACAAGGATCGCCACAGCGACTACCGCTGCCTGGCGCCGATCATCGCCCTGGATACGCTGGGGCAGGTCTCGGAGATCCGCATGGCGAATTTCTTGCGCGGACCGTTCGATACGTCGGTGGAGCAGATGCCCAGGCTCTATCAAGCCTATCGCCGCTTCATTGCCCTGACCCGCGAGCCTCGGTTTCGCCTGGTACAGAGGCTTGAACCCGGCCAGCTCTGGTGCTTCGACAACCGTCGCACCCTCCACGCGCGCAATGCGTTCGACCCAGCCTCCGGGGCGCGACACTTCCAGGGGTGTTATGTCGATCGGGATGAATTGCTGTCGCGGATTCTGGTGTTGCAGCGTTAG MNIAAAIADFRRYPLVQALSAVTPLGDRVHVTWADGRISPFHHQWLRDNCPCAQCVYSVTREQVLEIVDVPEDLTPGAIDIDGAGCLHVVWQDGHQSLFDPGWLRAHAYDDQSRAERLAGRPQRQLWQHDLSLPVFEYQALMEDADTLLKWLLAVRDIGLTQVRGVPTEPGSLKLIAQRISFIRESNFGVLFNVQSKADADSNAYTAFNLPLHSDLPTRELQPGLQFLHCLVNDADGGESIFVDGFAIAQALRREDAEAFDALCQIPVEFRNKDRHSDYRCLAPIIALDTLGQVSEIRMANFLRGPFDTSVEQMPRLYQAYRRFIALTREPRFRLVQRLEPGQLWCFDNRRTLHARNAFDPASGARHFQGCYVDRDELLSRILVLQR PGPT0013696_407 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0013696-BBOX1_like-K00471 NA NA D1-35_03760 477 lcdH_1 L-carnitine dehydrogenase ATGCCCGCTCTTACCACCTACCAAACCCCCATCCTCCCGGAATGGGTCGACTACAACGGTCACTTGCGCGATGCCTTCTACCTGCTGATCTTCAGCTACGCGACCGACGCGCTGATGGACCAACTCGGCCTGGACAGCCAGAACCGCGAAGCCAGCGGCCATTCGCTATTCACCCTTGAACTGCACCTGAACTACCTCCACGAAGTGAAGCTCGGGGCCGAGGTAGAGGTGCACACACAACTCATCGGCCACGACACCAAACGCCTGCACCTCTACCACAGCCTGCACCTGGTGGGCGGAGACAAAGAGCTGGCCGGCAATGAGCAGATGCTGCTGCACGTCGACCTGGCCGGCCCGCGCTCAGCGCCTTTCACCGAGCAGACCCTGGGCCGACTCAAAGCCCTGATCGACGAACAATCCGACCTGCCGGCTCCGACCTGCATTGGCCGCGTCATCGCCTTGCCGCCCGCCCGATAA MPALTTYQTPILPEWVDYNGHLRDAFYLLIFSYATDALMDQLGLDSQNREASGHSLFTLELHLNYLHEVKLGAEVEVHTQLIGHDTKRLHLYHSLHLVGGDKELAGNEQMLLHVDLAGPRSAPFTEQTLGRLKALIDEQSDLPAPTCIGRVIALPPAR PGPT0001850_1387 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D1-35_03761 966 lcdH_2 COG1250 L-carnitine dehydrogenase ATGAGCTTCATCACCAACATCAGAACCTTCGCCGCCCTGGGCAGCGGCGTCATCGGCAGCGGTTGGATCAGCCGCGCCCTGGCCCACGGCCTGGACGTGGTCGCCTGGGACCCGGCGCCGGGTGCCGAAGCGGCCTTGCGCAAACGCGTCGCCAACGCCTGGGGCGCCTTGGAAAAACACGGCCTGGCCCCCGGCGCATCGCAGGATCGCTTGCGCTTTGTTGCGACCGTCGAGGAATGCGTACGCGAGGCCGATTTCATTCAGGAAAGCGCTCCCGAGCGGCTGGAGCTCAAGCTTGAGCTGCACGCCCAGATCAGCGCCGCCGCCAAGCCGGATGCGCTGATCGGCTCGAGCACCTCGGGGCTTTTGCCGAGCGAGTTCTATGCAAACTCCACTCATCCGGAGCGCTGCGTGGTCGGGCATCCATTCAACCCGGTCTACCTGCTGCCCCTGGTGGAAGTGGTCGGTGGCAAGCACACCGCGCCTGAAGCCGTACAAGCGGCGATGGAGGTCTACGAATCCCTTGGCATGCGCCCGCTGCACGTGCGCAAGGAAGTCCCCGGTTTCATCGCCGATCGCCTGCTCGAAGCGCTGTGGCGCGAGGCCCTGCACCTGGTCAACGACGGCGTGGCGACCACCGGCGAAATCGACGATGCCATTCGTTTTGGCGCCGGCCTGCGCTGGTCGTTCATGGGCACTTTCCTGACCTACACCCTGGCCGGCGGCGATGCCGGGATGCGCCATTTCATGGCCCAGTTCGGCCCGGCGCTGCAATTGCCGTGGACCTACCTGCCGGCGCCGGAGCTGACCGAGAAACTGATCGACGATGTGGTGGAAGGGACGAGCGAGCAACTGGGGCGCCACAGCATTTCGGCGCTGGAGCGCTATCGTGATGATTGCCTGATGGCGGTGCTGGAGGCGGTGAAGGCCACCAAGGAAAAGCATGGAATGGCCTTCGCCGAGTAA MSFITNIRTFAALGSGVIGSGWISRALAHGLDVVAWDPAPGAEAALRKRVANAWGALEKHGLAPGASQDRLRFVATVEECVREADFIQESAPERLELKLELHAQISAAAKPDALIGSSTSGLLPSEFYANSTHPERCVVGHPFNPVYLLPLVEVVGGKHTAPEAVQAAMEVYESLGMRPLHVRKEVPGFIADRLLEALWREALHLVNDGVATTGEIDDAIRFGAGLRWSFMGTFLTYTLAGGDAGMRHFMAQFGPALQLPWTYLPAPELTEKLIDDVVEGTSEQLGRHSISALERYRDDCLMAVLEAVKATKEKHGMAFAE PGPT0021955_341 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021955-lcdH|cdhA-K17735 NA NA D1-35_03762 888 kce COG3246 3-keto-5-aminohexanoate cleavage enzyme ATGAACCACGACGTCATCATCACCTGCGCACTCACCGGTGCTGGCGACACGACCGCCAGGAGCCCGCACGTGCCGGTCACCCCGAAACAGATCGCCGCTGCGGCCGTCGAAGCGGCCAAGGCCGGCGCCACCGTGGTCCACTGCCATGTGCGCGACCCACAGACCGGCAAATTCAGCCGCGACGTGGCGCTGTACCGCGAAGTGATGGAGCGCATCCGCGAGGCCGACGTCGACATCATCGTCAATCTCACCGCCGGCATGGGCGGCGACCTGGAAATCGGTAGCGGCGAAAAACCCATGGAGTTCGGCCCCAACACCGATCTGGTGGGCCCACTGACCCGCCTGGCCCACGTCGAGGAGCTGTTGCCGGAAATCTGCACGCTGGATTGCGGCACCCTTAACTTCGGCGACGGCGACACCATTTACGTCTCCACCCCGGCGCAACTGCGGGCCGGCGCCAAGCGCATCACCGAGCTGGGGGTCAAGGCCGAGCTGGAGATCTTCGACACCGGGCACCTGTGGTTCGCCAAGCAGATGATCAAGGAAGGCCTGTTGGACAACCCCTTGTTCCAGCTCTGCCTGGGTATCCCGTGGGGCGCGCCGGCGGATACCACCACCATGAAGGCCATGGTCGACAACCTGCCCGCCGACGCGGTGTGGGCCGGCTTCGGTATCGGCCGCATGCAAATGCCGATGGCGGCACAGGCCGTTTTGCTGGGCGGCAACGTGCGGGTCGGGCTGGAAGACAACCTCTGGCTGGACAAAGGCGTACTCGCCACCAATGGACAACTGGTGGAGCGTGCCGGCGAAATCCTCAGCCGCCTCGGCGCGCGCGTGCTTACGCCGGCTGAGGGCCGCAAGAAAATGGGCCTGACCCAGCGCGGCTAA MNHDVIITCALTGAGDTTARSPHVPVTPKQIAAAAVEAAKAGATVVHCHVRDPQTGKFSRDVALYREVMERIREADVDIIVNLTAGMGGDLEIGSGEKPMEFGPNTDLVGPLTRLAHVEELLPEICTLDCGTLNFGDGDTIYVSTPAQLRAGAKRITELGVKAELEIFDTGHLWFAKQMIKEGLLDNPLFQLCLGIPWGAPADTTTMKAMVDNLPADAVWAGFGIGRMQMPMAAQAVLLGGNVRVGLEDNLWLDKGVLATNGQLVERAGEILSRLGARVLTPAEGRKKMGLTQRG PGPT0021956_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021956-cdhC-NA NA NA D1-35_03763 945 hypothetical protein ATGAAACACCTGATCAGCTACTGCGTTCTTGCAATCAGCGCCACGTCTCTCCTGAACCAGACAGCCCTCGCAGCCGAACCCGCTGCCTGCCAGAACGTGCGCCTGGGCGTGGTCAACTGGACCGACGTCATTGCCACCAGCGCCTTGACCCAAGTGATGCTCGATGGCCTCGGTTACAAGACCAAGCAGACCAGCGCCTCCCAGCAGATCATTTTCGCCGGCATCCGCGACCAGCGCCTGGACCTGTTCCTGGGCTACTGGAACCCGCTGATGACCCAGACCATCACCCCGTTCGTCGAGGCGAAGCAGGTCAAGGTGCTGGAGCAGCCGAGCCTGAAGGACGCCCGCGCCACCCTGGCCGTACCCACTTACCTGGCCGACAAGGGCCTGAAGACCTTCGCTGATATCGCCAAATTCGAAAAAGAGCTGGCCGGCAAGATCTACGGCATCGAGCCCGGTTCCGGTGCCAACACTCAGATCAAAGCGATGATCGCCAAGAACCAGTTTGGCCTGGGCAAGTTCCAGCTGGTCGAGTCCAGCGAGGCCGGCATGCTCGCGGCGGTAGACCGCGCCGTGCGGCGCAAGGAAGCCGTGGTGTTCTTCGGCTGGGCGCCGCACCCGATGAACGTCAACGTGCAGATGACCTATCTCACCGGCAGCGAAGACGCCCTCGGCCCGAATGAAGGCATGGCCAGCGTCTGGACCGTCACCGCGCCGGACTACGCCGAGCAATGCCCGAACGTCAGCCGCCTGCTGAGCAACCTGACCTTCAGCGCCGAAGACGAGAGCCGGATGATGCAGCCGCTGCTCGACCACAAGGACCCACTGGAGTCCGCCCGGCAATGGCTGAAGGACCACCCGCAAGACAAGCAGCGCTGGCTCGAAGGCGTGACCACTTTCGACGGCAAGCCGGCCATCGACAACCTGAAACTGACCAGCAACTGA MKHLISYCVLAISATSLLNQTALAAEPAACQNVRLGVVNWTDVIATSALTQVMLDGLGYKTKQTSASQQIIFAGIRDQRLDLFLGYWNPLMTQTITPFVEAKQVKVLEQPSLKDARATLAVPTYLADKGLKTFADIAKFEKELAGKIYGIEPGSGANTQIKAMIAKNQFGLGKFQLVESSEAGMLAAVDRAVRRKEAVVFFGWAPHPMNVNVQMTYLTGSEDALGPNEGMASVWTVTAPDYAEQCPNVSRLLSNLTFSAEDESRMMQPLLDHKDPLESARQWLKDHPQDKQRWLEGVTTFDGKPAIDNLKLTSN PGPT0013640_2453 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 D1-35_03764 960 cdhR_11 COG4977 HTH-type transcriptional regulator CdhR ATGTCCCAGGATTTTTATTTCTTGTTGATGCCGGGTTTCTCGGCCATCGGTTTCATCTCGGCCATCGAGCCCTTGCGGGTCGCCAACCGTTTTCGCGGCGAGCTGTACCGCTGGCATGTACTGAGCGCCGATGGCGGTGCGGTGCTGGCGAGCAACGGCATGTCGGTCAACGCCGACGCCGCGCTGGAGCCGCTGAAGAAGGGTGCGACGCTGTGGGTCGTGGCGGGTTTCGAACCGTTGAAATTTGCCAGCCCGGCGTTGGAGCGCTGGTTGCATCGACTGGACAATGAAGGTGTCATCCTTGGCGGTATCGACACCGGCAGCGTGGTCCTGGCCGAGGCGGGGCTACTGGATGGCCACCGGGTGACGCTGCACTGGGAGGCGATCGAGGCGTTCAAGGAATCTTATCCACAGCTCGGCGTGACCCAGGAACTGTTCGAGATTGACCGCCGTCGCATCACTTGCGCCGGCGGCACCGCCTCCATCGACCTGATGCTCGACCTGATCGGCCAGGCCCACGGCCCGGAGCTGGCGATCCAGGTCAGCGAGCAATTCGTGCTCGGTCGCATTCGTCCGCGCAAGGATCACCAGCGCATGGAAATCGCCACGCGCTATGGCATCCGCAACAAGAAGCTGGTGCAGGTCATCGGCGAGATGGAGACCCATAGCGAACCGCCCTTGAGCACCCTGGCCCTGGCCGAGTCGATCAACGTGACGCGGCGTCAGCTGGAGCGCTTGTTCCGGCTGCACCTGAACGACACCCCGAGCAACTTCTACCTGCGCCTGCGCCTGGAAAAGGCCCGGCAACTGCTGCGTCAGACCGACATGAGCGTGCTGGAGGTGAGCATCGCCTGCGGGTTCGAGTCGCCGTCGTACTTCACCCGCAGCTATCGGGCACGGTTTGCCCGGTGTCCACGGGAGGATCGGCGACGGCAGGGGGATGAGCGGGAGGTGGTTTGA MSQDFYFLLMPGFSAIGFISAIEPLRVANRFRGELYRWHVLSADGGAVLASNGMSVNADAALEPLKKGATLWVVAGFEPLKFASPALERWLHRLDNEGVILGGIDTGSVVLAEAGLLDGHRVTLHWEAIEAFKESYPQLGVTQELFEIDRRRITCAGGTASIDLMLDLIGQAHGPELAIQVSEQFVLGRIRPRKDHQRMEIATRYGIRNKKLVQVIGEMETHSEPPLSTLALAESINVTRRQLERLFRLHLNDTPSNFYLRLRLEKARQLLRQTDMSVLEVSIACGFESPSYFTRSYRARFARCPREDRRRQGDEREVV PGPT0021945_164 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARNITHINE_USAGE PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021945-cdhR-K17736 NA NA D1-35_03765 417 hypothetical protein ATGATCATCTGCGGCATCGAAATCAAAGGCAGCGAAGCGATCATCGCCGTTGCTTCGCTGGACCAGCAGGCGTTGAGCCACGTCGCGCTCAGTACCAAGAAAATCGCCCTTGACGACGATGACGAAGCCGCCAACGTCAAGGCCTTTGCCGCGCAGGTTCGGGCGTTCGTGACGGACAACGGCATCGAACGCATCGCCATCAAGAAGCGCAGCAAGAAAGGCGAATTCGCCGGTGGGCCGACCACCTTCAAGATCGAGGGCATTTTCCAGTTGCTGGAAGGTTGCGAGGTGATGCTGCTGTCGCCGCAGACCATCAACGCGCAGAGCAAGAAACACGACTTCGTCCTGCCGGCGACGCTGAACAAGTATCAGCATGAGGCGTACAAGGCAGCCTGCTCGGCACTGATGAAGAAATAG MIICGIEIKGSEAIIAVASLDQQALSHVALSTKKIALDDDDEAANVKAFAAQVRAFVTDNGIERIAIKKRSKKGEFAGGPTTFKIEGIFQLLEGCEVMLLSPQTINAQSKKHDFVLPATLNKYQHEAYKAACSALMKK NA NA NA NA NA D1-35_03766 324 hypothetical protein ATGAACGTACCTACTGACATTCAGATCATCAACGACGCAGACGGAAATCCGGCCTTTGTGGTCATTCCGTATGCGCAATACGTTGCGCAGAAATTGGAACCCGATCTGATTCCTCATGAAGTCGTTAGCCGTATCGTCGACGGCGCCACGCCCATACGCGCCTGGCGCGAGCATTTGAACCTGACCCAAGACGAAGTTGCCAAGCGTCTCGGTATTTCCCAACCGGCGTTTGCCCAGCAAGAATCTGTGGCCAAACCTCGCCGAGCTACACGAGAAAAAATTGCCTCTGCCTTTGGCATCCATGCTGATCAACTGGAGCTATAG MNVPTDIQIINDADGNPAFVVIPYAQYVAQKLEPDLIPHEVVSRIVDGATPIRAWREHLNLTQDEVAKRLGISQPAFAQQESVAKPRRATREKIASAFGIHADQLEL NA NA NA NA NA D1-35_03767 402 hypothetical protein ATGAAATCGATTTTCTTCGCCCTGGCACTGATCAGCACCGTCGCCCACGCGACCGAAGACACCGAACCCAACCCCTGCGACGAAGTTGAAAACGACGTCCAGACCCTGGCCTGTTCGGCCTACGGCAAAGCCGCCGCCGAACAACTGCTCAACGAAAACCTGCAAAGCCTCAACGAACGCCTGCAAACCCGCTACGCCAGCGACAAGGCCCAGCTCAACGACATCACCGCCAAGATCAAGGCCGCCCAGCAACTGTGGCAAAAGCAGCGCGAAGCCGACTGCGCGATCGCCGCCTTCCCGGCCAAACCTGGCAGCGACGCCTACAAAATCGCCGAAAACGACTGCATGGCCCAGGTGAGCGATGACCGGTCGGAGTTTTTGGAGTCGATTGGACAGGAATAA MKSIFFALALISTVAHATEDTEPNPCDEVENDVQTLACSAYGKAAAEQLLNENLQSLNERLQTRYASDKAQLNDITAKIKAAQQLWQKQREADCAIAAFPAKPGSDAYKIAENDCMAQVSDDRSEFLESIGQE NA NA NA NA NA D1-35_03768 978 hypothetical protein ATGAGCCCAGCCGAATTGCACGCCGACAGCATCGTTATCGACGGGCTGATCATTGCCAAGTGGAACCGTGACCTGTTCGAAGACATGCGCAAGGGCGGCCTGACCGCAGCCAACTGCACCGTGTCGGTGTGGGAAGGTTTCCAGGCCACCATCAACAACATCGTCGCCAGCCAGAAACTGATCCGCGAAAACAGCGACCTGGTGATCCCGGTGAAGACCACCGCCGACATCCGTCGTGCCAAGGAGCAGGGCAAGACCGGCATCATCTTCGGCTTCCAGAACGCCCATGCCTTCGAGGACCAGCTCGGCTATGTCGAGATCTTCAAGCAGCTGGGCGTCGGCGTGGTGCAGATGTGCTACAACACCCAGAACCTGGTGGGCACCGGCTGCTACGAGCGCGACGGCGGCCTGTCGGGCTTCGGTCGTGAAATCGTCGCCGAGATGAACCGCGTCGGCATCATGTGCGACCTGTCCCACGTTGGTTCCAAGACTTCCGAAGAAGTCATTCTCGAATCGAAGAAGCCGGTCTGCTACTCCCACTGCCTGCCGTCCGGTCTGAAAGAGCACCCACGCAACAAGTCTGACGAGGAACTGAAGTTCATCGCCGACCACGGCGGTTTCGTCGGCGTGACCATGTTCGCGCCGTTCCTGGCCAAGGGCATCGATTCGACCATCGACGACTACGCCGAAGCCATTGAATACACCATGAACATCGTCGGCGAAGACGCCATCGGCATCGGCACTGACTTCACCCAGGGCCATGGCCAGGATTTCTTCGAGATGCTGACCCACGACAAGGGCTATGCCCGTCGTCTGACCAGCTTTGGCAAGATCATCAACCCCCTGGGCATCCGCACCGTGGGCGAGTTCCCGAACCTCACCGAGACGCTGCTCAAGCGCGGTCACCCGGAGCGGGTGGTGCGCAAGATCATGGGCGAGAACTGGGTGAACGTTCTCAAGGACGTCTGGGGCGAATAA MSPAELHADSIVIDGLIIAKWNRDLFEDMRKGGLTAANCTVSVWEGFQATINNIVASQKLIRENSDLVIPVKTTADIRRAKEQGKTGIIFGFQNAHAFEDQLGYVEIFKQLGVGVVQMCYNTQNLVGTGCYERDGGLSGFGREIVAEMNRVGIMCDLSHVGSKTSEEVILESKKPVCYSHCLPSGLKEHPRNKSDEELKFIADHGGFVGVTMFAPFLAKGIDSTIDDYAEAIEYTMNIVGEDAIGIGTDFTQGHGQDFFEMLTHDKGYARRLTSFGKIINPLGIRTVGEFPNLTETLLKRGHPERVVRKIMGENWVNVLKDVWGE PGPT0020950_3009 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 D1-35_03769 531 hypothetical protein ATGGCCAAGATCGCCCCGCAACTGCCAATCGAAGTCGACAGCGAAACCGGTGTCTGGACCTCCGACGCCCTGCCGATGCTATACGTGCCGCGGCACTTCTTCGTCAACAACCACATGGGTATCGAGGAAGTGCTGGGCGCCGATGCCTACGCCGAAATCCTCTACAAGGCCGGCTACAAATCCGCCTGGCACTGGTGCGAAAAAGAAGCCGAATGTCACGGCCTGGAAGGCGTCGCGGTGTTCGAGCATTACATGAAGCGCTTGTCCCAGCGTGGCTGGGGCCTGTTCAAGATCCAGGACATCGACCTGGATAAAGGCACCGCTAGCGTCAAGCTCGAGCATTCAGCGTTCGTCTACGTGTACGGCAAGGTCGGGCGCAAGGTCGACTATATGTTCACCGGCTGGTTCGCCGGCGCCATGGATCAGATTCTCGCCGCTCGCGGCAGCCAGATCCGCACCGTGGCCGAGCAGGTCTACGGCGGTTCCGAAGAAGGCCACGACGACGGCCTGTTCATCGTCAAGCCGTTGTAA MAKIAPQLPIEVDSETGVWTSDALPMLYVPRHFFVNNHMGIEEVLGADAYAEILYKAGYKSAWHWCEKEAECHGLEGVAVFEHYMKRLSQRGWGLFKIQDIDLDKGTASVKLEHSAFVYVYGKVGRKVDYMFTGWFAGAMDQILAARGSQIRTVAEQVYGGSEEGHDDGLFIVKPL NA NA NA NA NA D1-35_03770 2061 stcD_2 putative N-methylproline demethylase ATGGCTTTTGAAGCAATGTTCCAGCCGATCCAGATCGGCAAGCTGACCATCCGCAACCGCGTGCTCAGCACCGCGCACGCCGAGGTCTACGCCACCGACGGCGGCATGACCACCGACCGCTATGTGAAATATTACGAAGAGAAGGCCAAGGGCGGCATCGGCCTGGCAATCTGCGGCGGCTCGTCCGTGGTTGCCATCGACAGCCCGCAGGAATGGTGGAGTTCGGTGAACCTGTCCACCGACCGCATCATCCCGCACTTCCAGAACCTGGCCGACGCCATGCACAAGCATGGCGCCAAGATCATGATCCAGATTACCCATATGGGTCGTCGCTCGCGCTGGGACGGTTTCAACTGGCCGACCCTGATGTCGCCGTCCGGCGTGCGTGAGCCGGTGCATCGTGCGACCTGCAAGACCATCGAGCCGGAAGAAATCTGGCGGGTGATCGGCAACTACGCCCAGGCCGCGCGCCGGGCCAAGGCCGGTGGCCTGGACGGCGTCGAGCTGTCCGCCGTGCACCAGCACATGATCGACCAGTTCTGGAGCCCGCGGGTCAACAAGCGGACCGACGAGTGGGGCGGCACTTTTGAGGGGCGCATGAAGTTCGGCCTGGAAGTGTTGAAGGCCGTGCGCGCCGAAGTGGGTGACGATTTCTGCGTGGGCATGCGCCTGTGCGGCGACGAATTCCACCCGGACGGCTTGTCCCACGAGGACATGAAGCAGATCGCCAAGTACTACGACGACACCGGCATGCTCGATTTCATCGGTGTGGTGGGCTCGGGTTGCGACACCCACAACACCTTGGCCAACGTCATCCCGAACATGAGTTATCCACCGGAGCCGTTCCTGCACCTGGCCGCCGGTATCAAGGAGGTGGTCAAGGTTCCGGTGCTGCATGCGCAGAACATCAAGGACCCGAACCAGGCCACGCGGATCCTCGAGGGCGGCTACGTCGATATGGTCGGCATGACCCGCGCCCACATCGCCGACCCGCACCTGATCGCCAAGATCAAGATGGGCCAGATCGACCAGATCAAGCAGTGCGTCGGCGCCAACTACTGCATCGACCGCCAGTACCAGGGCCTGGACGTGCTGTGTATCCAGAACGCCGCGACCTCCCGTGAATACATGGGCGTGCCGCACATCATCGAGAAATCCACTGGGCCGAAACGCAAAGTCGTGGTGGTCGGTGCCGGCCCGGCCGGGATGGAAGCGGCGCGCGTGGCCGCCGAGCGTGGGCACGACGTGACGCTGTTCGAGAAGAAAGAGTTCATCGGCGGACAGATCACCACCGCCTCGAAAGCCCCGCAACGGGACCAGATCGCCGGTATCACCCGCTGGTTCCAGCTGGAGCTGGCGCGGTTGAAAGTCGACCTGCGCCTGGGCGTGGCGGCGGATGCGCCAACCATCATGGACTTGCGTCCGGACGTGGTGGTGCTGGCCGTCGGTGGCCACCCGAACGTCGAGCAGAACGAGCACTGGGGCGCCGCCGAAGGGTTGGTGGTCAGCAGCTGGGACGTACTCGACGGCAAGGTTGCACCGGGCAAGAACGTGCTGGTCTACGACACCATCTGCGAGTTCACCGGCATGTCGGTGGCCGACTTCCTCGCCGACAAGGGCAGCCAGGTCGAGATCGTCACCGACGATATCAAGCCAGGCGTGGCCATTGGCGGGACGTCGTTCCCGACCTATTACCGCAGCATGTACCCCAAGGAAGTGATCATGACCGGGGACATGATGCTGGAGAAGGTCTACCGCGAAGGCGACAAGCTGGTAGCGGTGCTGGAGAACGAATATACCGGCGCCAAGGAAGAGCGCGTGGTGGACCAGGTGGTGGTGGAGAACGGCGTGCGGCCGGACGAAGAAATCTACTACGCGCTGAAGGAGGGTTCGCGCAACAAGGGCCAGATCGACGTCGAAGCACTGTTCGCGATCAAGCCGCAACCGTGCCTTGAGCAGAGTGGCGATGGCTACCTGCTGTTCCGCATCGGCGACTGCGTGGCCCAGCGTAATACCCACGCGGCCATCTACGACGCCCTGCGGCTGTGCAAGGATTTCTAA MAFEAMFQPIQIGKLTIRNRVLSTAHAEVYATDGGMTTDRYVKYYEEKAKGGIGLAICGGSSVVAIDSPQEWWSSVNLSTDRIIPHFQNLADAMHKHGAKIMIQITHMGRRSRWDGFNWPTLMSPSGVREPVHRATCKTIEPEEIWRVIGNYAQAARRAKAGGLDGVELSAVHQHMIDQFWSPRVNKRTDEWGGTFEGRMKFGLEVLKAVRAEVGDDFCVGMRLCGDEFHPDGLSHEDMKQIAKYYDDTGMLDFIGVVGSGCDTHNTLANVIPNMSYPPEPFLHLAAGIKEVVKVPVLHAQNIKDPNQATRILEGGYVDMVGMTRAHIADPHLIAKIKMGQIDQIKQCVGANYCIDRQYQGLDVLCIQNAATSREYMGVPHIIEKSTGPKRKVVVVGAGPAGMEAARVAAERGHDVTLFEKKEFIGGQITTASKAPQRDQIAGITRWFQLELARLKVDLRLGVAADAPTIMDLRPDVVVLAVGGHPNVEQNEHWGAAEGLVVSSWDVLDGKVAPGKNVLVYDTICEFTGMSVADFLADKGSQVEIVTDDIKPGVAIGGTSFPTYYRSMYPKEVIMTGDMMLEKVYREGDKLVAVLENEYTGAKEERVVDQVVVENGVRPDEEIYYALKEGSRNKGQIDVEALFAIKPQPCLEQSGDGYLLFRIGDCVAQRNTHAAIYDALRLCKDF PGPT0021970_155 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_STACHYDRINE_USAGE PLANT_DERIVED_STACHYDRINE_DEGRADATION,PGPT0021970-hpbA-K22551 NA NA D1-35_03771 1950 fadF COG0247 putative iron-sulfur-binding oxidoreductase FadF ATGTTGAACACCCTTCTTCCAATCCTGCTGTTCGCAGCCCTGGGCCTCGCGGTCCTCGGTGCCTTGCGGCGGGTGAACATGTGGCGCCGGGGCCGACCGTCGAAAGTCGACCTGATCGGTGGCATCTTCGCCATGCCCAAGCGCTACATGGTGGACTTGCACCACGTGGTGGCGCGGGACAAATACATCGCCAATACCCACGTCGCCACGGCGGGCGGGTTTGTCCTGGCGGCGGTGCTGGCGATCCTGGTGCACGGTTTCGGCCTGCAGAGCCGTATCCTCGGCTATGCCTTGCTGTTCGCCACATTGCTGATGTTCAGCGGTGCGATCTTCATGGCCCTGCGTCGTCGCAATCCACCTTCGCGGCTGTCGAAGGGCCCCTGGATGCGCCTGCCGAAAAGCCTGTTCGCGTTTTCCATCAGCTTCTTCCTGGTGACCTTGCCGGTGGCCGGGATTCTGCCGGCGGACTTCGGTGGCTGGTTGCTGGTGGCGCTGTTGGGGCTGGGCGTGCTCTGGGGCGTCTCGGAGATGTTCTTCGGCATGACCTGGGGCGGGCCGATGAAGCACGCCTTCGCCGGTGCCCTGCACCTGGCCTGGCACCGCCGTGCAGAACGTTTTGGTGGCGGCCGTTCCACCGGCCTCAAGCCGCTGGACCTGAACGACCCAGCCGCACCGCTGGGTGTGGAGAAACCCAAGGATTTCACCTGGAACCAGTTGCTCGGCTTCGACGCCTGCGTACAGTGCGGCAAGTGCGAAGCGGCCTGCCCGGCGTTCGCCGCCGGCCAGCCGCTGAACCCGAAAAAGCTCATCCAGGACATGGTCGTCGGCCTGGCCGGCGGCACCGATGCGAAGTTCGCCGGCAGTCCTTACCCAGGCAAACCCGTTGGCGAGCACGGCGGTAATCCACACCAGCCGATCGTCAACGGTCTGGTGGACGCCGAGACCCTGTGGTCCTGCACCACTTGCCGGGCGTGTGTCGAGGAGTGCCCGATGATGATCGAGCACGTCGACGCCATCGTCGACATGCGCCGGCACCTGACCCTGGAAAAAGGCGCCACGCCGAACAAGGGCGCCGAGGTGCTGGAAAACCTCATCGCCACCGACAACCCTGGCGGCTTCGCCCCGGGCGGGCGGATGAACTGGGCGGCGGACTTGAACCTTAATCTGCTCAGCGAGAAGAAATCCACCGACGTGCTGTTCTGGGTCGGCGACGGTGCCTTCGACATGCGCAACCAGCGCACCTTGCGCGCCTTCGTCAAAGTCCTCAAGGCGGCGAAGATCGACTTCGCCGTGCTCGGCCTCGAAGAACGCGACAGCGGCGACGTGGCCCGGCGCCTCGGTGATGAAGCGACGTTCCAGCTGTTGGCCAAGCGCAACATCCAGACCCTGGCCAAATACCGCTTCAACCGCATCGTCACCTGCGACCCCCACAGCTTCCACGTGCTGAAAAACGAGTACGGCGCCTTCGATGGCAACTACCTGGTGCAGCACCACAGCACCTATATGGCGGAAATCATCGACGCCGGCGCGCTGAACCTCGGCCAGCACAAGGGCGACAGCGTGACTTATCACGACCCCTGCTACCTGGGCCGCTACAACGGCGAATACGAGGCACCGCGCCAGGTGCTGCGTGCGCTGGGCATCGAGGTCAAGGAGATGCAGCGCTCCGGTTTCCGTTCCCGTTGCTGCGGCGGCGGTGGCGGTGCGCCGATCACCGACATTCCGGGCAAGCAGCGTATTCCTGACATGCGCATGGAAGACATCCGCGAAACCGGCGCCGAACTGGTGGCCGTGGGTTGTCCACAGTGCACCGCGATGCTGGAAGGCGTGGTCGAACCACGACCAATGATCAAGGACATTGCCGAACTGGTGGCCGATGCGCTGCTCGAGGATACGACCCCGAGCAAGCCCGTGGCTCCGGCCAAACGTGAACCTGCGGAGGTGCATTGA MLNTLLPILLFAALGLAVLGALRRVNMWRRGRPSKVDLIGGIFAMPKRYMVDLHHVVARDKYIANTHVATAGGFVLAAVLAILVHGFGLQSRILGYALLFATLLMFSGAIFMALRRRNPPSRLSKGPWMRLPKSLFAFSISFFLVTLPVAGILPADFGGWLLVALLGLGVLWGVSEMFFGMTWGGPMKHAFAGALHLAWHRRAERFGGGRSTGLKPLDLNDPAAPLGVEKPKDFTWNQLLGFDACVQCGKCEAACPAFAAGQPLNPKKLIQDMVVGLAGGTDAKFAGSPYPGKPVGEHGGNPHQPIVNGLVDAETLWSCTTCRACVEECPMMIEHVDAIVDMRRHLTLEKGATPNKGAEVLENLIATDNPGGFAPGGRMNWAADLNLNLLSEKKSTDVLFWVGDGAFDMRNQRTLRAFVKVLKAAKIDFAVLGLEERDSGDVARRLGDEATFQLLAKRNIQTLAKYRFNRIVTCDPHSFHVLKNEYGAFDGNYLVQHHSTYMAEIIDAGALNLGQHKGDSVTYHDPCYLGRYNGEYEAPRQVLRALGIEVKEMQRSGFRSRCCGGGGGAPITDIPGKQRIPDMRMEDIRETGAELVAVGCPQCTAMLEGVVEPRPMIKDIAELVADALLEDTTPSKPVAPAKREPAEVH NA NA NA NA NA D1-35_03772 1221 fixB Protein FixB ATGACCGACATCATCCGCCGCGACCCTCGCGCCGAGTGGATCGCCCGTAACCGGCTGCACCCGCTGCACGCGGCCATGCAACCGGTGCAGCACAGCTGGATGGGCCCTAACGGCGTCATTCGCAAGAACGTCCATGGGGTCGGCTTCATCGGCCCCAACGGCATCAAGCGCATCGACCGCAGCGGCGCCCAGCAGGGCGGCGCGACCAAGCGCACCGCGGCCACCGAAGTGCAGCTACCGCTGCATCAGGTGCCGCAACCGGCGTTTTACATCAGTGTGGTCCCGGACATGGTCGGTGGCCGTCTCAGCAGTCACGACCGCGACCTGTTGGGCCTTGCCCATCAATTGGCGGGCGCGGACGGCGCGGTCCTGGCGGTGGTCTTCGGCGAGCATAAAGAGAATGCCTTCGCCACGGCGGGCGTGGACCGCTTGCTGGTGCTTGAGGGCGAGGAATTCAGCGGTTATGCACCGGAACAACGGGTCCAAGGCCTGCGGGCTGTGGATAACCAGTTCAGCCCACGCCATTGGCTGTTGCCTGACAGCCGCAGCGGTGGCGGTGAACTGGGTCGGCGCTTCGCCGCGGCTTTGGGCGAACGCCCGGCCACTCGTGTCTGGCAGGTCAAGGGCGAAGAGTGCATCGGCCGTGCCGGTGCGGGTCTGCAAGACCTGGCTCGGCCGTTGGCGCGACTGATCCTGGCAGCGGCTGAATGCGCCGAGCCGGTTAGCGAGACCCGCCACGAGGTCTTGCCGGTGGAGTTATCCACAAGCGTGGCGCGCAGCTTGTCGCGGATCGAGGATCTTGGTGCGGTGGCGGTGGATCCGGGCGCGATCCCGATGGCCGAGGCCGAGTTCATTTTCTCCGGCGGCAACGGCGTCAAGGACTGGGAGCTTTTCCACAGGACAGCGGCGGCCTTGGGCGCAACCGAAGGTGCTTCGCGGGTGGCGGTGGACGACGGTTACATGGCTCGCGATCGCCAGGTTGGCGCCAGCGGCACCTGGGTCACCGCACGGGTCTACGTGGCCGTGGGGATTTCCGGGGCGATCCAGCACCTGCAAGGCATCGGTGCCTGCGACAAGGTGGTGGCGATCAACCTTGATCCGGGCTGCGACATGATCAAGCGCGCGGACTTGTCGGTGATCGGCGACAGCGCGGCGATTCTCCAGGCCCTGATCGCGGCGGTAGAGGCTTACCGCAACGAAGCCAGGCGTGATGCGGCTTAA MTDIIRRDPRAEWIARNRLHPLHAAMQPVQHSWMGPNGVIRKNVHGVGFIGPNGIKRIDRSGAQQGGATKRTAATEVQLPLHQVPQPAFYISVVPDMVGGRLSSHDRDLLGLAHQLAGADGAVLAVVFGEHKENAFATAGVDRLLVLEGEEFSGYAPEQRVQGLRAVDNQFSPRHWLLPDSRSGGGELGRRFAAALGERPATRVWQVKGEECIGRAGAGLQDLARPLARLILAAAECAEPVSETRHEVLPVELSTSVARSLSRIEDLGAVAVDPGAIPMAEAEFIFSGGNGVKDWELFHRTAAALGATEGASRVAVDDGYMARDRQVGASGTWVTARVYVAVGISGAIQHLQGIGACDKVVAINLDPGCDMIKRADLSVIGDSAAILQALIAAVEAYRNEARRDAA PGPT0001040_263 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522 NA NA D1-35_03773 771 hypothetical protein ATGAGTACCCAAGTGATCAGCCTCGTCTCCATCGGCGCCCACCCGACCTCTGGTCGGCCCCGGCGCGCCGAACAGGACGCCCGCGCCGTGGAGCTGGGCCTGCAACTGGCCGGCAATGAACTGCAAGTGCTGCATGCCGGCGACGTGGCCGAACCGGCACTGCGCGCCTACCTGGGCATGGGCCTGGATGAGCTTCACGTGTTGGATAATCCAGAGGGCGCCGATGCGTTGCCGGCGTTGACCGAATATCTGCGAGACGCTGGCGCCCAAGTGGTGCTCACCGGCAGCCAGGCGGAAACCGGTGAAGGCTCGGGCATGCTGCCGTTTCTGTTGGCGGAAAACCTCGGTTGGCCGTTGGTGGTGGGATTGGCCCAGGTCGAATCCATCGACAACGGCGTGGCCCTGGTGCTGCAAGCCTTGCCCCGCGGCCAGCGCCGTCGGCTCAAGGTGCGCCTGCCGTTTCTGGCCACTGTGGATAACGCCGCGCCCAAACCACGGCAGAGCGCCTATGGCCCGGCGCGGCGTGGAGCGTTGCAGGCGGAAGAAGTCGAAGTGGTCGACGACAGCCTGCTGGCGGTGGCAACCCTGCAACCGGCCAAGCCACGGCCCAAGCGCCTGAAGGTCATCAAGGCCAAGAGCGGCGCCGACCGCATGAAAGCCGCCACGGCCAAGGCCAGCGGCGGAGGTGGGCAGGTGCTCAAGGGTGTCACTCCGGAGGCGGGGGCCGAGGCGATTTTGAAGCTGCTGGTGGAGGAAGGGGTAGTTCGCTAG MSTQVISLVSIGAHPTSGRPRRAEQDARAVELGLQLAGNELQVLHAGDVAEPALRAYLGMGLDELHVLDNPEGADALPALTEYLRDAGAQVVLTGSQAETGEGSGMLPFLLAENLGWPLVVGLAQVESIDNGVALVLQALPRGQRRRLKVRLPFLATVDNAAPKPRQSAYGPARRGALQAEEVEVVDDSLLAVATLQPAKPRPKRLKVIKAKSGADRMKAATAKASGGGGQVLKGVTPEAGAEAILKLLVEEGVVR PGPT0001035_2268 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521 NA NA D1-35_03774 3453 hypothetical protein ATGACACGGATATCGACCCCCATCAGTGAAATCAAGGAACACTACGACGTGATCGTCATCGGTTCCGGCTACGGCGGCGGCATTGCTGCGTCGCGCCTGTCCCGGGCCGGGCGCAAGGTCTGCCTGCTGGAACGTGGCCGGGAAATCCAGCCGGGCGAATACCCCAATACGTTGCTCGCTGCCACCGAGGAGTTGCAGGTGCACGACCCCGACGGCCACATCGGTTCGCGCACCGGGCTGTTCGACCTGCACGTCAACGCCCAGCAGAACGTGGTGGTCGGGTGTGGCCTGGGCGGCACGTCACTGATCAACGCCAACGTCGCCCTGGAAGCAGAGCCCGGCGTGTTCGAGGACCCGCGCTGGCCGCTGGCGATGCGCGAGCACCGCGACACATTGCTCCAGGACGGCTACGCGCGGGCTCGGGAAATGCTCAAGCCCAACCCGTATCCGGCGTCCTCGCCGAACCTGCCCAAGCTCGACGCCCATAAGAAGTCCGCTGATTACCTCAAGCAGGGCGCGCATTTCTACAAGCCGCCGATCAACGTGACTTTCGACAAGTTGCCGAACAACCTCAACCACGTCGGCGTCGAGCAGTTGCCGTGCAATGGCTGTGGCGACTGCGTCTCGGGCTGTAACAACAAGGCCAAGAACACCACGCTGATGAATTATCTGCCGGACGCCTGGAACCATGGCACGGAGATTTTCTGCCAGGCTGAGGTGCGGCACCTGGAGCGCGATGGTGACGGCTGGATCGTGCATTTCCAGTACCTGGACGGTGGTCGCGAAATGTTCTCGGCGCCAACGCTGTTCGTGCGCGCCGATATCGTGGTGGTGTCCGCCGGCACCCTGGGCTCCACCGAGATCATGTTGCGCTCGCGAGACAAGGGCCTGCCGATGTCTGCCCAGTTGGGCGAGAACATGAGTGGCAACGGTGACATCCTCGGCTTCGGCCACAACTGCGACCAGGTCATCAACGGCATCGGTTTTGGCGCTCATTCGGCCAAGGAGCTGGAGCCGGTGGGGCCGTGTATCACCTCGGTGATCGACATGCGCACCGAAGGCGACTGGCGCAGCCGCATGGTTATCGAAGAAGGCTCGATCCCCGGCGCCCTCGGCCGGGCCATGGTGCCGAGCATGGCGGCGTTCGCCGAGATGATCGGCGTGCCCACCGACACCGGCTTCGGTGCCGCCCTAAGGTACAAGGGGCGCGAAGCCGAAAGCTTCCTGCGCGGACCGTACTACGGCGCGCTGCATAACATGCAGACCTACCTGATCATGAGTCATGACAACGGCAAGGGCCGCATGGTCCTCGATAACAAGGACCAGCTGCGCATCGACTGGTCCGGTGTCGGCGAGCAGGAAAACGTCACCCTCGGCAACGAGCGTCTGCACCAGAGCACCAAGGCCTTGGGCGGGATCTGGGTCGAAAACCCGATCTGGACCAAGCTGCTCAAGCACAGCATTGTCTCGGTCCATCCCCTGGGCGGTTGCGTGATGGGCGAGGACGCCGCCCAGGGCGTGGTCAATCACAAGGGGCAGGTGTTCAGTGGCGCCAGCGGCACCGACGTCTACCCAGGCCTGTACGTGACGGACGGCTCGGTGATCCCGACGTCCCTGGCGGTCAATCCGCTGCTGACCATTTCAGCGGTGAGTGAACGCAACATGGGCCTGCTGGCCGCCGATCGCGGTTGGCTGATCGACTACACGCTGCCGTCGGCCCCGCGCAAACCGGTGGCGGCGCCGACCCTCGGCGTGCAGTTCACCGAAACCATGAAGGGCTATTTCTCCAGCGCCTTCACCCAACCCCAGGGCACCGACCTGCCGCTTTACGAGGAAGCTGCCAAGCGCGGCAAGGCTGACAACTCGCCCATCGAATTCACGCTGACCATCACTGCTGCCGACCTTGATCGTTTGATCAAGGAGCCGGAGCACGCTGCGACCCTGGTGGGTACCCTCGACGCCCCCCTGCTGTCGGCGAAGCCGTTGGTCGCCAGCAACGGCGTGTTCAACCTGTTCGAGCAGTATCAGGATCAGGTCGGCGTGCGGCACATGAACTACGACATGAAACTGACCGCCGAAGACGGCAGCGACTATTTCTTCAGTGCGTTCAAGACTGTGCCGGAGGACAACGGCGTGCTGAACATCTGGCACGACACCAGCACCCTCTACGTCACGCTCTATCGCGGGCCGGACAAGAGCGGCGCGGTGCTCGGCGCGGGGATGATGCACATCCTGCCGGCGGATTTCGCCAAGCAGATGACCACCATGAAAGTGCTCAACGCTCGCAACGAGCGTGAGCGGGTGGAGGCGCTTGCGCGATTCGGCAAGTTTTTCGCCGGCATCCTGTGGGAGAGCTACGGCGGGGTGTTCGCCGGCGATGTCTACTTCAATCCGGACGCGCCGTCGCGCTTGAAACGGCCGCTGGATGCACCGGCCCCGGTGGTGCATTTCTTCCAGACCGAAGACCACGTCGAGCTGCGCCTGACGCGCTACCAGGCAGGCAGCAAGGGCCCGGTGATGCTGGTCCATGGCCTGGGCGTGGGCTCGAATATCTTTTCCACCGACACCATCCACACCAACCTGCTGGAGTACCTGTGCAAGCACGAGTACGACGTCTGGCTGCTGGATTTGCGGGTGAGTATCCTGCTGCCGGCCAGCAAAAACGAATGGAACGGCGATCAGGTGGCCCAATACGACTTCAAGGCCGCTATCGGGCAGATCCAGCAGGCGACCTCGGCTCGTGACGTGCAATGCGTAGTGCATTGCTACGGCGCGACGACGTTCTTCATGTCGATGCTGGCGGGCTTGCAGGGCGTGCGCTCGGTGGTCTGCTCGCAGATCGCCGCCGACACGGTGGTCGCCACCGCCACCGGATTGAAGGCCGGTTTGCATTTGCCGGGGATGCTCGATGCCATCGGCATCAAGTCCATGACGGCCTATGCCGACACCAAGGAAAGCTGGTTCAACAAACTCTACGACAAGGCCCTCAACGGCTACGCCCGGATCGAGGCCCAGGGCTACTGCACCAATCCGGTCTGCCACCGCATCACGTTCATGTATGCGTCGCTGTACCGCCACGACACCCTCAATGAAACCCTGCACGACAACCTGCATGAATTGTTCGGCGAGTCGAACATCCAGACCTTCGAGCATCTGGCGCTGATCGTGCGCAAGGGGCACCTGGTGGACTTCAAGGGCAACGACGTCTACATGCCGCATTTCGATCGGTTGAAGTTGCCGATCTGCTTCATCAGCGGCGCCGACAACCAGTGCTACTTGCCGCAGAGCACCCTCAAGACCTACGAACGGTTATGCGAGATGCACGGCCCGCAGTTGTTCAGCCGTCATGAGGTCCCCGGCTACGGCCACATCGACTGCATGTTCGGCAAGGACGCGGTGGTGGATGTGTATCCGATCATCCTCGGGCACCTGGAGAAGACGGCGCTTGGCTGA MTRISTPISEIKEHYDVIVIGSGYGGGIAASRLSRAGRKVCLLERGREIQPGEYPNTLLAATEELQVHDPDGHIGSRTGLFDLHVNAQQNVVVGCGLGGTSLINANVALEAEPGVFEDPRWPLAMREHRDTLLQDGYARAREMLKPNPYPASSPNLPKLDAHKKSADYLKQGAHFYKPPINVTFDKLPNNLNHVGVEQLPCNGCGDCVSGCNNKAKNTTLMNYLPDAWNHGTEIFCQAEVRHLERDGDGWIVHFQYLDGGREMFSAPTLFVRADIVVVSAGTLGSTEIMLRSRDKGLPMSAQLGENMSGNGDILGFGHNCDQVINGIGFGAHSAKELEPVGPCITSVIDMRTEGDWRSRMVIEEGSIPGALGRAMVPSMAAFAEMIGVPTDTGFGAALRYKGREAESFLRGPYYGALHNMQTYLIMSHDNGKGRMVLDNKDQLRIDWSGVGEQENVTLGNERLHQSTKALGGIWVENPIWTKLLKHSIVSVHPLGGCVMGEDAAQGVVNHKGQVFSGASGTDVYPGLYVTDGSVIPTSLAVNPLLTISAVSERNMGLLAADRGWLIDYTLPSAPRKPVAAPTLGVQFTETMKGYFSSAFTQPQGTDLPLYEEAAKRGKADNSPIEFTLTITAADLDRLIKEPEHAATLVGTLDAPLLSAKPLVASNGVFNLFEQYQDQVGVRHMNYDMKLTAEDGSDYFFSAFKTVPEDNGVLNIWHDTSTLYVTLYRGPDKSGAVLGAGMMHILPADFAKQMTTMKVLNARNERERVEALARFGKFFAGILWESYGGVFAGDVYFNPDAPSRLKRPLDAPAPVVHFFQTEDHVELRLTRYQAGSKGPVMLVHGLGVGSNIFSTDTIHTNLLEYLCKHEYDVWLLDLRVSILLPASKNEWNGDQVAQYDFKAAIGQIQQATSARDVQCVVHCYGATTFFMSMLAGLQGVRSVVCSQIAADTVVATATGLKAGLHLPGMLDAIGIKSMTAYADTKESWFNKLYDKALNGYARIEAQGYCTNPVCHRITFMYASLYRHDTLNETLHDNLHELFGESNIQTFEHLALIVRKGHLVDFKGNDVYMPHFDRLKLPICFISGADNQCYLPQSTLKTYERLCEMHGPQLFSRHEVPGYGHIDCMFGKDAVVDVYPIILGHLEKTALG PGPT0006645_39 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_CHOLESTEROL_DEGRADATION_,PGPT0006645-choD-K03333 NA NA D1-35_03775 1869 hypothetical protein ATGAACACTTGTATCCGCTGGTTCCAACGCATCATCTGGATCGGAATTGTCATGAACATGGTCTTCGCGATCCCGGCGTTGTTCGCGCCGGCGTTGCTGACCTCCATGCTTGGCCTGCCGCCGGTGCTGTCCGATCCCTGGCTGGAAAACGCCGGCATGTTGCTGGTGGGGATCAGCCTGTTCTACATGCCCTCGGGGTTCAACGCGCCGCGTTTCGTGGTGCATTCTTGGTTATGCGTGCTGTCGCGTCTGGTGGCGGTGGTGTTCTGGATCTACCTGATCAACACCAACAACCAGGGCCAACTGTTCGTGCCGATGTTGATGGGCGACCTGAGCATGTTCCTGATCCTGGGCGTGCTGTTGTATTTAGGCAGCCCGGCGGCCAATCGTCCGCTGGCCTTGCTCCGGGCCGGCTGGCGCGAATGGCTTCAAGGCTGGGCACATCGCTGGCAAAGCCATGGCTTCAAGGTAGGCGCGCTGATTGTGCTGCTGGTGCTTGGCTTCATCGGCTACCAGACCTGGTATCAGATGATCCGCGAGGTGCCGCAGCCGGACTTCGCCTCCGACGAAGACCATTACAAATACGCCGCCATCGGCCTGGGTATCGAGGCGCGGATTCCCTACTACTTGTTCGCCGTGCTGCCACAGATGTGCCCGGAAAAACTGCCCAAGCCAGGCGGTTATGAGGTGTTCGGCTTCCTCTATGAAAACGGCAACGACCTGCCCATCGGCATGGCCAAGCGGCAGCTCGGTTACCCCACGGTGGAGCCCAACTGCGCGCTGTGCCACACCGGTTCCTACCGGGCCAATGCCACTGACGTAGCGGTGCCGGTCGCCGCCGCGCCGGCCAATACCCTGCAATTGCAAGCCTTCCAGTGGTTCGCCTACGAGTGTGCCAGCGATCCGAAATTCACCCCGGACGCGGTGATGGCGGCGATCAACGGCAAGTTCCAGCTGGGCTTCTTCGAAAAGCTCTATAACCGCTACCTGATCATTCCGATGGCCAAGAGTGCGCTGCTCAAGCAGAAACAGGCGTACGCCTGGCAGAAGCTGCGTCCGGCCCAGGGACCGGGGCGGACCGACACGTTCAACCCGACCAAGATGGTGGTCTTCGGCTTCCCGGATGACTCGACCATCGGCACCGTGGACTTGCCGCAGGTGTGGAACCAGAAACCCCGCGAGTCCATGTACCTGCACTGGGACGGCAATAACAACAAGATCCACGAACGCAACTACGCCGCCGCCATGGCCGTGGGCGCGACGCCGGAATCGGTGCTGCCGCCGAGCTTCAACCGGGTGACCAACTGGTTGCTGGGCCACAAGCCACCGGCCTGGCCGTTCGCCCTGGATCAGGCGAAAGTCGCCCAGGGCAAACCGATCTGGGAGCAGAACTGTGCCGGTTGCCACGACTTCGGCCGCAGCGACACCGGCCAGGTCACCACCAACATCGACCAGTTGGGCACCGATCCCCATCGGCTGAATTCCTTCACCACCGGGCTGGTGGCGGCGTTCCATGGTTTCAAGAAACCGCCGTTCGACTTTGGCGCCTACCGCAAGACCCAGAGCTACAGCAACACGCCCACCGACGGCATCTGGCTGCGCGCGCCGTACCTGCATAACGGTTCGGTGCCGACCTTGTGGGATTTGCTGCAAACACCCGAGCAGCGCCCGCAGGCGTTCTACACCGGCTCCGACATCTACGACCCGCAGAAGGTTGGTTTCATCACCAGTGGCGCGCAGATGAAGGCGTCGGCTGATTTCAAGTACGACACTCGGCTCGAAGGCAACCACAACGGCGGCCACCTGTACGGCACGCAGCTGTCGGATGTCGAAAAGCGGGCTTTGATCGAATTCATGAAGACCCTGTAG MNTCIRWFQRIIWIGIVMNMVFAIPALFAPALLTSMLGLPPVLSDPWLENAGMLLVGISLFYMPSGFNAPRFVVHSWLCVLSRLVAVVFWIYLINTNNQGQLFVPMLMGDLSMFLILGVLLYLGSPAANRPLALLRAGWREWLQGWAHRWQSHGFKVGALIVLLVLGFIGYQTWYQMIREVPQPDFASDEDHYKYAAIGLGIEARIPYYLFAVLPQMCPEKLPKPGGYEVFGFLYENGNDLPIGMAKRQLGYPTVEPNCALCHTGSYRANATDVAVPVAAAPANTLQLQAFQWFAYECASDPKFTPDAVMAAINGKFQLGFFEKLYNRYLIIPMAKSALLKQKQAYAWQKLRPAQGPGRTDTFNPTKMVVFGFPDDSTIGTVDLPQVWNQKPRESMYLHWDGNNNKIHERNYAAAMAVGATPESVLPPSFNRVTNWLLGHKPPAWPFALDQAKVAQGKPIWEQNCAGCHDFGRSDTGQVTTNIDQLGTDPHRLNSFTTGLVAAFHGFKKPPFDFGAYRKTQSYSNTPTDGIWLRAPYLHNGSVPTLWDLLQTPEQRPQAFYTGSDIYDPQKVGFITSGAQMKASADFKYDTRLEGNHNGGHLYGTQLSDVEKRALIEFMKTL NA NA NA NA NA D1-35_03776 1245 hypothetical protein ATGTCATTACTGCACCATTGGGAACATGAGTTCGACAAGGTCAAGGTCCGTCTGCACGGGTTGGTCACGCGGCTGGAAATGTCCTGGAAAAAACTCGTCAACGACCTGGAGCCCGAGGAGTTCCAGGCCATCGTCAAGCTGCTCGAGCGTGGCCACGCTCAAGCCCGGCATGTCATTGATCATGGTGATTTGCCCGACGATGAACCGGCCGTGCCGTGGGAACTGGCCCACGGCCTGTCGATTCTGAAAATCGGCAACGCCACGCCTTTGCCGCAAAAGGAAGAGGAACTGCCAACCCGAGTGCTCAAGGATGGCACCTTGCTCGGTTGCCGAAAATGGGAGCTGCTGGACCTGTTGTGGAGCGAGGCGCTGCTCAAGTGGATCGAGAACCTGCGTCACCACGCACCGTTCGCGACCACCCCGGCGCTGGTGAAAATGGATAATGACGTGGTGCTGGCCATTGCCGGCGACTGGGGCACCGGCCCGTTCGACAGTCACGCACCCGCCGTGGCCGTCGCCAACCAGATGCAACTGGCCCAGGCCGATTTCACCATCCACTTGGGCGACGTGTATTACGCCGGCACCCATTCCCAGGAAGACGTCGACATGGCCGGCTGGCCCCAGGGCAGGCACGGCTCGTTCACGCTCAATTCCAATCATGAAATGTACAGCGGCGCCCACGGTTATTTCCGGGAGTTGGCCAAGCGCTTTCCGGTGCAGCAGGGCACCAGCTATTTCGCCCTGTACAACGATGACTGGCTGGTGGTTGGCCTGGACAGCGCCTACGCCTCGGACGCGATGAACCTGTACATGGACGGCACCCTCAACACCCAGCAGATCGAGTGGATGAAAAGCCTGCCCAAGGGCAAGAAACTGATGGTGCTCAGTCATCACCAGGGTTTTGATATTTCCGGACACCACAAGACCGCGCTCTACCAACCGGTGTGCGACGCCTTGGGGCGTGAGCCGGATTACTGGTATTGGGGCCATCTGCACAACGGCATCTGCTACGCGCCGCAAGGCGGGCTGCAGGCGCGTTGCGTCGGGCACGGAGCGATTCCCTACGGCACCACCAGCGAGTTGAACGGGCATCCTCGGGTGTTGTGGTCGGAAACACAATTGGCGGGGGACGAGGCGTATCCGGAGCGGGTGTTGAACGGGTATGTGAAGGTGCGGCTGGCGGGGGAGGAGATTGTCGAGACGTTTTATGGGGAGGATGGGTCGGTGCGTTGGTCTTCAAGATAA MSLLHHWEHEFDKVKVRLHGLVTRLEMSWKKLVNDLEPEEFQAIVKLLERGHAQARHVIDHGDLPDDEPAVPWELAHGLSILKIGNATPLPQKEEELPTRVLKDGTLLGCRKWELLDLLWSEALLKWIENLRHHAPFATTPALVKMDNDVVLAIAGDWGTGPFDSHAPAVAVANQMQLAQADFTIHLGDVYYAGTHSQEDVDMAGWPQGRHGSFTLNSNHEMYSGAHGYFRELAKRFPVQQGTSYFALYNDDWLVVGLDSAYASDAMNLYMDGTLNTQQIEWMKSLPKGKKLMVLSHHQGFDISGHHKTALYQPVCDALGREPDYWYWGHLHNGICYAPQGGLQARCVGHGAIPYGTTSELNGHPRVLWSETQLAGDEAYPERVLNGYVKVRLAGEEIVETFYGEDGSVRWSSR NA NA NA NA NA D1-35_03777 1296 Carnitine monooxygenase oxygenase subunit ATGGACGTCACCACTACCCTGAGCCTGGGCGATCCGCTGGAACCCGCACGCAAGGCCACCGCGCAAATGCTGCAAGAGCGCGAGCGGACCTTTTCGCTGCCGCAGCCGTTCTACTCCGATGAGCGCCTGTTTGATATCGACATGCAGGAAATCTTTCAGAAAGAATGGTTGATCGCCGGCATGACCTGCGAAATCCCGGCCAAGGGCAACTACCTGACGCTGCAGGTCGGCAAGAACCCGATCATCGTGATTCGCGGCGCCGAAGGCGTGGTGCATGCGTTCCATAACGTCTGCCGCCACCGTGGCTCGCGGTTGTGCACCAGCGACAAGGGCAAGGTCGCCAAGCTGGTCTGCCATTACCACCAATGGACCTACGAACTGGACGGTCGCCTGCTGTTCGCCGGCACCGAGATGGGCGCCGACTTCGACATGAAGCAGTACGGCCTCAAGCCGGTGAACGTGAAGACCGCCGGCGGCTACATCTTCATCAGCCTGGCCGAGAACCCGCCGGCCATCGATGATTTCCTGTCGACCCTGAACCACTACATGGAACCCTACGACATGGAAAACACCAAGGTGGCGGTGCAAACCACCTTGATGGAAAAGGCCAACTGGAAACTGGTGCTGGAAAACAACCGCGAGTGCTACCACTGCAACGCCTCGCACCCCGAACTGCTCAAGACCCTGCTGGAATGGGACGACGTCACCGATCCGCGAGCCGACCAGGCGTTCAAGGACCACGTGGCCGCTTCCGCCGCCGCCTGGGATGCCGAGAAGATCCCTTACGCCCACGCCAGCTTCGGCCTGCGCAACCGCATCGTGCGCATGCCGCTGCTCAAGGGCACCGTGTCGATGACGATGGACGGCAAGCAGGGCTGCGCCAAACTGATGGGCCGCATCAAGAACCCGGACCTGGGCTCGATGCGCATCCTTCATCTGCCGCACTCATGGAACCACTGCATGGGCGACCACATCATCGTCTTCACGGTGTGGCCGATCAGCGCCCAGGAAACCATGGTCACCACCAAATGGCTGGTGCACAAGGACGCGGTCGAAGGCGTGGACTATGACGTAGAGCGCATGCGCCAGGTCTGGGACGCCACCAACGACCAGGACCGTCGCCTGGCCGAAGAAAACCAGCGCGGCATCAACTCCACCGCCTACCAGCCGGGCCCGTACTCGAAAACCTACGAATTCGGCGTGGTTAACTTCGTCGACTGGTACAGCGAGCGCATGCTGAACAACCTCGGGGCCGAGCCGGCGCCGTACCTCAAGGGTGTTCCGGTCCAGGGCTAA MDVTTTLSLGDPLEPARKATAQMLQERERTFSLPQPFYSDERLFDIDMQEIFQKEWLIAGMTCEIPAKGNYLTLQVGKNPIIVIRGAEGVVHAFHNVCRHRGSRLCTSDKGKVAKLVCHYHQWTYELDGRLLFAGTEMGADFDMKQYGLKPVNVKTAGGYIFISLAENPPAIDDFLSTLNHYMEPYDMENTKVAVQTTLMEKANWKLVLENNRECYHCNASHPELLKTLLEWDDVTDPRADQAFKDHVAASAAAWDAEKIPYAHASFGLRNRIVRMPLLKGTVSMTMDGKQGCAKLMGRIKNPDLGSMRILHLPHSWNHCMGDHIIVFTVWPISAQETMVTTKWLVHKDAVEGVDYDVERMRQVWDATNDQDRRLAEENQRGINSTAYQPGPYSKTYEFGVVNFVDWYSERMLNNLGAEPAPYLKGVPVQG PGPT0013680_92 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013680-gbcA-K00479 NA NA D1-35_03778 1101 hcr COG1018 NADH oxidoreductase HCR ATGTCCAACAATTTCCTGAACCCGGTCACCACCCAGACCTGGGCCAATGGCCGACATATCGTTCGTTGCGTCAAAGTCATCCAGGAAACCTGGGATGTGCGCACCTTTTGCTTCATGGCCGACCAGCCGATCATGTTCTTTTTCAAGCCCGGGCAGTTCGTCACCCTGGAGTTGGAAATCGAAGGCCAGCCGATCATGCGCTCCTACACGATCTCCAGTTCGCCGTCGGTGCCCTACAGCTTCTCGGTGACCATCAAGCGCGTGCCGGGGGGCAAGGTTTCCAACTGGCTGCACGACACGCTGCACGAAGGCCAGGAACTGGCGGTGCACGGGCCGGTGGGGTTGTTCAATGCCATGGATTTCCCGAGCCCGAAGGTCCTGTACCTCAGCGGTGGCGTCGGAATCACGCCATGCATGTCCATGGCCCGCTGGTTCTACGACACCAACGCCAACGTCGACATGACCTTCGTCCACAGCGCCCGCTCGCCCAAGGACATCATCTACCACCGCGAGCTGGAGCACATGGCGTCGCGGATCGATAACTTCAGCTTGCACCTGATTTGCGAAAAGCATGGTTTGGGCGAGCCGTGGGCCGGGTATCGTGGCTACCTGAATCACAAGATGCTGGAACTGATGGTGCCGGATTTCCTTGAGCGCGAAGTGTTCTGCTGCGGCCCGACGCCGTACATGAGCGCGGTCAAGCGTCTGCTGGAAGCGGCCGGCTACGACATGAAGCGCTACCACGAGGAATCCTTCGGCGCCACGCCACCGGAAGCCCGCGCCGACGCGGTGGAGCAGGCCGAACAGGCGGCGGATGCGCCTGAAGTCGACCAGGCGGACCTGCATCAGGTGGAATTCGTCGCGTCGGGCAAGAGCATCGGCGTAGCACCGGGCGAAACCGTCCACGCGGCAGCAGCCAAGCTCGGCCTGATGATTCCCAAGGCGTGCGGCATGGGCATCTGCGGCACTTGCAAGGTTATGAAGCTCGGCGGCGAAGTTGAAATGGAACACAACGGCGGCATCACCGAGGACGACGAGGCCGAGGGTTACATCCTGTCGTGCTGCAGCGTGCCGAAGGGGGATGTGCGGATCGAGTTTTAA MSNNFLNPVTTQTWANGRHIVRCVKVIQETWDVRTFCFMADQPIMFFFKPGQFVTLELEIEGQPIMRSYTISSSPSVPYSFSVTIKRVPGGKVSNWLHDTLHEGQELAVHGPVGLFNAMDFPSPKVLYLSGGVGITPCMSMARWFYDTNANVDMTFVHSARSPKDIIYHRELEHMASRIDNFSLHLICEKHGLGEPWAGYRGYLNHKMLELMVPDFLEREVFCCGPTPYMSAVKRLLEAAGYDMKRYHEESFGATPPEARADAVEQAEQAADAPEVDQADLHQVEFVASGKSIGVAPGETVHAAAAKLGLMIPKACGMGICGTCKVMKLGGEVEMEHNGGITEDDEAEGYILSCCSVPKGDVRIEF PGPT0013685_368 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013685-gbcB-K21832 NA NA D1-35_03779 1041 ltaE_2 Low specificity L-threonine aldolase ATGACCGACAAGAGCCAACAATTCGCCAGCGACAATTATTCCGGTATTTGCCCCGAAGCCTGGGCGGCCATGGAAGAAGCCAACCAGGGCCACCAGCGCGCCTATGGCGACGATGAATGGACCCACCGCGCGGCGGATGATTTCCGTGCCCTGTTCGAAACCGACTGCGAAGTGTTCTTCGCGTTCAACGGCACTGCGGCCAACTCCCTGGCCCTGTCGTCGCTGTGCCAGAGTTACCACAGCGTGATCTGCTCGGAAACCGCCCACGTCGAAACCGACGAATGCGGCGCGCCGGAGTTCTTCTCCAACGGCTCCAAGCTCTTGGTGGCGCGCACCGAAAACGGCAAGCTGACCCCCGAGTCGATCCGCGAGATCGCCCTCAAGCGCCAGGACATCCATTATCCCAAGCCGCGCGTGGTGACCCTGACCCAGGCCACGGAAGTCGGCAGCGTCTATACCCCGGAAGAAATCCGCGCCATCAGCGTTACCTGCAAGGAACTGGGGCTGAACCTGCACATGGACGGCGCGCGCTTCTCCAACGCCTGCGCCTTCCTCGGCTGCACCCCGGCCGACCTGACCTGGAAGGCCGGCGTCGACGTGCTGTGCTTCGGCGGCACGAAAAACGGCATGGCGGTGGGCGAAGCGATCCTCTTCTTCAACCACGACCTGGCGGAAGATTTCGACTATCGCTGCAAACAGGCCGGCCAGTTGGCCTCGAAGATGCGCTTCCTCTCCGCCCCCTGGGTCGGCCTGCTGCAGAACGACGCCTGGCTCAAGCATGCCCGCCACGCCAACCGTTGCGCGCAATTGCTGGCGCAACTGGTCAGCGACATTCCTGGCGTCGAACTGATGTTCCCGGTCCAGGCCAACGGCGTGTTCCTGCAACTCTCGGAACCGGCCATCGCAGCACTGACCGCCCGGGGCTGGCGCTTCTACACCTTCATCGGCAAAGGCGGCGCACGGTTCATGTGCTCGTGGGATACCGAAGAAGCGCGAGTGCGGGAGTTGGCGGCGGATATTCGGGAAGTGATGGCGGGCTAG MTDKSQQFASDNYSGICPEAWAAMEEANQGHQRAYGDDEWTHRAADDFRALFETDCEVFFAFNGTAANSLALSSLCQSYHSVICSETAHVETDECGAPEFFSNGSKLLVARTENGKLTPESIREIALKRQDIHYPKPRVVTLTQATEVGSVYTPEEIRAISVTCKELGLNLHMDGARFSNACAFLGCTPADLTWKAGVDVLCFGGTKNGMAVGEAILFFNHDLAEDFDYRCKQAGQLASKMRFLSAPWVGLLQNDAWLKHARHANRCAQLLAQLVSDIPGVELMFPVQANGVFLQLSEPAIAALTARGWRFYTFIGKGGARFMCSWDTEEARVRELAADIREVMAG PGPT0020465_1946 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020465-ltaE-K01620 NA NA D1-35_03780 705 hypothetical protein ATGAGTCAGCGCGACGCTGCGCTGGACCTGCTCAAGTGGCTGGCACTGTTGTCGATGGTCCTCGATCATCTGCGATATGTCGGTTTTTCCGCCGATTGGCTCTATGTGCCGGGGCGCTTGGCGTTTCCCTGGTTCTGCCTGGCGATGGCGGCCAACCTCTCACGCAACGGCGCCAGCTCGCTTCCGTGGCGTTATCTGGGCTGGCTGTTGCTGTTCAGCGCCATCAGTGAAATCCCCTACCGCTTGTTCGTTCCCAACCCCACGACATTGAACGTGATGCCGACGCTGGTGCTGGGATTGTTGCTGGCGCGCTGTTGGCAAACCCCCACCTTGCAGGCGCGATGCCTGGCGGTGGCGGCGCTGCTGCTGGCGGCGCTGTGTTCGTCACAGTTGATGTTCGGGTTCTACGGCGTGCTGCTGCCGTTGGCGATGTTGCTGGTGCATCGCCGGCCTTGGTATTTCGCGTTGCTACCGGGAATGGTCTGCGTGGCGGCCAATCAATGGCGGGTGTTGTATGGCGCGGCATGGCTGGGCGACACGGTGGCGCTCTGGGGGCTGGTGGCTTGTCTGATCGCGCCATGGCTTGGGCTGATGCTGTTGCGCCACGCGGGCTCTTTCCGTCCACCGGCAATGCGGCGCTGGGCATACACGCTGTACCCCGCCCATTTTCTTTTGTTGCTCGCGGTTCGCAACTGGGTGGCTTGA MSQRDAALDLLKWLALLSMVLDHLRYVGFSADWLYVPGRLAFPWFCLAMAANLSRNGASSLPWRYLGWLLLFSAISEIPYRLFVPNPTTLNVMPTLVLGLLLARCWQTPTLQARCLAVAALLLAALCSSQLMFGFYGVLLPLAMLLVHRRPWYFALLPGMVCVAANQWRVLYGAAWLGDTVALWGLVACLIAPWLGLMLLRHAGSFRPPAMRRWAYTLYPAHFLLLLAVRNWVA NA NA NA NA NA D1-35_03781 1254 glyA_1 COG0112 Serine hydroxymethyltransferase ATGTTCAGCAAGCAAGACCAGATCCAGGGTTACGACGATGCACTGCTGGCGGCGATGAATGCCGAGGAGCAACGCCAGGAAGATCACATCGAACTGATCGCGTCGGAGAACTACACCAGCAAGCGCGTGATGCAGGCCCAGGGCAGCGGCCTGACCAACAAGTACGCCGAAGGTTACCCGGGCAAGCGCTACTACGGTGGCTGCGAGCACGTCGACAAGGTCGAAGCCCTGGCCATCGAGCGCGCCAAACAACTGTTCGGCGCCGATTACGCCAACGTCCAGCCGCATTCCGGTTCGTCGGCCAACAGCGCCGTGTACCTGGCCTTGCTGCAAGCCGGCGACACCATCCTGGGCATGAGCCTGGCCCACGGCGGTCACTTGACCCACGGTGCCAAGGTGTCGTCCTCGGGCAAGCTGTACAACGCGGTGCAATACGGAATCGACACCGCTACGGGCCTGATCGACTACGACGAAGTCGAGCGCCTGGCGGTCGAGTGCAAGCCGAAGATGATCGTGGCCGGTTTTTCTGCCTATTCCAAGACCCTGGATTTCCCACGCTTTCGCCAGATCGCCGACAAGGTCGGTGCGCTGCTGTTCGTCGACATGGCCCACGTCGCCGGCCTGGTTGCCGCCGGCCTGTACCCGAACCCGCTGCCGTACGCCGACGTGGTCACCACCACTACCCACAAGACCCTGCGCGGCCCACGCGGCGGCCTGATCCTGGCCAAGGCCAACGAAGAGATCGAGAAAAAGCTCAACGCCGCCGTATTCCCCGGGGCCCAGGGCGGTCCGCTGATGCACGTCATCGCTGGCAAGGCGGTGTGCTTCAAGGAAGCGGCGGAGCCGGGCTTCAAGGCTTACCAGCAGCAAGTGATCGACAACGCCCAGGCCATGGCGGGCGTGTTCATCAAGCGCGGCTACGATGTAGTGTCCGGCGGCACCGACAACCACCTGTTCCTGGTCAGCCTGATCCGCCAGGGCCTGACCGGCAAGGACGCGGATGCCGCCCTGGGCCGCGCCCACATCACCGTGAACAAGAACGCCGTGCCGAACGACCCGCAATCGCCGTTCGTGACCTCGGGCCTGCGCATCGGTACGCCGGCGGTGACCACCCGCGGCTTCAAGGTGACCCAGTGCGTCACGCTGGCCGGCTGGATCTGCGACATCCTCGACAACCTCGGCGACGCCGATGTCGAGGCCAATGTCGCGCAGCAAGTGGCGGCCTTGTGCGCGGACTTCCCGGTTTATCGCTGA MFSKQDQIQGYDDALLAAMNAEEQRQEDHIELIASENYTSKRVMQAQGSGLTNKYAEGYPGKRYYGGCEHVDKVEALAIERAKQLFGADYANVQPHSGSSANSAVYLALLQAGDTILGMSLAHGGHLTHGAKVSSSGKLYNAVQYGIDTATGLIDYDEVERLAVECKPKMIVAGFSAYSKTLDFPRFRQIADKVGALLFVDMAHVAGLVAAGLYPNPLPYADVVTTTTHKTLRGPRGGLILAKANEEIEKKLNAAVFPGAQGGPLMHVIAGKAVCFKEAAEPGFKAYQQQVIDNAQAMAGVFIKRGYDVVSGGTDNHLFLVSLIRQGLTGKDADAALGRAHITVNKNAVPNDPQSPFVTSGLRIGTPAVTTRGFKVTQCVTLAGWICDILDNLGDADVEANVAQQVAALCADFPVYR PGPT0008090_5327 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D1-35_03782 1251 soxB Sarcosine oxidase subunit beta ATGCAACGCTATTCGGGCTTCGGCCTCTTCAAACACTCACTCAGCCATCATGAAAACTGGCAGCGGATGTGGCGCACGCCGACCCCGAAAAAGGTCTACGACGTGGTCATAGTCGGCGGCGGCGGGCATGGTCTGGCGACCGCCTACTACCTGGCCAAGGAGCACGGCATCACCAACGTGGCCGTGGTCGAGAAGGGCTGGCTGGGCGGCGGTAACACCGCGCGCAATACCACCATCGTGCGCTCCAACTACCTGTGGGACGAATCGGCTCACCTGTACGAACACGCGATGAAACTCTGGGAAGGTCTGTCCCAGGACCTGAACTACAACGTGATGTTCTCCCAGCGTGGCGTCTACAACCTGTGCCACACATTGCAGGACATCCGTGATTCCGAGCGCCGCGTCAGCGCCAACCGCCTCAACGGCGTGGACGGCGAGCTGCTCGATGCCAAGCAAGTGGCTGACGAGATTCCGTACCTGGATTGCTCGAAGAACACCCGTTATCCGGTGATGGGCGCCACCGTCCAGCGTCGCGGCGGCGTGGCCCGTCACGATGCCGTGGCCTGGGGCTTTGCCCGGGCGGCGGACGCCTTGGGCGTGGACCTGATCCAGCAGACCGAAGTGATCGGTTTCCGCAAGGAAAACGGCGTGTGCATCGGCGTGGAGACCAACAAGGGCTTCATCGGCGCCAAGCGCGTCGGCGTGGTGACCGCAGGTAATTCCGGGCACATGGCCAAGCTTGCCGGTTTCCGCCTGCCGGTCGAATCCCATCCGCTGCAAGCGCTGGTGTCCGAGCCGATCAAGCCGATTATCGACAGCGTGATCATGTCCAACGCCGTGCACGGCTACATCAGCCAGTCCGACAAGGGCGACCTGGTGATCGGCGCCGGTATCGACGGCTACAACGGCTACGGCCAGCGTGGCTCGTACCCGGTGATCGAGCACACCATCCAGGCCATCGTCGAGATGTTCCCGGTGCTCTCGCGGGTGCGCATGAACCGCCAGTGGGGCGGCATCGTCGACACCACGCCGGACGCCTGCCCGATCATCTCCAAGACGCCAGTGCCGAACATGTTCTTCAACTGCGGTTGGGGCACCGGTGGCTTTAAAGCGACACCTGGCTCGGGCAACGTATTTGCCGCGAGTTTGGCCAAGGGCGAAATGCACCCATTGGCCGCACCTTTCTCCATCGACCGTTTCCACAACGGTGCGTTGATCGATGAACACGGCGCTGCTGCGGTTGCCCACTAA MQRYSGFGLFKHSLSHHENWQRMWRTPTPKKVYDVVIVGGGGHGLATAYYLAKEHGITNVAVVEKGWLGGGNTARNTTIVRSNYLWDESAHLYEHAMKLWEGLSQDLNYNVMFSQRGVYNLCHTLQDIRDSERRVSANRLNGVDGELLDAKQVADEIPYLDCSKNTRYPVMGATVQRRGGVARHDAVAWGFARAADALGVDLIQQTEVIGFRKENGVCIGVETNKGFIGAKRVGVVTAGNSGHMAKLAGFRLPVESHPLQALVSEPIKPIIDSVIMSNAVHGYISQSDKGDLVIGAGIDGYNGYGQRGSYPVIEHTIQAIVEMFPVLSRVRMNRQWGGIVDTTPDACPIISKTPVPNMFFNCGWGTGGFKATPGSGNVFAASLAKGEMHPLAAPFSIDRFHNGALIDEHGAAAVAH PGPT0013510_460 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013510-soxB_-K00303 NA NA D1-35_03783 330 soxD Sarcosine oxidase subunit delta ATGTTGCATATCTTCTGTCCTCACTGCTTTGAGCTGCGCTCCGAAGAGGAATTCCATGCATCCGGCCAGGCGCACATCCCGCGTCCGCTGGATCCGAACGCCTGCACCGACGAGGAGTGGGGCGACTACATGTTCTTTCGCGACAACCCTCGCGGCCTGCACCACGAGTTGTGGATCCATGCCGCCGGTTGCCGCCAGTACTTCAACGCGACCCGTGACACCGTGACCTACGAGATCCTCGAAACCTACAAGATCGGTCAAAAGCCGCAATTCACCGACAAGGCTGACAGTCCGAAAGCGGCCGCGCAGGCTCTGGGAGAGAAGGTATGA MLHIFCPHCFELRSEEEFHASGQAHIPRPLDPNACTDEEWGDYMFFRDNPRGLHHELWIHAAGCRQYFNATRDTVTYEILETYKIGQKPQFTDKADSPKAAAQALGEKV PGPT0013520_185 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013520-soxD-K00304 NA NA D1-35_03784 3018 soxA Sarcosine oxidase subunit alpha ATGAGCCAGATCAATCGCCTGTCCAACGGCGGACGGATCGACCGCAACAAAGTGCTGACATTCACCTTCAACGGCCAGAGCTACAAAGGCTTCGAAGGCGATTCCCTGGCCGCTGCGCTGCTGGCCAACGGTGTCGACATCATCGGCCGCAGCTTCAAGTATTCTCGTCCGCGCGGCATCTTTGCCGCCGGTGCGGAAGAGCCGAACGCGGTGCTGCAGATCGGCGCCACCGAAGCCACGCAGATCCCGAACGTGCGCGCCACGCAACAGGCGCTGTATCAGGGCCTGGTCGCCACCAGCACCAATGGCTGGCCGAACGTCAACAACGACATGATGGGGATTCTCGGCAAGGTCGGCGGCAAGCTGATGCCGCCGGGCTTCTACTACAAAACCTTCATGTACCCGCAATCGTTCTGGATGACTTACGAGAAGTACATCCGCAAGGCCGCAGGGTTGGGTCGCTCGCCGACCGAGAACGATCCGGACACCTACGACTACATGAACCGTCACTGCGACGTGCTGATCGTCGGCGCTGGCCCTGCTGGCCTGGCCGCTGCATTGGCCGCGGCCCGCAGCGGTGCGCGAGTGATCCTGGCCGATGAGCAAGAAGAGTTCGGCGGCAGCCTGCTCGACTCCCGCGAAAGCCTGGACGGCAAGCCGGCGACCGAGTGGGTCGCGGCGGCGGTGGCTGAACTGCGCTCGATGCCCGAGGTGGTGTTGCTGCCTCGCGCCACGGTGAACGGTTACCACGACCACAACTTCCTGACCATCCACGAGCGCCTCACCGATCACCTCGGTGACCGCGCACCGATCGGCCAGGTGCGCCAGCGCATCAACCGGGTACGCGCCAAGCGCGTGGTGCTGGCGACTGGTGCTTGCGAACGCCCGCTGGTCTACGGCAACAACGATGTGCCGGGCAACATGCTGGCGGGTGCGGTTTCTACCTACATCCGCCGCTACGGCGTGGCACCGGGCAAGAAACTGCTGCTGAGCACCAACAACGACCACGCCTATCGCGTCGCCCTGGACTGGTTCGACGCCGGCCTGCAAGTGGTGGCCGTCGCCGATGCCCGCAGCAACCCGCGTGGTGCGCTGGTGGAAGAAGCCCGCGCCAAAGGCATCCGCATCCTCACCGGCAGCGCCGTGATCGAAGCCCGTGGCAGCAAGCGCGTCACCGGTGCACGTGTCGCCGCGATCGACGTCCGCGCCCACAAGGTCACCAGCCCTGGCGAATGGCTGGACTGCGACCTGGTGGCCAGTTCCGGCGGCTACAGCCCGGTGGTCCACCTGGCTTCGCACTTGGGCGGCAAGCCGATCTGGCGTGAAGACATCCTCGGTTTCGTGCCGGGCGAAGCGCCGCAGAAACGCGTGTGCGTCGGCGGTGTGAATGGCGTCTACGGGCTCGGCGATTCCTTGGCCGACGGTTTTGAAGGCGGCGTGCGCGCGGCCAGCGAAGCCGGCTTCAAGGCTGTGGAGGGCGTGTTGCCCAAGGCCCTGAGCCGTCATGAAGAACCGACCCTGGCGTTGTTCCAGGTGCCGCATGAAAAAACCACCGCACGTGCGCCGAAGCAATTCGTCGACCTGCAGAACGACGTCACCGCCGCCGCCATCGAACTCGCCACCCGCGAAGGCTTCGAGTCGGTGGAACACGTCAAGCGCTACACCGCACTGGGCTTCGGCACCGACCAGGGCAAGCTGGGCAACGTCAACGGCCTGGCCATCGCGGCCCGTTCGCTGAACGTGAGCATCCCGCAGATGGGCACCACCATGTTCCGTCCGAACTACACGCCGGTGACTTTCGGCGCGGTGGCCGGTCGGCACTGCGGGCACATCTTCGAACCGGTGCGCTTCACCGCGCTGCATGCCTGGCATGTGAAAAACGGCGCCGAGTTCGAGGACGTCGGCCAGTGGAAACGTCCCTGGTACTTCCCGAAGAACGGCGAAGACCTGCATGCCGCGGTCAAGCGCGAATGCAAGGCCGTGCGCGACAGCGTCGGCCTGCTGGACGCCTCGACCCTGGGCAAGATCGACATCCAGGGCCCGGATGCCCGTGAGTTCCTCAACCGCATCTACACCAATGCCTGGACCAAGCTCGACGTGGGCAAGGCCCGCTACGGCCTGATGTGCAAGGAAGACGGCATGGTCTTCGACGACGGCGTGACTGCCTGTCTGGCCGACAACCACTTCCTGATGACCACCACCACTGGCGGTGCGGCCCGTGTACTGCAATGGCTGGAGATCTACCAGCAGACCGAATGGCCGGATCTGAAGGTGTATTTCACCTCGGTTACCGACCACTGGGCGACCATGACCCTGTCGGGGCCCAACAGCCGCAAGCTGCTGAGCGAAGTCACCGACATCGACCTGGACAAGGACGGCTTCCCGTTCATGACCTGGAAGGAAGGCCTGGTAGGCGGCGTGCCGGCGCGGGTGTTCCGCATCTCGTTCACCGGTGAGCTGTCGTACGAAATCAACGTGCAGGCCGACTACGCCATGGGCGTGCTCGAACAGATCGTCGAGGCCGGCAAGAAGTACAACCTGACCCCGTATGGCACCGAGACCATGCACGTGTTGCGGGCCGAGAAGGGCTTCATCATCGTCGGCCAGGACACTGACGGCTCGATGACCCCGGACGACCTGAACATGGGCTGGTGCGTCGGCCGGACCAAGCCGTTCTCGTGGATCGGCTGGCGTGGGATGAATCGCGAAGATTGCGTGCGTGAAGAGCGCAAGCAACTGGTGGGTCTCAAGCCGATCGACCCGAATGTCTGGCTGCCGGAAGGCGCGCAGCTGGTGTTCAACCCCAAGCAGGCGATCCCGATGTCGATGGTCGGCCACGTGACCTCCAGCTATGCGCATAACTCCCTGGGCTATTCGTTTGCGATGGGCGTGGTCAAGGGCGGCTTGAAGCGCCTCGGCGAGCGAGTCTTCGCCCCGCTGGCGGATGGTCGGGTGATCGAGGCAGAGATCGTTTCTTCGGTGTTCTTCGATCCGAAGGGGGATCGGCAGAACGTTTAA MSQINRLSNGGRIDRNKVLTFTFNGQSYKGFEGDSLAAALLANGVDIIGRSFKYSRPRGIFAAGAEEPNAVLQIGATEATQIPNVRATQQALYQGLVATSTNGWPNVNNDMMGILGKVGGKLMPPGFYYKTFMYPQSFWMTYEKYIRKAAGLGRSPTENDPDTYDYMNRHCDVLIVGAGPAGLAAALAAARSGARVILADEQEEFGGSLLDSRESLDGKPATEWVAAAVAELRSMPEVVLLPRATVNGYHDHNFLTIHERLTDHLGDRAPIGQVRQRINRVRAKRVVLATGACERPLVYGNNDVPGNMLAGAVSTYIRRYGVAPGKKLLLSTNNDHAYRVALDWFDAGLQVVAVADARSNPRGALVEEARAKGIRILTGSAVIEARGSKRVTGARVAAIDVRAHKVTSPGEWLDCDLVASSGGYSPVVHLASHLGGKPIWREDILGFVPGEAPQKRVCVGGVNGVYGLGDSLADGFEGGVRAASEAGFKAVEGVLPKALSRHEEPTLALFQVPHEKTTARAPKQFVDLQNDVTAAAIELATREGFESVEHVKRYTALGFGTDQGKLGNVNGLAIAARSLNVSIPQMGTTMFRPNYTPVTFGAVAGRHCGHIFEPVRFTALHAWHVKNGAEFEDVGQWKRPWYFPKNGEDLHAAVKRECKAVRDSVGLLDASTLGKIDIQGPDAREFLNRIYTNAWTKLDVGKARYGLMCKEDGMVFDDGVTACLADNHFLMTTTTGGAARVLQWLEIYQQTEWPDLKVYFTSVTDHWATMTLSGPNSRKLLSEVTDIDLDKDGFPFMTWKEGLVGGVPARVFRISFTGELSYEINVQADYAMGVLEQIVEAGKKYNLTPYGTETMHVLRAEKGFIIVGQDTDGSMTPDDLNMGWCVGRTKPFSWIGWRGMNREDCVREERKQLVGLKPIDPNVWLPEGAQLVFNPKQAIPMSMVGHVTSSYAHNSLGYSFAMGVVKGGLKRLGERVFAPLADGRVIEAEIVSSVFFDPKGDRQNV PGPT0013515_145 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 D1-35_03785 633 soxG Sarcosine oxidase subunit gamma ATGACCGCAGTCAACGTGTACCAACAACGCCCCACCACCGGGGCCAAGGCCGAGTCATCGCTGCACCATGCCGACCTCGCCAGCCTGGCGGGCAAGGGCCGCAAGAACGCCGGCGTGACCGTGCGCGAGAAAAAACTCCTCGGCCACCTGACCATTCGTGGCAATGGCCACGATCCTGCGTTCGCCGCGGGCGTGCACAAGGCCCTGGGCCTGGAGTTGCCGGGTGCGCTGGCTGTCATCGTCAAGGGCGAAACCAGCCTGCAATGGCTGGGGCCGGATGAATGGCTGCTGGTGGTGCCTTCTGGCGAAGAGTTCGTCGCCGAGCAGAAACTGCGCGAAGCCCTGGGCGACCTGCACATCCAGATCGTCAACGTCAGCGGCGGCCAGCAAATCCTCGAACTGTCCGGCCCGAACGTGCGCGACGTGCTGATGAAATCCACCAGCTACGATGTACACCCAAGCAACTTTCCGGTGGGCAAGGCCGTGGGCACGGTGTTCGCCAAGTCGCAACTGGTGATCCGCCACACCGCTGAAGACACCTGGGAACTGGTGATCCGCCGCAGCTTTTCCGATTACTGGTGGCTGTGGTTGCAGGATGCGGCGGCTGAGTATGGGTTGAGCGTGCAGGCGTAA MTAVNVYQQRPTTGAKAESSLHHADLASLAGKGRKNAGVTVREKKLLGHLTIRGNGHDPAFAAGVHKALGLELPGALAVIVKGETSLQWLGPDEWLLVVPSGEEFVAEQKLREALGDLHIQIVNVSGGQQILELSGPNVRDVLMKSTSYDVHPSNFPVGKAVGTVFAKSQLVIRHTAEDTWELVIRRSFSDYWWLWLQDAAAEYGLSVQA PGPT0013525_188 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013525-soxG-K00305 NA NA D1-35_03786 858 purU_2 COG0788 Formyltetrahydrofolate deformylase ATGAGCCGCGCCCCAGATACATGGATACTGACCGCCGACTGCCCCAGCGTGCTCGGCACGGTGGATGCGGTGACCCGCTTTCTGTTCGAGCAGGGCTGCTACGTCACCGAGCACCATTCCTTCGACGACCGGCTCTCGGCGCGCTTCTTCATTCGCGTGGAGTTTCGCCAGCCTGACGGTTTCGACGAGCAGAGCTTCCGCGCCGGCCTGGCCGAGCGGGCGCAAGCCTTCGGCATGGTCTTCGAACTGACGCCGCCCAACTACCGGCCGAAAGTGGTGATCATGGTCTCCAAGGCCGATCACTGCCTCAACGACTTGCTCTACCGCCAACGCATCGGCCAGTTGTCGATGGACGTGGTGGCCGTGGTCTCCAATCACCCAGACCTCAAGCCGCTCGCCGACTGGCACCAGATTCCCTACTACCATTTCCCCCTGGATCCGAACGACAAGCCGGCCCAGGAGCGGCAGGTGTGGCAGGTGATCGAGGAGACCGGCGCCGAGCTGGTGATTCTTGCCCGCTACATGCAAGTGCTGTCGCCGGAACTGTGCCGCAAGCTCGACGGCAAGGCCATCAACATCCATCACTCATTGCTGCCGGGCTTCAAGGGCGCCAAGCCGTATCACCAGGCCTATAACAAAGGCGTGAAATTGGTGGGCGCCACGGCGCATTACATCAACAACGACCTGGACGAAGGTCCGATCATCGCCCAGGGCGTGGAAGTGGTGGACCACAGCCACTATCCCGAAGACCTGATCGCCAAGGGACGCGACATTGAAGGGCTCACCTTGGCCCGCGCGGTGGGGTACCACATTGAGCGAAGGGTGTTCCTGAACGCCAATCGCACGGTCGTTCTCTAG MSRAPDTWILTADCPSVLGTVDAVTRFLFEQGCYVTEHHSFDDRLSARFFIRVEFRQPDGFDEQSFRAGLAERAQAFGMVFELTPPNYRPKVVIMVSKADHCLNDLLYRQRIGQLSMDVVAVVSNHPDLKPLADWHQIPYYHFPLDPNDKPAQERQVWQVIEETGAELVILARYMQVLSPELCRKLDGKAINIHHSLLPGFKGAKPYHQAYNKGVKLVGATAHYINNDLDEGPIIAQGVEVVDHSHYPEDLIAKGRDIEGLTLARAVGYHIERRVFLNANRTVVL PGPT0008155_2162 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D1-35_03787 1200 fdhA_1 Glutathione-independent formaldehyde dehydrogenase ATGTCTGGTAATCGTGGTGTCGTGTATCTCGGCAACGGCAAGGTCGAAGTACAGAAAATCGACTATCCCAAAATGCAGGACCCGCGTGGCAGGAAGATCGAGCACGGCGTCATCCTGCGCGTAGTCTCCACCAACATCTGCGGCTCCGACCAACACATGGTGCGCGGCCGTACCACTGCCCAGACCGGCCTGGTCCTGGGTCACGAGATCACCGGTGAAGTGATCGAAAAGGGCAGCGACGTCGAAAACCTGAAAATTGGTGATCTGGTTTCGGTGCCATTCAACGTTGCGTGCGGGCGCTGCCGTTCCTGCAAGGAGCAACACACCGGTGTCTGCCTGACGGTCAACCCGGCCCGTGCCGGCGGTGCCTACGGTTATGTCGACATGGGCGACTGGACCGGCGGCCAGGCTGAATACGTGCTGGTGCCGTACGCCGACTTCAACCTGCTGAAACTGCCGGACCGCGACAAGGCCATGGAGAAAATCCGCGACCTGACCTGCCTGTCCGACATCCTGCCGACCGGCTACCACGGCGCAGTTACCGCTGGTGTCGGCCCTGGCAGCACCGTCTACATTGCCGGCGCCGGCCCGGTTGGCCTCGCGGCTGCCGCCTCCGCCCGCTTGCTGGGTGCTGCGGTAGTGATCATCGGCGACGTCAACTCCATCCGCCTGGCTCACGCCAAGGCCCAAGGCTTTGAAATCGTCGACCTGTCTACAGACACCCCACTGCACGAGCAAATCGCCGCGCTGCTGGGCGAACCAGAAGTGGACTGCGCAGTCGATTGCGTGGGCTTCGAAGCCCGCGGCCACGGCCATGACGGCGTCAAGCACGAAGCCCCGGCCACTGTGCTCAACTCATTGATGGGCGTGGTCCGCGTGGCCGGCAAGATCGGTATTCCCGGCCTCTATGTCACCGAAGACCCGGGCGCAGTTGATGCCGCCGCAAAAATGGGCAGCCTGAGCATTCGCTTCGGCCTGGGCTGGGCCAAATCCCACAGCTTCCACACCGGCCAGACCCCGGTGATGAAGTACAACCGCCAGCTGATGCAGGCGATCATGTGGGACCGCATCAATATTGCTGAAATCGTTGGCGTGCAGGTCATCAGCCTGGATGACGCGCCGAAGGGTTATGGCGAGTTCGATGCCGGTGTGCCGAAGAAGTTTGTGATTGATCCGCATAAGTTGTTCAGTGCGGCGTAA MSGNRGVVYLGNGKVEVQKIDYPKMQDPRGRKIEHGVILRVVSTNICGSDQHMVRGRTTAQTGLVLGHEITGEVIEKGSDVENLKIGDLVSVPFNVACGRCRSCKEQHTGVCLTVNPARAGGAYGYVDMGDWTGGQAEYVLVPYADFNLLKLPDRDKAMEKIRDLTCLSDILPTGYHGAVTAGVGPGSTVYIAGAGPVGLAAAASARLLGAAVVIIGDVNSIRLAHAKAQGFEIVDLSTDTPLHEQIAALLGEPEVDCAVDCVGFEARGHGHDGVKHEAPATVLNSLMGVVRVAGKIGIPGLYVTEDPGAVDAAAKMGSLSIRFGLGWAKSHSFHTGQTPVMKYNRQLMQAIMWDRINIAEIVGVQVISLDDAPKGYGEFDAGVPKKFVIDPHKLFSAA PGPT0002115_250 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROMETHANE_DEGRADATION,PGPT0002115-fdhA-K00148 NA NA D1-35_03788 381 hypothetical protein ATGGTCGACTCCATGCCGAAGAATCAGGGCCCGCTACTCTGCCACTACCACTACGATCCGCTGGACCGCTTGGCCGACTGCATGGTAGCGGACCAGGTCGGCATCCGACGCTTCTACCTGAAAGACCGGCTGAGCACCGAGATTCAGGGGCCGGTCCAACATTCGGTCGTGCAGCACGACGATCAGTTGCTGGCCCAGCAGCAGCGGAAAAATGAAATCAGCACAACCACCTTGCTCGCCACCGATCATCAGCGTTCGGTTTTACAAACGTTCGATGCAGCACAACCTCAGCGCCTTGCCTACACGGCCATGGCCATCGTCCTCAGGAAGTTGGCCCTCCAAGCCTGCTCGGCTTCAACGGCGAACGAGCGGATCCGGTGA MVDSMPKNQGPLLCHYHYDPLDRLADCMVADQVGIRRFYLKDRLSTEIQGPVQHSVVQHDDQLLAQQQRKNEISTTTLLATDHQRSVLQTFDAAQPQRLAYTAMAIVLRKLALQACSASTANERIR NA NA NA NA NA D1-35_03789 708 Lytic cellulose monooxygenase ATGAAATATTCCAGCCTAGCCCTGAGCTGCATTCTTCTGTCCAGCATCGGTTTGATCAGTTGCACTGATGTCAAAACCCCGTCCAAGAGCCCAGAGATAAAACACGGTACCTCGCAGATGCCGCCGTCTCGCCAGTACTATTGCTGGGATCAGCAGGACTTCAACAATGGCAGCGCAAACATCAAGAACGCTGCGTGCCGGGCAGCCTTTACAGCGGCAGGCGACGCCGACTGGGAACGCGCCCGTCTGTTCAACGACTGGAACGCCTACTCGCAAAACATCCCCGAAGGCACCAAGCCGGAAGACGTCGCTCCCGATGGGAAACTCTGTTCCGCCGGTCAGGATCGCTTCGACAGTATCAACCTCAAAAGCGCTGCCTGGCACACCACTGATCTGGACGTGAAGGACGGCCGCGTGCAGCTCACTTATGTGGCCAGCCAGATGCATGATCCCAGCGAATTCAAGGTTTACCTGACCGACCCGGACAACCTCAACTGGGCCGCGCTGAAGCAGTCTCCTGACGTCAAGGTGAGACTTGCCCCGGACACGAAAGGACCGGGCACCTATTACCTGGACGTTCAATTACCAGCAGGCTATGTCACGGACAGCAAGTCAGTGATCTTCATTATGTGGCAACGCCATGAAGACCCTGCCCGCGAGACATTCTTCAGTTGCAGCGATGTGGTGCTGGTGAACGCGAAAGGTTAG MKYSSLALSCILLSSIGLISCTDVKTPSKSPEIKHGTSQMPPSRQYYCWDQQDFNNGSANIKNAACRAAFTAAGDADWERARLFNDWNAYSQNIPEGTKPEDVAPDGKLCSAGQDRFDSINLKSAAWHTTDLDVKDGRVQLTYVASQMHDPSEFKVYLTDPDNLNWAALKQSPDVKVRLAPDTKGPGTYYLDVQLPAGYVTDSKSVIFIMWQRHEDPARETFFSCSDVVLVNAKG NA NA NA NA NA D1-35_03790 579 hypothetical protein ATGAACGTACAAATCGGTGGAGGCGCCCTCGCGGTCATTCTGACGGGCATGCTCATCGCCTTCGGCGTCAGCGAGTGCCAGCGCGGCCCGTTGAACCCGGAACTTGCCGACGACGTCAGCGAAGCGCAAAAGACCTGGCTGACCATCGAGCACCGCATCAAGCGTTATGATCCAGCCCTGACGCAGGTCACGCGAGACCAGCAGGCCCTGAGCGTTTTCTACCGCCCCGCCACGCCCATCGAGGCGGGCGAGGATTGGGCGCCGGACATGCTGCGCGTCGTCGGCCACGGCCTGGCGGCGCTGAATGGCGCGCCAGGAGGAAAGGTGTATACCCAAGTGACCGTGAAAGCGCGAATGCTTGCCGATGATGACGTCGAACTGATGTATGACATGCCGGGGTTCGATGCCATCAAGACCCAACAGGATGGCTACTTCAACTTCGCCAGCATGCCGCGCAGCCTGTCATTCAGTCCGGCCGCCCTGGCGCAGATCAAGGACGATTGCCGTGGCATGAACGCGCAGGCGTTCTATTCGCAATTTTGCCAGCGGGTCGGCGAGGCCATAACGAGCCAACCCTGA MNVQIGGGALAVILTGMLIAFGVSECQRGPLNPELADDVSEAQKTWLTIEHRIKRYDPALTQVTRDQQALSVFYRPATPIEAGEDWAPDMLRVVGHGLAALNGAPGGKVYTQVTVKARMLADDDVELMYDMPGFDAIKTQQDGYFNFASMPRSLSFSPAALAQIKDDCRGMNAQAFYSQFCQRVGEAITSQP NA NA NA NA NA D1-35_03791 570 hypothetical protein ATGAAGGTTTCACGCGGTTTTGCACTGTCTTGCCTGCTCTCGTTGGCAGCCGGCCCGGCCTTCGCACAGTTCAGCCTCGCTGATGCGACAAGCGTGATCTCGGCCATTCAGGGCAACCAGCAGGAGGGGGCGGTAGCGGCTGCGCCGAAAGCCGCCGGGTTGCTCAATACCCTCGGCTCGGAACTCCAGATCACGCCGGAGCAAGCCGTGGGCGGTGCCGGGGCGATGCTCGGACTGGCCAGGAACCAGCTCGGCGAGGCGCAGTTCGCCGAGCTGAGCAAAAGTGTGCCGGGGCTCGATCAGATCGCCGGGAACAGTGCCATCGGTGGCCTTAACGGCCTGGGTGGCTTGCTGGGCGGCGGGTCGGACAAAAACGCCTTGCTCGACGGCTTGCTCGGTAACGTCAAGGACACCGGCGACCTGAACAATGCCTTCAGCGCGCTGGGCATGGACAGCGGCATGATCGGCCAGTTTGCCCCGATCATCTTGCAGTACCTCGGCCAACAGGGCGTCGCCAGTTCGCTGTTGCAGAACCTGGGCGGTATCTGGGGCGCCGGCGCCGGTATCTGA MKVSRGFALSCLLSLAAGPAFAQFSLADATSVISAIQGNQQEGAVAAAPKAAGLLNTLGSELQITPEQAVGGAGAMLGLARNQLGEAQFAELSKSVPGLDQIAGNSAIGGLNGLGGLLGGGSDKNALLDGLLGNVKDTGDLNNAFSALGMDSGMIGQFAPIILQYLGQQGVASSLLQNLGGIWGAGAGI NA NA NA NA NA D1-35_03792 888 yihG_2 COG0204 putative acyltransferase YihG ATGCGCCGCCTGCTCACCGGCTGTTTCGTCACCCTGCTGCTATTGCTCAATACCCTGGTGCTGTTCGGGCCGCTGATGGTGTTTGCATTGCTCAAGCTGGTCCTGCCCGGGCGTCTCCGCGATTACGCCTCGTGGGCGGTGATGTGGATTGCCGAGACCTGGGCCGAGATCGACAAGCTGATATTTGCCTGGTGCATCCCCACCCGCTGGGACATTCGCGGCGGTGAAGGCCTGCGCAGCGACACCTCGTACCTGGTGATCAGCAATCACCAGTCATGGGTGGATATCCCCGCCCTGGTCCAGACCCTCAACCGACGCACGCCGTTCTTCAAATTCTTTCTCAAGAAAGAGCTGATCTGGGTGCCGTTCCTGGGGCTGGCGTGGTGGGCATTGGATTACCCTTTCATGAAGCGCTACACCAAGGCGTTCCTGGCAAAGAATCCGGAGCTGGCCGGCAAGGATCTGGAAATCACCAAGGCCGCCTGCGAGCTGTTCAAGCGTCAGCCAGTCACCGTGGTGAATTATCTCGAAGGCACGCGCTTCACCGCCGCCAAAAGCCAACAGCAGCAATCGCCCTTCAGTCATCTGCTCAAGCCCAAGGCCGGTGGCGTGGCGTTTGTGCTGGCGGCGATGGGCGAGCAGCTGGATGCGATCCTCGACGTGACGGTGGTTTATCCGCAGCAGCGCATCCCCGGGTTCTGGGACTTGATCAGCGGCGCGGTGCCCAGGGTCATCGTCGACATCCAGACCCGCGAACTGGACCCGGCGCTGTGGCAAGGCGATTACGAAAACGACCCAGTGTTTCGCCAGCATGTGCAGGACTGGGTCAACCAGCTCTGGCATGAAAAGGACCAGCGCATTGCTCAGCTGCGCAACGAGAGCGCCTGA MRRLLTGCFVTLLLLLNTLVLFGPLMVFALLKLVLPGRLRDYASWAVMWIAETWAEIDKLIFAWCIPTRWDIRGGEGLRSDTSYLVISNHQSWVDIPALVQTLNRRTPFFKFFLKKELIWVPFLGLAWWALDYPFMKRYTKAFLAKNPELAGKDLEITKAACELFKRQPVTVVNYLEGTRFTAAKSQQQQSPFSHLLKPKAGGVAFVLAAMGEQLDAILDVTVVYPQQRIPGFWDLISGAVPRVIVDIQTRELDPALWQGDYENDPVFRQHVQDWVNQLWHEKDQRIAQLRNESA NA NA NA NA NA D1-35_03793 507 hypothetical protein ATGAAATCCGTTTTAGCCCTGCTTTCCCTGGTGGCCCTCCCCGTGCTTGCCGCCGAACCGACCCTCTATGGGCGCTACGAATACATCGCGCTGCCGGAAATCGGTGGCGAAGTGCTCAAGGCCAAGATGGACACCGGCGCATTGACCGCCTCGCTGTCGGCCAAGGACATCGAGACGTTCACCCGTGACGGCGATGACTGGGTACGTTTCCGCCTGGCGACCAAGGACGCGAGCAACAAGATCTACGAACACAAGATCGCCCGCATCAGCAAGATCAAGACCCGTTCCGAAGAGGACGAGGACGACGACGAAAAGGTCGCCCCCAGCAAGCGTCCGGTGGTGGAACTGGAAATGTGCCTGGGTAACGTCAAGCGCACTGTCGAGGTCAACCTGACCGACCGCAGCAGTTTCAACTACCCGCTGCTGATCGGTGCCAAGGCCTTGCGTGAGTTCGACGCGGCGGTGAACCCGGCGCGGCGGTTTACGGTGGATAAACCGGACTGTTGA MKSVLALLSLVALPVLAAEPTLYGRYEYIALPEIGGEVLKAKMDTGALTASLSAKDIETFTRDGDDWVRFRLATKDASNKIYEHKIARISKIKTRSEEDEDDDEKVAPSKRPVVELEMCLGNVKRTVEVNLTDRSSFNYPLLIGAKALREFDAAVNPARRFTVDKPDC NA NA NA NA NA D1-35_03794 681 creB COG0745 Transcriptional regulatory protein CreB ATGCCTCATATTCTGATTGTCGAAGACGAAGCCGCCATCGCTGATACGCTGGTGTTTGCGCTGCAGGGCGAGGGCTTTGACACCACTTGGTTGAGCCTGGGAGCCGCGGCCCTGGAGCATCAGCAGAAGACTCCGGCGGACCTGATTATTCTCGACGTGGGCCTGCCGGATATCAGCGGTTTCGAGACGTGCAAGAATCTCAGACGTTTCAGCGACGTTCCGGTAATTTTTCTTACGGCTCGGGATGGCGAGATCGACCGGGTGGTTGGCCTGGAGATTGGCGCTGATGATTACGTGGTCAAGCCCTTCAGCCCCCGCGAAGTTGCCGCCAGGGTTCGCGCGATTCTCAAGCGCGTGGCGCCGCGGCCTTTCGCGGAAGCGGGTTCGGCGTTGTTCCAAGTGGACAGCGAGCGCGTGCAGATCAGCTATCGCGGCAAGCCGTTGAACCTCACTCGTCATGAGTTTCGCCTGTTGAACTGCCTGCTGGAGCAGCCTGAGCGGGTCTTCAGTCGCGAGCAATTGCTCGATGCCCTGGGCGTGGCCAGCGATGCCGGCTACGAGCGCAGCATCGACAGCCACATCAAGAGCCTGCGCGCCAAGTTGCGCCTGGTCCGGGCCGAGGCCGAACCGATCCAGACCCACCGGGGCCTTGGCTACAGCTACAGCCCGGGCCACAGCTGA MPHILIVEDEAAIADTLVFALQGEGFDTTWLSLGAAALEHQQKTPADLIILDVGLPDISGFETCKNLRRFSDVPVIFLTARDGEIDRVVGLEIGADDYVVKPFSPREVAARVRAILKRVAPRPFAEAGSALFQVDSERVQISYRGKPLNLTRHEFRLLNCLLEQPERVFSREQLLDALGVASDAGYERSIDSHIKSLRAKLRLVRAEAEPIQTHRGLGYSYSPGHS PGPT0015055_369 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015055-creB-K07663 NA NA D1-35_03795 1419 creC COG0642 Sensor protein CreC ATGTCGCTGGGTATCCGGATTTTCCTGGCCTACGTGCTGTTCATCGGCCTGGCCGGGTATTTCGTGCTTAACACGGTGATGGAAGAGATCCGTCCCGGTGTGCGCCAGTCCACCGAGGAAACCCTGGTGGACACGGCCAACCTGATGGCCGAAATCCTGCGGGACGATTTCAAGGCCGGGACGCTCAGCCAGAACCGCTGGCCGCAATTGCTCAGGTCCTATGGCGAACGCCAGCCGGCGGCGACGATCTGGGGATTGCCAAAAAACCAGGTCAACCATCGCATCTACGTCACCGATGCCAATGGCATCGTCGTGCTCGATTCCAGTGGCGTGGCGGTGGGCCAGGATTATTCGCGGTGGAACGACGTCTACCTGACCCTGCGCGGCCATTACGGCGCTCGTTCGACCCGCAACGATCCGAGCGACCCGGCATCTTCGGTGATGCATGTCGGGGCCCCGATCCGGGACAACGGAAGGATCATCGGCGTGGTCACGGTGGCCAAGCCCAACAGCTCGTTGCAACCTTACATCGACCGCACGGAGCGGCGCCTGCTGGCGTACGGTGCCGGGTTGATCGGCCTGGGCCTGTTGCTGGGCGCCTTGCTGTCCTGGTGGCTCAGCGCGGCTTTGCGTCGGTTGACTCGTTATGCCCAGGCGGTCAGCCAGGGGCGGCGGGTGGAAGTGCCGCATTATCGCGGCGGCGAATTCGAGCAACTGGCGGGCGCCGTCGAACACATGCGCACCCAGCTCGAAGGCAAGGCCTACGTCGAGCGTTATGTGCACACCTTGACTCATGAACTGAAGAGTCCGCTGGCCGCGATTCGCGGCGCCGCCGAGCTGCTGCAGAGCGACATGCCCGCCGCCCAGCACCAGCGCTTTGTCAGCAACATCGACAGCGAAAGCGTGCGCATGCAGCAATTGATCGAGCGCCTGCTCAACCTGGCCCAGGTCGAGCAGCGCCAGGGGTTGGAGGATATTGTCGCGGTGCCGTTGGCGGCGTTGGTCGATGAATTGCTGGAGGCTCGCGGCGGCTGGATCGAAAGCCGTCAATTGCGCATAGAGCGATACATCGCCGCTGATCTGACGCTGACCGGGGAGGCCTTCCTGTTGCGCCAGGCCCTGGGCAACTTGCTGGAAAATGCCTTGGACTTCACCCCTGTCGAAGGCTTGTTGCGCATCAGAGCCGAGCGCCTGGGCAGCCGCGTCGAGATCCGTCTTTTCAACCAGGCCGAGCCGATTCCCGACTACGCACTACCGCGCCTGAGCGAGCGGTTCTATTCCTTGCCGCGCCCTGGCACCGGGCGCAAGAGCACAGGCCTGGGGCTCAACTTTGTCGAGGAAGTGGTGCAGTTGCATGGGGGGGAATTTGGCATCGGTAATGTCGAGGGTGGGGTGGAAGTGGTGCTGCGGTTGCCCTGA MSLGIRIFLAYVLFIGLAGYFVLNTVMEEIRPGVRQSTEETLVDTANLMAEILRDDFKAGTLSQNRWPQLLRSYGERQPAATIWGLPKNQVNHRIYVTDANGIVVLDSSGVAVGQDYSRWNDVYLTLRGHYGARSTRNDPSDPASSVMHVGAPIRDNGRIIGVVTVAKPNSSLQPYIDRTERRLLAYGAGLIGLGLLLGALLSWWLSAALRRLTRYAQAVSQGRRVEVPHYRGGEFEQLAGAVEHMRTQLEGKAYVERYVHTLTHELKSPLAAIRGAAELLQSDMPAAQHQRFVSNIDSESVRMQQLIERLLNLAQVEQRQGLEDIVAVPLAALVDELLEARGGWIESRQLRIERYIAADLTLTGEAFLLRQALGNLLENALDFTPVEGLLRIRAERLGSRVEIRLFNQAEPIPDYALPRLSERFYSLPRPGTGRKSTGLGLNFVEEVVQLHGGEFGIGNVEGGVEVVLRLP PGPT0015045_459 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015045-creC-K07641 NA NA D1-35_03796 1374 creD COG4452 Inner membrane protein CreD ATGAACCGCAGCCTCGCCATAAAACTGGGCATGATCGCCCTCTTGATTCTCTTGCTGATGATCCCGCTGTTGATGATCAACGGCCTTATCGATGAGCGCCAGGAGCTGCGCGATGGGGTGTTGCAGGACATCGCCCGCAGTTCCAGCCACAGCCAGCAGTTGATCGGCCCGATGATCGTGGTGCCGTTTCGCAAGGACGTGAAGGTCTGGAATACCAACGAGAAGACCGGCGTGCGCTTCCTCGAAACCGTCGAGCAAACGGGCGAGTTGTATTTCCTCCCGGAGCAATTTGAGCTCGACGGCCAGATCCGCACCGAAACACGTGCCCGGGGCATCTACGAAGCGCGCTTGTTTCATGCCGACAACCGGATCGATGGCCGCTTCAAAGTGCCGGAACGTTATGGCGTCGCCCCGAAGGATTTCGCCGACTACCGCTTTGACGAGCCGTACCTGAGCGTCGGCATCAGCGATATTCGTGGCATCGAGAATGCATTGACCCTGACGCTGAACCAGCAGACGGTCGATTTCCTTCCCGGTTCGCGGCTTGGCTGGCTGGGGCAGGGCGTACACGTGCCGTTGCCGATGATCACCGCCCAGGGCAGCCCCGAACTGACCTTCGGTTTCGACCTGCGCCTGCAAGGCACCGGCGAGCTGCAGATCCTGCCGGTGGGCAAGTCCACCAAGGTGCACCTGTCCGCCGATTGGCCGCACCCGAGCTTCATCGGCAATTACCTGCCGGTCAATCGCGAGATCAATGAGCAGGGCTTCAATGCCGACTGGCAGACCTCGTTTTTCTCCACCAACCTTTTGGAAACGCTGCAAGCCTGCGATCCCAGCGATGGTTGCGAAGCGTTCCGCAGTCGTGCGTTCGGTGTAAGTTTCGTCGATCCGGTGGACCAGTACCTGAAGAGCGACCGGGCGATCAAATATGCGCTGCTGTTCATCGCGCTGACCTTCGCCGGGTTCTTCCTCTTCGAAGTGCTCAAGAGCCTCGCGGTGCACCCGGTCCAGTACGCATTGGTCGGCGTGGCGCTGGCGTTCTTCTACCTGCTGCTGTTGTCGCTGTCGGAGCACATCGGCTTCACCCTGGCGTACCTGGTATCGGCCAGTGCCTGTGTGGTGCTGATTGGCTTCTACGTCTGCCATGTGCTGCGCAGCGTGAGCCACGGCCTGGGATTTTCAGCGGGGTTGGCGGGTTTGTACGGACTGCTTTATGGCCTGTTGAGCGCCGAAGACTACGCGCTGTTGATGGGCTCGCTGCTGCTGTTCGGCCTGCTGGGCGTGTTCATGGTGCTGACCCGCAAGCTGGATTGGTACGGAGTGGGCGCGAAGCCGGCGGCTGCGATGAGTTTTGATCTGGGAGAGGTGAAATGA MNRSLAIKLGMIALLILLLMIPLLMINGLIDERQELRDGVLQDIARSSSHSQQLIGPMIVVPFRKDVKVWNTNEKTGVRFLETVEQTGELYFLPEQFELDGQIRTETRARGIYEARLFHADNRIDGRFKVPERYGVAPKDFADYRFDEPYLSVGISDIRGIENALTLTLNQQTVDFLPGSRLGWLGQGVHVPLPMITAQGSPELTFGFDLRLQGTGELQILPVGKSTKVHLSADWPHPSFIGNYLPVNREINEQGFNADWQTSFFSTNLLETLQACDPSDGCEAFRSRAFGVSFVDPVDQYLKSDRAIKYALLFIALTFAGFFLFEVLKSLAVHPVQYALVGVALAFFYLLLLSLSEHIGFTLAYLVSASACVVLIGFYVCHVLRSVSHGLGFSAGLAGLYGLLYGLLSAEDYALLMGSLLLFGLLGVFMVLTRKLDWYGVGAKPAAAMSFDLGEVK NA NA NA NA NA D1-35_03797 189 hypothetical protein ATGAGCCGGTCGTTGGGGTTGCGGGAGGACCAGCGGGTGGGGGAAATGCTGGTGATGCGAATTGTCGGGTTGTTTCCTTTGGATCCGGTGCGCGGCCTTCGCGAGCAGGCTCGCTCCCACAAGAGAGCAACACAATCAAATGTGGGAGCGAGCCTGCTCCGAGCGGCGTTCCGACGAAGAGGCCGGTGA MSRSLGLREDQRVGEMLVMRIVGLFPLDPVRGLREQARSHKRATQSNVGASLLRAAFRRRGR NA NA NA NA NA D1-35_03798 630 yibF_1 COG0625 putative GST-like protein YibF ATGTCCACCCCCAGCATGACCCTGTTCCACAACCCCGCTTCGCCCTTCGTTCGTAAGGTCCTGGTGCTGCTGCACGAAACCGGACAGCAGGATCGCGTCGCCTTGCAGCTCAGCCAACTCACGCCGGTCAAGCCGGACCAAGCACTGATCCATGACAATCCGTTGAGCAAGATTCCGGCCCTGCGCCTGGCCAACGGGACGGTGATCCACGACAGCCGCGTCATCCTCGACTACCTCGACCACCAACACGTCGGCAACCCGCTGATCCCGCGCGAGGGCGCCGCGCGCTGGCGGCGCCTGACCCTGGCCTCCATGGCCGACGGGATCATGGACGCGGCGGTGATGATCCGCTACGAGACAGCCCTGCGTCCTGTGGAAAAACACTGGGACGAATGGCTCGATGCGCAGCGGGACAAGATTCGTCGCGCCCTCGCCACGCTCGAATCCGAGGCGATTGCAGAACTGGCCAGCCATTTCGACGTCGCGTCCATCAGCGTGGCCTGCGCCCTGGGTTACCTGGACCTGCGCCATGCCGACCTGGAATGGCGCGAGAACAATCCGCAGCTGGCGGCGTGGTTTTCCGAGGTCAGTTTGCGGCCTTCGATGGCCGAGACGGTGCCCCGGGTCTAA MSTPSMTLFHNPASPFVRKVLVLLHETGQQDRVALQLSQLTPVKPDQALIHDNPLSKIPALRLANGTVIHDSRVILDYLDHQHVGNPLIPREGAARWRRLTLASMADGIMDAAVMIRYETALRPVEKHWDEWLDAQRDKIRRALATLESEAIAELASHFDVASISVACALGYLDLRHADLEWRENNPQLAAWFSEVSLRPSMAETVPRV PGPT0013170_20446 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_03799 180 hypothetical protein GTGAGGCCTCGGCAGTCGAATTTCTGGAAGGTGTTTGGTATTCCCGTAGTGATCGGCGCATTGAGCGCGGCGGGGCTGTTCAGCGCATTGCTCGGTGACGGCGCCTGGGATGCGCTGAGCTGGGTTGGATTGGGAATCCCGACCGTGCTTGGGGCCTGGGGCTTGATCAAACGCGGATAA MRPRQSNFWKVFGIPVVIGALSAAGLFSALLGDGAWDALSWVGLGIPTVLGAWGLIKRG NA NA NA NA NA D1-35_03800 1131 hypothetical protein ATGAAAAGCAAAACCATTCGCCGCTGGTCCTTTGTCCACACCTGGAGCAGCCTGATCTGTACGGTGTTCCTGCTGATGCTGGCAATCACCGGGCTGCCGCTGATTTTCCATCATGAAATCGAGCATCTGTTGGGCGATGCCCCGCAGCTGCGGGAAATGCCGGCCGGCACGCCGCCGTTGGATCTTCAACAACTGGTGGAAAAAGCCAAGGCTCATCGTCCGGGTGAAGTGGTCCAGTATTTCGGCTGGGACGAAGACGACCCCAACGGCGTGATCACCATCATGGCGCCGACACCGGGCACCGAACCCAATTCATCCCATACCTTCATGCTCGACGCGCGCACCGGCGAAGCCCTGGAGATGCCTTCGGCCAACGGCGGTTTCATGATGATCATGCTGCGCCTGCATGTGGACATGTTCGCCGGGCTGCCGGGCAAGTTGCTGCTGGCGTTCATGGGGTTTCTGTTCGTGATTGCCATCGTCTCCGGCGTGGTGCTGTACTTGCCGTTCATGCGGCGCCTGAACTTCGGCACGGTGCGCCAGGACAAATCCACCCGCCTGCGCTGGCTCGACCTGCACAACCTGATCGGCGTCGTCACCCTGGTCTGGGCGCTGACCGTGGGCGTGACCGGCGTGATTGCCGCCTGCGCCGACCTGATCATCGCCGCGTGGCGCAACGACAGCCTCAGCGCGATGGTCGAGCCGTACCGCAACGCCCCGCCACTGACGCAACTGGCCCCGGCGACCCGCCTGCTCGACATTGCCAAGGAAGTCGCGCCGGGCATGGAGCCCAGCTTCATCGCCTTCCCCGGCACGCTGTTTTCCAGCGAGCATCACTACAGCGTGTTCATGAAGGGCGACACCCACCTGACCTCACACCTGCTCACCCCGGTCCTGATCGACGCCAGCACCCTGGACGTCACCGCCGTGGCCGAGCGGCCGTGGTACATGGACATGATGAGCCTGTCCCTGCCGCTGCATTTCGGCGACTACGGTGGCCGGCCAATGCAGATTTTCTGGGCAACCCTGGATGTGCTGACGATCATCGTCCTGGGCAGTGGCGTTTATCTGTGGGTGGTGCGACGTAAAGCCGCCAAGCGCGCGACTGTCGGCGCGGAGGTTGCCCCGTGA MKSKTIRRWSFVHTWSSLICTVFLLMLAITGLPLIFHHEIEHLLGDAPQLREMPAGTPPLDLQQLVEKAKAHRPGEVVQYFGWDEDDPNGVITIMAPTPGTEPNSSHTFMLDARTGEALEMPSANGGFMMIMLRLHVDMFAGLPGKLLLAFMGFLFVIAIVSGVVLYLPFMRRLNFGTVRQDKSTRLRWLDLHNLIGVVTLVWALTVGVTGVIAACADLIIAAWRNDSLSAMVEPYRNAPPLTQLAPATRLLDIAKEVAPGMEPSFIAFPGTLFSSEHHYSVFMKGDTHLTSHLLTPVLIDASTLDVTAVAERPWYMDMMSLSLPLHFGDYGGRPMQIFWATLDVLTIIVLGSGVYLWVVRRKAAKRATVGAEVAP NA NA NA NA NA D1-35_03801 2439 fhuA_2 COG1629 Ferrichrome outer membrane transporter/phage receptor ATGTCCCGCCCGCTAGACACCCTGTTGCGTCCCAGCCTGTTGGCCGTCGCCATCGCCTTCGCCACCCCGCTGGCCAGCGGTCCGCTGCTGGCCGCCGAGCAGGCGTCCAACGTGCGCGCCTACAACCTGCCCGCCGCGCCATTGGCCAGCACCCTGAACCAGATCGCCAGCCAGGCCGGCCTTGCCCTGAGCCTGAACCCGGCGCTGGCTTCGGGTAAAACCTCGGCGCCGGTCCAAGGCCAGTTCGACGCCACCGGTGCGCTGCGTGAAGCCTTGCGCGGCACCGGCCTGCAACTGGAACAAAGCAGCGCCGGCACCTACAGCCTGGTGGCCGTGCCGGAGGGTGTCATGGTGCTGCCGGAAACCAGCGTGATCGGCGCCGGCGTCAGCGAAACCGCCTGGGGCCCGACCGAAGGCTATGCGGTCACCCGCACCGCCGCCGGCACCAAGACCGACACGCCGATCGTCGAACTGCCGCGCTCGGTCTCGGTGGTCACGCGCCAGCAGATGGACGACCGCTCCGTGCTCAACCTCAACGATGCCCTGCGCTACACCGCCGGCGTGCAGAGCAGCGGCTACGGTTCGGATTCGCGCAATGACTGGCTGCTGGTGCGCGGCTTCGTACCGACCCAGTTCCTCGATGGCCTGCCGCTGCCCAAGGGCAACTACATCACACCGAAGATCGAGCCGTGGAACCTCGAGCGCATCGCCGTGCTTCGAGGCCCGGCGTCGTCGGTCTACGGCCAGACGCCACCCGGCGGCATGCTCGACATGGTCAGTCGTCGCCCGCAAGCCGAGAGCAGCAATGAAGTGGAGTTGCAGGCCGGCAGCCACGAGCACAAGCAGATCAACTTCGACAGCACCGGCAAGGTCGACGACGAAGGCCAGTTCCTCTACCGGCTCAGCGGTACCGTGCGCGACAGTAACTCCCAGATCGATCACATCCCGGACAAGCGCTACAACATCGCCCCGAGCCTGACCTGGAACATCAACGACGACACCCGCCTGACATTCCTGTCGCAATACACCCGCGATGACACCGGCATCACCGGGCAATTCCTGCCCCTGCAAGGCACCAAGCTGTCGTCGCCGGCGGGCAAGATTTCCCATCACAAGAACCTCGGTGATCCAGATTGGGAATTCTACGACCGCACCTACTACGCGCTCGGTTATGCCTTTGAACACCGCCTGAACGACACCTGGCAGTTCCGCCAGAACCTGCGCTACACCAAGAGCGACCTGGAAACCCAGGGCATCTCCGCCGGTGGCCAATTCTGGCCAGATGGCCCGGACCAATCGGTGGACGCCGACGGCAACGTCAAGCGCAGCGCCAGCGTGATCGACGAAGACATCAGCCAGTTCGCCGTGGACAACAACTTCCAGGCCGACTTCCAGACGGGTGATCTGAGCCACACCTTGTTACTGGGCCTGGATCACCAGCGCTCGAACAGCAATTCGCGTTGGGATTGGGGTTCGACTGGCGTGCCGACCAGCAATATCAACAACCCGACCTACGGACAGGATTTTTCCAACGTCCAGTACTTCACGATGTATGACTACAACCAGAAGACCAACCAGACCGGCCTGTACTTCCAGGACCAGATTGCCCTGGACAAGTGGCGCCTGACCCTTGGTGGTCGTGAAGACTGGATTCACACCGGCACCGTGTTCCACAACCAGAACAATGTCACCAACACCCAGCGCGACAAGAAATTCAGCGGCAACGCAGCGTTGAGCTACGTCTTCGATAACGGTGTGACGCCCTACGTTTCCTTCGCTCAGTCGTTCCAGGCGGCGGCGGGTTCAACCGTCAACAGCACCGAAGCCTTCAAGCCGACGGAAGGCGAACAGTACGAAGCGGGTATCAAGTACCAGCCACCCGGCACCAAGACCTTGTTAACGGCAGCGGTGTTCGACCTGACCCAGAAAAATAACTCCGTCACCGAAAACAACGTCACCCGCCAGGTCGGTGAGGTCCAGGTGCGCGGCCTTGAGCTGGAAGCCTCGGGCGACGTTACCGACAACCTGAAGCTGGTCGGTTCCTATACCTACAACGACAGCGAAATCACCAAGGGCACCGCGGCCGAAGAAGGCAAGCGCATGGCCCAGGTTCCGCGTAACCAGGCCACCGCATGGGCTGACTACACCTGGCACAACGGCTCGCTGGACGGGTTCGGCGTGGGTGCCGGCGTGCGTTATGTCGGCGACACCTACGGCAACACCACCAACACCGATTGGGGGCATGTCGGCTCCTATACGGTGTATGACGCCTCGGCCCATTACGACCTGGGCCGTTTGAACAAGACCCTCAAGGGCGTCACCGTGGCGGTGGACGCGAAAAACATCTTCAACAAGGAATACCTGTCCACCTGTGACGGCTTCTATTGCTACTACGGAGACCAACGCAACGTCGTCGCCAGCGTGAATTACAAATGGTAA MSRPLDTLLRPSLLAVAIAFATPLASGPLLAAEQASNVRAYNLPAAPLASTLNQIASQAGLALSLNPALASGKTSAPVQGQFDATGALREALRGTGLQLEQSSAGTYSLVAVPEGVMVLPETSVIGAGVSETAWGPTEGYAVTRTAAGTKTDTPIVELPRSVSVVTRQQMDDRSVLNLNDALRYTAGVQSSGYGSDSRNDWLLVRGFVPTQFLDGLPLPKGNYITPKIEPWNLERIAVLRGPASSVYGQTPPGGMLDMVSRRPQAESSNEVELQAGSHEHKQINFDSTGKVDDEGQFLYRLSGTVRDSNSQIDHIPDKRYNIAPSLTWNINDDTRLTFLSQYTRDDTGITGQFLPLQGTKLSSPAGKISHHKNLGDPDWEFYDRTYYALGYAFEHRLNDTWQFRQNLRYTKSDLETQGISAGGQFWPDGPDQSVDADGNVKRSASVIDEDISQFAVDNNFQADFQTGDLSHTLLLGLDHQRSNSNSRWDWGSTGVPTSNINNPTYGQDFSNVQYFTMYDYNQKTNQTGLYFQDQIALDKWRLTLGGREDWIHTGTVFHNQNNVTNTQRDKKFSGNAALSYVFDNGVTPYVSFAQSFQAAAGSTVNSTEAFKPTEGEQYEAGIKYQPPGTKTLLTAAVFDLTQKNNSVTENNVTRQVGEVQVRGLELEASGDVTDNLKLVGSYTYNDSEITKGTAAEEGKRMAQVPRNQATAWADYTWHNGSLDGFGVGAGVRYVGDTYGNTTNTDWGHVGSYTVYDASAHYDLGRLNKTLKGVTVAVDAKNIFNKEYLSTCDGFYCYYGDQRNVVASVNYKW PGPT0003790_9133 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_03802 981 fecR_5 COG3712 Protein FecR ATGACCATGGCCTCTTCCAAGCCAGTGTCGGCGCGGGTGTTGGACGCGGCCATCGCCTGGCAATTGTCCCTGGACTCAGGCAATGGCAGCCCTCAGGAGCGTGAAGCCTTCGCTCAATGGCACGCCGCCGATGAGGAGCATGCACGCGCCTGGCAACAGCTGGGCATGCTCGACCAGCGTTTCAGCGTCGCCAGCGGCCCGGCGCGTGCGGCGCTGCTGCAATCGCGGGTCAGCATCCGGCGGCGGGTACGCAAGATCGGCAGCGGCCTGGCCAGCGTCGTCGCGGTCATTGGCCTGGCGCTGTTCGCTGGCGAGCGTTACCTGCCGCTGGATTATTGGCTGGCCGACCAGCGCACCGCCACCGGTGAACAGCGCACGTTGCGCCTGGCCGACGGCACCCTGATCAACCTCAACACTCACAGCGCGTTGGATGTGCGTTTCGACGACAAGCAGCGGCGCGTCATCCTGCAGGAAGGCGAGATCCTGGTGGAAACCGGCCACAACGATCCGCGCCCGTTCATCGTCGAGACTCGCGAGGGCAGCATGCGCGCCCTGGGCACGCGCTTTCTGGTCAGGCTCGAAGACGAAGGTACACGCCTGAGCGTATTGAAATCCGCGGTGGCCGCGCATCCGCAAGCGACCGCCGAGGAGCAGATTCTGCGCGAAGGCCAGCAGGTGCTGATGCGCCGCGACGGCCTCGGTCCAACCTTGGCCCTGAGCCCCGGCGCCGATGCCTGGACTCGCGGCATGCTGGTGGTGGACAACGCGCGGCTCGAAGACCTGGTCCGTGAGTTGGCGCGCTATCGGCGCGGCTACCTCGGCGTCGAGCCCAAGGTGGCGGACCTGCGCATTACCGGCAGTTTCCCGCTGCATGACACCAACCTGGCGTTGACCGCTTTGCTGCCGACCTTGCCGGTGCAGGTCGAGCATCACACGCGTTGGTGGGTGGTGGTGGCGCCGCGGGTCGAGGCCAAGCGCTAG MTMASSKPVSARVLDAAIAWQLSLDSGNGSPQEREAFAQWHAADEEHARAWQQLGMLDQRFSVASGPARAALLQSRVSIRRRVRKIGSGLASVVAVIGLALFAGERYLPLDYWLADQRTATGEQRTLRLADGTLINLNTHSALDVRFDDKQRRVILQEGEILVETGHNDPRPFIVETREGSMRALGTRFLVRLEDEGTRLSVLKSAVAAHPQATAEEQILREGQQVLMRRDGLGPTLALSPGADAWTRGMLVVDNARLEDLVRELARYRRGYLGVEPKVADLRITGSFPLHDTNLALTALLPTLPVQVEHHTRWWVVVAPRVEAKR PGPT0003910_4479 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_03803 384 fecI_7 COG1595 putative RNA polymerase sigma factor FecI GTGCGGCTGCTGGGGCGTGACGGGTTGCAGCCACCGCGCGAGCCCCGGGCGTTTCTGCTGGCGATCGCCAAAGGCCTGCTGTTTGATTATTTCCGCAGGGCCGCGCTGGAGCAGGCTTACCTGACCGAACTGATGCTGATTCCCGAGGCTGAGCAACCTTCGATAGAAGAGCAGCAGATGATCCTCGAAGACCTCAGGAACATCGACCGTCTGCTTGGCAAACTGTCGAGCAAGGCGCGTGCGGCCTTCCTCTATAACCGCCTCGACGGCCTCGGCCATGCTGAAATCGCCGAGCGCCTGGGAGTTTCGGTGCCGCGGGTGCGCCAATACCTGGCCCAAGGCGTGCGGCAGTGCTACATCGCCCTTTACGGTGAGCCGACATGA MRLLGRDGLQPPREPRAFLLAIAKGLLFDYFRRAALEQAYLTELMLIPEAEQPSIEEQQMILEDLRNIDRLLGKLSSKARAAFLYNRLDGLGHAEIAERLGVSVPRVRQYLAQGVRQCYIALYGEPT PGPT0003900_412 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_03804 708 polC_1 COG2176 DNA polymerase III PolC-type GTGAGTCTGTTTTCCTGGTTGCGCCCGGTCCAGCCGATGCTCTCGGACGCATTGCAGCAGCGCCTGAACAATCTGCCCGCCGCCGCGCCATTGACGGAGCGCAGCCTGCGGGAGCAACGGTGGGTGGTGGTCGACCTGGAAACCACCGGCCTCAACCTGAACAAGGATCAGGTGCTGTCCATCGGTGCGGTCGTCATTGAAGACGGCGCCATCGACTTCAGCCAGCAGTTCGAGCGGACCTTGCAATGCGACAAGCAGAAGCTCGGGCCAAGCGTACTGATCCATGGCCTGGCACCCAGTGCCATCGCCGCCGGCAGCGACCCGGCCGAAGCGCTGGTGGCATTCATGGAGTTCGTCGGCGACAGCCCGTTGCTGGCGTTCCATGCGCCGTTCGATTCGCACATGCTCGGACGCGCCATGAAAGATCATCTGGGCTGCCGACTGCTGCATCCGTTCCTGGACGTGGCTGACCTGGCCCCGATGCTTTGCCCGCAAGCCAATCTGCGCAAGTCAGGCCTGGACGAGTGGATCGACTGGTTCAAGCTGCAAGTCTTCGAGCGCCACAACGCCAGCGCCGACGCCCTCGCCACTGCGGAACTGGCGCTGATCCTGTTCAGCCGCGCCCGCCAGCAGGACATCTACAACGCGCTCGACCTGCAACAGCGCCTGGGGCAGTGGAAACGGCGGCAGCAGGCGCCTTCGCTTTAA MSLFSWLRPVQPMLSDALQQRLNNLPAAAPLTERSLREQRWVVVDLETTGLNLNKDQVLSIGAVVIEDGAIDFSQQFERTLQCDKQKLGPSVLIHGLAPSAIAAGSDPAEALVAFMEFVGDSPLLAFHAPFDSHMLGRAMKDHLGCRLLHPFLDVADLAPMLCPQANLRKSGLDEWIDWFKLQVFERHNASADALATAELALILFSRARQQDIYNALDLQQRLGQWKRRQQAPSL NA NA NA NA NA D1-35_03805 2013 hypothetical protein ATGGGCACCCTGCGCTCAGGGGCCGACCATGGGGAACAGATCCGACCACAACAATTCGAAAAAGACTGCGTAATGGTTATGAAAAAAGCGGACGCCTTCATCCAGGCAGGGAAAACCGCGGTGTTGCAGAACATCCAGGGTACGTTGCAGTTTCTTCAGCGTTTCCCCCCGTTCAACCAGATGGAAAATGCCCACCTGGCCTACCTGGTCGAACAATGCCTGCTGCGTTTTTATGCCCCGGGCGAAACCATCATCAAGCCGGCCGACGGTCCGGTTGAGCACTTCTACATCGTCAAGCAAGGCCGGGTAGTGGGCGAGCGACCGCACTCGGCCAAGGGCGGCACCGAGACCACCTTCGAGATCACCACCGGCGAGTGCTTCCCCCTCGCGGCCCTGTTGGGTGAGCGAGCGACCCGCACCGAGCACCGGGCCGGCGAGGACACTTTCTGCCTGCAGTTGAACAAACTGGCCTTCATCAAGCTGTTCGCCCTGTCCGGCCCGTTTCGCGATTTCGCCTTGCGCGGGGTCAGCAGCCTGCTCGATCAGGTCAACCAGCAAGTGCAGCAGAAATCCGCGCAGACCCTGGGCACGCAATATTCCCTCAATACCCGCCTGGGCGAGCTGGCAATGCGTCACCCGGTCAGTTGCAGCCCCGAAACGCCGTTGCGCGAAGCCGTCAAGCTGATGCATGAGCAGCAAGTCGGCAGCATCGTGGTGGTGGACGAACACAAGGCGCCGGTCGGGATCTTCACCCTGCGCGATCTGCGTCAGGTCGTGGCCGACGGTACCGGGGATTTTTCCGGGGCGATCACCATGCACATGACCCAGGCACCGTTTTTCCTGTCGCCTGACCACAGCGCCTTCGATGCGGCCATCGCCATGACCGAGCGCCACATTGCCCACGTCTGCCTGGTCAAGGACCAGCGCTTGTGTGGCGTGGTCTCGGAGCGGGACCTGTTTTCCCTGCAGCGCGTCGACCTGGTGCACCTGGCCCGGACGATCCGCAACGCCCCCAGGATCGAGAACCTGGTGACCTTGCGCGGCGAGATCGGTCAACTGGTGGAACGCATGCTGGCCCATGGTGCGTCATCGACCCAGATCACCCACATCATCACCCTGCTCAACGACCACACCGTATGCCGGGTCATCGAGCTGACCCTCGCCGAGAAGGGCGACCCGGGCGTTGCGTTCAGCTGGCTGTGCTTTGGCAGCGAAGGCCGCCGCGAGCAGACCCTGCACACCGACCAGGACAACGGCATCCTGTTCGAAGCCCGGGACGCTGCCCATGCGGCGCAGATCCGTGGCCTGCTGCTGCCCATCGCCCAGCAGATCAACCAGAGCCTGGCCTTGTGCGGCTTCACGTTGTGCAAGGGCAACATCATGGCCGGCAACCCCGAGTTGTGCCTGTCCCGCGCCGAATGGGCACGCCGCTTCGCGGCCTTTGTCCGTGAGGCCACCCCGGAGAACCTGCTGGGTTCGAGCATCTATTTCGATTTGCGGGTGGTGTGGGGCGACGAGCAAGGCTGCGAGCAGTTGCGCCGGCAGATCCTCGATCAGGTGGCCGACAATCGCCTGTTCCAACGCATGCTGGCCGAGAACGCGCTTCGCCATCGCCCGCCCGTTGGCCGCTTCAGGGATTTTGTGTTGAGCCGCAAGAACGGCGAGAAGGCGACGCTCGACCTCAAAGTACAAGGCCTGACCCCGTTCGTCGACGGCGCCCGCCTGCTCGCGCTGGCCAACGGCATCGAGGCCAACAATACTCTGGAGCGCTTGCGGCAACTGGTCGTCAAGGAGGTGATCGAGCCGCTGGACGGCGCGGCTTATGAAGAGGCCTATCACTTCATCCAGCAGACACGCATGCAACAGCATCAACTGCAAACGCGGGAGAACCAGCCCTATTCCAACCGCGTCGACCCGGACAGCCTCAACCACTTGGACCGGCGCATCCTGCGTGAATCCCTGCGCCAGGCCCAACGCCTGCAGAGCAGCCTGACCGTGAGGTACCAGCTGTGA MGTLRSGADHGEQIRPQQFEKDCVMVMKKADAFIQAGKTAVLQNIQGTLQFLQRFPPFNQMENAHLAYLVEQCLLRFYAPGETIIKPADGPVEHFYIVKQGRVVGERPHSAKGGTETTFEITTGECFPLAALLGERATRTEHRAGEDTFCLQLNKLAFIKLFALSGPFRDFALRGVSSLLDQVNQQVQQKSAQTLGTQYSLNTRLGELAMRHPVSCSPETPLREAVKLMHEQQVGSIVVVDEHKAPVGIFTLRDLRQVVADGTGDFSGAITMHMTQAPFFLSPDHSAFDAAIAMTERHIAHVCLVKDQRLCGVVSERDLFSLQRVDLVHLARTIRNAPRIENLVTLRGEIGQLVERMLAHGASSTQITHIITLLNDHTVCRVIELTLAEKGDPGVAFSWLCFGSEGRREQTLHTDQDNGILFEARDAAHAAQIRGLLLPIAQQINQSLALCGFTLCKGNIMAGNPELCLSRAEWARRFAAFVREATPENLLGSSIYFDLRVVWGDEQGCEQLRRQILDQVADNRLFQRMLAENALRHRPPVGRFRDFVLSRKNGEKATLDLKVQGLTPFVDGARLLALANGIEANNTLERLRQLVVKEVIEPLDGAAYEEAYHFIQQTRMQQHQLQTRENQPYSNRVDPDSLNHLDRRILRESLRQAQRLQSSLTVRYQL NA NA NA NA NA D1-35_03806 447 atoC_3 COG2204 Regulatory protein AtoC ATGTCCGACCACGATATTTTGAGTGACGCCGAGCGCGAGGCGCTGAGTGCCGTCATGCTGGAACCCGACCTGCCGCCGCAGCGAGTCCTGATAGTCGATGACGACAAGGACGCCCGTGAGCTGCTGTCGGAAATCCTGGCATTGGACGGCATACGCTGCATGACCGCCGCCAGTGGTGAAACCGCACTCAGGATGCTGGAAACCAAGCCCGCCATCGGCCTGCTGATCACCGACCTGCGCATGGGCAATGTCGATGGCCTGGAGCTGGTGCGCCTGGTACGCGAGTCGGAGCGGGCGGCGCTGCCGATCATCATTGTGTCGGGCGATGCCGACGTGAAGGACGCCATCGAGGCGATGCATCTCAGTGTGGTGGATTTCCTGTTAAAGCCGATCGACACCGACAAGCTGCTGGGGCTGGTCAAGCATGAGCTGGGGATGGATCTCTGA MSDHDILSDAEREALSAVMLEPDLPPQRVLIVDDDKDARELLSEILALDGIRCMTAASGETALRMLETKPAIGLLITDLRMGNVDGLELVRLVRESERAALPIIIVSGDADVKDAIEAMHLSVVDFLLKPIDTDKLLGLVKHELGMDL PGPT0015690_1832 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413 NA NA D1-35_03807 606 leuD COG0066 3-isopropylmalate dehydratase small subunit ATGCAACCCTTTGACACCGTAACCGGCATCGCCGCCCCGCTGCTGGCCGCCAACATCGACACCGACGTCATCATGCCCAAGCAGTTCCTCAAGGGCATTGACCGCCAGGGGCTGGACCGGGGCCTGTTCTTTGACCTGAGATGGCGCGAGCCCGGCGTTGCCAATCCGGATTTCGTGCTCAATCAACCTGGCTGGCGCGATGCGACGTTCCTGGTGGTGGGCGAAAACTTCGGCTGTGGCTCAAGCCGTGAGCATGCGGTCTGGGGCTTGAAGCAGGTAGGGATCAGGGCGCTGATCGGTACGAGTTTCGCCGGGATCTTCTACGACAATTGCCAGCGAAACGGGGTGCTGCTGCTTGAGCTTGCCGAGGTCCAGTGGAAAAAAATTGCCGAACTCGCTGGCCGTGCGGATACGGCCGCTATCAGCGTCAACCTTCCCGAGCAGCGCATTGAGCTGGCGGACGGCAGCGTTTTGGCGTTCGAGATTGACGGACTGCGCAAGGAGTCGTTGCTGCTGGGGTTGGACGCCATTGGCGCAACGCTCCAGCGTGCCGAGCAGATTCGCCGGTTCGAGCGTCGGCATCTGGCGGAGAATCCTTGGTTGTAG MQPFDTVTGIAAPLLAANIDTDVIMPKQFLKGIDRQGLDRGLFFDLRWREPGVANPDFVLNQPGWRDATFLVVGENFGCGSSREHAVWGLKQVGIRALIGTSFAGIFYDNCQRNGVLLLELAEVQWKKIAELAGRADTAAISVNLPEQRIELADGSVLAFEIDGLRKESLLLGLDAIGATLQRAEQIRRFERRHLAENPWL PGPT0001443_1750 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704 NA NA D1-35_03808 1422 leuC_2 COG0065 3-isopropylmalate dehydratase large subunit ATGAATAGCCCGAGAACGCTTTATCAGAAACATATCGACAGCCATACCGTTTGCCCGCTGGATGATCAGGGCCACGTGCTGCTGTACATCGACCGTCAGGTCGCCAACGAATACACCAGCCCGCAAGCGTTCAGCGGCCTGCGCGAAGCCCACCGCAGCGTCTGGCGCCCCAGCGCAACCCTCGCGGTGGTTGACCACGTCAACCCGACCACGCCCGAGCGTATCGCGGCCATGCCGGATGCGGGCGGCGCCCGGCAGGTGTCCTACTTCGCCGAAAACTGCCGAGACTTCGGCATCGAACTGTTGGATGTGCTCGACAAGCGCCAGGGCATCGAGCACGTCGTCGCTCCCGAGCAAGGCTTCATCCTGCCGGGCATGGTCATCGCCGCCGGCGACAGCCATACCACCACCTACGGTGCGCTCGGGGCGTTCGGTTTCGGCATCGGCACTTCTGAAATCGAACATTTGCTGGCCACCCAGACGCTGGTCTACAGGCGTCTGAAAACCCTGCGCGTCACGGTCGATGGCGCCCTCGGCGCGGGCGTCACCGCCAAGGACGTCATCATGGCGCTGATCGAAAAAATCGGCGCCTCGGGCGCTACGGGCTACGCAATTGAATTCACCGGCCCGGTCATCAGCGCACTGAGCGTCGAAGCGCGGATGACCATCTGCAACATGGCCGTGGAAGCGGGTGCGAGAGGCGCCTTCATGGCCCCGGATGACAAGGTCTTTACCTACCTGCAAAGCAAACCCCGTGCGCCTCGGGGCGAGCTGTGGGAACAGGCCGTGGCCAAGTGGCAAGACCTGCGCAGCGATGAGGATGCGGTATTCGATCGGGAAGTGAGCCTCGATGTCGCTGCGCTGGAGCCGATGGTGACCTGGGGCACCAGCCCCGACCAGGCAGCGCCGATTGGCGGCCAGGTACCGGATCCGGCGGCGCAGCCCGACCCGATCCTGCGCCAGGGCCTGCAGCGGGCGCTGGACTACATGGGGCTGACGCCAGGGATGCCCCTTGGCGAAGTGCAGATCAGCCATGCCTTCATCGGCTCCTGCACCAATGCGCGCATCGAAGACCTGCGCGACGCGGCACGGGTCGTTCGCGGCAAGCGGGTCGCGGCCCATGTTCGGGCGATGATCGTGCCCGGCTCCACCGCGGTGCGCGACCAGGCCGAAGAGGAAGGACTGGCTGCGATCTTCCGCGACGCGGGTTTCGAATGGCGCCAGTCCGGCTGCTCGATGTGCCTGGCGATGAACGACGACGTGCTTGCGCCAGGTGATCGCTGCGCATCCAGCACCAATCGCAATTTCGAAGGACGCCAGGGCGCGGGCGCGCGCACTCACCTGATGAGTCCGGCCATGGTGGCCGCCGCCGCGATAACCGGTCACCTGACTGACGTTCGCTCACTGCTCCCGGAGGCCTGA MNSPRTLYQKHIDSHTVCPLDDQGHVLLYIDRQVANEYTSPQAFSGLREAHRSVWRPSATLAVVDHVNPTTPERIAAMPDAGGARQVSYFAENCRDFGIELLDVLDKRQGIEHVVAPEQGFILPGMVIAAGDSHTTTYGALGAFGFGIGTSEIEHLLATQTLVYRRLKTLRVTVDGALGAGVTAKDVIMALIEKIGASGATGYAIEFTGPVISALSVEARMTICNMAVEAGARGAFMAPDDKVFTYLQSKPRAPRGELWEQAVAKWQDLRSDEDAVFDREVSLDVAALEPMVTWGTSPDQAAPIGGQVPDPAAQPDPILRQGLQRALDYMGLTPGMPLGEVQISHAFIGSCTNARIEDLRDAARVVRGKRVAAHVRAMIVPGSTAVRDQAEEEGLAAIFRDAGFEWRQSGCSMCLAMNDDVLAPGDRCASSTNRNFEGRQGAGARTHLMSPAMVAAAAITGHLTDVRSLLPEA PGPT0001442_1435 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703 NA NA D1-35_03809 1137 xylH COG4214 Xylose transport system permease protein XylH ATGAATCAGGTCAAACAAGTGTTCACCCGCTACAAAATGCTCGCCCTGGTGATTGCCGTGGCAGTCATCTGGCTGTTCTTCAGCTGGCAGACCGAGGGCGGATTCCTGACTCCGCGCAACCTCTCCAACCTGCTGCGGCAGATGTCCATCACCGGAATCCTGGCCTGCGGCATGGTGCTGGTGATCATCAGCGGTGAGATCGACCTGTCGGTGGGTTCGCTGCTGGGCTTGCTCGGCGGGCTCGCGGCGATTCTCGATGTGGTCTATCACATTCCGCTACTGGCGAACCTGAGCCTGGTCGCCCTGTGCGGGCTGGTCATCGGCCTCGCCAACGGCTACATGACCGCCTACCTGCGCATCCCCTCGTTCATCGTCGGCTTGGGCGGCATGCTGGCGTTTCGCGGAATTCTGCTGGGCATCACCGGCGGCACCACGATCGCCCCGGTATCGCCGGAGCTGGTTTATGTCGGCCAGGGTTATCTGCCCCATGCGGTCGGCACGGGCCTTGGCGTGGTGCTGTTTGCCCTGACGTTGTTCCTGACCTGGAGACAACGCCGCAATCGCGCCTTGCACGGCCTGGCCGCCCATTCATTGGTGCGCGACGTGGTGCGGGTGGTGCTGATCGGCGCAGTGCTCGCCGGCTTCGTCTACACGCTGAACAGCTACGACGGAATTCCGGTTCCGGTGCTGCTGCTGTTGGTCCTGCTGGGGGTGTTCAGCTACGTGACCAGCCAGACCGTGTTCGGCCGGCGTGTCTATTCCGTGGGCAGCAACATGGAAGCCACCCGCCTGTCCGGCATCAACGTGCAAGCGGTGAAACTCTGGATCTTCGGCATCATGGGCGTGATGTGCGCCCTCGCCGGCATGGTCAACACCGCGCGCCTGGCGGCCGGCTCCCCCTCGGCCGGCAACATGGGCGAACTGGACGCCATCGCTGCCTGTTTCATCGGCGGCACCTCCATGCGCGGCGGCTCCGGGACGGTCTACGGTGCGCTGCTCGGCGCGCTGGTCATCACCAGCCTGGACAACGGCATGTCGATGCTCGACGTCGACAGCTACTGGCAGATGATTGTCAAAGGCAGCATTCTGGTCCTGGCCGTCTGGGTAGACGTCAGCACCCGAACTGGACGGCGTTGA MNQVKQVFTRYKMLALVIAVAVIWLFFSWQTEGGFLTPRNLSNLLRQMSITGILACGMVLVIISGEIDLSVGSLLGLLGGLAAILDVVYHIPLLANLSLVALCGLVIGLANGYMTAYLRIPSFIVGLGGMLAFRGILLGITGGTTIAPVSPELVYVGQGYLPHAVGTGLGVVLFALTLFLTWRQRRNRALHGLAAHSLVRDVVRVVLIGAVLAGFVYTLNSYDGIPVPVLLLLVLLGVFSYVTSQTVFGRRVYSVGSNMEATRLSGINVQAVKLWIFGIMGVMCALAGMVNTARLAAGSPSAGNMGELDAIAACFIGGTSMRGGSGTVYGALLGALVITSLDNGMSMLDVDSYWQMIVKGSILVLAVWVDVSTRTGRR PGPT0016655_1003 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_XYLOSE_TRANSPORT_I,PGPT0016655-xylH-K10544 NA NA D1-35_03810 1557 xylG COG1129 Xylose import ATP-binding protein XylG ATGTCCGAATACCTGTTGCAAATGAACGGCATCGTCAAGACCTTTGGCGGTGTCAAAGCCCTCAACGGCATCGACATCAAGGTCCGGCCCGGGGAATGTGTCGGCCTGTGCGGTGAAAACGGCGCGGGCAAATCCACGTTGATGAAAGTCCTCTCGGCGGTCTACCCCTATGGCACCTGGGAGGGCGAAATCCTCTGGGACGGCCAGCCGCTGAAAGCCCAATCGATCAGCGAAACCGAGGCCGCCGGGATCGTCATCATCCATCAGGAACTGACGCTGGTCCCCGACCTGTCAGTGGCCGAAAATATCTTCATGGGCCACGAGCTGACCCTGCCCGGCGGGCGCATGAACTATCCGGCGATGATCCATCGCGCCGAAGCCCTGATGCGTGAGCTCAAAGTGCCGGACATGAACGTCTCGCTGCCGGTCTCGCAGTACGGCGGTGGCTACCAGCAACTGGTCGAGATCGCCAAGGCGCTGAACAAACAGGCGCGCCTGCTGATCCTCGACGAGCCCTCCTCGGCCCTGACCCGTTCGGAAATCGAGGTGCTGCTGGACATCATCCGCGACCTCAAGGCCAAGGGCGTGGCCTGCGTGTATATCTCCCACAAGCTCGATGAAGTGGCGGCGGTGTGCGACACCATTTCCGTCATCCGCGATGGCAAACACATCGCGACCACCGCCATGGCCGACATGGATATCCCGAAAATCATCACCCAGATGGTCGGACGGGAAATGAGCAACCTCTACCCCACCGAACCCCACGAGATCGGCGAGGTGATTTTCGAGGCGCGCCACATCACCTGCTACGACGTCGACAACCCCAGGCGCAAACGGGTCGACGATATTTCGTTTGCGCTCAAGCGCGGGGAAATCCTCGGCATCGCCGGGCTGGTGGGCGCCGGTCGCACGGAACTGGTGTCGGCCCTGTTCGGCGCCTACCCCGGACGCCATGAAGGTGAGGTCTGGCTGGACGGCCAGCGGATCGACAGCAGCACACCGCTCAAATCGATCCGCGCCGGCCTGTGCATGGTCCCCGAAGACCGCAAGCGCCAAGGCATCATCCCGGACCTGGGTGTCGGCCAGAACATTACCCTGGCGGTGCTGGAGAACTTCTCGAAGATGACCCGGATCGATGCCGAGGCCGAACTGGGCAGCATCGACCGGGAGATCTCGCGCATGCACCTGAAGACCGCAAGCCCGTTCCTGCCGATCACCAGCCTGTCCGGCGGCAACCAGCAGAAAGCCGTGTTGGCGAAGATGCTCCTGACCAAGCCCCGGGTGTTGATTCTCGACGAGCCCACCCGAGGCGTGGATGTGGGTGCCAAGTACGAGATCTACAAGCTGATGGGCGCGCTGGCGGCCGAAGGCGTGTCGATCATCATGGTGTCCTCGGAGCTGGCCGAAGTGCTCGGGGTGTCCGACCGCGTGCTGGTGATTGGCGACGGCCAGTTGCGCGGCGATTTCGTCAATTGTGAACTGACCCAGGAGCAGGTGCTTGCGGCCGCGCTCAGCCATCCCGAAGCCCCTGACAACAATGATCGGAAATCCGCGTAG MSEYLLQMNGIVKTFGGVKALNGIDIKVRPGECVGLCGENGAGKSTLMKVLSAVYPYGTWEGEILWDGQPLKAQSISETEAAGIVIIHQELTLVPDLSVAENIFMGHELTLPGGRMNYPAMIHRAEALMRELKVPDMNVSLPVSQYGGGYQQLVEIAKALNKQARLLILDEPSSALTRSEIEVLLDIIRDLKAKGVACVYISHKLDEVAAVCDTISVIRDGKHIATTAMADMDIPKIITQMVGREMSNLYPTEPHEIGEVIFEARHITCYDVDNPRRKRVDDISFALKRGEILGIAGLVGAGRTELVSALFGAYPGRHEGEVWLDGQRIDSSTPLKSIRAGLCMVPEDRKRQGIIPDLGVGQNITLAVLENFSKMTRIDAEAELGSIDREISRMHLKTASPFLPITSLSGGNQQKAVLAKMLLTKPRVLILDEPTRGVDVGAKYEIYKLMGALAAEGVSIIMVSSELAEVLGVSDRVLVIGDGQLRGDFVNCELTQEQVLAAALSHPEAPDNNDRKSA PGPT0016660_84 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_XYLOSE_TRANSPORT_I,PGPT0016660-xylG-K10545 NA NA D1-35_03811 1002 xylF COG4213 D-xylose-binding periplasmic protein ATGAAAACCTTCAAACGTACCTTGCTCGCCGGCGCCCTCGCCCTGCTGTCGCTTCCGGCCATGGCCGACGCGACCCACCCGAAAATCGGTTTTTCCATTGACGACCTGCGCCTGGAGCGCTGGTCGCGCGACCGTGACTACTTTGTCGCGGCGGCGGAAAAACTCGACGCCAAGGTCTACGTGCAATCGGCGGACGCCAACGAGCAGAAGCAGATTTCCCAGATCGAAAACCTCATTTCCCGGGGCGTCGATGTGATCGTCATCGTGCCATTCAACGCTACCGTGCTGACCAACGCCGTCGCCGAAGCCAAGAAGGCCGGGATCAAGGTGGTGTCCTATGACCGGCTGATCCTCAACGCCGACATCGACGCCTACATTTCCTTCGATAACGAAAAAGTCGGCGAGATGCAGGCCGGCGGTGTCCTGAAGGCAGCGCCGAAGGGTAACTACTTCCTGCTGGGCGGCGCCCCTACGGACAACAACGCCAAGATTCTGCGCGAAGGCCAGATGAAGGTGCTGCAACCGGCCATCGACAAGGGCGACATCAAGATTGTCGGCCAGCAATGGGTGAAGGAATGGAACCCCACCGAAGCCCTGAGCATCGTTGAAAACGCCCTGACCCGGAACAACAACAAGATCGATGGCATCGTCGCCTCCAACGACGCCACCGCCGGCGGCGCCATCCAGGCCCTGGCCGCGCAGAAGCTGGCCGGCAAGGTACCGATCTCGGGCCAGGACGCCGACCTGGCGGCGGTCAAGCGCGTGATCGACGGCACGCAGACCATGACGGTCTACAAGCCGCTGAAACTGATCGCCTCCGAAGCCGCCAAGCTCTCGGTGCAATTGGCGCGCAACGAGAAGCCCACCTACAGCTCGCAGTACGACAACGGCAACAAGAAGGTCGACACCATCCTGCTCACGCCCACCGCACTGACCAAGGACAACATCGACCTGCTGGAAAAGGACGGGTTCTACACCAAGGCGCAGATTGCCGGGCAGTGA MKTFKRTLLAGALALLSLPAMADATHPKIGFSIDDLRLERWSRDRDYFVAAAEKLDAKVYVQSADANEQKQISQIENLISRGVDVIVIVPFNATVLTNAVAEAKKAGIKVVSYDRLILNADIDAYISFDNEKVGEMQAGGVLKAAPKGNYFLLGGAPTDNNAKILREGQMKVLQPAIDKGDIKIVGQQWVKEWNPTEALSIVENALTRNNNKIDGIVASNDATAGGAIQALAAQKLAGKVPISGQDADLAAVKRVIDGTQTMTVYKPLKLIASEAAKLSVQLARNEKPTYSSQYDNGNKKVDTILLTPTALTKDNIDLLEKDGFYTKAQIAGQ PGPT0016650_1030 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_XYLOSE_TRANSPORT_I,PGPT0016650-xylF-K10543 NA NA D1-35_03812 1317 xylA COG2115 Xylose isomerase ATGTCGTACTTCCCCGATGTCGAGCCGATTTGTTATGAAGGCCCCGGCAGCGACTCGCCGCTCGCCTTCCGCCATTACGACGCCAACAAGCTGGTGCTCGGCAAACCCATGCGCGAGCACCTGCGCATGGCCGTCTGCTACTGGCATACGTTTGTCTGGCCAGGGTCCGATGTGTTCGGCGCCGGGACCTTCAAGCGCCCGTGGCAGCACGCCGGCGATCCGCTGGAATTGGCGATCGGCAAGGCCGAGGCGGCGTTCGAGTTTTTCTCCAAGCTGGGCATCGACTACTACTGCTTCCATGACACCGACGTCGCGCCGGAAGGACAATCGCTGAAGGAATACCGCAACAACTTCGCGCAGATGGTCGATCACCTTGAGCGCCATCAGGAACAAAGCGGAATCAAGCTGTTGTGGGGCACCGCCAATTGCTTCAGCAACCCGCGTTTTGCCGCAGGCGCCGCCAGCAACCCGGACCCACAGGTCTTCGCCTGCGCCGCCGCCCAGGTGTTCAGCGCCATGAACGCCACTCAGCGTTTGAAGGGCTCCAACTACGTATTGTGGGGCGGCCGTGAAGGCTATGAAACCCTGCTCAATACCGACCTTGCGCGCGAACGCGAACAGTTGGGCCGCTTCATGCGCATGGTGGTCGAGCACAAGCACAAGATCGGCTTCAAGGGCGACCTGCTGATCGAGCCCAAGCCCCAGGAGCCGACCAAGCACCAATACGATTACGACAGCGCCACCGTGTTCGGCTTCCTGCAACAGTTCGGCCTGGAGAACGAAATCAAGGTCAACATCGAGGCCAACCACGCGACCCTGGCCGGGCACAGTTTCCATCATGAAATCGCCACGGCGGTCTCCCTGGGAATCTTCGGCAGCATCGATGCCAACCGTGGCGATCCGCAGAACGGCTGGGACACCGACCAGTTTCCCAACAGCGTCGAGGAAATGACCCTCGCCACCTATGAAATCCTCAAGGCCGGGGGCTTCGGCAACGGAGGGTTCAACTTCGACTCCAAAGTCCGCCGCCAGAGCGTCGACGACGTCGATCTGTTCCACGGTCATGTTGCCGCCATGGACGTGCTCGCCCTGTCCCTGGAGCGCGCGGCGGCCATGGTGCAGAACGATCAACTGCAGAAATTCAAGGACCAGCGCTACGCCGGCTGGCAACAGCCGTTCGGCAAGGCGGTTCTGGCGGGGGACTTCAGTCTCGAATCACTGGCCGAGCATGCATTCACCAACGAGCTGAATCCGCAGGCCGTCAGCGGTCGGCAGGAGATGCTCGAAAACGTCGTCAACCGGTTCATCTACCCCTGA MSYFPDVEPICYEGPGSDSPLAFRHYDANKLVLGKPMREHLRMAVCYWHTFVWPGSDVFGAGTFKRPWQHAGDPLELAIGKAEAAFEFFSKLGIDYYCFHDTDVAPEGQSLKEYRNNFAQMVDHLERHQEQSGIKLLWGTANCFSNPRFAAGAASNPDPQVFACAAAQVFSAMNATQRLKGSNYVLWGGREGYETLLNTDLAREREQLGRFMRMVVEHKHKIGFKGDLLIEPKPQEPTKHQYDYDSATVFGFLQQFGLENEIKVNIEANHATLAGHSFHHEIATAVSLGIFGSIDANRGDPQNGWDTDQFPNSVEEMTLATYEILKAGGFGNGGFNFDSKVRRQSVDDVDLFHGHVAAMDVLALSLERAAAMVQNDQLQKFKDQRYAGWQQPFGKAVLAGDFSLESLAEHAFTNELNPQAVSGRQEMLENVVNRFIYP PGPT0017550_1136 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017550-xylA-K01805 NA NA D1-35_03813 1176 xylR Xylose operon regulatory protein ATGAAAATCGTCCCGCCCGTTCACCGCATCGCCCTGCTGTTCAACGGCAGCAAGATCTACGACCGCGGCATCATCAGCGGCATCGGCAACTACCTGAGCAGCACGCGCGCGTCCTGGGACCTGTTTCTCGAGGAAGATTTTCACTGCCGGTTGAAAGGGATCGAGCGCTGGCAGGGCGATGGAATCATCGCCGACTTCGATGACCCGCTGATCGGCGAGGCGCTGGCCGGGATCAAGCTGCCCGTGGTGGCGGTGGGGGGCTCGTATCAGGACGAGCGCGCCTATCCGAAGGGCATTCCATATGTCGCTACGGATAATCACGCGCTGATCAAGCTGGCCTACGCGCATCTGATCGAAGCCGGGTTGACACAATTCGCCTGTTTCAGCCTGCCCGAAGCCCAGGCCAATCGCTGGGCCCAGGAACGGGAAAAGGCCTTTCGCCAGTTGATGCAGCGCGATGGCCTGCCGGCGCAGGTGTACCGGGGCATGGGCACCAGCGCGCCGCTTTGGGACAGCGCGGTCGAGCAGCAGATCGCCTGGCTGCAGAGCCTGCCCAAACCCATCGGCATCATCGCGGTCAGCGACGCGCGGGCCCGGCAGTTGTTGCAAGCTTGCCTGACAGCCGGGATCGCCGTGCCGGAGCAAGTCGCGTTGATCGGCATCGACAACGACCCGCTGACCCGCAGCCTGACCCGGGTGCCGCTCAGTTCGGTGGTGCAGGGCACCGAAACCATGGGCCGGACCGCCGCGCGCCTGCTTCACCAGATGCTGCACGGCATGCCTGCCACCGGCACCCAGGTGTTGATCCCGCCCGAGGCGATCAACGTGCAAGCGTCGAGCCTGCACCAGCCACTGGGCAATCCTTACGTCATGCAGGCTTTGTTGTTCATTCGCCAATACGCCTGCCAGGGCATCAAGACCGCGCAAGTGGCGGCGTATGTCGGCGTGTCGCGTTCATCCCTGGAGTCGCATTTTCGCAAGGAGCGTGGTTGCAGTGTTCACGACGAGATCCTGCGCTTCAAGCTGGCGGCGGCGGCCAGCGGGTTGGAGAACACCGAGCTGGCGATTGCCGATATCGCCCGTGATTGCGGTTTCAAGTCGGCGCAGTACCTGCACACGGTGTTTCGCCGCGAATTCGGCTGTACGCCTAGGGGATTTCGCCAATCAGTCGGATAG MKIVPPVHRIALLFNGSKIYDRGIISGIGNYLSSTRASWDLFLEEDFHCRLKGIERWQGDGIIADFDDPLIGEALAGIKLPVVAVGGSYQDERAYPKGIPYVATDNHALIKLAYAHLIEAGLTQFACFSLPEAQANRWAQEREKAFRQLMQRDGLPAQVYRGMGTSAPLWDSAVEQQIAWLQSLPKPIGIIAVSDARARQLLQACLTAGIAVPEQVALIGIDNDPLTRSLTRVPLSSVVQGTETMGRTAARLLHQMLHGMPATGTQVLIPPEAINVQASSLHQPLGNPYVMQALLFIRQYACQGIKTAQVAAYVGVSRSSLESHFRKERGCSVHDEILRFKLAAAASGLENTELAIADIARDCGFKSAQYLHTVFRREFGCTPRGFRQSVG PGPT0017992_210 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 D1-35_03814 243 hypothetical protein ATGAGAACGTTTGACTTGATTCGCGACGCGGTACTGCCCGACTTCCGTGAGCGGGTGGCTGAGTACCTGGTCCAGTACGAAAGCGTGCTGTTGAGCAATGCCGACATCGCCCCCCAGCTCAAGCGCGACACGGCCAATCAACTGCGCGGTTATCTGCGGGGGTTGAACACTACCCGGGTGTTGGGCATGGCAGACTGGGAGGAACTGGATCGGCGGGTGATGAGTACCTGGCTATCCGACTGA MRTFDLIRDAVLPDFRERVAEYLVQYESVLLSNADIAPQLKRDTANQLRGYLRGLNTTRVLGMADWEELDRRVMSTWLSD NA NA NA NA NA D1-35_03815 342 hypothetical protein ATGCGCCCTTTATTTCTACTGTCCCTGGCGTTTTCCCCGCTGTTATTGGCGGGATGTGCCTCGGCACCGAACGATCCGACCCTGACCTTGCAGACCAGCAAGACCCCGGCCGAATACGCTGAATGCGTCGTGCCGAAGTTGCAAGGCAGCGCTTTGCACCCGATGGTCTCGCAGAGCCAGCGCAGCTACCGCATCGTCGTGCCGAGCAAGATTTCGGCGGACAACGTGCTGGAAGCCTACAAGGCCGGCAGTGGCGGCAAGGTGTTTGTCTACGAGCGCCACCTGCTGGCGTCCAATCTCCTGCCTTCGAGTTTCGAGCGCGCCGCACAGGAATGCATCTGA MRPLFLLSLAFSPLLLAGCASAPNDPTLTLQTSKTPAEYAECVVPKLQGSALHPMVSQSQRSYRIVVPSKISADNVLEAYKAGSGGKVFVYERHLLASNLLPSSFERAAQECI NA NA NA NA NA D1-35_03816 378 hypothetical protein ATGACCATGCTCCCAGCGTACTCCGCGCCATTCGCCCTGGCGCTTGCAGCCTTTTGCGCACCGGCGCAGGCCGCGACGTGGCAGATCTGCGATATCCAGCTGCACGTCACCGAAGTGGTGAAACGGCCCACGCCGAAGCTCCAGGCCCAAGTCCTGAAGGCGCGCCCGGCCTCGCCCAGTGTGGAATGCCCGGAAGAGGGCGCGATGATCAGCTTCATTCCGGAAACCGCCGACTACCAGGCCACGCTGCCACGCCGCAAATGGCCCGGGAAAGGCCAGGCGATCCGGATCAAGTACCGCTATCTGGATGGAATCTGCAAGGGCGACGGCAACGACTATCCTTGCCGTATCGAGCATTATCCGTTTGTAGCTCGATGA MTMLPAYSAPFALALAAFCAPAQAATWQICDIQLHVTEVVKRPTPKLQAQVLKARPASPSVECPEEGAMISFIPETADYQATLPRRKWPGKGQAIRIKYRYLDGICKGDGNDYPCRIEHYPFVAR NA NA NA NA NA D1-35_03817 513 hypothetical protein GTGGACAAGGAAGCCATCAGGATTCGTACCCTGCAAGTCGCCGATGCCGAGTCATTGCTGGCGTTTGAAATGGATAATCGCGAGTGGTTCGAGCAGCACATCGATGCGCGCGCGCCGGCGTTTTATTCGTTGCAGGGGGTCAGCGAGCACATCGGCGATTACCAGTCCGGCTTCGCCGCCGGGACCTGGCACCCATTTGTCATCGAGGACGCCGGCGGAATGATCATCGGACGAGCGAACCTCAAGGACATCGACACCAGCGAGCGAACGGCGCAGGTCGGCTATCGAATCGCCCAACACGCTTGTGGCAAGGGACTGGCGACGCTGGCAGTGAAGCACTTGATCGAGCAGGCCCGGTCACACTGGCGACTCGAACGGTTGCTCGCCGAAGTCTATGTACAAAATGCCGGCTCGGTGAAAGTGCTTGATCGTTGTGGTTTTCTGGTGGAGCCTACGCCACCAGAAGCCACCGAGCAGCATCATTGGTATTCGCTTTCAATCCAGCCCCGGTAG MDKEAIRIRTLQVADAESLLAFEMDNREWFEQHIDARAPAFYSLQGVSEHIGDYQSGFAAGTWHPFVIEDAGGMIIGRANLKDIDTSERTAQVGYRIAQHACGKGLATLAVKHLIEQARSHWRLERLLAEVYVQNAGSVKVLDRCGFLVEPTPPEATEQHHWYSLSIQPR NA NA NA NA NA D1-35_03818 1650 mqo_2 COG0579 Malate:quinone oxidoreductase ATGAACAGAATCATTATCGCGGTCCTGCTGGGCGCTGCGCTCTTATCAGGCGTCAACGGGGCCCGGGCGGCGGAAACGAAGAAGGTCGACGTGCTGCTGGTAGGCGGCGGCATCATGAGTTCGACGCTGGGCATCTGGCTCAACGAGCTTGAGCCTGGCTGGTCGATGGAAATGGTCGAACGCCTGGATGCGGTAGCCGAAGAAAGCTCCAACGGCTGGAACAACGCCGGCACCGGGCATTCGGCACTGGCGGAGCTCAATTACACGCCGATGGATGACCAGGGCAACGTCAACATTTCCAAGGCCATCGAGATCAACGAAGCCTTCCAGATCACCCGCCAGTTCCTGGCCTGGCAGGTGCGCAACAACGTGTTGAAGAATCCGCCTTCATTCATCAATTCCACCCCGCACATGAGTTTTGTCTGGGGTGACGACAACATCAAATTCCTGAAAAAACGCTACGAGGCGCTGCAAGCGAGCCCGCTATTCCGGCCGATGCAATATTCAGAGGACCCGGAGCAGATCAGGAAGTGGGTACCCTTGATGATGGAGGGCCGCGATCCGAACCAGAAGCTCGCGGCCACCTGGACGCCGATCGGCACCGATGTGAATTTTGGCGAAATTACCCGCCAGTACGTCAGCTACTTGCAGAGCCGGCCCAACTTCAGCCTGAAGCTTTCCAGCGAGGTGCGCGACATCACCCGCAACGACGACGGTACCTGGCGCGTGGAATACAAGAACCTCAAGGACGGCGAAACGACCACCACCGACGCCAGGTTCGTATTCATTGGCGCCGGCGGCGGCGCACTGCATCTGCTACAGGAATCGGGTATCCCGGAGGCAGACGACTACGCCGGGTTCCCGGTCGGCGGCTCGTTCCTGGTCGCCGAGAACCCTGGCATTGCCGAGCGACACATGGCCAAGGCGTACGGCATCGCTTCCACCGGCGCGCCACCGATGTCAGTGCCGCATCTGGACACCCGCGTACTGGATGGCAAGCGCGTCATCCTCTTTGGTCCGTTTGCGACCTTCTCCACCAAATTCCTCAAGGAAGGCTCGTACTTCGACCTTTTCACCAGCATGACCCCGCACAATATCTGGCCGATGACCAAAGTAGGCATCGAGCAGTACCCGCTGGTTGAATACCTGGCCGGCCAGCTCATGCTTTCCGACGATGATCGGTTCAAGGCCTTGCAGGAATATTTTCCCCAGGCCAGGAAGGAAGACTGGCGCCTCTGGCAAGCCGGCCAGCGCGTGCAGGTCATCAAGCGCGACGAAGAAAAAGGTGGCGTGCTCAAACTGGGCACCGAAGTAGTGGCCTCCCAGGACGGCAGCATTGCCGGCCTGCTTGGCGCATCCCCTGGTGCCTCGACGGCAGCCCCGATCATGCTGGAAGTGATGCAGCGGGTCTTCAAGGACAAGGTGGCCTCGCCGGCCTGGCAGGAAAAACTGCACCAGATCGTTCCCAGCTATGGCACACGGCTAAACGATGATCCTGATCGTGTCTATGAGGAATGGAAATACACCAGCGATGTGCTAAAACTGGCGCCGCCGCCGGACATCCGTGGAAACGCCGAATCGAAGGCCCCGACCAACAGCGATCCCGTGGGGCAGAAAAACAGCGATTCCGACCCGGATCTGGCGTTGTGA MNRIIIAVLLGAALLSGVNGARAAETKKVDVLLVGGGIMSSTLGIWLNELEPGWSMEMVERLDAVAEESSNGWNNAGTGHSALAELNYTPMDDQGNVNISKAIEINEAFQITRQFLAWQVRNNVLKNPPSFINSTPHMSFVWGDDNIKFLKKRYEALQASPLFRPMQYSEDPEQIRKWVPLMMEGRDPNQKLAATWTPIGTDVNFGEITRQYVSYLQSRPNFSLKLSSEVRDITRNDDGTWRVEYKNLKDGETTTTDARFVFIGAGGGALHLLQESGIPEADDYAGFPVGGSFLVAENPGIAERHMAKAYGIASTGAPPMSVPHLDTRVLDGKRVILFGPFATFSTKFLKEGSYFDLFTSMTPHNIWPMTKVGIEQYPLVEYLAGQLMLSDDDRFKALQEYFPQARKEDWRLWQAGQRVQVIKRDEEKGGVLKLGTEVVASQDGSIAGLLGASPGASTAAPIMLEVMQRVFKDKVASPAWQEKLHQIVPSYGTRLNDDPDRVYEEWKYTSDVLKLAPPPDIRGNAESKAPTNSDPVGQKNSDSDPDLAL PGPT0001440_358 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116 NA NA D1-35_03819 786 glpR_2 COG1349 Glycerol-3-phosphate regulon repressor ATGAGTGCTACCCACGAAGTGTTTCCCGGCGAACGCCAACGTTTGATCAGCGAGCGGCTTGCCCTGTATGGCCGGGTCATCGCGGCTGATCTGGCGATTGAATTCAACGTCTCTGAACATTCGATACGCCGAGACCTGGGCACATTGGCGGCGGCGGGCTTGTGCAAGCGCGTCTATGGCGGCGCGATTCGCTTGCCGGCCGCCGAAGCGCCGATCGATGTGCGGATCCACCAGGATCCAGCGCGCAAGGATAATCTTGGCCAGGCGGCAGCCGCGCTGCTTAGCGCAGGCCAGCATGTATTCCTGGATGCCGGCTCGACCAACCTGGCCATTGCCCGTGCCATCGACCCGGGGCTGCAATTGACGCTCAGCACCAACTCCCCGCTGATCGCGGTGGAACTGATGAAGCTGCCCCGCGCCGAGGTCATCCTGCTCGGCGGTCGCATGAACCGCGTCGCGGGCGGGGCCATCGGTCTGGCCGCCGTCCAGCAATTGCGCCAGTTCAATTTCGACTTGTGCTTTGTCGGGGCCTGCGCCATCGACCCGGACAATGGCGTCACCGCGTTTGGCCTGGACGACGCCGAGTTCAAGCGCGCGGTGGTCGCGGCCAGCGGTCAGGTGGTGGTGGCGGTGACCAACCAGAAGCTGTCCAGCGTCGCTCATTATCAAGTGGCCTCTTGTGAAGAGGTGACCACGCTGGTAGTGGAGCAGGATGCGCCGCAAGAGCGACTCGGCCCCTTTTTCGAGCGAATCTCCAAGGTCGTGAGGGCGGTCGAGCAGCAATAA MSATHEVFPGERQRLISERLALYGRVIAADLAIEFNVSEHSIRRDLGTLAAAGLCKRVYGGAIRLPAAEAPIDVRIHQDPARKDNLGQAAAALLSAGQHVFLDAGSTNLAIARAIDPGLQLTLSTNSPLIAVELMKLPRAEVILLGGRMNRVAGGAIGLAAVQQLRQFNFDLCFVGACAIDPDNGVTAFGLDDAEFKRAVVAASGQVVVAVTNQKLSSVAHYQVASCEEVTTLVVEQDAPQERLGPFFERISKVVRAVEQQ NA NA NA NA NA D1-35_03820 927 gal Galactose 1-dehydrogenase ATGCAACCGATTCGTCTCGGCCTGGTGGGCTACGGCAAGATCGCCCAGGATCAACACGTTCCCGCCATCCAGGCCAACCCCGCGTTCGAACTGGTAGCGGTCGCCACGCAAGGCAAGCCCTGCGCCGGTGTGGAGAATTTCCAGTCCCTGGGCGAGTTGCTGGAAAACGGCCCGCACGTCGATGCAATTGCCTTTTGCACGCCGCCACAAGGGCGATTCGGTCTGGTCCGGCAGGCGCTGGTGGCCGGCAAGCATGTGCTGGTGGAGAAACCGCCCTGTGCCACCCTGGGCGAAGCGATGGCGCTGGTGGAGCAGGCGAGCGAGCAAGGCGTCAGTGGCCTGTTCGCCTGGCATTCGCGTTACGCTCCGGGCATCGAGCTTGCCCGGGACTGGCTCGCCAGCCGCACGCTGCAAAGCGTCCGGATCGACTGGAAGGAAGACGTGCGCAAATGGCACCCTGGCCAGGCGTGGATCTGGCAACCGGGCGGCCTCGGGGTCTTTGATCCGGGCATCAATGCCCTGTCGATCGTCACCCATCTGCTGCCGCTGTCGCTGTTCGTCGAGTCGGCCGAGCTGCGCGTTCCAGACAATTGCCAGTCACCAATTGCCGCGAGCATCAGGATGTCGGATGCCCGCCATCTCGATATCCGCGCCGAATTCGATTTCGACCACGGTCATGATGAGCTCTGGAGCATCGAGATTCGCTGCGCCGAAGGCGTGTTGCGACTGGACAACGGTGGTGCGTTGTTAAGCATCGACGGCGTGCGCCAGTCGGTGTCGGAGGAGGGCGAGTACGCGGCGGTGTACCGGCACTTCCAGCAGTTGATCGGTAACAAGGCCAGTGACCTGGACCTGCAACCGCTGCGCCTGGTTGCGGACAGCTTTTTCGTCGGCAGCCGGACCTTGGTCGAGCCGTTCTACGACTGA MQPIRLGLVGYGKIAQDQHVPAIQANPAFELVAVATQGKPCAGVENFQSLGELLENGPHVDAIAFCTPPQGRFGLVRQALVAGKHVLVEKPPCATLGEAMALVEQASEQGVSGLFAWHSRYAPGIELARDWLASRTLQSVRIDWKEDVRKWHPGQAWIWQPGGLGVFDPGINALSIVTHLLPLSLFVESAELRVPDNCQSPIAASIRMSDARHLDIRAEFDFDHGHDELWSIEIRCAEGVLRLDNGGALLSIDGVRQSVSEEGEYAAVYRHFQQLIGNKASDLDLQPLRLVADSFFVGSRTLVEPFYD PGPT0002205_209 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GALACTONIC_ACID_BIOSYNTHESIS,PGPT0002205-gal-K00035 NA NA D1-35_03821 603 sutR_1 COG1396 HTH-type transcriptional regulator SutR ATGCCCCTGAACAGCCCTCTATCGACCGTCCCTGGCGCGGACGCCCACGCGGTGAGCCTGGCCGTTGCGCGCACGCTCAAGCAGGCACGCAAGGCTCAGAAAATCACGCTTGACGAACTGTCCCGGCGCTCGGGCGTGAGCAAAGGGATGGTAGTGGAAATCGAGAAATGCACGGCCAACCCGAGCATCGGCATCCTGTGCAAGATCGCCGCGGCGCTGGGCCTTTCGGTAGCCGATATCGTCAACGTGGCGGAAGCACCTTCGGCCCATGTCATCGACAGCCAGGATATTCCTACACTCTGGACCGGAGAGTTGGGAGGCAGCGCGCGCCTGCTGGCCGGTACGCCAGGCCCGAACATGATCGAGCTGTGGCGCTGGGAAATGTTTCCCGGCGAAACCTTCGCCTCGGCCGGACACCCTCAAGGCACGCTTGAGCTGTTCCATGTAGAAAAAGGCACACTGAAATGTGTGGTGGGAGAAACGGAACTGGTCGTCCCCGCCGGTAGCTCGGCGGTCGCGAAAACCGATGTGGCGCACACGTATTCCAACGCCGGCAAGTCGAAGCTGATCTTCACCATGTCGGTTGCCGAAATACATCAATAG MPLNSPLSTVPGADAHAVSLAVARTLKQARKAQKITLDELSRRSGVSKGMVVEIEKCTANPSIGILCKIAAALGLSVADIVNVAEAPSAHVIDSQDIPTLWTGELGGSARLLAGTPGPNMIELWRWEMFPGETFASAGHPQGTLELFHVEKGTLKCVVGETELVVPAGSSAVAKTDVAHTYSNAGKSKLIFTMSVAEIHQ NA NA NA NA NA D1-35_03822 693 hypothetical protein ATGCTGTCGGTACAGCCGTTGATCGACCAAGCCGTTGCCGAGCTGGCGCCGGGGTTCAGGGCCCTGAGCATCGTCGTGCAGGCTGCGCCGCTCACCGATCCCTACGTCGCCCGCGCGGCGCTGGAGCGAGCCTGTCAATCGGTGCTGGCGGGCGGGCCGGCCTGGGCGGAGGCCCATTTGCAGCAGTGGGCCCAAACGTTCCGACTGTTCGGTGCCAAGCCGCAACGCACGCCTTGTTCAGCCGAAGCGTTGCGCAAGCGGGTATTGCGCGACGGCGGCTTGCCGAGCCTTGATCCGGTCGTTGACCTCTACAACGCCATCAGTCTCGAATATGCGATCCCGGTGGGCGGGGAAAATATCGAGGCGTACGTGGGCTCGCCGCGACTGGTGATTGCCGAGGGTGGCGAACCGTTCGATACGATGAAAGAGGGCGCGCCTGCCCATGAATACCCCGACGCCGGCGAAGTGGTCTGGCGTGACGACCAGGGCGTGACGTGCCGTCGCTGGAACTGGCGCCAGGGCGTCAGGACCCGCCTGGACGCGGATGCCAGGCAGATGTGGTTCATCCTCGAAAGCCTGCCGGCGATGCCGCTCGAAGCGCTGACCGAAGCGGGCGACAGGCTGATAGAAGGCTTGCAGTCGATGATGCCCGGCGTGCAGATCGAGAGCGTGCTGATCGGGCCCGGAAGCTAA MLSVQPLIDQAVAELAPGFRALSIVVQAAPLTDPYVARAALERACQSVLAGGPAWAEAHLQQWAQTFRLFGAKPQRTPCSAEALRKRVLRDGGLPSLDPVVDLYNAISLEYAIPVGGENIEAYVGSPRLVIAEGGEPFDTMKEGAPAHEYPDAGEVVWRDDQGVTCRRWNWRQGVRTRLDADARQMWFILESLPAMPLEALTEAGDRLIEGLQSMMPGVQIESVLIGPGS NA NA NA NA NA D1-35_03823 840 yghU COG0625 Disulfide-bond oxidoreductase YghU ATGAGCCAAGCGTCTTACGTCCCGCCCAAAGTCTGGAAGCACGAAGCCCCCTCGGGCGGCCACTTCGCCAGCATCAACCGCCCTGTCGCCGGGCCGACCCATGAAAAAACCCTGCCGATCGGCGAGCACCCGTTGCAGCTCTATTCGCTGGCAACGCCCAATGGCGTGAAAGTGACCATCCTGCTTGAGGAACTACTGGCGCTCGGGCACACCGGCGCGGAATACGACGCCTGGCTGATTCGCATCGGCGAAGGCGACCAGTTCTCCAGCGGTTTCGTCGAGGTCAATCCGAATTCCAAGATCCCGGCCCTGCTGGACCGCAGCGTCGAACCTGCGATCCGGGTGTTCGAGTCCGGTTCGATCCTGCTGTACCTGGCGGAAAAATTCGCTGCGCTGCTGCCGACCGATCCGGCCGGGCGCACCGAAACCTTGAACTGGCTGTTCTGGCAGATGGGCTCGGCGCCTTACCTGGGTGGCGGCTTCGGACATTTCTACGCCTACGCGCCGGAGAAACTGGAATACCCGATCAATCGCTTCACCATGGAAGCCAAGCGCCAACTGGATGTGCTGGATCGTCGCCTGGCTGAAAACCGTTACCTGGCCGGCGACCAGTACACCATTGCCGACATCGCGGTCTGGCCCTGGTATGGCCAACTGGTGCGGAACAACGTGTACTCGGCGGCCGAGTTCCTGGCAGCCCACGAATACACCCACGTGCAGCGTTGGGCGGAGGAAATCGCCAAGCGTCCAGCCGTGGTGCGCGGACAGCGCGTCAACCGGACCTGGGGCGACGAAACGAGCCAGGTGCCGGAGCGGCATAGCGCGCAAGACCTGGACTGA MSQASYVPPKVWKHEAPSGGHFASINRPVAGPTHEKTLPIGEHPLQLYSLATPNGVKVTILLEELLALGHTGAEYDAWLIRIGEGDQFSSGFVEVNPNSKIPALLDRSVEPAIRVFESGSILLYLAEKFAALLPTDPAGRTETLNWLFWQMGSAPYLGGGFGHFYAYAPEKLEYPINRFTMEAKRQLDVLDRRLAENRYLAGDQYTIADIAVWPWYGQLVRNNVYSAAEFLAAHEYTHVQRWAEEIAKRPAVVRGQRVNRTWGDETSQVPERHSAQDLD PGPT0013045_856 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013045-yghU|yfcG-K11209 NA NA D1-35_03824 2055 hmp_2 Flavohemoprotein ATGAACGAAGCCTCGAAAGTAGCCCCTTCGCCCTGGCATGAAGGCGAGTTGGCCTTGCAGCGCACTGTCGGGGCAGTAGAAATGATGGCGGGTGTCGGCCAGCGGCAACTGGCGCGTAGCTGGATGCCGGATCAGCACCGCGAGTTCTACGCTCAGTTGCCTTTCGTGGTGCTGGGCGCGGTGGATCGCCAGGGTGATGTCTGGGCGACCCTGCGCACCGGGCAGCCCGGCTTCATGAATTCACCGGACCCGGAAACGCTGCACATCCATTTCGACCCGGAGCCCGAAGACCCGGCCGAGCAAGGTATGGGCGAGGGCGATGCCATCGGCATGCTCGGCATCGAGTTGCATACCCGTCGCCGCAACCGCATGAACGGCGTCGTGCGCCGCCGGCTTGAGCGCGGGCTGGAGATCTCGGTGAGCCAGGCCTATGGCAACTGCCCACGCTACATCAACCTGCGCCAGTACCGTTTCGTCGATGAGCAGCCCGCCGAATCGCGCCAACTGGTGGCGGCCGACCCGTTGGTCCGGCAGTTGGTCACCGCGGCCGATTCGTTCTACATCGCCACCTACGTGGTACGCGACGGCGAGCGGCAAGTCGATGCGTCCCATCGCGGCGGCAAGTCAGGTTTTGTGCGCATGGACGAGGACGGCACGCTGACCATTCCGGATTTTTCCGGAAACCTGTTCTTCAATACGCTGGGCAATATCCTGCTGAACCCGCGTGCGGGCCTGGTCTTCGTTGATTTCCAAACGGGCGATTTGTTGCAGATGAGCGGATCGGCGCAAGTGTTGCTGGACGATCCGCAGATCGCCGCGTTCCAGGGCGCCGAGCGGCTGTTGCGTTTTACTCCGCAGCGCATTGTCCATCGTCCGGCGGCGCTGCCGTTGCGCTGGAAGGACCAGGACGAGGGTGACTCGCCCAATTCATTGATGACCGGCAGCTGGGAGCAGACCGCCGAGCGCTTGCAGGCCGAGGCCCTGCGCAGCCAATGGCGGGCGCTGCAGGTCACCCGGGTGGTGGACGAAAGTCACGACATTCGGTCCTTCCACCTGCAAACCAACGACGGCGTCGGTTTACCCCGGTTCGAAGCCGGGCAGCATCTACCCGTACGGATAACGCTGGAAGGACAGCAAGTGCCGTCGATCCGGACCTATAGCGTATCCAGCGCACCGTCGGACGATTTTCTGCGCATCAGTGTCAAGCGTGACGGCGCGGTATCTTCGCACCTGCATGAGCAGATCCAGGCGTCCCACCAGATTGACGCCCGGGCGCCTCAGGGTCATTTCACGGTGAATCCGACTGAGCGCCGGCCTTTGGTACTGTTGGCGGCGGGCGTCGGTATCACACCGCTGTTGTCAATGCTGCGCGAAGTGGTCTACCAGGGGAAACGCATCAGCCGGATGCGCCCGGTCTGGCTGGTGCAAAGCGCTCGCCACGTGGCCGACCTGGCCTTTCGCGAGGAGATCGATGAACTGGTAGCCCGTGCCGGTGACAAGTTGCGAGTGCTGCGCATGGTCAGCCAGCCGCCCACCGACGGGACGGCCGGGCAAGGCTACGACGTGGCCGGCAGAATCGAAGTGACGTTGCTCAAGCAACTGTTACCCCTCGATGATTACGATTACTACCTGTGCGGGCCGGGCAGCTTTACCCAGGCGCTGTACGACGGCTTGCGCAAGCTGCGCATTCCCGATGATCGCATTCACGCCGAAACCTTCGGTCCGTCCACGCTGGTGCGTGACATCGAAGTCAGCGTACCGGCGGCCGAGCAAGTGCCGGCGGCCACCGAAGCGGTAAAGGTGCTGTTCGCCGGTTCGGCCAAGGAGGCCCGCTGGGAACCGGAAAGCGGGACGCTGCTGGAATTGGCCGAGGCGCGGGGTCTGAATCCGGAGTTCAGTTGCCGCGGTGGATCCTGCGGCACCTGCAAGACCCGAATTACCCAGGGTCAGGTGCATTACCTGACCCATCCGGCCGAGCCCGTGGCCCCCGGCGAGGTGCTGATCTGCTGCGCCGTACCGGCCCAGGGCAGCGAGCCTTTGGTGCTGGAGGCCTAG MNEASKVAPSPWHEGELALQRTVGAVEMMAGVGQRQLARSWMPDQHREFYAQLPFVVLGAVDRQGDVWATLRTGQPGFMNSPDPETLHIHFDPEPEDPAEQGMGEGDAIGMLGIELHTRRRNRMNGVVRRRLERGLEISVSQAYGNCPRYINLRQYRFVDEQPAESRQLVAADPLVRQLVTAADSFYIATYVVRDGERQVDASHRGGKSGFVRMDEDGTLTIPDFSGNLFFNTLGNILLNPRAGLVFVDFQTGDLLQMSGSAQVLLDDPQIAAFQGAERLLRFTPQRIVHRPAALPLRWKDQDEGDSPNSLMTGSWEQTAERLQAEALRSQWRALQVTRVVDESHDIRSFHLQTNDGVGLPRFEAGQHLPVRITLEGQQVPSIRTYSVSSAPSDDFLRISVKRDGAVSSHLHEQIQASHQIDARAPQGHFTVNPTERRPLVLLAAGVGITPLLSMLREVVYQGKRISRMRPVWLVQSARHVADLAFREEIDELVARAGDKLRVLRMVSQPPTDGTAGQGYDVAGRIEVTLLKQLLPLDDYDYYLCGPGSFTQALYDGLRKLRIPDDRIHAETFGPSTLVRDIEVSVPAAEQVPAATEAVKVLFAGSAKEARWEPESGTLLELAEARGLNPEFSCRGGSCGTCKTRITQGQVHYLTHPAEPVAPGEVLICCAVPAQGSEPLVLEA NA NA NA NA NA D1-35_03825 270 hypothetical protein ATGCGCATCGTGGGAATTGCTTTAACCATCGCACTGCTGACAGGGTGCGCGACGGCCAACGAAACCTTTGGCACCGGGCAGCTTTGCGGTATTCATCCTTATTGCGGCGTGTCCGTCGACCTCCAGGTGCTCAAGGCGACGACCGAAGATAACGCGACCATCGCGCGCGCACTGGCGCCGTTCGCAGTCATCGATCTACCCCTCAGCTTCGTCGCCGATACGCTGATCCTGCCCTACACCATTTTTCATATGAGACCGGCTGAGGAATAA MRIVGIALTIALLTGCATANETFGTGQLCGIHPYCGVSVDLQVLKATTEDNATIARALAPFAVIDLPLSFVADTLILPYTIFHMRPAEE NA NA NA NA NA D1-35_03826 963 eamA_2 COG0697 putative amino-acid metabolite efflux pump ATGAACCAGCCCAAATCGATCACTTGCCCTTTGCCGTCCAGCGTTTATTGGCTGATCCCCTTGCCTTTGCTGGAGGCCGCCCTGCTCCTGGCCTGGAGTTCCGGGTTTGTCGGTGCGCGATTCTCCATTGATTACGCGCCGCCACTGCTGGTGGTGTTCTGGCGCTGCCTGGTAGTCACACTGGTGCTGTTTCCTTTTGTCGCCGGGCAGTTGCGGCGAGCCTCGCGGGTCACTTTGTTGAAAAACGCCGGCATCGGCCTGCTCGCGATGGCTGGGTACCTGGCTGGCATCACCCAGGGCATCGCCTTGGGCGTGCCGGCCGGGCTGGCGGCGTTGTTCGCCGATCTGTTGCCGATCGGCCTGGCGTTGCTGGCCGCCGGTGCACTGGGCCAGCGCTTGGCGCCGCGAGTCTGGACCGGATTGATCGTCGGCCTGATCGGCGTTGCGCTTGGCACCCACGGCGCACTGGCTTGGGGCCACGCGCCACTGTGGGCGTACGGGCTGCCATTGCTGGGAATGTTTTCGCTGGCTATCGCGACCCTCTGGCAAAAGCGGCTGCCTGCCTCGCAATCGCTCGGCCTGCTGCCTAACCTCTGGCTGCAATGTTGCGTCTCTGGCCTGGCATTCGCCGTGATCGAGGGCACGCAAGGCAGCCTGGCGCCGATACCGAGTACCGGGTTCGCGCTGAGTGTTTTGTGGACGGCAGGTTTGTCGACAATCGGCGGTTACGGGCTCTATTGGCTGTGTCTGCGCCGGGCGTCCACCACCCGCGTCGCCAGCGTCCTGTACCTGAGCCCACCGATCACGATGCTGTGGGCCTGGACGATGTTCGACGAACCGCTTTCATGGCAGATGGCACTGGGGATGGCGGTGTCCGCCATCGGGATCTGGCTGGTGGTGCGCGAAGAAGCCCGGCAGACGCGGCGGACTGAAAATCGACAGGAGTCATCGCGAGCGCACTGA MNQPKSITCPLPSSVYWLIPLPLLEAALLLAWSSGFVGARFSIDYAPPLLVVFWRCLVVTLVLFPFVAGQLRRASRVTLLKNAGIGLLAMAGYLAGITQGIALGVPAGLAALFADLLPIGLALLAAGALGQRLAPRVWTGLIVGLIGVALGTHGALAWGHAPLWAYGLPLLGMFSLAIATLWQKRLPASQSLGLLPNLWLQCCVSGLAFAVIEGTQGSLAPIPSTGFALSVLWTAGLSTIGGYGLYWLCLRRASTTRVASVLYLSPPITMLWAWTMFDEPLSWQMALGMAVSAIGIWLVVREEARQTRRTENRQESSRAH NA NA NA NA NA D1-35_03827 855 gltR_2 COG0583 HTH-type transcriptional regulator GltR ATGCCCGCCATATTGGATATCGAGCTGATACGGACCTTTCACGCCGTCGCGCGCATCGGCAAATTCAGCGCCGCAGCCGAGCAGCTGCACAAAAGCCCGGCGGCGGTGAGCGTGCACATCCAGCGATTGGAAGCGGTCGCCGGAGGTCGGCTGCTGAACCGCGACAATCAGGCGGTATCCCTGACCGCGCTGGGCAAACGCTTGCTGCTTTCCACCACCGAGTTGCTCACCACCCACGATCGGGTGCTGGCCGACCTGCACGGCACGCGGCTGGCGGGTCGCATCACGTTAGGCGTGCCGGACGAGTACGCCGACCACGTCATCCGCGACATCCTGCCGACATTCACGGCAGCCTGGCCTAACGTGATCCTCGAACTCAGGACGGCCCCCAGTTATGCCCTGCGTGAGCAGGTGCAGCGCGGGAAACTGCAAGCGGCCGTGCTCGCTCAGCCGATGGATCAGCCAAGGGAGGAAACCGAGGTGTTGACTACCACGACGCCGGTCTGGGTCGGCGCGGTTCACGCGACGGCCAGCCCGGCGCAGCCGCTCGCGTTGGCTGTGCATGCAGCGCAGTGCCCTTATCGGCAAGCCATGATGCAGGCGCTCAGGGAGAGCGGTTACCGGCTGCGCGTAGTTCTGGAAAGCCCGTCCAACCAGGCCGTCAAGGCCTGTGTCGAAGCCGGCCTGGCGATCAGCCTGATCGACCGTGCCCGCGTGACCGAGCACATGCGGATTCTCGATGGCCTGCCGGTGATCCCCGACCATGCAGTGGTGTTCATGCGCTCCCAGGCATCACGCGGCAATGAAGCGGTAGACCTGCTTGGCCAGGCCATGCAGCAGCGTTTTCGACTGTAG MPAILDIELIRTFHAVARIGKFSAAAEQLHKSPAAVSVHIQRLEAVAGGRLLNRDNQAVSLTALGKRLLLSTTELLTTHDRVLADLHGTRLAGRITLGVPDEYADHVIRDILPTFTAAWPNVILELRTAPSYALREQVQRGKLQAAVLAQPMDQPREETEVLTTTTPVWVGAVHATASPAQPLALAVHAAQCPYRQAMMQALRESGYRLRVVLESPSNQAVKACVEAGLAISLIDRARVTEHMRILDGLPVIPDHAVVFMRSQASRGNEAVDLLGQAMQQRFRL NA NA NA NA NA D1-35_03828 456 hypothetical protein ATGCAAGGCGCACCTCGAAAAATTCTTCAAGCCATCCTCTACGAAGCCGGCGGCGTGCTGTTCGTGGCCCCCGCACTGGCGTTGATCTACCAGCAAGGCATGGGTTATTCGACCCTGCTGTCGTTGCTGATTTCTTTCGTCGCGCTGGCCTGGAACATGCTGTTCAATGGTTTGTTCGAAGCCTGGGAGCGGCGCCAGGACAATCGCCAGCGCAACTGGCGGCGGCGTCTGGGGCATTCGCTGGGATTCGAAGGCGGCCTGACGCTGATCCTCACGCCAGTGATTGCCGCATGGCTGGATATCAGCCTGTGGCAGGCATTGGCGACAAACCTGGGGCTCTTCGTGTTTTTCTTTTTCTACGCCCTGGTTTTTCAGTGGGGATTCGACCGGGTGTTTGATGTTCCGCTCTCGGCGCAGCCCGACCAGGCCTCGACCTGCAAGGCCAACGCCACCTGA MQGAPRKILQAILYEAGGVLFVAPALALIYQQGMGYSTLLSLLISFVALAWNMLFNGLFEAWERRQDNRQRNWRRRLGHSLGFEGGLTLILTPVIAAWLDISLWQALATNLGLFVFFFFYALVFQWGFDRVFDVPLSAQPDQASTCKANAT NA NA NA NA NA D1-35_03829 885 perR_2 HTH-type transcriptional regulator PerR ATGTTTGCCAGACAGCCCCTGACCGCCTTGCGCGGCTTTGAGTCCGCCGCACGGCTGGGCAGTTTCAAGGCGGCGGCCCAAGAGCTGAGTATCAGCGCCGCGGCGATCTCCCATCAGATCAAGAGCCTCGAAGCGTTTCTGGGTGTGCGGTTGTTCGAACGCTCCAGCCAAAGCGTACGCCTGAGCCCCGATGGCGAGCGGCTTTATCCGCATATCCACCGGGCCTTGGCGGAGATTCAGCATGGCTTGCAGACATTGGCGCCGCCTTGTGTCGCGCAATCACTGGTGGTGAGCACGACGCCGGCCTTCGCCAGCCTGTGGCTGATCCCGCGGCTCGGTGATTTTTATCGAGCGCACCCGGACATCAGCGTCCGACTGCACAGCAGCAATGACCTCGTCGACCTGCAGCGTGACGCCAGCATCGACCTGGCGATTCGCGCTGTGTTCACCTCGGATCCGCAACTGTTCGAGCAGCCATTGCTGGATGAATATTTTGCCGTCTACTGCCACCCCGGCTGGCAGCCGCCCGCAACGGGGACTCCCGTCGAGTTGATCGACGTGCCGTGGCTGAGCAGTTCCGATGTCGCGGTCGATTGGCCGGCCTGGTGCGCCCGGGCCGGCACTTCGGTCTGGCTGGATAATGCCCGCGTGCGAGGCTATGACGAAGAGCAACACGCGCTGCAGGCGGCAATCGTCGGACACGGTCTGGTGCTCGCCAGCCAGGTCCTGGTTGCAGAGGCTGTGGCCCGTGGACAGTTAGTGCCTTATCGGCCGGAGGTTCGCCTGGCGGGTGCGCGCTATACCCTGGTGTGCGTACCGGGACGGGAGCGGCAGCCAGCGGTACGGGCGTTCAGCGAATGGTTGCTGGGGCAGGGCGCCTGCTGA MFARQPLTALRGFESAARLGSFKAAAQELSISAAAISHQIKSLEAFLGVRLFERSSQSVRLSPDGERLYPHIHRALAEIQHGLQTLAPPCVAQSLVVSTTPAFASLWLIPRLGDFYRAHPDISVRLHSSNDLVDLQRDASIDLAIRAVFTSDPQLFEQPLLDEYFAVYCHPGWQPPATGTPVELIDVPWLSSSDVAVDWPAWCARAGTSVWLDNARVRGYDEEQHALQAAIVGHGLVLASQVLVAEAVARGQLVPYRPEVRLAGARYTLVCVPGRERQPAVRAFSEWLLGQGAC PGPT0026360_6347 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_03830 246 hypothetical protein ATGATGACCGTATATTTTGTCGTTATGACGATTTGCAGTGGCTTCGAGGGCTGCGTTGAAGAACGCAGACCGGGGCCGACCTACGCTTCAAGGCAGATCTGCCTGGAGACGACCCGGGAGATGACGCCGCGCAAGGGCGTGAAGTTCAAGTGCCGCAGCGAGCGTTCCAACGTGATTTTCACCGAGGCGCCGCATCCGGAAAGTTACGAGAGTCTCGTCTCGACCAAAGTCCAGGGACAGCCTTGA MMTVYFVVMTICSGFEGCVEERRPGPTYASRQICLETTREMTPRKGVKFKCRSERSNVIFTEAPHPESYESLVSTKVQGQP NA NA NA NA NA D1-35_03831 1182 sotB_3 sugar efflux transporter ATGAGCGCATTTACCCCCCTGGAACGAGGCTTGTCCAAAACGCTGACGTTATTGTTTTCGGTGACTTGCGCACTGGCCGTTGCCAATGTCTATTTTGCCCAGCCGTTACTCGCCTCCATCGCACAAAGCCTCGGCGTGACGTCCGGATCGATCGGCATCGTGGTGACGGCCACTCAGGCTGGATACGCGCTGGGGTTGCTGTTCATCGTGCCGTTGGGCGACAAGGTCGACAGCAGGCGGCTGATCCTCACGCTCGTGACGTTATCGGTGCTGGCGCTGGCGGCCGTCGGTGCCTCCCGGCACTGGCTGGTCCTGTTGGCAGCCATGAGCCTGACGGGCTTGATGGCGGTGGTCGTGCAGGTACTGGTCGCCTACGCCGCGCTGCTGTCTCCACCGGCCCAACGCGGGCAGGCCGTGGGAGCCCTGACCAGCGCGATTGTGCTGGGCATTCTCATGGCTCGGTTCACTTCAGGGCTGATCGCCGACCTGGCGGGCTGGCGTGCGGTTTATTTCGTTTCGTCAGGACTGATGCTGACGATCGCGGCAGTGTTATGGAAAATAGCTCCACCCGCCAAACCGCTACGTAACCAGCATACCTACCCAGCGCTCATTCGGTCGCTGTTCGAACTGTTCCTGACTGAACCGGTCCTGCGCAGCAGAGGCCTGTTCGCCCTGCTGATCTTCGCGGCTTTTTCCGTGCTATGGACCGCCATGGTATTGCCCCTCAGTGCCGCGCCGCTGTCGCTTTCACACAGCGCTATCGGCCTGTTCGGCCTGGCCGGCGTTGCCGGGGCGCTCGCCGCCAGGAGGGCTGGCCGTTGGGCTGACCGAGGCTGGGGGCGACGGGTGACCGGCCTTTCCCTGGGGCTGCTGGCGCTTTCCTGGGTACCCATCGCCTTTGCCGAGTCGTCGTTGATCGCGCTGGTCGTGGGGGTGATCCTGCTCGATTTCGCCGTGCAGGCGGTGCATGTGACCAACCAGAGTTTTCTTTTCGCCGCGCGGCCCGACGCCCAGAGCCGCATGGTTGGTGCCTACATGTGTTGCTACTCGGTCGGCAGCGCGTTGGGGGCGGCAGCTGCCACTCAGGTGTATGCGCTTTGGGGCTGGCAGGCGGTGAGTTTACTGGGCGCCTCGATCAGCCTCGCGGCGCTGGTTGCATGGTTTTTCTCGGCGCGGAGTTAG MSAFTPLERGLSKTLTLLFSVTCALAVANVYFAQPLLASIAQSLGVTSGSIGIVVTATQAGYALGLLFIVPLGDKVDSRRLILTLVTLSVLALAAVGASRHWLVLLAAMSLTGLMAVVVQVLVAYAALLSPPAQRGQAVGALTSAIVLGILMARFTSGLIADLAGWRAVYFVSSGLMLTIAAVLWKIAPPAKPLRNQHTYPALIRSLFELFLTEPVLRSRGLFALLIFAAFSVLWTAMVLPLSAAPLSLSHSAIGLFGLAGVAGALAARRAGRWADRGWGRRVTGLSLGLLALSWVPIAFAESSLIALVVGVILLDFAVQAVHVTNQSFLFAARPDAQSRMVGAYMCCYSVGSALGAAAATQVYALWGWQAVSLLGASISLAALVAWFFSARS NA NA NA NA NA D1-35_03832 459 COG1733 putative HTH-type transcriptional regulator ATGGTTGAGAACGATGTGTCGCATAACCGCGAATGCCCCGTGGCACGCACGCTGGAAGTCATCGGTGATCGCTGGTCGCTGATGATCATCCGCGACGCCTTCGATGGGCTCCGCCGCTTCAGCGAGTTTCAGAAGAACCTGGGGGTGGCCAAGAACATCCTGGCGTCGCGACTCAAGGCCCTGGTCGAGGTCGGCGTGTTCGAGGTGCGACCCGCCTCGGATGGGAGCGCCTACAAGGAGTACGTCCTGACGGAAAAAGGCCAGGCGACTTTTGCGCTGGTGGTCAGCTTGAGGCAGTGGGGCGAAAGGTTCCTGTTCACCCCGCAGGAAACAAGGTCGCTGTTGGTAGACAACGAGTCGGGGCAGCCGCTGATGCCGATGGAGGTTCGCTCATCGGGCGGCCGGAAACTCGAACCGTGGGATTGTCACCGGGTCAGGCGGGTTGCCGGCGCGTCGTGA MVENDVSHNRECPVARTLEVIGDRWSLMIIRDAFDGLRRFSEFQKNLGVAKNILASRLKALVEVGVFEVRPASDGSAYKEYVLTEKGQATFALVVSLRQWGERFLFTPQETRSLLVDNESGQPLMPMEVRSSGGRKLEPWDCHRVRRVAGAS PGPT0028680_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028680-aadA-K00984 NA NA D1-35_03833 747 hypothetical protein GTGAAGCATTCGATGCCTGCCGCAGCGCTGCTCTGTCTATTGCTCGGTTCAGGGGCCGCGGCTGAGCCATATCAGGTCGTGACCGAGGAATGGGCACCCTACAACTACGTCGAAAACAGTCAGCTCACCGGTATGACCACGGAAATCGTCCGAGCCATCATGGCCCAGACCGGGGACGACTTCGAAGTCGTGCTGCAGCCCAGCATGCGGGCCACGCAAATATTGCGGACCCGGCCCAAGACCATCATGTACTCGCTGTTCCGCACGCCGGAGCGCGAGCCGTTGTACAAGTGGGTCGGGCCGATCGTCGAAGAATCCATCCACGCCTATCAATTGGCTGACGCGCCGCCGATCACTTCGCTGGAACAACTGCTGCGCGCCCCGCAAATCACCACCCGCCATGCCGGCCTGGTGCCCCAGATGCTGAAATCGCTGGGCTTCAACAACCTGGACAAGAGCGCCACCGAGAGCAAGCTGCTCTACCGCATGTTGCTGGCCGGGCGGACGAATATCATCGTCGGCGATACCGATGCGGGAGTGGCGTATTACAGCCGCCAGTTGAAAATACCCGCCGGAACACTGCGCAGGATTCCCATCGAACTCTACCGCTCCTCGCTGTACATCGCCTTCAGCGTCGACAGCGACGAGCAGGTGATTGCCAAGTGGGCCAGCGCGCTTGAGCAACTGCGCCGGTCCGGTGAACTGGCGCGCATCCAGCAACGCTACGAGCAACCTGCCGGACGCTGA MKHSMPAAALLCLLLGSGAAAEPYQVVTEEWAPYNYVENSQLTGMTTEIVRAIMAQTGDDFEVVLQPSMRATQILRTRPKTIMYSLFRTPEREPLYKWVGPIVEESIHAYQLADAPPITSLEQLLRAPQITTRHAGLVPQMLKSLGFNNLDKSATESKLLYRMLLAGRTNIIVGDTDAGVAYYSRQLKIPAGTLRRIPIELYRSSLYIAFSVDSDEQVIAKWASALEQLRRSGELARIQQRYEQPAGR PGPT0020800_14820 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 D1-35_03834 675 trmK COG2384 tRNA (adenine(22)-N(1))-methyltransferase ATGCGCCTGGAGCGCGTGGCAGCGCATGTGCCGGCGGGTGCCCGGCTTGCCGATATCGGCTCCGATCACGGCTACCTGCCGGTGGCATTGCTACGTCGTGGTGTGATCAGCGCAGCGGTGGCCGGGGAGGTGGCGTTGACGCCGTTCCGCTCGGCCGAACGCACGGTGCGCGAAAGCGGTCTTGAACAAACGATTGCCGTGCGCCTGGCCAGCGGCCTGGGGGCGATCGAACCCGGCGACGGTATAACGGCGATCAGCCTGTGCGGCATGGGGGGCGAGACGATTCGCGACATTCTCGAGGCCGGCAAGTCCCGCCTGAGCGGTCGGGAACGGCTGATCCTGCAGCCCAACGGCGGCGAGCAGCCATTGCGCCAATGGTTGATGGCCCACGACTACCGCATCCTTCATGAGGAAATGCTGCGGGAGAACCGCTTCTATTACGAAATCATCGTCGCCGAGCGCGATGGGCCGGTGACGTACAGCGCCGAGGAACTGTACTTCGGCCCGCTGCAGATGCAGGCTCGCAGCCCGGTATTCCTGGACAAGTGGCAGCGCATGCTGCGCTTCAAACAAAAAAACCTGGCTAACCTCACCCGGGCGCAGCAGGGCGTGGCGCAGGAAAAGGTGCAGGAGATCGCGCGGCAGATTCGCTGGATCAGCGAATTGTTGGCGTGA MRLERVAAHVPAGARLADIGSDHGYLPVALLRRGVISAAVAGEVALTPFRSAERTVRESGLEQTIAVRLASGLGAIEPGDGITAISLCGMGGETIRDILEAGKSRLSGRERLILQPNGGEQPLRQWLMAHDYRILHEEMLRENRFYYEIIVAERDGPVTYSAEELYFGPLQMQARSPVFLDKWQRMLRFKQKNLANLTRAQQGVAQEKVQEIARQIRWISELLA NA NA NA NA NA D1-35_03835 702 fzlA FtsZ-localized protein A ATGACTCTTCCCCACTCCCACCACGACGTTTCCGAACTCCCAATGATGAAAATCCATGACTGGTTTGACGGCCCCTATCCGGCGCGAGTACGCATCGCCCTGGCAGAGAAAGGTCTACTCTCGAAAACCAAATTCGTCTCGGTCAATCTATGGACGGGCGAACACAAGAAGCCGGAGTTCCTCGCGATCAATTATTCGGGAACGCTGCCGGTATTGGAGCTGGAAGACGGCACGCTCATTGCCGAATGCACGGCAATCACGCAGTACCTGGACGCCTTGGTTGGCCTCCCTGCCCTGACCGGTGAAACGCCTCTGGAGAAAGGCCTGATCCAGATGATGACCAAGCGCGCCGAAATAGAATTCCTCGATGCGGTCAGCGTGTACTTCCACCACGCGACGCCGGGGCTAGGGCCGGAAGTCGAGTTGTACCAGAACGCTGAGTGGGGCATGCGCATGCGCGACAAGGCGGTCAGGGGCATGCGTTATTTCAATGACCTGCTGGGCCAACGCCCGTTTGTTGCAGGCGAGCGTTTTTCGATGGCAGACATCGCGGTACTGGGCGGCATGATCTTCGCCTCGCTGGTCAAGTTGCCAGTGCCCGAGGAATGCCAGGCGTTGCTGGCATGGCATTCGAAGATGCAGGCAAGACCCAGCGTCCAGCAGTGGCGAGCGATGGTCGAGCGCGGTGCAGCGCAACGTTGA MTLPHSHHDVSELPMMKIHDWFDGPYPARVRIALAEKGLLSKTKFVSVNLWTGEHKKPEFLAINYSGTLPVLELEDGTLIAECTAITQYLDALVGLPALTGETPLEKGLIQMMTKRAEIEFLDAVSVYFHHATPGLGPEVELYQNAEWGMRMRDKAVRGMRYFNDLLGQRPFVAGERFSMADIAVLGGMIFASLVKLPVPEECQALLAWHSKMQARPSVQQWRAMVERGAAQR PGPT0013170_5073 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_03836 564 hypothetical protein GTGAGCGAAAACGCTCGGGAAGCCATCCTGGCAGCCGCTAAAAGCGCTGCGCAGACCCATGGCTACAGCGGAATCAACTTTCGAAGCATTGCCGAAGCGGTGGGGATCAAGAACGCGAGTATCTACTACCACTTCCCCAGCAAGGCCGACCTGGGCGCGGCGGTAGCTGAACGCTACTGGCAGGACGCGGCCGCCGTTCTGAAGACGATCCGTGAGGAGAACCCCGATCCCCATGGTTGCTTGCGGCTGTACCCCTCGATCTTTCGCAAGTCACTGGAAGACGGCAACAGACTCTGCCTGTCCAGCTTCATGGCGGCCGAACACGAAGACTTGCCTGAGCCGGTGAAGCGCGAGGTCAAGGCCTTCGCCGACGCCAACGTGGCGTGGCTGGCCGAGGTGCTGGCAGCCGCCGGCACGGGCAGCGTGGAAAAGTGTGAACGCCGCGCCCTGGCCATTTACACCGCTGTCGCCGGTGCCCAGTTGATCGCCCGGACGCGGCTCGACATCAACCTGTTCGACGAACTGATCCTCAGCTACCAGGAAGCCGGACTGATCCCGGCTTGA MSENAREAILAAAKSAAQTHGYSGINFRSIAEAVGIKNASIYYHFPSKADLGAAVAERYWQDAAAVLKTIREENPDPHGCLRLYPSIFRKSLEDGNRLCLSSFMAAEHEDLPEPVKREVKAFADANVAWLAEVLAAAGTGSVEKCERRALAIYTAVAGAQLIARTRLDINLFDELILSYQEAGLIPA NA NA NA NA NA D1-35_03837 2289 adiA COG1982 Biodegradative arginine decarboxylase ATGACGGAACATCGAAATCTGTTGGGGATGCTGGCCTTGCTGGTCTCCAATGCGCCCGACAAACGCAGCGTATTCGGCCGCGCGCTGATCCAACTGATCAGCGACGTGGAGGACCGCGCCGTCAGCGTGCTGACCTCCGAAACCCTGAGTGATGCCAAGTCGATCCTGAGTTCCGACCCGGCTATTCAATGTGTGTTGCTCAGCTGGGAAATCGACACCAGCGACGACCACCGCGAATGCATCGACCTGCTCACCGCGCTACGCGAGCGCAACACCCGCGTGCCGGTGTTCCTGATCAGCGATCGCAGCACGGCGTCCAACGTGCCGTTGATCGTCATGCAACATGCCGATGACTTCATCTGGTTGCCTGAAGACACCAGCCGTTTCCTCAGCGGGCGGATACTGGCGGCTATCGAGCGCTATCGCCAGGCGGTGCTGCCGCCGATGTTCGGCGCGCTGCTGAAGTTTGCCCGCAGCTACGAATATTCCTGGCACACACCGGGTCATGCGGGCGGCACGGCGTTCTTGAAAAGCACCGCAGGCCGGGCATTCTATGAATTTTTCGGGGAGAACCTGCTGCGTTCGGACCTGTCGATTTCCGTCGGCGAGCTGGGTTCCCTGCTCGACCACAGCGGCCCCATCGGACAGGGCGAGCGTTATGCCGCCAAAGTGTTCGGCGCGCACCGCACCTATTACGTCACCAACGGCTCATCGATGTCCAACCGCGTCATCCTGATGGCCAGTGTGACCCGTGACCAGATCGCATTGTGCGACCGAAACTGCCACAAATCCGCCGAGCATGCGATGACCCTCTCCGGGGCCATTCCGACCTACCTGGTGCCGACCCGCAACCGCTTCGGCATCATCGGCCCGATCCTGCCGCGGACCCTCAGCGCCGAGGGGGTGAAGGCCGCCATCGCGAGCAACCCGCTGGTCAAGAGTCACATCGACCCGACGCCGGTGCATGCGATCATCACCAACTCCACCTATGACGGCCTGACCTACAACGTCACTCGCGTCGAAGAGTTGTTGGGGCAAAGCGTCGACCGCCTGCATTTCGACGAAGCCTGGTATGGCTACGCGCGTTTTAATCCGCTGTACAAGGATCGCTTTGCGATGCATGGCAGCCCGGACGATCACGACCCGTCGAAACCGACCGTGTTCGCCACCCAGTCCACGCATAAGCTGTTGGCGGCGCTGTCCCAGGCCTCGATGATCCATGTGCGCAACGGCCGCAATCCGATCCCCCATGGGCGCTTCAACGAGTCGTACATGATGCACGCCTCGACTTCGCCGAATTACGCAATCATGGCCTCCTGCGACGTCAGCTCGGCGATGATGGAGGCGCCCAGCGGGCAGATCCTCACCAGCGAGGCGATCGAGGAAGCCATCGCTTTCCGTCAGGTCATCTCGCATATGCAGAACGAGATGCGCAGCCATGACGACTGGTTCTTTTCCTGCTGGCAGCCGCCGTCGGTGCAGGTCGACGGGGCATCGATTGCGTTCCACGAAGCCGACCCGGCCAGGCTCAAAATCGATCCAGGCTGCTGGGTCCTGCACCCCAATGAGGTCTGGCACGGCTTCGGTGACATTGAAGACGGCTACTGCATGCTCGACCCGATCAAGGTCTCGATCCTAAGCCCCGGGATGGGCGACGACGGCAACCTGCTGGACTTCGGTATTCCGGCCTGTGTGCTCAGTGCCTACCTGGGCACGCAAGGCATCGTGGTGGAAAAAACCACTGATTTCACCATCCTGTTCCTGTTTTCCATCGGCATCACCAAGGGCAAGTGGGGCACGCTGGTCAACGCGTTGCTCGATTTCAAGCGCGACTACGACGCCAACCTGGAGCTGGAACTCTGCCTTCCCGACCTGTTGAGCGCCAACCAGCAACGTTATTCCGGCATGGGGCTCAAGGACCTCGCCGAGGAAATTTTCGCCGCCATGAAACAAACCAGGACCACTGCCGCCATGGCCCAGGCGTTCGGCACACTGCCTGAGACGCACTTCAGCCCGGTGGAGGCGTACGAGAAACTGGTCAAGAACGAGATCGAGCAAGTCACCCTCGAAGAAGCGGCCGGACGCATCGCCGCGACGGGTATCGTGCCGTATCCACCAGGAATTCCCTTGCTGATGCCGGGAGAGAATGCAGGGCCGTCGGAGGGACCGGTGCTGACCTACCTCAAGGCGCTGGAAAGCTTTGACCGATCGTTCCCCGGGTTCACCCATGACACCCATGGAATTGAAAGCGAAGCGGGCACTTATCGATTGCTGGTGCTGAAACAGTAG MTEHRNLLGMLALLVSNAPDKRSVFGRALIQLISDVEDRAVSVLTSETLSDAKSILSSDPAIQCVLLSWEIDTSDDHRECIDLLTALRERNTRVPVFLISDRSTASNVPLIVMQHADDFIWLPEDTSRFLSGRILAAIERYRQAVLPPMFGALLKFARSYEYSWHTPGHAGGTAFLKSTAGRAFYEFFGENLLRSDLSISVGELGSLLDHSGPIGQGERYAAKVFGAHRTYYVTNGSSMSNRVILMASVTRDQIALCDRNCHKSAEHAMTLSGAIPTYLVPTRNRFGIIGPILPRTLSAEGVKAAIASNPLVKSHIDPTPVHAIITNSTYDGLTYNVTRVEELLGQSVDRLHFDEAWYGYARFNPLYKDRFAMHGSPDDHDPSKPTVFATQSTHKLLAALSQASMIHVRNGRNPIPHGRFNESYMMHASTSPNYAIMASCDVSSAMMEAPSGQILTSEAIEEAIAFRQVISHMQNEMRSHDDWFFSCWQPPSVQVDGASIAFHEADPARLKIDPGCWVLHPNEVWHGFGDIEDGYCMLDPIKVSILSPGMGDDGNLLDFGIPACVLSAYLGTQGIVVEKTTDFTILFLFSIGITKGKWGTLVNALLDFKRDYDANLELELCLPDLLSANQQRYSGMGLKDLAEEIFAAMKQTRTTAAMAQAFGTLPETHFSPVEAYEKLVKNEIEQVTLEEAAGRIAATGIVPYPPGIPLLMPGENAGPSEGPVLTYLKALESFDRSFPGFTHDTHGIESEAGTYRLLVLKQ PGPT0012235_380 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0012235-adiA-K01584 NA NA D1-35_03838 1410 potE_1 COG0531 Putrescine transporter PotE ATGTCAGTCGCCAAGAAGATGAGTGTGAGCCAGCTGACCATGCTGACCGCCGTCAACATGCTGGGGTCCGGCATCATATTGCTGCCGACCAAACTCGCCGAAGTCGGCGGCATCTCCATCCTGTCCTGGCTGATCACCGCCACGGGCTCGCTGGCATTGGCCTACGCGTTCGCCCGCTGCGGCATGCTCAGCCGCAAGACCGGCGGCATGGGCGGTTACGCCGAATATACCTTCGGCAAATCCGGCAACTACATCACCAACTACACCTACGGCCTTTCGCTGTTGATTGCCAACGTGGCGATCAGCATTACCGCGGTCGGTTATATCCAGACGTTGTTCGATATCAAGCTGGATTCGCTGCAAGTCGGCCTGGCGACCATCGCTTTGTTGTGGCTGACCACCTTCGCCAATTTCGGCGGCGCAGGCATCACCGGCAAGATCGGCGCCGTGACGGTGTGGGGAGTCATTGCCCCGGTGGTGCTGGTTTCCACCGTCGGTTGGTTCTGGTTCGACAGCAGCGTTTATGCCGCCGGCTGGAACCCTCACGACAAGACCTGGTACGAAGCGGCAGGCGCTTCGGTGGCGATCACGCTCTGGGCATTCCTCGGGCTCGAATCGGCCTGCGCCAACGGTGACGCGGTGGAAAATCCCGAGAAGAACGTGCCGATCGCGGTCCTCGGCGGGACCCTCGGCGCCGCGGTGATCTACATCGTTTCCACCAACGTCATCGCCGGTATCGTCGATAACGCCGAGCTGGTCTCCTCCACCGCGCCGTTCGGCCTGGTGTTCGCCAAGATGTTCACGCCGCTGGTGGGTGACATCGTCATGGGCCTGATGGTGCTGGCCTGCATCGGCTCGTTGCTTGGCTGGCAATTCACCGTGGCACAGGTCTTCAAGAGTTCGGCGGATACCGGCTATTTCCTGCCGATCTTCGCCAAGGCCAACAAGCATGGCGTGCCGATCATCAGCATGCTGATCCTGCTGGCGATGCAGACAACCATGGCGCTGCTGACCATCAGCCCGGACCTGGCCAAGCAGTTCGATACGCTGGTGAATCTCGCTGTGGTGACCAACCTGGTGCCCTACATTCTCTCCATGGCGACACTGGTGACCCTGCAAAAGGTTTCGAATGTCCCGGCGAACAAAGCCCTGGTCACCAATATCGTCGCGGGCATCGCCGCGGCCTACAGCTACCTGGCCCTCTACAGCTCGGGCGAACAAGCCTTGATGCTCGGCGGCGTCGCGGTGATCTTCGGCTATACGCTGTTCGGTTTCGTCAACACCCGCCTGATCCGCCTGGAGGCCATGAACAACAGCGTACCGACCCAGACCGTCGCGGCGCAGCACATCGTTGGCGAGCCCATTCCCGTCAACCACCTGAAGGCAGCTAATCTGGAGCCCTTGCCATGA MSVAKKMSVSQLTMLTAVNMLGSGIILLPTKLAEVGGISILSWLITATGSLALAYAFARCGMLSRKTGGMGGYAEYTFGKSGNYITNYTYGLSLLIANVAISITAVGYIQTLFDIKLDSLQVGLATIALLWLTTFANFGGAGITGKIGAVTVWGVIAPVVLVSTVGWFWFDSSVYAAGWNPHDKTWYEAAGASVAITLWAFLGLESACANGDAVENPEKNVPIAVLGGTLGAAVIYIVSTNVIAGIVDNAELVSSTAPFGLVFAKMFTPLVGDIVMGLMVLACIGSLLGWQFTVAQVFKSSADTGYFLPIFAKANKHGVPIISMLILLAMQTTMALLTISPDLAKQFDTLVNLAVVTNLVPYILSMATLVTLQKVSNVPANKALVTNIVAGIAAAYSYLALYSSGEQALMLGGVAVIFGYTLFGFVNTRLIRLEAMNNSVPTQTVAAQHIVGEPIPVNHLKAANLEPLP PGPT0007800_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007800-putE-K03756 NA NA D1-35_03839 996 yhdN COG0667 Aldo-keto reductase YhdN ATGATCACTCGTCAACTTGGCCACCAGGGTCCACACGTCAGCGCCATCGGCCTGGGCTGCATGGGCATGTCGGATTTCTACACCACGGGCACCGACGAGCGCGAATCCATCGCCACGCTCCACCGCGCCGTCGAGCTGGGCGTGACCCTGTTCGACACGGCCGACATGTACGGCCCGCACACCAACGAAGAACTGCTCGGGCGTGCCTTGCGCGGCAAGCGTGAAGGTATCTACCTGGCGAGCAAGTTCGGCCTGGTGCGCAGCGATGATCCGCATGCCCGGGGCGTCAATGGTCACCCCGAATACGTCCGGCAGTCGATCGATGGCAGCCTCAAGCGCCTGGGTACCGATTACCTCGATCTCTACTATCAGCATCGCATCGACCCACAGGTACCCGTCGAAGAAACCATCGGCGCCATGGCCGAGCTGGTCAAGGCCGGCAAGGTCCGCCACATCGGGATTTCGGAGGCCAGCGCCGAGACCATCCAGCGGGCCCATGCCGTGCATCCGTTGGCAGCGGTGCAAAGCGAATACTCGCTGTGGTCCAGGGAGCCGGAACACAACGGCGTGCTCGACACCTGCCGACGCCTGGGGATCGCTTTTGTCGCTTACAGCCCCCTGGGCCGCGGCTTTCTGACGGGCGAGCTGAAGACCCCTGATGACTTTGCCGCAGACGACTACCGCCGCTTCAACCCGCGTTTCCTCGCCGACAATTTCCAGCGCAACCTGGCCTTGGTCGAACGGGTCAAGGCGTTGGCTGAGCAGAAGCAGATCAGCGCCTCGCAACAGGCCTTGGGCTGGGTCCTGGCCCAGGGCAGCAATGTGATTCCGATCCCGGGCACCAAGCAGCGCAAGTACCTGGAAAGCAACGTCGCCGCCGCCAGCGTCTTCCTGAGCGCCGAGGAGCTGGCTCACCTGGATGCGATTTTCGGCGCCCAAGGCGCGGTGGCCGGCGAACGCTACAGCGCCGAGGTGATGACCTTGCTCGACGGCTGA MITRQLGHQGPHVSAIGLGCMGMSDFYTTGTDERESIATLHRAVELGVTLFDTADMYGPHTNEELLGRALRGKREGIYLASKFGLVRSDDPHARGVNGHPEYVRQSIDGSLKRLGTDYLDLYYQHRIDPQVPVEETIGAMAELVKAGKVRHIGISEASAETIQRAHAVHPLAAVQSEYSLWSREPEHNGVLDTCRRLGIAFVAYSPLGRGFLTGELKTPDDFAADDYRRFNPRFLADNFQRNLALVERVKALAEQKQISASQQALGWVLAQGSNVIPIPGTKQRKYLESNVAAASVFLSAEELAHLDAIFGAQGAVAGERYSAEVMTLLDG PGPT0009140_364 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275 NA NA D1-35_03840 924 dmlR_19 HTH-type transcriptional regulator DmlR ATGGATCGATTACAGGCTATGCAGGTGTTCCGGCGCATCGTCGAACTGGGCGGTTTCGGCAAGGCCGCCGACGATCTGGGTTTGCCCCGGGCTACCGTCAGCCTGTTGATCCAGCAACTGGAGGGGCATCTGGGGGTGCAACTGCTACAGCGCACCACGCGGCAGGTGCGCGCAACCCTGGATGGCGAAGCCTATTACCAGCGCTGCGGCCAGTTGCTCGATGAACTGGACGACTTGGAAACCTCGCTGTCCGCGCAACGCAGCCAACCTCGCGGCACCCTGCGCGTGGACATGCCCATCGCCTTCGGCTGCACATGGATCGTGCCGAACCTGGCGGACTTCTATCGGCGCTATCCGCAATTGAAACTGGACCTGGGGTTTCATGACCGGTTGGTTCATCTGCAGCGTGAAGGGGTGGATTGCGCCATCCGGGCCGGCGCCATCAGCGACCAGGCGCTGGTGGCGCGACCGATCGTGCGGTTGTGCCAGGTGACTTGCGCCAGCCCTGGCTACCTGGCTCGTTCAGGTACGCCTGTGGCGCTGGAGGACCTGGCAGAGCACCGGGCCATCGGTTTCGCGTCCGGTAACGGTCGTTATTTCCCGTTCGAATTCGAAGTGGCAGGGCAGGTACGAGAGTTGCAAATGTCATCCGAGCTGACCGTCAACAACGCCGACGGCTACGTAACGGCTTGTGAGGCAGGATTCGGCCTGATCCAGGCGCCGCGTTACCACGTGCAACGGCAACTCGCCGAGGGGCGGTTGGTCGAGGTGCTGAGCGATCATCCGGTGCCGTCATGGCCAATTTCAGTGGTCTACCCGCCTCATCGACAGCTGTCGCCGAGGGTGAGGGTGTTCATCGATTGGCTGATCGAGTTGCTGCATGGCGCGGCGGATGCGGACGAGGCCCTGATGGTGCGGGTTTAA MDRLQAMQVFRRIVELGGFGKAADDLGLPRATVSLLIQQLEGHLGVQLLQRTTRQVRATLDGEAYYQRCGQLLDELDDLETSLSAQRSQPRGTLRVDMPIAFGCTWIVPNLADFYRRYPQLKLDLGFHDRLVHLQREGVDCAIRAGAISDQALVARPIVRLCQVTCASPGYLARSGTPVALEDLAEHRAIGFASGNGRYFPFEFEVAGQVRELQMSSELTVNNADGYVTACEAGFGLIQAPRYHVQRQLAEGRLVEVLSDHPVPSWPISVVYPPHRQLSPRVRVFIDWLIELLHGAADADEALMVRV PGPT0028940_466 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_03841 429 hypothetical protein ATGACCGTTACCACCCATCCCCTCTACCGAAGCACGCCAGGTCCGCTTCACGCGGTCCTGCTCGCCGGTAGCGTTCCGTTGTTTCTCGGGGCGCTGCTCAATGACATCGCGTACTACAAGACCTACCAGATCCAATGGAGCAATTTCGCCTCCTGGCTGATTGCCGGCGGACTGCTGTTCTGTGGGTTGGCATTGCTGTTTGCGCTGGTCAATCTGATCCGTGCGGAGCGCAAGGGCGGGCGTCCGGTGGTGTATTTCCTGCTATTGCTGGTGACCTGGGTACTCGGGCTGATCAATGCCTTCGAACATGCCAAGGACGCCTGGGCCATCATGCCCCAGGGCCTGGTTCTGTCGGTCGTCGTGACCCTGTTGGCCTGCGCTGCGGCGTGGGTCGGGCTGACCAATCTGCGTTCCGGAGGTGAGCAATGA MTVTTHPLYRSTPGPLHAVLLAGSVPLFLGALLNDIAYYKTYQIQWSNFASWLIAGGLLFCGLALLFALVNLIRAERKGGRPVVYFLLLLVTWVLGLINAFEHAKDAWAIMPQGLVLSVVVTLLACAAAWVGLTNLRSGGEQ NA NA NA NA NA D1-35_03842 1293 hypothetical protein ATGAAACCGCGCATCGCATTGACAGCCCTGAGCATGGCGTTGTTGTTGAGCGCCTGTGGAGGAGAAGGGGACGCCACTCAGGCACGCGGTCCGGACCCCAAATTGCCGGAGCCCCAGCGCGGGTTGTTGCCCAGCATGAAAATCGCCGAGCCGGTGCCCTGGGGCGAGCAGAAACCGACGGTACCGCAAGGCTACGACATCACCGCTATCGCCACCGATTTAAAGATTCCGCGCCAGACCCTGGTACTGCCCAACGGCGATATCCTGGTGGCCGAAGGCCGTGGCGGAAACGCTGCGAAGCTCAAGCCCAAGGATGTGATTGCCAGTGTCATCAAGGCCAAGGGCAACACCCAGGTCAAGGGCGGCAATCGCCTGACGCTGTTGCGCGACGCTGACGGTGACGGCACCTACGAGCTCAAGACGGTCTTCGCCGAAAACCTCAACGCACCCTATGGCCTGGCGTTTGCCGATGGCAAGCTGTACGTGGCCAACCAGGATGCACTGGTTCGCTTCGATTATCAGGAAGGCCAGACCAAGGCCAGTGGGGCGCCCACCAAGGTCACCGACCTGCCGTCCGAGATCAACCACCACTGGACCAAGGCGCTGGCCATCAGTCCCGACGGACGCTCGCTGTACGTTGGCATCGGTTCGAACAGCAACGTCACCGAGCGCGGCATGGAAGCCGAAATCGACCGGGCCATGGTCTGGCAGATCGACGCCGAGACAGGCGCCCACAAACCCTATGCGACAGGTCTGCGCAACCCGACGGCGTTGAAGGTCGAGCCTGGCTCCGGACAGTTGTGGGCGGTGGTCAACGAGCGTGACGAGTTGGGTCCCGACCTGGTGCCGGATTACCTGACATCGGTGCGTGAAGGCGCGTTTTATGGCTGGCCCTACAGCTATTGGGGGCAGAACGTCGACCCGCGCGCACAACCGCAGGATCCGCAAAAAGTCGCCGCTGCGGTCAAACCCGACTACAGCCTCGGGTCCCACGTCGCGGCACTCGGTGTCGATTTCTCCATCCCGGCCATGGGCGAGCAATTTGCCGAAGGCGCCTTCGTGGGTGAGCACGGCAGTTGGAACCGCGACCAGCCGGTGGGCTACAAGGTCATTTTCGTGCCGTTTCGCAATGGTCGTCCCGCTGGTGAACCGGTGGACTTCGCCACGGGTTTCCGCGGCGACGATGGCAAGACCCGTGGGCGGCCCGTGGGTGTGACCGTTGATCCGCGCGGTGCGTTGATCATCGCCGATGACCTGGCGAACACCGTGTGGCGGGTGACTCGCAAGCCATGA MKPRIALTALSMALLLSACGGEGDATQARGPDPKLPEPQRGLLPSMKIAEPVPWGEQKPTVPQGYDITAIATDLKIPRQTLVLPNGDILVAEGRGGNAAKLKPKDVIASVIKAKGNTQVKGGNRLTLLRDADGDGTYELKTVFAENLNAPYGLAFADGKLYVANQDALVRFDYQEGQTKASGAPTKVTDLPSEINHHWTKALAISPDGRSLYVGIGSNSNVTERGMEAEIDRAMVWQIDAETGAHKPYATGLRNPTALKVEPGSGQLWAVVNERDELGPDLVPDYLTSVREGAFYGWPYSYWGQNVDPRAQPQDPQKVAAAVKPDYSLGSHVAALGVDFSIPAMGEQFAEGAFVGEHGSWNRDQPVGYKVIFVPFRNGRPAGEPVDFATGFRGDDGKTRGRPVGVTVDPRGALIIADDLANTVWRVTRKP NA NA NA NA NA D1-35_03843 765 bacC_1 Dihydroanticapsin 7-dehydrogenase ATGAGCGATATCAAACACAACATTCCCCACGAAGTTGAAGGCAAGGTCGCCCTGGTCACTGGCGCCGCCAGCGGTATCGGCAAGGCCATTTCCCTGTTGCTACACGCCCGTGGCGCCAAGGTGATCGCCGAGGACATCAACCCCGCCGTCAACGAGCTGGCCCGCCCGGGACTGGTGCCGCTGGTGGCTGACATTACCGAGGACGGCGCCGCCGAGCGCGCGGTGGGCCTGGCGGTCGAGCAGTTCGGCCGGTTGGATATCCTGGTCAATAACGCCGGCATCATCATCAACAAACTCGTGGTCGACATGACGCGCCAGGATTGGGAACGCATCCAGGCCGTCAACGCCACCGCGGCGTTCCTGCACTCACGCGAAGCGGTCAAGGCAATGATGCCCAACAAGTCCGGGGCCATCGTCAACATTGCCTCCTATGCATCCTATTTCGCTTTCCCGACCATCGCCGCCTACACCGCGTCCAAGGGCGCCCTGGCGCAGTTGACCCGCACGCTGGCGCTGGAAGCCATCGAGCATGGCATCCGAGTCAATGCGGTCGGCGTTGGCGATGTGGTCACCAATATCCTCAATGACGTGGTCGAGGACGGCCCGCAGTTTCTCGCCCAGCACGGCGAAGCCGCCCCCATCGGCCGGGCCGCGCAACCTGAAGAAATCGCCGAGGTGGTCGCCTTCCTGGCCTCGGACCGTGCCAGCTTCATGGTCGGCTCGGTGGTCATGGCTGATGGCGGCATGACAGTCACCGCCGGCTGA MSDIKHNIPHEVEGKVALVTGAASGIGKAISLLLHARGAKVIAEDINPAVNELARPGLVPLVADITEDGAAERAVGLAVEQFGRLDILVNNAGIIINKLVVDMTRQDWERIQAVNATAAFLHSREAVKAMMPNKSGAIVNIASYASYFAFPTIAAYTASKGALAQLTRTLALEAIEHGIRVNAVGVGDVVTNILNDVVEDGPQFLAQHGEAAPIGRAAQPEEIAEVVAFLASDRASFMVGSVVMADGGMTVTAG PGPT0014705_1052 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0014705-gdh|ycdF-K00034 NA NA D1-35_03844 840 fabG_8 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAGCAATCGTAAAACCTGGCTGGTCACCGGCTGTTCCACTGGTTTTGGTCGATACATTGCCGAGCATCTGCTCAAGCAGGGTGAGCGCGTGGTCGTCACCGCCCGCAAAGTCGAGCAAGTGCAGGACCTGGGCCGCCTCGGCGAAGCTCTGGTGCTGCCGCTCGATGTCACTGACCCACAGCAGGCCCGCGACGCAGTGGCCGCCACCGAGCGAGTCTTTGGTAAGGTCGACGTGTTGATCAACAACGCCGGTATCGGTTACTTCGCCGCCGTCGAGGAGACCGATCCGCAGGCAGCGCGTCGGCTTCTGGAGGTCAACCTGGTCGGTACCGCGAACATGATCCACGCGGTGCTGCCTGGCATGCGCCGGCGGCGGCAGGGGATGATCGTCAACCTGACGTCCATCGGCGGGCTCGCCGGCTTTCCTGCGGTGGGTTATTACTGCGCGAGCAAGTTTGCTGTGGAAGGGCTCAGCGATGCCTTGCGGGCCGAAGTCGAACCGCTCGGCATCCGGGTCATGACCGTGCAACCCAGCGCGTTTCGCACCGAGTGGGCCGGCTCGGCAGCCGAGGTATGCGAGTCGATCGACGACTACGACGCCACCGCAGGCGCCGCACGCCGCGCTTATCACGTCTCGGTCGGCAGGCAGGAAGGCGACCCGGCGCGTGCGGCCGCGGCGATCTATACCGCGGTCAATGCCGAGCAGCCGCCTCAGCGGTTGCTGTTGGGCAATCGCGCGTTCGAAGTGGCGATGGCCAAGCTGTCCGCCATGCAGGAAGAGTTTCGCGCGTGGGAGGCCACGGCGCGTGGAGCTGATTTTCCTGGTCTGGAGCATTGA MSNRKTWLVTGCSTGFGRYIAEHLLKQGERVVVTARKVEQVQDLGRLGEALVLPLDVTDPQQARDAVAATERVFGKVDVLINNAGIGYFAAVEETDPQAARRLLEVNLVGTANMIHAVLPGMRRRRQGMIVNLTSIGGLAGFPAVGYYCASKFAVEGLSDALRAEVEPLGIRVMTVQPSAFRTEWAGSAAEVCESIDDYDATAGAARRAYHVSVGRQEGDPARAAAAIYTAVNAEQPPQRLLLGNRAFEVAMAKLSAMQEEFRAWEATARGADFPGLEH NA NA NA NA NA D1-35_03845 951 hypothetical protein ATGCCGTCATCAGGACTAGCGACGAACGTCTCTCACCGACCAAGGCTTGCGGATCTCAAACCGCTTGTCCAATCCTTGCGGGCAGCTCCCGCTGCCCTGCGCAGACAGGCGGAACCCAGCGTCACTCCGGCAACACAGCTGGAGAATCGAGAGGGTTATCGCAGCGACTTCCTTGGCGATTTCCTGGTGCCCTGGCCGTCCCTGGATGCAGCCCAGGCAGAGGACGTCCACCCGACGGGCGCAGCCATGAATCGCCTGGATTACACCCATTTCTCCATCATCATGTCTCGAAGTCGACGATTGGCGCTCGTGGCGGGAGTCAATATCGATGGCGCCAGCAGTGTCGAAGTCGATCGCGGGCGCGATGCCTGGGCCTATGACGGGCGACTGCCCAGCGATGCGCAGCTCGGCGAAGAGCTCTATGCCGACAACCTGCTGGATCGCGGCCATCTGGTGAGGCGCCAGGACCCCAACTGGGGCCAGGAGGCGCACACGGCCAACACCGACACCTTCCACTTCACCAACTGCTCGCCACAGATGGCCGCCTTCAACCAGAAAACCTGGCTGGAGCTCGAGGACTATATCCTCGACAACACTCGCCGCTGGAAAGCCCGGGCGACGGTATTCACCGGGCCGTTGCTGCGCGAAGATGATCCGACCTATCGGGGCGTGCAGATCCCCACCGCGTTCTGGAAAGTCGTGGCATTCCTCGGTGACGACGGCAAGCCCTCGGCCAGCGCCTACATGATTGACCAACGCCGGGAACTGGGGAAACTGGAACTCCTGTTCGGAGCGCTCAAGACCTACCGACACAGCGTTGATCAGATCGAAACGCTGACGGGTGTTCGTTTTGGTGATCTGGCCGACTACGACGGTTTCTCGAACGAGGAACGCTTGACCGGAACACGGATTGAAGCGGCCATCCGCGGGCCCGAAGATATCCTTCTGTAA MPSSGLATNVSHRPRLADLKPLVQSLRAAPAALRRQAEPSVTPATQLENREGYRSDFLGDFLVPWPSLDAAQAEDVHPTGAAMNRLDYTHFSIIMSRSRRLALVAGVNIDGASSVEVDRGRDAWAYDGRLPSDAQLGEELYADNLLDRGHLVRRQDPNWGQEAHTANTDTFHFTNCSPQMAAFNQKTWLELEDYILDNTRRWKARATVFTGPLLREDDPTYRGVQIPTAFWKVVAFLGDDGKPSASAYMIDQRRELGKLELLFGALKTYRHSVDQIETLTGVRFGDLADYDGFSNEERLTGTRIEAAIRGPEDILL NA NA NA NA NA D1-35_03846 1350 oprD_5 Porin D ATGTCGCCCGCATCCACAAACATGATTGTACCCGGGCCAGCACCGGTCGCCCTGAAGCCGATCTGGCTGCTGGCTTTGCTGGCGGGAAGCGCACCCGCACTGGCAGGACAAACCGCCGAGGGTTTCCTGCAAGGGGCGACATTTGAGGTGCTGAGCCGCAACTTCTACCTCAACAATGACTACCGGTCCCCGACCCCGGCGGGCAAGAGCTACAAGGCGGAATGGGCCCAGGGCTTCATCGCCACGTTCGAGTCCGGCTTCACGCCCGGCATCGTCGGTGCAGGCATCGACGCCCATGGGTTCGTCGGTTTGAAACTGGACGGCGGCAAGGGCCACTCGGGGACGGGACTGCTGCCGCTGGACGAAGACGGGCGCAGTGAGGACGAATACTCCAGCGCCGGCGCTGCACTGAAATTCAACACCTCGCGAACCACCTTGGCGCTGGGCGAAATGACCGTCGCGACACCGGTATTCGATACGGCTGACAAGCGCCTGCAACCGGAATACGCCAGCGGCGTGTTGTTGTCGAGCCAGGAAATCGATGAGGTCGATTTGCAGGCGGGTCATTTCAACGCCTTCAAGAATCAGGATGCCTCCACCGCCAAAGGTGATTTCTCCGGTTATGGGGCAAGTACCCGCCACGGCAGTATCGACTTCATCGGTGCCGACCTGTTCAGCGGCCGCACGGTGGGCGGCGCGCTCTATGCTTCCGAGCTGAGCGACACCTGGCGCCAGTACTACGGCAATCTGCATTCGACGCTGGGCCAGCTGTTCCTCGACGGTAACGTCTACTACACCCGCGACCATGGCCAGGCCAGCGCAGGCGCCATCGACAACACGGCCTTCAGCCTGTCCGGCAAATATCGACATGAAGCCCAGGCATTCACCTTGGCGTACCAGAAAATCAACGGCGACACGCCTTTCGATTTCGTTGGTGGTGACTCCATCTACCTGGCCAACTCGATCAAATACGCTGATTTCAATGGCCCGGGCGAACGCTCCTGGCAGGCTCGTTATGACCTCGACCTGGGCACGTTGGGCATCCCCGGCTTGAGTTTCATGGCCCGCTATGTAACCGGCGACGGGATAGATGGCAGCCATGCGCCACGGGGCGGCGCCTACAACCCGTTCGACAGCGACACCGGAACCTACAGCCCGCAGCAGGGGGACGGCGGCCGTCATTGGGAGCGCGACCTGGACCTGCATTACGTCGTGCAATCAGGGCCGGCCAAGGACCTGTCGCTGCAACTGTCCCACGTCACCCACCGCGCCAACAGCGCCCAGGCCGGCGATGACATCGACAGGCTGTACGTCGTCATCCAGTACCCGCTGAAGCTCGGACCGTTCTGA MSPASTNMIVPGPAPVALKPIWLLALLAGSAPALAGQTAEGFLQGATFEVLSRNFYLNNDYRSPTPAGKSYKAEWAQGFIATFESGFTPGIVGAGIDAHGFVGLKLDGGKGHSGTGLLPLDEDGRSEDEYSSAGAALKFNTSRTTLALGEMTVATPVFDTADKRLQPEYASGVLLSSQEIDEVDLQAGHFNAFKNQDASTAKGDFSGYGASTRHGSIDFIGADLFSGRTVGGALYASELSDTWRQYYGNLHSTLGQLFLDGNVYYTRDHGQASAGAIDNTAFSLSGKYRHEAQAFTLAYQKINGDTPFDFVGGDSIYLANSIKYADFNGPGERSWQARYDLDLGTLGIPGLSFMARYVTGDGIDGSHAPRGGAYNPFDSDTGTYSPQQGDGGRHWERDLDLHYVVQSGPAKDLSLQLSHVTHRANSAQAGDDIDRLYVVIQYPLKLGPF PGPT0028135_31 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028135-oprD-K18093 NA NA D1-35_03847 693 bluF Blue light- and temperature-regulated antirepressor BluF ATGGCGTTCCAACCAATCTTCAATGTCCGCACGCGCACAGCCTTTGCCTATGAGGCACTGGTCAGAGGCGTGAACGGCGAATCGGCAGGTTATATCCTCGGGCTGGTGAATGACGGCAACCGTTACCGGTTCGACCAGGCCTGCCGGGTGAAAGCGATTGAGGAGGCTGCCAGGCTGGGTATCCTCGACATTCCCGGTTGCCTGCTGAGCATCAATTTCCTGCCCAACGCCGTGTACCGGGCCGAGACCTGCATACGGGCGACATTGGAAGCTGCGCGTCAAAGCCGCTTTCCGCCGGACAGGCTCATGTTCGAGGTCACGGAAGGCGAAAGGGTGGACGACCCCGAGCACCTCAAGTCGATCTTTCTGGAGTACGAACGTCAGGGTTTCACTACCGCAATCGATGATTTCGGTTCTGGCTACTCGGGGCTCAATCTGCTTGCGCTGTTCCAGCCCCAAGTGCTGAAGATCGACATGGCGTTGACCCGAGGCATCGACCAGGATCCGGTCAGGCGCGCGATTGTCGAGGGGATCATCCTGGTCGCCGGCCGGCTGGGGATTACCGTCATCGCCGAGGGCGTCGAGACGCGAGAAGAAAGCGCGACGCTGCTGGAGTTGGGCATCGAGCTGATGCAGGGGTATCTCTATGCGCGGCCCGAGACGGGGCGGCTTGCGGTGGGCAGGTTCGATTAG MAFQPIFNVRTRTAFAYEALVRGVNGESAGYILGLVNDGNRYRFDQACRVKAIEEAARLGILDIPGCLLSINFLPNAVYRAETCIRATLEAARQSRFPPDRLMFEVTEGERVDDPEHLKSIFLEYERQGFTTAIDDFGSGYSGLNLLALFQPQVLKIDMALTRGIDQDPVRRAIVEGIILVAGRLGITVIAEGVETREESATLLELGIELMQGYLYARPETGRLAVGRFD PGPT0026255_256 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-BF-BLUE_LIGHT|COLD|STARVATION_SIGNALLING,PGPT0026255-bluF|ycgF-K21973 NA NA D1-35_03848 1752 QRSL1 Glutamyl-tRNA(Gln) amidotransferase subunit A, chloroplastic/mitochondrial ATGTTCTTCGTCAGCCGAAGCGGTAACAGCATGATTGAAATCACCGAAGTCTCCATTGCCCAACTCCGGGCCGCGCTGGAATCCGGCCAGACCACGGCGGTCGAGCTGGTCCAGGCCTATCTCGCCCGGATCGACGCCTATGACGGTCCCGACACGCCTACCGCCCTCAACGCGGTGGTGGTTCGCAACCCTTCTGCGCTGGACGAGGCCAAGGCGTCCGATGCCCGTCGGGCCAAGGGCCAGACTCTGGGTCCCCTCGATGGCATTCCCTATACCGCCAAGGACAGTTATCTGGTGAAGGGGCTCACCGCTGCGTCTGGAAGCCCGGCCTTCAAGGACCTGGTTGCCCATCGCGACGCCTTCACCATCGAACGCCTGCGTGCCGCCGGGGCGATCTGCCTGGGCAAGACCAATATGCCGCCGATGGCGAACGGCGGCATGCAGCGCGGTGTTTATGGCCGCGCCGAAAGCCCTTATAACGCGGATTACCTCACCGCGCCTTTTGCCTCCGGTTCGTCGAACGGCGCGGGCACTGCCACCGCTGCCAGTTTCGCCGCCTTCGGCCTCGCTGAAGAAACCTGGTCCAGCGGACGCGGCCCGGCCTCCAACAATGGCTTGTGTGCCTACACGCCCTCGCGCGGGGTGATCTCGGTGCGCGGCAACTGGCCCCTGACGCCGACGATGGACGTTGTCGTGCCCTACGCCAGGACCATGGCCGACCTGCTGGAAGTGCTGGAAGTGGTGGTGGCGAACGACCCCGACCCCCGTGGCGACCTGTGGCGCCTGCAACCCTGGGTGCCGATTCCGTCCGTCGATTCGGTCCGTCCCGCCTCGTACCCGAACCTTGCCGCCAATCCCGAAGCGTTGGCCGGCATCCGTTTCGGCGTGCCGCGCATGTACATCAATGCCGACCCCGAGGCGGGCACCGCTGAAAAGCCAGGCATTGGCGGCCCGACCGGGCAACGAATCATCACTCGCCCGTCGGTGATCGCCCTCTGGGAAGCCGCGCGCCAAACCTTGGAGGCCCAGGGCGCCGAAGTGATCGAGGTGGATTTCCCGCTGGTGTCCAACTGCGAGGGCGATCGCCCTGGCGCGCCGACGGTGTTCACCCGCGGCCTGGTGTCCAAGGAGTTCCTGCACCATGAACTCTGGGACCTGTCGGCCTGGGCGTTCGACGATTTCCTGCGGGCCAACGGCGATCCGAAACTCAATCGCCTGGCCGACGTCGACGGACCGCTGATTTTCCCTCACGACCCGGGCACCCTGCCCAATCGCGAGGATGATCTTGCCGCCGGCATGGACGAATACGTGAAGATGGCCCAGCGCGGCATCACGCCGTGGGATCAAATCCCGACGTTGCCCAATGGCTTGCGCGGCCTCGAAGAGACACGCCGGATCGATCTTGAAGACTGGATGGAGCGGCTCGGGCTGGATGCGGTGATCTTCCCTACCGTGGCGGACGTCGGGCCCGCCGACGCGGACGTCAACCCGGAGTCAGCCGACATTGCCTGGAGCAATGGCGTATGGGTCGCCAACGGCAACCTCGCCATCCGCCACCTCGGCGTGCCAACCGTCACCGTGCCGATGGGCGTCATGGCGGACATCGGCATGCCGGTCGGGCTGACGTTCGCGGGCCGTGCCTATGACGATTCGAAACTGCTGCAGCTGGCCTCGGCATTCGAGTCGACGGGCTCGAAACGGATGATCCCGCCGCGGACTCCGCCGTTGTCTGGTGATCATCCGCGCGCGTGA MFFVSRSGNSMIEITEVSIAQLRAALESGQTTAVELVQAYLARIDAYDGPDTPTALNAVVVRNPSALDEAKASDARRAKGQTLGPLDGIPYTAKDSYLVKGLTAASGSPAFKDLVAHRDAFTIERLRAAGAICLGKTNMPPMANGGMQRGVYGRAESPYNADYLTAPFASGSSNGAGTATAASFAAFGLAEETWSSGRGPASNNGLCAYTPSRGVISVRGNWPLTPTMDVVVPYARTMADLLEVLEVVVANDPDPRGDLWRLQPWVPIPSVDSVRPASYPNLAANPEALAGIRFGVPRMYINADPEAGTAEKPGIGGPTGQRIITRPSVIALWEAARQTLEAQGAEVIEVDFPLVSNCEGDRPGAPTVFTRGLVSKEFLHHELWDLSAWAFDDFLRANGDPKLNRLADVDGPLIFPHDPGTLPNREDDLAAGMDEYVKMAQRGITPWDQIPTLPNGLRGLEETRRIDLEDWMERLGLDAVIFPTVADVGPADADVNPESADIAWSNGVWVANGNLAIRHLGVPTVTVPMGVMADIGMPVGLTFAGRAYDDSKLLQLASAFESTGSKRMIPPRTPPLSGDHPRA PGPT0006115_510 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 D1-35_03849 1005 gap3 COG0057 Glyceraldehyde-3-phosphate dehydrogenase 3 ATGACGATCAAAGTAGGCATCAACGGTTTCGGACGCATAGGTCGCCTTGCCTTGCGCGCAGCCTGGGGCTGGCCGGATTTCGAGTTCGTGCAGGTCAACGATCCGGCGGGCGACGCGGCGACCCATGCGCATCTATTGAACTTCGATTCGGTGCACGGCCGCTGGAACCGCCAGGCCGACGCCGATGGCGCCAGCATGATCATCGAGGGGCAGCGCATCAAGGTCACAGCCAACAAAGCGATCGCCGACACCGACTGGTCGGGCTGCGATGTGGTGATCGAGGCCAGCGGCAAGATGAAGACGGTCGCGGTGCTCCAGGCGTATCTCGATCAGGGCGTGAAGCGCGTGGTGGTCAGTGCCCCGGTGAAAGAGCAAGGCGCCTTGAATATCGTCATGGGGGTCAATCACCAGCAGTTCGAGCCGGACCGGCATCGCATCGTGACGGCGGCTTCCTGCACCACCAACTGCCTGGCACCCGTGGTCAAGGTAATCCACGAGAAGCTCGGCATCCGTCACGGCTCGATCACCACGATCCATGACCTGACCAATACCCAGAGCATCCTCGACCAGCCGCACAAGGACCTGCGCCGCGCCCGGGCGTCGGGCATGAGCCTGATTCCCACCAGCACCGGCTCGGCCACCGCTATCGCCGAAATCTTTCCCGAGCTGCGCGGGCGCCTCAATGGCCATGCCGTGCGGGTGCCGTTGGCCAATGCGTCGCTGACCGATTGCGTGTTCGAGGTCGAGCGAGCTACCACGGTGGAGCAAGTGAACGGTTTTCTCAAGGACGCAGCCGAGCACGAGCTCAAGGGCATCCTCGGTTTTGAGGAGCGCCCTCTGGTGTCCATCGACTACCGCACCGATCCGCGCTCGTCGATCATCGATGCGCTGTCGACCCTGGTTGTCAACGGCACCCAGGTCAAGCTTTATGCCTGGTACGACAACGAATGGGGCTACGCCAACCGCACCGTCGAACTGGCCCGGATGGTTGGCCTGGCTGTCTGA MTIKVGINGFGRIGRLALRAAWGWPDFEFVQVNDPAGDAATHAHLLNFDSVHGRWNRQADADGASMIIEGQRIKVTANKAIADTDWSGCDVVIEASGKMKTVAVLQAYLDQGVKRVVVSAPVKEQGALNIVMGVNHQQFEPDRHRIVTAASCTTNCLAPVVKVIHEKLGIRHGSITTIHDLTNTQSILDQPHKDLRRARASGMSLIPTSTGSATAIAEIFPELRGRLNGHAVRVPLANASLTDCVFEVERATTVEQVNGFLKDAAEHELKGILGFEERPLVSIDYRTDPRSSIIDALSTLVVNGTQVKLYAWYDNEWGYANRTVELARMVGLAV PGPT0018000_5699 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 D1-35_03850 1206 hypothetical protein ATGAAAGCCTTGTCAGCCTTAGCGCCGCAAGTGCGACAGTACCTGCTCGTCACCGGTAATTACTGGGCTTTTACCTTGACCGACGGCGCCCTGCGGATGCTGGTGGTGCTGCACTTCCACGCGTTGGGCTACAGCCCGTTGCAGATTGCCGCGCTGTTCCTGTTTTACGAACTCTTCGGCGTGGTCACCAACCTGCTGGGCGGCTACCTCGGTGCCCGGCTGGGCCTGAATCGGACGATGAACATCGGCCTGGGCCTGCAAGTGGTGGCGCTGCTGATGCTGACGGTTCCGTCCGCCTGGCTGACCATCGCCTGGGTGATGATGGCCCAGGCGCTTTCGGGAATCGCCAAGGACCTGAACAAGATGAGCGCCAAGAGCTCCATCAAGCTTCTGGTGCCTGACGGTGAGCAGGGCAGGCTTTATCGCTGGATAGCGATCCTCACCGGCTCGAAGAACGCGCTCAAAGGCGTCGGCTTTTTTCTCGGTGGGGCGTTGCTCGCATGGATCGGTTTCCAGGGCGCATTGTTGGCGATGGCCGCCGTGTTGGCACTGATCTGGGGCGGTAGCCTGATCCTGCTGAAGAAGGACCTGGGCAAGGCCAAGGCCAAGCCCAGATTTCGCGACATCCTTTCCAAGAGCCGGGCGATCAATATTTTGTCGGCCGCGCGAATGTTCCTGTTCGGCGCCCGGGATGTCTGGTTCGTGGTGGCCCTGCCGGTCTACCTGAGCAGTGTCTACGGCTGGAATTTCTCGACCGTGGGCGGATTTCTCGCCGCGTGGGTCATCGGCTACGGCATCGTGCAATCCCTGGCGCCGAACATCACCGGCAAGAAACGCGGGCAGGTGCCGGATGGGCGCGCCGCGTTCCTCTGGGCGCTGGCGTTGGCGGGCTTGCCGGCGGCGATGGCCCTGGGGCTGTCACAACAGGCGATGCTGTTGGGCGGGCTGATGGTCTTTGGCGGGCTGTTCGCGGTGAATTCTTCCCTGCACAGTTATCTGATCGTGTCGTACGCCAAGGAGGACGGCGTGTCGCTGGACGTGGGTTTCTATTACATGTCCAACGCCATCGGCCGGCTGGCCGGGACGCTGCTTTCAGGTTGGGTCTACCAAGGGTACGGGCTGGCGGCATGCCTGTGGATTTCCAGTGCATTCGTGTTGCTCGCTGCCCTGATTTCGTTGGCGTTGCCTCGTCACGCAACGCACTGA MKALSALAPQVRQYLLVTGNYWAFTLTDGALRMLVVLHFHALGYSPLQIAALFLFYELFGVVTNLLGGYLGARLGLNRTMNIGLGLQVVALLMLTVPSAWLTIAWVMMAQALSGIAKDLNKMSAKSSIKLLVPDGEQGRLYRWIAILTGSKNALKGVGFFLGGALLAWIGFQGALLAMAAVLALIWGGSLILLKKDLGKAKAKPRFRDILSKSRAINILSAARMFLFGARDVWFVVALPVYLSSVYGWNFSTVGGFLAAWVIGYGIVQSLAPNITGKKRGQVPDGRAAFLWALALAGLPAAMALGLSQQAMLLGGLMVFGGLFAVNSSLHSYLIVSYAKEDGVSLDVGFYYMSNAIGRLAGTLLSGWVYQGYGLAACLWISSAFVLLAALISLALPRHATH PGPT0004756_41 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-ARSENIC_TRANSPORT,PGPT0004756-arsJ-NA NA NA D1-35_03851 732 mngR COG2188 Mannosyl-D-glycerate transport/metabolism system repressor MngR ATGAACGCCCTGTCCAGCGACGCCCGCCTGCCGCTTTATCAACGTTTGCGTGACCAGCTGGCGGAGCAGATCGCCAACAATCGCTGGCGTCCGGGGGAGGCGATTCCGACCGAGGCAGCGTTGTCAGCCGAATACCAGCTGTCCACCGGAACCGTGCGCAAGGCAATTGATGCCTTGGTCAGCGAGGGCATCCTGGAGCGCCAGCAAGGGCGGGGCACCTTCATTCGTCGTCCGCAGTTCCAGTCATCGTTGTTTCGTTTCTTTCGCTTTCAGTCGGCGTCCGGTGAACGCCGGGTTCCGCAGAGTCGCATCCTGTCTGTCGAGCCGGTGGCGGCGCCATCGGCGGTCGCGCAGGCCTTGGGGTTGCCGGTCGATGCGCCGGTGATCCGCATCGTCCGGGTGCGTCTGCTGGAAGTCGAGCCGGTGCTCGCCGAAGAAATCTGGCTGCCACGTGGCCGATTCCAGCCGTTGCTGGAGATCGACCTGAACCAGAAAGGGCCGTTGCTCTATCCCATCTACGAGGAAATCTGCGGGCAGGTGGTTGCCTATGCGCAGGAAACCCTCACGGCCGAATCGGTCAACGAGGTGCATGCGCGCCTGTTGCAGGTTCCGGTCCACAGCCCGGTGGTGGTGATCGAGCGCCTGGCCCGCGATTACGCCGGCAACCCGCTGGAATGGCGCCGTTCGCGCGGGCATGCCGAGCATTTCCGCTACAGCGTCGAAATCCGCTGA MNALSSDARLPLYQRLRDQLAEQIANNRWRPGEAIPTEAALSAEYQLSTGTVRKAIDALVSEGILERQQGRGTFIRRPQFQSSLFRFFRFQSASGERRVPQSRILSVEPVAAPSAVAQALGLPVDAPVIRIVRVRLLEVEPVLAEEIWLPRGRFQPLLEIDLNQKGPLLYPIYEEICGQVVAYAQETLTAESVNEVHARLLQVPVHSPVVVIERLARDYAGNPLEWRRSRGHAEHFRYSVEIR NA NA NA NA NA D1-35_03852 1290 naiP_2 Putative niacin/nicotinamide transporter NaiP ATGTTCAGTTGGTATCGCCAGATCACTTCGCGGGAGCGCAAGACGTTTTGGGCGTGTTTTGGCGGCTGGTCGCTCGACGCGCTGGAGGTCCAGATGTTCGGCCTGGCGATACCGGCGTTGATCGCCGCGTTCGCCTTGTCCAAGGGCGATGCGGGGCTGATCAGCGGCGTTACGCTGGTGACCTCGGCCCTGGGTGGCTGGGTCGGCGGGACGCTATCCGACCGTTATGGCCGGGTGCGCACGCTGCAATGGATGATCCTGTGGTTCTCGTTCTTCACCTTCCTGTCGGCGTTCGTCACGGGCTTTCACCAACTGTTGATCGTCAAGGCATTGCAGGGCTTTGGCATTGGCGGAGAGTGGGCCGCCGGCGCGGTGCTGATGGCCGAGACGATCAATCCGAAATACCGCGGCAAGGTCATGGGCACGGTCCAGAGCGCCTGGGCGGTGGGTTGGGGGCTGGCTGTCGGGGTCTTTACGCTGATCTACTCCCTGGTGCCGCAGGACATGGCCTGGCGGGTGATGTTCATCGTCGGCCTGCTGCCGTCGTTCCTGATCATCTGGGTGCGCCGCAACGTCGAGGAGCCGGACAGTTTCCAGCGGCTGCAAAAGGAACAGGCGATTCCGCAGAGCTTCTTCAAGTCCCTGGGCGGCATCTTTCGCCCGGAACTGATTCGCGTGACCCTGTTCGGCGGTTTGCTCGGGTTGGGTGCCCACGGCGGTTATCACGCGGTGATGACCTGGCTGCCGACCTTCCTCAAGACCGAGCGCAACCTGTCGGTGCTCAATTCCGGCGGCTACCTGGCGGTGATCATCTTTGCCTTCTGGTGCGGTTGTGTCGTCAGTGGCTTGCTGATCGATCGCATCGGCCGGCGCAAGAACATCCTGTTGTTCGCGCTGTGCTGTGTGGTGACCGTGCAGTGCTACGTCTTCCTGCCGCTGAGCAATACGCAGATGTTGTTCCTGGGCTTCCCGCTCGGCTTTTTCGCAGCCGGCATTCCGGCCAGCCTCGGGGCGTTCTTCAACGAGTTGTACCCGGCGGATGTACGCGGTGCCGGCGTCGGTTTCTGCTACAACTTCGGCCGGGTGCTGTCGGCGGTATTCCCGTTCCTGGTGGGGCACATGAGCGATTCCATGTCCCTGGGATCAGCCATCGGCATTGATGCGGGCATCGCCTACGGCGTGGCTGTGCTCGCGGCGCTTTGCCTGCCGGAAACCCGCGGCCGTAGCCTTGAGGCATCTGCGTCACCGGCGCCCGCCGTGGCATCTGCCAGCGAGAGCGCCCGCGCCTGA MFSWYRQITSRERKTFWACFGGWSLDALEVQMFGLAIPALIAAFALSKGDAGLISGVTLVTSALGGWVGGTLSDRYGRVRTLQWMILWFSFFTFLSAFVTGFHQLLIVKALQGFGIGGEWAAGAVLMAETINPKYRGKVMGTVQSAWAVGWGLAVGVFTLIYSLVPQDMAWRVMFIVGLLPSFLIIWVRRNVEEPDSFQRLQKEQAIPQSFFKSLGGIFRPELIRVTLFGGLLGLGAHGGYHAVMTWLPTFLKTERNLSVLNSGGYLAVIIFAFWCGCVVSGLLIDRIGRRKNILLFALCCVVTVQCYVFLPLSNTQMLFLGFPLGFFAAGIPASLGAFFNELYPADVRGAGVGFCYNFGRVLSAVFPFLVGHMSDSMSLGSAIGIDAGIAYGVAVLAALCLPETRGRSLEASASPAPAVASASESARA NA NA NA NA NA D1-35_03853 807 4-sulfomuconolactone hydrolase ATGACCGGCATCGACTGCCATGCCCACGTGTTCAGCCGTGAGCTGGAGCTGGCTGCCGTGCGGCGTTACACACCGGACTATGACGCTACGCTTGCGCAATACCTGAACCATCTGCAGACCCATGGCTTGAGCCATGGTGTTCTGGTTCAGCCGAGCTTTCTCGGCACCGATAACCGCTACCTGCTCGCCGCGCTGGAACAGGCGCCGGAGCAACTGCGCGGGGTCGTGGTGGTGGAACCGGATATCAGCCGAGTCGAGCTGGAGGAGATGGCGCGGCTGGGCGTGGTCGGCGTTCGCTTGAACCTGATGGGCACGGCCTCGCCCGACTTTCGCGAAACCCTGTGGAAAGACTTCCTTGGCCACCTTGCCGAATTGGATTGGCATGTCGAATTGCATGCCCCGGTAGAACAACTGCCGGGACTGATTCGCCAGTTGATGCCGTTCGGCGTGCGCTTGGTGGTCGACCACTTCGGTCGCCCCGATGCGCGTTCGGGCCTTGATCAACCGGGATATCCCGAGCTGATGACGCTGGGCGCCAGTGGGCAAGTCTGGATGAAAGTTTCCGGCATCTATCGGCTGGCGGGCACCAAGCAGCAGAATCTGGCATTCGCCAGGTCCGCATTGGGCCTGCTGGAGCAGAGTTTCGGCGCCCATCGCCTGGTATGGGGCAGTGATTGGCCGCATACACAACACGAGGCAGTCATCGGCTTCGATACGGTGATGCGCCAGTTACAGGATTTGCAGATTTCTTTGCCGTTTATGCGCGCGCTTATGGTAGAAACGCCCCGCGCGTTGTTCCGATTTTGA MTGIDCHAHVFSRELELAAVRRYTPDYDATLAQYLNHLQTHGLSHGVLVQPSFLGTDNRYLLAALEQAPEQLRGVVVVEPDISRVELEEMARLGVVGVRLNLMGTASPDFRETLWKDFLGHLAELDWHVELHAPVEQLPGLIRQLMPFGVRLVVDHFGRPDARSGLDQPGYPELMTLGASGQVWMKVSGIYRLAGTKQQNLAFARSALGLLEQSFGAHRLVWGSDWPHTQHEAVIGFDTVMRQLQDLQISLPFMRALMVETPRALFRF NA NA NA NA NA D1-35_03854 2184 hypothetical protein ATGTCGAATATTGAAGCGTTTCCCAGGGAGACGCGTACACCGAGCGAATATGAAGGGCTCGTGGCGATGGGCGCAAACGCGCTCGACGCCATTCCTGGCGCGGTGTATCTGTGTGATCACAACGGCTGGCTGGTCCGCTACAACAGCGAGGCGGCCACGTTGTGGGGACGAGCGCCGGTATTAGGGGAGGGCGGCGACCGTTTTTGCGGTTCCTATCGCCTGTTCCTGGCCGACGGTACGCCGTTGGCATTGGAAGACTGCCCGATGGCCTGGGCGCTGGAGTCGGGTACGGCGACGCGCAACCAGGAAGTGTTTATCGAGCGTCCGGACGGCTCGCGGATCGTCGCGCTGGTGAACATCCGGGCCCTGAGGGATGAGCAGGGCACTATCCAAGGGGCGATCAACTGCTTCCAGGATGTCTCGGCGCACCACGCGATGGCCGACGAGCTACGGCGCAAGAATGCCGACCTGGAAGACTTCTTCGAAAACAGTGCGGTCGGCCTGCACATCGTCAGCGGCGAAGGCACCATTGTGCGTGCCAACAAGGCTGAGTTGGCCTTGCTCGGTTATTCGGCGCAGGAGTACATCGGCCGCCACATCACCGAGTTCCATGTCGATGAGCCGGTCATCGGCGACATCCTGAGCAAATTGAGCAACGGCGAATGCCTGGAAGACTATCCGGCTCGCCTTCGAGCCAAGGATGGTTCGATCAAGCATGTCACCATCACCTCCAACGGGCGATTCGAGGACGGCAAGCTTTTCAACACCCGGTGCTTCACCGTGGACGTGACCTCGGTCCATGCGGCCGAGACGGCACGCCAGGAGAGCGACGACCGGTTGTCCGCAACCTACGAGGCGGCGACGATCGGCATTGCCGAAGCCGGGGCGGATGGCCGTCTGTTGCGGGTCAACGATGCGCTCTGCAACATGCTCGGGCGCTCGCGCGAAGAACTGCTGAACATGACTTTCCTGGGGTATACCCACTCCGACAGCACCGACGAAGACGCCGCGCTGTATGCGCGCCAAGTGGCCGGCGAGCTGGATAACTACGTGCTGCGCAAACGCGCCTTCAAGCCTGACGGAGAAACCGTCTACCTGGACATCCACAGCTCATCGGTCCGGGACTCCCAAGGCGTGTTTCGTTATGGCGTGCGGGTTATCCAGGATGTCACGCAGGCGCGGCGCATGGAAAACCAGATCCTCGAAAGCGAACGGCACATGCGCAACCTGCTCGAGGCGCTGCCCGCGGCGGTCTATACCACGGACGCGCAAGGCCGGATCAATTTTTTCAACCGGGCAGCGGTCGAGTTGTCGGGGCGTACGCCTGAACTGGGCGACCTTTGGTGCGTGACCTGGAAACTGTTCACCACCGATGGCAATTTCCTGCCCCACGACCAGTGCCCGATGGCGGTGGCCTTGAAGGAAAACCGGCCGATACGCGGGGTCGAGGCAGTCGCGGAGCGTCCCGACGGCAGCCGGGTCCCGTTCGCGCCTTATCCCACGCCGCTGCACGACGCGCAGGGCAACCTGGTCGGCGCCATCAACATGCTGGTGGACATCTCCGAGCGCAAGCAGGCCGAAGACCGGCAGAAAACCCTGATCGACGAGCTCAACCACCGGGTCAAGAATACCCTGGCCACGGTGCAATCCCTGGCAGCCCAGACCGCCCGCAATGCGGTGGATGCAAAGGATGGTTACAACCGTTTCGAAGCCCGGCTTCTCGCGTTGTCCCGCGCCCACGATCTGTTGACGAGGCGCCATTGGGGCCAGACCCCGCTGGCCTCCCTGGCCCGGGAAGTGTTGGTGCCGATATTCGGGGCCGACCCTGGCCGTATCACCTTGGAGGGTGATGCCATCGACGTCGATACCCGGGTCGCGCTCGGCCTGACCATGACCCTCAACGAACTGGCGATCAATGCGCTCAAGTACGGCGCGATGTCGGTCGAGACGGGCAGGCTTTCGCTGAACTGGAACGTCCAGCCGCAATCGAACGGCACCTTGCTGACCTTGGATTGGCGCGAGCAGGGCGGCCCCCCGGTGTTTCCGCCGGAACGGGAAGGGCTCGGTTCGCGGTTGATGAAGCGCTGTATCGAGCGCGATCTTGGCGGAATTTTTGTCCTGACTTTTGCACCTGAGGGCGTTCTCTGTCGCTTCTCGTTCATGGTCGTTGAGCAATCTGCATGA MSNIEAFPRETRTPSEYEGLVAMGANALDAIPGAVYLCDHNGWLVRYNSEAATLWGRAPVLGEGGDRFCGSYRLFLADGTPLALEDCPMAWALESGTATRNQEVFIERPDGSRIVALVNIRALRDEQGTIQGAINCFQDVSAHHAMADELRRKNADLEDFFENSAVGLHIVSGEGTIVRANKAELALLGYSAQEYIGRHITEFHVDEPVIGDILSKLSNGECLEDYPARLRAKDGSIKHVTITSNGRFEDGKLFNTRCFTVDVTSVHAAETARQESDDRLSATYEAATIGIAEAGADGRLLRVNDALCNMLGRSREELLNMTFLGYTHSDSTDEDAALYARQVAGELDNYVLRKRAFKPDGETVYLDIHSSSVRDSQGVFRYGVRVIQDVTQARRMENQILESERHMRNLLEALPAAVYTTDAQGRINFFNRAAVELSGRTPELGDLWCVTWKLFTTDGNFLPHDQCPMAVALKENRPIRGVEAVAERPDGSRVPFAPYPTPLHDAQGNLVGAINMLVDISERKQAEDRQKTLIDELNHRVKNTLATVQSLAAQTARNAVDAKDGYNRFEARLLALSRAHDLLTRRHWGQTPLASLAREVLVPIFGADPGRITLEGDAIDVDTRVALGLTMTLNELAINALKYGAMSVETGRLSLNWNVQPQSNGTLLTLDWREQGGPPVFPPEREGLGSRLMKRCIERDLGGIFVLTFAPEGVLCRFSFMVVEQSA NA NA NA NA NA D1-35_03855 363 hypothetical protein ATGACCCGGTTTGCTGGTATCAGGGTTCTGCTTGTCGAGGACGAAGGCGCGGTCGCCATGTTGATCGAGGAAATGCTCGAAGAGCTGGGCTGCACGGTGGTGGCGTCAGTCCCACGACTCGCCCAGGCTCGGGAAAAAGCGGACACCCTGGAGGTTGACCTGGCAATTCTGGACGTCAATCTGGCTGGTGAACGAGTGTTCCCGGTGGCTGATATCCTGCGTGCACGTAACGTTCCTTTCCTGTTCAGCACCGGATACGGCGTCAGCGGCCTGCCCGCTGACTTCGCCCAGTGTCCGGTTCTGCACAAGCCCTTTTCCGAAAACGAATTGCAGCTGAAGATAGCGCTGACGCTGAAAAGTTGA MTRFAGIRVLLVEDEGAVAMLIEEMLEELGCTVVASVPRLAQAREKADTLEVDLAILDVNLAGERVFPVADILRARNVPFLFSTGYGVSGLPADFAQCPVLHKPFSENELQLKIALTLKS NA NA NA NA NA D1-35_03856 444 hit COG0537 Protein hit ATGAGCTTGTACGGCCAATACGATCCGCAGAACATCTTTGCGCTGATTCTTCGCGGCGAAGCGCCCTGCTATAAAATCTACGAAGACACTGATGTACTGGCCTTCCTCGATATTTTTCCGCAGTCGCGCGGTCATGTGCTCGTCATCCCGAAGGCGGCCCAGGCGCGCAATATTCTCGATGTCGACCCCGCGGTGCTGGGCAAGATGATGTCGGCGGCGCAACGCCTCACTCGGATCCTCGTCGACGAGCTGCAGCCGGATGGCGTGCAGATCGCGCAGTTCAACGGCGCGCCCGCCGGGCAAACGGTCTTCCATATCCACGTCCACATCATCCCGCGCTGGGACGGCGCCGCGCCTGAGGCTCATGGACAGGGCAAGGCCGATCCGCAGGAGCTTGAAGCGTTGCAGGCGCGGCTGGTGGAGCGTATTCGTTCGCAAGAGTGA MSLYGQYDPQNIFALILRGEAPCYKIYEDTDVLAFLDIFPQSRGHVLVIPKAAQARNILDVDPAVLGKMMSAAQRLTRILVDELQPDGVQIAQFNGAPAGQTVFHIHVHIIPRWDGAAPEAHGQGKADPQELEALQARLVERIRSQE NA NA NA NA NA D1-35_03857 519 hypothetical protein ATGAAATTGCGCCTGCTGACCGCTGCCTTGTTTTTCATCTGCACCCTGGCTCAAGCCGCAGAACCGAAACCCATTCCGCAAGCCTTGGAGGCACAGATCGGGCATCTGGTGGCGCTGCTCAAGGACAGCTATGCCACCGGCTACCCCGACGCGGCGCTGGTGCAAACGCTCGATACCGGCGAGGACAGCCAGGTCACGCTCGCGGTCTTCACTATCGAGGGCTTTGGGATGGGCAACAATTACAGTCAGTACCTGGCGGCCTTTACCCCTGAGGAGAACGAAGAGGGCGTGCCGCATTACAGCCTGCTGGATGTGATGCGAATCGGCGGAGACAGCTGGCGAGCGATCGATAAGATGGACGCCAGGCTGGTCAGCGACCCGGCGGGTGAGCAGACCCTGATCGACATCGCGGCAATGGAAAACACCGACGACGATGCGCCGAACTTCCCTAGCAGAGCGGCAGTTATTCATCTGTCCTTGGCTGGTGCACAATCCCTGCGGTTGGTAGAGATAAAGTAG MKLRLLTAALFFICTLAQAAEPKPIPQALEAQIGHLVALLKDSYATGYPDAALVQTLDTGEDSQVTLAVFTIEGFGMGNNYSQYLAAFTPEENEEGVPHYSLLDVMRIGGDSWRAIDKMDARLVSDPAGEQTLIDIAAMENTDDDAPNFPSRAAVIHLSLAGAQSLRLVEIK NA NA NA NA NA D1-35_03858 870 rob COG2207 Right origin-binding protein GTGCCTGAGCTACCAAACGATTACGCCTACAAAAAACGCTTCGACGCTGTACTGGCGTATATCGATGCCAATCTGGAAGATGATCTGTCGGTGAGGACGTTAAGTCATGTGGCGAACTTCTCGGCGTTTCACTTCCATCGCCAGTTCACGGCGTTCATGGGCGTGCCTGTTTCGCGCTACGTCCAGCTGATGCGGCTACGACGCGCGGCACATCGCCTGGTCGCAGTTGCCGATTATTCGGTACTGGACGCCGCGCTGGATGCGGGCTTCAGGAGCCCCGAGGCGTTCTCCAGGGCGTTCAGCCGGGCGTTCGGCGCCGCGCCAAGCGCGTTCAGGAAGAATGCAAACTGGCAGGTCTGGAACACGGTATTTGCCGTCCCACATTTTTCCAGGACTCTTCTCATGCAAGTACGCATTATCGAACTCACTGAAATCAACGTAGCGGCCCTTGAGCACCGCGGGCCGCCCGGGCTCGTCAATGCGAGCGTCCGCCAGTTCATCGAGTGGCGGATGCGCAGCGGGCAGTCGCCGGTGGCATCAAGCCGCACGTTCGGTATTCCTTATGGCAATCCCGATACGACACCTGCGCACGCCTTCCGATTTGCGATCTGCGGTGAGATTCACGAAGACGTGACGCCGAATGAGTTCGGCGTAGGCCCACTCGTCATTCCCGGCGGCCGCTACGTCGTGGTACGCCATGCGGGGTCGCCCGATCATATCGGCGAGACGATCTACCCGATCTACCGCGACTGGCTCCCCGCGAGCGGTGAGGAGCTGCGTGATCAGCCACTGTTTTTCCACTACCTGAGCGCCTATCCCGAGACGCCACAGGATCAATGGCAAACCGATGTGTATGTCCCGCTGCAATAG MPELPNDYAYKKRFDAVLAYIDANLEDDLSVRTLSHVANFSAFHFHRQFTAFMGVPVSRYVQLMRLRRAAHRLVAVADYSVLDAALDAGFRSPEAFSRAFSRAFGAAPSAFRKNANWQVWNTVFAVPHFSRTLLMQVRIIELTEINVAALEHRGPPGLVNASVRQFIEWRMRSGQSPVASSRTFGIPYGNPDTTPAHAFRFAICGEIHEDVTPNEFGVGPLVIPGGRYVVVRHAGSPDHIGETIYPIYRDWLPASGEELRDQPLFFHYLSAYPETPQDQWQTDVYVPLQ NA NA NA NA NA D1-35_03859 1164 hypothetical protein ATGAAGGCAAGCACCTTTTATCTTGCGTTATGCGCGGCGGCGCCTTTTGCCGACGCCGCCGGCCCGGAAAGCGCCAGCGAGTCGCGCAATTCACAACAGATCAGCCGGGCGGGCAGCCAGGCTTCCGCCGCAGGACCGGCGGACTATTTCACCGGACAGGTGCGTGTGGACCCGCTGTTCCCAGCGACGGAAGACATCAACGTGTCTGGCGCCTACGTCACTTTCGAACCGGGCGCGCGCTCGGCCTGGCATACCCATCCCGCCGGTCAGCGATTGGTAGTGGTCTCCGGCGTGGGCCTGACGCAGGAATGGGGCAAGCCGGTGCAGCAAATCCATCCCGGCGACGTGGTAGTTTGTCCTGCGGGCGTCAAGCACTGGCATGGCGCGGCGCCGGACAGCGCCATGACTCATCTGGCCGTGACCGGCACGGTGGAGGGCAAGAATGTGCAGTGGTTGGAGAAGGTCAGCGAGGAGCAATACGGCGCCGGTGGAACGCTGACATCATCGGCCAAGCCAGATGCTGCGGCGGTTTCACAAACCCTGTCGGCCAAACAGCGAGCCATTCCGCTGATCGCCGCCGCCATGGCCACAAGCAACATGCCGGCTCTCGATAGCGCCTTGAATAAAGGGCTGGATGCGGGTCTCAGCGTCAGCGAGGCGAAGGAAATCCTGGTGCAGCTCTACGCTTACAGCGGGTTTCCCCGCAGCCTCAACGCGCTGGGCGAATTGATGAAAGTCGTGGAGGCCCGAAAGCAACGCGGCGTGCAGGATGCTCCGGGGCGCGAGCCGACTCGCCCGATCCCTACCGGCGATGCATTACTGGTGGCGGGCAAGGCCAACCAGACACGGATCGCCGGCGCGCCTGTCCAAGGGCCGCTGTTCGACTTCGTCCCGGTCATCAACCAATATCTGCAGACGCACCTGTTCGGCGATATTTTCGAGCGCGACAACCTGGACTGGCAAAGCCGGGAGCTGGCGACGGTCGCCGCTCTGGCGGTGACCCCAGGGGTGGAGTCACAACTGCGTTCACACGTGGCTGCGAGCTTGCGGGTCGGATTGAGCGCTGCGCAATTGCGCCAATTGATCCAGCTGCTGGACGAGCAGGGCGAGGCCGCTGCGGCCAAGCGTGCCGCTGAGGCACTGGATGCCAGTCAGTCTTCGTAA MKASTFYLALCAAAPFADAAGPESASESRNSQQISRAGSQASAAGPADYFTGQVRVDPLFPATEDINVSGAYVTFEPGARSAWHTHPAGQRLVVVSGVGLTQEWGKPVQQIHPGDVVVCPAGVKHWHGAAPDSAMTHLAVTGTVEGKNVQWLEKVSEEQYGAGGTLTSSAKPDAAAVSQTLSAKQRAIPLIAAAMATSNMPALDSALNKGLDAGLSVSEAKEILVQLYAYSGFPRSLNALGELMKVVEARKQRGVQDAPGREPTRPIPTGDALLVAGKANQTRIAGAPVQGPLFDFVPVINQYLQTHLFGDIFERDNLDWQSRELATVAALAVTPGVESQLRSHVAASLRVGLSAAQLRQLIQLLDEQGEAAAAKRAAEALDASQSS PGPT0005005_46 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 D1-35_03860 894 pgrR_7 HTH-type transcriptional regulator PgrR ATGACCACCGAACGCTACGACCAACTCGCCATCTTCTCAGTCGTGGCCCAGGAGCGCAGTTTCACTCGGGCGGCGGCCAGGCTTGGCATGTCGCAACCGGCACTGAGTCGGGCGATGCGACAACTGGAAGAACGGCTGGGAGTCCGGCTGTTGTCGCGTACCACGCGAAGTGTTGCCCCGACCCAAGCGGGCGAACGCCTGTTGCAGGTGGTTGCGCCGCGGTTTGAAGAGATCGATCAGGAGATGGCGATGCTCAGTGAGTTTCGCGACAAACCGGCCGGAAAATTGCGCATCACCGCTGGCGAGCATTCTGCAATCACCGTGCTCCAGCCGGTTCTCGCCAAGTTGCTCCCTGACAATCCCGACCTGAACATCGAGATCATCGTCGACTACGCTTTTACCGACATCGTCGCTGAGGGGTTCGATGCCGGCGTGCGGCTGGGCCCGCAGGTCGCCAAGGACATGATCGCCATGCGCATTGGCCCCGACATGCGCATGGCGGTCGTCGGCTCGCCGGCGTACTTCGCCCAACATCCCAAGCCGCTGATTCCAAACGACCTGACGGCGCACAACTGCATCAACTTGCGCATGCCGACTCATGGTGGCCTGTATGTCTGGGAATTTGAAAAAAGCGGTCAGGAACTGCAAGTCCGGGTAGAAGGCCAACTGGTTTTCAACACGATTGCCATGCGCCTGGAGGCGGCGCTCCAGGGCTTGGGGTTGGCCTTCATGCCGGAAGATCTGGTGCAGGAAGCTGTCGCGCAAGGCCGGCTGATCCGGGTACTGGACGATTGGTGCGAGCCGTTTTCCGGCTATCATCTGTACTACCCGAGTCGCCGCCAGACCTCTCCGGCCTTCACGCTGCTGCGCGAAGCCTTGCGTTACGAAGACTGA MTTERYDQLAIFSVVAQERSFTRAAARLGMSQPALSRAMRQLEERLGVRLLSRTTRSVAPTQAGERLLQVVAPRFEEIDQEMAMLSEFRDKPAGKLRITAGEHSAITVLQPVLAKLLPDNPDLNIEIIVDYAFTDIVAEGFDAGVRLGPQVAKDMIAMRIGPDMRMAVVGSPAYFAQHPKPLIPNDLTAHNCINLRMPTHGGLYVWEFEKSGQELQVRVEGQLVFNTIAMRLEAALQGLGLAFMPEDLVQEAVAQGRLIRVLDDWCEPFSGYHLYYPSRRQTSPAFTLLREALRYED NA NA NA NA NA D1-35_03861 294 hypothetical protein ATGGATGAACACCAGGAAGCCATCAAGAACAAGATCCGCGCCGCAGTAGAAACCAGCGATTCTGACGAGATCACCTATCGCTCTGAGTGGCTCGGTTACATGCCCTTCCCGGTTTTTCGATGGGTTGAACATCAAGGAAAGGATTTTTCCGGCGACTTTCCTGCCGATTGGACCCTTGAGCATCTGGCCAGTCTTGAGCGCGCGGGGTTCCTTGAAATGCTTGAGACCTACGAGAACCCGGAAGACCCGTTTGATCGGGACAACAGGTATCGCGTCTGGATTGGGCGCGAGTAG MDEHQEAIKNKIRAAVETSDSDEITYRSEWLGYMPFPVFRWVEHQGKDFSGDFPADWTLEHLASLERAGFLEMLETYENPEDPFDRDNRYRVWIGRE NA NA NA NA NA D1-35_03862 483 nuoE_2 COG1905 NADH-quinone oxidoreductase subunit E ATGCCTGATGAGACGCTTCACCTGCCTCTGATTCACAGCGTGCTGGCGCGCAAGAAGGACACCCCCGGTGCCTTGTTGCCCATCCTTCATGCCATCCAGGAAGGTTGCGGGTACGTTCCCGACGCCGCCGTCCCTGAAATCGCCCATGCCCTCAATCTCAGCCAGGCTGAAGTGCGCGGGGTAATCAGCTTCTACCATGACTTTCGCACCACGCCGCCGGCGCGCCATACCCTGCGCCTGTGCCGGGCGGAGTCGTGCCAGAGCATGGGGGCCGAAGGCCTGGCTGCGCAGTTGCGCGAACAACTGGCGCTTGACGATCACGGCACCAGTGCCGACGGGGCGATCAGCCTGCGGCCGGTCTATTGCCTGGGCGCCTGTGTGTGCTCGCCGGCCCTGGAGCTGGACGGGGAGTTGCACGCACGGCTGACCCCCGAACGCCTGCGCCAGTTGGTGAACGGTTGCCTGGAGGATGGCCCATGCTGA MPDETLHLPLIHSVLARKKDTPGALLPILHAIQEGCGYVPDAAVPEIAHALNLSQAEVRGVISFYHDFRTTPPARHTLRLCRAESCQSMGAEGLAAQLREQLALDDHGTSADGAISLRPVYCLGACVCSPALELDGELHARLTPERLRQLVNGCLEDGPC PGPT0019670_1594 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019670-fdoI|fdsG-K00127 NA NA D1-35_03863 1560 hypothetical protein ATGCTGACCCTCTGCATTCCCCGTGATTCAGTGGCCCGCGCCGTCGGTGCGGACAAGGTGGCGGATGCGCTGGTGCGCGAGGCCGAGCGTCGGCAATTGCCGCTTGAGGTGCTGCGCACCAGCTCTCGCGGGCTGTATTGGCTGGAACCCCTGGTAGAGCTTGAAACGCCCGAAGGGCGGTTGGGGTTTGGCCCGGTCACCGCGCAAGATGTGCCAGGCCTGCTCGATGCGCTTGGCCACGACCCGGGCGGTCATCCTTCGGCCTTGGGACTGGTGGAGAACATTGCGTATCTGAAAAGCCAGCAGCGCCTGTTGTTTGCGCGTGCCGGCATCACCCGGCCCTTGTCCCTCGGGGACTATCGGGCTCAGGGCGGATTCCTCGGCCTGGCCCGGGCGATCCGGATGGACGGCGCCGAGGTGGTTGCCCAAGTGCTGGATTCCGGCTTGCGCGGCCGGGGCGGCGCGGCGTTCCCGGCGGGCATCAAGTGGCGCACCGTGCGCGACGCGCAGGGCCCGCAAAAATACGTGGTCTGCAATGCCGACGAAGGCGACTCCGGTACGTTCGCCGACCGCATGTTGATGGAAGGCGATCCGTTCCTGCTGATCGAAGGCATGGTCATCGCCGGGATCTCGGTGGGCGCCACCATGGGCTACATCTATGTGCGCTCGGAATACCCGGACGCCGTCAGCACGCTGAACGAAGCGCTGCACATCGCCCGCGAAGCCGGTTACCTGGGCGCCGATGTCGGCGGCAGTGGCCGCGCCTTCGAGCTGGAAGTGCGAGTGGGCGCCGGCGCTTACATCTGTGGCGAAGAAACAGCGCTGCTGGAATCCCTTGAAGGCAAGCGCGGGATGGTGCGTGCCAAGCCGCCGCTGCCGGCGTTGCAGGGCCTGTTCGGCTTGCCGACGCTGGTTCATAACGTGGTGACCCTGGCCTCGGTGCCGTTGATTCTGGAGAAGGGCGCGCAGTTCTACCGGGACTTCGGCATGGGCCGTTCACTGGGCACCATGCCGTTCCAGCTGGCCGGCAACGTTCGTCGCGGCGGGCTGGTGGAGCGGGCATTTGGCCTGAGCCTGCGCGAGTTGGTGGAGGAGTATGGCGGCGGCACCGCCAGCGGTCGGCCGTTGAAGGCCGCGCAAGTCGGTGGCCCGCTGGGCGCGTGGGTACCCCCCGCGCAGTTCGACACACCGCTGGACTACGAAGCGTTCGCCGCCATGGGCGCGATGCTCGGCCACGGTGGCGTGGTGGTTGCCGACGACAGCCTGGACATGGCCCGGATGGCCCGGTTCGCCTTGCAATTCTGCGCCGAGGAATCCTGCGGCAAATGCACGCCGTGTCGCATCGGCTCGACCCGTGGCGTCGAGGTGGTGGATCGCTTGATCGCCAGCACCGATGCCAGTGCCCGCCAGGAACAGGCGGCGCTGTTGCAAGACCTTTGCGACACCCTGCAATACGGCTCGCTCTGTGCCCTCGGTGGGATGACGTCCTACCCCGTCGCCAGCGCCCTCAAGTACTTCCCCGCCGACTTCGGTCTGGCGACCACGGAGGCCGACCAATGA MLTLCIPRDSVARAVGADKVADALVREAERRQLPLEVLRTSSRGLYWLEPLVELETPEGRLGFGPVTAQDVPGLLDALGHDPGGHPSALGLVENIAYLKSQQRLLFARAGITRPLSLGDYRAQGGFLGLARAIRMDGAEVVAQVLDSGLRGRGGAAFPAGIKWRTVRDAQGPQKYVVCNADEGDSGTFADRMLMEGDPFLLIEGMVIAGISVGATMGYIYVRSEYPDAVSTLNEALHIAREAGYLGADVGGSGRAFELEVRVGAGAYICGEETALLESLEGKRGMVRAKPPLPALQGLFGLPTLVHNVVTLASVPLILEKGAQFYRDFGMGRSLGTMPFQLAGNVRRGGLVERAFGLSLRELVEEYGGGTASGRPLKAAQVGGPLGAWVPPAQFDTPLDYEAFAAMGAMLGHGGVVVADDSLDMARMARFALQFCAEESCGKCTPCRIGSTRGVEVVDRLIASTDASARQEQAALLQDLCDTLQYGSLCALGGMTSYPVASALKYFPADFGLATTEADQ PGPT0019665_359 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019665-fdoH|fdsB-K00124 NA NA D1-35_03864 2877 Putative formate dehydrogenase ATGATCAACATCTTCGATCCAGCCAGCGACATCGACCTGGGCACCCCGGCCCGAGTAAGCGACGTGCAGGTCAGCCTGACCATCGATGGCCGTGAAATCAGCGTTCCCTCCGGCACGTCGGTGATGCGCGCGGCGGCCTTGCTCGGTACCACCATCCCGAAACTGTGCGCCACCGACAGCATGGAAGCCTTCGGCTCCTGCCGTATGTGCCTGGTGGAGATCGACGGGATGCGCGGTTACCCGGCCTCGTGCACCACGCCGGTGACCGACGGCATGGTGGTCCGCACCCAGACCTCAAAGCTCGCCACGCTGCGTCGCAACGTGATGGAACTGTACATCTCCGATCACCCGCTGGACTGCCTGACATGCCCGGCCAACGGCAACTGCGAGTTGCAGACCGTGGCCGGGCAGGTGGGCTTGCGGGAGGTGCGCTACGGCTACGAAGGCGCCAATCACCTGGCCGAAGCCAAGGACGTGTCCAACCCTTATTTCGACTACGACCCGAGCAAGTGCATCGTTTGCAGCCGCTGCGTGCGTGCCTGCGAGGAAATCCAGGGCACCTTCGCCCTGACCATCAGCGGACGCGGCTTTGATTCCCGTGTCGAAGCGGCCGGCGGTGACAACTTCCTCGACTCCGAATGCGTGTCCTGCGGCGCCTGCGTCCAGGCCTGCCCGACAGCGACGCTGATCGACAAGAGCGTCGTCGAAATCGGCCAGCCGGAGCGCAGCGTCGTCACCACCTGCGCCTATTGCGGCGTGGGCTGCTCGTTCCGCGCCGAGATGAAAGGCGAACAATTGGTGCGCATGGTCCCGGACAAGAACGGCCAGGCCAACCACGGCCACTCGTGCGTCAAGGGCCGCTTCGCCTGGGGCTACGCGACGCACCCGGACCGCATCACCAAGCCGATGATCCGCAAGCACATCAACGACCCGTGGCAGGAAGTCAGCTGGGAGGAGGCGGTCACCTACGCCGCCAGCGAACTGCGGCGCATCCAGCTCAAGTACGGGCGTGATTCCATCGGCGGTATCACCTCCAGCCGCTGCACCAACGAAGAAACCTACCTGGTGCAGAAGCTGGTGCGCACGGCGTTCGGCAACAACAACGTCGACACCTGCGCGCGGGTCTGCCATTCGCCGACTGGTTATGGCCTCAAGCAAACGCTGGGCGAATCGGCCGGCACGCAGAATTTCGACTCGGTAATGAAAGCTGACGTGATCATGGTGATGGGCGCCAACCCCACCGATGCGCACCCGGTGTTCGGCTCCCAGCTCAAGCGCCGCCTGCGCCAGGGCGCGCGGCTGATTGTCATCGACCCGCGGCGCATCGACCTGGTGGATTCGCCTCACGCCCGTGCCGAGCTGCATCTGCAGTTGCGTCCGGGCACCAACGTGGCGATGCTCAACGCGTTGGCCCACGTGATTGTCACCGAGGGGCTGGTTGACGAGTCTTTCGTCAAAGAGCGTTGCGAGGCGACAGATTTCGCCCGTTGGCGCGACTTCGTCAGCTTGCCGGAAAATGCGCCCGAGATCCTCGGCCCGGTGTGCGGCGTGCCCGCCGAGCAGATCCGCGCCGCCGCGCGGCTCTACGCCACCGGCGGCAACGCGGCCATCTACTACGGCCTCGGTGTGACCGAACACAGCCAGGGCAGCACCTCGGTGATGGGCATCGCCAACCTTGCCATGGCCACCGGCAATATCGGCCGCGAGGGCGTCGGGGTGAACCCGCTGCGTGGGCAGAACAACGTCCAGGGTTCCTGCGACATGGGCTCGTTCCCCCATGAGCTGCCGGGCTATCGGCACATCTCCAATGAAGCGGTGCGGGCCCAGTTCGAGCAGGCCTGGAACGTGACGTTGCAACCCGACCCGGGCCTGCGCATCCCGAACATGTTCGAGGCAGCGCTGGACGGCACTTTCAAGGCGCTTTACTGCCAGGGCGAGGACATCGCCCAGAGCGATCCCAATACCCAGCATGTGACTGCGGCGCTGACTGCTTTGGAGTGCGTGATCGTGCAGGACATCTTCCTCAACGAAACGGCCAAGTTTGCCCATGTGTTCCTGCCGGGCAGCTCGTTCCTCGAGAAGGACGGTACCTTCACCAACGCCGAGCGCCGTATCTCCCGCGTTCGCAAGGTCATGGACCCGCTGGCCGGCAAGGCCGACTGGGAAGCCACCATCGCCTTGGCCGATGCCCTGGGCTACAAGATGCACTATAACCATCCCTCGGAAATCATGGATGAAATCGCCCGCCTGACGCCGACCTTCAGTCGTGTCAGCTACGCCGAGCTGGAGCGTCACGGCAGCCTGCAATGGCCGTGCAACGATGCCGCGCCGGACGGCACGCCGACCATGCACATCGACCAATTCGTGCGCGGCAAAGGGCGCTTCATGCTCACCGGCTATGTGCCCACCGAGGAGAAGGTCAATGGCCGTTATCCGCTGCTGCTGACCACCGGACGGATCCTCAGCCAGTACAACGTCGGCGCCCAGACCCGGCGCACCGACAACGTGGCGTGGCACGAGGAGGATCGCCTGGAAATCCACCCGACCGACGCCGAGAATCGTGGCATCGCCGAGGACGATTGGGTCGGTATCAGCAGTCGCGCCGGGCAGACGGTGCTGCGCGCCAAGGTCACCGAGCGGGTGGCGCCGGGGGTGGTCTACACCACGTTCCACTTCCCTGAATCCGGGGCCAACGTGATCACCACCGACAACTCGGACTGGGCCACCAACTGCCCGGAATACAAAGTCACGGCGGTAGAAATCGTGCGGGTCACCCAGCCTTCGGAATGGCAGAAGCGTTATCAGGCCTTCAGCGACGAACAGCGGCGCCTGCTGAAGGAACGTCGTCACGCCGAGAAAGCCGAGGTGCGCCGATGA MINIFDPASDIDLGTPARVSDVQVSLTIDGREISVPSGTSVMRAAALLGTTIPKLCATDSMEAFGSCRMCLVEIDGMRGYPASCTTPVTDGMVVRTQTSKLATLRRNVMELYISDHPLDCLTCPANGNCELQTVAGQVGLREVRYGYEGANHLAEAKDVSNPYFDYDPSKCIVCSRCVRACEEIQGTFALTISGRGFDSRVEAAGGDNFLDSECVSCGACVQACPTATLIDKSVVEIGQPERSVVTTCAYCGVGCSFRAEMKGEQLVRMVPDKNGQANHGHSCVKGRFAWGYATHPDRITKPMIRKHINDPWQEVSWEEAVTYAASELRRIQLKYGRDSIGGITSSRCTNEETYLVQKLVRTAFGNNNVDTCARVCHSPTGYGLKQTLGESAGTQNFDSVMKADVIMVMGANPTDAHPVFGSQLKRRLRQGARLIVIDPRRIDLVDSPHARAELHLQLRPGTNVAMLNALAHVIVTEGLVDESFVKERCEATDFARWRDFVSLPENAPEILGPVCGVPAEQIRAAARLYATGGNAAIYYGLGVTEHSQGSTSVMGIANLAMATGNIGREGVGVNPLRGQNNVQGSCDMGSFPHELPGYRHISNEAVRAQFEQAWNVTLQPDPGLRIPNMFEAALDGTFKALYCQGEDIAQSDPNTQHVTAALTALECVIVQDIFLNETAKFAHVFLPGSSFLEKDGTFTNAERRISRVRKVMDPLAGKADWEATIALADALGYKMHYNHPSEIMDEIARLTPTFSRVSYAELERHGSLQWPCNDAAPDGTPTMHIDQFVRGKGRFMLTGYVPTEEKVNGRYPLLLTTGRILSQYNVGAQTRRTDNVAWHEEDRLEIHPTDAENRGIAEDDWVGISSRAGQTVLRAKVTERVAPGVVYTTFHFPESGANVITTDNSDWATNCPEYKVTAVEIVRVTQPSEWQKRYQAFSDEQRRLLKERRHAEKAEVRR PGPT0019635_1727 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123 NA NA D1-35_03865 222 hypothetical protein ATGAGCTCGCAGAACCTGATCAAGATGGCCAACGAGATTGCCCGCTACTTCGCCACGGAGCCTGATCAGTCGCTGGCGGTGAGCGGCATCCGCCAGCACATCAAGAACTTCTGGACGCCGGGCATGCGCAGGGATTTGCAGGGTTGGGAGGAGAAGCATCCGGATGCGGTTTTGCATCCGTTGGTGTTGGCGGTGTTGGAGGAGCCTGAAGCCATGAACTGA MSSQNLIKMANEIARYFATEPDQSLAVSGIRQHIKNFWTPGMRRDLQGWEEKHPDAVLHPLVLAVLEEPEAMN PGPT0019675_468 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019675-fdsD-K00126 NA NA D1-35_03867 321 pchB_2 COG1605 Isochorismate pyruvate lyase ATGGAAGTCGACAACCAGCTGTCCCCCGCGCAATGCACCGGCATGGAAGACATCCGCCGCGAAATCGATGCCCTGGACCAGACTGTCATCAAACTCTTGGGCAAGCGCTTTCAATACGTATTGGCGGCATCGAAGTTCAAGACTTCGGCGACCTCGGTCCGCGCCCCGGAGCGTTTCCAGGCGATGCTGGCAATTAGGCGGCAATGGGCCGAGGCCGAGGACCTCAGCCCGGATGCCATCGAAAAGATGTACAGCGACCTGGTCAATCACTTCATCTCTGAAGAGATGAAACACTGGGCGGCGCAACAATCCAAAGCCTGA MEVDNQLSPAQCTGMEDIRREIDALDQTVIKLLGKRFQYVLAASKFKTSATSVRAPERFQAMLAIRRQWAEAEDLSPDAIEKMYSDLVNHFISEEMKHWAAQQSKA PGPT0003065_159 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_AQUIRED_RESISTANCE|SAR SAR-SALICYLIC_ACID_METABOLISM SAR-SALICYLIC_ACID_BIOSYNTHESIS,PGPT0003065-pchB|pmsB-K04782 NA NA D1-35_03868 282 hypothetical protein ATGACAACGAATCAAGCATCTTCCCGCTACACCCCCCTCACCCCGATTGCAACCACCTACCCTGTCCTGCTGATCGACACGCACGCGCCACTGCCCGAACTCCACGCCTGTGTCAGCGAGCGGCTGCACGCCACGCTCGATTACCTGACGCTGGTGGCTTGCTCCAGCCTGCGGGACTCATCCACCAGTGATATCAACACTCTGACCAACGTTGCCCGGATCCTCGTGCAGGACGTGGCCGACGTGTTCGGCGTCATTGAACGACGCGGTCTGAAAGGTTGA MTTNQASSRYTPLTPIATTYPVLLIDTHAPLPELHACVSERLHATLDYLTLVACSSLRDSSTSDINTLTNVARILVQDVADVFGVIERRGLKG NA NA NA NA NA D1-35_03870 1395 hypothetical protein ATGAAACAGCACCAATATGGAGAGGACCACCGCGCCAACGACGTAGTATTCAATAGAAAGCGGGATGTCGACGTAGCGAGGGGAGAAAGTAATGAATACGGCACTGAGGAGAAGCGTAAGCGCAGAATTGCGGAGCTTTTTGTTCACGTTATCGCAACCATGGAATTGGCCGACGATATTACATCGCCACCACCCGACTGGACACCCCTATCCAAGGCTGATGAGTCAATCCAAACCATGACACAGGGTATAACCATGCGCATCGAGCCTTTTACCATTTACATTCCCGAACGGACTCTTGATGACCTGCGCCATCGCCTGCAAAACACTCGGCTACCGGTGCCACTGGCCAGCCAGGGCTGGAGCGAAGGCATACACATGGACGTGCTTGGGGAACTTCTTACCCAGTGGTCGACAACCTTCGACTGGCGCGCCCAGGAAGCCGCGCTCAATCGCCTGCCACAATTTGTCGCCACCCTGAGCGGCCAGCAGGTTCATTTCGTCCATCAGCGCGGCGTCGGGCCCAATCCGATGCCGCTTGTGCTCACCCACGGCTGGCCCGGGTCGTTCATCGAGATGCAGCGCATCATCGAACTGCTGACGGATCCGGCCAGCCATGGCGGTGATCCAGCCGATGCGTTCGATGTGGTGGTGCCGTCCTTGCCCGGCTATACCTTTTCCGCGCCGTTCAAACAGGCGGGTTGCGGGCCTTTCGAGGCGGCGGGTTTGTGGAGCGAGCTGATGACGGGGCTCGGCTATGAGCGGTTCGGAGCCCAGGGCGGCGATGTCGGCGCGGCCGTATCCACCTGGTTGGGCGTGCGTTTCCCCGAGCGTCTGACCGGCATCCACCTCAACTACATTCCCGGCGCCTACCGCCCGCCACTTGGCGAAACCGACCCACCTTTGAGCGAAGAAGAAACCGCTTACCTGCAACGCGCCGCTGCCTTCAGCGAGGCCGAAGGCGCCTATGCGCACATCCAGCGGACCAAACCGCAAACCCTGGCCGTGGGCCTGAGCGACTCTCCGGCGGGGTTGCTGGCCTGGATGGGGGAAAAAATCCTGTCGTGGTGCGATACGAGCCCCGCCATCAGTCATGAATGGCTGCTGACCAATGTGACGCTCTACTGGCTGACGAACTGCATCGGTTCGTCGTTTCGCCCGTATGTGGAAGGCAGCAAGCGGCCCTTGCTGTTCAACAGCGGCGAGCGGGTGAAGCCGCCGCTTGGGGTCGCGTTGTTTCCCAGGGAACTGCCGCTGCCGCCACGCAGTTGGGTGGAGCGTGGCTATAACATCAAGCGCTGGACGCAGATGCCGCGCGGTGGTCACTTTGCTGCGTTGGAGCAGCCGGAGTTGCTGGCGGAGGATATTCGGGCGTTTTTTCGGGATTTGCGCTGA MKQHQYGEDHRANDVVFNRKRDVDVARGESNEYGTEEKRKRRIAELFVHVIATMELADDITSPPPDWTPLSKADESIQTMTQGITMRIEPFTIYIPERTLDDLRHRLQNTRLPVPLASQGWSEGIHMDVLGELLTQWSTTFDWRAQEAALNRLPQFVATLSGQQVHFVHQRGVGPNPMPLVLTHGWPGSFIEMQRIIELLTDPASHGGDPADAFDVVVPSLPGYTFSAPFKQAGCGPFEAAGLWSELMTGLGYERFGAQGGDVGAAVSTWLGVRFPERLTGIHLNYIPGAYRPPLGETDPPLSEEETAYLQRAAAFSEAEGAYAHIQRTKPQTLAVGLSDSPAGLLAWMGEKILSWCDTSPAISHEWLLTNVTLYWLTNCIGSSFRPYVEGSKRPLLFNSGERVKPPLGVALFPRELPLPPRSWVERGYNIKRWTQMPRGGHFAALEQPELLAEDIRAFFRDLR NA NA NA NA NA D1-35_03871 618 hypothetical protein ATGGCCGGTATCCCTGACGTGGCGGCAGCCTTTGGTAGTTTCATGCGCTCATGGGAAGCTGATCGCAAACACCTGCCTTGCGCTGTCAGCGCCCTGGCCAACGGATTCGAAGGTTGGTTGAAGTTCGAGTTCTACTTCTGGTTGATCCATTCCTGCGGGCTGCGCGGTCCCGACAGCGAGCTGGCGGACGTCGGAGTCGAGTACAAGGTCGCGCTCGATCAACACTGGCCGCAAATGGATATTGTCAGCAAGCAATGTGACCTGTGGATCCGCGACAGCGATGGGCAGCGCTTCCACTTCATCGAACTCAAGACGCCTTTTGCCAACGGCAATCAGGGCAAGCTGTTCAACAGCGCGGCCATGGATTACTGGTACATGACCCGGCTCAAGGTCCAGGCGGAGAGGGTTGCCACGGGTAGCGTGATCATCCTTGGGGTGAATTTTGACAAGGCACGCTGGGAGGCGCATCTGCGAGGAGTCGAAGAGTACGCCGGCTACGTTGGGCATTCATCCCGGACATCCGGCACGATTCCCGGGATAGACGCGTTGAGGTGGGCAGTGTTGACCATGCGATACCCACCTTTGGCTGAAATTCCTACGTCCGGTGCTATCGCCTAG MAGIPDVAAAFGSFMRSWEADRKHLPCAVSALANGFEGWLKFEFYFWLIHSCGLRGPDSELADVGVEYKVALDQHWPQMDIVSKQCDLWIRDSDGQRFHFIELKTPFANGNQGKLFNSAAMDYWYMTRLKVQAERVATGSVIILGVNFDKARWEAHLRGVEEYAGYVGHSSRTSGTIPGIDALRWAVLTMRYPPLAEIPTSGAIA NA NA NA NA NA D1-35_03872 1245 soxC_3 Dibenzothiophene desulfurization enzyme C ATGACCGCACAGCAACAATACCTGCCGCATGTCCTTTCCACCGGCACCCATTATGAAGGCCTGGCCGAGCGCTTCCGGCCGATTTTCGCGCGTATCCAGGCCGGGGCGCTGGAACGCGAACAGACCCGCAGCCTGCCTTTCGAACAGGTGAAATGGCTCAAGGAAGCGGGTTTTGGCGCCGTAAGGGTGCCGGTCGAATATGGTGGCGCCGGCGCCTCGCTGCCGCAATTGTTGCAACTGCTGATCGAACTGGCCGAAGCCGACTCCAACCTGCCCCAGGCGCTGCGCGGGCACTTCGCCTTTGTCGAGGATCGCCTCAACGCCCATGCCACCCGCCCGCAGGACGTCTGGTTCAAGCGCTTCGTCGACGGTGACCTGGTGGGCAACGCCTGGACCGAAATCGGCGCGGTAAAACTTGGCCAGGTCATCACCCGGGTTTCCCGCCAGGGTGACCAATGGGTGGTCAACGGCACCAAGTACTACAGCACCGGCAGCATCTTTGCCGACTGGATCGACCTGTATGCCCAACGCGACGACACCGGCGCCGACGTGATCGCCGCCGTCAGCGTTCATCAGCCGGGCGTCAGGCAAAGCGATGACTGGGATGGTTTCGGTCAACGGACCACGGGCAGCGGCACGTCAGTATTCGAGAACGCCGTGGTAGAAGACGAAAACCTCATCGACTTTTCCACCCGCTTCAAATATCAGACCGCGTTTTACCAGTTGGTATTGCTCGCCGTGCAGACCGGCGCCGGGCGCGCCGCCGTCCGCGACATCAGCGAACAGGTGCGCCAGCGCACGCGGGTGTTCAGCACCGGCAACGCCAGTGAAGTGAGCCAGGATGTGCAAGTCCAGCAAGTGATCGGCAGGGCCTCGGCCCAGGTCTACGCCGCCGAAGCCACCACCCTGCGCGCCGCCGATGCCTCGCAGCGGGCCTATCAAAGTCGCTTCGACCTGGACGCCGAGAAGGAACACACCGCCAACCTCCTCGCCGAACTGGAATCGGCCCAGGCCCAGGTGGTGGTCGCCGACCTGACACTGCGCGCCACCAGCGACCTGTTCAACGCCCTCGGCGCCTCCGCCACCAGCACCAGCAAAGCCCTCGACCGCCACTGGCGTAACGCCCGGACGGCGGCTTCGCACAACCCGCTGATCTACAAGGAACGCATCATCGGCGACTGGGAGATCAACGGGACGGAGCCGCCGTATGTCTGGCAGATTGGTGGGGGGTCTAAGCAGCGCTAG MTAQQQYLPHVLSTGTHYEGLAERFRPIFARIQAGALEREQTRSLPFEQVKWLKEAGFGAVRVPVEYGGAGASLPQLLQLLIELAEADSNLPQALRGHFAFVEDRLNAHATRPQDVWFKRFVDGDLVGNAWTEIGAVKLGQVITRVSRQGDQWVVNGTKYYSTGSIFADWIDLYAQRDDTGADVIAAVSVHQPGVRQSDDWDGFGQRTTGSGTSVFENAVVEDENLIDFSTRFKYQTAFYQLVLLAVQTGAGRAAVRDISEQVRQRTRVFSTGNASEVSQDVQVQQVIGRASAQVYAAEATTLRAADASQRAYQSRFDLDAEKEHTANLLAELESAQAQVVVADLTLRATSDLFNALGASATSTSKALDRHWRNARTAASHNPLIYKERIIGDWEINGTEPPYVWQIGGGSKQR NA NA NA NA NA D1-35_03873 1098 sfnG FMNH(2)-dependent dimethylsulfone monooxygenase ATGAGCCAGGACACGATCAAGTTTGCCTACTGGGTGCCCAATGTCAGCGGCGGGCTGGTGGTCAGCAAAATCCCGCAGCGCACCGACTGGGGGATCGATTACAACCGCAAGCTGGCGCAGATCGCCGAGGATGCCGGCTTCGACTATGCCCTGACCCAGATCCGTTTTACCGCCGGTTATGGCGCCGAATACCAGCACGAATCGGTGGCGTTCAGTCACGCGTTGCTGGCGGCCACCACGCGCCTGAAAGTCATCGCGGCGGTCTTGCCAGGGCCGTGGACGCCTTCGGTGCTGGGCAAGCAGATCGCAACCATCGATCAGCTCACTGGCGGCCGCGTGGCGATCAACGTGGTGTCCGGCTGGTTCAAGGGCGAGTTCACCGCCATCGGCGAGCCGTGGCTGGAGCACGATGAACGCTATCGCCGTTCCGAGGAATTCATCACCACGCTCAAGGGCATCTGGACCACCGACAACTACACCTTCGCCGGTGATTTCTATCGCTTTCGCGACTACACGCTCAAGCCCAAGCCGCTGCAGCAGCATCCGGAAATTTTCCAGGGCGGCAGCTCACGGGCGGCGCGGGACATGGCTGCGCGGGTCTCCGACTGGTACTTCACCAACGGCAACACAGTGGAAGGGGTCAAGGCTCAGGTCGATGACCTGCGGACCAAAGCGGCGGCCAACAACCACAAGGTGAAGGTCGGCGTGAACGCCTTCATCATTGCCCGCGATACCGAGGAAGAGGCCCGCGCGGTGCTGGCCCAGATCATCGACCAGGCCGACCCGGAAGCCGTCAACGCTTTTGGCGACGCGGCAAAACAGGCCGGCAAGGCCAGCCCCGAAGGCGAGGGTAACTGGGCCAAGTCCAGCTTCGAAGACCTGGTGCAATACAACGACGGTTTCAAGACCAACCTGATCGGCACACCCCAGCAGATTGCCGAGCGCATCGTCGCCTTGAAAGCCGTGGGAGTGGACCTGGTACTGGCCGCGTTCCTGCATTTCCAGGAGGAAGTCGAGTATTTCGGTAAGCGGGTCCTGCCGCTGGTGCGTGAGCTGGAGCAGGGGAAAGTGACGGTCAAGACAGCGGCGGTCGCTTAG MSQDTIKFAYWVPNVSGGLVVSKIPQRTDWGIDYNRKLAQIAEDAGFDYALTQIRFTAGYGAEYQHESVAFSHALLAATTRLKVIAAVLPGPWTPSVLGKQIATIDQLTGGRVAINVVSGWFKGEFTAIGEPWLEHDERYRRSEEFITTLKGIWTTDNYTFAGDFYRFRDYTLKPKPLQQHPEIFQGGSSRAARDMAARVSDWYFTNGNTVEGVKAQVDDLRTKAAANNHKVKVGVNAFIIARDTEEEARAVLAQIIDQADPEAVNAFGDAAKQAGKASPEGEGNWAKSSFEDLVQYNDGFKTNLIGTPQQIAERIVALKAVGVDLVLAAFLHFQEEVEYFGKRVLPLVRELEQGKVTVKTAAVA PGPT0002830_502 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-SULFONE_DEGRADATION,PGPT0002830-sfnG-K17228 NA NA D1-35_03874 1167 hypothetical protein ATGGGCACGCTCACTGAAACCTTCGACACGTTGCCCCATTGGCTGCATCGACAGGCGCTGGGGCACGGTACGGACGTCGCCCTGCGCCACAAGCACCTGGGTGTCTGGCAGGTGCGGACCTGGCGGCAGCTGGCCGATGAGGTGCAGCGCCTGGCGAGTGCCCTGCAAGCTCGGGGATTCTCGGTGAGCGCGACCCTGACGATCATCAGTCGCCCGACACCACAGGCGATCGTGGCGGCGTTGGCGGCGCAATGGCTGGGTGGTGCGGCGAGCCTGTTCGATCCGTTGGACGGAGTCGCGGGGCAGGTCGAACTGCTCGGCGAATTGCAGCCGGATTTTGTGCTGGCCGAGGGGCACGAAGAATTGTCGCGTCTAGGCGCGGCGCAGTTGGCCCCCCGCGTGGTGATCTATCTGGACAAGCGCGGACTGTCAGGCTCGGTCGCGTTTGATCAGGCGCTGGATTACGCCACGTTGATCGAGGCGAGGACGCTCGATGAACGCGTCCCGCTGGCACATGCGCAGCAAACGGCGTTCGTTTTCTATCGCCGGGGGCCACAAGCCATCGAGCAACAATGCATCAGCCACGCCGAGCTGTTGCAACACGGGCAGCAACTGGTACAGCGCGAAGGACTGCGACGGCAGGAGGAAGCGTTGGCGGCGCGCGGTTTCGCCTCGGGCGGCCAGGCGCGGTATCTGCTCGCGCCCTGGCTGATCGCCGGTTTCCGCTTGAACTTCCCGGAAAACCTGGCGACCCGTGACCGCGACCGACGTGAGCTGGGCCCGACGCTGGTGGCCGGCACCCCGGAAACCTACGAGCGTCTGCACGGCTATGTGCTGGAGCGCCTGCCGGCACCGGGCGATGGGGCACGCAGACTGGTGGATTGGGCCCTGGCGGCACGTCCGGGGCCGTTGCGAAGGTTCATCGGTCATTGGCTGGTGCGCCGGCCTCTGCGCGACGTGCTTGGGTTTTCACGAATCCATGCACCGCTGCTGGTGGGTGATGCGCTAAAGCCTGAGACCCAGGCATTTTTTGACACCTTGGGTATCAACGTCCGCCAGTGGGAGGGTGCGGCCCATTGGGAGGTGCCGACGATTTCATTGGCCCCCACTACCAATGAACGGGACGAACGCCAATCACAACGCGCCTGGAAGGAGGCGACCACATGA MGTLTETFDTLPHWLHRQALGHGTDVALRHKHLGVWQVRTWRQLADEVQRLASALQARGFSVSATLTIISRPTPQAIVAALAAQWLGGAASLFDPLDGVAGQVELLGELQPDFVLAEGHEELSRLGAAQLAPRVVIYLDKRGLSGSVAFDQALDYATLIEARTLDERVPLAHAQQTAFVFYRRGPQAIEQQCISHAELLQHGQQLVQREGLRRQEEALAARGFASGGQARYLLAPWLIAGFRLNFPENLATRDRDRRELGPTLVAGTPETYERLHGYVLERLPAPGDGARRLVDWALAARPGPLRRFIGHWLVRRPLRDVLGFSRIHAPLLVGDALKPETQAFFDTLGINVRQWEGAAHWEVPTISLAPTTNERDERQSQRAWKEATT PGPT0008380_16270 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_03875 783 cysA_1 COG1118 Sulfate/thiosulfate import ATP-binding protein CysA ATGACCCGAACGGCCGCCACGCAGCTCCTCGAGCTGGACAACATTTCGCTGTCGTTCAAAGGCGTCAAAGCGATCACCGACATCAGCTTCAGCGTTGCCGCCGGCGAGATCTGCGCCTTGATCGGCCCCAACGGCGCCGGCAAGAGTTCATTGCTCAACATCATCAGCGGGGTCTACCAACCCCAGCAAGGGCGCATACGTTTCGACAATCGCGAGCGCCGCGGCATGCGCGCCCACGACGTGGCGGTGCGGGGCGTCGCCCGGACGTTCCAGAACATCGCGCTGTTCAAGGGCATGAGCGTGCTCGACAACGTGCTCACCGGGCGCAACCTCAAGCGTCGCAGCACCTGGATTGAGCAGGTGTTGCGTATCGGGCGGGCCGGTAAGGAGGACGACAGCCAGCGCGAAGCGGCCGAGCGGGTCATCGAGTTCTTGCGTTTGCAGCCGTGGCGCGACGCATGGGTGGGCACCTTGCCTTACGGTTTGCAGAAGCGCGTGGAGCTGGCCCGCGCCCTGGCGGCGGAGCCGCGGTTGTTGCTCCTCGACGAGCCCATGGCGGGCATGAACGCCGAGGAGAAACAGCTGATGAGCCGATTCATTGTCGACATCAACCGTGAGCTGGGCACCACGGTGGTGTTGATTGAGCACGACATCGGCGTGGTCATGGACATCAGCGATCACGTGGTGGTGCTCGATTACGGTCGCAAGATCGGCGACGGCGCCCCGGATGTGGTACGGCAGAACCCCGAGGTCATTTCGGCTTACCTCGGCACTCGACACTGA MTRTAATQLLELDNISLSFKGVKAITDISFSVAAGEICALIGPNGAGKSSLLNIISGVYQPQQGRIRFDNRERRGMRAHDVAVRGVARTFQNIALFKGMSVLDNVLTGRNLKRRSTWIEQVLRIGRAGKEDDSQREAAERVIEFLRLQPWRDAWVGTLPYGLQKRVELARALAAEPRLLLLDEPMAGMNAEEKQLMSRFIVDINRELGTTVVLIEHDIGVVMDISDHVVVLDYGRKIGDGAPDVVRQNPEVISAYLGTRH PGPT0020780_4364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020780-livG-K01995 NA NA D1-35_03876 882 livH_3 COG0559 High-affinity branched-chain amino acid transport system permease protein LivH ATGGAATTTTTCTTTGAAGTATTGATTGGCGGGCTGCTGGCCGGGGTGATGTACGCCTTGGTGGCCATCGGTTTTGTGCTGATCTACAAGGCCTCCGGGGTGTTCAACTTCGCCCAGGGCGCGATGGTGCTGTTCTCGGCGCTGACCTTCGTCAGCCTGCTGGAGCGCGGCGTGCCGTTCTGGCTGGCGTTTCTCATCAGCCTGGTGGCGATGCTGCTGATCGCCGTGGCAGTGGAGCGTGTGGTGTTGCGCCCGTTGGTCAATCGATCGCCGATCACGCTGTTCATGGCCACCCTTGGGCTTTCCTATGTCATCGAAGGTTTCGCCCAGGCGTTGTGGGGTGCCCAGGTGCATGGCCTGGACTTGGGCATCAGTGATGAACCGCTGGAGCTGGGCGGGATGCTGTTGTCGCAGTTCGACATTTTCGCCGCGCTGACCGCCGCGTCACTGGTGGCGCTGCTGTCCTGGCTGTTCAACAAGACCCGCTTGGGCCTGGCGCTACGAGCCGTGGCGGATGACCCGCTGGCGGCGCTGGCCGTGGGTATTCGCTTGCAGCGGGTCTGGGTCGTGGTGTGGACGGTGGCGGGGTTCGTCGGGCTGGTCGCCGGCCTGCTCTGGGGCGCTCGCCTGGGCGTGCAGTTCTCGTTGTCGCTGGTGGTGCTCAAGGCCTTGCCGGTGTTGATCATTGGCGGGTTCACCTCGATCAGCGGGGCGATTGTCGGCGGGCTGATCATCGGCGCTTCGGAAAAATTGGCGGAGGTATATCTCGGGCCGTTCATCGGCAGTGGCATCGAAAACTGGTTTCCCTACGCGCTGGCGCTGCTGTTCCTGCTGGTGCGTCCGGCCGGGCTGTTTGGCGAACGCGCCATCGAACGGGTCTAG MEFFFEVLIGGLLAGVMYALVAIGFVLIYKASGVFNFAQGAMVLFSALTFVSLLERGVPFWLAFLISLVAMLLIAVAVERVVLRPLVNRSPITLFMATLGLSYVIEGFAQALWGAQVHGLDLGISDEPLELGGMLLSQFDIFAALTAASLVALLSWLFNKTRLGLALRAVADDPLAALAVGIRLQRVWVVVWTVAGFVGLVAGLLWGARLGVQFSLSLVVLKALPVLIIGGFTSISGAIVGGLIIGASEKLAEVYLGPFIGSGIENWFPYALALLFLLVRPAGLFGERAIERV PGPT0020770_6605 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D1-35_03877 1068 hypothetical protein ATGTTTTATCGAGAAGCAGGTCAGTTCAACACCCGTTATGCCGAGGACCGCCGGGTCTTTGCCTTGCGCCAGGATCGCCACGGGCTGGCGGCGCTGCTGCTGGTTGCATTCGTCGTGGTGCCATGGCTGGGCAATGACTACTGGCTCAGCGCGATATTGATTCCGTTTCTGGTGCTGTCCCTGGCCGGGTTGGGGCTCAATCTGCTCACCGGTTACGCCGGGCAGTTGTCCCTGGGTTCTGCGGCGTTCATGGCCGTGGGGGCGTTCGCCACCTACAACCTTGAAGTGCGTGTCGGCGGTTTGCCGTTGTTGTTCAGCATTGCCTTGGGCGGGCTGACGGCGGCGCTGGTGTCGCTCCTGTTCGGCCTGCCGAGCCTGCGCATCAAGGGCTTCTATCTGCTGGTCTCGACATTGGCGGCGCAGTTCTTCGTGACCTGGACGCTGACCCGCTTCGGCTGGTTTTCCAACGACAGCGCGTCGGGGGTGGTCAGCGCGCCGCGCCTGGATATTTTCGGCGTGAACCTGGACGCGCCGGCCGGCCGTTATCTGTTGACCCTGACGGTGGTGGTGGCGCTGTTCTGGCTGGGCAAGAACCTGGTGCGCAGCGAATTGGGCCGCCAGTGGATGGCCGTGCGCGACATGGACACGGCCGCGGCGGTGATCGGCATTCCTCTGGCGAAAACCAAGCTGCTGGCCTTTGCCATCAGCGGCTTTTACCTCGGCGTGACCGGCGCGCTCTGGGCCTTCGCCTATCTGGGCACCGTCGAACCCCATGGCTTCGATCTCAATCGCTCATTCCAGATCCTGTTCATCATCATTATCGGCGGGCTCGGCAGCTTGCTGGGCAACTTCCTCGGGGCGGCCTTCATCGTGCTGTTTCCGGTGCTGCTTTCCAACCTGGTGTCGCTGCTGCCCGGCGGGCTGATCGATGCCGGTCAGGTGGAAAACCTGCAAAAAATGTTTTTCGGCGCGCTCATCATCCTGTTCCTGATCAAGGAACCGGAGGGCCTTGCGCGCCTCTGGCAACGACTTCGCCAGCGTGCGCGGCTGTGGCCGCTGCGCTACTGA MFYREAGQFNTRYAEDRRVFALRQDRHGLAALLLVAFVVVPWLGNDYWLSAILIPFLVLSLAGLGLNLLTGYAGQLSLGSAAFMAVGAFATYNLEVRVGGLPLLFSIALGGLTAALVSLLFGLPSLRIKGFYLLVSTLAAQFFVTWTLTRFGWFSNDSASGVVSAPRLDIFGVNLDAPAGRYLLTLTVVVALFWLGKNLVRSELGRQWMAVRDMDTAAAVIGIPLAKTKLLAFAISGFYLGVTGALWAFAYLGTVEPHGFDLNRSFQILFIIIIGGLGSLLGNFLGAAFIVLFPVLLSNLVSLLPGGLIDAGQVENLQKMFFGALIILFLIKEPEGLARLWQRLRQRARLWPLRY PGPT0020775_4641 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020775-livM-K01998 NA NA D1-35_03878 1326 hypothetical protein ATGTTCAAACGATCATTCGCCAGCACCCTCGCACTGGCCCTGAGCCTCACCGCCGCCGCGTTCACCGTGCAGGCGGACAACGAGCAATATTTCCCGCTGCAAAGCTATCGCGTCGGTCCCTATGCGGCCGGCGGTACGGGTTTTTTTGGTGGCTTCATCGACTACCTCAAGTACGTCAACGCCAACGGCGGCGTGAACGGGGTGAAGCTGACGTGGAGCGAATGCGAAACCGAGTACGTGGTAGAGAAGGGCGTCGAGTGCTACGAGCGCCTGAAGAAAGGTTTGAATGGCGCACCGGCGGCTGCGACCAACCCGCTGTCAGTGGGCATCGCCTACGCCACGTTGGAGCGCTCCACCGCCGACAAACTGCCGCTGATCACCATCAACCACGGCCGCACCGACTCCACCGATGGCAGCGTGTTTCCCTATGTCTTCCCGCTGCAATTGAACCCGTACTCCGAGGTGTCGGCGATCATCAACTACATCGGCCAGCGCGCCGGTGGGCTGGACAAACTCAGGGGCCTGAAGATCGTCACCCTGTACCACGGCTCGCCGTACGGCAAGGAAACCAACGAGGTGTTGCAGACCCTGGCGGATAAATACGGTTTTGCGCTGACCTTGCTCGAAGTGCCGCATCCGGGCAACGAGCAACAGTCGCAGTGGTTGAATATCCGTCGGGAAAAACCCGACTGGGTAATCCTGCGCGGCTGGGGCGTGATGAACCCGGTGGCGCTGAAAACCGCGCAGAAGGTCGGGTTCCCGGCCGATCACATCATCGGCAACATCTGGAGCAACTCCGAGGATGACGCCGCGCCGGCCGGTGCTGCGGCCAAGGGTTTCATCGCGATCACCACGCACCCGTCGGGCACCGGTTTCCCGGTGCTGCAAGGCATCAAGAAGGACGTGGTCGACGCCGGCCATGGCGACCTGGCGGACCCCAAGCGTTTCGGCACGGTGTATTACAACCTGGGCGTGGTCAACGGCATCCTCAACGTCGAGGCGCTGCGCATTGCCCAGCAGAAGTTCGGCCAGCAACCGTTGACCGGCGAGCAGGTTCGGTGGGGCTTCGAGAATCTCAAGCTCGATGATGCACGTCTCAAGGAGCTGGGGGCGCTGGGGTTGGTGCAGCCGTTGCAATTGTCCTGCTCGGACCACGAGGGCGGCGGCGCGGTGCGCTTCCAGCAGTGGGACGGCACGCAGTGGAAGCTGATCAGTGACTGGGTGCAGGCCGACCGCGCGTTGCTGCGGCCGATCATCGAAGCGTCTTCGCAGCAATACGCCAAGGACAAAGGCATCACGCCGCGCGATTGCAGCAAGGAATCCTGA MFKRSFASTLALALSLTAAAFTVQADNEQYFPLQSYRVGPYAAGGTGFFGGFIDYLKYVNANGGVNGVKLTWSECETEYVVEKGVECYERLKKGLNGAPAAATNPLSVGIAYATLERSTADKLPLITINHGRTDSTDGSVFPYVFPLQLNPYSEVSAIINYIGQRAGGLDKLRGLKIVTLYHGSPYGKETNEVLQTLADKYGFALTLLEVPHPGNEQQSQWLNIRREKPDWVILRGWGVMNPVALKTAQKVGFPADHIIGNIWSNSEDDAAPAGAAAKGFIAITTHPSGTGFPVLQGIKKDVVDAGHGDLADPKRFGTVYYNLGVVNGILNVEALRIAQQKFGQQPLTGEQVRWGFENLKLDDARLKELGALGLVQPLQLSCSDHEGGGAVRFQQWDGTQWKLISDWVQADRALLRPIIEASSQQYAKDKGITPRDCSKES PGPT0020765_981 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D1-35_03879 1104 sfnR_2 COG1221 Sigma54-dependent transcriptional activator SfnR ATGCAGCTTCTTACGCTTCCTCCCTCCCCCGGCCTGGCTACCTCGATCCGCGCCACGGCCCAAGTGTTCGCCGATCCCAGCTCCCAGGCACTGCTGACGCACTTGCAGCAAGTCGCGCCCAGTGACGCCAGCGTGTTGATCATTGGCCAGACCGGTACTGGCAAGGAGCTGGTCGCCCGCCACGTCCATAACCTCAGTGCTCGACGCGACAAACCGTTCGTGGCGGTGAACTGCGGGGCGTTTTCCGAGACGCTGGTGGAGGCCGAATTGTTCGGCCATGAAAAAGGCGCGTTCACCGGCGCCTTGACCGCCAAGGCCGGGTGGTTCGAAGAAGCCGACGGCGGCACGCTGTTCCTCGATGAAATCGGTGACCTGCCATTGCCGATCCAGGTCAAGCTTCTGCGCGTTCTACAAGAGCGTGAAGTGGTCCGCCTCGGCTCGCGCAAGCCCATCAGGATCAATGTGCGGGTGCTGGCGGCCACCAACGTGCAACTGGAAAAAGCCATCAACGCCGGGCATTTTCGCGAAGACCTGTATTACCGACTGAGTGTGGTCAGCCTGGTGCTCAAGCCGTTGCGCGAGCGTCCCGGCGACATCCTCCCGCTGATTCGCCATTTCATCGCTGAGTACAGCCGCAGGCTCGGTCATGGCGAGGTGACGCTGGATGCCCAGGCCCAGCGCAAACTGCTCGACTACTCGTGGCCGGGAAATATTCGCGAACTGGAAAACGTCATCCATCACACCTTGCTGATCTGCCGCAACAAGGTGATCGGCGTGCAGGATCTGCACCTGTCGAACTTTCGCATCGAGCGCCAGGACGCGTCCCATGACAACACGCCGCAAACCACCGAGGCACTGCTGGAAAAGGCCTTCGAGCAATTGCTTGAGCAAGCGCACGGCGATGTCTATGAAAAAGTCGAAGCGGCCCTGCTGCGCACCGCCTACCGCTACGCCAGTTGCAACCAGGTCCACACCGCAAGCCTGTTGGGCCTGAGCCGCAACGTCACCCGCAGCCTGCTGATCCGGATCGGCGAGCTGGTGGTCAACAAACGGCGCCCGGCGCTGAGTACGCGTGATGGTCGGGTGGTCAACCTTTCAACCTGA MQLLTLPPSPGLATSIRATAQVFADPSSQALLTHLQQVAPSDASVLIIGQTGTGKELVARHVHNLSARRDKPFVAVNCGAFSETLVEAELFGHEKGAFTGALTAKAGWFEEADGGTLFLDEIGDLPLPIQVKLLRVLQEREVVRLGSRKPIRINVRVLAATNVQLEKAINAGHFREDLYYRLSVVSLVLKPLRERPGDILPLIRHFIAEYSRRLGHGEVTLDAQAQRKLLDYSWPGNIRELENVIHHTLLICRNKVIGVQDLHLSNFRIERQDASHDNTPQTTEALLEKAFEQLLEQAHGDVYEKVEAALLRTAYRYASCNQVHTASLLGLSRNVTRSLLIRIGELVVNKRRPALSTRDGRVVNLST PGPT0030455_28 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0030455-sfa3-K11917 NA NA D1-35_03880 1401 bauD COG1113 putative GABA permease ATGACCAGCCCGAGCTTCAAGGATTCGAACGGCCACTTGGCGCAGGGCTTCAAGCCTCGTCACGTCACCATGCTTTCAATCGCCGGGATCATCGGCGCCGGCCTGTTTGTCGGCTCGGGCCATGCGATCGCCGCTGCCGGTCCGGCCGTCATGTTGGCCTATCTTTTTTCCGGTCTGCTGGTGGTGCTCGTCATGCGCATGCTTGGCGAAATGGCGGTAGCCCGGCCAGACACCGGCTCGTTCTCCACCTACGCCGACCAGGCGATCGGGCGCTGGGCAGGCTTCACCATCGGTTGGTTGTACTGGTGGTTCTGGGTGCTGGTGATTCCCATCGAGGCGCTCGCCGCGGGTCATGTACTCAACCAGTGGTTTCCCTCCGTTGATGCCTGGCTGTTTGCCTCGGTGTCGATCATTGCCCTGGCCGTGACCAATCTGTTCAGCGTGTCCAAATACGGCGAGTTCGAGTTCTGGTTCGCCATGGCCAAGGTGATCGCGATCATCGGTTTCATCTCCCTGGGATTCGCCGTGCTGATGGGCTGGATTCCCGAGCGCGAAGCCAGCGGCTTGAGTCGCTTGATGGAGGAACACGGCGGGTTCGCGCCCAATGGCTTGTCCGCCGTGGTCGGGGCCTTCATCACCATCATGTTCAGTTTCATTGGTACGGAGGCGGTGACGATTGCCGCCGCCGAATCCAGCAACCCGGCACAGAACATCGCCAAGGCCACGCGCTCGGTGATCTGGCGCATCGGCGTGTTTTATCTGCTGTCGATCTTCGTGGTGATTTCCGTGGTGCCCTGGGACGATCCGCTCCTGGCCTCGGTGGGCTCCTACCAGCGGGCGCTGGAGTTGATGAACATTCCCCACGCCAAATTCATGGTGGACGTGGTGGTATTGATTGCCGTGGCCAGTTGCATGAACTCCTCCATCTACATTGCTTCACGCATGCTCTATTCCCTAGGCCGGCGTGGTGATGCGCCGAGGGTGGTGGAAGTGACTTCGTCCGCTGGCGTGCCCCGGGCAGCGGTGATAGCCAGTACGGTACTGGGCTTGGGCATCACCTTGTTCAGCTACTTCATGCCGGCCGGGTTGTTCCAGTTCCTGCTCGCCAGCTCCGGCGCCATCGCCTTGCTGGTGTACCTGGCGGTCGCCGTGTCCCAGTTGCGTATGCGCCGCAAGCTGCTTCGCCAAGGCGTCGAGCTGGGCTTTCGCATGTGGCTGTTTCCCTGGCTCACCTGGGCGGTGATCGTGTTTATCTGCGCGGCCCTGGCGGTGATGATGGTGACTCCCGAGCACCGCGGCGAAGTGAGCACCACCCTAGGCCTGGCCTTGGTCATTTCCTTTGTCGGCCTGGTGACTTCGCGGCAATCTCCGCAGCCTGAAGAGGCGGTTTCCCTCGGCTAG MTSPSFKDSNGHLAQGFKPRHVTMLSIAGIIGAGLFVGSGHAIAAAGPAVMLAYLFSGLLVVLVMRMLGEMAVARPDTGSFSTYADQAIGRWAGFTIGWLYWWFWVLVIPIEALAAGHVLNQWFPSVDAWLFASVSIIALAVTNLFSVSKYGEFEFWFAMAKVIAIIGFISLGFAVLMGWIPEREASGLSRLMEEHGGFAPNGLSAVVGAFITIMFSFIGTEAVTIAAAESSNPAQNIAKATRSVIWRIGVFYLLSIFVVISVVPWDDPLLASVGSYQRALELMNIPHAKFMVDVVVLIAVASCMNSSIYIASRMLYSLGRRGDAPRVVEVTSSAGVPRAAVIASTVLGLGITLFSYFMPAGLFQFLLASSGAIALLVYLAVAVSQLRMRRKLLRQGVELGFRMWLFPWLTWAVIVFICAALAVMMVTPEHRGEVSTTLGLALVISFVGLVTSRQSPQPEEAVSLG PGPT0007665_500 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007665-gabP-K11735 NA NA D1-35_03881 1722 prsD_3 Type I secretion system ATP-binding protein PrsD ATGGGTTTTTTTCTTGATCCGCGGCATGACATCGACGCCGCTTTGTTGAGTTATCGCCGGGTATTCTGGTCCCTGGCCCTCTTCAGCGGCGTGATCAATCTGCTGGTGCTGGTGCCATCGCTGTACATGATGCAGGTCTACGATCGGGTCCTCACCAGTCGCAACGAAACCACGCTGTTCATGCTCACCTTGATCGCTCTCGGGCTGTTCATGTTCAGTGCGTTGATCGAGTGGGTGCGTGGCGAAGTGATGATCCGCATGAGCGCCGGGCTGGACGATGCCTTGGGCGAGCGGATTTTCGATGCAGCGTTCGCCCGCAGCCTGCGCGAGCACAACGCCAACCCGGCGCAGGTGCTGAGTGACCTGGCCACCTTGCGCCAACTGATTACCGGCCAGGGGCTGATCGCCTTGCTCGATGCACCGTGGTTGCCGATTTTCCTGCTGGTGGCGTTCATCATCCACCCCTGGTTCGGCGTGCTGACCCTGATCCTCGCAGCGTTGCTGGTCGGCCTGGCACTGTGGGGCGAGCTGGCGACCCGCACGCGCCTGGGGGAGGCCAATCGGCTGGGCGTGCAATCGTCGATCTACGTCAACAGCACCCTGCAAAATGCCGAGGTCATCCAGGCCCTGGGCATGCTCGGGCCGCTGCGCCAGCGCTGGAGCCTGCTGCAGCAACGGATCATCGCGGCGCAGGCGCATGCCAGTGATCGCGGTGCGCGTATCACCTCGGCGACCCGTTTCGTGCGGATTTCCGGCCAGTCCCTGGCCTTGGGGCTGGGGGCGCTGCTGGTACTCGAAGGGCAATTGTCGGCGGGCATGATGATTGCCATGTCGTTGTTGCTGGGGCGTGCCCTGGCGCCGGTGGAAATTGCCATTGGTTCGTGGAAGCAATTCAACGCCGGTCGCCAGAGTTACCAGCGTCTGAGCCAGTTGCTCGCGCAACATCCTCGCGATCGCCTGCGTATGCCATTGCCACCGCCAACGGGCGCGGTGCGCCTGGAGCAGCTCTACGTCGGGCCACCCGCTGCGACGCAGCCGCTCCTGCGTGGCATCAATTTCAGCCTGGACAAGGGCGAGGTACTGGCGGTGGTCGGGCCCAGCGCCAGCGGCAAATCGACCTTGGCTCGGGCATTGGTTGGCGTGTGGCCGGCCATGGGTGGCTCGGTGCGGCTGGACGATGCCGAGATCAGCCAGTGGTCCCATGACGCCTTGGGCCCGTACCTCGGTTATCTGCCGCAGGACATCGAACTGTTCGATGGCAGTGTCGCTGACAATATCGCCCGTTTCGGCGAGCAGGACGCCGACAAGATCATCGCCGCCAGCCGTCACGCGGGCATTCACGAAATGATCCTGAGATTCCCCAAGGGCTACGACACGCCGCTGGGCCCCGGCGGGCTTGGCCTGTCCGGCGGACAGAAGCAGCGCCTGGGCCTGGCCCGTGCGCTTTATGGCAGCCCTTCGCTGATCGTCCTCGACGAGCCCAATTCCAACCTCGACGAAGCCGGCGAACTCGCGCTGGTGCAGGCCATCGGTGTGCTCAAGGCCGCCGGCAGCACGGTGGTGTTGATCACCCACCGGCCCAACGTTCTGGCGGTAGTGGATCACATCCTGGTGCTGAAGGACGGTACCCAGCAGGCGTTCGGCCCGCGCGACCGGGTGCTCAAGGCGCTGATGCCAGGCCCAAGGCCGACGGCCGTGCGGGAGGCGGGTAAAGATGCGTGA MGFFLDPRHDIDAALLSYRRVFWSLALFSGVINLLVLVPSLYMMQVYDRVLTSRNETTLFMLTLIALGLFMFSALIEWVRGEVMIRMSAGLDDALGERIFDAAFARSLREHNANPAQVLSDLATLRQLITGQGLIALLDAPWLPIFLLVAFIIHPWFGVLTLILAALLVGLALWGELATRTRLGEANRLGVQSSIYVNSTLQNAEVIQALGMLGPLRQRWSLLQQRIIAAQAHASDRGARITSATRFVRISGQSLALGLGALLVLEGQLSAGMMIAMSLLLGRALAPVEIAIGSWKQFNAGRQSYQRLSQLLAQHPRDRLRMPLPPPTGAVRLEQLYVGPPAATQPLLRGINFSLDKGEVLAVVGPSASGKSTLARALVGVWPAMGGSVRLDDAEISQWSHDALGPYLGYLPQDIELFDGSVADNIARFGEQDADKIIAASRHAGIHEMILRFPKGYDTPLGPGGLGLSGGQKQRLGLARALYGSPSLIVLDEPNSNLDEAGELALVQAIGVLKAAGSTVVLITHRPNVLAVVDHILVLKDGTQQAFGPRDRVLKALMPGPRPTAVREAGKDA PGPT0029385_1043 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029385-hasD|prtD|-K12536 NA NA D1-35_03882 1371 prsE_5 Type I secretion system membrane fusion protein PrsE ATGCGTGATTTGAAACCGGCGACGCCGGCCCACGGCGACCACGGCTTGAGCGTGCTCAGCAGCAACACGCTACCCAACGCCAGTACCGATGCCGGCGGCGCGGCGCGCTACGGCGTGGCCTTCCTGGCCCTGACCTTGGGCGGTTTCCTGCTTTGGGCGTGCCTGGCGCCGCTCGACCAGGGTGTGGTCGGCAGCGGCACCGTGGTGGTGGCGGGCGAGCGCAAGGCAGTGCAATCGCTGGTGGGCGGGGTCGTGGAAAAGCTGCTGGTCAGCGACGGCGACCGCGTCAGCCAGGGCCAGTTGCTGGTGCAGCTCAACACGGTGCAGGCCCAAGCGCAGTTGGACGTGACCCTGGGCAAGCTGCTTAATGACCGCAGCATCGAGGCGCGCTTGATGGCCGAGCGCCTCGGCGCCGATGAAATCCACTGGCCGGCGCAATTGCTGGAGCGCGCCGAGGAGCCGCGCGTCAAGGCGGCCATGGCGCTGCAGAAGCAACTGTTCCTGACACGCCGTGCCGAACTGGGCAGCCGCCTGCAGATCATCGAACATGAAGTCGGCGCCTTGCAGCAACAGTTGCAGGGCTATGAAGGGGTCAAGCGCAACTACGACGCGCAGATGCGTTTTCAGCAGCAAGAGCTTGAAGGTTTGCGCGAATTGGCTCGGGAAGGCTACGTGCCGCGCAACAAACTCTTCGAGGCCGAGCGCAACGCGGCGCAACTGGCCGGGCAGATCGCTTCCGGCATTGGCGATGTAGGCCGCACGCGCCAGGCAATCAACGAAAGCCGGCTCAAGGCCTTGCAGGCGCAGCAGGAATTCCGGCGCGATGCCGAAACCCAACTCAGCGAGGTCTCGGCCGAGGCCGCCGGTTATGCCGATCAGATCCGCGCCTTGCAGTTTGAGGTGGATAACGGGGCGATCCGCGCGCCGGTGGCGGGGCAGGTCATGGACGTGTCGATCCATACGGTCGGCGGCGTCGCCCAGGCCGGGCAGACGCTGATGCAGGTGGTGCCGCTGGATGCGCCGATGGCGATCACCGCGCGTTTTGATCCGCTGATGGCCAACAAGCTGAGCCCAGGGCTGCCGGTGCACGTGCATTTCACTGCGTTGCAACGGGTGGACACGCCGACGGTAACCGGCACGATCACCACCGTGTCGGCGGACCAGTTGATCGACCAGCAGACCCACCAGCCATATTTCTCCGCCAAGGTCGAGATTCCCGCCGACACCGTCGTTTCGCTGCAGAGCGCCGGGCTGCAGGTGCGCCCCGGCATGCTTGCCGACGTCACCGTGGTGACCGGTGAACGGACCTTGATGAATTACCTGATGAAACCCTTGCGCGAACGCTTGCTGGCGGCCTTCAAAGAGGAATGA MRDLKPATPAHGDHGLSVLSSNTLPNASTDAGGAARYGVAFLALTLGGFLLWACLAPLDQGVVGSGTVVVAGERKAVQSLVGGVVEKLLVSDGDRVSQGQLLVQLNTVQAQAQLDVTLGKLLNDRSIEARLMAERLGADEIHWPAQLLERAEEPRVKAAMALQKQLFLTRRAELGSRLQIIEHEVGALQQQLQGYEGVKRNYDAQMRFQQQELEGLRELAREGYVPRNKLFEAERNAAQLAGQIASGIGDVGRTRQAINESRLKALQAQQEFRRDAETQLSEVSAEAAGYADQIRALQFEVDNGAIRAPVAGQVMDVSIHTVGGVAQAGQTLMQVVPLDAPMAITARFDPLMANKLSPGLPVHVHFTALQRVDTPTVTGTITTVSADQLIDQQTHQPYFSAKVEIPADTVVSLQSAGLQVRPGMLADVTVVTGERTLMNYLMKPLRERLLAAFKEE PGPT0029390_231 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029390-hasE|prtE-K12537 NA NA D1-35_03883 1350 tolC_2 COG1538 Outer membrane protein TolC ATGACCGACCGTTGCCGTTATGGCGTCCGTGTGCTGTTGAGCCTGTGCACCAGTTGGGCGGTGATCGGCCCCGTCTGGGCGGCGGAGGGCGGGCTGAGCCTGATCGCCGCTTACGATGCCTCGCGCCTCAACGATCCGACCTTGCAGGCGGCGACCCATGCCTACGACGCGTCGCGGCAGGAGGAGGCGATCGGCCGTGGCGGTCTTTATCCGCAAGTGTCGCTGTCGTCGCGTTATGGCTATGGCGGGCGTACCGATGGCGGCGACGACAGCAGTTACGTCAACAGCAACGATTACCAGGCGAACAGTGTGACCCTGGCCGCGCAGCAGGCGCTCTATGACAAGGGGCGTTGGGCGGCTTATCAGGAAGGCAAGGCGCGGGGGGCGCTGGGTAGCCAGCAATTCGATGTGGCCGGCCAGACCCTGTTCGATCGGGTCGCCAAGGGCTATTTCGACGTGGCCCGGGCCGAGAACGAACTCAAGCTGATCGCCCAGCAGAAAACCGCTATCAGTGGCTTGGTCCTCCAGAGCAAAAAGCTCTATGAGGGCGGCCAGGGAGCGATCACCGATATCGACGAGGCCCAGGCCCGGCTCGATCTGGTCGAGGCTCAGGAAACCGAAGCCCAGGCCCGCCGCGTGGCTGCGCTGCGAGCACTGTCGGGGCGGGCCAGCGTGCCGATCGACGACATCCAGGCGATGCGCGAAGAACTCCCCGCCGGCAGCCCGATCCCGCCGGAGCAGGATCTGCCGTATTGGACAACGATTGCCCGTGAGGCCAGTCCGGAGCTGGCGGCGCGGTTGGCGGCGGTAAAAGTCGCCGAGGCCCAGGCCGACAGCCAGCGCGCCGGGCATTATCCGACGTTGTCGCTCACCACTCAGTTGACCCGTCGGGAAACCCGCCAGTACCAGGAGCTCGACCCGCGCCAGGACACTTACTACGTCGGGGTGCAACTGGATATCCCGTTGTATCGCGGCGGCGCGGTGCGTGCATCGGTGGCCAAGGCCGAGGCCCAGCTGGCCGGGGCCCAGTCCGATTACGATGTGCAGCGTCAGGAGCTGGCCGAGGCTATCGAAACCGACTATCTGGGCGTGGTGGCGGGCTTCGCCAAGAGCAAGGCGATGCTACGGGCGGTGGAATCCAACCAGCGGGCGCTGACGTCGACCGAGAAGGGTTTCCAGGGCGGCGTGCGCTCGACGGTCGACATCCTCGATGCCCAGCAACGCCTGTTCCAGGCACGCCGCGACCTGCTCGATACCAAGCTGGACATGCTCGAAAGTTATGTAAGCCTGCACACCCACACTGGCCAGATGAACCGCGCGGTGCTGGAACAGGTGCAAAGCCTGTTCTAA MTDRCRYGVRVLLSLCTSWAVIGPVWAAEGGLSLIAAYDASRLNDPTLQAATHAYDASRQEEAIGRGGLYPQVSLSSRYGYGGRTDGGDDSSYVNSNDYQANSVTLAAQQALYDKGRWAAYQEGKARGALGSQQFDVAGQTLFDRVAKGYFDVARAENELKLIAQQKTAISGLVLQSKKLYEGGQGAITDIDEAQARLDLVEAQETEAQARRVAALRALSGRASVPIDDIQAMREELPAGSPIPPEQDLPYWTTIAREASPELAARLAAVKVAEAQADSQRAGHYPTLSLTTQLTRRETRQYQELDPRQDTYYVGVQLDIPLYRGGAVRASVAKAEAQLAGAQSDYDVQRQELAEAIETDYLGVVAGFAKSKAMLRAVESNQRALTSTEKGFQGGVRSTVDILDAQQRLFQARRDLLDTKLDMLESYVSLHTHTGQMNRAVLEQVQSLF PGPT0029395_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-HEMOPHORE|METALLOPROTEASE_TRANSPORT,PGPT0029395-hasF|prtF-K12538 NA NA D1-35_03884 5613 hypothetical protein ATGATTTTCAACGTACAAGATTTTGGCGCCAAAGGAGATGGCGTCACCGACGACACGGCGGCCATTCAAAGCGCGATCGATGCGGCAGCGGCCGCGGGCGGTGGCCAGGTGTACATGCCCACCGGCACCTACATCGTTTCGGGAGGCGAGGAACCCTCCGATGGCTGCCTGATGCTCAAAAGCAACGTCTACCTGTACGGCGACGGCATGGGCGACACCACGGTCAAGCTGGCCGACGGATCGGACACCAAGATCACCGGCATCATCCGCTCGGCCTATGGCGAGGAAACCCACGACTTCGGCGTCAGCAACCTCACCATCGACGGTAACCGCGACGCCACCACCGGCAAGGTGGATGGCTGGTTCAACGGTTATATTCCCGGCGAGGAAGGCTACGACTCCAACGTCACCCTCGACAGCGTCGAGATCAAGGACTGCTCCGGGTACGGCTTCGACCCGCATGAGCAGACCGTCAACATGGTCATCAAGAACAGTGTGTCCCACGGCAACGGCCTGGATGGCTTCGTCGCCGACTTCCTCAGCGACAGCACCTTCGAAAACAATATTGCCTACGACAACGACCGCCACGGTTTCAACGTCGTCACCAGCACCCACGATTTCACCATGACCAACAACGTCGCCTACAACAACGGCGGCAACGGCATCGTCGTGCAGCGCGGCAGCGAAGATATCCCCTCTCCCAGCAACATCACCATCACCGGTGGCGAGGTCTACGGCAACGGCGCCGAAGGCGTGCTGGTCAAGCTGTCCAGCGACGTGACCGTCACCGGCGTGGATATCCATGACAACGCCAGCGCCGGGATCCGCATCTACGGCAGCAACCATGTCGAGGTCATCGACAACACCCTCAACAACAACTCGTTGGGCGGCGCGGTGCCGGAAATCATCATCCAGTCCTACGACGACACCCTCGGTGTGTCCGGCAAGTACTTCAACGGCAGCGACAACCTGATCCAGGGCAACGTCATCAGCGGCAGCAACCTGTCCACCTACGGCGTCGCCGAGCGCAACGAAGACGGCACCGATCGCAACGCGATCATCGCCAACACCATCAGCCACACCAGCAAGGGCGCCACGCTGGTCTATGGCGATGGCAGCTATGTCAGCGCCACCGTGCCGATGACCACCGTGCAAGGCACGGCGGGCAACGACGTCCTCATGGGCACCGCCGCCAGCGAAATTTTCTACGGTGCGGCCGGCAACGACACCATCAATGGCGCGGCCGGGAGCGATATCCTGGTGGGCGGCGCGGGCGTCGACAAACTCACTGGCGGCACGGGCGCCGACACATTCCGCTTCACCAGCCAGTCCGACAGCTATCGCAATGCAACGGCGAGCTTCGACGACACCATCACCGATTTCGACGTGACCCAGGACAAGATCGATCTTGCCGGCCTCGGCTTCACCGGCCTGGGCAATGGCCGTGGCGGCACCCTGCAAGTCAGCTACAACGCCAGCAGCGACCGCACCTACATCAAGGACTACGACGCCGATGCCAGCGGCAATCGCTTCGAACTGATTCTCTCGGGCAACCTGGCGAGCACCCTGACGGCGAGCAACTTCATCTTCAATCGGGTCATCACCGGCACCACCGGCAGCGACTCTTTGTTGGGCAGCGACGCCGCCGATACCTTGCTCGGCCTGGCCGGCAACGACAGCCTCAGCGGTGGCGCGGGCGACGACAAGCTCGACGGTGGCGCCGGCATGGACACCCTCACGGGCGGCGCCGGGGCGGACACCTTCGTGTTCGCCAACCGGCTGGACAGCTACCGCAACTACAACACCGGTGGCGCCAACCTGGGCGATTTGATCACCGACTTCAACATCGCTGCCGACAAGATCGATCTCTCCGCCATGGGCTTCACCGGCCTGGGCGACGGCAAGAACAATACCGTCTACCTGGTGCTCAACAGCGCCGGCACCAAGACCTACATCAAATCCCTGGAGGCCGATGCCAACGGCAACCGCTTCGAAGTGGCACTGGACGGCAATTACCTCAACACCCTGACCAGCGCCAACTTCGTCTTCGCGACAACATCGCCGACCAACCAGGCACCGGTGCTAGCCACGCCATTGCTGGACCAGAACGCCAGCGAAAAGACGCCCTTCAGCTACGTGGTGCCGGCCACCAGTTTCACCGATCCGGACAATGACAGCCTCAGCTACACCGCCAAGCTGGCCGATGGTAGCGCCCTGCCCAGCTGGCTGACGTTCGACGCCGCCACCCGCACCTTCAGCGGCACGCCACCCGACACGGCATCGGGCACTTACTCGATCCAGGTCACCGCGACCGACGGCAGCAACGCCACCGTCAGTGACAGCTTTACCCTGGCGGTGCAGGACGTGCCCGGCTCGGTGGTGATCAACGGCACGCCAAACAACGACACGCTGACCGGCACCGTCGCCAACGAACAGATTTTCGGTGGCGCGGGCAACGACACCCTCAATGGCGCAGCGGGCAACGACATCCTGGTGGGCGGCACGGGCGTGGACAAACTCACCGGCGGCACGGGCGCCGATGTGTTTCGCTACACCTCCAAGCTCGACAGCTACCGCACCGGTTCCACCAGCGCCAGTGACCAGATCCTCGATTTCGACGTGGCCGCCGACAAGATCGATGTCGCGGCGCTGGGCTACACCGGTCTGGGCAACGGGCTCAACGGCACGCTGCAAGTCAGTTACAGCTCGTCAACCAACCGCACGTACCTGAAGGACCTCACGGTCGATGCCAACGGCAACCGCTTTGAAATCTCCCTGGCGGGAAATTTCGTCAGCAGCCTGACCGCCAATCACTTTGTCTTTGCCGACCAGAACACCCCGACCAACGTGGCGCCGGTGGTAGTCACTCCGCTACTCGACCAGAACGCCAGCGAAAGCACGCCGTTCAGCTATACGGTGGCCAACAACAGCTTCAGCGACGCCAACCAGGACGTGCTGACCTACACCGCGACCCTGGCCAATGGCAGCGCCCTGCCCTCGTGGCTGAGCTTCAACGCCAGCACGCTGACTTTCAGCGGCACGCCCACCAGCACTGCGTCCGGCAACTACGACGTGCTGGTCAAGGCCACCGATCCGTCCGGCGCATCGGTCAGCGACAGCTTTGCCCTGGTGGTCGCCGATGCGCCCGCCAACACCATCACCGGCACGGCCAATGCCGAAAGCCTCAACGGTACGGCAGGCGCCGACCTGATCCTCGGCCTGGGTGGCAACGACACCATCAAGGCTGGGACCGGTGCCGACATCATCGACGGTGGCGCCGGAAGGGACTCGCTGTATGGTGACGCCGGCGCCGACACGTTCCGCTACAGCAACCTGTCCGACAGCTACCGGGACTACGACACCGGTGGCGTCACGGCCACGGACACGATCTATGACTTCACCGTCGGCGTCGACAAGATCGACGTCTCCGGGCTGGGTTTCCTCGGCCTCGGCGACGGCAGCAACGGCACGCTCTACATGACGTTGAATGCGGCCGGCGACAAGACGTATGTCAAGTCCAGCCAGGCTGATGCCGATGGCAACCGTTTCGAGATCGCCCTGAACGGCAACTACCTCAACACCCTGACCGCCAGTGATTTCGTCTTCGGCGAACGCGCCCAGCAAGACATCCTCTATCTGCCGACGCTCGGCCAATCCAACGCACGCCTGCTGCGCATGAGCGAGGATGACGATCAGTCCGGCACCTCAATGCTGGTCAATGACCTGAACAAGTACACCACCTATGACGTGCGCAGCCAGTTCAGCGACGCCGACGGCAACGGCATTGACATTGCGGTGGGTGGCAGCACGGTCAACGGCTTGTCGACCCTCGGCGCCGAGGAGCTGAAGTTGTGCTGGTGGCTGACCGACACCAACCAACCCGGCCCGGCATTGCTGCGCGCCGTGACGCTGTTGCGCGACCAGCTCACCGAACTCAAGGCCATCGACAACGTGACCATGGGTATCATCTGGGGCCAGGGCGAGGAAGCCGCCCAGGAGATCGCCCGCTCCACCGACAAGGCAGCGGCTGCGGCGGCCTACAAGGCGTCGACGCTGAAGGTCTTCGATTACCTGCACGCCCAACTCGGCAATTTCAACGTGTACCTGATGGAAACCGGTCACTACGAGCAGGACGCCGCGCGCGCCCGTGGTTACTCGGAGGAGAAGATTGCTTCCATCGTCGAGGGTGTGGGCTACGTCCGCGCCGTCCAGGAAGCCATCGCCGCCGAGCGCGCCGATGTGAAACTGGCGGTGGACTACAACGACCTGCCCTTGCGTTATGAAGTCGATCCGTTGGTGTATCCCGACGATGTCTGGCACCTGCACGAGGAGTCAGCGGAAATCGTCGGGCAGCGCCTGGCGGACTACATCGCCAATGACCTTGGCTTCCAGGGCAACCCCAACGACAACAACAGCGTGCAGGATATTTTCGACGGCGCGCAGAATGAGGGCGGGAAAATTTCCGGCACCGACCAGGCCGACACCCTGGTAGGCAGTTCCGGCAACGACATACTGGACGGGGACCTGGGTGCCGACTCGTTGACCGGCGGCGATGGTAACGACATCTACGTCGTCGACAACGCGTTCGACAGCGTGGTGGAAACCAATACCTCGACTTCGCAGATCGATACGGTACAGGCCTCGGTCAGTTGGACCCTGGGCGCCAACCTGGAAAACCTGGTGCTGACCGGCGTGTCGGACATCGACGGCACCGGTAACGAACGGCGCAACTTCATCACCGGTAACGCCGCCAACAACGTGCTCAATGGCGCGGTGGGAGCGGACAGCATGAGCGGCGGCGACGGCAACGACACCTACTACGTCGACAACGCCAGCGATACCGTGATCGAGACCAGCAGCAACCCGGTGTCCGGCGGCATCGACGCCGTCCACAGCAGCCTCGCTACCTACACCTTGGGCAACAACGTGGAGAATCTGTACGTCGACAGCGCCGGGGCCGCCAACGGGATCGGTAATGCGCTGAACAACACGCTGTTCGCCGGCGTGGGCGACAACGTCCTGGACGGACGCGATGGCAACGACACCGTCTCCTACGACCGGGCCCTGGCCGGGGTGACCGTGAACCTGTCGACATCCGCACAGCAGAACACCGTCGGTTCCGGGCTCGACACGCTGAAGTTCATCGAGAACCTGACGGGCAGTGCCTACGCGGATACGCTGTCGGGCAACAGTGCCGGGAACATCCTCAACGGCGGTGCCGGCAATGACACGCTGGTGGGCGGCTCGGGCGATGACCGGCTGATCGGCGGCGCCGGCACTGATAACCTCACCGGCGGCACTGGCGCAGATACCTACGCGTTTACTGCGCTGTCGGACATGGGCGTCGGCGCCGCGCGGGATGTGATCAACGGCTTCAAGACGGCTGAGCTGGATAAACTGGACTTCACCGGCCTGGACGCCAACCCGCTGACCGCCAGCATCGATGCCTTTACCTTCATCGGCAGCAACGCCTTCGACGCCAGCAACGCGACCGGCCAACTGCGTTTTGTCGATGGCATCCTCTACGGCAGCGTCAATGCCGACGCCACCGCCGAGTTCGAGTTCGAACTGGTGGGCGTCAAGGAGCTGCACGCCAGCGACTTCACCGCCTGA MIFNVQDFGAKGDGVTDDTAAIQSAIDAAAAAGGGQVYMPTGTYIVSGGEEPSDGCLMLKSNVYLYGDGMGDTTVKLADGSDTKITGIIRSAYGEETHDFGVSNLTIDGNRDATTGKVDGWFNGYIPGEEGYDSNVTLDSVEIKDCSGYGFDPHEQTVNMVIKNSVSHGNGLDGFVADFLSDSTFENNIAYDNDRHGFNVVTSTHDFTMTNNVAYNNGGNGIVVQRGSEDIPSPSNITITGGEVYGNGAEGVLVKLSSDVTVTGVDIHDNASAGIRIYGSNHVEVIDNTLNNNSLGGAVPEIIIQSYDDTLGVSGKYFNGSDNLIQGNVISGSNLSTYGVAERNEDGTDRNAIIANTISHTSKGATLVYGDGSYVSATVPMTTVQGTAGNDVLMGTAASEIFYGAAGNDTINGAAGSDILVGGAGVDKLTGGTGADTFRFTSQSDSYRNATASFDDTITDFDVTQDKIDLAGLGFTGLGNGRGGTLQVSYNASSDRTYIKDYDADASGNRFELILSGNLASTLTASNFIFNRVITGTTGSDSLLGSDAADTLLGLAGNDSLSGGAGDDKLDGGAGMDTLTGGAGADTFVFANRLDSYRNYNTGGANLGDLITDFNIAADKIDLSAMGFTGLGDGKNNTVYLVLNSAGTKTYIKSLEADANGNRFEVALDGNYLNTLTSANFVFATTSPTNQAPVLATPLLDQNASEKTPFSYVVPATSFTDPDNDSLSYTAKLADGSALPSWLTFDAATRTFSGTPPDTASGTYSIQVTATDGSNATVSDSFTLAVQDVPGSVVINGTPNNDTLTGTVANEQIFGGAGNDTLNGAAGNDILVGGTGVDKLTGGTGADVFRYTSKLDSYRTGSTSASDQILDFDVAADKIDVAALGYTGLGNGLNGTLQVSYSSSTNRTYLKDLTVDANGNRFEISLAGNFVSSLTANHFVFADQNTPTNVAPVVVTPLLDQNASESTPFSYTVANNSFSDANQDVLTYTATLANGSALPSWLSFNASTLTFSGTPTSTASGNYDVLVKATDPSGASVSDSFALVVADAPANTITGTANAESLNGTAGADLILGLGGNDTIKAGTGADIIDGGAGRDSLYGDAGADTFRYSNLSDSYRDYDTGGVTATDTIYDFTVGVDKIDVSGLGFLGLGDGSNGTLYMTLNAAGDKTYVKSSQADADGNRFEIALNGNYLNTLTASDFVFGERAQQDILYLPTLGQSNARLLRMSEDDDQSGTSMLVNDLNKYTTYDVRSQFSDADGNGIDIAVGGSTVNGLSTLGAEELKLCWWLTDTNQPGPALLRAVTLLRDQLTELKAIDNVTMGIIWGQGEEAAQEIARSTDKAAAAAAYKASTLKVFDYLHAQLGNFNVYLMETGHYEQDAARARGYSEEKIASIVEGVGYVRAVQEAIAAERADVKLAVDYNDLPLRYEVDPLVYPDDVWHLHEESAEIVGQRLADYIANDLGFQGNPNDNNSVQDIFDGAQNEGGKISGTDQADTLVGSSGNDILDGDLGADSLTGGDGNDIYVVDNAFDSVVETNTSTSQIDTVQASVSWTLGANLENLVLTGVSDIDGTGNERRNFITGNAANNVLNGAVGADSMSGGDGNDTYYVDNASDTVIETSSNPVSGGIDAVHSSLATYTLGNNVENLYVDSAGAANGIGNALNNTLFAGVGDNVLDGRDGNDTVSYDRALAGVTVNLSTSAQQNTVGSGLDTLKFIENLTGSAYADTLSGNSAGNILNGGAGNDTLVGGSGDDRLIGGAGTDNLTGGTGADTYAFTALSDMGVGAARDVINGFKTAELDKLDFTGLDANPLTASIDAFTFIGSNAFDASNATGQLRFVDGILYGSVNADATAEFEFELVGVKELHASDFTA NA NA NA NA NA D1-35_03885 2658 uvrA_1 COG0178 UvrABC system protein A ATGCCCCCACGCTCCGCCCCTGCTTCAACTGCGGCTTTGCCCGAAGGCACCGGTTTTGTCCGGGTGCGTGGCGCCCGCGAACACAACCTCAAGAACGTCGATGTGGACATCCCCCGCGATGCCCTGGTGGTGTTCACCGGCGTGTCGGGTTCCGGCAAGTCATCGCTGGCCTTCTCCACGGTTTATGCCGAAGCCCAGCGCCGCTATTTCGAGTCGGTCGCGCCGTACGCGCGGCGTTTGATCGACCAGGTGGGCGTGCCGGACGTGGACAGCATCGAGGGCCTGCCGCCGGCGGTTGCCTTGCAACAGCAACGCGGCACGCCCAGCGCACGTTCCTCGGTGGGCAGCGTCACCACGCTGTCGAGCCTGATCCGCATGCTCTACTCCCGCGCCGGCAGCTACCCGGCGGACCAGCCGATGCTGTACGCCGAGGACTTCTCGCCCAACACCCCGCAGGGCGCCTGCCCGGAGTGCCATGGCCTGGGACGGGTCCATGAGGTGACCGAGGCGTCCATGGTGCCCGATCCGTCGCTGACCATCCGCGAGCGCGCCGTGGCGGCCTGGCCCATGGCCTGGCAAGGCCAGAACCTTCGCGACATCCTGGTGACCTTGGGTTATGACGTCGACGTTCCCTGGCGCGACCTGCCGAAAAAGCAGCGCGACTGGATTCTGTTTACCGAAGAGACCCCCACCGTCCCGGTATATGCAGGGCTGACCCCAGCCCAGACCCGCGAAGCGCTCAAGCGCAAGCTCGAACCCAGCTATCAAGGCACCTTCAGCGGTGCCCGACGCTATCTGTTGCACACCTTCATGCATTCGCAAAGCGCGCAGATGCGCAAGCGCGTGGCGCAATACATGCGCGCCAGCCCCTGCCCGATGTGCGAAGGCAAGCGCCTCAAGCGTCAGGCATTGACCGTCACCTTCGCGGGCCTGGACATAGCGCAGTTGTCCAACCTGGCGCTGCTGGAACTGGCCGAAGTGCTCAAGACCGTCGCGGCCCCCGACTATCTGGAGCAACCCGAAGAGCCGGGCGACGTGCTCACCCACAGCCAGACCCGAGAGGCCCGCGAGCAACGCGCCGCCCGCGGCGACAACCCGCACGCCGGCGGACCGGATGCGCGCCACACGCCGAACCTGTCCCTCGAGAAGCGCCTGGCGGCCCAACGCATCGCCGCCGAATTGTTGGAGCGGATCGTCACGCTGATTGACCTGGGCCTTGGCTACCTGGCCCTGGAGCGCAGCACGCCGACCCTGTCCTCCGGCGAATTGCAGCGCCTGCGCCTGGCCACCCAGCTCAATTCCCAGCTGTTCGGGGTCATCTATGTCCTGGACGAACCTTCCGCCGGCCTGCACCCGGCCGACAGCGAGGCGCTGTTCGGCGCCTTGCAACGCCTGAAGGCCGCGGGCAATTCCGTGTTCGTCGTCGAACACGACCTCGACACCATGCGTCGCGCCGACTGGCTGATCGACGTCGGCCCGGACGCCGGTGAGCAAGGCGGCAAGGTCCTCTACAGCGGACCACCCGATGGCCTCGGTCAAGTGCCCGAGTCCCGGACCCGCGCCTACCTGTTCGCCGAAGACCGCGCCACCGCGCGCATCCCCCGTGAACCTGAGGATTGGCTGCGCCTGGAAGGCATCACCCGCAACAACCTCGACAACCTGAGCGCAGCGTTTCCACTCGGTTGCTTCACGGCGGTGACCGGCATTTCCGGGTCAGGCAAGTCCAGCCTGGTCAGCCAGGCCCTGCTGGACCTGGTCGGTGCCCATCTGGGCCAGGCCAGCCCCAACGCGGAAGCCGAGGAGCAGAGCCTGGAAGACGAACCGGTGCAAACCAGTGGCGGCCGGGTCAGCGCCGGGCTCGACGCAATCAAACGACTGGTGCAAGTCGACCAGAAACCCATCGGCCGCACGCCGCGCTCCAACCTCGCCACCTACACGGGGCTGTTCGATCACGTACGCAAACTGTTCGCCGCCACCGAACAGGCGCAGGCGCTGGGATTCGATGCCGGACGGTTTTCCTTCAACGTCGCCAAGGGTCGTTGTGAAACCTGTGAAGGCGAAGGCTTCGTCAGCGTCGAGCTGTTGTTCATGCCCAGCGTCTATGCGCCCTGCCCGACCTGTCATGGGGCCCGCTACAACCCGCAGACCCTGGAGGTGACCTGGCAGGGGCTGGACATTTCCCAAGTGCTGCAACTGACGGTGAACCAGGCTCTAGAAGTGTTCGCCGAACAAGCGTCGGCCAGGCGCTCGTTGCAAGTCTTGCAAGACATCGGCCTGGGTTATCTGCGCCTTGGCCAACCGGCCACCGAGCTGTCCGGCGGCGAGGCGCAGCGGATCAAGCTGGCGACCGAGCTGCAACGCAAGGCTCGGGGCGCGACCCTTTACGTATTGGATGAGCCTACCAACGGTCTGCACCCCCAGGACGTGGATCGCCTGCTGGTGCAGTTGAATCGCCTTGTGGACGAAGGCCATACGGTGGTTGTGGTGGAACACGACATGCGCGTGGTGGCGCAGAGCGACTGGGTCATCGACATCGGCCCGGGAGCCGGGACACAGGGCGGGAACGTGGTGGTGTGCGGTGCGCCAGAGGTCGTTGCAGACTGTGACGAAAGCCGCACCGCGCCGTTCCTGAAAAGAGCTTTGCAACCCGCACGATGA MPPRSAPASTAALPEGTGFVRVRGAREHNLKNVDVDIPRDALVVFTGVSGSGKSSLAFSTVYAEAQRRYFESVAPYARRLIDQVGVPDVDSIEGLPPAVALQQQRGTPSARSSVGSVTTLSSLIRMLYSRAGSYPADQPMLYAEDFSPNTPQGACPECHGLGRVHEVTEASMVPDPSLTIRERAVAAWPMAWQGQNLRDILVTLGYDVDVPWRDLPKKQRDWILFTEETPTVPVYAGLTPAQTREALKRKLEPSYQGTFSGARRYLLHTFMHSQSAQMRKRVAQYMRASPCPMCEGKRLKRQALTVTFAGLDIAQLSNLALLELAEVLKTVAAPDYLEQPEEPGDVLTHSQTREAREQRAARGDNPHAGGPDARHTPNLSLEKRLAAQRIAAELLERIVTLIDLGLGYLALERSTPTLSSGELQRLRLATQLNSQLFGVIYVLDEPSAGLHPADSEALFGALQRLKAAGNSVFVVEHDLDTMRRADWLIDVGPDAGEQGGKVLYSGPPDGLGQVPESRTRAYLFAEDRATARIPREPEDWLRLEGITRNNLDNLSAAFPLGCFTAVTGISGSGKSSLVSQALLDLVGAHLGQASPNAEAEEQSLEDEPVQTSGGRVSAGLDAIKRLVQVDQKPIGRTPRSNLATYTGLFDHVRKLFAATEQAQALGFDAGRFSFNVAKGRCETCEGEGFVSVELLFMPSVYAPCPTCHGARYNPQTLEVTWQGLDISQVLQLTVNQALEVFAEQASARRSLQVLQDIGLGYLRLGQPATELSGGEAQRIKLATELQRKARGATLYVLDEPTNGLHPQDVDRLLVQLNRLVDEGHTVVVVEHDMRVVAQSDWVIDIGPGAGTQGGNVVVCGAPEVVADCDESRTAPFLKRALQPAR PGPT0014915_6088 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701 NA NA D1-35_03886 1623 hypothetical protein ATGACCAGACTCACCATTGCCCAGCGAATCGTCATGGGTTTTTCCATTGCGCCCATCGCTTTGATCGCCGTGGCGTTGTACGCCTTGTACGACCTGCGGATATTGCGCGACCAGGCCGAAGTGGTCGCCCAGCGAGACTGGCCGAAAATCGCCCCGATCATGGCCATCGCCACGGGGGTGCGGGATAACGCCAGCCACATTCGCGAACTGTTGATCGACAGGAACGATCCCCTGGCCCAGACGTCCATCGACAACACGCGGCAACGCATCGACAAAGCGCTGGCAACGCTCGGGCCGTTGCTTGATCGAAGGCCCGAAGGCAAGGCGGCTTTAGCGGCCCTGAAAAAGAATGGCGAGGTCTACCAGGCCGCTTTTTCGCAAATGCAGGGCTTGATTCACCGGAACGTGCCCCATGAGGCGGTGCTGCAGCTGGAGCAATCCGTAACCCCGGCGGAGCAGGCGATGTACCAGAGCCTGGACGGACTGATGGCGATGCAGGACCGTCTTTTTGACGAGCGTGAGCGCGGGGCCCAGACACGCTACCAGGACGCGCAACTGCATTTGCTGATGATGGTGCTGGCGTGCCTGGCCCTGGTGGCGACGGTCGCGGTGCTGGTGACCCGCAGCGTTACCCGGCCACTGGGCGGTGAGCCCGGTGATGCGGCGCGGATGCTGGGCCATATCGCCCAAGGCGACCTGACCATCAAGGTGCCCGTGGGGGCGGGCTCGGGCGACAGCATGATGAGTAACATGCACGAGATGCAGCAGAGCCTCCACTCCATGGTCCGGCAGATCGCGACCTCGGTGGATCGGGTCGCCAGTTCCTCCGAGGAGTTGAGCGCCGTGAGCAGCCAGACCAGCAGTTCCTTGCAACTGCAGGGAATTGAAATCGAACAGGCGGCGGCAGCCGTGAACCAGATGACCGCCGCGGTGGACGATGTGGCGCGCAATGCCATGAGCACCAGCGAAGCATCGCGGATTTCCGAGCAGACGGCCCTGGATGGTCGTGAGCAGGTCCAGGAGACGGTAGCGTCCATTTCCGTGCTGGCCGACGGTGTGAGCGAAGCCGCGGAGCGTATTCAGCAACTGGCCGGGCGGGTCCAGGACATCAGTTCGGTGCTTGACGTGATCCGCAGCATCGCCGAGCAGACCAACCTGCTGGCCTTGAATGCCGCCATCGAAGCGGCCCGGGCAGGCGATGCCGGCCGCGGCTTCGCGGTCGTCGCCGATGAGGTAAGGGCGCTGGCCCACCGCACCCAGGAGTCAACCCGGGAAATTGAGGAAATGATCGGCACGATCCGCCGCGAAAGCGGGGACGCGGTAACCGCGATGCAAAGCAGCAGTGAACTGGTACAGGCAACGTTGCAAGTAGCCCGGCGCTCCGGCGAAGCCTTGGACGCGATTGCCTGCTCAATCTCGCAGATCAACGAGCGCAACCTGATGATTGCCAGTGCCACCGAACAACAGGCACTGGTGGCCCGGGAGGTGGACCGCAACCTGGTCAGCATCCGCAACCTGTCCGAGCAGGTCTTGCAGGGAGCCCAGCATACCGATACGGCGGGGCAGGACCTGGCACACATGGCAGAGTCGCTGCATCAGACGGTGGCGCGGTTCAAGGTGTAG MTRLTIAQRIVMGFSIAPIALIAVALYALYDLRILRDQAEVVAQRDWPKIAPIMAIATGVRDNASHIRELLIDRNDPLAQTSIDNTRQRIDKALATLGPLLDRRPEGKAALAALKKNGEVYQAAFSQMQGLIHRNVPHEAVLQLEQSVTPAEQAMYQSLDGLMAMQDRLFDERERGAQTRYQDAQLHLLMMVLACLALVATVAVLVTRSVTRPLGGEPGDAARMLGHIAQGDLTIKVPVGAGSGDSMMSNMHEMQQSLHSMVRQIATSVDRVASSSEELSAVSSQTSSSLQLQGIEIEQAAAAVNQMTAAVDDVARNAMSTSEASRISEQTALDGREQVQETVASISVLADGVSEAAERIQQLAGRVQDISSVLDVIRSIAEQTNLLALNAAIEAARAGDAGRGFAVVADEVRALAHRTQESTREIEEMIGTIRRESGDAVTAMQSSSELVQATLQVARRSGEALDAIACSISQINERNLMIASATEQQALVAREVDRNLVSIRNLSEQVLQGAQHTDTAGQDLAHMAESLHQTVARFKV PGPT0015710_21689 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 D1-35_03887 1740 dapE_3 Succinyl-diaminopimelate desuccinylase ATGAACTTCCCGTTCAAGCGTCTCGCTATCGCCACCCTCGTCCTGTCCAGCCTGTCGTCTTTCTCGATGTCGGCCTACGCCAACATTTCCGCGCAACAGAGCGCGACCCTGGTCAAAAATTTCACTGATAGCTCGGTCAACGATTTCCGCCAGTTCCTCGCAAGCGTCGCCAATATCGAAGTGGCAAAAACCGCCAACCTCGGCCCGGCCATCAGCGCCTTCCAGGGCAACAAGACCCTGTCGGCGGAACAGCAGAACGAAATTCATCGCCTGCTGGGTATCTACGCCCGGGTAAAGTACGGCAAAGCCGCCACCGAAACCTTGCGCCAATTGGTGGAAATCCCGACCTATCGCAAGGACGGCGTTGCCCAGCATGAAAATCCTGAATTTCTCAAGATCGCCGACAAGATCAAGAGCCTGGCCGAGTCATTCAACCTGAACTTTCGCAACATCGACAACCGCGTCTACGAGATATCCCTCGAAGGCTCGGGTGACGAAGTGGTGGGCATTCACGCCCATGCCGATGTAGTGCCGGTCACGCCGGAAAACTGGGTGCTCAAGGATGGCACCAAGCTTGATCCCTTCAAGGTCACCCTGGTGGGTGATCGCATGTATGGCCGCGGCACCGAAGACGACAAGAACGGCATCGTCGTGGCGCTCTACGCCATGAAGATCATCAAGGAAGAAAAACTGCCACTGGCGCGCAACTTCAAGCTGCTGGTCGATACCACCGAGGAAACCACCGGCGACGCCATTCCTTATTACTTCGAGCGTAACCCGACCCCGAACTACAACCTGGCGCTGGACGGCAGCTACCCGGTGGTGATTGCCGAGAAAGGCTATGGCACGGTCATGGCGAATTTCCCGCGCCGGGCGGCACAGGGTCAAGGTGCCGAGATCACGGCGTTGACGGGCGGCATGGCGACCAACCAGATCCCGTCGACTTCGGTGGCAACCTTTACCACGGAAAAGCCCGCCGAGCTGGCTGCCAGCCTGGTCAAGGCGGGCACCGACTTTGCCAAGGCCAATGGCGGCGACTTTCAAGTGGCCAGCGAGGTCGTCGATAACACAGTCAAGCTGACCTTCACCGGCGTTTCGGCACACTCCTCCGAGCCCGAGTCAGGCGTCAACCCGGTCGCCAGGATGCTGGTATTCATCAATGGCCTGAACGGCACCGTTGGACTCAAGCACAATCACATCACCGACGCCGCGCGCTATGCCGCCGACAACTGGGGTCTGGATTACCTGGGGAAAAAACTCGGTATCGGTTTTTCCGACGCGTTCATGGGTCCGCTGACCGCCTCGCTGACCTACGTCGGTATGGATGACAAGGCCTTCAAGCTCGCGGTCAACCTGCGGGTGCCCGTGGGCAAGCCGACGCAAGCGCTGAAGACTGAAATTGACGACAGACTTTCGGCCTGGGCGAAGAAATCCAAGGTTGCCGTGGCCTTCGAAAACTCCATCGATGAGCCGATGTACCGCAATCCCGAAGGTGAATGGGTCAAGGCGCTGCTCGCCGTTGCCACCGAGAATCTCGGCATGGAACACAAGTTCGGCACGTCTGCCGGCGCCACCTCGGTTCATGATCTGCCCAACGGCGTGCAGTTCGGCCTGGCCATGCCCGACGTCAAGTACACCGGGCACAACGATAACGAGTTCAAGACCGTTGAGCAGTTCCTGCTGGACCTGCAGGTCGTGACCGAGATGATGGGGCGGATCGGGCAGTTGCCGAAGCTCTGA MNFPFKRLAIATLVLSSLSSFSMSAYANISAQQSATLVKNFTDSSVNDFRQFLASVANIEVAKTANLGPAISAFQGNKTLSAEQQNEIHRLLGIYARVKYGKAATETLRQLVEIPTYRKDGVAQHENPEFLKIADKIKSLAESFNLNFRNIDNRVYEISLEGSGDEVVGIHAHADVVPVTPENWVLKDGTKLDPFKVTLVGDRMYGRGTEDDKNGIVVALYAMKIIKEEKLPLARNFKLLVDTTEETTGDAIPYYFERNPTPNYNLALDGSYPVVIAEKGYGTVMANFPRRAAQGQGAEITALTGGMATNQIPSTSVATFTTEKPAELAASLVKAGTDFAKANGGDFQVASEVVDNTVKLTFTGVSAHSSEPESGVNPVARMLVFINGLNGTVGLKHNHITDAARYAADNWGLDYLGKKLGIGFSDAFMGPLTASLTYVGMDDKAFKLAVNLRVPVGKPTQALKTEIDDRLSAWAKKSKVAVAFENSIDEPMYRNPEGEWVKALLAVATENLGMEHKFGTSAGATSVHDLPNGVQFGLAMPDVKYTGHNDNEFKTVEQFLLDLQVVTEMMGRIGQLPKL NA NA NA NA NA D1-35_03888 2004 rlhA COG0826 23S rRNA 5-hydroxycytidine synthase ATGTCCTTGCCTAAACATCATCTGGAATTGCTCAGCCCCGCCCGCGACGTAACCATCGCCCGCGAGGCCATTCTGCATGGCGCCGATGCCGTGTACATCGGTGGCCCGAGTTTCGGCGCGCGTCACAACGCCTGCAACGAGGTGAGCGATATCGCCGGGCTGGTGGAATTCGCCCATCGCTACCACGCCCGGGTGTTCACCACGATCAACACGATCCTGCACGACAACGAGCTGGAGCCGGCCCGCCAGTTGATCCATCAGCTCTACGACGCCGGCGTCGATGCGCTGATCGTCCAGGACCTGGGCGTCATGGAGCTGGACATTCCGCCGATCGAGCTGCACGCCAGCACCCAGACCGACATCCGCACCCTGGCCCGGGCAAAGTTTCTCGACCAGGCCGGTTTCTCGCAGCTGGTATTGGCCCGCGAGCTGAACCTGCAGGAAATCCGCGCCATTGCCGACGAGACCGATGCGGCCATCGAGTTCTTCATTCACGGCGCGCTGTGCGTGGCGTTTTCCGGCCAGTGCAACATTTCCCATGCCCAGAACGGGCGCAGCGCCAACCGTGGCGATTGCTCCCAGGCCTGCCGCCTGCCCTACACCCTCAAGGATGACCAGGGCCGGGTTGTCGCCTATGAAAAACACCTGCTGTCGATGAAGGACAACAACCAGAGCGCGAACATCCGCGCCCTGGTCGAAGCGGGCGTGCGCTCGTTCAAGATCGAAGGTCGCTACAAGGACATGGGCTATGTGAAGAACATCACCGCCTACTATCGCCAGCGCCTCGACGATGTCCTCGAAGACCGCCCAGACCTGGCCCGCGCCTCCAGCGGCCGCACCGCGCATTTCTTCGTGCCGGACCCGGACAAGACCTTCCACCGTGGCAGCACCGACTACTTCGTCAGCGAGCGCAAGATCGACATCGGCGCCTTCGACTCCCCGACGTTCACCGGCGTGCCGGTGGGCGTGGTGGAAAAAGTCGGCAAGCGCGACCTGCAAGTGGTGACCTTTGATCCGCTGTCCAATGGTGACGGCCTCAACGTGCTGGTCAAGCGCGAAGTGGTTGGCTTCCGGGCCAACATCGCCGAACCCAAGGGCGAATTCCTCGACGAGGACGGCAAGCAGCGCTACCGCTACCGCGTCGAACCCAACGAGATGCCGGCCGGCCTGTATCAGTTGCGCCCCAACCATGCGCTGAGCCGCAACCTCGATCACAACTGGCAGCAAGCCCTGCTCAAGACCTCCGCCGAGCGTCGCGTCGGCCTGGCCTGGGTCGCTCGCCTGAGCGAGGAACGCCTGGAGTTGACCGCCACCAGCGAAGAAGGCATCAGCGCCAGCGTCGCCCTGGACGGTCCCTTCGGCCTGGCGAACAAACCGGAGCAGGCCCTGGAGCAGTTGCAAGACCTGCTCGGCCAGTTGGGCACCACCGAATACCACGCCACATCGATCAAACTGGATGCGCCCCAGGCTTATTTCATTCCCAACTCCCAGCTCAAGGCGTTGCGCCGCGAAGTCATCGAAGCTTTGACCGTAGCGCGTGTCGCGGCGCACCCACGGGGCGGACGCAAGGCCGAGACCACGCCGCCGCCGGTATACCCGGAGTCGCATTTGTCATTCCTGGCCAACGTCTACAACCAGAAGGCCCGGGACTTCTACCACCGCCACGGGGTCAAGCTGATCGACGCGGCGTTCGAAGCCCATGAGGAAACCGGCGAAGTCCCGGTGATGATCACCAAGCACTGCCTGCGGTTTTCCTTCAACCTTTGCCCCAAGCAGGCCAAGGGCGTCACCGGCGTACGCACCAAGGTTGCGCCGATGCAGTTGATCCATGGTGATGAAGTGCTGACGCTGAAGTTCGACTGCAAACCCTGCGAGATGCATGTGGTGGGCAAGATCAAGGGGCACATCCTTGACCTGCCGTTGCCCGGTAGCACGGCGCAGCCGGTGGTCGGTCATATCAGTCCGGAGGACTTGCTCAAGACGATCCCGCGTGGAGCGCATTGA MSLPKHHLELLSPARDVTIAREAILHGADAVYIGGPSFGARHNACNEVSDIAGLVEFAHRYHARVFTTINTILHDNELEPARQLIHQLYDAGVDALIVQDLGVMELDIPPIELHASTQTDIRTLARAKFLDQAGFSQLVLARELNLQEIRAIADETDAAIEFFIHGALCVAFSGQCNISHAQNGRSANRGDCSQACRLPYTLKDDQGRVVAYEKHLLSMKDNNQSANIRALVEAGVRSFKIEGRYKDMGYVKNITAYYRQRLDDVLEDRPDLARASSGRTAHFFVPDPDKTFHRGSTDYFVSERKIDIGAFDSPTFTGVPVGVVEKVGKRDLQVVTFDPLSNGDGLNVLVKREVVGFRANIAEPKGEFLDEDGKQRYRYRVEPNEMPAGLYQLRPNHALSRNLDHNWQQALLKTSAERRVGLAWVARLSEERLELTATSEEGISASVALDGPFGLANKPEQALEQLQDLLGQLGTTEYHATSIKLDAPQAYFIPNSQLKALRREVIEALTVARVAAHPRGGRKAETTPPPVYPESHLSFLANVYNQKARDFYHRHGVKLIDAAFEAHEETGEVPVMITKHCLRFSFNLCPKQAKGVTGVRTKVAPMQLIHGDEVLTLKFDCKPCEMHVVGKIKGHILDLPLPGSTAQPVVGHISPEDLLKTIPRGAH NA NA NA NA NA D1-35_03889 1569 hypothetical protein ATGCTCGGACGCAAACGGCCGGAGCCCAGGATTGAAAGCCCCGATCAAGCCTTTTCCCCGCAAGCTGTGCGGGCCGGGGCTGCATTTCGGCTGACCGTGAGTTTCATGCTCGTGGTGATCGTGGCTTTCCTGGCGGTCGAAGGCTGGCGCACCTGGCGAGACTATCGGGCGGCTTTTGCGTCTGCCCGCGATTCGGTGACGAACCTGGCGCGGGCGACGGCCCAACACGCCGAAGACACCATCCGACAAGTGGACGTGGTCACTGCCGCCCTCGGCGAACGCGTGGAAGGCGACGGCCTGCAGAACATGGACATCCCGCGCATTCATCGGCTGCTGGTGCAGCAGGCCGCGATCATGCCGCAGTTGCACGGACTGTTCATCTACGGCCCGGACGGCCAATGGCTGGTGACGGACAAGGAAGTGATTCCGGAAATGGCGAACAACGCCGACCGCGACTACTTCCAGTACCACCGCACCCACGAGGATCGAGGCGTACGTATTGGCGATGTGGTCAAGAGCCGATCCACCAACGACCTGATCATCCCCATCTCCCGCCGCTTGAACAACCCCGATGGCTCGTTCGCCGGGGTGATGCTCGGGACGGTCAAGGTCAGTTATTTCGTCGACTACTACGGCGACTTCAAGATCGACGGCAAAGGCGCGCTGGTCCTGGCCAAGCGCAGCGGTACGATCCTAGTCCGCCGGCCTTTCGTCGCGGCGGTGATCGGCAAGAGCCTCGTCAACAGCGTGATCTTCCGGGAGCATCTGCCGACTTCCAACCAGGGCGTCGCCGAAGCCAGGGCCGTCGTCGACGACACCGAGCGTCTGTATGGCTACCGGGCCCTGACCACCTACCCGCTGGTGGTGGAAGCCGGCCTGTCGCGGGAATCGATCATTGCCCCGTGGCGTCGTGACCTGCTCAAGACCGGCCTGGTACTGGTATTCCTGATCGCGATTCTGGTCGGCTTCGGGCTCATCGTCCTGAGCCAGTTGCGCTACCGCATGACCATGGAAACGCAGATTCGCAGCGCCCACCAGGCCATGCGCGACATGGCGTTGACCGACAGCCTGACCGGGCTGGGCAATCGCCGGCGGCTGGACATTGCCTTGGCCGACGAGCTGCGCCTGGCCAAGCGCCAAGGCTCGTCCCTGGCCCTGATCATGCTCGACGTCGATTACTTCAAACGCTACAACGACAAATACGGCCATGCCGCTGGCGACGATTGCTTGCGGGCGATTGCCGGCGCGATCGGACAGACCATCAAGCGACCGGGAGACCTGGCCGTCCGCTACGGCGGTGAAGAATTCACCGTGCTGCTACCGAACACGGACAGCGCAGGTGCGGCCAAAGTGGCGCAGCAAATCCTTGAATCCGTCAGGGCCTTGAACATTGAGCACGGCGACCACCCGCTGGGGATCGTGACGATCAGTGCCGGCATCACCACCTGCCAGCCGAGCAGCGAGGACGTCAGCCCTGCGATGCTGATCAAGGCCGCCGACGCCTTCCTGTACCTGGCGAAGAACACCGGGCGAAACCGCTGGTGCAGCGCCGGCGCCTCCCAGGCCTGA MLGRKRPEPRIESPDQAFSPQAVRAGAAFRLTVSFMLVVIVAFLAVEGWRTWRDYRAAFASARDSVTNLARATAQHAEDTIRQVDVVTAALGERVEGDGLQNMDIPRIHRLLVQQAAIMPQLHGLFIYGPDGQWLVTDKEVIPEMANNADRDYFQYHRTHEDRGVRIGDVVKSRSTNDLIIPISRRLNNPDGSFAGVMLGTVKVSYFVDYYGDFKIDGKGALVLAKRSGTILVRRPFVAAVIGKSLVNSVIFREHLPTSNQGVAEARAVVDDTERLYGYRALTTYPLVVEAGLSRESIIAPWRRDLLKTGLVLVFLIAILVGFGLIVLSQLRYRMTMETQIRSAHQAMRDMALTDSLTGLGNRRRLDIALADELRLAKRQGSSLALIMLDVDYFKRYNDKYGHAAGDDCLRAIAGAIGQTIKRPGDLAVRYGGEEFTVLLPNTDSAGAAKVAQQILESVRALNIEHGDHPLGIVTISAGITTCQPSSEDVSPAMLIKAADAFLYLAKNTGRNRWCSAGASQA NA NA NA NA NA D1-35_03890 459 hypothetical protein ATGAAAGTGGGCGTGATTTCAGATACCCATGGCCTGCTGCGCCCCGAAGCAATGGCCGCGCTGCAAGGCTGCGAGCGGATTATTCATGCCGGTGATATCGGCAGCCCGGAGATCCTCGAGACGTTGGCCGCCATTGGCGAGCTGCACGTAGTGCGGGGCAACAACGACCTCGGCGCCGATTGGGCAGGGGATATCGCCGACAGCCTGCAATTCGAAATCGGCGGGTGGCAGGTGCTGTTGGTCCACGACATTGCCGATGTGCCGGCGCTGCTCGATGCCGATGTGAGGCTGGTGATCACCGGCCATTCGCACAAACCCTTGATCGAATGGCGCGGCGAGCGGCTTTACCTCAACCCTGGCAGCGCCGGCCGGCGGCGGTTCAAGCTGCCGGTGACGCTGGCGTTGCTGGAGGTAAGCGAACAGGCGATCAAGCCGCGTATCGTGCCGTTGCTCGCCTGA MKVGVISDTHGLLRPEAMAALQGCERIIHAGDIGSPEILETLAAIGELHVVRGNNDLGADWAGDIADSLQFEIGGWQVLLVHDIADVPALLDADVRLVITGHSHKPLIEWRGERLYLNPGSAGRRRFKLPVTLALLEVSEQAIKPRIVPLLA NA NA NA NA NA D1-35_03891 903 hypothetical protein ATGAAAATCGCCCTCGATCCCTACATGCACCGTCACCTGAGCCTGCCGGAGCTGTGTCGCAAGACCGCCGAGCTCGGCTTCGAATACCTTGAACTGTCGCCCCGGGAAGACTTCCTGCCGTGGTGGGTCCGCCCACGCGCCCACAAGGAACGCATCGCCGAATTCAAGAAAGCCTTGCGCGACCATGATCTGCAACTGGCTTCGCTGCTGCCGATGTACCGCTGGGCCAGCCCTCACGAGGATGAGCGCCGGGCCGCAGTGAACTACTGGAAGGAAGCGATCCAGGTCGCCGTGGAGATGGGGTGCACGACGATGAACTCGGAGTTCGGGCGCGGACCGTCGCCGGATCGCGGGCACAAGGTCAGTTGTTGCGGCGGCGTACACAGCCATGAGTCCAGCGAAGCGGCCTGGTGGCGCTCCATGGAAGAATTGGTGCCGATCCTGGAATCGGAGGGGGTCACATTGAACGTCGAGCCTCATCCGGAAGACTGGTGCGAGACGCTGCAACCGGCCCTGGACATGCTCAAGACCCTCGGCTCGGACAACGTCAAGTTCCTCTATTGCACGCCGCACACGTTCTATTTCGGCGACGACATGAAAGCCATGATCGCCGAAGCCGGATCGATGATCGCCCATGTCCACATCGCTGATACCTACAACCACAAGGCTTCGTCGGGGCTGCGCTACATCGTCAACCCGCCCGGGGCGAAAGTGACCGTGCACCAGCACATGGACATGCACCAGGGCGAGATCGACTGGGACCTGTTTTTCGGCGAGTTGGCCAAGACCGGCTTCGATGGCATCGTCACAGCGTGCGTGTTCGGCTGGGAAGAACGCGCGGATGACTCGGGGCGATTCATGCGCCAGGAAATCCAGGCGTACGTGGACAAGTACTTCAAGTAG MKIALDPYMHRHLSLPELCRKTAELGFEYLELSPREDFLPWWVRPRAHKERIAEFKKALRDHDLQLASLLPMYRWASPHEDERRAAVNYWKEAIQVAVEMGCTTMNSEFGRGPSPDRGHKVSCCGGVHSHESSEAAWWRSMEELVPILESEGVTLNVEPHPEDWCETLQPALDMLKTLGSDNVKFLYCTPHTFYFGDDMKAMIAEAGSMIAHVHIADTYNHKASSGLRYIVNPPGAKVTVHQHMDMHQGEIDWDLFFGELAKTGFDGIVTACVFGWEERADDSGRFMRQEIQAYVDKYFK PGPT0020845_104 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020845-iolH-K06605 NA NA D1-35_03892 1170 iolG_1 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGATCAACGGCAGCAAAACCCTTGCACGGCCTATCCGCTGGGCCATGGTCGGCGGCGGCGAGCACAGCCAGATCGGCTACATCCACCGCTCGGCCGCCCTGCGTGATCGCCACTTCGAGCTGGTTGCCGCCGCGCTGGACATCGACCCCGACCGTGGCCGGGCCTTTGGCGAACAGTTGGGCATCGACCCCACGCGCTGCTACGCCGACTACCTGAGCCTGTTCGAACTTGAGGCGCAACGGCCCGATGGCATCCAGGCGGTATCGATCGCCACGCCCAACGGCACCCATTACGCCATCACCCGCGCCGCGCTTGAAGCCGGTTTGCATGTGGTCTGCGAGAAACCGCTGTGCTTTACCCTGGAAGAAGCCGAAGCGTTGCGAACCCTGGCGCGATCCAGAGGACGCATCGTCGGCCTCACCTATGGCTACGCCGGGCACCAGTTGATCGAACAGGCCCGGGCGCTGATCGCCGCACAGGAACTGGGTGAGATTCGCATGGTGCACATGCAGTTCGCCCACGGTTTTCACAGCGCACCGGTGGAGGCGCAGAACCCGGCGACCCAGTGGCGCGTCGACCCGCGCCAGGCCGGGCCCAGCTATGTGCTGGGGGATGTCGGCACTCATCCGCTGTACCTGGCGAAAGTGATGCTGCCCGAGCTCAGGATCAAGCGCCTGATGTGCAGCCGGCAAAGCTTTGTCGCCAGCCGCGCGCCGCTGGAAGACAACGCCTACACCTTGATGGAATACGAAGGCGGCGCCATGGGCATGGTCTGGTCAAGCGCGGTCAATGCCGGTTCCATGCACGGCCAGAAGATTCGCGTGATCGGCTCGCGGGCAAGCCTGGAATGGTGGGATGAGCGCCCCAACCAGCTCAGCTTCGAAGTCCAGGGCCAACCCGTGCAAACCCTGGAGCGCGGCATGGGCTACCTGCACCCCGATGCCCTGCTGGATGACCGTATCGGCGGTGGCCATCCCGAAGGGTTGTTCGAGGCCTGGTCGAACCTTTATCGGCGGTTCGCCCTGGCCATGGACGCCGCCGACCGTGGCGACGCCGAGGCGCTCGCCGCCCTGCGCTACCCCGGCATCGACGCCGGCGTGGACGGCGTGCGTTGGGTCGAACGCTGCGTGGAATCAGCCAACCAGGATTCAGCCTGGGTTGCCTATTAA MINGSKTLARPIRWAMVGGGEHSQIGYIHRSAALRDRHFELVAAALDIDPDRGRAFGEQLGIDPTRCYADYLSLFELEAQRPDGIQAVSIATPNGTHYAITRAALEAGLHVVCEKPLCFTLEEAEALRTLARSRGRIVGLTYGYAGHQLIEQARALIAAQELGEIRMVHMQFAHGFHSAPVEAQNPATQWRVDPRQAGPSYVLGDVGTHPLYLAKVMLPELRIKRLMCSRQSFVASRAPLEDNAYTLMEYEGGAMGMVWSSAVNAGSMHGQKIRVIGSRASLEWWDERPNQLSFEVQGQPVQTLERGMGYLHPDALLDDRIGGGHPEGLFEAWSNLYRRFALAMDAADRGDAEALAALRYPGIDAGVDGVRWVERCVESANQDSAWVAY NA NA NA NA NA D1-35_03893 924 iolE_2 COG1082 Inosose dehydratase ATGACGATCCACATCTGCACCGCGCCTTGCTGCTGGGGCGTCGACGACGTCAGCAACCCGTTCCTGCCGCCATGGCAACGCGTGCTCGAAGAGGCCGCCAAGGCCGGTTATCGAGGTATCGAGCTTGGACCCTACGGATTTCTGCCGCTGGACGCCGGCATCCTCGAACCAGCCTTGTCCAAGACTGGCCTGCAAGTGGTCGCGGGAACGATTTTCGATGACCTGGTGAGCCCGGCCAACCTGCCCGAACTGCTGCGCCAGACCCACGGCATCTGCGCGCTGCTCAAACAATTGCCGCCAATGAAGCAGCAAGCGGGCCAGCGCTTTGCCGGTCCCTACCTGGTGATCATCGATTGGGGCCACGACGCGCGCGACTACGCCGCCGGCCACTCGGACCGCGCGCCCCGCCTGGACGATGCCCGCTGGAGCGCGATGATGACGCACATTCGCGCCATCGCCGAGGTCGCCTGGCACACCTACGGCATCCGTGCCGTCATCCATCCTCACGCTGGCGGCCATATCGAATTTGCCGATGAACTGGCGCGCCTGGTGGATGACATCCCCCACGAGGTCGCCGGCCTGTGCCTGGACACCGGCCATCTCTATTACGCCGGCATGGACCCGGTCGCATCGCTGCGCACCTACGCCCATCGCCTGGACTACCTGCACTTCAAGGATATCGACCCGACGGTTTTCGATCAGGTGCTGAACGAACACATCCGTTTTTTTGCCGCCTGCGCCCGTGGCGTGATGTGCCCCATCGGGCGTGGCGTCATCGATTACCCGGCGTTGCACAGCCTGGTGCAAGAGCTGGGTTACCACGGCTGCATCACCGTCGAACAGGAACGCGACCCGCGCGACGCCGCGGCCAGCCTGGACGACGTGGCAGCCAGTCGCGCCTATCTCGCCAACATCGGCTTCTGA MTIHICTAPCCWGVDDVSNPFLPPWQRVLEEAAKAGYRGIELGPYGFLPLDAGILEPALSKTGLQVVAGTIFDDLVSPANLPELLRQTHGICALLKQLPPMKQQAGQRFAGPYLVIIDWGHDARDYAAGHSDRAPRLDDARWSAMMTHIRAIAEVAWHTYGIRAVIHPHAGGHIEFADELARLVDDIPHEVAGLCLDTGHLYYAGMDPVASLRTYAHRLDYLHFKDIDPTVFDQVLNEHIRFFAACARGVMCPIGRGVIDYPALHSLVQELGYHGCITVEQERDPRDAAASLDDVAASRAYLANIGF PGPT0016785_366 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D1-35_03894 1056 hypothetical protein ATGTCAGAAAATCCACGGCGCAAACTGCGTCCCACCATGGCCGATGTCGCTCGCGAAGCCGGGGTCAGCCTGTCTACCGTCGACCGGGTGCTGAATCTGCGTGCCGATGTGCGGGCCGATACCGCCCAACGCATCGCCACCGCCGCCGCACGACTGGGCTTCCATGCCAAGGGCGTGATCGAACAGCGTGTGCTCAACGACCGTCCCACGTTGCGTCTGGGGTTCTTGTTGCAAAAAAGCGGCGTGCCGTTTTACCAGGGGCTGGCTCACGCGCTGTCAAACGCCGCCGCGACTTGCACCCGCGCGCGGATTCGCGTGGTCATCGGTTATCTCGACGATCTTGACCCGGTCAACGTGGCGCAACGCATCCTGGCGCTGCGCGATCAGGTGGACGGCCTGGGGGTGGTGGCAGTCGACCATCCTCGGGTACGCGAGGCCGTTGGCCAGCTGCGCGAGACGGGCATTGCGGTGGTTGCGCTGCTGTCGGAATTGTCGAGTACCGCCGGCACCGGTTATGCCGGTCTCGATAACCGCCTCACGGGCCGTACGGCGGGCTGGTTCATCAGCCGCCTCGCCAGGCAGCCCGGACCGGCGGTGGTCATGCTCAGCAGCCAGCGCTTCCAGTGCCAGGAACTCTGCGAGCTGAGCTTTCGCAGCTATCTGGTGGAGCATTCCAGCGAATGGGAACTGCTGGCCTCGCGCCTGACCCTGGAAGACGATGAGTTCGCCTATGGCAACACCCTCGACTTGCTCACGGCTGAGCCCGATCTGGCGGGGCTTTATGTGGCGGGCGGCGGCATTGCCGGAGTGCTGCGGGCTTTGCGCAGCTTCCAGGCACAGCAACAGCGCCTGCCCATCGTGGTGTGTCATGACCTCACGCCGCTCACGCGCGAAGCGTTGAAAACCGGCTTGGTCCAGGCAGTGTTGTCCCACCCGGTGGTGACGCTGGCCGAACAGGCTGTCGATGCCTTGGTCGAGGCCGCAACGACCGCGCCGACAGGGCCGGTGACCAGGAGAGTGGTTCCGCTTCAGGTTGATGTGCAGGAAAGCGTTTAG MSENPRRKLRPTMADVAREAGVSLSTVDRVLNLRADVRADTAQRIATAAARLGFHAKGVIEQRVLNDRPTLRLGFLLQKSGVPFYQGLAHALSNAAATCTRARIRVVIGYLDDLDPVNVAQRILALRDQVDGLGVVAVDHPRVREAVGQLRETGIAVVALLSELSSTAGTGYAGLDNRLTGRTAGWFISRLARQPGPAVVMLSSQRFQCQELCELSFRSYLVEHSSEWELLASRLTLEDDEFAYGNTLDLLTAEPDLAGLYVAGGGIAGVLRALRSFQAQQQRLPIVVCHDLTPLTREALKTGLVQAVLSHPVVTLAEQAVDALVEAATTAPTGPVTRRVVPLQVDVQESV PGPT0017992_3118 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 D1-35_03895 567 hypothetical protein ATGCACAGCTTTTTCGCAGCCGACAGAGGGCTGCTCGCTATCGTCAGTCTCGCCTTGGCGTTGTGCGCCAACCACGCCGCTGCGGATTGGCGGGCTGAGTTGCCCCAAGCCCGTCTGGTCGGTGAGGCGGAGTTTCGCTGGTATGGTTTTGATCTCTATCAGGCCCGGCTCTGGAGCGCGGCGCCTACTCCGAGCCTGGACACTCCTTTTGCCTTGGAACTGGTTTACCGACGCACGATCCCCCGGCACGCCTTGGTTGAAACCAGTCTCGAAGAAATCCAGCGCGTCAGCGCTACGCCCTTCGGGGCGCAGCGCATGGACGCCTGGGCGGCGCATATGCGGCGGGCCTTTGTCGACGTCAAGCCTGGCACCCGAATCACCGGGCTGAACCTGCCTGGAAAAGGGGCACGCTTTTATGTCGATGGGCGCCTATCTCAAGAGGTCAACGATCCGCTGTTTGCCCGACATTTTTTTGCCATCTGGCTTGATCCTCGTACCCGTAAACCCGAACTGCGTCAGCGTTTGCTCGGGCTTGATCCAACCCGCGCCAGGAGCAGTACGCCATGA MHSFFAADRGLLAIVSLALALCANHAAADWRAELPQARLVGEAEFRWYGFDLYQARLWSAAPTPSLDTPFALELVYRRTIPRHALVETSLEEIQRVSATPFGAQRMDAWAAHMRRAFVDVKPGTRITGLNLPGKGARFYVDGRLSQEVNDPLFARHFFAIWLDPRTRKPELRQRLLGLDPTRARSSTP PGPT0019995_42 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_FLAVONOID_UTILIZATION PLANT_DERIVED_DIHYDROFLAVONE_REDUCTION,PGPT0019995-CHI_like-NA NA NA D1-35_03896 306 hypothetical protein ATGACCCTGAAGGATCTGGTTGCGCTGGCTGTGGAGGGGCGAGTCGTCGGGCTGGAGCTGCTGTCGCTGGAGGGCGGCATCTACCTGCTGCGAGCTCAGCTGGATGGACAAACACGCACATTGCTCGATGAGTCGGGACGTACGTTGCATGTGCGCTCCACGACGCATCTGCGCGAGCTGCTGCGTGACGTTCCACGCTTGCCTTGCATGCTGGTGCAGCAGGTCGTCCATGATGAAATGTGCGGCCAGCGTGAAGAGCCAATCGCGCCGTTACGGTTGCCGATTTTCCTCGATGAGCCTTGGTAA MTLKDLVALAVEGRVVGLELLSLEGGIYLLRAQLDGQTRTLLDESGRTLHVRSTTHLRELLRDVPRLPCMLVQQVVHDEMCGQREEPIAPLRLPIFLDEPW NA NA NA NA NA D1-35_03897 492 hypothetical protein ATGAAGAGCCGCAGCTGGCTGATAGGCAATGCGCTCTGGCTGCAATTGGGCTGGTGGGGCTGTGTATTGGGTGCGCAACAGCCTGCATGGCTGCTGGCGGTCGTCGCCGGGTTAGGCGTCCATCTGGGGTTGTGTCCCGATCCGAAAAGCGAGTGCCAGGCGCTGTTGCGTGTCGGGGCAAGCGGGATGCTGTTGGACGGGAGCCTCGGCGCCCTGGGCCTGTTCGGGTTCGACGAGAGCCCCTTGCCCTTGTGGCTGGCCCTGCTCTGGCTGGTCTTCGCCACGGGTTTGCGGCATAGCCTGGCCTGGGCAGGCAGCCCCGTCTGGCGTGGCGCCCTGGCCGGCATGCTTGGTGGCCCTCTCGCCTATTGTGCCGGCGCTCCGCTGGCTGGCGTGACGCTGCCGCTGGGCGTAACCGGCACCGCGTTGATCCTGGCACCGTTATGGGCGATGTGGCTGCCATTGGCCGTGCGTCTGGCCGACCCGCGCTGA MKSRSWLIGNALWLQLGWWGCVLGAQQPAWLLAVVAGLGVHLGLCPDPKSECQALLRVGASGMLLDGSLGALGLFGFDESPLPLWLALLWLVFATGLRHSLAWAGSPVWRGALAGMLGGPLAYCAGAPLAGVTLPLGVTGTALILAPLWAMWLPLAVRLADPR NA NA NA NA NA D1-35_03898 1269 hypothetical protein ATGTCCGAACCCACCCTGAGCGTCACTAAGGCCGGCGGTACCTGCCCATTGAGCGGCGGTCTGTTCAAACAGGCCGTACTCGCGCAACTGCGCCGTTTGCGTCATGGCCACCTGCGCCTGATGCTGGAGGGCGAGCCCCTGAGCTTCGGCGACGCGACCAGCCCATTGGTGGCCGACATCGAGATACTCGACAATGCCGTTTGGGGCATGGTCGCTGGCAACGGTTCGATCGGTGCCGCCGAGGCTTACATTCAAGGTTACTGGCGCAGCAATGACTTGACTGCCGTCACTCGCCTGTTCGTCGCCAATCTCAGCGTGCTCGACGCGATGGACAGCGGCCTCGCTCGCCTGGGGCGGCCGTTGCTGCGCGGATTGCACTGGCTCAACCGCAACAGTCGCAAAGGCTCGCTGCGCAACATCATGGCCCACTACGACTTGGGCAACAGCCTGTTCGAACGCTTGCTCGACCCGACCATGATGTATTCGGCGGCCATGTTCGAAAATCCCGACCAGAGCCTAGAACAGGCGCAGATCAACAAACTCCAACGCATTTGTCGCAAGCTCGACCTGCGCCCAGGTGACCATCTGTTGGAGATCGGCACCGGTTGGGGCAGCCTGGCTATCCATGCCGCCACCCAATACGGCTGTCGGGTCACCACCACGACGCTTTCCGAGGAGCAATACGCGCACACGTGCCAACGTGTCGAGGCGCTCGGCCTGCAACAACGCATCGAAGTGCTGCGCAAGGACTACCGCGACCTGGAGGGACGCTTCGACAAACTGGTGTCGATCGAAATGATCGAAGCGGTCGGCCATCGCTACCTGCCCGAATACTTCCGCTGCTGCGCCGCGCTGCTCAAGGACGACGGGTTGATGCTGTTGCAAGCCATCACCATCCGTGACCAACGCTACGAGCAGGCCCGCCGCTCGGTGGATTTCATCCAGCGCCACATCTTTCCAGGGGGCGCGTTGCCCTCGCTGTCGGTGTTGTTGCAGACCGCCAGCTCCCAGACGCCGCTCAACCTGTTGCACCTGGAGGACTTCGGCGAGCACTACGCGCGCACGCTACGGCACTGGCACGACAACTTCCGGCAATCGCGCCAGGCCTTGCTGGAGCTGGGCTATGACGATACGTTCCAGCGCCTTTGGGAATTCTACCTGTGCTACTGCGAAGGCGGATTCCAGGAGCGTGCGATCGGTGTCGCGCAACTGCTGTTCGCTGCGCCAGCGGCGCGCCCGGTGCCCTTGCAGGAACACCTGCAAGGATGA MSEPTLSVTKAGGTCPLSGGLFKQAVLAQLRRLRHGHLRLMLEGEPLSFGDATSPLVADIEILDNAVWGMVAGNGSIGAAEAYIQGYWRSNDLTAVTRLFVANLSVLDAMDSGLARLGRPLLRGLHWLNRNSRKGSLRNIMAHYDLGNSLFERLLDPTMMYSAAMFENPDQSLEQAQINKLQRICRKLDLRPGDHLLEIGTGWGSLAIHAATQYGCRVTTTTLSEEQYAHTCQRVEALGLQQRIEVLRKDYRDLEGRFDKLVSIEMIEAVGHRYLPEYFRCCAALLKDDGLMLLQAITIRDQRYEQARRSVDFIQRHIFPGGALPSLSVLLQTASSQTPLNLLHLEDFGEHYARTLRHWHDNFRQSRQALLELGYDDTFQRLWEFYLCYCEGGFQERAIGVAQLLFAAPAARPVPLQEHLQG PGPT0007680_1555 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-PHOSPHOLIPID_PRODUCTION PLANT_SIGNAL-PHOSPOLIPID_METABOLISM PLANT_SIGNAL-CYCLOPROPANE-FATTY-ACYL-PHOSPHOLIPID_BIOSYNTHESIS,PGPT0007680-cfa-K00574 NA NA D1-35_03899 816 hypothetical protein TTGAACAGCAGTTTGTGTCACGGCTGGATCGGCCACCGACGCCAGACGCCACGGGTGCACGCGTTTCGCTACCCGATCGGCATGCTTTACCTGGACCTCGCCGAGCAGGAACAGGTGCTCGGCCTGTCGCGTTTGCTGCGCCCGTGGCGCATGGCCCCGTTGTGCTGGCGAGAACGTGATTACCTGCCGGCCCTGACCCGTGAAGGTATTCCGCTGATCCAAGCGGTGCGGACGATCGTCGAGCAGGCTCTGGGATCAGCTCCCCAAGGCGCGATCCACCTGCTGACCCAACCGCGCAGCTGGGGCCTGTCGTTCAACCCGGTGAGTTTCTATTTCTGCCACGAAGCCGACGGGCGCCTGGTGGCAATTCTCTGCGAAGTGCGCAACACCCCCTGGCGCGAGCGCCACCATTATGTGTTGCCGGCAAGCCCTGGCGAGCCCCATGCGTTCCAGGTCGCCAAGGCGTTCCATGTCTCACCCTTCCTGCCACGGGACATGGATTACCGCATGCGCTTTTTGATCCAGGACACCCGCATCCGCGTACGCATGGAGAACTGGCGTGCCGGCCACAAGGTGTTCGAGGCCGACCTTGCCTTGCAACGTGCGCCCCTGGACGCACCGGCATTGCGTCGTTATTTCCTGGCCTTCCCGTGGATGAGCCTGCGCACCGTTAGCGCCATTTACTGGCAGGCGCTGCGCCTGCTTTTCAAACGCACGCCCCTGCACGACCACCAGGCCAGCCATGGCGACCTGAGTGTCGGCGAACCTGTCCATGAGGATCCTGACGATGTCCGAACCCACCCTGAGCGTCACTAA MNSSLCHGWIGHRRQTPRVHAFRYPIGMLYLDLAEQEQVLGLSRLLRPWRMAPLCWRERDYLPALTREGIPLIQAVRTIVEQALGSAPQGAIHLLTQPRSWGLSFNPVSFYFCHEADGRLVAILCEVRNTPWRERHHYVLPASPGEPHAFQVAKAFHVSPFLPRDMDYRMRFLIQDTRIRVRMENWRAGHKVFEADLALQRAPLDAPALRRYFLAFPWMSLRTVSAIYWQALRLLFKRTPLHDHQASHGDLSVGEPVHEDPDDVRTHPERH NA NA NA NA NA D1-35_03900 1248 hypothetical protein ATGCGCATCGCAATTATCGGCAGCGGTATCTCGGGCCTCACCTGCGCCTATCTGTTGTCTCGCCAGCATCAGGTCAGCCTGTTCGAAGCCGACAACCGGATCGGCGGGCATACCCATACGGTGGATGTCGAATGGGCAGGCCAACGCTACGGCGTGGACACCGGCTTCATCGTGTACAACGACTGGACCTACCCCAACTTCATTCGCCTGATGGACCAGTTGGGCGTGGCTTCGCGCCCGACGGAGATGAGCTTTTCGGTGCACGACCCGGCCAGCGGCCTGGAATACAAGGGCCACACCCTGGGCAGCCTGTTCGCCCAACGACGCAACCTGCTGTCGCCGGGGTTCTGGGGCATGCTCCTGGATATCCTCAGGTTCAACCGGCAGGCGACCGCAGACCTGCTGGCGCAGCGCATCGATGCCTCGACCCGGCTGGGAGATTACCTGCACGCCCAAGGTTACGGCCGACGTTTCATCGAGCAATACATCCTACCCATGGGGTCGGCGATCTGGTCGATGTCACCGGCTGGGATGATGGAATTCCCGCTGCAGTTTTTCCTGCGTTTCTGTCACAACCACGGCCTGCTGTCGGTTGATCAGCGTCCGCAATGGCGGGTGATCGAAGGCGGATCGCGCGGCTACATCGAGCCGTTGTGCGCGGGTTTGCGCGAGCATATCTACCTCGATTGCCCGGTGCGCCGGGTAAGCCGCGACGCCGATGGGGTCACCGTGCACAGCCGTCGTGGTATCGAGCGGTTCGACAAGGTGGTATTCGCCTGCCACAGCGACCAGGCCCTGGCTTTGCTGGAAACGCCCAGCGTCGCTGAAGCCGAGGTGCTCGGTGCGCTGGCCTACGCCCGCAACGAGGTGCTGCTGCATACCGATACCCGCCTGTTGCCGCAGCGCCGGAAGGCTTGGGCGAGCTGGAACTATCGGCTTGGCGGCCCGCCCGAGACGCCGGCCGCGCTGACCTACAACATGAACATCCTCCAGGGCCTGGATGCCCCCGTGACGTTTTGCGTGAGCCTCAACCAAAGCGAGTCGGTGGACCCGACCCAGGTACTCGCGCGCTTCGACTACGCCCATCCCCAATACAGCCTCGCCGGCGTGGCCGCACAGGCACGCCAGGGCGATCTGCAAGGACGCCAGCACAGCTATTTCTGCGGTGCCTACTGGGCCAACGGTTTTCATGAGGATGGCGTGGTCAGTGCGCTTGCCGTGGCGCGGCATTTCGGAGAAACCCTTTGA MRIAIIGSGISGLTCAYLLSRQHQVSLFEADNRIGGHTHTVDVEWAGQRYGVDTGFIVYNDWTYPNFIRLMDQLGVASRPTEMSFSVHDPASGLEYKGHTLGSLFAQRRNLLSPGFWGMLLDILRFNRQATADLLAQRIDASTRLGDYLHAQGYGRRFIEQYILPMGSAIWSMSPAGMMEFPLQFFLRFCHNHGLLSVDQRPQWRVIEGGSRGYIEPLCAGLREHIYLDCPVRRVSRDADGVTVHSRRGIERFDKVVFACHSDQALALLETPSVAEAEVLGALAYARNEVLLHTDTRLLPQRRKAWASWNYRLGGPPETPAALTYNMNILQGLDAPVTFCVSLNQSESVDPTQVLARFDYAHPQYSLAGVAAQARQGDLQGRQHSYFCGAYWANGFHEDGVVSALAVARHFGETL PGPT0007680_7 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-PHOSPHOLIPID_PRODUCTION PLANT_SIGNAL-PHOSPOLIPID_METABOLISM PLANT_SIGNAL-CYCLOPROPANE-FATTY-ACYL-PHOSPHOLIPID_BIOSYNTHESIS,PGPT0007680-cfa-K00574 NA NA D1-35_03901 756 hcaB_3 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGAGCCGCATCTGGCTGACCGGCGCCAGCAGCGGCATCGGTGCCGAACTGGCGAAGGTGTTGCTTGAACAAGGTCATCGCCTGGCGTTGAGCGCGCGGCAAGCCGGCCCGCTGCAAGCATTGGCCGACCGTTATCAGGATCAGGTCCTGGTGCTCCCGGGCGACTTGACCGACCGGGATCAGGTAGTCGCGATCATCCAGCACATCGACCGGGAATGGGGCGCCCTCGATCAGGTGATTCTCAACGCCGGCACCTGCGAATACCTGGAGCCGGGACACTTCGACGCGCGCCTGGTGGAACGGGTGCTCAATACCAACCTGCTGGGCACCTACCACTGCCTGGAAGCCGCCCTGCCCTTGTTGCGTCGAGGCCAGAACCCGCATCTGGTCGCGGTGTGCAGCGCAGTGACCTGGCTGGCCCTGCCGCGCGCCGGTGCCTACGGCGCATCCAAGGCCGCGTTGCGCTACCTGTTTGAATCGTTGCGCATCGACCTGGCCGCCGAGGGCATCGACGTCACGCTGGTGAGCCCCGGATTCGTTGATACGCCGCTGACCCAGCGCAATGATTTCGCGATGCCCATGCGCTGGCCGGCCGAACGCGCGGCCCGGCACATCGCACGGCGACTGCCTGCCCGCCCTCTGGAAATCGCGTTTCCGGGGTTGTTCATCGTGATCATGCGGCTGCTCGGGCATCTGCCCGCACGCTGGCGGCTGGCGCTCGGCCGGCGCCTGGCGCGCAAATCCGGGGAGGCTTGA MSRIWLTGASSGIGAELAKVLLEQGHRLALSARQAGPLQALADRYQDQVLVLPGDLTDRDQVVAIIQHIDREWGALDQVILNAGTCEYLEPGHFDARLVERVLNTNLLGTYHCLEAALPLLRRGQNPHLVAVCSAVTWLALPRAGAYGASKAALRYLFESLRIDLAAEGIDVTLVSPGFVDTPLTQRNDFAMPMRWPAERAARHIARRLPARPLEIAFPGLFIVIMRLLGHLPARWRLALGRRLARKSGEA NA NA NA NA NA D1-35_03902 423 hypothetical protein ATGTCCGCATTCCTCAAGGGTTTCGCCCACGCCTTCGCCGCGCTGGACGCCAGTCGCCTGGACCAGCTCGACAGGCTCTACAGCGCCGACGTGCTGTTCCAGGATCCGTTGCACCGGATCGAAGGCCTGCCTGCCCTGCGCGAATATTTCGCCCAGCTCTACGCCAATGTCAGCGATCTGCACTACGAGTTCCAAGGGTATGACGAAATCGCTCCCGGCGAAGGTTACCTGCGCTGGACCCTGCGCTTTCGGCACCCACGTTTGAACGCCGGCGCGCCGGTCGAATTGCCCGGCTGCAGCTACCTGCGCTGGAATGATCGGGTCTATTCACACCGGGACTTCTTTGATGCCGGCGCCCTGCTCTACGAGCACTTGCCCGTGTTCGGGCCGCTCATTCGCTGGCTCAAGCGGAGGCTGGCATGA MSAFLKGFAHAFAALDASRLDQLDRLYSADVLFQDPLHRIEGLPALREYFAQLYANVSDLHYEFQGYDEIAPGEGYLRWTLRFRHPRLNAGAPVELPGCSYLRWNDRVYSHRDFFDAGALLYEHLPVFGPLIRWLKRRLA NA NA NA NA NA D1-35_03903 1305 hypothetical protein ATGCCCGTTGAAACCCTACTTATCGATACGCTTGTAATAGGCGCCGGCCAGGCCGGTGTCGCCATGAGTGAACATTTGAGCCGCCAGGGCGTGCCGCATCTGGTGGTGGAGCGCAACCGCATTGCCGAAGCCTGGCGCACGGCGCGCTGGGATTCGCTGGTTGCCAATGGCCCGGCCTGGCATGACCGCTTTCCAGGACTGGAATTCGAAGGGCTCGATCCGGACGCCTTTGCTTCCAAGGACCAGGTGGCCGAGTACTTCGAAGCCTATGCACGCAAATTCGACGCACCGATCCGCACCGGCGTGGAGGTGCGCAACGTCGAGCGCAATGCCGGTCGCCCGGGCTTCGCCATTGAAACGTCGAACGGCCGGATCGAGGCTACCAACGTGGTGGTCGCCACCGGGCCATTTCAGCGGCCCGTCATCCCGCCCATCGCGCCTGACATGGCTGCGGTGACGCAGATTCATTCGGCGCAATATCGCAACCCCGCGCAGTTGGCCGAGGGCGCCGTGCTGGTGGTCGGCGCCGGGTCGTCGGGGGTGCAGATCGCCGATGAATTGCAGCGCGCCGGCAAGCGGGTCTACCTCTCGGTGGGCGCCCATGATCGTCCGCCGCGGGCCTATCGCAACCGCGATTTCTGCTGGTGGCTGGGGGTGCTGGGCGAGTGGGACGCCGAAGCGGTCAAGCCAGGCAAGGAGCACGTGACCATTGCCGTGAGTGGCGCGCGGGGTGGGCACACCGTGGATTTCCGGCGGCTGGCCCATGAGGGCATCACGCTGGTGGGACTGACCCGGGCGTTCAACGGCAGCACGGTGAGTTTCGAACCCAACCTCAATGAAAACATTGCCCGTGGCGATGAAAACTACCTGGCATTGCTTGACGCCGCCGATGCCTACATCGCGCGCAACGGCCTGAATCTGCCGCCCGAGCCCGAGGCACGTCGGCTATTGCCCGACCCGGAATGCATGACCCAGCCGATCCTGGAACTGGATCTGACCGAGGCGGGCATCAGCACCATCATCTGGGCCACCGGGTATTCGGTGGATTACAGCTGGCTGAAAGTCGATGCGTTCAAAGCCAACGGCAAGCCACGGCATCAGCGCGGGGTCTGCAGCGAGCCGGGCCTCTATTTTGTCGGCCTGCCATGGCTGTCGCGGCGGGGCTCGGCGTTCATCTGGGGCGTGTGGCACGACGCCCGGCACATCAGCGACCACATCATCAAGCAGCGCACGTATCTCGATTACCGGGATGCCTCCCAGCGCCAGTCGCAACCTTCGAAAACCAGCCTCATGGGAGTCCGCTGA MPVETLLIDTLVIGAGQAGVAMSEHLSRQGVPHLVVERNRIAEAWRTARWDSLVANGPAWHDRFPGLEFEGLDPDAFASKDQVAEYFEAYARKFDAPIRTGVEVRNVERNAGRPGFAIETSNGRIEATNVVVATGPFQRPVIPPIAPDMAAVTQIHSAQYRNPAQLAEGAVLVVGAGSSGVQIADELQRAGKRVYLSVGAHDRPPRAYRNRDFCWWLGVLGEWDAEAVKPGKEHVTIAVSGARGGHTVDFRRLAHEGITLVGLTRAFNGSTVSFEPNLNENIARGDENYLALLDAADAYIARNGLNLPPEPEARRLLPDPECMTQPILELDLTEAGISTIIWATGYSVDYSWLKVDAFKANGKPRHQRGVCSEPGLYFVGLPWLSRRGSAFIWGVWHDARHISDHIIKQRTYLDYRDASQRQSQPSKTSLMGVR PGPT0013865_455 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013865-czcO|noxC|yrdP|trkA|hapE-K07222 NA NA D1-35_03904 411 hypothetical protein ATGCCTACTCATACTCGCATCCGCATGTTCAACACCAAAGACACCTATCCGAACCAGACGCTGGACAACGACCTGTGCCAGGCGGTTCGCGCCGGCAATACCGTGTACGTGCGCGGTCAGGTCGGCACCGACTTCAACGGTCAAATGGTGGGCCTCGGCGACCCACGGGCCCAGGCCGAACAGGCCATGCGCAACGTCAAGCAACTGCTGGAGGAAGCCGGCAGCGACCTGAGCCATATCGTCAAGACAACCACCTACCTGATCGACCCGCGCTACCGCGAGCCGGTGTACCAGGAGGTCGGCAAATGGCTCAAGGGCGTATTCCCGATTTCCACCGGGCTGGTGGTCAGCGCCCTCGGCCAGCCGCAGTGGCTGATGGAAATCGACGTGATTGCGGTCATTCCCGAATAA MPTHTRIRMFNTKDTYPNQTLDNDLCQAVRAGNTVYVRGQVGTDFNGQMVGLGDPRAQAEQAMRNVKQLLEEAGSDLSHIVKTTTYLIDPRYREPVYQEVGKWLKGVFPISTGLVVSALGQPQWLMEIDVIAVIPE PGPT0020030_989 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 D1-35_03905 675 hypothetical protein ATGACGTTTTCCATCGTCGGACGCTGCGCCGAGACTGGCCAGCTGGGCATCGCCATCAGCTCATCGAGCATCGCCGTCGGCGCCCGTTGCCCCTGGCTGCGGGCCGGTGCCGGTGCCGTGTCGAGCCAGAACATCACCTTGCCGGCCCTGGGGCCGCTGATTCTTGATGAACTGGCCGCCGGCCAGACGGCGCAAGAGGCGCTGGATCATGCCTTGGCGCGTAACGGCTATAGCGAATATCGCCAGGTCGCGGTGGTGGATGCCCACGGACGTACGGCGGTCTTCAGCGGTCGCCACGCGTTGGGTATTCACGGCGCCCAGCCAGGTGAGCAGTGTGTGGCGGCCGGCAATCTGCTGGCGAGCGACGGAGTCATCGCGGCCATGGTCGCGGCGTTCGAGCAGGGCGAGGGCAGTCTCGCGTCACGCCTGCTTGGGGCGTTGCAGGCTGGGCAGGCCGCGGGTGGAGAGGCCGGTGCGGTGCATTCGGCAGCGCTGTCGGTGGTGGATGACCTGACCTGGCCCATCGTCGATCTGCGGGTGGACTGGGCCGACGAGAATCCCATCGGCGAACTGGAAAAACTCTGGCTCGCCTATCAACCGCAACTGCAGGACTACCTGACCCGCGCGCTCAACCCGACCCTGGCGCCGAGCTACGGGGTGCCGGGCGATGAGTGA MTFSIVGRCAETGQLGIAISSSSIAVGARCPWLRAGAGAVSSQNITLPALGPLILDELAAGQTAQEALDHALARNGYSEYRQVAVVDAHGRTAVFSGRHALGIHGAQPGEQCVAAGNLLASDGVIAAMVAAFEQGEGSLASRLLGALQAGQAAGGEAGAVHSAALSVVDDLTWPIVDLRVDWADENPIGELEKLWLAYQPQLQDYLTRALNPTLAPSYGVPGDE NA NA NA NA NA D1-35_03906 1170 argE_2 COG0624 Acetylornithine deacetylase ATGAGTGAGTTGCGCAGTCGCGCACTGCTCGCCGAGCTGGTGGGCTTTGCCACGGTCAGTCGTGATTCGAACCTGGCGCTGATCGAGTTCGTGGGCGATTACCTGCAAGGCCTGGGGGTAAGCAGCGAGCTGATCTACAACGCCGAGCGCACCAAGGCCAACCTGTTGGCAAGCATCGGCCCGTCGGTGCCTGGCGGTGTGATGTTGTCCGGGCATACCGACGTGGTGCCGGTGGACGGCCAGGCCTGGACGGTTGATCCGTTCTGCCTGAGCGAGATGGACGGCAAGCTGTTCGGGCGCGGTACGGCGGACATGAAAGGCTACCTGGCCTCGGTGCTGGCGGCGGTGCCGACATTCCTGTCCAGCCCGCTCAGACGCCCGCTGCACCTGGCGTTTTCCTATGACGAAGAAGTTGGGTGCCTGGGCGTGCGCAGTCTGCTGGAGGTGCTGCCGCAACGCATCCCGCAACCGGCCTTGTGCCTGATCGGTGAGCCCACCGAGCTGCAACCGGTGCTCGGTCATAAAGGCAAATTGGCGATGCGCTGCCACGTCCGAGGCGCACCGTGTCACTCGGCCTACGCGCCTTATGGAGTCAACGCCATCGAGCAGGCGGCGCGCCTGATCGGTCGCCTGGGAGAGATCGGTGCGGAGCTGGCCGAACCGTCGCGACACGATGGGCGCTTTGATCCGGCTTACTCGACCGTGCAGGTCGGCGTGATCCAGGGCGGGACCGCACTGAACATCGTTCCGGCCGACTGCCGCTTCGATTTCGAGGTGCGCGCCTTGCCGGATTTTGCCCCGCAGGGGGTGGTCGAGAAATTGCAGGATTACGCCGAACAGGCGCTGCTGCCGAGGATGCGCGCGGTTAGCGCCGACACCGCGATTCGTTTCGAACACCTGTCCGCCTACCCGGGCCTGGCGACTGCGCCGGACAGCGAAGCCGCGCGTCTCATAGCCCGGCTGTGCGGCAGCGAGGCCTTCGGCACCGTGGCGTTCGGCACCGAAGGTGGGCTGTTTGATCAGGCCGGTATCCCGACGGTGGTTTGCGGGCCCGGCAGCATGGACCAGGGGCACAAGCCCGACGAATACGTGAGCGTTGAGCAAATGGCTGCCTGCGACCGGTTGATGGACCGCCTGGCGAAGCATTTGAGCGAACCCGATGGCCTGTGA MSELRSRALLAELVGFATVSRDSNLALIEFVGDYLQGLGVSSELIYNAERTKANLLASIGPSVPGGVMLSGHTDVVPVDGQAWTVDPFCLSEMDGKLFGRGTADMKGYLASVLAAVPTFLSSPLRRPLHLAFSYDEEVGCLGVRSLLEVLPQRIPQPALCLIGEPTELQPVLGHKGKLAMRCHVRGAPCHSAYAPYGVNAIEQAARLIGRLGEIGAELAEPSRHDGRFDPAYSTVQVGVIQGGTALNIVPADCRFDFEVRALPDFAPQGVVEKLQDYAEQALLPRMRAVSADTAIRFEHLSAYPGLATAPDSEAARLIARLCGSEAFGTVAFGTEGGLFDQAGIPTVVCGPGSMDQGHKPDEYVSVEQMAACDRLMDRLAKHLSEPDGL PGPT0014254_1675 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014254-argE-K01438 NA NA D1-35_03907 1041 hypothetical protein ATGTCCATATCCTTGCGTTGCAACATTGCGTGTGCCCTGGCGTTGCTGAGCAGCAGCGTACTGGCCGCGCCACCAAGCCTGACCGTGATCTCATTCGGCGGCGCCACCAAGTTGGCCCAGGACAAGGCCTACTTCCAACCCTTCAACGCCAGCGGTGCAGGAAGCATCGTCGCCGGCGAATATAACGGCGAGCTGTCGAAGATCAAGGCCATGGTCGCGGCCGGGCACACCAGTTGGGATGTGGTCGAGGTGGAAAGTCCCGAGCTGCTGCGCGGTTGTGAGGAAGGTCTGTTCGAAAAACTCGACCCGGCGGCGATTGGAAAAGCTGCGGATTTTGTTCCGGGTGCGCTTACCGAATGCGGCGTGGCGACATATGTCTGGTCGATGGTTCTGGCCTACGACCAGAGCAAACTCGCCAAGGCGCCCCAATCCTGGGCGGATTTCTGGAACGTGAGCGACTACCCGGGTAAACGCGGATTGCGCAAGGGTGCCAAGTACACCCTGGAAATCGCCTTGCTGGCGGATGGCGTCAAGGCCGAGGATCTGTACAAGGTGTTGAACACCCCTGAAGGGGTGACACGTGCTTTCGCCAAGCTCGATCAGATCAAGCCGAACATCCAGTGGTGGGAGGCGGGTGCGCAGCCGGCGCAATGGCTGGTGGCCGGGGACGTTGCCATGAGCGCCGCCTACAACGGGCGCATCGCCTCGGCACAGAAGGAAGGCATGAAACTGAGCATCGTCTGGCCACAAAGCCTGTATGACCCAGAGTACTGGGCGGTGGTCAAAGGTACGCCGAACAAGGCCCTGGCCGAGAAATTCATTGCCTTTGCCAGCCAGCCGCAGACGCAGAAAGTCTTCTCGGAAAACATTCCCTACGGACCGGTGCATCGCCAGACGTTGGCCTTGCTGCCCGCCGAAATACGCGAGCAACTGCCCACCGCCGAGGCCAACCTGGCGCAAGCGCGAGCGGTGGATGCCGAGTTCTGGGTGGACCACGGTGAAGAGCTTGAGCAACGCTTCAATGCCTGGGCGGCTCGCTAG MSISLRCNIACALALLSSSVLAAPPSLTVISFGGATKLAQDKAYFQPFNASGAGSIVAGEYNGELSKIKAMVAAGHTSWDVVEVESPELLRGCEEGLFEKLDPAAIGKAADFVPGALTECGVATYVWSMVLAYDQSKLAKAPQSWADFWNVSDYPGKRGLRKGAKYTLEIALLADGVKAEDLYKVLNTPEGVTRAFAKLDQIKPNIQWWEAGAQPAQWLVAGDVAMSAAYNGRIASAQKEGMKLSIVWPQSLYDPEYWAVVKGTPNKALAEKFIAFASQPQTQKVFSENIPYGPVHRQTLALLPAEIREQLPTAEANLAQARAVDAEFWVDHGEELEQRFNAWAAR PGPT0007855_4051 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_03908 912 cysB_2 HTH-type transcriptional regulator CysB GTGGCGTCCTACTCCCTGCGTCAGTTGAAGTACTTCGTGACCACCGTGGAATGCGGCAGCGTCGCCGAAGCCTCGCGCAAGCTGTACATCGCCCAGCCATCGATTGCCACGGCGGTAAAAGGCCTGGAGGACAGTTTCGGCGTGCAATTGCTGATCCGCCATCACGCCCAGGGCGTCTCGCTGACGCCCGCCGGTGCGCGTTTCTATCGCAAGGCCCAGGAACTGCTGCGCATGGCCCGGGAATTCGAACAGAACGCGCTGGCGGACAACGACGTCGTCAGCGGGCAGATCGACATCGGCTGCTTCGAGACCGTCGCCCCGCTCTACTTGCCACGGCTGATCGCCGGGTTCCGAGAGCGTTTTCCCGGGGTGGAAATTCGCGTACAGGATGGCGAACAGCAGGAGCTGGTCCAGGGCCTGACGGGGGGACGTTTCGACCTGGCGATTTTTTATGAGCACGATCTCGACAGCACCATCGAAACCGAAGCGCTCACCGCGCCGCAGCGGCCCTATGCATTGCTGCCGGAGGGGCATCGTTTCGCCGATCAGGGCCAGGTGTCATTGCGGGACCTGGCGCTCGAACCGATGATCCTTTTGGACGTGCAGCCCAGCCGGACCTATTTCGTGAGTATTTTCGAAGAACTGGGCCTGACGCCGAACATTGTCTTCAGTTCGCCCTCCATCGAGATGGTGCGCGGCATGGTCGGTCAGGGATTCGGCTTCGCCGTGCTGGTTACGCGGCCGCAATCGAGCTGCACCTACGACGGGCAGCGAGTGGTGTGCGTCAACATCGCCGAAGACGTGACAGGTTCAGCGCTGGTGGCCGGCTGGCTCAAGCGCGCGCACTTGACCAAGCCGGCGCAGCTGTTCGTGGATTATTGCAAGGAGCAGTTCGGCGAGTGGCTGGCGTAG MASYSLRQLKYFVTTVECGSVAEASRKLYIAQPSIATAVKGLEDSFGVQLLIRHHAQGVSLTPAGARFYRKAQELLRMAREFEQNALADNDVVSGQIDIGCFETVAPLYLPRLIAGFRERFPGVEIRVQDGEQQELVQGLTGGRFDLAIFYEHDLDSTIETEALTAPQRPYALLPEGHRFADQGQVSLRDLALEPMILLDVQPSRTYFVSIFEELGLTPNIVFSSPSIEMVRGMVGQGFGFAVLVTRPQSSCTYDGQRVVCVNIAEDVTGSALVAGWLKRAHLTKPAQLFVDYCKEQFGEWLA NA NA NA NA NA D1-35_03909 1203 NADH dehydrogenase-like protein ATGAAACAGCACATCTTGATTGTCGGCGCCGGTTTCGGCGGCGTATGGAGCGCACTCAGCGCCGCCCGCCTGCTCGACCAGCATGATCGCAACGACGTACAGATCAGCGTCCTGGCCCCCCAGGCGGAACTGCGCATCCGCCCGCGGTTCTACGAGCCGAACGTCCATACCATGATGGCGCCGTTGGGCGCGCTGTTCGATGCGGTCGGCGTGAACTTCGTCCAAGGCGTGGCCGAGAACATCGATGTCAGCCGCAAGCAGATCAGCTACCGCGACGTGTCCGGCAGCCTCGCGACGCTGGGCTACGACCGACTGGTACTGGCCGCGGGCAGCAAGCTGGTTCGCCCTGACCTGCAAGGCATGCTTGAACACGCATTCGATGTCGATGAGATCGAACAGGCAACACGCCTCGAAGCCCACCTCAATTCGCTCGGGAACCTGCCGGACAGTCCCGCACGCAATACCGTCGTCGTCGCAGGCGGTGGTTTCACCGGCATCGAAACCGCCACCGAAATGCCCGCCCGTCTGCGCGCCGTCCTCGGCAGCGACGCCGATGTCCGTGTGATCGTGGTCGACCGCGGGCCGAAAATCGGTGCGGCACTGGGTGAGGGAATCAGCCCTTCGATCATCGAAGCGTCCGAGCACCTGGGCATCGAGTGGATCCTCAATGCCTCGGTCGAATCGGTGGATGCCGGCGGTGTCACCCTCTCGGATGGCCAGCGCATCGAGTCCAGCACCGTTATCTGGACCGTAGGCTTTCGCGCGAGCCCTCTCACCGAACAGGTGCCCGCAACCCGCGACCGCCAGGGCCGGCTGCATGTCGACGGGCATTTGAAGGTGCTCGGGCAGAACGATATCTACGCCAGCGGCGACGTGGCCTATGCCGCCACCGACGACTTGGGCAACTACGCGGTCATGTCCTGCCAGCATGCCATCGCCCTGGGTCGTTATGCGGGCAACAACGTTGCCGCCGACCTGCTCGGCGTCGCGCCGATGACCTACAGCCAGCCCAAGTACGTGACGTGCCTGGACCTGGGCGCCTGGGGCGCGGTGTACACCGAAGGTTGGGACCGCCAGCTCAAATTGGTTGGCGAGGAAGCCAAGGAGCTCAAGACCCAGATCAATTCGGTCTGGATCTACCCGCCCGCCGCCGATCGGGCAACCGCCCTGGCCGCAGCCGATCCATCGATTCCCGTAGCCTGA MKQHILIVGAGFGGVWSALSAARLLDQHDRNDVQISVLAPQAELRIRPRFYEPNVHTMMAPLGALFDAVGVNFVQGVAENIDVSRKQISYRDVSGSLATLGYDRLVLAAGSKLVRPDLQGMLEHAFDVDEIEQATRLEAHLNSLGNLPDSPARNTVVVAGGGFTGIETATEMPARLRAVLGSDADVRVIVVDRGPKIGAALGEGISPSIIEASEHLGIEWILNASVESVDAGGVTLSDGQRIESSTVIWTVGFRASPLTEQVPATRDRQGRLHVDGHLKVLGQNDIYASGDVAYAATDDLGNYAVMSCQHAIALGRYAGNNVAADLLGVAPMTYSQPKYVTCLDLGAWGAVYTEGWDRQLKLVGEEAKELKTQINSVWIYPPAADRATALAAADPSIPVA PGPT0004020_4863 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 D1-35_03911 375 tmoT Response regulator protein TmoT ATGTCCGACACTGCACTTATTGCTGTTATCGATGACGATGAATCGGTTCGAGTTGCATTGGATGGTTTGCTGCGCTCTCACGGGTATCGCGTCAGGACTTATGCCAGTGCCGTCGCCTTCCTGTCTTCAGCCGGGTTTGAAAACACCGCGTGCGTGCTGTCGGACATACAAATGCCGGGCATGACGGGCATTCAGTTGTGCGATGAGCTCTATGCCCGAGGGATCGACATTCCGCTTGTTTTCATCACGGGCCTGCCTGTTGTGCCCGCGCTGGCCATACCGGGGGGTTGCGGTCCCGTGGCGGTTTTCCCCAAGCCGTTCAGGTGTGGGGAGTTGGTTGCTTGCATTGAGTCGATTCTTGAACGGTCGGTTTAG MSDTALIAVIDDDESVRVALDGLLRSHGYRVRTYASAVAFLSSAGFENTACVLSDIQMPGMTGIQLCDELYARGIDIPLVFITGLPVVPALAIPGGCGPVAVFPKPFRCGELVACIESILERSV PGPT0000145_572 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0000145-fixJ-K14987 NA NA D1-35_03912 651 todT Response regulator protein TodT ATGAACCCAAGCCACGCCATGCCCCCTGCCCTCGCCCATGAACCGATTGTCTACGTGGTCGACGACGACGCATCGTTACGCGAAGCCCTTCGCAGTCTGCTGCGGTCCATTGGCCTGTTGGTCGAACTGTTCGACTCGGTGACGGACTTCATGGGCCATCCACGTCCCGACGCACCCAGTTGCCTGTTGCTCGATGTGCGCCTTCGCGGCACCAGCGGGCTGGACTTCCAACAGCAGTTGGCGAATGCCGGAATTCATCTGCCGATCGTATTCATGACCGGGTATGGCGACATTGCCATGACCGTGCGGGCCATGAAGGCTGGCGCGGTGGATTTCCTGACCAAGCCGTTTCGCGAACAGGACCTGATCGATGCGGTGTCCGCCGCCCATCAGCGCGACCGACTGCGCCGCGAAGCCGAGCGTGGCCAGCAGGCGCTTCAGGACCGTTACGCCACGTTGACCGCCCGGGAGCGCCAGGTGATGGCACTGGCAGCGTCGGGCCTGATGAACAAGCAGATCGCCGGGCAAATAGGCTTGAGCGAGATCACCGTCAAGATCCACCGAGGCCAGGCCATGCGCAAGATGGCTGCGCGTTCGTTTGCCGACCTGGTGTGCATGGCCCAGGCCCTGGAACCGGGCCGTGATCGTTGA MNPSHAMPPALAHEPIVYVVDDDASLREALRSLLRSIGLLVELFDSVTDFMGHPRPDAPSCLLLDVRLRGTSGLDFQQQLANAGIHLPIVFMTGYGDIAMTVRAMKAGAVDFLTKPFREQDLIDAVSAAHQRDRLRREAERGQQALQDRYATLTARERQVMALAASGLMNKQIAGQIGLSEITVKIHRGQAMRKMAARSFADLVCMAQALEPGRDR PGPT0015288_16 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULE_REGULATION,PGPT0015288-nodW-NA NA NA D1-35_03913 1071 sasA_16 Adaptive-response sensory-kinase SasA ATGGGCATCAGCCCTCACCCGCTGGTCGACGCCCTGGGCTGGGCGGTCGGCCTGGTCGTGGCCTGCGGGATTGTCATCATCAATTCCGAAACCCATTCCGACTTGGCGCCGACGCTGCTGTACGTCACCTTGTTGCTGATGGCGGCCAACCTGTTTTCAATCAACCTGGTGATCACCGTTGCGCTGATGTGCATGTTCCTGCTGACGGCGATGTTCCTTTACAACGGCGGTTACCACCGCTGGGAATCGATCACCGGGTTCTTCCGTTGCCTGACGGCCCTGTCGGCCATCGCGTTTCTCGCACTGCGCAGCAAGCATGCCTCGGACCGCCTGCGGCATAACCAGGCCTACCTGATCGAAGCCCAGGCGCAGTTGGCCCATGCCACGCGGCTGACGTACCTGGGGGAAATGGCCGCCTCCATCGCCCATGAAGTGAACCAGCCGTTGACGGCCATTACCAGCAGCGGCGAAGCCTGTCGCCGCTGGCTGGACCGTCCGGTGCCCGACCTCAAGGAGGCCCTCGACTCGCTGGACCGGATCGTCGCCAACGCGTGCCGCGCCAGTGAAGTCATCAATCGGACCCGAGCGATGGCGCGCAAATGCGACCCTCTGCGCCGGCCCGAACGACTGGACGAAATCGTCAGCGAAACACTGGATCTGGTGCGCCACCAGCTGGCTCAGCACCAAGTCAGCCTGAAAGTAGACCTGACGGCGGCAAGCCTCGTCGACGCCGATCGGGTCCAGCTGCAGCAGGTGATCATCAACCTGGTCTCCAACGCTTGCCACGCCATGGAAACGCTCCCGGTGCGCGACCGAATCCTTTACGTGCGCACCTGGACGCACGCGCACGAGGTGCTGCTGGCGGTGACGGACCGGGGAATCGGCATCACGGCCGAGACACTGCCCTCATTGTTCAACCCGTTTTTTACCACCAGGGAAAACGGCCTTGGCATAGGCCTGTCGATCTGTCGCTCGATCATCGATTTCCATGACGGCAGGATCTGGGCTACCAGCGAGGCAGGCCAAGGCACCTCGTTCACCTTTTCGTTGCCGTTGTTAGCCAAAGCCTGA MGISPHPLVDALGWAVGLVVACGIVIINSETHSDLAPTLLYVTLLLMAANLFSINLVITVALMCMFLLTAMFLYNGGYHRWESITGFFRCLTALSAIAFLALRSKHASDRLRHNQAYLIEAQAQLAHATRLTYLGEMAASIAHEVNQPLTAITSSGEACRRWLDRPVPDLKEALDSLDRIVANACRASEVINRTRAMARKCDPLRRPERLDEIVSETLDLVRHQLAQHQVSLKVDLTAASLVDADRVQLQQVIINLVSNACHAMETLPVRDRILYVRTWTHAHEVLLAVTDRGIGITAETLPSLFNPFFTTRENGLGIGLSICRSIIDFHDGRIWATSEAGQGTSFTFSLPLLAKA PGPT0000140_605 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0000140-fixL-K14986 NA NA D1-35_03914 1020 rhaS_9 HTH-type transcriptional activator RhaS ATGAACGAGATGACCTGTGACATCCGCATTGCCGCCGAGTCCGTATCCCGACCGCGCGCGCTGGTGTTCCTCGCCTATCCGCAGATGGGCCTGCTCGACCTGACCGGCGCCCAGACGGTGTTCTGGGCGGCCACCAAAGCCATGACCGAACGTGGCCTGCCCGGCTACCGGATGCACACCGCCAGCCTTGAAGGCGGCCTGATGCAGACCGCCGAAGGGCTGGTCGTGCAAACCTGCGCCCTGGGTGAGTTCGACAACGCCGTCATCGACACGCTGATCGTGCCTGGCGCGCCGAACATCCGCCAGGCGATGATCGACTGCGTCGAGCTGGTGGACTGGCTGCGCGCGGCCTCGACCAAGGCCCGCCGCACCGCTTCGGTGTGCAGCGGGACCTTCCTCATGGCCCAGGCCGGCTTGCTCGACGGCCGCCGCGCCGCCACGCACTGGGCCATGTGCGAAATGCTCAAGAGTGGCTTCCCCTTGATCGAAGTGGACCTCGACGCGATTTTTATCCAGCAGGACAGCGTCTGGACCTCGGCGGGCGTCAGCGCCGGCATCGACATGGCCCTGGCCTTGGTGGAAGCCGATTGTGGTCGCGATGTCGCGCTGCAGGTGGCCCGGGAACTGGTGGTGTTTCTCAAGCGCCCCGGTGGGCAGGCGCAGTTCAGCCAGTTGCTGCTGGCACAGACCCAGGACAGCGCCGGATTCGATGAACTGCACGCCTGGCTCGCCGAGCACCTGGATGAGGCCGACCTGAGCATCGAGCGCCTGGCCCGGCAAGCGCGCATGAGCCCGCGCAACTTCGCCCGGGTCTACAAGCGCCAGACCGGACGCACCCCGGCCAAGGCCGTCGAGATGTTCCGGCTCGAAGCGGCCAGACGACTGCTGGAGGACTCCGAGCGCAACATCGATCAGATTGCCCGTTCGTGCGGCTTCGGCGACGAAGAACGGATGCGTTACACCTTCCAACGCCACCTCTCGATTTCACCACGGGACTATCGCAACCGGTTCTCCCGCTGA MNEMTCDIRIAAESVSRPRALVFLAYPQMGLLDLTGAQTVFWAATKAMTERGLPGYRMHTASLEGGLMQTAEGLVVQTCALGEFDNAVIDTLIVPGAPNIRQAMIDCVELVDWLRAASTKARRTASVCSGTFLMAQAGLLDGRRAATHWAMCEMLKSGFPLIEVDLDAIFIQQDSVWTSAGVSAGIDMALALVEADCGRDVALQVARELVVFLKRPGGQAQFSQLLLAQTQDSAGFDELHAWLAEHLDEADLSIERLARQARMSPRNFARVYKRQTGRTPAKAVEMFRLEAARRLLEDSERNIDQIARSCGFGDEERMRYTFQRHLSISPRDYRNRFSR NA NA NA NA NA D1-35_03915 1002 hypothetical protein ATGACGTTCAAGCGTCCCGTACTTTTTCTTTCCCTGGCGGCGAGCCTGCTGGTCGGGCCGCAGGCGCATGCCGAAGGCAAGATCAGCATCGCCCAGCAATTCGGCATCGGTTATCTGATCCTGGACGTCGTGCGTGACCAGCAGCTCATCGAGAAACATGGCAAGGCCCAGGGCCTGGACATCAAGGTGGATTGGAACAGCATCTCCGGCGCCACCGCCATGAACGAAGCGTTGCTGACCGGCGCCCTCGACGTGGTGTCGGCCGGGGTGCCGCCGATGCTGACGATCTGGGATCGGACCCGGGGCAAGCAGAACGTCAAGGCCATCGCCTCGCTGGGCTCGATGCCCAACTACCTGTTGACCAACAACCCCGGGATCAAGACGCTCAAGGACTTCACCGACAAGGATCGGATCGCGGTTCCGGCGGCGGGTGTCGGCTTCCAGTCGCGCACATTGCAGATCGAGACGGCCAAGGTGTTCGGCGATGAGCACTACAAGAAATTCGACGACATCTCGGTCAGCCTCCCGCACCCGGACGCCACGGCCGCGTTGATCGCGGGCAAGTCGGAAATCAATTCGCACTTTTCCAGCCCGCCGTTCCAGTACCAGGCGTTGCAGAACCCCAACGTGCACAAAGTCCTCAGCTCCTATGAGGTGCTCGGCGGGCCGGCCACGTTCAACGTGCTCTACACCACGGAGAAATTCCACGACGAAAACCCGAAGACCTACAAGGCGTTCTACGCCGCGCTGGTCGAAGCCCAGAACATCATCAAGGCCGACAAACCTGCCGCCGCCCAGACGTATATCCGGGTAGAGCAATCCAAGCTGCCATTGGCCCTGGTGGAGAAGATCGTCAGCGACCCGGAAATCGATTTCACCGTGGTCCCGCAACGCACCTATATCTACGCCGACAAACTGCATGAGCTGGGTGTATTGAAGAACAAGGCCGACAGCTGGAAGGACTACTTCTTTGAAGAAGCCCACGGCGGCGCAGGCAGCTGA MTFKRPVLFLSLAASLLVGPQAHAEGKISIAQQFGIGYLILDVVRDQQLIEKHGKAQGLDIKVDWNSISGATAMNEALLTGALDVVSAGVPPMLTIWDRTRGKQNVKAIASLGSMPNYLLTNNPGIKTLKDFTDKDRIAVPAAGVGFQSRTLQIETAKVFGDEHYKKFDDISVSLPHPDATAALIAGKSEINSHFSSPPFQYQALQNPNVHKVLSSYEVLGGPATFNVLYTTEKFHDENPKTYKAFYAALVEAQNIIKADKPAAAQTYIRVEQSKLPLALVEKIVSDPEIDFTVVPQRTYIYADKLHELGVLKNKADSWKDYFFEEAHGGAGS PGPT0001135_4702 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D1-35_03916 972 hypothetical protein ATGAACGACGACATGGCGGACGGGTTGCCGACGCGGCCGATCAATCGGTTCCGCACCGGCGACATCGACGAGCACGCGCGGAACATGGGCGGCTGGCAGGTGAGCTACGACCAACTGACGCCAGGACGCTTCGAAGGCGAGTTGATCGAGTTCCGTGCAGATTGGATGCAACTGGTGCGCGACCGCTCTAATCAGGCCATGACCAAGCGCGGCATGGCATGGGAGGGCGCGATTACCTTCAGCGTACCGTTGCGCGCTGACGGGCCGGTGTTCTGCTGCGGGCACCCGATTGTCGAGCCGAGCCTGATGGTCGCCCACGGCCGCAACCTGCCGGACCTGCGCACACCCCAGCACTTGGACCTGCTCGGCGTCGCCGTCAAGGAGCAAGCCCTGGAGCACCTGCTGGAGCGCCAGGGCAGCGACTTTCGAATTACCGATCTTCCCAAGTGTTACCGTCTCGGCGATTCGACCTTGCCCGCTGAGCTGGCGGCGCTCTTCGACGAACTCGAAGGGGGCGGCCAGGGGCATGAGTCATTGTTGGGCTTCGAGTCGATCCGCCGTGGCCTGCGCGATACGGTGATGCTGCACCTGCTGGAGCTGGTGGCGCCCGACCAGGCGCCGCCGCTGACCCCGACGGCCCGCAAGCGCATGGTCGACCGGGCCCGGGAATATGCCCTGGCCCATGTCGACGAGCCGCTGTCGATCCTCGACCTGTGCAACCACATTGGCGCCAGCCGGCGTAAATTGCAGTACTGCTTCCAGGAAACCCTGGGCATCAACCCGGTGGCCTATTTAAGGGCGCTGCGCCTCAATGCCGTGCGCCGGGAGCTGCGCGCTGGCGACCAGGCCAGGGGCGTGCAGGAGGTGGCGGCACGCTGGGGCTTCTGGCACCTGAGCCGTTTCTCCAGCGACTATCGGACCCTGTTCGGCGAAACCCCTTCACAAACCCTGCGGCGCACGCATCTGTGCTGA MNDDMADGLPTRPINRFRTGDIDEHARNMGGWQVSYDQLTPGRFEGELIEFRADWMQLVRDRSNQAMTKRGMAWEGAITFSVPLRADGPVFCCGHPIVEPSLMVAHGRNLPDLRTPQHLDLLGVAVKEQALEHLLERQGSDFRITDLPKCYRLGDSTLPAELAALFDELEGGGQGHESLLGFESIRRGLRDTVMLHLLELVAPDQAPPLTPTARKRMVDRAREYALAHVDEPLSILDLCNHIGASRRKLQYCFQETLGINPVAYLRALRLNAVRRELRAGDQARGVQEVAARWGFWHLSRFSSDYRTLFGETPSQTLRRTHLC PGPT0000623_270 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ETHANOLAMINE_USAGE N-AQUISITION-ETHANOLAMINE_DEGRADATION,PGPT0000623-eutR|yfeG-K04033 NA NA D1-35_03917 933 hypothetical protein ATGAATCAGAATAAAAAGAAAAACCTGCGGCATTTTACGTGGCTCACCCTGGGGCTTTTCGGCGCCTGCGCCGTGGCCAACGCTACCGAGAACGGTGCGCCGACCACTGCGTTCGGCGTCTACGACTTCGGTGCCGGCATGATGCCGCCGGCCACGCCCTTCGGGACGGTCGGGCTGCGTACTGCGTTCTATTCGGCCAATGTGCAGAAAGACCGTCATGGTCGCTCGGTGGACAACAACCTGTCCCTCGATGTGCTGTCGATCGGCGTCGCCTACATGCACATGACCGATTACACCGTGCTCGGCGCCAAGTACGGCTATGGCGCGGTAGTGCCGTTCTTCCAGATGGACGCCTCGGTAAGGGTGCAGACGCCGGTCGGTCCGCTGAACCTCGAAGCCGATCCGTTTCGCATGGCCGACATCCAGGTATTGCCCGTCATCCTGCAATGGACGTTGTCGCCAAACCTGTTCGTCAACGCGCAATTCCAGATCCAGACCCCGACGGGCGATTACGACGAGGACCGGCTGATCTCGCCGGGCCTGAACCACTGGACGTTCTCGCCGATCCTCAACGCGACCTATATCTCAGACACCGGCTTCGAGGTGTCCTCCAGCTTCGAAGTCGATGTGAACACTCGCAACCCTGCCACCGACTACAAAAGCGGCGTCGAGTATCGCCATGAATTCGCCGTCGGCCAGCATGTCGGCCCCTGGACGCTGGGTGTGGGCGGCTACTACTACCGCCAGTTCACCGACGACGATGCTCCGGGGCTGGAGTCGGGCAATCGCGCCCGGGTGCTCGCGGTCGGGCCGGCGGTGAGTTATTTCAAGCCCGGCGTGCCGCCGATCTGGCTGCACGTCTACAAGGAATTCGACGCGCGAAACCGCGCCGAGGGCTACACCACGGCCCTGCGCATTTCTCACAGTTTCTAG MNQNKKKNLRHFTWLTLGLFGACAVANATENGAPTTAFGVYDFGAGMMPPATPFGTVGLRTAFYSANVQKDRHGRSVDNNLSLDVLSIGVAYMHMTDYTVLGAKYGYGAVVPFFQMDASVRVQTPVGPLNLEADPFRMADIQVLPVILQWTLSPNLFVNAQFQIQTPTGDYDEDRLISPGLNHWTFSPILNATYISDTGFEVSSSFEVDVNTRNPATDYKSGVEYRHEFAVGQHVGPWTLGVGGYYYRQFTDDDAPGLESGNRARVLAVGPAVSYFKPGVPPIWLHVYKEFDARNRAEGYTTALRISHSF NA NA NA NA NA D1-35_03918 1251 hypothetical protein ATGAACTCATCAAACTCCATTTCAACGGCGTCGCCGCGTCAGGCAGTTGGCCGGCGTGAAGGGTTGGTGCTGATGCTCGGCAGCAGCCTGACCATCATGGGCTCGGTAATGGTCACGCCGATTCTTCCCAGGCTGGCCGCCGAGTTCGGCCCCGTCGAGCCTCGCGCCGATTTGTTGGTGCCGCTGGCAATCACCGGGCCCGCGTTGGCGATTGCCCTCTGCGCGCCGTTGGCCGGCTGGTTGGCCGACCGGGTCGGGCGCAAGGCCTTGCTGGTGATCGCCACCTTGCTCTATGCGGTGCTCGGCGCGTTGCCGGCGCTGCTCGACAACTTGCCGGCGATTGTCGGCGCGCGCTTGCTGTTTGGCTGCGCGGAGGCGGCGGTGATGACCTGCTGCGCGACTTTGATTGCCGACTATTGGCACGGCGAGGAACGCTTGCGCTACGTCAACCGCCAAGTGGTGACGATAGGCCTGGTGGGGGCGCTGTTTTTTGTCGTCGGGGGTGCGCTTGGAGAGCACTCGTGGCGCTCGCCGTTCCTTCTTTACCTGCTGCCGTTGTTGTTGGTGCCCGCCATGATGAAAGTCTTGTGGGAACCGCCGGTGAGCAAGCTGCAAACGGCCGAGCGCCTCGATGAGTCGGCACCGACCAAGGTCGCGGTGCCGCAACTGCTGGTTGGCTATCTGATGATTGTGTGCGGCATGGTCCTGACCATTGTCATGCCGATCCAGGCGCCGACGTTGCTGGTCAGCCTTGGCGTGACCTCCAGCACCCTGATCGGCCTGGCGGCGGGGTTGAGCCTGTTGGCAACGCTCGTCGGCTCGTTGACCTGGCCGTTGCTGCGCCGCCGCTTCGGCATCGCCGGTTGCAACGCCCTGTTGCTCACGTTGATGGGGCTTGGGCTGTGCCTGCTGGTTCGAGCGCAAAGCTACAACGCGGTGCTGCTGGCCGTATTCGTCCAGGGGCTGGGTGCCGGGCTGCTGGTGCCGAACGTAATGGCGCCGGTGATGAACGCCTTGACCGCCAGCACCCGCGGGCGGGGCCTGGGCGGCTTCACCTCGTTTCTCTATTTCGGCCAGTTCATCAGCCCGTTGGTGGTGGCTGCCGTGGGTGTATTTACCGGGGACCTTCGTCAATCGATCCAATGGCTGGCCTTCGCCAGCCTTGCGGCGGCGCTGCTATGGGTGGCCGTCGGTTTGCGCACGCGTGGCCACGGCCGGGCGAACGTCGCCGGATCACGTCAATCGTCATGA MNSSNSISTASPRQAVGRREGLVLMLGSSLTIMGSVMVTPILPRLAAEFGPVEPRADLLVPLAITGPALAIALCAPLAGWLADRVGRKALLVIATLLYAVLGALPALLDNLPAIVGARLLFGCAEAAVMTCCATLIADYWHGEERLRYVNRQVVTIGLVGALFFVVGGALGEHSWRSPFLLYLLPLLLVPAMMKVLWEPPVSKLQTAERLDESAPTKVAVPQLLVGYLMIVCGMVLTIVMPIQAPTLLVSLGVTSSTLIGLAAGLSLLATLVGSLTWPLLRRRFGIAGCNALLLTLMGLGLCLLVRAQSYNAVLLAVFVQGLGAGLLVPNVMAPVMNALTASTRGRGLGGFTSFLYFGQFISPLVVAAVGVFTGDLRQSIQWLAFASLAAALLWVAVGLRTRGHGRANVAGSRQSS NA NA NA NA NA D1-35_03919 1458 nylA 6-aminohexanoate-cyclic-dimer hydrolase ATGAGTCTGCAAGACATACATCAATTGATGGACACCCAAGACGCCGTTGCACTGGCCGAGTGGGTCAGGCGTGGCGAGGTCCAGCCCGGGGAACTGCTGGAGGCGGGCATCGAACGTCTGGAACAGGTCGAGCCACAGCTCAATGCCGTGGCGGAACGGCTGTACGAGTCGGCGCGGGAGGCGGTGTGTGGACCGCAAGTCCGGCAGGGACTGTTGGCGGGCGTTCCAACCTTGATCAAGGATTTGTTTTCGCCGGTCCAGGGGGCAGCGATGACCAACGGCTCCCGTTCGCTGGGGGCCTGCCGCGCAGACTTCGAATCGGAAGTGGTGACACGCCTGAGGCAGGCTGGATGCGTGATGATGGGCACCAGCACTTCGCCTGAGTTTGGCACGTCCTATTCCACCGAATCGACACGTTTTGGCGCCACGCGAAACCCTTGGAACACCGAGCGCAGCGCGGGCGGCTCCAGCGGTGGCGCGGCGGCGCTGGTGGCGGCCCGGGTGGTGCCGTTCGCCCATGGCAACGATGGCGGCGGTTCGTTGCGGGTGCCGGCGTCCTGCTGTGGGGTGTTCGGCTTCAAGCCCAGCCGCGGCCTGATGCCGTCAGGTCCGATAATGGGCGAGGGCTGGGCAGGAATGGGCACGCCCCACGTTATCACCTTGTCGGTGCGTGACAGCGCCGCGCTGCTGGACGCCACCGCCGGAATCGACTTGGGAGCGCCGTATGCCGCGCCGGTCCAGGTCCAGCCTTATGTGACGGCGCTGCTGCGTGATCCGAAGCCGTTGCGTATTGCCTTGGTCGAACAGCTCGGCCCCTGGGCCACCTCCCAGCAAAGCGTGCAGGCGGTGAACGAGGCCGCGAGGTTGTGTGAAGCCTTGGGCCACCGCGTCGAACCGGTGAAACTGCCGGTGGTGCTGCCTGATTTTTATGATCAGGTTTTCACCATCATTGGCGCAAGCACGCGCCGTTACGTCGACCTGCTGGGCCAGATGCGTGGGTCTGCGGTGCAGGCGGAGGAACTGGAAGTGCGCACCCGGATCATCCTGCGGGACAAAGGCAACGTCAGCGGCGCCCAGTACGTCGGCGCGGTGGAATGGATTCATGCGCTGGGCCGCCAGTTGGCGGTGTTCATGCAGGATTACGACGTGATCCTTTCTCCGGTCCTGACCCGCGAACCGGTGATGATTGGCGAGCTCAACGTTGACGACGTCTGCATGAGCCTTGAAGCGCTCATCGAGCGATTCCACAGCTACTCGCCGTTCACGGCGCTGTTCAATGCCAGCGGCCAGCCGGCGATGTCGGTACCGTTGTCCTGGAGCGCAAACGGCCTGCCGCTGGGCGCGCATTTTGCCGGGCGGTTCGGCGAAGAAAGCACCTTGCTGGCCCTGGCCGCCCAACTGGAACGCGCCCAGCCGTGGCGCGGGCGTGTACCGCCGGTCAATGCTCACCGCAGATGA MSLQDIHQLMDTQDAVALAEWVRRGEVQPGELLEAGIERLEQVEPQLNAVAERLYESAREAVCGPQVRQGLLAGVPTLIKDLFSPVQGAAMTNGSRSLGACRADFESEVVTRLRQAGCVMMGTSTSPEFGTSYSTESTRFGATRNPWNTERSAGGSSGGAAALVAARVVPFAHGNDGGGSLRVPASCCGVFGFKPSRGLMPSGPIMGEGWAGMGTPHVITLSVRDSAALLDATAGIDLGAPYAAPVQVQPYVTALLRDPKPLRIALVEQLGPWATSQQSVQAVNEAARLCEALGHRVEPVKLPVVLPDFYDQVFTIIGASTRRYVDLLGQMRGSAVQAEELEVRTRIILRDKGNVSGAQYVGAVEWIHALGRQLAVFMQDYDVILSPVLTREPVMIGELNVDDVCMSLEALIERFHSYSPFTALFNASGQPAMSVPLSWSANGLPLGAHFAGRFGEESTLLALAAQLERAQPWRGRVPPVNAHRR PGPT0006115_3837 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 D1-35_03920 1488 feaB COG1012 Phenylacetaldehyde dehydrogenase ATGAGCGATATTGCCCTGCTGCCCGAGGTCCAAGCCTTCCTTGGCCGACACCACGCGCTGTTCATCGACGGTGCTTATGTCGAAAGCCAGAGCCGACAGACCCTGGACGTGATCAACCCAGCCACGGGCCAGGTCATCGCCCAGGTCTGCGACGCCGGTCCTGGCGATATCGATGCGGCGGTCGAGTCGTCCCGGCGCGGTTTCAAGCAATGGTCCCAGGCCGCCCCGGCGGTTCGCGGGCATGTATTGCTGAAACTGGCGGACCTGATGGAGCAACACCGCGAGGAGCTGGCACAGATCGAAACCTGCCAATCCGGCAAGATCATCCATATCTCCCGCGCCTTCGAAGTCGACCAGGCTGCGCACTTCTTGCGTTACTACGCCGGCTGGGCGACCAAGATCAGCGGCCAGACCATCACCCCGTCGCTGCCCTCCTTCGCCGGCGAACGCTACACGGCGTTCACCCTGCGCGAACCGGTGGGCGTGGTGGTCGGCATCGTGCCGTGGAATTTTTCGACGATGATCGCCATCTGGAAACTCGCCTCGGCGTTGGTGACCGGTTGCAGCATTATCATCAAGCCCAGCGAGTTCACTCCGCTGAGTATCCTGCGCATCGCTGAACTGGCCATGGAAGCGGGCCTGCCGGCAGGCGCGTTGAACGTGGTGACGGGTAGCGGTCTGGTGGGCAAGGGCTTGATCGAGCATCCAGGCACCAACAAGGTATCGTTCACCGGCTCGGTGCCTACCGGCATCGCCGTGGGCCAGGCGGCGATGGGCGCCGGACTGACCCGGGCGACACTGGAACTGGGTGGCAAGAACGCTGCGGGATTCCTGCCAGATGTGGATCCCGAGGTGGCGGTCAATGGCATCATCGAGGCAGGTTTCCTGCACTCCGGGCAGATTTGCGCGGCGGCAGAGCGGTTCTTTGTCCACCGCTCGCAGATCGAACCGATCATGCGCAAGCTCGCCGAACGCCTGAGTCAGCTCAGCATCGGCTCACCGCTGGATGAAGCCACGCAATTCGGTCCGGTGACCAACCGTCAGCATCAGCAGAAACTCGGCGAGTATTTCGCCAGGGCGCGGGCACAGAACAACACGATTGTTCACGGCGGCAAGCTGATCGACAGGCCTGGCTGCTATGTCGAGCCGACCATCATCCTCGCCAACCATCGAGATGATGCGCTGCTCAATGAAGAAACCTTCGGCCCGATCGCCACCTTCCTGCCCTACGACACCGAGGAGGAACTGCTCGACCTGATGAACGACTCGCCCTACGGGCTGAGCGCCAGCCTTTGGACCAACGACCTGGGCAAGGCCCTGCGCATGGTGCCCGCCATTGAAGCCGGCACCGTCTGGGTGAACATGCACACCCTGCTCGACCCCGCCGTGCCATTCGGCGGGAGCAAGTCTTCGGGTATCGGCAGGGAGTTCGGCAGCGCGTTCATCGATGACTACACCGAGCTGAAGTCGGTGATGATTCGGTATTGA MSDIALLPEVQAFLGRHHALFIDGAYVESQSRQTLDVINPATGQVIAQVCDAGPGDIDAAVESSRRGFKQWSQAAPAVRGHVLLKLADLMEQHREELAQIETCQSGKIIHISRAFEVDQAAHFLRYYAGWATKISGQTITPSLPSFAGERYTAFTLREPVGVVVGIVPWNFSTMIAIWKLASALVTGCSIIIKPSEFTPLSILRIAELAMEAGLPAGALNVVTGSGLVGKGLIEHPGTNKVSFTGSVPTGIAVGQAAMGAGLTRATLELGGKNAAGFLPDVDPEVAVNGIIEAGFLHSGQICAAAERFFVHRSQIEPIMRKLAERLSQLSIGSPLDEATQFGPVTNRQHQQKLGEYFARARAQNNTIVHGGKLIDRPGCYVEPTIILANHRDDALLNEETFGPIATFLPYDTEEELLDLMNDSPYGLSASLWTNDLGKALRMVPAIEAGTVWVNMHTLLDPAVPFGGSKSSGIGREFGSAFIDDYTELKSVMIRY PGPT0006035_657 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_LIGNIN_DEGRADATION|LIGNINASES PLANT_LIGNIN_DEGRADATION-DEHYDROGENASE_ACTIVITY,PGPT0006035-feaB-K00146 NA NA D1-35_03921 972 hypothetical protein ATGTTTCTCCAGACCGGCAAGCAGAAATTGGCGTTGATCGAGCAGGTGCGGCGGGTACTGGCTGGCGAAGCCGATGACGCGCCTGCGCTCGTGGCCTATCCGCAACTGCGGGCCAGTCTTGAACAACACGCCCGGCAAACAGCGGATGCGGCTGAACGTTTACGCCAGGCCGAGGGCCAAGTGAACGAGCAGGCATCAAGACACCGGCAAATCGACCAGGCGTATGCGTTGGCTCGCCAACAACTGGCTCAGGCAGGAGAGCGTGAGCAAGGGCTTCAGGCACGGCTTGAGCAGCTTGAGCGTCAATCCCGACAGCACTTTCAGGAGGCGCAGATCTGGGAGCTGCTGCAATCGACCCTGACCGAAGGCTGCTGGGACATCACCGTGGTCAACGGCGATTTGCAGCACCCGGCCAGCGGCATGCGCTTTTCCAGTCAGTTCCGCTCATTGCTGGGGTACGGGCCGGACGAGTTGCCGGACGGCTGGGACGCCCAGGTCGGCATCACCCATCCCGATGACCTGCCGAAGATCATGGCGATCTTTGACCGGGAGATTCCTGGCAGCCAAGGCAGTGGCGAATACGTCTTCGAATATCGGATGCGACACAAGAGTCGCGATTATATCTGGTGCCGCGAGCGTGGCCGCGCCGTGCGCGACGCCCAAGGGCGACTGGTCCGGGTGCTGGGCGCGGTGCGGGACATCAGTGATGAGCGTTCGGCCCAGTCTACCCACCAGCGCATGCTGGAGCAGAACCAGGTCACTTACGCGCAGATCGCCACGGTGGTGGGCGTGATCAAGGGCATTGCTGACCAGACCAACCTGCTGGCGTTGAACGCGGCGATTGAAGCGGCCAGGGCGGGCGAGGTCGGGCGCGGCTTTTCGGTGGTGGCCGACGAGGTGCGCAAGCTGGCGGAAAGTACCCGCCAGGCCACGCACCAGATCCAGACCATGTTGCATCAGCACAAGGGCTGA MFLQTGKQKLALIEQVRRVLAGEADDAPALVAYPQLRASLEQHARQTADAAERLRQAEGQVNEQASRHRQIDQAYALARQQLAQAGEREQGLQARLEQLERQSRQHFQEAQIWELLQSTLTEGCWDITVVNGDLQHPASGMRFSSQFRSLLGYGPDELPDGWDAQVGITHPDDLPKIMAIFDREIPGSQGSGEYVFEYRMRHKSRDYIWCRERGRAVRDAQGRLVRVLGAVRDISDERSAQSTHQRMLEQNQVTYAQIATVVGVIKGIADQTNLLALNAAIEAARAGEVGRGFSVVADEVRKLAESTRQATHQIQTMLHQHKG NA NA NA NA NA D1-35_03922 1368 hypothetical protein ATGCGCGCTCCGCTGTCCTATCGCACTGGGGAAAACACCATGGAGCACACTCGTCAATCACGCCTGCCACGCCAGGCCATCGGCCTGGGCATCGCCTTGCTGGCGGCAGGCTCATCGGCCCAGGCCATTGAGCTTTATGCCGACGATGACACCACCGTCAGCGGCAACTTCCTCGCGGTCTACGGTCTGTTCAACAGCCGCAAGAACTACGACGGCAGCGCCGGCGGTTCGAGCTGGCGCGAAGGTTTCATCAAGTATGGCCTGAGTATCGAGCAGACACTCGACGGCCGCGGGAACCTCTACGGGACCGCCAACCTACTCAGCTCCGGCACCTGGGGCGATGGCGATGCGGCGGGCCTGAGCGACGGTTCCGAACGCACCACGAAATTCGACGAGGCCTTCGCCGGTTGGCGCTCCGGCGATCTGTTCCCGCTGTTGGGCAAGGATGGCGTCGACCTGTCCTTCGGTCGCCAGGTGATTACCCTTGGCGACGGTTTCATCATCAACGACGACGGCCTTAACGTCGGCAAGGGCGTGGCCGATGGCGAACTCAATCGCGGCGGAGCCTATTACCTCGCCGCCCGGCACGCCTTCGACAAGACCGCGGTGCTGCGCCTGGGCGACAAGGACGGCGTGCATGGGAGCCTGTTGTGGTTCAAGTCCGACAATCGCGCCCAAGCCAACACCGAGATGGCCGCCGGCACCCTGGAATACACCGCAGCACCCGGCACCCTCGGGCTGACCTACATCCATGGCATCGACGTGGATGAGCACTACGCCAGTGACTTGCAGAAACAACGCGACGGCATGGACATCTACAGCCTGCGCGGCGCGGGCGATGCCGGTATCGAAAACGCGCACTTCTCCTTCGAATACGCCTGGCAAGACAAGGACGCCGGCCCTCAGAAAGCCTGGTACACCGAAGCCGGTTATACCTTCGCCGAGCTGCCCTGGAGCCCCGACCTGACCTATCGCTACAGCCGTTATTCGAAAAACTGGGACTCGATGTTCACCGGCACGAGCCGAGGTTATGGCACCTGGTTCCAAGGCGAAGTGGCGGGCAATTACGCCGGCCCGTTCAACAGCAACACAGCCATCCAGCACGTCGGCCTCAAGCTCAAGCCAACCGAGACCGTGACGATCGGCGCATTGTTTTTCGACTACAAGACCTTGCACACCGCTCAAGCGCTGAACCTCGACGGTCGTGAGCTGGACCTGTACGTCGAATGGGCAGCCAATGAGCACCTGATCATCACGCCGCTGCTGGGCCTGTACAAGCCAGAGAAAGACGCCAGCAACGGAGGCAACCAGGTGGGCGGCAACGGCACCAATGTGTACAGCCAGTTGGTGGTGGCGGTTCCGCTCTGA MRAPLSYRTGENTMEHTRQSRLPRQAIGLGIALLAAGSSAQAIELYADDDTTVSGNFLAVYGLFNSRKNYDGSAGGSSWREGFIKYGLSIEQTLDGRGNLYGTANLLSSGTWGDGDAAGLSDGSERTTKFDEAFAGWRSGDLFPLLGKDGVDLSFGRQVITLGDGFIINDDGLNVGKGVADGELNRGGAYYLAARHAFDKTAVLRLGDKDGVHGSLLWFKSDNRAQANTEMAAGTLEYTAAPGTLGLTYIHGIDVDEHYASDLQKQRDGMDIYSLRGAGDAGIENAHFSFEYAWQDKDAGPQKAWYTEAGYTFAELPWSPDLTYRYSRYSKNWDSMFTGTSRGYGTWFQGEVAGNYAGPFNSNTAIQHVGLKLKPTETVTIGALFFDYKTLHTAQALNLDGRELDLYVEWAANEHLIITPLLGLYKPEKDASNGGNQVGGNGTNVYSQLVVAVPL NA NA NA NA NA D1-35_03923 1500 yhdG_3 COG0531 putative amino acid permease YhdG ATGTCGATCAATGACAGGCTCACCGAGCATCTGAACCGGGGTACGGTGGGTTTTCCCACTGCGTTGGCCAGCACCATTGGCCTGATCATGGCCAGCCCGGTCATCCTGACCGCCACCATGGGGTTCGGCATCGGTGGCAGCGCCTTCGCCATGGCGATGCTGATCGCGGTGGTGATGATGCTGGCCCAGGCAACGACGTTCGCCGAAGCCGCATCGATCTTGCCGACCACCGGCTCGGTCTACGATTACATCAACTGCGGCATGGGGCGCTTCTTCGCGATTACCGGCACTTTGTCGGCGTACCTGATTGTCCATGTGTTTGCCGGAACGGCGGAAACCATCCTGGCCGGGGTCATGGCCCTGGTGAACTTCGAACACCTCAATACCCTGGTCGAATCGGCCGGTGGTTCCTGGCTGCTGGGCGTGGGTTTCGTGGTGGTGTTTGGTGTACTCAACGCATTCGGCGTCAGTGCTTTCGGCCGGGCCGAAATCATCCTGACCTTCGGCATGTGGACGACCCTGATGGTGTTCGGCGTGTTGGGGCTGATCGCCGCGCCGGCGGTAGAACTCGAGGGCTGGTTCGGCGCGTCCGTGGTCGGGACCGACCTGGTCACGGTGCTGTCGCTGGTGGGCATGGCAATGTTCATGTTCGTCGGATGCGAATTTGTCACGCCACTGGCGCCGGACCTGCGCCAGTCAGCCAGGACCATGCCGAGGGCAATGATGCTGGGCCTGTTCAGCGTCGCGGCCTGCATGTTCATCTATGGCGCGGCGATGAAGCGCCAGGTGGAAAACGTGCTGCTCGATGCCACCAGCGGCGTGCACCTGCTGGACACGCCCATGGCGATTCCGCGCTTCGCCGAGCAGGTCATGGGCGACATCGGGCCGATGTGGCTGGGGATCGGCTTCCTGTTTGCCGGCGCCGCGACCATCAATACGCTGATGGCCGGGGTGCCGCGTATTCTCTACGGTATGGCGGTGGATGGCGCGCTGCCCAAGGTCTTCACCTACCTGCATCCCCGTTTCAAGACGCCGCTGCTGTGCATCCTGGTGGCAATGCTGATCCCTTGCCTGCATGCGCTGTGGCTCGGCGGTAACACCGATAACATCATGCATCTGGTACTGGCGGCGGTGTGCGCCTGGAGTTTTGCCTATCTGCTGGTGACGATTTCGGTGATCAGCCTGCGCGTCCGCCGTCCCGATCTGCCCCGGGCCTACCGCTCGCCGTTTTTCCCGCTGCCACAGATCCTGTCCAGCGTCGGCATCGTCCTGGGCATGTGGTTCATCACGCCGCCGGGCATGAATCCGGCGGACATTTATGTGCCTTTCGCCGTGATGCTTGGCGGTACCGCGGCCTACGCCCTGTTCTGGACCCTGGTGGTGCAGAAGGTCAATCCATTCAAGCCGGCGACCGTCGAAGACGTGCTGGCCAAGGAGTTTTCCCATGAGCCAGGGCAACCTGTCGGCGGGTTTATCGAGCCTGCTGCAAAAGCTGTCTGA MSINDRLTEHLNRGTVGFPTALASTIGLIMASPVILTATMGFGIGGSAFAMAMLIAVVMMLAQATTFAEAASILPTTGSVYDYINCGMGRFFAITGTLSAYLIVHVFAGTAETILAGVMALVNFEHLNTLVESAGGSWLLGVGFVVVFGVLNAFGVSAFGRAEIILTFGMWTTLMVFGVLGLIAAPAVELEGWFGASVVGTDLVTVLSLVGMAMFMFVGCEFVTPLAPDLRQSARTMPRAMMLGLFSVAACMFIYGAAMKRQVENVLLDATSGVHLLDTPMAIPRFAEQVMGDIGPMWLGIGFLFAGAATINTLMAGVPRILYGMAVDGALPKVFTYLHPRFKTPLLCILVAMLIPCLHALWLGGNTDNIMHLVLAAVCAWSFAYLLVTISVISLRVRRPDLPRAYRSPFFPLPQILSSVGIVLGMWFITPPGMNPADIYVPFAVMLGGTAAYALFWTLVVQKVNPFKPATVEDVLAKEFSHEPGQPVGGFIEPAAKAV NA NA NA NA NA D1-35_03924 621 hypothetical protein ATGAGCCAGGGCAACCTGTCGGCGGGTTTATCGAGCCTGCTGCAAAAGCTGTCTGAGCTGTTCAGCGCCCGTCGCGCCCCGGCCGGTTATCGACCCGGGGTAACGCTGGAGCATTTGCGACGCAACCTCGCACTGGCGCGGTTTGCGGTGTCGATGCCGGGGGCGGCGACGATGGTCACCGACGATGGCGGCCTGCAACTGGAGATCGTCGAACGCACCGAGTCGCAGTTGCTGATGCATGTGGTAACGACCGAGTTCGTGTTGCACGTGCCTGCGTCGAGAGAGGGCAGCGCGCGCCTGCAATTGCACCATGGCGGAGCCATTCGGCGCAGCGGCATTCGTTGCCGCCAGTTGAAAGGAGATGCCGCGTTGTCGGTTCGGCTGCGGACGGCCATCGAAGGTGATCGTGCGCTTTACGCCGCCCTGATGCCGCTGGACTTCAAGCGCCTGGACATCGAGCTGCAAGGCCGGCAATGGTCTGTGCGACTGGAGCATGTGGGCGGCAGCGAAGTGGTCAACCGGATGCCCTCGTTCCGCCGCTACATCGCGCTGAGCCCGTTGCAGCGCGATGCCTTGTTCGCAACGCTGGATGGGCTGCGGAGGGTACTTTCGACGTTCTGA MSQGNLSAGLSSLLQKLSELFSARRAPAGYRPGVTLEHLRRNLALARFAVSMPGAATMVTDDGGLQLEIVERTESQLLMHVVTTEFVLHVPASREGSARLQLHHGGAIRRSGIRCRQLKGDAALSVRLRTAIEGDRALYAALMPLDFKRLDIELQGRQWSVRLEHVGGSEVVNRMPSFRRYIALSPLQRDALFATLDGLRRVLSTF NA NA NA NA NA D1-35_03925 963 feaR_1 COG2207 Transcriptional activator FeaR ATGAGCATGCAACAGGCTGGGCAAGGCGGGCTGGACACCTGGAATCGGGACCTGCGCGCGACATGCGGCCATTTCGAGACGGAGCTGGCCTTCAATCGCGCGTTGTTCATTGGCGAAGTGTCGACCTTTCAGCGCGGCGGCCTCTCACTCGCCAACCTGCGCACCAATGCCGGTTCCATCAGGCGCCAGCTATGCAAACCGGATCACGATGATGACCAGGACTGTTTCCTGGTCAGCCAGCGCAGCGGTTATTCGCGTATCACCCAAAATGGCACGAGCATCCAGCTGGCTCCCGGCGAGCTGTTGCTGATGGATTCGGTGGGTTCCCTTGAAATCAGCCCGTTCGGCCTGATCGAGCATGCCGTGTTGTCGTTATCTCGGCGGGACGTCGCCAGGCGACTGGGCGGCGACAGCAAGACCTTCGGCAAGATTTCTTCAAGCAAGGCTTGCGGAAGAATGCTGCATGTATTGGTGGACCAGCTCTGCAAGGACACCCCGGAGGGCGAAAGCAGCGCCGGGGAGGGCGAAGCCCTGCAGAACGCCTTTGTCTCGCTGTTGGGATCGGCGCTGGAGCATGAAACCGACCTGTGCGGCGACAGCGTCGGATTGCAAGGCAGTCATCTGCGCAGCTACGTACAGAAAGTCATTGATGAATGCCTGACCCAACCCGGTCTCAGCCCGGTCGGCCTGGCCAACCGCTTGAACATCTCGGTGCGACACCTGTACCGCTTGTTCGAAGAGCAGGATGACAGCGTGTGCCGCTACATCCAGCGCGCCCGCCTCAAGCGCAGCGCCGATGACTTGGCCAATCCTTTCTTGCGGGATGAGTCGATCACCTCGATTGCCTACAAATGGGGCTTCACCGATTCGGCGCACTTCAGCCGTTCGTTCAAGAAACAATTCGAACAGTCGCCCAAGGCGTTCCGCTCCAGCCAGTTGCAGCAGGCGCAAGGGGTGGCTTGA MSMQQAGQGGLDTWNRDLRATCGHFETELAFNRALFIGEVSTFQRGGLSLANLRTNAGSIRRQLCKPDHDDDQDCFLVSQRSGYSRITQNGTSIQLAPGELLLMDSVGSLEISPFGLIEHAVLSLSRRDVARRLGGDSKTFGKISSSKACGRMLHVLVDQLCKDTPEGESSAGEGEALQNAFVSLLGSALEHETDLCGDSVGLQGSHLRSYVQKVIDECLTQPGLSPVGLANRLNISVRHLYRLFEEQDDSVCRYIQRARLKRSADDLANPFLRDESITSIAYKWGFTDSAHFSRSFKKQFEQSPKAFRSSQLQQAQGVA NA NA NA NA NA D1-35_03926 768 bacC_2 Dihydroanticapsin 7-dehydrogenase ATGCCTGATGATCTGGATTTCTCCGGCAAGACGGTGCTGGTGACCGGCGGCGCGCAAGGCATCGGCCGGGCCATCGTCGAAGGGTTTGCCTGGCGTGGGGCGCGAGTGGTCATTGCCGACCTGGACCTGGCGGGGGCCGAGGCTGTATCCAGCGACCTGCGCGCCAGCGCTTACCCGGTGGATGCCATGGGCGTCGACCTGGCCGACGCCACGGCCATTACGCAGATGATCGCCAAGCTGGAACAACGCACCGGCAGGCTGGATGTGCTGGTGCACAACGCCGGCTATTTCCCTCTGACGCCCTTCGCCGAAATCACGCCAGCGGTGCTGGAGCGAACGCTGGCGGTGAATTTGTCAGCGTTGTTCTGGCTGACCCAGGCCGCGCTGCCGATGTTCCGTCGCCAGGGTCAGGGCTGCGTGCTGGTGACCTCTTCGGTGACCGGCCCGCGCGTAGCCTACCCGGGCCTCAGCCACTATGCGGCGTCCAAGGCCGGGGTCAACGGCTTCATCCGCAATGCGGCGCTGGAGCTGGCGGCGGAAAATATCCGCGTCAATGGTGTCGAGCCGGGGATGATCGCAACACCAGCCATGGCCAACCTGGGGGACGCCCAAGTCAACCACGACATCGCCCGCCGAGTACCGCTGGGGCGACTCGGCAAACCGTCGGACATCGCCGGAGCCATGCTGTTCCTGGCCTCGGACCTGGCCGCCTACATCACCGGCCAGACCCTGATCGTCGATGGCGGCTCAACCTTGCCGGAGGTTTGA MPDDLDFSGKTVLVTGGAQGIGRAIVEGFAWRGARVVIADLDLAGAEAVSSDLRASAYPVDAMGVDLADATAITQMIAKLEQRTGRLDVLVHNAGYFPLTPFAEITPAVLERTLAVNLSALFWLTQAALPMFRRQGQGCVLVTSSVTGPRVAYPGLSHYAASKAGVNGFIRNAALELAAENIRVNGVEPGMIATPAMANLGDAQVNHDIARRVPLGRLGKPSDIAGAMLFLASDLAAYITGQTLIVDGGSTLPEV PGPT0003180_7502 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 D1-35_03927 801 ucpA_2 Oxidoreductase UcpA ATGCCTGAGCCAAGCACTGTGGTGATCACGGGTGCCGGCACCGGCATCGGTGCCGCTTGCGCCCGCCTGTACGCCGCCGAGGGCGCCAACCTGGTGCTGATCGGCCGGCGCCGCGAGCCGCTGGGGCAACTGTCAGAGGAAATCGGCGGCCTGGTGCTGGTGGGCGACGCGGCGTGCCCGGCGACGTGGGACGGCTTCGTCGCACAGATACGCCAACGCCTCGGCCGACTTGACGTGCTGCTGGCTTGCGCCGGCGGGCTGGGCCAGGGCAGCGCCACCGGCACCAGCCCGTCGGCGTGGGAAGCGGCGCTACGCAGCAACCTGGACAGCGCCTTTTACAGCGCTCGTGCCTGCCTGCCGCTGCTGATGGAGAGCGCCGGCAATATCGTGTTGGTCGCCTCCATCGCCTCCCTGGCAGCCGGACCGCAGGTCTGCGGCTACACCACCGCCAAACACGCGCTGCTCGGCCTCAATCGCTCGCTGGCGCGGGACTACGGACCACGCGGTGTGCGCGTCAACGCGGTTTGCCCTGGTTGGGTACGCACGCCGATGGCCGATGAAGAGATGCAGGCCTTGATGCAGTTCCACGGTGAGAATCTGCAACAGGCCTATGCCCGGGTCTGCGCCGATGTGCCATTGGGCAGGGCCGCGAGCGCCGAGGAAATCGCCCGGGTTTGTCGTTTCCTGGCCTCGCCGGATGCTTCGATCATCACCGGCGCGACGCTGGTGGCCGATGGCGGATCCAGCATCGTCGATGTGCCGACGCTGGCCTTCAGCCGAATGGAGCACGCAAATGCCTGA MPEPSTVVITGAGTGIGAACARLYAAEGANLVLIGRRREPLGQLSEEIGGLVLVGDAACPATWDGFVAQIRQRLGRLDVLLACAGGLGQGSATGTSPSAWEAALRSNLDSAFYSARACLPLLMESAGNIVLVASIASLAAGPQVCGYTTAKHALLGLNRSLARDYGPRGVRVNAVCPGWVRTPMADEEMQALMQFHGENLQQAYARVCADVPLGRAASAEEIARVCRFLASPDASIITGATLVADGGSSIVDVPTLAFSRMEHANA PGPT0008190_155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0008190-budC-K18009 NA NA D1-35_03928 822 moaF_1 Protein MoaF ATGAGTACTTCTTCAGACTGGATCACCGTCGGCGCCCTGGCCGATGGCTTTGCCCCCGAAGCCTTCATCCTGCCGAACCTCGCCGACCTGGACGGCAAGACCTTTACCCTGCACTTCGCCAATGGCTGGCAGATCGAACATCGCTTCGAACAGGACGCGCTGAGCTGGAAAGCAGCCGACGGGCATTCCACCGGCACCGCGCCGTATCGAGCCACGTCGGTGCGTCCAGGCCTGTACCTCGTCGACTTCATCAAGCGTGAAGGTGGCCAGACGTGGTCGGTGAGCCTGGTGCTCGATACCGTCAGCGCCGCGTTCACCGCCGTGATCGGGCGCATGCCCGCCGAGGCGCAAACGCGCGAGGGCCTCTACAGCCGCGCATTGGCCGGCAAACCATTGACCTCGGTGGAAGTCGAGTTCCTCCATGGCACGCTGGATCGTTCATGGCAACCGGGCCTCTGCCCTCACGCACCGACGAGCGAACTGGTGGGGCTGCGCAACCTGTATCGCTACAGCCCGAGTGAAGTCTACGAACACATCTACCTCAACCAGCGGTTTTATTCCTGGCAGTGCCTCAAGGGCGTTGAACAAGGCCTGTGCGACACCGACCGCTGCGACACCTACAAGATTGCCGATCAGCTGTACCTGTTCGTCTGGCGGGAGAAGATCATCCCGACCCTGGGCCTGGTGCTGATCGACCTGCAGCAGCACCGTAGTGACGGCAAGATTTTCGGTTACGCCGGCGCATCCTTCGACGAGTTCTCGAACTTCCCGGTCAGCTCCTATTGCCAGGTACTCAACCAGACGGAGTACCCCGATGCCTGA MSTSSDWITVGALADGFAPEAFILPNLADLDGKTFTLHFANGWQIEHRFEQDALSWKAADGHSTGTAPYRATSVRPGLYLVDFIKREGGQTWSVSLVLDTVSAAFTAVIGRMPAEAQTREGLYSRALAGKPLTSVEVEFLHGTLDRSWQPGLCPHAPTSELVGLRNLYRYSPSEVYEHIYLNQRFYSWQCLKGVEQGLCDTDRCDTYKIADQLYLFVWREKIIPTLGLVLIDLQQHRSDGKIFGYAGASFDEFSNFPVSSYCQVLNQTEYPDA NA NA NA NA NA D1-35_03929 657 hypothetical protein ATGAATGTCATCGCTGCACAAGACATCGCAAGTCATTGCCTGAACGCCTTCACGCAACTCATTCCCGCCAGCCGGGCGGCGTTCTATCGCGTAGACCGGCATTTGCAAGCCTACGACTTCAGCTTGCACGGCATGAGTGGCGAGATGCACCAGGACTATCTCGACCATTACTGCGCGTTCGATCCGCTGCGCCCGCGAAACTGTCTCTCCAGTCCGAGCGTCGTCCCGCTGAGCCTGGCCATGGCCCGCCAGCCGGTCCGCGACAATCATTGCTACCAGCGTTTCCTGCAGCGCTATGGCGTGGTGGATGTCGTGGAAGTGTTCGTCCACCGCGCCGGCCAGCCGCAAGCGGCGATTTCAATGCTGCGCACCGCCGAACAAGGCGCGTTCACCGGCCAGCAATTGAGCCAGCTCAGCGCGCTGCAAACGTTGCTGCACCTGGCGGTGGCCCAGTTGCCCAGCGCGGACGACGGTCTCAGCCAGCTAACGCCCAAGGAGCGGCAGATTGCGCTGTTGCTGCGCGAGGGCGCCAGTAACAAACAACTGGCCCGAGCACTCGGCATCGGCCTGCCGACAGTCAAGACCCACCTGATCAACCTGTTCCGCAAGACCGGCGTAAGCAATCGTACCGAGCTGGTCAGCAGCCTTTTCCTGTAG MNVIAAQDIASHCLNAFTQLIPASRAAFYRVDRHLQAYDFSLHGMSGEMHQDYLDHYCAFDPLRPRNCLSSPSVVPLSLAMARQPVRDNHCYQRFLQRYGVVDVVEVFVHRAGQPQAAISMLRTAEQGAFTGQQLSQLSALQTLLHLAVAQLPSADDGLSQLTPKERQIALLLREGASNKQLARALGIGLPTVKTHLINLFRKTGVSNRTELVSSLFL NA NA NA NA NA D1-35_03930 366 hypothetical protein ATGCCGCTTACCACCCTCGAAAAAAACATCCAACTGTCCGACCTGGACGCCTGGGGCACCGTTGCCGACCTCGGTTCGCAGATTCTCGAAGGCGAAGTCAAAGCCTTCGGCAAGATGACCTTCGGTGCGCCCACCGACCCGGTCAGCAGCGCCTACTTCGGCACCACACAAGGCAAGTTCCGCATGGTCTATCCGTTCGCCGAACAGGCCACCGTGGTCACCGGCGAAGTGGTCCTCACCGACGAAGCCACCGGCCAGAGCACTCGCTACAAGGCCGGCGACAGCTGGTTCGTGACCAAGGGCACGCCCGTCCTGTGGGAAGTGGTCAGCGAAAGTTTCGTGAAACACTACTTCGCGGTAGCCTGA MPLTTLEKNIQLSDLDAWGTVADLGSQILEGEVKAFGKMTFGAPTDPVSSAYFGTTQGKFRMVYPFAEQATVVTGEVVLTDEATGQSTRYKAGDSWFVTKGTPVLWEVVSESFVKHYFAVA NA NA NA NA NA D1-35_03931 1299 puuB_4 Gamma-glutamylputrescine oxidoreductase ATGATCAATATCGAAACGCCCACCTATTACACGGCCACCAAGAAATACAACCTCAGTTTTGCGACCCTGGAACAGGACGTGGAAGCCGACGTTGTGGTCATCGGTGGCGGTTTCTCCGGCATCAACACCGCGTTGGAGCTGGCGGAGAAAGGCATTACCAACATCGTGGTGCTGGAGGCGCGTTACCTGGGCTTCGGCGGCACCGGACGCAACGGCGGCCAGATCATGGCCGGCATTGGTCATGACCTGGAAAAGATCAAGAAGGACGTCGGTGAAGAGGGTCTGCGCCAGGTCTTCGAAATCAGCGACCTGGGCGCCGACATCATCAAGGACCGCATCGCCAAGTACGATATCGATGCGGACTTCTGCCATGGCTATGGCTACATGGGTTTCAACGCCCGCCAGGAAAAGACCCTGCGGGCCTGGGAAAAAGATTTCAAGTCGATCAACAGCAAGCACGAGATCCGCTTTCTCGGCGGCTCCGACGTCCGGCAGATCATTGGGTCCAACGCGTACGGCAGCGCATTGCTGCACATGGGCGGTGGGCATGTGCACTCGCTGAACCTGCTGTTGGGCGAAGCCAAGGCGCTCGTCAGCCACGGCGTGCGGATCTTCGAGAACAGCCCGGCGCTGGAGGTCAGTTATGGCGAACGCATCACCGTGCGCACCGGCCGTGGCTCGGTCAGGGCCAGCAAGCTGTTGTGGGCCTGCGACAGCTTCCTGAACAAGCTGGAGCCGGAGCTGCATCGCTCGACCATCAACACCTACGCGTTCCAAATGATGACCGAGCCACTGTCGGATGAGCTGATCCAGCGCATCAGCCCGATTCGCGGCGCCTACAGCGACATCCGGCCGGTGATCGACTACTACCGCGTCACCAACGAGAACCGCCTGCTGTTCGGCGCGGCAACCCCGTTGGTCGAGCATATCCCGCAGGATCTGAAGGCGTGGAACCGGCGCCTGATGCTGAAGATTTTCCCTTACCTGAAGGATGTGAAGATCGACCTGGCCTGGGGCGGCCCCATGGCCTGCAGTCCAAACCTGTTCCCCCAGGTCGGCACCCTGCCCGGCCGCAGCAATGCGTTTTTCGTCCAGGGCTACTCGGGTTTCGGCGTCACGCCGAGCCACATCATCTGCAAGGTGCTGGCCGAAGGCATGAGCGAAGGCTCGGCGCGCTACGACCTGGTCAGCTCGATCAACCGTCCGACCATCATCGGCAAGGACGCGATCCGTCCGCTATTGCTGACCGCCGGCAAGTCCTGGCATCAGTTGTCGGGTTACTGGAATGGGCGCCGTTGA MINIETPTYYTATKKYNLSFATLEQDVEADVVVIGGGFSGINTALELAEKGITNIVVLEARYLGFGGTGRNGGQIMAGIGHDLEKIKKDVGEEGLRQVFEISDLGADIIKDRIAKYDIDADFCHGYGYMGFNARQEKTLRAWEKDFKSINSKHEIRFLGGSDVRQIIGSNAYGSALLHMGGGHVHSLNLLLGEAKALVSHGVRIFENSPALEVSYGERITVRTGRGSVRASKLLWACDSFLNKLEPELHRSTINTYAFQMMTEPLSDELIQRISPIRGAYSDIRPVIDYYRVTNENRLLFGAATPLVEHIPQDLKAWNRRLMLKIFPYLKDVKIDLAWGGPMACSPNLFPQVGTLPGRSNAFFVQGYSGFGVTPSHIICKVLAEGMSEGSARYDLVSSINRPTIIGKDAIRPLLLTAGKSWHQLSGYWNGRR PGPT0007637_908 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007637-puuB|ordL-K09471 NA NA D1-35_03932 1170 C2-hpah p-hydroxyphenylacetate 3-hydroxylase, oxygenase component ATGAAAAAGCCAAACCCGCTGCTCGAAGACCTCAAGCCAATCCTGCCGGCCATCGCCGCCAACGCCTTCCAGGCCGAGAAGGACCGTACCGTTCCCGCCGAGAATATTGCCCTGCTCAAGAGCATAGGCATGCACCGGGCCTTCCAGCCGAAAAAATACGGTGGCATGGAGATTTCCTTGCCGCAATTCGCCGATTGCATCGCCCTGCTGGCCGGCGCTTGCGCAAGCACCGCCTGGGCTATGAGCCTGTTGTGCACCCACAGTCATCAGTTGGCATTGTTTCCGGCCCAGACCCAGGAGGAGGTCTGGGGTGACGACCCCGACGCCACCGCCAGCAGCAGCATCGCGCCTTTCGGCCGCACCGAGGAAGTCGAGGGCGGCGTGACGTTCAGCGGCGAAATGGGCTGGAGTAGCGGTTGCGACCACGCCGAATGGGCCATTGTCGGTTTCCGCCGAAAGAATGCCGAAGGCACCCAGGATTATTGCTTTGCGGTGTTGCCTCGTCGCGATTATGAGATCCGCGATGACTGGTACGCGGTCGGCATGCGCGGCAGCGGCAGCAAGACCCTTATCATCAATAACGCCTTTGTGCCGGAACACCGGATCCAGAAAGCCAAGGACATGATGGAAGGCAAGTCCGGCGGCTTTGGCCTGTACCCCGACAGCAAGATTTTCTATGCGCCGTATCGTCCGTATTTCGCCAGCGGCTTTTCCACCGTCAGCCTGGGCGTCGCCGAACGCATGCTGGAGGTCTTTCGCGAGAAGACCCGGACCCGCGTGCGGGCCTACACCGGTGCCGCGGTCGGCGCCGCCACGCCAGCGCTGATGCGCCTGGCCGAGTCCACCCACCAAGTGGCCGCGGCTCGGGCTTTTCTCGAAAAAACCTGGGAAGACCACGCCGAGCACAGCGAGCGGCATCAATACCCGAGCCGCGAGACCCTGGCGTTCTGGCGGACCAATCAGGGTTATGCGACCAAGATGTGCATCCAGGCGGTGGACCGCCTGATGGAAGCCGCGGGCGGCGGCGCGTGGTTCGAAACCAATGAACTGCAACGGCTGTTTCGCGATGCGCACCTGACCGGCGCCCATGCCTACACCGACTATGACGTCTGTGCGCAGATCCTGGGCCGGGAATTGATGGGCCTGGAGCCCGATCCCAGCATGGTTTGA MKKPNPLLEDLKPILPAIAANAFQAEKDRTVPAENIALLKSIGMHRAFQPKKYGGMEISLPQFADCIALLAGACASTAWAMSLLCTHSHQLALFPAQTQEEVWGDDPDATASSSIAPFGRTEEVEGGVTFSGEMGWSSGCDHAEWAIVGFRRKNAEGTQDYCFAVLPRRDYEIRDDWYAVGMRGSGSKTLIINNAFVPEHRIQKAKDMMEGKSGGFGLYPDSKIFYAPYRPYFASGFSTVSLGVAERMLEVFREKTRTRVRAYTGAAVGAATPALMRLAESTHQVAAARAFLEKTWEDHAEHSERHQYPSRETLAFWRTNQGYATKMCIQAVDRLMEAAGGGAWFETNELQRLFRDAHLTGAHAYTDYDVCAQILGRELMGLEPDPSMV NA NA NA NA NA D1-35_03933 942 C1-hpah p-hydroxyphenylacetate 3-hydroxylase, reductase component ATGTCCGATATCTGTGAAACTGCTTTCGACACCCGCGCGTACCGCCGGGCCCTGGGCAACTTTGCCACCGGCGTGACCGTGGTCACCGCCGCGACCGAGGATGGGCGCAAGGTCGGCGTGACAGCCAACAGCTTCAATTCGGTATCCCTCGACCCGCCGCTGATTCTCTGGAGCATCGACAAGCGTTCCAGCAGCCACGGTGTATTCGAAGCCGCGAGCCATTTCGCCGTCAACGTGCTGGCCGCCGACCAGATCGACCTGTCGAACAACTTCGCCCGGCCCAAGGATGATCGCTTCGCCGAAATCCAGTTCGAGGCCGGCGAAGGGGGCGCGCCGGTGTTCGTCGATTGCTCGGCGCGTTTCCATTGCGAGAAGTTCCAGCAGGTCGATGGCGGTGATCATTGGATCATGATCGGCAAAGTCGTCGCGTTCGATGATTTCGGGCGCTCGCCGTTGCTCTACCATCAGGGCGCCTATTCGATGGTCCTGCCGCATACGCGCATGACCCAGCACGGCGAAGGCCAGCCGCCGAGCAGTCATTTCCAGGGTCGCTTGAGCCATAACCTGTATTACCTGATGACCCAGGCGCTGCGGGCCTACCAGGCCAGTTACCAGCCGCGCCAGTTGTCCACCGGACTGCGCACCAGCGAGGCGCGGATGTTGATGGTGCTGGAGAACGACGCCGGCCTGAACATGGCCGATCTGCAGCGCGAAGTCGCGATGCCGGTGCGTGAGATCGAAGAAGCGGTGGCCAATTTGCGGCGCAAGGGGCTGGTTACCGATGAAGGCGATCGGGTGCGCCTTACCGTCAAGGGCATCGATGAAACCGAAGGCCTCTGGGCAATTGCCAAGGAGCAGCAGGACAAGGTGTTCGGCCAGTTCAGCGATGAGCAACTCGAGAGTTTCAAGACGGTGCTCAAGGGCATCATCAAGGGCGCCTGA MSDICETAFDTRAYRRALGNFATGVTVVTAATEDGRKVGVTANSFNSVSLDPPLILWSIDKRSSSHGVFEAASHFAVNVLAADQIDLSNNFARPKDDRFAEIQFEAGEGGAPVFVDCSARFHCEKFQQVDGGDHWIMIGKVVAFDDFGRSPLLYHQGAYSMVLPHTRMTQHGEGQPPSSHFQGRLSHNLYYLMTQALRAYQASYQPRQLSTGLRTSEARMLMVLENDAGLNMADLQREVAMPVREIEEAVANLRRKGLVTDEGDRVRLTVKGIDETEGLWAIAKEQQDKVFGQFSDEQLESFKTVLKGIIKGA PGPT0008700_48 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008700-C1_hpah-K23470 NA NA D1-35_03934 405 hypothetical protein ATGAAAACCCTCTACTTGATCGCTGCCCTTGGCCTGCTTCCCGTCGCTCCGCTCTACGCTCATGAAACCGCGCCTTCGGAAAAAATCCAGGTGCTGCAAGAGAAACTGCTGAAAAACCTGCCCGACAAAAAAGCCATGATGCTGACCGTCGACTATGCGCCGGGCCAGTCTTCCATCGCCCACAAGCATGACGGCACGGCCATGGCCTATGTGCTTGAGGGCGCCATTACCTCTCAGGTCAAGGGCGAACCGGCGATCACCTACAAGGCCGGTGAGTTCTGGTACGAAGCCGCCGGCTCCGAGCACCTGGTGTCGAAGAACGCCAGCGCCACCCAACCGGCGAAGCTGTTGGTATTCATGGTGATGGGCAAGGACGAAGCGGTGCTGATCCCGTTGAAAGACTGA MKTLYLIAALGLLPVAPLYAHETAPSEKIQVLQEKLLKNLPDKKAMMLTVDYAPGQSSIAHKHDGTAMAYVLEGAITSQVKGEPAITYKAGEFWYEAAGSEHLVSKNASATQPAKLLVFMVMGKDEAVLIPLKD NA NA NA NA NA D1-35_03935 294 hypothetical protein ATGTCTCGCCAAGTGATCAACACCGTACAGGTGCAAGCCGCCGCCGGACGCTCGGAAGAACTCGGCCGGCAGTTGCAGCAAATCGTCGAAACCCTGCGCGCCTTGCCAGGCTGCGATGCTTACATGGTCGATCGTTGCCCGGAGCACAACGACCGCTGGAACGTCAGCGCCCGCTGGCAATCGGAGGCGGCCATGCAGGCCCATTTCAATTGTCCCGAAGTCCAGGGGTTCATCAGCCTGATCGAAAGCCGCCTGGCTCGCAGCGTCGACTTCAACAGTTTTCCGCTGGTGTGA MSRQVINTVQVQAAAGRSEELGRQLQQIVETLRALPGCDAYMVDRCPEHNDRWNVSARWQSEAAMQAHFNCPEVQGFISLIESRLARSVDFNSFPLV NA NA NA NA NA D1-35_03936 1434 gabR_1 COG1167 HTH-type transcriptional regulatory protein GabR ATGGAACTTCATGTCGTCATCAACGGCCGCAAGGACCTGACGGGCCAGTTGTACCGACAACTTCGCAGCGCCATCGAAGGTGGTCGCCTGGCGGCCGGCACGCAGCTGCCGCCCAGCCGTCTGCTGGCCGAGCAACTTTGCATCTCGCGCAAGACGGTCTCCGACACCTACGCCCAGCTGACCTACGAAAACTTCCTCACCGGCGTCATTGGCAAGGGCACCTATGTCAACGCCCGACCGGCCAACATCGTGCGCAAGCAAAGCCACCGCGAGCTCGCCGGGGCGGACGTCGTCGAGACCTGGCGCAACATGCCGGACCTGCTGCGTCACCCGCACCCCGAAAGTGCGTTGCGCTATGACTTCATCGGCGGCGCTACCGGCAAGGGCCAGTTTCCCCTGGATGACTGGCGCCGGTGTACGGCCCATGCCTTGCGCCAGATCGCCAACGCCAAGGGTTTCTACAGCCAGCCCGAAGGGTTGGCGGCGCTGCGCAATGCCATCGCCCGGCATATCGCATTCTCTCGTGGGGTCAACTGCCAGGACGAGGACGTGGTGGTGTGCAACGGCGCGCAGCAGGCGCTGGATCTGATTTCACGGGTGCTGACCCGCCCCGGCAGCCTGGTGGCCATGGAGGATCCCGGGTACCCGCCGGCACGCCTGCTGTTTGGTTCCCATGGTGCGACGGTGGCCGGGGTGCCGGTGGATGAGCAAGGCATGCGCGTGGACTTGATTCCCGACGGCACACGGCTGATCTACGTGACACCCTCCCACCAGTTCCCCCTGGGCATGCCCATGAGCCAGCCCCGGCGCGAGGCCTTGCTGTCGCGGGCCTATGAACTGGGGGCGATCATCATCGAAGACGACTACGACAGTGAATTTCGCTATGAAGGCCGGCCCACCGACTCGCTGCAAAGCATGGATGAGCGCGGGATCGTCGCCTACGTCGGGACGTTCTCCAAGACCTTGTTGCCGGAGCTTCGGCTCGGTTATGCAATCCTGCCACCGGCGATCCTCGAAGCGGTGATCCTCGCCAAGCGCCTCACCGACCAGCACACCTCCACCCTGCCCCAATGGGCGCTGGCCAAATTCATTGCCGAGGGCTGCCTGCTCAAGCACATCCGCCGTTGCCACGCCCTGTACGCAGGCCGGCGCGAGCGAATCCTGGCCCGCATGGGCGCCGATCTGGCGCCTTGGTTCGAGGCCGTGCCGACCACCGCGGGTTTCCATATGGCCGTGTTGTGCAAGGTTCCAATCGACCTGCCGCTGGTGATCGAGCTGGCGAAAAAAGCCGAGGTCGGGCTCTACAGCCTCGACGGTTTTTTTCATGCCGCACCGGTACGCTCCGGCCTGATGCTAGGCTTTGGCGCCATCGAACTGCTCGACATCGACGTCGCCCTCGACCGTTTGCGCGACATTCTCCAGCAGGTCGCCTGA MELHVVINGRKDLTGQLYRQLRSAIEGGRLAAGTQLPPSRLLAEQLCISRKTVSDTYAQLTYENFLTGVIGKGTYVNARPANIVRKQSHRELAGADVVETWRNMPDLLRHPHPESALRYDFIGGATGKGQFPLDDWRRCTAHALRQIANAKGFYSQPEGLAALRNAIARHIAFSRGVNCQDEDVVVCNGAQQALDLISRVLTRPGSLVAMEDPGYPPARLLFGSHGATVAGVPVDEQGMRVDLIPDGTRLIYVTPSHQFPLGMPMSQPRREALLSRAYELGAIIIEDDYDSEFRYEGRPTDSLQSMDERGIVAYVGTFSKTLLPELRLGYAILPPAILEAVILAKRLTDQHTSTLPQWALAKFIAEGCLLKHIRRCHALYAGRRERILARMGADLAPWFEAVPTTAGFHMAVLCKVPIDLPLVIELAKKAEVGLYSLDGFFHAAPVRSGLMLGFGAIELLDIDVALDRLRDILQQVA PGPT0016790_3223 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375 NA NA D1-35_03937 441 hypothetical protein ATGAGCCCGCGTCTGGATTACTACAGTGCGTCCCCCGCGGCGATGAGAGCCATGATTGGCCTGGAGGCGCTGACCAGCCGGCTGAGTATAGAACCGGCGCTATTGCAACTGATCAGGATCCGCGCCTCGCAGCTCAACGGCTGCGCGTTCTGTACCGACATGCACTCGGTGGATGCCCGTCGCCAGGGCGAGACCGAGCGGCGCCTCTACGCGGTGGCGGTGTGGCGCGACAGCGGGTTTTTCAACCCGCGCGAACGAGCTGGCCTGGCCTGGACCGAAGCCGTCACGCTGCTGGCCGAAAGCCAAGTGCCAGACGACGTCTACGCCCTGGCCCGCGCCAGTTTCAGCGAAGGAGAATTGGTGGACCTGACCCTCGCGATCAGCACCATCAACAGCTGGAACCGCCTCGCGGTGAGCTTTCGCCAGAGCCCCGGGGGTTAA MSPRLDYYSASPAAMRAMIGLEALTSRLSIEPALLQLIRIRASQLNGCAFCTDMHSVDARRQGETERRLYAVAVWRDSGFFNPRERAGLAWTEAVTLLAESQVPDDVYALARASFSEGELVDLTLAISTINSWNRLAVSFRQSPGG NA NA NA NA NA D1-35_03938 2574 hypothetical protein ATGATTGAAGATGCTGGCAATGGCTCCTCCGTGATTTCCGGCGAGCGGCCAACCCGAAGTTTCACCCGCCGCACTTTCCCGGCCATCATGCTGTTGCTGTTCATCATGTCCGCTTTGGCCATCGCGGTGCTGCTCAACGTTACCCAGACCCAGGACGAGCAAGCCCGAGAACAAAGCGTGTTTTTTGCCCAGCGGGCCATCGAAGGCATGCGCACGGGCATCGGTCGTGATCTGAGCGACTACTCCAAATGGAGCGACGCTTATCGCCATCTGCACGTAAAGGTCGACAAAGACTGGGCCTACGACCAGGAAAATGTCGGCAGCAGCGTGTTTTCACTCTATGGCTACCAGGCCGTGTTCGTCATTTCTCCAGCCGGCAAGACGGTTTATTCGGTCATCGATGGCGAGATGAGCCAAGTGGCGGCCGACACGTGGTTGACAGGTGACCTGCGCGCACTCGCCAGCAAGGCCAGGGCGGCGGAAAACCGCGATGAAGTGATCGTCGAGCTGTTGCATCACGAGGACGCGCCCGCCTTCGTCGCCGTCTCGGCGATTACCACCGGCACGGACAACAGCGTGGCCGAAATTCCGGGGCCGCCCAGCCTGCTGTTATTTGTCAAAGTCCTGGATCGTGGCGCGCTGCAAAGCCTGTCCCGGGACTTCGCCCTGCCCGACGCGCATATTGCCCGCACGCCAGGTCCCAAGGACACCGCCCAAGTCTTGCTCAACGACCTGACCCGCGAAGCTTTGGCCTGGCGCCCGGCGACCCCCGGCAAGGACCTGCGCAAAGTGCTGCTGCCCTTGCTCGCGCTCGCATTGCTGTTTCTTGCCGTCATGGCCCTGGCGGTGTTGCGTCATGCGCTGATCATGCTCCGCGCCCAGGAGCAGCAGTACGCCAGCCTCCTCGCACACCGCAAGGCGTTGGAGCGCAGCGAGGAGCGCTTCCGGGACATCGCCGAGGTCTCGTCCGACTGGCTGTGGGAGGTCGACTCGAACGGAACATTGACCTATCTGTCGGAACGCTTCGAACAGGTCACGGGCTTCAACCCCAGCGAGTGGCTGGGCAAGCCGTTGCACCGACTGTTGCATCCACACAGCGGATCGATCTCGATTTCCCATTGGCTGCTCGCCGGTGCCAACAGCGCCTCCTCTGCGCCGCTCCTTTGCGAATACACCGCGCGCAACCAGCGCATACGCACCTGCAAACTCTCGGTACGGGCCATTGAAGCCGGCGCCCTGGGTTTTCGTGGCACCGCCACCGACATTACCGAAGAGTTGCGGGCGCTGGCGCAGATCAAGCACCTGTCGCTGCACGATCCGCTGACCGGGCTGGCCAACCGCAACCGCCTGTTCGATTGCCTCAGCCAACACCTCGACCAGGCGCGAGATACGCCACTGGCGATACTGAACCTGGACATGGACCGGTTCAAACCGGTCAACGACTCCCTGGGCCATGCCGTCGGCGACAAGGTGCTGAAGGAAGTTGCCCATATCCTGCAACAGAACGTGCGCGGCAGCGACCTGGTGGCGCGCCTGGGTGGCGATGAATTCGTCATCATCCTGCCGAACCCGGGCGGCGCTGGTGATCTCGACCAATTGTGCTCGCGCCTGATCGAATGCATGCAACGGCCCATGCACCTGGACGGCAATACGCTGTACCTGGGCGTGAGTATCGGGGTTGCCTGGTCGCAGCCCGCTGAGCAGCGTGCCGAAGAGCTGTTGCGCCAGGCCGACATCGCCCTGTACGCGGCCAAGGCCGCGGGACGCAATACCTGGCGCGTATACGAAGAGGCCATGGGCAATGTGGCCCGCGACCGTCGACGCTATGAGCAGCAGCTGCGCGATGCGATGCAGCAGGGCCAGCTCGAATTGCGTTACCTGCCCCGTTTCGATGTGGGCGCCGAGCAGCTGTATGGTTTTGAAGCCCAGGCCTTCTGGCACCATCCTGAGCGCGGTGAGCTGGGCGGGATCGACTTCATCCCGGTCGCCGAAGCATCCGGCCAACTGGAGGACCTGGGCAGCTGGATGCTGATCAACGCCTGTGACGAGGCGATGAGCTGGCCCACCCCGCTCAACGTGTCCATCGCCGTTTCGCCTCGCTGGTTCAGCAGCAGTTTCCTGTTCAATCAGGTGCACAAGGCTCTGGAAACAAGCGGCCTGCCCGCCCAACGGTTGACTCTGGAAGTGGCCGAAGGCGTCCTGCTGACTGACCATAAGACGCTCGCCAGGACCCTTCATGCCTTGAAGGCGCTGGGCGTGCGGATCAATATCGACAAGTTCGGCACCAACATAGCGTCCCTCCGGGAAGTGCTTGACCAGCCATTCGACGGCATCCGCTTCGATCGTAATATCCTGGCGCAACTGGGCCTGGAACATGACCAGGAAGGCGTGCTGGCGATGATTCGGTTGAGTCGCAGCGTCGGGTTGATGGTGACGGCCGAAGGTATCGAGAACGCCGTGCAGTTCAGCCAATTGCGCAGCGTGGCTTGCGATCATGTGCAAGGCCCGTATTTCGGCGCAGCCCTGGCCCGCTCGGAAATGGCCTCATTCTTTACCACGCCTCGCTGGCTGTAG MIEDAGNGSSVISGERPTRSFTRRTFPAIMLLLFIMSALAIAVLLNVTQTQDEQAREQSVFFAQRAIEGMRTGIGRDLSDYSKWSDAYRHLHVKVDKDWAYDQENVGSSVFSLYGYQAVFVISPAGKTVYSVIDGEMSQVAADTWLTGDLRALASKARAAENRDEVIVELLHHEDAPAFVAVSAITTGTDNSVAEIPGPPSLLLFVKVLDRGALQSLSRDFALPDAHIARTPGPKDTAQVLLNDLTREALAWRPATPGKDLRKVLLPLLALALLFLAVMALAVLRHALIMLRAQEQQYASLLAHRKALERSEERFRDIAEVSSDWLWEVDSNGTLTYLSERFEQVTGFNPSEWLGKPLHRLLHPHSGSISISHWLLAGANSASSAPLLCEYTARNQRIRTCKLSVRAIEAGALGFRGTATDITEELRALAQIKHLSLHDPLTGLANRNRLFDCLSQHLDQARDTPLAILNLDMDRFKPVNDSLGHAVGDKVLKEVAHILQQNVRGSDLVARLGGDEFVIILPNPGGAGDLDQLCSRLIECMQRPMHLDGNTLYLGVSIGVAWSQPAEQRAEELLRQADIALYAAKAAGRNTWRVYEEAMGNVARDRRRYEQQLRDAMQQGQLELRYLPRFDVGAEQLYGFEAQAFWHHPERGELGGIDFIPVAEASGQLEDLGSWMLINACDEAMSWPTPLNVSIAVSPRWFSSSFLFNQVHKALETSGLPAQRLTLEVAEGVLLTDHKTLARTLHALKALGVRINIDKFGTNIASLREVLDQPFDGIRFDRNILAQLGLEHDQEGVLAMIRLSRSVGLMVTAEGIENAVQFSQLRSVACDHVQGPYFGAALARSEMASFFTTPRWL PGPT0023624_1257 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_03939 675 yjdF COG3647 Inner membrane protein YjdF ATGCCGATCCGAGCAAGCCGTTACGAGCTGATCCTGCTGGGAAGTTTTATCGCCCTATGGACGGGGCTGGCTATCGCGCCGGTCAAGCGCAGCGACTGGCTGGCGGAAAATCTGCTGGTGTTTGCGCTGCTGATCGTCCTGGTGGCGGTCCATCGGCGGTTCAGCTTCTCGCGTCTGTCGGCGACGCTGGTGTTCGTATTCCTCTGCATCCATGAGGTCGGCGCCCACTACACCTACGCAAAAGTCCCCTACAACCAGTGGTGGCAAGCCCTGACCGGTGGCCAGCCGCTGGACCAGCTCCTGGGTTTCCAACGCAACCAGTTCGATCGCCTGGTGCACTTCAGCTATGGCCTGCTGCTGGCCTATCCGGTACGCGAGGCGCTGCTGCGGGTAATCCCGGCCCGTGGTTTCGCGGGTTATTTTCTGGCGTGGAACCTGATCCTGTCGTCATCGGCCATCTATGAGCTGATCGAATGGATCGGCGGCGCCTATATGGGCGGCGATACCGCCAAGGCCTTCGTCGGCGCGCAACAGGACCCGTGGGACTCGCAAAAGGACATGGCGCTGGCGGGCTTGGCCGCGTGCTTGACGTTGGTGGCCGCCGCCGCGGTCAACTATTTCCAGCAACGGGACTTTGCCCTGGAATGGGCACTGCGCAAGAAAGCCAGCACGTGA MPIRASRYELILLGSFIALWTGLAIAPVKRSDWLAENLLVFALLIVLVAVHRRFSFSRLSATLVFVFLCIHEVGAHYTYAKVPYNQWWQALTGGQPLDQLLGFQRNQFDRLVHFSYGLLLAYPVREALLRVIPARGFAGYFLAWNLILSSSAIYELIEWIGGAYMGGDTAKAFVGAQQDPWDSQKDMALAGLAACLTLVAAAAVNYFQQRDFALEWALRKKAST NA NA NA NA NA D1-35_03940 1800 ydaP COG0028 Putative thiamine pyrophosphate-containing protein YdaP ATGAGCATGACCGTCGGCGATTTTCTGGTTGAGCGCCTTTACGAGTGGGGGGTTCGCCGTATCTACGGCTACCCGGGCGATGGCATCAACGGCGTGTTTGGCGCCTTGAACCGGGCCAAGGGCAAGATCCAGTTCATTCAGGCGCGTCACGAGGAAATGGCCGCGTTCATGGCCTGCGCCCATGCCAAGTTCACCGGCGAGCTGGGGGTCTGTATCGCCACTTCGGGGCCAGGGGCGTCGCACCTGATCACCGGCCTGTATGACGCGCGAATGGACCATATGCCGGTCCTGGCCATCTGCGGCCAACAAGCGCGAAATGCGCTTGGCGGCCATTACCAGCAGGAACTCGACCTGGTCAGCCTGTTCAAGGATGTAGCCGGCGCGTTCGTCCAGCAGGCCAGCGCACCGGCGCAGGTGCGCCATCTGCTCGACCGCGCCGTGCGCACGGCGGTGGGCGAGCGCCGGGTCACCGCGCTGATCCTGCCCAACGACTTGCAAGACCTGGATTACACGGCGCCGCCCCATAAGCACGGCACGTTGCATTCTGGCGTCGGTTATCGCAAACCCAAGGTCGTGCCTTACGAGGAAGACCTGCAGCGGGCCGCCGAAGTCCTCAACGCTGGCAAGAAGGTCGCCATCCTGGTGGGCGCCGGGGCGCTGCACGCCACGGATGAAGTGATTGCCATCGCTGACAAGCTCGGTGCCGGCGTCGCCAAGGCCTTGCTCGGCAAAGCCGCGGTGCCCGACGAGTTGCCGTGGGTCACCGGCGCCATCGGCCTGTTGGGCACCGAACCCAGTGACAACCTCATGGCCGGTTGCGACACGCTGCTGATGATCGGGTCCGGCTTCCCCTATGCCGAGTTTCTGCCCCGAGAGGGCCATGCGCGTGGCGTGCAGATCGACCTGCAGCCCGACATGCTCAGCCTGCGCTACCCCATGGAAGTCAACCTGCAGGGTGACAGCGCCGACACCCTGCGAGCCTTGTTGCCGCTGATCGAAGAAAAGACCGACCGCGCCTGGCGCAAGAAAATCGAACACTGGCGTGCGGACTGGGACAAGACCCTGGAAAAACGCGCGCTGGTCTCGACCAAGCCGATCAATCCGCAACGGGTCACGTTCGAACTGTCGCCACGGTTGCCGGACCGCGCCATCATCACCTGTGATTCCGGCTCCTGCGCCAACTGGTATGCCCGGGACCTGCAGATCCGTCGGGGCATGCTGTGTTCGCTGTCCGGTGGCCTCGCCTCCATGGGCGCCGCCGTGCCCTACGCCATTGCGGCCAAGTTCTGCCATCCGGATCGGCCGGTCATCGCCCTGGTGGGCGACGGTGCCATGCAGATGAACAACATGGCCGAGCTGATTACCGTCGCCAAGTATTGGCGCAGCTGGACGGACAGCACCTGGATCTGCGCGGTCTTCAATAATCAGGATTTGAACCAGGTGACCTGGGAACAGCGGGTCATGGAGGGCGATCCGAAATTCGAGGCCTCGCAGAACATTCCTGACGTGCCCTACCACCTGTTCGCCGAATCCATTGGCCTCAAGGGCATCCTCGTCGATCAGGAAAGCGACGTGGCCAGCGCCTGGGAACAGGCACTTGCCGCCGAACGCCCGGTGCTGATCGAGTTCCGCACCGATCCCGACGTGCCGCCGCTGCCGCCACATATCAAGCTGGAACAGGCGAAAAAATTTGCCTCGACCCTGCTCCAGGGCGACCCGAACGAACGGGGCATCGTGGTCGAGACCGCCAAACAGGTGCTGGGCGCACTGCTGCCCGGCCAGCGCAAGGATAAAGAGTAA MSMTVGDFLVERLYEWGVRRIYGYPGDGINGVFGALNRAKGKIQFIQARHEEMAAFMACAHAKFTGELGVCIATSGPGASHLITGLYDARMDHMPVLAICGQQARNALGGHYQQELDLVSLFKDVAGAFVQQASAPAQVRHLLDRAVRTAVGERRVTALILPNDLQDLDYTAPPHKHGTLHSGVGYRKPKVVPYEEDLQRAAEVLNAGKKVAILVGAGALHATDEVIAIADKLGAGVAKALLGKAAVPDELPWVTGAIGLLGTEPSDNLMAGCDTLLMIGSGFPYAEFLPREGHARGVQIDLQPDMLSLRYPMEVNLQGDSADTLRALLPLIEEKTDRAWRKKIEHWRADWDKTLEKRALVSTKPINPQRVTFELSPRLPDRAIITCDSGSCANWYARDLQIRRGMLCSLSGGLASMGAAVPYAIAAKFCHPDRPVIALVGDGAMQMNNMAELITVAKYWRSWTDSTWICAVFNNQDLNQVTWEQRVMEGDPKFEASQNIPDVPYHLFAESIGLKGILVDQESDVASAWEQALAAERPVLIEFRTDPDVPPLPPHIKLEQAKKFASTLLQGDPNERGIVVETAKQVLGALLPGQRKDKE PGPT0001371_225 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001371-poxB-K00156 NA NA D1-35_03941 519 hypothetical protein ATGTACGCGTCTTTTTCGAAAGCCTTGAACGGCCTGCACCTTAACCTCGACCACGCCGGCTCATGGCTCGCACCGCTGGGGCTGCGCCTGTTCCTGGCCTGGGAGTTCTTCGAGTCGGGCCTGGAAAAATGGCACGGCCAGAACTGGTTCGCGGAAATCCAGGCGGCCTTCCCGTTCCCTTTCAACCATGTGCCGGCCAGTTGGAACTGGGAACTGTCGATGTGGGCGGAGCTGATCTGCGCCATCGCCCTGCTGGTGGGCCTGGGCACACGTGTTTCGGCGCTGGTGCTGATGATCGTCACGGTGGTCGCGACGGCGGCCGTGCACTGGCCGGCGGATTGGTCGAGCCTGAGCGAACTGGCCCAGGGATACGCCATCACCAACAAAGGCTTTGGCAACTTCAAGCTGCCATTGATTTACCTGGTGGCGCTGCTGCCGTTGCTGTTGCAGGGCGCCGGGAAAATGAGTGTGGATGCCTTGCTGAAGACGCTGCAATCGGTAAAAAAATCGAAACCTTGA MYASFSKALNGLHLNLDHAGSWLAPLGLRLFLAWEFFESGLEKWHGQNWFAEIQAAFPFPFNHVPASWNWELSMWAELICAIALLVGLGTRVSALVLMIVTVVATAAVHWPADWSSLSELAQGYAITNKGFGNFKLPLIYLVALLPLLLQGAGKMSVDALLKTLQSVKKSKP PGPT0028505_1342 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 D1-35_03942 639 hypothetical protein ATGCCTGCCACCACCGCAACGCCACCTGCTTTCCGTTTCCAGGGCTGGTCGCTGTTCAGCCTGATCGCCGCCCTGGTGCTGTTGATGACCGCGCTGATCCTGGCACTCAACCCGGACCTCACCGAAGGCGTTCGCAGCGCCATTCGCGCCACCGCCCGGTCATCCTTTGCCCTGTTCCTGCTGGCCTTCACCGCTTCGGCATTCGCCGTGCTGGTGCCCTCGCCCTTGAGCAAATCCCTGGTGCGCGAACGGCGCTTCATCGGCTTGGCCTTTGCCTTTTCGCACCTGGTGCACGCGGTGTTGATCTATTGGTACGGCCAGCTCAACACCGAGTTCTGGCCCGGCCGCACGACCGTCGGCAATCTGCCCGGCAGTGTGGGTTATGTGTTCATCCTGCTGCTGGCCCTGACCTCGTTCAAAAGCACCACGCGGCTGATCGGCGCCACCGCCTGGAAACGCCTGCACACCACCGGCATGTGGGTGTTGGCGGCGATCTTTGCCTACTCCAACTTCAAGCGCATTCCGATGAGCGCCTGGTACGTGCTGCCCTTCGGCCTGATCTGCGCCGCCACGGCGGTCCGCCTGGTGGGCAAGCTCGCCCAGGCCAACAAGCGCCACGCCCTGCAACGTGCGGCCTGA MPATTATPPAFRFQGWSLFSLIAALVLLMTALILALNPDLTEGVRSAIRATARSSFALFLLAFTASAFAVLVPSPLSKSLVRERRFIGLAFAFSHLVHAVLIYWYGQLNTEFWPGRTTVGNLPGSVGYVFILLLALTSFKSTTRLIGATAWKRLHTTGMWVLAAIFAYSNFKRIPMSAWYVLPFGLICAATAVRLVGKLAQANKRHALQRAA NA NA NA NA NA D1-35_03943 1323 rcsC_20 Sensor histidine kinase RcsC ATGAAGCTGTCGCTGCGCTGGCCTCGTACCCTCGCCTCGCGCTTGTCGTTGATCTTCCTGATCGGCCTGGTCCTGGCCCAAGGCCTGTCGTTTGGCGTCCAGTATTACGAACGCTACGAGAGCGCGAAGAACACCATGCTCGGCAACCTCGAGACCGACGTCTCGACGTCCGTCGCCATCCTCGATCGCCTGCCGGCCGCCGAGCGTGAGGCCTGGCTGCCGAAACTGGCCCGGCGCAACTATGGCTACGTGCTCGACGAAGGCGAACCTGGCATGCCGATGTTGCCCGACAACGCACCGATATCGGTCAGTTCGATCCAGCAGGCCCTGGGCGAAGCCTATGCGCTGACCTATAACCAGATCCCAGGCCCGAAGATGCATTACCAGGCGCACCTGCGCCTGAAAGACGGCAACCCGCTGACCATCGATGTGCGTCCGGCCATGGCACCGCTTTCGCCCTGGCTGCCCGCGGTGCTGCTCGGGCAACTGGCGCTGTTGATCGGCTGCACGTGGCTGGCCGTGCGCATCGCCGTCAGCCCGCTGACCCGGCTGGCCCAGGCCGTGGAAACCCTCGACCCCAACGCCCACGGCGTGCGCCTGGACGAAAAAGGCCCGACCGAAGTGGTACACGCGGCAAAGGCGTTCAATGCCATGCAGGACCGCATTGCCGCCTACCTCAAGGAGCGCATGCAACTGCTGGCGGCGATTTCCCATGACTTGCAGACGCCCATCACCCGCATGAAACTGCGCGCCGAATTCATGGACGACGGCATCGAAAAGGACAAACTGTGCAGCGATCTGAGCGAGATGGAACACCTCGTGCGTGAGGGCGTGGCCTACGCTCGCAGCATCCATGGCGCCACCGAGGCCAGTTGCCGGATCAGCCTGGATGCGTTTCTCGACAGTTTGGTGTTCGACTACCAGGACACCGGCCAGGACGTACAGTTGTCGGGCAAGAACGCCGCCGTAATCGACACCCGTCCCCATGCGCTGCGGCGGGTGTTGGTCAATCTGGTGGACAACGCGCTGAAATTCGGCGGCGCGGCGCAGATCCAGGTCCAGCCTGCCACCCATGGGCAACTGGCGATCCAGGTGCTGGATCGCGGGCCCGGCATCAGCGAGGCAGAACTGGCCGAAGTGCTCAAGCCGTTCTACCGGGTGGAGAGCTCGCGCAATCGGGAAACCGGCGGCACGGGCCTGGGACTGGCCATTGCCCAACAATTGGCGAGTGCCATGGGCGGCTCGCTGACCTTGAGCAATCGCGATGGCGGCGGGTTGTGTGCCGAGTTGCGGTTGGCTTGCAATACCCCATCCGGAAGCTGA MKLSLRWPRTLASRLSLIFLIGLVLAQGLSFGVQYYERYESAKNTMLGNLETDVSTSVAILDRLPAAEREAWLPKLARRNYGYVLDEGEPGMPMLPDNAPISVSSIQQALGEAYALTYNQIPGPKMHYQAHLRLKDGNPLTIDVRPAMAPLSPWLPAVLLGQLALLIGCTWLAVRIAVSPLTRLAQAVETLDPNAHGVRLDEKGPTEVVHAAKAFNAMQDRIAAYLKERMQLLAAISHDLQTPITRMKLRAEFMDDGIEKDKLCSDLSEMEHLVREGVAYARSIHGATEASCRISLDAFLDSLVFDYQDTGQDVQLSGKNAAVIDTRPHALRRVLVNLVDNALKFGGAAQIQVQPATHGQLAIQVLDRGPGISEAELAEVLKPFYRVESSRNRETGGTGLGLAIAQQLASAMGGSLTLSNRDGGGLCAELRLACNTPSGS NA NA NA NA NA D1-35_03944 741 ompR_7 Transcriptional regulatory protein OmpR ATGGATCATGTCGATCATGTGTTGATCGTCGATGACGATCGCGAGATTCGAGAGCTGGTGGGCAACTACCTGAAAAAGAACGGCCTGCGCACCACCGTGGTCGCCGATGGCCGGCAGATGCGGGCCTTCCTGGAAACCACCCCGGTGGACCTGATCGTGCTGGATATCATGATGCCCGGCGATGATGGCCTGGTGTTGTGTCGGGAACTGCGCGCCGGCAAGCACAAGGCGACGCCGGTGCTGATGCTCACCGCCCGCAACGACGAAACCGACCGCATCATCGGCCTGGAAATGGGCGCCGACGACTATCTGGTCAAGCCTTTCGCCGCTCGCGAGCTGCTCGCCCGAATCAACGCCGTGCTGCGCCGCACCCGGATGTTGCCGCCCAATCTGGTGGTCACCGAGAGCGGACGCCTGCTGGCGTTCGGTCGCTGGCGGCTGGACACCACCGCCCGCCACCTGCTGGACAGCGACGGCACCATGGTTGCCCTGAGCGGCGCGGAGTACCGTCTGTTGCGGGTGTTCCTCGATCATCCGCAGCGCGTGCTCAACCGCGACCAGTTGCTGAACCTGACCCAAGGCCGTGACGCCGATCTGTTCGATCGCTCCATCGATCTGTTGGTCAGCCGCCTGCGCCAGCGCCTGCTGGATGATGCCCGTGAGCCGGCCTACATCAAGACCGTACGCAGCGAAGGCTACGTGTTCTCGCTGCCGGTGGAGATCCTCGAGGCGTCGGTATGA MDHVDHVLIVDDDREIRELVGNYLKKNGLRTTVVADGRQMRAFLETTPVDLIVLDIMMPGDDGLVLCRELRAGKHKATPVLMLTARNDETDRIIGLEMGADDYLVKPFAARELLARINAVLRRTRMLPPNLVVTESGRLLAFGRWRLDTTARHLLDSDGTMVALSGAEYRLLRVFLDHPQRVLNRDQLLNLTQGRDADLFDRSIDLLVSRLRQRLLDDAREPAYIKTVRSEGYVFSLPVEILEASV PGPT0004100_30 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004100-cusS|copS|silS-K02484 NA NA D1-35_03945 264 hypothetical protein ATGAACACCAAAGCCATCTACGCCGCCTGCCTGTTTGCCGCGCTGAACATCTGCACCTTGTCGGCCCGGGCCGAAAGCAACGTTCAGCCGCAGACCTATAGCTACGGCAGCCACCTGGACGTGCGCAAAGTGCTGTCCCTGACCGAAGACCCGCAACCGGCCTGTGGCGTGGTCATTGCCCACATGACGTATCTGGATTCCGCGGGGCACGAGCAGGCGCTGGACTATCGCAAGTTTTCTGATCACTGCACCAACCAGAACTGA MNTKAIYAACLFAALNICTLSARAESNVQPQTYSYGSHLDVRKVLSLTEDPQPACGVVIAHMTYLDSAGHEQALDYRKFSDHCTNQN NA NA NA NA NA D1-35_03946 1212 dipZ COG0785 Protein DipZ ATGCTTCTGATCGCTTTTCTCGGCGGGGTCCTGACGATCCTCAGCCCTTGCATCCTGCCCGTGGTGCCATTCCTGTTCGCCCGCGCCAATCAATCGCGCGGCTCGGTGCTGCTGACTCTGGCCGGCATGGTGCTGACCTTCGCCCTGGTGTCGAGCCTGGCGGTGGTCAGCAGCGAGTGGGTCATCCGCGCCAGCAGCGTCGGCCGGCAAGTCGCCCTGGTGGTGATGGTGCTGTTTGCCTTGTCGCTGATGTTCAGCCGGGTCGGCACCTGGCTCGCACGACCGCTGGTCAGCCTGGGCAATCGCCTCGACGCCGGAGCTGGACGGATGGCTGGGCCGCTGGCGTCGCTGCTGATCGGCGTCGCCACGGGGCTGCTCTGGGCGCCGTGCGCCGGGCCGATCCTCGGAGTGATCCTGACCGGGGCGATGCTGCAAGGTGCCAGCGCGCAAACCAGCCTGCTGTTGCTTGCCTACGGCCTGGGCAGCGCCTTGTCGCTGGGTACGCTGATTCTGGCCGGGCGTGGCCTGATCGGTCGGCTGAAACCGTCGTTGCCAATCACCGCGTGGCTGCGTCGGGCGACGGGCGGGCTGGTGTTGCTGGCGGCCGTGGCGATCGGCAGCGGGGCAGATGACCGGTTGTTGGCGGCGACGTCCTCCGAACAGTCCGCCAGCCTGGAAAAAAGCCTGCTGGAGAACGTGCCCAAGGCCATCGATTACGTGGTCAGCAAGGCTGACGCCAGCAGCCTGCCGCCCCTGGATGCCCAAGGCGCGATGCCTTCGCTGGCAGGCGCGGTGCAATGGCTCAACTCGCCACCGCTGAACAGCGAGTCACTGCGGGGCAAAGTGGTGCTGGTGGATTTCTGGACCTACGATTGCATCAACTGCCAGCACACACTGCCGTACGTGCATGGTTGGGCGAAGAAATACGAGAAGGACGGGCTGGTGGTGATCGGCGTGCATACGCCGGAATACGGCTACGAGAAGATCATCGATAACGTCCGCGAACAGGTGCGCAAGCTCGACATCCATTACCCGGTGGCCATCGACAACCAGTATTCGATCTGGCGCGCCTTCAACAACCAGTACTGGCCGGCCCATTACTTCATCGATGCCAAGGGGCAGGTGCGCTACAGCCACTTTGGCGAAGGGCGTTATGCAGAGCAGGAGCAAGTGATTCAACAACTGCTGCAAGAAGCGAAGGCCAGCAACTGA MLLIAFLGGVLTILSPCILPVVPFLFARANQSRGSVLLTLAGMVLTFALVSSLAVVSSEWVIRASSVGRQVALVVMVLFALSLMFSRVGTWLARPLVSLGNRLDAGAGRMAGPLASLLIGVATGLLWAPCAGPILGVILTGAMLQGASAQTSLLLLAYGLGSALSLGTLILAGRGLIGRLKPSLPITAWLRRATGGLVLLAAVAIGSGADDRLLAATSSEQSASLEKSLLENVPKAIDYVVSKADASSLPPLDAQGAMPSLAGAVQWLNSPPLNSESLRGKVVLVDFWTYDCINCQHTLPYVHGWAKKYEKDGLVVIGVHTPEYGYEKIIDNVREQVRKLDIHYPVAIDNQYSIWRAFNNQYWPAHYFIDAKGQVRYSHFGEGRYAEQEQVIQQLLQEAKASN NA NA NA NA NA D1-35_03947 330 hypothetical protein ATGCGCGTTTCTATATGGATCGCGGCGGCCATGTTGCTGACCGCTGTCTCGCTTGAAGCCCAGGCCAGGGCGCTTACCTCTAACCAGAAGTCGGTGTGTCGCTGGGGTTCGGACATTGCGGCGGGCGCCCAGGCGTCGAAGCTGTCCGGTGTCAGCCTGTATGGGGCGCGCAAGAAGCTGCAGGTGCGCAAGTTTGCGCGGCCATGGATGCGCATGACTGCCTTGGGCATTACCGAGCAGACCTACAACAGCGCATCGCGGCTCAAGCCTGCCGCCGTCAAGCAGACCTATTACGAACAATGCGTGCGTCACGAACTGGCCCGACGATAA MRVSIWIAAAMLLTAVSLEAQARALTSNQKSVCRWGSDIAAGAQASKLSGVSLYGARKKLQVRKFARPWMRMTALGITEQTYNSASRLKPAAVKQTYYEQCVRHELARR NA NA NA NA NA D1-35_03948 1866 acoR_4 COG3284 Acetoin catabolism regulatory protein ATGCTTTCCGCTCACTCCCGGGCGCATGTGGATTGCGTCAGCCGCGTGCTGAAGAACGCCGCGCAGCTGCCGCAACTGCCGGTGCCGGACCTGATCTTCGACTCCTGGCGCCGCTCCATGGAGCAACATCACCTGGACCCAGGCTCATTGCAGGGCCCGCGCATCCTTTCCCACGAAGTGCTCAAGCAATGTCGCGAGCGCTCGGAACTGTTCCTCAACATCGCCAGCGATGAAGTGGCGCGCCTGCATGGCCGGGTGCGTGATGCCGACTATTGCGTGCTGCTGACCGATGCCCAGGGCCAGACCATCGACTATCGGGTGGAAACCACCCTGCGCAACGACTGCCGCAAAGCCGGGTTGTACCTGGGCACCTGTTGGTCGGAGGGTGAAGAAGGCACTTGCGGCGTGGCGGCCGTGCTCACCGCCAGGACGGCGGTGACGGTACACAAGCGCGACCATTTTCGCGCCGCGTTCATCGGCCTGACCTGCTCCGCCGCGCCGGTCTTCGATCCGCAAGGAGAACTGCTCGGGGTACTGGACGTTTCGGCGGTGCGTTCGCCGGACGATCGACGTTCTCAGCATCTGATCCGGCAAATGGTGGTGCAAAGCGCACGGGAGATCGAACAGGCGTTTTTCATGAGCAGTGCCCAGGGCTACTGGGTCTTGCGCGCCCATCGCAACGCCGGCTACGTCGACAGCCAGCCGGATTTCCTGTTCGCCTGGGATGACGATGGTTGCCTGCAAGCGCTTAACCCGGCGGCGCGCCATTACTTGCTGGAGCGCTACGGCCAGATGCCCCGGCATATCAGCCAGGTCTTCGACCCGCAGCTGTTGCACCGCGCCCGTGACGAAAGCCTCTATCCGCTCGACCCGTTCCTGCACGGCCGCCTGAGCGCGCCGCGACGCCGGGCGACCCCACGCAAGCGCGCCACGATGACCTCGACCGAGCTCGATCCACGCCTGGCCGACAGCCTGAGCCTGGCGGTGCGGGTCAAGGATCGCAACCTGCCGGTGCTGATCCAGGGCGAGACCGGATCCGGCAAAGAAGTCTTCGCCCGCCAGTTGCATCAGGCCAGCCAGCGTCGAGACCGACCTTTCGTGGCCCTGAACTGCGCGGCGATTCCGGAAAGCCTGATCGAAAGCGAATTGTTCGGTTATGTCGCCGGCGCCTTTACCGGCGCTTCGGCCAAAGGCATGCAGGGCCTGCTGCAACAAGCCGATGGCGGCACACTGTTTCTCGACGAAATCGGCGACATGCCCCTGACCCTGCAGACCCGCCTGTTGCGGGTACTGGCCGAAGGCGAAGTGGCGCCGCTGGGGGCCGCGCGGCGCAAGGCGGTGGACATCCAGGTGATCTGCGCTACCCACCGTGACCTGGAAACCCTGGTGGCAGCCGGCGAGTTTCGCGAGGATCTGTACTTCCGCCTCGGCGGTGCCCGGTTTCAATTGCCGCCGTTACGCGAGCGCACCGACCGGCTGGCGTTGATCAACCGCATCCTCGAGGAAGAATCGACCCTGTGCGGGGGCGCGGTGCAACTGAGTGGCCCAGCGCTGGAATGCCTGCTCGGTTACCACTGGCCGGGCAATGTGCGCCAGTTGCGACATGTACTGCGTTATGCCTGTGCGGTCTGCGAAGGGAGCGTGGTCCAGCTCAGTCATTTACCGGAGTCACTGCACGGCAGCGAAACCGCTGTTCGGGGGCCAGAACCCAGCGCCAGCCCGGAACGCCAGGCGCTGCTCGATGCCCTGGTGCGTCACCGCTGGAAACCCACCCCGGCGGCCCGGGCCCTGGGTATTTCCCGTGCGACGCTGTATCGCCGGGTGCATCAGCATGGCATCGAAATGCCCGGCAGGAGCCCCGGCTGA MLSAHSRAHVDCVSRVLKNAAQLPQLPVPDLIFDSWRRSMEQHHLDPGSLQGPRILSHEVLKQCRERSELFLNIASDEVARLHGRVRDADYCVLLTDAQGQTIDYRVETTLRNDCRKAGLYLGTCWSEGEEGTCGVAAVLTARTAVTVHKRDHFRAAFIGLTCSAAPVFDPQGELLGVLDVSAVRSPDDRRSQHLIRQMVVQSAREIEQAFFMSSAQGYWVLRAHRNAGYVDSQPDFLFAWDDDGCLQALNPAARHYLLERYGQMPRHISQVFDPQLLHRARDESLYPLDPFLHGRLSAPRRRATPRKRATMTSTELDPRLADSLSLAVRVKDRNLPVLIQGETGSGKEVFARQLHQASQRRDRPFVALNCAAIPESLIESELFGYVAGAFTGASAKGMQGLLQQADGGTLFLDEIGDMPLTLQTRLLRVLAEGEVAPLGAARRKAVDIQVICATHRDLETLVAAGEFREDLYFRLGGARFQLPPLRERTDRLALINRILEEESTLCGGAVQLSGPALECLLGYHWPGNVRQLRHVLRYACAVCEGSVVQLSHLPESLHGSETAVRGPEPSASPERQALLDALVRHRWKPTPAARALGISRATLYRRVHQHGIEMPGRSPG PGPT0001030_1519 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 D1-35_03949 1074 hypothetical protein ATGAGTCGCCGTCCGCTCACCGTCGGCATCATCGCCAACCCCGCCTCGGGCCGTGACGTACGCCGTCTGACCGCCAACGCCGGGCTGTTTTCCAGTACCGACAAAGTCTCGGTGATCCAGCGCCTGCTGGCCGCGTTCGGCGCCACCGGCATCGAACGGGTGCTGATGCCGACCGACATGATCGGCATGGCCGCCGCCGTGCTGAAGAACAGCCACAGTCGTCAGGCCCGTAGCAGCCGTTGGCCGGCCCTGGAGTTTCTCGACCTGACCCTGCGCCAGACCGTCGAAGACACCCGCCGGGCCGCGCGCCTGATGGCCGAGCGCGAAGTGGCGCTGATCGCGGTGCTCGGCGGCGACGGTACCCACAAGGCAGTGGCCGCCGAAGTCGGTGATATTCCATTACTGACCCTTTCCACCGGCACCAACAACGCCTTCCCGGAGCTGCGCGAGGCCACCAGTGCCGGGCTGGCCGGCGGGTTGTACGCCAGCGGGCGGATTCCAGACCTGATCGGCTTGCGTCGCAACAAACGCCTGCTGGTCTGCGACGCCGGGCGTGGCTTGCGGGAAGTTGCGCTGGTGGATGTCGCCGTGTCGCCGCTGCGCTTTGTCGGCGCCCGGGCCATCAGCCGGGCGCAGGATCTGGCCGAAGTCTTCGTGACCTTTGCCGAACCGCAATCCATTGGCCTGTCGGCGCTGTGCGGCTTGTGGTTGCCGGTGTCCCGCCAGGCCCCGGGCGGCGCCTGGATGCGCCTGGACCCGCAATCGCCCGAAGCGCTGCTGGTGCCACTGGCCCCCGGTCTGCTGCAGGGCTGTGGCGTGCTTGCCGCCGGCCCTTTGGAGCCAGGCGTTGCCCACGGCTTGTCGCTGTCCAGCGGCACGCTGGCCCTGGACGGCGAGCGGGAAATCGAATTCAACGTCCATGACCGACCCACGATCACCCTCGATGCCGGCGGCCCGCTGAGCATCGACGTCAACGCGGTGCTCAGCTACGCCGCGCAACAACGCTTGTTGGCCATCGGTCGCGAGCACCCGCAACACCCCTTGAACCTTCAAGAAGACACCCCTGGAGAATAA MSRRPLTVGIIANPASGRDVRRLTANAGLFSSTDKVSVIQRLLAAFGATGIERVLMPTDMIGMAAAVLKNSHSRQARSSRWPALEFLDLTLRQTVEDTRRAARLMAEREVALIAVLGGDGTHKAVAAEVGDIPLLTLSTGTNNAFPELREATSAGLAGGLYASGRIPDLIGLRRNKRLLVCDAGRGLREVALVDVAVSPLRFVGARAISRAQDLAEVFVTFAEPQSIGLSALCGLWLPVSRQAPGGAWMRLDPQSPEALLVPLAPGLLQGCGVLAAGPLEPGVAHGLSLSSGTLALDGEREIEFNVHDRPTITLDAGGPLSIDVNAVLSYAAQQRLLAIGREHPQHPLNLQEDTPGE PGPT0013490_1102 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858 NA NA D1-35_03950 978 acoA COG1071 Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit alpha ATGTCGACACCGCTCACCCACGATCAATTGCTGCACGCCTATCAAGTGATGCGCACCATCCGCGCCTTCGAAGAGCGCTTGCACGTGGAGTTCGCCACCGGCGAGATCCCCGGTTTTGTTCACCTTTATGCAGGCGAAGAGGCTTCGGCCGCTGGCGTCATGGCCCATCTGGGCGATGACGATTGCATCGCCTCCAACCACCGGGGCCATGGCCATTGCATTGCCAAGGGCGTCGATGTCTACGGGATGATGGCCGAGATCTACGGCAAGAAAACCGGCGTCTGCCAAGGCAAGGGCGGCTCGATGCACATTGCCGATTTCGAGAAAGGCATGCTCGGTGCCAACGGCATCGTCGGCGCCGGTGCGCCGCTGGTGGTCGGCGCCGCCCTGGCGGCCCGGCTCAAGGGCACCGACAGCGTCGCCGTGGTGTTTTTCGGCGACGGCGGCTCCAACGAAGGCGCGGTTTTCGAAGCCATGAACATGGCCTCGGTGTGGAACCTGCCGTGTCTGTTCATCGCGGAAAACAATGGCTACGCCGAAGCCACCGCGTCGAACTGGTCGGTGGCCTGCGATCACATCGCCGACCGCGCCGCCGGCTTCGGCATGCCCGGGGTGACGGTCGACGGCTTTGACTTCTTCGCCGTGCATGAAGCGGCCGGTGCCGCCGTCGAGCGCGCCCGGGCCGGGGAAGGGCCGTCGCTGATCGAGGTCAAGCTGACCCGCTACTACGGCCACTTCGAGGGCGACGCCCAGACCTATCGAGCGCCGGATGAGGTCAAGCATTTTCGCGAGAACCAGGACTGCCTGATGCAGTTCCGCGAGCGCACCACGCGGGCCGGTCTGCTCACGGTCGAGCAGTTGGACCAGGTCGACAAGGAAGTCGAGCTGCTGATCGAAAACGCCGTGTACAAGGCCAAGTCCGATCCCAAGCCCGCGGCTGCCGACCTGCTGACCGACGTCTACGTCAGCTATCCCTGA MSTPLTHDQLLHAYQVMRTIRAFEERLHVEFATGEIPGFVHLYAGEEASAAGVMAHLGDDDCIASNHRGHGHCIAKGVDVYGMMAEIYGKKTGVCQGKGGSMHIADFEKGMLGANGIVGAGAPLVVGAALAARLKGTDSVAVVFFGDGGSNEGAVFEAMNMASVWNLPCLFIAENNGYAEATASNWSVACDHIADRAAGFGMPGVTVDGFDFFAVHEAAGAAVERARAGEGPSLIEVKLTRYYGHFEGDAQTYRAPDEVKHFRENQDCLMQFRERTTRAGLLTVEQLDQVDKEVELLIENAVYKAKSDPKPAAADLLTDVYVSYP PGPT0008230_706 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 D1-35_03951 1017 acoB COG0022 Acetoin:2,6-dichlorophenolindophenol oxidoreductase subunit beta ATGGCGAGAAAAATCAGCTATCAGCAGGCAATCAACGAAGCCCTGGCCCAGGAAATGCGCCGCGACTCCAGCGTGTTCATCATGGGCGAGGACGTCGCTGGCGGCGCCGGTGCACCCGGTGAAAACGACGCCTGGGGCGGCGTGCTCGGCGTCACCAAGGGGCTTTACGACCAGTTTCCCGGACGCGTGCTGGATACGCCGCTCTCCGAGATCGGCTACGTCGGCGCGGCGGTCGGCGCGGCCACCTGCGGTGTGCGCCCGGTGTGCGAGCTGATGTTCGTCGACTTCGCCGGGTGCTGCCTGGACCAGATCCTCAACCAGGCGGCGAAATTTCGCTACATGTTCGGCGGCAAGGCCTCCACGCCCCTGGTAATCCGCACCATGGTCGGGGCGGGCCTGCGCGCCGCCGCCCAGCACTCGCAGATGCTCACGTCCTTATGGACGCACATTCCCGGGCTGAAAGTGGTGTGCCCGTCATCGCCGTACGACGCCAAGGGCCTGCTGATCCAGGCGATTCGCGACAACGACCCGGTGATCTTCTGCGAGCACAAGTTGCTCTACAGCATGCAAGGCGAGGTGCCGGAGGAGCTCTACACCGTGCCGTTCGGCGAAGCCAACTTCCTGCGCGACGGCAAGGACATCACGCTGGTGTCCTATGGCCGGCTGGTCAACACCGCGCTGGACGCGGCGCGCAACCTCGCCGGGCGCGGCATCGATTGCGAGGTGATCGACCTGCGCACCACCAGCCCGATGGACGAGGACAGCATCCTCGAAAGTGTCGAGAAGACCGGCCGCCTGGTGGTGATCGACGAGGCCAACCCGCGCTGCTCGATGGCCACCGATATCTCGGCGCTGGTCGCGCAAAAAGCCTTCGGTGCGCTCAAGGCGCCGATTGAAATGGTCACCGCGCCACATACCCCGGTGCCGTTCTCCGATTCCCTGGAAGACCTGTACATCCCCGACGCGGCGAAGATCGAACAAGCCGTGCTCAACGTGATCGAGTGGAGCAAGCGCTGA MARKISYQQAINEALAQEMRRDSSVFIMGEDVAGGAGAPGENDAWGGVLGVTKGLYDQFPGRVLDTPLSEIGYVGAAVGAATCGVRPVCELMFVDFAGCCLDQILNQAAKFRYMFGGKASTPLVIRTMVGAGLRAAAQHSQMLTSLWTHIPGLKVVCPSSPYDAKGLLIQAIRDNDPVIFCEHKLLYSMQGEVPEELYTVPFGEANFLRDGKDITLVSYGRLVNTALDAARNLAGRGIDCEVIDLRTTSPMDEDSILESVEKTGRLVVIDEANPRCSMATDISALVAQKAFGALKAPIEMVTAPHTPVPFSDSLEDLYIPDAAKIEQAVLNVIEWSKR PGPT0008235_470 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 D1-35_03952 1113 acoC Dihydrolipoyllysine-residue acetyltransferase component of acetoin cleaving system ATGAGCCAGATTTTTACCCTGACCATGCCCAAGTGGGGCCTGTCGATGACCGAGGGCCGGGTCGATGCCTGGCTCAAGGAAGAGGGGCAGGCCATCACCAAGGGCGATGAAGTGATGGACGTCGAGACCGACAAGATCTCCAGCAGCGTGGAGGCGCCGTTTTCCGGCATCCTGCGTCGGCAGGTCGCCCGTCAGGACGAAACCCTGCCGGTCGGCGCCTTGCTCGGTGTCGTCGTCGAAGGCGAGGCCAGCGACGCCGAGATCGATGCGGTTATCGAGCAGTTCCAATCCAATTTCGTCCCGGGCGACGCCGCCGATGAGGACAGCGGTCCGAAACCGCAGAAAATCGAGTTGGACGGGCGGGTGATCCGTTACTTCGAGCGCGGTGAGGGCGCTACGCCCCTGGTGCTGATACATGGTTTTGGCGGCGACCTGAACAACTGGCTGTTCAACCATGAAGCCCTGGCCGCCGGACGGCGGGTCATTGCCCTGGACCTGCCGGGCCATGGTGAATCGGCGAAAACCCTGCAACGCGGCGATCTCGATGAATTGAGTGGCGTGGTGCTGGCCTTGCTCGATCACCTGGATATCAACGCGGCTCACCTGGTGGGGCATTCGATGGGCGGGGCGGTGGCGTTGAATGTCGCACGACTGATGCCGCAACGCTTGCGCTCGCTGACCCTGATCGGCAGCGCCGGCCTGGGCGCGGAGATCAATGGCAGCTACCTGCAGGGCTTCGTCGACGCCGCCAACCGCAATGCCCTCAAGCCGCAGCTCGTGCAACTGTTCTCGAATGCCGAGCTGGTCAACCGCCAGATGCTCGACGACATGCTCAAGTACAAGCGCCTCGAAGGCGTGGACGCGGCCCTGCGCCAACTGGCCGAGAGTGTTTTCAAGGACGGCCGCCAACAGGTGGACCTGCGCGAAGTGGTCCAGGCCGGCCACGTTTCGACCCTGGTGATCTGGGGCAGTGACGACGCGATCATCCCGGCGGCTCATGCCGACGGCTTGGCGGCGCGGGTCGAGGTGCTGCCAGGCCAGGGGCATATGGTGCAGATGGAGGCAGCCGAGCAGGTCAATCGATTGATCCTGGATTTCATTCAGCAGCACTGA MSQIFTLTMPKWGLSMTEGRVDAWLKEEGQAITKGDEVMDVETDKISSSVEAPFSGILRRQVARQDETLPVGALLGVVVEGEASDAEIDAVIEQFQSNFVPGDAADEDSGPKPQKIELDGRVIRYFERGEGATPLVLIHGFGGDLNNWLFNHEALAAGRRVIALDLPGHGESAKTLQRGDLDELSGVVLALLDHLDINAAHLVGHSMGGAVALNVARLMPQRLRSLTLIGSAGLGAEINGSYLQGFVDAANRNALKPQLVQLFSNAELVNRQMLDDMLKYKRLEGVDAALRQLAESVFKDGRQQVDLREVVQAGHVSTLVIWGSDDAIIPAAHADGLAARVEVLPGQGHMVQMEAAEQVNRLILDFIQQH PGPT0001390_6374 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 D1-35_03953 1095 ydjJ COG1063 putative zinc-type alcohol dehydrogenase-like protein YdjJ ATGAACGTTTCAATCAAGCCGACCCGCAGCATGCGCGCCGCCGTCTGGCATGGCCGCAACGACATCCGCGTCGAAGACGTGCCGCTGCCTGTTCCACCGCCTGCCGGTTGGGTGCAGATCCGCGTGCAATGGTGCGGCATCTGCGGCTCGGACCTGCATGAATACGTGGCTGGGCCAGTGTTCATCCCGGTGGACGCGCCGCACCCGCTGACCGGCATCAAGGGCCAGTGCATCCTCGGTCATGAATTCTGCGGTGAAATCGTCGAATTGGGCGCCGACGTCGAAGGCTTCAGCGTCGGCGAGCCGGTGGCGGCCGATGCCTGCCAGCATTGCGGCACCTGTTATTACTGCACTCATGGGCTGTACAACATCTGCGAGAACCTGGCGTTCACCGGATTGATGAACAACGGCGCGTTCGCTGAATTGGTCAACGTCCCGGCCAACCTGCTCTACAAGCTACCGGCGGACTTCCCCGCCGAGGCCGGCGCGCTGATCGAGCCGCTGGCGGTGGGCATGCACGCGGTGAAGAAGGCCGGCAGCCTGCTGGGTCAGAACGTGGTGGTGGTCGGCGCCGGCACCATCGGCCTGTGCACCATCATGTGCGCCAAGGCCGCCGGCGCGGCCCAGGTGATTGCCCTGGAAATGTCCGGCGCGCGCAAGGCCAAGGCCCTGGAAGTCGGCGCCAGCCACGTCATCGATCCCAACCAGTGCGATGCCCTGGCCGAAGTAAGCCGCCTGACCGGCGGCCTGGGGGCTGACGTCAGTTTCGAATGCATCGGCAACAAGCACACCGCCAAGTTCGCCATCGACCTGATCCGCAAGGCCGGCAAATGCGTGTTGGTGGGCATATTCGAAGAACCGAGCGAGTTCAACTTCTTCGAGCTGGTGTCCACCGAGAAACAGGTGCTTGGCGCGCTGGCCTATAACGGCGAGTTCGCCGACGTGATCGCCTTCATCGCCGACGGGCGCCTGGACATTTCACCGCTGGTAACCGGGCGCATCCAGCTGGAGCAGATCGTCGGGCAGGGTTTCGAGGAATTGGTCAATAACAAGGAGCATAACGTCAAGATCATCGTGTCTCCGGCACGGATCTGA MNVSIKPTRSMRAAVWHGRNDIRVEDVPLPVPPPAGWVQIRVQWCGICGSDLHEYVAGPVFIPVDAPHPLTGIKGQCILGHEFCGEIVELGADVEGFSVGEPVAADACQHCGTCYYCTHGLYNICENLAFTGLMNNGAFAELVNVPANLLYKLPADFPAEAGALIEPLAVGMHAVKKAGSLLGQNVVVVGAGTIGLCTIMCAKAAGAAQVIALEMSGARKAKALEVGASHVIDPNQCDALAEVSRLTGGLGADVSFECIGNKHTAKFAIDLIRKAGKCVLVGIFEEPSEFNFFELVSTEKQVLGALAYNGEFADVIAFIADGRLDISPLVTGRIQLEQIVGQGFEELVNNKEHNVKIIVSPARI PGPT0008200_103 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 D1-35_03954 501 hypothetical protein ATGCAGGCCACGGGGCCGGCCGCGCAAGGCTGGATGGACCGGCTGGCCGACTCGTCGCTGGCATTGGCCATGCGCGACGAGCTATGGCTGTACCCGCTGGTGGAGGTGCTGCACATCATCGGCTTTTCGGTGCTGGTGGGCGCGGTGGTGATGTTCGACTTGCGCGTCCTCGGCCTGTCCAAGGCCATCGCCGTGACCGCCCTCGCCCGGCACCTGCTGACCTGGGCCGTTGCGGCCCTGCTGCTGATCGTACCGGCCGGGCTGATGATGTTCAGCGCGCACCCGCAGGATTTCGCCGGCAATAACGTCTTTATCCTCAAGCTCGGTCTGATTGCGGCGGCGGGCATCAACGCCATGCTGTTTCATGCTGGAACCTACCGTTCGGTCGAACAATGGAATACCGGCCAGAAGGCCCCCGGGCTGGCGCGTGTCCAGGCACTGGTATCGATCGCGCTATGGATCACGGTGATTCTCTGCGGTCGACTGCTGGCCTACACCTGA MQATGPAAQGWMDRLADSSLALAMRDELWLYPLVEVLHIIGFSVLVGAVVMFDLRVLGLSKAIAVTALARHLLTWAVAALLLIVPAGLMMFSAHPQDFAGNNVFILKLGLIAAAGINAMLFHAGTYRSVEQWNTGQKAPGLARVQALVSIALWITVILCGRLLAYT NA NA NA NA NA D1-35_03955 351 hypothetical protein ATGAACTTCACCCTTCGCTGCATTGGTTTATCGTCGTTGCTGGTCGCCACGGCGGCGTTTGCCCACCATGGCTGGAGCGAATACGACGCCAGCAACCCCTTGACGCTGGAAGGCACGATAAAGCAATCCGGGTATTCCCATCCCCACGGCACCGTGCGCCTGCAAACCACCGACAAGACCTGGACCGTAGTGCTGGCGCCGCCCTCACGCATGGAAAGCCGCGGGCTGACCAAGGACATGCTCAAGGCGGGTAACTCAGCCACCGTGGTCGGCTATGCCAACCGCAACAAACCCGATGAACTGCGCGCCGAGCGCATCACCATTGATGACAAGACCACCGAGTTGCGCTGA MNFTLRCIGLSSLLVATAAFAHHGWSEYDASNPLTLEGTIKQSGYSHPHGTVRLQTTDKTWTVVLAPPSRMESRGLTKDMLKAGNSATVVGYANRNKPDELRAERITIDDKTTELR NA NA NA NA NA D1-35_03956 555 hypothetical protein ATGAACTATTTCCTGGCCCAGGCCCTGAACAACCAATGGGCCAACCACCGGCTGCTGGGCGCCTGCACGCAACTGAACACGGCCGAATACGAAGCCTACCGCACCAGCTTTTTCCCCTCCATCCAAGCCACGCTGTGCCACATCCTTGAGGTTGACCGTTATTACCTGACTGCCCTGGAAGGCGATGTTGACGGCCAGGAACGGGATTTCTACCAGACCCTGGCTTTCGCTGAGCTCAAGGAAAACCAGGGCAAGACCGACCAGCGGCTGGTGGCTTTCTGCGAAACCCTGCGGGAAACGGACCTTGCCCGCTCCATCGACCTGGTGCGCTCCGACGGCAGGGTATGCGAGCGGATCGACCGGTTGCTGTTGCACCTGTTCGAGCACCAGATCCACCACCGCGGCCAAGTCCATACCATGCTCAGCGCCACCCACGTCGAGCCGCCGCAACTCGATGAATTCTTTCTCGACTGCGACCGACGTTTCCGCGAGGTCGAGGAACAGCTGCTCCAACTCGACGGGCAGCGGGTCTGGAGCGAATATCATCCCAATTGA MNYFLAQALNNQWANHRLLGACTQLNTAEYEAYRTSFFPSIQATLCHILEVDRYYLTALEGDVDGQERDFYQTLAFAELKENQGKTDQRLVAFCETLRETDLARSIDLVRSDGRVCERIDRLLLHLFEHQIHHRGQVHTMLSATHVEPPQLDEFFLDCDRRFREVEEQLLQLDGQRVWSEYHPN NA NA NA NA NA D1-35_03957 918 dapA_4 COG0329 4-hydroxy-tetrahydrodipicolinate synthase ATGAGCAAACGCATCAACTGGAGCGGCGTATTCCCCGCTGTCACCACCCAATTCAACGACGACTTTTCGATCAACCTGGAAAAAACCCACCAAGTCATTTCCAACGTCATCCGCGATGGCGTTTCCGGCCTGGTGGTCTGTGGATCCGTGGGGGAAAACACCTCCCTGAGCGCCGAGGAAAAAATCGCCGTGACCGAAGTGGCGGTGGACGCCTCCCGTGGCAGGGTGCCGGTGATATGCGGCGTGGCCGAGTTCACCAGCGTGCAGGCCGCCAAGGTCGCCAACGCAGTGCGCAAGGTCGGTGTCGACGGGGTCATGCTGATGCCGGCGCTGGTCTACGGCTCCAAGCCGTTCGAGACCGCCGAACATTTCCGCTACGTGGCCCGGCATGCCGACGTGCCGCTGATGGTCTACAACAACCCGCCGATCTACAAGAACGATGTCACCCCGGACATCCTGATTTCCCTGGCCGACTGCGACAACGTGGTGTGTTTCAAGGATTCCTCCGGCGACACCCGCCGCTTCATCGATGTGCGCAACGAAGTCGGTGATCGCTTCGTGCTGTTTGCCGGTCTCGATGACGTGGTCCTGGAAAGCCTCGCCGTCGGCGCCGAGGGCTGGGTCTCGGGCATGTCCAACGTGTTCCCGAAAGAAGGCGAAACCATCTTCCGCCTGGCCCGCGCCGGACGGTTCGCCGAAGCCATGCCGATCTACGAATGGCTGATGCCGATCCTGCACCTGGACGCCCGCGCCGACCTGGTCCAATGCATCAAGCTGTGCGAAGCCATCGCCGGTCGCGGCAGCGCCCTCACCCGCCCACCGCGCCTGGCCTTGCCGGAAGAAGACCGCGTGTACGTGGAGCAGATCATGGCCAAGGCCCTGGCCAATCGGCCGGCGTTGCCGGATGTGGGGCTGTAA MSKRINWSGVFPAVTTQFNDDFSINLEKTHQVISNVIRDGVSGLVVCGSVGENTSLSAEEKIAVTEVAVDASRGRVPVICGVAEFTSVQAAKVANAVRKVGVDGVMLMPALVYGSKPFETAEHFRYVARHADVPLMVYNNPPIYKNDVTPDILISLADCDNVVCFKDSSGDTRRFIDVRNEVGDRFVLFAGLDDVVLESLAVGAEGWVSGMSNVFPKEGETIFRLARAGRFAEAMPIYEWLMPILHLDARADLVQCIKLCEAIAGRGSALTRPPRLALPEEDRVYVEQIMAKALANRPALPDVGL PGPT0002080_3671 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-35_03958 1029 COG3938 putative trans-3-hydroxy-L-proline dehydratase ATGCGCTCATCAAAAATCATCCATGTAGTCAGCTGCCACGCCGAAGGCGAAGTCGGCGATGTGATCGTCGGCGGCGTCGCGCCGCCACCCGGCGCCACCGTTTGGGAACAGTCACGCTGGATCGCCCAGGACCAGACCCTGCGCAACTTCGTCCTCAACGAACCCCGGGGCGGTGTGTTTCGCCACGTCAATCTGCTGGTGCCGGCCAAGGACCCGCGGGCGCAAATGGCCTGGATCATCATGGAGCCGGCCGACACGCCGCCGATGTCCGGCTCCAACTCGCTGTGCGTCGCCACCGTGCTGCTGGACAGCGGCATCCTGCCGATGAGCGAACCCCAGACGCGGTTGGTGCTGGAAGCACCGGGTGGCCTGATCGAAGCCGTGGCCGACTGCCGCGACGGCAAGGTGCAGCGGGTCGAGATCAAGAATGTGCCCTCGTTCGCCGACCGCCTCGATGCCTGGATCGAAGTCGAAGGCCTGGGTTCGCTGCAAGTGGACACGGCCTACGGCGGCGATAGCTTCGTCATCGTCGACGCCCAGCGCCTGGGCTTCGCCATCCGGCCTGACGAGGCGGCCGAGCTGGTGGCCGTGGGGCTGAAAATCACCCGCGCGGCGAACGAGCAATTGGGCTTCGTGCACCCGTTGAACGCCGACTGGTCGCACATATCTTTCTGCCAGATCGCCGCACCCCTTGTGACGGAAAACGGCATCGCCACCGGCGCCAACGCCGTCGTCATCCAGCCCGGCAAGATCGACCGCTCCCCCACTGGCACCGGCTGCTCGGCGCGCATGGCGGTGCTGCACGCCAAAGGCTTGATGCAACTGGGCGAGCGGTTTATCGGCCGCTCGATCATCGGCTCCGAATTTCATTGCCGGATCGATTCACTGACCGACGTGGCCGGACGCCCGGCGATCTACCCGTGCATCGCCGGACGGGCGTGGATTACCGGTACCCACCAGTTGTTGCTCGACCCAAGCGATCCGTGGCCGCAGGGCTATCGGCTTTCGGATACCTGGCCGGGGGCATGA MRSSKIIHVVSCHAEGEVGDVIVGGVAPPPGATVWEQSRWIAQDQTLRNFVLNEPRGGVFRHVNLLVPAKDPRAQMAWIIMEPADTPPMSGSNSLCVATVLLDSGILPMSEPQTRLVLEAPGGLIEAVADCRDGKVQRVEIKNVPSFADRLDAWIEVEGLGSLQVDTAYGGDSFVIVDAQRLGFAIRPDEAAELVAVGLKITRAANEQLGFVHPLNADWSHISFCQIAAPLVTENGIATGANAVVIQPGKIDRSPTGTGCSARMAVLHAKGLMQLGERFIGRSIIGSEFHCRIDSLTDVAGRPAIYPCIAGRAWITGTHQLLLDPSDPWPQGYRLSDTWPGA PGPT0014240_180 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014240-prdF-K01777 NA NA D1-35_03959 723 glnQ_7 Glutamine transport ATP-binding protein GlnQ ATGATTGAGATCGAAAACGTGCACAAATCATTCGGCAACCTGGAAGTGGTCAAGGGCGTCAGCCTGACGGTGGACAAGGGCGAAGTCGTCTCGATCATCGGCGGCTCCGGCTCCGGCAAGTCCACCCTGCTGATGTGCATCAACGGCCTGGAGCCAATCCAGAAAGGCAGCATCCGCGTGGATGGCGTGGAGGTCCACGACAGCGCTACCGATCTCAATCGCTTGCGGCAGAAGATCGGCATCGTCTTCCAGCAATGGAACGCCTTTCCCCACCTCACCGTACTGGAAAACGTCATGCTCGCGCCGCGCAAGGTCTTGGGCAAGAGCAAACAGGACGCCGAAGCGCTGGCGGTGCGCCAGCTTGAGCACGTCGGCCTGGGCGACAAGCTCAAGGCCTTCCCCGGCAAGCTGTCCGGCGGCCAGCAACAGCGCATGGCCATCGCCCGGGCGTTGGCGATGTCACCCGACTACATGCTGTTCGACGAAGCCACCTCGGCGCTGGACCCGCAACTGGTGGGTGAGGTGCTGGACACCATGCGCATGCTCGCCGAGGACGGCATGACCATGGTGCTGGTGACGCACGAGATCCGCTTCGCCCGCGACGTCTCCGACCGGGTGGCGTTCTTTTGCAATGGTCGGGTCCACGAAATCGGCCCGCCGGACCAGGTGATCGGCAATCCGCAGCAGCCGGAGACGGCGGCGTTTCTGAAATCGGTGAAATAG MIEIENVHKSFGNLEVVKGVSLTVDKGEVVSIIGGSGSGKSTLLMCINGLEPIQKGSIRVDGVEVHDSATDLNRLRQKIGIVFQQWNAFPHLTVLENVMLAPRKVLGKSKQDAEALAVRQLEHVGLGDKLKAFPGKLSGGQQQRMAIARALAMSPDYMLFDEATSALDPQLVGEVLDTMRMLAEDGMTMVLVTHEIRFARDVSDRVAFFCNGRVHEIGPPDQVIGNPQQPETAAFLKSVK PGPT0014280_32 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0014280-lhpO-K23064 NA NA D1-35_03960 651 artQ_2 COG0765 Arginine transport system permease protein ArtQ ATGTTTTCTACAAGCCTTACCGTTAATGACGTGCTGTACCTGCTTGAGGGGGCCTGGGTCACGGTGCAATTGACCGCGTGGTCGATCCTGCTGGGCACCGTCGCCGGGTTGCTGTTCGGCTTGCTACGGGCGTTGCTGCCCCGCGCCAGCCTGCCGTTGGCCTGGGTATTGGACGTGTTTCGCAGTGTGCCGTTGCTGATCCAGTTCGTGCTGTTCAATTCCCTCAAGAGCATCGTCGGCCTGGACCTCAGTGCTTTCGCCGTCGGTTGTATCGTGCTCGGCGTCTACGCCGCCGCGTATTTCACCGAGATCGTCCGCGGTGGCGTGCTGGCGGTGCCGCTGAGCACCCGGCGGGCCAGTCGTTCCCTGGGCCTGAGCTACGTGCAGGACTTGCGCTTCATCGTCCTGCCGATCGCCACGCGGGTGGCCTTCCCTGGCTGGTTAAACCTGGTGCTGGGGGTGATGAAAGACACCGCCCTGGTGATGTGGATCGGCATCGTCGAATTGCTCCGCGCCTCGCAGACCATTGTCACGCGGATTCAAGAACCCCTGCTGGTGCTGTGCATCGCGGGCCTCATCTACTACGTCATGAGCCTGGTGGTCGCCCGCCTCGGCGCGCGCCTGGAAAGAAGGTGGCAGGAAAATGATTGA MFSTSLTVNDVLYLLEGAWVTVQLTAWSILLGTVAGLLFGLLRALLPRASLPLAWVLDVFRSVPLLIQFVLFNSLKSIVGLDLSAFAVGCIVLGVYAAAYFTEIVRGGVLAVPLSTRRASRSLGLSYVQDLRFIVLPIATRVAFPGWLNLVLGVMKDTALVMWIGIVELLRASQTIVTRIQEPLLVLCIAGLIYYVMSLVVARLGARLERRWQEND PGPT0014275_83 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0014275-lhpM-K23063 NA NA D1-35_03961 666 occM_3 Octopine transport system permease protein OccM ATGTTTGACTACAGCTTCCAATGGCGCCCGGCCCTGCGCGCGCTGCCCGATATGCTCGCCGGCGCCTGGGTGACCTTCGAAACGGCCGCGCTGTCGATGATTTTCGGCGTGCTGATCGCCCTGCTCCTGACGGTAATGCGCCAGGCCCGTCATCCGTTGTTGCGCGGCGTTGGCAACGGTTGGGTATCGATCGCCCGCAACACGCCGTCGTTGTTCCAGATCTACATCCTCTATTTCGGTCTCGGCTCTCTCGGCCTGCACGTCAGTTCATGGTTCGCCTTGCTGGCCGGTATCACCTTCAACAACGCCGGCTATCTGGCCGAGAACTTTCGCGGCGGACTCAAGGCGGTGCCGGGCACGCAGATGCGCGCCGCCCGTTCCCTGGGCATGAGCGCGTTCCAGGCCTACCGGATGATCATCGTCCCGCAATTGCTGCGCATCGTCTTCTACCCCCTGACCAACCAGATGGTCTGGGCGGTGCTGATGACATCCCTGGGCGTGGTGGTCGGCTTGAACAACGACCTCACCGGCGTGACCCAGGAATACAACGTCAAGACCTTCCGCACCTTCGAATACTTCGCCCTCGCGGCGCTGCTGTACTACCTGATCGCCAAGCTGATCGTCGGGCTGGCCCGGCTGTTGTCCTGGCGGCTGTTTCGTTATTGA MFDYSFQWRPALRALPDMLAGAWVTFETAALSMIFGVLIALLLTVMRQARHPLLRGVGNGWVSIARNTPSLFQIYILYFGLGSLGLHVSSWFALLAGITFNNAGYLAENFRGGLKAVPGTQMRAARSLGMSAFQAYRMIIVPQLLRIVFYPLTNQMVWAVLMTSLGVVVGLNNDLTGVTQEYNVKTFRTFEYFALAALLYYLIAKLIVGLARLLSWRLFRY PGPT0014270_25 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0014270-lhpN-K23062 NA NA D1-35_03962 1779 hypothetical protein ATGCCGAGCACGCCTATCCGCCTGCAGGGCCGCAGCCTGGTCGAGGGTGCCGTCGAGGGCAGCCTGTTGTTCGCCGATGTCGGCCTGAGCTTTTGGGGCGGGGTTGATCCGGCCACGGGCGAAGTCATCGACCGACACCACCCGCTCAGTGGCGAGCGCCTGGCCGGGCGCGTGCTGGCGATTCCCAGCGGGCGTGGCTCTTGCACCGGCAGCAGCGTGTTGATGGAACTCATCAGCAACGGTAATGCACCGGCGGCACTGGTGCTGGCCGAAGCCGATGAAATCCTGACCCTGGGGGTGCTTGTCGCCGAGGTGGTTTTCCAGCGCTCGCTACCGGTGCTGTGCATCGGCAGCGAGGCATTCAGCACTTTGCGCGGCCAGGGCTTCGGGCGTGTCGAGGGCAACCGCCTGACCTTGTCCGGGCGTCGGCCCAACGACCAATGGCGTGGGGAAAATACTTGCGCGCAGCCGTTCCGGCCCTCCACTGTCCGCTTGAACGAACGGGACCAGGCGCTGCTTGACGGGGTCCATGGCAAGGCTGCCCAGGTGGCGATGCAAATCGTCTTGCGCATGGCCGACATCCAGGGCGCCGGACAATTGCTGGACATCACCCAAGCCCACATCGACGGCTGCATTTATACCGGCCCGGCCAGCCTGCGTTTTGCCGAACAACTGGTGCAGTGGGGCGCGAAGGTTTGCGTGCCCACCACCCTCAATTCGATTTCCGTGGACCAGCGCCGCTGGCGTGAGCTCGGCGTCGATCCGGCCCTGGGCGAGCCGGCCAGTGCCTTGGGCGACGCCTACATGGCGATGGGCGCGCAATTGAGTTTCACCTGTGCACCCTACCTGCTCGACACCGCGCCGACGGCGGGTGAACAGATCGTCTGGGCCGAGTCCAACGCGGTGGTCTATGCCAACAGCGTGCTTGGTGCGCGGACGCAGAAGTACCCGGACTTCCTCGATATCTGCATTGCCTTGTGTGGCCGAGCGCCGCTGGCCGGTTGTCATCTCGATGACCAGCGCAAGGCCGGCCTGATCGTCGAGGTGCCGAGGATCGAATCAGCGGATGACAGCTTCTACCCGCTGCTCGGCTATCACATTGGCAGCCTCACGGGGCGGCGTATCCCGCTGATCCGAGGCCTGGAAGACGCCGCGCCGACCCTGGACGACCTGAAAGCCTTCGGCGCCGCGTTCGCCACCACCAGCGCGGCGCCGTTGTTCCACATCGCCGGGGTGACGCCGGAGGCCATGGACCCGGCCCAGGTGCTGGATCACGACGCCGTGTTATCGGTGAAAACCGTGGACGCGACGGGACTGCTCGCCAGTTGGCGCGAACTCAACAGCGCCCGGCACCGCCATGTGGATGTGGTTTCCCTGGGTAACCCGCACTTCTCCCTGAGCGAATTCGCCACCCTGGCGAACCTTTGTGCGGGACGAACCAGGCACCCCGATGTGGTAGTGGCGATCACCTGCGGTCGCGCCGTGCTGGAGCAGGCTCGCCAGGCCGGTTACCTGGAGCCCATCGAGGCTTTCGGCGCGACGCTGGTCACCGACACCTGCTGGTGCATGCTGGGTGAACCGGTGATCCCTCCGGCCGCCACGACCCTGATGACCAATTCCGGCAAGTACGCCCACTACGCACCCGGCCTGGTGGGGCGCAGCGTGCACTTCGCCAGCCTCGGGGATTGCGTCGAGGCCGCCTGTACCGCCACGGCCAGCGGCCAGCCGCCGCAGTGGTTGCAACCTATCGCACGCAAGGGAAACCCGAGCCATGTTTGA MPSTPIRLQGRSLVEGAVEGSLLFADVGLSFWGGVDPATGEVIDRHHPLSGERLAGRVLAIPSGRGSCTGSSVLMELISNGNAPAALVLAEADEILTLGVLVAEVVFQRSLPVLCIGSEAFSTLRGQGFGRVEGNRLTLSGRRPNDQWRGENTCAQPFRPSTVRLNERDQALLDGVHGKAAQVAMQIVLRMADIQGAGQLLDITQAHIDGCIYTGPASLRFAEQLVQWGAKVCVPTTLNSISVDQRRWRELGVDPALGEPASALGDAYMAMGAQLSFTCAPYLLDTAPTAGEQIVWAESNAVVYANSVLGARTQKYPDFLDICIALCGRAPLAGCHLDDQRKAGLIVEVPRIESADDSFYPLLGYHIGSLTGRRIPLIRGLEDAAPTLDDLKAFGAAFATTSAAPLFHIAGVTPEAMDPAQVLDHDAVLSVKTVDATGLLASWRELNSARHRHVDVVSLGNPHFSLSEFATLANLCAGRTRHPDVVVAITCGRAVLEQARQAGYLEPIEAFGATLVTDTCWCMLGEPVIPPAATTLMTNSGKYAHYAPGLVGRSVHFASLGDCVEAACTATASGQPPQWLQPIARKGNPSHV NA NA NA NA NA D1-35_03963 819 COG0834 putative amino-acid ABC transporter-binding protein ATGAAAAACCCTGCATTGGCCGTAGCCCTCGGCGTGGTCCTGTTTCCCCTGCTTACCCTTCCCGCCCATGCCGACAAACTCGACGACATCATCGGCTCGGGGAAACTGCGTTGCGCCGTGACACTGGACTTCCCACCGATGGGCTTTCGTGATGAAAGCAACAAACCGGCAGGATTCGACGTGGACTATTGCCACGATCTGGCGAAGGTTCTCGGCGTCGACGCGGAGGTTGTAGAAACGCCATTCTCCGACCGAATCCCCGCGCTGCTCTCGGGCCGCGCCGATGTCATCGTCGCCTCCACTTCCGACACCCTGGAGCGGGCCAAGACCGTCGGCCTGACCGTGCCCTACTTCGCGTTCCAGATGGTCGTGCTGACCCGCGACGACACGGGCATCAACGGCTACGCCGACCTCAAGGGCAAGAAGCTCGGCAACACCAGCAGCACCTATGAAGCCATCGCCCTGGAGAAAGACCAGAAGAGCTGGGGCAGCGGCAGTTTCCGTGCCTATCAATCGCAGAACGACACACTGCTGGCCGTCGCCCAGGGCCACATCGATGCCACCGTGGTGACCAACACCGTCGCTGCCGCGACCATCAAATCGGGCAAGTACAAGGGCCTGAAAATCGCCGGAGACGCGCCTTACGTCATCGACTACGTATCCCTCGGCGCCAAACGCAACGAATACGGCCTGCTCAATTACCTCAACCTGTTCGTCAACCAGCAGGTGCGGACCGGCCGCTACAAGGAGCTCTTCGTGAAGTGGGTCGGCACCGAAATCCCGCCGGCCAACCTGACCGTGCCGCAGGTTTATTACTGA MKNPALAVALGVVLFPLLTLPAHADKLDDIIGSGKLRCAVTLDFPPMGFRDESNKPAGFDVDYCHDLAKVLGVDAEVVETPFSDRIPALLSGRADVIVASTSDTLERAKTVGLTVPYFAFQMVVLTRDDTGINGYADLKGKKLGNTSSTYEAIALEKDQKSWGSGSFRAYQSQNDTLLAVAQGHIDATVVTNTVAAATIKSGKYKGLKIAGDAPYVIDYVSLGAKRNEYGLLNYLNLFVNQQVRTGRYKELFVKWVGTEIPPANLTVPQVYY PGPT0014265_35 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0014265-lhpP-K23061 NA NA D1-35_03964 750 rhaS_10 HTH-type transcriptional activator RhaS ATGTACCCCTCACTCGCCTCCCTGCCCCCCTGCGACCTCGACACCCTGCTCCAGAGCCTGCAACCCATCGCGCCGCTGCTCGACACCCTCATCGACACAGTGTTCTTCATCAAGGACAACCTGGCCCGCTATGCCTTCGTCAACCAGACCCTGGCCCGACGCTGCGGCTTCAAGGAGCGCAACGACCTGCTCGGCCTCACCGCCGAACAGGTATTCCCGGAACGCTTCGGCCCGCTGTACACCGAACAGGACCGCCGAGTGCTCGCCAGCGGAAGAGAACTGGCCGACCAACTCGAACTGCACCTGTATTACGGCAACCAGCCAGTGTGGTGCCTGACCCACAAACTGGCCCTGCACGACCTCACTGGCCGGATCGTCGGCCTGGCCGGAATCTCCCGTGACCTGCAACTGCCACAATCGAGCCACCCGGCGTTCCAGAAGCTGGCGGCGGTGGATGCGCACATCAAGCGCCACTTCGCCCGTACCATCAGCCTGGCCGAGCTGACCGCCATCGCCGGGTTGTCGGTTGCGCAACTGGAGCGACACTGCAAGCGCATCTTCCAGCTCACGCCCCGACAGATGATTCACAAGGCGCGCCTGGAAGAAGCCTCGCGCTTGCTGCTGGAGCAGGACCTGCCCATCACCGAGATCGCCCTGCGCTGCGGCTACACCGATCACAGCGCGTTCAGTCGCCAGTTCCGCGCCCTGACCAGCCTGTCTCCCAGCCAATATCGGGAAAACCAGCGCTGA MYPSLASLPPCDLDTLLQSLQPIAPLLDTLIDTVFFIKDNLARYAFVNQTLARRCGFKERNDLLGLTAEQVFPERFGPLYTEQDRRVLASGRELADQLELHLYYGNQPVWCLTHKLALHDLTGRIVGLAGISRDLQLPQSSHPAFQKLAAVDAHIKRHFARTISLAELTAIAGLSVAQLERHCKRIFQLTPRQMIHKARLEEASRLLLEQDLPITEIALRCGYTDHSAFSRQFRALTSLSPSQYRENQR NA NA NA NA NA D1-35_03965 642 dctD_4 C4-dicarboxylate transport transcriptional regulatory protein DctD ATGCCACTCAGCCTGCAAGCCAAGTTGCTGCGTGTCCTTGAGGTGCGAGCCATCGAGCGTTTGGGCTCTACCACGGTCATTCCACTGGATATCTGTGTGATTGCCTCGGCCCAGCGGCCCTTGGCCGAGTTGGTGGAGCGGGGTGAGTTCAGGCGCGATCTGTATTTTCGCCTCAATGTGCTGACGATCCAGTTGCCAGCGCTACGTGACCATCGCGAAGACATCGTTCCACTGTTTTCCCAGTTCGTGAACGCAGCTGGGCAAGACCTGGGGTGCGCACCGAAACCCATATCTCCCGAGCTCATGCAGACACTGCTGAGCCATCCCTGGCCGGGCAATATCCGTGAACTGAAATCGGCGGCCAAGCGATATGTCCTGGGGCTGGCGTCGATAACCCTAGGCTCAGGCACGGAGATCGAGGGGCGCACGCTCAAGGCGCAAATGCGTGCTATCGAACGCATCCTTATCCAGGAAGCCCTCAAGCGTCACGGGCACTCGATTGATGCGGCGAGTGTGGAATTGGGCATACCCCGTAGAACCCTTTATCACCGGATCAAATCGTTGGATGTATTCGGCAAGGCATCTTTGCTTGAAAAAAATCTGGAACCTGATTCGGAGAACTTTCCACCCATTATTACCTAG MPLSLQAKLLRVLEVRAIERLGSTTVIPLDICVIASAQRPLAELVERGEFRRDLYFRLNVLTIQLPALRDHREDIVPLFSQFVNAAGQDLGCAPKPISPELMQTLLSHPWPGNIRELKSAAKRYVLGLASITLGSGTEIEGRTLKAQMRAIERILIQEALKRHGHSIDAASVELGIPRRTLYHRIKSLDVFGKASLLEKNLEPDSENFPPIIT PGPT0017310_1124 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017310-dctD-K10126 NA NA D1-35_03966 351 hypothetical protein ATGGTCGGAAAAATCTCGTCTAGTAATCCTTTTGCGAACATTACCGATGCCGCAATTGCGGGCACCAATGCATTTCAAGGTACCAAGCAAGCAGTCAATGATGTTAAAGGCAACGCTGCGCAGCAATCTCAAGCGACGCGTATGTCTGGCGGGGGTGATGCCGCGTCTGCACAAGTGGCGGCAATGGAAAGCATGGACAAAAAACAGGCTCAGATGATTGCGCTGCAGAATAAGGCGGCTGAGCAGAACCTGATGCAGAATACCATGGCCTCTATTGCCGGGGCTCAAGCCGATACGGCGAACAAGTCTATTTCGAACGTCGCCCAGACGATGAAAGGCATTAGCTATTAA MVGKISSSNPFANITDAAIAGTNAFQGTKQAVNDVKGNAAQQSQATRMSGGGDAASAQVAAMESMDKKQAQMIALQNKAAEQNLMQNTMASIAGAQADTANKSISNVAQTMKGISY NA NA NA NA NA D1-35_03967 741 hypothetical protein ATGATGTCCGGCGGCAAGCCAGACTTTGACAGCCCCTTGGGCAAGATGGTCAAGGACAAACTGTCCGAGAAGGGCGGGATGGGTCTAATGGGTATGGCATCGAATCCTCAAGAGACCTTGAAGAACGCCCTGATGGACGTTGTTAAAGACAAGATGGGTAGCAACTTCATTGCCAATGCCGGAGGCCGGGACAGTAAAGACCTCATGGGGCAAGTGGTGGGCGGCTTGGCTCAGTCCGCGTTGAATAACGCACTGGAACGCAAAGGCGACGGGACGACCTTTTCCAAGGCTGACAAGCCACTGCTTCAGCAAGTGGCTGATTATATGGACAAGAACAAGGCCACCTTTGGAGCGCCAGATTCCGGTTCCTGGAGTAAAGAGCTGGATGAGGACAACTATCTGTCAACGGGGGAAACCGCCAAATTCAAACAGGCGATTGAACAAGTGGCTCAGCACACGGGAGGCTCGGGGAGCAGAACTGATTATCCCGGGGTGACGGCGGGAGGACAAGGTGGCTTGGGCAGCAGTCCTGCGCCAACGAGTGGGGGCATGAGTGATATTGAGCAAGTGCGCCAGATGATAAAAGGTAGCGAAGGCATGGAGGGTTTTCAACAAGGATTGCAGCTAGGGTTGGGAATCGCTTCCGACTCGCCGTCCGGCCTCGCGATGAATCAAGGCGAACACACCGCTGCCCATGCCGCGCAGAACGTCCTCGACGTGATGCGCGCCAGCGTAACTTAA MMSGGKPDFDSPLGKMVKDKLSEKGGMGLMGMASNPQETLKNALMDVVKDKMGSNFIANAGGRDSKDLMGQVVGGLAQSALNNALERKGDGTTFSKADKPLLQQVADYMDKNKATFGAPDSGSWSKELDEDNYLSTGETAKFKQAIEQVAQHTGGSGSRTDYPGVTAGGQGGLGSSPAPTSGGMSDIEQVRQMIKGSEGMEGFQQGLQLGLGIASDSPSGLAMNQGEHTAAHAAQNVLDVMRASVT NA NA NA NA NA D1-35_03968 357 hypothetical protein GTGACCATTTCCAATGTGAATTCATTCAGGGGCGTCGCCCCAGAACATGAGCTGGAGATGGTTTCCGCTCCCGCCCAGGCCGATGTAGATCTGTTTGACAATGCCATGCGCGGCAATCATGAACCTGCTGGCCTGGCAAGTAGCCTGATGGGTGCCATTTCGGATCGCCTCGCCGGCCAAGCCGAACTCTCGCATCAGGCTGAGCGCGCAATGAAGTCCGCGTCGGTTTCCACGGATCCGATGGATATATTGAAGATGAGTGGAACCCTTTCCCAATATTCATTGCAAACGGCACTCACCACCAAGGTAGTGAGCAAAGGCGCACAAGTGCTCGATAAACTGACCAATCTGCAATAG MTISNVNSFRGVAPEHELEMVSAPAQADVDLFDNAMRGNHEPAGLASSLMGAISDRLAGQAELSHQAERAMKSASVSTDPMDILKMSGTLSQYSLQTALTTKVVSKGAQVLDKLTNLQ NA NA NA NA NA D1-35_03969 804 hypothetical protein GTGAAAGTACCCGGCTTATTAACCGTTCTGGCGTTGCTCGCGCTCGCCGGATGCAGCGACGACACCGTGCTGTTCAGTGGCATGACTGAGCAGCACTCCAACTCAGTGATCGCCAAGTTGGCCCAGGAGCACATCGCGGCCCGTAAGGAGATGGAAAAAGCCGGCGTCACCGTAATCGTTGCCAACGGTGATGTGAACCGCGCGGTGAGGGTGCTTGATGCAGCAGGTCTGCCGCATCAGACACGGACCAGCCTGGGAGAGATATTCAAGAAGGAAGGGGTCATCTCTACGCCTCTGGAAGAGCGTGCCCGCTATATCCATGCGCTGTCGCAGGAGTTGGAGTCGACGTTGTCCCAGATCGACGGGGTCATCGTCGCTCGCGTGCATGTCGTCTTGCCGGAGCGTATCGCGCCGGGCGAGCCGGTTCAGCCGGCTTCCGCCTCGGTGTTCATCAAGTATGCGGCGTCGACGCTGGATCCGGACAGTGTCCGCGGGCGTATTCAACAGATGGTTGCCAGCAGCATTCCTGGGATGAGTCAGGACAGCAGCGCGGCAAAGAAATTTTCGATTGTATTCGTGCCGGCGGTGGAGTTTCAGGATCCGGAACATCTGGTGCCTTTCGGTCCGTTTCTGATTGACAGCGAGGATGCCGGATTCTGGTGGGTGATGGTCGTCACCTTGCCGCTGTGCCTGGTGTCCATCGCGGGGGGCGGGGTCCTGATGTTGCGTCCGGACTGGCGCCAGGCATTGTTTGCGCGCTTGCGCGCCAAGCGTCGGCCAACCGGTTTGCCCGCACAGCTATGA MKVPGLLTVLALLALAGCSDDTVLFSGMTEQHSNSVIAKLAQEHIAARKEMEKAGVTVIVANGDVNRAVRVLDAAGLPHQTRTSLGEIFKKEGVISTPLEERARYIHALSQELESTLSQIDGVIVARVHVVLPERIAPGEPVQPASASVFIKYAASTLDPDSVRGRIQQMVASSIPGMSQDSSAAKKFSIVFVPAVEFQDPEHLVPFGPFLIDSEDAGFWWVMVVTLPLCLVSIAGGGVLMLRPDWRQALFARLRAKRRPTGLPAQL PGPT0029650_217 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029650-yscJ|sctJ|hrcJ|ssaJ-K03222 NA NA D1-35_03970 579 hypothetical protein ATGTTAGTTCGCCGAAATTTGTCCTTGGGCGATCACCCCCTGGGGAGCGAGTTGATCGTTCGTCAAGAACGGTTCGCCGACTACCGGACAGCCATTGATGTGCTGTCGCAGGCACGGGCCGACGCGGATGCATTGGTGCTGCAGGCGGAAAACCTGCGGCAGGAATATCTGGATCAAGCGCTCGCTGAGTTCTGGGGCCAGGCCAGTTGTTTTCTGCAAGCGCTTGAGGCAGAACGTCAGCAATGCAGGAACAGTGTGATTGATGTTTGCCGGGAATTATTGAACATTGTCATTGACCGGCTGTTCGATGAGTTCCAGCCCCAGGAGCGTGCCAGAATCTTGCTGGAGCACCTGGCGGCTTCCCGTGCATACCCCACCGGTAGCGCCACCTTGAGGTGCCATCCAGAGCTTTTCAGCGAAGTGCAGGCTTGGCTTGCAGCCGACAACGCTTCGGCTCTTTGGCAACTGAGAGAGGACATTACGATGCCGCTCCAGTCCATTCGTCTGAGCACCGACGCCGGCGAGTACGACGTTGATTGGATCGGTCTACAACGCTCATTCCGGGCCACGGCAATTTAA MLVRRNLSLGDHPLGSELIVRQERFADYRTAIDVLSQARADADALVLQAENLRQEYLDQALAEFWGQASCFLQALEAERQQCRNSVIDVCRELLNIVIDRLFDEFQPQERARILLEHLAASRAYPTGSATLRCHPELFSEVQAWLAADNASALWQLREDITMPLQSIRLSTDAGEYDVDWIGLQRSFRATAI PGPT0029655_381 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029655-yscL|sctL-K03223 NA NA D1-35_03971 225 hypothetical protein ATGATCAACTTTAAATCCGTCCAGAACCAGTTGGAGAACAATTTCTCCAACGCCCATGAAACGGCGAATGATGCAGCATTGGCTGCTGCTGAGAGCGGCAACCCTGAAGACATGAGGGCTTTCGCTCAAGCGAGCCAATCAGTGGCCACCGCGACCGTTGTCATGAGCGAGGGTATGCGTGCTCATCACGGCATGACCAAAGCGATCATTGATGGAATTCAGTGA MINFKSVQNQLENNFSNAHETANDAALAAAESGNPEDMRAFAQASQSVATATVVMSEGMRAHHGMTKAIIDGIQ NA NA NA NA NA D1-35_03972 426 hypothetical protein ATGGAATTCAGTGAGTTCAGCGCGGGACTGACCCGGTGGCTCGATGACCGTTCGGTCGCACCTCTGGATTGCTGGGTTGACGGTGCGAACGTGCAGCTTGCCTGGGTTGAAGAAGGAGTGCGCTGCAGCATCGACGTATTGGATCCGTTTGACGCCAGCGCGCCAGATCGATTGATGGGCATCCTGGCACAGGGTGGCGCAAGCGTTGCGTGCCGTTGTCCGGGGGCGTTGGGTACCGACCCGCAAAGCCAGTGTTTGGTGCTGGTGTACTGGATGTCACCGCCCGGTTCGGTCGAGGCCTTGCTGGGAGTGCTAGAGACCCTGGCCAATCAGCGCGCAGCCATGCTTAGCCTGATGCATAAAACCTTATTTGACTCGCCTTCGGCCGAGTCCCGTCTAGCAACTAATTGGCACACTGGAGTGTGA MEFSEFSAGLTRWLDDRSVAPLDCWVDGANVQLAWVEEGVRCSIDVLDPFDASAPDRLMGILAQGGASVACRCPGALGTDPQSQCLVLVYWMSPPGSVEALLGVLETLANQRAAMLSLMHKTLFDSPSAESRLATNWHTGV NA NA NA NA NA D1-35_03973 2079 sctC_2 Type 3 secretion system secretin ATGCATAAGGCCTACCGGTGGTTACCGTGGCTGTTATTGGGACTGAGCGCCCCGGCGCTCGCGGCGATACCGCCAGAGTGGAAACAAACGGCCTATGCGTTCGACGCGCAACAGAGCGAGCTTTCCAGTGTTCTTGAAGCATTTTCCCGAGAGTTTGGCGTCAGCCTTGAAATGGATCCCGTCGAAGGGGTCGTTGAGGGGCGTATCCGCGCGGACAGCCCGCAGGCGTTTCTGGATCGATTGGGCCAACAGCATCAATTTCAGTGGTTCGTCTACAACAACACGCTGTACGTCAGCGCGGCCCGTGACCAGATAACCGAGCGAATCGAGGTATCCCCGGACGCCGTTGATGACCTCAAAGGCGCACTGACTGAACTCGGCTTGCTCGATTCACGATTTGGCTGGGGTGTCCTGCCGGATGAGGGCGTGGTGTTGGTCAGCGGGCCCGCGCGGTATGTTCAGTTCATTCGCGACTACAGCAGTAACGTCGACAAACCCGAGGAAAAGCAGGATGTCGTGGTGTTGCCCTTGCGTTACGCAAACGCCGCTGATCGCACCATCAGTTACCGTGATGAACAGCTGACCGTTTCAGGGGTAGCCACGATCCTCAAGGAGTTGCTGGATAGCCGCCCGCAAGGCGGATCAGGTAGCGTCTTCAATGTGTTGCAAGGCGCGGGACTGGGCGCTGGGGCAAGCAGCGGAAGCAGCTTTGCAGGTACTCCGAGTTTGCTGGGCGGCTTGGCCGATGATCAGTTGCAGCAAACCCTGGATCGCGTGATTGCCGGCGCCGGCGGCGCTCAGAACAAGGGCGGCTCCGCTGGCAGGTCGCGGATACGGGTCGCAGCCGACGTCCGCAACAATGCGGTGCTGATCTACGATTCGCCCAAACGCCGCGCCTTGTACGAGAATCTGGTCAAGCAGCTTGATGTGCCGCGCAACCTGATCGAAATCGACGCAGTGATCTACGACATCGACCGCGACGAGTTGGCCGAGTTGTCCAGTAACTGGAATGTCTGGGCCGGAGGGACCAATGTCAGGGGATCCTTGCTTGAATCCGGCAGCTCCACGCTGTCGGCCGAAAACGCCGGGCGATTCGCCCTGGCGGTCCGTACGCTTGAAGCCAAGGGGGCGGCGACGGTGATCAGCAATCCTTCGATCCTCACCTTGGAGAACCAGCCCGCTGTCATCGATTTCAGCCGGACCGAGTTCCTCACCGCGACCGGAGAGCGGGTCGCCGATATCCAGCCGATTACTGCCGGAACCAGCCTGCAAGTGGTGCCGCGCTCGATGCAGCACAACGGCAAGACGCAGGTGCAGTTGATCCTTGATATCGAGGACGGGCAAATCGAAGCATCACTGCTTGATGGCACCAAACCCAGCGTGCGAAACGGCAGTGTCAGCACTCAGGCGGTCATCGCCGAGCGTGGATCGTTGGTCGTCGGTGGTTTCCATTCTCTGCAATCGAGCGACAGGGTCAGCAAAATCCCTTGGCTCGGTGACATTCCGCTGATCGGAAAATTGCTGTTCACCTCCAGCAGCCGCAGCACCAGCAAGATTGAACGCTTGTTCATTCTGACGCCTCGGTTGGTGGGCAACCAGGTTGACCCGGCACGTTATGTCGAAAGCGGCAACCCGGAAGATATCGACTCCGCCGGCCAGCGGATCAATGGGCGCCATGGCGACGGGCAACCCACCCGAGTTGAGATTCAGCGCGCGTTCACTCAGTTGTTGAGTGACGTGCAACCGACTGGCTTTACGCCGAGTAACGAGCCTTTGTTCACGCCGTCGACTTTATGCGCGACGCAGCAGGGCCTGGTCATCGATGCCGATCGCAGCCAGTGGTATGGGCGCAATGCCTGGAGTATCGGCGTGGTGGTCGCGCGTAATACTGGCGATAAACCGCTGCGCATCGATGAAAGCAATTGTGGCGGGCGCTGGGTCCTGGGTGTCAGTGCATGGCCTCGCGCCTGGTTGCAGCCTGGGGAACAGAGCGAAGTATATGTCGCGTTGCGTAATCCCCAGTCGCTCAGGAGCAACGCGCCCCTTCGCGACTCGTTACTCAAGGAGACTACCCAATGA MHKAYRWLPWLLLGLSAPALAAIPPEWKQTAYAFDAQQSELSSVLEAFSREFGVSLEMDPVEGVVEGRIRADSPQAFLDRLGQQHQFQWFVYNNTLYVSAARDQITERIEVSPDAVDDLKGALTELGLLDSRFGWGVLPDEGVVLVSGPARYVQFIRDYSSNVDKPEEKQDVVVLPLRYANAADRTISYRDEQLTVSGVATILKELLDSRPQGGSGSVFNVLQGAGLGAGASSGSSFAGTPSLLGGLADDQLQQTLDRVIAGAGGAQNKGGSAGRSRIRVAADVRNNAVLIYDSPKRRALYENLVKQLDVPRNLIEIDAVIYDIDRDELAELSSNWNVWAGGTNVRGSLLESGSSTLSAENAGRFALAVRTLEAKGAATVISNPSILTLENQPAVIDFSRTEFLTATGERVADIQPITAGTSLQVVPRSMQHNGKTQVQLILDIEDGQIEASLLDGTKPSVRNGSVSTQAVIAERGSLVVGGFHSLQSSDRVSKIPWLGDIPLIGKLLFTSSSRSTSKIERLFILTPRLVGNQVDPARYVESGNPEDIDSAGQRINGRHGDGQPTRVEIQRAFTQLLSDVQPTGFTPSNEPLFTPSTLCATQQGLVIDADRSQWYGRNAWSIGVVVARNTGDKPLRIDESNCGGRWVLGVSAWPRAWLQPGEQSEVYVALRNPQSLRSNAPLRDSLLKETTQ PGPT0029635_81 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029635-yscC|sctC|ssaC-K03219 NA NA D1-35_03974 210 hypothetical protein ATGAGCAAGATGAACTGGGCTGGGTGCGGCCTTCTGTGTGTGGTGCTCTCCGGTTGCTCGACAGCGTCGGGCGGCTGTTCGGGACCGTCCTGCGACCGGCCGGACTCCAATAGCCGGGAACTGGTGATCTGGTGGCCAGCGGACATGCGTACTGGCTTGGAGAATCCGCGGGAGACCACGGACTATACTATCGTGCCACTGCGGGATTGA MSKMNWAGCGLLCVVLSGCSTASGGCSGPSCDRPDSNSRELVIWWPADMRTGLENPRETTDYTIVPLRD NA NA NA NA NA D1-35_03975 348 hypothetical protein ATGATGCAGGTGTCGGGGAAAGCGGAATTCTACGAACAGGTTGCTGCTGGACAAACAGCGATATGGCCGGTAGCGGCGGGGGTTTCTTTCGTGAGTCGCCATGAGCACCATGATTGGGGCATCGCCTTGCACATCGACAGTCGCGCGCTGGAGCCCCAGCAATTGCGTGAGGCGCTGGAGCGGCGCTTCACGCAGTCCTACCTGTTCCCAGACTACTTTCTGTTCCTCGATGCCCACCGCGATTTCGTCGTGTGGCATGCGGTGCCGTCGTCTACCCAAGGTCGCGCGGTGCTCGATGATATCTGCCGACATCAGTTGTTGTTGGCAGGCTTGAGCCCGTTGGACTGA MMQVSGKAEFYEQVAAGQTAIWPVAAGVSFVSRHEHHDWGIALHIDSRALEPQQLREALERRFTQSYLFPDYFLFLDAHRDFVVWHAVPSSTQGRAVLDDICRHQLLLAGLSPLD NA NA NA NA NA D1-35_03976 1422 hypothetical protein ATGGACCCGATAGCACCGAACCTGGGACGTACCCTGCCGGATGCTCAAGTCGAGCTTCGGCACCGCCATCGCGGCGCTGATTTGAATGCCTTGGAGCGTGGCGAGGCACCTGATCACCTGCCTGCCTTCACTTCGCGTGCCCGCGCACATGTGGCGGGGCTGAGCCAGGCCTTCCATCGCGATTACCTGGCGCCGGCAGGCAGAGCCACGGGCGCGCTATGGGAAAGCGCCAAGGAACACAGCGCGGCGGTGGGCAACAGCGTTGGACGAGGGGCAAAACTTGCATTGAGCGACAGCCTGGCCAATCTGCCCTCCTCGCGTACGACGCTTGCCGCTGCGGGCCATACGGTCCAACAGATGGTCAACTGCGGAGCACCTACCTATCTACGCGAGTTGGCATTCATGCATGCCTACAGTGCGCTGAACGAGGGCCTGGCGAAAAAAAGCCCAGGGGCAATGCTGGCTTTGCAGGCCGCCGTGTCATTGACGACCATTGCCACCCAGCTCTATGTGCGCCAACCGCGCCTGGATCGTCTCGCGGCCGACTCCAGCGATGCGGTACGCGGGCACTTCGCCCTCAGCGAAGCGAAATGGAACGCTCTGCCCCCCGATAAACAGGACGCGCTGCGGGGACAGATGAAGCGCGATTCGCGCAACATCACGCGCAACCAGGTCGTCGCGGAAGCGCTTTACCTGGGCATGGGCGCCATGGGCGTTGCGCGTGGTGATGGTGCGCTGAGCGCGAGGGTTCTGGCGACCCAGTTACGCGACGTGACCTATGCCCTTTCTCGCGAAACCATGCAGGCCACCTTCAGCATGACCGCGCCTCAGGACAACACCAAGACTTACGGGGTCGACGAGGACAATATGCCAACGCTCGGCTGGGCCTACGGTGCGATGACCCTGAGCATGGGTTTCATGCTTGACTCGATCAGCGAACAGGTTCTACCGCCAGGCCAGACACTGACGAGTCCGGCACTGCTCGGGCCCGATCAGCAACCGTTGCTGGGCGAGGCACTGGCCTCCTCCATCCAGTCACTGGCCGGCACCCGAGCGGCGTTCAACACGGTAGTGGCAGCCCTGGACAATCATCTGCAACGGCATTTCGACACGCGCCAGGTCGGCACCAACCAGGAGTTGAAGCCGAACCTGCCGCTCAAGGACTATGGTCGGGTTCTCGATCAATCGCCGGCCCGTGTTGCCTGGGTCAGCCTTGCTGGCGCAATCAATATGGCCACCGGCGAAGCACTGCGCGACAAGGTCCCGCCCGCTCTTTCCGGTTTTCTCGGCAATCTGGGGACCGCTGCGGCCATGGGGCTGGCCTATCGCACGGTCAACCAAACGTTTCAGTCCCACGCTAGTGTGCGCAAGGCCGTCGACAAACAGTCGACGACAGCTGCCGCCGGGCAACAGCCAGCCTGA MDPIAPNLGRTLPDAQVELRHRHRGADLNALERGEAPDHLPAFTSRARAHVAGLSQAFHRDYLAPAGRATGALWESAKEHSAAVGNSVGRGAKLALSDSLANLPSSRTTLAAAGHTVQQMVNCGAPTYLRELAFMHAYSALNEGLAKKSPGAMLALQAAVSLTTIATQLYVRQPRLDRLAADSSDAVRGHFALSEAKWNALPPDKQDALRGQMKRDSRNITRNQVVAEALYLGMGAMGVARGDGALSARVLATQLRDVTYALSRETMQATFSMTAPQDNTKTYGVDEDNMPTLGWAYGAMTLSMGFMLDSISEQVLPPGQTLTSPALLGPDQQPLLGEALASSIQSLAGTRAAFNTVVAALDNHLQRHFDTRQVGTNQELKPNLPLKDYGRVLDQSPARVAWVSLAGAINMATGEALRDKVPPALSGFLGNLGTAAAMGLAYRTVNQTFQSHASVRKAVDKQSTTAAAGQQPA NA NA NA NA NA D1-35_03977 948 hypothetical protein ATGCATTCGTTCAGCTCGCGGTCCCGATCTTCGGGATCAATCCCGCCCCCAGAGCAAACGAGCACATGGTTGTCCGAGGCTGCGGAGCGGCTCGGCATCCCCTCTGCCCAGGCACGAACATTCGCCCGCAGCACCCAACTGTCATTGCCGGGGATGACCTTGCAATTGTCACTCTGGCAGACGTCTCCGGCTCAACAATGGGTAGCGTTTGGCCTGCTGTCACGGCCAGGCGGGTTGCCGGTTGAAGCCTGGAGCGAGTTGCTGCTGCGGTCCAATTGCGCCATATCGGCGATGAACACTAGCAGCGTGAGCCTGAACGACAGCGGTGACGCCTTGCTCGTACTGCGCCTCACCTCACAACCGCACCACCAGCGCGAGATGCTTGCCGATGAGCTGAGCGATCTGTTGTCCATCGCCGAAAGCCTCGTGGCGGGCGCTACCGCACTGCAAGGTAACAAGAGCGGGGCAACTGCACCCGTCAGCACGATGCCCAAGCAAAATGAGCGCTCCGCGCAACAGGCGCAGGCGGCGATGAATCGGCAATGGCATCGTCCAGTGCTGATCGCTGCGCTGCAACATTTGGGTGTCGCCGTCCCACCCGTCGAGCAGATCAAGACTGTCGGTGTCATCCAGGCCAACGGCCGTGTCTATGAAGTGATCGCTGACAGTGATCACCAACACCTGCTCGTCAGTACACCGCTGCCCACCTCACTGATCACGGCGACCCAACGCGAACGCGCACTACTGGCCAACCTACACCTGATGATGCTGACGCAATGTGCCGTGGTTCTCGCGCCGCACGGCAGCGCGTTACAGGCGCGCTGGAACAGCGCGGGGCTGGACGGTCAGGCCTTCGCCGAATGGCTGCTGGATTTCGGCCAACTGGCGGAAAGCTTCCGGCAGACCTCGGCCATTGGTACATCAAGGAATCTCGCATGGACCCGATAG MHSFSSRSRSSGSIPPPEQTSTWLSEAAERLGIPSAQARTFARSTQLSLPGMTLQLSLWQTSPAQQWVAFGLLSRPGGLPVEAWSELLLRSNCAISAMNTSSVSLNDSGDALLVLRLTSQPHHQREMLADELSDLLSIAESLVAGATALQGNKSGATAPVSTMPKQNERSAQQAQAAMNRQWHRPVLIAALQHLGVAVPPVEQIKTVGVIQANGRVYEVIADSDHQHLLVSTPLPTSLITATQRERALLANLHLMMLTQCAVVLAPHGSALQARWNSAGLDGQAFAEWLLDFGQLAESFRQTSAIGTSRNLAWTR NA NA NA NA NA D1-35_03978 1077 yscU Yop proteins translocation protein U GTGAGCGAAAAAACCGAAAAGGCAACGCCCAAGAAAGAGCGCGACGCGAGGGAAAAAGGCCAGGTTGGGCAGAGCCAGGACCTGGCCAAACTGCTGGTGCTGATGGTGGTCAGCGAAGTCTGTCTGGGCATGGCCGAAGAAAGCATGACGCGCCTGCAGCACCTCACCGAATTACCCTTGCGACGATTGAACGAACCCTTCACCAGCACGGCCGTCGAGCTCGGCGGCACAGCATTGTGGACGCTGATTTCCTTCATTGTGGCCAGCGTCGGCGTGGCGATCCTGATACGCCTGGCCGGCACCTGGATGCAGATCGGTTTTCTCTTTGCCCCCAAGGCCCTCGAGGTCGACCTCGGCAAGCTCAATCCAGTCGGCCAGATCAAGCAGATGTTCTCTAAACAGAATCTGATGAACCTGTTGCTGAGCATCCTCAAGGCACTGGCCATTGCGATCATTCTGTATGTCTCGATCATGCCCATCCTGGGCAAGCTGGTGCTGTTGGCCGACACCGATCTCGTTACCTACTGGCGCTCGTTGCTGGAGGTATTTCAGAGCATCTTGCGCAACACCCTTGGGCTGTTGCTGGTAATCGGGATGGTCGACTTTGCCCTGCAAAAATATTTCCACGCCAAGAAGTTGCGCATGAGTCACGAAGACATCAAGCAGGAATACAAGCAGTCCGAAGGCGATCCGCATGTGAAGGGTCATCGCCGTCAGCTGGCGCACGAATTACTCAACTCCGAACCCAGCACCGCCCCCCGGCCGGTCGAGGACGCCGACCTGTTGCTGATCAATCCAACCCACTACGCCGTGGCGCTGTTCTATCGGCCAGGCCAGACCCCTTTGCCGCTGATCCATTGCAAAGGACAAGACGATGAAGCACTGGCGCTGATCAAGCGCGCCCAGATCGCCAGGATTCCGGTGGTCCAGTGTGTCTGGCTGGCGCGCGCGTTGTACACCGTTCGTACGGGTCGACATATACCGCGGGAAACCCTGCTGGAGGTCGCGCACATTTACCAGGTCATTCGCCAGCTTGATGAGGTGACAGAGGAAATCATCCAGCTCGAAACCCACTGA MSEKTEKATPKKERDAREKGQVGQSQDLAKLLVLMVVSEVCLGMAEESMTRLQHLTELPLRRLNEPFTSTAVELGGTALWTLISFIVASVGVAILIRLAGTWMQIGFLFAPKALEVDLGKLNPVGQIKQMFSKQNLMNLLLSILKALAIAIILYVSIMPILGKLVLLADTDLVTYWRSLLEVFQSILRNTLGLLLVIGMVDFALQKYFHAKKLRMSHEDIKQEYKQSEGDPHVKGHRRQLAHELLNSEPSTAPRPVEDADLLLINPTHYAVALFYRPGQTPLPLIHCKGQDDEALALIKRAQIARIPVVQCVWLARALYTVRTGRHIPRETLLEVAHIYQVIRQLDEVTEEIIQLETH PGPT0029685_185 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029685-yscU|sctU|hrcU|ssaU-K03229 NA NA D1-35_03979 795 hypothetical protein ATGCCGTTCAATGCCGAGTATCTGTTCGAACTGATGCTCGGTATCGCTTTAGCCATGGCCCGGATCCTGCCGTGCATGATGCTGGTACCGGCATTTTGCTTCAAATACCTCAAAGGGCCGCTACGTTATGCCGTGACCTGTGCGGTTGCGATGGTTCCGGCGCCGAGCATCGGTCGGGTGCTGTCCGGACAACATGATAACTGGCTGATGATCGGTGGCTTGTTGCTCAAGGAAATGGTCCTGGGCGTGCTGTTGGGGTTACTGCTGTATATGCCGTTCTGGATGTTCGCGACGGTCGGCGCGTTGCTCGACAGCCAGCGCGGTGCACTCAGCGGCGGCCAGATCAACCCTTCCCTCGGGCCCGACGCGACACCGCTGGGCGAGCTGCTGCAGGAAGTGCTGATCATGCTGGTCATCCTCTCCGGCGGCCTGTCGCTGATCACCCAGGTTATCTGGGACAGCTACATCATCTGGCCGCCCACCGCATGGCTGCCGATCATGACGGTGGAGGGGCTGGACATATTGCTTGGCGAACTGAACAGGACCATCCAGCACGCATTGTTGTATGCGGCGCCGTTCATAGGGCTGTTGCTGCTGGTCGAGGCCGCTTTCGCCATCGTCGGTCTTTATGCCCAGCAATTGAATGTTTCGATTCTGGCGATGCCGGCCAAGAGCGTCATCGGACTGCTGTTTCTGCTGGTGTATCTGCCCACGCTCCTGGACCTGGGTAACGCCGAGCTTGAGCGCTGGTTCGATCTGAAATTTCTGCTGAGCCTGCTGGTAAAAGTCCCGTGA MPFNAEYLFELMLGIALAMARILPCMMLVPAFCFKYLKGPLRYAVTCAVAMVPAPSIGRVLSGQHDNWLMIGGLLLKEMVLGVLLGLLLYMPFWMFATVGALLDSQRGALSGGQINPSLGPDATPLGELLQEVLIMLVILSGGLSLITQVIWDSYIIWPPTAWLPIMTVEGLDILLGELNRTIQHALLYAAPFIGLLLLVEAAFAIVGLYAQQLNVSILAMPAKSVIGLLFLLVYLPTLLDLGNAELERWFDLKFLLSLLVKVP PGPT0029680_321 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029680-yscT|sctT|hrcT|ssaT-K03228 NA NA D1-35_03980 267 hypothetical protein GTGGAAGCGTTGGAGTTGTTCAAGCAGGGCATGTACCTGGTGGTAATTCTTACGGCGCCGCCGCTGATTGTCGCGGTGCTGGTGGGCGTATTGACGTCCCTCGTGCAAGCCTTGATGCAGATCCAGGACCAGACGCTGCCCTTTGGTATCAAGCTGGTTGCCGTGGGCGTGACCCTGGCGGCAACCGGCCGCTGGATCGGTGTCGAATTGATCCTGTTCATCAATATGGCATTCGACCTGATCGCTCGCACCGGAGGCGCCGTTTGA MEALELFKQGMYLVVILTAPPLIVAVLVGVLTSLVQALMQIQDQTLPFGIKLVAVGVTLAATGRWIGVELILFINMAFDLIARTGGAV PGPT0029675_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029675-yscS|sctS|hrcS|ssaS-K03227 NA NA D1-35_03981 654 spaP COG4790 Surface presentation of antigens protein SpaP ATGATTCTGGATGGCATGAATCCGATCATGCTCGTGCTGTTTCTGGGTGCGCTGTCGCTGATCCCCTTGTTTTTGATTGTCTGCACCGCATTCCTGAAAATTTCCATGGTCCTGCTGATCACGCGCAATGCCATCGGCGTGCAACAGGTTCCGCCCAATATGGCGCTGTACGGCATTGCCCTGGCGGCGACGATGTTCGTGATGGCTCCGGTGGCGTATGAAATCCAGCAACGGGTTGCCGACAACCCTTTGCAGTTTGGCACCGCCGAACAACTTCAGGCCAGCGTAGACACGGTCATCGCGCCACTGCAAAACTTCATGAGCCGCAACACCGACCCGGACGTCCTGGCTCATCTGGTCGAGAACACCCACCGTATGTGGCCTCCCGAACTGGCCGAAAAAGCCAGCAGCAAGGACCTGCTGCTGGCGATTCCGGCGTTCGTATTGTCGGAACTGCAGGCCGGGTTCGAGATCGGCTTTCTGATTTACATTCCGTTCATCGTCATTGATCTGATCGTCTCCAACCTGCTCCTTGCGCTTGGCATGCAAATGGTCTCGCCCATGACCATTTCGTTGCCGCTCAAACTGCTGCTGTTCGTCCTCGTCCAGGGCTGGACGCGATTACTCGACAGTCTGTTCTATTCCTATCTGTGA MILDGMNPIMLVLFLGALSLIPLFLIVCTAFLKISMVLLITRNAIGVQQVPPNMALYGIALAATMFVMAPVAYEIQQRVADNPLQFGTAEQLQASVDTVIAPLQNFMSRNTDPDVLAHLVENTHRMWPPELAEKASSKDLLLAIPAFVLSELQAGFEIGFLIYIPFIVIDLIVSNLLLALGMQMVSPMTISLPLKLLLFVLVQGWTRLLDSLFYSYL PGPT0029670_255 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029670-yscR|sctR|hrcR|ssaR-K03226 NA NA D1-35_03982 381 hrcQb Type III secretion protein HrcQb ATGAGCAATGACCGGCAGGATGAAGATCCGTTGTACGAATTCGACAATAACGATGAGGTGCCAGCCCAAGAGGCAAATGGCAAACAGCAGGAACAGCCAGGGCTGGCGCTCGCAAGCGACGAGCCCGCGCAAGACGCCGCGCCGCAGCAGCCATCTCCCCTGTCCGGCCTTACCCTGGCGTTGACCGTGCGGTGTGGCGAAGTGCGGCTGAGTCTCGAAGCGCTCGGTCGGCTGGCGGCCGGTAGCGTGGTCGATGTAACCGGCATGGCGCCGGGCGCCGCGACCTTGTGCCATGAAGACCGGGTGGTCGCCTACGGTGAGCTGGTGGACGTGGATGGACGCTTGGGCATGCAGATCACTCGCTTGGTATTTGATCAATGA MSNDRQDEDPLYEFDNNDEVPAQEANGKQQEQPGLALASDEPAQDAAPQQPSPLSGLTLALTVRCGEVRLSLEALGRLAAGSVVDVTGMAPGAATLCHEDRVVAYGELVDVDGRLGMQITRLVFDQ PGPT0029665_635 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029665-yscQ|sctQ|hrcQ|ssaQ|spaO-K03225 NA NA D1-35_03983 723 hrcQa Type III secretion protein hrcQa ATGAAAAAACTCAGCCTGCGGCGCCTGTCCAGCACAGCCTCAACGGCCTCCCTGGCGTTGGGGCGCGGCCGTTTTCTGGAGTTCACCAGCGGTGCTGAACAGATACGCATGACGCTCGGCCCGCTGGCACCTTGGGGCGTCGTGGCCGGCGAGCGCCACACAGGTTTTTCCAGCCGACACGGTCCCTTGTTGTTATCCAACGCCAACGCCCTGCTGAGCCTGTGCGGAGAAGTTCCGGTTCTTGCCACCGAGCCGCCGCAAGCCTGGTATTGGCAGTTGATCAATCAACAGCTGGCTCCCGGGCTGTGCGACCTGCTCGCCCCGTTGGAGCCACTGGCCGACGAGCCACTGCTCGACGATCGTCAGCAGTGCCGGGTGTTGATAGAGCGCGGCGCCGAAACGGCTTATGGGGTGCTAAGCCTCGGTGCGGCAACCCTGTTGCAGGTGCTCGATAACGGACCTTGGCGATTCATCGAACACGTCGTGCCAGAGCATTGGGCCCTGTCTCATCCGGTCATCGTTGGCCGCATGGACTTGCTGGCCAATGAGCTGCGCTCGCTACGTCCGGGCGATGTGCTGCTGCCCACCGACGCGGTCTTCGACATCCAGGGTCGGGGAAACCTGCAGTTGGGCCACCAGCGGTGGTCGGTGTGTACCGAAGACCGGAATGATCACTTACAGCTCAGGCTGATTCACGAGGAAGGTTCCATCAATGAGCAATGA MKKLSLRRLSSTASTASLALGRGRFLEFTSGAEQIRMTLGPLAPWGVVAGERHTGFSSRHGPLLLSNANALLSLCGEVPVLATEPPQAWYWQLINQQLAPGLCDLLAPLEPLADEPLLDDRQQCRVLIERGAETAYGVLSLGAATLLQVLDNGPWRFIEHVVPEHWALSHPVIVGRMDLLANELRSLRPGDVLLPTDAVFDIQGRGNLQLGHQRWSVCTEDRNDHLQLRLIHEEGSINEQ PGPT0029665_613 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029665-yscQ|sctQ|hrcQ|ssaQ|spaO-K03225 NA NA D1-35_03984 561 hypothetical protein ATGACCACTCCAATCAAGCAATCGCTGCCCCAGCGCCCCGCTGCGCCGACACCTTCCGCGGCGGCCACGAGACCCAGTGCCGCGGCATCCTCGACGCCGCCGGGCAGGGCTGCAGAGACCCAGCGCAACCGTACGGGCGATCCCGGTTCTGCCAGCGACGGCACCAGGCAGCTGAGTGCCGACGCGATGTTGTTCATGCAGATGCTTGTACCGCCGCCGCCCGCCTACTCGGGTGACCAGGGCAACTCGGGTAATGGTTCGAGTTCGTTCTCGATGTTTGCTCCGCTCGACGGGATACCAACGCAGCTGATTGATGAACTGGCCGTGCAGCTGCCGCAACACGGCAATCGCCCTTTCAGCGCCACCTTACTCATGCCCAACCTGGGTAAGGTGCAGATCCGTGCCCAGAAACGGGACAGCCATTGGGACATCGAGCTGGGCCTGGAACGGGCTGACGTGCTGGAGCGACTGAGCAAGCACCATGGCGCCTGTCAGCAAGCGTTCGCCCAGGCGTTGGAGCACGACGTCGAGCTGCGGCTACGGCCGACGGGGCATGCATGA MTTPIKQSLPQRPAAPTPSAAATRPSAAASSTPPGRAAETQRNRTGDPGSASDGTRQLSADAMLFMQMLVPPPPAYSGDQGNSGNGSSSFSMFAPLDGIPTQLIDELAVQLPQHGNRPFSATLLMPNLGKVQIRAQKRDSHWDIELGLERADVLERLSKHHGACQQAFAQALEHDVELRLRPTGHA NA NA NA NA NA D1-35_03985 444 hypothetical protein TTGGACGAAGACCTCGATATGGACCCGGAGCGCCAGGCGCTGGAGCGTGTCATTGGCCTGCTCGGCCCCTTGCGCCAGCACCGCCAGGCCAGTGCCGAGCGTGCCCGCGGGCGCCTTGCGCGGGAGCTGGCGAAGTTGCGCGAGCAACTGCTGGCGAGCGAAAGCTCAATGGACCAGGAACGTACCAATCAGAAGCGCAAGCGGCGCGCCTTAGCCGATACCCACCTGCAAACCACCCTGGAGCTGGCGGATATCGACCGCTGGCACGAAAAGGAGCGGCGCATGCTCGATCGCCTGGCACAGATCCGCCAGGACGTCAGCCAGTTGCGTTTGCATATCGAAACGCAGGAGCAGTCGTTGCAACAAGCACAACTGGACGTCAAGGCGCGACAACGTGCGGTGGAAAAACTGGCCTGCATGAGCGAGACACTCAGTGAGGAATAG MDEDLDMDPERQALERVIGLLGPLRQHRQASAERARGRLARELAKLREQLLASESSMDQERTNQKRKRRALADTHLQTTLELADIDRWHEKERRMLDRLAQIRQDVSQLRLHIETQEQSLQQAQLDVKARQRAVEKLACMSETLSEE NA NA NA NA NA D1-35_03986 1350 hrcN COG1157 Type III secretion ATP synthase HrcN GTGACCGATGCGCTTGAACAATGGGCCCGACAACAGCGTGCGCGACTGGCCAGTTGCTCGGCGGTGCGAATCAGCGGCAAGGTTTCGGCCGTGAGCGGGATCCTGCTGGAGTGCCAGGTACCTGCGGCCAAGATTGGCGATCTATGCGAGGTCAGCAAGGCGGACGGCAGCTCGATGCTGGCGGAAATCGTCGGCTTTACCGACCAGTGCACGCTGCTCAGCGCCCTTGGCACACCCGCCGGCATTCAAGTCGGAGCACGCATCCAACCACTTGGAATGGCGCATCGCATAGGCGTCGATGATCAGCTGCTCGGCAGCGTGCTCGACGGTTTTGGCCGACCATTGCTGGGCGATGGCGTCGGCGCTTTTGCCGATATCCATGACTGTCGCAGCACCACCGCGGTGATTGCCGATGCTCTGCCGCCGATGCAGAAACCACGCATCAGCAACCCGCTGCCCACCGGTATCCGCGCCATCGACAGCGCGATTCTGCTGGGCGAAGGGCAGCGCGTCGGCTTGTTCGCCGGCGCCGGCTGCGGCAAGACCACGCTGCTGGCAGAGATGGCCAGGAACATGGATTGCGAAGTCATCGTTTTCGGCCTCATCGGCGAACGGGGACGCGAACTGCGCGAGTTCCTCGATCATGAACTGGATGATGAACTACGCCAACGCTCGGTACTGATCTGCGCCACCTCGGATCGCTCCAGCATGGAGCGTGCGCGTGCCGCGTTCACCGCGACCGCCATCGCCGAAGCCTACCGTCAGCGCGGCATGAAAGTGCTGTTGCTGATTGACTCGCTCACCCGTTTTGCCCGCGCTCAACGGGAGATCGGCATCGCCGCCGGGGAACCGATCGGACGTGGCGGCCTGCCTCCCTCGGTGTACACCCTGTTGCCGCAGCTCGTCGAGCGCGCCGGCATGAGCGAGAACGGCTCGATCACCGCCATCTACACCGTGCTGATCGAGGCTGACTCGATGAACGACCCCATCGCCGACGAAGTCAGGTCGCTACTGGACGGGCACATCGTGCTGTCACGCAAGTTGGCCGAGCGCGGACACTATCCGGCCATTGACGTACCCGCGAGCATCAGTCGGATCCTCGGCAACGTCACCAGTCGCGAGCATGTCCGGGCCAATAACCGTTTGCGCCAACTAATGGCAGCGTACAAGCAGGTGGAAATGCTCTTGCGCCTGGGCGAATACCAGGCCGGCGCCGACCCGGTCACGGATCTGGCGGTGCAACTGAACGACAGCATCAACCGCTTCCTGCGCCAGGACCTTCGCGGGCCAGTAGCGCTTGATGAGACGCTAGCCCAGCTCAATCACATTACCTCGCAACTGGCGGACTGA MTDALEQWARQQRARLASCSAVRISGKVSAVSGILLECQVPAAKIGDLCEVSKADGSSMLAEIVGFTDQCTLLSALGTPAGIQVGARIQPLGMAHRIGVDDQLLGSVLDGFGRPLLGDGVGAFADIHDCRSTTAVIADALPPMQKPRISNPLPTGIRAIDSAILLGEGQRVGLFAGAGCGKTTLLAEMARNMDCEVIVFGLIGERGRELREFLDHELDDELRQRSVLICATSDRSSMERARAAFTATAIAEAYRQRGMKVLLLIDSLTRFARAQREIGIAAGEPIGRGGLPPSVYTLLPQLVERAGMSENGSITAIYTVLIEADSMNDPIADEVRSLLDGHIVLSRKLAERGHYPAIDVPASISRILGNVTSREHVRANNRLRQLMAAYKQVEMLLRLGEYQAGADPVTDLAVQLNDSINRFLRQDLRGPVALDETLAQLNHITSQLAD PGPT0029660_194 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029660-yscN|sctN|hrcN|ssaN-K03224 NA NA D1-35_03987 978 hypothetical protein ATGCTGAGTGCCTTCGCGATGTTTGAACTACGAGTATTGAACGGTCTGCACCAGGGCGCCGCATTGCCGTTGGTGGGTGACCAATGGGTGATTGGTGCCAATGACGAGCATGATCTGGCGTTATACGACCCGGGCATCGCCGCGCTCCATTGTCGGTTGAGCAGAACCGAGGAAGGCTGGAACCTGGCCGCCGAACAGATGCCCATCAACGATGACGAAGGTCGTGGGTCAAACGCTATCACGTTGACGCCGAATCAACCGTTCGCCCTCGCAAACGTCTGGCTGTGCGTGGCGCCCGCCGAAGAGCCTTGGCCTGACGTACCCGCGCTGGCGACGCCTGCGAATGCCAATGGCCAGGCGCCTCAGTCGTTATCGCCTTCCGCGCGCAAATCGATGCCCGGCGTGATCTCCTTGAAGCTGATATCAGCAGTAATCGCTGGTGTGGTCGTAGGTCTGGTCGGTGGCGCCTGGGGCCTTAGCCAATCCGAGGTGCCATCGGGCGCTGTCAAAGTTGCCCCGGCCCAGACGCCGAAAAATCCGACGCAGTCCTCTCCGGCGGCCGTTCCCGCCCGATCCGCCGACAGCACAAGCCTGAAGAATCGCGAGCAGATCCGCCGGCTCCTGACCACACAATTGGCGGAGCGGCTGCTCACGGAGGTTACCGTCGAAGAGCTTGACGAAGGCCTGGTGCTCAAAGGCAACCTCAAGGAGGAGGCGCTGGAGGTCTATCAGCGCATGCTCCAGAGTTTCAAAGAGCGCTACCCCACGACGGTTCCCCTGATCGATCACGTCGGCATTGTCGGGACCAACTTGCCGTTCACCCTTGTGCAAATCATCGCTGGCAACAACGCTCACCTGGTGACCGCCGACGGCCTGCAGATTTATGTTGGCGATGTGGTGCAGGGGCTGCGCCTGGTGCGGATAGAGGAGCACAAGATCATCTTCGATGGCGACCAGCATATCGAGGTGAGCTGGTGA MLSAFAMFELRVLNGLHQGAALPLVGDQWVIGANDEHDLALYDPGIAALHCRLSRTEEGWNLAAEQMPINDDEGRGSNAITLTPNQPFALANVWLCVAPAEEPWPDVPALATPANANGQAPQSLSPSARKSMPGVISLKLISAVIAGVVVGLVGGAWGLSQSEVPSGAVKVAPAQTPKNPTQSSPAAVPARSADSTSLKNREQIRRLLTTQLAERLLTEVTVEELDEGLVLKGNLKEEALEVYQRMLQSFKERYPTTVPLIDHVGIVGTNLPFTLVQIIAGNNAHLVTADGLQIYVGDVVQGLRLVRIEEHKIIFDGDQHIEVSW PGPT0029640_267 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029640-yscD|sctD|ssaD-K03220 NA NA D1-35_03988 2100 ssaV COG4789 Secretion system apparatus protein SsaV ATGAACCTGATTATCGATCTGTTGAACCGGCTGGCCCTCGCGGCGATGCGCCGCTCGGAAGTCGTCGGTGCGTTTATCGTGCTGGCCATCGTCTTCATGATGATCACCCCGATACCCACCTGGCTGGTGGACATCCTGATCGCTGTGAATATCTGCATCTCCTGCCTGTTGATCATGTTGGCCATGCAACTGCCCCGGCCACTCGCCTTCTCGACGTTCCCTTCGGTACTGCTGATCACGACCATGTTTCGCCTGGCGCTGTCGATTGCTACCACGCGCCTGATTCTGCTGGATCAGGACGCCGGTCACATCGTCGAGGCGTTCGGGCAGTTCGTGGTGGGCGGTAACCTGGCGGTCGGCATGGTGATTTTCATGATCCTGACGGTGGTGAACTTCATGGTCATCACCAAGGGCTCGGAACGGGTGGCTGAAGTAGGCGCACGTTTCACGCTTGACGCCATGCCGGGTAAACAGATGTCGATCGACAGCGACCTGAGAGCCAACCTCATCAGCGTGCACGAGGCCAAACGCAGGCGTTCGGAGCTGGGCAAGGAAAGCCAGCTGTTTGGCGCGATGGACGGCGCAATGAAGTTCGTCAACGGCGATGCCATTGCCAGCCTGATCATCGTCGCGATCAACATGATCGGCGGCATCACCATCGGCGTGGTGCAACATGGCATGACCGCTGGCGATGCAGTGCAGCTGTATACGGTTCTGACGATCGGCGACGGCCTCATTGCGCAAATCCCGGCGCTGCTGATTTCCGTGACGGCCGGCATGATCATCACCCGCGTGCCGAACGAAGATGCCGCCGGGCCGGCCAATATCGGTCGTGAAATTGCCGAACAGATCACCAGCCAGCCCAAGGCCTGGATCATCGCCTCGGCGGCAATGCTCGGCTTCGCCGCCATGCCTGGGATGCCGACCATGGTGTTCATCACGATCGCCATCATTTGTTGCGGCGGCGGCTTGTTGCAGATCAATCGCGCCAAACCCAAGGGTACGCAAGATCAAGCCGCCCCGACGACCCCGGAAAACAACGGACAGGAAGACCTGCGAATGTTCCTGCCCAGCCGCCAGTTTGTCCTGCAATTTCATCCCAGCCAGAGCGTTGAGCGGATCGAGGCACTGGTCAGCGAGATTCGTCAGCGCCGCAACCGTCTGGTGGTGAATTTTGGGCTCACACTGCCGTCGTTCATCATTGAATACCAGGCGCATCTGGAGCCGGATGAATTTCGCTTTACGGTGTACGAGGTTCCTGTACTCAAGGCCACATTCAACGAGGCATTGGTAGCTATCGATGGCTCTTCACAGGTCATTGACGACGATCAGCAATACAGCAAAGGCAGTTCGGAACGGCAGGAAGGCCAATGGATCTGGGTACCCGCCGATGCGGAGCTGCTGAGCAACAGCAATGCGCAACCCATCAGCCCCAGTACCCTGATCATCGAACGCATGGAGCGCGCGCTGCAGGTTTGCGGCCCGCAGTTCATCGGGTTGCAGGAAACCAAAGCGATCCTCGGTTGGCTGGAAACAGAGCAACCGGAATTGGCGCAGGAGCTGCAGCGCGTCATGCCGCTGGCGCGTTTTTCTCAAGTGCTGCAGCGGCTGGCTTCCGAATGCGTGCCCCTGCGCGGCATCCGGGTGATTGCCGAAACCTTGATCGAACATGGGCAACATGAGCGCGATGTCCTGGCACTCACCGATTATGTCCGCATCTCGCTCAAGTCACTTATCTACAACCAGTATTGCAGCCAGGAAGGACTGCTCGTCTGGCTCTTCACCCCCGAGAGCGAAGGCATCCTGCGTGACAGCCTGCGTCAAACGCAAACCGAGACGTTTTTTGCCCTGAACAGCGAATCCAGCCTGATGCTGGTCCAGCAATTGCGCATGGCTTTCCCACAGCGATCGTCTGAACGCGCAGTGATGCTGGTCGCCCAGGATCTGCGCGCCCCGCTACGGACGTTATTGCAGGACGAGTTCCATCACGTGCCGGTGCTCTCCTTTGCCGAGATCACTAATGCTTCCGAGGTAAAGGTCCTCGGCCGTTTCGATCTGGAAAACGAATTCCTGCCCTTGGAAGACGACTATGCGGCTTGA MNLIIDLLNRLALAAMRRSEVVGAFIVLAIVFMMITPIPTWLVDILIAVNICISCLLIMLAMQLPRPLAFSTFPSVLLITTMFRLALSIATTRLILLDQDAGHIVEAFGQFVVGGNLAVGMVIFMILTVVNFMVITKGSERVAEVGARFTLDAMPGKQMSIDSDLRANLISVHEAKRRRSELGKESQLFGAMDGAMKFVNGDAIASLIIVAINMIGGITIGVVQHGMTAGDAVQLYTVLTIGDGLIAQIPALLISVTAGMIITRVPNEDAAGPANIGREIAEQITSQPKAWIIASAAMLGFAAMPGMPTMVFITIAIICCGGGLLQINRAKPKGTQDQAAPTTPENNGQEDLRMFLPSRQFVLQFHPSQSVERIEALVSEIRQRRNRLVVNFGLTLPSFIIEYQAHLEPDEFRFTVYEVPVLKATFNEALVAIDGSSQVIDDDQQYSKGSSERQEGQWIWVPADAELLSNSNAQPISPSTLIIERMERALQVCGPQFIGLQETKAILGWLETEQPELAQELQRVMPLARFSQVLQRLASECVPLRGIRVIAETLIEHGQHERDVLALTDYVRISLKSLIYNQYCSQEGLLVWLFTPESEGILRDSLRQTQTETFFALNSESSLMLVQQLRMAFPQRSSERAVMLVAQDLRAPLRTLLQDEFHHVPVLSFAEITNASEVKVLGRFDLENEFLPLEDDYAA PGPT0029690_219 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029690-yscV|sctV|hrcV|ssaV|invA|rhcV-K03230 NA NA D1-35_03989 1113 hypothetical protein ATGAAAATCCCCGGCTTTACCCCAGTCGCGATTCATCCGGTCAATCCGGCGAGCGCTCGACCGGCGCTATCCGCTCCACAGACGGCATCGCACATCGCCAAAGACCAGGGCACCACGCCGCAGCAGGTCGCGCGATTCACCTCGGCGCTGATCCAGCAAAGCAAAGAGCTCAGCCAGCGTGAACTGGTCATCGGCAGTACCGCCTTGCAGTCGAAGGCGATGAAGCTCGGCGAGCTTTACCAGATGCTGATGGGCAGTCATGACAAAAGGCTGGATGAAGCAGTGCGTACGCTGCGTCAGACCTTGAAACGGCAACGCCCCGATGAGTCGCAGCTTGCTCGGGTGCTCGCCTTCGCGAGCGGGGACCCGGCCAAAGCACACGTCATGCTGCAGGCCGCAATGAAACAAGCGCATCACGAAGGTGCCAGCGATGAGCACCAGGCGCTGTCGGGGCACGCCAGCGCGCTCCGACAGCGACATGGCAACAGAGCCCGCGCGGGCGTCAATACTGCGCGGGCCTTTTCCAGATCCGGGCTGGATGCCCAACGACGCAAGAACCTGCGGGAACTGTATTACAACGCCGTCGTGGGTCAGCCCACCATATCCAGCCTCATCGACACACTATTGAGTCAAGAGGATGGCGAAGCGCAATTCGAGCCAACCTTGCGCGATCTGCGCCGAGCCATCGCCGACGACCTGGCCGCGGCCAATCCCTCTGGCCCTCGCCAGCAATTACGCATTTTGATGCATGGCGTGAATACCGCCCGGCATGTGTCGACTTTGCTTAAAAGCTGCGAACACCTTCTGGGACGCATGCGCGACAAGAACCCGCAACTGCAAGTGAGCGCGCCAACCTTCCTCAAACACTTGCTGGTGCTCTCGGGCAAGGGCATGAACCTGCAGGAAACCTTGCAGCTCACGCAGTTTATCGGTGGTGCCCAACTCAAGCACCAGCTGTCATTTCTCAACGGCCTGCGCCCAATGCTCCAGCAGTTGCCTGTCTTGCTGTGGCAGGACCTCAAGTCCCGGCAGAACGCGCTGGGGAACCTGTTATTGCTGATGGCCGAGCTCACTCAGCAAGAGCAAAACCAGCTCAAGGGGAACCCGGCCTGA MKIPGFTPVAIHPVNPASARPALSAPQTASHIAKDQGTTPQQVARFTSALIQQSKELSQRELVIGSTALQSKAMKLGELYQMLMGSHDKRLDEAVRTLRQTLKRQRPDESQLARVLAFASGDPAKAHVMLQAAMKQAHHEGASDEHQALSGHASALRQRHGNRARAGVNTARAFSRSGLDAQRRKNLRELYYNAVVGQPTISSLIDTLLSQEDGEAQFEPTLRDLRRAIADDLAAANPSGPRQQLRILMHGVNTARHVSTLLKSCEHLLGRMRDKNPQLQVSAPTFLKHLLVLSGKGMNLQETLQLTQFIGGAQLKHQLSFLNGLRPMLQQLPVLLWQDLKSRQNALGNLLLLMAELTQQEQNQLKGNPA PGPT0029715_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_III_SECRETION_SYSTEMS CE-TYPE_III_SECRETION_CORE_APPARATUS,PGPT0029715-yscW|sctW-K04058 NA NA D1-35_03990 471 rpoE_1 ECF RNA polymerase sigma-E factor ATGGTGCAAAAGGTGCGGTTGTTTATCAGGGCCAAGGTCGCGAACCCTGATGATGCGGAGGATCTGCTCCAGGCGACCTTTCTCGAAGCGCTGCGTAACGAGCACAAGTTTCGGCACGATTCGCTGTTGCTGACCTGGCTCTGCGGCATTGCACTCAACCTCATTCGCAGCCATTTCAGACGTCTCTACAACCAGCCGTTTCATGACGACCTGCAGGAATGCGGCGTATTGGAGATGGCCGACAGCCGCGACATTGTGTCCGAGGTCAGTGGCTTCCGTCAGCTGGCGCGAGTCTTTCGCGCAATGGAAACCTTGCCGCCGAATATGGAGGAGGTGATCCGGGTCGCGATGGAAATGGAGGGTAATTATCTGGAAACCGCCGCTCGGCTGGACATACCGATTGGCACGGTGCGTTCGCGCCTTTCGCGCGCTCGCGAGCAACTCAAACGGCGAGTCTCCAGCGAATACTGA MVQKVRLFIRAKVANPDDAEDLLQATFLEALRNEHKFRHDSLLLTWLCGIALNLIRSHFRRLYNQPFHDDLQECGVLEMADSRDIVSEVSGFRQLARVFRAMETLPPNMEEVIRVAMEMEGNYLETAARLDIPIGTVRSRLSRAREQLKRRVSSEY NA NA NA NA NA D1-35_03991 921 hypothetical protein TTGAGCCTGTCTATCTCTCCCACTCGTAACTCCACCCCTGAAGCGCTGCTTGTACCCGAAAACAGCAGTGAGCGGTTTGCCCGGCACCCCGGCTCGAATCCTGCGGTCACTGGCGATATGTTTGCGACTCGCCCTGAGCGGCCGATCAACTTCGGTCAGCCTTCGCAGGTGGCGGATCAGCCCATACCTGCACAAAAGAAGAGTGAGGCCGAGCAAGCCGACCTGATGATGCAACTGATGGAAGTCATCATGCAGGCCATCATGCAATGGCTTCATTCCTCGATGAATAGACAGGAAGGATCTGATGGCGGCGGGGCATCCCAGCCGGGACCTCAACCCCACAATACGTTGATGGCGCAACCGAGTGGTGGCGGTGGTGGTGCGCCTGGCGGGCCGATCAACAATGCGCAGGCCGGTGGTGTGGCAGGCAGTCCGGCATTGCGCGGGCAGGATGGGTTGCACTTGCCCGCTCAATTGGAGCCGTATCGCCAGGATATCGTCGACGCGTCCAATGCTACAGGCGTCCCCGGCAACGTGATTGCAGCACAGATCTGGGCGGAGTCCAGAGGCAACCTGAACTCCAGCAGCACCAACGTCAACGGCAAGACCGACGCCGGCTTGATGCAAGTCAACGCTGACACTTTCGCTCAATTGAAGAGGGAAAATCCGGCGCTGCTGGGCAATGCCGACGTCAACAACCCCCGCGACAACATCATGGCGGGAGCCCTCTATCTGCGCGACCAGACCCAGGCGTTTGGCGGCGACCTCGGCGCCGGGCTGCGCGCCTATAACTCTGGTCCTGACAAGGTCAATCGAAACGACCTGGCTGATACCGGAGGGGTAGGCGATCCCGGTTACCCGGCCAACGTACTGAAGTTCGCCGAGATCATCGCGAGCGGCAAAGGTCAGCTGCCCGGCTGA MSLSISPTRNSTPEALLVPENSSERFARHPGSNPAVTGDMFATRPERPINFGQPSQVADQPIPAQKKSEAEQADLMMQLMEVIMQAIMQWLHSSMNRQEGSDGGGASQPGPQPHNTLMAQPSGGGGGAPGGPINNAQAGGVAGSPALRGQDGLHLPAQLEPYRQDIVDASNATGVPGNVIAAQIWAESRGNLNSSSTNVNGKTDAGLMQVNADTFAQLKRENPALLGNADVNNPRDNIMAGALYLRDQTQAFGGDLGAGLRAYNSGPDKVNRNDLADTGGVGDPGYPANVLKFAEIIASGKGQLPG NA NA NA NA NA D1-35_03992 1359 hypothetical protein ATGGGTATCAATAGCGTCCCATTGCGCAGATTACAGAACCATCCCATTGATGATGCGCAATCAACGAATCTGGAGCGAACGGGGGAGGTGCTGTCTGTTAATGGCGACAACTCTCAAGAATTGGCCGCGTTGAAAAGCAAACTGGACGCTCTGTTCGAACCCCACAGGACGGCTGAGAACCATGCGCAAATGGACGCCTTGATTCATGATCGCGCCGTTGAGTTGAAGGAAATGGGCGAGACGCCGGAGACGCTTGAGGCGCTGCTAGAAAAAGCGGCGCGCATGGATCGTGTAACGGCTCCGGTGCAAGGGGCGGTGGCTTCCGCACCCTTTGCTGCGGCCTCGGTTATTTTGGACAAAGTGCCCGCGGTGACAGCTCATGTTGCGCATAGTCCAGCCTTGACCGGCTTCGTGGCGGGCTCGTTTTCCGGTGCGATGGACGCGGTGGGCGGTGGTCTGCTGGCGAGAGCGACGCATGACACTTATTGGCTGAAACCGCCAGCGGAAAAATTGGAACCGGTGATGCAACAAGCCCTGACTTTCAGGAAAGAGGAAACCAGGGGGGGTAACGCTAAAGAGTCTGCGCTGTCCTGGCAGACGTTCAGTGTCCGCAATGCTGTGCGCCTCGGGGTGGCCGGCGCCATGAATGCAACCGTCGGACCGAAGGCTGCCGCCGCGGTTGATACGGCTATCGCCTCAGCAGGAGCTTTGGCGGCCGGCGCAGGTTATGCCCACCTGATGAATAAAAACGACTTGAACGCTCATCGCGCCGGGCCGGCCTATCTTTTGGGTCGAACCGACTGGAAAGATCAATATCAGGCATTGAAGGAGAGTACGACCTTGAGCCCGATCGCAAACGGGGCCAAACGCCTCGCCGCAATGCCTCTGAACCTCCTGACCGATGCGACGAGGTCTTTAAGCGGCGCGTTATCCTTTTCCAGCATGGTGTCTAACGCAGGTGTATTGGGCGGCGGTTTTGCTGTGACCTCGCTGGCTCGCGATGCGGCCAGGAATCTGGCATCCCAGAATGGCTTGGGGCCAGGAGAGGTCGCTGTGGTGGATCATACGGTCAACCTTGCCATGTCAGCGCTTACCTTTGGTTCTTATGGGGTGGCCAGTGTTGCGACCGAGCCCCTCAGCGACGCGGCCGTCAAAGTGTTGCAGGAGGACGTTCCGGCGAAAGCGCAGCAGGCTACTGATGCAACTCTTGAGGCTGGCAAGGCGGCGGTACATATGGTGCGCGAGCAGGCACCCGTGCTGGCGCGAAGCGTCGCCGCCACCGCAAGAGATATGACGGACCGTGTGCTGGAGCATCGCAGACTCAGGACCGGAGGGGACACGACCGAGAGTCCCGTCTGA MGINSVPLRRLQNHPIDDAQSTNLERTGEVLSVNGDNSQELAALKSKLDALFEPHRTAENHAQMDALIHDRAVELKEMGETPETLEALLEKAARMDRVTAPVQGAVASAPFAAASVILDKVPAVTAHVAHSPALTGFVAGSFSGAMDAVGGGLLARATHDTYWLKPPAEKLEPVMQQALTFRKEETRGGNAKESALSWQTFSVRNAVRLGVAGAMNATVGPKAAAAVDTAIASAGALAAGAGYAHLMNKNDLNAHRAGPAYLLGRTDWKDQYQALKESTTLSPIANGAKRLAAMPLNLLTDATRSLSGALSFSSMVSNAGVLGGGFAVTSLARDAARNLASQNGLGPGEVAVVDHTVNLAMSALTFGSYGVASVATEPLSDAAVKVLQEDVPAKAQQATDATLEAGKAAVHMVREQAPVLARSVAATARDMTDRVLEHRRLRTGGDTTESPV NA NA NA NA NA D1-35_03993 1701 hypothetical protein ATGCCTGATCGTAAAGCCAGCCTTCTTTTCGCCGCAGCCACCGCCACTGCCGTCATGGCCGTCACCGCGGCGGTGGGGCCCATCACGTTGTTCTGGACCAACGAGACGCGTCTGGAGCGAAACGTGGTCGAGTCGCAGATCGAGTGTATCCGCAACGTTCAGGGGTTGCTGGTCGATGCCGAGACCGGTGAGCGTGGCTACGCCTTGACGGAAAAGGACGACTTTCTACAGCCGTACTATGTCGCCGTGTCTCGACTGTCTGCTGCCCTCAAAAGCCTGCGAAGTGCCTATCAAGGCGATCCGGCCGAAGAGATTGCGCGTGTCGAAGCGTTCATCCGACGTGCCGAACTGAAAATGGTCCACCTGGACAGGGTCGTGAAGCTGGTCAGCCATAGTGGCAATGATGCGGCCGAGGCCGAGATCGCCGCTGGCGGCGGCAAGGACCTGATGGACACGGTGCGCACCCTCAGTGCGGAGCTTATTGCTGACGAAACCGAAGAGCTCGTGGCGCTCGAACGCCAGCTGTTGAGCAACATTCGCTGGGCGGTGGCGATTTCCATCCTCAGTTTTATGGTCACTTTGGGTTTGGGGCGTTTTATCTACCTGTCCATGCGCAGCAGTGTCCGCCGTCAATCGGAGTCTGCCGCGGCGGCCAACCTGGCCAGCGATCAATTTGGCCTGAGCCTGGCGCGTTTGAAACGTCGCAATGGCGAGATTGGCCTTCTCGCGGAAATGGCGAGGTTGATGCAGACGGAACTGTCGCTGAAGGAAACGCTCCAGCTGGCCAGCACTTACTGCCAGCGATTGATACCTGCCAGCGAAGGGGAGTTCTTCCTCTATCGCAACTCGGCTGATGTCCTGCAACACGCCGCTGCGTGGGGGCAGGCTGAGGAAAAAGGCTCCGATGCAATACTCAACCCCAAGGATTGCTGGGCGATCCGGCGTGGACGCTGGCATTTGTCGGTGCACAACCACGATCTTTGCTGCCCTCATTACCCAGCAGCGTCCGGCACTGACCCGGTGGCTGACTGTTGTCTTCCGTTGATGGCTTACGGTGAAATCCTCGGCCTGTTGCATATCCGTCAAGTCGGCTTGCGCGACCTGTCCGAGGAGGGCCTGCAGATCGCTGAAGCCGTGGCTGAACAAACGGCGCTGGCATTGGCGAATGGTCGCATGCGCCAGGTACTGGAAACCCAGTCCATAAAGGATCCGCTGACCGGGCTGTACAACCGCCGCTTTATGGACGAGACGCTCAACCGCGAGCTGGCGCGCTCCGAGCGCAACGGGTCGTGCCTGAGTGTCGTGATGATCGACCTCGATAACTTCAAGCAATTGAACGACTCTTATGGCCACTCGGCAGGCGACGCGGTGCTTCGTGCGGCCTCGACCTTGATGGTGCAATCGCTGAGAGCGTCAGACATTGCTTGTCGATTTGGCGGAGAAGAGCTGATTGTCATCCTGCCGGAGTGTTCATCCGAAGGCGCCGCTTTACGCGCTGAGGCCATACGAGCGGCGTTGGAAGAAATGACGCTGACCGATCACGGCCAGACGCTCACGGTGACCGCTTCTTTTGGCGTGTCTTCCACAGAGACCAGCGGAATTGATCAAGGCGCTCTTTTAAAGGCGGCCGACTCGGCGCTTTACGCAGCCAAGCGATCAGGAAAAAACCGAGTTGAATCCTGGCCTGTACGGAAAAGATGA MPDRKASLLFAAATATAVMAVTAAVGPITLFWTNETRLERNVVESQIECIRNVQGLLVDAETGERGYALTEKDDFLQPYYVAVSRLSAALKSLRSAYQGDPAEEIARVEAFIRRAELKMVHLDRVVKLVSHSGNDAAEAEIAAGGGKDLMDTVRTLSAELIADETEELVALERQLLSNIRWAVAISILSFMVTLGLGRFIYLSMRSSVRRQSESAAAANLASDQFGLSLARLKRRNGEIGLLAEMARLMQTELSLKETLQLASTYCQRLIPASEGEFFLYRNSADVLQHAAAWGQAEEKGSDAILNPKDCWAIRRGRWHLSVHNHDLCCPHYPAASGTDPVADCCLPLMAYGEILGLLHIRQVGLRDLSEEGLQIAEAVAEQTALALANGRMRQVLETQSIKDPLTGLYNRRFMDETLNRELARSERNGSCLSVVMIDLDNFKQLNDSYGHSAGDAVLRAASTLMVQSLRASDIACRFGGEELIVILPECSSEGAALRAEAIRAALEEMTLTDHGQTLTVTASFGVSSTETSGIDQGALLKAADSALYAAKRSGKNRVESWPVRKR NA NA NA NA NA D1-35_03994 744 hypothetical protein ATGAACCACCCCGACGGGCACGACAGCGCACTTGACCACTTCATCTGGCCGTTGACGCCAGGTGGCATTCTGGACCGCAGAGACCTGTTGCTTCGCCTGGGCGCTGAACAGCGACTCATGGCCGCCCAGGACCCTACGTGCAGGCGCGATCAACGTGACTACCTGCTTTCACTGATCGATTCGGCCTCGACACTGAACCATGGCGCTGAGCAAGGTTCAGGCTTCGATGCCCAGCGAATGCGTAACGTCATCACCGAAGCCGCCACAAAAAGCCATTGGGGCAAGGGCAAGCCTTCGGAAGGTCGCCGAACGCAGGGCATCGCCGCCCACTACGATGCGCAGAGCTACATGGCCGCGGTACTCGATGTCGAGCTGAGCGACGAGGGTCGCCTGATTGTGCATGACACCGTGTTTGTCGCGGACCTGGGCGCTGTAGAAAACCCCGGCCGCCTGCGCGCTCAGCTGGAAGGCGCGTGCCTGATGGGCGTGGCGTTCGTGGCATCTTCCGAATTTGGCGCGACGGCGACTGACCTGTGCCCGGCCATCGCCCAGCGGCCCCGCTGGCCACTCGTCTCATGGTTGCCAGGGCACATCGCGGTACACCTGATCAACCCAACGGCTGCGCTCCAAGGTTTCCAGCCCAGCCTGATGAGCTACGTACCGGTCGTCCGGGCCTTGTGTAATGCGATGATCAAATTGGCAAACGCTCCAGCGAATATTCGGCCGGCGTCCTTCGCAAGCTAG MNHPDGHDSALDHFIWPLTPGGILDRRDLLLRLGAEQRLMAAQDPTCRRDQRDYLLSLIDSASTLNHGAEQGSGFDAQRMRNVITEAATKSHWGKGKPSEGRRTQGIAAHYDAQSYMAAVLDVELSDEGRLIVHDTVFVADLGAVENPGRLRAQLEGACLMGVAFVASSEFGATATDLCPAIAQRPRWPLVSWLPGHIAVHLINPTAALQGFQPSLMSYVPVVRALCNAMIKLANAPANIRPASFAS NA NA NA NA NA D1-35_03995 918 COG2326 Polyphosphate:ADP phosphotransferase ATGTCCTCGACAGACGACACCTTGATACAGCGCATCCACCGTGAACTGCTCGATCACAGCGATGAAGAACTGGAGTTGGAGCTGGCCGAAGACGGACACGACCTGGATGCCCTGTTCGATGGACAGGCTCCAGAAGGATCAGAAAAAGAAGCCCGGAGAATCTATTTCAGCGAACTGTTCCGCCTGCAAGGCGAACTGGTGAAGTTGCAAAGCTGGGTGGTCAAGACGGGCCACAAGGTCGTGATCCTCTTCGAAGGGCGCGACGCTGCCGGCAAAGGCGGAGTCATCAAACGTATCACCCAGCGCCTCAACCCTCGGGTCTGCCGGGTGGCCGCCCTGCCCGCCCCGAACGACCGCGAACGCACCCAATGGTATTTCCAGCGCTACGTTTCACATTTGCCGGCCGCCGGTGAAATCGTCCTGTTCGATCGCAGCTGGTACAACCGCGCCGGCGTCGAACAGGTCATGGGCTTTTGCAACGACGATCAATACGAAGAGTTCTTCCGGACCGTGCCCGAGTTCGAGCGCATGCTGGCCCGCTCAGGCATCCAGCTGATCAAGTACTGGTTCTCCATTTCCGACCAGGAGCAGCACCTGCGCTTTCTCAGCCGTATCCACGACCCGCTCAAGCAATGGAAACTGAGCCCCATGGACCTGGAGTCCCGGCGGCGCTGGGAGGCGTACACAAAGGCCAAGGAGATCATGCTTGAACGCACCCATATCGCCGAGGCGCCATGGTGGGTCGTGCAAGCCGACGACAAGAAAAAAGCGCGACTCAACTGTATTCACCACCTGCTCGGCCAGATGCCCTATGAAGAAGTCGAGCTCCCGGCGATCGAGCTACCGGAACGCGTCAGGCAGGAAGACTACTTCCGCAGTCCGACGCCGCCGGAAATCGTCGTTCCTCAGGTTTATTGA MSSTDDTLIQRIHRELLDHSDEELELELAEDGHDLDALFDGQAPEGSEKEARRIYFSELFRLQGELVKLQSWVVKTGHKVVILFEGRDAAGKGGVIKRITQRLNPRVCRVAALPAPNDRERTQWYFQRYVSHLPAAGEIVLFDRSWYNRAGVEQVMGFCNDDQYEEFFRTVPEFERMLARSGIQLIKYWFSISDQEQHLRFLSRIHDPLKQWKLSPMDLESRRRWEAYTKAKEIMLERTHIAEAPWWVVQADDKKKARLNCIHHLLGQMPYEEVELPAIELPERVRQEDYFRSPTPPEIVVPQVY PGPT0002690_818 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002690-ppk2-K22468 NA NA D1-35_03996 1032 pstS_1 COG0226 Phosphate-binding protein PstS ATGAAAAGTTTGATGAAGTCTGCTGCGCTCGCCGTTACGGTTTCTCTTTGTGCCACCTCGGCGTCCTTCGCTGCAGAGAATGTCCGTCTGACGGGGTCCGGGGCGAGTTTTCCAGCTCCGATCTACCTGACCTGGTTCAAGGATTTCAGCAAGAAATCGGACGGTGTCACCGTGGATTACCAATCCAAGGGCAGCGGTGCGGGCGTACAGGACTTTCTGAACAAGACCGTTGATTTCGCCGCCAGTGACTCGGCGATGAAAGAAGAAGACATCGCCAAGGTTGCCGAAGGCGTGCAGTTGTTGCCGATGACCGCCGGTGAAATCGTGCTGGCCTACAACCTGCCGGGCAATCCCAAGGGCCTCAAGCTGCCACGCGATGTGTACTCGAACATCTTCCTGGGCAAGATCACCAGATGGAACGATCCGCAGATCGTTGCCGCCAACCCGGACCTGAAACTCACCGATACGCCGATCACCGTCGTTGTACGTGCGGACTCCAGCGGTACCACCGCGGTGTTCACCAAGCACCTGGCAACCATCAACCCGGAGTTCAAGACGGCGCTGGGCGAGGGCAACACCGTCAACTGGCCGGCCAGTGACAAGTTCATCAAGTCGCCGAAAAACGATGGCGTGACCGCGACTGTGCGTCAGACCCCGGGCGCGATTGGCTATATCGAATACGGCTTCGCCAAGCTCGCCAAAGTCGACTTCGCCCAACTGCAGAACAAGGCCGGCAAGTACGTCGTGCCGAACGCCGAGAGCGGTGCAGAGGCCCTGGCGGCGGTGAAGATGCCGGAAAACCTGGTGGCCTGGCTGCCGGATCCGGACGGCGCCAAGTCCTACCCGATCACGTCCTACACCTGGATGATCTTCCGCAAGGACAACGGCAACCCGGCCAAGGCCAAGGCCATGCGTGAAATGGTCGAATACAGCCTGACCGAGGGGCAGAAGATTGCCGATTCGATGGGTTACATCCCATTGCCGGCGTCGGTCGTCGAGCAGGTTCGCAAGGCATCCGCCAACATTCAGTAA MKSLMKSAALAVTVSLCATSASFAAENVRLTGSGASFPAPIYLTWFKDFSKKSDGVTVDYQSKGSGAGVQDFLNKTVDFAASDSAMKEEDIAKVAEGVQLLPMTAGEIVLAYNLPGNPKGLKLPRDVYSNIFLGKITRWNDPQIVAANPDLKLTDTPITVVVRADSSGTTAVFTKHLATINPEFKTALGEGNTVNWPASDKFIKSPKNDGVTATVRQTPGAIGYIEYGFAKLAKVDFAQLQNKAGKYVVPNAESGAEALAAVKMPENLVAWLPDPDGAKSYPITSYTWMIFRKDNGNPAKAKAMREMVEYSLTEGQKIADSMGYIPLPASVVEQVRKASANIQ PGPT0002625_3631 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 D1-35_03997 966 pstC COG0573 Phosphate transport system permease protein PstC ATGAACAAACCTTTTGTCGTACCGGTTAATCCGGACTCTGCCTGCCAGCCACCCTCGACGAAGGATTTCCTGGTTGATCGCACTTTCCGTGCGCTAGCGCGCATCGGCGTGGTGCTGATTCTGGCGCTGGTATTTGCGCTGGTGTTCGAGGTGGGACGCAAGGCAATTCCCGGCATGGAGAAACACGGTTTCGACGTGCTCCTGGGCAGCGTCTGGGACGTCAACCAAGGCAAATACGGCATCCTGCCGGCTATCTGGGGCACGCTTTACAGCGCCTTGATCGCGTTGCTGATCGCTGGGTTTTTCGGCGTCAGCATGGCGATTTTCCTGACCCAGGATTTCCTGCCGCCCAAGCTCGCCGCCATTTTCCGCACCATCGTCGAACTGCTCGCGGCCATCCCCAGTGTGGTTTATGGCCTGTGGGGGATCTACGTGGTCATCCCGGCGATCCGACCGTTGACAACCTGGCTGAACAGCGAACTCGGCTGGATACCTTTTTTCGGCACGTCCCTGAGCGGGCCAGGGCTGCTGCCGGCGGCGCTGGTGCTTGCGATCATGATTCTGCCAACCATCGCAGCCGTTTCGCAGGATGCGCTCACCGGCGTACCGATGAAAACCAAGCAGGCCGCCTACGGCATGGGGACGACTCACTGGGAAGCGATTCTCAAGGTGATGGTGCCTTCCGCCGCCACCGGCATCTTCGGCTCCCTGGTGCTGGGCCTCGGGCGTGCCCTGGGCGAGACGATGGCGCTGGCCATGCTGGTCGGCAACGCCAACAACATTTCCCTCTCGCTGTTTGCTCCGGCCAACACGCTTGCTGCCCTGCTGGCGTTGAACTTCCCCGAGGCCGGGCCGAACGAGATCGAGGTGTTGATGTATGCCGCCCTGGTATTGATGTTGATTACGCTGATCGTGAACATTTTTGGTTCGATGATCATGATGTATGCCCAACGGGGTAACAAGTGA MNKPFVVPVNPDSACQPPSTKDFLVDRTFRALARIGVVLILALVFALVFEVGRKAIPGMEKHGFDVLLGSVWDVNQGKYGILPAIWGTLYSALIALLIAGFFGVSMAIFLTQDFLPPKLAAIFRTIVELLAAIPSVVYGLWGIYVVIPAIRPLTTWLNSELGWIPFFGTSLSGPGLLPAALVLAIMILPTIAAVSQDALTGVPMKTKQAAYGMGTTHWEAILKVMVPSAATGIFGSLVLGLGRALGETMALAMLVGNANNISLSLFAPANTLAALLALNFPEAGPNEIEVLMYAALVLMLITLIVNIFGSMIMMYAQRGNK PGPT0002620_2681 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 D1-35_03998 912 pstA COG0581 Phosphate transport system permease protein PstA ATGACAGACCTCACTGCAGCAACAGACTTGACCGCGCCAGCGGGCGCGATGCCCAGCTTGCAGCGCAAGTTCGAAGGCCGCGCGTTGCGCAGCCTGATCCTGACCACCCTGGTCTGGACCGGCGCGCTGCTCGCCAGCGTGCCGCTGATTTCCGTGCTCTACATGCTGATCACCCGTGGTGGCGCGCGCCTGAACCTGGAAGTCTTTACCGAACTGCCACCGACCGGCTTCGAGATGGGTGGCGGCTTCGGCAACGCCATGGCCGGTACCTTCGTGATGGTCGGTATCGCGGCAGCCATCGCGGTGCCGATCGGCATCATGGCCGCCGTCTTCCTGGCGGAGCTGGGGCCGGACAGCAAATTGGGCAACGCCGCGCGGTTTGCGGCGAAGATGCTCACCGGCCTGCCGTCGATCCTGGCCGGGGTATTTGCCTACGCCCTGGTGGTGATGACCACCGGTACTTATTCGGCGCCGGCGGGCGGCGTGGCACTGGCCGTGCTGATGCTGCCGATCGTCGTGCTGACGGCGGAAGAGTCGATGCGCATGGTGCCCAAGATCATGAAGGATGCTGCCTATGGCATGGGCTGCACCCGCTCCCAGGTGATCTGGAAAATCGTCTTGCCGACCGGCATGCCGGCCATCCTCACCGGCGTCATGCTGGCCGTGGCACGTGCCGCGGGCGAGACCGCGCCGCTGCTGTTTACCGCGCTGTTCAGCAACTACTGGATTTACCACCAGGGCAATCTCGAGGTCATGAACCCGACGGCCTCGCTGGCGGTGCTGATCTACAACTTCTCCGGGATGCCTTTCGACAACCAGCTCGAGCTCGCATGGGCGGCCTCACTGGTGCTGGTGATGATCGTGCTGTTCGTGAACATCATCAGCCGTATTTTCGGCAAGCCCAAGTATTAA MTDLTAATDLTAPAGAMPSLQRKFEGRALRSLILTTLVWTGALLASVPLISVLYMLITRGGARLNLEVFTELPPTGFEMGGGFGNAMAGTFVMVGIAAAIAVPIGIMAAVFLAELGPDSKLGNAARFAAKMLTGLPSILAGVFAYALVVMTTGTYSAPAGGVALAVLMLPIVVLTAEESMRMVPKIMKDAAYGMGCTRSQVIWKIVLPTGMPAILTGVMLAVARAAGETAPLLFTALFSNYWIYHQGNLEVMNPTASLAVLIYNFSGMPFDNQLELAWAASLVLVMIVLFVNIISRIFGKPKY PGPT0002610_2524 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038 NA NA D1-35_03999 762 pstB3 COG1117 Phosphate import ATP-binding protein PstB 3 ATGGACTGCAAACTGGACAAGATTTTTTATGGCAACTTCATGGCGGTCCGTGACAGCCATGTGCCGATCGAGAAAAACAAGATCACCGGGTTCATCGGTCCTTCCGGCTGTGGCAAGAGCACCGTGCTGCGCAGCCTCAACCGGATGAACGACCTGGTGAAAGGGTTCCGTTTCGAAGGCCACGTGCATTTCCTCGGACAGGACGTCTACGGCAAGGGTGTTGACCCGGTGGTCGTGCGCCGTTACATCGGCATGGTATTCCAGCAGCCGAACCCGTTTTCGATGAGCATTTTCGACAACGTCGCGTTCGGCCTGCGCCTCAACCGCTACAAGGGCGACATCGGTGACCGGGTCAAGCATGCGCTGCAAGGCGCCGCGCTGTGGGACGAAGTCAAGGACAAGCTCAAGGTCAGCGGCCTGTCGCTCTCCGGCGGCCAGCAACAGCGCCTGTGCATTGCCCGCGCCATCGCTACCGAGCCGGAAGTGCTGCTGTTGGATGAACCGTGTTCGGCACTCGACCCGATCGCTACCCGGCGGGTCGAGGAGCTGATGGTCGAGTTGAAGAAGGACTACACCATCGCCCTGGTGACCCACAACATGCAGCAGGCCATCCGCGTGGCTGACACCACGGCGTTTTTCTCGGTGGATATTTCCCAGGGCACGCGCACCGGTTATCTGGTCGAGATGGGCCCGACGACGCAGATTTTCGACAACCCGCGTGAACAGATGACCGGCGATTACATCAGCGGCAAGTTCAGCTAA MDCKLDKIFYGNFMAVRDSHVPIEKNKITGFIGPSGCGKSTVLRSLNRMNDLVKGFRFEGHVHFLGQDVYGKGVDPVVVRRYIGMVFQQPNPFSMSIFDNVAFGLRLNRYKGDIGDRVKHALQGAALWDEVKDKLKVSGLSLSGGQQQRLCIARAIATEPEVLLLDEPCSALDPIATRRVEELMVELKKDYTIALVTHNMQQAIRVADTTAFFSVDISQGTRTGYLVEMGPTTQIFDNPREQMTGDYISGKFS PGPT0002615_4314 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 D1-35_04000 699 hypothetical protein ATGCCTGCTACGCATCGCCTTGATTTGCCAGCGATTGAACGCGCACTACGGGAAGTGCAGGACCGCTTCGCCCAGCTCAGCCGGCACTTCACCGAGCCGCGTGACCCGTTGACCGATGAAGTGCTGCAGAATGTGCTTGAAGGTTATGCGTTGGTTGACGAATATGTTGCCCGCGGCGTCGACCTGTTCGATCTGCAGCAACTGAACCTGATGCTGGAGATCAACGCCACGGTGCTCTGCGGCCGGGATCCGGCGCGCCGGTTGGAATACGCCCATCACCTGGCAGCGACCGAGGCGCATTTCTTCAACAATGTTGAAGGAGGCATCAAGGATTTGTACAACTGGTATTGTGCCTATCGCAGCGAGTCGGTGTGGAAGCGCGCGGCAGGCGTCTATGTACGGATTCTCAGCAAGCCGCAGTTGTTCATCGAAGGTAACAACCGCAGTGGGTCGCTTATTGTCAGCTATCTGCTGATGCGCGCGGGCTTGCCGCCGTTTGTGCTGACACTGGAAAATGCCGAAGGCTATTTCAACCCGTCTTCGGTGATACGCAACTCTGCCAAGCATGGCGTCAAGGCGTTGTACGAATTGCCCAAGATCAAGAAAAAATACGCAGCGTTTTTAGAAGAACAGGCACCCGATCCAATGAAGTTTTTTCTCAAAGGCGAGTCTTTGCCGCTTTCCCAAGGTGGCCATTGA MPATHRLDLPAIERALREVQDRFAQLSRHFTEPRDPLTDEVLQNVLEGYALVDEYVARGVDLFDLQQLNLMLEINATVLCGRDPARRLEYAHHLAATEAHFFNNVEGGIKDLYNWYCAYRSESVWKRAAGVYVRILSKPQLFIEGNNRSGSLIVSYLLMRAGLPPFVLTLENAEGYFNPSSVIRNSAKHGVKALYELPKIKKKYAAFLEEQAPDPMKFFLKGESLPLSQGGH NA NA NA NA NA D1-35_04001 621 hypothetical protein ATGGACGTCAAATGCAGAACATTCAGCAGCCGGGTAGGGCAGGCCATCCGCGGCACATTGCCGACGCAGCTGTTCAAGCGCCAGCGCATACGGATTTCGTTTGATATCGATGACACGCTCGCCTGCCAACTCCACCACTGCGAAGTCGAGCAAAGCCGGCTGCCGGCCTGCATTCACCGTTGGCTGGGTGAGCCGCTGCGCCGGGGCACCCGCTCGCTGATCCGGGAATTGCGTCGCCAGGACTGCAGCATCTGGGTCTACACCTCGTCCGGCCGCACGCCGTCCTATATCCGCCGTTGGCTGCTGCTGTACGGCATCCGCGTCGACGGTGTGGTCAACAGCGTCCTGCACAACCGTGCCCTGATGGTGCATGGGCTGGAGAACTCACCCTCCAAGTACCCGCCGGCGTTCGATATCGACTTGCACGTTGATGATTCGGAAGGCGTGCAGCTCGAAGGCGATGACCATGGCTTTCGTGTTGTCGTGGTGCATCCGGAGGACGAGGGCTGGGCGCAGAAGGTGCTGGAGGCGGTCGCCGTTGTCCAGGCGCAGCTTGAGTGGCAGCAGATGTTCAGGCCCAAAGGAGCCGCGCAACAACGCGCGGAAGCTTCTTTGTCTTGA MDVKCRTFSSRVGQAIRGTLPTQLFKRQRIRISFDIDDTLACQLHHCEVEQSRLPACIHRWLGEPLRRGTRSLIRELRRQDCSIWVYTSSGRTPSYIRRWLLLYGIRVDGVVNSVLHNRALMVHGLENSPSKYPPAFDIDLHVDDSEGVQLEGDDHGFRVVVVHPEDEGWAQKVLEAVAVVQAQLEWQQMFRPKGAAQQRAEASLS NA NA NA NA NA D1-35_04002 1011 ppsC Phthiocerol synthesis polyketide synthase type I PpsC ATGAAAGCCTGGCTATTAAAAGACTTCGGACTCGACAATCTGCAACTGGAAGAGACGGCTACACCACGCCCGGGGCCCGGCGAATTGCTGGTCAAGGTTGGCGCTGTCTCGCTCAATTTTCGCGACAAGGCCATCGTTGACGGCATTTATGAGCCGCATAAGGTGCCCAAGCCCCTCATTCCCGTAAGTGATGCGGCCGGAACAGTGGTCGCAATTGGCGATGGTGTGACGCGCTTCAAGATCGGTGATCGGGTCAACTCGCACCTGTACTCCCGTTGGCTGGATGGCGAGCCCGGACCCAATGAGCCGGATTACTGTTTTGGATCACCATTGTCCGGTGGCTTGGCCGAGTACATGATCATCCATCAGGAAAGCGCCGTGGGTGCGCCTGACAACATGAGCGATGAAGAGGCCGCTACGCTGCCGATTGCCGCGCTCACGGCATGGTATTCACTGGTGGACTTCGGGCAGATTGAGCCTGGACAAACCGTATTGGTCCAAGGCACTGGCGGTGTGTCCATATTTGCCGTGCAGATCGCAACTGCGCTCGGCGCCAAGGTGATCGCAACGTCGAGCACCGACGAAAATCTGCAAGCCGTGAAGGGATTGGGGGCCATAGCGGGCGTGAACTACAGGACTACGCCAAACTGGGCAGACGAAGTGCTGAAGCTGACCGAGGGTAAAGGCGTGGATCTGCTGCTGGATGTAGCCGGAGGCAGCGGCATCAATCAATCGATCGCAGCGACCAAGGCATCCGGGCGTATTGCGCAGATCGGCTTTTTGACCGGCCAGACTGCGGAACTCGAACTGATGCCTCTTATCTTTCGCCAGACAACCATTCGCGGTATTGCGGTGGCGCCGCGCTCATCGTTCGAGCGGATGAATGCATTTCTCAACCAACACAGGATTCGCCCAGTGATCGATCAGGTGTATCCGTTCGAGAAAGCCCGGGAAGCTTACGAGCACCTGGCAAAAGGAGCATTTGGAAAGGTTGTAATCAAGATCGCCTGA MKAWLLKDFGLDNLQLEETATPRPGPGELLVKVGAVSLNFRDKAIVDGIYEPHKVPKPLIPVSDAAGTVVAIGDGVTRFKIGDRVNSHLYSRWLDGEPGPNEPDYCFGSPLSGGLAEYMIIHQESAVGAPDNMSDEEAATLPIAALTAWYSLVDFGQIEPGQTVLVQGTGGVSIFAVQIATALGAKVIATSSTDENLQAVKGLGAIAGVNYRTTPNWADEVLKLTEGKGVDLLLDVAGGSGINQSIAATKASGRIAQIGFLTGQTAELELMPLIFRQTTIRGIAVAPRSSFERMNAFLNQHRIRPVIDQVYPFEKAREAYEHLAKGAFGKVVIKIA PGPT0006375_1223 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 D1-35_04003 915 dmlR_20 HTH-type transcriptional regulator DmlR ATGGAACTGCTGCAATCAATGCGTCTATTCGCCAGGCTTGCCGAACTCGGCAGCTTCACAAAAACTGCCGAGTCGCTGGATATAGGGCGGCCGCAGGTCACCCGTTCCATTCAGGAGCTGGAGACATCATTGGGTGTGCGCCTTTTCCAGCGCACGACCAGAAAGGTGGCGCTCACCGCCGAGGGCGAACGATTCTATGGGCGGGTACAGGAGATTCTTGCGGACATTTCTGCCGCAACTTCGATGTTCGACCGCACCGGGGCAACGCTTACGGGCCGACTTCGCGTCGATATCCCGACCGCTTTCGCGCAAATGGATTTCATCAGAAGCCTGAAAGCGTTCACCAGCACCTTCCCAGGCATCAACGTGATACTGGGCGTGACCGACCGAGCCGTTGACTTGATAGGAGAGGGCATAGACTGTGCGTTGCGCATAGGCGATTTACCGGACTCGACATTAGTCGCTCGCCCCGTTGCATGGGCGACGATGGTGACGTGCGCGGCGCCCGAATATCTCGCCAGGCACGGCGAACCCCAGACACTCGGCGACCTGGTCTCCCATCGAGGGGTGAACTTCTTGTCCGGTCAGAGCAACAGGCCGTTGTCCTGGCATTTCTTGGTGGAAGGCCAGGATCGAGCGTTCGTAAGTAACCCCGCCATCACCGTCACTGAATCGAATGCGTACGTGCAGTGCGGTGTGTCGGGCTTCGGAATAATCCAGGCGCCAGGCATCGCTGTGGCCGGGTATCTGGAAAGCGGCGCTTTGGTGGAGATTCTGAGACCCTTTCGACCAGCTCCTCGCCCAGTGTCGTTGCTATACCCAAGCCGGACGCACCTGGCGCCGCAAGTGCAGGTTCTTCTCGAATGGCTGCAAGAGCACTTTGTTCAGCTTCATCCCGAGTGGCTGGAACGATAG MELLQSMRLFARLAELGSFTKTAESLDIGRPQVTRSIQELETSLGVRLFQRTTRKVALTAEGERFYGRVQEILADISAATSMFDRTGATLTGRLRVDIPTAFAQMDFIRSLKAFTSTFPGINVILGVTDRAVDLIGEGIDCALRIGDLPDSTLVARPVAWATMVTCAAPEYLARHGEPQTLGDLVSHRGVNFLSGQSNRPLSWHFLVEGQDRAFVSNPAITVTESNAYVQCGVSGFGIIQAPGIAVAGYLESGALVEILRPFRPAPRPVSLLYPSRTHLAPQVQVLLEWLQEHFVQLHPEWLER PGPT0028940_472 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028940-bpeT-K18900 NA NA D1-35_04004 735 hypothetical protein ATGAAGATCGGAATTATCGGCGCGGGCAACATTGGAGCCACCCTTGCCCGCAAGCTCGCTGCGTGCGGCCATGAAATCAAGCTGGCGAACTCGAAGGGTCCTGAAAGCCTACAGAAACTCGCCAGCGAAATCGGTGTAAAGGCAGTGACCAGGGAAGAGGCTGTGTCTGGGGTGGACGCGGTTATCCTCTCGATCCCGTTCGCAAAACACCCCGAACTCGGGCAGGCATTCAGTAACGTCCCTGAAAAGACCGTCGTCATCGACACCTCCAATTACTATCCAGGCCGTGACGGGGCGATCAAGGACGTCGATGCCGGCAAGCCCGAGAGCATCTGGGTCAGCGAACAGCTTGGCCGCCCGGTCATCAAGGCCTGGAACGCCCTGCTCGCCGCCACGCTTGCCGATAAGGGCCAGCCAGCCGGGTCCTCAACACGCATAGCGTTACCTGTCGCAGGGAGCGATCCCGCCGCTTTGGCGGTTGCGCAGGATCTCGTCGAGGACACCGGCTTTAGCGCATTTGCCGCTGGCAACCTTGAAGACTCTTGGCGTCAGCAACCAGGTACACCGGCTTACTGCACCGAGTTGACATTGCCGGCGTTGAAATTGGCCCTGGACGCGGCTGACAAGACTCGGGCGGCGCAAAACCGCGACGCATTGATCGCCAGGTTCATGGCGCCCGGCAGTCAGCTTTCACATGAGCAAATCGTTGCCTTGAATCGCGCCATGACAGCCTGA MKIGIIGAGNIGATLARKLAACGHEIKLANSKGPESLQKLASEIGVKAVTREEAVSGVDAVILSIPFAKHPELGQAFSNVPEKTVVIDTSNYYPGRDGAIKDVDAGKPESIWVSEQLGRPVIKAWNALLAATLADKGQPAGSSTRIALPVAGSDPAALAVAQDLVEDTGFSAFAAGNLEDSWRQQPGTPAYCTELTLPALKLALDAADKTRAAQNRDALIARFMAPGSQLSHEQIVALNRAMTA NA NA NA NA NA D1-35_04005 759 hcaB_4 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGAACCGCACTGGCAACACGATCCTGGTCACTGGCGGCTCTTCAGGCATAGGCCTTGGCCTTGCGCTCAGGCTTCACGAGGCGGGAAACAAAGTGATTATCGCGGGACGTCGCAAGGCGCTGCTCGACAAAGTCGTGTCGGAACATCCGGGTATCGAATCGATATTGCTGGATGTCTGCGATCCACAATCCATCCTGCATGCCAGCGAAACCCTTGCGATCAGCCATCCGAACCTGAACGTCCTGATCAACAACGCAGGCATCATGCAATGGGAGGACCTGACTGCGCCGGACAATCTGAGTACCGCCGAAGATATCGTGACCACCAACCTGCTCGGCACGATTCGCATGGTGTACGCGTTTACGCCGCATCTGATCAAACAGCCCAGCGCAACGATTGTGAATGTCAGCTCCGCCCTGGCATTCGTCCCGCTGCCGGCGACGCCGACCTACAGCGCAACCAAAGCGGCCGTGCACTCCTTTACTCAAAGTCTTCGAGTACAGCTGGAGGCGTCTTCGGTCGAAGTCATCGAGCTTGCGCCGCCGGGTGTGCGTACCACTTTGCTTGGGCAGGAAAACGACGAACACGCCATGCCCCTGGAGCAGTTCCTGGATGGAATCTTCGAACTCCTCGCCATCACCCCGACGCCACAGGAACTTGTCGTCGAGCGCGCCAAGCCATTACGGTTTGCCGAAGCGGATGGTACACATGACGAGGTTCTGAAAATGCTGGCGGGATACAAAGCGCCAGCTGAATGA MNRTGNTILVTGGSSGIGLGLALRLHEAGNKVIIAGRRKALLDKVVSEHPGIESILLDVCDPQSILHASETLAISHPNLNVLINNAGIMQWEDLTAPDNLSTAEDIVTTNLLGTIRMVYAFTPHLIKQPSATIVNVSSALAFVPLPATPTYSATKAAVHSFTQSLRVQLEASSVEVIELAPPGVRTTLLGQENDEHAMPLEQFLDGIFELLAITPTPQELVVERAKPLRFAEADGTHDEVLKMLAGYKAPAE PGPT0013220_422 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0013220-dltE-K14189 NA NA D1-35_04006 591 hypothetical protein ATGCCTGACGAACTGGTGATGCGTGCTGACGCCAAGAAAAACCGTGAACGGATACTGGAGGTCGCCGTAACAGAGCTGACCCTCGATCCCGCGGTCCCGCTGAGCACGATTGCGAAGAAAGCCGGGGTAGGCCAGGGCACGTTCTATCGCCACTTCGCCACCCGGGAAAAATTGGTATTCGAGGTCTATCAATTCGAAATGCAGCAGGTGGCTTCGTTGGCGGAACAACTGCTCGCCACGAAACCGCCGAAGGAAGCCCTCCGGGAATGGATGGACTGCCTCGCCGAATATGCGATGACCAAGGCCGGACTTGCGAGTGCGATACGCCAGGCCGCTTCTGCCTATGAGTTTCCGGGGAAGTCGGGATACGCGCCGATGCTGGCGGCGGCAGAATTGCTCTTGAGGGCTAACGAAAAGGCTGGAACGATTCGTAGCGGAGTGACCAGCGACGACTTTTTCCTGGCCACTGCCGGAATCTGGCAAATGGATTGCCAGAGCGAATGGCATCCACGTTTCTCCAGGTTGATGGATCTGGTCATGGATGGCCTGTGCGCGGGCAGCCCTGAAAGCCTGAAGAGGGACAACGACTAG MPDELVMRADAKKNRERILEVAVTELTLDPAVPLSTIAKKAGVGQGTFYRHFATREKLVFEVYQFEMQQVASLAEQLLATKPPKEALREWMDCLAEYAMTKAGLASAIRQAASAYEFPGKSGYAPMLAAAELLLRANEKAGTIRSGVTSDDFFLATAGIWQMDCQSEWHPRFSRLMDLVMDGLCAGSPESLKRDND NA NA NA NA NA D1-35_04007 1161 nemA_2 COG1902 N-ethylmaleimide reductase ATGAAATACAGCTCGCTGTTCGAACACACCTCGCTAGGCCCACTGACGCTGAAAAATCGCATCGTCATGCCGCCCCTGACCCGTCAACGCAGCGGCCAGCCCGGTGACGTGCCCACAGCCCTCATGGCCCGCTATTACCAACAGCGCGCGAGTGCCGGCCTGATCATCAGCGAAGGCACCCAAATCGAACCCCGTGGCAAGGGTTATGCCTGGACGCCGGGCATTTACAGCCAGGCGCAGATCGATGGCTGGCGCACCGTCACCGAGGCGGTTCACGCTGAGGGCGGGGTAATTTTTGCCCAGCTCTGGCATGTCGGTCGCGTGTCACACAGCGCACTGCAACCGGAAAACGCCGCCCCTGTCGCACCGTCGGCGATCCAGGCGAAAAAGGTCAAAGCCTTTATCGAAACCGGTCCCGGCACCGGCACGCTGATCGAACCCTCCACTCCGCGCGAGCTGAGCGTCGCCGAGATCAAGGCGCTGGTCGAACTCTATGCCCAGGCCGCACGCAACGCCCTGGCGGCCGGTTTCGATGGCATCGAGATCCACGCGGCCAACGGTTATCTGGTCAATCAGTTCATTTCCGCCCATGCCAACCAGCGCACCGATGACTACGGCGGCTCGCTGCACAATCGCCTGCGTTTCCTGCGCGAAGTGGTCCGGGCCGTCAGCGCCGTGGTCGGGCCCGACCGTGTGGGCGTGCGCTTCACGCCGCTGTTCACCAGCACCGAAGAAGACCGCGTGTACATCGGCTTCGTCGAGGACGACCCGCACCAGACCTACATCGAAGCCATCAAGGTGCTTGAGCAGGCAGGCATCGCCTATCTGTCCATCGCCGAAGCCGACTGGCCGAATGCGCCGGACCTGCCCGAGGCGTTTCGGCGCGAGGTGCGAAGCACCTTCACCGGCCGCATCATCTATGCCGGGTTGTACACCGCTGACCGCGCGGCGCGCCTGATCGAGTCGGGCCTGGCCGACCTGGTCGCATTCGGCCGGCCGTTTATCGCCAACCCCGACCTGCCCCAGCGTATCGCCAATGGTTGGCCGCTCAACGCTCTTGATGCCACCGGACTGTACGGCGGTAATGAACAAGGATTCACCGATTACCCGCGGTATTCCCCATCCACAGTTGAGCGCGAGGAAACAATTCCCACGTACTGA MKYSSLFEHTSLGPLTLKNRIVMPPLTRQRSGQPGDVPTALMARYYQQRASAGLIISEGTQIEPRGKGYAWTPGIYSQAQIDGWRTVTEAVHAEGGVIFAQLWHVGRVSHSALQPENAAPVAPSAIQAKKVKAFIETGPGTGTLIEPSTPRELSVAEIKALVELYAQAARNALAAGFDGIEIHAANGYLVNQFISAHANQRTDDYGGSLHNRLRFLREVVRAVSAVVGPDRVGVRFTPLFTSTEEDRVYIGFVEDDPHQTYIEAIKVLEQAGIAYLSIAEADWPNAPDLPEAFRREVRSTFTGRIIYAGLYTADRAARLIESGLADLVAFGRPFIANPDLPQRIANGWPLNALDATGLYGGNEQGFTDYPRYSPSTVEREETIPTY PGPT0005930_115 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680 NA NA D1-35_04008 684 hypothetical protein ATGAAAGTTCTCATGGTACTGACCTCGCACGACACCCTCGGCAACACCGGCCGCAAGACCGGCTTCTGGCTCGAAGAGCTGGCGGCGCCCTACTACGCTTTCCTCGACGCCAAGGCCGAGATCGTTCTGGCGTCGCCTGAGGGTGGGCAGCCACCGCTTGATCCGAAGAGTAACGAGCCGTCCTTTCAGACTGACCTGACCCGCCGTTTCGAAGCCGATCCTGAAGCGACCGCCTTGCTTGCCAGCACCGTGCGCCTGGACAGTGTCTCGCCAGACGATTTCGATGCGGTTTTCTACCCAGGCGGCCACGGCCCGCTGTGGGACCTGGCCGAAGATCCGGTCTCGATCCGCTTGATCGAGTCTTTCCAGGCCGCCGGCAAGCCTGTCGCCTTGGTGTGCCACGCGCCTGGCGTGCTGCGCCACGTGAAAAAGCCTGACGGTACTCCGCTGGTCCAGGGCAAAAAAGTTGCCGGTTTCACCAATACCGAAGAAGCCGCGGTAGGCCTGACCGATGTCGTGCCGTTCCTGGTCGAGGACATGCTCAAGGTCAACGGCGGCCTGTATTCGAAAGGCGCCGACTGGTCCTCCTACGTGGTGCGTGACGGTCTGCTGATCACCGGTCAGAACCCGGGTTCGTCAAGCGAAGCCGCGCAGGTCCTTATCGATCTGCTGAACGAGGCTTGA MKVLMVLTSHDTLGNTGRKTGFWLEELAAPYYAFLDAKAEIVLASPEGGQPPLDPKSNEPSFQTDLTRRFEADPEATALLASTVRLDSVSPDDFDAVFYPGGHGPLWDLAEDPVSIRLIESFQAAGKPVALVCHAPGVLRHVKKPDGTPLVQGKKVAGFTNTEEAAVGLTDVVPFLVEDMLKVNGGLYSKGADWSSYVVRDGLLITGQNPGSSSEAAQVLIDLLNEA NA NA NA NA NA D1-35_04009 603 nemR HTH-type transcriptional repressor NemR ATGAGCAGCCCAAAGACCCGCGAAACCTCCGACGTCCGCCAGGAAATCCTTGATGTAGGCCAACGAATCATGGCCGCCAAAGGCTATTCCGCCGTGGGCCTGAATGAAATCCTGGCCACTGCGGGTGTGCCAAAAGGATCCTTCTACCACTACTTCGGCTCAAAAGACGCCTTCGGCGAGGCATTGCTTGAAAGCTATTTCGCGAGCTATCTGGCGGAGCTGGACGAGGTTCTCGCGCTGCCTGGCCTGACGATGGCTCAGCGTCTGATGAAGTACTGGGACATCTGGCAACAGACTCAATCGTTCCAGGATTGCCAGGGCAAATGCCTGGCGGTGAAGCTGGGCGTGGAAGTCGCCGACCTTTCAGAGGCGATGCGCGCGGTGCTCAAGCGCGGCACAGCGGGTATCACCGACCGCCTGGCCGTGGCGATCGAGAGCGGAATCGCCGAAGGCTCCCTGGAGTCCGTTGCCGAGCCTCATGCGGTCGCGCAAAGTCTCTATCAGCTGTGGGTCGGTGCCAGTGTCATGGTCAAGATCACCAAGAGTGTCCAGCCTTTCGAGACGGCAATGGCGACGACTCGCCAGATTCTCAGCCTTACCTGA MSSPKTRETSDVRQEILDVGQRIMAAKGYSAVGLNEILATAGVPKGSFYHYFGSKDAFGEALLESYFASYLAELDEVLALPGLTMAQRLMKYWDIWQQTQSFQDCQGKCLAVKLGVEVADLSEAMRAVLKRGTAGITDRLAVAIESGIAEGSLESVAEPHAVAQSLYQLWVGASVMVKITKSVQPFETAMATTRQILSLT NA NA NA NA NA D1-35_04010 651 comR HTH-type transcriptional repressor ComR ATGGCTCAGATGGGACGGCCGCGCACGTTTGACCGTGACGCGGCAATCACGCAGGCGCTGCATCTGTTCTGGGAGCATGGCTATGATGCGACGTCGCTCAGCCAGCTCAAGGCCAACATCGGTGGCGGCATCACCGCACCGAGCTTTTATGCAGCGTTTGGCTCCAAGCAGGCGTTGTTCAACGAAGTGATGGAACGCTACCTGACTACCCATGGCAGGGTGATGGAGAGCCTGTTCGACACCACCCTGCCCCCCAGGGAGGCGATCGAATGCACGCTGCGCCGCTCGGCGAAAATGCAATGCGAGACAGACCATCCCAAAGGCTGCCTGGTGTCACTGGGTTATCTGAGTGCCTGCTCGGAAGAAAGCAAAGCCATCTCCCGGCCGCTCGCTGAGGCAAGAACCGCCAACCGTGCCGGAATCAAGGCCTGTGTAGATCGCGCCATCGCCGCCGGAGAGCTGCCGGCAACAGTGGCCTCGGAAGCGCTGGCCGCGGTGTTCGACAGTTTCCTGTTGGGCCTGTCGGTATTGGCGCGGGACGGCGCCTCCCTTGAGACCTTGGACGCCGCGGTTACGCAGGTCATGACGGTCTGGGACGCGCAACGCATGGGCCGTCCGATGGCGGCAAACGATCAAGCGGATGAGCAATAG MAQMGRPRTFDRDAAITQALHLFWEHGYDATSLSQLKANIGGGITAPSFYAAFGSKQALFNEVMERYLTTHGRVMESLFDTTLPPREAIECTLRRSAKMQCETDHPKGCLVSLGYLSACSEESKAISRPLAEARTANRAGIKACVDRAIAAGELPATVASEALAAVFDSFLLGLSVLARDGASLETLDAAVTQVMTVWDAQRMGRPMAANDQADEQ PGPT0004136_310 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004136-comR|ycfQ-K22041 NA NA D1-35_04011 1206 nepI_3 COG2814 Purine ribonucleoside efflux pump NepI ATGGTCACCAACGAACGACAGGGCGCGAAGCTGCCCTATGGAGCACTGCTGGCGCTGGCAATGACCGGATTCATCTGCATCGTGACGGAGACGCTGCCGGCAGGTCTGCTGCCTGAGATTGGCGATGGCCTGGGCGTCTCACCATCCCTGGCCGGGCAGATGGTAACGGTGTATGCGCTCGGCTCACTACTGGCAGCCATCCCGCTGACCATCGCTACCCAAACCTGGCGCCGCAGGACGGTGCTGCTTCTCACCGTGGTCGGTTTCCTGGTGTTCAATTCCATTACCGCGCTGTCTTCCGTTTACTGGCTGACTCTGATCGCACGTTTTTTTGCCGGTGTTTCGGCGGGGTTGGCCTGGAGCCTCATCGCGGGTTACGCACGGCGCATGGTCGTCCCGGCCTTGCAGGGGCGCGCCTTGGCGGTAGCGATGGTCGGCACGCCCATCGCGTTGTCGCTGGGCGTGCCCCTGGGAACCTGGCTTGGCGGGGCGATAGGGTGGCGCATGTCGTTTGGTCTGATGTCCGGATTGACCCTGGTGTTGATCGCTTGGGTGCTGATCAAAGTGCCGGATTACCCAGGTCAATCCTCCTCCCAGCGTCTGGGCTTGCGTCAGGTCTTGTTCACGCCTGGCGTGCGCGCCGTGCTCGGCGTTGTGCTGACCTGGATGCTGGCCCACAACCTTCTCTATACGTACATCGCGCCATTTGTCTCCGGCGCAGGGCTGGGCCGGCATGTCGATGTGGTCCTGCTGGTCTTCGGTGTCGCGGCGCTGGCTGGCATCTGGATCTCCGGGCGGCTGGTCGATCGCCATCTGCGAGCGGCGGTATTGACCAGCCTCGCTACGTTCGCCGCCGTATCGGTCTTCCTCGGAATATTTTCAGCTTGCGCCGCAGCGATCTATCTCGGCGTTTTCATCTGGGGCCTGACCTTCGGCGGCGCCGCAACGTTGCTGCAAACGGCCTTGGCCGACGCAGCAGGCGAGGGCGCCGACGTTGCGCTGTCGATGAACGTGGTGGTGTGGAACAGCGCAATCGCCGGCGGCGGGTTATTGGGCGGGGTGTTGCTTGGCCAATGGGGCGTCAGCACTTTTCCCTGGGTGCTGTTGGTGTTGCTGCTCGCCAGCCTGGCGCTCGCGCTCCGAGCGCGGGTGCATGGCTTTCCGCAGGGCGAAAGATATGCCGGTCATGGCGCAGCCGCGCATTGA MVTNERQGAKLPYGALLALAMTGFICIVTETLPAGLLPEIGDGLGVSPSLAGQMVTVYALGSLLAAIPLTIATQTWRRRTVLLLTVVGFLVFNSITALSSVYWLTLIARFFAGVSAGLAWSLIAGYARRMVVPALQGRALAVAMVGTPIALSLGVPLGTWLGGAIGWRMSFGLMSGLTLVLIAWVLIKVPDYPGQSSSQRLGLRQVLFTPGVRAVLGVVLTWMLAHNLLYTYIAPFVSGAGLGRHVDVVLLVFGVAALAGIWISGRLVDRHLRAAVLTSLATFAAVSVFLGIFSACAAAIYLGVFIWGLTFGGAATLLQTALADAAGEGADVALSMNVVVWNSAIAGGGLLGGVLLGQWGVSTFPWVLLVLLLASLALALRARVHGFPQGERYAGHGAAAH NA NA NA NA NA D1-35_04012 813 moaF_2 Protein MoaF GTGAGCTATCAGATCGAACAAGAACTGAAGAACCAACCATTCGTGCCTGAAGAGCAATGGCCGACGCTTGAGGAAATGGCCGACGGTTTTAATGAGTACAAATACGCTCCGTCCCTATTTCTGGCAGGAAAAAAAGCCAACCTTCGCTTTGCCAACGGTTGGCTGATCGAGCACCATTTTGTTGATGGGAATACGTTGACCTGGACCATCCTGGAGGGCGAAGGCACCGGTGAATCCGAAACAGAAACCTACGAAGCGGTGGAGGTTCGCCCCGGTATCTTTTTCATCGACTTCCTCAAGCCCGAACACCAGGAGTCGGCCACCCTGGTCTGGAAATACGAAACCGGTGATGTACTGGCGGCTGTCTCCCTTTTTTATGACAGAGGAGGGGAAAAACGTACGCGTACAGATTTCGTGACTGCCGTGGTCGATGGCGAGCCTGGGGGCGCGCCCATCGTTCAAGGGGCCGGCCTGGTCGGTAAGCGCGTGCTGTACCGCTACAGCGCGGACGATTGGTATGAGCACGTCTACTTCGGCGCGCAAACCATGGCCTGGCACTGCGTGAACGGGGCTGAGAAAGGTCTGGCCGACGTCGAGCGGTGCGCTTATTTCGATGTCGCCGATGACCTCTACGTGTTGTTCTGGACCGAAACGGTCATGCCTGTGGAGTCGGTTATCGTCGTGGACCTTGCGCAGATGCGCTCCGTGGGTCGGTTCTTCTGTTGGGACCCGAAGCCAAGGAAACTGATTCACCTCACCTTTGGATCAAAAGCGACTGTGCTGAACGAAACGTCTTATCCCGTCGCCTTTTGA MSYQIEQELKNQPFVPEEQWPTLEEMADGFNEYKYAPSLFLAGKKANLRFANGWLIEHHFVDGNTLTWTILEGEGTGESETETYEAVEVRPGIFFIDFLKPEHQESATLVWKYETGDVLAAVSLFYDRGGEKRTRTDFVTAVVDGEPGGAPIVQGAGLVGKRVLYRYSADDWYEHVYFGAQTMAWHCVNGAEKGLADVERCAYFDVADDLYVLFWTETVMPVESVIVVDLAQMRSVGRFFCWDPKPRKLIHLTFGSKATVLNETSYPVAF NA NA NA NA NA D1-35_04013 966 feaR_2 COG2207 Transcriptional activator FeaR ATGTACAACACTTGGCAAACAGAACCGCTCTATACGGGCGCCCAGGGCTTCGAGGCCTGGCAACACGACCTCGGTCAGAAATGCGGAACCTTTCACGCCGAGCCGCCTTCCGGGCCCGGCCTCGCGAGCTTTACCGGCGCGATGAAAAATCTGACGGGCACAGATTCCGCGTTGGATGGCTCGCGCATCATCAGCAATTGCCAGCACTTGCACCGCGCCCGCAGCGATATTCGGGCCGATGACAAAGATTTTTTCTACCTGGTGCTGCAAGTCGGTGGTAGCGCATTGATGTGCCAGGCTGACAATCGCGCCCGCCTGGACAAGGGCGACCTAGTGTTGCTGGACATCACGCAGCCTTGCGATTTTTACTTCGATGCCCTGAGCGACCAGATGTCGCTGATCATTCCCCGCCAAGCGCTGCACCAACGCTTGGGGCAGAGGCAATTGATATTCAACCGTCCCTTGGTTGCCAGCAGCGCTTTGGGGGGCATGGCCGGCCTGATGACCCAACGGCTATTCGATTCTTCGAACCTGCTACCGCAAGAGAGTGCGGCATTGTTCGACGCATTGCTGATGCTGTTGCGCCCTGGGGTGAGCAGTGCAATCGAGGGCGGAGACTCCAGCGGCCAGGCGCAGAAACTGATCAAGGCAAAAATCCTGATCGAACGGCATCTTTGCGATAGCGAGTTGTGTGCCGAGCGTCTGGCAGAAGCCATCGGTACATCGGTCAGAAACCTGCATCGGCTCTTCGCCCAGCAAGGCACCACCATCGGCCGGCACATATTGGAACAGCGACTGCAACGCTGTGCCGAGACCATCAGCCAGGCAGCCGCCCATGAAAAAATCACCGCCATCGCCTACGCCTGGGGCTTCAATGATGTGAGCCATTTTTCCAAGGCGTTCAAGCTGCGATTCGGCATTTCTCCCCGCGACTATCGCCATCAGTTTTCAACCGAATGCAATTGA MYNTWQTEPLYTGAQGFEAWQHDLGQKCGTFHAEPPSGPGLASFTGAMKNLTGTDSALDGSRIISNCQHLHRARSDIRADDKDFFYLVLQVGGSALMCQADNRARLDKGDLVLLDITQPCDFYFDALSDQMSLIIPRQALHQRLGQRQLIFNRPLVASSALGGMAGLMTQRLFDSSNLLPQESAALFDALLMLLRPGVSSAIEGGDSSGQAQKLIKAKILIERHLCDSELCAERLAEAIGTSVRNLHRLFAQQGTTIGRHILEQRLQRCAETISQAAAHEKITAIAYAWGFNDVSHFSKAFKLRFGISPRDYRHQFSTECN NA NA NA NA NA D1-35_04014 1440 hypothetical protein GTGGATACAACCAATAACAATACCTGTGCCTCGGCTTCGCACCTGCAGAAAACCTTGCGCTGGAGCGATGCATTCGCACTGTCAATGGCGGTGTCAGGCTCGATCTTCGCTTCTTTCGGCTTCGCCCTCGGTGCACTCGGTCCGGTAGCCGCGCTAATGCTCTGGGTGGGCTCGGCAGCCATCGGGGCCTGTCAGAACTGGATTTTCCTGGAAGTCAGCGCAATGTTTCCGGATAAACCTGGCGGCATCGCAATGATCGCGGCCGAAGGATGGCGCAAACGCTGTGCCTGGGTCGGTCCCTTGGCCGCCTTTGGTTACTGGCTTGGCTGGTCGGCGGTGTTGTCGATCATTGGCGTGAGCGCCGGAGCGTTGATTCAGGCGCAGTGGTTTCCCTCGCAAATCTGGAGCTTCGATACAGGTCTGGCCAACATTGGCCTGGCCCAGATGATCGGAGCGGGTTTGATCGTGCTTTTCTGGCAATTCAATCGTCGCGGCATCCATCTGGCCGCATCGGTCTCCAAATACATGGGGGCGCTGCTGCTGGTGCCGATCCTGGTGTTGGCAGTGGCGCCTTTGCTGGCTCATGGCTGGAGCATGGAGCGCTTCGCATCGGCCTGGCAGGCGCGCGAGGCGTTCGGTTGGGAGTCGTTGCGCACCGCGTTGGTCTGGATGTTCCTGGTCAGCTGGAGCGCCTATGGCACCGAAATGTGCGCAGCCTTCGGGCCCGAATATCGCAGCGAGCGGGACATGCGCCTGGCGTTGATGAGTTCAGGTGGCTACACCGTGCTGGTGTTTGCCGCAGTAGCTTTCGGCCTGGGCGGCTTGGTGGATCCGCAAGCGGCCCTGGAGAACCCCAGCGGTTTCTACATTGCGGCCTTCAACGCGGTGCTGGGCACGGGCTGGAGCAGCTTTTTCGTGATCGCGTTGCTGGTGGGGCTGTTCATGGGGTTGAACGCGGCATTGGCCGATGGCTCGCGGGCGTTGTACGGCACGGCGCTGGAAGGACTGACCATCAAACAACTGGGTGTGCTCAACAAACACCAGGTACCTGGACGTTGCATGAGCGTGGCGGTGGCGGTGAACCTGGCGATGATCTTTTTCCTGTCATCGCCCTTGGCAATTCTGGTGACGGCCAATATTGGTTATCTGACCGCCATCTTCTTCGCGCTTTCGGGCTTCATCTTGCTGCGCAAGGACGCACCGTTGCACCCGCGTCCGGTGCGTCTGGGACGCGGCTGGCTGCCGGTGGCCTGGCTGCTGAGCGTGTTCACTGGCGTAGTGGTCGGGGTCGGGGCCGCATCTGCCGAGCTGGCCGGTTATGGCGGAGCGAAGGAGGTGCTGATCGCCTTGGGCATCCTGATGTTTTCACTGCTGCTGTATGCCTATCGACGACTCGTGCAAGACCGCGCCCCGGCCTTGCCATCGGTCTCCCCACACTGA MDTTNNNTCASASHLQKTLRWSDAFALSMAVSGSIFASFGFALGALGPVAALMLWVGSAAIGACQNWIFLEVSAMFPDKPGGIAMIAAEGWRKRCAWVGPLAAFGYWLGWSAVLSIIGVSAGALIQAQWFPSQIWSFDTGLANIGLAQMIGAGLIVLFWQFNRRGIHLAASVSKYMGALLLVPILVLAVAPLLAHGWSMERFASAWQAREAFGWESLRTALVWMFLVSWSAYGTEMCAAFGPEYRSERDMRLALMSSGGYTVLVFAAVAFGLGGLVDPQAALENPSGFYIAAFNAVLGTGWSSFFVIALLVGLFMGLNAALADGSRALYGTALEGLTIKQLGVLNKHQVPGRCMSVAVAVNLAMIFFLSSPLAILVTANIGYLTAIFFALSGFILLRKDAPLHPRPVRLGRGWLPVAWLLSVFTGVVVGVGAASAELAGYGGAKEVLIALGILMFSLLLYAYRRLVQDRAPALPSVSPH NA NA NA NA NA D1-35_04015 1302 puuB_5 Gamma-glutamylputrescine oxidoreductase ATGCTGTCCGTTGAAACACCAACGACCTATTACACCGCCACTCGCAAATATGACTTGAAGTTCAATGACCTGGAGCACGATGTCGAGGCCGAAGTCGTCGTTATCGGAGGTGGATTTTCCGGTATCAACACTGCGTTGGAACTCGCCGAGCGCGGATTCACCGACGTGGTAGTGCTGGAAGCCCGTTACCTGGGTTTCGGCGGCTCGGGGCGCAATGGCGGTCATGTGATGGCCGGGATCGGACACGATCTGGAGAAGATTCGCAAAAGCGTCGGCGAGGAGGGGCTCAAAGCGATTTTCGAGATCAGCGACCTGGGCGCCTCGATTATCCAGAACCGCATCCAGCGTTATCAAATTGATGCGGATTTCTGCCACGGCTATGGCTATCTCGGTTTCAACAAGCGCCAGGGTCGGCTGCTACAAGCATGGGAAAAAGAATACAAACAGCTCAATCCGGATCACGAAATTGCCTATCTGGAGGGCGCCGAGGTCCAAAGCATCGTCGGCTCGGACGTATACAGCTGCGCCTTGAAGCACATGGGCAACGGCCATATCCATTCGTTGAACATGCTCCTGGGGTCGGCCAAGGCCTTGGTGGGCCTGGGTGGACGCATTTATGAAAACACCCCCGTGCTGGAGGTGACCTATGGCGACACCATTAACTTGCGTACGGCGAAAGGTTCGGTTCGGGCGAAGAAGATCCTCTGGTCCTGCGGCGCGTTTCTGGACCGGCTCGAGCCTGAATTGCACAAGACGATGGTGAGCACTTACGCCTTCCAATTGGTGACGGAGCCGCTTCCCCCTGCGCTGATCGAACAGATCAGTCCGATACGAGGTGCCTTCAGCGATATTCGTCCGGTGATCGAGTACTACCGGGTGACCAATGAAAACCGTCTGCTCTTCGGTTCGGCGACGCGCCTGCTCGAGTACATTCCCAACGATCTGAAGGCGTGGAACCGAAATCTGATGCTCCAGGTTTTCCCCTACCTCGATCACGTGAAAATCGACCTGGCCTGGGGCGGGCCGATGGAGTGCAGCGCCAATCTGTTCCCACAGATCGGTACCTTGCCCGGGCGCGACAACGCCTATTTCGTCCAGGGTTACTCGGGCTTCGGCGTGACGCCGAGTCATGTGGTCAGCCGTGTCATTGCCGATGGCATGACCGGCGGTTCACGGCATTGGGATGTGATGAGTGCGATCCCGCGTACGCGGATTCCCGGCAAGGATCATTGGCGCAACCTGATCTGCACCCTTGGAAAGGCCAGCCACCAGCTGGCGGGCTACCGCAACGGTCGCCGCTGA MLSVETPTTYYTATRKYDLKFNDLEHDVEAEVVVIGGGFSGINTALELAERGFTDVVVLEARYLGFGGSGRNGGHVMAGIGHDLEKIRKSVGEEGLKAIFEISDLGASIIQNRIQRYQIDADFCHGYGYLGFNKRQGRLLQAWEKEYKQLNPDHEIAYLEGAEVQSIVGSDVYSCALKHMGNGHIHSLNMLLGSAKALVGLGGRIYENTPVLEVTYGDTINLRTAKGSVRAKKILWSCGAFLDRLEPELHKTMVSTYAFQLVTEPLPPALIEQISPIRGAFSDIRPVIEYYRVTNENRLLFGSATRLLEYIPNDLKAWNRNLMLQVFPYLDHVKIDLAWGGPMECSANLFPQIGTLPGRDNAYFVQGYSGFGVTPSHVVSRVIADGMTGGSRHWDVMSAIPRTRIPGKDHWRNLICTLGKASHQLAGYRNGRR PGPT0007637_849 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007637-puuB|ordL-K09471 NA NA D1-35_04016 1317 hypothetical protein ATGCTCGCCTGTAAAAAAACAATAATCGCGCTTTCGTTCGCCTGCGTCTGTGTTCCAGCAGCAGCGCAGCCGCTGTACAAGGATGAAGCCACGGAAGTCGATGCGCGCTTGCTCGCGTTGGCTGGCGCCTTCCATAGCCGGGAAAACTACTCGCAATCGGGAACACGTAGAGAGGGGGCCAGCCGGTGGCAAGAGGCGGTCCTGCAATACGGTTTCGACCTGCGCCATAGTCTCGACGCCGGGTCGCAACTGTACGGTTCATTGAATTGGGTAAGCTCCGCCACCTTTGGCGATGGCGACCCGGCCGGCTGGTCTTCAGGTGATGAGCGCACCACGAAAATCGAGGACGCTTTCGTGGGTTGGCGCTCCGGCACACGGTTCGATGTCATGGACGAGAACGGCGTGGACATATCGTTCGGGCGGCAAAACATCGTGATCGGCGACGGCTTTCTGGTCAGTGGCGATGCCTTGAATCTCGGCAAGGAGTTTGTCGACGGCAAAGCCAATCGGGGCGGGGGATACTACCTGACCGGTCGCAAGGCTTTTGATCGCACGGCCGTACTGCGCCTGGGTGGCCAGCAAGGCTGGCGGGGTGATCTTATGTGGCTCAAGTCCGACAACCCGGCCCAGGCCAGGCCGGAATTGGCACTGGGTACGCTGGAGCATGTCAGCGAGCAGGGCACCCTGGGCCTGACTTATCTGAAAGTCACCGATACCGACCAGGCAATGGCGGACCTGTTGTTTCCCGAGCGCAAGGGTATGCAGCTCTACAGCGTTCGCGGACAGGGTAATGCAGGGGTTTCCGGGCTGTTCCTGGCCGGTGAGTACGCTTGGGAGCAGAAAGATAACGCCAGGGAGAACGCCTGGTATCTTGAAGCCGGTTGGACGTTTGACGATGTTCCCGGCACGCCTTCGATCAACTACCGATACAGTCGTTTCTCCGAAGGCTACGACCCGCTTTTCTATGGCAATGGCCGCGCGCTCGGTACCTGGTTCCAAGGTGAAGTCGCTGCCAACTATGCGGGCCCGTTCAACAGCAACGCCACTGTGCAGCATGTGGGATTGAAACTCGCTCCCGCCGAGGATCTCAAGCTAGGCATCTTGCTTTACACCTTCCGCACCCTCGACGCGAGCCGTAACCAACTGGATGCCGACGAGGCGGACCTCTACGCCGAATGGTCGATTGACCCGCATTGGACCCTCATGCCCCTGGTGGGCCTCTATAAGCCGAAGCAAAGTGCCGCAAATGGCGGGACACAAGTCGGCAACAGCACCACCAATCTCTACGGGCAGGTTTTGGTGGCGTGGTCGTTCTAG MLACKKTIIALSFACVCVPAAAQPLYKDEATEVDARLLALAGAFHSRENYSQSGTRREGASRWQEAVLQYGFDLRHSLDAGSQLYGSLNWVSSATFGDGDPAGWSSGDERTTKIEDAFVGWRSGTRFDVMDENGVDISFGRQNIVIGDGFLVSGDALNLGKEFVDGKANRGGGYYLTGRKAFDRTAVLRLGGQQGWRGDLMWLKSDNPAQARPELALGTLEHVSEQGTLGLTYLKVTDTDQAMADLLFPERKGMQLYSVRGQGNAGVSGLFLAGEYAWEQKDNARENAWYLEAGWTFDDVPGTPSINYRYSRFSEGYDPLFYGNGRALGTWFQGEVAANYAGPFNSNATVQHVGLKLAPAEDLKLGILLYTFRTLDASRNQLDADEADLYAEWSIDPHWTLMPLVGLYKPKQSAANGGTQVGNSTTNLYGQVLVAWSF NA NA NA NA NA D1-35_04017 1173 fdhA_2 Glutathione-independent formaldehyde dehydrogenase ATGAAAGCGTTACGCTGGCATGGAAAAAAAGATATCCGCTGTGATGACCATCTCCCCGACCCGACGATAGAACATCCGCGAGACGCGATTATCAAAGTCACTTCGTGCGCCATTTGCGGCTCGGACCTGCACTTGTATGACGGTTTCATGCCCGGTATGAAGCATGGCGACATCATGGGTCACGAGTTCATGGGCGAAGTGGTGGAAGTTGGTTCGGCCAACAAGAAGTTGAAGATTGGTGATCGGGTGGTGGTCCCCTTCACCATTTGCTGCGGTGAATGCGATCAATGCCGGCGGGGTAATTTCTCTGTGTGCGAGCGCAGCAACCGCAACAAGGACCTGGCCGACAAGGCCTTCGGCCATACCACGGCGGGCTTGTTTGGCTATACCCACCTTACCGGTGGCTACCCCGGCGGCCAGGCCGAATACGTGCGCGTGCCTTACGCGGACTTCACCCCGGTGGTCATCCCGGATGGCCTTACCGACGAGCAAGTGCTGTTCCTTGGCGACATCTTTCCCACCGGTTGGCAGGCCGCCGTGCAATGCGATATCCAGCCAACCGACACCGTCGCGATCTGGGGCGCCGGCCCGGTCGGCCAGTTCACGGTGCGCAGCGCGGTGATCCTCGGGGCCAGGCAGGTGGTATGCATCGACAACGTGCCCGAGCGCCTGGCCATGGCCAAGGCCGGTGGCGCCATCACCATCAATTTTGATGAAGAAAGCGTGCTGGACCGCCTGGCCGAGCTGACGGGAGGCAAGGGGCCGGAGAAATGCATCGACGCGGTAGGCATGGAGTCCCACGCAACCCGTTCATTCGACTCCATCTATGATCGGGTCAAGCAAGCGGTAATGCTCGAGTCGGACCGCCCCCACGTGCTGCGGGAAATGATGTACGTCTGCCGCCCCGCTGGCACGTTGTCGATCCCCGGCGTCTATGGCGGCTTGATCGACAAGATTCCGTTCGGCGCCGCCATGAACAAGGGCCTGACCTTCAAGATGGGCCAGACCCATGTGAACCGCTGGACCGATGATCTGCTCCAGCGCATCCAGGAGGGGCAGATCGACCCAAGTTTCGTCATCACTCACACCGTGAGCCTTCAGGACGGCCCGCAGATGTACAAGACTTTCCGGGACAAGAAAGACGGCTGCGTGAAGGTGGTGCTGAAGCCTTGA MKALRWHGKKDIRCDDHLPDPTIEHPRDAIIKVTSCAICGSDLHLYDGFMPGMKHGDIMGHEFMGEVVEVGSANKKLKIGDRVVVPFTICCGECDQCRRGNFSVCERSNRNKDLADKAFGHTTAGLFGYTHLTGGYPGGQAEYVRVPYADFTPVVIPDGLTDEQVLFLGDIFPTGWQAAVQCDIQPTDTVAIWGAGPVGQFTVRSAVILGARQVVCIDNVPERLAMAKAGGAITINFDEESVLDRLAELTGGKGPEKCIDAVGMESHATRSFDSIYDRVKQAVMLESDRPHVLREMMYVCRPAGTLSIPGVYGGLIDKIPFGAAMNKGLTFKMGQTHVNRWTDDLLQRIQEGQIDPSFVITHTVSLQDGPQMYKTFRDKKDGCVKVVLKP PGPT0006355_391 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006355-frmA|ADH5|adhC-K00121 NA NA D1-35_04018 2007 hypothetical protein ATGACCAGCTCAAACATCAGCGTTGGCGCGGCGCTACGTGCCGGTACCGGCAAAACCTTCGTGGACCTGGACGGTTATAACGACACCGCCAAGATAGCCGTGGGGCCGGACGGCAAGATCTGGCTTGCCGGGATGACCTGGGTGGAAACTGGTCAGTGGGAGTACGAAGGCTACAGGACTTCTTTGGTACGCCTTAACGCCGACGGCACGCTCGACAGCACTTTCAGCGACGATGGTAAAACCCTGCTGCCTCGCGACATCTACCCGGGCGAAGGTTATAGCGCAGCCGTACAGGCCGACGGAAAGTACCTGATCGTCTATCCACATTTTTCTGCGCCGAGCATCGTCATGATCCGCCTGAACACCGACGGTTCGGTGGATCAGAGCTTCGGCGTCAATGGAACGGCCACCGCTCCGGCAGCATGGGGTGATTCCGCCAGCGCGACCGTACAGCCTGACGGCAAGATCCTCGTGGCGAATCATGACTCTTATGACCAGATTTTTTCCGTCAATCGTTTCAACCCCGACGGTACGGTCGATTCCAGTTTCAACGGCGGCAGCGCCGTGGAGTTCACTGTTCCGGGCCTCAGCACATTGGAAGGCTTTGGCCTGACGCTGCAGGCCGATGGAAAAATCCTCGTGCCCGGCTACAACGGCGCGTTTGTGGTCGCGCGGTTGAATCCTGACGGGTCCCTCGACACAGGTTTTGGCACCGACGGCACGGCCGACATTGAAGTAGCTGGCATGGCGAAATCGATTACCGTGCAGGCCGACGGCAAGATACTGGTAGCGGGTTACAACGAGGAGGAGGGAACCGGATTCGACTTCAAGATCATCAGGCTGAACCAGGACGGAACCTTCGACGCAGGTTTTGGCAACAATGGGATCGCTGTACTCGACCTGGCCGGCGGCAGGGATACGGCCCGGGACATCACCGTGCTTGCGGACGGCAAGATCCTGGTAGCCGGGCAGAGCAATTATTTTGGTAACGATGACTTCAGCATCATCAGGCTGAATCCTGACGGAACCCTGGACACCACCTTCGGCGCGCTGGCCGGTGTGTTGCCGCAAATTGAAGGAAGCGCGGGCGCCGATGTTCTTTATGGCTCCTACGTCCCGGAACTGCTCACCGGTCATGAGGGCAATGATGTGCTCGATGGAGGAGGGCAGCGCGATGTTCTCCATGGCGGCGCCGGCGCCGATGTGTTCCGAATCAACTCCATCGGTGACAGCTACCGCACCGACTCTCAGGCCGTCAGCGATCGCATCGTTGATTTCGATCCGGGCCAGGACCTTATCGACCTGTCCGCCTTGGGCTTCAGCGGACTGGGCAATGGGCTCGACGGAACCCTGGCGGTCTCTGTCAATGACAGCGGTACCCGCACTTATCTTAAAAGCTTTGAAGCGGACGGGCAGGGCCATCGTTTCGAACTGGCACTCAACGGCGATCTCTCTCAAGTTCTCAACGAAACCAACGTAGTGCTGAGTCGCACGCTGATCCAGGGAACGGAGTCGGCCGATCGCCTGAAGGGCTCGGCGGCGGGCGACGTGCTCATCGCCGGCGGCGGCGACGATGTCGTCTCGGGCGGCTTTGGGCACGATGTTCTTGATGGAGGATCGGGGCGAGACGTGCTGACAGGAAGTGAGGGGGCCGATGTGTTCCGCTATGGATCCCTGGAGGACAGCTTCCGTACGGCGGATGGAAATTTCCAGGACCGGATTGTCGACTTCGACCCGGATACCGACAAGATAGACGTCTCTGCGTTAGGCTTCACCGGGCTAGGGAACGGCTACAACGCGACGCTGACGGCCGTGCTGAGTGAGGATGGCCAGCGAACCTTCCTGAAAAGCTACAGCGCCGATGAACAGGGGCGTCGGTTCGAAATCACGTTGCAAGGCGATGTGGTGGCGCAACTTGGAGACGATGATTTTATCTTCGCTTCGGGTGATGAGCCTTTTACCGAGCTGCAGCTTCTTGGGGTCGCTGCGCCTGAGCAGCTTGGGTGA MTSSNISVGAALRAGTGKTFVDLDGYNDTAKIAVGPDGKIWLAGMTWVETGQWEYEGYRTSLVRLNADGTLDSTFSDDGKTLLPRDIYPGEGYSAAVQADGKYLIVYPHFSAPSIVMIRLNTDGSVDQSFGVNGTATAPAAWGDSASATVQPDGKILVANHDSYDQIFSVNRFNPDGTVDSSFNGGSAVEFTVPGLSTLEGFGLTLQADGKILVPGYNGAFVVARLNPDGSLDTGFGTDGTADIEVAGMAKSITVQADGKILVAGYNEEEGTGFDFKIIRLNQDGTFDAGFGNNGIAVLDLAGGRDTARDITVLADGKILVAGQSNYFGNDDFSIIRLNPDGTLDTTFGALAGVLPQIEGSAGADVLYGSYVPELLTGHEGNDVLDGGGQRDVLHGGAGADVFRINSIGDSYRTDSQAVSDRIVDFDPGQDLIDLSALGFSGLGNGLDGTLAVSVNDSGTRTYLKSFEADGQGHRFELALNGDLSQVLNETNVVLSRTLIQGTESADRLKGSAAGDVLIAGGGDDVVSGGFGHDVLDGGSGRDVLTGSEGADVFRYGSLEDSFRTADGNFQDRIVDFDPDTDKIDVSALGFTGLGNGYNATLTAVLSEDGQRTFLKSYSADEQGRRFEITLQGDVVAQLGDDDFIFASGDEPFTELQLLGVAAPEQLG PGPT0027825_384 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027825-prtC-K01406 NA NA D1-35_04019 1170 hypothetical protein ATGCCCTCGAACCGAACTGCCGTACCCGCTTTGGCACTGGCACTGGCATTGGCGATTGCCATGCCCATGACAGAAAGCCTGGCTGCGCCTGTCAATAATGCCTCCGCGACCAAACCGATGCTGGCGCCTGTGCAAATGGCACACACCTTTGCACAGGTGCGCAAAGGCAATGTCGTCAGTACGCTCCTTGTGACCGCGCTGTCTGAAACCAGCGTGACGGCAATTGACCTGAGCGAGCTGTCCGGTCTTCATAGCGCTGATGCATTCGACGTCATCAGCCGTTTCAGCCTCGCGCGCCTCGACGCGCTTGCAGGCCAGCCGTCACGCACGCAAGTGCATCCGCTTGCCCGGCTGATGGGTGTAGGCCCACGGGGTGTGGCACATATCGCGGCCGGCACGAATTATCCAGAGCATGGCAAGGAGGTCGGCGTAGACGAGGCCTTCCTGTTCCCCAAGATATCGCCCGCCAGCGGCCCTGTTTCAAAAATCATTGCCGCAACGGATGCCTTGATGGACTACGAGGTTGAAGTGTGCGCGCGGTTCGACCGCGAGCTGAGATCCGCAGCGGATTTCGACGAGGCACGTAAGGGCTTCTTTATCTGCGGGGACTTCAGTGACCGAGCGGCCCTGGTCAGAAATATCAATTTGAAGGACATCACTTCTGGAGACGGTTTCCCTGATGCGAAGAGCGGAAACGACCGTTTTCCCGTTGGTCCGTTTCTGGTGGTGCCCAAGGATTGGAAAACCTTTCTCGCCGCTGTCGTTATTGAAACTTATGTCGATGGCGAACGACGTCAGCAAGCGAACGCAGGCGACATGATCAAGGACCTTCGCCTTATTGTGCGAGAAACGCTCGAACAAGCAACCACCCGTACCTGGTCGTATCAGGGCGGCCGCATTCCCATGGTCAACCGCCAGGCAATCGACACAGGCAGCGCTGTACTTACCGGGACCGGTGACGGAGTGGTGTTCAAGGAGCCAGGCCCCGAGGTTATCGACGAGCTCATGGGAGCACGCAGCCGGGATCAGCAACTCAGCGTGATCGAAGCCTATCTGGCGGCAGAGCAGAAAAAAGGCATCTATCTGCGCCCGGGCAACACCGTGCGGTATTCGAGTAATTATCTTGGCTCGATCGAGACCGAGGTGGTTTCCGTCAGCTCCGCTAAATAA MPSNRTAVPALALALALAIAMPMTESLAAPVNNASATKPMLAPVQMAHTFAQVRKGNVVSTLLVTALSETSVTAIDLSELSGLHSADAFDVISRFSLARLDALAGQPSRTQVHPLARLMGVGPRGVAHIAAGTNYPEHGKEVGVDEAFLFPKISPASGPVSKIIAATDALMDYEVEVCARFDRELRSAADFDEARKGFFICGDFSDRAALVRNINLKDITSGDGFPDAKSGNDRFPVGPFLVVPKDWKTFLAAVVIETYVDGERRQQANAGDMIKDLRLIVRETLEQATTRTWSYQGGRIPMVNRQAIDTGSAVLTGTGDGVVFKEPGPEVIDELMGARSRDQQLSVIEAYLAAEQKKGIYLRPGNTVRYSSNYLGSIETEVVSVSSAK NA NA NA NA NA D1-35_04020 807 mipA_1 COG3713 MltA-interacting protein ATGAAACCTTCTCTGATTTTCTCCGCCATCCTTTGTGCCACTTCCGGCTTCGCCAACGCTGAGATTGCTGATGATGACGCGAATCCCACCCGCAAAACACCGCAATCCCGCTGGGGCCTCGGACTGGGAACCGCAATATCAAGCGGCGTTTATGCCGGTGAGGGCGTGCAGCTAACGCCTTTCCCTCTCTTCAGCTACGAAGGTGAGCGGTTTTTCTGGCGTGGAATAGCCGGCGGCGCGCATCTGTTCGAGCGTGACGGTTTCGCAATCGATGCGACATTGTCTGCACGCATGGATGGAATCGATCGATCAGATTTCGGCAGACGCGAACTCGCAGACCGTGGCGTTGACCGCTCATTGCTCGATGACCGTGACGATGCAATCGACATGGGGATCGCGGCCACGTGGACCGGGGACCTGGGGCAACTGGAGCTCGCCGTCAAAAGCGACATCAGCGACGCCAGCGATGGCTATGAAGCTGGGTTGAAGTACGGCTACCCCATTCAGTGGGGGCGAAGCAGAATCACCCCTAGCGTCGGCATTTCCTACTTGTCTGAAAAACTGGCGAACTATTATTACGGTACGCTTCCTGGAGAAGTCGACCGAGGCGTTGTCGATTACCGGCCCGGCAGTGCGACGGTGCAACGCGTCGGTCTGGATTTTGCTCGACCATTCGCAGAGCGCTGGGTGTTCATCGCAAATGCTACGTATGAACACCTCCCGGTGAAAATCACCGACAGCCCGTTGGTAGACGAAGACACAAACGGCGCGATGTCCGCGTTTATCGGGATATCGAGAAGTTTTTGA MKPSLIFSAILCATSGFANAEIADDDANPTRKTPQSRWGLGLGTAISSGVYAGEGVQLTPFPLFSYEGERFFWRGIAGGAHLFERDGFAIDATLSARMDGIDRSDFGRRELADRGVDRSLLDDRDDAIDMGIAATWTGDLGQLELAVKSDISDASDGYEAGLKYGYPIQWGRSRITPSVGISYLSEKLANYYYGTLPGEVDRGVVDYRPGSATVQRVGLDFARPFAERWVFIANATYEHLPVKITDSPLVDEDTNGAMSAFIGISRSF NA NA NA NA NA D1-35_04021 714 czcR_4 Transcriptional activator protein CzcR ATGAGCATGGACAATAGGGTCAAACAGGCCTTGAGCGTTCTCATCATTGAAGACAACGCGGCCTTGGCTGCCAACATCTATGATTATCTTCACGCTTGTGGACATCATCCCGATGCGGCGCCCGATGGCGAGACGGGCCTCAGTCTCCTGGCGAGCAACCGATACGATGTGATCGTGCTCGACTGGATGATGCCGCGCATGGACGGCATGACAATGCTGGCGAAGCTTCGCAATCAATTGAAGTCTCGCATCCCGGTAATATTGATCACCGCCAAGGATCAAGTCGCAGACAAGATTCAAGGGTTTCTTACGGGCGCGGATGATTACGTTGTCAAGCCGGTCGCGCTTGCGGAGCTTGAAATAAGATTGAGAGTCGTCACTCAGCGCATGAGTGGCGCGCATCTCGAGTCGCAGGTACTGCAAGTGGCCGACTTGCGATTTGACCTGGACACCTTGCAGGTGACGAGGGCTGGTAAAACGCTCGCGATGACGCCCGTTCGCCGAACACTGCTTGCTTTGCTGATGCGCAGGTCACCAGGCCTGGTACGCCGAGATGAGCTTGAAACGCTGATCTGGGATGACCGCGTTCCGGACAATGACGCCCTGCGTTCACATATGTATATGTTGCGCAAGGCCGTGGATGGAGGCGCGTCACACAAGCTGATCAAAACCGTGGCGGGTAGCGGTTACCGTCTGCAAGCCGCCGATGAATGA MSMDNRVKQALSVLIIEDNAALAANIYDYLHACGHHPDAAPDGETGLSLLASNRYDVIVLDWMMPRMDGMTMLAKLRNQLKSRIPVILITAKDQVADKIQGFLTGADDYVVKPVALAELEIRLRVVTQRMSGAHLESQVLQVADLRFDLDTLQVTRAGKTLAMTPVRRTLLALLMRRSPGLVRRDELETLIWDDRVPDNDALRSHMYMLRKAVDGGASHKLIKTVAGSGYRLQAADE PGPT0004105_1053 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 D1-35_04022 1350 hypothetical protein ATGGCAGCCAGTAGCTTGAGTCGCAGGATCAGCGTGATTTTCATCTTGTTCGGCCTCACATTGGCTGCAGGACTGACCATCCAGGGCAACTTGAGCCAGCAAATGGTCGTTCATCCCATCTGGCGCGAGCTTTTGCAGTCCAGTACGGACCAGTACCTGTCTGATGGAAGATCAACTGCGGAAAAAGATCTTTCATCCGCCGGGATAATTCGGGGTTGGCGTCTGAACGGATATGCTCCGCCACCCGATATGCCCCCGTACTTCGCGTCGCTCGACCCTGGCTACCACGATGAACATCAGATGGATTCCTATGACACCGACCGTAGCCATGCTGTGCTCGTAACACCGCTTGGGAACGAGCGTATTGTCATGTCCGTGGACATAACCGACCTGGAAAACCATCAAAACATGACAGCGCTGCTGAGCGTGCTCATGGCGCTATTGAGCAGTTTGATGATCCTGGGCGCGATTGTCTGGGTCTACCGCACGCTGAGGCGACCCCTCCAGCTACTGGCCCAACGGATGGATGAGCTGGACCCGGAGCAACCGGCCCTGCGCCTTGCAACCGACTTCGACTTGAGTGAATTGCACGACATAGCGGTCATTGTGAACCGTCACCTTGACCGGGTAGGACGATTCATAGAACGGGAACGCAGCCTGTTGGACCTGGCCAGCCATGAATTCCGTACGCCTGTCTCAGTGATTGCAGGCGCCGTCGACGTTATCAAATTGTATAAGTTGCCAGCGGAAACAGACCGACCTTTGGCGCGCATCGAGTCGACAATAGGCAATCTGATGGAAATCATGTCGGCCTTATTATTCCTGTCCAGGGAGCCCGATGCGAAGGCTGCCGCCGAGACCACACGGCTCGACGCGATAATCGTGGCCTTGGTTGACGATCATGCGCATCTGCTGAACGGGACGGGGGCGGCATTTGTGATCGAAGAATTTCATCCTGCGACAGTTGCCTGCCCCGAGGCGATGGTCAGGATCGTCGTCAGCAATTTGCTGCGCAATGCGACAGAGCACGGTAATGCAGGGCCCATCAGAATCTGCCTGGCGGACGGCAGATTGAGCATACGCAACAGCTCGGGAGGCTTTGACGTGGTCGAGGCCGCTCGACGCCATACCATGGCGTTGAGGGATTCAAGCAAGCAGGGCGGGGGACAAGGTCTGGGGCTGTTCATCACCCGGCGAATTTGCGAGCGATTTGGATGGACCCTGATACTCTCGTCGGCGGTTGAAGGTGAGATTCTGGCGCAATTGCACTTCGGCCAGGCGGCCCCATACGATGACCGGGCCGAGGCCTCGGGCCAGTCGTACCGAGCGCCTCCCGGCAGCCTACGCTGA MAASSLSRRISVIFILFGLTLAAGLTIQGNLSQQMVVHPIWRELLQSSTDQYLSDGRSTAEKDLSSAGIIRGWRLNGYAPPPDMPPYFASLDPGYHDEHQMDSYDTDRSHAVLVTPLGNERIVMSVDITDLENHQNMTALLSVLMALLSSLMILGAIVWVYRTLRRPLQLLAQRMDELDPEQPALRLATDFDLSELHDIAVIVNRHLDRVGRFIERERSLLDLASHEFRTPVSVIAGAVDVIKLYKLPAETDRPLARIESTIGNLMEIMSALLFLSREPDAKAAAETTRLDAIIVALVDDHAHLLNGTGAAFVIEEFHPATVACPEAMVRIVVSNLLRNATEHGNAGPIRICLADGRLSIRNSSGGFDVVEAARRHTMALRDSSKQGGGQGLGLFITRRICERFGWTLILSSAVEGEILAQLHFGQAAPYDDRAEASGQSYRAPPGSLR NA NA NA NA NA D1-35_04023 456 hypothetical protein ATGGATTGCATCATCCGCAAGGCAACGAGTACCGACGCCACAGCAATAAGCCTGGTGGTCGTGGCGGCGCTGCGCGAGTCCAACGTTCAAGATTATTCGCCAGAGATCATCGAGCAGGTGCAGCAGAACTTTTCACCCGCAGCGATCCTGAACTTTCTCGGCCAGCGAGAGGTATATGTCGCAAGCAGTGACGGTGAGGTTGTCGCAACAGCGAGTCTTGATGGAAACGTCATCCGAAGCGTGTTCGTTGCGCCTGCCTGTCAGGGCAGAGGCATAGGGCATCAGCTGATGGCAACGATTGAGGCGGGGGCCGTGCGCGGTGGTGTGGAGCGGCTACGAGTTCCTTCCTCGATCACCGCGCAAGGCTTTTATTCTTCTCTGGGTTTCGAAAAAGTCCGGGACGAGTTTCACGGCGCGGAGCGCACGATCATCATGGAAAAAAAACTGGGCAGCTAA MDCIIRKATSTDATAISLVVVAALRESNVQDYSPEIIEQVQQNFSPAAILNFLGQREVYVASSDGEVVATASLDGNVIRSVFVAPACQGRGIGHQLMATIEAGAVRGGVERLRVPSSITAQGFYSSLGFEKVRDEFHGAERTIIMEKKLGS NA NA NA NA NA D1-35_04024 1854 btuD_9 Vitamin B12 import ATP-binding protein BtuD ATGCTTCACGCATTCGAACAACGGCTCGACCCTTTTCCGCCTGACGAAGTCCCACCGCCACCAGACGGCCTGGCGCGTTTTTTGTGGGCCTGCACGCGGGGCGCCCGCGGCTACATCCTCGCTTTCGCGCTGCTCAGTGCCGCCGTGTCGATCTACGAAGCCTGGCTGTTTTCGTTTCTCGGACAGGTCGTCGACCTGCTCTCGACCTGGCAGGCCGGCGGCGATGCGGCGGGGCAGGAGAGTCGAGTGCTGTGGGGCATCGGCATCATGCTGGTGACCAGCATCGGCCTGGTCGCGTTGCGCACGATGGTGCAGCACCAGGTACTGGCGATCAACCTGCCGTTGCGGCTGCGCTGGGATTTTCACCGACTGATGCTGCGACAGAGCCTTTCATTTTTCTCGGATGAGTTCTCCGGCCGGGTCACCACCAAGGTGATGCAAACGGCGCTGTCGGTGCGCGAGGTGCTGTTCACCCTCATCGAGATCGTCCCCGGGATCGGCGTGTATTTCATCGCGATCATCGCCCTGGCCGGCGGCTTTGACCTGAAGCTGATGTTGCCTTTCATTGCCTGGGTAGTGTTGTTCGGCCTGGCCATGCGCTACTTCGTGCCGCGCCTGGAGAAAGTGGGGCAGGAGCAGGCCAACGCGCGGTCATCAATGACCGGGCGGGTCTCGGACGCCTATACCAACATCACCACCGTGAAGCTGTTCTCCCACTCGAAACGCGAAGCACACTTCGCCCGCGCGGCCATGGAAGACTTCAAGCAAACCGGCTTTCGCCAGATGCGCCTGGTCAGCCAGTTCGAAATCGTCAATCAGGCACTGGTGGTTGCCTTGATCCTCGGGGCCGGCGGTTACGCCCTGTGGTTATGGCATCAAGGCGAAGTAGGCACCGGCGCCGTGGCGGCAATCACCGCCATGGCGTTGCGTATCAACGGGATGTCGCACTGGATCATGTGGCAAATGACCTCGCTGTTCGAAAACATCGGCACTCTGCAGGACGGCATGGAAACCTTGACGCGGGGGCCCAAGGTTCAGGATGCGCCGGACGCCGGCGTGCTGGTTACTACCGGTGGTGCGGTGACCTTCGACAATGTCAGCTTCAATTACAACGGCGAACGCCAGGTGCTCGATGGCCTGAGCCTGAACATCCGGCCGGGAGAAAAAATCGGCCTGGTAGGTCGCTCCGGTGCCGGCAAATCCACGCTGATCAACCTGCTGCTGCGCTTCTATGACGTGGACAGCGGTGAGATTCGAATCGACGGGCAGAACATCGCGCATGTCACGCAAGACAGCCTGCGCAGCGCCATCGGCATGGTCACTCAGGACACGTCCCTGTTGCACCGGTCGATCCGCGACAATATTGCCTACGGCCGCCCCGACGCCACCGATGAGGAAATACGCAGTGCCGCAGCCAGCGCCCAGGCCGATGGGTTCATCAATCAACTGAGCGACAAGCAAGGCCATAGTGGTTACGACACCCTGGTGGGGGAGCGCGGCATCAAGCTTTCGGGCGGCCAGCGCCAGCGCATCGCCATCGCCCGGGTCATGCTCAAGAACGCCCCGATCCTATTACTGGACGAGGCCACCAGCGCACTCGATTCGGAAGTCGAAGTGGCCATCCAGGAAAGCCTCGATGAAATGATGCAGGGCAAGACCGTGATCGCCATCGCCCATCGGCTGTCCACGATCGCGGCGATGGACAGGCTCATCGTCATGGATGAAGGGCGGATCATCGAACAAGGCACCCACGCCGAATTGCTCGGGAAGAACGGCACCTACGCGCGATTGTGGCATCACCAGAGCGGCGGCTTTCTGGGGGAGGATCAGGGCGTGGTCGAGGCGGTGGAGTAG MLHAFEQRLDPFPPDEVPPPPDGLARFLWACTRGARGYILAFALLSAAVSIYEAWLFSFLGQVVDLLSTWQAGGDAAGQESRVLWGIGIMLVTSIGLVALRTMVQHQVLAINLPLRLRWDFHRLMLRQSLSFFSDEFSGRVTTKVMQTALSVREVLFTLIEIVPGIGVYFIAIIALAGGFDLKLMLPFIAWVVLFGLAMRYFVPRLEKVGQEQANARSSMTGRVSDAYTNITTVKLFSHSKREAHFARAAMEDFKQTGFRQMRLVSQFEIVNQALVVALILGAGGYALWLWHQGEVGTGAVAAITAMALRINGMSHWIMWQMTSLFENIGTLQDGMETLTRGPKVQDAPDAGVLVTTGGAVTFDNVSFNYNGERQVLDGLSLNIRPGEKIGLVGRSGAGKSTLINLLLRFYDVDSGEIRIDGQNIAHVTQDSLRSAIGMVTQDTSLLHRSIRDNIAYGRPDATDEEIRSAAASAQADGFINQLSDKQGHSGYDTLVGERGIKLSGGQRQRIAIARVMLKNAPILLLDEATSALDSEVEVAIQESLDEMMQGKTVIAIAHRLSTIAAMDRLIVMDEGRIIEQGTHAELLGKNGTYARLWHHQSGGFLGEDQGVVEAVE PGPT0029145_509 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029145-vcaM-K18893 NA NA D1-35_04025 1227 mdtH Multidrug resistance protein MdtH ATGAACGGCATTATCGGGATCACGTTTGATCTGAATAAGGATATTTGCACCACCGTGGCCACTTACTCACTCGTTATTCGGCGCCTGATGATTGTTTCCCTGACCATCGTGGTCAGTCGCGCCATTACCAGCCCGTTGCTCACGTTATTCTTGAGCAACAAGCTGGGCCTCAACCAACAGGACGTCGGTCTGCTGCTCGGCATCGCGGTGTTCATCGCCACCTTGCTGGCCCTCTATGGCGGCTATGTCATCGACCGCCTGGAGAAGCGCCGACTGCTGATCCTGGCGATGCTTTCCAGCGCCGTCGGTTTCGTACTGCTGACCTTTGCCGAAAACCTCTACCTGACCACGCTGACCGTGGTGATCACCGAGACAGCGTCAGCGCTGTTCCTGATCGGCTCCAAAGCCATCCTCAGCGAGAACCTGCCCATCGGCCAGCGCGCCAAGGCTTTTTCCCTGCGCTACACGCTGACCAATATCGGCTACGCCACCGGCCCGATGCTCGGCGTGGTGATTGCCGGTGTCTACCCGATCGCCCCATTCCTCATTGCAGGCGGCATCGCGTTTTTCAGCATCTTCCTGATGACCGGCATCCCCAGGGCAGCGACACCGGCCATTGGCCCAGCGCCAAGCTTTCTCAAAACGCTGATCACCCTGAAAAACGACCGCACGCTGATCATGTTCACGTGCGGCTGCCTCTTGAGCACGGTGGTGCACGGACGTTTCACGCTTTACCTGTCGCAATACCTGCTGGTGACCCATGACTCCAGGCGCGCGCTGGAAATCATGGCCGCCCTGCTCGCCTGCAACGCGATCACCGTGATCCTGCTGCAGTACCAGATCGGCCGGTTCCTGGATCGCGAAAAGCTGCGCTACTGGATTGCCGCAGGCACCAGCCTGTTCATTGTCGGCCTGATCGGCTTCAGCCTGGCGGACGACATGCTGAGCTGGTGCGTGGCGATGTTCATTTTCACCCTCGGGGAGATGATCATCTACCCGGCCGAATTCCTCTTCGTCGATACCCTGGCCCCGGAAGAGCTGCGCGGTAGCTATTACGGCGCGCAAAACCTGGCAGCCCTTGGTGGTGCCCTGAGCCCGGTGATCTGCGGGTACCTGCTGCTGCAAACCCCGGCACCGACGATGTTCTACGCCTTGAGTGCACTGACCGCCATGGGTGGATTCTTGTGTTTCATGAGCGGTCGTCGGGTGGCTGGCGTGCAGAAGTGA MNGIIGITFDLNKDICTTVATYSLVIRRLMIVSLTIVVSRAITSPLLTLFLSNKLGLNQQDVGLLLGIAVFIATLLALYGGYVIDRLEKRRLLILAMLSSAVGFVLLTFAENLYLTTLTVVITETASALFLIGSKAILSENLPIGQRAKAFSLRYTLTNIGYATGPMLGVVIAGVYPIAPFLIAGGIAFFSIFLMTGIPRAATPAIGPAPSFLKTLITLKNDRTLIMFTCGCLLSTVVHGRFTLYLSQYLLVTHDSRRALEIMAALLACNAITVILLQYQIGRFLDREKLRYWIAAGTSLFIVGLIGFSLADDMLSWCVAMFIFTLGEMIIYPAEFLFVDTLAPEELRGSYYGAQNLAALGGALSPVICGYLLLQTPAPTMFYALSALTAMGGFLCFMSGRRVAGVQK NA NA NA NA NA D1-35_04026 885 hypothetical protein ATGGCTGACTCCCCTATCTGGCCGAAAGGCTATCGCTGCGCGGTGGTACTGACTGTCGATTACAACGACATCCACGGCATCCTCACCCAGGCCCCGGAGGTCGCCGGGCGCGACAAGACGCTGTCGGTATGGCGCTACGGCACCCAACGTGGCGTCGAGCGAATGCTCGGCCTGTTCAAGCAGCTCGGGGTGTCCGCCAGCTGGTTTGTCCCCGGTATCGTTGCCGAGGAAAACCCCGCGCACATTCAGGCGATCCAGGCCGACGGCCATGAAATCGCCTGCGCTGGCTATCGCCATCAGGACTACGACAGACTGGACCTGGCCGCCCAAAGCGACGATATCGCCAAGGGCTGCGAGACCCTGGCCCGGCTGACCGGCCAGCGCCCGACCGGCTTTCGAATCCCGGCGGGCAACGGTGCTCCGGGCTTCATCGAAGCCTTGAGGGATCAGGGCATTCGCTGGTCGTCGTCGTGGCGCGGCGATGACCTGCCATTCGCTCACCCGACCGTACCGAGCGTCATTGAAGTACCGCTGCACTATGAGCTGGAGGACGAGCCTTACTTCGCCTTCAACTTGAGCCCGGCAGTGCCACCCGCGCAATCGCGGATCGCGTCCTATAGCCACACCTTGGGCAACCTGCAGATGGACTTCGCCGGCTTTCACCGGTTCGGCCTCTGCTACGTGCTGCGCCTGCACCCGGAAATCATCGCCACGCCGGGACGGATAGGCGTGTTGCGCGAACTGATCGAGGGCATCCAACGGCACAATGACGTATGGATCGCCACCGGCGCCGAGGTCGCGCAATGGTGGTCAGACACCGCGGGGCCAGTCGCCGAGGATCATCCCGCAGCGGTTTATGAACGGCATTATCGGGATCACGTTTGA MADSPIWPKGYRCAVVLTVDYNDIHGILTQAPEVAGRDKTLSVWRYGTQRGVERMLGLFKQLGVSASWFVPGIVAEENPAHIQAIQADGHEIACAGYRHQDYDRLDLAAQSDDIAKGCETLARLTGQRPTGFRIPAGNGAPGFIEALRDQGIRWSSSWRGDDLPFAHPTVPSVIEVPLHYELEDEPYFAFNLSPAVPPAQSRIASYSHTLGNLQMDFAGFHRFGLCYVLRLHPEIIATPGRIGVLRELIEGIQRHNDVWIATGAEVAQWWSDTAGPVAEDHPAAVYERHYRDHV PGPT0012156_353 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA NA NA D1-35_04027 849 pgdA Peptidoglycan deacetylase ATGTCTTCCTCACACCTACCCACCTGGCCCGGCCCGCACAAGGCTTGTCTGGCCCTGGCCTTCGACCTCGATGGTCCGACCGGTGATGCCATGCTCAACGGCTCGATCTGGCGCAAGCCCGAGTACTTCGGTTTCGGCGGCTATGGCCCTTATCGGGCGCTGCCGCGGCTGCTCGACCTGCTCGACGAGTTCCAGATTCCGACGACATTCTTCGTCCCGGCCTGGGTCGTGGAGAACTGGCCGAGACAGTGCCAGGCGATCATCGAGCGCGGGCATGAGGTGGCTTATCACGGCTACAGGCACGAGTCCTTTTATGCCCTGACGCTGGATCAGCAAAAGGACGTGATGAATATCTGCCGCGAGGTGTTCTGGAAGCATCTGAACATCCGCGCCGAAGGCTTTCGTACGCCGTCCGGCGACTGGCGCGCCGAAACCCCGGCGATGCTGGTGGAAGCCGGCGTGCGCTATTCCAGCAGCATGCGCGGCGATGACCGGCCATACCTGGTGAACGTGCCGGGGTTCGACACGCCACTGGTGGAAATTCCCGGTCGCTGGGAAATGGACGACTACGCCTCTCTCGCCTATACCCGTGCGCCGAACTTCCCTTCCGGGCTGGACCGCACGGCCAGCTACGCGCTGACCCTGGATAACTGGTGCCGCGAATACGACGGCGCAATGGACGAGGGATTATGCTTGACCACCCTCTTCCACCCCAAGATTACCGGTAAGCCGGGACGCATCCTGCTACTGGAAAAACTCTTCGAGCACATGCGCACGCGCGACGACGTGTGGTTCGCCACCTGCCGCGACGTTGCCCAGTGGTGGCTGAAGGAGCATCACCATGGCTGA MSSSHLPTWPGPHKACLALAFDLDGPTGDAMLNGSIWRKPEYFGFGGYGPYRALPRLLDLLDEFQIPTTFFVPAWVVENWPRQCQAIIERGHEVAYHGYRHESFYALTLDQQKDVMNICREVFWKHLNIRAEGFRTPSGDWRAETPAMLVEAGVRYSSSMRGDDRPYLVNVPGFDTPLVEIPGRWEMDDYASLAYTRAPNFPSGLDRTASYALTLDNWCREYDGAMDEGLCLTTLFHPKITGKPGRILLLEKLFEHMRTRDDVWFATCRDVAQWWLKEHHHG PGPT0018645_2567 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D1-35_04028 825 fliY_2 COG0834 L-cystine-binding protein FliY ATGAAGAACTTCGTTATTCCAGCAGTACTCGCAGGCGTTATGGCATCCGGTTTTTCCTTCGCCGCCCAATTGCCGGCCAGCATCAAGGCCAAGGGCGAAATCGTCGTAGCGATCATGCCGAACTACCCGCCGATGGATTTCAAGGACCCGGCCACCAACACCCTCACCGGCTTTGACTACGACCTGGGCAATGCTCTGGCCGAACGCCTGGGCGTGAAGATCAAATGGCAGGAGACCGGCTTCGAGCAAATGATCAATGCGTTGACCACCGACCGCGTGGACATGGTGCTGTCGGGCATGACCGACACCGCCGAACGTCAGGCCAGCGTGACCTTCGTCGACTATTTCACCAGCGGGCCGCAGTTCTACACCTTGCAGAAAAACAAGGACACCAACGCGATCATCGACCTGTGTGGCAAGAAGGTCGGCACCAGCCGCCGCACCACTTTCCCGACGGAGATCGCCGAGTGGAGCAAAGCCAACTGTGAAGCCGCCGGCAAGCCTGCGATCAACGTGGTCGGCACCGAGGGTTCGGCCGATGCCCGGGCGCAACTGCGCCAGAGCCGCATCGATGCGGCCATGCAGGGCAGCGAAACCCTGCCCTACCTCAAGACCCAGGAAAAGGACATGTACAAGACCGTGGGCCTGCCGATCTCCGAGCAGTTCACCGGTATGGGCGTGAGCAAGAAAAAACCTGAGCTCAGTGAAGCGGTGAAGGTTGCGCTGCAGAGCATGATCGATGACGGCAGCTACCAGGCGATCCTCAAGAAATGGGACCTGGAACTGGGTGCGATCAAGACCGTGACCATTAACGCCGGGAAGTAA MKNFVIPAVLAGVMASGFSFAAQLPASIKAKGEIVVAIMPNYPPMDFKDPATNTLTGFDYDLGNALAERLGVKIKWQETGFEQMINALTTDRVDMVLSGMTDTAERQASVTFVDYFTSGPQFYTLQKNKDTNAIIDLCGKKVGTSRRTTFPTEIAEWSKANCEAAGKPAINVVGTEGSADARAQLRQSRIDAAMQGSETLPYLKTQEKDMYKTVGLPISEQFTGMGVSKKKPELSEAVKVALQSMIDDGSYQAILKKWDLELGAIKTVTINAGK PGPT0020800_7729 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 D1-35_04029 765 glnQ_8 Glutamine transport ATP-binding protein GlnQ ATGAGAAGCATCGTCAAGGCCGTGAGCCTGAACAAATACTACGACCAGTTCCACGCCCTGAAGGACATCAACATCGAGGTCGAGCAAGGCGAAGTGCTGTGCATTATCGGCCCGTCCGGCTCGGGCAAGAGCACCTTGCTGCGCTGCGTCAACCAGCTGGAAAAAATCGACAAGGGCGGCCTGTGGGTCGATGGCGAGCTGGTGGGTTACCGGATCGTCGGCAACAAGCTGCACGAACTCAACGAAACGCAGATCGCCCGCCAGCGCCTGGCCACCGGCATGGTGTTCCAACGGTTCAACCTGTTCCCGCACATGACCGTGTTGCAAAACATCATCGAAGGCCCATGCCAGGTGCTCAAGCGTTCACCTAAAGAGGCGCACGAAGAAGCCCTGGAGCTGCTTGCCCGCGTCGGCCTGGCCGACAAGCACCACAGCTACCCGATCGAGCTGTCGGGTGGTCAGCAGCAACGTGTCGCCATTGCCCGTGCGTTGGCCATGCGCCCCAAGCTGATGCTGTTCGATGAACCCACTTCGGCACTCGACCCGGAACTGGTCGGTGAGGTGCTGTCGGTGATGCGCGATCTCGCGCAGACCGGCATGACCATGATCGTCGTCACCCATGAACTGGGCTTCGCCCGCGAGGTTTCCAACCGCATGGTGTTCATGGACGGCGGGCAGATCGTGGAGGCTGGAAGCCCCGAAGAAATACTAATAAGTCCGCAAAACCCTCGCACCCAGAGCTTCATTTCTGCCGTTCGAACCTAG MRSIVKAVSLNKYYDQFHALKDINIEVEQGEVLCIIGPSGSGKSTLLRCVNQLEKIDKGGLWVDGELVGYRIVGNKLHELNETQIARQRLATGMVFQRFNLFPHMTVLQNIIEGPCQVLKRSPKEAHEEALELLARVGLADKHHSYPIELSGGQQQRVAIARALAMRPKLMLFDEPTSALDPELVGEVLSVMRDLAQTGMTMIVVTHELGFAREVSNRMVFMDGGQIVEAGSPEEILISPQNPRTQSFISAVRT PGPT0020790_2598 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 D1-35_04030 879 hypothetical protein ATGAGCCAGACACAGGCAGAACGACTCCAGGCGGAGCGCAAGCTGGCGGAAAACCAGTTCGACATTACCCAGTACGATCATGTGCCCCGGCGTTATTACGGGCGGATCTTCTTCGCCACGGTGATCGTCATCGCACTCATCGGCCTGGTGCGCGCCTTCGCCGAAGGCAAGATCGAATGGTCGTACATCGGCCAGTTCCTCACCTCCGAGGCGATCATGTGGGGGCTGCTCAACACCATCGTCATGGCGGTGCTGGCGATGGCGCTGGGTATCGTGTTCGGCGTGATCACCGCGATCATGCGCATGTCGGCCAACCCGATCCTGCGCTACGTGGCGCTGACCTACACCTGGCTGTTTCGCGGTACGCCGCTGATTCTGCAGTTGCTGTTGTGGTTCAACCTGGCGCTGATCTTCCCCACCATCGGCATTCCCGGCGTGTTCGAAATGGACACCGTGAGCCTGATGACTCCGTTCGTGGCGGCGTTGTTTGGCCTGAGCATCAACCAGGGCGCCTACACCGCCGAAGTGGTCCGCGCCGGCCTGCTCTCGGTGGACACCGGGCAGTACGAAGCCGCCAAGTCGATCGGCATGCCGCGCCTGCAAGCGTTGCGCCGGATCATCCTGCCCCAGGCCATGCGGATCATCATCCCACCGGTGGGCAACGAGTTCATCGGCATGGTGAAGATGACCTCGCTGGCGAGCGTGATCCAGTACTCGGAACTGCTCTACAACGCCCAGAACATCTACTACGCCAACGCCCGCGTGATGGAGCTGCTGATCGTCGCCGGGATCTGGTACCTGGCCACGGTCACCGTCCTGTCCTTTGGCCAAAGCCGGCTGGAGCGTCGTTTCGCTCGCGGCGCCGGCAAGCGTTCTTGA MSQTQAERLQAERKLAENQFDITQYDHVPRRYYGRIFFATVIVIALIGLVRAFAEGKIEWSYIGQFLTSEAIMWGLLNTIVMAVLAMALGIVFGVITAIMRMSANPILRYVALTYTWLFRGTPLILQLLLWFNLALIFPTIGIPGVFEMDTVSLMTPFVAALFGLSINQGAYTAEVVRAGLLSVDTGQYEAAKSIGMPRLQALRRIILPQAMRIIIPPVGNEFIGMVKMTSLASVIQYSELLYNAQNIYYANARVMELLIVAGIWYLATVTVLSFGQSRLERRFARGAGKRS PGPT0020795_2133 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 D1-35_04031 1428 argH_2 COG0165 Argininosuccinate lyase ATGTCCCAACCCACCGACCGTCTCTGGGGGGCGCGTTTCAAAAGCGGCCCTTCCGAAGCCTTGGCGGCCCTCTCCCGTTGCCCTGAACGCTACTTTCGGCTCACGCCGTACGACCTCGCCGGTTCCAAGGCCCATGCTCGGGAATTACAGCGTGCCGGACTGCTGAACGAGCAAGAAACCCTGACCATGCTCGACGCGTTGGAGCGCATCGGCACGGACTACCGCGCCGGCATCATCGCCCCGACCCTGGATGATGAAGACGTCCACACGTTCATCGAGCGGCTGCTGACCGAACGCCTCGGTGCACTCGGTGGCAAGCTGCGGGCCGGGCGTTCGCGCAACGACCAGACGGCTAACGATCTGCGGCTGTTCCTGCGGGACCACGTACGTACCCTGGCCGTTGAAGTGCTGGGCTTGCAGCAAGCGCTGGTGAACCAGGCCGAGCAGCACATCGAGAGCATCTGCCCCGGATTTACTCACCTGCAGCAGGCACAGCCGATCGTGTTTGCCCATCACCTGCTGGCCCATGCCCAATCGATGCTGCGCGACGTGCAGCGCCTGGTGGACTGGGACGCGCGCACTTCGCTGTCACCACTCGGTGCGGCGGCCATGGCCGGTTCGGCGATCGCTCGTTTACCTCAGCAATCGGCAAAGGAGATGGGCTACAGCGGTGTTTGCGAGAACTCCATCGACGCCGTGGCCAGCCGCGATCACGTCGCCGAGTTCCTGTTCATCGCCAGCATGCTCGGCATCAACATTTCGCGCCTCGCCGAAGAATTCTGCCTGTGGTCGTCGCGGCAGTTTCGCTGGATCGCGCTGGACGATGCCTACGCCACCGGCAGTTCGATCATGCCGCAGAAAAAGAATCCTGACATCGCCGAACTGGCACGGGGCAAGGCCGGTCGCCTGATCGGCAACCTGACCGGGCTGCTGTCCACGCTCAAATCCTTGCCACTGTCCTACAACCGCGACCTGAGCGAAGACAAGCACGGCGTGCTCGACAGCGTCGACACCTTGCTGCTGGTGCTGCCGGCCATGGCTGGGATGGTGGCAACGATGAAGGTCGACGTTGAAGAGTTGCGTCGCCAGGCACCGCTGGGCTTTACCCTTGCCACCGAAGTCGCCGACTGGCTCGCGGTGCGCGGCGTGCCGTTCAAGGAGGCTCACGAGATCACCGGTGCGTTGGTCCAGGCTTGCGAGAAACACGCTATCGAACTGTGGGAAGCCTCCCCGGCACTGCTGGCGGAAATCGACCCGCGCCTTACCCCCGAAGTACGCGAAAGCCTGACCCTGGAAGCTGCCATCGCCGCCCGCAGCGGCTGGGGTGGCACCGCGCCAGAACGGGTGCGTGAACAGCTTGGTCGGCTGAAAAGCGCCCTCGCCGCCCAGCAAACGTGGACCGAGGAATACCACGGGTTCCGCCTTTAG MSQPTDRLWGARFKSGPSEALAALSRCPERYFRLTPYDLAGSKAHARELQRAGLLNEQETLTMLDALERIGTDYRAGIIAPTLDDEDVHTFIERLLTERLGALGGKLRAGRSRNDQTANDLRLFLRDHVRTLAVEVLGLQQALVNQAEQHIESICPGFTHLQQAQPIVFAHHLLAHAQSMLRDVQRLVDWDARTSLSPLGAAAMAGSAIARLPQQSAKEMGYSGVCENSIDAVASRDHVAEFLFIASMLGINISRLAEEFCLWSSRQFRWIALDDAYATGSSIMPQKKNPDIAELARGKAGRLIGNLTGLLSTLKSLPLSYNRDLSEDKHGVLDSVDTLLLVLPAMAGMVATMKVDVEELRRQAPLGFTLATEVADWLAVRGVPFKEAHEITGALVQACEKHAIELWEASPALLAEIDPRLTPEVRESLTLEAAIAARSGWGGTAPERVREQLGRLKSALAAQQTWTEEYHGFRL PGPT0014242_81 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681 NA NA D1-35_04032 966 hypothetical protein ATGGAAACCCCACTTTCCAATTCCGGAAACCCGCCGCCGAAAATGCCGCAACGGGCACCGTTAGCCCTCAGCGGGCTGGACTTCAAACTGCTCAAAGTGTTCAAGGCCGTGGTCGAGGCAGGGGGCTTCAGTGCCGCCCAAAATGAGCTGAATGTGGGATTGGCTGCCATCAGCAAACAGATTTCTGACCTGGAAATCCGCATCGGCATGCGCCTGTGCACACGCGGGCGCGAGGGCTTTCACCTGACGGAAGAGGGGCGCCTGGTGTATCAGGCGTCAATCGATTTATTTGCCTCGGTCGACAACTTTCGCGATCGCCTTAGTTCAGCGCAAAACGAACTTGTCGGTGACCTGGGCGTGGGCGTTATCGATAATACGATCTCTGACGTAAACTCCCCGTTAGTTGCCGCGCTCAGGCGCATGAACGAACAATCGCCGAAGGTCAGGTTTCAACTTCAGGCCAGCCAACTCGACGAGGTTGAAAGAGGCGTCGTCGAGGGGCGGCTAGTGGCGGGAATCGTGCCGATCTATCAAAAACGCGAGGAGTTCGACTACTACGAGCTGTACGAAGAACGCTCGGAAGTCTATTGCGCCCTCGGCCACCCGTTATTCAGCATGGCGGAGGCGGACATGGGCGAGGATGTGCTCAAGGCCCACGAGTGCATCAACCATCGTTACGCGATTCATCGCGACAAACTGAAGTTTGCTCACTACGACAGTTTTTCTGCCTCGGCCACCCAAGTGGAAGCCGTTGCGCTGCTGATCAAAACGGGGCGTTTCCTGGGATTCCTGCCCCAGCATTACGCCGCGCCGATGGTGGCGCGGGGCGAGTTTCGCGCGGTACGGCCGGACCTGATCAACATCGTCACCCCGTTCAGTCTGATCCTGCGTCACAACACGGTGCGCAGTCCGCTGGTCAAGGCGTTTGCCCAAGCACTGGGCGTGGATTTGAAGGCTCCGGTCTGA METPLSNSGNPPPKMPQRAPLALSGLDFKLLKVFKAVVEAGGFSAAQNELNVGLAAISKQISDLEIRIGMRLCTRGREGFHLTEEGRLVYQASIDLFASVDNFRDRLSSAQNELVGDLGVGVIDNTISDVNSPLVAALRRMNEQSPKVRFQLQASQLDEVERGVVEGRLVAGIVPIYQKREEFDYYELYEERSEVYCALGHPLFSMAEADMGEDVLKAHECINHRYAIHRDKLKFAHYDSFSASATQVEAVALLIKTGRFLGFLPQHYAAPMVARGEFRAVRPDLINIVTPFSLILRHNTVRSPLVKAFAQALGVDLKAPV PGPT0003120_86 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ACINETOBACTIN_METABOLISM,PGPT0003120-bauR-K21699 NA NA D1-35_04033 1251 putative MFS-type transporter GTGACTGCTCATCTGGATCGCCGCAACAACCTGTCGCTGGACAGCCTCAACTTCTTTCTCGCCGACGTGCGCGACGGTCTCGGGCCGTATCTGGCGATTTACTTGCTGGCGGTGCATCAATGGGACCCGGCGAGCATCGGCGTGGTGATGACGATTGCTGGCGTCGCGGCCCTGATCACGCAGACGCCCGCTGGAGCGCTGGTGGACAGCAGCCGTGCCAAGCGCGCGCTGATTGTGATCGCCGCGCTGGTCGTGACCGCCAGTTGCCTGGTGTTGCCTTTCGTCTCGTCATTCAGCCTGGTGGCGCTTACGCAGGCCCTGAGTGCGGTGGCCGCATCGATTTTTGCCCCGGCCATTTCGGCAATTACCCTGGGCATCACCGGTCCTCGCGCTTTCACGCGGCGAACCGGGCGCAACGAAACTTTCAACCATGCCGGCAACGCCTGCGCGGCGTTGCTGGCCGGTTTGTCTGCTTACCTGTTCGGTCCGGTGGCGGTGTTTTACCTGATGGCGGTCATGGCGCTGGCAAGCGTGTGTGCCGTGGCGTTCGTCTCGGCTGAAGCGATCGACCATGATTTGGCTCGCGGTCTCGAACCTCGTGGCCCCGATCACCCTCAGCCCTCCGGGTTTGCCGTGTTGCTCAGCCACCGACCGTTGTTGATGTTTGCGGTTTGCTGCGCGCTGTTCCACCTGGCGAATGCCGCCATGCTGCCGCTGGTGAGCCAAAAGCTTGCGCAAGCCAATCTGCACATGGCCACCCCGCTCACCTCCGCCTGCATCGTCGCGGCGCAGCTGGTCATGGTGCCGATGGCGCTGTTGGCTGGCGCCAAAGCCGATCAGTGGGGGCGCAAGCCGCTGCTGTTGGCGGGTTTTCTGATCCTGCCGTTGCGCGGTCTGCTCTACACCTTGTCGGATGATCCGTACTGGTTGGTCGCGATACAGCTGCTCGACGGTGTCGGCGCCGGTCTTTTCGGCGCGTTGTTCCCGGTCATGGTCAAGGATCTAACGCTCGGTTCCGGCCATTTCAATATCAGCCTCGGCGCACTCACAACGGTGTTTGGCCTCGGTGCGGCGTTGAGCAATGGTCTGTCGGGATTTGTGGTTGAAGCGGCGGGATACGATGCGGCATTCCTGACACTTGCTGGAGTCGCCGGAGCGGCATTTTTGCTGTTATGGGTTGGGGTTCCGGAAACCATGCAGCGTTCAGAAGGCATCAAAGTTGATCGAGTCGAGATGAGCCCAGGCGCCTAG MTAHLDRRNNLSLDSLNFFLADVRDGLGPYLAIYLLAVHQWDPASIGVVMTIAGVAALITQTPAGALVDSSRAKRALIVIAALVVTASCLVLPFVSSFSLVALTQALSAVAASIFAPAISAITLGITGPRAFTRRTGRNETFNHAGNACAALLAGLSAYLFGPVAVFYLMAVMALASVCAVAFVSAEAIDHDLARGLEPRGPDHPQPSGFAVLLSHRPLLMFAVCCALFHLANAAMLPLVSQKLAQANLHMATPLTSACIVAAQLVMVPMALLAGAKADQWGRKPLLLAGFLILPLRGLLYTLSDDPYWLVAIQLLDGVGAGLFGALFPVMVKDLTLGSGHFNISLGALTTVFGLGAALSNGLSGFVVEAAGYDAAFLTLAGVAGAAFLLLWVGVPETMQRSEGIKVDRVEMSPGA NA NA NA NA NA D1-35_04034 648 hypothetical protein ATGCCTAAGCGTGGCAGAACATCATATTTTACCAATCGTGGAAAGCATTTTGGAAATCTCTGGGCTGTATACAGCTTTAGGGCCAAAGATGTGTTATTGCTTTCCACTGACAGGCAGCTGGCGCACTGGCTTTTATACTTAGAGTTCTCGTCTTCCATTGCAAGCTTTAGTTTTAAGAGTGGGACTAAGGAGTTTTCTGAAAAACCAAACTATATCTTGAATTATCATGCTGAGGTTTTGCCCTTAGAGGGTTGTAATGAGCTGCATTATCTACAAGTGGAAGGGAACACGGAGTCTTGCGCAGAAAAAATTCTTGTGGCGAGAAAATATAAATATAATTACCGCGAGTTCAATGATGAAGATTGGCTCCCACGCCGAGACAAAATACTCCCGCTTCTTAAAGTCGCTAGTTATCTAGCAGGAAGCCGAAGTCTATACATCCCGCCAACACTGCTGGAAAAAGCGCTCCATTACATTCTAACACTCCGTTCGGGGACCTTACGCGGTTTTTTATCAGCGCTAGCGGATTATGAAAAAAATCTAATCTTGGTGGTTTTTTCGCGAGCCTATTCGGAGCGTTTGATCTCAGTCGACTTTGAATTGAGCTTTTTCAGCCAAGACACGCACTGGAGGTTAAATGAAATCTAA MPKRGRTSYFTNRGKHFGNLWAVYSFRAKDVLLLSTDRQLAHWLLYLEFSSSIASFSFKSGTKEFSEKPNYILNYHAEVLPLEGCNELHYLQVEGNTESCAEKILVARKYKYNYREFNDEDWLPRRDKILPLLKVASYLAGSRSLYIPPTLLEKALHYILTLRSGTLRGFLSALADYEKNLILVVFSRAYSERLISVDFELSFFSQDTHWRLNEI NA NA NA NA NA D1-35_04035 1593 hypothetical protein ATGAAATCTAAAATCACACAAGAAAGAATTTCCTTCGTTGGATTCCAGAAAGTAGACGCCTCCGCTATGGACGACGATGACCGAGCTCTATTTCTAAGGAGAAAAAAGGCGATCGATATGAGACTGGAAGGCTACACGGGTAGAGAAATTCGAAACCAAACCGGCATAAGTGAGAGCGAGGTTACGCGTTTATTCAAGCGTTATACATTAATGTTAGTGGAAGGGCTATTTGTCGGAGAGGCGGGTTTGATACCGCACTCGCGTGTCAGCTGCAATGTCAGACAAAAAGCACTACCGGTTAAACATACCGAAGGGCAGGGAGGGCTTTCCGGCGCCTTGGGGTATACGCTGAAAAAACACCCACGAATAGCTGTTGAATTTGAACGGCAGGTATTTCGCGAGGAATTTAAATTTGGTCACGGGGCTCATTACGATAAAAAACATCTTTGCGCGGTTTTTTATTCCATTTGTAGAAATGAAGGCGTACAGGAAGACGAGTGGCCACTCAATCAACCGCGCGGGGCACGGAGGACGATAACAAAACTCATTAATGAAATTCTGGCGAGCGACTTTAAAAGAGCATCTCTTGCCACTGGGGGAAGGCTTGCATTAACCCACTCCAAGGTGGGTACGGGACACGCTCGGCTTTTTGATAACTATGATGTCTTTGACCTAATTGAGATTGACTCGTATCATGTAGATTCTTTTTTTTTACTTAATATCACGGGTGACAGGCGCAGCCGAACGAAAGACGTCATTAGTCGCATTTGGATGATTGCGGCCGTATGTAGAAGAAGTAACGCGGTACTCGCTATAAAATTCATTTTTTCCAGTGAAATAAGAGCTCAAGACTTAGTCGATCTGATTTGCGAAGCTTATTCGGGTGGCTGGAAACCTCGTCAAACATTGAGCGTACTTGATTTAAAATATTCGAACGCTGCTGGAATGCCGGGGCACTCGTTTCCTGCTCTAAAAAACCATATCTGGGGAGCGGTATGCTTGGATAATGCGATGCAGCATCATGCTAATCAAGTATATGAGTTAGCGTTGCATGCGGTCGGATTTGGCATAAATTTTGGTCCTCTTGAGCAGCCAGCGCGAAGGTCTAAGGTTGAAGCGCTCTTCAAGCGTATTTCATCAAGGGTAATGCATCAAATTGAATCCACAACCGGATCTTCGCCTGGAGATGGGCGTGCAGAATCGCCAGAACAAGCCGCAATCTATTATCAGATTGATGTTGATGATGCACTGGAAGTGATGGACGTCTACGCAGCTAATTACAATGGTACTCCCCAAGGAGGATTGAACAAAGGTAACAGCCCCTTGGAGATACTATCTGATTATTGTAGCGATCTGAACGTGCTGTTGCCCGCTTCCTCTGAGGTATATCTGAATAACATCGCATTGGGCAGCACTAACCGAAAGGCACGGGTGACGGGTAACATAGAGAAAGGTATTAGACCTCGAATCAAACTCGACCAAGCTATTTATACCAGCCCAGATTTAGCAAAATCCCGCGGGACTTATAGGAAAAATATTGACGATTCGGATAGCACCCAACGACTATCGGTACGTAGAAGCCTATCTACCTGA MKSKITQERISFVGFQKVDASAMDDDDRALFLRRKKAIDMRLEGYTGREIRNQTGISESEVTRLFKRYTLMLVEGLFVGEAGLIPHSRVSCNVRQKALPVKHTEGQGGLSGALGYTLKKHPRIAVEFERQVFREEFKFGHGAHYDKKHLCAVFYSICRNEGVQEDEWPLNQPRGARRTITKLINEILASDFKRASLATGGRLALTHSKVGTGHARLFDNYDVFDLIEIDSYHVDSFFLLNITGDRRSRTKDVISRIWMIAAVCRRSNAVLAIKFIFSSEIRAQDLVDLICEAYSGGWKPRQTLSVLDLKYSNAAGMPGHSFPALKNHIWGAVCLDNAMQHHANQVYELALHAVGFGINFGPLEQPARRSKVEALFKRISSRVMHQIESTTGSSPGDGRAESPEQAAIYYQIDVDDALEVMDVYAANYNGTPQGGLNKGNSPLEILSDYCSDLNVLLPASSEVYLNNIALGSTNRKARVTGNIEKGIRPRIKLDQAIYTSPDLAKSRGTYRKNIDDSDSTQRLSVRRSLST NA NA NA NA NA D1-35_04036 201 hypothetical protein ATGGAAGGCGAAAACCCTGTTATTGCGTGGCAAAGGCATATGCAAATGAATGCCAGTCCTAAAACAAATCGTGAACTGCAGCGGCTCAAGGAGGAAACCAAAGGGCATCTTAGGGAAGAGCCGTTATATTTGGTAGAGGAGGAGATGCCACACACACAGGTAATGAATGAGCGATGGAAAGATCTTGGTATTCTTAAATAG MEGENPVIAWQRHMQMNASPKTNRELQRLKEETKGHLREEPLYLVEEEMPHTQVMNERWKDLGILK NA NA NA NA NA D1-35_04037 945 hypothetical protein ATGGATCATTCTCACCCAATTTTGAGTAGAGAGTACAGGCTGAACACACCTGCTTTGCTTGCAGTGGTTCAAAACGCCTGTTTCAAGGTGCTCATGCGGAAAACAGGTGTTGTTTATACCGGAGAGCCAAGAGTTGGTAAAACTGTGTGTTGTGAAGCGCTCCTTGAAGAAATACCCAAGCGGTTTCCGAATATCTACGTTTTTATGATACCCGCGACGAACAAGGATGCGTCATCGCCTCGCTACTCCTCAATCGTGCATCAGCTTATTGAACAGGAAGGTATTACTCCCAAAGCGCGAGCTACATTTATTCAGCGTCAATCAATGTTGGTAGAGCGACTTAAGACTAGAGCCGAGGCGCGACACGCGAAGCAAATAGTGCTACTTATTGATGAGCTTTCAAGATTATCGATCGGTGACTTTAAGCAACTTGCTGATATCTACAATAAGCTTCGGGCTGACAAATTCACACTGACCGTTATATCGTTTGCAATGCCATCCATAGAAAAAGTTGCAGAAGATTTTCTTCGCAACGATGACAGGCATATAATTGGGAGATTTTTGTCCGATATCCGTCCTTTATATGGCGTAACAACAGCGGCGCAACTTACGCAGATAATGCGTCTCTATGATGACAACCTAGAGGAAAAACCTTTTAGTCATGGCTTCACAAGAAATGTGCTTCCGAAGGCTTATGCGGATGGCTTTAGAATTACAAACCTTGCGAGCGATGTATGGCGGGAAATGTCTCGCGTTTCCTCTGGAAATTATGTGAATAACTTGCCGATGGAGCACGTTGCGCAAGTTATTGCTTATCTATTCGTGATCTTGGGGTGTGACGACTCTTGCTCTCTTGTGGTGCCTCCGGATCTAGTTGAAGAAGCAGTGCGTGAAAGTAACTTCAAGGAGTTCTGCAGAAAAATTACTGACTGGAAGGGGGGGTGA MDHSHPILSREYRLNTPALLAVVQNACFKVLMRKTGVVYTGEPRVGKTVCCEALLEEIPKRFPNIYVFMIPATNKDASSPRYSSIVHQLIEQEGITPKARATFIQRQSMLVERLKTRAEARHAKQIVLLIDELSRLSIGDFKQLADIYNKLRADKFTLTVISFAMPSIEKVAEDFLRNDDRHIIGRFLSDIRPLYGVTTAAQLTQIMRLYDDNLEEKPFSHGFTRNVLPKAYADGFRITNLASDVWREMSRVSSGNYVNNLPMEHVAQVIAYLFVILGCDDSCSLVVPPDLVEEAVRESNFKEFCRKITDWKGG NA NA NA NA NA D1-35_04038 1356 hypothetical protein ATGAGAACCTTATTCTATCCCGAGTGTGGTCCAATGCCTTACGAGTCTATTCTGTCCATCTACTTGAAACTCTCCCACAGTAATTTTATAGAGTTAGCCGACCTTCGAAGGAACCTTGGTGGGCTTTGGACAAATGGCGAAAGCGGCCGCCTGCTCATCAATTATAAGATAGAAGAATGTCTAGAGAGGGAAATTCACGAGATTGCGCATCACCTGCCATGGAAGTATGCGCCTGCGATCGCACTGAGTAGTCCAGCATCTGCGCTAAGATTCTGCGCTGAATGCGTGAAATTTGGTTACCACTCCGTGTTTAATTCGATCCAATTTCATCGCATGTGTCCTTTACATAAACGAGCGCTAAGCTTGGCATGCGTTACCTGCCGACAGCGTTTCCTGAAAGGATTTACCACTTGTCAAACCATACCTAATACAATTGGGATCTGCAGCACCTGCGGATTTCAAGATATGGGACTTCGCGATGAAATAAAAAAGCGTCGCGCACCTGGACTTGCGATTGCGTTAGAGCATTTCGGAAGAGCCCAAGCTCGATGGTATCAAGAAATTTACAGTTTCCATGCCCGTGAGCCTGGCTATAGCGAACTTTATTATCAGTCAGAGTTGGGGCGTGCTGAGCTTTCAGGGCCGTGTGAACGTTTCTTCAATATGCATAGTCCGGAAAAACTCTCGGGTCGTCAATACATCTCGCCTCCGATCACTTGTGTTGGAAGCTTCAGGACCTACCTGCATTGTCGTTTATATATGGCCGCTTCAAGATTTGCTTTGGGAGACCATCTGAGATTGCACTCGCAAATTGAAATATTGATTCGCGTAAAAGAACGGTACTTGGGGAAACACGCCGATTGTTGTCGCGATATGTGTAAGATAGCAGACTATCCTGATGGAAAGTTAGTTATAAGACCAATGTGCTCTGTAGCGACGGCTTATATTCTTCTTTGCATGAAGGCTCGCTATAATGTTTGGCCGTCCCCTGGAAGTATTTGTCAAGATTTTTCGTTGTTGGCGTCCTTAGGCAGTTCCGCGCCCTCTTTTGTATCTTGCTGGACCTATCGTGAGGCGGTACTGGTATTTTTTACAATCTTAGCGCGCTTAGAGTACTACGTTTCTGAGGGGGCCAACTTTTTTGTAATCTGTAGATCTGAAACGGTCTATTTCCCAAGCCGGCGCGGCTTGACCGTCTTGAGGAAAGCCTCGTACAAATTCCGTTTTAGCTGTCGGATCCCCTCTGAGAAACTTTTAATAGCTCGCGATGGATTGGGGGGAGCTCTGATGATCATATGCACTCCGCAACGAGACCACGCTGACCCTCACTCTAAGTTAAAAACGCTTGTCGTTTAG MRTLFYPECGPMPYESILSIYLKLSHSNFIELADLRRNLGGLWTNGESGRLLINYKIEECLEREIHEIAHHLPWKYAPAIALSSPASALRFCAECVKFGYHSVFNSIQFHRMCPLHKRALSLACVTCRQRFLKGFTTCQTIPNTIGICSTCGFQDMGLRDEIKKRRAPGLAIALEHFGRAQARWYQEIYSFHAREPGYSELYYQSELGRAELSGPCERFFNMHSPEKLSGRQYISPPITCVGSFRTYLHCRLYMAASRFALGDHLRLHSQIEILIRVKERYLGKHADCCRDMCKIADYPDGKLVIRPMCSVATAYILLCMKARYNVWPSPGSICQDFSLLASLGSSAPSFVSCWTYREAVLVFFTILARLEYYVSEGANFFVICRSETVYFPSRRGLTVLRKASYKFRFSCRIPSEKLLIARDGLGGALMIICTPQRDHADPHSKLKTLVV NA NA NA NA NA D1-35_04039 801 hypothetical protein ATGCCAAACTGTGAATACTGCCGTCAACCAGGCCCCTTAACGAAGGAGCATTTATGGCCAACCTCCCTGCACAGGCGGCTCCATGCTGTCAACCAGCAGACAAAAAACATTTTCTGGCTAAGCAGGCTACAGCGCGAAATTTCAAACGAACCACAAATACGTGATGTATGCGCGTATTGCAACAATGTCACGCTTTCCACGCTCGACGATTATATGTGCAGGCTTTTCGACTCTGCTTTCACCAGGATCGTGGAGCGCTACGCAGAGGTCGTATTCGAATACGACTACCACCTTCTCAAAAGGTGGCTACTGAAAATGAGTTACAATTCCGCACGGATACACAATTCACCTGACCGCGGCGCCCTTAAATGCGTTCTTCCGTATATTTTAGGCGCTGACCTTCGAATGGGCCGCTCAATACAACTTTTCGTCCGCCTCGTACATCCTCAAGTAATTTCTGAGAGCGAGACTAGCAAGGATGGCGACCCGCAAACGAAGGTCGTGATTGACCCGTCAATACATAGATTGGGGCATGTGATATTTCGAGCCCATGGAATTGGGCAAAAGACCCTTAGGGCGATTCATCTACGCTCCTATACTTTCTACCTTGCATACTGGCAGCCCGGAAATGGGCGGGCAGAGCAACAAGATTTCGCGGAGATATTCAAACAAGGGATGCCTGGCGTACAACTCCTTCGCCCCTCCGACGAAAAGATCAAACTTTTCTGCGATGGCATCGGTGCGTGGGATTCACTTAAGGATGCCCGTAATGCCCGTTTTTCCTCTGCGGTTGATGCATAA MPNCEYCRQPGPLTKEHLWPTSLHRRLHAVNQQTKNIFWLSRLQREISNEPQIRDVCAYCNNVTLSTLDDYMCRLFDSAFTRIVERYAEVVFEYDYHLLKRWLLKMSYNSARIHNSPDRGALKCVLPYILGADLRMGRSIQLFVRLVHPQVISESETSKDGDPQTKVVIDPSIHRLGHVIFRAHGIGQKTLRAIHLRSYTFYLAYWQPGNGRAEQQDFAEIFKQGMPGVQLLRPSDEKIKLFCDGIGAWDSLKDARNARFSSAVDA NA NA NA NA NA D1-35_04040 1122 xerC_2 Tyrosine recombinase XerC TTGAACGTATTGAATATTACAGATCAATTGACCTTGGTCGACGAAACGCCGTTGGACCTGCAATCCTTGGCGCTCCACGCTCAGGAAGCAGCGGCGGCGTTTATTGCCGCCGGCACCGCGGCAAATACTGTACGCAGTTACCGCAGCGCCCTCGCCTACTGGTCGGCTTGGTTGCAGCTGCGTTTTGGCCAGGCGTTGGGCGATGCGCCCCTTCCCCCAACTGTAGCCGTGCAGTTTGTCCTCGATCACCTAGCACGGCCGTTGGCAGGTGGCGGCTGGGCGCACCTATTGCCGCCCGGCATCGACGCCGCCTTGGTCACCGCCCGGGTCAAGAGCAAGCTGGGACCACTGGCGTTCAATACCGTCAGTCACCGCTTGGCGGTACTCGGTAAATGGCACCGAATCAATGAGTGGGACAGCCCGACCGAAGCGCCGGCTTTAAAAACACTGCTGCGCGAAGCACGCAAGGCACAATCGCGCCAGGGCGTGAACGTGCGTAAGAAAACCGCGATCGTGCTCGAGCCATTGCAGGCGCTGCTCGCCACCTGTGACGACGGCGTGCGCGGGGTTCGTGATCGCGCGCTGCTCCTGCTGACCTGGAGCGGCGGCGGTCGTCGGCGCTCGGAAGTGGTTGGACTGCAAGTGGACGATGTTCGCCGACTGGATGCCGACACTTGGATGTATGCCTTGGGCACCACCAAGACCGTTACCGGTGGCGTACGCCGTGAGAAGCCGCTGCGCGGGCCGGCGGCAATCGCATTGGCCGCTTGGTTGGCGGCGGCACCCGCAAGCAGTGGACCGCTATTCCGTCGCCTGCACAAAGGCAACAAGGTGGGCGCTACAGCGCTGTCGGCCGATCAGGTCGCGCGCATCGTCCAGCGCCGAGCCAAAATGGCCGGACTGGAGGGGGACTGGGCTGCGCATAGCTTGCGTTCTGGCTTTGTAACCGAAGCCGGACGGCAGGGAGTGCCGCTCGGCGAGGTGATGGCCATGACTGAGCACCGTAGCGTCGGCTCGGTAATGGGCTATTTTCAGGCAGGCTCGTTGTTGGGCAGCCGAGCCACTGAGTTGATACCTGCTGTCGCCCCGACAGAAGAGATTGGGATAACTGGGAAAAATTAA MNVLNITDQLTLVDETPLDLQSLALHAQEAAAAFIAAGTAANTVRSYRSALAYWSAWLQLRFGQALGDAPLPPTVAVQFVLDHLARPLAGGGWAHLLPPGIDAALVTARVKSKLGPLAFNTVSHRLAVLGKWHRINEWDSPTEAPALKTLLREARKAQSRQGVNVRKKTAIVLEPLQALLATCDDGVRGVRDRALLLLTWSGGGRRRSEVVGLQVDDVRRLDADTWMYALGTTKTVTGGVRREKPLRGPAAIALAAWLAAAPASSGPLFRRLHKGNKVGATALSADQVARIVQRRAKMAGLEGDWAAHSLRSGFVTEAGRQGVPLGEVMAMTEHRSVGSVMGYFQAGSLLGSRATELIPAVAPTEEIGITGKN NA NA NA NA NA D1-35_04041 876 hypothetical protein ATGGCAGTAGGGGTGCCGGAAAACGACGTGTTTGCCGCGGCGGATGCCGTCTTGGCGCGCGGTGAACGCCCGACGGTCGAACGTGTGCGCCTGGAACTGGGACGCGGCAGCCCTGCGCGAGTCGGCGGTTTGCTTGACCATTGGTGGGCGCGCCTTGCTGAACGGCTGAACGGCGAGACCCGCCTGCCGGCACTTCCCGGCGAGGTGTCGCAGGCCTTTGTCGCGGTATGGCAGCAGGCGATTCAACTGGCGCAGGGCGTCGTCGAACGGGGTTTGACCGAGCAGCGGCAAGTGCTCGATGCTGAACGTGAACGGATTGCGGCGGCGGAAGATCAAGCGCGTCAGGACATGGCCAAAGCGCGCCAGCAAGTTTCCGACGCCGTCGCTGGGCGTCAGGCTATGGAGCTACGTTTGGCTGACTTGGAACTTCTTCTTTCTCAACGTCAGAGGCAGATCGAGGATCTGCAGCAGCAACGGGAGAGCTTGGTGCACGAGCGCCGCGAAGCCCAGCAGTACAATCAGGTATTGCAGCAGGAACTACAGGCGTTGCGACTCACGGTCGAGCAGGAGCGAATCACACAGGAGAACTATTTGCGTGGATTTGAAGATCGGGCTCACAGAGAGGTTGATCGGGCCCGGGAAGAGGGCAAAGCCGCAGTAAGCCAATTCAAAGTAGCGAGTCGAAAAAATGACGACCTACAACGAAAACTGGAGTCGGCCCAGGACGAGCTCAGTCAAGCAATGCAGCGCGCCGCGGCACAACTCGCGCGGGCTGAAACCTTGGAGCAGCAGTTGAAACAGCTGCGGCAGCTGCCCGAGGCCAAGCGCAAACCGCGAGTTAGAAGAAAATCTGCATCAAGCAGTCCAAAAGACTGA MAVGVPENDVFAAADAVLARGERPTVERVRLELGRGSPARVGGLLDHWWARLAERLNGETRLPALPGEVSQAFVAVWQQAIQLAQGVVERGLTEQRQVLDAERERIAAAEDQARQDMAKARQQVSDAVAGRQAMELRLADLELLLSQRQRQIEDLQQQRESLVHERREAQQYNQVLQQELQALRLTVEQERITQENYLRGFEDRAHREVDRAREEGKAAVSQFKVASRKNDDLQRKLESAQDELSQAMQRAAAQLARAETLEQQLKQLRQLPEAKRKPRVRRKSASSSPKD NA NA NA NA NA D1-35_04042 213 hypothetical protein ATGATCGTCACTGAAAGAGATCGTAACATCCTTGCCCAGACCCTGTGGGGTGAGGCTCGCGGCGAAAGCCTGGCCGGCCAGATCGCTGTGGCTTGTGCGATTCGCAACCGAGTGTTTGACGGCAAGACCAACTCTTGGTGGGGGGAGGGATACGCCGGCGTGCGCCAGAAGCCGTACCAGTTCAGCTGCTGGAACAAGGGAGACTTTGTCTGA MIVTERDRNILAQTLWGEARGESLAGQIAVACAIRNRVFDGKTNSWWGEGYAGVRQKPYQFSCWNKGDFV NA NA NA NA NA D1-35_04043 909 hypothetical protein ATGATGAGTTTCAGGGGCTATAACTTCGGTGGCATCGGGGTATACGTATTCTTTATCATTTCAGGATTCGTTATTGCCATGCAAACAGAGAAAAAACCTTTGCAGTTTTTATTGCATCGAGCATTCAGAATATATCCCGCTTACTTTTCAGCCGTCGCACTGTCATTCGTTATTTTATACCTATTCTCTACTCAAACACCAAGCCTCAACACTGACTCACTTTCGATGCTATTAATTCCAACAGGAACACTCAACAGCTCATTTCAGATTCCTTACTGGACATTAATCTACGAAATTTTCTTTTATTCACTAATACTTTTGTTGATGGTTATTTTGAAAGGTAGGCAATCTCTGATAGATGGATCTATTTTGATTTGGCTTGCTGTCGTGATTTTCACCACCCAAATGGGACTAAAGCTAGACATACACGCGCCCTCGCTCAAAGACATTATTTTTTCACCCATGAATATCTATTTCATGTGCGGATATTTTCTTTCTAGAGTACTATTGTCAAACGATAATAAAATAGCTTTCTCGGGCCTATTGATAATTGCCGCCTCAGGAAGCTTTTTCCTATCAGTGCGGTATCAAGCAACTGTGTGCGCACTTGGTGTTTGTGCAATTGTTTTCTTTGCAAAATCGAAACCTTTCAAGAAGGCAATCAACAAACTTGGCGACTACTCTTATGGAATTTACTTAATTCATCTTCCTATGATCTATTGTATTTTCCTAGCAATGAGAGGTGCTGGCGCGAATTTTTCAATATCACTTTCAATGATGGTTTTGATTGCCTTGCCTATATCCATAGGATTCGGGAAATTAGAGCATATGATTTACAACCTGAAAATACGCCCAGCACTTAACTCATTCATAGCCGACAACAAATTTAACGCCATCAAGTCAGGATAA MMSFRGYNFGGIGVYVFFIISGFVIAMQTEKKPLQFLLHRAFRIYPAYFSAVALSFVILYLFSTQTPSLNTDSLSMLLIPTGTLNSSFQIPYWTLIYEIFFYSLILLLMVILKGRQSLIDGSILIWLAVVIFTTQMGLKLDIHAPSLKDIIFSPMNIYFMCGYFLSRVLLSNDNKIAFSGLLIIAASGSFFLSVRYQATVCALGVCAIVFFAKSKPFKKAINKLGDYSYGIYLIHLPMIYCIFLAMRGAGANFSISLSMMVLIALPISIGFGKLEHMIYNLKIRPALNSFIADNKFNAIKSG PGPT0026580_440 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-SUCCINOGLYCAN_METABOLIC_PATHWAY,PGPT0026580-exoZ-K16568 NA NA D1-35_04044 525 hypothetical protein ATGTCTGTCGCTAAGGATATCTCTAAGCGTATCAAACACATGCAGAAGGGCAAGCCATTTACTAACGCAGTGTTCGCAGAGGTGGGATCCCGTACCTCAGTTGATAAAGCGCTGTCACGGTTGGTGCAGAGCGGCATTTTAGAGCGCATTGCTCGCGGCATCTATATGCGCCCTAAAATTAGCGCGTACACTGGTAAGAAGGTTCGAGCGAATCCAATAGCAGTCATGGAGGCAGTCGCAAGGAGCAGGGGCGAGATCATCCAGGTCCATGGTGTAGAAGCTGCTCGCAGGCTAGGAATTAGCACTCAAATGCAGGTTCTACCGACCTATTATACCAGCGGATCGACACGTGAAATTAAGATTGCTAACGCGGTGGTGCGGTTGCGTCATTCATCTTGGCAACGTCTCCAGCAAGCTGGTAGCCAAGCAGGCCTAGCTTTGACCTACGCCGGTTCGATTCCGACCTCGGCCTCCACTATCAAAAACCCCGTAGATCAACGATCTACGGGGTTTTTTGTTGTCTGA MSVAKDISKRIKHMQKGKPFTNAVFAEVGSRTSVDKALSRLVQSGILERIARGIYMRPKISAYTGKKVRANPIAVMEAVARSRGEIIQVHGVEAARRLGISTQMQVLPTYYTSGSTREIKIANAVVRLRHSSWQRLQQAGSQAGLALTYAGSIPTSASTIKNPVDQRSTGFFVV NA NA NA NA NA D1-35_04045 474 hypothetical protein ATGGCAGACCCTTTTACAGAGGCAGAGAAACCGACACCTTTGGCCCGGAAACCAACGGAATACCTAACCCGGGTCAGCATTGAAAATCTTAGCCCGCTCGGCGTTTTCTTGCTTGCTAAGGAGGGTTTCGCGTTGAGCGACGTTTACTCAATGGTTTCGCTTTCCGAGCTTTACTTGTCATGGAACGTCATCAAGCGGATCGTTGGTAAGCCTAGCCGAACGATGCAAGGTAAAAACGATAAAACCACGACTGGTCGACTTGGCGTTTTTGAGAGTGCGATAGCCTTTCAATACGCAAAGGTTCTCGAACACGCAATGACTGTTTTTGGCACCCTGCGACTTGCCGAGGAGTGGCTTGCCAAGCCCTGTAGATATTTGGACGGTAACATCCCCCTTGATCTGGTGGGTAACCCACTCGGATTTCAAGCTGTCGAAGACTACCTAGAACGAGTCGAACTGGGGGTCTATCAATAA MADPFTEAEKPTPLARKPTEYLTRVSIENLSPLGVFLLAKEGFALSDVYSMVSLSELYLSWNVIKRIVGKPSRTMQGKNDKTTTGRLGVFESAIAFQYAKVLEHAMTVFGTLRLAEEWLAKPCRYLDGNIPLDLVGNPLGFQAVEDYLERVELGVYQ NA NA NA NA NA D1-35_04046 714 hypothetical protein ATGATAAATCCTAAATCAAATGTGCTCACATTAGAAAAAGTCATGTGCGCTGTTGCCGATTTAAAAAAACAAGGCCTTAAAATAACCATCAAGGCTGTACGAAATCAGACGGGTTATGGTTCATACACGACCATTTCAAAGTTTCTTAGAGAAGCGTCTTTGGTAGAGAAGGAAAATCTCTCTCCTAGTGAACGGCTCGCTCAGTTTCCAGATCAGATCAGAACAGCATTTCTGTCGGTTTACAAAGAACTAATCAAAGCTGCAAATGCTGAAGCAAACAAAAAACTCAACGAAATTCAGGAGATTGAAGAAAGACTTCGAAGCAGATGGGCAGCGAACATCAAGGAGAAAATTAGAGCGCTTCGAAGTCTGGAGATCGAAACAAATGCCTGCGCCGAACTCAGAGCTGAGCTGACACGAGCGACTCAAAACAACTTGCAAAATCAGGAGGTCATAACGAACCTTACCGCACGACTGGTTAAAGCGGAGTGTGAAAATGTGCAGCTGTTAGAACTAACGGAAAAGATGAAGAATGATATAAAACAACGTGAGAGGCACATTGAGTATTTCGAAAAGCAGGTACTTCAGCAAAGACACGCAGATAACCAGATGCATCTGCTTAAGGTTGCAAAACTCGAGCAAAACTTGATGAGTAGTCAGGCTCGCGTATTGGAGCTGTCGGTGGCATTAGTGGGGAAATCCGAAGACGGTTAA MINPKSNVLTLEKVMCAVADLKKQGLKITIKAVRNQTGYGSYTTISKFLREASLVEKENLSPSERLAQFPDQIRTAFLSVYKELIKAANAEANKKLNEIQEIEERLRSRWAANIKEKIRALRSLEIETNACAELRAELTRATQNNLQNQEVITNLTARLVKAECENVQLLELTEKMKNDIKQRERHIEYFEKQVLQQRHADNQMHLLKVAKLEQNLMSSQARVLELSVALVGKSEDG NA NA NA NA NA D1-35_04047 597 hypothetical protein GTGATTAAAAAAAGATTAGGTCGCGAGGAAAGCCAGCAAATAACACGAGACAAGTTATTTGATACCGCCACTGACCTCATGATCAAAAAAGGCTTTCACGCCGCCAGTGTCAATATTATCTCTGAAGAGGCAGGTTATTCGAAAGGTGCGTTCTTTTCCAACTTCTCAAGCAAGTCGGAACTGCTCCTGCAACTGACCCAGCGTTTCAAACGGGTTGAAATAGACCGCTTGGGCGAGACGTTGGCCGCGGGTTATACCGCAGAGCAACTCGCGCACGGATTGAACGCCTACATCGATACACTTAAAAACAATACGAACTGCGCCATCCTCGACGCCGAAATGCAACTGATCGCGTTACGCGATGAAGCGTTCGCAAAGCATTACTACGATCTGCATGAAGAAAACAGCGAGGCGCTGGGCAAGCTGATCACTATCATTTTCAACCATGCCGGCAAGAAACCTCCGTTGGCATACGCAGCACTCGCGAAGACTTTCACGGCGCTGTCGGAGGGTTTGATATTGCAAGGACATAAAGATCCAGCGGCGGAAATCAAACTGGTGCTCAATTCGCTCATTGAAACGGCGGAGCCATTGTAG MIKKRLGREESQQITRDKLFDTATDLMIKKGFHAASVNIISEEAGYSKGAFFSNFSSKSELLLQLTQRFKRVEIDRLGETLAAGYTAEQLAHGLNAYIDTLKNNTNCAILDAEMQLIALRDEAFAKHYYDLHEENSEALGKLITIIFNHAGKKPPLAYAALAKTFTALSEGLILQGHKDPAAEIKLVLNSLIETAEPL NA NA NA NA NA D1-35_04048 1017 auaH Aurachin B dehydrogenase ATGGAATATGCCTTTGTTACAGGTGCTACAGGCCTGCTTGGGAACAATGTCGTCCATGCACTTTTAAAACGAGACATCAAAGTAAAGGCGCTGGTACGTTCCATTGAAAAAGCCAAGAAGCAATTCGACGGTTTGCCCGTCGAACTTGTCCAGGGCGATATGCTTGATGTTGATGCATTCAGCCATGCCTTTGAAGGCTGTGATGCCTTGTTTCATACAGCGGCCTATTTTCGCGACAGCTATAAAGGCGGAAAACATTGGCAAAAGCTCTACGATACCAATGTAACCGGCACCGAGCGGTTGTTGCAGGCCGCCTATGCCGCGGGCATTCGCCGTGCGGTCCACACTTCCTCCATCGCGGTCCTCAAGGGAAACCGCGATCAGGTAATCGACGAGACCATGTCGCGCGACGAGTCCGAGGCAGACGATTACTACTTGAGCAAGATCCTGTCTGAACAGAAGGTTCAGGAGTTCTTGTCGCTGCATCCGGACATGTTCGTGGCGATGGTTTTACCCGGTTGGATGTTTGGCCCAGGCGACATCGGTCCTACCTCGTCAGGTCAGTTCCTGCTGGATTTCGTAGGAAAAAAGTTGCCGGGGGTTCTTCCCGGGAGTTTTTCAGTCGTGGACGCCCGTGACGTGGCGGAACATCAAATCGCAGCGATAACACGTGGCCGATCGGGAGAGCGTTATCTGGCTGCCGGCAATCATATGGACATGAAGACTATCTTTCGGGCATTGGCCAACGTCAGCGGGATAAAGGCACCGGAACGGCCTGTTCCGTTGTTCATGCTGCGTCTTATTGCTTTTGCCTATGAAATTTATTACCGGGTTACTAAAAAGCCGGTGCTTATCAGTACTTCCACGGTCAAGCTCATTGAGCAGGAACAAGGGAGGACTCACTTCAGCCACAGCAAAAGTTCAAGTGAACTGAAATGCGCGTTCCGCCCGGTTACTGAAACCCTGACCGATACGCTGGACTGGTATCGGAACAATAACTACATAAAGCTCAACTGA MEYAFVTGATGLLGNNVVHALLKRDIKVKALVRSIEKAKKQFDGLPVELVQGDMLDVDAFSHAFEGCDALFHTAAYFRDSYKGGKHWQKLYDTNVTGTERLLQAAYAAGIRRAVHTSSIAVLKGNRDQVIDETMSRDESEADDYYLSKILSEQKVQEFLSLHPDMFVAMVLPGWMFGPGDIGPTSSGQFLLDFVGKKLPGVLPGSFSVVDARDVAEHQIAAITRGRSGERYLAAGNHMDMKTIFRALANVSGIKAPERPVPLFMLRLIAFAYEIYYRVTKKPVLISTSTVKLIEQEQGRTHFSHSKSSSELKCAFRPVTETLTDTLDWYRNNNYIKLN NA NA NA NA NA D1-35_04049 1506 lcfB_1 COG0318 Long-chain-fatty-acid--CoA ligase ATGAAAAGCCCTACCTGTAAAGAAGGTTTCCTGCATCGCTTTGTTGGTTTTTCGGATTTGCACCCCGACGCCATCGCTATCAGGAATCTAGATGCGGAAGAAACCTTCACGTACCGCGACTTGCTGAACAAGGCCGAAGCGTGCAACGGTTTGCTCCATGCCCTTGGGGTGTCGTCCGCAGAGAAAGTTGCGCTTGTCTTACCCAATGGGGTGGATTTCATCGCGTATTATCTGGCGATCATTGGCCATGGTGCTATCCCCGTCATCCTCAACCACAAGCTGACGACGTACGAACTGAGCAACGTGCTGGGCCTCGCCGGGCCCGCATTGACCGTCACGACCGATTCGTTGTTCGAGCAACACCGCGAAGTCTTTCAGTCGGTCCGTTGCCTCGTCGTCCGCACCGCCGATGAGCAGCCGTTGTCGTTGCCCGAACACGCAACGGCAGCCTCTGATCTTCCGCATCAGCTCTGGCCCTTGTCGCTGCCTGAAGGCAACCCGGTCGTTTCGGTACAGTTCACGTATCGGGGCGTTGGCATGCCGCTGGCTGTTTCTCATCGTTATCTGGACCTGACGCAGTCAAGCGATGGCTTGCACGAGCAGTTCCACCCTCAAGGCCTTGGGTCGGTCCACTTGGTGACCCTGCCGCTGTACGCGATCTTCGGCCTGTCCGTGATGATGGTTTTCCCGCTCAGCATCGGCGCTACGCTGCTGATGACCAACAGCCTGCTCAACAGGGACCTGGCGCAAGTCTTGTCCGAGCACCAGGTGTCCTTTGCCTGCCTGGTGCCGGATGTCATCCGCTACTTCAATACCCGACTGGCCAAACGCAAGGGCCCACGGCTGCCGCTGCATCCGCAACTGATGATTTATTCCGGCGGCAGCCATCTGCCGGCGGATGAAGCGCAAAAGCTTGGCGATTTGCTGGGGTGCGGCCCTGTATTGCAAGGCTACGGACTGACGGAAAGCATGCCGGTGATTGTCCAGAGTTCGGTCGGCGAGGTGCATCGCGGTGCGATGGGCCAACCGATCAGTGGTGTCGAGTTGCGAATTGTCGATGGTCAGGGCCGCGACGTGGCCGTGGGGCGTATCGGCGAGCTGCTGGTACGCGGCCCGATGGTTATCCCGGGCTATGACGATGCGCCGCAGATAAATGCCCGGTTTTTCCGTGACGGCTGGTTCCACACCGGCGACCTGGTCTGGCAGGACGACGACGGGCACGTATTTTTCTACTGCCAGCGCCTGCGCATCTCGAAAATCAAAGCGCAGATGATCGACCTGGAAGAAATCGAGTCCATTGCCCTCAAGCATCCCGGTGCAGTGCGGGCAAAGGCCTACATCGTCCCGGACCATAAAGCCATCAACGTACTGCACTTGTCTGTGGAAGGTAGCGCAGACCTTAGCCAGAACAGCGTATCCACCCTGCTCGCCCGTTACCTTTCCGCCTTCAAACTACCCAGGAACATCGAGATTGTCCCGCTCAAGGAAGAGATTCATGCACGCTGA MKSPTCKEGFLHRFVGFSDLHPDAIAIRNLDAEETFTYRDLLNKAEACNGLLHALGVSSAEKVALVLPNGVDFIAYYLAIIGHGAIPVILNHKLTTYELSNVLGLAGPALTVTTDSLFEQHREVFQSVRCLVVRTADEQPLSLPEHATAASDLPHQLWPLSLPEGNPVVSVQFTYRGVGMPLAVSHRYLDLTQSSDGLHEQFHPQGLGSVHLVTLPLYAIFGLSVMMVFPLSIGATLLMTNSLLNRDLAQVLSEHQVSFACLVPDVIRYFNTRLAKRKGPRLPLHPQLMIYSGGSHLPADEAQKLGDLLGCGPVLQGYGLTESMPVIVQSSVGEVHRGAMGQPISGVELRIVDGQGRDVAVGRIGELLVRGPMVIPGYDDAPQINARFFRDGWFHTGDLVWQDDDGHVFFYCQRLRISKIKAQMIDLEEIESIALKHPGAVRAKAYIVPDHKAINVLHLSVEGSADLSQNSVSTLLARYLSAFKLPRNIEIVPLKEEIHAR PGPT0008380_14400 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_04050 612 hypothetical protein ATGCACGCTGATCACACGCGACCGGTGCTGGCCGTTTTCGATTTCGACGGCACATTGACCGACAGGCATACCTTCTGGCGCTACATGCGTTTTATCGTCGGAACCCGGCCCTTCTGGCTCAGGATCATCCCCCTGCTGCCAAAAATGCTCAGCGTGATCCTGGGAATCACACCGCTGATGCAGGCGCGACTGGCGTTTATCGCCTGCTATCTGGGAGGCCTGAGCGTCGAGCAGGAGCGCGAACATGCCAGGTACTTCATCAGTGAACAGCTGCCGCTCTGGCTCAGGCCCGAAGCGCTGCGTCGGCTGAAGTGGCATCAATCCATGGGACACGTCACGGCGCTGGTCAGCAATTCGCCGGAGAACTACCTGATCCCGTGGGGGCAGGCAGTTGGTTTCGACTACGTGTGCGGCACCCGCCTGGCGACGGCCCGGAACAAGCTGACCGGGGGCATATCGGGAGCCAACTGTGTCGATGGGGAGAAAGTCAGGCGCCTCAAAGGCTGCGTCGGCAACCTTGAAGATTTCTACGTCTATGCCTATGGCGACTCGTCAGGCGACGAGGCCCTGCTCAGCGTTGCCAACTCTCCCTTCTATAGAAACTGGTACTGA MHADHTRPVLAVFDFDGTLTDRHTFWRYMRFIVGTRPFWLRIIPLLPKMLSVILGITPLMQARLAFIACYLGGLSVEQEREHARYFISEQLPLWLRPEALRRLKWHQSMGHVTALVSNSPENYLIPWGQAVGFDYVCGTRLATARNKLTGGISGANCVDGEKVRRLKGCVGNLEDFYVYAYGDSSGDEALLSVANSPFYRNWY PGPT0007720_580 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007720-pgpC-K18697 NA NA D1-35_04051 1782 mhpA_1 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase ATGAATACTCTGAGCACTTTTGTCCCCGCGCATTACAAACAGCCGGGCAAGGCGCCGGCGGTAATGATCGTAGGCGCCGGCCCTATCGGCTTGTCGCTGGCGATCATGTTGCAGAAATGGGGCGTCGCTTTTCGTATCATCGAGAAAAACGCCGGTCCCTCCACCGCGACCAAGGCGATGGCGATCCATTCCAGGACCCTGGAAATCTTCCGCGACCTCGGCGTCGCCGACCAGGCCATCAACGATGGTTTTACCATCAATCAGTTTTCGGTGCAGTCCAACGCCCGGCGGGTACTGAATTACAACTTTTCCTGCCTGGATGCTACCTATCCCCTGCTCCTCAGCCTGCCGCAGCCGCAAACGGAAAAGATCCTGCTGGAACGATTGACTGAGCTGGGCGTGGAAGTCGAATGGAACACCGAGCTGGTGGACATCGAGAACCAGCCCGAGTCCGTACGGGTCACGCTGCGTCATGGCGACGGTCGCGAGGAATCCTGCGCCAGCCGCTGGGCAGTGGCCTGTGACGGTGCTCGCAGCAACATCCGAAAACGCCTGGAGATGACTTTCGAGGGATCGTCCTACGATCGTTTTTTCATGCTCGCCGACGCTGACATCGAGTGGTCCGGCAGCAAGGACGAAGGCGCTTTTTTTCTTGGCGCGCAGGATGGGTACGTGGCGGTTGCGCCGATCAGCGCACAATCGCGTTATCGGCTGTTCATCGAGATGCCCTACGACTTGCCACCGGAAGGCGAGCGCCCCTCCTTGAGCCTGGAGAACTTCCAGCGGCTGTGCGAGGGACGTGGGCAGAACATGACCCTGTCGAACATCTCCTCCACCACCATTGCCTCTTTCCAGCATCGCCGGGTGCAGTCATTGCAGCAGGGCTCGGTGTTCCTGGTCGGCGATTCTGCGCATATCGGCAGCCCGATCGGCGGCCAATGGATGAACCTGGGAATTTCCGAGGCCTACAACCTGGCGTGGAAGATCGCCTATGTCGATCAAGGCCTGGCGGATCCGTCACTGCTCGACAGCTATAACGAGGAACGTTATCCGGTGGCCCTGGAAGTCGAGAAGACCGCGCATCGGTTGACCGGGTTGATCACCGTAAGGCAACGGGCCCTGGTGTGGCTGCGAGATAACGTCCTGCCACTGCTGAGCAGCAGGCCCAAGGTCCAGCGCAAACTGCCCTCGATGATCTCCGGCCATCAGTACCACTACGCCAAAAGTGACTGCATCCAGGAGGCGCTGACGAAAAAGCAGCGCCGCAACTGGGCCAGGAAAGGAGCCCGGACGGCGTTCCAGCCGCCGGTGCCTCGCGCGGGGCAACTGGCACCCGATGTCGAGCTTTGGCAACAGCAAGGGGCGCTGCCGGCGCGCTTGATCGACCTGTTCCACGGGACGTACACGTTGTTGATCTTCACCGCGGCGGATCAATTTTCTCCCATCTTGCCAGGCCACTATGCACTGGCCGAGTCAGTAGAAAAAGATTATCCGGGCATCAAGGCCTACTGCGTGGTCGACGCCCTCAACAGCGCGGAACTGCCGGCATGGCACTCGACATTGCTCGACCCCGACTGGAGGCTGCACAAGCGTTATCACGCCAGCGAAGGCACGCTGATGCTGATTCGTCCTGACGGGTACATCGCGTTCCAGGGCGCCGACGCGATGACACTCGTGACGTACCTGAGCGTGAGGTCCGGATTGCTCAAGGCCCCAAGGGAAACCGCCTCCCCGACAAGCGAGGCAGTGCAAATCCAGCGGCCAGTCGCAACCGCTCACTGA MNTLSTFVPAHYKQPGKAPAVMIVGAGPIGLSLAIMLQKWGVAFRIIEKNAGPSTATKAMAIHSRTLEIFRDLGVADQAINDGFTINQFSVQSNARRVLNYNFSCLDATYPLLLSLPQPQTEKILLERLTELGVEVEWNTELVDIENQPESVRVTLRHGDGREESCASRWAVACDGARSNIRKRLEMTFEGSSYDRFFMLADADIEWSGSKDEGAFFLGAQDGYVAVAPISAQSRYRLFIEMPYDLPPEGERPSLSLENFQRLCEGRGQNMTLSNISSTTIASFQHRRVQSLQQGSVFLVGDSAHIGSPIGGQWMNLGISEAYNLAWKIAYVDQGLADPSLLDSYNEERYPVALEVEKTAHRLTGLITVRQRALVWLRDNVLPLLSSRPKVQRKLPSMISGHQYHYAKSDCIQEALTKKQRRNWARKGARTAFQPPVPRAGQLAPDVELWQQQGALPARLIDLFHGTYTLLIFTAADQFSPILPGHYALAESVEKDYPGIKAYCVVDALNSAELPAWHSTLLDPDWRLHKRYHASEGTLMLIRPDGYIAFQGADAMTLVTYLSVRSGLLKAPRETASPTSEAVQIQRPVATAH NA NA NA NA NA D1-35_04052 834 hypothetical protein ATGCGCTTGCAACTCAATGAAGTTGTGCAGGAATTCATCGTGTCCAACGGGAAAATAGCCCATAGCTATTTCTCCCTTTCGGAAAAAATCATCGATTCACTTTGCGAATCCAACATGGCGAAGGAATCCATCCTGATGCGCCTGCTGGAACAGGCTGAATCGGTCACCGCCCATTATTTCAATGCCCACCAGCAGGTGCTGGAAGGCGTCTATGCCCATGGCATCGAGGCGGCTGCTGGTAGAAGCGTCGCAACGCTGGAGCCCGTGCCTGCACACTCGACCGTGTTGGCCGCCGCCCCCTCGACGGAGGAACCTGTCGCCCTCAGCTATGAGCAATGGTTGCGCGCCGAGATCAGTTCGGTCACCGGTTTCAAGAACGAGCAAATCGACTTCGAACGAAGTTTCGAAAGCCTGGGCATCGACTCGCTAGGGCTGGTTGATATTTTCGAGTCGTTGGCCCAGCACTTCCCGGACAAGAAAGAACAGACCTCGGAACTCTTCGATGCCCTGACCCCTACGGCCCTGCTGGCCAGGCTTGAAACCGATCCGAAGCCGCCTGCCGCACCTTCCGAGGCGCCGCTGCCTGGCTCCGCCGATGCGCAGACGCAGCTCGGCGCGGTGCTGTTCAACGCTCTCTCACCGCTGGTTTCGGACGCACCGCAGTCACTGGACGTCAACACGCCTTTTACCGATTTGGGACTCAACGGTTTCGACCGGCAAGCCCTTTGCCAATCAATGGCACAAGAGTGCCCCGTCAGCGAGTTTGCTGGTGAGGCATTGATGTCGCGTCGTACCCCGGAAGACGCACTGGCGCTTCTGGCAAGAATGGGCTGA MRLQLNEVVQEFIVSNGKIAHSYFSLSEKIIDSLCESNMAKESILMRLLEQAESVTAHYFNAHQQVLEGVYAHGIEAAAGRSVATLEPVPAHSTVLAAAPSTEEPVALSYEQWLRAEISSVTGFKNEQIDFERSFESLGIDSLGLVDIFESLAQHFPDKKEQTSELFDALTPTALLARLETDPKPPAAPSEAPLPGSADAQTQLGAVLFNALSPLVSDAPQSLDVNTPFTDLGLNGFDRQALCQSMAQECPVSEFAGEALMSRRTPEDALALLARMG NA NA NA NA NA D1-35_04053 3414 hypothetical protein ATGAGTGGCGCGGTAACGACAGCGGGCGAGTTGTGCTTCAGCGCAATGGCCGGCGAATTTCCAGGGGCGTCGTCCACCGACGCACTTTGGCACTTGCTCTCGCAGGGCGGCATAGCGCCCATCCAGGCAATGCCGGCGCGCTGGGGGTTGCAGAAGGCGTCGATATTTTCGAGCAAGGCCGGCGAAAAGGATCGTGTCTACCTGGACAGCGCATTCTGCCTTTCAGATGACCCATCGATGCCTTCCCGTTATGAAGGTCGGCAAGTCGCGATCGGCAAGAACGTGCTCCGGACGCTTTTTGCCGAACTCGCGGCGCAAGGCACGGTATTGAATACCGAGCGAACCGCATTGGTGGTCGCGACGTCCTGGAGCGATGAAAGTTATTTCGCCACGGCAGTGCCCGGCGGTACCGACACGCCATCCGGTTTCACGCCCGGTGAACAGGTGGCCGGGCTGGCGCGCGCTTTTGCCTTGGGAGGCCCGGCCTTATCGGTGGACACCGCTTGCAGTTCGTTCCCCTATGCCATCGACATGGCCAAGGCTCTGCTCAACAGTGGCCAGGCGGACAAGGCGATCATCATGGCGCTCAACACCGTTCTGCCCCCGGCATTGTTCCTCGGTTTCTCCCAACTGACGGCTTTTTCCGCCCGGGCCAGCATGCAGGCGTTCGGCGAGGATGCCGACGGTATTGTCCCGGGCGAATGCGCCACGGCGTTTCTGGTCGAGCCCGTGGCCGATGCCCTGAACGCCCGACGCCGGCCGCTGGGCGTGCTGAGAGGGTTGGGGCTTTCCGCCGATGGTGCCGAAGGGTCGGTGTTTGCACCGGGCAGGCAGGCCCAGTATCGCGCCTATCAACGGGCTTACATGGACCTTGATCCAGGCCGCGTGGATTACATCGAAACCCACGGCACCGGCACCCCGTTAGGGGATGCGACCGAACTGGCCTCGCTGAACAGCTTCTTCGCTGCCCATCGCAGCGCCGACGAAAAAATCGCCATCGGTTCGATCAAGGCTGTCATCGGTCATCCCCTGGCTGCGGCGGGAGGCGCTTCGCTGGCCAAGGCGTTGATGATCCTGCGCCACAAGGGCATCCCACCCCAGCCGGACTACCGTCCCAGCCTGAAAGTCGACGACACCTGCCTGCGCCTGGCGACACAGCGAGTCCAGCCACTGGAGGATCGTCAATCGCCGATCCGCATAGGCATTTCCAGCTTCGGCTTCGGTGGCGCCAACGCCCATCTGGTGGTGGATGAATATGTGCCCGATGGCCTCCCTGCCCCCACGCCGGTGGCTTCAGGCGTGCAGATCCTGGACCTCGCGATAGTCGAGGCGGAAGCCGCACTGGGCGGTTGCGATTCACTGCACTCGTTCAAACGGCGGCTTGAGCAACCGGCTACTCGACCGGTCACTTTCCCTTACGGGCGTTTCGTCGATGGCAAGGGGCCCTCGGCCGGGCCGTTGTCGGGGAGATTCCTCGCCCAGGACCGCGTCATCGATATCGACGGTTTTGGCATGGGGCCAAAGCCCCTGGCCTACGTCGATCCCTTCAAACTGTTGATCACCGACCGCGTCAATCACCTGTTGCGGCGCCTGCCGGGCGTTGCCGGATCGGCCGGTACGGCAATGGTCATGTGCTGCAACATGGGCGGGGAGCGGTTCAGCAACGCCTACAGCAGTGCCGAGCAATTCTATTCACGGGCCCAAGGCAGCCCGCCGGGCGTGGAAGTGACCGACGTGGCAACCATGTTGCCGAACATGTTGTCCGGCTACCCGGCGCAGATTTTCGATTTCAAGGGTTTTCATCAGACCCTGGCCGGCTCACCAGGGCTGTTCTGGCAAACCCTGCTGGCATCCCGGCAATGGTTCGACGACGGCATCACGACGCTGCTGCTCGGAGCCGGCCGCTTCATCAGCGGCGAAATCGAGGTCGATCGTGCTCGCCGCAGCGCTACGCCGCAAGGTGAAGGGCTCGGGCTGCTTGCGCTGCGTCCTTATCGAGCGGGTTCAACGGACACGCCCCTGCTGGTGATTCGCGCAGCGGTCCTCGCCCATGCCGCGGCTTCGCTGGACGAAGCGTGCCGATTGGCCGGCAAGGAGCGCGCCCAGTACGCGGCAGTAGAGGTTTGTGAGTTGCAGCCTGATAACGTCCCGGTGGACGGGTCGTTGCAGGAGATGACCGGTTTTCTGGCTGAAGCCTGCGGCATCGAAACGCTCTTGTCGGTGACGATGAACTCCGCGGTTCACACGGTGATCGAGGTGCGTGAGGCCGGCAAGGTTGTGATGTGGCTGTTCACTGAAAAACTGCGCGAATGGAACCCCGCGACGGCGAGCCCCGCCCCTGCGATCAGACACCCGTTCACGTTGCGCTTTGCCCACGAGCCCCATGAGCTGCAGCAGGTCATCACGCCGGTGCATGCCGGCGAAATCGTCCGCGAGCCACAACACGACGGTGTCGATGTGTTGCAACTCAGCGACATGCTGACCAGCACGGTTCTGGCCGGGTTGCGGGTGCGAGTCCGGGCCATGGAGGGGCTGTTCGCCCTGCACCGGGGGGCTCGTACCCAGCGCCCGGCGCCCTGGCAGCGTCGAGCGGAACACGTGGTGATTTCCCACATCCAGCGCGAGCCGCGTTCGCTGCGGGCACGGCTGGTGGTAGACGAAGGTCACCCGTATTTCTTCGACCATCCGCTGGATCACATCCCCGGCATCCTGTTGCTCGAAGGGGTGATGCAACTGGTCGAACTGGCCATGCCCCCGCTGAATGGTCGCGTCGCCTACGTGAAGACGCTCAGCATCAAGTTCCAGCAATACGTCCAGAAGGAGGACGTGATCGACCTGCTTCTGGAGCAAGGCCGCGATGGCCAGGAATTTCAGGCAACCGTCACGCAGGCTGGAAAAGTCATGTGCACCTGCGTTCTGGGCATGGCCTACAGCTCGGCCTTCGAGACCTCGCCGGCGGCTGAGTTCACGGCCGCGCGCTGTGTCGACAAGGCCCTGCTGCACAAGGCCCGGGAGGAAAATGTCATCGTCAGCGCCATGAGCAGCCTCGCCCAGGGGCTGAGCGTGGATACGGTCAGCCTGCCGGATGGGCATTTTTTCCACGAGGGCGATCCCGAGCATTTCTCGATGGTGTATTTCCTCGAGGTTGCCCGCCAGTGCTACATGCAGATTGCCCACGGTCATCTGCGTATTCCGCTCAAGACCCCGATGAATCTGCTGGCCCTGAGTTTCACCCTGGACCGGCCAATTCCGAGGAACAGCCCGTTGTCACTCGCTCCGCAAGCGAGCCTCGGGACGCAGCTTCAATCATTCAAGACCAACCGTATCCATATCGACCTGTTCAACCGGGGCGAAAAGATCGGCCAAGCCAATATCACCGCTCAAGTATTGAGCCAGGCCGCGCCTGCTGCCTGA MSGAVTTAGELCFSAMAGEFPGASSTDALWHLLSQGGIAPIQAMPARWGLQKASIFSSKAGEKDRVYLDSAFCLSDDPSMPSRYEGRQVAIGKNVLRTLFAELAAQGTVLNTERTALVVATSWSDESYFATAVPGGTDTPSGFTPGEQVAGLARAFALGGPALSVDTACSSFPYAIDMAKALLNSGQADKAIIMALNTVLPPALFLGFSQLTAFSARASMQAFGEDADGIVPGECATAFLVEPVADALNARRRPLGVLRGLGLSADGAEGSVFAPGRQAQYRAYQRAYMDLDPGRVDYIETHGTGTPLGDATELASLNSFFAAHRSADEKIAIGSIKAVIGHPLAAAGGASLAKALMILRHKGIPPQPDYRPSLKVDDTCLRLATQRVQPLEDRQSPIRIGISSFGFGGANAHLVVDEYVPDGLPAPTPVASGVQILDLAIVEAEAALGGCDSLHSFKRRLEQPATRPVTFPYGRFVDGKGPSAGPLSGRFLAQDRVIDIDGFGMGPKPLAYVDPFKLLITDRVNHLLRRLPGVAGSAGTAMVMCCNMGGERFSNAYSSAEQFYSRAQGSPPGVEVTDVATMLPNMLSGYPAQIFDFKGFHQTLAGSPGLFWQTLLASRQWFDDGITTLLLGAGRFISGEIEVDRARRSATPQGEGLGLLALRPYRAGSTDTPLLVIRAAVLAHAAASLDEACRLAGKERAQYAAVEVCELQPDNVPVDGSLQEMTGFLAEACGIETLLSVTMNSAVHTVIEVREAGKVVMWLFTEKLREWNPATASPAPAIRHPFTLRFAHEPHELQQVITPVHAGEIVREPQHDGVDVLQLSDMLTSTVLAGLRVRVRAMEGLFALHRGARTQRPAPWQRRAEHVVISHIQREPRSLRARLVVDEGHPYFFDHPLDHIPGILLLEGVMQLVELAMPPLNGRVAYVKTLSIKFQQYVQKEDVIDLLLEQGRDGQEFQATVTQAGKVMCTCVLGMAYSSAFETSPAAEFTAARCVDKALLHKAREENVIVSAMSSLAQGLSVDTVSLPDGHFFHEGDPEHFSMVYFLEVARQCYMQIAHGHLRIPLKTPMNLLALSFTLDRPIPRNSPLSLAPQASLGTQLQSFKTNRIHIDLFNRGEKIGQANITAQVLSQAAPAA NA NA NA NA NA D1-35_04054 477 hypothetical protein GTGAACGATGTCAAGGTTCAACTCATAGTCAAATCACCACCGTCGGAAATCTGGAAGATCTGGAGCAATTTCCAGGAAGCCCCGCTCTGGGATACCGACGTCAGCCATTGCCAACTCGAGGGCCCGTTCCAGGCGGGAACCGCGGGTCAGTGTGTGCTAAGGAATGGCTTGAAAATGCCATTGAGGCTGCTGGCCGTGGAACCGCAGGAAAGCTATCGCAACAGCGCGAGACTGCTTTGGATACGGCTCGAATTCGACCACCGGATGCGCAGGCTGTCTCCGGACGAAACCCAGGTCATCCATAGCGCCAGGATCTCCGGCCCGTTGAGCTTCGTGTACCGCGGCCTGCTGCGCAAAATGCTGACGACGGTAATGACCACGGCGCTGGGCAATCTCAGAGCCCTTGCCGAACAACGCGCCAACGCTGTCGACGCCCCGGAGCGCGACAAAGCGCAAGCACATCTGCACCTCGTATGA MNDVKVQLIVKSPPSEIWKIWSNFQEAPLWDTDVSHCQLEGPFQAGTAGQCVLRNGLKMPLRLLAVEPQESYRNSARLLWIRLEFDHRMRRLSPDETQVIHSARISGPLSFVYRGLLRKMLTTVMTTALGNLRALAEQRANAVDAPERDKAQAHLHLV NA NA NA NA NA D1-35_04055 699 hypothetical protein ATGAACTTACTGAAAAACACTCAATACCTGGTGATGGGCATCATCGGCATGGGCGCTGTCGCCCCGACGTCCACCTTCGCCGACACGCTGGGCCCCTACGCCAGCCTCATGGGCGGCCTGAACTGGGTATCGGCGCAGGACCTCAACCAGAACAACCTGGATTTCGTCGAGATGGAATTCAACCAGCCGCTCCATTCCGGCTACGCCACCGGCCTGGCGTTAGGCTGGCGTTTCCCGGTCGGGCTGCGCCCGGAGGTGGAACTCGGTTATCGCGAAAATACCCTGACCCAGTTCAACAACCGGGTCTATGAGGGCGGCGGGAGCATCGATGGCGAAGGCGAAGAGAAAGCGGCCAGCCTGATGGTCAACCTCTGGTACGACGTCTTGAACCTGCCCGCGCCTTTCAACCGGTTTACCCCTTACCTGGGCGGCGGCCTGGGTTACGCCACCCTCACGGTCAGCGGTCTGGAAGCCGGTGGCGTGGAGTTCGGCGGTACTCACCGCGACACCGTCTCGGCCTACCAACTGGGTGCCGGGGTGGGTTATGAGCTGAACGAAAACTGGTCGATGTCCCTGGATTACCGCTGCCTGAAAACGCGCGAGGCGCACTTCGGCGACATCGAACGGCTGCCCCAAGGCGATGTCAGCACCGAATATGAAGCCCAATCGGTGATGCTGGGCCTGCGTTACTGGCTCTGA MNLLKNTQYLVMGIIGMGAVAPTSTFADTLGPYASLMGGLNWVSAQDLNQNNLDFVEMEFNQPLHSGYATGLALGWRFPVGLRPEVELGYRENTLTQFNNRVYEGGGSIDGEGEEKAASLMVNLWYDVLNLPAPFNRFTPYLGGGLGYATLTVSGLEAGGVEFGGTHRDTVSAYQLGAGVGYELNENWSMSLDYRCLKTREAHFGDIERLPQGDVSTEYEAQSVMLGLRYWL NA NA NA NA NA D1-35_04056 1158 hypothetical protein ATGTCTGAGCACAACTGTGACCTGCTGATTGTCGGCGCCGGCATTCTCGGCCTGGCCCACGCCTGGGCTGGCGCCAGGCGCGGCCTCAAGGTCAAGGTGTTCGAGCGTAGCCATACGCCCCTGGGCGCCTCGGTACGCAACTTCGGCCAGGCCCTGGTCGGCGGCCAGGCGCCGGGTGTCATGCTCGACCTGGCACGCCAGGCGAACGGTTTGTGGAAAACGCTGGGCCAGGCTGCCGGGCTGCACATGCATCAGCAAGGCTCGCTGCTGTTCGCCCGTACGGAAGCCGAAGAAGCGCTGCTCGAAGCGTTCCTGAGCGGGCGGGGCGCAGCATTGGGTTATCGCACCGAGCTGTTGCGTGGCGAGGCGTTGGCGGCGCTTTACGATGGCCGTTTTGCCCATCACCGCGCGGCATTGCTCGGCCTCGACGATCAACAGTTGTATTCCCGCGAGGCACTGCCGCAGATCGTCGATTACCTGGCCCGGGCATTGGGCGTCGAATTCCATTTTTCGACGCTGGTCCGCGATGTCGAACCCCACCGTGCGCTCACCAGCGCCGGACGCTTTACCGCGCGGCACATTGTGGTGTGCTCGGGCCATGACTATCAGACGCTGCTGGCCGAGCAAATCGCCGGGCTCAACCCGCAAGTGTGCGGCTTGCAAATGCTCCGCGTACGGCCGCGCCAGCCCCTGGCGTTACGCCACGCGTTGCTCACGGGGCTGAGCTGCGTGCACTACGGCGCCTTTGCCGACCTGCCTGAAGCGCAGGCCATCCGCACGCAGATCCGCACGCACCAGCCAGAGCTCGAAGCCCATGGCATCCATCTGCTCATCAGTCCAACCCCCCACGGTGACCTGATCATCGGCGATTCCCATGTCTACGGCAGCGACATTTCACCGTTCAACGCCGAGCAGGTGGACCGCATCCTGATTGACCTGGCGCAGCACACCCTGGGCGGCGAGATCGATGTACTGGAACGCTGGCAGGGTGTATATGGCGCGCGGGGGCCGGGACCGTTCAGCGTGATTTCGGCTGCGCAAGGCGTCACCGCAGTGCTGATGCATACCGGCTTGGGCATGAGCGTGGGACTGGCGCTGGGCGAACGGACGATCGCCGCAGCGCTGGGGGAGGGGCCGTGGCAAAGCTCGGCGGCTTGA MSEHNCDLLIVGAGILGLAHAWAGARRGLKVKVFERSHTPLGASVRNFGQALVGGQAPGVMLDLARQANGLWKTLGQAAGLHMHQQGSLLFARTEAEEALLEAFLSGRGAALGYRTELLRGEALAALYDGRFAHHRAALLGLDDQQLYSREALPQIVDYLARALGVEFHFSTLVRDVEPHRALTSAGRFTARHIVVCSGHDYQTLLAEQIAGLNPQVCGLQMLRVRPRQPLALRHALLTGLSCVHYGAFADLPEAQAIRTQIRTHQPELEAHGIHLLISPTPHGDLIIGDSHVYGSDISPFNAEQVDRILIDLAQHTLGGEIDVLERWQGVYGARGPGPFSVISAAQGVTAVLMHTGLGMSVGLALGERTIAAALGEGPWQSSAA PGPT0020390_173 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020390-lhpB2-K21061 NA NA D1-35_04057 1020 COG1840 putative protein ATGTCCAAACGCACTGCCTGGGCCGCCGGCCTGCTTGCCGCCTGTGTTCTGCAAGCCCATGCCAATACCGAACTGACCGTCTACACGGCCCTCGAAGTCGAGCAGCTCAAGGCCTACAAACAGGCCTTCGAGCAGCAAAACCCGGACATCGAGATCAAGTGGGTGCGCGATTCCACCGGCATCGTCACCGCCAAGCTGCTGGCGGAAAAGGATCGCCCCCAAGCCGATGCGGTCTGGGGTCTGGCAGGCTCGAGCCTGGCGATTCTCAAGCAGCAGGGCCTGCTGGACGCCTACAGCCCGGCGAACCTCGGCCAGATTTCCACCCAATACCGCGACGCCGACACGCCACCCACCTGGGTCGGCATGGACGTCTGGGCCGCCGCCATCTGCTTCAATACGGTGGAAGCGCAAAAGCTCGGCCTGCCCAAGCCCACCCGCTGGGAAGACCTTGCCAACCCCGTGTACCAAGGCAAGATCGTCATGCCCAATCCGGCGTCGTCCGGCACCGGTTACCTGGACGTCAGTGCCTGGCTGCAGACCTTCGGCGAGACCAAGGGCTGGGCCTACATGGACAAGTTGCACGCCAATATCGGCCAGTACACACACTCCGGCTCCAAGCCCTGCAAGCTGGCCGCCGCCGGCGAGTTCCCCATCGGTATTTCGTTCGAATACCCAGCCATCCAGCTCAAGCGCAAAGGCGCGCCGCTGGACATCGTCCTGCCTGCCGAAGGCCTGGGCTGGGAAATCGAAGCCACCGCCATTATCAAAGGCACGCCGAAGCTGGCGGCTGCCAGAAAACTCGCGGACTTCTCCGCCAGCTCCGAGGCGATGCAGTTATACAAAGCGAACTTCGCGGTCCTGGCGCAACCGGGCATCGCCGAACGCCTGCCGGAGCTGCCGACGGACTACGAACAACGCTTGATCCGCAATGATTTCGCCTGGGCGTCGGAGAACCGCGACAAGGTGCTGGCCGAGTGGCGCAAGCGTTACGACGGCAAGTCCGAGCCGGTCGCCAAATAA MSKRTAWAAGLLAACVLQAHANTELTVYTALEVEQLKAYKQAFEQQNPDIEIKWVRDSTGIVTAKLLAEKDRPQADAVWGLAGSSLAILKQQGLLDAYSPANLGQISTQYRDADTPPTWVGMDVWAAAICFNTVEAQKLGLPKPTRWEDLANPVYQGKIVMPNPASSGTGYLDVSAWLQTFGETKGWAYMDKLHANIGQYTHSGSKPCKLAAAGEFPIGISFEYPAIQLKRKGAPLDIVLPAEGLGWEIEATAIIKGTPKLAAARKLADFSASSEAMQLYKANFAVLAQPGIAERLPELPTDYEQRLIRNDFAWASENRDKVLAEWRKRYDGKSEPVAK PGPT0003725_3583 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012 NA NA D1-35_04058 828 phnX_2 COG0637 Phosphonoacetaldehyde hydrolase ATGCACTACCAAACACCAACTCACCTGCAGGCAGCGATTCTCGATTGGGCCGGAACCGTGGTGGACTTCGGTTCGTTCGCGCCGACGCGGATTTTCGTCGAAGCCTTCGCCAGCTTCGACATCGAGATCAGCCTGGAGGAGGCCCGTGGCCCGATGGGCATGGGCAAATGGGACCACATCCGCACCTTGTGCAATCAACCGGGCGTGGCCGAACGGTTTGTGCGCCGCTTCGGGCGTGCACCGAGCGATGACGACGTGACGGCTATCTATGAGCGCTTCATGCCGCTGCAGATCGCCAAGGTCGCCGACCACTCGGACCTGATCCCCGGCGCTCTGGAGAGCATCGCCGCACTGCGCCAGCGCGGCCTCAGGATTGGCAGTTGCTCCGGCTATCCCCGACAGGTCATGGACAAAGTCGTCGAACTGGCCGCCACCAAGGGCTACAGCCCCGACCATGTGGTCGCCACCGACGACGTGCCCAAGGGCCGGCCAAGCCCTGCGCAGGCCTTGGCCAACGTGATCGCCCTGGGCCTGGACGATGTCGCCGCCTGCGTGAAAGTCGATGACACCGAGCCCGGCATCCTCGAAGGCCGCAGGGCAGGGATGTGGACCGTGGCATTGAGGTTTTCCGGCAATTTTCTCGGCCTCGACTGGGAGCAGTTCCAGGCTCTGTCGGCGCCGCAGTTGGCGGCCGAGCGCGAGCGCATCGACGGCTTGTTTGCCGCAAGCCGTCCGCATTACCTGATCGACACGATTGCCGAACTGCCCGCCGTGATCGACCACATCAACACGCAACTGGCCCGCGGCGTATTGCCGTCCCATTCCTGA MHYQTPTHLQAAILDWAGTVVDFGSFAPTRIFVEAFASFDIEISLEEARGPMGMGKWDHIRTLCNQPGVAERFVRRFGRAPSDDDVTAIYERFMPLQIAKVADHSDLIPGALESIAALRQRGLRIGSCSGYPRQVMDKVVELAATKGYSPDHVVATDDVPKGRPSPAQALANVIALGLDDVAACVKVDDTEPGILEGRRAGMWTVALRFSGNFLGLDWEQFQALSAPQLAAERERIDGLFAASRPHYLIDTIAELPAVIDHINTQLARGVLPSHS PGPT0002490_164 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_DEGRADATION,PGPT0002490-phnX-K05306 NA NA D1-35_04059 1716 hypothetical protein ATGCAAAACACGATGATTCTCAAGCCGACCGCAGTGCAGGTACCTCAGGTGCCCGGTGACCTGGCAGACCGATTGTTCATACGCGGCGGTCAGTGGCTGCTGCTGGTGTTGCTGGCGCTGGCAGTATTGCTGCCATTGCTCGCCATGCTGTGGCGCGCCTTCAGCGGTGATGCCAGCCAGGGTGGCGGCGTGCAAGCGGCGCTGACGCTGCTGGCCAGTGCCAATTTCCGCTGGCTGCTGGGCAACAGCCTGACGGTTTCAATGACCGTCGCGCTTATCGTCGTGCCGCTGGCCTATGCGTTCGCCTACGCATTGCAGCGCACCTGCATCGTGGCAAAGCCGCTGTGGCGGGGCATTTCGCTGCTGCCGCTGCTGGCGCCGTCGATGCTGCCTGGCATTGCGCTGATCTATCTGTTCGGCAACCAGGGGCTGCTGCGCGATTTCAGCGCCGGCAACATCTATGGTTTCTGGGGCATTGTCCTGGGGCAGGCGATCTACACCTTTCCCCACGCCATGATGGTGCTGATGTCGGCGCTGGCGCTGGCGGATGCGCGGCTGTTCGACGCGGCCTCAAGCATGGGCGCCTCGCCATGGCGGGCATTTCGCACCATCACCTGGCCCGGCAGCCGGCAAGGGGTGTTCGCGGCTTTCTGCCTGGTGTTCACCTTGTGCATCACCGACTTCGGCGTGCCGGTCACGGTCGGAGGCGACTATCAGGTGCTGGCGCTGGAAGCCTACAAGTCTGTCGTTGGCCAGCAGCAGTTTGGTCGCGGCGCGCTGATCGGCATGATTCTGCTGCTGCCCGCATTGCTCAGTTTCGCCGTGGACATGTGGCTGCGCCGTACTCAACGCGAAGCCATGGGCGGCCGCGCCCAAGTGTATCACCCGCAACCGTCGCGGGGGCGGGATGCAGCCTTCCTGAGCATAACGGCACTGATCGGCGGCGTTCTGCTCGGCGTGTTCGGCATGGCAGTGTACGCATCGCTCGTGCAGTTCTGGCCGTACGACTTGTCCCTGTCCCTGGACAACTATGCCTTCTCCGAACTGCCCGGCGGTTGGCTGGCCTATCGCAACAGCCTGCTGCTGGCGGTGTGCAGTGCGGTGTTCGGCAGCCTGGCGATCTTCACCGGTGCCTACCTGATCGAGAAGACCCGGCAGAGCGCATTGACGCGCGCCCTGCGGCTGCTCAGCTTCGTCCCGATGGCTGTGCCCGGGCTGGTGCTGGGCCTGGGCTACGTGTTCTTTTTCAATCTGCCGGGCAATCCGCTCGGCAGCCTCTACGGCAGCCTGGCCTTGCTGGTGGTCTGTACGGTCGCGCACTTCCTGACCACCGCGCATATGACGGCCAGTACCGCCTTGCGCCAGCTCGACGATGAGTTCGAGGCCGCCGCCCTGGCGCTGAAAGTCCCGCTGGTTCGCCACTTCCTGCGGGTGACGCTGCCCATTTGCCTGCCGGCGTTGCTCGACATCGTTCGTTATCTGTTCGTGTCGGCGATGACCACGGTCTCAGCGGCGATTTTTCTCTACAGCCCTGACAGCGTCCTGGCTGCGGTGGCCGTGCTGAACATGGACGACGCCGGCAACGTCGGCGGGGCCGCCGCGATGGCGACTCTGATCCTGCTGACCTCGGCCAGCGTATCGCTGCTGCTGGCGATGCTGTCGCGCCGCCTGCTGCGCCGCTCCCAGGCCTGGCGCCAGCCGGCGCCGGGTCTTTGA MQNTMILKPTAVQVPQVPGDLADRLFIRGGQWLLLVLLALAVLLPLLAMLWRAFSGDASQGGGVQAALTLLASANFRWLLGNSLTVSMTVALIVVPLAYAFAYALQRTCIVAKPLWRGISLLPLLAPSMLPGIALIYLFGNQGLLRDFSAGNIYGFWGIVLGQAIYTFPHAMMVLMSALALADARLFDAASSMGASPWRAFRTITWPGSRQGVFAAFCLVFTLCITDFGVPVTVGGDYQVLALEAYKSVVGQQQFGRGALIGMILLLPALLSFAVDMWLRRTQREAMGGRAQVYHPQPSRGRDAAFLSITALIGGVLLGVFGMAVYASLVQFWPYDLSLSLDNYAFSELPGGWLAYRNSLLLAVCSAVFGSLAIFTGAYLIEKTRQSALTRALRLLSFVPMAVPGLVLGLGYVFFFNLPGNPLGSLYGSLALLVVCTVAHFLTTAHMTASTALRQLDDEFEAAALALKVPLVRHFLRVTLPICLPALLDIVRYLFVSAMTTVSAAIFLYSPDSVLAAVAVLNMDDAGNVGGAAAMATLILLTSASVSLLLAMLSRRLLRRSQAWRQPAPGL PGPT0003730_1651 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011 NA NA D1-35_04060 1053 cysA_2 COG1118 Sulfate/thiosulfate import ATP-binding protein CysA ATGACAAGAACACCTTCCGTAGACCTGCAGATACGCGACATCCATAAAGGCTTCGGCGCCTTCAAGGCGTTGGATGGGGTATCGCTGGAAATCGCCGCCGGTGAGCTGGTGTGCCTGCTTGGGCCTTCCGGCTGCGGCAAGACCACCTTGTTGCGCTGCATAGCCGGCCTGGAACGGCAAGACCGCGGCACGATCATGATCGGCGCGCGGGATGTTTCCGCCCTGGCACCGCAGGCTCGCGACTACGGCATTCTGTTCCAGTCCTATGCGCTGTTTCCCAACCTGACCGTGGAGCAGAACATCGGCTACGGATTGGCGGGCAACCACCGCGAGACGATCCGCAGCCGGGTCGGCGAGATGCTGGAACTGGTCGGGCTGCGTGGCAGCGAGAAAAAATATCCCGGCCAGCTCTCCGGCGGCCAGCAGCAGCGGGTGGCGTTGGCTCGCGCCCTGGCTCCGGCGCCCTCGCTGTTACTGCTCGATGAACCGATGTCGGCCCTCGATGCCCGGGTGCGCGAGCACCTGTGCGGCGAGTTGCGTCAGCTGCAGAAACGCCTGGGCATTACCACGTTGATGGTCACCCACAACCAGGACGAGGCGATGCTGATGGCCGATCGCATCGCGGTGATCAATCAGGGCCGCGTCGAACAGTTCGCCAGTGCGCAACAGATCTACCGCGCGCCGGCGAGCGCCTTTGTGGCTGATTTCGTCGGCCAGGGCAACTGGCTGCCTTTCGAGCGCGGGCACGACGGACAGGTTCGCGTCGGCGGGCTCAGCCTCAGCGTGGAGGCCGCTGACGTGGGGCGCAGCGGTCGACTCTTCTGCCGTCCGGAAGCCATACGGATCAATCCGTCGACGCCCGAAGCCAACCTGTTCGATGCGCAGTTGCGCGAACTAACCTACCTCGGCAACCGTTGTCGCCTGAGCTTCGAGCTGGACGCATTGCCCGGCCACACCCTGCTCGCCGAGTTGGAGCCGCAGGCCATGCCTGGGCTGCCCCAGGCGCGGCTGAAAATCGCGCTGCCGGCCCACAGCCTACAGGTGTTCAATTGA MTRTPSVDLQIRDIHKGFGAFKALDGVSLEIAAGELVCLLGPSGCGKTTLLRCIAGLERQDRGTIMIGARDVSALAPQARDYGILFQSYALFPNLTVEQNIGYGLAGNHRETIRSRVGEMLELVGLRGSEKKYPGQLSGGQQQRVALARALAPAPSLLLLDEPMSALDARVREHLCGELRQLQKRLGITTLMVTHNQDEAMLMADRIAVINQGRVEQFASAQQIYRAPASAFVADFVGQGNWLPFERGHDGQVRVGGLSLSVEAADVGRSGRLFCRPEAIRINPSTPEANLFDAQLRELTYLGNRCRLSFELDALPGHTLLAELEPQAMPGLPQARLKIALPAHSLQVFN PGPT0003735_3287 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010 NA NA D1-35_04061 864 cmpR_3 COG0583 HTH-type transcriptional activator CmpR ATGCTCAGCGCCGAGCTGAAGTCTTTCCACATGGTCGCTCGCCTGGCCAGCGTCACCCAGGCAGCCAAGAAGCTCGGGCTCAGCCAGCCGACGGTGACCACGCAGATCCGCAGCCTGGAAGCCCAGTACGGCGTTGAATTGTTTTATCGCGGCGGGCGCCGCCTGACACTCAGTGACCAGGGCGCGCAGCTGTTGCCGATGGTGCAGAAACTGCTGCAGCAGGAGGCCGACATCGAGTTTTTCCTGCGCAACAGCGGCCAGGTGCAAGGCACGTTGCGCATCGGTGCCACCGCGCCGTATTACGTGCTGGATATCATCAAGGCTTTTCGCGAGCAGTTTGCGCTGTGCGAAGTGACCCTGGAAATCGGCAACTCACTGCAGGTCATCGAGGCGCTGGAGGAATATCGCGTGGACTTGGCCGCGTCCTCGCAACTGGTCGAGGATGCGCGCCTGACCCGGCTGGTGCTGGGGCACGATCCGCTGGTGCTGGCGGTACATCGCGAGCACCCATTGGCCAGCCACGACCGAGTCGCGCCGAGCGCCCTGGCCGGGCATTGCCTGCTGATGCGCGAAACCGGTTCCACCACCCGCGCGCTCACCACAACGCTGCTGCGCGAGGCCGGGGTGGCGACCGGGCCGCTGCTGGAGATCGGCAGTCGCGAGTCGATTCGCGAAGCGGTCCTGCGCAACATCGGCATCAGCATCATCGCCCGTCACGAGGTGCCGGAGAATCCACAGCTCAAGGTGGTCGAGCTGGAAGGCGCGCCGCTGATCGCCGAGTATCTGTACTGCCTCAAGGAGCGCCGCCAGGCCCGGCTGCCGTCGGCATTCCTCGGCCTGGCACGAGAGACCAGCGCATCCTGA MLSAELKSFHMVARLASVTQAAKKLGLSQPTVTTQIRSLEAQYGVELFYRGGRRLTLSDQGAQLLPMVQKLLQQEADIEFFLRNSGQVQGTLRIGATAPYYVLDIIKAFREQFALCEVTLEIGNSLQVIEALEEYRVDLAASSQLVEDARLTRLVLGHDPLVLAVHREHPLASHDRVAPSALAGHCLLMRETGSTTRALTTTLLREAGVATGPLLEIGSRESIREAVLRNIGISIIARHEVPENPQLKVVELEGAPLIAEYLYCLKERRQARLPSAFLGLARETSAS PGPT0001160_1427 DIRECT EFFECT BIO-FERTILIZATION CARBON_DIOXID_FIXATION CO2_FIXATION-RuBisCo CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703 NA NA D1-35_04062 852 phnD1 COG3221 putative ABC transporter phosphite binding protein PhnD1 ATGCTCAAGCGTACCCTGGCACTGGCCGTCGGTTTGACCCTGTCCCTGAGCTCCCTTCTGACGCAGGCGGCCGACACCTTGAAGGTCAGCGCGATCCCCGATGAAGCGCCGACCGAACTGCTGCGCAAGTTCAAGCCGCTGGGGGCGTACCTGGAGCAGAAAATCGGCATGAAAGTCGAGTTCGTACCGGTGAGCGATTACCCCGCCGTGGTCGAGGCGCTGGCCACCGACCGGATCGACCTGGCCTGGCTGGGCGGTTTCACCTTCGTGCAGGCCCGCCTGAAGACGGGTAACGCCATTCCGCTGGTGCAGCGCGAACAGGATGCCCAGTTCACCAGTAAATTCATCACCGCCGACCCTGCAGTCACATCCCTGGCCGACCTCAAGGGCAAAAGCTTTGCCTTCGGTTCGATCTCTTCCACCTCGGGCAGCCTGATGCCGCGTTATTTCATGCTCAAGGACGGCATCAAGCCGGAAACCTATTTCAGCCGCGTCGGCTACTCGGGCGCCCATGATGCGACGGCGGCCTGGGTCCAGGCGGGCAAGGTCGATGCCGGCGTGCTCAACGCCAGCGTCTGGGACAAACTGGTGGCGGCCGGCAAGGTCGACACTAGCAAGGTCAAGGTGTTCGCGACTACCCCGGCCTACTTCGATTACAACTGGACCGTGCGCGGCACGCTCGACCCGGCGCTGGCGGCGAAGATCAAGGCGGCGTTCCTGGACCTCGATCCGGCGAACCCGAAGGACAAGGAAATCCTTGATCTGCAGGCCGCCAGCCGCTTCATCGAGACCAAGCCCGAGAACTACAAAGGCATCGAAGAAGCCGCACGCGCCGCCGAACTGCTGAAATGA MLKRTLALAVGLTLSLSSLLTQAADTLKVSAIPDEAPTELLRKFKPLGAYLEQKIGMKVEFVPVSDYPAVVEALATDRIDLAWLGGFTFVQARLKTGNAIPLVQREQDAQFTSKFITADPAVTSLADLKGKSFAFGSISSTSGSLMPRYFMLKDGIKPETYFSRVGYSGAHDATAAWVQAGKVDAGVLNASVWDKLVAAGKVDTSKVKVFATTPAYFDYNWTVRGTLDPALAAKIKAAFLDLDPANPKDKEILDLQAASRFIETKPENYKGIEEAARAAELLK PGPT0002525_2741 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044 NA NA D1-35_04063 798 btuD_10 Vitamin B12 import ATP-binding protein BtuD ATGACATTACGTCTGACCCGAGCCAGCGTCATCCACGCCAACGGTGCGCAGGCGCTGCGTGGCGTGGATCTGCACATTGGCGCGGGGGAACGGGTCGCCATCATCGGCCCGTCCGGCGCGGGCAAGTCGAGCCTGCTCAATGTGCTCGCAACCGCCCTGCGGCCGGGCGCTGGCGAGGTGCAGGTACTGGGCGAGCCAGTCTGGCAATTGTCCGCGCGCCGGCGGCAGCGTCTGCGCGCACGCATCGGCCTGGTCCACCAGGCGCCTCCCCTGCCGCCGCGCCTACGGGTGGTCACCGCAGTGCTGGCCGGCAAGCTCGGCCAGTGGAGCCTGGGCAAGAGCCTGCTGAACCTGCTGCACCCGCTGGACATTCCCGGGGCTCGGGCGGCGTTGGCCCGGCTGGACCTGGGCGACAAGCTGTTCGCGCAATGCCAGCAGTTGTCCGGCGGGCAGCTGCAACGTGTCGGCATTGCCCGCGTGTTGTACCAGGCGCCCGAGGTATTGCTTGCGGACGAGCCGGTATCGGCGATGGACCCGGTGTTGGCCGAGCACACACTTGCGGTGCTCTGCCAGCATGCCCGGGAGCACCGCGTGACCCTGGTCACCAGCCTGCACGCGGTGGAGCTGGCGCTGGCGCATTTTTCCCGGATCATCGGTCTGCGTGACGGACAGATTCTGTTCGACTTGCCGACCGAAGCGGTCGACCGCCAACTGCTCGACACGCTTTATGCCAACGAGCAATTGGAGTCCATGTCGAGCCCTCCACTCCCTACGAGCGTGCAGATTCCGCGATGCTGA MTLRLTRASVIHANGAQALRGVDLHIGAGERVAIIGPSGAGKSSLLNVLATALRPGAGEVQVLGEPVWQLSARRRQRLRARIGLVHQAPPLPPRLRVVTAVLAGKLGQWSLGKSLLNLLHPLDIPGARAALARLDLGDKLFAQCQQLSGGQLQRVGIARVLYQAPEVLLADEPVSAMDPVLAEHTLAVLCQHAREHRVTLVTSLHAVELALAHFSRIIGLRDGQILFDLPTEAVDRQLLDTLYANEQLESMSSPPLPTSVQIPRC PGPT0002520_1128 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041 NA NA D1-35_04064 828 hypothetical protein ATGCTGAAGCGTGACGCCCGGGACCCCGCCAGCCGCCCTCGCCTGCTCCTGACCCTGTTGGCCCTGGCCCTGCTGTGGCCGGGCATTCGGTTCAGCGAGGTCGACCTCGGCGTGCTGCTGGCCAGCGACAGCCAGAGTGAGATGGGCCGGTTCGTCGCGGCGTTCTGGCCACCGGCCCATGACGAAACGTTTGTCGACCTGCTACTGCAAGCCACCCTGCAGACGTTGGCGATTGCCACCGCCGGCATGGCCCTGGCGCTGCTGGTGGCGGTCCCCGCGAGCCTGCTGGCCAGTCGCGCATTGTCGTTGTCGGCCGCCTACCGCTCCGGCAGGCCTGGCAATCTCGGTCAATGGTTGCGTTGGCCAATACGCGGCCTGTTGATCTTCCTGCGCAGCGTGCCGGAAATCGTCTGGGCCTTGCTCTTCGTGCGCGCTGTCGGCCTGGGTCCGACGGCCGGGGTGCTGGCCATCGCCATCACGTACAGCGGCATGCTGGGCAAGGTCTATGCGGAAATCTTCGAATCGGTCGACCAGCGCCCGGCACACGCATTGATGCAGGCCGGCAGCGGCCGGCTCGCGGCGTTCTGCTACGGGATCCTGCCCAACGTCGCCGCCGAGCTGCTGTCGTACACCGTGTACCGCTGGGAATGCGCCATCCGCGCGTCAGTGGTGATGGGTTTTGTCGGCGCGGGTGGCCTGGGCCAGCAGATGGACCTGTCGTTGCGCATGTTCGCCGGCGGTGAAGTGGCCAGCCTGTTGCTGACCTTCCTGGTGCTGGTGATGTTCGCCGATCAGCTCAGCCGCCTGCTGCGCTGGAGACTGGCATGA MLKRDARDPASRPRLLLTLLALALLWPGIRFSEVDLGVLLASDSQSEMGRFVAAFWPPAHDETFVDLLLQATLQTLAIATAGMALALLVAVPASLLASRALSLSAAYRSGRPGNLGQWLRWPIRGLLIFLRSVPEIVWALLFVRAVGLGPTAGVLAIAITYSGMLGKVYAEIFESVDQRPAHALMQAGSGRLAAFCYGILPNVAAELLSYTVYRWECAIRASVVMGFVGAGGLGQQMDLSLRMFAGGEVASLLLTFLVLVMFADQLSRLLRWRLA PGPT0002530_1674 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042 NA NA D1-35_04065 768 hypothetical protein ATGAGTCGGCTGTTCAACGCGCTATTGCTGCTGTGCATCGGTGCGGCTGTCGTCGCTTCGTTCGGCTATCTGGGCATCGACCTGGGCGCGTTGGGAGACAGTGCGAGCCTCAAGCAGATGACCGCTTATGCGCAACGCTTCCTCAGTCCGGACCTGAGCCCGGCGTACCTCAAGGCGATCGGCCACGGCGCGCTGGAAACCATCGCCATGTCCGCCATCGGCACGTTGCTCGCGGCGGTGTTGGGGCTGGCACTGGCACTGCCGGCCGCCGGGCGCCTTGGCTGGCCGTTGCAAAGCGCCTCGCGCCTGGTGTTGAACGCGTTGCGCGCGGTTCCGGAACTGGTGTGGGCGGCGCTGATGGTGTTTGCCGCCGGGCTCGGCCCCAATGCCGGTACGCTGGCGCTGACCCTGCACACCATCGGCGTGCTCGGCCGGCTATTTGCCGAGGCGCTGGAAAACACCCCCTCGCAACCCGCCGATGCGATCCGTTTGCAAGGTGGCAGCGCGCTCGCGGCTTTCTGCTACGGCACCCTGCCCAACCTGATGCCGCAGCTCCTCGCCTACACCCTCTACCGCTGGGAAAACAATATCCGCATGGCCAGTGTGCTGGGCTTCGTCGGCGCCGGCGGCCTGGGCCAGATGCTCTATGTCAGCCTCAGCCTGTTCCAGGAAGCCCAAGGCAGCACGGTGATCCTGGCCATGCTGTTGCTGGTGTTCATTGTCGATACCCTGAGCAGTTGGAGCCGCCAGCGCTGGGTCAAGGCCTGA MSRLFNALLLLCIGAAVVASFGYLGIDLGALGDSASLKQMTAYAQRFLSPDLSPAYLKAIGHGALETIAMSAIGTLLAAVLGLALALPAAGRLGWPLQSASRLVLNALRAVPELVWAALMVFAAGLGPNAGTLALTLHTIGVLGRLFAEALENTPSQPADAIRLQGGSALAAFCYGTLPNLMPQLLAYTLYRWENNIRMASVLGFVGAGGLGQMLYVSLSLFQEAQGSTVILAMLLLVFIVDTLSSWSRQRWVKA PGPT0002530_3122 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042 NA NA D1-35_04066 1242 nicP_4 Porin-like protein NicP ATGTACCGTTTCATCGCTAATCACTTCAACCGTAAACCCGTGGGCACTTTGCTCGGCCTCGGTCTGATGAGCGCGTCGAGTGCTCACGCCGATTTCATCAGCGACAGCAAAGCCAGCCTGGAAGCCCGCAACTTCTATTTCAACCGCGATTTTCGGCAGGAGGGCGCGCGGGACAAGGCCGAGGAGTGGACGCAAGGCTTTCTGTTGCGCATCGAGTCGGGCTACACCGCCGGGACCTTGGGTTTCGGGCTGGATGCGTTGGCCATGGCCGGTTTCAAACTGGATTCGGGCGGCGGCACGGCAGGCACCAATTTGCTGCCGGCAGACTCGTCCGGGGGTTCCCAGGACCGCTACGGCGAACTTGGCCTGACCGCGAAGGCACGCTTGTCCAACAGCACCCTGAAAGTGGGCACCCTGCAAATCAAGGACCCGGTGGTCAATTCCAACGATACGCGCCTGCTCCCCGGGACCTTCAAGGGCGGGCTGTTGAGCGTGCAGGAAGTCGACCGCCTGAAGCTGACCGCCGGGCAGCTTACACAGATCAATTTCGTCGATTCCACCCACTATCAGGACATGACGGCCAACCGCATTGGAGGCATCAGCGACCGCTTCCAGTTCGCCGGAGCGGACTACCAGTTCCTGCCGAATCTCACGGCGCAATACCGCTACGGCAAACTGGAGGACATCTACCAACAGAACTACCTGGGCTTGGTCCATAGCCTGGACCTGGGCGCGGGCCAATCATTGAAAAGCGACGTGCGTTATGCCCGCAGCACCGAAGACGGCAGCTTCCGCGCTATCGACAACCAGGCGTTCGGCGCGATGTTCACCTATAGCCTCGATGGGCACGCGCTGGGCCTGGGTTACCAACGCATGAGCGGCGACGACCCATTTCCCTACATCTCGCGCAGCGATCCGTATCTGGTCAACTTCGTCCAGATCGGTGATTTTGCCAATGTCGACGAGCGCTCCTGGCAGGCCCGTTACGACTACAACTTTGCCGGCCTCGGCGTGCCGGGATTGACGTTCATGACTCGCTACATCCGTGGCGACAACGTGCAACGCAGCGCGCCGGGTGAAGGCAAGGAATGGGAGCGCAACAGCGATATCGCCTACGTGATCCAGGACGGCACGTTGAAGGGGCTGGGGCTCAAATGGCGCAATGCCTCGGTGCGCTCGAACTTTGGCAATGACCTGGACGAAAATCGCCTGATCGTCAGTTACACGATGGCGCTGTGGTGA MYRFIANHFNRKPVGTLLGLGLMSASSAHADFISDSKASLEARNFYFNRDFRQEGARDKAEEWTQGFLLRIESGYTAGTLGFGLDALAMAGFKLDSGGGTAGTNLLPADSSGGSQDRYGELGLTAKARLSNSTLKVGTLQIKDPVVNSNDTRLLPGTFKGGLLSVQEVDRLKLTAGQLTQINFVDSTHYQDMTANRIGGISDRFQFAGADYQFLPNLTAQYRYGKLEDIYQQNYLGLVHSLDLGAGQSLKSDVRYARSTEDGSFRAIDNQAFGAMFTYSLDGHALGLGYQRMSGDDPFPYISRSDPYLVNFVQIGDFANVDERSWQARYDYNFAGLGVPGLTFMTRYIRGDNVQRSAPGEGKEWERNSDIAYVIQDGTLKGLGLKWRNASVRSNFGNDLDENRLIVSYTMALW PGPT0005395_50 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_BENZOATE|DERIVATE_DEGRADATION XENOBIOTIC_BENZOATE-DEGREDATION-BENZOATE_TRANSPORT,PGPT0005395-benP-K21758 NA NA D1-35_04067 804 COG4336 Putative hydro-lyase ATGCCGCCGTCCGCCCTGACATTCGAACAACTGCAGCAGTGTTCACCCCAGGCCCTGCGCCAGAACATCGCGGCCGGTCGCTACCACGGCCACACCAGCGGCCTGGGCCAGGGCCGGGTGCAAGCCAACATCGTGATCCTGCCGGGTGACTGGGCCGACGAATTCCTGCGCTACTGCACGCTCAACCGCCAGGCGTGTCCGGTGCTGGACGTGAGCGAACCGGGGGATCCGTTCCTGCGCAACCTCGGCGCGCCCATCGATATCCGCCACGAAGTACCGCGCTATCGGGTCTTTCGTCACGGCGAGTTGAGCGAAGAGCCGATGGACATCGAACACCTGTGGCAGGACGACATGGTGACCTTCGCCCTCGGCTGCTCGTTCTCGTTCGAGCAACCCTTGCTGGAGGCCGGTATACGCCTGAGGCACATTGACCTGGGGCGCAACGTTGCCATGTTCCGCACCAACATCGACACGCGCCCCACCGCGCGCCTGTCTGGCAAAATGGTCGTGAGCATGCGCCCGATGAAGGCCGCCGCGGCGATCCAGGCGATCCAGATCACCGGACGCATGCCCAGCGTCCATGGCGCCCCGGTCCACATCGGTGATCCGTCGCTGATCGGCATTGATTCCCTGGACAGGCCGGACTATGGCGACGCGGTGCCGGTGGAAGCCGACGAGGTCCCGGTGTTCTGGGCCTGTGGCGTGACGCCGCAATCGGTGGTGCAGGCTTCGCGACCGCCGCTGTGCATCACCCACGCACCGGGTTGTATGCTGGTGACCGACGTTTTGAACAGCGCGTTGTGA MPPSALTFEQLQQCSPQALRQNIAAGRYHGHTSGLGQGRVQANIVILPGDWADEFLRYCTLNRQACPVLDVSEPGDPFLRNLGAPIDIRHEVPRYRVFRHGELSEEPMDIEHLWQDDMVTFALGCSFSFEQPLLEAGIRLRHIDLGRNVAMFRTNIDTRPTARLSGKMVVSMRPMKAAAAIQAIQITGRMPSVHGAPVHIGDPSLIGIDSLDRPDYGDAVPVEADEVPVFWACGVTPQSVVQASRPPLCITHAPGCMLVTDVLNSAL NA NA NA NA NA D1-35_04068 549 hypothetical protein ATGAACAGCCCGCAGCGATCAATCGAACATTACATCCGCGCCAAGGACGGCAACCGCCCTCACCTGCTGGACCAGGCCTTCATCCAGGGCGCAGTCCTGAACATGGTGGTCCGCACCGGCTCCATCGCCTTCCCGGAGCATGTCGAAGGTCGTGGCGCGATGGGTGACGTGCTGGTGAGCCGGTTCAACCAGGCGTTCGAAAACGTCTACACGTTCTGCCTGGGCAGCCCTCCTCACGCCAACGTGCGCACCTACGAGTGCAAATGGTTGGTCGCGATGTCGGACAAACACAACGGTGAGGTCAGGGTCGGTTGTGGCCGCTACGACTGGCGATTCAGCGCCGAGTCCGGGCTGTCCGAGGGGCTCACGATAACCATCGAACACATGAAGACCCTGCCGCCAGCCGAGCTTACGGAAGTCATGGCCTGGGTGTCGGGTCTGGAATATCCGTGGTGCGACGCCGCTGCGGTCCTCGGCGAGGTGCCGGATTCAAGGGCGCTTGAAGACGTGGTCCAATACCTCTCGTCCAGGAATTGCAGGACCGGTTGA MNSPQRSIEHYIRAKDGNRPHLLDQAFIQGAVLNMVVRTGSIAFPEHVEGRGAMGDVLVSRFNQAFENVYTFCLGSPPHANVRTYECKWLVAMSDKHNGEVRVGCGRYDWRFSAESGLSEGLTITIEHMKTLPPAELTEVMAWVSGLEYPWCDAAAVLGEVPDSRALEDVVQYLSSRNCRTG NA NA NA NA NA D1-35_04069 942 gltR_3 COG0583 HTH-type transcriptional regulator GltR ATGAATATCAAGTTTCTGGAAACCTTCGTCTGGGTCGCCCGCCTGAAGAGCTTTCGCCTCACGGCGGAAAAGCTGTTCACCACCCAGGCGTCGATTTCCAGCCGGATTGCAGCTCTGGAAGACGAGTTGGGCGTGCGTCTGTTCGTGCGTGATTCCAAGGGCGTGTCATTGACTTCCGAAGGCCAGCGGGTGCTGGAGTACGCCGAGCGCATCATGGACACCATGCACAGCATGAAAGCCGTGATCAAGGACCCGCGCCAGGTACGCGGGCGGATTCGCATCGGCGCGATGGACACGGTGATCCATACCTGGCTCAGCCCGTTGGTCACGCGCCTGATGGAATGCTACCCGGCGCTGGAAATCGAATTGTCGGCCGACACCGCGAGCAACCTGTGCACGCAACTGGAGAAAGGCTACCAGGACATCATTTTCCAGACCGACATCCTGCGCCTCGACAGCGTGCGCAATGCGCTCCTGACGCGTTATCCGATGCACTGGGTGGTGCGCAGCGGCTCATCCTTTGACCGCCACTACGCATCGCTGGACGAACTGTCCCAGGAGCGCATCGTGACCTTCTCGCGCAACTCCCGGCCCCACCAGGACCTCCTGAACATGCTGCACTCGGCCAATATCGTCTCGCCGCGGATCAATTGCGTGAACTCCGCCTCGGCGATCACCCGCCTGGTTCGTGACGGCTTTGGTATCGGCGCCATGCCGGCGGCGCTGGTGGTAGGCGAATTGAACCAGGGCAGCTTGACGCTGGTGGACGGCGTGCCGTTGCCGTCGGTGATGGACATCGTCGCCAGTTGGCGGACCGGCGCCGGCATGGAGCGGGTCGAAGACATCGTCAGCCTGACGCGGGAAGTGGTGGACGACTACGTGGGGCAACTGCCGGCGCCGTACCGGTTGGTGGCAAGCGAGGCCCCGGCGAACTGTCAGTGA MNIKFLETFVWVARLKSFRLTAEKLFTTQASISSRIAALEDELGVRLFVRDSKGVSLTSEGQRVLEYAERIMDTMHSMKAVIKDPRQVRGRIRIGAMDTVIHTWLSPLVTRLMECYPALEIELSADTASNLCTQLEKGYQDIIFQTDILRLDSVRNALLTRYPMHWVVRSGSSFDRHYASLDELSQERIVTFSRNSRPHQDLLNMLHSANIVSPRINCVNSASAITRLVRDGFGIGAMPAALVVGELNQGSLTLVDGVPLPSVMDIVASWRTGAGMERVEDIVSLTREVVDDYVGQLPAPYRLVASEAPANCQ NA NA NA NA NA D1-35_04070 708 hypothetical protein ATGTTTGCTCGCTGGTTCCCCGCTGCTATCAATACCCGCCCCACCGAATGGAGTCGCGCCGCCATCGGCATGGCCCTTGGAACAATGTTCAGTGTCTGGCTCTGTGGCCAGGTATTCGGTCTTGAAGTGGCGCAACACCTGATCGGCCCGCTCGGCGCCTCGGCCGTGCTGTTGTTTGCGGTGTCATCGGGTGCCCTGGCCCAGCCCTGGTCGATCTTCGGTGGTTATCTGTGCGCGTCGGTCGTGGCGTTGCTGGTCGCCCATGTGCTCGGCCGCACGCTGGGTAGCGCATGCCTGGCGGCCGGCATGGCGCTGGTGCTGATGTGCTGGCTGCGTTGCCTGCATCCACCGGCCGGCGCCCTGGCGGCGACGCTGGTGCTGGCGGACGCATCCATCGTCGCCCTCGACTGGCAGGCGCTTGGCGCCGCCATGCTGGCCGGCTCCGGCCTGCTCGTCTTCGCGCTGGCCTACAACAACTTCACGCGGGTGCGCTATCCCAAGCGAGCCAGCGAGCCGGCAGCGGTGATTCCCGCCGACCATCCCCCCATCGATCGCCAGGCGATCACCGCCGAAGACTTGAAACTTGCGCTTGAGGAAATGGAAGCATTCTTCGACGTAACCCCCGAAGATCTCGAACAATTGATCCACGCAAGCGAGCGGCATGCCAAGCGTCGCAGCATCACGGAGGTGCTGTCGGGTCGCGGCTGA MFARWFPAAINTRPTEWSRAAIGMALGTMFSVWLCGQVFGLEVAQHLIGPLGASAVLLFAVSSGALAQPWSIFGGYLCASVVALLVAHVLGRTLGSACLAAGMALVLMCWLRCLHPPAGALAATLVLADASIVALDWQALGAAMLAGSGLLVFALAYNNFTRVRYPKRASEPAAVIPADHPPIDRQAITAEDLKLALEEMEAFFDVTPEDLEQLIHASERHAKRRSITEVLSGRG NA NA NA NA NA D1-35_04071 1107 menB_2 1,4-dihydroxy-2-naphthoyl-CoA synthase ATGACAGTTCAGGTTTCATCCCAAGCTGCGGGCAGCATCGAAACCGCGCCCTACGAGGTGTTGGTCGACGTTCGCAACCACATCGGCCACCTGACCCTGAACCGCCCCGCCGGCCTGAATGCCCTGACCCTGGGCATGGTGCGCAGCTTGCAGCAGCAACTCGATAGCTGGGCCACCGATTCGCAGATCCGCGCCGTTGTCTTGCGCGGTGCCGGCGACAAGGCGTTTTGTGCGGGCGGCGATATCCGCTCGCTGTACGACAGCCACAAGCAGGGCGACACCCTGCACGAAGACTTCTTCGTCGAGGAATATGCACTCGACCTGACCATCCACCATTACCGCAAACCGATCCTCGCCTTGATGGACGGCTTCGTGCTGGGCGGCGGCATGGGTCTGGTGCAAGGCGCCGATCTGCGGGTGGTGACCGAGCGTAGCCGACTGGGCATGCCCGAGGTCGGCATTGGCTATTTCCCGGATGTCGGCGGCAGCTATTTCCTGCCGCGCATTCCCGGTGAACTGGGTATCTACCTGGGCGTCAGCGGGGTGCAGATCCGCGCTGCCGACGCGCTGTACTGCGGGCTGGCCGACTGGTATCTCGACAGCCAGAAAATCACCCAGCTCGATGAACGTCTCGACCGCCTGGACTGGCGCGATTCACCGCTCAAGGACCTGCAAAGCCTGCTGGCGAAAATGGCGGTCCAACAGTTGCCTGCCCCGCCCCTGGCCGACTTGCGGCCGGTGATCGATCATTTCTTCGCCCTGCCGGATGTACCAAGCATGGTCGAGCAGTTGCGCCAGGTCACGGTCGCCAACAGCCACGAATGGGCGCTGAAGACCGCCGAGCTGCTGGAAACCCGCTCACCCCTGGCGATGGCGGTGACCCTCGAAATGCTGCGACGCGGCCGGCACCTGAGCCTGGAAGACTGTTTTGCCCTGGAGCTGCACCTGGACCGGCAATGGTTCACGCGCGGCGACCTGATCGAAGGCGTACGTGCCCTGCTGATCGATAAAGACAAGAACCCACGCTGGAACCCACCGACCCTGGAGGCGCTGGACGCCGACCATGTGGCGAGTTTTTTCGACGGCTTCGACTACCACGGGAACTGA MTVQVSSQAAGSIETAPYEVLVDVRNHIGHLTLNRPAGLNALTLGMVRSLQQQLDSWATDSQIRAVVLRGAGDKAFCAGGDIRSLYDSHKQGDTLHEDFFVEEYALDLTIHHYRKPILALMDGFVLGGGMGLVQGADLRVVTERSRLGMPEVGIGYFPDVGGSYFLPRIPGELGIYLGVSGVQIRAADALYCGLADWYLDSQKITQLDERLDRLDWRDSPLKDLQSLLAKMAVQQLPAPPLADLRPVIDHFFALPDVPSMVEQLRQVTVANSHEWALKTAELLETRSPLAMAVTLEMLRRGRHLSLEDCFALELHLDRQWFTRGDLIEGVRALLIDKDKNPRWNPPTLEALDADHVASFFDGFDYHGN PGPT0001860_827 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 D1-35_04072 1152 mmgC_3 COG1960 Acyl-CoA dehydrogenase ATGCACGACCTTGAGCTGACCGAGGAACAAGTGATGATCCGCGACATGGCCCGTGATTTCGCCCGCGGTGAAATCGCGCCCCACGCCCAGGCCTGGGAAAAAGCCGGCTGGATCGACGATGGGCTGGTGGCAAAAATGGGCGAGCTGGGCCTGCTGGGCATGGTGGTGCCCGAGGAATGGGGCGGTACCTATGTCGACTACGTGGCCTATGCCCTGGCGGTGGAGGAAATCTCGGCAGGTGACGGTGCTACTGGAGCACTGATGAGCATCCACAACTCCGTAGGTTGCGGGCCGGTGCTGAATTTCGGCAGCGATGAGCAGAAACAGACCTGGCTGGCGGATCTCGCCAGCGGCCAGGCCATCGGCTGCTTCTGCCTGACCGAACCACAGGCCGGCTCCGAGGCGCACAACCTGCGTACGCGGGCGGAACTGAAAGATGGTCAATGGGTAATCAACGGCGCGAAGCAGTTCGTCAGCAATGGCAAGCGCGCCAAGCTGGCGATCGTGTTTGCCGTGACGGATGCGGACCTTGGCAAAAAAGGCATTTCGGCGTTCCTGGTGCCCACCGACACGCCCGGTTTCATCGTTGACCGCACCGAACACAAGATGGGCATTCGTGCCTCGGACACCTGTGCCGTCACGCTGAGCAACTGCACCATTCCTGAAGCCAACCTGCTGGGCGCACGGGGCAAGGGCCTGGCCATCGCCCTGTCCAACCTCGAAGGCGGGCGCATCGGCATCGCCGCCCAGGCCCTGGGCATCGCCCGTGCGGCATTCGAAGCGGCCCTGGCCTATTCCCGGGATCGGGTGCAGTTCGACAAACCGATCATCGAACACCAGAGCATCGCCAATCTGCTGGCCGACATGCACACCCGCCTGAACGCCGCTCGCCTGCTGATCCTGCATGCCGCGCGGCTGCGCAGCGCCGGCAAGCCATGCCTGTCGGAAGCATCGCAAGCCAAGCTGTTCGCCTCGGAAATGGCCGAGAAGGTCTGCTCCTCGGCGATTCAGATCCATGGCGGCTATGGCTATCTTGAGGATTACCCGGTGGAGCGCTATTACCGCGACGCGCGGATCACCCAGATCTACGAAGGGTCGAGCGAGATTCAGCGGATGGTGATTGCTCGGGAGCTCAGGCACTACCTGGTGTAA MHDLELTEEQVMIRDMARDFARGEIAPHAQAWEKAGWIDDGLVAKMGELGLLGMVVPEEWGGTYVDYVAYALAVEEISAGDGATGALMSIHNSVGCGPVLNFGSDEQKQTWLADLASGQAIGCFCLTEPQAGSEAHNLRTRAELKDGQWVINGAKQFVSNGKRAKLAIVFAVTDADLGKKGISAFLVPTDTPGFIVDRTEHKMGIRASDTCAVTLSNCTIPEANLLGARGKGLAIALSNLEGGRIGIAAQALGIARAAFEAALAYSRDRVQFDKPIIEHQSIANLLADMHTRLNAARLLILHAARLRSAGKPCLSEASQAKLFASEMAEKVCSSAIQIHGGYGYLEDYPVERYYRDARITQIYEGSSEIQRMVIARELRHYLV PGPT0002285_885 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-35_04073 774 echA8 COG1024 putative enoyl-CoA hydratase echA8 ATGAGCTACGAAACGATTTTATTGGAGATCAAGGACCGTGTTGGCCTGATCACTCTCAACCGTCCCCAGGCGCTGAACGCCCTGAATGCGCAGATCGTCAGCGAGCTGAACCAGGCACTGGATCGCCTGGAGGCGGATCCGAAGATCGGCTGCATCGTCCTGACCGGCTCGAAAAAAGCCTTTGCCGCCGGCGCCGATATCAAGGAGATGGCCGAACTGACCTATCCGCAGATCTACCTGGACGATCTGTTCAGCGACAGCGACCGGGTTGCCAATCGCCGCAAGCCGATCATCGCGGCGGTGAACGGTTTTGCCTTGGGCGGCGGCTGCGAACTGGCCCTGATGTGCGACTTCATCCTGGCCGGTGACAACGCCAGGTTCGGCCAGCCGGAAATCAATCTCGGCGTGCTGCCGGGCATGGGCGGCACCCAACGCCTGACCCGTGCGGTGGGCAAGGCCAAGGCCATGGAAATGTGCCTGACCGGACGTTTCATCGATGCGGTGGAAGCCGAGCGTTGCGGCATCGTGGCGCGCATCGTTCCGGCTGACGAGTTGCTGGACGAAGCCCTCAAAACCGCGGCCTTGATCGCCTCCAAATCGGTGCCCATCAGCATGATGATCAAGGAGAGCGTCAACCGAGCCTTTGAAGTCAGCCTGTCCGAGGGTGTGCGTTTTGAACGCCGGGTATTCCACGCGGCGTTCGCCACGCTGGATCAGAAAGAAGGCATGGCGGCGTTCGTGGCCAAACGCGCGGCGGAGTTTCAAGACAAGTAA MSYETILLEIKDRVGLITLNRPQALNALNAQIVSELNQALDRLEADPKIGCIVLTGSKKAFAAGADIKEMAELTYPQIYLDDLFSDSDRVANRRKPIIAAVNGFALGGGCELALMCDFILAGDNARFGQPEINLGVLPGMGGTQRLTRAVGKAKAMEMCLTGRFIDAVEAERCGIVARIVPADELLDEALKTAALIASKSVPISMMIKESVNRAFEVSLSEGVRFERRVFHAAFATLDQKEGMAAFVAKRAAEFQDK PGPT0001860_5800 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 D1-35_04074 1128 mmgC_4 COG1960 Acyl-CoA dehydrogenase ATGCTTGCGACTGAAGAACAGACCCAGATCCGCGACATGGCCCGGCAATTCGCCCAGGAGCGCCTGAAGCCGTTCGCCGCCGAATGGGACCGTGAGCACCGCTTCCCCAAGGAGGCCATCGCTGAAATGGCCGAACTGGGCTTTTTCGGCATGCTGGTGCCGGAGCAGTGGGGCGGCTGTGACACCGGTTACCTGGCCTATGCGATGACCCTGGAGGAAATCGCTGCCGGCGACGGTGCCTGCTCCACCATCATGAGCGTGCACAACTCGGTGGGCTGCGTGCCGATCCTCAAGTTCGGCACCGACGAGCAAAAGGCCCGTTTCCTCACGCCGCTGGCCAGTGGCGCGATGCTCGGCGCTTTTGCCCTGACCGAGCCCCAGGCTGGCTCCGACGCCAGCAGCCTGAAGATGCGGGCGCGGCTGGAGGGCGATCATTACGTGCTCAACGGGTGCAAACAGTTCATCACGTCCGGGCAGAACGCCGGGGTGGTGATCGTGTTTGCCGTCACCGATCCGAGCGCCGGCAAGCGTGGCATCAGTGCGTTCATCGTGCCCACCGATTCGCCGGGCTACAGCGTCGCGCGGGTCGAGGACAAACTCGGCCAGCATGCTTCCGATACCTGCCAGATCCTTTTCGAGGATGTGAAGGTGCCGGTGGCCAATCGTCTCGGTGAGGAGGGTGACGGCTACAGGATCGCCCTGGCGAACCTCGAAGGCGGGCGAGTCGGCATCGCGGCGCAGTCGGTGGGCATGGCCCGCGCGGCGTTCGAAGCCGCTCGCGACTATGCCCGTGAACGGCAGAGCTTCGGCAAGCCGATCATCGAGCATCAGGCCGTGGCGTTCCGCCTGGCCGACATGGCGACCCAGATCGCCGTGGCGCGGCAGATGGTGCACTACGCCGCCGCGCTGCGCGATGCCGGCCAGCCGGCGCTGGTAGAAGCGTCCATGGCCAAGCTGTTCGCCTCGGAAATGGCCGAGAAGGTCTGTTCCATGGCCTTGCAAACCCTCGGTGGCTACGGTTACCTCAACGATTTCCCGCTGGAGCGCATCTACCGCGACGTGCGGGTCTGTCAGATCTACGAAGGCACCAGCGACATTCAGCGCATGGTCATTTCGCGCAACCTTTGA MLATEEQTQIRDMARQFAQERLKPFAAEWDREHRFPKEAIAEMAELGFFGMLVPEQWGGCDTGYLAYAMTLEEIAAGDGACSTIMSVHNSVGCVPILKFGTDEQKARFLTPLASGAMLGAFALTEPQAGSDASSLKMRARLEGDHYVLNGCKQFITSGQNAGVVIVFAVTDPSAGKRGISAFIVPTDSPGYSVARVEDKLGQHASDTCQILFEDVKVPVANRLGEEGDGYRIALANLEGGRVGIAAQSVGMARAAFEAARDYARERQSFGKPIIEHQAVAFRLADMATQIAVARQMVHYAAALRDAGQPALVEASMAKLFASEMAEKVCSMALQTLGGYGYLNDFPLERIYRDVRVCQIYEGTSDIQRMVISRNL PGPT0002285_1171 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248 NA NA D1-35_04075 1188 thlA_2 COG0183 Acetyl-CoA acetyltransferase ATGTCCAACGATCCGATTGTCATTGTCAGCGCCGTCCGCACCCCGATGGGCGGCTTCCAGGGCGAACTGAAAAGCCTCAGCGCGCCGCAGCTGGGTTCCGCCGCCATCAAGGCCGCCGTGGAGCGGGCCGGCATTTCGCCACAGACGGTTGAAGAAGTGCTGTTCGGTTGCGTGCTTGCCGCAGGCCAGGGCCAGGCACCGGCACGCCAGGCGGCGCTGGGCGCCGGGCTCGACAAATCGACCCGCTGCACCACGCTCAACAAGATGTGCGGTTCAGGCATGGAAGCGGCAATCCTCGCCCACGACATGCTCGTCGCCGGCAGCGCCGAGGTGGTGATGGCTGGCGGAATGGAAAGCATGTCCAACGCGCCGTACCTGCTCGATCGTGCCCGCAGCGGCTTGCGCATGGGCCATGGCAAGGTGCTTGACCATATGTTCCTCGACGGCCTCGAAGACGCCTACGACAAGGGCCGCCTGATGGGCACTTTTGCCGAAGACTGCGCCGAGACCAACGGCTACAGCCGTGAAGCTCAGGATGCCTTCGCCATCGCGTCCACCACCCGTGCCCAGCAGGCGATCAAGGATGGCAGCTTTGACGCCGAGATCGTGCCGGTGCAGGTCATGGTCGGCAAGGAACAGGTCACCATCCGTCACGACGAGCAGCCGCCCAAGGCGCGGATCGACAAGATCGCCACGCTCAAGCCGGCGTTCCGCGACGGTGGTACGGTGACGGCGGCCAACGCCAGCTCGATTTCCGATGGCGCCGCCGCCCTGGTGCTGATGCGCCAGAGCCAGGCGCAGCAGCGCGGTCTGAAACCGCTGGCGGTGATTCACGGCCACGCCGCGTTCGCCGACGCCCCGGGCCTGTTTCCCACGGCACCGATTGGTGCGGTGAAAAAACTGATGAGCAAGACCGGCTGGTCGCTGGACGAGGTCGATCTGTTCGAAGTCAACGAAGCTTTCGCCGTGGTCGGCCTGGTGACCATGGACAAGCTGGAAATTCCCCACGACAAGGTCAACGTCCACGGCGGCGCCTGTGCCCTTGGCCACCCGATCGGCGCATCCGGCGCGCGAATCCTCGTGACGCTGCTCTCGGCCCTGCGCCAGAAAGGCCTCAAGCGCGGCGTCGCGGCGATCTGCATCGGCGGCGGCGAAGCCACCGCCATGGCCGTCGAATGCCTGTACTGA MSNDPIVIVSAVRTPMGGFQGELKSLSAPQLGSAAIKAAVERAGISPQTVEEVLFGCVLAAGQGQAPARQAALGAGLDKSTRCTTLNKMCGSGMEAAILAHDMLVAGSAEVVMAGGMESMSNAPYLLDRARSGLRMGHGKVLDHMFLDGLEDAYDKGRLMGTFAEDCAETNGYSREAQDAFAIASTTRAQQAIKDGSFDAEIVPVQVMVGKEQVTIRHDEQPPKARIDKIATLKPAFRDGGTVTAANASSISDGAAALVLMRQSQAQQRGLKPLAVIHGHAAFADAPGLFPTAPIGAVKKLMSKTGWSLDEVDLFEVNEAFAVVGLVTMDKLEIPHDKVNVHGGACALGHPIGASGARILVTLLSALRQKGLKRGVAAICIGGGEATAMAVECLY PGPT0008320_6858 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-35_04076 762 putative oxidoreductase ATGCAGATCGACAACAAGATTTTCCTCGTCAGCGGCGGTGCTTCCGGCCTCGGCGCGGCCACCGGCGAAATGCTCGTCAAGGCCGGCACCAAGGTGATGCTGGTCGACCTCAACGCCGATGCGGTGGCCGCCCAGGCGCAAAAGCTCGGTTGCCGGAGCGTGGTCGCCGACATCAGTAACGAAGCGGCCGCAGAAGCGGCAGTCAAGGCCACGGTGGATGCGTTCGGCGGCTTGAACGGTCTGGTCAATTGCGCCGGTATCGTGCGCGGCGAGAAGATCCTCGGCAAGAACGGCCCGCACGCACTCGAAAGCTTCAGCCAGGTGATCAACGTCAACCTGATCGGCAGCTTCAACCTGCTGCGCTTGGCTGCAGCGGCCATCGCCGAAACCGAGGCCAATGCCGACGGCGAACGCGGGGTGATCATCAATACCGCCTCGGTAGCAGCTTTCGACGGTCAGATCGGCCAGGCCGCCTACGCGGCGTCCAAGGGCGCGATTGCCAGCCTGACCCTGCCAGCCGCCCGTGAACTGGCGCGCTTCGGTATCCGCGTAATGACCATCGCGCCAGGGATCTTCGAAACCCCGATGATGGCCGGCATGACGCCGGAAGTACGTGACTCCCTGGCCGCCGGCGTGCCGTTCCCGCCGCGCCTGGGCAAACCCGCCGAGTACGCCGCGCTGGTCCGGCATATCATTGAAAACAGCATGCTCAACGGCGAGGTGATCCGTCTCGACGGCGCCTTGCGCATGGCCGCCAAATAG MQIDNKIFLVSGGASGLGAATGEMLVKAGTKVMLVDLNADAVAAQAQKLGCRSVVADISNEAAAEAAVKATVDAFGGLNGLVNCAGIVRGEKILGKNGPHALESFSQVINVNLIGSFNLLRLAAAAIAETEANADGERGVIINTASVAAFDGQIGQAAYAASKGAIASLTLPAARELARFGIRVMTIAPGIFETPMMAGMTPEVRDSLAAGVPFPPRLGKPAEYAALVRHIIENSMLNGEVIRLDGALRMAAK 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 D1-35_04077 1665 acsA_2 COG0365 Acetyl-coenzyme A synthetase ATGCGCGATTATTCGTCCGCCACGTCGCAGTTCGATTACCTGCACACCGCCAATGCCGCTTTGCACGGTTCGCTCGAGGCGCTCAACGCCTGCGTGGAATGTTGCGACCGGCATGCCTTGCCGGGGCGCATTGCCTTGTTCTGGGAGGGGCGTGACGGCAGCGATGCGACGTGGACTTACCGTGGCCTGCAGGACAACGCGGCGCGTTTCGCCAACTTCCTGCGCGCCCAAGGTGTTGGCAAGGGTGACAAGGTCGCCGGCCTGCTGCCGCGCAATGCCGAACTGCTGATCGTGGTGCTCGCCACCTGGCGTATCGGCGCGGTCTACCAGCCCCTGTTCACCGCATTCGGACCCAAGGCCATCGAGCACCGCCTCGGCAGTTCCGGCGCGCGTGTGGTGGTCACCGACGCCAACAACCGGCCCAAGCTCAACGAAGTGCTCGGGTGCCCCACCATCGTTACGGTCGGCGGGGCGAAGGGCCAGGGCATCGTCCGCGGCGACTACAGTTTCTGGGCCGAACTGGCCAACCATTCCGACCAGTGCGAACCGCTGATGCTGACCGGCGAAGATCCGTTCCTGCTGATGTTCACCTCAGGCACCACCGGGCCGGCCAAGGCACTGTCGGTTCCGCTCAAGGCCATCGTCGCATTCCAGAGCTACATGCGTGACGCCGTGGACTTGCGCCCCGAAGACGCGTTCTGGAACGTCGCTGACCCGGGCTGGGCCTACGGCATCTATTTCGGCGTGACCGGGCCTCTGGCGCTTGGGCATCCGATCACTTTCTACGATGGCCCCTTCACGTTGGAAAGCACCTGCCGGGTGATCAACAAATACGGCATCAGCAACCTGGCGGGCTCACCAACGGCCTACCGTTTGCTGATCGCTGGCGGCGAGCAGTTCGCCCGCTCGATCCAGGGCAAGCTGCGCATCGTCAGCAGCGCCGGCGAGCCGCTGAACCCGGAAGTGATCCGCTGGTTTGCCGAGAACCTGAACGTGGTGATCCATGACCATTACGGCCAGACCGAGCTGGGCATGGTGCTGTGCAACCACCACGGCCTCGACCACCCGGTGCATTTGGGCGCGGCCGGTTTTGCCTCGCCGGGCCACCGCATCGTGGTGCTGGATGAAAATCAACGGGAGTTGGGGGTAGGGCAGCCAGGCATTCTTGCCGTCGATCGCAGCCAGTCGCCGATGTGCTGGTTCGCCGGTTACGAAGGCGGGCCGACCAAGGCGTTCGTCGGCGATTATTACTTGAGTGGCGATACCGTCGAATCCAACCCCGACGGCAGCATCAGCTTCGTCGGCCGCAGCGATGACGTGATCACCACGTCCGGCTATCGCGTTGGCCCGTTCGACGTGGAAAGCGCGCTGATCGAGCACCCGGCCGTGGTGGAAGCCGCGGTCATCGGCAAACCCGACCCTGAGCGCACCGAGCTGGTGAAAGCTTTTGTGGTGCTCAGCGCTCAGTACCGCGCAGCGCCGGAGCTGGCCGAAGAATTGCGCCAGCATGTGCGCAAGCGCCTGGCGGCCCATGCGTACCCCCGTGAAATCGAATTTGTCAGCGACTTGCCGAAGACCCCCAGCGGTAAGTTGCAGCGCTTTATCTTGCGCAACCAGGAGATCGCCAAGGCTCAAGAGGCCGTGGCGCAGAACGTTTCAGCTTGA MRDYSSATSQFDYLHTANAALHGSLEALNACVECCDRHALPGRIALFWEGRDGSDATWTYRGLQDNAARFANFLRAQGVGKGDKVAGLLPRNAELLIVVLATWRIGAVYQPLFTAFGPKAIEHRLGSSGARVVVTDANNRPKLNEVLGCPTIVTVGGAKGQGIVRGDYSFWAELANHSDQCEPLMLTGEDPFLLMFTSGTTGPAKALSVPLKAIVAFQSYMRDAVDLRPEDAFWNVADPGWAYGIYFGVTGPLALGHPITFYDGPFTLESTCRVINKYGISNLAGSPTAYRLLIAGGEQFARSIQGKLRIVSSAGEPLNPEVIRWFAENLNVVIHDHYGQTELGMVLCNHHGLDHPVHLGAAGFASPGHRIVVLDENQRELGVGQPGILAVDRSQSPMCWFAGYEGGPTKAFVGDYYLSGDTVESNPDGSISFVGRSDDVITTSGYRVGPFDVESALIEHPAVVEAAVIGKPDPERTELVKAFVVLSAQYRAAPELAEELRQHVRKRLAAHAYPREIEFVSDLPKTPSGKLQRFILRNQEIAKAQEAVAQNVSA PGPT0002265_6695 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D1-35_04078 1017 putative HTH-type transcriptional regulator ATGTCGGAAAAAGACACCATCTCCATCCAGCTGGTGCGCGAGGCGCTGCTGCAAAGCTGCGCCCCTGGAGCCGCTACCGAAGAAGTCCTGAGCAAGGTCGGTATCGACCCTGCATGGCTCGACGAGCCCCAGGCGCGCGTGCCGGCCCACGCCTATGCGCGACTCTGGCGCCTGCTGGCAAGGCGGCTGGATGACGAGTTCTTCGGCATGGACCCGCGCAAGCTCAAGTCCGGCAGCCTGGCCTTCCTGTGCCAGTGCGCCATGGCCCAGCCGACGTTGGCGACCGGGTTGACGGCGGGTCTGGGTTTCCTCTCCTTGATGCTTGAACACCTGCCGGCGCAGTGGGTTCGCCAGCAAAGCCTGGCGGAAATCGTCCTGCTCGAAGACGACCAGGACCCGCGCCGGGCCTTTACCTATTTCACCTATTGGATGATCGTCCATGGCGTGGCCTGCTGGCTCGCCGGGCGGCGCATTCCAATCCTGTCCGTCGAGTTGCGTTGCCCGGCGCCGGATTTCTGCGATGACTACCGCGTGATGTTCTCGCAGAACCTGCGCTTCGACCGGCCCCGTACGCGGATGATCTTCTCCGCCGACTGCCTGGACCTGCCCATCCGCCGCAGTCCGGAGGAGCTCAAGCGCTTTCTGGCCCAGGCCCCGGCGAACATCCTGGTCAAATACCGCGACCCGCAAAGCCTCGCCAGCCGTATCCGCCATGATCTGCGCCAGCTGCCCGCCGAGCAGTGGCCGGAAACCGAGGCCCTGGCGCAACAACTCTGCGTTTCCGCATCGACCCTGCGCCGCCGCCTGGCGGATGAGGGCCAGACTTACCAGGGCCTGAAAGACAGTGTGCGCAAGGAGCTGGCGATCGCCTGGCTGGCCGAACCCTCCATCAGCTTCGTCGAGATCGCCGCGCGGCTGGGTTTTGCCGATGCCAGCTCGTTCTACAAGGCGTTTCGCAAGTGGTCCGGGTCCAATCCCGGGCACTATCGCAGCCTGATTCTCAACGAGGCTGACTGA MSEKDTISIQLVREALLQSCAPGAATEEVLSKVGIDPAWLDEPQARVPAHAYARLWRLLARRLDDEFFGMDPRKLKSGSLAFLCQCAMAQPTLATGLTAGLGFLSLMLEHLPAQWVRQQSLAEIVLLEDDQDPRRAFTYFTYWMIVHGVACWLAGRRIPILSVELRCPAPDFCDDYRVMFSQNLRFDRPRTRMIFSADCLDLPIRRSPEELKRFLAQAPANILVKYRDPQSLASRIRHDLRQLPAEQWPETEALAQQLCVSASTLRRRLADEGQTYQGLKDSVRKELAIAWLAEPSISFVEIAARLGFADASSFYKAFRKWSGSNPGHYRSLILNEAD NA NA NA NA NA D1-35_04079 1344 pssA COG1502 CDP-diacylglycerol--serine O-phosphatidyltransferase ATGCCGTCGCTTTTCAAACGCTCCCTGCTGCCCAAGCTGCGCAGCTTTCCACTCACCGCCGAGGCTGTGACCATCCTCGACGGCGCCGCCGAGTTTCGCCGTTGCCTGCTGGAGAAAATTGCCCAGGCGACCCAGCGCATCTACATCGTCGCGCTCTACTTGCAAGAGGACGAGGCCGGCCAGGAAATCCTTGATGCCTTGCATGCCGCCAAAGCCGCGCGCCCCGAGCTGGACATCGCCGTGGTGGTGGACTGGCTACGGGCCCAGCGCGGCCTGATCGGCGCCAAGAAGCAGCCGGGCAACTCGGCGTGGTACCAGCAGCAGACCCGCGTCCATGACAGCGAAGTGCCGATCTACGGCGTGCCGGTGCAGACTCGCGAGCTGTTCGGCGTGCTGCACTTGAAAGGATTTGTGATCGATGATTGTGTGCTCTACAGCGGCGCGAGCCTGAACAACGTCTACCTGCACAAGTTCGACAAATACCGCTACGACCGATATCACCTGCTACAGAACAGCGCGCTGGCCGACTCGATGCATCATCTGGTGCAACATGGCCTGATCGCATCCAGGGCGGTGCATCGCCTTGACCTGCCGAACCTGCCCAGCACCCGCAGCTTGCGCAAGGACATCGGCGACCTGCGCAGCCGCCTCAAATATGCAACCTATGACACTACCGCCGGCAGCCTCGATAAAGACGGCCTGTCGGTGAGCCCGCTGCTGGGCGTCGGCAAGAATAATCCGCTGAGCAAGGCGATCAGCGAGCTGATCGCCAGCAGCCGTCAGCAACTGACCATCTGCACGCCCTATTTCAACCTGCCGCTGGCCGTGACCCGGGACATCAACCGTGCCCTGGCGCGCGGGGTACGGATCGACATCATCGTCGGCGACAAGACCGCCAACGATTTTTATATCCCGCCCAGCGAGCCGTTCAAGATCATTGCGGCGTTGCCCTATCTGTACGAGATCAGCCTGCGCCGCTTCGCCAAGCGGCATCAGCGCTACATCGACAGCGGCCAGTTGAACCTGCGTTTGTGGCGCGACGGCGATAACACCTACCACCTCAAAGGCATGTGGGTCGACGAGCGCTACACCTTGCTCACCGGCAACAACCTCAACCCGCGGGCGTTTCGCCTGGATCTGGAAAACGCCCTGTTGCTCGACGATCCCAAAGGGGAGTTGCTGGGGCCGCGGCAGGCTGAGCTGGAGCGGATCTATCAACACACCCGGCGGATCGAACGCTACCTGGACCTGGAGACCCTGCCGGACTATCCCGCCGCGGTGAGCAAGTTCCTGAAACGGGTCAGCCGGGTGCGAATAGAGCGACTGCTTTACCGGATCCTGTGA MPSLFKRSLLPKLRSFPLTAEAVTILDGAAEFRRCLLEKIAQATQRIYIVALYLQEDEAGQEILDALHAAKAARPELDIAVVVDWLRAQRGLIGAKKQPGNSAWYQQQTRVHDSEVPIYGVPVQTRELFGVLHLKGFVIDDCVLYSGASLNNVYLHKFDKYRYDRYHLLQNSALADSMHHLVQHGLIASRAVHRLDLPNLPSTRSLRKDIGDLRSRLKYATYDTTAGSLDKDGLSVSPLLGVGKNNPLSKAISELIASSRQQLTICTPYFNLPLAVTRDINRALARGVRIDIIVGDKTANDFYIPPSEPFKIIAALPYLYEISLRRFAKRHQRYIDSGQLNLRLWRDGDNTYHLKGMWVDERYTLLTGNNLNPRAFRLDLENALLLDDPKGELLGPRQAELERIYQHTRRIERYLDLETLPDYPAAVSKFLKRVSRVRIERLLYRIL PGPT0007690_420 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_METABOLISM CE-EPS-PSS-RELATED_EXOPOLYSACCHARIDE_BIOSYNTHESIS,PGPT0007690-pssA-K00998 NA NA D1-35_04080 567 hypothetical protein ATGAACGAAATCACTAGCAATGAAACACGCGACATCATCCTCGATGTCGCCGAAAAGTTGATCTACAAAAGTGGCATCGCCGCCACCGGCATGGACCTTTTGGTGAAAACCGCCGGCGTCTCGAGGAAAAGCATCTACCGCTACTTCGCCAACAAGGAGGACCTGGTTGTCGCCGCCCTCAAGCGCCGCGATGAACGCTGGATGCACTGGTTCTGCAGCGAAGTGGACAAGGCGCCGACGCCGCTCGCGCGGTTGCTGAACCTGTTTCCGGTGCTCAAGGGCTGGTTCGACAGCGAAGGTTTTCGCGGTTGCGCCTTCATCAACACCAGCGGCGAAACCGGCGACCCGCAGGACCCGGTCCGCCAGGTTGCAAAGATGCACAAACAGAAGCTGCTCGACTATGTAACCCGCCTGTGCAGCGATCAAGGCATCGAGCAACCGCAAGTGCTGGCGGGGAAGCTGCTTATCCTGATCGATGGGGCCATCACCGTTGCACTGGTCATGGGCGATCACAATGCAGCCGATCAGGCACAGCACGTTCTGAAAACCCTGCTGGCTATCGAATAA MNEITSNETRDIILDVAEKLIYKSGIAATGMDLLVKTAGVSRKSIYRYFANKEDLVVAALKRRDERWMHWFCSEVDKAPTPLARLLNLFPVLKGWFDSEGFRGCAFINTSGETGDPQDPVRQVAKMHKQKLLDYVTRLCSDQGIEQPQVLAGKLLILIDGAITVALVMGDHNAADQAQHVLKTLLAIE NA NA NA NA NA D1-35_04081 480 hypothetical protein ATGTCGTCCTCTGCTGAAGTTCGCCCGCCGCTGCCGCCGTTCACCCGTGAAACAGCGATCGAGAAAGTTCGCCTGGCCGAAGACGGCTGGAACTCTCGTGATCCGCAGAAGGTATCGTTGGCCTACACCCTCGACACCCAGTGGCGTAACCGCGCCGAGTTCGTCCATAGCCGGGAAGAAGCCAAGGCCTTCCTGGCCCGCAAATGGGCCAAGGAGCTGGACTACCGGCTGATCAAGGAACTCTGGGCGTTCACCGACAACCGCATCGCCGTGCGTTATGCCTATGAATGGCACGACGACTCAGGCAACTGGTTCCGCTCCTACGGCAACGAAAACTGGGAGTTCGACGAGAATGGCTTGATGTTCAATCGCTACGCCTGCATCAACGACCTGCCGATCAAGGAAAGCGAGCGTAAATTCCATTGGCCGCTGGGTCGTCGTCCGGATGATCATCCGGGGCTGTCCGAATTGGGGCTGTAA MSSSAEVRPPLPPFTRETAIEKVRLAEDGWNSRDPQKVSLAYTLDTQWRNRAEFVHSREEAKAFLARKWAKELDYRLIKELWAFTDNRIAVRYAYEWHDDSGNWFRSYGNENWEFDENGLMFNRYACINDLPIKESERKFHWPLGRRPDDHPGLSELGL NA NA NA NA NA D1-35_04082 1071 ysdC COG1363 Putative aminopeptidase YsdC ATGCAACCCGATCCGTCCACCTTACCGCTGCTGGAAGAATTGCTGATGGCCCGTGGGCCCGGCGGGCAGGAGCATGAAGTGCGCGACATCTGCCTGCGGGAACTGCGGCCGCATTGCGACGAGACCCGGGTCGACCCGGCCGGTAATGTCATCGGCCTGATCAAGGGCACACACCCGAGCGGCGAGGCGAACCAGCCCATCCGGATCATGGCGCACCTGGACGAAATCGCCATGCTGGTCAAACGCATCGAGCCGGACGGCACATTGCGCGTGGTGGCCCTGGGCGGCGCCAATCCGATCAATTTCGGGGTGTGCCCAGTGGACATTCTCGGCGACCGGGATTTCATTCCCGGCGTACTGTCGTTCGGATCGATGCACAGCACCGGTGAAACCCATCAGGGCGCCGATGTGCTGTCGGGGAGCGTCAATTGGGGCGATGTCCATGTGATCACCCGGTGCTCCGGTGAGCAACTGCAAACGCACGGCGTGCGGCCCGGTACCCGGGTAGTGCTGAGTCAGCATTGGCGACGTCCGTTCCGGGTCGGCGATGCCATCGCGGCGCATTTCCTCGACGACCGCGCGCCGATGGTCGCGACATTGCAAGCCGCAAGGTTATTGGCTGAGCGCCGCGAAGAACTGGCAAACGACGTTTATCTCGTCTTCACCACGCAAGAGGAAGAGTCCAATGCCGGAGCGCTTTATGCCGCCAGCCATCTGCCGGGGGATGCCACGGTAGCGGTTGAGGTGGGCCCGATCATTTCCGAGTACGCTACCCGACTGAGCGTCGATCCGATCATCAACACTGGCGATAAAAACGGTTGCTACAACCGCGAGATCGTCGACCAGCTGTACCAGGCCGGCAAACGTCGCGGGTTGACGCCTCAGTTCGCGCTGCTGGTGGATTTTGCCAGTGACGCCAGCGCAATCATGAGCAGCGGCATGTCGGCCCAGGGTGGCTGCATCGCCATTCCGACTGAAAACACCCACGGTTACGAGCTGATTCTGGAAGGAAGTATCGAGGCCTGCGCGGTAACGTTGCTGGAATTCCTGCTGGATCGCGGCCACGACTGA MQPDPSTLPLLEELLMARGPGGQEHEVRDICLRELRPHCDETRVDPAGNVIGLIKGTHPSGEANQPIRIMAHLDEIAMLVKRIEPDGTLRVVALGGANPINFGVCPVDILGDRDFIPGVLSFGSMHSTGETHQGADVLSGSVNWGDVHVITRCSGEQLQTHGVRPGTRVVLSQHWRRPFRVGDAIAAHFLDDRAPMVATLQAARLLAERREELANDVYLVFTTQEEESNAGALYAASHLPGDATVAVEVGPIISEYATRLSVDPIINTGDKNGCYNREIVDQLYQAGKRRGLTPQFALLVDFASDASAIMSSGMSAQGGCIAIPTENTHGYELILEGSIEACAVTLLEFLLDRGHD NA NA NA NA NA D1-35_04083 402 hypothetical protein ATGACCGCGTCGATGCCGATCCGTCCCCCCTGCCCGCCCGGCGTCTGTGATTGCGGGCGTGATGCGTTGCTGCAAACGCCAGGCAGCGATTTGCGCATCCTTTGCCTGAATCGCCAGGAAGAAAAACGCCTGCTTGAGCGACTGGAAAACATCCAGAGCCTGGACGAGCTTGAACGCTTGCAGCAGCGGCTGTATGAGAACCTCGGCGTACGGGTGACCATCGAGCCGGGTTACAACGAAGTGCGGACCATGCGCGGCATTGCTATCGAATTCCAGGAGCAGCCAGGCCTGTGCCGCAAGATCCGCCAGTCGATTCCGGCGGCGATCCGTCGGGGGTTGGAGAAACGCCCTGAAATCGCCTGGCGGCTGCTGGATGCCCACGACTTGTTTCGCGACGGCTGA MTASMPIRPPCPPGVCDCGRDALLQTPGSDLRILCLNRQEEKRLLERLENIQSLDELERLQQRLYENLGVRVTIEPGYNEVRTMRGIAIEFQEQPGLCRKIRQSIPAAIRRGLEKRPEIAWRLLDAHDLFRDG NA NA NA NA NA D1-35_04084 2424 fcuA_2 Ferrichrome receptor FcuA ATGCCCGCAGCAGTATCTTTACGTTTTCGTCCGGCCCTTGCTGGCTGGCGCCCGTTGCTGAACCTGAGCCTCATGCTGAGCCTGAGCTCCGGTGCGTTTTTCATCTCGCCCAGCCAGGCCGAGGAAAGCGCCCGGCGCAGCTATCAGGTTCCCGCCGGCAGCCTCGGCGCCGCGCTGACCCGGTTCGCCGGCCAGGCTGGCGTCAACCTCTCGGTGGACCCGGCCCTGGTGAGCGGTCGCAACAGTGCCGGGCTCGCTGGCGAGTTTGGCGTGGAGGAGGGATTTGCCCGGCTGCTGCAGGGTTCTGGCCTGCAGCTGCAGCCAGTAGGGGAACAGGCCTACATGCTCACTCCTGCGGCGCAAGGCAGCAGCCTGCAACTGGCGCCGACCTCGATTTTCGGCGCCACCGGCGCGACGCAAGGCGATCCCTACGCAGGGGGACAGGTGGCACGGCGTGGATCCCAGGGCTTGCTCGGCTCCCGTGACTTCATGGAAACGCCGTTCAGCATGACCACCTACACGGGGGAGACGGTCAAGAATCTGCAAGCCCGGACCCTCGGTGACCTGGTCGCCAGCGACCCCTCGGTGCGCGCCACCAACCCGGCGGGCGGGCGTTATGAGCAATTCACCATTCGTGGCTTGAGCCTGTTCAACAGTGACGTGGCCTACAACGGCCTTTATGGCGTGCTGCCGACTTATACAATCGACATGGAGATGGCCGATCGCGTCGACATCCTCAAGGGCCCGACCCAACTGATCAACGGGATCTCGCCACGAGGCAGCGTCGGCGGCGGGATCAACGTAGTGCCCAAGCGGGCCACCGACAAGCCGATCACGTCCCTGACCGGCAGCTATGCCTCCGACAGCCAGCCCGGCGCTGCCGTGGATGTCGGCCGCCGTTTTGGCGAGGACAACCAGTTTGGCGTGCGCTTCAACGGCGTCAAGCAGGCCGGCGATACCGACTGGGATCATCAGCGCGTGGATCGCCAGATGGCCGTGCTGGGCCTGGACTTTCGTGGCGAGCGCCTGCGTCTTTCTACCGATATAGGCCACACCGAGCGTGACACCGACGCACCGCAGGAGCGCGTCCAGGTCGGCGCCGCCGCGCCGGTACCGCATGCCAGCGATGTGCGACGCAATTACGCGCAGCATTGGAGCAAGGCGCGTACCGAGGACACCTTCGGCGCTGTGAACGGCGAATTCGACGTCAGCGATTCGGTCGTGCTCTACGGCGGTGTCGGGGCGCGTAAAAGCAACCACGACTTTCTGCGGCACAACGTGTCGGTCACTAATGCGGCCGGCGATTTCACCGTGTCGCCCCGCGACTTTACCCGGGACGAGAATGTGCGGACGGCCAATGCCGGGGTGCGCAACTGGTTCCAGACCGGCCCGGTGAGCCACGAGCTGAACCTGGCGGCCAGTTATTTCTACATGGATTTCGAGAACGGCGGCGCCCGTTATGCCAACGGGCGCAGCAACCTCTATGACCCGGTGCCGACACCGACGCCGAACACCCCCACACGGCCGGACCCGAAGGTCTACACCGAGAACCACTTCAGCGGCGTGGCGCTGTCCGACACCCTGGGGTTCTTCGATGACCGCCTGCTGCTGACCCTGGGCGCCCGCTGGCAGCGGGTGGAAGTTGACGACTGGTCCGATGGGATCAAGGGTCCCACCGCCTATGACGAGGAAAAAGTCTCGCCGTCGGGCGGCATCCTGTTCAAGGCCACCGACAAGCTGTCCCTCTATGCCAACTATATGGAAGGCTTGAGCCAGGGCAAGATCGCGCCGACGTCCTCGGACAACAGCGATGAAATCTTCCCGCCGTTCATCAGCCGCCAGGTCGAGGTCGGCGCCAAGTACGATGCCGGCGCGCTGGCCGTTACCGCCGCCGTGTTCCGGATCAAGCAACCGGCCTATGCCACCGACGCCACGACCAACGTCTTCGGGCCGAACGGCAAGCGCGAGAACACCGGCGCGGAAGTCAGCGTATTCGGTGAACCGGTCAAGGGATTGCGCCTGCTCGGTGGCGTGATGTACATCGACAGCGAACTGACCGACACCACCAACCCTGCGTTTGACGGCAACCGCGCGCCGGCGACACCGGAGTACAACGTCAACCTGGGCGCCGAATGGGATGTGCCGACTGTGCAGGGGTTGACCCTGACCAGCCGCGGCATCTATTCCAGCTCGCAGTACCTGGACCCGTCCAATACCAAGGAAATCGATTCCTGGGAGCGGTTCGACGTTGGTGCGCGGTATGCCTTCAAGGTCGATGACAAGCACATCACCTTGCGCGCCAATATCGAGAACGTGGCGGACAAGCGCTATTGGAGTTCGGCCGGGGCTTCGGACGACAGCGAGCCGGGGCTGACCCTGGCGACGCCGCGCACTTACCTGGTGTCGGCGACTGTCGATTTCTGA MPAAVSLRFRPALAGWRPLLNLSLMLSLSSGAFFISPSQAEESARRSYQVPAGSLGAALTRFAGQAGVNLSVDPALVSGRNSAGLAGEFGVEEGFARLLQGSGLQLQPVGEQAYMLTPAAQGSSLQLAPTSIFGATGATQGDPYAGGQVARRGSQGLLGSRDFMETPFSMTTYTGETVKNLQARTLGDLVASDPSVRATNPAGGRYEQFTIRGLSLFNSDVAYNGLYGVLPTYTIDMEMADRVDILKGPTQLINGISPRGSVGGGINVVPKRATDKPITSLTGSYASDSQPGAAVDVGRRFGEDNQFGVRFNGVKQAGDTDWDHQRVDRQMAVLGLDFRGERLRLSTDIGHTERDTDAPQERVQVGAAAPVPHASDVRRNYAQHWSKARTEDTFGAVNGEFDVSDSVVLYGGVGARKSNHDFLRHNVSVTNAAGDFTVSPRDFTRDENVRTANAGVRNWFQTGPVSHELNLAASYFYMDFENGGARYANGRSNLYDPVPTPTPNTPTRPDPKVYTENHFSGVALSDTLGFFDDRLLLTLGARWQRVEVDDWSDGIKGPTAYDEEKVSPSGGILFKATDKLSLYANYMEGLSQGKIAPTSSDNSDEIFPPFISRQVEVGAKYDAGALAVTAAVFRIKQPAYATDATTNVFGPNGKRENTGAEVSVFGEPVKGLRLLGGVMYIDSELTDTTNPAFDGNRAPATPEYNVNLGAEWDVPTVQGLTLTSRGIYSSSQYLDPSNTKEIDSWERFDVGARYAFKVDDKHITLRANIENVADKRYWSSAGASDDSEPGLTLATPRTYLVSATVDF PGPT0003790_9386 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_04085 942 fecR_6 COG3712 Protein FecR ATGCGCCAGGCTCCGTCGGCCGAAGCCCGTGAAGTCGCCCGGGCGGCGGCCCGCTGGCTGGCGCTGATCGAGTCAGGCGCCGATGAATTCGATCATGGCGCGCTGCAGCGCTGGCGCGAAAGCAAGGCCGAGCATGAAGCGGCCTGGCAAAAAGCCCAGCGCCTGCGCCAGCGGTTTGCCGAGGTGCCGTCATCGTTGGGCCTGGCCACCCTGGATCGTCCCGCACTGTCCCGTCGCAGCGTACTCAAGCGCGCGTTGGGTGTCGCCGCGCTGGTACCGACCGCGTGGTTGCTGGGACGTGAACTGCCGCTGGACGCCTGGCGCGCCGACCTGCACACCGCCACCGGGGAACGCCGTCGGTGGACGCTGGCCGGTGGCAACGTTTTGCAGTTGAACACCGATAGCGCTGTCGACCTTGACCTTGAGGCGCGCCGCCTGATGCTGCTGCGCGGCGAGATCGCGCTGAAAGTCGTCGACGTCCCCTTGGCGGTCCAGCTGCCCTACGGTGAGGTGAGCGTCGGCCGAGGCGAAGTCTGTATTCGGCTGGATCAACGCAACTGCCGGGTTTCGGTAGTCAGCGGCGCGGTGCAACTGCAACCTGCGCAAGGGCCAGCGCTGAGGCTCGAAGAAGGCCAACAGGTCGACCTGAGTGCAACTGGCGCGGCTGCGACCAGCACCTTCGACGCCGGGCAGATGGGCTGGCGTGAAGGCGTGCTCGTGGCGCAGAACCAGCCGCTGGGGGATTTCCTTCGGGAGCTGGACCGCTATCGCCCCGGCGTGTTGCGCTGGGACGAAGGGCTGGAAGCGCTCCGCGTCACCGGCAGCTTCCGCCTGGAAAACACCGACCGGATCCTCGCGCTGCTCTCGGCCAGCCTGCCGCTTGAGGTGCACATGCGTACCCGCTACTGGGTCACCTTGACGCCGCGAAAAAATATCGCCTGA MRQAPSAEAREVARAAARWLALIESGADEFDHGALQRWRESKAEHEAAWQKAQRLRQRFAEVPSSLGLATLDRPALSRRSVLKRALGVAALVPTAWLLGRELPLDAWRADLHTATGERRRWTLAGGNVLQLNTDSAVDLDLEARRLMLLRGEIALKVVDVPLAVQLPYGEVSVGRGEVCIRLDQRNCRVSVVSGAVQLQPAQGPALRLEEGQQVDLSATGAAATSTFDAGQMGWREGVLVAQNQPLGDFLRELDRYRPGVLRWDEGLEALRVTGSFRLENTDRILALLSASLPLEVHMRTRYWVTLTPRKNIA PGPT0003910_5842 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_04086 510 fecI_8 COG1595 putative RNA polymerase sigma factor FecI ATGCTTGATGCAGCTAAGCCGGCGGAGCACGCCCTCGACGCGTTATACCGTGATCATGGCGGTTGGCTGGAAGGCTGGCTGCGACGGCGCATGGGCAATGCCTGGGATGCCGCCGACCTGCGCCAGGATACGTTCCTGCGCGTACTGTCCAGCGCCCAGTCGCTGGCCGACCTGCATGAACCGCGCGCCTACCTGTTGACGGTGGGCAAGCGCTTGTTGAGCAATTTCTACACGCGCCGCCATCTGGAACAGGCTTATCTCGACGCGTTGGCCAGCCTGCCCGCCGAATGCGTGCCGTCTCCAGAGCAGCGGTGGCTGCTGCTGGAAACCCTGCAGGCCCTGGACGAGTTGCTCGATGGCCTGCCGCCGGTGGTGCGTCGGGCGTTCCTGTGGAGCCAGCTCGAAGGCCTCGGTTATCGCGAGATCGCCGAGCGCCTGCAAGTCTCCGAACGCACCGTGAAGCGTTATATGGCCCAGGCCTACGAACATTGCCTGTTGGTGGACTTCTGA MLDAAKPAEHALDALYRDHGGWLEGWLRRRMGNAWDAADLRQDTFLRVLSSAQSLADLHEPRAYLLTVGKRLLSNFYTRRHLEQAYLDALASLPAECVPSPEQRWLLLETLQALDELLDGLPPVVRRAFLWSQLEGLGYREIAERLQVSERTVKRYMAQAYEHCLLVDF PGPT0003900_86 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_04087 522 hypothetical protein ATGAAAATGAAAACCTGTGCCATTGCCGCTTTTCTCCTGCTGGGCGCACCCCTTGCCCAAGCGCTGGAGACCACGCCGTTTGTCTACAGCACCGTGGCCGAGCAGCCGCAGAACGTCAACGACCGTGAAATCGCCGGGCTGTTCGACCGCTGGAACGCTGCGTTGAAGACCGGCAGCGCCGTCGCGGTCACCAGCCTGTACGCCCCGGATGCGATTCTGCAACCGACCGTCTCTAACAAGGTGCGCAGTACCCCGGCGCAGATCCAGGACTATTTCGTGCACTTCCTGGCGGCCAAGCCGGTCGGGGTGATCAACTACCGGGAAATCCGTCACCTGGGGCCTGACGCGGCGATGGACAGCGGAGTCTATACCTTTACGCTGACCCAGGCCGACGGTTCCAAGCGGGAAGTGCAGGCGCGCTACACCTTCCTTTACGAGCGACTCGACGGTCAGTGGAAAATCATCAACCATCACTCGTCGGCCATGCCGGAAGTACCGAAGACCCTGCAGGCCAGCCACTGA MKMKTCAIAAFLLLGAPLAQALETTPFVYSTVAEQPQNVNDREIAGLFDRWNAALKTGSAVAVTSLYAPDAILQPTVSNKVRSTPAQIQDYFVHFLAAKPVGVINYREIRHLGPDAAMDSGVYTFTLTQADGSKREVQARYTFLYERLDGQWKIINHHSSAMPEVPKTLQASH NA NA NA NA NA D1-35_04088 1185 hypothetical protein ATGCAAAGCCCACCCCATGACCCTGGCAGCGCCTTGGCGATCCGCACCCAGTACCGCCAGTCGCAAAGCCGGGCGGCGCGCCTGGGCCTGTTGTTGGGCACCGGGCACGAACTGACCCGCCTGCCGTTGGCGCAGATGCGCCAACGCGCGGTGGAACGTGCGTGCGCGTTCGTCGCCATGGATCACGGTCTGTTGCTGGAATGGACCGCTGACAGCCAGTTGCAGACCGTCGCCAGCCACGGCAGCGGCGAGCGCCTCGAGCTGCTCGCCGAGCTGGCCCAACCGCCCTCGCCCGCTTCGCAGTGGATGGATCGCCCCGGCACGCCGTTGCCGCAGATCCTGCGGATCCCTCTGCGCGGGTCCGACGGCGTTGCGTTCGGCGCGCTGCTATTGGGCAACAGCGTGCCCTTGGGCGCCCCTGACAATGAAGACATCGAATCGCTGCAATTGCTGGCCACGCTGTTGGCGGCGCACCTGGAGAACAGCCGCCTGCTGCAAACGCTCCAGGCCCGCGAGCGGACCATGTCCGAGCTGGTCCATCGCTTGTTCAGCGCCCAGGAGGACGAGCGCAAGCGCGTCGCCTATGACCTGCACGATGGCCTCGCGCAGAACCTCGCCGGCTTGCATCAACGCCTCCAGGGCTTCGCCGGTCGCTGCCCGCCTTTGCCGGCGGCGCTGGCCGATGAACTGCGGGGCATTCTCGAACTGGCCCAGGGCTGCGTCGGCGAAGGTCGGCAACTGATCGGCGGCCTGCGTCCGCATGTGCTCGATGATTTCGGCTTGTACAAAGCCGTCGACAAGGAGGCGGATCGTCTGCGTGACGCCGGGCTCCGGGTCGATTGGGTCGAGCACAGCATTGCGCGCCTGCCGGGTAATACCGAGATTGCGTTGTTTCGCATCGCCCAGGAAGGCATCAACAACATTCTCAAGCACGCCCAGGCCAATCAGGTTTCCCTCGGGCTGGCGGTGCGAGACGGCCAGGCTTGGCTGCGGGTCCAGGACGATGGCTGCGGCTTCGCCCTGGAACAACCCATCGAGACCAATGGCACCCGCCACCTCGGCCTGGCCGCCATGCAGGAGCGCGCGAGCCTGCTGGGTGGCCAGTTGAACTGTCGTAGTGCACCCGACCGCGGCACTCGACTGCTGGCCAGCGTGCCGTTGCCAGCCCACGGAGCACAGCCATGA MQSPPHDPGSALAIRTQYRQSQSRAARLGLLLGTGHELTRLPLAQMRQRAVERACAFVAMDHGLLLEWTADSQLQTVASHGSGERLELLAELAQPPSPASQWMDRPGTPLPQILRIPLRGSDGVAFGALLLGNSVPLGAPDNEDIESLQLLATLLAAHLENSRLLQTLQARERTMSELVHRLFSAQEDERKRVAYDLHDGLAQNLAGLHQRLQGFAGRCPPLPAALADELRGILELAQGCVGEGRQLIGGLRPHVLDDFGLYKAVDKEADRLRDAGLRVDWVEHSIARLPGNTEIALFRIAQEGINNILKHAQANQVSLGLAVRDGQAWLRVQDDGCGFALEQPIETNGTRHLGLAAMQERASLLGGQLNCRSAPDRGTRLLASVPLPAHGAQP NA NA NA NA NA D1-35_04089 669 liaR COG2197 Transcriptional regulatory protein LiaR ATGAGTCGTCCCTTGCGCCTGCTGTTGGCCGATGACCACGAAGTGACCCGCACCGGGTTCATTTCCATGCTCGCCGGTACCGAAGGGTTCGAAGTCGTCGGCCAGGCCTGCGACGGCCAGGAAGCGCTCGACCTGTGCGAGCGGCTACAGCCGGACATCGCCATCCTCGATATCCGCATGCCCGTGCTCAACGGCCTCGGCGCGGCGCGCATCCTGCAACAACGCCAGCCGCAGATCAAAGTGATGATCTTCACCATGGACGACAGCCCCGACCACCTCGAAGCGGCCATCGGTGCGGGCGCCGTCGGCTATCTGCTCAAGGATGCCAGCCGCGAGGAAATGCTCCAGGCCCTCAGGCGGGTCGCCCAGGGAGAAGAGGCACTGAACAGTTCGGTCAGCGCCCGCCTGTTGCGCCGCATGGCCGAACGCAGCGCCAACGGTGCAACGCCCGTCCAGGCCCTGACCGCGCGCGAACGCCAGGTACTCGGGCTGGTGGCCGGTGGGTTCAGTAATCGCGAGATCGGCGAAAAGCTCGGCATCGCCCCCGGCACGGCCAAAGCGCATGTGGAGCGGGTCATCGGCAAGCTCGGCGCCGCCGACCGGACCCAGGCGGCGGTGCGCGGCGTTGCCCTGGGCCTGGTGGCGCAACCCAGCGGACAATGGCCATGA MSRPLRLLLADDHEVTRTGFISMLAGTEGFEVVGQACDGQEALDLCERLQPDIAILDIRMPVLNGLGAARILQQRQPQIKVMIFTMDDSPDHLEAAIGAGAVGYLLKDASREEMLQALRRVAQGEEALNSSVSARLLRRMAERSANGATPVQALTARERQVLGLVAGGFSNREIGEKLGIAPGTAKAHVERVIGKLGAADRTQAAVRGVALGLVAQPSGQWP NA NA NA NA NA D1-35_04090 2313 rcsC_21 Sensor histidine kinase RcsC ATGAGGTTTCTGGCCGCCCGGAGATGGGCCGACTTGCCGTTGCGGGGCAAGGCGCTGGTGGTGATCTCGCTGCCGTTGGTGGTCCTGCTGCTGTCGCTGGTGCTGATCTACATCACCGAACGCCAGACGGCCCGTGCCGAAGAGGATGTGCGCCGGGTGCTGCTGGTCCAGGGCGACATCCAGGCCGTGCACACCTTGCTGGCCGAGGCCGCGGCCAGCGTGCGCGGTTACCTGCTGACCCGGCGTGAAGATTTCCTGCCCGGCTACGAACAGGCCACCCCGAGGATCCAGGCTGCATTGCAACGCCTGGATCACAATATCCGTGACGCGAGGATGCGCGAGCACCTCAAGACCATTACCCCGCTGATTACCGAAAAGCTTGCCGGGTTGCAGGCGTTGCGCACCGGCAAGGCCGACGACACCGCGGCCATCACCGCGATCCTGATCGAAAACAAACAGGTGCTCGACGTACTGCGCGAGCAGATCAGCGCCATGCGCATCCGCGAGGATGCCCTGCTCGCCGACCGCAGCGCCGCCGCGTCGGCAACGCGTATGCGGCTGCTGTTCGCGACGTTGCTGGCGGCGGTGTGCGGGCTGTTCGGGGCCATCGTCGCGGTGCTGTTCCTGTCCAAGGGCATTGTCGCCCGGGTCCAGCAGGTGCAAGGCAACGCCCAGCGCCTGGCGCTGGGCCAGCCATTGTTGCCGCAACCGCCGGAGAAAGACGAAATCGGCCAGTTGGGCACTCGCCTGGTGGAAGCCGGGCAGTTGCTCGCCGAACGCGAGCGCGCCCTGCGCGATAACGAGGAACGCCTGCGGCTGATCATCGATGGCGTCAAGGACTACGGCATTTTCGCCCTCGACGCCAAGGGCCATGTGATCACCTGGAATGCCGGGGCCGAGCGGATCAAGGGCTATACCGAACAGGAGGTACTCGGCCGGCATTTCTCGCTGTTCTACCTGGCCGAAGAGTGCCCGGCCCACCCCGAAATGGCCCTGCGCGAGGCCACCCGCGACGGCCATTACATGGAAGAAGGCTGGCGTTGCCGCAAGGACGGCAGTCGCTTCTGGGCCAGCGTGGTCATCACCACTCAATACGACAGCACCGGCGCGCTGCGTGGTTTCTCCAAGATCACCCGCGACATCACCGACCGGCGCACCGCTGAAATCGCCCTGCGTACCGCCCGTGAGGAAGCGGAAAGCGCGAGCCGGGCCAAGAGCGAATTTCTTTCGCGCATGAGTCATGAGTTGCGCACGCCGCTGAACGCCATCCTCGGCTTCGCGCAATTGCTGGACATGGACTCGGTCGCCGGCCAGCGCCCGCAGGTCAGCCACATCCTGCGCGCCGGCCAGCATTTGCTCGCGTTGATCAACGAAGTGCTCGACATCGCCCGGATCGAAGCCGGCCGGCTGCCCCTGAACATCGAGCCAATTGCCCTGCCGACCGTGCTGCACGAAGCCTTGACGCTGGTGTCGCCGATGGCCGCGGATTCAGGAATTCATCTGGCCGCCCTGCCCGCGCTGCCCGAAGGCAGTGGCGTGCTTGCCGATCGCCAACGCTTGGTCCAGGTATTGCTCAACCTGCTCTCCAACGCCATCAAGTACAACCGGCCCGGCGGTGAGGTGCGCATCGAAGTGAACGTCGAGGGCCATCAGGTGGGCATTGCCGTCAGCGACACCGGGCACGGCATCGCCCCCGAACAGTTGGACCAGTTGTTCAAGCCGTTCGAACGCCTGGGCGCCGACCCGCAGGTCGAAGGCACAGGCCTGGGACTCTCCCTGAGCAAAAGCCTGCTCGAGATGATGCAGGGTAGCCTTCAGGTACTTAGCGAACCGGGACAAGGCTGCTGCTTCACCTTGCGCTTGCCCGCTGCCCAGGTGTCCGGCGCCCAGCTGCCGCCATTGGCGGCGTTGGAAACCACCCGCCCGCGCACCGAGTTCGACGGCAAGGTCCTGTGCATCGAAGACAACCTGTCGAGCCTCGCCTTGATCGAAACCCTGATGCAGCGTCGCCCGGGCATCCAGCTGCTATCGAGCATGCAAGGCCAGTTGGGCCTGGACCTGGCGCGCCAGCACGCGCCGCAGCTGATCCTGCTCGACGTGACATTGCCGGACCTGGAGGGGCTGGAAGTCCTGCGTCGGTTGCGCCAGTCTGCGGCGACCGCGTCCACGCCCGTGCTGATGATCACCGCGGATGCCAGCGACCTCACTCACCGCGCCCTGCGCGAGGCCGGCGCCACGGCGATCCTGACCAAGCCCATTCATATCCAGGCCTTCCTCGGCCACCTTGAACGTTATTTACCGGAGTCCGCATGA MRFLAARRWADLPLRGKALVVISLPLVVLLLSLVLIYITERQTARAEEDVRRVLLVQGDIQAVHTLLAEAAASVRGYLLTRREDFLPGYEQATPRIQAALQRLDHNIRDARMREHLKTITPLITEKLAGLQALRTGKADDTAAITAILIENKQVLDVLREQISAMRIREDALLADRSAAASATRMRLLFATLLAAVCGLFGAIVAVLFLSKGIVARVQQVQGNAQRLALGQPLLPQPPEKDEIGQLGTRLVEAGQLLAERERALRDNEERLRLIIDGVKDYGIFALDAKGHVITWNAGAERIKGYTEQEVLGRHFSLFYLAEECPAHPEMALREATRDGHYMEEGWRCRKDGSRFWASVVITTQYDSTGALRGFSKITRDITDRRTAEIALRTAREEAESASRAKSEFLSRMSHELRTPLNAILGFAQLLDMDSVAGQRPQVSHILRAGQHLLALINEVLDIARIEAGRLPLNIEPIALPTVLHEALTLVSPMAADSGIHLAALPALPEGSGVLADRQRLVQVLLNLLSNAIKYNRPGGEVRIEVNVEGHQVGIAVSDTGHGIAPEQLDQLFKPFERLGADPQVEGTGLGLSLSKSLLEMMQGSLQVLSEPGQGCCFTLRLPAAQVSGAQLPPLAALETTRPRTEFDGKVLCIEDNLSSLALIETLMQRRPGIQLLSSMQGQLGLDLARQHAPQLILLDVTLPDLEGLEVLRRLRQSAATASTPVLMITADASDLTHRALREAGATAILTKPIHIQAFLGHLERYLPESA NA NA NA NA NA D1-35_04091 483 cheB_5 Protein-glutamate methylesterase/protein-glutamine glutaminase ATGAATCGCGATCTGCGCATCCTGATTATCGACGATCAGCGCCCCAACCTTGAGTTGATGGAACAACTGCTGGCCCGTGAAGGGCTGCACAACGTGCTGAGCAGCACCGAGCCGTTGCGCACACTCGACCTGTTCAACAGTTTTGAGCCGGACCTGGTCATCCTCGACCTGCACATGCCGGCCTTCGACGGGTTTGCCGTGCTGGAGCAGCTCAACCGGCGCATCCCGGCCAATGACTACCTGCCGATCCTGGTGCTGACCGCCGACGCCACGCGCGACACCCGCCTGCGGGCCCTGGCGTTAGGCGCCCGGGACTTCATCAGCAAGCCCCTCGACGCCCTGGAAACCATGCTGCGGGTCTGGAATCTGCTGGAAACCCGAGCCCTGTACAAATCGCTGCGTACATTGATTCCCGCCGAGCAGATCGAATTGTTGCGCCAGCATCGAGGGACGGCTGACCAGCGCATCGAGCCGTCAGCGTAG MNRDLRILIIDDQRPNLELMEQLLAREGLHNVLSSTEPLRTLDLFNSFEPDLVILDLHMPAFDGFAVLEQLNRRIPANDYLPILVLTADATRDTRLRALALGARDFISKPLDALETMLRVWNLLETRALYKSLRTLIPAEQIELLRQHRGTADQRIEPSA PGPT0015900_1812 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-CELL_FATE_CONTROL PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488 D1-35_04092 441 IMPDH_2 Inosine-5'-monophosphate dehydrogenase ATGAAAACCGCCGCTCAACTGGTAAAGCTCAAGAGTGTGCAGAACCGGCAGGTCCACAGCATCGCGCCGGACCAGACCGTGCTTGAAGCGCTGCAGATCATGGCCGAGAAAAACGTCGGCGCGCTGCCGGTGATCGAGGCCGGCGAGGTGGTGGGGGTGTTCAGCGAACGGGACTATGCCCGCAAGATGGTGCTCAAGGGGCGTTCGTCAGTGGGCACCACGGTACGCACCATCATGAGCGCGCCGGTCATCACCGCCGACAGCCAGCAGAGCATCGAACGCTGCATGGAAGTCATGACCGAGAGCCACCTGCGCCATCTGCCGGTGCTGGACGACGGCCAGTTGATCGGCCTGCTGTCCATCGGCGACCTGGTGAAGGAAGCGCTGGTCGAGCAGGCGGACCTGATCCGCCAGCTGGAGCATTACATCCGCGGCCACTGA MKTAAQLVKLKSVQNRQVHSIAPDQTVLEALQIMAEKNVGALPVIEAGEVVGVFSERDYARKMVLKGRSSVGTTVRTIMSAPVITADSQQSIERCMEVMTESHLRHLPVLDDGQLIGLLSIGDLVKEALVEQADLIRQLEHYIRGH NA NA NA NA NA D1-35_04093 372 nirD COG2146 Nitrite reductase (NADH) small subunit ATGAGCCAGTCAAACGTCGTTCGTATCGCTCAAGAACCCGTCCAATGGCGCGCCCTGTGCAGCCGCGAGGACCTGGTGCCCAATTCCGGCGTGGTTGCCTGGCATGACGGCCGCCAAGTGGCGCTGCTCTACCTGCCGGAGCATACGGACAAGCCGCTGTACGCCGTCGACAACCGCGACCCCAAGTCCGGCGCGAACGTCATCGGTCGTGGTCTGCTGGGCAGCATCAAGGGCGAACTGGTGATCGCCTCGCCGATGTACAAGCAGCATTTTCGCCTGGAAGACGGCCATTGCCTGGAATATCCCGAACAGCGCCTGCGGGTCTGGCCGGTGCGGTTGAACGGGGATGTGGTGGAGATTGGCGAGGACTGA MSQSNVVRIAQEPVQWRALCSREDLVPNSGVVAWHDGRQVALLYLPEHTDKPLYAVDNRDPKSGANVIGRGLLGSIKGELVIASPMYKQHFRLEDGHCLEYPEQRLRVWPVRLNGDVVEIGED PGPT0000455_252 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363 NA NA D1-35_04094 2562 nasD_2 COG1251 Nitrite reductase [NAD(P)H] ATGAATTCCAACGTTGCTTCCCTGAACAAGCTGCAAACGCTGATCGTGATCGGCAATGGCATGGTCGGCCATCACTGCGTCGAGCAACTGATCGAGCGCGGTGCCCTCAATCATTACCGCGTGCATGTGTTCAGCGAAGAGCCGATGCGTGCCTATGACCGTGTGCATTTGTCCGAGTATTTCTCGGGCCGCGATGCCGAGTCGCTGGCCCTGGGCGAAGCCTCGTTGTACCAGACGCCCGGCGTCACGCTGCACTTGGGCGTGCCGGTGCTGGAAATCGATCGCCAGGCGCGCCAGGTTGTCACCGCCGCCGAGCGCCTCAGCTACGACAAGCTGGTGCTCGCCACCGGTTCGTACCCGTTCGTGCCGCCGATCCAGGGCGCCGAAGGTGATTCGTGCCTGGTCTACCGCACCCTTGAAGACCTCGACGCCATCCGCGCCGCCGCGAACAATGCCCGGCGTGGCGTGGTCGTCGGTGGTGGCCTGCTGGGCCTGGAAGCGGCCAATGCCCTCAAGACCCTTGGCCTGGAAGCTCACGTGGTGGAATTTGCCCCACGGCTGATGCCGGTGCAACTGGACGAGCAGGGCGGTCTGGCCCTCAAGGCGCGCATCGAAAAACTCGGTGTCGGCGTGCACCTGTCCAAGGGCACCCAATCCATCAGCGCCGGTGAGCAATACCGTTACCGGATGAACTTCGCCACCGACGACTTCCTGGAAACCGACCTGATCGTGTTTTCCGCCGGTATCCGCGCCCAGGATGCCCTGGCTCGCCAGTGCGACTTGCAGATCGGCCCGCGCGGTGGCGTGGTGATTGACGACCATTGCCAGAGCAGCGACCCGGACATCTATGCCATCGGCGAATGCGCCGCCTGGAATGGCAGCATCTTCGGCCTGGTCGCGCCGGGCTACCAGATGGCCCGCAATGTCGCGGCGCGCCTGTGCGGCGAGGCTGGCGAGGCGTTCACCGGCGCGGACATGTCCACCAAGCTCAAGCTGTTGGGCGTGGACGTCGGTTCCATCGGCGACGCCCATGGCAACACGCCGGGTGCGCGCAGCTTCCAATTCATCGACGAAACCAGCGCCAGCTATCGGCGCCTGGTAGTGGACGCCGACGGCAAGCGCGTGATCGGCGCGGTGCTGGTGGGCGACAACAGCTATTACGACACCCTGCTGCAATACATGCAGAACGGCATCGCCTTGCCCAAGGACGCCGCCAGCCTGATCCTGCCATCGTCCGAGGGCGCTCCGACACTGGGCCCGGCGGCGCTGCCCGAAGCGGCGACCATCTGCTCGTGCCACAACGTCACCAAGGGCTCGATCTGCGCGGCCATCGACGGCGGCTGCAGCGATCTCGGCCAGCTCAAGTGCGATACCAAGGCCGGTACCGGTTGCGGCGGCTGCGCGGCCCTGGTCAAGCAGGTATTCGAGCACGAGCTGATCGCCCGTGGCGTCAGCGTCGACAAGAGCCTGTGCGAACACTTCGCCTATACCCGCCAGGAGCTCTACGCACTGGTGCGGGTGGAAGGGACTATCAGTTTCGAAGAGCTGCTGGCCAAACACGGTCGCGGCCATACCGGTTGCGACCTGTGCAAGCCGGCGGTGGGTTCGATCCTGGCGTCGTGCTGGAACCAGCCGATCATGGACGCGCACCTGGTGCCGTTGCAGGACACCAACGACACCTTCATGGCGAACATGCAGAAAAACGGCACCTACTCGGTGGTGCCGCGCATCGCCGGCGGTGAGATCACCGCGGACAAACTGATCGCCATTGGCGTGGTCGCGAAGAAATATGACCTCTACACCAAGATCACCGGCGGCCAGCGCATCGACCTGTTCGGCGCGCAGTTGCACCAGTTGCCGGACATCTGGGCCGAGCTGATCGAAGCCGGTTTCGAGACCGGCCACGCCTACGGCAAATCGACGCGTACGGTGAAGTCCTGCGTCGGCAGCACCTGGTGCCGCTACGGCGTGCAGGACAGCGTGCAGATGGCCCTGACCATCGAGGACCGTTACAAGGGCCTGCGCTCGCCGCACAAGCTCAAGTTCGCGGTGTCCGGTTGCACCCGTGAATGCGCCGAGGCGCAGAGCAAGGACGTGGGTGTGATCGCCACGGAGAAGGGCTGGAACCTCTACGTGGCCGGCAACGGCGGCATGCGTCCACGCCACGCCGAGCTGTTCGCCACCGACCTGGATGACGCCACGCTGATCCGCTACATCGACCGGTTCCTGATGTTCTACATCCGCACCGCGGACAAGTTGCAACGCACCTCGGTCTGGCGCGAGAGCCTGGAAGGCGGCCTGGACTACCTCAAGGACGTGATCATCCACGACAGCCTGGGCCTGGGCGCCGAGCTCGAAGCGCAGATGCAACTGGTGGTCGACCGCTACGAGTGCGAATGGGCCAACGCCTTGAAGGATCCGGAAAAACTCAAGCGCTTTCGCACCTTCGTCAACGACAAGCGCGACGATCCTGACGTCCACTTTGTCCGCGAACGCGGCCAGCGCCGGCCGGTGCATGCCGGCGAACTTCACCTGATTCCCGTCACCGAGGAGGTACTCTGA MNSNVASLNKLQTLIVIGNGMVGHHCVEQLIERGALNHYRVHVFSEEPMRAYDRVHLSEYFSGRDAESLALGEASLYQTPGVTLHLGVPVLEIDRQARQVVTAAERLSYDKLVLATGSYPFVPPIQGAEGDSCLVYRTLEDLDAIRAAANNARRGVVVGGGLLGLEAANALKTLGLEAHVVEFAPRLMPVQLDEQGGLALKARIEKLGVGVHLSKGTQSISAGEQYRYRMNFATDDFLETDLIVFSAGIRAQDALARQCDLQIGPRGGVVIDDHCQSSDPDIYAIGECAAWNGSIFGLVAPGYQMARNVAARLCGEAGEAFTGADMSTKLKLLGVDVGSIGDAHGNTPGARSFQFIDETSASYRRLVVDADGKRVIGAVLVGDNSYYDTLLQYMQNGIALPKDAASLILPSSEGAPTLGPAALPEAATICSCHNVTKGSICAAIDGGCSDLGQLKCDTKAGTGCGGCAALVKQVFEHELIARGVSVDKSLCEHFAYTRQELYALVRVEGTISFEELLAKHGRGHTGCDLCKPAVGSILASCWNQPIMDAHLVPLQDTNDTFMANMQKNGTYSVVPRIAGGEITADKLIAIGVVAKKYDLYTKITGGQRIDLFGAQLHQLPDIWAELIEAGFETGHAYGKSTRTVKSCVGSTWCRYGVQDSVQMALTIEDRYKGLRSPHKLKFAVSGCTRECAEAQSKDVGVIATEKGWNLYVAGNGGMRPRHAELFATDLDDATLIRYIDRFLMFYIRTADKLQRTSVWRESLEGGLDYLKDVIIHDSLGLGAELEAQMQLVVDRYECEWANALKDPEKLKRFRTFVNDKRDDPDVHFVRERGQRRPVHAGELHLIPVTEEVL PGPT0000450_641 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D1-35_04095 984 hypothetical protein ATGGATGAGCGAAACCCACCTGTCGTTGTGATCTGCGGCGCCACTGCCGGCGTCGGCCGCGCGACCGCCCAGCGGTTTGCCGCGTCCGGCTACCGCGTCGGGCTGTTGGCCCGGGGCGAACAAGCGTTGGCGGCGACGCAAGAAGAACTCAAGCAGCTGGGCGCGACGAGCCTGGCGATCAGCGTCGATGTCGCGGACGCCGAGGCGGTATTCGAGGCGGCGCAACGGATGGAGCGCGAGCTGGGGCCCGTCGGCGTCTGGATCAATTGCGCGATGGTCACGGTGTTGTCGCCAATCCGCCAGTTGACCGCTGAAGAAATCCACCGGGTCACCAAGGTCACGTACCTGGGCACGGTGCATGGCACGCTCGCGGCGCTGGACCTGATGGGGCGGCGCAATCGCGGGGTGATCATCCAGGTCGGCTCGGCGCTGGCCTACCGGGCCATTCCGCTGCAGGCGGCCTATTGCGCGGCCAAGTTCGCGGTGCGTGGTTTCACCGATTCCTTGCGCTGCGAACTGCTCCACGAACACAGCGATATCAAGGTCTGCATGGTGCAACTGCCGGCGATCAACACGCCACAGTTCGATTGGGCCCGCAACAAGCTCGCCAAGCGTCCGCAACCGGTGCCACCGATCCACGACCCGGACGTTGCCGCCCGGGCGATTTTCAGCGTGGTGAAGCGTACTCCCCGGGAGTTGTGGTTGGGCGTGGCCTCGCTCAAGGCGATCGTCGGCACTTGCCTGATGCCGGGCCTGCTCGATCGTCTGTTGGCCCGCAGCGCTTACGCCGGGCAAATGACCGACGAAGACGACGACAGCCAGCGCCCGGACAATCTGTTCGAACCGCAGGAGCCCTTGCATCGTACCCGCGGGCGGTTCAATGGCCGCTCGAAGGATTCAGCGCTGGCTTTCAGCTCGACCCAGGTGTCCGCGTTGCTGCTGGCCACCGGTGGGTTGCTGGCTGTGGTGCTGCTACTGTTTTGA MDERNPPVVVICGATAGVGRATAQRFAASGYRVGLLARGEQALAATQEELKQLGATSLAISVDVADAEAVFEAAQRMERELGPVGVWINCAMVTVLSPIRQLTAEEIHRVTKVTYLGTVHGTLAALDLMGRRNRGVIIQVGSALAYRAIPLQAAYCAAKFAVRGFTDSLRCELLHEHSDIKVCMVQLPAINTPQFDWARNKLAKRPQPVPPIHDPDVAARAIFSVVKRTPRELWLGVASLKAIVGTCLMPGLLDRLLARSAYAGQMTDEDDDSQRPDNLFEPQEPLHRTRGRFNGRSKDSALAFSSTQVSALLLATGGLLAVVLLLF NA NA NA NA NA D1-35_04096 1608 treS COG0366 Trehalose synthase/amylase TreS ATGAAAGCCAACTGGCACCGAAATACCTTGATCTACCAGATCGACCCCTCGCTGTTCTACGACAGCAACGGCGATGGCCGTGGCGACCTGAAGGGCATCATTCGTCAGCTCGATTATCTGCAAGCGCTGGGCGTCGGCGCACTCTGGCTGATGCCTTTGTACCGGTCTCCGTTCAAGGACGCCGGTTACGACGTCAGCGATTTCATGGCGCTGGACCCGCGCTTTGGCAGCGAAGAGGACTTGCGCCAGTTGATCGTCCAGGCCGGGGAGCGTGGCATCCGGGTCATCCTCGAACTGGTGGTGCAGCACACCAGCGACCAGCATCCCTGGTTCCTGCGGGCGCGGCGCGACAAGGACAGCGTCTATCGGAATTATTACCTGTGGTCCGACACGCCGGTGGACGACGGCAACCAACCGATCTTCCCGTCGGTGGAAGACAGCATCTGGCAGTGGGACGAACAGGCCGGGCAGTACTTTCGGCATCTGTTCTATCGCCATGAGCCGGATCTCAATCTGGCGAACCCGCGGGTGGTCGAAGAGATCGAGCGGATCATGGATCACTGGCTTGAACTGGGGATCGCCGGTTTTCGTCTCGATGCCGCTTCGCACCTGGTTGAGCAGGCCGGTGGCGGCGATGAAGAGCAGGGCGTGTGGTTATTGGAACGGCTGTTCAAGCACATGACCCGCATCAACCCGGAAGGCGTGCTGATGGGCGAAGTGGATGTCGAGCCCGAGCGCTACAGCCATTACTTCGGCACCGGCGAACGCCTGGGCCTGGTGCTGGATTTCTGGGTCAATAATCATCTGTTCCTGGCCTTGGCCCGAGGCGAAGCCGAGCCTCTGCAACGGGCCATTGCCCGCCGCCCGGCACCGCCTGACGGCGCCAATTATGCGGTGTGGCTGCGCAACCATGACGAGCTCGACCTCGAACGCTTGACCGAGCAGGAGCGTGAGGAGGTGATGCAGGCCTTCGCCCCGGACCAGAACATGCGCCTGTATGGCCGCGGCATCCGCCGGCGCCTGGCGCCGATGCTCGACGGTGATGTGCATCGCCAGGCGCTGGCCCAGGCGCTGCTGCTGTCACTGCCCGGAACACCCATCGTGCGCTACGGCGAAGAAATCGGCATGGGCGATGACCTGTCCCGTCCCGAACGCCTGTCGGTGCGCACGCCCATGCAATGGAGCGATGAAGCCAACGCCGGCTTTTCAACCGCCCAGCGCCTCGCCGCGCCGGTGATCGATGAAGGACCGTTTGCCTACACGCAGTTGAACGTCGAGGGCCAACAGGACGATCCCGATTCGCTGCTGGCTCGGACTCGCCGGCTGCTGCTGGCGCGCAGGCGCTTGCGCGAGGTTGGCGACGGCAAGGCGCAACTGCTGACGGTCGACCATCGTGCAGTCTTCGCCATCGCCCATGAGTGCGAAGCGACCTCGGTGATGCTGGCGAACCTCAGCCCCAAGACAGTCACGGTGCAGTTGCGGGAAGTGGATTTGCAGGGGTTCGAGGAAGTCCTTTCGGACCGCCCGTATCCGGCCTCGACCGCAGCCAGCCTGACATTGCATGGATACGGTTACCGCTGGTTCCGGCGCACCGGCTCAAAACAGTAG MKANWHRNTLIYQIDPSLFYDSNGDGRGDLKGIIRQLDYLQALGVGALWLMPLYRSPFKDAGYDVSDFMALDPRFGSEEDLRQLIVQAGERGIRVILELVVQHTSDQHPWFLRARRDKDSVYRNYYLWSDTPVDDGNQPIFPSVEDSIWQWDEQAGQYFRHLFYRHEPDLNLANPRVVEEIERIMDHWLELGIAGFRLDAASHLVEQAGGGDEEQGVWLLERLFKHMTRINPEGVLMGEVDVEPERYSHYFGTGERLGLVLDFWVNNHLFLALARGEAEPLQRAIARRPAPPDGANYAVWLRNHDELDLERLTEQEREEVMQAFAPDQNMRLYGRGIRRRLAPMLDGDVHRQALAQALLLSLPGTPIVRYGEEIGMGDDLSRPERLSVRTPMQWSDEANAGFSTAQRLAAPVIDEGPFAYTQLNVEGQQDDPDSLLARTRRLLLARRRLREVGDGKAQLLTVDHRAVFAIAHECEATSVMLANLSPKTVTVQLREVDLQGFEEVLSDRPYPASTAASLTLHGYGYRWFRRTGSKQ PGPT0014120_1363 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0014120-treS-K05343 NA NA D1-35_04097 1527 malL COG0366 Oligo-1,6-glucosidase 1 ATGCCCAACTCCTTCCCTTCGCCCTGGTGGAAGAACGCCGTGATCTACCAGGTTTACCCTCGCTCCTTCGCCGATGCCAACGGCGATGGCGTCGGCGATCTTCCCGGTTTGACAGCACGCCTGGACCATCTGCAACGCCTTGGCATCGATGCGTTGTGGCTCTCGCCAGTGTTTCGCTCGCCCATGTGCGACGCAGGCTACGACATTTGCGACTACACCGACGTCGATCCGCTGTTCGGCAACCTGGCCGACCTCGATGCGTTGATCGCCAAGGCTCACGAACGGGGCTTGAAGGTCTTGCTCGACTTTGTCCCGAACCACACTTCCGACCAGCATCCCTGGTTCATCGAGTCGCGCTCCAGCCGCGACAACCCCAAGCGCGACTGGTACATCTGGCGTGACCAGCCGAACAACTGGCGAGCCTCGATTGACGGCGGCAGCGCCTGGACCTGGGACGAAACCAGCCAGCAGTACTACCTGCACTTCTTCCTGCCCGAGCAACCGGATCTGAACTGGCATAACCCGCAAGTCGTCGCGGCCATGCATCAAGTGCTGCACTTCTGGCTGGAGCGTGGCGTGGACGGGTTTCGCGTCGACGTGGTGCATTGCGTCGGCAAGGACCAGAGCTTTGCCGATGACCCGCGCTGCATGGCCGGTGAAACCATGGTCAAGATCAACGATCAGCCCTACAGCCATGAAGTGCTCCGCGGGCTGCGGCGCCTGGTGGACAGCTACCCCGGTGAGCGGGTGCTGATCGGCGAGGTGAACATCCGTTCCACGGCCCAGGTGGCGGCCTATTACGGCGCCAGTGACGAACTGCACATGTCGTTCAACTTCCCGCCGCTGGATGCACCGTGGGACCCGGTGGTGTTCCGTATGTGCGTACGCGAGGTGGAAAACGACCTCGGCCCGTTGCAGGCCTGGCCGACCTGGGTGCTGTCCAACCATGACAACAGCCGCCACCGCAGTCGCTACGGCGGCTCATTGCGCCGGGCACGGGCTGCGGCGGTGATGCTGCTGACGCTGCGCGGCACGCCGTTCATCTATCAGGGCGAGGAGCTGGGCCTGGAGGATACTCAAGTGACCGCCCAGACCCGCGTCGACCCCGGCGGACGGGACGGCAGCCGGGCGCCGATCCCCTGGACGGAACAGGCGCCTCACGGTTGGTCGGGTCGGGCGCCATGGCTGCCTTTCGCTGCGGATGCCGGCCGGTTGTCGGTGGAGACCCAAGAGCGCGACGCCGATTCCGTGCTGGCGCTTTACCGACGGTTGCTGGCGTGTCGGCGCAATAGCCTGGCGCTGCGCCTGGGCGGCTGGGAGGAACTGCCCTCGCACCCGCAGGTGCTGGCTTATCGTCGCTCTTGCGAGGGCGACGAACGCCTGGTCTGCATCAATTTCGCCGACAGCGAGCACACCTTTCCGCTGGCCGACCCCTGGCGAGTTGAAATCGCCAGCGATGGCGCGGATGAAGGCCAGCCGTTCAGCGGGCGTCTGGCTGCCGAACAGGCCCTGATCCTGTGTCGATAA MPNSFPSPWWKNAVIYQVYPRSFADANGDGVGDLPGLTARLDHLQRLGIDALWLSPVFRSPMCDAGYDICDYTDVDPLFGNLADLDALIAKAHERGLKVLLDFVPNHTSDQHPWFIESRSSRDNPKRDWYIWRDQPNNWRASIDGGSAWTWDETSQQYYLHFFLPEQPDLNWHNPQVVAAMHQVLHFWLERGVDGFRVDVVHCVGKDQSFADDPRCMAGETMVKINDQPYSHEVLRGLRRLVDSYPGERVLIGEVNIRSTAQVAAYYGASDELHMSFNFPPLDAPWDPVVFRMCVREVENDLGPLQAWPTWVLSNHDNSRHRSRYGGSLRRARAAAVMLLTLRGTPFIYQGEELGLEDTQVTAQTRVDPGGRDGSRAPIPWTEQAPHGWSGRAPWLPFAADAGRLSVETQERDADSVLALYRRLLACRRNSLALRLGGWEELPSHPQVLAYRRSCEGDERLVCINFADSEHTFPLADPWRVEIASDGADEGQPFSGRLAAEQALILCR PGPT0018560_5604 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D1-35_04098 630 hypothetical protein ATGTCAAGCACAGATGAAAATGCACCGCCCATTGCCGCGCCTCGTCGCCGACTGTCCCGCGCCGATCGGCAACGGCAATTGCTGGATGTCGCCTGGCGCCTGGTTCGGGAGGAGGGCAGCGAAGCGTTGACCCTGGCCCGGCTGGCCGACCAGGCAGGCGTCACCAAACCCATCGTCTACGACCATTTCATTACCCGGTCAGGGCTGCTTTCGGCGCTCTACCAGGATTTCGATGCGCGCCAGACGGCGCTCATGGACGCTGCACTCGACGCCAGCGAACCCACGTTGCAGAGCCGTTCGCGGGTGATTGCCGAAGCGTTCGTCGAATGCGTCCTGCTTCAGGGGCGTGAGATCCCGGGCGTCAGTGCGGCGCTCTCCAGTTCACCTGAACTGGAGAGCATCAAAAGGGAGTACGAAAGGCTGTTCCTGGATAAATGCCGGGCGGTGCTGGAGCCGTTCGCCGATAACCGGGGCCTGTCCCAAGCGAGCCTGCGCGCGATGCTCGGGGCGGCGGAAGCGTTGTCCGATGCGGCGGCCAACGGCGAGATCAGCGCGGACGAGGCCAAGCAGGAGCTGTTCGTCAGCATTGTGGCGATGGTCAACCGGGCCGCTGGCATCGCCTCCAACTGA MSSTDENAPPIAAPRRRLSRADRQRQLLDVAWRLVREEGSEALTLARLADQAGVTKPIVYDHFITRSGLLSALYQDFDARQTALMDAALDASEPTLQSRSRVIAEAFVECVLLQGREIPGVSAALSSSPELESIKREYERLFLDKCRAVLEPFADNRGLSQASLRAMLGAAEALSDAAANGEISADEAKQELFVSIVAMVNRAAGIASN NA NA NA NA NA D1-35_04099 633 kefF_3 Glutathione-regulated potassium-efflux system ancillary protein KefF ATGCACGCCCTTATCGTGGTTGCTCATCATGACCCCCGCTCTCTGACCCATGCGCTTGCCCAGGCCATTGGCAATGGAATTCTCCAGGCCAATCCCAGCGATACCTTCGAAATCGCCGACCTGGCCGCTGAAGGCTTCGATCCACGCTTCGGCTTTGCCGACCATGCCGTCCACCACCGTGAGGCCTTGCCACCTGCCGACGTGCTGACCGAGCAGGCCAGGATCGAACGGGCCGACGCCCTGGTGCTGGTCTACCCGATCTATTGGTGGTCGATGCCGGCGTTGCTCAAGGGCTGGATTGATCGGGTGTTCTCCAATGGCTGGGCGTTCGACTTCAAGCTCGACGAGTTCTTTGTGCAGAAACTGCAGCATTTGCGGGTCCATCTGGTCGCCCTCGGTGGAGCCGACGCCGACAGTTTCCAACGCCACGGCTACGACCAGGCGATGGTCACGCAGATCGACCATGGGATCTTCGGCTACTGCGGTGCCCGCGTGGTGAGCTCCGAGCGCTTGCTGGACTCGGAAACCCTTGATCCGAACGTACATCTGCAAACGGCCCGAGCCCTCGGCCAGCGGGTGTTCTCGGCCATCGAGCAGACCACGCCCGTAGGCGCCAGCGCCGCGTGTGCATGA MHALIVVAHHDPRSLTHALAQAIGNGILQANPSDTFEIADLAAEGFDPRFGFADHAVHHREALPPADVLTEQARIERADALVLVYPIYWWSMPALLKGWIDRVFSNGWAFDFKLDEFFVQKLQHLRVHLVALGGADADSFQRHGYDQAMVTQIDHGIFGYCGARVVSSERLLDSETLDPNVHLQTARALGQRVFSAIEQTTPVGASAACA PGPT0009455_1041 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355 NA NA D1-35_04100 1563 hypothetical protein TTGTTCAAAAAGTCCGCATGTTACCTGAGCCTTTTATTGCTCGTTGCGCCATTGGTCGCCACGGCCGAGGACGGCGATCCGGCTCAGGCGCAAACCACACTGGCGCAACTGTCGGTCAATTGCCCCGAATTGGCCGGTGGCGTCGACTTTCCGACGGTCATGAGCCTGCAGGCCTTGTACCAGCAAAACGCAGGCCAGGCGATCTGGGCGGACGACGGGCGGTTACAGGCGTTGCAAGCCCAGCTACAGCAACTGGCCGATGACGGACTCGATCCGGCCCGCTACGACCTGCCGGGCGATGGCCGTTACGTCAACGTGGCCTGTACCGACATCGCCATCAGCCAACGCTACCTGCAAGCGCTGCATGAGCTGCGTTTCGGCTACCTGCCGCAGAACCGCCTGGAGCCGATTTGGAAGGCCAATCCGCAGTTGCCGGACCGTCAGGCCATGGTGCTGCACTTCGCCGTCGCCGGCTTGCGCGACCCCGCCCAGGCGTTCGAACAGGCGCGGCCGCCCTTGGACCTGTATCGCAACCTGCGCGAACTCTACGCCCGGCAACGGCAACAACCGCTGGCTGACTGGCAGTCAGTGCCGGCCGGCCCATTGCTGCAACCCGACAAACGTGACGCCCGCGTGCCCGCACTGGCCCGGCGCCTGTTCAACGAAGGCTACCTGAGCGTGCCTCCGCTGGAAGCCGATGAGCACTACAGCCCGAGCCTCGTGGAGGCGATGAAAAGCTTCCAGCTCCACCATTCACTGCAAGCCGATGGGGTAGTGGGGCCGTGGACGGTTACCGAGCTGAACGTCAGCCCGGCCATGCGCCGCGAGCAATTGCGGATCAACCTGGAGCGCATGCGTTGGTTGGCTCAGGACCTGGAGCCCGACAGCGTGCTGGTCAACGTGGCGGCGGCGCAGCTGACGGTCTACCAGGCTGGCGCCCCGGTATGGCAGACCCGGACCCAGGTTGGCCGCGCCGAACGCCAGACACCGCTGATCAAGTCGCGTATCACCCGACTGACGCTGAACCCGACGTGGACCATTCCGCCGACGATCATGCGCGAGGACAAACTTCCCGAGATCCGCCGCGACCCGGAGTTTCTCACCCGGCACAACCTCAAGGTGATCGATCGCGATGGATTGCCCCTGGCGGTGGAAAATATCGACTGGGATCACCCTGGCAATCTGATGCTGCGCCAGGACGCCGGCTCGAAAAACCCCTTGGGTAAATTGGTCGTGCGCTTCCCCAACCCGTTTTCGGTATACCTGCACGACACGCCCAGCCAGGCACTTTTCAGCAAAGGCCCGCGGGCGTTCAGCTCAGGCTGCGTACGCATCGAGCAAGTCATGCACCTGCGCGATCTGCTGGTGACCCCGGCCGAACGCACGCGCACCGACACCTTGCTGGCAAGCGAGTTGACCCATGAATTCAGGCTGGCCAAGCCGATGCCGATCCTGCTTGGATACTGGACAGTGCAAGCGGACAGCCAGGGGCGGGCGGTGTATATCCCGGATATCTACCAGCGCGATGTGTCCCTGTCTGCCGCCGACCGTCGAGCACTCTGA MFKKSACYLSLLLLVAPLVATAEDGDPAQAQTTLAQLSVNCPELAGGVDFPTVMSLQALYQQNAGQAIWADDGRLQALQAQLQQLADDGLDPARYDLPGDGRYVNVACTDIAISQRYLQALHELRFGYLPQNRLEPIWKANPQLPDRQAMVLHFAVAGLRDPAQAFEQARPPLDLYRNLRELYARQRQQPLADWQSVPAGPLLQPDKRDARVPALARRLFNEGYLSVPPLEADEHYSPSLVEAMKSFQLHHSLQADGVVGPWTVTELNVSPAMRREQLRINLERMRWLAQDLEPDSVLVNVAAAQLTVYQAGAPVWQTRTQVGRAERQTPLIKSRITRLTLNPTWTIPPTIMREDKLPEIRRDPEFLTRHNLKVIDRDGLPLAVENIDWDHPGNLMLRQDAGSKNPLGKLVVRFPNPFSVYLHDTPSQALFSKGPRAFSSGCVRIEQVMHLRDLLVTPAERTRTDTLLASELTHEFRLAKPMPILLGYWTVQADSQGRAVYIPDIYQRDVSLSAADRRAL PGPT0023755_1264 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-L|D_TRANSPEPTIDASE_ACTIVITY,PGPT0023755-ycbB-K21470 NA NA D1-35_04101 777 hypothetical protein ATGCAGACAAACGAAACCGGACGGGATGCCGCAAACGAACGCCACCGCAAGCTGCCTTCACCTGTATCGGCCTTCTTGCGCCGATTCTGCCTGGTCGTGACTGGCCTTGGCATCCTGTGCAGCCCGGCGCTGGCCGAAAAACTCAACACCCAGCCTCTTTACAACAGCCTCGCCCACGCCGCGCCGGAACTCAATCCCCAAGCGCTGAAAAGTGCCCTGAGTGCGATGCAGTGCGCAGTTGCCAACGGTGCTCGACAGGCTCGCCACCTGGCGGTGATCGATTATTCGCAACCTTCGACGGCCCGGCGCTTGTGGATCTTCGACCTGCGCCAGAAAAAGCTGGTCCTGCGTGATCTCGTGGCCCACGGGCAGAAATCCGGGGAAAACTTCGCCACCCAGTTTTCCAACCGACTGGGCAGCTATCAATCCAGCCTGGGACTGTTCCGCACCCAGGAAAGTTATCAGGGCGCCCATGGTTATTCGCTGCGCATGGACGGCCTGGAGCCCGGATTCAATGACCAGGCGCGCGACCGCGCGATCGTCATCCACGCCGCTGATTACGTGAACCCGCTCTGGAGCGTGCGCCAGGGCCGCATCGGCCGCAGCCAGGGCTGCCCGGCCGTGCGCCCGCAAGTAGCGCGCCAGGTGATCGACAAGCTCAAGGGCGGGCAGTTCATGTTTTCCTGGTACCCGGATCCGGCGTGGCTCAAGCGTTCGGCCTATCTCAATTGCCAGGCGCAGCAGGTGGCGAGCATCCTCGCGACCAGCGGGGGCTGA MQTNETGRDAANERHRKLPSPVSAFLRRFCLVVTGLGILCSPALAEKLNTQPLYNSLAHAAPELNPQALKSALSAMQCAVANGARQARHLAVIDYSQPSTARRLWIFDLRQKKLVLRDLVAHGQKSGENFATQFSNRLGSYQSSLGLFRTQESYQGAHGYSLRMDGLEPGFNDQARDRAIVIHAADYVNPLWSVRQGRIGRSQGCPAVRPQVARQVIDKLKGGQFMFSWYPDPAWLKRSAYLNCQAQQVASILATSGG NA NA NA NA NA D1-35_04102 954 rlmL_2 Ribosomal RNA large subunit methyltransferase K/L ATGAACCCTCAAGCCCTTCAAACATTGCAGAGCCTTTTGCTGACGGCGCTGGAATCGGCGCCCGACGAAACCCGTCGCCTGTTCCATGGCCGCGGGCGCTGCTGGCCGGGGCTGGAACAGATCACCGTCGACTGGCTGCAAGGCGTGGTGTTGGTCTCGCTGTTCAAGGAACCCGATCCTACGCAACTCGATGACCTGTTCGCCATGCTGCGCACCCTCGCCTCCTTGCCCGCCTGGCAACACAGCGGCGCCCACACCCTCGCGGTGCAACATCGGTACCTGCCCGACAGCCTGACCCAATGGTTGGTGGGCGAACCGATCGATGAATGGACCCTGACCGAAGGCGGCCTGCGTTATCGGATCGACCTGGGCAAAAAGCAGAACAACGGCCTCTTTCTCGATATGCGCTATGGCCGCGACTGGGTGCGCGCTCACGCCCAAGGCAAGCGCGTGCTCAACCTGTTCGCCTATACCTGCGGTTTCTCGGTGGCGGCCATCGCCGGCGGTGCCCGCCACGTGGTCAACCTGGACATGTCCCGCGCAGCCCTGAGCCGTGGTCGTGACAATCATCGCCTGAACGGCCATGACCTGGGCCAAGTGAGCTTTCTGGGGCACGACCTGTTCAAATCCTGGGGCAAGGTGATCAACAGCGGGCCCTATGACCTGGTCATCATCGACCCGCCCACGTTCCAGAAAGGCAGCTTCCTGCTGACCAAGGATTATCAGCGAGTGCTGCGCCGCCTGCCGGAGTTGCTGACCGCCGCTGGTACGGTCCTGGCGTGTAGCAACGACCCGGCGACCGGCCCCGGCTTCCTCATCGAAGGCGTCATGCGCGAGGCGCCTGGCCTGACGTTCGAAGAGCGGTTGGCAAACCCTCCGGAGTTTCCAGATGCGGACCCCGCCTGTGGCTTGAAGGCCTTGGTGTTCAGGCGTGACGACTCGGCCATCGGCTGA MNPQALQTLQSLLLTALESAPDETRRLFHGRGRCWPGLEQITVDWLQGVVLVSLFKEPDPTQLDDLFAMLRTLASLPAWQHSGAHTLAVQHRYLPDSLTQWLVGEPIDEWTLTEGGLRYRIDLGKKQNNGLFLDMRYGRDWVRAHAQGKRVLNLFAYTCGFSVAAIAGGARHVVNLDMSRAALSRGRDNHRLNGHDLGQVSFLGHDLFKSWGKVINSGPYDLVIIDPPTFQKGSFLLTKDYQRVLRRLPELLTAAGTVLACSNDPATGPGFLIEGVMREAPGLTFEERLANPPEFPDADPACGLKALVFRRDDSAIG NA NA NA NA NA D1-35_04103 1452 stp Multidrug resistance protein Stp ATGTCGCAATCACATCCCTCTCACCCGCGCCAGCGCTGGCGCGCATTGATCGTCTTGTGCCTGGGCGTGCTGATGATCGTGCTCGACGGTACGGTGGTGAATGTCGCCCTGCCCTCGATCAAGGACAACCTGCAGTTCAACGACACGGCACTGGCCTGGGTCGTCAATGCCTACTTACTGACCTTCGGCGGTTTCCTGCTGCTCGGCGGTCGCCTGGGCGACCTCTATGGCCATCGCCGCCTGTTCACCTTGGGATTGGCGGCGTTCACCCTCGCGTCGCTGGCCTGTGGACTGGCGTCATCGCAGTCATGGTTGATCATTGCCCGGGCTGTTCAAGGCCTTGGCGGCGCGGTGGTCACGGCGGTGGCCTTGTCGTTGATCATGGACCTGTTCACGGAACCCGGCGAGCGTGCCCGGGCGATGGGCGTGTACAGTTTCGTCTGCGCTGCAGGCGGCAGTATCGGTGTGCTGTTGGGTGGTTTGCTGACCGATCTGCTGAGTTGGCACTGGATCTTCCTGGTCAACCTGCCTGTCGGCCTGATCGTCCTCGGCCTGTCCCTTAAATTGCTGCCCGCCATGCGCGCGCAAAGCAGTGGGCAACTGGACGTCACCGGCGCAGTAACCGCCACCCTGTCGTTGATGATCGCCGTATACGCCGTGGTCAACGGCAATGAGCAGGGCTGGACTTCCCTCCACACGCTGGGCCTGCTGGCAGCCTCGGCCTTGTTGATGCTGGGCTTCATCATGCTCGAACGGCGGATTGCCCATCCGTTGATCCCGATGGGCCTGTTTCGCCTGCATAACCTGCGCATCGCCAATCTGCTCGCCGTGCTCTGGGCCGCGTCGATGTTCGCCTGGTTTTTCCTGTCGGCGCTCTACATGCAATTGGTGCTGGGCTATACGCCGATGCAAGTGGGATTGGCCTTCCTGCCAGCCAACGTGATCATGGCGATTTTTTCCCTGGGTCTGTCCGCGCGGCTGGTGATGCGCTACGGCACACGAACGCCGTTGGCGGCAGGCCTGTTGCTCGCCGCCATCGGCCTGGCACTGTTTGCACGGGCTCCGCTGGACGGCCAGTTCGTCGGCGACGTTCTGCCGGGCATGTTGCTGCTGGGGTTGGGCGCGGGGATGGCGTTCAATCCGATGTTGCTCGCGGCGATGAGCGACGTGGAACCCAAGGATTCCGGCCTGGCGTCAGGCGTCGTCAATACGTCGTTCATGATGGGCGGCTCGGTGGGCCTGGCGGTGCTGGCGAGTATTGCCGCGTACCGGACCAAGACGGCTGCGTCCGATCTCGCGCCGCTGGTTGCGCTCAATAACGGGTATCAGCTGGCGTTTCTGATCGGCGCAGCGTTCGCGCTGACCGCGGCCGTACTGGCGGGACTGCTGCTGCGAAGCACCGCGACGGGACAGCAGGCGAAGGTCGACTCCGCAGCCCATCCTGCCCCTTGA MSQSHPSHPRQRWRALIVLCLGVLMIVLDGTVVNVALPSIKDNLQFNDTALAWVVNAYLLTFGGFLLLGGRLGDLYGHRRLFTLGLAAFTLASLACGLASSQSWLIIARAVQGLGGAVVTAVALSLIMDLFTEPGERARAMGVYSFVCAAGGSIGVLLGGLLTDLLSWHWIFLVNLPVGLIVLGLSLKLLPAMRAQSSGQLDVTGAVTATLSLMIAVYAVVNGNEQGWTSLHTLGLLAASALLMLGFIMLERRIAHPLIPMGLFRLHNLRIANLLAVLWAASMFAWFFLSALYMQLVLGYTPMQVGLAFLPANVIMAIFSLGLSARLVMRYGTRTPLAAGLLLAAIGLALFARAPLDGQFVGDVLPGMLLLGLGAGMAFNPMLLAAMSDVEPKDSGLASGVVNTSFMMGGSVGLAVLASIAAYRTKTAASDLAPLVALNNGYQLAFLIGAAFALTAAVLAGLLLRSTATGQQAKVDSAAHPAP NA NA NA NA NA D1-35_04104 327 yhjQ COG1145 putative cysteine-rich protein YhjQ ATGAACAGCCGTTATCAAACCTGCATCGACGAGTGCCTGGCCTGCGCCATGGCCTGCGAGGCCTGCGCCAGTGCGTGCCTGCAAGAGCAAAACGTCCAGATGATGGCGCGTTGCATCGAGCTGGACCGCGACTGCGCCGACTTGTGCCGTCTCGCGGCAACGCTGATGCAGCGCGACAGCCGGGTGGCGACGGATCTTTGTATCGTCTGCGCGAGCATCTGCCGTGCGTGTGGCGAAGAATGCGCGAAGCACGAAGCGGGTCATTGTCAGGATTGCGCCAAGGCCTGCCAGTCTTGCGCCGAGGCCTGTGAGCGGATGGCCGCCTGA MNSRYQTCIDECLACAMACEACASACLQEQNVQMMARCIELDRDCADLCRLAATLMQRDSRVATDLCIVCASICRACGEECAKHEAGHCQDCAKACQSCAEACERMAA NA NA NA NA NA D1-35_04105 603 hypothetical protein ATGGATCAGTTGTTGCCGTTTGCCTTGTTTGCGTTTGTCGCCTCCATCACCCCGGGTCCGACCAATATCCTGGTGCTGAGCCATAGCTCGCGCTTCGGCCTGGCGACCACCTGGCCGATCATCCTCGGCGCCTGCGCGGCTGCCGCGTTACTGGTGTTGTTGGTGGGCACCGGGCTGGGCGACGTGCTGGCGCGACATGCGGCGATCCAAACGGCGCTGTCCTGGGCCGGCATCGCCTGGCTGAGCTGGATGGCCTGGCAGATTTTCAGCGCGCCGGCCGAGGCCATCGATCCAGACCGACCGGTCGAAGGCCCACGGCTCGGCCTGGCGGGCGCCGCCGGGTTGCAACTGGTGAACCCGAAGACCTGGATGATGGCCCTGGCGGTGGTCAGCGTATTCGCCGGCGCCGAGGCAGACCGTACGGTGCGGGTGTTCTGGCTGTCCCTGGCGTTCTTTGCCATCTCCATTCCCTGCATGACCGCCTGGGCCTACCTGGGGCGTGGCGCGGCTAAGTTCTGCCGTTCCGCCGTGGCGATGGGGCGCTTCAATCGCGTCATGGCCGTGTTGCTACTGGTGTCGGCGTGGTTGACGCTGGTGGTCTGA MDQLLPFALFAFVASITPGPTNILVLSHSSRFGLATTWPIILGACAAAALLVLLVGTGLGDVLARHAAIQTALSWAGIAWLSWMAWQIFSAPAEAIDPDRPVEGPRLGLAGAAGLQLVNPKTWMMALAVVSVFAGAEADRTVRVFWLSLAFFAISIPCMTAWAYLGRGAAKFCRSAVAMGRFNRVMAVLLLVSAWLTLVV NA NA NA NA NA D1-35_04106 837 rhaS_11 HTH-type transcriptional activator RhaS ATGACAGCGCGCAACTGGATCGATCTCAAGCAGGACGCCACGTCCGGCATCGAGACCGTGCGCGCGCATTTCGAGGGGCACGCCTACGATCCGCACTGGCACGATGCCTATCTGGTGGGCGTGACGGAGCAGGGCGTGCAGCAGTTCCATTGCCGTCAGCAGCAACACAACAGCACGCCGGGCAAAGTGTTCCTGCTTGAACCGGGGGAGTTGCATGACGGTAACGCGCCGCACGAAAACGGGTTTACCTATCGCACCTTGTACCTGGAGCCGCAATGGCTGGAGCGCGAACTGCGCTCGTTGTTCGAGGATGCGCCAGACAACGCGCAACTGGGCTTTGCCGTCACGCTGAACGATGACGCGCGGCTGGCAAGGGCTACCGCTGCGGCTTTCCAGAGCCTGCACGAACAGGACATCCTGATCGTCCGCCAGACCGCCCTCGACACGCTGCTGTCGAACCTCACTCAACACCTGCATTGGCGAACACGGATCAATCCCGACCCGCGTCTGCCACTGGTCGCCCAGCAGGCCCGGGATTATTTGCACGGCCACCTGAGCGAGGACATCAGCCTGGACGACCTGGCGCGCGTCACCGGCGTCGATCGTTTTCGCCTGAGTCGTGCGTTCAAGGCGGCCTTCGGCCTGGCGCCCCACGCGTATCTGATCCAGCTGCGCCTGGCCCGGGCGCGGCGTCTGCTGGCCCGTGGCGAAAGCGCCGTGGCGGTGGCCGCCATGCTCGGCTTTGCCGACCAGAGTCACCTCGGCCGCTGGTTCCAGCGCGCCTATCGAATGAGCCCGGTGGACTACCGCAAGCGCTGCTCAATTGTTCCAGACTGA MTARNWIDLKQDATSGIETVRAHFEGHAYDPHWHDAYLVGVTEQGVQQFHCRQQQHNSTPGKVFLLEPGELHDGNAPHENGFTYRTLYLEPQWLERELRSLFEDAPDNAQLGFAVTLNDDARLARATAAAFQSLHEQDILIVRQTALDTLLSNLTQHLHWRTRINPDPRLPLVAQQARDYLHGHLSEDISLDDLARVTGVDRFRLSRAFKAAFGLAPHAYLIQLRLARARRLLARGESAVAVAAMLGFADQSHLGRWFQRAYRMSPVDYRKRCSIVPD NA NA NA NA NA D1-35_04107 426 hypothetical protein ATGAAAACCAAAGCGGTACTCACCGAACAGGACGTTGCCCAGTTGCTGGTAGCAGCCAAAGAGCTGGCCCACCAGCGTCAATGGGCCGTATCGGTCTGTGTGGTCGACGATGGCGGGCATCCCTTGGGGCTGTTGCGCCTGGACGGCGCCTCGCCCTTGTCAGCCTACATCGCCACCGAAAAAGCCCGCACCGCCGCCATGGGCCGGCGGGACAGCAAGGTTTTTGAAGACATGATCAATGGTGGCCGCATCGCCTTCCTCAGCGCGCCGCACTTGCAAGGCATGCTCGAGGGTGGCGTGGCGATCCGTCACGACGGTCAGTGCATCGGCGCCATCGGCGTGTCCGGGGTCAAGGCCGAGGAAGATGCGGAACTGGCGCGATTGGCGGTGGAGACGGTGTTGCCGGTGATCACGCCGGATGCCTGA MKTKAVLTEQDVAQLLVAAKELAHQRQWAVSVCVVDDGGHPLGLLRLDGASPLSAYIATEKARTAAMGRRDSKVFEDMINGGRIAFLSAPHLQGMLEGGVAIRHDGQCIGAIGVSGVKAEEDAELARLAVETVLPVITPDA NA NA NA NA NA D1-35_04108 783 argT_5 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGAACGTTAAACGCATTGCACTCAAGCTGGGCTTCGTCTCGCTGCTGGCATTCGGCGCCAATCTGCACGCCGCCGAAACCTCGCTGCGCATCGGCATCGAGGCGGCATACCCACCCTTCGCCTCGAAAACCCCGGACAACGCCATCGTCGGCTTCGACTATGACATCGGCCAGGCGCTTTGCGCCGAGATGAAGGTTCGTTGCGTCTGGCAGGAGCAGGAGTTCGACGGCTTGATCCCGGCACTCAAGGTGAAAAAAGTCGACGCGGTGATTTCTTCCATGTCGATCACCCCGGAGCGGATGAAGTCGGTGGACTTCACCGACCGTTATTATCGGATTCCGGCGCGGCTGGTATTTCGCAAGGGCAGTGGCATCCAGGATATTCCCGCGCAGCTCAAAGGCAAGCGGATCGGCGTGCAGCGGGCGACCAACTTCGATCGTTACGTTACCGACAAATTTGCCCCGGCCGGGGCCGAGGTGATCCGTTATGGCTCGCAAAACGAAGTCTTCCTCGACCTGCTGGGCGGACGCCTGGACGCGACGATGGCCAGTTCGGTGGCCATCGACGAAAGCCTGCTCAAGCGTCCTGAAGGCAAGGATTTCGAATTTGTTGGCCCAAACTTCGTCGAAGAACAATACTTCGGCACGGGCATTGGAATCGCCGTGCGCAAGAATGATCCGCTGGCGGGCCGTTTCAACCAGGCGCTGGCGACCCTTCGCGCCAACGGCACCTACGAGCGGATTCGCCAGAAGTACTTCGATTTTGATATCTATGGCGAATGA MNVKRIALKLGFVSLLAFGANLHAAETSLRIGIEAAYPPFASKTPDNAIVGFDYDIGQALCAEMKVRCVWQEQEFDGLIPALKVKKVDAVISSMSITPERMKSVDFTDRYYRIPARLVFRKGSGIQDIPAQLKGKRIGVQRATNFDRYVTDKFAPAGAEVIRYGSQNEVFLDLLGGRLDATMASSVAIDESLLKRPEGKDFEFVGPNFVEEQYFGTGIGIAVRKNDPLAGRFNQALATLRANGTYERIRQKYFDFDIYGE PGPT0020680_108 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ARGININE_TRANSPORT,PGPT0020680-aotJ-K10022 NA NA D1-35_04109 351 rutC_2 Putative aminoacrylate peracid reductase RutC ATGACCATTCAACGTATCGAAAGCAACCCGCGCCTGAGCCGCAGCGTCGTGCACAACGGCGTGGCCTGGCTCAGCGGCATCGTCGCCGCCGATTGCAACCAGGACATCCAGGGCCAGACCCGCCAGGTGCTGCAGCGGATCGACGAATTGCTCGCCGCGTCGGGCAGCGACAAGCGCCGCCTGCTCAGCGTGCAGATCTGGATGAAAGACATGGGCCGCGATTTCGCTGCGATGAACGCAATCTGGAGCGACTGGGTCGACGCCGCGCACACCCCGGCGCGAGCCACCGCACAGGTGGCGTTCGATGACCCGCAGATCCTGCTGGAACTGATCGTGACCGCGGCGGTGTAG MTIQRIESNPRLSRSVVHNGVAWLSGIVAADCNQDIQGQTRQVLQRIDELLAASGSDKRRLLSVQIWMKDMGRDFAAMNAIWSDWVDAAHTPARATAQVAFDDPQILLELIVTAAV PGPT0020030_15 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 D1-35_04110 1374 hcnB_3 Hydrogen cyanide synthase subunit HcnB ATGAGTAAAGCCGTGATCGACTTGATCATCATCGGTGCCGGACCGGCCGGCATGAGCGCCGCCATCGAGGCCAGGGACCATGGATTGTCGGTCGTGGTGCTGGATGAGCAGGCCAGTCCTGGCGGGCAGATTTATCGCCAGGTGCTTCAAGCCGATGCCCGCAGCCGCGCGGTGCTGGGCGAAGACTACAGCGCCGGTGCGCAGCTGGCGGCGGATTTTCTCCAATGCGGAGCTCGTTACCTGCCCAACGCGGCGATCTGGCAAGTCACCCCCCAGCGTGAGGTGCACTACCTGAACGACGGCTGCGCAGAGGTTTTGCGCGGGCGCAATCTGCTGATCGCCACGGGCGCCTTCGAACGGCCGATACCAATTCCCGGCTGGACCTTGCCTGGGGTCATGACGGCCGGTGCGGGGCAGATCCTGCTCAAGAGCGCGGCGCTGGTACCGGCTGGGCCGGTGGTCCTGGCGGGTTGCGGTCCGCTGTTGTACCTGCTGGCGGCGCAGTACCTGCGCGCCGGCATTGCCGTCGAGGCGCTGGTCGATACCAGCCACCGTCGCGAGCTGCTGCGGGCCTGGCGACTGATTCCCGGTGCGTTGCGCGGCTGGCGCGACTTGTTCAAGGGCGTGGGGCTGCTGGCCGAGTTGAAGCGTGGCGGCATCCGCCACTTTCGCGGTGCCGGCAACCTGCGTGTCGAGGGTGAGGACTGCGCCAGTGCACTGAGCTTCGATTGTGGAGGGCAGCACTTGCGAGTGCCCGCCGGATTGATTTTATTGCACCAGGGTGTGGTTCCGCACACGCAGATCAGTTGGTCGTTGCGCCTGGAGCATGACTGGAGCGAGGCGCAGCTGTGCTGGATTCCACGGCGCGATGGCTTCGGCCAAACCAGCGCACCGGGCATTTTCATCGCCGGTGACGGCGCTGCGATTGGCGGCGCGCAGGTGGCGCGCCTGGAAGGGCGACTCGCTGCGATGGCGATTGCCGGTGTTTCCCGTGGAGCACGCGGCCTTGAGAAAGGCCTGCGTCGTGCTCGTGCTGCGCGGCCCTTGATCGATGCGTTGTATCGCCCCCCGGCAGAAAGTTGCGTCCCACCCGACGACGTCATCGTGTGTCGCTGCGAAGAAGTCACGGCTGGCGCTATCCGCCGCTACGTCGACCTCGGTTGCCTGGGTCCCAACCAGACCAAAGCCTTCAGCCGTTGCGGCATGGGCCCGTGCCAAGGGCGCCAATGCGGCTTGAGCGTCACCCAGATCATCTCCGCCCAGCGCCGCGTGTCGCCCGCTGAAGTCGGTTACTACCGCATCCGTCCCCCCCTCAAACCCATCACGCTGGCCCAACTGGCCGGCGAACGTCACTGCGTCGAGGAACCGTCATGA MSKAVIDLIIIGAGPAGMSAAIEARDHGLSVVVLDEQASPGGQIYRQVLQADARSRAVLGEDYSAGAQLAADFLQCGARYLPNAAIWQVTPQREVHYLNDGCAEVLRGRNLLIATGAFERPIPIPGWTLPGVMTAGAGQILLKSAALVPAGPVVLAGCGPLLYLLAAQYLRAGIAVEALVDTSHRRELLRAWRLIPGALRGWRDLFKGVGLLAELKRGGIRHFRGAGNLRVEGEDCASALSFDCGGQHLRVPAGLILLHQGVVPHTQISWSLRLEHDWSEAQLCWIPRRDGFGQTSAPGIFIAGDGAAIGGAQVARLEGRLAAMAIAGVSRGARGLEKGLRRARAARPLIDALYRPPAESCVPPDDVIVCRCEEVTAGAIRRYVDLGCLGPNQTKAFSRCGMGPCQGRQCGLSVTQIISAQRRVSPAEVGYYRIRPPLKPITLAQLAGERHCVEEPS NA NA NA NA NA D1-35_04111 330 hypothetical protein ATGTCGGCTGAAAGCCTGTTCCGGCCTTTGGCCGTCTCGCAGAACCAGGTACTGATCGAGTTCGACGGCAAGCCCTTGAGCGTGCCGGGTAATGTCTGCCTTGCGGCGGCGCTGCTCGCCAGCGGAGTTCGGCAAAGCCGTGAAAGCGCTGTCAGCGGCAGGCCCGCTGCGCCGTACTGCCTGATGGGCGTGTGCTTCGAATGCCTGGTGCAAGTGGACGGCCAGGCCAACGTCCAGTCGTGCCTGGTGGCGGTGCGCCCGGGCATGCGTGTGCAACGCCAACGCGGCGCCGTCAGCCTGGCGCCGAACGAGGAGGGGACCGATGAGTAA MSAESLFRPLAVSQNQVLIEFDGKPLSVPGNVCLAAALLASGVRQSRESAVSGRPAAPYCLMGVCFECLVQVDGQANVQSCLVAVRPGMRVQRQRGAVSLAPNEEGTDE PGPT0020400_52 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020400-lhpD-K22550 NA NA D1-35_04112 1125 hcnC_1 Hydrogen cyanide synthase subunit HcnC ATGCAAAAAACTGATGTGATCATCGTAGGTGGCGGCCTGGTGGGTATGTCCATTGCCTATGGCCTGGCCCTGCTCGGGCGCCAGGTGAGCGTGCTCGACGAGGGCGACGACGCGATTCGCGCCGCCCATGGCAACTTCGGTTTGCTCTGGGTCCAGGGCAAGGGCTACGGAATGAGCCCGTATGCACAATGGACCCGTGATTCGGTGGCGCTGTGGCCGCGCTTCGCCGAAGCGCTGCAAGCCGACACGGGTATCGATATCCATCTGCGCCAGCAGGGCGGTTTCCAGTTGTGCCTGAGCGAAGCGGAAATGGCCGAGGAAGCCGCGCGCCTGGCCTGGCTGCGCGAGGCCCTCGACGGTGATTATCCCTATGAGCTGCTGGACAGAGCACAACTGCGCGGCCGTCTGCCGGGTGTCGGCCCCGACGTGGTGGGCGGCTGTTTCTCGCCCATGGATGGTCACGTCAACCCGCTCAAGCTGTTGCGTTCGCTGTATGCGGCCTGCAAAGCGCGTGGCGTGACGTTGATCAATGGTCACCGCGTCGAGGCCATCGAACCGCACGCCACGGGTTTGCAACTGCGCGCCGCCGATCAGCGCTGGTCTGCCGCTCAGGTTGTCCTGGCCGCGGGCCTGGGCAATCGGGGATTGGGCGAAAGGGTCGGATTGGACGTGCCCGTGCAACCCAATCGCGGGCAGATCCTGGTGACCGAACGACTCAAGCCGTTTCTCCATTACCCCACGACGTATGTGCGCCAGACCGACGAGGGCACCGTGCAACTGGGCGATTCCCATGAGTCGGCCGGCTTCGACGACAGCACCGGCAGCCAGGTCATGGCCGCGATCGCCCGACGCGCCGTGCAGTGTTTCCCACTGCTGGGTGACGTACGCCTGGTGCGGGCCTGGGGCGCGTTGCGGGTGATGAGCGCCGACGGGTTTCCGATTTACGAAATGCCCCAGGGCTGCCCGGGCCTGGCGGTCGTCAGTTGCCACAGCGGCGTGACCTTGGCCGCTGTTCACGCCCTGCGCCTGGCCCCGTGGATTGCCGGCGAGTTCGATGACCCAGCCGTCAAGCCATTCGGCCTGCAGCGCTTCAATTCGCCAACCGAGGTGCGTCATGTCGGCTGA MQKTDVIIVGGGLVGMSIAYGLALLGRQVSVLDEGDDAIRAAHGNFGLLWVQGKGYGMSPYAQWTRDSVALWPRFAEALQADTGIDIHLRQQGGFQLCLSEAEMAEEAARLAWLREALDGDYPYELLDRAQLRGRLPGVGPDVVGGCFSPMDGHVNPLKLLRSLYAACKARGVTLINGHRVEAIEPHATGLQLRAADQRWSAAQVVLAAGLGNRGLGERVGLDVPVQPNRGQILVTERLKPFLHYPTTYVRQTDEGTVQLGDSHESAGFDDSTGSQVMAAIARRAVQCFPLLGDVRLVRAWGALRVMSADGFPIYEMPQGCPGLAVVSCHSGVTLAAVHALRLAPWIAGEFDDPAVKPFGLQRFNSPTEVRHVG NA NA NA NA NA D1-35_04113 906 occR Octopine catabolism/uptake operon regulatory protein OccR ATGAACCTCCGCCAGCTGGAAGCGTTTCGCGCGGTGATCCTCGGCCAGACGGTGACCCGCGCCGCCGAAATGCTGCACATCTCGCAACCCGCCGCGACCCGGTTGATTGCCAGCCTGGAAGAAGACATCGGCTTCAGCCTGTTCGACCGTATCAAGGGCCGGCTGCAACCGACCGCCGAGGCGATGACGCTGTATCAGGAGGTGCAGCGCTCGCTGCTGGGGGTGGAGCGGATCGCGCGCACGGCCCAGGACATCCGCAACCTCAAGCGCGGTTCGCTGCACATTGCCTGCGCGCCGGCCATGGGTTTGTCGTTCCTGCCGCGGGCGATTGCCGCGTTCATGGCCGAGCATGAGCAGGTGCAGATCTCGCTGGTGGTGCATTCCTCGCGGGAAGTCGTCGACCTGGTGGTAGGCCAGCGCTGTGACCTGGGCCTGATCGTCCTGCCCAATACCTACCCGAGTCCCCGCGCCGAAAAGCTGCTGGCTACGCGCATGCTCTGCGCCCTGCCCGCCGGCCATCGGCTACAGGACCGCGCGTCCATCAAGCCGGAAGACCTGCAGGGCGAACGGTTCATTTCCTATCCGCAATCCATCGGCTCCCGGCAACACATCGACGCCATTTTCGCCGCTCACGGCGTCGAGCGTGAGCTGCGCCTGGAAACCCAATTGTCCCAACCGATGTGCACTTTTGTTGAGCAAGGCCTGGGCGTCGCCCTGGTAGACGCCATCAGTGCCGTTGAATACCGCGGCAACGGCATCGTCTTCCGTGCCTTCGAACCGGCCATTGAAATGGACTTCAGCATGCTGCTGCCAATCCATGGACCGCTGTCGAAACTGCAGGCGCGCTTCCTCGAACACATGCAGCGATTCATCGAGGCGCAAGTGCCGGCGGCCTATCGGTTTTAA MNLRQLEAFRAVILGQTVTRAAEMLHISQPAATRLIASLEEDIGFSLFDRIKGRLQPTAEAMTLYQEVQRSLLGVERIARTAQDIRNLKRGSLHIACAPAMGLSFLPRAIAAFMAEHEQVQISLVVHSSREVVDLVVGQRCDLGLIVLPNTYPSPRAEKLLATRMLCALPAGHRLQDRASIKPEDLQGERFISYPQSIGSRQHIDAIFAAHGVERELRLETQLSQPMCTFVEQGLGVALVDAISAVEYRGNGIVFRAFEPAIEMDFSMLLPIHGPLSKLQARFLEHMQRFIEAQVPAAYRF NA NA NA NA NA D1-35_04114 1086 tsaM1 Toluene-4-sulfonate monooxygenase system iron-sulfur subunit TsaM1 ATGTACCCCAAGAACGCCTGGTACGTTGCCTGCACCCCGGACGAGATTGCCGACAAGCCGCTGGGCCGACAGATCTGTGGCGAGAAAATGGTTTTCTACCGCGGGCAAGCCGGCAAAGTCGCCGCCGTCGAGGACTTCTGTCCCCATCGAGGCGCACCGCTCTCGCTCGGTTATGTCGAGAATGGCAACTTGGTGTGTGGCTACCATGGGCTGGTCATGGGGGACGACGGCAAGACTGTCGAGATGCCCGGGCAACGGGTTCGGGGATTTCCTTGCAACAAGACCTTTGCCGTGCAGGAGCGCTACGGGTTTATCTGGGTCTGGCCGGGTGAGCAGGCATTGGCCGACCCCTCGCTGATCCACCCTCTGGAATGGGCGGAGAATCAGGAATGGGCGTATGGCGGCGGGCTCTTCCATATCCAGTGCGACTATCGCCTGATGATCGACAACCTGATGGACCTGACCCACGAAACCTACGTGCATGCCTCGAGCATCGGCCAGAAGGAAATCGATGAGGCACCGCCAGTGACCACGGTCGAAGGCGACGAGGTGGTCACCGCCCGCCACATGGAAAATATCATGGCTCCGCCCTTCTGGCGCATGGCGCTGCGCGGCAACAACCTGGCCGACGACGTACCGGTGGATCGCTGGCAGATCTGCCGATTCACCCCGCCCAGCCACGTAATGATCGAAGTCGGCGTGGCCCATGCCGGCCACGGTGGCTATCACGCCGCGCCGCAATGCAAGGCGTCGAGCATCGTCGTTGATTTCATCACGCCGGAAACCGAGACCTCCATCTGGTACTTCTGGGGCATGGCCCGCCACTTCCAGCCTCAGGACGAAGCGCTGACCGCGAGTATTCGCGAGGGCCAGGGCAAGATCTTCAGCGAAGACCTGGAGATGCTCGAACGCCAGCAGCGCAACCTGCTGGACCATCCGCAACGCAATCTGCTCAAGCTCAACATTGATGCCGGCGGCGTGCAGTCGCGTCGGGTACTGGAACGCTGGATCGCCCGCGAGCGTGAGCAACAGGCCGCCCTGATCGCCAGTACCCGGCAGCCGCAACACGCGGAGCAACGGCCATGA MYPKNAWYVACTPDEIADKPLGRQICGEKMVFYRGQAGKVAAVEDFCPHRGAPLSLGYVENGNLVCGYHGLVMGDDGKTVEMPGQRVRGFPCNKTFAVQERYGFIWVWPGEQALADPSLIHPLEWAENQEWAYGGGLFHIQCDYRLMIDNLMDLTHETYVHASSIGQKEIDEAPPVTTVEGDEVVTARHMENIMAPPFWRMALRGNNLADDVPVDRWQICRFTPPSHVMIEVGVAHAGHGGYHAAPQCKASSIVVDFITPETETSIWYFWGMARHFQPQDEALTASIREGQGKIFSEDLEMLERQQRNLLDHPQRNLLKLNIDAGGVQSRRVLERWIAREREQQAALIASTRQPQHAEQRP PGPT0005490_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005490-vanA-K03862 NA NA D1-35_04115 951 pht2 Phthalate 4,5-dioxygenase oxygenase reductase subunit ATGATCGAAGTCCAGGTCGCGGCACGCACTATTGAAACCCCGGACATCTGCAGCTACGAGCTGACCAGCATCGACGGTCAGCCATTGCCGGCGTTTACCGCCGGCGCCCATATCGACGTGCATTTGCCCGATGGGCTGGTTCGCCAGTACTCGCTGTGCAACCACCCGGAGGAACGGCATCGCTACCTCATCGGCGTGCTCAGGGATCCCTCGTCACGAGGTGGCTCACGCAGCCTGCATGAACAAATCCAGCCGGGCGCACGGCTGCTGATCAGCGAACCGCGCAACCTGTTTGCCCTGGCCCCTGCGGCCCAGGGCAGCCTGCTGTTCGCCGGCGGCATCGGCATCACGCCGATCCTGTGCATGGCCGAGCACCTCGCCCAGAGCGGCGCTGCGTTCGCATTGCACTACTGTGCCCGGTCCCGGGACCGCGCCGCTTTTGTCCAACGCCTGGAGCAGTCGCCTTACGCCGACCGGGTATTCCTGCATTTCGATGAAGAACCCGCCACGGCACTGGATGCCGTTCGGGTACTGGCTTCGCCCAGCGCCGACCTGCACTTGTATGTCTGTGGTCCTGGCGGGTTCATGCAGCACATCCTCGACACCGCCAAGGCCCAGGGCTGGCAGGAAGCCAATCTGCACCGGGAATACTTCGCCGCGGCGCCGATCGACACCGCAGGCGATGGCCGCTTCTCGGTGAAGCTTGCCAGCAGCGGTCAGGTTTTCGAGGTGCCGGCGGACCGCAGCGTGGTCCAGGTGTTGGAAAGCCATGGCATCGAGGTTCCGATTTCCTGCGAGCAAGGCGTCTGCGGCACCTGCCTGACCCGCGTGCTGGAAGGCGTGCCGGACCATCGGGACATGTTCCTGACCGAAGCCGAGCAAGCCTGCAACGACCAGTTCACGCCGTGCTGTTCGAGGTCGAGGACGCCGTTGTTGGTGCTGGATCTCTGA MIEVQVAARTIETPDICSYELTSIDGQPLPAFTAGAHIDVHLPDGLVRQYSLCNHPEERHRYLIGVLRDPSSRGGSRSLHEQIQPGARLLISEPRNLFALAPAAQGSLLFAGGIGITPILCMAEHLAQSGAAFALHYCARSRDRAAFVQRLEQSPYADRVFLHFDEEPATALDAVRVLASPSADLHLYVCGPGGFMQHILDTAKAQGWQEANLHREYFAAAPIDTAGDGRFSVKLASSGQVFEVPADRSVVQVLESHGIEVPISCEQGVCGTCLTRVLEGVPDHRDMFLTEAEQACNDQFTPCCSRSRTPLLVLDL PGPT0005495_220 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005495-vanB-K03863 NA NA D1-35_04116 1362 hypothetical protein ATGCTGCTCAAACACAAGATCGTCGCTCTCGGGATCCTGCCGCTGGTCCTGGCGATTGCCGTTATTGGTGCCTTGGTCATCTCGCTCAATCGCCAGTTGGGTGACCAACAGGCGCAGCTGATCGAAGACAGTATCCTGGCCAGTAAACGCGCCGAGCTGAAGAACTACGTAGAGATGGCGCAGAGCCTGATCGCCCCGTTGTACAACGACGGCCAGGGAGATGCGCGGGCACAACAGCAGGTGCTGGAAGAACTGCGCAAGCTCAGCTTTGGCATCAACGGTTATTTTTTCGTCTACGACCGCCAGGGTCGCAGCCTGATGCATGCCCGCCAGTCGGAGCTGGTGGGGCAATATCTCTGGGACATGAAGGATCCTCAAGGCCTGCCCGTCATCCAGGCCTTGCTCAAGAGCGCCGAATCAGGCGAAGGCTTTCAGCGCTATGCCTGGAACAAGCCCTCCTCCGGCCAGGTAACCGACAAGCTCGCCTACGTCGTGATGCTTGATCGTTGGGGCTGGATGCTGGGCACCGGGATCTACCTGGAAGACGTCGAACGCGCCACCCAGCAGGCTCGCGCCGAAGTGGCCCAGGGCATCCACACCACCATGCAGGCCATCGCCGCCATCGCGTTGGTCGCGGTGCTGCTGGTGTTTGCCGGCGGCATCACCCTCAATGTCAGCGAGCATCGCCTGGCCGACAAGAAACTGCAGCGCTTGAACCAGCGTATCGTCAGCTTGCAGGAGGAAGAGCGCTCGCGGGTGTCTCGCGAACTCCACGACGGCATCAGCCAGCTGTTGGTTTCGATCAAGTTCCAGTTCGAACTGGCCAGCCATGTGATCGAGAACGGCCAGGAAAATGGCCTCGGCATCTTGAAGAATGCGACCGATCGACTGGGCGAAGCGATCGGTGAAATCCGTAGCATTTCCCATGATTTGCGTTCCTCGTTGCTCGATACCCTGGGCCTGCCCGCCGCCATCGGCCAGCTCGCGGCGGAATTCGAACAGCGCAGTGGCCTGGAAGTGTCCTACCGAAGCAACGAATTCGACTGTCGCCTGGAAAACGGCGCCCCGGTCTCGCTGTTCCGGATTGCCCAGGAGGCGCTGACCAACATCGAGCGACACGCCGGGGCGAAACGAGTCGCCATCACCCTGTTCGGTTCGGGCCAATCCCTGCGCCTGACCGTGGTGGATGACGGGATGGGCTTCAACGTCCCGCAGGTCGAGCGTGGTCACACCGGCATCGGCCTGCGTAATATCCGCGAACGGGTCGAGCATTTTGGCGGGCGGCTGGAAATGACCTCGGTTCCGGGACGAAGCGAACTGGATATCCTGTTGCCCATGACCCTGTCGGCCACGGAAAGTTGA MLLKHKIVALGILPLVLAIAVIGALVISLNRQLGDQQAQLIEDSILASKRAELKNYVEMAQSLIAPLYNDGQGDARAQQQVLEELRKLSFGINGYFFVYDRQGRSLMHARQSELVGQYLWDMKDPQGLPVIQALLKSAESGEGFQRYAWNKPSSGQVTDKLAYVVMLDRWGWMLGTGIYLEDVERATQQARAEVAQGIHTTMQAIAAIALVAVLLVFAGGITLNVSEHRLADKKLQRLNQRIVSLQEEERSRVSRELHDGISQLLVSIKFQFELASHVIENGQENGLGILKNATDRLGEAIGEIRSISHDLRSSLLDTLGLPAAIGQLAAEFEQRSGLEVSYRSNEFDCRLENGAPVSLFRIAQEALTNIERHAGAKRVAITLFGSGQSLRLTVVDDGMGFNVPQVERGHTGIGLRNIRERVEHFGGRLEMTSVPGRSELDILLPMTLSATES NA NA NA NA NA D1-35_04117 633 nreC COG2197 Oxygen regulatory protein NreC ATGACCCTGCCCCCCGCCATACGCGTCGCCCTGGTCGACGATCACTCGCTGGTTCGTGATGGTATTCGCGCGCTGCTGTCCGTCATGTCTCGCCTGGACGTGGTCGGCGAAGCGGAGAACGGCGCGCAGGCGATCGACATGGTCGGGCGCTGCCAGCCGGACCTGCTGCTGATGGACATCGGCCTGAAGGACATGAACGGCCTCGAGCTGACCCGGCTGCTGGGCAAGCAATACCCCGGCTTGAAGATCCTCATCCTGAGCATGTACGACAATCATGAGTACATCAGTGAATCCGTGCGCGCCGGTGCCAGCGGTTACGTGCTGAAGAATTCACCTTCCAAAGAGATCATTGCCGCCATCGAAGCCATCATCGGCGGCGGCACCTTCTACAGCGCCGAGATCGCCCAGCGCCTCGCCACCGACCCGAACACCGACAGCGAACTGACGCCGCGCGAGAGCCAGGTCCTGGCGAAAATGGTCGAGGGGCTCAACAACAAGGAAATGGCCCGTGAACTGGACATCAGCGTACGTACCGTCGAAACCCACCGCCTGAGCATCCGCCGCAAACTCAATATCGACAAGCCTGCGGCGCTGGTGAAATACGCGATCGATCACGGACTTGTTTCCCGCTAG MTLPPAIRVALVDDHSLVRDGIRALLSVMSRLDVVGEAENGAQAIDMVGRCQPDLLLMDIGLKDMNGLELTRLLGKQYPGLKILILSMYDNHEYISESVRAGASGYVLKNSPSKEIIAAIEAIIGGGTFYSAEIAQRLATDPNTDSELTPRESQVLAKMVEGLNNKEMARELDISVRTVETHRLSIRRKLNIDKPAALVKYAIDHGLVSR PGPT0000550_1101 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION N-AQUISITION-NITRATE|NITRITE_SENSING,PGPT0000550-narL-K07684 NA NA D1-35_04118 1224 yfcJ putative MFS-type transporter YfcJ ATGACTCAAGAAAAACTTCATCTCGGCGCCGCATCGGCGCTCGGGGCAACCGTCGAGGCCAATCCGGCGCTCAAGCTGTTGCCGCTCACACTGACCGTGTTTGTCGGTTTCCTCACCATCGGCATGCAATTGCCGGTCTTGCCGCTGCACCTGCATGACACGCTGGGCATGGGCACGCTGGTGATTGGCCTGGTGGTCGGGGCACAGTTCGCCGCGGCGCTGCTGTCACGGGCCTGGGCCGGCAACTTTGCCGACCTGCGTGGCGGCAAGCGCGCGGTCATGGCCGGGCTGGTAACGGCCGCCGTTTCCGGGCTGGTCTATCTGCTTTCCCTGGCGTTCGTTGCCGAGCCGGTTACGTCGGTCTGGCTTTTGTCGGGCGGCCGCGTGCTGCTGGCGATCGGGGAAAGCCTCATCGTCACCGGAGCGATGGGCTGGGGCATCGGCCTGGTGGGGCCGCAGCATGCCGGCAAGGTCATGGCCTGGAACGGCATCGCCATGTACGGCGCCTACGCACTGGGTGCGCCGCTCGGTGTTGCGTTGAATGCCGGTTGGGGCTTCGTGGGCATCGTCCTGGCCTCGATGTTCGTGCCGCTGCTGGCCTTGGCGATTGTCGCCGGCGTGCGCGCCGTCGCCCCTACGGCGACCCGGCGTACACCGTTCTACAAGATGCTCGGCGCCGTCTGGGTTCCTGGCTTGGGGTTGGCGTTCTGCAGCGTCGGTTTTGGTGTTCTCACGGCGTTTATCGCCCTGTTGTTCGCGGCCCGGGAGTGGGGCAACGCTTCGTTGGCATTCACCGCGTTCGGCGTGGCGTTCATCGGTGCGCGGCTGCTGTTCGGGCACCTTCCGGACAAGATTGGTGGCGCCCGTGTGGCACTGGTCTGTGTGTTGATCGAAAGCGTTGGGCTGCTGCTGATCTGGAGCGCCGACAGCGCGACCAGCGCCTACCTGGGGGCGGCACTCACCGGTTTCGGTTATTCCCTGGCGTTTCCCGGTTTTGGCGTGGAGGCGGTGCGGCGCGCACCACCACAGGCTCGCGGTCTCGCCATGGGCGCCTATGTCGCCTTTCTCGATATTGCCCTGGGCATCACCAGCCCGCTGGCCGGCCTGCTGGCGAGTGGCTGGGGCATTGGTGCGGTTTACCTGGGCGGCGCCATCGCCGTGGCGCTGTCGTTTGTAGTGGCTTTGGTGTTGCTCGGAAGGCAGCCAGGCAAGCTCCCTCGCTAG MTQEKLHLGAASALGATVEANPALKLLPLTLTVFVGFLTIGMQLPVLPLHLHDTLGMGTLVIGLVVGAQFAAALLSRAWAGNFADLRGGKRAVMAGLVTAAVSGLVYLLSLAFVAEPVTSVWLLSGGRVLLAIGESLIVTGAMGWGIGLVGPQHAGKVMAWNGIAMYGAYALGAPLGVALNAGWGFVGIVLASMFVPLLALAIVAGVRAVAPTATRRTPFYKMLGAVWVPGLGLAFCSVGFGVLTAFIALLFAAREWGNASLAFTAFGVAFIGARLLFGHLPDKIGGARVALVCVLIESVGLLLIWSADSATSAYLGAALTGFGYSLAFPGFGVEAVRRAPPQARGLAMGAYVAFLDIALGITSPLAGLLASGWGIGAVYLGGAIAVALSFVVALVLLGRQPGKLPR NA NA NA NA NA D1-35_04119 654 slmA_2 Nucleoid occlusion factor SlmA ATGTCCGAACGCCCAAGCCCTCAGATTTCCTCGCGCAAACAGCCGAAACAGGCCCGCTCCACCGAACTCGTGGCGGCCGTCCTGGAGGCGGCTGTTCAGGTTCTGGCAAGCCACGGCGCCCCGCGTTTCACCGTGGCTCGTGTGGCGGAGCGGGCGGGAGTCAGCGTCGGGTCGGTGTATCAATACTTCCCGAACAAGGCGGCGATCCTGTTCCGGTTGCAGAGTGACGAGTGGCAACAAACCACCGCCATGCTGCGGGACATCCTCGAGGACCAGTGCAAGTCGCCTCTGCAGCGATTGAGGGATCTGGTGCAGACGTTCATCCAGTCCGAATGCGACGAGGCGCAGATACGCATCGCCCTCAATGACGCCGCCCCGCTCTACCGCGATGCCCCCGAACATCAGACGGCGCGAATCTCGGTGCAGCAATCGGTGGACGCTTTCATGCAACAAGTGCTGCCGGAAGCCAGCACGCAGAGCCGCGCCCTGGCCGGTGACCTGATCATCACCACCCTCGGTTCCGTGGGTAAGCGATTTTCGGCAACGCCACGCTCCGGCGAGGAAATCCGAGCCTATGCCGATGCCATGGCCGATATGTTCTGTGCCTATCTGGAGAGTCTGCGGCAGAAAGCCGTCGAGATCGCGCCAGGCTGA MSERPSPQISSRKQPKQARSTELVAAVLEAAVQVLASHGAPRFTVARVAERAGVSVGSVYQYFPNKAAILFRLQSDEWQQTTAMLRDILEDQCKSPLQRLRDLVQTFIQSECDEAQIRIALNDAAPLYRDAPEHQTARISVQQSVDAFMQQVLPEASTQSRALAGDLIITTLGSVGKRFSATPRSGEEIRAYADAMADMFCAYLESLRQKAVEIAPG NA NA NA NA NA D1-35_04120 792 pheC Cyclohexadienyl dehydratase ATGAAAACCATAACAAGCACGATGACGTTCTGTGGCCTGCTGGCGTTCTGCGGCAGCGCCCTGGCCGAGCCAACCCCTTCGCATCTGGACAAGGTCCTGCAACAAGGTGAACTGCGGGTGTGCACGACGGGCGACTACAAGCCCTATACCTACAAGGCCGCATCGGGTGAATACGAGGGCATCGACATCGACATGGCCCGTTCCCTCGCCAGCAGCCTCGGCGTCAAGGTGCAATGGGTCCAGACCACCTGGAAAACCCTGATGCCAGACATGTTGGCCGGCAAATGTGACATCGGCATGGGCGGGATTTCGGTGACCCTGGAACGGCAGAAAAAAGCCTATTTCAGCAGCACCCTGGACGTTGACGGCAAGATCCCCCTGGTGCGTTGCGAAGACCAGTCGCGCTACCAGACCATCGAGCAGATGAACCAGCCTTCGGTGCGTCTTGTCGAGCCGGCCGGCGGCACCAACGAAGCCTTCGTGCGGGCATTCCTGCCCAAGGGCCAGCTGGCGTTCCATGACAACGTGACCATCTTCCAGGAGCTCCTGGAAAAACGCGCCGACGTGATGATCACCGATGCCTCCGAAGCGCTCTACCAGCAGAAACTCAAACCGGGCCTGTGCGCCGTCAACCCGACCCAGTACCTGCAATACGGCGAGAAGGCCTACCTGCTGCCGCGCGATGACCACACCTGGAAAATGTACGTTGACCAGTGGCTGCACCTGAGCAAGGCCAATGGCAGCTACCAGAAAGTGATCGGACAGTGGCTGGCCGTCCCCGGCGCCCAGTGA MKTITSTMTFCGLLAFCGSALAEPTPSHLDKVLQQGELRVCTTGDYKPYTYKAASGEYEGIDIDMARSLASSLGVKVQWVQTTWKTLMPDMLAGKCDIGMGGISVTLERQKKAYFSSTLDVDGKIPLVRCEDQSRYQTIEQMNQPSVRLVEPAGGTNEAFVRAFLPKGQLAFHDNVTIFQELLEKRADVMITDASEALYQQKLKPGLCAVNPTQYLQYGEKAYLLPRDDHTWKMYVDQWLHLSKANGSYQKVIGQWLAVPGAQ NA NA NA NA NA D1-35_04121 177 hypothetical protein ATGCAGATCCTGAGTCCAACCCAACAACTGTGGGATCTGTGGCACATGCAGATCCTGAGTCCAACCCAACAACTGTGGGATCTGTGGCACATGCAGATCCCGAGTCCAACCCAAAACCACTGTGGGAGCGAGCTTGCTCGCGATGGCGTCCGCTCAGTCGACATCATCATCGACTGA MQILSPTQQLWDLWHMQILSPTQQLWDLWHMQIPSPTQNHCGSELARDGVRSVDIIID NA NA NA NA NA D1-35_04122 1020 hypothetical protein ATGCAAAAACTGATGAAAACCTTGCTGGCTGGGGCTTGCGCAACAGGCTTGCTGCTCGGCAGCGTGGCCGGCCACGCCGCTGAGATCCGCGAGCGCACCCTGCGTTTTGCCTTCCAGAACGTCAAGGAACATCCGCAAGGGCAGGGCGCGCAGAAGTTTGCCGACCTGCTCAGTGAAAAGAGCGGCGGCAAGCTCAAGGTTCGTCTGTTCCCTGGCGGAACCCTGGGCGGCGATGTGCAGACCGTCTCGGCCCTGCAAGGCGGCACGCTGGATATCACGGTGCTGAACTCCGGCATCCTCGCTGCCCAGGCCGCGGATTTCGCCATGCTCGATTTCCCGTTCCTGTTCAACAACGCCGAGGAAGCCCACGCGGTGATAGACGGGCCGGTCGGCCAGAAACTCGCGGCGCAGTTGGACAGCAAGGGCCTGGTCGGCCTGGGTTACTGGGACCTGGGGTTTCGTCACCTGACCAACAGCAAGCATCCGGTGGCGAAACTTGAAGACATGCAGGGCTTGAAGGTTCGTGTCATCCAGTCGCCGATCTATCTGGAAACCTTCAGTGCCCTGGGCGCCAACCCGGTGCCGATGGCTTTCCCGGAGGTCTATACCGGCCTGGAGCAACACACTATTGATGGTCAGGAAAACCCGTTCACGGTGATCGAAGGCAACAAATTCTACGAGGTGCAGAAGTACCTTTCGGTGACGGGCCACATCTTCAATCCGCAGTCGTTGATCATCAGCCAGAAAACCTGGAACCGCCTCAACGACGATGAAAAGGCGCTGATCCGCGAGGCCGCGAGCGAGGCGCAGAAGTTCCAGCGTGAAGTCACCGCGGCGAGCATGGACAAGGCCAAGGCGACGCTGGCGGGCGCCATGACCGTCAACGAAATCACCCCGGCCGAGAAAGATCGTTTCCGCGAACGCGTGCAGCCGGTGATCGATAAATTCGCCAAATCCCTGGACGGTGAGCTGGTGAAGATGATGTACGCCGAAATCGCCAAGGTGCGGGCGGGGCAGTGA MQKLMKTLLAGACATGLLLGSVAGHAAEIRERTLRFAFQNVKEHPQGQGAQKFADLLSEKSGGKLKVRLFPGGTLGGDVQTVSALQGGTLDITVLNSGILAAQAADFAMLDFPFLFNNAEEAHAVIDGPVGQKLAAQLDSKGLVGLGYWDLGFRHLTNSKHPVAKLEDMQGLKVRVIQSPIYLETFSALGANPVPMAFPEVYTGLEQHTIDGQENPFTVIEGNKFYEVQKYLSVTGHIFNPQSLIISQKTWNRLNDDEKALIREAASEAQKFQREVTAASMDKAKATLAGAMTVNEITPAEKDRFRERVQPVIDKFAKSLDGELVKMMYAEIAKVRAGQ NA NA NA NA NA D1-35_04123 1281 siaM COG1593 Sialic acid TRAP transporter large permease protein SiaM ATGACCTTGGCCATTTTCCTCGGGTCGTTGATGGGCAGCATGGCGCTGGGTATGCCGATTGCCTTTGCCTTGCTGGTGGTCAGCGTCGCGCTGATGTTCTACCTGGACCTGTTCGATGCCCAGATCATCGCGCAGAACCTGCTCAATGGCGCTGATAGCTTTCCGTTGATGGCCGTGCCGTTCTTCATGCTGGCCGGCGAAGTCATGAATGTCGGCGGCCTGTCCAAGCGCATCGTCAACATCGCCATGGCGCTGGTGGGGCACAAGCGCGGAGGCCTGGGTTATGTCGCGATCATCGCCTCCTGCCTGTTGGCCTCGCTTTCCGGTTCGGCGGTGGCTGATGCCGCGGCGCTGGCAGCGCTGCTGGTGCCGATGATGGTGCTGGCCGGGCACAACCGAGGGCGTTCGGCCGGGCTGATCGCCGCTGGCAGCACCATCGCGCCGGTCATTCCGCCGAGCATAGGTTTCATCGTTTTTGGCGTGGCCTCCGGGGTATCGATCTCCAAGCTGTTCCTGGCCGGAATTGTGCCCGGGCTCATGCTCGGTGTCGGGCTCGCCATCGCCTGGTGGTTCATCTCCCGCCGCGAGAATGTCGAGACGGCGCCCAAGCGCTCCCGTACCGAGGTGCTGCGCACATTGCTGGACGGCAGTTGGGCGATGGGCCTGCCGCTGATCATCATCCTCGGCCTCAAGTTTGGCATCTTCACCCCCACGGAAGCGGCGGTGGTCGCGGCGGTCTATTCGCTGTTCGTGTCGTTGGTGATCTACCGGGAAATGAAGATCAGCCAGCTGTACGAAGTGATCCTGTCATCGGCCAGGACCACCTCGGTGGTGATGTTGCTGGTGGCGGCCGCGATGGTCTCGTCTTGGCTGGTGACCATCGCCGACCTGCCGGGCCAGTTGGCCGACCTGCTGGCGCCGTTCATGGACAACCAGACCCTCCTGCTGCTGGTGATGATGGCGCTGATCATCCTGGTCGGCACGGTGATGGACATGACCCCGACCATCCTCATCCTCACGCCGGTGCTGATGCCCGCGGTGATCCAGGCGGGCATCGACCCGGTGTACTTCGGCGTGCTGTTTCTGATCAACACCGCGATTGGCCTGATCACGCCGCCGGTGGGCACGGTGCTCAACGTGGTCTGTGGCGTGGCGAAGCTGGAATTCGAGGAAATCGTGCGTGGCGTGTGGCCGTTCATGCTTGCGCAATTTGCGGTGCTGTTCCTGCTGGTGCTGTTCCCTCAGCTCGTCCTGGGACCGTTGAAGTTCTTCACCGGTTGA MTLAIFLGSLMGSMALGMPIAFALLVVSVALMFYLDLFDAQIIAQNLLNGADSFPLMAVPFFMLAGEVMNVGGLSKRIVNIAMALVGHKRGGLGYVAIIASCLLASLSGSAVADAAALAALLVPMMVLAGHNRGRSAGLIAAGSTIAPVIPPSIGFIVFGVASGVSISKLFLAGIVPGLMLGVGLAIAWWFISRRENVETAPKRSRTEVLRTLLDGSWAMGLPLIIILGLKFGIFTPTEAAVVAAVYSLFVSLVIYREMKISQLYEVILSSARTTSVVMLLVAAAMVSSWLVTIADLPGQLADLLAPFMDNQTLLLLVMMALIILVGTVMDMTPTILILTPVLMPAVIQAGIDPVYFGVLFLINTAIGLITPPVGTVLNVVCGVAKLEFEEIVRGVWPFMLAQFAVLFLLVLFPQLVLGPLKFFTG PGPT0017335_2575 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 D1-35_04124 546 hypothetical protein ATGACAAAAGTCGTCGATTTGTATTTCAAGCTGCTGAAGCTGCTGATTGTCCTGTGCATGGTCGCGATGATCGTGCTGGTGTTCGGCAACGTCGTGCTGCGCTATGCGTTCAACTCCGGCATCAGCGTTTCGGAAGAACTGTCGCGCTGGTTCTTCGTCTGGATGATTTTCCTCGGCGCCCTGGTGGCGCTCAAGGACCGCGCCCATCTGGGCATGAACAGCCTGGTCAAGCGCTTGCCGCCCGCCGGCAAGCGTGCCTGCCTGGTCATCAGCCACTTGCTGATGCTGTATATCTGCGGCTTGATCGTCAGCGGCAGCTGGCAACAGGCAGTGATCAACCTGGACGTGGTCGCGCCGGCTTCAGGCCTGTCGATGGCGCTGTTCTACGCCGCCGGCCTGGTGTTCGGCGTCAGCGCCACCGCCATTCTGCTGTATGAACTGTACCTGGCGCTGTTCGGCAAACTCGCGGATGACGAGCTGGTGATGGTCGAGGCCAGCGATGCTTCGGCAATCAACCACGACACCCTCAAAGGTAGCCGCCCATGA MTKVVDLYFKLLKLLIVLCMVAMIVLVFGNVVLRYAFNSGISVSEELSRWFFVWMIFLGALVALKDRAHLGMNSLVKRLPPAGKRACLVISHLLMLYICGLIVSGSWQQAVINLDVVAPASGLSMALFYAAGLVFGVSATAILLYELYLALFGKLADDELVMVEASDASAINHDTLKGSRP NA NA NA NA NA D1-35_04125 216 hypothetical protein ATGTTCAATTTCTCGAAACTTTCATCCCTCGCAATCGCCCTGACGCTGGTTGGCGGTGTCGGCTTGTCGACGGCGGCCTCGGCCAAGAGCTCCCCTTCCCATGGCCATGCTGCGCAGCAGCTGGCTGAGGGTGGCTCTGATCGTCTGATTCAGAATCGCGTGGCCGAAGGCGGGGCTGATCGGTTGCAGGAGCTGCGTGAACGCAGCACCGCATGA MFNFSKLSSLAIALTLVGGVGLSTAASAKSSPSHGHAAQQLAEGGSDRLIQNRVAEGGADRLQELRERSTA NA NA NA NA NA D1-35_04126 423 farR_1 HTH-type transcriptional regulator FarR ATGGCCAACCCGAGACCCTCACTGACGCTGACTCTGCTGCAAGCCCGCGAAGCGGCGATGGCTTTTTTTCGTCCGGCGCTGAACCAGCATGATCTTACGGAGCAGCAGTGGCGAGTGATCCGCATTCTGCACCAGCAGGGTGAGTTGGAGAGCCACCAGCTCGCCCATCAGGCCTGCATCCTCAAGCCCAGCATGACCGGCGTGCTCACTCGCCTGGAGCGCGACGGGCTGGTGCGGCGGCAGAAATCCAGCCAGGACCAGCGTCGGGTTTTCGTTGGCCTGACCGAGCGCGGCCAGCAGTGTTTCGTGTCCATGAGCGAAGGCATGGAAAGCAACTACCGGCGGATCGAGGAACAGTTCGGCGAAGAAAAAATGCAGCAGCTGCTGGGTTTGCTCAATGAATTGAAAAACATCAAGCCTTGA MANPRPSLTLTLLQAREAAMAFFRPALNQHDLTEQQWRVIRILHQQGELESHQLAHQACILKPSMTGVLTRLERDGLVRRQKSSQDQRRVFVGLTERGQQCFVSMSEGMESNYRRIEEQFGEEKMQQLLGLLNELKNIKP NA NA NA NA NA D1-35_04127 912 hypothetical protein ATGACCGACCGGCAGCCGATCCCGAACATCAACATTGGCCAGGTGTACGACCAGCGCTACAGCGATGCCGAAGTGCATTACGACCGGCTCGCCAACCTGGCCGGCTTTTTTGGGCGCAACATGCCGGTCCATCGGCATGACCGGTTCTTCCAGGTTCACTACGTCAAGAGCGGCACCGTGCGGGTGTATCTGGATGATCGGCAGTACGTCGAATCAGGGCCGATGTTTTTTCTCACGCCGCCGACCATTCCCCACGCTTTTGTTACCGAAGCCGACAGCGACGGACACGTACTGACGGTGCGTCAGCAACTGGTGTGGCAATTGATCGATGCCGATCCGAGCCTGGCGCCGGCGGGCGTGCAGATGCCGGCGTCCTGCGTCGCGCTGGCGCAGTTGGGGCCGGAGCAGACGGGGGAGGTGCGGCGGCTGGACTGCCTGTTCGAGGAATTGAGCGAAGAGGTGACGGCCGGGCGGCCGGGGCGCAGCGCGGCGCTGGACGGCTTGACGCGGCTGATCATGATCAGCCTGCTGCGGCTGTGCTCCAACTCCCTGGAAGCCAGGCCGGCGCGGCATGAAGACCTGAAGATCTTCCACCGTTTTAATGAGTTGATCGAAGCGCATTATTTCCAGCACTGGCCCCTGTCGCGTTATACCGCGGACATTGGCGTGACCGAGGCGCGCCTCAACGACGTGTGTCGACGAATCGCCGACCTGCCTTCCAAGCGCTTGATCATGGAGCGTCTGATGCAGGAGGCCAAGCGGCTGCTGTTGTTCACCGGCAGCTCTGCCAATGAAATCTGCTACCAGCTCGGCTTCAAGGACCCCGCGTATTTCAGCCGGTTTTTCCAGCGTTACGCCAGGCTGACACCGGGGGAGTATCGGCAGCGGCAGTCGGGCATGTTGTTCAAATAG MTDRQPIPNINIGQVYDQRYSDAEVHYDRLANLAGFFGRNMPVHRHDRFFQVHYVKSGTVRVYLDDRQYVESGPMFFLTPPTIPHAFVTEADSDGHVLTVRQQLVWQLIDADPSLAPAGVQMPASCVALAQLGPEQTGEVRRLDCLFEELSEEVTAGRPGRSAALDGLTRLIMISLLRLCSNSLEARPARHEDLKIFHRFNELIEAHYFQHWPLSRYTADIGVTEARLNDVCRRIADLPSKRLIMERLMQEAKRLLLFTGSSANEICYQLGFKDPAYFSRFFQRYARLTPGEYRQRQSGMLFK NA NA NA NA NA D1-35_04128 678 hpcE_1 COG0179 Homoprotocatechuate catabolism bifunctional isomerase/decarboxylase ATGAGCCGTGCCCTGCATGACGTCGCGACCGGCACCCTGTTCGGGGTCGCGCTGAACTACCAGGGGCTGCTGAAGCAGCGCCTCGCCGAGTTCGAGCAAGCGCCTTACCAGAAGCCGCCGCTCAAGCCCGTGCTGTTCATCAAGACGCCGAACACCCGCAACCAGCACGAGGCCGAAGTGATTCATCCAGGCCAGGGCGAGCGCCTGCAACCCGGGCCGGCGTTGGGTGTGGTGATGGGCAAGTCCGCCAGCCGCGTCAGCGCCGACGAGGCGTTGAACTACGTGGCTGGCTACACCGTGGTCAATGAATTCAGCCTGCCGGAGGACAGCTACTACCGTCCCGCCGTCAAGGCCAAGTGCCGGGATGGCTTTTGCACCATCGGTCCCGACCTGGTGCCCAGCGCCAACGTTGCCGACCCCCACAGCCTGGCGGTCACGCTGTACGTCAACGGCGAGGTTCGCCAGCAGAACAACACGGCCAATTTCGTTCGCGACATCCCCCGCTTGATCGCCGAGATCAGCGAGTTCATGACCCTGCATGCCGGCGATGTCTTGATCACCGGCACGCCCGAGGGCCGGGTCGATGTACTGCCCGGCGATCGCGTCGAAGTGGACATCAGCGGCATTGGCCGACTCGTCAATACCATCGTGGCCGAGGAAACAGGAGCCGCCTCATGA MSRALHDVATGTLFGVALNYQGLLKQRLAEFEQAPYQKPPLKPVLFIKTPNTRNQHEAEVIHPGQGERLQPGPALGVVMGKSASRVSADEALNYVAGYTVVNEFSLPEDSYYRPAVKAKCRDGFCTIGPDLVPSANVADPHSLAVTLYVNGEVRQQNNTANFVRDIPRLIAEISEFMTLHAGDVLITGTPEGRVDVLPGDRVEVDISGIGRLVNTIVAEETGAAS NA NA NA NA NA D1-35_04129 771 hpcE_2 COG0179 Homoprotocatechuate catabolism bifunctional isomerase/decarboxylase ATGAAACGCGCACGCATTCACTTTGAAGGCCGGGTCCACGCCGTCACGGTCGAGAACGATAACGCCGTGCGCCTGGCCGACGGTCGGCTGCTGGCCGAAAACCAGGTGCAGTGGCTGCCACCGGCCACCGGCAGCATGTTCGCCCTGGGCCTGAACTATGCCGATCACGCTGCGGAGTTGGCGTTCAAGCCGCCGACCGAACCGCTGGCCTTCATCAAGTCCCCCGGCACCTACACCGGCCACAACCAGATCACCTGGCGCCCCGACAACGTTGCCTACATGCACTACGAGTGCGAGCTGGTGGCGGTCATCGGCAAACCGGCGCGCAACGTCAAGCGTGAGGACGCGCTGGGCTACCTGGCCGGCTACACCGTCTGCAACGACTACGCGATCCGCGACTACCTGGAAAACTACTACCGCCCCAACCTGCGGGTGAAGAACCGCGACGCCACGACACCGGTCGGCCCGTACATCGTTGACGTTGCCGACGTTGCCGACCCTGGCAACCTGACCTTGCGCACCTGGATCAATGGCGAGTTGCGCCAGCAAGGCAGCACCAAGGACATGATCTTCGATATTCCCTACCTCATCGAATACCTGTCCAGCTTCATGACCCTGCAACCCGGCGACATGATCGCCACCGGCACGCCCGAAGGCCTGGCCGATGTGGTGCCGGGCGATGAAGTGGTCGTGGAAGTGGAAGGCGTCGGTCGCCTGGTCAACACAATCGTCAGCGAAGCCGAGTTCTTCGCGTCCCGGAAAGAGGCTTGA MKRARIHFEGRVHAVTVENDNAVRLADGRLLAENQVQWLPPATGSMFALGLNYADHAAELAFKPPTEPLAFIKSPGTYTGHNQITWRPDNVAYMHYECELVAVIGKPARNVKREDALGYLAGYTVCNDYAIRDYLENYYRPNLRVKNRDATTPVGPYIVDVADVADPGNLTLRTWINGELRQQGSTKDMIFDIPYLIEYLSSFMTLQPGDMIATGTPEGLADVVPGDEVVVEVEGVGRLVNTIVSEAEFFASRKEA PGPT0001630_42 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001630-hpaF-K16164 NA NA D1-35_04130 1461 betB_2 COG1012 NAD/NADP-dependent betaine aldehyde dehydrogenase ATGATCAAACACTGGATCGATGGCCGTGAGGTCGAGAGCAAAGACGTCTTCGTCAACTACAACCCCGCCACCGGCGAGGCCATTGGCGAAGTCGCCAGCGGCGGCGCCGAGGAAGTCGCCCAGGCTGTCGCGGCGGCCAAGGCAGCGTTTCCGAAATGGGCCAACACCCCGGCGAAAGAACGGGCCCGGCTGATGCGCAAACTCGGCGAGCTGATCGAACAGAACGTGCCGAAACTGGCCGAACTGGAAACCCTCGACACCGGCTTGCCGATCCACCAGACCAGGAACGTGCTGATCCCAAGGGCTTCTCACAACTTCGATTTCTTCGCCGAAGTCTGCACCCGAATGGACGGTCACACCTACCCGGTCGACGACCAGATGCTCAACTACACCCTGTACCAGCCGGTGGGTGTCTGCGCCTTGGTCTCGCCGTGGAACGTGCCGTTCATGACCGCGACCTGGAAGACCGCGCCGTGCCTGGCACTGGGCAATACCGCCGTGCTGAAAATGTCCGAGCTGTCGCCGCTGACCGCCAACGAACTCGGGCGCCTGGCCGTCGAGGCCGGCATTCCCAACGGGGTGCTCAACGTGATCCAGGGCTACGGCGCCACGGCCGGCGATGCGTTGGTGCGTCACCCGGACGTGCGGGCGATTTCTTTCACCGGCGGCACCGCCACCGGCAAGAAAATCATGCAGACCGCTGGCCTTAAAAAGTACTCGATGGAACTGGGCGGCAAGTCACCGGTACTGATTTTCGAAGACGCCGATCTTGACCGTGCCCTCGACGCGGCACTGTTCACCATCTTCTCGTTGAACGGCGAGCGCTGCACCGCCGGCAGCCGGATCTTCATCCAGGAAAGTGTCTACCCACAATTCGTAGCCGAGTTCGCCGCCCGCGCCAGACGCCTGATCGTCGGCGACCCGCAGGACCCCAAGACCCAGGTCGGCTCGATGATCACCCAGGCCCATTACGACAAGGTCACCGGCTACATCAGGATCGGTCTCGAAGAAGGCGCCACCCTGCTCGCCGGTGGCCTGGAGCGTCCGGCCAACCTGCCGGCGCATCTGAGTTGCGGCCAGTTCATCCAGCCGACGGTGTTCGCCGACGTGAACAACAACATGCGCATCGCCCAGGAAGAAATCTTCGGCCCGGTGGTGTGCCTGATTCCGTTCAAGGACGAGGCCGAAGCCTTGCGGTTGGCCAACGCTACCGAATATGGCCTGGCGTCCTATATCTGGACCCAGGACATCGGCAAGGCCCATCGCCTGGCTCATGGCATCGAGGCCGGCATGGTGTTCATCAACAGCCAGAACGTGCGCGACCTGCGCCAGCCTTTCGGTGGCGTAAAGGGTTCCGGAACCGGCCGCGAAGGCGGACAGTACAGCTTCGAAGTCTTCGCCGAGATCAAGAACGTGTGCATCTCCATGGGCAGCCATCACATTCCGCGCTGGGGGGTATGA MIKHWIDGREVESKDVFVNYNPATGEAIGEVASGGAEEVAQAVAAAKAAFPKWANTPAKERARLMRKLGELIEQNVPKLAELETLDTGLPIHQTRNVLIPRASHNFDFFAEVCTRMDGHTYPVDDQMLNYTLYQPVGVCALVSPWNVPFMTATWKTAPCLALGNTAVLKMSELSPLTANELGRLAVEAGIPNGVLNVIQGYGATAGDALVRHPDVRAISFTGGTATGKKIMQTAGLKKYSMELGGKSPVLIFEDADLDRALDAALFTIFSLNGERCTAGSRIFIQESVYPQFVAEFAARARRLIVGDPQDPKTQVGSMITQAHYDKVTGYIRIGLEEGATLLAGGLERPANLPAHLSCGQFIQPTVFADVNNNMRIAQEEIFGPVVCLIPFKDEAEALRLANATEYGLASYIWTQDIGKAHRLAHGIEAGMVFINSQNVRDLRQPFGGVKGSGTGREGGQYSFEVFAEIKNVCISMGSHHIPRWGV PGPT0005060_448 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 D1-35_04131 858 hpcB COG3384 3,4-dihydroxyphenylacetate 2,3-dioxygenase ATGGGCGAAGTCGTCCTGGCTGCGAAGATCTGCCACGTTCCGTCGATGTACCTGTCCGAGCTGCCCGGCAAGCATCACGGCTGCCGCGCGGCAGCGATCGCCGGGCACAAGGAAATCGGCCGCCGCGCCCGTGAACTCGGCGCCGATACCGCCGTGGTGTTCGACGTGCACTGGCTGGTCAACAGCGCTTATCACGTCAACAGCGGCGAGCATTTCAAAGGCATCTACACCAGCAACGAACTGCCGCACTTCATCAAAAACATGGAGTACGAATACCCGGGTTGCCCGGAGCTGGGCGAGTTGATCGCCGCCGAGGCCAACGCCGCCGATATCAGGACCTTGGCCCACAACATCCCCAGCCTCGAGCTGGAATACGGCACCTTGGTGCCGATGCGCTACATGCACATGGATGTACCGGCGGAGCAGAAATTCAACGTGGTGTCGATTGCCGCCTGGTGCGCCTGGCACCGCCTGCAGGACAGTTTCACCTTCGGCGCCGCCGTGCGCCGGGCCATCGAGAAGAGCGACCGCAAGGTCCTGGTCCTGGCCTCCGGCTCGCTGTCCCACCGTTTCTCCGACGACCGCAACGCCGAAGCCAATATCCACAACTGGACGCGGGAATTCGACAAGCAGGTCGATCTGCACGTCGTGAAGTTGTGGCGCGAAGGCCGCTGGAAAGAGTTCTGCGCCATGCTGCCGGACTACGCCGAACATTGCTTCGGCGAAGGCAAGATGCACGACACGGCGATGCTGCTGGGGCTGCTCGGCGGGCCGGACTACGCCAAACCCGCCGAAATCATCACCGAGCCCTTCGGCAGCTCCGGCACCGGCCAGATCAACGCGATTTTTCCAGTCTGA MGEVVLAAKICHVPSMYLSELPGKHHGCRAAAIAGHKEIGRRARELGADTAVVFDVHWLVNSAYHVNSGEHFKGIYTSNELPHFIKNMEYEYPGCPELGELIAAEANAADIRTLAHNIPSLELEYGTLVPMRYMHMDVPAEQKFNVVSIAAWCAWHRLQDSFTFGAAVRRAIEKSDRKVLVLASGSLSHRFSDDRNAEANIHNWTREFDKQVDLHVVKLWREGRWKEFCAMLPDYAEHCFGEGKMHDTAMLLGLLGGPDYAKPAEIITEPFGSSGTGQINAIFPV NA NA NA NA NA D1-35_04132 393 hpcD 5-carboxymethyl-2-hydroxymuconate Delta-isomerase ATGCCCCATTTCATCGCCGAGTACACCGATAACATCGAGCAGCAGGCCGACCTGCCCGGCCTGTTTGAAAAGGTCCACGTCTTGCTGGGCGACAGCGGCGTGTTTCCCTTGGGCGGCATCCGCAGCCGTGGCGTGCGCCTGGACACCTGGCGCATGGCAGACGGCAGGCACGATTACGCCTTTGTCCATATGACGCTCAAGGTCGGCCATGGTCGCGACCTGGCTACCCGGCAAAAGGTCGCGGAAAAACTCTTCGAACTGATCACCACGCACTTCGCCGACTTGCAGGCCCAACGCCTGCTGGCGTTGTCATTCGAGATGATCGAGCTGCACGAGCAGCTCAACTTCAAGGCCAACAACGTCCACGCCTTTCTCAAGGGCCAGCCCAGCTAG MPHFIAEYTDNIEQQADLPGLFEKVHVLLGDSGVFPLGGIRSRGVRLDTWRMADGRHDYAFVHMTLKVGHGRDLATRQKVAEKLFELITTHFADLQAQRLLALSFEMIELHEQLNFKANNVHAFLKGQPS NA NA NA NA NA D1-35_04133 1305 nicT_3 Putative metabolite transport protein NicT ATGAGCACAGCCAATACTGCCGACACCGCCGGCACCCTCGCGCACGACCGCACCCATGCCAGCATCACCTGGCGGCTTATGCCGCTGTTGCTGGTCTGCTACCTCTTTGCCCACCTGGACCGCATCAACATCGGCTTCGCCAAGATGCAGATGAGCGCCGACCTGCAATTCAGCGACACGGTCTATGGCTTCGGCGCCGGTCTGTTCTTCATCGCCTATGCGCTGTTCGGCGTGCCGAGCAACATGGCCCTGGACCGGGTCGGCCCACGTCGCTGGATCGCCACGCTGATGGTGGTCTGGGGCGCGTTGTCGACCGGCATGTTCCTCATCGAAAGCGCCAGCGGGTTCTACGTGTTGCGCTTCTTGCTGGGCGTCGCCGAGGCCGGGTTTTTCCCAGGCATCCTGGTCTTCCTCAACCGCTGGTACCCGGCGCGGCGCCGGGCCCAGGTCACGGCGCTGTTTGCCATTGCCGTGCCGATGGCGGGCGTGATCGGCGGGCCGTTGTCAGGCGGCATATTGGAACATTTCCATGACTTCGGCGGCCTGCGCGGCTGGCAATGGATGTTCATCATCGAAGGCTTGCCGGTGATCCTGCTCGGCCTGGTGGTGCTCAAGTGCCTGCCCGACAGCTTCGAGACGGTCAACTGGCTCAGCGCCGACGCCAAGCAGCAACTGCGCGAGCAACTGAGCCACGAAGAACAGCGCAAATCCATCACCTCGTTCTCGGCCATTCTCGGCAACCCGCAGGTCTGGCTGCTGGTGGCGGTGTATTTCGCGGTGATGCTGGCGGTCAACACCCTGGCGTTCTGGATGCCCACCCTGATCCATGGCGCCGGCATCGGCAGCGATGGCAAGGTCGGGCTGCTCAGCGCCGTGCCTTACCTGGCTGGCTGTTTCTTCATGATCGGTTGCGGACGCTCGTCCGATCACCACCGCGAACGCCGCTGGCACCTGTGCGTGCCGCTGTTGATGGCGGCGGCCGGCATTGCCGTCGCCGGGCTTTCCCCGGCCAATCCGACCCTGGTGCTGGGCGGCCTGATCCTCGCCGGCATGGGCGCCAGTGCCGCGTTGCCGATGTTCTGGCAACTGCCACCGGCGTTCCTGTCCAACAGCACCCAGGCCGCCGGCATCGCACTGATCAGTTCCTTCGGCAGCATCGCTTCGTTCTTCGCGCCCTACCTGATCGGTTGGATGCGCGACACCACCCAGAGCGCCAGCCTGGCCCTTTACGTCCTGGCACTGCTCATCGCCCTGGGTGGCCTGTTGGTGCTGCGCACCCGGGCAGCCATCGTCAATCCACAATAG MSTANTADTAGTLAHDRTHASITWRLMPLLLVCYLFAHLDRINIGFAKMQMSADLQFSDTVYGFGAGLFFIAYALFGVPSNMALDRVGPRRWIATLMVVWGALSTGMFLIESASGFYVLRFLLGVAEAGFFPGILVFLNRWYPARRRAQVTALFAIAVPMAGVIGGPLSGGILEHFHDFGGLRGWQWMFIIEGLPVILLGLVVLKCLPDSFETVNWLSADAKQQLREQLSHEEQRKSITSFSAILGNPQVWLLVAVYFAVMLAVNTLAFWMPTLIHGAGIGSDGKVGLLSAVPYLAGCFFMIGCGRSSDHHRERRWHLCVPLLMAAAGIAVAGLSPANPTLVLGGLILAGMGASAALPMFWQLPPAFLSNSTQAAGIALISSFGSIASFFAPYLIGWMRDTTQSASLALYVLALLIALGGLLVLRTRAAIVNPQ PGPT0002325_481 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_04134 804 hpcG 2-oxo-hept-4-ene-1,7-dioate hydratase ATGCTCGATCAAAGCCTCATCCAGCAAGCCGCCGCGCGCCTTGACCAAGCCGAACGCTCCCGTGAACAGGTGCGGCAATTTTCCCTCGATCATCCAGGCATCACCATCGATGACGCCTACGCCATCCAGCGCGCCTGGGTCGCGCAAAAAATCAACGACGGGCGCAAGCTGGTCGGTCACAAGATCGGCCTGACTTCCCGCGCAATGCAGGTCTCGTCGAATATCACCGAACCGGATTATGGCGCGCTGCTGGACGACATGTTTTTCGATGAAGGCAGCGATATTCCGTTCGAACGCTTCATCGTGCCGCGCGTGGAAGTCGAGCTGGCGTTCATTCTCGGCAAGCCGCTCAAAGGCCCGAACGTGACGCTGTTCGACGTGCTTGATGCCACCGAATGGGTGATTCCGGCGCTGGAAATCATCGATGCGCGTATCCAGCAGATCGACCCGCAGACCAAGGTCACCCGCAAGGTCTTCGATACCATCTCCGACAACGCCGCCAATGCCGGCGTGGTCATGGGCGGCCGTGCCGTGCGGCCCACCGAGATCGACCTGCGCAAAGTGCCGGCAGTGCTCTATCGCAACGGCGTGATCGAGGAGTCCGGCGTGTCGGCGGCGGTGCTCAATCACCCGGCCAAGGGCGTGGCCTGGCTGGCGAACAAACTGGCGGCCTACGACGTCACGCTGCAGCCGGGCCAGATCATCCTGGGCGGCTCTTTCACCCGCCCGGTGGCGGCCAATCCGGGCGATACCTTCCATGTCGATTACGACATGCTCGGCTCCATCGCCTGCCGTTTCGTCTGA MLDQSLIQQAAARLDQAERSREQVRQFSLDHPGITIDDAYAIQRAWVAQKINDGRKLVGHKIGLTSRAMQVSSNITEPDYGALLDDMFFDEGSDIPFERFIVPRVEVELAFILGKPLKGPNVTLFDVLDATEWVIPALEIIDARIQQIDPQTKVTRKVFDTISDNAANAGVVMGGRAVRPTEIDLRKVPAVLYRNGVIEESGVSAAVLNHPAKGVAWLANKLAAYDVTLQPGQIILGGSFTRPVAANPGDTFHVDYDMLGSIACRFV PGPT0005055_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D1-35_04135 798 hpcH COG3836 4-hydroxy-2-oxo-heptane-1,7-dioate aldolase ATGGACATGCCCGTCAATACCTTCAAGCAACGCCTGCGCAGCGGTGAAGCACAAATCGGCCTGTGGCTGGGCCTGGCCGACGCCTACTGCGCGGAGCTGGCGGCCAATGCCGGATTCGACTGGTTGCTGATCGACGGTGAACACGCGCCCAACGATCTGCGCACCCTGCTTGGCCAGCTCCAGGCCATCGCGCCCTACCCCGGCCAACCGGTGATTCGCCCGGTGATCGGCGACACGGCGCTGATCAAGCAACTGCTCGATATCGGCGCGCAAACGCTACTGGTGCCAATGGTGGAAAGCGCCGCCCAAGCCAGCGAACTGGTGCGCGCCATGCATTACCCGCCGCACGGTGTACGCGGCGTCGGCAGCGCACTGGCCCGGGCCTCGCGCTGGAACAGCATTGCCGGCTACCTCGACCACGCCGATGAGCAGATGTGCCTGCTGGTGCAGATCGAAAGCTGCGAGGGACTCGCCAACCTGGACGCCATCGCCGCCGTCGAGGGCGTCGACGGGGTGTTCATCGGCCCGGCGGACTTGAGCGCATCGATGGGCCATCGCGGCAATCCCGGCCACCCGCAAGTGCAAGCCGCCATCGAGGACGCCATCGCGCGTATTCGCCAGGCGGGCAAAGCGGCCGGGATCCTCAGCGCCGACGAGACACTCGCCCGACGCTACATCGAACTCGGCGCAGCCTTTGTCGCCGTGGGCGTGGACACGACGGTGCTGATGCGCGGGTTACAAACCTTGGCCGCGACGTTCAAGAACACTCCAAAACCATCGACCGGTGGCGTCTACTGA MDMPVNTFKQRLRSGEAQIGLWLGLADAYCAELAANAGFDWLLIDGEHAPNDLRTLLGQLQAIAPYPGQPVIRPVIGDTALIKQLLDIGAQTLLVPMVESAAQASELVRAMHYPPHGVRGVGSALARASRWNSIAGYLDHADEQMCLLVQIESCEGLANLDAIAAVEGVDGVFIGPADLSASMGHRGNPGHPQVQAAIEDAIARIRQAGKAAGILSADETLARRYIELGAAFVAVGVDTTVLMRGLQTLAATFKNTPKPSTGGVY PGPT0001575_749 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001575-hpaI|hpcH-K02510 NA NA D1-35_04136 423 farR_2 HTH-type transcriptional regulator FarR ATGCCCAAACCCCGGCAATCCCTGACCTTGACCCTGCTGCAGGCCCGTGAAGCGGCCATGGCTTTTTTCCGTCCATCGTTGAACCAACATGGGTTGACCGAGCAACAGTGGCGGGTCATCCGCATCCTCAGCCAGCATGACGAGCTGGAAATCAATCGCCTGGCCGAACTGGCTTGTATCCTCAAGCCGAGCATGACCGGCGTGCTGGTACGCATGGAAGCAGCGGGCATGGTCGTGCGGCGCAAGGCCGAACAGGACCAGCGCCGCGTGCTGGTGCGGCTGGCACCCCAGGGCCAGGCATGCTTCGACTCGATGAGCCAGAGCATGGAGGAAAACTACCAGCGTCTGCAGGGGCGGTTGGGGGAGGAGAAATTGCAGACGTTGTTGGGGTTGCTTGATGACCTCAAGACAATCAAACGCTAG MPKPRQSLTLTLLQAREAAMAFFRPSLNQHGLTEQQWRVIRILSQHDELEINRLAELACILKPSMTGVLVRMEAAGMVVRRKAEQDQRRVLVRLAPQGQACFDSMSQSMEENYQRLQGRLGEEKLQTLLGLLDDLKTIKR NA NA NA NA NA D1-35_04137 4869 gdhB COG2902 NAD-specific glutamate dehydrogenase ATGGCGTTCTTCACCGCAGCCAGCAAAGCCGACTTCCAGCACCAACTGCAAGCGGCACTGGCGCAGCACATCAGTGAACAGGCACTGCCACAAGTGGCGCTGTTCGCTGAACAATTCTTCGGCATCATTTCCCTCGATGAACTCACCCAGCGCCGGTTGTCCGACCTCGCCGGCTGCACCCTGTCCGCCTGGCGCCTGCTTGAGCGCTTCGATCACGCGCAACCGCAGGTGCGTGTCTACAACCCCGATTATGAACGTCACGGCTGGCAGTCGACCCACACCGCCGTCGAAGTGCTGCACCACGACCTGCCATTTCTGGTGGACTCGGTCCGCACCGAGCTGAACCGTCGCGGCTACAGCATCCATACCCTGCAAACCACCGTCCTGAGCGTGCGTCGCGGCAGCAAGGGCGAGTTGCTGGAAATCCTGCCCAAAGGCACCCAGGGCGACGACGTGCTGCAAGAGTCGTTGATGTACCTGGAGATCGACCGCTGCGCCAATGCCGCTGAACTCAATGTCCTGAGCAAGGAACTTGAGCAGGTGCTGGGCGAAGTGCGCGTGGCCGTGGCCGATTTCGAGCCGATGAAAGCCAAGGTCCGGGAAATCCTCGCGAGCCTGGACAACAGCGCCTACACCACCGATGCCGACGAAAAAGCCGAAATCAAGAGCTTCCTGGAATGGCTGGTGGGCAACCACTTCACCTTCCTCGGCTATGAAGAGTTCGTGGTTCGCGATGAAGCCGACGGCGGCCACATCGAATACGATCCTGAATCGTTCCTCGGCCTGACCAAATTGCTGCGCGCCGGCCTGACCGCCGAAGACCTGCGCATCGAAGACTACGCGGTCAATTACCTGCGCGAACCGACCGTGTTGTCGTTCGCCAAGGCCGCGCACCCAAGCCGCGTGCACCGTCCGGCCTACCCGGACTACGTGTCGATCCGTGAAATCGACGCCAACGGCAAGGTCATCAAGGAATGCCGTTTCATGGGCCTGTACACCTCTTCGGTGTACGGCGAAAGCGTGCGGGTCATTCCGTATATCCGTCGCAAGGTCGAGGAAATCGAACGTCGTTCGGGCTTCCAGGCCAAGGCGCACCTGGGCAAGGAACTGGCCCAGGTGGTCGAAGTGCTGCCCCGTGACGACCTGTTCCAGACCCCGGTGGACGAGCTGTTCAGCACGGTGATGTCCATCGTCCAGATCCAGGAACGCAACAAGATCCGCGTGTTCCTGCGCAAGGACCCGTACGGTCGTTTCTGCTACTGCCTGGCCTATGTGCCGCGTGACATCTACTCCACCGAAGTGCGCCAGAAGATCCAGCAAGTGCTGATGGATCGCCTGAAAGCCTCGGACTGCGAGTTCTGGACGTTCTTCTCTGAATCCGTACTGGCTCGCGTGCAACTGATCCTGCGCGTGGACCCGAAAAACCGTCTCGACATCGACCCGGTCCTGCTGGAAAAAGAAGTCGTGCAGGCCTGCCGCAGCTGGAAGGACGACTACGCCAGCCTGGTGATCGAGAGCTTCGGCGAAGCCCAGGGCACCAACGTGCTGTCGGATTTCCCGAAAGGCTTCCCGGCCGGCTACCGCGAGCGTTTTGCCGCGCACTCGGCCGTAGTGGACATGCAACACCTGCTGAGCCTGAATGAAACCAATCCGCTGGTGATGAGCTTCTACCAGCCGTTGGGCCAGGTGTCCGGCCAGCGTGAGCTGCACTGCAAGCTGTATCACGCCGACACGCCGCTGGCGCTGTCCGACGTGCTGCCGATCCTGGAGAACCTCGGCCTGCGCGTGCTGGGCGAGTTCCCGTATCGCCTGCGCCACACCAACGGCCGCGAGTTCTGGATTCACGATTTCGCGTTCACCGCCGCCGAAGGCCTCGACCTCGACATCCAGCAACTCAACGACACCCTGCAGGACGCCTTTGTCCACATCGTCCGTGGCGATGCCGAGAACGACGCGTTCAACCGCCTGGTGCTGACCGCCGGCCTGCCATGGCGCGACGTGGCGTTGCTGCGTGCCTACGCCCGTTACCTGAAGCAGATCCGCCTGGGCTTCGACCTCGGCTACATCGCCAGCACCCTGAACAACCACACCGATATCGCTCGCGAGCTGACCCGGTTGTTCAAGACGCGTTTCTACCTGGCGCGCAAGCTCAGCGGCGATGACCTGGAAGACAAGCAACAGCGTCTGGAACAGGCGATCCTCACGGCCCTCGACGATGTGCAGGTGCTCAATGAAGACCGCATCCTGCGTCGTTACCTGGACCTGATCAAGGCGACCCTGCGGACCAACTTCTACCAGACCGACGCCAACGGCCATAACAAGTCGTACTTCAGCTTCAAGTTCAACCCGCACCTGATTCCGGAACTGCCAAAGCCGGTGCCCAAGTTCGAGATCTTCGTCTACTCGCCACGGGTCGAAGGCGTGCACCTGCGCTTCGGCAACGTCGCTCGCGGTGGCCTGCGCTGGTCCGACCGCGAGGAAGACTACCGCACCGAAGTACTCGGCCTGGTAAAAGCCCAGCAAGTGAAGAACTCGGTGATCGTGCCGGTGGGCGCCAAGGGCGGTTTCCTGCCGCGTCGCCTGCCATTGGGCGGCAGCCGGGACGAGATCGCGGCCGAGGGCATCGCCTGCTACCGCATCTTCATCTCGGGTCTGCTGGACATCACCGACAACCTGAAGGACGGCGCCCTGGTGCCGCCGGTCAACGTCGTGCGGCATGACGATGATGACCCGTACCTGGTGGTGGCGGCCGACAAAGGCACCGCGACCTTCTCCGACATCGCCAACGGCATCGCCATCGACTACGGCTTCTGGCTGGGTGACGCGTTCGCCTCCGGCGGTTCGGCCGGCTACGACCACAAGAAAATGGGCATCACCGCCAAAGGCGCGTGGGTTGGCGTACAGCGTCACTTCCGCGAGCGCGGCATCAACGTACAGGAAGACAGCATCACCGTGGTGGGCGTCGGCGACATGGCCGGCGACGTGTTCGGCAACGGCTTGCTGATGTCCGACAAGCTGCAACTGGTCGCGGCCTTCAACCACCTGCACATCTTCATCGACCCGAACCCGGAGCCGGCCAGCAGTTTCGCCGAGCGCAAGCGTCTGTTCGATCTGCCGCGTTCGGCCTGGACCGACTACGACGCCAGCATCATGTCCGAAGGCGGCGGTATCTTCTCGCGCAGCGCGAAGAGCATCGCGATTTCGCCGCAGATGAAAGAGCGCTTCGACATCAGGGCCGACAAGCTGACCCCGACCGAGCTGCTGAACGCCTTGCTCAAGGCGCCGGTAGACCTGTTGTGGAACGGCGGTATCGGCACCTACGTCAAGGCCAGCACCGAAAGCCACGCCGATGTCGGCGACAAGGCCAACGATGCGCTGCGCGTGAACGGTAACGAGCTGCGCTGCAAGGTGGTGGGCGAGGGCGGCAACCTGGGCATGACCCAGCTCGGCCGCGTCGAGTTCGGCCTGCATGGCGGCGCCACCAACACCGACTTCATCGACAACGCCGGTGGCGTGGACTGCTCCGACCACGAAGTGAACATCAAGATCCTGCTCAACGAAGTGGTGCAGGCCGGCGACATGACCGACAAGCAACGCAACCAGTTGCTGGCGAGCATGACCGACGAAGTCGGCGGCCTGGTGTTGGGCAACAACTACAAGCAGACCCAGGCCCTGTCCCTGGCGGCGCGTCGCGCCTTTGTGCGGATCGCCGAATACAAGCGTCTGATGAACGACCTGGAAGCTCGCGGCAAGCTGGACCGTGCCATCGAGTTCCTGCCGACCGAAGACCAACTGGCCGAACGTGTCGCGGCAGGCCAGGGCCTGACCCGTGCCGAGCTTTCGGTACTGATCTCCTACAGCAAGATCGACCTCAAGGAAGCGCTGCTCAATTCCCTGGTGCCGGACGATGACTACCTGACCCGCGACATGGAGACGGCTTTCCCGCCAACGCTGGTGAGCAAGTTCTCCGAGGCCATGCGTCGCCATCGCCTGAAACGCGAAATCGTCAGCACCCAGATCGCCAACGATCTGGTCAACCACATGGGCATCACGTTCGTCCAGCGGTTGAAAGAGTCGACCGGCATGAGCCCGGCGAACGTGGCCGGTGCTTATGTAATCGTTCGGGACATCTTCCATCTCCCGCACTGGTTCCGTCAGATCGAAGCCCTGGACCACCAGGTTTCCGCCGACGTGCAACTGGAGCTGATGGACGAGCTGATGCGCCTGGGCCGTCGCGCCACGCGCTGGTTCCTGCGCAGCCGCCGCAACGAGCAGAATGCTGCTCGTGACGTCGCTCACTTCGGTCCGCACCTGGCGGCGTTGGGCCTCAAGCTCGACGAACTGCTGGAAGGCCCGACCCGCGAAGGCTGGCAGACCCGCTACCAGGCCTACGTGGCCGCCGGCGTGCCGGAGTTGCTGGCGCGCATGGTTGCCGGCACCACGCACCTGTACACCTTGCTGCCGATCATCGAGGCGTCCGACGTCACCGGCCAGAACGCCGCCGATGTGGCCAAGGCCTACTTCGCCGTGGGCAGTGCGCTGGACATCACCTGGTACCTGCAACAGATCAGCGCCTTGCCGGTTGAAAACAACTGGCAGGCCCTGGCCCGTGAAGCGTTCCGCGATGACATCGACTGGCAGCAGCGGGCGATCACCATCTCGGTCCTGCAGGAAGGCGACGGTAGCCAGGACGTGGAAACCCGTCTGGCGCTGTGGCTGGAGCAGCACCGCGAGATGGTCGAGCGCTGGCGCGCCATGCTGGTGGACATCCGTGCCGCCAGTGGTACCGACTACGCCATGTACGCAGTCGCCAACCGCGAACTGCTCGACCTGGCGCTGAGCGGTCAGGCGGTGGTCACGGCCAACTGA MAFFTAASKADFQHQLQAALAQHISEQALPQVALFAEQFFGIISLDELTQRRLSDLAGCTLSAWRLLERFDHAQPQVRVYNPDYERHGWQSTHTAVEVLHHDLPFLVDSVRTELNRRGYSIHTLQTTVLSVRRGSKGELLEILPKGTQGDDVLQESLMYLEIDRCANAAELNVLSKELEQVLGEVRVAVADFEPMKAKVREILASLDNSAYTTDADEKAEIKSFLEWLVGNHFTFLGYEEFVVRDEADGGHIEYDPESFLGLTKLLRAGLTAEDLRIEDYAVNYLREPTVLSFAKAAHPSRVHRPAYPDYVSIREIDANGKVIKECRFMGLYTSSVYGESVRVIPYIRRKVEEIERRSGFQAKAHLGKELAQVVEVLPRDDLFQTPVDELFSTVMSIVQIQERNKIRVFLRKDPYGRFCYCLAYVPRDIYSTEVRQKIQQVLMDRLKASDCEFWTFFSESVLARVQLILRVDPKNRLDIDPVLLEKEVVQACRSWKDDYASLVIESFGEAQGTNVLSDFPKGFPAGYRERFAAHSAVVDMQHLLSLNETNPLVMSFYQPLGQVSGQRELHCKLYHADTPLALSDVLPILENLGLRVLGEFPYRLRHTNGREFWIHDFAFTAAEGLDLDIQQLNDTLQDAFVHIVRGDAENDAFNRLVLTAGLPWRDVALLRAYARYLKQIRLGFDLGYIASTLNNHTDIARELTRLFKTRFYLARKLSGDDLEDKQQRLEQAILTALDDVQVLNEDRILRRYLDLIKATLRTNFYQTDANGHNKSYFSFKFNPHLIPELPKPVPKFEIFVYSPRVEGVHLRFGNVARGGLRWSDREEDYRTEVLGLVKAQQVKNSVIVPVGAKGGFLPRRLPLGGSRDEIAAEGIACYRIFISGLLDITDNLKDGALVPPVNVVRHDDDDPYLVVAADKGTATFSDIANGIAIDYGFWLGDAFASGGSAGYDHKKMGITAKGAWVGVQRHFRERGINVQEDSITVVGVGDMAGDVFGNGLLMSDKLQLVAAFNHLHIFIDPNPEPASSFAERKRLFDLPRSAWTDYDASIMSEGGGIFSRSAKSIAISPQMKERFDIRADKLTPTELLNALLKAPVDLLWNGGIGTYVKASTESHADVGDKANDALRVNGNELRCKVVGEGGNLGMTQLGRVEFGLHGGATNTDFIDNAGGVDCSDHEVNIKILLNEVVQAGDMTDKQRNQLLASMTDEVGGLVLGNNYKQTQALSLAARRAFVRIAEYKRLMNDLEARGKLDRAIEFLPTEDQLAERVAAGQGLTRAELSVLISYSKIDLKEALLNSLVPDDDYLTRDMETAFPPTLVSKFSEAMRRHRLKREIVSTQIANDLVNHMGITFVQRLKESTGMSPANVAGAYVIVRDIFHLPHWFRQIEALDHQVSADVQLELMDELMRLGRRATRWFLRSRRNEQNAARDVAHFGPHLAALGLKLDELLEGPTREGWQTRYQAYVAAGVPELLARMVAGTTHLYTLLPIIEASDVTGQNAADVAKAYFAVGSALDITWYLQQISALPVENNWQALAREAFRDDIDWQQRAITISVLQEGDGSQDVETRLALWLEQHREMVERWRAMLVDIRAASGTDYAMYAVANRELLDLALSGQAVVTAN PGPT0014290_497 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014290-gdhB-K15371 NA NA D1-35_04138 354 hypothetical protein ATGCAAATGACCACCGCCCTGCTGATCGCCAACCCGTGCGACGAAGAAGAGGACAACATGGCCATGCTGTGCTGCCACAGCAACCAGGGCGACATGTTCCTGATGACCCGCTATCCCGACGAAGACGAACTGGAGATCACCCTCGACGGCGAGCCTTCGACACTGGAAGGCGTCAAGGTCACCCTCAGCCCAACCTTGTTGAAAATCGAAATCGCCGCCGCGGATGCCGATGCACTCAACGGTGATGACGTGCTGGAGATAACCTACGACGCAAACGTGACGGATCTGGCGGAAGTGGAACTGACGTTGCAGAACATTCTCAAGGGAACCGGTACTTACCTCAGCCAGCTCTGA MQMTTALLIANPCDEEEDNMAMLCCHSNQGDMFLMTRYPDEDELEITLDGEPSTLEGVKVTLSPTLLKIEIAAADADALNGDDVLEITYDANVTDLAEVELTLQNILKGTGTYLSQL NA NA NA NA NA D1-35_04139 2154 hypothetical protein ATGAACCTTACCCAGCCTCGTTTGAGATTGCTGTCGATATTGAGTGTGATCGTATTGGTGATAGGCGGTATGTCCTACGCCCTGTTTCGTCACAGCGGCGCGCCGCAAGACGAAGGTTTTGTCGCCGGGGAAATCAACGAAGGGGGCCTGGAAGACATCGGCACGCTGGCGTTGCCCGAGGTGGAAAAGCGCCTCAACTATTTGCTTCAGGACACCGGGCAAACCCTGCGGTCCCTGGAGTTGGTCAGTGATGCGCAACTGAGCTTGTCCATCGAAACGAGCGAGTCTGCCGGCGAGCAGTCGTTGCAATACGAGCCGCTGTTTGTCCCGTTCACCAGCGCGCAGCTGAAAGCTGAACTGGCGACGATCCAAGGCCTGCGTTTTGCCCAGAGGCTGTTTGCCGATGGCTCCGAAGCAAGGCTCGACACCAGCAGCCTCGATCCGCTCTGGAAGCGCGCCGGCACCCCGGACGAGCCCGTGGCCGAGCGGTACCTGCCGCAACGCCTGCGCTTTCGTGATGGCAGCGAAAAAGCCTTCGCCGAACTCAAGGCACCCCCCGAAATTGAGTCTGACGACATGATCGCGTCCCATGACGCCTTCCTGATCGATGTCAACAAGCCATTGGCGAGTATCGGCCTGACGGTTGCTTACCGCAGCTATCCGGCGTTCAGGAAAGTGCAACTGGACAAGGATCAGCCGAAAGTAACGCTGGACGACGGCCAATCCTTCCAGCTCACCGCCTTGGGCGACGCGAGCGCCTCCGTGCGCTTGAGCACGCCGAAGTCGTCGACCTTCGTCGTGCAGGGCCTGGACGGGACGGGCAAGGCGCTCTACAGCAACGGCAGCAGTTCGCGGACGTTTCCCTCCGAGAGCGATATCGCAGCGTTGCAGGATTATTACCAAGCGCTGCAGCAGACCAAGGATGATCTCAAGCAACTCAAGACCGGCCAGGCGGTGCAACAACAGCTGGAGCGCCTGACCGAAGCGCTTGTCGCCCAGGTGGGGCCGTTGAAAAACACCGAGGTCGGGTACCAGTTCGAGGCCACCCCGCAACGTATCGTCATTCATGTGCTCGAGCCGCTGGAAGACAACAGCGTTGAATTCGGCCAGGTCGACAACGTCCTTGCGCCACAGGCGCGTTACATCGCTCTTGACCGGGGCACCGAGCGCTACGGTTTCATCGATGAGGCCGGCCAGTGGCTGACCAAGCCCCGTTGGGTACAGATACAGGACAGCCTGATGGCGGATGCCTACACGCTGTTTTCAGCCGCTAAGCCCAGCGACCCGGAGTCGGACGGGCAGGCGTTGCGCAGCCAGTTCGCCTATTTCCCCGCGGGCGGCAACAAGCTCGTCGATCTGCCATTCGAGTACATCGCCGAGGCATTGAGCGATGGCCTGCTGCTGGTGGAGCGAGAAACCAACGGCCCTTACGGGCTCTACGATGCCAGGAAGCATCGTTTCATCTTGCCGATGAAATTCGTCAACCCCACCGTGGCCGGCAAGGTGTTCATTGCCCGTCTCGGCAAGCGCACCGATCTCATGGAAGGCCTGTACGGCGCCTATTCCCTGGAGGGTAAGGAAATCCTGCCAGCGCAGTTTTCCGGCATCGAGCACAGCGAGGGTTACCTCTACGCCAGTTCCGCCGATCGGACCCGGCAGGATGTCTACAACCTGGACGGCAAGCGGATCAACCCCGAGGGATACAACACGTCAGGTCGCTTCGTGGGACAGCAACCGCTGCTCGTGCAGGAGGTTAAAAGCAAGAAGTTCGCGTTTATCAATCGCCAGGGCGCGCGATTGCCTATCAAGTTGCCCTATGACGAGGTGGAGCCGTTTTCCAACGGCATGGCGGTGGTCGGGCGCGATGGCAGCTACGGCGCCATCGACCTGGCCGGCAGGCTGAAGGTGCCGCTGGAGTATGACCGGCTCAACGCCTTCCAGACCCGCTACGCAGCCGCCACCCGGGCCGGTGGTGGTTCTGCCCTGGTGTTGATCAGTCAAGACAACAAACTGTTCAAGAAACTGGGCTCCTACACCAGCATGAAGGTGCCGGATAACGGCAATGAGGCCCGTTATTATGTAAGGGGACCGGGTGATAGCGATGAGTATCTGGTGTATGACGCGGATGGCAATCTGGTGAAGGAGGGTGGGTAA MNLTQPRLRLLSILSVIVLVIGGMSYALFRHSGAPQDEGFVAGEINEGGLEDIGTLALPEVEKRLNYLLQDTGQTLRSLELVSDAQLSLSIETSESAGEQSLQYEPLFVPFTSAQLKAELATIQGLRFAQRLFADGSEARLDTSSLDPLWKRAGTPDEPVAERYLPQRLRFRDGSEKAFAELKAPPEIESDDMIASHDAFLIDVNKPLASIGLTVAYRSYPAFRKVQLDKDQPKVTLDDGQSFQLTALGDASASVRLSTPKSSTFVVQGLDGTGKALYSNGSSSRTFPSESDIAALQDYYQALQQTKDDLKQLKTGQAVQQQLERLTEALVAQVGPLKNTEVGYQFEATPQRIVIHVLEPLEDNSVEFGQVDNVLAPQARYIALDRGTERYGFIDEAGQWLTKPRWVQIQDSLMADAYTLFSAAKPSDPESDGQALRSQFAYFPAGGNKLVDLPFEYIAEALSDGLLLVERETNGPYGLYDARKHRFILPMKFVNPTVAGKVFIARLGKRTDLMEGLYGAYSLEGKEILPAQFSGIEHSEGYLYASSADRTRQDVYNLDGKRINPEGYNTSGRFVGQQPLLVQEVKSKKFAFINRQGARLPIKLPYDEVEPFSNGMAVVGRDGSYGAIDLAGRLKVPLEYDRLNAFQTRYAAATRAGGGSALVLISQDNKLFKKLGSYTSMKVPDNGNEARYYVRGPGDSDEYLVYDADGNLVKEGG NA NA NA NA NA D1-35_04140 1026 kdgR_3 COG1609 HTH-type transcriptional regulator KdgR GTGACTTCTTTCTCCGCCGCCCAGCGCAGCCGCGTGACCATGCTTGATGTCGCCGAGCGCGCCGGGGTCTCCAAGGCCAGTGTCTCGCGCTTCATTGGCGAAGACCGCGCCCTGCTTTCCGAAGCCATCGCCCGGCGCATCGAGCAGGCGATCGACGAGCTGGGCTACCGGCCCAACCAGATGGCCCGCGGCCTCAAGCGCGGCCGCACCCGCCTGATCGGCATGCTCGTGGCCGATATCCGCAACCCTTATTCGATTGCCGTGATGCATGGCGTGGAAACCGCTTGCCGTCGCCACGGCTACAGCCTGGTGGTGTGCAACACCGACCGCGATGACGAGCAGGAACGCCAGCACCTGGCGCTGTTGCGCGCCTACAACATCGAAGGGCTGATCGTGAACACCCTGGGTCATCACCGCGACGAGCTGTTCGAGCTGCGCAGCGAAATGCCCATGGTGCTGGTAGATCGCAAGGTCGACCGGCTCGACACCGACCTGGTCGGGCTGGACAATCCGGCGGCCGTCGAGATGGCCCTCGATCACCTTGACCAGCGAGGCTACCGCGACCTGCTGCTGGTGACCGAGCCATTCGATGGCACGAGTTCGCGGATCGAACGGGTCGAGAGTTTCAAGACCGGCATCCAACGGCGTCCAGCCCTGGCCGGGGCCGTGGTGGAAACCGGCGATCAACTCCTTGCGCGCATCAAGACCTTTCTCGCCCAGCCGGACCGGGGCCCCAAGGCGCTGTTCTGCGCCAACGGCATCGCCGCGCTGGCCGCCACTCAGGTACTGCGCGACCTCGGTTGCCATTTGTTCAACGACATCGGCCTGATCGCCCTGGATGACCTGGACTGGTACCCGTTGGTGGGCAGCGGCATCACCGCCCTCGCCCAACCCACCGCCGAAATCGGCGCCCGTGCATTCGAATGCCTGCTCAAGCGCTTGCGCGGTGACAACGGGCCGGTGCAGACCCTGGATTTTGCGGCGCGGTTGATTGAGCGCGGGTCGACACGGGGAAACTTGCGGTGA MTSFSAAQRSRVTMLDVAERAGVSKASVSRFIGEDRALLSEAIARRIEQAIDELGYRPNQMARGLKRGRTRLIGMLVADIRNPYSIAVMHGVETACRRHGYSLVVCNTDRDDEQERQHLALLRAYNIEGLIVNTLGHHRDELFELRSEMPMVLVDRKVDRLDTDLVGLDNPAAVEMALDHLDQRGYRDLLLVTEPFDGTSSRIERVESFKTGIQRRPALAGAVVETGDQLLARIKTFLAQPDRGPKALFCANGIAALAATQVLRDLGCHLFNDIGLIALDDLDWYPLVGSGITALAQPTAEIGARAFECLLKRLRGDNGPVQTLDFAARLIERGSTRGNLR NA NA NA NA NA D1-35_04141 783 hypothetical protein ATGACCAGACCACACGTTTCCATCAGCCTATCCAGCTTCGGCGCCGACCTCGTGCGCCAACGCGGCCAAGGCAGCTTCGTCGAACTGCTGGCCGCCGCCGGTGCCTCGCGCATCGAATGGCGCGAGGAACTGTTCACCCACGAACAGCCCGACGAGCTGGCTGCTGGCGCCCGGGCTCAAGGGCTGGCAAGCATTTATTCATCGCCACTCGAACTCTGGCTGCCCGGCCAACCCAGGCCCAATCCCGCTCTGCTGGTCGCCTTGCAACGTTGCGAGGCGTTCGGCTCGTCCTGGCTGAAAGTGTCCCTCGGCCACTTCACCGATTCCCATGATCTCTCGGCCCTGGCGCCAATATTGGCGACAAGCCCGTTGCAACTGCTGGTGGAAAACGACCAGACCCTGCAGGGCGGACGGATCGAACCCCTGCAGCGTTTTTTCACGGCAGTTGAAGCACAGGGGTTGCCCGTCGCCATGACCTTCGACATTGGCAACTGGCAGTGGCAGGACCAATCGGCCACCGTGGCGGCGCGCCAACTCGGACGGCATGTGGCGTATGTGCACTGCAAGGCCGTGGCCCGACGTGACGACGGCAAGCTGATCGCCGTGCCCCCGGCGCTGGCAGACCTGCACCTGTGGGAACAATTGCTCAAGCACATGCCCGTCGGGGTGATGCGCGCCGCCGAGTATCCGCTGCAAGGCGACGACCTGGCGCAACTGACCGCTGAACATGTCGCCACCCTGTCCCGCCTCGGGCAATCGCGTCGGGAGAGTGCTCATGCCTGA MTRPHVSISLSSFGADLVRQRGQGSFVELLAAAGASRIEWREELFTHEQPDELAAGARAQGLASIYSSPLELWLPGQPRPNPALLVALQRCEAFGSSWLKVSLGHFTDSHDLSALAPILATSPLQLLVENDQTLQGGRIEPLQRFFTAVEAQGLPVAMTFDIGNWQWQDQSATVAARQLGRHVAYVHCKAVARRDDGKLIAVPPALADLHLWEQLLKHMPVGVMRAAEYPLQGDDLAQLTAEHVATLSRLGQSRRESAHA PGPT0018060_3 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 D1-35_04142 981 kdgK_2 COG0524 2-dehydro-3-deoxygluconokinase ATGCCTGAGTTCGATGTATTGTCGTTCGGCGAAACCATGGCGATGCTGGTGGCCGACCAGAGCGGCGACCTGGCCAGCGTCGACCAGTTTCACAAACGCATCGCCGGGGCCGACAGCAATGTCGCCATCGGCTTGGCGCGGCTGGGTTTCCAGGTGGCCTGGCTCAGCCGGGTCGGCGCCGACTCCCTGGGACGCTTCGTGGTGCAGACGCTGGAGAGAGAAGGCCTGGATTGCCGCCACGTGGCGGTCGATCCGGCGCACCCCACCGGATTCCAGTTCAAGTCCCGCACCGATGACGGCAGCGATCCGCAGGTCGAGTACTTCCGTCGCGGCTCGGCGGCCAGTCACTTGTCGATCGATTCCATCGCACCGCCCCTGCTCCGCGCCCGTCATCTGCACGCTACCGGCATCGTCCCCGCGCTGTCGGACACAGCCCGAGCAATGTCCTTCGAATTGATGAGCCGCATGCGCGAGGCCGGCCGCAGCCTGTCGTTCGACCCCAACCTGCGCCCGAGCCTGTGGGCCAGCGAAGCGTTGATGATCAGCGAGATCAACCGCCATGCCGCCCTCGCCCACTGGGTCTTGCCGGGCCTCGGCGAAGGTCGGTTGCTGACCGGTTTTGACGACCCGGCCGACATTGCTGCCTTTTACCTGGACCAAGGTGCCGAAGTCGTGGTGATCAAGCTTGGCCCGGACGGCGCCTACTACCGCACCCAGCTGGGCCAGGGATTTGTCGCCGGCGTGCCGGTGTCCAGAGTAGTGGACACCGTCGGTGCCGGCGATGGTTTTGCCGTCGGCCTGATCAGCGCGTTGCTCGAAGGCCGCGACGTCAGCGAGGCGGTACAGCGCGCCAACTGGATCGGCAGCCGCGCGGTGCAGAGCCGCGGGGATATGGAAGGCTTGCCGACACGCCAAGAATTACTGGCCGAATTTGAAACTGCCGATCGCGAGCAGGCTCGCTCCCACAAGGGCCGCCGCTGA MPEFDVLSFGETMAMLVADQSGDLASVDQFHKRIAGADSNVAIGLARLGFQVAWLSRVGADSLGRFVVQTLEREGLDCRHVAVDPAHPTGFQFKSRTDDGSDPQVEYFRRGSAASHLSIDSIAPPLLRARHLHATGIVPALSDTARAMSFELMSRMREAGRSLSFDPNLRPSLWASEALMISEINRHAALAHWVLPGLGEGRLLTGFDDPADIAAFYLDQGAEVVVIKLGPDGAYYRTQLGQGFVAGVPVSRVVDTVGAGDGFAVGLISALLEGRDVSEAVQRANWIGSRAVQSRGDMEGLPTRQELLAEFETADREQARSHKGRR PGPT0018060_1473 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 D1-35_04143 1299 ttuB_2 Putative tartrate transporter ATGCAAACGCTCAACCTCGCCACCCGCCGCTGGTGGTACATCATGCCCATCGTGTTCATCACCTACAGCCTGGCCTACCTCGACCGCGCCAACTATGGCTTCGCCGCCGCGTCGGGCATGGCCGAGGACCTGATGATCACCCCTGGGCTGTCCTCGTTGCTCGGCGCACTGTTTTTCCTCGGCTATTTTTTCTTCCAGGTGCCGGGAGCGATATACGCGCAAAAGCACAGCGTCAAGAAGCTGATCTTCGTCAGCCTGATCCTCTGGGGCTCGCTGGCGACCCTCACCGGGGTGGTGTCCAACGCGTACTGGCTGATCGTGATCCGCTTCATGCTCGGCGTGGTGGAAGCCGCCGTGATGCCGGCGATGCTGGTCTATCTGTGTCACTGGTTCACTCGGGCCGAACGCTCGCGCGCCAACACTTTCCTGATCCTCGGCAACCCGGTGACCATGTTGTGGATGTCAGTGGTCTCAGGCTATCTGGTGGAGCAATTCGACTGGCGCTGGATGTTCATCATCGAGGGGCTGCCGGCGGTGCTCTGGGCCTTTGTCTGGTGGCGCCTGGCCGATGATCGCCCGGCCCAGGCCAAGTGGCTCAGCGACCAGGAAAAACAAGACCTGGAAACCGTGCTGGCGGCCGAACAGGTCGGCATCAAGGCAGTGAAAAACTATGCCGAGGCCTTCCGCTCGCCCAAGGTGATCATCCTGGCCCTGCAGTTTTTCTGCTGGAGCATCGGCGTCTACGGGTTTGTGCTGTGGTTGCCGTCGATCCTCAAGGCCGGCCTGAAAATGAACATGGTCGAGGCCGGGTGGCTGTCATCGCTGCCTTATCTGGCGGCGGTAATCGCCATGCTGATCGTCTCCTGGGCGTCGGACAAGGTGCAGAAGCGCAAGCGTTTTGTCTGGCCGCCGCTGCTGATCGCCTCCATCGCCTTCTACGCCTCCTATTTGCTCGGGGCGGAACATTTCTGGTGGTCCTACGCCTTGCTGGTGCTTGCCGGCGCGTGCATGTACGCGCCCTACGGTCCGTTTTTCGCCATCGTTCCGGAAATCCTCCCGGCCAACGTCGCCGGCGGCGCCATGGCGCTGATCAACAGCATGGGCGCGCTGGGCTCGTTCGGCGGCTCGTACCTGGTGGGCTACCTCAATGGCTCCACCGGCTCCACCGGCATGTCCTTCCTGCTGATGAGTGGCGCGTTGCTGCTGTCGGTGGTGCTGACCCTAGCCCTCAAGCCCGGCGCCAGTGACCGGGTCGTGTCCAAAACCGCGACGCCAAACCCGGCGCCAGCACGTTCCTGA MQTLNLATRRWWYIMPIVFITYSLAYLDRANYGFAAASGMAEDLMITPGLSSLLGALFFLGYFFFQVPGAIYAQKHSVKKLIFVSLILWGSLATLTGVVSNAYWLIVIRFMLGVVEAAVMPAMLVYLCHWFTRAERSRANTFLILGNPVTMLWMSVVSGYLVEQFDWRWMFIIEGLPAVLWAFVWWRLADDRPAQAKWLSDQEKQDLETVLAAEQVGIKAVKNYAEAFRSPKVIILALQFFCWSIGVYGFVLWLPSILKAGLKMNMVEAGWLSSLPYLAAVIAMLIVSWASDKVQKRKRFVWPPLLIASIAFYASYLLGAEHFWWSYALLVLAGACMYAPYGPFFAIVPEILPANVAGGAMALINSMGALGSFGGSYLVGYLNGSTGSTGMSFLLMSGALLLSVVLTLALKPGASDRVVSKTATPNPAPARS NA NA NA NA NA D1-35_04144 978 ghrB_3 COG1052 Glyoxylate/hydroxypyruvate reductase B ATGAAAAAACACGTGGTGTTGTACAAAACGCTGTCAGCGCAACTGATGGAGCGCCTGCAAGCGCAGGCCCAGGTCACCCTCATCGAACGCCTCGACGCCCAGGGTCTTGCGCAATTGCGCGAGGCCCTGCCCAGTGCGCATGGCTTGCTCGGCGCGAGCCTGAGGCTCGATGCGCCGCTGCTGGACCTGGCGCCTGACCTTGAGGCCATCGCCAGCGTTTCGGTCGGGGTCGACAACTACGACATCGATTACCTGAGCGAACGCCGGATCCTGCTCACCAACACGCCGGATGTACTGACCGAAACCACCGCCGATACCGGGTTCGCCTTGATCCTGGCTACGGCCCGACGCGTCGTCGAACTGGCCAATCTGGTTCGGGCCGGCCAATGGCAGCAAAGTATCGGCCCGCGGCATTTCGGCAGCGATGTCCATGGCAAGACCCTGGGCATCGTCGGCATGGGCCGCATTGGCGAAGCCCTGGCCCAGCGCGGCCACTTCGGCTTTGGCATGCCGGTGCTCTATCACAGTCACTCGCCCAAGCCTGCGGTGGAACAACGTTTTAATGCGCGCTACTGCGACCTCGATACACTGCTGCACGAAGCCGATTTCATCTGCCTGACCTTGCCCCTGACAGCTGAGACCCAAGGGCTTATCGATGCGCAGGCATTTGCACGGATGCGGCCCGAAAGCATCTTCATCAATATTTCCCGGGGCAAGGTCGTGGACGAAGCGGCGATGATCGAAGCCCTGCGCAGCGGGCAGATCCGTGGCGCCGGGCTGGATGTGTTCGAACACGAGCCCTTGAGCCCGGACTCGCCACTGTTGCAGATGGACAACGTGGTCGCGACGCCGCACATGGGCTCGGCGACCCACGAGACACGCGAGGCCATGGCGCGCTGCGCCGTGGACAACCTGCTGGCGGCGTTGGCGGGTGAGCGGCCGATGAATCTGGTGAATCCGGGGGTTTGGAAAGGCTGA MKKHVVLYKTLSAQLMERLQAQAQVTLIERLDAQGLAQLREALPSAHGLLGASLRLDAPLLDLAPDLEAIASVSVGVDNYDIDYLSERRILLTNTPDVLTETTADTGFALILATARRVVELANLVRAGQWQQSIGPRHFGSDVHGKTLGIVGMGRIGEALAQRGHFGFGMPVLYHSHSPKPAVEQRFNARYCDLDTLLHEADFICLTLPLTAETQGLIDAQAFARMRPESIFINISRGKVVDEAAMIEALRSGQIRGAGLDVFEHEPLSPDSPLLQMDNVVATPHMGSATHETREAMARCAVDNLLAALAGERPMNLVNPGVWKG PGPT0001310_692 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 D1-35_04145 1443 atm1 COG5265 ATM1-type heavy metal exporter ATGGCCGCGTCTATTGAGTGGCTGACAAACCTGATGCGAAAGGAGTTTGCTCGATTCAACTCATGGCGAATAGGCCACTTCATAAAATCAGTCGAGCGTGGGATTAACGCTAACGAGCAACTATTGACATTTTTTGTCACCGTGGGACTGCCGTTGTGCCTGGAATTCCTGATTGTTGGCGGTGCGTTTTTTTACATGGGTGGCAGTGAAGTTTTTGCGGGAATGACCGGTTTAGGAATCATCTATCTAGCTGCTACCCACAGGATTATCAGATGGCGCAGAAAACACATTGATGCCGTCAACGAGCAGGAAGATGAATTGAGCGCTCATTTGTACAACACCCTCAACGCCGGCAAAGCAATAAAGCTGGAAAATGCCGAGCCCACCGCGATACAACCGTTAAACGAGGCTTTTAAAGGCTACGCCGACGCTGCGGTGGGCGCGGCAACCTCGGGTGGTTTTCTGAGTGCCGCCAAGATTCTGTTCGTTAGCCTCTCCACGGGTGGATTGCTGGGATGGGGGGTTATTGATCAGCTTTCGATCCAGCCCAGTATCAGTGTCGGTCAACTGGTCGCCGTTTTTTCAATCGCCGGCAGCTATTTATTGAATATCGCAGCGTTGACGGAGGGCTATCGAGTAACGGATCAGTTTCTTGCCGATCAGCGTCGACTTCAGAGCCTGCTTTCGCTCCCGAACTTTGACCATTGCGATCGGAAATCGGAGGTCTCTTTTCGGGAGTCATCGACACTGACTCTGCTGCCATGCGGACTCACCGAAAACGACGACGTACGCCTGTCGATTACGCAAGCGCTGACTTTCATTCAGAATCAATCAGTGGCAATCATCGGTCAGAGCGGTGCAGGCAAGTCTACGTTATTGGAAGTTCTTGCCGGTCTGGACCTGGAAACGCGAAATCAGCTCAGTATCGATGGCACCCCGATTTCCCTATTGAACCCTCGCGTTCATTTGAATGCGTTGAGGTACTGCCCTCAACAACCGCGTTTTTTGGAAGGTCCCTTTGAACGCTCCGTTCTATTCGGCGCTAAATCGTCGCCTCGCCTCGACCGGGCAATACGGCGACTGCAGCTACAAACAATCGTTTCTGACCGGACCATCGGTGAGCACGCATCGAATATTTCCGGAGGTGAAGCCAAGCGTTTGTCGCTGCTGCGTCTTATCAACAAGCCTGGACGATTCAACTTGTTCGACGAGCCTAGTGCATCAATCGAGCCCGGGCTGACCAATGCCTTATGGGACCTGCTGTTTGATATTTTCTCAAAACGCGGCTTGATCTGTGTCACCCATGATCTTGATCATCTGTTGCGCTTTGATCGGGTGATTGTCCTGCACAACGGTGCAATCGTTGACGACGGACACTGGCGGGAGCTGGTCAACAGGCCAGCAATCAAATTGTTGCTTGATGACATCAAGACCGGACCCTAG MAASIEWLTNLMRKEFARFNSWRIGHFIKSVERGINANEQLLTFFVTVGLPLCLEFLIVGGAFFYMGGSEVFAGMTGLGIIYLAATHRIIRWRRKHIDAVNEQEDELSAHLYNTLNAGKAIKLENAEPTAIQPLNEAFKGYADAAVGAATSGGFLSAAKILFVSLSTGGLLGWGVIDQLSIQPSISVGQLVAVFSIAGSYLLNIAALTEGYRVTDQFLADQRRLQSLLSLPNFDHCDRKSEVSFRESSTLTLLPCGLTENDDVRLSITQALTFIQNQSVAIIGQSGAGKSTLLEVLAGLDLETRNQLSIDGTPISLLNPRVHLNALRYCPQQPRFLEGPFERSVLFGAKSSPRLDRAIRRLQLQTIVSDRTIGEHASNISGGEAKRLSLLRLINKPGRFNLFDEPSASIEPGLTNALWDLLFDIFSKRGLICVTHDLDHLLRFDRVIVLHNGAIVDDGHWRELVNRPAIKLLLDDIKTGP NA NA NA NA NA D1-35_04146 960 hypothetical protein ATGGAACATCGTGAAGCGCTGCTGGCGCTGCGAACCTTTCTTTCAACGCAGATTCTCGGCCAGGAAAAACTCATCGAGCGCCTGCTCATCGCCCTGCTCGCCGACGGCCACATGCTGGTGGAAGGCGCGCCCGGGCTGGCCAAGACCAAAGCGATCAAAGAGCTGGCCGAGGGCATCGAAGCGCAGTTCCATCGCATCCAGTTCACCCCCGACCTGTTGCCCGCCGACATCACCGGCACCGAGATCTATCGCCCGGAAACCGGCAGCTTCGTGTTCCAGCAAGGGCCGATCTTCCACAACCTGGTGCTGGCGGACGAAATCAACCGTGCCCCGGCCAAGGTCCAGTCGGCCCTTCTCGAAGCGATGGCCGAGCGGCAGGTCAGCGTCGGGCGCAGTACTTATGAGCTGTCGCCACTGTTCCTGGTGATGGCCACGCAGAACCCGATCGAGCAGGAAGGCACCTACCCGCTGCCCGAAGCACAGCTCGACCGGTTCCTGATGCACGTCAAGATCGGGTTTCCGGACGCCGCGGTCGAGCGCCGGATCCTGCAGCAGGCACGCGGTGAGGCGTTGAATGGCGAAACCAAGCCTGAACGTCGCGTCAGCCAGCAGGCAATTTTTTCGGCGCGCAAGGAGATCCTCGGGCTGTACATGGCCGACGCCGTGGAGGAGTACCTGGTGCAACTGATCATGGCCACTCGCAACCCGGCCAAGTTCGACCCGGAGATGGCCGAGTGGATCGCCTACGGTGCCAGCCCGCGGGGCTCGATTGCCCTGGACCGCTGCGCCCGGGCCCACGCCTGGCTGGCCGGACGCGACTTCGTCAGCCCGGAAGACATCCAGGCCGTGCTGTTCGACGTGCTGCGCCATCGCATCATCCTGTCGTTCGAAGCCGAAGCCGCCGGCATCGACCAGGACCGGGTCGTGCAGCGGATTCTCGACGTCGTCGCTGTCGCTTGA MEHREALLALRTFLSTQILGQEKLIERLLIALLADGHMLVEGAPGLAKTKAIKELAEGIEAQFHRIQFTPDLLPADITGTEIYRPETGSFVFQQGPIFHNLVLADEINRAPAKVQSALLEAMAERQVSVGRSTYELSPLFLVMATQNPIEQEGTYPLPEAQLDRFLMHVKIGFPDAAVERRILQQARGEALNGETKPERRVSQQAIFSARKEILGLYMADAVEEYLVQLIMATRNPAKFDPEMAEWIAYGASPRGSIALDRCARAHAWLAGRDFVSPEDIQAVLFDVLRHRIILSFEAEAAGIDQDRVVQRILDVVAVA NA NA NA NA NA D1-35_04147 945 hypothetical protein ATGAATAACCCACTGGCGCCCGTCCCGGGCATCCGCGTCAGCCTCTCGGAGCTGATCGAGATGCGCCATCGCGTGCGCGAAGTGCAGTTGTTCTCCACCCCTGGCCAGCGCAGCCCGCTGATCGGCCTGCACCATTCCAAGCTGCGCGGGCGCGGAGTGGACTTCGATCAGGTGCGGGTCTACCAGGCCGGCGACGACGTGAGGACCATCGACTGGCGCGTCACCGCCCGAACCCAGGAGCCCCACACCAAACTGTTCCATGAAGAACGCGAACGGCCGATCTTCATCATGATCGAGCAAAGCCACCGCCTGTTCTTCGGTTCCGGGCAGGTCTTCAAGTCGGTACTCGCCGCCCAGGCCGCCAGCCTGATCGGCTGGGCCGCGCTGGGGCACAATGACCGGGTCGGCGGCCTGGTGTTCGGCAATAACAGCCACTACGAGGTCAAGCCTCGGCGCAGCAAACAAAGCCTGCTGCAACTGCTCAACCGCCTGGTGCGCGTCAATCAGTCGTTGCACACCGAAGGCGAGTCGGACCGCGACTCCTTTGGTGTCGCCTTGCGCCGGGCCAGGGAAGTCCTGCGGCCCGGCAGCCTGGCGATCGTGATCTGTGACGAGCGCGCCCTCTCCGACGGTGCCGAGCAGCAGTTGAGCCTGCTGTCGCGTCATTGCGACCTGCTGCTGCTGCCGCTGTCCGACCCGCTGGACCACGCCCTGCCCGCCGCCGGCCTGCTGCGGTTTGCCCAGCGCGGTGAGCAATTGGAGCTCGACACGCTGAACCTGGAACTGCGCCAGACCTACCGCGCCCAGGCCGAGGCGCGCCTGGAGCGCTGGGAAATGCTGGCGCAGAAGCTGCGGATCCTGATGCTGCCCTTGAGCACTCAAGGCGACATGGTCGAACAACTGCGCGAGTACCTGAACCCCAAGCGCCCGGGGAAAACCCGATGA MNNPLAPVPGIRVSLSELIEMRHRVREVQLFSTPGQRSPLIGLHHSKLRGRGVDFDQVRVYQAGDDVRTIDWRVTARTQEPHTKLFHEERERPIFIMIEQSHRLFFGSGQVFKSVLAAQAASLIGWAALGHNDRVGGLVFGNNSHYEVKPRRSKQSLLQLLNRLVRVNQSLHTEGESDRDSFGVALRRAREVLRPGSLAIVICDERALSDGAEQQLSLLSRHCDLLLLPLSDPLDHALPAAGLLRFAQRGEQLELDTLNLELRQTYRAQAEARLERWEMLAQKLRILMLPLSTQGDMVEQLREYLNPKRPGKTR NA NA NA NA NA D1-35_04148 495 hypothetical protein ATGAGCAGCCTCGATCAGTTGCAACCACTGATGGCGCCACCGACCATCGGCTTCTGGCCGCCCGCGCCGGGCTGGTGGTTGCTGCTGGTATTACTGCCATTGCTGGGCCTGGGCCTGTGGCACTTGCGCCGGTTCATTCCCGCCAAGCGCACCCAGGACCGCGCCGAGCAACCCCTGGATCCGGTGCGCCTGGCCGCGCTGGCCGAGCTGGCGCGGTTGCCCAAGCCCTACGACGGCGCGCCGGCCGGGGCCTGGCTGCAACAACTCAACGGGCTGCTCAAGCGCCTGTGCCGCAACCATTATCCCTACAGCCAGAGCCATACTCTCAACGGGCGCAAATGGCTGGCCTTCCTCGACAACCGCTGCCCGGCCGCCGGCCTGACCCGCTGGATGATCCTTGTAGAAGGTGCCTACAAGCCCGAATGCAAGCTTGACGACAAAGCCATCGCCGGCCTGACGCAAGCGGTCGAGACGTGGATTCGCAAACATGTTTGA MSSLDQLQPLMAPPTIGFWPPAPGWWLLLVLLPLLGLGLWHLRRFIPAKRTQDRAEQPLDPVRLAALAELARLPKPYDGAPAGAWLQQLNGLLKRLCRNHYPYSQSHTLNGRKWLAFLDNRCPAAGLTRWMILVEGAYKPECKLDDKAIAGLTQAVETWIRKHV NA NA NA NA NA D1-35_04149 1080 hypothetical protein ATGTTTGAGTTCGCCTGGCCGTGGATTTTCGCCCTGCTGCCGCTGCCCTGGCTGATGCGCATGGTGCTGCCTGCAGCAGACAGTGGCGAACCGGCACTCAAAGTGAGTTTCCTCGAGGACCTCGAAGGGCTGGTCGGGCGCCGGGCCCGGGCCAATCTGCCGACATGGCGCCAGCAGGCGCCTTTCATCCTGCTTTGGTTGTTGCTGCTGATCGCCGCCGCCCGCCCGCAGTGGCTGGGCGAGCCGTTGCCGATTGCCGCCAGCGGTCGCGACCTGCTGGTGGCGGTGGATGTCTCCGGGTCCATGGATTTTCCTGACATGCAGTGGAAAGACGAGGACATCAGTCGCCTGGCGCTGGTCCAGCACATGCTCGGGGATTTTCTCGAAGGTCGGGAAGGTGACCGGGTCGGCCTGATTCTGTTTGGCAGCCAGGCCTACCTGCAGGCGCCGCTGACCTTCGACCGCCGCACCGTACGCCACTGGCTCGACGAGGCGCGCATCGGCATCGCCGGCAAGAACACGGCGATCGGCGATGCGATTGGCCTGGCCCTCAAACGCCTGCGGCAACGCCCGGCCAACAGCCGCGTGCTGATCCTGGTCACCGATGGCGCCAATAACGGCGGCGAAATCGACCCGCTGACTGCCGCCCAGCTGGCTGCCGACGAAAGCGTGAAAATCTACCCGATCGGCGTGGGTGCCGATCCGGAGCAAAGTGGCACGGCGGGATTTCTCGGCGTCAACCCCAGCCTGGATCTCGACGAAGCGACACTCAGGGAAATCGCTCAGATCACCGGCGGCCGGTATTTCCGCGCCCAGGATGGCGAGCAGTTGCTGGCGATCAAGACCACCCTCGACCAACTCGAACCGGTGACCCAGCAGCCGACCCAGGCCCGTCCCGCCCAGGCGCTTTATCATTGGCCGCTGGCCGTTGCCTTGCTGTTGAGCATGTTGCTGGTGGTTCGTGAGCGCTGGCCGGACAACCCCTTGCAACGCCTGTTCACCCAGCCGCTGTTTCAACCCTCGCAAACCTCTGAATGGCGCCAGCGGCTCAAGCGCCTGCGACTGCGGAGGCGCCGATGA MFEFAWPWIFALLPLPWLMRMVLPAADSGEPALKVSFLEDLEGLVGRRARANLPTWRQQAPFILLWLLLLIAAARPQWLGEPLPIAASGRDLLVAVDVSGSMDFPDMQWKDEDISRLALVQHMLGDFLEGREGDRVGLILFGSQAYLQAPLTFDRRTVRHWLDEARIGIAGKNTAIGDAIGLALKRLRQRPANSRVLILVTDGANNGGEIDPLTAAQLAADESVKIYPIGVGADPEQSGTAGFLGVNPSLDLDEATLREIAQITGGRYFRAQDGEQLLAIKTTLDQLEPVTQQPTQARPAQALYHWPLAVALLLSMLLVVRERWPDNPLQRLFTQPLFQPSQTSEWRQRLKRLRLRRRR PGPT0014015_4036 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-35_04150 1734 hypothetical protein ATGATCGCGCTCTGGCCGCATTGGCTGCGTCCCGCTTTTATCTTGCTGCTGCCCCTGTTGGGCTGGCTGCTCTGGCAACTGTGGCACCGACAGAAACGCGTGGGCCGCTGGCAGATGATCCTGCCGCCGGCATTCCATGCCGTGCTGCTCACCGGTGGCAGTGGTCGCGAAAGCAAGCTGCCGTGGATCGCCCTCGGGCTGGGCTGGCTGCTGGTGGTGCTGGCCTTGCTCGGCCCCAGCTGGACGCGGGTCGAACAGACCAGCCAGAAACCCGCCGATCCGCTGGTGGTTATTCTCGAACTGACGCCAGAGATGCTCGCCACCGACGTCCCGCCCACGCGCCTGGAACAGGCCCGGCGCAAAGTGCTCGACGTGCTGCAGAACCGCAGCGACGCGCAGACCGCAATCATCGTCTATGCCGGCAGCGCTCATACGCTGGTGCCGCTGTCCGACGACCTGGCCACCAGCGCCAACCTGCTCGAAGCCCTGGCGCCATCGATCATGCCGCAAGGCGGCCACCGTGCCGACCTGGCCGTCAACAAGGCCATGGCGTTGCTGGACCAGGCCGGGCTCGGCCACGGCCGGATCCTGTTGATCGGTTCATCCCTGAACGAGCAGGAACGCCTTGGCATAAGCCAGGTGCTCGACGGTTCCGCCACTCGTTTGCTGATGCTCGGCATCGGTACGCGTGAAGGTGCGCCCGTGGCCCAGGAAGACGGCAGTTACCTGAAGGATGCCCAAGGCGCGATCCTGGTGCCGCGCCTGGACAGCCCAAGCCTCAAGTCATTTCTCGATGAGCTGGACGGCCGTTACCGTCCCGCGCATCTGGACGACAGCGACCTGCGCGGCCTGGGCCTGCTGGACGGTCCGCGCCGCCTGCGCAGCGATGGCCAGAAACTGCGCCTGGACACCTGGGCCGACCAGGGTTATTGGCTGCTGTTGCCGCTCCTGCTGCTGGCCGCCTGCGCCGGGCGTCGGGGCTGGCTGTTCTGCCTGCCGCTGCTGTTTGCGCTGCCGCAGACCAGCCATGCCTTCGAATTCGAGGACCTGTGGCTGCGCCCCGATCAACAGGGCCAGCACCTGCTCAAGCAGAAACGCCCGGCCGAGGCCGCCACTCGCTTCGAGGACAGCCAATGGCAAGGTGTCGCCCTCTACGAGGCCGGCCAGTACAGCGAGGCCGCCCGGCGTTTCGCTGAAAGCAACGATGCCCGCGCGCATTACAATCGCGGCAATGCGCTGGCCCGCAGCGGCGAACTGGAGGCCGCGATCGATGCCTATGAGCAAGCGCTGGAATTGCAGCCGGACCTGCGCCCGGCGCAGACCAACAAGGCCTTGGTGGAAAGCCTGCTGAAAGAGCAGGCTGCGCCACCGGACACCGCCAAGCCCGACGAAAACCAGGACCCCGCGCCCACCGAGCAATCGCCGGATAGCGATACCCCGAATCAGTCGTCCGAGCCGGGCCAGCCTTCTTCCGAGGCGCCAGCGACGCCGGAGCAATCCCCGGCGTCCCAGGTGCCACCGACCCGCGCCGAGGACGTGCCCGGCAGCGAACTGCCCGACGAGCAGACCACCACCCCGCCGCTGCGCCCGGCCGCGGGCCAGCGCAATGCCGAAGAGCAGCGCCAGGCACTGGAACAATGGCTGCGCCAGATCCCGGACAACCCGGGCGAACTGCTCAGGCGAAAATTCTGGTATGAACAGCAAAGCCACCAGGCTCAGGAAAAACACCAATGA MIALWPHWLRPAFILLLPLLGWLLWQLWHRQKRVGRWQMILPPAFHAVLLTGGSGRESKLPWIALGLGWLLVVLALLGPSWTRVEQTSQKPADPLVVILELTPEMLATDVPPTRLEQARRKVLDVLQNRSDAQTAIIVYAGSAHTLVPLSDDLATSANLLEALAPSIMPQGGHRADLAVNKAMALLDQAGLGHGRILLIGSSLNEQERLGISQVLDGSATRLLMLGIGTREGAPVAQEDGSYLKDAQGAILVPRLDSPSLKSFLDELDGRYRPAHLDDSDLRGLGLLDGPRRLRSDGQKLRLDTWADQGYWLLLPLLLLAACAGRRGWLFCLPLLFALPQTSHAFEFEDLWLRPDQQGQHLLKQKRPAEAATRFEDSQWQGVALYEAGQYSEAARRFAESNDARAHYNRGNALARSGELEAAIDAYEQALELQPDLRPAQTNKALVESLLKEQAAPPDTAKPDENQDPAPTEQSPDSDTPNQSSEPGQPSSEAPATPEQSPASQVPPTRAEDVPGSELPDEQTTTPPLRPAAGQRNAEEQRQALEQWLRQIPDNPGELLRRKFWYEQQSHQAQEKHQ PGPT0014015_1835 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-35_04151 1638 hypothetical protein ATGACCCGCTTCACCGCCTATCTCCTCGTCTTGCTGCTCTGGGCTGCTGGGTCCCAGGCCGCGCAGCTGACTGCCAGCGTGGACCGCAGTCGCCTGAACTCCGGGGAGACCGTCGAGCTGACGCTGGAGTCCAACGATGCCACGCTGTTCGGCAAACCTGACCTGAGCCCGCTCCAGGCACTGTTTGATGTGCGCGGTACCCGCCAGGTCAACCAGTTGACCACCCTTGACGGCGAGAATCGCGCCACTACCCGCTGGATCGTCACGCTGCTGCCGCGTCAGAGCGGCACGGTGGTGATCCCGCCGCTGCAACTGGGCGAAGTCAGCAGCCAGCCGATCACTTTGCAGGTGATCGAAAGCGAAACCCGCAACGCCTCTGGCACCCTCGCGCCGGTGTTCATCGAAGCCAGCCTCGACCAGCGCGAGGTGTATGTGCAGGCCCAGGCCATCCTGACGCTGCGCATCTACCATTCGGTGTCGCTGTACGACGACAGCAGCCTGACACCGCTGCATATTCCCGATGCGCGCACCGAGCAACTGGGCGAATCGCGCACCTACGAAAAAGTCATCAACGATGTGCGCCACGGCGTCATCGAGTTGCGTTACGGCATCTACCCGCAGCGCAGCGGCGAACTGGCGATCCCGGCCCAGACCTTCAGCGCCACGCTGGTTGAACCCACGGCCCAGGGCACCGCAGCACCGGGCGCCAAACCCGGCCAGTTGATGCGCGTCAGTTCCACGCAACTGCAACTGACCGTCAAGCCCAAGCCCGCCAGTTACCCGGCCGACCTCCCCTGGCTGCCGGCGCGCAGCTTGTCCTTGAGCGAAAGCTGGAGCCCGGAACCGACTCACAGCCAGGTCGGCGATTCGCTCACCCGCAGCCTGACCCTGGAGGCGGAAGGCTTGACCAGCGCCCAGTTGCCGCCGCTTCCGCCTACCGAAATCAATGGCCTGCGGCGCTACCCCGACCAGCCGGTGCTGAGCAGCCGCAGCAGCGAGCGCGGCCTGGTTGGCAGCCGCGAGGACCGCGAAGCCCTGGTGCCCAATCGTAGCGGCACCATCGAGCTGCCGCCCGTGGAAGTGGTCTGGTGGAACACCCTGGAAGACCACCTGGACCGCACCAGCCTGCCGGCCCGGACCCTGCAAGTGGCGAACAACCCGAGCCTGATGGTCGACACACCGGCAGGCACCACTCAGATCGTCACCACTGTCGACAGCGAAACCCTCTGGTACTGGCAACTCAGTACGTTGATCCTGGCCTGCACGACGTTGCTCGGCTTCGGCCTGTGGTGGCGCGCGCGTTGGCAACCGGCGATCCTGCGCTCGGCCCAGGCCGGGCCGAGCCCACGCACACTGCTGGATGACCTCAAGCGCGCCTGCCTGGCCAACGACTCGCACGCCACCCGCCAGGCGCTGGATGCCTGGGCTCGACAGCAACCGGAAACCTTGGCCGACATGGCGGCGCGTTTCGTGCCACTGTCCGACGCCCTCGACGGCTTGAACGGCGCCCTCTACAGCGAAACCGGCCAGTATTGGCAAGGGGAAGACCTGTGGCGGGCGATCCGGACCATTCCGCCTCTGGAAGGAACGCCGGACGCTGCCAGTGATTCGAGCCTGCCGCCGCTCTATCCCAAATAA MTRFTAYLLVLLLWAAGSQAAQLTASVDRSRLNSGETVELTLESNDATLFGKPDLSPLQALFDVRGTRQVNQLTTLDGENRATTRWIVTLLPRQSGTVVIPPLQLGEVSSQPITLQVIESETRNASGTLAPVFIEASLDQREVYVQAQAILTLRIYHSVSLYDDSSLTPLHIPDARTEQLGESRTYEKVINDVRHGVIELRYGIYPQRSGELAIPAQTFSATLVEPTAQGTAAPGAKPGQLMRVSSTQLQLTVKPKPASYPADLPWLPARSLSLSESWSPEPTHSQVGDSLTRSLTLEAEGLTSAQLPPLPPTEINGLRRYPDQPVLSSRSSERGLVGSREDREALVPNRSGTIELPPVEVVWWNTLEDHLDRTSLPARTLQVANNPSLMVDTPAGTTQIVTTVDSETLWYWQLSTLILACTTLLGFGLWWRARWQPAILRSAQAGPSPRTLLDDLKRACLANDSHATRQALDAWARQQPETLADMAARFVPLSDALDGLNGALYSETGQYWQGEDLWRAIRTIPPLEGTPDAASDSSLPPLYPK NA NA NA NA NA D1-35_04152 1245 sbcD COG0420 Nuclease SbcCD subunit D TTGCGTCTGTTTCACACCTCCGACTGGCACCTGGGGCAAAACCTCCACGGCCAGGATCGCGACTTCGAACACGCCTGTTTCCTCGACTGGCTGCTGCGTCAACTGGGCAGCGAAAAGCCCGATGTGCTGCTGATTGCCGGCGATATCTTTGACACCGTCAACCCGCCGGTCAAAGCCCAGGAGCGGCTGTACGACTTCATCGTCAGCGCCCACGAACAAAACGCCAACCTGACCATCGTCATGATTGCCGGCAACCACGACTCCGGCTCACGCATCGAACTGCCGGCGCCGTTGATGCGGCGCTTGCGCACCCATGCCCTGGGCCGGGTGCTGTGGCTGGATGATGGACAACTGGACGTCGAGCGTCTGTTGCTGCCATTGCCCGACGCCAAGGGCAAGGTCCGCGCCTGGTGCCTGGCGCTGCCGTTCCTGCGGCCGGCGGAAGTCACCGGCGCGCAGTTGGGGGATGATTACCTGCGCGGCATCGGCCAGGTCCATGAATGGCTGATCGCCGCTGCCAATGACAAACGCAAGAAAGGCCAGGCACTGATCGCCGTCAGCCATGCGCACATGGCCGGCGGCTCGGTATCGGAGGACTCCGAGCGCAGCCTGATCATCGGCAATGCCGAAGCGCTGCCCGCCAGCCTCTTCGGCCCGAGCATCAGCTACGTTGCCCTCGGCCACCTGCACAAGCCGCAGAAGGTCAACGGTGAAGAGCGCATCCGCTACAGCGGCTCGCCGATCCCGCTGTCGTTCTCCGAGATCGGCTATCAGCACCAGATCCTCGACGTCACCCTGGACGGCGAAACCCTGGTAAACGTCGAGCCCCGGCTGATTCCCCGCGCCGTCAACCTGCAGCGCCTGGGCCCGGCGCCGCTGGCCGATATCCTCCGGCAACTGAAGGACCTGCCGGACATCGACCTGCTGGCGGACGTGCAGCGCCAGCCCTGGCTGGAGGTTCGAGTGCGCCTCGACGAGCCGCAGCCCGACTTGCGCCATCAAGTGGAGACGGCATTGCAAGGCAAAGCCGTGCGGCTGGTGCGCATCGCCGCCGAGTACGCCGGCAACGGCAGCTCCAGCGGCGTCGAGGACGGCACCGCGCTGGTCGAACTGGACCAGTTGAGCCCGCAGGAATTGTTCAGCCGTGCCTGGCAGGACACCTACGGCAACGAAGTGGACGAACAGACCCTCAAGGATTTTGCCGTGCTGTTGCAAGACGTGCAGATGGAGAGCGAGCAGCCATGA MRLFHTSDWHLGQNLHGQDRDFEHACFLDWLLRQLGSEKPDVLLIAGDIFDTVNPPVKAQERLYDFIVSAHEQNANLTIVMIAGNHDSGSRIELPAPLMRRLRTHALGRVLWLDDGQLDVERLLLPLPDAKGKVRAWCLALPFLRPAEVTGAQLGDDYLRGIGQVHEWLIAAANDKRKKGQALIAVSHAHMAGGSVSEDSERSLIIGNAEALPASLFGPSISYVALGHLHKPQKVNGEERIRYSGSPIPLSFSEIGYQHQILDVTLDGETLVNVEPRLIPRAVNLQRLGPAPLADILRQLKDLPDIDLLADVQRQPWLEVRVRLDEPQPDLRHQVETALQGKAVRLVRIAAEYAGNGSSSGVEDGTALVELDQLSPQELFSRAWQDTYGNEVDEQTLKDFAVLLQDVQMESEQP NA NA NA NA NA D1-35_04153 3642 hypothetical protein ATGAAGATCCTCGCGATTCGCCTGAAGAACCTCGCCTCCCTCGCTGGGCCATTTGAAATCGATTTCACCGCCGAGCCGTTGGCCAGCGCCGGCCTGTTCGCCATCACCGGCCCCACCGGCGCCGGCAAGAGCACGCTGCTGGATGCCTTGTGCCTGGCGCTTTTTGGTGCGGTGCCGCGCCTGAACAACACCGGTCGTGACGCCAAGGTACCGGACGCCGACGGCGAGATCGCCACGGGCGATCCGCGCACGCTGCTGCGCCGTGGCACCGGCGACGGTTATGCCGAAGTGGATTTTCGCGGTATCGACGGGCGCCGCTACCGGGCTCGCTGGGAGGCCAATCGCGCCCGGGAAAAAGCCGGCGGCAAATTGCAGGCCAGCCGCCAGAGCCTGCGCGACCTGGACAATGACCAACTGCTGGCCAGCCAGAAAGGCGAATACAAGACCCAGCTCGAAGCCGCCTTGGGCCTGAACTTCGAGCAGTTCACCCGCGCCGTGCTGCTGGCCCAGAGCGAGTTCAGCGCCTTTCTCAAGGCCGACGACAACGACCGCAGCGAGTTGTTGGAAAAGCTCACCGACACGGCCCTGTATACGCGTCTGGGCCGCCGCGCCTTCGACAAGGCCAAGCAGGCCAGGGAAACCCACAAGCAGTTGCAAGACCAGGCCACCGGCGTCACGCCGCTGGCCGCCGAAGCCCGCGCCGAGCTGGACCAACGCTTCAACGACGCCCAGCAACTGCTCAAGACCCAGCAGGCACAGCTCAAGCAATTGGAACAGCAGCACACCTGGCTCAGGGACCTGCGCCAGTTGCAGGACGAACAGGCCAGCGCCGCTGAACAACTGCAACAGGCACAGGCCGATTGGGCTGCGCTGGCCGACGAACGCCTGAAACTGACACGCCTGGAACAACTGACGCCCCAGCGGCACCAGTTCATCCGCCAGGCGGAATTGAACCGCCAGCTGGAGCCGCTGGCAGTCAGGATCCAGCAACTGACCCAGCAGCAAGTCGAATTGCATGAGCAACAGGCCGAACTGGAGAAAGGCCTGGGCGTGGCGCAATTGGCCTTGGCCGCCGCCCGCCAGCAGAGCGCCGACAACGCACCGCTGCTACGCCAGGCATTCGATGAACAGAGCAGCCTCGCCCGCCTGGCCAGGGAAACCGGCCAAGGTGCCGAACAGTTGCAACAGGTCCAACAGGCTTGCACCGACGGCCAGCGCAGCATCGACACCCTGCTCGAACAGCAACGGCAGGTTGATGAGCGCCTGCAAAGGATCGCCGGCGAACTGGAACAAAGTACCGATCTCGCACCGCTGGGCGATGCCTGGTCCGCCTACCGCGATCGCCTGCAACAGTTGATGTTGATCGGCAACCGGCTGAACAAGGGCCAGGACGAACTCGCGCTGCTGGAACAAAGCGCCACTCGCGCCGCCGATGACCTGGCAACCCGCCGGCAAAACCTCGAAGTGCTCTACAAGGAAGCCGGGGCCGAACCGCAAGCGGTGGCGGAACAGATCCAGTTGCTCGGCAACCTGCTGCAAGACAATCGCAAGCAACTGCGCGCTTTCGAAGAACTGACCCGGCTTTGGGCCAGCCAGCAAGAGCTGGACAAACGCAGCGCGGAGCTGGAGCGACGCCAGCAGCAAGCCTTGCAGGAGCGCGACCGGCTGGTGCGCGAAGGCGGCGAAGCCAAGGCCGAGCTGACCATTGCCGAACAGACCCTGACTGTCACCCGTGAACTGCTGGAACGCCAGCGCCTGGCTCGCAGCGAAAGCGTCGAGCAACTGCGCGAACAGTTGCAGGACAACCAGCCGTGCCCCGTCTGCGGCAGCGTCGAGCACCCGTACCATCAGCCCGAAGCGCTGCTGCAAAGCCTCGGCCGATTCGATGAAAGCGAAGAGGCCAATGCGCGCAGAGTCGTCGACCTGCTCAATGAAAAAGTCATCGATCTGCGAGCGCAATACAGTGGGGTCATTGCCCAGCTCAAGGAATTCAAACAGCAACAGGAACAACTCGCCGCCCAGCAACAAGGCCTCGCGCCAAGCCTCGAAGCCCATCCGTTGTCGGAACAGTTGCTGAGTCAGGCTCCAGACCAGCGCGACGCCTGGCTGGCCCAGCAAAACAGCCAGTTGAACCTGCGCATCAGCCAGGACGAACAACGCCAGGCCGCCCTGCTCACCCTGCAACAGGACGCCACGCGCCTGGCGCAGCAACTGCGCGAAGCGGAAACCGCCAGCCAGCAGGCGTCACTGCACCTGGGCAACCAGCAACAGGAAATGGCCCGCGACCGCCAGCGCCTGGAGGAAGAGCTCGGGCATTTCAGTGCGCTGCTGCCGGCCGATACCCTGCAGGCCCTGCGCAGCGATCCCGCCGCGACGTTCATGCGACTCGACCAGCGGATCACCCAGCGCCTGGCGCAACTGGAACAGCAACGCGAAGAACTCGGCGAACAACTTCAACGCCAGCAAGCCCTGGAGAAAGAGCAGGACCGCCAGCAGACCCGTGTGCAACAACTCGAAGCGGCGCAGCAGCAATTCAACGCACTGAATGAGCAACAGCAGACCTGCCAACAAAAGCTCACGCAACTGCTGGGCGAACATTCCAGTGCCGAACAATGGCAGCAACAGCTCGACCAGGCCCTGGAACAGGCCCGCCATGCCGAGGCAGCGGCCGGTCAGCAGTTACAGGAGTTGCGCAATACCCTCGTGCAACTGGCTGCCGAGCTCCAGGCCCGGCATGAGCAGGCCCAGTTGCTTGAGGCCGAACAGCAGACGCTCGCCGCCGGCATCGCCCAATGGCGCGCTTCTCATCCGGAACTCGACGACGCCGCGCTCGATGCCCTGCTCGGCCTCGACGAGCAACAGGTCAGTCAACTGCGGCAACGCCTGCTCACCAGCGAAAAAGCCATCGAGCAGGCCCGCGTCCTGCTCACCGAACGCGAGCAGCGCCTGCACAACCACCAGGCCCAACACAACGGCAATTTGCCGCCTGAGGAACTGACCCAAGCCTTGGCGGTGCTGCAGGAGCAGTTTGCCGCCAGCGAACAACGCTGCGCCGAGTTGCGTGCGGAACAGGCTGATGACCAGCGTCGGCAGCATGCCAACCAGGCCCTGGCCCGACAGATCGAGCAGGCCTATGCCGAATACCAGCGCTGGGCGCGCCTCGACGCCTTGATTGGCTCGGCCACCGGCGACCGCTTCCGCAAACTGGCCCAGGCGTACAACCTTGACTTGCTGGTCCACCATGCCAACGCCCAGTTGCGCCAACTGGTTCGCCGTTACCGGCTCAAGCGCGGCGGCAGCATGCTTGGCCTGCTGGTGATGGACACGGAAATGGGCGATGAACTGCGCTCGGTGCATTCGTTGTCCGGCGGCGAGACCTTCCTGGTCTCCCTTGCCCTGGCGCTGGGCCTGGCTTCGATGGCGTCCAGCACGCTGAGAATCGAATCGTTGTTCATCGACGAAGGCTTCGGCAGCCTCGACCCCGAATCGCTGCAACTGGCGATGGACGCCCTCGACGGCTTGCAGGCCCAGGGGCGCAAGGTCGCGGTCATCTCCCATGTGCAGGAAATGCACGAGCGGATCCCGGTGCAGATCCAGGTCCGTCGCCAGGGCAATGGGCTTAGCACGCTGGAGGTGAAATGA MKILAIRLKNLASLAGPFEIDFTAEPLASAGLFAITGPTGAGKSTLLDALCLALFGAVPRLNNTGRDAKVPDADGEIATGDPRTLLRRGTGDGYAEVDFRGIDGRRYRARWEANRAREKAGGKLQASRQSLRDLDNDQLLASQKGEYKTQLEAALGLNFEQFTRAVLLAQSEFSAFLKADDNDRSELLEKLTDTALYTRLGRRAFDKAKQARETHKQLQDQATGVTPLAAEARAELDQRFNDAQQLLKTQQAQLKQLEQQHTWLRDLRQLQDEQASAAEQLQQAQADWAALADERLKLTRLEQLTPQRHQFIRQAELNRQLEPLAVRIQQLTQQQVELHEQQAELEKGLGVAQLALAAARQQSADNAPLLRQAFDEQSSLARLARETGQGAEQLQQVQQACTDGQRSIDTLLEQQRQVDERLQRIAGELEQSTDLAPLGDAWSAYRDRLQQLMLIGNRLNKGQDELALLEQSATRAADDLATRRQNLEVLYKEAGAEPQAVAEQIQLLGNLLQDNRKQLRAFEELTRLWASQQELDKRSAELERRQQQALQERDRLVREGGEAKAELTIAEQTLTVTRELLERQRLARSESVEQLREQLQDNQPCPVCGSVEHPYHQPEALLQSLGRFDESEEANARRVVDLLNEKVIDLRAQYSGVIAQLKEFKQQQEQLAAQQQGLAPSLEAHPLSEQLLSQAPDQRDAWLAQQNSQLNLRISQDEQRQAALLTLQQDATRLAQQLREAETASQQASLHLGNQQQEMARDRQRLEEELGHFSALLPADTLQALRSDPAATFMRLDQRITQRLAQLEQQREELGEQLQRQQALEKEQDRQQTRVQQLEAAQQQFNALNEQQQTCQQKLTQLLGEHSSAEQWQQQLDQALEQARHAEAAAGQQLQELRNTLVQLAAELQARHEQAQLLEAEQQTLAAGIAQWRASHPELDDAALDALLGLDEQQVSQLRQRLLTSEKAIEQARVLLTEREQRLHNHQAQHNGNLPPEELTQALAVLQEQFAASEQRCAELRAEQADDQRRQHANQALARQIEQAYAEYQRWARLDALIGSATGDRFRKLAQAYNLDLLVHHANAQLRQLVRRYRLKRGGSMLGLLVMDTEMGDELRSVHSLSGGETFLVSLALALGLASMASSTLRIESLFIDEGFGSLDPESLQLAMDALDGLQAQGRKVAVISHVQEMHERIPVQIQVRRQGNGLSTLEVK NA NA NA NA NA D1-35_04154 603 hypothetical protein ATGAGCCGCGCCACGCTGTACTCCTTCCGTCGCTGCCCCTATGCCATGCGCGCACGCATGGCGTTGCGTTACAGCGCGGTCGAACTGACGATCGTCGAAGTCGGCCTGAAGGCCAAGCCCGCCGAGATGCTTGCACTCTCGAGCAAAGGCACGGTGCCGGTGTTGCAGGTCGATGGCCGGGTGATCGATGAAAGCCTGGAGATCATCAACTGGGCCTTGGCCCAACACGATCCGCAGGACTGGCAGCTACGGGACGATGCCAAGGCCCAGGCGTTGACGGCAGCGTTGATCGAGGAAAACGACCAGGTATTCAAGCTTCACCTGAACCGCTACAAATACCCGGAGCGGCATCCCGAATACACGCAGGAACACTACCGCAGCGAAGGCGAAGTTTTTCTGCGCAAACTGGAAGGACTGCTTGAAACCCGTCCGTTCCTGGCGGCGGAGCATCAGAGCCTGGCCGACGTGGCGGTGATGCCCTTCATACGCCAGTTCGCCCATGTCGATCGCGACTGGTTTGCCCAGGCGCCCTATCCGCGGCTGCAAGGTTGGTTGCAGAAATTCCTGGATTCCGAGCTGTTCGTAGCGATCATGGCCAAGTGA MSRATLYSFRRCPYAMRARMALRYSAVELTIVEVGLKAKPAEMLALSSKGTVPVLQVDGRVIDESLEIINWALAQHDPQDWQLRDDAKAQALTAALIEENDQVFKLHLNRYKYPERHPEYTQEHYRSEGEVFLRKLEGLLETRPFLAAEHQSLADVAVMPFIRQFAHVDRDWFAQAPYPRLQGWLQKFLDSELFVAIMAK PGPT0013170_21123 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_04155 186 hypothetical protein ATGGCCCGCGCAATCCTTTCTTCCGCCAGACACGGCGCTTACATCGCCATCGGCCTTTACGTCGCATTGGTGCTGGTGGTCAGCGTCGGCGCCCAATACCAAGGCTTCGTTGATGCATCGCTGCATGCGTCGGTTTCCACTGTCGCCGCCGAACGCGGCGCAGGCAAAGGGGCTGTCGGCGCATGA MARAILSSARHGAYIAIGLYVALVLVVSVGAQYQGFVDASLHASVSTVAAERGAGKGAVGA NA NA NA NA NA D1-35_04156 126 hypothetical protein ATGGCGATGCGTCTGGCAGTGATGCTGCTGTTTCTCTACTCCACTCCGATTGTCTCGGCGGCCCAGCCAATTCCTGGAGAGCTGGAAGTGGCTCGCGAGCGATTGTTGAGCTTGGTCAACGACTGA MAMRLAVMLLFLYSTPIVSAAQPIPGELEVARERLLSLVND NA NA NA NA NA D1-35_04157 180 hypothetical protein ATGAATCTGAATCTCTTCTCCGTTATTGCCGCTTCCGCTATCTCTGCTACCGTGGCATTGCCAGCCAGTGCCAGCATCGAAATCAGCGACAAGAAAAACCGCACCCAGAGCTACACTGAGAAATACCTGCAACAGAGCGCCAACTTCTACGCCGCACTGGATCACAAGACCCAACACTGA MNLNLFSVIAASAISATVALPASASIEISDKKNRTQSYTEKYLQQSANFYAALDHKTQH NA NA NA NA NA D1-35_04158 1176 pgl_2 6-phosphogluconolactonase ATGAAGATGCGTAGTTTCTGGCCATTGCTGATGGCCGGCAGCGTGGGCGCCATGGGCGTCCAGGCAGAAACCACCGAGCACTATCAATTGCTGGTGGGCTCCTACACTGCGGACCAGAGCCAGGGCATCTACCGCATGCAGTTCGACAGCCGGACCGGCCAGCTCGACGCCAAGCCATTGCAGGTGATCAAGACGGACAACCCGTCCTGGTTGACCCTTTCCAAGGACCTGAGCCGGCTGTTCGTGGTCAACGAAAACGGCCCGGGCCAGAAAGACCCGGTGGGCAAGGTCAGCAGTTACGCCGTTAACCCCAAGACCCATGAACTGAGCCTGATCAATCAGGTCCAGTCCCTGGGCAACGAGCCGACTCATTCCAGCCTGAGCCATGACGGCCAGCATCTGCTGGTGAGTAATTATTCCGTTCTGGAAAACCCGGGCGGCACCTTGGTCGTGCTGCCAGTGGGGGCGGATGGCAAGCTCGCGCCGGTGGTGCAGTCGGGCAGTCATCAGCCGAGTCGGGTCAACCCTGAGCGGCAGAAGTCGGGGCATGTGCATTCGGCGGTGCCTTCGCCGGACGGCAAGTATGTGTTTGCCAACGACCTGGGGGCGGACAAGGTATTCGTCTACCGCTACGACCCGAAAGCCAACCCCGAGCTGCCGCTGACGCCTGCCGATCCGGCATTCGTGCAGTTGCCGCCGGGCAGCGGGCCGCGTCACCTGCTGTTCAGCAACGATGGCAAGCACGCCTGGCTGACCATGGAGATGACCGCCCAGGTTGCGGTGTTCGACTACCAGGATGGCCGCCTTACCCAGCGTCAACTGGTCGACCTCGCCGCCGGCAAGCCCCAGCCGGGTAAAGCGGCGGCAGCGCTGCATGCGTCCAGGGACGGCAAGTTCCTGTACGTCAGCAATCGGGGCACCACCAACGAACTGGTGGTGTTTGCCATCGACCCGGCGGCTGGCACGCTGAAAGAACTTCAGCGGCGCTCTGTCGAGGGCGACCATCCTCGGGAATTCAGCCTCGACCCGAGTGAAAAATTTGTCCTGGTGGCCAACCAGAAGAGCAACCAGATCGTCATCATCGAGCGTGATCCGAACACCGGCCTGCTGGGTAAAACCGTCCAGAAGCTGGCGATGGATGCGCCGAGCGACTTGAAATTCATGGTTCGTCAATAA MKMRSFWPLLMAGSVGAMGVQAETTEHYQLLVGSYTADQSQGIYRMQFDSRTGQLDAKPLQVIKTDNPSWLTLSKDLSRLFVVNENGPGQKDPVGKVSSYAVNPKTHELSLINQVQSLGNEPTHSSLSHDGQHLLVSNYSVLENPGGTLVVLPVGADGKLAPVVQSGSHQPSRVNPERQKSGHVHSAVPSPDGKYVFANDLGADKVFVYRYDPKANPELPLTPADPAFVQLPPGSGPRHLLFSNDGKHAWLTMEMTAQVAVFDYQDGRLTQRQLVDLAAGKPQPGKAAAALHASRDGKFLYVSNRGTTNELVVFAIDPAAGTLKELQRRSVEGDHPREFSLDPSEKFVLVANQKSNQIVIIERDPNTGLLGKTVQKLAMDAPSDLKFMVRQ PGPT0014975_440 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 D1-35_04159 297 hypothetical protein ATGACTGCCCCGACCGACACTCTGCTGCAAGCCCTCGAACACTGCGACATGCTGATCATCGACGGGCTGCACGCTTTCGATTTTTCCCTCGACGAGCAGGACCAACTGCACGTCGAATGCATGAACGGCCGTACCCTCGAGCATTGGCGCTTCACGCCGGCACAGATGCAGGCCGCGACCTTCGACACAGCTTCGAAACATTGGGTCATCACCAGTGATTCGGGCGATCACCATCTGGAATGCGTGGAGGCGACCAGCGGCCACGACGACGAGGACTCCGAGCATGAAGATGCGTAG MTAPTDTLLQALEHCDMLIIDGLHAFDFSLDEQDQLHVECMNGRTLEHWRFTPAQMQAATFDTASKHWVITSDSGDHHLECVEATSGHDDEDSEHEDA NA NA NA NA NA D1-35_04160 1581 Alpha-ketoglutaric semialdehyde dehydrogenase ATGAATCAGATCCTTGGCCACAACTACATCGGTGGCGCCCGCAGCGCGGCCGGCCAGACTCGCCTGCAAAGTTTCGACGCCAGCACCGGCGAGGCCTTGCCGCATGATTTCGTCCAGGCCACGGCGGAAGAAGTCGACGCCGCCGCCAAGGCCGCCGCGGCGGCTTATCCAACCTACCGCAGCCTGAGCGCGGCGCGCCGGGCCGAATTTCTCGATGCCATCGCCGATGAGCTGGACGCCTTGGGTGATGAGTTCGTCGCCGTGGTCTGCCGCGAAACCGCATTGCCGGCCGCACGGATCCAGGGCGAGCGCGGCCGCACCAGCGGGCAGATGCGCCTGTTCGCCAAGGTCTTGCGCCGTGGCGATTTCTACGGCGCGCGCATCGACCGGGCCTTGCCGGAGCGTACGCCGCTGCCGCGCCCGGACCTGCGCCAGTACCGCATTGGTCTCGGTCCGGTGGCCGTGTTTGGCGCCAGCAATTTCCCATTGGCATTCTCCACCGCTGGCGGTGACACCGCTGCCGCGCTGGCCGCCGGTTGCCCGGTGGTATTCAAGGCCCACAGTGGCCACATGGCCACCGCCGAGCATGTGGCCGATGCGATCATTCGCGCGGCTGAAAAGACTTCGATGCCGGCCGGTGTGTTCAACATGATCTACGGCGGTGGCGTCGGCGAATGGCTGGTCAAGCATCCGGCGATCCAGGCCGTCGGCTTCACCGGTTCCCTGAAAGGCGGGCGTGCCCTGTGCGACATGGCGGCCGCGCGGCCCCAGCCGATTCCGGTCTTCGCCGAGATGTCGAGCATCAATCCGGTGATCGTCCTCCCGCAAGCTTTGCAAGCGCGCGCCGAGAGTGTCGCTCGCGACCTGACCGCCTCGGTGGTGCAAGGCTGCGGTCAGTTCTGCACCAACCCTGGCCTGGTGATCGGTATCCGCTCACCTGAGTTCACTGCCTTCACCCAGCAGGTGGCTGCGCTGATCGGCGACCAGGCGCCGCAAACCATGCTCAATGCCGGCACGCTGCAAAGCTACGGCAAAGGCCTGCAAAAATTGCTGGCCCACCCAGGCATCGAACACCTCGCCGGTCGCGAGCAGCAAGGCAACCAGGCGCAACCGCAATTGTTCAAGGCTGACGCCAGCCTATTGATCAACGGTGACGAGGCGTTGCAGGAAGAGGTCTTCGGCCCGACCACGGTGTTTGTCGAAGTGGCGGACCAGGCGCAATTGAGCGCTGCGCTGCATGGCCTGCACGGCCAGCTCACCGCCACGATCATTGGCGAACCGGCGGACTTCGAACGGTTCGGTGAACTGACGCCGTTGCTGGAGCAGAAAGTCGGCCGCATCTTGCTCAACGGTTATCCAACTGGTGTGGAGGTTTGCGATTCGATGGTCCATGGCGGGCCTTACCCGGCGACGTCCGATGCGCGTGGCACTTCGGTCGGCACGCTGGCGATCGATCGGTTCCTGCGTCCGGTGTGCTTCCAGAACTACCCCGACAACCTGTTGCCAGAGCCGTTGAAGAACGCCAACCCGCTGGGGATCCTGCGATTGGTAGATGGCGTGCCGGGGCGCGAGGCGCTCTGA MNQILGHNYIGGARSAAGQTRLQSFDASTGEALPHDFVQATAEEVDAAAKAAAAAYPTYRSLSAARRAEFLDAIADELDALGDEFVAVVCRETALPAARIQGERGRTSGQMRLFAKVLRRGDFYGARIDRALPERTPLPRPDLRQYRIGLGPVAVFGASNFPLAFSTAGGDTAAALAAGCPVVFKAHSGHMATAEHVADAIIRAAEKTSMPAGVFNMIYGGGVGEWLVKHPAIQAVGFTGSLKGGRALCDMAAARPQPIPVFAEMSSINPVIVLPQALQARAESVARDLTASVVQGCGQFCTNPGLVIGIRSPEFTAFTQQVAALIGDQAPQTMLNAGTLQSYGKGLQKLLAHPGIEHLAGREQQGNQAQPQLFKADASLLINGDEALQEEVFGPTTVFVEVADQAQLSAALHGLHGQLTATIIGEPADFERFGELTPLLEQKVGRILLNGYPTGVEVCDSMVHGGPYPATSDARGTSVGTLAIDRFLRPVCFQNYPDNLLPEPLKNANPLGILRLVDGVPGREAL PGPT0018165_511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018165-aldH-K13877 NA NA D1-35_04161 993 hypothetical protein ATGCGTTTAGTTCAGTTCGAATTGAGTAACGGCGAACGCCGCGTCGGTGTAGTTGACGGCGAGCAGGTGCGCGAAGTGCAGGGCGCCACGACGGTGCGCGACCTGGCGCTGGCCGCCATCGAGGCGGGCGTCAAGCTTGAGCAACAGGTCGACGGCCTGGGCCTGGGAGCGAGCCATGACTATGCGCAACTGCTGAGCGAATTGCGCATCCTGCCGCCGCTGGATCACCCGGACCCGGCGCACCTGCTGGTCAGCGGTACCGGCCTGACTCACCTGGGCAGCGCCTCGGCCCGGGACAAGATGCACCAACAGGCTGGCGACGAGAGCGCCATGACCGACACCATGCGCATCTTCAAATGGGGCGTGGAGGGCGGCAAACCCGCCGCCGGGCAGGCTGGCGTTCAGCCGGAATGGTTCTACAAGGGCGACGGCAGCATCGTCGTCCGTCCCGGCCATCCGTTCCCGCTGCCGCCCTTTGCCGAAGACGCTGGCGAGGAGCCGGAAATCAGCGGCCTGTATGTCATCGGTCACGACGGCAAGCCATATCGGCTGGGCTTTGCGGTGGGCAACGAATTTTCCGATCACGTCATGGAACGCAAGAATTATCTGTACCTGGCCCATTCGAAACTGCGCAGTTGCAGCTTCGGCCCGGAACTTCGCGTGGGCGAACTGCCTCAACATCTGTCCGGGACCAGTCGTATCCTGCGCAACGGCGAAGTGCTGTGGCAGAACGAATTCCTCAGCGGCGAGGCGAACATGTGCCACAGCCTCGAGAACCTCGAGTTCCACCATTTCAAGTACAGTCAGTTCCTGCGCCCCGGGGACGTGCACGTTCACTTCTTCGGCACCGCGACGCTGTCGTTCGCCGACGGCATCCGCACCCAGCCGGGGGACGTGTTCGAAATCAGCCAGGCCGAATTCGGCGCACCGCTGATCAACGGCATTGCTCCGGTAGACGCGGTGTTCAACCCAGGTACTATCGGCACACTTTAA MRLVQFELSNGERRVGVVDGEQVREVQGATTVRDLALAAIEAGVKLEQQVDGLGLGASHDYAQLLSELRILPPLDHPDPAHLLVSGTGLTHLGSASARDKMHQQAGDESAMTDTMRIFKWGVEGGKPAAGQAGVQPEWFYKGDGSIVVRPGHPFPLPPFAEDAGEEPEISGLYVIGHDGKPYRLGFAVGNEFSDHVMERKNYLYLAHSKLRSCSFGPELRVGELPQHLSGTSRILRNGEVLWQNEFLSGEANMCHSLENLEFHHFKYSQFLRPGDVHVHFFGTATLSFADGIRTQPGDVFEISQAEFGAPLINGIAPVDAVFNPGTIGTL PGPT0017806_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LYXONATE_DEGRADATION,PGPT0017806-2_keto3_deoxy_L_lyxonate_dehydratase-NA NA NA D1-35_04162 1323 abaQ_2 Quinolone resistance transporter ATGAGCCAGGAATTGCGGCTTATACGTCGCATCACACTCAAACTGATTCCCTTCCTGATCCTGCTTTACCTGATCGCGTACGTGGATCGCTCCGCCGTGGGCTTTGCCAAGCTGCACATGGGCGCGGACATCGGCATCGGCGACGCCGCCTACGGCCTCGGCGCTGGCCTGTTCTTCATCGGTTATTTCCTCCTGGAGATTCCCAGCAACCTGATGCTGGAACGCTTCGGTGCGCGGCGCTGGTTTGCCCGGATCATGATCACCTGGGGCGCAATCACCATCGGCATGGCTTTTGTGCAGGGGCCCTATAGTTTCTACGTGATGCGCTTTCTGCTGGGCGCGGCCGAAGCCGGGTTCTTTCCGGGCGTGCTGTATTACATCACTCAGTGGTTCCCGGTGCGCCATCGCGGCAAGATCCTCGGGCTGTTCATTCTTTCCCAACCCATTGCGATGATGATCACCGGTCCCGTTTCCGGTGGCTTGCTGGGCATGGACGGCATCCTCGGCCTGCACGGCTGGCAGTGGTTGTTCATCGTCATCGGCCTGCCGGCGGTGCTGTTGACCTGGCCGGTGCTGCGTTATCTGCCGGACGGCCCGCAACAGGTCAAATGGATGGACCAGTCCGAGAAGGACTGGTTGACCGGTGAGCTGAAAAAGGACCTGGAAGAATACGGCCAGACCCGTCATGGCAACCCGCTGCATGCGCTCAAGGACAAGCGCGTCCTGCTGTTGGCGCTGTTCTACCTGCCGGTGACCCTGAGTATCTACGGCCTGGGGCTGTGGCTGCCGACGCTGATCAAACAGTTCGGAGGCAGTGACCTGGTGACCGGCTTTGTCTCTTCCGTGCCTTATATCTTTGGCATCATCGGTCTGCTGATCATTCCTCGCAGCTCCGACCGCCTGAACGACCGCTACGGTCACCTGGCCGTGTTGTATGTATTGGGCGCCATCGGTCTGTTCCTCAGCGCCTGGTTGACCGTGCCGGTGCTGCAACTGGCGGCGTTGTGCCTGGTGGCGTTTGCACTGTTTTCCTGCACGGCGGTGTTCTGGACTTTGCCGGGACGGTTCTTCGCCGGTGCCAGCGCGGCGGCGGGCATTGCCTTGATCAACTCGGTAGGCAACCTGGGCGGCTACATCGGCCCGTTCGTGATCGGCGCCTTGAAGGAATACACCGGTAACCTGGCGTCCGGGCTGTACTTCCTGTCGTGCGTGATGGTGTTCGGCCTGGTATTGACCGGGGTGGTCTATCGCTTGCTCGAACGCAAGCACGTGTTGCCGGCTGACCAGTTCGCGGCGAGCGCCCGCGGGGCGACGCGTAGCTGA MSQELRLIRRITLKLIPFLILLYLIAYVDRSAVGFAKLHMGADIGIGDAAYGLGAGLFFIGYFLLEIPSNLMLERFGARRWFARIMITWGAITIGMAFVQGPYSFYVMRFLLGAAEAGFFPGVLYYITQWFPVRHRGKILGLFILSQPIAMMITGPVSGGLLGMDGILGLHGWQWLFIVIGLPAVLLTWPVLRYLPDGPQQVKWMDQSEKDWLTGELKKDLEEYGQTRHGNPLHALKDKRVLLLALFYLPVTLSIYGLGLWLPTLIKQFGGSDLVTGFVSSVPYIFGIIGLLIIPRSSDRLNDRYGHLAVLYVLGAIGLFLSAWLTVPVLQLAALCLVAFALFSCTAVFWTLPGRFFAGASAAAGIALINSVGNLGGYIGPFVIGALKEYTGNLASGLYFLSCVMVFGLVLTGVVYRLLERKHVLPADQFAASARGATRS PGPT0002325_611 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_04163 1737 araC_1 L-arabonate dehydratase ATGTCTGATAAGAAACCCTCCCTGCGCTCGGCCCAATGGTTTGGCACCGCCGACAAAAACGGCTTCATGTACCGCAGCTGGATGAAAAATCAGGGCATCGCCGACCACCAGTTCCATGGCAAGCCGATCATCGGTATCTGCAATACCTGGTCGGAGCTGACACCGTGCAACGCGCATTTCCGGCAGATCGCCGAGCACGTCAAGCGCGGCGTGATCGAGGCCGGGGGCTTTCCGGTGGAATTCCCGGTGTTCTCCAACGGCGAATCGAACCTGCGCCCCACCGCCATGCTGACCCGCAACCTGGCGAGCATGGACGTGGAAGAGGCGATTCGCGGCAACCCGATTGATGGCGTGGTACTGCTCACCGGTTGCGACAAGACCACCCCGGCCCTGCTGATGGGCGCCGCCAGTTGCGACGTGCCGGCCATCGTCGTCACCGGCGGGCCGATGCTCAACGGCAAGCACAAGGGCCAGGACATCGGCTCAGGCACCGTGGTCTGGCAGCTGAGCGAACAGGTCAAGGCCGGCACCATCACCATCGATGACTTCCTCGCGGCCGAGGGCGGCATGTCCCGCTCGGCCGGTACCTGCAACACCATGGGCACGGCGTCGACCATGGCCTGCATGGCCGAGGCGCTTGGCACTTCGCTGCCGCATAACGCGGCGATCCCGGCGGTGGATGCGCGCCGTTATGTGTTGGCGCACATGTCCGGCATGCGCGCCGTGGAAATGGTCCGCGAAGACCTGAAGCTGTCGAAGATCCTGACCAAGGAAGCCTTCGAAAACGCGATCCGCGTCAACGCCGCCATCGGCGGTTCGACCAACGCGGTGATTCACCTCAAGGCCATCGCCGGGCGCATCGGCGTGCAACTGGACCTGGACGACTGGACCCGCATCGGTCGCGGCATGCCGACCATCGTCGACCTGCAACCGTCCGGACGCTTCCTGATGGAAGAGTTCTACTACGCCGGCGGCCTGCCTGCCGTGCTGCGTCGCCTCGGCGAAGCCAATCTGATCCCCCACCCGAACGCACTGACGGTGAACGGCAAGAGCCTCGGCGAAAACACCAAGGACGCGCCGATCTACGGCCAGGACGAAGTCATTCGCACCCTGGACAACCCGATCCGCGCCGACGGCGGCATCTGCGTACTGCGCGGCAACCTGGCGCCATTGGGCGCAGTGCTCAAGCCGTCCGCGGCCACCGCCGAACTGATGCAGCATCGCGGTCGCGCGGTGGTGTTCGAGAACTTCGACGAGTACAAGGCGCGGATCAACGATCCGGAGCTCGACGTGGATGCCGACTCGATCCTGGTCATGAAGAACTGCGGGCCGAAGGGTTATCCGGGCATGGCCGAAGTCGGCAACATGGGCTTGCCAGCCAAACTGCTGGCCCAGGGCGTGACGGACATGGTGCGTATTTCCGACGCACGCATGAGCGGCACCGCCTACGGCACCGTGGTGCTGCATGTGGCACCGGAAGCGGCGGCCGGCGGGCCTTTGGCCGCGGTGAAAGAAGGTGACTGGATCGAACTCGATTGCGCCAGCGGCCGCCTGCACCTGGACATCCCCGACGCCGAACTCGCCGCGCGCCTGGCCGACCTGGCGCCACCGCAGCAATTGCTGGTCGGTGGCTACCGCCAGCTGTACATCGACCATGTGCTGCAAGCCGACCAGGGTTGCGACTTCGACTTCCTGGTGGGCTGCCGCGGCGCCGAGGTGCCGCGTCACTCCCATTGA MSDKKPSLRSAQWFGTADKNGFMYRSWMKNQGIADHQFHGKPIIGICNTWSELTPCNAHFRQIAEHVKRGVIEAGGFPVEFPVFSNGESNLRPTAMLTRNLASMDVEEAIRGNPIDGVVLLTGCDKTTPALLMGAASCDVPAIVVTGGPMLNGKHKGQDIGSGTVVWQLSEQVKAGTITIDDFLAAEGGMSRSAGTCNTMGTASTMACMAEALGTSLPHNAAIPAVDARRYVLAHMSGMRAVEMVREDLKLSKILTKEAFENAIRVNAAIGGSTNAVIHLKAIAGRIGVQLDLDDWTRIGRGMPTIVDLQPSGRFLMEEFYYAGGLPAVLRRLGEANLIPHPNALTVNGKSLGENTKDAPIYGQDEVIRTLDNPIRADGGICVLRGNLAPLGAVLKPSAATAELMQHRGRAVVFENFDEYKARINDPELDVDADSILVMKNCGPKGYPGMAEVGNMGLPAKLLAQGVTDMVRISDARMSGTAYGTVVLHVAPEAAAGGPLAAVKEGDWIELDCASGRLHLDIPDAELAARLADLAPPQQLLVGGYRQLYIDHVLQADQGCDFDFLVGCRGAEVPRHSH PGPT0017465_291 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017465-araC-K13875 NA NA D1-35_04164 720 lutR_4 COG2186 HTH-type transcriptional regulator LutR ATGGATTACCGCAAACCCTCCGACCGCAAGAGCATGCACGCGCGCATCGTCCAGGAACTGGGCATGCAGATCGTCTCTGGCCGCTTCAAGCCCGACGACAAACTGCCCGCCGAAGCCTTGCTGTGCGAAGAATATGCCGTCAGCCGCCCGGTGCTGCGCGAAGCCACGCGCGTGCTGGTCGCCAAGGGCCTGGTGTATTCGCGGCCGCGAGTGGGCACGGTGGTCAAGCCGCGTCGGGAATGGCACATGCTCGACCCCGATGTGCTGCACTGGCTGATGCAGAGCAGCCCACAGAACGAGTTCTTCGGACTGCTCACCAGCGTGCGCAGCATCATCGAGCCGGCCGCCGCCGCCCTCGCCGCGCAATTCGCCACCGACGCCGACATCGCCGCCATCAGCGAAGCCTACCAGCGCATGGAAGCCGCCCCGACCCCGGAAGCCCTCCTGCAACCGGACCTGGACTTTCACAGCCGCATCGCCGACGCCACCCACAACGACCTGCTCGCCAACCTGTGCAACATGCTGTCGGTGGCCATCGCCGAAGCCCTCAAGCACTCCAACCAACGGCCCAACCTGCACGAGCTGGCGATGCCACGGCACAAGGCGATCCTCACCGCCATCGAGAACCGCGATGCCCTCGGCGCCCGCCATGCCACGCTGGTGCAACTGGATGACGCCCGCAGTGCGCTGAATGTCGTGCTGGGCAGCGATCCCGCCTGA MDYRKPSDRKSMHARIVQELGMQIVSGRFKPDDKLPAEALLCEEYAVSRPVLREATRVLVAKGLVYSRPRVGTVVKPRREWHMLDPDVLHWLMQSSPQNEFFGLLTSVRSIIEPAAAALAAQFATDADIAAISEAYQRMEAAPTPEALLQPDLDFHSRIADATHNDLLANLCNMLSVAIAEALKHSNQRPNLHELAMPRHKAILTAIENRDALGARHATLVQLDDARSALNVVLGSDPA PGPT0018085_149 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018085-dgoR-K19776 NA NA D1-35_04165 4668 hypothetical protein ATGGCATCGCCTTCCCCGGCTGACAACGCCAACACACAGGCACAGAACGTCAGCCTGCAATTTGCCGGTCGACCCACCTTCGAGCAGGTTGTATCGAGCACGTTTCAGCAAGCTATTCGAAAGGAATACCCTTGGAATGCGCTCAACCTGTCCAAGGTGCTGTTGGCAACTCCCGACAGGGCCTCTAAAAGCTGGACGACTACCCGCCTCATGACGCTCGTCCTCGATTACCTGGCTACCGGCACGCCCATCGACTTCAAGGAGTGGAGCGAGCATGGCTGTTTCCTTTCCGAAACGATGCCGCACCGTCTCAAGCTGGACGCGCAGGACATGCTCACGCTGGAAAAGCTGCTACTTGAACTGCCTTGGACAGTACCGATCGGATTCGAGGATGCGCTGGTCCGCTACTGGAATGCCGACATTGACCCCCATCAAGGCACCAGCCGCTGGAACTGGCTCAGCGGTGCACTGCGAAACCTGTTGCAGACCCGTGGCTTGCAGCAACCAGGGCTCAGCGACCCGGCACGTGAGATGCTCGACCAGATCACCCGCCGGCCTGTCAGCAAGCAACACTTGCGCGCCGACGGTCAGTCCAGCGTCTACGCCTACAGCCTGGAAAGCACGCTCGTTAAAGCCGCTTCCCGTTCGGTCATATACGGTAGCGAGATTCTACTGACGCGCACCACCGAAGGTGGGACCCTCCTGCTGCTGTGCAGCCCTGGCAGCGCCGTCAAACCCTTTGAATCGCTGGAGGACTTTCACCGTCACTGGAGTGAACTCATCGCCAGCCGGTACCTTGTCGACACCGTCACTTGCACACGCACCGAGATCGCTGGCAACGTGTTCGAGACCCAGGCAGCACTGATCCTGGAGCAACAGCTGGCCGACCTCCGGGCGGTGGAATTGCCTTCCCGCGTCGGCTCGCAGCACCTGCGTGCGCTGTATCACGAACTGAGCGACCCGGCCCGCTACCTGCGTGACACCCCGTACCCCTCTCCTCAGATGTCGAAGCTCATTGCGCCGCTGGTGCCCGAATGGTTGAAGGAAGCGTCCGTTGTCGACCAGACCAGGCACCAGCATTACTGCCTGGCGTTGGCCAGCGCCAAGAAACGCAGTCCAGGCCAAACCTTCCTCAGCGATATCGAGAATATCCACTCCTTCACGTCCCAAGCCCTGCTTGAGCGCATGGGTCGAACAAACGATAGCTCGTCGACCCAGGCCCAACCCTCCCGCTACAACCCCGACGACGTGCTACTGACTTTCACCGTGGCGGCGGGCCTCCCCGGTACGATCGGGATTGTCGAGAAAAAATCGATGAAACTGAGCGAACTGGCCATCCGCAATCTCGTCGCCCGCCCCAGTGGAAACCCGATCCTCAGCCATCGCCTGGGCCTGACCCTGCCCGAATGGTTGACCCCGGACTACATCACCCGCCAGGGCGGGCTGATTGAACAGGTCGACATCGGCACCGCCTACCCCCGATATCTGCAGCACAAGCTGTTTGACGATTTGCCTACCCTGCGTCAACAGAGATTCGCCGACCAGGTCCCGACAGAGCTGCTTCTCGAAGCGCTCAAGCAAAAGCTCGACCACCAGAACAGCATGACCCGTCAAGGCCTGGACCTTCTCGAAGCCGTCCTTCAAGCCGATGTCGAGGAACAACAGGTCGACGGTCGTCCGGTGGTGATTCGTCCCCTGGCCTTTCTGCGTAAGCCGAAGGCGCGACCTGATGTTGTGACGAATATGTTCATCATCGAACCGCAAGCCGTCGAAACGGGACCACACCTGCTGTATCGCCCGCTTCACTCGCCCTCGTTGATTGAGTTCCCGACACGCCAGGCGCTGTTGACTGCCATTGGCCTGGACGGCGAACTGCAGACCAGCGTCTTGACCTGGTTATCGGATACCGCGCGTCCGGTGTACGCCAATGGGGGGTTCCTGGAGCCACACATTGTGCGCTTTCTTCCAGGCGATGAATTCGCCCCTTTCGAAAAGCCGACCCCGGCGACACTCGCAATCGAGGGTGACAACGACGAGTTGTTGCAATTCCTGCACAACGGCAAGCTGATGGAGTATCTCTACGGCAGTAATGCGCGGGCCTTGGTTGCCCAGGCCAACAGGGCTTCGGTCTCCAACGCCGAAAGCCGTTGGGCGACCCTTCTCGAGGGCGGCGGCCTGTTGTTCAACACACTGTTGGTGCCGATCCTGCGCGGCCCATTGATAAGCGTCGGCTGGTTATGGAACGTGATCGCCGTCGCCGGGCAAGACATCCCGGCCATGCAGAGCGAGGATCCGACTACGCGGGAGCTCGCTACCGTCGACTTTCTCTTGAACTTCGCCATGCTCGGACATCAGGCGTTGTCCCTCGACGAGCCTGTTCGCAAGCCACTGCCCCACGAACTGGAAGACCAGGCGATGCGTGCGCCTGCGCCACGCATCGTTCCCGAGCAATGGCCCAAGCCGGCCCTGCCAGACGTCATCGAAGGCCCCGTCTACCTGCCCGGGGAACACGCCCAAGCTGCTTTTGAGCACCTCGACTTCAGTTTCGCCAGCGCCCGTCGGCGCCTGACGCTGGAGCAACGCACCCGCTTGCAGCGCCTGACAGTGCAGCGTCCCGCAGTGATGCCCGCTGCCCTTCCCTCTGGCCCTTATACCGGCCTTTATCTGATCAATAAAAAATGGCATGCCGTGGTTGAGGGCGAGTTGTATCAAGTCGACACATGGAACAGCACCGTACAGATCGTCGACCCGCACGACCCGGCACGCAGGGGGCCGGCGCTAATATCGGACGGCCACGGCAGCTGGTCCTTGGACCTGGGCCTGGGCCTGCGTGGCGGGATGCCGCCCAAGCGCGTGGAGGAACAACGTCGCTTCAACGAAAAAAGAAAAGCGGAAATCGCGGCGGAAACCAGGGAGTTCTTCGAAAAAAGTGCCGAGCGGAAAAAGAAGCTGGATATCACCCACGACCTGCTGAGCTTATTGGAGATCGGTACGCCACCTGATGAGAAGCGGATGGCCCCCATACGTAAAAGCTTTCATGAACAGTTAAAGGAGCAGGCCGAAGCCGATCTGAAGATACTGGGGAACGAGCTCGAATCCATCAAGCTGAATAGCCCAATTTCCCGCGGGAATATTTACCAGATCACTGAATCGTTGATCGAATGTTGTCGTACAGCCATTGCCGTTGTCGTAAAGGATATACAAGCTCTGAATGCTGCCCATTCCTCATTCGTGGGACCGTCTGCGTCTGACATTCTGGAGGCAGTTGAACATGATCCGCAGGGCTATTTGAGGTTCGCCGCGCAGTTATTTGAGCTCAATGAGCGCTCGATCCATTGGCTGGAGCTTGAACACCGCACGCTTGATACGTTATTGAACCGGGGCAGCAAGGGCCGGGAAATGTTCGATCGCCTGACCCATGACCGACCGGTGGCGAAAACCGCTTCGTTGGCTGGCCAAGAGCTCCAGACGACGTTGGCCACAGTGCTCGCTTCGCGCGGCGAGAGCGAGTCGAGGGAGCACCTGCGAACCATCAGCAAGCCGCTAAAGGAACAAATACAATCTCACGCTACGTTGTGGACGTACGACTTCTCGGAACGGCTCGAGGTATTGGAGAGCTTGTCCGAACACTATGGCAAGGCGCTGGATGCCCTACAGATCGTGAAAGTACTTCACGCCGATGAGATGGACCTGCCTTATTTCGACAAGCTGGTCACCTTGGTCGAAGAATTGTATGAGGAGGTCTCCCAGGAACTGGCCACGGAAATAAAACCCGAACCGAAACCGCGCGCGCGCGCTTCCAAACGCACCGGAACATCCGCCGGACGCCCTCAGAAAAAAGTGATCCGAACCCGCCACAATGGTGTATTGGTTGGCGACCTGAGACCTGCCGGTACAACCTTGGAGATTGATGTCGTCGAGCTGCGCTCCGAAAACGATAACCAGTTGCTAGGCACCTATTCCCGTCATGAAGACGCCTGGGACCTCGTCAAGGAAGAGCGACCGGCCGCGCCGCTGAAAACGAGACCTGTCAGTGAAATCAAAGGCGCCGCACGAAAACTGCTCGGACAACTGGAAAGACTTCTGAAAAGGGCAAAAAGCTATAAAGCCCAGTGCCGTTACCCGCAGGAAATCGAGGAGGTCATGAACAACGAGGCGGATCGTTTTCGCAAAATTGCCGAGGAGCTTGAACAAGCCGTCAAGGCTTCCCCAACAGAGCCCGGCCCGCGAGACCAGACCTTAATCGAGGAACTGACAAAGGCCGCCACCCGCCTTGCAGCACAGGGCGGCTACCTGCGCACCGAGCTGAGCCTGAAACTGCCACCCACCGACGGCAATCTCCGCTATCTGTTTGCAAAAGAATTGATCCAGGTCAGCAAGTACGGCGACCGCACAGCCATGAGCGGAGTCCGCAAGGACTTCATTCAGGAATATGCAATCAACGACCGTAACGGCTTCCCCCTCTGGTATGCCCATTTTCACTATGAAAAGGCCGACACCCCGAAAGCCGACTACAGCGTTGCACACGTGAAAACCAAGGAGCAACGGAAGGAAAGCTACTATTCAATGCTGTCCAAAGCTGAAGGCCCCTACGCCGTCGTGAACGTGCATCGCGGCCAGATCGGCAAACCTCTGGCACAACGCTGGTTCTTGCCCCTGGACCACTAA MASPSPADNANTQAQNVSLQFAGRPTFEQVVSSTFQQAIRKEYPWNALNLSKVLLATPDRASKSWTTTRLMTLVLDYLATGTPIDFKEWSEHGCFLSETMPHRLKLDAQDMLTLEKLLLELPWTVPIGFEDALVRYWNADIDPHQGTSRWNWLSGALRNLLQTRGLQQPGLSDPAREMLDQITRRPVSKQHLRADGQSSVYAYSLESTLVKAASRSVIYGSEILLTRTTEGGTLLLLCSPGSAVKPFESLEDFHRHWSELIASRYLVDTVTCTRTEIAGNVFETQAALILEQQLADLRAVELPSRVGSQHLRALYHELSDPARYLRDTPYPSPQMSKLIAPLVPEWLKEASVVDQTRHQHYCLALASAKKRSPGQTFLSDIENIHSFTSQALLERMGRTNDSSSTQAQPSRYNPDDVLLTFTVAAGLPGTIGIVEKKSMKLSELAIRNLVARPSGNPILSHRLGLTLPEWLTPDYITRQGGLIEQVDIGTAYPRYLQHKLFDDLPTLRQQRFADQVPTELLLEALKQKLDHQNSMTRQGLDLLEAVLQADVEEQQVDGRPVVIRPLAFLRKPKARPDVVTNMFIIEPQAVETGPHLLYRPLHSPSLIEFPTRQALLTAIGLDGELQTSVLTWLSDTARPVYANGGFLEPHIVRFLPGDEFAPFEKPTPATLAIEGDNDELLQFLHNGKLMEYLYGSNARALVAQANRASVSNAESRWATLLEGGGLLFNTLLVPILRGPLISVGWLWNVIAVAGQDIPAMQSEDPTTRELATVDFLLNFAMLGHQALSLDEPVRKPLPHELEDQAMRAPAPRIVPEQWPKPALPDVIEGPVYLPGEHAQAAFEHLDFSFASARRRLTLEQRTRLQRLTVQRPAVMPAALPSGPYTGLYLINKKWHAVVEGELYQVDTWNSTVQIVDPHDPARRGPALISDGHGSWSLDLGLGLRGGMPPKRVEEQRRFNEKRKAEIAAETREFFEKSAERKKKLDITHDLLSLLEIGTPPDEKRMAPIRKSFHEQLKEQAEADLKILGNELESIKLNSPISRGNIYQITESLIECCRTAIAVVVKDIQALNAAHSSFVGPSASDILEAVEHDPQGYLRFAAQLFELNERSIHWLELEHRTLDTLLNRGSKGREMFDRLTHDRPVAKTASLAGQELQTTLATVLASRGESESREHLRTISKPLKEQIQSHATLWTYDFSERLEVLESLSEHYGKALDALQIVKVLHADEMDLPYFDKLVTLVEELYEEVSQELATEIKPEPKPRARASKRTGTSAGRPQKKVIRTRHNGVLVGDLRPAGTTLEIDVVELRSENDNQLLGTYSRHEDAWDLVKEERPAAPLKTRPVSEIKGAARKLLGQLERLLKRAKSYKAQCRYPQEIEEVMNNEADRFRKIAEELEQAVKASPTEPGPRDQTLIEELTKAATRLAAQGGYLRTELSLKLPPTDGNLRYLFAKELIQVSKYGDRTAMSGVRKDFIQEYAINDRNGFPLWYAHFHYEKADTPKADYSVAHVKTKEQRKESYYSMLSKAEGPYAVVNVHRGQIGKPLAQRWFLPLDH NA NA NA NA NA D1-35_04166 2376 hypothetical protein ATGAGCAGTCATCACCAAGACAAGGCGACGTTCCTCGAGCGCCTGATTTTCAACAACCGCCCGGCAGTGATCATCATTTGCCTGCTGGTCAGCATTTTCCTGTTCTGGCAGGCCACGCTGATCCGGCCGTCCACCAGTTTCGAAAAAATGATTCCCCTCGAGCATCCGTTCATCGAGAAGATGCTCGAACACCGCAATGACCTGGCGAACCTGGGCAACACGGTACGGATTTCCGTGGAAGCTACCAACGGCGATATTTTCTCCAAGGAGTACATGGAGACCCTGCGCCAGATCCACGACGAGGTCTTCTACATCTCCGGCGTCGACCGCTCCGGCCTGAAGTCGCTGTGGAGCCCGAGCGTGCGCTGGACCGAAGTGACGGAGGAGGGCTTCGCCGGTGGCGAGGTAATCCCGCAGAGTTACAACGGTTCGGCCGACAGCCTCGACCTGCTGCGCAACAACGTGCTCAAGTCCGGCCAGGTCGGGCGCCTGGTGGCGAACGATTTCAAATCGAGCATCATCGATATCCCGCTGCTGGAGTCCTATCCCGACCCGCAAGACCAAGGCAAATTGCTCGCCCTCGATTATCGGAAATTTTCCCACGAGCTTGAAGACAAGATCCGCAACAAGTTCGAAGCGCAGAACCCGAATGTGCAGATTCACATCGTCGGCTTCGCCAAGAAAGTTGGCGACCTGATCGATGGCCTGGTCATGGTGGTGCTGTTCTTCGGCGTCGCCTTCGTCATCACCCTGATCCTGCTGTACTGGTTCACCAACTGCATGCGCAGCACCGTTGCGGTATTGAGCACCACCCTGGTGGCGGTGGTCTGGCAACTGGGGCTGATGCACGCGGCCGGTTTCGGCCTGGATCCATATTCGATGCTGGTGCCGTTCCTGATCTTCGCCATCGGCATTTCCCACGGCGTACAGAAAATCAACGGCATCGCCTTGCAGTCCAGCGAGGCGGACAACGCCTTGACGGCGGCGCGGCGCACCTTCCGCCAGTTATTCCTGCCGGGGATGATCGCGATCCTGGCCGATGCCGTCGGCTTCATTACCTTGCTGATCATCGACATCGGCGTGATTCGCGAACTGGCCATCGGCGCGTCCATCGGCGTGGCGGTGATTGTGTTCACCAACCTGATCCTGCTGCCGGTGGCGATTTCCTACGTTGGTATCAGCAAGCGCGCGGTCGAGCGCAGCAAGAAAGACGCGACCCGCGAACATCCGTTCTGGCGCCTGCTGTCGAACTTTGCCAGCGCCAAGGTCGCGCCGGTATCGATTGCCCTGGCCGTGCTCGCCTTTGGCGGCGGCCTCTGGTACAGCCAGAACCTGAAGATCGGCGACCTCGACCAGGGCGCGCCGGAACTGCGTCCGGACTCGCGCTACAACCAGGACAACAACTTCATCATCAGCAACTATTCCACCAGCTCCGATGTGCTGGTGGTGATGGTCAAGACCAAGGCCGAAGGCTGTTCGCGCTACGAAGCCATGGCGCCCATCGACGAGCTGATGTGGAAGATGCAGAACACCGAGGGCGTGCAGTCGGCGATTTCCCTGGTGACCGTGTCCAAGCAGATGATCAAGGGCATGAACGAGGGCAACCTGAAATGGGAAACCCTGTCGCGCAACCCTGATGTACTGAACAGCTCCATTGCCCGGGCCGACGGCCTTTACAACAACAGCTGTTCCCTGGCGCCGGTGCTGGTGTTCCTCAACGACCACAAGGCCGAGACGCTCGACCGCGCCGTGACGGCGGTGCAGGACTTCGCCAAGGAGCACAACCGCGATGGCCTGGAGTTCATCCTCGCCGCCGGTAACGCCGGGATCGAGGCGGCCACTAACGAAGTGATCAAGGAATCGGAACTGACCATCCTGATCCTCGTGTATATCTGCGTGGCGACGATGTGCATGATCACCTTCCGTTCCTGGGCAGCGACGCTGTGCATCGTCCTGCCACTGGTGCTGACCTCGGTGCTGGGCAACGCGCTGATGGCGTTCATGGGCATCGGCGTGAAGGTCGCGACACTGCCGGTGGTAGCCCTCGGCGTAGGGATCGGCGTGGACTACGGCATCTACATCTACAGCCGCCTGGAAAGTTTCCTGCGGGCCGGGTTGCCGTTGCAAGAGGCGTATTACCAAACGCTGAAATCCACTGGCAAGGCGGTGCTGTTTACCGGCTTGTGCCTGGCCATCGGCGTCTGCACCTGGATCTTCTCGGCGATCAAGTTCCAGGCGGACATGGGCCTGATGCTGACGTTCATGTTGTTGTGGAACATGTTCGGCGCGCTGTGGCTGCTGCCCGCGCTCGCGCGTTTCCTGATCAAGCCGGAGAAGCTGGCGGGGCAGAAGGGCAATTCGTTGTTTGCCCACTGA MSSHHQDKATFLERLIFNNRPAVIIICLLVSIFLFWQATLIRPSTSFEKMIPLEHPFIEKMLEHRNDLANLGNTVRISVEATNGDIFSKEYMETLRQIHDEVFYISGVDRSGLKSLWSPSVRWTEVTEEGFAGGEVIPQSYNGSADSLDLLRNNVLKSGQVGRLVANDFKSSIIDIPLLESYPDPQDQGKLLALDYRKFSHELEDKIRNKFEAQNPNVQIHIVGFAKKVGDLIDGLVMVVLFFGVAFVITLILLYWFTNCMRSTVAVLSTTLVAVVWQLGLMHAAGFGLDPYSMLVPFLIFAIGISHGVQKINGIALQSSEADNALTAARRTFRQLFLPGMIAILADAVGFITLLIIDIGVIRELAIGASIGVAVIVFTNLILLPVAISYVGISKRAVERSKKDATREHPFWRLLSNFASAKVAPVSIALAVLAFGGGLWYSQNLKIGDLDQGAPELRPDSRYNQDNNFIISNYSTSSDVLVVMVKTKAEGCSRYEAMAPIDELMWKMQNTEGVQSAISLVTVSKQMIKGMNEGNLKWETLSRNPDVLNSSIARADGLYNNSCSLAPVLVFLNDHKAETLDRAVTAVQDFAKEHNRDGLEFILAAGNAGIEAATNEVIKESELTILILVYICVATMCMITFRSWAATLCIVLPLVLTSVLGNALMAFMGIGVKVATLPVVALGVGIGVDYGIYIYSRLESFLRAGLPLQEAYYQTLKSTGKAVLFTGLCLAIGVCTWIFSAIKFQADMGLMLTFMLLWNMFGALWLLPALARFLIKPEKLAGQKGNSLFAH NA NA NA NA NA D1-35_04167 1053 hcf136_2 Ycf48-like protein ATGAGTGAGCCTGTGATGGCTGTGGGCCGCTGCCGCCCGCCAGTGCTGCGCAGAGTTGCGCTGCTGGTCTCGGCGCTCTCGCTGCTGGGCTCTGCCGTTTTGTCGGCGCCGGTGCTGGCGGTTGCAGCGTCGACGGCCGATGTCATCTATTCCGTCGAATCGGCCAAGGCCAGCAAAACCCTCATGCTCGATGTGGTCCACGCCGGCCAGCGCCTGGTCGCGGTCGGTGACCGTGGGCATATCGTCTTTTCCGATGACCAGGGCAAATCCTGGACCCAGGCCAAGGTGCCGACCCGCCAACTGCTCACTGCGGTCTTCTTTGTCGATGACAAGCACGGTTGGGCCGTGGGGCACGACGCGCAGATCCTCGCCAGCGAGGACGGCGGCACCACCTGGACCAAGCAGTTCGAAGACCTCACCCGTGAAGCACCGCTGCTCGACGTCTGGTTCAAGGACGCCAGCAATGGCCTGGCCGTGGGCGCCTACGGTGCGCTGTACGCGACCACCGATGGCGGCAAGCACTGGGAGCAGGCCAGCGACCGCCTCGAGAATGAAGACCAATATCACCTCAACGCTATCGCCGCGGTAAAAGATGCCGGGCTGTTCATCGTCGGCGAGGCCGGCAGCATGTTCCGCTCCGCCGACTGGGGGCAGACCTGGGAAAAACTCGAAGGTCCGTACGAAGGCTCGCTGTTCGGCGCCATCGGCACCGCCCAGCCTTCGACCCTGTTGGCCTACGGCCTGCGCGGCAATCTCTATCGCTCCACGGATTTCGGCGACAGCTGGGAGCAGGTCGAGCTGAAGGCGGCCCGTGGCGCGCTGGAATTCGGCTTGTCGGGGGCGACGCTGTTGCCGGATGGCTCGATCGTGATCGTCGGCAACGGCGGCAGCGTGATTCGCAGCACCGATGATGGCGTGACCTTCAGCGTGTTCAACCGTCCGGATCGCATTTCCGTGGCGGCCGTCACGGCGGCGGGCAACGGCAACCTGATCCTGGCGGGACAGGGTGGCGTACGCGCTACCACGCCCACTGGCGCCGAACTGAGCAAATGA MSEPVMAVGRCRPPVLRRVALLVSALSLLGSAVLSAPVLAVAASTADVIYSVESAKASKTLMLDVVHAGQRLVAVGDRGHIVFSDDQGKSWTQAKVPTRQLLTAVFFVDDKHGWAVGHDAQILASEDGGTTWTKQFEDLTREAPLLDVWFKDASNGLAVGAYGALYATTDGGKHWEQASDRLENEDQYHLNAIAAVKDAGLFIVGEAGSMFRSADWGQTWEKLEGPYEGSLFGAIGTAQPSTLLAYGLRGNLYRSTDFGDSWEQVELKAARGALEFGLSGATLLPDGSIVIVGNGGSVIRSTDDGVTFSVFNRPDRISVAAVTAAGNGNLILAGQGGVRATTPTGAELSK NA NA NA NA NA D1-35_04168 2658 pepN COG0308 Aminopeptidase N ATGCGCACCGAACAACCGAAGATGATCTACCTGAAGGACTATCAGGCGCCCGAATACCTGATCGACGAGACGCACCTGACCTTCGAGTTGTTCGAGGACCACAGCCTGGTCCATGCGCAACTGGTGCTGCGCCGCAACCCCGAGCGCGGCGCCGGATTGCCGCCGCTGGTGCTCGATGGCCAGCAGCTGGAATTGCTCTCGATCAAGCTCGACGACGCCGACCTGGGGCAGGGCGACTACCAGCTGGATGACAGCCACCTGACCTTGCAGCCCAAGGCCCAGGCGTTCACCGTCGATACCACCGTGCGCATCCATCCGGAAACCAACACGGCCCTGGAAGGCCTGTACAAATCCGGCAGCATGTTCTGCACCCAGTGCGAGGCCGAAGGCTTTCGCAAGATCACCTATTACCTCGACCGCCCGGACGTGATGAGCAAGTTCACCACCACCGTGGTCGCCGAACAGCACAGCTACCCGGTGCTGCTCTCCAACGGCAACCCGATTGCCAGCGGCCCTGGGGAAGACGGCCGGCATTGGGCGACCTGGGAAGACCCGTTCAAGAAGCCGGCCTACCTGTTCGCCCTGGTGGCCGGTGACCTGTGGTGCGTCGAAGACACCTTCACCACCATGACCGAGCGCAACGTGGCGCTGCGCATCTACGTCGAGCCGGAAAACATCGACAAGTGCCAGCACGCCATGACCAGCCTGAAGAAGTCGATGCGCTGGGACGAAGAGGTGTACGGGCGCGAATACGACCTGGACATCTTCATGATTGTCGCGGTCAACGATTTCAACATGGGCGCGATGGAGAACAAGGGCCTCAACATCTTCAACTCCAGCGCCGTACTGGCCCGCGCCGAAACCGCCACCGACGCCGCGCACCAGCGAGTCGAGGCGATCGTCGCCCACGAATACTTCCATAACTGGTCGGGCAACCGCGTGACCTGCCGCGACTGGTTCCAGCTGTCGCTCAAGGAAGGCTTCACGGTGTTCCGCGACGCTGGGTTCTCGGCGGACATGAACTCGGCCACGGTCAAGCGCATCCAGGACGTGGCGTACCTGCGTACCCACCAGTTCGCTGAAGACGCCGGCCCAATGGCTCACCCGGTGCGCCCGGACAGCTTCATCGAGATTTCCAACTTCTACACCCTGACCGTGTACGAAAAGGGCTCGGAAGTCGTCGGCATGATCCATACCCTGTTGGGCGCCGAAGGCTTCCGCAAGGGCAGCGACCTGTACTTCGAGCGCCACGATGGCCAGGCCGTGACCTGCGACGATTTCATCAAGGCCATGGAGGATGCCAATGGCGTCGACCTGAGCCAGTTCAAACGCTGGTACAGCCAGGCCGGTACGCCACGGCTGGCGGTGAGCGAGTCCTACGACGCTGCGGCGAAGACTTACAGCCTGACGTTCCGCCAGAGCTGCCCGCCGACGCCGGACAAGGCCGAGAAACTGCCCTTCGTGATTCCGGTCGAGTTGGGCCTGCTGGACAGCAATGGCGCCGAAATTCCACTGCGCCTGAGCGGCGAAGCGGCGGCGAGTGGCACGACCCGGGTGATCTCGGTGACCGAGGCCGAGCAGACCTTTACCTTCGTCGATATCGCTGAAAAGCCCCTGCCTTCGTTGCTGCGCGGCTTCTCGGCGCCGGTGAAGCTGAGCTTCCCGTACGACCGTGATCAACTGATGTTCCTCATGCAACACGACAGCGACGGCTTCAACCGTTGGGACGCCGGCCAGCAATTGTCGGTGCAGGTCTTGCAGGAACTGGTCGGCCAGCACCAGAAAGGCGAAAGCCTGGTGCTCGACCCTCGGCTGGTCAGCGCCTTGCGCAGCGTGCTGTCGGATGAATCCCTGGATCAGGCGATGGTCGCGGAAATGCTCTCGCTGCCAAGCGAAGCCTACCTGACCGAAATCAGCGAAGTGGCGGACGTCGAGGCGATCCACGCCGCCCGCGAATTCGCTCGTCGGCAGTTGGCCGAAAACCTGTTCGAAGCGCTGTGGCTGCGCTACGAGGCCAACCGCGACCTGTCCCGGCGCACGCCGTACGTGGCCGAGGCCGAGCACTTCGCGCGGCGTGCGTTGCAGAACATCGCGCTGTCCTACCTGATGCTGACCGACAAGCCCGAAGTGTTGAGCGCCACGCTTGAACAGTTCGACACCGCCGACAACATGACCGAGCGCCTCACGGCGCTTGCGGTGCTGGTCAACTCGCCGTTCGAGACCGAAAAGTCCAAGGCCCTGGAAGTGTTCGCGGAGAACTTCAAGGGCAACCCGCTGGTCATGGACCAATGGTTCAGCGTCCAGGCCGGTAGCCCGCTGCCGGGCGGGCTGGCGCGGGTCAAGGCGTTGATGGAGCACCCGGCGTTCAACATCAAGAACCCGAACAAGGTGCGGGCACTGGTCGGCGCGTTCGCCGGGCAGAACCTGATCAACTTCCACGCCGCCGACGGTTCCGGTTATCGCTTCCTGGCGGACCTGGTGATCCAGCTCAACGCCTTCAACCCGCAGATCGCCTCGCGGCAACTGGCGCCATTGACCCGCTGGCGCAAATACGACAGCGCCCGCCAGGCCCTGATGAAGGGCGAGCTGGAGCGCATCCTGGCGTCCGGTGGGCTGTCGGCCGATGTGTTTGAAGTGGTGAGCAAGAGCCTGGCTTGA MRTEQPKMIYLKDYQAPEYLIDETHLTFELFEDHSLVHAQLVLRRNPERGAGLPPLVLDGQQLELLSIKLDDADLGQGDYQLDDSHLTLQPKAQAFTVDTTVRIHPETNTALEGLYKSGSMFCTQCEAEGFRKITYYLDRPDVMSKFTTTVVAEQHSYPVLLSNGNPIASGPGEDGRHWATWEDPFKKPAYLFALVAGDLWCVEDTFTTMTERNVALRIYVEPENIDKCQHAMTSLKKSMRWDEEVYGREYDLDIFMIVAVNDFNMGAMENKGLNIFNSSAVLARAETATDAAHQRVEAIVAHEYFHNWSGNRVTCRDWFQLSLKEGFTVFRDAGFSADMNSATVKRIQDVAYLRTHQFAEDAGPMAHPVRPDSFIEISNFYTLTVYEKGSEVVGMIHTLLGAEGFRKGSDLYFERHDGQAVTCDDFIKAMEDANGVDLSQFKRWYSQAGTPRLAVSESYDAAAKTYSLTFRQSCPPTPDKAEKLPFVIPVELGLLDSNGAEIPLRLSGEAAASGTTRVISVTEAEQTFTFVDIAEKPLPSLLRGFSAPVKLSFPYDRDQLMFLMQHDSDGFNRWDAGQQLSVQVLQELVGQHQKGESLVLDPRLVSALRSVLSDESLDQAMVAEMLSLPSEAYLTEISEVADVEAIHAAREFARRQLAENLFEALWLRYEANRDLSRRTPYVAEAEHFARRALQNIALSYLMLTDKPEVLSATLEQFDTADNMTERLTALAVLVNSPFETEKSKALEVFAENFKGNPLVMDQWFSVQAGSPLPGGLARVKALMEHPAFNIKNPNKVRALVGAFAGQNLINFHAADGSGYRFLADLVIQLNAFNPQIASRQLAPLTRWRKYDSARQALMKGELERILASGGLSADVFEVVSKSLA NA NA NA NA NA D1-35_04169 831 hypothetical protein TTGATCGAGATTGGCCGCGGTGCAATCAGCAAGATGTCGGCACGCCTTGACGGGCCGACCGTTGAATACGCCTTTCGCCTGGGCGATGTCGAGGTGCCGGTCAACCCGTTGATCGGCAGCAGGGTTCGCCTGGAATACCTCGGTGCGATTCACTGTACCCATTGCGGACGGCGGACCAAGACCAGTTTCAGCCAGGGTTATTGCTACCCCTGCATGACCAGACTGGCCCAATGCGACCTCTGCATCATGAGCCCCGAGCGTTGCCATTTCGAGGCGGGTACCTGTCGCGACCCGGCCTGGGGCGAGCAGTTCTGCATGACCGATCATGTGGTCTACCTGGCCAACTCATCGGGCGTGAAAGTCGGCATCACCCGCGCCACGCAACTGCCGACCCGCTGGCTCGACCAGGGCGCGAGCCAGGCGCTGCCGATCCTGCGGGTCGCCACCCGCCAGCAGTCGGGTTTCGTCGAGGACCTGTTCCGCAGCCAGGTGGCGGACAAGACCAACTGGCGCGCCTTGCTCAAGGGCGACGCTGCGACGGTGGACTTGCGGCAAATTCGTGATTCACTGTTTGAAAGCTGCGCCCAGGGCCTGCAGGGTTTGCAGGAACGATTCGGCTTGCAGGCGATCCAGACCATAGCGGACGTCGAACCGATCGAGATCCGTTATCCGGTGCAGCAGTACCCGGCGAAGATCGTCAGCTTCAATCTGGACAAGGACCCGATCGCCGAAGGCACGCTGCTGGGAATCAAGGGCCAATACCTGATTTTCGACGCCGGCGTGATCAATATTCGTAAATACACGGCCTACCAGCTCGCCGTGCATCAGTAG MIEIGRGAISKMSARLDGPTVEYAFRLGDVEVPVNPLIGSRVRLEYLGAIHCTHCGRRTKTSFSQGYCYPCMTRLAQCDLCIMSPERCHFEAGTCRDPAWGEQFCMTDHVVYLANSSGVKVGITRATQLPTRWLDQGASQALPILRVATRQQSGFVEDLFRSQVADKTNWRALLKGDAATVDLRQIRDSLFESCAQGLQGLQERFGLQAIQTIADVEPIEIRYPVQQYPAKIVSFNLDKDPIAEGTLLGIKGQYLIFDAGVINIRKYTAYQLAVHQ NA NA NA NA NA D1-35_04170 261 hypothetical protein ATGTCTTCCTTCAACGAAATGATCAACAACATCACCCCCGACATCTACCGCAGCCTGAAACTGGCCGTGGAAATCGGTAAATGGGCCGACGGCAACAAGCTCACCGCCGAGCAACGCGAGTTGTCGCTGCAAGCGATGATCGCCTGGGAAATCCAGAACCTGCCCGAAGAAGAGCGCACCGGCTATATGGGTCCGCAGGAGTGCCAGTCGAAAGCCACCGTCGTGCCGAATATCCTGTTCAAGTCGGACGCCATCCATTGA MSSFNEMINNITPDIYRSLKLAVEIGKWADGNKLTAEQRELSLQAMIAWEIQNLPEEERTGYMGPQECQSKATVVPNILFKSDAIH NA NA NA NA NA D1-35_04171 873 glpG COG0705 Rhomboid protease GlpG ATGAGCGTCGTCGCCGTCCTGCGCCTGCCCCTGGCAGTGGACCTGAGCGGTTTCGTCAAGCTGCTGCAGCGCATGCAGGTGCCTCATCGCGTCAGCGAAGAGGCGGGCGAGCAGGTGCTCTGGGTGCCGGATGAAATCAGCGAAAACGTGCGTTCGTTGTACGAGCGTTTTCCCGCCGGCGATCCCGAGCAACAGCTGGAATTGCCTGACACCGGCAGCACGTCCCGGCGGGCAGGGTTCGTCCAGCAACTGGCCCGCAGTCCGGTGACGGCCCTGATATTGCTGCTGAGCCTGATCGTCAGTGCCGTGACCCTGCTAGGGGAAAATCTTCAAACCCTGCGCTGGTTGACCTTCCTCGAGTTTCGCGTCGTCGGCGACTACATCCAGTTCACGCCGTTGGCCGACAGCCTCGCGGCGGGGCAGTGGTGGCGGCTGGTGACGCCGATGCTGGTTCACTTCGGCTTCCTGCACATCGCCATGAATGGCATGTGGTACTGGGAACTGGGACGCCGGATCGAAGCGCGCCAGGGCGGGATCAATCTGCTGGGGCTGACGCTGCTGTTCAGCCTCGTGTCCAATTTCGCCCAGTACCTGTTCAGCGGCGCGACCCTGTTCGGCGGGCTTTCCGGGGTGTTGTACGGCCTGCTGGGCCATTGCTGGATCTACCAGTTGCTCGCGCCGAACCCGGCCTATCACTTGCCCCGTGGGGTGCTGGTGATGATGCTGGTGTGGTTGCTGCTGTGCCTGTCCGGGCTGGTTTCGCTGATCGGTTTCGGCGAGATCGCCAACGCGGCCCACGTCGGCGGGCTGCTCGTCGGCTGCTTCACGGGCTTGTTGGGCGGGCTGTTCGCTCGCCGTAAAATGGCCCTTTGA MSVVAVLRLPLAVDLSGFVKLLQRMQVPHRVSEEAGEQVLWVPDEISENVRSLYERFPAGDPEQQLELPDTGSTSRRAGFVQQLARSPVTALILLLSLIVSAVTLLGENLQTLRWLTFLEFRVVGDYIQFTPLADSLAAGQWWRLVTPMLVHFGFLHIAMNGMWYWELGRRIEARQGGINLLGLTLLFSLVSNFAQYLFSGATLFGGLSGVLYGLLGHCWIYQLLAPNPAYHLPRGVLVMMLVWLLLCLSGLVSLIGFGEIANAAHVGGLLVGCFTGLLGGLFARRKMAL NA NA NA NA NA D1-35_04172 972 apaH_1 Bis(5'-nucleosyl)-tetraphosphatase, symmetrical ATGCTCGATCCCGCGCGCAGTTACGATCTGATCGGCGATGTGCACGGATGCGCCTTGACCCTGGAACACCTGCTCGACCGACTCGGTTACCGCAAGCAGGCCGGGGTCTGGCGACATCCTTCGCGCATGGCGGTGTTCCTCGGCGACATCATCGACCGGGGCCCGCGGATTCGCGAGGCGCTGCACATCGTCCACGACATGGTCGTGGCCGGCCAGGCGCTGTGCATCATGGGCAACCACGAGTTCAATGCCCTGGGCTGGAGCACCCCGGCATTGCCGGGCAGCGGCCAGCGCTACGTGCGCGAACACACGCCGCGCCATGCCCGCTTGCTCAACGAAACCCTGACCCAGTTCGATCAGCACCCGGGTGAATGGCGTGATTTCCTCAAGTGGTTCTACGAGCTGCCGCTGTTTGTCGACGCCGGGCGCTTCCGGGTCGTCCACGCCTGCTGGGACGCCGGCCTGATCGAGCCATTGCGCGGCTTGTTCCCGGAAGGCTGCATCGACGAGCATTTTCTCCAGGCTTCGGCCGAATCGGGCAGTTTTGCCTGCACAGTGTTCGATCGCCTGTTGCGCGGCACCGACATGCGCCTGCCCCATGGCATGACCCTGACGGGCGGCGACGGCCTGACCCGCGCGTTCTTTCGCACCAAATTCTGGGAAGACAACCCGCAGACCTACGGCGACATCGTCTTCCAGCCCGACGCATTGCCGGAGCCGGTGGCCCGCACACCGTTGTCACCGGACGAAAAAAACAACCTGCTGCGGTATGGCGTCGATGAGCCGATGTTGTTCGTCGGCCACTATTGGCGCAGCGGCAAACCGGCGCCGATCCGCCCGAACCTGGCCTGCCTGGACTACAGCGCGGTGCTCTACGGCAAGCTGGTCGCCTATCGACTCGACCAGGAAACCCGTCTGGACCCGCACAAGTTCGTCTGGGTCGATGTCGAGCGGCCGGAGATGGGGCGATGA MLDPARSYDLIGDVHGCALTLEHLLDRLGYRKQAGVWRHPSRMAVFLGDIIDRGPRIREALHIVHDMVVAGQALCIMGNHEFNALGWSTPALPGSGQRYVREHTPRHARLLNETLTQFDQHPGEWRDFLKWFYELPLFVDAGRFRVVHACWDAGLIEPLRGLFPEGCIDEHFLQASAESGSFACTVFDRLLRGTDMRLPHGMTLTGGDGLTRAFFRTKFWEDNPQTYGDIVFQPDALPEPVARTPLSPDEKNNLLRYGVDEPMLFVGHYWRSGKPAPIRPNLACLDYSAVLYGKLVAYRLDQETRLDPHKFVWVDVERPEMGR NA NA NA NA NA D1-35_04173 891 nadK COG0061 NAD kinase ATGGAGCAATTTCGCAATATCGGCATCATCGGTCGCCTGGGCAGTTCCCAGGTGTTGGACACCGTTCGCCGTCTCAAGCGCTTCCTCCTGGAGCGGCACCTGCACGTGATCCTCGAAGATACCATCGCCGAAGTGCTGCCGGGCCACGGGCTGCAGACGTCGTCGCGCAAGATGCTCGGCGAAGTCTGCGACATGGTCATCGTGGTCGGTGGTGACGGCAGCCTGCTGGGCGCCGCCCGGGCCCTGGCGCGGCACAACATCCCGGTGCTGGGGATCAACCGTGGCAGCCTGGGCTTCCTCACCGATATCCGCCCTGACGAGCTGGAGATCAAGGTCGCCGAGGTGCTGGACGGCCATTACCTGGTGGAAAACCGCTTCCTGCTGCAAGCCGAGGTGCGCCGTCACGCCGAGGCCATCGGCCAGGGCGATGCGCTCAACGACGTGGTGCTGCACCCTGGAAAATCCACGCGCATGATCGAATTCGAGCTGTACATCGACGGCCAGTTCGTCTGCAGCCAGAAGGCCGACGGCTTGATCGTCGCCACCCCGACCGGTTCCACGGCCTACGCGCTGTCGGCCGGTGGCCCGATCATGCATCCCAAGCTCGACGCTATTGTGATTGTGCCCATGTACCCCCATACCTTGTCTGGGCGACCCATCGTGGTCGATGGCAACAGTGAGCTGAAAATCGTCGTGTCCAAGGATATGCAGATCTACCCGCAAGTGTCCTGTGACGGCCAGAACCATTTCACCTGCGCGCCGGGTGACACCATCACCGTCAGCAAGAAGGCGCAAAAGCTGCGCCTGATCCATCCGCTGGATCACAACTACTACGAAGTCTGCCGGACCAAGCTCGGCTGGGGCAGTCGTTTGGGGGGTGGAGGCGACTGA MEQFRNIGIIGRLGSSQVLDTVRRLKRFLLERHLHVILEDTIAEVLPGHGLQTSSRKMLGEVCDMVIVVGGDGSLLGAARALARHNIPVLGINRGSLGFLTDIRPDELEIKVAEVLDGHYLVENRFLLQAEVRRHAEAIGQGDALNDVVLHPGKSTRMIEFELYIDGQFVCSQKADGLIVATPTGSTAYALSAGGPIMHPKLDAIVIVPMYPHTLSGRPIVVDGNSELKIVVSKDMQIYPQVSCDGQNHFTCAPGDTITVSKKAQKLRLIHPLDHNYYEVCRTKLGWGSRLGGGGD PGPT0013490_2833 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858 NA NA D1-35_04174 951 hypothetical protein ATGATCCTGTTTCCCGAATTGCTCGACCTGCCCCGCCGCCTGCGCCATCCCGAAGTACGGGACCTGGCGTGGGTGATCGTCGCCCCGCCGATGCTCATCGACACGCCCTGGCCCCAGCGTCATCCGCTAGCGGGCAGCGGCTGGGTGCAGCAGCCCCATCGCCTGGAACACTGGTTGCGCGAACTGGACCGCGACAGCTATCCGTTGTTGCAGTGCCTGTCCCAGGGGCGCACGCGGCGCCTGGGACTGTATTACGAAAGGCTCTGGCAATTTGCCGTGCAGCATGCGCCGGGCATCGAACTGATCGCGGCGAACCTGCCAATCCGGCGCGACGGCCATACGCTGGGCGAATTGGACCTGTTGCTACGCGATAATGAAGGCGTGCATCACCTGGAGCTGGCGATCAAGTTGTACCTGGGCCCGCAGCAAGGCAACGGGCGAGATACCGCGCAATGGCTTGGGCCCGGCTGCCATGACCGACTCGACCGCAAGCTGACGCATCTGCATGAGCACCAACTGCCGATCTCGGCACGCCCGGAAAGTCGCGAGGCCTTGGCAGCGCTGGGCATCGAGTCGTTTCGCTCACACCTTTGGCTCGGCGGCTATCTGCTCTATCCCTGGCCGGGCGAGGCCGAACCGCCGAGCGGTGCGCACCCCCGGCATTTACGCGGCTGCTGGTTGCACCAGCGGGACTGGCCCGGATTCGTCACCCAGCGCCCGCCAGGGCACTGGCAGCCCCTGCCCCGCGCGGCCTGGCTGGCCCCGGCCCATTACCCGGTTGACCAGGTCTGGACTGCCGGACAACTGGAGGCCTGGCGAACCGCCCTTGATCCCATGGCGCCGGCGCAACTGATGGTGCGCCTGACCGAAAATGCCGAGGGCGAATGGGAAGAAGCCGAGCGGGCGTTCCTGGTGGCGGATCTTTGGCCGGATGTGCCGGGTAATGGTTGA MILFPELLDLPRRLRHPEVRDLAWVIVAPPMLIDTPWPQRHPLAGSGWVQQPHRLEHWLRELDRDSYPLLQCLSQGRTRRLGLYYERLWQFAVQHAPGIELIAANLPIRRDGHTLGELDLLLRDNEGVHHLELAIKLYLGPQQGNGRDTAQWLGPGCHDRLDRKLTHLHEHQLPISARPESREALAALGIESFRSHLWLGGYLLYPWPGEAEPPSGAHPRHLRGCWLHQRDWPGFVTQRPPGHWQPLPRAAWLAPAHYPVDQVWTAGQLEAWRTALDPMAPAQLMVRLTENAEGEWEEAERAFLVADLWPDVPGNG NA NA NA NA NA D1-35_04175 1284 arsB COG1055 Arsenical pump membrane protein ATGCTCATCGCGTCATTGATTTTCCTGCTGACCATAACGCTGGTGATCTGGCAGCCCAAGGGGTTGGGCGTCGGCTGGAGTGCCACCCTTGGTGCACTGTTGGCCTTGCTGAGCGGCGTGGTACAGGTCGGGGACATTGCCCTGGTGTGGCAGATCATCTGGAATGCCACCGGTACGTTCGTCGCGTTGATCATCATCAGCCTGTTGCTGGACGAGGCCGGGTTCTTTGCCTGGGCCGCGTTGCATGTGGCCCGTTGGGGGCGAGGCAGCGGCCGCAAGCTGTTTGCGTTCATGGTGTTGCTCGGGGCGCTGGTCTCGGCATTGTTCGCCAACGACGGAGCGGCGCTGATCCTGACGCCTATCGTGATTTCCATGTTGCTGGCCCTGCGGTTCTCGCCGGCGGCGACCCTGGCGTTCGTGATGGGCGCCGGTTTCATCGCCGATACCGCCAGCCTGCCTCTGGTGGTATCGAACCTGGTGAACATCGTTTCCGCGGATTTCTTCGGCATCGGCTTCAACCGCTACGCGTCGGTCATGGTGCCGGTGAACCTGGTCAGCGTTGCGGCCAGCCTGGCGATACTGCTGTGGATGTTTCGTCGCGATATCCCGCGCGACTATGACCCGCAGCAGCTGGACGACCCGGCAAGCGCCATCCACGATACGGCAACTTTTTATGCCGGTTGGGTGGTGTTGGCGATCCTTTTGCTGGGCTGCTTTGCCCTGGAGCCGCTGGGCATTCCCATCAGCGCGATTTCGGCGGTCTGCGCTGCACTGCTGTTGGCGGTGGCGGCTCGAGGGCACAAGATCTCCACGCGCAAGGCGATGAAAGAAGCGCCCTGGCAGATCGTGATCTTTTCCCTCGGCATGTACCTGGTGGTCTATGGCCTGCGCAACGCCGGCCTCACCGGCTACCTCGCCGCCTGGCTCGATGGCTTCGCCGGTTATGGGGTGTGGGGCGCGGCCATGGGGACCGGGCTGTTGACCGCGCTGCTTTCATCGGTGATGAACAATCTGCCGACGGTGCTGATCGGCGCGTTGTCCATCGATGCCAGCCAGGCCACTGGCGTGGTCAAGGAGGCGATGATCTACGCCAACGTCATCGGCAGTGACCTCGGGCCGAAAATCACGCCGATCGGCAGCCTGGCAACCTTGCTTTGGCTGCATGTGCTGGCGCGCAAGGATATCCGCATCGGTTGGGGTTATTACTTCAAGGTCGGGATTGTGCTGACGGTGCCGGTGTTGCTGGTGACGTTGGCGGCGCTGGCGGTGCGGTTGTCGCTCTAG MLIASLIFLLTITLVIWQPKGLGVGWSATLGALLALLSGVVQVGDIALVWQIIWNATGTFVALIIISLLLDEAGFFAWAALHVARWGRGSGRKLFAFMVLLGALVSALFANDGAALILTPIVISMLLALRFSPAATLAFVMGAGFIADTASLPLVVSNLVNIVSADFFGIGFNRYASVMVPVNLVSVAASLAILLWMFRRDIPRDYDPQQLDDPASAIHDTATFYAGWVVLAILLLGCFALEPLGIPISAISAVCAALLLAVAARGHKISTRKAMKEAPWQIVIFSLGMYLVVYGLRNAGLTGYLAAWLDGFAGYGVWGAAMGTGLLTALLSSVMNNLPTVLIGALSIDASQATGVVKEAMIYANVIGSDLGPKITPIGSLATLLWLHVLARKDIRIGWGYYFKVGIVLTVPVLLVTLAALAVRLSL PGPT0004710_1005 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004710-arsB|arsenical_pump_membrane_protein-K03893 NA NA D1-35_04176 558 chrR COG0431 Quinone reductase ATGAGTAATGTCTACACAGTGGCGGTTTTAGTGGGCAGCCTGCGCAAGGCGTCGATCAACCGAAAGGTCGCGTTGGCCCTGGCGGACCTGGCGCCGTCCAACCTGAAACTGGAAATCGTCGAAATCGGCGAACTGCCGCTCTATAACGAAGACATCGACGTCTCGCCGCCGGCGGCCTATACCGCGTTTCGCCAGAAGGTCGGCGCGGCGGATGCGTTGTTGTTCGTGACACCGGAATACAACCGCTCGGTGCCGGCCCCGTTGAAGAATGCCATTGATGTCGGCTCGCGCCCCTACGGTCAGAGTTGCCTGAGCGGCAAGCCGGGCGCAGTGATCAGCGCCTCACCCGGCGCCATCGGCGGTTTTGGCGCCAACCACCATTTGCGCCAATCCCTGGTTTTCCTCGACGTGCCTTGCATGCAACAGCCGGAAGCCTACCTGAGCGGTGCGGGAACGGCGTTCGACGAGGCGGGCAACCTGTCGGAATCGGTGCGGCCGTTTTTGCAGAAGTTCATCGATGCCTATGGCAAGTGGGTGGAGCAGCATAAGAAGGTTTGA MSNVYTVAVLVGSLRKASINRKVALALADLAPSNLKLEIVEIGELPLYNEDIDVSPPAAYTAFRQKVGAADALLFVTPEYNRSVPAPLKNAIDVGSRPYGQSCLSGKPGAVISASPGAIGGFGANHHLRQSLVFLDVPCMQQPEAYLSGAGTAFDEAGNLSESVRPFLQKFIDAYGKWVEQHKKV PGPT0004195_1504 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784 NA NA D1-35_04177 261 hypothetical protein ATGGCAGCAGTACTTGTCGGACAATTTCATGCACGGGACGCCGAAGGTCGCGTCTATTCGGTGCATGAATTCCAAGAATCAGACCCGTCACAAGACGGCATTGGCAAGGATGTCATCACTTATAAGCTGGCCATTGGAGATCGGGTCAGCAAAGTCGACGAGGACACGTTCATCCTGGTGCAAACCGGCATCCACCTGACCCGCGAGCCTGAAACGCCACGGCAGCCTCAGGCGCCAGTCGAAACGCAGATCGCTCTATAA MAAVLVGQFHARDAEGRVYSVHEFQESDPSQDGIGKDVITYKLAIGDRVSKVDEDTFILVQTGIHLTREPETPRQPQAPVETQIAL NA NA NA NA NA D1-35_04178 894 hypothetical protein ATGCGTTTACGCCACATCGAAGTGATCCAGGCGCTGCTGCAGACTGGCCACCTGGGTACCGCGGCCGAATGGCTGCAATTGCCGGTGGCCGAAGTCGAGTCGATCCTGCGCGATGCGGAGGCCCAACTCGGTTTCATGCTGTTCGCCAGCGTGCGCGGACGCTTGCAGGCGACGCGGGAAACCCTGGAATTACGCGAAGGCATCACGCGGCTGTACGACACCCTCGAACCGATACAGCGAATGGCCGCCAGCCTGAAGCATTATCAGGCGCCGCCCCTGCGCATCATCTGCACCCCACCACTGGCCCAACAGCTGTTACCCCTGAGCATTGCCGCCCTGCGTCGGCGCCATCCGGATGCGCCGTGCACCCTGCTCAGCCAGCCGACCCGGGAAATCGTCAAAAGCCTGCTGCTGCGTGAAAGCGACTTGGGCCTGAGCCTGCACGACCCAGAACATCCCGACATCGATTGCCAGATGATCGCCCAAGGCAAACTGCAGCTGCTGGCGCCCCATGGCTGGCTGCAACCACGACAGAAATACGTGTCGGTTCAGGATCTGGCGGGCCAGTCGCTGGTCGGCCTGGAGGGGCATGATCCGCTGAGCCCGGCGTTCGACCACAAGCTTGGCGCACTGCGCCCGGCGCCGGTGGTGCAGATACGCGTGCAGACTCATCAGATGATGCGGGCAATGGTCGAGGCCGGCGAAGGCCTGGCGATTGTCGACCCGTTTACCGCCTCGGGGGCCAGAGGCGGCGACCTGGACATCTGTCCGGTATCGCCGGCCGTGCCCATCTGCCTCTATGCATTGAGCCTGAACGGTGCCACGCCTTCACCGGCGGTCCAGTCGTTGCTGGAACGGATCACGGAACAAGCCGAGGCGTTGCTGAACCACTGA MRLRHIEVIQALLQTGHLGTAAEWLQLPVAEVESILRDAEAQLGFMLFASVRGRLQATRETLELREGITRLYDTLEPIQRMAASLKHYQAPPLRIICTPPLAQQLLPLSIAALRRRHPDAPCTLLSQPTREIVKSLLLRESDLGLSLHDPEHPDIDCQMIAQGKLQLLAPHGWLQPRQKYVSVQDLAGQSLVGLEGHDPLSPAFDHKLGALRPAPVVQIRVQTHQMMRAMVEAGEGLAIVDPFTASGARGGDLDICPVSPAVPICLYALSLNGATPSPAVQSLLERITEQAEALLNH NA NA NA NA NA D1-35_04179 615 hypothetical protein ATGCAACCGGTCATGAATCCCAAGCACCCCGGCCTGTCGGTGCGCGTCGCCGATGACGGCTTCGCCGCTTATATCTGGGGCAGCGATTTCAGTTTCGAAGTCAGCGTCTATGGCACGGCGCAGATCGGCCGGCCGGTGAGCCAGTGGCCGGTGACGCCGATCGTTCCCTACCGCAAGTGCTACGGCATCGACCCTGAAGAGTTCGGCAGTTTTCGCGATGCCCCGGACAGCGAAATCTTCATGGCCTACCTGGACGACCAACCGGTCGGCCATCTGGTCGTCAGCACCAATTGGAACGGGTATGCCCATATCGACGAGCTGGCGGTGCATGCCCCGGCTCGCCGGCATGGGGTGGCCAAGGCCTTGCTCGATGTGGCCCAGTTCTGGAGCCGCAAGAAAAAACTGCCGGGCATCATGCTGGAAACCCAGAACAACAACCTGGGCGCATGCCGGCTTTACGAGCGCTGCGGCTATGTGCTCGGCGGCATCGATCACCTGCGCTATCGCGGCATTGACCGGCACACCGCCGAGGTGGCGCTGTTCTGGTACCGGTTGTTCGACGATCCACTGGGCATGACGGTCAGTGGTTCAGCAACGCCTCGGCTTGTTCCGTGA MQPVMNPKHPGLSVRVADDGFAAYIWGSDFSFEVSVYGTAQIGRPVSQWPVTPIVPYRKCYGIDPEEFGSFRDAPDSEIFMAYLDDQPVGHLVVSTNWNGYAHIDELAVHAPARRHGVAKALLDVAQFWSRKKKLPGIMLETQNNNLGACRLYERCGYVLGGIDHLRYRGIDRHTAEVALFWYRLFDDPLGMTVSGSATPRLVP PGPT0028670_36 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028670-sat4-K19273 NA NA D1-35_04180 762 dnaQ COG0847 DNA polymerase III subunit epsilon ATGGCCAACAGATCTGTAGTACTGGATACCGAAACCACCGGCATGCCGGTGACCGACGGTCACCGGATTATCGAAATCGGCTGTGTCGAGCTGATTGGTCGACGCCTGACCGGTCGTCATTTCCACGTTTACCTGCAACCGGACCGCGAAAGCGACGAGGGTGCCATTGGCGTGCACGGCATCACCAACGAATTCCTGGTGGGCAAGCCGCGTTTCGCCGAGGTAGCCGATGAGTTCTTCGAATTCATCCAGGGCGCGCAGTTGATCATCCATAACGCGGCGTTCGACGTCGGGTTCATCAACAACGAATTCGCCCTGATGGGCCAGCACGACCGGGCCGACATCACCCGGCATTGCACTATCCTCGATACCTTGATGATGGCGCGGGAGCGGCATCCGGGCCAGCGCAACAGCCTTGATGCCTTGTGCAAGCGCTACGGGGTCGACAACTCCGGTCGTGAGCTGCACGGCGCCTTGCTCGACTCCGAGATCCTCGCCGACGTCTACCTGACCATGACTGGCGGTCAGACCAGCCTGTCCCTGGCCGGCAATGCGTCTGACGGCAATGGCACCGGCGAAGGTTCGGGTAACCAGGCGAGCGAGATCCGGCGTTTGCCGGCAGACCGCAAGCCGGCCCGGATCATCCGAGCCAGCGAAAGCGACCTGGCCGAACATGCCGCGCGTCTGGAAGCCATCGCCAAGTCCGCCGGTGCCCCGGCATTGTGGACGCAATTGGTCGAGGCGCAGGCTGCCGCGAGTTGA MANRSVVLDTETTGMPVTDGHRIIEIGCVELIGRRLTGRHFHVYLQPDRESDEGAIGVHGITNEFLVGKPRFAEVADEFFEFIQGAQLIIHNAAFDVGFINNEFALMGQHDRADITRHCTILDTLMMARERHPGQRNSLDALCKRYGVDNSGRELHGALLDSEILADVYLTMTGGQTSLSLAGNASDGNGTGEGSGNQASEIRRLPADRKPARIIRASESDLAEHAARLEAIAKSAGAPALWTQLVEAQAAAS NA NA NA NA NA D1-35_04181 453 rnhA COG0328 Ribonuclease HI ATGAGCGATAGCGTAGAACTTTTCACTGATGGCGCCTGCAAGGGCAATCCGGGCCCGGGTGGCTGGGGTGCGTTGCTGGTGTGCAAGGGCGTGGAAAAGGAACTCTGGGGCGGCGAAGCCAATACCACCAACAATCGCATGGAACTGATGGGCGCCATTCGCGGCCTGGAAGAACTCAAGCGGCCATGTGATGTGCTGCTGGTAACCGACTCGCAGTATGTAATGAAAGGCATCAACGAGTGGATGGCCAACTGGAAGAAGCGCGGCTGGAAAACGGCGGCGAAGGAACCGGTCAAGAACGCTGATCTCTGGAAGCTGCTGGACGAGCAGGTCAACCGCCACAACGTCACCTGGAAATGGGTGCGCGGGCACATCGGCCACCACGGCAACGAGCGGGCCGACCAGTTGGCCAATCGTGGAGTGGATGAGGTACGGGGGTATAAGCAGGCTTGA MSDSVELFTDGACKGNPGPGGWGALLVCKGVEKELWGGEANTTNNRMELMGAIRGLEELKRPCDVLLVTDSQYVMKGINEWMANWKKRGWKTAAKEPVKNADLWKLLDEQVNRHNVTWKWVRGHIGHHGNERADQLANRGVDEVRGYKQA PGPT0003760_50 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 D1-35_04182 759 hypothetical protein ATGACCGATGAAGCGTTCGCTCAGGCTGATCCTGAATGGCTGGCATTGATCAGTTCCGCCCGTGAATGGCTGTCCGGCCCTGTCGGGCAATTCCTGCTGGAAGAAGAACGGCGCATGCTCGAAGACGAGTTGGGCCGGTTCTTCGGCGGCTACCTGGTGCATTACGGCCCCTCGGCGCAGACCCCACCGTCGGCCCCGCAGGTGCAGCGCAACGTACGCCTGGGCGCGCCGTTGCCTGGCGTGGAAATCGTCTGCGAGGAGCAGGCCTGGCCGTTGAGCGAGCATGCCGCCGACGTGGTGGTCATGCAGCACGGCCTGGATTTCTGCCTGTCGCCCCATGGCCTGTTGCGCGAGGCCGCCAGCAGCGTGCGTCCAGGTGGCCATTTGTTGATTGTCGGCATCAACCCCTGGAGCAGTTGGGGGCTGCGTCATATATTCGCCGGCGACGCGCTGCGCCAGGCCCGTTGCATCTCGGCATCGCGAGTGGGCGACTGGCTCAACCTGCTCGGCTTCGCGCTGGAGAAACGCCGCTTCGGGTGCTATCGTCCGCCGCTTGCGTCGCCCAAGTGGCAGGCCCGTCTGGCCGGATGGGAGCGCAAGGCCGGTGACTGGCAATTGTCCGGCGGCGGCTTCTATCTGCTGGTGGCGCGCAAGATCGTGGTCGGCTTGCGCCCGGTACGCCAGGCGCGGCGCGAGCCGGTGGGCAAGCTGATTCCCTTGCCGATGGCCAAGGTCAATCGCCGTCACATCGAGCCGTAA MTDEAFAQADPEWLALISSAREWLSGPVGQFLLEEERRMLEDELGRFFGGYLVHYGPSAQTPPSAPQVQRNVRLGAPLPGVEIVCEEQAWPLSEHAADVVVMQHGLDFCLSPHGLLREAASSVRPGGHLLIVGINPWSSWGLRHIFAGDALRQARCISASRVGDWLNLLGFALEKRRFGCYRPPLASPKWQARLAGWERKAGDWQLSGGGFYLLVARKIVVGLRPVRQARREPVGKLIPLPMAKVNRRHIEP NA NA NA NA NA D1-35_04183 768 gloB_2 COG0491 Hydroxyacylglutathione hydrolase GloB ATGATACAGATCAGTGCCCTGCCCGCGTTTACCGATAACTACATCTGGTTGTTACAGGATCACTCGACCCAGCGCTGCGCCGTGGTCGACCCGGGCGACGCCGCCCCCGTACGGGCCTGGCTCGACGCCCATCCGGGCTGGGTCCTGAGCGACATCCTGGTCACTCATCACCACCATGACCATGTCGGCGGTGTCGCGGCGCTGAAAAGCGCGACAAACGCCACCGTCTACGGGCCGGCCAGCGAAAACATCCCGGCGCGGGACATCGCCCTGGAGGACAACGCCAAGGTCAACGTGCTGGGCCTGGACTTCGATATTCACGCCGTGCCCGGACACACCCTTGGGCATATCGCCTACTACCATCGCGGCCTGCTGTTCTGCGGCGACACGCTGTTCGCCGCCGGTTGCGGCCGGCTCTTCGAGGGCACGCCCGAACAGATGCACCACTCCTTGAGCCGCCTCGCCGCACTGCCCGACGATACGCTCGTCTACTGCACTCATGAATATACCCTGAGCAACCTGAAGTTTGCCGTCGCGGTCGAGCCGGCCAATCTGGACATTGCCGCGCGTCTGGAGAAAGTCACCGAGCAGCGCAGCCAGGGCGTCATCACCCTGCCGTCGACCCTGGCCCTGGAAAAGCTCACCAATCCGTTTTTGCGCACCGCTGAAACATCCGTTAAAGAAAAAGCAGACGAACGGAACGGCCAGCGTAACCAGACGGGGAGTGAGGTTTTTGCGGCCTTGAGGGCCTGGAAAGATAAGTTCTAA MIQISALPAFTDNYIWLLQDHSTQRCAVVDPGDAAPVRAWLDAHPGWVLSDILVTHHHHDHVGGVAALKSATNATVYGPASENIPARDIALEDNAKVNVLGLDFDIHAVPGHTLGHIAYYHRGLLFCGDTLFAAGCGRLFEGTPEQMHHSLSRLAALPDDTLVYCTHEYTLSNLKFAVAVEPANLDIAARLEKVTEQRSQGVITLPSTLALEKLTNPFLRTAETSVKEKADERNGQRNQTGSEVFAALRAWKDKF PGPT0001770_3495 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D1-35_04184 1458 mltD COG0741 Membrane-bound lytic murein transglycosylase D ATGTCGTCATCTATTCGCAGGTCCGTCCAGTCAGACACATTGACCCGCTTGGCTCAAGCCATCGCGGTGGCTGTGTCCGCCACGCTGGCCGGCTGCCAGAGCACCAGCCAGGTGCCGCAGGCCGATGTCGCGCATACGCCGAATATCGCCGCGCGAGCCAAGCAAAAACCCGTCTGGCTGACGGAAAAACCCAGCCCGCAAGTGCCCCAGGACGTCTGGGAACGCATGCGCCAGGGCTTCCAGCTGCAGGAAACCGCCGGGGTCAACCCGCGCATCGAGCAGCAGCGCCTGTGGTTCGCCAGCAATCCGTCCTTCCTGGAAAACGCCGGCGAGCGCGGCAGCCTGTACATCCACTACATCGTCGAGCGCCTGGAAGAGCGCAACATGCCGCTGGAGCTGGCGCTGTTGCCGGTGATCGAAAGCGCCTACAACCCGATGGCCTATTCCCGCGCCAACGCGGTGGGCCTGTGGCAGTTCATCCCCTCCACCGGGCGTTATTTCAACCTGCGCCAGACGCGTTTCTACGACGGACGTCGCGACATCACTGCGTCGACCACGGCCGCCATGGATTACCTGACGCGCCTGCATGACATGTTCAATGGCGACTGGCTGTTGGCGCTGGCGGCCTACAACGCCGGTGAAGGCACGGTCAGCCGGGCCATCGAGCGCAACGAAAAGCTCGGCCTGCCCACCGACTACTGGAACCTGCCTCTGCCCAGCGAAACCCAGGCCTACGTGCCGAAGCTGCTGGCGCTGTCCCAAGTGGTACTGGCCCCCGATGCCTACGGCGTGAACCTCAACCCGATCGCCAACGAACCCTACTTCCAGGTCGTCGAGATCAACCAGCGCATGGACCTTTCAAAAGTCGCAGCGGTGGCGAACATCGACGAAGACGAGCTGTTCCAGCTCAACCCGGCGTTCAAGCAACGCACCACCGTCGACGGCCCACAACACCTGCTCGTCCCGACCTCCAAGGCACAGTTGCTGACCGCCAGCCTGTCAACCATGCGCCCGGAAGAATTGATCAGCCCGCGCTCGCTCAAGCCGGTCTTCGAAAACGCCGATGACAGCGAAGTGGAAGGTGTACGGCGCAGCTACCGGGTCAAGCGCGGCGACAACCTGGCCCAGATCGCCAAGGCCAACAACGTCCAGACCAAGGACCTGCAACGCTGGAACAAGCTCAGCGGCAACAAGCTCAAGGTCGGCCAGACCCTGGTCATGCAAGACGTCAAGGCCACCAAGGCAACCAAGGCCAGCGGCAAACGCATCAACACTGTCGTAGCCGCCAAGAGCAACGAACAGAAAAAGCAGACCCAATACAAGGTCAAGCAAGGCGACTCGCTTTATGTCGTTGCCAAGCGCTTCAACGTCGAAATGCAGCACCTCAAGCGCTGGAACCCGCGCATGGGCAAGGCGCTCAAGCCTGGACAGATGCTGACGGTCTATTCCCCACACTGA MSSSIRRSVQSDTLTRLAQAIAVAVSATLAGCQSTSQVPQADVAHTPNIAARAKQKPVWLTEKPSPQVPQDVWERMRQGFQLQETAGVNPRIEQQRLWFASNPSFLENAGERGSLYIHYIVERLEERNMPLELALLPVIESAYNPMAYSRANAVGLWQFIPSTGRYFNLRQTRFYDGRRDITASTTAAMDYLTRLHDMFNGDWLLALAAYNAGEGTVSRAIERNEKLGLPTDYWNLPLPSETQAYVPKLLALSQVVLAPDAYGVNLNPIANEPYFQVVEINQRMDLSKVAAVANIDEDELFQLNPAFKQRTTVDGPQHLLVPTSKAQLLTASLSTMRPEELISPRSLKPVFENADDSEVEGVRRSYRVKRGDNLAQIAKANNVQTKDLQRWNKLSGNKLKVGQTLVMQDVKATKATKASGKRINTVVAAKSNEQKKQTQYKVKQGDSLYVVAKRFNVEMQHLKRWNPRMGKALKPGQMLTVYSPH PGPT0023795_1221 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023795-mltD|dniR-K08307 NA NA D1-35_04185 1833 hypothetical protein TTGATACGTCCCCCCCTCCTGTTCCTGATCAGCCTGGCCTTGAGCTCCCCCGCCGGCGCCACCATCAGCGAAAGCCATGGCTATGCGCAGTTCGGCACGCTCAAGTACCCGGCCAGATTCACCCACTTCGACTGGGTCAACCCGCAAGCGCCCAAGGGCGGCACCTTGCGGGTCATGGCATTTGGCACCTTCGACACACTCAATCCGTATACCTTCAAGGGCAGCAGCCCGGTTTCCACGGCAAATTTCCTGCAATACGGCATCAATGAATTGAACGAGCCGTTGATGGTTGGCACCGGCCAGTACGCACCGTCCGGCGACGAACCGACGTCGAGCTACGGCTTGATCGCCCGATCCGTGGAATACAGCGAGGATCGTAGCTGGGTGGTGTTCAACCTGCGGCCAGAGGCGCGGTTCCATGACGGCGTGCCGATCACCGCTTATGACGTGGCGTTTTCCTACAGGACGCTGCTCAAGGAAGGTCATCCGCAATACCGCACCAACCTGCAGGAAGTGCTGCGGGTCGATATCCTCAATCCGCTGAAAATCCGCTTTGTCTTCAAGCGTGCGGGCAATCCCTTGCTGATCCTGCGCCTGGGGGAACTGCCGGTGCTGCCCCAGCACTACTGGAAAGACCGCGACTTCAAGGCGACCACCTTCGAGCCTCCCCTGGGCAGTGGCCCTTATCGCATCACCAAGGTGCAGCCCGGTCGCCAGCTGGTCTTCGAACGGGTCAAGGACTACTGGGGCAAGGACCTGCCGGTCAATCGCGGCAAATACAACTACGACCGCATGGTCGTCGAGTTCTACCGCGACAGCGAGGTGGCCTTCGAAGCGTTCAAGGCCGGTGAATTCGATATCTACATCGAACACCAGGCCAAGAACTGGGCCAACGGCTACAACTTCCCGGCGATCAACCGTGGCGATGTGATCAAGGCGCAGATTCCCCATCAGATTCCGACCCAGACCCAGGGCCTGTTCATGAACACGCGGCGCAGCACCTTCGCCGAGGTCAAGGTGCGCGAAGCCCTGGGATTGATGTTCGATTTCGAATGGACCAACCGCACGCTGTTCAGCGGTGCCTACAAACGCACACTCAGCTATTACCCCAACAGTGAGTTTTCGGCCACGGGCCTGCCCGTGGGCCACGAATGGCTGCTGCTCAAGCCCTATCGCGAACAATTGCCGCCCCGGTTGCTGACCGAACCCTTCAGCCTGCCTCGCACCGACGGTCGCGGCGTTCCGCGCGAGACACTGCGCAAGGCCCTGGGCCTGTTGAAAGAAGCCGGATGGACCCTCCACGGCCAGTACTTGCTGAACGCCGACAAGCAGCCCCTACGCTTTGAAATCCTGTTGGTGAACCCGAACCTGGAGCGCATCCTCCAGCCCTACGTCGAGAACCTCGCCAGCATCGGCGTCCAGGCCCGTCTGCGCACGGTGGACCGCGCCCAGTACAAGCAGCGCCTGGACCAGTTCGATTTCGACATGATCCTGCTGACCCTGAGCCAGACCCTCAGCCCGGGCCTTGAGCAATGGCAGTATTTCCACTCCAGCCAGGTCGGGATCAAGGGCAGTAAAAACTATGCGGGCATCGCCAACCCCGTGGTCGATCACCTGCTGGAGAAGCTGCTCGCCGCCCAGACTCGCGACGAACAGGTCGCCGCCGGCAAGGCCCTGGACCGCGTGCTGCTATGGCAGCATTACTGCATTCCCAACTGGTATCTCAATTATCATCGCCTGGCGTACCGCAACCGGTTCGCCTTCGTCACTACGCCGCCCTACACCCTGGGCCTGAGCGCATGGTGGCTGAAATCTTCGGAGAAAGATCAATGA MIRPPLLFLISLALSSPAGATISESHGYAQFGTLKYPARFTHFDWVNPQAPKGGTLRVMAFGTFDTLNPYTFKGSSPVSTANFLQYGINELNEPLMVGTGQYAPSGDEPTSSYGLIARSVEYSEDRSWVVFNLRPEARFHDGVPITAYDVAFSYRTLLKEGHPQYRTNLQEVLRVDILNPLKIRFVFKRAGNPLLILRLGELPVLPQHYWKDRDFKATTFEPPLGSGPYRITKVQPGRQLVFERVKDYWGKDLPVNRGKYNYDRMVVEFYRDSEVAFEAFKAGEFDIYIEHQAKNWANGYNFPAINRGDVIKAQIPHQIPTQTQGLFMNTRRSTFAEVKVREALGLMFDFEWTNRTLFSGAYKRTLSYYPNSEFSATGLPVGHEWLLLKPYREQLPPRLLTEPFSLPRTDGRGVPRETLRKALGLLKEAGWTLHGQYLLNADKQPLRFEILLVNPNLERILQPYVENLASIGVQARLRTVDRAQYKQRLDQFDFDMILLTLSQTLSPGLEQWQYFHSSQVGIKGSKNYAGIANPVVDHLLEKLLAAQTRDEQVAAGKALDRVLLWQHYCIPNWYLNYHRLAYRNRFAFVTTPPYTLGLSAWWLKSSEKDQ PGPT0011625_1035 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011625-yejA-K13893 NA NA D1-35_04186 1854 appA_2 Oligopeptide-binding protein AppA ATGAAGCCTTTACGCGCCCTGCTCCTGCAGGCCAGCGGCCTGTTATTCGCAGGGCTGGCCTGTGCCGCGCCGCAACACGCCTTGACGTTGTATAACGAGCCGCCGAAGTACCCGGCCGACTTCAAGCATTTCGACTACGTGAACCCGGATGCCCCCAAGGGCGGGATATTCCGTCAGGGCGGGTTCGGCGGCTTCGACAGCCTCAACCCGTTTATCAGCAAGGGCGTACCGGCCGAGGATATCGGCCTGATCTACGACACCCTGGCCAAGCAAGGCCTCGACGAGCCCTTTACCGAGTACGGCCTGATCGCCGAAAAGATCGAGAAGGCCCCGGACAATGGCTGGGTGCGCTTCTACCTGCGCCCCGAAGCCCGCTTCAACGACGGCCATCCGGTGCGCGCCGAAGACGTCGTGTTCAGCTTCGAGACCCTGACCAGGGACGGCGCACCGATGTTCCGCGGTTATTACAACGACGTCGCCGAAGTCGTCGCCGAGACGCCACTCAAGGTCCTGTTCAAGTTCAAGCACACCAATAACCGCGAACTGCCGCTGATCCTCGGCCAATTGCCGGTATTGCCCAAGCACTGGTGGGCCAACCGCGACTTCAACAAGGGCAACCTGGAGATCCCTCTCGGCAGCGGCCCCTACCGGGTCACCGAAGTGAAGGCGGGGCGTTCGATCCGCTACGAGCGCGTCAAGGATTACTGGGGCAAGGACCTGGCGGTCAACCGCGGCTTCTACAATTTCGACGTACTGACCACGGATTACTACCGCGACAACACCGTGGCGGTAGAGGCATTGAAAGCCGGGCAATTCGATTTCTGGCTGGAGATGGCTGCCAAGAACTGGGCCAACGCCTACAACATTCCCGCCGTCAGCGAAGGCCGCCTGATCAAGGAACAGATCCCCAACGGCAACCCCACCGGCATGCAGGGTTTTGTCTACAACCTGCGCCGCCCGATCTTCCAGGACGTGCGGGTGCGCCAGGCGTTGAGCCTGTTGCTGGACTTCGAATGGACCAACAAGCAGTTGTTCCACGGTGCCTACGCCCGCACCCGCAGCTATTTCGAGAACTCGGAAATGGCCGCGACCGGCCTGCCCGGCGAAGACGAATTGAAGATTCTCGAACCGCTGCGCGGCAAGATTCCCGAACAGGTTTTCAGCGAAACCTTCCAGCCGACGGTCTGCGATGGCAGCGGCATGATCCGCGACCAGCAGCGCAAGGCCTATCAATTGTTGCAAGAGGCCGGCTGGCGCATCGTCGACGACAAGATGGTCGACGCCCAGGGCAAACCGGTGGTGCTGGAATTCCTCCTGGCCCAGACCGAATTCGAGCGGGTGCTGCTGCCCTTCAAGCGCAACCTGAGCGACCTCGGCATCGAGCTGGTGATTCGCCGCGTCGACGTGTCCCAGTACATCAACCGCGTGCGCTCCCGGGACTTCGATCTGGTGGTGGGCAGCTTCCCGCAGTCCAGCTCGCCGGGTAACGAGCAGCGCGAGTTCTGGATGTCGGCTGCCGCGGACAAGCCTGGCAGCCGCAATACCATGGGCCTGAAGGACCCGGCCGTCGACCAGTTGGTGGAACAGTTGATCAACGCCGATTCGCGCAAAAGCCTGGTAGCCCATGCCCGGGCGCTGGACCGGGTGCTGCAGTGGGGCTACTACGTGATCCCCAACTGGCACATCAAGACCTGGCGCGTGGCCTACTGGAACCACATAGGCCACCCTGAAATCACCCCGACCTACGACATCGGCACTACCACGTGGTGGGTCAAACCGGACATCAAGCCGGCCGAAGAAGTGGAAAAACAAGTGATCGAGCAGCAAGTCGCCGCCCCTGTGAGCGTGGAGTAA MKPLRALLLQASGLLFAGLACAAPQHALTLYNEPPKYPADFKHFDYVNPDAPKGGIFRQGGFGGFDSLNPFISKGVPAEDIGLIYDTLAKQGLDEPFTEYGLIAEKIEKAPDNGWVRFYLRPEARFNDGHPVRAEDVVFSFETLTRDGAPMFRGYYNDVAEVVAETPLKVLFKFKHTNNRELPLILGQLPVLPKHWWANRDFNKGNLEIPLGSGPYRVTEVKAGRSIRYERVKDYWGKDLAVNRGFYNFDVLTTDYYRDNTVAVEALKAGQFDFWLEMAAKNWANAYNIPAVSEGRLIKEQIPNGNPTGMQGFVYNLRRPIFQDVRVRQALSLLLDFEWTNKQLFHGAYARTRSYFENSEMAATGLPGEDELKILEPLRGKIPEQVFSETFQPTVCDGSGMIRDQQRKAYQLLQEAGWRIVDDKMVDAQGKPVVLEFLLAQTEFERVLLPFKRNLSDLGIELVIRRVDVSQYINRVRSRDFDLVVGSFPQSSSPGNEQREFWMSAAADKPGSRNTMGLKDPAVDQLVEQLINADSRKSLVAHARALDRVLQWGYYVIPNWHIKTWRVAYWNHIGHPEITPTYDIGTTTWWVKPDIKPAEEVEKQVIEQQVAAPVSVE PGPT0011625_687 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011625-yejA-K13893 NA NA D1-35_04187 1074 yejB_2 COG4174 Inner membrane ABC transporter permease protein YejB ATGCTGGCTTATATTTTTCGGCGCCTGCTGCTCATCATCCCGACCCTGTTCGGCATCCTGCTGATCAACTTCGTGATCATCCAGGCCGCGCCCGGTGGGCCGGTGGAACAGATGATCGCCAAGCTCGAAGGTTTCGAAGGCGCTACCAGCCGCATCGCCGGCGGCGGCGCGGAAGTGTCAGTGGCCGGCTCCTCCTACCGCGGCGCCCAAGGCCTGGATCCGGCACTGGTCAAGGAAATCGAGCGCATGTACGGGTTCGACAAGTCGGCCCCCGAACGCCTGTGGATCATGATCAAGAACTACGCCCGCCTGGACTTTGGCGACAGCTTTTTCCGCGACGCCAAGGTCATCGACCTGATCAAGGAAAAGATGCCGGTGTCGATCTCCCTCGGGCTGTGGAGCACGCTGATCATGTACCTGGTGTCGATCCCGCTGGGGATTGCCAAGGCCACGCGGCACGGCAGCCATTTCGACGTGTGGACCAGCTCGGCGATCATCATCGGCTACGCGATCCCGTCGTTCCTGTTCGCCATCCTGCTGATCGTGGTGTTTGCCGGCGGCAGCTATTTCGACTGGTTTCCATTACGGGGCCTGACGTCGAACAATTTCGAGGAGCTGAGCCTGGGCGGCAAGATCCTCGATTATTTCTGGCACCTGGCCTTGCCCGTCACCGCCCTGGTGATCGGCAACTTTGCCACCATGACGCTGCTGACCAAGAACAGTTTCCTCGATGAAATCAACAAGCAGTACGTGGTCACCGCCAAGGCCAAGGGGCTGACGCGCAACCGGGTGCTCTACGGGCATGTATTTCGCAACGCCATGCTGCTGGTGATTGCCGGTTTCCCTTCGGCGTTCATCGGGATCTTCTTTACCGGCTCGCTGCTGGTGGAAGTGATCTTCTCCCTCGACGGCCTCGGGTTGATGAGCTTCGAAGCCGCCATCAACCGTGATTACCCGGTGGTCTTCGGCACACTGTTCATCTTTACCCTGCTGGGGCTGGTAGTGAAACTGATCGGCGACCTGACCTATACCTTCGTCGATCCGCGTATCGACTTCGAAAGCCGGGAGCATTGA MLAYIFRRLLLIIPTLFGILLINFVIIQAAPGGPVEQMIAKLEGFEGATSRIAGGGAEVSVAGSSYRGAQGLDPALVKEIERMYGFDKSAPERLWIMIKNYARLDFGDSFFRDAKVIDLIKEKMPVSISLGLWSTLIMYLVSIPLGIAKATRHGSHFDVWTSSAIIIGYAIPSFLFAILLIVVFAGGSYFDWFPLRGLTSNNFEELSLGGKILDYFWHLALPVTALVIGNFATMTLLTKNSFLDEINKQYVVTAKAKGLTRNRVLYGHVFRNAMLLVIAGFPSAFIGIFFTGSLLVEVIFSLDGLGLMSFEAAINRDYPVVFGTLFIFTLLGLVVKLIGDLTYTFVDPRIDFESREH PGPT0011630_782 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011630-yejB-K13894 NA NA D1-35_04188 1020 yejE_2 COG4239 Inner membrane ABC transporter permease protein YejE ATGAACCTCTCTCCTCTCAATCGTCGCCGTTTCGAACTGTTCAAGGCCAACAAGCGTGGCTGGTGGTCGTTGTGGCTGTTTCTGTTCTTGTTCGTGCTCAGCCTGGGCGCCGAGCTTATTGCCAACGACAAGCCACTGGTGGTGCACTACGACGGCGGCTGGTACTTCCCGGCCCTGAAGCGTTACCCGGAAACGACGTTCGGCGGCGAATTCCCGTTGGAGGCCAACTACAAGAGCCCGTATATCCGCGAGTTGCTCGCCGCCAAGGACGCCTGGGTCGTGTGGGCACCGATTCCATTCAGCTACCAGAGCATCAATTACGACTTGAAGGTCCCGGCCCCGGCACCGCCCTCGTCGGTGAACTGGCTGGGCACCGATGACCAGGGCCGCGACGTGCTGGCGCGGGTCATCTATGGCTTTCGCATCTCGGTGCTGTTCGCGCTCACGCTGACGGTGCTCAGCTCGATCATCGGGGTGATCGCCGGTGCGTTGCAGGGCTTCTATGGCGGCTGGGTAGACCTGGCCGGCCAGCGTTTCCTGGAAATCTGGTCCGGGCTGCCGGTGCTCTATCTGCTGATCATTCTCGCCAGCTTCGTCCAGCCGAACTTCTGGTGGCTGCTGGGCATCATGTTGCTGTTTTCCTGGATGAGCCTGGTGGATGTGGTGCGCGCCGAGTTCCTGCGCGGGCGCAACCTCGAATACGTGCGCGCCGCGCGAGCGCTGGGCATGCAAAATGGCGCGATCATGTTCCGCCACATCCTGCCCAACGCCATGGTCTCGACCATGACCTTCATGCCGTTCATCCTCACCGGCGCCATCGGCACCCTCACCGCCCTGGATTTTCTCGGTTTCGGCCTGCCGGCCGGAGCACCATCCCTCGGCGAGCTGGTGGCCCAGGGCAAGTCCAATCTGCAGGCGCCCTGGCTGGGCATCAGCGCATTCGCCGTGCTGGCGATCATGCTGAGCCTGTTGGTGTTCATCGGCGAGTCCGCTCGCGATGCCTTCGATCCGAGGAAGTGA MNLSPLNRRRFELFKANKRGWWSLWLFLFLFVLSLGAELIANDKPLVVHYDGGWYFPALKRYPETTFGGEFPLEANYKSPYIRELLAAKDAWVVWAPIPFSYQSINYDLKVPAPAPPSSVNWLGTDDQGRDVLARVIYGFRISVLFALTLTVLSSIIGVIAGALQGFYGGWVDLAGQRFLEIWSGLPVLYLLIILASFVQPNFWWLLGIMLLFSWMSLVDVVRAEFLRGRNLEYVRAARALGMQNGAIMFRHILPNAMVSTMTFMPFILTGAIGTLTALDFLGFGLPAGAPSLGELVAQGKSNLQAPWLGISAFAVLAIMLSLLVFIGESARDAFDPRK PGPT0011635_1275 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011635-yejE-K13895 NA NA D1-35_04189 1611 yejF_2 COG4172 putative ABC transporter ATP-binding protein YejF ATGAACCAGGACAATCTGATCGAAGTACGCGACCTGGCGGTGGAATTCATCGTTGGCGAACGCCGCCAGCGCGTGGTCGAGGGCGTCAGCTTCGACATCAAGCGCGGCGAAACCCTCGCGCTGGTGGGTGAAAGCGGCTCGGGCAAGTCGGTGACGGCCCATTCGATCCTGCGCTTGCTGCCCTACCCGCTGGCCCACCACCCGACCGGGACCATCCAGTACGCCGGCCAGAATCTGCTGGGCCTCAAGGAAAAGACCATCCGCCATATCCGTGGCAATCGGATCGCGATGATTTTCCAGGAGCCGATGACTTCCCTGAACCCGCTGCACTGCATTGAAAAACAGCTCAATGAAGTGCTCGGCATCCACAAGGGCCTGACCGGCAAGGTCGCCACCCGTCGCTCCCTTGAGCTGCTGGAACTGGTCGGCATCCCCGAACCGCACAAACGGCTCAAGGCGTTGCCCCACGAACTGTCCGGTGGCCAGCGTCAGCGGGTGATGATCGCGATGGCCCTGGCCAACGAGCCGGAACTGCTGATAGCCGACGAACCGACCACCGCGCTGGACGTCACCGTGCAGCTGAAAATCCTCGATCTGCTCAAGGATTTGCAGGCGCGCCTGGGCATGTCGCTGCTGCTGATCAGCCACGATTTGAACCTGGTGCGAAGAATTGCGCATCGCGTATGTGTCATGCAGCGCGGTTGCATCGTCGAACAGGCATCGTGCGCAGAGTTGTTCCGCGCGCCGCAACATCCGTACACTCGGGAATTGCTGGCCGCCGAGCCCAGCGGCAACCCGGCGACCAACGTGGTCGGCCCGCCGCTGCTGGAGGTCGAGGACCTGAAAGTCTGGTTCCCGATCAAGAAAGGCCTGTTCAAGCGCACGACGGATTACATCAAGGCGGTGGACGGAATCCGCTTCAGCCTGCCCCAGGGCCAGACCCTGGGCATCGTCGGCGAGAGCGGTTCCGGCAAGTCCACGCTGGGGCTGGCGATCTTGCGGTTGATCGGCAGCCAGGGCGGGATCCGCTTCGAGGGCAAGCAGCTCGATAGCCTGTCGCAACAGCAAGTCCGGCCGTTGCGCCGGGAGATGCAAGTGGTGTTTCAGGACCCGTTTGGCAGCCTGAGCCCGCGGATGTGTGTGAGCCAGATCGTCGGCGAAGGACTGCGGATCCACAAGATCGGCACCGAAGCCGAACAGGAACAAGCGATAATCGCGGCATTAAAGGAGGTAGGCCTGGACCCGGAAACCCGGAACCGCTACCCCCACGAATTTTCCGGAGGGCAACGGCAGCGCATCGCCATTGCCCGGGCCCTGGTGCTCAAGCCGGCGTTGATTCTGCTGGACGAACCAACGTCGGCCCTGGACCGTACCGTGCAACGCCAGGTGGTGGAGCTGTTGCGGTCATTGCAAACCAAGTACAACCTGACGTACCTGTTTATCAGCCATGACCTGGCTGTCGTCAAAGCGCTGAGCCACCAGTTGATGGTGGTCAAGCATGGCCAAGTGGTCGAACAAGGTGATGCCCGCAGCATATTCGCCGCGCCGCAACACCCCTATACACAGCAGTTGCTGGAGGCCGCTTTCCTGGCCCCGACAACTGCCGAATAA MNQDNLIEVRDLAVEFIVGERRQRVVEGVSFDIKRGETLALVGESGSGKSVTAHSILRLLPYPLAHHPTGTIQYAGQNLLGLKEKTIRHIRGNRIAMIFQEPMTSLNPLHCIEKQLNEVLGIHKGLTGKVATRRSLELLELVGIPEPHKRLKALPHELSGGQRQRVMIAMALANEPELLIADEPTTALDVTVQLKILDLLKDLQARLGMSLLLISHDLNLVRRIAHRVCVMQRGCIVEQASCAELFRAPQHPYTRELLAAEPSGNPATNVVGPPLLEVEDLKVWFPIKKGLFKRTTDYIKAVDGIRFSLPQGQTLGIVGESGSGKSTLGLAILRLIGSQGGIRFEGKQLDSLSQQQVRPLRREMQVVFQDPFGSLSPRMCVSQIVGEGLRIHKIGTEAEQEQAIIAALKEVGLDPETRNRYPHEFSGGQRQRIAIARALVLKPALILLDEPTSALDRTVQRQVVELLRSLQTKYNLTYLFISHDLAVVKALSHQLMVVKHGQVVEQGDARSIFAAPQHPYTQQLLEAAFLAPTTAE PGPT0011640_671 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|MICROCINS,PGPT0011640-yejF-K13896 NA NA D1-35_04190 795 fabI COG0623 Enoyl-[acyl-carrier-protein] reductase [NADH] FabI ATGGGTTTTCTCGCCGGTAAGCGCGTACTGATCGTCGGTGTCGCCAGCAAGCTGTCCATCGCATCCGGCATCGCTGCCGCCATGCATCGCGAGGGCGCTGAGCTTGCCTTCACTTATCAGAACGACAAACTCAAGGGTCGTGTCGAAGAGTTCGCGCAAGGCTGGGGTTCGAGCCCTGAGCTGTGCTTCCCGTGCGACGTCGCCAGCGATGAAGAAATCGCCAAGGTCTTCGAAGAACTGAGCAAGAAGTGGGATGGCCTGGACTGCATCGTGCACTCCGTGGGCTTCGCCCCGGGCGACCAACTGGATGGCGACTTCACCGAAGCCACCACCCGTGAAGGTTTCCGCATTGCCCACGACATCAGCGCCTACAGCTTCGTGGCCCTGGCCAAGGCCGGTCGCGAGATGATGAAAGGCCGCAACGGCAGCCTGCTGACCCTGTCGTACCTGGGCGCCGAGCGCACCATGCCGAACTACAACGTCATGGGCATGGCCAAGGCCTCCCTGGAAGCTGGCGTTCGCTACCTGGCCGGCTCCCTGGGCCCGGACGGCACCCGCGTGAACTGCGTATCTGCCGGCCCGATCCGCACCCTCGCCGCTTCCGGCATCAAGAACTTCCGCAAGATGCTGGCCGCCAACGAAGCGCAAACCCCGCTGCGTCGCAACGTCACCATCGAAGAAGTCGGCAACGCCGGCGCCTTCCTGTGCTCGGACCTCGCGTCGGGCATCAGCGGTGAAATCATGTACGTGGACGGCGGCTTCAACACCACCGCCATGGGCAACATCGAAGAGTAA MGFLAGKRVLIVGVASKLSIASGIAAAMHREGAELAFTYQNDKLKGRVEEFAQGWGSSPELCFPCDVASDEEIAKVFEELSKKWDGLDCIVHSVGFAPGDQLDGDFTEATTREGFRIAHDISAYSFVALAKAGREMMKGRNGSLLTLSYLGAERTMPNYNVMGMAKASLEAGVRYLAGSLGPDGTRVNCVSAGPIRTLAASGIKNFRKMLAANEAQTPLRRNVTIEEVGNAGAFLCSDLASGISGEIMYVDGGFNTTAMGNIEE PGPT0008370_1809 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008370-fabI-K00208 NA NA D1-35_04191 414 hypothetical protein ATGATACGCAGCGAGAAAAGACTGGGCGCCGCTATCCTTTGCCTATTGGCGGCCTGTGCACTGCTGTTTTTCTTTGCCGCAGACAGCGTGGTGGAGAATCCCGCAGATCTCACCGACACCCGGGGTGTTCCCGCTGTTTCGATCTACCTGGTCTTGCTGATGATATTGGCTTCGGCATCATTGGCCCTGACCGGAATAGGCAGTATCGCCCAGCGGTTTCTCAGGCGCCGGTCTTTCAGACTGCGTATCAGCGTGTATGTGCTTGCCAATATTCCCCTTGTTTTAACGTCGCTCCTGGGGGTGTTGGTCTCCTTGGCCTACCTGTATGACGCCGTGTCCGGATTAATAGCGGCGTTGTTGTTCCTGCTCGCCTTTGCCTTCGTGTTGTTGGCCATCCCCCCAAAGCCGCAATAA MIRSEKRLGAAILCLLAACALLFFFAADSVVENPADLTDTRGVPAVSIYLVLLMILASASLALTGIGSIAQRFLRRRSFRLRISVYVLANIPLVLTSLLGVLVSLAYLYDAVSGLIAALLFLLAFAFVLLAIPPKPQ NA NA NA NA NA D1-35_04192 825 hypothetical protein ATGAATAACGAATTGCCCCTGACATTTGTTTATCCCGAAGAATTTGGCACGTCACGCGGAAGTGGAAGGGGGCTCCCATTCCCTGCGCCGCTGGCGATGATTGGAAAAATGATCCAAGAGCGCAACGTGGCTTACGAACGGGGTCATTGGCCTCAGATGCTTGGACGTCATCTCGTAGCCATGCGCAATAATCGACCGGTTCGTTATGGCTTGGACGGCTTCATCATTGGTGATTTGAAGGTTGCCCATGGTTCTGATCTGTTAATGCTGAAGAGTCCCGGGCTTGGCACTGCAGACGCTTGGAAGCTGGGAGTTAAAGAAGGAACCAAGATAACTGCCATTGAACAGCTGGCGGTCGAGCAAGAGTTTTCCGGAGGCGTTTTCACGCCCTTCAAAGCTATCGGTCATTGGTTACTTGGCAAGGGCAAACCTGCAAGCGTTCGACTCGACAGAATTGGAATCAGCCCAGCACCGAACAAGATTCCCGACCTGATGGCGATTATCAATACCGCGGGAATAGGGGTAACCAGTGTCAATATGAGAGTTCCCTATTCCACGGCTCAGGATTCGAATATCGCAAGGATCTACCTTGGAAACATCACGCTTCAAATAACCGGTCAGGTGATCCGTAACACCTCAGGTAGCCTGTCGTTTACAGGGACTGCCAAGGGTTTTTCGGATCGTTATGACGCAAATGCCAGCAATCATCGTTCGGTATTTGATGAAAAAGCGACCACGGCACTGCATCAAGTGGGGCGCGTTGCCCGAGCGCAGGACTATGAAATACGAATTACCGGCGAGCTTCCGATCAATTTTTCAAGGTGA MNNELPLTFVYPEEFGTSRGSGRGLPFPAPLAMIGKMIQERNVAYERGHWPQMLGRHLVAMRNNRPVRYGLDGFIIGDLKVAHGSDLLMLKSPGLGTADAWKLGVKEGTKITAIEQLAVEQEFSGGVFTPFKAIGHWLLGKGKPASVRLDRIGISPAPNKIPDLMAIINTAGIGVTSVNMRVPYSTAQDSNIARIYLGNITLQITGQVIRNTSGSLSFTGTAKGFSDRYDANASNHRSVFDEKATTALHQVGRVARAQDYEIRITGELPINFSR NA NA NA NA NA D1-35_04193 972 hypothetical protein ATGCTTGCGCCAGGCAAACCTGACAACGAAGCCGTTCGCCTCAAACAATTGCAGTCGCTCAAGCTGCTCGATACCCCTCCCGAGGAGCGGTTTGACCGCCTGACCCGTCTTGCCCGGCGTCTGTTCAACGTGCCGATCGCCCTGGTGTCGCTGGTGGACGCCAATCGGCAATGGTTCAAGTCAAGCGCCGGCCTGGAAGCCAGTGAGACCCCGCGCGAGGTGTCGTTCTGCGGGCATGCGATCTTGCAGGACGAGATCCTGGAGATTTGCGACGCGGAACAGGACGTGCGGTTCCACGATAATCCGTTGGTCAAGGGCCAACCTGGCATCCGCTTCTATGCGGGGCATCCGCTGGGGCTGGATGATGGCAGCAAGATGGGCACCCTGTGCTTGTTGGACACCCGGCCGCGCACCCTCAACGACGACGAACGCGAGCTGCTGCGCGATCTGGCGAGCATGGCCGAGCAGGAGCTGGTTGCCGTGCAGATGGCCAGCATGGATGAATTGACGCTGCTGTCCAATCGGCGCGGCTTCATGACGCTGGCCCAGCACGCGCTGAGTGTCTGCAGCCGTCTTTCGCGGCCGGCGACACTGCTGTTTTTCGATCTCAACGACTTCAAGCCGATCAACGATCGCTTCGGGCACGCGGAAGGCGACGGCGCGCTGAAGACGTTCGCCGACGTATTGCGCATTGCCTTTCGTGAAAGCGACGTGATCGGTCGCATGGGCGGAGACGAGTTCGTCGCCCTGCTCACCGGCGCCTCCCATGTCGAGACGACGGCGATCATGGCACGGCTCAGGGAAATGCTCGACGAGCGCAACATAACGTTGCAGCGCGGCTATGACATCGATTTCAGCGTGGGCCAGATCGAATACGACCCCGAGCGACATGAGTCGATCGACAGCCTGCTGGCAGAGGCGGATGCGGCGATGTATGCGCAGAAGCAGGGACGGCGCAATAGCCCAAACTGA MLAPGKPDNEAVRLKQLQSLKLLDTPPEERFDRLTRLARRLFNVPIALVSLVDANRQWFKSSAGLEASETPREVSFCGHAILQDEILEICDAEQDVRFHDNPLVKGQPGIRFYAGHPLGLDDGSKMGTLCLLDTRPRTLNDDERELLRDLASMAEQELVAVQMASMDELTLLSNRRGFMTLAQHALSVCSRLSRPATLLFFDLNDFKPINDRFGHAEGDGALKTFADVLRIAFRESDVIGRMGGDEFVALLTGASHVETTAIMARLREMLDERNITLQRGYDIDFSVGQIEYDPERHESIDSLLAEADAAMYAQKQGRRNSPN PGPT0026010_930 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_04194 825 rhaS_12 HTH-type transcriptional activator RhaS ATGAAGCCCGCCAACCACGACGCCGCCCCACGCTTCTGGCGCGACGCGGCGCTGCCTTTCATCGAGGCCCGGGCCATCGCCGATGGCCGCAAGGTCTGTTATTCGCGGCATTCCCATGATCACTTTTCCATCGGCGCGATCACCGCCGGACGCAGCACCTACCTGCACGAACAATCGCGGTTCCAGGTCCAGAGCGGCACGGTAGTGCTGATGAATCCCGGCGACGTCCATGCTTGCAATCCGATCGACGATCAGCCCTGGTCTTATGTGATGCTGTATGTCGATACCCAATGGCTGCGGGATCTACAACGCCGTATCGGCTTTGACCCCTCGCTGGACTTCCAGGCATTCGGCACAACCCATAGCCGTGATGTCGCGCTTTTCTCCGGCCTGTGCGGGCTCTACGAAACGCTGGTGGCTGAACATATCGATACCAGTGGCAAGCAAGTCGCCGCCGAAGTGTTTTTCACCGATCTCCAGCATCGACTCAACCCGGCCGGACGCCCGGAGCGTGGCAGCCACCCGGCGCTGATGCGGGCGGCGCAGTTCATTCACGACCATTGCACCGAAGCCCTCAAGCTTGAGGATATCTGTGCCTTCGCGCAGCTTTCGCCATCCTATTTGAGCCGGGCTTTCAAGCGCCACTACGGCATGACACCGCACGCCTTCCTGATCAACCGGCGCATCCAGTTCGCCCGCCGTCAACTGCGCGAGGGCAAGCTGATTGCCGATGTGGCGCTGGACAGCGGGTTTGCCGATCAGGCGCACTTCCAACGGGCGTTCAAGCAACACCTGGCGGCTACCCCCGGGCAGTATCGCGGCTGA MKPANHDAAPRFWRDAALPFIEARAIADGRKVCYSRHSHDHFSIGAITAGRSTYLHEQSRFQVQSGTVVLMNPGDVHACNPIDDQPWSYVMLYVDTQWLRDLQRRIGFDPSLDFQAFGTTHSRDVALFSGLCGLYETLVAEHIDTSGKQVAAEVFFTDLQHRLNPAGRPERGSHPALMRAAQFIHDHCTEALKLEDICAFAQLSPSYLSRAFKRHYGMTPHAFLINRRIQFARRQLREGKLIADVALDSGFADQAHFQRAFKQHLAATPGQYRG NA NA NA NA NA D1-35_04195 588 eamB_2 COG1280 Cysteine/O-acetylserine efflux protein ATGAGCTTGATATTTTCCATGGCCACCTTTGCCCTGGTGGCTTCCATTACTCCGGGCCCGGTCAATATCGTCGCCCTCAGCTCTGGTGCCCGATATGGATTTCGCGCAACCTTGCGCCATGTCGCCGGCGCCACCCTCGGGTTCGTCCTGCTGCTGGTCTTGATGGGATTGGGGTTGCATGAAGTATTGCAACGCTGGCCTGGGCTCACGCGTGTGGTGCAACTGGCTGGCGTGGCGTTCCTCTTGTACATGGCCTGGAAACTGGCGGTGGACAACGGCGAGCTGGGTGACCGGGACGAGGGGCGCGCGCCTTCGATGTTCCATGGCGCGTTGATGCAGTGGCTCAACCCCAAGGCGTGGCTGGCTTGCGTGGCGGGGATGGGCGCCTTCGTGGCCGACGGCGAGGCGCGGCTGGTGTGGCAGTTTGCGGCGATCTACCTGGTCATCTGCTATGTCTCGGTGGGTTGCTGGGCCTATGCGGGCAGCTTTCTGCGCACGTGGCTGGGTAACCCGGCGACCATGCGCCTGTTCAATCGATTGATGGCGGCGTTGTTGGTGGCGAGCGCGGTGTATCTGTTGTTGCCTTGA MSLIFSMATFALVASITPGPVNIVALSSGARYGFRATLRHVAGATLGFVLLLVLMGLGLHEVLQRWPGLTRVVQLAGVAFLLYMAWKLAVDNGELGDRDEGRAPSMFHGALMQWLNPKAWLACVAGMGAFVADGEARLVWQFAAIYLVICYVSVGCWAYAGSFLRTWLGNPATMRLFNRLMAALLVASAVYLLLP NA NA NA NA NA D1-35_04196 1455 trkI_2 COG0168 Trk system potassium uptake protein TrkI ATGTCTATAGCGGTTCTGCGTCTCATCGGTTTTATCCTCGGGATTTTCCTGATCACCCTTGCGATCAGCATGGCGATTCCGCTGTTTACGCTGATGTTCTACGAGCGCAACGATGACTTGTCGGCATTTCTATGGTCGAGCCTGATCACCTTCGTGTGCGGTGTGGCACTGGTGGCCCGTGGAAGGCCGGACCACGTCCAGATGCGCCCCAGGGAAATGTACCTGCTCACCACCGCCAGTTGGGTAATTGTCTGCGCATTCGCCGCCCTGCCGATGGTGTTCATCCAGCACATCAGCTACACCGATGCATTTTTCGAGACCATGTCAGGCATCACCACCACCGGCTCGACCATCCTGACCGGGTTGGATAGCGCATCGCCCGGCCTGTTGATCTGGCGGTCGATGCTGCACTGGCTCGGCGGAATCGGCTTTATCGGCATGGCCGTGGCGGTCCTGCCGCTGCTGCGGGTCGGCGGCATGCGGCTGTTCCAGACCGAATCTTCGGACTGGTCGGAGAAAGTCACGCCGCGCTCTCACGTCGCGGCCAATTACATCCTGTGGATCTACATCGGCTTGACCGCTCTCTCGACGTTGGGGCTGTGGCTTGCGGGGATGACGCCTTTCGAAGCGATCAACCATGCGATGTCGCTGATTTCCACCGGAGGCTTTTCCACCTCCGATGCGTCCCTGGCGCACTGGCCGCAACCGGCGGTTCATTGGGTGTCAGTGGTCGTCATGATGGCCGGATCGCTGCCCTTCACGCTGTATGTCGCGACATTGCGGGGCCATCGGCGCGCCCTGCTCAAGGACCAGCAAGTCAGGGGCTTCATCGGTTTCCTGGTCGTTACATGGCTGCTGGTGGGTACCTGGCTGAGCCTTAACAGCGATCACGCGTGGTGGGACGCGGTCCGTATCGTGGCGGTCAACGTTACCTCTGTCGTCACGACCACTGGCGTGGCGCTGGGTGACTACACGCTGTGGGGCAGCTTTGCCCTGCTGCTGTTCTTCTACCTGACGTTCGTCGGCGGCTGTTCGGGATCCACGGCCGGGGGCCTGAAGATTTTTCGCTTTCAAGTCGCCAGGGTGCTGCTGATGGGCAGTTTGAAGCAGCTGATCCATCCCCGGGCGGTGATCCAGAAGAAATACAACAACCATCCCATCGACGAGGAAATCGTTCGCTCGCTGCTGACGTTCTCGTTCTTCTTCACCATCACGATCGGCGCCATCGCCCTGGGTCTGGCCCTGATCGGCCTGGACTGGACGACCGCCTTGACCGGTGCCGCCACTGCCGTCTGCAACGTGGGTCCGGGCTTGGGCAACATCATCGGCCCGGCCGGCAACTTCTCGACCTTGCCGGATGCGGCAAAATGGCTGCTGACCATCGGCATGCTGCTGGGACGGCTGGAAATCCTGACGGTGCTGGTGCTGTTCACGCCGGTGTTCTGGAAGTACTGA MSIAVLRLIGFILGIFLITLAISMAIPLFTLMFYERNDDLSAFLWSSLITFVCGVALVARGRPDHVQMRPREMYLLTTASWVIVCAFAALPMVFIQHISYTDAFFETMSGITTTGSTILTGLDSASPGLLIWRSMLHWLGGIGFIGMAVAVLPLLRVGGMRLFQTESSDWSEKVTPRSHVAANYILWIYIGLTALSTLGLWLAGMTPFEAINHAMSLISTGGFSTSDASLAHWPQPAVHWVSVVVMMAGSLPFTLYVATLRGHRRALLKDQQVRGFIGFLVVTWLLVGTWLSLNSDHAWWDAVRIVAVNVTSVVTTTGVALGDYTLWGSFALLLFFYLTFVGGCSGSTAGGLKIFRFQVARVLLMGSLKQLIHPRAVIQKKYNNHPIDEEIVRSLLTFSFFFTITIGAIALGLALIGLDWTTALTGAATAVCNVGPGLGNIIGPAGNFSTLPDAAKWLLTIGMLLGRLEILTVLVLFTPVFWKY PGPT0002735_1708 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498 NA NA D1-35_04197 492 hypothetical protein ATGTCCAAACACAAGAAATCCCTCATCGCCGTAGCTGTCTGTGCCTTGGCGCTCGGCGCCTCGGCTTTGTTGCCTGCCGACCTGTCACCTATCGGTTCGAGCTATGCCGCAGGCGGTGGCAACGGCGGTGGCGGCGGTAATGGAGGCGGTGGCGGCAATGGCGGAGGGAATGGCGGCGGCCACGGTGGCGGCGTGGGCGGCGGACAAGGCAATGGCCACGGTGGCAAGTCCAGCGACTCCAGCGGCCACGGCAAAGGACTGGCCAGTGATCACGCCGGTACCCGGACTCGCGATCATGGCCTGAGCGGCAAGCACACCGGCACCACCCGCACCGGTCGCACCAGCAAGGCGTCGGCGACGTCCGCCATTGCCAAGGACCGTGATACTCGCGGCTTGACCAAGGCCTCGGCGATTTCCGCCGCTACGCCGGGCACCCATAACACCAAGGGCTTGAGCAACGCGACCCGTTCATCGATGAAGAACGACCGCTGA MSKHKKSLIAVAVCALALGASALLPADLSPIGSSYAAGGGNGGGGGNGGGGGNGGGNGGGHGGGVGGGQGNGHGGKSSDSSGHGKGLASDHAGTRTRDHGLSGKHTGTTRTGRTSKASATSAIAKDRDTRGLTKASAISAATPGTHNTKGLSNATRSSMKNDR NA NA NA NA NA D1-35_04198 1032 ada_2 COG0350 Bifunctional transcriptional activator/DNA repair enzyme Ada ATGCTTGAACGAGACACCACCTACGAGGGGGTCTTCTTCACCGCGGTCAAGACCACCGGTATTTTCTGTCGCCCCAGCTGCACGGCACGCAAGCCAAAGCCGGAGAACGTCGAGTTCTTTGCCCACGCCGACGAGGCGATGTCGGCCGGTTATCGGGCCTGCCTGCGTTGCAAGCCGCTGGATGCCGCCGCCATTGCCCCGGACTGGATCCAGGCATCGCTCAAAGCCGTCGACGCCGAACCAGACCTGCGCTGGACCGACGCCCTGCTGCTGGAACAAGGCATCGAACCGCTGAAACTGCGCCGCTGGTTCAAACAGCATTTCGGCATGACCTTCCACGCCTACCTGCGCACCCGGCGCCTGGGCATCGCCCTGGGCGGAATCAAGGAAGGCGCCTCGATCGATAACGCCGCGTTCGACTCCGGCTATGAGTCCCTGAGCGGATTTCGTGATGCCTTCGTCAAATCCTTCCACATCACACCAGGCCGCGCCGGCCTCAGCGAACCCTTGCTGTTTACCCGCCTGACCACGCCATTGGGGCCGATGCTGGCCATGGCCGAACGTCGCGGCCTGGTATTGCTGGAGTTTCTTGATCGCCCGGCCTTGACCAGGGAGCTGGAGGAACTGCAGCAACGCTACGGCTACACGGTTGCGCCGGGCCACAATGCGCATCTGCAACAGATCGAAAGCGAGCTGGCCGACTATTTCGCCGGCAAGCTCACGGTTTTCAACGTCCCGTTGCACATGCCTGGCAGCGCCTTCGCGGCCAGGGTCTGGGCCGAGCTGCAGAAAATCCCCTACGGCGAAACCCGCAGCTACGGCGTCGTCGCCAACGCACTGGGCAGCCCTGGCGCCAGCCGCGCCGTGGGCCTGGCCAATGGACAGAACCGCCTGGCCATCGTCATTCCTTGTCACCGGGTGATTGGGGCGGATGGCTCTTTGACCGGCTATGGCGGCGGTCAGCCGCGCAAGGCGTTTCTATTACGGTTGGAGCGAGCCGCGGTGCAGGTTTCGTTGCCTTTGGCGTTTTGA MLERDTTYEGVFFTAVKTTGIFCRPSCTARKPKPENVEFFAHADEAMSAGYRACLRCKPLDAAAIAPDWIQASLKAVDAEPDLRWTDALLLEQGIEPLKLRRWFKQHFGMTFHAYLRTRRLGIALGGIKEGASIDNAAFDSGYESLSGFRDAFVKSFHITPGRAGLSEPLLFTRLTTPLGPMLAMAERRGLVLLEFLDRPALTRELEELQQRYGYTVAPGHNAHLQQIESELADYFAGKLTVFNVPLHMPGSAFAARVWAELQKIPYGETRSYGVVANALGSPGASRAVGLANGQNRLAIVIPCHRVIGADGSLTGYGGGQPRKAFLLRLERAAVQVSLPLAF NA NA NA NA NA D1-35_04199 615 alkA COG0122 DNA-3-methyladenine glycosylase ATGGCGGCGCCTTATCAGCAAGCGAGCACTTTCCTGGCAGGCCTGGACGAAGACTGGCGGCGCCATATCGAGTCGATCGGTCCTTGCCTTCTGCAACCCAAACCGGCCCGGGATCCGTATGAGGCGCTGATGCGGGCGATTGCCTATCAGCAACTGCACGCCAAGGCCGGGGATGCGATCATTGGCCGGCTGCTCGGGCTGTACCCATCGGGGACGTTTCCCGGGCCTGAGCAAATACTGGCAACTGATGCAGCGCAATTGCGCGGTTGTGGATTTTCAGCCAGCAAGATCGCCACTCTCCTGGGTATCGCCCAGGCCACGCTGGACGGCATCGTGCCGGATTACGCCACGGCGCAGGCCATGGACGATGAAGCACTGATCAAGCGCCTGGTCACCCTGCGCGGCGTCGGACGCTGGACCGTGGAGATGCTGTTGATCTATAGCCTGGAACGGCTGGATATCCTGCCTGCGGATGATTTTGGGGTTCGCGAGGGTTATCGGCGGCTCAAGGCGCTGGAAACCCAACCGAGCTCCAGACAGATGAGCGAAATCGGCCGGGCCTGGAGCCCTTATCGGACGGTGGCGGCGTGGTACCTGTGGCGGGTGCCCAAGTGA MAAPYQQASTFLAGLDEDWRRHIESIGPCLLQPKPARDPYEALMRAIAYQQLHAKAGDAIIGRLLGLYPSGTFPGPEQILATDAAQLRGCGFSASKIATLLGIAQATLDGIVPDYATAQAMDDEALIKRLVTLRGVGRWTVEMLLIYSLERLDILPADDFGVREGYRRLKALETQPSSRQMSEIGRAWSPYRTVAAWYLWRVPK NA NA NA NA NA D1-35_04200 489 hypothetical protein ATGCACCTCGAAGGATCCTGCCACTGCGGCGCCGTGTCGTTCAGCCTGGACAGCAGTCACCCCTACCCTTACCAACGTTGCTACTGCTCGATCTGCCGCAAGACCCAGGGCGGCGGTGGTTTTGCGATCAACCTGGGGGGAGACGCCACGAGCCTGAAGGTGCAGGGTCGCAAGCACATCTCGATCTACCATGCGCGGCTCAAGGACGAGGACGACAAACGCGCCCATCGCAGCAGCGCCGAGCGGCATTTCTGCTCGCTGTGCGGCTCGGGATTATGGTTGTTCAGCCCTGAATGGCCGGAATTGATCCACCCTTTCGCCTCAGCCATCGACACGCCGCTGCCGGTGCCGACAGAACGCACCCATCTGATGCTGGGCTCCAAGGCGCCATGGGTCGAGGTCGAGGCGCGCTCGGGCGACCAGCAGTTCGACGTGTATCCCGAAGAATCGATTGCCCAGTGGCATGAACGCCTGGGTTTGACCCTTTGA MHLEGSCHCGAVSFSLDSSHPYPYQRCYCSICRKTQGGGGFAINLGGDATSLKVQGRKHISIYHARLKDEDDKRAHRSSAERHFCSLCGSGLWLFSPEWPELIHPFASAIDTPLPVPTERTHLMLGSKAPWVEVEARSGDQQFDVYPEESIAQWHERLGLTL NA NA NA NA NA D1-35_04201 606 hypothetical protein ATGATCCTTCCCGAAATCCACGAATTCCTCGGCTGCCGCACCCCCGATGTCTGGGTCCAGGCGGCGCTGGCCGACCAGGAAACGTTGCTGATCGACCACAAGAACTGTGAATTCAAGGCTGCCAGCACTGCCTTGAGCCTGATCGCCAAATATCACTCCCATGTCGACCTGATCAATATGATGTCGCGCCTGGCCCGGGAAGAACTGGTGCATCACGAGCAGGTCATGCGCCTGATGAAAAAACGCAAGGTCGCCCTGCGCCAGCTCTCCGCCGGGCGCTACGCTTCGGGCCTGCGTAAAGTGGTGCGCAGCCACGAACCGGTGAAACTGGTGGACACCCTGGTGGTCGGCGCTTTTATCGAAGCCCGCAGTTGTGAGCGCTTCGAGGCCCTGGTGCCGCATCTGGACGAGGAGCTGGGCAAGTTCTATTTCGGCCTGCTGAAAAGCGAGGCCCGACATTTTCAGGGTTACCTGAAACTGGCCTACCAGTATGGCGACGCCAAGGATATTGCCCAGGTCATTGAGAGGGTCCGCGAGGCGGAGCGCGAGTTGATCGAATCAGTGGACGTGGAGTTTCGGTTTCATAGTGGTGTGCCTGCGCTTTAG MILPEIHEFLGCRTPDVWVQAALADQETLLIDHKNCEFKAASTALSLIAKYHSHVDLINMMSRLAREELVHHEQVMRLMKKRKVALRQLSAGRYASGLRKVVRSHEPVKLVDTLVVGAFIEARSCERFEALVPHLDEELGKFYFGLLKSEARHFQGYLKLAYQYGDAKDIAQVIERVREAERELIESVDVEFRFHSGVPAL PGPT0007220_725 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007220-miaE-K06169 NA NA D1-35_04202 864 uspE COG0589 Universal stress protein E ATGCAAGCCATTCGCAGCATCCTCGTGGTCATCGAACCCGAACATTCGGAAAGCCTGGCACTCAAGCGCGCCAAACTGATCGCCGGCGTGACCCAGGCCCATTTGCACTTGCTGGTCTGCGACAAACACCATGACCATGCCGGGATGCTCAGCGTCCTGAAGGCCGCACTGGCGGCCGACGGCTACAGCGTGACCACCGAGCAGGCGTGGAACGAAAGTCTCTACGAAACCATCATCGACGTGCAGCAGGCCGAAGGCTGTGGCCTGGTCATCAAGCAGCACTTCCCCGACAGCCCCTTGAAAAAAGCCCTGCTGACCCCGGCCGACTGGAAACTGCTGCGCCATTGCCCGACCCCGGTGCTGCTGGTCAAGACATCGGGATCCTGGAAAGACCGGGTGATCCTGGCCGCGGTCGACGTGGGCAATGCCGATGGCGAGCACCGCCACCTGCACTCGACGATTATCGACCATGGCTACGACATCGCCCTCCTCGCCAAGGCGCACCTGCATGTCATCAGCGCCCACCCGTCGCCGATGCTCTCGTCCGCCGACCCGACCTACCAGCTCAAGGAAACCATCGAGGCGCGCTACCGTGAGCAATGCCGGGCGTTCCAGGCCGAATTCGACATTGATGACGAGCACCTGCATATCCAGGAAGGCCCGGCGGATGTCTTGATTCCATACATGGCCCACAAGCTCCAGGCCGCTGTCACCGTGATCGGCACCGTGGCCCGCTCGGGTTTGTCAGGGGTGCTGATCGGCAACACCGCCGAAGCCGTGCTCGATACGCTGGAAAGCGATGTGCTGGTGCTCAAGCCGCAGGAGGTGGAGGATCATCTGGTGGAGATGGCGGCAAAAGAATAA MQAIRSILVVIEPEHSESLALKRAKLIAGVTQAHLHLLVCDKHHDHAGMLSVLKAALAADGYSVTTEQAWNESLYETIIDVQQAEGCGLVIKQHFPDSPLKKALLTPADWKLLRHCPTPVLLVKTSGSWKDRVILAAVDVGNADGEHRHLHSTIIDHGYDIALLAKAHLHVISAHPSPMLSSADPTYQLKETIEARYREQCRAFQAEFDIDDEHLHIQEGPADVLIPYMAHKLQAAVTVIGTVARSGLSGVLIGNTAEAVLDTLESDVLVLKPQEVEDHLVEMAAKE PGPT0014995_873 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014995-uspE-K14055 NA NA D1-35_04203 471 hypothetical protein ATGCCCAACCAGCTCATCAAGACCCCCTGCGTCGGCCTCTGTTCCACTGTCTACGGTGACCTGGTGTGCCGTGGCTGCAAGCGGTTCCACCATGAAGTGATTCACTGGAACGGCTACAACGAAGAGGAAAAGCGCGCGGTGTGGTTGCGGCTCGAGCAGCTGCTGGTGCAGGTGATGGTGGCCAAGCTGGAGGTTTTCGACCCGCAGCTGCTGCGCCAGCAACTGGAATCGCGCAAGATCCGCTTCGTGCCGCATCAGTCGGAATATTGCTGGGCCTATCAGTTGATCGCCCGGGGCGCACGGGTGATCAATAACCTGGAAGCGTACGGCATGGTGCTGCTGCCGGAATTTCGCGACTGGGAACTGCCCGACCTGCGCGATGCCATTGATCGGGAATTTTTCCTCCTGTCCGAAGCGCATTACCAGCGCTACATCGCGCCGGGGTTCTTGAAGGATGCGATTGGCGGCTGA MPNQLIKTPCVGLCSTVYGDLVCRGCKRFHHEVIHWNGYNEEEKRAVWLRLEQLLVQVMVAKLEVFDPQLLRQQLESRKIRFVPHQSEYCWAYQLIARGARVINNLEAYGMVLLPEFRDWELPDLRDAIDREFFLLSEAHYQRYIAPGFLKDAIGG PGPT0013210_132 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013210-ydhL-K06938 NA NA D1-35_04204 2670 acnB COG1049 Aconitate hydratase B ATGAGTGCCGTGAGTTTCTGGATGAGCGTCCCGGACACCCATTTGGGACCACTGATGAGGGTAATAACTGTGCTTGAAGCCTACCGCAAACATATCGAAGAGCGCGCAGCACTGGGTATCGTTCCCCAGCCGCTTAACGCCGAACAAACCGCAGGCCTGATCGAGCTGCTGAAGAATCCCCCGGCTGGCGAAGAAGCTTTCCTCGTTGACCTGATCACCAATCGCGTTCCGCCTGGAGTCGACGAAGCCGCCTACGTCAAGGCCGGTTTCCTGTCCGCCCTGGCCAAGGGCGAAGCCCAATCCCCTCTGATCGACAAGAAGCGCGCTGTAGAACTGCTCGGCACCATGCAGGGCGGCTACAACATCGTGACCCTGGTAGACCTGCTGGACGACGCCGAACTGGCCCCGGTCGCCGCCGAAGAACTCAAGCACACGCTGCTGATGTTCGATGCCTTCCACGATGTGGCGGAAAAAGCCAAGAACGGCAACGTCCACGCCAAGGCCGTACTGCAATCCTGGGCCGACGGCGAGTGGTTCAAGAACCGCCCGGTGCTGGCCGACAAGATCAGCCTGCGGGTCTTCAAGGTCACCGGCGAAACCAACACCGACGACCTGTCCCCTGCCCCTGACGCCTGGTCCCGCCCGGACATCCCGCTGCACGCCCTGGCCATGCTGAAAATGGCTCGCGACGGCATCGTGCCCGATGAGCAAGGCAAGACCGGCCCGATGAAGCAGATCGAAGAGATGCGTGGCCAAGGTTTCCCGATCGCCTACGTCGGTGACGTGGTCGGTACCGGCTCCTCGCGTAAATCCGCCACCAACTCGGTGCTGTGGTTCTTCGGCGACGACGTCCCGTATGTGCCGAACAAGCGCGCCGGTGGTTTCTGCTTCGGCAGCAAGATCGCGCCGATTTTCTACAACACCATGGAAGACGCCGGCGCCCTGCCGATCGAATTCGATGTGTCGAACATGCACATGGGCGACGTGATCGACCTGTACCCGCATGCCGGCAAAGTCTGCAAGCACGGCACCGATGAAGTCCTGACCACCTTCGAAATGAAGACCCCGGTCCTGCTTGACGAAGTCCGTGCCGGCGGTCGTATTCCGCTGATCATCGGCCGTGGCCTGACCGAAAAAGCCCGCGCCGAGCTGGGCCTGCCGCCTTCGGACCTGTTCAAGAAGCCTGAAGCGCCGGCCGAAAGCACCAAGGGCTTCACCCTGGCGCAGAAAATGGTCGGCAAGGCTTGCGGCGTGACCGGCGTTCGCCCGGGCACCTACTGCGAGCCGAAGATGACCACCGTCGGCTCCCAGGACACCACCGGTCCGATGACCCGTGACGAACTGAAAGACCTGGCGTGCCTGGGCTTCTCGACCGACCTGGTGATGCAGTCCTTCTGCCACACCGCGGCGTATCCGAAGCCGATCGACGTGACCACCCACCACACCCTGCCAGACTTCATCATGACCCGTGGCGGCGTGTCCCTGCGTCCGGGCGACGGCATCATCCACAGCTGGCTGAACCGCATGCTGCTGCCGGACACCGTCGGCACCGGTGGTGACTCCCACACCCGTTTCCCGATCGGCATCTCGTTCCCGGCCGGTTCCGGCCTGGTCGCCTTCGCCGCCGCCACCGGCGTGATGCCGCTGGACATGCCCGAGTCGATCCTGGTGCGTTTCAAGGGCAAGCTGCAACCGGGCGTCACCCTGCGTGACCTGGTCCATGCGATCCCTTACTACGCGATCCAGAAAGGCTTGTTGACTGTCGAGAAGAAAGGCAAGAAAAACGCCTTCTCCGGCCGCATCCTGGAAATCGAAGGCCTGGAAACCCTGACCGTCGAGCAGGCTTTCGAACTGTCCGATGCCTCGGCAGAACGTTCGGCCGCAGGTTGCACCATCAAGCTGTCCAAGGAATCGATTGCCGAGTACCTGAAGTCGAACATCACCCTGCTGCGCTGGATGATCGGCGAAGGCTACGGCGATGCCCGCACCCTGGAGCGTCGTGCCCAGGCGATGGAAGCCTGGCTGGCCAACCCGGAACTGCTGGAAGCCGACAAGGACGCCGAGTACGCGGAAATCATCGAAATCGACCTGGCCGACGTCAAGGAGCCTGTGCTCTGCGCGCCGAACGACCCGGACGACGCCCGCCTGCTTTCCAGCGTTGCTGGCGAGAAGATCGACGAAGTGTTCATCGGTTCCTGCATGACCAACATCGGTCACTTCCGCGCTGCCGGCAAGTTGCTCGATCAGGTCAAGGGTCAGCTGCCAACCCGTCTGTGGCTGTCGCCGCCGACCAAGATGGACGCTCACCAGCTCACCGAAGAAGGCTACTACGGCATCTACGGCAAGGCCGGTGCACGGATGGAAATGCCGGGCTGCTCGCTGTGCATGGGTAACCAGGCACGCGTGGAACCGAACTCCACCGTGGTCTCCACTTCGACCCGTAACTTCCCGAACCGTCTGGGTGACGGCGCGAATGTCTACCTGGCTTCGGCTGAGCTGGCATCCGTGGCGTCGATCCTGGGTCGCCTGCCGACCGTCGAGGAGTACATGGAATACGCCGGCAAGATCGACAGCATGGCAGCGGACGTATACCGCTACCTGAGCTTCGACCAGATCGCCGAGTTCCGTGAAGCGGCTGCCAACGCCAACATCCCGGTCGTTCAAGCGTAA MSAVSFWMSVPDTHLGPLMRVITVLEAYRKHIEERAALGIVPQPLNAEQTAGLIELLKNPPAGEEAFLVDLITNRVPPGVDEAAYVKAGFLSALAKGEAQSPLIDKKRAVELLGTMQGGYNIVTLVDLLDDAELAPVAAEELKHTLLMFDAFHDVAEKAKNGNVHAKAVLQSWADGEWFKNRPVLADKISLRVFKVTGETNTDDLSPAPDAWSRPDIPLHALAMLKMARDGIVPDEQGKTGPMKQIEEMRGQGFPIAYVGDVVGTGSSRKSATNSVLWFFGDDVPYVPNKRAGGFCFGSKIAPIFYNTMEDAGALPIEFDVSNMHMGDVIDLYPHAGKVCKHGTDEVLTTFEMKTPVLLDEVRAGGRIPLIIGRGLTEKARAELGLPPSDLFKKPEAPAESTKGFTLAQKMVGKACGVTGVRPGTYCEPKMTTVGSQDTTGPMTRDELKDLACLGFSTDLVMQSFCHTAAYPKPIDVTTHHTLPDFIMTRGGVSLRPGDGIIHSWLNRMLLPDTVGTGGDSHTRFPIGISFPAGSGLVAFAAATGVMPLDMPESILVRFKGKLQPGVTLRDLVHAIPYYAIQKGLLTVEKKGKKNAFSGRILEIEGLETLTVEQAFELSDASAERSAAGCTIKLSKESIAEYLKSNITLLRWMIGEGYGDARTLERRAQAMEAWLANPELLEADKDAEYAEIIEIDLADVKEPVLCAPNDPDDARLLSSVAGEKIDEVFIGSCMTNIGHFRAAGKLLDQVKGQLPTRLWLSPPTKMDAHQLTEEGYYGIYGKAGARMEMPGCSLCMGNQARVEPNSTVVSTSTRNFPNRLGDGANVYLASAELASVASILGRLPTVEEYMEYAGKIDSMAADVYRYLSFDQIAEFREAAANANIPVVQA PGPT0001470_231 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 D1-35_04205 1281 sdaC COG0814 Serine transporter ATGAATGATCAGGCCAACAGCGTTGAAGAGCGCTTTGAAACGACAGCCCCCGCCACCCTCGGCGAATGGAGCCGCCATGACACGACCTGGATGCTGGGCCTGTTTGGCACCGCCATCGGTGCCGGCACATTGTTCCTGCCGATCAATGCCGGCCTCGGTGGTTTCTGGCCGCTGCTGATCCTGGCTGTGCTGGCGTTTCCCATGACCTTCTACGCCCATCGTGGACTGACCCGCTTCGTGTTGTCCGGCCGCGACGGCGCGGACATCACCGAGGTCGTGGAAGAGCATTTCGGTATCAAGGCCGGCGCGTTGATCACGCTGTTGTACTTCTTCGCCATTTTCCCGATCCTGCTGATCTACAGCGTGGCGTTGACCAATACGGTGGGCAGTTTCCTGGAGCATCAGGTGCAGATCCAGCCGCCGCCCCGGGCCGTGTTGTCACTGGTGCTGATCCTCGGTCTGCTGGCAGTGGTGCGCTGCGGCGAACAAGCGATCGTCAAGGCCATGAGCCTGATGGTCTACCCGTTCATCGTGGCGCTGCTGTTCCTGGCGGTGTTCCTGATCCCGCACTGGAACGGCGGCATCCTCACCACGGCGTCCACGGTGCCTGAACCTTCGGCCCTGCTGCACACCTTGTGGCTGGCGATTCCGGTGATGGTCTTCTCGTTCAACCATTCGCCGATCATCTCGGCATTCGCGGTGGACCAGAAGCGTCGCTACGGTGCCAACGCCGAGGAACGCAGTGCACAGATCCTGTCGCGTGCCCATGTGCTGATGGTGGTGATGGTGCTGTTCTTCGTGTTCAGTTGCGTGCTGACCTTGTCCCCGGCGCAACTGGCCGAGGCCAAGGCGCAGAACCTGTCGATCCTGTCGTACCTGGCGAACCATTTCAGCAACCCGACCATCGCCTTCGCGGCACCGTTGATTGCCTTCGTGGCGATCTCCAAGTCGTTCCTGGGGCACTACATCGGCGCCAGCGAGGGCCTCAAGGGCCTGGTCGTCAAGAGCGGCCGCCGCCCGGCACCCAATACCCTCGATCGGCTGACCGCAGCGTTCATGTTGGTGGTGTGCTGGATTGTCGCCACCCTCAATCCGAGCATCCTTGGCATGATCGAAACCCTGGGCGGCCCGGTCATCGCGGCCATCCCGTTCCTGATGCCGATGTACGCCATCCGCAAAGTCCCGGCCATGGCCCGCTATCGTGGCCAGGCGTCGAATGTCTTTGTGGTGTCGGTGGGCTTGGTGGCGATCACTGCGTTGGTCTATTCCCTCATGGCCTGA MNDQANSVEERFETTAPATLGEWSRHDTTWMLGLFGTAIGAGTLFLPINAGLGGFWPLLILAVLAFPMTFYAHRGLTRFVLSGRDGADITEVVEEHFGIKAGALITLLYFFAIFPILLIYSVALTNTVGSFLEHQVQIQPPPRAVLSLVLILGLLAVVRCGEQAIVKAMSLMVYPFIVALLFLAVFLIPHWNGGILTTASTVPEPSALLHTLWLAIPVMVFSFNHSPIISAFAVDQKRRYGANAEERSAQILSRAHVLMVVMVLFFVFSCVLTLSPAQLAEAKAQNLSILSYLANHFSNPTIAFAAPLIAFVAISKSFLGHYIGASEGLKGLVVKSGRRPAPNTLDRLTAAFMLVVCWIVATLNPSILGMIETLGGPVIAAIPFLMPMYAIRKVPAMARYRGQASNVFVVSVGLVAITALVYSLMA PGPT0011650_602 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0011650-sadC|dcrA-K03837 NA NA D1-35_04206 954 COG1052 2-ketogluconate reductase ATGACCGCAACCGTTCTGGTACTGGTTGAAACCGTCAACGAATACTTGCCGATTCTCGAACGCCAGGGCTATCACCTGGAACTCGCGCCCACGCCCGCCGAACGCAAGGCAGCGGTTTTCGAACACGGTGAACGGTTCAGCGCGGTGTTGACCCGCGGCCCCTTGGGCTTGACTGCCGAGGAAATGGCCGCCCTGCCCAACCTGAAGATCATCTGCGTGATCGGCGCCGGTTATGAACAAGTGGACCTGCAAGCCGCCAGCGACCGAGGCATCGTTGTCACCAACGGTGCCGGGGTCAACGCTTCATCGGTGGCCGACCATGCCATGGCGCTGTTATTGGCCTTGGTGCGCGATGTGCCTCGATCCGACGCAGCCCTGCGCCGGGGCGAATGGCCGCGAAGCACGCGCCCTTCCCTCGCTGGCAAGCACTTGGGCGTGCTGGGACTCGGCGCCGTGGGCATGGCGATTGCCAAGCGGGCCGCCCTCGGTTTCGACATGAACATCAGCTACCACAATCGCCGCGTACGCAGCGACGTGCCCTACGCCTTCTGCGCAACGCCCACCGAACTGGCCCGGGTCTCGGATTTTCTGATTATCGCCACGCCCGGAGGGCTGGACACCCGCCAGTTGATAAACAAGCAAGCCCTCGACGCCCTGGGTCCCAACGGATTCCTGGTCAACATTGCCCGGGGCAGCGTGGTCGCCACGACCGAGCTCATCTACGCCCTCGAACATCGGCGAATTGCCGGGGCTGCGCTGGATGTATTCGACCATGAACCCGAAGTACCCGACGCCCTGAAGCATTTGTCCAACGTCGTGCTGACACCTCACGTGGCTGGCCTGTCGCCGGAAGCGACACGCGCCATGGTGGAGTTGGTCGGCGATAACCTGAACGCGTTTTTTTCCGGCAAACCGGTGCTGACGCCAGTGGAGCTACCCGACGCGCAGCATTAG MTATVLVLVETVNEYLPILERQGYHLELAPTPAERKAAVFEHGERFSAVLTRGPLGLTAEEMAALPNLKIICVIGAGYEQVDLQAASDRGIVVTNGAGVNASSVADHAMALLLALVRDVPRSDAALRRGEWPRSTRPSLAGKHLGVLGLGAVGMAIAKRAALGFDMNISYHNRRVRSDVPYAFCATPTELARVSDFLIIATPGGLDTRQLINKQALDALGPNGFLVNIARGSVVATTELIYALEHRRIAGAALDVFDHEPEVPDALKHLSNVVLTPHVAGLSPEATRAMVELVGDNLNAFFSGKPVLTPVELPDAQH PGPT0009155_7457 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D1-35_04207 1083 hypothetical protein GTGAGTTTGCCGATAACACCGTTGCCCGAATTGGTCAGCCAACTGCTCGAACCGATCAGCGCCGAGTCGCCCTGTGGTCAGGATCTGCGTTACGAAACGGAGTACGACCAGCTACGCGAATTGCGTCGGGAAGACGACACCAGCCTGCCCACCGGCGTGTGGCAGTCCTCCATCAAGCGCGCGCTTTGGCCGGACCTGGAGCGGCTCGCGACCACGTTGCTGCTTGAGCGCAGCAAGGACCTGATGGTCAGCGCCTGGCTGGGGGAGGCCTGGCTGCACCTGGCCGGGCTGGAAGGTTTGCCCGGCAGCCTGGCACTGGTGGCGGGGCTGTGCGAGCGCTATCCGGAACATCTGCACCCCCTTGCCGAGGATGGCGATCAATCGTGGCGGGTGATTCCGCTGGAATGGCTGGCCCGTCGCTACAGCGAAGTGCTGCTGACGCGGGTGCCGTTGCTTGATGGCCGTGACCCAGCCTTCGCGGGTTTCAGCCTGGACGATTGGCAGCGCCTGCAGCGCCAGCAAGTGCTGGGCAACGACAGCAAGAACGCCAAGGCCTCGGCGGAGGCGGCGCGCAACGAACAAAAGAAACTCAGCGAACTGATTCGCAACACCCCGTTGTCCTTCTGGTTGCACCGCCAGGGCAGCCTGATGTTAAGCCTGCAACACTTGCAACGGCTCGAAGCCTGGAGCGACGCCTACCTGGGTCATCTGGCGCCGGGCTACAAATCCTTGCAGGACGTGATGCAAGCCATGTTGGCATTGGTAGAGGAGTTCATCGCGATGCATCCACAGCAACCCGCCGTCGTGCCCGCGCAGACGCCCAAGGTGACAACGACGCCGACCTCCCAGCCGACGGCGGCACCTGCCCAGGACTTCCAGGAACCGGCCAATCGTGAAGAGGCGTATCGACAGCTGCTGGTCATCGCTGGTTACCTGGCGCGCACCGAGCCCCACAGTCCCGTGCCTTATCTGATCCGGCGCGGTGTGGAGTGGGGCAACAAGCCGCTGAGCGAGCTGCTGGGAGAACTGATCAGTGCCGATGCCGAGTCCCGACGGCTGTGGACGTTACTCGGGGTCCTCTAA MSLPITPLPELVSQLLEPISAESPCGQDLRYETEYDQLRELRREDDTSLPTGVWQSSIKRALWPDLERLATTLLLERSKDLMVSAWLGEAWLHLAGLEGLPGSLALVAGLCERYPEHLHPLAEDGDQSWRVIPLEWLARRYSEVLLTRVPLLDGRDPAFAGFSLDDWQRLQRQQVLGNDSKNAKASAEAARNEQKKLSELIRNTPLSFWLHRQGSLMLSLQHLQRLEAWSDAYLGHLAPGYKSLQDVMQAMLALVEEFIAMHPQQPAVVPAQTPKVTTTPTSQPTAAPAQDFQEPANREEAYRQLLVIAGYLARTEPHSPVPYLIRRGVEWGNKPLSELLGELISADAESRRLWTLLGVL PGPT0025910_474 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025910-impA-K11902 NA NA D1-35_04208 3825 hypothetical protein ATGAACACCCTGAGCATCGTCGCCTTGGTGCTGCTCGCCATTGTCGTGGTGCTGGTGATCGCGGCAGCGGTCTGGTGGTTGCGAACCCAGGGCGGCGCGGCGGTTCGCAATTTCTACGGGGCGGTGCGCCAGATGGAGCAGGAGCAGGGCACCCGCGACCGCTATCAGACGCCTTGGCTGATGATGCTCGGCAACGAAACCGACGGCGCCCAGCTGTGCAGCCAATGGCGTTTGCAACCCACGGACAAGGCGGGCTGGTTCGGGCGCTGGTTTTGCGATGCCGAAGGCGCCGTACTGGTAGTGCCCCAGGCGTTGTTCCTGCCCGATGAAGGCATGAACCGGCAACGGGGCAACTGGTGGCGACTGCTGGGCCTGCTGTTGCGGCTGCGCAGCAAGCGGCCATTGGACGGGGTGATCTGGACAGTACCGTTCAGCAAGTTCGATGACATCGAGCACACCACTGAGCTGAGCCTCAAGGTCCGACGGGTTTTTATCGATTTGCTGCAACGGTTTGGCCTGAGCCTGCCGGTTTACGTGGTGATAACCGGGATGGAAGAGTTGCCCGGGTTCCAGGAATTGGTCAGCGCGCTGCCTGCCAAGGCGCGGGACTCGATGCTGGGTTGGTCGTCGCCTTATTTGCCGGATGCGGCGTGGCAGTCGCACTGGAGTGACCAGGCGCTGGATGAGATCAACGCCGCGCTGGCGCAATCGATCATCGAGATCGGTGCGTTGTCGGGACAGCTGAGCACCGATCTTTATGGCCTGCCGGAACGCTTCGAAGGCTTGCGACGAACCTTGCAGATCTTGTTGGAGCCGGTATTCCAGGGCAACGCCCAAGGCGAAGCGCCGCGATTTCGCGGCGTGTACTTCACCGCCAGTCAGGCACCGGCCGTCAGCGGCGACAGTTTGGCCGCCCATCACAATGGCCAGCGGCAAACGGTGTTTGCCCGGCAATTGTGGTCGCGACGTCTTATGGCCGAACGCGGCCTGGCCCAGCCGGTGCCTCGCTTGCTGCGCGTGCGCCAACGCGGTCATCGGCTGGCCGGCGCGGTGGCGTTGGTGGTGGGCCTGGTCTGGTTGGGAGGCATGGTCTGGGTCTGGCGCGATTCGGTGGAAAACGCCGAGGGACTGTCGCGGTTGGTCCTCAGTGCCCACAAGAACCACATTGTCATTGACCCGGACCAGCCGCAACTGGAGCCGACCCGGCATAACGTGCAGAACTACTGGAACGTCTTGGAGAAAGCCCCGCGCTGGCGTTATGTCTCGGTCGTCTTCCCCACCTCCTGGTTTTCCTCCGTGGACACGCAGCTGGAGGATGGCTTGCGCCTGACCGCCCGGCACCATTGGATACTACCGCTGCGAGACTTGCTCGATTCCGACCTGGAACAGCTCAAGTCCATCCGCAACACCGAGCGCCGGGGCAACGTCGAGAACGACGATCCGGCGCAGTGGCAAAGCTACCTGAAGGCCAAGGCGCTGGTGGATCTGGCGGCACGCCTCGAGCAGCACAACCAGATGTTCAGCCAAGTGGTGAACGACCCCAAGGCGCCACTGGACGAACTGGTGCAGTTGAGCAACGCCGCGTTGTCCTTGGGCCTGAACACCGGGACTTTGAGTCGCCCACAGTTTTACAACCGGGTCCTGTTCGATGCGCGAAACAGTGATTTGCAAGGGCTGGACCTGAACGCCGCGCGCCCTGTGATTACCGATAATTTCACCGGCCTGATGCAACGCTGGCTGGACCATTACTTCCTGGCGGACAACTTCGTTCGCCAGGCCGGTTATCTCAAGTTGCACCTGCAAGGACTGGAGGCAGGCAGCGGCAACTCCTTGAGTGAGCTGGAAGACCTGATGGCGCTGATCGATGACCTGCAGACGCTGGTCAGCCTGACTAACTCCGCCTGGGGGCGGGGCAAGGGCCAGGACCTCGTGCCTGGCTACACCCAGATGCTGGACAAGGTCAGCCACAGCACTTTGCTTGGCCCGGATATCACACAGGACTTGGAGAGCCAGGCGGCGAAGTTGCAGCAAAGTTTTCGCGACCAGTGGATCGTCCAGAGTGGTTCCCGGGACAATCTGCTGGTGCAGCAGGGCAGTGGCTTGCTGGTGTTGCAGGACCATGTCACGGCGTTGGACGGCGCGGTGCAAGCGCTGTTCAAACGGGATTTCGTGGCGCTGGCGATGCAGAAGGATCCGTCGCCCGGCAATCCGGATTCAATAGGCCAGGGCGGTGGCAGTGATGATTTCAGCGTCGCCCTGAATTATTTCGCCAGCTACAAGAGCTATGCCAGCGAAGAGCTGTCGCGGATCCCGCCGGATTACCGTGACGCGCTGATGCAGGCCGCCGAAAACGCCGCGGCACGGGCCATGTGGTTGAGCCTGGATGAAAGCGACGAGCCGTCGCCGGGCCTGGGCTTCAACGTACAGACCGCCCAAGCCGTGGCGCTGCAGAAAGCCTTCATGGTCGTGCACCGGGGCGACCTGGCGATACGTTTCCAGCGCCTGCTCAATCGCCGGGCATTGGCGCAGATCAACAATGGCCTGGCCGAAATCGATGCCCAGCCGTTATTCAGCCAGCGCGCCGATATCGAGCGTTGGGACGGTTCGAAGAACTTCGGCTTGCAGCTGTATGGCGCCAACGATCCACAGGAACTGAAGCTGAACCTGAACCAGCAATTCAGTGCCATGCTGCAGATCGCCGAACAGCGCATGCCTGCCCTGGAATGGCTGATCGTCCAGCAGGACGACCTGTCCGCCCTGGAGCATGACCAGGTGGCGCGGTTCATGGCCCTCAACGACGAACTGCTCAAGTACAAGAATCAGAACCCGGCCAGTTCGGCTGCCCAGTTGGAGCAATTGGTAAGTCGGGATTTCAATGCGATGGACACCGCGTCCTGCGCGCAGATCTTGCAGACCTCCAGCCTGTCCGGTGGGCGCGGCGACCTGGCTCGGCGCACCGTCGCATTGCAGCAGGGGGCGCTGCAGCGTTGCCTGTACCTGCAACAGAACCAGGCGGCAATGGCCTGGAATGACCTGGCCAATTATTTCAACCAGTACCTGGCGGGACGCTTCCCGTTTTCCCAGGACGTGCGGGCCAGTGATGCCGACCCGGCACGGGTCCGGCACCTGTTGGAATTGATCGAGACACGCGTGCCCCTGGCCCAGGCCGGGCTGACGCTGAGCCAGACGCCGGAGCGGTTGGCGGCCGAGGATTTCCTCAACCGCTTGAAGCAGGCCGGTGTCTGGCTCGGGCCGCTGTTCGTGCGGGACAAGAGCGGCATCCTGGGCGTGGAGATGGACGTGCGCTGGCGCACCGACCGCGAGGAAGAGCGCGGCGCCGACCAGGTCATCGCCTGGAGCCTGGACGCCGGCAACCAGCAGATCAACTACCCCGGTGAGGGCCAGCAGAACCTGCGCTGGATGGTCGGCCAGCCCGTGCGCCTGACCTTGCGTTGGGCCCGCAACGGCTACCAGCGCCCGGCCAACGATCCGTTGCAACCGAACCTGGTGGTGCGCGACCTCGAAGCCGGCTGGGAATACCAAGGGCCATGGTCGTTGCTGCGCCTGATGCGTTCGCTGGGCTCGGCCCAACGCCAGCCGAATGTCGACTACACCGATTTTCCCCTGGCCCTGCAACTGCCGGTGACCGCCCAGACCCAAGCCCGCACGGCGCAACAGACCTTGATGTTCGTGCGCCTGTCGTTGATGAGCCAGGGTTCCAAATTGCCGCTGTCGATCCCGCCGCTGCCGACACAGGCGCCGCGGTCACCTTTCCTCGCGCCTGCGTCGAGGCCTGCCATTGCCACCCGTGAGGAGGGCCTGTGA MNTLSIVALVLLAIVVVLVIAAAVWWLRTQGGAAVRNFYGAVRQMEQEQGTRDRYQTPWLMMLGNETDGAQLCSQWRLQPTDKAGWFGRWFCDAEGAVLVVPQALFLPDEGMNRQRGNWWRLLGLLLRLRSKRPLDGVIWTVPFSKFDDIEHTTELSLKVRRVFIDLLQRFGLSLPVYVVITGMEELPGFQELVSALPAKARDSMLGWSSPYLPDAAWQSHWSDQALDEINAALAQSIIEIGALSGQLSTDLYGLPERFEGLRRTLQILLEPVFQGNAQGEAPRFRGVYFTASQAPAVSGDSLAAHHNGQRQTVFARQLWSRRLMAERGLAQPVPRLLRVRQRGHRLAGAVALVVGLVWLGGMVWVWRDSVENAEGLSRLVLSAHKNHIVIDPDQPQLEPTRHNVQNYWNVLEKAPRWRYVSVVFPTSWFSSVDTQLEDGLRLTARHHWILPLRDLLDSDLEQLKSIRNTERRGNVENDDPAQWQSYLKAKALVDLAARLEQHNQMFSQVVNDPKAPLDELVQLSNAALSLGLNTGTLSRPQFYNRVLFDARNSDLQGLDLNAARPVITDNFTGLMQRWLDHYFLADNFVRQAGYLKLHLQGLEAGSGNSLSELEDLMALIDDLQTLVSLTNSAWGRGKGQDLVPGYTQMLDKVSHSTLLGPDITQDLESQAAKLQQSFRDQWIVQSGSRDNLLVQQGSGLLVLQDHVTALDGAVQALFKRDFVALAMQKDPSPGNPDSIGQGGGSDDFSVALNYFASYKSYASEELSRIPPDYRDALMQAAENAAARAMWLSLDESDEPSPGLGFNVQTAQAVALQKAFMVVHRGDLAIRFQRLLNRRALAQINNGLAEIDAQPLFSQRADIERWDGSKNFGLQLYGANDPQELKLNLNQQFSAMLQIAEQRMPALEWLIVQQDDLSALEHDQVARFMALNDELLKYKNQNPASSAAQLEQLVSRDFNAMDTASCAQILQTSSLSGGRGDLARRTVALQQGALQRCLYLQQNQAAMAWNDLANYFNQYLAGRFPFSQDVRASDADPARVRHLLELIETRVPLAQAGLTLSQTPERLAAEDFLNRLKQAGVWLGPLFVRDKSGILGVEMDVRWRTDREEERGADQVIAWSLDAGNQQINYPGEGQQNLRWMVGQPVRLTLRWARNGYQRPANDPLQPNLVVRDLEAGWEYQGPWSLLRLMRSLGSAQRQPNVDYTDFPLALQLPVTAQTQARTAQQTLMFVRLSLMSQGSKLPLSIPPLPTQAPRSPFLAPASRPAIATREEGL PGPT0025960_319 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025960-impL|vasK|icmF-K11891 NA NA D1-35_04209 762 hypothetical protein ATGCCTGACGGAAGTGGCGGGGTGGTTCGGAGTCTGCACGAGGCGCCGCTGAGCAGTGCGTTTCGTCAAGCCTGGTTGAAGTGGTCCCAGGAATGGCAAGACTTGCCCAAGGACAGCGACCCTGCGGTGCTGGTCAATCGGGTCGTGGAGTTTTCCGGTCGCGGCGCCCAGCGTCTCTGGCGGGTGGCCTATGCCACCGTCGGCGATGCCGCTTCCGAGCAGGTCAAGGCGCTGGTCTATGCATTCGTCGCGCTGGTGGACGAGACCTTGCTGTTCAGCACCTGGCCCGGCCAACTGGCTTGGCAGCAGCATCCCCTGGAGTCACGCATGTACGCCAGCCGCCAGGCCGGCGAGCGCTTGCCCGCGGCGATCAAGAAACTGCTGGATGAGCAGATGCCGGGCACTCGGGACCTGGCGAATGTCTACCTGCAATGCCTGATCCTGGGATTCCAAGGGCGCTTGCGCGGCGAGCCTGGCCAGATCCAGCACGAAAAATGGCGCGTGGCGTTGTTCACCTTTGCCTGGCAGCACGAACCCGATTACGTCGACGTCAGCCAGCGCCTGGCGATGTCTGCGGCGGCGACGCCCGCGCGTATGCCCGCGCAGCAATCCTTGCCGGACGGCTTTCGCCTGGGGTTGGCGATCGTGGCGATGGTGCTGTTGTTGACTGGCCTGGGGCAGGTCTTCTGGCGTGACATCCGCCTGGAGCTCGAACCGGTGTTGCAATTGAACGAGTCGTCAGTCCAGGAGCAGGATTCATGA MPDGSGGVVRSLHEAPLSSAFRQAWLKWSQEWQDLPKDSDPAVLVNRVVEFSGRGAQRLWRVAYATVGDAASEQVKALVYAFVALVDETLLFSTWPGQLAWQQHPLESRMYASRQAGERLPAAIKKLLDEQMPGTRDLANVYLQCLILGFQGRLRGEPGQIQHEKWRVALFTFAWQHEPDYVDVSQRLAMSAAATPARMPAQQSLPDGFRLGLAIVAMVLLLTGLGQVFWRDIRLELEPVLQLNESSVQEQDS PGPT0025955_1140 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025955-impK|ompA|vasF|dotU-K11892 NA NA D1-35_04210 1332 hypothetical protein ATGAGCCTGTTACCTGACGCGGTGTGCTGGCACGAGGGCATGCAACTGTTGCCCCAGCATTTTCAGTTGCAAGGACTGCGCGCCGAGGCCCTCGCCGCGCATTTTGCCGGGGCTTGCAACCCTTGGTTCTGGGGCGTCAGCCAGTTGGAAGTCGATCCTTCGGCCCTGAGTGCCGGCCAGGTACGCCTGTTGCAATTGCAAGGCACCTTGCCGGACGGCTTGCCGGTCAATCTGCTGGCCGGTGTCGGGCCAGCCCTGGAACTGGACGTCAGCGAGGCGATCGACAAGACCGACGACGCCACCGTGACCGTGTACCTGGCGGTCAGCCCGCTGTGGCGTGCCGGGCAGTTGCTGCCGCTCAAGGGACGTTTGCAATCGGTGGTCGGCGAGGCTTTGCCAGACCTCACCAGCGGCGAGTTTCCCGAGTCGATCACCGTCTGGCGACCCAACCCGAGGTTGTGCACGCAATTGAGCAAGGCTGATTCGATCTGCTTGCCATTGCTGCGCATCCGCAAGGAAGGCGGCGGTTTCTGGCGCGTGCCGTATACGCCGCCAACGCCGATCCTGCTGCCGGAGTCGGCCCTTGGTCGGCGGGTGGCCGGGGTGTGCGCGAGGGCCAGGGAAAAGTGCATGTTTCTCGCCGGTCGCTTGCGTCAGGCCCAGGCGGCTGGCAACCAGGACGATGCCATGGAGATCCGTCGGCAATTGACGGCCCTGTGGGCGCGCTTGCCGGAACTTGAAGGGATGCTGAATACCCGGGTGGCGACGCCCCAGGCGCTCTACGGTTTGCTGCTGGGGCTGGCCGGGAGCTGGTCGGCGCTGGACCCGTTGGCGGGCGTCCCGGCTTTTGCGCCGTTGGATTTTCTCGAGTTGCAGCGCGGCTACGAGCCGCTGCTCGACTGGCTGGAAACCACCCTGGAATTGGTCCGCGCCGGCTACCGCAGCCTGGCATTCGAGCGCAACGAGCAGGTCTTCTCGATCCAGTTGCCTGACGACCAGCCCAATCAACGCCTGGTGATCGGTTTGCGCATGCCCAACGGCGCCGGCGAACAAGCGGCGGCCGAATGGTTGCGCGGCGCGATCATCGCGTCGGCGCCCCACATTGCGCTGCTGAGCCGCCAGCGCATGAGTGGTTTGCCGCACCAGGCCATGAGCCGCAACGAGCAGGTGGCCTACAGCGTCGGTGACGACACCCGTTTGTTTGTGGTGGCCGCGAGCGGGCAATGGTTCGACGGGCAATTGCCGCTGCACATCGTGGCGCCGGCCTCAGCCCAGGCCAGCAGCCCGTGGCAAGTGGTGTTGTTCGTGGCGCAAGCCAGTGAAAATGCCTGA MSLLPDAVCWHEGMQLLPQHFQLQGLRAEALAAHFAGACNPWFWGVSQLEVDPSALSAGQVRLLQLQGTLPDGLPVNLLAGVGPALELDVSEAIDKTDDATVTVYLAVSPLWRAGQLLPLKGRLQSVVGEALPDLTSGEFPESITVWRPNPRLCTQLSKADSICLPLLRIRKEGGGFWRVPYTPPTPILLPESALGRRVAGVCARAREKCMFLAGRLRQAQAAGNQDDAMEIRRQLTALWARLPELEGMLNTRVATPQALYGLLLGLAGSWSALDPLAGVPAFAPLDFLELQRGYEPLLDWLETTLELVRAGYRSLAFERNEQVFSIQLPDDQPNQRLVIGLRMPNGAGEQAAAEWLRGAIIASAPHIALLSRQRMSGLPHQAMSRNEQVAYSVGDDTRLFVVAASGQWFDGQLPLHIVAPASAQASSPWQVVLFVAQASENA PGPT0025950_1298 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025950-impJ|vasE-K11893 NA NA D1-35_04211 459 hypothetical protein TTGCGTGCGTTTTTTCATGGATTTTTTTTCAGCCTGGCGCTCAGCGGGTGCTCGTTGTTTGCCCCCAGCGTCGACCTCGACAGCCTGACCCTGGACGTCGCGCCCCGGGCCAACGACGACACGCCGATCGCCGTGGATTTCATTGCGGTAAACGACCCGGACCTGCTCAAGCAACTCTCGGGCATCACCGCTAGCCAGTGGTTTGCCGAGCGCGAACAGTTCCAGCGCGACTATCGTCAGCTCATGTCGGTGTGGGGGCTGGAGCTGGTCCCGGGGCAATTCATCGACCGCCAACCCTTCCCGCTGGAGGGCCGGCGCGCCGCTGGACTTTTGGTCTTCGCCAGCTATAACACTCCGGGAGCCCACCGGCTTCGGCTGGACGATCAGCACGAGGCCTGGCTGAAGTTCGAAAGTCGCGAGATGACCCTCGTGAATGATGATCGGCACAAGCAGCCTTGA MRAFFHGFFFSLALSGCSLFAPSVDLDSLTLDVAPRANDDTPIAVDFIAVNDPDLLKQLSGITASQWFAEREQFQRDYRQLMSVWGLELVPGQFIDRQPFPLEGRRAAGLLVFASYNTPGAHRLRLDDQHEAWLKFESREMTLVNDDRHKQP PGPT0030445_59 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030445-lip3-K11918 NA NA D1-35_04212 561 hypothetical protein ATGGCAGAAAGTACCCAGCACAAGCTCGACAGAGTCCGTCCTCCCCGCGTCCAGATCACCTATGACGTGGAAATCGGCAACGCCATCGAGAAAAAAGAACTGCCACTGGTCGTCGGCATTCTGGCCGACCTCTCGGGCAAGCCACTGGAGCCGCTGCCCAAGCTCAACGAGCGGCGCTTCACCGAGATCGATCGGGATAATTTCAACGAGGTGCTCGCCTCCATCTCCCCCCGCGCCACGCTGCAGGTGAACAACACCCTCAGCGGCGACGACAGCAAGCTCAATATCGAACTCAACTTCCGGCACATCGACGATTTCGACCCGGTAAAGGTCGTCGAGCAGGTCACGCCGCTGCGCCGCTTGTTCGAAGCCCGGCAGCGCCTGCGGGACCTGTTGACCAAGCTCGACGGCAACGATGACCTGGACAAGCTGCTGCGTGACGTGATCGCCAACACCGAAGGCCTGCAGGAGATCAAGTCGGCCCGGCCCCAGGACGCGACGCAAGAACTGCCCACCGTAGCCGCCAACGATGACCCTGCCCCGGCCGAACCACAGGCCTGA MAESTQHKLDRVRPPRVQITYDVEIGNAIEKKELPLVVGILADLSGKPLEPLPKLNERRFTEIDRDNFNEVLASISPRATLQVNNTLSGDDSKLNIELNFRHIDDFDPVKVVEQVTPLRRLFEARQRLRDLLTKLDGNDDLDKLLRDVIANTEGLQEIKSARPQDATQELPTVAANDDPAPAEPQA PGPT0025915_85 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025915-impB-K11901 NA NA D1-35_04213 1482 hypothetical protein ATGCCTGCTTCATCCAGCGCTCAAACCAGCGAGAGCACGACCCAGACCCTGTCCTTGCTGGACAAGATCATCGCCGAAGGCCGCATGGCCCACGACGACAGCCAGCAAGACTACGCCCGCGACATGCTGGCGGAGTTCGCCACCCAGGTCCTCGACGAAGGCATGGCCATCGACAAGGACACCGTGGCCATGATCAACGACCGCATCAGCCAGATCGACGAGCTGATCAGCGCCCAGCTCAACGAAGTCCTGCACCATCCCGACCTGCAAAAACTCGAGGCCTCCTGGCGCGGCCTGCACCTGCTGGTGCAAAACACCGAAACCAGTACCCGGCTCAAGTTGCGCCTGCTCAACGTCACCCAGAAAGAACTGCAGAACGACCTGGAGAAAGCCGTCGAATTCGACCAGAGCGCGTTGTTCAAGAAGATCTACGAGGAAGAGTACGGCACCTTCGGCGGGCACCCGTTCAGCCTCCTGGTGGGCGACTACACCTTTGGCCGGCATCCGCAGGACATCGGCCTGCTGGAAAAACTCTCGAACGTCGCCGCCGCCGCGCACGCGCCGTTCATTGCCGCCGCCAGCCCGCGGCTGTTCGACATGACCAGCTTCACCGAACTGGCGATCCCCCGGGACCTGTCGAAAATTTTCGAAAGCCAGGAGCTGATCAAGTGGCGCGCCTTCCGCGAAAGCGAAGATTCGCGTTATGTGTCCCTGGTGTTGCCGCAGTTCCTGCTGCGCCTGCCGTACGGCCCGGACACCCTGCCGGTGGAAGGCATCAATTACGTCGAGGACGTCAACGGCACCGACCACAGCAAATACCTGTGGGGTAACGCCGCCTGGGCACTGTCGCAACGCATCACCGAGGCCTTTGCCAAATACGGTTGGTGCGCGGCGATTCGCGGGGCCGAGGGCGGTGGTGCGGTCGAAGGCCTGCCGGCCCATACCTTCCGCACCAGCTCCGGGGACCTGTCGCTCAAATGCCCGACCGAGGTGGCGATCACCGACCGTCGCGAGAAAGAACTCAATGACCTCGGCTTCATCGCCCTGTGCCACAAGAAAAACAGTGACGTGGCGGTGTTCTTCGGTGGCCAGAGCACCAACAAGGCCAAGGTCTACAACACCAACGAGGCCAACGCCAACGCACGGATCTCGGCGATGTTGCCGTATGTGCTGGCGGCCTCGCGTTTCGCCCATTACCTGAAGGTGATCATGCGCGACAAGGTCGGCAGCTTCATGACCCGCGACAACGTGCAGACCTACCTCAACAACTGGATCGCCGACTACGTGCTGATCAACGACAACGCGCCGCAGGAGATCAAGGCGCAGTACCCGTTGCGCGAGGCCCGGGTGGACGTGACCGAGGTGGCTGGCAAGCCCGGGGCCTATAAAGCGACGGTGTTCCTGCGGCCGCACTTCCAACTGGAGGAACTGACCGCCTCGATCCGCCTGGTGGCGACGCTGCCGCCGCCGGTAGCTGCCTGA MPASSSAQTSESTTQTLSLLDKIIAEGRMAHDDSQQDYARDMLAEFATQVLDEGMAIDKDTVAMINDRISQIDELISAQLNEVLHHPDLQKLEASWRGLHLLVQNTETSTRLKLRLLNVTQKELQNDLEKAVEFDQSALFKKIYEEEYGTFGGHPFSLLVGDYTFGRHPQDIGLLEKLSNVAAAAHAPFIAAASPRLFDMTSFTELAIPRDLSKIFESQELIKWRAFRESEDSRYVSLVLPQFLLRLPYGPDTLPVEGINYVEDVNGTDHSKYLWGNAAWALSQRITEAFAKYGWCAAIRGAEGGGAVEGLPAHTFRTSSGDLSLKCPTEVAITDRREKELNDLGFIALCHKKNSDVAVFFGGQSTNKAKVYNTNEANANARISAMLPYVLAASRFAHYLKVIMRDKVGSFMTRDNVQTYLNNWIADYVLINDNAPQEIKAQYPLREARVDVTEVAGKPGAYKATVFLRPHFQLEELTASIRLVATLPPPVAA PGPT0025920_1210 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025920-impC-K11900 NA NA D1-35_04214 498 hcp1_2 COG3157 Protein hcp1 ATGGACGCAATCATTCTCGACCTCGGCGGCGACATCAAGGGCGACAGCCTGCTGGAGGGTTTCACGGACAAGATCGAGGTCATGTCCTACAGCCACAACGTGGCGATGCAGGTCACCAACGACGTCAGCAACTCGGAGCGCACCTCCGGCCGCCCGCACATCGGCGAGTTCACCCTGACCAAATTCATCGACAGCTCAACTCCGTCGCTCAATGAATATTGCTGCGCCGGTAAGCCGATCCCGCAAGCCGTCGTCACCATCGGCCGCAACGCCGCCGAAGGCAGCGGCCAGATCATGCCGTTCATCGTCTACACCCTGACCAACGTCGTGCTGTCCAACGTCAGTGTCAGCGGTGGTACCGGTGGCAAACCGGTGGAAACCCTGTCGCTGAACTTCACCAAGATCAAATGGGAGCTCACCGCCCAGAAAGATGACGGCACCAAGGAAGGCACGGCCGGCACGACCTGGGATTTGGCCGCCAACAAAATGACCAAGTAA MDAIILDLGGDIKGDSLLEGFTDKIEVMSYSHNVAMQVTNDVSNSERTSGRPHIGEFTLTKFIDSSTPSLNEYCCAGKPIPQAVVTIGRNAAEGSGQIMPFIVYTLTNVVLSNVSVSGGTGGKPVETLSLNFTKIKWELTAQKDDGTKEGTAGTTWDLAANKMTK PGPT0025980_646 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0025980-hcp-K11903 NA NA D1-35_04215 444 hypothetical protein ATGGCTGGCTTCGGGCTGCGCCCGCCCCTGTTCGAACGTTTGGCAAGCCCGGCAGACGATGCCGGGCGGGTGTTCGATCGACAGGCATTGCAGGACTCGGTACATGCCGAACTGTCACGCCTGTTCAATACCCGGCGCGGCCTACGGGCGCTGACCGAACCACCGAGCATCCTGGACTACGGCATCGCCGACTGGACCGCGCTGCAACAGCAGCGCAGCGATGACCGTCGTCAACTGACCCGGGAAATTCGCCAGGCCATCACCCACTTCGAACCGCGCCTGCGCCTGGGCGAGGTAGAAGTCTGCCCGGTGCCGGGCCATCCGCAGCAACTGTGCATACGGCTGTCGGGCGAACTGCGTGGCGACCCGCACCCATGGCCCGTGGCGTTTGTAATCGAGCACGCCGGCGACGGCCTTGAGGTGCGCCATGAGCGACTCGATTGA MAGFGLRPPLFERLASPADDAGRVFDRQALQDSVHAELSRLFNTRRGLRALTEPPSILDYGIADWTALQQQRSDDRRQLTREIRQAITHFEPRLRLGEVEVCPVPGHPQQLCIRLSGELRGDPHPWPVAFVIEHAGDGLEVRHERLD PGPT0030415_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_RELATED_PROTEINS,PGPT0030415-hsiF3-K11919 NA NA D1-35_04216 1791 hypothetical protein ATGAGCGACTCGATTGACCCGCAACTGTTGGATTACTACCAACGCGAATTGACTTGGCTGCGCCATGCCGGGAGCCTTTTCGCCGAGCGTTACCCCAAGGTTGCCCGGCGCCTGGAATTGTCCCCCGGTGAATGTCCCGATCCCCACGTCGAACGACTATTGGAAGGCTTCGCGCTGCTGGCCGCGCGCTTGCAACGCCGGCTGGATGACGACTACGCCGAATTCAGTGATGCCCTGCTCGAACAACTTTACCCGTTGGCCATGCGACCCTTGCCATCGTGCGCCATCGTGCAGTTCGAGCCCGACCCGAGCAAAGGCAACTTGAACGAGGGCTATCCCCTGCCCCGCGACACGCCATTGTTCGTCACCACGGACAAAGGCCAGAGCATTCATTTCCGCACCACTGCTGCCGTGCATCTATGGCCACTGCAAGTGAGCGAAGCGTTGCTGCTGGGCAGTGACGAGGCCCAGGCGTTGACCGGAGTAGTCCAGGCCCGCTCGGCCTTGCGCCTGGAGTTGCGTTGCCTGGGAAAAAGCCAATGGTCGACGCTGGGCATCGATTCGCTGCGGGTACACCTGGCGGCGTCACCGATGATCAACGCCGGGCTGTACGATTTGCTTGGCGCTCACGCCATCAAGGTCCTGGCTGGCGCGCCGGGCAGCGTGCCGGAACCGTTGGCGGGTTTGCCACGCATCGTCGGTTTCGCCAGCGACCAAGCCTTGCTGCCGGACGAGGACGGCGTGCACCCAGGCATGCGCCTGTTGGCGGAGTATTTCGCCTTTCCGGACAAATTCGGCTTTTTCGACCTGCCGCTGGCCGGCGCCCACAGCGACGACGCTTCTTTATACCTGTACATCGCGTTCGACCGGGCACCAACCAGCCGCTTGCCGCTCCAGGCCAGCGACATCGCCCTGGGCTGCGCTCCGGTGATCAATCTGTTTCCCCGGACCTCCGAGCCGCTGCGCCCGGACGGCACTCGCAGCGAGTATCGGCTGGTGGCCGACAGTCACCGGGAAAACAGCGTCGAGATCCACAGCATCCGGGGCATGCGCGCCATGACCGAACAAGGAGTGCGCAAAGTGCCGGCCTATTACGGCAGCCAGCATGGCAGCGACGAGCCCTGTTATTGGCATGCGCGACGGGTCAGCGGCATGAGCCCGAACCGACTGGGCACTGACGTGATGGTCAGCCTGGTGGACACCCGCTTCGACCCACTGGCCGAATCCCGGGATTACAGCCTCACCGCCGAACTGCTGTGCACCAACCGCCACCTGGCCCAGAGCCTGCCGGCCGGCACGCCATTGGGTTTCGAGCGCCCCGGACCGGTGGCCTGGGCGCGCCTGCGCAATCCTCCCAGCCCGCAGAGCCTGCCGCGCCTGGATGGCGAGTCGCGCTGGCGACTGGTGTCGCAACTGACCCTCAATCATCTGTCACTGGTGGAAGGTCCCCAGGCGCTTGACGCATTGCGCGAGATTCTCGAATTGCACAACCTGCGGGACGAGGCCAGCGCGCGCCGCCAGATCGAAGGCGTATCCGGACTGACCTGTGAACGGGTCATCGCCCATGTTGGCGAGGATGCCTGGCGCGGGTGGCGCAACGGCTTGGAGGTGCGCCTGCAACTGGATCCGCATCACTTCGTCGGCAGCAGCGCCGTGCTGTTCTCCGGCGTGCTGGCGCAATTCTTTTCTCTGTATGCCACCGCCAATCGATTTGTGCGCACCGTGCTGGTCCAGTCCGACAAGGAGGTGAAGACATGGCAACCCCAAGCCGGCAAACCCCTCGCGCTCTGA MSDSIDPQLLDYYQRELTWLRHAGSLFAERYPKVARRLELSPGECPDPHVERLLEGFALLAARLQRRLDDDYAEFSDALLEQLYPLAMRPLPSCAIVQFEPDPSKGNLNEGYPLPRDTPLFVTTDKGQSIHFRTTAAVHLWPLQVSEALLLGSDEAQALTGVVQARSALRLELRCLGKSQWSTLGIDSLRVHLAASPMINAGLYDLLGAHAIKVLAGAPGSVPEPLAGLPRIVGFASDQALLPDEDGVHPGMRLLAEYFAFPDKFGFFDLPLAGAHSDDASLYLYIAFDRAPTSRLPLQASDIALGCAPVINLFPRTSEPLRPDGTRSEYRLVADSHRENSVEIHSIRGMRAMTEQGVRKVPAYYGSQHGSDEPCYWHARRVSGMSPNRLGTDVMVSLVDTRFDPLAESRDYSLTAELLCTNRHLAQSLPAGTPLGFERPGPVAWARLRNPPSPQSLPRLDGESRWRLVSQLTLNHLSLVEGPQALDALREILELHNLRDEASARRQIEGVSGLTCERVIAHVGEDAWRGWRNGLEVRLQLDPHHFVGSSAVLFSGVLAQFFSLYATANRFVRTVLVQSDKEVKTWQPQAGKPLAL PGPT0025935_1101 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025935-impG|vasA-K11896 NA NA D1-35_04217 1026 hypothetical protein ATGGCAACCCCAAGCCGGCAAACCCCTCGCGCTCTGAACCTGGGCGAGCGACTGCGGCGCGACCCACAACGCTTCGAATGGCTCCAGGCCCTGTTGCTGCTGGAACGCGAACATCCCCAGGCCGAGCCCCTGGGCAGCGGCACCGCGCCACAGGCCGAGGCCGTGCGTCTACGTGGACCGCTGACGCCACTGTTCGCCGCCAGCGAGGTCGAAAGCCTGGGCCAGGAACCCGGCCTGCCGCCGACCCTGACCACGCCGATCTTTGGCCTCGGCGGCCCGGACGGCCCGCTGCCCTACGCCTACCAGGAATGGCTGCAACAACGGGCGCGGGCGAAGGATCATGCCCCGGCGGAATTCCTCGACCTGTTCCAGCACCGCCTGCTCAGCCTGCTGTACAAGGTGATGCGCAAGCATCGCGTCGCCCTCGGTTTCACGCCCCCTGGCGCGTCCGCTGTACACGCACAACTGCGCGCGTTGACCGGCCTGCTGCCCAAGGCCTTGCAGGAACGCCAGGCCGCCCCCGACTCGGCGGTCCTGGCCTGCGCCGCGCTGTATGCCGATGGTCGGCGTTCCCTGGCCGGGTTTGCGGCGATTGTCCGTGAACAGTTCGGCTTGCCCGTCGAGCTGAACGCCTATGAAGGTGGCTGGCGTGAAATCCCGCCGGCCAGCCGCAGTTGCTTGCAGCCGGACGGACGCAACCTGCGCCTGGGCCGCAACGCAGTCGCCGGTACTCGGGTCTGGGACGAACATGCCGGCGTGCGCCTGACGCTGGGACCGCTGAGCGCGCCCCAAGCCAGCGGCTTGCTGCCCACTGGCGAAATCCATCCGCTGCTCGCCAGCCTTTGTGCGCTGTATTTCGGCCCAGACCTGGATTGCACATTGGTCCTGCTGGTTCGTGGCGCCGGCCCGTTGCAGTTGAGTCGCCAGACTGCGCCACGGCTGAATTGGAACGGTGGCCTGCAACGCCAGCCGAGCCTGGCCGTGCAACGCATCGAAACCCGCCTTCGCCAGCCGGAGATCGCCTGA MATPSRQTPRALNLGERLRRDPQRFEWLQALLLLEREHPQAEPLGSGTAPQAEAVRLRGPLTPLFAASEVESLGQEPGLPPTLTTPIFGLGGPDGPLPYAYQEWLQQRARAKDHAPAEFLDLFQHRLLSLLYKVMRKHRVALGFTPPGASAVHAQLRALTGLLPKALQERQAAPDSAVLACAALYADGRRSLAGFAAIVREQFGLPVELNAYEGGWREIPPASRSCLQPDGRNLRLGRNAVAGTRVWDEHAGVRLTLGPLSAPQASGLLPTGEIHPLLASLCALYFGPDLDCTLVLLVRGAGPLQLSRQTAPRLNWNGGLQRQPSLAVQRIETRLRQPEIA PGPT0025940_1048 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025940-impH|vasB-K11895 NA NA D1-35_04218 2544 clpV1_2 COG0542 Protein ClpV1 ATGGAACTGGCCAGCCTGATCGGACGCCTCAATCCGGACAATCGCCGAGCCCTGGAACGGGCCGCGCAACGCTGCCTGCAACGCAGCCACCACTACGTCGAAATCGAACACCTGCTGTTGGAACTGCTCGACATCGAAGGCGGTGACTTCGCCTGCCTGCTGCCGCGTTTCGGCCTGGAGCGTGACGCGGTGGCCGCCGAAACCAATAAGGCCCTGGACCTGTTCAAATCCGGCAGCACCCGCACGCCCGCCCTGTCGGCACAAACCATCGGCCTGCTGGAGGACGCCGTGGTCCAGGCCAGCGTGTTGGGCCTGGACAGCATTCGCTCCGGGCTATTGTTGCTGGCGTTGTTGGACCGTGACGAACGTCGCAGCCTGCTGCTCAACAGCGCCTCGTCCCTGCTGCGCATTCCCCGCGATGCCCTGCGCGCCCATCTGTTGGAATGGACCGAAAGCTCCCGCGAGCATGTCGGCGGCGTGCGCCCGGCCAAACCCGGCGAAGCACCACCGAAACAGGACCCGGTGCTGGACCAGTACACCCAGGACCTGACCGCCGATGCCCGGGACGGCCGCATCGACCCTATCGTCGGCCGTGACGGCGAGATCCGCCAGTGCATCGATATCCTGCTCCGACGCCGGCAGAACAACCCGATCCTGGTGGGCGCACCGGGCGTCGGCAAGACTGCTGTAGTGGAAGGCCTCGCCCTGCGCATCGCCGCCGGGGATGTGCCGCCGTCCTTGCAGGAAGTCACCCTGCGCGTGCTTGACCTGGGCCTGTTGCAGGCCGGCGCGGGCGTCAAGGGCGAGTTCGAACAGCGCCTCAAGGGCGTGATCGACGCGGTACGCAGCGCGGAAAAACCGATCATCCTGTTCATCGACGAAGCCCATACGTTGATCGGCGCCGGTGGTGCGGAAGGCGGCAGCGACGCGGCCAACCTGCTCAAGCCAGCCCTGGCCCGGGGCGAATTGCGTACCCTGGCCGCCACCACCTGGCTGGAATACAAGAAATACTTCGAGAAGGACCCGGCCCTGGCTCGGCGGTTCCAGTTGGTGCAGGTCGAGGAGCCGGACGAGCTCACCGCCGTGGAAATGCTCCGGGGCGTGGCGAGCAAACTGGAGCAGCACCACGGCGTGCAAGTGTTGGACGCGGCCATCCACGAGGCGGTGAAGCTGTCCCACCGCTACATCTCCGGACGACAGTTGCCGGACAAAGCCATCAGTGTGCTCGACACCGCCTGCGCCCGGGTCGCCCTCGGCCAGCACGACGTACCACCGCCGCTGGAAAGCCTGCGCCATCGCGAGAACAGCCTCAAGGATGAAGTCGAACGGCTACGCCGGGAACAAGCCACCGGGCTGGATCATCGCGAGCGCATCACCTTGCTGGAAAGCGAATCGAGCAGCAACGTGCAGGCCATCCGCGAGCTGGAAACCCGCTGGGGCGAAGAGCGCGAAGCCGTGCGCGAACTGCTCGACACCCGCCGCGAACTGCTCGCCTTGAGCGAACGTGCCGACAGCGAAAAAGCCGACACCGAAATCGATAACCGCATCGACCACCTCGCCGCCGAACTGCTGCGCCTGGAAGCCGGCCTCGATGCCATTCGCCAGGACGATCCGCTGGTGCCCGAACAGGTCGACAGCAAGACCGTCGCCGCGGTGATTGCCGGTTGGACTGGCATCCCGGTTGGCAAGATGCTCGCCGATGAAGCCCACGCCGTGCGCACCCTCGGCCAACGCATGGGGCAGCGAGTCATGGGCCAGGGCACCGCACTGAATACCATCGCCCAACGCCTGCAAGCCTACCGCGCCGGTCTCACCGACCCGCAGAAACCGGTCGGCGTGTTCCTGCTGGTGGGCCCCACGGGCGTGGGCAAGACCGAAACCGCCTACGCCTTGGCCGACGCCTTGTACGGCGGCGAACGCAACCTGATCAGCATCAACCTCTCCGAATACCAGGAAGCCCACACCGTCAGCCAACTCAAGGGCGCCCCGCCCGGCTACGTCGGCTACGGCAGCGGCGGCGTGCTCACCGAAGCAGTCCGCCGAAAACCCTATTCCGTGGTGTTGCTGGATGAAATTGAAAAGGCCCACCCGGACGTGCTCGAAGCCTTCTACAACGTCTTCGACAAAGGCCTGATGGAAGACGGTACCGGCCTGGTGGTGGACTTCAAGAACACCGTGATGCTGGCCACCAGCAACGTTGGCGCCGAACTGCTGCTGGACACACCGACCGCGCAATTGGGCAGCGACGCCTTCAACGAAGCCTTGCATAACGTCCTGCTGCAAGCGTTCCGCCCGGCGTTTCTGGCGCGCATGACGGTGGTGGCGTACCGGCCGCTGGATGAAGCGACGCTGGAAGGGATTGTGTTGGCGAAGTTGGAGAAATTGCGCGGGCGCTACAAGGCCGCGACTGGCAAGCAATTCGAATTCGATGCGGGAATCGTCAAGGCTGTGTTGGCCAAGTGCAGCGCGGCGGGGGCACGGGATGTCGAGAATGTGTTGATGACGCAGGTGACGGGGAAGTTGGCGGAGTGGGTGTTGGAGTAA MELASLIGRLNPDNRRALERAAQRCLQRSHHYVEIEHLLLELLDIEGGDFACLLPRFGLERDAVAAETNKALDLFKSGSTRTPALSAQTIGLLEDAVVQASVLGLDSIRSGLLLLALLDRDERRSLLLNSASSLLRIPRDALRAHLLEWTESSREHVGGVRPAKPGEAPPKQDPVLDQYTQDLTADARDGRIDPIVGRDGEIRQCIDILLRRRQNNPILVGAPGVGKTAVVEGLALRIAAGDVPPSLQEVTLRVLDLGLLQAGAGVKGEFEQRLKGVIDAVRSAEKPIILFIDEAHTLIGAGGAEGGSDAANLLKPALARGELRTLAATTWLEYKKYFEKDPALARRFQLVQVEEPDELTAVEMLRGVASKLEQHHGVQVLDAAIHEAVKLSHRYISGRQLPDKAISVLDTACARVALGQHDVPPPLESLRHRENSLKDEVERLRREQATGLDHRERITLLESESSSNVQAIRELETRWGEEREAVRELLDTRRELLALSERADSEKADTEIDNRIDHLAAELLRLEAGLDAIRQDDPLVPEQVDSKTVAAVIAGWTGIPVGKMLADEAHAVRTLGQRMGQRVMGQGTALNTIAQRLQAYRAGLTDPQKPVGVFLLVGPTGVGKTETAYALADALYGGERNLISINLSEYQEAHTVSQLKGAPPGYVGYGSGGVLTEAVRRKPYSVVLLDEIEKAHPDVLEAFYNVFDKGLMEDGTGLVVDFKNTVMLATSNVGAELLLDTPTAQLGSDAFNEALHNVLLQAFRPAFLARMTVVAYRPLDEATLEGIVLAKLEKLRGRYKAATGKQFEFDAGIVKAVLAKCSAAGARDVENVLMTQVTGKLAEWVLE PGPT0025985_1512 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025985-vasG|clpV-K11907 NA NA D1-35_04219 1047 hypothetical protein ATGATGGCCAACACAGTATTTGCTAACGCGGCAGAAGCCGAAGTCAGTTTAAGAGCCAACAACTTTCGCTTTACCAAATTCGCAAACGGCGAGCGTAAAACGGCTCCGGCGCCGCTGGATGATGCTCTTTTCTATACTGCCTACTCAAATATCGCGGCTTTCCTTTGCAATGACCTTCATTTCCAAACCAGTCTGACCGAGGTCTCTGCAAAGATCTGGGAACATTATCGAAGACTAACCCCGATGACGCCGAACAAGTTTACCCGGGCAATGGGGCTGGTCGCCGCCCAGTATGGATTTCAGTACCACGAAGGTTTACGTAACGATACCTCGGAGCGAGGGCTGCCCATCGCCGTGCGCCTGATCGGGGGCGATCGCTTCCTTGGCCAACTGCTACGCGCCAGTCTGTTCTGGAAAGACAGTATGGATGGCCGACATGGCGAACATACCCACAGCCTGCAATGGCTGGCCATTGCCAACGGTCTATTGGGCACAGTGGCGGAGATCCCACGCCTGTATAGCTACACCGCCGATTATCGAGCACCTTCGCAAAACGATAAGCCGGGTAAGCCGTCCCTGTTTCTCTGGCAATGGCTGGCTGATTGCTTTCCAACTGACTTGAATGGATATGCCACCGAGAAGTTCATTAACGATGAAACCCTCGAATCGCAAAGCTACCGGGCGCCGCAAGTCATCAGTGATTACTTGTTCGGGAAACATCCCAGGACCGAACAGCCGATTCCAGGGCATTTTGTTTCCAATTACTTATTTCACCGTTATAGAAATCGGGAATGGCTGCAGACCAAGGAACAGTTCAACGCCGCCAGCGGAGAAAACGAGACAGTCATCACGAAGTGGTTTACCGGTTCCATACAGACTGATGCCAAAGCTAGCGCACCGGCTCATCGGTGGGGGCCAGCCTACAAAAATGACGCGCGCCTAGTTCGTAATGCCGCAGCGGAAATAGACAAATTAAAAGAAAAAAAGCCACAGGCCATCAATAGTTTTTTTCATGGGAAGCCGGGAAAGCTCTGGTTTGGTAGTTAA MMANTVFANAAEAEVSLRANNFRFTKFANGERKTAPAPLDDALFYTAYSNIAAFLCNDLHFQTSLTEVSAKIWEHYRRLTPMTPNKFTRAMGLVAAQYGFQYHEGLRNDTSERGLPIAVRLIGGDRFLGQLLRASLFWKDSMDGRHGEHTHSLQWLAIANGLLGTVAEIPRLYSYTADYRAPSQNDKPGKPSLFLWQWLADCFPTDLNGYATEKFINDETLESQSYRAPQVISDYLFGKHPRTEQPIPGHFVSNYLFHRYRNREWLQTKEQFNAASGENETVITKWFTGSIQTDAKASAPAHRWGPAYKNDARLVRNAAAEIDKLKEKKPQAINSFFHGKPGKLWFGS NA NA NA NA NA D1-35_04220 2010 hypothetical protein ATGCCCCGTACCGTCGACATCAACACCACCCTCTCCCTCACCTCCACCTCGCTGTCGGCGCTGTACCCTGACTCACTGTCCGGCGAAGAACGCCTCAATGCCTTGGGCTCGCACATCCTCAACGGCATCAACGACGGCGCCTCGCTGGACCTCACCACGGCCGTCGCCAGCCATGTAACCACAACGCTGCATAAGGACGCCCTGCTGCGCCCGCAGGATGGATTGGTGGCCGAGATTCGCCAATTACCAGCCGACGCCACCGCCGAGCGCTATCAACTTTTACTGAGACCGTGGCTTTGGTGGTTGAGCCTTGCCAGCAACAACCGGGTGTTCCAGAACCTCGCCACCTCGGACATCGTCACCACGATTTTCAAGGCCCACGGTTTCACCGATTTCCAGCTCAAGCTCAGCGGCAGCTACACGCCGCGCGAGTACTGCGTGCAATACGGCGAAACCGACCTGGCATTCATTTCCCGCCTGCTGGAAGAAGACGGGATCTTCTGGTTCTTCAGCCACGAACAAGGCAAGCACACGCTGATACTGGCCGACAGCAACGACGCCTTCGCACCCATACCCAATGGGCCGACGGTGAATTATCTCGGGCAGAAACTGGGCGAGCGCGAACTGCACGGCATCCGCTCAGGGCAGGTATGCCTGCAAGCGGTGGCCGGCGTTTACCAGGCCACCGATTATGAGTTCACCACGCCGACCACCTCACTCTTCAGCCAGGCTGAAGCCGTGGCCGGGCCGAGTTTGATGTACGCACATCCCGGCGGCTATACCGCCAAGGCCCAGGGCGATGCGCTGACCAAACAGCGGGTGGACGGCCTGCGCAGCCAGGAGAAACGCTTTGTCGGCGAAAGCGACTGCCGCTGGCTGATCCCGGGCTATTGGTTCACCCTCGCCGGCCATGAAGACACGACGCTGAATATCGATTGGGTAGTGACGTCGGTCAGCCATGAAGCCAGCCACGACAGTTACCGCAACCGCTTCGAAGCGATCCCCAAGACCACCGCCTACCGACCGGCTCGCATCACGCCAAAACCGCGCATGCACACCCAGACGGCCGTGGTGGTGGGCAAGGCCGGCGAAGAAATCTGGACCGATGAATACGGCCGGATCAAATTGCAGTTCCCCTGGGACCGCACCGGCAAGAACGACGAGACCTCCTCCTGCTGGGTGCGCGTGGTCCTGCCCTGGAGCGGCAAGGGCTTTGGCATGCAGTTTGTGCCGCGCATCGGCCAGGAAGTCATCGTCACCTTCATCGACGGCGACCCGGATCGGCCGTTGGTCACCGGTTGCGTCTACAACGGCGACAATGCCCTGCCCTATGCGCTGCCAGCGAACCAGACCCAGTCCGGGATCAAGACCAACTCGTCCAAGGGCGGCGGCGGTTTCAACGAGTTGCGCTTCGAAGACAAGAAAGACGCCGAGGAGATGTTTCTCCAGGCGCAAAAGGACTTCAACATCAACGTGCTCAACGACACCACCGCCACCGTCGGCCACGATGAAACCCTCACGGTGCAGAACGCCCGCACGCGCACGGTGAAGGACGGCGACGAAACCGTCACCCTTGAGAAAGGCAGGCGCAGCGTGACCATCCAGACCGGCAGCGACAGTCTCGACGTGAAGGACACCCGCACCGTCACCGTGGGCTCGGACCAGACCCACAGCACCGGCGGCAATTACGATCACAAGGTCACCGGCAATTACAGCCTGACGGTGGACGGCAACCTGACCATCAAGGTCAGCGGCACCCTGACCCTGCAAAGCGGCGGCAGCTTCGCCATCAAGAGCGGCGCGGACCTGGCCGCCCAGGCCAGCACGTCCATCAGCCAGAAGGCCGGCACCGCCTTGAGCAATCAGGCGGGTACTTCGCTGGAAAACAAGGCCGGCACCACCCTGACCAACGATGCTGGCATCAGCCTGGTGAACAAGGCGGCCGCCGAACAGACCGTGGACGGCGGCGGCATGCTGACCATCAAGGGCGGCCTGGTGAAGGTCAACTGA MPRTVDINTTLSLTSTSLSALYPDSLSGEERLNALGSHILNGINDGASLDLTTAVASHVTTTLHKDALLRPQDGLVAEIRQLPADATAERYQLLLRPWLWWLSLASNNRVFQNLATSDIVTTIFKAHGFTDFQLKLSGSYTPREYCVQYGETDLAFISRLLEEDGIFWFFSHEQGKHTLILADSNDAFAPIPNGPTVNYLGQKLGERELHGIRSGQVCLQAVAGVYQATDYEFTTPTTSLFSQAEAVAGPSLMYAHPGGYTAKAQGDALTKQRVDGLRSQEKRFVGESDCRWLIPGYWFTLAGHEDTTLNIDWVVTSVSHEASHDSYRNRFEAIPKTTAYRPARITPKPRMHTQTAVVVGKAGEEIWTDEYGRIKLQFPWDRTGKNDETSSCWVRVVLPWSGKGFGMQFVPRIGQEVIVTFIDGDPDRPLVTGCVYNGDNALPYALPANQTQSGIKTNSSKGGGGFNELRFEDKKDAEEMFLQAQKDFNINVLNDTTATVGHDETLTVQNARTRTVKDGDETVTLEKGRRSVTIQTGSDSLDVKDTRTVTVGSDQTHSTGGNYDHKVTGNYSLTVDGNLTIKVSGTLTLQSGGSFAIKSGADLAAQASTSISQKAGTALSNQAGTSLENKAGTTLTNDAGISLVNKAAAEQTVDGGGMLTIKGGLVKVN PGPT0030410_3452 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_04221 543 hypothetical protein ATGGCCTCGAAAAAACTGGACGTCGAGCGTGGTGACAGTCAACTGAATGGGCGACTGATCGATGGCAAGCTCGACGGCCCCTTGCAGATTGAAGAAGCGCAGCGCCCACAAGCGAAACTCAACTACAGCCAGGGTGAACTGGAAGGCACCAGCACGTTGTATCACCCCAATGGCAAGGTCTCGGCCGTGTTGCCGTTCGTCAAAGGCAAACTCCAGGGAATGGCAAGCTTCTACGCGGCCGAAGGCGGCTTGCAACGCCAGGCCAGTTACTGCCGCGGGTTGTTGCACGGTGAGGCGAACAATTATTTTCCCGACGGGAAACTGGCCGAAGCCGAGTTCTATCGCGACGGCGTGCGTGACGGCCATTATCGGCGCCTGCACCCCAACGGCAGCCCGGCAGTCGAGGCCCGCTACCTCAACGGCCAACTGCTGGAACCGGCCCAGGCCTACGCCGAAGACGGCCGGCCACTGGACGCCGAGGGCAAGCCGATCTCCCGGGTGCGCTGGTGGTTCAGGCGCTGGAATGATCCGGCGCAGGCCTGA MASKKLDVERGDSQLNGRLIDGKLDGPLQIEEAQRPQAKLNYSQGELEGTSTLYHPNGKVSAVLPFVKGKLQGMASFYAAEGGLQRQASYCRGLLHGEANNYFPDGKLAEAEFYRDGVRDGHYRRLHPNGSPAVEARYLNGQLLEPAQAYAEDGRPLDAEGKPISRVRWWFRRWNDPAQA NA NA NA NA NA D1-35_04222 396 hypothetical protein ATGGGATGTCCGCAAGTCTGTGGCACCGCGACCCTGCAATGCAGCTTCGGCGTGGCGCCGGCGGTGCTCAATGTGCTGCCGGCCAATCGCCTGCTGACCGGCGGGATGCCGGCGGCCAATATCATGGATCATATTCCCTTGGTGAACATCACCACGTTCGGCATGTGCCAGAGCCTGGCGAATCCGACAGTGGCCGCGGCCACTGCGGCGGCGTTGGGCGTGCTGACGCCCATGCCATGCATTCCGGCCACCGCGACCCCGTGGATCCCCGGCGGCGCACCGACCCTGTTGCTCGGCAACATGCCGGCTATCGACGCCAACAGCACGTTGATGTGTACCTGGGCCGGGGTGATCAAGATCGTCGTGCCGGGGCAGGTGCAGATGTTGATTCCTTGA MGCPQVCGTATLQCSFGVAPAVLNVLPANRLLTGGMPAANIMDHIPLVNITTFGMCQSLANPTVAAATAAALGVLTPMPCIPATATPWIPGGAPTLLLGNMPAIDANSTLMCTWAGVIKIVVPGQVQMLIP NA NA NA NA NA D1-35_04223 1068 hypothetical protein ATGGCAGTGACTGATCAGTCCACCCGCGTGCGCGACGGTGAAGAACTCGATGCCAACCTGATCGACCCGTACCTCAAGGCCCACATTCCTGGCTTGACCGGCACGCCGGTGATCAGCCAGTTTCCCGGTGGCGCGTCGAACCTGACGTACCTGCTGGAATATCCCGAGCAGGAGTTCGTCCTGCGGCGTCCGCCGTTCGGCCACAAGGCCAAGTCGGCCCACGACATGGGCCGTGAGTTCCGCATCCTCAATCAGTTGCGCGAAGGTTTCCCGTACTGCCCCAAAGCCTACGTCCACTGCACTGACGAATCGGTGATGGGCGCCGAGTTCTACGTGATGGAACGGGTCAAGGGCATCATCCTGCGCTCCGAATTGCCGCCGGAACTGGGTTTCGATGCAGCCCGCACCGAAGCCCTGTGCAAGAGTTTCATCGACCGGCTCGTCGAACTGCACCGTGTTGACTACACCGCCTGCGGCCTGGCCGACCTGGGCAAGCCCGAAGGCTACGTGGCCCGGCAGATCCGTGGCTGGAGCGAGCGCTACGAAAAAGCCCTGACCCCGGATGCGCCCAAGTGGGAGACGGTCAAGGCATGGCTCAACGACAAGATGCCTGCCGACCATCCAACGTCGAGCATCGTCCACAACGACTACCGCTTCGACAACGTGATCCTCGACCCGGACAACCCGATGCAGATCATCGGGGTGCTGGACTGGGAGCTGACCACCCTTGGCGACCCGTTGATGGATTTGGGCAACAGCCTCGCCTACTGGATCGAGGCCGGCGATCCGGCACCGGTGCAATTGATGCGCCGTCAGCCAAGCCACGCGCCGGGCATGCTGACTCGCCGCGAATTCGTCGATCACTACGCCGAGCGCGCCGGGATCCGCATCGACAACTTCGACTTCTACTACACCTACGGGCTGTTCCGCCTGGCCGGCATTGTCCAGCAGATCTACTACCGCTTCTTCCATGGCCAGACCCAGGACAAACGCTTCGCGCAGTTCGTTCAGATGAACAAACTGCTGGAGCAGATGAGCCTGCAGGTCATCAGCAAATCCACGCTCTGA MAVTDQSTRVRDGEELDANLIDPYLKAHIPGLTGTPVISQFPGGASNLTYLLEYPEQEFVLRRPPFGHKAKSAHDMGREFRILNQLREGFPYCPKAYVHCTDESVMGAEFYVMERVKGIILRSELPPELGFDAARTEALCKSFIDRLVELHRVDYTACGLADLGKPEGYVARQIRGWSERYEKALTPDAPKWETVKAWLNDKMPADHPTSSIVHNDYRFDNVILDPDNPMQIIGVLDWELTTLGDPLMDLGNSLAYWIEAGDPAPVQLMRRQPSHAPGMLTRREFVDHYAERAGIRIDNFDFYYTYGLFRLAGIVQQIYYRFFHGQTQDKRFAQFVQMNKLLEQMSLQVISKSTL NA NA NA NA NA D1-35_04224 768 fabG_9 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGTCCAAGACCCAGTTGTTCGACCTCGACGGTAAGATCGCTTTCGTTTCCGGCGCCAGCCGCGGCATCGGCGAAGCCATCGCCAAACTGCTGGCCCAGCAAGGCGCCCACGTGATCGTTTCGAGCCGCAAGCTCGACGGCTGCCAGCATGTCGCCGATGCGATCATCGCCGCTGGCGGCAAGGCCACCGCGATCGCTTGCCACATCGGCGAAATGGAGCAGATCAGCCAGGTATTCGCCGGCATCCGCGAGCAATTCGGGCGCCTGGACATCCTGGTGAACAACGCCGCCACCAACCCGCAATTCTGCAACGTGCTGGACACCGACCTGGGCGCGTTCCAGAAAACCGTCGATGTGAACATCCGCGGCTACTTCTTCATGTCGGTGGAAGCCGGCAAGCTGATGCGCGAGAACGGCGGCGGCAGCATCATCAATGTCGCGTCGATCAATGGCATCTCGCCGGGCATTTTCCAGGGCATCTATTCGGTGACCAAGGCTGCGGTGATCAACATGACCAAGGTCTTTGCCAAGGAGTGCGCGCAGTTCGGCATCCGTTGCAATGCCCTGCTGCCGGGCCTGACCGACACCAAGTTCGCCTCGGCGCTGGTCAAGAACGACGCCATCCTGAAGACCGCCCTGGCGCAGATCCCCCTCAAGCGCGTGGCCGACCCGAGCGAAATGGCCGGCGCGGTGTTGTACTTGGCCAGCGATGCGTCGAGCTACACCACGGGCGTGGCGTTGAATGTGGATGGTGGGTTCTTGTCCTGA MSKTQLFDLDGKIAFVSGASRGIGEAIAKLLAQQGAHVIVSSRKLDGCQHVADAIIAAGGKATAIACHIGEMEQISQVFAGIREQFGRLDILVNNAATNPQFCNVLDTDLGAFQKTVDVNIRGYFFMSVEAGKLMRENGGGSIINVASINGISPGIFQGIYSVTKAAVINMTKVFAKECAQFGIRCNALLPGLTDTKFASALVKNDAILKTALAQIPLKRVADPSEMAGAVLYLASDASSYTTGVALNVDGGFLS PGPT0030550_180 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-LIPID_METABOLISM|OXIDOREDUCTASE PUTATIVE-BILE_ACID_BIOSYNTHESIS,PGPT0030550-hdhA-K00076 D1-35_04225 1116 iolG_2 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGCGCGAACTCGGCATCGGTCTGATTGGCACCGGCTTCATGGGCCGTGCCCATGCTTTGGCATTCCATAACGCCAAGGCGGTGTTCGACCTTCCCCTGAATTTGAAACTGGCGGCCCTGGCCGACGCCGATCCGCTACGTGCGCGCCAATGTGCACAGAGTTGGGGCTTCGAGACGGCTCACAGCGACTGGCAACAACTGATCGACGACCCGAACGTCCAGTTGATCGCCATTACCACGCCCAACCATCTGCACTTTCCGATGGCCATGGCCGCGTTGGCGGCGGGCAAGCCGGTCTATTGCGAAAAACCACTGGCGGTCTCCCTGGAACAGGCCGAGCGGATGCGCCAGGCCGCCAAGGCGGCCGGGGTGGTGACACGCGTCGGCTACAACTATCAGCACAACCCGATCATCAGGTTGGCGCGGGAAATGATCCAGCGCGGCGAGCTGGGGCAGATCGTCAGCTTCCAGGGCGAATTCAGCGAGGACTTCATGGCCGACCCGACCTCCCCATGGTCCTGGCGCTGCGAAGCCGAGCATGCCGGCGGCGCCCTGGCTGACCTGGGCAGTCATTTGCTGGCCATGGCTCGTTACCTGCTGGGCGCTGTCGATTCGGTGTGTGCCGACAGCCAGACCGTCCACAACCGACGTCCGGCCAGCGCCGGCGCGATCGAACAGCGGGTCATTGCAGTTGACGACCAGGTCCAGGCGCTGCTGCGCTTCACCAGCGGCGCCCGGGGCTCGGTGAGCAGCAGTTGGCTCAAGCACGGCTACAAGAACCACTTGAGCTTCGAGATCAGCGGCACCCTCGGGACGCTGGCCTTCGATCAGGAACGACTGAATGAATTGCGCCTGTGCCGCGCCGGCCAGGCAGGTTTCCAGCGACTATTGGCCGGCCCCGACCTGCCGGGCTACGCCGCCTTCAGCCCGGCGGCCGGGCACCAGCTGGGGTACAACGAACTGAAGACATTGGAAGTCCAGGAGCTGGTCATGGCCCTCGCGGGCGATGGCGGCAACGGGACGGATTTCGAAGAAGCCTGGGAAGTCGAGCGCCTGGCGGCGGCGATTCGCACAGCGGCGCGGGAGGAGCGCTGGGTGAAGGTCAGGGAGCTCTAA MRELGIGLIGTGFMGRAHALAFHNAKAVFDLPLNLKLAALADADPLRARQCAQSWGFETAHSDWQQLIDDPNVQLIAITTPNHLHFPMAMAALAAGKPVYCEKPLAVSLEQAERMRQAAKAAGVVTRVGYNYQHNPIIRLAREMIQRGELGQIVSFQGEFSEDFMADPTSPWSWRCEAEHAGGALADLGSHLLAMARYLLGAVDSVCADSQTVHNRRPASAGAIEQRVIAVDDQVQALLRFTSGARGSVSSSWLKHGYKNHLSFEISGTLGTLAFDQERLNELRLCRAGQAGFQRLLAGPDLPGYAAFSPAAGHQLGYNELKTLEVQELVMALAGDGGNGTDFEEAWEVERLAAAIRTAAREERWVKVREL NA NA NA NA NA D1-35_04226 1440 hypothetical protein ATGACTGACGTGCCAACCTCGATTCCCCGTTCCGCCGATGTCCTGATCATCGGCGGTGGCCTGAGCGGTGCCATGTTGGCGGCGCAACTGCTGCGCCTGCCAGGCCAACGCGAAGTGTTGATTGTCGAGCCGCGCAGCGAGTTGGGCCGGGGCGAGGCCTACAGCGCGGTGGAGCTGGGCCACACCTTGAACGGTAACGCGGCGCGCATGAGTGTCGACCCGGACAACGCCGACGATTTGACCCAATGGCTCACCACGTTCATCGAAGCCGGCGGCTGGCCCGAGTCGGATCAGCAACACGTGCCGATCAGCGAGCTGTTTCCGCCCCGAGGAATGTTTGGCCTCTACGTACAGCAACGTCTAGCCGAAGCTCGCGAATCGGGCGCACAGAACGGTTCGACCGCCGAGCATGTGCGCGGGGAAGCCGTGGACCTGCGGCTTGCCGACGGTGGCGTGATGGTGACGCTGGGCGACGGCCAGGTCTTGCATGGCCGTTTTGCGGTGCTGGCCACCGGCATGTTCCCGGCGGCGCGCACCCCGCAGACCGAGTCCAGCGGCTTGAACGCCGCAGCCCTCGATCCTTGGGATGTGGCCGTGATGCGCCATCTCGATCCGCAGTCCACGGTACTGATCATTGGCTCGGGACTGACCATGGTCGATGCCGTGGTGTCTTTGGAGCAGGCCGGGCACCGTGGGCCGATCGAAGTGTTTTCCCGCCATGGCCTGTTGCCTCACGTGCGTCGCCAGCCACCGGCCTGGGTGGATTTCCTCGCCGAAGATCACAACTTGCGTTCGCCATTGCAGTTGATGCGTGCGCTGCGCGAGCAGTGCCGTAAAGCCGAGGCCGAGGGGATCGATTGGCAGGCGCCGCTGGATACCGTGCGCGCGCACATCGGGCGTTTGTGGAACCAGGCCAGCGACGTGCAACGTCGACAGTTCGTCCGGCATGTGCGGCCGTGGTGGGAAAGCCACCACCATCGCTCGCCGCCGTTGAGCGCGGAACTGGTGGCGCGTCTGCATGGGGAAGGGCGGTTGCGGATTCAGGCGGCGTCGTACAAGGGGCTGGTATCGGCTGGCGAAGGATCAGTGGCAATCAACATTCGCCGACGGGGCGAGGCTGGACTGGAAGTGGTGCAGGGCGCCGCGTTGATCAACTCCAGTGGTATCGAATACGATTGGCGCCGGGTTGCGCGACCGTTGCCGCAGCAGTTGCTGGCACGAGGTCTGGTCCTGCCCGGTCCCTTGGCACTGGGCATCGCCGCGCGTGCAGATGGCGCGGTGTTGGACGCCCTTGGCGAGCCGGCCAGTCGCCTGTTTGCCATGGGCCCGCCATTGCGCGGGGTGTGGTGGGAAAGCACCGCCGTGACGGATGTCGCGAGCCAGGCCAAGACGCTGGCCGCGCGCTTGATTGAGTTACAAACCCAAAAAAATTCAGACTGA MTDVPTSIPRSADVLIIGGGLSGAMLAAQLLRLPGQREVLIVEPRSELGRGEAYSAVELGHTLNGNAARMSVDPDNADDLTQWLTTFIEAGGWPESDQQHVPISELFPPRGMFGLYVQQRLAEARESGAQNGSTAEHVRGEAVDLRLADGGVMVTLGDGQVLHGRFAVLATGMFPAARTPQTESSGLNAAALDPWDVAVMRHLDPQSTVLIIGSGLTMVDAVVSLEQAGHRGPIEVFSRHGLLPHVRRQPPAWVDFLAEDHNLRSPLQLMRALREQCRKAEAEGIDWQAPLDTVRAHIGRLWNQASDVQRRQFVRHVRPWWESHHHRSPPLSAELVARLHGEGRLRIQAASYKGLVSAGEGSVAINIRRRGEAGLEVVQGAALINSSGIEYDWRRVARPLPQQLLARGLVLPGPLALGIAARADGAVLDALGEPASRLFAMGPPLRGVWWESTAVTDVASQAKTLAARLIELQTQKNSD NA NA NA NA NA D1-35_04227 576 sutR_2 COG1396 HTH-type transcriptional regulator SutR ATGAGCAATATAGTGCACAAAGATAATGGCCAGCGGGCATCGGTCCTGCAACACGTCAGCCAGAACGTCCGTCGCCTGAGGCATGCCGCGCAGCTCAGCCAGACGGCGCTGGCCGAGCTGTCCGGGGTCAGCCGGCGGATGCTGGTCGCCATCGAAGCTGGCGAAAAAAATGTCAGCCTGACCACTCTGGACCGTGTCGCCGAAGCGTTGGATGTGGCCTTCAGCGATTTGATCCAGGCTCCGGATGCCCGCGACCCGAGCCGTATCAATGAGCTGGCCTGGGCCGGCGTGATTCCAGGCAGCAAAGCCGTATTGTTGGCCAAGGCCACCGCCAACCGCGAAGTGGAACTTTGGGAATGGCGCCTGGAGCCCGGCGAGCATTATGTCTCGGAGCCTGACGCGGACGGCTGGAGCGAGCAGCTTTATGTATTCGAAGGTTGTTTGACGCTACTGCTGGGCAGCGAGGAGCGTCGAATCGAGGCCGGTGAATTTTTCATGTTTGCCAGCAACCAGCCCCATGCCTATCGCAACAACGATTTGGTGGCGGCGCGGTTTGTGCGCAATGTGGTGATCTGA MSNIVHKDNGQRASVLQHVSQNVRRLRHAAQLSQTALAELSGVSRRMLVAIEAGEKNVSLTTLDRVAEALDVAFSDLIQAPDARDPSRINELAWAGVIPGSKAVLLAKATANREVELWEWRLEPGEHYVSEPDADGWSEQLYVFEGCLTLLLGSEERRIEAGEFFMFASNQPHAYRNNDLVAARFVRNVVI NA NA NA NA NA D1-35_04228 933 hypothetical protein ATGGCATTGGTGAACTCCCCGCAAGCTTCCTCCCGTTTCTCACGGTTCAGCAAGGCCGAATGCGTGCTGGTGCTGATCACGATGATCTGGGGCGGGACATTCCTGCTGGTCCAGCACGCGATGACCGTCAGCGGACCGATGTTCTTCGTAGGCTTGCGCTTTGCCGCTGCGGCGGCATTCGTTGCGCTGTTCTCCTGGCGGCACCTGCGCGACCTGACCTGGTTCGAACTCAAGGCCGGAGCCTTCATCGGTGTGGCGATCATGCTCGGCTATGGCCTGCAGACGGTCGGCCTGCAAACCATCCCCAGCAGCCAATCGGCCTTCATCACCGCCCTCTACGTACCCTTCGTGCCGTTGTTGCAATGGCTGGTGCTGGGCCGCCGACCAGGGTTGATGCCGAGCATCGGGATCATGCTCGCGTTCACCGGGCTGATGCTGGTGTCCGGCCCGGCCGGCGCGTCGCTGAATTTCAGTCCGGGGGAAATCGCCACCCTGATCAGCGCCATCGCGATCGCCGCCGAGATCATACTGATCAGCGCTTATGCCGGCCAGGTGGATGTGCGCCGGGTCACGGTCGTGCAACTGGCCAGTACCGCCGTGCTGGCGTTTCTGATGGTGGTGCCGACCCGGGAAGTGATTCCCGGTTTTTCCTGGCTGCTGCTGATCAGCGCCGTAGGCCTGGGCGCCGCCAGCGCGGCGATCCAGGTGGCAATGAACTGGGCCCAGAAAAGCGTCTCGCCGACCCGCGCCACGCTGATCTATGCCGGCGAACCGGTGTGGGCGGGTATTGCCGGGCGCCTGGCCGGCGAACGGTTGCCGGCGATCGCCCTGGTGGGCGCCGGGTTGATTGTGGCGGCGGTGATCGTCAGTGAGCTGAAGACTCGAAGCAAAGCCGGTGTCGAAGTGGACAAGGTGCTTGAGCGCGAGCAGTAA MALVNSPQASSRFSRFSKAECVLVLITMIWGGTFLLVQHAMTVSGPMFFVGLRFAAAAAFVALFSWRHLRDLTWFELKAGAFIGVAIMLGYGLQTVGLQTIPSSQSAFITALYVPFVPLLQWLVLGRRPGLMPSIGIMLAFTGLMLVSGPAGASLNFSPGEIATLISAIAIAAEIILISAYAGQVDVRRVTVVQLASTAVLAFLMVVPTREVIPGFSWLLLISAVGLGAASAAIQVAMNWAQKSVSPTRATLIYAGEPVWAGIAGRLAGERLPAIALVGAGLIVAAVIVSELKTRSKAGVEVDKVLEREQ NA NA NA NA NA D1-35_04229 1500 hypothetical protein ATGGAACTTAAACCCAAGCTCCAGGATTACACTGAAACCGAGTTTCAGGCGCTCGTAGGAAAAATCTGGAATGTCGACATGGGCAAAGAAGAGCATGACCGACTGATCAACCACTTCGACCGAATCGTCGGGCACCCCAAAGGTGCGGACCTGTTGTTTTACCCCGAAGACACCGAGAATACGAACGCCCCGGAAACGATTGTCCACTTCGTAAAACAGTGGCATTTCAAAAAGAACGTTATTCCCTTCAAGGGCGGGGTACTGCCTGCCCCGGCCAAGCCCGCACCCCGCTTGAGCATGGCGCAACACGCGACGGCAAGGGCCAAGCGCGAGCTTGCCAATGCACAGCGGTTGGCCTCGGACATCACCGCCGCAGAGCAGACGGTTGAAAAGGCCTTTACCCAGCTGCAGCTTATTACCCAGCAACGACAAAACCAACCCGATGCAGAGCAGACGCTGGACGCACTCAAGCAGGCGATGCGGCGACTGGAGCAGGCACAACACGAAGTGGTCATCGCCGTTCACACGTTTGAGCGCTATAAAATGCGTGTCGAGTTCGCCTTGAGTGGCGCCCAGCGTGATCTCACCTATAACAAAGCCGACCAAGCGCTCTGGCAAGCGAATGCACGGCAGGCCACCGCCAATCATGACCGTTATCTTGCGCGTTTGTCCTCTATCGCTCAGCGCAATGCCGTTCTTCATGCCGCCGCTGAAGCGGTACTGGAGCGTTCCTCGCAGCAACTCATGCGGTTACGCGGGCAGGACAACGGCTCGGTGTTGTTTCGTATGTCCGCGATCCAGGATATGAGGCGTCCGAATCTGCTGCTAAGCGACGCGCCGCCGCTAAGAACCAGTCAACAGGTGGACTTGCAAAAATCCATTCGTTCAGCTGTCGCCGAGTTCAATTGGCTGATGACGCATCCAGAACAGGCACACACCGGGCAATATGCCGGAGTCCTTAGTTTTGATCTTGTCAGTCGAACCAAAGAAGTGCGTTTTGGCCTGTGTGTTGCGCTGGCCGAGATGTCTGCAATCGAACAAGACTGGCAGGCTCTCGCCGCACGGAAGGGCGAGGTGGAGTTGCCGTTGCGAATGGGCACGGCAATGATCGCGACAAAACCCGGCAGCCATTTCAGGGGCCTGAAAGAAATACGTGAGCTTTTTCAGATATACATCACGCCTGCCACCGGTGTGTTGCCGTCCAAGGTGCGCGTGAGGTTGGCGGTTTGGGATGGAGCTGGACGGTTTTTTCGCTTGACCACGGACGGCCCGCAACCACGAGTGCTCGAATGGACCTTCGCAGACTCCATGGAGGCGTCGATGGCATCCGAGCAAAATCGACTCGATTCTGCCGGTTTTATTCACTCATCGCCGGTACCGACGTTGGAATCCTTCGACTCCATTGGAGAGGTTGGATTTGATGACTACGTCGTGGTATTTCCCCAAGACTCGGGATTGGAGCCGCTCTATGCTGTGTTCAACGAGCGTCGCGACTCGTGA MELKPKLQDYTETEFQALVGKIWNVDMGKEEHDRLINHFDRIVGHPKGADLLFYPEDTENTNAPETIVHFVKQWHFKKNVIPFKGGVLPAPAKPAPRLSMAQHATARAKRELANAQRLASDITAAEQTVEKAFTQLQLITQQRQNQPDAEQTLDALKQAMRRLEQAQHEVVIAVHTFERYKMRVEFALSGAQRDLTYNKADQALWQANARQATANHDRYLARLSSIAQRNAVLHAAAEAVLERSSQQLMRLRGQDNGSVLFRMSAIQDMRRPNLLLSDAPPLRTSQQVDLQKSIRSAVAEFNWLMTHPEQAHTGQYAGVLSFDLVSRTKEVRFGLCVALAEMSAIEQDWQALAARKGEVELPLRMGTAMIATKPGSHFRGLKEIRELFQIYITPATGVLPSKVRVRLAVWDGAGRFFRLTTDGPQPRVLEWTFADSMEASMASEQNRLDSAGFIHSSPVPTLESFDSIGEVGFDDYVVVFPQDSGLEPLYAVFNERRDS NA NA NA NA NA D1-35_04230 276 imm_3 Colicin-E7 immunity protein ATGATCTTTAAAGAAGCGCTGGAAGATTATACCGAGCTGGAATTTTTATCCTTTCTCGGGGAGCTATTCCATCATACGAGTGATCTTAAAGGGCAGGAGCTGGGGAAGTATCTGGATAAACTGGTTGATCATTTCGAACTTATTACAGAACACCCCGACGGTTCAGATGTTCTCTTCTACCCAAAGGAGGGCCAGGAAGACAGCCCCGAAGGCATCCTGAAAGAAGTCAAGGAATGGCGCGCCCGCAATAACAGACCCGGCTTCAAACCGGAATAG MIFKEALEDYTELEFLSFLGELFHHTSDLKGQELGKYLDKLVDHFELITEHPDGSDVLFYPKEGQEDSPEGILKEVKEWRARNNRPGFKPE NA NA NA NA NA D1-35_04231 2577 hypothetical protein ATGGCAAAGCGAACATTCAGCGATGGATCAGATGGAACGGTAGTCATCAGACCGGGGCGCCCCTCATCGGGCGGCGGTTCCGGCGGAGGGTATGGCGGCGGCTTCGGAGGAAACCGCGTCGGAGCAACAGGCGGTCCCAAGCGTTCAGCCAGGGGGATGAAAAAGCGGCGGCAAGCGACGCTCAAGCGCCAGGCCGAGGAAGCGAATGCCGCTGCAAAAGTGAAAGCAGACTCTGTGAAAGCCAAGGCTGCGGCTGCCGCAAACGCCAATGAGCAGGCACGCCAACAAGCACTGGCGACCATGGTGCAACGCCACACCTCCACCCGGGCCGAGGTGGATCGAAACTTCGCGAATAAAAAGCAACAACTCGAGACGTCGCTTCAAAAGGAAATTTCGGCAGCAAAACGGCCACCCGCCTCGAACTCGACCGAGCGTTGGCAGCTTTACACCATCACCAGAGAAAAAAGCGAAATCGACGGGCTGATCGCCCGCAAGACCCAGGAACTCAACGCCAGGAAACTCGCTGCCCGCGTCTTTGATGGACAGGATCCGCTCATACGTTCGGTGAACGACTACCGCACGCGACTGGATCAGTTCGGCGCCGCGCTCGATGACGGTCATCGACTCTGGGAGCAGAGTTACACCGCGGCCCAAGAGGCGCGGCTGCTGTCCGAGCTGATCAGGGCCTTGAGCGAAAAATCCGGCACGCTGGCCCGATACCATGCCGAACAGACGGTGGTGTGGCGTGAACGGGAAGCTGTCTGGGAGCGCCAGCGTCAATACGCCGAACAACGGGCGGCGCGGATCCGCTTCAAACAGCAAGTTGATGAAAGCACGCGGCTGGAGAGGTTCCGGCAAGTCCATACCCTGAGCATACCTGCGCCTTCGTTGACTGCGGGCGGCATGGTACTGACCCGTGACGCCGTGTTCGTCGGCCAGCAAGCCGCAGCGGTGTTGGAACAGGCTGTCGCCACTTCCGTCGAAACGCTCAAGGACTACGGGCGGATCCTCGCCAGAACGGGGCCGGTCTTCGTCACGGCGATGGTTTACTCACCAACGCTGGGCGACGGCGAACTGACTTCAGAACAACGCAGCCGCCTGTTCCAAGGCGTCGGCGTACCGGCGCAAGCGCTCGGTCTCACCGACGGACCCGCGCTGCAATCGATTGCTGATGCAGGCGGTTCGGTTGAGTTGGCGTACCGGCTCAAGCCGCAAGTTGTGGCTGAAGGCACAGCGCTTAACATTGCCAGCACCGGCGACACCATCGGCGCTCATGTTCCCGTCATCAACGCGCAATTTGATCCGCTGACCGGCCTCTACAACGCAGAAGTCCCCGGCTCACCGACCCGACACCTGCAATTTACCGCCGATGCCGCCAGCCAGGCGATGCCTGCAAGCCAACCGGTTCTGACGGCGATGGCGCCTCAGGTGGAGACCTTGCCAGCGGGCGTGGACCTGCGCATTCAAGACTGCATCGTCTGCGTTCCCGGTTTGCCACCGACCTATTTCTCATTCGATTTGCCGCCGCTGGGCTCGGGCATCGTCACGGGCGCCGGCAAGCCGGCTGCGAATGATTGGTGGAGCACGGCCAGCCAGCCCCAAGGCGCGGCCATTCCCGAGCAAGTCGGTCATCAGATGCGGGCGCAGCCAATAAAGTCCTTCAGTGCCTTCGACCAGGCACTGTGGCGCGCCCTCGCCGAGCACCCAACGCTGTCGGTGTCGGGCAACGCCGACGAAATCAACAAAAAACGCATCGAACGCGGCTTTGCCCCCTATGCGCCGAAAAGCACGTGGGTCGGCGAGCGTCGCGAATTCGAACTGCGTTATCAGAACCGGGCCGAGCTGGGTGAAAACCCTTTCAATCTCGACCGCATCAGCATCGCCACGCCAAACAGCCTGCTGGGCAGGCCGGGCATCGTACCGGCTGTCATCCCCTGGCCCGCGCCTCCAATCGGCAAAGGGACCCGGACACCCCTGGTCCCGCCGGGCATCGAACAGCTTGGTCCGACCACCTCACCGATTACACCGCCACTCTCGTCGGTATATCCCGGCAATCCTGTCATCCCGGTCCTACCGGAAAACGAGACGTTTCCGGCTGTTGATCCGGGGCAAGTCGGTGCCAATATTCCTGGGTATCCGGGCGATATGGAGCTGCCTTCGCCGGATGCGCTGTTTTATGACCGGCGGGATGATCGTGGCGTGGCGCTCGGGTTTGGGCAGCCAGTCTCAGGCATTTGGTTGGGGGAGGCGGCGAGGACAACCGGCGCACCTATTCCTGATCGGATTGCGGATCAGTTGAGGGGGAGGGAGTTTGCGAACTTTCATCGGTTCAGGGAGGCAGTTTGGAAGGCCGTGGCGGCGGATGTGGAGCTGGGTCAGCAATTTACCGGCATCAATTTGGATAGGATGCGAAATGGCCAGTCACCATACTCCATAAGAAAGGACCAAGTAGGAGGACGAAAAGTATTTGAACTCCATCATGAGATTGAAATTTCAAAAGGTGGTGATGTGTATAACGTGGACAACATTCGTGTACTTACGCCCAAGCGTCACATCCAACACCACAGGGAGGGTTAA MAKRTFSDGSDGTVVIRPGRPSSGGGSGGGYGGGFGGNRVGATGGPKRSARGMKKRRQATLKRQAEEANAAAKVKADSVKAKAAAAANANEQARQQALATMVQRHTSTRAEVDRNFANKKQQLETSLQKEISAAKRPPASNSTERWQLYTITREKSEIDGLIARKTQELNARKLAARVFDGQDPLIRSVNDYRTRLDQFGAALDDGHRLWEQSYTAAQEARLLSELIRALSEKSGTLARYHAEQTVVWREREAVWERQRQYAEQRAARIRFKQQVDESTRLERFRQVHTLSIPAPSLTAGGMVLTRDAVFVGQQAAAVLEQAVATSVETLKDYGRILARTGPVFVTAMVYSPTLGDGELTSEQRSRLFQGVGVPAQALGLTDGPALQSIADAGGSVELAYRLKPQVVAEGTALNIASTGDTIGAHVPVINAQFDPLTGLYNAEVPGSPTRHLQFTADAASQAMPASQPVLTAMAPQVETLPAGVDLRIQDCIVCVPGLPPTYFSFDLPPLGSGIVTGAGKPAANDWWSTASQPQGAAIPEQVGHQMRAQPIKSFSAFDQALWRALAEHPTLSVSGNADEINKKRIERGFAPYAPKSTWVGERREFELRYQNRAELGENPFNLDRISIATPNSLLGRPGIVPAVIPWPAPPIGKGTRTPLVPPGIEQLGPTTSPITPPLSSVYPGNPVIPVLPENETFPAVDPGQVGANIPGYPGDMELPSPDALFYDRRDDRGVALGFGQPVSGIWLGEAARTTGAPIPDRIADQLRGREFANFHRFREAVWKAVAADVELGQQFTGINLDRMRNGQSPYSIRKDQVGGRKVFELHHEIEISKGGDVYNVDNIRVLTPKRHIQHHREG NA NA NA NA NA D1-35_04232 2925 ndhB NAD(P)H-quinone oxidoreductase subunit 2, chloroplastic ATGTCACTGATAGTTCTATTGCTTTTGCCCTTTATCGGCAGCTGTGTCGCGGCGCTGTTACCGCATAACGCCCGTAACGCCGAATCGCTGCTGGCCGGCCTCGTAGCCCTGGCCGGCGCTGTTCAGGTGGCCTTGTGGTACCCGCAGATCGCCGATGGCGGCGTAATCCGTGAACAATATGATTGGCTGCCAAGCCTCGGCCTGAATTTCGTGCTGCGCCTGGACGGTTTTGCCTGGCTGTTCTCGTTGCTGGTGCTGGGCATCGGCACGCTGGTGTCGTTGTATGCCCGCTATTACATGTCGCCGGAAGATCCGGTGCCGCGTTTCTTCGCGTTTTTCCTCGCGTTCATGGGCGCGATGCTCGGGCTGGTGATCTCCGGCAACCTGATCCAGATGGTGTTCTTCTGGGAACTGACCAGTCTGTTCTCGTTCTTGCTGATCGGCTATTGGCATCACCGCGCCGACGCCCGACGCGGCGCCTACATGGCGTTGATGGTGACCGGTGCCGGCGGGCTGTGCCTGTTGGCCGGTGTGATGCTGCTCGGCCATGTGGTGGGCAGCTATGACCTGGACAGGGTCCTGGCCGCCGGCAACCTGATTCGTGACCACGCCCTCTACCCCGTCCTGCTGCCGCTGATCCTGATCGGCGCCTTGAGCAAAAGTGCTCAGTTCCCCTTCCACTTCTGGCTTCCCCACGCCATGGCCGCACCCACACCGGTGTCGGCGTACCTGCACTCGGCAACCATGGTCAAGGCCGGTGTCTTCCTGTTGGCGCGGCTGTGGCCGTCATTATCGGGCAGCGAGCAATGGTTCTATATCGTCGGCGGCGCGGGGGCCTGCACCCTGGTGCTGGGCGCCTACTGCGCGATGTTCCAGAACGACCTCAAGGGCCTGCTCGCCTATTCGACCATCAGCCACCTCGGGCTGATCACCCTGCTGCTGGGTCTCAACAGTCCGCTGGCGGCGGTGGCGGCGGTGTTTCATATCCTCAACCACGCCACGTTCAAGGCCTCGCTGTTCATGGCCGCCGGAATCATCGACCACGAAAGTGGCACGCGGGATATCCGCAGGCTCAGCGGCCTGGTGCGACTGATTCCGTTCACCGCCACCCTGGCGATGGTCGCCAGCGCGGCGATGGCCGGGGTGCCGTTGCTCAATGGTTTCCTGTCCAAGGAGATGTTCTTCGCCGAGACGGTATTTATCTCGGCCACCGCCTGGGTCGAACTGGCGTTGCCGATCATCGCCACCATCGCCGGCACCTTCAGCGTCGCCTACTCCCTGCGCTTTACCGTGGACGTGTTCTTCGGCCCCACCGCCAGCGACCTGCCTCATACGCCCCATGAACCGCCACGCTGGATGCGCGCGCCGGTCGAGGTGCTGGTATTCACCTGCCTGCTGGTGGGGATTTTCCCGGCCCAGGTGGTCGGCTCGTTGCTGGCTGCCGCCGCACTCCCCGTGGTGGGCGGCCCGCTGCCCGAATACAGCCTGGCGATCTGGCATGGGCTGAACGCGCCCATGCTCATGAGCCTGGTGGCGATGGCCGCGGGCATCGTCCTGTACCTGCTGCTGCGCAAGCAATTCAAGCAAGGCCAAATCAAGCATCCGCCGCTGATCGGCCGCCTCAGCGGCAAGCGCTTGTTCGAACGCTGCCTGGTGCTGATGATGCGCCACGGCCGCCGGCTGGAGCGCAAGATCAGCACTCGGCGCCTGCAGGCGCAACTGTTCCTGCTGGTACTGGCGGCGCTCCTGGCCGGGTTGATCCCGATGCTGCACAGCACGCTGGTCTGGGGCGACCGGCCGAAGATTCCCGGCTCCGTGGTGTTCGTCACCCTGTGGGTACTGGCGATCACCTGCGCCCTGGGCGCGGCCTGGCAAGCCAAGTATCACCGTCTCGCGGCGCTGACGATGGTCAGCGTCTGCGGCCTGATGACCTGCGTGACCTTCGTCTGGTTCTCGGCACCGGACCTGGCCTTGACGCAACTGGTGGTGGAGGTGGTCACCACGGTGCTGATCCTGCTGGGGCTGCGCTGGTTGCCCCGACGGATCGAGGACGTATCGCCCCGGCCCAACAGCGAACGGCGCGCGCGCATCCGGCGCCTGCGGGACCTGCTGCTGTCCGGCGCGGTGGGCGGCGGCATGGCGCTGCTGTCCTATGCCATGCTGACGCGCCAGACCCCCAACGACATTTCCTCGTTCTACCTCAGCCGCGCGCTGCCTGAGGGCGGCGGCAGCAATGTGGTGAACGTCATGCTGGTGGACTTCCGCGGCTTCGACACCCTGGGGGAAATCACCGTGCTGGCGGCTGTGGCCCTGGCGGTGTTCGCCCTGCTGCGGCGCTTCCGTCCACCGAAGGAAAGCATGCAACTGCCGGCGCAACAACGCCTGCTGGCGCCGGACGTGGTCACCGACCTGGTCAACCCGCGCCACGCCAGCGATACCGCGCTGGGCTTCATGATGGTGCCGTCGGTGCTGGTTCGCCTGTTGCTGCCGATTGCCCTGGTGGTGTCGTTCTATCTGTTCATGCGCGGCCACAATCAACCCGGCGGCGGTTTCGTGGCCGGGCTGGTGATGTCGGTGGCGTTCATCCTGCAATACATGGTCGCCGGCACCCAGTGGGTCGAAGCGCAGATGAGCCTGCGACCGCTGCGCTGGATGGGCACCGGGCTGCTGTTCGCCAGCGCCACGGGGTTGGGGGCGCTGGCGGCGGGTTATCCGTTCCTGACCACGCACACCTGGCATTTCGAATTGCCGCTGCTGGGGGATATTCACCTGGCCAGCGCGCTGTTCTTCGACATCGGCGTCTATGCCGTGGTGGTCGGTTCGACCCTGCTGATTCTCACTGCCCTGGCCCACCAGTCAGTGCGCGCCCACAAGCCGGGCCTGCACGCCAAACCCGTCGCCCCTCTCAAAGGAGCCAACGCCTGA MSLIVLLLLPFIGSCVAALLPHNARNAESLLAGLVALAGAVQVALWYPQIADGGVIREQYDWLPSLGLNFVLRLDGFAWLFSLLVLGIGTLVSLYARYYMSPEDPVPRFFAFFLAFMGAMLGLVISGNLIQMVFFWELTSLFSFLLIGYWHHRADARRGAYMALMVTGAGGLCLLAGVMLLGHVVGSYDLDRVLAAGNLIRDHALYPVLLPLILIGALSKSAQFPFHFWLPHAMAAPTPVSAYLHSATMVKAGVFLLARLWPSLSGSEQWFYIVGGAGACTLVLGAYCAMFQNDLKGLLAYSTISHLGLITLLLGLNSPLAAVAAVFHILNHATFKASLFMAAGIIDHESGTRDIRRLSGLVRLIPFTATLAMVASAAMAGVPLLNGFLSKEMFFAETVFISATAWVELALPIIATIAGTFSVAYSLRFTVDVFFGPTASDLPHTPHEPPRWMRAPVEVLVFTCLLVGIFPAQVVGSLLAAAALPVVGGPLPEYSLAIWHGLNAPMLMSLVAMAAGIVLYLLLRKQFKQGQIKHPPLIGRLSGKRLFERCLVLMMRHGRRLERKISTRRLQAQLFLLVLAALLAGLIPMLHSTLVWGDRPKIPGSVVFVTLWVLAITCALGAAWQAKYHRLAALTMVSVCGLMTCVTFVWFSAPDLALTQLVVEVVTTVLILLGLRWLPRRIEDVSPRPNSERRARIRRLRDLLLSGAVGGGMALLSYAMLTRQTPNDISSFYLSRALPEGGGSNVVNVMLVDFRGFDTLGEITVLAAVALAVFALLRRFRPPKESMQLPAQQRLLAPDVVTDLVNPRHASDTALGFMMVPSVLVRLLLPIALVVSFYLFMRGHNQPGGGFVAGLVMSVAFILQYMVAGTQWVEAQMSLRPLRWMGTGLLFASATGLGALAAGYPFLTTHTWHFELPLLGDIHLASALFFDIGVYAVVVGSTLLILTALAHQSVRAHKPGLHAKPVAPLKGANA PGPT0013830_138 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013830-phaA-K05559 NA NA D1-35_04233 345 mnhC1 COG1006 Na(+)/H(+) antiporter subunit C1 ATGGAAGAAGTCATCGCAATCGCAATCGGCGTACTGGCCGCCTCCGGCGTCTGGCTGGTGCTACGGCCGCGGACCTTTCAAGTGGTCATGGGCCTGTGCCTGCTGTCGTATGGCGTCAACCTGTTCATCTTCAGCATGGGCAGCCTGTTCATCGGCAAGGAGCCGATCATCAAGGACGGCGTACCCCAGGACCTGCTGCACTACACCGATCCGTTGCCCCAGGCCCTGGTACTGACCGCCATCGTGATCAGCTTCGCCATGACTGCCTTGTTCCTGGTAGTCCTGCTCGCGTCCCGGGGCCTGACCGGCACCGACCATGTGGACGGCCGGGAGCCGAAGGAATGA MEEVIAIAIGVLAASGVWLVLRPRTFQVVMGLCLLSYGVNLFIFSMGSLFIGKEPIIKDGVPQDLLHYTDPLPQALVLTAIVISFAMTALFLVVLLASRGLTGTDHVDGREPKE PGPT0013835_402 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013835-phaC-K05560 NA NA D1-35_04234 1686 mrpD COG0651 Na(+)/H(+) antiporter subunit D ATGACGTTGACGCCACACTTGATCGCCGCGCCCATCCTGCTTCCGTTGCTGACCGCCGCGGTGATGCTGATGCTCGGCGAGAAGCACCGCCCGCTCAAGGCGCGGATCAATCTGTTCTCCAGCCTGCTGGGCCTGGGCATCGCCGTGCTGTTGTTGCACTGGACCCAGGAGCAGGCGCTGCCCGCTTCCATTGGCGTCTATCTGCCCGGTAACTGGCAGGCGCCGTTCGGCATCGTGCTGGTGGTCGATCGCCTGTCAGCGCTGATGCTGGTGCTGACCGGCATCATCGGCGTCTGCGCGCTGCTGTTCGCCATGGCCCGTTGGGACCGGGCCGGGGCGAGTTTCCATGCGTTGTTCCAGATCCAGCTGATGGGGCTTTATGGGGCCTTCCTCACGGCGGACCTGTTCAATCTGTTCGTATTTTTCGAGGTGCTGCTGGCGGCGTCCTACGGCTTGATGTTGCATGGATCGGGCCGGGCGCGGGTGTCGTCCGGGCTGCACTACATTTCCATCAACCTGCTGGCCTCGTCGCTGTTCCTGATTGGCGCAGCCCTGATCTACGGCGTCACCGGGACCCTGAACATGGCCGACCTGGCCCTGAAGGTGCCCCTCGTGCCGGAAGCCGACCGCGGCCTGCTGCACGCCGGCGCGGCGATCCTTGCGGTGGCGTTCCTGGCCAAGGCCGGCATGTGGCCGCTGAATTTCTGGCTGGTGCCGGCCTACAGTGCAGCCAGTGCGCCGGTGGCGGCACTGTTTGCGATCATGACCAAGGTCGGCGTCTACACCATCCTGCGGCTGTGGACCTTGCTGTTTTCCGGGCAGGCCGGCGCCTCGGCCTATTTTGGCGCTGACTGGCTGGTCTACGGCGGCCTGGCAACTATCGCCTGCGCGGCCATCGCCATCCTCGCGGCCCAGCGCCTGGAGCGCATGGCCAGCCTGAGCATCCTGGTCTCGGCCGGCATCCTGCTCTCAGCCATCGGTTTTGCCCAGCCAAACCTGGTGGGGGCGGCACTGTTTTACCTGGTGAGCTCGACCCTGGCGCTGTGCGCGCTGTTCTTGCTGGCCGAGTTGATCGAGCGTTCACGCTCGGCCAATGATCTGCCGCTGGAAGACGATCTCGACAGCCTGCCGCGCCCACTGGAATCGCTGCAGCCGCCCAAAGGCATCAACCTCGACGACGAACAGAAAGCCGTAGTCGGCCAAGTGATCCCCTGGACCATGGCCTTCCTCGGCCTGAGCTTCATCGCCTGTGCGCTGCTGATTATCGGCATGCCACCGCTTTCGGGCTTCATCGCAAAACTCGGGCTGCTCAACGCGTTGCTCAACCCCCAAGGGCTCGGAGCAAGTACCGACACGCCCGTCTCTGCCGCCGCCTGGGGCCTGTTGGCGCTGTTGATCCTGTCCGGGCTCGCCGCGCTGATCGCCTTCTCGCGCCTGGGCATCCAGCGCTTCTGGACGCCACAGGAGCGGCCGTCGCCACTGTTGCGGCCGTTCGAATGCGTGCCGATCATCGCGCTGCTCGGCCTCGGAATCGCCCTGACCTTCAAGGCCGAGCCGCTGCTGCGCTACACCCAGTCCGCCGCCGACGCGCTGAACACACCTGAACATTATGTGATGGCGGTGCTTGCCACCCGCGCCGTCCCCAACCCACAAGCCGACACCGAAGTGCAGGCGGTGCAACCATGA MTLTPHLIAAPILLPLLTAAVMLMLGEKHRPLKARINLFSSLLGLGIAVLLLHWTQEQALPASIGVYLPGNWQAPFGIVLVVDRLSALMLVLTGIIGVCALLFAMARWDRAGASFHALFQIQLMGLYGAFLTADLFNLFVFFEVLLAASYGLMLHGSGRARVSSGLHYISINLLASSLFLIGAALIYGVTGTLNMADLALKVPLVPEADRGLLHAGAAILAVAFLAKAGMWPLNFWLVPAYSAASAPVAALFAIMTKVGVYTILRLWTLLFSGQAGASAYFGADWLVYGGLATIACAAIAILAAQRLERMASLSILVSAGILLSAIGFAQPNLVGAALFYLVSSTLALCALFLLAELIERSRSANDLPLEDDLDSLPRPLESLQPPKGINLDDEQKAVVGQVIPWTMAFLGLSFIACALLIIGMPPLSGFIAKLGLLNALLNPQGLGASTDTPVSAAAWGLLALLILSGLAALIAFSRLGIQRFWTPQERPSPLLRPFECVPIIALLGLGIALTFKAEPLLRYTQSAADALNTPEHYVMAVLATRAVPNPQADTEVQAVQP PGPT0013840_106 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013840-phaD-K05561 NA NA D1-35_04235 489 hypothetical protein ATGAAGCGGCTGTTTCCCGCACCCTGGTTGTCGCTGGCGTTGTGGCTGCTCTGGCTGCTGTTGAACCTGTCCGTCAGCGCCGGCCATCTGCTGCTGGGCGCGGCGCTGGGCTTCCTGGCGCCATTGATGATGCGTCCGCTGCGGCCGCGGCCCATTCGCATCCGCCGGCCCTGGGTCATGCTGCGGCTGTTCCTGCTGGTGGGGCGCGATGTGCTGGTATCCAACCTGGCCGTCGCCTGGGGCGTACTGAATGCCGGACGCCGCCCGCCTCGCTCGCGTTTCGTCAAGGTGCCGCTGGACCTGCACGACGCCAATGGCCTGGCGGTGCTTTCAATGATCACCACGGTGATTCCCGGGACGGTCTGGTCGGAGCTGGCGCTGGACCGCAGCATCCTGTTGATGCACGTGTTCGATCTGGAGGACGAAGGCGCATTCATAGCGCACTTCAAGGCCACCTACGAGCGCCCGTTGATGGAGATTTTCGAATGA MKRLFPAPWLSLALWLLWLLLNLSVSAGHLLLGAALGFLAPLMMRPLRPRPIRIRRPWVMLRLFLLVGRDVLVSNLAVAWGVLNAGRRPPRSRFVKVPLDLHDANGLAVLSMITTVIPGTVWSELALDRSILLMHVFDLEDEGAFIAHFKATYERPLMEIFE PGPT0013845_519 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013845-phaE-K05562 NA NA D1-35_04236 279 hypothetical protein ATGAGCCCGTTGCTGTCCAATGCCATCCTGCTGGGCCTGTTCCTGTTCTCCCTGACCATGGTCCTGACCCTGGTGCGCCTGTTCAAAGGCCCCTCGGCGCAGGACCGGGTCCTGGCCCTCGACTACCTGTACATCGTCGCGATGCTGATGATGCTGGTGCTGGGCATCCGTTATGCCAGTGACACCTACTTCGAGGCCGCGCTGCTGATCGCCCTGTTCGGCTTTGTCGGCTCGTTTGCCCTGGCCAAGTTCCTCTTGCGTGGCGAGGTGATCGAATGA MSPLLSNAILLGLFLFSLTMVLTLVRLFKGPSAQDRVLALDYLYIVAMLMMLVLGIRYASDTYFEAALLIALFGFVGSFALAKFLLRGEVIE PGPT0013850_242 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013850-phaF-K05563 NA NA D1-35_04237 360 hypothetical protein ATGAATGTCGAGCTGTCGATGTGGGTGGAAATTTCGGTGGCGATCCTGCTGGTGGCCAGCAGCGTGTTCGCCCTGCTCGGGGCAATCGGCCTGGTGCGGTTGAAGGATTATTTCCAGCGCATGCACCCCCCTGCCCTGGCGTCGACGCTGGGTGCCTGGTGCGTTGCCCTTGCCTCGATCATCTACTTTTCCGCGATCAAGTCCGGGCCGGTGCTGCATGCGTGGTTGATACCGATCCTGCTGTCCATCACGGTGCCGGTGACCACCCTGCTGCTGGCCCGGGCGGCATTGTTCCGCAAGCGTATGGCCGGCGATGACGTACCGGCGGAGGTAAGTAGTCGCGGGAATGAGCCCAATTAG MNVELSMWVEISVAILLVASSVFALLGAIGLVRLKDYFQRMHPPALASTLGAWCVALASIIYFSAIKSGPVLHAWLIPILLSITVPVTTLLLARAALFRKRMAGDDVPAEVSSRGNEPN PGPT0013855_490 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013855-phaG-K05564 NA NA D1-35_04238 438 hypothetical protein ATGACGCTTTTATTGGCTCGGTCGCTGGTCGCAGTGTTTGCGACCATCAGCTTGTTTCATTTGTATTGGGCCCTGGGTGGGCGCTGGGCAGCCCTGGCGGTGGTACCGCAGGTTCCGGTGAAGCAGGGCGACACGCTGCGACCGGCGTTCAACCCGTCGGGATGGCTGACGCTGCTGGTGGCCCTTGCGCTGTTGATGATTGCGCTGCTGGTGTGCCTGCGGGTCGGGCTGATTTCGCCGCCCGTCACTCATCGCGCCTTGCAATGGCTGATCAGTGCCATTGCCTTGCTGATGTTCGCCCGGGCCATTGGCGAGTCGAACCTGGTGGGCTTCTTCAAGGAGGTCAAGGGCTCGACGTTTGCCCGGCTCGACACCTGGGTCTATTCGCCGTTGTGTGTCGTGCTGGGCGCGGGGTTGCTGACGGTGGCGTGGGCTTGA MTLLLARSLVAVFATISLFHLYWALGGRWAALAVVPQVPVKQGDTLRPAFNPSGWLTLLVALALLMIALLVCLRVGLISPPVTHRALQWLISAIALLMFARAIGESNLVGFFKEVKGSTFARLDTWVYSPLCVVLGAGLLTVAWA NA NA NA NA NA D1-35_04239 1017 hypothetical protein ATGAAACGAGTTCGACAGTGGCTGGCTGCGTGCGCCACCACCCTCGCTGTGTTGGTTTCGCCACTTCCGGCATCCGCTGCTGCTTCGGCGCCGATCCACTTTGCCGACCTGAACTGGGAAAGTGGCAGCCTGATCACCGACATCCTGCGGATCATCGTCGAAAAAGGCTACGGGTTATCGACCGACACGTTACCGGGCACCACCATTACCCTGGAAACCGCCCTGGCCAACAACGATATCCAGGTGATCGGTGAAGAGTGGGCGGGGCGCAGCCCGGTGTGGGTCAAGGCCGAGGCCGAGGGCAAGGTGGTTGCCCTGGGCGATACGGTCAAGGGCGCGACCGAAGGTTGGTGGGTGCCGGAATACGTCATCAAGGGCGACCCGGCCAAGGGGATCAAGCCGCTCGCGCCGGACCTGCGCAGCGTCGAGGACCTGGCGCGCTACAAACATGTGTTCAAGGATCCTGAAAGCCCCGACAAGGGGCGCTTCCTCAACAGCCCCATCGGCTGGACGTCCGAAGTCGTCAACAAGCAGAAACTCAAGGCTTATGGTCTTTCCGACAGCTACGTGAATTTCCGCAGCGGTTCCGGGGCCGCGCTTGATGCGGAAATTACTTCTTCGATCCGCCGTGGCAAGCCGATCCTGTTTTACTACTGGTCGCCCACGCCGTTGCTGGGGCGTTTCAAACTGGTGCAACTGCAAGAACCACCATTCGATGCCGAGGCCTGGAAGACTCTGACCGACGCCGACAATCCGAATCCGAAACCGACTCGCTCCCTGGCCTCGAAGCTGTCGATCGGTGTGTCCGTGCCGTTCCAGAAGCAGCATCCGGACATCGCCGAGTTCTTCGGCAAGGTCGACCTGCCCATCGAGCCGCTGAACAAGGCCCTGGCCGACATGAGCGAGAAACGCACGCCGCCCCGCGAAGCCGCCGAGGCGTTCCTCAAGGCCCACCCACAGGTCTGGCAGGCCTGGTTGCCCAAGGACGTCGCCGACAAAGTCGCGGCGGGGCTGTAG MKRVRQWLAACATTLAVLVSPLPASAAASAPIHFADLNWESGSLITDILRIIVEKGYGLSTDTLPGTTITLETALANNDIQVIGEEWAGRSPVWVKAEAEGKVVALGDTVKGATEGWWVPEYVIKGDPAKGIKPLAPDLRSVEDLARYKHVFKDPESPDKGRFLNSPIGWTSEVVNKQKLKAYGLSDSYVNFRSGSGAALDAEITSSIRRGKPILFYYWSPTPLLGRFKLVQLQEPPFDAEAWKTLTDADNPNPKPTRSLASKLSIGVSVPFQKQHPDIAEFFGKVDLPIEPLNKALADMSEKRTPPREAAEAFLKAHPQVWQAWLPKDVADKVAAGL PGPT0013640_758 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 D1-35_04240 471 hypothetical protein TTGGCAGTAAGTAATCTCGACATGCACGCGTTATTTGTACTGGGTGACCTTCGGGCAAAGCTGGTCAAGCAATTCCAGTCACGTTTTGTCTACATCACCGAACAAACCGCCGAGGGCATCTATGTTGCCGAACTCGATACGGAATCGGCGCTGGTGGTTGATGACAAGCCTCGGCTTGAACTCAAGGTCGGTGATCATTTTCGCGCGGCGGTATTGCCAAGTCGCGAGGGTGGCAAGTTTGAAATCCGTTTTCGTGAAATCAAGTTGACGGTCTATGGCCTCGGTGACTATGCCTTCGTCACGACTGCCGATGGCCATGCGATTCTGTTCAAGGAAGGCCACAGCGTGTTGACCGTCTTCGCGGCCCACGAACAGTTGCAGGAAGGTTTGACCAAGACGCTGAAAGCGGTCACCGCCAAGGCCGCCAAATGGCGCAAGGGCGAACTCGTGACGTTCAAGGCCAGCGAATAG MAVSNLDMHALFVLGDLRAKLVKQFQSRFVYITEQTAEGIYVAELDTESALVVDDKPRLELKVGDHFRAAVLPSREGGKFEIRFREIKLTVYGLGDYAFVTTADGHAILFKEGHSVLTVFAAHEQLQEGLTKTLKAVTAKAAKWRKGELVTFKASE NA NA NA NA NA D1-35_04241 261 hypothetical protein ATGGGTACTTCCCCAACGTTGCTCCGCCCCCTTGATTCGCGTATTGCCCAAGCATATGAGCGCCCTGGTGCCGAGAACCACCTCGCAACGGCCCTGATCCTGCCGCGATACCGAGTCGTCCTGGCCGGGACGTGTTTTTTCCATATCGAAGAAACGGCGACTGGACGCGTAAGAGGTTTCCGCGCCGATCATAACGAAGCCTGCTACCTGGCCAGGCGCCTCGAACAGAACGCTTGCGTTTTATCCGCACCCCGTCCATGA MGTSPTLLRPLDSRIAQAYERPGAENHLATALILPRYRVVLAGTCFFHIEETATGRVRGFRADHNEACYLARRLEQNACVLSAPRP NA NA NA NA NA D1-35_04242 231 hypothetical protein GTGACGGAATTGGATATCGGCGAATTTTTCATCCGGGGCGAAGCCAGAGAGGTCGAAGGCGAGTTCCAGGCCGTCATTGTGATGCGCGCCAAATCACCTTCCAACGCTGTCACTTACCACCAGGTGGAGAAGGATCGCTGGTTCAAGACTACGGAAATTGCTGCCGAAGCCGCCAGGGATGCGGCAAAGGCATTGAAGCTCGCCGTGGATGAAGGTGCGTTGAAAGCTTGA MTELDIGEFFIRGEAREVEGEFQAVIVMRAKSPSNAVTYHQVEKDRWFKTTEIAAEAARDAAKALKLAVDEGALKA NA NA NA NA NA D1-35_04243 237 hypothetical protein ATGGAACAACCATCACACGAGCTCAAAACCCTGTTTGATCAATTGGGCCTGCCTTCGGAAGGCAGTGCCATCGACGACTTCATCATGGCACACCCGCTGGATCCGAACACCAAATTGGTCGATGCGCCTTTCTGGTCGGACCAGCAAAGAGACCTGCTGCGCGAATGGCTAGTCGCCGACGGTGAGGAAGCAGTGCTGGTGGATCAACTGAATGTGCGCTTGCACGACGGCAAGTAA MEQPSHELKTLFDQLGLPSEGSAIDDFIMAHPLDPNTKLVDAPFWSDQQRDLLREWLVADGEEAVLVDQLNVRLHDGK NA NA NA NA NA D1-35_04244 1617 hypothetical protein ATGGCGACAGACGGATCTCTGGCGGCGGCAGCGTCGGCCTCGGTGCCCGCGGCGGGTGGCACGGCGCGCTGGGTTGCGCCGACCTTGCAAAGCGTCGCGCTGGTTTTGCTGCTTTGCGGCATGACATTGGGCGGTTGGTCGTTGTACCTGGGCCTGCCGCTGGCGCTGCTCATCGTCTGGTTGCCACGTCTGCGCTCGCGCCTGGCCAGTACTCCCGCGCCGGCGGCGAGCGACAGCCTGGCCGAGCTGACCCGCGATCTTTCCTACACCACCAGCCATAACGCTCTGTCGGCGGCGGGGGTGGCCTATTCGGTCAAGCAATTGGCCGGCAAGGTCCAGTCGCAGCTGGGCGCCGCGGCGCAGATCGTCAGCAATGCCGAGGCGATGATCGCGACCGAGCAGGCCACCTCGCAGCTCAGCCAGCAGGCGCTGGGCGCGGCCAGCGAGGCCCATCGCAGCAGTGTCGCCGGGCGCAGCGAACTGGTGGAATCCATCAGCCGCATGCATCAGCTCAGCCAACGCGCCAATGACAGCCGTGAGTTGATCGAAGCGCTGAGCGTGCGCAGCGACGAAATCCAGCGCGTGAGCCTGGTGATTCAATCGATCGCCAGCCAGACCAACCTGTTGGCGCTCAATGCCGCCATCGAAGCGGCCCGGGCCGGTGAGCATGGCCGCGGATTCGCGGTAGTGGCAGACGAGGTCCGCGGCCTGGCCGGGCGCACGGCCGCGGCAACCGGCGAGGTCGGGGTGATGGTGGCGGACATCCAGCAGCGCACTGCGCAGGTGGTTGAACAGATCCGACAACTGGCCGGCGACCTGGACAGCGGCGTGCAGCAGGTCGAGCACACCGGCCAACACCTGGAGAACATTGCCCGGCTCGCGGCCGGTGTCGAAACCCAGGTCAGCGCCATCGCCCAAGGCACCGATACCAACCGCGAGCAGCTCGACAGTCTGTTCCATGCCATCGAGCAGATGCGCAGCGACCTGGCGATCAGCGATCAACAGACCCAGCGCCTGGCCGAGGCGGCCGTACAGATGGAAGGCCAGGCCGAAACCATCAGCGAGCGTTTGGCCGAGGTGGGCCTCGATGATTACCACCAGCGGGTCTATGACCTGGCCCGCGAAGGCGCGAGCCGGATTGCCGCGCAGTTCGAAGCGGATGTCGATCAGGGGCGTATCAGCCTCGAAGACCTGTTCGACCGCAACTACCAGCCCATCCCCAATACCCACCCGGCCAAGTTCCAGACCCGTTTTGACCGCTACACCGATCAGGTACTGCCGGCTATACAGGAACCGCTACTCGCCCGGCATGAAGGCCTGGTGTTTGCGATTGCCTGTACCCAGCAAGGCTATGTGCCGACCCACAACAACGCCTTCTGCCAGCCGCTGACCGGTGATCCTCAGGTGGACACGCTGAGCAACCGCACCAAGCGCAAGTTTTCCGATCGAACCGGGATTCGCTGCGGCAGCCACCAACAGCCGGTGTTGCTGCAAACCTATACGCGTGACACCGGGGAACTGATGCATGACCTGTCGGTGCCGATCATGCTCAAGGGGCGTCACTGGGGAGGATTGCGGTTGGGTTACAAACCCGAGAAGCCGCGCCAGGGGCGTTGA MATDGSLAAAASASVPAAGGTARWVAPTLQSVALVLLLCGMTLGGWSLYLGLPLALLIVWLPRLRSRLASTPAPAASDSLAELTRDLSYTTSHNALSAAGVAYSVKQLAGKVQSQLGAAAQIVSNAEAMIATEQATSQLSQQALGAASEAHRSSVAGRSELVESISRMHQLSQRANDSRELIEALSVRSDEIQRVSLVIQSIASQTNLLALNAAIEAARAGEHGRGFAVVADEVRGLAGRTAAATGEVGVMVADIQQRTAQVVEQIRQLAGDLDSGVQQVEHTGQHLENIARLAAGVETQVSAIAQGTDTNREQLDSLFHAIEQMRSDLAISDQQTQRLAEAAVQMEGQAETISERLAEVGLDDYHQRVYDLAREGASRIAAQFEADVDQGRISLEDLFDRNYQPIPNTHPAKFQTRFDRYTDQVLPAIQEPLLARHEGLVFAIACTQQGYVPTHNNAFCQPLTGDPQVDTLSNRTKRKFSDRTGIRCGSHQQPVLLQTYTRDTGELMHDLSVPIMLKGRHWGGLRLGYKPEKPRQGR PGPT0015710_22565 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 D1-35_04245 405 dksA_1 COG1734 RNA polymerase-binding transcription factor DksA ATGACAAAGGAAAAGTTGCTGGCCATGCCGGCGGATGACTACATGAATGCCGAGCAACTGGCTTACTTCACCAAGCTGTTGCAGAACATGAAGGTCGAAACCCACGAGCGCATCGAACAGAACCGAATCGCCATTGAGAGCCTGGACACCCCGGCCGACCCGGCGGACGCCGCTTCCGTGGAAGAAGAGCGCACCTGGCTGGTCAACGCCATCGATCGCGACCAACGCATGCTGCCGCAACTGGAGCAGGCCCTGGACCGCATCAACGACCAAAGCTTCGGCTGGTGCGACGACAGCGGCGAGCCGATCGGCCTCAAGCGCCTGCTGATCAGCCCGACCACCAAGTACTGCATCGAAGCCCAGGAACGTCACGAACAGATCGACAAGCACCAGCGTCAGGCCTGA MTKEKLLAMPADDYMNAEQLAYFTKLLQNMKVETHERIEQNRIAIESLDTPADPADAASVEEERTWLVNAIDRDQRMLPQLEQALDRINDQSFGWCDDSGEPIGLKRLLISPTTKYCIEAQERHEQIDKHQRQA PGPT0014560_2062 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 D1-35_04246 1023 rbsC_2 COG1172 Ribose import permease protein RbsC ATGAACGCGATACTGGAAAACAAACCCGCGGCCGCACCGGCCAGGACGCGTCGACGGTTGCCGACGGAACTGAGCATTTTCCTGGTGCTGATCGGCATCGGGCTGGTGTTCGAGATGTTCGGCTGGATCATGCGCGACCAGAGCTTCCTGATGAATTCGCAGCGCCTGGTGCTGATGATCCTGCAGGTGTCGATCATCGGCCTGCTGGCCATCGGCGTGACCCAGGTGATCATCACCACTGGCATCGACCTGTCATCCGGCTCGGTACTGGCGCTGTCGGCGATGATTGCCGCCAGCCTGGCCCAGACTTCGGATTTCGCCCGGGCGGTGTTTCCCTCGCTGACCGACTTGCCGGTGTGGATCCCGGTGGTGGCGGGGCTGGGGGTCGGTTTGCTGGCCGGCGCAATCAACGGCAGCATCATCGCCCTTACCGGCATCCCGCCGTTCATCGCCACCCTCGGCATGATGGTCTCGGCGCGAGGCCTGGCGCGGTACTACACTGAAGGCCAGCCGGTGAGCATGCTGTCTGATTCCTATACGGCCATCGGTCATGGCGCGATGCCGGTGATCATCTTCCTGGTGGTGGCGGTGATCTTTCACATTGCCTTGCGCTACACCAAGTACGGCAAATACACCTACGCCATCGGCGGCAACATGCAGGCGGCGCGGACCTCGGGCATCAACGTCAAGCGTCATCTGGTGATCGTCTACAGCATCGCCGGGCTGCTGGCGGGACTCGCCGGCGTGGTGGCTTCGGCGCGTGCGGCGACCGGGCAGGCGGGCATGGGCATGTCCTATGAGCTGGACGCGATTGCCGCGGCGGTGATCGGCGGCACCAGCCTGGCCGGCGGGGTGGGGCGCATCACCGGGACGGTGATCGGCGCGCTGATCCTCGGGGTGATGGCCAGCGGCTTCACCTTTGTCGGTGTCGACGCCTATATCCAAGACATCATCAAGGGGCTGATCATCGTGGTCGCTGTGGTCATCGACCAATACCGCAACAAGCGCAAACTCAAGCGCTAG MNAILENKPAAAPARTRRRLPTELSIFLVLIGIGLVFEMFGWIMRDQSFLMNSQRLVLMILQVSIIGLLAIGVTQVIITTGIDLSSGSVLALSAMIAASLAQTSDFARAVFPSLTDLPVWIPVVAGLGVGLLAGAINGSIIALTGIPPFIATLGMMVSARGLARYYTEGQPVSMLSDSYTAIGHGAMPVIIFLVVAVIFHIALRYTKYGKYTYAIGGNMQAARTSGINVKRHLVIVYSIAGLLAGLAGVVASARAATGQAGMGMSYELDAIAAAVIGGTSLAGGVGRITGTVIGALILGVMASGFTFVGVDAYIQDIIKGLIIVVAVVIDQYRNKRKLKR PGPT0016800_202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_lNOSITOL_TRANSPORT_1,PGPT0016800-rbsC|mglC-K17214 NA NA D1-35_04247 1554 rbsA COG1129 Ribose import ATP-binding protein RbsA ATGTTCGCATCAGCGACTGCTACGAGCGCCCCGGCGGCGACTTTCCAGCCGGGCGCATTACCTGACGAACCGTACCTGCTGGAAGTCGTCAACGTCAGCAAGGGTTTTCCCGGCGTGGTGGCCCTGTCCGACGTGCAACTGCGGGTGCGCCCCGGCTCGGTGCTGGCCTTGATGGGCGAAAACGGCGCAGGCAAATCCACGCTGATGAAAATCATCGCCGGCATCTACCAGCCGGATGCCGGTGAACTGCGCCTGCGCGGCAAGCCGATCACGTTCGACACCCCGCTGGCGGCCTTGCAGGCCGGGATCGCGATGATCCACCAGGAACTGAACCTGATGCCGCACATGAGCATCGCCGAGAACATCTGGATCGGCCGTGAGCAGCTCAACGGCCTGCACATGATCGACCACGGTGAGATGCACCGCTGCACCGCGCGCTTGCTGGAGCGCCTGCGAATCAAGCTCGACCCCGAGGAGCAGGTGGGCAACCTGAGCATCGCCGAGCGGCAGATGGTGGAGATCGCCAAGGCCGTTTCGTATGACTCGGACATCCTGATCATGGACGAACCGACCTCGGCCATCACCGAGACGGAAGTCGCGCATCTGTTTTCGATCATCGCCGACCTCAAGGCCCAGGGTAAGGGCATCATCTATATCACCCACAAGATGAATGAAGTGTTCGCCATCGCCGATGAGGTGGCGGTGTTCCGTGACGGTGCCTACATCGGTCTGCAACGGGCCGACAGCATGGACGGCGACAGCCTGATCTCGATGATGGTCGGGCGCGAGTTGAGCCAGTTGTTTCCCGAGCGGGACAAGCCCATCGGCGATCAGGTGCTGTCGGTACGCGACCTGAGCCTGGACGGTATATTCAAAGGCGTGTCGTTCGACCTGCATGCTGGCGAGATCCTCGGCATCGCCGGGTTGATGGGCTCGGGCCGGACCAATGTCGCCGAGGCGATCTTTGGCGTGACCCCGGCCACCGGCGGCGAGATCCTGCTGGACGGCGAGCCGGTGCGCATCACTGATCCGCACATGGCGATCGAGAAGGGCTTCGCCCTGTTGACCGAAGACCGCAAGCTCAGCGGCCTGTTTCCCTGCCTGTCGGTGCTGGAAAACATGGAGATGGCGGTGTTGCCCCATTACGTCGGCAACGGCTTCATCCAGCAAAAAGCCCTGCGCGCGCTGTGCGAAGAAATGTGCAAGAAACTGCGGGTCAAGACGCCGTCCCTCGAGCAGTGCATCGACACCTTGTCCGGCGGCAACCAGCAGAAAGCGTTGCTGGCCCGCTGGCTGATGACCAACCCGCGCATCCTGATCCTCGACGAGCCGACCCGCGGTATCGATGTTGGCGCCAAGGCGGAAATCTACCGACTCATTTCCTACCTCGCCAGCGAAGGCATGGCGGTCATCATGATTTCCTCGGAGCTGCCCGAAGTGCTCGGCATGAGCGACCGGGTCATGGTGATGCACGAAGGTGACCTGATGGGCACCCTCGACCGTAGCGAAGCGACCCAGGAACGAGTCATGCAACTGGCGTCGGGCCTGTCCTGA MFASATATSAPAATFQPGALPDEPYLLEVVNVSKGFPGVVALSDVQLRVRPGSVLALMGENGAGKSTLMKIIAGIYQPDAGELRLRGKPITFDTPLAALQAGIAMIHQELNLMPHMSIAENIWIGREQLNGLHMIDHGEMHRCTARLLERLRIKLDPEEQVGNLSIAERQMVEIAKAVSYDSDILIMDEPTSAITETEVAHLFSIIADLKAQGKGIIYITHKMNEVFAIADEVAVFRDGAYIGLQRADSMDGDSLISMMVGRELSQLFPERDKPIGDQVLSVRDLSLDGIFKGVSFDLHAGEILGIAGLMGSGRTNVAEAIFGVTPATGGEILLDGEPVRITDPHMAIEKGFALLTEDRKLSGLFPCLSVLENMEMAVLPHYVGNGFIQQKALRALCEEMCKKLRVKTPSLEQCIDTLSGGNQQKALLARWLMTNPRILILDEPTRGIDVGAKAEIYRLISYLASEGMAVIMISSELPEVLGMSDRVMVMHEGDLMGTLDRSEATQERVMQLASGLS PGPT0016795_83 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_lNOSITOL_TRANSPORT_1,PGPT0016795-rbsA|mglA-K17215 NA NA D1-35_04248 924 xypA COG1879 Xylitol-binding protein ATGAAGACCAAGACCCGTATTGCCTCGCTGGCCCTGTCGTTGATGTTCGCCAGCGGCGTTGCCCTGGCGGACCTGAAGATCGGCGTCAGCATGTCCCAGTTCGATGACACCTGGTTGACCTACCTGCGCGAATCCATGGACAAGAAAGCCAAGTCCCTGCCGGACGGCGTCACCCTGCAATTCGAAGATGCGCGCAGTGACGTGGTCAAGCAGCTCAGCCAGGTGGAAAGCTTCATCAGCCAGAAGGTCGACGCGCTCATCGTCAACCCCGTTGACACCGCCGCGACCCAGCGCATCACCAAGGCCGCGGTGGCCGCGGGCATCCCGCTGGTGTACGTCAACCGCCGCCCGGACGATCTGAAGTTGCCGGAAGGGGTGGTCACCGTGGCCTCCGATGACCTGGAAGCCGGGCGCATGCAGATGCAATACCTGGCCGACAAGATGGGCGGCAAGGGCGACATCGTGATCCTGCTGGGCGACCTGGCCAACAACTCCACCACCAACCGCACCAAGGGCGTCAAGGAAGTGCTGGCCAAGTACCCGGGCATCAAGATCGAACAGGAACAGACCGGCATCTGGTCGCGGGACAAGGGCATGACCCTGGTCAATGACTGGCTGACCCAGGGCCGCGAGTTCCAGGCTGTGGTGTCCAACAACGACGAGATGGCCATCGGCGCCGCCATGGCCCTCAAGCAAGCGGGCACCAAGAAGGGCAGTGTCCTGATAGCTGGAGTCGACGGTACGCCGGACGGCTTGAACGCCATCAAGAAAGGCGACATGGCGGTCTCGGTGTTCCAGGACGCCAAGGGCCAGGCCGATGGCTCCATCGACACGGCGGTGAAAATGGCCAAGGGCGAGAAGATGCAATCCGTCGTGGTGCCGTATCGCCTGATCACGCCGGAGAACGTCGATCAGTTCAAGTGA MKTKTRIASLALSLMFASGVALADLKIGVSMSQFDDTWLTYLRESMDKKAKSLPDGVTLQFEDARSDVVKQLSQVESFISQKVDALIVNPVDTAATQRITKAAVAAGIPLVYVNRRPDDLKLPEGVVTVASDDLEAGRMQMQYLADKMGGKGDIVILLGDLANNSTTNRTKGVKEVLAKYPGIKIEQEQTGIWSRDKGMTLVNDWLTQGREFQAVVSNNDEMAIGAAMALKQAGTKKGSVLIAGVDGTPDGLNAIKKGDMAVSVFQDAKGQADGSIDTAVKMAKGEKMQSVVVPYRLITPENVDQFK PGPT0016780_497 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_TRANSPORT,PGPT0016780-rbsB|mocB|mglB-K17213 NA NA D1-35_04249 201 hypothetical protein ATGAACGACGAACTAAACAAAAACAAGAAACACAGCCAGGTACCGTCGATGAAAACCTTCAACCGCTCTGCGTTTCACCTGCCACTGCCCTTGCGCCTGTCCGCAATCCTTCCTTTTTTCGAATCCCTGTGCATCCAGCGCAAGGGCGCCTTGGTGTGCTGCATGCCCGGCGCACCGATCGTGCGTTTGCCGCGTTCCTGA MNDELNKNKKHSQVPSMKTFNRSAFHLPLPLRLSAILPFFESLCIQRKGALVCCMPGAPIVRLPRS NA NA NA NA NA D1-35_04250 1053 iolW COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolW ATGCGAATCGGATTAGTAGGCTACGGCAAGGGCGGGCGTTTTTTCCATGCGCCGCTGATCAGCAGCCTGCCGGGGGCTACTTTCGTCGGCGTGGTAACCCGCTCCGCCGAGCGGCGCCAGCAGTTGGCAAGCGAGCATCCGCAGGCCCAAGCGTTCGACAGCCTTGCGCAACTGGTGGCGGCCGGCGTCGATGCGGTGGTGGTGTCCACGCCGCTGGAAGCGCGTCCGGCGCTGGTACTGGAAGCCATCGAGCACGGCGTGGGGGTGGTCAGCGATAAGCCTTTTGCCCTAGACGCCGCACAGGCCGAAACGATGGTGCTGGCCGCCGAACGGCGCAATGTGCCGTTGAGCGTGTACCAGAACCGGCGCTGGGATTCGGATTTCCTGACCGTGCGCAAGTTGCTCGGATCCGGCGCACTGGGGCAGGTGACTCGCTTTGAATCCAGCGTCGAACGTTACTCACCGACCTCGGTGGGAAAAGGCAGCGGCGGCGGATTCCTGCGGGACCTGGGCAGCCATCTGGTGGACCAGGCATTGCAATTGTTTGGTCCGGTGCTGCGGGTTTACGCCGAGCTGGATTATCGACAGCCGGACCAGGCCTACGACAACGGCTTCTTCATGTCGCTGGCCCACGCCAATGGCGTCGTGTCGCACTTGCGCGGCAGTTGCCTGCAGGACGCGCCGCGCCCACGCTTTCGGGTCAGTGGCAGCGAAGGCTGCTATACCGTCGAAGGCCTCGATGGGCAGGAAGCCCAGGCGTTGGCGGGATTGAGCCCGGCCACCGCAGGCGAGCGCTGGGGCGCCGAGGAGCACCGGCGCTGGGGCTGGTTCGAACACGGTGCCGAGCGCGAGCGCGTGGCCTCGGAACGCGGTTGCTGGCTGGCGTTCTACCAGAGTCTCCAGGCCGCCTTGCAGGGCGACGGGCCGCTGCCGGTCGCCGCTCGCGACGCCTTGGCCACGACCCGTGTCCTGGACGCTGCAAGGCAAAGCGCGGAGCAGGGCAACGTGGTGTATTTATCCACGCCCGTTGGTCATGGAACAAAAAACGAATAA MRIGLVGYGKGGRFFHAPLISSLPGATFVGVVTRSAERRQQLASEHPQAQAFDSLAQLVAAGVDAVVVSTPLEARPALVLEAIEHGVGVVSDKPFALDAAQAETMVLAAERRNVPLSVYQNRRWDSDFLTVRKLLGSGALGQVTRFESSVERYSPTSVGKGSGGGFLRDLGSHLVDQALQLFGPVLRVYAELDYRQPDQAYDNGFFMSLAHANGVVSHLRGSCLQDAPRPRFRVSGSEGCYTVEGLDGQEAQALAGLSPATAGERWGAEEHRRWGWFEHGAERERVASERGCWLAFYQSLQAALQGDGPLPVAARDALATTRVLDAARQSAEQGNVVYLSTPVGHGTKNE PGPT0018530_311 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0018530-iolW-K16044 NA NA D1-35_04251 660 pqiA_2 COG2995 Intermembrane transport protein PqiA ATGCCCGATCCGTCAGACATCGATAGGTTGTCAGATCTACCCTTGGACGGTCTGGTGGCGTGTCATGAATGCGACTTGTTGATGCGCAAGCCACAGCTGGCCCACGGCGAAAAAGCCGAATGCCCCCGCTGTGGATACGAACTTTATGCCCACCGACATAACGTGGTCGAACGTAGCCTCGCCCTGGTAGTTGCCGCTTTGCTGTTGTTTGTGCCGGCGAACTTTTTACCCATCATGCAGCTCAATCTGCTCGGACAGTCGTCCCAGGACACCGTCTGGAGTGGCGTGGTCGGGCTGTTCAATACCGGTATGCACGGTGTATCGGTGGTGGTGTTCCTGTGCAGCATGGGGATTCCGCTGCTCAAGTTGCTCTGTCAGCTGATTGTGCTGCTGACCATTCGCTGGAACGTCGGGCGAAGTTACGGCTTGTTGTTGTACCGCACTTACCATCACTTAAGGGATTGGGGGATGCTCGAGGTCTATTTCATGGGCGTGCTGGTTGCCATCGTCAAACTTGCCGACATGGCGGCTATTACCGTGGGCCTGGGCCTGGTGTGTTTTGTCAGCTTGTTGCTGGTTCAGGTCTGGCTGGAAGTGGTGATGTCACCGCATCAGATCTGGCAGGCGCTGTCAGGAGAGGATTCTCATGCGGGCGATTGA MPDPSDIDRLSDLPLDGLVACHECDLLMRKPQLAHGEKAECPRCGYELYAHRHNVVERSLALVVAALLLFVPANFLPIMQLNLLGQSSQDTVWSGVVGLFNTGMHGVSVVVFLCSMGIPLLKLLCQLIVLLTIRWNVGRSYGLLLYRTYHHLRDWGMLEVYFMGVLVAIVKLADMAAITVGLGLVCFVSLLLVQVWLEVVMSPHQIWQALSGEDSHAGD NA NA NA NA NA D1-35_04252 624 pqiA_3 COG2995 Intermembrane transport protein PqiA ATGCGGGCGATTGATGCGGGCATTCTGATCTGCGTCGAATGTCACGAGTTGAATCGGCAGGATGCAGGCGCTGACAAACAGACCTGCTCCCGTTGTGGCGCACGCATCCATCCCCGTCGTCCGAACAGCCTCATGCGGACCTGGGCATTATTGATCACGGCCGCGATTCTCTATATTCCGGCCAATATGCTGCCGATCATGACCATCAATTCGCTGGGCCAGGGATCGCCCAGCACCATAATGGCCGGCGTCATCGAGCTGGTTCAGCACGGCATGATCCCTATTGCCGCGGTGGTGTTTGTTGCCAGTATCGTCGTGCCCACTTTCAAGCTGGTGGGGCTCGCCTTGTTGTTGTTTTCGGTGCAACGGCACCAGCCAATGTCCGCGCGTCAGCGCATCCTCATGTATCGCTTCATTGAGTTCATCGGCCGCTGGTCGATGCTGGACATTTTCGTAATCGCAATTCTGGTGGCGGTGGTCAATTTCGGGCGGCTTGCCAGTGTTGAAGCCGGTCTCGGTGCCATCGCCTTTGCCAGCGTAGTGATTTTGACAATGATTGCCGCAGTTACCTTCGATCCCCGACTGATTTGGGATAACACGGAGTCGGATGACGACCATGACTGA MRAIDAGILICVECHELNRQDAGADKQTCSRCGARIHPRRPNSLMRTWALLITAAILYIPANMLPIMTINSLGQGSPSTIMAGVIELVQHGMIPIAAVVFVASIVVPTFKLVGLALLLFSVQRHQPMSARQRILMYRFIEFIGRWSMLDIFVIAILVAVVNFGRLASVEAGLGAIAFASVVILTMIAAVTFDPRLIWDNTESDDDHD NA NA NA NA NA D1-35_04253 2304 yebT COG3008 Intermembrane transport protein YebT ATGACTGATTTGCCTACTGCTAAAACCCGACCGGCTTCGAACTGGTCGGCCATCTGGGTCTTGCCGTTGATTGCCTTGATCATTGGCGGTTGGCTCGGCTGGCGGGCTTATAACGAGACCGGGATCGAGATCAGCGTACGTTTTGAAAGCGGTGAGGGCATTCAGGTCAACAAGACCGAGATCGTCTATAAAGGCATGACGGTGGGCAAGGTAAAGGACCTTACGCTTGATGACGAGGGTAGCTCGAAAGGCGTTATCGCGACCGTCGAAATGAACAAGGACGTCGAGCAATACCTCAAGACCGGCACACGTTTCTGGCTGGTCAAGCCGAGTGTGAGCCTGGCCGGGATCACCGGACTGGAGACGCTGGTATCAGGCAATTACGTGGCCATAAGCCCGGGGGAAGGCGAGTCGACACGCAAGTTCAAGGCCTTGGCCGAAGAGCCGCCGCTATCGGACGCCAAACCAGGTTTGCACCTGACGATCAAGGCTGAGCGCCTGGGTTCCCTGGACCGTGGCAGCCCGGTTTTCTACAAACAGATTCAAGTTGGCCAAGTGAAAAGTTATTCCCTGTCCGAAGATCAGCGCACAGTCGAGGTCAAGGTCTTCATCGAGCCGACCTACGCCAGCCTGGTTCGCAAACACACACGATTCTGGAACGCCAGCGGCATCAGCATCGATGCCAACCTATCGGGCGTCAAAGTACGCAGTGAATCACTGGCCAGTATCGTGGCCGGCGGTATCGCGTTCGCCACGCCGGAAAACCGCAAGGACAGCCCGCCCACGGACCCAAGCCTGCCGTTTCGTCTGTACGAAGACTTCGATGCAGCCGCCGCCGGGATCCGGGTAAAGGTCAAGCTCAGCGATTTCGAAGGGTTACAGGCGGGGCGCACGCCGGTCATGTACAAAGGTATCCAGGTTGGTAGCCTGAAGACGTTGAAGGTCGACCCCGACTTGTCCAGCGCCAGCGCCGAGCTGACCCTTGATCCTTTGGCCGAGGACTACCTGGTGACCGGCACTCAGTTCTGGGTCGTCAAGCCATCGATTTCCCTCGCGGGTATCACCGGCCTCGAAGCGCTGGTCAAGGGTAACTACATCGCCGTGCGCCCGGGCGACAAGGGCGCGGCGCCGCAGCGCGAATTCGAAGCCAGGGCGAAGGCTCCGCCATTGGACCTGCGTTCCCCTGGCCTGCACCTGGTGCTGCTGACTGAGAATCTGGGATCGCTGGAAGTCGGCAGTCCGATTCTCTACAAGCAGGTCAAGGTCGGCTCGGTGCAGAGCTACCAATTCTCCCGCAAGAAAAAACAGTTGATCATCGGTGTGCACATCGAGAAGGAATACGAAGGGCTGGTGAACGGTTCGACGCGATTCTGGAACGCCAGCGGCGTCACCCTCACGGGCGGTCTGACTGGCGGAATACAGGTCAAGAGCGAGTCCCTGCAGAGCCTGATGGCCGGCGGGATCGCCTTCGAGACGCCGGAGCCGAATGTACCGTTGAAAAGACGCATCCCTCGGTTTCGCCTGCATGAAGACCGCGAAGCGGCACAGCAGAACGGCACGGTCGTGACGATCAAGGTCGATCGCGCCGACGGCTTGCGCAGCGGTACGCCGATCCGTTTCAAGGGGCTGGATGTGGGCAAGATCGAGAACGTCGATCTCAGCGCCGACATGCAGTCGGTGCTGGTCACCGCGCGTATCACCGAAGTGCCGGAGCGTATCGCCCGCGTCGGGACCCAGTTCTGGGTGGTCAAGCCAGAGCTGGGGTTGATGAAGACGTCGAACCTGGAAACCCTGGTGACCGGTCAATACATTGAAGTGCAGCCCGCTGTGAAAAGCCAGGGTCCACAGAAAAGCTTTGTTGCGTTGGCCGAACCACCCGAAAGCGCGGTTCCGGAGGCTGGTTTGAGCCTGGTATTGAGTGCGGCGCGCCGTGGTTCGTTGAAGATTGGCGTGCCGGTGACCTATCGCGAGGTGACGGTGGGTAAAGTCACGGGATATGAATTGGGCCAGACGGCGGACCGGGTGCTGGTCCATATCCTGATCGAGCCCAAGTATGCGCCGTTGGTGCGCAGTGGTACTCGCTTCTGGAACAGCAGCGGTTTTGGCCTGGACTTCGGCCTGTTCAAGGGCGCGACGGTGCGGACCGAGTCGTTGGAGACACTGATCCAGGGCGGTATCGCTTTTGCGACACCGGACGGCGAGCGGATGGGCAACCCGGCGCGACCGCAGCAGACGTTCCCGCTGTTCGACAAGTTTGAAGATGAGTGGCTGACCTGGGCGCCGAAGATCGCGCTCGGCAAGTGA MTDLPTAKTRPASNWSAIWVLPLIALIIGGWLGWRAYNETGIEISVRFESGEGIQVNKTEIVYKGMTVGKVKDLTLDDEGSSKGVIATVEMNKDVEQYLKTGTRFWLVKPSVSLAGITGLETLVSGNYVAISPGEGESTRKFKALAEEPPLSDAKPGLHLTIKAERLGSLDRGSPVFYKQIQVGQVKSYSLSEDQRTVEVKVFIEPTYASLVRKHTRFWNASGISIDANLSGVKVRSESLASIVAGGIAFATPENRKDSPPTDPSLPFRLYEDFDAAAAGIRVKVKLSDFEGLQAGRTPVMYKGIQVGSLKTLKVDPDLSSASAELTLDPLAEDYLVTGTQFWVVKPSISLAGITGLEALVKGNYIAVRPGDKGAAPQREFEARAKAPPLDLRSPGLHLVLLTENLGSLEVGSPILYKQVKVGSVQSYQFSRKKKQLIIGVHIEKEYEGLVNGSTRFWNASGVTLTGGLTGGIQVKSESLQSLMAGGIAFETPEPNVPLKRRIPRFRLHEDREAAQQNGTVVTIKVDRADGLRSGTPIRFKGLDVGKIENVDLSADMQSVLVTARITEVPERIARVGTQFWVVKPELGLMKTSNLETLVTGQYIEVQPAVKSQGPQKSFVALAEPPESAVPEAGLSLVLSAARRGSLKIGVPVTYREVTVGKVTGYELGQTADRVLVHILIEPKYAPLVRSGTRFWNSSGFGLDFGLFKGATVRTESLETLIQGGIAFATPDGERMGNPARPQQTFPLFDKFEDEWLTWAPKIALGK PGPT0014520_21 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014520-pqiB-K06192 NA NA D1-35_04254 2841 hypothetical protein ATGAGCAAGGAACGCTACGGCATCCGCCGCTTTGCCCTTTTGAACACCGCCGGCTATAGCCTCGGCCTGTTCCCGCTGGAAGAACCGTTATCGGTTTACGGCGCGAACAACCTGGGTAAATCCGCCTCGATCAACGCCCTGCAGTTCCCGATCCTGGCGCGCATGTCGGACATGAGCTTTGGCAAGTACAGCCTGGAGCAATCCCGGCGTTTCTACTTCGCCTCGGACACCAGCTACATCCTCGTGGAAGTTGCCCTGCCCCACGGCCCGCACGTGATTGGCGTGGTCGGTCGCGGCCCTGGCGGCGGTTTCGGCCATCAGTTCTTTGCCTACGCCGGCAAACTGGACCTGGCCCACTATCAGAAAGATGACACCTGCCTGCGCCAGAAAGAGCTGTTCACCAACCTGGAGCGCGAAGGCCTGAAGGCCTACGAACTCAAGCCGGATGAACTGCGTCGTCTGCTGGTCGGCGGACACACCTCGATCCCCCTGGACCTGACGCTGATCCCGCTGCGCTCCACCAGCGAGCAAAGCCTCAAGACCTTCCGCGCGTTGTTCATCAACCTGCTGCACATGCGCGAAATCACCGCCGCCAAGCTCAAGCAACTGTTCCTCGATGCCTTCGAGCACAGCCTGCGCTCCGGCAGCGTGGACTACATAGCCGCGTGCGAAGAAGCCTTCCGCGACGTGCGACGCATGGAACAGGACTACAACTCCCTGGTGGCGGCCGGCCCGTTGGTGGAAGCCTTGGCCAACGGCGTGAAGCAGCGCGATATCCTGCGCGGCAAACTGCATCGCCTGTCGCCATTGCTCGACTCGCTGCTGGGCACCTGGTCGGACTATGCGAGTGCGCGCAAGGAAGAGCTGACCATCCAGGCCGAGCACTACCGCAACGAGCAGGATTCGCTGCAGAACGACCAGCGCGGCGGCACCCAGGAGCTGATGCGCCTGGAGCGTGAAATCAGCGGCATCCAGCGCTGGCTCGGCGAACTGTCGGTGCTCAAGCATCGCTTTGCCCTGGTGGACGACGTCAAGGTCCTGGAGCAGCAGCTTCTCGCCGCCAAAGACGCCCACGACGAACTGGCCGGCGCTCTGGCTCAGTCCCGGCAGTTCAGCGCCGAAGACCTGGAAGAGCGCCTGCGGGATCTGGAAAAACGCCTGAAGTCGGTCAAGCAGCAACTCGATCACGCCGACAACAACAGCTACGCCCGCCTGCGCGAAGAGTTCTCCCAGCAGGACGTCGAGCGCCTGATGCGCCTGTTCAACAGCGCTTTGTTCAGCCTGCCGCTGGGCGAACACGGGATCGCGCTGGACGAGAATGGCGAGTGGGTCAAATCCATGGAGCTGATTCTCGACGGCTTCAGGGGCGAGCGCTTCGAAGTGCCCGGCCTGTCCATCGACCTGTCCCACATCGAACCGCCGGCCCTGCAAGCGCTTGCCGACCGCGCCGCGCTGCGCGATCAGAAAGAGCGTCTGGAAAAAGAGCTCAAGCAGCTCAAGACCCAACAAGCCGTGGCCGCCGACCGTGCCGCGAGCAAGACCCAGACCGAAGCGCTGTACCAGCAGGTCCTGGATGCACAGAAAGCCCTGGAAGACTTCCGCCGCACCCAGACCTTGAGCGCCGAGGAAGGCGAGAAACTCGAGCAACTGGCGCAGATGGAAGCCGCCCAGGACGAACTCAAGCGCTCCAGCGATGCCTTCACCGAGCGGGTCCAGCAATTGTCCGCCAAGTTGCAACTGGTGGGCCGGCAGATCGCCGACATGGAAGCCAAGCAACGCACCCTCGACGATGCCCTGCGCCGTCGCCAGTTGCTGCCGGCGGACCTGCCATTCGGCACGCCGTTCATGGACCCGGTCGACGACTCCATGGACAACCTGTTACCGCTGCTCAACGATTATCAGGACAGTTGGCAGGGCCTGTTACGGGTCGATGGCCAGATCGAAGCGCTGTACGCCCAGGTGCGCCTCAAGGGCGTGGCCAAGTTCGACAGCGAAGACGACATGGAGCGCCGTCTGCAACTGCTGATCAACGCCTATGCCCACCGCACCGATGAAGCCCTGACCCTGGGCAAGGCGCGTCGTGCGGCCGTCACCGACATCGCCCGGACCTTGCGCAACATCCGCAGCGACTACGACAGCCTCGAACACCAGTTGGCGCTGTTCAACCGCGAGATCAACAAGCGCCAGGTGTCCAACCTGCAAAGCTTCCGCATCGTCCTGGCGCCGAACAAGGAAGCGCTCAAGCACATCGACCAGATCATCCACAGCGCCGGCCAGTACGAGGAAGGCGAGACGCTGTCGGTGTTCGACCTGAGCCAGAGCGCCGAGCAGGACAACAAGAACGAAGAAGCCAAGGAATACCTGGCGCGGCTGGTGGCGGCAAACCACAACCAGCTCGGCCTCAAGGACCTGTTCGAACTGGCGTTCGAGATCACCAAGGTCAACGGCCAGCCGGTGATCCACACCGACATCGACGGCGCGGCGTCCAACGGCACCACCATGACCATCAAGGCGCTGACCAACATGTACTTGTTGCTGCACCTGATGGACCGCGAACAGGCTGGTCGCGTGCGCCTGCCGTACTACCTGGACGAAGCGGCGGACATCGACGAAAAGAACCAGGCAGCGCTGCTGGAAACCAGCTTGCAACTGGGCTTCGTGCCGATCCTCGCCAGTGTGAAGCCGCAGGTCTGCGCCAGTGTCGCCATCGACCTGGAAGGCGGCAGCGGCCCGAACGGCATCTACATCGACGAGGCGGACTGGAAGTACATACGTCGTCACGATGCGGTGAAAGCCACGGTGAACGTCCAGGCCGATGAGCCGGAGCTGGATCCGGTCTGA MSKERYGIRRFALLNTAGYSLGLFPLEEPLSVYGANNLGKSASINALQFPILARMSDMSFGKYSLEQSRRFYFASDTSYILVEVALPHGPHVIGVVGRGPGGGFGHQFFAYAGKLDLAHYQKDDTCLRQKELFTNLEREGLKAYELKPDELRRLLVGGHTSIPLDLTLIPLRSTSEQSLKTFRALFINLLHMREITAAKLKQLFLDAFEHSLRSGSVDYIAACEEAFRDVRRMEQDYNSLVAAGPLVEALANGVKQRDILRGKLHRLSPLLDSLLGTWSDYASARKEELTIQAEHYRNEQDSLQNDQRGGTQELMRLEREISGIQRWLGELSVLKHRFALVDDVKVLEQQLLAAKDAHDELAGALAQSRQFSAEDLEERLRDLEKRLKSVKQQLDHADNNSYARLREEFSQQDVERLMRLFNSALFSLPLGEHGIALDENGEWVKSMELILDGFRGERFEVPGLSIDLSHIEPPALQALADRAALRDQKERLEKELKQLKTQQAVAADRAASKTQTEALYQQVLDAQKALEDFRRTQTLSAEEGEKLEQLAQMEAAQDELKRSSDAFTERVQQLSAKLQLVGRQIADMEAKQRTLDDALRRRQLLPADLPFGTPFMDPVDDSMDNLLPLLNDYQDSWQGLLRVDGQIEALYAQVRLKGVAKFDSEDDMERRLQLLINAYAHRTDEALTLGKARRAAVTDIARTLRNIRSDYDSLEHQLALFNREINKRQVSNLQSFRIVLAPNKEALKHIDQIIHSAGQYEEGETLSVFDLSQSAEQDNKNEEAKEYLARLVAANHNQLGLKDLFELAFEITKVNGQPVIHTDIDGAASNGTTMTIKALTNMYLLLHLMDREQAGRVRLPYYLDEAADIDEKNQAALLETSLQLGFVPILASVKPQVCASVAIDLEGGSGPNGIYIDEADWKYIRRHDAVKATVNVQADEPELDPV NA NA NA NA NA D1-35_04255 702 hypothetical protein ATGCATCTTGATCTATCCGAACTGTCCCAGCTGGCGCCGATCTTTCGCGAGCTGTTCAAGGGTTACCACGTCAGCCGCCGCGACCCGGAGCTTTACGCGCAACTGTCGAACTTCCAGGACCAGTACCGCACGCTGTTCAAGGCCCTGGGCTTCGAACTGGTGTGCGATACCCGCGGCTTCTATTACTTCGTACCCGACCTGGCCGCCGCCGCGGTGAACAAGACCGCCCAGCGCCTGGCCCTGTTCACCTTCATCCTCGTCGAACACCTGGCCGATCAGGGTCGCGACCCGATCGCCGTGCTCGACGGTGGCAGCCTCGGCCGCGATGAGTTGCCGTCGTTGCTGGAAAAATACCGCGACCTGTTCATCCAGGCCGAAGTACAGACCCAGGAAGAGCTGGAAGAAAAAATCATGCGCCGCATGACCCAGCTGGGTTTTGCCAGCGAAGAAAACGGCGTGTACCGCTTCCTGCCACCGATGCATCGTTTTCTCGACGTCTGCCTGTCGGTCCAGCAGGACCGCGACCTGGCCGCCAGCCTGCACAGCGTGCTGCCGTTGCCGGCGCCGGTACTGATCGACGAAGACAGCGACGAAAAACTGCTGCAGACCGATGACCCGCTGGACCTCAGTGAATTCGACGGTGAAAGTGAAGAAGACGCACTGGCCCGTGCCATTGCCGAAGAACAGGAGACCGACGCATGA MHLDLSELSQLAPIFRELFKGYHVSRRDPELYAQLSNFQDQYRTLFKALGFELVCDTRGFYYFVPDLAAAAVNKTAQRLALFTFILVEHLADQGRDPIAVLDGGSLGRDELPSLLEKYRDLFIQAEVQTQEELEEKIMRRMTQLGFASEENGVYRFLPPMHRFLDVCLSVQQDRDLAASLHSVLPLPAPVLIDEDSDEKLLQTDDPLDLSEFDGESEEDALARAIAEEQETDA NA NA NA NA NA D1-35_04256 1281 hypothetical protein ATGATCGAACCCAAGCGCGTCTTGCGCGCCCTTGCTGAACACTGGGCATTGCTGGAACCTTTGTGCGAGCACTTCGACCAGGGCACCCTGAGCCTCAACGAACTGCGTTCACAACTGGCCGCCCAACAACTGGACAGCACGCCCCAGGACATTACCCACCTGCTGGACGTATGGATCCGCCTGGACATCCTCGTGCCGGTGGCGAAAAGCCCCAACCGTTTCGAGCTCAACGCCCAGATCCACGACTTCCTCGCCTACCTTCGCCGCGAACACCGCCTGGGCCTGTGCCTGGAAATCGAAGCCTACCTGCGCCACCTCGAGCGCCTGGCCGGTTACATCCAGGACGCTTTCGAGGTGCGCGACGGCAACGACCTGGCCCGCCAGTTGCGCTTGCTGGACATGCGCGTGCGCGACGTCCTGAAGAAGCTCGCCAACGATGAGCAGGCACTGGTGGCCGTGGCCGAACGGGCCAAGACCAGCGATCGACAAATTCCGCTGCGCCAGCGCTACGCCGAAGTACTGGCGACCTGGGACGAATACGTCGAACCGATGATCCAGCTGGTGAACGCCGACGGCGCCTTCGAGCAAGGCGTGCGCAAGGTCGAGAACGTGCTGTTGCGCATGCTCACCGAACAACAGCGCCTCGGCCACCTCGTCGACGACGACATGCTGCTGCGTACCCACGCACGCATCCTCGAAATGCAGACCAGCGCCCAATTGACCCTGCGCCACGCCCGGGAACTGCTCCTGCCGCTGCGTGAAGAGGCCCGCCGGCATAACGCCGTGACCCGTGGCGCGGCGCTGGCCCTGGCGGCCATTCGCCGCAAGGGCATCGATGCCGTGCCGCAAGCCGCCATGCCGCTGTTCACCCGGCCGCAAAGTACGTTTTTGGGCAGTGCCAGCCAGGTCGAAGCCTATGTCTATGCCCTGGCCCGTTTCGAGCCCAAACCGGCGCGCTTTCCCAAGTCCCACAAGACCCACAAGGGCGGTGAGGCACCACGGGCGCCGCGCACCGTACGCGAGATGGTCGAGCGTTGCGAAGACGCCCTGCCGATGCCGGACCTGATGAGCTGGCTGCTGGAGCAGGAACCGGACGGCGCCACCGACGAATTGCTGTACTGGTTCTCGCGCCTGTCGCGGGAAAAACGATTCAAGCGCGAGCGTCTGGAACGCCGCGATTATCACACCCACGAGCATCAGGTCAGCCTGCGCTCCTTCGCCCTGCTCTCGGCCGGCGACACCGCCGCCGAGGATTCTGCGAGCATCCCCCATGCATCTTGA MIEPKRVLRALAEHWALLEPLCEHFDQGTLSLNELRSQLAAQQLDSTPQDITHLLDVWIRLDILVPVAKSPNRFELNAQIHDFLAYLRREHRLGLCLEIEAYLRHLERLAGYIQDAFEVRDGNDLARQLRLLDMRVRDVLKKLANDEQALVAVAERAKTSDRQIPLRQRYAEVLATWDEYVEPMIQLVNADGAFEQGVRKVENVLLRMLTEQQRLGHLVDDDMLLRTHARILEMQTSAQLTLRHARELLLPLREEARRHNAVTRGAALALAAIRRKGIDAVPQAAMPLFTRPQSTFLGSASQVEAYVYALARFEPKPARFPKSHKTHKGGEAPRAPRTVREMVERCEDALPMPDLMSWLLEQEPDGATDELLYWFSRLSREKRFKRERLERRDYHTHEHQVSLRSFALLSAGDTAAEDSASIPHAS NA NA NA NA NA D1-35_04257 786 hypothetical protein TTGCTTATCGAGTCCCGCCGCCGCGCCTATCTGACCGCCATGCAGGTGGTCAACTGGCTGCCGCGTACCGAATTGCCATTTGCCGCCCCGTCGCGGCCCGAGCTGCTGGAAGCGCCTGAGCCGATGGAGGTCGCGCCGCCCCAGGCCGCGCCCGTCGCCAAGACCGTTGCCGAACCGTTGGCGCCCGCTGTCGAACGGCCGAAAGTCGAAGTCCCGCGTCCGAGCCTGGCCTCGACCCGGACCAACGCCAAACCGGTGGAAGAGGTCGACGAAGCGCCGGCCCCGGTGAAGGTTGCACAGGTGCCGCCGCCACGTTTCGCCCTGCAACTGCTGCGAGCCGGGCGTTGCCTGCTGCTGGTGGAGTTACCCACCGGCGAACCCTTCCAGAGCCGCGATCCAGCCTATTTGCTGCTCAAGGACATGCTGCGTGCCGCCGGCCTGCCGGACAGCCCGCAAATCATCGGCGAGCCGGTGCGCTGGCCATTGTTGTCGCGCGGCACGATGGACCAGGGGCCGGAGGCGGCGCGGGATTTTGTCCAGGGATTTGTTTCGGCGCGTCTGGAAGATGAACCGTGCGTGTGTCTGTGGCTGATCGGCCTGCCGGCAGTGAGGTTCGCCGGCGAGGCGGATGCCGAAGCGTTCAACCGTGAATTGCAGGTCGAAGGCCTGGGCTCGGCGTGGGCGTTGCCTGGACTGGAATCGTTAATGGAAACGCCACGGCACAAGGCTGACGTCTGGCAAGCCATGCGCCGGCTGATGGCGCGCTGGAAAGAATCGAATGAGTGA MLIESRRRAYLTAMQVVNWLPRTELPFAAPSRPELLEAPEPMEVAPPQAAPVAKTVAEPLAPAVERPKVEVPRPSLASTRTNAKPVEEVDEAPAPVKVAQVPPPRFALQLLRAGRCLLLVELPTGEPFQSRDPAYLLLKDMLRAAGLPDSPQIIGEPVRWPLLSRGTMDQGPEAARDFVQGFVSARLEDEPCVCLWLIGLPAVRFAGEADAEAFNRELQVEGLGSAWALPGLESLMETPRHKADVWQAMRRLMARWKESNE NA NA NA NA NA D1-35_04258 453 rimI COG0456 [Ribosomal protein S18]-alanine N-acetyltransferase ATGAGTGACGCTGTATCGTTCCGCCCGATGACCGAGGCGGACCTCGACGCTGTACTGAAGATCGAATACGCGGCCTACAGCCATCCCTGGACCCGCGGGATATTTCTCGACGGGCTGGGCAAATACCAGATCTGGCTGATGTTCGAAGGCCAGCAGCAAGTCGGCCATGGCGTGGTGCAGATCATCCTCGATGAAGCGCACCTGCTCAATATCACCGTCAAGCCGGAAAATCAGGGGCGCGGCCTGGGTTTGCGGCTCTTGGAACACTTGATGTCGATTGCCTACAAGGCGGAGGCACGCGAATGCTTCCTGGAAGTGCGCGACAGCAATCGCACGGCGTTCCGGTTGTATGAGCGTTACGGTTTCAACGAGATTGGCCGGCGGCGGGATTACTACCCGGCGGTGGGCGGGCGTGAAGATGCGGTGGTCATGGCCTGTACCTTGGTGGACTGA MSDAVSFRPMTEADLDAVLKIEYAAYSHPWTRGIFLDGLGKYQIWLMFEGQQQVGHGVVQIILDEAHLLNITVKPENQGRGLGLRLLEHLMSIAYKAEARECFLEVRDSNRTAFRLYERYGFNEIGRRRDYYPAVGGREDAVVMACTLVD NA NA NA NA NA D1-35_04259 405 hypothetical protein ATGAATGATTCACGACGTCCCTACGATGCGGTGCAACCGGAACCCATCGACGACAACGAAGACCGCATGGGCTCGATGCGTGAGCTGGAATTCGATGACGATGAATACGAGGCCAGGATCGGCGACGAGCTGCCCGAAAACGAACGCGAACAACTGATACCGGACGAACGTGTGCGTGAAGCAGGCATGACGGGGGCCTCGATGGATGACCGTCAGCCGACCGACGATGATCTGAGCCCCGAGACCCTGATCCGTGATGATGGCGCCAGGGACGCCCTGGAGGCCGGTGAAGGTGAACAGGCCGATTGGGACCTGAGCGTCGTGGATGAAAATGATATCGGCGGCGGCGACGGCCTGGACGAAGCGGAAATGGCTGATATCGACCCGTTGGATGGCAAGCGCTGA MNDSRRPYDAVQPEPIDDNEDRMGSMRELEFDDDEYEARIGDELPENEREQLIPDERVREAGMTGASMDDRQPTDDDLSPETLIRDDGARDALEAGEGEQADWDLSVVDENDIGGGDGLDEAEMADIDPLDGKR NA NA NA NA NA D1-35_04260 645 can COG0288 Carbonic anhydrase 2 ATGAATGAATTACAAGATCTGATTGATAACAACGCGCGCTGGGCCGATGCGATCAAGCAGGAGGATCCTGACTTCTTCGCCAAGCTGGCTCGTCAGCAAACCCCCGAATACCTGTGGATCGGCTGCTCCGACGCGCGAGTGCCGGCCAACGAAATCGTCGGCATGTTGCCAGGTGATCTGTTTGTGCACCGTAACGTGGCCAACGTGGTGTTGCACACCGACCTGAACTGCCTTTCGGTGATCCAGTACGCGGTGGACGTGCTCAAGGTCAAGCACATCCTGGTCACCGGCCATTACGGCTGCGGCGGCGTGCGTGCCTCGATGCAGGACCGCCAGCTCGGCCTGATCGACGGCTGGCTGCGCTCGATTCGCGACTTGTACTACGAGCACCGCGAAGCGTTGGCCAAATTGCCGACCGAAGAGGAACGGGTCGACCGCCTGTGTGAACTCAACGTGATCCAGCAGGTGGCGAACGTCGGTCACACCAGCATCGTCCAGAATGCCTGGCACCGCGGGCAGAAACTGTCCATTCATGGTTGCATCTATGGGATCAAGGACGGGCGCTGGAAAAGCCTGGACACCACGATCAGCGGTTTCGAGCAGTTGCCACCGCAGTATCGCTTGCGTCCTGTAGACGCGCCCTGA MNELQDLIDNNARWADAIKQEDPDFFAKLARQQTPEYLWIGCSDARVPANEIVGMLPGDLFVHRNVANVVLHTDLNCLSVIQYAVDVLKVKHILVTGHYGCGGVRASMQDRQLGLIDGWLRSIRDLYYEHREALAKLPTEEERVDRLCELNVIQQVANVGHTSIVQNAWHRGQKLSIHGCIYGIKDGRWKSLDTTISGFEQLPPQYRLRPVDAP PGPT0002415_4369 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D1-35_04261 1161 hypothetical protein ATGTCCAAACTCGCCGTATTCTCTCTCGCCGCCCTGGCCTTCAGTGCCGCCGCCCATGCCGCCGACATCGATGTACAACTGGGCAGTACCGAACGTGTCACCCGTCTCTTCGCCTACCCTAACAACTGCAACGTCATCTGTTTTCGCAACTGGACGCTGGAGCAGACCGTCGAGCATTACCTGACCCAAAGCGTACAGCGCGACGGCTACGGCGCGGCCAAGGTCAGCGTCAAACGCGATAACGACATCGTCTACGCGAACATCAGCGGGGTGCCGAAAAGCTACGGCCAACCGCTGGCCGCGCTGCTCAACGCCGGAGACCTGGCGTACAACGGCGCGACGAAACTCAACAATGACAAAAAGTGGGCCTACAACTGGTACCTGTTCCTGCCCTTGGGCATGGCCCTGGAAAACCGCAAGAGCGTCGAGTTGCTGCACTTCCCGCCGGATTACTCGCTGACCCAGGCCCAGGATTACCTCGAATCGGCCACTACCGACCGCTGGGCCACGCTGCTGACCGCCAATGGCATTGCCGCCGACCAGACGCCGGCCTACCAGACGATCATCGACATCGCGCCGATCGCCGCCCCGTCCAACGCCGGCCAGGCACTGGAAGGCGTCTACGATTATTTTAACGACTACCAGACCACCATGGTCAAGCAGGTCAGCCAGAACGCAAGCGGCAATGCACTGCCGATGGTGGCCTTCGGCGCTCCGGTTCGGAACTGGATCAAGACCCAATACGGCCCGACCGTGAATGTGCTCGGCCTGGCGACCATCACACCGACAGAAGGCGTCAAGGTTCCGGTACTCGGCTCCAATCACCCCAGCTATATCTGGTACGCCGCCGACCCTGAAAGCTATGACGGTGACCAGGCCAAGGCAGATGCCGCGGGCTTGAAAGTCATGGGACAGGACCTGAGCGCCGCATGCTGGCAAGCCGGGATGGGCAGCAAGCCCGATACCGATCCGACCCAGCAACTGAGCCAATGCACGCAGACCTGGCAGGTTACCCAGAAAGAGAAGACCTGCGAGTTGTTCTATACCTCGATTCGCAAACTGACGCCGGCCGAAGCGGCGACAAAATGCGCGGCGCCGGCGATCAAGTCGCAACTTCAGCAATTGAAGGTGCCTATGCCGCTGCCAGCTGAATCAGTCTGA MSKLAVFSLAALAFSAAAHAADIDVQLGSTERVTRLFAYPNNCNVICFRNWTLEQTVEHYLTQSVQRDGYGAAKVSVKRDNDIVYANISGVPKSYGQPLAALLNAGDLAYNGATKLNNDKKWAYNWYLFLPLGMALENRKSVELLHFPPDYSLTQAQDYLESATTDRWATLLTANGIAADQTPAYQTIIDIAPIAAPSNAGQALEGVYDYFNDYQTTMVKQVSQNASGNALPMVAFGAPVRNWIKTQYGPTVNVLGLATITPTEGVKVPVLGSNHPSYIWYAADPESYDGDQAKADAAGLKVMGQDLSAACWQAGMGSKPDTDPTQQLSQCTQTWQVTQKEKTCELFYTSIRKLTPAEAATKCAAPAIKSQLQQLKVPMPLPAESV NA NA NA NA NA D1-35_04262 1419 atoE COG2031 Putative short-chain fatty acid transporter GTGACCACTGACATTGAAGACAGCCGCTCCGCCCGCTTCGCATTGCGCTGCTCCAGTTTCGCCGAGCGCTGGTTTCCCGACTCCTGGGTCTTCGCCGCGCTGGCGGTGCTGGTGGTCGCAATCGCCACGCAGTTCATCGGCGCTACGCCCACGGCAGCGGCGATGGCGTTTGGCGATGGCTTCTGGAGCCTGATTCCGTTCACGATGCAAATGGCCTTCGTGGTGATTGGCGGTTACGTGGTCGCCAGTTCGCCGCCCGCCGTCAAGCTGATCGATCGCCTGGCACGGATTCCAAAAAACGGCCGCAGTGCGGTAGCTTGGGTGGCCTTGATTTCCATGGTCGCATCGCTGCTCAACTGGGGCCTGTCGCTGGTGTTCGGCGGCCTGCTGGTGCGGGCACTCGCCCGGCGCAGCGACTTGAAAATGGATTATCGCGCCGCCGGTGCCGCCGCCTATCTGGGCCTGGGCGCGGTGTGGGCGCTGGGATTGTCTTCGTCGGCCGCGCAACTGCAGGCCAACCCGGCCAGCCTGCCGCCATCGATCCTGTCCATCACGGGCGTCATTCCGTTCACCCAGACCATTTTCCTCTGGCAGTCCGGGGTGATGTTGCTGGCGCTGATCGTGATTTCGCTGATCGTCGCCTACGCCACCGCTCCAGGGCCCAACAGCGCCCGTGATGCCGCCGCCTGCGGGATCGATCCGAGCTTCAGCATGCCGGCATTGCAGCCTCGCACCCGTCCGGGAGAATGGCTGGAACACAGCCCGCTGTTGACCATCGCCCTGGTGCTGCTGGCTGCCGGCTGGCTGTTCCACGAGTTTTCGACCAAGCCTGCGATCAGTGCCATTTCCGGGCTGAACACCTACAACTTCCTGTTCATCATGCTCGGCGCATTGTTGCACTGGCGCCCGCGCAGCTTCCTCGACGCCGTGGCCCGCGCGGTGCCGACCACAACCGGGGTGTTGATCCAGTTTCCGCTGTACGGTTCGATCGCCGCGCTGCTGACCACGGTCAAGGGCAGCGACGCGCAGACGCTGGCCCACCATATCTCGACCTTTTTCGTACAGATCGCGTCGCATGACACCTACGCCTTGTTGATGGGCGTCTATTCGGCGGTGCTGGGCTTCTTCATTCCCTCGGGCGGGGGCAAGTGGATCATCGAAGCGCCCTACGTCATGCAGGTGGCCAATGACCTGAACTATCACCTGGGCTGGGCGGTGCAGATCTATAACGCCGCCGAGGCGCTGCCGAACCTGATCAATCCGTTCTACATGCTGCCGCTGCTGGGTGTCCTGGGGCTGAAGGCCAGGGATCTGATCGGTTTTTCGTTTGTACAGTTGCTGGTGCACACCCCTCTGGTGCTGGTACTGCTCTGGGCGCTGGGGACCACGCTGACCTATTTGCCGCCCGTGATGCCATAA MTTDIEDSRSARFALRCSSFAERWFPDSWVFAALAVLVVAIATQFIGATPTAAAMAFGDGFWSLIPFTMQMAFVVIGGYVVASSPPAVKLIDRLARIPKNGRSAVAWVALISMVASLLNWGLSLVFGGLLVRALARRSDLKMDYRAAGAAAYLGLGAVWALGLSSSAAQLQANPASLPPSILSITGVIPFTQTIFLWQSGVMLLALIVISLIVAYATAPGPNSARDAAACGIDPSFSMPALQPRTRPGEWLEHSPLLTIALVLLAAGWLFHEFSTKPAISAISGLNTYNFLFIMLGALLHWRPRSFLDAVARAVPTTTGVLIQFPLYGSIAALLTTVKGSDAQTLAHHISTFFVQIASHDTYALLMGVYSAVLGFFIPSGGGKWIIEAPYVMQVANDLNYHLGWAVQIYNAAEALPNLINPFYMLPLLGVLGLKARDLIGFSFVQLLVHTPLVLVLLWALGTTLTYLPPVMP PGPT0021760_208 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021760-atoE-K02106 NA NA D1-35_04263 1317 bdlA_2 COG0840 Biofilm dispersion protein BdlA ATGTTCAACACCCGCCTCAAGCAGGAGCTGCTGGCTCTTCGCCAAGAACTCTCGAGCATCATGCAAGTCAAGGAAAGCCTGGATCGAGAGATGCTGGCGCTGACCCTCGATGCCGAAGGACGGGTGCAATCGGTCAATCAGAACTTTCTCGATGAGATGCACTACAAGAGCCAAGACTTGATTGGCCGCGCTGTCGAGGACCTGGTGCCGGCCTACCTGAGGTCCAACGAATTCCAGATTCGTTTCAAGACCGCGCTGACCCGCGGTGAGCACTTCTCCGGTGCCGTTCGCCTGGTACGAGGCAACGGCGACGAGGCCTGGCTACGCTCGATCCTCCAGCCGGTACGGGATGCCAATGGGCGAATCCGCTATTTCTCGATGTACTCCAGTGACCTGACCCGCACCATCGAAAATTCCCGCGAGCATGAAAACCTGATCGGCGCCCTGGTGCGTTCGACAGCGGTGATCGAGTTCGACCTGGGCGGCCACGTCCTGACAGCGAACGATCGTTTTCTCAATGCCATGGGCTACAACCTTGCGCAGATCAAGGGCAAGCACCACCGCACGTTTTGCGAGCCCGAGGAGTACAACAGCGCGGCCTACCAGAACTTCTGGAAACGCCTGAACAACGGGGAGTTCGTCGCCGGCCGCTTCAAGCGCCTCGACAGCAATGGCCGTGAGGTGTGGCTGGAGGCTTCCTACAATCCGGTACTTGACGCCAACGAGCGCCTTTACAAAGTGGTCAAGTTCGCGACCAATATCACCGATCAGGTCAACCAGGAAAAAGCCGTCGCCGAAGCCGCCAGCATCGCCTACAGCACGTCATTGCAGACCGATAGCAGCGCCCAGCGCGGAACCACCGTCGTGACCCAGGCGGTGGACGTGATGCGTGACCTGGCCCGACACATGCAAACCGCCGGTCAAGGTATCGAGGCCCTGAACGAGCAATCCCTGGTCATCGGGACCATCGTCAAGACCATCAGCGGCATCGCCGAACAGACCAACCTGCTGGCGCTCAACGCGGCCATCGAGGCTGCTCGGGCCGGTGAGCAGGGACGCGGTTTCGCAGTGGTCGCCGATGAGGTCCGGCAACTGGCTTCGCGAACCAGCCAGGCGACCGACGAGATCATTGGCGTGGTCCGCCAGAACCAGGACATGGCCCGCAATGCCGTGGCGCTGATGACCGATGGCCAGCATCAGGCTGAACAGGGCCTGGCCCTGGCAGCCGAGGCGGGAACGGTCATCGTCGAGATCCAGGACGGGGCGAAAAAGGTGGTGGATGCGGTGAGCCAGTTCGCCAATCAGCTGTCGACTTGA MFNTRLKQELLALRQELSSIMQVKESLDREMLALTLDAEGRVQSVNQNFLDEMHYKSQDLIGRAVEDLVPAYLRSNEFQIRFKTALTRGEHFSGAVRLVRGNGDEAWLRSILQPVRDANGRIRYFSMYSSDLTRTIENSREHENLIGALVRSTAVIEFDLGGHVLTANDRFLNAMGYNLAQIKGKHHRTFCEPEEYNSAAYQNFWKRLNNGEFVAGRFKRLDSNGREVWLEASYNPVLDANERLYKVVKFATNITDQVNQEKAVAEAASIAYSTSLQTDSSAQRGTTVVTQAVDVMRDLARHMQTAGQGIEALNEQSLVIGTIVKTISGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRQLASRTSQATDEIIGVVRQNQDMARNAVALMTDGQHQAEQGLALAAEAGTVIVEIQDGAKKVVDAVSQFANQLST PGPT0015710_26706 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 D1-35_04264 1845 ggt_2 COG0405 Glutathione hydrolase proenzyme GTGCTTTCAGACCTCAAACCGAATCTTCATCGCCTGTCAGCCGTTTCGCTGCTGGCCGTCGCCCTGACACTTGTTGCCTGTAAGACGCCGCCCGCCTCCACGACTGCCCCGCAATTGCCCACCGCTCCGGAAATCGCTTCCGGCTACCGCACCGACCTGCAGACTCGCCACGCCGACCGGCACATGGCCGCTGCGGCCAATCCTCTGGCGGCCGAGGCCGGACGGGAAATGCTCCGGCGTGGAGGCTCGGCCATCGACGCGGCGATTGCGATGCAGGCAGTGCTGACGCTGGTGGAACCGCAGTCTTCCGGCATCGGTGGTGGCGCGTTCATTGTGCTGTGGGACGGCAAGGCGGTGCGCACCTACGACGGTCGCGAAACGGCACCGGCCGGCGCCAGCGAAAAACTCTTCATCCAGGCCGACGGCAAACCCATGCCGTTCACCGCCGCGCAGATTGGCGGCCGTTCGGTAGGCACGCCTGGCGTGTTGCGCGCGCTGGAACTGGCTCATCGCAAACACGGTCGCCTGGAATGGTCGACGCTGTTCGAGCCGGCCATCAAACTGGCGGAACAGGGCTTCAGGATTTCCCCCCGGCTGCACTCGATGATCGCCGCCGATACAGCCTTGCCCAGCTCGCCCGAGATGGCCGCCTATTTCCTCAACGCCGATGGCAGCCCGAAAGCGGTGGGCACGCTGCTGAAAAATCCTGCCTTGGCCGGCGTACTTTCGCGTATTGCCCACGAAGGTCCCAGCGCGTTGTATGAAGGGCCGGTGGCTGCGGAGATCGTCGCCAAGGTGCAAGGCCATGGCAATCCCGGCAGCCTTTCGCTGAGCGACCTCAAGGGTTACGCCGCCCGGGAACGCGCGCCGTTGTGCACCGACTACAAGCGCTGGCAAGTCTGTGGCATGGCGCCACCGTCGTCCGGCGGGATCGCCGTCGCGCAGATCCTCGGGACATTGCAGGCCCTGGAACATCGCGACAGCCGCTCGGCCCTCGCGCCGTTGAAACCGCTACCGTCAGACAAGCCCGCGGGTCTCGAGCCGGCGCCGCAAGCGGTGCACCTGATTTCCGAGGCTGAACGCCTGGCCTACGCCGACCGCGCCCAGTATGTCGCCGATGCGGACTTTGTCCCGGTGCCGCTCAAGGGCCTGGTCGATCCGGCTTATCTGGCCAGTCGCGCGAACCTGATCGGCCCACGCAGCATGGGTATTGCCAAGCCCGGCACACCGCCGGGTATCCAGGTGGCCTACGCACCGGACCGCTCGCCCCTGCGCATTTCCACCTCGCAAGTGGTGGCGGTGGATGACCAGGGTGGCGCCGTGTCGATGACCACCACGGTGGAGTCGGCCTTCGGTTCGCACTTGATGGTGCAGGGCTTCATGCTCAACAACCAGATGACCGATTTCTCGTTCATACCCGAAGAGAACGGACAGAAAGTCGCCAACCGCGTCGAACCCGGCAAACGTCCGCGATCGTCCATGGCGCCAACGCTGATCTTCGATCGCCAGAGTGGCGAATTCCTCGCCGCAATTGGTTCGCCGGGCGGATCGCAGATCATCGAATACGTCGCCAAGTCGGTGATCGGCCTGCTGGACTGGAACCTGGACCCGCAAGCCGCCATCAACCTGCCCAACTTCGGCAGCCGCAACGGCGCCACCGAACTGGAGCAGGGCCAGTTCAGCCCGACGCTGATCCAGGCGCTGAAAGACCAGGGCCACACGGTGAGCGAGATCGACATGACCAGCGGCACCCAGGCCATCGTTCGGGTGCGCAATGCGCAAGGCAAGGCTTCACTGGCTGGCGGGGCGGATCCGCGGCGTGAGGGAGAGGCGCTGGGGGATTGA MLSDLKPNLHRLSAVSLLAVALTLVACKTPPASTTAPQLPTAPEIASGYRTDLQTRHADRHMAAAANPLAAEAGREMLRRGGSAIDAAIAMQAVLTLVEPQSSGIGGGAFIVLWDGKAVRTYDGRETAPAGASEKLFIQADGKPMPFTAAQIGGRSVGTPGVLRALELAHRKHGRLEWSTLFEPAIKLAEQGFRISPRLHSMIAADTALPSSPEMAAYFLNADGSPKAVGTLLKNPALAGVLSRIAHEGPSALYEGPVAAEIVAKVQGHGNPGSLSLSDLKGYAARERAPLCTDYKRWQVCGMAPPSSGGIAVAQILGTLQALEHRDSRSALAPLKPLPSDKPAGLEPAPQAVHLISEAERLAYADRAQYVADADFVPVPLKGLVDPAYLASRANLIGPRSMGIAKPGTPPGIQVAYAPDRSPLRISTSQVVAVDDQGGAVSMTTTVESAFGSHLMVQGFMLNNQMTDFSFIPEENGQKVANRVEPGKRPRSSMAPTLIFDRQSGEFLAAIGSPGGSQIIEYVAKSVIGLLDWNLDPQAAINLPNFGSRNGATELEQGQFSPTLIQALKDQGHTVSEIDMTSGTQAIVRVRNAQGKASLAGGADPRREGEALGD PGPT0002935_713 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681 NA NA D1-35_04265 801 hypothetical protein ATGACACTTTCGCTGGATGACATCGCGTGGCACCGCTCGGTCGGGCAACTGATCGACGCCTTGGACAAGCCCAATTTCTGGACGCAGCTGGTACGGCTGCTGGATCAGTACGTGCCCTTTGACAGTTGGGTGGCGCTGCTTTTCAGTGCCGACCAGCGCCCACAAGTGTTCGCCGAGTGCCCGGGCGCGGACGGCAGCCCCGATCAGTTGTTCCAGGATTACCTGCGCGGTTTGTATCTGCTCGATCCGTTCTACATCGCCTGTCGCGAGCAGTCGCGCACCGGGCTGTATCGCCTCTCGGAAGTCGCACCGGAACATTTCGAGCTGACCGAGTATTACCAACGCTACTTTCGGCTGAACGTGGTATCCGATGAAATCCAGTTCAATTGCCAGCTCGAAGGCGACCGCACGCTGTGCCTGTCGTTGGGCAGCAAGCAGCGCTTCAGTGGCGAGCAGATTGCGCTGCTGTCACTGATCCAGCCCTGGGTACTCGGCCTGTTGCGCCAGCGTCTGCCTTATGAAATCAATGAGGTCGTGGCCCTCGCGCCAGCACCGTCGCAAGTCGACTGGCGAGTGCAGCTGGAAGCGTCAGTGCAGCAGCTCAAAGGCGCGCAATTGACGGCGCGGGAATTGGATGTCGGGCGCTTGATGCTCAGTGGCTGCTCCAGCAAGGAAGTCGCCCGCAAGCTGGAAATTTCTGTCGAGACCGTGAAAGTCCATAAGAAGCACATGTACAGCAAACTGGGGATCAAGTCCCAGTCCGAGCTGTTTTCCATTTTTCTCCAGGCGCAGAATGCCTGA MTLSLDDIAWHRSVGQLIDALDKPNFWTQLVRLLDQYVPFDSWVALLFSADQRPQVFAECPGADGSPDQLFQDYLRGLYLLDPFYIACREQSRTGLYRLSEVAPEHFELTEYYQRYFRLNVVSDEIQFNCQLEGDRTLCLSLGSKQRFSGEQIALLSLIQPWVLGLLRQRLPYEINEVVALAPAPSQVDWRVQLEASVQQLKGAQLTARELDVGRLMLSGCSSKEVARKLEISVETVKVHKKHMYSKLGIKSQSELFSIFLQAQNA NA NA NA NA NA D1-35_04266 822 ramA_1 (R)-stereoselective amidase ATGAAAGTTGAACTTGCCCAGTTGGCGGGTCGTGATAACGCCACGGCCTACAACCTCGAACGCGCGCTCAAGGCGATTGTCGCGTGTGCCGCCGATACGCAGATGATCGTGTTCCCCGAAACCCACCTGATGGGTTTTCCGTCGCTTGAGACGGTGGCAGAAACCGCCGAACCGCTGGACGGACCGACCGTCAGCGCGGTGCTCGCTGCGGCTCGGGAACATGACGTTGCCGTGGTGATCGGCGTGGCCGAGAACGACCGCGGCCGCTTTTACAACACCACGCTGCTGGTCACGCCACAAGGCATTGCGCTGAGATATCGCAAGACACACCTGTGGGCGTCGGATCGCGGGGTGTTCGAGGCCGGCGACCGTTACGCCACGTGTGAATGGAAGGGTGTGCGGGTCGGCCTGCTGATTTGCTACGACATCGAATTCCCGGAAACCGCCCGGGCCCTGGCGCAACTGGGGACCGAACTGCTGATCGTCACCAACGGCAACATGGATCCCTACGGCCCGACCCACCGCACCGCGATCATGGCCCGCGCCCAGGAAAACCAGGCGTTTGCGCTGATGGTCAATCGGGTGGAGGAGGGCGACGGCGGGTTGGTGTTTGCAGGCGGCAGTGCGTTGGTGGACCCGCTGGGCAAATTGTTGTTCGAGGCCGGGCGGGAGGAAGGGCAGTTTGTGGTGGAGCTGGACCTGAACCAGCTGGCGGCGGCGCGGCATGATTATCGGTATCTGGATGATCAGCGCCTGAAGTTGCCGGGGGAAATTGTCGAGCATGCCTGTGGGTTGCGCGAGCTGCTGATTCCTGCGCGTTGA MKVELAQLAGRDNATAYNLERALKAIVACAADTQMIVFPETHLMGFPSLETVAETAEPLDGPTVSAVLAAAREHDVAVVIGVAENDRGRFYNTTLLVTPQGIALRYRKTHLWASDRGVFEAGDRYATCEWKGVRVGLLICYDIEFPETARALAQLGTELLIVTNGNMDPYGPTHRTAIMARAQENQAFALMVNRVEEGDGGLVFAGGSALVDPLGKLLFEAGREEGQFVVELDLNQLAAARHDYRYLDDQRLKLPGEIVEHACGLRELLIPAR NA NA NA NA NA D1-35_04267 1326 puuP COG0531 Putrescine importer PuuP ATGGCTCGTTTACAACGCACCCTGTCATTGGGGTCGGTGGTGCTGTTCGGCATCGCTTATATGACACCGATCATTGTCCTCGGTACCTTCGGCATCCTCGCTCAATCCACCGCCGGCATGGTCCCCGCCGCTTATCTTGCGGCACTGGTGGCGATGTTTTTCACCGCGATGAGCTACGGCCGCATGGCCGCAGCGTTTCCCGTCGCCGGTTCGGCCTACAGCTACGTGCGCAAGGCGATCAGCCCGAAACTCGGGTTCATCGCCGGTTGGGGGGTGCTGCTCGATTATCTGTTCCTGCCCATGGCGATCTGGCTGATCGGCGCGGCCTACCTCCATTCCGCATTCCCGGCGGTGCCGCAGTGGATCTGGGTGCTGCTGTTCATCGGCATAACCAGTGCGATCAATATCGTCGGTCTGAAACTGGCCAACGGTATCAACGCGTTATTGATGCTGGTGCAGTTCCTGGTACTGATCGCCTTCGTTGCGCTGTGCTTCCATTACATCGGCGGTGATGCGAGCACACCGTTGTGGTCGGTCAAGCCGTTCTTCAACGGTGACATGCAGATGCCGCTGATCATGAGCGGTGCGGCCATTGCCTGTTATTCATTCCTCGGGTTCGACGCGGTCAGCACCTTGACCGAAGAAACCCGCGACCCACGCCGGACCATTCCGCGCGCGATCATGCTGATCACCCTGATTGGCGGATTGATCTTCGTCAGCGTGTCGTATTTCGTGCAGGTCGCGCATCCGTCCTTCCAGTTCGACAGCGTCGATGCGGCGGCCTATGAAATTGCCCGCAATATCGGTGGCGACCTGTTCGTGTCGATCTTCCTGATCGGCCTGATCGTTGGCCAGTTCGCGTCGGGTCTGTCGGCTCAGGCCAGCGGCTCGCGCCTGCTATTCGCCATGGGCCGTGACGGTGTGCTGCCAAAATCCTTCTTCGGTACCTTGCATGAGCGTTTCGGGACGCCGATCAACAGCATCCTGTTGTGCGCAGTGGTCGCGTTGCTGGCGCTGAAACTGGACGTCACCACCTCCACCTCGTTCATCAACTTCGGCGCGTTCCTGGCGTTCAGCCTGGTGAACCTGTCAGTGATCTTTCACTACTGGATCGGCGCAGAAAAGAAGGGCCCGCGTGAATTCGTATTGTTCCTGCTGTTCCCGTTCATAGGGCTGGCAGCGGATGTGTGGCTGATGGTCAGCCTCGATCACCTGGCAATCTATCTTGGCCTGAGTTGGCTGGCGATCGGCGTGGTGTACCTGGCGGTGCTGACGGGCGGCTTCCAGCGCCAGCCACCGGAGATGGATTTCCAGGAGACTGCATAA MARLQRTLSLGSVVLFGIAYMTPIIVLGTFGILAQSTAGMVPAAYLAALVAMFFTAMSYGRMAAAFPVAGSAYSYVRKAISPKLGFIAGWGVLLDYLFLPMAIWLIGAAYLHSAFPAVPQWIWVLLFIGITSAINIVGLKLANGINALLMLVQFLVLIAFVALCFHYIGGDASTPLWSVKPFFNGDMQMPLIMSGAAIACYSFLGFDAVSTLTEETRDPRRTIPRAIMLITLIGGLIFVSVSYFVQVAHPSFQFDSVDAAAYEIARNIGGDLFVSIFLIGLIVGQFASGLSAQASGSRLLFAMGRDGVLPKSFFGTLHERFGTPINSILLCAVVALLALKLDVTTSTSFINFGAFLAFSLVNLSVIFHYWIGAEKKGPREFVLFLLFPFIGLAADVWLMVSLDHLAIYLGLSWLAIGVVYLAVLTGGFQRQPPEMDFQETA PGPT0007795_498 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007795-puuP-K14052 NA NA D1-35_04268 699 hypothetical protein ATGAGCACAATTGAGAACATTTTTGAGCCATCCAGGTTGCTACTAGTGTGGCATCACTCACAGCCTGGTGCTCCTCGCCATCGCAGAGTGGTGGGGGAATTGGTTCGTCAGGGAGAAGATGCATCCTTTCGATACCTCAAGGACACAGATGACTTCCAGGCAGCACTGGAGGAGGGTTTTTACGAATTTCCTGCATTTGCTGACAACGTAAGCAGTGAGCGCCAATCAGGCGCGTTAGACGTGTTCATGCGCCGTCTACCTCCACGCAAGCGGGAAGACTTCCGTGAGTATCTTGCTCAATACGCCTTGCCAGCCAATTTTTCCGGTTCAACATTTTCGTTGCTGGGATACACCGGTGCGAGGTTGGCAAGCGATACCTTTGAGCTGTGCCCGGATTTGAGTGATGCCAAGGCTCCACTGGATTTCGTTATTGAAGCGTCCGGAACGCAGTATCACACTACCGCAGAAAATATATTTTCTGAGGATGATGAGGTTTTTTTTGAGCCAGACCCTCAAAACCCTCACGACAGTAAAGCGATAAAGATCATTCATAAAGGCGTCGTTGTCGGCTTTGTGAATAAAGCTTTATCGATAAGCTTTCATCGGTTACTTGAAACGGGAACTGTCGAAGGAAGCGTTCTTCGGTTCACAGAGCGAAAAGGAAAGTCGCGGCTATTGATTTTAGTCCGATACCTTTAA MSTIENIFEPSRLLLVWHHSQPGAPRHRRVVGELVRQGEDASFRYLKDTDDFQAALEEGFYEFPAFADNVSSERQSGALDVFMRRLPPRKREDFREYLAQYALPANFSGSTFSLLGYTGARLASDTFELCPDLSDAKAPLDFVIEASGTQYHTTAENIFSEDDEVFFEPDPQNPHDSKAIKIIHKGVVVGFVNKALSISFHRLLETGTVEGSVLRFTERKGKSRLLILVRYL NA NA NA NA NA D1-35_04269 966 hypothetical protein ATGCAAACAGAATTCATAAATATCAGCGATTGGCCAGACGACGATGAGTTTTCTTCTGCCTATCCCGAAGGCGCAAGGCCTAAACGCACCCTTTTCTCGCCCACGAATCCGACACAGCCCTTTATCGAGCCGGATTGGCGGCATATGTTTAAGCGCTCAGCAGCCAGATATCCTGAACAATTTTGGGCAGAAATTATCGCTTACGAAATATCTGTGTTACTCAAAGTGCCGGCGCCACCATGTTATGCCGCCTTTGATCCTGCCACAGGCCAATGCGGTGCTCTTAGTGCGTGGTTTTATAAAGAGGGAGAAGAGTCTTTCTATTCCGCCGGTAATTTCTTCCACAAGCTTATCAAGACATTTGATAGAGAAAAAGGAACGCAACACAATATTGTGGATTCAGACGAGTTCAACAACAAAGTGCTTGGCAAAAATCAGATTTATGAGTTTTGGAGCATGATGCTTTTTGACGTGCTCCTAGGAAATACCGATCGTCATCAAGACAACTGGGGACACCTACTCAAAGCCGTTCGTGTCAGTAAGAGTGTTGCTCGTCGTAGAGGTGAGCCCTTTGATGTGAAGTGGCGTTTCGCTCCTTGGTTCGATAATGGAACTAGCCTGGGACACGAGCTTCTAAATGAAAAGTTCACACAGTGGAACGACGCTACGCTGGACCGGTACATCCTGCGGGGCAGGCACCACATGAGGTACTCAAGGACGAACCTTGAGCGTATGGGCCACATAGCTTCACTGAGTTTCATAAAGAGCCACGCCGGTGTGAGAGCCCTGCTGCTGAAGCGTCTCAAAGAGTTTGATCTAAAGGCGCTTGCAGTCGTGCTCCACAGGCTTGTTGACCTACCCGCTCCCCCAGGTGGTAATCTCACCAAGGATCGAGCAGATTTTATTCTCCGGCTGACGCACCGTCGTGCTCAGCTAGCCATGGAAACCTTAAATGAGCACAATTGA MQTEFINISDWPDDDEFSSAYPEGARPKRTLFSPTNPTQPFIEPDWRHMFKRSAARYPEQFWAEIIAYEISVLLKVPAPPCYAAFDPATGQCGALSAWFYKEGEESFYSAGNFFHKLIKTFDREKGTQHNIVDSDEFNNKVLGKNQIYEFWSMMLFDVLLGNTDRHQDNWGHLLKAVRVSKSVARRRGEPFDVKWRFAPWFDNGTSLGHELLNEKFTQWNDATLDRYILRGRHHMRYSRTNLERMGHIASLSFIKSHAGVRALLLKRLKEFDLKALAVVLHRLVDLPAPPGGNLTKDRADFILRLTHRRAQLAMETLNEHN NA NA NA NA NA D1-35_04270 198 hypothetical protein ATGCTACCAATGTATGACCAGCACCTTATGGATGTGTTTGATATCCTCACCGGAGCTGACTACGAAGTTACTGGTAACAGAAAGGTAGGCGGCAGAGACCAGAACTGCGATCGCAAACAGGAATTTTGTCAGGAAGGAGCCAAGCTGAACGATGCAAACAGAATTCATAAATATCAGCGATTGGCCAGACGACGATGA MLPMYDQHLMDVFDILTGADYEVTGNRKVGGRDQNCDRKQEFCQEGAKLNDANRIHKYQRLARRR NA NA NA NA NA D1-35_04271 201 hypothetical protein GTGTCCGTTATTGACTGTGATTATCTGCCCACCGACAAGGTGGTGTTTCCGCCGGAGCTCGCGCTGCTGATCGTCAGGAAGGCCAGCGCAATGGCGGCAGCATTCGAGGAGCAAGCGCTCAACCAGCTCACCAAGGACGCCCGGCGCGCCCTTTCGCGGGGAGCTGAGCCAAGACGAGTCATCAGGGAAATGCGCTTATAA MSVIDCDYLPTDKVVFPPELALLIVRKASAMAAAFEEQALNQLTKDARRALSRGAEPRRVIREMRL NA NA NA NA NA D1-35_04272 225 hypothetical protein ATGACGGACACCAAACTGATTGCCAGCCTGTTCGACCGCTTCAATCAAAACCAGCTCGCATTGGGCGCCGCAGTGGAGGAGCTTTCCAACTGGGTCGAGCAGCGCGGATCAGCAGACATTGCCAACAACGCGCGCGGCGCGCTGGAAACGCTAGACGAGAACCTGGTGTTCATTCGCCAGGGCATTGCTGAGTTGGCCGTCGCGGGCAGTCTGGGCCAATCGTGA MTDTKLIASLFDRFNQNQLALGAAVEELSNWVEQRGSADIANNARGALETLDENLVFIRQGIAELAVAGSLGQS NA NA NA NA NA D1-35_04273 150 hypothetical protein ATGCTGGCGCGCATCATGCGTGCCGGCCAGTCGACCCCGCGCCGTGGGTTTGGTCTGGGTCTGGCCAGGTTGCCAGTGGAAAGCACTGCCAAACCCCGGAAACCTCAGTGGAAATTAGCTAATGACATCTTAAGGATTCTCAGAATGTAA MLARIMRAGQSTPRRGFGLGLARLPVESTAKPRKPQWKLANDILRILRM NA NA NA NA NA D1-35_04274 975 hypothetical protein ATGATCCAATTTCTGGATACACAGAGTCATGTGCGGCCGCTAGATGGTCATGTAGATCAACCACCAAACGTGAAGATGGCGGACTACTTGTTTTTCAATGGCCGGGCCGTAACCGAGCTCAAGACCCTCGAAATTGATCCGAAGGAAAAAATTTTCAGCCTGGCCAAACCGGCAATGGATTCGGAAGATTTCCCCCTGATCTATGGCAAGTATGACTTGGAAGCCGCGATCAAGACGATGCCCGGTGGTGAGGCAATCATGAGCAAAATCTTCGCGAATGCTACTAGGATGGTGGAGGGTGTATGCCGGCAGGCTCGTGATCAGATCAAGTCAACGAAAGACCACCTTAAACTCGATCCAGAAACCCCCGGGATTCTGCTCGTGCTGAATGAAACCGTTGAGAGCATCCCGGTTAGTCAACTGGTCGATAGATTCAGTTACTGGCTTGAGGGCGGTAGCGCAAAGCAATTGAGCCGCTTTTCGCAGATCGATTTTGTAGTACTAATCCAGACTACCTATCGCGTCAAAGCCCAACAGGGCCAGATGGTGCCGGCTTTCATTATCTACAACGAATGCAATGCCCACCGCCATCACTTAGTGGAAAAGGACATACACGCCTTTCTTGAATCATGGGCTCGGTCGCAAGGGCACCATTATGAAACTACTGGAAATGTTCAGGGCTTGAAGTTCGAGGCGGACGTGCCTACGCCCCCGCCGCCACAAACCAGACAAGAATACGTTGAGCATCATTATCGGCTAAATCGGTATCTCCAAAAGCTCACGGACGAAGAGCTCATACAGCATGGCTGCAAAGTTATTGACCAGGTTACTTCAATTGTTTTGATCGGCGCCCCGAGGATTTCCGAGGCGACGGAGATGCTATACATGGCCCATTTTACTGAGTTACTCGAAGAGTGCCGGCTGAGAAGCTTTGATCTTAAAAGGGTAACCAGCAGGATGCGAGCACAGAGGTAA MIQFLDTQSHVRPLDGHVDQPPNVKMADYLFFNGRAVTELKTLEIDPKEKIFSLAKPAMDSEDFPLIYGKYDLEAAIKTMPGGEAIMSKIFANATRMVEGVCRQARDQIKSTKDHLKLDPETPGILLVLNETVESIPVSQLVDRFSYWLEGGSAKQLSRFSQIDFVVLIQTTYRVKAQQGQMVPAFIIYNECNAHRHHLVEKDIHAFLESWARSQGHHYETTGNVQGLKFEADVPTPPPPQTRQEYVEHHYRLNRYLQKLTDEELIQHGCKVIDQVTSIVLIGAPRISEATEMLYMAHFTELLEECRLRSFDLKRVTSRMRAQR NA NA NA NA NA D1-35_04275 219 hypothetical protein ATGACGGCAAGTCAGAGGTTGCACGACAGGGTCTTGTTGTACGCCTGCAAAGAGATTCACAACATTTTGTTCGGGGGAGCTTCGTACGCTGCTCAGTATCCACGACTGCTGCAGATGGTGTGCGGCTGTATCGACAGCGGCATCATCACGCAGGACGAGGGAGATATGATTCGAGGAGAGGCCAAGATGGCGCTCGACAATGCTTTTCGGGCCTGCTGA MTASQRLHDRVLLYACKEIHNILFGGASYAAQYPRLLQMVCGCIDSGIITQDEGDMIRGEAKMALDNAFRAC NA NA NA NA NA D1-35_04276 300 hypothetical protein ATGGCTCACACCATGAACCCCAAGCGATATTACCGAGCTCTGCAACGCGGGAATGACGCCTTCATCGAAGGACACTTCTACAACGGACGATTCTACGAAGGCAATAATCTCGTCGGGCAGATCGACGATGATGGCGCCTTCCGTTATTTCGAGAGCAAGGACGACGGTCGGCCAACCTTCCCGGAGCACATCGCGGGTTATGTCGAAGGTCTGGTGCTGACGCTGAAGGACGGATCACTCTTTGACCTGATCGAGGTGAAATCTAAATCGAGCAGCAAGCCGCCGGCCGGCCAACCTTGA MAHTMNPKRYYRALQRGNDAFIEGHFYNGRFYEGNNLVGQIDDDGAFRYFESKDDGRPTFPEHIAGYVEGLVLTLKDGSLFDLIEVKSKSSSKPPAGQP NA NA NA NA NA D1-35_04277 435 hypothetical protein ATGCACAGGATTTTTCTCGCGTTCATCGCCGCCGGCGTGCTGGCCGCCTGCTCCAGTACACCGGTCGACCAAGCGTCGGCGAAGAAAGTGCCAGCAGCCAGAACGTTTGCGTTTCAGTCAGACGTTCCGGGCGGCGCCAAGCTGGTGGTGAGTCGAGATAGTGGCTTTTGGGCGTCCGGTGGATGCTATGCAACGGTGTTGGTCGATGGCAGGAAAGCCGCGCGTATCGACACAGGCGAGATCGTGGCGTTTCAGGTCAAGCCTGGTCGCCACATCATCGGTATAGCGGGTGACGACGACGGTAACGGCGTATGCGCGCTACAGATCGGCCAGCCGGTGAAGGAGACGGCCACACAGGTCGGCGCCGGGGATGTTCAGAAGTTCAGGGTGTCCGGTACGCAAAACGGTACCGATATTCGTCCCAGCTCCTTCTGA MHRIFLAFIAAGVLAACSSTPVDQASAKKVPAARTFAFQSDVPGGAKLVVSRDSGFWASGGCYATVLVDGRKAARIDTGEIVAFQVKPGRHIIGIAGDDDGNGVCALQIGQPVKETATQVGAGDVQKFRVSGTQNGTDIRPSSF NA NA NA NA NA D1-35_04278 585 hypothetical protein ATGGCAATGGCAACCGACTACGGCAACAAAACCTTGATCCTACTGGGCGGCAGCGCTGGCAAGCTCTTTGGCCGCAAACACCTCTACGAACTATCAACGGGGGATGTCCGCGAGGCGGTTAAGGCGGTAGACGTGAATCACCCGGGATTTGCCAAATACCTTGCCAACGCAAAGGCCCGCGGCCTGGAGTTCGCCATTTTTCGAAACCGGCGCAATATCGGCGAGAAGGAGCTCGGGATGGGGCGAGCAAACGAGATCCGCATCGTCCCAGTCATTCATGGGAGTAAGCGGGCGGGACTATTGCAGACAGTGTTGGGGGCGGTGCTGATCGTGCTCAGTCCGTTCACGAACGGCGCCACACTCGCGCCGGGCATAGCGCTCGCCGCCGGCGGCGTGATCCAGATGCTCAGCCCGCAGGCCTCAGGCCTAAGGCAGAGCGCCGGACCAGAAAACGCCCCGTCCTACGCCTTCGGCAGCGCGAAGAACACCACGGCGAGCGGCAACCCGGTACCGATCTGCATCGGAGAACGTCGGTGGGGCGGGATGATCATCTCTGCCTCGATCTACGCCGAAGACAAAATGTAG MAMATDYGNKTLILLGGSAGKLFGRKHLYELSTGDVREAVKAVDVNHPGFAKYLANAKARGLEFAIFRNRRNIGEKELGMGRANEIRIVPVIHGSKRAGLLQTVLGAVLIVLSPFTNGATLAPGIALAAGGVIQMLSPQASGLRQSAGPENAPSYAFGSAKNTTASGNPVPICIGERRWGGMIISASIYAEDKM NA NA NA NA NA D1-35_04279 351 hypothetical protein ATGTCACATCACATACACTTCGCCGAAGCGTGCAAGGCCACTGACTTCACAACTGACCCCGGCACTATCGGCGGCTACATCGTCTGGACCGTACAGCATGTGCGAGACGGACAGCGGGTTGAAATTGAAGGGCCGTTCTTCACTGAGGAAGAGGCCAGGATCTCCGCCGAACTGATGCGCATCGAGTACCGAGGAGCCCGAGCCTACCAATCGACTCATTGCTCAGCCTGGAATCCCGACGTGAAACGCGAGATCGCGATTCGAAACGACGCTATGGCCGCTCGAATGCTTCTTGCCGGACAGCTCGGCATGGAAATTCCCAAACACAGCGCCCAAGGCGCCCAGGAGTAA MSHHIHFAEACKATDFTTDPGTIGGYIVWTVQHVRDGQRVEIEGPFFTEEEARISAELMRIEYRGARAYQSTHCSAWNPDVKREIAIRNDAMAARMLLAGQLGMEIPKHSAQGAQE NA NA NA NA NA D1-35_04280 606 hypothetical protein ATGAAGACCAATGTCGTTATCGCCCTGCTGGATATTGCACAGCAGCCGGGCGCCAGCATGAGTACGAGCCTGATCACTACTCGCCGGATCTGCCGAATCTTCGGACAGAGGGCGGACACCATCCGAAGCGAGCGCCGGGATATACGGCGGGAGGCCGGGAAACTTCGCGCCTTCCTACCCTTCACCACCAGCAGGATCGACGAACTCCAGCAGCAGGCCATGGAGCATCGGAGGGCCGAGTGGGACGACTTACGCAAGGTGCTCGGCGCCTTTGGCCGATCGCTGATGCTGGATACCGAAGGCCTGATGGATGGCCTGGGATTCGACCGGGTGTGCGATCTGCTGGCGGTGAACACCGTGGAGCGTGAAGCGGCGAGGAAAGACGGCGTGAACGGTTTGGCGGAGCTGGTGTTCGCCTGTTCCCTGGAGGACAGCGCCGCACGTCGCGGGCAGGAATGGAACGACGCGCCTTTGTTCAACGCCTGTCAGATCGCGACCGCCAACTTCATCAGGGACTGCCCCGAGCACTTGCTCCCCGATCCGTTCGCGCCTGGCGCACCGTTTGGCCCAAAGCTTCCGCCCACCCTGAGCATCGTTGGCAAGTAG MKTNVVIALLDIAQQPGASMSTSLITTRRICRIFGQRADTIRSERRDIRREAGKLRAFLPFTTSRIDELQQQAMEHRRAEWDDLRKVLGAFGRSLMLDTEGLMDGLGFDRVCDLLAVNTVEREAARKDGVNGLAELVFACSLEDSAARRGQEWNDAPLFNACQIATANFIRDCPEHLLPDPFAPGAPFGPKLPPTLSIVGK NA NA NA NA NA D1-35_04281 312 hypothetical protein ATGAGTCTCCTTTCCGGCCTGCTCGATCACATGCCGCCGATCATCGCTGGCATCACCGCGGAGACCTCCCGCCGACCTGCGCCTCGTCCATCGCTGGCGCTGGTCGCACAAGCAGAACGCCACCCCCAGTTTGTGACTGCGCCTCATGCAAGCGCCGCCACGGCAACGCCCGAGTGGCGGCTGGCCCGCGACGCATACCTCAACCACATCATGGCCTGCCGGTCCTGCTACGCGCCCACCGCCCGCTATTGCAGCGTCGGCGCCGGCTTGCGCGCCAGTTATGACCGCACGCCCATGGAGACACAGCCATGA MSLLSGLLDHMPPIIAGITAETSRRPAPRPSLALVAQAERHPQFVTAPHASAATATPEWRLARDAYLNHIMACRSCYAPTARYCSVGAGLRASYDRTPMETQP NA NA NA NA NA D1-35_04282 1803 hypothetical protein ATGGCCAAGCCTGACACCAACGTGATCAACCTTCGGCCCGAAGCCGCCACCATTGCCCCTGATCGGCCGTGCTGGGCGGTGTACGAGCACTGGGTTACCAACGAGAACGGTCGAAAGCTGCGCCCGGGCGTGTACTGGCACAGCTTCAAGCGCACCGCCGCCGATCAGGACGACGCGGAGAATGACGCCGCCGACCGCCCAATCACCGACGAATGGATCTCCAGCCCCGTCACGGTCGTGGCGCGCACCACCAACAGCGATGACGGCAGCGAGGGGCGGCTGCTCCGCCTGGCCACCGAGGGTGGCATCAAGGAATGGATCATCGCCATGGAGGTGTTCGGTGGCAGCGGCGAGGATGCCCGGCGGGCATTGTTTGGCATGGGCGTCATCATCGCGCTCAAGAAGCGCGGCACGTTCATGGAGTATCTGCTCGACCAGCACCCCGCCGAGGTATTCGCCACCACCAGCCGGCCGGGCTGGCATGAGTCGGGAGCGTTCGTGCTGCCCGGGCGGACGATCGGCACGGCCAACGTGCGGTATCAGGCCAGCAACAAGGCGCAAGTCCTGTTCAGTCAGCGCGGCGAGCTGGCGCGGTGGCAGGCCGAGGTGGCAGCCAAATGCGCGGGTAATCCGGTGCTGACGTTAGCGATCGGCTGCTCCCTCGCCGGGCCGCTGCTGAGTCTGGTCGGCGTGCTGGGCGGCGGCGTCCACCTGGTGGGCGACAGCTCAAGCGGCAAGTCGCTGGCTCAACTGATCGGCTCGTCGGTGTGGGGCGATCCTGGAGTGTTCGCCGCCAGTTGGGACATGACCAAGGGCGGCCTTGAGATCGAGGCATCGAGCCGTAACGACACCATCCTGCCGCTGGACGAAATCAAACGCGCCGATCCCAAGCGGGTACAGGAAATGGCCTACTCCCTCGCCAATGGCCAGGGCAAAGGCACCATGACCCGCGAGCGCGAGGCCCGGGGCAAACTGAGCTGGCGCCTGCTCACTCTCTCCAGTGGCGAGCGCTCCCTCTCCGAGCACGCCGCCATATCCGGTAATGCCGCCCACGCTGGCGCCGAGCTGCGCATGGTCGACGTGAATGCTGGTACCCGTACCCATCGGGCCTTTGACGAATTGCACGGCCTGGAGGGCGCGGACTTTCACCGGCAGCTCACCGTCGCGGTGGGCGCCCACCATGGCCACCTGGGGCCGGCCTTCGTCGAGCGCCTGGTCGCGGACGACGACAAGCCCGGCTTGCTCAGTGACTTTGACGGCATCCGCGCTCAGTTCGTCGAGGACAACGCCCAGGCCGGTCGTGTGGCTGACCGGTTCGCCGTGATTGCGCTGGCGGGCGAGATGGCCATCGCCTACGGACTGCTCCCGTGGGAGCCCGGTACCGCCCTCGCCGACTGCCGCCTGCTTTACGGCGAATGGCTTTCCCGTGTCGGCGGAGGGAATGCCGAGGACCGCCAGATCCTGGCCGGCATCATCGACTTTATCGACAAGCACGGCAGCAGCCGTTTCTCGGACGTGGACGCACCCGAGGCGGACGCCAAGGTGTTCAACCGCGCCGGGTACTGGGAGGTGGTCGCCAACAAGCGACTGTTCCTGTTCAACAAGTCCGCGCTCATCGAAGCCGCGCACGGGTTCGGCCTCACCCGCGTCATCAAGGCGCTGGAGGTTGGCGGAGCCCTGGCCAAGCGCGACACCGACCGGGAAAGCCGCAAAACCAAAAAGTACCGCATCCCCGCCGGCGGATCGGCACGGCTGTACGTCATCGACCCGGAAGCCCTGGACAGCGAAGGCGGTGCCGCATGA MAKPDTNVINLRPEAATIAPDRPCWAVYEHWVTNENGRKLRPGVYWHSFKRTAADQDDAENDAADRPITDEWISSPVTVVARTTNSDDGSEGRLLRLATEGGIKEWIIAMEVFGGSGEDARRALFGMGVIIALKKRGTFMEYLLDQHPAEVFATTSRPGWHESGAFVLPGRTIGTANVRYQASNKAQVLFSQRGELARWQAEVAAKCAGNPVLTLAIGCSLAGPLLSLVGVLGGGVHLVGDSSSGKSLAQLIGSSVWGDPGVFAASWDMTKGGLEIEASSRNDTILPLDEIKRADPKRVQEMAYSLANGQGKGTMTREREARGKLSWRLLTLSSGERSLSEHAAISGNAAHAGAELRMVDVNAGTRTHRAFDELHGLEGADFHRQLTVAVGAHHGHLGPAFVERLVADDDKPGLLSDFDGIRAQFVEDNAQAGRVADRFAVIALAGEMAIAYGLLPWEPGTALADCRLLYGEWLSRVGGGNAEDRQILAGIIDFIDKHGSSRFSDVDAPEADAKVFNRAGYWEVVANKRLFLFNKSALIEAAHGFGLTRVIKALEVGGALAKRDTDRESRKTKKYRIPAGGSARLYVIDPEALDSEGGAA NA NA NA NA NA D1-35_04283 882 traC DNA primase TraC ATGACTGACGCTACGGTCCTTTTCCGTGACGCGCTCCAGGCCGTCTATGGCCCGCTCGACTGGATGCCAGAACCTGACGGCCTCATCCATCGGTTCCGGGTACCGGAGGACAAACCGGGCTCCCTCAACGGCTGGTATGTGCTGTATCTAGATGGCATCGCGTCCGGCGCGTTCGGCAGTTGGAAAGCCGGCGGCGCCAGCACCTGGTGTAGCCGCGAACCAGTGGACGCCCGCGAAGCTGCGCAGATCCGCGAGCGGGTTGACCAGGCCCGGCGCCAGCGCGAAGCCGAACAGCGCCGGCGCCAGCAGCAGGCCGCCGAGAAGGCCAACCACTGGTGGCGCAATGCGCGCCGTGCCGCGCCTGATCATCCCTACCTCGCAGCCAAGGGCGTTCGCTCCCACAGCTTGCGCCAGCGTGGGGCTGATCTTCTCGTCCCGCTCTACCTCGATGGTCGCATGGTCAACCTGCAGAAAATCAGCCCGGACGGAGCCAAGCGCTTCCTACCCGGTGGCCGCGTGAAGGGCACGTATTCGCCGCTGGGCATCATCGAGCCCGGTTCCGTGCTGTGCATCTGCGAAGGATGGGCGACGGCCGCCAGCCTCCACCAGCACGGCGGCTATGTCGTTGCGGCAGCCATGAACGCGGGCAACCTGATCCCGGCAGCGATGGGCCTCCGCGCTCGCTACCCGGGCCAGCCCATCGTCATTGCCGGCGACGACGACCGACTCACCGATGGCAACCCAGGTCGCGCAGCGGCGAACGCAGCCGCGGCGGCAGTGGGTGGCCAGGTAGCTTTCCCTGAGTGGCCGGAAGGCGCGCCCGACGACCTCACCGACTTCAACGACCTCGCAAATTGGGAGCTCGCCAATGGCCAAGCCTGA MTDATVLFRDALQAVYGPLDWMPEPDGLIHRFRVPEDKPGSLNGWYVLYLDGIASGAFGSWKAGGASTWCSREPVDAREAAQIRERVDQARRQREAEQRRRQQQAAEKANHWWRNARRAAPDHPYLAAKGVRSHSLRQRGADLLVPLYLDGRMVNLQKISPDGAKRFLPGGRVKGTYSPLGIIEPGSVLCICEGWATAASLHQHGGYVVAAAMNAGNLIPAAMGLRARYPGQPIVIAGDDDRLTDGNPGRAAANAAAAAVGGQVAFPEWPEGAPDDLTDFNDLANWELANGQA NA NA NA NA NA D1-35_04284 225 hypothetical protein GTGGGTGATGTGATTCCGTTCGACCCACTCACCAGCATCATGCGTGACGATGAGGCGCCTCACATCGACCCGTACAGCTTCGCCTTGCTGGTCGGCGTCTTCAACGACCTGACGGCATTTCGTGACAACGAGCCAAACCGTGACCGCGCCGCACTGATGCGCAAGACGACCACCAAGCTCAACGCAGTGCTGGCGCGGTTTGAGCCGCCACAGGGGGCCGCATGA MGDVIPFDPLTSIMRDDEAPHIDPYSFALLVGVFNDLTAFRDNEPNRDRAALMRKTTTKLNAVLARFEPPQGAA NA NA NA NA NA D1-35_04285 288 hypothetical protein ATGAAAATTCAAAACGGCGCATTTGCGTCGAGGGGATCGGCTTGCCCGAAGAAAGCCAACGAGCTGTTTTACGTGACCCACCAAAAGGCGCCTAAAGCGCTGCTGGGCCCGTTCCTGAGCAAAGCCGACGCCGAGTGCGGGCGCGTGGTTATGCGCAGCGCCGACGCCCAGGTCACGGCCTGCCTGGTCGACTCCATCGACGACATCACGCACTGGCACGCCGTAAACAACGGCCGTGTTTGCCGGGTCTTCGCTGGCGCTGATCGCCAGGAGGTGAGCCGTGGGTGA MKIQNGAFASRGSACPKKANELFYVTHQKAPKALLGPFLSKADAECGRVVMRSADAQVTACLVDSIDDITHWHAVNNGRVCRVFAGADRQEVSRG NA NA NA NA NA D1-35_04286 291 hypothetical protein ATGACCGTGCCCTATTACAGCGTTTGTCTGCCGTTGCCTGGCTACCCGCAAGGCAACCGGTTCCCATACGGCATTTGCGGACCGTTCATGGATGCTCACGAAGCTGAGGACGCCATGGTCGCGCTTCAAACAATCCTCCCCGGGCGGGAGCTGGCGATCATCTGCGGACGACAAGCGGATGACGCTCCGTGGCTACTCGTTGACCAGGAGAAGGCGCGGGCGAAGCTCAGAGAAAAAACGAAGTCTCGTTATGAAACTGGCTCTGCCAAACAAATAACCGAACAGGCTTAA MTVPYYSVCLPLPGYPQGNRFPYGICGPFMDAHEAEDAMVALQTILPGRELAIICGRQADDAPWLLVDQEKARAKLREKTKSRYETGSAKQITEQA NA NA NA NA NA D1-35_04287 216 hypothetical protein ATGACCAGCGCACTCCCAAGCAATACAGGCGTCGTCGACGATCTGCGCGATGCGCAAGAGATCCTGGTGCTGTTGGCGATGTCGCTGGCGCTGATCGCCTCGCCCTCTACCCACGTTCTTGTGGCCCGCGTGTTGGCTGTGTTCGCGCAGCACACCGCCATGGCCTGGGCCGAACTTCTGGATGATGCAATTGCTGAACAAGGGGGTGATGTATGA MTSALPSNTGVVDDLRDAQEILVLLAMSLALIASPSTHVLVARVLAVFAQHTAMAWAELLDDAIAEQGGDV NA NA NA NA NA D1-35_04288 261 hypothetical protein ATGAATACCAAGCCGCAAGCCGCAGATTACAAAGAAATCGCCGACGAGGCCGTATTCCAACTGGAGTGCGGAAACGAGTTCGGCAACTGGATGTTTTCGCTGATGACGGCCATCCGTGACGACCACAAACACTCGGGCGGCCTGAACGCCACCGGTCTGGCTGCCCTTGGCGTTTATCTGTCCGAGAGCCACCTCGAAGTGTCCGAGCAGACCCTTGAGGTCCTCAATGCCAACCTGTCGAGCCTCGGAGGTGAGGCATGA MNTKPQAADYKEIADEAVFQLECGNEFGNWMFSLMTAIRDDHKHSGGLNATGLAALGVYLSESHLEVSEQTLEVLNANLSSLGGEA NA NA NA NA NA D1-35_04289 315 hypothetical protein ATGAACCGCGAGCTGCGAATCGTCGGCGCCGATCCAATCGAGGGGCAAGTCCTGGGCGAGGCTGTCATTGATGCTCGGGACATGTGCTCCATGAATTTCGCCCGTGAAGAATTCAACAAGCTTGAGCGGATTCTGTGGCCGCTGATCGAGCCGCTGCTGTGCCAGCAGGAGAGCGGGCCGGCTAGCGATGTCGCTCGCCACCTTGAGCAGATCCGGATTTTCAGCGGCAATTTCTGCTGGCGCCATCGCCACTTGGGGGCCTCGCACGGCGTGGTGGGTAACCGCGCCGAAATGGGCGAAGGGGGTGCGCGATGA MNRELRIVGADPIEGQVLGEAVIDARDMCSMNFAREEFNKLERILWPLIEPLLCQQESGPASDVARHLEQIRIFSGNFCWRHRHLGASHGVVGNRAEMGEGGAR NA NA NA NA NA D1-35_04290 159 hypothetical protein ATGACCGCCATGTTCCCTAACGCAATCCGCGCTTTGGCCCACCGCCGTATGGCCCTGAGCGCCCTCCGGGCAAACTCCTCCCTTTCCGTGCGCTTGAAGCGTTACAACCATCACTCCGAAATCGCCCGCAAACTGGAAAACGCCGGGGGTGCGCAATGA MTAMFPNAIRALAHRRMALSALRANSSLSVRLKRYNHHSEIARKLENAGGAQ NA NA NA NA NA D1-35_04291 231 hypothetical protein ATGCAACACGCCCTCAATCCGTCTGTGCTCTCTGTAGAGCTTCAAAAAGCCTACTGCGTCGAGCTGCTCAAAACCCTGCTCCGTTATTCAAGCCAACCAGAGCTCAGTCGCATCACCACCGCCATTGAGATAGAGGTGGCCAGGATTTTGGCCAACCGCTTTGTCCCTGGCCTGAATGACGCGACCTATGACGTCTACCGTCGCTTCTGGCTCAAAGGGGGTGACGTATGA MQHALNPSVLSVELQKAYCVELLKTLLRYSSQPELSRITTAIEIEVARILANRFVPGLNDATYDVYRRFWLKGGDV NA NA NA NA NA D1-35_04293 681 hypothetical protein ATGAGCGCCCGCATCATCCCCTTCGACTACCAGGGCCAGGCCGTCAGCTTTAATGCCGAGGGTTGGCTCCACGCCACAGTGATCGCTGAACGCTTCGGCAAGCGACTGGACCATTGGCTCGATAACGCCGAGACACTCGAGTACCTCCGCGCACTGGATGAGATTCAGCATCCCACAGCGGGGCCATCCAAAATCGTGAATACCCGGAAATCCGGGTATTTGAAATCCCGCCGCGGTAACGCCGGGGGCACCTGGTTACATCCCAAATTGGCGGTAGCGTTCGCCCGTTGGTGCGATGCCAAATTCTCTGTCTGGTGTGACATGCAGATCGAGGCGCTCATTCACGGGAGTCAGGACTGGCAGCAGGCTCGTCACCAGTCGGCTATCGGCTACCGCGGCTTGTGTGAAGCGCTGGCAATCGCCCACGAGGAGCGCGGCACGGCTCCTCAGCGCCACCACTTCATCAACGAAGCCAAGCTAATCAACCAGGTAATCACTGGTCAGTTTGCCGGCCGCAATCGCGATGAACTCAACGCGCATGAGTTGTTGTTGGTCACGCTGATCGAGATCCGCGACGTGTTGCTGATCGGCCAGGGCAAAGACTTCGCAGCCCGGAAAGCGTCCCTACTCCGCTACGTCCAAAGCCTGACGGCCAAGCACCTTCGGAGTGACGCCGCATGA MSARIIPFDYQGQAVSFNAEGWLHATVIAERFGKRLDHWLDNAETLEYLRALDEIQHPTAGPSKIVNTRKSGYLKSRRGNAGGTWLHPKLAVAFARWCDAKFSVWCDMQIEALIHGSQDWQQARHQSAIGYRGLCEALAIAHEERGTAPQRHHFINEAKLINQVITGQFAGRNRDELNAHELLLVTLIEIRDVLLIGQGKDFAARKASLLRYVQSLTAKHLRSDAA NA NA NA NA NA D1-35_04294 300 hypothetical protein ATGAACAAAAAAAAGGCCGACCAACAGGCCAGCCACGAAAATACTCGCGTCGAGAATACCAGCGGAACGGCACAACGCGCTCGCCTTTTGGAGCGCCTGCACGCTGGCCCGATTGACACCTTCACCGCTATCCGCGAACTGAACATCGTCCGCCCTGGTGCCCGCATCAATGAACTGCGCAGCCTGGGCCATAAGATCCTGACCCAACGCCTTACCTTGACCGACGATCAAGGCCGCACTCACCAAGGCATGGCGCTCTACTACCTCAGCACCAACCCACCAGCGGAGGTGAAGGCATGA MNKKKADQQASHENTRVENTSGTAQRARLLERLHAGPIDTFTAIRELNIVRPGARINELRSLGHKILTQRLTLTDDQGRTHQGMALYYLSTNPPAEVKA NA NA NA NA NA D1-35_04295 270 hypothetical protein ATGCACACCATCCACACACCGCACCACCCCTCTGCTGCCGCCGCGCAGAACTTCGACCCGGCGATCACCCTGATTCGCATGCCGGATCTGGAGGCCATCACCGGCCTCGCCCGCCCCACGGTGTACAAACGCCTCAAAGATGATCCGACGTTTCCCCGCCCGGTGCCGCTGAGCAACAGCAAGTCGCGTGGTTCGCCGGTGGGCTTCGTGCTGGCCGAGGTCCAGGCTTGGGTGCGCCAGCGCATCGCCCTGCGCGAGGTGGCCGCCTAA MHTIHTPHHPSAAAAQNFDPAITLIRMPDLEAITGLARPTVYKRLKDDPTFPRPVPLSNSKSRGSPVGFVLAEVQAWVRQRIALREVAA NA NA NA NA NA D1-35_04296 870 hypothetical protein GTGAGAATCATCCCAACGTCAACACAGTTCGATGCCCTGGAAAGAGCAGTCGATGAGTTTGTTGGCCTGCTAGATAAAAGGTTCGGCGAGATAACGAAGGACATTAGCAACGAGCCAGGCTTTCGCCTGACGGAGCCAATGATTTCCGAACTTGCCGAAAACCTCAAAACAGCGAGATTTGAAGCTTTTCAGTCATGCTTCGATGATGAAAATGAGGTCGCATATGCTTGGCTCAATAGCGAACCATCCTTTCAAATCGCTCTGCATAAGCTCGGTTTCACTGCCTCGGGCGATAAAAACCCTTACGAAAAAATCATTGAAGAACGCCAACGCACACGGACAAAGTGGCGGTCCCAATTTATAAAGGACAGCGCTCTTCGGCACGCTACATTGCATGTAATTTATATGGGTGGGGTTGCAAAAGCGTCGAGCGGTTTCATCACAGGTGAACGTAGAAAAGCTGCGCTTGAGGGGCCGAAAGCGATTCAACGAATGCTCGATCTGATGGAAGAGATTGAAGAGATTCGGAAAAATACCGATTTTTTAGGCCGCCCGGTCAGCATCGGCGGCCGTTTTTGGGAGATGGCCAAATCCAATATGGAAGGGTCGCTAGAGCACCTTTTCTCTACGACCAAGAGAGATGATAAGGATCTTGCCACGCGTCTGATGGCCTCTGAATTGATTCGCCTTCACCTCAAACTGTTCTCTGCACCCCATAAAAACTCGATATATCACCTAATGGGACTTCCCTTTATTGACAGACCAATCGAGATGAAGACCATCGAGCGGCTTGTTACATTGGAAAAGGCTCGAACAGAAAAATTGGGCTCGTCAAAACTGAGCATTTTTGGCAGAGAGATTATCTGCTAG MRIIPTSTQFDALERAVDEFVGLLDKRFGEITKDISNEPGFRLTEPMISELAENLKTARFEAFQSCFDDENEVAYAWLNSEPSFQIALHKLGFTASGDKNPYEKIIEERQRTRTKWRSQFIKDSALRHATLHVIYMGGVAKASSGFITGERRKAALEGPKAIQRMLDLMEEIEEIRKNTDFLGRPVSIGGRFWEMAKSNMEGSLEHLFSTTKRDDKDLATRLMASELIRLHLKLFSAPHKNSIYHLMGLPFIDRPIEMKTIERLVTLEKARTEKLGSSKLSIFGREIIC NA NA NA NA NA D1-35_04297 1242 intS COG0582 Prophage integrase IntS ATGAAGCGATCCGAGATAAAGCGCCGCCCCCTTTCCGATACCGCACTGGCTGGCCTCGAGCCTGATGCCAAGGAGTATCGCGAACTGGATGGCAGCGGCCTTTATTTCCGTGTGAAGCCCGATGGCCAAAAGTCGTGGCAGTACCGCTACAAGAAGCCGGACGGTAAATGGTCCTGGCTTGGGCTTGGTGGCTACCCAGAAGTGAGCGGGTCAATGGCCAGGCAGAAAGCATCCGAATTGCGAAACGATGCCGCCGATGGCAAAAACCCTATCGTCACGAAGCAGGCGCGCAAGAAGGCTGAGCGGGACACCGCTGGCGAGACATTCGAGCCATTGGCGCGGGAGTGGTACGCGTCACGCCTGGCCAACTGGGACGCAGGCACGGCGAAGCGGATCATCGGCGCCCTGGAGCGTCATGTTTTCCCGGTTTTCGGCAAGCGCCAGTTCGTCGACATCACTCCACTTGAATGGATGGAGTTCCTCCGCAGCATGGAGCAGCAGGGAATCCTCGAGCAGATGAGCCGGGTGCGCTCCTACTGCCGCGACGTGTACGACTTGGCCCGGGTTACCGGCCGGGCGACGCACAATCCGCTGGAAGGCCTGCAAAAGTATCTCAAGTCAGGAAAGGTAGAGAACTATGCCCATGTCCCCCAGGAAGAACTCCCCGGCCTGATCCGCGCCATCGCGGCATATCCTCACGCCCACGACGTTCGCCTCGGCCTGCGCCTGCTGAGCCTGTTCGCCGTGCGCCCCAGTGAGCTGCGCGAGGCCCAGTGGTCAGAGTTCGACTTCGATAAGAATATCTGGACGGTGCCGGTTGATCGCAAGGGCCGGAAAAAAGGGCTGGAACATCTGGTGCCCCTCTCCACTCAGGCGATTGAGGCGCTGGAAGAGTTGCGCCATTACACCGGTGGCAATCCCCTGCTCTTCCCAGGGCGCAGTGACCGCACGAAGCCCCGCAGCGACACCGTATTCCTTATGGCGCTGCGTCGGATGGGGTATGAGGGACGCCAAACCGGGCACGGGTTCCGACACATCGCGTCGACGGTCCTCAATGAAAACGGGTTCGACGAGAACCACATCGAGGCCCAGCTTTCGCACAAGAAGCCTGGAGTCGCTGGCGTGTACAACAAGGCGAAGTATCTGCCGCAGCGCACGGTGATGATGCAATGGTATGCGAATTATCTCGACGGCTTGGCGGGCGGCGTCATTATCCAGGGTAATTTCGGCAAGCGTGCCTAA MKRSEIKRRPLSDTALAGLEPDAKEYRELDGSGLYFRVKPDGQKSWQYRYKKPDGKWSWLGLGGYPEVSGSMARQKASELRNDAADGKNPIVTKQARKKAERDTAGETFEPLAREWYASRLANWDAGTAKRIIGALERHVFPVFGKRQFVDITPLEWMEFLRSMEQQGILEQMSRVRSYCRDVYDLARVTGRATHNPLEGLQKYLKSGKVENYAHVPQEELPGLIRAIAAYPHAHDVRLGLRLLSLFAVRPSELREAQWSEFDFDKNIWTVPVDRKGRKKGLEHLVPLSTQAIEALEELRHYTGGNPLLFPGRSDRTKPRSDTVFLMALRRMGYEGRQTGHGFRHIASTVLNENGFDENHIEAQLSHKKPGVAGVYNKAKYLPQRTVMMQWYANYLDGLAGGVIIQGNFGKRA NA NA NA NA NA D1-35_04299 2058 hypothetical protein ATGCAGGCTTTTTTATCACCGGGCATCCGGTTGCTCGGGCATTTTGGTTTCGCCCGTAAATTCCAATTGTTGTTCCTGTTGTTCATCCTGCCGCTCATGGGCAGCCTGTGGCTGATCGGCCAGGATTACCGGGACAAGCTCAACCTGATTTCCGGGGAACGTGCCGGGGTGCGTCAGTTGCTGGCGCTGGACAACCTGGACAACCTGCTCGCCGCCCAGCGCAATCGCGCGGCGCGCTGGAGAGCAACGGAAACCAACCGCCAACCGACCCCGGCGACACTGGCCGCCATGGCCGCGTTCGATGCCGTGCAACCGGCGCTCAACCAGGCCGCCGGCGACCTCGGCGCGACCCTGCAAGCCGAAGGCGCGGAGGCCGACACCCTCGCCCGCTATCAGACATTGCAAACCAGCCTCAACGGCCTGGATTCCAAAAGCCTCGGCACGGTCGGTTGGTGGCCGGACGGCTATGATCGTTTCACCGCGGCCCTCGGCGCGCTGCAAGCGTTGCGTGAACAGATCGTCATGGACAATCGCCTGACGCTCGCCTCCTGGCTGGAAACCTATTTGCTGACCCAGATCTCGACCCAGCAGACACCCGACCTGATCGAACGTGTCGGCCGCCTGGCCAGCGTTGGCCAGGCCTCGGTGGTATCAGGCCAGTTCACTTTGCAGAGCCGCCTGCAACTGCGCGACTTGCGCAGCCGCATCGGCGATGCCCGGGACCAGTTGGTCAAGACCGGTGCGCTGCTGGAAACGCGCCTGCCCAGCGAGCTGCAAACCTGGGCCGGCCAGTTCCAGGGCAGCCTGAAAAACCTCGACGGCGGTTTGAAAATCCTCGATGACGGCGTGTTCGGCGGCGCCATCAATCTCAAGCCGGAAGGCTTCGAGAAACAGATGGATGCCCTCCTCCTCGATCTGGCGACCCTGCGCCAACAATCATTGACCGCTCTGGATAACCGGCTGGAGCACTATCACAGCTCGGCGATCCGCCAATTCACCTTCGTGGCCACCGTGCTGGGCTGCCTGCTGCTGGCCGCGCTGTATCTGTTCATCTGCCTGCAGACCTCGATCCGGCGCAGCGCCAGCGGCATCACCGTGCTGGCCGAAGCCCTGCGTGACGGGAACCTGAGCGTGCAAGTGCCGGTGCAGGGCCGCGACGAACTGGCGGCGATCAGCACCGCTCTCAACGTCGCCGTGGTCCAATTGCGCAACAGCCTGCTGGGCGTCGACCACGAGACCCTGCAACTGAGCGATGCCGTGCGCACCCTCAACACCCATTCCAGCGGAGCCTTGGGCGAGGTCGAGGCACAACAGATACAGATCAGCCAGATCGCCGCTGCCGCTACGCAACTGGCGGCAACGTCCCAAGGCGTCGCGAGAAGTTGTGAACAGGCCTCCGACAGCGCCCAACAGACCCGCCAGATCGCCGCCGACAGCAGTCGCGACAGTCAACGCACCACGGCGAGCATCCAGCAACTCAACCAGCGTCTCAACGAAACCGCCGCGGCGCTGGGCCGGGTCAGCGAGCAGGGCCAGCAGATCCAATTGGTGGTCGACACCATTCGTGGCGTGGCCGAGCAGACCAACCTGCTGGCGCTCAACGCCGCCATCGAGGCCGCCCGCGCCGGCGAACAAGGCCGCGGGTTTGCCGTGGTTGCCGATGAAGTGCGCAGCCTGTCGCAGCGCACCCAGTCCTCGACACAGCAGATTGCCGGCACCGTCGACAGCCTGCGCGCCACGGTCAACGAGGCCGTCAGCCTGATGGAAGCCGCCTGCGGCCAGGCCCAGACCGACGCCCAGGCCGTCACCGGGCTTGGCGAACGACTGGGCGAAATCGCCAGCGCCGTGCAAAGCGTCACCGATACCCTGGCGCAAATCGCCACCGCGGTTGACGAACAGGCCAGCACCGCCGACGAAGTCAGCGGCAATATCCAACAGGTGGATCAGGCCGCCATGCGCTTGCTGGAAGGTGCCCGCGCCGTGAACCTGGCGGCGGACACATTGAGCCAAGGCAGCCAGGCCTTGAGCGCGAACACGGGGAGATTTCAACTCGGCTGA MQAFLSPGIRLLGHFGFARKFQLLFLLFILPLMGSLWLIGQDYRDKLNLISGERAGVRQLLALDNLDNLLAAQRNRAARWRATETNRQPTPATLAAMAAFDAVQPALNQAAGDLGATLQAEGAEADTLARYQTLQTSLNGLDSKSLGTVGWWPDGYDRFTAALGALQALREQIVMDNRLTLASWLETYLLTQISTQQTPDLIERVGRLASVGQASVVSGQFTLQSRLQLRDLRSRIGDARDQLVKTGALLETRLPSELQTWAGQFQGSLKNLDGGLKILDDGVFGGAINLKPEGFEKQMDALLLDLATLRQQSLTALDNRLEHYHSSAIRQFTFVATVLGCLLLAALYLFICLQTSIRRSASGITVLAEALRDGNLSVQVPVQGRDELAAISTALNVAVVQLRNSLLGVDHETLQLSDAVRTLNTHSSGALGEVEAQQIQISQIAAAATQLAATSQGVARSCEQASDSAQQTRQIAADSSRDSQRTTASIQQLNQRLNETAAALGRVSEQGQQIQLVVDTIRGVAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLSQRTQSSTQQIAGTVDSLRATVNEAVSLMEAACGQAQTDAQAVTGLGERLGEIASAVQSVTDTLAQIATAVDEQASTADEVSGNIQQVDQAAMRLLEGARAVNLAADTLSQGSQALSANTGRFQLG NA NA NA NA NA D1-35_04300 1218 fsr Fosmidomycin resistance protein ATGGCTATCAGCAATACCCAGGCCGACACGACGTCGCCAGCCGCTACGCCTCAAAGCAGCCCGTTAGTCATGCGCATCATTGGTGCGGTGGCGCTTGCCCATCTGATCAATGACCTGATCCAGGCCGTGCTGCCGTCAATCTATCCGATGCTCAAGGAAAGCTACGGCCTGACGTTTACCCAGGTCGGCCTGATCACGCTGACCTTCCAGCTCACGGCCTCGCTGCTGCAGCCCTGGGTGGGTTACCACACTGATCGACACCCCAAGCCCTGGCTTTTGCCGTCAGGAACAATCTGCACCTTGGTCGGTATCGTGATGATGTCGATGGTCGGCAGTTTTGCCTTGATCCTGCTGGCGGCCGGGTTGATCGGGATCGGCTCCTCGACCTTCCACCCCGAGGCGTCGCGCGTGGCACGCCTGGCCTCCGGCGGCCGCTACGGCCTGGCGCAATCGACGTTCCAGGTGGGCGGCAACGCCGGCTCCGCCTTCGGGCCGTTGCTGGCGGCGGCGATCATCATTCCCTACGGGCAGGGCAACGTGGCCTGGTTTGGCTTGTTCGCGCTGTTCGCCTTGTTCGTGCTGTACCGCATCAGCCGCTGGTACGCCAATCACCTGAACCTGTTCAAGCTCAAGCAAGGCCAGGCGGCGACCCACGGCTTATCCAGGGGCCGGGTCTTGAGCGCCTTGGTGGTGCTGGGGTTGCTGGTGTTTTCCAAGTATTTCTACATGGCCAGTTTTACCAGCTACTTCACTTTCTACCTGATCGAGAAATTCGACCTGTCGGTGGCGTCTTCCCAGTTGCACCTGTTCCTCTTTCTTGGCGCGGTAGCGGCCGGAACGTTTTTTGGCGGACCGATCGGTGACCGGATCGGACGCAAGGCGGTGATCTGGTTCTCGATCCTCGGCGTGGCGCCATTCACGCTGATCCTGCCTCACGTTGATCTGCTGTGGACCAGTATCCTCAGCGTGGTGATCGGCTTCATCCTGGCCTCGGCATTCTCCGCCATCGTGGTGTATGCCCAGGAACTGGTGCCGGGAAATGTCGGGATGATTGCCGGCGTGTTCTTCGGCCTGATGTTCGGTTTCGGCGGGATTGGTGCCGCGCTGCTGGGGCACCTGGCAGACATCCGGGGCATCGAATATGTGTACTGGTTGTGTTCGTTCCTGCCGCTGCTTGGGGTGCTGGCGATTTTCCTGCCGAGGACCAAAAAGGCCTGA MAISNTQADTTSPAATPQSSPLVMRIIGAVALAHLINDLIQAVLPSIYPMLKESYGLTFTQVGLITLTFQLTASLLQPWVGYHTDRHPKPWLLPSGTICTLVGIVMMSMVGSFALILLAAGLIGIGSSTFHPEASRVARLASGGRYGLAQSTFQVGGNAGSAFGPLLAAAIIIPYGQGNVAWFGLFALFALFVLYRISRWYANHLNLFKLKQGQAATHGLSRGRVLSALVVLGLLVFSKYFYMASFTSYFTFYLIEKFDLSVASSQLHLFLFLGAVAAGTFFGGPIGDRIGRKAVIWFSILGVAPFTLILPHVDLLWTSILSVVIGFILASAFSAIVVYAQELVPGNVGMIAGVFFGLMFGFGGIGAALLGHLADIRGIEYVYWLCSFLPLLGVLAIFLPRTKKA NA NA NA NA NA D1-35_04301 444 hypothetical protein ATGGCTGGACACGCCCCTTCACGCCTTGGACAAACACTGCTGGGCCTGCTCTTCGCCCTGATTGGCATTGTTTTGTTGGGCGGCACCGTTCTTCTCATCCTTGAACGCCACGAATTTCTCGCCCGAGCGCAGATCGCCGATGGCATCGTCAGTCGGTTGAATGCCGGTGGTTCTCACCCCGAAGTCGCGTTCACTACCGGCAAAGGTGAAAAAATTTCCTACCCCCAGGGTGGCTTCATCTTCGGCTATGAGCCGGGGCAGCCGGTGCGAGTGTATTACTTGCCCGAGCAGCCGGCCGACAACCCCCTCATCGTTGATCGAGGCGCCCTGTGGGGGACGCCTGTGATGCTGGGGGCAATGGGGCTGTTCTTCACGCTGGTCGGCTCGCTGAAAGCCATCCGCCAGCGCGGTCGCGGTGCGGTTCATTCACTTAAAGGACTTTGA MAGHAPSRLGQTLLGLLFALIGIVLLGGTVLLILERHEFLARAQIADGIVSRLNAGGSHPEVAFTTGKGEKISYPQGGFIFGYEPGQPVRVYYLPEQPADNPLIVDRGALWGTPVMLGAMGLFFTLVGSLKAIRQRGRGAVHSLKGL NA NA NA NA NA D1-35_04302 588 hypothetical protein ATGAGCTATAACATCCCGATCCCGGTCAACAAAAGTCGCTGGACATATCAGACCGCCAGCGGTGGCGGTCTGACCGTGGTCATGGTGGCGGGCAGTGGCGGTTCGATCATCCTGCGTTCGCCCCAGGGCGAGGACATCAGTTACCGCTATGGCGGCGTCGGTGTAGGTGCGGGAATTGGCGCGCGATTGCCGCGCTTTGGCAAGATCAATATCCAGATCAAGGGCAAGAGCGTATCGGGTGCGGGTGCGGCGGAGTCTTTTTTCAGCATTGGCCGGGTGTTTGTCAGCGACGCCCTGGCCGATCGCGACCTCACCAGCGACGATATCACGGGGCCTTGCATGTATACCGAGGCGGGCTTCGGCTTGGTGGGAGGCGTTTCGGGCACTGCTCTGCTGTTCGGGCTCGATCCGAAGCTGTTGGCATTGTCGGTGGCCCTGAGCTCCAACCCGGCGACCTCGCTCATTGCGTCCGCCACCGTCAGCCGCCGATTGGCCATGTCAGCCAAGGGAGCGCTGCTCATGGGGGGCTTGAACGCTGGCCTGCAGGCCGGTGGTGGCGCTGCGATCTATATGGGCTATCTTTTTTAG MSYNIPIPVNKSRWTYQTASGGGLTVVMVAGSGGSIILRSPQGEDISYRYGGVGVGAGIGARLPRFGKINIQIKGKSVSGAGAAESFFSIGRVFVSDALADRDLTSDDITGPCMYTEAGFGLVGGVSGTALLFGLDPKLLALSVALSSNPATSLIASATVSRRLAMSAKGALLMGGLNAGLQAGGGAAIYMGYLF NA NA NA NA NA D1-35_04303 2076 hypothetical protein ATGGCAACTACCGATAGCACGGGAACCAGTTCCCATATCGTGAGAACGGGCCCGGGCACTGTCCAGGTCGACCTCACCGGCCATTCCGATGACAACCAGAGCATCATTATCCAGTCGGACGGCAAGATACTGATTGGCGGTTATACCGAATACCTGGCATGGGGTTACCCCGGCGCGCCAGGCGAGGAAAGCTACGGCTACGAACAGAACCATTCGGTTGTCCGCCTGAACGCGGATGGCAGCCTGGACACCGGCTTCCACGACGGCGGCGTCGACATTGTTCCTGCCACGATAGCCCCGTCGTCCCGCTACGAGCTGACGGCGGTGCAGGCCGATGGCAAGGTACTTGTCGCTGTCGCGCTGAACACCGGCATACAGGTGGAGCGCTTCAACAGCGACGGGACACGCGATGCAGCCTTTGGTCAGAACGGCGCCGTGACGGTCGCCATTAGCCATGACTTCAAGGACATCGACCTGACAGCCAACACGGACGGCACCTTCCAGGTCAGCGCGCGCGGGTTCGACCAGGCCACTATCACCAAGGTCGGCGATGACGGCACCTTCGTCGACGGCTTTGGCAGCGAGGGCGTGCTGACCGTCAACATTGCCGAAGACCTGTATTTCAACGGAGCAATCTCTACTGCGGTGCAGGCCGATGGAGGTGTCGTGGTCGGGGCTGCCTACAATGCCGCCGGGGCGGGTGATCCGACGTTCGCGTTACAGCGCTACAACCCCGACGGTCAATTGGACACCCGTTTTGGTGACAACGGTGTCCTGCACTTGAGCGCTGCGATGGGTTTTGGCGAAGACTCGACGGTCACTATTCAGGCTGACGGCAAGATCGTTGTCATGGGCCACGCTCAGGGCGGTACCTTGGCCACCATCGCGCGGCTTAACGCTGACGGGTCCTTCGACAGCCACTTTGGCGATAACGGCAGGGTGACCTTCGAGGCCGACACGCCAGTGGCATTGACGGTACAGGCAGATGGCAGGATCCTGGCCGCCGGCACGAGCAACGGCGATTTCAATGTCATCCGCTTGAACGCCGATGGCAGTCTGGACAGCAGTTTCGGCAGCCAGGATGGCAAGCTCCATGTGGATGGGTACGCCGGTGAGGAAATCCTGCGGGGGACCGCTGCCGCCGAAATCATCCACGGCCTGGCCGGCGACGATGTGCTCCAGGGCAATGGCGGGCGTGACGTTCTGCAAGGTGGCGCTGGCGCGGACATCTTCCGCTTTACCGAACTGGGCGACAGTTTCCGCACGGCTGCGCTGAACAATAGCGACCGGGTCCGGGACTTCGATGTCTCACAGGACCGCATCGACCTGATTGGCCTGGGCTTCACCGGGATTGGCGACGGCCATGACGGCACCTTGGCCATCCAGGCCAGCGCGGACGGCACCCGCACGTACCTCAAGAGCTACGACGCCGATGCCGCCGGGCAACGCTTTGAACTGTCCCTGGACGGCAATCTGGTAGGGCAACTGAACAGCACCAATCTGGTGTTTACCGCGCCCACCGTCGAAGGTACGTCTGCCAACGATACGATCACCGGTTCGGCCTTGTCAGAGATCATCCGTGGCCTGGACGGCAATGACCGTATCAACGGCGGCGCCGGAGCAGACGTCATCATCGGTGGCGCGGGCGCCGACCGTCTCAACGGCGGAGACAGGACCGACATTTCGTTGTGGACGGACAATCGGGAAAACGCCGACGTATTCCGCTATCTCTCCACCGAAGACAGCTACCGTACCGACAGCCAGAGCTTTGCCGACCTTATCGAAGGCTTTACCGTTGACGACAAGATCGATGTATCGGCACTGGGCTATACCGGCTTCGGAGAGGGGACGGACACGACGCTGAAGTTGGTTTACAACGAGGCATTGGACCGCACTTACCTGAAGGATGCGGAAGCGGACGCGCAAGGCCATGCGTTCCAGATTGCGCTGGCTGGGGACTGGCGGGAAAGCCTTGGCGAAGACAACATGGTCTTTGCTCCCGCTGCGGCTCCCGACGCCGAATTAGGCCTGATCGGGGTGGTGCCAGACGTCGATCAATGGCATTTGTTGAGTTGA MATTDSTGTSSHIVRTGPGTVQVDLTGHSDDNQSIIIQSDGKILIGGYTEYLAWGYPGAPGEESYGYEQNHSVVRLNADGSLDTGFHDGGVDIVPATIAPSSRYELTAVQADGKVLVAVALNTGIQVERFNSDGTRDAAFGQNGAVTVAISHDFKDIDLTANTDGTFQVSARGFDQATITKVGDDGTFVDGFGSEGVLTVNIAEDLYFNGAISTAVQADGGVVVGAAYNAAGAGDPTFALQRYNPDGQLDTRFGDNGVLHLSAAMGFGEDSTVTIQADGKIVVMGHAQGGTLATIARLNADGSFDSHFGDNGRVTFEADTPVALTVQADGRILAAGTSNGDFNVIRLNADGSLDSSFGSQDGKLHVDGYAGEEILRGTAAAEIIHGLAGDDVLQGNGGRDVLQGGAGADIFRFTELGDSFRTAALNNSDRVRDFDVSQDRIDLIGLGFTGIGDGHDGTLAIQASADGTRTYLKSYDADAAGQRFELSLDGNLVGQLNSTNLVFTAPTVEGTSANDTITGSALSEIIRGLDGNDRINGGAGADVIIGGAGADRLNGGDRTDISLWTDNRENADVFRYLSTEDSYRTDSQSFADLIEGFTVDDKIDVSALGYTGFGEGTDTTLKLVYNEALDRTYLKDAEADAQGHAFQIALAGDWRESLGEDNMVFAPAAAPDAELGLIGVVPDVDQWHLLS PGPT0027825_330 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0027825-prtC-K01406 NA NA D1-35_04304 1101 ychF COG0012 Ribosome-binding ATPase YchF ATGGGATTCAATTGCGGCATCGTCGGCCTGCCTAACGTCGGCAAGTCCACCCTGTTCAACGCCCTGACCAAATCCGGGATCGCGGCCGAGAACTTCCCCTTCTGCACCATCGAGCCGAACAGCGGCATCGTGCCGATGCCCGACCCGCGCCTGGAAGCTCTGGCAGCCATCGTCAACCCCAAGCGCATCCTGCCGACCACCATGGAATTCGTCGATATCGCCGGCCTGGTGGCGGGCGCCTCGAAAGGTGAAGGCCTGGGCAACAAGTTCCTGGCGAACATCCGTGAAACCGATGCAATCGCCCACGTGGTGCGCTGCTTTGAAGACGAAAACGTGATTCACGTTTCCAACAGCGTCGACCCGAAACGCGACATCGAAATCATCGACCTGGAACTGATCTTTGCCGACCTCGACAGTTGCGAAAAACAACTGCAGAAAGTCGCTCGCAACGCCAAGGGTGGCGACAAGGACGCAGTAGTCCAGAAGGGCCTGCTTGAGCAGTTGATCGCCCACTTCACTGAAGGCAAACCTGCCCGCAGCCTGATGAAGAACATGAGCACCGATGAAAAACTGGTAATCAAGGGCTTCCACCTGCTGACCACAAAGCCGGTCATGTACATCGCCAACGTCGCTGAAGACGGTTTCGAGAACAACCCGCATCTGGACGTGGTCAAGGCCATCGCGGAAGAAGAAGGTGCCATGGTCGTTCCGGTCTGCAACAAGATCGAAGCGGAAATCGCCGAGCTGGACGACGGTGAAGAGAAGGATATGTTCCTCGAGGCCCTGGGCCTGGAAGAGCCTGGCCTGAACCGCGTGATCCGCGCCGGCTACGAAATGCTTCACCTGCAGACCTACTTCACCGCCGGTGTCGAAGAAGTCCGCGCCTGGACCGTTCGTGTTGGCGCGACCGCCCCGCAAGCCGCCGGCGTGATCCACACCGACTTCGAAAAAGGCTTCATCCGCGCCGAAGTCATCGCCTACTCGGATTTCATCCAGTACAAGGGCGAAGCCGGTGCCAAGGAAGCCGGCAAATGGCGTCTGGAAGGCAAGGAATACATCGTCAAGGATGGCGACGTGATGCACTTCCGCTTCAACGTTTGA MGFNCGIVGLPNVGKSTLFNALTKSGIAAENFPFCTIEPNSGIVPMPDPRLEALAAIVNPKRILPTTMEFVDIAGLVAGASKGEGLGNKFLANIRETDAIAHVVRCFEDENVIHVSNSVDPKRDIEIIDLELIFADLDSCEKQLQKVARNAKGGDKDAVVQKGLLEQLIAHFTEGKPARSLMKNMSTDEKLVIKGFHLLTTKPVMYIANVAEDGFENNPHLDVVKAIAEEEGAMVVPVCNKIEAEIAELDDGEEKDMFLEALGLEEPGLNRVIRAGYEMLHLQTYFTAGVEEVRAWTVRVGATAPQAAGVIHTDFEKGFIRAEVIAYSDFIQYKGEAGAKEAGKWRLEGKEYIVKDGDVMHFRFNV NA NA NA NA NA D1-35_04305 585 pth COG0193 Peptidyl-tRNA hydrolase GTGACTGCCATCAAACTGATCGTTGGCCTGGGAAATCCAGGCGCTGAATACGAACAGACCCGGCATAACGCAGGGGCCCTTTTTGTTGAGCGCATCGCGCACGCCCAAGGCGTCAGCCTGGCTGCCGATCGCAAATATTTCGGCCTGACCGGGCGCTTCTCGCATCAAGGTCAGGATGTTCGCCTGTTGATTCCCACCACCTACATGAACCGCAGCGGTCAGGCCGTGGCGGCATTGGCCGGTTTCTTTCGCATCAAGCCTGAAGAAATCCTGGTGGCCCACGACGAACTCGATCTGCCTCCGGGCGTTGCCAAGCTCAAGCAGGGCGGCGGCCATGGCGGTCACAACGGGTTGCGCGACATCATCGCGCAACTGGGCAATCAGAATACGTTCTACCGCCTGCGGCTCGGCATCGGCCACCCGGGCGTTGCCAGTATGGTTTCAAACTTTGTCCTGGGTCGCGCGCCTCGCGCCGAACAGGAAAAACTCGATGCCAGCATCGATTTTGCCCTCGGCGTGCTGCCGGATATCCTCGCCGGTGAATGGAACCGTGCGATGAAAAACCTGCACAGCCAGAAGGCTTGA MTAIKLIVGLGNPGAEYEQTRHNAGALFVERIAHAQGVSLAADRKYFGLTGRFSHQGQDVRLLIPTTYMNRSGQAVAALAGFFRIKPEEILVAHDELDLPPGVAKLKQGGGHGGHNGLRDIIAQLGNQNTFYRLRLGIGHPGVASMVSNFVLGRAPRAEQEKLDASIDFALGVLPDILAGEWNRAMKNLHSQKA NA NA NA NA NA D1-35_04306 603 rplY 50S ribosomal protein L25 ATGAACGATTTTACTCTGAATGCTGAAGTGCGTTCCGACCTGGGGAAAGGTGCGAGCCGCCGCCTGCGTCGTCTCGCAAGCCTGGTTCCAGCTGTAGTCTACGGTGGCGACAAAGCCCCTGAGTCCATCAGCATGCTGGCCAAAGAAGTTGCCAAACTGCTCGAAAACGAAGCGGCCTACAGCCACATCATCGAGCTGAACGTTGGTGGCACCAAGCAAAACGTCGTGATCAAAGCCCTGCAGCGTCACCCGGCCAAAGGCCACGTGATGCACGCTGACTTCGTCCGCGTTGTTGCCGGTCAGAAGCTGACTGCTGTTGTTCCAGTGCACTTCATCAACGAAGCTGCTCCGGTCAAGAAAGGCGGCGAGATCTCGCACGTGACTTCCGAGCTGGAAGTTTCCTGCCTGCCGAAAGACCTGCCTGAATTCATCGAAGTCGACCTGGCTGACGCCGAAATCGGCACGATCATTCACCTGTCCGACCTCAAGGCCCCTAAAGGCGTTGAGTTTGTTGCCCTGGCTCACGGTGATGACAAGGCTGTTGCCAACGTCCACGCTCCACGTGTTGCTCCAGAAGCTACTGAAGAAGGCGCTGCAGAGTAA MNDFTLNAEVRSDLGKGASRRLRRLASLVPAVVYGGDKAPESISMLAKEVAKLLENEAAYSHIIELNVGGTKQNVVIKALQRHPAKGHVMHADFVRVVAGQKLTAVVPVHFINEAAPVKKGGEISHVTSELEVSCLPKDLPEFIEVDLADAEIGTIIHLSDLKAPKGVEFVALAHGDDKAVANVHAPRVAPEATEEGAAE NA NA NA NA NA D1-35_04307 933 prs COG0462 Ribose-phosphate pyrophosphokinase ATGATGGTCTTTACGGGGAACGCTAACCCCGATCTGGCTCGGCGTGTAGTACGTCAGCTGCATATCCCTCTCGGTGACATTTCTGTCGGTAAGTTCTCCGACGGCGAAATCACTGCCGAGATCAATGAAAACGTTCGCGGTAAAGACGTCTTCATTATTCAGCCGACTTGCGCTCCGACCAACGATAACCTGATGGAACTCGTCGTGATGGCTGATGCCTTCCGCCGCTCCTCGGCTACTCGTATTACTGCTGTTATTCCTTACTTTGGTTATGCCCGTCAGGATCGCCGTCCGCGTTCCGCACGTGTGGCTATCAGCGCGAAAGTCGTCGCCGATATGCTCACCGTGGTCGGCATCGATCGTGTACTCACGGTCGATCTGCATGCTGACCAGATCCAGGGCTTCTTCGATATTCCCGTGGACAACATCTACGGCTCCCCGGTCCTGGTGGATGACATTGAAGATCAGCGCTTCGAAAACCTTATGATCGTGTCCCCGGATATCGGCGGCGTCGTGCGTGCACGGGCTGTTGCCAAATCCCTGGGCGTGGATCTGGGTATCATCGACAAACGCCGTGAGAAGGCCAATCACTCCGAAGTGATGCACATCATCGGCGACGTCGAAGGGCGCACCTGTATTCTGGTCGATGACATGGTCGATACCGCCGGCACCCTGTGCCACGCGGCCAAGGCCCTGAAAGAGCATGGCGCTGCCAAGGTCTTTGCCTACTGCACACACCCTGTGCTGTCGGGTCGAGCGATCGAAAATATTGAAAATTCCGTGCTGGACGAGCTGGTGGTAACCAATACCATCCCGCTGTCCGCCGCAGCACAAGCCTGTGCGCGTATCCGTCAACTGGATATCGCGCCGGTAGTTGCCGAGGCGGTTCGCCGCATCAGCAATGAAGAATCGATCAGTGCGATGTTCCGTTAA MMVFTGNANPDLARRVVRQLHIPLGDISVGKFSDGEITAEINENVRGKDVFIIQPTCAPTNDNLMELVVMADAFRRSSATRITAVIPYFGYARQDRRPRSARVAISAKVVADMLTVVGIDRVLTVDLHADQIQGFFDIPVDNIYGSPVLVDDIEDQRFENLMIVSPDIGGVVRARAVAKSLGVDLGIIDKRREKANHSEVMHIIGDVEGRTCILVDDMVDTAGTLCHAAKALKEHGAAKVFAYCTHPVLSGRAIENIENSVLDELVVTNTIPLSAAAQACARIRQLDIAPVVAEAVRRISNEESISAMFR PGPT0021480_5018 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948 NA NA D1-35_04309 852 ispE COG1947 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase ATGAGCGCAACACGCCTGACGCTGCCCTCCCCGGCCAAGCTCAACCTGATGCTGCATATCGTTGGCCGGCGTCCGGACGGTTACCACGAATTGCAGACGATTTTTCAGTTCCTCGACTACGGCGACGAGATCACCTTTGCCGTACGCGATGACGGCGTGATCCATCTTCACACCGAGTTCGACGGCGTACCCCATGACAGCAACCTGATCGTCAAGGCCGCGAAAAAACTCCAGGAGCAATCCGGTTGTTCGCTGGGCATCGACATCTGGATCGAAAAAATCCTGCCCATGGGCGGCGGTATCGGTGGCGGCAGTTCGAATGCGGCGACGACTCTGCTGGGCCTAAACCATTTGTGGCAGCTTGGCTGGGACCTGGATCGCCTGGCAGCGCTGGGCCTGACACTGGGCGCCGACGTACCGGTTTTCGTGCGTGGCCACGCGGCTTTTGCCGAGGGCGTCGGGGAAAAACTCACCCCGGTGGAACCCGAAGAACCCTGGTATCTGGTACTGGTGCCGCAAGTATCTGTAAGTACAGCAGAAATTTTTTCAGATCCGCTGTTGACACGTAACTCGGAGCCCATTAAAGTGCGCCCCGTTCCCAAGGGAAACAGTCGAAATGACTGCTTACCGGTGGTAGCAAGGCGTTATCCAGATGTTCGTAACGCTTTGAATTTGTTAGGTAAATTTACCGAAGCAAAACTCACCGGAACTGGAAGTTGTGTGTTTGGGGGCTTCCCAAGCAAAGCTGAAGCTGATAAAGTCTCGGCCCTTCTGACAGAGACCCTTACAGGGTTTGTAGCAAAGGGAAGCAACGTTTCGATGTTGCATCGCAAGCTGCAAAGTCTGCTCTAA MSATRLTLPSPAKLNLMLHIVGRRPDGYHELQTIFQFLDYGDEITFAVRDDGVIHLHTEFDGVPHDSNLIVKAAKKLQEQSGCSLGIDIWIEKILPMGGGIGGGSSNAATTLLGLNHLWQLGWDLDRLAALGLTLGADVPVFVRGHAAFAEGVGEKLTPVEPEEPWYLVLVPQVSVSTAEIFSDPLLTRNSEPIKVRPVPKGNSRNDCLPVVARRYPDVRNALNLLGKFTEAKLTGTGSCVFGGFPSKAEADKVSALLTETLTGFVAKGSNVSMLHRKLQSLL PGPT0007605_3464 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919 NA NA D1-35_04310 618 lolB COG3017 Outer-membrane lipoprotein LolB ATGTTTTTGCGCCACTTCATCGTCTTCAGCTTTATCGCCCTGCTCGCCGGTTGCGCGGGCTTCGGCGCCCGTGAATCCGTCCAGGGCCAAGGCAACCAGGCCCAGTGGCGCGTGCACAAGGAACAACTGAGCGGCCTCGACGGCTGGCAGATCGACGGCAAGATCGGCATTCGCGCGCCTAAAGACTCGGGCAGCGGCACCTTGTTCTGGTTGCAGCGCCAGGATTACTACGACATTCGCCTTTCCGGCCCGCTGGGTCGTGGCGCGGCACGGCTGACCGGCAGGCCAGGCCAGGTTTCGCTGGAAGTCGCCAACCAGGGACGCTACGAGGCGCCCAGCCCCGAGGCGTTGCTGGAAGAACAGCTGGGCTGGAAACTGCCGGTATCGCACCTTACCTGGTGGGTCCGCGGCCTTCCGGCGCCGGACAGCAAAAGCCGCCTGACCCTGGATGCCGACAGTCGCCTGTCCAATCTGGAACAGGACGACTGGCAGATCGAATACCTCAGCTATGCCCAGCAGAACGGTTACTGGTTGCCCGAGCGCATCAAGCTGCACGGCAGCAACCTCGACGTCACGCTGGTCATCAAGCAATGGCAGCCGCGCAAGCTGGGGCAATGA MFLRHFIVFSFIALLAGCAGFGARESVQGQGNQAQWRVHKEQLSGLDGWQIDGKIGIRAPKDSGSGTLFWLQRQDYYDIRLSGPLGRGAARLTGRPGQVSLEVANQGRYEAPSPEALLEEQLGWKLPVSHLTWWVRGLPAPDSKSRLTLDADSRLSNLEQDDWQIEYLSYAQQNGYWLPERIKLHGSNLDVTLVIKQWQPRKLGQ PGPT0024480_718 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024480-lolB-K02494 NA NA D1-35_04311 1725 bepA_3 Beta-barrel assembly-enhancing protease ATGAATAGATCTTTCGCGTTGCTCCTCGCTTTTGCCTTCCTCGGCGGCTGCCAGTCCATGGCCCCCGTCTCGACGGACGGTACGCCACCGGTCGAAGACAGCACCCCGGCCCCCGAAAAGCCCAAGGTCTACGGATCGTTCAGCGAAGAAACCATCTTCAGCCTGTTGAGCGCCGAACTCGCCGGCCAGCGCAATCGCTTCGATATTGCCCTGGACAACTACGTGACCCAGGCCGTCAACACCCAGGACCCGGGCATCTCCGAGCGGGCCTTTCGCATCGCCGAATACCTGGGGGCCGACCAGCCCGCGCTGGATACGGCGCTGATCTGGGCCAGGAACGCACCCGACGATCTCGAAGCGCAACGCGCCGCCGCCGTGCAACTGGCGCGCGCCGGCCGTTACGACGACTCCATGATGTATATGGAGAAAGTCCTGCTGGGCAAGGGCGATACCCATTTCGATTTCCTCGCGCTGTCTGCGGCCGATACCGACCAGGAAACCCGCGACGGCCTGATGAAGAGTTTCGACCGTCTGCTGCAGCGTCACCCAAACAACGGGCAGCTGATTTTTGGCAAGGCCTTGCTCTTGCAACAGAACGGCGACTCCCAAGGCGCCCTCACGCTGCTGGAAGACAACCCGCCGGAACCCGGCGAAGTGGCGCCTATCCTGCTGCGCGCCCGCCTCTTGCAAAGCATGAATCGCGGCGATGAAGCCCTGCCGCTGATGGAAAAAAGCATCAAGAAATACCCGGACGACAAACGCCTGCGCCTCACCTATGCACGCATGCTGGTGGAAAACAACCGCATGGACGACGCCAAGGTCGAGTTCTCCAGCCTGGTCCAGCAGTACCCTGAAGACGACGACCTGCGCTATTCCCTGGCGTTGGTCTGCCTGGAAGCCAAGGCCTGGGAAGAAGCCAAGGGCTATCTGGAAGACCTGATCGCCCGCGAAAGCCACGTCGATTCGGCCCACCTGAACCTGGGGCGCATCGCCGAAGAACGCAACGACCCCGAAAGCGCGCTGATCGAGTACGCCCAGGTCGGCCCGGGCAACGACTACCTGCCCGCGCAGTTGCGCCAGGCCGACATCCTGATCGGCAATGGTCGGGCGGCCGAGGCCCAGAGTCGCCTGGCCATCCAGCGCGACACCCAGCCGGACTACGGCATCCAGCTCTACCTGATCGAGGCCGAGACCCTGGCGGCGAACAACCAGAGCGACAAGGCCTGGGCCGTGCTGCAACAAGCCTTGAAGCAATACCCGGACGACCTGAACCTGTTGTATACCCGATCCATGCTGGCGGAAAAACGCAATGACCTGGCCCAGATGGAAAAGGACCTGCGTCTGATCATCCAGCGTGATCCCGACAACGCCATGGCGCTCAACGCCCTCGGCTACACCTTGTCGGATCGCACCACCCGCTACGATGAAGCCAAGGTGCTGATCGAGAAAGCCCATCAGATCAATCCGGAAGACCCTGCCGTGCTCGACAGCCTTGGCTGGGTGAATTTCCGCCTGGGCAATCTCGACGAAGCCGAACGCCTGTTGCGCCAGGCCCTGGAGCGCTTCCCCGACCAGGAAGTAGCCGCTCACCTGGGTGAAGTCCTGTGGGCCAACGGCAAACAGCGCGAGGCCCGGCAGATCTGGAGCAAATTCCTCAAGGAACAGCCCGACAGCCCGATTCTGCGCAGCACCATCAAACGCCTGACCGGATCAGAGACTCTTTAA MNRSFALLLAFAFLGGCQSMAPVSTDGTPPVEDSTPAPEKPKVYGSFSEETIFSLLSAELAGQRNRFDIALDNYVTQAVNTQDPGISERAFRIAEYLGADQPALDTALIWARNAPDDLEAQRAAAVQLARAGRYDDSMMYMEKVLLGKGDTHFDFLALSAADTDQETRDGLMKSFDRLLQRHPNNGQLIFGKALLLQQNGDSQGALTLLEDNPPEPGEVAPILLRARLLQSMNRGDEALPLMEKSIKKYPDDKRLRLTYARMLVENNRMDDAKVEFSSLVQQYPEDDDLRYSLALVCLEAKAWEEAKGYLEDLIARESHVDSAHLNLGRIAEERNDPESALIEYAQVGPGNDYLPAQLRQADILIGNGRAAEAQSRLAIQRDTQPDYGIQLYLIEAETLAANNQSDKAWAVLQQALKQYPDDLNLLYTRSMLAEKRNDLAQMEKDLRLIIQRDPDNAMALNALGYTLSDRTTRYDEAKVLIEKAHQINPEDPAVLDSLGWVNFRLGNLDEAERLLRQALERFPDQEVAAHLGEVLWANGKQREARQIWSKFLKEQPDSPILRSTIKRLTGSETL NA NA NA NA NA D1-35_04312 1287 hemA COG0373 Glutamyl-tRNA reductase ATGGCCTTCCTTGCACTTGGTATCAACCACAAGACTGCTTCAGTAGACGTCCGCGAGCGCGTGGCCTTTACGCCTGAGCAGCTGGTGGAGGCCCTGCAGCAACTCTGCCGACTCACCGACAGCCGAGAAGCCGCGATTCTCTCCACCTGCAATCGCAGTGAGCTTTATATAGAGCAGGATCACGTTTCGGCCGATTCGGTGCTGCGCTGGCTGGCCCAATACCATGATCTGAGCCTTGAAGAGCTGCGCGCCAGTGCCTATGTGCATGAGGACGATGCGGCAGTTCGTCACATGATGCGCGTCGCCTCCGGGCTCGATTCGCTGGTGCTGGGCGAACCGCAGATTCTCGGCCAGATGAAATCGGCCTACGCCGTGGCCCGCGAGGCCGGGACAGTTGGCCCGCTGCTGGGGCGTCTGTTCCAGGCCACCTTCAATGCCGCCAAGCAAGTACGCACCGACACTGCCATTGGCGAAAACCCGGTGTCCGTGGCGTTCGCCGCCGTCAGCCTGGCGAAACAGATTTTCAGTGATTTGCAACGCAGCCAGGCGCTGTTGATCGGCGCGGGCGAGACCATCACCCTGGTCGCCCGGCACCTGCACGACCTCGGCGTGAAGCGCATCGTGGTCGCCAACCGTACGCTGGAACGCGCCAGCACCCTGGCCGAGCAGTTCGGCGCTCATGCAGTGCTGCTCTCGGACATTCCCGCCGAGCTGGTGCACAGCGACATCGTCATCAGTTCCACCGCCAGCCAACTGCCGATCCTCGGCAAGGGCGCGGTGGAAAGCGCCCTGAAGCTGCGCAAGCACAAGCCGATCTTCATGGTCGATATCGCCGTTCCCCGTGACATCGAACCGGAAGTGGGCGAACTCGACGACGTTTACCTCTACAGTGTCGATGACCTGCACGAAGTCGTCGCCGAGAACCTCAAGAGCCGGCAAGGCGCGGCCCAGGCGGCGGAGGAAATGATCACCGTCGGCGCCGAGGACTTCATGGTGCGCCTGCGCGAGCTGGCGGCGGTGGATGTGCTCAAGGCGTATCGTCAGCAAAGCGAGCGGCTACGCGACGAAGAATTGCAAAAGGCCCAGCGCCTGCTGGCCAATGGCGGCAGCGCCGAAGAGGTGTTGGTGCAACTGGCGCGTGGCCTGACCAACAAATTGCTTCACGCGCCCAGTGTCCAGCTCAAGAAGCTGACCGCCGAAGGCCGCCTCGATGCGCTGGCCATGGCCCAGGAACTTTTCGCCCTCGGTGAAGCTTCACCGGATGGCTTATCGGATAAGAAACCGTAA MAFLALGINHKTASVDVRERVAFTPEQLVEALQQLCRLTDSREAAILSTCNRSELYIEQDHVSADSVLRWLAQYHDLSLEELRASAYVHEDDAAVRHMMRVASGLDSLVLGEPQILGQMKSAYAVAREAGTVGPLLGRLFQATFNAAKQVRTDTAIGENPVSVAFAAVSLAKQIFSDLQRSQALLIGAGETITLVARHLHDLGVKRIVVANRTLERASTLAEQFGAHAVLLSDIPAELVHSDIVISSTASQLPILGKGAVESALKLRKHKPIFMVDIAVPRDIEPEVGELDDVYLYSVDDLHEVVAENLKSRQGAAQAAEEMITVGAEDFMVRLRELAAVDVLKAYRQQSERLRDEELQKAQRLLANGGSAEEVLVQLARGLTNKLLHAPSVQLKKLTAEGRLDALAMAQELFALGEASPDGLSDKKP PGPT0003650_2055 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492 NA NA D1-35_04313 1083 prfA COG0216 Peptide chain release factor RF1 ATGAAAGCGTCACTGCTCAATAAGCTGGATATTCTCCAGGACCGTTTCGAGGAACTGACCGCCTTGCTGGGCGATGGCGAAGTCATTTCCGACCAGAACAAATTTCGCACCTACTCCAAGGAGTACGCGGAAGTCGAGCCGATCGTTGCGACCTACAAGCAGTTGCTCAAGGTGCAGAGCGACCTTGAGGGCGCCCAGGCGCTGCTCAAGGACAGCGACCCGGACCTGCGCGAGATGGCCGTGGAAGAAGTTCGCGAAGCCAAGGAGCAACTGGTCGAGCTGGAAAGCGACCTGCAACGCATGCTGTTGCCCAAGGACCCGAACGACGGGCGCAACGTGTTCCTCGAAATCCGCGCCGGCACTGGCGGCGACGAGGCGGCGATCTTTTCCGGTGACCTGTTCCGCATGTATTCGCGCTACGCCGAGCGTCGCGGCTGGCGGGTCGAGATCCTCTCGGAAAACGAAGGCGAACACGGCGGCTATAAAGAAGTCATCGCCCGGGTCGAGGGCGATAACGTCTATGGCAAGTTGAAGTTCGAGTCCGGCGCCCACCGCGTACAACGCGTGCCGGCCACCGAATCTCAGGGGCGCATCCATACGTCCGCCTGCACCGTGGCGGTCTTGCCCGAGCCGGACGAACAGGAGGCCATCGAGATCAACCCGGCGGACCTGCGCGTCGACACCTACCGGTCCTCCGGCGCGGGCGGCCAGCACGTGAACAAGACCGACTCGGCGATCCGCATCACTCACTTGCCTTCGGGCATCGTGGTGGAGTGCCAGGAAGAGCGCTCCCAGCACAAGAACCGCGCGCGGGCGATGGCCTGGTTGTCGGCCAAGCTCAACGACCAGCAGACCAGCGCCGCCGCCAATGCCATCGCCAGCGAACGCAAGTTGCTGGTGGGCTCGGGCGACCGTTCCGAGCGGATCCGTACCTACAACTTTGCCCAGGGCCGGGTCACCGACCACCGTGTCAACCTGACCCTGTATTCCCTCGACGAAATTCTTGCAGGTGGTGTCGACGCCGTCATCGAGCCCTTGCTCGCTGAATACCAGGCTGACCAGCTGGCCGCGATTGGCGAGTAA MKASLLNKLDILQDRFEELTALLGDGEVISDQNKFRTYSKEYAEVEPIVATYKQLLKVQSDLEGAQALLKDSDPDLREMAVEEVREAKEQLVELESDLQRMLLPKDPNDGRNVFLEIRAGTGGDEAAIFSGDLFRMYSRYAERRGWRVEILSENEGEHGGYKEVIARVEGDNVYGKLKFESGAHRVQRVPATESQGRIHTSACTVAVLPEPDEQEAIEINPADLRVDTYRSSGAGGQHVNKTDSAIRITHLPSGIVVECQEERSQHKNRARAMAWLSAKLNDQQTSAAANAIASERKLLVGSGDRSERIRTYNFAQGRVTDHRVNLTLYSLDEILAGGVDAVIEPLLAEYQADQLAAIGE NA NA NA NA NA D1-35_04314 831 prmC_1 COG2890 Release factor glutamine methyltransferase ATGACCATCATCGCCAGCTTGCTTCGCGCCGCGCAATTGCCGGATTCGCCCAGCCCACGACTGGACGCCGAGCTGTTGCTGGCCGCCGCCCTGGGCAAGTCCCGCAGCTTCCTGCACACCTGGCCCGAGCGAATCGTGCCGAGCGAGGCGGCGCTGTTGTTTTCCGAATACTTGCGTCGCCGTCGCTCCGGCGAGCCGGTGGCTTATATTCTCGGGCAGCAGGGTTTCTGGAAACTCGATCTGGAAGTCGCGCCCCATACGCTGATCCCGCGGCCCGACACCGAACTGTTGGTCGAGACCGCACTGGCATTGTTGCCAGCCACGCCCGCCCGGGTCCTCGACCTTGGCACCGGCAGCGGCGCGATTGCCCTGGCGCTGGCCAGCGAGCGTCCGGCCTGGAATGTCACGGCGGTCGACCGGGTGCTGGAAGCCGTGGCCCTGGCCGAGCGCAATCGCCAGCGCCTGGGCCTGCGCAATGTCACGGTGCTCAGCAGTCACTGGTTCAGCGCCCTGGAAGGCGAGCGTTTCGACCTGATCATCAGCAACCCGCCTTATATAGCCGCCAGCGATCCGCACCTGGCCGAGGGCGATGTGCGCTTCGAGCCGGCCAGTGCGCTGGTGGCGGGGCCGGACGGTCTCGACGACTTGCGTGCAATCATCGCCCAGGCCCCCGATCATCTCGGGGCAGGCGGCTGGCTGATGCTGGAGCACGGTTATGACCAGGCCGAGGCGGTGCGTGGTCTGTTGCAAAAGCAAGGGTTTGCCGAAGTCCACAGTCGCAAGGATCTGGGTAATCACGAACGCATCAGCCTGGGACGCCTGCCGTGCTGA MTIIASLLRAAQLPDSPSPRLDAELLLAAALGKSRSFLHTWPERIVPSEAALLFSEYLRRRRSGEPVAYILGQQGFWKLDLEVAPHTLIPRPDTELLVETALALLPATPARVLDLGTGSGAIALALASERPAWNVTAVDRVLEAVALAERNRQRLGLRNVTVLSSHWFSALEGERFDLIISNPPYIAASDPHLAEGDVRFEPASALVAGPDGLDDLRAIIAQAPDHLGAGGWLMLEHGYDQAEAVRGLLQKQGFAEVHSRKDLGNHERISLGRLPC NA NA NA NA NA D1-35_04315 756 moeB COG0476 Molybdopterin-synthase adenylyltransferase GTGCTGAATGATCAAGAACTGCTGCGCTACAGTCGCCAGATTCTGTTGCAGCACATCGACATCGATGGGCAGCTGCGCCTCAAGCAGGGCCGCGTATTGATCATCGGCCTCGGTGGCCTGGGCGCCCCGGTGGCGTTGTACCTGGCCGCCGCCGGCGTCGGCGAGTTGCACCTGGCGGATTTCGACACGGTCGACCTGACCAACCTTCAGCGACAGATCATTCACGACACCGACAGCGTCGGCCTGAGCAAGGTCGATTCGGCGGTGCGTCGCCTGGCCGCCATCAATCCCGAGGTTCGCCTGGTTTCCCATTCGACCGCCATGGATGAAGACTCCCTGGCCGGCGCGGTGGCGGCGGTGGATGTGGTGCTCGACTGTTCCGACAACTTTGCTACCCGCGAAGCGGTGAATGCGGCGTGTGTCACCGCCGCCAAGCCCCTGGTCAGCGGCGCAGCGATTCGCCTGGAAGGGCAACTGTCGGTATTCGACCCACGTCGCCCCGAAAGTCCTTGTTACCACTGCCTTTACGGGCATGGCAGCGAAGCCGAGCTGACCTGCAGCGAAGCCGGTGTGCTTGGGCCGCTGGTGGGTTTGGTAGGCAGTCTCCAGGCGCTGGAAGCCTTGAAGTTGCTGGCGGGTTTCGGTGAGCCCCTGGTGGGGCGCCTGCTGCTGATCGATGCCCTGGGCACGCGTTTTCGCGAACTACGCGTCAAGCGCGATCCGCGCTGCGGTGTCTGCGGTAACCGGCATGCGTGA MLNDQELLRYSRQILLQHIDIDGQLRLKQGRVLIIGLGGLGAPVALYLAAAGVGELHLADFDTVDLTNLQRQIIHDTDSVGLSKVDSAVRRLAAINPEVRLVSHSTAMDEDSLAGAVAAVDVVLDCSDNFATREAVNAACVTAAKPLVSGAAIRLEGQLSVFDPRRPESPCYHCLYGHGSEAELTCSEAGVLGPLVGLVGSLQALEALKLLAGFGEPLVGRLLLIDALGTRFRELRVKRDPRCGVCGNRHA PGPT0008935_729 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 D1-35_04316 792 murI COG0796 Glutamate racemase ATGCGTGAGGCGCCGGTCGGTGTGTTCGACTCGGGTGTCGGCGGGCTGTCGGTGCTGGGGGAAATCCGTCGGCTGTTGCCCAATGAGTCGCTGCTGTACGTTGGCGACTGCGGGCATATTCCGTATGGCGAAAAAAGCCCGGAATTCATCCGGCAGCGCTGCGCGGTCATTGCCGACTTTTTCCAGCGCGAGGGCTCCAAGGCGCTCGTGGTGGCCTGCAACACCGCGACAGTCGCCGGGGTGGCTGACCTGCGTCGCGACTACCCCGATTGGCCCATCGTTGGTATGGAGCCGGCGGTCAAGCCGGCTGCCGCCGCGACGCGAAGCGGCATCGTTGGCGTGCTGGCAACGACTGGCACCTTGCAGAGCGCCAAATTTGCCGCGTTGCTCGACCGCTTCGCCACGGATGTCCGCGTGATCACGCAGCCCTGTCCGGGACTGGTGGAATTGATCGAGGCGGGCGACCTGCACAGTTCGGCCTTGCACCAACTGCTACAAGGCTACGTCAACCCGTTGCTGGCGGCTGGCTGCGACACACTGATCCTTGGCTGTACGCACTATCCATTCCTCAAGCCGTTGCTCAAACAGATGATTCCGGCCCATATCAGTCTGATCGATACGGGCGCCGCCGTGGCCCGGCAACTCCAGCGCTTGTTGGCGGAGCGGGCGCTACTGGCTGACGGGCCTGCCAGCGAAACTCAATTCTGGAGTAGCGCTGATCCGATACATTTAAGAAATATCCTACCGATGCTATGGAATTCGTCTGGCATTGTGCGAAGCTTCGTTCTGTAA MREAPVGVFDSGVGGLSVLGEIRRLLPNESLLYVGDCGHIPYGEKSPEFIRQRCAVIADFFQREGSKALVVACNTATVAGVADLRRDYPDWPIVGMEPAVKPAAAATRSGIVGVLATTGTLQSAKFAALLDRFATDVRVITQPCPGLVELIEAGDLHSSALHQLLQGYVNPLLAAGCDTLILGCTHYPFLKPLLKQMIPAHISLIDTGAAVARQLQRLLAERALLADGPASETQFWSSADPIHLRNILPMLWNSSGIVRSFVL PGPT0020200_3595 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776 NA NA D1-35_04317 519 pagL Lipid A deacylase PagL ATGAAGCGTTTATTCTGCTTTGCCGCATTTGCGGCTGCGTTGCTGGGGCACACTTACACCGCACAGGCGGCGGGCGTGGAATTCGGGGTTGGCCAGACCGGCGACTCGACCATGACCTATCGCCTGGGCATGCAGTTCGATTGGGACAAGAGCTGGCTGCAGAGCGACGTGGGTCGCCTGACCGGTTACTGGAGCGGTGCCTATACGTACTGGGAGGGGGACGAAACTTCGAGCAACCACAGCCTGTCGTTCTCGCCAGTCCTGGTGTATGAGTTTGCCGGTCAGAACGTGAAGCCTTACATCGAGGCAGGCGTCGGTGTTGCGCTGTTTGAAAACACTGAAATCGAAAGCAACAAGCTCGGCACAGCGTTCCAGTTCGAAGACCGCATCGGCTTTGGCCTGCGCTTCAATGGCGGGCATGAAGTCGGCATCCGTGCCACTCACTATTCCAACGCCGGGATCAAGTCGACCAACGACGGTGTGGAAAGCTACGCATTGCATTACACAATGCCGCTGTAA MKRLFCFAAFAAALLGHTYTAQAAGVEFGVGQTGDSTMTYRLGMQFDWDKSWLQSDVGRLTGYWSGAYTYWEGDETSSNHSLSFSPVLVYEFAGQNVKPYIEAGVGVALFENTEIESNKLGTAFQFEDRIGFGLRFNGGHEVGIRATHYSNAGIKSTNDGVESYALHYTMPL PGPT0022415_600 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022415-pagL-K12976 NA NA D1-35_04318 306 hypothetical protein ATGAAGACCATCCCGCTGCACGAAATCCCCGCCCCGGCCGTCACGTGTTCAACGTGTGCGGCGTGCTGCTGCCAACTGGAAGTCATGTTGATCACCGACACCGGCGTGCCCGAGCGTTTCATCGACACGGATGACTGGGGTGGAGAAGTGATGCTGCGTCTTGACGACGGCTGGTGCGCGGCGCTGGATCGCGACACCATGCGGTGCACGATCTACGAAAGGCGTCCGCTCATCTGCCGGGAGTTCGAGATGGGTGCGCCGGAGTGCCTGGAAGAGCGCCAGGGCATTGCAACGGCATATAGATAG MKTIPLHEIPAPAVTCSTCAACCCQLEVMLITDTGVPERFIDTDDWGGEVMLRLDDGWCAALDRDTMRCTIYERRPLICREFEMGAPECLEERQGIATAYR NA NA NA NA NA D1-35_04319 765 hypothetical protein ATGGGTTCGACACCGCCACGGCGATACTGGCTGACCGGCGCCGGTAACGGAATTGGCGCCTCTTTGGCCGAATCGATACTGCGTACCGGCGCCCATCTGGCTGTCAGCTCACGCTTGCCGTGCGATGCGCTTTTGGCAAGATATCCAGGACAGGTCCTGATCGTGGCCGGCAATCTGACCGACAGCCAGGCCGTACGCGAGGTGGGCGAGCGAATCGCCCAGGAATGGGGCTCCCTGGATACCGTGATCATCAACGCCGGAACCGCCGAATACATCAGCGGACAACCCGTCAACCCATCGATCATCGAACACATCGTGCGCAGCAACCTGCTGGCCGCCAGCCTGTGTATCGAGGCGGCCGCGCCATTGCTGCGCGCCGGCAACGGGACCCATCTGGTGGGCATCGCCAGTCCGCTGACCTATCTGCCGCCCTCGCAATTCGAGGCCGGGGACCAAGGGATGCGCTTTTTATTCGAATCGGCTCGCGGCAAACTGGCCCGCGATGGCATCGACGTGACCATCGTGCACCCAGGGTTCGATAACTCATCGCCGGCCATCGACGATGGCTTGCCTCCTTCGATTCGCTGGTCTGCTGAAACGGCGGCCCAGCACATCCTGACCCAACTGATCGAACGTCCCCTTGAAGTGATCCTGCCCGCCATGACCATGAACCTGCTTTGGCCACTGCCATCGACCGACACGGTGCTGGCGGGCGCGCATTCACGTTCGGACAGTTACCAGTGCCCGATCAAGGGACACCCCTGA MGSTPPRRYWLTGAGNGIGASLAESILRTGAHLAVSSRLPCDALLARYPGQVLIVAGNLTDSQAVREVGERIAQEWGSLDTVIINAGTAEYISGQPVNPSIIEHIVRSNLLAASLCIEAAAPLLRAGNGTHLVGIASPLTYLPPSQFEAGDQGMRFLFESARGKLARDGIDVTIVHPGFDNSSPAIDDGLPPSIRWSAETAAQHILTQLIERPLEVILPAMTMNLLWPLPSTDTVLAGAHSRSDSYQCPIKGHP NA NA NA NA NA D1-35_04320 1434 phrB COG0415 Deoxyribodipyrimidine photo-lyase ATGCAAATGATCTGGCTGCGCAGCGACTTGCGCCTGCACGACAACACCGCCCTGGCGGCCGCCGCTGCCCGGGGGCCCTGCGTAGCGGTCTACCTGCCGAGCCCGAAGCAATGGGCGGCCCATGACGATGCACCCTGCAAGATCGATTTCTGGTTGCGCAACCTCGCGGCATTGAGCACTGCCCTGGCGGAACTGAACATCCCATTGCTGATCCGCAACACGGAGTATTGGAATCAGGCCCCGCAAGTGCTGGTCACTTTATGTCGCGAGCTGGGCATCGGTGCCGTACACGTCAACGAGGAATACGGCCTGAATGAAACCCGGCGCGACGCCGACGTCGCCCGGGCGCTAAAGGTTGAGGGCGTGGAATTTCACAGCCATCTCGACCAGCTCCTGTTCAAGCCCGGCAGCGTCCTGACCAAGACCGGCAGTTATTTCAAGGTGTTCAGCCAATTTCGCAAGGTCTGCTATAGCCGTCTGCATTTTTCGTTACCGAGCCTGGTGCCCGCGCCTGTCCGGCAGGCGCCTACCGCCATCGCCAGCGATCCGCTGCCGACGCAGATCGAAGGGTTCAATCCGCCAAATGCGGCGCTGCGCGATCTCTGGCCCGCCGGCGAAAGCGAAGCCCGGCGCCGGCTCGAGTCGTTCGTCGAGCAACACATCGATTACTACCAGAGCGAACGGGATTTTCCGGCCAGACCCGGGACCAGCCAGCTGTCGGCCTATCTGGTGGCCGGCGTGGTTTCACCGCGCCAGTGCCTGCACGCCGCGCTACAGGCCAATCAGGGCGAGTTCGAAAGCGGAAACGTCGGAACCGTGACCTGGATTAACGAACTGCTCTGGCGCGAGTTTTATAAACACGTTCTGGTGGGATTCCCCCGCGTATCGCGCCACCGCGCGTTCCGCCCGGAAACCGAGGCCCTGGCCTGGCGCAACGACCACCAGGCACTGGCGGCGTGGAAAGAAGCCCGTACCGGCTTGCCGATCATTGACGCGGCCATGCGCCAATTGCTTGAGACCGGCTGGATGCATAACCGCCTACGGATGGTGGTGGCGATGTTCCTGACCAAGAACCTGTTGATCGATTGGCGAGAGGGCGAACGCTTTTTCATGCAGCACCTGATCGACGGTGACCTGGCGGCAAACAATGGCGGCTGGCAGTGGAGCGCCTCGACCGGCACGGACTCGGCGCCCTGGTTCCGGATTTTCAACCCGTTGAGCCAATCGGAAAAATTCGACCGCGAGGGCTTGTTCATCAAACGCTGGCTACCCGAACTGAACGATCTCGATAAGCCGGATGTCCATAACCCGAATACCCGTGGCGATTTGTTTGGCGCGGTGGACTACCCCGCTCCGATCGTCGACCTCAGCCAGTCCAGGGCCCGCGCCCTGGCAGCGTTCAGAAACCTGCCGTCACGGCAGGACGCCGGTTGA MQMIWLRSDLRLHDNTALAAAAARGPCVAVYLPSPKQWAAHDDAPCKIDFWLRNLAALSTALAELNIPLLIRNTEYWNQAPQVLVTLCRELGIGAVHVNEEYGLNETRRDADVARALKVEGVEFHSHLDQLLFKPGSVLTKTGSYFKVFSQFRKVCYSRLHFSLPSLVPAPVRQAPTAIASDPLPTQIEGFNPPNAALRDLWPAGESEARRRLESFVEQHIDYYQSERDFPARPGTSQLSAYLVAGVVSPRQCLHAALQANQGEFESGNVGTVTWINELLWREFYKHVLVGFPRVSRHRAFRPETEALAWRNDHQALAAWKEARTGLPIIDAAMRQLLETGWMHNRLRMVVAMFLTKNLLIDWREGERFFMQHLIDGDLAANNGGWQWSASTGTDSAPWFRIFNPLSQSEKFDREGLFIKRWLPELNDLDKPDVHNPNTRGDLFGAVDYPAPIVDLSQSRARALAAFRNLPSRQDAG NA NA NA NA NA D1-35_04321 939 hypothetical protein ATGAAGAACGAGCTCGACTCCAGCGCCAGCGAAGACCTGGGCGCCGATTTCGCCAAGGCCCTCGCGCAGGGCTGGCTGCCCATCCGCGAAGTCGCCCGGCAAACCGGCGTCAATGCCGTCACGCTGCGAGCCTGGGAGCGGCGCTACGGGTTGATCGTGCCGCACCGTACGCCCAAGGGCCATCGCTTGTTCAATCGCGAACATGTGCAGCGGATCCTGAGCATCCTCACCTGGATCGATCGTGGCGTGGCAGTGAGCAAGATAAAACCGTTGCTCGACACACCGCAGCCGTCAGGCGAACCGTTGGAAGACGACTGGCAACGTCAGCGCCATGCCCTGATGCTGGCGGTGACGCAACTGGCCGAGCGTCAGGTCGATGAGTCGGTGAACCAGGCCATGGCGCTGTATCCGCCTTGGACTGTTTGTGAACAGTTGCTCCTGCCCTTGCTGGGCGAGTTGCAATTGCGCTGGCAGAGCCAGTTCGGCGCGCAGCTGGAAAAGGTCTTCCTGTACTCCTGGCTGCGCAGCAAATTCGGCAGCCGGATCTACCACAACAACCGCCAGTTGCGCGGCGCACCGCTGTTGATGATCAACCAGTCCGAGGTGCCGCAGGAGCCCCAGTTGTGGCTCACCGCCTGGCTGGCAAGCAGCGCCGACTGTCCCGTGGAGGTGTTCGACGGGCCGCTCCCGGCCGGTGAGCTGGCGTTGGCGGTCGAACGGCTCAAGGCCCGCGGCGTGCTGCTGTATTCGAGCCAGGCACTGAATCTGTCGCAATTGCCCAGGCTGCTGAGCGGGCTCGACTGCCCGATCATCATCGCCGGCCCCGCCGCCTCGATTCACCAGGCCAAGCTGTCCGCAAGCGCGGCAATGAGCAACGTCAGCTGGGCCGAAGACCCGCTATCGGCTTATCGCGAACTGAGCCGCAGAGAACTTCTTTAG MKNELDSSASEDLGADFAKALAQGWLPIREVARQTGVNAVTLRAWERRYGLIVPHRTPKGHRLFNREHVQRILSILTWIDRGVAVSKIKPLLDTPQPSGEPLEDDWQRQRHALMLAVTQLAERQVDESVNQAMALYPPWTVCEQLLLPLLGELQLRWQSQFGAQLEKVFLYSWLRSKFGSRIYHNNRQLRGAPLLMINQSEVPQEPQLWLTAWLASSADCPVEVFDGPLPAGELALAVERLKARGVLLYSSQALNLSQLPRLLSGLDCPIIIAGPAASIHQAKLSASAAMSNVSWAEDPLSAYRELSRRELL NA NA NA NA NA D1-35_04322 981 hypothetical protein ATGCCCAACGAAGCTATCGCCAAACCGAAAATTGCCATCAGCGCCTGCCTGATGGGTGCCGAAGTGCGCTTCAATGGTGGTCACAAGCAATCGCCGTTGTGCAGCCGCACGCTGGTCGAGTACTTTGATTTCGTGCCGGTGTGTCCGGAAGTTGCCATTGGCCTGGGCGTCCCGCGCGAGCCGATCCGGCTGGTTGGCAATCCCGCGCGCCCCGACGCGGTCGGCACGGTGAAGCGAGACCTCGACGTGACCCAGCCATTGGTCGATTACGGACAACAAATGGCCGCTGAGCTGGATGACATCTGCGGCTATATCTTCATGCAGAAGTCGCCGTCCTGCGGGCTGGAGCGGGTCAAGGTCTACGACCACAACGGTGTCCCGCAGGACGGCGGCGGACGTGGTGTCTACGCCCAGGCCTTTTGCGAGCGTCACCCCGATCTGCCGGTGGAAGAAGACGGCCGCCTCAACGATCCGGTACTGCGGGAGAACTTTCTGACCCGTGTATTCGCCTATGCCGCCTGGCAACCGCTGCGCCGCCGGGGGCTGACCCGACGCGACCTGATTGAATTTCACTCACGCTACAAGTACCTGTTGATGGCCCACAACCCTGAGCAATACAAGGCGTTGGGCAACATGTTGGGCAACATGGGCAACATGGGCAACATGGGCAAGGCTGATCCGGCCGAACTGGGCCAGCGTTATTTCAGCGCGCTGATGGCGGCCTTGAAGAAATGCGCCACCCGACGCACGCACACCAACGTCCTGCAGCACCTCAGCGGTTACCTCAAGCGCGCCATCGATGCCGATGACAAGCAGGAGGTGCAGCACCTGATCGGGCAGTACCGTCTTGGTATCGTGCCACTGGTGGTGCCGCTGACGTTGCTCAAGCATCATCTGCGTCAGCACCCCGACCCCTATCTCGCCCAACAGGTCTACCTGCAACCGCACCCAGAGAACCTCAGCTTGCGAAACGCCATTTGA MPNEAIAKPKIAISACLMGAEVRFNGGHKQSPLCSRTLVEYFDFVPVCPEVAIGLGVPREPIRLVGNPARPDAVGTVKRDLDVTQPLVDYGQQMAAELDDICGYIFMQKSPSCGLERVKVYDHNGVPQDGGGRGVYAQAFCERHPDLPVEEDGRLNDPVLRENFLTRVFAYAAWQPLRRRGLTRRDLIEFHSRYKYLLMAHNPEQYKALGNMLGNMGNMGNMGKADPAELGQRYFSALMAALKKCATRRTHTNVLQHLSGYLKRAIDADDKQEVQHLIGQYRLGIVPLVVPLTLLKHHLRQHPDPYLAQQVYLQPHPENLSLRNAI NA NA NA NA NA D1-35_04323 987 COG3380 Renalase ATGACTGTACCCATCGCAATCATCGGCACCGGCATCGCCGGACTTTCAGCCGCCCAGGCCCTGACGGAGGCCGGGCATGTCGTTCAACTCTTCGATAAAAGCCATGGCAGCGGCGGCCGCATGTCGAGCAAGCGCAGCGACGCTGGCGCGCTGGACATGGGCGCACAATATTTCACCGCCCGGGATCGGCGCTTCGTCACGGAAGTCCAGCGCTGGCAAGCCAACGGCTGGGCGGCGGAATGGAACCCGCAGCTCTATCACTTCCAGGACGGGCAGATGAGCCCCTCGCCGGACGAGCAGACCCGCTGGGTCGGTACCCCGCGCATGAGCGCGATTACCCGCGCCCTGCTCGGCGAGCTGCAGGTGCAGTTCTCCTGCCGCATCACCGAGGTCTTTCGTGGCCAGGAACACTGGCACCTGCAGGACGCCGAAGGGGTTACCCACGGCCCGTTCGGCCAGGTCGTGATTGCCACGCCCGCGCCTCAGGCCACGGCATTGCTCGCCGCCGTGCCGAAACTGGCCGGCGTCGCCGCCGGGGTGAAGATGGACCCCACCTGGGCAGTGGCGCTGGCCTTTGAACAACCCCTGGATACGCCCATGGAGGGCTGCTTCGTCCAGGACAGCCCCCTCGACTGGCTGGCCCGCAACCGCAGTAAACCAGGGCGCGATGCCAAGCTCGACACCTGGGTGCTGCATGCAACCAGCGACTGGAGCCGCCAGCACATCGACATGCCCAAGGAAGCGGTGATCGAGCATTTGCACGGCGCCTTCGCAGAACTGCTGCACAGCGCGATGCCCGCGCCGAGCTTCAGCGTGGCCCATCGCTGGCTCTACGCCCGTCCCGCCGGCAGCCACGAATGGGGCGCCCTGGCCGATGCCGACCTGGGCTTGTATGTGTGCGGAGACTGGTGCCTGTCCGGCCGGGTCGAAGGAGCATGGCTCAGTGGCCAGGATGCCGCCCGTCGCTTGCACGCCAGCCTTCAGTGA MTVPIAIIGTGIAGLSAAQALTEAGHVVQLFDKSHGSGGRMSSKRSDAGALDMGAQYFTARDRRFVTEVQRWQANGWAAEWNPQLYHFQDGQMSPSPDEQTRWVGTPRMSAITRALLGELQVQFSCRITEVFRGQEHWHLQDAEGVTHGPFGQVVIATPAPQATALLAAVPKLAGVAAGVKMDPTWAVALAFEQPLDTPMEGCFVQDSPLDWLARNRSKPGRDAKLDTWVLHATSDWSRQHIDMPKEAVIEHLHGAFAELLHSAMPAPSFSVAHRWLYARPAGSHEWGALADADLGLYVCGDWCLSGRVEGAWLSGQDAARRLHASLQ NA NA NA NA NA D1-35_04324 900 Epimerase family protein ATGCACATATTGCTGACCGGCGGTACTGGTTTGATCGGACGTCAACTCTGCCGGCACTGGCTGGAGCAGGGACATCGCCTGACGGTCTGGAGTCGTCGGCCCGAACAGGTGGCGAAAATCTGTGGCGCGCAGGTGCGCGGTGTCGCCAGCCTCGATGAGCTTGGCGAGCCGGTGGACGCGGTCGTCAACCTTGCCGGCGCGCCTATTGGCGACCGGCCCTGGAGCCATAAACGCAAGATGCTGCTGTGGAGCAGCCGCGTCACGCTGACCGAGGATCTGCTGGCCTGGCTGGAGCGTTGCGAACAGAAACCGCGGGTGCTGATTTCCGGCTCTGCGGTGGGCTGGTATGGCGACGGCGGCGAGCGGGAGTTGACCGAAGAATCCGGGCCGGTCAGCGAAGACTTCGCCAGCCAGTTGTGCATCGCCTGGGAAGAAACCGCGCAACGTGCAGAAGCCCTGGGCATACGCGTGGTGCTGGTTCGCACCGGCCTGGTCCTGTCTGCCGAGGGCGGCTTTTTGTCGCGGCTGTTGCTGCCGTTCAAACTGGCAATGGGCGGGCGTATCGGCAGCGGGCGGCAGTGGATGCCCTGGATCCATATCGACGATCAAATCGCCCTGATTGATTTTCTTCTGCACCGCAGCGATGCCAGCGGTCCTTATAATGCCTGCGCACCGAACCCGGTGCGCAACCGCGATTTCGCCAAGGCCCTGGGGCACGTGCTGCATCGCCCGGCCGTGGTGCCGATGCCGGAGCTTGCGTTGAAAATCGCATTGGGGGAGTTGTCATTGCTGTTGCTGGGAGGCCAGCGCGCCACGCCCACCCGATTGCAGGCGGCGGGGTTTTCATTCCGGTTCACTGAGTTGTCTGCGGCCCTGGAAGATTTGTCGGGTCGCCTTTGA MHILLTGGTGLIGRQLCRHWLEQGHRLTVWSRRPEQVAKICGAQVRGVASLDELGEPVDAVVNLAGAPIGDRPWSHKRKMLLWSSRVTLTEDLLAWLERCEQKPRVLISGSAVGWYGDGGERELTEESGPVSEDFASQLCIAWEETAQRAEALGIRVVLVRTGLVLSAEGGFLSRLLLPFKLAMGGRIGSGRQWMPWIHIDDQIALIDFLLHRSDASGPYNACAPNPVRNRDFAKALGHVLHRPAVVPMPELALKIALGELSLLLLGGQRATPTRLQAAGFSFRFTELSAALEDLSGRL PGPT0014730_2445 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D1-35_04325 1026 hemH COG0276 Ferrochelatase ATGACCGATCACGCGTTGCTTCTGGTGAATCTGGGTTCGCCTGCCTCCACCTCGGTGGCCGATGTACGCCGCTACCTCAACCAATTTCTGATGGACCCCTACGTCATCGACCTGCCATGGCCGGTGCGGCGGCTGCTGGTGTCGCTGATCCTGGTCAAGCGCCCCGAGCAATCGGCCCACGCCTATGCCTCGATCTGGTGGGAAGAGGGCTCGCCACTGGTGGTCCTCAGTCGCCGCCTGCAACAGGCCATGAAAGCGCAATGGACCCAGGGCCCGGTGGAGCTGGCAATGCGTTATGGCGAGCCATCGATCGAATCGACCCTGGTGCGCCTGGCAAGCCAGGGGCACACGAAAATCACCCTGGCGCCGCTGTATCCGCAGTTCGCCGACAGCACCGTGACCACGGTCATCGAAGAAGCAAAGCGGGTAGTGCGTGAGAAAAAGCTCAAGGTGCAGTTCTCGATTCTCCAGCCCTTCTATGACCAGCCGGAATATATCGATGCCTTGGTTGCCAGCGCCAAGCCGTACCTGATGCAGGATTACGATCATCTGTTGCTGAGTTTCCATGGCCTGCCGGAACGGCACCTGACCAAGCTCGACCCTACGGGCTATCACTGCTTCAAGGACGCCGATTGCTGCCGGAACGCGCCGCCGGAAGTCATGGCCACGTGTTACCGCGCCCAGTGTATTCGTACCGCCGAGCTGTTCGCCCGGCAGATGGGGCTGGCGGATGGCAAATGGTCGGTGTCGTTCCAGTCGCGACTGGGACGGGCCAAGTGGATCGAACCTTATACCGAGGCGCGCCTGGACGAACTGGCCAAAAGCGGGGTGAAGAAAGTACTGGTGATGTGCCCGGCATTCGTTGCCGATTGCATCGAGACGCTGGAAGAAATCGGCGACCGCGGGCGCGAGCAGTTTCGCGAAGCGGGAGGGGAGGAGTTGGTACTGGTGCCGTGTCTCAATGACGATCCGCAGTGGGCGAAGGTGTTGAGCACCCTTTGCGAGCGGGCGCCGCTGGCGTTGTAG MTDHALLLVNLGSPASTSVADVRRYLNQFLMDPYVIDLPWPVRRLLVSLILVKRPEQSAHAYASIWWEEGSPLVVLSRRLQQAMKAQWTQGPVELAMRYGEPSIESTLVRLASQGHTKITLAPLYPQFADSTVTTVIEEAKRVVREKKLKVQFSILQPFYDQPEYIDALVASAKPYLMQDYDHLLLSFHGLPERHLTKLDPTGYHCFKDADCCRNAPPEVMATCYRAQCIRTAELFARQMGLADGKWSVSFQSRLGRAKWIEPYTEARLDELAKSGVKKVLVMCPAFVADCIETLEEIGDRGREQFREAGGEELVLVPCLNDDPQWAKVLSTLCERAPLAL PGPT0008485_2872 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 D1-35_04326 1275 uraA COG2233 Uracil permease ATGCAGGACGAATTCAACGATCCGCTCTGGCGTCAGGTGCTGTCCGGCGCGCAGATGCTGTTCGTCGCCTTCGGCGCGCTGGTGCTGATGCCGCTGATCACCGGCCTGGACCCGAACGTGGCGCTGTTCACCGCGGGCCTGGGGACGATCCTGTTCCAGATCGTTACCGGGCGTCAGGTGCCGGTGTTCCTGGCGTCGAGTTTTGCCTTCATCACGCCGATCATTCTTGCCAAAGGCCAGTTCGGCCTGGCGGCGACCATGGGCGGCGTGATGGCGGCCGGTTTCGTCTATACGTTCCTGGGCCTGGCGGTGAAGATCAAGGGCACCGGCTTCATTGACCGGCTGCTGCCACCGGTGGTGATCGGCCCGGTGATCATTTCCATCGGCCTGGCAATGGCGCCAATCGCCGCCAACATGGCGATGGGCAAGGCCGGCGACGGCACCGAGCTGATTCACTATCAGACGGCGATGCTGATCTCGATGCCGGCGTTGCTCACTACCCTGATCGTCGCCGTGTTCGGCAAAGGCATTTTCCGCCTGGTGCCGATCATCTCCGGCGTATTGGTGGGTTTTGCCATGGCCTTCTTCTTCGGCGTCGTCGACACCGCAAAAATCGCCGCCGCCCCCTGGTTCGCCCTGCCGGCCTTCACCGCGCCGGAGTTCAACTGGCAAGCGATCCTGTTCATCGTGCCCGTAGCCCTGGCGCCAGCGATCGAACACATCGGCGGGGTAATTGCCGTGGGTAGCGTGACCGGTCGCGACTACCTGAAAAAACCCGGCCTGCACCGCACCTTGTTCGGTGACGGCATCGCCACCACCGCAGCCGGCCTGTTTGGCGGCCCACCCAACACCACCTATGCCGAAGTGACTGGCGCGGTGATGCTGACCAAGAACTACAACCCGAAGATCATGACCTGGGCCTCGATCTTCGCCATCAGCCTGGCGTTCGTCGGCAAGTTCGGCGCACTGCTGCAAAGCATTCCGGTGCCGGTGATGGGCGGGATCCTGTGCCTGTTGTTCGGTTCGATCGCGGCGGTGGGCATGAACACACTGATCCGCCACAAGATCGACCTGGGCGAAGCACGCAACCTGGTGATCGTTTCGGTGACGCTGGTGTTCGGCATCGGCGGCGTACTGGTCGGCACCGGTACCGGCCCGGACGACTTCGGCCTCAAGGGCATCGCGCTGTGCGCCGTGGTGGCGATCGCGTTGAACCTGATCTTGCCGGGCAACGATGGCTGGAAGCAGAAAAAGGCGGATGAGCCACTGATTTGA MQDEFNDPLWRQVLSGAQMLFVAFGALVLMPLITGLDPNVALFTAGLGTILFQIVTGRQVPVFLASSFAFITPIILAKGQFGLAATMGGVMAAGFVYTFLGLAVKIKGTGFIDRLLPPVVIGPVIISIGLAMAPIAANMAMGKAGDGTELIHYQTAMLISMPALLTTLIVAVFGKGIFRLVPIISGVLVGFAMAFFFGVVDTAKIAAAPWFALPAFTAPEFNWQAILFIVPVALAPAIEHIGGVIAVGSVTGRDYLKKPGLHRTLFGDGIATTAAGLFGGPPNTTYAEVTGAVMLTKNYNPKIMTWASIFAISLAFVGKFGALLQSIPVPVMGGILCLLFGSIAAVGMNTLIRHKIDLGEARNLVIVSVTLVFGIGGVLVGTGTGPDDFGLKGIALCAVVAIALNLILPGNDGWKQKKADEPLI NA NA NA NA NA D1-35_04327 639 upp COG0035 Uracil phosphoribosyltransferase ATGCCCATCCTCGAGATCCGCCACCCGCTGATCAGACATAAACTCGGCCTGATGCGCCGCGCCGACATCAGCACGAAGAACTTCCGCGAGCTCGCCCAGGAAGTCGGTGCCCTGCTCACCTACGAAGCCACCAAGGACCTGCCGCTGGAGTCCTACGAGATCGCCGGTTGGGCGGGCACGGTGCAGGTGGAAAAAATCGCCGGCAAGAAGATTACCGTGGTGCCGATCCTGCGTGCCGGTATCGGCATGCTCGAAGGCGTCCTGAGCCTGATTCCGGGTGCCAAGGTCAGCGCCGTCGGCGTGGCCCGCAACGAGGAAACCCTGCAGGCCCATACCTACCTGGAAAAACTGGTGCCGGAGATCGACGAGCGCCTGGCGATGATCATCGACCCGATGCTCGCCACCGGCAGCTCCATGGTTGCCACCATCGACCTGCTGAAAAAAGCCGGTTGCCGGGACATCCGCGCCATGGTCCTGGTCGCCGCGCCCGAAGGCATCCAGGCCGTGGAAGATGCCCACCCCGACGTGACCATCTACACCGCCTCCATTGACCAGAAACTCAACGAACACGGCTACATCATTCCGGGCCTGGGCGATGCCGGCGACAAGATCTTCGGCACCAAGCAGAAGGACGCCTGA MPILEIRHPLIRHKLGLMRRADISTKNFRELAQEVGALLTYEATKDLPLESYEIAGWAGTVQVEKIAGKKITVVPILRAGIGMLEGVLSLIPGAKVSAVGVARNEETLQAHTYLEKLVPEIDERLAMIIDPMLATGSSMVATIDLLKKAGCRDIRAMVLVAAPEGIQAVEDAHPDVTIYTASIDQKLNEHGYIIPGLGDAGDKIFGTKQKDA PGPT0021240_1595 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761 NA NA D1-35_04328 558 hpt Hypoxanthine-guanine phosphoribosyltransferase ATGTCCGCTGATCTCGAGCATATCCGTCAAGTCATGCGAGAGGCTGACTGCCTGTACACCGAAGCTGAAGTCGAAGCGGCCATTGTCCGTGTCGGTGCGCAAATCAACGATCAGTTGGCTGACCGCAACCCGGTGGTGTTCTGCGTGATGAACGGCGGGCTGATTTTCTCCGGCAAGCTGCTGACCTGCCTGAACTTCCCGTTGGAAGCTTCCTACCTGCACGCCACCCGCTATCGCAACGAAACCAGCGGCGGCGACCTGTTCTGGAAAGCCAAGCCGGAAGTCTCGTTCATCGACCGCGACGTGCTGATCATCGACGATATCCTCGATGAAGGTCACACCCTGGGCGCGATCATCGACTTCTGCAAACACGCTGGCGCCCGTGCCGTACATACCGCCGTGCTGATCGACAAGGACCACGACCGCAAGGCCCGTCCCGACCTGAAGGCCGACTTCGTCGGTTTGCCGTGCATCGATCGCTACATCTTTGGCTACGGCATGGACTACAAAGGCTACTGGCGTAACGCCAATGGTATTTTTGCCGTCAAGGGGATGTAA MSADLEHIRQVMREADCLYTEAEVEAAIVRVGAQINDQLADRNPVVFCVMNGGLIFSGKLLTCLNFPLEASYLHATRYRNETSGGDLFWKAKPEVSFIDRDVLIIDDILDEGHTLGAIIDFCKHAGARAVHTAVLIDKDHDRKARPDLKADFVGLPCIDRYIFGYGMDYKGYWRNANGIFAVKGM PGPT0007295_1123 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0007295-hprT|hpt-K00760 NA NA D1-35_04329 1740 dauA_2 COG0659 C4-dicarboxylic acid transporter DauA ATGGCCTTCTCCGCCCCACCGCTGTTCGCCGCCTGGCGCCAAGCCTGGCGTGCCGGTTACACCCTTGAGCGCCTGCGCGGCGACCTGGTAGCCGGGCTTACGGTCGGCATCATCGCCATCCCGCTGGCCATGGCCCTGGCAATCGCCGTTGGCGTGCCGCCACAACACGGTCTTTACACCGTGCTGGTGGCCGCCCCCTTGATTGCCCTGACCGGCGGCTCGCGATTCAACGTGAGCGGGCCGACGGCCGCATTCGTTGTCATCCTGCTGCCCATCACTCAGCAATACGGCCTGGGCGGCCTGCTGCTGTGCACAATGCTTGCCGGCCTGATCCTGATTGCCCTGGGGCTGATGCGCGCCGGGCGCTTGATCCAGTTCATCCCTTATCCGGTGATCCTCGGTTTCACCGCCGGGATCGGCGTGGTGATCGCGACGCTGCAATTGAAGGACCTGTTGGGCCTGAGCACTGCGGGCCAGGCCACGCATTACATCGAACAGCTGGGCGAATTGATCGTGGCGCTGCCCGGCGCACGGCTTGGCGACGCCATTATCGGCGGGGCATGCCTGGCCGTATTGATTGCCTGGCCGCGCTGGGTGCCACGCGTCCCGGGCCATCTGGTCGCGCTGCTGATCGGCGCGTTGCTGGGGCTGGCCATCGAGCGCGCCGGGCTGCCGGTCGCAACGCTGGGCGAACGCTTCAGCTACGTCGTCGATGGCATTGTCTACCCTGGCATCCCGCCTTTCCTGCCGCGCTTCGACTGGCCCTGGAACCTGCCGAATGGCCAGGGCGGTGCGTTGATACTTTCCTATGACCTGTTCCGCCAATTACTGGGCCCAGCCTTCGCCATCGCCATGCTCGGCGCCATCGAGTCATTGCTCTGCGCGGTGGTGGCGGATGGCATGACCGGGAGCAGGCACGACCCCAACGCCGAATTGATCGGCCAGGGCCTGGGCAACCTCGTGGCGCCGTCGTTCGGCGGCATCACCGCCACCGCCGCAATTGCCCGCAGCGCGACCAACGTGCGCAGCGGCGCGTCATCGCCCCTGGCGGCGATCATTCACAGCCTGGTGGTGCTGGTGGCGATTGTGTTGCTCGCGCCGCTGTTCAGTTACTTGCCGATGGCGGCGCTGGCGGCGTTGCTGGTGATGGTCGCCTGGAACATGAGCGAGGCCGGGCATGTGCTGCATACCCTGCGCATCGCCCCGCGCAGCGATGTGCTGGTGCTGCTGAGCTGCCTGGGCCTGACGGTGCTGTTCGACATGGTCCTGGCCGTCGCCGTCGGCCTGTTGCTGGCCGCCGGGCTGTTCATCAAGCGCATGAGCGAACTGACCGACAGCGCTGAACTGCCACGCCATTCCCACCAGGCCTTGCTGGACATGCCCGAGCATGTTCGCTGCTATGCCATTCGCGGGCCGCTGTTCTTCGGTGCGGCGGAGAAGGCCCTGGATGTATTGCGCCGGTTCGACCCGGGTGTCCGGGTGGTGGTCGTGGACATGAGCGCCGTGCCGATGCTGGACATGACGGCCCTGGCCGCGCTGGAAAATATCCTCAGGGACTATCGAAAGCAGGGCATCGGCCTGATCCTGGTCGCGACCGCACCGAGGGTACGCCTGAAACTGCGCCGCGCCGGGGTCCATCGCGAGCAGCGGCAGTTGGCGTATGTGCAGACGCTGGAACAGGCGCGGAGCAAAAGTGAGCGCTGGCTGGCCGCGAGCGTAGCGCACTCAAGGCTGGTTTGA MAFSAPPLFAAWRQAWRAGYTLERLRGDLVAGLTVGIIAIPLAMALAIAVGVPPQHGLYTVLVAAPLIALTGGSRFNVSGPTAAFVVILLPITQQYGLGGLLLCTMLAGLILIALGLMRAGRLIQFIPYPVILGFTAGIGVVIATLQLKDLLGLSTAGQATHYIEQLGELIVALPGARLGDAIIGGACLAVLIAWPRWVPRVPGHLVALLIGALLGLAIERAGLPVATLGERFSYVVDGIVYPGIPPFLPRFDWPWNLPNGQGGALILSYDLFRQLLGPAFAIAMLGAIESLLCAVVADGMTGSRHDPNAELIGQGLGNLVAPSFGGITATAAIARSATNVRSGASSPLAAIIHSLVVLVAIVLLAPLFSYLPMAALAALLVMVAWNMSEAGHVLHTLRIAPRSDVLVLLSCLGLTVLFDMVLAVAVGLLLAAGLFIKRMSELTDSAELPRHSHQALLDMPEHVRCYAIRGPLFFGAAEKALDVLRRFDPGVRVVVVDMSAVPMLDMTALAALENILRDYRKQGIGLILVATAPRVRLKLRRAGVHREQRQLAYVQTLEQARSKSERWLAASVAHSRLV PGPT0003020_1232 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D1-35_04330 486 hypothetical protein ATGCGTGTATCGATCCGCCGCTGCGCCACTTTGCTGCTGCTATCCAGCCTGCCGTTGCTGGCGGTGGCCGCGCCGATGCACAGCCAGTTCCTGCCCCCCGATGACCTGGTGGCGCGTCAGGAACAGCCCGAACAGCAGCAGTTGCTGCAAGTCACCGAGTATTCGGTGGTGCTGGGCAACCAGCGCCCATCCAACCAGCAGCCGATCCCGGTCACTTCGCCGCTGATGGTGCGGCTCAAGGGCAAGCCCCTGAACAAGGGAGCCATCATCAGCCAGGTGATCCTCAATTTTGATGGCGAAAGCAAAAGCCTGAAGAAACCGGTATTCGATGAGGCGAGCAAGACCCTGACGCTGTCTTATCCACAGGCCCAGTACCGGGTGGTGATCGATCTGTTGCGCAACGACACGGTCTACGTGCAGTTCCTCAGCTACGCCAACGGCCATATCTGGGCCGACCTGCACACTGGCGCCGCACGCCCGCGTTGA MRVSIRRCATLLLLSSLPLLAVAAPMHSQFLPPDDLVARQEQPEQQQLLQVTEYSVVLGNQRPSNQQPIPVTSPLMVRLKGKPLNKGAIISQVILNFDGESKSLKKPVFDEASKTLTLSYPQAQYRVVIDLLRNDTVYVQFLSYANGHIWADLHTGAARPR NA NA NA NA NA D1-35_04331 288 hypothetical protein ATGCGTAAAGACAAGAAACAAGTGATTGGTGACGAGATTGGCGACGAACAGATCAAGCTGTTCCTCAATTTCGAGCCCGTCGATGCCACTTCGCCGTCGCTGCACAAACTGATCAAGGCCTACCGTGGGCTGCGTGTCGACGATTTCGAGCGCTTCCTGGGGTTTTTCGTCGAGGCGGGTTACGACCTGAATGGCAAGGACGAACAGGGTAACGATTTCGTTGCGTTGATCCATGATCAGCGCAATGCAGAGGAATATATTGAGTTGATCAAGAAAGCTCGCGGTTGA MRKDKKQVIGDEIGDEQIKLFLNFEPVDATSPSLHKLIKAYRGLRVDDFERFLGFFVEAGYDLNGKDEQGNDFVALIHDQRNAEEYIELIKKARG NA NA NA NA NA D1-35_04332 1509 mqo_3 COG0579 Malate:quinone oxidoreductase ATGGCGCATAACGAAGCAGTCGACGTAGTTCTGGTAGGGGCCGGCATCATGAGTGCCACCCTGGCCGTGCTGCTCAAGGAGCTCGACCCGGCGATTTCGCTGGAAGTCGTCGAGCTGATGGATTCGGGTGCCGCGGAGAGTTCCAATCCCTGGAACAACGCCGGTACCGGCCACGCCGGGCTGTGTGAGCTGAACTACACACCCCAGGCCGCCGATGGCAGTGTCGACATCAAGAAAGCCGTGCACATCAACACCCAGTTCGAGGTGTCGAAGCAGTTCTGGACGTACCTGACCAAAAAAGGCACGTTCGGCTCGTCGAAATCCTTCATCGCCCCGGTGCCGCACCTGAGCTTCGTGCAAGGCGAGAAAGGCGTGGAATTCCTCAGGAAGCGCTTCGAGCTGATGCGCCAGCACCACGCGTTCGCCGACATGGAATACACCGAAGACCGCGACCAGATGGCCGAGTGGATGCCGCTGATGATGCCAGGCCGCCCGGCTGACGAAGTCATCGCCGCGACCCGCGTCATGAACGGTACCGACGTCAACTTCGGCGCCCTGACCAACCAGTTGCTCAAGCACCTGGGCAGCGCGCCGGACACCCAGATCAAATATTGCAAGCGCGTCACCGGCCTCAAGCGCAAGGGCGATGGCTGGACCGTGAGCATCAAAGACGTCAACTCCGGCAGCACCCGTGAAGTCGACGCCAAATTCGTCTTCCTCGGTGCCGGCGGCGCCGCGTTGCCGCTGCTGCAAGCTTCGGGCATTGAAGAGAGCAAGGGCTTCGGCGGTTTCCCGGTCAGCGGCCAGTGGCTGCGTTGCGACAACCCGGAAGTGGTCAAGCATCACCAGGCCAAGGTCTACAGCCAGGCCGCGGTGGGCTCGCCGCCGATGTCGGTGCCGCACCTCGATACTCGCGTGGTCGATGGCAAGAAATCCCTGCTGTTCGGGCCATACGCCGGCTTCACCACCAAGTTCCTCAAGCACGGCTCGCTGATGGACCTGCCGTTGTCGGTACGCGCCGGCAACATCGGCCCGATGCTGGCCGTGGCCCGGGACAACATGGACCTGACCAGGTACCTGATCAGCGAAGTGATGCAGTCCATGGAGCAGCGCCTGGAATCCCTGCGGCGCTTCTACCCCGAGGCGAAAGCCGAGGACTGGCGCCTGGAAGTGGCTGGCCAGCGCGTGCAGATCATCAAGAAAGACCCGAAGAAAGGCGGCATCCTGCAATTCGGTACCGAATTGGTGGCGGCCAAGGACGGCACTCTCGCCGCCTTGCTCGGCGCTTCACCAGGCGCTTCGGTCACCGTGTCGATCATGCTCGAACTGATCGAGCGCTGCTTCCCGGAAAAAGCCAAGGGAGAGTGGGCCGCCAAGCTCGCGGAAATCTTCCCGGCCCGGGAGAAGGTGCTGGAAACCGATGCGGCGCTGTATCGCAAGGTCAACGCGCAGAACAACATCGCGCTGGAACTGGTTGAAGCAAGCAGCGAAACCCAAAGCTACGCTTGA MAHNEAVDVVLVGAGIMSATLAVLLKELDPAISLEVVELMDSGAAESSNPWNNAGTGHAGLCELNYTPQAADGSVDIKKAVHINTQFEVSKQFWTYLTKKGTFGSSKSFIAPVPHLSFVQGEKGVEFLRKRFELMRQHHAFADMEYTEDRDQMAEWMPLMMPGRPADEVIAATRVMNGTDVNFGALTNQLLKHLGSAPDTQIKYCKRVTGLKRKGDGWTVSIKDVNSGSTREVDAKFVFLGAGGAALPLLQASGIEESKGFGGFPVSGQWLRCDNPEVVKHHQAKVYSQAAVGSPPMSVPHLDTRVVDGKKSLLFGPYAGFTTKFLKHGSLMDLPLSVRAGNIGPMLAVARDNMDLTRYLISEVMQSMEQRLESLRRFYPEAKAEDWRLEVAGQRVQIIKKDPKKGGILQFGTELVAAKDGTLAALLGASPGASVTVSIMLELIERCFPEKAKGEWAAKLAEIFPAREKVLETDAALYRKVNAQNNIALELVEASSETQSYA PGPT0001440_909 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116 NA NA D1-35_04333 234 hypothetical protein ATGCGTTTTCTCATCTCCCTGTTTACCCCGCGCCCGCATCACCGCTGCTTCGCCCTGCTCGACCGCACTGGTCGTTGCCAGGCATTCAAGCAATGCAGCCTGCAGCCCATGGGCGATGGCTGGGTCGAAATCGAAGAGATCCGTCTCAATTGGCTGCATCAGCCGTTGCCCGCCAGCGCCCTGGTACAGGCGCCCCGCGCTCGTGCACGCAGCCGCCAGTTGTTGGCCGTCTGA MRFLISLFTPRPHHRCFALLDRTGRCQAFKQCSLQPMGDGWVEIEEIRLNWLHQPLPASALVQAPRARARSRQLLAV NA NA NA NA NA D1-35_04334 585 hypothetical protein ATGTTGCAACGCCTGTTGTTCGGTTTGATCGCCGTGACCAGTCTGACCCTTGTCGGCTGTGCCCACAGCCCGCAACAACTTAACCCGGAGCCCAAGCTCAACGCCCAGCTGGCGCCGGTGGGTCGCGGCCAGCCGGTGGTGGTGCGGGTCGTGGACGGCCGCCCGTCGCCAACCCTCGGCACGCGTGGTGGTCTGTACCCTGAAACCAGCGTGATCACGGTGCAGGGCGCACAGGTCCTGCCAAAATTGCAGGCCCAGGCTGAAGCGGCCGTGCGTCTGCTGGGCTTCACCCCGACGCAGAACGCAATGAACGCCCCGCAACTGACCTTGACCCTGGCCGAACTGAAATACCAGTCGCCCAAGGAAGGCATGTACGTGACCGAAGCCACCATCGGCGCGACGTTCCGTTCCGACGTGCAGAACGCCAACCGCCGCTACAGCGGTCGTTACGGTGCGTCGCTGGATCAACGCTTCGGCATGGCGCCCAACCAGGACACCAACACCAAGCTGGTCAGCGACGTGTTGAGCGATGCCCTGACCCGTCTGTTCAAGGACCCGACCATTGGTCAGGTGTTGGCGGAGTAA MLQRLLFGLIAVTSLTLVGCAHSPQQLNPEPKLNAQLAPVGRGQPVVVRVVDGRPSPTLGTRGGLYPETSVITVQGAQVLPKLQAQAEAAVRLLGFTPTQNAMNAPQLTLTLAELKYQSPKEGMYVTEATIGATFRSDVQNANRRYSGRYGASLDQRFGMAPNQDTNTKLVSDVLSDALTRLFKDPTIGQVLAE PGPT0024500_191 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024500-yajG-K07286 NA NA D1-35_04335 207 hypothetical protein ATGCTGCACGCCGAAAACCAGGATCGTCTCTACCTGATCAGCCCGAGCGATGAACAACAGAACCTTGTCGGCAGTCTGTCCTTCAATGTCCAGGATCGTCATTGGCTGGTGTACTGCGCCCTCGGCGGCCATCAACATGCGGACCTCCCGGAGACAGACCTGCTGACCGGGATCAGCGTGCTGGAGCTCTATTCCCAGGCTGCGTGA MLHAENQDRLYLISPSDEQQNLVGSLSFNVQDRHWLVYCALGGHQHADLPETDLLTGISVLELYSQAA NA NA NA NA NA D1-35_04336 282 hypothetical protein ATGTCGTTGCAACTGTTCTCGCTGTTCGCTGCCCACCCCGCCAAACTGATCAACCTGCTCGCGCTGCTGTTTGCCTGTCCGGGTGGCTGGGTGCTGCACGCGACGCGACGCCGCGAACTGCGCGCGCGGGCCTGTCTTGCGGAACGCAGCAGCGAAGGCAATGAACGATTCGAAGCGCTGCTGGACCTGGCGACGCAACGCATGAACCGGTTTTTCTACCGTTTCGGCTTCGCTTGCCTGGGGTTGGCGCTGCTGATGTCGTGGATCAGCACGCAGTTCTGA MSLQLFSLFAAHPAKLINLLALLFACPGGWVLHATRRRELRARACLAERSSEGNERFEALLDLATQRMNRFFYRFGFACLGLALLMSWISTQF NA NA NA NA NA D1-35_04337 1164 hypothetical protein ATGGGCGAATTCGATGCCATCCGACCTTACAACGACAGCGAAGTCCCAGCGGTGCTGGCACGGCTGCTCAGCGACAAGGCGTTTCTAGATATCCTCACCCACTTCCGCTTCCCGCGCCTGGCCGGCGCTTTCGGCTGGATGCTCAAACCTCTTATAGCGCAGAAGTTGCGTCGAGAGTTCGCCGGTGTGACCTCCGTTGCCACGTTGCAGGACAAAGTCGAGTTCTACGTCGACCACACCATCGAGCGTGCCACCGATGGCGTGACCTACACCGGGGTCGAGCAATTCAAGTCCGGCAATGCCTACCTGTTCCTCGCCAACCACCGCGACATCGTGATGGACCCGGCCTTCGTCAACTATGCCGTGTACCACGCCGGCCTGCCGACGCCGCGCATCGCGATTGGCGACAACCTGCTGCAAAAGCCCTTCGTCAGCGACCTGATGCGCCTGAACAAGAGCTTCATCGTGCACCGCTCCATCACCGGACGCCGGGAAAAAATGGCGGCGTACCAGTTGCTGTCGGCCTACATCAACCACTCGATCCGCAACGATTGCGCCTCGATCTGGATTGCCCAGGCCGAGGGCCGGGCGAAGGACGGTGATGACCGGACCGAGTCGGCGATCCTGAAGATGTTCCACATGAGCCGCAAGGACGAGCCGTTCGGCGAGGTCATCCGCTCGTTGAACCTGACGCCGGTGTCGATCAGCTACGAATATGACCCGTGCGACCAGGCCAAGGCCCGCGAGCTGTACATCCGCGCCACCACCGGCACGTACACGAAGGCGCCGGGCGAGGACGACGTCAGCATTGCCAAAGGCATCACCGGTTACAAGGGCCGGGTCCACGTGAACTTTGCCGCGCCGATCACCGAACTGTTCGAGGACACCAAACAACTGGCCATGGAGATGGACCGGCAGATACTCGGCGGCTATCGCCTGTTCCCGGTGCATTACCTGGCCTACGCGCAATGGGCCGATGCCGACCCGCAGTTGCAGGTTCCGACGGCGGCCGAGGTGTTCGGTGCCGAAGAACTGGCCAAGGCTGAAGAAGAATGGCAGCGCCGGCTGGAAGCCTGCCCGGAGGAACACCGACCGTTTCTGGTGCTGCAATACGCGACACCGGTGCGTAACCAGTATCGGGTCAGGGCGGGGCTGGCGCTTTAA MGEFDAIRPYNDSEVPAVLARLLSDKAFLDILTHFRFPRLAGAFGWMLKPLIAQKLRREFAGVTSVATLQDKVEFYVDHTIERATDGVTYTGVEQFKSGNAYLFLANHRDIVMDPAFVNYAVYHAGLPTPRIAIGDNLLQKPFVSDLMRLNKSFIVHRSITGRREKMAAYQLLSAYINHSIRNDCASIWIAQAEGRAKDGDDRTESAILKMFHMSRKDEPFGEVIRSLNLTPVSISYEYDPCDQAKARELYIRATTGTYTKAPGEDDVSIAKGITGYKGRVHVNFAAPITELFEDTKQLAMEMDRQILGGYRLFPVHYLAYAQWADADPQLQVPTAAEVFGAEELAKAEEEWQRRLEACPEEHRPFLVLQYATPVRNQYRVRAGLAL NA NA NA NA NA D1-35_04338 183 hypothetical protein ATGCTGGAAGCTGCTCTTTATGAATGTCCGTATTGTGGGGAGGAGGTAGAGACTTCCGTGGATTTGTCCGGCGGCGACCAGACCTACATCGAAGACTGCCAGGTCTGTTGCCGACCGATTACTTTCGTCCTGCAGGTCCACGAAGACGAATGGCACCTCGAGGTCTTCAGCGAAAACGAATGA MLEAALYECPYCGEEVETSVDLSGGDQTYIEDCQVCCRPITFVLQVHEDEWHLEVFSENE NA NA NA NA NA D1-35_04339 261 hypothetical protein ATGCAGCGAATCTACGAGCTGGAAAACCTGATGGAAGGCGAATTGCTCCAGGGCATGCTCGCCAGCGAAGGCATCACGGCGCACCTGGTGGGCCGCGATCTGGTGGGCGGCGCGGGTGAGCTGCCAATGTACGGCCTGCTGGGGCTGGCGGTGGAGGACGAACAGGCGCAGTACGCCCGGGAGCTGATCGCCGCCTACAATGCCGCGATGCCGGTGCCGGGCGATGAGCCTGACAGTTACCCCGGTACGCTGGTCTGTTAG MQRIYELENLMEGELLQGMLASEGITAHLVGRDLVGGAGELPMYGLLGLAVEDEQAQYARELIAAYNAAMPVPGDEPDSYPGTLVC NA NA NA NA NA D1-35_04340 624 yedK_4 COG2135 SOS response-associated protein YedK ATGTGTGGACGTTATGCCCTGTTTCGCTGGAACCCCGCTTTCGCGGCCTTGCCCGGCTTCCCCGCCGACCAGAAGGCCCAATGGAATATCTCGCCCAATGACTCGGTCCTGATGCTGCGCGCCGGCGCCGATGGACAGCGCGAACTGGCACGGGCGCGTTGGGGCCTGACGCCGCCGTGGCTGACCGATCTGTCCCGCACCCCGGCGCACGCCCGCGCCGAAACCGTGGCCGAGCAACCGATGTTCCGCGAAGCCCTGCGTTTGCGTCGTTGCCTGCTGCCCGCCAATGGTTTTTACGAGTGGCGCGGCGGCACGCGCAAGCGCCCGTACTGGCTGACGCCGGGGGAGGGCTCATCGCTGTTCTTTGCGGCGATCTGGGAAGCGTACCCGGTGCAGGAACAAGTGTGGCTGAGCACGGCGGTCATCACCCAGCCGGCGGCCGGTCAGCGCCGACCGTTGATTCTGGATGAAGAGGGCCAGCGCCTGTGGCTCGACCCCGAGACGCCCTTGCATGCCTTGCAAGGGTTGCTGGCGAGCGAGCCAGGGCAACTGCGCGAGCGGGTTCTGGCGAACATGGTCAACGACCCGAAACTCAATGGGCCGGAATGTCTGACCCCGGCCTGA MCGRYALFRWNPAFAALPGFPADQKAQWNISPNDSVLMLRAGADGQRELARARWGLTPPWLTDLSRTPAHARAETVAEQPMFREALRLRRCLLPANGFYEWRGGTRKRPYWLTPGEGSSLFFAAIWEAYPVQEQVWLSTAVITQPAAGQRRPLILDEEGQRLWLDPETPLHALQGLLASEPGQLRERVLANMVNDPKLNGPECLTPA NA NA NA NA NA D1-35_04341 2139 mcpU_1 COG0840 Methyl-accepting chemotaxis protein McpU ATGAAATTCAGATCGATCCAGTTTTCCGTTGCCGCCCTGGCTGGTGCCATCGTGCTCAGCGTGGTCGGCGCCCTGGTGCTGTACGCATTGTTCGCCGGCGCCCGCACCCAGGACATGGTGCAACAGCGGACCAAGGCGCAGTTCGAACAACTCATCGAGCAACGCCTCAGTGCGCTGGCCCGCACCCAGGCCAGCCTGATCCAGCGCGAACTCGAAGCGCCGCTGCTGCTCGCTCGTGGGCTGGCCACCAGCAACGCCTTGATGGGCATGAACGGAACGGACGGCAACCCGCAACTGAACATCCCGCGCGAGCAGATGATCAGCCTGCTGCGTGAAACCGTGGTGCGCAACCCGAAGATTCTCGGTGCCTACATCGCCTGGGAACCGAACGCCATCGACCACGACGACGCCCGCTATGTAGACAGCCAGGTGCTGGGCATGGAAACCAACGGGCGCTTCCTGCCGTGGTGGTTTCGCAATCAGGACGGCACCCTGGGCCTGGAAAAACTCGCCGACGTGACGGACCAGAAACTGCTGTCCACCGGCATTCGGGCCAGTGAATATTACCTGTGCTCCCAGGACAGCAAAAAAGCCTGCGTGATCGATCCCGCGCCGTATCGCGTCGGCGACACCATGACCATGCTCGCCTCGTTCATCGAGCCGATCCTGATCGATGGCAAGTTCCAGGGCATCGTCGGCGCCGACCTGTCGGTGAATTTCATCCAGGACATGCTCGTCGCCGCCGACGCCAAGCTGTACGACGGCGCCGGGGAAATGGCCCTGCTCGCCAGCAACAACCGGCTGGTGGCCTTCACCAAGGACCCAGGCAAGCTCGGCGAGAAAGCCAGCGACCTGCTGGACGCCAACGAACTGGATAACCTGACTAGGCTCGGCATTGGTGAAGTGCGTTACGACATCGATGAAGAACACGGCCACATCGAGGTGTACATGCCTTTCGGTATCGGCCAGACCGAGGCGCGCTGGACGTTGATGTTGCAATTGCCGCTGAATGCCGTGATGGCGGATCTGCAAGCCTTGCAGAAAGACCTCGATGACCAGCGCGAAACCGACATCTTCGGCATGGCCATGGTCGGCCTGGCGATTGCCGCGATCGGCCTGCTGGTGATCTGGCTGGTGGGCCACGGTATCGCCCGGCCGCTCAAGCAAATGGTGGCGATGCTCGACGACATTGCCCAGGGCGAAGGCGACCTGACCCGCCGGCTGACCAGCGACCGCGCCGATGAGTTGGGGGCCATCGCCAAGGGCTTCAACACGTTCCTGAGCAAATTGCAGGGGATGATTACCCAGGTAGTGACCTCGGTGCAGAGCGTCAGCGATTCGTCGGAGCACACCGCCGACATCGCGATCCGCACCAACCAGGGCGTACACAAGCAGATGTCGGAAATCGATCAGGTTGCCACCGCCGTGCACGAGATGACCGCCACCGCCCAGGACGTGGCGCGGAATGCGAGCCAGGCAGCCCAAGCCGCCAGCCACGCCGACCAGGCCGCCAGCCAGGGCATGCAGATTGTCCGCGACACCTCCACGTCCATCGGTGCCTTGGCGGTGGAGATCGGCAAGGCCGTGGGCGTGGTGCAGACGTTGGCCAAGGACAGCGAAAACATCAACGCGATTCTCACCGCCATCCGCGGGATCGCCGAGCAGACCAACCTGCTGGCGCTCAACGCGGCCATCGAGGCTGCACGGGCCGGTGAGCAGGGTCGCGGTTTTGCCGTGGTCGCCGATGAAGTGCGCAACCTGGCGCAGAAGACCCAGCAGGCCACCGAAGAAATCCAGTCGATGATCCAGCAGCTGCAGCAGGGTACGCGGGACGTGGTGCGTGTGATGGAAGACAGCCGGCAGCGTACCGATGAAAGTGTGCAACACGCGGCAAAAGCGGCTCAGGCCCTGGAGACGATCACCCAGGCCGTGTCGGTGATCAGCGACATGAACACCCAGATCGCCAGCGCTGCCGAGGAACAAAGCGCGGTGGCCGATGACATCAACCGTAACGTGATCAACATCGGCCAGGTGGCAAACGAAGTGGCAAGCGGCGCCGACGAATCCAGCGCGGCCAGTGCCGGGCTGACCAGGCTGGCGGAGCAGCAGCGGCGGTTGATCAATCAGTTCAGGGTTTGA MKFRSIQFSVAALAGAIVLSVVGALVLYALFAGARTQDMVQQRTKAQFEQLIEQRLSALARTQASLIQRELEAPLLLARGLATSNALMGMNGTDGNPQLNIPREQMISLLRETVVRNPKILGAYIAWEPNAIDHDDARYVDSQVLGMETNGRFLPWWFRNQDGTLGLEKLADVTDQKLLSTGIRASEYYLCSQDSKKACVIDPAPYRVGDTMTMLASFIEPILIDGKFQGIVGADLSVNFIQDMLVAADAKLYDGAGEMALLASNNRLVAFTKDPGKLGEKASDLLDANELDNLTRLGIGEVRYDIDEEHGHIEVYMPFGIGQTEARWTLMLQLPLNAVMADLQALQKDLDDQRETDIFGMAMVGLAIAAIGLLVIWLVGHGIARPLKQMVAMLDDIAQGEGDLTRRLTSDRADELGAIAKGFNTFLSKLQGMITQVVTSVQSVSDSSEHTADIAIRTNQGVHKQMSEIDQVATAVHEMTATAQDVARNASQAAQAASHADQAASQGMQIVRDTSTSIGALAVEIGKAVGVVQTLAKDSENINAILTAIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRNLAQKTQQATEEIQSMIQQLQQGTRDVVRVMEDSRQRTDESVQHAAKAAQALETITQAVSVISDMNTQIASAAEEQSAVADDINRNVINIGQVANEVASGADESSAASAGLTRLAEQQRRLINQFRV PGPT0015710_3309 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 D1-35_04342 816 loiP COG0501 Metalloprotease LoiP ATGAACAAGACTTTGATGGTGAGCGCTCTGGGCGCGGCTCTGCTGCTCGCCGGTTGCCAATCGGTCAATACCACCAGCGGCGGAGCCGTGGGGGTGGAACGCAAGCAGTACATGTTCAGCATGCTGTCGACCGCTGAGGTCAACCAGATGTATGCGCAGTCCTATCAGAAGACGTTGGGTGAGGCGAGCTCCCAAGGTGCCCTGGACAAGACCAGCAGCGATGCCAAGCGCTTGCAGGTCATTGCCGACCGTCTGATTGCCCAGGCGCCTGTGTTCCGCCCGGACTCGGCGCAATGGAACTGGGAGGTGAACCTGATCAAGAGTGATGAGCTCAACGCCAACTGCGGTCCTGGCGGCAAGATCATGTTCTATACCGGCCTGATCGATCAGTTGAAGCTGACCGACGCTGAGATCGCCGCGATCATGGGCCATGAAATCGCCCACGCCTTGCGCGAGCACGGCCGTGAAGCGATGTCCAAGGCCTATGGCATCGAAATGGCCAAGCAGGGCGCCGGTGCCATATTCGGCCTGGGCCAGGACAGCCTGGCGCTGGCCGACACCGTGGCCAACTACGGCATGACCTTGCCCAACAGCCGTGGCAACGAGAACGAAGCCGACCTGATCGGCCTCGAGCTGGCCGCCCGGGCCGGCTACGACCCGAACGCGGCGATCACCCTGTGGAACAAGATGGCCAAGGCTTCGGAAGGGGCACCACCGGAATTCATGAGCACCCACCCCTCGTCGACCAGCCGGATCGCCTCGTTGCAGGCGGCAATTCCGAAGGTGATGCCGCTTTACCAGCAGGCCAGGAAGTAA MNKTLMVSALGAALLLAGCQSVNTTSGGAVGVERKQYMFSMLSTAEVNQMYAQSYQKTLGEASSQGALDKTSSDAKRLQVIADRLIAQAPVFRPDSAQWNWEVNLIKSDELNANCGPGGKIMFYTGLIDQLKLTDAEIAAIMGHEIAHALREHGREAMSKAYGIEMAKQGAGAIFGLGQDSLALADTVANYGMTLPNSRGNENEADLIGLELAARAGYDPNAAITLWNKMAKASEGAPPEFMSTHPSSTSRIASLQAAIPKVMPLYQQARK NA NA NA NA NA D1-35_04343 585 mneA Putative manganese exporter ATGCTGGACTCTTTCCTGGTACCCACCGCCATCGTTGCGCTGGCCGAAATCGGCGACAAGACGCAATTGCTCGCGCTCATCCTCGCCGCACGCTTTCGCAAACCCTGGCCGATCATTGCCGGCATCGTCGCCGCAACCCTGGCCAACCATGCGGCGGCCGGCGCGGTAGGTGCCTGGGTCAGCGGGTTCTTCTCCGACTCGGTGTTGCACTGGATCCTCGCGGCGAGCTTTGCCGCCACCGCGCTGTGGACCCTGGTGCCGGACAAGCTGGACGACGAGGAAGCCAATACGGCTCGCAGGTTCGGACCTTTCCTGACCACGCTGATCGCGTTTTTCCTGGCGGAAATCGGTGACAAGACCCAGATCGCCACGGTGATGCTTGCCGCGCAGTACCCAGAGTTGTGGCTGGTGATCATCGGCACCACCGTGGGTATGTTGATCGCTAACGTGCCGGTGGTACTGGCGGGCAATTTCGCCGCCGAGAAACTGCCGCTCGCCCTCATCCGCCGCCTGGCCGCCTCGGCGTTTTTCATCCTGGCGATCGTCGCGGTGTACAAGGCAATGCAGAGTAGTGGGTGGGTTTGA MLDSFLVPTAIVALAEIGDKTQLLALILAARFRKPWPIIAGIVAATLANHAAAGAVGAWVSGFFSDSVLHWILAASFAATALWTLVPDKLDDEEANTARRFGPFLTTLIAFFLAEIGDKTQIATVMLAAQYPELWLVIIGTTVGMLIANVPVVLAGNFAAEKLPLALIRRLAASAFFILAIVAVYKAMQSSGWV PGPT0013980_1276 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013980-TMEM165|gdt1-K23541 NA NA D1-35_04345 999 rsmC COG2813 Ribosomal RNA small subunit methyltransferase C ATGGATCCGCGCAGTGAAGTACTGCTTCGTCAGCCCGAATTGTTCCAGGGCCCGGTCCTGCTGGCCGGCCTGCCCGCCGACGATCTGCTCGGCCGTTTGCCCGAGGCCCACGGCTGGTGCTGGCATGCCGGCGACCAGGCCGCGCTGGATGCGCGCTTTGCGCAACGTAGCCACTTTGGCGTGAACGTACCCGAGCGGGAATTCGAAACGGCCGTGGTGTTCCTGCCCAAGGCCAAGGACCTCACCGACTACATTCTCAACGCCGTGGCCGCGCGCCTGGCCGGTCGCGAGGTGTACCTGGTGGGGGAAAAGCGCAGCGGCATCGAAGGTGCTTCCAAGCAGCTCAACCCGTTCGGCAAGCCACGCAAGCTCGACAGCGCGCGGCATTGCCAACTGTGGCAAGTCACCGTCGCCAACGCCCCGCAGGCCAAGCCGCTGGAAAGCCTGGCGCAGACCTACGAGCTGCCCCTGGCCGAAGGCCCGTTGAAAGTGATCAGCCTGCCGGGAGTGTTCAGCCATGGTCGGCTGGATCGCGGCAGCGCGTTGCTGTTGGAGCACCTGGACAAGCTGCCCAGCGGCCATCTGCTGGATTTCGGTTGTGGTGCCGGTGTACTGGGCGCGGCGGTCAAGCGCCGCTACCCGCACAATACCGTCACCCTGCTGGACGTGGATGCCTTTGCCGCCGCCAGCAGTCGCCTGACCCTGGCCGCCAACGGGCTCGAAGCCGAAGTGTTGACCGGTGATGGAATCGATGCCGCGCCCATGGGCCTGAACGCAATCCTGAGCAATCCACCCTTCCATGTCGGCGTGCACACCGATTATCACGCCACGGAAAACCTGCTGCGAAAAGCGGCCAAACATCTGAAAAACGGCGGCGAACTGCGCTTGGTCGCGAACAGTTTCCTCAAGTACCAGCCGCTGATCGAGGAGCATCTGGGCACATGCACGATCAAGGCCGAAGGCCAGGGTTTTCGCATCTACCGAGCCAAGCGTGGCTAA MDPRSEVLLRQPELFQGPVLLAGLPADDLLGRLPEAHGWCWHAGDQAALDARFAQRSHFGVNVPEREFETAVVFLPKAKDLTDYILNAVAARLAGREVYLVGEKRSGIEGASKQLNPFGKPRKLDSARHCQLWQVTVANAPQAKPLESLAQTYELPLAEGPLKVISLPGVFSHGRLDRGSALLLEHLDKLPSGHLLDFGCGAGVLGAAVKRRYPHNTVTLLDVDAFAAASSRLTLAANGLEAEVLTGDGIDAAPMGLNAILSNPPFHVGVHTDYHATENLLRKAAKHLKNGGELRLVANSFLKYQPLIEEHLGTCTIKAEGQGFRIYRAKRG NA NA NA NA NA D1-35_04346 966 COG1052 Putative 2-hydroxyacid dehydrogenase ATGACGAACACCGCCCGCGCCGTTTTTCTCGACCACCCTTCCCTGGACCTCGGCGACCTGGACCTGGGCCCGTTGCGCGATTGCTTCGGCGAACTGCAATTGTTCGCCGGGACCCGCCAGGACGAGGTGACCGAGCGACTCAAGGGGGCGACGGTGGCGATCACCAACAAGGTAGTGATCGACGCGGCAGCCATGGCCGCCAGCCCTGAATTGAAGCTGATCCTGATCAGCGCTACCGGCACCAATAACGTCGACCTCGCCGCTGCCCGCCACCACGGCATCACCGTGTGCAATTGCCAAGGCTACGGCACGCCGTCGGTGGCCCAGCACACGATCATGCTGTTGCTGAACCTGGCGACGCGCCTCGCCGACTACCAGAAAGCCGTGGCTGAAGGTCGCTGGCAACAGGCTTCGCAGTTCTGCCTGCTGGATTATCCGATTGTCGAGCTGCAAGGCAAGACCCTGGGTTTGCTCGGCCATGGCGAACTGGGCGGCGCCGTCGCCCGGCTGGCGCAAGCCTTTGGCATGCATGTGCTGCTGGGGCAGATTCCCGGGCGTCCGGCACGGCCGGATCGCTTGCCGCTGGATGAGCTGTTACCGCAGATCGATGCCCTGACCCTGCACTGCCCGCTCAACGAGCACACCCGCCACTTCATCGGCGCGCGCGAACTGGCGCTGCTCAAGCCCGGCACGTTCGTGGTCAACACCGCCCGTGGCGGCCTGATTGACGAACAGGCCCTGGCCGACGCCTTGCGCAGCGGTCACCTGGGCGGCGCGGCCAGCGACGTGCTGAGCGTGGAGCCGCCGACCCAAGGCAATCCCTTGCTGGCCGGCGACATTCCGCGGCTGATCATCACCCCGCACAACGCCTGGGGCAGCCGCGAGGCGCGGCAGCGGATCGTCGGCCAACTGACGGAAAACGCCCAAGGCTATTTCAGCGGTACAGCGCGCCGGGTCGTCAGTTGA MTNTARAVFLDHPSLDLGDLDLGPLRDCFGELQLFAGTRQDEVTERLKGATVAITNKVVIDAAAMAASPELKLILISATGTNNVDLAAARHHGITVCNCQGYGTPSVAQHTIMLLLNLATRLADYQKAVAEGRWQQASQFCLLDYPIVELQGKTLGLLGHGELGGAVARLAQAFGMHVLLGQIPGRPARPDRLPLDELLPQIDALTLHCPLNEHTRHFIGARELALLKPGTFVVNTARGGLIDEQALADALRSGHLGGAASDVLSVEPPTQGNPLLAGDIPRLIITPHNAWGSREARQRIVGQLTENAQGYFSGTARRVVS NA NA NA NA NA D1-35_04347 630 rhtC COG1280 Threonine efflux protein ATGTACCTCACCGAATTCCTCACCGTCGCCCTGATCCACCTGCTGGCGGTCGCCAGCCCCGGTCCGGACTTTGCCGTGGTGGTGCGCGAAAGCGTAACCCATGGCCGACGTGCCGGGACCTGGACGGCGCTGGGCGTAGGCACGGCGATTTTCCTGCATGTGGGGTATTCGTTGCTGGGCATCGGCCTGATCGTGTCGCAATCGATCGTGCTGTTCAACGCGCTGAAGTGGGCCGCGGCCGCGTACCTGCTGTACATCGGCTTCAAGGCCCTGCGTGCGCAACCGGCCAAGGCTTCCGGAGAAAACCTGCACAAGGAGGCTGGCGAGCGTACCGCTCGCGGTGCGTTCACCGCAGGTTTTGTCACTAATGGCCTGAACCCCAAGGCAACGCTGTTCTTCCTGTCGCTGTTCACCGTGGTGATCAATCCCCATACGCCGGTGGCGATCCAGGCCGGCTACGGCGTGTACCTGGCGATCGCCACGGCGGCGTGGTTCTGCATGGTGGCGATGCTGTTCAGCCAGGCGCGGGTGCGTGCCGGTTTCGCCCGCATGGGCCACTGGTTCGACCGGACCATGGGCGCCGTGCTGGTGGCCATTGGCGTGAAACTGGCCTTCACCGAGGCGCACTGA MYLTEFLTVALIHLLAVASPGPDFAVVVRESVTHGRRAGTWTALGVGTAIFLHVGYSLLGIGLIVSQSIVLFNALKWAAAAYLLYIGFKALRAQPAKASGENLHKEAGERTARGAFTAGFVTNGLNPKATLFFLSLFTVVINPHTPVAIQAGYGVYLAIATAAWFCMVAMLFSQARVRAGFARMGHWFDRTMGAVLVAIGVKLAFTEAH NA NA NA NA NA D1-35_04348 1683 COG0318 Long-chain-fatty-acid--CoA ligase ATGTTGCAGACTCGCGTTATCCCTCCAGCCGAAGGCGCCTACCAATACCCGTTGCTGATCAAACGGCTGCTGATGTCCGGTGCGCGTTACGAGAAAACCCGCGAGATCGTCTACCGCGACCAGTTGCGCTACAGCTATCCGACGCTGATCGAGCGCGTCGCGCGGCTGGCCAACGTGCTGACCGAGGCCGGAGTGAAGGCCGGTGACACCGTTGCGGTGATGGACTGGGACAGCCATCGCTACCTGGAATGCATGTTCGCGATCCCGATGATCGGCGCGGTGATCCACACCATCAATGTGCGCCTGTCACCGGAGCAGATCCTCTACACCATGAACCACGCCGAGGACCGCTTCGTGCTGGTCAACAGCGAGTTCGTCGGCCTCTACCAGGCGATCGCCGGCCAGCTGACCACGGTAAAGAAGACGCTGCTGCTGACCGACCTGGCGGACAAGACCGCTGACCTGCCGGACCTCGTGGGCGAGTACGAGCAACTGCTGGCCGCCGCCAGCCCGACTCATGATTTCCAGGATTTCGACGAGAACTCCGTCGCCACCACGTTCTACACCACCGGCACCACGGGCAATCCCAAGGGCGTGTACTTCACCCATCGGCAACTGGTGCTGCACACCCTGGGCGTGTCGACCATCATGGGCTCCATCGACAGCGTGCGGCTGTTGGGCACCAACGATGTGTACATGCCGATCACGCCGATGTTTCACGTACATGCCTGGGGCCTGCCGTACGTGGCGACCATGCTCGGGCTCAAGCAGGTCTACCCCGGGCGTTACGATCCAGAGTTCCTGGTCGAGCTGTGGCGCAAGGAAAAGGTCACCTTTTCCCATTGCGTGCCGACCATCCTGCAGATGGTCCTCAACGCCAAGGGCGCCCAGCAAACCGATTTCGGCGGCTGGAAAATCGTCATTGGCGGCAGCGCCCTCAACCGCAGCCTGTACGAGGCGGCCAAGGCCAAGGGCATCCAGCTCACCGCCGCCTACGGCATGTCCGAAACCGGGCCGCTGGTATCCTGCGCGCACCTCAACGACGAGCTGATGGCCGGCGGTGAAGACGAACGCATCACCTACCGGATCAAGGCCGGCGTGCCGGGGCCGCTGGTGGAAGCAGCGATCGTCGACGGCGAGGGCTGTTTCCTGCCCGCGGACGGCGAGACCCAAGGCGAACTGGTGCTGCGCGCGCCGTGGCTCACCGAAGGTTATTTCAACGAACCGCAGAAAGGCGCCGAGCTCTGGAAGGGCGGCTGGCTGCACACCGGCGACGTCGCCACGCTCGACGGCATGGGCTTCATCGATATCCGCGACCGGATCAAGGACGTGATCAAGACCGGCGGCGAATGGATCTCGTCCCTGGACCTGGAAGACCTCATCAGCCGTCATGCGGCGGTACGCGAAGTAGCAGTGGTCGGCATCCCCGATCCGCAGTGGGGCGAGCGCCCGTTCGCCTTGCTGGTCATTCGCGAAGGGCACCAGCTCGGGGCTCGCGAGCTCAAGGAACACCTCAAGCCATTTGTCGAGCTGGGGCACCTGAGCAAGTGGGCGATCCCGAGCCAGATCGCCCTTGTTACGGAAATTCCCAAGACCAGCGTTGGCAAGCTCGACAAGAAGCGCATCCGCGTCGACATCAGCGAATGGCAGAGCAACAACAGCACCTTCCTCTCGACGCTCTGA MLQTRVIPPAEGAYQYPLLIKRLLMSGARYEKTREIVYRDQLRYSYPTLIERVARLANVLTEAGVKAGDTVAVMDWDSHRYLECMFAIPMIGAVIHTINVRLSPEQILYTMNHAEDRFVLVNSEFVGLYQAIAGQLTTVKKTLLLTDLADKTADLPDLVGEYEQLLAAASPTHDFQDFDENSVATTFYTTGTTGNPKGVYFTHRQLVLHTLGVSTIMGSIDSVRLLGTNDVYMPITPMFHVHAWGLPYVATMLGLKQVYPGRYDPEFLVELWRKEKVTFSHCVPTILQMVLNAKGAQQTDFGGWKIVIGGSALNRSLYEAAKAKGIQLTAAYGMSETGPLVSCAHLNDELMAGGEDERITYRIKAGVPGPLVEAAIVDGEGCFLPADGETQGELVLRAPWLTEGYFNEPQKGAELWKGGWLHTGDVATLDGMGFIDIRDRIKDVIKTGGEWISSLDLEDLISRHAAVREVAVVGIPDPQWGERPFALLVIREGHQLGARELKEHLKPFVELGHLSKWAIPSQIALVTEIPKTSVGKLDKKRIRVDISEWQSNNSTFLSTL PGPT0002895_322 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-DMS_DEGRADATION,PGPT0002895-dmdB-K20034 NA NA D1-35_04349 1857 hypothetical protein ATGACCTCAGCAAACACTTTCTGGCGCCGGGCAAAACTGCCTCTGGCCGTCAGTCTTGCCTCTTCGCTCGCCGGCCCGGCATTCGGCGTCAGCTTCAACATCGGTGAAATCGAAGGCCAGTTCGACTCGGCCCTGTCGGTCGGCGCAAGCTGGTCCACGGCCAAGGCCAACCGCGACCTGATCGGCGTCAACAACGGTGGCAAGGGCCTGTCCCAGACCTCCGACGACGGTCACTTGAACTTCAAGCGCGGGGAGACCTTCTCGAAGATCTTCAAGGGTATCCATGACCTGGAGCTGAAGTACGGCGACACCGGTGTGTTTGTACGTGGCAAGTACTGGTACGACTTCGAACTCAAGGACGAAAACCGCCTGTACAAGGACATCAGCGACAGCAACCGCAAGGAAGGCGCCAAGTCCTCCGGCGGGCAGATTCTCGATGCGTTCGTCTACCACAACTACGATATCGCCGATCAGCCGGGCTCGGTCCGCCTCGGCAAGCAAGTGGTCAGCTGGGGTGAAAGTACCTTTATCCAGGGCGGTATCAACGCCATCAACCCGGTCGACGTGTCCGCGTTCCGTCGCCCCGGTGCCGAGGTCAAGGAAGGGTTGATCCCGGTCAACATGTTCTACGTGTCCCAGAGCCTGACCGACAACCTGTCGGCCGAAGCGTTCTACCAACTGGAATGGGACCAGACTGTCGTCGACAACTGCGGCACGTTCTTCTCGCAACCGGACGTCATCGCCGACGGTTGTGACGACAATCTGCGCGTCTTGAACAAACGTTCGCGGATTCCGGGCGCAGCCTTGCCGACCCTGACGGCGTTGGGCGTCAATGTGAACGAGGAGGGCGTGCTGGTTCGCCGTGGTCCCGACCGTGATGCCCGTGACAGCGGCCAATGGGGCCTGTCGTTCAAATACAATTTCGAGCCGCTGGACACCGAGTTCGGCGCCTACTTCATGAACTACCACAGCCGGGCGCCAATCTTCAGCGCCACGGGCGCCGCGTCACGTTTCTATACCCAGCCGCTGGGGCCGTTGGCCGCATTGCGTCCGGTGATCGTGGCGGGTAACTCGAACTACTTCGTCGAGTACCCGGAAGACATCCGGCTCTATGGCCTGAGCTTTTCCACCACGCTGCCCACCGGCACCGCGTGGAGTGGTGAGCTGAGCTATCGGCCGAACGCTCCGGTACAACTGAGCACCACCGACATCCTGTTCGCCGGTGTCACGCCAATTCCGGGCTTTGGTAACGCCTCCGTACTGGACGGCGCGCCGGGCCAGGACCTGCATGGCTATCGCCGCAAGGAAATCACCCAGTTCCAGACCACCTTCACGCACTTTCTCGACCAGGTCATGGGCGCCAGCCGCCTGACCCTCGTCGGTGAGTTGGGCGTGACCCACGTTGGCGGCCTGGAAAGCCGCTCCGAAGCGCGCTACGGCCGTGATCCGGTGTTCGGCCCGGGCGAACTGCCCAACGGCTTCTGCAATACCCTCAACACCTCGACTGCGGCAGGTGGCGGCCAGACCATCAGCGGGGTGAACAGCAACTGCAACAACGACGGCTTCACCACGTCGACCTCGTGGGGCTACCGCGCTCGCGCCATCTGGGAATACCCGGATGTCTTCGCCGGTGTGAACCTCAAGCCCAACGTGGCCTGGTCCCATGACGTCAAGGGTTACTCGCCAGGTCCTGGCGCCAACTTCGAGGAAGGCCGCAAAGCCGTCAGCCTCGGGCTGGATGCCGAGTACCAGAACACTTACAACGCGAGCCTGGCCTACACCAACTTCTTTGGTGGCGACTTCAGCACCGTGGATGATCGCGACTTCCTGGCGCTCAGCGTCGGCGTGAACTTCTAA MTSANTFWRRAKLPLAVSLASSLAGPAFGVSFNIGEIEGQFDSALSVGASWSTAKANRDLIGVNNGGKGLSQTSDDGHLNFKRGETFSKIFKGIHDLELKYGDTGVFVRGKYWYDFELKDENRLYKDISDSNRKEGAKSSGGQILDAFVYHNYDIADQPGSVRLGKQVVSWGESTFIQGGINAINPVDVSAFRRPGAEVKEGLIPVNMFYVSQSLTDNLSAEAFYQLEWDQTVVDNCGTFFSQPDVIADGCDDNLRVLNKRSRIPGAALPTLTALGVNVNEEGVLVRRGPDRDARDSGQWGLSFKYNFEPLDTEFGAYFMNYHSRAPIFSATGAASRFYTQPLGPLAALRPVIVAGNSNYFVEYPEDIRLYGLSFSTTLPTGTAWSGELSYRPNAPVQLSTTDILFAGVTPIPGFGNASVLDGAPGQDLHGYRRKEITQFQTTFTHFLDQVMGASRLTLVGELGVTHVGGLESRSEARYGRDPVFGPGELPNGFCNTLNTSTAAGGGQTISGVNSNCNNDGFTTSTSWGYRARAIWEYPDVFAGVNLKPNVAWSHDVKGYSPGPGANFEEGRKAVSLGLDAEYQNTYNASLAYTNFFGGDFSTVDDRDFLALSVGVNF NA NA NA NA NA D1-35_04350 1365 putative protein ATGAAAATAACCAAGAATCTGTTGCAAGTCGGTGTGCTGGGGCTGTCGCTATTGGCGGCCAGCGTCATGGCCGCCGTGCCTGCCGCCGAAGCCGACAAACTGGGCAAGAGCCTGACGCCGATGGGCGCCGAAATGGCCGGCAACGCCGATGGTTCGATTTCCGCCTGGAAACCCATGGCCAAGAACGCCGGCAGCGTCGACGGCAAAGGCTTCCTCTCCGACCCGTACGCCAGTGAGAAGCCGCTGTTCACCATCACCGCGCAGAACGTCGAGCAGTACAAGGCCAAGCTTGCGCCCGGCCAGTACGCGATGTTCAAGCGTTACCCCGAAACCTTCAAAATGCCGGTCTACCCGACCCATCGCGGCGCTACCGTGCCGGACGAAGTGTTTGCTTCCATCAAGAAAAACGCGGTCAACACCAAACTGGTCTCCGGCGGCAACGGTCTGGAGAATTTCGAGACGGCTGTGCCGTTCCCGATTCCCCAGAGCGGCGTCGAGGTGATCTGGAACCACATCACCCGCTATCGCGGCGGCAGCGTGACGCGCCTGGTGACCCAGGCCACGCCGCAGCCCAACGGCTCCTACAGCCTGGTGTACTTCCGTGACCAGTTCGTGTTCCGCGACAAGATGAAGGATTTCGATCCGGCCAACCCTGGCAACATCCTGTTCTACTTCAAGCAGCAAGTGACCGCTCCGGCGCGTCTGGCTGGCGGCGTGTTGCTCGTCCACGAAACCCTCGACCAGGTGAAGGAACCGCGTTCGGCGTGGGTCTACAACGCCGGCCAGCGCCGTGTGCGTCGCGCCCCGCAAGTGTCCTATGACGGCCCGGGTACCGCCGCCGATGGCTTGCGTACCTCCGACAACCTGGACATGTACAACGGTGCGCCGGACCGCTACGACTGGAAGCTTGAAGGCAAAAAAGAGCTGTACATCGCCTCCAACAGCCACAAGATCGATTCGCCGCAGCTCAAGTACGCGGACATCATCAAGGCCGGCCACATCAACCAGGACCTGACGCGCTACGAGCTGCGTCGTGTCTGGCACGTGACCGCGACCCTGAAGGAAGGCCAGCGCCACATCTACGCCAAGCGTGACTTCTACATCGACGAAGACACCTGGCAAGCCGCGGTCATCGACCACTACGACGGCCGTGGCCAACTGTGGCGCGTAGCCGAGGCCCATGCCGAGAACTACTACGACAAGCAAGTGCCGTGGTATGCCCTGGAAACCATCTACGACCTGCAGTCCGGTCGCTACCTGGCCCTGGGCATGAAGAACGAAGAAAAATCGGCCTATGACTTCGGCTTCACCGCCAGCACCGCCGACTTCACGCCTAACGCCCTGCGTCAGGACGGCATTCGCTAA MKITKNLLQVGVLGLSLLAASVMAAVPAAEADKLGKSLTPMGAEMAGNADGSISAWKPMAKNAGSVDGKGFLSDPYASEKPLFTITAQNVEQYKAKLAPGQYAMFKRYPETFKMPVYPTHRGATVPDEVFASIKKNAVNTKLVSGGNGLENFETAVPFPIPQSGVEVIWNHITRYRGGSVTRLVTQATPQPNGSYSLVYFRDQFVFRDKMKDFDPANPGNILFYFKQQVTAPARLAGGVLLVHETLDQVKEPRSAWVYNAGQRRVRRAPQVSYDGPGTAADGLRTSDNLDMYNGAPDRYDWKLEGKKELYIASNSHKIDSPQLKYADIIKAGHINQDLTRYELRRVWHVTATLKEGQRHIYAKRDFYIDEDTWQAAVIDHYDGRGQLWRVAEAHAENYYDKQVPWYALETIYDLQSGRYLALGMKNEEKSAYDFGFTASTADFTPNALRQDGIR NA NA NA NA NA D1-35_04351 2736 malT_2 COG2909 HTH-type transcriptional regulator MalT ATGACTGATTTGTCTTCACCTGCGGATTCTGCCCGCGCAGCCATCGCGGTACAGGACGGGCGTTTCTACCGCCCGCCCTTGCCCGACGGCCACGTCCCGCGGCCGCGGTTGTGCGAGCGTCTGAGCGCTGGGCTCGGCGGTCGCTTGCTGCTGGTGAGTGCACCGGCGGGGTTTGGCAAAAGCTCCCTGGCGGTGGAGTTCTGCCAGAGCCTGCCGGCCCATTGGCGGAGTCTCTGGTTGGGGCTCAGTGCCCGGGACAACGATCCGGGCCGCTTTCTGGAGCGGCTGCTCGAAGGGCTCCAGGCCTTTTATGCGCAGTTGGGCGGACGGGCGTTGGGCCTGCTGAAGATGCGCCAGCGGCACCAGCCCTTTGCTTTCGAGGAGTGGCTCGACGGCTTGCTGGATGAACTGTCCAGCCACCTCTCCTCCCGCGCCCCGCTATTGCTGGTACTCGACGATTACCACCTGGCCCAGAGCCCGGTGCTGGATCGTTGCCTGCAGTTTTTCCTCAATCACTTGCCCGAAGGGTTGCTGGTGCTGGTCACCAGCCGCCAGCGTCCGGACTGGCACCTGGCGCGCCTGCGCCTGTCGCGGCAATTGCTCGAACTCAACGAGCAGGACCTGCGCCTGACCCATGACGAAGCGTTGACCTTGCTCCAGCACCACAGCAGCTCGCTGCGTGGCGAGGCACTGGAGAGCCTGATCCAGCGCAGCGAAGGCTGGGTCGCCGGGCTGCGTTTCTGGCTGCTGGCCGCTTCCGAGGCCGGTAGCGAAGGCCGGCTGCCCCAGGCCCTGCATGGCGGTGAAGGGCTGATTCGCGATTATCTGCTCGAAGAAGTCATCGATTGCCTGCCGCCCGAGGTGCAGGCGTTTCTCTACGACACCGCGCCACAGGAGCGCTTTTGCAGCGAACTGTGCGATGCGGTGCGCGACGCCCATGACAGTCACGAAATTCTTCAGTACCTGGCCGCCCACCAGGTTTTTCTGGTGCCGCTGGACGAGCATGGCCACTGGTATCGCTACCACCACCTGTTTTCCGACCTGTTGCGCAGCCGCCCCAGCGCGCCGGCCATGGTGCCGGCCGCGACTCTGCACTTGCGCGCCTGTCGCTGGTTCAATGCCCAGGGTCTCATCGACGAAGCCGTGGAGCAGGCGTTGCGTGCCGGGCACCTGGACGTGGCGGCGAACCTGGTGCAGAACCTTTCGGAAGAACAACTGCTGGCCGAGCAGAACGTCGGCATGTTGCTGCGCTGGAAAATGGACCTGCCTGATAGCCTGCTCATCAGCACCCCACGGCTGATCGTGCTCTACAGCTGGGCGTTGGGCCTGGCCAGCCAACTGGATGCCGCCGAGGAACTAGCCGCCCACTTGAGTCGCTTCCTGCCGGCGCCGTCGGCCACCGCGCAAAAATCCATGCTCGCCCAGTGGCTGGCCCTGAGCGGCATCGTCGCCCGCGGGCGTGGCGACCGAGAGGCCACGCTGCGCTATTGCACCGAAGCCCTGGAAAGCCTGCCGCAGAAACGCTATGGCCAGCGCCTGATGTGCTTGTCCACCCTGTCGAACCTGGCGATTGCCGACGGTGACCTGTGGCGCGCCCGCGCACTGAACCGCGACTCCCTCGAACTGGCGCAGCGGGTCGGCAATCCGTTGTTCGAGGCGCTGGCCCATTACGACCGTGCGCGGGTGTTGCAGGCGCGAGGGGAGATCCTGCGCGCACTCGATGAAGTGAAGCAGGGGCTGCAGCGGCTGCATGGATTGTCGCCGCAACGGCTGTATGCGGTGCGCGCGCGATTGGTGCTGTACGAAGGTTTCCTGTTGACGCTGCGCATGCAGTCCCAGGCCGGATTGACACGGTTGCAGGCCGGCCTGACCGAAGCCCGGGCTTGTCGCGATATCAGTGTGTTGATCGGCCACTGCGTGATTGCCCGGGTCGAAGGCTATAACGGCGAATTCGCCCGGGCCTTCGCCGAGCTGGCCGAGGCCGAGCGCCTGATGCACATCTGGGATGTACCACCGGTTTACTACCTGGCGATGATCACCCTGGTCAAATGCGAGCTCTGGCTGGCCCAGGGCCGTACCGAGCTGGCCGAAGCCTGGCTGGCGCGGCTGGGCCAGACCTACACCGGCGAACGGGCCGCCGCGCCGCCGGAGTTCCACCCGCAGTTGCCGTTGCATGTCGAGCTGCAGCAGGCATTGCTGGAATCCATAAAGGGCCAACCGATGCAGGCCGAGGGGCGCCTCGATGCCTTGCTTGAGCACGCACAGCAAACCGGGCGGCAGATGCTCAGTGTGATGGTGCTCAACCAGAAGGTGGCCTTGCTGCTGCGCCTGGGCCGCGAGCCCGAGGCCCGCAGCACCCTGGCCCAGGCGTTCGATGCCGCCATCGGCGGCGTGTTGCAGCCTTTCGAATGGTTGTTGCGAGAGCATCGTGAATGGCTGCGCGAACAGTTGCTGCACGCGCCGCCCAGTGACGTGCGCCAGCACTTGCTCGAATGCTTGCCGTCGACCGCGACGCCAGCGATCGAACCCTCGGTCCCGGTCGAAACCCTCAGCAGCCGCGAGAGGGCAGTGCTGCAACTGATCGCCCAGGGATGTTCCAATCAGGAAATCAGCGAGCAGTTGTTCATCTCGCTGCACACGGTAAAAACCCATGCCAGCCACATCAACAGCAAACTCGGCGTCGAACGCCGCACCCAGGCCGTGGCGCGGGCGAAGGCCTTGGGGTTGTTGGGCTGA MTDLSSPADSARAAIAVQDGRFYRPPLPDGHVPRPRLCERLSAGLGGRLLLVSAPAGFGKSSLAVEFCQSLPAHWRSLWLGLSARDNDPGRFLERLLEGLQAFYAQLGGRALGLLKMRQRHQPFAFEEWLDGLLDELSSHLSSRAPLLLVLDDYHLAQSPVLDRCLQFFLNHLPEGLLVLVTSRQRPDWHLARLRLSRQLLELNEQDLRLTHDEALTLLQHHSSSLRGEALESLIQRSEGWVAGLRFWLLAASEAGSEGRLPQALHGGEGLIRDYLLEEVIDCLPPEVQAFLYDTAPQERFCSELCDAVRDAHDSHEILQYLAAHQVFLVPLDEHGHWYRYHHLFSDLLRSRPSAPAMVPAATLHLRACRWFNAQGLIDEAVEQALRAGHLDVAANLVQNLSEEQLLAEQNVGMLLRWKMDLPDSLLISTPRLIVLYSWALGLASQLDAAEELAAHLSRFLPAPSATAQKSMLAQWLALSGIVARGRGDREATLRYCTEALESLPQKRYGQRLMCLSTLSNLAIADGDLWRARALNRDSLELAQRVGNPLFEALAHYDRARVLQARGEILRALDEVKQGLQRLHGLSPQRLYAVRARLVLYEGFLLTLRMQSQAGLTRLQAGLTEARACRDISVLIGHCVIARVEGYNGEFARAFAELAEAERLMHIWDVPPVYYLAMITLVKCELWLAQGRTELAEAWLARLGQTYTGERAAAPPEFHPQLPLHVELQQALLESIKGQPMQAEGRLDALLEHAQQTGRQMLSVMVLNQKVALLLRLGREPEARSTLAQAFDAAIGGVLQPFEWLLREHREWLREQLLHAPPSDVRQHLLECLPSTATPAIEPSVPVETLSSRERAVLQLIAQGCSNQEISEQLFISLHTVKTHASHINSKLGVERRTQAVARAKALGLLG PGPT0018616_495 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018616-malT-K03556 NA NA D1-35_04352 501 ogt COG0350 Methylated-DNA--protein-cysteine methyltransferase ATGCCGCCCCTGTACCAAACCATCCAATCCCCCGTAGGCGAGTTGATCCTTGTCGCCCGCGGCACGAAGCTGGCGGCCATCCTGTGGGAGAACGAGCGGCTCAATCGGGTGCGCCTGGGACCGTTGGAGCAGGACAGTGATCATCCGACCCTCAAGGAAACCGAGCGTCAACTGCTGGAATATTTTTCTGGCCAACGCCGCCGTTTCGAGCTTGAACTGGATTTTGTCGGCACCGATTTTCAAGTGCGGGTCTGGCAGGCTCTGCTGACTATCCCGTTCGGCGAAACCCGCAGCTATCGCGACATAGCCATCCAGATCGGCCAACCGACCGCGACGCGCGCGGTCGGCGCCGCCAACGGACGCAACCCGATCTCGATCATCGCGCCCTGCCATCGGGTCATCGGCACCTCCGGCAGCCTCACCGGTTTCGCCGGCGGCCTTGCCGCCAAACAGTTCCTGCTGAGCCTCGAAGGCCAACAGAGCCTGCAACTGGCGTTCTGA MPPLYQTIQSPVGELILVARGTKLAAILWENERLNRVRLGPLEQDSDHPTLKETERQLLEYFSGQRRRFELELDFVGTDFQVRVWQALLTIPFGETRSYRDIAIQIGQPTATRAVGAANGRNPISIIAPCHRVIGTSGSLTGFAGGLAAKQFLLSLEGQQSLQLAF NA NA NA NA NA D1-35_04353 1908 hypothetical protein ATGTTGCCGGCCCCTTCCGATACCCCGATCCCCCTCCCCCCCGTCCTTGTCGGCCCGCTCTTGCGACGACTGGAGCCGACGCGGCTGGTGATGTGGCTGGTGGGGACGCGAGCGTTGGCGTTGACGCTGAGTATCGACGGCGTCGGCGACCTGGCGCTGGATGCGTCGCGCTGCACCGTGGTGCCGGTGGGGCAACGAGCGTTTGTGCATTTGATTGATGTGACACTCGATACGCCCTTGCCCCAGGACGTGGCGATTGACTACGACCTGCTGGTGGACGGCGTCCCCATTGCCGAATGGGCGCCGTATCTGTTGTACGGCGACGCAAAGCGTCCGAACTTCATGCTGCATTCGCGCATAGAACAGCTGGTCCACGGCTCTTGTCGTAAACCCCATTTCCCGGCCAATGATGGTCTGCTCTGTGTCGACCGCTTGTTGGCGGAGTCTGCGGAGCAGCGTCCGGCATTGCTGATGATGAGCGGCGACCAGGTGTACGCCGACGATGTCGCCGGGCCGATGTTGCGGGCGATTCATGCCCTGATCGAGCGCCTGGGCCTGTTCGAGGAGTGTCTGGAAGGTGCGGTGGTGGAGGACAGCGCCAGACTCTACCAACACCCGGCCAGTTACTATCACCGCGCGGATCTGTTACCGGCGCTTGAGAGCAACGAAACCCTGCGCGAACGTTTTTTCGGCGGGGCGCGCAAGCCGATCTTCACCAGCAGCAGCGCCGACAACCATCTGGTGACCTTCGCCGAGGTCATGGCGATGTATCTGCTGGTGTGGTCGCCCGTACCGTGGACCCTGATCGATCCGCAACCGCCTGAATTGACCGCCGAACGGCGCCAGCGCTACGACCTCGAACAACAGCGCATCGAGGCATTCAAGACCGGGCTGGATGGCGTGGCACGGGTGTTCGCCCATCTGTCGTGCCTGATGATTTTCGATGATCACGACATCACCGATGACTGGAACCTGTCCGCGCAATGGGAGGAAACGGCCTACGGCCATCCCTTCTCCAAACGCATCATTGGCAACGCGTTGATCGCCTATCTGCTCTGCCAGGGCTGGGGCAACAACCCGGATGCCTTTGGTGAAGTGATCGAGCAGACCGTGGCCTTGAGCGACACCGCCCGGGACCGCTACATCGACAGCGGGCCCCAGGATGCGTTGATCGACACCCTGCTCGGTTTCCAGCAATGGCACTACGTGTTGCCGAGCACGCCGGCGCTGGTGGTGCTCGACACCCGCACCCGCCGCTGGCGCAGCGAGAATAGCCTCAAGCAGCCGTCGGGCCTGCTGGACTGGGAAGCCCTGAGCGAACTGCAGCAGGAACTGCTGGACCATCCCTCGGCGATCATCGTCTCGCCGGCGCCGATCTTTGGCGTCAAGCTGATCGAGACCGTGCAGCGGCTGTTCAGCTGGTGCGGCTACCCGCTGTTGGTGGATGCGGAGAACTGGATGGCCCACCGTGGCGCGGCCCAGGTGATCCTGAATATTTTCCGCCACTCGCGCACGCCGGGAAGCTACGTGGTGTTGTCCGGCGATGTGCATTATTCCTTCGTCTACGAGGTGCTGATCCCACACCGCAAGGGCGGCCCACGTGTCTGGCAGATCACCAGCAGCGGTATCAAGAACGAGTTCCCGCCGGCGCTGCTGGAATGGTTCGATCGGCTGAACCGCTGGCTCTATTCTCCACGCTCGCCCTTGAACTGGTTCACCAAGCGCCGCAGCATGCGCATCGTCCCCCATGTCCCGGAACATGCCGAAGCCGGGGAACGGCTGTGGAACTCGGCGGGGATCGGCCAGGTGTTTTTCAACGAACAGGGGCAACCGGCGCAGATCTATCAGCACAACGCCAACGGCAAGCCGCCCACGCGCATGCTGGCGCCGAAGTCGCCCTTGAGCTGA MLPAPSDTPIPLPPVLVGPLLRRLEPTRLVMWLVGTRALALTLSIDGVGDLALDASRCTVVPVGQRAFVHLIDVTLDTPLPQDVAIDYDLLVDGVPIAEWAPYLLYGDAKRPNFMLHSRIEQLVHGSCRKPHFPANDGLLCVDRLLAESAEQRPALLMMSGDQVYADDVAGPMLRAIHALIERLGLFEECLEGAVVEDSARLYQHPASYYHRADLLPALESNETLRERFFGGARKPIFTSSSADNHLVTFAEVMAMYLLVWSPVPWTLIDPQPPELTAERRQRYDLEQQRIEAFKTGLDGVARVFAHLSCLMIFDDHDITDDWNLSAQWEETAYGHPFSKRIIGNALIAYLLCQGWGNNPDAFGEVIEQTVALSDTARDRYIDSGPQDALIDTLLGFQQWHYVLPSTPALVVLDTRTRRWRSENSLKQPSGLLDWEALSELQQELLDHPSAIIVSPAPIFGVKLIETVQRLFSWCGYPLLVDAENWMAHRGAAQVILNIFRHSRTPGSYVVLSGDVHYSFVYEVLIPHRKGGPRVWQITSSGIKNEFPPALLEWFDRLNRWLYSPRSPLNWFTKRRSMRIVPHVPEHAEAGERLWNSAGIGQVFFNEQGQPAQIYQHNANGKPPTRMLAPKSPLS NA NA NA NA NA D1-35_04354 1284 dctM_2 COG1593 C4-dicarboxylate TRAP transporter large permease protein DctM ATGACCATTGCCTTCCTGTTCATCGCGCTGTTCGTGCTGATGTTCATCGGCGTGCCTATCGCCATTTCCCTCGGGCTGGCCGGTTCGCTGACGATCATTTTCTTCAGCCCCGACTCCGTACGCTCCCTGGCAATCAAGCTGTTCGAGACATCCGAACACTACACCCTACTGGCGATTCCGTTCTTCCTGCTGGCCGGTGCGTTCATGACCACGGGTGGCGTGGCGCGACGGTTGATCGACTTTGCCAACGCCTGCGTCGGACACATCCGCGGTGGCCTGGCGATTGCGGCAGTGCTGGCGTGCATGCTGTTTGCCGCACTGTCCGGTTCCAGTCCCGCGACGGTGGCAGCGGTGGGTTCGATTGCCATCGCCGGCATGGTGCGCTCAGGTTATCCCCAGGCGTTTGGTGCCGGTATCGTCTGCAACGCCGGGACCCTGGGCATCCTGATTCCGCCGTCGATCGTCATGGTGGTCTATGCCGCCGCGACCGAAACCTCGGTAGGCAAACTGTTCATGGCCGGTGTGATACCAGGCCTGTTGCTCGGCACAGCGTTGATGGTGGCGATCTACATCGTCGCCGTGAAGAAAAACCTGCCGGCAATGCCCCGAGCCACGTTTCGCGAATGGCTGACCACGGCCCGCAAAGCCATTTGGGGCTTGCTGCTGATGGTCATCATCCTCGGCGGGATCTATTCCGGGATGTTCACCCCGACAGAAGCAGCGGCGGTGGCGGCAGTGTATTCGGCGTTTATCGCGTTGTTCGTCTACAAGGACCTGACGTTCCGCGAAACCCCCAAGGTGCTGCTGGAGTCGGCCAAGCTGAGCATCATGCTGATGTTCATCATCGCCAACGCCATGCTCTTCGCCCACGTGCTGACCACCGAGCAACTGCCGCAGCAGATCACTGCGTGGGTGATCGAGGCCGGGCTGACGCCAGTAACCTTCCTGCTGGTGGTCAACATCGTGCTGCTGATTGCCGGTGCGTTCATGGAACCGTCGGCGATCATCCTGATTCTGGCGCCGATCCTGTTCCCTATCGCCATGAAGCTGGGCATCGACCCGATCCACTTGGGCATCATCATGGTGGTGAACCTGGAGATCGGCCTGATCACGCCGCCGGTGGGCTTGAATCTGTTCGTCACCTCGGCGGTGACCGGCATGTCGCTGACGGCGACCATCCGCGCGGCCATGCCGTGGCTGATGATTCTGCTGGCGTTCCTGGTGCTGATTACCTATGTACCGTGGATCTCGCTCGCGCTGCCTAACTGGTTGGGGATGAGCTGA MTIAFLFIALFVLMFIGVPIAISLGLAGSLTIIFFSPDSVRSLAIKLFETSEHYTLLAIPFFLLAGAFMTTGGVARRLIDFANACVGHIRGGLAIAAVLACMLFAALSGSSPATVAAVGSIAIAGMVRSGYPQAFGAGIVCNAGTLGILIPPSIVMVVYAAATETSVGKLFMAGVIPGLLLGTALMVAIYIVAVKKNLPAMPRATFREWLTTARKAIWGLLLMVIILGGIYSGMFTPTEAAAVAAVYSAFIALFVYKDLTFRETPKVLLESAKLSIMLMFIIANAMLFAHVLTTEQLPQQITAWVIEAGLTPVTFLLVVNIVLLIAGAFMEPSAIILILAPILFPIAMKLGIDPIHLGIIMVVNLEIGLITPPVGLNLFVTSAVTGMSLTATIRAAMPWLMILLAFLVLITYVPWISLALPNWLGMS PGPT0017335_2313 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 D1-35_04355 633 dctQ COG3090 C4-dicarboxylate TRAP transporter small permease protein DctQ ATGAACGCCCTTCGGCGCACCTGGGAACATTTCGAGGAAGGTTTCATTGCCTTCCTTCTGGCCGCCATGACGTTGGTCACTTTCGTCTACGTGGTCCTCAACAACCTTTATGCAGTGTTCTACAGCCTTGGCGACAACTGGCCAGCCGCCAGCGAACCGATGTTCGCCATTGGCGACGGCATCATGGGCATGGCCCAGGCCATGACCTGGAGCAGTGCGCTGACCAAGGCGCTGTTTGGCTGGCTGATTTTCTTTGGCCTGTCGTATGGCGTGCGCACGGCCGGCCACATCGGCGTCGACGCGTTGGTGAAACTGGCGAGCAAACCGCTGCAGCGCATTATCGGCGTGATCGCCTGCCTGTGCTGCCTGGCCTACGCCGGGTTGCTGGCCGTGGCGAGTTACGAATGGATCAATACCTTGATGATTGCCCAGATCGGCGCGGAAGACCTCGGCCATTTCGGCATCATGCAATGGCACGTAGGGCTGATCGTGCCGGTAGGATTCGCCCTGGTGTTTATCCGTTTCGCGGAAATCCTGGTGCGCATCCTGATGAACCGTCAGACGGGCCTGGGTCTTGCCGATGAAGCGGCCGAAGCGATCAAACTGACCGAGATCGAGGAAGACAAGCCATGA MNALRRTWEHFEEGFIAFLLAAMTLVTFVYVVLNNLYAVFYSLGDNWPAASEPMFAIGDGIMGMAQAMTWSSALTKALFGWLIFFGLSYGVRTAGHIGVDALVKLASKPLQRIIGVIACLCCLAYAGLLAVASYEWINTLMIAQIGAEDLGHFGIMQWHVGLIVPVGFALVFIRFAEILVRILMNRQTGLGLADEAAEAIKLTEIEEDKP PGPT0017330_272 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017330-dctQ-K11689 NA NA D1-35_04356 996 dctP_1 COG1638 C4-dicarboxylate-binding periplasmic protein DctP ATGTTTAAACCTATGTGGAAAGCACTCGTCTGCACACTGGCCCTCAGCGCGTTGAGCAGCGCCATGGCGGCCGATCCGGTGGTTATCAAGTTCTCGCACGTGGTGGCCGAACAAACCCCCAAAGGCCAAGGCGCGTTGCTCTTCAAAAAGTTGGTGGAAGAGCGATTGCCGGGCAAGGTTAAGGTCGAGGTGTACCCCAACTCGTCGTTATTCGGCGATGGCAAGGAAATGGAAGCCCTGCTCCTGGGTGACGTGCAAATGATCGCGCCATCGCTCGCCAAGTTCGAGCAATACACCAAGACGGTGCAGTTGTTCGACCTGCCGTTCCTGTTTGATGACATCTCTGCCGTGGACCGTTTCCAACTGAGCCCTGAAGGTCAGAAACTGCTCAAGTCAATGGAAAGCAAGAACATCACCGGCCTGGCCTATTGGCACAACGGCATGAAGCAACTCTCTGCCAACAAACCACTGCGCGAACCCAAGGATGCCCGTGGCTTGAAGTTCCGCGTGCAGGCGTCTGCCGTGCTCGAAGAACAGTTCAAGGCCGTCAATGCCAACCCGCGCAAGATGAGTTTCGCCGAGGTGTACCAAGGCCTGCAGACCGGCGTGGTCAACGGTGCGGAAAACCCCTACTCGAACATCTACAGCCAGAAAATGCATGAAGTGCAGAAGTACATCACCGAGTCCAACCATGGCTTGCTCGACTACATGCTGATCACCAACACCAAGTTCTGGAATGGCCTGCAGCCGGACGTACGCAGCGAACTGGACAAGATCCTTGTGGAAGTCACCGCCCATGTGAACAAGGAAGCGGCGCAACTGAACCAGAACGACAAGCAGCGCATCCTCGACGCCAAGACCACCGAGATCATTACCCTCACGCCTGAAGAACGCAACGCATGGCGCGACAAGATGAAACCGGTCTGGAAGAAGTTCGAAGGTGACATCGGCGCTGACCTGATCCAAGCCGCCGAAGCCTCCAACAAGGCTCAGTAA MFKPMWKALVCTLALSALSSAMAADPVVIKFSHVVAEQTPKGQGALLFKKLVEERLPGKVKVEVYPNSSLFGDGKEMEALLLGDVQMIAPSLAKFEQYTKTVQLFDLPFLFDDISAVDRFQLSPEGQKLLKSMESKNITGLAYWHNGMKQLSANKPLREPKDARGLKFRVQASAVLEEQFKAVNANPRKMSFAEVYQGLQTGVVNGAENPYSNIYSQKMHEVQKYITESNHGLLDYMLITNTKFWNGLQPDVRSELDKILVEVTAHVNKEAAQLNQNDKQRILDAKTTEIITLTPEERNAWRDKMKPVWKKFEGDIGADLIQAAEASNKAQ PGPT0017325_698 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017325-dctP-K11688 NA NA D1-35_04357 996 dctP_2 COG1638 C4-dicarboxylate-binding periplasmic protein DctP ATGCTCGAACCTTTATGGAAAGCGCTCATCTGCACTCTGGTTTTCAGCGCACTGGGCAGCGCCTACGCAGCCGACCCCCTCGTGATCAGGTTTTCCCATGTGGTGGGCGAACAGACGCCCAAGGGCCAGGGCGCCCTGATGTTCAAGAAGCTGGTGGAGGAGCGGTTGCCGGGCAAGGTAACTGTGGAGGTGTATCCCAACTCCACACTGTATGGCGACGACAAGGAAATGGAAGCGTTGCTGCTGGGAGACGTGCAGATCATCGCGCGGTCACTGGCCAAGTTCGAGCAGTACACCCGCAAGGTGCAGTTGTTCGACTTGCCGTTCCTGTTCGATGACATTGCCGCGGTGGACCGTTTCCAACAGAGCCCCGAGGGCCAGCAACTGCTCAAGTCCATGGAGAGCAAGAACATCACCGGCCTGGCCTATTGGCACAACGGCATGAAGCAGCTTTCGGCGAACAAACCCCTGCGCACGCCCGAAGATGCGCGCGGCCTGGTCTTCCGTGTGCAAACTTCCGCGGTGCTGGAGGAGCAGTTCAAGGCGGTGAGTGCCAAAGGCCAACCGATGATTTTCTCGGTGGTGTATCAGGGCTTGCGTACGGGCCTGGTCAACGGCACGGAAAATACCTATTCAAATTTTTACAACCAGAAACTGCATGAGGTACAGAAATACGTTACCGAGTCCAACCACGGCATCCTCGACTACATGCTGATCACCACATCGGATTTCTGGAACGGCCTGCCGCCGGATATCCGCGGTGAGCTGGAAAAGATCGTGGTCGAATCCACCGCTCATGCCAACAAGGAAGCGGAGCGATTCAACCAGCAGGACAAACAGCACGTCCTGGACGCCAAGACCACCGAGATCATGACCCTCACGCCGCAAGAGCGAGATGCCTGGCGAGAGAAAATGAAACCGGTATGGGCGAAGTTCGAAAAGGATATCGGCCCGGAGCTGATCAAAGCCGCCGAAGCGTCCAACAAGACGCAGTAA MLEPLWKALICTLVFSALGSAYAADPLVIRFSHVVGEQTPKGQGALMFKKLVEERLPGKVTVEVYPNSTLYGDDKEMEALLLGDVQIIARSLAKFEQYTRKVQLFDLPFLFDDIAAVDRFQQSPEGQQLLKSMESKNITGLAYWHNGMKQLSANKPLRTPEDARGLVFRVQTSAVLEEQFKAVSAKGQPMIFSVVYQGLRTGLVNGTENTYSNFYNQKLHEVQKYVTESNHGILDYMLITTSDFWNGLPPDIRGELEKIVVESTAHANKEAERFNQQDKQHVLDAKTTEIMTLTPQERDAWREKMKPVWAKFEKDIGPELIKAAEASNKTQ PGPT0017325_728 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017325-dctP-K11688 NA NA D1-35_04358 486 hypothetical protein ATGCGGGCTGCCGGAAAGTTGCGGATCCTGGAGGAGAACCAGCCGCGCCTGTCAGGCTTGGCCTCCGGGATCACTGGACAGGACGTTTCAAAAAACTCAACAAGGGACTCAACGATGATCGATTTCAACAACAAAGGCTTCTTCAAGCTCAAGCAAAACAATGAATACGCCGAACGCGTCTCGGATCTGTTGCTGGACGGTGAACAGGTGATCGACGCCTACAAGTCGATGCGTGATGGCGTGGTGTTCACCAACAAACGCATCATCGCGGTAAACGTGCAGGGCATTACCGGCAGCAAGAAGGATTTCACCTCGCTGCCCTACAAGAATATCGTTGCGTACTCGGTGGAAACCTCCGGCACCTTCGACCTGGATTCCGAACTGGAGATTTATTTTTCGTCCCTGGGCAAGGTGAAGTTTGAGTTCTCCGGCAAGACCGGCATCGTCGAAATCTCCAAGGTCATTTCCAGGCACCTTTTGGTCTGA MRAAGKLRILEENQPRLSGLASGITGQDVSKNSTRDSTMIDFNNKGFFKLKQNNEYAERVSDLLLDGEQVIDAYKSMRDGVVFTNKRIIAVNVQGITGSKKDFTSLPYKNIVAYSVETSGTFDLDSELEIYFSSLGKVKFEFSGKTGIVEISKVISRHLLV NA NA NA NA NA D1-35_04359 417 hypothetical protein ATGAAAAATTTCACCATCGAGCGCATCGACCACGTCGTACTGCGCGTGACGAACATCGAGCGCAGCCTGACCTTCTACACCTCGGTGCTCGGTTGCGAACTGAAGAAGCGGCGGGACGATCTGGGATTGGTCCACCTCGGCGCCGGGGCGTCGATGATCGATCTGGTGGATGTCGAAGGACCGCTCGGCCGTCAGGGTGGCGCGGCGTCGGGCAGGCAGGGGCACAACGTCGATCACTTCTGCCTGCGCGTCGAACCGTTTGACGAACAAGCCCTGCTCGCTCATCTGGGCGCTGCCGGGCTGGAGGTCGAGAAGGCACAGATGCGCTATGGCGCGGAGGGGCAAGGCTGGTCAATCTATTGCTTCGACCCGGATGGCAACCAGATCGAGTTGAAGGGACCGGCGCTGGAGCCTTGA MKNFTIERIDHVVLRVTNIERSLTFYTSVLGCELKKRRDDLGLVHLGAGASMIDLVDVEGPLGRQGGAASGRQGHNVDHFCLRVEPFDEQALLAHLGAAGLEVEKAQMRYGAEGQGWSIYCFDPDGNQIELKGPALEP NA NA NA NA NA D1-35_04360 1155 gci COG4948 D-galactarolactone cycloisomerase ATGAGAATCACAGGCGTTCACGTCGAAATCTTTTCCACCCCGTCGCGTCGCGCCCAGGACAGCGCCGGTCACGCCCATCCAGGCGACGAAGTCATGATCAAGATGGCCCTGCTGCGCATCAGCTGCGACGATGGCTCGGAGGGTTACGCCTTCGGTACGCCCGAGTTGATTCGTCCACACATCATCGAATCGTTCGTGCGCAAGGTGCTGATCGGCCGCGACCCGATGGACCGTGAGAGCATCTGGCAGGACCTGGCGCACTGGCAGCGCGGCAGCGCCGGCCAGTTCACCGACCGCGCGCTGGCGCTGGTTGAGCAAGCCTTGTGGGATCTGGCCGGGCGCAAGCTGAAGTTGCCGGTGCACAAGCTCATCGGCGGTTACCGTGACAAAGTCCTGGCCTACGGCTCGACCATGTGCGGCGATGATTTGCCGGGCGGTCTGTCGACGCCGGATGAGTACGGCCAGTTCGCCGAAAAGCTCGTCAAGCGCGGCTACAAGGCAATCAAGCTGCACACCTGGATGCCGCCGATTTCCTTCGCGCCGAATCCGCAAATGGACATCCAGGCCTGCGCGGCAGTGCGCGAGGCGGTCGGTCCGGACATCGCCCTGATGCTCGATGGCTACCACTGGTACAGCCGTATGGATGCGCTGACCATTGGCAAGGCCCTGGAAAAACTCAATTTCGCCTGGTTCGAAGAACCGATGATGGAAGACTCCGCCGAGTCATACGCCTGGCTGGCCGCCAATCTGGACATCCCGGTGCTGGGCCCGGAAAGCATTGCCGGAAAATTCCACAGCCGCGCCAGTTGGGTGACGCAGAAGTCCTGTGACATCCTGCGCGCCGGCGTGGCTGGCGTCGGCGGTATCGGCCCTTGCCTCAAAGTGGCGCACCTGGCCGAGTCGTTCGGCATGGATTGCGAGGTCCACGGCAACGGCGCGGCGAACCTGGCGGTGGTGGGCGCGATCAGCAACTGCCGGTGGTACGAGCGCGGCCTGCTGCACCCGTTCCTCGATTACGAGGAAGTGCCGGCGCACCTCAACAGTATTATCGACCCGATGGATGCCGACGGTTACGTGCATCTGTCTGATCGGCCGGGGTTGGGCGAGGACATCAACTTCGCGTATATCGAAGCCAACACCTTGTCTCGACACTGA MRITGVHVEIFSTPSRRAQDSAGHAHPGDEVMIKMALLRISCDDGSEGYAFGTPELIRPHIIESFVRKVLIGRDPMDRESIWQDLAHWQRGSAGQFTDRALALVEQALWDLAGRKLKLPVHKLIGGYRDKVLAYGSTMCGDDLPGGLSTPDEYGQFAEKLVKRGYKAIKLHTWMPPISFAPNPQMDIQACAAVREAVGPDIALMLDGYHWYSRMDALTIGKALEKLNFAWFEEPMMEDSAESYAWLAANLDIPVLGPESIAGKFHSRASWVTQKSCDILRAGVAGVGGIGPCLKVAHLAESFGMDCEVHGNGAANLAVVGAISNCRWYERGLLHPFLDYEEVPAHLNSIIDPMDADGYVHLSDRPGLGEDINFAYIEANTLSRH NA NA NA NA NA D1-35_04361 1623 ddpA COG0747 putative D,D-dipeptide-binding periplasmic protein DdpA ATGAAACTCTGGCCCAAGCGCCTGACCAGGCTGCTGTGTGTCATCGTGGCCCTGTGCGCAGTGCAGGTGCCCGTCAGCCTGGCCCAAGGCGAAACGCCCGCCGACCAATTGGTGGTGGGCATGAGCATGATCAACCTGCTGTCGCTGGACCCGGCGGCCGCGACCGGCCTGGAAGTTGCCGAGGTCAACGCCAATGTCTACGACATGCTCCTGGAGCAGGACGCGGCGCAGCCGGACACGCTGGTGCCGGCCCTGGCGAAAAGCTGGGAAGTCAGCCCGGACCGCATGCGTCTCACCTTCCAGTTGCGTGACGACGTCCGTTTTCACTCCGGTGCGCCGCTTACTGCGCAAGATGTCGCCTGGTCCTTGCAACGTGTGGTCACCCTCAACCGCGCCCTGGCGTCCACCTGGAAAGCCTACGGTTTCAGCGCCGACAACGTCGCCCGGCTGATGCGCGCCGAAGGGCCCCACACCTTCGTCATGGAGCTGCCACGCGTCACCGACCCGCTGTTGGTGCTCAACACCCTGGCCACCTCGCCGAGTGCGTTCATCATCGACCGCTCGGTGGCCTTGCAGCATCAGGTCGGTGACGACCAGGGCGCGGCCTGGCTGGCGACGCACACCGCCGGGTCCGGTGCGTTCAAGCTGGATATCTGGCGCGCCAACGACGTGATCCTGATGAGCCGCAACGAGGACTACTGGCGCGGCGCGCCGAAGTTGCGCCGGGTGATCATGCGCAACATGACCGAGTCCCAGGCCCTGCGCCTGATGGTCGAGCGCGGTGACCTGGATGTCGCCCGCGGCATGGCGGCGACCGACATCAAGGCGCTGGGCAAGGTGGATGCGGTGCGCATCCAGAGCATCGCCCGCGGCACGCTGTACTACGTGGCGATGAGCATGCAGCAGCCGCTGTTCCAAGACATCCGGGTGCGCCAGGCGATCCGTCTGCTGATCGACTACCAAGGCATCAACGACGTGGTGATGCCGCACTACGGCGTGATCAACCAGCGCCCGATGCAGCTGGGCTTGCCGGCACGCCTGGACGATCCGGGTTATCGCCTGGACGTGGCCGAGGCTCGCCGCCTGCTGGCAGAAGCCGGTCACGCCGAGGGCTTCAAGGTGAGCATCCGTTCGCTGACCGACCCGCCCTTCATCAACATCGCCACCAGCCTGCAAGCGACGCTGGCCCAGGCGGGCATCCAGGCGACGATCATCACCGGCACCGGCAACCAGATCTACGGGGCGATGCGCGACCGCCAGTTCGACATCCTCGTGGGGCGTGGCGGTGGTGGGGCGGAGCGCCATCCGCATTCGAGCCTGCGGGCCCTGGTGTACAACCCGGACAACCGCAGCGAAGCCAAATTGAGCAACTTCCAGGGCTGGCGCACCTCGTTCTTCAACCCGCAGCTCAATCAGTTGATCGAACAGGCCGAGCGCGAGCGCGACCCCGAACGGCAGCGGCAGATGTATGCCCAGATCCAGACCCTCTACGACCAACAGGCCGGGGCAATCATGCCGGTCTCGCAAATGGTGGACGAGGTGGTGATTCACGCCGACGTACGCAACTACATCGGCCACACCGCCGCCACCACGCGTCTTCGCGACGTCTACAAGCAGCGCTGA MKLWPKRLTRLLCVIVALCAVQVPVSLAQGETPADQLVVGMSMINLLSLDPAAATGLEVAEVNANVYDMLLEQDAAQPDTLVPALAKSWEVSPDRMRLTFQLRDDVRFHSGAPLTAQDVAWSLQRVVTLNRALASTWKAYGFSADNVARLMRAEGPHTFVMELPRVTDPLLVLNTLATSPSAFIIDRSVALQHQVGDDQGAAWLATHTAGSGAFKLDIWRANDVILMSRNEDYWRGAPKLRRVIMRNMTESQALRLMVERGDLDVARGMAATDIKALGKVDAVRIQSIARGTLYYVAMSMQQPLFQDIRVRQAIRLLIDYQGINDVVMPHYGVINQRPMQLGLPARLDDPGYRLDVAEARRLLAEAGHAEGFKVSIRSLTDPPFINIATSLQATLAQAGIQATIITGTGNQIYGAMRDRQFDILVGRGGGGAERHPHSSLRALVYNPDNRSEAKLSNFQGWRTSFFNPQLNQLIEQAERERDPERQRQMYAQIQTLYDQQAGAIMPVSQMVDEVVIHADVRNYIGHTAATTRLRDVYKQR PGPT0004430_8153 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 D1-35_04362 1038 dppB_2 COG0601 Dipeptide transport system permease protein DppB ATGTCGACTGCATCCTTTTCAATCTGGACAACCCGGGCCGCTTCGGCGACCCGGCGCGGCGGTTCGGTGGCGGTGACGCTGCTGGGGTTGCTGCTGCTGACCTTTTTTATCGGCCGGGTGATGCCGCTGGACCCGGTGCTGGCAATCGTTGGCCCGGACGCCGACGCCTCGGCCTACGCCCAGGTCTATCAGGAGCTGGGCCTGGACAAACCACTGTGGAGCCAGTTCGCGATTTACCTCGGCGACCTGCTCCACGGCGACTTCGGCATGGCCTTGCTGACCGGAAACCCGGTCATCAGCGACATCGCCCGGGTGTTTCCGGCCACCTTGGAACTGGCGACCCTGGCCATTCTGTTCGGCGTGCTGGCGGGCCTGCCGCTGGGTGTCTACGCGGCGACTCATCAGGGCCGCGCCGGTGACCACGTCGCGCGGTTGATCACGCTGTTCGGCTATTCCACGCCAATCTTCTGGATCGGCATGATGGCCTTCCTGGTGTTCTACGCCTGGTTGGGCTGGGCCGGTGGCGTCGGGCGAATCGGCCTGGCCTACGACGGGCTGATTCCGACGCACACCGGGCTGCTGTTGATCGACACCGCCTGGTCCGGCGATTGGGAAGCCTTTCGCAGTGCGCTGCGGCACATCCTGCTGCCGGCGGTGATCCTCAGTTTCAACTCGGTCGCCTACATCAGCCGCATGACTCGCAGCTTCATGCTCGAGCAACTGTCCCAGGAGTACATCATCACTGCCCGGGTCAAGGGTCTGTCCCAACGCAAGATTGTCTGGGGTCACGCCTTCGGCAACATCCGCGTGCAGCTGTTGACCATCGTCGCGCTGGCCTACGGCGGGCTGCTGGAGGGCGCGGTGCTGATCGAAACCGTGTTCGCCTGGCCGGGTTTCGGCCAGTACCTGACCAGCAGTCTGTTGCTCGGCGACATGAACGCAGTGATGGCCTGCGTGCTGCTGATCGGCCTCATCTTCGTGACGCTGAACCTGATCAGCGATGCGCTGTACAAGCTCTTCGACCCGAGGACTCGCTAA MSTASFSIWTTRAASATRRGGSVAVTLLGLLLLTFFIGRVMPLDPVLAIVGPDADASAYAQVYQELGLDKPLWSQFAIYLGDLLHGDFGMALLTGNPVISDIARVFPATLELATLAILFGVLAGLPLGVYAATHQGRAGDHVARLITLFGYSTPIFWIGMMAFLVFYAWLGWAGGVGRIGLAYDGLIPTHTGLLLIDTAWSGDWEAFRSALRHILLPAVILSFNSVAYISRMTRSFMLEQLSQEYIITARVKGLSQRKIVWGHAFGNIRVQLLTIVALAYGGLLEGAVLIETVFAWPGFGQYLTSSLLLGDMNAVMACVLLIGLIFVTLNLISDALYKLFDPRTR PGPT0004445_1927 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 D1-35_04363 909 ddpC_1 COG1173 putative D,D-dipeptide transport system permease protein DdpC ATGAGTCTGCCCCTTGCTTCGAGCGCAGCCGGCGATACCACGCTGCCCGCTTCGAGTACGGCAGCGCTGGTCGCCAGCGCCGCCCGGCTGCTGCGCTTTCTGCTGCGCAACCCGATGACGTTCGCCGGCCTGGTTGTCGTCGCGACCTTGATGGTGGTCGCGGCGTTCGCGCCATGGATCGCCGGTCACGACCCGTTGCTGCAGAACCTCGCCGGTGCGTTGCAAGCGCCCAGCAGCGCGCACTGGTTCGGCACCGATGAATACGGTCGCGATGTGTTCGCCCGGTTGGTGTACGGCTCGCGCATCACCTTGTACATCGTCTTGCTGGTGACGGTGATTGTCGGTCCCATTGGCCTGTTGGTCGGGACCATCTCCGGTTACTTCGGCGGCTGGGTCGACAGCCTGTTCATGCGCATCACCGACATCTTCATCTCGTTTCCGAGCCTGGTGCTGGCGCTGGCCTTCATCGCGGCGCTTGGCCCGGGCCTGGAGCACGCGGTGATTGCCATCGCGCTGACGGCCTGGCCGCCGATCGCCCGATTGGCTCGCGCAGAAACCCTGCCGCTGCGCAACGTCGACTTTGTCGTCGCGGTGCAGCTCCAAGGCGCGTCGAGTGCCCGGATCATCCTGCGTCATATCATCCCGATGTGCCTGTCGTCGGTGATCATCCGCCTGACCATGAACATGGCAAGCATCATCCTCACCGCCGCCGCCCTGGGCTTTCTCGGCCTCGGCGCCCAGGCACCGCTGCCGGAGTGGGGCGCGATGATCTCCACCGGCCGGCGCTACATGCTCGAAAGCTGGTGGCTGGTGGCGGCGCCGGGTGCGGCGATCATGCTGGTCAGCCTGGCCTTCAACCTGTTGGGCGACGGCTTGCGCGACGTCCTCGACCCCCGCAGCCAATCCTGA MSLPLASSAAGDTTLPASSTAALVASAARLLRFLLRNPMTFAGLVVVATLMVVAAFAPWIAGHDPLLQNLAGALQAPSSAHWFGTDEYGRDVFARLVYGSRITLYIVLLVTVIVGPIGLLVGTISGYFGGWVDSLFMRITDIFISFPSLVLALAFIAALGPGLEHAVIAIALTAWPPIARLARAETLPLRNVDFVVAVQLQGASSARIILRHIIPMCLSSVIIRLTMNMASIILTAAALGFLGLGAQAPLPEWGAMISTGRRYMLESWWLVAAPGAAIMLVSLAFNLLGDGLRDVLDPRSQS PGPT0004450_6791 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 D1-35_04364 840 oppD_2 COG0444 Oligopeptide transport ATP-binding protein OppD ATGACTGAGATAAAACTGGCCGTGCAGGATTTGTGCGTGGAGTTTCGCAACGCCGGCAAAACCTCCCTGGCGGTGCGTGATGTGTCGTTCACCCTGGGGCGGGAAAAACTCGCCATCGTCGGTGAATCCGGCTCGGGCAAATCCACCGTCGGCCGCAGCCTGTTGCGCTTGCATCCGCCGACGGCGCGGGTCACCGCCAAGACCCTGCGTTTTGCCGACATCGATTTGCTGAAGGCCAGCGAAAAGCAGATCCAGGCGATTCGTGGCGCGCGCATGTCGATGATCATGCAGGATCCGAAATACTCGTTGAACCCGGTGGTGCGAGTCGGCGAGCAAATCGCCGAAGCCTATCTCGCCCATCACAAGGTGCCCCATCGCGAAGCCCGCGAGCGGGCGCTGGACATGCTCGGCAAGGTGCACATCCGTGATCCTCGAAGGGTCTATGACCTGTACCCCCATGAAGTCTCGGGTGGCATGGGCCAGCGGATCATGATCGCCATGATGGTGATTACCGATCCTCAGGTGATCATCGCCGACGAGCCGACCTCGGCGCTGGACGTGTCGGTGCGCCGGCAGGTGCTCAACGTATTGGAGGAGTTGGTCAGCGAGCGTGACCTGGGACTGATCTTCATCAGCCATGACCTGAACCTGGTGCGGCATTTCTGTGATCGCGTGCTGGTGATGTATGCCGGCCGGGTGGTCGAGTCGATTGCCGCCGCTGACCTGGATAACGCCACCCATCCCTACACCCGAGGCCTGTTGGCCGCGTTGCCAAGCCTGGATCACCCGCGCGCCACGCTGCCGGTGCTGCAGCGCGACCCACGTTGGTTGAACGCTTGA MTEIKLAVQDLCVEFRNAGKTSLAVRDVSFTLGREKLAIVGESGSGKSTVGRSLLRLHPPTARVTAKTLRFADIDLLKASEKQIQAIRGARMSMIMQDPKYSLNPVVRVGEQIAEAYLAHHKVPHREARERALDMLGKVHIRDPRRVYDLYPHEVSGGMGQRIMIAMMVITDPQVIIADEPTSALDVSVRRQVLNVLEELVSERDLGLIFISHDLNLVRHFCDRVLVMYAGRVVESIAAADLDNATHPYTRGLLAALPSLDHPRATLPVLQRDPRWLNA PGPT0004435_13395 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 D1-35_04365 768 oppF COG4608 Oligopeptide transport ATP-binding protein OppF ATGAACATGATCGAAATCGCCGGCCTGAACCTCAGTTTCGGCACCGGTGCGGCACTGAACGCGGTGTTGCACGACGTCGACCTGAGCGTTGGCGAAGGCGAGGCATTCGGCCTGGTGGGGGAGTCCGGTTCGGGCAAGACCACCGTGCTGCGTTGCCTGGCCGGACAGTACCAGCACTGGACGGGACGGTTGCAAATCGCCGGGAGGGCGGTGACGCGCAAGCTGCCGCTGGACCACTACCGCACCGTGCAGATGGTTTTCCAGGATCCCTACGCTTCATTGCATCCGCGCTACACCATCGACGCCGCGTTGCAGGAACCGCTGCGCATCCACGGCATCGACGGGCGCGGGCAAAAGGTCAGCGAGATCCTGCGCAAGGTCGGCTTGAACGACAGCTTCCGCTTTCGTTATCCGCATCAATTGTCCGGCGGCCAGCGCCAGCGCGTGGCGATTGCCCGGGCGCTGATCCTGCGGCCGCGGGTATTGCTGCTGGACGAGCCAACCTCGGCACTGGACGTCTCGGTGCAGGCGGAAATTCTCAATCTGCTGGCTGATCTGCGTCGTCAGGAAGGTCTGACCTACCTGATGGTGACCCACGACCTCGCCGTCGTTGCGCACTTGTGTGATCGGCTGGCGGTGATGCAACAGGGCCGGGTGGTGGAAACCCTCGACAGCCAGCTGCTGGCGAGCGATGGCGCCGCCCACGAGTACACCCGTTTGCTGGTGCAAGCCAGTCGCGACATACAGCGAATACCCATCGCCGTATGA MNMIEIAGLNLSFGTGAALNAVLHDVDLSVGEGEAFGLVGESGSGKTTVLRCLAGQYQHWTGRLQIAGRAVTRKLPLDHYRTVQMVFQDPYASLHPRYTIDAALQEPLRIHGIDGRGQKVSEILRKVGLNDSFRFRYPHQLSGGQRQRVAIARALILRPRVLLLDEPTSALDVSVQAEILNLLADLRRQEGLTYLMVTHDLAVVAHLCDRLAVMQQGRVVETLDSQLLASDGAAHEYTRLLVQASRDIQRIPIAV PGPT0004440_9363 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 D1-35_04366 723 kdgM Oligogalacturonate-specific porin KdgM ATGAAAAAGATATTCACCGTTTTGTCGATCGCTTCATTGTTCACTTCGTTTGTCGTTCAGGCCGATACCGGTTACATAAACGTTCGCCATCAATACGCCGAAAAGACCCGCATGCACGCCGACCGCGCCAAGTTCGGCATCAGGCTGGATAACGGTGTGGGCCTGGAAGGCGAACTCAAATACAAGACCGCCGGGGATCGGGAAGATGTCGCCTTCGACAACACTGTCGGCAGCGGCCATGAGTTCACCGTCAACTACCAGCACAAGATCGACGACCGCTGGACGCTGACGCCTTCGTTCGCCATGGAAAGCGACGAGGAGTCCACCACCTACAAGATGGGCTTGCGCCTGGGCTACAAGATCACCAAGGAACTGAGCATCGCCGGGCGTTACCGTTACGACGCCAGCAAACTGGACCGCGACAAGGTGGATCACGACGTGCCGGACAATGGCCAGGACGACCAGACGATCCATCGCTACGACGTCTACATCAACTATGCGAACCAGGGGCCGTGGGCCTATGAATACCAACTGACTTACTTCGATGCCGATTACATTCGTTACAACGGCGGTACTGACGACTATGAGCAGAATGCCGTGGTCAAGTACAAGTGGGATAAGCGTTGGGCACCGTTCTTTGAGGTCGGTGACATCAAGGTCAATTCGGTGGACAGCGATCGGCAGTTGCGCTTGCGGGTGGGTATTCAATACAACTTTTTCTGA MKKIFTVLSIASLFTSFVVQADTGYINVRHQYAEKTRMHADRAKFGIRLDNGVGLEGELKYKTAGDREDVAFDNTVGSGHEFTVNYQHKIDDRWTLTPSFAMESDEESTTYKMGLRLGYKITKELSIAGRYRYDASKLDRDKVDHDVPDNGQDDQTIHRYDVYINYANQGPWAYEYQLTYFDADYIRYNGGTDDYEQNAVVKYKWDKRWAPFFEVGDIKVNSVDSDRQLRLRVGIQYNFF PGPT0017275_135 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_OLIGOGALACTURONATE_TRANSPORT,PGPT0017275-kdgM|kdgN|nanC|ompL-K22110 NA NA D1-35_04367 744 lutR_5 COG2186 HTH-type transcriptional regulator LutR ATGACGGACCAAGCGTTATCTCCATTGAACAAGCCGCGCCGCCTCGCCGAAACACTGGTCGACCGTTTTGCCCAGCGCATGCGCGACGGCATTCTGAAATGCGGCGAAAAGCTCCCCACCGAAGTGCACATCATGGAAGCCGAGGGCGTCAGCCGTTCGGTGGTGCGCGAGGCGCTGTCGCGCCTGCAGGCGGCGGGGTTGGTCGAGACCCGCCATGGCGTCGGTACGTTTGTCCTGGATATGCCGGCACCGGAGGGGTTCACCCTCGGGCCGGCGACGATTGCGACGTTGTCGGACGTACTCAATTTGCTGGAGTTTCGCCTGAGCCTGGAAGTGCAGGCCGCCGGCATGGCCGCCGAACGCGCCACGCCCGAAGCCCTGGCCGAACTGGCCCAGGCGCTGGAGGCGTTGCTGCAAGGGCCGGAAAAATCCGGCACCACGATCAACGCCGATTTCCAGTTCCATCTGAAAATCGCCAAGGCGGCCGGCAATTACTACCTGATCGACATCATGAAGCACCTGGGTACAAAGCTGATCCCGCGCACCCGGATGAACTCCGCCTACTCCGGGCAAAGTGATCGCAGCGCCTACCTGCAGGGGATCAACGCCGAACACCAGCAAATTTTCGATGCCATCGCCAGCCGCAATGCCGACGCGGCGCGGGCGGCCATGTACCTGCACTTGAGCAACAGCCGCATGCGCCTGTGTGAAACCCAACAACGCCAGGCGTTCTACAACGAATAA MTDQALSPLNKPRRLAETLVDRFAQRMRDGILKCGEKLPTEVHIMEAEGVSRSVVREALSRLQAAGLVETRHGVGTFVLDMPAPEGFTLGPATIATLSDVLNLLEFRLSLEVQAAGMAAERATPEALAELAQALEALLQGPEKSGTTINADFQFHLKIAKAAGNYYLIDIMKHLGTKLIPRTRMNSAYSGQSDRSAYLQGINAEHQQIFDAIASRNADAARAAMYLHLSNSRMRLCETQQRQAFYNE NA NA NA NA NA D1-35_04368 714 lutR_6 COG2186 HTH-type transcriptional regulator LutR ATGGAGCGTGTCACAACCGATCGACGCCTGAGCATGACTCAGCAACTGGTGGTCGACCTGACGCAGCAGATACTCGCAGGCGAGCTGCCGGCGGGCAGCAAACTACCGACCGAACAGGTGATCATCAAAGAGCGTGGCGTCAGTCGGACCGTGGTCCGCGAAGCCATGTCGCGGCTCCAGGCCGAAGGCTTGGTCGAGACGCGCCATGGCATCGGCACCTTCGTCGTCGACACCGCGCGCCCGGGTGATTTCCAGGGCGGCAAGCACATCAAGGGCGGCGCCCATGACGCGCTGGCCGTCATCGAACTGCGCCTGAGCCTGGAAGTGGAAGCGGCCGGCATCGCTGCGCAACGCGCCACGCCGGAGCAGTTGCTGGCAATGCGCGAAGCGCTGGATGCGGCGAATGCCGTCGACGCAACGGACGACAACAGCGCCCGGACGGATTTCGAATTTCATCGGCAGATTGCCCAATGCACCGGCAACAACTTTTTTATCGACGCGATGGCGCACGTCGGCAATACCCTGATCGCCGTGGTCCAGCAGGCGGTGCCAGCGATGGCAACTGAAAATCGAGCATTGGTGGTGCGTGAACGCGAGCAGATCTACGCGGCATTGGCGCGACGGGACGGCGAAGCGGCGCGGGCGTCGATGCGGTTGCATCTGATCAACATGCAGCAGCGGGTCCGAGGCGCGGTAGAACTGGCGAAGCAATAA MERVTTDRRLSMTQQLVVDLTQQILAGELPAGSKLPTEQVIIKERGVSRTVVREAMSRLQAEGLVETRHGIGTFVVDTARPGDFQGGKHIKGGAHDALAVIELRLSLEVEAAGIAAQRATPEQLLAMREALDAANAVDATDDNSARTDFEFHRQIAQCTGNNFFIDAMAHVGNTLIAVVQQAVPAMATENRALVVREREQIYAALARRDGEAARASMRLHLINMQQRVRGAVELAKQ NA NA NA NA NA D1-35_04369 1050 hypothetical protein ATGCTCGCCCTGCCTCGCTGTCCTACCCCGTTGCTAGCATTGTCCGCGTTGTTTGTATTGCTCGGCGGTTGCAGCGTCAATGGCAGTTACCCCGATGCCATCGAACCGGACGCCGCCAAGTTGAGGTTCGTCGCCAATACCAGCAACGCCACGCTGGACTATTTCGACGCGGCCCATTGCGACGGACAAACCACGGGCATCCTCAACAATATGCTGTTGAGCGATACCGCGCGGCGGGTGGGGATGAGCGTTCCGGCGCCCAAGGATGCCAGGGGTTATCTGGAGGTCAAGCTCAAGCCCGGTGAGCAGATTCACCTGCGCACCAACATGAACAGCGGTTATGCCGTGTGTGGCAAGGGCTTCAACTTTACACCCGAGGCCAATGCCGAGTACGAGGTGACGTTCAAGTCCGAGAAGAACTTCTGCCTGACTCAGTTGCAACGTTTGCAAAGGGTCGACGGCAAGGACGTGCGCACACCGATCCCGATCCTGAAAAAAGACTTTCCCGCCTGCTCCGGCCGCAATGCGCTGTTCCCCAAGACCTACCCGGACACACCCCATCGCCTGGAATTGATGAGCCGGGTCATCGATAAAAGCCTGGTCGTCACGGTGAAGACGGATCCGGCCAAGGAAAAAGTCGAAAGTTATCCGCCAGAGAAACTGGACACCCTGATCAGCGAACGCAAGGCCAAGCTCGGTTTCGACCTGCCAGCTGACTACTGGACGCTGTACCGGGAAAATCTGAAGACGTTTGGCGATGACATGGCGCAGAACAAGACGCACTCGATGGAACGTTTCAAGGAGGAATACCAGACGCGTCTACGACAGCTGAAGGACGAGCAGTTGGAGCAATGGGCGTTACCCAAAACCGCCAATGCCAAGCCGGAGAAAGCCGAGATCGACCTGGACGTTGCGATGATGGTGGAGTACTTCCGGATCGGGAATGGGGTGACGGTCGAAGCGGTAACTCGTCACCTGGAAAGGATGGCGCAGATGGACGAGCATTACGGGGTATGTGCGCGGTTTGCGGAGTGCTGGAAGCGCAATTAG MLALPRCPTPLLALSALFVLLGGCSVNGSYPDAIEPDAAKLRFVANTSNATLDYFDAAHCDGQTTGILNNMLLSDTARRVGMSVPAPKDARGYLEVKLKPGEQIHLRTNMNSGYAVCGKGFNFTPEANAEYEVTFKSEKNFCLTQLQRLQRVDGKDVRTPIPILKKDFPACSGRNALFPKTYPDTPHRLELMSRVIDKSLVVTVKTDPAKEKVESYPPEKLDTLISERKAKLGFDLPADYWTLYRENLKTFGDDMAQNKTHSMERFKEEYQTRLRQLKDEQLEQWALPKTANAKPEKAEIDLDVAMMVEYFRIGNGVTVEAVTRHLERMAQMDEHYGVCARFAECWKRN NA NA NA NA NA D1-35_04370 2670 aceE_3 COG2609 Pyruvate dehydrogenase E1 component ATGGCACAACAATCCATGTTTCTCGACGAGGATCCACAAGAGACTCGCGAATGGCTCGAATCCATTGAATCGGTGGCGAGTGTCGAAGGGCGCTCTCGTGCCCACTACCTGATCGATCAGATGCTTGATTTCGACGCCAACCGCCACGGTGATTTCTACGGGCGCGTGACGACGCCCTACGTCAATACCATCCCGGCCGACCGCCAGCAGCCCTACCCCGGCGACCTGGCCGTGGAGCGCCGGATCAATGCCTATATCCGCTGGAACGCGCTGGCCATGGTGCTGCGCGCCGGCAAACATTCGAACGTCGGCGGGCACATCGCCTCCTACGCGTCGGCGGCGGTTTTGTATGACGTTGGCTTCGAGCATTTTTTCCGTGGTCGCACCGAGCAGTTCGCCGGTGACATGGTGTACATCCAGGGCCATTCGTCACCGGGCATCTATGCACGCGCCTATCTGGAAGGACGCCTGAGCGAAGAACAGTTGGATAACTTTCGCCGCGAGACCGACCGCGACGGCGTTTCGTCCTATCCGCATCCACGGCTGATGCCTGACTTCTGGCAGTTCCCGACGGTGTCCATGGGGCTGGGCCCTATTACGGCCGCGTATCAGGCCCGGTTCATGCGCTACCTGGAAGATCGCGGCCTGAAGGAGCACCAGGGCCGCAAGGTCTGGGCGTTTCTCGGCGATGGTGAAATGGACCAGCCGGAATCCCTGGCGGCGATTTCCCTGGCGGGCCGGGAGAAGCTCGACAACATCATCTTTGTCGTCAACTGCAACCTGCAACGCCTGGACGGCCCGGTGCGTGGCAACAGCAAGGTGATCCAGGAATTCGAAAGCCTGTACCGGGCGGCCGGCTGGAATGTGATCAAGGTGATCTGGGGCAGCGGCTGGGATGCCCTGCTCGAGAAGGACAAGAGCGGCCTGCTGCGCCAGCGGATGATGGAGTGCGTGGACGGCGATTATCAGAACTACAAATCCCAGAACGGCGCCTATGTGCGCGAGCACTTCTTCGGCAAGTATCCAGAGCTGCTGGAGCTGGTCAGCGACCTGAGCGACGACGATATCTGGAAGCTGTCTCGCGGCGGCCACGACCCGGAAAAAGTCCACAACGCCTATGCCGCTGCCATGCGTCACACCGGCGGGCCGACCGTGATCCTGGCCAAGACCGTGAAGGGTTTCGGCATGGGCGAAGCCGGTGAAGGCCAGAACATCAACCACCAGCTCAAGAAAATGGGTGACAACGCGGTCAAGGCGTTCCGTGATCGGTTCGGTCTGGAACTCAGCGATGACCAGCTGGGCGACATGCCTTACCTCAAGCCGGCCGCGGACAGCGTCGAGGCGATGTACCTGCAAGCCAGGCGCAGCCAGTTGGGCGGCTATATCCCGGCCCGTTTTAATGCCGTGGCGCCATTACAGGTCCCGCCCTTGTCGGCGCTGGATACACAACTCAAGGGCACTGGCGAACGGGCGATCTCTACCACCATGGCGTTCGTGCGCATCCTCGGCACACTGCTCAAGGATCCGAATATCGGCAAGCTGATCGTGCCCATTGTCCCGGACGAATCACGGACCTTCGGCATGGAAAGCCTGTTCCGCCAGATCGGTATCCATTCCCATGTCGGCCAGCTGTATACGCCGCAAGACGCCGGCCAGTTGAGCTATTACAAGGAAGCCCGAGACGGCCAGATCATGCAGGAGGGGCTGAACGAGTCCGGCGGGATTTCTTCATGGATCGCCGCGAGTACGTCCTACAGCACCCACGGCGTGATGACGGTGCCCTTCTACATCTTTTATTCGATGTTCGGCTTCCAGCGCGTCGGCGACCTCGCCTGGGCCGCCGGTGACGCCCGGGCTCGCGGCTTCCTGCTCGGCGCCACCTCCGGCAGGACCACGCTGATGGGCGAAGGCCTGCAACATGACGACGGCCACAGCCATGTGCTGTCCTCGACCATCCCCTGCTGCGTGTCCTACGACCCGACCTACGCCTATGAATTGGCCGTGATCATCCAGGACGGCATGCGGCGGATGTATGCCGAAAACGAAGACATCTTCTATTACATCACCGTACTCAACGAAAACTACGCCCACCCTGCAATGCCCGAAGGTGTCGAGCAAGGCATTCTCAAGGGCATGTACCGGCTCTCGGCGCCTGAAAAGCCTGTCGAAGGCAAGCATGTCCAACTGATGGGCTGCGGTTCGATTCTTCAGGAAGTGGTCGCGGCGGCGCAGTTGCTGGAACAGGACTTTGGCGTCAGCAGCGAAGTCTGGAGCGTAACCAGCCTGACCGAACTGCGTCGCGACGGCCAGGAAGCCGAACGCTGGAACCTGCTGCATCCCGAGCACGCGCCGCGTATCGGTTATGTGGAAAGTTGCCTGCAGGACAAACAGGGGCCGGTGGTGGTCGCGACTGACTATATGAAGATATTCGCCGACCAGATCCGCCCGTTCGCACCCAATCGACGCTTCGTAGCCCTCGGCACCGACGGTTTCGGCCAATCGGATACCCGTGAGTCATTGCGCAGGTTTTTCGAAGTGGATCGTCACTTCATCGCACTGGCGGCGTTGAAGGCCTTGGCCGATGACGGGAAAATCCCAAGGGAAAAAGTAACCGAGGCGATCAGGCTCTATGGTATTGATCCGCAGAAGCAGAACCCTGCGAAGGTTTGA MAQQSMFLDEDPQETREWLESIESVASVEGRSRAHYLIDQMLDFDANRHGDFYGRVTTPYVNTIPADRQQPYPGDLAVERRINAYIRWNALAMVLRAGKHSNVGGHIASYASAAVLYDVGFEHFFRGRTEQFAGDMVYIQGHSSPGIYARAYLEGRLSEEQLDNFRRETDRDGVSSYPHPRLMPDFWQFPTVSMGLGPITAAYQARFMRYLEDRGLKEHQGRKVWAFLGDGEMDQPESLAAISLAGREKLDNIIFVVNCNLQRLDGPVRGNSKVIQEFESLYRAAGWNVIKVIWGSGWDALLEKDKSGLLRQRMMECVDGDYQNYKSQNGAYVREHFFGKYPELLELVSDLSDDDIWKLSRGGHDPEKVHNAYAAAMRHTGGPTVILAKTVKGFGMGEAGEGQNINHQLKKMGDNAVKAFRDRFGLELSDDQLGDMPYLKPAADSVEAMYLQARRSQLGGYIPARFNAVAPLQVPPLSALDTQLKGTGERAISTTMAFVRILGTLLKDPNIGKLIVPIVPDESRTFGMESLFRQIGIHSHVGQLYTPQDAGQLSYYKEARDGQIMQEGLNESGGISSWIAASTSYSTHGVMTVPFYIFYSMFGFQRVGDLAWAAGDARARGFLLGATSGRTTLMGEGLQHDDGHSHVLSSTIPCCVSYDPTYAYELAVIIQDGMRRMYAENEDIFYYITVLNENYAHPAMPEGVEQGILKGMYRLSAPEKPVEGKHVQLMGCGSILQEVVAAAQLLEQDFGVSSEVWSVTSLTELRRDGQEAERWNLLHPEHAPRIGYVESCLQDKQGPVVVATDYMKIFADQIRPFAPNRRFVALGTDGFGQSDTRESLRRFFEVDRHFIALAALKALADDGKIPREKVTEAIRLYGIDPQKQNPAKV PGPT0001385_1763 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D1-35_04371 453 hypothetical protein ATGTCATCCAGCGAGCCGGATACCTGGTTCAGATTCGTCAGGGCCCACCGTTGCCTGATCCGCGAAATCGAGCGTCGGCTGGCGTCCGCCGGGCTGCCGGCCTACGCCTGGTACGACGCGTTATGGGGCCTTGAAAGCGGCCCCGACGGCGCCCGGCGGATGAGCGAACTGGCCGATGTCATGGCCATCGAGCGCTACAACCTCACCCGCCTGGTGGACCGCCTGGAGGCGGAAGGCCTGGTCACCCGCAGCCGCGCCAGTGATGACGGCCGAGGTGCGTACGCCGCCATCACCGAGAGCGGGAAAGTGCTGCGCAAGAAAATGTGGAAAATCTACGAAGAGGCGGTGGACGAATTGTTCCTGGCGCAGTTCGACGACGACCAGCAGCGAGTCTTCAGCGAAGCGTTGGAGCGCGCGGCCACAGCGGCGCGCAGCAGTGGTCGAGGGAAATAG MSSSEPDTWFRFVRAHRCLIREIERRLASAGLPAYAWYDALWGLESGPDGARRMSELADVMAIERYNLTRLVDRLEAEGLVTRSRASDDGRGAYAAITESGKVLRKKMWKIYEEAVDELFLAQFDDDQQRVFSEALERAATAARSSGRGK NA NA NA NA NA D1-35_04372 720 hypothetical protein ATGATCAAATGGTTCAAGACCCTCACCCGAACGGATGTCATTGCAACACTCGCCTTGGTCGTCTCCATCGCGTCCGCCTACTTCAGCTACCAGCAATACCAGGACGGCATCGCCAGTCGCAAGACACCGATCATTGTCCGTGTCGGTGCTGAACACGACAAAATCTCGTTCTTCAAGCCCCACGCCGACTTCCCGGTACTCTTCAAACAGCGTTACAAGATCATCCTCACCAACAACAGCTTCAATCCGGAAAGCGTCATTGACTGGCGAATATGGGAGCGCCGGGAGGAGGGCGGCGGGCAGTACATCGGCATGAAATCCAAGCTGCTCGATTCCACGGGAATGCCGATGACCTTGCCATTCCTGATCGCTGCGAAAGAGAGCAAAGTGCTCTTCCTCGACGTTGGCCAGAAAGTCACGCCAGAGGCGTGGGCGGCGGTGGGACCCGCGGTGAGTCTCGGAAAAGAACTGGACTGGTTCGACGCAGACAGGATTTTTGCCGACGCGGGTTATCCACAGTTCGGCCAGCTTGCGCCGGGAGAAAGCTCCCGGTATCAGGACCTGCAAGTCAACCGCTGGACCAAGGGCCCCGCGTACCAGGAATTCCAGTTGAACTTCACCAAGGCCGATGGCTACGAAGTGGCTGCGCAGTTATCGCTAAATGTCAGTGATGTTTATCCACAGGGGGGAGGCGGTGCGGTAGTGGTGGGCAAAAGCTGA MIKWFKTLTRTDVIATLALVVSIASAYFSYQQYQDGIASRKTPIIVRVGAEHDKISFFKPHADFPVLFKQRYKIILTNNSFNPESVIDWRIWERREEGGGQYIGMKSKLLDSTGMPMTLPFLIAAKESKVLFLDVGQKVTPEAWAAVGPAVSLGKELDWFDADRIFADAGYPQFGQLAPGESSRYQDLQVNRWTKGPAYQEFQLNFTKADGYEVAAQLSLNVSDVYPQGGGGAVVVGKS NA NA NA NA NA D1-35_04373 1548 hypothetical protein GTGTGCAGCTGGGATACGCAGAGAAACCACAAGGAAACAGGCGTGATGGCAGCTCGTTTTGATCCATTGGTTCATATCGATTGGAAAACACCGGGCAGCGACTTGCTCGGGCTGTTGCAGCATTACTATCCCGACGTCGGTGTGTTTGCCGGCCCGGAATTCGAGGCGTTGTTGGATGAGCTGTCCAACGAGATGCCCGAGGTCTGCTTCGAGGCGTTGGCACCGGTGTTGGCGGGTCAGGGTTATGACTTGTGGAACCTGGATGCCGGTGGCGACGACTATCGGCCGGTGATTTTTCCTTCCGATCAGCGTGAGACGTTTGCCCAGCATTGGCAAAGCCCTCGCGGGGAGCCCAGCTTCACGGCGACGTTGATCGAGCCACCTGCGGTAAAAGCGCGCAAACCGGCCAAACCCAAGCGCGGCAAAGTCAAGTGGTTGCAGGAAGTCCATGACTATCCAGGCCCCACCTATGTGCATGAATACAACTACCGCAACGGCTGGGCCGCGATTACCGAGCAGGACGAAGACCGTTGGCTGTGCTTTCTGATCGACTACAACCAATGGCCGCCTGCCGAACAGGAGATGCTCGAACAGCGCGCTGACGGCGTGGACGGCGCCGATCTGCGGCTGATCGACGCCAACGCCCAGCGCAGCCTGTGGAGGCGCCAGGTCAAACACGGCGATTACAGTGCGGATGATCGGTTCAAATACGAGGTCCTCCGGGGCGACGTCATCGAAGAGTTCGGCCCTGCCGGAATGCAATGGCAAGCATTCGAAGAGCCTTGTGTCGTGGTGGACGAGGAGATTTTCGAACGTCAGCGCATTTACCAGCCCGAGCATCTGACGCGAATCTGGCGGATCACGGCGGACAGCAGCGAGGTGATCTTCGAGGATTCGGAGGAGCTGACAATCCTGCCCATCGGCCCCCGTCGCTTGCTGTTCATGCAGCACAACGGCAAGCGCTGCTGGGTCTGGAACCTGGACCCGCCGCACCGGGCCGTCCCCGCCAAACCGATGCCAGCCGAAGCCTACAAGCTGCGGCCAGCCACGGCGTATCTGGGCGGTGACGAGATTTTGCTGTTCAGCGAAGGCGCGCGGCAGAACCTCGAGCACGCGGGGTATCAGGAGACAGTGTTGCTGGCGTGGCGCTTCAACTTCATCACCGGCGCCAAGACCCAGGCGACGCTGGACGGCTTCGGAAGTGAGCTGCGCCAGGACACCCGCCTGCTGGTCACCCAGCCCAAGCAGGTGATCACGTTGCGCACGTTTCATGGCCAACTTCACGTCGCGCGTGGGCATGGCGACTGGTGGGTGTGGAGCTACCGCGCCAACACTTTCGGCACACACACGCTGGCGTGGTTCTGGAACCAACGGAGCAACCAGGTGCTGAAGCTGACGTCCAAGGACCTGCCGCGGATCAAGCCGGAGATTCGTTATGTGCCGGCGCAGGATCGGTATCTGGCGTTCGAGACGGAGTTTGTGGCGCGCTTGCCGGTATTCAGCGACATGGTCGAGGCCAAGGGTTGCGAAGTGTTGAGCTTCGAGTGA MCSWDTQRNHKETGVMAARFDPLVHIDWKTPGSDLLGLLQHYYPDVGVFAGPEFEALLDELSNEMPEVCFEALAPVLAGQGYDLWNLDAGGDDYRPVIFPSDQRETFAQHWQSPRGEPSFTATLIEPPAVKARKPAKPKRGKVKWLQEVHDYPGPTYVHEYNYRNGWAAITEQDEDRWLCFLIDYNQWPPAEQEMLEQRADGVDGADLRLIDANAQRSLWRRQVKHGDYSADDRFKYEVLRGDVIEEFGPAGMQWQAFEEPCVVVDEEIFERQRIYQPEHLTRIWRITADSSEVIFEDSEELTILPIGPRRLLFMQHNGKRCWVWNLDPPHRAVPAKPMPAEAYKLRPATAYLGGDEILLFSEGARQNLEHAGYQETVLLAWRFNFITGAKTQATLDGFGSELRQDTRLLVTQPKQVITLRTFHGQLHVARGHGDWWVWSYRANTFGTHTLAWFWNQRSNQVLKLTSKDLPRIKPEIRYVPAQDRYLAFETEFVARLPVFSDMVEAKGCEVLSFE NA NA NA NA NA D1-35_04374 405 hypothetical protein ATGATCCGATGCAAGCGCGCCTACGAAACCGCCAGTGCCGAGGACGGCGTGCGGGTTCTGGTTGATCGCCTGTGGCCGCGTAATTGCCGCAAGGATGCGCTGGCGATCGATACATGGCTGCCAGAAGTTGGGCCTTCTCATGAGTTGCGCAAGGCGTTCAAGGCGGGGGCGGTTTCGTTTGCCGAGTTCGATGTGGCGTATCGACAAGAGCTGGCGGCCCGGCCGGAACATTGGTGGAAGTTGGTGGATATCGCGAGGGACGGGAAGCTGACGTTGATCTATGCGGCCAAGTCGCCGGTTGAGAATAATGCAGTGGTGTTGGCGCGGTGGCTGGAGGACGAGATGGAGAAGCGGGCGGATTCGAGTTCGCCGGTTTGTTATCTGGGGGAGTTTCCGGAGCTTTGA MIRCKRAYETASAEDGVRVLVDRLWPRNCRKDALAIDTWLPEVGPSHELRKAFKAGAVSFAEFDVAYRQELAARPEHWWKLVDIARDGKLTLIYAAKSPVENNAVVLARWLEDEMEKRADSSSPVCYLGEFPEL PGPT0014885_18 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014885-yxlJ|aag-K03652 NA NA D1-35_04375 7635 hypothetical protein ATGAACAGAGTTTACCGAGTCGTCTGGAATGCCGTGATGGGCGCATGGCAGGTGGCATCCGAGTTGGTCAAGAGCCACGGCAAGGACAAAAGCCGTACCTCGCTCAGCCTCGTCATCGGCGTGGGCGGCGGACTTTTCGCCTCGGTAGCGGCGGCGGGAGCGTTACCCACCGGAGGGAACATTGTCGCGGGTAACGGCAACATTCAGCAGAATGGCAACAACATGGCCATTCATCAGGGCAGCGACAAGCTCGCGATCGACTGGCAGGGCTTTTCCATCGGCAAAGGCAACACCGTCGAATTCGTCCAGCCTGGCAAGGCGTCGGTCGCCTTGAACCGTGTGCTGGGCTCGGATGTATCGGTAATCCAGGGCGCGCTGAAAGCCAACGGCCAGGTGTTCCTGGTCAACCCCAACGGCGTACTGTTTACCCCCGGCGCACAGGTTGATGTGGGCGGCCTGGTGGCCTCCACGCTCAACTTGAGCACCGAAGATTTTCTCGCAGGCAACTACCGTTTCAGTGGCAAAAGCGCCGCGTCGGTGGTCAACCAGGGCAACATCAATGCAGCGCAGGGCGGCACCATTGCCTTGATCGCCGCAAAAATCGTCAACGAAGGCAATATCACCGCGCACAAGGGCAATGTCCTGCTCGGCGCCGGCAGTGTCGTGACGCTCGACCTGGGCGGGCCGGTGCAACTGGAAGTGAAAGAAGGCGCGCTTCAAGCGTTGATCGAAAACGGCGGCGCCATTCGTGCCGATGCCGGCCGCATCCTGCTGACCGCCCGTGCGGCGGAAACCCTCGCAAGCACCGTCATCAACAACACCGGGTTGATCGAAGCACGCTCCCTGGACATCGGTGAAAACGGCCTGGTCACGCTGATGGGGGACCATGGCGATGTGCAAGTCGCTGGGCGTATCGATGTGTCCTCCGACACCGCCAAGGGCGGCAAGATCGTCGTGACTGGCGAGCGCGTGGCGATCAAGGCAGGCGCCGTGCTCGACGCCACCGGCGCCAAGGGTGGCGGCGAAATCAATGTGGGCGGCAGTTGGCAAGGCAAGGACCCGTCGATCAAACAGGCCAGCCAGACCACCATCGCCGCAGGTGCCGTGCTTGACGCATCGGCCACCGACAACGGCAAGGGCGGTACCGTGGTGGCCTGGTCGGATGTCAAGAAAGCGGGCAGCGTGACCCGCGTGGACGGCACCCTGAAAGCCACCGGCGGCGCCAAGGGCGGCGACGGCGGCAAGATCGAGACCAGCGGTGCGAAGCTGGCGGTGAGCAAGGCGGCCGATGCTTCGGCTAAAAACGGCAAGGGCGGCTTGTGGTTGCTCGACCCGGACAGCGTCACGGTGGGGCCGGGTAACGGAGGGTTGACCGGCGGCGCCAACGGGACAGAAGCCACGGTTGGCTTCAACGCGATCGATACGGCCCTGGCCGGTGGCACCGACGTGGCGATCAAGGCCGACAACAGCATCCACTGGAATGGCGACTACACCCCGTCGAGCATCAGCGGTGAGCGGACGCTGACCTTGCAGTCCGGACACAACGACGGCGGAACCGGCCGCTACGTCTTCGGCAATATTTTCCTCAACGGTGATATCGACGCCAGTGGCGCCGGCAATGGCAACAGCCTCGCGTTGATCCTCAACGGCAAGATCGCGCTCAACACCGATGTGAGCTTGAAGAGCAACGGCGGCAATGTCGTGTTTGCCGGCGTGGTGGACTCCGACGCGGTGGCCAACAACCGCCAACTGCGTGTCGATGCCGGTTCAGGTTCGATCATCTTCAGTGACATGGTCGGCGGTAACAGCGCGTTGGGCTCGCTGTACGCGACCACCAGCGGCGCCGGCAAAACCTATATCAACGGCGCGAAAGTCTTCACCAGCGGCGAGCAGGTCTACACCGGCGCCGTCGAGCTGGGCACTTCGCAGTTCCTGAACGCCGACTTCGAAAACGGCCTGGTCGGCTGGCAGACGTCCATCGCCCAGTTCTTCACCGGCGTCACCGTGGTCGACGGCGTGGTATCGCCAGATGACCCGACGCTCCCGACCACCTCGCCAACCAACGGCAATGCGCCGAGTGTTTCGCCTGGCGACCAGGGCGACATGAACTACAAACCGCTCACCCCGGTTGCCGCCGCTGGCCAGGGCAAGGACGGCGGCGCTGCGCTGCTGCTGGGTACCGAGAACAATTCCAACTGCCTCAACGCGCCCGCCGGTTGCATCATGCGCGGCCCTTCGGTCGTGAGCGAGGGCACGGTTTCGCTGGCGGCAGGGGAAGCGGTCAGTTTTGATTACAAACCGGTCGCTGGCGGTGACACCTACGATGTCTTCGGCTATCTGTTGAACGTCAACACCGGCGAATACCAGATCATCCTGAACGAAACGGGTAACGGTACCGGCGCGGTGAATTGGCAAACCCGCACGGCAACGGCTGATAGGGCCGGCACATACAAGTTCGTCTTCGTTTCCGGCAGCTTCGACCAGACCGCCGGCAAGCAGGTCGGTGGCTCGCTGTACGTCGACAACATCAAGACCAACACCTCGGGCAGCAAGGGCCTGCAGGGCAGTTCGATCACGTTCAACGGCAGCCTCAACAGCACCGATAACAACCTGGCCATCAAGGCGGACGATATCAACTTCAACGGTGGGGTTGGCAGCGTCACCGGCAACGGCAGCATCACCCTTGAAACCAACACCCCGAACAAGAACATTGCCGTGGGCGGCAGCACCGGCGATGCCCCCGGAGCGTTGGAGCTGACCGGCACCGACATCGGCGCGCTGAGCGACGGGTTCACTTCCGTCAAGATCGGTGGCGCGGACATGACCGGTGACATCAACGTCATCGAGCAAACCCGCTTCAACGACAGCCTGATCCTCGATGCCGGTACCGGCAATATCCACATCAATGACCAACTGACCGTGGCGGATGCACCGGGCACCGGTAACGACGACAGCAAACCGGCTCCGGTCCTGGCGTTGCAAAGCAATGGCGGCAAGATCGACCAGACCGCTGGCGGCGCCATTATTGCCGATGGCCTGGTGCTGTTGGGTAACAGTGCCGTGCATGACCTGGACAACGCCGGCAACGACGTCAATACCATCGCCAGCAACACCGGCACGGTCAGCTTTGCCGATGTCGATGACCTGACCGTTGGCGTTGTGACCATTCCCGACAGCCAGACTCCGGCAAACCCGCAAGGCGTAACGGTTGCCGGCATGACCCAGACCGGTGACCTGAACCTTGTCTCCGACACCCTCACCGTCGGCCAGGCCTTGGTCACCCAGGGCGATACGAGCCTGACCGCCGACGAAATCGATCTCGCCGCGAGCGTCGCCGGTGGCGGCAGCCTCACCCTGCAGCAGAAGACCGATGGGTTGGATATCCACCTGGGCGGCAGCGACGATCCTGAAGTCACCGGGCCTAACGATCCGCTGGTGCTGTCTGACGCCGACCTGGCCAATATCCAGGATGGCTTCGACAAGGTCGTCATCGGTAACGACAAGACGCGCAACATCACCGTCGACGATGAAGGCGCGACCTTCAAGGACGACCTGGCCCTGGTCGCCAACGGCGTCCTGGACCTGCTGGGCAATCTGGCGCTCAAGGACCCCGAAGGCAACGATGAAGACGGCGCCACCGGCAAGGGCCTGACCCTTAGCGTCGACGCGGGCAAAGGCGCGACCCAGGCAACTGGCGCGACCATCACTGCGGACGAACTGGCCTTGCGCGGCGAAGGTGACTTCAACCTGGGCAAGGGCGGGCATGACGTGAGCGTCATCGCCGCCGATGTCGGCAGCCTGAAATTCGCCGGCAACGGCGACCTGACGGTGGGCGTCGTGGACGGTACCGTGGGGATTACCTCCGATGAGGCGGTCACCCTGAAAACCGATCACGACCTGACGCTGGCCAAAGGCATCACCATCGAAAACGGCCCACGGGATGACGCCAACAATGGCGAAACCCGTGCCGACGACATCATCACTCTGGAAGTAGGGGGCAACACCACCCAGTCCAGCGACGTCGGGGCCAAGCTGGATGCCAGTGGCCTGGTGCTGCTGGGCGGCAACTACGCGTTGAACAATTCGGGCAACCTGATCGGCGATATCGCCAGCGAGGCGGGCAAAGTCCGCTTCAACAACAGCGGCGACCTCAAGGTGGGCACGCTGACCGCGACCCATGCCGACGGCACGCAAACCAGCCTCACCGGCGTGAACAACACGGGTGATGTCAGCATCGGCACCCAAGGCAATCTGGCAATCAACGAAGTGCTCGCCACCAGCGGCAACGTGTTCCTCAACGTCGACGGAAAGACCACGCAGGACAGCAACGGCAACATCAGTGCCGACGGCCTCGCCCTCAACGGCGGCGACTTCGAGTTGCGCAACAACGGCAACGTAGTGGGCGATATCGCCAGCGAGGCGGGCAAGGTCGCCTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACTGAAACCGACGGCAGCGGCAACGTGGTCAAGACCACGACTGGCGTGAACAACACTGGCGATGTGAGCATCGGTACCCAAGGTGATCTGGCGATCAATGAAGGGCTGGTGACCAGCGGCAATGTGTTCCTGAACATCGGCGGCAAGACCACCCAGGATGCCAACGGCAACATCACCGCCGACGGTCTCGCGCTTAACGGCGGCGATTTCGAGTTGCGCAACAACGGCAACGTGGTCGGTGATATCGCCAGTGAGGCGGGCAAGGTTGCGTTTAACAACACCGGCAGCCTGAAGGTCGGCACGCTGACTGAAACCGATGGCAATGGCAACCTGGTCAAGACCACCACCGGCGTGAACAACACTGGCGACGTGAGCATCGGTACCCAAGGTGATCTGGCGATCAATGAAGGGCTGGCCACCAGCGGCAATGTGTTCCTGAACATCGGCGGCAAGACCACCCAGGACGGCAACGGCAATATCACTGCCGATGGCCTGGCGCTTAACGGCGGCGATTTCGAGTTGCGCAACAACGGCAACGTAGTGGGTGATATCGCCAGCGAGGCGGGCAAGGTTGCGTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACTGAAACCGACGGCAACGGCAACGTGGTCAAGACCACGACTGGCGTGAACAACACTGGCGACGTGAGCATCGGTACCCAAGGCGATCTGGCGATCAACGAAGGGCTCGCCACCAGCGGCAATGTGTTCCTCAACGTCGCTGGCAAGACCACACAGGATGCCAACGGCAACATCACCGCCGACGGTCTCGCGCTTAACGATGGCGATTTTGAGTTGCGCAACAACGGCAACGTGGTCGGTGATATCGCCAGTGAGGCGGGCAAGGTTGCGTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACTGAAACCGACGGCAACGGCAACGTAATCAAGACCACCACCGGCGTGGACAACAGCGGCGACGTCAGCATCGGCACCGACGGCAACCTGGCGATCAACGAAGGGCTGGCGACCAGCGGCAACGTGTTCCTCAACGTCGACGGCAAGACCACTCAGGATGCCAACGGCAATATCACCGCTGGTGGCCTGGCCCTCAACGGCGGCGACTTCGAGTTGCGCAACAACGGCAACGTGGTCGGTGATATCGCCAGTGAGGCGGGCAAGGTTGCGTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACTGAAACCGACGGCAACGGCAACGTGGTCAAGACCACGACTGGCGTGAACAACACTGGCGATGTGAGCATCGGTACCCAAGGTGATCTGGCGATTAACGAAGGGCTGGTGACCAGCGGCAACGTGTTCCTGAATGTCGATGGCAAAACCACTCAGGACAGCAACGGCAACATCACCGCTGACGGCTTGGCCCTTAACGGCGGCGACTTCGAGTTGCGCAACAACGGCAACGTAGTGGGTGATATCGCCAGCGAGGCGGGCAAGGTTGCGTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACTGAAACCGATGGCGGCGGCAACGTGGTCAAGACCACGACTGGCGTGAACAACACTGGCGACGTGAGCATCGGTACCCAAGGTGATCTGGCGATCAATGAAGGGCTGGTGACCAGCGGCAATGTGTTCCTGAACATCGGCGGCAAGACCACCCAGGACGGCAACGGCAATATCACTGCCGATGGCCTGGCGCTTAACGGCGGCGACTTCGAGTTGCGCAACAACGGCAACATCGTGGGCGACATCGCCAGCGAGGCGGGCAAGGTCGCCTTCAACAACACCGGCAACCTGAAGGTCGGCACGCTGACCGAAACCGATGGCAACGGCAACGTGGTCAAGACCACCACCGGCGTGAATAACACCGGCGACGTCAGCATCGGCACCGACGGCGATCTGGCGATCAACGAGGAGCTCGCCACCAGCGGCAACGTGTTCCTCAACATCGGCGGCAAGACCACCCAGGACGGCAACGGCAACATCACCGCCGACGGCCTGGCCCTCAAGGGTGGTGATTTCGACCTGCGCAATGCCAGCAACTGGGTCGGCGATATCGCCAGCCGAGCGAAGGACGTCAACTTCGTCAACCGCAGCGACGTCACCGTCGGCAGGTTGACCGAGACGGCACTGGACGGCACCCAGCTGGACCAGATCGTCGGCATCGGCAACACCGGCAAGGTCCAGGTCGTAACGACGACCGGCAACATCACCCTGGCCGAGAACGTCAGCACCACCAGTAACGCTTCCGATGCGATCGTGCTCAACGCCGGTCAATCGGCTTCGGCGGGCGTGGCCGCGGGCGGTGATGTGAAGGCTAATGCCGGCGTGACCGTGTCCACCGGCGTTGGTGGTCGGGCGGTGATCTACACCGGCAGCCTGGCCGGTAGCACCCGGATGGTCGATGTGCTCGGCAGTGGCAGCGGCAATTTCCGCTACAACAGCGACGAGCAGCAGAGCAACTTCGGCAGGGCGTTGGGCAACAGCGGCGTGCATGCCGTGTACCGCGAGCAACCGACCCTGGTGGTTTCCACCAACGGTACGACCACCCAGACCAAGGTGTTCGACGGCAGCACCACCTTCGACGGCGGCGGTATCGGCGGTTATGACGCCAACGGTCTGTGGAACGGCGACACCAAGCAGATGCTCGGCAACCCGCTGTACTCGGTGTGGACTTCCGGCCCAGGCTCGCACCTGATCAACATCGGTGGGCTGGCAGACCTGGGTTACCTGATCGTCAGCAATCCGGCCAACGCCAACCTCACCGTGACCTCGTCCATTGACTATGAGGCCGTCCGGCAGAGCGTCGCCGATGCAACCCGCGTTGGCGCGCAGCAGAATTCGCCGCATGCCCCGGAGCTCGATCCGGCCCAGCCGAAACCGGCTGACTGGTCTGACTACGGCGTTGAGGACGGCGGTCTCCTGCTGGTGGACCAGGGCGACACTCGGGCGAACGGCAATGCGGGCGACAGCGATTCGGCCGCCCAGGCCGAGGACACCGCCAGCGAGCGGGAACTGGCCGGGAACGTCTGCTCCGACGGCGGGGTATCCGCCGGCGGCGCGTGTGCGGCCTATCCGCCGCAGACCGTGTTCGTCGTGCGTGGCGGTGTGCGCTTGCCAAGCCTGGCCATGCGTCCCTGA MNRVYRVVWNAVMGAWQVASELVKSHGKDKSRTSLSLVIGVGGGLFASVAAAGALPTGGNIVAGNGNIQQNGNNMAIHQGSDKLAIDWQGFSIGKGNTVEFVQPGKASVALNRVLGSDVSVIQGALKANGQVFLVNPNGVLFTPGAQVDVGGLVASTLNLSTEDFLAGNYRFSGKSAASVVNQGNINAAQGGTIALIAAKIVNEGNITAHKGNVLLGAGSVVTLDLGGPVQLEVKEGALQALIENGGAIRADAGRILLTARAAETLASTVINNTGLIEARSLDIGENGLVTLMGDHGDVQVAGRIDVSSDTAKGGKIVVTGERVAIKAGAVLDATGAKGGGEINVGGSWQGKDPSIKQASQTTIAAGAVLDASATDNGKGGTVVAWSDVKKAGSVTRVDGTLKATGGAKGGDGGKIETSGAKLAVSKAADASAKNGKGGLWLLDPDSVTVGPGNGGLTGGANGTEATVGFNAIDTALAGGTDVAIKADNSIHWNGDYTPSSISGERTLTLQSGHNDGGTGRYVFGNIFLNGDIDASGAGNGNSLALILNGKIALNTDVSLKSNGGNVVFAGVVDSDAVANNRQLRVDAGSGSIIFSDMVGGNSALGSLYATTSGAGKTYINGAKVFTSGEQVYTGAVELGTSQFLNADFENGLVGWQTSIAQFFTGVTVVDGVVSPDDPTLPTTSPTNGNAPSVSPGDQGDMNYKPLTPVAAAGQGKDGGAALLLGTENNSNCLNAPAGCIMRGPSVVSEGTVSLAAGEAVSFDYKPVAGGDTYDVFGYLLNVNTGEYQIILNETGNGTGAVNWQTRTATADRAGTYKFVFVSGSFDQTAGKQVGGSLYVDNIKTNTSGSKGLQGSSITFNGSLNSTDNNLAIKADDINFNGGVGSVTGNGSITLETNTPNKNIAVGGSTGDAPGALELTGTDIGALSDGFTSVKIGGADMTGDINVIEQTRFNDSLILDAGTGNIHINDQLTVADAPGTGNDDSKPAPVLALQSNGGKIDQTAGGAIIADGLVLLGNSAVHDLDNAGNDVNTIASNTGTVSFADVDDLTVGVVTIPDSQTPANPQGVTVAGMTQTGDLNLVSDTLTVGQALVTQGDTSLTADEIDLAASVAGGGSLTLQQKTDGLDIHLGGSDDPEVTGPNDPLVLSDADLANIQDGFDKVVIGNDKTRNITVDDEGATFKDDLALVANGVLDLLGNLALKDPEGNDEDGATGKGLTLSVDAGKGATQATGATITADELALRGEGDFNLGKGGHDVSVIAADVGSLKFAGNGDLTVGVVDGTVGITSDEAVTLKTDHDLTLAKGITIENGPRDDANNGETRADDIITLEVGGNTTQSSDVGAKLDASGLVLLGGNYALNNSGNLIGDIASEAGKVRFNNSGDLKVGTLTATHADGTQTSLTGVNNTGDVSIGTQGNLAINEVLATSGNVFLNVDGKTTQDSNGNISADGLALNGGDFELRNNGNVVGDIASEAGKVAFNNTGNLKVGTLTETDGSGNVVKTTTGVNNTGDVSIGTQGDLAINEGLVTSGNVFLNIGGKTTQDANGNITADGLALNGGDFELRNNGNVVGDIASEAGKVAFNNTGSLKVGTLTETDGNGNLVKTTTGVNNTGDVSIGTQGDLAINEGLATSGNVFLNIGGKTTQDGNGNITADGLALNGGDFELRNNGNVVGDIASEAGKVAFNNTGNLKVGTLTETDGNGNVVKTTTGVNNTGDVSIGTQGDLAINEGLATSGNVFLNVAGKTTQDANGNITADGLALNDGDFELRNNGNVVGDIASEAGKVAFNNTGNLKVGTLTETDGNGNVIKTTTGVDNSGDVSIGTDGNLAINEGLATSGNVFLNVDGKTTQDANGNITAGGLALNGGDFELRNNGNVVGDIASEAGKVAFNNTGNLKVGTLTETDGNGNVVKTTTGVNNTGDVSIGTQGDLAINEGLVTSGNVFLNVDGKTTQDSNGNITADGLALNGGDFELRNNGNVVGDIASEAGKVAFNNTGNLKVGTLTETDGGGNVVKTTTGVNNTGDVSIGTQGDLAINEGLVTSGNVFLNIGGKTTQDGNGNITADGLALNGGDFELRNNGNIVGDIASEAGKVAFNNTGNLKVGTLTETDGNGNVVKTTTGVNNTGDVSIGTDGDLAINEELATSGNVFLNIGGKTTQDGNGNITADGLALKGGDFDLRNASNWVGDIASRAKDVNFVNRSDVTVGRLTETALDGTQLDQIVGIGNTGKVQVVTTTGNITLAENVSTTSNASDAIVLNAGQSASAGVAAGGDVKANAGVTVSTGVGGRAVIYTGSLAGSTRMVDVLGSGSGNFRYNSDEQQSNFGRALGNSGVHAVYREQPTLVVSTNGTTTQTKVFDGSTTFDGGGIGGYDANGLWNGDTKQMLGNPLYSVWTSGPGSHLINIGGLADLGYLIVSNPANANLTVTSSIDYEAVRQSVADATRVGAQQNSPHAPELDPAQPKPADWSDYGVEDGGLLLVDQGDTRANGNAGDSDSAAQAEDTASERELAGNVCSDGGVSAGGACAAYPPQTVFVVRGGVRLPSLAMRP NA NA NA NA NA D1-35_04376 1665 hxuB COG2831 Heme/hemopexin transporter protein HuxB ATGCATAACAAACTGATGTCCTGCGCCGCCGGTCTGGCGTTGTTGTCCACTTCCCCGGCCTGGGCGGCGACCCTGCCGGCACGCCCGATCCCCGACGCCGGTCGCATCCTGCAGGAACTGCCGATTCCGCAGCAGGAGCTGCCGCAAAGCATTCGCCTGGATGTCGAGGCACCACAGCCGACACAGGAAAAAGTCGGCGGCGCCAAAGTCCAGCTCAACGCCGTGCGCTTCACCGACAACACCCGCATCGACGAGGCCAGACTGCAACGCGTCGTCGCCCCGGCCATCGGTCAGGCCCTTGATCTGGACGCGCTGCGCGAAGTGGCCCGGCAGGTCACGCTTTACTACCGCGAGCAAGGCTACCCCTTCGCCCGCGCCTACCTGCCGGCACAACGCATGGAAAAAGGCGAGCTGACCATCGCCGTGATCGAGGGCCGCTATGGCAAAGTCACCGCCGTCAACGACGATGCAAAACTGGCCACCCAGGCGCAGCCGTTCCTGGATGACTTGCAGCCGGGCGACGTGATCGAGCGTGAGCGCCTGGAGCGCAGCATATTGGTGCTCTCCGACTTGCCGGGCGTGGCAGTTCGTCCGGTCATCCGTCCGGGTGAAGCACTTGGCACCGGTGACCTCAATGCCCAGGTGAGCAAAACCGAGGCCTTCGAGGGCAAGGCCACGCTGGACAACCACGGCAACCGTTATTCGGGGCGCAATCGCCTGACGGTACAAGGCGACTGGAACAGCCCGCTGATGTTGGGCGATCGCCTCAGCGCCGCAGTGATGGCCACCGATGAAGACCTGTATTTCGGCAGCCTCGGCTACTCGATGCCACTGGGCACCTCTGGCCTGCGTGGCAACGTCGGTTACGCCCAGAGCTCTTATGACCTGGGCGCCGAATTCGCCGACCTGGGGGCGACCGGTACCGCCGAAGTCAGCAGCATCGGCCTGAGCTATCCACTGCTGCGCAGCAACCAGGCGAACCTCATGCTGGCCGGGCAGTACCAGCACAAGGACCTTGAAGACAAATACGAAGTGCTCGGCCTGAGCTTTGAAAAAAGCAGCAACTCGCTGCCCATCAGCCTGCAGTTTGACGTCAGGGACAGCTTGCTCGGCGGCGGCATCACCTACGGCGGCGCGACGCTGACCTACGGTGACCTGAAGCTGGATTCGGCCCTGCGCGAAGGCGACCGTCAGACCGCCCAGACCGAGGGCGACTTCAGCAAAGTGAATGTCGACCTCGCCCGCCTGCAAGCGCTGCCGGCCAACTTCACGCTCTTCGCCCGTTTCCTTGGCCAGTGGAGCAACGACAACCTCGACTCCTCCGAAGATTTCAGCCTCGGCGGCATCGATGGCGTACGTGCTTATCCACAAAGCGAAGGCTCGGGCGACGAAGGCATGCTGACCCAGATCGAGCTTCGCTACCCGATCGACAAGCTCACGCCTTACCTGTTCTGGGACGCCGGCAAGGTGCGCATCAACCACAACGAGTGGGCCGATGAGGAAAACAACCGCAGCATCTCCGGCGGCGGTGTCGGTTTGCGCGCTCAATACGGCCAGCTGTCGTTCGACGCAACGGTCGCATGGCGCCACTCCGGCGGCGAAGCGCAAAGCGATACACGCCAGGAAAACCCGCAACTGCTCGCTCAGATCGGCTACTCGTTCTGA MHNKLMSCAAGLALLSTSPAWAATLPARPIPDAGRILQELPIPQQELPQSIRLDVEAPQPTQEKVGGAKVQLNAVRFTDNTRIDEARLQRVVAPAIGQALDLDALREVARQVTLYYREQGYPFARAYLPAQRMEKGELTIAVIEGRYGKVTAVNDDAKLATQAQPFLDDLQPGDVIERERLERSILVLSDLPGVAVRPVIRPGEALGTGDLNAQVSKTEAFEGKATLDNHGNRYSGRNRLTVQGDWNSPLMLGDRLSAAVMATDEDLYFGSLGYSMPLGTSGLRGNVGYAQSSYDLGAEFADLGATGTAEVSSIGLSYPLLRSNQANLMLAGQYQHKDLEDKYEVLGLSFEKSSNSLPISLQFDVRDSLLGGGITYGGATLTYGDLKLDSALREGDRQTAQTEGDFSKVNVDLARLQALPANFTLFARFLGQWSNDNLDSSEDFSLGGIDGVRAYPQSEGSGDEGMLTQIELRYPIDKLTPYLFWDAGKVRINHNEWADEENNRSISGGGVGLRAQYGQLSFDATVAWRHSGGEAQSDTRQENPQLLAQIGYSF PGPT0003648_78 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_TRANSPORT,PGPT0003648-hxuB-NA NA NA D1-35_04377 837 rhaR_3 HTH-type transcriptional activator RhaR ATGGACAACGGACGATACGAAAGGCCGGCAGCGGCGGCGGGGGGCTCGGCGGCGTCCGACGCGTTGCCGCATATCCTGCTGATCGACGATGTCCCTGAAGACATCCGCGCCACGCTCATCCTGTTGAAGACCCAGCCCTGGCGCATCTCCCTGGCCAGCGATGCCTATCAAGGCTATCAACGGGCACTCGCCCTGCGCCCGGACCTGATCGTGCTGGATGTGCACATGCCGCAAATGGATGGCTTCAGCCTGTGCCGGCTGTTGCGCGAGGCACCGGCCACACGGCAGACGCCGATCCTGTTCCTGTCATCGGCGAATACTTCATTGGAGCGCCTCGAAGGGCTGACGGTCGGCGCGGTCGATTACATCCCCAAATCCTGTGCCCCCGAAGAAGTGCTGGCGCGGATCAAGATCCACCTGCAACTGACCTGGCGCGCGCCACCGGCACTCCACCAAAGGCCGGCCGATCCGGAACCGCAAGGCGATGAAATCGTGCTGCGCGCGGCGATGCGCCTGATCGAAAACCAATTGGACGACATGCCGTCCCTCGGCATCCTCGCGCAAAAAGTCGGCACCCATGAAAAACGCCTCTCGGCGATTTTTCGCGAACACCTGGGGATGACCGTGTTCGCCTACATCCGCGACGCCCGCTTGCGGCGTGGCCAGGATCTGCTCGCCGAAAGCGCCATGAGCGTGCAAGACGTCGCCGAACTGGTGGGTTTTCGCAACGCCTGCAATTTCACCACGGCGTTCCGCCAGCGAATCGGCATGACGCCTAGTCAGTTTCGCCAGCAGACCCTGGGCACCAGCGAAATCGAGTCGGCCGGGCGCGCCTGA MDNGRYERPAAAAGGSAASDALPHILLIDDVPEDIRATLILLKTQPWRISLASDAYQGYQRALALRPDLIVLDVHMPQMDGFSLCRLLREAPATRQTPILFLSSANTSLERLEGLTVGAVDYIPKSCAPEEVLARIKIHLQLTWRAPPALHQRPADPEPQGDEIVLRAAMRLIENQLDDMPSLGILAQKVGTHEKRLSAIFREHLGMTVFAYIRDARLRRGQDLLAESAMSVQDVAELVGFRNACNFTTAFRQRIGMTPSQFRQQTLGTSEIESAGRA NA NA NA NA NA D1-35_04378 2388 rcsC_22 Sensor histidine kinase RcsC ATGCGGCTACTACAGTTTTTCTTGCTGACGATAACGATGTTATCCACAGGCCTGCTGCGCGCGGCGCCTGTGGATATCTGCCGGGCTGACCAACTGGACCTGATGCCCTCGGCGCAGATTTTCGAAGACGCCCAGGCCAATCTGAGCCTGGAACGCGTCGCTCAACTGCCCGAAAACGATTTCAAAGCTGCAACCGCGCACTGGCCGACCCAGGGCTATAGCCGGTCCGCGTTCTGGTTGAAATGGCAGTTCACCAATTCGAGCGCTGAGGCGTGCTCGCGCATGCTGGTCGTCGGGGCGCCGCGCCTGGAAGACATTCGCGTCTATCAGCCGGGGCATGACGCCCATGCCGGCGGCGCCTATCCCTTGGCCGAATGGCCGCAGCCAGCGGCGCGTCAGCCGGCATTCCCGGTAACGTTGGCGGCAGGGCAGAGCACCACGGTGTTGGTCCGGGTGACGAGCAACTTCCAGATGCTGCTTCAGCCGGAACTGTGGTCCGAACCGGCGCTGCTGCGCAGTCAGCAACAGACGTACCTGAGCGACGGGCTCACCCTCGGCATCGTCCTGCTGGTCGTCCCGTTCGGCCTGATCGTCGGCTGGATCCTCCGTTCGCGACTGCTCAGCGTGAACGCCGGCGCGGTCCTCAGCTACATCCTGCTGACATGCATCCTCAACGGCTACCTGATCTACTGGCCGAGCGCGCTGGGTTGGACGCGTGAGCTGCTGACCTGCGCCAGCGCGATCTCTTTCGTCCTGTTCCTGGCCTACTTCCGCGTGCTGCTGCAGGTATCCCAACTGCCCAGGATCATCGCTTGGAGCTATTGGGTGCCGCTGTTGGGCTGCATCTTCGGCCGGCTCTGGTGGCTCAAGGTCGATCCGGTCCAGGGCGCGCTGTTAGTCCAGATAGCCCTGTTCAGTTTTTATGGCGTGCTGCTCGTCACGCTGTTCATGGCCTGGCGCGCACGCCTGAGCTACACCTGGATGGCCTGGCTGGTGCCGGCGCTATTGCTTGGGCAACTGCTGATGCGGATCTTTTTCCCTCAGGAACAATTGCCCTGGCAGTCGCCGCAAAGCAAGTACAGCTTGTCGTCGACCCTGGCCGGCGTGGTCCTGCTGGTGTGTACGTTGCTCATGGAAGTCGCCCGTAGCCGCAACCGCGAGAAGCACGCCCTGTCCACCCTCGAACAACAACGCCAGGCCGAACACGAACGGCTGGAAAGCACCGTGGCGCTGCGCACCTCGCAACTGCGTGAATCGCTGGCGGCCCGCAGCGCGTTGATGGCACGGATCAGCCACGACCTGCGTTCGCCGCTGGTGCGCATCATCGATTACGCACGCCTGCTGCACGCCGGGCCCAACCGCGACTATCAAGCGACGATCGAGCGCAACGCCCGCCAGCAACTGGAGCTGATCGACGAAATGCTCGAGTTTTCCCGTGGCGAGCTGGAGCAGATGCAACTGACCCTCGCACCGGGCTACCTGTACGGCTTTCTCCACGAAATCGCAGATGAGGCGGGTTTCCTCGCCGCGCGCCAGGGCAATACTTTCGAGGCGAACTTGGCCGATGACCTGCCGCCGCTGGTGGAAGCCGACTTCAAACGCCTTCGGCAGGTATTGATGAACCTGCTGGCGAACGCGGCGAAATTCACCCGCGATGGCCAGATCCGCTTCGAAGTGAGCGCAGGTCCAGGCGCCAGCGCCGGCACCGTGGAACTGCACTTCAACGTGATCGACAGCGGCATCGGCATCGACCCGCAGGAGTTCGAACAACTGCTGCAACCGTTCCGCCGCGGCCGCAATGCGCAGCGCTACGAAGGCAGCGGGCTCGGCCTGTCCATCGTCACGCAATTGCTCGAACGCATGGACAGTCGCCTCGAACCCCAGGCCACCGGGCAGGGCAGCCACTTCAGTTTTCGCCTGCAACTCAAATGCGCCGAGGAACACGACCTCGAAAACGGCATCGTCGACAACAACGCCGCGCCGTTTGATGGCCAGGGCAAGCACGTGCTGCTGGTGGATGACATCGAGCAGAACAGCGAGTGGCTCTACGATCTGCTGGCCGGCTACGGCTTTGACGTGAGCATCGCGACCAACGGCGAAGCGGCCTTGGCCTGCCTGGCGGAACAACCGGTCGACCTGCTGATCAGCGACCAGATGATGCCCGGCATGGACGGTTGGGAACTGCTGCGACAAGTGCGCAAGCGCTGGCGCCATCTGCCCGTGATGCTTTATTCGGCGGTGCCGCCACGCAGGCCGCAAGGTTATCCAGAGGATCTGAAGTTCAATGCGGTATTGCTCAAACCCGCCGACAGCCGCGAACTGCTGGCGTGGGTCAAGGCACTGGCCTGCCCGGACACGGCGCGGCGCGCGTTGGCTCGGGAGTTCTAG MRLLQFFLLTITMLSTGLLRAAPVDICRADQLDLMPSAQIFEDAQANLSLERVAQLPENDFKAATAHWPTQGYSRSAFWLKWQFTNSSAEACSRMLVVGAPRLEDIRVYQPGHDAHAGGAYPLAEWPQPAARQPAFPVTLAAGQSTTVLVRVTSNFQMLLQPELWSEPALLRSQQQTYLSDGLTLGIVLLVVPFGLIVGWILRSRLLSVNAGAVLSYILLTCILNGYLIYWPSALGWTRELLTCASAISFVLFLAYFRVLLQVSQLPRIIAWSYWVPLLGCIFGRLWWLKVDPVQGALLVQIALFSFYGVLLVTLFMAWRARLSYTWMAWLVPALLLGQLLMRIFFPQEQLPWQSPQSKYSLSSTLAGVVLLVCTLLMEVARSRNREKHALSTLEQQRQAEHERLESTVALRTSQLRESLAARSALMARISHDLRSPLVRIIDYARLLHAGPNRDYQATIERNARQQLELIDEMLEFSRGELEQMQLTLAPGYLYGFLHEIADEAGFLAARQGNTFEANLADDLPPLVEADFKRLRQVLMNLLANAAKFTRDGQIRFEVSAGPGASAGTVELHFNVIDSGIGIDPQEFEQLLQPFRRGRNAQRYEGSGLGLSIVTQLLERMDSRLEPQATGQGSHFSFRLQLKCAEEHDLENGIVDNNAAPFDGQGKHVLLVDDIEQNSEWLYDLLAGYGFDVSIATNGEAALACLAEQPVDLLISDQMMPGMDGWELLRQVRKRWRHLPVMLYSAVPPRRPQGYPEDLKFNAVLLKPADSRELLAWVKALACPDTARRALAREF PGPT0025890_174 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-Gac|Rsm_PATHWAY,PGPT0025890-ladF-K20971 NA NA D1-35_04379 2352 fyuA COG1629 Pesticin receptor ATGCCGGGTTTGAGTTACCGGTTGCTCCTGATCGGCAGTCTTTCGGCATGGCCCTGGGCATCGGTGACTGCCGACGAAGAGTCGCCCAGCGCCCTCACGCTCGACGAAACCACGGTGACCGCCCGACGCCGCGAAGAAGACCTGCAAGACGTGCCCATCCCGATCAACGTCCTCTACGGCGAGCAACTCGACGAAGCCGGCCTGCACTCGCTTCGAGACATTCAACAGCGCGTGCCCGGCCTGATCGTCTCCGGCCATGACGCCCGCTACGCCGGTTTCGGCCTGCGCGGCTTCGGCGCTACCGCCTACAACGATGGCCTGGAAGGCAGCGTCGGCACCTATGTCGATGGCGTCTACCAGGCGCGCCAGGGCATGGCCTTCACCGAGCTGATGGACATCGAGCGCATCGAAGTCCTGCGCGGGCCGCAAGGCACTTTGTTCGGCAAGAACACCACCGCCGGCGCCCTGAACATCATCACCCGCCAGCCGACCTTCCAGCCCGAAGCCAACCTGGAAGCCAGCTATGGCGAGCGCGGTTTGCGTGAGTTTCGCGGGACGATTTCCGGGCCGCTGCAGGACGACGTGCTGGCCGGCCGACTCAACGTTTTCGACAGCGCCACCGAGGGCAGCGTCGAAAACCTGCAAGACGGCAGCCGCCTCGGCGATGCCGACAGCCAAGGCCTGCGCGGCCAACTGTTGTGGACGCCGAACACCGATTTCAGTGCTCGCCTGATCGCCGACTACGCCGAGCAAAACGAAGCCGGCAACGTCCTGTTGGCCAATCACTACAGCCAGCAAACCCGCAAGCGCGCCCAGTTCGTCGGTTATCCGCTGGCGGAGCCCGACCCTTACAAACGCGAGACCCGCATCGACGCGCCGGGCCGTCCGCGAACCCTGCAGAACGGCGTGTCACTGGAATTGAATTGGGACCTCGACGAGGCGATGCGCTTCACCAGCATCACCGCTTATCGCGACTGGGACTACCGCGCGACCCGCGACGGCGACAGCACCGCGCTGGCGGTGGCCCAGTCCGAAACCGAGCTCGGCCATCGGCAGTTCAGCCAGGAATGGCGCCTGTCCGGCACGGCCGGTTCGTCCGTCGACTATGTCGCCGGCCTCTACTATCTGCGCCAGCAGCTTGACCGTGAGATCGATGCCGAATTCGGCAAGGACGCCGCGCCCTGGTTCGTTGGCGATCAACTCGACCAACTGAAAAAACTCTTCGGCATCAATTTCACCGATCCGAGGCAGGTGCCTTCGATGCTGCTCAATGGCGCCCGACAACATTTCGACGGCGAGCAGAAGGGCGACAGCCGAGCGATTTTCGGCCAGCTCTCCTGGCGCCCGATCGACCCGCTGGAACTCACCGGCGGCCTGCGCTACAGCCATGAGCGCAAGGACGGCTGGATCTCCCGCGACGTCAGCAACCTCGCCCCGCTGACCGGCTTGCCGCCGGTGTTCCAGGCTGGTGGACAATTGCTGCGCGACATCGCCCTCGGCCGTGGTTATTACCGCGAGGACTCGATCGAAGAACACAACGTCTCCAGCCTCGCCAGCGCCAGCTACCGTTTCAGCGAAGCGGTGATGGGCTACGTCAGCTGGTCGCGGGGCTACAAGGCCGGCGGCATCAACTTCGACGTGGTCGGCCCGTTCACCGCGCCGACCTTCGAGCCGGAGCGGGCCACGTCCCTGGAACTGGGCGTGAAAACGCGCTTCTGGAACGAGCGCGCGTTGCTCGACCTTGCCGTCTACCAGACCGACGTCGACAACTACCAGGCGCTCACCTACAGCCCGCCGACCTCGCTGTTCGCGCCGCCGCTGCGGGACAACCTGATCAACGTCGGCAAAGTCCGCCTGCGCGGCATCGAACTGGATTCCGCCTGGCAACTCACCTCGCAACTCACCGGGCGCCTCGGCCTGGCCTGGAGCGATGCGCGCTACCGCAGCTTCCCCAACGCGCCGTGCCCGCCGGCCTCGGGCCAATGGACCTGCGACCTCAGCGGCGACCGCCTCTACAACGCGCCGGAATGGAACCTCAGCAGCGGCCTCGACCACAGCCATCCGCTGCCCTATGGATTGGAAGCTTTCAGCGGCATCGACTACAGCTTTCGCACCGGCTACTACGGCACCCTCGAAGGTGGCGAAGGCAGCTATCAACCGAGCTACGGCCTGACCAACCTGCGCCTCGGCCTGCGCAGCCAGGACCGCGCCTGGGAAGTGGAAGGCTGGATGCGCAACGTCTTCGACCGTAACTACATCACCGCCGTGTATTCACTGCTCGGCGCCGGTGACTACGGCGTCATGACCGGCAGCGAACGCACCCTCGGCACCACCGTCAGACTTCGCTATTGA MPGLSYRLLLIGSLSAWPWASVTADEESPSALTLDETTVTARRREEDLQDVPIPINVLYGEQLDEAGLHSLRDIQQRVPGLIVSGHDARYAGFGLRGFGATAYNDGLEGSVGTYVDGVYQARQGMAFTELMDIERIEVLRGPQGTLFGKNTTAGALNIITRQPTFQPEANLEASYGERGLREFRGTISGPLQDDVLAGRLNVFDSATEGSVENLQDGSRLGDADSQGLRGQLLWTPNTDFSARLIADYAEQNEAGNVLLANHYSQQTRKRAQFVGYPLAEPDPYKRETRIDAPGRPRTLQNGVSLELNWDLDEAMRFTSITAYRDWDYRATRDGDSTALAVAQSETELGHRQFSQEWRLSGTAGSSVDYVAGLYYLRQQLDREIDAEFGKDAAPWFVGDQLDQLKKLFGINFTDPRQVPSMLLNGARQHFDGEQKGDSRAIFGQLSWRPIDPLELTGGLRYSHERKDGWISRDVSNLAPLTGLPPVFQAGGQLLRDIALGRGYYREDSIEEHNVSSLASASYRFSEAVMGYVSWSRGYKAGGINFDVVGPFTAPTFEPERATSLELGVKTRFWNERALLDLAVYQTDVDNYQALTYSPPTSLFAPPLRDNLINVGKVRLRGIELDSAWQLTSQLTGRLGLAWSDARYRSFPNAPCPPASGQWTCDLSGDRLYNAPEWNLSSGLDHSHPLPYGLEAFSGIDYSFRTGYYGTLEGGEGSYQPSYGLTNLRLGLRSQDRAWEVEGWMRNVFDRNYITAVYSLLGAGDYGVMTGSERTLGTTVRLRY PGPT0003790_12758 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_04380 1086 hypothetical protein ATGAACCTACGCACTTTCATTCGCAGCTATTGCCTCAACTCCAGGCTCGCTACGAATGCGCTGACCCGCCTGCATAAATCCCTTTCTTCCCTGGCCGCCTATCTGGCGCAGCAGGGTTTTGATTCCAGGACTTGGCCCGCGCCCCGTGACGAAGGCGCGCTGGACCGTTACCTCAGCGACGTTTGCCCGGAGCTGGCCGCGACGGTGTTCAGCCATGCCCGCGACGGGGTGATCATGGTCGATGCGTTCGGTCGGATCATCGGCGTGAACGAGGCATTTACGCGGCTTACCGGTTATGGGCAGGACGAGGTGCTGGGGCGGGAGTTGAATTCTCATCGCATGGTGCGGCGGCTCGCGGCGTTTTATGCGCCGATGAAAAATGCGCTGGATTTCCACGGGCATTGGTCCGGTGAGATTCAAAGCAGCCACAAGGATGGCCGGGAGATGACGTCGCGGATCAGTATCAGTGCGGTGCATGACCGTCACGGCAACGTTCAGCACTACGTGGCGCTGTGCAGCGACATGACGCAGATGAAGCAGCGCTTGCAGTTGCTGGAGCGGGATGCGCGGTATGACGCGCTCACGCAGTTACCCAATCGCTTGTTGCTGGCCGAGCGGATGCGTCAGGCGCTGGGCAAGGCGCGCCTGCATCAGCAGAAGGTGGCGATCGCGTTTATCGACCTGGATGGGTTCAAGGCACTGAACGACAGTTATGGCCATGACTGGGGCGATCGGGTGTTGCAGATTGTCGCGGCGCGGATCAACGCGACGCTGCGTGAAGGCGACACGTTGGCGCGCCTCGGCGGTGATGAGTTTGTCGCCGGGCTGGTGGGCTTGCGGGAGGTGGAGGACAGCGAGCCGTTGCTCAAGCGGATGCTGGCGGCGGCGAATGCGCCGATCCTGATTGGTGCGCAGACGGTGGAGATTGCCGCGAGTATCGGCGTGGCGTTTTACCCTGAGCATGGGCTGGAGGTCGATGCGCTGATCAGCAAGGCGGATCAGGCGATGTACCTGTCGAAGAAGGCCGGCGGCAATCGTCTGGCGTTCTGCCCGACGCGGTTCATTTCGGTCAATAGCGAAGTCTGA MNLRTFIRSYCLNSRLATNALTRLHKSLSSLAAYLAQQGFDSRTWPAPRDEGALDRYLSDVCPELAATVFSHARDGVIMVDAFGRIIGVNEAFTRLTGYGQDEVLGRELNSHRMVRRLAAFYAPMKNALDFHGHWSGEIQSSHKDGREMTSRISISAVHDRHGNVQHYVALCSDMTQMKQRLQLLERDARYDALTQLPNRLLLAERMRQALGKARLHQQKVAIAFIDLDGFKALNDSYGHDWGDRVLQIVAARINATLREGDTLARLGGDEFVAGLVGLREVEDSEPLLKRMLAAANAPILIGAQTVEIAASIGVAFYPEHGLEVDALISKADQAMYLSKKAGGNRLAFCPTRFISVNSEV PGPT0026010_3816 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D1-35_04381 282 rof_1 COG4568 Protein rof ATGGATACCTATAAACCGCTGCACTGCGACCTGCATGACTATCTGGAAATCGCTTGCCTGTGCGGCTACATGCTGGATATCGAGCTGATCGACGGCCAGCACCTGACGGCCCGCGCGATCACCACACGAACCGCCAGCACACGGGAGGAATTTCTCGAAGTCGAAACCGCTGACGGTCGCCATGAGATTCGCCTCGATCACTTGTTGGCGATCACACCGCTGGATAAGCACGCCAGGTTTGGCCGGGTAGTGCTGGCGGCGGGTGGTCACGCCGCCCTTTGA MDTYKPLHCDLHDYLEIACLCGYMLDIELIDGQHLTARAITTRTASTREEFLEVETADGRHEIRLDHLLAITPLDKHARFGRVVLAAGGHAAL NA NA NA NA NA D1-35_04382 294 rof_2 COG4568 Protein rof ATGGATACCTACAAACCGCTGCACTGCGACCTGCATGACTACCTGGAAATCGCCTGCCTGTGCGGCTACACGCTGGACATCGAGCTGACTGACGGCCAATGCCTGACCGCCCGCGCGATCACCACGCGGACCGCCTGCACGGGGGAGGAGTTTCTCGAAGTTGAAACTGTTGATGTCCGTCAGGAGATCCGCCTCGATCGCTTGCTGGCGATTACGCCGCTGAACAGCAACGCCAGGTTCGGCCGAGTTGTGCTGGCGGTGGGTGGACAGGAAAGTCGTTCGTATGATGGATAA MDTYKPLHCDLHDYLEIACLCGYTLDIELTDGQCLTARAITTRTACTGEEFLEVETVDVRQEIRLDRLLAITPLNSNARFGRVVLAVGGQESRSYDG NA NA NA NA NA D1-35_04383 261 hypothetical protein ATGACCATCAAAGTCTATGACACACATGTCCGCACCCAAAGCGGGCGATACCTGCATTTTGACGTGCTGATCGACCGCAACGACCTGGATTTTGCCCAATCCTGCGCGCGACGTTTCCTGGCCGAACAGGGCATCGAAGATCAGGACGTTACCTTGAACGACTGCCGTTTCTGCCACGTCGAGCCGAGCAACCCCGAGATAGTCGAGGCCATCAACCGGCAGGGCTTTTTCATTCTCAAGCTGCAAGGCTGCGAGGCGTGA MTIKVYDTHVRTQSGRYLHFDVLIDRNDLDFAQSCARRFLAEQGIEDQDVTLNDCRFCHVEPSNPEIVEAINRQGFFILKLQGCEA NA NA NA NA NA D1-35_04384 888 dapA_5 4-hydroxy-tetrahydrodipicolinate synthase ATGTCTACCCCGAACATCCACGGCATCATCGGTTACACCATCACCCCTTTCTCTGCCGACGGCCAGGGCTTGGACCTGGACGCCTTGGGCAGGTCCATCGACCGCCTGATCGAAAGCGGCGTGCATGCTATCGCACCCTTGGGCAGCACCGGCGAAGGGGCCTACCTCAGCGATGCGGAATGGGACCAGGTCAGCGAGTTCAGCATCGCCCACGTCGCCGGCCGAGTGCCGACCGTGGTCAGCGTATCTGACCTGACCACCGCCAAAGCAGTGCGCCGCGCGCGTTTTGCCCAGGATCACGGCGCCGATGTGGTGATGGTTTTGCCAGCCTCTTACTGGAAATTGAGTGAGGCGCAGATCCTCACGCATTATCAGACCATCGGCGCCAGCATCGACGTGCCCATCATGCTCTACAACAACCCGGCCACCAGCGGCATCGACATGTCCGTGGAGCTGATCCTGCGGATTTTCAACGCGGTGGATAACGTCACCATGGTCAAGGAGAGCACCGGCGATATCCAGCGCATGCACCAGCTGCATCTGCTGGGCGAAGGCCATGTACCGTTCTACAACGGCTGCAATCCACTGGCGCTGGAAGCCTTCGCGGCTGGCGCCAGAGGCTGGTGCACCGCTGCGCCGAACCTCATCCCGCAGCTCAACCTCGACCTGTACGAAGCCGTGCTGGCCAACGACCTGAACAAAGCCCGGGCGCTGTTCTACCGACAATTGCCACTGCTGGACTTCATTCTCAAAGGAGGCTTGCCCGCCACCATCAAGGCCGGTTTGCGCACCCTCGGCCTGGAAGTCGGCGACCCGCGCTTGCCGGTCTTCGCGCTCGACGATGCGGGCAACAGCCGATTGAACGCGATGCTGAACCAGCTGCGCTGA MSTPNIHGIIGYTITPFSADGQGLDLDALGRSIDRLIESGVHAIAPLGSTGEGAYLSDAEWDQVSEFSIAHVAGRVPTVVSVSDLTTAKAVRRARFAQDHGADVVMVLPASYWKLSEAQILTHYQTIGASIDVPIMLYNNPATSGIDMSVELILRIFNAVDNVTMVKESTGDIQRMHQLHLLGEGHVPFYNGCNPLALEAFAAGARGWCTAAPNLIPQLNLDLYEAVLANDLNKARALFYRQLPLLDFILKGGLPATIKAGLRTLGLEVGDPRLPVFALDDAGNSRLNAMLNQLR PGPT0002080_5830 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D1-35_04385 783 cloR 4-hydroxy-3-prenylphenylpyruvate oxygenase/4-hydroxy-3-prenylbenzoate synthase ATGAGCAAGACCCTGGCGACACCAAAGGACCAATTGGTCCAGCATGCTGTTAACCAGATGCAGAAATCACTGCCGGATAATACGTGGACTGTACGACAAAAGCTGGCTCTGACCTGCCGCATCCTGTTCGAGAACGGCCACGACTCAGGCCTCGCCGGGCAGATCACCGCGCGCGGGCCGCAACCCGGCACTTACTACACCCAACAATTGGGTTTGGGATTCGACGAGATTACCGCCGGCAACTTGCTGTTGATCAACGAGGACCTGGAGGTGCTGGAAGGCCATGGCATACCCAACCCGGCGAACCGCTTCCACAGCTGGGTCTACCGCGCCCGGCCGGATGTGAATTGCATCATCCACACCCACCCGACCCACATCGCCGCGCTGTCGATGTTGGAGGTCCCGTTGCAGATTTCCCACATGGACCTCTGCCCGCTGTACGAAGACTGTGCGTTCCTGGAAGGCTGGCCGGGCGTGCCGGTGGGTAACGAGGAAGGCGACTTGATCGCCGGCGCCCTGGGCGACAAACGCGCCATCCTGCTTTCCCACCATGGCCAGTTGTCGACCGGCGAGACCGTGGAAGAAGCCTGCAACATCGCCCAACTGATCGAGCGCGCGGCGAAACTGCAACTGCTCGCCATGGCCGCCGGCGAGGTGAAACCGATCCTGCCGCACCTGGGTCGCGAAGCCCACGACTGGATCGCCCGCCCCAAGCGTCACGCCGCCGCCTTCAACTACTACGCCCGGCAGAACTTGCGCCAACACGCCGATTGCCTGAACTGA MSKTLATPKDQLVQHAVNQMQKSLPDNTWTVRQKLALTCRILFENGHDSGLAGQITARGPQPGTYYTQQLGLGFDEITAGNLLLINEDLEVLEGHGIPNPANRFHSWVYRARPDVNCIIHTHPTHIAALSMLEVPLQISHMDLCPLYEDCAFLEGWPGVPVGNEEGDLIAGALGDKRAILLSHHGQLSTGETVEEACNIAQLIERAAKLQLLAMAAGEVKPILPHLGREAHDWIARPKRHAAAFNYYARQNLRQHADCLN PGPT0017430_319 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017430-fucA-K01628 NA NA D1-35_04386 552 sutR_3 COG1396 HTH-type transcriptional regulator SutR ATGTCCATTCGCTTGAAACTGCTCAGAAAAAAACTCGGCGTGACGCTGGACGTCCTGGCCGAAAAAACCGGGATGACCAAGAGCTACCTGTCCAAGGTGGAACGGGGTCTGAGCACGCCCTCCATCGCCACGGCGCTCAAGCTGTCCAAGGCGTTGAACGTGAAAGTCGAGGAATTGTTTTCCGAGGAAAACGTCCCGCTCGACAGCTACAGCCTGGTGCGGTGTGAAGATCGCCAATCGCTTGCGGCGAACCCTGGCAGCTCTGAATACGCGGTGTTGGCCCATCAGGTTTCCGAGCGAACCTTGCTGCCCTTCATCCTCTATCCCCCGGCCGAATTCGCGGCGCATCATGCGTTCAAGGAACACACGGGTGAGGAGTTCCTGTTTGTTCACGAAGGCCAGGTGGAAGTGGACTTCATGAACGAGCGCGTGCTGCTGAATCGCGGTGACGCCTTGCATTTCAATGCCCAGAAACCCCATCGCCTGCGTTCGGTTGGCGACGTCCAGGCCCAATTGCTGGTTGTTGTGCACAGTGCCGAAGCGGCGGAGTAG MSIRLKLLRKKLGVTLDVLAEKTGMTKSYLSKVERGLSTPSIATALKLSKALNVKVEELFSEENVPLDSYSLVRCEDRQSLAANPGSSEYAVLAHQVSERTLLPFILYPPAEFAAHHAFKEHTGEEFLFVHEGQVEVDFMNERVLLNRGDALHFNAQKPHRLRSVGDVQAQLLVVVHSAEAAE NA NA NA NA NA D1-35_04387 534 hypothetical protein ATGACTCGTATCAACATTCAGCCACAACAAGCGCCCGCCGCCAGCCAACCAATGCTGGCCCAGATTCAACAGGCCTTTGGCGCAACGCCCAACATGTTCAAGGGCGTAGCCAATTCTCCGGCCGCGCTGCAAAGCATGTGGGCGGCCTTCGGCGCCCTGGGCCAAGGCACGTTGGGTGCCCGGCTTGGCGAGCAGATTGCGGTAGCCGTGGCCAACCGCAACCGCTGTGAATACTGCCTTGCCGCGCACACGGCCCTGGGCCAAAAGGCCGGTGTGTCTGCGACCGACATGGCCGCCGCCCAGCGCGGAGAATCCAGCGACCCCAAGACGGCAGCGGCCCTGGCGTTCGCCCTGATAGTGGTCGAGCAGCGCGCACAGGTGACTGACGCCGACGTGCAGCGCCTGCGGGACAACGGTTTTGGCGATGAACAGATTGTCGAGATCATCGCTCATGTCGCGTTGAACCTGTTCACCAACTACATCAACGTCGCGTTGGACATTCCTGTCGACTTTCCCAAGGTCGCCCTGAAATAA MTRINIQPQQAPAASQPMLAQIQQAFGATPNMFKGVANSPAALQSMWAAFGALGQGTLGARLGEQIAVAVANRNRCEYCLAAHTALGQKAGVSATDMAAAQRGESSDPKTAAALAFALIVVEQRAQVTDADVQRLRDNGFGDEQIVEIIAHVALNLFTNYINVALDIPVDFPKVALK NA NA NA NA NA D1-35_04388 753 hypothetical protein ATGAAACTCTCTCGATCTCCCCTCTTTTGCGCTTCGTTGTTGCTTGGCTTGAGCGCCAGCGTCAGCGCGCACGAGGCCGCACATCAAGACGGCATAACCAGCAAACCGGCGAAGGCTGTGAAGGCGCCTTTCGATATCGTCCACACGAGCATCACCACTGAAGGGAATGTGGCGATTTTCCACATGGCCGTTTCCGGCAAGGCCGGCACCGTACGCCCTGCCGCCAGGGGCAAGCTGGCCGGCAGCAGCGTGTTCTCGTATGTCTGGCCAACCAGCCTGGACCCTTCGGTGATCGGTTTCGAGCCGAAGTCCGGAATCCTGGCCTTCGCCGTCACGTCACACCCCGACTTCGACGATACCCCGCTGTTCGACGAGAACCGCGACGGGCGCCTGGATAACGATGGTGATCTTTGGCATTCGCATTGGGTGGTGCTGCAGCCCGACCCGGCCTGTGGGAAAGATGCGCTGAAAGTCGTCGACATTCCCGCAGGGGCCAAGCCTCGCGTGCCCAAGACCTGGCCAGGGTTGCCGATCCTGATCGACAGCCCGGGGTGGACCCCGACGATCAATCAGAAAACCGTCGAGGTGCGCGTGCCGTTTGACGACATCGGCCCGGTCGAGGCCGGCGCGTTCGATGGCGTCACGGCCGCCCTGCGCGTGAACGCGAGCGTGCACAACCCGCTGCTGTGTGTCGCCGACGTGTTCAAGGTGGCCTCGGGCGACCTGTCCCTGCCCGGCAAGGTCAAGCACTGA MKLSRSPLFCASLLLGLSASVSAHEAAHQDGITSKPAKAVKAPFDIVHTSITTEGNVAIFHMAVSGKAGTVRPAARGKLAGSSVFSYVWPTSLDPSVIGFEPKSGILAFAVTSHPDFDDTPLFDENRDGRLDNDGDLWHSHWVVLQPDPACGKDALKVVDIPAGAKPRVPKTWPGLPILIDSPGWTPTINQKTVEVRVPFDDIGPVEAGAFDGVTAALRVNASVHNPLLCVADVFKVASGDLSLPGKVKH NA NA NA NA NA D1-35_04389 885 rclR_2 COG2207 RCS-specific HTH-type transcriptional activator RclR ATGCAAACACTTCCAACCCTGGACCGGCTCTCCGGCATCCTCGACCACTTCCGCGTGCAAGCGCAGTTGCACCACACCGGCGCCCTGTGTGGTGTAAATCGCTTTGATGCCGGCGAGGGGTTCGGCTACCTGCACGTGCTTCGTCGCGGTCAGCTGAAAGTCAGCCACCCCGGTGGGCAAGGCTTGCCCTCGATGAGCTTCGAAGAACCGTCGCTGCTGTTTTATCCCTGCCCGATCACCCATCAATTCCATAACTCCCCGGCGGAAGGCTCCGACTTCACCTGTGCGCGACTGATGTTCGAGGGCGGCGCACGCAACCCCCTGGCGCGGGCACTGCCGCCCTTGATCGCGTTGCCGCTGGCCCAGGTACCGGGCCTGCACGCCGCGCTGGAGCTGCTGTTCGCCGAGACCGACCACGTGCGCTGCGGCCAGCGAATGCTCGCCGACCGATTGTTCGAAGTCGTGGTGCTGCAACTGCTGCGCTGGCTGCTTGATCACCAGCAGGAAGCCGGTATCCGCCCGGGTCTCATCGCCGGGCTGTCAAACCCGCGACTGGCGCGAGTGCTCGTCGCCATTCACGAAGACCCGGGCGCCGCGTGGACGCTGGAGCGCATGGCCGAACAGGCCTGCCTGTCGCGCACCGCATTCGCCAACACGTTCCGCGACATCGTCGGCCAAACCCCCGCCGACTACCTCACCACCTGGCGCATCGCCCTGGCCCAGAGCCGCTTGCGCCAAGGCGAATCCATCAAGAGCCTGACCGAAGAGCTTGGCTACACCACCCCATCGGCACTTTCACGGGCGTTCACAGCCAAGGTCGGAGTGTCCCCTCGGGATTGGTTGGCGCAGATAGCCACAGGCCAGAAAGCTGGTTCTGGCTTATGA MQTLPTLDRLSGILDHFRVQAQLHHTGALCGVNRFDAGEGFGYLHVLRRGQLKVSHPGGQGLPSMSFEEPSLLFYPCPITHQFHNSPAEGSDFTCARLMFEGGARNPLARALPPLIALPLAQVPGLHAALELLFAETDHVRCGQRMLADRLFEVVVLQLLRWLLDHQQEAGIRPGLIAGLSNPRLARVLVAIHEDPGAAWTLERMAEQACLSRTAFANTFRDIVGQTPADYLTTWRIALAQSRLRQGESIKSLTEELGYTTPSALSRAFTAKVGVSPRDWLAQIATGQKAGSGL NA NA NA NA NA D1-35_04391 360 hypothetical protein ATGGTCAAAATTACACCGAACCCTCCAGCGCCAGACGATTCCGTATCCCGCGCTCAATCCGCCCGCAACAAAAAACTCGAAGACGCCACCAACCGCGCGTTGAATTTCTACCTGAAACCCAAGCCCGAGGGTGAAGCGCCCGACAACGCCAGCACGCTGTTTCGTATTGATCCTGATGTTGATAGCGAGTGCTTGCTCGCGAACCTGAGCGAAAGCCTCGCTTCGGCGAATGCGATGATCAGTGATTTGGCATTTGATCTGGAAGGTTCCCGGCGGCATGTTGCGTTGGGGATTTTGCAATTGATTGAGTTGAGCGAGCTGTTGGCGAATCGCGCGTTGGATATTGTTGAGGCGCGGTAG MVKITPNPPAPDDSVSRAQSARNKKLEDATNRALNFYLKPKPEGEAPDNASTLFRIDPDVDSECLLANLSESLASANAMISDLAFDLEGSRRHVALGILQLIELSELLANRALDIVEAR NA NA NA NA NA D1-35_04392 234 hypothetical protein ATGAACAAATATGGCCTATATGCACTGGCGTACGCAGTGTTCCTGTTGTTGTTTTTCTATATGAAAGCTTACGGCCTCAGGAAATGGCTAGGCATTGCTCTAATCGTTCTAGGGTTTGCGAGTATTTTTGCGCTGCCGTCTCTGATCTCCGGTATTGACCTCGGAATTGTCTCTACCAGTGCAATTGGCGTCGGAGCGGCACTGTTTTTCAGCAGGGCCAGGTATACGGTGTGA MNKYGLYALAYAVFLLLFFYMKAYGLRKWLGIALIVLGFASIFALPSLISGIDLGIVSTSAIGVGAALFFSRARYTV NA NA NA NA NA D1-35_04393 696 hypothetical protein ATGAAAAAGCTGTTTCTCGCGTTACTTTCGGTCGCCCTGCTTTCCGGATGTGTCACCAAGTCGTTGAGTGTCGAAGACCGCCATCAGATCAAAACCATCAAGATCCTTCCGGTGTACTTTGCGGTGCAGAACTTCAAGTACACCAGCATGACCCAGGCCTGGGGAGCAGGCTTGGGTGCCGGAGCAGGTGCCGCAACCGGAATGGCGGCCGGAGCATCCAGCTCCGCCACCAGCGCATTGACCGGCGCCGGCTCGGTCGCGGGCACCAAGGCGGCAGACGGCGCGACGGTGGATATTTCCCAAGCGATTCTGAACAACATGCAGGCCCACGGTATCGATGTGGGCAAGCTGGTGCGTGAAAGCTTTGAAAGGCGCATCAAGCAAGAAGGGCTGTTCACCCTTGTCGCCGAAGGCGAGAAAGCGGACGCCGACGTTGAGATCATGGTCATGCAGTGGGGGCTGAGCCTGAAAAACTACAGCACCGTGCTTTACCCGGTCATCGGCGTGAACGGATTAATGAAGCGCGGCGGTACATCGGTTTGGCGCAACTTCAATACCATATCGCCCTTCAATGAAAGCAATACCCTCGCCTACACCCCTGAACAGTACGCCACCGATCCCGAAGTACTGCGCGCGGCATTTTCCCGGGTGTCCGATCTGGCAGTCGGCAAGCTGATTGAAGACTTGAAACAATAA MKKLFLALLSVALLSGCVTKSLSVEDRHQIKTIKILPVYFAVQNFKYTSMTQAWGAGLGAGAGAATGMAAGASSSATSALTGAGSVAGTKAADGATVDISQAILNNMQAHGIDVGKLVRESFERRIKQEGLFTLVAEGEKADADVEIMVMQWGLSLKNYSTVLYPVIGVNGLMKRGGTSVWRNFNTISPFNESNTLAYTPEQYATDPEVLRAAFSRVSDLAVGKLIEDLKQ NA NA NA NA NA D1-35_04395 360 hypothetical protein ATGGCAAAAGTCACCCCAAACCCACCTGCGGCAGACGAATCCGTATCCCGCGCCGAATCCGCCCGCAACAAGAAACTCGAAGACGCCACCAACCGTGCGTTGAATTTCTACCTGAAACCCAAGCCTGAGGGCGAAACGTCCGAGAATTCCAGCACGCTGTTTCGTATTGATCCTGATGTGGATACGGAGTGTTTGCTTGCGAATCTGAGCGAGAGCCTGGCTTCGGCGAATGCGATGATCAGTGATTTGGCTTTTGATCTGGAAGGGTCAAGGCGGCATGTTGCGTTGGGGATTTTGCAGGTGATCGAGTTGAGTGAGCTGTTGGCGAATCGGGCTTTGGATATTGTTGAGGGGAGATAA MAKVTPNPPAADESVSRAESARNKKLEDATNRALNFYLKPKPEGETSENSSTLFRIDPDVDTECLLANLSESLASANAMISDLAFDLEGSRRHVALGILQVIELSELLANRALDIVEGR NA NA NA NA NA D1-35_04396 732 hypothetical protein ATGAGAACAGTTCTGATGCTGATCGGTTTGGTGTTTGCTACTCAGACGGTTGCAGACGATTGGGGAAGCTTCTCTGACCCGTTGGAGGTCGAGTTTTTACCGACCAAGCATGACGCTAGGTTACTGCGAGATTTCACCTACACTGGGCCAAGCCCCCAGAGACGCTTTTGGATCGCACCCAAAAATACAGTTTCAGATGGGGCTTCGATTCCCAAAGTTGCTTGGTCCGTTATTGGCGGCCCATTTGATGGCCAATATCGTAAGGCTGCGATAATTCATGACGTGGCTTGCGTTGAAAAGACACGAAGCTGGAAGGAAACGCATCTGGCCTTTTACACTGCGATGAGAGCAGCCGGCGTAGATGCTACGACCGCGAAAATTATGTATGCGGCGGTTTACCACTTTGGCCCTCGCTGGGCAGAGCCAAAGCGAGTTCTATTGCCACGCACCAATCTAAAGCTAGTTTCGTATTCCCTTGATGAGATCAATGCTGGTCTTCCGCCAGGAAAGCAAGCTGTGCTTCTGGATGAGGGGCGCGTGATCGATAGAACAATATCAACTGGTCTGTTTGAAACGGAACAGCGTCAGGAGGTTGTTGGCGCAGTAATAGAGGTGCGTGAGCTACAGCCTGATCTATCCGTAGAGGCTTTCGAACAGATGTCACGCAAGATAAAAGAAAAGGATCTGAGTTTGTCGGAAATTGAGATGCTGTCAGCAACGACGGAAAAGTGA MRTVLMLIGLVFATQTVADDWGSFSDPLEVEFLPTKHDARLLRDFTYTGPSPQRRFWIAPKNTVSDGASIPKVAWSVIGGPFDGQYRKAAIIHDVACVEKTRSWKETHLAFYTAMRAAGVDATTAKIMYAAVYHFGPRWAEPKRVLLPRTNLKLVSYSLDEINAGLPPGKQAVLLDEGRVIDRTISTGLFETEQRQEVVGAVIEVRELQPDLSVEAFEQMSRKIKEKDLSLSEIEMLSATTEK NA NA NA NA NA D1-35_04397 339 hypothetical protein ATGTACTCCTGCATCCTGACTAGGCATTACGATGGTCATGTCCGACAACGTCAGCTACGGCAAATTCTCTCTGTGCCTGAGCCTTGGGTTGTCCCGTTCGTGGTGCAGCTAACCGGCGAGTACGTAATCGAAATACTCGATACCTGCGACGCTCACCTGCAAGCGCTCGATCCGGACCTGTACGGAGCGTTCATCAGGGGCAACCCAGAGTACTTCAAAGCCCTACAGGATCGGATGATCAGTTACTGGGATTGCTACTACCGACACCTGTATAGGCACAGGCAAGACTATGTGGGGTTTCGGTTATTCGAGCACTTTCGTAAACTCGCAAAGGGATAG MYSCILTRHYDGHVRQRQLRQILSVPEPWVVPFVVQLTGEYVIEILDTCDAHLQALDPDLYGAFIRGNPEYFKALQDRMISYWDCYYRHLYRHRQDYVGFRLFEHFRKLAKG NA NA NA NA NA D1-35_04398 393 IS66 family transposase ISPa75 GTGCTTTATGACTTCAGTCCCAGCCGTGCAGGGGAGCATGCGCGCAACTTTCTTGGGCAGTGGAACGGCAAGCTGGTATGCGACGATTTCGCTGGCTACAAGGCCGGTTTCGAGAAAGGCATCACCGAAATTAGCTGCGTGGCTCACGCCCGTCGCAAGTTTTTCGATCTGCACGTGGCGAACAAAAGCCAGCTGGCTGAACAAGCGCTGTACTCGATTGGCGGCTTGTACGAAGTCGAACGCCAAACTCGAGACATGAGCGATGAGGATCGTTGGCGAATACGCCAGGAAAAGGCAGCCCCGATCATCAAAACGCAGCATAACTGGATGCTGACCCAACGCGATCTCGTGCCCAATGGATCAGCAACGGCCAAAGCTCTGGTACAGCCTTAA MLYDFSPSRAGEHARNFLGQWNGKLVCDDFAGYKAGFEKGITEISCVAHARRKFFDLHVANKSQLAEQALYSIGGLYEVERQTRDMSDEDRWRIRQEKAAPIIKTQHNWMLTQRDLVPNGSATAKALVQP PGPT0030625_1632 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484 NA NA D1-35_04399 324 IS66 family transposase ISPpu14 ATGGATCAGCAACGGCCAAAGCTCTGGTACAGCCTTAAACGCTGGGTAGCGTTGACGCGCTACTTGGAAGACGGGGCCGTGACCATCGACAATAATCAAGTCGAGAACCAAATCCGACCATGGGCACTTGGGCGCTCCAACTGGCTGTTCGCCGGGTCGCTTCGCAGTGGCAAACGGGCGGCGGCGATCATGAGTCTGATCCAGTTGGCACGCATGAACGGGCATGATCCGTACGCCTATCTGAAAGATGTGCTGACACGGCTGCCGACACAGCGGGCGAGCGAGATTGGTCGATTGTTACCCGATCACTGGCGACCGACGTAG MDQQRPKLWYSLKRWVALTRYLEDGAVTIDNNQVENQIRPWALGRSNWLFAGSLRSGKRAAAIMSLIQLARMNGHDPYAYLKDVLTRLPTQRASEIGRLLPDHWRPT PGPT0030625_3532 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484 NA NA D1-35_04400 165 hypothetical protein ATGCTAGTTTCCGCTGCTGACGCGTTTTTTACAGAGCAACTTTGCGTCCGGGCTGAGGTGACTAGCAGTGACCACCGAATACCGGCTCACACTTTTTATCAGCAGCAAGGTTACGCGGTCGACGAGCGTAGGTTTGTCAAACGGTATGATTTTTCCGGGGCATAG MLVSAADAFFTEQLCVRAEVTSSDHRIPAHTFYQQQGYAVDERRFVKRYDFSGA NA NA NA NA NA D1-35_04401 330 hypothetical protein ATGGAATTGCTGCTGGAAACGGTCGCTCTTTACTCGCTCAAGCTGGCTTATGAGACGGAGGGTCACAGCCCGATTTTGCGGGATGATCCGTTGATGGGGGGTTGTGATCGGGAGGTATTTGGGTTGTTGGTGAGGCGGGGGGATTTGGTTGGGATTCAGGCCGAAATCAGTCGATGCCTGGATTTAGCGCTAGGAGCGGTTGGTGGGGTGGGTACGGCGTTGGGGCGGGAGTTGAATCGTCTGGCTGAAAATCTCCAAACCGTGCCAACGGTGGCACAATTGGATACGTCGCTTGTCGCGCTTAGAGACTATTTGAAGAATATTCAGTGA MELLLETVALYSLKLAYETEGHSPILRDDPLMGGCDREVFGLLVRRGDLVGIQAEISRCLDLALGAVGGVGTALGRELNRLAENLQTVPTVAQLDTSLVALRDYLKNIQ NA NA NA NA NA D1-35_04403 1050 queA COG0809 S-adenosylmethionine:tRNA ribosyltransferase-isomerase ATGCGTGTTGCTGACTTTACCTTCGAACTCCCGGATTCGCTGATCGCTCGCCACCCTCTGGCCGAGCGTCGCGCCAGTCGACTGTTGACCTTGGACGGGGTCAGCGGTGCCATGGCTCACCGTCAATTCACTGATTTGCTTGAGCATTTGCGCCCGGGCGATTTGATGGTGTTCAACAATACCCGAGTCATTCCGGCGCGGTTGTTTGGCCAGAAGGCCTCCGGCGGCAAGCTGGAGATTCTGGTGGAGCGGGTGCTGGACGGGCATCGGGTGCTGGCCCATGTGCGGTCGAGCAAGTCGCCCAAGCCGGGCTCGTCGATTTTGATCGACGGCGGCGGTCAGGCGCGGATGGTGGCGCGGCATGATGCGTTGTTCGAGCTGGAGTTTGCCGAAGAAGTGTTGCCGCTGCTCGACCGTGTCGGGCACATGCCGTTGCCTCCTTATATAGACCGCCCGGACGAAGGTTCGGACCGCGAGCGTTATCAGACCGTGTACGCCGAGCGCCTGGGGGCGGTGGCGGCGCCGACGGCGGGGCTGCATTTTGATCAGCCGTTGCTGGAGGCGATTGCCGCCAAGGGCGTGGAGACGGCGTTCGTGACGCTGCACGTCGGCGCCGGCACGTTCCAGCCGGTGCGCGTGGAGCGCATCGAAGACCACCACATGCACAACGAATGGCTGGAAGTCAGCCAGGAAGTGGTCGATGCCGTGGCGGCATGCCGCGCCCGCGGTGGGCGGGTGGTGGCGGTGGGGACCACCAGCGTGCGTTCCCTGGAAAGCGCCGCGCGCGATGGCGTGCTCAAGCCGTTCAGTGGCGACACCGATATTTTTATCTACCCGGGCCGGCCGTTTCATGTGGTCGATGCCCTGGTGACCAACTTTCATTTGCCCGAATCCACGCTGTTGATGCTGGTTTCGGCGTTCGCCGGTTATCCCGAGACCATGGCCGCCTACAAGGCCGCCGTCGAGCATGGATACCGCTTTTTCAGCTACGGTGATGCGATGTTCATCACCCGTAACCCCGCGCCACGCGGGCCCGAGGAAACCGTATGA MRVADFTFELPDSLIARHPLAERRASRLLTLDGVSGAMAHRQFTDLLEHLRPGDLMVFNNTRVIPARLFGQKASGGKLEILVERVLDGHRVLAHVRSSKSPKPGSSILIDGGGQARMVARHDALFELEFAEEVLPLLDRVGHMPLPPYIDRPDEGSDRERYQTVYAERLGAVAAPTAGLHFDQPLLEAIAAKGVETAFVTLHVGAGTFQPVRVERIEDHHMHNEWLEVSQEVVDAVAACRARGGRVVAVGTTSVRSLESAARDGVLKPFSGDTDIFIYPGRPFHVVDALVTNFHLPESTLLMLVSAFAGYPETMAAYKAAVEHGYRFFSYGDAMFITRNPAPRGPEETV PGPT0023660_2119 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023660-queA-K07568 NA NA D1-35_04404 1134 tgt COG0343 Queuine tRNA-ribosyltransferase ATGAGTCGCACCTGTCGCATGTCCTTCGAGTTGCTTGCTACCGATGGCAAGGCTCGTCGCGGTCGTCTGACCTTCCCCCGCGGTACGGTGGAAACCCCCGCGTTCATGCCGGTGGGCACCTACGGCACGGTCAAGGGCATGCTGCCGCGTGACATCGTTGCCACGGGCGCGGAGATCATTCTCGGCAACACCTTCCACCTGTGGCTGCGTCCGGGCATGGAAGTGATCAAGGCCCACGGCGACCTGCACGATTTCATGCAGTGGAAAGGCCCGATTCTGACCGACTCCGGCGGTTTCCAGGTGTTCAGCCTCGGCGCCATGCGCAAGATCAAGGAGGAGGGCGTGACCTTCGCCTCGCCGGTCGACGGCTCCAAGGTGTTCATGGGCCCGGAAGAGTCGATGCAGGTGCAGCGCGACCTGGGCTCGGACATCGTGATGATCTTCGACGAATGCACGCCGTACCCGGCCGATGAAGACGTGGCGCGGGTGTCGATGGAGCTGTCGTTGCGCTGGGCCCAGCGCTCGAAGAATGCCCACGGCGAAAACACGGCGGCGCTGTTCGGCATCGTGCAGGGCGGCATGCACCAGGATTTGCGCATGCGCTCGCTGGAAGGCCTCGACAAGATCGGCTTCGACGGCCTGGCGATTGGCGGCCTGTCGGTGGGCGAACCGAAGCACGAGATGATCAAGGTGCTCGATTACCTGCCAGGCCAGATGCCCGCTGACAAACCTCGTTACCTTATGGGCGTTGGCAAACCGGAAGATCTGGTTGAGGGTGTGCGCCGCGGGGTGGACATGTTCGATTGCGTGATGCCAACCCGTAATGCCCGCAATGGGCATCTGTTCATCGACACTGGTGTGCTGAAGATCCGTAACGCGTTCCATCGCCATGATGATTCGCCGCTCGATCCGACGTGCGATTGCTATACCTGCCAGAACTTCTCCCGCGCTTATCTGCATCATTTGGACAAGTGCGGCGAAATGCTCGGCAGCATGCTCAATACCATCCACAATTTGCGCCATTATCAGGTGCTTATGGCTGGTTTGCGCGAGGCTATCCAACAGGGTACATTGGCCGCCTTTGTCGAGGCCTTCTATGCCAAGCGCGGGTTGCCTGTTCCGCCTTTGGACTGA MSRTCRMSFELLATDGKARRGRLTFPRGTVETPAFMPVGTYGTVKGMLPRDIVATGAEIILGNTFHLWLRPGMEVIKAHGDLHDFMQWKGPILTDSGGFQVFSLGAMRKIKEEGVTFASPVDGSKVFMGPEESMQVQRDLGSDIVMIFDECTPYPADEDVARVSMELSLRWAQRSKNAHGENTAALFGIVQGGMHQDLRMRSLEGLDKIGFDGLAIGGLSVGEPKHEMIKVLDYLPGQMPADKPRYLMGVGKPEDLVEGVRRGVDMFDCVMPTRNARNGHLFIDTGVLKIRNAFHRHDDSPLDPTCDCYTCQNFSRAYLHHLDKCGEMLGSMLNTIHNLRHYQVLMAGLREAIQQGTLAAFVEAFYAKRGLPVPPLD NA NA NA NA NA D1-35_04405 339 yajC COG1862 Sec translocon accessory complex subunit YajC ATGAGCTTTTTTATCTCTAATGCCATGGCTGACGCGGCTGCACCTGCTGCTGCCAGCCCTATGGGTGGCGGTTTCGAGTGGATTTTCCTGGTCGGCTTCCTGGTCATCTTCTACCTGATGATCTGGCGTCCACAGGCCAAGCGCGCCAAAGAGCAGAAGAACCTGCTCGGCAGCTTGCAGAAAGGTGATGAAGTGGTCACCACCGGCGGCATCGCCGGCAAGATCACCAAAGTGGCGGATGACTTCGTGGTTCTGGAAGTGTCCGACACTGTTGAAATGAAGTTTCAGAAGGGCGCCATCGCGGCCACGCTGCCAAAAGGCACGCTGAAAGCGATCTAA MSFFISNAMADAAAPAAASPMGGGFEWIFLVGFLVIFYLMIWRPQAKRAKEQKNLLGSLQKGDEVVTTGGIAGKITKVADDFVVLEVSDTVEMKFQKGAIAATLPKGTLKAI PGPT0025730_1696 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210 NA NA D1-35_04406 1869 secD COG0342 Protein translocase subunit SecD ATGCTGAACAAATACCCTCTGTGGAAATACCTACTGATCCTGGCGGTGCTGGCGGTCGGTGTGATTTATTCCGCTCCCAATCTCTACCCGGATGACCCGGCCATTCAGGTCAGCGGCGCCAGCACGGCGCTGCAGGTCACCCAGGCCGATCTGGACCGCGCGAGCGCTGCGCTCAAGGCGTCCAATATCGAGGTCAAGGCTGCGTCCATCGCCGAAAACGGCAAGGGCGGCCTGTTGCGCCTGGTCAAGTCTGAAGACCAGTTGCCGGCCAAGGATGTGGTACGCAAGGCGTTGGGCGACGATTACGTTGTGGCCCTGAACCTGGCCCAGACCACCCCGCAGTGGCTGCGCAATCTTGGCGCCCACCCGATGAAGCTGGGCCTGGACTTGTCCGGCGGTGTGCACTTCCTGCTGGAAGTGGACATGGAAAAAGCCCTCGATGCGCGACTGAAAGTCTACGAAGGCGACGTCAAGAGCCTGCTGCGTAAAGAGCGCGTTCGCTATCGCAGCCTGCCGCAGTTCGAAGGTGCCATTCAGCTGGGCTTCAGCGATGAAGATGCCCGCGAACAGGCCCGTGCCCTGATCCGCAAGAATTTCAACGATTTCGACATTGTGCCGGCCGATCTCAATGGTCAGGCGGTGCTGCGTCTGGCGATGACCCCGGCCAAGCTGGCGGAAATCCGCGAATACTCCATCAAGCAGAACTTGACCACGGTGCGTAACCGCGTCAACGAGCTGGGTGTGGCCGAGCCGATCGTCCAGCGCCAGGGCGCCAACCGTATCGTGGTTGAGCTCCCGGGTGTGCAGGACACTGCCGAAGCCAAGCGTATCCTCGGCAAGACCGCCAACCTGGAGTTCCGCCTGGCCGCTGAGCCGGGTGCTTCCAAGGCGACTTCCGAGAGCTTCGAGTTCCGCGAAGGCGGTCGTCCGGTGGCGCAGATCGAGCGCGGCCTGATCATCACCGGTGACCAGGTCACCGACGCCCAGGCGGGCTTCGACGAGCAAGGTCGTCCACAGGTGAACATCCGTCTCGACGGCCACGGCGGCGAACTGATGAGCCGCGCCACGCGCAGCAACGTCGGGCGCAGCATGGCGGTGATCTTCATCGAGCAGAAGCCGACCACCACCTACACCAAACAGGTGGTCAACGGCGTCGAGAAAGACGTACCGGTCCAGACCTTCAAGGAAGAGAAGAAGATCATCAGCCTGGCGACCATCCAGTCGCCACTGGGCAGCCAGTTCCGCATCACCGGCCTGAACGGCCAGGGCGAATCCTCGGAGCTGGCCCTGCTGCTGCGTGCCGGTGGCCTGGCCGCGCCGATGTACTTCGCTGAAGAACGCACCATCGGCCCGAGCCTGGGTGCCGACAACATCACCAAGGGCGTCGATGCCTCCCTGTGGGGCATGCTGTTCGTGTCGCTGTTCATCATCGCCATCTACCGCTTCTTCGGCCTGATCGCCACGGTTGCGCTGGCGGTGAACATGGTGCTGTTGCTGGCCCTGATGTCGTTGCTGGGCGCCACGCTGACCCTGCCGGGTATCGCCGGTATCGTCTTGACGATGGGTATGGCGGTGGACGCCAACGTGCTGATCTTCTCGCGGATACGTGAAGAGATTGCCGCGGGCATGTCGATCCAACGGGCAATCAACGAAGGCTTCGGCCGGGCATTCACCGCGATTCTCGACTCCAACCTGACCACGTTGCTGGTCGGCGGGATTCTCTTTGCCATGGGCACCGGCCCGGTCAAGGGCTTCGCAGTGACCATGTCCCTCGGGATCTTTACCTCGATGTTCACAGCCATCATGGTGACCCGCGCAATGGTCAACCTGATCTTTGGCGGTCGTGACTTCAAGAAGTTGTGGATTTAA MLNKYPLWKYLLILAVLAVGVIYSAPNLYPDDPAIQVSGASTALQVTQADLDRASAALKASNIEVKAASIAENGKGGLLRLVKSEDQLPAKDVVRKALGDDYVVALNLAQTTPQWLRNLGAHPMKLGLDLSGGVHFLLEVDMEKALDARLKVYEGDVKSLLRKERVRYRSLPQFEGAIQLGFSDEDAREQARALIRKNFNDFDIVPADLNGQAVLRLAMTPAKLAEIREYSIKQNLTTVRNRVNELGVAEPIVQRQGANRIVVELPGVQDTAEAKRILGKTANLEFRLAAEPGASKATSESFEFREGGRPVAQIERGLIITGDQVTDAQAGFDEQGRPQVNIRLDGHGGELMSRATRSNVGRSMAVIFIEQKPTTTYTKQVVNGVEKDVPVQTFKEEKKIISLATIQSPLGSQFRITGLNGQGESSELALLLRAGGLAAPMYFAEERTIGPSLGADNITKGVDASLWGMLFVSLFIIAIYRFFGLIATVALAVNMVLLLALMSLLGATLTLPGIAGIVLTMGMAVDANVLIFSRIREEIAAGMSIQRAINEGFGRAFTAILDSNLTTLLVGGILFAMGTGPVKGFAVTMSLGIFTSMFTAIMVTRAMVNLIFGGRDFKKLWI PGPT0029260_721 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0029260-secD-K03072 NA NA D1-35_04407 915 secF COG0341 Protein translocase subunit SecF ATGTTACGTACAATCAACTTCATGGGCGTTCGCAACATTGCGTTCGGCGTCACATTGTTCCTCACGGCACTGGCGTTGTTCAGCTGGGCCACCAAGGGCCTGAACTACGGCCTGGACTTCACCGGCGGTACGCTCATCGAGCTGACCTACGAGCGTCCGGCCGACGTCACCAAGGTGCGTGAGCAACTGGCGAGCTCGGGCTACAGCGATGCCGTGGTGCAGAGCTTTGGCGCCACCACCGATTTGCTGGTGCGTATGCCGGGTGAAGACCCGCAACTGGGCCACCAGGTCGCCGAGGCCTTGCAGAAGGCCGGTGGCGATAACCCGGCCCAGGTCAAGCGCGTCGAGTTCGTCGGCCCGCAGGTGGGTGAGGAGCTGCGCGACCAGGGCGGCCTCGGCATGCTGTTGGCGCTGGGCGGCGTGATGCTCTACCTGGCTTTCCGCTTCCAGTGGAAGTTCGCGGTCGGCGCGATTGTCTCGCTGATCCACGACGTGATCGTGACCGTGGGTATCCTGTCGTTCTTCCAGATCACCTTCGACCTGACGGTGCTGGCGGCGGTGCTGGCGATCATCGGTTACTCGCTCAACGACACCATCGTGGTGTTCGACCGGGTGCGCGAAAACTTCCGTGTGCTGCGCAAGGCCTCGTTGATCGAGAACATCAACATCTCGACCACCCAGACCCTGCTGCGGACCATGGCGACGTCGATCTCCACCTTGCTGGCGATTGTCGCGCTGCTGGTGTTTGGCGGCGACAACCTGTTCGGCTTCTCCATCGCGCTGTTCATCGGTGTGATGGCGGGTACCTACTCGTCGATCTATATCGCCAACGTGGTGCTGATCTGGCTGAACCTCAGCTCCGAGGATCTGATTCCTCCGGCGGCCACCGAGACCGAGGTGGACGACCGCCCGTAA MLRTINFMGVRNIAFGVTLFLTALALFSWATKGLNYGLDFTGGTLIELTYERPADVTKVREQLASSGYSDAVVQSFGATTDLLVRMPGEDPQLGHQVAEALQKAGGDNPAQVKRVEFVGPQVGEELRDQGGLGMLLALGGVMLYLAFRFQWKFAVGAIVSLIHDVIVTVGILSFFQITFDLTVLAAVLAIIGYSLNDTIVVFDRVRENFRVLRKASLIENINISTTQTLLRTMATSISTLLAIVALLVFGGDNLFGFSIALFIGVMAGTYSSIYIANVVLIWLNLSSEDLIPPAATETEVDDRP PGPT0029265_3045 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0029265-secF-K03074 NA NA D1-35_04408 549 hypothetical protein GTGAACAAATCGATGCTGGTTGGTGCGGTATTGGGTGCTGTCGGTGTAACAGCCGGTGGTGCGGTCGCCACCTACAGCTTGGTAAAAAGTGGCCCTGAGTATGCGCAAGTACTGGCCGTGGAACCGGTCAAGACCCAAATCAAGACCCCGCGTGAAGTGTGCAAGGACGTGACAGTGACCCGGCAGAAGCCGGTTCAGGATCAACATCAGATCGCCGGCACCGTGCTCGGCGCCGTGGCCGGTGGCCTGTTGGGTAACCAGATCGGCGGCGGCAACGGCAAGAAGATTGCCACCGTGGCGGGTGCGGCCGGCGGCGGTTATGCCGGTAACAAGATTCAGGAAGGCATGCAGGAACGCGACACGTACACCACTACCCAGACTCGCTGCAACACCGTCAATGACATCAGCGACAAGGTTGTAGGCTACGACGTTCGCTACATGCTCGACGGCAAGGAAGGCAAAGTCCGTATGGACCGCGACCCGGGCAACCAGATTCCGGTCAGCAAGGAAGGCCAACTGATCCTGGGCCAGAACGAACCGGCCCAGTAA MNKSMLVGAVLGAVGVTAGGAVATYSLVKSGPEYAQVLAVEPVKTQIKTPREVCKDVTVTRQKPVQDQHQIAGTVLGAVAGGLLGNQIGGGNGKKIATVAGAAGGGYAGNKIQEGMQERDTYTTTQTRCNTVNDISDKVVGYDVRYMLDGKEGKVRMDRDPGNQIPVSKEGQLILGQNEPAQ NA NA NA NA NA D1-35_04409 1221 uctC Acetyl-CoA:oxalate CoA-transferase ATGGGCGCGCTTTCGCATCTGCGGGTGTTGGATTTATCGAGGGTTCTGGCTGGGCCTTGGGCCGGGCAGATCCTCGCGGACCTGGGGGCGGAGGTCATAAAGGTCGAGCGTCCGGGTAACGGTGACGATACGCGTGCCTGGGGGCCGCCCTTTCTGAAAGACGCTTATGGCGAGAATACGACCGAGGCGGCTTATTACCTGTCGGCCAATCGCAACAAGCAATCGGTCACGATTGATTTCACGCGCCCCGAAGGGCAAAAGCTGATCCGGGAACTGGCGGCCAAGTCCGACATCCTGATCGAGAACTTCAAGGTGGGTGGCCTTGCGGCCTATGGTCTGGATTACGACTCGCTAAAAGCAATCAACCCGGAACTGATCTATTGCTCCATCACCGGGTTTGGCCAAACGGGCCCTTACGCCAAGCGTGCCGGTTACGACTTCATGATCCAAGGGTTGGGCGGCTTGATGAGTCTGACTGGCCGGCCGGAAGGGGATGAGGGGGCTGGGCCGGTGAAGGTCGGTGTTGCTCTGACCGATATTCTTACCGGCCTGTATTCGACCGTTGCCATTCTGGCCGCGTTGGCTCATCGCGATCATTCGGGCGGCGGGCAACATATCGATATGGCATTGCTGGATGTCCAGGTGGCTTGTCTGGCCAACCAGGCGATGAATTACTTGACTACTGGCAGCGCGCCGAAGCGGCTGGGCAATGCGCATCCGAATATCGTCCCTTATCAGGATTTTCCTACGGCTGACGGTGACTTCATCCTTACGGTGGGCAATGACGGTCAGTTCAGGAGGTTTGCCGAGGTCGCCGGTCAACCGCAGTGGGCCGATGACCCGAGGTTCGCGACAAACAAGATGCGTGTGGCGAACCGGGCGGCGTTGATTCCGATGATTCGCCAGGCGACGGTGTTCAAGACAACTGCCGAATGGGTCATACAGTTGGAACAGGCCGGTGTGCCGTGTGGGCCGATCAATGATCTGGCTCAGGTGTTTGCCGATCCTCAGGTGCAGGCTCGCGGGCTGGCAATCGAGTTGCCTCATGCGTTGGCGGGTAAGGTGCCACAGGTAGCCAGCCCGATTCGCCTGTCCGAAACTCCGATCGAGTACAGGAGCGCGCCGCCATTATTGGGAGAGCATACGCTGGAGGTGCTGCAGCGGGTGTTGGGGCTGGACTCGGAGGCGGTCACGGCTCTGAGGGACTCTGGGGTTCTTTAG MGALSHLRVLDLSRVLAGPWAGQILADLGAEVIKVERPGNGDDTRAWGPPFLKDAYGENTTEAAYYLSANRNKQSVTIDFTRPEGQKLIRELAAKSDILIENFKVGGLAAYGLDYDSLKAINPELIYCSITGFGQTGPYAKRAGYDFMIQGLGGLMSLTGRPEGDEGAGPVKVGVALTDILTGLYSTVAILAALAHRDHSGGGQHIDMALLDVQVACLANQAMNYLTTGSAPKRLGNAHPNIVPYQDFPTADGDFILTVGNDGQFRRFAEVAGQPQWADDPRFATNKMRVANRAALIPMIRQATVFKTTAEWVIQLEQAGVPCGPINDLAQVFADPQVQARGLAIELPHALAGKVPQVASPIRLSETPIEYRSAPPLLGEHTLEVLQRVLGLDSEAVTALRDSGVL 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 D1-35_04410 1182 mmgC_5 COG1960 Acyl-CoA dehydrogenase ATGGCCAGTAAGGCGAGCTTCAGCTGGATCGATCCCTTGTTGCTGGACCAGCAACTCACCGAAGAAGAACGCATGATTCGCGACACTGCCGAGCAGTTCGCTCAGCAGAAGCTGGCGCCGCGCGTACTGGAGGCGTTCCGTCATGAAAAGACTGACCCGGCGATCTTTCGTGAAATGGGCGAAGTGGGCCTCCTGGGCGCCACCATTCCCGAGCAATACGGCGGCAGCGGCCTGAATTACGTCAGCTACGGCCTCGTCGCCAGGGAAGTGGAGCGTGTGGACTCCGGCTACCGGTCGATGATGAGCGTGCAGTCCTCACTGGTCATGGTGCCGATCAACGAATTCGGCACCGAGGCGCAGAAACAGAAGTATCTGCCGAAGCTGGCTTCAGGCGAATGGATAGGCTGCTTTGGCCTGACCGAGCCGAACCATGGTTCCGACCCGGGCGCGATGATCACTCGGGCGCGCAAGGTTGAAGGCGGCTACAGCTTGACCGGCAGCAAGATGTGGATCACCAACAGTCCGATCGCGGATGTGTTTGTCGTTTGGGCGAAGGACGACGCCGGCGATATCCGAGGCTTCGTGCTGGAGAAGGGCTGGAAGGGCCTGACTGCTCCGGCGATTCACGGCAAGGTCGGGCTGCGTGCTTCGATTACCGGCGAGATCGTCATGGACAGCGTATTCGTGCCGGAAGAAAACATCTTTCCGGACGTGCGTGGCTTGAAAGGGCCGTTCACCTGTCTGAACTCGGCTCGCTACGGCATTTCCTGGGGCGCCCTGGGGGCTGCCGAGTTTTGCTGGCACACCGCCCGACAATACACGCTCGACCGGCAGCAGTTCGGTCGCCCGTTGGCTGCCAATCAATTGATCCAGAAGAAACTGGCCGATATGCAGACTGAAATCACCCTCGCGCTTCAAGGATGTCTGCGTCTTGGGCGTATGAAAGATGAAGGCACGGCTGCGGTAGAGATCACCTCGATCATGAAGCGCAACTCTTGCGGTAAGTCCTTGGATATCGCACGCATGGCGCGGGACATGCTGGGCGGCAATGGCATCTCCGACGAGTTCGGCATTGCTCGTCATTTAGTGAACCTTGAGGTGGTGAACACCTACGAGGGTACGCACGATGTTCATGCGTTGATCCTTGGCCGCGCGCAAACCGGCATTCAAGCGTTCTATTAA MASKASFSWIDPLLLDQQLTEEERMIRDTAEQFAQQKLAPRVLEAFRHEKTDPAIFREMGEVGLLGATIPEQYGGSGLNYVSYGLVAREVERVDSGYRSMMSVQSSLVMVPINEFGTEAQKQKYLPKLASGEWIGCFGLTEPNHGSDPGAMITRARKVEGGYSLTGSKMWITNSPIADVFVVWAKDDAGDIRGFVLEKGWKGLTAPAIHGKVGLRASITGEIVMDSVFVPEENIFPDVRGLKGPFTCLNSARYGISWGALGAAEFCWHTARQYTLDRQQFGRPLAANQLIQKKLADMQTEITLALQGCLRLGRMKDEGTAAVEITSIMKRNSCGKSLDIARMARDMLGGNGISDEFGIARHLVNLEVVNTYEGTHDVHALILGRAQTGIQAFY PGPT0021815_2019 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D1-35_04411 900 gcvA_7 Glycine cleavage system transcriptional activator ATGCGTCGTAAAATCCCAAGCACCGCCGCCCTGATCAGCTTCGAGGCTGCCGCACGCCACGAAAGCTTCACCAAGGCGGCACTGGAGCTCTCTCTCACCCAAGGCGCTATCTGCCGACAGATTGCCAGCCTGGAGGACTTCCTTGGCGTGGAGCTTTTCCGACGCTCAAGACGCGGCGTCAAGCTGACTGAAGCGGGGCTTTCATATAGCCGTCGAATCGCCACGCAACTGGATGCCGTCGAGCGCGATACCCTTTCAGTGATGGGGCACACCGGCGCGAACGTTATCGAACTCGCCGTCGTGCCCACCTTCGGCACTCAATGGCTGTTGCCACGCCTCAAGGAGTTCCAGCGGCAGCACCCTGAGGTGACGGTCAATCTCACCAACCGCACGCGCCCTTTCCTGTTCGCCGATACGGATTTCGATGCAGCCATCTACTTCGGCGACGCGGACTGGTCCGGTACCGAATCTCACAAATTAATGGGCGAACAGCCGTTGCCGGTATGCAGCCCCTCCTTGCTGGGCAACCGCAAAACTCTGACGCCAGAGGCAATCGCCGAGCTCCCCCTGCTCCAGCAGACAACCCGCCCATACGCGTGGCGCCAGTGGTTCAACTCACAAGACCTTAATATCGCGCGCGACCTGACAGGTCCGCGCTATGAACTATTCTCCATGCTTGCCCAAGCCGCCATGCACGATATGGGTGTTGCCTTGATCCCGCCCTTCCTGATCCAGCGCGAACTGGCGGAGAAGCGCCTGGTCATTGCCAACCCCAATGCCCTGTCGAGCCTCAAGGCGTATTACCTGATGATCCCGGAACGGAAGGTGGAATCGGCCTCGCTGCGGGCATTTCGCGATTGGCTGGTCACCGAAGCTAGAAACTATGACGTTGAAAATTAA MRRKIPSTAALISFEAAARHESFTKAALELSLTQGAICRQIASLEDFLGVELFRRSRRGVKLTEAGLSYSRRIATQLDAVERDTLSVMGHTGANVIELAVVPTFGTQWLLPRLKEFQRQHPEVTVNLTNRTRPFLFADTDFDAAIYFGDADWSGTESHKLMGEQPLPVCSPSLLGNRKTLTPEAIAELPLLQQTTRPYAWRQWFNSQDLNIARDLTGPRYELFSMLAQAAMHDMGVALIPPFLIQRELAEKRLVIANPNALSSLKAYYLMIPERKVESASLRAFRDWLVTEARNYDVEN PGPT0026360_3476 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_04412 1122 pntAA COG3288 NAD(P) transhydrogenase subunit alpha part 1 GTGCACATTGGTGTTCCTCTCGAAACCCAGACGGGTGAAACACGGGTTGCTGCTACCCCGGAAACCATCAAGAAGCTGGTCGGCCAAGGCCATAAAGTCACTGTTGAAAGCGGCGCCGGCATCAAGGCCAGCGTTATTGACAGTGCCTATGAGGCAGCGGGCGCAACCATTGGCAGCGCCAGTGATGCATTCGGGGCCGAACTGATCCTCAAGGTGGTCGCCCCCAGCGACAGCGAGCTGACGCTGATCAAGAGCGGCACCGTTCTGGTGGGCATGCTCAACCCGTTCAACAACGAAACCATCGCCAAGCTGGCCGAACGCGGCATCACCGCATTCGCCCTTGAGGCCGCGCCGCGTACCTCCCGCGCTCAAAGCCTGGACGTGCTGTCGTCTCAAGCGAATATCGCCGGCTATAAAGCCGTGTTGCTGGCCGCCCATCACTATCCGCGCTTCATGCCGATGCTGATGACCGCCGCAGGCACCGTGAAAGCGGCGCGCGTGCTGATTCTCGGCGCGGGCGTGGCCGGACTCCAGGCGATTGCCACGGCCAAGCGCCTGGGCGCTGTGATCGAGGCATCGGACGTGCGTCCCGCAGTGAAAGAGCAAATCGAATCCCTCGGCGCCAAGTTCGTCGACGTGCCTTACGAGACCGACGAAGAGCGTGAATGCGCCGTCGGCGTGGGTGGTTACGCCCGGCCCATGCCTGCCAGCTGGATGCAGCGCCAGGCCCAAGCCGTGCACGAGCGCGCCAAGCAGGCGGACATCGTCATCACCACCGCATTGATTCCGGGCCGCAAGGCACCGACTTTGCTGAGCGCCGAAACCGTCGCGCAGATGAAACCGGGCTCGGTGGTCATCGACCTCGCAGCAGCACAGGGCGGTAACTGTCCGCTGACCGTGGCCGATCAGGTGGTGGTCGAAAACGGCGTGACCATTTGCGGCCCGACCAATCTGGCCGGTGAAGTCGCGGCCGATGCTTCGGCGCTGTACGCCCGTAACCTGCTGGACTTCCTGAAGCTGGTCTTCACCAAGGAAGGTCAGTTCGACGTGAACCTGGAAGACGACATCGTCGCCGCGTGCCTGATGTGCCGCGACGGCCAAGTCATCCGCAAAAACGCCTAA MHIGVPLETQTGETRVAATPETIKKLVGQGHKVTVESGAGIKASVIDSAYEAAGATIGSASDAFGAELILKVVAPSDSELTLIKSGTVLVGMLNPFNNETIAKLAERGITAFALEAAPRTSRAQSLDVLSSQANIAGYKAVLLAAHHYPRFMPMLMTAAGTVKAARVLILGAGVAGLQAIATAKRLGAVIEASDVRPAVKEQIESLGAKFVDVPYETDEERECAVGVGGYARPMPASWMQRQAQAVHERAKQADIVITTALIPGRKAPTLLSAETVAQMKPGSVVIDLAAAQGGNCPLTVADQVVVENGVTICGPTNLAGEVAADASALYARNLLDFLKLVFTKEGQFDVNLEDDIVAACLMCRDGQVIRKNA PGPT0013500_2135 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324 NA NA D1-35_04413 324 pntA COG3288 NAD(P) transhydrogenase subunit alpha ATGGAAGAGCTTATCTCCCCCGGTATCTACAACCTGATCATCTTCGTGCTGGCGATTTATGTCGGTTACCACGTGGTCTGGAACGTTACACCCGCGCTGCACACGCCGTTGATGGCGGTGACCAACGCCATCTCGGCAATCGTGATTGTCGGCGCCATGCTCGCCGCCGCCCTGACTGTAACGCCGCTGGGCAAGACCATGGGCACCCTCGCCGTAGCCCTGGCCGCGGTCAACGTGTTCGGCGGCTTCCTGGTGACGCGCCGCATGCTTGAGATGTTCAAGAAAAAAGCCCCGAAAGCCGTAAAAGAAGAGGCGCCCAAGTAA MEELISPGIYNLIIFVLAIYVGYHVVWNVTPALHTPLMAVTNAISAIVIVGAMLAAALTVTPLGKTMGTLAVALAAVNVFGGFLVTRRMLEMFKKKAPKAVKEEAPK PGPT0013500_3143 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324 NA NA D1-35_04414 1437 pntB COG1282 NAD(P) transhydrogenase subunit beta ATGAGCATGAACCTGGTAACGACGCTCTACCTGATTGCGTCGATCTGTTTCATCCAGGCCCTCAAAGGCCTTTCGCATCCCACCACCTCCCGCCGAGGCAACCTGTTCGGCATGCTCGGCATGGCGCTGGCAGTGCTCACTACCGTGGGTCTCATCTATAAGCTGGGGGCAGAGCTGGCCACTGCCGGCATTGGCTACGTCATCGTCGGCCTGCTGGTTGGTGGTACCGCCGGCTCGATCATGGCCAAGCGCGTCGAGATGACCAAGATGCCGGAGCTGGTAGCGTTCATGCACAGCATGATCGGCCTGGCGGCGGTGTTCATTGCCATCGCGGCGGTAGTCGAGCCGCAATCGCTGGGTATCGTCAAGCAACTGGGCGATTCGATCCCGGCCGGTAACCGTCTGGAGCTGTTCCTCGGCGCGGCCATCGGTGCAATCACCTTCTCCGGTTCGGTGATCGCTTTCGGCAAGTTGTCGGGCAAGTACAAGTTCCGCCTGTTCCAAGGCGCACCGGTACAGTTTGGTGGCCAGCACAAGCTCAACCTGATCCTGGGCCTGGCAACGCTGGGCCTGGGCCTGACCTTCATGTTCACCGGCAACCTCGGCGCGTTCGCCTTGATGTTGGCCTTGGCCTTCGTGCTGGGTGTGCTGATCATCATCCCGATCGGCGGCGCGGACATGCCGGTGGTGGTCTCGATGCTCAACAGTTATTCGGGCTGGGCGGCCGCCGGTATCGGCTTCTCGCTGAACAACTCGATGCTGATCATTGCCGGCTCCCTGGTAGGTTCGAGCGGTGCGATCCTGTCTTACATCATGTGCAAGGCGATGAACCGTTCGTTCTTCAACGTGCTGCTCGGTGGCTTCGGCAACGCCGCAGATGCGGCTGGCCCGGCAGGCTCGAAAGAAGCCCGCCCGGTGAAATCCGGTTCGGCAGATGACGCGACCTTCCTGCTGACCAACGCCGACACAGTGATCATCGTGCCGGGCTACGGCCTGGCGGTGGCACGGGCGCAGCATGCGTTGAAAGAGCTGACCGAGAAGCTGACCCACCATGGCGTGACCGTCAAATATGCGATCCACCCGGTGGCCGGTCGCATGCCCGGGCACATGAACGTCCTGCTGGCCGAGGCCGAAGTACCTTACGACCAGGTGTTCGAGATGGAGGACATCAACTCCGAGTTCGGCCAGGCCGACGTGGTGCTGGTGCTGGGCGCCAACGATGTGGTCAACCCGGCGGCGAAGAACGATCCCAAGTCGCCGATCGCCGGCATGCCGATCCTCGAAGCGTTCAAGGCCAAGACCATCATCGTCAACAAGCGCTCGATGGCCAGCGGCTATGCCGGCCTGGACAACGAGCTGTTCTACCTCGACAAGACCATGATGGTGTTCGGCGACGCCAAGAAGGTCATTGAGGACATGGTCAAGGCCGTGGAATAA MSMNLVTTLYLIASICFIQALKGLSHPTTSRRGNLFGMLGMALAVLTTVGLIYKLGAELATAGIGYVIVGLLVGGTAGSIMAKRVEMTKMPELVAFMHSMIGLAAVFIAIAAVVEPQSLGIVKQLGDSIPAGNRLELFLGAAIGAITFSGSVIAFGKLSGKYKFRLFQGAPVQFGGQHKLNLILGLATLGLGLTFMFTGNLGAFALMLALAFVLGVLIIIPIGGADMPVVVSMLNSYSGWAAAGIGFSLNNSMLIIAGSLVGSSGAILSYIMCKAMNRSFFNVLLGGFGNAADAAGPAGSKEARPVKSGSADDATFLLTNADTVIIVPGYGLAVARAQHALKELTEKLTHHGVTVKYAIHPVAGRMPGHMNVLLAEAEVPYDQVFEMEDINSEFGQADVVLVLGANDVVNPAAKNDPKSPIAGMPILEAFKAKTIIVNKRSMASGYAGLDNELFYLDKTMMVFGDAKKVIEDMVKAVE PGPT0013505_695 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013505-pntB-K00325 NA NA D1-35_04415 1494 cat1 COG0427 Succinyl-CoA:coenzyme A transferase ATGTACCGTGACCGCATCCGCCTGCCTTCGTTGTTGGACAAAGTGATGAGCGCTGCCGAGGCAGCCTTGCTGATCGAGGACGGGATGACCGTTGGCATGAGTGGCTTCACCCGCGCCGGAGAAGCCAAGGCGGTACCTCATGCACTGGCCGAACGGGCCAAGCTCATGCCGTTGAAAATCAGCCTGATGACCGGAGCGAGCCTGGGCAACGATCTCGATAAGGAGCTCACGGAGGCAGGCGTGCTCGCGCGACGCATGCCCTTCCAGGTGGACAGCACCCTGCGCAAGGCCATCAACGCTGGCGAGGTCATGTTCATCGACCAGCATCTATCGGAGACCGTTGAACAGATGCGCAACGCGCAGCTCAAGCTGCCCGATATCGCCGTGATCGAAGCCGTGGCTATTACCGAACAAGGTCATATCGTGCCCACCACATCAGTGGGCAATTCGGCCAGTTTTGCGATTTTCGCCAGACAAGTGATCGTCGAGATCAATATGGCCCACAACCCGAATCTGGAAGGGCTCCACGACATCTATATCCCGAGCTACCGCCCAACCCGCACACCCATTCCCCTGGTGAAGGTCGAGGACCGCATCGGTAGCCCTGCCATTCCAATCCCCGCGGAAAAAATTGCCGCCATTGTCATCACCCATCAAGCGGACTCACCCTCCACCGTCCTGCCACCTGACAGCGATACACAGGCTATTGCCGATCACTTGGTCGATTTTTTCAAGCAAGAGGTGGCAGCCGGACGGATGACCAACAAGCTCGGCCCGTTGCAGGCCGGAATCGGTAATATCGCCAACGCCGTGATGTGCGGCTTGATCGACTCCCCGTTCGAAGAACTGACCATGTATTCCGAGGTGCTGCAAGACTCGACCTTCGACCTGATCGATGCAGGCAAGCTGAGTTTCGCTTCTGGCAGTTCCATTACCTTGTCGGCTCGACGCAATGCCGATGTCTTCGGCAACCTGGAAAGGTACAAGGACAAGTTGGTCCTGCGCCCGCAGGAAATCTCCAACCATCCAGAAGTTGTGCGCCGCCTGGGCATCATCGGCATCAACACAGCGTTGGAATTCGATCTGTACGGCAACGTCAACTCAACCCATGTGTGCGGCACGCGGATGATGAACGGCATTGGCGGATCAGGCGACTTCGCCCGGAATGCGCACCTGGCGGTGTTCGTTACCAAATCCATCGCCAAGGGCGGTGCCATTTCCAGCGTCGTGCCGATGGTCAGCCATGTGGACCATACCGAGCACGATGTCGACATCCTGGTAACAGAGATCGGCCTGGCCGACCTGCGGGGCCTCGCACCACGGGAGCGAGCGAGGGTCATCATCGACAACTGCGTACACCCTATCTATCGCCAGGCGCTCAGCGACTATTTTGAAGCCGCTTGTAAGCTGGGCGGACATACGCCGCATATCCTGAAGGATGCACTCAGTTGGCACCTCAACCTCGAGGAAACCGGACGCATGTTGGCGATTTGA MYRDRIRLPSLLDKVMSAAEAALLIEDGMTVGMSGFTRAGEAKAVPHALAERAKLMPLKISLMTGASLGNDLDKELTEAGVLARRMPFQVDSTLRKAINAGEVMFIDQHLSETVEQMRNAQLKLPDIAVIEAVAITEQGHIVPTTSVGNSASFAIFARQVIVEINMAHNPNLEGLHDIYIPSYRPTRTPIPLVKVEDRIGSPAIPIPAEKIAAIVITHQADSPSTVLPPDSDTQAIADHLVDFFKQEVAAGRMTNKLGPLQAGIGNIANAVMCGLIDSPFEELTMYSEVLQDSTFDLIDAGKLSFASGSSITLSARRNADVFGNLERYKDKLVLRPQEISNHPEVVRRLGIIGINTALEFDLYGNVNSTHVCGTRMMNGIGGSGDFARNAHLAVFVTKSIAKGGAISSVVPMVSHVDHTEHDVDILVTEIGLADLRGLAPRERARVIIDNCVHPIYRQALSDYFEAACKLGGHTPHILKDALSWHLNLEETGRMLAI PGPT0001545_892 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 D1-35_04416 216 hypothetical protein ATGGAACGTACACTCAGTTCCGAGCTGTTTTTCGAACACAAAGCTGAAAAAAACCAGGCTTCCCTGCCTCTTCGCGTTATCGCCAACCTGATGTTGTGGCAGCGCCGCATTGCCAGCCGCCATCAACTGGCTCGTCTGGATTCGCGTCTGCTGGCTGACGCCGGTATCAGCGAAGCACAACGCTACGAAGAGCTGAGCAAGCCGTTCTGGCGCTAA MERTLSSELFFEHKAEKNQASLPLRVIANLMLWQRRIASRHQLARLDSRLLADAGISEAQRYEELSKPFWR NA NA NA NA NA D1-35_04417 318 hypothetical protein ATGATCCGTCTTCGCCTGCTCAGCACAGCTGTCCTGCTGGCCGTAGCCGCCCATTCCAACGCCAGCAGCTTTATCGTCACGACTGACTCCATCGTCGGCGCACTAAAAGCCACTTCCGACGTAACCTCCGACGCCACCTCTTCACTGCGGGACAACAAGATTGTTCAAGCTGCCCGTGATGATGCCGCCAGCTTCGTGGCTAGCGAAGGGGCCATCCGTGGCGTGAAGCTGGAAAGCGCGCTGGATTTCATTCGCCAGCAGGCTCCCCAGCTCAACGCCACCGATGCGCAGTTGGCACAGGCCATCCTGGTTATTTGA MIRLRLLSTAVLLAVAAHSNASSFIVTTDSIVGALKATSDVTSDATSSLRDNKIVQAARDDAASFVASEGAIRGVKLESALDFIRQQAPQLNATDAQLAQAILVI NA NA NA NA NA D1-35_04418 306 hypothetical protein ATGCGTTTTTCAAATCTGTACCGAGTCTTTTTCTTCGCAGCTTTCTGCTGGTCTGTTCCGGCCCAAGCCTTTGACGTGTCCACCCAACAGCTGGTGGCCAGCGCTTATGCCACAAGCCTCGTGACCTCGGCGCCCTTCGACAATAAACTGGTCGTCGCCGCTCGCGATGACGCCGCAACATTCATTGCCAGCGATGGACAGTTGCGAGGCGCACAGTTGGAATCGGCCTTGGCTTACCTGCGCCGGAGCCAGCCAAAACTTCACGCCAGCGACCTTGAACTGGCACAGGCAATTCTCGTCCAATAG MRFSNLYRVFFFAAFCWSVPAQAFDVSTQQLVASAYATSLVTSAPFDNKLVVAARDDAATFIASDGQLRGAQLESALAYLRRSQPKLHASDLELAQAILVQ NA NA NA NA NA D1-35_04419 321 hypothetical protein ATGCGTAGCCCGCTGATTGCTGCCGCCCTTGGCCTGCTGGTGTTGGCCGATGTGGCCCAGGCACATACCTTGGTAGCCACCAGTAACATCATCGTTCGCGCTTCCCAGCGCTCGATCGATTTCACCTCTGACACCACTACCTCCATCCGTGATTCGAAAATCGTCCGTGAAGCCCACGATGACGCGGCCAGCTTCGTCGCCAGCAACGGCGAAATTCGTGGCGCTCATCTCGAGGCCGCTTTCGAAACCTTGCGTACCCGCGTACCGGAAGCTCGCGACGCCAGTGATCAGGTTCTCGCCGAAGCCATCCTCGCATTGTGA MRSPLIAAALGLLVLADVAQAHTLVATSNIIVRASQRSIDFTSDTTTSIRDSKIVREAHDDAASFVASNGEIRGAHLEAAFETLRTRVPEARDASDQVLAEAILAL NA NA NA NA NA D1-35_04420 1962 hypothetical protein GTGAGGCGACTCGCCGCCTGGCTGACGGCCGGGGTCGTGCTGCTTATCGGCAGCACTGCCCAGGCCGGCCTGCAGCTACACCTCAATAGCGACGGCTTGAGCCCGGCGCAACAGCAGGCCAGTCAGGCATTGCTCGATGAAGCCATGCAAGCATTACCTCCGCGCTTCATCGAGCGATTGGACCGGCGCATCGATGTCGGCTGGACCGACCAGATGCCGGAAAACGCCTACGGCCAGGCTTCGCTGGTGTCACAGCTGGACCTCAACCGTAACCTGCTCGACAGCCTCACCGACGGCAGCGCCGCCAGGCAAAAGACCCAGCGGCCGCACGGCACGGTGCGACGAGAGATGCTCGCCACGGTCCTCCACGAACTGACTCATATCTATGATCGCTCGCGTCTATGGCCGGATGCCGAACGTGCGCTGATCCAGCGCTGTACTCGACGCAACAGCAGTGCAGGGTTGATCGGGCTCCCGGATGAATGCCGGGGCGAGAACGACCGCCGCTTCACCCTCAGCGATGATCCACGCTTGCTCGACTTGGCCGGTTGGCCGCAATACGTCGGCCGCCGCGGCGAACGGGAACAGCATAACCGCCAGGTCGCCCGCAGCCCGGACCTCTACGAGACGAGCAGTCCCAAGGAGTTCGTCGCGGTGAACATGGAGTATTTCCTCCTGGACCCGAGCTATGCATGCCGGCGCCCCGCCCTGTATCGCTATTATCAGGAACACTTCGGCTGGGCGCCTGCCGCCAAGGACACCTGCGCCCAGTCCTTCGCTTTTCTCAACGCCGGCAACGATTTTGCCAAGACGCCGCTGGGCAAGGTCGATCCGGAGCGCGTCTACGCCATCGATTACCTGCTGGCCGAAGCCAACCAGAACTGGGTCAGTCGCTGGGGCCACAGCATGCTCCGGCTGGTGATCTGCGCACCAGGCCGACCACGTGGGCCGGATTGCCGGTTGGACCTGGATCAGCATCTGGTGTTGTCTTACCGTGCGTTTGTAGGTGATGTACAGCTGTCGAGCTGGGACGGACTGGTGGGCAAATACCCATCGCGCCTGTTTGTGCTGCCGCTGGCCCAGGTAATCGATGAATACACCAAGACTGAACTGCGCAGCCTGGCATCAGTTCCGCTGAACTTGTCTCGTGCCGAGATCGAGGAGACCGTCGAACGTGCCGCCGAAATGCATTGGAGCTACGACGGAAACTACTACTTCCTCTCCAATAACTGCGCAGTTGAAAGCCTGAAGCTGCTGCGCAGCGGCAGTAACAACGAGCAGCTCAAAGGCCTGGACAGCATCATGCCCAACGGCTTGCTGGAAATCCTCAAGGGTCGAGGCCTGGCGGATACCAGCGTACTGGATGATCCCAAGGAGGCACTGCGCCTCGGTTACCGTTTTGACTCGTTCCGCGACCGCTACCAGGCGATGTTCGAAGTCCTGAAAAAGCATCTGCCCATCAAACAGCAAACCGTTGAAGACTGGCTGGCCCTGGACGCCACTGAACGCCGCGCCTGGTTCGAGCAGGCAGACCTGCGCACCAGCGCGGCGCTGCTTCTATTGGAGCAGGCGAGTTTCCGCCGGCAATTGCTGCTCGCTCAGGATGAGGTCAAGCAGCGCTACCTCAATGCCCGCGAATTGCAGAACGGCGGTATGGAACGGGCAAACGCGACGCTGCAGCAGATTCTCGCCAACAGCGGTTTCCTGAGCCGCCCGGCCGAATTGCTGGGCAGCGGCGGCTATGGTCTGCCGCAACCCAGCGAGTGGCAACGACTGGAATCGGAAAGCAGCCTGCGCCAGAAGCAACTGCAAACGCTCACAGGCGACCTGGATAAGGAGGTTCGAGCGTTGCTGGAGCCGAGCCGCGCAGCTGAAATTGCTGCAAGCGAGGCCAACGTGAAGGTAATCGGCGAACATCTGCGCAAGCTGCACAAGGCCGGGGGCGGGTTGGAGTTGCCCTGA MRRLAAWLTAGVVLLIGSTAQAGLQLHLNSDGLSPAQQQASQALLDEAMQALPPRFIERLDRRIDVGWTDQMPENAYGQASLVSQLDLNRNLLDSLTDGSAARQKTQRPHGTVRREMLATVLHELTHIYDRSRLWPDAERALIQRCTRRNSSAGLIGLPDECRGENDRRFTLSDDPRLLDLAGWPQYVGRRGEREQHNRQVARSPDLYETSSPKEFVAVNMEYFLLDPSYACRRPALYRYYQEHFGWAPAAKDTCAQSFAFLNAGNDFAKTPLGKVDPERVYAIDYLLAEANQNWVSRWGHSMLRLVICAPGRPRGPDCRLDLDQHLVLSYRAFVGDVQLSSWDGLVGKYPSRLFVLPLAQVIDEYTKTELRSLASVPLNLSRAEIEETVERAAEMHWSYDGNYYFLSNNCAVESLKLLRSGSNNEQLKGLDSIMPNGLLEILKGRGLADTSVLDDPKEALRLGYRFDSFRDRYQAMFEVLKKHLPIKQQTVEDWLALDATERRAWFEQADLRTSAALLLLEQASFRRQLLLAQDEVKQRYLNARELQNGGMERANATLQQILANSGFLSRPAELLGSGGYGLPQPSEWQRLESESSLRQKQLQTLTGDLDKEVRALLEPSRAAEIAASEANVKVIGEHLRKLHKAGGGLELP NA NA NA NA NA D1-35_04421 813 trpA COG0159 Tryptophan synthase alpha chain ATGAGCCGCCTGCAAACCCGTTTTGCCGAACTCAAGGAACAGAACCGCGCCGCGCTGGTGACCTTTGTCACCGCCGGTGATCCGGACTACGACACTTCGCTGGCGATCCTCAAGGGCCTGCCTGGCGCCGGCGCGGACGTGATCGAGCTGGGCATGCCGTTCACCGATCCGATGGCTGACGGCCCGGCAATCCAGCTGGCGAATATCCGCGCCCTGGGGGCCCAGCAGAACCTGGCGAAAACCCTGCAGATGGTGCGTGAGTTCCGCAAGGACAACACCGAGACACCGCTGGTATTGATGGGGTATTTCAACCCGATCCATCGTTATGGTGTGCAGCGTTTCATCGGCGAGGCGCTGGACTCCGGCGTCGATGGCCTGATCGTGGTGGACATGCCGCCCGAGCACAACAGCGAACTGTGCGAACCGGCCCAGGCTGTCGGCCTGGACTTTATCCGCCTGACTACGCCAACCACTGACGACGTGCGCTTGCCTACCGTGCTCAACGGCAGTTCCGGCTTTGTCTACTACGTGTCAGTTGCCGGTGTGACCGGTGCCGGCGCCGCAACGCTGGAACATGTGGAAGAGGCCGTGGCGCGTTTGCGTCGCCATACCGATCTGCCGATCAGTATCGGTTTCGGTATCCGCACGCCTGAACAGGCGGCAGCTATCGCGCGGCTGGCCGATGGGGTAGTGGTTGGCTCGGCGCTGATCGACCATATCGCCCGTGCCGACACGTCGGAGCAGGCGATCGATGGCGTGTTGAGCTTGTGTGCTGCCTTGGCTGACGGCGTGCGCAAGGCGCGCCTGGGCTGA MSRLQTRFAELKEQNRAALVTFVTAGDPDYDTSLAILKGLPGAGADVIELGMPFTDPMADGPAIQLANIRALGAQQNLAKTLQMVREFRKDNTETPLVLMGYFNPIHRYGVQRFIGEALDSGVDGLIVVDMPPEHNSELCEPAQAVGLDFIRLTTPTTDDVRLPTVLNGSSGFVYYVSVAGVTGAGAATLEHVEEAVARLRRHTDLPISIGFGIRTPEQAAAIARLADGVVVGSALIDHIARADTSEQAIDGVLSLCAALADGVRKARLG PGPT0007070_1670 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 D1-35_04422 1233 trpB COG0133 Tryptophan synthase beta chain ATGACCCAGCCTACGACCTCTTTCAACCTGCGCAGCGGCCCCGATGCCAACGGCCTGTTTGGCGCGTTCGGCGGCCGCTACGTGGCCGAAACGCTGATGCCGTTGATCCTTGATCTGGCCCGTGAATACGAAGTGGCGAAGGAAGATCCTGCGTTCATTGAGGAACTGGCCTATTTCCAACGGGATTATGTCGGTCGTCCGAGCCCGCTGTATTTCGCCGAGCGCCTGACCGAGTACTGCGGCGGCGCGAAGATCTACCTCAAGCGTGAAGAGCTGAACCACACCGGCGCCCACAAGATCAACAACTGCATCGGCCAGATCCTGCTGGCGCGGCGCATGGGCAAAAAACGCATCATCGCCGAGACCGGCGCTGGCATGCACGGCGTGGCGACTGCCACCGTGGCTGCGCGTTTTGGCCTTGAGTGTGTGATCTATATGGGCACCACCGACATCGAGCGCCAGCAGGCCAACGTGTTCCGGATGAAACTGCTCGGCGCCGAAGTGATCCCGGTGGTTGCTGGCACCGGCACCCTCAAGGATGCGATGAATGAGGCGCTGCGCGATTGGGTGACCAACGTCGACAGCACCTTCTATCTGATCGGCACCGTGGCCGGGCCGCACCCTTACCCAGCGATGGTCCGCGATTTCCAGGCGGTGATCGGCAAGGAAACCCGCGATCAGTTGCAAGCCCAGGAAGGCCGGCTGCCGGATAGCCTGGTGGCATGCATCGGTGGCGGCTCCAACGCCATGGGCCTGTTCCATCCGTTCCTGGATGACAAGAGCGTCGACATCATCGGCGTTGAAGCGGCTGGTTATGGCATCGAGACCGGCAAGCACGCCGCGAGCCTGAACGGTGGCGTTCCGGGTGTGCTGCACGGTAACCGTACGTTCCTGCTGCAGGACGACGACGGTCAGATCATCGACGCCCATTCCATATCCGCAGGTCTCGATTATCCGGGGATCGGTCCGGAACACGCCTGGTTGCATGACATCGGTCGGGTCCAGTACACCTCGGTCACCGACGCCGAAGCTTTGGAAGCTTTCCATAAATGCTGCCGTCTTGAAGGGATCATTCCTGCGCTGGAAAGCGCCCACGCCTTGGCTGAAGTGTTCAAGCGCGCACCGAACCTGCCCAAGGATCACCTGATGGTGGTCAACCTGTCCGGCCGCGGCGACAAAGACATGCAAACCGTGATGCACCATATGGAACAGTCCCAGCAGGAGAAACATTGA MTQPTTSFNLRSGPDANGLFGAFGGRYVAETLMPLILDLAREYEVAKEDPAFIEELAYFQRDYVGRPSPLYFAERLTEYCGGAKIYLKREELNHTGAHKINNCIGQILLARRMGKKRIIAETGAGMHGVATATVAARFGLECVIYMGTTDIERQQANVFRMKLLGAEVIPVVAGTGTLKDAMNEALRDWVTNVDSTFYLIGTVAGPHPYPAMVRDFQAVIGKETRDQLQAQEGRLPDSLVACIGGGSNAMGLFHPFLDDKSVDIIGVEAAGYGIETGKHAASLNGGVPGVLHGNRTFLLQDDDGQIIDAHSISAGLDYPGIGPEHAWLHDIGRVQYTSVTDAEALEAFHKCCRLEGIIPALESAHALAEVFKRAPNLPKDHLMVVNLSGRGDKDMQTVMHHMEQSQQEKH PGPT0007075_1537 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 D1-35_04423 918 trpI HTH-type transcriptional regulator TrpI ATGAGCCACGACCTCCCGCCGCTAAACGCCTTGCGTGCCTTCGAGGCCACCGCCCGCCTGAACAGCGTAAGCCAGGCGGCGGAGCAGCTGCACGTCACCCACGGTGCCGTCAGCCGGCAATTGAAATTGCTCGAAGAGCACTTGGGTGTCAGCCTGTTCATCAAGGATGGCCGTGGCCTGAAACTCACAGATGCAGGTTTGCGTCTGCGTGACGCCAGTGCCGACGCATTCGAACGCCTGCGCACGGTTTGCGCGGAGCTGACGCAAAGCACTGCGGACGCGCCGTTCGTGCTGGGCTGCTCGGGCAGCCTGCTGGCGCGCTGGTTCATACCCCGCCTGGGCAGGCTCAACGCTGATCTTCCCGACTTGCGCCTGCACCTGTCCGCCGGCGAAGGCGACCTGGACCCGAGGCGACCTGGACTGGACGCCCTGCTGGTATTCGCCGAACCGCCCTGGCCAGCCGACATGCAAGTGTATGAACTGGCCAGCGAGCGAATCGGCCCGGTGATCAGCCCGCGCTACGCCGGATTCGCCCAACTGCGGGACGCACCGGCCAGCACACTGTTGGGCGAGCCGCTATTGCATACCACCTCTCGCCCACAGGCCTGGCCAACCTGGGCACGGCAAAATGCCTTGGAACCCCAGTCACTAAGATTCGGGCAAGGTTTTGAGCATCTGTATTATTTACTCGAGGCCGCGGTAGCCGGGCTTGGCGTGGCAATCGCACCGGAACCGCTAGTAGCCGAGGACGTTCGTGCCGGACGCCTGGTCGCGCCGTGGGGCTTCAGTGAAACTCCGGCGCGGCTGGCGTTGTGGTTGCCCAAGCGCGCCGCGGATGGACGCGCCCGGCAATTGGCACAGTGGCTCAGGCATGAGCTGAGCCCACCCATTCAGTCACCGCGCTTGCACAACAAATAA MSHDLPPLNALRAFEATARLNSVSQAAEQLHVTHGAVSRQLKLLEEHLGVSLFIKDGRGLKLTDAGLRLRDASADAFERLRTVCAELTQSTADAPFVLGCSGSLLARWFIPRLGRLNADLPDLRLHLSAGEGDLDPRRPGLDALLVFAEPPWPADMQVYELASERIGPVISPRYAGFAQLRDAPASTLLGEPLLHTTSRPQAWPTWARQNALEPQSLRFGQGFEHLYYLLEAAVAGLGVAIAPEPLVAEDVRAGRLVAPWGFSETPARLALWLPKRAADGRARQLAQWLRHELSPPIQSPRLHNK PGPT0026360_2372 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_04424 327 yqjD_2 COG4575 putative protein YqjD ATGGCCAGCACTTCGTTACGTAAAGCCTCGTTGCAAAGCATGGAAGCGGAGATCGAGAGTCTGCTCAAGTCCTTGGAAAGCCTGAAGGACGACGCTTCGGACGAGTCGCGCAAAACCCTCAAGTCGCTCAAGGCCAATGCCGAAAGCGCACTGAAACACTCTCGGCATCTGCTCAGCGATGCGTATGAAGAGGTCAAGGTGAAAACCCGTGAAACCGGGATCGCCACCCGTGATTATGCTCAAGAACACCCCTGGACCACGGCCGGTGTCGCGGTTGGGGCGCTTGGTTTGCTGGCCGCTTATTTGTTGTGCAAGCGCGGTGACTGA MASTSLRKASLQSMEAEIESLLKSLESLKDDASDESRKTLKSLKANAESALKHSRHLLSDAYEEVKVKTRETGIATRDYAQEHPWTTAGVAVGALGLLAAYLLCKRGD NA NA NA NA NA D1-35_04425 216 COG3360 Dodecin ATGAGTGATCATCACACGTACAAAAAGGTCGAACTGGTCGGCTCGTCTCCCACCAGCATTGAAGACGCCATCAACAATGCCCTGGCGGAGGCCAGCAAAAGCCTCAAGCACCTGGAATGGTTCGAGGTCACCGAAACCCGCGGTCACATCGAAAACGGCCGTGCCGCGCACTTCCAGGTGACCATCAAGGTCGGGTTCCGGATCGCCAATAGCTGA MSDHHTYKKVELVGSSPTSIEDAINNALAEASKSLKHLEWFEVTETRGHIENGRAAHFQVTIKVGFRIANS NA NA NA NA NA D1-35_04426 225 hypothetical protein ATGAAGAAGTTGATGGTGGCCCTGGGTCTGCTGAGCCTTGCGGGTAGCGCGTTTGCGGCCGGCAAGCCCTGCGAAGAGCTGAAAAGCGAAATCGCGGCGAAGCTTGATGCCAAAGGTGTATCGGGTTATTCGCTGGAAGTTGTCGATAAAGGCGCAGCGGCTGACGCAAAAGTCGTCGGCACCTGCGAAGGCGGTTCAAAGGAAATCGTCTACAAACGCGGCTGA MKKLMVALGLLSLAGSAFAAGKPCEELKSEIAAKLDAKGVSGYSLEVVDKGAAADAKVVGTCEGGSKEIVYKRG NA NA NA NA NA D1-35_04427 1002 hypothetical protein ATGAAACAGCTGTCCGAAGTCAAATTTTCAACCCTCGACCTTGTCCCCGTTCGTGCCGACGGCAACGCTGCCCAGTCCTTGCGCAACTCCCTCGACCTGGCGCAACACGTGGAAAAATACGGCTACACCCGCTTCTGGGTAGCGGAACACCACAATATGGATGGCATCGCCAGCTCCGCGACGGCGGTGTTGCTGGGCTATCTGGCGGGCGGCACATCGACCATTCGTGTCGGCTCCGGCGGGGTGATGCTGCCGAATCATGCGCCTCTGGTCATTGCCGAGCAGTTCGGCACGTTGGAGAGCCTGTTTCCGGGCCGGATCGATCTCGGGCTGGGCCGCGCACCCGGCTCCGACCAGATGACCGCCCGGGCGCTGCGCCGTGAACGCTCCGGCAGTGCCGATGATTTCCCTGACGATGTGGCTGAACTGATGCGTTACCTCGGCCCGCGAACCCCGGACCAGCGGATCATTGCCATGCCGGGCACGGGGACCAACGTGCCGGTGTGGCTGCTGGGTTCGAGCCTGTTCAGTGCACAACTGGCCGGAGAGCGCGGGTTGCCCTACGCCTTCGCCTCGCATTTCGCACCGCGTTTCATGCATGAAGCGATTCGCGTCTATCGCAATCATTTCAAACCGTCTGCGGTGCTGGACAAACCTTACGTCATGCTCGGCGTACCGCTGGTGGCGGCGGATACCGATGAGCAGGCCGATTACCTGGCGACTTCGGTATACCAGCGCATCCTGGCGTTGATGCGCGGCCAAAGTCTGGTACAGCGCCCGCCAGTGGAAACCATGAATGGCCTGTGGCTGCCCCATGAGAAAGAAGCGGTCGGTGACTTCCTTGGCTTGGCGATGATCGGTGGGCCGCAGAAAATCCGCGCCAGGCTGGAGGTGCTGATCGAGCAAACCCAGGCCGACGAGCTGATTTTTACCAGCGATTTGTACGAGCACACCGACCGGCTGCACTCCTATGAGCTGCTGGCGCAAGTCATGAAAGGCTGA MKQLSEVKFSTLDLVPVRADGNAAQSLRNSLDLAQHVEKYGYTRFWVAEHHNMDGIASSATAVLLGYLAGGTSTIRVGSGGVMLPNHAPLVIAEQFGTLESLFPGRIDLGLGRAPGSDQMTARALRRERSGSADDFPDDVAELMRYLGPRTPDQRIIAMPGTGTNVPVWLLGSSLFSAQLAGERGLPYAFASHFAPRFMHEAIRVYRNHFKPSAVLDKPYVMLGVPLVAADTDEQADYLATSVYQRILALMRGQSLVQRPPVETMNGLWLPHEKEAVGDFLGLAMIGGPQKIRARLEVLIEQTQADELIFTSDLYEHTDRLHSYELLAQVMKG 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 D1-35_04428 432 osmC COG1764 Peroxiredoxin OsmC ATGGCTATCGTCAAGAAAGCATCGGCTCACTGGGAAGGTGACCTGAAGACCGGAATCGGCTCCATCTCCACGGAAACCGGCGTGTTGCGCGAAGCGCCCTATGGTTTCAAGGCCCGTTTTGAAGGCGGCAAAGGCACCAACCCCGAAGAATTGATCGGCGCGGCCCATGCGGGCTGTTTTTCCATGGCGTTTTCGATGATTCTCGGCGATGCCGGGCTCAAGGCCGACAGCATCGACACCAACGCCGAAGTGACGCTGGACCAGGTTGATGGCGGCTTTGCGATTACCGCGGTGAAACTGATCCTCAAGGCCAAGATTCCGGGCGCCACCCAAGCGCAATTCGAGGAATTGAGCAACAAAGCCAAGGAGGGTTGCCCGGTTTCCAAGGTGCTCAACGCCAAAATCACCCTGGAGGCCTCGCTGGTAAATTGA MAIVKKASAHWEGDLKTGIGSISTETGVLREAPYGFKARFEGGKGTNPEELIGAAHAGCFSMAFSMILGDAGLKADSIDTNAEVTLDQVDGGFAITAVKLILKAKIPGATQAQFEELSNKAKEGCPVSKVLNAKITLEASLVN PGPT0013160_972 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 D1-35_04429 234 hypothetical protein ATGAAACGATTCGCCCTGGCAGTCATCGGTTGCGCATTGGCCACATCGGCCCTCGCGGCACCCAAGCCCTGTGAAGACCTCAAGAGCGAGATCGAAGCCAAGATCCAGGCCCAAGGCGTGGCCTCCTACACGCTTGAAATCGTCACCAATGAAGAAGTCCATGACCAGAACATGGTGGTGGGCTCCTGCGAGAACGGCACCAAAAAAATCATCTACCAGAAGAACGACCGCTAG MKRFALAVIGCALATSALAAPKPCEDLKSEIEAKIQAQGVASYTLEIVTNEEVHDQNMVVGSCENGTKKIIYQKNDR NA NA NA NA NA D1-35_04430 429 hypothetical protein ATGCGCCTACCCACGCTGTTGTTGGCTCTCGCCACGTTGAGCGGATGTGCAACGAGCCCATTGCCTGAAATGGACCCGAACATGGCCTGGGTCGATTTCGCCACGCCAATGCCGGGCGGCAAATTGCTGATGGCTGAAAGCCTGGACGGCCAGCGACTGCGGGACGGGCGATTTTTCCAGGTCTCGCCGGGTAGTCATGAATTGAAGGTGCGCTTCGACTTCGAGGTGTTCGGCGCTGGCGGTGGGCTGGGCATGATGAGCGAGCCGAAAGAACGGCTGTGCTACCTCATCGTACGCTACGACCATTTCGAGGCCGGCCAGCGTTATCGCCTGGAGGCTCGCAACCTGGCTTACTCCCCAAGCGCCCGGCTCTATAACGCCAAGCGTGAAATCGTCGCCGAGGATCGGCAGGCCAATTGCCTGATGTAG MRLPTLLLALATLSGCATSPLPEMDPNMAWVDFATPMPGGKLLMAESLDGQRLRDGRFFQVSPGSHELKVRFDFEVFGAGGGLGMMSEPKERLCYLIVRYDHFEAGQRYRLEARNLAYSPSARLYNAKREIVAEDRQANCLM NA NA NA NA NA D1-35_04431 414 hypothetical protein ATGCGCGTGTTGATGCTGACTTGTGGCCTGTCGCTGCTGACCGGTTGTGCCGGTTTGCCTGATCCCGATCCCTCTCAAGCGTGGATCGACCTGGGAAATCATCGGGACACGGCTTTGCAAGCGCTGGAAGTCGATGACAAAGCCTCCATCGACCGTCGTTATTTCGAAGTGCAGCCCGGCAGCCATGAGCTGACGGTGCGTTATCAATTTGCCGTGGAACCGGGCAACATCGGCCCGGATGCCGAACCGTTGTGGCGTGATTGCCGGTTGAACGTGAAATTCAAGGATTTCAATGCGGGCCGGCGCTACCAGCTGCAGGCCGGCAGTATCGGCTTCCGTCCGTGGGCCAAGCTTTATGACGAGCAACGAAAGGTGGTGGGCCAAGGCACGCCGGCGGGCTGCCAGCAAAGCTGA MRVLMLTCGLSLLTGCAGLPDPDPSQAWIDLGNHRDTALQALEVDDKASIDRRYFEVQPGSHELTVRYQFAVEPGNIGPDAEPLWRDCRLNVKFKDFNAGRRYQLQAGSIGFRPWAKLYDEQRKVVGQGTPAGCQQS NA NA NA NA NA D1-35_04432 1077 hypothetical protein GTGCTTTTGTTACTCAACGGTTGTTCCAGCCTCGGTTACTACAGCCAGCTCGCCAGTGGGCAGATACGACTGCTGCAAGCTCGAGAGCCGATCGACCGGGTCATCGCCGACCCCGCCCGTGATCCAAAATTGCGCGCGCATCTGGCCCAGGCGCGCGAAGCCCGGACGTTCGCCAGCGCCCACCTGCACCTGCCCGACAACCAAAGCTATCGCCTGTACGCGGACATTGGCCGTCCCTTTGTCGTCTGGAATGTCTTCGCCACCGCGGAATTTTCCCTGGCCCCGCAAACCCACTGCTTCCCCATTGCCGGTTGTGTGGCGTATCGCGGCTACTACAGCCACAGTGCCGCCCGAGGCGAGGCAGCGATGCAGCGCTTGCGCGGCATGGATGTCTCGATTGGTGGCGTAGAGGCTTATTCGACACTGGGCTGGTTCAATGACCCGATCCTCAGTTCGATGCTGCATTGGGGCGACGAGCGCTTGGCGACGCTGATCTTTCATGAACTGGCGCACCAGCGCTTCTACGTGAAAGACGACACCGAATTCAATGAATCCTTTGCCACCTTCGTCGAGCAGGAAGGCACCCGCCAATGGCGCGCCCAACGCGGACTGATACCGGACAATGGCAACAAGGTGCGCCAACGCGAGCAATTCATCCAACTGATCCTCGACACCCGCCAGCGGCTCGAAGCCCTTTACGCCCTCCCCCTGCCGGCCGAACAGATGCGCCAGCGCAAGGCCGCGGAATTCGAACGCCTGCGTGCCGACTATGAACACTTGCGCGACACCCAATGGGCCGGCGACAAGCGCTACGACGCCTGGGTCTACGCACCACTGAACAACGCCCGATTGTTGCCCTTCGGCCTGTATGACCAATGGGTGCCGGCGTTCGCGACGTTGTTCAGGCGTGAGGGCGAAGATTGGGTCAGGTTTTATGCCGCCGTGGAGAAGCTGGGTCGGTTGGCGGTGGATGAGCGAAAGGCAGCGTTGAAAGCATTGGCAGCATCGCCAACGGCGAGCCTTCTCACCACCAGAATGAGCCACCTGCCATCAGCGCCCGCAACTGCGTCACACTGA MLLLLNGCSSLGYYSQLASGQIRLLQAREPIDRVIADPARDPKLRAHLAQAREARTFASAHLHLPDNQSYRLYADIGRPFVVWNVFATAEFSLAPQTHCFPIAGCVAYRGYYSHSAARGEAAMQRLRGMDVSIGGVEAYSTLGWFNDPILSSMLHWGDERLATLIFHELAHQRFYVKDDTEFNESFATFVEQEGTRQWRAQRGLIPDNGNKVRQREQFIQLILDTRQRLEALYALPLPAEQMRQRKAAEFERLRADYEHLRDTQWAGDKRYDAWVYAPLNNARLLPFGLYDQWVPAFATLFRREGEDWVRFYAAVEKLGRLAVDERKAALKALAASPTASLLTTRMSHLPSAPATASH NA NA NA NA NA D1-35_04433 852 pknB COG0515 Serine/threonine-protein kinase PknB ATGCCAAAGATACTTGCCGGTCGCTATTGTCTCGAACGATTGCTCGGTGCCGGTGCCGGTGGCATGGGGGTGGTCTATCGGGCCCGCGACCTCCTCCATGAACAGTACGGCGATCCGGATCCTTACGTTGCGGTAAAAATGCTCAGCGAGGAACTCGGTGATGCCCCGGACGCGGGTGCGCTGCTTTATAGCGAGTTTGCCCTGAGCCGGCGCTTGAGCCATCCGAACGTGCTGCGCCCATACACGTTTGAAGTCGACGCTGCCCAGCGACGGGTTTTCATCACAATGGAGCTGATGCGCGGCTTGACCCTGGACAAGTTACTCTGCGAATCCCCCCTCGGTTTGCCCTGGCCCGAGTTGCAACCGATCGCAATTCCACTGCTTGACGCCATCGCACATACCCATGGCCGAGGCGTAGTGCATGGTGACATCAAACCGAGCAATGTCATGCTGAGTGCAGAAGGTGTGCGTTTGTTTGACTTCGGCCTGGGCCTGACTGAGGAGGGCCCCTTGAAAGGCTTGCCTTCGCTGAACCGCCAACGTCTCGGCGCCTGGACGCCGGCCTACGCCGCCCCAGAATTGCTGGAGGGAAGCCCCCTGTCTGCATGCACCGATCTCTATAGCCTGGCTTGCGTGCTGTACGAACTGGCGAGCGGCAGACACCCATATCGGCGTCTACCTTCAACCCAAGCTCGCGATACCGGGCTGGAGCGTGAGCTCAAGGCTCCGCGCAACTTGCCCAGGCGTTACTGGACAGCATTGCGCACGGCGCTGGCCCTAGATCCTGAGCGGCGCAGTATCAGTGTGACGCAGTTGCGGGCGCTGATGGCAGGTGGCTCATTCTGGTGGTGA MPKILAGRYCLERLLGAGAGGMGVVYRARDLLHEQYGDPDPYVAVKMLSEELGDAPDAGALLYSEFALSRRLSHPNVLRPYTFEVDAAQRRVFITMELMRGLTLDKLLCESPLGLPWPELQPIAIPLLDAIAHTHGRGVVHGDIKPSNVMLSAEGVRLFDFGLGLTEEGPLKGLPSLNRQRLGAWTPAYAAPELLEGSPLSACTDLYSLACVLYELASGRHPYRRLPSTQARDTGLERELKAPRNLPRRYWTALRTALALDPERRSISVTQLRALMAGGSFWW PGPT0030450_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030450-stk1-K11916 NA NA D1-35_04434 729 prpC_3 COG0631 Protein phosphatase PrpC ATGCTTCACTCCGGCAGGTGGCGCAGCGCTGCGCGTACCGATCCCGGCAAGGTTCGCTCGCGTAACGAGGATGCCTCCCTGGAATGTCCGGAGCAGGGAATCTGGGCCGTTGCCGACGGAATGGGCGGCCACTCGGGCGGCGATATGGCCAGCCAACTGGTAGTTGCCAACCTCGCGGAGCTGCCCATTCATCGAGATATCGATGAGCGTTCGAGAGCGGTGCGCCAGTGCCTGCGCTGGACCAATCGAAGACTGAGTCAGGAATTGACAGTTACTGCTGAAAATCCGCTCGGCATCATGGGAAGCACCGTCGTGGTGCTGTTACTAGAAGGCAAACGTGCCGCTTGTATCTGGGCTGGCGACAGCCGCTGCTACCTATGGCGTGATCGGCAGCTGTATCAATTGTCCAAGGATCATTCCCTGCGCCAGCAACTGATCGACGAGCATCAGGCCAGTCTCGAGGAGGCAGATGCTCACCCCGCGGCGAAGGCGCTGACCCGTGCAGTAGGCGCCTCGCACGAACTGACGTTGGAAATCCTGGAGTTGGACGTTCATTACGGTGATACGTTTTTGTTGTGCAGCGACGGTTTGTATCAGGACCTTGGCGGAAAAGCGCTCGGTGATGCGATGAGCCTGGCTTCCCCGAGCAGAGCATTGGAACATCTTTTCGCAGGGGTTTTGAGCGGTCGGGCGAGGGACAACCTGACGGCGGTGGTGATACGTAAGTGA MLHSGRWRSAARTDPGKVRSRNEDASLECPEQGIWAVADGMGGHSGGDMASQLVVANLAELPIHRDIDERSRAVRQCLRWTNRRLSQELTVTAENPLGIMGSTVVVLLLEGKRAACIWAGDSRCYLWRDRQLYQLSKDHSLRQQLIDEHQASLEEADAHPAAKALTRAVGASHELTLEILELDVHYGDTFLLCSDGLYQDLGGKALGDAMSLASPSRALEHLFAGVLSGRARDNLTAVVIRK PGPT0002605_80 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0002605-stp1|pppA-K11915 NA NA D1-35_04435 3489 hypothetical protein ATGAAATCGCTTTTCAGGAAAATGGGCGCCTGGTTGCGTCGGACTTGGGTCTGGACGCTGTCTTTGGTGCTTTTTATCGGATTGCTGGTGTGGTTTGTCGGACCGTTGCTGGCTGTTGCCGATTACAAGTTCTGGGCGAGCCCGACGGCACGTCTGCTGACGATCAGCGCGATGTTTCTGGCATGGGGACTGGGCATGGTTTTCTACTCTGAGCGCGTCTCGGAAAGCGAGAAGAAAGCCGAAGCCAATTCGCCACGTACGTTCAGTCGGACCAGGATAGACGATCAGCGCCGCGAGCTGCGCTCGCGCTTCAAGAAGGCTTTGGAAACGTTAAAGACCTCAAGCCTGTATTCCGGCCACGGCGAGTACTGGCGTGATGATTTACCCTGGTATTTGATAATGGGCCCTGCTGCCAGCGGAAAGACCAGCCTGCTGGCCTGTTCGGGTCTCGAATTTGCGTTCGACAGGTTTGAGCGTGATCCCTCGGAAGACGCTTGCGGTACACAACATTGCGATTGGTATTTTGCCCAACAGGCTGTGCTGGTCGATACGCCGGGACGCTACCTGACCCAGGCGGATCCAGATGTCGATGCTGATGCCTGGAGCGGGTTGCTCGAATGGCTGCGCAAGCGTCGCCATCATTGTCCATTGAATGGCGTGCTGTTGACGGTGCCTGTCGAGGTGCTGCTGGGAAGCGAGGATGAGGTTGCCCGGCTTGCCAGTCATATCCGGGCCCGTCTGCAGGATATCCAGCGCCAACTGCGCGCCGACATGCCGGTCTACCTCGTGCTGAGCAAGGCGGACTGCGTGCCTGGCTTTAACGAATTCTTCGACTCGATGACCCGGGAGGAGAGCGACCAGGTACTGGGCGCGAGTTTTGGTCGGGGCCCGCACGGTAACGATGTGACCGTATCGCGAACCGAATTCGAGTCTCTACTGCACAGGCTCAACAGTCAGTTGCTCACGCGTCTGCATCAGGAGCGAGATGCCGGACGTCGTGGTCTCATCCTGGATTTTCCCCAGCAACTGGCGCAGATGGGCACGCATCTCTGTCTGCTGCTCGAGCAAGTCTCCAATGGCAAGGCGTCCGCAATTCGGGGCTTTTACTTGACCTGCGCCTCGCGGCCTGGCGCTGCGGCTGCCAGCCCCGGCGATGCGAGCCCTGGCACTCGCCGCGAGCTTTCGCGGTCCTCTCGCGAAGGTATCAACTCCCGATTTATCCACCACTTGCTGACGCGGGTCATTTTTCCCGAAGCCGATCTGGCCCGCTTGGGGCGGAGCGAACATAGGCGTATCCGTTGGAACCAGCGTATGGTTTATTTCGCAGCGCTGGCGACCGTTGGATTGTTCGGGCTGCTGTGGGCACAGGGTTTTTCGGCCAACCACGAACGTCTGGAACATTTGTGGATGTTGGGCCAACGTTGGGAACAACTGCGCTTGGCGCCGATGGCCAGCGACGACTCGATTGCGCTGCTCGATTCGCTTGATGTCCGCTTCGAGGCCACTCAGGTCTTTGCTCCGGAAAAAGCGGTGCCACTGCATGAACGCATTCGTTTATATCAGGGGGATGCAACCAGCCCCATGGTGGTTGGCGCCTATGAACACGAATTGCAATCGCGACTCCTGCCTCGGGTCGCGAAAATGCTTGAGGAGCATATTCAGGGCAATCTGGGTGACCGTGAACGTTTGCTCAACAGTCTGCGCGCGTATTTGATGCTGGCCAGGCCCGAGCGACGCGACGCGGCATGGCTCAAGGATCGGCTTGCCCGCGATTGGTCGCTGCGTTATCCCGGCAATCCAGCGATCCAGAACGGCTTGAACACTCACTTCGAGCGTCTATTGGACGTGCCTCTCGCCTATGAGGTGGACGAGTCATTGGTGGCCCAGGCGCGGAAAATCCTGCGCGGTGAGTCCCTGGCGGACGTTGTTTACCGAATGCTTCGCGAGCAGGCCAACCCGCTGCCGCCATACAGTCTCAGCCAACATCTGGGCCCGCAGGGTGCGTTGCTGGTCGGCACTGACCAGATCATTCCGGGCTTCTATACCCGTCAAGGTTATGAGCAGTACTTTTCAGTCCAAGGCACGACGCTGATTACCGGACTACTACAGGACAACTGGGTGCTGGGCGAAGGTGCGAATCCCAGCGGCATGGACATGCGTCGTCTCATGAGCGAACTGGAGCAATTGTACTTTCGTGACTATGCCGAACGCTGGAGCGAGGCGATCGGGCGGGTCGGCTTGCGAAGGGCTGATAGCACCAGTGAAGCCGCCGGGCAATTGGCAGAGCTGACGTCGGCGTATTCGCCTCTGGTGCAATTGCTGGTGCAGGTGCGTGAGCACACGCGCATCCAAGGCATTGCCGAACGTATGGATGAAGCGACGCAAACGATCGGAAACAGCAGCAGTACCGTTTTGCATACGGTCGCCCTCGCTGGCAAAGCCGCCAGCTCCGTGGCAGCGAGGCTGCCGGAAGTCGGGCAGAAATCCTTACAACGGCGTTTTGAGCCATTGCACCGTCTGCTGGACGCTGAAGGTGGCCCCGCAGGCGACCTGATCCTGGCGTTGCGCGCTCTTGATGACGTCGACTCGCAGTTGGCCACTCTGACCCGCGCGAGTGCACCGGAGCAAGCCGCCTTCGAATTGGCGAGACATCGCATGGGTGTTCAGCAAGATGCGCTGAGCAATTTGCGTAGCGCGTCGGCACGCTTGCCGCGCCCGCTCAGTGGATGGCTCAACGGGCTTGCAGAGGATAGCTGGCGCCTGGTGCTCGATGATTCATATCGATACCTGAACCAGCGCTACCAGAGCGAGCTCTACACGTTCTACGCAAAGGCAATCAACAAGCGGTATCCGTTCAATGCCCACAGCGCCAGCGATGTCGCGATCAATGACTTCCGGGAGTTTTTCAAGGACCAAGGCATAGTCGATCGGTTCTTCGAGCGTTACATGCGGCCGTTCGTCAGTGGTCATTCGGGGCACTACCGTCTGCGCAGTGTCGATGGCCAGAGCCTGCCCATGTCCAGGGTCTATCTGGAGCAAATGGCAACGACACATACCATTCGCCAGAGCTTCTTTGCGGAAGATCCTGTCGAGCCAAAAGTCCAATTCAAGCTCGAACCCTACACGCTCGACCCGGCGGTCAGCCGATCCGAATTACGCCTGGGCGACCAGACGCTGGAGTACCGGCATGGGCCGATACAGCCTGTCGCTTTCACCTGGCCAATCGAGGCGCAGGACGGTCGAGCGGCCTTGGTACTGGACAGGATTGTCGGCGGGCAGGGGGTTGGCATCGAGAAGAGCACCGGGCCCTGGTCGCTGTTTCGTTTATTCGACTTGATGCAGATGGAATACCTGGTCGGTCGCGATGTGCGTGTGCTCAAGGCTGATCTCGGTGGCCTGCGGGCCAACTATCTATTGATGAGCCAGCGCACGCCGAACCCTTTCGACATGAGCACCTTGCGTACCTTCCGGATGCCGGTACAGCTCTGA MKSLFRKMGAWLRRTWVWTLSLVLFIGLLVWFVGPLLAVADYKFWASPTARLLTISAMFLAWGLGMVFYSERVSESEKKAEANSPRTFSRTRIDDQRRELRSRFKKALETLKTSSLYSGHGEYWRDDLPWYLIMGPAASGKTSLLACSGLEFAFDRFERDPSEDACGTQHCDWYFAQQAVLVDTPGRYLTQADPDVDADAWSGLLEWLRKRRHHCPLNGVLLTVPVEVLLGSEDEVARLASHIRARLQDIQRQLRADMPVYLVLSKADCVPGFNEFFDSMTREESDQVLGASFGRGPHGNDVTVSRTEFESLLHRLNSQLLTRLHQERDAGRRGLILDFPQQLAQMGTHLCLLLEQVSNGKASAIRGFYLTCASRPGAAAASPGDASPGTRRELSRSSREGINSRFIHHLLTRVIFPEADLARLGRSEHRRIRWNQRMVYFAALATVGLFGLLWAQGFSANHERLEHLWMLGQRWEQLRLAPMASDDSIALLDSLDVRFEATQVFAPEKAVPLHERIRLYQGDATSPMVVGAYEHELQSRLLPRVAKMLEEHIQGNLGDRERLLNSLRAYLMLARPERRDAAWLKDRLARDWSLRYPGNPAIQNGLNTHFERLLDVPLAYEVDESLVAQARKILRGESLADVVYRMLREQANPLPPYSLSQHLGPQGALLVGTDQIIPGFYTRQGYEQYFSVQGTTLITGLLQDNWVLGEGANPSGMDMRRLMSELEQLYFRDYAERWSEAIGRVGLRRADSTSEAAGQLAELTSAYSPLVQLLVQVREHTRIQGIAERMDEATQTIGNSSSTVLHTVALAGKAASSVAARLPEVGQKSLQRRFEPLHRLLDAEGGPAGDLILALRALDDVDSQLATLTRASAPEQAAFELARHRMGVQQDALSNLRSASARLPRPLSGWLNGLAEDSWRLVLDDSYRYLNQRYQSELYTFYAKAINKRYPFNAHSASDVAINDFREFFKDQGIVDRFFERYMRPFVSGHSGHYRLRSVDGQSLPMSRVYLEQMATTHTIRQSFFAEDPVEPKVQFKLEPYTLDPAVSRSELRLGDQTLEYRHGPIQPVAFTWPIEAQDGRAALVLDRIVGGQGVGIEKSTGPWSLFRLFDLMQMEYLVGRDVRVLKADLGGLRANYLLMSQRTPNPFDMSTLRTFRMPVQL PGPT0025960_1274 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025960-impL|vasK|icmF-K11891 NA NA D1-35_04436 864 hypothetical protein ATGGATATGGAAAGTCCTCAGGACGAAACAACCGTTCTGCTCGATGCTGAGGGAAAGCGTCCGGCCTCGGGTCCTTTGACCGATGCCGTGACGCCGCCGCGCGTAGAACATCTGCACGAGCGGATGATCTATGCCGCTCGTCAACCGCATTCGCAAATGTTCGTTGCCAGCCTCAATCCGTTGGTGACGGCAGCGTCCGGGCTGTTATCCCGGGTGGTGCTGCTCAGGCAGGGCCGCGACCGCGGAGATCTGAATATGCTCAAACAGGAGCTGGCCCTCGACTTGAAAGACTTCGAAGCCCATGCATTGAGGTTGAACGTAGTGGAAAGCCAGCTGATCGCCGCCCGCTATGTGTTATGCACGGTGCTCGATGAAGCGGTGGTGGCTGCGCCTGGGGGGCAGGGAAGCAACTGGTCACAAATCAGCCTGCTGAGCAGTTTTCACAACGAGACTTTCGGCGGCGAAAAAGTTTTCCAGTTGCTTGATCGCTTATCGAAAGACCCCGTCAAGCATTTGCATATGCTTGAGCTCTCATACCTGTGCCTGTCCCTGGGCTTTGAAGGCAAATATGGAATGCATGCCCGTGGCGGATTTGAGCTCGAAGGCGTGCGCGATGCTCTCTACCGGTCGATCCGGCACGTTCGCGGCGACCCCCCTCGGCAGTTTTCCCATGTTGGGGACGGTTTTGTTACTCCTCGCCGCGCCCCGGTGCGCATTGTCCCCGCCTGGATGGTGATGGTCTTCGCCCTGGTCAGTCTGGGAGCGATGTATTCGGGCTTCGCCTGGGTCCTGCAGGAGCAACGCCAAAGCGCATTGCAACCCTATCAATTGCCAGAGCCGGTTATCGCTCAGCCGCTGCCGTAG MDMESPQDETTVLLDAEGKRPASGPLTDAVTPPRVEHLHERMIYAARQPHSQMFVASLNPLVTAASGLLSRVVLLRQGRDRGDLNMLKQELALDLKDFEAHALRLNVVESQLIAARYVLCTVLDEAVVAAPGGQGSNWSQISLLSSFHNETFGGEKVFQLLDRLSKDPVKHLHMLELSYLCLSLGFEGKYGMHARGGFELEGVRDALYRSIRHVRGDPPRQFSHVGDGFVTPRRAPVRIVPAWMVMVFALVSLGAMYSGFAWVLQEQRQSALQPYQLPEPVIAQPLP PGPT0025955_767 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025955-impK|ompA|vasF|dotU-K11892 NA NA D1-35_04437 1332 hypothetical protein ATGAATCACGATAAAGTCATCTGGCAGGAAGGCATGCTGCTGCGGCCGCAACATCTGCAGCACAACGACCGCTATTTCGATCACCAGTTGAAGGTCCGCACGCGGCTATTGAGCGGCTACACCTGGGGCTTCCTGGCGCTGGAAATCGATGCGCAGTTCCTCAACATGGGACGACTGGTCGTCAACAGAGCCTCCGGTGTCCTGCCGGACGGTAGCTTGTTCGAGTTGGACGGCAGCGCTGAACCGCTCGTCCTGGAAGTCCCGTCCAATATCTGCAATACGCCGATCTACCTCGCGCTGCCACTAGTAACGGGCAATCACATCGAGTCTCGTCGTCCAGAGCAGTCGGATGTGCTGGCGCGCTACATCACCTATGACGCACAAGTGTCTGATTCAAACGCTGCGGATTCCTCCAGCAGCCAGATCAGCTGTGGCCGCCTGGATTTTCGTCTTCTGCTGGGTGAGCAGCAGGGCGATCAGGTTTTTGTGAAACTGAAACTCTGTGAAGTGCTTGATACCACGCCCGACGGTGCGATCACGCTCGATTCGGATTTCGTGCCTACGTTTATCCAGGTCAAGTCGTCCGCTTACCTGTTGTCGTGTCTCAAGGAAGTGATCGGCATGCTGGGCCACCGGGGCGAAAGCCTCGCCGAGCGAATTCGCTCCTACGGAAAGTCGGGCGGGGCACAAGTCGGCGATTTCATGATGTTGCAATTGATCAACCGCACCGAGTTGTTGCTGCGGCATCAACTGGAACTGGAGCTGGCTCAACCCGAAACGCTATACCGGATGCTGTTGGCCCTGCTGGGAGAGTTGGCGACATTTTCCACTGACAGCAAGCGACCGCCCCTCGACAATCGGTATCAGCACAGCAACCAGGGCGAGTGCTTCCGAAGCCTGATGCAGTCAATCCGTCAGGTACTGTCGATGGTACTTGAGCAGCACGCCATCGAACTGCAATTGCAGGCTCGCCAGTACGGCATCCTTGTTTCTCAAGTGAACGATCTTTCGCTGTTGGACTCGGCTTCATTCGTATTGGCCGCGAGCGCCGACTGTGACGGTGAAGAGCTGCGTCGTCGCTTGCCGTCGCATCTGAAGATCGGTTCGGTCGAGCAGATTCGCCAACTGGTCAATCTGCATCTGCCGGGCATCAGGATCAGGCCGTTACCCGTAGTGCCGCGGCAGATTGCGTTCCATGCCAACAAAGCCTATTTCATCCTCGAACCCAGTGCTGAAGATTTAGCTCAAGTGAAGCGCTCAGCTGGCTTTGCCTTCCATGTCTCTGGAGAGTTTTCCGAGCTTGAACTGAATTTTTGGGCGATCAGGAACTGA MNHDKVIWQEGMLLRPQHLQHNDRYFDHQLKVRTRLLSGYTWGFLALEIDAQFLNMGRLVVNRASGVLPDGSLFELDGSAEPLVLEVPSNICNTPIYLALPLVTGNHIESRRPEQSDVLARYITYDAQVSDSNAADSSSSQISCGRLDFRLLLGEQQGDQVFVKLKLCEVLDTTPDGAITLDSDFVPTFIQVKSSAYLLSCLKEVIGMLGHRGESLAERIRSYGKSGGAQVGDFMMLQLINRTELLLRHQLELELAQPETLYRMLLALLGELATFSTDSKRPPLDNRYQHSNQGECFRSLMQSIRQVLSMVLEQHAIELQLQARQYGILVSQVNDLSLLDSASFVLAASADCDGEELRRRLPSHLKIGSVEQIRQLVNLHLPGIRIRPLPVVPRQIAFHANKAYFILEPSAEDLAQVKRSAGFAFHVSGEFSELELNFWAIRN PGPT0025950_1358 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025950-impJ|vasE-K11893 NA NA D1-35_04438 516 hypothetical protein ATGTCTCGCAGCACCGTGCCTTTATTCAAGCCTTTGATGTTGGCGTTCGTAACCTCGACGCTCATGACCGGCTGCGCCTCGCTGTCACCGTTTTCGACGATGACCAAGCTCAACCTCACCCTGATCGCCGGCAATCAGCTCAACCCGGATCTCAACGGACGGCCATCTCCCGTGGTGGTGCGCTTGCTTGAGCTCAAGCATCCAGTGGCTTTTGAGAACGCGGACTTCTTCAGCCTTTACGAGCGTGCCAGGGAAACTCTTTCACCTGACCTGATCGCCAGCGAAGAGCTGGAGTTGCGTCCCGGCGAAACCGTCAGGCTCCGGCTCGACATTGCAGGGGGCGGTCGTTATGTCGGGATACTCGCGGCATACCGTGATCTGCCGCAAGCAAAGTGGCGCTACACGCTGCCGATCATTGCGGGGCGAGTGACTGACGCGAGCCTGACGCTTGATCAGGATGGGATCGCCACTCGTCTTGGAAAGCCGGCAGGGTGGGTGATCGATGAATCACGATAA MSRSTVPLFKPLMLAFVTSTLMTGCASLSPFSTMTKLNLTLIAGNQLNPDLNGRPSPVVVRLLELKHPVAFENADFFSLYERARETLSPDLIASEELELRPGETVRLRLDIAGGGRYVGILAAYRDLPQAKWRYTLPIIAGRVTDASLTLDQDGIATRLGKPAGWVIDESR PGPT0030425_831 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030425-vasD|lip-K11906 NA NA D1-35_04439 1188 hypothetical protein ATGGAACTCGTTTTAGAAATGCTCACTGCCAGGCAGTTCATCACCCCGGATCTCTGCCGGAAGATTTTCGGGCCGTCCGGCGGTGTGATTGGGCGGGGGGATGATTGCGACTGGATCATTCCGGACTGCGAGCGCCTCCTGTCCAAGCGTCACGCACGAGTGAGTTTCGAGGAGGGCAGGTTTTTTCTGACCGATACCAGTGGCAACGGCATATCCCATCGTAAAAGCGGCATGCGATTACCCAAGGGGCAGCCAGTGCACATCGAGGATGGGGATGTGTATGTGATGGGCGACTGCACTGTCCAGGCGCGGCTGGTAGAGGGGGCGGCGAGCCGCGTTGCAGACCGCTGCCGTTCAGTACCGGTCGACGGCTTCATACCGGACGACGCGTTCTTCAATCTTGATCCGCTGAAAACCCTCGTTCAACAGGAACGGGCATATTGTGGGATTGATGAGCTGATCAACCCCGGTGCGGCGGCCACGTTCGGGTCCAGTTGCCCGGACCATGGGCGTGTGGATACGGAGAGCCTTCTGCTTCCTGAACTGGTCGAAGCACCGCGCGAACCCGAGCTACACCTGTCGTCAGAACCCGCTGCGCTGGTAAGCCAGGATTTCTGGAGACGCTTCGGCGTTGCGCTGGGCATGGATCTCGACAATTTGGACAACGAAGGCCGGGAGGCCCTGGCGATTGATGTTGCTCGGTTGTTCCAGCAAAGCATTCGAGGGCTGCAACAGAGCGTGCGAACCCGTAGGGAGTTGAAAAGCGAATTGCGCCTGGCGCCAACGCAGATTCAACGCGACCAGAAAAATCCATTGAAGTACACCGATGACGCCCTGCAGATGTTATTGCAACCGAGATCGCCAGGAATGTTGTCGGCGACCGATGCCATCGCTAGCGCATTCAGCGATCTTCAGGCTCATCAAGTGGCGTTGCTCGCCGCCAGTCGCGCCACCTTGCGCGCAACGCTGGAGCATTTTTCACCTCGGCAATTGATCCTTCGACTGGAACGAGAGCAACGACTGCTGATCAGCACACATGGTCGCTACTGGCGAGCATATGGTCGTTATCACCAGGCGCTTTGCCTGGACGACGACTGGACCGAGCGACTGCTGGCCCGGGATTTCGCCAAGGCTTATGAGGAGCAGGTTCGCCTGATCTCCACCCTGCAAAACGACTCTCATGGATGA MELVLEMLTARQFITPDLCRKIFGPSGGVIGRGDDCDWIIPDCERLLSKRHARVSFEEGRFFLTDTSGNGISHRKSGMRLPKGQPVHIEDGDVYVMGDCTVQARLVEGAASRVADRCRSVPVDGFIPDDAFFNLDPLKTLVQQERAYCGIDELINPGAAATFGSSCPDHGRVDTESLLLPELVEAPREPELHLSSEPAALVSQDFWRRFGVALGMDLDNLDNEGREALAIDVARLFQQSIRGLQQSVRTRRELKSELRLAPTQIQRDQKNPLKYTDDALQMLLQPRSPGMLSATDAIASAFSDLQAHQVALLAASRATLRATLEHFSPRQLILRLEREQRLLISTHGRYWRAYGRYHQALCLDDDWTERLLARDFAKAYEEQVRLISTLQNDSHG PGPT0025945_302 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025945-impI|vasC-K11894 NA NA D1-35_04440 141 hypothetical protein ATGCCTGTTCGTGCCTGTCAGACCGTTCTGCTTGTTTTCATCGTGTTGTTCGGCCTTGGCGCCTGCAGCGGCAATTATAAATTCGACGATAAAGATTATCGCCCATTAGGTGATCCACAAGCGGTCAGTCGTGGCCAGTGA MPVRACQTVLLVFIVLFGLGACSGNYKFDDKDYRPLGDPQAVSRGQ NA NA NA NA NA D1-35_04441 1527 norR_3 Anaerobic nitric oxide reductase transcription regulator NorR ATGAGCGCAATGTTCACGCAGGTACCGCAGCCGCTGGCTTATGCAGAAGCCCTTTTGGCCGAGTTTTCAACCCTGTCGCGATCTGGCGACGACGTATCACTGCTTGGGGATTTCATCAGGGGCATCGCACGGCTCAGTACGTGTGAGGTGGCGCAACTATACCTTCTGGATACCACGCACGCCCGGTTGGAAATGTACGCTGAATGTCTCGAAGAGCAGCTGCAATTTCCTGATCGGGCAAGCGTGTCCTGCGACTATAACGATGAACAACTGTTGCATTACGTCCTGCGCCAGAATCGTGTGGTATGCCTGGGCGCGTTGAGTGACAGCTTGCACGATACGGCGTTCCTGCCGGTTCGTGCCGCGCCTTGGCAATCACTGCTCTGCGTGCCGCTTGTCGACATGCGAGGCGCCACCGCCGGACTGTTGCTCTGCGCCAGCGTCAAGCATCTCGACTTGAAGGGGTTCGCTGAGTCCTTCGGGCATCTGGGGATGTTTGCGCTCAGGCAGATGCACCTGCTGCAGTGCAGGCAACTTCCTGCCGACGGCCTCCGGCAAGTTGCCATTACCCTGCCAAGTGCCAACCGCTATGGTTTGATCGGCAAGAGCGACGCGATGCGTCAGACCTGCCTGTTGGTCAGCAAGGTAATCAACAGCCCATACACCGTGCTGTTGTGTGGCGAGACCGGGACTGGCAAGGAAGTGGTTGCCCAGGCCCTTCATGATCATGGTCCGCGCCGCACGGAGGCATTCATTGTTCAGAACTGTGCCGCGGTTCCCGAGCATTTGCTGGAAAGTGAGTTGTTCGGTTATCGCAAGGGGGCTTTCACGGGTGCCGATCGGGATCGCCCCGGGCTGTTCGATGCGGCTGACAGAGGCACGTTGTTGCTCGATGAAATCGGTGACATGCCATTGTCTCTCCAGTCCAAGCTGCTACGGGTATTGCAGGAAGGCGAGATTCGTCCGCTGGGGTCCAACCATACCCACAAGATCGATGTTCGCATCATTGCCGCTACCCATCGGGACCTGAAGCAATTGATGAACGAGGGCAAGTTTCGCGAAGACTTGTATTACCGCCTCGCACAGTTTCCGATCCAGTTGCCCGCGCTACGTCAGCGCGGCCCCGACATCATTGAACTGGCGCGACACTTCACTGACAAGGCCTGCGCACTCCTGCAACGAGACGTTCCGCGCTGGTCCGACGCAGCGCTGGTTCACCTGGCGGCCTATGATTTTCCAGGCAACGTACGCGAGCTCAAAGGCATCGTGGAAAGAGCCGTGCTGCTGTGCGATGGCGCCGAACTGCTGGAAGAGCATTTTTCCCTGCACATCAAAGATCTGTCCGAAGAGGGCCACGTTAGCCTGCGTGAACGGATGGAGCAAATCGAGCGCAGTTTGGTAATTGATTGCCTGCGCAAGAACCTCGGTAACCAGACGCTCACTGCCTGTGAGCTCGGCTTGCCCCGTCGGACACTGATCTATCGTATGCACCGGCTGAAAATCAGCCGTCGGGATGTTGAAGTATGA MSAMFTQVPQPLAYAEALLAEFSTLSRSGDDVSLLGDFIRGIARLSTCEVAQLYLLDTTHARLEMYAECLEEQLQFPDRASVSCDYNDEQLLHYVLRQNRVVCLGALSDSLHDTAFLPVRAAPWQSLLCVPLVDMRGATAGLLLCASVKHLDLKGFAESFGHLGMFALRQMHLLQCRQLPADGLRQVAITLPSANRYGLIGKSDAMRQTCLLVSKVINSPYTVLLCGETGTGKEVVAQALHDHGPRRTEAFIVQNCAAVPEHLLESELFGYRKGAFTGADRDRPGLFDAADRGTLLLDEIGDMPLSLQSKLLRVLQEGEIRPLGSNHTHKIDVRIIAATHRDLKQLMNEGKFREDLYYRLAQFPIQLPALRQRGPDIIELARHFTDKACALLQRDVPRWSDAALVHLAAYDFPGNVRELKGIVERAVLLCDGAELLEEHFSLHIKDLSEEGHVSLRERMEQIERSLVIDCLRKNLGNQTLTACELGLPRRTLIYRMHRLKISRRDVEV PGPT0030460_53 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_REGULATION,PGPT0030460-sfa2-K11914 NA NA D1-35_04442 2583 clpV1_3 COG0542 Protein ClpV1 ATGATCAATGTGGATCTTCAGCAACTTATCCAAGCGCTGGACGCAGATACCCGGGGCGATCTGGAGCGCTCGGCGCAGCGATGTGCGGATCGTGGCGCAGACAAGATCCTGGTGGATGATCTGTTGCTGAGCCTGCTGGAACGTAGCCAGAGCTTGCTTGTGCGTGCCTTGCTGGATGCCGGGATAAGTCCAGGCCAGTTGAGCTCGGTTCTTCAACCTCGGGCTGAACACGGCGCTTCACGTAATCCGGTATTTGCCCTTGAGCTGGTGCAATGGCTGCAGGATGCGTTGTTGGTGGCGAATCTCGAGCTAGGTCAAGGCAGTGTCACGGAGGCCGCGTTGATCCTGGCGTTGTTACGCAACCCCATTCGTCATGCAGGCACTCGGTACCAGCCGTTGCTCGCCCGGTTGAGCATCGAGCGGCTGATGGATTTCGCCCTGTCCCTACAGTCCCAGACGAACGACAGTCAACCCGCCATGCCGGGCGATTCGTTACTGGAGCGCTTCACTCATAACCTGACCCGGCAGGCTCGTGACGGCAAGCTTGATCCGGTGCTATGCCGGGACGGCGAAATCCGGCAAATGATCGATATCCTTTCGCGTCGCCGCAAGAACAATCCGATCGTTGTCGGTGAAGCCGGGGTCGGCAAGACTGCCATCGTCGAGGGGCTGGCGTTGCGCATCGCCGCAGGGGAAGTGCCGTCAGGGCTTGAAGGGGTACAAATCCTTTCGCTGGACATGGGGCTGCTGCAGGCCGGAGCCAGCATCAAAGGGGAATTCGAACGTCGCCTCAAAGGGGTGATCGACGGCGTAAAGTCTTCATCCACTCCCATTATTCTGTTCATTGACGAGGCCCATGCATTGGTCGGCGCAGGTGGAAGCGCCGGCGGTTCAGACGCGGCCAACCTGCTCAAGCCGGCGCTGGCCCGAGGTGAATTGCGCACAATTGCGGCCACGACATGGGCCGAGTACAAGAAATACTTCGAAAACGACGCGGCCCTCGCACGTCGTTTCCAGCCAGTGCAACTACACGAGCCGACCGTCAGTGATGCGGTGACAATCCTGCGTGGGTTGGCCCGGGTTTATGAGCGGAGTCATGGCATCTATCTGCGTGATGATGCGGTGGTCGCCGCGGCGCGGTTGTCAGCTCGCTATCTGGCCGGTCGTCAATTGCCGGACAAGGCCGTCGATGTGCTGGATACCGCCTGTGCTCGGGTGCGTATCAGCCTGGCTGCAGCGCCGCGAAGCCTTGAGCGCCTGCGTGGAGAACTGGCCGAAGGCGAGCGACAACGTCAGGCGTTGTGTCGTGATGCACAGGCCGGGTTGCCGATCGATCACCAGGCATTGGCGACACTTGAGGTGAACCTGGAAGCTATTGAAGAAAAGCGCCAGGTTCTGGAGTCTCGTTGGGTCGAGCAACGAGTGCTTGCCGAACGCCTGTTAACACTACGCCAGCAATTGGTCGGAGCGCGGGAGGATGGGTCGCAGGTCATGGAAGTCGAGACGCTGGAAGCGGCGTTGGACGAAACCCACCATGCGCTGCTAATCGCCCAGGCCGATGAGCGCCTGGTCAGCTTTGAAGTGTGTCCACGCCTGGTAGCTGAAGTAATCAACGCATGGACTGGCGTGCCGTTGTCGCAGCTGGCATGCGAGCACAACAGCCGGATCACCCGTTTCGCGGATGACTTGGGCGCGCGCATCAGGGGGCAGGAACCAGCCGTGCAGGCCCTTGATCGCGCGATGCGGGCGGCCGCTGCTGGCTTGAACAAGGTCGATGCTCCTGCGGGTGTGTTTTTGCTGGTGGGCCCGAGCGGTGTCGGCAAGACCGAAACGGCGTTGGCCCTGGCGGATTTGCTATACGGCGGAGACCGTTTTATCACGACGCTCCACATGGGCGAATTCCAGGAGAAACATACCGTTTCCCGACTGATCGGCGCGCCACCGGGTTATGTCGGGTTCGGCGAGGGGGGCATGCTCACCGAAGCCGTCAGGCATAAGCCCTATTCTGTTGTGTTGCTCGACGAGGTTGAGAAAGCTGATCCGGATGTGCTGAATCTGTTCTATCAGATTTTCGACAAGGGCCTGGCCAATGACGGCGAAGGACGGGAGATCGATTTTCGCAACACGCTGATTCTGATGACGTCGAATCTGGGCAGTGAATGCATCAGTCAATTGTGCCAAAACAACACGCGGCCAAGCGCTGAACATCTCGAAGAAGCTATCCGTCCGTTGCTCAGTCAGCATTTCAAACCTGCATTGCTGGCGCGGATGTGTGTGGTGCCGTACTTCCCGGTAAGTGGTGCGGTGTTGCGTGAGCTCGTGGAGATAAAAATGGCTCGCTTGGGCGAGCGGCTGAAACGTCGTCAGTTGGGATTCACTTATTGCGCGCAGCTTGTGGACCAGCTGGTCGAGCGTTGTGACCGCAGCGACAGCGGCGCGCGGCTTATCGATCACTTGCTCGATCTTCATCTGATGCCGCGATTGGCCGACCGCTTGCTCATGGCGATGGCGAACAATGAACAGCTGCGGCATGTCCACGCCACGCTTGATGATCAAGCCAGCGTAGTGTGCGAGTTCACTTGA MINVDLQQLIQALDADTRGDLERSAQRCADRGADKILVDDLLLSLLERSQSLLVRALLDAGISPGQLSSVLQPRAEHGASRNPVFALELVQWLQDALLVANLELGQGSVTEAALILALLRNPIRHAGTRYQPLLARLSIERLMDFALSLQSQTNDSQPAMPGDSLLERFTHNLTRQARDGKLDPVLCRDGEIRQMIDILSRRRKNNPIVVGEAGVGKTAIVEGLALRIAAGEVPSGLEGVQILSLDMGLLQAGASIKGEFERRLKGVIDGVKSSSTPIILFIDEAHALVGAGGSAGGSDAANLLKPALARGELRTIAATTWAEYKKYFENDAALARRFQPVQLHEPTVSDAVTILRGLARVYERSHGIYLRDDAVVAAARLSARYLAGRQLPDKAVDVLDTACARVRISLAAAPRSLERLRGELAEGERQRQALCRDAQAGLPIDHQALATLEVNLEAIEEKRQVLESRWVEQRVLAERLLTLRQQLVGAREDGSQVMEVETLEAALDETHHALLIAQADERLVSFEVCPRLVAEVINAWTGVPLSQLACEHNSRITRFADDLGARIRGQEPAVQALDRAMRAAAAGLNKVDAPAGVFLLVGPSGVGKTETALALADLLYGGDRFITTLHMGEFQEKHTVSRLIGAPPGYVGFGEGGMLTEAVRHKPYSVVLLDEVEKADPDVLNLFYQIFDKGLANDGEGREIDFRNTLILMTSNLGSECISQLCQNNTRPSAEHLEEAIRPLLSQHFKPALLARMCVVPYFPVSGAVLRELVEIKMARLGERLKRRQLGFTYCAQLVDQLVERCDRSDSGARLIDHLLDLHLMPRLADRLLMAMANNEQLRHVHATLDDQASVVCEFT PGPT0025985_1433 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025985-vasG|clpV-K11907 NA NA D1-35_04443 1020 hypothetical protein ATGGACACCCCGTATGGGCCAGCAGCCGCTTCTATGAGCGCGCTGACGAGAGGTATACGCGAGTATTCGTTGTTCCAGGCGATCTTACTGGTGATCGAGCGGCTGCGCGGCGCCCATCCCGGGCTGGATGACGAAGCACTGTATGACCAGTTGGAGTTCCAGGCCAACCCGAGCCTGGGGTTTCCGGCCAGTGATATCGAGCGCGTGGAATTTTTCCAGGAGCATGGGCAGGTGCGGGCTCGCCTGAGTATCAACCTGATCGGCCTGGTGGGAACAGGATCACCGGTACCGGCGTTTTATGGCGAGCAGGCGTTGGGAGACGGCGATGGCAATCCGACTCGCCAGTTCCTCGACGTGTTCCACCATCGCCTTCAGCGGTTGATGCTGCCGATATGGCGAAAATATCGTTACTACCAGAGTTTCCAGACTGGCGCTAGGGACCCGTTTTCGGAGCAACTGTTCGCGCTGATCGGTCTGGGAGGCGAAGAAATTCGCAAGGCTACTCAACTGAACTGGAAACGCCTGCTGCCCTACCTGGGCCTGTTGAGTCTCCGAGCCCATTCGGCAGCCTTGATCGAAGCGGTGCTGCGTTATTACTTCAAGCACGCCGAGCTAAGCCTGGAACAGTGCGTAGAGCGCCGGGTCGAGATTCTCGCCGAGCAGCGCAATCGACTTGGAGGCGCCAATAGCCTGTTGAGCGAAGACCTTGTGCTGGGCGAAAGGGTTCGTGATCGCAGCGGCAAGTTCCGGATCCATATTCGCGAACTGGACTGGCAACGTCTGCACGAATTTCTGCCAATCGGTGTTGGCTACCAACCTCTTTGCACACTGGTGCGCTTCACCCTGCGTGATCCCCTCGAATATGACATTCGCCTGGTCTTGCGCCAGCAGGAAATACATGAGCTGCGTATTGGAGAACAGAACACTTGCCGCCTGGGATGGACCAGTTGGCTGGGGCTTGAACACGCCGACGGCGTGGTGTCCCTCGGCAGCAGCATTCATCAGGAACGAGTGAAATGA MDTPYGPAAASMSALTRGIREYSLFQAILLVIERLRGAHPGLDDEALYDQLEFQANPSLGFPASDIERVEFFQEHGQVRARLSINLIGLVGTGSPVPAFYGEQALGDGDGNPTRQFLDVFHHRLQRLMLPIWRKYRYYQSFQTGARDPFSEQLFALIGLGGEEIRKATQLNWKRLLPYLGLLSLRAHSAALIEAVLRYYFKHAELSLEQCVERRVEILAEQRNRLGGANSLLSEDLVLGERVRDRSGKFRIHIRELDWQRLHEFLPIGVGYQPLCTLVRFTLRDPLEYDIRLVLRQQEIHELRIGEQNTCRLGWTSWLGLEHADGVVSLGSSIHQERVK PGPT0025940_1282 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025940-impH|vasB-K11895 NA NA D1-35_04444 1788 hypothetical protein ATGTCATTCAATCAGTATTACCAGAGCGAGTTGAGCGCGCTTCGCCAGTTGGGCCAGCGTTTTGCCGAGCGCAATCCTGCGCTGGCACCGTTCCTCGGCCAGGCTGGGCGCGACCCTGATGTTGAACGGTTGCTGGAGGGCGTCGCGTTCCTGACAGGGCGTTTGCGGCAGAAGCTCGATGACGAACTGCCGGAGTTGAGCCATTCGTTGATGCAACTGCTTTGGCCCAACTACATGAGGCCGCTACCGTCCTTCGGTATCTTGCAGTTTGATCCGCTACAGCGGGCTGGTCCCGCATTGCAGGTCGAGCGCGATACGCCGGTGGAGAGCAAGCCGATCAAAGAGGTGATCTGTCGTTTTCGAACCTGTTACCCGACCGAGGTATTGTCGCTGGATCTGACTGGGCTCGGTTACTCGGTAAAGGGAAACGGCTCGTTATTGAGCCTGCGTCTGCAGATGACTTGCGATGGCCACCTGGGAGAATTGCAGCTAAGCCGTTTGCGCCTGCATCTGACCGGCGAGCGTTATATCAGCCAGATGCTCTACCTCAATCTGATGCGCAACCTGGAACATGTCGAGCTGATCCCGTTGGGCGGTGATGGCGGTCCCGTAACCGCTGCGAATGGTGATCCCCTGACGTTCAGGATCGCCGCCAGCCAAGTCCGGCCGGTGGGGTTCGCCGACGAGCACGCGCTGGTCCCTTATCCGTTGAACACCTTTCGCGGCTATCGCTACCTGCAAGAATATTTCGCGTTCCAGGAAAAATTCCTGTTCATCGACGTCAATGGCCTCGATGTACTCAACACGTTGCCGCAAGACATCCTGAAACAGATGCGAGGGCTGGACCTGCGTTTCGACATCGGCAAGAGCGGTAATCAGCGGTTACGTCCGACGCTGGATAACGTGAAGCTTTATTGCACGCCCATCGTCAATCTGTTCAAACATGACGCGCAGCCGATTCGCCTGGATGGGAAGCAGGATGAATACCTGCTCTTGCCGGCCCGATACGACCCTGAACACTGCGGCGTGTTTTCCGTCGAAAGCGTTACTGGCTGGAACCCCGGTGGGCTGGGTTACCAAGCCTACGTTCCTTTCGAATCCTTCGAACACGATTCCAGTTTCGACGTACCTGGCAATCGCGGTTATTACAGCGTTCGCCAACGGCCCTCGTTGCTTCACGGTGGCTTTGACACTTGCCTGGGATTCGGCATCCGGCCCAACCCGACCCACGAGACGCTGTCGATCGAGTTGATGTGCACCAATCGGAACCTGCCGCGCCAGCTCAATCCGGGTGATATCAATCAACCGGGCGACAAGAGCCCGGCGTCGCTTGGTTTCCGCAATATCGGTCCGGTTACGCCGAGTTACGCGCCTCCGTTGGATCGTGACTTCCTCTGGAAGCTCATCAGCAACATGTCGCTCAACTACCTGTCGCTGGTGGACGTCAATGCGCTGAAAGTAATACTCGAGACCTACGACTTTCCGCGTTACCACGACGAACAGACCGAAAAGGTCAGCAAGCTTCTGCTGAGCGGCCTGAAGGCGATTGAACACCACCATGTTGATCGACTGCATCACGGCTTGCCCGTTCGCGGCATATGTACAGAGCTGACGATCAATCCTCAGGGCTATATCGGCGAAGGTGATTTGTACGTCTTCGCGTCCGTCCTCAACGAGTTTTTCGCGCTCTACGCCAGCCTCAACTCGTATCACCAGTTGCGGGTAAACAGTACGCAGGGAGAGGTGTACCAATGGACACCCCGTATGGGCCAGCAGCCGCTTCTATGA MSFNQYYQSELSALRQLGQRFAERNPALAPFLGQAGRDPDVERLLEGVAFLTGRLRQKLDDELPELSHSLMQLLWPNYMRPLPSFGILQFDPLQRAGPALQVERDTPVESKPIKEVICRFRTCYPTEVLSLDLTGLGYSVKGNGSLLSLRLQMTCDGHLGELQLSRLRLHLTGERYISQMLYLNLMRNLEHVELIPLGGDGGPVTAANGDPLTFRIAASQVRPVGFADEHALVPYPLNTFRGYRYLQEYFAFQEKFLFIDVNGLDVLNTLPQDILKQMRGLDLRFDIGKSGNQRLRPTLDNVKLYCTPIVNLFKHDAQPIRLDGKQDEYLLLPARYDPEHCGVFSVESVTGWNPGGLGYQAYVPFESFEHDSSFDVPGNRGYYSVRQRPSLLHGGFDTCLGFGIRPNPTHETLSIELMCTNRNLPRQLNPGDINQPGDKSPASLGFRNIGPVTPSYAPPLDRDFLWKLISNMSLNYLSLVDVNALKVILETYDFPRYHDEQTEKVSKLLLSGLKAIEHHHVDRLHHGLPVRGICTELTINPQGYIGEGDLYVFASVLNEFFALYASLNSYHQLRVNSTQGEVYQWTPRMGQQPLL PGPT0025935_1145 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025935-impG|vasA-K11896 NA NA D1-35_04445 414 hypothetical protein ATGACTGGATACGGCAGCCTTTTCGAACGCTTGAATGGCGATACCGAAGCACGCTCGGGATTGAGTCGCGATGCCTGCGCCGGAGCGTCCGTGGCTGCCCATCTGGCAAAAATGCTTTGCACCCGAGCGGGCAGCGCACAAACCGCAGCCGATTACGGATTGCCCGACCTCAACGATATGCGGCTGAGTTTGCACGACGCCCGTGGTCAGGCCTGTCGTGCGATCCAGGCCTCTATCGAGGCTTACGAGCCGCGCCTGAGGAATGTCTGTGTCGTTTCAGCGCCCAATGACGCCGACCAGCTCCGCCTGTCTTTTCGCATTGACGCCTTTCTGGAAGTGGAAGGCTTCAGGGGAGCGGTGAATTTCTCCGCATGCCTGGACGGCAATGGCCAGATCAAGGTCATTCAAGGATAG MTGYGSLFERLNGDTEARSGLSRDACAGASVAAHLAKMLCTRAGSAQTAADYGLPDLNDMRLSLHDARGQACRAIQASIEAYEPRLRNVCVVSAPNDADQLRLSFRIDAFLEVEGFRGAVNFSACLDGNGQIKVIQG PGPT0030405_452 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030405-tssE-K11905 NA NA D1-35_04446 1470 hypothetical protein ATGAATAATCACGCAGCGCAGCACCGAGATAGCGGCGAGTACAGCATTCTCGAAAGCATCATCGCTCAAACGCGCCTGACGCCTGAAGACGACGCCTATGACATTGCCAAGCGAGGCGTGTCGGCATTCATCGAAGAGCTTCTCAAGCCGCAGAACAGCGGCGAGCCAGTCAAGAAGGCCATGGTTGACCGCATGATCGCCGAGATCGACTCCAAGCTCAGCCGCCAGGTGGACGAGATCCTCCATCACGCCGATTTCCAGGCATTGGAGTCGGCGTGGCGTGGCCTGCAGCTATTGGTTGATCGCACGGATTTTCGCGAGAACATCAAGATTGAGATGCTCAGTATTTCCAAAGACGATTTGCTGGATGATTTCGAAGACTCGCCGGAAGTCATGCAGTCGGGTTTGTACAAACACATCTACACCGCCGAATACGGTCAGTTCGGCGGCCAGCCGGTCGGGGCGATCATCGCGAACTATTTCCTGTCTCCCGGATCCCCCGATGTGAAGCTGATGCAGTACGTAGCCAGCGTGGCGTGCATGTCCCATGCGCCCTTCATCGCTGCGGCCGGTCCAGGATTTTTTGGTCTGGAAAGCTTCACTGGCCTGCCAGACCTCAAGGATCTCAAAGGGCATTTTGAAGGTCCGCAATTCGCCAAATGGCAAAGTTTTCGTCAATCGGAAGACGCACGTTATATAGGCCTTACCGTGCCGCGGTTCCTTTTGCGTACACCCTATGATCCGCAGGAAAACCCGGTCAAATCGTTCGTCTACAAGGAAACCGTTGCCAATGACCATGAGCATTATTTGTGGGGCAACACGGCGTACGCATTCGGCACTCGGCTCACCGATAGCTTTGCCAGGTTCCGCTGGTGCCCGAACATCGTCGGCCCCCAGAGCGGCGGCGCGGTTGAAGATCTGCCATTGCACCACTTTGAAAGCATGGGCGAGATCGAAACCAAGATCCCTACCGAAGTGCTGGTTTCCGACCGTCGCGAATACGAGCTGGCCGAAGAAGGCTTCATCTCACTGACCATGCGTAAAGGTAGTGATAACGCTGCGTTCTTCTCCGCCAGTTCCGTGCAGAAACCGAAATTCTTTGGCATCAGTGCCGAAGGCAAGGCGAGCGAGTTGAACTACAAGCTCGGTACGCAACTGCCTTACATGATGATCGTCAACCGCCTGGCTCATTACTTGAAGGTGCTGCAGCGTGAGCAGCTCGGCTCGTGGAAAGAACGCACCGACCTTGAGCTGGAGCTGAACAAGTGGATCCGCCAATACGTCGCCGACCAGGAGAACCCGAGCTCCGAAGTCCGTGGCCGGCGGCCGTTGCGTGCGGCCCAGGTCATCGTTACAGACGTGGAGGGTGAGCCGGGCTGGTATCGCGTCAGCCTGAATGTCCGCCCACACTTCAAGTACATGGGCGCCGATTTCACCCTGTCGCTGGTCGGCAAGCTGGACAAAGAGTAA MNNHAAQHRDSGEYSILESIIAQTRLTPEDDAYDIAKRGVSAFIEELLKPQNSGEPVKKAMVDRMIAEIDSKLSRQVDEILHHADFQALESAWRGLQLLVDRTDFRENIKIEMLSISKDDLLDDFEDSPEVMQSGLYKHIYTAEYGQFGGQPVGAIIANYFLSPGSPDVKLMQYVASVACMSHAPFIAAAGPGFFGLESFTGLPDLKDLKGHFEGPQFAKWQSFRQSEDARYIGLTVPRFLLRTPYDPQENPVKSFVYKETVANDHEHYLWGNTAYAFGTRLTDSFARFRWCPNIVGPQSGGAVEDLPLHHFESMGEIETKIPTEVLVSDRREYELAEEGFISLTMRKGSDNAAFFSASSVQKPKFFGISAEGKASELNYKLGTQLPYMMIVNRLAHYLKVLQREQLGSWKERTDLELELNKWIRQYVADQENPSSEVRGRRPLRAAQVIVTDVEGEPGWYRVSLNVRPHFKYMGADFTLSLVGKLDKE PGPT0025920_1427 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025920-impC-K11900 NA NA D1-35_04447 504 hypothetical protein ATGGCCAAAGAAGGCTCTGTCGCCCCCAAGGAACGCATCAACGTCACCTTCAAGCCTGCTATCGGAGGGGGCCAGGAAGAGATCGAACTGCCCCTCAAACTGTTGGCAATCGGTGACTACATCCATCGCAAGGACGAACGCAAGATCGAAGACCGCAAACCGATCAGCATCGACAGGATGACCTTCGACGAAGTATTGGCCAAGCAAGAGCTGAGCCTGCTCCTGAGCGTACCGAACCGCCTCCAGCAAGAGAGCGATACCGACGAGCTCGCCGTACAACTGCGCTTGCGTTCGATGAAGGATTTCAACCCGGCGAACCTGGTCGACCAAGTGCCCGAACTCAAGAAGTTGATGGAGCTGCGAGATGCGCTGGTGGCACTCAAAGGGCCGTTGGGCAACGCACCGGCGTTTCGCAAGGCCATCGAAGGCGTGCTTGCCGACGATACATCCCGCAATCGCGTGCTGGATGAACTGGGCCTGGCTGCCTCAGCCCCGGACGTTTGA MAKEGSVAPKERINVTFKPAIGGGQEEIELPLKLLAIGDYIHRKDERKIEDRKPISIDRMTFDEVLAKQELSLLLSVPNRLQQESDTDELAVQLRLRSMKDFNPANLVDQVPELKKLMELRDALVALKGPLGNAPAFRKAIEGVLADDTSRNRVLDELGLAASAPDV PGPT0025915_992 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0025915-impB-K11901 NA NA D1-35_04448 1557 hypothetical protein ATGTCTTACTCTGAAAAACTCTCTGCCCATTATCTGGTCCTTGCCAGTTGTCCCGTTTCCAGCGAAAACTTCGCGGGGGTAGATGTGCGTTTTTCAGATGAATATGAAGTTTTGGAACGCGAGCTCGGCAAAGCCCAGTCGATGCATGAGAACGGCCAGATCGACTGGCTGAAGGTCCTTGAAAAAAGTGAAGCCCTGCTGCGTACCCAGTCAAAAGATTTGCGAGTGGCCGCCTGGCTGACCTGGGCGTTGTACCAGCGTGAGTCGTTCCAAGGGTTGCTAGCCGGCCTCGGGCTTTTGCGACACCTGTGCAAGAACCATTGGCTTGAGCTCCACCCGGTCAAGACCCGAACCCGTGCCGCCAGTTTTCATTGGTTGGTGCCTCGCCTGGAGCAGGCGTTAAGTGAAGATGTCGCGATAGGCAAGCAACTGCCGTTGTTCCGTCATCTGGCAGAACAACTTGAAGACCTTGATGCCGTCTTCACCACTCATCTCGGCAATGACGCGCCTTTGGTATTGCCGCTGTGCCGACGTCTCAAGGGCATGATCCAGCGTGTGACCAGTGGCCAGCCGCAGCCTGGATCTGTCGGGACGATGGTGGCTCAAGTAAAGCAAGCCGCTACCCAACTGCTCGCTTCCGGTGCTCCGATCGAAAACGAAAGGGATGCCCACAAGGTGTTGCGGGCTCAGCAGGAGAGCGCTCGTACGTTATGCGCCTGGTGGCTCAAGCAAAAAGTGACGGATGCGCGCGCGCTGCGCCTCAACCGCACCTTGCTCTGGTTGGGCATCGACGCGGTGCCGGAGCGCAATGCCGAACAGGTTACCCAGCTACGCAGGCTTCCGGTGGATAAGCTCAAGGCTTATCAGGACAGACGCGAGCGGGGCGAGTACGCGGACCTGCTGGTAGAGATCGAGACCAGCCTGACAAAGGCGCCGTTCTGGTTCGACGGTCAGCGGCTCGCATGGGAGTGTCTTCAAGGGTTGAATGCCGAATCGGCCATGCGCGAGGTAGAGGTCCATTTCGCATTATTCATCCATCGCCTTCCGGGCGTCGTCGAGCTGCGCTGGCACGACGGCGAGCCGTTCGCCGACCCGGCCACCCGGGCCTGGATCGCTGCGCAGGTCATGCCTCGCCTGGAACGCCCCAACACTGCGCCACGAGTCGAGACCATCGATAACCAGGCGCCTTGGGAGCTGGCCCTGGAAGAAGCCGGATCAATACTGACCGTGGACGGCCTCAAGCCTGCCGTTCAGTTTCTCAGGCAAGGGATGCAAACCGCTGAGGGTGCGCGGGCGCTTTTCCTTTGGCGATTCTCATTGGCTCGCTTGTGCTTCTCGGCCAAGAAATACGAGCTTGCCAAGGTCCAGCTCGAAGCGCTGAACCAGGCGTTGCAAGACGCGGGCTTGAATGCCTGGGAGCCCGATCTCGAGCTACAGGTCCTGCATCTGCTGCATCACTGCTGTGAGTTATTGCCCCAGAACCACCTCGTTCGCGAGCGCAAGGATGAAACCTACCGCAGGTTGTGTCATCTCGACCTGGAACGGGTCATCGAATAG MSYSEKLSAHYLVLASCPVSSENFAGVDVRFSDEYEVLERELGKAQSMHENGQIDWLKVLEKSEALLRTQSKDLRVAAWLTWALYQRESFQGLLAGLGLLRHLCKNHWLELHPVKTRTRAASFHWLVPRLEQALSEDVAIGKQLPLFRHLAEQLEDLDAVFTTHLGNDAPLVLPLCRRLKGMIQRVTSGQPQPGSVGTMVAQVKQAATQLLASGAPIENERDAHKVLRAQQESARTLCAWWLKQKVTDARALRLNRTLLWLGIDAVPERNAEQVTQLRRLPVDKLKAYQDRRERGEYADLLVEIETSLTKAPFWFDGQRLAWECLQGLNAESAMREVEVHFALFIHRLPGVVELRWHDGEPFADPATRAWIAAQVMPRLERPNTAPRVETIDNQAPWELALEEAGSILTVDGLKPAVQFLRQGMQTAEGARALFLWRFSLARLCFSAKKYELAKVQLEALNQALQDAGLNAWEPDLELQVLHLLHHCCELLPQNHLVRERKDETYRRLCHLDLERVIE PGPT0030430_351 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_SYSTEM_BIOSYNTHESIS,PGPT0030430-vasJ-K11910 NA NA D1-35_04449 2064 vgrG1_5 COG3501 Actin cross-linking toxin VgrG1 ATGCCCACTCATCACGCGTTTCCAACGTTTCACCTTGATATCGAGGACTTCGGGCGTGATCTTCAGGTACTGAAATTCGAAGGTCGCGAAGCAATCAGTACCCCTTATCTGTTCGATATAGAACTGGTCAGCGAACGAAAGAATCTGGACCTCGAGAAACTCTTGCACAAGCAGGCGTTTCTTGGGTTTAACGCAAAGGACTGTGGCGTCCATGGACAGATCCACCGTGTAACTCAACGCGACTCCGCAAAACGCCTGGCTCATTACAACGTGCAACTGACGCCCAGGCTGGCTTATTTGCAGTACCGCACCAATCAACGCATCTTTCAGCAAATCACTGTTCCCGAGATCATTTCTTCAATTCTCAAGGAATATGGAATACTGGCTGACGCCTATAGCTTCCGACTGGGTACGAGCTATTCACCGCGTGACTACTGTGTCCAGTACCACGAATCGGACTTGGCTTTCATCGCGCGCCTGTGTCAGGAAGAAGGCCTGCACTACCATTTCCAGCATAGTAAGTCGGGCCATCACCTGGTGTTTGGCGATGACCAGACCGTATTCCAGAGGCTTGATCGTCCCACGGCTTATAAACAAGGCAACGGCCTGCTGGGCGAGGAGCCGGTTGTACAACGTTTCGATGTGCGGCTGGAAACCCGGGCCAGCAGGGTTACTCGTCGTGATTATGATTTTGAGAAATCAACGTTCACCCTCGAACAGGACTACCAGCCAGCGATCAACAAAATCCGACCGGACCTGGAGGCTTATGACTACCCCGGGGGTTTCATCCAACAGGAGCATGGGAAGCGATTGACCCGGCGGGCCTTTGAAAGCCATCGCGCCGACTATCGCAGGGCCGAGGGTACAAGTGATCAGCCAGAATTGGTGTCCGGCCATTTCCTGATGTTAAGTGAGCACCCGCGCCCGGAGTTGAACGACTTGTGGCTGTTGACCGAGTTGCATCATGAAGGCAGCCAGTCGCAAGTGCTGGAGGAAGGCCTGGACGACGACATCGGACGCCCTGAGAGCGAAGGCTACCGGAACAGCTTTGTCGCCACGCCGTGGGATTCGATTTTTCGCTCACCACGGGCTCATGAAAAACCGCGAATGTCCGGAAGCCAGACGGCTATCGTTACCGGTCCGCAAGGCGAAGAAATCCATTGCGACGCGTACGGCCGGGTCAAGGTCAGGTTCTTCTGGGATCGCGCCGGCGATACCAGTGAAAACAGCAGCTGCTGGCTGCGGGTGGCGTCCAATTGGGCCGGGAACGGCTTCGGCGCAGTCACCATCCCCAGGGTAGGCATGGAAGTACTGGTGACCTTCCTGGAAGGCGATCCAGACAAACCTCTGATCAGCGGTTGCCTGGTCAACAGCAGCAACGCCGCGCCCTATCAGTTGCCCGCACAAAAGACCCGAACGGTGTTTCGTTCCCGCAGCTCACCGGGTGGCCGAGGTTTCAATGAGCTACAGCTGGAAGACCGCGCGGGGCAGGAGCTGATTTACCTCCGAGCCCAGCGCGACATGGAGCAGAAGATCGAGCATGACAGCCGACTGGAGATCGGCAATGAACGTCGAGAAAACATCAAGGGCAACAGCACCACGGTGCTGCAAGCCAGTGAACACCGGACCATCGCTGCCGATCGCACGGTCCAGGTAAAAGCCAACGACTACCTGCACGTTGCCAATCGCCATACCCACGCGGACCAGGCGCTGGTCGTCGAGGCCGGCCAGCAGGTGCATATAAAAGCCGGTGCTCATCTGGTCCTGGAAGCGGGAGCGACGCTCAGCCTGAGTGCCGGAGGCGAGCATATCGTGATCGGCCATGGCGGCATTTTCAGCAGTAGCGCAATCCAATTGGGTGGCGCCCCGCTTCCCGGTGCACGTGCCGCAGCATTCGATCCAGGGTCGATCGACCCGTTGGCTACGCTGCTCAACCTGCCGCCCACGCTTGCGCCCACCCAACGCGCCCTGATGACAACCAGCAAGGTCGCCGGAGCGGATTTCTGCCCCCTTTGCGAAGCCTGCCGCGAGGGCGCATGCCCGATGGAGCCCATAGCCGCATGA MPTHHAFPTFHLDIEDFGRDLQVLKFEGREAISTPYLFDIELVSERKNLDLEKLLHKQAFLGFNAKDCGVHGQIHRVTQRDSAKRLAHYNVQLTPRLAYLQYRTNQRIFQQITVPEIISSILKEYGILADAYSFRLGTSYSPRDYCVQYHESDLAFIARLCQEEGLHYHFQHSKSGHHLVFGDDQTVFQRLDRPTAYKQGNGLLGEEPVVQRFDVRLETRASRVTRRDYDFEKSTFTLEQDYQPAINKIRPDLEAYDYPGGFIQQEHGKRLTRRAFESHRADYRRAEGTSDQPELVSGHFLMLSEHPRPELNDLWLLTELHHEGSQSQVLEEGLDDDIGRPESEGYRNSFVATPWDSIFRSPRAHEKPRMSGSQTAIVTGPQGEEIHCDAYGRVKVRFFWDRAGDTSENSSCWLRVASNWAGNGFGAVTIPRVGMEVLVTFLEGDPDKPLISGCLVNSSNAAPYQLPAQKTRTVFRSRSSPGGRGFNELQLEDRAGQELIYLRAQRDMEQKIEHDSRLEIGNERRENIKGNSTTVLQASEHRTIAADRTVQVKANDYLHVANRHTHADQALVVEAGQQVHIKAGAHLVLEAGATLSLSAGGEHIVIGHGGIFSSSAIQLGGAPLPGARAAAFDPGSIDPLATLLNLPPTLAPTQRALMTTSKVAGADFCPLCEACREGACPMEPIAA PGPT0030410_3173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_04450 852 hypothetical protein ATGAACGATACCCAACCTCGGCAGTGGCTGCTTGAACACCTCCGCCTCGGCCATGCCCTGTGTGTGATCCTGGATGCGGACGGCGAACAACCGATGCTCCAGGCCCTGATCAAGAACAGTCGACCCGATCAATATCTGAGCGTCTACAGCAAAACCCTGATTGCCGATCTCAGCGAGGTCGGGCCGTTTGTCTTCACCTTCGATAACCCCAACGATAAAAATCTCCAGGAGTTGCTCAATCGACCGGACAGTCATTGGGGTTGGCTCGCCAGCCTCCCCAAGGGCCACCTCCCCCAGTTAGTCGGGCACTGGCGCGAACGATTGATTGTTGGGGAGCGTCCTCATCAAGCGGTGTATCGCTTCCACGACAACCGGGTATTGGCCCGGGCGCTTGCGTATCTGCCAGTCGAAGCGCATGCCGCCTATCTCGGTCCGGCCAATAGCGTGTGCTATTGGCAAGGTGACCGCTGGGAACACATCGACAATCCCTCCCCCGGGACACATCCGGTGCCAGAGGTGCTGCTTTGGTTGCAAGTCCCCATACCCGAACAGCAAGCACGAGCAACGCGCCGGATCAATGCCCGACGCTTTTTATTGGCCGAGCACCTGGACGCCTACGCGAAGCTCGCCGAACACGAGGACCCGGACGCCTGGTTGCATGCCACCCTCGACCAGGCCGAAGCATGGAACTGGTTGGCGCCCGAACAACTGGCTTTTTTCCTGGCCCAGCGCCTGAAAACGCCAACACGGACGCCGACGCAGTGGCAAGCACGCCAAGGCGAGAGCCCTGAGGAGCATTTTGAACGGGTGCGGTTGATGGTGGACTTCTGGCAAGGAGAAGCATCGCCATGA MNDTQPRQWLLEHLRLGHALCVILDADGEQPMLQALIKNSRPDQYLSVYSKTLIADLSEVGPFVFTFDNPNDKNLQELLNRPDSHWGWLASLPKGHLPQLVGHWRERLIVGERPHQAVYRFHDNRVLARALAYLPVEAHAAYLGPANSVCYWQGDRWEHIDNPSPGTHPVPEVLLWLQVPIPEQQARATRRINARRFLLAEHLDAYAKLAEHEDPDAWLHATLDQAEAWNWLAPEQLAFFLAQRLKTPTRTPTQWQARQGESPEEHFERVRLMVDFWQGEASP NA NA NA NA NA D1-35_04451 762 hypothetical protein ATGACACGGGTCTTACGGGGCACATGCCTGGGCTGCTGCATGGCAATCACTGCGGGATGTGCCGACAGACAACCAGACACATTTACTTTTACGGGTGATTTGCCGCCTGGCTTTGCCTATGAGGCGGCGGTGTATTACGTCCCCGCTCCTGGGGAAACCTGCACCGTCGAGAAAAAATACAACAAGGCACCGGTGTTCAAGAGCAAGGACAAACCCATTGCCGAAATTCTTATCCGTAGAACTCGCAGCGGCTGTCCGCTGGTGATCAGTCGTATCGAGCTTGGAATTAGCTCTATCTACGGCCCGCATTGGCTCGATTCCAGTCGAGATACTGCCAACGTGGTTATACGTGATGAGCTGGAGGAGCAATACAAGGGCACCTTCAGCAAGACGGGGGAGAGCATCTTCCACGGCCAATGCCAGTGGCTGTTCCGCACCTCGGGGGCCAAACGACGCATCGTAAAAATCCTCGATTGCAAAAAAACCAACCCAAAGGGCGACGTTGGAAACGGTCGGCCTTTTTCGGCGTTCACGCTTGATCAACTGCCGGGGAAAACGGTGAGGATGAAGATCAAGATGGCAGACGAGGAAAGACCTTACATGAAGGACACATGGGTCAAGTTCGCCAATGGCTGGAAACGCTGCATGGGAGACAATTTCGAAGATCGATACGCTTTTTGTCTCGGCAATTACAAGGATTTCAGTGGATTTCATATGCCGGACGGCGAGCCATGCACCATTTACCCAAGTTGTACCGAATAA MTRVLRGTCLGCCMAITAGCADRQPDTFTFTGDLPPGFAYEAAVYYVPAPGETCTVEKKYNKAPVFKSKDKPIAEILIRRTRSGCPLVISRIELGISSIYGPHWLDSSRDTANVVIRDELEEQYKGTFSKTGESIFHGQCQWLFRTSGAKRRIVKILDCKKTNPKGDVGNGRPFSAFTLDQLPGKTVRMKIKMADEERPYMKDTWVKFANGWKRCMGDNFEDRYAFCLGNYKDFSGFHMPDGEPCTIYPSCTE NA NA NA NA NA D1-35_04452 2184 hypothetical protein ATGATGTTGTCGAAAACGGCTTCGGAGTCACGCCTTAGGAGTCGCATGCTCGACTGCCCTGCGGGCGGTAAATGGACCAGCTTTCAATTGGTGGATGAATTGGGTTCTGGCGAGCCTTACGCATGGCTGGCCTATGTTGTCACCGACTCGGAAGGGCAAACGTACCGCGGCGATCTCGATGCCACGGGAAGGGGCAAGGTCAGCAATCATTTCGCCGGGCCGATCGCCTTGACCTTGGATCAGGAATATCAGGGCCAGGAACGGTTATACATAGAGCTCCAGAGCAGAGATAGCTACCCGCTCAAAATCACCGAACTCCAAGTTCGCGCCGAACAAACCCCCTACCTGAACGACAACGCCACCAGCACCCGAGAGAACCCCGCCCAAGCCTGCGCCGGTCAGTTCTTCCAGGTGGAGGTGCGCGACCTAGTCAAGCATGTCGCCCATCTGCCGCCGCGGGTGTACCGACATTACCCAACCAACCAGGGGCCGGCACGGCTCATGGGAAAGTTTGGCGAGACTGGCGTAGCGTTGATGCCTCAACTGCATACCGTGTTGGAAGTGCGCCCGCTGCGGGCCTTGCGGCCCATGCTGTCCATCACTCCGCAATTCTGCGCGCTCAACCTGTACCAGTTGGCGCTCATGGCGACCTTGAGTTACTGCCCCTTCGGCCAGAAGCCCGGCGAGGCTCCAATACACTTATCGGTGAGTTTCCCCAAGCAACCGAGCGTGGGCAACTGGTTCGGCGTTGCCTTGGCCAAGTCCGAGGAGCTTTGGAAGGTTGACCCGGGACAGGTAAAACACCATTACCCCTTGTATGAGGATGTGCCCTACTCCAAGCGACTGGAAATCGTCCCGTTCGACCCTGCTCTGTACCCTATGAACAATCCGGAACTGGGTGTGAAGCAGGAGCATCCCGCCAAGGTCCATTTTCTCGATGACACTGCAAAAGAAGAAAGCACCGATACCCAAGCTTTCATCACTCACAACGACGAAATAATTCTGATCGCAGTGCGCGGCACAGCGCAGATGCTTGCCGATGGCCTGCGTGACGCCGACGCGCTCCAGGTTCCCTTTGAGGAAGGTGGCGGTAAGGTGCACCAGGGGTTTTACGGAGCAGCCAAAAAAGCTGCTGCCTTCGTAATTGATTACCTGGAAAGGTTTCATGCCGGTCAGAAACTGCTGATCTGTGGCCATAGCCTGGGCGGCGCCGTGGCATTGCTGCTCGCAGAAATGCTACGTCTGAGGGAAGGATTCAGCTACGACATCCAACTCTACACCTACGGTGCCCCTCGCGCCGCCGACGCCGTCTTCGTCGAAAATGCCGCCCCCCTGGTGCATTACCGCATGGTCAATCACAACGACCCGATACCCAGCGTACCGGGCAGTTGGATGGACACCAAGGCGAGTGTCTATGGCACGGGTTTCGCGCTGATGTTCGCCAACGTGCCGGCCGGCTTCTCAGTGTTCGTGGCTGGCATCTACAACTGGACGGGGGAGTCCTATGAACACCACGGCACCTTGCGCCATTTCCTGCCCGTGGAGTTCGGTCGTCAGGAGCGGTCGACGATCCTCTGGACGCCAGGCTGCGACACCCTCACGCAACATGCCGCTTGCGAGCTGGCCTTGGAGCAGAGACGTGGCCTGCCGGACCGGGCGAAGTTCACCGCCCAGCTCTTTCAGGCCGGTAACCACCTCATGACCTCCAGCTATCTTCCTGCGTGCTGGGCAACCCTGCGCCGCTGGCAGGAGGCTTTGGAGTCGAAGAGCCCTCTGGTGACACAGCGTGAGTACGAATGCATCGAAAATGCGCTGGAACAGATCACTCGGCAGTTGCGTAACGAAAGCAGACAGTTGATCGGGCGTCCAGATGGCTACGAGCGCACCCACCAACCGATCATTGATGCCCTCGCCCGTGAGGTTGACAAGGTGCACGCCACACGTGCTCGCCTGAGAGGGCTGCACACGACGTTGGTCAGCGACCAAGACGTTTACGGCAGCCTGTCCAAATACCCTGAGCAACTGGCGCAACACCTGACCCGCTGGCAGGCCCATCCGGAAAATCGCGTGGCTGAACAACTGGCCATGGCGCCTGCGGCCGGCACCGATATCGAGCTGGTCCATGGTGCTCATGGGTACGTCATCGGTAAGCCTTATACGCTGGATATCGATGCGATCATTTGA MMLSKTASESRLRSRMLDCPAGGKWTSFQLVDELGSGEPYAWLAYVVTDSEGQTYRGDLDATGRGKVSNHFAGPIALTLDQEYQGQERLYIELQSRDSYPLKITELQVRAEQTPYLNDNATSTRENPAQACAGQFFQVEVRDLVKHVAHLPPRVYRHYPTNQGPARLMGKFGETGVALMPQLHTVLEVRPLRALRPMLSITPQFCALNLYQLALMATLSYCPFGQKPGEAPIHLSVSFPKQPSVGNWFGVALAKSEELWKVDPGQVKHHYPLYEDVPYSKRLEIVPFDPALYPMNNPELGVKQEHPAKVHFLDDTAKEESTDTQAFITHNDEIILIAVRGTAQMLADGLRDADALQVPFEEGGGKVHQGFYGAAKKAAAFVIDYLERFHAGQKLLICGHSLGGAVALLLAEMLRLREGFSYDIQLYTYGAPRAADAVFVENAAPLVHYRMVNHNDPIPSVPGSWMDTKASVYGTGFALMFANVPAGFSVFVAGIYNWTGESYEHHGTLRHFLPVEFGRQERSTILWTPGCDTLTQHAACELALEQRRGLPDRAKFTAQLFQAGNHLMTSSYLPACWATLRRWQEALESKSPLVTQREYECIENALEQITRQLRNESRQLIGRPDGYERTHQPIIDALAREVDKVHATRARLRGLHTTLVSDQDVYGSLSKYPEQLAQHLTRWQAHPENRVAEQLAMAPAAGTDIELVHGAHGYVIGKPYTLDIDAII NA NA NA NA NA D1-35_04453 4407 rhsA COG3209 putative deoxyribonuclease RhsA ATGTCTGATGCGCTCTGGGCCGCCCGCCTGGGCGACGCGCTGGACCACACCTCAATGATGGCCGACATACTTGGCGGCGTACTGGAGGTGGCGGCGAACATTGCGATCACCGCCCTGGCGACCGCCGCGGTGGTCGCGGCCACGGGCATTACCGTGGTTACCGGCGGGCTGGGTTGCTTCGTGCTCGGTCTGGTGGTGGGCACCGTGGTTGGCCTGGCGATGAGCAAGACCGGAGCCGACAAGGGCCTGAGCAATATATGCGAGGGCATCGGCAACGCCCTTTTCCCGCCCACGGTGCAGGCCAACATCCTCACCGGCTCCGACGATACCTTCACTAACAACATTCGCGCGGCCCGTGCGGCCGGGGCAATCGAGTCTCACGTTGCCGCCGCCGGTACGGAGCTCGAAGCCCCTGAGCCTGAAGAAGAGCCCAGCTACCTGGACATGGCCGGGGCTTTCTTTTCGCAGATGTGGCGCCCCACGGTCGCCACGCCCGCGCCGGGCGCGGTGCCCAAGCCGGAAGACCTGGTGCTGTGTACCAAGCACCCGCCAATGCCACCGCAGTTCATGGCCGAGGGCTCGGACAAGGTCACCATCAACGGCCAGCCCGCCGTGCGCAGCGGCGACCGTAGTACTTGCGATGCCAAGGTCGTGTCGTCCGGGCTGATTTCGCCCAACGTCACCATTGGTGGTGGCTCGGTGGTGGTGCGCGAGATCCGCAGCGGCAAGACGCCGGGCGTGGGGCTGGCGGTCACGGCACTGCTGATGCTCAAGGGCGGCAAGGGCAAGTTCTTCAGCAAGTTGCCCTGCATGCTGGTGGGCGGCGCGGTGTCCATGGCCGCGAGCAGCGCGGCCAATGCCGCGGCCAACGCCGCCATGGGCTCGTCGAACCCGGTGCATGCTGCCACGGGGGCCAAGGTGCTGGGCGGCGATGCAGAACTGGACTTCGTGTTGCCTGGCATCCTGCCGATTGACTGGCAGCGTTTCTACAACAGCCGTGACGAACGCCGCGACGGATTGTTCGGCGCCGGCTGGAGCGTTTCCTACGAGGTTCAGGTCGACATCCTGCCCCACCCCGACGGCGGCGAGACCCTGCTGTATACCGACGAACAGGCCCGCCCCATCGACATGGGTTCGATCCCGTTGGGCGGCGCGGTGTTCAGCCCCGGCGACGGCCTCGCAGTGCGGCGCCATGTGAGCGGACAACTGCTGATCGAAAGCGACGACGGCTTGTACCGTTTGTTCGAACCGACGCCTGGAAACTCATCGCGGCTGCGCTTGAGCCAGTTGGGTGACCGCAACGACAATCGCATCCATCTCGACTATGACGAAGCTGGCCGCCTGGTGCGGCTGCGCGATACGTTTGATTTGCTCCAGGTCGAGCTGACTCGTGAAAACGAACGCGTCAGTCGGATCGAACGCCTCTACCCCGACCAGCAGCGCGAAGTGCTGGTCAGCTACGCCTACGATGCGGCGGGCAATCTCACCGCAGTGCGCGACGCTGGCGGCCAGGTGCAGCGGCGGTTCAGCTACGACGCCGGGCAGCGGATGGTCGAACATCAACTGCCTGCCGGCCTGCGCTGCTTCTACGAATGGGCCTTGATCGAAAACCAGGAGTGGCGCGTGGTCCGCCACTGGACTGACGAAGGCGACGCCTACCAGTTCGACTACGACCTCACGGCCGGCATAACGCGTATCACCGACAGCCTGCAACGCATCAGCATCCGGCATTGGAACAGCCAGCACCAGATCACCCGGTTCGCCGACAATCTCGGCCAGACCTGGTCGTTCGAGTGGAACGACGAACGCCAGTTGCTCAGCGCCACCGACCCGCAAGGCGGCCAGTACCATTTCAGTTACGACGAGGCCGGCAACCTGATCGGCGAAACCGACCCACTGGGCCGCAGCGAGTCTACCCTCTGGCTCGAGCATTGGGCGCTGCCACTGGTGGAAACCGATGCCGCCGGCAACAGCTGGAAATACCGCTACGATCAGCGCGGCAACTGTGTCGCCGAAACCGACCCGCTGGGCCAGGTCACCCGCTACCGTTACGACACCCACGGCCAGGTGGTGGAAATCATCGACGCCACCGGCAAGAGCAAGAAGCTGCGCTGGAACCCGTTCGGGCAACTGGTGGAACACATCGACTGCTCGGGCTACCCGACGCGTTTCAGTTATGACCCGCGCGGCTATCTGCAGACCCTCACCGACGCCCTCGGCGAGCGCACCCGATTCAGTTACGACGCCCAAGGGCGCCTGCTCGGCAGCCAGTTGCCGGATGGTCGCACCGAGCACTACCAGCGCGACAGCGCCGGCCAGCTCACCGGCCACACCGACCCGGCCGGGCACACCACGCATTACCAGCACAACCGCCGCGGCCAGGTGCGCCAACGCATCGACGCCCAGGGCCGGCAGGTGCAGTTTGCCTACGACAGCTTCGGCCGGCTGCAAGCGCTGATCAACGAGAACGGCGAAAGCTATCGGTTCGCCTGGGATGCCGCGGATCGGCTGGTCGAACAGCAGGACCTGGATGGCAGCGCCAAGCGCTACGCTTATGACCGGCTGGACAACGTTGCGCGGGTGACGGCTGTTCCGGCGGCTCACGGCAGCGGCCTGGCGCAGGTTCCCGAAACATCACCGGCGCCTGTCGTCCACCGTCTGGAACGCGACGCCGCGGGCCGGTTGATCGCCAAAGTCACCGATGATGGCCGCACCGAATATACCTATGATCCGCTGGACCAGCTCACCGCCGTTACCTTCACTGACCTGCAAGGCGCCGCGCAGTCCCTGAGTTTCGCCTACGATGCCCTCGGCCAGCTGCTCGCCGAAAACAGCGCCGCCGGCAGCCTCCGGCACCACTACGATGAACTCGGCAACCTGATCCAGAGCCAACTGCCCGATGGCCGCTGGGTCAATCGGCTGTACTACGGCAGCGGTCACCTGCACCAGATCAACCTCGACGGCCAGGTCATCAGCGATTTCGAACGCGATCGCCTGCATCGCGAGGTGCTGCGCACCCAAGGGCAAATCAGCACCCGCAGCGAATACGACCGCAGCGGCCGCCTGCGCGCCCGTCAACGTCGTCACAGCAGTCAGCCCGCGCTGCTGCCGGCGGCGGTGCAGAAACACTTTGAATACGACCCCGCCGACAACCTGATTGGCAAGCTCGACCAGCAACCCGCCACTCAGCAGCGCCAGTTGCTGCACTACGACGCCACCGGTCGCATCATCGCCAGCCAGGACAGCCTGCACGGCCAGCGCGAGACCTTTGCCTACGACGCCGCCGCCAACCTGCTGGACGGCCCGGCGCCCGGCGCCGGACTGGTGGTGCACAACAAGCTGCTGACCTATCAGGACAAGCGCTACCGCTACGACGCTTTCGGCCGGCTGATCGAGAAACGCAGCGCCACCCGCGGCCTGCAACGCTTCGCCTACGATGCCGAAAGCCGTTTGATCGAAGTGCGCAACGACAACGGCAGCGTAGTCAGGATGACTTACGACCCGCTGGGCCGGCGCATCGAAAAAGCCGAGCACGACAGCCACGGCTACCCGCTGGGCGAAACCCGCTTCACCTGGGACGGGCTGCGCCTGCTGCAGGAACATCGCCACCAGCAAACCAGCCTCTATCTTTACGAAGACGACGGCTACGAACCGCTGGCCCGCGTCGACGGCAGCGCCCCGCTGCAAAAGATCCGCTACTACCACAACGACCTCAACGGCTTGCCGGAGCAACTTACCGAAGCCGATGGGCACTCCGTCTGGCAGGCCACGTATCGGGTGTGGGGCAACACGCTTGAGGAGGTTCGCGAACCGTATTACATCGAAGAGCAGAACCTGCGGTTCCAGGGGCAGTACCTGGACCGGGAAACCGGGCTGCATTTCAATACGTTCAGGTTTTATGATCCGGATATAGGGCGGTTTACCACGCCGGATCCGATCGGGTGGCTGGGAGGATTGAACCTCTACCAATATGCACCAAACCCCCTGACCTGGATCGATCCATGGGGATGGGCTTGCCGAAGCGCAGTCAGTGGCAATAAAGGCCGAACCAAGGCGATCAACGATCTCAAACGCAACAAGTTCAAGATCGTCGCGGAGGAAGTCACCATGAAGGTCAACGGTAAACGTATTCGCGCCGACTTTGTCGCCAGAGACCAACGTGGAAAACTGCACGTATTTGAAGTCAAGCACGGCACCGGGAAACTGACCCCCAACCAGACCGATTCAAAAGCCTTTGACATGACCAAGCCGGCCAACACTACGCAACATCTGGGTGGGGGCACGATCAAACCGTCCGCCGGCACGAAGGGATCGTTCAAGGTTGATACCAAAGGCAAGCCTGGCGTACCGCTAGGCGGCAAAGGCGCACAGCACAATGCCACCTTCAATCTTTTAATTTACAAGTGA MSDALWAARLGDALDHTSMMADILGGVLEVAANIAITALATAAVVAATGITVVTGGLGCFVLGLVVGTVVGLAMSKTGADKGLSNICEGIGNALFPPTVQANILTGSDDTFTNNIRAARAAGAIESHVAAAGTELEAPEPEEEPSYLDMAGAFFSQMWRPTVATPAPGAVPKPEDLVLCTKHPPMPPQFMAEGSDKVTINGQPAVRSGDRSTCDAKVVSSGLISPNVTIGGGSVVVREIRSGKTPGVGLAVTALLMLKGGKGKFFSKLPCMLVGGAVSMAASSAANAAANAAMGSSNPVHAATGAKVLGGDAELDFVLPGILPIDWQRFYNSRDERRDGLFGAGWSVSYEVQVDILPHPDGGETLLYTDEQARPIDMGSIPLGGAVFSPGDGLAVRRHVSGQLLIESDDGLYRLFEPTPGNSSRLRLSQLGDRNDNRIHLDYDEAGRLVRLRDTFDLLQVELTRENERVSRIERLYPDQQREVLVSYAYDAAGNLTAVRDAGGQVQRRFSYDAGQRMVEHQLPAGLRCFYEWALIENQEWRVVRHWTDEGDAYQFDYDLTAGITRITDSLQRISIRHWNSQHQITRFADNLGQTWSFEWNDERQLLSATDPQGGQYHFSYDEAGNLIGETDPLGRSESTLWLEHWALPLVETDAAGNSWKYRYDQRGNCVAETDPLGQVTRYRYDTHGQVVEIIDATGKSKKLRWNPFGQLVEHIDCSGYPTRFSYDPRGYLQTLTDALGERTRFSYDAQGRLLGSQLPDGRTEHYQRDSAGQLTGHTDPAGHTTHYQHNRRGQVRQRIDAQGRQVQFAYDSFGRLQALINENGESYRFAWDAADRLVEQQDLDGSAKRYAYDRLDNVARVTAVPAAHGSGLAQVPETSPAPVVHRLERDAAGRLIAKVTDDGRTEYTYDPLDQLTAVTFTDLQGAAQSLSFAYDALGQLLAENSAAGSLRHHYDELGNLIQSQLPDGRWVNRLYYGSGHLHQINLDGQVISDFERDRLHREVLRTQGQISTRSEYDRSGRLRARQRRHSSQPALLPAAVQKHFEYDPADNLIGKLDQQPATQQRQLLHYDATGRIIASQDSLHGQRETFAYDAAANLLDGPAPGAGLVVHNKLLTYQDKRYRYDAFGRLIEKRSATRGLQRFAYDAESRLIEVRNDNGSVVRMTYDPLGRRIEKAEHDSHGYPLGETRFTWDGLRLLQEHRHQQTSLYLYEDDGYEPLARVDGSAPLQKIRYYHNDLNGLPEQLTEADGHSVWQATYRVWGNTLEEVREPYYIEEQNLRFQGQYLDRETGLHFNTFRFYDPDIGRFTTPDPIGWLGGLNLYQYAPNPLTWIDPWGWACRSAVSGNKGRTKAINDLKRNKFKIVAEEVTMKVNGKRIRADFVARDQRGKLHVFEVKHGTGKLTPNQTDSKAFDMTKPANTTQHLGGGTIKPSAGTKGSFKVDTKGKPGVPLGGKGAQHNATFNLLIYK NA NA NA NA NA D1-35_04454 618 hypothetical protein ATGAGCCAAGAAATTCGCAAAAATGTGGAAGTGGAGTTACTGGCGACGCTGAAAAACAAAACGTCACCACACCTGGATCTGAAGGCCAGCAAAAATAAAATTGGTCTGTTCAAAGCCAAAGAAAAGCTTGGGGAAATCTACATTCAGCACCTGACCAAAGCCGATGGTTATTACGCTGGGTTGGAGATCCATGCATGCGAGGCTTTCAGCTTCTGCAAAGAGCAATCGCCGCCCTACCAGAGTCGGTTGTTGAACGCGTCATTTTTGTCGAAGAGTTCCTTGTCGGAAGAGACGAAACAATTCGGTGACGAACTGGGAGGCATCATCAGAACCCCGTCTCCCCAGGCCCTCAGCGCAACCGTCAACAAAATAAGCGAACGGCTCGAAAAGTTTTACCTGTCCAAGGCAGAGCACTGCATTCTCGGCATGCCTGCATTGATTGATGATGTATTGGCCGAGCCTGACAACTACGCATTCCCGTTCCTGACGATTCTCTTTGCAGCGCAAAAAAACGGTCTGGGTCTGGATTCAGATGTGCTCAAGAAAGCTCTGGCGACCAAATCAATATTCGGAAACAAGCAGTTCGACCTGGCGCTTGCGAACAAACTGCTGGGCTAG MSQEIRKNVEVELLATLKNKTSPHLDLKASKNKIGLFKAKEKLGEIYIQHLTKADGYYAGLEIHACEAFSFCKEQSPPYQSRLLNASFLSKSSLSEETKQFGDELGGIIRTPSPQALSATVNKISERLEKFYLSKAEHCILGMPALIDDVLAEPDNYAFPFLTILFAAQKNGLGLDSDVLKKALATKSIFGNKQFDLALANKLLG NA NA NA NA NA D1-35_04455 276 hupB_2 COG0776 DNA-binding protein HU-beta ATGCGTAAACCAGAACTCGCCGCCGCCATTGCGGAAAAAGCGGACCTCACCAAAGAACAAGCCAACCGCGTCCTCAACGCTGTTCTCGAAGAAATCACCAGCGCCCTGCATCGCAAGGACAGCGTTACTCTGGTCGGCTTCGGCACCTTCCTGCAACGCCACCGCGGCGCCCGCACCGGCAAGAACCCACAAACCGGCGAGCCGGTAAAAATCAAGGCCAGCAACACGGTTGCGTTCAAGCCAGGCAAATTCCTGAAGGACAGCGTTAACCCATAA MRKPELAAAIAEKADLTKEQANRVLNAVLEEITSALHRKDSVTLVGFGTFLQRHRGARTGKNPQTGEPVKIKASNTVAFKPGKFLKDSVNP NA NA NA NA NA D1-35_04456 1149 alkT COG1251 Rubredoxin-NAD(+) reductase ATGAGCGCACCTGTCGTCATCGTCGGTACCGGCCTGGCTGGCTATAACCTGGCCCGGGAATTTCGCAAGCTCGACAGCGAAACCCCGTTGCTGCTGATTACCGCGGACGACGGCCGCTCCTACTCCAAGCCGATGCTCTCCACGGGGTTCGGCAAGAACAAGGACGCCGATGGCTTGAGCATGTCCGAGCCGGGCGCCATGGCCGAGCAGTTGAAGGCCGAAGTGCGCACCCACACGCGCATCAGCGGCATCGACCCGGGCCACAAACGCCTGTGGATTGGCGAGGAAGCGGTAAGTTATCGCGATCTGGTCCTGGCCTGGGGCGCTGAAACCGTGCGCGTGCCGGTGCAGGGCGATGCGGCGGACCTGATCTTCCCGATCAACGATCTCGAAGACTACGCACGTTTTCGGGCCGCCGCCGCTGGCAAGCGCCGGGTGCTGCTGCTCGGTGCCGGCCTGATCGGCTGCGAATTCGCCAACGACCTGGTCCTCGGCGGCTACGAAGTGGAACTGGTGGCCCCCTGCGAGCAAGTCATGCCGACGCTGCTGCATCCGGCCGCTGCCGCAGCCGTCCAGGCCGGGCTGGAAAGCCTCGGCGCACATTTCCACTTGGGGCCGGTGCTCAACCGTCTGCAACGTGTGGCCGACGGATTGGAGGCGCATCTGTCGGATGGCCAGGTGATTCCCTGCGATCTGGTGGTCTCGGCCATCGGCCTGCGCCCACGCATCGACCTGGCGGCTGCCGCCGGGCTGGTGGTCAATCGCGGCGTGGTGGTTGATCGTCAGCTGAAAACTTCCCACGCCAATATCTACGCTTTAGGCGATTGTGCCGAAGTCGATGGCTTGAACCTGCTCTACGTCATGCCGCTGATGAGCTGCGCCCGCGCCCTGGCCCAGACCCTGGCTGGCAACCCGACCGCTGTCAGCTACGGTGCCATGCCGATCACTGTGAAGACCCCGGTCTGCCCGCTGGTGGTATCGCCGCCACCACGGGGCAGCGAAGGCGCGTGGAGCGTCGAAGGGGAGGGCGCCGACATCAAGGCCCTGTGCCGCGACGCCCATGGCAATCTGTTGGGCTACGCCCTGACCGGTACGGCGGTGATGGAGAAACTGGCGCTGAACAAGCAGCTTCCGGCACTACTGGCGTAA MSAPVVIVGTGLAGYNLAREFRKLDSETPLLLITADDGRSYSKPMLSTGFGKNKDADGLSMSEPGAMAEQLKAEVRTHTRISGIDPGHKRLWIGEEAVSYRDLVLAWGAETVRVPVQGDAADLIFPINDLEDYARFRAAAAGKRRVLLLGAGLIGCEFANDLVLGGYEVELVAPCEQVMPTLLHPAAAAAVQAGLESLGAHFHLGPVLNRLQRVADGLEAHLSDGQVIPCDLVVSAIGLRPRIDLAAAAGLVVNRGVVVDRQLKTSHANIYALGDCAEVDGLNLLYVMPLMSCARALAQTLAGNPTAVSYGAMPITVKTPVCPLVVSPPPRGSEGAWSVEGEGADIKALCRDAHGNLLGYALTGTAVMEKLALNKQLPALLA PGPT0021900_344 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021900-rubB|alkT-K05297 NA NA D1-35_04457 168 rubA1 COG1773 Rubredoxin-1 ATGAAAAAGTGGCAATGTATCGTCTGTGGCCTGATCTACAACGAAGCTGACGGCTGGCCCGACGATGGCATCGCGCCCGGCACCCGCTGGGAAGATGTGCCGGCGGACTGGCTGTGCCCGGACTGCGGCGTCGGCAAAATGGATTTCGAAATGATCGAAATCAACTGA MKKWQCIVCGLIYNEADGWPDDGIAPGTRWEDVPADWLCPDCGVGKMDFEMIEIN PGPT0021900_23 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021900-rubB|alkT-K05297 NA NA D1-35_04458 723 ubiC Chorismate pyruvate-lyase ATGTCAGGCCTTGGCCGGTATTTTCCGGCTCAGGGCCGTTTTGTACTGATCGGTCGCGACAGATGCAAGCGGGATCGGCGCAGCGGCGCCCTGGCTCGGCCAAAATCGCCGACCGGCATGGTAAGCTCGCGGCCTCATTCGCTGCCATTCAAGACCCTTGTGCCGCCTACAAATTCGATATTTCCTACACTTCGATGGCTTCCCCAGCACCTGCTGTCGCCCCGTCCCGATGCCTGCGTGCTCGACTGGTTGTTCGACCAGGGCTCCCTGACCCGGCGCCTTACAGGCCTGTCGGATGACCACTTCAGCGTGACACCGCTGCTGGAGGGCTGGCAGCCGTTGCGCGCCGACGAGTGTGCCGCGCTGGACCTGGCCGAGGGCAGCGAAGGCTGGGTGCGCGAAGTCTACCTGCGCGGCCATGATCAACCATGGGTGTTCGCCCGCAGCGTGGCGGCACGCAGCGCGTTGCAGGGCGACGGTTTGCAGATGGACGCACTGGGCAGCCGCTCCTTGGGCGAGCTGCTTTTTTGTGACCAGGCATTCCAGCGCCGGGCGATCGAGGTGTGCCATTACCCGAGCGAATGGTTGCCACCCGAGGTTCGCGCCCACGCGTTGTGGGGCCGTCGCTCGCGTTTCGATCGCGGTGCGTTGAGCGTGCTGGTGGCGGAGATTTTCCTGCCGCCGCTGTGGACCGTCGCTCGCGCCTATTCGGAGAATTGCTGA MSGLGRYFPAQGRFVLIGRDRCKRDRRSGALARPKSPTGMVSSRPHSLPFKTLVPPTNSIFPTLRWLPQHLLSPRPDACVLDWLFDQGSLTRRLTGLSDDHFSVTPLLEGWQPLRADECAALDLAEGSEGWVREVYLRGHDQPWVFARSVAARSALQGDGLQMDALGSRSLGELLFCDQAFQRRAIEVCHYPSEWLPPEVRAHALWGRRSRFDRGALSVLVAEIFLPPLWTVARAYSENC PGPT0009525_201 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009525-ubiC-K03181 NA NA D1-35_04459 891 ubiA COG0382 4-hydroxybenzoate octaprenyltransferase ATGTACGTGCAACTGCTCAAATCCTTGAACCGCCTCAATCCGCGGGCCTGGGACTTCGTGCAACTGACCCGCATGGACAAGCCCATCGGCATCTACCTGTTGCTGTGGCCGACATTGTGGGCGCTGTGGATTGCCGGCGAAGGCTCGCCGTCCTTGGCCAACATCGTGATTTTTGTGTTGGGCGTAGTGCTGACCCGTGCCGGCGGTTGCGTGATCAACGACTGGGCCGACCGCAAGGTCGACGGCCACGTCAAACGCACCGAGCAGCGCCCGCTGGTGAGCGGCAAGATCAGCTCGAAGGAAGCCCTGGTGTTCTTCGCGGTCTTGATGAGCGTGAGTTTCCTGCTGGTGCTGTGCACCAATGCGCCGACGATTCTGTTGTCCTTGGGCGGACTGGCGCTGGCGTTCAGTTACCCGTTCATGAAGCGCTACACCTATTACCCGCAAGTGGTGCTGGGCGCGGCGTTTTCCTGGGGCATGCCGATGGCTTTCACCGCCGAAACCGGCCATCTGCCGGCCGCCGCATGGCTGCTGTACATTGCCAACCTGCTGTGGACGGTGGGCTACGACACTTACTACGCGATGACCGACCGGGACGACGACCTGAAGATTGGCGTGAAATCCACGGCGATCCTGTTTGGCGATGCCGATCGGGTGATCATCCTGACGCTGCAAGGCCTGGCCTTGGGCTGCCTGCTGCTGGCCGGGGCTCAGTTCAAGCTGGGAGGCTGGTTCCATCTCGGTCTCGTGGCCGCCGCCGCGTGCTTTGCCTGGGAGTTCTGGTACACCCGCGGAAGGGACCGGATGCGTTGTTTCAAGGCGTTCCTGCACAACCACTGGGCCGGGTTGGCGATTTTTGTCGGGATTGTGCTGGATTACGGGTTGCGGTGA MYVQLLKSLNRLNPRAWDFVQLTRMDKPIGIYLLLWPTLWALWIAGEGSPSLANIVIFVLGVVLTRAGGCVINDWADRKVDGHVKRTEQRPLVSGKISSKEALVFFAVLMSVSFLLVLCTNAPTILLSLGGLALAFSYPFMKRYTYYPQVVLGAAFSWGMPMAFTAETGHLPAAAWLLYIANLLWTVGYDTYYAMTDRDDDLKIGVKSTAILFGDADRVIILTLQGLALGCLLLAGAQFKLGGWFHLGLVAAAACFAWEFWYTRGRDRMRCFKAFLHNHWAGLAIFVGIVLDYGLR PGPT0009515_1213 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009515-ubiA-K03179 NA NA D1-35_04460 384 hypothetical protein ATGGCTTATTACACTCGATCCCTCAAGGCGTTGGGGCTGGTAGCTGCGCTGGCGCTGCCGGGAATGGCGCTTGCGGCTGGCGAACCGGCAATGGTCAAGGATGGCGTGCTGGTCGATCATAAGGGCATGACGTTGTACACCTATGACAAGGACGACGGCGGCAAGTCGATGTGCAACGATAAATGCGCCGAAAACTGGCCACCACTCAAGGCTGAAAGCACCGCGACTCCTTCAGGCGAATGGACCGTGATCACGCGTGATGATGGCGCGTCACAGTGGGCCTATGACGGCGATCCGTTGTACACCTTCGTCGGCGACAAGAAGGCGGGTGACAAGACCGGCGACGGCAAGGGCGGCGTCTGGAAGATCGCCAAGCCCGACTGA MAYYTRSLKALGLVAALALPGMALAAGEPAMVKDGVLVDHKGMTLYTYDKDDGGKSMCNDKCAENWPPLKAESTATPSGEWTVITRDDGASQWAYDGDPLYTFVGDKKAGDKTGDGKGGVWKIAKPD NA NA NA NA NA D1-35_04461 690 phoB COG0745 Phosphate regulon transcriptional regulatory protein PhoB ATGGTTGGCAGGAGCATTCTGATCGTCGACGACGAGGCGCCCATCCGCGAGATGATCGCCGTTGCGTTGGAGATGGCCGGCTATGACTGCATGGAAGCAGAAAACTCTCAACAGGCCCACGCCATCATCGTCGATCGCAAGCCCGACCTGATCCTGCTGGACTGGATGCTGCCAGGCACCTCCGGCATCGAGCTGGCCCGACGTCTCAAGCGCGATGAGCTGACGGGTGACATCCCGATCATCATGCTCACCGCCAAGGGCGAAGAAGACAACAAGATCCAGGGCCTGGAAGTCGGTGCCGACGATTACATCACCAAGCCGTTTTCCCCTCGGGAGCTGGTGGCGCGCCTCAAGGCCGTGCTGCGTCGTGCCGGGCCGACCGATGGCGAAGCGCCGATCGAAGTTGGCGGCCTGCTGCTGGACCCGATCAGCCACCGCGTGACCATCGACGGCAAGCCCGCCGAGATGGGCCCGACCGAATATCGCCTGTTGCAGTTCTTCATGACGCACCAGGAGCGCGCCTACACCCGTGGGCAACTGCTGGATCAGGTCTGGGGCGGCAACGTGTACGTCGAGGAGCGCACCGTGGATGTGCACATCCGGCGCTTGCGCAAAGCCCTCGGCGACGCCTATGAGAATCTGGTACAAACCGTGCGCGGCACCGGTTATCGTTTTTCGACAAAGGCCTGA MVGRSILIVDDEAPIREMIAVALEMAGYDCMEAENSQQAHAIIVDRKPDLILLDWMLPGTSGIELARRLKRDELTGDIPIIMLTAKGEEDNKIQGLEVGADDYITKPFSPRELVARLKAVLRRAGPTDGEAPIEVGGLLLDPISHRVTIDGKPAEMGPTEYRLLQFFMTHQERAYTRGQLLDQVWGGNVYVEERTVDVHIRRLRKALGDAYENLVQTVRGTGYRFSTKA PGPT0002660_1206 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002660-phoB-K07657 NA NA D1-35_04462 1323 phoR Phosphate regulon sensor protein PhoR GTGAATCAAAACTGGCATGGCACCCTGATCCGCCACATGTTGTTGCTGGTGACCGGTTGCCTGTTGATCGGCCTGATCACCGGCTACTACGGCTGGAGCCTGGCCGTGGGCCTGGCGCTTTACCTGGCCTGGACCCTCAAGCAATTGCTGCGCCTGCACGAGTGGCTGCGCCTGCACCAACCCGACGAGGCCCCGCCCGACGGCTACGGCTTGTGGGGCGAGGTGTTCGACAGCATCTACCACCTGCAACGGCGCGACCAGCGCGTTCGCGGCCGCCTGCAGGCGGTGATCGACCGCGTCCAGGAATCCACCGCCGCGCTGAAAGACGCGGTGATCATGCTCGACAGCGACGGCAACCTCGAATGGTGGAACCGCGCCGCAGAAACCCTGCTGGGCCTCAAGACGCCACAGGACAGCGGCCAGCCAGTGACCAACCTGGTGCGCCATCCGCGCTTCAAGGAATATTTCGAGCAAGACAATTACGCCGAACCGCTGGAAATCCCGTCGCCCACCAATGATCGGCTGCGCATCCAGCTGTACATCACCCGCTATGGCAACAACGAGCACCTGATGCTGGTGCGCGACGTGACGCGTATTCATCAACTGGAACAGATGCGCAAGGATTTCATCGCCAACGTATCCCATGAACTGCGTACGCCATTGACGGTGATCTGCGGTTACCTGGAGACCCTGCTCGACAATGTCGAAGAGGTGAACCCGCGCTGGACCCGTGCCTTGCAGCAGATGCAGCAGCAGGGCGGACGCATGCAGACACTGCTCAACGATCTGCTGTTGCTGGCGAAGCTGGAAGCCACCGACTATCCCTCGGACAACCAGCCGGTGCCCATCGAGGACCTGTTGCAAGTCATTGCCGAAGATGCGCAGGAGTTGTCCGGCCCCAAGCAGCAGTCCATCACGCTTGAAGCAGACCCGACCGTACAACTCAAGGGCAGCGAGGCGGAACTGCGCAGCGCGTTTTCCAACCTGGTGTTCAACGCGGTCAAATACACGCCTGAACAAGGGCGGATCCATGTGCGCTGGTGGGGCGATGAACAAGGCGCACACCTGAGCGTGCGCGATTCCGGCATCGGCATCGACAGCAAGCACCTGCCGCGCCTGACCGAGCGTTTCTACCGGGTCGACTCCAGCCGCAACTCCAACACTGGCGGAACCGGGCTCGGTCTGGCAATCGTCAAGCATGTGCTGCTGCGCCATCGTGGACGCATGGAAATCAGCAGCGTGCCCGGCCATGGCAGTACGTTTACCTGCCATTTCACCCCGGCGCAGGTGGTCCGCGGACGGCACTCCAGCCACGACGAATGA MNQNWHGTLIRHMLLLVTGCLLIGLITGYYGWSLAVGLALYLAWTLKQLLRLHEWLRLHQPDEAPPDGYGLWGEVFDSIYHLQRRDQRVRGRLQAVIDRVQESTAALKDAVIMLDSDGNLEWWNRAAETLLGLKTPQDSGQPVTNLVRHPRFKEYFEQDNYAEPLEIPSPTNDRLRIQLYITRYGNNEHLMLVRDVTRIHQLEQMRKDFIANVSHELRTPLTVICGYLETLLDNVEEVNPRWTRALQQMQQQGGRMQTLLNDLLLLAKLEATDYPSDNQPVPIEDLLQVIAEDAQELSGPKQQSITLEADPTVQLKGSEAELRSAFSNLVFNAVKYTPEQGRIHVRWWGDEQGAHLSVRDSGIGIDSKHLPRLTERFYRVDSSRNSNTGGTGLGLAIVKHVLLRHRGRMEISSVPGHGSTFTCHFTPAQVVRGRHSSHDE PGPT0002705_2473 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D1-35_04463 1341 hypothetical protein ATGGACCCTTCCCCTGGCTTGTCCCTCGCTACACTCTTCGCCGAATTCGGCATGATTCTTTTTGCTCTGATCCTGGTCTTGCTCAACGGTTTTTTCGTTGCGGCCGAATTTGCCATGGTCAAGCTGCGCTCGACCCGGGTCGAGGCCATTGCCGAACAGAACGGCTGGCGCGGGCACATCCTGCGCACCGTCCACAGCCAGCTCGACGCCTATCTCTCGGCCTGCCAGTTGGGTATCACCCTCGCCTCCCTGGGGCTGGGATGGGTCGGCGAGCCGGCGTTCGCGCATATTCTCGAGCCGCTGCTGGGCGCGGTCGGCGTCCAGTCGCCGGAAGTGATCAAGGGTGTGTCGTTCTTCACCGCGTTCTTCATCATTTCCTACCTGCACATCGTGGTCGGCGAGCTGGCGCCCAAATCCTGGGCGATCCGCAAACCGGAACTGCTGTCGCTTTGGACGGCCGTGCCGCTGTACCTGTTCTACTGGGCCATGTACCCGGCGATCTACCTGCTCAATGCCAGCGCCAACGCGATCCTGCGTATCGCCGGCCAGGGTGAGCCCGGCCCGCATCATGAACACCATTACAGCCGCGAGGAGTTGAAGCTGATCCTGCACTCCAGCCGTGGCCAGGACCCGAGCGACCAAGGCATGCGCGTGCTGGCCTCCGCCGTGGAAATGGGCGAGCTGGAGGTGGTGGACTGGGCCAACTCCCGGGAAGACCTGGTAACGCTGGAATTCAATGCCCCGCTCAAGGAAATCCTGGCGATGTTCCGTCGCCACAAGTTCAGCCGGTATCCGGTGTACGACAGCGAGCGCCAGGAATTCGTCGGCCTGCTGCACATCAAGGACCTGCTGCTGGAACTGGCGGCCCTGGACCACATCCCCGAATCGTTCAACCTGGCGGAACTGACCCGCCCGCTGGAGCGAGTATCGAGGCACATGCCGTTGTCGCAGCTGCTGGAGCAGTTCCGCAAGGGCGGGTCGCACTTCGCCGTGGTCGAAGAAGCCGACGGCAATATCATCGGCTACCTGACCATGGAAGACGTTCTGGAAGTGCTGGTGGGCGATATCCAGGACGAACACCGCAAGGCCGAGCGCGGCATCCTCGCCTATCAGCCGGGCAAGCTACTGGTGCGCGGCGACACCCCGCTGTTCAAGGTGGAGCGCCTGCTGGGCATCGACCTGGACCACATCGAAGCGGAAACCCTGGCAGGGTTGGTCTACGAAACCCTGAAACGGGTGCCGGAAGAGGAAGAAGTGCTGGAAGTCGAAGGCCTGCGGATCATCATCAAGAAGATGAAAGGGCCGAAGATCATTCTGGCGAAGGTGTTGATGCTCGGTTGA MDPSPGLSLATLFAEFGMILFALILVLLNGFFVAAEFAMVKLRSTRVEAIAEQNGWRGHILRTVHSQLDAYLSACQLGITLASLGLGWVGEPAFAHILEPLLGAVGVQSPEVIKGVSFFTAFFIISYLHIVVGELAPKSWAIRKPELLSLWTAVPLYLFYWAMYPAIYLLNASANAILRIAGQGEPGPHHEHHYSREELKLILHSSRGQDPSDQGMRVLASAVEMGELEVVDWANSREDLVTLEFNAPLKEILAMFRRHKFSRYPVYDSERQEFVGLLHIKDLLLELAALDHIPESFNLAELTRPLERVSRHMPLSQLLEQFRKGGSHFAVVEEADGNIIGYLTMEDVLEVLVGDIQDEHRKAERGILAYQPGKLLVRGDTPLFKVERLLGIDLDHIEAETLAGLVYETLKRVPEEEEVLEVEGLRIIIKKMKGPKIILAKVLMLG NA NA NA NA NA D1-35_04464 897 hypothetical protein ATGCTCGTGCCGTTGCTGTTCGCCTGTGGTCTTGTCCTGGCCGCCACCCCGGCCTTGGCCATGACCATCTACAAATCCACCGACGCCAATGGCGTGGTCTCCTACAGTGACCGCCCCAGCAAAGGCTCCCAGGTGTTCGTATTTCGTGATCGCATGGTCGAGCGCCTGGAGCGCCAGGTGTTTCTCGACATCAGGAAGCAGAAGGGCGCGGACGCGGTGTACGTGCGCAACGACCTCTATGCCCCGGTGGAAATCGAGCTGAGCTTCGCCGGGTTGCGCAACGTCAGCGGGGCGCCGAGCCGGCCGATCCGCCGCGTGCTGCCGGCGCGCAGCAATCTGCGCCTGGCGCTGCTGACGGCCACTCGGCCCGGCAGGCCTCTGGCTTATACCCCAAGGTTCGAATACTCCCTGGGCGACCCCGCAGGCACGGCGCAAGCTTATCGCTATCCGTTGCCCTGGCGTGGCGGGCCTTTCCGGTTGAGCCAGGGCGCCAACGGCCAATACAGCCATTACGGCCCGAAGAACCGCTACGCCATGGACATCGCGATGCCCGAAGGCACGCCGATCATCGCGGCGCGGGGCGGCGTGGTGGTCAAGACCGAGAACGAGCAGACCGGGCGCGGCACCGATCCTGCCGGCAACTTTGTGCGCGTGTTGCACGATGACGGGACCATGGGAGTCTACCTGCACCTGCAGAAGGGCTCGGTGAGCGTCCAGGAGGGGCAACGGGTCGTGGTGGGCACGCCGCTGGCGCTATCAGGCAACACCGGTAACAGCTCCGGCCCGCACCTGCACTTCGTGGTACAGCGCAACACCGGGCTGGGGTTGGTGTCGATTCCCTATCAGTTCAACCAGCCGGTGGGTGACTTGCCCAACTTTGCGTTGGGCAAGCAGTAG MLVPLLFACGLVLAATPALAMTIYKSTDANGVVSYSDRPSKGSQVFVFRDRMVERLERQVFLDIRKQKGADAVYVRNDLYAPVEIELSFAGLRNVSGAPSRPIRRVLPARSNLRLALLTATRPGRPLAYTPRFEYSLGDPAGTAQAYRYPLPWRGGPFRLSQGANGQYSHYGPKNRYAMDIAMPEGTPIIAARGGVVVKTENEQTGRGTDPAGNFVRVLHDDGTMGVYLHLQKGSVSVQEGQRVVVGTPLALSGNTGNSSGPHLHFVVQRNTGLGLVSIPYQFNQPVGDLPNFALGKQ NA NA NA NA NA D1-35_04465 954 cheB_6 Protein-glutamate methylesterase/protein-glutamine glutaminase ATGAGTAAGGTCAGTGTGTTGGTCGTGGACGATGCTTCGTTCATTCGTGACTTGGTGAAGAAGTGCCTGCGCAACTACTTCCCAGGCATCCGCATCGAAGACGCGGTGAACGGCAAGAAAGCCCAGGCCCTGCTGGCCCGTGAAGCGTTCGACCTGGTGCTGTGCGACTGGGAAATGCCAGAAATGTCCGGCCTGGAATTGCTGACCTGGTGCCGCCAGCAGGACAATCTCAAGGGCATGCCTTTTGTGATGGTGACCAGCCGTGGCGACAAGGAGAACGTGGTCCAGGCGATCCAGGCCGGCGTTTCCGGCTACGTCAGCAAACCCTTCACCAACGAACAGTTGCTGACCAAGGTCAAGCAGGCCTTGAACAAGGTCGGCAAGCTCGACACGTTGATGAACAGCGCCCCGACCAAGATGAATTCGGCGTTCGGCAATGATTCGCTCAGTGCCCTGACCGGCGGCAAGGCCGCTCCGGTTGCCGCGGCTGCGCCAGCGGCGAACCCGTTTGCCAAGCCCGCTGCCGCGCCTGCACCCGCTGCGGCTGCCGCTCCGGCGGCACGTGGCTTGCTCAACAGCCCGCCCGTCAAGGCACCTGCCGCGTCCGCACCCACTGCCAATCGCGGCCAAGGCCAGTTGCGCCTGTCCAGCGGCACCCAGCAATGCGTGATCAAGGCCTTGAGCCTCAAGGAAGCGTTGCTGGTGGTCAAGCGCACCGACATCCTGCCGCAAGTGCTGGAGAGCTCGGTGCTGGACATGGAACAGGGCGACAACGCCGAAACCGCTCGTCTGAACGGCTACCTGCATGCCATCGTCGCCCATGAGCAAACCCCTGACAGCGAATGGCTGCAACTGACCTTCCGCTTCGTCGACAAAGACCCGCAGAAACTCGACTACATCTCCCGCCTGATCGCCCGCGGCACGGCGCAGAAGCACTTCGTACCGGGCGCCTGA MSKVSVLVVDDASFIRDLVKKCLRNYFPGIRIEDAVNGKKAQALLAREAFDLVLCDWEMPEMSGLELLTWCRQQDNLKGMPFVMVTSRGDKENVVQAIQAGVSGYVSKPFTNEQLLTKVKQALNKVGKLDTLMNSAPTKMNSAFGNDSLSALTGGKAAPVAAAAPAANPFAKPAAAPAPAAAAAPAARGLLNSPPVKAPAASAPTANRGQGQLRLSSGTQQCVIKALSLKEALLVVKRTDILPQVLESSVLDMEQGDNAETARLNGYLHAIVAHEQTPDSEWLQLTFRFVDKDPQKLDYISRLIARGTAQKHFVPGA NA NA NA NA NA D1-35_04466 762 phoU COG0704 Phosphate-specific transport system accessory protein PhoU ATGATTAGTAAAGAAGGCCTCACCCACCACATTTCCGCGCAGTTCAACGCCGAGCTGGAAGAGGTGCGCAGCCACCTGCTGGCCATGGGCGGGCTGGTGGAAAAGCAGGTCAACGACGCGGTGACCGCGCTGATCGAGGCCGACTCCGGCCTGGCCCAGCAAGTGCGCGAGATTGATGACCAGATCAACCAGATGGAACGCAACATCGACGAAGAATGCCTGCGCATCCTGGCCCGTCGTCAGCCTGCGGCTTCCGACCTGCGCCTGATCATCAGCATCTCCAAGTCGGTGATCGACCTTGAGCGGATCGGCGACGAAGCCACCAAGATCGCTCGTCGCGCCATCCAGTTGTGCGAAGAAGGTGAAGCGCCGCGCGGCTACGTCGAGGTTCGCCACATTGGTGACCAAGTGCGCAACATGGTACGCGATGCGCTGGACGCCTTCGCCCGTTTCGACGCCGACCTGGCGCTGTCGGTGGCCCAGTACGACAAGATCATCGACCGCGAGTACAAGACCGCCCTGCGCGAGCTGGCGACCTACATGATGGAGGACCCGCGTTCGATTTCCCGGGTGTTGAGCATCATCTGGGTGCTGCGTTCGTTGGAGCGTATCGGCGATCATGCACGCAACATCTCGGAACTGGTGATCTACCTCGTGCGTGGCACCGATGTCCGGCACATGGGGCTCAAGCGGATGAAGGAAGAAGTTGAGGGCACCCCGTCCGAAACCGCTAATGTTCCCGGTCAAACTGACGATAAGTAA MISKEGLTHHISAQFNAELEEVRSHLLAMGGLVEKQVNDAVTALIEADSGLAQQVREIDDQINQMERNIDEECLRILARRQPAASDLRLIISISKSVIDLERIGDEATKIARRAIQLCEEGEAPRGYVEVRHIGDQVRNMVRDALDAFARFDADLALSVAQYDKIIDREYKTALRELATYMMEDPRSISRVLSIIWVLRSLERIGDHARNISELVIYLVRGTDVRHMGLKRMKEEVEGTPSETANVPGQTDDK PGPT0002630_152 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002630-phoU|phoY-K02039 NA NA D1-35_04467 834 pstB COG1117 Phosphate import ATP-binding protein PstB ATGCAACACGAAGCACCTACACACGGCATCAACATGTCGGCCCTGGGCCGCGACAAGCAGAGCCTGAACCTGGCTCAGGAAACCGTCGCCATCGAAGTGCCCGGCCTGAACCTGTTCTACGGTCAGAAACAGGCGCTGTACGATGTCAGCCTGAACATCCCGAAACAGCGCGTCACCGCGTTCATCGGTCCGTCGGGCTGCGGCAAGTCGACCTTGCTGCGCACCTTCAACCGCATGAACGATCTGGTGGACGGCTGCCGCGTCGAAGGCGAAATCAACCTCTACGGCAACAACATCTACCGCAAGGGCGAAGACGTTGCCGAACTGCGTCGTCGCGTGGGCATGGTGTTCCAGAAGCCCAACCCGTTCCCCAAGACCATCTACGAGAACGTCGTCTATGGCCTGCGGATCCAGGGCATCAACAAGAAGCGCGTACTCGATGAAGCCGTGGAGTGGGCACTCAAGGGCGCGGCGCTGTGGGATGAGGTCAAGGACCGCCTGCACGAATCGGCGCTGGGCCTGTCCGGTGGGCAGCAGCAGCGTCTGGTGATCGCCCGCACCATCGCCGTGGAGCCGGAAGTGCTGCTGCTCGACGAACCTTGCTCGGCACTCGACCCGATCTCGACGCTGAAAGTCGAGGAACTGATCTACGAGCTCAAGTCCAAGTTCACCATCGTCATCGTGACCCACAACATGCAGCAGGCGGCGCGGGTGTCCGACTACACCGCGTTCATGTACATGGGCAAGCTGGTGGAATTCGGCGACACCGATACCCTGTTTACCAATCCGGCCATGAAGCAGACCGAGGACTACATCACCGGTCGTTACGGCTAG MQHEAPTHGINMSALGRDKQSLNLAQETVAIEVPGLNLFYGQKQALYDVSLNIPKQRVTAFIGPSGCGKSTLLRTFNRMNDLVDGCRVEGEINLYGNNIYRKGEDVAELRRRVGMVFQKPNPFPKTIYENVVYGLRIQGINKKRVLDEAVEWALKGAALWDEVKDRLHESALGLSGGQQQRLVIARTIAVEPEVLLLDEPCSALDPISTLKVEELIYELKSKFTIVIVTHNMQQAARVSDYTAFMYMGKLVEFGDTDTLFTNPAMKQTEDYITGRYG PGPT0002615_940 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 D1-35_04468 1671 hypothetical protein GTGAAACAGAACTCCCTGAAAGGATGGTTCAAGAGCGGCGCCCCGGGCGTCTGGATCAGCGGTGGCGCGGTGTCCATCGCGGTCATCATGACCATTGGCCTGTTGGCGGTGATTGCCGTGCGCGGCCTGGGCCACTTCTGGCCGGCCGACCTGATCCACGCCAGCTACAACGTACCGGGCATGCCGGCGCACCTGGTGGTCGGCGAAGTCGTACAGAAAGAAGAAGTGCCTCGCGAGCGCCTGAAAAGCGCTGGCCTGCCGGTGCCGGACGAAGGCCCGGAGTTCATGACCCGCGAACTGGTCAAGGTCGGTAACCGGGATCTCAACGGCACCGATTTCACCTGGATCGTCGGCGACTGGCTGAGCAACCAGACGACCCCGCCGGAGCTGATGGCTCTGGAGCGACGTGAGTGGGGCAACTTCTACGGCTACCTGGTCAACGTCAAGGAACAAGGCAAGGTCATCGCCGAGGGCGAAGCCGCCTGGCCGCAGTTGCAGGCGCGTATCGAGCGGGTCAATCAACTGGCCGACGAACTCAAGACTCTGGAAAAAGTCGACATCGGCGCGATCAACGCCGGCCTCGAGCGCATCCGCCTGCACGGTCGCAAGCTGGAGCTGGACGGCAAGCTCGACGCCGCCGCCCAGGCTGACCTGGAAAGCGAACGCGCCGAACTGAACGCCCGCTACAAGGACATCGAAGCGCGCCTGACCGACCTGCATGCGCAGTTCAACCGCGACAGCCTGACGGCCCGCGATGCCAACGGCAAGGAAGTGGAAATCGAGATCGGCAAAGTGGTGCACGCCTACCAGCCAAACGGCATGGGCACGTTCACCAAGATGGGTTTCTACTTCAGCAAGGTCTGGGAGTTCCTCAGCGACGATCCGCGTGAAGCCAACACTGAAGGTGGGATCTTCCCGGCTATTTTCGGCACCGTGATGATGACCCTGATCATGGCGATGATCGTCACGCCGTTCGGCGTGCTGGCAGCGGTCTACCTGCGTGAATACGCGCGCCAGGGGCCGATGACCCGCCTGATCCGCATCGCGGTGAACAACCTCGCAGGCGTTCCGGCCATCGTCTACGGCGTGTTCGGGCTGGGTTTTTTCGTCTATGTGCTGGGCGGCTCGGTTGACCGGCTATTCTTCCCCGAGGCTTTGCCGGCACCGACCTTCGGCACGCCGGGCCTGCTCTGGGCTTCCTTGACGCTGGCGCTGCTGGCCGTACCGGTGGTGATCGTGGCCACCGAGGAAGGCCTGGCGCGGATTCCGCGGACCGTGCGCGAAGGCTCCCTGGCACTCGGTGCAACCAAGGCCGAAACACTGTGGAAAATCGTCCTGCCGATGGCGAGCCCGGCGATGATGACCGGCATGATCCTCGCCGTGGCCCGTGCCGCCGGCGAGGTAGCGCCGCTGATGCTGGTGGGCGTGGTGAAACTGGCGCCGTCGCTGCCGCTGGATGGCAACTACCCGTACCTGCACTTGGACCAGAAAATCATGCACCTGGGCTTCCATATCTATGACGTCGGCTTCCAGAGCCCGAACGTCGAAGCAGCCCGGCCATTGGTCTACGCCACGGCGTTGCTGCTGGTGCTGGTGATCGCGACCCTGAACCTGTCGGCGGTGTGGATCCGTAACCACCTGCGTGAGAAGTACAAGGCACTGGATAGTTGA MKQNSLKGWFKSGAPGVWISGGAVSIAVIMTIGLLAVIAVRGLGHFWPADLIHASYNVPGMPAHLVVGEVVQKEEVPRERLKSAGLPVPDEGPEFMTRELVKVGNRDLNGTDFTWIVGDWLSNQTTPPELMALERREWGNFYGYLVNVKEQGKVIAEGEAAWPQLQARIERVNQLADELKTLEKVDIGAINAGLERIRLHGRKLELDGKLDAAAQADLESERAELNARYKDIEARLTDLHAQFNRDSLTARDANGKEVEIEIGKVVHAYQPNGMGTFTKMGFYFSKVWEFLSDDPREANTEGGIFPAIFGTVMMTLIMAMIVTPFGVLAAVYLREYARQGPMTRLIRIAVNNLAGVPAIVYGVFGLGFFVYVLGGSVDRLFFPEALPAPTFGTPGLLWASLTLALLAVPVVIVATEEGLARIPRTVREGSLALGATKAETLWKIVLPMASPAMMTGMILAVARAAGEVAPLMLVGVVKLAPSLPLDGNYPYLHLDQKIMHLGFHIYDVGFQSPNVEAARPLVYATALLLVLVIATLNLSAVWIRNHLREKYKALDS PGPT0002610_287 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038 NA NA D1-35_04469 2286 hypothetical protein ATGAATGATCTGGCCAACTCCACAATGACTACGACTTCCCCTCCCAAGCGCATTGACTTCAATACGCCTGAGCTGCAACGCAAGCGCCGCATCCGCGCGCTCAAGGATCGCCTCACCCGTTGGTACGTGCTGGTTGGCGGCCTCGCCGTCCTCGCCGCCATTACTTTGATTTTTTTCTTCCTGGCCTACGTGGTACTGCCGCTGTTCCAAGGCGCGGACCTGACCGCCAAGGACTCGATTACCCCTGCCTGGATGCAAGACGCCGGCAAGCCGCTGATGATCGCCATCGAAGAACAGAACCAGGTGGCGATGCGGGTTTCCGACAAGGGCGTGGCGCTGTTCTACAACCTCGACAGCGGTGCCGAACTGCGGCGTGTCGACCTGCCGATCCCGGCCGGCGCCACTGTGACGTCCATCGGTGAAGATCAGCCCGGCAGCCCGCTGGTGGCGATCGGCTTGTCCAATGGCCAGGCCCTGGTGTTCCGCCACACTTATAAAGTCAGCTACCCCGACGGCAAGAAAACCATCTCTCCGGCCATCGAATACCCTTACGGTGAAGCGCCGGTCGCGTTGAACGAACAGGGCGCGGCCCTGGAGCATGTCAGCCTCAACGCGACCGATTCGACGTTGCTGCTGGCTGGCTCCAGCGGCGCGCAGCTCTATGTGCTGTCGCTCACCAGCGAAGAAAACATGATGACCGGTGAAATCACCAGCGAGCAGACGCGTATCGATCTGCCGCAGATGACCGAGCCGGTAAAAAACATTTTCGTCGACCCGCGCCAGCAGTGGCTGTATGTGGTCAACGGGCGCGCCCAGGCCGATGTGTTCAGCCTGCGGGACAAGAGCCTCAACGGTCGCTACAAGCTGCTCGAGAACGCTGACGCCCAGGTCACCGCCGTTGCCCAGTTGGTCGGTGGCATATCGCTGATCATCGGTGATTCCAAGGGCGGCCTGGCCCAGTGGTTCATGGCTCGCGATCCGGACGGCGAGCTGCGTTTCAAACAGATTCGTACCTTCCAGATGGGCAGCGCACCCATCGTCGAGATCAGCGCCGAAGAGCGTCGCAAGGGCTTCGTTGCGCTCGACGCCGCCGGCAAGCTCGGCGTGTTCCACAGTACTGCCCACCGCACCTTGCTGGTTGATCAGGTAGTCGATGGCCAAGGCCTGTTCGGCATGTCGCCACGGGCCAACCGCCTGATCGTGGAGCAGGGCGGCAAGCTGCAACCGCTGGTCCTGGAAAACCCACACCCGGAAGTCTCGTGGAGCGCCTTGTGGAGCAAGGTCTGGTACGAAAACTACGATGAGCCCAAGTACGTCTGGCAATCGACTGCCGCCAACACCGACTTCGAACCCAAGCTGAGCCTGTCGCCGCTGACCTTCGGCACCCTGAAAGCGGCGTTCTACGCGATGCTTCTGGCCGCGCCGCTGGCGGTTGCCGCAGCGATCTACACCGCCTACTTCATGGCGCCGGGCATGCGCCGCAAGGTCAAGCCGGTGATCGAGCTGATGGAAGCGATGCCGACGGTGATCCTCGGTTTCTTCGCCGGTCTGTTCCTGGCGCCGTACGTCGAAGGGCATCTGCCGGGCATCTTCAGCCTGCTGATGTTGCTGCCGATCGGTATCCTGGTCGCCGGTTTCGCTTTCAGCCGCCTGCCGGAATCCATTCGCCTGCGAGTGCCGGACGGCTGGGAAAGCGCCTTGCTGATCCCGGTGATCCTGTTCGTCGGCTGGCTCTCGCTATACATGAGCCCGTACATGGAAGCCTGGTTCTTCGGCGGCGACATGCGCATGTGGATCTCCCATGACCTGGGCATCACCTACGACCAGCGCAACGCCCTGGTGGTCGGCCTGGCGATGGGCTTCGCGGTCATCCCGAACATTTACTCCATTGCCGAAGACGCCGTGTTCAGTGTGCCTCGCGGCCTGACCCTCGGCTCGCTGGCCCTGGGCGCTACCCCATGGCAGACCATGACCCGCGTGGTCATCCTCACCGCCAGCCCGGGCATCTTCTCGGCGCTGATGATCGGTATGGGCCGGGCGGTGGGCGAGACGATGATCGTGCTGATGGCAACCGGCAACACCCCGGTGATGGAAATGAACCTGTTCGAAGGCCTGCGCACCCTGGCGGCCAACGTCGCGGTGGAGATGCCTGAGTCGGAAGTCGGCGGCAGCCATTACCGCGTGCTGTTCCTGTCGGCCTTGGTGCTGCTGTTGTTCACCTTCGTCATGAACACCCTCGCCGAGCTGATCCGTCAGCGTCTGCGCAAGAAATATTCGTCGCTTTAA MNDLANSTMTTTSPPKRIDFNTPELQRKRRIRALKDRLTRWYVLVGGLAVLAAITLIFFFLAYVVLPLFQGADLTAKDSITPAWMQDAGKPLMIAIEEQNQVAMRVSDKGVALFYNLDSGAELRRVDLPIPAGATVTSIGEDQPGSPLVAIGLSNGQALVFRHTYKVSYPDGKKTISPAIEYPYGEAPVALNEQGAALEHVSLNATDSTLLLAGSSGAQLYVLSLTSEENMMTGEITSEQTRIDLPQMTEPVKNIFVDPRQQWLYVVNGRAQADVFSLRDKSLNGRYKLLENADAQVTAVAQLVGGISLIIGDSKGGLAQWFMARDPDGELRFKQIRTFQMGSAPIVEISAEERRKGFVALDAAGKLGVFHSTAHRTLLVDQVVDGQGLFGMSPRANRLIVEQGGKLQPLVLENPHPEVSWSALWSKVWYENYDEPKYVWQSTAANTDFEPKLSLSPLTFGTLKAAFYAMLLAAPLAVAAAIYTAYFMAPGMRRKVKPVIELMEAMPTVILGFFAGLFLAPYVEGHLPGIFSLLMLLPIGILVAGFAFSRLPESIRLRVPDGWESALLIPVILFVGWLSLYMSPYMEAWFFGGDMRMWISHDLGITYDQRNALVVGLAMGFAVIPNIYSIAEDAVFSVPRGLTLGSLALGATPWQTMTRVVILTASPGIFSALMIGMGRAVGETMIVLMATGNTPVMEMNLFEGLRTLAANVAVEMPESEVGGSHYRVLFLSALVLLLFTFVMNTLAELIRQRLRKKYSSL PGPT0002620_40 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 D1-35_04470 999 pstS_2 COG0226 Phosphate-binding protein PstS ATGAAACTGAAGCGTTTGATGGCGGCAATGACGTTTGTCGCTGCTGGCGTCGCGACTGCCAACGCGGTTGCCGCTGTTGACCCTGCGATCCCGAGCTACACCAAGACCACTGGTGTGTCGGGCAACCTGTCCAGCGTCGGCTCCGATACCCTGGCTAACCTGATGACCTTGTGGGCCGAGAACTACAAGAAGGAATACCCGAACGTCAACATCCAGATCCAGGCCGCCGGTTCCTCCACCGCGCCGCCCGCACTCACCGAAGGCACCGCCAACCTGGGCCCGATGAGCCGCAAGATGAAGGACAACGAGCTGCAAGCCTTCGAACAGAAGTACGGCTACAAGCCGACCGCTATTCCGGTTGCCGTGGATGCCCTGGCGGTATTCGTGCACAAGGACAACCCGATCAAGCACCTGACCATGGCTCAGGTCGATGCGATTTTCTCCTCGACTCGCCTGTGCGGCGCCAAGGCTGACGTCAAGACCTGGGGCGACCTGGGCGTGACCGGCGACCTGGCCAACAAGCCAGTCCAGCTGTTTGGCCGCAACTCGGTGTCCGGCACCTACGGCTACTTCAAGGAAGAAGCCCTGTGCAAAGGCGACTACAAGCCAAATGTCAACGAACAACCAGGTTCGGCTTCGGTTGTGCAGTCGATCAGCAGCTCGCTTAACGGCATCGGCTACTCGGGTATCGGCTACAAGACCGCCAGCGTGAAAACCGTTGCCCTGGCCAAGAAGGAAGGCGGTGAGTTCGTCGAGGACACCGAAGAAAACGCCCTGAACGGCAAGTATCCGCTGTCGCGTTTCCTCTACGTCTACGTCAACAAGGCACCGAACAAGCCTCTGGCCCCGCTGGAAGCCGAGTTCGTCAAGCTGATCCTGTCCAAGCAAGGCCAGGAAGTCGTGGTCAAGGACGGCTACATCCCGGTTCCAGCCAAAGTCGCCGCCAAGGCACTGGCTGACCTGGGTCTGCAGGAAGGCGGCAACGTCGCCAAGCAGTAA MKLKRLMAAMTFVAAGVATANAVAAVDPAIPSYTKTTGVSGNLSSVGSDTLANLMTLWAENYKKEYPNVNIQIQAAGSSTAPPALTEGTANLGPMSRKMKDNELQAFEQKYGYKPTAIPVAVDALAVFVHKDNPIKHLTMAQVDAIFSSTRLCGAKADVKTWGDLGVTGDLANKPVQLFGRNSVSGTYGYFKEEALCKGDYKPNVNEQPGSASVVQSISSSLNGIGYSGIGYKTASVKTVALAKKEGGEFVEDTEENALNGKYPLSRFLYVYVNKAPNKPLAPLEAEFVKLILSKQGQEVVVKDGYIPVPAKVAAKALADLGLQEGGNVAKQ PGPT0002625_4355 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 D1-35_04471 1299 abaF Fosfomycin resistance protein AbaF ATGACCACTGCGCCTTCGAGCACGGCGACACCCGCACAACCCGCCCGTCCGCTGACCCGTAACGACTACAAGACCCTGTCGCTTTCTGCCTTGGGCGGTGCGCTGGAATTCTACGATTTCATCATTTTCGTGTTCTTTGCCACCGTGGTCGGCAAATTGTTCTTCCCCGCCGAGATGCCCGAGTGGCTGCGCCTGATGCAGACGTTCGGCATCTTTGCCGCCGGTTACCTGGCCCGGCCGCTGGGCGGGATCATCATGGCCCACTTCGGCGACCTGCTGGGACGCAAGAAGATGTTCACCCTGAGCATCTTCATGATGGCCGTGCCGACCCTGATCATGGGTCTGCTGCCCACTTACGCGCAGATCGGCATGTGGGCGCCGATTCTGTTGCTGTTGATGCGGGTAATCCAGGGCGCCGCGATTGGCGGCGAAGTGCCAGGCGCCTGGGTATTCGTTTCCGAACACGTGCCGGCGCGCCACATCGGCTATGCCTGCGGCACGCTGACCTGCGGCCTGACGGCGGGGATTTTGCTGGGTTCGCTGGTCGCCACGGCCATCAACAGCATTTATACGCCGGTGGAAGTAGCGGATTACGCCTGGCGGATCCCGTTCCTGCTGGGCGGCGTGTTCGGCCTGTTTTCGGTGTACCTGCGCCGCTGGCTCCATGAAACCCCGGTATTTGCCGAGCTGCAATTGCGCAAGGCCCTGGCCCAAGAAGTGCCGTTGCGCGCGGTGCTGCGTGATCATCGCGGCGCCATCGCCATTTCGATGCTGCTGACCTGGCTGTTGTCGGCGGGCGTCATCGTGGTGATCCTGATGACCCCAACCGTGCTGCAGACCGTGTACCACTTCAGCCCGACCACCGCGTTGCAGGCCAATAGCCTGGCGATCGTATTCCTCAGTTTCGGCTGTATCGGCGCGGGTGTGCTGGCTGACCGCTTCGGCGCCGGCCGGGTGTTCGTTTTTGGTAGTGGCTTGCTGATGATCACCTTCTGGACCTTCTACCACAGCCTGTTCGAGCACCCCGAGTGGTTGTTCCCGCTCTACGCCTTGAGCGGCTTGTTGGTGGGTACCATCGGCGCGGTGCCCTACGTCATGGTCAATGCTTTCCCGGCCGTGGTGCGCTTCAGCGGACTGTCGTTCTCCTACAACCTGGCCTACGCGATCTTCGGCGGGCTGACCCCGATGATCGTGACCCTGCTGTTGAAAGAGAGTCCGATGGGGCCGGCGTACTACGTAGCGATTATCTGCGGGATCGGGATGTTGATTGGTGGGTATCTCTGGAAGAAGGGCCGCTAG MTTAPSSTATPAQPARPLTRNDYKTLSLSALGGALEFYDFIIFVFFATVVGKLFFPAEMPEWLRLMQTFGIFAAGYLARPLGGIIMAHFGDLLGRKKMFTLSIFMMAVPTLIMGLLPTYAQIGMWAPILLLLMRVIQGAAIGGEVPGAWVFVSEHVPARHIGYACGTLTCGLTAGILLGSLVATAINSIYTPVEVADYAWRIPFLLGGVFGLFSVYLRRWLHETPVFAELQLRKALAQEVPLRAVLRDHRGAIAISMLLTWLLSAGVIVVILMTPTVLQTVYHFSPTTALQANSLAIVFLSFGCIGAGVLADRFGAGRVFVFGSGLLMITFWTFYHSLFEHPEWLFPLYALSGLLVGTIGAVPYVMVNAFPAVVRFSGLSFSYNLAYAIFGGLTPMIVTLLLKESPMGPAYYVAIICGIGMLIGGYLWKKGR PGPT0013645_1649 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D1-35_04472 405 COG1607 putative acyl-CoA thioester hydrolase ATGATAGAGCTCGAACAAGAAGATCCAATCCCGCAGGGCGATCTGGCCCTGCAAATCACCGCGCTTCCCCGAGAGACCAACGGCTTCGGGGATATTTTCGGCGGTTGGCTGGTGTCCCAGATGGACCTGGCCGGCACCGCGATGGCCAGCAAGGTTGCCGGCGGCCGCGTGGCTACCGTGGCGATCGATCGCATGGCGTTCCTGGTGCCGGTGGCAGTGGGTGCGCAATTGTCGTTCTACACCCAGGCCCTGGAAATCGGCCGGAGCTCGATCCAGATGATGGTCGAGGTCTGGAGTGACGACCCATTGTCCAGCGAATGGCGCAAGGTCACCGAAGCGGTGTTCGTGTTCGTCGCCATCGATGGCAGTGGTCGTACCCGCTCGGTTCCACCTCGGGCGCGTTAA MIELEQEDPIPQGDLALQITALPRETNGFGDIFGGWLVSQMDLAGTAMASKVAGGRVATVAIDRMAFLVPVAVGAQLSFYTQALEIGRSSIQMMVEVWSDDPLSSEWRKVTEAVFVFVAIDGSGRTRSVPPRAR PGPT0001830_309 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001830-yciA-K10806 NA NA D1-35_04473 900 yeaD_2 COG0676 Putative glucose-6-phosphate 1-epimerase ATGCCAACGCCTAACGTCGAAGCCGTCAAACTGGATGAACTGAACGGTTGGCGCATCCGCCACGGTCAGGCCGAGTTGCTCGTGGCCCAGCAAGGCGCGCACGTTCTCAGCTATCAGGTGGACGGCCAGCCGCCGCTGATCTGGCTCAACGACCAGGCGACGTTCAAGACCGGCAAGAGCATCCGTGCCGGCGTACCGGTGTGCTGGCCGTGGTTCGGCAACCTGACGCGCAACCCCGACAGCGTCCAGGCCATGCGCGTCAGCAACGAACCGGCCACCGCTCACGGCCTGGTACGGGCAATGGATTGGGAACTCAAGGGCATCGAAGCCGAGGGTGAAAGCCTGAAGATCGAATTCGTGCTGCCCTATCCCGAAAACGGTTTGTCCGGCTGGCCCCATCAGGTCGACCTGACCTTGACCATGGTCATGGACGAGCAACTGCATATCCATCTGACCAGCCATAACCGTGGCAGCGAAACCGTCAGCCTGAGCCAGGCGCTGCACAGCTATTTCGCGGTCAGCGACGTGCGCAACGTGCATGTCGACGGAGTGGATGGCTTGCGCTACGTCGAGACCCTGGATGACTGGAACGTCCATACCCAGGCCGGCGAGCTGCATTTTGCCGGCGAAACCGACCGGATCTATCTCGATACGCCGCCGACGCTGAGCATCGTCGACGCGCATTGGCAGCGACGCATCGAATTGACCGCTACCGGTTCACGTTCGGCGGTGATCTGGAACCCCTGGACCGAACGCGCCAAGGCCTTCAGCGACATGGCCGATGATGGCTGGCAACGCATGCTCTGCATCGAGACGGCCAATGTGATGGATGATGTGGTGACGTTGTTGCCAGATGCCAGCCATACGCTGGGCGTGAGCATTCGCAGCAAACCGCTCTAA MPTPNVEAVKLDELNGWRIRHGQAELLVAQQGAHVLSYQVDGQPPLIWLNDQATFKTGKSIRAGVPVCWPWFGNLTRNPDSVQAMRVSNEPATAHGLVRAMDWELKGIEAEGESLKIEFVLPYPENGLSGWPHQVDLTLTMVMDEQLHIHLTSHNRGSETVSLSQALHSYFAVSDVRNVHVDGVDGLRYVETLDDWNVHTQAGELHFAGETDRIYLDTPPTLSIVDAHWQRRIELTATGSRSAVIWNPWTERAKAFSDMADDGWQRMLCIETANVMDDVVTLLPDASHTLGVSIRSKPL NA NA NA NA NA D1-35_04474 576 hypothetical protein ATGCCCGGCGTCGTATTTTCCCTTATGCCGAGCCCTTTCATGCGCCGTCTACTGCTGACCTTCCTTCTGCTGGGCACTGGCCTGGCCCACGCCGCCGAGCTGCCCGAAACCGACTGGCTCGAACTGATGCCCAAGTCGGACCAGAAGGCCCTCGAGGCCATGCCCGAGATCGATCACAACTCCCCCGAAGCCAACGGCACCTTCACCGAAAAGGGTGGCCTGAAGCAGAGCAAAGGCTTGCCGGCGGTGATGTATTCGACCAAGACCGTGGCGTCAATGAACGACAAGCACATCCGCATCGGCGGATACCCGGTGCCGCTGGAAACCGACGCCAAGGGCCGCAGCACGCTGTTTTTCCTGGTGCCTTACCCGGGGGCCTGCATCCATGTCCCGCCACCGCCGCCCAATCAATTGGTGCTGGTGCGTTATCCCAAAGGCCTGAAGCTGGATGATATCTACACGCCGCTGTGGGTCACCGGCACGCTGAAGATCGAAAAGGTCGACAACGACCTGGCGAGCGCGGCGTATGCGATGGAGGCGCAGAAGGTGCGGGTGGTGCAGGAGGCGGATTTGTAG MPGVVFSLMPSPFMRRLLLTFLLLGTGLAHAAELPETDWLELMPKSDQKALEAMPEIDHNSPEANGTFTEKGGLKQSKGLPAVMYSTKTVASMNDKHIRIGGYPVPLETDAKGRSTLFFLVPYPGACIHVPPPPPNQLVLVRYPKGLKLDDIYTPLWVTGTLKIEKVDNDLASAAYAMEAQKVRVVQEADL NA NA NA NA NA D1-35_04475 246 hypothetical protein ATGGGAATCATCGGAACCATTTTTATCGGCCTGATCGTTGGCCTGCTCGCGCGTTTCCTGAAGCCTGGCGATGACAGCATGGGCTGGATCATGACCATCCTGCTGGGTATCGGCGGTTCGCTGGCAGCCACTTACGGCGGCCAGGCCCTGGGCATCTATCAGGCAGGCGAAGGCGCTGGTTTCCTCGGTGCCCTGGTGGGCGCGGTGGTGCTGCTGGTGATCTACGGCCTGATCAAAAGGAACTGA MGIIGTIFIGLIVGLLARFLKPGDDSMGWIMTILLGIGGSLAATYGGQALGIYQAGEGAGFLGALVGAVVLLVIYGLIKRN NA NA NA NA NA D1-35_04476 1086 purK COG0026 N5-carboxyaminoimidazole ribonucleotide synthase ATGAAGATCGGTGTAATCGGTGGCGGCCAGTTGGGTCGCATGTTGGCCCTGGCGGGTACGCCGTTGGGGATGAACTTCGCTTTCCTGGATCCGGCGCCGGACGCCTGTGCCGCGGCGCTGGGTGAACACCTGCGTGCCGATTACGGCGATCAGGACCATCTGCGCCAGCTGGCCGATGAAGTCGACCTGGTGACCTTCGAGTTCGAAAGCGTCCCGGCCGAGACCGTTGCCTTCCTGTCCCAGTTCGTCCCGGTCTTCCCGAGCGCCGAAGCCTTGCGCATCGCCCGCGATCGATGGTTCGAAAAGAACATGTTCAAGGACCTGGGCATTCCGACCCCGGCCTTCGCCGACATTCAGTCCCAGGCCGACCTGGAAGCCGCCGTTGCGTCCATCGGCCTGCCGGCCGTGCTCAAGACCCGCACCCTGGGTTACGACGGCAAGGGCCAGAAGGTCCTGCGCAACCCGGAAGACGTCGCCGGCACATTCGCCGAGCTGGGCAGCGTCGGCTGCCTGCTGGAAGGCTTCGTGCCTTTCACCGGCGAAGTCTCGCTGATCGCCGTGCGTGCCCGTGACGGTGAAATCCGTTTCTACCCGCTGGTGCACAACACCCATAAGGACGGCATCCTCAAGCTGTCCGTCGCCAGCACCGACCACCCGCTGCAAGCCCTGGCTGAAGACTACTCCAGCCGGGTACTCAAGCAGCTCGATTATGTCGGCGTCATGGCGTTCGAGTTCTTTGAAGTGGATGGCGGCCTCAAGGCCAATGAAATCGCCCCGCGCGTGCACAACTCCGGGCACTGGACCACCGAAGGCGCCGAGTGCAGCCAGTTCGAAAACCACCTGCGGGCGGTCGCCGGGCTGCCGCTGGGGTCGACGGCCAAGGTCGGCGAAAGCGCGATGCTGAACTTCATCGGCAAGGTGCCGGACACCGAGAAGGTCCTGGCGATCGCCGACTGCCACCTGCATCACTACGGCAAGGCGTTCAAGGTCGGGCGCAAGGTTGGTCACGCCAACCTGCGTTGCGCCGACCGGGCCACGCTGGCCCAGCAGATCATCAAGGTCGAGACGCTGATCGCCGAGCAATAA MKIGVIGGGQLGRMLALAGTPLGMNFAFLDPAPDACAAALGEHLRADYGDQDHLRQLADEVDLVTFEFESVPAETVAFLSQFVPVFPSAEALRIARDRWFEKNMFKDLGIPTPAFADIQSQADLEAAVASIGLPAVLKTRTLGYDGKGQKVLRNPEDVAGTFAELGSVGCLLEGFVPFTGEVSLIAVRARDGEIRFYPLVHNTHKDGILKLSVASTDHPLQALAEDYSSRVLKQLDYVGVMAFEFFEVDGGLKANEIAPRVHNSGHWTTEGAECSQFENHLRAVAGLPLGSTAKVGESAMLNFIGKVPDTEKVLAIADCHLHHYGKAFKVGRKVGHANLRCADRATLAQQIIKVETLIAEQ PGPT0021550_3367 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589 NA NA D1-35_04477 492 purE COG0041 N5-carboxyaminoimidazole ribonucleotide mutase ATGAGTGCACTGGTTGGCGTGATCATGGGCTCCAAGTCCGATTGGTCCACCCTTAGCCACACCGCCGATATGCTGGAAAAGCTCGGCATCCCCTACGAGGTGAAAGTGGTGTCCGCCCACCGCACCCCGGACCTGCTGTTCCAGTACGCCGAAGAAGCCGAGGCGCGTGGCATCGAAGTGATCATCGCCGGCGCCGGCGGCGCGGCTCACCTGCCAGGCATGTGCGCGGCCAAGACGCACTTGCCGGTACTGGGCGTGCCGGTACAGTCATCGATGCTCTCGGGCGTCGATTCGTTGCTGTCGATCGTGCAGATGCCCGCCGGCATCCCGGTTGCCACCCTGGCCATCGGCAAGGCCGGCGCGATCAACGCAGCCCTGTTGTCGGCGAGTATCCTGGGCGCCAAGCATCCGCAGTTTCATACCGTGCTGAAAAAATTCCGCGCTGAGCAGACAGACAGCGTCCTGGACAATCCAGACCCACGCATTGCCTGA MSALVGVIMGSKSDWSTLSHTADMLEKLGIPYEVKVVSAHRTPDLLFQYAEEAEARGIEVIIAGAGGAAHLPGMCAAKTHLPVLGVPVQSSMLSGVDSLLSIVQMPAGIPVATLAIGKAGAINAALLSASILGAKHPQFHTVLKKFRAEQTDSVLDNPDPRIA PGPT0021545_2795 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588 NA NA D1-35_04478 570 hypothetical protein ATGCCAAAACCTATCGTGATCCTAGTTATCCAACACGACGATCTAAAAGACTACAGTGTGAGCCAATTCTATCCCGATTATTTTTCCTGGTTTAACACCGAGCTGGAAAGAGTTGCACATCGTAAAGTCCAGATTACAGTCCATCCCGTGGGTACTTACCCCGCGCTCTCGGGATTCAATTACAAGCATGTAGACGAAGTAAAAACCATCCGGGAATGGCGGCGACTGGTGGCGGAACTGCACATCGAGACGGTGCAGAACCGCGGCCTTGAGCCGTCCCTCACCAAGATCCTGTTGCTGACTCGGGACAATCTCAACAGCAAAGTTGCCGGTATCGCGGACGTCAAGGGCTACGCGGCCATTGCTTCAATTACTAAATTCCGGACACCGGCCCATGAAATAGGCCATATGCTGGGCGCGACCCATGATGACGGTGCGATCGAATATGATGGCTGGTGGCATAATTCGATCATGTTCGGCGACGACTTCCAGGATTTTCGTGGCAATACTTACCGCTTTACCGAAAAGAACCGGGCAAACATCCGTAGCTACGTAGACTCCTTCGACTGA MPKPIVILVIQHDDLKDYSVSQFYPDYFSWFNTELERVAHRKVQITVHPVGTYPALSGFNYKHVDEVKTIREWRRLVAELHIETVQNRGLEPSLTKILLLTRDNLNSKVAGIADVKGYAAIASITKFRTPAHEIGHMLGATHDDGAIEYDGWWHNSIMFGDDFQDFRGNTYRFTEKNRANIRSYVDSFD NA NA NA NA NA D1-35_04479 912 yjiE_1 HTH-type transcriptional regulator YjiE ATGAATCTTGAAAGCAAATGGCTAGAGGACTTCAGTGCCTTGGCCGCGACGCGCAGTTTTTCCCAGGCGGCCGAGCGCCGCTTTGTGACGCAACCAGCGTTCAGCCGGCGGATCCGCAGCCTGGAGGCGGCGCTGGGGCTGACCCTGGTCAACCGCTCCCGCACGCCGATCGAACTGACTGCGGCGGGACAGTTGTTCCTGGTAACGGCGCGCACGGTGGTCGAGCAGTTGGGCGAAGTGCTGCGGCACTTGCACCACCTGGAGGGCGGGCAGGGCGAAGTTATCCAGGTAGCGGCGGCACATTCCCTGGCGCTGGGTTTCTTTCCGCGCTGGATCGCCCAGTTGCGCAACGAAGGCATGAACATCGCCACGCGGCTGGTGGCGACCAATGTCGGTGATGCGGTGCATGCCCTGCGTGAAGGGGGCTGCGACTTGATGCTGGCCTTCTACGACCCGGATTCGGCGATGCAGATGGACCCGGAGATCTTCCCATCGTTGCACCTGGGCCAGACCGAAATGCTCCCCGTCTGCGCGGCCGATGCCGACCGCAAGCCGTTGTTCGACCTGGAGGGCGAGACCAGCGTGCCCCTGCTGGCCTACAGCGCCGGCGCTTTTCTGGGCCGTTCGGTGAACCAGTTGTTGCGCCAGCGGGCCCTGCGTTTCACCACGGTCTACGAGACGGCCATGGCTGACAGCCTGAAAAGCATGGCCCTGGAAGGCCTGGGCATCGCCTGGGTGCCGCACCTGAGTGTGCGCAACGAACTGGCCCGGGGCGAGCTGGTGATATGCGGCGGGGCGCAATGGCACGTGCCGCTGGAAATCCGCCTGTACCGCTGCGCCCTGGTGCGCAAGGCCAATGTGCGGTTGTTGTGGCGCAAGCTTGAGGGTGGGGCGGCCAGCCCTGCGGCTTGA MNLESKWLEDFSALAATRSFSQAAERRFVTQPAFSRRIRSLEAALGLTLVNRSRTPIELTAAGQLFLVTARTVVEQLGEVLRHLHHLEGGQGEVIQVAAAHSLALGFFPRWIAQLRNEGMNIATRLVATNVGDAVHALREGGCDLMLAFYDPDSAMQMDPEIFPSLHLGQTEMLPVCAADADRKPLFDLEGETSVPLLAYSAGAFLGRSVNQLLRQRALRFTTVYETAMADSLKSMALEGLGIAWVPHLSVRNELARGELVICGGAQWHVPLEIRLYRCALVRKANVRLLWRKLEGGAASPAA NA NA NA NA NA D1-35_04480 1425 aspA COG1027 Aspartate ammonia-lyase ATGTCCTCCGCTGCATCATTCCGCACAGAAAAAGACCTGCTTGGCGTACTCGAAGTACCGGCGCAAGCGTATTACGGCATCCAGACCCTGCGAGCGATCAACAACTTTCGTCTCTCCGGCGTCCCGATCTCGCATTACCCGAAACTGGTGGTCGGTCTGGCAATGGTCAAGCAAGCCGCCGCTGACGCCAACCGTGAGTTGGGCCAGCTCAGCGAAGCCAAGCACGCCGCCATCAGCGAAGCCTGTGCACGATTGATCCGCGGCGATTTCCACGACGAATTCGTGGTGGACATGATCCAGGGCGGCGCCGGCACGTCGACCAACATGAATGCCAACGAAGTCATCGCCAACATCGCGCTGGAGGCCATGGGTCACCAGAAGGGCGAATACCAGTATCTGCATCCGAACAACGACGTGAACATGGCGCAGTCGACCAACGACGCCTACCCGACCGCGATCCGCCTGGGTCTGCTGCTGGGCCACGACGCGTTGCTGGCCAGCCTCGACAGCCTGATCCAGGCGTTCGCCGCCAAGGGCGAGGAATTCAGCCACGTACTTAAAATGGGCCGTACCCAACTGCAAGACGCCGTGCCGATGACGTTGGGCCAGGAATTCCGCGCGTTCGCCACCACCTTGAGCGAAGACCTGGCGCGTCTGAAAACCCTGGCGCCTGAATTGCTCACCGAAGTGAACCTGGGCGGCACCGCCATCGGTACCGGCATCAACGCCGATCCGCGTTACCAGGCCCTGGCCGTACAACGCCTGGCGACCATCAGCGGCCAACCGCTGGTTCCGGCCGCCGACCTGATCGAAGCGACCTCCGACATGGGCGCCTTCGTGCTGTTCTCCGGCATGCTCAAGCGCACCGCGGTCAAGCTGTCGAAGATCTGCAACGACTTGCGCCTGCTGTCCAGCGGCCCACGCACCGGCATCAACGAAATCAACCTGCCGGCCCGCCAGCCAGGCAGTTCGATCATGCCTGGCAAGGTCAACCCGGTGATCCCTGAAGCGGTGAACCAGGTCGCGTTCCAGATCATCGGCAACGACCTGGCGCTGACCATGGCGGCCGAAGGCGGCCAACTGCAACTGAACGTGATGGAGCCGCTGATCGCCTTCAAGATCTTCGACTCGATCCGCCTGCTGCAACGGGCCATGGACATGCTGCGCGAGCACTGCATCGTCGGCATCACCGCCAACGAAGCGCGCTGCCGCGAACTGGTCGAGCACTCGATCGGCCTGGTTACCGCCCTGAACCCGTACATCGGCTATGAAAACGCCACCCGCATCGCCCGCGTTGCCCTGGAAAGCGGCCGCGGCGTGCTGGAACTGGTGCGCGAGGAAGGCTTGCTCGACGACGCCATGCTCGACGACATCCTGCGCCCGGAAAACATGATTGCTCCGCGTCTGGTCCCACTGAAGGCTTGA MSSAASFRTEKDLLGVLEVPAQAYYGIQTLRAINNFRLSGVPISHYPKLVVGLAMVKQAAADANRELGQLSEAKHAAISEACARLIRGDFHDEFVVDMIQGGAGTSTNMNANEVIANIALEAMGHQKGEYQYLHPNNDVNMAQSTNDAYPTAIRLGLLLGHDALLASLDSLIQAFAAKGEEFSHVLKMGRTQLQDAVPMTLGQEFRAFATTLSEDLARLKTLAPELLTEVNLGGTAIGTGINADPRYQALAVQRLATISGQPLVPAADLIEATSDMGAFVLFSGMLKRTAVKLSKICNDLRLLSSGPRTGINEINLPARQPGSSIMPGKVNPVIPEAVNQVAFQIIGNDLALTMAAEGGQLQLNVMEPLIAFKIFDSIRLLQRAMDMLREHCIVGITANEARCRELVEHSIGLVTALNPYIGYENATRIARVALESGRGVLELVREEGLLDDAMLDDILRPENMIAPRLVPLKA PGPT0020125_1138 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744 NA NA D1-35_04481 1452 alsT COG1115 Amino-acid carrier protein AlsT ATGCTCGAAGTCATCAACGACTTCCTCTCAGGGAAAGTGCTGATCGTGCTCATTGTCGGGCTCGGTGGCTACTTCACGATCCGCTCGCGTTTCGTCCAGTTCCGTCATTTCTTTCATATGTTCTCGGTGTTCCGGGACAGCCTGAAAAGCAGCACTGACCAGCTCAGCTCCTTCCAGGCCCTGATGCTCAGCCTTGCCGGCCGTGTCGGCGCGGGCAACATCGCCGGTGTCGGCATCGCCGTGACCCTCGGCGGGCCTGGTGCAGTGTTCTGGATGTGGGTGACCGCGCTGGTCGGCATGTCCAGCAGCTTCTTCGAGTGCTCCCTCGGCCAGCTCTACAAGCGCTGCGATTCCGAAGGCCAGTTCCGTGGTGGTCCGTCCTACTACATCCAGCACGGCCTGCAGAAACGCTGGCTGGGCATGATCATGGCGTTCCTGCTGCTGATCACCTTCGGCTTCGCCTTCAACGGCCTGCAAGCCCACGCCGTCACTCACTCCCTGAATAACGCCTTCGGCCTCGATACCACCTACACCGGCCTCGGCCTGGCGGTGCTGCTGGGCCTGGTATTCATCGGCGGGATCAAGCGAATCGCCAAGGTTGCGGACCTGCTGGTACCGGTCAAGACCCTGGCATACATCGCCGTGACGCTTTACGTGATCGTGCTGCAATTCGAACATGTACCAGGCATGCTGGCGACGATCGTCAGGAGCGCCTTCGGTCTGGACCAGGCCTTTGGCGGCCTGATCGGCAGCGCCATCGTCATGGGCGTCAAGCGTGGCGTGTTCGCCAACGAAGCCGGCCTGGGCAGTGCGCCTAACGTGGCCGCCGTGGCGTCGGTGGAGCACCCGGTCGCCCAAGGCGTGGTCCAGGCGTTCAGCGTTTTCCTCGACACGTTCGTGATCTGCACCTGCACCGCGCTGCTGATCCTGCTGTCGGGTTTCTACACCCCAGGCTTCGAAGGCGACGGCATTGCCCTGACCCAGAACTCCCTGGCGGCCGTGGTCGGCGACTGGGGCCGGATATTCATCTCAGTGGCCCTGTCGTTGTTCGTGTTCACCTCGATCCTCTACAACTATTATCTGGGCGAAAACAACCTGCGCTTCATGCTAGGTGAAAACCGCAAGGCGCTGATGGCCTATCGCGCCTTGGTCCTGGGACTGATTTTCTGGGGCGCCATCGAGAACCTCGGCACCGTGTTCGCGTTCGCCGATATCACCATGACGCTGCTGGCGTTCGTGAACCTGATCGCGCTGTTCCTGCTGTTCAAGGTCGGCATGCGCATCCTGCGCGACTATGACGACCAGCGTTCGGCTGGTATCAAGGTTCCGGTCTTCGATTCCAGCAAATTCCCCGACCTGGACCTGGACCGCAAGGCCTGGCCAGCGAACCCGTCGACCCCCGCCGCTGAATCCGGCAACGCCCCCGCGAGCCTGGCCGCAGCGCAACGCTGA MLEVINDFLSGKVLIVLIVGLGGYFTIRSRFVQFRHFFHMFSVFRDSLKSSTDQLSSFQALMLSLAGRVGAGNIAGVGIAVTLGGPGAVFWMWVTALVGMSSSFFECSLGQLYKRCDSEGQFRGGPSYYIQHGLQKRWLGMIMAFLLLITFGFAFNGLQAHAVTHSLNNAFGLDTTYTGLGLAVLLGLVFIGGIKRIAKVADLLVPVKTLAYIAVTLYVIVLQFEHVPGMLATIVRSAFGLDQAFGGLIGSAIVMGVKRGVFANEAGLGSAPNVAAVASVEHPVAQGVVQAFSVFLDTFVICTCTALLILLSGFYTPGFEGDGIALTQNSLAAVVGDWGRIFISVALSLFVFTSILYNYYLGENNLRFMLGENRKALMAYRALVLGLIFWGAIENLGTVFAFADITMTLLAFVNLIALFLLFKVGMRILRDYDDQRSAGIKVPVFDSSKFPDLDLDRKAWPANPSTPAAESGNAPASLAAAQR PGPT0014405_1766 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 D1-35_04482 1005 ansA COG0252 L-asparaginase 1 ATGAATGCCTCGACCTATCCCGCCGCCCAGCACGTCATGGTGCTCTACACCGGCGGCACCATCGGTATGCAGGCCAGCGCCAACGGCCTGGCGCCGGCATCCGGTTTCGAAGCGCGGATGCGCGACTACCTGCACAGCCAGCCCGAACTGGTTATCCCGCAATGGCGTTTCCGGGAGATGTCGCCGCTGATCGACAGCGCCAACATGACCCCGGCCTACTGGCAGCAACTGCGCGAAGCGGTGGTCGACGCCGTCGACGTACAGGGCTGTGACAGTGTGCTGATCCTGCACGGTACCGACACACTGGCCTACAGCGCCGCCGCCATGAGTTTCCAGTTGCTCGGCTTGCACGCGCGGGTTTGCTTCACCGGTTCGATGCTGCCGGCCGGCGTGACCGACAGCGACGCCTGGGAAAACCTCAGCGGCGCCCTGGTCGCCCTCGGCCAGGGCCTGGCGCCGGGCGTCCACCTGTATTTCCACGGTGAACTGCTGGCGCCGACCCGCTGCGCCAAGGTGCGCAGCTTTGGTCGCCATCCGTTCAAGCGCCTGGAGCGCCAGGGCGGCGGCATCAAGGCCACTTCGCTGCCGGCGCAGTTGAATTACAACCAGCCGAAACAGTTGGCAAATGTCGTGGTGCTGCCATTGTTCCCTGGCATTGGCGCCGAGGTTATCGATGGCTTGCTGGGCAGCGGCATCCAGGGCCTGGTGCTGGAGTGCTACGGCAGCGGCACCGGTCCGAGCGACAACCCGGCCTTCCTCGCCAGCCTGGAACGGGCGCGGGACAACGGCGTGGTGGTCGTGGCGGTCACACAATGCCATGAAGGCGGCGTCGAGCTGGACATCTACGAAGCGGGCAGTCGCTTGCGCGGCGTCGGCGTGCTGTCCGGCGGCGGCATGACCCGCGAGGCCGCGTTCGGCAAGTTGCAGGCGTTGATCGGTGCGGGCTTGCCGGTGGATGAGGTTCGGCGGCTGGTTGAGCTGGATCTATGTGGCGAGCTGATCTGA MNASTYPAAQHVMVLYTGGTIGMQASANGLAPASGFEARMRDYLHSQPELVIPQWRFREMSPLIDSANMTPAYWQQLREAVVDAVDVQGCDSVLILHGTDTLAYSAAAMSFQLLGLHARVCFTGSMLPAGVTDSDAWENLSGALVALGQGLAPGVHLYFHGELLAPTRCAKVRSFGRHPFKRLERQGGGIKATSLPAQLNYNQPKQLANVVVLPLFPGIGAEVIDGLLGSGIQGLVLECYGSGTGPSDNPAFLASLERARDNGVVVVAVTQCHEGGVELDIYEAGSRLRGVGVLSGGGMTREAAFGKLQALIGAGLPVDEVRRLVELDLCGELI PGPT0020180_2297 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 D1-35_04483 993 putative HTH-type transcriptional regulator ATGCTGCATTCCCACCTCACCACGCTCAACGCGGTCTCCCTGGTGCTCAACGCGTTCAGGAACGAAGGCTTGCCCAGTGAAGCGCTATTGGCCGGCAGCGGCATCAGCATGGCGCACCTGAGCCGGGCCGACACACGCATCACCACCAACCAGGAGATGCAGGTCTGCGCCAACGCCGTGGCGCTCAAACGTGACATAGGCCTGGAATTGGGCCGCAACATGCACGTTTCGTCCTACGGCATGCTCGGCTATGCCCTGCTCACCAGCGCCACCTTAGGTGACGCTTTACGCCTGGCGCTGCGTTACCCGGCGCTATTGGGAACACTCTTTGAGCTGACACTGGAAGACGACGGCGAGCACATCTGGCTCAGCGCCAGCGACTATCGGGAAAACCCGGCCCTGGCGGTGTTCAATGCCGAGTTCTGCATGGTCTCGCTGAGGGTCATCTGCAACGACCTGCTCGGTCATGCGCTCCCCTTGCGCGCGACGCGTTTCGAACACTCGGCACCGGATTATCAGGCACGTTATGAGGCCCTGTTCGAGTGCCCTGTGCGTTTTGACAGTATCGACAACGCGTTCGCCTTCGATCGTCACTGGCTCGCGCAGCCCTTGCCACTGGCTGACCCCATCACTCATCACGCCATGGCCGAACGCTGCCGCCGCCAGAACACCGAGTTCACTGGCAGGCAGGCCTGGCTGGGACGCATCCGCCACTCGCTCGCCGCACAACTGGATGCCCCGCCAGGCCTGGAAGGCTTGGCCGAACAGATGAACTGCTCGGCGCGCACCCTGCGCCGGCATCTCAAGGACCTGGGCTGCAGCTACCAGGAATTGCTCGATGAACTGCGCTTCGAACGGGCCAAGCAGATGCTCGGTGAAGATCAATTGCCGATCTACCGGATCGCCGAAATGCTCGGCTTCAGCGAAACAGCCAGCTTCCGCCACGCATTCGTACGCTGGAGCGGCGTGGCGCCGAGTCAGTTCAGGCCATGA MLHSHLTTLNAVSLVLNAFRNEGLPSEALLAGSGISMAHLSRADTRITTNQEMQVCANAVALKRDIGLELGRNMHVSSYGMLGYALLTSATLGDALRLALRYPALLGTLFELTLEDDGEHIWLSASDYRENPALAVFNAEFCMVSLRVICNDLLGHALPLRATRFEHSAPDYQARYEALFECPVRFDSIDNAFAFDRHWLAQPLPLADPITHHAMAERCRRQNTEFTGRQAWLGRIRHSLAAQLDAPPGLEGLAEQMNCSARTLRRHLKDLGCSYQELLDELRFERAKQMLGEDQLPIYRIAEMLGFSETASFRHAFVRWSGVAPSQFRP NA NA NA NA NA D1-35_04484 1032 aphA COG0123 Acetylpolyamine amidohydrolase 1 ATGCTGACGATTTATTCCGACGATCACCACCTGCACCATGGACGTTGCGAGTTGATGGACGGGCAGCTGATGCCCTGCTTCGAAATGCCCTCCCGCGCCGATCATGTGCTGGAGCGGGTCAAGGCTAGGGCGTTGGGGCCGGTGGAGGCGCCACGGGATTTCGGCCTGGGGCCGATCCAGCGCATCCACAGTCCGCAATACCTTGAATTCTTCGAGAGTGCCTGGGACCGCTGGAGCGAATTCAACCGCGACGGCGACCTGCTGCCCTATACCTGGCCGGCGCGCACCCTGCGTACCGTTATCCCGACGAGCCTGCACGGTCAACTCGGCTATTACAGTTTCGACGGCGGCGCCCCGATTACCGCCGGCACCTGGCAGGCCGCCTACAGCGCAGCCCAGGTCGCCCTCACCGCCCAGGCCGAAATCCAGCGCGGTGCCCGCAGTGCCTTCGCGTTGTGTCGGCCACCGGGGCACCACGCCGCCAGCGACTTGATGGGCGGTTATTGCTACCTCAACAACGCGGCGATCGCCGCCCAGGCTTTCCTTGACCAGGGCCACCGGAAGGTCGCGATCCTCGATGTCGACTACCACCATGGCAACGGCACCCAATCGATTTTCTACCAACGCAGCGATGTCCTGTTCGCCTCGATTCATGGCCATCCTGAAGCCGAATTTCCGTTCTTCCTGGGCTACGCCGACGAGCGCGGCGAAGGTGCCGGCACGGGATTCAATTTCAACTACCCGCTGCCCGCCGGTTCCGGTTGGGACAGCTGGAGCGCCGCCCTCGAACAGGCCTGCGGCGAGGTCCTGGACTATGACGCCGATGTCATCGTCGTCTCCCTGGGCGTGGACACCTTCAAGGACGACCCGATCTCTCAGTTCAAGCTCGACAGCCCGGATTACCTGGCGATGGGCAAACGCATCGCGGCGCTCGGCAAACCGACGCTGTTCGTGATGGAGGGTGGTTATGCGGTGACCGAAATCGGCATCAACGCGGTGAACGTTCTCGAAGGTTTTCAAAGCGCCCAATGA MLTIYSDDHHLHHGRCELMDGQLMPCFEMPSRADHVLERVKARALGPVEAPRDFGLGPIQRIHSPQYLEFFESAWDRWSEFNRDGDLLPYTWPARTLRTVIPTSLHGQLGYYSFDGGAPITAGTWQAAYSAAQVALTAQAEIQRGARSAFALCRPPGHHAASDLMGGYCYLNNAAIAAQAFLDQGHRKVAILDVDYHHGNGTQSIFYQRSDVLFASIHGHPEAEFPFFLGYADERGEGAGTGFNFNYPLPAGSGWDSWSAALEQACGEVLDYDADVIVVSLGVDTFKDDPISQFKLDSPDYLAMGKRIAALGKPTLFVMEGGYAVTEIGINAVNVLEGFQSAQ NA NA NA NA NA D1-35_04485 1101 spuD_2 COG0687 Putrescine-binding periplasmic protein SpuD ATGAAAAGACTCAAGCGTCTGATGGCTCCAGCCCTCTGCGCCACGCTGCTGTGCGGCGCGGTCCAGGCCGAGGAGCGCACCCTGCGTGTCTACAACTGGTTCGACTACATCACGCCCAAGGCCCTGGAAGACTTCAAGGCGCAGCACAGCCAGGTCAAACTGGTCTACGACATCTTCGACACCAACGAAGCCCTGGAGGCCAAGCTGCTCACCGGTAACGCCGGCTACGACGTGGTGGTGCCGTCCAATGTGTTCCTGGCCAAGCAGATCGAGGCCGGCGTATTTCAGCCTCTGGACCGCAGCAAATTGCCGAACTGGAACCACCTCGATCCCAAACTGATGAAGCTGATCGAAGCCAACGATCCGGGCAACAAATTTGCGGTGCCCTATATGTACGGCACCATCCTGATCGGTTTCAACCCGGCCAAGATCAAGGCCGCGCTGGGCGACAATGCGCCGGTGGACAGTTGGGACCTGATCTTCAAGGAAGAAAACATCAGCAAGCTCAAGCAGTGCGGCGTGGCCCTGCTCGATTCGCCTTCGGAAATCCTGCCCTTGGCCCTGCAGCACCTGGGCCTGGATCCCAACAGCAAGAAACCGGCGGACTATGCCAAGGCCGAAGCGCTGCTGATGAAGATCCGCCCGCATATCACGTATTTTCACTCATCCAAATACATGGCCGACATCGCCAACGGCGACATCTGCGTAGCGGTCGGCTACTCCGGCAGCTTCTCCCAGGCCGCCAACCGCGCCAAGGAGGCCAAGAACGGCGTGACCGTGGACATGCGCCTGCCCAAGGAAGGCGCGCCGATCTGGTTCGACATGCTGGCCATTCCCAAGGGCGCGAAGAACCCGGACGACGCCTACGCCTTCATCGACTATCTGTTGCAGCCGAAGGTGATCGCGCCCGTCAGTGACTTTGTCGGCTACCCGAACCCGAACAAGGACGCCACCGACATGGTCGATCCGGCAATCCGCAACAATCCCAACCTGTATCCGACCGAGGCGGCAATGGCAACGCTGTACACGTTGCAACCCTTGCCGAGGGATGCCGAGCGGGCGCGGACGAGGGCCTGGACGAGGATAAAGTCAGGCCAGTAA MKRLKRLMAPALCATLLCGAVQAEERTLRVYNWFDYITPKALEDFKAQHSQVKLVYDIFDTNEALEAKLLTGNAGYDVVVPSNVFLAKQIEAGVFQPLDRSKLPNWNHLDPKLMKLIEANDPGNKFAVPYMYGTILIGFNPAKIKAALGDNAPVDSWDLIFKEENISKLKQCGVALLDSPSEILPLALQHLGLDPNSKKPADYAKAEALLMKIRPHITYFHSSKYMADIANGDICVAVGYSGSFSQAANRAKEAKNGVTVDMRLPKEGAPIWFDMLAIPKGAKNPDDAYAFIDYLLQPKVIAPVSDFVGYPNPNKDATDMVDPAIRNNPNLYPTEAAMATLYTLQPLPRDAERARTRAWTRIKSGQ PGPT0007805_981 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007805-potF-K11073 NA NA D1-35_04486 4608 hypothetical protein ATGACACAACCTCCATCCAGCAATCCCGCTTCTGAGATCGATCTCCAAAGAGCCGTATTCAGTCAACTACTCATGGGCCCCTCCTATATAGAGGTAGCCGCCGTCCTTCTACGCGATGCTCTAAAAAAGCAATATCCGACGCTGGACCTTGATCCGAACACAACGGTAATCGGCGAACCGGCGTGGGACATCATTGATGGCGAAATCGTGGAGCTTCCCACACGCTATGAAACACTCAGCGATAGGTTGGCGGAGCAGGTCATCAATAGCGATCCGGTGTTGCTGATCGATGGCTTGCATTTCCTCAGTCGACTACCGCTGAGCAGGCCCGATGTGCATTTACCGGTCCGCATCGAGCAGATCGGGTGTCTTATCAATGAATTGACACCGGCCATCTTTGCGGCGGGCCAGGAACAGCAGTTGAAATTCTGGAACGCGTTATCCGACAGTTCCGGCCCGCGCTGGCACTATTTGTCCGAAACCCTGCAAAACATCTGGAACGTCACAGAAGTCAACGGCTGGACTGAGACTGAATGCGACATGGCCAGAGAACTGTTCCTTCACCCCACCTCGCAGGATCGCGAAAATAACAGCCGTTATGGGGCCCAGGCATACCTGATCGATATCAACGCGATTACCGATTATGGAACCGGACGCCACAGGGCAAACGCACTGGTGGTACTGACCGGCACGATTGACGGCGCAGAAGTCATTCTTGCGCATTCAATGCTCAATGGTTATGAAAAGTTTGACTCCCGCTCCGCACTCGAACAATCGCTTGCGGACCATGCCTACCCCAGGCCCGACTATAAGATGCAGTGGCGCTTCTTTGAGCCCTCCGAGAACATTTTTGCTTATGCAGCCTGCGCAATAATTTCGTCGCAGATCGAAATTATCGGCGACCCGGGTATAGCGAAAATGTCGCCCCCTGACGAAACTGAATCGCCGGACGGGAGTCGTTCCGTTGATCTGGAGTGGTTCAAAAACAAGTTACCCGACTGGCTGACGACCGCTTCCGCATCCGACCAGAATATGTTTGCCGAACACCTGAAAAAACTCTCGGAACTGAATGGCTCGCAGGCTGGCAAGACCTACCTGGATGATATCCCCCCCATCAAGAGCTTCGTATTGAGTGCTCTGAAAACACGGATGCAATCACAACACGCCGACGCCTCGACACTGGATCTGGAAACCATTGAAATCCAGATAAGCAACGTTGTCGTCTGGGGTAGTTTTGTCGTCCCCGGAAAGATCGAAACCACTCGATTCAGCCTCGTCGAATTGGCACTGCAAAATCTGATCGCCGTTCCCTTGGGCGATAAAATCGTCCGGTCGCTCGATGGCAAAGAATTGCCTGACTGGATGACGGTTGCTTTCATCGAGAATGTGATCACCACAATCGACATCGGTCGCACTTACCCCCAGTGGGTCAAAAGCAAGTTACTTGACGATCCGCTAGAATCCAAACGCCGCGAACATTTGTACACTTCCCAACTCCGGGTACAGCTCCCCATGCTTGCATTGGAAAGCCAACTCCGTGGACAAGGCGGCATTGATGAACGCGGTTATAGTTATGTCGCGGCACTGATGAACCCCGACGAGGCCGATCGCAAAGTGGACGGACAGCCCATCGTCCTGCGACAACTGGCTTTCGTACCCGAGCTGCAACTGGGCAATACCCAGGACATCGTGGCCAACATGTTTGTAATCGGTCCGCAAGATTCAAATGCCGGGCCTTGCCTGCTCTACCGTCCCCTGCTTGAGCCACAGCTGTGCCAGTACCCGTCATTCAGCAACTTGCTATATGACATCAGGCAAACCGCCTCCCTGCGTCAATCCGTACTCGCCTGGCTGCCCAAGGAAGTGCATAACAGCTACAGCCGGTACATTTTCCCAGGGCCGCTGCCTTCACCCTGGAGCATCGTGGAGTTCGTGACGAACCCTTTGGCGGCGATCTCCAACAGCGGCCCCATCAGCTTGAGCAACGAGACCTTGGGGTCGGATTTCCTGCCCTTGTTATACAAAGCCAACGCCACGGCCCTGGTGGAGCTTGCCGATCGCCAATCGGTCTCCAACAGCGAAAGCCGCTGGGAAAGCTTCAGGCAGGCAGGCTGGGTGATTTTCAACTTGGCACTGCCCTACTTGGGCACTACCGTAGGCAATGCGTTCTGGCTGTGGCAAATCCTTGATGATCTGGAGACATTGTCGCAGAGCGACGAAACGGTTGGCGCCCAAGCCAGATGGCAAGTCATTACCGACTTGCTGTGCAATATCGCACTGGCGACTACTACTTTCAGCCTCGACCGCGCCAGGACAGCCGGGCGCGAACATCCGACAGAAGCTTCTGAACTGGTTCGTGAACTCGAGAGCCTGGCCAAACCAAAACCCGAACTCATTATTGAAAAGCTCGCACCGGTGAAGCAAAAACTCGCGGCCATCGAGCACTATGACACTTTGCGAACCAGCGGCGCCCTGATCAGCCAATCGCGAGAAAGCGCCAGGCTTCTGGAACCCCTGAGTGTCGGAAAACCGCAAAACCCAGGGCAACCCAAGAGCGGGGGCCCGCTCAAAGGGCTTTACGAGCAAGGCGGGAAGCTTTATGTGGAATTGGCAGGTAAATGGTTCCAGGTACTCGCGGATGAAGAACAAGTCGCCATCGTCGATGGGAATGACCACACCCGAGCGGGACCTCTCCTGATGAGTGACACGCAAGGCCAGTGGAACGTTGATACCCGCTTGCGTCTACGCGGAGCAGGATCGGCAAGCATCGTACGAAAGATAAACGCCGAGGCGAGCCGTCGCAACGTTAAAGCGTACGAAGAGCTGAACCGGCTCGAAGTCCGCAGGCTGGAAAACCAGAAATTGCTGGCAATGCATTCGAAGCGGTTGAAGGAAGCCTCGGGCCCGTCCAGGGATGCCAGCCGCGAGGTGTATTTGAGCGCATTGAAGACGCAGCGTGAGAGTTATGACGAAGCGTTGCAGTTGCTGCTTGACTGGCCCATTTCTCAGTCCAGGCCGGACTCTACCCGAACCAGGCTCGGTTACCTCAACGCGCAAATCAATTTCACGTTCGCAGAGATAGACACGCTGGGAGAACGATTTACCCCAGTGATGCAAGCCGCCACGGAAATGATTACCTCCGGGGTCAAGATCCTGGAGCAACAACATGCGAATACAGCCTATAGCTTGCTCCAGCTCGGCAACGAGATGATCGAACGCTTGGACTACATGGAAACTCGCTTTTCCAGGCTCAAGGAGCTGGGCAGAGAGGGATTCGAGTTTGTCCGACAACACCGAAAAATGATGCCTGTTTATAAAAGCGACGATCTTCGGCTGTACCAGTTGGACATGTATCGCCACCTCTGCCTGTCGCTCGACAGTGTTAACACCGTACCTGAAGCCTGGGCGGATATTAACCAGATGGTTGATAACTCCACGGTTGCGTTCCAAAGCCTGCGCGACGCAATTGACGAGCGCAGCGTGATCCGCCTGGATGAGCAAATCAATGCACTCGGCAGCCTGACCGAACAATTCACGGCCATTGAAGACCACGTCAAGTATGTGGCTGATGAATACCGGGAACATGCCCGGTTGGCCCAACTCAACCGACTCAAAAACCAGGTCAGCGCCATGAAGAAAAGGGCCTTGCGCCATTTGGCGCTTGCCCTCGACGAAAGAAGCACCCGGCGCAGTACACCTGCTCCCTACCAGGAACGTCCGCGGCCCAGGAGGAAGTTCATCAGGGCACGCTTCTGGGGTCTTGTGAGCGTCGAACCCCGCCTATCGGAGCTGTATGAAGAAACCGATTGGGCCGACGTGAAAAAACCGTTCTCGGATGAAATCATTGTCACGTTCCACCATAAAAAAACCGGAGAATGGGTACAACACATCAATCCCGACGCGCCGCCACAACCCACCCCAACGCTGACCAGCTGCATTACCAAGGGCCAAGCCCTTATTGATGGATTGCCTGCGTTCAAGGCGCAAGTGGAAGAAAGCAAAAAACAGTCAGATCGTACTCCGGCGGGTGTCGGGATGGTGATCAATGCACACGCTCGCAGGATGGATACAATCAGCGTCGCAATCAAAACGGTGCTCGACCAAGTGCAAAGCGCCGGTACAAACGAAACGACTGAAATTTCTCCAGCGGAAAAAACCCAACGGCGAACAGCTGAGTCCCTGCGGGTAGAACTTGAAAAAGAAACCCTGGCCCTTTATGCGCTGGGATTTGATACCGAGCAGCAAGCCATCAAGCAAAGCCCACCGACCATGAGTAATGTCCTCTGGCTCAAAGAGCGAAACCAGATTGTCATTACAGGAAAGAAGAAACGTCAGAGAATCAAGAGTGCCCGCTATCTGGACAGGTACGAAATCAGGGACCGAACCGACAGGAAAACCCTATGGTTCGCAGATTTCCATTACTCCAGAAACTGGACACCTGAACATGCGTTTCTCAGCGGCCATTTGAAGACCCCTGAACAAGTTGCGTCGGGAAAACCCGTCGTCCCTCCTCAACGGCTTAGCCAAAGCCAATTGATCGATCTTTACCGCAGTGAGATCGACGTGGAACAGGCCAAGGCGGTGTTCTTTCCAGCGGTACGGTCTTAA MTQPPSSNPASEIDLQRAVFSQLLMGPSYIEVAAVLLRDALKKQYPTLDLDPNTTVIGEPAWDIIDGEIVELPTRYETLSDRLAEQVINSDPVLLIDGLHFLSRLPLSRPDVHLPVRIEQIGCLINELTPAIFAAGQEQQLKFWNALSDSSGPRWHYLSETLQNIWNVTEVNGWTETECDMARELFLHPTSQDRENNSRYGAQAYLIDINAITDYGTGRHRANALVVLTGTIDGAEVILAHSMLNGYEKFDSRSALEQSLADHAYPRPDYKMQWRFFEPSENIFAYAACAIISSQIEIIGDPGIAKMSPPDETESPDGSRSVDLEWFKNKLPDWLTTASASDQNMFAEHLKKLSELNGSQAGKTYLDDIPPIKSFVLSALKTRMQSQHADASTLDLETIEIQISNVVVWGSFVVPGKIETTRFSLVELALQNLIAVPLGDKIVRSLDGKELPDWMTVAFIENVITTIDIGRTYPQWVKSKLLDDPLESKRREHLYTSQLRVQLPMLALESQLRGQGGIDERGYSYVAALMNPDEADRKVDGQPIVLRQLAFVPELQLGNTQDIVANMFVIGPQDSNAGPCLLYRPLLEPQLCQYPSFSNLLYDIRQTASLRQSVLAWLPKEVHNSYSRYIFPGPLPSPWSIVEFVTNPLAAISNSGPISLSNETLGSDFLPLLYKANATALVELADRQSVSNSESRWESFRQAGWVIFNLALPYLGTTVGNAFWLWQILDDLETLSQSDETVGAQARWQVITDLLCNIALATTTFSLDRARTAGREHPTEASELVRELESLAKPKPELIIEKLAPVKQKLAAIEHYDTLRTSGALISQSRESARLLEPLSVGKPQNPGQPKSGGPLKGLYEQGGKLYVELAGKWFQVLADEEQVAIVDGNDHTRAGPLLMSDTQGQWNVDTRLRLRGAGSASIVRKINAEASRRNVKAYEELNRLEVRRLENQKLLAMHSKRLKEASGPSRDASREVYLSALKTQRESYDEALQLLLDWPISQSRPDSTRTRLGYLNAQINFTFAEIDTLGERFTPVMQAATEMITSGVKILEQQHANTAYSLLQLGNEMIERLDYMETRFSRLKELGREGFEFVRQHRKMMPVYKSDDLRLYQLDMYRHLCLSLDSVNTVPEAWADINQMVDNSTVAFQSLRDAIDERSVIRLDEQINALGSLTEQFTAIEDHVKYVADEYREHARLAQLNRLKNQVSAMKKRALRHLALALDERSTRRSTPAPYQERPRPRRKFIRARFWGLVSVEPRLSELYEETDWADVKKPFSDEIIVTFHHKKTGEWVQHINPDAPPQPTPTLTSCITKGQALIDGLPAFKAQVEESKKQSDRTPAGVGMVINAHARRMDTISVAIKTVLDQVQSAGTNETTEISPAEKTQRRTAESLRVELEKETLALYALGFDTEQQAIKQSPPTMSNVLWLKERNQIVITGKKKRQRIKSARYLDRYEIRDRTDRKTLWFADFHYSRNWTPEHAFLSGHLKTPEQVASGKPVVPPQRLSQSQLIDLYRSEIDVEQAKAVFFPAVRS NA NA NA NA NA D1-35_04487 1551 gabR_2 COG1167 HTH-type transcriptional regulatory protein GabR ATGCCCGATGCCGTACCGCCATTGTCTTTCAACCCCGCCGGCATCGAGCTGGACCGCCGCCATGGGCTCAGTCGCCAGCTCTATCAGGCCTTGCGTGGGCGAGTACTGGACGGACGCCTGGCCAGCGGCACACGATTGCCGGCCAGCCGCGACCTGGCGGCGGCGTTGTCGATTTCCCGCAACAGCGTGGTACGCGCCTACGACCAGCTGTATGCCGAAGGCTTCATAGAAGGGCGAGTGGGTGACGGCACCTACGTGGCGAAACTTTCACCGCTGGCAATGCCGTCGGGAAAATTATCCACAAAACCATCCACAGGGTTTTCAACAGGCTTACCCACAGCCTTATCCACAGTTCAGCTTGATTCCCCTGTGTTTTCATCCAGCAAAGTTATCCACAGCAACGCGCTCGAACGGGTCGAAAAGCACCATTTGGCCCAGCCCCCGAGCGGACCGCCAAGAGCATTTCGGGTCGGCGTTCCGGCGTTCGATCTGTTTCCTTTCGACGTGTGGGCCAAGCTGAACGCGGCGTTCTGGCGAAAACCGGACCTGCAGCAGTTGTGCTACGGCGATGCCCAAGGCGATGCGCGCCTGCGCGGCCTGGTCGCGGCCTACCTGCGTAGTTCACGGGGTTTGCACTGCTCGGCTGAGCAAATTGTGATCACCAGTGGCGCGCAACAGGCGATCAGCCTTTGTGCACAGTTGCTGGTGGACCCTGGCGACATCGTCGCGGTGGAAAATCCCGGCTATCGCGCCGCGGGGCATGCGTTTGCCGTGGCCGGTGGCGATGTGCGGGGCGTGCCGGTGGACAGCGACGGGCTCGATTGTGCAGCGCTGGCTGCACTGGACCACTGTCGGCTGGCTTACGTGACGCCATCCCATCAATATCCGACCGGAGTAGTCATGAGCCTGGCGCGGCGGCTGGAACTGCTGGCCTGGGCCGGGCGCAACGATGGCTGGATCGTCGAAGACGACTATGACGGCGAGTACCGCTACAGCGGCGCGCCGCTGGCGCCCTTGGCTGCGCTGGATCGTGGAGGCCGTGTCTTGTATGTCGGGACGTTCGGCAAGGTTGCGTTCCCGGCGTTGCGCCTGGGTTACCTGGTGCTGCCGCCCGGCCTGGTCGATGCCTTCGCCCGCCGTCGGGCGGTGGATGTGCGCCATTCTGAAGTCAGCACTCAAGCGGTGATGGCCGAGTTCATGGCCGCTGGACATTTCCAACGGCACATCAGGCGCATGCGTCGGGCCGCTCTGGCCCGCCGCGATGCGCTTCTGGCGGGCTGGCCGGAGGCTGTCGCAGGCGTTGGCGCGATGCCCACCGTGGTCGCCGGGCTGCATGTCACGGTTCCAGTGCAGAGCATCGAGCGCGAGCGTGAACTGATTGCCCAGGCCACTTGCGTCGGCGTCGAAATCAACGGATTGAGCAGTTATTGGTTGCCCGCCACGGCGCCGTCCCAAATCCGGGCAGGCATGGTGCTGGGGTTCGCCGCCGTGCCGTCTGCAGCGATAGACACTGCTCTGGCAAGCTTGGCAAAAGCCTGGGGAATCCGCTGA MPDAVPPLSFNPAGIELDRRHGLSRQLYQALRGRVLDGRLASGTRLPASRDLAAALSISRNSVVRAYDQLYAEGFIEGRVGDGTYVAKLSPLAMPSGKLSTKPSTGFSTGLPTALSTVQLDSPVFSSSKVIHSNALERVEKHHLAQPPSGPPRAFRVGVPAFDLFPFDVWAKLNAAFWRKPDLQQLCYGDAQGDARLRGLVAAYLRSSRGLHCSAEQIVITSGAQQAISLCAQLLVDPGDIVAVENPGYRAAGHAFAVAGGDVRGVPVDSDGLDCAALAALDHCRLAYVTPSHQYPTGVVMSLARRLELLAWAGRNDGWIVEDDYDGEYRYSGAPLAPLAALDRGGRVLYVGTFGKVAFPALRLGYLVLPPGLVDAFARRRAVDVRHSEVSTQAVMAEFMAAGHFQRHIRRMRRAALARRDALLAGWPEAVAGVGAMPTVVAGLHVTVPVQSIERERELIAQATCVGVEINGLSSYWLPATAPSQIRAGMVLGFAAVPSAAIDTALASLAKAWGIR PGPT0016790_353 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0016790-mocR-K00375 NA NA D1-35_04488 642 paiB COG2808 Protease synthase and sporulation protein PAI 2 ATGTACAACCCAAAAGCCTTTGCTGTGGAAGACGTGCCTCACTTGCATCGCATGATGGATGACTGTCGCCTCGCCGTATTGGTTACCCACGGCGAACACGGCTTGCAGGCCAGCCACCTGCCGCTGTTGCTGGACACACGACAGGGACCGAACGGAACCCTCCATGGGCACATGGCTCGCGCCAATCCGCAGTGGCGTGACCTGGAAGCCGGTGCCGAAGCGCTGGTGGTATTTGCAGGCGTCGACGCTTACGTCAGCCCGGGTTTCTATCCGGGCAAGGCCGAGCACGGCAAGGTCGTGCCCACCTGGAATTACCTCGCCGTCCACGCCTATGGCAACGCCGAGGTGTTCGGCGATCCTCAACGGCTGCGCAACCTGGTCGGCGAGCTCACCCACCGCCATGAAAGCGGTCGGGCCCAGCCATGGAAAATCGACGACGCCCCGGCGGAATATATCGACAGCATGCTCAAGGCCATCGTCGGCTTCGCGCTGCCCATCCAGCGTCTGGAAGGCAAGCGCAAGCTCAGCCAGAACCGCAGCCCCGCGGATGCCGCCGGGGTTCGCAACGGGCTCGCCATGAGCCCCGACCCGCAGGGCCAGGCACTCGCACGCCTGATGCCTGAACAATCGCCTCAGGAGTGA MYNPKAFAVEDVPHLHRMMDDCRLAVLVTHGEHGLQASHLPLLLDTRQGPNGTLHGHMARANPQWRDLEAGAEALVVFAGVDAYVSPGFYPGKAEHGKVVPTWNYLAVHAYGNAEVFGDPQRLRNLVGELTHRHESGRAQPWKIDDAPAEYIDSMLKAIVGFALPIQRLEGKRKLSQNRSPADAAGVRNGLAMSPDPQGQALARLMPEQSPQE PGPT0014760_523 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014760-paiB|yumE-K07734 NA NA D1-35_04489 447 hypothetical protein ATGAGCCAGCTCGAAATCCGCCTTGTCACCGCCGCCGACCACGCTGCCTGGCTACCGCTATGGCAGGCCTACCTGCGGTTCTACAACACCGAACTGCCAGACGCGGTGAGCCAGAGCACCTGGCAACGCTTGCTCGACGACCGTGAGCCCACCCATGGCGCGCTCGCCTGGGATGGCGACACGGCGGTGGGCCTGGTGCATTTCATCTATCACCGTTCCAACTGGAGCATCGAGAACTCCTGCTATCTTCAGGATCTGCTGGTGGCAGAACACTGCCGAGGCAAGGGCGCAGGTCGCCAACTCATCGAATTTGTCTACGCCACCGCCAAGGCCGACGGATGTTGCAAAGTGCACTGGCTGACCCACGAGACCAACGCGACCGCGATCCAGCTCTACGAGCGCATCGCCGAACGCCCTGGCTACATTCAATTTCGCAAAGCCCTCTAA MSQLEIRLVTAADHAAWLPLWQAYLRFYNTELPDAVSQSTWQRLLDDREPTHGALAWDGDTAVGLVHFIYHRSNWSIENSCYLQDLLVAEHCRGKGAGRQLIEFVYATAKADGCCKVHWLTHETNATAIQLYERIAERPGYIQFRKAL NA NA NA NA NA D1-35_04490 672 hypothetical protein ATGTCGACTTCGCTCGCTGATTGGAAAGGTATCCCGGCGCCGTTTACGCGCTTGCTCGAAGGACGCTTCATCCGCCTGGAAAAACTCGACCCGGCGCGTCACGCCGACGGATTGTGGCAAGCCCTCGAAGGTCCCGGCGCCGACCCGAAGCTCTGGGACTACCTGCCCTACGGCCCGTTCAAGGAGCGCAGCGGGTTCGATGCCTGGCTGAACAACCATGCGGTCAACGTCGATCCATATTTTTTCAGCGTGATCGACCGCGCCAGTGGCGAAGTGCAAGGCATCCTCAGCCTGATGTCCATCGTGCCGGCCCAAGGCCGTATCGAGATTGGCCACGTCACCTTCGGCGCGCCGATGCAGCGCTCGCCGAAAAGCACCGAGGCGGTGTACCTGCTGGCGAAAGAGTGTTTCGCCCTGGGCTATCGACGCCTGGAATGGAAATGCAACAACGCCAACGCCCGTTCCCGGTATGCCGCCGAGCGGCTGGGGTTCACGTTTGAAGGCGTATTCCGCCAACATATGGTGGTCAAGGGGCAGAACCGCGACACCGCATGGTATTCGATGCTGGACTCGGAATGGCCGGTGATCGGCGCAGCCTTCGAGCGCTGGTTGAGTGAGGAAAACCAGAGCGCGGATGGCCAGGTGCGCAGTCTCGCACAGTGCCGAGCCTGA MSTSLADWKGIPAPFTRLLEGRFIRLEKLDPARHADGLWQALEGPGADPKLWDYLPYGPFKERSGFDAWLNNHAVNVDPYFFSVIDRASGEVQGILSLMSIVPAQGRIEIGHVTFGAPMQRSPKSTEAVYLLAKECFALGYRRLEWKCNNANARSRYAAERLGFTFEGVFRQHMVVKGQNRDTAWYSMLDSEWPVIGAAFERWLSEENQSADGQVRSLAQCRA NA NA NA NA NA D1-35_04491 900 yitJ COG0646 Bifunctional homocysteine S-methyltransferase/5,10-methylenetetrahydrofolate reductase ATGGCCGCAGCAAGGACAACTATTCTCGACGGCGGCATGGGCCGTGAGCTACAACGCCGTGGTGCGCCGTTTCGACAGCCCGAGTGGTCGGCCCTGGCCCTGAGCGAAGCGCCCCAGGCTGTGGAGGCGGTGCATGCGGCTTATATCGCCAGCGGCGCCGATGTGATTACCAGCAACAGCTACGCCGTGGTGCCCTTTCATATCGGCGAAGCGCGCTTTGCCGAGGAAGGCCAGGCGTTGGCGGCATTGGCGGGGGAATTGGCCAGGCGGGCGGTGCAGGCTTCAGGCAAAGCGGTGCGGGTGGCCGGATCGCTCCCTCCGCTGTTCGGTTCCTACCGTCCCGATCTGTTCGACGCCTCCCGCGCCAGCGAGCTGCTGGCGCCATTGGTTGCGGGCCTGACACCCCATGTCGACCTGTGGCTGGCCGAGACCCAGAGTTCGATCGTCGAGGCGCGAGCCATTCACGCCGGACTGCCGAAGGACGGCAAGCCGTTCTGGCTGTCGTTTACCTTGAAAGACGAAGACACCGATGAAGTGCCGCGCCTGCGCTCCGGCGAGCCGGTGGCGGACGCCGCGGCAGTGGCGGCGGAGCTGGGGGTCGAGACGCTGCTGTTCAATTGCAGCCAGCCCGAGGTGATCGGCGCTGCGATCGACGCGGCGCGCGAAACCTTCGAGCGCCTGGGCGTGAAAATCCACATCGGTGCCTACGCCAACGCCTTCCCACCGCAGCCCAAGGAAGCGACAGCCAATGACGGGTTGGACCCGCTGCGCGAAGACCTCGATCCGCCGGGCTATCTGCGGTGGGCGGCGGACTGGCGCAAGCGGGGGGCCAGTCACTTGGGCGGCTGTTGCGGCATCGGGCCGGAGCACATTGCGGTGTTGGCACAGCAACTGCGCTGA MAAARTTILDGGMGRELQRRGAPFRQPEWSALALSEAPQAVEAVHAAYIASGADVITSNSYAVVPFHIGEARFAEEGQALAALAGELARRAVQASGKAVRVAGSLPPLFGSYRPDLFDASRASELLAPLVAGLTPHVDLWLAETQSSIVEARAIHAGLPKDGKPFWLSFTLKDEDTDEVPRLRSGEPVADAAAVAAELGVETLLFNCSQPEVIGAAIDAARETFERLGVKIHIGAYANAFPPQPKEATANDGLDPLREDLDPPGYLRWAADWRKRGASHLGGCCGIGPEHIAVLAQQLR NA NA NA NA NA D1-35_04492 822 fliY_3 COG0834 L-cystine-binding protein FliY GTGAAATTACCTTTACCGCTTGCCCTGGGCTTGACGCTGCTGGCCGCTTCCTCATCGATCCTTGCCGGCACCACGCTGGATCGTATCGAGGAGAAAAAAGAACTGGTCGGCGTGTTGATGGAAAGCTACCCGCCCTTCTCTTTTCTCAATGACCAGAACCAGCTCGACGGTTTCGACGTGGACGTCGCCAAGGCCGTCGCGCAAAAGCTTGGGGTCAAGCTGCGCTTGGAAACGCCCTCGTGGGATGTGATCGCGGCCGGCCACTGGAGTGGCCGCTACGACATCTGCATTTGCTCGATGACACCGAGCAAGGCCCGCGCCGAAGTGTTCGATTTTCCGGTGCGGTACTACGCCTCGCCAGCGGTGATCGTGGTCAACGCCAAGGACGACAGCATCCATGGCGCCAAGGACCTGAGCGGCAAGAAAGTCGGCCTCACCAGCGCCTCCAGCTACGAAAGCTACCTGAACAAGAACCTGGTGATCGAAGGCGCCGAGGATACCCAGCTGAGCTACCCGTTCGAGGACGTGCAAATCGCGCCATACGATACCGACAACGTGGCGTTCCAGGACCTGGGCCTCGGCGCCGGGGTTCGGCTGGATGCGGTGCTGACCAACCTGGTGACCGCGCAGCCACGCCTGACCGAAGACAAGCGCTTCAAACTGGCGGGCGAGCCACTGTATTCAGAGCCTAATTCGGTTGCCATCGAGAAAGGCGACGCCGAGTGGAACAGCAAGGTGCGTGAAGTCTTTGCCCAACTGAAGCAGGACGGCACCCTGAGCAAGCTCTCGCAAAAATGGATCGGTGCCGACATCAGCCAATGA MKLPLPLALGLTLLAASSSILAGTTLDRIEEKKELVGVLMESYPPFSFLNDQNQLDGFDVDVAKAVAQKLGVKLRLETPSWDVIAAGHWSGRYDICICSMTPSKARAEVFDFPVRYYASPAVIVVNAKDDSIHGAKDLSGKKVGLTSASSYESYLNKNLVIEGAEDTQLSYPFEDVQIAPYDTDNVAFQDLGLGAGVRLDAVLTNLVTAQPRLTEDKRFKLAGEPLYSEPNSVAIEKGDAEWNSKVREVFAQLKQDGTLSKLSQKWIGADISQ PGPT0020800_8200 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 D1-35_04493 837 hypothetical protein ATGAGTTCTTTTCCGCCCCCTATCCAGCCGCCTCCACCGGTGGCTGAGTCGCGCCTGCACAAAATCTTCGGTTTTCGCACACGGCTGTATCTGACCTGGGCCGCGATGCTGGTGCTGTTCGCCAGTTTTTTCCTGAGTTTCGACCTGAAGTTCTCGATCATCCTCGACAAACTGCCGAACCTGCTGGGCGTGCACCTGGCGCCCAACGGCTTTTTGCAGGGCGCGGTGCTGACACTGTTCCTGTGCCTGTGCTCCATCGTCGCCTCGTCACTGCTGGGTTTCATCGCCGCGCTGGCACGCCTGTCCAGCAGCGCGGTGGCGTTCGGCATCGCCAGCTTCTATGCGTCGTTCTTTCGTGGCACGCCGCTGTTGATCCAGATCCTGCTGATCTACCTGGGCCTGCCGCAACTGGGCGTGGTCCCGGGCGCCATCGCTGCGGGAATCATCGCCCTGTCACTCAACTACGGCGCCTACTTGAGCGAAATCTTCCGTGCCGGGATTCTCGGCGTGCCTCACGGCCAACGGGAAGCCTCCCTCGCCCTGGGCATGGGCGAAACCGTAATCTTCTGGCGCGTTACCCTGCCCCAGGCCATGCGTACCATCATCCCGCCGACCACCAACCAGTTCATCTCGATGCTCAAGGATTCTTCGCTGATCTCGGTGATGGGGGTCTGGGAGGTGATGTTTCTGGCGCAGTCCTATGGTCGTTCCAGCTATCGGTATATGGAGATGCTGACTACGGCGGCGGTTATTTACTGGCTGATGTCCATTGCGTTGGAGCTGATTCAGGCGCGGATGGAGCGGCATTATGGGAAGGCTTATCTGCATAATCGCTGA MSSFPPPIQPPPPVAESRLHKIFGFRTRLYLTWAAMLVLFASFFLSFDLKFSIILDKLPNLLGVHLAPNGFLQGAVLTLFLCLCSIVASSLLGFIAALARLSSSAVAFGIASFYASFFRGTPLLIQILLIYLGLPQLGVVPGAIAAGIIALSLNYGAYLSEIFRAGILGVPHGQREASLALGMGETVIFWRVTLPQAMRTIIPPTTNQFISMLKDSSLISVMGVWEVMFLAQSYGRSSYRYMEMLTTAAVIYWLMSIALELIQARMERHYGKAYLHNR PGPT0020795_2585 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 D1-35_04495 321 hypothetical protein ATGACCAAGTATCACCCCCTTCAAGCCAATACCAGCGGCGGCCCCACACTGTTTATCGACACAGAAGCTGGGGCCTCCGATCTTCTGGAAACCGCTGCGCACCGCATCAAAGCCGCTCGCGACTTACTTAACAGTGTTTCCTGTCTCTGCATGAAAAACGCCGAGGGTTATGACCTGGAGCATTTCGCCAACGCCGCACATCTGTTGTTACAGGACGGATGTGATGCATTGGAAGTGTTGGGGTGGAGTATCGGTGGAAGTGATATCCAATCCTCACCTGCTAGCGATTCTGCTGTACATCAGGCAGATCTTCCCGTCTAA MTKYHPLQANTSGGPTLFIDTEAGASDLLETAAHRIKAARDLLNSVSCLCMKNAEGYDLEHFANAAHLLLQDGCDALEVLGWSIGGSDIQSSPASDSAVHQADLPV NA NA NA NA NA D1-35_04497 2136 hypothetical protein ATGCCTACCAAACATCTATTCCTGCCCCAACATCTCGCACTGGCGATCGCCTTGGCACTGGGTTGTGTCGAGTCTTCGATAGCTCAGTCAGTTGCCGGGGAAACCCGCCCCTTGGAAACAACAACCGAGATGCAGGCTCGTCTCAAGGCGTTCATGGCACCAACAGCGGATACGAAACGCGACAACGTGACGACCGTTCGCGAAGACGCCTTATTGAAGGACGACAGCAACGATCTGGTGATGGTCAGCAAGCAAGGCAGACTCTTCGGGCTCACCGACGGCGGCGGCGGAGCCAACGTCTTGCAGCTGGATACCCAGGGAAGCGAATTAGGCGAGATACGCAATTTCCAGGATCTGTATTTGAAGCAAGGCGAGTGGTCGAACGGCGGTCGTATCGACGCAAACAGCCTGGTCGACTCGAAGGCCAAATTGCTGAACAGCGGCCACATCAACGGCGCGGTGCACGTTCTTGGCGAACTCACCAACCAAGGCACTGTCACCGGGCCTGTCTTCGTAGGAAAAAAGGCCCGCTTCAGCGGCAGCGGGACGGTCGATGCGCTGGACGTGGCGGGCACCCTGGAAGTCGGCCCCGCAATGGGCGCCCCTTCGGTGACCAATGATCTGAAGTTTTCCAAGAGCGCGACGCTGGTTTACGCAATCGACGCCGAGAAAGGCAGCAGCACAATCAAGGTTGGCGGCACCGCTACGTTGGGCAATGCGACTCTGAAAATCGCTTCCGTACCGGGAGAGTTTATCGACACAAACAGACGCATCGTGATCGAGGCGGAGAAGATTGAAGGGACATTCGGCAAGGTCGTCGATGAACTCGCCTTTTTGACGGCTACACCTGACTACACGCTGGAAAACCAGGTAGGGCTTACCTTCAAGCGCAACGGTGTCCCACTGGGAGAGGCAGCTTCCTCCGCCAACGCGCTCGAATTCGTGGACGCCATTCAACAGCAGCCGGTCAGCCCTGCGCAGCCCGAACCCGGCATCGCGGCACCGGTTGCGCACTCGCCTGCCGTCGAGCCGCAACCCAGTCATCCAACGTCAGAGCCCGCCGCACCACCCGCGGTTGTAAGCGCCGAGGCCAAGCCCGCAGCCAAGCCAGAACTGGTCAAACCTGCCCCCAAACCCAACACTGCCATCAACGCCCTGCTTGGCACCAACATGGCCACGGCCGCCGACGCCATCGACCAACTGAGCGGTCATGACACGGCAAACCTTGGCAACGCCACCCTTAGCAGCGTCGCGCCAGTCAGCAGCGGCATGCTCTGGGCCATGGGCCGGCGAAACCCGGCGAGTGGGCACGGCAACGGCCAGGTCTGGGTCCAGGCCATCGGCAACAGTGGCAGCCTCGCCAAGCAAGCGGGCGGCGTTGCCATGAAGCATTCGACACAAGGTTTGATGCTGGGAACCGACTGGGCTGTCAGCTCCGATTGGCGGCTGGGCCTTATCGGCAGCACAACCCGGACGCGGCTCGACGGCGGTCAGTTCGACGGAGCTCTCGACAGTTGGCTAGTGGGCGCGTATGCCTTGCGCCAGGACGGGCCGCTGGCGCTGCGCCTGGGCGTTGTCCATGGCAATCATGACGGCAGTACCAAGCGCCACGTTGCCTTCAATGGGTTCAGGGATCGTCTGAAAGGTCGCTACGATGCGACGACACAGCAGGTCTTCGGGCAACTTGGCTACCAGCTGGATATCGGTCGTTTCGAACTCGAGCCCTATGCCCAACTGGGTTACCAACGTTATCAACGTGACGCCTTCACGGAGAAAGGCGGCGATGCGGCATTGCAGTACAACGGCCAGGCCCAGGAACACTTCAGCAGCGACCTGGGCCTGCGCCTCGCCCGTCCCCTCCTGCTTGATCGCGGCATGCGCGTGACGCCGCGTCTGGACATCGGCTGGAAGCACTTGTATGGGGACGTCCAGGGTAGCTCCCATCAGCGCCTGGTCAGGGGAAGCAGCACTTATCACATCAAAGGTGGCGAACTGGACCGCGACAGCCTGCTTCTGCAGGCAGGGCTGGACCTGGCGATTTCGCCACGTCATACGCTGGGGTTGAGCTACAGCGGCGAAACAGGGCAGGACAACCGCAACGGTGCGCTGGCGGGACAGTGGCGGATGACGTTCTGA MPTKHLFLPQHLALAIALALGCVESSIAQSVAGETRPLETTTEMQARLKAFMAPTADTKRDNVTTVREDALLKDDSNDLVMVSKQGRLFGLTDGGGGANVLQLDTQGSELGEIRNFQDLYLKQGEWSNGGRIDANSLVDSKAKLLNSGHINGAVHVLGELTNQGTVTGPVFVGKKARFSGSGTVDALDVAGTLEVGPAMGAPSVTNDLKFSKSATLVYAIDAEKGSSTIKVGGTATLGNATLKIASVPGEFIDTNRRIVIEAEKIEGTFGKVVDELAFLTATPDYTLENQVGLTFKRNGVPLGEAASSANALEFVDAIQQQPVSPAQPEPGIAAPVAHSPAVEPQPSHPTSEPAAPPAVVSAEAKPAAKPELVKPAPKPNTAINALLGTNMATAADAIDQLSGHDTANLGNATLSSVAPVSSGMLWAMGRRNPASGHGNGQVWVQAIGNSGSLAKQAGGVAMKHSTQGLMLGTDWAVSSDWRLGLIGSTTRTRLDGGQFDGALDSWLVGAYALRQDGPLALRLGVVHGNHDGSTKRHVAFNGFRDRLKGRYDATTQQVFGQLGYQLDIGRFELEPYAQLGYQRYQRDAFTEKGGDAALQYNGQAQEHFSSDLGLRLARPLLLDRGMRVTPRLDIGWKHLYGDVQGSSHQRLVRGSSTYHIKGGELDRDSLLLQAGLDLAISPRHTLGLSYSGETGQDNRNGALAGQWRMTF PGPT0030315_491 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030315-ssp|pspB|pspA|ssph1|ssph2-K12685 NA NA D1-35_04498 1809 oadA COG0511 Oxaloacetate decarboxylase alpha chain ATGTCCAAGAAGATCCACGTTACCGACACAATCCTGCGCGACGCCCACCAATCGCTGCTCGCCACCCGCATGCGTACCGAAGACATGCTGCCGATCTGCGACAAGCTCGACAAAGTCGGCTACTGGTCGCTGGAAGTCTGGGGCGGCGCCACCTTCGACGCCTGCGTGCGCTTCCTGAAAGAAGATCCGTGGGAGCGTCTGCGCCAACTGCGCGCAGCGCTGCCCAACACGCGCTTGCAGATGCTGCTGCGCGGCCAGAACCTGCTCGGCTATCGCCATTACAGCGATGATGTGGTCAAGGCGTTTGTCGCCAAGGCCGCGGTCAACGGTATTGATGTGTTCCGTATTTTCGATGCGATGAACGACGTGCGTAACCTGCGCGTCGCCATCGAAGCAGTGAAGGCTGCCGGCAAGCATGCCCAAGGCACTATCGCCTACACCACCAGCCCAGTGCACACCATCGAAGCCTTCGTGGCGCAGGCCAAGCAGATGGAGGCCATGGGGTGCGACTCGGTGGCGATCAAGGACATGGCCGGCCTGCTGACTCCTTATGCCACTGGCGAACTGGTCAAGGCGCTGAAGGCCGAGCAATCCTTGCCGGTATTCATCCACTCCCATGACACCGCCGGCCTCGCCGCGATGTGCCAGCTCAAGGCTGTCGAGAACGGCGCCGACCATATCGACACGGCGATCTCCAGCTTCGCCTGGGGTACCAGCCATCCGGGTACCGAATCGATGGTAGCCGCCCTCAAGGGCAGCGAGTTCGACACCGGCCTGGACCTGGAACTGCTGCAGGAAATCGGTCTGTATTTCTACGCCGTGCGCAAGAAGTACCACCAGTTCGAAAGCGAATTCACCGCGGTGGATACCCGCGTCCAGGTCAACCAGGTACCAGGCGGAATGATTTCCAACCTGGCCAACCAGTTGAAAGAGCAGGGCGCACTGAACCGCATGAACGAAGTACTGGCGGAAATCCCGCGGGTGCGCGAAGACCTCGGCTTCCCGCCGCTGGTAACCCCGACCTCGCAGATCGTCGGCACCCAGGCATTCTTCAACGTGTTGGCCGGTGAGCGCTACAAGACCATCACCAACGAGGTGAAGCTCTATCTGCAGGGCGGCTACGGCAAGGCGCCAGGTGCGGTGAACGAGAAGCTGCGCCGCCAGGCCATCGGCAGTGAAGACGTGATTGACGTCCGTCCCGCCGACCTGCTCAAGCCGGAGATGACCCGGCTGCGTGGCGAAATCGGCGCCTTGGCCAAATCCGAGGAAGACGTGCTGACCTATGCGATGTTCCCGGACATCGGTCGCAAGTTTCTCGAGGAGCGCGAAGCCGGCACCTTGACCCCGGAAGTGCTGTTGCCTATCCCCGAAGCGGGCAGTGTGAGCTCTGCAGGCGGCGAGGGTGTGCCGACCGAGTTCGTCATTGATGTCCACGGCGAAACCTACCGCGTCGACATTACCGGCGTGGGCGTCAAGGCCGAGGGCAAGCGTCATTTCTATCTGTCCATCGACGGCATGCCGGAAGAGGTCGTGTTCGAACCGCTCAACGAATTTGTCGGCGGCGGCAGCAGCAAGCGCAAGCAAGCCACTGCGCCAGGCCACGTCAGCACCACCATGCCGGGCAACATCGTCGATGTGCTGGTCAAGGAGGGCGATGTGGTGAAAGCCGGCCAAGCCGTGTTGATTACCGAAGCCATGAAAATGGAGACCGAAGTCCAGGCGGCCATCCCGGGCAAGGTCACGGCCATTCATGTCGCCAAGGGCGACCGGGTCAATCCGGGCGAGATCCTGGTCGAAATCGAAGGCTGA MSKKIHVTDTILRDAHQSLLATRMRTEDMLPICDKLDKVGYWSLEVWGGATFDACVRFLKEDPWERLRQLRAALPNTRLQMLLRGQNLLGYRHYSDDVVKAFVAKAAVNGIDVFRIFDAMNDVRNLRVAIEAVKAAGKHAQGTIAYTTSPVHTIEAFVAQAKQMEAMGCDSVAIKDMAGLLTPYATGELVKALKAEQSLPVFIHSHDTAGLAAMCQLKAVENGADHIDTAISSFAWGTSHPGTESMVAALKGSEFDTGLDLELLQEIGLYFYAVRKKYHQFESEFTAVDTRVQVNQVPGGMISNLANQLKEQGALNRMNEVLAEIPRVREDLGFPPLVTPTSQIVGTQAFFNVLAGERYKTITNEVKLYLQGGYGKAPGAVNEKLRRQAIGSEDVIDVRPADLLKPEMTRLRGEIGALAKSEEDVLTYAMFPDIGRKFLEEREAGTLTPEVLLPIPEAGSVSSAGGEGVPTEFVIDVHGETYRVDITGVGVKAEGKRHFYLSIDGMPEEVVFEPLNEFVGGGSSKRKQATAPGHVSTTMPGNIVDVLVKEGDVVKAGQAVLITEAMKMETEVQAAIPGKVTAIHVAKGDRVNPGEILVEIEG PGPT0001430_254 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001430-pycB-K01960 NA NA D1-35_04499 1416 cfiB COG0439 2-oxoglutarate carboxylase small subunit TTGATAACAAAGATCCTGATCGCCAACCGCGGTGAGATTGCCGTCCGAATCGTGCGCGCCTGCGCCGAAATGGGCATTCGCTCGGTCGCGGTCTATTCCGACGCCGACCGCCATGCCTTGCATGTCAAGCGTGCGGACGAGGCCCACAGCATCGGCGCCGATCCGCTGGCCGGCTACCTCAATCCGCGCAAACTGGTGAACCTGGCGGTGGAAACCGGCTGCGACGCGTTGCACCCCGGCTACGGCTTCCTCTCGGAAAACGCCGAACTGGCGGACATCTGCGCCGAGCGCGGGATCAAATTCATTGGCCCGTCGGCGGAAGTCATTCGCCGCATGGGTGACAAGACCGAAGCGCGCCGCAGCATGATCAAGGCCGGCGTGCCGGTGACTCCAGGTACCGAAGGCAACGTGGCGGGTATCGAAGAGGCCCTGACCGAAGGTGATCGGATCGGTTACCCGGTGATGCTCAAGGCCACGTCCGGCGGTGGTGGCCGTGGTATCCGTCGCTGCAATAGTCGCGAAGAGCTCGAGCAGGCCTTCCCGCGAGTCATCTCCGAAGCCACCAAGGCGTTCGGTTCGGCGGAAGTGTTCCTGGAAAAATGCATCGTCAATCCCAAGCACATTGAAGCGCAGATTCTCGGTGACAGTTTCGGCAACGTGGTGCATCTGTTCGAACGGGATTGCTCGATCCAGCGCCGTAACCAGAAGCTGATCGAAATCGCCCCGAGTCCGCAACTGACGCCTGAACAGCGCGCCTACATCGGCGACCTCTCAGTGCGCGCCGCCAAGGCCGTGGGCTACGAAAATGCCGGCACCGTGGAGTTCCTGCTCGCCGAGGGCGAGGTGTACTTCATGGAGATGAACACCCGGGTGCAGGTGGAACACACCATCACCGAAGAAATCACCGGTATCGACATCGTTCGCGAGCAGATCCGCATCGCCTCCGGGCTGCCATTGTCGGTCAAGCAGGAAGACATCCAGCACCGGGGCTTTGCGTTGCAGTTCCGCATCAACGCCGAAGACCCGAAAAACAACTTCCTGCCCAGCTTCGGCAAGATCACCCGCTATTACGCACCGGGTGGCCCGGGGGTGCGCACCGACACAGCAATCTATACCGGCTACACCATTCCGCCGTTCTACGATTCGATGTGCCTGAAACTGGTGGTCTGGGCGCTGACCTGGGAAGAAGCGATGGACCGTGGCCTGCGAGCCCTGGATGACATGCGCCTGCAGGGGGTCAAGACCACCGCCGCGTATTACCAGGAGATCCTGCGCAATCCGGAATTCCGCAGCGGCCAGTTCAACACCAGCTTTGTTGAAAGCCATCCCGAACTGACCAATTACTCGATCAAGCGCAAACCCGAAGAGCTGGCCCTGGCCATCGCCGCCGCCATCGCCGCCCACGCAGGCCTGTAA MITKILIANRGEIAVRIVRACAEMGIRSVAVYSDADRHALHVKRADEAHSIGADPLAGYLNPRKLVNLAVETGCDALHPGYGFLSENAELADICAERGIKFIGPSAEVIRRMGDKTEARRSMIKAGVPVTPGTEGNVAGIEEALTEGDRIGYPVMLKATSGGGGRGIRRCNSREELEQAFPRVISEATKAFGSAEVFLEKCIVNPKHIEAQILGDSFGNVVHLFERDCSIQRRNQKLIEIAPSPQLTPEQRAYIGDLSVRAAKAVGYENAGTVEFLLAEGEVYFMEMNTRVQVEHTITEEITGIDIVREQIRIASGLPLSVKQEDIQHRGFALQFRINAEDPKNNFLPSFGKITRYYAPGGPGVRTDTAIYTGYTIPPFYDSMCLKLVVWALTWEEAMDRGLRALDDMRLQGVKTTAAYYQEILRNPEFRSGQFNTSFVESHPELTNYSIKRKPEELALAIAAAIAAHAGL PGPT0001425_415 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001425-pycA-K01959 NA NA D1-35_04500 963 cmpR_4 COG0583 HTH-type transcriptional activator CmpR ATGCGTAAGTCATTGATGCGTATGACGTTGCGTCAGTTGCAGATTTTCAATGAGGTGTGCGACCTAAGGTCATACAGCCGCGCGGCTGATGAAATGTCTCTCACACAACCGGCCGTTAGCCTACAGATTCGATCCCTTGAAGAGCTGATTGGCCAGCCGCTGTTTGAGTACGTCGGAAAAAAACTCTACATGACCGAAGCGGCCGAAGCCCTGCAACGCGCCAGTCGGGATATCTTCGGGCGGCTGGAGAACCTCGACATGCAGCTTTCGGACATGCAGGGTTCGCTGCAGGGGCAATTGAAGCTGGCGGTAGAGTCCAGTGCCAAATATTTCGTCCCGCATCTGTTCGCCGCGTTCAAGCGCCAACATCCCGAGGTCAATCTGAACCTCACCGTGGTCAATCGCGGCCAGGTGATCCGGCGCCTCTCGGACAACCGTGACGATCTGGTGATCATGTCGATGGTGCCCCAGGACATGGGCCTGGAATTCCTGCCATTTCTCAACAACCCGATCGTTGCCGTGGCGCCACCCGACCATCCGCTTTGCCACATCGGCCCGCTGCGCCTGCAGGACCTGGAACCTTATACGCTGCTGTTGCGCGAGCCCGGTTCGGGCACGCGGCTGGCGTGCGAGGAGTATTTCAAGGAGAAGCGGGTGCATTTCACCCAGACGCTGGAAGTGGCGTCGGCGGAGGCCCAGCGCGAGTGCGTGGTGGCCGGGCTGGGCGTGGCACTGTTGACGCGCCACGCCGTAAGCCGCGAGCTAAGCTCCGGCGCACTCATCGAGTTGCCGGTTGAGGAGTTGCCGCTGTACCGCAGCTGGTGCCTGGTGCAGGCCAGGGCAAAGCGTCTGTCACCGGTGGCTCATGCCTTCCTGGCATTCGTGCGCGGCGAGCGCGCCCAGATTATCGGCCTGGTTGAGCGTTTCGACGGGAAGCCGCCGGCGCTGCCTGCCAGTAATTGA MRKSLMRMTLRQLQIFNEVCDLRSYSRAADEMSLTQPAVSLQIRSLEELIGQPLFEYVGKKLYMTEAAEALQRASRDIFGRLENLDMQLSDMQGSLQGQLKLAVESSAKYFVPHLFAAFKRQHPEVNLNLTVVNRGQVIRRLSDNRDDLVIMSMVPQDMGLEFLPFLNNPIVAVAPPDHPLCHIGPLRLQDLEPYTLLLREPGSGTRLACEEYFKEKRVHFTQTLEVASAEAQRECVVAGLGVALLTRHAVSRELSSGALIELPVEELPLYRSWCLVQARAKRLSPVAHAFLAFVRGERAQIIGLVERFDGKPPALPASN PGPT0001160_217 DIRECT EFFECT BIO-FERTILIZATION CARBON_DIOXID_FIXATION CO2_FIXATION-RuBisCo CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703 NA NA D1-35_04501 210 hypothetical protein ATGACCCAGTCCTACGAAGACCGCAGCGCCGCCAAAACCCGTCGCCAACAGGAAGACCAACGCCGCATGGCGTTCCGCCGTGCAATCGAAGATCGCTATGAGCAACGGCAGCTTCTGGCAGAAATCAGCGAATTTCCTGACGCCGTAGAGTTCAATTACTGGCAGGCAGCGCCGGCGGCTTCCCGTCGAAACGCTCAACCAGGCCGATAA MTQSYEDRSAAKTRRQQEDQRRMAFRRAIEDRYEQRQLLAEISEFPDAVEFNYWQAAPAASRRNAQPGR NA NA NA NA NA D1-35_04502 867 hexR_3 COG1737 HTH-type transcriptional regulator HexR TTGAACCTGTTGCAACACATCGCCCAGTCGCGCCATCTGCTACGCAAGTCGGAACTGAAGGTCGCCGATCATGTACTGCTTGATCCTGCGGCAGTGATGCACAGTTCCATGGCCGATCTGGCCCATAGCGTCGGCATCAGCGAGCCGACCATCGTGCGTTTTTGCCGCGCGATTGGTTGTTCGGGTTTCCAGGACCTGAAACTCAAATTGGCGCAGAGCTTGGCGGCGGGTGCGAGTTTTGGCCAATTCGCGATTCATGAAGACGATTCGGTCGCCGATTACAGCTTGAAAATCTTCGACACGACCCTGCACACCCTGATGGAAGTTCGCGAGAAGCTCGATCCGGTGGCGTTGCAGAAAGCGGTTACGGCCATGTCCCAGGCCCAACGTGTCGAGTTCTATGGTTTTGGTGCTTCTGGCGCGGTCGCCGCCGATGCCCAGCACAAGTTCTTCCGTCTGTTGCTCACGGCGGCGGCCTATTCCGATCCACATATGCAGGCAATGTCGGCGGTGACGTTGAAGCCTACCGACGTGGCGATCTGTATTTCCCAGTCGGGTCGCTCCAAGGACTTGTTGATCACTGCGAACCTGGTACGTGAAAGCGGTGCCTCGCTGATCACCTTGTGCCCGAGCCAGACGCCATTGGCTGAATTGTCGACGGTGAATCTGGCGATCGACGTGCATGAAGACACGGAAATCTACACGCCATTGACCTCGCGCATCGCGCATCTGGTGGTCATTGATGTGTTGGCCATGGGCGTTGCCATGGCGCGCGGCCCGAGCCTGGTCAATCACCTCAAGAGTGTGAAGCGCAGCCTTCGCAGCTTGCGGTTGTCGCCCAAGTCGGTGAAGGCGCTGGATGACTGA MNLLQHIAQSRHLLRKSELKVADHVLLDPAAVMHSSMADLAHSVGISEPTIVRFCRAIGCSGFQDLKLKLAQSLAAGASFGQFAIHEDDSVADYSLKIFDTTLHTLMEVREKLDPVALQKAVTAMSQAQRVEFYGFGASGAVAADAQHKFFRLLLTAAAYSDPHMQAMSAVTLKPTDVAICISQSGRSKDLLITANLVRESGASLITLCPSQTPLAELSTVNLAIDVHEDTEIYTPLTSRIAHLVVIDVLAMGVAMARGPSLVNHLKSVKRSLRSLRLSPKSVKALDD PGPT0017985_592 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 D1-35_04503 2877 hypothetical protein ATGACCTCCAGTTCCGATCTGGCGGGGCCCTGCGTGGAGCCGCGCCTCATCTGCAAGCAGTACGCCACGGAAATGGCCGTCGAACGCACCAGGCTGTTATATCAGGGTTCGCTGCTGCCCACGCTGTTCATGCTGCTCAACGGGCTGGTGTGCGCGGCGCTCTTATGGACGCCGTCGCGCTACTTCCTGGTCAGCGTCTGGTTGGTCTGGTTGCTGTCGCTGGTGGCGTTGCGGGTGATTCAGGTGGCTGCGTTCGATTCGGCGATACCAAGCCGCCAGGCCCACCCGATCTGGTTGCGCATGTTCCTGCTGGGCTCGGCCATGACCGGCTTGACGTTGGCCGGTGCCGGTATCGCCCTGGTCCCGGCGGACAGCTTCCAGCAACAGGCCTGGGTATTCGGCCTGATCGGCGCGGCCACGCTGTCGGCGAGTGTCGCCTATGCCGTGAGCCTTGCGGCGTTCCTGTCCTTTACTTTGCCCTGCCTGTTGCCGGCCATCGGTTATCTTTTCTGGGGCGGCGACGAGCAGCAGCGTGGCTGGGGCTGGCTTGGGCTGGTGGTGCTGGTTTCGCTGAGTGTGGTGGCCTGGCAGGTCAATCGGCTGATACAGAACGGCATGCTGCGCCGGTTCCAGAACCAGGCACTGATCGAGCACCTGCAGCAAGCACAAGCCCGCGGCGCCCAGCTTAACGAGGCATTGGCCCGGGAGGTCGAACAACGCCGTTCTGCAGAAGCCCAGCTGCGTACGGCGCAGGTTGGCCTGGAGGCGCGGGTCGCACAGCGCAGCCTTGAACTGGAGGCGGCCAGCCAGGCGCTGAGTAAAAGCGAAGCACGCCTGGCACTGGCGCTCAAGGCCAGTGAGCTGGGGTTGTGGGACTGGAACCTGCAGACTGATGAAGTCCATCACACCCAACTCAAGGAGCTGTTTGGCCTGGAACCCGAGTACATAACGGCCATGCTCAGTCATCTCACCCCGCGCCTGCATCCGCAGGATTTACCCGCGCTGAAGCGTGCCTTGGTCGAGCACCTGAAAGGCCGCAGCGAGGATTACCAGATCGAATACCGCGTCCGTCATGGCGATGGCCATTGGGTCTGGATCGAAGACCGTGGCCGGGCAGTGGAACGCAGCGCCACGGGTCGGGTGTTGCGCATGGTCGGCACCCGGCGAGACATCAGTGCCAGCAAAGAGCTTGAACAACAGCGACAACTGGCGGCCACGGTCTTTGAAGCGGCCAGCGAAGGCATTGTGATTTTCGACCCCAACTACGCGTTGCTGGCCGCCAACCAGGCGTTCGCGCGGGTTACCGGCTTCGATATCGCCGACATGCTGGGGCGCAGCGTGGTCGACCTGCCCTGCAGTCGCGATGCACGCCGGCACTATCCGATCATTCGCCAAGCCCTCAAGCAGCATGGCACCTGGCAAGGCGAGCTGGTGGAAGCGCGGGCCAACGGTGAACTCTACCCGCAGTGGTTGCAGTTGAATGTGGTGCGTGATCTGCGAGGGAAAGTCAGCCATGTAGTGGGCTTCTTCGCCGATCTCTCGGCCCGCCGCGAATCCGAGGAGCGGATGCGCTACCTCACTCATTACGACGAACTGACCGGATTGGCCAACCGTTCGCTGTTCCGCGAGCGCCTGCACGAGGCCCATCAACGGGTTCGCCAGGGCGGGCACCGCAGCCTGGCACTGCTGCACATCAACCTCGATCGCTTCAAGTTGCTCAACGACAGCCTCGGCCACGACATCGCCGATCAGTTGCTGCAGAAAATGGCTCGCCGCCTGATCAATGCGTTGCCGGAAGCCGACACCATTGCCAGGCTGTCCGGAGATGAGTTCGCCGTGTTGTTCGACGCCTATGGCAACCTTTCCAGCCTGGCGAGGGTAGCGACCCGGCTATCAGCCAAGCTGCGGCTGCCGCTGACGATCGAGGGACATGAGCTGGTGGTCAGCGCTTCGATCGGCATCAGCCTGTTGCCCGACAACGCTCGGGAAATCTCCACGTTGGTCAGCCAGGCGAACATGGCGATGCAACACGCCAAGCACCTGGGCGGCAATAGCTTCCAGTTTTATACCGACAGCCTTCAGGCCAGCACGCTGGAACGTCTGCAATTGGAGAACCAATTGCGCAAGGCGCTTGAGGAACAGCAACTGAGCGTTTTCTACCAGCCCAAACTGTGCCTGGCGACCGGCCGCCTGAACGCAGCCGAGGCGCTGGTGCGCTGGGACCATCCGACCATGGGCCAGATTCCACCCGCTGACTTCATCGGCTTGGCCGAGGAGACCGGGCTGATCGGACCCATTGGCGAATTCGTGCTCCGCCAGGCCTGCTGGCAGGCGTGCGAATGGCAGCGCCAGGGGCTTGCGCCTATCAGGGTGTCAGTCAATCTCTCGGTGCATCAGTTGCGCCAGGGCAAACTGGTCAGTCTTGTACGCCAAGTGTTGGAGGAGACCGGCCTGGCCCCGCAATACCTGGAGCTGGAGCTGACCGAGAGCCAGTTGCTCGACAGCGTCGAACACATCATCGCTACGTTCCAGCAGCTGCGTGATCTTGGGGTCAAGCTGGCGATCGATGACTTTGGCACCGGCTATTCTTCGCTGAGCTATCTCAAGCGTATTCCGGTGGATTACGTGAAGATCGACCAGGCATTTGTTCGTGGCCTGGCGGAGGGCGGGGAGGACGCAGCCATTACCCGGGCAATCATCGCCATGGCTCATGGGCTGTCGCTCAAGGTAGTGGCCGAAGGTGTCGAGCGGCAGGAGCAGCTGGATTTCCTGAAAAACGAGCAATGCGACGAGGTTCAAGGCTATCTCATCAGCCGACCGGTGGGAGCCGAAGGCCTGGCCCGTCTGATGCTCGAGCAGAATAAGCCTGCTTTGTAG MTSSSDLAGPCVEPRLICKQYATEMAVERTRLLYQGSLLPTLFMLLNGLVCAALLWTPSRYFLVSVWLVWLLSLVALRVIQVAAFDSAIPSRQAHPIWLRMFLLGSAMTGLTLAGAGIALVPADSFQQQAWVFGLIGAATLSASVAYAVSLAAFLSFTLPCLLPAIGYLFWGGDEQQRGWGWLGLVVLVSLSVVAWQVNRLIQNGMLRRFQNQALIEHLQQAQARGAQLNEALAREVEQRRSAEAQLRTAQVGLEARVAQRSLELEAASQALSKSEARLALALKASELGLWDWNLQTDEVHHTQLKELFGLEPEYITAMLSHLTPRLHPQDLPALKRALVEHLKGRSEDYQIEYRVRHGDGHWVWIEDRGRAVERSATGRVLRMVGTRRDISASKELEQQRQLAATVFEAASEGIVIFDPNYALLAANQAFARVTGFDIADMLGRSVVDLPCSRDARRHYPIIRQALKQHGTWQGELVEARANGELYPQWLQLNVVRDLRGKVSHVVGFFADLSARRESEERMRYLTHYDELTGLANRSLFRERLHEAHQRVRQGGHRSLALLHINLDRFKLLNDSLGHDIADQLLQKMARRLINALPEADTIARLSGDEFAVLFDAYGNLSSLARVATRLSAKLRLPLTIEGHELVVSASIGISLLPDNAREISTLVSQANMAMQHAKHLGGNSFQFYTDSLQASTLERLQLENQLRKALEEQQLSVFYQPKLCLATGRLNAAEALVRWDHPTMGQIPPADFIGLAEETGLIGPIGEFVLRQACWQACEWQRQGLAPIRVSVNLSVHQLRQGKLVSLVRQVLEETGLAPQYLELELTESQLLDSVEHIIATFQQLRDLGVKLAIDDFGTGYSSLSYLKRIPVDYVKIDQAFVRGLAEGGEDAAITRAIIAMAHGLSLKVVAEGVERQEQLDFLKNEQCDEVQGYLISRPVGAEGLARLMLEQNKPAL PGPT0023624_589 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_04504 2181 uvrD COG0210 DNA helicase II ATGCGCGATGATCTCTCCCTTCTGCTGAATTCCCTGAACGACGCCCAACGCCAGGCAGTTGCTGCCTCCGTCGGTCGTCAATTGGTCCTGGCCGGTGCCGGCTCCGGCAAGACCCGAGTGCTGGTGCACCGTATCGCCTGGTTGATCCAGGTCGAGAACGCCTCGCCCCATTCGATCCTGTCGGTGACCTTCACCAACAAGGCCGCTGCCGAGATGCGCCATCGCATCGAGCAGTTGATGGGCCTCAACCCGGCCGGCATGTGGGTCGGCACGTTCCACGGCCTGGCGCACCGCCTGTTGCGGGCCCATTGGCAGGAGGCCGGCCTGAGCCAGACCTTCCAGATCCTCGACAGCGATGACCAGCAGCGCCTGGTCAAGCGGGTCATCCGTGAACTGGGCCTGGACGAACAGCGCTGGCCCGCCCGTCAGGCCCAATGGTTCATCAACGGCCAGAAAGACGAAGGCTTGCGCCCGCAGCACATCCAGGCCAGTGGCGACCTGTTCCTGGCGACCATGCGCAGCATCTACGAAGCCTATGAAGCGGCATGCCAACGCGCCGGAGTCATCGACTTTTCCGAGCTGCTGCTGCGAGCCCTGGACCTGTGGCGCGACCACCCGGGCCTGCTGGCGCATTATCAGAAACGCTTCCGGCATGTGCTGGTGGACGAATTCCAGGACACCAACGCTGTTCAGTACGCCTGGTTGCGCCTGCTGGCCAAGGGTGGCGACAGCCTGATGGTGGTAGGTGACGACGACCAGTCGATCTACGGCTGGCGCGGCGCCAAGATCGAAAACATTCATCAGTACTCGGCGGATTTCCCCGACGCTGAGGTCATCCGCCTGGAGCAGAACTACCGCTCCACCGCCGGTATCCTCAAGGCCGCCAACGCGTTGATCGCCAACAATACCGGGCGCCTGGGCAAGGAATTGTGGACCGACGGCGGCGAAGGCGAGGCGATCAATCTGTACGCCGCTTTCAATGAACACGATGAGGCCCGCTATGTAGTGGAGACCATCGAGAGCGCGTTGAAAACCGGCCTGGCTCGCAGCGATATCGCCATTCTCTATCGCTCCAACGCGCAATCGCGGGTGTTGGAAGAAGCGCTGCTGCGCGAACGGATCCCTTACCGAATCTATGGCGGCCAACGCTTCTTCGAGCGCGCGGAAATCAAGAACGCCATGGCCTACCTTCGCCTGATCGAAGGACGCGGCAACGACGCGGCCCTGGAGCGGGTGATCAACGTGCCGACCCGAGGCATCGGCGAGAAAACCGTCGAGGCGATTCGCGACCATGCGCGCCATAGCCACGTGTCAATGTGGGAAGCCATGCGCCAGCTGGTCGACAACAAAGGCGTTACCGGGCGCGCCGCCGGTGCGCTGAAAGCGTTCATCGACCTCATCGAAGACCTCGCCGCCAAATGCGCCGAGATGCCGCTGCACCTGATGACCCAGACCGTCATCGAGCAGTCCGGCCTGATCGCCTACCACGAGGCGGAAAAAGGCGAGAAAGGCCAGGCGCGAGTAGAAAACCTCGAGGAACTGGTCAGCGCCGCGCGCAACTTCGAAAACACCGAAGAAGACCAAGACCTGTCCCCGTTGTCGGCTTTCCTCGGTCATGCCTCCCTGGAAGCCGGCGATACCCAGGCCGACGAGCATGAAGACAGCATTCAACTGATGACGCTGCACAGCGCCAAGGGTCTGGAGTTTCCGTATGTGTTTCTGGTGGGTATGGAGGAAGGCCTGTTCCCCCACAAGATGAGCCTGGAGGAGCCGGGACGCCTCGAAGAGGAACGTCGCCTGGCCTACGTCGGCATCACCCGCGCGATGCAGAACCTGGTGCTGACCTACGCTGAAACCCGTCGCCTGTATGGCAGCGAGACCTACAACAAAGTGTCACGCTTCGTACGCGAAGTGCCGAAAGGTCTTATCCAGGAAGTACGCCTGTCCAACAGCGTCAGCCGACCGTTTGGCGGCAACCAGCAAGGCACCAGCAGCCTGTTTGGCGGTAGCGACATTCCAGAAACCGGCTTCAGCCTCGGCCAGGCTGTGCGGCATTCGGTGTTTGGCGACGGCGTGATCCTCAATTTCGAAGGCGCCGGTGCCCAGGCCCGGGTCCAGGTCAACTTCAGCGAAGGCAGCAAATGGCTGATGCTGGGGTATGCGAAGCTGGAAGCGATCTAA MRDDLSLLLNSLNDAQRQAVAASVGRQLVLAGAGSGKTRVLVHRIAWLIQVENASPHSILSVTFTNKAAAEMRHRIEQLMGLNPAGMWVGTFHGLAHRLLRAHWQEAGLSQTFQILDSDDQQRLVKRVIRELGLDEQRWPARQAQWFINGQKDEGLRPQHIQASGDLFLATMRSIYEAYEAACQRAGVIDFSELLLRALDLWRDHPGLLAHYQKRFRHVLVDEFQDTNAVQYAWLRLLAKGGDSLMVVGDDDQSIYGWRGAKIENIHQYSADFPDAEVIRLEQNYRSTAGILKAANALIANNTGRLGKELWTDGGEGEAINLYAAFNEHDEARYVVETIESALKTGLARSDIAILYRSNAQSRVLEEALLRERIPYRIYGGQRFFERAEIKNAMAYLRLIEGRGNDAALERVINVPTRGIGEKTVEAIRDHARHSHVSMWEAMRQLVDNKGVTGRAAGALKAFIDLIEDLAAKCAEMPLHLMTQTVIEQSGLIAYHEAEKGEKGQARVENLEELVSAARNFENTEEDQDLSPLSAFLGHASLEAGDTQADEHEDSIQLMTLHSAKGLEFPYVFLVGMEEGLFPHKMSLEEPGRLEEERRLAYVGITRAMQNLVLTYAETRRLYGSETYNKVSRFVREVPKGLIQEVRLSNSVSRPFGGNQQGTSSLFGGSDIPETGFSLGQAVRHSVFGDGVILNFEGAGAQARVQVNFSEGSKWLMLGYAKLEAI NA NA NA NA NA D1-35_04505 876 hypothetical protein ATGAAACGTTTTCTTAGCATCGCCATGGCGTTGTGCATCGGCCTGACGATGGCCATCGACGCCAATGCCGCCAAGCGTTTTGGCGGTGGTAAAAGTTCGGGCGCCGCCCCGACTCACCAGACCAGCCAGATGGCGCCGTCCTCTGCCGCCGGTTCAACCGCTGCCACCGCAGGCGCTGCCGGTGCGGCTGGCGCTGCCACCAAGGCCAGCGGTGCTTCGCGCTGGCTCGGCCCACTGGCCGGCATCGCCGCCGGTGGCCTGCTCGCCTCCATGTTCATGGGCGACGGCTTCCAGGGCATGCAGATCTTCGACATCCTGATCATGGCGGTCATCGCCTTCCTGGTCTTCCGCTTCATTGCCGCCCGTCGTCGCAAGCAGCAGGAGCAACTCGCTCCGGCCGGTCACGCGCCAATGCAACGTGAAGTGTTCAACCAACAGCCTGCCAGCGGCTCGATCTTCGGTGGCTCAGCCGCTCCAGTGGCCGCCCGCCCGGTGATCAACGCACCCGCCTGGTTCAACGAACAGCGCTTCATCGAAGCCGCTCGCAGCCACTTCATGTCCTTGCAGCAGCATTGGGACTCGAACGAAATGGACAAGATCGCCGAGTTCGTAACCCCGCAACTGCTGGAGTTCCTCAAGCGTGAACGTGCCGAACTGGGCGACGGCTACCAGTCCACCTACATCGACAACCTGCAGGTGCAGCTGGACGGCGTCGACGATCGGGCAGACAAGACCATCGCCACCCTGACCTTTGTCGGCGTGTCGAAGGACTCTCGCTTCGACCAGGGCGAAGCGTTCAGCGAAAGCTGGAACATGGAACGTGCCCAAGGCGAGAACCAGCCTTGGCTGGTTGCAGGTATCCGCCAGAACGGTTGA MKRFLSIAMALCIGLTMAIDANAAKRFGGGKSSGAAPTHQTSQMAPSSAAGSTAATAGAAGAAGAATKASGASRWLGPLAGIAAGGLLASMFMGDGFQGMQIFDILIMAVIAFLVFRFIAARRRKQQEQLAPAGHAPMQREVFNQQPASGSIFGGSAAPVAARPVINAPAWFNEQRFIEAARSHFMSLQQHWDSNEMDKIAEFVTPQLLEFLKRERAELGDGYQSTYIDNLQVQLDGVDDRADKTIATLTFVGVSKDSRFDQGEAFSESWNMERAQGENQPWLVAGIRQNG NA NA NA NA NA D1-35_04506 408 hypothetical protein GTGGAAGAAATCATCGAACAACTGCGTGAAGCCAACGAACCTGTACCGGTTCCACTGGAGTTGCCTGACGAAGACTTGCTGGTAGAGATCGAGGAGCAACTGTTCATCGATATCCCGTTCGTCTTCAGGGAGTTTTTGCTGACTGTCAGCGACGTAGTCTATGGCAGCCTGGAGCCGGTGACCGTTACCGATCCGCAATCCCATACCTACTTGCCCGACGTGGCAGCCAATGCCTGGGATGCGGGTGTCGATCGCAGCCTGATCCCGATCTGCCAGGACGGCGACGATTATTATTGCGTCGAAGAAGACGGCACGGTGGTGCTGTGGCAGGCCGAGGAAGAGCTGATTGCCGAGGAAACCTGGGAATCGGTCTGGCACTGGGCACGGGATGTCTGGCTGGAAAGCTGA MEEIIEQLREANEPVPVPLELPDEDLLVEIEEQLFIDIPFVFREFLLTVSDVVYGSLEPVTVTDPQSHTYLPDVAANAWDAGVDRSLIPICQDGDDYYCVEEDGTVVLWQAEEELIAEETWESVWHWARDVWLES NA NA NA NA NA D1-35_04507 1764 kefB Glutathione-regulated potassium-efflux system protein KefB ATGCATGCCATCAGCTTCATTCAGGACCTGGCGATCATCATGCTGGTGGCGGGGCTGGTAACGGTACTCTTTCATCGTTTCAAGCAGCCGGTAGTGCTGGGCTATATCGTCGCCGGCTTCATCATTGGCCCGCATACGCCACCGTTCGGTTTCATCCACGACGAAGAAACCATCAAGACCCTGGCCGAGCTCGGGGTGATCTTCCTCATGTTCTGCCTTGGGCTGGAATTCAGCCTGCGCAAACTGTTCAAGGTTGGCGCCACGGCGTTCATCGCAGCATTCCTCGAAATTGTCCTGATGATCTGGATCGGCTATGAAATCGGCCGCTGGTTCGACTGGAATACCATGGACTCGCTGTTTCTCGGCGCGATCCTGGCCATCTCCTCGACCACGATCATCGTCAAGGCGCTCAATGACCTGAAAATGAAAAACGAGCGCTTTGCGCAGCTGATTTTTGGGGTACTCATCGTCGAAGATATCCTCGGCATCGGCATCATCGCCTTGCTCTCGAGCATCGCCGTCAGCGGCACGGTGAGTTCCGGCGAGGTGTTCTCCACGGTCGGCAAGTTATCGTTGTTCATGATCGTGGCGTTGGTCATCGGTATCCTGCTGGTGCCCAGATTGCTGGCGTACGTAGCGAAATTCGACAGTAACGAGATGCTGCTGATCACGGTGTTGGGACTTTGCTTCGGCTTCTGCCTGCTGGTAGTGAAGCTTGAATACAGCATGGTGCTGGGGGCATTCCTGATCGGTGCGATCATGGCCGAGTCCCGGCAGTTGCTGAAAATCGAACGTTTGGTAGAGCCGGTGCGCGACTTGTTCAGCGCGATATTTTTCGTGGCGATCGGGCTCATGCTCGATCCGGCGATCTTGCTTCAATACGCCTGGCCGATTGCCGTGATCACCTGCGCAGTCGTGCTGGGCAAGATGCTCTCTTGTGGTCTTGGCGCCTTTATCGCTGGCAATGACGGACGCACCTCCCTGCGAGTCGGGATGGGACTTTCACAGATCGGCGAATTTTCGTTCATCATCGCTTCGCTGGGCATGACCTTGCAGGTTACCAGCGATTTTCTTTATCCGGTGGCGGTGGCTGTGTCGGTACTGACCACGCTGCTGACGCCTTACTTGATCCGGGCCGCGGATCCGCTGTCAGTCAGGCTGGCTTCGGCAATGCCGCAACGGCTGACGCGCGTGCTGGGCATGTATGGCGAATGGTTGCGCAGTATTCAGCCACAGGGCGAGAGCGCCCTGGTGGCCGCCATGATCAGGCGAATCCTGCTGCAGGTCGGCATCAACCTGGCATTGGTCATCGCGATTTTTGTTTCGGGCGGCTATTTCGCCGAGCGGATGTCGGTTTACCTGCAAGCCTGGATCAGCGATCCGAGCTGGCAAAAAGCATTGATCTGGGGTGGGGCGCTGCTGTTGTCGCTACCGTTCCTGATCGCTGCGTACCGCAAGCTCAAGGCGCTTTCGATGCTGCTGGCGGAGTTGGGTGTCACGCCGGAGATGGCTGGCCGCCACACGCAGCGCGTGCGTCGGGTCATCGCCGAAGTGATCCCGATCCTGTCGCTGCTGGTGATTTTCCTGCTGCTGGCAGCCTTGTCGGCCAGTATCCTGCCGACCAACAAGTTGCTGGTATTGATTGCCGTGGTGGCGACTGCGGTGGCGGCGCTGCTCTGGCGCTGGTTCGTCCGCCTGCATACGCGGATGCAGGTGGCCTTGCTCGATACGCTGGACAATCACAAGGAGTCGTCCGGGCATTGA MHAISFIQDLAIIMLVAGLVTVLFHRFKQPVVLGYIVAGFIIGPHTPPFGFIHDEETIKTLAELGVIFLMFCLGLEFSLRKLFKVGATAFIAAFLEIVLMIWIGYEIGRWFDWNTMDSLFLGAILAISSTTIIVKALNDLKMKNERFAQLIFGVLIVEDILGIGIIALLSSIAVSGTVSSGEVFSTVGKLSLFMIVALVIGILLVPRLLAYVAKFDSNEMLLITVLGLCFGFCLLVVKLEYSMVLGAFLIGAIMAESRQLLKIERLVEPVRDLFSAIFFVAIGLMLDPAILLQYAWPIAVITCAVVLGKMLSCGLGAFIAGNDGRTSLRVGMGLSQIGEFSFIIASLGMTLQVTSDFLYPVAVAVSVLTTLLTPYLIRAADPLSVRLASAMPQRLTRVLGMYGEWLRSIQPQGESALVAAMIRRILLQVGINLALVIAIFVSGGYFAERMSVYLQAWISDPSWQKALIWGGALLLSLPFLIAAYRKLKALSMLLAELGVTPEMAGRHTQRVRRVIAEVIPILSLLVIFLLLAALSASILPTNKLLVLIAVVATAVAALLWRWFVRLHTRMQVALLDTLDNHKESSGH PGPT0014395_1937 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455 NA NA D1-35_04508 486 hypothetical protein ATGGAACCCGGAAACGCCCAGCTGTCGATGACGGTGTTGATGACCCCCGATATGGCCAACTTCTCTGGCAATGTCCATGGCGGCACCTTGCTCAAATACCTCGATGAAGTTGCCTATGCCTGCGCCAGCCGTTACGCCGGGCGCTACGTGGTGACGCTTTCGGTCGACCAGGTCATCTTTCGTGAGCCGATCCACGTCGGCGAGCTGGTGACGTTCCTGGCGTCGGTGAACTACACCGGCAACACGTCGATGGAAGTTGGCATCAAGGTCGTGACCGAGAACATTCGTGAACGCTCGGTGCGCCATACCAACAGCTGCTTTTTCACCATGGTGGCCGTGGATGACCAACGCAAACCTGCGCCCGTCCCGCCATTGCACCCGCAGAACAGTGAGGAGAAGCGCCGCTACGAACAAGCCCAGCAGCGTCGGCAGATCCGCCAGGAGCTGGAACGGCGCTATCAGGAAATCAAGGCGGACGGGCCGTAA MEPGNAQLSMTVLMTPDMANFSGNVHGGTLLKYLDEVAYACASRYAGRYVVTLSVDQVIFREPIHVGELVTFLASVNYTGNTSMEVGIKVVTENIRERSVRHTNSCFFTMVAVDDQRKPAPVPPLHPQNSEEKRRYEQAQQRRQIRQELERRYQEIKADGP NA NA NA NA NA D1-35_04509 873 pdxY COG2240 Pyridoxal kinase PdxY ATGAAACGTACGCCTCATCTGCTTGCCATCCAGTCCCATGTGATATTTGGTCACGCCGGCAACAGTGCTGCCGTGTTTCCAATGCAGCGGGTCGGCGTCAACGTATGGCCGCTCAATACCGTGCAGTTTTCCAATCACACCCAATACGGGCAGTGGGCCGGAGAAGTGTTGGCGCCTGCTCAGATTCCACTTCTCGTTGAGGGGATCGCGGCCATTGGCGAGCTGGGCAATTGCGACGCGGTGCTGTCCGGTTATCTGGGCAGCGCGGCCCAGGGGCAGGCGATCCTGGCGGGCGTGGCGCGGATCAAGGCTTGCAACCCCAAGGCGCTGTATCTGTGTGACCCGGTCATGGGGCATCCGGAGAAGGGCTGCATCGTGGCGCCCGAGGTGAGCGAGTTTCTGCTGGAAGAGGCCGCTGCCGTAGCGGACATCATGTGTCCGAACCAGTTGGAACTGGACAGTTTTGCCGGGCGCAAGGCGCAATCATTGTTCGATTGCCTGGCCATGGCACGTGGGCTGTTGGCTCGTGGACCGAAGGTGGTGCTGGTCAAACACCTGGCTTACCCCGGCAAGCCCGACGACAGCTTCGAGATGTTGCTGGTCACGGCTGACGGGGGCTGGCACTTGCGTCGTCCATTGCTGGCGTTTCCCCGTCAGCCGGTAGGGGTAGGTGACCTGACCTCGGGGATGTTCCTGGCGCGGATACTGTTGGGCGACAGCCTGGTGGCAGCATTCGAATTCACCGCTTCGGCGGTACACGAAGTGCTGCTGGAAACCCAGGCGTGTGCCAGCTACGAGCTGCAACTGATCCGTGCCCAGGATCGTATCGCCCACCCGCGCGTGCGCTTCGAGGCCACGCCGATCAGCCTTTGA MKRTPHLLAIQSHVIFGHAGNSAAVFPMQRVGVNVWPLNTVQFSNHTQYGQWAGEVLAPAQIPLLVEGIAAIGELGNCDAVLSGYLGSAAQGQAILAGVARIKACNPKALYLCDPVMGHPEKGCIVAPEVSEFLLEEAAAVADIMCPNQLELDSFAGRKAQSLFDCLAMARGLLARGPKVVLVKHLAYPGKPDDSFEMLLVTADGGWHLRRPLLAFPRQPVGVGDLTSGMFLARILLGDSLVAAFEFTASAVHEVLLETQACASYELQLIRAQDRIAHPRVRFEATPISL PGPT0009125_1027 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 D1-35_04510 423 hypothetical protein ATGCTGACCCTTGGAAACATTTTCGTGCTGATGCTGCTGGCTACCGGTGGCGCCTGGCTGTGGCACAACCACGGCTTGCGCGAACGGGCTCTGGCGAGGGTCATACAACACTGCGCCAATCTCAAGATCGAGCTGCTGGATGGCAACGTGGCGCTGCGCAAGATCGGGTTTGTGAAAGACGGCAGCGGGCGACGGCGCCTGGCACGTGTCTATAACTTCGAATTCACAGTGACGGGCGAGACGCGTCATACCGGCACCATCACTCAATTCGGCGCCCACAGTGCAAACATCGAACTGGCACCCTATCCGATGCCGTTCGAAGAAACCGCGCAGGCGCCCATCGAACCGGTCCAGACCCGGCCCCGGGCCGAGGTTATCGAGCTGAGCCAGTGGCGTCAGGAACATAATAAATGGAAGCCCTGA MLTLGNIFVLMLLATGGAWLWHNHGLRERALARVIQHCANLKIELLDGNVALRKIGFVKDGSGRRRLARVYNFEFTVTGETRHTGTITQFGAHSANIELAPYPMPFEETAQAPIEPVQTRPRAEVIELSQWRQEHNKWKP NA NA NA NA NA D1-35_04511 981 yeiR COG0523 Zinc-binding GTPase YeiR ATGTTGCAGAACATACCCACCCATGTGATTGCCGGCCCTTTGGGAGCAGGCAAGACCAGCCTGATCAGGCAATTGCTGGCTCAGCGTCCGGCTGATGAGCGGTGGGCCGTGCTAATCAACGAGTTCGGCCAGATCGGCCTGGATGCCGCGCTGCTGACCCAGGCCGCCGATGGTATCGCATTGGGCGAAGTGGCCGGGGGCTGTTTGTGTTGCGTCAATGGAGCGCCGTTTCAGATCGGCCTTGGCCGTTTATTGCGCAAGGCGCGGCCGCACCGTCTGTTCATCGAACCCTCCGGGCTGGGTCATCCGGCGCAGCTCTTGCGACAGCTGAACGAAGCGCCCTGGCTTGGCGTGCTGGCGATCCAGCCTTGTGTGTTGGTCCTGGATGCCCAGGCAATGGCGAACGGCAAGCCGTTGCCCGATGCGCAACGACAGGTCCTGGCTGACGCCGGCTTGCTGGTGCTGAACAAGTCCGAAGACCTTAACGACGCCGATCGCGTGGGCATTACTTCCCAATTGCCCGAGATTGCGCTGTATTGGACCCATCAGGCTGCGTTGCCGATTGATCGGCTGCCCGGCCTGGCGAATCGCGGCGACGGAGCTGCGGATAACTTGGCTGTGGATAACTTGAATGTGCCCAAGAGCCTGGGGCAGATACCGGCCATCTGGAGTGACCCGACGTTGCCGATCTGTCTGCATCAGCAGCAGGGCGAAAGCTGGAGCATCGGTTGGCGCTGGCATCCGGACCAACGATTCGACGTCGGGCAGCTGTCTCGATGGCTGCACGGCAAAGACTGGAAACGCGCGAAGATGGTTATCCACAGCGAGGGCGGTTGGGTTTCCGCCAATGCGTTGGACGCAGGGCCGCTGGAGTGGCAAGCGAGCGAATGGCGACAGGATTCGCGAATCGAACTGATCTTCGCCGAACCCCAAGACGTGGGAATCCTTCAAGCGGGCCTGGCGAGCTGCCGCCACCCTTAA MLQNIPTHVIAGPLGAGKTSLIRQLLAQRPADERWAVLINEFGQIGLDAALLTQAADGIALGEVAGGCLCCVNGAPFQIGLGRLLRKARPHRLFIEPSGLGHPAQLLRQLNEAPWLGVLAIQPCVLVLDAQAMANGKPLPDAQRQVLADAGLLVLNKSEDLNDADRVGITSQLPEIALYWTHQAALPIDRLPGLANRGDGAADNLAVDNLNVPKSLGQIPAIWSDPTLPICLHQQQGESWSIGWRWHPDQRFDVGQLSRWLHGKDWKRAKMVIHSEGGWVSANALDAGPLEWQASEWRQDSRIELIFAEPQDVGILQAGLASCRHP NA NA NA NA NA D1-35_04512 354 hypothetical protein ATGCGAATGATCGGTTGGCTGTTACTGCTGCTGACCTCGAACCAGGCTTTGGCCCAGGCGTGTGTAGTGCACAGCCAGGCGGAACGGCTCGATGTCAGAGTCTGCCAGCAGAACCGCAATATTCCGCAAAAACTGTTCGCCGACGGCTTCTGCCAACCCAGCCTGGCCGGACAGAAAGTCGACGTGCAGTATGTCGATCAATGCCCTGGCGGCGCATTTGGCATTTGCAGCAACGCCCAGGTCGCCAATATGCCTTATCGCCAGGATATTCACTATTACGGCGTAGCCACCGATGCGGCTTACCTGAAACCCTTTTGCGAAAGCCAAAGCCAGGGACACTGGCTCAAGCCTTAG MRMIGWLLLLLTSNQALAQACVVHSQAERLDVRVCQQNRNIPQKLFADGFCQPSLAGQKVDVQYVDQCPGGAFGICSNAQVANMPYRQDIHYYGVATDAAYLKPFCESQSQGHWLKP NA NA NA NA NA D1-35_04513 642 hypothetical protein ATGCTGGCGCCTCGTCTGAAGCAGCTGCGTCAGGTCCACGGAGATACGCCGCTTACCTTCGCGCAGATTCTGGATGACGACACCAACCTGGCCGTGTGGCAGCGTCACCTCCCGGCACATATCGGCGATTTTGCGGCGATGCTGCTTTCGATGGGCCAACCCCTGGCCGAGTCGATGGTGCTTGAGTTGCCGGGCGAGGATACGCAGCCGGTGTTGCATGGCCTTGCCTCGGGTTTCGGCGATCTGCACGGATATGAAGGGTTCGTCGCGGATGTCGCCTGGCTGGTCAGTGCGTTTGCCTGTCTCCTCGGTGCCCGGCGCGTCGGTCTGCGCTTACGAGCGTTGGATAATGCAATGTGCCCACGTTTTCACGTCGACCATGTGCCGGTGCGGCTGATCACCACCTATGCCGGCGTCGGCAGCCAATGGCTCATGGAAGGCGTCATGGACCGTCGACGATTGGCCCAGCCTGAAGCAGAGCCTGCCGACGCGAGTCTCATTCAGCAGATGCGCAGTGGCGATGTGGCGCTGCTCAAAGGTGAAAAGTGGCAAGGCAATGAAGGTCACGGGCTGATCCACCGCTCACCGCAATTGGCGCCCGGCGAACGGCGTTTGATCCTTTCGCTGGATTGGCTGGCCTAA MLAPRLKQLRQVHGDTPLTFAQILDDDTNLAVWQRHLPAHIGDFAAMLLSMGQPLAESMVLELPGEDTQPVLHGLASGFGDLHGYEGFVADVAWLVSAFACLLGARRVGLRLRALDNAMCPRFHVDHVPVRLITTYAGVGSQWLMEGVMDRRRLAQPEAEPADASLIQQMRSGDVALLKGEKWQGNEGHGLIHRSPQLAPGERRLILSLDWLA NA NA NA NA NA D1-35_04514 1209 yciC COG0523 Putative metal chaperone YciC ATGCCCAACCGTCTCCCCGTTACCGTGCTGTCCGGATTTCTCGGGGCTGGTAAAAGCACCTTGCTCAATCATGTGTTGCGTAATCGCGACAACCTTCGCGTTGCCGTCATCGTCAACGATATGAGCGAGATCAACATCGATGGTAGCGAAGTGCAGCGAGATGTCACCCTCAATCGCGCCGAAGAACGGTTGGTCGAAATGAGTAATGGCTGCATTTGCTGCACGCTGCGCGAGGATCTCTTGGAGGAAGTGGGCAAGCTTGCCAGGGAAGGCCGCTTCGATTATCTGCTGATCGAATCCACGGGCATTTCGGAGCCGATGCCGGTCGCCGAAACCTTCACCTTTCTTGATGAAGAAGGGCGCAGCCTGGCGGACGTTGCGAGGCTCGACACGATGGTGACAGTGGTCGATGGCGTGAATTTCCTCAAGGATTACCAGGCCGCGGAAAACCTTTCCACCAGGGGCGAAACCCTCGGAGAAGAAGATGAGCGCTCGATAACCGATTTGCTGATCGAGCAGATCGAGTTCGCCGACGTGATCCTGATCAGCAAGATTGATCTCATAAGCCGCTCCGAACGAGAAGAGTTGAGCGCAATTCTGTCGCGCCTGAATGCCCAGGCGCAGGTTATTCCCATGGTCATGGGGCAGGTACCGCTGGGGCAGATCCTTGATACGGGCCGCTTCGATTTTGAACGCGCGGCGCAGGCGCCCGGTTGGCTGCGGGAGTTGCGCGGCGAGCATGTGCCCGAAACCTTGGAGTACGGCATCGCATCGACTGCTTACCGCGCCCGTCGCCCTTTTCATCCCCAACGATTCTTCAACTTTATCGACCGCCCATGGACCAATGGAACACTCCTGCGCTCCAAAGGTTTTTTTTGGCTCGCCAGCAAACATGAGGAAGCCGGCAGTTGGTCTCAGGCCGGCGGGTTGATGCGTCACGGCTTCGCCGGGCGCTGGTGGCGGTTCGTGCCGAAAAGCCAGTGGCCGCAGGATGAGGAGAGCATCGCCGCGATCATGAAAAACTGGCTGGCGACCTCCGGTGATTGCCGCCAGGAGCTGGTATTCATTGGTCAGAATATAGACTTCGCGCTGCTCGCCACCGAACTGGACGCTTGCCTGCTAACAGACGCGGAGATGAGCCTGGGCATCGAGCGCTGGCGGCAGTTGCCAGACCCGTTCGGCCCGTGGCATGACGAGGTTGCGGCGTGA MPNRLPVTVLSGFLGAGKSTLLNHVLRNRDNLRVAVIVNDMSEINIDGSEVQRDVTLNRAEERLVEMSNGCICCTLREDLLEEVGKLAREGRFDYLLIESTGISEPMPVAETFTFLDEEGRSLADVARLDTMVTVVDGVNFLKDYQAAENLSTRGETLGEEDERSITDLLIEQIEFADVILISKIDLISRSEREELSAILSRLNAQAQVIPMVMGQVPLGQILDTGRFDFERAAQAPGWLRELRGEHVPETLEYGIASTAYRARRPFHPQRFFNFIDRPWTNGTLLRSKGFFWLASKHEEAGSWSQAGGLMRHGFAGRWWRFVPKSQWPQDEESIAAIMKNWLATSGDCRQELVFIGQNIDFALLATELDACLLTDAEMSLGIERWRQLPDPFGPWHDEVAA NA NA NA NA NA D1-35_04515 897 folE2 GTP cyclohydrolase FolE2 ATGAACGCGTTAACTCTGCCGGACATTGCGGCGCAGGCGTCTCGTCAAGCCATGCCGTTGGATTGGGTGGGCATGTGCGGCATCGCCGTGCCGGTGCTGTTGGATGGCCAGCGTTTGAGCGCCTCTGCCGATGCGGGCGTCAGTCTCGATGATGGCGAAGCGCGTGGCATCCATATGTCGCGCTTGTATGTGGCACTCGAAAAGCTTGAATACACCGCGCTTTCTCCGGACCTGTTACGCCGGATCCTGCAAGAGTTTCTGGATAGTCATGAGGGTTTGTCCCGGAGTGCTTCACTGACCCTGCGCACCGATCTGATGTACAAGCGCCCCGCTTTGATCAGCCCACTCGCCGGCTGGAAGCGTTATCCCATCGTTATCGAAGCCCGCCTTAAACACTCAGTGTTCCACGTGGAACTTCAAATCGAAATTCCTTACTCGTCTACTTGCCCTTGTTCGGCAGCGCTGGCGCGGCAATTGATCCAGCAGAAATTCCTCGACGATTTCGCGAATACAAATCTGGAGCACGCTGAAGTTCTCGCGTGGCTAGGTTCTCAGAAAGGTATCGTGGCCACCCCTCATAGCCAGCGCAGCGTAGCCATCCTGAACCTGCGCTTGGACGCGAAGCTCAATGAGTTTCCGGTGTTGCCGCTGATCAACGAGGCGGAGGCGGCGCTCGGCACCGCTGTCCAAACTGCCGTCAAACGCGTCGATGAACAAGCCTTCGCGCTCGCCAATGGGCAGAACCTGATGTTCTGCGAAGATGCCGCGCGGCGCTTGAATATAGCGCTGAGGCCGCTGCCCTGGATTTCCTCTCTTGACGTACGAGTCGTTCATGCGGAAAGCCTGCACGCCCACGATGCCGTCGCCCAAAGCCATTGGCAACGGGAGGAATCATGA MNALTLPDIAAQASRQAMPLDWVGMCGIAVPVLLDGQRLSASADAGVSLDDGEARGIHMSRLYVALEKLEYTALSPDLLRRILQEFLDSHEGLSRSASLTLRTDLMYKRPALISPLAGWKRYPIVIEARLKHSVFHVELQIEIPYSSTCPCSAALARQLIQQKFLDDFANTNLEHAEVLAWLGSQKGIVATPHSQRSVAILNLRLDAKLNEFPVLPLINEAEAALGTAVQTAVKRVDEQAFALANGQNLMFCEDAARRLNIALRPLPWISSLDVRVVHAESLHAHDAVAQSHWQREES PGPT0007880_447 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007880-folE2-K09007 NA NA D1-35_04516 669 scaC_2 COG1121 Manganese import ATP-binding protein ScaC ATGATTCGTTGCCAGGGATTGAGTTGGGGTATCCCCGGGCACCCTCTCACTCCACCTCTGCACATGGAGCGCCCGGAGGGCAGCCTGACCGCAATCATTGGCGCCAACGGATCAGGGAAAAGCAGCCTGCTGAAAGTTATCGCCGGGTTACAGAAGCCACTGACGGGGAAGGTCTCGCTCAACGTTCAACGGCGCGGCGGCGTGTCGTTCCTGCCTCAACAGCAGCACCTGGATCGGCAATTTCCCATCAGTCTGCAGGAATTGGTGGCAGCAGGTTCCTGGGGTAATCGACAGGAACCTGCCGCACGCAACCAACGACTCAAGGCGGTTCTCGACGACTGGGCCTTGAGCGGTCTGGAACACCGTCCGCTGATGGCGTTATCGGGTGGCGAGTTGCAACGGGCCCTGCTCGCGCGACTGAGCCTGACCGAAGCGCCACTCCTGTTGCTGGACGAACCCCACGCAGCCCTTGATGAAAAAGGCCAGGCACTGCTGTGGGACAACATTCAGCGATGGCATCGCGAAGGGCGCACCCTGGTGGTGGTTTGTCACGATTTGGCTGCGGTGCATCAACACATTCCCCATACCTTGCTGATCAATCCGTCCGGCTGCGTATTGGGTCGCAGCGCCGAATTGATCGCCCCGACGCCTTACACACAGGTCGCTTGA MIRCQGLSWGIPGHPLTPPLHMERPEGSLTAIIGANGSGKSSLLKVIAGLQKPLTGKVSLNVQRRGGVSFLPQQQHLDRQFPISLQELVAAGSWGNRQEPAARNQRLKAVLDDWALSGLEHRPLMALSGGELQRALLARLSLTEAPLLLLDEPHAALDEKGQALLWDNIQRWHREGRTLVVVCHDLAAVHQHIPHTLLINPSGCVLGRSAELIAPTPYTQVA PGPT0004265_1460 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004265-ABC_ZM_A-K02074 NA NA D1-35_04517 867 mntC COG1108 Manganese transport system membrane protein MntC ATGCTTACCGCCACCCACTTCTGGCAGCCCTTCCAGGAATTTGTCTTCATGCGCCGGGCCTTGTTGGGCGGATTGGTGTTGGCATGCAGCACGGCTCCGCTAGGCGTGTTCCTGATTTTGCGGCGCATGAGTCTGATCGGAGATGCGGTAGCTCACGGCATCTTGCCGGGCGCGGCCCTGGGTTTCTGGTTCGCCGGTCTGAGCCTGCCAGCCTTGACGGTGGGTGGCCTGGGCGCCGGCTTGAGCATGGCCGGGCTGGCGGCGTGGGTCACCCGCCGCACCGGCCTGCGGGAAGATGCCAGCCTGGCGGCGGTCTACCCCATCTCCCTCGCCGCCGGGGTGTTGATCCTCGGTATGGCCGGTAAACGCCTGGACCTGCTGCACCTGTTATTCGGCTCGGCGTTGGCGGTGGACGGCCCGACACTCACCGGCATGCTCTGGGTTTCGGCGGCCAGTCTGGTGGCGATGGCGTTGATTTACCACCCGCTGTTACTCGACACCCTGGACCCACTGTTTCTGCAAACCGTCAGCCGTCTGGGTCCACTGGCCCACGGCGTATTCCTGACCCTGGTGGTGCTGAACCTGGTCATCGGCTTCCAGGCCATCGGCGCGTTGATGGTGGTCGGCCTGATGATGTTGCCGGCGGCCGCGTCGAGATTCTGGAGTCGTCGCCTGCCGATGTTGATGCTGGTCGCTGCATTGCTCGGTTGTCTCTCGGTGTGGCTGGGCCTGCTGTTGTCCTTCTATTTTTCGCTGCCCAGCGGGCCGGCCATCGTCCTGGTGGCGGGCGCGTCATATCTGTTGTCCGTGGTATTCGGTCCGGTGCACGGCTTGCTGCGCCGCCCGCCCCTGCTTACATCCCAATGA MLTATHFWQPFQEFVFMRRALLGGLVLACSTAPLGVFLILRRMSLIGDAVAHGILPGAALGFWFAGLSLPALTVGGLGAGLSMAGLAAWVTRRTGLREDASLAAVYPISLAAGVLILGMAGKRLDLLHLLFGSALAVDGPTLTGMLWVSAASLVAMALIYHPLLLDTLDPLFLQTVSRLGPLAHGVFLTLVVLNLVIGFQAIGALMVVGLMMLPAAASRFWSRRLPMLMLVAALLGCLSVWLGLLLSFYFSLPSGPAIVLVAGASYLLSVVFGPVHGLLRRPPLLTSQ PGPT0004270_755 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004270-ABC_ZM_P-K02075 NA NA D1-35_04518 876 COG0803 putative periplasmic iron-binding protein ATGCGCGCCCTGCTCCTGATATTCAGCTTGATGCTGTCCATGTCCCTGTCTGCTGCTGAAAAACTCAAGGTGGTGACGAGCTTCAGCATCCTTGCCGACATGACCCGACAAGTCGGCGGCGAGCATGTCCAGATCACCAACATGGTAGGGCCTGACGCTGACGCACATACCTATGAACCCACGCCGGACGACGCCAAGGCATTGCTCGGGGCGAAACTGATCATCAAGAACGGGTTGGGCTTCGAGCCGTGGCTGGATCGCCTGGTGACCAGCACCGAAACCGGTGCCCCGGTCATCAGTGCCAGCCGCGGCGTGATTCCACGCTCGCTGGAAGAAGATGGCGAGACCATTCCCGACCCGCACGCCTGGCATAACCTCGCCAACGCCGTGCTTTATGTCGGCAACATCACCAAGGCATTGGAGGCGGCCGACCCGGCGAACAAGGCCGACTACGAACGTAACAGCCAGGCGTACCTGAAGAAGATTTATGCACTACTCGCCGAAGCCAAGGCGAAGTTCGCTGCGTTGCCACCGGGCAATCGCAAAATCGTCACGTCCCATGATGCGTTCGGTTACCTGGGCCAGGCTTATGGTATCGAGTTTTTGGCGCCGCAAGGGTTGTCTACTGAGCGTGAACCGTCAGCCGCGGAAGTCGCTGCGTTGATCACCCAGATTCGTCAGGCAAAAGTCAAAGCCGTGTTCATGGAAAACATCAAGGACGCGCGCCTGCTCAAGCAGATCGCCGACGAAAGCGGCGCGCACATCGGTGGCACGCTGTACTCCGATGCCCTCGCCGCCAGCGGACCGGCCAGCACCTTTACCGGTCTCTTCGAATACAACCTCAACACACTCTACGAGGCACTGGGGCGGCCCTGA MRALLLIFSLMLSMSLSAAEKLKVVTSFSILADMTRQVGGEHVQITNMVGPDADAHTYEPTPDDAKALLGAKLIIKNGLGFEPWLDRLVTSTETGAPVISASRGVIPRSLEEDGETIPDPHAWHNLANAVLYVGNITKALEAADPANKADYERNSQAYLKKIYALLAEAKAKFAALPPGNRKIVTSHDAFGYLGQAYGIEFLAPQGLSTEREPSAAEVAALITQIRQAKVKAVFMENIKDARLLKQIADESGAHIGGTLYSDALAASGPASTFTGLFEYNLNTLYEALGRP PGPT0004275_1908 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004275-ABC_ZM_S-K02077 NA NA D1-35_04519 522 hypothetical protein ATGAATGTTCGTCTGCTGGGTTTGGCCTTGGCCGTTGGCTTGTCGGTTCCTGTGGCGGCTCAGGCGCAGATGCTTCAACCAGGCTTGTGGGAATTGACGACCAGCAACATGAAAGTCGACAACCAGAACCTGCCGGACCTGCAATTGATCCTTGGTCAATTGCAGAACCAGATGACGCCTGAACAGCGGGCAATGCTCGAAAAGCAGGGCATCACCATGGGGGGCAAGGGGATTCGGGTGTGCCTGACTCCGGCACAGGTGCAGACCAATGACATCCCGCTGCAAGATCCGCAATCAGGCTGCAAGCAGCAGATCACCGAGCGTACCGGCAACCAGTGGAAATTCCGCTTCAGTTGCCCGAAAGCCCAGGGCAACGGTATCGCGACATTCCAGAGCGATCGCGAATTCACCACCAAGGTCAATGGCACGTTCAACGCCACGGGTATCCAGCAGAACGGCAGCCTGGACACCCGCGCCGTATGGCTGGGGCAGGATTGCGGGACGGTCAAGCCAAGGGCTTGA MNVRLLGLALAVGLSVPVAAQAQMLQPGLWELTTSNMKVDNQNLPDLQLILGQLQNQMTPEQRAMLEKQGITMGGKGIRVCLTPAQVQTNDIPLQDPQSGCKQQITERTGNQWKFRFSCPKAQGNGIATFQSDREFTTKVNGTFNATGIQQNGSLDTRAVWLGQDCGTVKPRA NA NA NA NA NA D1-35_04520 1440 clsA_2 COG1502 Major cardiolipin synthase ClsA ATGGATTTTTTTGGCCCGCATGTTTTCGGTTACCTGATCGCGCTGCTCCATACCCTCGGCTCCATCGCCGCCGTCCATGCGGTGCTGACGGTGCGTACCGCCCAGGGCTCGATTGCCTGGGCCCTGTCGCTGGTATTCATCCCCTACCTGACGTTGATTCCTTACCTGGTCTTCGGCCGCAGCACCTTCGACGGCTACATCAAGGCACGTCGACAAGCCAACGAGGAAATGCGCAAGGCGATCTCCGAGCTCAACTGGCGCCCCTGGGTCGAAGAAGCGCTGGCCGCTCGCGCGTCCCAGGCCTACGCCTCGTTACGAGCCATGCCGAAGTTGGGACGCACGCCGTGTCTGGCAAACAATCAGGTGCGTCTGCTGGTTGATGGCCCAGCTACGTTCGAAGCGATTTTCCAGGCCATCGAGAGTGCTCGCGAAGCGGTTCTGGTGCAGTTCTTCATCATCCACGACGACCGGCTCGGTCAGCGCTTGCATGCGTTGCTGCTGAAGAAAGCCGCTGAAGGTGTGGCGGTGTACCTGCTTTACGACCGTATCGGTAGCCATTCCCTGCCCCATCGTTATGTCCAGGCGTTGCGCGACGGTGGCGTTCACGTCAAAGCGTTTGCCACTCGCAGCGGTTGGCTCAACCGGTTCCAGGTCAACTTTCGCAACCACCGCAAGATCGTCGCCGTGGACGGCGTCCTGGGGTTCGTCGGCGGGCACAACGTGGGCGATGAATACCTGGGGGAAAAACCACCCCTCGCACCGTGGCGCGACACTCATGTAGAGGTACGCGGCCCAGTGGTAGCGAGCATGCAGGAGTCCTTCGCCGAGGATTGGTTCTGGGCGGCGCGTTCCCTGCCGCCGCTGATTCTGCCGGACGCTTATCCGGACGATGGAGTGCTCTGCCAACTGCTAGCCAGCGGTCCCGCCGATGCCTACGAAACCTGCTCGCTGTTCTTCGTCGAAGCCGTTCATGCGGCAAGCGAACGCATCTGGATAACCACGCCGTATTTCATTCCCGACGAAGCGGTTTTCGCGGCTTTGCGCCTGGCCGTGCTGCGTGGCGTGGACGTGCGCATCCTGCTGCCGTCGCGACCGGACCACCGGATCGTCTACGCTGCGTCCAGTCTCTATGCGTTCGAAGCGGTGCGCGCCGGCGTGCGGGTGTTTCGTTATGAGCCGGGTTTCCTGCACCAGAAAGTGGTGCTGATCGATCGGGAAATCAGCGCCATCGGCAGCGCGAACCTGGACAACCGTTCGTTCCGGCTGAACTTCGAAGTCATGCTGCTGACCGTCGACATGGCCTTTGCCAGCGAAGTCGAGCAGATGCTCGAAAAGGACTTCGCCCAGGCCCACGAAGTGGCCAAACGGGAAAGCCGGGAAACCCACCGCCTGCAAAAGGTCGGAATGCGGATCGCCCGGCTGATTTCGCCGATTCTTTAA MDFFGPHVFGYLIALLHTLGSIAAVHAVLTVRTAQGSIAWALSLVFIPYLTLIPYLVFGRSTFDGYIKARRQANEEMRKAISELNWRPWVEEALAARASQAYASLRAMPKLGRTPCLANNQVRLLVDGPATFEAIFQAIESAREAVLVQFFIIHDDRLGQRLHALLLKKAAEGVAVYLLYDRIGSHSLPHRYVQALRDGGVHVKAFATRSGWLNRFQVNFRNHRKIVAVDGVLGFVGGHNVGDEYLGEKPPLAPWRDTHVEVRGPVVASMQESFAEDWFWAARSLPPLILPDAYPDDGVLCQLLASGPADAYETCSLFFVEAVHAASERIWITTPYFIPDEAVFAALRLAVLRGVDVRILLPSRPDHRIVYAASSLYAFEAVRAGVRVFRYEPGFLHQKVVLIDREISAIGSANLDNRSFRLNFEVMLLTVDMAFASEVEQMLEKDFAQAHEVAKRESRETHRLQKVGMRIARLISPIL PGPT0007725_2848 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 D1-35_04521 1188 COQ3_2 Ubiquinone biosynthesis O-methyltransferase, mitochondrial ATGCTGGCTCAACTTCCACCGGCCTTGCAGAATTTGCACCTGCCGCTTCGGTTGCGGCTCTGGGACGGCCATGAATTCACGCTGGGTGCCGATCCCAGCGTCACGATTGTGGTAAAGGACCCACAAATGGTCGCGCAATTCACCCATCCCAGCCTGGATGCCCTGGGAGCGGCGTTTGTCGAAGGCAAACTCGAACTGGAGGGCTCGATCAACGAAGTCATCCGGGTGTGTGACGAGCTGAGCCAGGCTCTGGTGGACGAAGACGAGAGCCATCTGCCGGTGCGTGCGGTGCATGACAAGGAAACCGACGCCAAGGCCATCTCCTATCATTACGATCTGTCCAACGCGTTTTATCAACTCTGGCTCGACAGCGACATGGTGTATTCCTGTGCGTATTTCGAGACCGGCAGTGAAACCCTCGAGCAAGCGCAACAAGCCAAATTCCGCCATCTGTGCCGCAAGCTACGCCTGCAACCCGGCGATTACCTGCTGGACGTCGGATGCGGCTGGGGTGGTCTTGCGCGCTTTGCCGCACGGGAATTCGGCGCCAAGGTCTTCGGCATTACCCTGAGCAAGGCGCAGCTTGCGTTGGCGCGGGAGCGGGTAAAGGCCGAAGGCCTTGAGGACCAGGTAGAGCTGCAACTTCTGGACTACCGGGACCTGCCCCAGGATGGCCGATTCGACAAAGTGGTCAGCGTCGGCATGTTCGAACACGTCGGGCATGCCAACCTGGCGCAGTACTGCAAGACGCTGAACGGCGCGGTGCGTGAGGGTGGGTTGGTGATGAATCACGGGATTACCGCCAAGCACACCGACGGGCGTCCGGTAGGTCGCGGCGCGGGTGAGTTTATCGAAAAGTATGTATTCCCGAACGGTGAGTTGCCTCATCTGTCGATGATTTCCGCCGAGATCAGCGAAGCGGGGCTGGAAATTGTCGATGTGGAAAGCCTGCGCATGCATTACGCGCGCACTCTCGACCATTGGAGCGAGCGCCTTGAGGACAATCTCGAAGCCGCTTCCAGGGAAGTGCCGGAACAGGCGCTGCGGATCTGGCGTCTTTACCTGGCCGGCTGCGCCTATGCATTCGCCAAGGGCTGGATAAACCTGCATCAGATCCTCGCGGTGAAGGCCCACGCCGATGGTAGCCATGAGCTGCCCTGGACCCGCGACGACATCTACACGCCTTAA MLAQLPPALQNLHLPLRLRLWDGHEFTLGADPSVTIVVKDPQMVAQFTHPSLDALGAAFVEGKLELEGSINEVIRVCDELSQALVDEDESHLPVRAVHDKETDAKAISYHYDLSNAFYQLWLDSDMVYSCAYFETGSETLEQAQQAKFRHLCRKLRLQPGDYLLDVGCGWGGLARFAAREFGAKVFGITLSKAQLALARERVKAEGLEDQVELQLLDYRDLPQDGRFDKVVSVGMFEHVGHANLAQYCKTLNGAVREGGLVMNHGITAKHTDGRPVGRGAGEFIEKYVFPNGELPHLSMISAEISEAGLEIVDVESLRMHYARTLDHWSERLEDNLEAASREVPEQALRIWRLYLAGCAYAFAKGWINLHQILAVKAHADGSHELPWTRDDIYTP PGPT0007680_3403 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-PHOSPHOLIPID_PRODUCTION PLANT_SIGNAL-PHOSPOLIPID_METABOLISM PLANT_SIGNAL-CYCLOPROPANE-FATTY-ACYL-PHOSPHOLIPID_BIOSYNTHESIS,PGPT0007680-cfa-K00574 NA NA D1-35_04522 1911 cadA_2 Cadmium-transporting ATPase ATGACCGCGCAGAGTATCAACATGCCGATGCTGTCCACCGCCGAGCAACGCTCGGCCGCTCGACAACTGACCCTGGCGATGCTCGCCCTCGGCTTGCTTGCCCTGGGCCTGGCCTGGCGCGTCTGGTTGCCGGAGCAGGGTACCGTCAGCCAACTGCTGTTGGGGTTTGCCTCGCTGTTGGTCGCGGTGCCGGTGATGCGCTCGGCCTGGTACAGCCTGCGTTATCCAAGCCTGCATGGGATTACCGATCAATTGATCGCCCTGGCGATGCTGGGGGCCTGGGCTACCGGCGACCTGCTGACGGCGGCGCTGTTGCCGATCATCATGATTTTCGGCCATGTGCTGGAAGAGCGCAGCGTCATCGGGTCCCAGGAAGCGATCGATGCCCTTGGCCAACTGACCCGCAGCCAGGGCCGCAAAGTGCAGGCTGATGGCTCGATCATCGAAGTGGACAACGCTACGTTGCGACCCGGCGATGTAGTGGAAGTCCGCGCCGGCGACCGGGTGCCCGCCGATGGTCGGGTGTTGTCCGGCCAAGCGAGCCTCGACACCGCGCCCATTACGGGTGAGTCGGTGCCATTGGAGGCGGTGGCGGGTGTTGAAGTCTTTGGCGGCGCGATCAACCTTGACGGTCTGTTGCGCCTGGAAGTGACCCGCACCGGCGATGAATCGACGCTGGGCAAAGTCATCGCGCTGATGCAGAACGCCGAGCGCTCGAAACCGCCAATCACTCGTTTGCTTGAACGCTACGCCGGAAGTTATCTGGTGCTGGTGTTGTTGCTGGCGGCGGTTACCTGGTTTGTCACCAATGACGCCCAGGCGATGTTGGCGGTATTGGTGGCGGCGTGTCCCTGTGCCTTGGTGTTGTCAGCCCCAGCGACGGCCATCGCCGGGATTGCGGTGGCGGCGCGCCACGGCATCCTGATTCGAAGCTCAGCTTTTCTCGAGGAGCTGGCGGACCTCACCTCGTTGGTCATCGACAAGACCGGGACCCTGACCTACGGCACCCTGCGTCTGCAATCGATCGAAAGTACCGAGGACGACCCTGCCGCATTGCTGCCATTGGCCGCGAGCCTCGGATCGGCCAGCAGTCATCCGGTCAGTCGTGCCTTGGCGGGGCTGGTGACAGCGCAAGATTATCTGCCGCTGACCGATATTCACGAGCGCCAGGGCCTCGGGGTAGTTGCCATGACAGGGCTGGGGGAGGCCGCCCTTGGCCGACCCGAATTGTTTGCCCGGTTGGGCATCGAGACACCGACGGTTCCCAGTCATGACGGCCCGATCGCCGGCCTGGCACTGGACGGGCAGTTTCGCGCCTGGCTGCTGCTGGCCGACAGCGTCAAGCCGGAAGCGCGGGTGGCCATGACCGAATTGCGGGCGCTGGGGTTGGGACGCCAGTTATTGCTGACGGGGGATCGCCAGAGCGTGGCCGCCGCCCTGGCGCACGATGTCGGTATCAGCGAGCTGCAGGCACAGGCGCTGCCGGAGGATAAGCTTGACCGGGTCATGGTCGAAATCGACCAGGGTTTCCGTCCGATGGTGGTGGGTGACGGGATCAACGATTCGCTGGCGCTGAAAGCCGGTGTGGTGGGCGTGGCGATGGGCGCGGGCGGTGCCGATATCGCCCTGGCGTCGGCGGATATCGTGCTGATCGGGAGTGATCTGCGACGTCTCGGAACTTGCGTGCGGTTGAGTCGCCAGTGCCGACGCACGTTGCAGGTCAACGTGATCATCGGCCTGGGCTGGACGCTGGCCATCGTCGCTTTCGCCGCGTTCGGCTGGCTCGGAGCAGCGGGGGCGATGATCGCCGCGTTGCTGCATAACCTGAGCACATTGCTGGTGCTGGGCAATGCGGGACGACTGCTGCGGTTTCACGAGCCCTTGGCGAAGATCCAGGCGAGTAGCCGCTGA MTAQSINMPMLSTAEQRSAARQLTLAMLALGLLALGLAWRVWLPEQGTVSQLLLGFASLLVAVPVMRSAWYSLRYPSLHGITDQLIALAMLGAWATGDLLTAALLPIIMIFGHVLEERSVIGSQEAIDALGQLTRSQGRKVQADGSIIEVDNATLRPGDVVEVRAGDRVPADGRVLSGQASLDTAPITGESVPLEAVAGVEVFGGAINLDGLLRLEVTRTGDESTLGKVIALMQNAERSKPPITRLLERYAGSYLVLVLLLAAVTWFVTNDAQAMLAVLVAACPCALVLSAPATAIAGIAVAARHGILIRSSAFLEELADLTSLVIDKTGTLTYGTLRLQSIESTEDDPAALLPLAASLGSASSHPVSRALAGLVTAQDYLPLTDIHERQGLGVVAMTGLGEAALGRPELFARLGIETPTVPSHDGPIAGLALDGQFRAWLLLADSVKPEARVAMTELRALGLGRQLLLTGDRQSVAAALAHDVGISELQAQALPEDKLDRVMVEIDQGFRPMVVGDGINDSLALKAGVVGVAMGAGGADIALASADIVLIGSDLRRLGTCVRLSRQCRRTLQVNVIIGLGWTLAIVAFAAFGWLGAAGAMIAALLHNLSTLLVLGNAGRLLRFHEPLAKIQASSR PGPT0004200_3143 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004200-zntA|cadA-K01534 NA NA D1-35_04523 1053 hypothetical protein ATGAGCGTGGTTCCACGTGGAACAAATGAGTTATCCAGCCCGTGGATTCAGGCCGGGCGTCTGGCGTTCCTCGCGCTTTATGCTGTGACTGTCCTGGCGGCGTTGGCCTGGGCATTTTCCAATGTGCGGCAAATTGATCCGCAGAGCCGGGCGGTGGTTTTGCACTTTGGTGCGTTGGACCGAATCCAGAACGCCGGTCTGTTATTGGCGTGGCCGCGTCCCGTGGAACAAGTGATTTTGCTGCCGGCGGCAGACCGGGTGCTGGAGCGCCGGGTGGAAAGTCTGCTGCGTTCGGATGCGGCCTTGCAGGCTGATCGCGTCGCCAGTTTTGCCACGCCGGTCAGCGATGAACTCGCGGGCTCCGGTTATCTGTTGACCGGCGATGCGGGCGTGGTGCAACTGGATGTGCGGCTCTTTTACAAGGTCATCGAGCCTTATGCGTTTGTCCTCCAAGGCGAACATGTATTGCCAGCGTTGGACCGGTTGGCGACGAGAAGTGCCGTGGCGCTTGCCGCGGCGCGAGACCTGGACACCATTCTGGTGGCCCGCCCCGAACTGATGGGTAGCGATACCCAGGCCGCGGAGCGACGTGAACGCTTGCGTGGCGACCTGGTGCAGGGCATCAATCGGCGCCTGGCTGACCTGACCGCGACAGGGCAGGGCTTGGGGATCGAAGTGGTGCGGGTCGACGTGCAATCGAGCCTGCCGGGGCCGGCGGTGAGCGCATTCAATGCGGTGCTGACGGCCAGCCAGCAGGCCGACAAAGCGGTCGCCAACGCCCGAACCGAGGCGGAGAAACAGACCCAGGCTGCCCGCGAGGAAGCCGACCGTGCGTTACAAGTCGCCCATGCCCAGGCCAGCGAACGACTTGCCAAGGCGTCGACCGATACAGCCTCGGTGTCGGGGCTGGCGAAAACCCAGGACAGCGATCCGCAGCTGCTGCAGCGTCTGTACCGCGAACGCATGCCCGGGATTCTTGGTCGGGCTGGTTCCGTCACCACGGTCGACCCGAAAGACGATTCTCGTCTGATCATCCAGGGAGGCGGGCAATGA MSVVPRGTNELSSPWIQAGRLAFLALYAVTVLAALAWAFSNVRQIDPQSRAVVLHFGALDRIQNAGLLLAWPRPVEQVILLPAADRVLERRVESLLRSDAALQADRVASFATPVSDELAGSGYLLTGDAGVVQLDVRLFYKVIEPYAFVLQGEHVLPALDRLATRSAVALAAARDLDTILVARPELMGSDTQAAERRERLRGDLVQGINRRLADLTATGQGLGIEVVRVDVQSSLPGPAVSAFNAVLTASQQADKAVANARTEAEKQTQAAREEADRALQVAHAQASERLAKASTDTASVSGLAKTQDSDPQLLQRLYRERMPGILGRAGSVTTVDPKDDSRLIIQGGGQ NA NA NA NA NA D1-35_04524 1038 hypothetical protein TTGAGCCAGTCCTCTTCCCATGGTCATCACGACCATGCCGGTCACGATCACGGTCATGCCGGGCATCATCACGGACATCACCACCATCATGGCGATCCGCAGCAAGCCGGCCCGTTTCCGTGGCGGCGGATGTGCTGGGCCGCGCTGCTGGTGGCGTTTGCCGTTGCGGCCGCCAGCCTGGTACAGGTGCGTTCGGGGGAGGCCACTGTCATTACCCGTTTCGGCAACCCGGCGCGGGTACTTTTGCAACCCGGCCTGGGCTGGCGCTGGCCGGCACCTTTCGAGGCGGCGATCCCGGTAGACCTGAGGTTGCGCACCACCTCCAGCGGATTGCAAGACGTCGGTACGCGCGACGGTCTGCGGGTCATCGTCCAGGCCTATGTGGCGTGGCAGGTCCAAGGTGACCCGGACCATGTGCAGCGCTTCATGCGCGCCGTGCAGAACCAGCCGGACGAAGCCGCGCGGCAGATTCGCACCTTCGTCGGCTCGGCGCTGGAAACAACGGCGGCCAGTTTTGATTTGGCAAACCTGGTCAATACCGACGCCAGTCAGGTGCATATCGCCGATTTCGAAGCCCAGTTGCGTCAGCAGATTGAGCAACAATTGCTCGCCACTTATGGCGTTCGGGTTTTGCAGGTGGGTATCGAACGTCTGACGCTGCCCTCGGTGACGCTCACCGCGACCGTGGACCGCATGCGTGCCGAGCGTGAAACCATCGCCACGGAGCGCACAGCCATCGGCAAACGCGAAGCGGCGCAGATTCGCTCGGCGGCCGAACGCGATGCGCGGATCATGCAAGCTGATGCCACGGTTAAAGCAGCCAGTATCGAAGCGCAGTCCCGCGTCGAAGCAGCTGAAATCTACGGCAAGGCCTATGCCGGTTCGCCGCAGCTTTATAATTTGCTGCGCTCGCTGGACACCTTGAACACCATTGTCGGCCCCGGCACCAAACTGATCTTGCGCACTGATGCGGCACCGTTTCGCGTTCTGGTGGATGGTCCACCCGCCCTGGAGCCTAAAGGTGGAACACAACCATGA MSQSSSHGHHDHAGHDHGHAGHHHGHHHHHGDPQQAGPFPWRRMCWAALLVAFAVAAASLVQVRSGEATVITRFGNPARVLLQPGLGWRWPAPFEAAIPVDLRLRTTSSGLQDVGTRDGLRVIVQAYVAWQVQGDPDHVQRFMRAVQNQPDEAARQIRTFVGSALETTAASFDLANLVNTDASQVHIADFEAQLRQQIEQQLLATYGVRVLQVGIERLTLPSVTLTATVDRMRAERETIATERTAIGKREAAQIRSAAERDARIMQADATVKAASIEAQSRVEAAEIYGKAYAGSPQLYNLLRSLDTLNTIVGPGTKLILRTDAAPFRVLVDGPPALEPKGGTQP NA NA NA NA NA D1-35_04525 1959 hypothetical protein ATGCAAGTCGATCTGGAAATAGACGGGGCACACGTGGCCGACTGGCCGCGCTTCCAGCGCGCCGCATTCCAAGGGCTGCGCTTGAAGCGGATCGCGCTCGTACTGGGCGGCCTCGCGGGGCTGGGGCTGGTGTCGGCGTTTTTCATCGGGCTTTTTTCGCCACAATCGATATGGTCGGCGTTGCTGGTGAGCCAAGGCGCGGCTTTATCGGTGCTGGTGGCCGGATTGCAATCGGCCTGGTGGATCACGCAATGGCGTAGCAAGGCCCTGCTGCCGATGGTGGATATCCTGCCGGTCGAAGACGAGCCTGTTGATAACTCGGGTTGGTACGAGCGCCTGCTTGAGCGGATCAGCGCGCGCTGGATCGGTCTGCTGCAGCAAATCGGCGGACCGCTTCTGTGGCTTGCCGGCTGGGCGCTGCTGTCGTTGCTGGTTCTGGAGAAAACCTGGGACTTGGCGTTGCCTGCCGCTTCGCTTGGCGTGGCGGCCAGCGTCGGCGCGGTGCTTTCGTTAGTGCTGGCGTTCGGGTTGCTGGTGCTCGAGCGCCAACTGGCTCAACAGTCGCCGATCGAATGGCCCGAAGCCGCGCCGCTGGCGCAACTGACACGGGTGCCGATCATCGTGCTGGTACTGGCTGCCGTGTGTCTGCTCTTCGCCGGGGAGGCGTCCCTCTGGCCGGTACGCCTGGCGGTGCTGATCGGATTGTTGCCGGGCCTGGTGGCGGTGGAGTTGTTGCTACGCGCGCTGCTGGCGTTATTCAGCCCGCGCCGGAACACCTTGGAACCGGCGCTTCTGGGACGCAGTGTGGTCGCCGATCTGCTGCGCTGGCCGCCGCGACCGCTGTTGGCCTTGCAGCATGAGTTGCACAATCGTTTTGGCATCGACCTGCGCCAGATCTGGGCGTTCAGCTACATGCGCCGGGCATTTGTTCCGGTGCTGGCATTGGTGGCGCTGGTCGGGTGGCTGCTGACCGGCGTGCATGAGGTGCCGCTGCAAGGGCGCGGCATCTATGAACGTTTCGGCAAGCCGGTACAGGTCTTTGGTCCGGGCCTCCACGCGGGTTTGCCATGGCCGTGGGGCAGGGTATTGAGCGTCGAGAACGGTGTCGTCCACGAGTTGGCTACCAGCGGCGACGGCAAGACGGCCTCGGTCGCGGAACCGGCAGAGGGACCGGCTCCGGCTATCGCCAATCGGTTGTGGGATGCCAGCCACGTGAATGACAAATCCCAGGTCATCGCCAGCCGTCGCGCGGATCAGCAGAGCTTCCAGATCGTCAACATGGACGTACGCTTCGTCTATCGCATCGGCCTGACGGATGCAGCGGCGCTGGCGGCGACTTACCACAGTGCGGATGTGCCGACGCTGATTCGCAGCACGGCCAGCCGCGTCCTGGTGCATGAATTTGCCTCGCGCACGCTGGATGGCTTGCTGGGCGCGGACCGTGTCAGCCTGGCGGAGGAAATCGGTCGCGCTGTACAGGCCGATCTGCAATCGCTCGACAGTGGCGTAGAGATTCTTGCGACAGTGGTCGAGGCGATCCATCCGCCGGCCGGCGCAGCCAATGCCTACCACGGTGTGCAAGCGGCGCAGATCGGTGCCCAGGCGTTAATCGCCCGCGAGCGTGGCGCCGCTGCGCAGCAGGTCAACCAGGCGCAACTGCAAGCAAGCACCGCCAACGACCAGGCCCAAGCCACGGCGCGAGAAATCAACGCCACTGCCCAAGCCGCCGACCTGCGCTTTCGCGCCGAACGCCAAGCCTACGCGACGGCTGGCCATGCCTTCGTGCTGGAGCAATACCTCGGTCAACTGAGCCAGGGCCTCGGCAGCGCCAGCTTGCTGATCCTTGACCATCGCCTGGGCGGCAACGCCAACGCCCCGACCATTGACCTGCGCACTTTCACGCTGCCGGCGGATCCCGCATCGCCAAACCAACCTGTCCAGCCAGGAGCTGCCCATTGA MQVDLEIDGAHVADWPRFQRAAFQGLRLKRIALVLGGLAGLGLVSAFFIGLFSPQSIWSALLVSQGAALSVLVAGLQSAWWITQWRSKALLPMVDILPVEDEPVDNSGWYERLLERISARWIGLLQQIGGPLLWLAGWALLSLLVLEKTWDLALPAASLGVAASVGAVLSLVLAFGLLVLERQLAQQSPIEWPEAAPLAQLTRVPIIVLVLAAVCLLFAGEASLWPVRLAVLIGLLPGLVAVELLLRALLALFSPRRNTLEPALLGRSVVADLLRWPPRPLLALQHELHNRFGIDLRQIWAFSYMRRAFVPVLALVALVGWLLTGVHEVPLQGRGIYERFGKPVQVFGPGLHAGLPWPWGRVLSVENGVVHELATSGDGKTASVAEPAEGPAPAIANRLWDASHVNDKSQVIASRRADQQSFQIVNMDVRFVYRIGLTDAAALAATYHSADVPTLIRSTASRVLVHEFASRTLDGLLGADRVSLAEEIGRAVQADLQSLDSGVEILATVVEAIHPPAGAANAYHGVQAAQIGAQALIARERGAAAQQVNQAQLQASTANDQAQATAREINATAQAADLRFRAERQAYATAGHAFVLEQYLGQLSQGLGSASLLILDHRLGGNANAPTIDLRTFTLPADPASPNQPVQPGAAH NA NA NA NA NA D1-35_04526 1401 lpd3 COG1249 Dihydrolipoyl dehydrogenase 3 ATGAGCAATTACGACGTGATCATTCTGGGCGGCGGCCCCGGCGGTTATAACGCAGCGATCCGGGCCGGACAGTTGGGGTTGAAGGCGGCCTGCGTGGAAGGCCGTGCCACCCTCGGCGGCACTTGCCTGAACGTCGGTTGCATGCCTTCCAAGGCGTTGCTGCACGCCTCCGAACTGTACGAAGCAGCCAAGGGCGCGGAATTCGCCCAGCTGGGCATCAACGTCAGCCCCACCCTCGACCTCGCACAAATGATGAAACAAAAGGATGAAAGCGTCGCGGGCCTGACCAAGGGCATCGAGTTTCTGTTTCGCAAAAACAAGGTTGACTGGATCAAGGGCTGGGGCCATATCGACGGCCCCGGCAAAGTCACCGTCACCGGTGAGGACGGTGGCAAGACCGAACTGAGTGCCAAGGACATCGTCATCGCCACCGGCTCCGAGCCGACGCCACTGGCGGGGGTCGACATCGATAACCGGCGCATTCTCGATTCCACCGGTGCGTTGTCCCTGAGCGAAGTGCCTCGGCACCTGGTGGTGATCGGCGCTGGCGTCATCGGCCTTGAACTCGGTTCAGTCTGGCGGCGCCTGGGTGCCGAGGTCACCGTCGTGGAATACCTCGATCGCATTTGTCCAGGCGTCGACGGCGAAGCCGGCAAGACCCTGCAGCGGGCCCTGGCCAAGCAGGGCATCCAGTTCAAGCTGAGCGCCAAGGTGACCCGCGCCGTTTCCTCGGCGAGCGGCGTGCAACTGCAAATTGAACCCGCGGCCGGAGGCGAGGCGCAAACCCTGGACGCTGACTACGTACTGGTTGCCATCGGCCGTCGGCCTTATACCCAAGGCCTGGGGCTGGAAAATGCAGGATTGGCGACCGACCAACGCGGCATGCTCGCCAACCAGCGCCACCGCACCAAAGCGCCCGGCTTCTGGGTGATCGGCGACGTGACGTCCGGACCGATGCTTGCGCACAAGGCCGAAGACGAGGCCATGGCCTGCATCGAACAGATTGTTGGCAAGGCCGGCGAGGTCAATTACGACTTGATCCCCAACGTCATCTATACCCGCCCTGAACTGGCCAGCGTCGGCAGGACCGAAGAGCAGCTCAAGGCCGAAGGCCGCGCCTACAAGGTCGGGAAATTTCCGTTCACCGCCAACAGCCGGGCGAAGATCAATCATGAAACCGAGGGGTTCGCCAAGGTATTGGCTGACGAGCGCACCGACGAAATTCTCGGCGTGCATCTGGTAGGCCCGAGCGTCAGCGAGATGATCGGAGAGTACTGCGTAGCGATGGAATTCGGTGCCTCGGCCGAGGACATCGCTCTGATCTGCCACCCTCACCCCACTCGCTCGGAGGCGTTGCGCCAAGCAGCGATGAACGTGGAGGGGATGGCGACGCAGATGTAG MSNYDVIILGGGPGGYNAAIRAGQLGLKAACVEGRATLGGTCLNVGCMPSKALLHASELYEAAKGAEFAQLGINVSPTLDLAQMMKQKDESVAGLTKGIEFLFRKNKVDWIKGWGHIDGPGKVTVTGEDGGKTELSAKDIVIATGSEPTPLAGVDIDNRRILDSTGALSLSEVPRHLVVIGAGVIGLELGSVWRRLGAEVTVVEYLDRICPGVDGEAGKTLQRALAKQGIQFKLSAKVTRAVSSASGVQLQIEPAAGGEAQTLDADYVLVAIGRRPYTQGLGLENAGLATDQRGMLANQRHRTKAPGFWVIGDVTSGPMLAHKAEDEAMACIEQIVGKAGEVNYDLIPNVIYTRPELASVGRTEEQLKAEGRAYKVGKFPFTANSRAKINHETEGFAKVLADERTDEILGVHLVGPSVSEMIGEYCVAMEFGASAEDIALICHPHPTRSEALRQAAMNVEGMATQM PGPT0001380_6296 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 D1-35_04527 2151 hypothetical protein ATGTCTACCCGTAAGTGGCCTCGTCGCCTGCTGTGCCTGAGCCTCGGTTTACCGCTGTGCCAGGCATTGGCCTGCGGGCCGGATTTTCCGATGCGCCTGCTGGATAACCGGGCCCAATCGCTGGCGGAGCTGCCCGAGGGCAGCTTTCGCTTCGAGGTCAGTCGTCTCGGCCAGGCCATCGCCGGATTGAAGCCGGCTACGGAGGCGACACGCAACCCTGACTACAGCTACGACGATGTGGCTTCCTACGTGGACCAACGCAACAAGGCCGAACAGCTTGGCCTGACCCCACCGCAGCAAGCCGTTGTGGAGCGCTTGCGGGCAATCAGCGATATCGAGCAGATCGCCGCCGAAGCGGCCAACCTGCCCGCCGAGCTGCGGCTGTACGCAATCGGAGCGGCAGCGTTCAACGCTGGCGATCATCTGCGCGCAGCCGAATCATTCCAGCAACTGCTGGCGCTGCCGGCCGACGAGCGCCGGATGCGCAGTACCTGGGCGGCGTACTCCCTGGGGCGGGCGCTGTTCGCCATGAGCACCGAGGCTGGCCGTGGCCAACCGGCTGCCTTGCGGGATCAGGCACGGCAGGCGTTCCGCCAGGCTCGCGAATTGACTATCGCCGGCTTCAGCGACCCCTTGGAGCTGGGCGTCGCCAGTCTGGGCGAAGAAGCCAGGGTGGCCTACACCGCCGATGACTGGGACAGCGCCATCGGACTGTATGCGACCCAGAATCTGCAAGGCTCCCCGGTTGGCTACAGTTCGCTGCTGCAGTTGGCGGGCGGCCTCAGCGTCGAGTCGGAGGAGCGCCTGGGCGAATTGCTCAAGGCCAAGGCCGTGCAGCGCCTGGTGACTGCTTATCTGCTCAGCCGCGTCGGCTGGTGGGACGGCGAAGAACCCTCCGGCGAGAAAACCCTCCTCAAGCTGTTGCAAGCCAGCGCCCAGGGCAACCTCGATGATGCCGACCGCTTGGCGGCAGTGAGTTATCAACACGCTGACTACGACAGCGCGAAAGCATTTGCACAAAAGGCCGGCGACAGCGGACTGGCGTGGTGGGTAAGGGCCAAGCTCGCGCTGCGCGAAGGCGACAAATCCGCTGCGGCCGCCGCCTATGCCAAGGCCGCCCAGGCCTTTCCGAAGGACGAATCCTGGGGCGACCGCCGTACGCCGGATTGGGACTACGAGACGGTACAACCCAAGTGCCGGATCGAAGGCGAAAGCGCGATCCTGGCCTTGCAGAGAGGCGACTACCTGCAGGCTTTCGATCAGCTTTATCGCGGCCAGAACAACTATTGGTACGACGCCGCAACGGTCGCCGAGCGTGTGCTGACCGTCGAGGAGCTCAAGCAGTACGTCGACGCCCAGGTTCCGGCACCGCCGCCGTTGAGCCAGGAAGATCGAGACAACTACGTACAGTTGTCGGTGGCGGCGAACCTGCGCAACCTGCTGGGGCGTCGTTTGCTGCGCGAAGGACGCTACGACGAGGCGCCGGCTTATTTCGACAATCCCGAGCTGCAGAACAAGGCCCGCACCTATGGGCAGTTGCGCCAGGATGCGGAATCCAAATGGTGGCCGACCAGCCGGGCCGAGGCGTATTTCAAGGCGTCGGTGATCGCACGCAGATCAGGAATGCAATTGCTGGGCTACGAAATGGCGCCGGATTACGCCAGCCTGGACGGCAACTACAGTTTTGAGCCGGTGGAGCTGAAGGTCGGACCGCTGGTGGCCGACGGCGAGGTCCAGCGCCAGCAGGCCAGTGCCGCCCAACCGGACATGCGTTACCACTACCGTTTTGTCGCCACGGCGCTGGCCAGCCAGGCCGCCGATCATCTGCCGCACACCAGCCAGGCGTTTGCGGCGGTGCTGTGCAGGGCGGTGGGGTACAACTCAAGCCTGGAAGAACAAAGCGCGCTGTATCAGCGTTATGTGAAGGACGGCCCCTACGTGGAATGGGCCTGGGATTTCGGCCGTCAGTGCGAGGAACCGGCATTCGACCAGGCGGACAAGCGCTATGTCACTCAGGCCCTGACGCCGATTCGCTCGGCGCTGCGGCCGTTCAAGACAGGGTTGGAAGTGGGTGGCGCGGTGCTGGTGGTGGCCGTGGTGCTGGCGCTGATCAGTCGGCGCAAGCGCAAGGCTCGCATGGCAGCGAGCTGA MSTRKWPRRLLCLSLGLPLCQALACGPDFPMRLLDNRAQSLAELPEGSFRFEVSRLGQAIAGLKPATEATRNPDYSYDDVASYVDQRNKAEQLGLTPPQQAVVERLRAISDIEQIAAEAANLPAELRLYAIGAAAFNAGDHLRAAESFQQLLALPADERRMRSTWAAYSLGRALFAMSTEAGRGQPAALRDQARQAFRQARELTIAGFSDPLELGVASLGEEARVAYTADDWDSAIGLYATQNLQGSPVGYSSLLQLAGGLSVESEERLGELLKAKAVQRLVTAYLLSRVGWWDGEEPSGEKTLLKLLQASAQGNLDDADRLAAVSYQHADYDSAKAFAQKAGDSGLAWWVRAKLALREGDKSAAAAAYAKAAQAFPKDESWGDRRTPDWDYETVQPKCRIEGESAILALQRGDYLQAFDQLYRGQNNYWYDAATVAERVLTVEELKQYVDAQVPAPPPLSQEDRDNYVQLSVAANLRNLLGRRLLREGRYDEAPAYFDNPELQNKARTYGQLRQDAESKWWPTSRAEAYFKASVIARRSGMQLLGYEMAPDYASLDGNYSFEPVELKVGPLVADGEVQRQQASAAQPDMRYHYRFVATALASQAADHLPHTSQAFAAVLCRAVGYNSSLEEQSALYQRYVKDGPYVEWAWDFGRQCEEPAFDQADKRYVTQALTPIRSALRPFKTGLEVGGAVLVVAVVLALISRRKRKARMAAS NA NA NA NA NA D1-35_04528 1194 hypothetical protein ATGACTTTTATCCACAGGCTGACGCTGACCTTCGCCGCGTTGTTTTTGAGCGGCTGCGACCAGCCCCCTCTGCCTGCCCTCGATCAGCAACTTTATATCTGGCAACGCCAGTGGACGCCGGCCCATGAACTGGCGCTGAGCCAGAGCCATGCGGACTTTTCCAGCCTCCGGGTGCTGGCGCTGCAAGCCTTCCCGGGCGCCGGCTGGAGCCACGCGCGGATCGATCCGGCATTGCTCAAGGCTGACGGTCGGCCGTTGATAGCGGTGATTCGCCTGGATGGCCAGCTCAAATCCCTCGATCAGGACGAAATAATCTCGCGGATCCAGCAGTTGCTGGCCGACTGGCAAACCCTGGACCTGGCGCCGATGGGCATCGAAATCGACCACGATGCCGGTAACGCAAGGCTGCCAGCCTATCGGAACTTCCTTGTCCGCTTGCGGCAGGCCTTGCCGGCCGCCTTGCAGCTCAGCATCACCGCGCTGCCGGCCTGGCTCGACAGCCCCGAGTTGCCCGGTCTGTTAAAGGTTGTGGACAGCAGCGTCCTGCAGGTACACGCGGTCAGCGATCCGCGTCAGGGGCTTTTCGATCCCAGCCAGGCTCAACGTTGGGCCCAGCGCTGGGGCGACCTCACCACACGCCCGTTCTACCTGGCCTTGCCGGCCTATGGCGTGGCGCTGCTGACCGAAGAAAACGGCGCACCGGTGGTGGAAAGCGAAGTGCCCATCGACCGCGGCGGCGAGCGCCGGGAGTTGCTCGCCGATCCACGACAAGTGGCCGGGCTTGTCGCGCAACTGCGCGCCGAGCCGCCAGAGCATCTGGCCGGATTGATCTGGTTTCGCCTGCCGCTGGCGGGGGACCGGCGCGCCTGGAGCCTGGCCACTCTTGGCGCGGTGGCGCGTGGTGATCGCCTGGACAGTCATTTGACTCTGCGCCTGCAAGAGCAGGGCGGACTCTATGACATCCGGCTGGTGAACCAGGGCAATCTCGACAGCCCCTGGCCGCAGCGGCTGACACTCGCCGTGGGCGGGTGTGATGGCGTCGATGCCTTGGCCGGTTATACGTTGCAACAAACCCCTGGACTGCTTACCTTCACCCGCATCCAGGAAGGCCGCTTGGCTGCCGGTGCCCAACGGGCAATCGGCTGGGCGCGCTGTACAAAAATCGACCAAGGAGGAATGAATGTCTACCCGTAA MTFIHRLTLTFAALFLSGCDQPPLPALDQQLYIWQRQWTPAHELALSQSHADFSSLRVLALQAFPGAGWSHARIDPALLKADGRPLIAVIRLDGQLKSLDQDEIISRIQQLLADWQTLDLAPMGIEIDHDAGNARLPAYRNFLVRLRQALPAALQLSITALPAWLDSPELPGLLKVVDSSVLQVHAVSDPRQGLFDPSQAQRWAQRWGDLTTRPFYLALPAYGVALLTEENGAPVVESEVPIDRGGERRELLADPRQVAGLVAQLRAEPPEHLAGLIWFRLPLAGDRRAWSLATLGAVARGDRLDSHLTLRLQEQGGLYDIRLVNQGNLDSPWPQRLTLAVGGCDGVDALAGYTLQQTPGLLTFTRIQEGRLAAGAQRAIGWARCTKIDQGGMNVYP NA NA NA NA NA D1-35_04529 627 yfcG_2 COG0625 Disulfide-bond oxidoreductase YfcG ATGAACCCTATCAAGCTCTATCACTTCCCACTGTCCGGCCATGCGCACCGTGTCCAGCTGATGCTTTCCTTGCTTGAGTTGCCGGTCGAGGTCAATTTTGTCGACCTGGCCAAGGGCGCGCACAAACAAGCGGATTTCCTCGCAATCAACCCGTTCGGCCAAGTACCGGTGATCGATGATAACGGTGTGGTACTGGCCGACTCCAACGCCATTCTGGTGTACCTGGCAAACAAGTACGGCGACGGCCGCTGGCTGCCAACGGACCCGGTCGGCGCCGCTCGCGTCCAGCGCTGGTTGTCGGTAGCGGCCGGGCCATTGCATGCCGGACCGGCCACCGCGCGCCTGATCACCGTGTTCGGTGCTTCTCATAACGCCGAGGATGTGATCGCACGTTCCCACAACCTGCTCAAAGTCATCGACCAGGAACTGAGCAACAGTGCCTATCTGGTCGGTGACATTCCGACCATCGCCGACATCGCAGGCTACAGCTATATCGCCCATGCGCCAGAAGGCAACGTTTCGCTGCAGGACTATGCCCATGTGCGCGCGTGGCTGGCGCGGATCGAAGCCTTGCCTGGGTTCGTGGGGATGCCGCGTACCGTTGTCGGCTTGCAAAAAGAGGCCTGA MNPIKLYHFPLSGHAHRVQLMLSLLELPVEVNFVDLAKGAHKQADFLAINPFGQVPVIDDNGVVLADSNAILVYLANKYGDGRWLPTDPVGAARVQRWLSVAAGPLHAGPATARLITVFGASHNAEDVIARSHNLLKVIDQELSNSAYLVGDIPTIADIAGYSYIAHAPEGNVSLQDYAHVRAWLARIEALPGFVGMPRTVVGLQKEA PGPT0013170_17204 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_04530 903 dmlR_21 HTH-type transcriptional regulator DmlR ATGGACAGGTTTCAGGAAATGCAGGTGTTTGTCGCCGTCGCCCAGGACTGCGGATTTTCAGCGGCTGCCCGGCGCCTGGGCTTGTCGGCGGCGAGCGTGACACGCGCCGTGGCGGCACTGGAACAGCGTATCGGTACGCCGCTGCTGGTTCGTACCACCCGCAACGTTTACCTGAGCGAAGCGGGCCAGCGCTTTCTTGAGGACTGTCGGCGGATCCTCGGCGATTTGCAGGAGGCCGAGGATTCGGCGGCCGGCAGCCACGCCCAGCCCCGCGGACAACTGACGATTACCGCGCCCGTGCTGTTCGGCCAGTTGTTCGTCATGCCGGTGCTGGTGGATTACCTGGGGCGATTTTCCGAAGTTTGCGTCAACGCCTTGCTGCTGGATCGCACCGTCAGCATGGTCGAGGAGGGCATTGATGTCGCGGTGCGCATCGGCGAGTTGCCCGACAGCAGCCTGCATGCCGTGCGTGTCGGCGAGGTGCGGCGCGTGGTGTGCGGTTCTCCGGAATTCTTCGACCAGCATGGCCGACCCGAGCATCCGCAGGATCTGGAGCGGATGCCCGTGGTGTCGTCATCAGCCATCGGCCAGGTCAGGAACTGGACGTTCATCGAGGCCGGTCAGCCGTTGTCGGTCCGGCCCACGCCCCGGCTCGTGGTCACGGCCAACCAGGCTGCCATCGGCGCGGCGTGCCAGGGGTTGGGGATGACCCGGGTCCTGTCCTATCAGGTTGCGAACAATATCGCGGCCGGCGAGCTGGAAATCGTCCTGGCCGATTTTGAGCTGCCGCCATTGCCAATCCACGTGGTGTATCAGGGCGGGCGCAATGCGCCGGCGCGGGTTCGCAGTTTTGTCGACTTCATGGTGAGTGCAATACGAGAACATCCAGCCTTGAAGAACTGA MDRFQEMQVFVAVAQDCGFSAAARRLGLSAASVTRAVAALEQRIGTPLLVRTTRNVYLSEAGQRFLEDCRRILGDLQEAEDSAAGSHAQPRGQLTITAPVLFGQLFVMPVLVDYLGRFSEVCVNALLLDRTVSMVEEGIDVAVRIGELPDSSLHAVRVGEVRRVVCGSPEFFDQHGRPEHPQDLERMPVVSSSAIGQVRNWTFIEAGQPLSVRPTPRLVVTANQAAIGAACQGLGMTRVLSYQVANNIAAGELEIVLADFELPPLPIHVVYQGGRNAPARVRSFVDFMVSAIREHPALKN NA NA NA NA NA D1-35_04531 2214 mdoB_2 Phosphoglycerol transferase I GTGAATTTTCTTTACCGAGCTCTCACCCACCCCCACGCTGCCATCTGCGCCCTGGCCGGATACGTGCTCCTGGTCCCCATGGGCCTGCGCCTCCTGCTCGGCTGGTCCGACCCGCTGGGCTATCTGTCGGACATGGCCATCGGCAGCTTGTTGATCGTGCTCTTGCATCGACGCCCCTGGTGGCTGGCATTGCCGGTTTTGCTGGCCTGGTGTGCGCTGACCCTGGTCAGCATCGAATTGGTCAATGCCGTCGGAAGGATGCCCAGCCCGGCGGACATTCAATACCTGGTCGATCCGCAATTCGTCGAGAACTCCACCAGCGGCGGCTTTGCGCATCCCTGGCTCGCCGCGATCATGCTGGCAGCCCTGACACTCTGGCTGGCCAACCGATGGGCCAATCGGAGCCGCCAGGCACCTCCCTTGCCCCGCCACGCCTGGGCGATCCCCGTGGTGTTTTTCCTGGCCCACGGCACGGCGCAAACCTGGCGGCCCAGCGAGGCAGACCAGTGGAATCTGTTCAACCTGCCTCATCAGCTGATGACGGCTGGCGTCGCCGCCGGCCAGGAGCACTTCGAACAATGGCTCGCAGGTGATACGCCGGACCAGGCGCCACCGATGCACGGGCTTACCCGGCTCGATCTGGATGGGCAGAAACTGCTCACCGAGCCGGGTAGCGCGCGCAATGTGCTGATCATCGCCCTGGAGGGCATTCCCGGTGCCTATCTGGAAACCAACCGCCAAGCGCTGAAAAGCAGTTATCAGGAAAACCTGATGCCGCGCCTCAGCACCTGGGCCGAGCGCGGCATGAACACGCCCGACTACGTGTTGCACAGCCACCAGACCATCCGTGGCCTGTACGCAATGCTCTGCGGTGACTACGACAAGCTCGACGATGGCACGCCCAAGGGCGTCGAAATGCTCAACCAGCGCCAACGCAACCAGGCCTGCCTGCCGGCCCAATTGCGCAAGCACGGCTTCTCGACTCATTTCCTGCAGGGTGCCGGCCTGCGGTTCATGGCCAAGGACCGGATCATGCCGCATATCGGCTTCGACACGACCCTGGGCATGGAGTGGTTCACCCGACCGGCCTACCTCGAGTTTCCCTGGGGCAAGGACGACAAGACCTTTTTCGAAGGCGCGCTGGACTACGTCGGACAACTGCAACAGGCAGACAAACCCTGGATGCTCACCCTGCTGACCGTGGGCACGCATCAGCCGTACTCGGCGCCAGATGACTACCTGGAGCGCTACGACACCGCCAAACAGGCCGCCGTCGGTTATCTGGACGACGCGCTGGACAGCTTCCTGACAAACCTCGAACGCCAGGGCATCCTGGAAAATACCCTGGTGGTCATCACCTCGGACGAATCCCATGGCATCGACGATGTGCGCCTGGCATCGTCCTGGGGCTTCAACCTGACGCTGGCACCGGAGCCGTTGCCGCGAACCAAGCAAGGCGTCCATGGCCACGTCGACCTGAGCGCGTCGATCCTCGATTACTTCGGATACGCAGTGCCCACCTCGTTATCCGGCCGCTCTCTGTTCCGGGACTACGCGGCGGGCCGGGAAATCATGTCGTTCACCAACGGCAAGCTGCGCTACCACGATGGCAAAGGCACCTTTACCGAATGCGATTTCCAGCAGCGCTGCCGGTATTACGCCAGCGAAGGCTTCATCGCCGACCGCGCCACGTACCTGGGTCAATACAGCGGCCAGCGCGCGAGGCTGATCAGCGCCCGGGCTACCGCCCTGGACCAGACACTGCTGAGTTCATCGGTGAACCAGCATTACCAGTTCGGCAGCGCCGAGAAAATCACCCTTCCCGCCCAGGTCTCCAACGACTGGACCGACAACCTGATCGGCGCCCAATACCTGGAAATGCCCAAGGGCACCCGCACCCGCGTCAGCCTGACCATTCGCGCCGTGGAAAACGATCACGCCGCCTACATTTCCCTCAAGGCCAAGGAGTTCGAGCAGGACGTGACGATGGACTTGCCCACCGACGTGACGGTAACCGCCGATCAACCGCTGGTGATGGACATTCATTTCGACAACCCGCAACCGCGCAAGGCGTTTTCCTTCCACTTGCTCGGCCATGGCACAGGCGCGATCGAAATCAGCGACTTCAGCGTCGTCACCGAACTGCTGGAGCAGACCGACCAGCCGGAGTACCTGGACGATATGCAGGACGACAGCGAGGCACAGTCCAGCTGA MNFLYRALTHPHAAICALAGYVLLVPMGLRLLLGWSDPLGYLSDMAIGSLLIVLLHRRPWWLALPVLLAWCALTLVSIELVNAVGRMPSPADIQYLVDPQFVENSTSGGFAHPWLAAIMLAALTLWLANRWANRSRQAPPLPRHAWAIPVVFFLAHGTAQTWRPSEADQWNLFNLPHQLMTAGVAAGQEHFEQWLAGDTPDQAPPMHGLTRLDLDGQKLLTEPGSARNVLIIALEGIPGAYLETNRQALKSSYQENLMPRLSTWAERGMNTPDYVLHSHQTIRGLYAMLCGDYDKLDDGTPKGVEMLNQRQRNQACLPAQLRKHGFSTHFLQGAGLRFMAKDRIMPHIGFDTTLGMEWFTRPAYLEFPWGKDDKTFFEGALDYVGQLQQADKPWMLTLLTVGTHQPYSAPDDYLERYDTAKQAAVGYLDDALDSFLTNLERQGILENTLVVITSDESHGIDDVRLASSWGFNLTLAPEPLPRTKQGVHGHVDLSASILDYFGYAVPTSLSGRSLFRDYAAGREIMSFTNGKLRYHDGKGTFTECDFQQRCRYYASEGFIADRATYLGQYSGQRARLISARATALDQTLLSSSVNQHYQFGSAEKITLPAQVSNDWTDNLIGAQYLEMPKGTRTRVSLTIRAVENDHAAYISLKAKEFEQDVTMDLPTDVTVTADQPLVMDIHFDNPQPRKAFSFHLLGHGTGAIEISDFSVVTELLEQTDQPEYLDDMQDDSEAQSS NA NA NA NA NA D1-35_04532 597 nudK GDP-mannose pyrophosphatase NudK ATGACACAGCCAATCAGCACGCAAGACCGTGTGCGCATCAAGAATGTCGAAGTTCTCTCGGACAACTGGTACATCCTGCGCAAGACTACCTACGATTACCTCGGCCGCAACGGCCAATGGCGCGAGCTGACGCGCGAAACCTATGACCGTGGCAACGGTGCGACCATCCTGCTCTACAGCAAGGCAAAGCAAACCGTAGTGCTGACCCGGCAATTCCGCTTCCCGGCGTTCGTCAACGGGCACGACGGCCTGTTGATCGAAACCTGCGCCGGCCTGTTGGACAACGACGACCCGCACACCTGTATCCGCAAGGAAACCCAGGAGGAAACCGGCTATATCGTGCGGGACGTGCGCAAGGTGTTCGAGGCGTTCATGAGCCCAGGGTCGGTGACCGAGCGTGTGCATTTTTTCGTCGGTGAGTATTCCGATGAGGACAAACAGCACGAAGGCGGCGGGCTTGAGGCGGAGGGCGAGGAAATCGAGGTGCTGGAGATGCCTCTCGATCAAGCCTTGGGCATGATCGAAACCGGCGAGATCTGCGACGGCAAGACCATCATGTTGCTGCAGTACGCCAAGTTGCATCGGTTGCTGGATTGA MTQPISTQDRVRIKNVEVLSDNWYILRKTTYDYLGRNGQWRELTRETYDRGNGATILLYSKAKQTVVLTRQFRFPAFVNGHDGLLIETCAGLLDNDDPHTCIRKETQEETGYIVRDVRKVFEAFMSPGSVTERVHFFVGEYSDEDKQHEGGGLEAEGEEIEVLEMPLDQALGMIETGEICDGKTIMLLQYAKLHRLLD PGPT0017890_153 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017890-nudK-K12945 NA NA D1-35_04533 834 nadE_2 COG0171 NH(3)-dependent NAD(+) synthetase ATGACTTCGCTTCAGCAAGAGAGCATTGCCCGGGAGCTGGGCATCGACCGTCGACTGCAACAGGGCGGCGAAGCCGCCGAGATTGCTCGCCGCGTCGAGTTTATAAAGCAGGTGCTGCGTGAGTCGGGTTGCAAGTCCCTGGTGCTGGGGATCAGTGGCGGCGTCGACTCCCTTACTGCCGGCCGTCTTTGCCAGTTGGCAGTGGAGCAACTGCGCAATGAAGACTACACGGCGCGGTTTATTGCGGTCCGGTTGCCGTACAAGGCCCAGGCGGACGAGCGAGACGCCCAAGCGTCCTTGGACTTCATCCGGCCGGACTCGATCACCACCAGCAACATCGGTGCTTGTGTTGACGGGCTGATGGGTCATATCGCTGTCGACGGCTTGCAGCCTTCGGCCGAACTCATCGACTTCGCCAAAGGCAATGCCAAAGCCCGGGCACGGATGCTGGCACAATACGCCATTGCCAATCTCAGCAACGGGCTGGTGGTTGGCACCGATCACGGGGCAGAGGCGGTGATGGGATTTTTCACCAAGTTCGGCGACGGTGCCTGCGATTTGGCACCGCTGTCCGGGTTGACCAAAACCCACGTGCGATTGTTGGCCGACGCGATGGGTGCCCCCGCTTACTTGGTGCGCAAGGCACCGACCGCCGATCTGGAAGACCTGGCACCTGGCAAGTTGGATGAAGTGGCATATGGATGCAGCTACGAGGAAATCGATGCGTACCTGATGGGTGAAGCGGTGTCTCCCAAGGCCCGAGAAATTATTGAACGCGCTTACCAGAAAACGGCTCATAAACGCGCATTGCCACGCGTCCCGGCATCACGTTGA MTSLQQESIARELGIDRRLQQGGEAAEIARRVEFIKQVLRESGCKSLVLGISGGVDSLTAGRLCQLAVEQLRNEDYTARFIAVRLPYKAQADERDAQASLDFIRPDSITTSNIGACVDGLMGHIAVDGLQPSAELIDFAKGNAKARARMLAQYAIANLSNGLVVGTDHGAEAVMGFFTKFGDGACDLAPLSGLTKTHVRLLADAMGAPAYLVRKAPTADLEDLAPGKLDEVAYGCSYEEIDAYLMGEAVSPKAREIIERAYQKTAHKRALPRVPASR PGPT0013445_1021 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D1-35_04534 1230 pncB2_1 COG1488 Nicotinate phosphoribosyltransferase 2 ATGGACAGCGCATTCGACCCAAGCAGCGGCACTATCCAGAGTCTTCTGGACACCGACTACTACACCTTCACCATGATGCAGGCGGTCTTGCACCAGCACCCGAATGTCGAGGTGGAATACCAGTTCATCGTGCGTTCCAAGGAGCGGCTCGCTCACTTGATTCCAGACATCCGTGTCGAACTGGAGAAGCTCGCCGGGTTGCAACTACGCGAAGGAGAGCAGCGGTTTCTGTTCAACAAGCGTTTCCGTGAATACCTGACACCGGATTTCGAACAGTTTCTCGGCCTGTTTCGCTTCAACCTGCGCTACATCCACGTTTCGGAAGTCGACGGCCAACTGCACATTCGTGTCCGTGGGCCGATGCTGCACTGCATCATGTTCGAACAACCGGTATTGGCGATGGTCAGCGAGCTGCGCAATCGTGAGAAGTACCCGGAAGTCGAGTTGGCCGACGTTACTCGCAAGCTGTACCAGAAGTTTGAATGGCTGGAGAAAAATGCCAGTCGTGAAGAACTTGCCGAGTTTCGTGTCTCGGACTTCTCCACCCGCCGGCGGCTGTCATTCAGGGCCCAGCGTGAAGTAGTAAATGTCATGCGCAGCGATTTCCCCGGGGTCTTTGTCGGTACCAGTAACGCTCACCTGGCGTACGAATTCGATCTCCCCTTGATCGGCACAATGGCGCACCAATGGCTGATGGTTCACCAGCAACTTGGTCGATTGCGCGAAAGCCAGAACGCGGCATTGGAGAACTGGGTGCACGAGTATCGCGGCCGGCTCGGTATCGCGCTGACGGACTGCATCAGTACGGATTTCTTCCTCAAGGATTTCGACCTGTACTTTGCCAAACTCTATGACGGTCTGCGGCAGGATTCCGGTGACCCGATCGTCTGGGCTGACAAGGTGCTGGGGCGTTACCAGGAACTGGGCGTCGATGCGCGCACCAAGGACCTGATGTTCTCCGATGGCCTCAATTTCGAAAAATGCCTGCCGATCCTGCGCCACGTTCGTGGCAAGGCGAAATTCGGCTTCGGCATGGGCACCAGCCTGGCCTGCGACGTCGACGGCGTCGAACCGCTGAGCATCGTCATGAAACTGGTGCGGGTGCATGGCGAGCCCGTCGTCAAGTTTTCCGACGATCCGATCAAGAACGTGTGTGAAGACGCCTCATTTTTGCGCTACGCCGCTCAAGTGTTCAACGTCGCCCTGGTCAATCCACAAATGGGAGCCTGA MDSAFDPSSGTIQSLLDTDYYTFTMMQAVLHQHPNVEVEYQFIVRSKERLAHLIPDIRVELEKLAGLQLREGEQRFLFNKRFREYLTPDFEQFLGLFRFNLRYIHVSEVDGQLHIRVRGPMLHCIMFEQPVLAMVSELRNREKYPEVELADVTRKLYQKFEWLEKNASREELAEFRVSDFSTRRRLSFRAQREVVNVMRSDFPGVFVGTSNAHLAYEFDLPLIGTMAHQWLMVHQQLGRLRESQNAALENWVHEYRGRLGIALTDCISTDFFLKDFDLYFAKLYDGLRQDSGDPIVWADKVLGRYQELGVDARTKDLMFSDGLNFEKCLPILRHVRGKAKFGFGMGTSLACDVDGVEPLSIVMKLVRVHGEPVVKFSDDPIKNVCEDASFLRYAAQVFNVALVNPQMGA PGPT0013375_3305 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763 NA NA D1-35_04535 648 pncA_1 COG1335 Nicotinamidase ATGAACAGCCTGACCCGGAAAACAGCTTCCTTCGATGTTGATGCGCAAAAGAGCTTTACGCCGCTGTGCCCTGATGAGCTTCCGGTGCCGGGCGGTGATGAGATTGCCGGTGAGCTGAATTTCATCGCGTCCCTGGCCAGCCTTCGCATCGGCAGCAAGGATGCCCATTCGCCCCTGGCCCCGTGGGTGGTCTCCGATCATTCGAAAATGTTCGTGCCGACCGGGCTCGAGCACGCCGACATCACCTGGGTCAGCCACTGCGTTCCCGGCACCGAAGGTTTCGCCCTGCTGGATCAACTGCCGGCCCCATACGATTACGACTATTTCGTCTGGAAGGGCGTCGAGCCGGATCTGCACCCCTATGGCGCCTGCTACCACGACTTGCACGGCAAGCTTTCCACTGGCGTGATCGAGTACCTGAAAGGGTTGAAAGTGGAGCAGGTAATTGTCGGCGGGCTGGCGCTGGATTTCTGCGTCAAGACCACCGCTCTGCAACTGGCCTCCGCTGGCTTCAAGGTCATCGTTCACCTCCCGGCTTGCCGGGCCATCAGTGAAACGGGGGCCAACCAAGCCATTCAAGACCTCGAGCAAGCGGGCGTCGCGGTTACCGCCACTCGCGAAGAAACCATCCGCTTGGCAAACGCATAA MNSLTRKTASFDVDAQKSFTPLCPDELPVPGGDEIAGELNFIASLASLRIGSKDAHSPLAPWVVSDHSKMFVPTGLEHADITWVSHCVPGTEGFALLDQLPAPYDYDYFVWKGVEPDLHPYGACYHDLHGKLSTGVIEYLKGLKVEQVIVGGLALDFCVKTTALQLASAGFKVIVHLPACRAISETGANQAIQDLEQAGVAVTATREETIRLANA PGPT0013470_380 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013470-pncA-K08281 NA NA D1-35_04536 132 hypothetical protein ATGATGTACTTTCATGACAAGCCCTTCTCGAAAGATAATTTTCCACAGGTTTGTTTCATCGGCCGACTATTATTGGAAGCCAATCAGGTTTACATGAAGGATTTTTACTATAAAGTACATGTCGTGTACTAA MMYFHDKPFSKDNFPQVCFIGRLLLEANQVYMKDFYYKVHVVY NA NA NA NA NA D1-35_04537 558 nadD_1 nicotinate-nucleotide adenylyltransferase ATGTTCGAAATAGCCGTCTATGGTGGTGCTTTTAATCCCCCTCATGCCGGTCACGCCCAGGTGATGATCGAGGCCTCGAACCAGGCCAGGCGCATGTTGGTCGCCCCTAGCTTCCGGCATCCCTACGGCAAACAGATGGTCGACTATGACGTTCGCCTGAACTGGCTGGAATCGATCGTCGAACACGTCCAGCCCCTGTGCTACGCCGAAGTGCGCGCGAGCCGGGTTGAGCAGGTCGTGGCCCGTGGCGTTGAAGGCGCCATCTACAGCTATACCCTGCTCGCCCATCTCGCCGATAGCCTGGCCCTGGACGGCAAGCGGATCGCGTTGGTGGTGGGCGAGGATGTCGCGGATTTGCTGCCGACTTTCTATCGCGGCCAGGAACTGCTTGAGCGTTTTTCCATCCTTCGCGTGAGCGAAAAGATCCACGTGCGCAGCACATCGGTTCGCGAACGACTGGCCTTGGGCAAGCCGCTGCCCAGCCACTGGATAGCTCCCGGCATGAACCCGTTAAACTATGACCTTTACGCTAACCACGGAAATCGACATGCCCACTAG MFEIAVYGGAFNPPHAGHAQVMIEASNQARRMLVAPSFRHPYGKQMVDYDVRLNWLESIVEHVQPLCYAEVRASRVEQVVARGVEGAIYSYTLLAHLADSLALDGKRIALVVGEDVADLLPTFYRGQELLERFSILRVSEKIHVRSTSVRERLALGKPLPSHWIAPGMNPLNYDLYANHGNRHAH PGPT0013435_4446 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D1-35_04538 708 hypothetical protein ATGCCCACTAGCACAGCCACCGCGCGCGGTTATCTGCATACCATCGACCTCTGCGTGCTGCGCTTCTGCCGGGAGACCCAGGCGCTGGAAATCCTCCTGAACCGACGGGAAGCCGAGCCGTTCGCCGGCCATTGGGCGTTGCCCGGGATCGTGGTCAATGGCGATGTCGAAGATCTCACGCTGAACGACGCCGTGGAGCGCCTGCGCAATTCAAACAAGGTAGGCATGCCGCTGGCCTGGATCGAACAGGTCGGCACCGTCGGCGACGCGTTCCGCGACCCACGCTGCTGGTCATCCTCGACGTTCTACCTGGCGATTGCCAACGAGGCGGTCCTGCTCGCCGAGCATCAGGGATTTTTCCCCCTCAAGGATGTCGCTGATGCCTCGATCAAACTTCCTTTCGATCACAACAGCCTGGTGGCGGCGGTCCAGGAACGGTTGTTGTCCAAAGCCCTCTACAGCAGCCTGCCGCTGATGTTCCTGGGCCCGGAATTCAGCGCGCCGGAAGCGGTGGATATTTTCTCCGTGGTGCTCGGTCGTCCGGTGCTCAAGACCAGCATGCGCCAGCGTCTGCTGAAGATGACCGAGGCCGGTTATTTGCAGGAAACCGGTCGTAAAAAAGCCGGCGACGGCGGCCGACCGCAACGCACGGTGGAAAATCTCAAACCGGCCAGCGTCTATCTTTTTGATCGGTGTTTCCTGGAGTGA MPTSTATARGYLHTIDLCVLRFCRETQALEILLNRREAEPFAGHWALPGIVVNGDVEDLTLNDAVERLRNSNKVGMPLAWIEQVGTVGDAFRDPRCWSSSTFYLAIANEAVLLAEHQGFFPLKDVADASIKLPFDHNSLVAAVQERLLSKALYSSLPLMFLGPEFSAPEAVDIFSVVLGRPVLKTSMRQRLLKMTEAGYLQETGRKKAGDGGRPQRTVENLKPASVYLFDRCFLE NA NA NA NA NA D1-35_04539 1431 COG0277 putative FAD-linked oxidoreductase ATGGCGTTGAGCCCTGAGTTTATCCACAGCATCGAGCACGTCGTGGGCGCTGCGGGCGTGGTACGGGATCCGGCGCTCATGGCCAGCTATCTGACAGACTGGCGTAACGCCTATCAAGGCCAGGCCGCGCTCGTGGTCAGGCCCGCGACCACCGAGGAGGTGGCGGCAGTGGTGCGGCTTTGCCACGACGCCAGGGTGGCGCTGGTGCCCCAGGGCGGCAATACCGGTTTGTGCGGTGGCTCGATTCCGGATGCTTCCGGCAGGCAGATGGTGTTGTCTTTGACCCGGATGAAGCGTATCCGTGAAATCGACCTTGCCAATGAAACCATCACGGTCGAGGCCGGGGTGATCCTGCAGCAACTCCAGGAGGTCGCCAGCCAGGCGGGGCGCTTGTTCCCGCTATCGCTGGGGGCGGAGGGCAGTTGCACGGTGGGTGGCAATCTGGCGACGAACGCTGGCGGCACGGCGGTGCTGCGCTACGGCAACATGCGTGAGCTGACGCTCGGGCTTGAGGTGGTATTGCCGGACGGACGAATCTGGAACGGTTTGCGGGGGTTGCGCAAGGACAACACCGGTTACGATCTCAAGCATTTGTTCATCGGCTCGGAAGGCACGCTGGGCATCATCACTGCGGCGGTGCTGAAGCTGTTTCCGGCAACCTGCAGCACGGCGACAGCCTGGGTTGCGCTGCCTTCGCCACAAGCGGCGGTGGATTTGATCGGTCATGTCCGCAGCCTGTGCGCCGACCGCCTGACGGGCTTCGAGATGATGTCGCGCCAGAGCCTGGATTTCGTCTTGGATCATGTGGCGGGTTGCAGCGATCCGCTGGAGACGAAACATCCCTGGTACGCGTTGATTGAATTGCGCGACACGGTGCCCGATGCGCCGTTGACGCTGCTGCTTGAAAACGGCCTGGCCCATGCCTTCGAGCAAGGTTGGGTCATTGATGCGGTATTGGCCAGCAGCCAGGCGCAGGCCGCCGCGCTGTGGGCGCTGCGCGAAGGAATTTCCGAGGCGCAGAATCACGAAGGCCCCAGCCTCAAGCATGACATCAGCGTGCCTGTCAGTCGGATTCCGGAGTTCATCGAGCGCACCGACAAAGCCCTGCAACAGGACTTTCCAGGCGTGCGCATCGTTTCCTATGGGCACATGGGCGACGGGAATCTGCACTACAACATCAGCAAGCCGATTAGCGATGCGGACGCTTCGTTCAAGGCCCGCGAACACGCGATCATGCAAGTCATCTACCGGATGACGAGCACCTTCAATGGCAGCATCAGTGCTGAACATGGGCTGGGGCAAGCCAAACCCCATGCCGCAGCCCAGTTCAAGGACCCGCTGGAGATCGAGTTGATGCGGGCCATTAAACATACGCTGGACCCGGCGGGTCTGATGAACCCTGGCAAGGTCTTTACCGCCTGGCTGGAGTGA MALSPEFIHSIEHVVGAAGVVRDPALMASYLTDWRNAYQGQAALVVRPATTEEVAAVVRLCHDARVALVPQGGNTGLCGGSIPDASGRQMVLSLTRMKRIREIDLANETITVEAGVILQQLQEVASQAGRLFPLSLGAEGSCTVGGNLATNAGGTAVLRYGNMRELTLGLEVVLPDGRIWNGLRGLRKDNTGYDLKHLFIGSEGTLGIITAAVLKLFPATCSTATAWVALPSPQAAVDLIGHVRSLCADRLTGFEMMSRQSLDFVLDHVAGCSDPLETKHPWYALIELRDTVPDAPLTLLLENGLAHAFEQGWVIDAVLASSQAQAAALWALREGISEAQNHEGPSLKHDISVPVSRIPEFIERTDKALQQDFPGVRIVSYGHMGDGNLHYNISKPISDADASFKAREHAIMQVIYRMTSTFNGSISAEHGLGQAKPHAAAQFKDPLEIELMRAIKHTLDPAGLMNPGKVFTAWLE PGPT0001440_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116 NA NA D1-35_04540 1158 COG4948 L-talarate/galactarate dehydratase ATGCAAGACACGCCTCAACTGCCTTCCGCCGATGACGACCGCATTGCCTGGGTGCGCGTGGCCTCGGTATTCCTGCCGCTGGCCAACCCCATCAGCGACGCCAAGGTACTGACCGGTCGGCAGAAGCCAATGACCGAAATCGCCATGCTGTTTGTCGAAATCGAAACCAGGGACGGCCACCGTGGCCTGGGTTTCAGCTATTCCAAGCGCGCCGGCGGCCCCGGGCAATTTGCCCATGCCAGGGAAATCGCTCCTGGCCTCATCGGCGAAAACCCCAGCGACATTTCCAAATTGTGGGACAAGCTCTGCTGGGCGGGTGCCTCGGTGGGGCGCAGCGGCCTGGCGACCCAGGCGATCGGTGCATTCGATGTCGCCCTGTGGGACTTGAAAGCCAAGCGGGCCAATCTTTCCCTGGCGCGTTTGCTCGGCGCTCATCGCGATTCTGTCCAGTGCTACAACACGTCGGGGGGATTCCTGCACACGCCGCTTGATCAATTGATGATCAATACTGACATCTCCCGGGAAAAGGGTATCGGCGGGATCAAGCTCAAAGTCGGCCAGCCTGACCAGGCGCTGGATCTGCACCGGGTCAGCACCATCCGCAAACACCTGGGGGATAGCTTCCCCTTGATGGTCGATGCCAATCAGCAATGGGACCGACCCAACGCCCAGCGCATGTGCCGCCAGTTGGAACAATACAACCTGGTCTGGATCGAGGAGCCGCTGGATTGCTATGACGCCGAAGGCCACGCCGCGCTGGCGCAGCAATTCGACACGCCGATCGCCACCGGTGAAATGCTCACCAGCGTTGCCGAGCACTGGGAATTCATCAAGTTGCGCGCTGCCGATTACCTGATGCCTGATGCGCCGCGTGTCGGCGGCATCACGCCTTACCTGAAAGTCCAGGCAGCAGCCGAACAAGCAGGGCTGATGATCGCGCCGCACTTTGCCATGGAACTGCACATCCATCTGGCCGCCACTTACAGCCGCGAGCCTTGGGTGGAACATTTCGAATGGCTGGAGCCATTGTTCAATGAACGCATGGAAACCCGTGACGGAAGAATGCTGGTGCCCACCCGGCCTGGCCTTGGGTTGTCCTTGAGCGAACGCGTGGCGGGATGGACGGCCGACCAGGTCGAGATCGGGCGGCGCCCGTGA MQDTPQLPSADDDRIAWVRVASVFLPLANPISDAKVLTGRQKPMTEIAMLFVEIETRDGHRGLGFSYSKRAGGPGQFAHAREIAPGLIGENPSDISKLWDKLCWAGASVGRSGLATQAIGAFDVALWDLKAKRANLSLARLLGAHRDSVQCYNTSGGFLHTPLDQLMINTDISREKGIGGIKLKVGQPDQALDLHRVSTIRKHLGDSFPLMVDANQQWDRPNAQRMCRQLEQYNLVWIEEPLDCYDAEGHAALAQQFDTPIATGEMLTSVAEHWEFIKLRAADYLMPDAPRVGGITPYLKVQAAAEQAGLMIAPHFAMELHIHLAATYSREPWVEHFEWLEPLFNERMETRDGRMLVPTRPGLGLSLSERVAGWTADQVEIGRRP PGPT0018185_119 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_TALARATE_DEGRADATION,PGPT0018185-talrD_galrD-K20023 NA NA D1-35_04541 1521 hypothetical protein ATGATTGAGCTCATGCAAACAGGCTTCGCAGCCGTACTGACACCCTACGTCTTTCTGCTGATCACCCTCGGCGTTGCGGTGGGGATCGTTTTTGGAGCGGTGCCTGGTCTTTCGGCCACCATGGCGATCGCTTTGTGCTTGCCGCTGACTTATTCGATGGGACCCGGTCCTGGCCTGGCGCTGCTGGTGGCGCTTTTCGTTGGCGCCACCTCGGGAGGGCTGATATCGGCGATATTGCTCAACATACCGGGAACGCCGGCCTCCATCGCGACGACGTTCGATGGCTGGCCGCTGATGAAACAAGGCCATGGCGTGAAGGCCCTTGGGATTGGCGTGGTGTTCTCGTTCCTCGGCACGATCTTCAGTATCGCCGCGCTGATGTTCATCGCTCCGATCCTGGCGGAACTGGCCCTGAGCTTTGGCCCGCACGAATACTTCTCCATCGCGATCTTTTCTCTGACGCTGATTGCCACGCTGTCCACCGGCTCGCTGGTCAAAGGCTTGTTTGCCGGTGCCTTGGGCTTTGCCTTTTCCACGGTGGGGATCGCTCCGGTCGAGGCTATTCGCCGCTTTACCTTTGACCTGCCGAGCCTCAATGGCGGCTTCGCCATGCTCACCGTGATGATCGGTATGTTTGCGGTCTCCGAGGTGCTGAAGTTCGCTGAAAGCGCGCGCCTGAGTCACCGGGCCAAACCCCAGCACGTCAGCATGAAAGGCGTTAAAGGTTTTGGTTTTTCGATGAAGGAATTTGTCGGCCAACTGCCCAACGCCACTCGTTCATCCCTGATCGGCCTGGGCATCGGCATCTTGCCTGGCATCGGTGCCGGTACGTCGAATATCGTCTCTTACATCGTGGCGAAGAAACGCTCGAAGACACCGGAAGAGTTCGGCAAGGGCAAGATTGACGGCGTGGTCGCCAGCGAGACGGCAAACAACGCTGGCATCGGCGGCGCGATGATTCCTCTGCTGACGCTCGGCATTCCCGGCGATACCACTACGGCAGTGATGCTCGGTGGTTTCATGATCCACGGCATCCAGCCCGGACCGTTGCTGTTCATCAGCCAGGCACCCTTGGTCTACACGATCTTCGCCGCGCTGATCCTCGCTTCCGTGCTGATGCTGGTGCTGGAATTCTACGGCCTGCGCATGTTCATCAAGTTGTTGGCGGTGCCCAAGCACATTCTGCTGCCGATCATCCTGGTGCTTTGCGTCGTCGGCGCCTTTGGCTTGAACAGCCGGATCTTCGACGTCTGGGCGGTGCTGCTGTTTGGCTTGCTGGGGTATGGGTTCGTCAAGGCCGGTTTGCCGATTGCACCGTTCATCATCGGTTTCATCCTCGGTCCGATGGCTGAAACCAACTTGCGTCGCGGCTTGATGCTGTCCGATGGCAATTTCGGCGGCTTCCTGACCAATCCCATCTCGGCGGGCTTCCTCATCCTGGCCGCCGCGTCCATCTCCTGGCACCTGGTGACGGTCATTCGCAACCGCAAAAGTGCGGCCATCGAATTGATGCGCAGCTAG MIELMQTGFAAVLTPYVFLLITLGVAVGIVFGAVPGLSATMAIALCLPLTYSMGPGPGLALLVALFVGATSGGLISAILLNIPGTPASIATTFDGWPLMKQGHGVKALGIGVVFSFLGTIFSIAALMFIAPILAELALSFGPHEYFSIAIFSLTLIATLSTGSLVKGLFAGALGFAFSTVGIAPVEAIRRFTFDLPSLNGGFAMLTVMIGMFAVSEVLKFAESARLSHRAKPQHVSMKGVKGFGFSMKEFVGQLPNATRSSLIGLGIGILPGIGAGTSNIVSYIVAKKRSKTPEEFGKGKIDGVVASETANNAGIGGAMIPLLTLGIPGDTTTAVMLGGFMIHGIQPGPLLFISQAPLVYTIFAALILASVLMLVLEFYGLRMFIKLLAVPKHILLPIILVLCVVGAFGLNSRIFDVWAVLLFGLLGYGFVKAGLPIAPFIIGFILGPMAETNLRRGLMLSDGNFGGFLTNPISAGFLILAAASISWHLVTVIRNRKSAAIELMRS PGPT0017350_1130 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793 NA NA D1-35_04542 474 hypothetical protein ATGGATTCCTATAAAAGAAACGAGTTGATCGCCGGCCTGGCGATGCTCGGCGCCGGCATCGCTTACCTGATACTGACCATGAACCTGCCGCGTCGCGGGACGGTCGATGCCGCGTTTGTCCCTTGGGTACTCGCCGTCGCGCTGTGTCTGTTGGGCGCATTGCAATTGTGGGCGTGGCGCAAGCTGCCGGATAAAAGTGCCGAACCTTCGGAAAAGCCAGAGGCGATCGATTACCCAACGGTCATCAAATCCGTGGCCTTGGTGCTGCTTTACACAGCGCTGATGCAGCCGGTGGGTTTTCTAATCACGACTGCGCTCTATCTCTATGCCCAGTTCATCGTATTGACCCCGGCGGACGAAAAGGTCAAGCACCTGCGTTACACCCTGATCGCGGTCGTTTCGGCTGTGCTGATTTTTTACATCTTTCGTCATGGCTTCGACTTGCTCCTGCCTGTCGGTTTATTGGATTTCTAG MDSYKRNELIAGLAMLGAGIAYLILTMNLPRRGTVDAAFVPWVLAVALCLLGALQLWAWRKLPDKSAEPSEKPEAIDYPTVIKSVALVLLYTALMQPVGFLITTALYLYAQFIVLTPADEKVKHLRYTLIAVVSAVLIFYIFRHGFDLLLPVGLLDF PGPT0017355_1508 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794 NA NA D1-35_04543 972 hypothetical protein ATGAAGAAAACACTCTGCGCCTCTTTGATCGCCTCGTTTCTGAGCTTGGCCGCTGGCACAGCGATGGCTGCCGATGCCAGCGATTGGCCAAGCCGTCCGGTACAGGTCGTGGTGATTGCCAACGCCGGTGGTGACACCGATTTCAACGCACGGATGATGGCCAAGTACTTCACCAAGGTCACTGGCAAGACCATGGTCGTCACCAACATGGCCGGTGGGGGCGGCACCATCGCCGCCGATGCGGTCAAGAGCGCAGCGCCGGATGGCAATACCATCCTCTTCACCCACACCGGCCAGTTGATCGTCAACGAAGTCGCGGGGCTGTCGGAGGACCGCTTTGATGCGTTCGATATTTCCTGCATCGCTGGCGTCGACAAAGGGGCGGTGTTCGTCTCGGCAAAAAGCTCGGGCATCGACAGCCTCGACCAACTGATTGAAAAAGCCAAGGCCAAGCCCGGCACCATCACTTACGGCACCGAGATGGGCAACTTCTCGCACCTGCAAGGCTTGATGTTCGAGAAGCTCGCCGGGGTGAAACTGAAAATGGTCGACAGCGGCACCGTCTCGGAAAAAATCGTTGCCTTGCTGGGCAAACGTATCGACCTCGGCGCCATCAGCTATGGCTCGGTCCAGGATTACATTTCCAGCGGCAAGATGACTGCCCTGGGCCAGCCGAACGCCGAACGCAACGCGCTGCTGGGCGACGTCAAGACCTTCAAGGAGCAAGGCGTGGACCTGGTCCTGGACAAGCCTTACGTCGTCGCCTTCCCGAAAGGCACGGACCCGGCCATCGTCAAGAAAATGGCCGACACCATGAAGAAGATCACCGAAGAGCCTGAATATGCCGAGGAGCTGAAGAAGTCCTTCAAGCAGCCGGTCAGCTTCCAGGGCCCCGAAGAAGCCGTCGCCACGTTGAATAAAACCCGGGACAGCTTCATGCAGTTCAAGGACGAGATGCGTAAAGCAAAATAA MKKTLCASLIASFLSLAAGTAMAADASDWPSRPVQVVVIANAGGDTDFNARMMAKYFTKVTGKTMVVTNMAGGGGTIAADAVKSAAPDGNTILFTHTGQLIVNEVAGLSEDRFDAFDISCIAGVDKGAVFVSAKSSGIDSLDQLIEKAKAKPGTITYGTEMGNFSHLQGLMFEKLAGVKLKMVDSGTVSEKIVALLGKRIDLGAISYGSVQDYISSGKMTALGQPNAERNALLGDVKTFKEQGVDLVLDKPYVVAFPKGTDPAIVKKMADTMKKITEEPEYAEELKKSFKQPVSFQGPEEAVATLNKTRDSFMQFKDEMRKAK PGPT0017360_2386 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795 NA NA D1-35_04544 1833 glmS COG0449 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] ATGTGTGGAATTGTCGGCGCCGTTGCTGAACGCAACATCACGGCCATCTTGCTTGAAGGCCTCAAGCGTCTTGAATATCGCGGCTACGACAGTGCCGGCGTGGCGGTCTTCACCAACGACGAGAAGCTTGAGCGCGTGCGTCGTCCGGGCAAGGTCAGTGAACTGGAACGGGCGCTGGACGCCGAGCCGCTGATCGGTCGCCTGGGCATCGCCCATACCCGTTGGGCCACCCATGGTGCGCCGTGCGAGCGTAACGCCCATCCACATTTCTCCGGCGACCTGGCGGTGGTGCACAACGGCATCATCGAAAACTATGAGGCGTTGCGCGAACAGCTCAAGGCGCTTGGTTATGTCTTTACTTCGGACACCGACACCGAAGTCATTGCCCATTTGCTCACCCACAAGCTCAAGGACCTGGCTGACCTGACCGTGGCGCTCAAGGCCACGGTCAAGGAACTGCATGGTGCCTATGGCCTGGCGGTAATCAGCGCGAAACAACCGGATCGGCTGGTGGCGGCCCGCAGTGGCAGCCCGCTGGTGATTGGCCTGGGCCTGGGGGAAAACTTCCTGGCTTCCGACCAGTTGGCGCTGCGTCAGGTGACTGACCGCTTCATGTATCTGGAAGAGGGCGATATCGCCGAGATTCGCCGTGACAGCGTGCAAGTCTGGAACCTTGAGGGGAAAGAAGTCGAGCGCGAGGTGGTCCAGTATCGTGACGGTGCCGAAGCCGCTGACAAAGGTGAGTTCCGCCATTACATGCTCAAGGAAATCCACGAGCAACCGGCCGTTGTGCAGCGCACGCTTGAAGGCCGCCTGAGTCACGAGCAGGTGCTGGTTCAGGCCTTTGGTCCGCAGGCCGCCGAGTTGTTCGCCAAGGTGCGCAACGTGCAGATCGTGGCGTGTGGCACCAGCTATCACGCCGGCATGGTCGCCCGTTACTGGCTCGAAGAGCTGGCGGGTATCCCGTGCCAGGTCGAAGTTGCCAGCGAGTTCCGCTATCGCAAGGTAGTCGTGCAGCCGGACACTCTGTTCGTGACTATTTCCCAGTCCGGCGAAACCGCAGACACCCTGGCAGCGCTGCGTAACGCCAAGGAACTGGGCTTTCTCGCCAGCCTGGCGATCTGCAACGTCGGCATCAGCTCGTTGGTGCGCGAATCCGACCTGACCCTGCTGACCCAGGCTGGTCGCGAGATCGGCGTGGCGTCGACCAAAGCGTTCACCACGCAACTGGTCGGCCTGCTGCTGCTAACCCTGTCCCTGGGGCAGGTACGCGGTACGCTCCAAGAGGGCGTCGAGGCCCGGCTGGTAGAAGAGCTGCGCCGCCTGCCGGCCCGCCTGGGTGAAGCCCTGGCCATGGATAGCACCGTGGAAAAGATCGCCGAACTGTTCGCCGAGAAGAACCATACCTTGTTCCTGGGCCGTGGTGCGCAATTCCCAGTGGCGATGGAAGGGGCCTTGAAGCTCAAGGAAATCTCCTACATTCACGCCGAAGCCTACCCGGCCGGCGAACTCAAGCACGGCCCGTTGGCGCTTGTGGATAACGACATGCCGGTGGTCACCGTGGCGCCGAACAACGAGCTGCTGGAAAAGCTCAAGTCCAACCTGCAGGAAGTGCGCGCCCGTGGCGGCCAGTTGGTAGTCTTCGCCGATGAGAAGGCTGGCATGACCAACGGTGAGGGCACCCACGTGGTGCATATGCCGCACATCCACGACATCCTTTCGCCGATCCTTTACACCATCCCGCTGCAACTGCTGTCGTACTACGTCGCCGTGCTCAAGGGCACCGACGTGGACCAGCCGCGTAACCTGGCGAAATCGGTCACGGTCGAGTAA MCGIVGAVAERNITAILLEGLKRLEYRGYDSAGVAVFTNDEKLERVRRPGKVSELERALDAEPLIGRLGIAHTRWATHGAPCERNAHPHFSGDLAVVHNGIIENYEALREQLKALGYVFTSDTDTEVIAHLLTHKLKDLADLTVALKATVKELHGAYGLAVISAKQPDRLVAARSGSPLVIGLGLGENFLASDQLALRQVTDRFMYLEEGDIAEIRRDSVQVWNLEGKEVEREVVQYRDGAEAADKGEFRHYMLKEIHEQPAVVQRTLEGRLSHEQVLVQAFGPQAAELFAKVRNVQIVACGTSYHAGMVARYWLEELAGIPCQVEVASEFRYRKVVVQPDTLFVTISQSGETADTLAALRNAKELGFLASLAICNVGISSLVRESDLTLLTQAGREIGVASTKAFTTQLVGLLLLTLSLGQVRGTLQEGVEARLVEELRRLPARLGEALAMDSTVEKIAELFAEKNHTLFLGRGAQFPVAMEGALKLKEISYIHAEAYPAGELKHGPLALVDNDMPVVTVAPNNELLEKLKSNLQEVRARGGQLVVFADEKAGMTNGEGTHVVHMPHIHDILSPILYTIPLQLLSYYVAVLKGTDVDQPRNLAKSVTVE PGPT0017630_2981 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D1-35_04545 777 srlR COG1349 Glucitol operon repressor ATGTCCAAGCGCAATACACCACAACGCCGCCACAACATTCTCGCTTTGCTCCAGGAGCAGGGCGAGGTGAGCGTGGATGAGCTGGCCAAGCGCTTCGAAACCTCGGAAGTTACGATTCGCAAGGATCTCGCCGCGTTGGAGACCAATGGCCTGTTACTGCGCCGCTACGGTGGCGCGGTGCCGATGCCGCAGGAACTGGTCGCCGACAGTGCGCAAAGCGTTTCCAAATACAAACAAGCCATCGCCCGTGCCGCCGTGAAGCGGATCCGCGAGCATGCGCGCATCATCATTGACAGCGGCAGTACCACGGCGGCGATGATTCCCGAGCTTGGCCAGCAACCGGGGCTGGTGGTCATGACCAACTCCCTGCATGTGGCCAATGCGCTGAGCGAACTGGAGCATGAGCCCGTGCTGCTGATGACCGGTGGTACCTGGGATCCTCATTCCGAGTCGTTCCAGGGCCAAGTCGCCGAGCAGGTGCTGCGCTCCTATGACTTCGACCAGCTGTTCATCGGCGCCGACGGCATCGATCTGGTTCGAGGTACCACCACTTTCAACGAACTGTTGGGCCTGAGCCGTGTGATGGCCGAGGTTGCCCGCGAAGTGATCGTGATGGTGGAGGCCGACAAGATCGGCCGCAAGATCCCCAATCTGGAACTGCCGTGGAGCAGCGTCCATACCCTCATTACCGATGATCGCCTGCCCGTGGAGGCACGCGACCAGATTCAGGCCCGCGGCATCAATCTGATCTGCGCACCTGTCAGCCAGGAGAAATAA MSKRNTPQRRHNILALLQEQGEVSVDELAKRFETSEVTIRKDLAALETNGLLLRRYGGAVPMPQELVADSAQSVSKYKQAIARAAVKRIREHARIIIDSGSTTAAMIPELGQQPGLVVMTNSLHVANALSELEHEPVLLMTGGTWDPHSESFQGQVAEQVLRSYDFDQLFIGADGIDLVRGTTTFNELLGLSRVMAEVAREVIVMVEADKIGRKIPNLELPWSSVHTLITDDRLPVEARDQIQARGINLICAPVSQEK PGPT0017955_577 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017955-agaR-K02081 NA NA D1-35_04546 957 birA COG0340 Bifunctional ligase/repressor BirA ATGCTCACGTTGCTAAAACTTCTGAAGGACGGCCGTTTCCATTCGGGCCAGGCGCTGGGTGCTGGGTTAGGTATCAGTCGTAGTGCGGTATGGAAACAATTGCAGCACCTGGAGGCGGAGTTAGGCTTGTCTGTGCATAAGGTTCGAGGCAAGGGGTATCGCCTGGCGAAGCCGCTGTTGCTTTTGGATGCGGCCGAAATCCGCGCGGCAGAAGGCTGTGAGTGGCCTGTTCACCTGTTTGATTCGATTGACTCCACTAATGCCGAAGCGCTGCGGTCCATCGGGCGTGGCGTGGAAGCGCCATTCCTTGTTCTGGCCGAGCGGCAGATAGCCGGTCGGGGACGTCGCGGCCGCAAATGGGTCAGCCCATTCGCCGAAAACCTCTATTACAGCCTGGTGCTGCGCATTGACGGTGGCATGCGGCAGATTGAGGGGCTTAGTCTTGTCGTCGGGCTCGCTGTCATGCATTCGTTGCGTGACATGGGAGTCGTTGAGGCAGGGTTGAAGTGGCCTAACGATGTGTTGGTAGGTGAAAAGAAAATCGCCGGCATACTGCTTGAGTTGGTAGGCGACCCTGCGGATGTTTGTCACGTTGTCCTGGGTGTCGGGGTAAACGTGAATATGCAATCGACTGATGAAGTTGATCAGCAGTGGACGTCCATGAGTCTTGAAGCGGGTCGTGATTTTGACCGGAACGAGTTGGTGGCGCGAATGAGTGGAAAGCTTCAGGGGTATCTGGAGCTGCATCATGCGTCGGGATTTGCAGCGATCCAGTCGGAGTGGGAGCAATACCATTTGTGGCAGGGGCGGGCTGTGTCGCTGATTGCCGGTATCAATCGGATTGACGGCGTGGTGATGGGCATTGATCGCCAAGGTGCGCTGCGTTTGAAGGTGGATGGTGTGGAAAAGATATTCAGTGGTGGCGAGCTCAGCTTGAGGTTGCGTGATGATTCTTGA MLTLLKLLKDGRFHSGQALGAGLGISRSAVWKQLQHLEAELGLSVHKVRGKGYRLAKPLLLLDAAEIRAAEGCEWPVHLFDSIDSTNAEALRSIGRGVEAPFLVLAERQIAGRGRRGRKWVSPFAENLYYSLVLRIDGGMRQIEGLSLVVGLAVMHSLRDMGVVEAGLKWPNDVLVGEKKIAGILLELVGDPADVCHVVLGVGVNVNMQSTDEVDQQWTSMSLEAGRDFDRNELVARMSGKLQGYLELHHASGFAAIQSEWEQYHLWQGRAVSLIAGINRIDGVVMGIDRQGALRLKVDGVEKIFSGGELSLRLRDDS PGPT0022055_1830 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 D1-35_04547 750 coaX COG1521 Type III pantothenate kinase ATGATTCTTGAGCTTGATTGCGGCAATAGTTTTATCAAGTGGCGCGTTGTTCGTGCAGATGGCGTCACCCCTGTCGGCGGTGGGGTAGTCGGCTCGGATAGCGATTTGCTTGCGAGCCTGACAGGCTCAGATAAATTTCAGCTGAAAAAATGCCGTCTTGTCAGCGTCAGGACTTCTGAGGAGACCGATTTGTTGGTCGCCTCCCTGGTAGAGACATTTGGCGTCTCCGTGGCTCGCGCAACACCTACCCAAGAGATGGCGGGCGTTACAAACGGTTATGAAGACTATGAGCGCTTGGGGCTTGATCGATGGCTGGCTTTGCTCGGTGGGTACCACCTGGCTTCGGGCGCATGCCTGGTTCTGGATTTTGGTACGGCAATCACGGCAGATTTCGTAGCGCCTGACGGGCAGCACTTGGGAGGGTTCATCTGCCCTGGTATGCCTCTGATGCGTAACCAGTTACGTACCCATACCCGGCGAATCCGCTATGACGATACTGCTGCAGAACGGGCTCACGAGAGTCTTGCTCCTGGCAGGGCAACGGTCGAGGCGGTGGAGCGTGGTTGTATGCTGATGTTGAGAGGCTTCGTGCTGACTCAGCTCGAATTGGCGCGGCAATATTGGGGAGAGGATTTCGAGGTGTTTCTAACGGGAGGGGATGCCGATCTGGTTTCCGGGGTTGTTCCAGATGCCAAGGTCGTGCCTGACCTGGTTTTTGTTGGTTTGGCGATGGCTTGTCCTTTGTCTTGA MILELDCGNSFIKWRVVRADGVTPVGGGVVGSDSDLLASLTGSDKFQLKKCRLVSVRTSEETDLLVASLVETFGVSVARATPTQEMAGVTNGYEDYERLGLDRWLALLGGYHLASGACLVLDFGTAITADFVAPDGQHLGGFICPGMPLMRNQLRTHTRRIRYDDTAAERAHESLAPGRATVEAVERGCMLMLRGFVLTQLELARQYWGEDFEVFLTGGDADLVSGVVPDAKVVPDLVFVGLAMACPLS PGPT0008780_2390 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 D1-35_04548 456 hypothetical protein ATGCGGTGGCTATTTTTGTTGTTGCTGGTTCTAAATGGCTTCTATTACATCTGGCATCAGCAAGAGGTCCCGCTTCGCGCCAAGGATGTCACTCCGCTGAGCCTGTATCGAGGTTCGCAGCAAGACATTCATCTCCTGAGCGAGACGGCGGATGCGCTAGTCAGGCGTGAGCCGGGTAAATCGAGTGAAGGGCAAAAGAACTGCAACTACCTGGGTGGCTTCGTTCGCCCGGAGCTGGCCAGGCAACTGGAGCAGCGACTGGTTTCTTCGGGGGTTGCGGGCCGTACCGTTACGTTTAGCTCGCCAGCGTCTCCAGAGTCTGGTGGATTCTGGGTCCAGGTTCCACCGGACAGCGCGGCGAAGATGAATGAGGTGCTGCTTCAAAACCTTTCCAAAGAATTCAATGAGTTAAAACATAAAATAATGCCTTGCGAAGGGGTTGCGCCTGCTGGGTAG MRWLFLLLLVLNGFYYIWHQQEVPLRAKDVTPLSLYRGSQQDIHLLSETADALVRREPGKSSEGQKNCNYLGGFVRPELARQLEQRLVSSGVAGRTVTFSSPASPESGGFWVQVPPDSAAKMNEVLLQNLSKEFNELKHKIMPCEGVAPAG NA NA NA NA NA D1-35_04552 1194 tufA_1 COG0050 Elongation factor Tu-A ATGGCTAAGGAAAAGTTCGAACGTAATAAGCCGCACGTCAACGTTGGTACCATCGGTCACGTCGACCACGGTAAAACCACGCTGACCGCTGCTCTGACCCGTGTCTGCTCCGAAGTTTTCGGTTCGGCCAAGGTTGACTTCGACAAGATCGACAGCGCCCCGGAAGAAAAAGCTCGTGGTATCACCATCAACACCGCTCACGTTGAATACGATTCGGCCGTGCGTCACTACGCACACGTTGACTGCCCAGGTCACGCCGACTACGTAAAAAACATGATCACCGGTGCTGCTCAGATGGACGGCGCGATCCTGGTTTGCTCGGCCGCCGATGGTCCGATGCCGCAAACCCGTGAGCACATCCTGCTGTCCCGTCAGGTAGGCGTTCCGTACATCGTTGTCTTCCTGAACAAGGCTGACATGGTTGACGACGCTGAGCTGCTGGAACTGGTTGAGATGGAAGTGCGCGACCTGTTGAGCACTTACGACTTCCCAGGTGATGACACTCCAATCATCATCGGTTCGGCTTTGATGGCTCTGAACGGCCAAGACGACAACGAAATGGGCACCACTGCGGTGAAGAAGCTGGTTGAGACTCTGGACAGCTACATCCCAGAGCCTGAGCGTGCTATCGACAAGCCGTTCCTGATGCCAATCGAAGACGTATTCTCGATCTCCGGTCGCGGTACTGTTGTGACTGGTCGTGTTGAGCGTGGCATCGTCCGTATCCAGGAAGAGGTTGAGATCGTCGGTCTGCGCGACACTCAGAAAACTACCTGCACCGGCGTTGAAATGTTCCGCAAGCTGCTCGACGAAGGTCGTGCTGGCGAGAACTGCGGCGTGCTGCTGCGCGGCACCAAGCGTGACGACGTTGAGCGTGGCCAGGTTCTGGTCAAGCCAGGTACTGTCAAGCCGCACACCAAGTTCACCGCAGAAGTTTACGTTCTGAGCAAGGAAGAAGGCGGCCGTCATACTCCGTTCTTCAAAGGCTACCGTCCACAGTTTTACTTCCGTACAACTGACGTGACTGGTAACTGCGAGCTGCCAGAAGGCGTTGAAATGGTAATGCCAGGTGACAACATCCAGATGACTGTCACTCTGATCAAGACCATCGCGATGGAAGACGGTCTGCGTTTCGCTATCCGTGAAGGCGGTCGTACCGTCGGCGCCGGCGTCGTAGCCAAAGTCATCGAGTAA MAKEKFERNKPHVNVGTIGHVDHGKTTLTAALTRVCSEVFGSAKVDFDKIDSAPEEKARGITINTAHVEYDSAVRHYAHVDCPGHADYVKNMITGAAQMDGAILVCSAADGPMPQTREHILLSRQVGVPYIVVFLNKADMVDDAELLELVEMEVRDLLSTYDFPGDDTPIIIGSALMALNGQDDNEMGTTAVKKLVETLDSYIPEPERAIDKPFLMPIEDVFSISGRGTVVTGRVERGIVRIQEEVEIVGLRDTQKTTCTGVEMFRKLLDEGRAGENCGVLLRGTKRDDVERGQVLVKPGTVKPHTKFTAEVYVLSKEEGGRHTPFFKGYRPQFYFRTTDVTGNCELPEGVEMVMPGDNIQMTVTLIKTIAMEDGLRFAIREGGRTVGAGVVAKVIE PGPT0015245_1782 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358 NA NA D1-35_04554 369 secE COG0690 Protein translocase subunit SecE ATGACTCCTAAAGCTGAAGCTCAAGGCTCTCGCTTCGATCTGCTCAAGTGGCTAGTGGTAGTCGCTTTGGTGGTTGTTGGCGTTGTTGGCAATCAGTATTTTTCTGCTTCGCCGATCCTGTACCGCGTACTTGCATTACTCGCTATTGCTGCTGTTGCTGCCTTTGTAGGCCTGCAAACAGCCAAGGGCAAGTCTTTCTTTGTACTCGCTAAGGAAGCTCGCACCGAGATTCGTAAAGTCGTATGGCCGACTCGCCAAGAAACCACGCAGACCACATTGATCGTTGTGGCTGTTGTTCTGGTAATGGCGTTGCTGTTGTGGGGGCTTGATTCCCTGCTCGGCTGGCTTGTTTCCTTGATTGTTGGCTAA MTPKAEAQGSRFDLLKWLVVVALVVVGVVGNQYFSASPILYRVLALLAIAAVAAFVGLQTAKGKSFFVLAKEARTEIRKVVWPTRQETTQTTLIVVAVVLVMALLLWGLDSLLGWLVSLIVG PGPT0025715_1300 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073 NA NA D1-35_04555 534 nusG COG0250 Transcription termination/antitermination protein NusG GTGGCTAAGCGTTGGTACGTTGTGCATGCTTACTCGGGTTACGAGAAGCATGTCATGCGCTCGCTGATAGAGCGCGTAAAGCTGGCTGGCATGGAAGATGGCTTTGGCGAGATTCTGGTCCCCACTGAAGAAGTGGTGGAGATGCGTAACGGCCAGAAGCGCAAAAGTGAACGCAAGTTCTTTCCAGGCTATGTGCTGGTACAGATGGATATGAACGAAGGGACTTGGCACTTGGTCAAGGATACCCCTCGGGTGATGGGCTTCATCGGCGGAACCGCCGATAAGCCTGCGCCGATCACTGACAAAGAGGCAGAAGCAATTCTGCGTCGCGTCGCTGATGGTAGCGACAAACCGAAGCCGAAGACGTTGTTTGAACCAGGTGAAGTTGTACGGGTCACTGATGGTCCATTCGCCGATTTCAACGGTACGGTCGAAGAAGTTAACTACGAAAAGAGCCGGATCCAAGTGGCAGTGCTCATTTTCGGTCGCTCTACTCCGGTAGAGTTGGAGTTCAGTCAGGTCGAAAAGGTCTGA MAKRWYVVHAYSGYEKHVMRSLIERVKLAGMEDGFGEILVPTEEVVEMRNGQKRKSERKFFPGYVLVQMDMNEGTWHLVKDTPRVMGFIGGTADKPAPITDKEAEAILRRVADGSDKPKPKTLFEPGEVVRVTDGPFADFNGTVEEVNYEKSRIQVAVLIFGRSTPVELEFSQVEKV NA NA NA NA NA D1-35_04556 432 rplK COG0080 50S ribosomal protein L11 ATGGCCAAGAAGATTACCGCTTACATCAAGCTGCAAGTGAAGGCCGCTCAGGCTAACCCAAGCCCACCCGTTGGTCCTGCACTGGGTCAGCACGGCGTGAACATCATGGAATTCTGCAAGGCTTTCAACGCCCGTACCCAGGGCCTTGAGCCGGGTCTGCCGACTCCAGTGATCATCACTGTCTACAGCGACCGTAGCTTCACTTTCGAAACAAAAAGCACCCCTGCTTCGGTTCTGCTGAAGAAGGCTGCAGGTTTGACCAGCGGTTCCGCTCGTCCAAACACCGTTAAGGTTGGCACCGTTACCCGTGCTCAGCTGGAAGAAATCGCGAAAACCAAAAACGCGGATCTGACTGCAGCTGATATGGATGCAGCCGTGCGTACTATCGCCGGTTCTGCTCGTAGCATGGGCCTTAACGTGGAGGGTGTGTAA MAKKITAYIKLQVKAAQANPSPPVGPALGQHGVNIMEFCKAFNARTQGLEPGLPTPVIITVYSDRSFTFETKSTPASVLLKKAAGLTSGSARPNTVKVGTVTRAQLEEIAKTKNADLTAADMDAAVRTIAGSARSMGLNVEGV NA NA NA NA NA D1-35_04557 696 rplA COG0081 50S ribosomal protein L1 ATGGCTAAGCTGACCAAGCGTCAAAAGGCTATCGCCGGCAAAATCGAAGCAGGCAAGGCCTACAACTTTGTAGACGCCGCCGCTCTGCTGGCCGAGCTGTCGACTGTCAAGTTCAGCGAGTCGTTCGACGTTGCTGTAAATCTGGGCGTTGACCCACGTAAATCCGACCAGGTCGTTCGTAGCGCTACCGTGCTGCCACACGGCACTGGCAAGACCGTACGTGTTGCCGTGTTCACCCAGGGCCCTGCAGCTGAAGCTGCTCTGGCTGCTGGCGCTGATCGCGTAGGCATGGACGACTTGGCTGCTGAAATGAAAGGCGGCGACCTGAACTATGACGTCGTGATCGCATCCCCGGATGCCATGCGTGTTGTAGGTCAGTTGGGTCAGATCCTCGGTCCACGTGGCCTGATGCCTAACCCTAAGGTTGGTACCGTGACTCCAGACGTAGCCACCGCGGTTAAAAACGCCAAGGCTGGTCAGGTTCGTTATCGCACCGACAAAAACGGCATCATCCACACTTCCGTTGGCAAGATCGGCTTCGACGCCGTCAAGCTGAAGGAAAACGTTGAAGCCCTGATCGCTGATCTGAAGCGTATCAAGCCAGCTTCTTCGAAAGGTATCTACGTCAAGCGCGTTACCCTGAGCACCACTATGGGCCCAGGTCTGATCATCGATCAGAGCTCGCTCGACGCGTAA MAKLTKRQKAIAGKIEAGKAYNFVDAAALLAELSTVKFSESFDVAVNLGVDPRKSDQVVRSATVLPHGTGKTVRVAVFTQGPAAEAALAAGADRVGMDDLAAEMKGGDLNYDVVIASPDAMRVVGQLGQILGPRGLMPNPKVGTVTPDVATAVKNAKAGQVRYRTDKNGIIHTSVGKIGFDAVKLKENVEALIADLKRIKPASSKGIYVKRVTLSTTMGPGLIIDQSSLDA NA NA NA NA NA D1-35_04559 501 rplJ COG0244 50S ribosomal protein L10 GTGGCAATTAATCTCGAAGACAAGAAGGCCATCGTCGCTGAAGTCAACGAGGCTGCCAAAGTCGCTCTGTCCGCTGTCGTGGCTGATGCCCGTGGCGTAACAGTAGGCGCAATGACCGGACTCCGTAAAGAGGCCCGTGAAGCTGGCGTTTATGTACGTGTCGTACGTAACACCCTGCTCAAGCGCGCTGTTGCTGACACTGAATACAGTGTTCTCAACGACGTGTTCACCGGCCCGACCCTGATCGCGTTCTCCAAAGATCATCCAGGCGCTGCTGCCCGTTTGTTCAAGGAATTCGCCAAGGGTCAGGACAAGTTCGAGATCAAGGCAGCTGCGTTCGAGGGCAAGTTCCTCGCAGCTAATCAGATCGATGTACTGGCAACACTGCCGACCCGCGACGAAGCCATTTCGCAGTTGATGAGCGTGATTCAAGGCGCCACCAGCAAGCTGGCTCGTACTCTGGCTGCAGTTCGCGAGCAAAAAGAAGCTGCCGCAGCCTAA MAINLEDKKAIVAEVNEAAKVALSAVVADARGVTVGAMTGLRKEAREAGVYVRVVRNTLLKRAVADTEYSVLNDVFTGPTLIAFSKDHPGAAARLFKEFAKGQDKFEIKAAAFEGKFLAANQIDVLATLPTRDEAISQLMSVIQGATSKLARTLAAVREQKEAAAA NA NA NA NA NA D1-35_04560 366 rplL 50S ribosomal protein L7/L12 ATGTCTATCTCCCAAGACGATATCCTCAACGCCGTAGCTGAAATGTCGGTTCTGCAGGTTGTTGAGCTGATCAAAGCTTTCGAAGAAAAATTCGGCGTTTCCGCTGCTGCTGCTTCCGCTGGTCCAGCTGCTGCTGCCGCTGTTGTTGAAGAGCAAACCGAATTCAACGTCATGCTGACCGAAGCTGGCGAGAAGAAAGTTAACGTGATCAAGGCAGTACGTGAACTGACCGGTCTGGGCTTGAAAGAAGCCAAGGCTGTAGTTGACGGCGCTCCTGCCATGGTTCTGGAAGCTGTTGCCAAAGACGCAGCTGACAAAGCCAAAGCAGTACTGGAAGAAGCAGGCGCTAAAGTCGAGCTGAAGTAA MSISQDDILNAVAEMSVLQVVELIKAFEEKFGVSAAAASAGPAAAAAVVEEQTEFNVMLTEAGEKKVNVIKAVRELTGLGLKEAKAVVDGAPAMVLEAVAKDAADKAKAVLEEAGAKVELK NA NA NA NA NA D1-35_04562 4074 rpoB COG0085 DNA-directed RNA polymerase subunit beta ATGGCTTACTCATATACTGAGAAAAAACGTATCCGCAAGGACTTTAGCAAGTTGCCGGACGTCATGGATGTGCCGTACCTCCTGGCCATCCAGCTGGATTCGTATCGTGAATTCTTGCAAGCGGGAGCGACTAAAGATCAGTTCCGCGACGTGGGCCTGCATGCGGCCTTCAAATCCGTTTTCCCGATCATCAGCTACTCCGGCAATGCTGCGCTGGAGTACGTCGGTTATCGCCTGGGCGAACCGGCATTTGATGTCAAAGAATGCGTATTGCGCGGTGTGACTTACGCCGTACCTTTGCGGGTAAAAGTGCGCCTGATCATTTTCGACAAAGAATCGTCGAACAAAGCGATCAAGGACATCAAAGAGCAAGAAGTCTACATGGGTGAAATCCCCCTGATGACTGAGAACGGTACCTTCGTAATCAACGGTACCGAGCGTGTAATCGTTTCCCAGCTGCACCGTTCTCCGGGCGTGTTCTTCGACCACGACCGTGGCAAGACGCACAGCTCCGGCAAACTGCTCTACTCCGCGCGCATCATTCCTTACCGCGGTTCGTGGCTGGACTTCGAGTTCGACCCGAAAGACTGCGTATTCGTGCGTATCGACCGTCGTCGCAAGCTGCCTGCATCGGTATTGCTGCGCGCGCTCGGCTATACCACCGAGGAAGTGCTGGACGCGTTCTACACCACCAACGTCTTCCATGTGCAGGGTGAAAACCTGAGCCTGGAGCTGGTGCCTCAGCGCCTGCGCGGTGAAATCGCCGTCCTGGATATCCAGGATGACAAGGGCAAGGTTATTGTCGAGCAAGGTCGTCGTATCACCGCTCGCCACATCAACCAGCTGGAAAAAGCCGGGATCAAAGAGCTGCAGGTGCCGATGGACTACGTCCTGGGTCGCACCACCGCCAAGGTCATCGTGCATCCGGCCACTGGCGAGATCATTGCCGAGTGCAATACCGAGCTGACCACCGAGATCCTGGCGAAAATCGCCAAGGCTCAGGTTGTTCGCATCGAGACTCTGTACACCAACGATATCGACTGCGGTCCGTTCATCTCCGATACGCTGAAGATCGACTCCACCGGCAACCAACTGGAAGCCCTGGTCGAGATCTATCGCATGATGCGTCCTGGCGAGCCGCCAACCAAGGATGCCGCCGAGACCCTGTTCAACAACCTGTTCTTCAGCCCTGAGCGCTATGACCTGTCTGCGGTCGGCCGGATGAAGTTCAACCGTCGTATCGGTCGTACCGAGATTGAAGGTTCGGGCGTGCTGAACAAGGACGACATCGTTGCGGTGCTCAAGACCCTGGTCGACATCCGTAACGGCAAAGGCATCGTCGATGACATCGACCACCTGGGTAACCGTCGTGTCCGCTGCGTAGGCGAGATGGCCGAGAACCAGTTCCGTGTTGGCCTGGTGCGTGTCGAGCGCGCGGTCAAGGAACGTCTGTCGATGGCTGAAAGCGAAGGCCTGATGCCGCAAGACCTGATCAACGCCAAGCCAGTGGCTGCGGCGGTGAAGGAGTTCTTCGGTTCGAGCCAGCTGTCGCAGTTCATGGACCAGAACAACCCGCTGTCCGAGATCACCCACAAGCGTCGTGTCTCCGCACTCGGCCCAGGCGGTCTGACTCGTGAGCGTGCAGGCTTCGAGGTTCGTGACGTACACCCGACTCACTACGGTCGCGTATGCCCGATCGAAACGCCGGAAGGTCCGAACATCGGTCTGATCAACTCCCTGGCTGCCTATGCGCGCACCAACCAGTACGGTTTCCTTGAGAGCCCGTACCGTGTGGTGAAAGACGCCCTGGTTACCGACGAGATCGTATTCCTGTCCGCCATCGAAGAAGCTGATCATGTGATCGCCCAGGCTTCGGCCACGATGAACGACAAGAAAGTCCTGACCGACGAGCTGGTAGCTGTTCGTCACTTGAACGAGTTCACCGTCAAGGCGCCGGAAGACGTCACCCTGATGGACGTATCGCCCAAGCAGGTAGTTTCGGTTGCTGCGTCGCTGATCCCGTTCCTCGAGCACGACGACGCCAACCGTGCGTTGATGGGTTCGAACATGCAGCGTCAAGCTGTACCGACCCTGCGTGCCGACAAGCCGCTGGTAGGTACCGGCATGGAGCGCAACGTTGCCCGTGACTCCGGCGTTTGCGTCGTGGCTCGTCGTGGTGGCGTGATCGACTCCGTCGATGCCAGCCGTATCGTGGTTCGTGTTGCCGATGACGAAGTTGAAACTGGCGAAGCCGGTGTCGACATTTACAACCTGACCAAGTACACCCGCTCCAACCAGAACACCTGCATCAACCAGCGTCCGCTGGTGAGCAAGGGTGATCGGGTTCAGCGCAGCGACATCATGGCCGACGGCCCGTCCACCGACATGGGTGAACTGGCACTGGGTCAGAACATGCGCATCGCGTTCATGGCATGGAACGGCTTCAACTTCGAAGACTCCATCTGCCTGTCCGAGCGTGTGGTTCAGGAAGACCGCTTCACCACGATCCACATTCAGGAACTGACCTGTGTGGCCCGTGACACCAAGCTTGGCCCGGAAGAAATCACTGCGGACATCCCGAACGTGGGTGAGGCTGCACTGAACAAGCTGGACGAAGCCGGTATCGTTTACGTAGGTGCCGAAGTAGGCGCAGGCGACATCCTGGTCGGCAAGGTCACTCCGAAAGGCGAGACCCAACTGACTCCGGAAGAGAAACTGCTGCGTGCCATCTTCGGTGAAAAAGCCAGCGACGTGAAAGACACCTCCCTGCGTGTGCCTACCGGCACCAAGGGTACCGTCATCGACGTACAGGTCTTCACCCGTGACGGTGTCGAGCGTGATGCTCGTGCGTTGTCCATCGAGAAGACTCAGCTCGACGAGATCCGCAAGGATCTGAACGAAGAGTTCCGTATCGTTGAAGGCGCGACTTTCGAACGTCTGCGTTCCGCTCTGGTAGGCCACAAGGCCGAAGGCGGCGCAGGCCTGAAGAAAGGTCAGGAAATCACCGACGAAGTTCTCGACGGTCTTGAGCATGGTCAGTGGTTCAAACTGCGCATGGCTGAAGACGCTCTGAACGAGCAGCTCGAGAAGGCCCAGGCCTACATCGTTGATCGCCGCCGTCTGCTGGACGACAAGTTCGAAGACAAGAAGCGCAAACTGCAGCAGGGCGATGACCTGGCTCCAGGCGTGCTGAAGATCGTCAAGGTTTACCTGGCAATCCGTCGTCGTATCCAGCCGGGCGACAAGATGGCCGGTCGTCACGGTAACAAAGGTGTGGTCTCCGTGATCATGCCGGTTGAAGACATGCCGCACGATGCCAATGGCACCCCGGTCGATGTGGTCCTCAACCCGCTGGGCGTACCTTCGCGTATGAACGTCGGTCAGATCCTCGAAACCCACCTGGGCCTTGCGGCCAAAGGTCTGGGCGAGAAGATCAACCGCATGATCGAAGAGCAGCGCAAGGTCGCCGACCTGCGTAAGTTCCTGCACGAGATCTACAACGAGATCGGCGGGCGCAACGAAGAGCTGGACACTTTCTCCGACCAGGAAATCCTGGACCTGGCGAAGAACCTGCGCGGCGGCGTTCCAATGGCTACCCCGGTGTTCGACGGTGCCAAGGAAAGCGAAATCAAGGCCATGCTGAAACTGGCAGACCTGCCGGAAAGCGGCCAGATGCAGCTGTTCGACGGCCGTACCGGCAACAAGTTCGAGCGTCCGGTTACCGTTGGCTACATGTACATGCTGAAGCTGAACCACTTGGTAGACGACAAGATGCACGCTCGTTCTACCGGTTCTTACAGCCTGGTTACCCAGCAGCCGCTGGGTGGTAAGGCGCAGTTCGGTGGTCAGCGTTTCGGGGAGATGGAGGTCTGGGCACTGGAAGCGTACGGTGCTGCTTACACTCTGCAAGAAATGCTCACAGTGAAGTCGGACGATGTGAACGGCCGGACCAAGATGTACAAGAACATCGTGGACGGCGATCACCGTATGGAGCCGGGCATGCCCGAGTCCTTCAACGTGTTGATCAAGGAAATTCGTTCCCTCGGCATCGATATCGATCTGGAAACCGAATAA MAYSYTEKKRIRKDFSKLPDVMDVPYLLAIQLDSYREFLQAGATKDQFRDVGLHAAFKSVFPIISYSGNAALEYVGYRLGEPAFDVKECVLRGVTYAVPLRVKVRLIIFDKESSNKAIKDIKEQEVYMGEIPLMTENGTFVINGTERVIVSQLHRSPGVFFDHDRGKTHSSGKLLYSARIIPYRGSWLDFEFDPKDCVFVRIDRRRKLPASVLLRALGYTTEEVLDAFYTTNVFHVQGENLSLELVPQRLRGEIAVLDIQDDKGKVIVEQGRRITARHINQLEKAGIKELQVPMDYVLGRTTAKVIVHPATGEIIAECNTELTTEILAKIAKAQVVRIETLYTNDIDCGPFISDTLKIDSTGNQLEALVEIYRMMRPGEPPTKDAAETLFNNLFFSPERYDLSAVGRMKFNRRIGRTEIEGSGVLNKDDIVAVLKTLVDIRNGKGIVDDIDHLGNRRVRCVGEMAENQFRVGLVRVERAVKERLSMAESEGLMPQDLINAKPVAAAVKEFFGSSQLSQFMDQNNPLSEITHKRRVSALGPGGLTRERAGFEVRDVHPTHYGRVCPIETPEGPNIGLINSLAAYARTNQYGFLESPYRVVKDALVTDEIVFLSAIEEADHVIAQASATMNDKKVLTDELVAVRHLNEFTVKAPEDVTLMDVSPKQVVSVAASLIPFLEHDDANRALMGSNMQRQAVPTLRADKPLVGTGMERNVARDSGVCVVARRGGVIDSVDASRIVVRVADDEVETGEAGVDIYNLTKYTRSNQNTCINQRPLVSKGDRVQRSDIMADGPSTDMGELALGQNMRIAFMAWNGFNFEDSICLSERVVQEDRFTTIHIQELTCVARDTKLGPEEITADIPNVGEAALNKLDEAGIVYVGAEVGAGDILVGKVTPKGETQLTPEEKLLRAIFGEKASDVKDTSLRVPTGTKGTVIDVQVFTRDGVERDARALSIEKTQLDEIRKDLNEEFRIVEGATFERLRSALVGHKAEGGAGLKKGQEITDEVLDGLEHGQWFKLRMAEDALNEQLEKAQAYIVDRRRLLDDKFEDKKRKLQQGDDLAPGVLKIVKVYLAIRRRIQPGDKMAGRHGNKGVVSVIMPVEDMPHDANGTPVDVVLNPLGVPSRMNVGQILETHLGLAAKGLGEKINRMIEEQRKVADLRKFLHEIYNEIGGRNEELDTFSDQEILDLAKNLRGGVPMATPVFDGAKESEIKAMLKLADLPESGQMQLFDGRTGNKFERPVTVGYMYMLKLNHLVDDKMHARSTGSYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEMLTVKSDDVNGRTKMYKNIVDGDHRMEPGMPESFNVLIKEIRSLGIDIDLETE NA NA NA NA NA D1-35_04563 4200 rpoC COG0086 DNA-directed RNA polymerase subunit beta' TTGAAAGACCTACTGAATTTGCTGAAAAACCAGGGTCAAGTCGAAGAGTTCGACGCCATCCGTATTGGATTGGCCTCGCCTGAGATGATCCGTTCGTGGTCGTTCGGTGAAGTTAAAAAGCCGGAAACCATCAACTACCGTACGTTCAAACCCGAGCGTGACGGCCTGTTCTGCGCCAAGATCTTTGGCCCGGTAAAGGATTACGAGTGCCTGTGCGGTAAGTACAAGCGCTTGAAGCATCGCGGCGTGATCTGCGAGAAGTGCGGCGTTGAAGTTGCGCTGGCAAAAGTTCGTCGTGAGCGCATGGCGCACATCGAGCTGGCTTCGCCGGTTGCCCACATCTGGTTCCTGAAATCGCTGCCGTCCCGTATCGGCTTGCTGATGGACATGACCCTGCGTGATATCGAGCGCGTTCTCTACTTCGAGAGCTATGTCGTTATCGATCCAGGCATGACCACCCTTGAAAAAGGTCAGCTGCTCAACGACGAGCAGTACTTCGAAGCGCTGGAAGAGTTCGGCGACGATTTCGATGCCCGCATGGGTGCCGAAGCTGTCCGCGAGCTTCTGCACGCTATCGACCTGGAGCACGAGATTGGTCGTCTGCGCGAAGAGATTCCGCAAACCAACTCCGAAACCAAGATCAAGAAGCTGTCCAAGCGTCTGAAGTTGATGGAAGCCTTCCAGGGTTCCGGCAACCTGCCAGAGTGGATGGTGCTGACCGTTCTGCCGGTTCTGCCGCCAGATCTGCGTCCACTGGTCCCGCTGGATGGCGGTCGTTTCGCGACTTCCGACCTCAACGATCTGTATCGTCGAGTGATCAACCGTAACAACCGCTTGAAGCGCCTGCTCGATCTGTCCGCTCCGGACATCATCGTGCGCAACGAAAAGCGTATGTTGCAGGAAGCGGTCGATGCACTGCTCGACAACGGTCGTCGTGGTCGCGCTATCACCGGTTCGAACAAGCGTCCTCTGAAATCCCTGGCTGACATGATCAAGGGTAAGCAAGGTCGTTTCCGCCAGAACTTGCTCGGTAAGCGTGTTGACTACTCGGGTCGTTCGGTAATTACCGTAGGTCCGACCCTGCGTCTGCACCAGTGCGGTCTGCCTAAGAAAATGGCACTGGAACTGTTCAAGCCGTTCATTTTCGGCAAGCTGGAAATGCGTGGTCTCGCTACCACCATCAAAGCCGCCAAGAAAATGGTCGAGCGCGAGCTGCCAGAGGTCTGGGACGTTCTTGCCGAAGTGATTCGCGAACACCCGGTGCTGCTCAACCGTGCACCGACCCTTCACCGTCTGGGTATCCAGGCGTTTGAACCGGTACTGATCGAAGGCAAGGCTATCCAGCTGCACCCTCTGGTCTGTGCTGCGTACAACGCCGACTTCGACGGCGACCAGATGGCCGTGCACGTACCGCTGACGCTGGAAGCCCAGCTCGAAGCGCGTGCGTTGATGATGTCGACCAACAACATCCTGTCGCCAGCCAACGGTGAGCCAATCATCGTTCCGTCGCAGGACGTTGTATTGGGTCTGTACTACATGACTCGTGAAGCGATCAACGCCAAGGGCGAAGGTCGTGTTTTCGCGGACCTGCAGGAAGTTGACCGGGTGTTCCGTGCTGGCGAAGCCGCACTGCACGCCAAGGTGAAGGTGCGGATCAACGAGACCGTTAACGATCGTGATGGTGGCAGCGTCAAGAACACTCGCATCGTCGACACCACTGTTGGCCGTGCGCTGTTGTTCCAGGTTGTTCCACCTGGTCTGTCGTTTGACGTCGTCAACCTGCCGATGAAGAAAAAGGCGATCTCCAAGCTGATCAACCAGTGCTACCGCGTGGTTGGTCTGAAAGAGACCGTGATCTTCGCTGACCAGCTGATGTACACCGGTTTTGCCTATTCGACCATCTCCGGCGTTTCCATCGGTGTTAACGACTTCGTTATCCCTGATGAAAAAGCCCGCATCATCGGTGCTGCCACCGAGGAAGTGAAAGAGATCGAGAGCCAGTACGCGTCCGGCCTGGTAACCCAGGGCGAGAAGTACAACAAGGTAATCGACCTCTGGTCGAAGGCGAACGACGAAGTATCCAAGGCGATGATGGCCAACCTCTCGAAAGAGAAGGTCATCGACCGCCACGGCAACGAAGTCGATCAGGAATCGTTCAACTCGATGTACATGATGGCCGACTCGGGCGCACGGGGTTCTGCTGCGCAGATCCGTCAGCTCGCCGGTATGCGTGGCCTGATGGCCAAGCCGGACGGCTCCATCATCGAGACGCCGATTACCGCGAATTTCCGTGAAGGTTTGAGCGTACTTCAGTACTTCATCTCCACTCACGGTGCTCGTAAGGGTCTTGCGGATACCGCGTTGAAAACCGCGAACTCCGGTTACCTGACTCGTCGTCTGGTAGACGTGGCGCAGGATCTGGTTGTGACCGAGATCGATTGCGGCACCGAACACGGCCTGGTCATGACGCCGCACATTGAAGGCGGTGACGTTGTCGAGCCGCTGGGTGAGCGTGTATTGGGTCGTGTCATTGCCCGTGACGTGTTCAAGCCGGGTACCGAGGACGTCATCGTTCCTGCGGGCACCCTGGTTGACGAGAAGTGGGTCGAGTTCATCGAGCTCAACAGCATCGACGAAGTGATCGTACGTTCGCCGATCAGCTGCGAAACCCGCTACGGCATCTGCGCCAAGTGCTACGGCCGCGATCTGGCTCGTGGTCACCAGGTGAACATCGGTGAAGCGGTCGGCGTTATTGCTGCCCAGTCCATCGGTGAGCCGGGTACCCAGCTGACCATGCGTACGTTCCACATCGGTGGTGCGGCAAGCCGGACCTCCGCGGCCGACAGCGTTCAGGTGAAGAATGGCGGTACTGTCCGTCTGCACAACCTGAAGCACGTTGAGCGTGTCGACGGTCACCTGGTGGCTGTGTCCCGTTCCGGTGAGCTGGCGATTGCCGACGACTTCGGTCGTGAGCGCGAGCGCTACAAGCTGCCGTACGGTGCGGTGATTTCGGTGAAGGAAGGCGACAAGGTCGACGCTGGCGCTATCGTGGCCAAGTGGGATCCGCACACTCACCCGATCGTTACCGAAATGAAAGGTACCGTGACCTACGTGGGCATGGAAGAAGGCATCACCATCAAGCGTCAGACTGACGAATTGACCGGTATGACCAACATTGAAGTACTCGACGCCAAAGATCGTCCAGCTGCCGGCAAGGACATCCGTCCAGCCGTGAAGATGGTCGACGACAACGGTAAGGATCTGTTGCTGCCAGGCACTGACGTAATCGCTCAGTACTTCCTGCCAGCCAACGCCTTGGTCGGTGTGGCGGACGGCGCGCGGATCGCGATCGGTGATGTTATCGCTCGTATTCCGCAAGAAACTTCGAAAACCCGTGACATCACTGGTGGTCTGCCGCGTGTTGCCGACCTGTTCGAAGCCCGTCGTCCGAAAGAAGCCTCGATTCTGGCTGAAGTCAGCGGCACCATCGCGTTCGGTAAAGAGACCAAGGGCAAGCGCCGTCTGGTCATCACCCCGAACGACGGTAGCGATCCGTACGAAGAACTGATTCCGAAGTGGCGTCACCTGAACGTCTTCGAAGGCGAACAGGTAAACCGCGGCGAAGTTATCTCCGACGGTCCGAGCGATCCACACGACATCCTGCGTCTGCTGGGTGTGAGTGCGCTGGCCAAGTACATCGTGAACGAGATCCAGGACGTTTATCGTCTGCAAGGCGTGAAGATCAACGACAAGCACATCGAGACCATCCTGCGTCAGATGCTGCGTAAAGTTGAGATCTCCGAGTCCGGCGATTCCAGCTTCATCAAGGGCGACCAGATGGAACTGACTCACGTACTGGTGGAGAACGAGCGCCTGGCGAACGAGGACAAGTTCCTTGCCAAGTTCACTCGCGTACTGCTGGGTATCACCAAGGCGTCGTTGTCCACCGAATCGTTCATCTCGGCGGCTTCCTTCCAGGAAACCACGCGGGTACTGACCGAAGCGGCGGTAACCGGCAAGCGCGACTACCTGCGCGGCCTGAAAGAAAACGTGGTCGTGGGTCGTCTGATCCCGGCCGGTACCGGCTTGGCCTACCACAGCGAGCGCAAGCGCCGCCGTGAAGCAGACAAGCCGTTGCGCGTAAGCGCCAGTGAAGTGGAAGCTGCACTGACCGAAGCACTGAACTCGAGCGGTAACTGA MKDLLNLLKNQGQVEEFDAIRIGLASPEMIRSWSFGEVKKPETINYRTFKPERDGLFCAKIFGPVKDYECLCGKYKRLKHRGVICEKCGVEVALAKVRRERMAHIELASPVAHIWFLKSLPSRIGLLMDMTLRDIERVLYFESYVVIDPGMTTLEKGQLLNDEQYFEALEEFGDDFDARMGAEAVRELLHAIDLEHEIGRLREEIPQTNSETKIKKLSKRLKLMEAFQGSGNLPEWMVLTVLPVLPPDLRPLVPLDGGRFATSDLNDLYRRVINRNNRLKRLLDLSAPDIIVRNEKRMLQEAVDALLDNGRRGRAITGSNKRPLKSLADMIKGKQGRFRQNLLGKRVDYSGRSVITVGPTLRLHQCGLPKKMALELFKPFIFGKLEMRGLATTIKAAKKMVERELPEVWDVLAEVIREHPVLLNRAPTLHRLGIQAFEPVLIEGKAIQLHPLVCAAYNADFDGDQMAVHVPLTLEAQLEARALMMSTNNILSPANGEPIIVPSQDVVLGLYYMTREAINAKGEGRVFADLQEVDRVFRAGEAALHAKVKVRINETVNDRDGGSVKNTRIVDTTVGRALLFQVVPPGLSFDVVNLPMKKKAISKLINQCYRVVGLKETVIFADQLMYTGFAYSTISGVSIGVNDFVIPDEKARIIGAATEEVKEIESQYASGLVTQGEKYNKVIDLWSKANDEVSKAMMANLSKEKVIDRHGNEVDQESFNSMYMMADSGARGSAAQIRQLAGMRGLMAKPDGSIIETPITANFREGLSVLQYFISTHGARKGLADTALKTANSGYLTRRLVDVAQDLVVTEIDCGTEHGLVMTPHIEGGDVVEPLGERVLGRVIARDVFKPGTEDVIVPAGTLVDEKWVEFIELNSIDEVIVRSPISCETRYGICAKCYGRDLARGHQVNIGEAVGVIAAQSIGEPGTQLTMRTFHIGGAASRTSAADSVQVKNGGTVRLHNLKHVERVDGHLVAVSRSGELAIADDFGRERERYKLPYGAVISVKEGDKVDAGAIVAKWDPHTHPIVTEMKGTVTYVGMEEGITIKRQTDELTGMTNIEVLDAKDRPAAGKDIRPAVKMVDDNGKDLLLPGTDVIAQYFLPANALVGVADGARIAIGDVIARIPQETSKTRDITGGLPRVADLFEARRPKEASILAEVSGTIAFGKETKGKRRLVITPNDGSDPYEELIPKWRHLNVFEGEQVNRGEVISDGPSDPHDILRLLGVSALAKYIVNEIQDVYRLQGVKINDKHIETILRQMLRKVEISESGDSSFIKGDQMELTHVLVENERLANEDKFLAKFTRVLLGITKASLSTESFISAASFQETTRVLTEAAVTGKRDYLRGLKENVVVGRLIPAGTGLAYHSERKRRREADKPLRVSASEVEAALTEALNSSGN NA NA NA NA NA D1-35_04565 372 rpsL COG0048 30S ribosomal protein S12 ATGGCAACTATCAACCAGCTGGTACGTCAGCCGCGTAAGCGTATCGTCGAGAAATCCGACGTGCCTGCGCTGCAGAACTGCCCGCAACGTCGTGGCGTATGCACCCGTGTGTATACCACCACGCCGAAAAAACCTAACTCGGCACTGCGTAAAGTATGCCGTGTGCGCCTGACCAACGGTTTCGAGGTTTCCTCGTACATCGGCGGTGAAGGCCACAACCTGCAAGAGCACAGCGTGGTACTGATCCGCGGCGGTCGTGTAAAAGACTTGCCAGGTGTTCGTTACCACACCGTCCGCGGTTCTTTGGATACTTCCGGCGTCAAAGGTCGTAACCAGGGTCGTTCGAAGTACGGTACCAAGCGTCCGAAGTAA MATINQLVRQPRKRIVEKSDVPALQNCPQRRGVCTRVYTTTPKKPNSALRKVCRVRLTNGFEVSSYIGGEGHNLQEHSVVLIRGGRVKDLPGVRYHTVRGSLDTSGVKGRNQGRSKYGTKRPK NA NA NA NA NA D1-35_04566 471 rpsG COG0049 30S ribosomal protein S7 ATGCCAAGACGTCGCGTAGCAGCCAAACGTGAGATTCTGGACGATCCGAAATACGGAAGCCAGATCCTCGCCAAGTTCATGAACCACGTTATGGAGAGCGGCAAGAAAGCCGTTGCCGAGCGTATTGTTTATGGCGCACTGGACAAAGTTAAGGAACGCAAGAACAGCGATCCCCTGGAAATCTTCGAGAAAGCTCTCGACGCCATCGCTCCGCTGGTCGAAGTGAAGTCGCGCCGTGTAGGCGGTGCTACTTACCAGGTTCCGGTCGAAGTTCGTCCTTCCCGTCGTAACGCCCTGGCAATGCGCTGGCTGGTAGACTTCGCCCGCAAGCGCGGCGAGAAGTCCATGGCTCTGCGTTTGGCTGGTGAACTGTTGGACGCTGCTGAAGGTAAAGGTGCTGCAGTTAAGAAGCGTGAAGACGTGCACCGTATGGCTGAAGCCAACAAGGCTTTCTCGCACTACCGCTTCTAA MPRRRVAAKREILDDPKYGSQILAKFMNHVMESGKKAVAERIVYGALDKVKERKNSDPLEIFEKALDAIAPLVEVKSRRVGGATYQVPVEVRPSRRNALAMRWLVDFARKRGEKSMALRLAGELLDAAEGKGAAVKKREDVHRMAEANKAFSHYRF NA NA NA NA NA D1-35_04567 2106 fusA COG0480 Elongation factor G 1 ATGGCTCGTACTACACCGATTAATCGCTACCGTAACATCGGTATCGTTGCTCACGTGGATGCTGGTAAGACCACCACCACCGAGCGCGTCCTTTTTTACACCGGCAAAAGTCACAAAATGGGCGAGGTGCATGACGGCGCCGCGACCACAGACTGGATGGTGCAGGAGCAGGAGCGTGGTATTACCATTACTTCTGCTGCTATCACCGCCTTCTGGAAAGGTTCCGAGAAGCAGTACCCGCACGAGCATCGCTTCAACGTAATCGATACCCCGGGCCACGTAGACTTCACCATTGAAGTTGAACGTTCCCTGCGTGTACTCGACGGCGCGGTCGTTGTGTTCTGCGGTACTTCGGGTGTTGAGCCTCAGTCGGAAACCGTATGGCGTCAGGCCAACAAATACGGCGTTCCACGTCTTGTTTACGTAAACAAGATGGACCGTGCTGGTGCCAACTTCCTGCGCGTGATCGCTCAGATCAAGCAGCGTCTGGGTCACACTCCGGTGCCGATCCAGTTGGCTATCGGTTCCGAAGACAACTTCCAGGGTCAGATCGATCTGATCAACATGCAAGCTGTCTACTGGAACGATTCCGACAAGGGCATGGTTCCTGTTCGCAAGGACATTCCTGCTGAATTGCTGGAAGAAGCCGAGAAGTGGCGCGGCAACATGGTCGAGGCTGCGGCCGAAGCCAACGAAGAGCTGATGAACAAGTACCTCGAGGGTGAAGAACTCACCAACGAGGAAATCAAGGCCGCTCTGCGTCAGCGTACTATCGCTGGTGAGATCGTTCTGGCTGTTTGTGGTTCTTCCTTCAAGAACAAGGGTGTTCCCCTGGTTCTCGACGCCGTTATCGATTTCCTGCCTGCTCCAACCGACATTCCCGCTATCAAGGGTTCCAACCCGGATAACGAGGAAGAGGAAATGGAGCGTCACGCAAGTGACGACGAGCCGTTCGCGGCTTTGGCATTCAAGATCGCTACCGACCCATTCGTGGGTACCTTGACCTTTGTTCGGGTTTACTCGGGCGTGTTGGCCTCCGGCGACGGCGTGATCAACTCGGTCAAAGGCAAGAAAGAGCGTGTGGGTCGTATGGTGCAGATGCACGCAAACGCCCGTGAAGAAATCAAGGAAGTACGCGCTGGTGACATCGCGGCCTTGATCGGCATGAAGGACGTCACCACTGGCGAAACCTTGTGCAACGCTGACAAGCCAATCATCCTGGTTCGCATGGACTTCCCGGAGCCGGTTATTTCGGTTGCCGTTGAGCCCAAGACCAAGGATGACCAGGAAAAAATGGGTATCGCTCTGGGCAAACTTGCTCAGGAAGACCCGTCTTTCCGCGTCAAGACTGATGAAGAGACTGGTCAGACGATCATCTCCGGCATGGGCGAGCTGCACCTGGACATCCTGGTTGACCGGATGCGCCGTGAGTTCAACGTCGAAGCCAACATCGGCAAGCCTCAGGTTTCCTATCGTGAGCGCATCACGAAGAACTGTGAAATCGAAGGCAAGTTCGTTCGCCAATCCGGCGGTCGTGGCCAGTTCGGTCACTGCTGGATCCGTTTTGCACCGGCTGACGAAGGTCAGGAAGGTCTGCAATTCGTGAACGAAGTCGTAGGTGGTGTTGTTCCTAAGGAATACATCCCGGCGATCCAGAAGGGTATCGAAGAGCAGATGAAGAACGGCGTTGTTGCCGGCTATCCGCTGATCGGCCTGAAGGCAACAGTGTTTGATGGTTCTTACCACGACGTCGACTCCAACGAGATGGCGTTCAAGGTGGCTGCTTCCATGGCAACCAAGCAACTGGCCCAGAAGGGCGGTGGTGAGTTGCTCGAGCCGATCATGGCAGTAGAAGTCGTTACGCCTGAAGACTACATGGGTGATGTCATGGGCGACCTTAACCGTCGTCGTGGCATGATTCTGGGTATGGAAGATACGGTTTCCGGCAAGGTTATCCGCGCCGAGGTTCCGTTGGGTGAAATGTTCGGTTACGCGACCGACGTTCGTTCCATGTCTCAGGGTCGCGCAAGCTACTCTATGGAATTCAAAAAATACAATACAGCTCCGTCGCATATCGTCGAGACTGTTACTAAAAAGCAAGGCTGA MARTTPINRYRNIGIVAHVDAGKTTTTERVLFYTGKSHKMGEVHDGAATTDWMVQEQERGITITSAAITAFWKGSEKQYPHEHRFNVIDTPGHVDFTIEVERSLRVLDGAVVVFCGTSGVEPQSETVWRQANKYGVPRLVYVNKMDRAGANFLRVIAQIKQRLGHTPVPIQLAIGSEDNFQGQIDLINMQAVYWNDSDKGMVPVRKDIPAELLEEAEKWRGNMVEAAAEANEELMNKYLEGEELTNEEIKAALRQRTIAGEIVLAVCGSSFKNKGVPLVLDAVIDFLPAPTDIPAIKGSNPDNEEEEMERHASDDEPFAALAFKIATDPFVGTLTFVRVYSGVLASGDGVINSVKGKKERVGRMVQMHANAREEIKEVRAGDIAALIGMKDVTTGETLCNADKPIILVRMDFPEPVISVAVEPKTKDDQEKMGIALGKLAQEDPSFRVKTDEETGQTIISGMGELHLDILVDRMRREFNVEANIGKPQVSYRERITKNCEIEGKFVRQSGGRGQFGHCWIRFAPADEGQEGLQFVNEVVGGVVPKEYIPAIQKGIEEQMKNGVVAGYPLIGLKATVFDGSYHDVDSNEMAFKVAASMATKQLAQKGGGELLEPIMAVEVVTPEDYMGDVMGDLNRRRGMILGMEDTVSGKVIRAEVPLGEMFGYATDVRSMSQGRASYSMEFKKYNTAPSHIVETVTKKQG NA NA NA NA NA D1-35_04568 1194 tufA_2 COG0050 Elongation factor Tu-A GTGGCTAAAGAAAAATTTGATCGTTCCCTACCGCACGTCAACGTTGGCACCATTGGTCACGTTGACCACGGTAAAACCACTCTGACCGCTGCTCTGACTCGCGTCTGCTCCGAAGTTTTCGGTTCGGCCGTTGTTGCTTTCGACAAAATCGACAGCGCTCCGGAAGAAAAGGCTCGTGGTATCACCATCAACACCGCGCACGTTGAGTACAACTCTTCGATTCGTCACTACGCTCACGTTGACTGCCCAGGTCACGCTGACTATGTGAAGAACATGATCACCGGTGCTGCCCAGATGGACGGCGCGATCCTGGTTTGCTCGGCCGCCGATGGTCCGATGCCACAAACCCGTGAGCACATCCTGCTGTCCCGTCAGGTAGGCGTTCCGTACATCGTTGTCTTCCTGAACAAGGCTGACATGGTTGACGACGCTGAGCTGCTGGAACTGGTTGAGATGGAAGTGCGCGATCTGCTGAGCACTTACGACTTCCCAGGTGATGACACCCCAATCATCATCGGTTCGGCTCTGATGGCTCTGAACGGCCAGGACGACAACGAAATGGGTACCACCGCTGTGAAGCGTCTGGTAGAAACTCTGGACAGCTACATCCCAGAGCCAGTTCGTGTTATCGACAAGCCGTTCCTGATGCCTATCGAAGACGTATTCTCGATCTCCGGTCGCGGTACTGTTGTGACTGGTCGTATCGAGCGCGGTATCGTCAAGGTTCAGGATCCGCTGGAAATCGTAGGTCTGCGTGACACCACCGTCACCACCTGCACCGGTGTTGAAATGTTCCGTAAGCTGCTCGACGAAGGTCGTGCTGGCGAGAACTGCGGCGTTCTGCTGCGTGGTACCAAGCGTGACGACGTTGAGCGTGGCCAGGTTCTGGTTAAGCCGGGTTCGGTCAAGCCGCACACCAAGTTCGAAGCTGAAGTGTACGTTCTGAGCAAAGAAGAAGGCGGTCGTCACACTCCGTTCTTCAAAGGCTACCGTCCACAGTTCTACTTCCGGACCACTGACGTGACCGGTAACTGCGAGCTGCCGGAAGGCGTTGAAATGGTAATGCCAGGCGATAACATCAAAATGGTTGTCACCCTGATCAAAACCATCGCAATGGAAGACGGTCTGCGTTTCGCTATCCGTGAAGGCGGTCGTACCGTCGGCGCTGGCGTCGTAGCCAAAATCATCGAGTAA MAKEKFDRSLPHVNVGTIGHVDHGKTTLTAALTRVCSEVFGSAVVAFDKIDSAPEEKARGITINTAHVEYNSSIRHYAHVDCPGHADYVKNMITGAAQMDGAILVCSAADGPMPQTREHILLSRQVGVPYIVVFLNKADMVDDAELLELVEMEVRDLLSTYDFPGDDTPIIIGSALMALNGQDDNEMGTTAVKRLVETLDSYIPEPVRVIDKPFLMPIEDVFSISGRGTVVTGRIERGIVKVQDPLEIVGLRDTTVTTCTGVEMFRKLLDEGRAGENCGVLLRGTKRDDVERGQVLVKPGSVKPHTKFEAEVYVLSKEEGGRHTPFFKGYRPQFYFRTTDVTGNCELPEGVEMVMPGDNIKMVVTLIKTIAMEDGLRFAIREGGRTVGAGVVAKIIE PGPT0015245_1779 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358 NA NA D1-35_04569 312 rpsJ COG0051 30S ribosomal protein S10 ATGCAAAATCAGCAAATCCGTATCAGGTTGAAGGCTTTTGACCATCGCCTGATCGACCAATCCACCCAGGAAATCGTGGAAACCGCGAAACGTACTGGTGCTCAAGTGCGTGGTCCAATTCCACTGCCTACCCGTAAAGAGCGGTTCACCGTTCTGGTCTCCCCGCACGTCAACAAAGACGCGCGTGACCAGTACGAGATCCGTACTCATAAGCGCGTTCTGGACATCGTCCAGCCAACGGATAAAACCGTTGATGCTCTTATGAAGCTCGATCTTGCGGCCGGTGTGGAAGTGCAGATCAGCCTCGGCTAA MQNQQIRIRLKAFDHRLIDQSTQEIVETAKRTGAQVRGPIPLPTRKERFTVLVSPHVNKDARDQYEIRTHKRVLDIVQPTDKTVDALMKLDLAAGVEVQISLG 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 D1-35_04570 636 rplC COG0087 50S ribosomal protein L3 ATGACTATTGGTGTAGTCGGTCGTAAATGCGGTATGACCCGTATTTTCACCGAAGAAGGTGTCTCCATTCCGGTCACGGTCATTGAGATCGAGCCGAATCGCGTCACCCAGTTCAAAACTGAAGAGATCGATGGCTATCGTGCAGTGCAAGTCACTGTCGGCGAGCGTCGTGCTTCGCGTGTAACAGCTGCTCAAGCTGGCCACTTCGCCAAGGCGAACGTTGCCGCTGGTCGTACCGTAATGGAATTCCGCCTTGAAGAAGGCGATTACCAGGCCGGCGATCTGATCAACGCTGAAATCTTCGCCGCTGGCCAACTGGTTGATGTAACCGGTCAGTCCAAGGGTAAAGGCTTCCAGGGTACGATCAAGCGTTGGAACTTCCGCGGGCAAGATAACACCCACGGTAACTCCGTATCCCACCGCGTTCCAGGCTCTATCGGCCAGTGCCAGACTCCTGGTCGTGTATTCAAGGGCAAAAAAATGTCCGGTCATATGGGCGCCGAGCGCGTGACCGTGCAGTCCCTCGAAGTAGTGCGCGTGGACGCTGAACGCAATCTGTTGTTGGTCAAGGGCGCTGTTCCTGGCGCTACTGGCGGCAACTTGGTTGTACGTCCAGCAGCCAAGGCTCGCGGTTAA MTIGVVGRKCGMTRIFTEEGVSIPVTVIEIEPNRVTQFKTEEIDGYRAVQVTVGERRASRVTAAQAGHFAKANVAAGRTVMEFRLEEGDYQAGDLINAEIFAAGQLVDVTGQSKGKGFQGTIKRWNFRGQDNTHGNSVSHRVPGSIGQCQTPGRVFKGKKMSGHMGAERVTVQSLEVVRVDAERNLLLVKGAVPGATGGNLVVRPAAKARG NA NA NA NA NA D1-35_04571 603 rplD COG0088 50S ribosomal protein L4 ATGCAATTAAATGTAAATGACGCTCAAGCGATCGAAGTTTCCGAACTGACATTTGGCGGCGAATTCAACGAGACGCTGGTTCACCAAGCAGTCGTGGCCTACATGGCCGGCGGCCGTCAAGGTAGCAAGCAGCAAAAGACCCGTTCCGACGTTTCTGGTGGCGGTAAGCGCCCATGGCGTCAGAAAGGTACTGGCCGTGCTCGTGCCGGTACTATCCGTAGCCCAATCTGGCGTGGCGGCGGTACCACTTTCGCAGCTCGTCCTCAGGATCACTCCCAGAAGCTGAACAAGAAGATGTATCGCGCAGCAATGCGTTCCATCCTTGCTGAGCTGGTGCGTACTGATCGTCTGGTCGTGGTTCAGGACTTCGCTGTTGAAGCACCGAAAACCAAAGATCTGCTGAACAAGCTGAATGGCATGGGCCTGACTGACGTCCTGATCGTGTCTGACGCTGTTGATCAGAACCTGTACCTGGCTGCTCGCAACCTGCCACACGTCGATGTCCGTGACGTGCAGGGTTCCGATCCGGTCAGTCTGATCGCATACGACAAGGTGTTGATCACCGTGTCGGCCGTGAAGAAATTCGAGGAGCTGCTGGGATGA MQLNVNDAQAIEVSELTFGGEFNETLVHQAVVAYMAGGRQGSKQQKTRSDVSGGGKRPWRQKGTGRARAGTIRSPIWRGGGTTFAARPQDHSQKLNKKMYRAAMRSILAELVRTDRLVVVQDFAVEAPKTKDLLNKLNGMGLTDVLIVSDAVDQNLYLAARNLPHVDVRDVQGSDPVSLIAYDKVLITVSAVKKFEELLG NA NA NA NA NA D1-35_04572 300 rplW COG0089 50S ribosomal protein L23 ATGAACCAGGAACGCGTATTTAAAGTTCTGCTTGGCCCGCACGTTTCCGAGAAGGCTACGGTTCTGGCAGACAAGAAAGGCCAGTTCGTTTTCAAGGTTGCAACCGATGCAACCAAGCTGGAAATCAAGAAGGCCGTCGAAAGCCTGTTCAGCGTGAAAGTAGAGCGCGTTACTACCCTGAACGTTCTGGGTAAGAGCAAGCGCACTGCTCGCGGTCTGGGCAAGCGTAATGACTGGAAGAAGGCAGTTATCTCCCTTCAGCCAGGCCAAGATCTCGATTTCAGCAGCAGTGCTGAGTAA MNQERVFKVLLGPHVSEKATVLADKKGQFVFKVATDATKLEIKKAVESLFSVKVERVTTLNVLGKSKRTARGLGKRNDWKKAVISLQPGQDLDFSSSAE NA NA NA NA NA D1-35_04573 825 rplB COG0090 50S ribosomal protein L2 ATGGCAATCGTTAAATGCAAACCGACTTCCCCTGGCCGCCGTTTTGTGGTCAAGGTGGTCAACCAGGAGCTGCATAAAGGCGCTCCTCACGCACCGCTGCTCGAGAAAAAATCGAAGTCTGGTGGTCGTAACAACAATGGCCGTATTACCACTCGTCACATTGGTGGTGGTCATAAGCAGCATTATCGTCTGGTCGACTTCCGTCGCAACGACAAGGATGGCATCGCTGCCACCGTCGAGCGTATCGAATACGATCCAAACCGTACTGCTCACATCGCTCTGCTGCTGTACGCAGATGGCGAGCGTCGCTACATCATCGCCCCTAAAGGCGTGAGTGCTGGCGACCAGCTGATCGCAGGTGCTCTGGCACCGATCAAGCCGGGCAACGCTCTGCAACTGCGCAACATTCCAGTTGGTAGCACCGTACACGGCATCGAATTGAAGCCAGGTAAAGGCGCGCAAATCGCTCGTTCCGCTGGTGCTTCGGCTCAGCTGATCGCTCGTGAAGGTGTCTACGTGACCCTGCGTCTGCGTTCTGGTGAGATGCGTAAAGTCCTGGCTGAATGCCGTGCGACCCTGGGCGAAGTCTCGAACTCCGAGCACAGCCTGCGTTCGTTGGGTAAAGCTGGTGCCAAGCGCTGGCGTGGCGTTCGCCCAACCGTTCGTGGTGTTGCCATGAACCCGGTTGACCACCCACATGGTGGTGGTGAAGGTCGTACCTCTGGTGGTCGTCATCCGGTATCGCCATGGGGCTTCCCGACTAAGGGCGCGAAGACTCGTGGTAATAAGCGTACCGACAAAATGATCGTCCGTCGTCGCAAGTAA MAIVKCKPTSPGRRFVVKVVNQELHKGAPHAPLLEKKSKSGGRNNNGRITTRHIGGGHKQHYRLVDFRRNDKDGIAATVERIEYDPNRTAHIALLLYADGERRYIIAPKGVSAGDQLIAGALAPIKPGNALQLRNIPVGSTVHGIELKPGKGAQIARSAGASAQLIAREGVYVTLRLRSGEMRKVLAECRATLGEVSNSEHSLRSLGKAGAKRWRGVRPTVRGVAMNPVDHPHGGGEGRTSGGRHPVSPWGFPTKGAKTRGNKRTDKMIVRRRK NA NA NA NA NA D1-35_04574 276 rpsS COG0185 30S ribosomal protein S19 GTGCCACGTTCTCTGAAAAAAGGTCCTTTTATTGATCTTCACCTACTGAAGAAGATCGAAGTGGCGGCGGAAAAGAACGATCGCAAACCAGTTAAGACCTGGTCGCGTCGTTCGATGATCCTGCCACAGATGGTCGGTCTGACCATCGCTGTACACAACGGTCGCCAGCACGTCCCAGTTCTCGTGAACGAAGACATGGTCGGCCACAAACTGGGCGAGTTCGCCGGTACCCGCACATATCGTGGGCACGTGGCTGACAAGAAAGCCAAGCGTTAA MPRSLKKGPFIDLHLLKKIEVAAEKNDRKPVKTWSRRSMILPQMVGLTIAVHNGRQHVPVLVNEDMVGHKLGEFAGTRTYRGHVADKKAKR NA NA NA NA NA D1-35_04575 333 rplV COG0091 50S ribosomal protein L22 ATGGAAGTAGCCGCTAAGTTGTCGGGCGCTCGAATCTCCGCCCAGAAAGCCCGCTTGGTCGCCGACCAGATCCGCGGGAAGAAGGTGGGCGAAGCGCTCAACCTGTTGGCTTTCAGCAGTAAGAAAGCCGCCGAGATCATGAAAAAAGTGCTGGAGTCGGCCGTAGCCAACGCCGAGCATAACGAAGGCGCAGACGTTGATGACCTGAAGGTCAGCACCGTTTTCGTCAACGAAGGGCGTTCGCTGAAGCGCATCATGCCACGTGCCAAAGGCCGTGCTGATCGCATCGTCAAGCGGTCTTGCCATATCACTGTCAAGGTTGCTGACAAGTAA MEVAAKLSGARISAQKARLVADQIRGKKVGEALNLLAFSSKKAAEIMKKVLESAVANAEHNEGADVDDLKVSTVFVNEGRSLKRIMPRAKGRADRIVKRSCHITVKVADK NA NA NA NA NA D1-35_04576 687 rpsC COG0092 30S ribosomal protein S3 ATGGGTCAGAAAGTACATCCCATTGGCATTCGCCTGGGAATCGTCAAGGAGCACACCTCCGTCTGGTACGCAGACGGTCGGACTTATGCGGACTACTTGTTCGCTGATCTGAAGGTGCGTGAGTATCTCCAAGACAAACTAAAAAGCGCGTCCGTCAGCCGTATCGATATCCATCGTCCGGCTCAGACTGCACGTATCACCATCCACACCGCTCGTCCAGGTATCGTTATCGGGAAGAAAGGTGAAGATGTTGAGAAACTGCGTCAGGACCTGACCAAGCAAATGGGTGTGCCTGTGCACATCAATATCGAAGAGATCCGCAAGCCGGAGCTCGACGGTATGCTGGTTGCGCAGAGCGTAGCTCAGCAGCTGGAGCGTCGCGTAATGTTCCGTCGCGCTATGAAGCGCGCTGTACAGAACGCCATGCGCATTGGTGCCAAAGGCATCAAAATCCAAGTGAGCGGTCGTCTCGGCGGTGCTGAAATCGCACGTACTGAATGGTATCGCGAAGGTCGTGTGCCATTGCACACCCTGCGTGCCGACATCGACTATGCCAACTACGAAGCTCACACCACTTACGGTGTGATCGGTGTAAAGGTTTGGATCTTCAAAGGCGAAGTAATTGGTGGTCGCCAAGAAGAACTGAAACCACAAGCACCAGCGCCTCGTAAAAAAGCTGCTAAGTAA MGQKVHPIGIRLGIVKEHTSVWYADGRTYADYLFADLKVREYLQDKLKSASVSRIDIHRPAQTARITIHTARPGIVIGKKGEDVEKLRQDLTKQMGVPVHINIEEIRKPELDGMLVAQSVAQQLERRVMFRRAMKRAVQNAMRIGAKGIKIQVSGRLGGAEIARTEWYREGRVPLHTLRADIDYANYEAHTTYGVIGVKVWIFKGEVIGGRQEELKPQAPAPRKKAAK NA NA NA NA NA D1-35_04577 414 rplP COG0197 50S ribosomal protein L16 ATGTTGCAACCAAAGCGTACGAAGTTCCGCAAGCAGATGACCGGTCACAACCGTGGCCTGGCATTGCGCGGTAGCAAAGTCAGCTTCGGCGAGTTCGCGCTGAAGTCTGTTGCTCGTGGTCGTCTCACCGCTCGTCAGATCGAGTCAGCGCGTCGTGCTCTGACCCGTCACGTAAAACGTGGCGGCAAGATCTGGATCCGTGTATTCCCGGACAAGCCTGTCACCAAGAAGCCACTCGAAGTTCGGATGGGTAAAGGTAAGGGTAACGTGGAGTACTGGGTTGCCCAGATTCAGCCAGGCAAAGTCCTGTATGAAATCGAGGGTGTTTCTGAAGAGCTGGCGCGTGAGGCTTTCGCCCTGGCTGCTGCAAAGCTGCCGCTCGCCACCTCCTTTGTTAAACGGACGGTGATGTGA MLQPKRTKFRKQMTGHNRGLALRGSKVSFGEFALKSVARGRLTARQIESARRALTRHVKRGGKIWIRVFPDKPVTKKPLEVRMGKGKGNVEYWVAQIQPGKVLYEIEGVSEELAREAFALAAAKLPLATSFVKRTVM NA NA NA NA NA D1-35_04578 192 rpmC COG0255 50S ribosomal protein L29 ATGAAAGCGAATGAACTTCGTGAAAAATCAGCACAGCAGCTGAACGAGCAACTGCTCGGCCTGCTGCGCGACCAGTTCAATCTGCGTATGCAGAAGGCAACTGGCCAGTTGGGGCAGTCTCATCTGCTCTCGCAAGTTAAGCGTGACATCGCTCGCGTGAAAACTGTGCTCAACCAGCAGGCAGGTAAGTAA MKANELREKSAQQLNEQLLGLLRDQFNLRMQKATGQLGQSHLLSQVKRDIARVKTVLNQQAGK NA NA NA NA NA D1-35_04579 267 rpsQ COG0186 30S ribosomal protein S17 ATGGCTGAAGCCGAAAAAACTGTCCGTACGCTGACTGGCCGTGTTGTCAGCGACAAGATGGACAAAACCATCACCGTTCTGATCGAGCGTCGCGTTAAGCACCCGATCTACGGTAAATACGTTAAGCGTTCGACTAAGCTGCACGCGCACGACGAAACCAATCAGTGCCACATCGGCGACAAAGTCACTATTCGTGAAACTCGTCCGATGGCCAAGACCAAGTCTTGGGCGCTGGTTGATGTTCTCGAACGCGCTGTGGAAGTCTAA MAEAEKTVRTLTGRVVSDKMDKTITVLIERRVKHPIYGKYVKRSTKLHAHDETNQCHIGDKVTIRETRPMAKTKSWALVDVLERAVEV NA NA NA NA NA D1-35_04580 369 rplN COG0093 50S ribosomal protein L14 ATGATTCAGACTCAATCCATGCTCGATGTGGCCGATAACAGCGGCGCTCGCCGTGTTATGTGCATCAAGGTGCTGGGTGGCTCCCATCGTCGTTACGCTGGTATCGGTGACATCATCAAAGTTACCGTCAAGGAAGCAATTCCTCGCGGTAAGGTGAAGAAAGGTCAAGTGATGACTGCTGTTGTAGTCCGCACTCGCCATGGTGTTCGTCGTGCTGACGGCTCCATCATCCGCTTTGATGGCAACGCTGCTGTTCTGCTGAACAACAAGCAAGAGCCAATCGGCACCCGTATCTTTGGGCCAGTGACCCGTGAACTTCGTACTGAGAAGTTCATGAAGATCGTCTCGCTCGCCCCAGAAGTGCTGTAA MIQTQSMLDVADNSGARRVMCIKVLGGSHRRYAGIGDIIKVTVKEAIPRGKVKKGQVMTAVVVRTRHGVRRADGSIIRFDGNAAVLLNNKQEPIGTRIFGPVTRELRTEKFMKIVSLAPEVL NA NA NA NA NA D1-35_04581 315 rplX COG0198 50S ribosomal protein L24 ATGCAAAAGATTCGTCGTGACGACGAGATCATCGTGATCGCCGGCAAAGACAAAGGTAAGCGCGGTAAGGTGCTTAAGGTTCTCGCTAACAACCGTCTGGTTATTGGCGGTCTGAACCTGGTCAAGCGTCATACCAAGCCTAACCCGATGTCGGGCGTGCAGGGCGGTATCGTCGAAAAAGAAGCTCCACTGGATGCTTCTAACGTCGCCATTTTCAACGGCGAAACCAACAAGGCTGACCGCGTTGGTTTCAAAGTAGAAGACGGCAAGAAAATTCGTGTCTTCAAGTCGACCCAAAAAGCGGTTGATGCTTGA MQKIRRDDEIIVIAGKDKGKRGKVLKVLANNRLVIGGLNLVKRHTKPNPMSGVQGGIVEKEAPLDASNVAIFNGETNKADRVGFKVEDGKKIRVFKSTQKAVDA NA NA NA NA NA D1-35_04582 540 rplE COG0094 50S ribosomal protein L5 ATGGCACGACTAAAAGAGATTTACCGGAAGGAAATCGCACCGAAGCTTAAGGAAGAACTTAAGCTTTCGAACGTGATGGAAGTTCCGCGCGTTACCAAAATCACCCTGAACATGGGTCTGGGCGAAGCGATCGGCGACAAAAAAGTCATCGAGCACGCTGTAGCTGACCTGGAAAAGATCACCGGTCAGAAAGTCGTTGTGACTTACGCTCGGAAATCCATCGCTGGCTTCAAAGTCCGTGAAGGTTGGCCGATCGGCGTCAAGGTGACCCTGCGCCGTGAGCGTATGTACGAGTTCCTGGATCGTCTGCTGTCGATCTCCCTGCCTCGGGTTCGCGACTTCCGCGGCCTGAATGCCAAGTCCTTCGATGGTCGTGGCAACTACAGCATGGGCGTGAAAGAGCAGATCATCTTCCCGGAAATCGATTACGACAAGATCGACGCTCTCCGCGGTCTGGACATTACCCTGACCACCACTGCTCGGACGGATGAAGAAGGTCGCGCACTGCTGCGTGCTTTCAAATTCCCGTTCCGCAACTGA MARLKEIYRKEIAPKLKEELKLSNVMEVPRVTKITLNMGLGEAIGDKKVIEHAVADLEKITGQKVVVTYARKSIAGFKVREGWPIGVKVTLRRERMYEFLDRLLSISLPRVRDFRGLNAKSFDGRGNYSMGVKEQIIFPEIDYDKIDALRGLDITLTTTARTDEEGRALLRAFKFPFRN NA NA NA NA NA D1-35_04583 306 rpsN COG0199 30S ribosomal protein S14 ATGGCCAAGAAGAGCATGAAGAACCGTGAGCTGAAGCGTCAGCTCACCGTTGCCAAGTACGCCACCAAGCGTGCAGCGCTGAAAGCTATCATCGTTGATCTGAACGCAAGTCCAGAAGCGCGTTGGGAAGCTACCGTAGCACTGCAGAAGCAGCCACGTGACGCCAGCGCTTCGCGCATGCGTAACCGCTGCCGCCTGACTGGTCGTCCGCACGGCGTGTACCGCAAGTTCGGCCTCGGCCGTAACATGCTGCGTCAAGCTGCAATGCGTGGTGACGTTCCAGGTCTGGTCAAGGCCAGCTGGTAA MAKKSMKNRELKRQLTVAKYATKRAALKAIIVDLNASPEARWEATVALQKQPRDASASRMRNRCRLTGRPHGVYRKFGLGRNMLRQAAMRGDVPGLVKASW NA NA NA NA NA D1-35_04584 393 rpsH COG0096 30S ribosomal protein S8 ATGAGTATGCAGGACCCGTTAGCGGACATGCTAACTCGTATCCGTAATGCCCAGATGGCTGAAAAGTCCGTCGTAAGCATGCCATCTTCTACGTTGAAGGTAGCTGTTGCCAAAGTCCTGAAGGACGAAGGTTACATTGCGGGTTATCAGATCAGCAGCGAAATCAAGCCTCTGCTGTCCATCGAGCTTAAGTACTTCGAAGGCCGTCCGGTCATCGAGGAAGTGAAGCGCGTTAGCCGTCCAGGCCTGCGTCAGTACAAGTCCGTCGATGATCTGCCAAAAGTTCGTGGCGGTCTCGGTGTGTCTATCGTCTCCACCAACAAAGGTGTGATGACGGATCGTGCTGCGCGCGCTGCCGGTGTCGGCGGCGAAGTTCTTTGCACTGTGTTCTAA MSMQDPLADMLTRIRNAQMAEKSVVSMPSSTLKVAVAKVLKDEGYIAGYQISSEIKPLLSIELKYFEGRPVIEEVKRVSRPGLRQYKSVDDLPKVRGGLGVSIVSTNKGVMTDRAARAAGVGGEVLCTVF NA NA NA NA NA D1-35_04585 534 rplF COG0097 50S ribosomal protein L6 ATGTCACGCGTCGCTAAGAACCCCGTTAAGCTGCCAGCCGGTGTCGAAGTCAAATTCGCAGGCCAACAGCTTTCGGTGAAGGGTGCCAAGGGCACTCTGCAACTGAACATCCATTCGTCCGTTGAGATCGTTGAAGAAGCTGGTGAGCTGCGTTTCGCTGCTCGCAATGGCGATCAACAGACTCGCGCAATGGCTGGTACCACTCGTGCGTTGGTAAACAACATGGTCCAAGGCGTAAGCCAAGGCTTCGAGCGCAAGCTCCAGCTGGTCGGTGTTGGTTACAAAGCGCAAGCAAAAGGCACAGTGCTGAACCTGGCTCTTGGCTTCTCGCACCCAGTGGATTATGAACTGCCGGAAGGCATCACCGCTGAGACTCCTAGCCAGACCGATATCCTGATCAAGGGCATCGACAAGCAGCTGGTAGGTCAAGTGGCCGCCGAGATCCGCGACTTCCGTCCACCAGAGCCGTACAAAGGCAAAGGTGTGCGCTACGCGGACGAAGTCGTCCGTCGTAAAGAAGCCAAGAAGAAGTAG MSRVAKNPVKLPAGVEVKFAGQQLSVKGAKGTLQLNIHSSVEIVEEAGELRFAARNGDQQTRAMAGTTRALVNNMVQGVSQGFERKLQLVGVGYKAQAKGTVLNLALGFSHPVDYELPEGITAETPSQTDILIKGIDKQLVGQVAAEIRDFRPPEPYKGKGVRYADEVVRRKEAKKK NA NA NA NA NA D1-35_04586 351 rplR COG0256 50S ribosomal protein L18 ATGACCGACAAAAAAGTTACTCGACTGCGTCGCGCTCGCAAAGCACGCCTGAAAATGCACGAACTCGAAGTCGTGCGTCTCTGCGTGTTCCGCTCGTCGCAGCACATCTACGCCCAGGTCATTTCGGCCGACGGCAACAAAGTCCTGGCAAGTGCCTCGACTTTGGATAAAGAACTGCGTGATGGCGCCACTGGCAACATCGACGCGGCCACTAAGGTTGGCCAGCTGGTCGCTACGCGTGCTAAAGCCGCTGGCGTCTCGCAGGTGGCTTTCGACCGCTCTGGCTTCAAGTACCACGGCCGCGTCAAGGCGCTGGCTGATGCTGCTCGTGAAGCTGGGCTGGAGTTCTAA MTDKKVTRLRRARKARLKMHELEVVRLCVFRSSQHIYAQVISADGNKVLASASTLDKELRDGATGNIDAATKVGQLVATRAKAAGVSQVAFDRSGFKYHGRVKALADAAREAGLEF NA NA NA NA NA D1-35_04587 501 rpsE COG0098 30S ribosomal protein S5 ATGTCAAATAACGACCAAAAGCGCGACGAAGGCTACATCGAGAAGCTGGTTCAAGTTAACCGCGTAGCCAAAACCGTTAAAGGCGGCCGTATCTTCACTTTCACCGCGTTGACCGTGGTAGGTGATGGTAAAGGGCGTGTTGGCTTCGGCCGTGGCAAGTCGCGTGAAGTGCCTGCTGCGATCCAGAAGGCAATGGAAGCTGCTCGCCGCAACATGATCCAGGTTGATCTGAACGGCACCACCCTGCAGTACGCAATGAAGTCTGCCCATGGCGCTTCGAAGGTGTACATGCAGCCTGCTTCTGAAGGTACCGGTATCATCGCTGGCGGCGCTATGCGTGCTGTCCTCGAAGTTGCTGGCGTTCAGAACGTTCTGGCCAAGTGCTACGGCTCGACTAACCCGGTAAACGTGGTTCACGCCACCTTCAAGGGTTTGAAAGCAATGCAGTCTCCTGAATCCATTGCCGCCAAGCGTGGCAAAAGCGTCAAGGAGATCTTCTGA MSNNDQKRDEGYIEKLVQVNRVAKTVKGGRIFTFTALTVVGDGKGRVGFGRGKSREVPAAIQKAMEAARRNMIQVDLNGTTLQYAMKSAHGASKVYMQPASEGTGIIAGGAMRAVLEVAGVQNVLAKCYGSTNPVNVVHATFKGLKAMQSPESIAAKRGKSVKEIF NA NA NA NA NA D1-35_04588 177 rpmD COG1841 50S ribosomal protein L30 ATGGCTACCGTAAAAGTTACGCTGATCAAAAGCATGACCGGCCGCATCCCTAACCACAAACTGTGCGTTAAGGGTCTGGGTCTGCGTCGCATCGGTCACACTGTAGAAGTCCAGGATACTCCCGAGAATCGCGGGATGATCAACAAGGCTTACTACATGCTGCGTGTCGAGGGTTAA MATVKVTLIKSMTGRIPNHKLCVKGLGLRRIGHTVEVQDTPENRGMINKAYYMLRVEG NA NA NA NA NA D1-35_04589 438 rplO COG0200 50S ribosomal protein L15 ATGAAACTCAATGATCTGAGTCCAGCGCCGGGTTCCCGTCGCGAAAAGCATCGTCCGGGCCGTGGTATCGGTAGTGGTTTGGGCAAGACCGGTGGCCGTGGCCACAAGGGTCAGACCTCTCGCTCCGGTGGCACCATTGCTCCAGGCTTTGAAGGCGGTCAACAGCCGCTGCATCGTCGCCTGCCGAAGTTCGGTTTCGTTTCCCTGAAAGCCATGGACCGCGCAGAAGTGCGTCTGTCCGAGCTGGCCAAAGTGGATGGCGATATCGTCACCGTGCAGTCCCTGAAGGATGCCAACGTGATCAACCAGAACGTACAGCGTGTGAAAATCATGCTGTCGGGCGAAGTTGCTCGTGCTGTCACCATCGGAAAGGGAATCGGCGCCACCAAAGGTGCGCGTGCGGCTATCGAAGCAGCTGGCGGCAAGTTCGAGGAATAA MKLNDLSPAPGSRREKHRPGRGIGSGLGKTGGRGHKGQTSRSGGTIAPGFEGGQQPLHRRLPKFGFVSLKAMDRAEVRLSELAKVDGDIVTVQSLKDANVINQNVQRVKIMLSGEVARAVTIGKGIGATKGARAAIEAAGGKFEE NA NA NA NA NA D1-35_04590 1329 secY COG0201 Protein translocase subunit SecY ATGGCTAAGCAAGGTGCTCTCTCTGCGCTCGGCAAAGGCGGTATGTCTGAACTCTGGGCTCGTCTGCGTTTTCTGTTCCTGGCGATTATCGTCTACCGAATAGGCGCACACATCCCGGTTCCAGGTATCAACCCGGACCGACTCGCGGACCTGTTTCGACAGAATGAGGGGACCATTCTTAGCTTGTTCAACATGTTTTCCGGCGGCGCGCTGGAGCGGATGAGCATCTTTGCACTGGGGATCATGCCGTACATTTCGGCATCGATCATCATGCAGCTGATGTCCGCTGTCAGCCCGCAGCTGGAGCAGTTGAAGAAGGAAGGTGAAGCTGGCCGTCGCAAGATCAGCCAGTACACCCGCTACCTCACTGTCGTCCTCGCTCTCGTCCAGGCTGTTGGCATGTCCATCGGTCTGGCGGGGCAGGGCGTAGCGTTCACTGGTGACTTTGGCTTCCATTTCGTCGCGGTAACCACTTTTGTGGCGGGTGCGATGTTCATGATGTGGCTGGGTGAGCAGATTACTGAGCGTGGTGTTGGCAACGGTATCTCGATGTTGATCTTCGCAGGTATCGTCGCCGGTCTTCCGAGAGCGATCGGGCAGTCTTTCGAGTCTGCGCGTCAGGGTGATATCAACATCTTCGCCCTGGTTGCCATCGGTTTGCTGGCAGTAGCGATTATCGGTTTCGTGGTGTTCATTGAGCGTGGCCAGCGTCGTATCGCTGTTCACTACGCCAAGCGTCAGCAGGGCCGCAAGGTTTTTGCTGCGCAGACCAGCCACTTGCCGTTGAAGGTGAACATGGCCGGCGTTATCCCGGCCATTTTCGCGAGCAGCATCTTGCTGTTCCCGGCTTCGTTGGGTGCCTGGTTCGGCCAGTCTGAAGGTATGGGCTGGTTGCAGGACATCTCGCAGTCGATCGCTCCTGGTCAGCCGTTGAATATTCTGCTGTTTAGTGCAGGGATTATTTTCTTCTGCTTCTTCTATACGGCGTTGATGTTCAATCCGAAAGACGTAGCGGAAAACCTGAAGAAGTCCGGTGCCTTTATTCCGGGTATCCGTCCGGGCGAGCAGTCGGCGCGCTACATTGATGGCGTTCTGACGCGTTTGACCTTGTTCGGTGCTCTTTACATGACGGCCGTGTGCTTGCTTCCCCAGTTCCTGGTGGTTGCGGCAAACGTTCCGTTCTACCTTGGCGGGACCTCGTTGCTGATCGTGGTCGTGGTTGTGATGGACTTCATGTCCCAAGTACAATCGCACCTCGTTTCGCACCAGTACGAATCCCTGATGAAGAAAGCCAACCTGAAGGGCTACGGCAGCGGCATGTTGCGCTGA MAKQGALSALGKGGMSELWARLRFLFLAIIVYRIGAHIPVPGINPDRLADLFRQNEGTILSLFNMFSGGALERMSIFALGIMPYISASIIMQLMSAVSPQLEQLKKEGEAGRRKISQYTRYLTVVLALVQAVGMSIGLAGQGVAFTGDFGFHFVAVTTFVAGAMFMMWLGEQITERGVGNGISMLIFAGIVAGLPRAIGQSFESARQGDINIFALVAIGLLAVAIIGFVVFIERGQRRIAVHYAKRQQGRKVFAAQTSHLPLKVNMAGVIPAIFASSILLFPASLGAWFGQSEGMGWLQDISQSIAPGQPLNILLFSAGIIFFCFFYTALMFNPKDVAENLKKSGAFIPGIRPGEQSARYIDGVLTRLTLFGALYMTAVCLLPQFLVVAANVPFYLGGTSLLIVVVVVMDFMSQVQSHLVSHQYESLMKKANLKGYGSGMLR PGPT0025725_2230 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076 NA NA D1-35_04592 357 rpsM COG0099 30S ribosomal protein S13 ATGGCCCGTATTGCAGGCGTCAACATTCCAGATAACAAGCATACTGTTATCTCGCTGACCTACATCTATGGTGTTGGTCGCACTACTGCACAGAAAATTTGTGCAGAGACTGGGGTCAACCCAGCAGCAAAGATCAAGGATCTGAGCGACGAGCAAATTGAACAGCTGCGTGGCGAAGTGGCGAAGTTCACCACTGAAGGTGACCTGCGTCGCGAAATCAACATGAAAATCAAGCGCTTGATGGACCTCGGTTGCTATCGCGGTCTGCGTCATCGTCGTGGTCTGCCAGTACGCGGTCAGCGTACCAAGACCAACGCGCGTACCCGTAAAGGTCCGCGTAAGCCGATCCGCAAGTAA MARIAGVNIPDNKHTVISLTYIYGVGRTTAQKICAETGVNPAAKIKDLSDEQIEQLRGEVAKFTTEGDLRREINMKIKRLMDLGCYRGLRHRRGLPVRGQRTKTNARTRKGPRKPIRK NA NA NA NA NA D1-35_04593 390 rpsK COG0100 30S ribosomal protein S11 ATGGCAAAACCTGCTGCTCGTCCTCGTAAAAAAGTTAAAAAGACAGTGGTTGATGGCATCGCCCACATCCATGCATCTTTTAACAACACCATCGTGACCATTACCGACCGTCAAGGTAACGCTCTTTCCTGGGCTACCTCCGGTGGTTCGGGTTTCCGCGGTTCCCGCAAGTCCACTCCGTTCGCTGCTCAAGTAGCTGCTGAGCGTGCTGGTCAAGCTGCGCTGGAATACGGCCTGAAAAACCTCGACGTCAACGTCAAAGGTCCAGGTCCAGGTCGTGAATCCGCAGTCCGCGCTTTGAACGGCTGTGGCTACAAGATCGCCAGCATCACCGACGTGACGCCAATCCCGCACAACGGGTGCCGTCCGCCGAAGAAGCGCCGCGTGTAA MAKPAARPRKKVKKTVVDGIAHIHASFNNTIVTITDRQGNALSWATSGGSGFRGSRKSTPFAAQVAAERAGQAALEYGLKNLDVNVKGPGPGRESAVRALNGCGYKIASITDVTPIPHNGCRPPKKRRV NA NA NA NA NA D1-35_04594 621 rpsD COG0522 30S ribosomal protein S4 ATGGCTCGTTACATTGGTCCAAAATGCAAACTCGCTCGTCGCGAAGGCACCGATCTCTTCCTGAAGAGCGGCGTGCGCGCGATCGAATCGAAGTGCAACATTGAAGCAGCACCTGGTATCCACGGCCAACGCCGCGGTCGCCAGTCCGATTACGGCACCCAACTGCGTGAAAAGCAGAAGGTCCGTCGTATCTACGGCGTTCTCGAGCGTCAATTCAGCGGCTACTACAAAGAAGCTGCTGGCAAGAAAGGCGCAACCGGCGAAAACCTGTTGCAGCTGCTCGAATGCCGTCTGGACAACGTTGTATACCGTATGGGTTTCGGTTCTACTCGTGCCGAATCCCGTCAGCTGGTATCGCACAAGTCGATCAGCGTTAACGGCCAGACCGTGAACGTTCCGTCCTACCAGGTTCGTGCTGGTGACGTGGTTGCTGTTCGCGAGAAAGCAAAAAACCAACTTCGCATTGTCCAAGCTCTCGATCTGTGTGCCCAACGTGGCCGCGTAGAATGGGTAGAAGTAGACACTGAGAAGAAGTCGGGCGTTTTCAAGAACGTTCCTGCTCGCAGTGATCTGTCCGCCGACATCAACGAAAGCCTGATTGTCGAGCTCTACTCCAAGTAA MARYIGPKCKLARREGTDLFLKSGVRAIESKCNIEAAPGIHGQRRGRQSDYGTQLREKQKVRRIYGVLERQFSGYYKEAAGKKGATGENLLQLLECRLDNVVYRMGFGSTRAESRQLVSHKSISVNGQTVNVPSYQVRAGDVVAVREKAKNQLRIVQALDLCAQRGRVEWVEVDTEKKSGVFKNVPARSDLSADINESLIVELYSK NA NA NA NA NA D1-35_04595 1002 rpoA DNA-directed RNA polymerase subunit alpha ATGCAGATTTCGGTAAATGAGTTCCTGACACCCCGCCATATTGATGTGCAGGTTGTCAGTCCAACCCGCGCCAAGATCACACTCGAGCCTCTCGAGCGTGGTTTCGGCCACACCCTGGGCAACGCGCTGCGCCGCATCCTGTTGTCCTCAATGCCCGGCTGTGCAGTAGTCGAGGCCGAGATTGACGGTGTGCTCCACGAGTACAGCGCCATCGAAGGTGTACAGGAAGACGTAATTGAAATCCTGTTGAACCTTAAAGGTCTGGCTATCAAGCTGCACGGTCGTGACGAAGTTACGCTGACCTTGTCGAAGAAGGGTTCGGGGGTGGTTACCGCTGCCGATATTCAGCTGGATCATGATGTCGAGATCGTTAACCCCGATCACGTAATCGCTAACCTGGCGTCTAACGGCGCCCTGAACATGAAGCTCACCGTAGCTCGTGGTCGTGGTTATGAACCGGCAGACTCGCGTCAGAGCGATGAAGACGAAAGCCGCAGCATCGGTCGCTTGCAGCTTGACTCTTCGTTCAGCCCGGTTCGCCGTATCGCATACGTGGTGGAAAACGCCCGTGTCGAACAGCGTACCAACCTGGACAAGCTGGTTATTGATCTGGAAACCAACGGTACCCTGGATCCTGAAGAGGCTATCCGCCGCGCTGCAACCATCCTGCAACAGCAGTTGGCTGCGTTCGTCGACCTCAAGGGTGACAGTGAGCCAGTGGTTATCGAGCAGGAAGACGAGATCGATCCGATCCTGCTTCGCCCGGTTGACGATCTGGAACTGACTGTACGTTCGGCTAACTGCCTTAAGGCGGAAAACATCTACTACATCGGTGACCTGATTCAGCGTACCGAAGTAGAGCTGTTGAAGACTCCGAACCTTGGCAAGAAATCCTTGACTGAAATCAAGGACGTTCTGGCCTCCCGCGGTCTGTCCCTCGGCATGCGCCTCGACAACTGGCCGCCTGCAAGTCTTAAGAAGGACGACAAGGCGACTGCCTGA MQISVNEFLTPRHIDVQVVSPTRAKITLEPLERGFGHTLGNALRRILLSSMPGCAVVEAEIDGVLHEYSAIEGVQEDVIEILLNLKGLAIKLHGRDEVTLTLSKKGSGVVTAADIQLDHDVEIVNPDHVIANLASNGALNMKLTVARGRGYEPADSRQSDEDESRSIGRLQLDSSFSPVRRIAYVVENARVEQRTNLDKLVIDLETNGTLDPEEAIRRAATILQQQLAAFVDLKGDSEPVVIEQEDEIDPILLRPVDDLELTVRSANCLKAENIYYIGDLIQRTEVELLKTPNLGKKSLTEIKDVLASRGLSLGMRLDNWPPASLKKDDKATA NA NA NA NA NA D1-35_04596 387 rplQ COG0203 50S ribosomal protein L17 ATGCGTCATCGTAAAAGTGGTCGTCACCTGAGCCGCACCAGCTCGCACCGCAAGGCCATGTTCCAAAACATGGCGGTGTCGCTGTTCGAGCACGAGCTGATCAAAACTACACTGCCGAAAGCCAAAGAACTGCGCCGCGTTGCCGAGCCGCTGATCACTCTGGCCAAGACAGACAGCCTGGCTAACCGCCGTCTGGCTTTCGACCGTACTCGTTCGAAAGCTATCGTTGGTAAGCTCTTCAACGACCTGGGCAAGCGTTACGCTACCCGTGAGGGTGGCTACCTGCGCATCCTCAAGTGCGGTTTCCGCGCTGGCGACAACGCGCCTATGGCGTACGTCGAGTTGGTTGATCGTGCTACTGCCGGCGAAGCTGTAAGCGCCGAGTAA MRHRKSGRHLSRTSSHRKAMFQNMAVSLFEHELIKTTLPKAKELRRVAEPLITLAKTDSLANRRLAFDRTRSKAIVGKLFNDLGKRYATREGGYLRILKCGFRAGDNAPMAYVELVDRATAGEAVSAE NA NA NA NA NA D1-35_04597 1449 cat Catalase ATGAGCCAGACCAAAACGCTTACGACCGCCAGTGGCGCTCCTGTCGCCGATAACCAGAACTCTCGCTCCGCCGGTCCACGTGGCCCGCTGCTGCTCGACGATTTCCACCTGATCGAGAAGCTTGCTCATTTCAATCGCGAAAACATTCCAGAGCGTCGTGTGCATGCCAAGGGCTCAGGCGCTTACGGTACCTTCACCGTAACTCGCGACATCACTCAATACACCAGCGCCAAGTTGTTCGAGTCGGTTGGCAAGCAGACGCCGACTTTCCTGCGCTTCTCTACCGTGGGTGGCGAGCGCGGCTCCGCCGATACCGAGCGCGATCCACGCGGTTTTGCCCTGAAGTTCTACACCGAAGAAGGTAACTGGGACATCGTCGGCAACAACACACCGGTGTTTTTCATCCGCGACCCACTGAAGTTTCCAGACTTCATTCACACCCAGAAGCGCCTGCCACAAAGCAACCTCAAAAGTGCCCAGATGATGTGGGACTTCTGGTCGCACTCGCCCGAAGCGTTGCACCAGGTCACCATTCTGTTCTCTGACCGGGGGATTCCTGACGGCTATCGTCACATGCACGGTTTCGGCAGTCACACCTACAGCCTGATCAATGCTCTGGGTGAGCGTCACTGGGTGAAATGGCACTACAAGACCAAGCAAGGCATCAAGAACCTCGCGCCGGCCGAAGCTGCACGCCTGGCGGGCACCGATCCGGATTATGCCCAGCGCGACCTGTTCAAGGCGATCGAGCGCGGTGACTTCCCGAAATGGAGCGTCTGCATCCAGATCATGACCGAGGCACAGGCCGCGGCCCATTACGAAAACCCGTTCGATGTGACCAAGACCTGGTCGCAGAAAGAGTTTCCGCTGATCGAAGTCGGCGAGCTGGAGCTCAACCGCAACCCGCTGAACTACTTCGCCGAAGTGGAGCAAGCGGCATTCGGGCCTAGCAACATGGTGCCGGGTGTGGGTCTCTCGCCTGATCGCATGCTGCAGGGTCGTGTGTTTGCCTATGCCGATGCACACCGCTACCGCGTAGGTACCAACCATCAGCAGTTGCCGGTGAACGCGCCGCGCAGCCCGGTCAATACCTACCAGCGCGACGGCGCCATGGCGTTCGGCAGCAATGGCGGCGCAGCTCCGAACTATGAGCCGAACAGCTTCGTGGAGGCGCCGAAGCAGGCGCCGCGTTATGCGGAGCCGGCGCTGGCCCTCAGCGGTGCGGCGGATCGGTATGATCATCGCGAGGATACCGACTACTACAGCCATGCCGGTGCGCTGTTCCGCTTGATGAACGATGAGCAGAAAGCGCTGTTGATCAGCAATATCGCCGGTGCTATGGCGGGGGTCTCGGCGGATGTTGTCGATCGCCAGTTGCAGCATTTCTTCAAGGCAGACGCTGCTTATGGAGAAGGTATCGCAAAAGCTTTGGGCGTACAGCTTAACTAA MSQTKTLTTASGAPVADNQNSRSAGPRGPLLLDDFHLIEKLAHFNRENIPERRVHAKGSGAYGTFTVTRDITQYTSAKLFESVGKQTPTFLRFSTVGGERGSADTERDPRGFALKFYTEEGNWDIVGNNTPVFFIRDPLKFPDFIHTQKRLPQSNLKSAQMMWDFWSHSPEALHQVTILFSDRGIPDGYRHMHGFGSHTYSLINALGERHWVKWHYKTKQGIKNLAPAEAARLAGTDPDYAQRDLFKAIERGDFPKWSVCIQIMTEAQAAAHYENPFDVTKTWSQKEFPLIEVGELELNRNPLNYFAEVEQAAFGPSNMVPGVGLSPDRMLQGRVFAYADAHRYRVGTNHQQLPVNAPRSPVNTYQRDGAMAFGSNGGAAPNYEPNSFVEAPKQAPRYAEPALALSGAADRYDHREDTDYYSHAGALFRLMNDEQKALLISNIAGAMAGVSADVVDRQLQHFFKADAAYGEGIAKALGVQLN PGPT0014380_4962 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-35_04598 465 bfr_2 COG2193 Bacterioferritin ATGCAAGGTCACCCAGACGTAATCGATTACCTCAACACGTTGCTGACAGGCGAACTGGCAGCCCGTGATCAATATTTCATCCACTCGCGGATGTACGAGGATTGGGGTTTTACCGAGCTCTACGAACGTATCAACCACGAGATGGAAGAAGAAGCGCAGCACGCCGATGCGTTGATGCGCCGGATCCTGATGCTCGAAGGCACGCCACGCATGCGCCCGGACGACCTTGACATCGGTACCACCGTACCTGACATGCTCGCCGCCGACCTGCGTCTGGAATACAAAGTCCGCGCGGCGCTGTGCAAAGGCATCGAGCTGTGCGAACAGCACAACGACTACGTCACTCGCGAGATCCTGCGGGTGCAGCTCAACGATACTGAAGAAGACCACACTTACTGGCTTGAAAAGCAGTTGGGTCTGATCAAGTTGATCGGGCTGGAGAATTACCTGCAATCGCAGTTCTGA MQGHPDVIDYLNTLLTGELAARDQYFIHSRMYEDWGFTELYERINHEMEEEAQHADALMRRILMLEGTPRMRPDDLDIGTTVPDMLAADLRLEYKVRAALCKGIELCEQHNDYVTREILRVQLNDTEEDHTYWLEKQLGLIKLIGLENYLQSQF PGPT0003965_2644 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003965-bfr-K03594 NA NA D1-35_04599 2835 uvrA_2 COG0178 UvrABC system protein A TTGGACAAGATCCTGATTCGTGGGGCCCGTACCCACAACCTGAAGAACATCGACCTGACCCTGCCTCGGGACAAGCTGATCGTCATCACCGGCCTGTCCGGATCCGGCAAATCATCCCTGGCCTTCGACACCTTGTACGCCGAAGGCCAGCGCCGCTATGTCGAATCGCTGTCGGCCTACGCCCGGCAGTTCCTGTCGATGATGGAAAAACCCGACGTCGATACCATCGAAGGCCTGTCGCCAGCGATCTCCATCGAACAGAAGTCGACGTCCCATAACCCGCGGTCGACGGTCGGCACCATTACCGAGATCTACGACTACCTGCGCTTGCTGTATGCGCGAGTCGGTATCCCCCGCTGCCCTGATCACGACACCCCACTGGAAGCCCAGACCGTCAGCCAGATGGTCGACCTGGTGCTCGCCCAGCCGGAAGGCAGCAAGCTGATGCTGCTCGCACCGGTGATTCGCGAGCGCAAGGGTGAACACCTGATGGTCTTCGAAGAATTGCGCGCCCAGGGCTTCGTACGCGCCCGGGTCAACGGCAAGCTGTGCGAGCTCGACGAGCTGCCGAAGCTGGATAAACAGAAGAAGCACTCGATCGATGTGGTGGTAGACCGCTTCAAGGTCCGCGCCGACCTGCAGCAGCGCCTGGCCGAATCCTTCGAGACCGCACTGAAGCTGGCCGACGGCATCGCCCTGGTGGCGCCGATGGACGACGAACCCGGTGAAGAGATTATCTTCTCGGCACGCTTCGCCTGCCCGATCTGCGGCCACGCCATCAGCGAGCTGGAACCCAAGCTGTTTTCCTTCAACAACCCGGCCGGCGCCTGCCCTACCTGCGACGGCCTGGGGGTCAAGCAGTTCTTCGACACCAAGCGGCTGGTCAACGGCGAGCTGACCCTGGCCGAAGGCGCGATTCGTGGCTGGGACAGGCGCAACGTCTATTACTTCCAAATGCTCGGGTCGCTGGCGGCCCATTACAAGTTCAGCCTGGACAAACCATTCAACGAGCTGCCCGCGGACCAGCAGAAATTCATCCTGCATGGCAGCGGCACGCAGAACGTCGATTTCAAATACCTGAACGACCGTGGTGATATCGTCAAGCGCTCCCACCCGTTCGAAGGCATCGTGCCTAACCTGGAACGGCGCTACCGCGAGACCGAATCGGCCAGCGTGCGCGAAGAACTTGCCAAGTTCCTCAGCACCCAGCCCTGCCCGGACTGCCGCGGCACCCGTTTGCGCCGGGAGGCGCGGCACGTGTGGGTGGGTGAGAAAACCCTGCCGGCGGTGACCAGCCTGCCGATCGGCGATGCCACTGACTATTTCGGTGGCTTGAAGCTCACCGGCCGTCGTGGCGAAATCGCCGACAAGATCCTCAAGGAGATCCGCGAGCGCTTGCAGTTCCTGGTGAACGTCGGCCTGGACTACCTGACCCTCGACCGCAGCGCGGATACCCTGTCCGGCGGTGAGGCCCAGCGTATCCGTCTGGCCAGCCAGATCGGTGCCGGGCTCGTGGGTGTCATGTACATCCTCGACGAACCGTCCATTGGCTTGCACCAGCGGGACAACGACCGGTTGCTCGGCACGCTGAAACACCTGCGCGACATCGGCAATACGGTGATCGTGGTCGAGCACGATGAAGACGCGATTCGCCTCGCCGATTACGTCGTGGATATCGGCCCGGGCGCGGGGGTGCACGGCGGACACATCGTCGCCCAGGGCACCGCCGCCGAAGTCATGGCGCACCCCGACTCGCTGACCGGCAAATACCTGTCGGGCCGGGTGAAGATCAAGGTGCCGGCCAAGCGTACCCCACGCAATAAAAAGCTGTCGTTGACCCTCAAGGGCGCACGCGGCAACAACCTGCGCAACGTCGACCTGGAAATCCCGATCGGCCTGCTGACCTGCGTTACCGGTGTTTCCGGCTCCGGCAAGTCGACGCTGATCAACAACACGCTGTTTCCCCTCAGTGCCACCGCGCTGAACGGTGCCACCACCCTGGAAGCCGCCGCGCACGACAGCATCAAGGGCCTGGAGCATCTGGATAAAGTTGTCGACATCGACCAGAGCCCGATCGGCCGGACGCCGCGCTCCAACCCGGCGACCTATACAGGGTTGTTCACGCCGATCCGCGAACTGTTCGCCGGCGTACCGGAATCACGCTCGCGGGGCTACGGCCCGGGCCGCTTCTCGTTCAACGTCAAGGGCGGGCGCTGCGAAGCCTGCCAGGGCGATGGCCTGATCAAGGTGGAGATGCATTTCCTGCCCGACATCTATGTGCCGTGCGACGTGTGCAAGAGCAAGCGCTATAACCGTGAAACGCTGGAGATCAAGTACAAGGGCAAGAACATCCACGAAACCCTCGAAATGACGATCGAGGAGGCCCGAGCGTTCTTCGACGCAGTACCGGCATTGGCGCGCAAGCTCCAGACATTGATGGATGTAGGGCTTTCGTACATCAAGCTCGGGCAGTCGGCGACGACCTTGTCCGGCGGCGAGGCGCAGCGGGTCAAGCTGTCCCGTGAACTGTCCAAGCGCGATACCGGCAAGACCCTGTATATCCTCGACGAGCCGACCACAGGCCTGCACTTCGCCGATATCCAGCAATTGCTCGATGTATTGCATCGCCTTCGCGACCACGGCAACACCGTTGTGGTCATCGAGCACAACCTGGATGTGATCAAGACGGCTGACTGGCTGGTAGACCTCGGGCCGGAAGGCGGCTCCAAGGGCGGCCAGATCATCGCCGTAGGTACGCCGGAGCAAGTGGCGGAAATGAAGCAGTCTCACACCGGCTATTACCTCAAGCCGTTGCTGGAGCGTGATCGGGACTGA MDKILIRGARTHNLKNIDLTLPRDKLIVITGLSGSGKSSLAFDTLYAEGQRRYVESLSAYARQFLSMMEKPDVDTIEGLSPAISIEQKSTSHNPRSTVGTITEIYDYLRLLYARVGIPRCPDHDTPLEAQTVSQMVDLVLAQPEGSKLMLLAPVIRERKGEHLMVFEELRAQGFVRARVNGKLCELDELPKLDKQKKHSIDVVVDRFKVRADLQQRLAESFETALKLADGIALVAPMDDEPGEEIIFSARFACPICGHAISELEPKLFSFNNPAGACPTCDGLGVKQFFDTKRLVNGELTLAEGAIRGWDRRNVYYFQMLGSLAAHYKFSLDKPFNELPADQQKFILHGSGTQNVDFKYLNDRGDIVKRSHPFEGIVPNLERRYRETESASVREELAKFLSTQPCPDCRGTRLRREARHVWVGEKTLPAVTSLPIGDATDYFGGLKLTGRRGEIADKILKEIRERLQFLVNVGLDYLTLDRSADTLSGGEAQRIRLASQIGAGLVGVMYILDEPSIGLHQRDNDRLLGTLKHLRDIGNTVIVVEHDEDAIRLADYVVDIGPGAGVHGGHIVAQGTAAEVMAHPDSLTGKYLSGRVKIKVPAKRTPRNKKLSLTLKGARGNNLRNVDLEIPIGLLTCVTGVSGSGKSTLINNTLFPLSATALNGATTLEAAAHDSIKGLEHLDKVVDIDQSPIGRTPRSNPATYTGLFTPIRELFAGVPESRSRGYGPGRFSFNVKGGRCEACQGDGLIKVEMHFLPDIYVPCDVCKSKRYNRETLEIKYKGKNIHETLEMTIEEARAFFDAVPALARKLQTLMDVGLSYIKLGQSATTLSGGEAQRVKLSRELSKRDTGKTLYILDEPTTGLHFADIQQLLDVLHRLRDHGNTVVVIEHNLDVIKTADWLVDLGPEGGSKGGQIIAVGTPEQVAEMKQSHTGYYLKPLLERDRD PGPT0014915_4128 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701 NA NA D1-35_04600 1398 yajR COG0477 Inner membrane transport protein YajR ATGCAAGATCCCCACAGCGAACGCATGAGTAGCGGCGAGACCCGCGCGGCAGGCGGTCTGGCCCTGGTGTTCGCCTTCCGCATGCTCGGCATGTTCATGGTGTTGCCGGTACTGGCGACCTATGGCATGGACCTGGCGGGCGCGACCCCGGCCCTCATCGGGCTCGCCATCGGCGCCTACGGCCTGACCCAGGCGATTTTCCAGATTCCCTTCGGGATCATTTCCGACCGGATCGGCCGGCGCCCGGTGATTTACCTGGGGCTCATCGTGTTCGCCCTCGGCAGCGTGCTGGCGGCGAATGCCGATTCGATCTGGGGCGTGATCGCCGGACGGATCCTACAAGGAGCGGGCGCCATTTCCGCTGCCGTCATGGCGTTGCTGTCGGACCTGACCCGCGAGCAACATCGCACGAAAGCCATGGCGATGATCGGCATGACGATTGGTCTGTCGTTCGCCGTCGCCATGGTTGTAGGACCGTTGTTGACCCGTGCCTTTGGGTTGTCGGGGTTGTTCCTGGCGACCGGTGCCATGGCACTGGTGGGCATCCTCATCGTCGCGTTGATCGTGCCGCGCTCCACCGGGCCGTTGCAGCACCGTGAATCCGGGGTGGCCCGCCAGGCGCTGGTGCCGACGCTAAAGCATCCTGACCTGCTGCGCCTGGACCTGGGCATCTTCGTGCTGCATGCCATGTTGATGTCCAGCTTCGTGGCCTTGCCGCTGGCGCTGGTGGAAAAGGCCGGCCTGCCCAAGGAGCAGCACTGGTGGGTCTATCTGACGGCACTGGTCATTTCGTTCTTCGCCATGATTCCGTTCATTATCTATGGCGAGAAGCGACGCAAAATGAAACGAGTTTTGCTCGGCGCCGTCGTGACGCTCATGCTCACTGAGCTATTCTTCTGGCAGTTCGGCGACAGCTTGCGCGCCCTGGTGATTGGCACGGTGGTGTTCTTCACCGCGTTCAACCTGTTGGAGGCGTCACTGCCGTCGCTGATCAGCAAGGTGTCACCGGCGGGCGGCAAGGGCACGGCGATGGGGGTTTATTCAACCAGCCAGTTCCTCGGTTCGGCATTGGGCGGGATCCTCGGCGGCTGGCTGTTCCAGCATGGCGGTTTGTCGGTTGTGTTCCTGGGATGTGCCGCGCTGGCTGCACTTTGGCTGGTTTTTGCTGTTACCATGCGCGAACCTCCGTATGTGACGAGCCTGCGCTTGCCGTTGTCGCCCGAAGCCATCCGCGAAGCAGGCCTGGCCGAGCGCCTCAGGGCCGTCGTTGGAGTAACCGATGCAGTGGTGGTCGCCGACGAGGCGGCCGTTTATATCAAACTGGACACCGAATTATTGGATCGTGCGACGCTTGAGCGCCTGGTGAACAACCCGGCCCCGGCAGCGTGCGAAGCCTAG MQDPHSERMSSGETRAAGGLALVFAFRMLGMFMVLPVLATYGMDLAGATPALIGLAIGAYGLTQAIFQIPFGIISDRIGRRPVIYLGLIVFALGSVLAANADSIWGVIAGRILQGAGAISAAVMALLSDLTREQHRTKAMAMIGMTIGLSFAVAMVVGPLLTRAFGLSGLFLATGAMALVGILIVALIVPRSTGPLQHRESGVARQALVPTLKHPDLLRLDLGIFVLHAMLMSSFVALPLALVEKAGLPKEQHWWVYLTALVISFFAMIPFIIYGEKRRKMKRVLLGAVVTLMLTELFFWQFGDSLRALVIGTVVFFTAFNLLEASLPSLISKVSPAGGKGTAMGVYSTSQFLGSALGGILGGWLFQHGGLSVVFLGCAALAALWLVFAVTMREPPYVTSLRLPLSPEAIREAGLAERLRAVVGVTDAVVVADEAAVYIKLDTELLDRATLERLVNNPAPAACEA NA NA NA NA NA D1-35_04601 516 ssb COG0629 Single-stranded DNA-binding protein ATGGCCCGTGGGGTTAACAAAGTCATATTGGTCGGTACTTGCGGCCAGGATCCAGAAGTTCGCTACCTGCCTAACGGCAACGCCGTGACTAACCTGAGCCTGGCGACCAGCGAACAATGGACCGACAAGCAGACCGGCCAGAAGGTCGAGAAGACCGAATGGCACCGCGTGTCGATGTTCGGCAAAGTGGCGGAGATTGCCGGCGAATACCTGCGCAAGGGTTCGCAGGTCTACATCGAAGGCAAGCTGCAGACCCGCGAGTGGGAAAAAGACGGCATCAAGCGTTACACCACCGAAATCGTGGTCGACATGCAAGGCACCATGCAGTTGCTCGGTGGCCGTCCGCAAGGTGACCAGCAGCAGGGTGGCAACAACTACCAGCAAGCGGCCCCGCGTCAGCAGGCGCCTCGTCCGCAGTCGGCGCCACAGCCACAGCGCGAGCGCCCAGCTCCGCAACAGGCCGCACCGCAACCGGCTCCGGATTTCGACAGCTTTGATGACGATATTCCGTTCTGA MARGVNKVILVGTCGQDPEVRYLPNGNAVTNLSLATSEQWTDKQTGQKVEKTEWHRVSMFGKVAEIAGEYLRKGSQVYIEGKLQTREWEKDGIKRYTTEIVVDMQGTMQLLGGRPQGDQQQGGNNYQQAAPRQQAPRPQSAPQPQRERPAPQQAAPQPAPDFDSFDDDIPF NA NA NA NA NA D1-35_04602 1068 ccpA COG1609 Catabolite control protein A GTGGGAAAGTTACGCATTGCTGAAATTGCGGCACAGACGGGCCTGTCCATCGCGACGGTGTCGCGGGTGCTTGCTGGCAAATCCAACACCCGCCCCGCCACGAGAGAAAAAGTGCTGGCGGCGGCTCGTCAGCAGGGCGTGATGGAAGGCCTCGCCAATGGTCGCTTCCTGCTCAACGGGCTGACCATCTTCGCGCCCTCGCGGGCCTTCAACGTACGCTCGGATATCTTCTACTACAAAGTTATCCAGGGCATCACGCAGGCGGTCGCGCAACATGATGTTCGAGTTCGCTATTGCGAGCTTGAAGAGGTTGATAGCGACGCATTGCTGTTTTTACAGAAGATGAATCAGAAGGACACCGGTGCGGCGATCCTGATTGGTATTGATGATCCGCACATACACCAACTCGCGGCCGACCTCAGCAAGCCGACGGTACTGATCAACTGCATTGATCGCAGCATGCGCTTGCCCTCGATATCGCCCGACCACTTCTTGATCGGTCATTATTCGATAAATTATCTGTTTCAGATGGGGCACCGAAATGTACTGACCCTCCAGTGTCTCAGGCGGTACACGATGGATCTGCGGATACGTGGAATTCGTGATGCATGGAAGGAGCAAAATCTCGAATTCATCGAAACAAAACACCTGATGGTTGCCGAAGGTTTCGGCAGTGCTGAATCTGAAGCGCGGGTAGCGGCCTTCCTGGAAAACTGCGCACCCGACGACCGACCGACTGCCATCCTGGCCGGGGGCGACTTCATGGCAGCCGGCGCGGTTAAAGCGCTGCAGAATGCCGGCTTGAGGGTTCCTCAGGATGTTTCAGTGATGAGCATGGACGGGTTCAACCTGGCGGACATCAACGATATACCGCTCACCACGCTTCACGTGCCCCGCGGTGAACTGGGCGCGGAAGCGATAAGGATCTTGAGACAGCAGCTTTTCGAACCGCGATCGCCTTGTGGCAATCTTCTTCTCGGTGGACACCTGATAACCGGCAGTTCGGTGCGGCGCATCAAGCACAGCGCCAAGCAAACGCCGGTCTATCAGACGATTATCTATGACTGA MGKLRIAEIAAQTGLSIATVSRVLAGKSNTRPATREKVLAAARQQGVMEGLANGRFLLNGLTIFAPSRAFNVRSDIFYYKVIQGITQAVAQHDVRVRYCELEEVDSDALLFLQKMNQKDTGAAILIGIDDPHIHQLAADLSKPTVLINCIDRSMRLPSISPDHFLIGHYSINYLFQMGHRNVLTLQCLRRYTMDLRIRGIRDAWKEQNLEFIETKHLMVAEGFGSAESEARVAAFLENCAPDDRPTAILAGGDFMAAGAVKALQNAGLRVPQDVSVMSMDGFNLADINDIPLTTLHVPRGELGAEAIRILRQQLFEPRSPCGNLLLGGHLITGSSVRRIKHSAKQTPVYQTIIYD PGPT0014791_15 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D1-35_04603 1317 exuT_1 Hexuronate transporter ATGACTATCGATATCGAACGCAATGCTCGACTTTCGGCCAAGCTAAAATTCATCCCGCATCTGCGATGGTGGATGCTTTCCCTGTTTTTGCTCGGCGTCACCGTCAACTATATAACCCGCAATTCACTGGGTATCTTGGCGCCGGAACTGAAAACCACGTTCAGCATGTCGACGGAACAGTACTCGTGGGTCGTCGCCTCGTTTCAACTTGCCTACACAGTTTTCCAACCCGTCTGCGGCTGGCTGATCGATGCGATCGGGCTCAAGCTCGGCTTCGTCATATGCGCCGTCGTATGGTCAGTGATGTGCCTTCTTCATGCCGGGGCAGCGAGTTGGGTACATCTGGCGATTCTGCGTTTTTTCATGGGCGCTTCGGAGGCAGCGGCTACACCCGCCAATGCCAAGGCGATAGGGGACTGGTTTCCCAAAAAAGAACGCCCTATCGCTGCGGGATGGGCGGGGGTTGGTTTTTCTCTGGGGGCGATGCTCGCCCCTCCCATCATCTATCTGGCTCATGTAAGCCTGGGCTGGCAGGGCGCATTCCTGATTTCCGGCGGGATCGGCCTGATATGGGCCGCCGTCTGGGGATGGCTCTACCACGCTCCCACTATTCATCCGCGCTTATCGCCCGATGAGTTGAAGCATATCCAACAAGACGGCGAAAAAATCGGCCAGCAAATGCCTTTTTTCAAAGCGTTGAAAAAGATTGGTCGGGACAAGCGATTTTACGGTATCGCGCTTCCCGCCTTCATGGCAGAGCCGGCATGGGCAGTCATGAGTTTCTGGGTGCCGCTGTATCTGGCCAACGAAAGAGGAATGGACCTCAAGCAAATCGTACTGTTTGCCTGGGTTCCGTTTCTGGCGGCGGATCTGGGCAGTGTCGCCAGCGGTTACCTGTCACGCGCTTACCATCGTTTTTTCAAATGCACCCGTGTGAATTCGATTGTCGCCAGTTCAATCACCGGCGCGTTCCTGATGTTTTCGTTAGCCGTGATGACCCAGGTGGAAGACCCCTATGTAGCGATTGCGCTTATTTCAGTCGGCGGTTTTGGCCACCAGATTATCTCCTGCATGTTAAGTGCACTGGTCGTCGAAACGTTTGATCGGGATGAGCTGGCGACTGTGAACGGAATGCGAGGCTCATGTGCCTGGATTGCCAGCTTCATTTTTTCGCTGATCATCGGTGTCAGCGTGGACAAGATAGGATTCAACCCATTGTTCATTGCGATGGGGCTCTTTGATTTTATAGGTGCGTTTTTCATGATTTTGTTTATCGCCGACAGAGCGTCCAAACCTGAAGCGGTGCGTGCCCAATGA MTIDIERNARLSAKLKFIPHLRWWMLSLFLLGVTVNYITRNSLGILAPELKTTFSMSTEQYSWVVASFQLAYTVFQPVCGWLIDAIGLKLGFVICAVVWSVMCLLHAGAASWVHLAILRFFMGASEAAATPANAKAIGDWFPKKERPIAAGWAGVGFSLGAMLAPPIIYLAHVSLGWQGAFLISGGIGLIWAAVWGWLYHAPTIHPRLSPDELKHIQQDGEKIGQQMPFFKALKKIGRDKRFYGIALPAFMAEPAWAVMSFWVPLYLANERGMDLKQIVLFAWVPFLAADLGSVASGYLSRAYHRFFKCTRVNSIVASSITGAFLMFSLAVMTQVEDPYVAIALISVGGFGHQIISCMLSALVVETFDRDELATVNGMRGSCAWIASFIFSLIIGVSVDKIGFNPLFIAMGLFDFIGAFFMILFIADRASKPEAVRAQ PGPT0017205_445 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_HEXURONATE_TRANSPORT,PGPT0017205-exuT-K08191 NA NA D1-35_04604 2388 hypothetical protein ATGAAGTCACTTAAAGTCTGGGAATTACAGGCCCAGGAAAAAGGCTACATCGAGCTTCTGGTCGAGGGCCGACATCTCTTCAGAATTCATATCCTCGAAGACGGTTTGGCGCGTGTACTGCTCATGCGTGCAGGCGCGTTGGCACTGGATCGGACCTGGAGCATCGCGCCCCGGGAGGATGTCGCCTGGGAGGGCCGGGCCCGCGAGTCGTTGGCGGATTTTTCTTTGCCCGCGTACCGGGTCGAAGAATTTCAGGACCGGTTGGTACTCACGACCAGAAAACTCCGCATCACGGTAAATCGTCCGCTGTGGTTGCAATGGGAATACCACGATGGCCAGGACTGGAGGCCGTTGGTTTCGGATCGGCCCACCGGTGCCTATTCGCTTGATGCTCATGGTGAAGGCCTGGAGCATTACCAGCTTCGCGCGCCGGAACATCGCTATTACGGGCTCGGCGAAAAGACCGGCGATTTGAATCGCGCCGGCAAACGCTTTGAAATGCGTAACCTGGATGCAATGGGATATGACGCTGCGAGCACTGACCCGCTGTACAAACATATCCCCTTTGTCATCACGCACCAGGAGCACGCCAGCTTCGGGATGTTCTATGACAACCTGAACACCAGCCTCTTTGATCTGGGGAACGAGCTGGATAATTATCACCGGCCCTACCGTCGGTACAAAGCGGATGCCGGTGACCTCGATTACTGGGTACTTGCAGGCCCGCGCATACTGGATGTGACGAAGGCTTTTGTTCGTCTGACCGGACGCACTCTGTTTCTGCCTAAATGGAGCCTGGGCTACAGCGGCTCGACGATGCACTACACCGATGCCGAAAATGCCCAGGAACAATTGCTGGATTTTCTTGATCTGTGCCGTCGGCACGATATCCCTTGTGACTCTTTTCAACTGTCATCCGGGTACACGTCCATTGGCGAAAAACGTTATGTTTTCAACTGGAACCGTGAAAAGGTCCCAGACCCCAAGGCGCTTGCCCAGGCCTACCGTGATGCCGGCGTCAGGCTGGTTGCCAACATCAAGCCTTGTCTCTTGCAGGACCATCCGCGCTACGCCGAGGTAGCCAGGCGAAAGATGTTCATCGGCGACTCTGAACACGACATGCCAGAGCGCTCTGTCTTCTGGGACGATGAGGGCTCTCATCTGGACTTCACCAACCCGGACGCTGTCAGCTGGTGGCAGTCGAATGTCACAACACAGCTGTTGGAGCTGGGTATTGAATGCACGTGGAACGATAACAATGAGTTCGAGGTGTGGGACGGTGAGGCACGCTGCCACGGCTTCGGGCGCGAAATAGCAATCAAACATATCCGGCCTGTCATGGCATTGCTGATGATGAGAGCGTCTTTAGAGGCACAACAGCGGTTTTCGCCATCGGAACGGCCCTATCTCATCTCACGCTCAGGTTGCGCCGGCATGCAGCGCTACGTTCAGACTTGGAGCGGTGATAACCGAACCAACTGGAAAACCCTCCGCTACAACACCCGCATGGGCCTGGGCATGAGCCTGTCGGGGTTGTACAACGTCGGGCACGATGTAGGTGGGTTCTCGGGTAACAAGCCGGATCCGGAGTTGTTTGTCCGTTGGGTCCAGAATGGTGTGATGCATCCGCGCTTCACCATTCACTCCTGGAACGACGATGGCACCGTCAATGAGCCATGGATGCACCCAACGGTCACCGATGCGGTCCGTGACGCCATCGGGCTCCGATACAGATTGATGCCTTACTTCTATACCTTGCTGTGGCAAGCCAGTAACGAAGATGAGCCCATCTTGCGACCTACGTTTCTTGACCACGAGCATGACCTTGAAACGTTCGAGGAAAACGACGAGTTCCTTCTTGGCCGAGATGTCCTCGTCGCCAGCGTGGTAGAGGAAGGCGCCCGCGAGCGCGAGGTGTGGTTACCCCTGAATGCGACGGGATGGTGCGACTGGCATACCGGTGACTGGTACGAAGGTGGCCAATCCGTTGTTCTGGATGCGCCTTTGGAACGTTTGCCCTTGTTGGTGCGAGGGGGCGCTGCGATACCGATCGGTGAATGCCACAAGCTTAACGATCCCTCTCTTGATCGGCGTCGCGAGCTGGTGATTTTTCCTGCGCCTTCAGGTGCCTCCAGCGGCGTGCTGTTTGAAGATGACGGCATCAGTCATGACTGGAAAAACGGCAACTGCGTTGTCATCAAATGGACCCTTGAATATGGCCTGGACTTCATTGATTTGACGATCGCTAAAACAGGGGACTTTTGTCCGGCGTGGGAGCAGCTTGAGGTGTCCTTGAAGATTACGGATGCGCGAGCCTTGAGAATCAATGGCCGTAGTGGGTGCGCTTTGAAGTTGGCGGATATTCCGGAGCATGGACAACTTCATTGA MKSLKVWELQAQEKGYIELLVEGRHLFRIHILEDGLARVLLMRAGALALDRTWSIAPREDVAWEGRARESLADFSLPAYRVEEFQDRLVLTTRKLRITVNRPLWLQWEYHDGQDWRPLVSDRPTGAYSLDAHGEGLEHYQLRAPEHRYYGLGEKTGDLNRAGKRFEMRNLDAMGYDAASTDPLYKHIPFVITHQEHASFGMFYDNLNTSLFDLGNELDNYHRPYRRYKADAGDLDYWVLAGPRILDVTKAFVRLTGRTLFLPKWSLGYSGSTMHYTDAENAQEQLLDFLDLCRRHDIPCDSFQLSSGYTSIGEKRYVFNWNREKVPDPKALAQAYRDAGVRLVANIKPCLLQDHPRYAEVARRKMFIGDSEHDMPERSVFWDDEGSHLDFTNPDAVSWWQSNVTTQLLELGIECTWNDNNEFEVWDGEARCHGFGREIAIKHIRPVMALLMMRASLEAQQRFSPSERPYLISRSGCAGMQRYVQTWSGDNRTNWKTLRYNTRMGLGMSLSGLYNVGHDVGGFSGNKPDPELFVRWVQNGVMHPRFTIHSWNDDGTVNEPWMHPTVTDAVRDAIGLRYRLMPYFYTLLWQASNEDEPILRPTFLDHEHDLETFEENDEFLLGRDVLVASVVEEGAREREVWLPLNATGWCDWHTGDWYEGGQSVVLDAPLERLPLLVRGGAAIPIGECHKLNDPSLDRRRELVIFPAPSGASSGVLFEDDGISHDWKNGNCVVIKWTLEYGLDFIDLTIAKTGDFCPAWEQLEVSLKITDARALRINGRSGCALKLADIPEHGQLH PGPT0018560_1023 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D1-35_04605 495 hypothetical protein ATGATCTACGTCGCGGCAATCTTGCTGGCCCTGCCTGCCTACTGGCTGGCAGTGTTCACCCTGATGCTGTTCAAGGTCGAAGGCCTGTCGTCGATTCACAAGCAGATCATTATGGAACCGCTGATTATCGCGCTCATGTTCATCAGTGCGTTCGCGGCCGTCTGTACGATCAACTGGCTCGTCTCCGGGCCCAAGGTGCTTGGCTTCTGTTTTGACGAACGCCAGCAACGCCTCACCTTCACCCAGCGCCGTCCTGCCCGGGAAACCACCGAGAAATGCGTGCCCTATAGCGACATCCATTACATCAAGCCCTACACCTTGAGCACTTTCGCCAATGTGAACCACTTTGATGTCGGCTACACCGGAGCCGATGGCAAGCCGATTTCGCTTCGGTTTTGGGTGGACATCACGGTGGCGGAAATGGAGTTCCATGCCACATGGTTGACGCAGTCGATTGGGGAGAGGATGCAGGAGTTATTGAATCTGGACTTGTGA MIYVAAILLALPAYWLAVFTLMLFKVEGLSSIHKQIIMEPLIIALMFISAFAAVCTINWLVSGPKVLGFCFDERQQRLTFTQRRPARETTEKCVPYSDIHYIKPYTLSTFANVNHFDVGYTGADGKPISLRFWVDITVAEMEFHATWLTQSIGERMQELLNLDL NA NA NA NA NA D1-35_04606 558 pncA_2 COG1335 Nicotinamidase ATGTCCAAGCAAGCGCTCATCGTCGTAGATATCCAGAACGACTACTTCCCCCAGGGAAAATGGCCTTTGGTCGGTGCAGAGACCGCCGCCGATAACGCCGCCAGGTTGATCGAGGCGTTTCGCCAGGCCGGAAACCAGGTCGTGCACATCCGTCACGAATTCACCTCCGACGAAGCGCCATTTTTTACGCCCGGCTCTGAAGGTGCGCAGTTGCATCCCAAGGTACTCAACCGCGCCGATGAACCGGTCGTGCTCAAGCACTTCGTCAATTCGTTTCGCGAAACCGAGCTGCAAGCTGTCCTTGAACGCCACGGCATCGAGCGGTTGGTGGTGGTCGGTAGCATGAGCCACATGTGCATCGACGGCATTACCCGCGCTGCCGCTGACATGGGCTATGAGGTCACGGTGGTGCATGATGCCTGTGCCAGCCGCGACCTGGAATTCAACGGCCTCGTCGTCCCTGCGGCCCATGTCCACGCTGCGTTCATGTCGGCGCTGGGGTTTGCCTATGCGAATGTGGTGAGTACCGAGCAATTCCTGAGCGGCAGCCAGGCGTAG MSKQALIVVDIQNDYFPQGKWPLVGAETAADNAARLIEAFRQAGNQVVHIRHEFTSDEAPFFTPGSEGAQLHPKVLNRADEPVVLKHFVNSFRETELQAVLERHGIERLVVVGSMSHMCIDGITRAAADMGYEVTVVHDACASRDLEFNGLVVPAAHVHAAFMSALGFAYANVVSTEQFLSGSQA NA NA NA NA NA D1-35_04607 2463 fhuA_3 COG1629 Ferrichrome outer membrane transporter/phage receptor GTGCCCGTCCAAGCCCCTCTCCATTTCTTGCGCAACGGTTTGTTCCTCGGTGCCCTGGCTGCAACGCCAATGTTCTGCGCAACAGCCCAGGCTGAGCCCGCCAACATCGATGATGTTCGCCAGTACGATATCGCCGCGGGCCAGCTCGACCAGGCGTTGAACCAATTCGCCAGGACAGCCGGTGTGTTGCTGTCGGTGGACGCGCAACTGACCACCGGCAAGAGCACGCCGGGGCTGCACGGGCAATTCAACATTCCCGGGGCGCTGCAGCGTCTATTGGCGGGCTCGGGCTTGCAGGCCGTCAACAGCGGCAACGCCTGGTCTCTGCAACTAGCACCCGACAGCGCAACCTTGCAACTGGACGCCACACTGATCGGTGCCCGCAACGTTGGCGAAAACCCCTGGGGCCCCGTCGATGGCATCGTCGCCACGCGCAGCGCCACGGGCAGCAAGAGCGACAGCGCCCTGGTGGAGGTGCCGCAAACCATCAACGTGGTCACGGCTGACGAGATCAAGGCCCGAGGCGCCCAGACCGTCACCCAAGCTTTGCGCTACACACCTGGCATCACTGGCGGCGGCTTCTCCGATCGGGTGAAAATTTTCGACGAGCCGACATCTCGCGGCATATCCCCAGTCCCTTTGTATCTGGACGGCCTGCACTTGCCATACGGCGGGGGCAGCACAGGCGGCGCGCTGCAGATCGAACCGTACTCGCTGGAGCGCATTGAAGTGCTCAAAGGACCGGCCTCGGTGCTGTACGGTCAGAACCAGCCTGGCGGCATCGTCAACATGGTCAGCAAGCGGCCAACCCTCGAACCCGTCCACGAAGTGGTGTTGAAGGCGGGCAGCTACGACCAGATGGGTGTCGGCGTGGATATCGGCGGGCCCCTGGATGAACAAGGCACGCTGCTGTATCGCTTGACCGGGCTGGTCAACGACAGCAATTCGAGCATTGACTATGCCCAGCAGAAACGCCAGTTCCTCGCGCCGAGCCTGACCTGGCTACCTAACGAAGACACCAGCCTGACCCTGTTCGCTCAGTACCAACGCGATGACGCGGTTCCGGAAGCACAGGGATTGCCCGCCCTGGGGACGGTATTCAACAACCCCAACGGCAGGATTTCGCGGGACCTTTTCCTGGGCGAGCCCGGCGTGAATGACTACAAGCGCAACCAATATGCCCTGGGCTATGAGCTGAGCCATCGCCTGAACGATGTCTGGACCTTGAAGCAGAACGCTCGTTATGCCGTGGTGGACGACCATTACACCGCCCCGCTGCATGGCTATCGCTTCGTCAACAACCCCGTCACCGGCGCCGACGACAAACGCTACATGACCCGCTACGGCGTCGACTGGTCGCAGACCAACAAGGTCTTCGGTGTGGACAATATCGCCCAGGCCGAATTTGACAGCGGCCCCCTGAAACACACCCTGATCACCGGCCTGGACTACTACCGGTTCAACTCAAAATTCAAAGGGCTGTACGACTACAACCCGCCGATCATCGACATCTTCAACCCGGTCCATGGCCAACCTCTCAATTTCGGCAATCTGTACCGATGGGACAACACCATCACCCAGACCGGCCTGTACATGCAGGACCAGATCAAGCTCGACCAATGGGTGCTGGTGCTGGGTGGCCGCTATGACTGGACCGAAGTGGACAACAAGGAACCGGTCAGCGGCGCCCACAGCAACGTCCGCGACAGTGCCTTCACCGGGCGCGCCGGCCTGGTATACCTGTTCGACAACGGCCTGGCTCCGTTCATCAGCTATGCCGAGTCATTCCAGCCGGTGAGCGGCCGTGATGTGTCCGGCAAACCGTTCGAGGCCACCACCGGCAAGCAGTATGAGATAGGCCTCAAGTTCCAGCCGCCAGGACAGCAGAGTTTTGTGCAGTTATCCGTTTATCAACTGGACCAGGAGAACATGCTGACCACCGACCTGGACAATCCGGGCTTCAACGGCCAGACCGGTGCCGTGCGCTCGACGGGTATCGAACTGGAAGGCAAGGCCAGCCTGAACAAGTCACTGGACGTCATCGCTTCGGTCTCGCGCAACGATATTGAATACACCAAGGATAATGATGGCCGCCAAGGCAACCATTTGGCCGGCATCTCGCCGCTGACCGCCTCCGCCTGGGTCAACTACACGTTCCTGGGCAGCACTCCGCTGGCCGGATTTGGCGCCGGGCTCGGTGTTCGTTATGTGCGCAGCAGTCCCGGAACCGAATACCCGGGCACAGCCACCGCGCCCTCCTTCGACGTGCCGTCCTTTACTGTTTATGACGCTCGCCTGTCCTACGACCTCGGCCAATCGCCACTCGGCCTCAAGGGTGTGAAAGTCGACATGAACGTGGAAAACCTCGACGACAAGAAGTACGTGGCACGCTGTACCAGCAACTGGGACTGCTACTACGGCGATGGTCGAACCATGACGACAAGCCTGACGTATAACTGGTGA MPVQAPLHFLRNGLFLGALAATPMFCATAQAEPANIDDVRQYDIAAGQLDQALNQFARTAGVLLSVDAQLTTGKSTPGLHGQFNIPGALQRLLAGSGLQAVNSGNAWSLQLAPDSATLQLDATLIGARNVGENPWGPVDGIVATRSATGSKSDSALVEVPQTINVVTADEIKARGAQTVTQALRYTPGITGGGFSDRVKIFDEPTSRGISPVPLYLDGLHLPYGGGSTGGALQIEPYSLERIEVLKGPASVLYGQNQPGGIVNMVSKRPTLEPVHEVVLKAGSYDQMGVGVDIGGPLDEQGTLLYRLTGLVNDSNSSIDYAQQKRQFLAPSLTWLPNEDTSLTLFAQYQRDDAVPEAQGLPALGTVFNNPNGRISRDLFLGEPGVNDYKRNQYALGYELSHRLNDVWTLKQNARYAVVDDHYTAPLHGYRFVNNPVTGADDKRYMTRYGVDWSQTNKVFGVDNIAQAEFDSGPLKHTLITGLDYYRFNSKFKGLYDYNPPIIDIFNPVHGQPLNFGNLYRWDNTITQTGLYMQDQIKLDQWVLVLGGRYDWTEVDNKEPVSGAHSNVRDSAFTGRAGLVYLFDNGLAPFISYAESFQPVSGRDVSGKPFEATTGKQYEIGLKFQPPGQQSFVQLSVYQLDQENMLTTDLDNPGFNGQTGAVRSTGIELEGKASLNKSLDVIASVSRNDIEYTKDNDGRQGNHLAGISPLTASAWVNYTFLGSTPLAGFGAGLGVRYVRSSPGTEYPGTATAPSFDVPSFTVYDARLSYDLGQSPLGLKGVKVDMNVENLDDKKYVARCTSNWDCYYGDGRTMTTSLTYNW PGPT0003790_8268 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_04608 966 fecR_7 COG3712 Protein FecR ATGAATCGCCGCGCCGAGCGTCCGGTTTCCCCGGCCGTCGTCGAACAGGCGAGCGAGTGGCTGATGCTGCATTGGGGCGGCGAGATGACTGACGCTCAACAGCGGGCGTTTGTCCTGTGGCAGCGCGCCGATGCCGAACATGCCAGGGCCTGGCAGCGCTTGCAGGATCTGCAGCAGACCTTGGGGCGCGTCCCGCGCGACTGCGCTCAGGCCGTGCTCAAGGATGCGCCGCAGCGCTCGCGGCGAGACATGCTCAAGTTGCTTTCGCTGATGCTGGTCACTGGCGCAACCGGTTATTCGCTGCACAGCCAGAAACCCTGGCGCGGCGCATTGGCCGATCAACACACGGCGGTCGGCGAAATCCGTCGGCTGACGCTGGAGGACGGCACGCGCCTGGACCTGGATACCGACAGTGCCGTGGACGTGCGTTTTTCTGCCAGTCATCGACGCATTCGTTTGATCAAGGGGGCCATCCTGCTGGAGACCGGGCACAACCCCGAGTACCTCCAGCGGCCGTTGATCGTGCAGACCGGGGCAGGCGAGATACAGGCGCTGGGCACGCGCTTCTGCGTGGCCGAGGCCCAGCAAGGCATCCGGGTCGACCTTTACACGGGATTGCTGGAAGTACGGCCTATCGCCGCAGCGGCCCAAAGGCTGGTGGAAGGCCAGAGCCTCTGGTTCGACCAGGACCGACTCGGTGTCGTCACCGCCACTGACCCAAACGCCGGCGCCTGGAGCGAGGGCCACCTGATCGCCGAGCGCCAGCCGCTGGGTCAGTTTCTGTCGCAACTGAGCCGCTACCGGCCCGGCATCCTGCGCTGCGATCCGGCCGCCGCACCGTTGCTCATCACCGGTGTATTTCCTCTGGCCGACACCGACGCCATCCTGGCGGCGCTGGCCCGCTCGCTGCCCGTGCGTGTCCACCAGGCAACGCGTTATTGGGTCACGGTAAAGCGTCTCACGTGA MNRRAERPVSPAVVEQASEWLMLHWGGEMTDAQQRAFVLWQRADAEHARAWQRLQDLQQTLGRVPRDCAQAVLKDAPQRSRRDMLKLLSLMLVTGATGYSLHSQKPWRGALADQHTAVGEIRRLTLEDGTRLDLDTDSAVDVRFSASHRRIRLIKGAILLETGHNPEYLQRPLIVQTGAGEIQALGTRFCVAEAQQGIRVDLYTGLLEVRPIAAAAQRLVEGQSLWFDQDRLGVVTATDPNAGAWSEGHLIAERQPLGQFLSQLSRYRPGILRCDPAAAPLLITGVFPLADTDAILAALARSLPVRVHQATRYWVTVKRLT PGPT0003910_5313 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_04609 510 fecI_9 COG1595 putative RNA polymerase sigma factor FecI ATGTCAGCAACTTCCAATGGCAACGCTCAACTGCACGAACTCTACCGCGATCATCACGGCTGGCTGCACGCCTGGTTGCGTCGAAAGCTGGGCAACCATGACCACGCGGCGGACATCGCGCAAGACACATTCCTGCGCCTGCTGGTTTCCGGACGTATTCCCGGGGTAGTGGAGGGTCGCAGTTACCTGACCCAGATCGCCCGCAACCTGGTGATCGATCAGTGGCGTCGACAGCGAATCGAACGGGCCTACCTGGAAAGTATCGCTCATTTGCCCGAACCCCAGACGCCTTGCCTGGAGACACGAGCAATCATTCTCGAAACGCTTCAGAAAATCGACGCGATGCTCGACCGCATGCCAGGCAATGTGCGGACGGCCTTCCTGCTGTCGCAATTCGAAGGCCTGGGCTATGCGCAAATTGCCGAACGCCTGCAAGTCACCGTCAGCTCCGTACAAAAATACATGACCCGCGCCATCCTGGCCTGCTACCAGACGGTCTACGAAGAATGA MSATSNGNAQLHELYRDHHGWLHAWLRRKLGNHDHAADIAQDTFLRLLVSGRIPGVVEGRSYLTQIARNLVIDQWRRQRIERAYLESIAHLPEPQTPCLETRAIILETLQKIDAMLDRMPGNVRTAFLLSQFEGLGYAQIAERLQVTVSSVQKYMTRAILACYQTVYEE PGPT0003900_290 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_04610 993 rhaS_13 HTH-type transcriptional activator RhaS ATGGCGCAGGAAAGGGCATTCGTCGAACTCGGCGTGCTGATCTACCCCGGCGCGCAAATGGCCGCGGTGCATGGTTTGACCGATCTGTTTGCCGTGGCGGATGGCATTGCGGCGGAGCATGCCAGTGTGCAGCTGCCGCGGCTACGCGTGAGCCACTGGCAAACGGCGGGCGGAGAAATGCCGTCGCGGGTGTTTGCCAGTGATACCGGTCCGCACGCGCCACTGGTCGCCTTGTTGATCCCACCGTCCATTGCCGGCTTCAATGAAGCTGTCGCAACACCGACGCTGATGGATTGGCTCCGGGCGCAACACGCTAGCGGCACGGTACTGGGCGGGGTTTGCGTCGGCTCCATCCTGCTGGCCGAAAGCGGTTTGCTGGATGGGCGTAGTGCCACGACCCACTGGACCTCGGCCAAGAGCTTTGCGGCACGTTATCCGAAGATCAAGCTCAACGCCGATAAACCCATTGTCGACGACGGCGACCTGATCACCACCGCCGGGCTCATGGCCTGGTCGGAGCTCGGGCTGCGGCTGGTGGACCGCTTGCTCGGCCCCGGCATTGCCACACGCACCGCGCAGTTTCTGGTGATCGAGCACAGCGACAGCGCGAGCCAGTGCGGCAGTAATTTCGCGCCGATCCTCGGGCATGGCGATGGAGCGATTCTGAAAGTGCAGCACTGGTTGCAACGCAGCGGCGCGGTGGATGTTTCCCTTGGCACGATGGCCGAACAGGCCGGGCTGGAAGAGCGCACGTTCTTGCGCCGGTTTCGCGCGGCTACCGGCCTCAAGCCCACCGAATACTGTCAACACCTGCGGGTCGGCAAGGCCCGGGAAATGCTGGAGTACACCAACGGTACCATCGACCACATTGCCTGGACCGTCGGTTATCAGGATCCGGGCGCCTTTCGAGCGACGTTCAAGAAAATCACCGGGCTGGCGCCGAGTGATTACCGGGCAAGGTTCGGGGTGAACCCGAGTGCTGCCAAAAGCTGA MAQERAFVELGVLIYPGAQMAAVHGLTDLFAVADGIAAEHASVQLPRLRVSHWQTAGGEMPSRVFASDTGPHAPLVALLIPPSIAGFNEAVATPTLMDWLRAQHASGTVLGGVCVGSILLAESGLLDGRSATTHWTSAKSFAARYPKIKLNADKPIVDDGDLITTAGLMAWSELGLRLVDRLLGPGIATRTAQFLVIEHSDSASQCGSNFAPILGHGDGAILKVQHWLQRSGAVDVSLGTMAEQAGLEERTFLRRFRAATGLKPTEYCQHLRVGKAREMLEYTNGTIDHIAWTVGYQDPGAFRATFKKITGLAPSDYRARFGVNPSAAKS NA NA NA NA NA D1-35_04611 1110 hypothetical protein ATGACCCAGATCCATCGTGACAAATGTGTAGTGGCCCACTCGGTCAATCCCCAGGCACCCCTGCATGAAGTCGAGACCAATCGGGCGCTGGCGCGCTGGCTGGCGAATATCCTTGGCCTGGAGTTCGGCGGCAGTTACGACAGCCAGCAACACGCCGGGCGGGATCTGTACCTGTTGCCTACGCAAACCCTGATCGGTCCCGAGGCTGCGTTGCGCCTGGGCGTCAAGGGACCGGACGATCTTTGGGGCGGTTACGTCGACCACGATTTCATCTGCACCAAGGCGATTGCCCATGGTCTGTTGAATAAGGATGCGGTCGCGCCGAAGGGCTGGTCACCGCTGTTCGCCAAGCTGACCCGGGGCGTTGTGCTCGATGGCATCAGCGTGTTTTCGCTCAAGGATGCGCGCCAGGCCGCCGAGCACTTGCTCTACGCCGGGCCGATTCGCTTCAAGCCAATCCATGCTTGCGCCGGACGTGGCCAGCGAGTCATCCGGAGCATCGGGCAATTCGATGAGATCGTCGCGGCTCCAGACGCCCAGGCGTTGTTCAGCGAGGGAATCGTGCTGGAACAGAATCTCAGTGAGGTCAAGACCCAGAGCGTCGGCCAAAGCTTTATCAACGGCAAGGTCTTGAGCTACTGCGGCGTGCAGCACCTGACCCACGACAACGAAGGGGAAGAGGTCTACGGCGGCTCCGACCTGCTGGTGGCGCAAGGGGGCTACATCGAGCTTCTCGGCCTGGAATTGCCGGACGATGTGCGCGAAGCGGTCCGGCTGGCGCAGGTATTCGATGACGCCGCCAACCAGGCTTTCCCCACGTTCTTTGCTTCGCGGCGCAACTACGACATTGCCCAAGGGACGGATACCGGGGGCCAGCCTCGCGGTGGCGTGCTGGAGCAGTCCTGGCGAATGGGCGGCGCCAGCAGCGCTGAACTGGCTGCCTTGCAGGTGTTCGTCGAGGACCCATCGATCCGCGCGGTTCGGGTGTCCTCAGTCGAAACCTACACCGACCAACCGCTGCCGCCCGGCGCCACGGAGGTTTATCGCGGCGCTGCGGAAAATGGTGATTTCCTACTCAAATACGTAACGGTTCAATCCTATGACGGCTAG MTQIHRDKCVVAHSVNPQAPLHEVETNRALARWLANILGLEFGGSYDSQQHAGRDLYLLPTQTLIGPEAALRLGVKGPDDLWGGYVDHDFICTKAIAHGLLNKDAVAPKGWSPLFAKLTRGVVLDGISVFSLKDARQAAEHLLYAGPIRFKPIHACAGRGQRVIRSIGQFDEIVAAPDAQALFSEGIVLEQNLSEVKTQSVGQSFINGKVLSYCGVQHLTHDNEGEEVYGGSDLLVAQGGYIELLGLELPDDVREAVRLAQVFDDAANQAFPTFFASRRNYDIAQGTDTGGQPRGGVLEQSWRMGGASSAELAALQVFVEDPSIRAVRVSSVETYTDQPLPPGATEVYRGAAENGDFLLKYVTVQSYDG NA NA NA NA NA D1-35_04612 759 hypothetical protein ATGACGGCTAGAAGCGAAACCATCCAGATTGCGATTGATGATGAACACATGAATGGAACCTTCCTCAGCCCCAAGTCGAAGGTCCCCGGTGTGTTGTTCGTACACGGTTGGGGCGGCAGCCAGGAGCGAGATCTCGAGCGGGCCAAAGGCATTGCCGGCCTGGGCTGCGTGTGCCTGACCTTCGACTTGCGCGGCCACACCGGTGGTGCCGGGATTCCACTGTCGCGGGTCACGCGCGAGGACAACCTGCGGGACTTGCTGGCGGCCTATGACCGGTTGCTCGCCCACCCGGCCCTGGACACCTCGGCGATCGCGGTGGTCGGTACCAGCTACGGTGGTTACCTGGCCTCGATCCTTACCTCATTGCGACCGGTGCGCTGGCTGGCCCTGCGGGTGCCGGCGCTGTACCGCGACGAGCAGTGGCACACGCCCAAGCGCGACCTCGACAAGGCTGACTTGCTCGATTACCGCAGCACCCTGGTGCACGCCGATACCAACCGGGCCTTGCACGCCTGCGCGCAATTCACCGGCGATGTGTTGCTGGTGGAGTCGGAGACGGACGATCATGTGCCCCACGCCACGATCATGAGCTACCGGGCCGCCTGCCAGCAGACTCACTCGTTGACTCATCGGATCATCGATGGCGCCGACCATTCCCTGAGTGACCCCGTGTCACAGCAGGCCTACACCTCGATCCTGGTGAGCTGGATCACGGAGATGGTGGTGGGCGAGCGGTTGAGCATCATTCAGGAGCGGTAG MTARSETIQIAIDDEHMNGTFLSPKSKVPGVLFVHGWGGSQERDLERAKGIAGLGCVCLTFDLRGHTGGAGIPLSRVTREDNLRDLLAAYDRLLAHPALDTSAIAVVGTSYGGYLASILTSLRPVRWLALRVPALYRDEQWHTPKRDLDKADLLDYRSTLVHADTNRALHACAQFTGDVLLVESETDDHVPHATIMSYRAACQQTHSLTHRIIDGADHSLSDPVSQQAYTSILVSWITEMVVGERLSIIQER NA NA NA NA NA D1-35_04613 1002 ybhN COG0392 Inner membrane protein YbhN ATGAACCACTCTGAAGCGCAGACCGCGCCGGGAGACGCCCAGGCGCCGGAACAGGCCAAGCCCAAGTCGCGCTGGAGCCGCTGGAAACGCCCGCTGACGCTGGCTTTTTTCCTGCTGCTGATTGTGCTGTTCACCGCGTTGGCGCGCCGCATCGACTGGTCCGAAGTATTCGCCACCCTGGCGGATTTCAAGCTGCGCACGCTGCTGATCGCCGCCGCGCTGACGATCACCAGTTTCATCACCTACGCCTGCTTCGACTTGATCGGTCGCACCTACATCCGGCAGAAACTCGGCTGGCGGCAGATCCTGCCGGTGGGAGTGATCAGTTACGCCTTCAACCTGAATCTCAGTGCCTGGGTCGGCGGCATCGCCATGCGCTATCGGCTGTATTCGCGGCTCGGCGTCAGCACTGGCAACATCGCCAAGATCCTCGGCCTGAGCCTGGCCACCAACTGGTTCGGCTACATGACCCTGGCCGGCGTAGTGTTCAGCAGCGGCCTGGTGACCATGCCGCCGGGTTGGAAACTGAGCAGCAACGCGCTGCAAGGCGTCGGCGTGCTGCTGTTGCTGGCCAGTGGCGGTTACCTGGCGGCCTGCCGTTTCTCCAGGCGCCGGGCCTGGACGATTCGCGGTATGGAAATCAATCTGCCGTCCCTGCGCATGGCCGTCCTGCAATTGGCACTGGGCGCGCTGAACTGGTCGCTGATGGCGGCGGTGATCTTTACCTTGCTGCCGAGCAAACTGGACTATCCCGTGGTGCTGGGGGTGTTATTGATCAGCAGCATCGCCGGGGTGATTACCCATATCCCCGCGGGGCTCGGAGTGCTGGAAGCGGTGTTCGTCGCGCTGCTGCAGCATGAAGTGTCGCGAGGCAGCCTGATCGCGGGACTGATTGCCTACCGGGCGATCTACTTCATCCTGCCATTGCTGATTACCGTGGTGATGTATCTGGTGATCGAGGCGAAGGCCAAGGCGTTGCGGGTCAAGCCTGGGCTCAAGTGA MNHSEAQTAPGDAQAPEQAKPKSRWSRWKRPLTLAFFLLLIVLFTALARRIDWSEVFATLADFKLRTLLIAAALTITSFITYACFDLIGRTYIRQKLGWRQILPVGVISYAFNLNLSAWVGGIAMRYRLYSRLGVSTGNIAKILGLSLATNWFGYMTLAGVVFSSGLVTMPPGWKLSSNALQGVGVLLLLASGGYLAACRFSRRRAWTIRGMEINLPSLRMAVLQLALGALNWSLMAAVIFTLLPSKLDYPVVLGVLLISSIAGVITHIPAGLGVLEAVFVALLQHEVSRGSLIAGLIAYRAIYFILPLLITVVMYLVIEAKAKALRVKPGLK NA NA NA NA NA D1-35_04614 1299 clsB COG1502 Cardiolipin synthase B ATGAGCGCGACGATGAACAAGGCAACGGTGGAAAAGATCGAGGTCCCGCCGACCGAGAGCAACCCGGCGCTGAACGATATCGAATACGGCTGGCACGGCAACAACCGTGTCACGCTGCTGGAAAATGGCGAGGAATATTTCCCACGGGTTTTCGAGGCAATTCGCCGTGCCCAGGAAGAAATTCTCCTGGAGACTTTCATTCTGTTCGAGGACAAGGTCGGCTTTGAACTGCGCGACCTGCTGGTGGATGCGGCCAAGCGTGGAGTGCGTATTACCGTCAATCTCGACGGTTTCGGTTGTGGCGAACTGACCACCGAGTTTCTCGCGTCGTTGAGCGAGGCCGGGGTGCGCCTGCAGATGTTCGACCCGGCTCCGAGGCACCTGGGCATCCGCACCAACTGGTTCCGCCGCCTGCACCGCAAGATCGTCGTGGTGGACGGTGTGATCGCGTTTATCGGCGGGATCAATTTCTCCGCCGACCACCTGGGCGACTTCGGTCCCGAGGCCAAGCAGGATTACTCCGTGGAGATCAAGGGCCCGGCGGTGGTGGATATCCATCATTTTGCGCTGCTCCAGACCGGGCGGCCGGGCCGGGCCAAATACTGGTGGCAACGCCGCCGCAGCCGTCGCACCGAATTGGCGTTCAATGATCATGACGGCCAGGTGCGCCTGGTCTATCGCGACAACCATGAGCACCAGACCGACATCGAGGAGGTCTACCTGCAAGTGCTGCGCAGCGCCCAGCGGCGGGTAGTGATCGCCAATGCCTATTTCTTCCCCGGCTACCGGTTGCTGCGCGAGATCCGCAACGCCGCCCGGCGTGGCGTGGAGGTGCGGCTGATCCTGCAGGGGCAACCGGACATGATGATCGCCAAGCTTGCCGCGCGGATGCTCTACGACTATCTGCTCAAGGCCGGCGTGACGATCTATGAATATTGCGAGCGGCCGCTGCACGGCAAGGTCGCCCTGGTGGATGAGGACTGGAGTACCGTCGGCTCGAGCAACCTCGACCCGTTGAGCCTGTCCCTGAACCTGGAAGCCAACGTGCTGATCCGCGACCGTGCGTTCAACCGCGAGCTGTTCGAGCGCCTCGATCACTTGAGCCGCACCCATTGCACCATCATGCCCGAGAACCACGCACCGCGCGGGCTGCTCTGGCGCATGACCATCGGTTTCATGGTGTTCCACTTCCTGCGTCACTTCCCGGCCTGGGCCGGATGGCTGCCGGCCCATAAACCGCGTCTGAAACCTTTTTCACCGCCGACGGCGGTCCGGAGCGAACCCCATGAACCACTCTGA MSATMNKATVEKIEVPPTESNPALNDIEYGWHGNNRVTLLENGEEYFPRVFEAIRRAQEEILLETFILFEDKVGFELRDLLVDAAKRGVRITVNLDGFGCGELTTEFLASLSEAGVRLQMFDPAPRHLGIRTNWFRRLHRKIVVVDGVIAFIGGINFSADHLGDFGPEAKQDYSVEIKGPAVVDIHHFALLQTGRPGRAKYWWQRRRSRRTELAFNDHDGQVRLVYRDNHEHQTDIEEVYLQVLRSAQRRVVIANAYFFPGYRLLREIRNAARRGVEVRLILQGQPDMMIAKLAARMLYDYLLKAGVTIYEYCERPLHGKVALVDEDWSTVGSSNLDPLSLSLNLEANVLIRDRAFNRELFERLDHLSRTHCTIMPENHAPRGLLWRMTIGFMVFHFLRHFPAWAGWLPAHKPRLKPFSPPTAVRSEPHEPL PGPT0007725_3863 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 D1-35_04615 813 hypothetical protein ATGACTACGCCAGAATCCAGCGAAGCCACCCGTGACCCGACCCAGCAATCGTTGCGGGATTTCGAACGGGTCAGCCGCTTCACCGTCCTGACGGTCAATACACACAAGGGGTTCACCGCCCTGAACCGGCGTTTCATCCTGCCGGAACTGCGCGAAGCCGTGCGCAGCGTTTCCGCCGACGTGGTGTTCCTGCAAGAAGTGCATGGCACCCACGAGCACCACCCCCAGCGCTACAGCAACTGGCCAAGCATCCCGCAATACGAGTTTCTCGCTGACACCCTCTGGCCGCAGTTCGCCTATGGGCGCAACGCGGTGTACCCGGCGGGCGACCATGGCAACGCGTTGCTGTCGAAATTCCAGATCATTCGCCACGAGAACCTCGACGTCTCCATCAGCGGCCACGAGAGCCGCGGCATGCTCCACAGCGTGCTGCGTCTGCCGGGTGGCGAAGGCCAGGACGTGCATGCGATCTGTGTGCACCTGGGGTTGCGCGAAGGTCATCGCGTCGAGCAACTGAAACTGCTTTGCCAGCGCCTAAGTGAGCTGCCGCCTGAAGCGCCAGTGATTGTCGCCGGTGACTTCAACGATTGGCGCGGCAAGGCCAATGACCTGCTCGCCCCCTGCGGCCTGCGGGAAGTCTTCGCCGAACAATGGGGCAAGCCGGCCCGCAGCTTTCCGGCACGCCTGCCGATCCTGCGCCTGGACCGCATCTACGTGCGCAACCTCAAGGCCCATCACGCCAAAGTATTGAATGTACGTCCCTGGTCGCACCTTTCCGACCACGCACCGCTGTCGGTGGAGATCGAATTATGA MTTPESSEATRDPTQQSLRDFERVSRFTVLTVNTHKGFTALNRRFILPELREAVRSVSADVVFLQEVHGTHEHHPQRYSNWPSIPQYEFLADTLWPQFAYGRNAVYPAGDHGNALLSKFQIIRHENLDVSISGHESRGMLHSVLRLPGGEGQDVHAICVHLGLREGHRVEQLKLLCQRLSELPPEAPVIVAGDFNDWRGKANDLLAPCGLREVFAEQWGKPARSFPARLPILRLDRIYVRNLKAHHAKVLNVRPWSHLSDHAPLSVEIEL NA NA NA NA NA D1-35_04616 927 hypothetical protein ATGACGGCGATCCACATTGGCATTTCCGGTTGGCGCTACACGCCTTGGCGGGGGGATTTCTACCCCAAGGGGCTGGCTCAGAAGCGGGAACTGCAATTCGCCTCTCGCGCGGTCAACAGCATCGAAATCAATGGATCGTTCTACGCCCTGCAACGTCCCGAACGGTATGCCCAGTGGTACGCCGAGACGCCGGACGACTTCGTCTTCAGCGTCAAGGCGCCAAGGTTCATCACTCACATCAAGCGCCTGCGGGACATCCACAAGCCGCTGGCGAACTTCTTCGCCTCCGGGGTGCTGGAACTCAAGGAAAAACTCGGGGCTATCCTCTGGCAGTTTCCGCCGAGCTTCAAATTCGACCCCGAGCTCTTCGAAGAATTTCTCAAGCAATTGCCCCACGACACCGAAGCCGCCGCCGCGCTGGCACGCGAGCATGAACCACGCCTGGACGGCCATGCCAGCACAACGACCGACAAGAAGCGTGCGCTGCGCCATGCCGTCGAAATCCGTCATGAGAGCTTTATCGATCCACGCTTCGTCGCCCTGCTCAAACGTTACGACGTCGCCCTGGTGGTGGCGGATACCGCTGGAAAATGGCCGTATCGCGAGGACGTCACCAGCGATTTCGTCTATCTGCGCCTGCACGGCGCCGAAGAGCTATACGCCAGCGGCTATACCGACGAGGCGCTGAAGCGCTGGGGCGATCGGATCGAAGCCTGGAGCCACGGCACTCAGCCGAGTGACGCCCACCTGATCGATCCGAAAAAGAAACCCCGGGCGCGCAAGAGCCGGGAAGTGTTCTGCTATTTCGACAACGACATCAAAGTCCGCGCGCCGTATGACGCGCGCCACCTGCTGGAGCGCTTCGACCTGGACAAGCATCTCGCCACCGCTCCCGGCGTGCGCCCGGCCGAAGGGGTATTGCCATGA MTAIHIGISGWRYTPWRGDFYPKGLAQKRELQFASRAVNSIEINGSFYALQRPERYAQWYAETPDDFVFSVKAPRFITHIKRLRDIHKPLANFFASGVLELKEKLGAILWQFPPSFKFDPELFEEFLKQLPHDTEAAAALAREHEPRLDGHASTTTDKKRALRHAVEIRHESFIDPRFVALLKRYDVALVVADTAGKWPYREDVTSDFVYLRLHGAEELYASGYTDEALKRWGDRIEAWSHGTQPSDAHLIDPKKKPRARKSREVFCYFDNDIKVRAPYDARHLLERFDLDKHLATAPGVRPAEGVLP NA NA NA NA NA D1-35_04617 2088 hypothetical protein TTGTCTCGATTGAGCACCGTATTGCTGTTGGTCCTGCTGACGCTGACCGGCACCAGCGCCTACGGGACCGCTGCTGTCCCTGGCGCCTCCAATCCCAGTGAGGCCCCGGCCGAGCCCGAACCGCTGGTGCAGGGCGGTTTGCTGGGCGCGATCAGTTCGAGCATCGATGACGTCCAGGACAAGCTCGACCTTAACCAGAGCCTGGTGGACGCCTGGCGCCTGCGGGCGGACCGGGCGGCGGACGAAGTCGATCGCCTGGTGGACCAGACGTCCCGTTCCACATGGCGCGTGGCGGGGGATTTCCTGCTGCTCTCGGGCGTATGGCTGGGGACGTTTGCGCTGATATGGACCGCCGCGCGATTGCTGGTGCGCCGCTTGCGCCGGCGCCGCTGGCTACGCACCCGCCAGCGGGTGCTGGACGTGCTCGGCTATGTGCTGCCCTATACCTTGCCGGCTGTGGCCTGTCTGCCGCTCACCCTTTACGTCAGCCACTTCCTGCAAGTCTCGGTCGGTCGCGCCCTGGCGCTGTGTTTCGCCTACGCCACCAGCAGCGGTATTTTTTCCACGTCGGTGCTGCTCTGCGTGATCGTGATGTTCAACGCCGGGCACAAACGGCGAGCGGTGGCGATGCTTCGTCGTTTCACCCCGCGGCCGTTGTTCCTGATCGGCTTTCTGGCCGCCCTCAGCGATGCACTGACCAGCCCGCAGATCGCCCGGCAACTGGGCGGCAATATCACCAGCAGCGTTGCGGTGTTCACCGGGCTGTCGGCGTCGATGATCTTTGGCTGGCTGGTGATCCATATGCGCCGGCCGGTGGCCCACCTGATCCGCAACCGACCGTTGGCCCAGCGCTTGAAACAGCCGGCGTTGCAGGAGTCCTTGCGGATTTTTTCCGGTCTCTGGTACTGGCCGATCCTGCTGATGGTGCTGGTGTCGGCGGTGAGCCTGATCGGCGTCGGCGAAGACAACCAGAAAGCCCTGCGTTGCGCCCTGTTCACCACCATCCTGTTGATCGCGATGGTGTTCCTCAGCACCATATTCCAACACGTCTTCAAGTCGCCCAAGGCCGAAGCCATCCAGCGTAACAGCGCCTACAAGGGACGACTGTTGAGCTTGCTGCACGCCTTGGTGCGCATCGTCATGGCGGTGGCGTTCATTGAAATCCTCGGGCGGATCTGGGGGATTTCCCTGTTCGAATTCGCTTCGCGCAACGCCGTGGGCCGGGCGATCAGTGACTCCTTGAGCCGCATCGGCCTGATCTTCCTGATGACCTGGCTGACCTGGGTGGTGCTCGACACGGCGATCCAGGAGGCTCTCAAGCCGCCGCTCAACAAGCGCGGCGCCCGCCAACCCAGCACGCGAGTCAAGACCATCCTGCCGCTGCTGCGCAACGCCGCCAAGATCATCCTGGTGGTGATCTGCGCGATCACCACCATGGCCAACCTGGGCATCAACGTCGCGCCGTTGCTGGCCGGTGCCGGGGTGGTGGGGCTGGCGATCGGTTTCGGTTCGCAGCAACTGGTACAGGACGTGATCACCGGGTTGTTCATCATCATTGAAGACACGCTGTCCATCGGTGACTGGGTGGTACTCAGCTCGGGCCACGCAGGCACTGTCGAAGGCCTGACCATCCGCACCCTGCGTCTGCGCGACGGCAAGGGGTTTGTGCATTCGGTGCCGTTTGGGCAGATCAAGGCCGTGACCAACCAGTCCCGGCAATTCGCCTTTGCGTTTTTCTCGGTGCAGTTCACCTACGACACCGATGTGGACCGTGCCATTGAATTGATCCGCGAGGCTGGCGATTCGATTTCCGAAGACCCGTTCCTCAAGTTCAACCTGCAAGGGCCGCTGGATGTGTTCGGCGTGGACAAGATGGACCTCAACGGGCTGGTGCTCACCGCCCAGTTCCGCACTGTGTCAGGCGGGCAATATGCGGTGAGCCGGGCGTTCAACCAGCGGCTCAAGAATCTTGTGGATAACGAGCCGTCGGTGCATTTTGCGCAGACTTATCCACAGCAGGTGGTGATGCCGAAGCGGTTGGCCGAGGAGCCGAAGGCAGGGAATGAACAGCCTGATCAAGCTCAATGA MSRLSTVLLLVLLTLTGTSAYGTAAVPGASNPSEAPAEPEPLVQGGLLGAISSSIDDVQDKLDLNQSLVDAWRLRADRAADEVDRLVDQTSRSTWRVAGDFLLLSGVWLGTFALIWTAARLLVRRLRRRRWLRTRQRVLDVLGYVLPYTLPAVACLPLTLYVSHFLQVSVGRALALCFAYATSSGIFSTSVLLCVIVMFNAGHKRRAVAMLRRFTPRPLFLIGFLAALSDALTSPQIARQLGGNITSSVAVFTGLSASMIFGWLVIHMRRPVAHLIRNRPLAQRLKQPALQESLRIFSGLWYWPILLMVLVSAVSLIGVGEDNQKALRCALFTTILLIAMVFLSTIFQHVFKSPKAEAIQRNSAYKGRLLSLLHALVRIVMAVAFIEILGRIWGISLFEFASRNAVGRAISDSLSRIGLIFLMTWLTWVVLDTAIQEALKPPLNKRGARQPSTRVKTILPLLRNAAKIILVVICAITTMANLGINVAPLLAGAGVVGLAIGFGSQQLVQDVITGLFIIIEDTLSIGDWVVLSSGHAGTVEGLTIRTLRLRDGKGFVHSVPFGQIKAVTNQSRQFAFAFFSVQFTYDTDVDRAIELIREAGDSISEDPFLKFNLQGPLDVFGVDKMDLNGLVLTAQFRTVSGGQYAVSRAFNQRLKNLVDNEPSVHFAQTYPQQVVMPKRLAEEPKAGNEQPDQAQ PGPT0013695_932 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044 NA NA D1-35_04618 4314 srmB ATP-dependent RNA helicase SrmB ATGAATCTGCCCCTTCCAGCCGACCACGCCATGGCAGGCTTTCACCCCGCCGTTCGCGCCTGGTTCAGCCAGACATTCCCGGCGGTCACCGCCGCCCAGGCCCGGGCGTGGCCGTTGATCAGCCAACGACGTTCGGTGCTGGTCGCGGCGCCCACCGGCTCGGGCAAGACCTTGACGGCGTTTCTCGCGGTGCTCGATGACCTGGTGCATCGCGGCCTGGAGCAAGGCGGTCTACCGGACCAGACCCTGGTGGTCTACGTCTCGCCGCTCAAGGCGTTGAGCAACGATATCCGCATCAATCTGCAAAATCCCCTGGCCGGCATCACCGAGCAGTTGCAACGAATGGGCTTGCCGCCGTTGCCCATCACCACGGCGGTGCGCACCGGCGACACACCGCAAAAAGATCGCACGGCGATGCGCAAGACCGCGCCGCACATCCTGGTGACCACGCCCGAATCGCTCTACGTGCTGCTCGGTTCCGATTCCGGCCGGCAGATGCTCGCCAGCACGCGCACGGTGATCATTGATGAAATCCACGCCATCGCCGCGAGCAAACGCGGCAGCCACCTGGCCTTGAGCCTGGAGCGACTGCAAGCGCTGTGCGCCGAACCGCTGGTGCGCATCGGACTGTCCGCCACGCAAAAACCCATCGAAGCGGTGTCGCGCTTTCTCGTCGGCCAGGGACGCACCTGTGAAATCGTCGACATCGGCCACGCCCGCCCACGGGACCTGGACATCGAAGTGCCGCCCGTGCCGCTTTCGGCGGTGATGGCCAACGATGTCTGGGAACTGGTCTACAACCGGCTCGCCGAACTGGCCCGGCAACACCGGACCACGCTGGTGTTCGTCAATACCCGGCGCCTGGCCGAGCGCCTGAGCCGGCATTTGAGCGAGCGCCTGGGCAAGGAGGCGGTGGCGGCCCATCACGGCAGCCTGGCCAAGGAATTTCGCCTCGACGCCGAACAACGCCTCAAGCGCGGCGAACTGCAGGTATTGATCGCCACCGCGTCCCTGGAGCTGGGCATCGACATCGGCGATGTCGACCTGGTCTGCCAGATCGCCTCGCCCCGTTCGATCTCGGCGTTCCTGCAAAGGGTCGGACGCTCCGGCCACCAGGTCGGCGGCACGCCAAAGGGGCGTCTGTTCGCCACCACTCGCGACGACCTGATCGAGTGCGTCGCCCTGCTCGACTGCGTGCGCCGTGGCGAGCTGGACATCCTGCACATCCCCGAGGCGCCGCTGGATGTGCTGGCGCAGCAGATCGTCGCCGAGGTCAGTTGCCAGGAATGGCACGAACAGGCGCTGCTGGAGATGTTCCGCCGTGCCTCGCCCTACGCCGAACTCGACGAAAATCACTACCAGGCGCTGTTGCAGATGCTCGCCGAGGGCGTCAATGGCCGCCAGGGTGTGCGCAGCGCGTACCTGCATCGCGACGCGGTCAGTCGGACCTTGCGCGGGCGCCGAGGCAGCAAGCTCACCGCCGTGACCAGCGGCGGCACGATTCCGGACAATGCCGACTACAGCGTGCTGCTCGAACCCCAGGGCCTGAACATCGGCAGCGTCAACGAAGATTTCGCGGTCGAGAGCATTGCCGGCGACGTGTTCCAGTTGGGCAATACCTCGTACCGGATCATCCGCGTCGAAAGTGGCCGCGTGCGGGTCGAGGACGCCCAGGGTCAACCGCCGACCATCCCGTTCTGGCTCGGCGAAGCCCCAGGGCGCAGCGCCGAGCTGTCCGAGGCCGTGGCCCGCCTCCAAGCCCGCCTGGATGAACTGCTCGGCGCCACACCGGGCAATCTGCAACCGGCCCTCGACTGGCTGACCGGGACCCTGCAACTGAACCTCGCCAGCGCCGAGCAACTGCTCGATTACCTCGCTCCGGCGCGCCTGGCCTTCGGCGCCCTGCCGTCCCAGGACACGCTGCTGATGGAGCGCTTTTTCGACGAATCCGGCGGTACGCAACTGATCATCCACACGCCGTTCGGCAGCCGCATCAACCGCGCCTGGGGCCTGGCCCTGCGCAAGCGTTTCTGCCGTACCTTCAATTTCGAATTGCAGGCCGCCGCCAGCGAAGACGCCATCGTGCTCTCGTTATCCACCAGCCACAGCTTCGAGCTGGACGAGGTCTGGCGTTACCTCAACAGCCACAGCGCCGAACAGATCCTGATCCAGGCGGTGCTGGATGCGCCGTTGTTCGGGGTGCGCTGGCGCTGGAACGCCGGCGTGGCCCTGGCGTTGCCGCGTTACGCCGGTGGGCGCAAGGTCGCGCCGCAGATCCAGCGCATGAAGAGCGAAGACCTGATCGCCAGCGTTTTTCCCGACCAGATCGCGTGCCTGGAAAATCTCGCCGGCGAGCGAGAGATTCCCGACCATCCGCTGGTGGAACAGACTCTCGACGATTGCCTGCACGAAGCCATGGACAGCGAAGGCTGGCTGGCCCTGTTGCGACGCATGGAAGCGGGCGAGATCCGCCTGGTCAGCCGCGACCTGCCGGCGCCCTCGCCCCTGGCGGCGGAAATTCTCAGTGCCCGGCCCTACACCTTTCTCGACGACGCGCCCCTGGAAGAACGCCGCACCCAAGCGGTGATCAATCGCCGCTGGAGCGATCCGCAATCCACCGATGACCTCGGCGCGCTGGACGCCGAAGCCATTCAGGCGGTGCGGGAAGAGGCCTGGCCGACGCCGAGCAATATCGATGAAATCCATGAAGCGCTGATGAGCCTGGCGTGCATCGCCGACAGCGAAGCCGACGCCGAGCCGTCGTGGCTGGAGGGCTTGCGGACCCTGGCCGAGCGCGGTCGCGCCAGCCATGTGCGGATCAGCGAGGAGCGTGGTTTGTGGGTACCGCTGGAACGGCTGACGTGCCTGCAAGCAATTTATCCACAGGCCCGATGGCAGCCGCCGCTGACGCCACTGCCGGGGTTTGATGAGCAGTGGGACAGCGACGACGCCGTGGTCGAGGTGCTGCGGGCGCGACTCAGCGCCTTCGGCCCGCAGCCGCTGACGGCGATCGCCTATCCGCTGGGGTTGTCACCCGCGCAAGCGACCCAGGCCCTGGCCCAACTGGAGCAACAAGGGTATGTGCTGCGCGGTCGGTTTACGCCGGGCACCGGGCAGGAAGAATGGTGCGAGCGGCACCTGCTGGCGCGGATCCACCGCTACACCGTCAAGCGCCTGCGCCGGGAAATCGAGCCGGTGACGCTGCAGGATTTCATGCGATTCCTCTTCGACTGGCAGCACCTGTCGCCATCCGCCCAAGGCCGGGGCAACGCCGTATTGCCATCGATCGTCAGCCAGTTCGAAGGTTATCCGGCGGCCGCCTCGGCCTGGGACAGCGACCTGTTGCCGGCGCGGATCAAGGATTATTCAGCGAGCTGGCTCGACGAACTGTGTCGCAGCGGCAAGTTTGTCTGGACGCGCCTGAGCGCCCGCCAGAAGCTGTCCGCCAGCGCCTTGCGCAGCACGCCGATCGTCTTGCTGCCGCGCCGCCAGGTCGGGCTCTGGAGCAGCCTAGCCGAGCAGACGCCGCTCGACGAGTTGTCGCCGAGGACGCAAAAAGTCCACCAGGCCCTCAGCGAGCACGGCGCATTGTTTTTCGATGAGTTGCTGCACGAAGCCCATCTGCTGCGCAGCGAACTGGAAAGCGCCTTGCAGGAACTGGTGGGCGCCGGGCTGGTGAACGCCGACAGCTTCGCCGGGCTGCGAGCCTTGATCACTCCCGCCAGCAAGCGCCAGGCCCGCAGCAGCCGGCGCGGGCGTGGAGCGTTTGTCGGCGGCATGGACGACGCCGGGCGCTGGGCCTTGTTGCGCCGCAGTTCGCCTGCTGCGCAACCGGGTAACCGCCCGGCGCCGACTGCGCCCGAGACCTTGGAACACATCGCCATGACCCTGCTGCGCCGTTACGGCGTGGTGTTCTGGCGTCTGCTGGAGCGCGAGGCCGATTGGCTACCGAGCTGGCGCGAGTTACTGCGCACTTTCCATCGCCTGGAGGCACGCGGCGAGATTCGCGGCGGGCGGTTTGTCAGCGGGCTGGCCGGCGAGCAATTTGCCTTGCCCGAAGCCATTCCCCTGCTGCGCGAAACGCGGCGCCGTCCCAGCGATGGCAGCCTGATCGCGGTGTGTGGGGTGGATCCGCTGAACCTCGCCGGGACCTTGCTGCCGGGAGCGAAAGTGCCGGCGCTGGCGAGTAATCGACTGGTATATCGCGATGGGTTGCCGGTGGCGGCGCTGATTGCCGGCAAGCCGCAGTTCTGGGTGGAGCTGGATGCTCAAGGGATGGCTGAGGCCAGGAGCAAGCTCATCCAGAAAAGTTGA MNLPLPADHAMAGFHPAVRAWFSQTFPAVTAAQARAWPLISQRRSVLVAAPTGSGKTLTAFLAVLDDLVHRGLEQGGLPDQTLVVYVSPLKALSNDIRINLQNPLAGITEQLQRMGLPPLPITTAVRTGDTPQKDRTAMRKTAPHILVTTPESLYVLLGSDSGRQMLASTRTVIIDEIHAIAASKRGSHLALSLERLQALCAEPLVRIGLSATQKPIEAVSRFLVGQGRTCEIVDIGHARPRDLDIEVPPVPLSAVMANDVWELVYNRLAELARQHRTTLVFVNTRRLAERLSRHLSERLGKEAVAAHHGSLAKEFRLDAEQRLKRGELQVLIATASLELGIDIGDVDLVCQIASPRSISAFLQRVGRSGHQVGGTPKGRLFATTRDDLIECVALLDCVRRGELDILHIPEAPLDVLAQQIVAEVSCQEWHEQALLEMFRRASPYAELDENHYQALLQMLAEGVNGRQGVRSAYLHRDAVSRTLRGRRGSKLTAVTSGGTIPDNADYSVLLEPQGLNIGSVNEDFAVESIAGDVFQLGNTSYRIIRVESGRVRVEDAQGQPPTIPFWLGEAPGRSAELSEAVARLQARLDELLGATPGNLQPALDWLTGTLQLNLASAEQLLDYLAPARLAFGALPSQDTLLMERFFDESGGTQLIIHTPFGSRINRAWGLALRKRFCRTFNFELQAAASEDAIVLSLSTSHSFELDEVWRYLNSHSAEQILIQAVLDAPLFGVRWRWNAGVALALPRYAGGRKVAPQIQRMKSEDLIASVFPDQIACLENLAGEREIPDHPLVEQTLDDCLHEAMDSEGWLALLRRMEAGEIRLVSRDLPAPSPLAAEILSARPYTFLDDAPLEERRTQAVINRRWSDPQSTDDLGALDAEAIQAVREEAWPTPSNIDEIHEALMSLACIADSEADAEPSWLEGLRTLAERGRASHVRISEERGLWVPLERLTCLQAIYPQARWQPPLTPLPGFDEQWDSDDAVVEVLRARLSAFGPQPLTAIAYPLGLSPAQATQALAQLEQQGYVLRGRFTPGTGQEEWCERHLLARIHRYTVKRLRREIEPVTLQDFMRFLFDWQHLSPSAQGRGNAVLPSIVSQFEGYPAAASAWDSDLLPARIKDYSASWLDELCRSGKFVWTRLSARQKLSASALRSTPIVLLPRRQVGLWSSLAEQTPLDELSPRTQKVHQALSEHGALFFDELLHEAHLLRSELESALQELVGAGLVNADSFAGLRALITPASKRQARSSRRGRGAFVGGMDDAGRWALLRRSSPAAQPGNRPAPTAPETLEHIAMTLLRRYGVVFWRLLEREADWLPSWRELLRTFHRLEARGEIRGGRFVSGLAGEQFALPEAIPLLRETRRRPSDGSLIAVCGVDPLNLAGTLLPGAKVPALASNRLVYRDGLPVAALIAGKPQFWVELDAQGMAEARSKLIQKS NA NA NA NA NA D1-35_04619 870 rmlD dTDP-4-dehydrorhamnose reductase ATGTTACTGGGCGGCGGAAATGCCCTTGGGCAGGCGCTGATTCGCCTCGGTGCAGAAGAAGACATCGGTTTTCTTGCCCCCCGCCCGCCCGAAGATGGCTGGGATGCCGCGAGCCTGACGCAGTTGCTCGACGACACCCGGCCGGACGCCTTGATCAACCTGGCGTACTACTTCGACTGGTTCCAGGCCGAGACCGTCAGCGAGCAGCGCCTGGCGAGCCAGGAGCGGGCGGTCGAGCGCCTGGCCGAACTGTGCCAGCATCACAACATCGTCCTGGTGCAACCCTCGAGTTACCGTGTATTCGACGGCTCGCGCGCCACCGCCTACAGCGAAAAAGACGAGCCGGTGCCCCTGGGCTTGCGTGGCCAGGCACTGTGGCGCATCGAGCAAAGCGTGCGCGCCACCTGTCCGCAGCATGTGCTGCTGCGTTTTGGCTGGCTGTTGGACGACAGCGCCGATGGCATCCTCGGACGGTTCCTGGCCCGGGCCGAGCAGCCCGAAGAGCTGCTGCTGGCCGACGACCGCCGGGGTAATCCGACACCGGTCGACGATGCGGCGCGGGTAATCATTTCGGTGCTCAAACAACTCGATTGCGCGGCGCCGCTGTGGGGCACGTACCATTACGCCGGACACGAGGCGACGACGCCGCTGGCGCTGGGCCAGGCAATTCTTACCGAAGCCCGCGCCCTGCACCCGCTGGCCATCGAGTCACCCACGCCCCAGGCCCACGCCGCGCGGCCGGACGCCGCCGAAGAACCGCAGCACGCGGTACTGGCCTGCAAGAAAATTCTGCACACTTTCGGGATCAAGCCACGCGCCTGGCGCGCCGCACTCCCGGGCTTACTGGATAGGTTTTATCGCCATGGCTAA MLLGGGNALGQALIRLGAEEDIGFLAPRPPEDGWDAASLTQLLDDTRPDALINLAYYFDWFQAETVSEQRLASQERAVERLAELCQHHNIVLVQPSSYRVFDGSRATAYSEKDEPVPLGLRGQALWRIEQSVRATCPQHVLLRFGWLLDDSADGILGRFLARAEQPEELLLADDRRGNPTPVDDAARVIISVLKQLDCAAPLWGTYHYAGHEATTPLALGQAILTEARALHPLAIESPTPQAHAARPDAAEEPQHAVLACKKILHTFGIKPRAWRAALPGLLDRFYRHG PGPT0022630_2031 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0022630-rfbD|rmlD-K00067 NA NA D1-35_04620 930 COG1088 UDP-glucose 4-epimerase ATGGCTAAAGGCCCTGTTTTAATCACCGGCGGCGCCGGTTTCATCGGTTCGCACTTGACCGACGCGTTGCTCGCCAACGGCCATTCGGTGCGCATTCTCGATGACTTGTCCACCGGCAAGCGCAGCAACCTGCCGCTGGACAACCCGGCAGTCGAACTGATCGAAGGCGACGTCGCCGATGCGGCGCTGGTCGCCCGGGCCATGGCCGGGTGCAGCGCGGTGGCGCACCTGGCGGCGGTGGCCTCGGTGCAAGCCTCGGTGGACGACCCGGTACGTACCCACCAGAGCAATTTCATCGGCACCCTGAATGTCTGCGAGGCCATGCGCCAGGCGGGCGTGAAACGGGTGCTGTTCGCTTCCAGCGCCGCGGTCTATGGCAACAATGGTGAAGGCCAGTCCATCGACGAAGACACCTCCAAGGCGCCGCTTACGCCCTACGCTTCGGACAAGCTGGCGAGCGAGTTCTACCTCGACTTCTACCGGCGCCAGCACGATCTCGAACCGGTGATGTTCCGCTTCTTCAACATCTACGGTCCACGCCAGGATCCGTCCTCGCCGTACTCGGGGGTCATCAGCATTTTCAGCGAGCGGGCCCAGAAAGGCTTGCCGATCAGCGTGTTCGGCGACGGCGAGCAGACCCGGGATTTCGTCTACGTGGAAGACCTGGTACAGGTGCTGGTGCAGGCCATCGAGAAACCTGAAGTGCAAGCGGGCGCGGTGAATGTCGGCTGGAACCAGGCCACCACGCTCAAGCAGATGCTCCAGGCCCTGGCCGACGTGGTCGGGGATTTGCCCGCGATCAGCTACGGCCCGGCGCGCTCCGGCGACATTCGCCATTCGCGGGCTGATAACCGTCGGTTGCTGAAGCGTTTCGACTTGCCGGCGCAAACGCCGATGAGCGTGGGCCTGGCGCGGTTACTCGGGCGCTGA MAKGPVLITGGAGFIGSHLTDALLANGHSVRILDDLSTGKRSNLPLDNPAVELIEGDVADAALVARAMAGCSAVAHLAAVASVQASVDDPVRTHQSNFIGTLNVCEAMRQAGVKRVLFASSAAVYGNNGEGQSIDEDTSKAPLTPYASDKLASEFYLDFYRRQHDLEPVMFRFFNIYGPRQDPSSPYSGVISIFSERAQKGLPISVFGDGEQTRDFVYVEDLVQVLVQAIEKPEVQAGAVNVGWNQATTLKQMLQALADVVGDLPAISYGPARSGDIRHSRADNRRLLKRFDLPAQTPMSVGLARLLGR NA NA NA NA NA D1-35_04621 699 ompW COG3047 Outer membrane protein W ATGCAAAAGTCTCTGCTCAGCGCTTCCCTCGTCGCCCTCGCGCTCGCGGCACCACTCGCCCAGGCCCATACCGCCGGCGATATCATCGTTCGCGCCGGCGCCATCACCGTCAATCCGGATGCCGACAGTTCCAGCGTCAAGGTCGACCGTGGCCCGCTGGCCGGTGCCGACCTGGGCGGCAAGGCGACCATGAGCAGCGACACTCAGTTGGGCCTGAACTTCGCCTACATGCTCACCGACAATTGGGGGATCGAGCTGCTGGCGGCCTCGCCATTCGAGCACGACGTGAAAATCAAAGGCACCGCCCTGGGCGCGGCCAACGGCAAGCTCGGCACACTCAAGCACTTGCCGCCGACCCTGAGCCTGGTCTACTACCCGCTCGACGCCAAGTCGGCCTTCCAGCCTTACGTCGGCGCCGGCATCAACTACACCTGGATCTATGACGAACACGTCGGCAGCGACGCCAGCGCCAACGGTTTCAGCAACTTCCGGGCGAGCAACAGCTGGGGCATGGCGTGGCAAGTCGGCGCCGACTACATGCTGACGGACAACATCATGATCAACGGCCAGGTCCGCTACATCGACATCGACACCACCGCCTATGTCGACAACAACGCGGTGGCCGGCGGAACGCGGGCCAAGGTTGACGTGGACGTGGATCCGTTCGTCTACATGGTGGGGTTGGGTTACAAGTTCTGA MQKSLLSASLVALALAAPLAQAHTAGDIIVRAGAITVNPDADSSSVKVDRGPLAGADLGGKATMSSDTQLGLNFAYMLTDNWGIELLAASPFEHDVKIKGTALGAANGKLGTLKHLPPTLSLVYYPLDAKSAFQPYVGAGINYTWIYDEHVGSDASANGFSNFRASNSWGMAWQVGADYMLTDNIMINGQVRYIDIDTTAYVDNNAVAGGTRAKVDVDVDPFVYMVGLGYKF PGPT0022210_529 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0022210-ompW|yciD-K07275 NA NA D1-35_04622 519 hypothetical protein ATGCCCCGCGCCCTGCTTGCGCTGTTGATGCTGGTCAGCCTGCCATTGTGGGCGGCCGAGCCGAGAGACCTGGCCTGGTCGGAAATGATCCCGCCGGACGCGCCGCCGGAAGTGCCGAACATGACGCCCCTGCATGACCTGTCGAAAATGAGCGACGCCCTGGCCGCCGAATCCGCGCCGGCGGCCCGGCAGGACATGCCCAACGCCCCGGTGGTCAAGGCCCTGGACGGCCAGCAGATTCGCTTGCCGGGTTATATCGTGCCGCTGGAGGTCAGCGAGGAAGGCCGCACGACCGACTTCCTGCTGGTGCCGTATTTCGGCGCCTGCATCCACGTGCCGCCCCCGCCGTCGAACCAGATCGTGCATGTGAAAAGCGAAGTCGGGGTCAAGCTCGACGAGCTTTATCAACCGTACTGGGTGGAAGGGCCGATGCAGGTCAAGCCATCCACCAGTGAACTGGCCGATGCCGGGTATCAGATGGAGGCGCAGAAGATTTACGTGTATGAGCTGCCGGAGTGA MPRALLALLMLVSLPLWAAEPRDLAWSEMIPPDAPPEVPNMTPLHDLSKMSDALAAESAPAARQDMPNAPVVKALDGQQIRLPGYIVPLEVSEEGRTTDFLLVPYFGACIHVPPPPSNQIVHVKSEVGVKLDELYQPYWVEGPMQVKPSTSELADAGYQMEAQKIYVYELPE NA NA NA NA NA D1-35_04623 1266 hypothetical protein ATGTATTTGTTCCGTCTAGCCATGGCCAGCCTGGCGAACCGCCGCTTCACGGCGATCCTCACCGCTTTTGCCATTGCCCTTTCCGTTTGCCTGCTGCTGGCCGTGGAGCGCGTGCGTACCGAGGCGCGGGCCAGTTTCGCCAGCACCATCAGCGGCACCGACCTGATTGTCGGCGCTCGCTCCGGTTCGGTGAACCTGCTGTTGTACTCGGTGTTTCGCATCGGCAACGCCACCAATAACATTCGCTGGGACAGCTTCGAGCAGTTCGCCAGCAATCCGAAAGTGAAATGGGCGATCCCCATGTCCCTTGGCGATTCCCATCGCGGTTATCGAGTGATGGGCACCACCGAGGCCTACTTCGAGCATTACCAGTACGGTCGCCGGCAGCATCTGGAACTGGCGGACGGCCGGGCATTCGTCAGCGATCCGTTCGAAGTGGTGCTCGGCGCGGAAGTGGCCGAGGCGCTGCATTACAAACTCGGCGAAAAGCTGGTGTTGGCCCACGGCGTGGCGGCCATCAGCCTGGTCAAGCACGACGACAAACCGTTCACCGTGGTCGGGATTCTCAAGCGCACCGGCACGCCAGTGGACCGCACGCTGCACATCAGCCTCGGCGGCATGGAGGCGATCCATATCGACTGGAAAAATGGCGTGCCGGCCCAGGGCAACGGCCGTATCAGCGCCGACCAGGCCCGCAATATGGACCTTACGCCCAAGGCGATCACCGCCTTCATGCTGGGCCTCAACAGCAAGATTTCCACGTTTGCGCTGCAACGGGAAATCAACGAATTCCGTGGCGAGCCGCTGCTGGCGATCCTGCCCGGTGTGGCGCTGCAAGAGTTGTGGAGCCTGATGGGCACGGCGGAAAAAGCCTTGTTCGTGATTTCACTGTTCGTGGTGCTGACCGGCTTGATCGGCATGCTCACGGCAATCCTCACCAGCCTCAACGAGCGCCGCCGGGAAATGGCGATCCTGCGCTCGGTGGGCGCGCGGCCGTGGCACATCGCGACGCTGCTGGTGCTCGAAGCCTTTGCGCTGGCGCTGGCCGGGGTCATCTCCGGGCTGGCCTTGCTGTACATCGGCATCGCCGTTGCCCAGGGTTACGTGCAGTCGGCCTACGGCCTGTATCTGCCGCTGGGCTGGCCGAGCGAGTATGAATGGACGCTGCTGGCTGGCATTCTGGTCGCCGCCTTGCTGATGGGCAGCGTGCCGGCCTGGCGCGCCTATCGCCAATCGCTGGCCGATGGCCTGTCGATCCGTTTATGA MYLFRLAMASLANRRFTAILTAFAIALSVCLLLAVERVRTEARASFASTISGTDLIVGARSGSVNLLLYSVFRIGNATNNIRWDSFEQFASNPKVKWAIPMSLGDSHRGYRVMGTTEAYFEHYQYGRRQHLELADGRAFVSDPFEVVLGAEVAEALHYKLGEKLVLAHGVAAISLVKHDDKPFTVVGILKRTGTPVDRTLHISLGGMEAIHIDWKNGVPAQGNGRISADQARNMDLTPKAITAFMLGLNSKISTFALQREINEFRGEPLLAILPGVALQELWSLMGTAEKALFVISLFVVLTGLIGMLTAILTSLNERRREMAILRSVGARPWHIATLLVLEAFALALAGVISGLALLYIGIAVAQGYVQSAYGLYLPLGWPSEYEWTLLAGILVAALLMGSVPAWRAYRQSLADGLSIRL PGPT0013350_14028 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D1-35_04624 711 COG1136 putative ABC transporter ATP-binding protein ATGACCCAAGCACTCATCGAACTGTCCGACCTGGGCTTCAGCTGGCCCGGGCATCCGCTCTTGCTGGATATCCCGGCGTTTCGCCTGGAGGCCGGTGAAACTCTGTTTCTCAAGGGCCCCAGCGGCAGCGGCAAGACCACGTTGCTGGGGCTGCTGGGCGGTGTGCAGACACCGGATCGCGGCAGCATCCGCCTGCTCGGTCAGGAACTCAGCGAACTGGGCGCCGGCCGCCGCGACCGCTTTCGCGTGGACCATACCGGCTACATTTTCCAGCAGTTCAACCTGCTGCCATTTCTCTCGGTGCGCGAAAACGTCGAGCTGCCCTGCCATTTCTCGACATTACGCGCGCAACGGGCGAAGCAACGCCATGGCAGCGTCGATCAAGCCGCCGCCACGCTGCTGGCTCACCTCGGGCTGAGCGATTCGAGCCTGCTGGATCGCCGCGCCGACTCATTGTCCATCGGCCAGCAACAACGGGTCGCCGCCGCCCGCGCGCTGATCGGCCAACCGGAACTGGTGATTGCCGACGAGCCGACCTCGGCGCTGGATTACGACGCCCGGGAAAACTTCCTGCGGCTGCTTTTCGCCGAATGCCGCGAAGCCGGTTCGAGCCTGCTGTTTGTCAGCCACGACCAGAGCCTGGCGCCGCTGTTCGATCGTCACCTCTCGCTGGCCGATCTCAATCGCGCCGCCACGCCACTCGAGGTCTGA MTQALIELSDLGFSWPGHPLLLDIPAFRLEAGETLFLKGPSGSGKTTLLGLLGGVQTPDRGSIRLLGQELSELGAGRRDRFRVDHTGYIFQQFNLLPFLSVRENVELPCHFSTLRAQRAKQRHGSVDQAAATLLAHLGLSDSSLLDRRADSLSIGQQQRVAAARALIGQPELVIADEPTSALDYDARENFLRLLFAECREAGSSLLFVSHDQSLAPLFDRHLSLADLNRAATPLEV PGPT0013345_7838 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D1-35_04625 585 hypothetical protein ATGCGTCGTCTGCTTCTCGCTTTGCCGTTCGCCCTGCTGCCGTTGGCTGTCGCTCACGCGGCCGTCGAGCATGATCACGACCATGACCATGAGCACGGCAGCCTCGGCGCCCATGAACACGGCGTCGCTCGGCTGAACGCCGCGCTGGACGGCCAGACCCTGGAACTGGAGCTGGAGAGCCCGGCGATGAACCTGGTCGGCTTCGAACACGCCGCCACCAGCGATGCCGACAAGGCCAAGGTCGCCGCCGTGCGGGCGCAGCTGGATAAACCCCTGGCGCTGTTCAACCTGCCGGCCGCGGCCAAGTGCACCGTGGCCCATCAGGAGCTGGAGAGCCCGCTTTTCGGCGATGAGCCGGACCATGAAGACCACGACGAAGACGGCGACGAGCATCACGACGAGCACAGCGAGATCCATGCCCACTACCAGTTCACCTGCGCCGCTCCGGGCGCCTTGAAGAACCTGGACCTGGCGACCCTGTTCAAAACCTTCCCGGCCACCCAGAAAATTCAGGTACAACTGATCGGCCCGAGCGGTCAGCAAGGCGTTGAAGTGACGGCAAAGGCCCCTGCACTGAAATTCTGA MRRLLLALPFALLPLAVAHAAVEHDHDHDHEHGSLGAHEHGVARLNAALDGQTLELELESPAMNLVGFEHAATSDADKAKVAAVRAQLDKPLALFNLPAAAKCTVAHQELESPLFGDEPDHEDHDEDGDEHHDEHSEIHAHYQFTCAAPGALKNLDLATLFKTFPATQKIQVQLIGPSGQQGVEVTAKAPALKF NA NA NA NA NA D1-35_04626 348 hypothetical protein ATGTTGCGGATACGCGGAACCGTCGGCGAGTGGCCGGTGGACTTGACGATCGAGATGGATGAAGGCGACTGGGCGCAGCTCGGCGCGCAGCTGCAGGTGGCCAAGTCCGAGGTTGCGACGACACCGTCGGCCAGGCCGGCGAGTCAGGACGATGCCCAATGGCAGATCGCCAAGGAACTGCTGCGCAAGGCCGGGCAATTGACCGGCCCGGACTTGCTGGAGCAGCTGGAAGGCCTGACCGGCAGCGCTTCGTCCGGCAAGCGGCTGTTGGTGCGTCTGCGCCACAGCGCCGAGGTCAAGGTGCTGAGCGGCGGGGATACGCCGCTCTACAGCTGGGTCGGTCAGTAA MLRIRGTVGEWPVDLTIEMDEGDWAQLGAQLQVAKSEVATTPSARPASQDDAQWQIAKELLRKAGQLTGPDLLEQLEGLTGSASSGKRLLVRLRHSAEVKVLSGGDTPLYSWVGQ NA NA NA NA NA D1-35_04627 873 cnoX COG3118 Chaperedoxin ATGACCCAGGACACGCCGTACATCTTCGACGCCACCACTGCCGATTTCGACCAGTCGGTAATCGCCAACTCCTTCCACAAACCGGTGCTGGTGGATTTCTGGGCCGAGTGGTGTGCGCCGTGCAAGGCGCTGATGCCGATGCTGCAAGGCATCGCCGAGAGCTACCAGGGTGAACTGCTGCTGGCCAAGGTCAACTGCGACATCGAGCAGGACATCGTCGCCCGCTTCGGCATTCGCAGCCTGCCCACCGTTGTGTTGTTCAAGGACGGCCAGCCGGTCGACGGCTTTGCCGGTGCCCAGCCGGAATCGGCGGTGCGGGCAATGCTCGAACCCCATGTGCAGATGCCGCCGCCAGCCGCCGCCGATCCGCTGGAACAAGCCCAGGCGCTGTTCGACGACGGTCGTTTCGCCGACGCCGAAGCCCTGCTCAAGGCACTGCTGGTGGAAGACAACAGCAACGCCAAGGCGCTGATCCTCTATGCCCGCTGCCTGACCGAGCGCGGCGAGCTGGACGAAGCGCAGACAGTTCTGGATGCCGTGAAAAGTGACGAACACAAGGCCGCACTGGCCGGTGCCAAGGCGCAGATCCAGTTCCTCGGCCTGGCCAAGGACCTGCCGGACGCCGCCGACCTGAAGGCGCGCCTGGCGAAAGACCCACAAGATGATGAAGCGGTGTATCAACTGGCGATCCAGCAACTGGCGCGCCAGCAGTACGAACCCGCCCTCGATGCGCTGCTCAAGCTGTTCATCCGCAATCGCAGCTACAGCGAAGGCCTGCCGCACAAGACCTTGCTCCAAGTGTTCGAGCTGCTGGGCAATGACCACCCGCTGGTGACGACCTATCGCCGCAAGCTGTTCGCCGCGCTTTACTGA MTQDTPYIFDATTADFDQSVIANSFHKPVLVDFWAEWCAPCKALMPMLQGIAESYQGELLLAKVNCDIEQDIVARFGIRSLPTVVLFKDGQPVDGFAGAQPESAVRAMLEPHVQMPPPAAADPLEQAQALFDDGRFADAEALLKALLVEDNSNAKALILYARCLTERGELDEAQTVLDAVKSDEHKAALAGAKAQIQFLGLAKDLPDAADLKARLAKDPQDDEAVYQLAIQQLARQQYEPALDALLKLFIRNRSYSEGLPHKTLLQVFELLGNDHPLVTTYRRKLFAALY NA NA NA NA NA D1-35_04628 657 hypothetical protein ATGAAGGCACCGCAGCACCTGCAAGGTGCCTTGGTCGAGCTGCTGGGCGATGCGCGCCTGGTGTCCTGTGCGCTATCCGGCACCGACCTGGCGTTGTGGCTGATCGACGGCGAGAACATGGACCGGGCCTTCAGCCCGGAGGAAACCCGCCGCATCCTCCACGAACCGCCTTACTGGAGTTTCTGCTGGGCCAGCGGCCTGGCGCTGGCCCGCTACCTGGCCGAACACCCGCAGTGGGTCGAGGGCAAGCGGGTACTGGATTTCGGCGCCGGCTCCGGCGTGGCGGGTATCGCGGCGATCAAGGCCGGGGCGCGCGAAGTGGTGGCCTGCGACCTGGATCCGTTGGCGCTTGCCGCGTCAAGGGCCAACGCCGCGCTTAACGGCGTAGAGCTGAATTATTCAGCGGACTTTTTCGCCGAAGCCGATCGCTTCGACCTGATCCTGGTCGCCGATGTGCTTTATGACCGGGCCAACCTGCCGTTGCTCGACCAGTTCCTCAGCCGTGGCCGCGAGGCGCTGGTGGCGGACTCCCGGGTGCGCGATTTCCAGCATCCGCTGTATCGCCGTATTGAAATGCTCGAAGCCATGACTCTGCCGGACCTGGCCGAGCCGGAGGAGTTTCGGCATGTGAGCCTGTACCACGCGCGGCGCGACTGA MKAPQHLQGALVELLGDARLVSCALSGTDLALWLIDGENMDRAFSPEETRRILHEPPYWSFCWASGLALARYLAEHPQWVEGKRVLDFGAGSGVAGIAAIKAGAREVVACDLDPLALAASRANAALNGVELNYSADFFAEADRFDLILVADVLYDRANLPLLDQFLSRGREALVADSRVRDFQHPLYRRIEMLEAMTLPDLAEPEEFRHVSLYHARRD NA NA NA NA NA D1-35_04629 471 hypothetical protein ATGCCGCTACGATCGCTCGTTTTGCTCAGTCTCTTCAGCCTGCTGATGGCGTGCAGCAGCGACGCCCCCAAGCCCGCTGCCCCCGCCCCGGCCCCGGCCCCAGCGCCGAAACAGGCCCAGGAAAAGGCCCGGCAGGCCACCGAGCTTGGCCCGCTGCCGGCCCATCAGCGCGAATTGAGCGGCACCCTGCAAGGCGTACCGGCCGGCGCCGAAGTCGAACTGGCGCTACTGGTGATCGATGACAAGGACCGCCCGCAACAACTGCTCGCCAGCTCCAGCCTGATCGGCACCAACCAGGCGCTGCCCTTTCGCCTGCGCTTCAATCCGGAAGCGTTCCCGGTCGGCGCCCGTGTCGAGTTGCGCGGCCGCGCCAGCCAGTCCGGCCAACTGATCCTGCATCTGCCGGAACAACGCATCACGCAACCGACCACCCAGGCGCTGGGCGTCCTGCAATTCGTCAAAGCTCCATGA MPLRSLVLLSLFSLLMACSSDAPKPAAPAPAPAPAPKQAQEKARQATELGPLPAHQRELSGTLQGVPAGAEVELALLVIDDKDRPQQLLASSSLIGTNQALPFRLRFNPEAFPVGARVELRGRASQSGQLILHLPEQRITQPTTQALGVLQFVKAP NA NA NA NA NA D1-35_04630 465 nrdR COG1327 Transcriptional repressor NrdR ATGCACTGTCCCTTCTGCGGTGCCAACGACACCAAAGTCATCGACTCGCGACTGGTCGCCGAGGGCGAACAGGTCCGCCGCCGCCGCGAATGCCTGGCCTGCGGCGAGCGTTTCACGACGTTCGAGACCGCTGAACTGGTGTTGCCGCGCCTGATCAAGACCGACGGCAGCCGCCAGCCGTTCGATGAAGAAAAACTGCGCGCCGGCATGCAGCGCGCCCTGGAAAAACGCCCGGTGAGCGTCGAGCGTCTGGAAGCGGCGCTGGTGCACATCAAGCACAAGCTGCGCGCGACGGGCGAGCGTGAGGTCAAGTCCCTCGTCGTCGGCGAGTTGGTCATGGCCGAGCTGCAAAAGCTCGATGAAGTGGCCTATATCCGCTTCGCCTCGGTGTACCGGCGTTTCCAGGACCTCAACGAGTTCCGCGAGGAAATCGACCGCCTGGCCCGCGAACCGGTGAAAGAATGA MHCPFCGANDTKVIDSRLVAEGEQVRRRRECLACGERFTTFETAELVLPRLIKTDGSRQPFDEEKLRAGMQRALEKRPVSVERLEAALVHIKHKLRATGEREVKSLVVGELVMAELQKLDEVAYIRFASVYRRFQDLNEFREEIDRLAREPVKE NA NA NA NA NA D1-35_04631 1134 ribD COG0117 Riboflavin biosynthesis protein RibD ATGACCGGCGCGGCGCAGCAGGCCGTCCTCGACGCCCACTACATGGCCCGCGCCCTGGAACTGGCGCGGCGCGGTCACTACAGCACCCACCCCAACCCCCGGGTCGGTTGCGTGATCGTGCGCGACGGGCTGGTGGTCGGCGAAGGCTGGCACATCCGTGCGGGCGAACCCCATGCCGAAGTCCATGCCCTGCGCGCCGCTGCTGACAAGGCCCGGGGCGCGACGGCCTACGTGACCCTCGAACCTTGCAGCCACCATGGGCGCACGCCGCCCTGCGCCGATGCGCTGGTCAATGCCGGCGTGGCGCGGGTGGTCGCGGCAATGCAGGACCCCAATCCGGAAGTCGCCGGGCGCGGCCTGCAGCGTCTCGCCCAGGCCGGCATCGCCACACAAAGCGGCGTGCTCGAAGGCGAAGCGCGCAAGCTCAACGAAGGGTTTCTCAAGCGCATGGAGCACGGCCTGCCGTTCGTGCGGGTCAAGCTTGCCATGAGCCTGGATGGCCGTACCGCCATGGAAAGCGGCGAGAGCCAATGGATTACCGGCCCGGCCGCTCGCTCAGCGGTGCAACGCCTGCGCGCCCAGGCCAGCGTGGTGCTGACCGGCGCCGATACGGTACTGGCGGACAACGCCCGGCTGACCGTGCGTGCCGATGAGCTTGGGCTGGACGCCGAGCAGACCGCGTTGGCCATGAGCCGTCCGGCGCTGCGGGTGCTGGTGGACGGTCGTCTGCGGGTGCCGCTGGATGCGCCGTTCTTCAGAGCGGGCCCGGCGCTTGTCGCTACCTGCATGGCGGTTGAGGAACAGTACGCCAACGGCCCTGAATGCATGATCGTCGCCGGGGAAGATGGCCAGGTCGATCTGCATCGCCTGCTGCTGGAGCTGGCGGCCCGTGGCGTCAATGAAGTGCTGGTGGAAGCCGGCCCGCGCCTGGCGGGTGCTTTCGCCCGGCAGGGGTTGGTCGACGAATTCCAGATTTTCATCGCCGGCAAGTTCCTCGGATCCACGGCGCGGCCATTGCTCGATTGGCCGCTGGCGCAGATGAAAGACGCGCCGCAGCTTCAAATCACCGACATTCGCGCCGTGGGCGATGACTGGCGAGTCATCGCCGTCCCCGCTCCGCAGGCCAGCGTATAA MTGAAQQAVLDAHYMARALELARRGHYSTHPNPRVGCVIVRDGLVVGEGWHIRAGEPHAEVHALRAAADKARGATAYVTLEPCSHHGRTPPCADALVNAGVARVVAAMQDPNPEVAGRGLQRLAQAGIATQSGVLEGEARKLNEGFLKRMEHGLPFVRVKLAMSLDGRTAMESGESQWITGPAARSAVQRLRAQASVVLTGADTVLADNARLTVRADELGLDAEQTALAMSRPALRVLVDGRLRVPLDAPFFRAGPALVATCMAVEEQYANGPECMIVAGEDGQVDLHRLLLELAARGVNEVLVEAGPRLAGAFARQGLVDEFQIFIAGKFLGSTARPLLDWPLAQMKDAPQLQITDIRAVGDDWRVIAVPAPQASV PGPT0008555_1020 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 D1-35_04632 663 ribE Riboflavin synthase ATGTTTACCGGCATCATCGAATCCATCGGCAGCATCCGTGCACTCACTCCCAAGGGCGGCGATGTGCGGGTCCACGTCGAAACCGGCAAGCTCGACCTGAGCGACGTCAAGCTGGGCGACAGCATCGCCGTGAACGGCGTCTGCCTGACCGCCGTGGAACTGCCGGGCAATGGTTTCCTGGCGGACGTCAGCCGGGAAACCCTCGACTGCACCGCGATGAACGACCTCAAGAGCGGCAGCCCGGTCAACCTGGAAAAAGCCCTGACCCCGACTACCCGCCTGGGTGGGCACCTGGTCAGCGGTCATGTCGATGGCGTCGGTGAAGTGGTGTCGCGTACCGATAACGCCCGGGCCGTGGAGTTTCGTATCCGCGCTCCGAAAGAACTCGCCAAGTACATCGCCCACAAGGGCTCGATCACGGTCGACGGCACCAGCCTGACCGTCAACGCGGTGGATGGTGCCGAATTCCTGCTGACTATCATCCCGCACACGCTGAGCGAAACCATCATGGCCTCGTACCGGCCTGGTCGCCGGGTCAACCTGGAGGTCGACCTGCTGGCCCGTTACCTGGAGCGCCTGCTGCTGGGCGACAAGGCTGCCGAACCTGCGGCCGGTAACATCACTGAAAGCTTTCTGGCCGCCAACGGCTACCTCAAATCCTGA MFTGIIESIGSIRALTPKGGDVRVHVETGKLDLSDVKLGDSIAVNGVCLTAVELPGNGFLADVSRETLDCTAMNDLKSGSPVNLEKALTPTTRLGGHLVSGHVDGVGEVVSRTDNARAVEFRIRAPKELAKYIAHKGSITVDGTSLTVNAVDGAEFLLTIIPHTLSETIMASYRPGRRVNLEVDLLARYLERLLLGDKAAEPAAGNITESFLAANGYLKS PGPT0008610_929 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 D1-35_04633 1092 ribBA_2 COG0108 Riboflavin biosynthesis protein RibBA GTGGCGCTCAATAGCATCGAAGAACTGGTTGAAGACATCCGCCAAGGCAAGATGGTCATCCTCATGGATGACGAAGACCGCGAGAACGAAGGCGACCTGATCATGGCCGCCGAATGCTGCAAGGCCGAACACATCAATTTCATGGCCAAGCACGCCCGTGGCCTGATCTGCATGCCGATGACCCGTGAGCGCTGCGAGCTGCTGAAGCTGCCGTTGATGGCGCCACGCAACGGTTCCGGGTTCGGCACCAAGTTCACCGTGTCCATCGAGGCCGCCGAGGGCGTGACCACCGGTATTTCCGCCGCGGACCGGGCGCGTACCGTGCAGGCCGCTGCGGCCGCCGACGCCAGGGCCGAAGACATCGTCAGCCCCGGTCACATCTTCCCGCTGATGGCCCAGGCCGGCGGCACCCTGGCCCGCGCCGGCCACACCGAAGCGGCGTGCGACCTCGCGCGTATGGCCGGTTTCGAGCCCGCCGGCGTCATCTGCGAAGTGATGAACGACGACGGCACCATGTCCCGTCGCGCCGAGCTTGAGGCTTTCGCTGCCGAGCACGACATCAAGATCGGCACCATTGCCGATCTGATCCACTACCGGATGATCCACGAGCGTACCGTTCAGCGGATTGCCGAGCAGCCGCTGGACAGCGAACTGGGCCAGTTCAACCTGGTGACCTACCGCGATTCGGTGGAAGGCGACGTGCACATGGCGCTGACCCTGGGAACCGTGTGCGCCGAAGAACCGACTCTGGTTCGCGTGCACAACATGGACCCACTGCGTGACCTGCTAATGGTCAAGCAGCCGGGCCGCTGGAGCCTGCGCGCGGCCATGGCCGCGGTAGCCGAGGCCGGCAGCGGCGTGGTGCTGTTGCTCGGGCACCCGCTCGATGGCGATGTGCTGCTGGCGCACATTCGCGAAACCACCGAACATCAACCGGTGAAAAAACCGACCACCTACAGCATCGTCGGGGCCGGTTCGCAGATCCTGCGCGACCTGGGCGTACGCAAAATGCGCCTGATGAGCGCACCGATGAAATTTAATGCGATATCCGGTTTCGATCTGGAAGTTGTAGAATACGTGCCCTCCGAATAA MALNSIEELVEDIRQGKMVILMDDEDRENEGDLIMAAECCKAEHINFMAKHARGLICMPMTRERCELLKLPLMAPRNGSGFGTKFTVSIEAAEGVTTGISAADRARTVQAAAAADARAEDIVSPGHIFPLMAQAGGTLARAGHTEAACDLARMAGFEPAGVICEVMNDDGTMSRRAELEAFAAEHDIKIGTIADLIHYRMIHERTVQRIAEQPLDSELGQFNLVTYRDSVEGDVHMALTLGTVCAEEPTLVRVHNMDPLRDLLMVKQPGRWSLRAAMAAVAEAGSGVVLLLGHPLDGDVLLAHIRETTEHQPVKKPTTYSIVGAGSQILRDLGVRKMRLMSAPMKFNAISGFDLEVVEYVPSE PGPT0007990_4057 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 D1-35_04634 477 ribH_2 6,7-dimethyl-8-ribityllumazine synthase ATGACCCTGAAGACCATCGAAGGTACCTTCATCGCCCCCAAGGGCCGCTACGCGCTGGTAGTCGGCCGTTTCAACAGCTTTGTGGTTGAGAGCCTGGTCGACGGTGCGGTCGATGCCCTGGTTCGCCATGGCGTGAGCGAAGGCGACATCACCATTATCCGTGCCCCTGGCGCCTTCGAAATTCCGCTGGTTGCGCAGAAAGTCGCACAAAAAGGCGAATTTGCGGCGATCATCGCCCTCGGCGCGGTCATTCGTGGCGGTACTCCACACTTCGAATACGTGGCCGGCGAATGCACCAAGGGCCTGGCCCAGGTGTCCATGGAATTCGGCGTACCGGTTGCCTTCGGCGTGCTGACCGTTGATTCCATCGAACAAGCCATCGAACGTTCCGGCACCAAGGCCGGTAACAAAGGTGCCGAAGCTGCCCTGTCCGCCCTGGAAATGGTCAGCCTGCTGGCGCAGTTGGAGGCCAAGTGA MTLKTIEGTFIAPKGRYALVVGRFNSFVVESLVDGAVDALVRHGVSEGDITIIRAPGAFEIPLVAQKVAQKGEFAAIIALGAVIRGGTPHFEYVAGECTKGLAQVSMEFGVPVAFGVLTVDSIEQAIERSGTKAGNKGAEAALSALEMVSLLAQLEAK PGPT0008605_2064 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 D1-35_04635 501 nusB Transcription antitermination protein NusB GTGATTAGCGACGAAAGCGATCGTTTCAATCCGCGCGAGCCGAAACCGGCCGACGCCGGCAAGCCTTCGAAGAGCGTCAAGCGCCGCGAAGCCCGTCAGCTCGCGACCCAGGCCCTGTACCAATGGCACATGGCCAAGCAGTCGCTGAACGAGATCGAAGCGCAGTTTCGCGTCGATAACGACTTCAGCGATGTCGATGGCGCGTATTTCCGCGAGATCCTGCATGGCGTCCCGGCCCACAAGACCGAAATCGATACGGCCCTGGCACCTTGCCTGGACCTGACGATCGATGAATTGGACCCGGTTGAGCTGGCTGTGTTGCGCCTGTCCACCTGGGAACTGATGCAGCGCGTCGACGTACCGTACCGCGTGGTGATCAACGAAGGGATCGAGCTGGCGAAAGTCTTCGGTTCCACCGATGGCCACAAGTTCGTCAACGGCGTACTCGACAAGCTCGCCCCGCGTCTGCGTGAAGCCGAAGTGAAGGCGTTCAAGCGCTGA MISDESDRFNPREPKPADAGKPSKSVKRREARQLATQALYQWHMAKQSLNEIEAQFRVDNDFSDVDGAYFREILHGVPAHKTEIDTALAPCLDLTIDELDPVELAVLRLSTWELMQRVDVPYRVVINEGIELAKVFGSTDGHKFVNGVLDKLAPRLREAEVKAFKR PGPT0009010_3 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 D1-35_04636 963 thiL COG0611 Thiamine-monophosphate kinase ATGGGCGAATTTGAGCTGATCCGTCACTACTTTGCCGCCGCTGCCTGTGCGCAAGGCGGCGAGGGCGTTGCGCTCGGAATCGGCGACGATTGCGCCCTGCTGGCCGTTCCTCCCGGAGAACAGCTCGCGGTATCCACCGACACGCTCGTGGCCGGTGTGCATTTTCCGGACCCTTGCGACCCGTTCCTGCTCGGCCAGCGCTCGCTGGCCGTGGCGGTCAGCGACCTGGCCGCCATGGGCGCCAGTCCTCTCGCCTTTACCCTCGCCCTGACCTTGCCGACGGTGGCCGCCGATTGGCTGCAGGCGTATGCCCGTGGCCTGAACCAGATGGCCCAGGCTTGTGGTGTAGCACTGGTGGGGGGCGATACCACCCACGGGCCGTTGAGCCTGACCATGACCGTGTTCGGCCGCGTGCCGTGCGGCCAGGCGCTGACCCGCAGCGGCGCGCAACCCGGCGATCTGCTTTGCGTCGGTGGTGACCTGGGCAATGCGGCTGGCGCGTTGCCGCTGGTTCTCGGCGAGCGCAGTGCCGAGCCTGCTATCGCCGAGCCGCTGCTGGCTCACTACTGGTCGCCACAACCGCAGATCGGCCTTGGCCTGGCTCTACGGGGCAAGGCCAGCGCGGCAATGGACATTTCCGATGGGTTGTTGGCGGACTGCGGGCATATCGCGCTGGCATCCGGCGTGGCGTTACGGGTTGAACGGGACCGGTTGCCGTTGTCCAACGCTCTGTTGGCGTTTGGCCTGCCGCAGGCACAACATGCCGCCCTGAGTGGCGGCGACGACTATGTGTTGCTGTTCACCCTGCCGCCGGTCCGATTGTCGGCACTTCTCGCCGAAGGCTGGCCGATTCATGTGGTCGGCAGTGTCACGGCGGGGCAGGGCGTCATGCTGGTCGACAGTCTTGGACAGGACATCACCCCGCCAATCCGGGGCTATCAACATTTTCGGGAGACACCGTGA MGEFELIRHYFAAAACAQGGEGVALGIGDDCALLAVPPGEQLAVSTDTLVAGVHFPDPCDPFLLGQRSLAVAVSDLAAMGASPLAFTLALTLPTVAADWLQAYARGLNQMAQACGVALVGGDTTHGPLSLTMTVFGRVPCGQALTRSGAQPGDLLCVGGDLGNAAGALPLVLGERSAEPAIAEPLLAHYWSPQPQIGLGLALRGKASAAMDISDGLLADCGHIALASGVALRVERDRLPLSNALLAFGLPQAQHAALSGGDDYVLLFTLPPVRLSALLAEGWPIHVVGSVTAGQGVMLVDSLGQDITPPIRGYQHFRETP PGPT0009010_2580 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 D1-35_04637 504 pgpA COG1267 Phosphatidylglycerophosphatase A GTGACAGATCATCCCAACCAGGTTCCGGCAGAATTCGTTCCGCCCTCGGTCTGGCGCAATCCCTGGCATTTCATGGCGTTTGGCTTCGGTTCGGGCACGTTGCCCAAAGCGCCAGGCACATGGGGCTCGCTGGTTGCGCTACCCTTCATACCGTTGTGGCAGATGTTGCCGGATTGGGGCTACTGGCTGATGCTCGGCATCACCATGCTGTTCGGCTTCTGGCTGTGCGGCAAAGTGGCGGATGATTTGCGGGTGCACGACCATGAAGGCATCGTCTGGGACGAGATGGTCGGCATGTGGATTACCCTGTGGCTGGTACCGGAAGGCTGGTATTGGTTGTTGACGGGTTTCCTGGTGTTCCGCTTCTTCGATATCCTCAAGCCGTGGCCGATCCGCTGGATCGATCGGCATGTACACGGCGGGGTAGGCATCATGCTCGATGACGTATTGGCCGGCGTGTTCGCCTGGCTGGCAATGCAAGGGTTGGTGTGGTGTTTTACCTGA MTDHPNQVPAEFVPPSVWRNPWHFMAFGFGSGTLPKAPGTWGSLVALPFIPLWQMLPDWGYWLMLGITMLFGFWLCGKVADDLRVHDHEGIVWDEMVGMWITLWLVPEGWYWLLTGFLVFRFFDILKPWPIRWIDRHVHGGVGIMLDDVLAGVFAWLAMQGLVWCFT PGPT0007710_660 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007710-pgpA-K01095 NA NA D1-35_04638 759 hypothetical protein ATGGGCGTAAGCCGCACACTGTTGCTGTTGTTGTGTCTCGGGGCGTTGCTCGGTGTTCGCGTGGCCGAGTCGGCGCCGTTGCCCGGCAAGATCCGCGCGGCCAGCGAGGAGTGGGCCGACTACACCCAGGCGGATGGCCAGGGCATGGCCTGGGATATCCTGCGCGAGGTGTTCGAACCCGAAGGCGTCAAGCTGGAAACCCGCAGCGTGCCTTACACCCGTTCGATCGGCCTGGTGCAGCGTGGCGAAGTCGACGTGCAGGTCGGTGCCTATCGCGACGAATCCGAGGGGGTGCTCTACCCCAATTGGCACTACGACGTCGATCACATCTATGCGTTGGGCCTGGCGTCAAAGCCCTCTCCCACGTTGGCCACGGTGGGTAATTACCGGCTGGTGTGGATGCGCGGGTACGAATACAACAATTATCTGCCGAACATCCGGCGCTTCAATGAAATCCACCGCTCCGTGGGGATCCTGCCGATGCTGGTCCACGACCGTGCCGATTTTTATATCGATGCGTTGATGGAAATCCAGGATGTGCTCGCCAAGGCCGACGACCCCCAGCAGTTCAAGCTCTCTGCGCTGATCAACCTGCCGCTGTACCTGGGCTTTGCCGACACCGAAAACGGACGTGCCTTGCGTGCACTGTTCGACCGGCGCATGGACGTGCTGGTGAAAAGCGGCCAATTGAAGCCGATTTTCGAACGTTGGAAGCAGCCCTATCCCTTCGACGAGAGTGGCAAGCCACCAAAGCCGTGA MGVSRTLLLLLCLGALLGVRVAESAPLPGKIRAASEEWADYTQADGQGMAWDILREVFEPEGVKLETRSVPYTRSIGLVQRGEVDVQVGAYRDESEGVLYPNWHYDVDHIYALGLASKPSPTLATVGNYRLVWMRGYEYNNYLPNIRRFNEIHRSVGILPMLVHDRADFYIDALMEIQDVLAKADDPQQFKLSALINLPLYLGFADTENGRALRALFDRRMDVLVKSGQLKPIFERWKQPYPFDESGKPPKP PGPT0020800_13887 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 D1-35_04639 618 Riboflavin biosynthesis protein GTGCCTGTCGTTTTTGTTGCCGCTTCCAAGCTGCCAACACCCTTTGCGCAATTCACCATGCATGGTTTTCTCGATGAAGCCACCGGCCGCGAGCACGTCGTGCTCAGCCTGGGTGATTTCGCCGACGGCGCTCCGGTACTCGGTCGCCTGCACTCCGAATGCCTGACGGGCGATGCCTTGTTCAGCCAGCGCTGCGACTGCGGCTCGCAACTCGAAGCGGCCCTGCAGGCCATTGCTCGCGAGGGCCGTGGCGTACTGCTGTACCTGCGCCAGGAAGGCCGCGGCATCGGCCTGTTGAACAAGATCCGTGCCTACGAGCTGCAAGACGGCGGCGCCGATACTGTCGAAGCCAACGAGCGCCTCGGGTTTGCCGCCGACTTGCGTGACTACAGCATTTGCCAACCGATGCTCGAACACCTGGGCATCAAGTCCTTGCGACTGATGACCAACAACCCGCGCAAGGTCAAGGCATTGACCGACATGGGCGTAGTGGTGGCGGAGCGCGTGCCGCTGCATACCGGGCACAACCCGCACAACAAGCTTTACCTGGCAACCAAGGCCAGCAAGCTCGACCACATGATGGGCAACGAGCACCAGGGCGAGGTCGACCGGGCGTGA MPVVFVAASKLPTPFAQFTMHGFLDEATGREHVVLSLGDFADGAPVLGRLHSECLTGDALFSQRCDCGSQLEAALQAIAREGRGVLLYLRQEGRGIGLLNKIRAYELQDGGADTVEANERLGFAADLRDYSICQPMLEHLGIKSLRLMTNNPRKVKALTDMGVVVAERVPLHTGHNPHNKLYLATKASKLDHMMGNEHQGEVDRA PGPT0007985_1232 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 D1-35_04640 420 hypothetical protein GTGACGCGTGGTCAGGTTCGGCGGCGGCTGGCCGTCAGTTGGTGGCAATACCTGGCGCTGGCGTTGCTGCCGCTGTTCGTGATCAACGCGGTGTTCGGCCAGGGCGAAGCGATTCTGCCGGTATTGGCGATGCCGTTGTTTATCGCCGGCGTGGCGTCGATGTTTGTCAGCCTGCGATTTTTCGGCAGTTATAAAAACGCCTTGGTCGCCACGCAGAAATCCCTCGATACACCGGAAGAACCCCAAGCCTGGATCACTCTCGCGGCTCGGCGTCGCGCAGCGTTTCTGGCGGCAGGCCTGCCGGCGTGGGTTGGTGCGCTGGCGGTGTTTGTCGGGTTGGAAGCTGTACCGCTGATGCTGCTGGCGTTATCCACTGCGGTGCTGTTCTACCTGTATCGCATCCCACGCCAGCTCGGCTGA MTRGQVRRRLAVSWWQYLALALLPLFVINAVFGQGEAILPVLAMPLFIAGVASMFVSLRFFGSYKNALVATQKSLDTPEEPQAWITLAARRRAAFLAAGLPAWVGALAVFVGLEAVPLMLLALSTAVLFYLYRIPRQLG NA NA NA NA NA D1-35_04641 786 btuF_1 COG0614 Vitamin B12-binding protein ATGCGTCTCTGGCTGGCGGTTCTGTTGCTGGCCGCCAGCGCTTCGACGACGGCGGCCAATCGTGTCGTCAGCCTGGCGCCGTCGCTCTCTGAAATTGTCGTTGAACTAGGCTCCGCCGACCTGCTGGTGGGTGTGCTGGACGGTGGCGATCGTCCACCGGTCCTGAAGGACCTGCCGTCGGTGGGCCGTTATGGCCAGCTGGATATGGAGCGCTTGCTTAGCCTCCAGCCCGATCTGCTCCTGCTCTGGCCCGGCAGTATCGGCCCGGCCCAGCGCGAACAGCTCAAGGGCCTGGGCATTCCGATTTATATCGCCGAGTCCCACAGCCTCGACCAGCTCCTCCACCAAATCGAAGACATCGCCGCCCAGCTCGGCCGCCCGGAGCGGGGCGTGCAACGGGCAGCGCAATTGCGCTTGCGCCTGGAGACGCTGCGCCAACGCTACCGACGGGAGACGCCGTTGCCGGTGTTCTATCAGGTCTGGGATCGGCCGCTGTACACCGTGGGCGGCCGACAGATCATCAGTGATGCGTTGTCAGTGTGCGGCGCGCGCAACGTCTTTGCAGACCTGGACCTGCCGGCGCCGCAAGTGAGCGTGGAGTCGGTATTGCAGCGCCAACCGCAGGTGGTCCTGGCTACGGAGCAGGCGCAGCTTGACGCCTGGAAAGCCTGGCCGGTGGCGCAGGGGCGGTTGTTGCTGGTCAACGATAAAGGTCTGGAGCGGGCCAGCGGGCAGATGATCGAGGCGACGGCGCGGTTGTGTGAGTTGATTGCGCCAGACCGTTAG MRLWLAVLLLAASASTTAANRVVSLAPSLSEIVVELGSADLLVGVLDGGDRPPVLKDLPSVGRYGQLDMERLLSLQPDLLLLWPGSIGPAQREQLKGLGIPIYIAESHSLDQLLHQIEDIAAQLGRPERGVQRAAQLRLRLETLRQRYRRETPLPVFYQVWDRPLYTVGGRQIISDALSVCGARNVFADLDLPAPQVSVESVLQRQPQVVLATEQAQLDAWKAWPVAQGRLLLVNDKGLERASGQMIEATARLCELIAPDR PGPT0004685_581 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0004685-btuF-K06858 NA NA D1-35_04642 1881 btuB_2 COG4206 Vitamin B12 transporter BtuB ATGAAACGCCGCCTCACCCTAGCCCTCGCCCTGCTCCCGACCTTCAACCTGCTCGCCGAGACCTTCGAACGCGACCAGGCCCTCAAGCTGCCTGACATCCTGATCAGCGCCAATCGCCAGGTCGAGGCGCGCAATGACAGCAGCGCCGCCAACACAATCTTCACCCGCGACGACATCGAACGCCTGCAACCGGCCAGTGTCACCGACCTGCTCAGCCGCGTGCCCGGCGTACAGGTGGCACCGCTGGGCGGGCGCGGCAGCCTGCCGGGGATCTACATTCGCGGCACCAAGTCGGCCCAGAGCCTGGTGCTGGTGGACGGCCAGCGCATCGGCAACGCGACCTCCGGCGACAGCAATCTGCAACGCTTGAATATCAACCAGATCGAACGGGTGGAAGTGCTGCGCGGTTCGCGCTCGGTGATCTACGGCGCCGATGCGGTGGGCGGGGTCATTCAGATTTTCACCCGTCGAGGCGCCCAACAAGGCCTGCAGCCACGCCTGCATATGGGCGTCGGCAATCATCAGACCTGGGAGCGCAGCCTCGGTCTGTCCGGTGGCGACGAGCAGACCCGTTTCAACCTGGGCGCCAGCCTCGACGAAAGCGAGGGGAGCAATCGGACCCATGAGTCCTACGCCAGCGACCGCGACGCCGATGCCAACCGCAACCAGTCCTTCAGTCTCAGCCTGAGCCATGCAGCCAGCGACGACCTGGAAGTTGGCCTGAACCTGCTGGATAACCGTGGCAAAAGCGAATACGACAACCCGTTCGGCCGCTTCGACCCCAACACCTTCGAATCGCTGCCCCAGCAGCCCTACAGTGAATTTGCGGTCAGCAGTTTCAGCGGTTATGTCGATGGGCGGATCAACGACGCGTGGAAATCTCGCCTCGAGCTGGGCCACAGCGAGAACCGGGAAAAAACGTACGACAAGCTCAGCGATGTCCGGGAGGTGTTCAACACTTATCGCGACTCGCTGACCTGGCAGAACGACGTGACCCTGGACGAACGCAACAGCCTGATCCTCGGCGGCGACTGGTACCAGGACCGCGTCAACAGCACCACGCCGTTCGATGAAGACAGCCGCTGGAATCGTGCGGCATTCATCCAGCACCGATTCCAGGCCGAAACGTTCTCGACCGAGCTGGGCCTGCGCCGCGACCAGAACCAGCAGTTCGGCGGCCAGAACAGCTGGAGCGGCACCCTTACCCTGCCGGTCAACCCAACCAACGACGTGTTGCTGACCTACAGCGAAAGCTTCCGCGCGCCGACCTTCAACGATCTTTACTACCCGGACTTCAGCAACCCGGACCTGAAACCCGAGACGGCCAGAAGCTACGAATTGCAATGGCGCAGCCAACTGAGCGACAGCGCTCGCCTGGAAGCGTCCCTGTACCGCACGAACCTGGAAGACGCGATCATCTTCGGCAGCAATTCACGGCCGCAAAACGTCGCTTCGGCGCGGATCAACGGTTTCGAAATGGCCTACCGACAGGAACTGTTCGGCTGGCAGGGCAACCTCGGCCTGGCGATCATCGACCCGCGCGACCGCGACAGCGGCCACACCCTGGCACGCCGCGCCCGCCGCACGTTGAGCCTGGACCTGGACCGGCAATTCGATCGCCTCGGCCTCGGCGCGAGCTGGCAAGCGGTGAGCAGCAGTTACGACGACGAAAACAACCGCAACGCCCTGGGCGGCTATGCGCTGCTCGGAGTGCGCGGCAGTTTGGCGTTGAGCCGGGAAGTGAAGCTTGAGATGAAGGTCGATAACCTGCTGGACCAGAATTACAGCCGGGCGCTGTATAGCCATGACGGGGAACAGTATGGGTATCGGGAGGAAGGGCGGGCGTGGTTGTTTGGGGTGACCTGGACGCCTTCCCTCTGA MKRRLTLALALLPTFNLLAETFERDQALKLPDILISANRQVEARNDSSAANTIFTRDDIERLQPASVTDLLSRVPGVQVAPLGGRGSLPGIYIRGTKSAQSLVLVDGQRIGNATSGDSNLQRLNINQIERVEVLRGSRSVIYGADAVGGVIQIFTRRGAQQGLQPRLHMGVGNHQTWERSLGLSGGDEQTRFNLGASLDESEGSNRTHESYASDRDADANRNQSFSLSLSHAASDDLEVGLNLLDNRGKSEYDNPFGRFDPNTFESLPQQPYSEFAVSSFSGYVDGRINDAWKSRLELGHSENREKTYDKLSDVREVFNTYRDSLTWQNDVTLDERNSLILGGDWYQDRVNSTTPFDEDSRWNRAAFIQHRFQAETFSTELGLRRDQNQQFGGQNSWSGTLTLPVNPTNDVLLTYSESFRAPTFNDLYYPDFSNPDLKPETARSYELQWRSQLSDSARLEASLYRTNLEDAIIFGSNSRPQNVASARINGFEMAYRQELFGWQGNLGLAIIDPRDRDSGHTLARRARRTLSLDLDRQFDRLGLGASWQAVSSSYDDENNRNALGGYALLGVRGSLALSREVKLEMKVDNLLDQNYSRALYSHDGEQYGYREEGRAWLFGVTWTPSL PGPT0003740_1364 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-VITAMIN_B12_RELATED_FERROUS_UPTAKE,PGPT0003740-butB-K16092 NA NA D1-35_04643 1899 dxs COG1154 1-deoxy-D-xylulose-5-phosphate synthase ATGCCCACGACGTTCCAAGAGATTCCCCGCACACGCCCGTCCACGCCCTTGCTGGACCGCGCCAACACGCCGGACGGCTTGCGTCGGCTGGGTGAAGCCGAGCTGGAAACCCTGGCCGATGAGTTGCGCCTGGAATTGCTCTACACGGTCGGCCAGACCGGTGGGCATTTCGGCGCTGGCCTGGGCGTCATCGAGCTGACCATCGCCCTGCATTACGTCTTCGACACTCCGGACGATCGCCTGGTGTGGGACGTTGGCCATCAGGCCTACCCGCATAAAATCCTCACCGGCCGCCGCGACCGCATGGGCACGCTGCGCCAGAAGAACGGCATCGCGGCTTTTCCGCGCCGTTCCGAGAGCGAGTACGACACCTTTGGCGTCGGTCATTCCAGCACCTCCATCAGCGCTGCCCTTGGCATGGCCATTGCCGCCCGCCTGCAGAACAGCGAACGCAAGGCGATCGCCGTGATCGGCGATGGTGCGTTGACGGCGGGCATGGCCTTCGAGGCGCTGAACCACGCCCCTGAAGTCGACGCCAACATGCTGGTGATCCTCAACGACAACGACATGTCGATCTCGCGCAATGTCGGCGGCTTGTCCAACTACCTGGCGAAGATCCTCTCCAGCCGCACCTATGCGAGCATGCGCGAAGGCAGCAAGAAGGTCTTGTCGCGCCTGCCCGGCGCCTGGGAAATCGCCCGCCGTACCGAAGAATATGCCAAGGGCATGCTGGTCCCCGGCACGCTGTTCGAAGAGCTGGGCTGGAACTACATCGGCCCCATCGACGGCCACGATCTGCCGACGCTGATCGCCACCCTGCGCAACATGCGCGATCTCAAGGGGCCGCAGTTCCTGCACGTGGTCACCAAGAAAGGCAAAGGCTTCGCTCCGGCGGAAGTCGACCCGATCGGCTATCACGCGATCACCAAGCTCGAACCCCTGGATGCCCCCGCCGCCGCGCCGAAAAAGGCCGGCGGACCGAAGTATTCCGGCGTGTTCGGCCAATGGCTGTGCGACATGGCCGACGCCGACCCGCGCCTGGTGGGCATTACCCCGGCGATGAAGGAAGGTTCGGACCTGGTGGCGTTCAGCGAACGTTACCCGCAGCGTTATTTCGACGTGGCAATTGCCGAACAGCATGCCGTTACGCTCGCCGCCGGCATGGCCTGCGAAGGCGCCAAACCGGTGGTGGCGATCTACTCGACGTTCCTGCAACGCGGCTATGACCAACTGGTGCATGACGTCGCCGTGCAGAACCTCGACGTGCTGTTCGCCATTGACCGGGCGGGCCTGGTGGGCGAAGACGGTCCGACCCATGCCGGCAGCTTCGACCTGTCCTACCTGCGCTGCATCCCCGGCATGCTGGTGATGACGCCGAGCGACGAGAACGAATTGCGCAAGATGCTCACCACCGGCCACCTGTTCAACGGTCCGGCGGCGGTGCGCTACCCGCGTGGCACCGGCCCGAATGCAACGATCGAAAGCGACCTGGAGCCGATCGAGATCGGCAAAGGCGTGATCCGCCGCCACGGCAAGCAAACCGCCCTGCTGGTGTTTGGTGTACAGCTGGCGGAAGCCTTGAAGGTCGCCGAAAAACTCGACGCCACCGTGGTGGACATGCGTTTCGTCAAACCGCTGGACGAAGCCCTGGTGCGCGAGATGGCCGGCAGCCACGAACTGCTGGTGACCATCGAGGAGAACGCCATCATGGGCGGCGCCGGCGCGGCGGTCAGCGAGTTTCTGGCCCGGGAAAACATCCTCAAGTCGGTGCTGCACCTGGGGTTGCCGGACATCTACGTCGAGCACGCCAAGCCGGCGCAGATGCTCGCCGAATGCGGGCTGGACGAGGTGGGGATCGAAGCGGCGGTGCGGCTGCGGTTGCAGTTGCTGGGCTTGTAA MPTTFQEIPRTRPSTPLLDRANTPDGLRRLGEAELETLADELRLELLYTVGQTGGHFGAGLGVIELTIALHYVFDTPDDRLVWDVGHQAYPHKILTGRRDRMGTLRQKNGIAAFPRRSESEYDTFGVGHSSTSISAALGMAIAARLQNSERKAIAVIGDGALTAGMAFEALNHAPEVDANMLVILNDNDMSISRNVGGLSNYLAKILSSRTYASMREGSKKVLSRLPGAWEIARRTEEYAKGMLVPGTLFEELGWNYIGPIDGHDLPTLIATLRNMRDLKGPQFLHVVTKKGKGFAPAEVDPIGYHAITKLEPLDAPAAAPKKAGGPKYSGVFGQWLCDMADADPRLVGITPAMKEGSDLVAFSERYPQRYFDVAIAEQHAVTLAAGMACEGAKPVVAIYSTFLQRGYDQLVHDVAVQNLDVLFAIDRAGLVGEDGPTHAGSFDLSYLRCIPGMLVMTPSDENELRKMLTTGHLFNGPAAVRYPRGTGPNATIESDLEPIEIGKGVIRRHGKQTALLVFGVQLAEALKVAEKLDATVVDMRFVKPLDEALVREMAGSHELLVTIEENAIMGGAGAAVSEFLARENILKSVLHLGLPDIYVEHAKPAQMLAECGLDEVGIEAAVRLRLQLLGL PGPT0008960_2872 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008960-dxs-K01662 NA NA D1-35_04644 888 ispA COG0142 Farnesyl diphosphate synthase ATGATCGGCGCGTATCAGGCCAGCAGTCAGGCCCGGGTCAATGCCGCGCTGGACAGCTTGTTCGCCGCCCCGAGCGCTGAACTGACGCGGCTGTACGAAGCCATGCGCTATAGCGTGATGAACGGCGGCAAGCGCGTGCGTCCGTTGCTCGCCTATGCCGCGTGCGAAGCCCTTGGCGGCGCTGCCGAGCAGGCCAACGGCGCGGCCTGCGCGGTGGAACTGATCCACGCCTATTCGCTGGTGCACGACGACTTGCCGGCCATGGACGATGACGACCTGCGTCGCGGCCAGCCGACCACGCACAAGAAATTCGACGAAGCCTGCGCGATCCTCGCGGGCGACGGTTTGCAAAGCCTGGCTTTCAGCGCCCTGCTGGACCCGGCCCTTAGCAATTGCCCGGCAGAGGTTCGCCTGGACATGATCAGCGCCCTGGCACAAGCGGCAGGCCCGGCTGGCATGGTCGGCGGCCAGGCCATCGACCTCGGTTCGGTGGGCTTGAAACTCGACCAGGACGCCCTGGAATACATGCATCGGCACAAGACCGGCGCGCTGATCGAAGCCAGCGTCCGGCTCGGCGCCCTGGCCAGCGGCCGGGCCACGCCTGAACAGCTGCAAGCCTTGCAGACCTACGCCCGGGCCATCGGCCTGGCCTTCCAGGTGCAGGACGACATCCTCGACGTCGAAAGCGATACCCAGACTCTCGGCAAACGCCAGGGCGCCGATATCGCCCGTGACAAGCCGACCTACCCGGCCCTGCTCGGACTCGAGGCCGCCAAGGCCTACGCGCTGGAGCTGCGCGACCAGGCCCTGGACGCGCTGCGACCCTTTGACGCGGCCGCCGAACCGTTGCGCGAGCTGGCGCGTTATATCGTCGAACGACGCAGCTGA MIGAYQASSQARVNAALDSLFAAPSAELTRLYEAMRYSVMNGGKRVRPLLAYAACEALGGAAEQANGAACAVELIHAYSLVHDDLPAMDDDDLRRGQPTTHKKFDEACAILAGDGLQSLAFSALLDPALSNCPAEVRLDMISALAQAAGPAGMVGGQAIDLGSVGLKLDQDALEYMHRHKTGALIEASVRLGALASGRATPEQLQALQTYARAIGLAFQVQDDILDVESDTQTLGKRQGADIARDKPTYPALLGLEAAKAYALELRDQALDALRPFDAAAEPLRELARYIVERRS PGPT0007560_1948 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007560-crtE|ispA-K13789 NA NA D1-35_04645 243 xseB COG1722 Exodeoxyribonuclease 7 small subunit ATGGCCCGCAAGAAAGCTGCACTGGATTTCGAACAATCTCTGGCCGACCTGCAAGCGCTGGTCGAACGCCTGGAGAACGGCGAACTGTCGCTGGAAGACTCGCTAACCGCTTTCGAGCAGGGTATCGGCTTGACTCGCGACTGCCAGGCGGCGCTGGCCCAGGCCGAGCAGAAAGTGCAACTGCTGCTGGAACGCGACGGCGAGCTGACCGAAGAACCGTTCGACGCGGAACAGCCTGAATGA MARKKAALDFEQSLADLQALVERLENGELSLEDSLTAFEQGIGLTRDCQAALAQAEQKVQLLLERDGELTEEPFDAEQPE NA NA NA NA NA D1-35_04646 1137 hypothetical protein ATGGCAGCTCATTGGATCTGGCAGCAGGCCGAATGGCCCGACTTTCACTGGCAAGCTGAAGCATTGGCGCCGGCGCTAAGGGAATGCGTAAAGGCGCAAGGTCGGTTGCTGGGCATGACGGGCGCGGTCACGGCGTCAATCAGCGTGCAGAACGAACTTGATGCCTTGTTGCAAAACATCGTGTCCTCTTCAGCTATCGAAGGAGAACAGTTGAATGTCGGCTCGGTGCGCTCGTCCCTGGCCCGCCGCCTGGGCCTGGAACACGCCGATGACACTTCGGTCACTCAGCGCAGCGAAGGCTTGGCGAAGCTGCTGTTGGATGCGACTCGGCATTTCAACCAGCCCTTGACTGTCGAACGCTTGCTGGAATGGCATGAGTGGTTATTTCCTGATCAAACCAGCGACCTTGCCCATCGACGGATCCGCGTAGGTGCACTGCGCGGTGACGAACCGATGCAAGTGCTTTCGGGAAGGCTGGAGCGGCCTACCGTGCATTTCGAAGCGCCGCCTCGAAATGGACTTGAGCAACAATTGCAACAGTTCATCGACTGGTTCGAAGCCAGCCGTCATCAGTCCAGCATCGATCCGCTGCTACGTGCCGGCATCGCTCATTTCTGGTTTGTCACCCTGCACCCATTCGACGATGGCAATGGCCGCCTGACCCGCACCCTGACCGATCTTGCACTGGCCCAGGGCGAGGCCCAGGCGATCCGTTTCCACGCGATGTCGGTGAGCATTCTGGATGATCGCGTCGGTTATTACCGAATTCTGGAAAACAGCCAGAGGGCCACGCTGGATATCACCGACTGGTTGACCTGGTTCCTGCAAACGCTTTTGCGCAGCCTGCAGAAGGCAATGACCAATATCGAAAGTGTTCTGGGCAAGACGCGTTTCTGGCAAGTCCATCGCGACTCGGCGCTCTCACCGGAACAGATCAAAGCGCTGGACCGATTGCTCGACGGTGGTGAAAAGGGGTTCGAGCAGGGCATCAGCGCAGCTCAGTACCAAGCCGTGGCCAAGGTCTCCAAGGCAACGGCCACGCGACACCTGACGGAGCTGTTGGAGAAGGGCTGCCTGGAGCGGATGCCCGGCGGGGGACGCAGCACCCGTTATCGCATCAATTATCCCGCTGGATAG MAAHWIWQQAEWPDFHWQAEALAPALRECVKAQGRLLGMTGAVTASISVQNELDALLQNIVSSSAIEGEQLNVGSVRSSLARRLGLEHADDTSVTQRSEGLAKLLLDATRHFNQPLTVERLLEWHEWLFPDQTSDLAHRRIRVGALRGDEPMQVLSGRLERPTVHFEAPPRNGLEQQLQQFIDWFEASRHQSSIDPLLRAGIAHFWFVTLHPFDDGNGRLTRTLTDLALAQGEAQAIRFHAMSVSILDDRVGYYRILENSQRATLDITDWLTWFLQTLLRSLQKAMTNIESVLGKTRFWQVHRDSALSPEQIKALDRLLDGGEKGFEQGISAAQYQAVAKVSKATATRHLTELLEKGCLERMPGGGRSTRYRINYPAG NA NA NA NA NA D1-35_04647 789 hypothetical protein GTGCGTTTTCTTTTTTTATCGATCGTGCTGCTCGGTGCGCCGTTGGCGTGGGCCGGGCCTTCGGCCGAGTTGTCGGAGCCGGTCGGTGGCTGGCGTTATAGCGGCTTGCTCGATCGCACGGAAAACCCTCAGGTCGCCTATCCGACACCGCCCATTGACCGAGGCATCCAGCGCAATCGCACGATGATCGAAGGTCGGATCAAGGACATGGGCACGGCGCGCCAGCCCCACAGCCTGGCAGTCAACGGCAACCCGTTGAACCTCTATACCGACGACGAGGGGCGTTTTGCCCGGCCGTATGCCTTTGGCGCCGGCTCCAACAGCGTCGAGGTGCGCAGCTCCGAAGGACAGTCCCTCAAGCGCGTGCAGTTTTATGAAGCCAACAACCTGCGCACCCCGGCGCAAATTCGCGTGGTGCTGGGCTGGGACGACCCCAAGGCCGAACTCGACCTGCATATCGTCACACCCGATGGCCAGCATGCATTCTTCGGCCAGCCGGCGCTGAGCAATGGCGGCGGCCTCGACCCGGACGGCGTCGATGGCCCCGGCCCCGAGATGTTCACCATGACCGCGCCGATGCACGGTACCTACCTGGTCTACGTGAACTATTGGGGCAACTACGGCAGCGGCGGCTACAACTTCGATGAAACGAGCAACCAGAACGAGGTGATCACCTCGCAGATCAACCTGGTGCTCAACGAAAACACCGTCGATGAAAAACGCGAGACCTTTGTCGTGCCCCTGCGCGCCATTGGCGATCTGTTGCTGGTCAAGACTTTCAATTACTAA MRFLFLSIVLLGAPLAWAGPSAELSEPVGGWRYSGLLDRTENPQVAYPTPPIDRGIQRNRTMIEGRIKDMGTARQPHSLAVNGNPLNLYTDDEGRFARPYAFGAGSNSVEVRSSEGQSLKRVQFYEANNLRTPAQIRVVLGWDDPKAELDLHIVTPDGQHAFFGQPALSNGGGLDPDGVDGPGPEMFTMTAPMHGTYLVYVNYWGNYGSGGYNFDETSNQNEVITSQINLVLNENTVDEKRETFVVPLRAIGDLLLVKTFNY NA NA NA NA NA D1-35_04648 1710 hypothetical protein ATGAGCGACAACACTGCTTCCCCGACCACGCCGACCCCTGTCGCCAAACCAGTGCGCCGCTGGCCGGCGATACTGATCGGGCTATGCCTGGTGACCGGCGTGGCCGCCGGGTTGGGCTGGTTCATGACCAAGCCCAAGGCGCCGCCCACGGAGCTGGCGTTGGAAAAGCTCGGCGTGAGCCGTCCCGACGGTCTGCTCGAGGCGCACTCCTTGAGCCAATTGCCCAAGGACCTGCTGGCCGTGCCGTTCCTCAAGGCCACGCTCACCGAGGATTTCGTCTTCTATTACGAGGCCCACGCCGACCGCCTCGGCCTGATCGGCAGCCTGCGCCGGATCATCTACGAGCATGACCTCAAGCTGCAGGACAGCCTGATCGAGCAGCTTTTCGACCAGCCAGCCGACGTCGCGCTGTGGCGCGGTGCGGACGGCCGACTCAAGGATTTCCTGCTGGTGATGGACCGTGGCGGATTGGCGAAGGTGCTGGAGCCGTTGGCGAAAGTCGCCCTGGACGACACCCAGTTGAGCAAGCTCGGCGACCTGAAGGTGGGCGGCGATGAAGTCGCGCTCTATCAACTGAGTTATAACGCCAGCAAATCCCTGGTTTTCGCGTCCCATGGCGACAAGCTGGTGGTGCTGTCCAACCCGACCAAGCTCTACGACCAGGGCAGTGGCCCTACCGACGAACCGGGCATGATCTCGACCCAGGCCCTCGAAGCGTTGCTGGCCGGTGAGAAACTCTTCCCGGAAGCCTTCGGCCTGCCGCCCAAGGCGCCGCAGGTCAAGCAGCGCATCTCGGTCAACGCCAGCGTGCTCGCCATGGGTTACCAGCGTTTCATTCCGAACTTCGCCGGCTTGCGTTTCGACATGGACGACAAGGGCTGGCACAGCTTCCTGGCCATGGACGAATTGGAGAACCAGCCGGACTTGGATTTCAAGCCCATCTGGCAAGCCATGCCGATGGGCGCCAGCGCCTGCGTAGCCTTGCCCCTGGCCGCCGAGCAGCAGAAGCCCCTGCTGGTGAAACTCGGCGCCGACGAAAAAGCCGCCCAGGCCATGGTTGATCACGTGGCGGGTGCGGCGGGCCTGTGCTGGTACGCCGAGTCGCGCCTGTACACCCCGCTGCTGGTGGCAAGCCTGAACGAAGACGACGGCAAGCTCGACGCCGACCTGGGCAAGCTGTTCGGTTCGATGGTGGGCGCCTATGAAAACAATGTCGCCGAACATGCGTTCCCGGTTGTAGAGAAGCAGCAAGGCGCGATGCACCAATGGCAACGCCAGGTCAGCTCCAACTTCGGCCCCTACCTGGCCAAGGACGCTGAGCAGCCCGAGTCGATCACCGGCAAGGCGTTCATGCGGGTCAGCCTGGCGCGCCACGGTTCGACCCTGCTGTTCTCCCTTGACGACAAACTGGTCGACAAGGCCCTCGGCACCCTCGACAAACGCTTCCCGCCCATGGCCGATGTAGTGCCCAAGGACCAATTGATGCCGGTCTACTTTGGCCCGGACTCCATGGCGCAACTGATGCAGCGCGAAACCCTCGACAGCCTGCCCCAGGACATGGAACCGGTGTTCTATAACGCCGCGCAAACCTACCTGATTCCGAAACTGCGCACCCTCGGCGGCTACGGCAAATATGCGCTGACCTTGCCTGCAGGCAGCGAGCCGGACGGCCATTGGCAATGGTTGCCGCTGGAATGGAAAGCGCTGTGA MSDNTASPTTPTPVAKPVRRWPAILIGLCLVTGVAAGLGWFMTKPKAPPTELALEKLGVSRPDGLLEAHSLSQLPKDLLAVPFLKATLTEDFVFYYEAHADRLGLIGSLRRIIYEHDLKLQDSLIEQLFDQPADVALWRGADGRLKDFLLVMDRGGLAKVLEPLAKVALDDTQLSKLGDLKVGGDEVALYQLSYNASKSLVFASHGDKLVVLSNPTKLYDQGSGPTDEPGMISTQALEALLAGEKLFPEAFGLPPKAPQVKQRISVNASVLAMGYQRFIPNFAGLRFDMDDKGWHSFLAMDELENQPDLDFKPIWQAMPMGASACVALPLAAEQQKPLLVKLGADEKAAQAMVDHVAGAAGLCWYAESRLYTPLLVASLNEDDGKLDADLGKLFGSMVGAYENNVAEHAFPVVEKQQGAMHQWQRQVSSNFGPYLAKDAEQPESITGKAFMRVSLARHGSTLLFSLDDKLVDKALGTLDKRFPPMADVVPKDQLMPVYFGPDSMAQLMQRETLDSLPQDMEPVFYNAAQTYLIPKLRTLGGYGKYALTLPAGSEPDGHWQWLPLEWKAL NA NA NA NA NA D1-35_04649 648 hypothetical protein GTGACAGGACTGATCCGCATTCCCGGATTGGTGCTGCTGCTGGCATTGCTGCTCGGCGCGCGGGCGTTCGCCGATGAGGCGCCGCCGCTGGATGGGCAACAATCCCAGGTATTTCGGGCCTGGTTCGTGCGCATCGCCCAGGAGCAACTGAGCAAAGGCCCGAGCCCGCGTTGGTACCAGCAGGACTGCGCCGGACTGGTGCGTTTCGCTGCCAACGAAGCGCTGAAAGTCCATGACCAGAAATGGTTGCGCAGCAATGGCCTGTCCAACCGCTACCTGCCGCCGGAGCTGCCGCTGAGCGATGCGCAACGGCGCCTCGCCCAGCAATGGCAACAGGGCGGCGGCAAGGTCGGGCCCTATGTCAACGCGATCAAGCTGATCCAGTTCAACAGCCGTCTGGTGGGCCGCGATGTCACCCAGGCCCGGCCCGGCGACCTGATGTTCTTCGACCAGGGCGACGACCAGCACCTGATGATCTGGATGGGCCGCTACATCGCCTATCACACCGGCACTACCACCCCCACTGACAACGGCATGCGTTCCGCAAGCCTGCAACAACTCATGAACTGGAAGGACACCCGATGGATACCCGACGCAGCCAACCCCAACTTCATCGGCGTCTATCGACTCAACTTTCTCACCCAATGA MTGLIRIPGLVLLLALLLGARAFADEAPPLDGQQSQVFRAWFVRIAQEQLSKGPSPRWYQQDCAGLVRFAANEALKVHDQKWLRSNGLSNRYLPPELPLSDAQRRLAQQWQQGGGKVGPYVNAIKLIQFNSRLVGRDVTQARPGDLMFFDQGDDQHLMIWMGRYIAYHTGTTTPTDNGMRSASLQQLMNWKDTRWIPDAANPNFIGVYRLNFLTQ NA NA NA NA NA D1-35_04650 4569 hypothetical protein ATGACCGGTGCCCGCATGCTGCGCTTGTGTTCGAAACTGCCCCTGCTGTTTGCCCTGTTGCTGGCACCTCTCGTGAATGCCGAAGACACCGTGGAGCCCAGCGGCTACACGCCGGTGTCCGGTGAAAGCTTCTTCCTGCTAGCCGACAGCAGTTTCGCCAGCGACGAGCAGGCGATGGTCCGTCTCGAAGCGCCGGGTCGCGACTACCGCCGGTTCCGCATGGAGCCCTACGGCGGCGCCGATATCCGCGTCTATCGCATCGAAAAGCCACTGGAGTTCCTCAAGCGCCAGAAGAACCTGCATCGCGTGGTCAGCGACGGCCAGTTCAAGGGCGAAGGCTTGTCCAATACCCTCGCGTACCTGTGGGACAACTGGTATCGCAAGTCCCGCCGGGTGATGCAGCGGGCGTTCTCCTACGAGTCCCGCCAGCAAGTCACTGAAGAAGTGCCGGAGCTGAAGGTCGGCAATGCCCTGATCGCGCCGACCCCGTACGACGCTCCAGCGCAATTCGCCTTGATCCCCGGCTTGCCGGTGGTCAGCCAGTTCCGCTATCCGCTGTGGCAGGCCAAACCGATCCAGCCACCGGCCGGCGTCGACCTGGCCGGTTCGTCCAGCGACTTTGTCAGCGTCGCGCCGGGCAATGTCTACGTGCCGCTGGGCCAGTTGAAGCCGGGCCTGTACCTGGTGGAAGCGCTGATCGGCAAGTACCGGGCGACGACGATGGTCTTTGTCTCCAACACCGTGGCCGTGAGCAAGATTGCCGGCGACGAATTGCTGGTCTGGGCCGCGCGCAAGCATGAGGGCCGTTCGGTGCCCAAGGTCAACGTGCTGTGGACCGACGGCCTGGGCGTGATGAGCAGCGGTGCCACCGATGAAGACGGCCTGCTGCGCCTCAAGCACGTCAGCCCGGAGCGTTCGTTCGTCATTGGCGAGGACGAAGAGGGCGGGGTGTTCGTCTCGGAAAACTTTTACTACGACAGCGAAATCTACGACACCAAGCTTTACGCGTTCACTGACCGGCCGCTGTACCGGCCGGGGGATTGGGTGTCACTGAAGATCGTTGGCCGGGAGTTCAAGAACGCCCGCGACTCGGTGCAACCGACCGCCGCCGACGTCAACGTCAGCGTGCTGGACGCGACCGGCACTGCGCTGCAAACCCTGGCCCTGAAACTCGACTCCAAGGCCGGCACCCAGGGCCGTTTCCAATTGCCGGAAAATGCCGTGGCCGGTGGTTATGAGTTGCGCTTCAGCTACAAGGATCAGCTCTACAGCAGCGCCTTTCGCGTGGCTGAATACGTCAAGCCGCATTTCGAAATCGCCCTGAACCTCGCCAAGCAGGATTACCGCACCGGCGAGCCGGTCAAGGGCAATCTGGTGTTGCTGTACCCGGACGGCAAGCCCGTGGCGGACGCCAAGGTCAGCCTGAGTCTGCGCGCCCAGCAACTGTCGATGGTAGATAACGAGCTGCAATACCTGGGGCAATTCCCGGTGGAGCTGACCAGCAGCGAAGTGACCACCGACGCCAAGGGCAACGCGGTCCTCGACCTGCCGGCCGCCGACAAGCCAAGCCGCTACACACTTACTGTATTCGCCAGCGATGGCGCGGCCTATCGGGTCAAGACCAGCAAGGAAATCCTCATCGATCGTGGCGCGGCGAATTTCCGCCTGGGCGCTCCCCAGCGGTTCAGCGCCGTCGGCCAGAAAGTGTCGTTCAGCTACGCCAACGAAGGCGGCAACGAGCAGGCCAAGGCCGTGACCCCGGGCAGCTACGCCTGGGTACGCCTGGAAGACCAGAGCACCGGCGAAGGCAAGCTGGCGGCCAAGGACAAGGGTTTCAGCCTGTCCTTCGAGCGTCCTGGCACCTACAACCTGACGCTCAAGGACGACCACGGCCGGGTCATTGGCGCGGTCGCGCATGCGGTAACCGGTGAAGGTATCAAGGCCGTGCCGGGCACGGTCGAGATCGTCTTCGACAAGCCTGAATACAAGACCAGTGACGAAGCCCTGGCCTTGATCACTTTCCCGGAACCGGTCAGCGACGCGCTGCTGTCCCTGGAGCGGGACAAGGTCGAGGCTACCGCGCTACTGACCAAGGGCGCCGACTGGCTGAAGATGGAAAAGCTCAGCGACACCCAATACCGCGCGCGCATTGCCGTGAAAGACAACTTTGCGCCGAACCTGACCTTCTCGGTGCTGTACACCAAGGGCGGCCAGTACAGCTTCCAGAACGCCGGCATCAAGGTGGTTGCGCCGCAGATCGACGTGGCCATCACCACCGATAAAGCCACGTATCGCCCGGGCGACACCGTAACCGTGGACTTGGGCACCCAGTTCGCCGGCAAGGCGATCCCGGCGCACCTGACCGTCAGCGTCGTCGATGAAATGGTCTATGCCCTGCAACCGGAAGTGGCGCCCACCATCGACCAGTTCTTCTATCACCCACGCCGCAACAACGTGCGCACCAGCGCCAGCCTGTCATTCATCAGCTACGACGTGGCGCTGCCGGGCAGCCCTGGCGCACCGGGCAAGGCCAACCGCAGCGAGCGTGGCGTCAAGGTGCTGGAACGGCCGCGTCGCGAAGACGTCGACACCGCCGCATGGCAACCGGAGCTGGTCACCGACGCCAACGGCAAGGCCCGCTTTACCTTCAAGATGCCGGACTCCCTGACCCGCTGGCGCATCACCGCCAAGGCAATCGCTGACGACGGCCAGGTGGGGCAGAAGAAGCAGTTCATCGCCTCGGAAAAACCGCTGTACCTGAAGTGGAGCGGCCCGACCCGCTTCCGCGTGGGCGACAAGCCGCAACTGGGCCTGTTCGTCTTCAGCCAGTCGGAAAAACCGCTCAAGGCCGAACTGTTGATCCGCTACGCCGGCGCCGAACAGCGTGTGGTCGCGGACCTGAAAAATGGCATCAACTACGTCGCGCTGCCGACCATGGAGCTGAGCAACGGCGACTTGACCGTGCAGTTGCAACTCAATGGCGAAACCCAGGACGCCCTGGCCATGCACCTCAATGCCAGCGGCAACGGTTGGCAAGTCACCCAGAGCCAGCGCCTCGACGTCATGAGTGACGCCACGCCACTGAACCTGCCGGCCGACGCCAGTGACATTCGCCTGCGCCTGGATGACAGCCCGCAAGCGCTGTTCCGTTCGGCCCTGGACGACCTGTTGAGCTACCCGTACGGCGGCGTCGAACAGACCGCCAGCCGCTTGTTGCCGTTGAGTATTGCCTACCCGTCCCTGGCGTCGAACCCGCAGATCCGCGACCGCTTGCGTTTGATCATGCAGAACAGTCGCTTGCGCCTGGTGCAGATGGCCGGCCCGTCGGCGAGCTTCACCTGGTGGGGCCAGGATGGCGAGCCGGATGCATTCCTCACCGCCTACGCTTATTACGCCGACTGGCACGCCAGCAAGGCCCTGGACCTGAACCTGCCGCCGGAACACTGGCAGCGAGTGCTGGAGGTCTATGCCAAGCAGGCCGGTGAGACGCCATTGCTGCAACGTGCCCTGATCCTGTCGTTCGCCAAACAGATGCAACTGCCGGTGAACACCTTGATCAGCGGTCTGATGGACGACCTGGCGAAGGCCAGCGAAGACAGCACCGAGAGCGTGCTGGACAGTGGCGAGGACAGCCTCGTCATGTACGCGCCGGATTCAGCCCTCGGCCTGGCCAGCGCCCGTGTCCTGACGGCATCGCTGGCCAAGCAGGTAAAAGTGCCAATGCCGGCGGCCTTCAGTCGCCAGGCAGACGCCGCGCAACAGCAGTTGGAACTCAGCTCCCAGCCGTTCGTCGAGGCCTTGCTCTTGTCGATGCAGAGCTTCGATCAGGCGCGCGCCGCCGCGTTGCTGCAGCGCGTGTTGCCACAGCAATCCACGCTGGAACGTGCCCTGGCCCTGACTTGGTTGCAGCGCAGTATCGAACAGGCACCGGCGGCCACAACCCTGGAACCGGCCGAAGGCTGGGCAGCCAAGCAGGGCGCGACCGGTGAAACCTACTGGCAGTGGCAGGGCGCGCAGCTACCAACGATGCTGACCCTGACCAGTGCCCAGGCGCGTCCGGTGCAGGCGTCATTGAGCTTCCAGAGCCAGCAAGCGCCAATTGCGCCGATGGCCGTGTCCATCACCCGCCGCCTGTCGCGCCTCGTCCCGGGCGACGAAGCGTTTACCTTCAAGCTCGAAGCCGTCGGCAACAAGCCGTTGTCCAGCGACAGCCTCTATCTGGATGAAGTGATCATCAACAGCAAGGCCTCGACGCCGCTGCGCTACGGCATGCTCGAAGTGCCGCTGCCGCCGGGCGCTGATGTGGAGCGCACCACGTGGGGCATCCAGTTGCTGGGCAAGGCCGACAGCGAACCGACGTCCCTGGAAAAGGCCCGTTTCGAGCCGGGCCAGATGGCTTACGCGGTCCCGGTGGATGCCCTTAGTGGCGAACTGCGCCTGCGGCACCTGGTGCGTTTCTCCCAGAAGGGCCAGTTCACCCTGCCGCCGGTGCGTTTCACCCAGGTGTATGCGCCGCAAAACCAGGCTCGCGAACAGAAACCGGCGCTCGGTCAGGTGACGGTCAACTGA MTGARMLRLCSKLPLLFALLLAPLVNAEDTVEPSGYTPVSGESFFLLADSSFASDEQAMVRLEAPGRDYRRFRMEPYGGADIRVYRIEKPLEFLKRQKNLHRVVSDGQFKGEGLSNTLAYLWDNWYRKSRRVMQRAFSYESRQQVTEEVPELKVGNALIAPTPYDAPAQFALIPGLPVVSQFRYPLWQAKPIQPPAGVDLAGSSSDFVSVAPGNVYVPLGQLKPGLYLVEALIGKYRATTMVFVSNTVAVSKIAGDELLVWAARKHEGRSVPKVNVLWTDGLGVMSSGATDEDGLLRLKHVSPERSFVIGEDEEGGVFVSENFYYDSEIYDTKLYAFTDRPLYRPGDWVSLKIVGREFKNARDSVQPTAADVNVSVLDATGTALQTLALKLDSKAGTQGRFQLPENAVAGGYELRFSYKDQLYSSAFRVAEYVKPHFEIALNLAKQDYRTGEPVKGNLVLLYPDGKPVADAKVSLSLRAQQLSMVDNELQYLGQFPVELTSSEVTTDAKGNAVLDLPAADKPSRYTLTVFASDGAAYRVKTSKEILIDRGAANFRLGAPQRFSAVGQKVSFSYANEGGNEQAKAVTPGSYAWVRLEDQSTGEGKLAAKDKGFSLSFERPGTYNLTLKDDHGRVIGAVAHAVTGEGIKAVPGTVEIVFDKPEYKTSDEALALITFPEPVSDALLSLERDKVEATALLTKGADWLKMEKLSDTQYRARIAVKDNFAPNLTFSVLYTKGGQYSFQNAGIKVVAPQIDVAITTDKATYRPGDTVTVDLGTQFAGKAIPAHLTVSVVDEMVYALQPEVAPTIDQFFYHPRRNNVRTSASLSFISYDVALPGSPGAPGKANRSERGVKVLERPRREDVDTAAWQPELVTDANGKARFTFKMPDSLTRWRITAKAIADDGQVGQKKQFIASEKPLYLKWSGPTRFRVGDKPQLGLFVFSQSEKPLKAELLIRYAGAEQRVVADLKNGINYVALPTMELSNGDLTVQLQLNGETQDALAMHLNASGNGWQVTQSQRLDVMSDATPLNLPADASDIRLRLDDSPQALFRSALDDLLSYPYGGVEQTASRLLPLSIAYPSLASNPQIRDRLRLIMQNSRLRLVQMAGPSASFTWWGQDGEPDAFLTAYAYYADWHASKALDLNLPPEHWQRVLEVYAKQAGETPLLQRALILSFAKQMQLPVNTLISGLMDDLAKASEDSTESVLDSGEDSLVMYAPDSALGLASARVLTASLAKQVKVPMPAAFSRQADAAQQQLELSSQPFVEALLLSMQSFDQARAAALLQRVLPQQSTLERALALTWLQRSIEQAPAATTLEPAEGWAAKQGATGETYWQWQGAQLPTMLTLTSAQARPVQASLSFQSQQAPIAPMAVSITRRLSRLVPGDEAFTFKLEAVGNKPLSSDSLYLDEVIINSKASTPLRYGMLEVPLPPGADVERTTWGIQLLGKADSEPTSLEKARFEPGQMAYAVPVDALSGELRLRHLVRFSQKGQFTLPPVRFTQVYAPQNQAREQKPALGQVTVN NA NA NA NA NA D1-35_04651 1551 hypothetical protein TTGCGCCTGGCTTTCGACGGTCAGCTGCTGCGAGTGAGCCAGACCCAGGTGCTGGACCGCCAGCCGTTGCCGGACGCGTTGACGGCACCGTTGGGCAGCCTGTGGAAGCTCTTCGTCTACGCCTGGCTGGTGGACACCGATGCTCGCGAGCCGGTCTATGAGTGTCGCGGCGAATCGAAAGAAGAAGTCTATTGCTGCACTGCCGGGCAGAGCATCGGCCGTGATCAGGCGCTGGTGAAGTCCTGCGGCTTGTACTTCGAACCGCAACGGCTCGGGCTTTCGGCGCCGGACTGGCGAGATTACTGGCAAGCGCGCCGGGCGCCGAACTGGTTGCTGGACTTGCCGACCTTGCAGCCGCAAACCCAGGTACCCGTTGCAGAACTGCTCAAGGCGCTGGCCACGTTGCCGGCCCAGGATCAGGCCCGGCAGGTATTACTCGACGTGGTACTCGGCGCTGCGGATGGGCGATTGGTCGGTCAATTGGGTGGTCGCCTGCGGGTCAAGACCTGGAGCTGGCTGGGTGACCGGGGCCCAGCGTCGCGCCAGGGCGGTTTCGCCGGTTGGCTGGCCGATGGCACGCCCGTCTGGGCCGGTGGGCGCGGTACCAGCCAGCAGGTGCTGAAGAAGTATGGCGATGGCTTGGCCACGGCATTGCCGTCGCGCTGGCCGGCGGAAACCGGGCGTTGCGTGGAAGTAGGCCTGTTTGCCCGTTATCCGTTGCAGCGGGTCATGGCTGGCGACCGTCCTGCCACGCCGGGTCAGCTGCGCGGCGATTACCGTGTCGAGTTCATCAATGGCAACCAATTGGATATCCACAGCGACGGCGAGCTGTTCCTGCTGCCTGGCAAGCTGGTCGCACGACTGGATCGGGAAGAATACGTCGCCCGGGTCCTGCAACGCGAAGCCAAGGCCGAACCGGTCGAAGCGGCCAAGGCATTGGCCGTGGCGATTCGCACCTACCTGCTGCAAAACGCCGGGCGCAATGGTGATTGCCTGAGCATCGATGACAGCAGTCACCGCCAGCGCGTCGCCCCGCGTCCGGCGGCGCCTGAAACCCGCGCGATTGCCGCGTGGACCACTGATCTGGTCCTGGCCGGCACTGACGTCACTTACCACTCCGATCAACCGGGCCCGGACAAATTGTCCTGGGCCCAAGCCGTTGAACAAGCCAACGGCGGCCAACGCTACGACGCCATCCTGCTGCATGCGTATCCGCGTGCCAGCCTCAGCCGCTGGGACAACCCGGTAGCGTCCTGCGAAGCGTTGCCCGCGGCCCAGGACTGGTTGCTGAAGCAGCGCCGTGGCTGGCGTCAGCGCCTGGAAAGCGAAGTGGGCTACAACGAAATCAGCGCTTTCGCGGTCTGCCGCGTCGCCTTCGGCCGGCCGTATGTCGACCGCGAGCGCCAGCGCATCTACGTACGTGGCGTGCTGTCGCTGCAAGACCGCCTCGACCTCACACATGAATACCTGCACCTGGCCTTTGAGGCTCACCCCAACGGCCAGGACGAAACCTATATCGAAGGGCTCGCCCGTCACCTCTTGCTGGAATAG MRLAFDGQLLRVSQTQVLDRQPLPDALTAPLGSLWKLFVYAWLVDTDAREPVYECRGESKEEVYCCTAGQSIGRDQALVKSCGLYFEPQRLGLSAPDWRDYWQARRAPNWLLDLPTLQPQTQVPVAELLKALATLPAQDQARQVLLDVVLGAADGRLVGQLGGRLRVKTWSWLGDRGPASRQGGFAGWLADGTPVWAGGRGTSQQVLKKYGDGLATALPSRWPAETGRCVEVGLFARYPLQRVMAGDRPATPGQLRGDYRVEFINGNQLDIHSDGELFLLPGKLVARLDREEYVARVLQREAKAEPVEAAKALAVAIRTYLLQNAGRNGDCLSIDDSSHRQRVAPRPAAPETRAIAAWTTDLVLAGTDVTYHSDQPGPDKLSWAQAVEQANGGQRYDAILLHAYPRASLSRWDNPVASCEALPAAQDWLLKQRRGWRQRLESEVGYNEISAFAVCRVAFGRPYVDRERQRIYVRGVLSLQDRLDLTHEYLHLAFEAHPNGQDETYIEGLARHLLLE NA NA NA NA NA D1-35_04652 834 hypothetical protein ATGACACTCCGTTATCCACAGGTCTTGTTGTTGCTTTGTGCCTTGACCGCGTTGCCACCGGCCATGGCTGCCGACCCCATCAAGCTCGACACTCCCGTCGGCGGCTGGCGCAGCGGTGCGCCGGGGGGCGAGGGCGAAAGCTTCAGCCAGACCGTCAACTACCCGGCCTCGTCGGTCAATACGCCCCCGGGCCAGGCCGACACCGCGCGCATCAGCGGCCAGATCAAAGGCGCGCCCAAGGACAGCAATGCACCAGGACAATTGATCGTCAACGGCGTAAGCCTGCCGCTGAAAACAGATGAAGAAGGCCGTTTCGACCGACCGTTCTCATTCCCCAATGGCAGCAACAGCGTTGAAGTGCGCAGCGCCGATGGTCAGCAGCGCCACCGCACGCAGTTCCTCAACACCACCGGCGGCGCCACCCCGGCCAAGCTGCGGGTCCTGCTGACTTGGGATAGCGACGGCACCGACCTCGACCTGCACCTGGTGACGCCCGATGGCGCCCACATCTGGTACGGCGACCGCGCCGTCGCCAACGGCGCCGCGCTCGACGTCGACGTCACCACCGGCTACGGCCCGGAAATCTTCGCCATGCCCGCGCCGATCAAAGGCCAGTACCTGGTATACGTGAATTATTACGGCGGCGGCTACCGCAGTGACGAGGATGAGGAGGGCGACGGCGAGCAGGTGGAGCAGGCGCAACAGGCCCTGACCACGGCGCAGGTAACGGTGATTACTGAAGAGGGCACACCGAGCGAGAAAATGGAAACGTTTGTGGTGCCGATGCGGGCGGTCGGGGAGCTGACATTGATCAAGAGCTTCAGCTATCCGTGA MTLRYPQVLLLLCALTALPPAMAADPIKLDTPVGGWRSGAPGGEGESFSQTVNYPASSVNTPPGQADTARISGQIKGAPKDSNAPGQLIVNGVSLPLKTDEEGRFDRPFSFPNGSNSVEVRSADGQQRHRTQFLNTTGGATPAKLRVLLTWDSDGTDLDLHLVTPDGAHIWYGDRAVANGAALDVDVTTGYGPEIFAMPAPIKGQYLVYVNYYGGGYRSDEDEEGDGEQVEQAQQALTTAQVTVITEEGTPSEKMETFVVPMRAVGELTLIKSFSYP NA NA NA NA NA D1-35_04653 582 hypothetical protein ATGAAGCAGATGCGCGCGGGCCTGAGTGCCGCAGGCTATGTAAAACACGAGACTTGGGTGCTTCCCGAAAATCGAGGCCTGCTCAAGCAAATGGAGAAACAGCTACGCCAACCGATTCTGGCTGGCTCATTCATGTCGGAGAATTACATGAGCGCAGGTAATAACTGGAACATCGACCGTCTCTACAGCGCCCTTCAGGCCCTGGACGAAGTGGTCGCGAACGACATCACCCTGAGCCTCGTCCAAGGCTCCGAATCCAGCATCAAGCTGGAAATGAATGAATTCGGCGGCTTGCCGATCTACATCGCCGTGGTCGGCGATCAGGTCATCGTCGACACCGTCCTGGTGGATGTCGAGTCGATCAACGACGTAGCGGCCTTCAACGACGCCGTGTTGCGCAGCCGGGAAATGTTTCCGCTGTCGTCCATCGGCATCGAGACCATGCCCAACGGCCAGGTCGTCTACAACATGTTCGGTGCGTTGAGCTCCGACTCCAGCCTGACCAACATCGTCACCGAGGTGAAAACCCTCGTTGACAATGTGCAGCGTGCCAGCGAAGCCTTCGAACGCTTCTTCATTTAA MKQMRAGLSAAGYVKHETWVLPENRGLLKQMEKQLRQPILAGSFMSENYMSAGNNWNIDRLYSALQALDEVVANDITLSLVQGSESSIKLEMNEFGGLPIYIAVVGDQVIVDTVLVDVESINDVAAFNDAVLRSREMFPLSSIGIETMPNGQVVYNMFGALSSDSSLTNIVTEVKTLVDNVQRASEAFERFFI NA NA NA NA NA D1-35_04654 699 hypothetical protein ATGACTCAGTCCATCTGGAGCAAATTGTTCACCGCGCTGCGAGGCGGTGCCAATGAAGTCGGCGAATCGATCGTCGATCAACAGGCCCTGCGCATCCTCGACCAGGAAATTCGCGACGCCGACACCGCGCTGGCCAACGCCAAGCGCGAGCTGGTCACGATCATGGCCAAGCACAAGCTGGCGACCGATCGCGTCGGCGAATACAACGCCAAGATCAAGGACCTGGAAGCCAAGGCCCTGGCCGCGATCCAGGCCAACCGCGAGGATCTGGCACTGGAGGTGGCCGAAGCCATTTCGACCCTGACCAACGAACTGGACGCCGAGCAAAAGCACGCAACCGAATTCGGCGGTTACGCGGAAAACATGCGCAAGGACATCACCAAGGCCGAAAGCCGCATCAAGAGCCTGCGTCAGCAAGTGGACATGGCCAAGGCCCGGGAAAGCGTGCAGAAGGCCCAGGTCAGTGCTTCGATTGCCAGCGGCGGCGCCAATGGCAAGCTGGAAACAGCGGTCGGTACACTCAATCGCCTGCAAGCCAAGCAACAGCAGCGGGCCGCTGAACTGCAAGCCCAGGACGAACTGGCCGAGGCTTCGACCGGCTCCGACCTGGAGCGCAAGCTGCGTGACGCCGGCATCACGCCGAACGAAGGCAGCGCCAACGCGATCCTGGAACGCTTGAAGAAAAAATCGGCTGAATAA MTQSIWSKLFTALRGGANEVGESIVDQQALRILDQEIRDADTALANAKRELVTIMAKHKLATDRVGEYNAKIKDLEAKALAAIQANREDLALEVAEAISTLTNELDAEQKHATEFGGYAENMRKDITKAESRIKSLRQQVDMAKARESVQKAQVSASIASGGANGKLETAVGTLNRLQAKQQQRAAELQAQDELAEASTGSDLERKLRDAGITPNEGSANAILERLKKKSAE NA NA NA NA NA D1-35_04655 1035 hypothetical protein ATGTCGATTTTCCTTCTGTTGCGCGCGTACGCTTCGTCGTTCTTCCATCGATTCGGCTGGGCCGGCCTGGCCATTGCGCTGGGCGTGCACCTGTCCACGGCCTGGATCGGCCTGGTATTGCTGGGCGAGCAGCACCTTATCGCCGCCGCCACGTTCACCTACTTCTATCTCACCACCACGCTCACCGTCGGCTATGGCGATCTCGCGCCGCAGACTGCGGCGGGACGGGTGTTCGTGGCTACCTGGGTGATGCTCGGGGGCATTGCGCTGCTGACGGCAGCCATCGGCAAAACCACCAGCAGCGTCATCGATGTATGGAGAAAAGGCATGAAAGGCAAAGGCGATTTCACCGGCCAGGTCGGCCACACGGTTCTCATCGGGTGGGAGGGCGCCTCCAGCGAGCGGGTCATTGAATTATTGCTGCAGGACGAAACGTCCAATGACAACCTGATCGTCATCTGCGATTGCGATCTCGAAGAAAACCCCATGCCCGGCAAGGCCTCGTTCATCAAGGGCGACAGCCTGTCCTCGGTCGCCCTGTTGCAGCGCGCCGGCGTACCCGGCGCCGAGCGCGTGCTGGTGCGAACCCATTCCGACGACCTGACGCTGGCCACGGTGCTGGCGGTCAATCGGCTGGGGCCCGTCGGGCATGTGGTCGCCCACTTCAATGACAGCGAAATTGCCGCCCTCGCCAGCGCCTATGCGCCGAGCCTGGAATGCACCTCCAGCATGGCCATCGAAATGCTCGTGCGGGCCTCCCAGGACCCGGGCTCGTCAGTGGTCATCAATGAATTGCTCTGTGTCGGCGAAGGCGCCACCCAATACCTGATGAAATTGCCCGATGCGTTTGAAGCGACGTTCGGCGACCTCTACGGCCGAATGAAAGAGCAGCACAACGCTACGCTGATCGGCTACCGCGCCAAGGGTGCCCGACACCCATCGATCAATCCGCCTGGCACCACGCGCATCGCGGGTGGAGAACTCTTCTACATCGCGTCCGCGCGGCTCAAGGAAATTGCCCATGGGGTGGTTTAA MSIFLLLRAYASSFFHRFGWAGLAIALGVHLSTAWIGLVLLGEQHLIAAATFTYFYLTTTLTVGYGDLAPQTAAGRVFVATWVMLGGIALLTAAIGKTTSSVIDVWRKGMKGKGDFTGQVGHTVLIGWEGASSERVIELLLQDETSNDNLIVICDCDLEENPMPGKASFIKGDSLSSVALLQRAGVPGAERVLVRTHSDDLTLATVLAVNRLGPVGHVVAHFNDSEIAALASAYAPSLECTSSMAIEMLVRASQDPGSSVVINELLCVGEGATQYLMKLPDAFEATFGDLYGRMKEQHNATLIGYRAKGARHPSINPPGTTRIAGGELFYIASARLKEIAHGVV PGPT0002715_1782 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716 NA NA D1-35_04656 663 hypothetical protein ATGGGGTGGTTTAAACAGTTGATGGGGCTTGAGGCCCCGAACGCGAACAAGACAGCCAGCCATGACTCGCCCGTCAGCGGTCCGCTGGGCCTGGCCTCCGGCAAGCAGGTCATGTTCGATGCCACGCTCAAGTTGTTGCTCGACGGCAACAGCACCGTGGTCATCCCCGGCTCCCAACAGATCTGGAGCCTGGGCATCGTCGACCTCGGGCAGTCGAACTGGCTGTCGCGCTGCTACATGAACGACGAAGACTACTGGCTGCAAGTTCACACCAGCGGCGACGTCGCCGGGCAGGTCGAGTCGGTGATCCTGTTCAATTACCTCAGCTACGTCACGATCAACAGCGAAGCGGAGTTGCGTCGGCTGGCTGGCCCGGAAAGCCTGATCGGCCTGCCGACCTACACCCACGACGGTGTCGAATACACCCGTGAATGGGGCTCCGAAGCTGGCCAGACAGAGCTGGTGGCGTTGAGCGAGCGCGTGAGCAATCCGCAAGAATCCTACAGCGTCGAGCACCGCTCGATGCTGTACGCCCGCGAAACCGGCCTGACCGATCGCCGGGAATTCCTGCTGTTCTCTGTCGAAGAGGACGCCGAAGGCACCGTCAGCCTGAGCACTTCGCTGGGTATTTCGCTGTACACCACTGACCTGAACACTCTTTGA MGWFKQLMGLEAPNANKTASHDSPVSGPLGLASGKQVMFDATLKLLLDGNSTVVIPGSQQIWSLGIVDLGQSNWLSRCYMNDEDYWLQVHTSGDVAGQVESVILFNYLSYVTINSEAELRRLAGPESLIGLPTYTHDGVEYTREWGSEAGQTELVALSERVSNPQESYSVEHRSMLYARETGLTDRREFLLFSVEEDAEGTVSLSTSLGISLYTTDLNTL NA NA NA NA NA D1-35_04657 429 hypothetical protein ATGCTTGAAGCGCTCTCCATTTCCCTGAACAAGGCTGCCGTGTTCGGCTTCGTCCTGTACATCCTCGGCGCGGCCGTGCTGTTCGCGCTGTTTCAGTTCATCTACATCCATGTCACGCCGCACAAAGAGTTCGAGCTGATCCGCTCGGGCAACGTGGCCGCGGCGATCGCCCTGAGCGGTGCCCTGGTTGGTTTCGCCATTCCTGCGAGTAACGTGATCGCCTACTCGATCAGCCTGCTGGATTTCGTTGTCTGGGCGGTGATCGCCGCAGCCGTCCAGTTGCTGGCCTTCCTGGTGACCAGCCTGGTGCTCAAGGGCGCCTCCGCGCGTATCAAGAATGGTGAGATCGCCGCCGGTATTTACATCGCCGCCGTGGCCATCAGCGTCGGCATGCTGAACGCCGCGTGCATGACGCCTTCCACGAACTGA MLEALSISLNKAAVFGFVLYILGAAVLFALFQFIYIHVTPHKEFELIRSGNVAAAIALSGALVGFAIPASNVIAYSISLLDFVVWAVIAAAVQLLAFLVTSLVLKGASARIKNGEIAAGIYIAAVAISVGMLNAACMTPSTN NA NA NA NA NA D1-35_04658 702 hypothetical protein ATGAAACGAAGCAAGTACGTCCAGCTTTCGCTGGCTGCGTCGGTCGCCCTGGCGATATCCGGTTGCGGGCCAACGGAAAAAACCTACAAGTTGCAAAAGAAGTACAACTTCCAGTCCGTCCAGCAATGTGTCGATGAAAAGCTGCCAGTGGACATTTGCGCCGACGCCTACATGACCGCCATGGCCGAGCATCGTCGCATCGCGCCGACGTACGCCAGCCAGGCCGATTGCGATGCCGACTTCGTCCCCGATTGGTGCCAGCAGGACTCGTCCGGCCAGTTCATTCCCAAGCTGGGCGGTTTCGAGCTGAGCGCCGATGGCGAAGTCACCCAATCCCAGGTCGACGCCGCCAGGGCCCAATTGCCCGCTTCGGAAGCGAACGTCGGTGGTTCAGGCTTCGGCAACCTGCTGACGGGCATGCTGATCGGCAACATGTTGAGCAGCAACCGCAACAGCTATTACTCCGAGCCGGTCTACCGTTACCGCGATGATCGCGGCAGCTTCGGGTCCTCGACCCTCAGCCAGCGTGTCTCCAGGGGCTCGACTTTTACCAAGTCCAACCAGGCACGGTACGGCAGCTACACCGACACCATCAAGACCAGCAAGCCGATGTCCGTTGCTTCCTCCACGTCTCGCGGTGGTTTCGGCAGCAGTTCCAGCGCCCGCAGCGGTTGGGGCGGATCGAGCAGCTCCGGCGGTTGA MKRSKYVQLSLAASVALAISGCGPTEKTYKLQKKYNFQSVQQCVDEKLPVDICADAYMTAMAEHRRIAPTYASQADCDADFVPDWCQQDSSGQFIPKLGGFELSADGEVTQSQVDAARAQLPASEANVGGSGFGNLLTGMLIGNMLSSNRNSYYSEPVYRYRDDRGSFGSSTLSQRVSRGSTFTKSNQARYGSYTDTIKTSKPMSVASSTSRGGFGSSSSARSGWGGSSSSGG NA NA NA NA NA D1-35_04659 1158 yjfC COG0754 Putative acid--amine ligase YjfC ATGAAGAAGATCCAGTGCGCAGAACGTCCTGACTGGAAGCAGACGGCCGAGCAGCTCGGCTTTCTGTTCCACACCATCGACGACGAGCCCTATTGGGACGAAAGCGCGTACTACCAGTTCAGCCTCAAGCAGATCGAGGATGACCTGGAAGACCCGACGACCGAGATCCATGAGATGTGCATGGACCTTGTGGCCCGCGTGGTCCAGAGCGAAGAATTGCTGGAGCGCCTGAGCATTCCCGCGCCGTTCTTCGACCTGGTTCGCACTTCATGGCTTGAAGGCCACCCGCACCTGTACGGGCGTATGGATTTCTCCTACAACGGCAGCGGCCCCGCCAAGCTGCTGGAGCTCAACTACGACACGCCGACCAGCCTCTACGAGGCGGCGGCGTTCCAGTGGGGCTGGCTGGAGCAATGCATCGAGCGCGGCGTGCTGCCGGCCCATGCCGACCAGTTCAACAGCATCGATACCAAGCTGCACCAGGCCTTTGCCCAGTTGCAGCTCAAGGAACCGTTTTATTTCGCCTCGATGAAAGGTTCGGTGGAAGACAAGGGCACCACGGACTACTTGCGCCTGATTGCGGAAAAAGTCGGCATCGAATCGCGGCACATCGATATCGAAGACATTGGCCTCAACAGTGACGGGCGTTTCGTCGACCTGGAGGAGCGCTGGATTCCACACCTGTTCAAGCTGCACGCCTGGGAGTTCATCTTCCACGAGCCGTTTGGCGCTGCGATTGCCCAATGCGATACGCAGTTTTTCGAGCCGGCCTGGAAGTCGATCATCTCCAACAAGGGCATTCTGCCGCTGCTGTGGGAATTCAACAAAGGCCACCCGAACCTGCTCGCGGCCCACCTGGATACCGACACGAGCAAAGCCGTGCCCAAGGGCTGGGTGCGCAAGCCGTTCTTTTCCCGGGAAGGCGCCAATATCGAGTTGCAGACTGCTGACGGCTTGATCGTCAAGGAAGATGGCCCTTATACCGACGCACCGTTCATCCTCCAGGAATTCGCGCCATTGCCACGCTTTGGCGACAGCTACACCCTGATCGGCTCTTGGGTCATCGGCGACCAGGCGGCCGGCATCGGCGTGCGCGAAGACGACAGCCTGATCACCAAGGATTCCAGCCGGTTCCTGCCGCATCTGATTCTCGACTGA MKKIQCAERPDWKQTAEQLGFLFHTIDDEPYWDESAYYQFSLKQIEDDLEDPTTEIHEMCMDLVARVVQSEELLERLSIPAPFFDLVRTSWLEGHPHLYGRMDFSYNGSGPAKLLELNYDTPTSLYEAAAFQWGWLEQCIERGVLPAHADQFNSIDTKLHQAFAQLQLKEPFYFASMKGSVEDKGTTDYLRLIAEKVGIESRHIDIEDIGLNSDGRFVDLEERWIPHLFKLHAWEFIFHEPFGAAIAQCDTQFFEPAWKSIISNKGILPLLWEFNKGHPNLLAAHLDTDTSKAVPKGWVRKPFFSREGANIELQTADGLIVKEDGPYTDAPFILQEFAPLPRFGDSYTLIGSWVIGDQAAGIGVREDDSLITKDSSRFLPHLILD NA NA NA NA NA D1-35_04660 933 hypothetical protein ATGGATCGATATACCCTGATGTTGTTTAGCGGGATCGGCGCGATTCTGCTGCTGGCTTCGCTGGTCGGTTTCATACTCAAGCTGCGGACCAAAGGCGCACCGAACTCGGTCATCGAGAACCTCAATGCGCGGATCAATGCCTGGTGGATCATGGTGCTGGTGATCGGCATCGCGTTCTGGCTGGGCAACGCGGCGGTGATCCTGTTGTTCTACGCCGTGTCGTTCTACGCGCTGCGGGAATTTCTCACGCTGACGCCCACCCGGCGCAGCGATTACCCAGCCTTGGTGGCGGCGTTCTACCTGGCGCTGCCGCTGCAATACTTGCTGATCTATTACGACTGGTACGGGCTGTTTTCGATCTTCATTCCGGTGTACGTGTTCCTGCTGCTGCCGATCCTCGCGTCCCTTGGCGGCGACAGCACGCACTTCCTGGAACGCGCCTCCAAAGTCCAGTGGGGCTTGATGATCGCGGTGTTCTGCATCTCCTTTGTACCGGCGTTGCTGACCTTGGACATTGCCGGTTTCGAAGGGCGCAACCTGCTCTTGATCGCCTATCTGGTAATCGTGGTGCAACTGTCGGATGTGTTGCAGTACGTGTGCGGCAAGTTGTTCGGCAAGCACAAGATCGCGCCGAACCTGTCACCGTCGAAAACCGTCGAAGGCTTTGTCGGTGGCATTTTCCTGGCCTCGCTGATTGGCGGCGCGTTGTGGTGGATCACCCCGTTCAATCCATGGCAGTCGTTCCTCATTGCCTTGCTGATCAACCTGCTGGGGTTTGCTGGCGGCATCGTCATGTCGGCGATCAAGCGCGACCGAGGCGTCAAGGATTGGGGGCACATGATCGAAGGCCACGGCGGCATGCTCGACCGCTTGGATTCGGTGTGCTTCGCCGCACCAATCTTCTTTCATCTGGTTCGGTACTGGTGGACTTGA MDRYTLMLFSGIGAILLLASLVGFILKLRTKGAPNSVIENLNARINAWWIMVLVIGIAFWLGNAAVILLFYAVSFYALREFLTLTPTRRSDYPALVAAFYLALPLQYLLIYYDWYGLFSIFIPVYVFLLLPILASLGGDSTHFLERASKVQWGLMIAVFCISFVPALLTLDIAGFEGRNLLLIAYLVIVVQLSDVLQYVCGKLFGKHKIAPNLSPSKTVEGFVGGIFLASLIGGALWWITPFNPWQSFLIALLINLLGFAGGIVMSAIKRDRGVKDWGHMIEGHGGMLDRLDSVCFAAPIFFHLVRYWWT PGPT0007685_1749 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981 NA NA D1-35_04661 621 hypothetical protein ATGTTCGAACCCGTGGTCGCCAACCTCATCACCTCCGCCGCGCGGATGGTCACCGGTGCTCGCAGCCTGTGGCTCGGCTGCGCGCCCACGCCGGTGCAGCGGATCTATTTCGCCAACCACAGCAGCCACGGCGACTTCGTGCTGCTCTGGGCCTCGCTACCGCCGGCGCTGCGCAAACTGACTCGGCCCGTCGCTGGCGCCGACTATTGGCAAACCAGCCCGATGCGCCGCTACATCATCAACCGGGTGTTCAACGGCGTGCTGGTGGATCGCGAGCGCAAGGACCCTTCCTACAGCCCATTGCAGCCAATGCTCGATGCGCTGGAGAACGGCGACTCGCTGATCATCTTCCCCGAGGGCACGCGTAACCCGGATGAAGGCCTGCTGCCGTTCAAGAGCGGGATCTACCACCTGATGAAAAGCCACCCCGGGGTCGAGGTGATCCCGGTGTGGATCGCCAACCTCAACCGCGTCATGCCCAAGGGCCGCGTATTGCCCTTACCGCTGCTGTGCACCACCAGTTTCGGCGCGCCGCTGTGCATCGAAGAAGGCGAAAGCAAAGAGCAATTCCTTGAACGCAGCCGCGCCGCACTGCTGGCGCTGGCCCCGGAGCACGTCTGA MFEPVVANLITSAARMVTGARSLWLGCAPTPVQRIYFANHSSHGDFVLLWASLPPALRKLTRPVAGADYWQTSPMRRYIINRVFNGVLVDRERKDPSYSPLQPMLDALENGDSLIIFPEGTRNPDEGLLPFKSGIYHLMKSHPGVEVIPVWIANLNRVMPKGRVLPLPLLCTTSFGAPLCIEEGESKEQFLERSRAALLALAPEHV PGPT0007685_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981 NA NA D1-35_04662 471 hypothetical protein ATGGTCATGAGCAGTGACATGGAACTGCACACCGTGGCGAGCCTGCTGCGCCGCGGTCATTCGCTTGACCAGCTCTCCACCGGACTGACCTTGCTCGCGGCGCTGATCGGCCTGGGCCAATGGCTGGTCGGTAGCGTCGATCCGTGGCTGCTGTTGCTGAGCTTCGGCGTGTTCGTCCTCGGCCTGCAGGAAAAATATCTGGCGTTTCGCGTGGCCTTTGATGCCGATCTGTTTCAGATCGTCGCGGATGCCGACAAGCCGCTTACCGAACGCACCCAGGCGCTGGACGCCGCCCTCGCCAACCTCGGCCTGCAACCGGTCGAGCGTGGCGGGCGGTCATGGCCCGAGCGCAGCCACGGTTCCATGCGCCTGCTTCGCCGCCAAGCCTGGCTGGTGGCGACGCAAGCGCTGTTGACGGTGAGCTTCGTATTGGCGAGCCCCTGGCTGGTTTACTCGGGTCTGGGTGTTTAA MVMSSDMELHTVASLLRRGHSLDQLSTGLTLLAALIGLGQWLVGSVDPWLLLLSFGVFVLGLQEKYLAFRVAFDADLFQIVADADKPLTERTQALDAALANLGLQPVERGGRSWPERSHGSMRLLRRQAWLVATQALLTVSFVLASPWLVYSGLGV NA NA NA NA NA D1-35_04663 1338 ynbD COG0671 putative protein YnbD ATGAGCGCGGTCATTGCTCCGGTCCGCGAACCCGCGCTGCTGAAACCGGCGGTGCTCTGGCTGCTGTTGCTGGCACCGCTGTTCTTCAGCACCTACGGCTTCGCCACCTGGGTAACGTCCCAGCGTGACGATGTCGGCACGCTGGTGTTCGCTTGGGAAAGCCACATGCCGTTCCTGGCCTGGACCATCGTGCCGTACTGGTCGATCGACTTGTTGTACGGCCTGTCCCTGCTGCTGCCCAACAGCCGCGACGAACTCAAGCGCCACGCCCTGCGCCTGCTCACGGCTCAGGTGATAGCCGTCAGTTGCTTCCTGCTCTGGCCGCTGACGTTCACCTTTCCGCGGCCGGAAATGGACGGGGTGTTCGGCTGGATGTTCGACGTGCTGGCCGGCTTCGACAAGCCATTCAACCAGGCGCCGTCCCTGCACATCGCGCTGCTGGTGGTGCTCTGGGTCTGCTATCAACGTCACCTGCAAGGCTTCTGGCGCTGGTTGATGCACGGCTGGTTCGCCTTGATTGGCGTGTCGGTACTGACCACTTACCAACACCATTTTGTCGATGTCCCCACCGGTGCGTTGGCCGGTTGGTTGTGCGTCTGGCTGTGGCCGTTGGACCGACCGAGTCCACTGCGAAGTGCACGCCTGACGCGCGACCCGGCGCGCCTGCGACTGGCCTTGCGTTATGGCGTGGGCGCCGCAGTGTTCTTCACGTTGGCGTTCGCCTTCGGCGGCGCGTGGCTCTGGCTGATCTGGCCGGCGGTCGCGGTGCTCATGGTGGCGTTGAATTACCTGGCGTTTGGCGCCAGTGGCTTCCAGAAGCGTGAAGATGGCCGGCTGAGCCCGGCGGTGCGCTGGTTACTGGCGCCCTATCTGGCCGCGGCGTGGATCAATTCCCGCGTGTGGACGCGCAAGCATCCGCAGCCGGATCAGGTGGCGGATGACGTCTGGCTCGGGCGGATTCCTACGTCGGCGTCGCTTAAAAGCAGCCCGTTTACTGGCGTGCTCGACCTCTGCGCCGAGTTGTCGATGGACAGCACCGCAATCGCCTATCGCAGCTTGCCGGTGCTCGACCTGACGGCACCGACCGCCGAGCAGTGCCTGAACGCGGCGCAGATGATTGAGCAACTGCGTCAGCACGGGCCGGTCCTGGTCTGCTGCGCACTGGGTTATTCGCGCAGTGCCACCGCCGCGGCGGCATGGTTGCTGGACAGCGGTCGCGCCGACAGTGTCGACGCGGCCATCGCCCAGATTCGCCAAGCCCGGCCGGGTATCGTGTTGCACCCAGCCCATCGCCAGGCCTTGGAGCAACTATCCAAGGGATTCGGGGCATGGTCATGA MSAVIAPVREPALLKPAVLWLLLLAPLFFSTYGFATWVTSQRDDVGTLVFAWESHMPFLAWTIVPYWSIDLLYGLSLLLPNSRDELKRHALRLLTAQVIAVSCFLLWPLTFTFPRPEMDGVFGWMFDVLAGFDKPFNQAPSLHIALLVVLWVCYQRHLQGFWRWLMHGWFALIGVSVLTTYQHHFVDVPTGALAGWLCVWLWPLDRPSPLRSARLTRDPARLRLALRYGVGAAVFFTLAFAFGGAWLWLIWPAVAVLMVALNYLAFGASGFQKREDGRLSPAVRWLLAPYLAAAWINSRVWTRKHPQPDQVADDVWLGRIPTSASLKSSPFTGVLDLCAELSMDSTAIAYRSLPVLDLTAPTAEQCLNAAQMIEQLRQHGPVLVCCALGYSRSATAAAAWLLDSGRADSVDAAIAQIRQARPGIVLHPAHRQALEQLSKGFGAWS NA NA NA NA NA D1-35_04664 1758 ynbC COG2267 putative protein YnbC ATGCGCGAAGCCCAGGAACTGACGTTCACCACCCACGATGGCGTGGAGTTGTTCTACCGGCACTGGCCGGCTGTCGAGGCCGCGACGGGTGAACCCCGTCAGGCTGTGTTGTTGTTTCACCGCGGCCATGAACACTCCGGGCGCATCGCGCATCTGGTGGATGAGCTGGATCTGCCCGGGTTCGAGTTTTTCGCCTGGGACGCACGCGGCCACGGCCAGTCGCCTGGCGAACGCGGCGACAGCCCGAGTTTTGCCACCAGCGCGCGGGATGTGCAGACCTTTTGTGACCACATCGGCGCAACGCACCAGATCGATGAACAGAACATCGCCGTGGTGGCGCAAAGCGTCGGTGCAGTGATCGCATCCACCTGGGTCCACGATTACGCACCGCGCATTCGCTCGCTGGTGCTGGCGTCGCCGGCCTTCAAGGTCAAGCTCTACGTGCCGTTTGCCCGTCCGGGCCTGGCATTGATGCGCAAGTTCCGTGGCAACTTTTTCGTCAACAGCTACGTCAAGGCGAAGTTCCTCAGTCATGACCCGGAGCGGGTGGCGTCCTACGACAGCGATCCGCTGATCACCAAGGCCATTTCGGTGAATGTGCTACTGGGCCTGTACGAAGCCGCCGATCGGGTTGTCGCCGACGCGCAGGCAATCCAGGTGCCGACGCAGCTGTTGATCTCCGGTTCGGACTTTGTGGTGCATCGCAAACCCCAGGAGCAGTTCTTCGAGCGGCTGGGCAGCCTGCACAAGGAAAAACACATCCTGCCGGGTTTCTTCCACGACACCCTCGGCGAGAAAAATCGCGCCCCGGCGATTGCCAGTGCCCGACGTTTTATCCTGCAAAATTTTGCCCGACCGCTGGAGCGCCCTTCCCTGCTGGACGCCGATCGCCTGGGCGTGACCTGCGCCGAAGCCGAAACCCTGGCCACGCCGTTGCCCCACAACTCGTTGCGCGATCTTTACTGGCGCATGACCCGCGCCAGCATGCGTTTTGGCAGCAAGTTGTCCGCCGGGGTAAAGCTGGGCTTCGACACCGGATTCGACTCCGGCAGTACCCTGGATTACGTCTATCGCAACCGGCCCACCGGCACGTCTGCGCTGGGCAAGATGATCGACCAGAACTACCTGAACTCCATCGGCTGGCGTGGCATTCGCCAACGCAAGTTGCACGTCGAAGAATTGCTGCGCCTGGCGATGGGCAAATTGCGCGAGCAGGACCGCGAAGTGCGCATCGTCGACATCGCCGCCGGACACGGCCGTTACATTCTCGAGGCGCTGCAAGGCGTCAGCCCGTTGCCGGAGTCGATCCTGCTGCGCGACTACAGCGACATCAACGTGCGCGACGGCAGTGCGCTGATCGTTGAAAAAGGTTTGGGCGATATCGCTCGATTCGTCAAAGGCGATGCCTTCGACCGTCAGGATCTCGCCGCCCTGGAACCCAAGCCGACCCTCGCCGTGGTGTCGGGCCTGTATGAGTTGTTCGCCGATAACCAGATGGTCGCGGGCTCTCTGGCCGGCCTGGCCGAAGCGGTCGAGCCAGGTGGTTTCCTGGTCTACACCGGCCAGCCGTGGCACCCGCAGCTGGAATTGATCGCGCGCGCCCTGACCAGCCACCGCGCTGGCCAGGCCTGGGTGATGCGTCGGCGCACTCAAGCGGAAATGGACCAACTGGTTGAGGCGGCGGGTTTCCGCAAGATCACCCTGCGGGTCGATGAGTGGGGCATCTTCAGCGTTTCGCTGGCTCAGCGAGTCCAGTAA MREAQELTFTTHDGVELFYRHWPAVEAATGEPRQAVLLFHRGHEHSGRIAHLVDELDLPGFEFFAWDARGHGQSPGERGDSPSFATSARDVQTFCDHIGATHQIDEQNIAVVAQSVGAVIASTWVHDYAPRIRSLVLASPAFKVKLYVPFARPGLALMRKFRGNFFVNSYVKAKFLSHDPERVASYDSDPLITKAISVNVLLGLYEAADRVVADAQAIQVPTQLLISGSDFVVHRKPQEQFFERLGSLHKEKHILPGFFHDTLGEKNRAPAIASARRFILQNFARPLERPSLLDADRLGVTCAEAETLATPLPHNSLRDLYWRMTRASMRFGSKLSAGVKLGFDTGFDSGSTLDYVYRNRPTGTSALGKMIDQNYLNSIGWRGIRQRKLHVEELLRLAMGKLREQDREVRIVDIAAGHGRYILEALQGVSPLPESILLRDYSDINVRDGSALIVEKGLGDIARFVKGDAFDRQDLAALEPKPTLAVVSGLYELFADNQMVAGSLAGLAEAVEPGGFLVYTGQPWHPQLELIARALTSHRAGQAWVMRRRTQAEMDQLVEAAGFRKITLRVDEWGIFSVSLAQRVQ NA NA NA NA NA D1-35_04665 624 ynbA COG0558 Inner membrane protein YnbA ATGCCTTCCATTTATCAACTCAAACCCGCCTTTCAGAATTTGCTTCGCCCCACCGTCCAACGTCTTTACAACAAGGGTGTCACCGCCAACCAGGTCACGCTTCTGGCGGGTGCTGTGTCGGTGTTGGTGGGGGCGGTAATTGCGTGGTTCGCCAGTCATCCGTGGGTTTTTATCCTGGTACCTGTGTGGATGTTCCTGCGCATGGCCTTGAACGCGGTGGATGGCATGCTGGCGCGGGAGTTTGGTCAGCAATCGAATCTGGGCGCGTACCTCAATGAGCTATGCGATATCATCGCCGACGCTGCCTTGATCCTGCCTTTTGCCTTGTTTGCCGATACCAGCCTGTTGCTCGTGTTGTTGGTCACGCTGTTGGCGTTGTTCAGCGAATACGCCGGCGTGCTGGGGGCGATGGTCGGGGCTTCGCGGCGTTATGACGGGCCGATGGGCAAGAGTGATCGCGCCTTTGTGTTCGGCGTGCTCGCGACCGGTATTGCCCTGGGTTGGCTCGGGGCGCTGTGGGTTGATGGTGTGATGGCGGTGGTTGCCGCCCTGCTGGTTTATACCTTGGTCAATCGGGTCCGTCATGGCCTGAGTCAGGTGTCGGAAAACGCTCCCTCAGCATAA MPSIYQLKPAFQNLLRPTVQRLYNKGVTANQVTLLAGAVSVLVGAVIAWFASHPWVFILVPVWMFLRMALNAVDGMLAREFGQQSNLGAYLNELCDIIADAALILPFALFADTSLLLVLLVTLLALFSEYAGVLGAMVGASRRYDGPMGKSDRAFVFGVLATGIALGWLGALWVDGVMAVVAALLVYTLVNRVRHGLSQVSENAPSA PGPT0007705_1857 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995 NA NA D1-35_04666 459 hypothetical protein ATGCTGCGATTGGATTGGCTCATCAACCACATGAATAAATGCAACCTGATGGCCAAGTGGCTTTATCGAGAGTTCAACTACGAATTTGCGCAGCAGTCGCTCGCCAGTTGGCAGGAAGAGTTTGCAGCGGGGCAACGCGATGGCCGCTGGAAATGCCTGATCGCCCTGGAACACGACCAGTTGTTGGGCGGCGCCTCGCTGGCGGGAGACGATCTACCTGAGCGCCCCGACCTCGGCCCTTGGCTTGCTTGCGTCTTCACCAGCCCGAATGCCCGCCGCAGGGGGCTCGCGGCGCAGTTGATCGACGGCATCTGTAGCCATGCGAAAGAGGCAGGCTATACCACCTTGTTCCTGCACACCCACAGCCAACGGGACTATTACGCCAGGCAGGGCTGGGAAGTGCTGGAGCGCTTCGAGGCTTGGGGCAAAGAGCAATGGCTCATGGGACGGTGTTTATGA MLRLDWLINHMNKCNLMAKWLYREFNYEFAQQSLASWQEEFAAGQRDGRWKCLIALEHDQLLGGASLAGDDLPERPDLGPWLACVFTSPNARRRGLAAQLIDGICSHAKEAGYTTLFLHTHSQRDYYARQGWEVLERFEAWGKEQWLMGRCL NA NA NA NA NA D1-35_04667 237 hypothetical protein ATGAACCACCCCACCCTGACCTTCGCCCAACTCCACCCCGGCGATCGCTTCACCCAACCCGCCGATCACCGCCTGTTCACCAAACTCACCGACCACACCGCCCGTGAGCACAGCGTGCATTCGATCAATCTGAAGGAGGAAGGCTTCGGCTACACCGAAGACCCCATCGAAACGTTGTCCGGGGATGCCCCGGTCGAGTACGTCCCGGTCGGCGGGCCGCTGCGTGCTGGGGGCTAG MNHPTLTFAQLHPGDRFTQPADHRLFTKLTDHTAREHSVHSINLKEEGFGYTEDPIETLSGDAPVEYVPVGGPLRAGG NA NA NA NA NA D1-35_04668 225 hypothetical protein ATGAAAGCCAAATGCACGCTCAACAACCTATACGACGGCGCCCTCTCGCCGAAAACACTCACTCGCCTGAAACGCTACATTCGCGCCGATGGCGAACTGAATTTGGAAAAAGGCAAAGAATATGTCGTCTACGGCATAGAATTCTGGGACAACTGCCCTTGGCTATATATATGCCGCGATAACTGCGAGAAATACCCAGCCCCCGTTGCCGCGGATTTTTTTTGA MKAKCTLNNLYDGALSPKTLTRLKRYIRADGELNLEKGKEYVVYGIEFWDNCPWLYICRDNCEKYPAPVAADFF NA NA NA NA NA D1-35_04669 1224 hypothetical protein GTGACGATCCGGGTCGATGGCCTCGACCACATCGCCCTGGGCATTACGCCGGTAGGTCCACACGGCTTTGCCGCGCTGTCGGGCGTGCAGGAAACCGTTGCGGTATTCGTAGGACGTCGGCTCGCCTTCAGGCGGAATCAGCGCCACCAGCCGTCCGGCTTCGTCGTAGCGGTATTCGGTGACCGCGCCCAGCGGATCCTGCTCGGCGGTCAGCCGACCCTGCTCGTCATAGGCCTTGAGCTGTTCGCCACCAGCGGGATCGACCTGGCGCACCAGCCGCGCCCGGTCGTCGTGGACGTACACTTCCTGGCTGCCATCCTGATGCCGGACCGTGACGCTGCCGTCTTCGCCCCAGGCGTAGCGGCTGTCTATCTGCGCGAACGACGCCCAGTGCCGCACGCAGCGCGCCGCCGGGCCGAGGCCTTGCCATTCCCAGTAGAAACTCGCGCCGCCGGCCAGTTGCCGCTGGAGGATGACGTGCTGGTCGTCGTAGTCGTAGCGCTCGCTTTCGCCAGCGGCATTGGTCGCCTCGATGAGTCGGAAACGGCCGTCGTAGCGGTAGGTCACCAGCGTCTGTTCGGTGCGCCAGGCATCGTCCGGATGCTGTTTCGGGTCAAAACTCTGATAGTCGATGGCGACCAGGTGGCGATGCTCGTAGCGCAACCGCAGCCCGCGCCGGGCGCCGTTGTCCAGGCGGCTGATGTCGCCGTAGATGTTGCGCTGGACGGTCAGGCGGTTGTCGTACCGATCGCTCAGCGCTGTCAGATGCCCGTCGCGAAAGTGCAGGAAAGGGGCGTCTTCGCCGGGCTGGGCGATGATCAGTTCGTCCGGCTCGCAGCTCAGGTAGATCGCCGCGCGGGCCAGGCTGTTGTGGATCGCCGGGCGTTGCAGGTTGGGGCGAGGGAAGGTGGTGCGGCGGTTTTCCTGATCGATCCAGGTCACCTGTTCGCCCTCGATCACCAGGCGATGGGCCAGGCCATGGCTCCAGCCACGGCCGAGGCCGACGTCCAGCTCGGCGGCGCTGGTGCGGTAGAGGCGGGTGAAGACGAAGGGCAAGCGCCCGTCGAGGGTGCCGTCCTCCAGGGTCAGCAGTTCCTCGCCGGTGACCATCGACACCGGGCAGCCGTCGGTGCGGGTCTGGGCGGCGCTGTCGGCGGGGTCGCCGTTGGGGTTTTTCGATGGGGTCGGGGCGTCGTCGTGGGGTTCGTACTTGCTCAGTCGTGA MTIRVDGLDHIALGITPVGPHGFAALSGVQETVAVFVGRRLAFRRNQRHQPSGFVVAVFGDRAQRILLGGQPTLLVIGLELFATSGIDLAHQPRPVVVDVHFLAAILMPDRDAAVFAPGVAAVYLRERRPVPHAARRRAEALPFPVETRAAGQLPLEDDVLVVVVVALAFASGIGRLDESETAVVAVGHQRLFGAPGIVRMLFRVKTLIVDGDQVAMLVAQPQPAPGAVVQAADVAVDVALDGQAVVVPIAQRCQMPVAKVQERGVFAGLGDDQFVRLAAQVDRRAGQAVVDRRALQVGAREGGAAVFLIDPGHLFALDHQAMGQAMAPATAEADVQLGGAGAVEAGEDEGQAPVEGAVLQGQQFLAGDHRHRAAVGAGLGGAVGGVAVGVFRWGRGVVVGFVLAQS NA NA NA NA NA D1-35_04670 333 hypothetical protein ATGGCGCAACACTTTGCCGGTCAGGCGCAGACCCAGACCCAGGCCGCCGGTAAAACGCGCCAACAAAAAGTTGATCAGAATGGCGGCGCGTATTTCGCCCATGACTTCAGCCATGTACTGCGGCGGCAACATCCGCAGCCAACTGGTGAAGGCCGCCGTGTAGACCAAGAGCAACGGCTCGTCGCTCAAGATCATCAAGGCTTTCGCTATCGCCTCTGCCGGGGCTTTCAGCAGCTGCTCAAGCTCGACCTCGGTGAGGTACTCCAGCAATTTTTCGCTGTTGGCCCGCAGGTCCGCCAACAGATCGAAGACCTGCTTGATATCGTCCCATAG MAQHFAGQAQTQTQAAGKTRQQKVDQNGGAYFAHDFSHVLRRQHPQPTGEGRRVDQEQRLVAQDHQGFRYRLCRGFQQLLKLDLGEVLQQFFAVGPQVRQQIEDLLDIVP NA NA NA NA NA D1-35_04672 360 hypothetical protein ATGGCCAAAATTACACCGAACCCCCCAGCTATAGATGGACATGAGCCTCGCGCTCAGTCTGCTCGCAACAAAAAAGTCGATGATGCTACCAACCGGGCTTTCGATTCCGATCTCAAGCCTACCCCTGAAAACGAAACGTCTAACAAGCCCGACGCCTTGTTTACCGTCGCGCCTGATGTGGACATGGAGTGCCTGCTCGCGAACCTGAGCGAAAGCCTGGCTTCTGCCAATGCGATGATCAATGATCTGGCATTCGATCTGGAAGGCTCGCGACGGCATGTCGCGTTGGGGATCTTGCAGTTGATTGAGCTAAGTGAGTTGTTGGCGAACCGGGCTTTGGATATTGTTGAGATGAGGTAG MAKITPNPPAIDGHEPRAQSARNKKVDDATNRAFDSDLKPTPENETSNKPDALFTVAPDVDMECLLANLSESLASANAMINDLAFDLEGSRRHVALGILQLIELSELLANRALDIVEMR NA NA NA NA NA D1-35_04673 468 hypothetical protein ATGCCGCCGAAGCCATCAAGCACAACTGGGGTCAAACATGTCACCGATTTCCTGCTGGAACTAGGCGCAGGCTTTGCCTTCGTCGGTCAACAGGTGTTGCTGGATGTAGGCGGCGAGTTCTTCATCGACCTGTTGTTCTATCACCTCAAGCTACGCTGCTACGTGGTGATCGAACTCAAGGCAGGCAAGTTCAAACCCGAACATCTGGGGCAGCTAAGTTTTTACCTCACCGCAGTGGATGCCCAGCTCAAACACCCTCAGGACGGCCCGACCATTGGTCTTCTGCTGTGCAAAAGCAAGAATAAGGTAGTGGCTGAATATGCGCTGCGTGATAGCGCACGTCCCATCGGTGTAGCTGAATACCAATTGGTGGAGTCTCTGCCCGCGGAACTACAAACCAGCCTGCCTAGCATTGAACAGATCGAGCGAGAGCTGGCAAGCGGCAAGTCCATGGAAGACGATTCGTAA MPPKPSSTTGVKHVTDFLLELGAGFAFVGQQVLLDVGGEFFIDLLFYHLKLRCYVVIELKAGKFKPEHLGQLSFYLTAVDAQLKHPQDGPTIGLLLCKSKNKVVAEYALRDSARPIGVAEYQLVESLPAELQTSLPSIEQIERELASGKSMEDDS NA NA NA NA NA D1-35_04674 768 prtR_2 COG2932 HTH-type transcriptional regulator PrtR TTGCTGAAAACACAGTCGGTCCTAAACTTTCCGTTTATGAAAATCATATCCAGCGGCGATCGCTTCAGAGCCCTTCTCAAAGAAGCCAACATCCGATCTGTCGACTTCGCCAGGCTTTACGGCGTGAAGTCGCAGCACGTAAACAACTGGTTCAACCGCGGCATCCCGCCGGGGCGCATCCACAACATTGCCCGCATGCTGACCGTCAGCCCTGAATGGCTCGCCAGCGGTGAAGGCCCGCAAACCCCGTTGGGGCTCGGCCCGGGCATCACCTACGACGCCGCGGAAACCCAGGGCGTCTACAGCGTGCCGGAAACCCTCGACATCGAACTGCCCTTCCACAAGGAAGCGCCCATCGCCCCCGGCGAAACCACAACGCACATCATCGAAGACCCCGACCAGTCCATCCGTCTGCCCCGCAGCCACCTCGAATCCCTCGACATCAACCCCAACGACGTCATTTGCATCACCATGGTCGGCGACAGCATGGCCGAACGCATCGAAGACGGTTCCACAGTCGCCATCGACCGCGGCCTGACCCAAGTCGTCGACGGCCAGATCTACGCCCTCGAACACGACGGCATGCTCCGCATCAAATACCTGCACCGCATCCCCGGCAACCGACTGCGCCTGCGCAGCCAGAACAGCGCCGCCTACCCCGACGAAGTCTTCAGCGCCGAACAGATCGAAGCCCAGCACATCCGCGTGATCGGCTGGGTCTTCTGGTGGTCCACCCTCTCGAAAAAACGACCGCAGGTGTTCGATTGA MLKTQSVLNFPFMKIISSGDRFRALLKEANIRSVDFARLYGVKSQHVNNWFNRGIPPGRIHNIARMLTVSPEWLASGEGPQTPLGLGPGITYDAAETQGVYSVPETLDIELPFHKEAPIAPGETTTHIIEDPDQSIRLPRSHLESLDINPNDVICITMVGDSMAERIEDGSTVAIDRGLTQVVDGQIYALEHDGMLRIKYLHRIPGNRLRLRSQNSAAYPDEVFSAEQIEAQHIRVIGWVFWWSTLSKKRPQVFD NA NA NA NA NA D1-35_04675 528 ppa COG0221 Inorganic pyrophosphatase ATGAGCTACAGCAAGATTCCGGCTGGCAAAGACCTGCCGAACGACATCTACGTCGCAATCGAAATCCCGGCCAACCACGCCCCGATCAAATACGAAATCGACAAAGACAGCGATTGCCTGTTCGTTGACCGTTTCATGGCCACCCCGATGTTCTACCCGGCCAACTACGGTTACATCCCCAACACCCTGGCCGACGACGGCGACCCCCTCGACGTACTGGTCGTGACCCCTTACCCGGTTGCGCCAGGCTCGGTCATCCGCGCCCGTCCTGTCGGCATCCTGAACATGACCGACGACGGCGGCGGCGATGCCAAAGTCATCGCAGTACCACACGACAAACTGTCGCAACTGTATGTCGACGTGAAGGAATACACCGACCTGCCAGCCCTGCTGATCCAGCAGATCGAACACTTCTTCGAGAACTACAAAGACCTCGAAAAAGGCAAGTGGGTCAAGATCGAAGGCTGGGCCGGCGCCGACGCCGCCCGCGAAGCGATCACCAAGTCGGTTGCCGCCTACAAGGGCTGA MSYSKIPAGKDLPNDIYVAIEIPANHAPIKYEIDKDSDCLFVDRFMATPMFYPANYGYIPNTLADDGDPLDVLVVTPYPVAPGSVIRARPVGILNMTDDGGGDAKVIAVPHDKLSQLYVDVKEYTDLPALLIQQIEHFFENYKDLEKGKWVKIEGWAGADAAREAITKSVAAYKG PGPT0002600_3710 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATASE_ACTIVITY P-SOLUBILISATION-INORGANIC_PHOSPHATASE,PGPT0002600-ppa-K01507 NA NA D1-35_04676 813 mtfA COG3228 Protein MtfA ATGTGGTCTCTCAGCACCTGGCGTCGCCGCCGCACCCTGGCCAAACACCCCGTTGCCGACGAAACCTGGCAGCGGGTGCGCCATCAACTGAGCTTTCTCGACGGTATCAGTGCCGAGGAAGACCGATGGCTGCGTGACGCCAGCGTGCTGTTCCTGCACGACAAACACCTCACCGCCCTGCCGGGCGTCGAACTGCACCAGGAACAACGCCTGTTGCTTGCCGCCCAGGCGCAACTGCCGCTGATGCACCTCGGCGAGTTGAACTGGTACCAGGGCTTCCACGAAATCGTTCTCTACCCGGACGACTTCCTCAGCCCCCAGCGCTACCGCGACGCCAGCGGCATCGAACACGAGTGGGACGGCGAACACAGCGGCGAAGCCTGGCCCCAGGGCCCGATCATCCTGGCCTGGGACGGCGTGATGGCGAGCGGCGGCTGGGAAGGCTACAACCTGGTGATCCACGAACTGGCGCACAAACTCGACATGCTCAACGGCGACGCCAACGGCCTGCCGCCGCTGCACGCCGACATGCGCGTCAGCGACTGGGCGCAAGCCATGCAAGAGGCCTTCGACGACCTCAACCGCCAACTGGACCTGAACCCCGACGCAGAAACCGTCATCGATCCCTACGCGGCGGAAAACCCGGCGGAGTTCTTCGCCGTCACCAGCGAGTACTTCTTCAGCGCCCCGGACCTGCTGCATCAGGCCTACCCAAAGGTGTACGAACAGCTCAAGGCGTTCTACCGCCAGGACCCGTTGGCCCGGCTGCGGCAACTTCAGGCCGAAGATCCGGTCTATCAGGCGTCATACTAA MWSLSTWRRRRTLAKHPVADETWQRVRHQLSFLDGISAEEDRWLRDASVLFLHDKHLTALPGVELHQEQRLLLAAQAQLPLMHLGELNWYQGFHEIVLYPDDFLSPQRYRDASGIEHEWDGEHSGEAWPQGPIILAWDGVMASGGWEGYNLVIHELAHKLDMLNGDANGLPPLHADMRVSDWAQAMQEAFDDLNRQLDLNPDAETVIDPYAAENPAEFFAVTSEYFFSAPDLLHQAYPKVYEQLKAFYRQDPLARLRQLQAEDPVYQASY NA NA NA NA NA D1-35_04677 657 dedA COG0586 Protein DedA ATGGACTTCAACCCACTCGACCTCATTCTGCATCTCGACGTCTACCTCGACATGCTGGTGACCAACTACGGGACGTGGATCTACGCCATCCTGTTCCTGGTGATCTTCTGTGAAACCGGCCTGGTGGTGATGCCGTTCCTGCCAGGCGATTCCCTGTTGTTCATCGCCGGCGCGGTGGCAGCCGGTGGCGCCATGGACCCGCTGCTGCTAGGAGGGCTGTTGATGCTCGCGGCGATCCTCGGCGACAGCACCAACTACCTCATTGGTCGCACCGCCGGCGAGAAGCTGTTCAGCAACCCGAACTCGAAAATCTTCCGCCGCGACTACTTGCAACAGACCCACGACTTCTACGACAAACACGGCGGCAAGACCGTGACCCTGGCGCGCTTCCTGCCGATCATCCGCACCTTCGCGCCCTTCGTCGCCGGCGTCGGCAGAATGCCCTACCCGCGTTTCTTCGGCTTCAGCGTCCTCGGCACTGTGCTCTGGGTCGGTGGCCTGGTGACCCTCGGCTACTTCTTCGGCAACGTGCCCTTCATCAAGCAGAACCTGTCGCTGCTGGTAGTGGGGATCATCCTGCTGTCGCTGCTGCCGATGATCATCGGCCTGGTACGCAGCAAAATGAGCCAGCGCGGCTCGAAAGCCGAGACGCGCTGA MDFNPLDLILHLDVYLDMLVTNYGTWIYAILFLVIFCETGLVVMPFLPGDSLLFIAGAVAAGGAMDPLLLGGLLMLAAILGDSTNYLIGRTAGEKLFSNPNSKIFRRDYLQQTHDFYDKHGGKTVTLARFLPIIRTFAPFVAGVGRMPYPRFFGFSVLGTVLWVGGLVTLGYFFGNVPFIKQNLSLLVVGIILLSLLPMIIGLVRSKMSQRGSKAETR PGPT0004890_1670 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975 NA NA D1-35_04678 462 hypothetical protein ATGCGGATTATCCAAGCGACGCTGGAACACCTGGACCTGCTGACCCCATTGTTCGTCAAATACCGGGAGTTCTATGGCTCGCTGCCCTATCCGGACTCGTCCCGGGCGTTCCTGGAAAAACGCCTGCGCCGCAAGGAATCGGTGATCTACCTGGCCCTGCCGGATGACGACGACAGCCGGTTGCTGGGGTTCTGCCAGCTCTACCCAAGCTACTCGTCGCTGTCGCTCAAGCGCGTATGGATCCTCAACGACATCTACGTCGCCGAAGACGCCCGCCGCCAGCTCGTCGCCGACAACCTGATCCGCACCGCAAAAAAAATGGCCAAGGAAACCAACGCCGTGCGCATGCGCGTCTCCACCAGCAGCAACAACGACGTGGCGCAGAAAACCTACGAATCGATCGGCTTCAAGGAAGACACCGAGTTCAAGAACTACGTGTTGCCGATCAGCGAAGGGCTTTGA MRIIQATLEHLDLLTPLFVKYREFYGSLPYPDSSRAFLEKRLRRKESVIYLALPDDDDSRLLGFCQLYPSYSSLSLKRVWILNDIYVAEDARRQLVADNLIRTAKKMAKETNAVRMRVSTSSNNDVAQKTYESIGFKEDTEFKNYVLPISEGL NA NA NA NA NA D1-35_04679 840 eutC COG4302 Ethanolamine ammonia-lyase light chain ATGAGTGAGTTGCCCATGGATAAAAAACCTGTCGATCCACAAAACCCCTGGCTGAATCTGCGCAACCTGACCCCGGCACGCATCGCCCTGGGCCGCACCGGCACCAGCCTGCCGACCTCGGCGCAACTGGATTTCCAGTTCGCCCACGCCCAGGCCCGCGACGCCGTGCACCTGGCGTTCGATCACCAGGGCATCCGTGCACAACTCACGGAGCGCGGCCACGAAAGCCTGCTGCTTCACAGCGCGGCGGCAGATCGAAACAGCTATCTGCAGCGTCCGGACCTGGGCCGACGGCTCGACGATGCTTCCGTACAGATCCTGCAGGACTACGCGGCGGCCCACCCGGGCGGCGTGGATTTGGCTATCGTGGTGGCTGACGGCCTGTCGGCGCTGGCGGTGCATCGCCATACGCTGCCGTTCCTGGCGCGACTGGAAGAACAGATCACCGCTGAAGGCTGGTCTGTGTCGCCAATCGTTTTGGTGGAACAAGGCCGGGTGGCCGTGGCTGATGAAGTGGCCGAACGGCTCGGCGCGAAGATGTCGGTGATCCTGATCGGCGAACGCCCCGGCCTCAGCTCCCCCGATAGCCTGGGACTTTATTTCACCTACGCCCCCAAAGTTGGCCTGAACGACGCCTATCGCAACTGCATCTCCAATGTCCGCCTCGAAGGCCTGAGCTACGGCATGGCGGCGCATCGCCTGATCTACCTGATGCGCGAGGCCTGTCGCCGGCAGCTTTCGGGGGTCAATCTGAAGGACGAAGCCCAGGTTCACACTCTAGAGGCGGAAAACGGTGCCGATATGAAAGGTAATTTCCTACTGGCGCCGCCCCCAAGCTGA MSELPMDKKPVDPQNPWLNLRNLTPARIALGRTGTSLPTSAQLDFQFAHAQARDAVHLAFDHQGIRAQLTERGHESLLLHSAAADRNSYLQRPDLGRRLDDASVQILQDYAAAHPGGVDLAIVVADGLSALAVHRHTLPFLARLEEQITAEGWSVSPIVLVEQGRVAVADEVAERLGAKMSVILIGERPGLSSPDSLGLYFTYAPKVGLNDAYRNCISNVRLEGLSYGMAAHRLIYLMREACRRQLSGVNLKDEAQVHTLEAENGADMKGNFLLAPPPS PGPT0000610_413 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_GLYCEROPHOSPHOLIPID-ETHANOLAMINE_AMMONIA-LYASE_ACTIVITY,PGPT0000610-eutC-K03736 NA NA D1-35_04680 1395 eutB COG4303 Ethanolamine ammonia-lyase heavy chain ATGGCCAGCTTTGCACACACGGTCGGCGCCCAGACCTACCGCTTCGACAGCCTCAAAGACCTGATGGCCAAGGCCAGCCCGGCGCGTTCCGGGGATTTCCTGGCCGAGATCGCCGCGCTCAACGATGGCGAGAGGGTGGCCGCGCAAATGGCCTTGGCCGACTTGCCACTTAGTCATTTCCTGCAGGAAATGCTGATTCCCTACGAGGCCGACGAGGTCACCCGGCTGATCGTCGACACCCATGACAAACAAGCCTTCGCCGCCGTCAGCCACCTCACGGTCGGCGGCTTTCGCGACTGGCTCCTTAGCGACGCCGCCGACGAACACAGCCTGCGGGCGCTGGCTCCCGGGCTGACGCCGGAAATGGTCGCCGCCGTCTCGAAGATCATGCGCGTGCAGGACCTGGTACTGGTTGCACAGAAAATCCGCGTGGTCACCAAGTTCCGCGGCACCCTTGGCCTGCGCGGGCGCCTGTCCACTCGCCTGCAACCGAACCATCCGACCGACGAACCCGCCGGCATCGCCGCAAGCATCCTCGACGGCCTGCTCTTCGGCAATGGCGACGCCATGATCGGCATCAACCCGGCCACCGACAGCACGGCCTCGATCTGCGCGATGCTGGAAATGCTCGACGCCATCATCCAGCGCTACGACATCCCGACCCAAGGCTGCGTGCTGACCCACGTCACCACCTCCATCGAGGCGGCAAACCGCGGCGTGCCGCTGGATCTGGTGTTCCAGTCCATCGCCGGCACCGAAGCGGCCAACGCCAGTTTCGGCATCAGCCTGAGCCTGTTAAAAGAAGGCTACGACGCCGGGCTCAGCCTGAAGCGTGGCACCCTCGGCAACAACCTGATGTATTTCGAAACCGGCCAGGGCAGCGCGCTGTCGGCCAACGCCCACCACGGTGTCGATCAACAGACCTGCGAGACCCGAGCCTACGCCGTGGCGCGCCATTTCAACCCGTTCCTGGTGAACACGGTGGTCGGCTTCATCGGCCCGGAATACCTGTACAACGGCAAACAGATCATCCGCGCCGGCCTCGAAGACCATTTCTGCGGCAAGCTCCTGGGCGTGCCGATGGGTTGTGACATCTGCTACACCAACCACGCCGAAGCCGACCAGGACGACATGGACACCCTGCTGACCCTGCTGGGCGTGGCCGGGATCAACTTCATCATGGGCATCCCCGGCTCCGACGACATCATGCTCAACTACCAGACCACCTCGTTCCACGACGCCCTCTACGCCCGCCAGACCCTGGGCCTGAAACCGGCGCCGGAATTCGAGCAATGGCTGGCGAACATGGGCATCTTCACCCAGGCCGATGGTCGGGTGCGGTTCGGTGACAACCTGCCGCCGGCGTTTCGTCACGCCTTGGCGCATTTGGGATGA MASFAHTVGAQTYRFDSLKDLMAKASPARSGDFLAEIAALNDGERVAAQMALADLPLSHFLQEMLIPYEADEVTRLIVDTHDKQAFAAVSHLTVGGFRDWLLSDAADEHSLRALAPGLTPEMVAAVSKIMRVQDLVLVAQKIRVVTKFRGTLGLRGRLSTRLQPNHPTDEPAGIAASILDGLLFGNGDAMIGINPATDSTASICAMLEMLDAIIQRYDIPTQGCVLTHVTTSIEAANRGVPLDLVFQSIAGTEAANASFGISLSLLKEGYDAGLSLKRGTLGNNLMYFETGQGSALSANAHHGVDQQTCETRAYAVARHFNPFLVNTVVGFIGPEYLYNGKQIIRAGLEDHFCGKLLGVPMGCDICYTNHAEADQDDMDTLLTLLGVAGINFIMGIPGSDDIMLNYQTTSFHDALYARQTLGLKPAPEFEQWLANMGIFTQADGRVRFGDNLPPAFRHALAHLG PGPT0000605_514 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_GLYCEROPHOSPHOLIPID-ETHANOLAMINE_AMMONIA-LYASE_ACTIVITY,PGPT0000605-eutB-K03735 NA NA D1-35_04681 1449 potE_2 Putrescine transporter PotE ATGCCAAGCGATCATGCAAACCCGCAACCGGCAACGTCCTCGGTCGACTTTGAAAAAGTCGGCTCCGAATATTTCCAACAACGCGAGCTGAAAAAAGGCGCGGCAGGCTGGGTCCTGCTGGTGGGGCTGGGGGTGGCGTATGTCATCTCCGGCGACTACGCCGGCTGGAACTTCGGCCTGGCCCAGGGCGGTTGGGGCGGGATGTTCCTCGCCACGCTGCTGATGGCCGCGATGTACCTGTGCATGTGTTTTTCCCTCGCCGAACTGTCCTCGATGATCCCCACCGCTGGCGGCGGCTACGGCTTTGCCCGCAGCGCATTCGGGCCTTGGGGCGGATTTCTCACCGGCACGGCGATTCTCATCGAATACGCCATCGCCCCGGCGGCGATTGCCGTGTTCATCGGTGCTTATTGCCAATCGCTGTTCGGGATTGGCGGCTGGATGATCTACCTGGCGTTCTACATCATCTTCATCGCCATCCACATATTCGGGGTCGGCGAAGCCCTCAAGCTGATGTTCATCATCACTGCTGTCGCCGCCTTGGCGCTGGGGGTTTTTCTGGTGGCGATGGTGCCGCACTTCAACGTCGCCAACCTGCTGGACATCCCGGTCACCGAGGCCAAGGGCGCCAGCCCGTTCTTGCCCTTCGGCTACGTCGGCGTCTGGGCGGCGATTCCTTACGCGATCTGGTTTTTCCTCGCCGTCGAGGGCGTGCCACTGGCCGCTGAAGAAACCAAGAACCCCAAGCGCGACCTGCCACGTGGCCTGATTGGCGCCATGCTGGTGCTGGTGGCGTTCGCCCTGCTGATCCTGGTGATCGGCCCCGGCGGCGCAGGCTCCAACGCGCTGATGGCGTCCGGCAACCCACTGGTGGAAGCCCTGGCCAAGGCCTATGGCGGCTCGACCTGGATGGGCAGCTTCGTCAACCTCGTCGGCCTGGCCGGTCTGATCGCCAGTTTCTTCTCGATCATTTACGCCTACTCGCGGCAGATCTTCGCCTTGTCCCGCGCCGGCTACCTGCCGCGCAAACTCTCGGAAACCAATAAAAGCAAGGCACCGGTGTTGGCGCTGGTGATTCCCGGCATCATCGGTTTCGGCCTGTCCCTGACTGGCCAGGGCGACCTGCTGATTCTGGTGGCGGTGTTCGGCGCGACCATTTCCTACGTGCTGATGATGGCCGCGCACATCACCCTGCGCATCCGCCGCCCCAAAATGGACCGGCCGTACCGCACGCCGGGCGGGATCTTCACCTCGGGCGTGGCGCTGGTATTGGCTTGCATCGCCGTAGTGGCGGGCTTCCTGGTGGACCCACGAGTGGTGATCGGCGCCGCGATCATCTATGGAGTGTTAATTGCTTACTTTGCTTTCTACAGTCGGCATCACTTGGTAGCAGGCACGCCCGAAGAGGAATTCGCGGCCATTCAAAAAGCCGAAGAAGCCCTGCACTAA MPSDHANPQPATSSVDFEKVGSEYFQQRELKKGAAGWVLLVGLGVAYVISGDYAGWNFGLAQGGWGGMFLATLLMAAMYLCMCFSLAELSSMIPTAGGGYGFARSAFGPWGGFLTGTAILIEYAIAPAAIAVFIGAYCQSLFGIGGWMIYLAFYIIFIAIHIFGVGEALKLMFIITAVAALALGVFLVAMVPHFNVANLLDIPVTEAKGASPFLPFGYVGVWAAIPYAIWFFLAVEGVPLAAEETKNPKRDLPRGLIGAMLVLVAFALLILVIGPGGAGSNALMASGNPLVEALAKAYGGSTWMGSFVNLVGLAGLIASFFSIIYAYSRQIFALSRAGYLPRKLSETNKSKAPVLALVIPGIIGFGLSLTGQGDLLILVAVFGATISYVLMMAAHITLRIRRPKMDRPYRTPGGIFTSGVALVLACIAVVAGFLVDPRVVIGAAIIYGVLIAYFAFYSRHHLVAGTPEEEFAAIQKAEEALH NA NA NA NA NA D1-35_04682 1521 adh_2 COG1012 Aldehyde dehydrogenase ATGCGTTACGCTCACCCCGGTACTGAAGGCGCTATCGTTTCGTTCAAGGCCAAATACGGTAACTACATCGGCGGCGAGTTCGTCGCGCCTGTCAAAGGTCAGTACTTCACCAACACTTCCCCGGTCAATGGCCAGCCCATTGCAGAATTTCCGCGTTCCACCGCCGAAGACATCGACAAAGCCCTCGACGCTGCCCACGCGGCCGCTGATGCCTGGGGCGCCACGTCGGTCCAGGCGCGTTCGCTGATCCTGCTGAAAATCGCCGACCGCATCGAACAGAACCTCGAAACCCTGGCGATCACCGAATCCTGGGACAACGGCAAGGCCGTGCGTGAAACCCTCAACGCCGACATCCCCCTGGCCGCCGACCACTTCCGCTACTTCGCCGGTTGCCTGCGGGCCCAGGAAGGCGCCGCCGCCGAGATCGACGGCAACACCGTGGCCTATCACATCCATGAACCGCTGGGCGTGGTCGGGCAGATCATCCCGTGGAACTTCCCGCTGTTGATGGCCGCCTGGAAGCTCGCGCCAGCCCTGGCCGCCGGCAACTGCGTGGTGCTCAAGCCCGCCGAACAGACCCCGCTGGGCATCTGCGTGCTCATGGAGCTGATCGGCGACCTGCTGCCGCCGGGCGTGCTGAACGTTGTGCAAGGTTTCGGCAAGGAAGCCGGCGAAGCCCTCGCCACCAGCAAACGCATCGCCAAGATTGCCTTCACCGGCTCGACACCGGTCGGCTCGCACATCATGAAATGCGCCGCCGAAAACATCATCCCGTCCACCGTGGAACTGGGCGGCAAGTCGCCGAACATCTTCTTCGAAGACATCATGCAGGCCGAGCCGAGCTTCATCGAAAAAGCCGCCGAGGGCCTGGTGCTGGCGTTCTTCAACCAGGGTGAAGTCTGCACCTGCCCATCCCGGGCGCTGGTGCAAGAGTCGATCTACGACGAATTCATGCAAGTGGTGATGAAGAAAATCCAGCAGATCAAGCGCGGCGACCCGCTGGACACCGACACCATGGTCGGCGCCCAGGCGTCCGAGCAGCAATTCGACAAGATCCTGTCTTACCTGGAAATCGCCCGGGGCGAAGGCGCCGAGCTGCTGACCGGCGGCAAGGTGGAAAAACTCGAAGGCAACCTGGCCAGTGGTTATTACATCCAGCCGACCCTGCTCAAGGGCACCAACAAGATGCGCGTGTTCCAGGAAGAAATCTTCGGCCCGGTGGTGAGCATCACCACCTTCAAGGACGAAGCCGAAGCCCTGGCGATCGCCAACGACACCGAGTTCGGCCTCGGCGCCGGCCTCTGGACCCGCGACATCAACCGCGCCTACCGCATGGGCCGGGCGATCAAGGCGGGTCGCGTCTGGACCAACTGCTACCACCTGTACCCGGCGCATGCCGCGTTTGGCGGCTACAAGAAGTCCGGCGTGGGGCGTGAGACGCACAAGATGATGCTCGACCATTACCAGCAAACCAAGAACCTGCTGGTGAGCTACGACATCAATCCGTTGGGGTTCTTCTAA MRYAHPGTEGAIVSFKAKYGNYIGGEFVAPVKGQYFTNTSPVNGQPIAEFPRSTAEDIDKALDAAHAAADAWGATSVQARSLILLKIADRIEQNLETLAITESWDNGKAVRETLNADIPLAADHFRYFAGCLRAQEGAAAEIDGNTVAYHIHEPLGVVGQIIPWNFPLLMAAWKLAPALAAGNCVVLKPAEQTPLGICVLMELIGDLLPPGVLNVVQGFGKEAGEALATSKRIAKIAFTGSTPVGSHIMKCAAENIIPSTVELGGKSPNIFFEDIMQAEPSFIEKAAEGLVLAFFNQGEVCTCPSRALVQESIYDEFMQVVMKKIQQIKRGDPLDTDTMVGAQASEQQFDKILSYLEIARGEGAELLTGGKVEKLEGNLASGYYIQPTLLKGTNKMRVFQEEIFGPVVSITTFKDEAEALAIANDTEFGLGAGLWTRDINRAYRMGRAIKAGRVWTNCYHLYPAHAAFGGYKKSGVGRETHKMMLDHYQQTKNLLVSYDINPLGFF PGPT0007176_930 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007176-aldB-K00138 NA NA D1-35_04683 1905 acoR_5 COG3284 Acetoin catabolism regulatory protein ATGCACAGCAACCATTTGAGTCGCCATGCCCGGCAAGTCCTCACGGTCACCCAGGGCAAGGCCCATTTGCAGGGGCCTGGCAGCGATCCGTCGATTGCCCGTTCCTGGCTGCGCTGCCTCGAGGACTATCACCTCGACCCGGCGCAGAACCTGGCGCCGACCGTGCTCGAGCATGGCCGGTTGCTGGAAAGTCGCGAGCGCCTGCAGCAGGTTCTGCATATCGCCGGTACCGAGATGACCAGCTTGCACCAGCAATTGTCCGGCGCCGGCCATGCGGTGCTGTTGACCGATGCCCGGGGCGTGATCCTCAATTGCGTCACCGCCCCCAGCGAACGGAAGATTTTCGAACGGGCCGGCCTCTGGCTCGGCGCCGACTGGAGCGAAGCCTGTGAAGGCACCAACGGGATCGGTACCTGCCTGGTGGAACGCCAGGCCCTGACCATCCACCAGGAAGAACATTTTCGCGGCCGCCACACCGGCCTGACCTGCTCGGCGAGCCCGGTGTTCGACCCTCATGGCGAGCTGCTGGCGGTGCTCGACGTGTCTTCGGCGCGGCCGGACGTATCGCGCCAGAGCCAGTTTCACACCATGGCCCTGGTCAATCTCTCGGCGAAGATGATCGAGAGCTGTTATTTCCTTCGTTGTTTCGATAATCAATGGCTGCTGCGCTTTCATCTGCAGGCCGAGTCCGTGGGGTTGTTCAGCGAAGGGCTTATGGCGTTCGACGGCGAAGGACGCATCTGTGCAGTCAACCAGAGCGCGCTGAACCTGCTCGGGCACTTTCGCGGTGGCTTGCTCGGCCAGCGGGTCGAGGACTTCTTCGACTGTTCGCTGGATGAGTTACTGGGCCGGGCCAGCGCCCAGGCCAGTGCCAGTTGGCCGCTGCGCACCCGTGACGGTCGGCACTTGTACGCGGTCCTGCGTGGGCAAGCTCGTAGCGTGCCGGCTGCGGTCGCGCCTGCGCTCAAGGCTGTCGAACCCGCCCGTCTGCCGGGCATCTGCCTGGGGGACGCGGCGTTGCAGGAACATTTTCGCAAGGCTTTGCGGGTGTTCGAGCGCGATGTGCCGCTGCTGATCCAGGGCGAAACCGGTTCCGGCAAGGAGGCGTTTGCCAAGGCCGTGCACCACGCCAGCCAGCGCGCCGGGAAAAACTTCGTCGCGCTCAATTGCGCCGCGATTCCGGAAAGCCTGATCGAGAGCGAGTTGTTTGGTTATCGCGGCGGCAGTTTCACCGGCGCGCGCAAGGAAGGCATGCGCGGCAAGCTGCAACAGGCCGACGGCGGCACGCTGTTTCTCGATGAAATCGGTGATATGCCCCTGGCCTTGCAGACCCGTTTGCTACGGGTGCTGGAGGATCGTCAGGTAGTACCCATCGGCGGCGAACCCGAGGCGGTGAACGTGCGCATCATCAGCGCCACTCACCGGCAATTACTCGACCGCGTGGCCGACGGCAGTTTTCGCGAGGATTTGTACTACCGCCTCAACGGCCTGGAAATCCCGCTTCCGGCATTGCGCGAGCGCAGCGACAAATCCCAGTTGCTGGATTTCCTTCTGGCCGAGGAGAGCGGCGCCGAGACCGTGTCCATCGACGAACCGGCGCGCCAGGCGCTGCTGGCGTTCGACTGGCCGGGCAACGTGCGGCAGTTGCGCAATGTGCTGCGGACTCTTGCGGCGTTGTGCGACGGCGGGCGGATTGGGCTGGAGGATCTGCCGGCGATGATTCGCCAGCGCCCGGTTGCGGTGACCGAAACCCCGACCGAGCATCCGTTGGAAGATGCCGAGCGCCTGGCGTTGCTCGATGCGCTGGAACGTCAGCGTTGGCACATGACCCACACCGCCGAGCAATTAGGCATCAGCCGCAATACCCTTTACCGAAAGCTGCGCAAACACGCGATTGCCCGCTGA MHSNHLSRHARQVLTVTQGKAHLQGPGSDPSIARSWLRCLEDYHLDPAQNLAPTVLEHGRLLESRERLQQVLHIAGTEMTSLHQQLSGAGHAVLLTDARGVILNCVTAPSERKIFERAGLWLGADWSEACEGTNGIGTCLVERQALTIHQEEHFRGRHTGLTCSASPVFDPHGELLAVLDVSSARPDVSRQSQFHTMALVNLSAKMIESCYFLRCFDNQWLLRFHLQAESVGLFSEGLMAFDGEGRICAVNQSALNLLGHFRGGLLGQRVEDFFDCSLDELLGRASAQASASWPLRTRDGRHLYAVLRGQARSVPAAVAPALKAVEPARLPGICLGDAALQEHFRKALRVFERDVPLLIQGETGSGKEAFAKAVHHASQRAGKNFVALNCAAIPESLIESELFGYRGGSFTGARKEGMRGKLQQADGGTLFLDEIGDMPLALQTRLLRVLEDRQVVPIGGEPEAVNVRIISATHRQLLDRVADGSFREDLYYRLNGLEIPLPALRERSDKSQLLDFLLAEESGAETVSIDEPARQALLAFDWPGNVRQLRNVLRTLAALCDGGRIGLEDLPAMIRQRPVAVTETPTEHPLEDAERLALLDALERQRWHMTHTAEQLGISRNTLYRKLRKHAIAR PGPT0001030_1184 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 D1-35_04684 1350 mpl COG0773 UDP-N-acetylmuramate--L-alanyl-gamma-D-glutamyl-meso-2,6-diaminoheptandioate ligase ATGCACATCCATATTCTCGGTATTTGCGGCACTTTCATGGGTTCGATGGCGGTCCTGGCCAAGGAGCTGGGCCATCATGTGACCGGTTCCGACGCCAACGTTTACCCGCCGATGAGCACCCAGCTGGAGGCTCAGGGCATTGAGCTGACCCAAGGTTACGACCCGGCGCAACTGGACCCGGCGCCGGACCTGGTGGTCATCGGCAACGCCATGTCCCGTGGCAACCCGGCGGTGGAATACGTGCTCAACAAAGGCTTGCCGTACGTGTCGGGGCCGCAGTGGCTGGCCGATCATGTGCTGCAGGGCCGTTGGGTCCTGGCCGTCGCCGGTACTCACGGCAAGACCACCACCAGCAGTATGCTCGCCTGGGTGCTGGAGCACGCGGGCATGAGCCCGGGTTTCCTGATCGGTGGCGTGCCGCAGAATTTTTCGGTGTCGGCGCGCCTCGGTGGCACGCCATTCTTCGTGATCGAGGCCGATGAATACGACAGCGCGTTTTTCGATAAACGCTCGAAATTCGTCCACTACCGTCCGCGCACGGCGATCCTCAACAATCTTGAGTTCGACCACGCTGACATCTTCCCTGATCTGCCGGCCATCGAGCGCCAATTCCACCATTTGGTGCGGACCATCCCAAGTGAAGGCCTGGTCATCCATCCGACCACCGAGCCGGCCTTGCAGCGGGTCATTGAAATGGGCTGCTGGACCCCGGTGCAGACCACCGGTGCGGGCGGTCAGTGGCAGGTCAAGCTACTCAAGGATGACGGTTCGGCGTTCGAAGTCATGTTCGAAGGACAGTCCCAAGGCGTGGTCGAATGGGACATGACCGGCCAGCACAACGTCGCCAACGCCTTGGCGACGCTGGCGGCGGCCCGGCACGTCGGGGTGGTGCCGCCCATGGGCATCGCCGCGTTGAGTGCGTTCAAGAGTGTGAAACGGCGGATGGAGAAAGTTGCCGAGGTGAACGGCATCACCATTTATGACGACTTCGCCCACCATCCGACCGCTATTGCCACCACCCTCGACGGTCTGCGCAAGCGCATCGGCGATGCGCCGCTGATTGCGATCATCGAGCCGCGCTCCAATTCCATGAAACTCGGCGCTCACCGCGACGGCCTGCCGGAAAGCGTGGTCGATGCCGACCAGGTGATCTGGTACGCGCCGGCCAACCTCGGCTGGGACCTCGGCGCCACGGCTGCGCTGTGCACGGTGCCGTCGATTGTCAGCGATTCCCTGGAGGGCATCATCGAGCGCGTGAAGAGCCAGGCCCAGCCCGGCACCCATGTGGTGATCATGAGCAACGGCGGCTTCGGCGGCCTGCACGGCAAACTCGCCGAGGCACTGAAATGA MHIHILGICGTFMGSMAVLAKELGHHVTGSDANVYPPMSTQLEAQGIELTQGYDPAQLDPAPDLVVIGNAMSRGNPAVEYVLNKGLPYVSGPQWLADHVLQGRWVLAVAGTHGKTTTSSMLAWVLEHAGMSPGFLIGGVPQNFSVSARLGGTPFFVIEADEYDSAFFDKRSKFVHYRPRTAILNNLEFDHADIFPDLPAIERQFHHLVRTIPSEGLVIHPTTEPALQRVIEMGCWTPVQTTGAGGQWQVKLLKDDGSAFEVMFEGQSQGVVEWDMTGQHNVANALATLAAARHVGVVPPMGIAALSAFKSVKRRMEKVAEVNGITIYDDFAHHPTAIATTLDGLRKRIGDAPLIAIIEPRSNSMKLGAHRDGLPESVVDADQVIWYAPANLGWDLGATAALCTVPSIVSDSLEGIIERVKSQAQPGTHVVIMSNGGFGGLHGKLAEALK PGPT0023975_1630 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_LIGASES,PGPT0023975-mpl-K02558 NA NA D1-35_04685 648 ubiX COG0163 Flavin prenyltransferase UbiX ATGAATACTCGCTTGGAGAGCAACGGTCCCGAACGCATCACGCTGGCAATGACCGGCGCTTCCGGCGCCCAGTACGGCTTGCGCCTGCTCGATTGCCTGGTGCGTGAGGATCGCGAGGTGCACTTCCTTATCTCCAAGGCCGCGCAGTTGGTGATGGCCACCGAGACCGACGTGACGTTGCCACCCAAGACGCAGATGATGCAGGCCTTTCTCACCGAGTATACCGGTGCGGCGGCAGGGCAGATTCGTGTGTATGGCAAGGAAGACTGGATGTCACCGGTGGCTTCGGGCTCCGGCGCGCCGGCGGCGATGGTCGTGGTGCCGTGTTCCACCGGTACGCTGTCGGCGATCGCCACCGGGGCCTGCAACAACCTGATCGAGCGGGCGGCGGACGTCACGCTCAAAGAGCGCCGCCAGTTGATCCTGGTGCCGCGGGAAGCGCCGTATTCGAGCATTCACCTGGAGCACATGCTCAAGCTGTCGAACATGGGCGTGACCATCCTGCCGGCCTCGCCGGGCTTCTACCATCAGCCGCAGACCATCGACGACCTGATCGATTTTGTGGTCGCGCGGATCCTCAACTTGCTGAACCTGCCGCAAGACATGCTGCCACGTTGGGGCGAGCATCATCCGGGCAGCGATGAATAA MNTRLESNGPERITLAMTGASGAQYGLRLLDCLVREDREVHFLISKAAQLVMATETDVTLPPKTQMMQAFLTEYTGAAAGQIRVYGKEDWMSPVASGSGAPAAMVVVPCSTGTLSAIATGACNNLIERAADVTLKERRQLILVPREAPYSSIHLEHMLKLSNMGVTILPASPGFYHQPQTIDDLIDFVVARILNLLNLPQDMLPRWGEHHPGSDE PGPT0009565_288 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-SALICYLIC_ACID_RESISTANCE,PGPT0009565-ubiX|bsdB-K03186 NA NA D1-35_04686 285 hypothetical protein ATGAATAAGCTGCTGGCGGTGTTGCTGGTCCTGCAGCTGACTGGCTGTGCCACCGCGCGCACCCTTGACGCCGCCAAGCCGGGAGCGCCGGTGGTGTATGCGGGGACGCGGCTGGACATGTACGCCCTTAACGGTGGCTGCTGCGCCAAGGACCGTTTTGGCGCCGAGGCGCCGAGCTATCCGGGTCTCGATTTGCCGGGGAGTGCGCTGCTGGATACGTTGTTGTTGCCGTTGTCGTTGCTGACGGTGATTGGCGTGGGGTTTCAAGCGACCGGTGGGATGTAG MNKLLAVLLVLQLTGCATARTLDAAKPGAPVVYAGTRLDMYALNGGCCAKDRFGAEAPSYPGLDLPGSALLDTLLLPLSLLTVIGVGFQATGGM NA NA NA NA NA D1-35_04687 642 hypothetical protein ATGTACTTGACGCCTCAGCATGTTTTGCTCGCCGGCGCGACCGGATTGACCGGGGAACATCTACTGGACCGGCTGCTGAACGAGCCGACCATCACGCGGGTACTGGCGCCTTCCCGCCGGCCATTGGCCGAACACCCGCATCTGGAAAACCCGGTTGGGGAACCGGCCGAACTGCTGCCACGGCTTGGCGGCCAGGTCGACATCGCCTTCTGCTGCCTCGGCACGACCATCAAGAAAGCCGGCTCCGAATCGGCCTTTCGCGCGGTGGACCTGGACCTGGTGGTGGCCTTCGCCAAACGCGCGCGGGAATTGGGCGCACGGCACCTGGTGGTGATCAGCGCCCTCGGGGCCGACCCGAAATCGTCGATTTTCTACAACCGGGTCAAGGGTGAAATGGAAGCTGCGCTCCGCGCACAGGATTGGCCGCAACTGACCATCTGCCGACCTTCGTTGCTGTTGGGCGACCGGGTTGAACCACGCCTGGCCGAGCAACTGGCCGGCCCGTTGTCCAAGCTGATCCCCGGCAAATACCACGGCATCGAAGCCTGCCAACTGGCCCGGGCCATGTGGCGACTTGCGCTGGAGGAGCAGGATGGGGTGCGGGTAGTGGAGTCGGATGAGTTGCGCAAGCTGGGCAAATGA MYLTPQHVLLAGATGLTGEHLLDRLLNEPTITRVLAPSRRPLAEHPHLENPVGEPAELLPRLGGQVDIAFCCLGTTIKKAGSESAFRAVDLDLVVAFAKRARELGARHLVVISALGADPKSSIFYNRVKGEMEAALRAQDWPQLTICRPSLLLGDRVEPRLAEQLAGPLSKLIPGKYHGIEACQLARAMWRLALEEQDGVRVVESDELRKLGK PGPT0013740_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_04688 1719 hypothetical protein ATGCGCGCACTTGTACCCCTGACCCTGACCCTCCTGCTCACCGCCTGCGGAAACGGCGAATCACCGCTGCCCCCAGACGCACGCCTGCCCGACGGCGGACGCTATCGCGGCGATCTGGTAGACGGGCTGTTGCAGGGCCAGGGACGCATCGACTATCCCAACGGCAGCTGGTACGCCGGGCAGTTCGACAAGGGCCAGTGGCACGGCACCGGGGAATGGCATGGCAGCAATGGCGAGGTCTATCGCGGCCAGTTCCAGCATGGCCTGTTCCACGGCCAGGGCAGCCTGACCACACCGACCAGCAGCTACACCGGCGGTTTCAAGTTGGGCCGGCGGGACGGTGAAGGCACGCTCAAGGAAAACGGCGTGACCTACCGGGGCGAGTTCAAGGCCGACCGCTACTCCGGTCTCGGCCGCCTGGAACTCGACGACGGCAGCCAGTACCAAGGCCCGTTCGTCAACGGCAAGCCCAACGGCGAAGGCCAGCGCTTCGACGCCAGCGGCAACCAGTTCACCGGCCATTTCGTCGACGGCCAGCTCCAGGGCAAGGGCACGTTCAACAGCGCCGAAGGCGACGTCTACATCGGCGGCTTCAGGAATAACCAGCTCAACGGCCGCGGTCGCTACGAAAACGCCGATGGCGATGTCTGGATTGGCCAGTTCAAGGACGGTGCGCTGACCGGCAAGGGTGAACTGATCGGAGCCGATGGCAGCCACTACCGCGGGCGCTTCAATGACTGGCGCTTCACCGGCGAAGGTCGCCTGAACCTGCCCGACGGCAGCTTCTACATCGGCCAGTTCGAAGGCGACAGCTACCACGGGCGCGGCACGCTGGTGCTGACCGACGGCACCGTACAGAGCGGCACCTGGGCCAACGGCCAACGAATCCGTGACGCCGACGGCAAGCTGTTGCCCGATGTGCTCGAACTCGGCCTGCTGGCCCAGGGTCGCCTGCTGGACGAGGCCCTCGCCAACATCCCGGCCTCGACGTCGGCGGTGGAACTGTACAGTCTGACCCTGGGCGGCGATGGCAAGCAAAGCGTGTTCCTGCGTGAGTCCGACTATGTCGCCAACATGCTCGCCAGCCGTTTTGGCGCATTCGGCCAGATTCGCCTGGTGAACCATCGCGATCACCTCGGCGACCGGCCCATGGCCACTCGCGAAAACCTGCGCCGTGCCGCTGCCACGCTGGCCGAACGCAGCGGCCCGGAAGACCTGGTGTTCATCTACCTGACCAGCCACGGCAGCAGCGAACATGAACTGGTACTCGACCAGCCGCGCATGGAGCTGGCCGACCTGCCCGCCGACGAGTTGGCCGCGGTGCTGGCGCCGCTGAAGAATCGCGACAAGATCATTGTGATCTCGGCCTGTTATTCCGGCGGTTTCATCCCCGCGCTCAAGGACGAACGGACCCTGATCATGACCGCCTCCCGGGCCGACCGAGTGTCTTTCGGCTGCTCCGAGGAGGCCAACTTCACCTATTTCGGCGATGCCTTGTTCGCCCAGGCGCTGAACCAGACCGACGATCTGGAACAAGCCTTCAAGCGGGCCAAGGGCATCGTTGCCGAACGGGAGCAGGCGGACAATTTCGAAGCGTCCGAACCACAGATGTGGGCGCCCCGGACCGTGCTTTCTCATTGGCAGCTGTTGCGCAAGCAACAGGCGCGAAAAGCATTGCAAAGTGCTGCGTTGAACGACGAGGCTAAAAAGAGCAACTAA MRALVPLTLTLLLTACGNGESPLPPDARLPDGGRYRGDLVDGLLQGQGRIDYPNGSWYAGQFDKGQWHGTGEWHGSNGEVYRGQFQHGLFHGQGSLTTPTSSYTGGFKLGRRDGEGTLKENGVTYRGEFKADRYSGLGRLELDDGSQYQGPFVNGKPNGEGQRFDASGNQFTGHFVDGQLQGKGTFNSAEGDVYIGGFRNNQLNGRGRYENADGDVWIGQFKDGALTGKGELIGADGSHYRGRFNDWRFTGEGRLNLPDGSFYIGQFEGDSYHGRGTLVLTDGTVQSGTWANGQRIRDADGKLLPDVLELGLLAQGRLLDEALANIPASTSAVELYSLTLGGDGKQSVFLRESDYVANMLASRFGAFGQIRLVNHRDHLGDRPMATRENLRRAAATLAERSGPEDLVFIYLTSHGSSEHELVLDQPRMELADLPADELAAVLAPLKNRDKIIVISACYSGGFIPALKDERTLIMTASRADRVSFGCSEEANFTYFGDALFAQALNQTDDLEQAFKRAKGIVAEREQADNFEASEPQMWAPRTVLSHWQLLRKQQARKALQSAALNDEAKKSN NA NA NA NA NA D1-35_04689 456 COG2030 putative enoyl-CoA hydratase 1 ATGCCCTACGTTCCCGTTGCAGAGCTCAAGGATTATGTCGGCAAGGAACTTGGATACTCCGACTGGCTGACCATCGACCAGGAGCGCATCAACCTGTTCGCCGAAGCCACCGGCGACTTCCAGTTCATCCACGTCGATCCGGTCAAGGCCGCGCAGACCCCGTTCGGCAGCACGATCGCCCACGGGTTCCTGTCGCTGTCGCTGATGCCCAAGCTGATGGAAGACATCCTGCTCCTTCCTGAGGGGGTGAAGATGGTGATCAACTACGGGCTGGACAGCGTGCGCTTCATCCAGCCAGTGAAAGTCGATTCCAAGGTCCGGCTCAAGGTCGACCTGGTGGACGTTACCGAGAAAAAACCTGGCCAATGGCTGCTCAAGGCCACCGCCACCCTGGAAATCGAAGGCTCGGAAAAACCAGCCTATATCGCCGAGCCGCTGTCACTCTGCTTCGTATAG MPYVPVAELKDYVGKELGYSDWLTIDQERINLFAEATGDFQFIHVDPVKAAQTPFGSTIAHGFLSLSLMPKLMEDILLLPEGVKMVINYGLDSVRFIQPVKVDSKVRLKVDLVDVTEKKPGQWLLKATATLEIEGSEKPAYIAEPLSLCFV PGPT0015281_37 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0015281-nodN-NA NA NA D1-35_04690 366 cidA Holin-like protein CidA ATGTTGCTACGGGGCCTGACCTGGCTGGTGCTGTTCCAATTGCTGGGCACCGCCATCAATCATTTGTTCCTGCCGATCCTGCCGGGGCCGATCATTGGGCTGCTGTTGTTGCTGGGCTATCTGATCGTCCGTGGCGAAGTCAGCGAGCCGTTGAACCTTGCCGCCGGCAGCCTGCTGCGTTATCTGCCGTTGCTGCTGGTGCCGCCGGCGGTGGGCGTGATGGTCTATGCCCGGGCGATCGCTGCCGACTTCTGGGCCATCGTTGGCGCGCTGGTGTTGTCGCTGGTGCTCTCCGTGGCGCTGACGGGCGTGCTGATGCAACGTTTGGCCCGGCGCCATATCGTCGAGCCGGAGGATGCCCGATGA MLLRGLTWLVLFQLLGTAINHLFLPILPGPIIGLLLLLGYLIVRGEVSEPLNLAAGSLLRYLPLLLVPPAVGVMVYARAIAADFWAIVGALVLSLVLSVALTGVLMQRLARRHIVEPEDAR NA NA NA NA NA D1-35_04691 717 yohK COG1346 Inner membrane protein YohK ATGATGTTCGATTGGCAGGGGGCCTGGACGTCGGTGATTCACCATCCACTGTTCGGCATCGGCATTACCCTGGGCGCCTACCAGTTGGTGTTGGCGGCGTATGAAAAGACCCGTTGGGTGTTCCTGCAGCCGGTATTGATGTCGATGGTGCTGTTGATCGTCGTGCTGGTCGGCTGCGGCATCAGCTACGCGGAATATCGCAAAAGCACCGAAATCCTCAGCATTTTGCTGGGCCCCGCGACCGTGGCGTTGGCGGTGCCGTTGTACCTGAACCTGCGGCGAATCCGCCAATTGTTCTGGCCGATTTTTACTACGCTGGTGATAGGCGGGGTGTTTGCCACCGGCTCAGCGGTGGTGCTGGGCTGGGCTTTTGGCGCCGAACACATGATTCTGATGACCATGGCGCCCAAGTCGGTCACCTCGCCGATCGCCATGTTGGTGGCCGAGCAGATCGGTGGCGTGGCGGCGATGGCGGCGGTGTTCGTGCTGATCACCGGGGTGCTTGGCGCGATCCTCGGCCCGAGCATTCTGACCCGGCTCGGTGTCCATAGCCCTGAGGCCCGGGGCATAGCCTTGGGGCTGACTGCCCATGCGGTGGGTACGTCGGTGGCCTTGCAGGAAAGCGAGGAGTCCGGTGCCTTCGCGGCGCTGGCGATGAGTCTGATGGGCGTGGCCACGGCGGTGCTGCTGCCGCTGGTGGTGTCGATGACGGTCTAA MMFDWQGAWTSVIHHPLFGIGITLGAYQLVLAAYEKTRWVFLQPVLMSMVLLIVVLVGCGISYAEYRKSTEILSILLGPATVALAVPLYLNLRRIRQLFWPIFTTLVIGGVFATGSAVVLGWAFGAEHMILMTMAPKSVTSPIAMLVAEQIGGVAAMAAVFVLITGVLGAILGPSILTRLGVHSPEARGIALGLTAHAVGTSVALQESEESGAFAALAMSLMGVATAVLLPLVVSMTV NA NA NA NA NA D1-35_04692 591 hypothetical protein ATGAGCTTGCCGCTTTTCCCATTGAACACCGTGCTGTTTCCCGGTTGCATCCTCGACCTGCAGATTTTCGAGGCACGTTACCTCGATATGATCGGGCGCTGCATGAAAAAAGGCGAAGGCTTCGGGGTGGTCTGCATCCTTGACGGCGAAGAGGTCGGTATCGCGCCCGACGGTTATGCCCGGGTGGGCTGCGAGGCGCTGATTACCGACTTCTCCCAGCAGGACAACGGCCTGCTGGGCATTCGTGTGCAGGGCGGCCGGCGCTTCATCGTGCATGCCAGCAGTGTCCAGCCGGATCAACTGACTGTCGCTGAAATCGAGTGGCTGGAAGACGAGCCGGAGCAACCGCTGCAGGACGAGGATGCCGACCTGGTGGCGCTGCTCAGGGCCCTGGCGGAACACCCGATGGTCGAGGCGCTGAACATGGGCACCGAGGCTACCGGTCAGCAGTCATTGGCCAATCAACTGGCCTATCTGCTGCCATTCAACGAACTGGACAAGATCGACCTGCTGCAGCTCGACGACCCGCAGCAGCGCCTGGATGCGATCCAGGCCTTGCTGGATGAGTTGCAGGGTGAGCTGTTTGCCTGA MSLPLFPLNTVLFPGCILDLQIFEARYLDMIGRCMKKGEGFGVVCILDGEEVGIAPDGYARVGCEALITDFSQQDNGLLGIRVQGGRRFIVHASSVQPDQLTVAEIEWLEDEPEQPLQDEDADLVALLRALAEHPMVEALNMGTEATGQQSLANQLAYLLPFNELDKIDLLQLDDPQQRLDAIQALLDELQGELFA NA NA NA NA NA D1-35_04693 1317 hypothetical protein ATGGGCCCTTGGCTCGATAGCATTACCGGCTGGCTGACCGTCAACCCGCAATGGCTGGCGGTGGCGGTGTTTGTCGTTGCTTGTATTGAATGCCTGGCCATCGCCGGGTTGATCGTGCCGGGCACTGTTTTGCTATTTGCGATCGCGGTGCTGGCCGGCAGCGGCGCTTTGTCCCTGGGCGAGACGTTGTTGCTGGGCCTTCTGGGAGGGCTGCTGGGGGACCTGGTGTCCTATTTCCTCGGCCGGCATTTCCACCAGAACATCCGGCGCCTGCCGGGGCTGCGGCAACATCCGGAATGGATGAGCGCGGCCGAGAGCTACTTCCAGCGCTATGGAATCGCCAGCCTGCTGGTGGGGCGGTTTATCGGACCGTTGAGGCCGATGCTGCCGATGGTAGCCGGGATGTGCGACATGCCGTTCCCACGCTTCGCCGCCGTCAGCGTGCTCGCCGCGGCGGGCTGGACCATAGCCTACCTGCTGCCGGGCTGGGCCACCGGCGCGGCGTTCCGCCTGCCGTTGCCCGAAGGTTTCTGGCCGCAGGCCGGCGTGGTCATCGGCAGCATCGCCGTGATGCTCGGGCTGAGTGTCAACAGCAGCCTGCGGCGTCATCGCCATGCCTCAGCGATCATCGCAAGTGTCGGTCTGGCGATCCTGATCGGCCTGTTTGTCGGCTTTCGTTACCTCACAGCCTTCGACCAGGGCCTGATGACCCTGGTGCAGGAGCATCGCAGCGCGACCCTGGACGAGATTGCCGTGACGTTCACGCTGATCGGTGAATTCCGCTACATGTTGATCGTCTGCAGCCTGGTGACCGTGTTGCTGCTGTTTGCACGACAATGGCGGCAGGCAATCTTTGCCGGCGGCACGATGCTGCTCACGGCCCTGGCCAACACTGGATTGAAACTGTTTTTCGCCCGCGTGCGCCCTGAGATCCTCAGCGAACCCTTGACCAGCTACAGCATGCCCAGCGGCCACGCCTCCGGCGCTTTCGCCCTGTTCCTGAGCCTGGCGATACTGGCCGGCCGCGGCCAACCACCGCGCCTGCGCCTGACCTGGCTGCTGCTCGGCTCGTTACCTGCGCTGGCGATTGCCTTGTCGCGGGTGTACCTGGGCGCCCACTGGCCGAGCGACATTGTCGCCGGTGCCGTGCTCGCCGCCACGGTCTGCGCCGCTGTCCTCTGGCTAAGCCAGCGCCAGGAACCGCTGCGCGCCATGTCGCCGAAAGTCTGGTGGCTGGTCCTGCCGGCGCTGGCGGCGGCGTTCAGCTTCTTCGCCCTGCGGCATCTTCCGCATGCGATGTTGCGGTATGCCTATTGA MGPWLDSITGWLTVNPQWLAVAVFVVACIECLAIAGLIVPGTVLLFAIAVLAGSGALSLGETLLLGLLGGLLGDLVSYFLGRHFHQNIRRLPGLRQHPEWMSAAESYFQRYGIASLLVGRFIGPLRPMLPMVAGMCDMPFPRFAAVSVLAAAGWTIAYLLPGWATGAAFRLPLPEGFWPQAGVVIGSIAVMLGLSVNSSLRRHRHASAIIASVGLAILIGLFVGFRYLTAFDQGLMTLVQEHRSATLDEIAVTFTLIGEFRYMLIVCSLVTVLLLFARQWRQAIFAGGTMLLTALANTGLKLFFARVRPEILSEPLTSYSMPSGHASGAFALFLSLAILAGRGQPPRLRLTWLLLGSLPALAIALSRVYLGAHWPSDIVAGAVLAATVCAAVLWLSQRQEPLRAMSPKVWWLVLPALAAAFSFFALRHLPHAMLRYAY PGPT0024170_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302 NA NA D1-35_04694 687 Putative 3-methyladenine DNA glycosylase ATGACCATGACCGATTCGCCTCCGATGCCCACTGCTTTGCCACACGCTTTTTTTGACCGCGACGCCCAGGAGCTTGCCAAGGATCTGCTGGGCAAGGTGATTCGCCACAAGGTTGGCGACCTGTGGCTGAGCGCGAGGATCATCGAGACCGAAGCGTATTACTTCGCCGAAAAGGGCAGCCACGCCTCGTTGGGCTACACGGAAAAGCGTAAGGCTTTGTTTCTGGATGGCGGCCACATCTATATGTACTACGCGCGGGGCGGCGATTCGCTGAATTTCAGCGCCCAAGGCCCGGGCAATGCCGTATTGATCAAATCGGCGTATCCCTGGGTGGACGCCATCAGCGGCCCGGCAAGCCTGGCGCAGATGCTGTTGAACAACCCCGATGCGCAAGGCCGGCCACGTACACCGCAAAAACTTTGTGCCGGACAGACCTTGCTGTGCAAGGCGCTGGGCCTGAAAGTGCCGGACTGGGACGCCAGACGCTTCGACCCTGAACGGCTGCTGGTGGAGGATGTGGGTGTGCCGACGGTCAATGTGATCCAGACCACTCGCCTGGGCATCCCGCTGGGACGAGATGAGCACCTGCTTTACCGCTTCGTCGACGCCGCCTATGCGCCATGGTGCACCCGCAACCCGTTGCGACGGGGGCAGGTCGAGGGGCGGGATTATTTTCTGCTTTCTTGA MTMTDSPPMPTALPHAFFDRDAQELAKDLLGKVIRHKVGDLWLSARIIETEAYYFAEKGSHASLGYTEKRKALFLDGGHIYMYYARGGDSLNFSAQGPGNAVLIKSAYPWVDAISGPASLAQMLLNNPDAQGRPRTPQKLCAGQTLLCKALGLKVPDWDARRFDPERLLVEDVGVPTVNVIQTTRLGIPLGRDEHLLYRFVDAAYAPWCTRNPLRRGQVEGRDYFLLS PGPT0014885_551 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014885-yxlJ|aag-K03652 NA NA D1-35_04695 1272 proA Gamma-glutamyl phosphate reductase ATGACTGAGTCCGTTCTTGACTACATGACCCGCCTGGGTCGCGCCGCCCGCGAAGCGTCGCGCATCATCGGTCGTGCCAGCACCGCGCAGAAAAATCGCGCCCTGCAGGCCGCCGCCAATGCGCTGGACGCTGCGCGCGCCGAGCTGTCCGCCGCCAACGAGCTGGACCTGGCCGCCGGCCGGGCCAATGGGCTCGAGCCGGCCATGCTTGAGCGCCTGGCGCTGACTCCGGCACGCATCGACGGCATGATCGTCGGTCTGCGTCAGGTGGCGGCTCTGCCGGACCCGGTCGGGGCGATTCGCGACATGAGCTATCGGCCATCGGGTATCCAGGTCGGCAAGATGCGCGTGCCGCTGGGTGTGGTCGGGATCATCTACGAGTCGCGGCCGAACGTGACCATCGACGCCGCGAGCCTGTGCCTGAAGTCGGGTAACGCGACCATCCTGCGCGGCGGTTCCGAGGCGATCCATTCGAACCGTGCGATTGCCGCCTGCATCCAGCGCGGGCTGGCCGAAGCCAACCTGCCGGCGGCGGTCGTGCAAGTGGTGGAGACCACCGACCGCGCCGCGGTCGGCGCGTTGATCACCATGCCCGAGTTCGTCGACGTTATCGTCCCGCGTGGCGGCAAGGGCCTGATCGAACGGGTCAGCCGCGACGCCCGCGTACCGGTGATCAAGCACCTGGACGGCATCTGTCATGTCTACGTCAGCGCCCACGCCGAATTGCCCAAGGCCCAGCGCATCGCTTTCAATGCCAAGACCTACCGTTATGGCATCTGCGGCGCGATGGAAACCCTGCTGGTGGACCAGACCGTTGCTGGGGATTTCCTGCCGTCGATGGCGGCCCAGTTCCGCGAAAAAGGCGTCGAGCTGCGTGGCTGCGAGCGCACCCGGGCGATCATCGAGGCCGCAGTCGCCACGCCAGAGGACTGGGACACCGAATACCTCGCGCCAATCCTGTCGATCCGCGTGGTGGACGGGCTGGACCAGGCCATCGAGCACATCAATCGCCACGGATCCCACCACACCGATTCCATCGTCAGCGAGCACCAGGGCGAAACCCGGCGCTTCGTGGCTGAAGTGGATTCGGCGTCGGTGATGATCAACACCCCGACCTGTTTTGCCGACGGCTTCGAATACGGATTGGGTGCCGAGATCGGCATTTCTACTGATAAGCTGCACGCCCGGGGCCCGGTGGGCCTGGAAGGCCTGACCTGCGAGAAGTACATCGTGGTCGGCGACGGCCAGTTGCGCGGACAGGAGCCAGCCTGA MTESVLDYMTRLGRAAREASRIIGRASTAQKNRALQAAANALDAARAELSAANELDLAAGRANGLEPAMLERLALTPARIDGMIVGLRQVAALPDPVGAIRDMSYRPSGIQVGKMRVPLGVVGIIYESRPNVTIDAASLCLKSGNATILRGGSEAIHSNRAIAACIQRGLAEANLPAAVVQVVETTDRAAVGALITMPEFVDVIVPRGGKGLIERVSRDARVPVIKHLDGICHVYVSAHAELPKAQRIAFNAKTYRYGICGAMETLLVDQTVAGDFLPSMAAQFREKGVELRGCERTRAIIEAAVATPEDWDTEYLAPILSIRVVDGLDQAIEHINRHGSHHTDSIVSEHQGETRRFVAEVDSASVMINTPTCFADGFEYGLGAEIGISTDKLHARGPVGLEGLTCEKYIVVGDGQLRGQEPA PGPT0014215_1815 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147 NA NA D1-35_04696 699 nadD_2 COG1057 putative nicotinate-nucleotide adenylyltransferase TTGGGCGACCTCGACCCACTGGCCTCCATGACTACGCCCGCTGTGACGGCGACCGCGCCAAAGCGCATCGGTATCCTGGGCGGTACGTTCGACCCGGTGCACATCGGCCATTTGCGCGGTGCGCTGGAAGTCGCCGATGCCCTGGCCCTCGATGAGCTGCGCCTGACGCCCAGCGCTCGGCCACCTCATCGGGATACACCGCAGGTGTCGGCGCAGGATCGCCTGGCGATGGTCGAGTGCGCGGTGGCCGGTGTGGCGCCGTTGGTGGTGGACGCCCGCGAATTGCAGCGGGACAAACCGTCCTACACCATTGATACCCTGGAGCTGATGCGCGCCGAGTTGGCCGCCGATGCCCAGGTTTTCCTGCTTCTGGGCTGGGACGCATTTTGCGGCCTGCCCACTTGGCACCGCTGGGAAGAGTTGCTCCAGCATTGCCACATCCTGGTGCTGCAACGCCCGGATGCCGACAGCGAACCGCCGGATGCCTTGCGCAACCTGCTGGCGGCGCGCTCGGTGAGCGACCCGCTGGCCCTCAAGGGGCCGAGCGGACAGATTGCATTCGTCTGGCAGACGCCGCTCGCGGTATCCGCCACCCAGATCCGTCAACTGCTGGCCAGCGGTAAGTCGGTACGTTTCCTGGTGCCCGACGCGGTCCTGGCCTACATCGATGCGCACGGTCTGTACCGTGCGTCGAACTGA MGDLDPLASMTTPAVTATAPKRIGILGGTFDPVHIGHLRGALEVADALALDELRLTPSARPPHRDTPQVSAQDRLAMVECAVAGVAPLVVDARELQRDKPSYTIDTLELMRAELAADAQVFLLLGWDAFCGLPTWHRWEELLQHCHILVLQRPDADSEPPDALRNLLAARSVSDPLALKGPSGQIAFVWQTPLAVSATQIRQLLASGKSVRFLVPDAVLAYIDAHGLYRASN PGPT0013435_671 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D1-35_04697 495 rsfS Ribosomal silencing factor RsfS ATGACTGACAAAGACCTGAACAAAGTAAAGCGCAAGGGCACTTTCAAGAGCGCCCCGCTGCCGGTAGAAGCGCCAACCGGCGTGGCGCTGGTCGGTGAAGAACTGGTCAAGGTGGCCGTGGCGGCCCTGGAAGACGTCAAGGCCCAGGACATCCAGGTGATCGACGTTCGCGAAAAGCAGAGCATCACCGACTACATGATCATCGCCACCGGTACCTCGAACCGCCAGATCGGCGCGATGCTCGACAAGGTCCGCGAAGCGGTGAAGGCCCAGGGCGTCAAGCCGTTGGGCGAAGAAGGCAAGGGCGACAGCGACTGGGTCCTGCTGGACATGGACGACGTCATCGTGCACATGATGACCGCCTCGGCGCGCCAGTTCTATGACCTGGAGCGCCTGTGGGCCGGTGCCGAGCAGAGCCGTTCGGCCAGCGCCGCGCACCACAGCCCGGAAAACACCCATGAGCACTTCACCAAGCTCAACAAAGACCAGCAATAA MTDKDLNKVKRKGTFKSAPLPVEAPTGVALVGEELVKVAVAALEDVKAQDIQVIDVREKQSITDYMIIATGTSNRQIGAMLDKVREAVKAQGVKPLGEEGKGDSDWVLLDMDDVIVHMMTASARQFYDLERLWAGAEQSRSASAAHHSPENTHEHFTKLNKDQQ NA NA NA NA NA D1-35_04698 468 rlmH COG1576 Ribosomal RNA large subunit methyltransferase H GTGCGACTGCGCCTGATCGCCGTCGGTTCTCGCATGCCCAAGTGGGTGGAAGAAGGCTGGCATGAATATGCCAAGCGTCTTCCGTCCGAGCTGGCTTTGGAACTGGTGGAAATTCCGCTCAATACCCGCGGCAAGAACGCCGACGTGGCGCGCTTTATCCGCCAGGAAGGTGAAGCCATGCTGGCCAAGGTCGGGCCGAACGAGCGCATCGTCACACTCGAAGTTCATGGCAAACCCTGGAGTACCGAGCAACTGGCGGTGGAGCTCGATCGCTGGCGGCTGGATTCGCGCACGGTCAATTTCATGGTCGGCGGTCCGGAAGGGCTGGCGCCGGAAGTCTGCGCCCGGGCCGATCAACGCTGGTCGTTGTCGCCCCTGACGTTGCCGCACCCGCTGGTGCGGATCCTGATCGGTGAACAGTTGTATCGTGCCTGGACAGTCCTGTCCGGGCACCCTTATCACAAGTAA MRLRLIAVGSRMPKWVEEGWHEYAKRLPSELALELVEIPLNTRGKNADVARFIRQEGEAMLAKVGPNERIVTLEVHGKPWSTEQLAVELDRWRLDSRTVNFMVGGPEGLAPEVCARADQRWSLSPLTLPHPLVRILIGEQLYRAWTVLSGHPYHK NA NA NA NA NA D1-35_04699 1896 mrdA COG0768 Peptidoglycan D,D-transpeptidase MrdA ATGCCTCAGCCGATCCGCATCAAGGACCACGAAAAAGACGCCCGCCTGGTGCGGGGCCGCGTCGTGTTCGGCGCCATTACGGTGGTCACGCTGATCGGCGTGCTGATCGCGCGGCTGTATTTCCTCCAGGTGATCCAGTACGAGTACCACTCGACCCTGTCGGAAAGTAACCGCGTCCACGTGCAGCCGATCCCGCCGACCCGCGGGCTGATTTTCGACCGCAATGGCGTGGTGGTGGCCGATAACCGGCCGAGCTTCAGCCTGAGCATGACACGCGAGCGGTCCGGTGACTGGCAGAAAGTCCTCGACGTGATCGTCGAAGTGCTGCAACTGACCCCCGAGGACCGGGCGATCTTCGAGAAGCGCATGCGCCAGGGCCGGCGCCCCTTCGAGCCGGTGCCGATCATGTTCGAGCTGACCGAAGAACAGATCGCCCTGATCGCGGTTAACCAGTTCCGCCTGCCGGGCGTCGAGGTGGTGGCGCAGCTGGTGCGGCATTATCCCCAGGGGCCGCACTTCGCCCACTCGGTCGGCTACATGGGGCGGATCAACGAAAAAGAGCTCAAGACCCTCGATCCGGTCAACTACAGCGGCACCCACCATATCGGCAAGACCGGCATCGAGCGCTTCTACGAGGCCGAGCTGCACGGCCAGGTCGGCTACGAGGAGGTCGAGACCAACGCTCGCGGCCGCGTACTGCGCGTGCTCAAGCGTACCGACCCGATTCCAGGCAAGGACATCGTCCTGAGCCTCGACATCAAGTTGCAGGAAGCCGCCGAAGCGGCGCTGGGTGGACGACGTGGCGCGGTGGTTGCGCTGGACCCGAACACCGGCGAAGTCCTGGCGATGGTCAGCCAGCCGAGTTTCGACCCGAACCTGTTCGTCACCGGCATCAGCTTCAAGGCCTACGCCGAGCTGCGCGATTCCATCGACCGGCCGTTGTTCAACCGCGTGCTGCGTGGCCTTTATCCGCCGGGTTCGACCATCAAGCCGGCCGTGGCGATTGCCGGGCTGGATGCCGGAGTGGTGACCGCGTCGAGCCGGGTCTATGACCCGGGTTATTACCAATTGCCCAACTACGACCACAAGTACCGTAACTGGAACCGCACCGGTGACGGCTACGTGGACCTGGAAGCGGCGATCATGCGGTCCAACGACACCTACTTCTATGACTTGGCCCACAAGCTGGGGATTGATCGGCTGTCGTCCTACATGAACAAGTTCGGCCTTGGTCAGAAAGTCTCCCTGGACATGTTCGAAGAGTCTCCGGGCCTGATGCCGTCCCGGGAATGGAAGCGGGCGACTCGCCGCCAGGCCTGGTTCCCCGGCGAAACCCTGATCCTGGGGATCGGCCAGGGCTACATGCAGGCCACGCCGCTGCAACTGGCCCAGGCCACGGCGCTGGTGGCGAGCAAAGGCAAATGGTATCGGCCGCACCTGGCGAAGACCATCGAAGGCCAGAAACCGGTGGACCCGGACCCGATGCCGGACATCATCCTGCGCAACCCGTCGGACTGGCAGAAGGTCAACAACGGCATGCAGCAGGTCATGCACGGCGCCCGGGGTACCGCGCGCAAGGCGGCCATCGGCGCGCAATACCGCATTGCCGGCAAGAGCGGTACCGCCCAGGTGGTAGCGATCAAGCAGGGCGAGAAGTACGACCGCTCCAAGGTCCAGGAACGCCATCGCGACCACGCCTTGTTCGTTGGCTTCGCGCCCGCCGAGAACTCGAAGATCGTCGTGTCGGTGATGGTCGAGAACGGTGAATCCGGCTCCGGCGTCGCCGCGCCGGTGGTGCGCCAGATCATGGACGCCTGGCTGCTGGATGAGCACGGCCAGCTCAAGCCCGAATTCGCAAGCCCCATCAGCGCGGAGGCTACGGCCCGTGAAGAATAA MPQPIRIKDHEKDARLVRGRVVFGAITVVTLIGVLIARLYFLQVIQYEYHSTLSESNRVHVQPIPPTRGLIFDRNGVVVADNRPSFSLSMTRERSGDWQKVLDVIVEVLQLTPEDRAIFEKRMRQGRRPFEPVPIMFELTEEQIALIAVNQFRLPGVEVVAQLVRHYPQGPHFAHSVGYMGRINEKELKTLDPVNYSGTHHIGKTGIERFYEAELHGQVGYEEVETNARGRVLRVLKRTDPIPGKDIVLSLDIKLQEAAEAALGGRRGAVVALDPNTGEVLAMVSQPSFDPNLFVTGISFKAYAELRDSIDRPLFNRVLRGLYPPGSTIKPAVAIAGLDAGVVTASSRVYDPGYYQLPNYDHKYRNWNRTGDGYVDLEAAIMRSNDTYFYDLAHKLGIDRLSSYMNKFGLGQKVSLDMFEESPGLMPSREWKRATRRQAWFPGETLILGIGQGYMQATPLQLAQATALVASKGKWYRPHLAKTIEGQKPVDPDPMPDIILRNPSDWQKVNNGMQQVMHGARGTARKAAIGAQYRIAGKSGTAQVVAIKQGEKYDRSKVQERHRDHALFVGFAPAENSKIVVSVMVENGESGSGVAAPVVRQIMDAWLLDEHGQLKPEFASPISAEATAREE PGPT0023885_2132 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023885-mrdA-K05515 NA NA D1-35_04700 1146 mrdB COG0772 Peptidoglycan glycosyltransferase MrdB GTGAAGAATAATTTCGACCGTATCCTCTCCAGCGAAGATGTGATGCGCCGTCGCGCCACCTTGCTGCAGCGCATGCACATCGACGGTCCGTTGCTGATCCTGTTGCTGACGCTGGCCGCCGGCAGCCTGTTCGTGCTGTATTCGGCCAGTGGCAAGAGCTGGGACCTGCTGGCCAAGCAGGCCACCTCGTTCGGCATCGGCCTGGTGTCGATGATCGTCATCGCCCAGCTCGAACCACGGTTCATGGCGCGCTGGGTGCCGCTGGCCTACGTGGTCGGCGTGGGTTTGCTGGTAGTGGTCGACATCATGGGCCACAACGCCATGGGCGCCACCCGCTGGATCAACATCCCCGGGGTGATCCGCTTCCAGCCTTCGGAATTTCTCAAGATCATCATGCCCGCGACCATTGCCTGGTACTTGTCCAAGCGGTCCTTGCCGCCGCAGCTCAAGCATGTGTGTATCAGTCTGTTGCTGATCGGCATTCCGTTCATTCTCATCGTCCGCCAGCCGGACCTCGGCACCTCGCTGCTGATCCTCGCCGGGGGTGCGTTCGTGCTGTTCATGGGCGGGTTGCGCTGGCGCTGGATCCTCAGCGTGATCGCCGCCGCCGTGCCGGTGTCGGTGGCCATGTGGTATTTCGTGATGCACGACTACCAGAAGCAGCGGGTACTGACTTTCCTCGACCCGGAAAGCGATCCGCTGGGCACCGGCTGGAACATTATCCAGTCCAAGGCCGCCATCGGTTCCGGCGGGGTGTTCGGCAAAGGCTGGCTGATGGGCACCCAGTCGCACCTGGACTTTTTGCCGGAAAGCCACACCGACTTCATCATCGCCGTGATGGGCGAGGAGTTCGGCCTGGTGGGCATTTGCGTGCTGTTGCTGATCTATCTGCTGTTGATCGGGCGCGGGTTGGTGATCACCGCCCAGGCCCAGACGCTGTTCGGCAAGTTGCTGGCGGGCAGCCTGACCATGACGTTTTTTGTTTATGTTTTCGTCAACATCGGTATGGTCAGTGGCCTGCTGCCGGTGGTGGGGGTGCCGTTGCCGTTCATTAGCTACGGAGGAACTTCGCTGGTGACGCTACTGTCAGCGTTTGGGGTTTTGATGTCGATCCATACGCATCGCAAGTGGATCGCGCAGGTTTGA MKNNFDRILSSEDVMRRRATLLQRMHIDGPLLILLLTLAAGSLFVLYSASGKSWDLLAKQATSFGIGLVSMIVIAQLEPRFMARWVPLAYVVGVGLLVVVDIMGHNAMGATRWINIPGVIRFQPSEFLKIIMPATIAWYLSKRSLPPQLKHVCISLLLIGIPFILIVRQPDLGTSLLILAGGAFVLFMGGLRWRWILSVIAAAVPVSVAMWYFVMHDYQKQRVLTFLDPESDPLGTGWNIIQSKAAIGSGGVFGKGWLMGTQSHLDFLPESHTDFIIAVMGEEFGLVGICVLLLIYLLLIGRGLVITAQAQTLFGKLLAGSLTMTFFVYVFVNIGMVSGLLPVVGVPLPFISYGGTSLVTLLSAFGVLMSIHTHRKWIAQV PGPT0023885_26 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023885-mrdA-K05515 NA NA D1-35_04701 1011 mltB COG2951 Membrane-bound lytic murein transglycosylase B ATGCAAGCAATGCGTGGCTGGTCGACGCGATATGCGCCGTGGGTCGGCCTGGTCGGCTTCCTGGGCTGTGCGCCGCAGGCCCTGGCCGGCGAATACGAAGGCTCGCCGCAGGTGGCCGAATTCGTCGGTGAGATGACTCGCGACTACGGTTTTGCCGGCGAACAGCTGATGGGGGTGTTTCGCGAGGCCGAGCGCAAGCAGTCGATCCTCGACGCGATTTCCCGGCCCGCCGAGCGGGTCAAGCAGTGGAGCGAGTACCGGCCGATGTTCATCACCGAGGCGCGTATCGCCCGGGGTGTGGACTTCTGGCGCCAGCACGAAGCCGCCCTGGCCCGCGCCGAGCAGGAATATGGCGTACCGGCCCAGGTCATCGTATCGATTATCGGCGTCGAGACCTTCTTCGGCCGCAACACCGGGAATTTCCGGGTGATCGACGCCTTGTCGACCCTGGGCTTCGATTACCCGCCGCGCGCCGAGTTCTTCCGCAAGGAACTACGCGAATTCCTCCTGCTGGCCCGTGAAGAGCAGGTCGATCCGCTGACCCTCAAGGGCTCCTACGCCGGGGCCATGGGCTTGCCACAATTTATGCCCAGCAGTTTCCGCGCCTATGCGGTGGACTTCGACGGCGACGGCCACATCAATATCTGGACCAACCCGACCGATGCCATCGGCAGTGTTGCCAGTTATTTCAAACGGCATGGCTGGGAGGCCGGCGAGCCTGTGGTCAGCCTTGCGGACGTGCTTGGCGACCAGGTGGACCAAGGCCTGACCACGGGCATCGAGCCGACAAAAACCGTCGGGGAGTTGCGAGCGCTGGGCTGGTCGAGTCATGATGCGCTGCGTGACGACATGCCGGTCACCGCGATGCGCCTGGAAGGCGAGCAGGGCCCCGAATACTGGATGGGCCTGAAGAATTTCTACGCGATTACGCGTTATAACCGCAGCGTGATGTACGCCATGGCCGTATATCAACTGTCTGAAGAGCTGGTCAAAGCACGGGGCGTCAAATAA MQAMRGWSTRYAPWVGLVGFLGCAPQALAGEYEGSPQVAEFVGEMTRDYGFAGEQLMGVFREAERKQSILDAISRPAERVKQWSEYRPMFITEARIARGVDFWRQHEAALARAEQEYGVPAQVIVSIIGVETFFGRNTGNFRVIDALSTLGFDYPPRAEFFRKELREFLLLAREEQVDPLTLKGSYAGAMGLPQFMPSSFRAYAVDFDGDGHINIWTNPTDAIGSVASYFKRHGWEAGEPVVSLADVLGDQVDQGLTTGIEPTKTVGELRALGWSSHDALRDDMPVTAMRLEGEQGPEYWMGLKNFYAITRYNRSVMYAMAVYQLSEELVKARGVK PGPT0023785_2085 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023785-mltB-K08305 NA NA D1-35_04702 1026 rlpA_2 Endolytic peptidoglycan transglycosylase RlpA ATGCGGGCAATGCCTACCTATCAACCCCTGAAAGCCAGGCCCCTCAAGCTGGTGGCATTGGCGGCGCTGTCTTTGCTGGTCGTGAGCTGTTCGACCAGTCGCGCACCGACCCAGAAAAGTCCCAACGTCGTGCGGGCCACACCGGGCCTGGACATCAACCGGGCCCACAAGGATGGCGCGCCGTGGTGGGATGTCGATGTCTCGCGCATTCCCGACGCGACACCGACCCTGCACACCGGCCCCTACAAGGCCAACCCGTATACGGTGCTGGGCAAGACCTATTTCCCGATGGCCGAATCCAAGCGCTATGTCGCCTCGGGCACGGCTTCCTGGTATGGCACCAAGTTCCACGGCCAGAACACCGCCAATGGCGAGGTCTACGACCTGTATGGCATGAGCGCCGCGCACAAGACCCTGCCGCTGCCCAGTTATGTGCGGGTGACCAACCTGGACAACAACAAGAGCGTGATCCTGCGGGTCAACGACCGTGGGCCGTTCTATTCCGACCGCATCATCGACTTGTCGTATGCAGCGGCGAAAAAGCTCGGTTACGCTGAAACCGGCACCGCCCGGGTCAAGGTCGAAGGCATCGATCCGCAGGAATGGTGGGCCCAGCGTGGCCGTCCGGCGCCTTTGATGCTCAACGAACCAAAAGTGGCGCAAAATGCCGCGCCGACCGTGACGGCCTCCACCGGCACGGTCGAGCAATGGACGCCGCCGCCGCAGCAACACGCCGCGGCCGTGGTGCCGGTGCAGATCGATGCAAAAAAAAACGCTTCTGCAACAGCCTCTGGCCAGTATCTGCAAGTGGGCGCGTTCGCCAACCCGGACGCTGCAGAACTGTTGAGGTCGAAGCTGAGCTCGATGGTCAGCGCGCCGGTGTTCATCAGCTCGATCGTGCGCAACCAGCAGACCCTGCATCGAGTGCGCCTGGGGCCGATCGGTTCTCCGGGTGAGGTCCAGCAGGTACAGAATAGCGTGCGCCTGGCCAATCTCGGTTCGCCGAGCCTGGTCACGTCCGAATGA MRAMPTYQPLKARPLKLVALAALSLLVVSCSTSRAPTQKSPNVVRATPGLDINRAHKDGAPWWDVDVSRIPDATPTLHTGPYKANPYTVLGKTYFPMAESKRYVASGTASWYGTKFHGQNTANGEVYDLYGMSAAHKTLPLPSYVRVTNLDNNKSVILRVNDRGPFYSDRIIDLSYAAAKKLGYAETGTARVKVEGIDPQEWWAQRGRPAPLMLNEPKVAQNAAPTVTASTGTVEQWTPPPQQHAAAVVPVQIDAKKNASATASGQYLQVGAFANPDAAELLRSKLSSMVSAPVFISSIVRNQQTLHRVRLGPIGSPGEVQQVQNSVRLANLGSPSLVTSE PGPT0024465_694 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024465-rlpA-K03642 NA NA D1-35_04703 1158 dacC_2 COG1686 D-alanyl-D-alanine carboxypeptidase DacC ATGAACATCACCACCTTTGCCAAACGCCTTTGCCTGCTAGTCCCGCTGCTTCTCTCTCCGGCCGCGTTCGCGGTCGAGATGATGCCTTCGCCTCCGCAACTGGCGGCCAAAGCCTATGTCCTCATGGATGCCAGCAGCGGCAATGTGCTGGTAGAGAACAATGGTGACCAGCGCCTGCCACCGGCCAGCCTGACCAAGCTGATGACCGCGTACATCGCCACGCTGGAGATCCGTCGCGGCCAGATCGGTGAGAACGATCCGGTGACCGTCAGCGAAAACGCCTGGCGCACCGGCGGTTCGCGGATGTTCATCAAGGTCGGTTCGCAAGTGACTGTCAGCGACCTGCTGCACGGCATCATCATCCAGTCCGGCAACGACGCCAGCGTCGCCCTGGCCGAGCACATCGCCGGCAGCGAAGACGCGTTCGCCGACATGATGAACAAGACGGTCGCCGACCTGGGCATGACCAACAGCCATTTCATGAACCCGACCGGCCTGCCGAACCCCGAGCATTATTCCTCGGCTCACGACATGGCGATCCTGGCCCGGGCAATCATCCACGAAGACCCTGCGCATTACGCGATCTACTCCCAGAAGGAATTCTTCTGGAACGGCATCAAGCAGCCTAACCGCAACCTGTTGCTGTGGCGCGACAAGACCGTCGATGGCCTGAAGACCGGCCACACCGAGGAGGCTGGCTACTGCATGGTGTCTTCGGCGGTTCGTGACGGCATGCGCCTGATCGCCGTGGTGTTCGGCACCAACAGCGAAGTGGCCCGCGCCGCCGAGACCCAGAAGCTGCTGACCTACGGTTTCCGCTTCTTCGAAACCCAGACCTTCTACCAGAAGGGCACCGAACTGGCCCAGGCCCAGGTGTGGAAAGGCACCAGCAACCAGGTGAAAGCCGGCCTGGCGCAGGACCTGACCATGACCTTGCCTAAAGGCCAGCTCAAGAAGCTTGCCGCCAGCATGACCATGAACCCTCAGCTGACCGCGCCTATCGCCAAGGGTGACGTGATCGGCAAGGTCGAAGTCAAACTGGACGACAAGGTGGTGCACAGCGCCGACCTGATCGCGCTGGACGCGGTCGAGGAAGGTGGTATTTTCCGCCGCATGTGGGATAGCATCCGTCTATTCTTCTACGGCTTGTTCAACTGA MNITTFAKRLCLLVPLLLSPAAFAVEMMPSPPQLAAKAYVLMDASSGNVLVENNGDQRLPPASLTKLMTAYIATLEIRRGQIGENDPVTVSENAWRTGGSRMFIKVGSQVTVSDLLHGIIIQSGNDASVALAEHIAGSEDAFADMMNKTVADLGMTNSHFMNPTGLPNPEHYSSAHDMAILARAIIHEDPAHYAIYSQKEFFWNGIKQPNRNLLLWRDKTVDGLKTGHTEEAGYCMVSSAVRDGMRLIAVVFGTNSEVARAAETQKLLTYGFRFFETQTFYQKGTELAQAQVWKGTSNQVKAGLAQDLTMTLPKGQLKKLAASMTMNPQLTAPIAKGDVIGKVEVKLDDKVVHSADLIALDAVEEGGIFRRMWDSIRLFFYGLFN PGPT0024040_4608 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258 NA NA D1-35_04704 276 hypothetical protein ATGACAGACTCCGAAGTAAAAGCGCCAAAGATCGAATTTCCCTGCGCGGATTATCCGATCAAGGTAATCGGCGATACCGGTGTGGGCTTCAAGGACAAGATCATCGCGATCCTTGAAAAACACGCCACCGTTGACCACAACACCCTGGCCGAGCGCCAGAGTACCAACGGCAAATACACGACCATCCAGTTGCACATCATTGCCACCGGCCAGGAACAGCTCTACGACATCAACAGCGAGCTGCGAGCGACCGGTTTCGTGCATATGGTGTTGTGA MTDSEVKAPKIEFPCADYPIKVIGDTGVGFKDKIIAILEKHATVDHNTLAERQSTNGKYTTIQLHIIATGQEQLYDINSELRATGFVHMVL NA NA NA NA NA D1-35_04705 648 lipB COG0321 Octanoyltransferase ATGCCGGGCACGCTGGGCTTTCGCGAGCTGGGCAGCATGGCTTACGAGCCGGTCTGGCACGCCATGCAGCGCTTCACGAACGAACGTGGCACCAGCGCCGACGACGAAGTCTGGCTGGTGGAACACCCGCCGGTGTTCACCCAGGGCCAGGCCGGCAAGGCCGAGCACTTGCTGCTGCCGGGCGATATCCCGGTGGTGAAGGTCGACCGGGGCGGGCAGGTGACTTACCATGGCCCCGGCCAACTGGTTGCCTACCTGTTGCTGGATGTGCGCAAGCTGGGGTTCGGCGTGCGCGAGCTGGTCACCCGCATGGAGACGTGCCTGATCGAGCTGCTCGCCAGCTACGGTGTGACCGCGGCTGCCAAGCCGGATGCACCGGGCGTCTACGTCGACGGGGCGAAGATCGCCTCGCTCGGCTTGCGCATCCGCCATGGCTGTTCGTTCCATGGCCTGGCGTTGAACGTGGACATGAATCTTGAACCGTTTAGACGGATTAATCCCTGTGGCTATGCAGGGCTGGCAATGACCCAGCTGCGCGATCACACAGGATCGATTGAATTTGCCGAGGTAAGTGCCCGGCTGCGCGCGCAGCTCGTCAAACACCTCGACTATGCTGAGCAGACGACCCTCACGGGCGGAATCGACTGA MPGTLGFRELGSMAYEPVWHAMQRFTNERGTSADDEVWLVEHPPVFTQGQAGKAEHLLLPGDIPVVKVDRGGQVTYHGPGQLVAYLLLDVRKLGFGVRELVTRMETCLIELLASYGVTAAAKPDAPGVYVDGAKIASLGLRIRHGCSFHGLALNVDMNLEPFRRINPCGYAGLAMTQLRDHTGSIEFAEVSARLRAQLVKHLDYAEQTTLTGGID PGPT0003925_2976 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003925-lipB-K03801 NA NA D1-35_04706 1023 lipA COG0320 Lipoyl synthase ATGACTACTGATGCAGTGCAAACCATGATCCCGACGCTGGACGTCACCGAACGTCCGGCCCCGCGTGCCAAGGTAGAGGCCGGCGTCAAGCTGCGCGGCGCCGAGAAGGTTGCACGCATTCCGGTCAAGATCATCCCGACCACCGAACTGCCGAAGAAACCCGACTGGATCCGCGTGCGCATCCCGGTCTCTCCGGAAGTCGACCGGATCAAGGCCCTGCTGCGCAAGCACAAGCTGCACAGCGTCTGCGAAGAAGCCTCCTGCCCGAACCTGGGCGAGTGCTTCTCCGGCGGCACCGCGACGTTCATGATCATGGGCGACATCTGCACCCGTCGTTGCCCGTTCTGCGACGTCGGCCATGGCCGTCCGAAGCCATTGGATACCAACGAGCCGGAAAGCCTGGCCATCGCCATCGCCGACCTGAAGCTGAAATACGTGGTCATCACCTCGGTGGACCGTGACGACCTGCGTGACGGCGGTGCCCAGCACTTCGCCGACTGCATCCGCGAGATTCGCAAGCTGTCGCCGAACGTGCAGCTGGAAACCCTGGTGCCTGATTACCGTGGCCGCATGGACATTGCCCTGGAAATCACCGCCGCCGAGCCGCCGGATGTGTTCAACCACAACCTGGAAACCGTGCCACGCCTGTACAAGGCTGCGCGTCCTGGTTCGGACTACCAGTGGTCGTTGACCCTGCTGCAGCGTTTCAAGCAGATGATGCCGCATATTCCGACCAAGTCTGGCTTGATGCTGGGCCTGGGTGAGACTGATGAGGAAGTCATCGAGGTCATGAAGCGCATGCGTGAGCACGACATCGACATGCTGACCCTGGGCCAATACCTGCAGCCCTCCCGTAGCCATTTGCCGGTGCAGCGTTTTGTGCATCCGGATACCTTTGCCTGGTTTGCGGAGGAGGGGTACAAGATGGGCTTCAAGAACGTTGCTTCGGGGCCGTTGGTGCGGTCTTCTTATCATGCGGATGAGCAGGCTAAGTTGGTCAAGGCTGAGCTTTTGGGTTCCTGA MTTDAVQTMIPTLDVTERPAPRAKVEAGVKLRGAEKVARIPVKIIPTTELPKKPDWIRVRIPVSPEVDRIKALLRKHKLHSVCEEASCPNLGECFSGGTATFMIMGDICTRRCPFCDVGHGRPKPLDTNEPESLAIAIADLKLKYVVITSVDRDDLRDGGAQHFADCIREIRKLSPNVQLETLVPDYRGRMDIALEITAAEPPDVFNHNLETVPRLYKAARPGSDYQWSLTLLQRFKQMMPHIPTKSGLMLGLGETDEEVIEVMKRMREHDIDMLTLGQYLQPSRSHLPVQRFVHPDTFAWFAEEGYKMGFKNVASGPLVRSSYHADEQAKLVKAELLGS PGPT0003935_987 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 D1-35_04709 939 ykfA COG1619 putative murein peptide carboxypeptidase ATGGCCCACACCCTAATCCCACACCACCCCGTCCCGGCCCTCCTTCAAGAAGGCCTGATCGGAGTGATCGCCCCCGCCGGCCCAGCCCCATTGGACACCGAAAAAGCCATCCAATGGATGCGCGCCAGGGGCCATGATCTGCGAATTTTCCCCGGCGTCTACGAAAAAGACGGCTACCTGGCCGGCAGCGACGATACACGACTGAACGACCTGCACGCCGCCTTCGCCGACCCAGAGGTAAACGCGATCATCTGCCTGCGCGGAGGCTACGGCACCCCCCGCCTGCTCGATCGCATCGACTTCGAGCTTATTAAACGAAACCCCAAGCCCTTCGTCGGCTACAGCGACATCACCGCCCTGCATCTGGCAATCAGCCGTTACGCCGGCTTCGTGACCTTTCACGGACCGTTGCTCAACGCCGACCTGCTGGGCGATAAGGAGCCCCCGACCGTCACGTCCTTTTTCAGCCTGCTGCGCGGCCAATTGAAAGCGGGCGACGTACTGAGCCATCCCGCAGCCTATCCATTGACTACCGTGGAACCCGGCATTGCCCAAGGGCGCCTGTTGGGCGGCAATCTGTCGATGATCGCCGCAACCATGGGCACGCCCTACGAAATTGATGCCGAAGGCGTGATCCTGCTGGTCGAGGACGTCAATGAGCCGCTATATCGCATCGACCGTCTGCTGACCCAATTGCGGCTGGCAGGCACCCTGGCGAAGCTGCGAGGCGTGCTATTGGGGGATGTCGCCGGTGTGGATGGCGAGGCGCTGAACCGCTTGTTCAAGCAGACCTTCGAACCACTGCGTATTCCGGTGTTGTCCGGCTGGCGCAGCGGGCATTGTGATCCGAACCTGACGTTGCCGATGGGCGCGCTGGTGACGCTGGATGCGGGGGAGAAGAGGTTGGTGCTGGAGCAGGATGTGGTGGTCAGCCGCTAA MAHTLIPHHPVPALLQEGLIGVIAPAGPAPLDTEKAIQWMRARGHDLRIFPGVYEKDGYLAGSDDTRLNDLHAAFADPEVNAIICLRGGYGTPRLLDRIDFELIKRNPKPFVGYSDITALHLAISRYAGFVTFHGPLLNADLLGDKEPPTVTSFFSLLRGQLKAGDVLSHPAAYPLTTVEPGIAQGRLLGGNLSMIAATMGTPYEIDAEGVILLVEDVNEPLYRIDRLLTQLRLAGTLAKLRGVLLGDVAGVDGEALNRLFKQTFEPLRIPVLSGWRSGHCDPNLTLPMGALVTLDAGEKRLVLEQDVVVSR PGPT0023815_1466 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MURAMOYLTETRAPEPTIDE_CARBOXYPEPTIDASE_ACTIVITY,PGPT0023815-ldcA-K01297 NA NA D1-35_04710 1323 Tn3 family transposase TnXax1 ATGCCCCTCCGCCTTTCCCGTCGTTGGCCACTGCGCCAATTGATAGCTGCCGCAAGCGTTGCGTTATTGGTCGCCTGCGCTGAAAAACCCACCGCCGCCGATGCCCAACCGCTCAAGACCCTGCCTGCCGTGACCGCACCGGCCATCGTGCCGCCCGTAGTGCCGACCGGGGAGAACCTGGATATTGCGCCGACCCAGACCTTCGCCGAATGGCAAGCCGGGTTTCGCAAGGAAGCACTGGCCGCCGGGATCCGGGCCGACCTGTTCGACCGTGCCTTCATCGGCGTCAGCCCGGACATGAGCGTGATCAAGGCGGATCGCAGCCAACCTGAATTCAGCCGGCCGGTATGGGAATACCTCGATGGCGCCTTGTCACCTTTGCGGGTGCGCAAAGGCCAGGCCTTGCTCCAGCAGCACGCCGACATCCTGCAAAGCATCGAACAGCGCTACGGCGTTGATCGCCAGGCGCTGGTAGCGGTGTGGGGCATGGAGAGCAATTTCGGCCAGTTCCAGGGGACCAAGTCAGTGATCAACTCCCTGGCCACCCTCGCCTACGAAGGACGGCGTCCGGGCTTTGCCCACGCACAACTGATTGCCGCGCTGCAAATTCTGCAACAGGGCGATATCACCCCGGAAAAGATGCTCGGCTCCTGGGCCGGCGCCATGGGCCAGACCCAGTTCATTCCAACCACCTACAACACCCATGCAGTCGATTTCGATGGCGATGGGCGTCGTGATATCTGGGGCAGCGCCACCGACGCCCTGGCCTCGACCGCGCACTACCTGCAAAGCTCCGGCTGGCAGCGCGGCCAACCATGGGGATTCGAGGTCTCGCTCGGTGAAGGCTTCGACTACACCCTGGCCGATGGCACGATTCGCAAAGCCGTCTCCGAATGGGAGCGCCTGGGCGTTTCCGAATATGGCGGTTTGCCGATTGCCCCGGATGAGAAACAGCTCTCGGCTTCCCTTCTCCTGCCGGCAGGCCATCGCGGCCCGGCATTCCTGATATTCGACAACTTCCGAGCCATCCTCAAGTACAACAACTCATCGTCCTACGCCTTGGCGGTTGGGCTGTTGTCACAGCGCTTCGCCGGCGCAGGCCTGGTCTACGGCCAGTGGCCAAAGGAAGACCTTCCCCTGAGCCGCAGCGAACGTATCGAACTGCAGACCCTGCTGGGCAAGCACAACTACGATGCGGGCACGCCCGACGGCATTATCGGCGCCAACACCCGCAAGGCGATCCGCGGCGCCCAGCAGTCGTTTGGCTGGCCGGCGGATGGGTATCCGACGCACAAGTTGCTGGAGGCGTTGCGTAGTCGCTGA MPLRLSRRWPLRQLIAAASVALLVACAEKPTAADAQPLKTLPAVTAPAIVPPVVPTGENLDIAPTQTFAEWQAGFRKEALAAGIRADLFDRAFIGVSPDMSVIKADRSQPEFSRPVWEYLDGALSPLRVRKGQALLQQHADILQSIEQRYGVDRQALVAVWGMESNFGQFQGTKSVINSLATLAYEGRRPGFAHAQLIAALQILQQGDITPEKMLGSWAGAMGQTQFIPTTYNTHAVDFDGDGRRDIWGSATDALASTAHYLQSSGWQRGQPWGFEVSLGEGFDYTLADGTIRKAVSEWERLGVSEYGGLPIAPDEKQLSASLLLPAGHRGPAFLIFDNFRAILKYNNSSSYALAVGLLSQRFAGAGLVYGQWPKEDLPLSRSERIELQTLLGKHNYDAGTPDGIIGANTRKAIRGAQQSFGWPADGYPTHKLLEALRSR PGPT0023785_188 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023785-mltB-K08305 NA NA D1-35_04711 165 hypothetical protein ATGAGCAAAAAGCCATCCAGGCATGGCCCCAACAAGGCCAAGTCCATCGTCGCCCAGCCCCTGTTCCGCAGCCGCCAGGAACGACCCGCCAAGGGCAAAGGCAGCTACCGCCGCGAAGCCTTCCAGTCTGACAACTGGGAGGCTTCTTGCTTTCTGGCAGCCTGA MSKKPSRHGPNKAKSIVAQPLFRSRQERPAKGKGSYRREAFQSDNWEASCFLAA PGPT0001755_1905 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001755-ldhA-K03778 NA NA D1-35_04712 1038 holA COG1466 DNA polymerase III subunit delta ATGAAACTCGCTCCCGCTCAACTCGGCAAACACCTGCAAGGCGCGCTCGCGCCCGTCTATATCATCAGCGGCGATGACCCGCTGCTGTGCCAGGAAGCCGCCGACGCCATCCGCTCTGCCGCCCGCCAGCAAGGTTTCGACGAACGCCAGGTGTTCGCCGCCGACGCCAGCTTCGATTGGGGTACGTTACTGCAGGCCGGGGCAAGCATGTCGCTGTTCGCCGAGAAACGCCTGCTGGAACTACGCTTGCCCTCCGGTAAACCCGGTGACAAGGGCGCCGCCGCGCTGATCGAATACTGCTCGCGGCCCGCCGAGGACACGGTACTGCTGATCAGCCTGCCGAAACTCGACGGCAGCGCGCAGAAAACCAAGTGGGGCAAGGCGCTGGTCGAAGGCCAGCAGACTCAGTTCGTGCAGATCTGGCCGGTGGATGTCAGTCAGTTGCCCAGCTGGATCCGCCAGCGCCTGTCCCAGGCCGGCCTGTCGGCCAGCCAGGACGCGGTTGAGCTGATTGCCGCCCGGGTCGAAGGCAACCTGTTGGCCGCCGCCCAGGAAATCGAAAAACTCAAGCTGATGGCCGAGGGTGGCCAGATCACAGTGGAAACGGTCCAGGCGGCCGTGGCCGACAGCGCACGCTTCGATGTCTTCGGGCTGACCGACGCGATCCTCAACGGTGAAGCCGCCCACGCCTTGCGCATGCTTGAAGGCCTGCGGGGCGAAGGCGTCGAACCGCCGGTGATTCTCTGGGCGCTGGCCCGGGAGTTGCGCCTGCTCGCGAACCTGTCGTTGCAATACAGTCAGGGCGTGCCGCTGGACAAAGCCTTCAGCCAGGCCCGGCCGCCGGTATGGGACAAACGCAAACCGTTGATGAGCAAGGCGCTGCAACGTTACTCGGCATCACGCTGGGCGCAATTGCTGCTCGAAGCCCAGCGCATCGACGCACAGATCAAGGGCCAGGCCGCAGGCTCGCCGTGGATGAGCCTGAGCCGGTTGTCGCTGTTGATGGCCGGCCAACGGCTGTCATTACCCGCTGAATAA MKLAPAQLGKHLQGALAPVYIISGDDPLLCQEAADAIRSAARQQGFDERQVFAADASFDWGTLLQAGASMSLFAEKRLLELRLPSGKPGDKGAAALIEYCSRPAEDTVLLISLPKLDGSAQKTKWGKALVEGQQTQFVQIWPVDVSQLPSWIRQRLSQAGLSASQDAVELIAARVEGNLLAAAQEIEKLKLMAEGGQITVETVQAAVADSARFDVFGLTDAILNGEAAHALRMLEGLRGEGVEPPVILWALARELRLLANLSLQYSQGVPLDKAFSQARPPVWDKRKPLMSKALQRYSASRWAQLLLEAQRIDAQIKGQAAGSPWMSLSRLSLLMAGQRLSLPAE NA NA NA NA NA D1-35_04713 606 lptE LPS-assembly lipoprotein LptE ATGATCAAACGTAATCTGCTGGTTATGGGCCTGGCGGTCCTGCTGAGCGCCTGCGGCTTCCAGCTGCGCGGCACTGGCACCACCGAGCTGGCCATCAAGGAACTGGACCTCAGCGCGCGGGACGCTTATGGCGATACCGTGAAAATGCTGCGTCAGACCCTGGAAAACAGCGGTGTGAAAGTCTACAGCGGCGCACCGTACAAGCTGGTATTGGCAAGCGAACAGCAAAGCCAGCGCAGCCTCAGCTATGCCGGCGCCGGTCGTTCGGCCGAGTACGAGCTGACCAACGTGTTGAACTACGAAATCCGCGGCCAGAATGGTCTGTCGCTGCTGGATGACAAGCTGCAGGTGCAGAAGGTCTACCTGCACGACGGCAACAACATCACCGGTTCCGATCAGGAGTCCGTCGAAGTACGCGGCGAAATGCGTCGTGAACTGGTCCAGCGCATGATGCTGCGCCTGCAACAGCTGAGCCCCGCTCAACTGGACCAGTTGCAACAGACCGCCGACGCTCGCGCCAAGGCCGAAGCCGAAGCGCTGGAAGCGGCACGCAAGGCTGAGGCGGAAACCCCGCAACAGTCGCCGTTGCAGATCCCGGCTCAATAA MIKRNLLVMGLAVLLSACGFQLRGTGTTELAIKELDLSARDAYGDTVKMLRQTLENSGVKVYSGAPYKLVLASEQQSQRSLSYAGAGRSAEYELTNVLNYEIRGQNGLSLLDDKLQVQKVYLHDGNNITGSDQESVEVRGEMRRELVQRMMLRLQQLSPAQLDQLQQTADARAKAEAEALEAARKAEAETPQQSPLQIPAQ PGPT0023297_284 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023297-lptE|rlpB-K03643 NA NA D1-35_04714 2739 leuS Leucine--tRNA ligase ATGTATGCTACGGCGCTTCCTGTAACTCCACTTCCAGCTTGGCTGGGCATCGAAAACGCCGCATTCGGCGTCGTCTGCGTCCAGCATGGCCACGAAGAGGATTGGGCCACCCCATTCAGTACAAAAGTAGCCATGCACGAACACTACCAGCCCCGTGAAATCGAAGCCGCCGCCCAGTCGTTCTGGGATGAGCAAAAGTCCTTTGAAGTCAGTGAACAGCCAGGCAAGGAGACGTACTACTGCCTGTCGATGTTCCCTTACCCCAGCGGCAAGCTGCACATGGGGCACGTGCGCAACTACACCATCGGCGACGTGATCTCCCGCTACCAACGCATGCAGGGCAAGAATGTCCTGCAACCGATGGGTTGGGACGCCTTCGGCATGCCGGCGGAAAACGCCGCGATGAAAAACAACGTGGCCCCTGCCAAGTGGACCTACGAAAACATCGCCTACATGAAGACCCAGCTGCGCAGCCTGGGCCTTGCGGTGGACTGGTCCCGCGAGGTCACCACCTGCAAGCCCGAGTACTACCGCTGGGAGCAGTGGCTGTTCACCCGCCTCTTCGAAAAAGGCGTGATCTACCGCAAGAACGGCACCGTGAACTGGGACCCGGTGGACCAGACCGTACTGGCCAACGAGCAGGTCATCGACGGTCGCGGCTGGCGCTCCGGCGCGCTGATCGAAAAGCGCGAGATCCCGATGTACTACTTCAAGATCACCGCGTACGCGGATGAACTCCTGGAGAGTCTCGACGAGCTGACCGGCTGGCCCGAGCAGGTCAAGACCATGCAGCGCAACTGGATCGGCAAGTCCCGGGGCATGGAAGTGCAGTTCCCGTACGACGTCGCCTCCATTGGCGAGGCCGGCACCCTGAAAGTCTTCACCACCCGTCCGGATACCCTGATGGGCGCCACCTACGTAGCCGTGGCCGCCGAACATCCGCTGGCGACCCTCGCAGCGCAGAACAACCCCGAGCTGCAGGCGTTCATCGCCGAATGCAAGGGCGGCAGCGTCGCCGAAGCCGATGTCGCCACCCAGGAAAAGAAAGGCCTGCCGACCTCGCTGTTCGTCGAACACCCGCTCACCGGCGAGAAACTTCCGGTGTGGGTCGCCAACTACGTGCTGATGCACTATGGCGACGGCGCCGTGATGGCCGTGCCGGCTCACGACGAACGCGACTTCGAGTTCGCCCACAAGTACAACCTGCCAGTCAAACCGGTCGTGCGCACCAGCGCCGGTGACCAGACCCCGGCGCCATGGCAGGATGCCTATGGCGAGCACGGTGAGCTGATCAATTCCGGCGAGTTCAACGGCCTGGATTTCGCCGGTGCGTTCGACGCCATCGAAGTCGCCCTGATCAAGAAGAACCTTGGTGCCTCGCGCACCCAGTTCCGCCTGCGTGACTGGGGCATCAGCCGCCAGCGCTACTGGGGCTGCCCGATCCCGATCGTGCATTGCGACACCTGCGGCGATGTACCGGTACCGGAAGACCAGTTGCCAGTGGTCCTGCCGGAAGACGTCGTACCCGACGGCGCCGGCTCGCCCCTGGCGCGCATGCCCGAGTTCTACGAATGCAGTTGCCCGAAATGCGGCGCACCGGCCAAGCGTGAAACCGACACCATGGACACCTTCGTCGAGTCCTCGTGGTATTACGCCCGCTACGCCTCGCCGCATTATGAAGGCGGCCTGGTGGAAAAATCCGCGGCCGACCACTGGTTGCCGGTGGACCAGTACATCGGCGGCATCGAACACGCCATCCTGCACCTGCTCTACGCGCGCTTCTTCCACAAGCTGATGCGCGACGAAGGCCTGGTGAGCTCCAACGAGCCGTTCAAGAACCTGCTGACCCAAGGCATGGTGATCGCCGAGACTTACTATCGTCGCGAAGCCAATGGTGCCTATACCTGGTTCAACCCGAGCGACGTCGAGCTCGAACGCGACAGCAAAGCCAAGGTCATCAGCGCCAAGCTGATCGCCGATGGCCTGCCGGTGGAAATCGGCGGCACCGAGAAGATGGCCAAGTCGAAGAACAACGGCGTCGACCCACAGTCGATGATTGATCAGTTCGGCGCGGACACCTGCCGCCTGTTCATGATGTTCGCGTCGCCACCCGACATGAGCGCCGAATGGTCCGACTCCGGCGTCGAAGGCTCGCACCGCTTCCTCAAGCGCGTCTGGCGCCTGGCCCAGGCTCACGTCAGCCAGGGTCTGCCAGGCAAGCTGGACCTCGCCGGCCTGAACGACGAGCAGAAAGCCATTCGTCGCTCGATTCACCTGGCGATCAAGCAGGCCAGCCATGACGTCGGCCAGAACCACAAATTCAACACGGCCATCGCCCAAGTAATGACGCTGATGAATGTGCTGGAAAAAGCCGCGCAAGACACCGAACAGGATCGCGCGCTGGTTCATGAAGGCCTGGAAGCGGTGACGCTGCTGCTCGCGCCAATCACCCCGCACATCAGCCATGAACTGTGGAATCAACTGGGTCACGCCGACCCGGTGATCGACGCCGGTTGGCCGGTGGTGGACGAAACAGCGCTGGTACAAGACAGCCTGACCCTGGTCATCCAGGTCAACGGCAAGCTGCGCGGCCAGATCGACATGCCGGCCGCCGCCACTCGCGAAGAAGTCGAAGCCGCCGCACGCGCCAACGAAAACGTACTGCGCTTCGTCGATGGCCTGACGATCCGCAAAGTGATCGTCGTGCCCGGCAAACTGGTCAATATCGTCGCAAGCTAA MYATALPVTPLPAWLGIENAAFGVVCVQHGHEEDWATPFSTKVAMHEHYQPREIEAAAQSFWDEQKSFEVSEQPGKETYYCLSMFPYPSGKLHMGHVRNYTIGDVISRYQRMQGKNVLQPMGWDAFGMPAENAAMKNNVAPAKWTYENIAYMKTQLRSLGLAVDWSREVTTCKPEYYRWEQWLFTRLFEKGVIYRKNGTVNWDPVDQTVLANEQVIDGRGWRSGALIEKREIPMYYFKITAYADELLESLDELTGWPEQVKTMQRNWIGKSRGMEVQFPYDVASIGEAGTLKVFTTRPDTLMGATYVAVAAEHPLATLAAQNNPELQAFIAECKGGSVAEADVATQEKKGLPTSLFVEHPLTGEKLPVWVANYVLMHYGDGAVMAVPAHDERDFEFAHKYNLPVKPVVRTSAGDQTPAPWQDAYGEHGELINSGEFNGLDFAGAFDAIEVALIKKNLGASRTQFRLRDWGISRQRYWGCPIPIVHCDTCGDVPVPEDQLPVVLPEDVVPDGAGSPLARMPEFYECSCPKCGAPAKRETDTMDTFVESSWYYARYASPHYEGGLVEKSAADHWLPVDQYIGGIEHAILHLLYARFFHKLMRDEGLVSSNEPFKNLLTQGMVIAETYYRREANGAYTWFNPSDVELERDSKAKVISAKLIADGLPVEIGGTEKMAKSKNNGVDPQSMIDQFGADTCRLFMMFASPPDMSAEWSDSGVEGSHRFLKRVWRLAQAHVSQGLPGKLDLAGLNDEQKAIRRSIHLAIKQASHDVGQNHKFNTAIAQVMTLMNVLEKAAQDTEQDRALVHEGLEAVTLLLAPITPHISHELWNQLGHADPVIDAGWPVVDETALVQDSLTLVIQVNGKLRGQIDMPAAATREEVEAAARANENVLRFVDGLTIRKVIVVPGKLVNIVAS NA NA NA NA NA D1-35_04715 321 hypothetical protein ATGGTTGAATCACAACGAAAAGTCGCTACACCTGAGCTGTACGAAAAACTGATCGATCGTCTCGGGGTGGCCCTGGACGCGGCAAGAACCGCCGGTCGCTTGCGTGATGAACGCCCGGCAGAGCTGGAACTACGCGGCTTGAGCCCCGCAGAGTTCGAAGTCGTCAAGGCTTACCTTGAGCAGGTCGGGCACCAGGCCTCCTCCAGTGGTGTCCAGGCAAACAAGCGTCTCGATGCGCCCCGTCCGGCCAAGGTTGTCTGGCTCAAGGACCGGACGCCCGACAAGGATGCTGTAAAGGTCCGCTCGCTGCAGTTCAAGTGA MVESQRKVATPELYEKLIDRLGVALDAARTAGRLRDERPAELELRGLSPAEFEVVKAYLEQVGHQASSSGVQANKRLDAPRPAKVVWLKDRTPDKDAVKVRSLQFK NA NA NA NA NA D1-35_04716 762 hypothetical protein ATGCCGTTTCGTTATTTCATCAAACAACTTCTATTGCCGCCCGGCATTCTTTTACTGCTGCTGGCGCTTGCCTGGTGGTGGCGCGACTCCCGGCCGCGCCTGGCTCGCCTGTGTTTTGCGGCGGGCCTGGGTGGTTTCTGGCTGATGAGCCTGCCGGTGGTAGTGCAGTGGAGCGCCGGGGCATTGGAGCGTGAGCCGCCACTGCCGCGCAGTGAATGGGCGACCCTGGCTCAGCGTGCCGACGCCATCGTGGTGCTGGGGTCCGGTCGTGAGCGTGGCGACCTGGCCTGGGGCACTGACCAGCCCACCGGTATCGGTCTGGAGCGCCAGCGCTATGCGGCGCGCCTGGCGAAGGCGTCCGGCCTGCCTGTGCTGACTACTGGTGGCTTGCACTATGGCACTCCGCCCAGCGAAGCGAAGCTGATGGCCGACGCGATGCGCGATGATCACGGGGTGACCGTACGCTGGCTGGAAGAGCGCAGCCGCACGACTTGGGAAAATGCCCAGATGAGCGCGCAGATTCTGTTGCCTGAAGGCGTCAAGCGCGTGGTCGTTGTGACCCAGGCCTGGCATATGCCGCGCGCGGTCTGGAGCTTCCAGCGTGCGGGCTTCGAGGTGGTACCGGCGCCGATGGGGTTTCTCGGCCAGGATAACGCCCGGCCATTGGGCGGCTGGATGCCGGAATTCAAGTCGATCTGGCAGTCGGGACAGTTGATGAATGAAGCGGTGGGGTTGGTGGGGTATTGGTTGTTCTACCGCTGA MPFRYFIKQLLLPPGILLLLLALAWWWRDSRPRLARLCFAAGLGGFWLMSLPVVVQWSAGALEREPPLPRSEWATLAQRADAIVVLGSGRERGDLAWGTDQPTGIGLERQRYAARLAKASGLPVLTTGGLHYGTPPSEAKLMADAMRDDHGVTVRWLEERSRTTWENAQMSAQILLPEGVKRVVVVTQAWHMPRAVWSFQRAGFEVVPAPMGFLGQDNARPLGGWMPEFKSIWQSGQLMNEAVGLVGYWLFYR NA NA NA NA NA D1-35_04717 1524 lnt COG0815 Apolipoprotein N-acyltransferase ATGCGCTGGATAACCCGCCCCGGCTGGCCCGGTAACCTGCTGGCCGTGGCGGCCGGCGCGATCACCACCCTGGCGTTGGCACCCTTCGACATCTGGCCGCTGGCATTGCTCGCGGTCGGGTTGTTCTACGCCGGCTTGCGCGAACTCTCGCCCCGCCAGGCCCTGGGCCGTGGTTGGTGTTTCGGTTTCGGCCTGTTTGGCGCCGGCACCAGCTGGATCTACGTCAGCATTCACAACTTCGGCGGCGCCTCGGTGCTGCTCGCCGGTCTGTTGATGCTGTTGTTCATCGCCTCCATCGCCTGGTTTTTCGCCCTGCCCGCCTGGCTGTGGGCGCGCTGGCTGCGGCGCAACGAGGCGCCCCTGGCCGACGCACTGGCCTTCGCCGCGCTGTGGTTGGGCCAGGAAGCTTTCCGCGGCTGGTTCCTGACCGGTTTCCCGTGGCTTTATTCCGGCTATAGCCAGCTCGATGGCCCGCTGGCGGGGCTCGCGCCGCTGGGCGGGATGTGGCTGATATCCTTCACCCTCGCCCTGACCGCCGCGCTGCTGTACAACGTGCCCCGGCTGCTGCGCGCCGGGCGCAAGGGCTTCATCGCTGCGGGCCTGGTGCTGCTGGTCGGTCCGTGGGTCGCCGGCATGACGCTCAAGGGCCACGCCTGGACCAGTCCTTCGGGCGACCCGCTGAGCGTGGCGGCGATCCAGGGCAATATCGAACAAAGCATGAAGTGGGACCCCGAACAGCTCAACGCGCAGTTGGCGCTGTACCGCGACATGAGCCTCAGTTCCAAGCGCGTCGACCTGCTGGTCTGGCCGGAAACCGCGGTGCCGGTGCTCAAGGAGTCTGCCCAGGGTTACCTGGACATGATGGGCAGCTTCGCCGCCGAGCGGCATTCGGCGCTGATCACCGGCGTGCCGATTCGCCAACTGGTGCGCCACGAGAGACGCTACTTCAACGGCATCACCGTGACCGGAGAAGGCGATGGCACCTACCTCAAGCAGAAACTCGTGCCCTTCGGCGAGTACGTGCCGTTGCAGGACCTGCTGCGCGGGCTGATCGCATTCTTCGACTTGCCCATGTCGGATTTCGCCCGGGGCCCGGCCGACCAGCCACTGCTGCAAGCCAAGGGTTACCAGATCGCTCCATTCATTTGTTACGAAGTGGTCTACCCGGAATTCGCCGCCAGCCTTTCGGCGCGCAGCGACCTGCTGCTGACCATCAGCAACGACACCTGGTTCGGCACCTCGATCGGCCCCTTGCAGCACCTGCAAATGGCGCAGATGCGCGCGCTGGAAGCCGGCCGCTGGATGATTCGTGCCACCAACAACGGCGTGACCGGCCTGATCAACCCCTTCGGCCAGATCACCGTCAGCATCCCGCAATTCGAGCGCGGCATCCTCTACGGCGAAGTGGTGCCGATGCACGACCTGACGCCCTACCTGCAATGGCGTTCGTGGCCGTTGATCATCCTGTGCGTGTTGCTGCTGGGCTGGGCGTTGATGGCCGGACGGATGGCCAAGACCGTTTGA MRWITRPGWPGNLLAVAAGAITTLALAPFDIWPLALLAVGLFYAGLRELSPRQALGRGWCFGFGLFGAGTSWIYVSIHNFGGASVLLAGLLMLLFIASIAWFFALPAWLWARWLRRNEAPLADALAFAALWLGQEAFRGWFLTGFPWLYSGYSQLDGPLAGLAPLGGMWLISFTLALTAALLYNVPRLLRAGRKGFIAAGLVLLVGPWVAGMTLKGHAWTSPSGDPLSVAAIQGNIEQSMKWDPEQLNAQLALYRDMSLSSKRVDLLVWPETAVPVLKESAQGYLDMMGSFAAERHSALITGVPIRQLVRHERRYFNGITVTGEGDGTYLKQKLVPFGEYVPLQDLLRGLIAFFDLPMSDFARGPADQPLLQAKGYQIAPFICYEVVYPEFAASLSARSDLLLTISNDTWFGTSIGPLQHLQMAQMRALEAGRWMIRATNNGVTGLINPFGQITVSIPQFERGILYGEVVPMHDLTPYLQWRSWPLIILCVLLLGWALMAGRMAKTV PGPT0024470_2975 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024470-lnt-K03820 NA NA D1-35_04718 840 corC COG4535 Magnesium and cobalt efflux protein CorC ATGAGCGAAGATCGATCGACCAACGGGCAGAAGTCATGGCTGGGCAAGCTCACCCAGGCTTTTGCCCATGAGCCGAAAAACCGCCAGGAGCTGCTGGAGCTGCTGCGCGATGCACACCAGAACAAACTGTTGGACAGCGAAGCGCTGGCCATCGTCGAAGGCGCCATCCAGGTCGCTGACCTGCAAGTGCGGGACATCATGGTCCCGCGCTCGCAGATGGTCAGCATCAAGGCGACCCAGACTCCCCGCGAATTCCTTCCGGCCGTGGTCGATTCCGCTCACTCGCGCTACCCGGTCGTCGGCGAGAGCCATGACGACGTCATGGGCGTGCTGCTGGCCAAGGACCTGCTGCCGCTGATCCTCCAGGAGAACGGCGACAGCTTCAACATCAAGGACTTGCTGCGTCCGGCCACCTTCGTGCCCGAGTCCAAGCGCCTTAACGTGCTGCTGCGCGAGTTCCGCGCCAATCACAATCATATGGCCATCGTCATCGACGAATACGGTGGCGTGGCCGGACTGGTTACCATCGAAGACGTGCTTGAGCAGATCGTCGGCGACATCGAGGACGAACACGATGTCGAGGAAGACAGCTACATCAAGCCACTGCCCAGCGGTGACTTCCTGATCAAGGCCCTGACGCCCATCGAGAACTTCAACGAGTTCTTCGACAGCGAGTTTTCCGACGATGAGTTCGATACCGTCGGCGGCTTGGTCATGAGCGCTTTCGGCCACCTGCCCAAGCGTAACGAAACCACCGAGATCGGCTCCTGGCGCTTCCGCATCCTCAATGCCGACAGTCGCCGGATCCATCTGCTGCGCCTGTCACCCATTGCCCGTTAA MSEDRSTNGQKSWLGKLTQAFAHEPKNRQELLELLRDAHQNKLLDSEALAIVEGAIQVADLQVRDIMVPRSQMVSIKATQTPREFLPAVVDSAHSRYPVVGESHDDVMGVLLAKDLLPLILQENGDSFNIKDLLRPATFVPESKRLNVLLREFRANHNHMAIVIDEYGGVAGLVTIEDVLEQIVGDIEDEHDVEEDSYIKPLPSGDFLIKALTPIENFNEFFDSEFSDDEFDTVGGLVMSAFGHLPKRNETTEIGSWRFRILNADSRRIHLLRLSPIAR PGPT0004695_1225 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0004695-corC-K06189 NA NA D1-35_04719 459 ybeY COG0319 Endoribonuclease YbeY ATGCTTGAACTCGACCTGCAACTGGCCAGCGAACATGCAGCCCCCGGCGAGGCCCAGTTCCGTCAATGGTGCGAACTGGCCCTGCGTCAGCGTAGCGCCGACTCGGAACTGACCATCCGCCTGGTGGACGAAGCCGAAGGTCGCGAGTTGAACCACACCTGGCGGCAGAAGGACTACGCCACCAACGTGCTGTCCTTCCCCGCCGACGTGCCCGACGAGCTGCTCGATATCCCGCTATTGGGCGACCTGGTGATTTGCGTCCCCGTGGTGGAGCGTGAAGCGGCGGAACAACACAAGACCCCTGAGGCCCACTGGGCTCACCTGGTGATTCACGGCTGCTTGCATTTGCTCGGTTACGACCATATGGAAGATGACGAAGCCGAGGAAATGGAAGCACTGGAACGAACGTTGCTTGCCGAGCTGGGTCATCCCGACCCTTATGCCGGCGACGAACACTGA MLELDLQLASEHAAPGEAQFRQWCELALRQRSADSELTIRLVDEAEGRELNHTWRQKDYATNVLSFPADVPDELLDIPLLGDLVICVPVVEREAAEQHKTPEAHWAHLVIHGCLHLLGYDHMEDDEAEEMEALERTLLAELGHPDPYAGDEH PGPT0024340_2792 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024340-dgkA|DGK-K00901 NA NA D1-35_04720 1155 ybeZ COG1702 PhoH-like protein GTGACAGCGCTTTCGCGAGCAGGCTCGCTCCCACACTGGTCGTGGCGAGCCTGTTGTCAGATTGCGCCGCTTAAGAGCTTTCGCACCCAGCCTACTGGCGTTATCCTTGATTTCATCTTAATTGCCCCTGGGCGGCTAAAAACGACCTTGAACGCACCCATCGAACCACATCGTTTCATTCTCGAGCCCTTCGAGGCTCGCCGCTTCGCCAATCTGTGCGGGCAATTCGACGAGCATCTGCGCTTGATCGAACAGCGCCTGGCCATCGAGATCCGCAACCGCGGAAACCAGTTCGAACTGATCGGCGAACCCAAGCACACCTCCTCCGCGGAAAACCTGCTGCGCCGCCTCTATCGGGAAACCAAGGCAAGCGAGCTGTCGCCGGATCTGGTCCATCTGTTCCTGCAGGAATCGGCTGTCGAGGAACTCGACAACCCAGCCCCTGCGGAACCTGCGGTGGCCCTACGCACGAAAAAAGGCATGATTCGCCCGCGCGGCCTGAATCAGCAGCGCTACGTGAAGGAAATCCTCGCCAACGATATCAATTTCGGTATCGGCCCGGCCGGCACCGGCAAGACGTACCTGGCCGTGGCCTGTGCGGTCGATGCGCTGGAGCGCGAACAGGTGCGACGCATCCTGCTGGTGCGCCCGGCGGTCGAAGCCGGGGAAAAGCTCGGCTTCCTGCCCGGCGACCTTTCCCAGAAAATCGACCCGTACCTGCGCCCGCTCTACGATGCGCTGTACGAAATGCTCGGTTTCGAATACGTCGCCAAGCTGATCGAACGCCAGGTCATCGAGGTTGCGCCACTGGCCTACATGCGTGGCCGCACCCTGAACAACAGCTTCATCATCCTCGACGAAAGCCAGAACACCACCGTCGAACAGATGAAGATGTTCCTGACCCGGATCGGCTTCGGCTCCACCGCCGTCATCACCGGGGACATCACCCAGGTCGACCTGCCCCGTGGCACCAAGTCCGGGCTGAACCATGTGATCCAGGTGCTCAAGGATGTTCCGGGCATCAGCTTCACGCATTTCATGCCCAAGGACGTCGTGCGCCATCCGCTGGTGCAGCGCATCGTCGAAGCCTATGAACGCTTCGAGAATCGCCAGGAAGACGCGCCCGCCGCCAAGGGCAACAGCCACGATGCTTGA MTALSRAGSLPHWSWRACCQIAPLKSFRTQPTGVILDFILIAPGRLKTTLNAPIEPHRFILEPFEARRFANLCGQFDEHLRLIEQRLAIEIRNRGNQFELIGEPKHTSSAENLLRRLYRETKASELSPDLVHLFLQESAVEELDNPAPAEPAVALRTKKGMIRPRGLNQQRYVKEILANDINFGIGPAGTGKTYLAVACAVDALEREQVRRILLVRPAVEAGEKLGFLPGDLSQKIDPYLRPLYDALYEMLGFEYVAKLIERQVIEVAPLAYMRGRTLNNSFIILDESQNTTVEQMKMFLTRIGFGSTAVITGDITQVDLPRGTKSGLNHVIQVLKDVPGISFTHFMPKDVVRHPLVQRIVEAYERFENRQEDAPAAKGNSHDA PGPT0002700_124 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217 NA NA D1-35_04721 1365 miaB COG0621 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase ATGCGCGGTTCTTTGAATCACGTGATGAACCCGTCCATGGCCAAGAAGCTTTACATCGAAACCCACGGTTGCCAGATGAACGAGTACGACAGCTCGCGCATGGTCGATCTGCTGGGTGAACACCAGGCCCTGGAAGTCACCGCTCGCGCGGAAGACGCGGACGTGATCCTGCTCAACACCTGCTCGATCCGCGAACGCGCCCAGGACCGGGTGTATTCCCAGTTGGGCCGCTGGCGCGAACTGAAGCTGGCCAACCCGGATATGGTCATTGCCGTTGGCGGCTGTGTCGCCAGCCAGGAAGGCGCGGCCATTCGTGACCGCGCGCCCTACGTGGACGTGGTCTTTGGCCCACAGACCCTGCACCGCCTGCCGGAGATGATCGACGCCGCACGCATTACCAAGCTGCCGCAAGTAGACGTCTCGTTCCCGGAAATCGAAAAATTCGATCACCTGCCCGAACCGCGTATCGACGGCCCAAGTGCCTACGTATCGGTGATGGAAGGCTGCAGCAAGTACTGCACCTTCTGCGTGGTGCCGTATACCCGCGGCGAAGAAGTCAGCCGCCCCTTCGACGACGTGATTGCCGAGATCATCCACCTGGCGGAAAACGGCGTGCGCGAAGTGACCCTGCTGGGGCAGAACGTCAACGGCTACCGAGGGCTGACCCATGACGGTCGCCTGGCGGACCTTGCCGAACTGATCCGCGTCGTGGCGGCGGTGGACGGCATTGACCGCATCCGTTACACCACCTCACACCCGCTGGAGTTTTCCGACAGCCTGATCCAGGCCCACGCCGAGGTCCCCGAACTGGTCAAGCACCTGCACCTGCCGGTGCAATCGGGTTCCGACCGGATCCTCGCGGCCATGAAGCGCAACCACACGGCGCTCGAATACAAATCCAAGCTGCGCAAGTTGCGCGCGGCGGTCCCGGGGATCTGCATCAGTTCGGATTTCATCGTCGGTTTCCCCGGCGAAACCGAGAAGGATTTCCAACAGACCATGAAGCTGATCGAGGATGTGGGCTTCGATTTCTCCTATTCCTTTGTCTACAGCCAGCGCCCCGGCACGCCAGCGGCGGACCTGGTGGACGAGACGCCCGAGGAAGTGAAGAAGGAGCGACTCAATGCCTTGCAGCACCGCCTTAACCAGCAAGGTTTCGAGATCAGCCGACAAATGGTCGGCTCCATCCAGCGGATCCTGGTGACCGATTACTCGAAAAAAGACCCGGGCGAATTGCAGGGGCGCACCGAGAATAACCGTATCGTCAACTTCCGCTGCGACACTCCGGCATTGATCGGCCAGTTCGCCGACGTGCACATCGACGCCGCGCAACCGCACTCCCTGCGCGGTTCGCTGGTCCAGTAA MRGSLNHVMNPSMAKKLYIETHGCQMNEYDSSRMVDLLGEHQALEVTARAEDADVILLNTCSIRERAQDRVYSQLGRWRELKLANPDMVIAVGGCVASQEGAAIRDRAPYVDVVFGPQTLHRLPEMIDAARITKLPQVDVSFPEIEKFDHLPEPRIDGPSAYVSVMEGCSKYCTFCVVPYTRGEEVSRPFDDVIAEIIHLAENGVREVTLLGQNVNGYRGLTHDGRLADLAELIRVVAAVDGIDRIRYTTSHPLEFSDSLIQAHAEVPELVKHLHLPVQSGSDRILAAMKRNHTALEYKSKLRKLRAAVPGICISSDFIVGFPGETEKDFQQTMKLIEDVGFDFSYSFVYSQRPGTPAADLVDETPEEVKKERLNALQHRLNQQGFEISRQMVGSIQRILVTDYSKKDPGELQGRTENNRIVNFRCDTPALIGQFADVHIDAAQPHSLRGSLVQ PGPT0007215_2615 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168 NA NA D1-35_04722 330 hypothetical protein ATGACCAAACGTGAAGCTCCAATCTACAAGGTGATTTTCCTCAACCAGGGCCAGGTGTTCGAAATGTACGCCAAACAGATCTATCAGAGTGATCTGTGGGGCTTCCTGGAGGTCGAGGAATTCGTCTTTGGCGAGCGCACGCAAGTGGTCGTCGACCCGAGCGAAGAAAAGCTCAAGGCGCAGTTCGAAGGCGTGGTGCGCAGCTTCGTGCCGATGCACTCGATCGTGCGCATCGACGAGGTCGAGCGCCTGGGCACGCCGAAAATCAGCGAAGCCCGTGGCGCGGTCGGCAATGTCATGCCGTTTCCGATGCCGATGCCTGAGAAGTAA MTKREAPIYKVIFLNQGQVFEMYAKQIYQSDLWGFLEVEEFVFGERTQVVVDPSEEKLKAQFEGVVRSFVPMHSIVRIDEVERLGTPKISEARGAVGNVMPFPMPMPEK NA NA NA NA NA D1-35_04723 555 hypothetical protein ATGAACCGCACCGGCCGCACCCTTGCCTTGGGCTGCCTGTTGCTCCTTCAGCCCCTGCTCGCCAACGCACAGGCAGGCGGCAACTCGTTGTTGATCCCGGCGATGGGCCGTTGCACGCTCAACACCCAGCCACAAGATCTGGCACCGGCACTCGACGCCTGTCGAAAAGCCGCCGACGAGGGCGATGCCCAAGCGCAATATGAGCTGGGCGAGTTCTACTATGACGGCAAGGCCGCGCCCCGCGACCTCAAGCAAGCCCTCGACTATTTCGAAAAAGCCTCGCTGCAAGGCCACGCCCAGGCGCAATTCAAGCTTGGCGGCATGTTCTTCCATGGCGAAGGTGTGCCGGCCAACAACGTCCAGGCTTACATCGTATTGAAGATGGCGGCGGTCAACGGCGCCGAGGAGGCACTGGACACCGCCGATGAAGTCGCCGAGCAGATGCCCCGCGACGAGCTGGAAGTGGCGACCCAGGTGCTGGGCCAGATCTTTCGCAAATACCTGATGGAATTGCAGAACGCCGACGGGCGTACGCCGTTCTCGCCGCTGCCCTGA MNRTGRTLALGCLLLLQPLLANAQAGGNSLLIPAMGRCTLNTQPQDLAPALDACRKAADEGDAQAQYELGEFYYDGKAAPRDLKQALDYFEKASLQGHAQAQFKLGGMFFHGEGVPANNVQAYIVLKMAAVNGAEEALDTADEVAEQMPRDELEVATQVLGQIFRKYLMELQNADGRTPFSPLP PGPT0000855_6128 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-ACIDITY|NITROGEN_RELATED_REGULATION,PGPT0000855-exoR-K07126 NA NA D1-35_04724 1284 hemL COG0001 Glutamate-1-semialdehyde 2,1-aminomutase ATGTCCCGTTCCGAAACCCTGTTTGCCAACGCTCAGAAACACATCCCCGGCGGCGTGAATTCACCCGTTCGTGCGTTCAAGAGCGTCGGCGGCACCCCGCTGTTCTTCAAGCACGCCGAGGGCGCGTATGTCACCGACGAAGACGACAAGCGCTACGTCGACTACGTGGGTTCGTGGGGCCCGATGATCCTCGGCCACAGCCATCCGGACGTGTTGGACGCGGTGCGCAAGCAATTGGAGCACGGCTTGTCCTATGGCGCGCCGACCGCGATGGAAACCGAAATGGCCGATCTGGTCTGCTCCATCGTGCCATCGATGGAAATGGTGCGCATGGTCAGTTCCGGCACCGAGGCGACCATGAGCGCGATCCGCCTGGCGCGCGGCTACACCGGGCGCGACAGCATCATCAAATTCGAAGGCTGCTACCACGGTCACTCCGACAGCCTGCTGGTCAAGGCCGGCTCCGGTGCGCTGACCCAAGGCGTGCCCAGCTCGGCGGGCGTACCGGCGGCATTTGCCAAACACACGCTGACCCTGCCGTTCAACGACCTCGAAGAAGTCGAGAAAATGCTCGGGGAAGTCGGCCAGGAAGTGGCCTGCATCATCGTCGAGCCGGTGGCCGGCAACATGAACTGCGTGCCGCCAGCGCCGGGTTTCCTCGAAGGCCTGCGCAGCCTGTGCGACCAGCACGGCGTGGTACTGATTTTCGACGAAGTGATGACCGGCTTCCGCGTCGCCCTCGGCGGTGCCCAGGCTCATTACGGCGTAACGCCGGACCTGAGCACCTTCGGCAAGATCATCGGCGGCGGCATGCCGGTAGGCTGCTTCGGCGGCAAGCGCGCGATCATGGAATGCATCGCCCCGCTGGGGCCGGTCTACCAGGCCGGTACCTTGTCGGGCAATCCGCTGGCCATGGCTGCCGGCCTGACCACCCTGCGCCTGATCAGCCGTCCGGGTTTCCACGCCGAGCTGAGCGACTTCACCACTCGCCTGCTCGACGGCTTGCAAGTACGCGCCGATGCGGCGGGCATCCCGTTCGTGACCACCCAGGCCGGCGGCATGTTCGGCCTGTACTTCAGTGGCGCCGATGACATCGTGACCTTCGACGACGTGATGGCCAGCGACGCCGACCGCTTCAAGCGCTTCTTCCACCTGATGCTCGAGGGTGGCGTATACCTGGCGCCAAGCGCGTTCGAAGCCGGCTTCACCTCCATCGCCCATGGCGAGGCGGAGTTGAAGATCACCCTCGACGCGGCCGAGCGGGCCTTTGCTGCACTGAAGTAA MSRSETLFANAQKHIPGGVNSPVRAFKSVGGTPLFFKHAEGAYVTDEDDKRYVDYVGSWGPMILGHSHPDVLDAVRKQLEHGLSYGAPTAMETEMADLVCSIVPSMEMVRMVSSGTEATMSAIRLARGYTGRDSIIKFEGCYHGHSDSLLVKAGSGALTQGVPSSAGVPAAFAKHTLTLPFNDLEEVEKMLGEVGQEVACIIVEPVAGNMNCVPPAPGFLEGLRSLCDQHGVVLIFDEVMTGFRVALGGAQAHYGVTPDLSTFGKIIGGGMPVGCFGGKRAIMECIAPLGPVYQAGTLSGNPLAMAAGLTTLRLISRPGFHAELSDFTTRLLDGLQVRADAAGIPFVTTQAGGMFGLYFSGADDIVTFDDVMASDADRFKRFFHLMLEGGVYLAPSAFEAGFTSIAHGEAELKITLDAAERAFAALK PGPT0003680_4471 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845 NA NA D1-35_04725 627 thiE_2 COG0352 Thiamine-phosphate synthase ATGAAATTACGTGGCCTTTATGCCGTCACCGACAGCCAGTTGCTGGCCGGCAAGTTCCTCGCCTACGTGGAAGCCGCGCTGGAAGGTGGCGTGACCCTGCTGCAATACCGCGACAAAAGCAGCGACGAGGCCCGGCGCCTGCGCGAGGCCGAGGCGCTGCGCAACCTGTGCGAGCGCTACAAGACCCAACTGATTATCAACGATGACGCCGAACTGGCCGCACGCCTCGGCGTCGGCGTCCACCTGGGCCAGACCGATGGCCCGCTGGCGCCGGTGCGGGCGTTGCTGGGGCACAAGGCAATCGTCGGCGCCACTTGCCACGCCAGCCTGGAACTGGCCGAACAGGCCGTCCGGGAAGGCGCCAGCTACGTCGCGTTCGGGCGCTTCTTCAATTCCAATACCAAGCCCGGGGCGCCCGCCGCAAACCTTGAACTGCTCGAACAGACCCGTATCAAACTGCATATACCGGTGTGCGCCATCGGCGGCATCACTCTGGAAAACGCCGCCCCGCTGGTGGCCCATGGCGTCGACCTGCTCGCGGTGGTCCATGGCCTGTTCGGCGCCGACAGCACGGCTGAGGTGACGCGCCGCGCCCGCGCCTTCAACGACCTGCTGCAAACCAAATAG MKLRGLYAVTDSQLLAGKFLAYVEAALEGGVTLLQYRDKSSDEARRLREAEALRNLCERYKTQLIINDDAELAARLGVGVHLGQTDGPLAPVRALLGHKAIVGATCHASLELAEQAVREGASYVAFGRFFNSNTKPGAPAANLELLEQTRIKLHIPVCAIGGITLENAAPLVAHGVDLLAVVHGLFGADSTAEVTRRARAFNDLLQTK PGPT0008995_3761 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 D1-35_04726 798 thiD Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase ATGAATATCTACAACTCCCGCCCCGTTGTCCTCTGTCTCTCCGGCCACGACCCCAGTGGTGGCGCCGGCTTGCAGGCAGATATCGAAGCCCTGCTCGCCCAGGGTTGTCATGCCGCCCCGGCCGTTACCGCGTTGACCGTGCAAGACACGGTCAATGTCAGCGATTTCCGCGTACTCGATCGCGAGTGGGTAATGGCCCAGGCCAATGCCGTGCTCAACGATTCGCCCGTCGCGGCGGTCAAGCTGGGGATGCTAGGTTCGCTGGAAATGGTCGACACAGTGGTCGAGCTGCTCCAGGCGCATCCACACCTGCCGATGGTCTGCGACCCGGTGCTGCGCGCCGGTGGTGGCGGACGGCTGGGCAAGGATGAAGTCGGCTACGCCATGCGCGAGCGCCTGCTGCCGCTGGCAATCATCGCCACGCCCAACCTTCCTGAAGCACGCATTCTCGCCGAACTGCCGGAAGGCAGCGCCGATGAATGCGCCGAAAAACTGCTGCCCTTCGTCAAGCACCTGCTGATTACCGGCGGTCACGGCGATGAACATGAAGTCCACAATCGCCTGTACAGCCGCGACGGACACCGCGAGACCTTCACCTGCCAGCGCTTGCCCGGCAGCTATCACGGTTCCGGCTGCACCCTGGCCAGCGCCCTGGCCGGCCGGCTGGCCCTGGGTGAACAGCTCGCCAGCGCGGTGAAGACCGCGCTGGATTACACCTGGCGCACCCTGCGCGATGCCGAACAATTGGGCAAAGGCCAGTTCGTACCGCGTCGCCTGCCGCTGGATTTCTGCTCGTAG MNIYNSRPVVLCLSGHDPSGGAGLQADIEALLAQGCHAAPAVTALTVQDTVNVSDFRVLDREWVMAQANAVLNDSPVAAVKLGMLGSLEMVDTVVELLQAHPHLPMVCDPVLRAGGGGRLGKDEVGYAMRERLLPLAIIATPNLPEARILAELPEGSADECAEKLLPFVKHLLITGGHGDEHEVHNRLYSRDGHRETFTCQRLPGSYHGSGCTLASALAGRLALGEQLASAVKTALDYTWRTLRDAEQLGKGQFVPRRLPLDFCS PGPT0008915_3424 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 D1-35_04727 2385 rcsC_23 Sensor histidine kinase RcsC ATGCGCTATTTGCTGATGTTGCTGCTGTGCTTGTCCCCCTTGGCAAGCGCCCTTGAATTCGATGAATCTACCCGAAGCCTGCCCTTGGGCCATGCCTTGCAGGTGTTCGAGGATGCCAGCGGCACGGCCACGCTCGAGGACGTCCTGGCCCAGGCCGCGGTTGGGCGCTTCAAACCCCACGACCAAGCCACGCTGAACGCAGGGTATTCGCGCTCGGCGTTCTGGCTGAAGATCGACTTGCACTACCGCCCGGGCAATCCCGGCGCCCAGCGCACCTGGCTGCTGGAGCTGGCGTATCCGCCGCTGGACCGCCTGGACCTGTATCTGGCCGATGCGCAAGGTGCCTATCGCCTGGTTCGCCAGACCGGCGATGCCTTGCCGTTCGCCAGTCGCGAGGTCCGCCAGAACAACTACCTGTTCAGCCTGGATTTCCAACCCGATCAACGCCAGACCGTGTATCTGCGCCTGCAAAGCCAGGGCTCGATCCAGGCTCCGTTGACGCTCTGGTCGAGCACCGCCTACCTGGAACAGCAGCCGGTGCGCCTGTATGTGCTGGGCATCATCTATGGCGTACTGCTGGGGATGCTGGTCTACAACCTGTTCATCTACCTGAGCGTGCGCGACACCAGTTACCTCTATTACATCTTCTATATCGCCTCGTTCGGCCTCTATCAATTGTCGGTCAACGGCGCGGCGGTTGAGTATTTCTGGCCGGACAACCCTTGGTGGGCCAACGCGGCGACGCCATTTTTCATTGGTTGCGCGGGGGTGTTTGGCAGTCAGTTCGCCCGCAGTTTCCTGCAAACCGCCCAGCACAGCCGCTGGCTCGACCGATTGCTGCTCGCGCTGATTGCCTACGGCGCGGTGGTGGTGGGCCTGTCGTTGATGACCAGCTATGCGCTGGCGCTGCGCCTGGCGACGGCGCTGGCCCTGGTGTTCACCGTGGTGATTTTCGCCGCCGGCTTGTTCGCCTGGTGGCGGGGGCTGCGGGTGGCGCGTTACTTCATTATTGCCTGGTCGGCGTTTCTGCTGGGGGGCGTCGTCAATACGATGATGGTGTTGGGTTACCTGCCGAACATCTTCCTGACCATGTATGCCAGCCAGATCGGCTCTGCCATCGAGGTGGCGCTGTTGTCCCTGGCCCTGGCGGACCGCATCAACGCCATGCGCGAACAGCAGGCGCAGACGCTGTTCGACGCCGGGCAGAAACTCGAAGTGCTGAACCAGCAGTTGGCCCAAGGCAACAAGCTCAAGGACGAATTTCTCGCCACGTTGACCCATGAGTTGCGCACGCCGATGAATGGTGTGATCGGTTGCCTGGAACTGATGGAAACCGTCGAGATGGACGAGGAACTCAGCCAGTATCAGCAGACCGCAGCCGGTTCGGCGCGGGACATGATGCGCATGGTCAACGGCATGCTCACCCTCACCGAGTTGCAGGCCGGCAAGCTCAAGGTGTATCCGGCGCCGTTCAGCCTGCGCAGCGTGATAGAGGCCCTGCAGGTGCAGTTCGGCGCCAACGCGGCGGCCAAGGGCCTGGATTTCAAGGTCGACGTAGCGCCTGGCCTGGCGGACCGCTTGCTAGGTGACAGCGGTAAATTGGCCCAGTGCCTGGAATGCCTGCTGGACAATGCCATCAAGTTCACCCGCGTCGGTGGCATCGCGCTGCGGGTCAGTGGCCGGACGTCGGAGCTCGATCGCCTGGTGCTGTCTTTTGCCGTGATCGATACCGGCATCGGCTTTACCGATCTGGGGGAGGCGACCCTGTACCAGCGTTTCTTCCAGCTCGACGGCTCGATGACCCGCGAATACGGCGGCCTCGGCGTCGGCCTGGCGATTTGTCGGCAACTGGTCGAATTGCTCGGCGGACGCCTGACCCATACCTCGGAGCCGGGGCGCGGTAGCCGCTTCCAGCTGGACGTGGAATTTGACATCGCATTGCCTGTGGCCGTCCCGGCAACGTTTCCTGGCGGCGCACGCCGGGCTGCGCGCTTGCCCCAGGAGTGCACGGTGCTGCTGGCCGACGACAACAACATCGACCAACTGGTGATGCGCGGCATGTTGCTCAAGCTTGGCTACCGAGTACGCACCGCCGACAGTGGCCGCGCGGCGCTGGAGCTGCTGCAGGGCGACAGTTTTGACGCGGTGCTGCTCGATTGTCAGTCGACACCATCGGATGGGGTGTCGGTCTGCTGTCAGATCCGCGCGATGTCAGGTTGCGAGGACTTACCCGTGCTGGTGGTCAGCCCGAACGTGGACCAGGCGCATTGCCCTGCGGGTAGCCTGATCGATTACCTGAGCAAACCGGTGAAATTCGAAGCACTGCAGGCGATTCTGCAACGACGGGTACTTTGTCCGAAGCAGGGTGAAAGCGCCGGCATTTAG MRYLLMLLLCLSPLASALEFDESTRSLPLGHALQVFEDASGTATLEDVLAQAAVGRFKPHDQATLNAGYSRSAFWLKIDLHYRPGNPGAQRTWLLELAYPPLDRLDLYLADAQGAYRLVRQTGDALPFASREVRQNNYLFSLDFQPDQRQTVYLRLQSQGSIQAPLTLWSSTAYLEQQPVRLYVLGIIYGVLLGMLVYNLFIYLSVRDTSYLYYIFYIASFGLYQLSVNGAAVEYFWPDNPWWANAATPFFIGCAGVFGSQFARSFLQTAQHSRWLDRLLLALIAYGAVVVGLSLMTSYALALRLATALALVFTVVIFAAGLFAWWRGLRVARYFIIAWSAFLLGGVVNTMMVLGYLPNIFLTMYASQIGSAIEVALLSLALADRINAMREQQAQTLFDAGQKLEVLNQQLAQGNKLKDEFLATLTHELRTPMNGVIGCLELMETVEMDEELSQYQQTAAGSARDMMRMVNGMLTLTELQAGKLKVYPAPFSLRSVIEALQVQFGANAAAKGLDFKVDVAPGLADRLLGDSGKLAQCLECLLDNAIKFTRVGGIALRVSGRTSELDRLVLSFAVIDTGIGFTDLGEATLYQRFFQLDGSMTREYGGLGVGLAICRQLVELLGGRLTHTSEPGRGSRFQLDVEFDIALPVAVPATFPGGARRAARLPQECTVLLADDNNIDQLVMRGMLLKLGYRVRTADSGRAALELLQGDSFDAVLLDCQSTPSDGVSVCCQIRAMSGCEDLPVLVVSPNVDQAHCPAGSLIDYLSKPVKFEALQAILQRRVLCPKQGESAGI PGPT0025890_178 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-Gac|Rsm_PATHWAY,PGPT0025890-ladF-K20971 NA NA D1-35_04728 1650 aidB COG1960 Putative acyl-CoA dehydrogenase AidB ATGAACCTGCACCAGTTCGCCGAAACCCACGACGTCACCAATCAGCCTCCGTCCCTGGATGGCGCCAACCTGTACCGTATCGACCTGCCGCTGCAAGAGTGGTCGCGGCGTTTCGGCGCAGGGTGGGCACAGGCGCGGATTGACGCCTATGGTGCCCTGGCCGGCGGGCCGTTGATGGAGGCGGGGTTCCTGGCCAACCAGAACAAGCCGATATTTTCCAGCCACGACCGTTACGGCCATCGTATCGACCTGGTGGAATTTCATCCTGCCTATCACGAGCTGATGCGCACCGCCATCGAACATGGCCTGCCCAGCCTGCCGTGGGCCCATCCGCAACCTGGCGCGCATGTCGCCCGCGCCTCGATGACGTACCTGCACAGCCAGGCCGAAGCCGGCACCGGTTGTCCGTTGACCATGACCTTTGCCAGTGTGCCGGCCCTGCGCCTGCAACCGGACCTGGCCGAGCGCTGGGTGCCGAAAGTAATCGCCACCGAATACGATCCACGTAACGTCGGCATGGCCCACAAGGCCGGGGTCACTCTCGGTATGGCGATGACCGAGAAGCAGGGCGGCACCGATGTGCGCGCCAACACCACCAAGGCGTATCCGGTAGGCGCCAGTGGCCCGGGCCAGGCCTATGAGCTGGTGGGTCACAAGTGGTTCTGTTCGGCGCCGATGTGCGATGCCTTCCTGACCCTGGCCCAGACCGACAAGGGCCTGACCTGCTTTTTGCTGCCGCGCCACCGCCCGGACGACACCCGCAACCAGTTCTACATCCAGCGTTTGAAAAACAAACTCGGCAATTGCTCCAACGCCTCCAGCGAGGTGGAGTTCCGTGGTGCGCTGGCCTGGATGGTCGGCGAAGAGGGCCGAGGCGTGCCGACGATCATCGAAATGGTCGCCATGACCCGCTTCGATTGCATGGTCGGCTCCAGCGCCCTTATGCGCCAGGCCCTGACCCAGGCCAGTCACCATTGCGCGCACCGCAAGGTCGGCGGCAAGTTGTTGAGTGAGCAGCCCCTGATGCAGAACGTACTCGCCGACCTGGCCCTGGAAAGCGAAGCTGCGTTGGCGCTGAGCTTGCGCATGGGCCGGGCGCTGGATCATCTGAACGATGAGCATGAAGCCAAATTCGCCCGGCTGGTGACGGCAGTAGGCAAATACTGGATCTGCAAACGCGCCCCGGCAATGATCAACGAGGCGGCCGAATGCATGGGCGGTGCCGGCTATGTCGAGGACAGCATCCTGCCGCGCCTGTACCGCGAGGCACCGGTCAATTCGACCTGGGAAGGCTCCGGCAATGTGCAGTGCCTTGACGTCTTGCGCGCTCTGTCCAAAGAGCCGGGCGTGTTGGAAGTGCTGTTCGACGAACTGGGCGACGGCCATGGGGACAATCGCCTGGCGGCCCATATCGACCGGTTGCACGCAGCGTTCAAGGACACCGATGACATCCAGTATCGTGCCCGGCAATTGACCGAAGACATCGCCGTCGGCCTGCAAGCCAGGCTGTTGCTGGAAGCGGGGAACAGCGATGTCAGCGATGCCTTCATCGCCAGCCGGCTGGGTTCCACTGGCCGGGTCTACGGCGCGTTGCCCCGCGGCCTGAATGTCGAAGCCATCGTCGCCCGCTCGACCCCGCACGGCTTCTAA MNLHQFAETHDVTNQPPSLDGANLYRIDLPLQEWSRRFGAGWAQARIDAYGALAGGPLMEAGFLANQNKPIFSSHDRYGHRIDLVEFHPAYHELMRTAIEHGLPSLPWAHPQPGAHVARASMTYLHSQAEAGTGCPLTMTFASVPALRLQPDLAERWVPKVIATEYDPRNVGMAHKAGVTLGMAMTEKQGGTDVRANTTKAYPVGASGPGQAYELVGHKWFCSAPMCDAFLTLAQTDKGLTCFLLPRHRPDDTRNQFYIQRLKNKLGNCSNASSEVEFRGALAWMVGEEGRGVPTIIEMVAMTRFDCMVGSSALMRQALTQASHHCAHRKVGGKLLSEQPLMQNVLADLALESEAALALSLRMGRALDHLNDEHEAKFARLVTAVGKYWICKRAPAMINEAAECMGGAGYVEDSILPRLYREAPVNSTWEGSGNVQCLDVLRALSKEPGVLEVLFDELGDGHGDNRLAAHIDRLHAAFKDTDDIQYRARQLTEDIAVGLQARLLLEAGNSDVSDAFIASRLGSTGRVYGALPRGLNVEAIVARSTPHGF NA NA NA NA NA D1-35_04729 1464 amn COG0775 AMP nucleosidase GTGACCGAAGCGTTTATTGTCGTTCAAACCGCCGAGCAAGCCGTGGACCGGCTGGCGGCCCTGCACGAGCGTGCGACCACTGCGCTGAACCAGGCGCTCAAGCGTTATCTCAAGGACCGCATCGAGCCGGATGCCGAGCAACGCGCATTGTTCCGCTATCCGGCCCTGCGCCTGACCTACCATTGCCATGGCGAAGTCCCGCAGACCACCCGCGCCTACGCCAAGGTCCAGCTGCCGGGCACCTACAGCGTCACCGTCACCCACCCGGCGGCATTTCGAAAATACCTGCTCGAACAGCTTGTCCCGCTGATGCACGACTTCACCGTCACCGTCGAGGTGGGCGTCAGTGAGCAGAACATTCCGTACCCGTATGTGGTGGAGCAGGGCGATGAACTGGCCGGTTCCGGTGTGACGGCGGCAGTGCTGGCGCGGGTGTTCCCCAGCACCGACCTGTCGGCCGCCACCGATGGCATCGCCGATGGCCTCTACGATTGGGAAAACACCGACCCGCTGCCCCTGGCACTGTTCGACGCCGCGCGGGTGGATTTCTCCCTGCGCCGGCTCGTGCATTACACCGGCAGCGATTGGCGCCATGTGCAGCCGTGGATTCTTCTGACCAACTATCACCGCTATGTCGACCAATTCATCGTCCACGGGCTGGAGCAGTTGCGCAGCGATCCGCGTTTCGTGCGCATGGTGCTGCCGGGCAACGTGATCATCGACAAGAACATGGATCACGGTGAAGCCTCGGCCATCGCCGCTGGCGTGGTCTGGCATCGCTACCAGATGCCGGCCTATCACTTGCAAGCCAGCGACGGCCACGGCGTGACCCTGGTGAACATCGGCGTTGGTCCGTCCAATGCCAAGAACATCACCGATCACCTGGCCGTGCTGCGTCCGCATTGCTGGCTGATGATCGGCCACTGCGGCGGCCTGCGTCAGTCCCAGACAATCGGCGATTACGTCCTGGCGCACGCCTATATGCGCCGCGATGGCATCCTCGACCGCGTGGTGCCGCCGAATATCCCAATCCCGGCCCTGGCCGAAGTGCAGCTGGCACTGCAGCAGGCGGCGGCGAACATCACCGGCGAAAAAGGCGACGAGCTGAAAAAACGCCTGCGCACCGGCACCGTGCTGACTTACGACGACCGCAACTGGGAATTGCGCTGGGCCCAGGAGCGTCCGTTGATCAACCTGTCCCGCGCCGTGGCGGTGGACATGGAAAGCGGCACCATCGCTGCCCAGGGTTACCGCTTGCGGGTGCCATACGGCACGTTGCTGTGCGTCTCGGACAAGCCGCTGCACAGCGAGATCAAACTGCCGGGTTCGGCCAACGCGTTTTATGAGCGGGCGGTCAACCAGCACCTCAAGATCGGGATCGCGGCGCTGGACCTGCTGCGCAACGAACTCAACTCGTTGCACTCGCGCAAACTGCGCAGCTTCGACGAGCCGCCGTTCCGCTGA MTEAFIVVQTAEQAVDRLAALHERATTALNQALKRYLKDRIEPDAEQRALFRYPALRLTYHCHGEVPQTTRAYAKVQLPGTYSVTVTHPAAFRKYLLEQLVPLMHDFTVTVEVGVSEQNIPYPYVVEQGDELAGSGVTAAVLARVFPSTDLSAATDGIADGLYDWENTDPLPLALFDAARVDFSLRRLVHYTGSDWRHVQPWILLTNYHRYVDQFIVHGLEQLRSDPRFVRMVLPGNVIIDKNMDHGEASAIAAGVVWHRYQMPAYHLQASDGHGVTLVNIGVGPSNAKNITDHLAVLRPHCWLMIGHCGGLRQSQTIGDYVLAHAYMRRDGILDRVVPPNIPIPALAEVQLALQQAAANITGEKGDELKKRLRTGTVLTYDDRNWELRWAQERPLINLSRAVAVDMESGTIAAQGYRLRVPYGTLLCVSDKPLHSEIKLPGSANAFYERAVNQHLKIGIAALDLLRNELNSLHSRKLRSFDEPPFR PGPT0021500_677 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021500-amn-K01241 NA NA D1-35_04730 636 rluE COG1187 Ribosomal large subunit pseudouridine synthase E ATGCCCCGTCCTCCACGCCCCGCTTCCCGCCGCCCTGGCGCGAAGCCTCCCGCTTCCACCCCGCGCCGTGTGGCCAAGGCGCCGCCGGCCGAAGCGAAACTGATCCTGTTCAACAAGCCTTTTGACGTGCTGACGCAATTCAGCGACGGCGAAGGGCGCGCCACGCTCAAGGATTTCATCGACGTACCGGGCATCTACCCGGCCGGTCGGCTGGACCGCGACAGCGAAGGATTGCTGTTGCTGACCAATGACGGCCAGTTGCAGGCGCGCATCGCCGATCCCAAGCACAAGCTGGCCAAGACGTACTGGGTACAAGTCGAGGGTGAGCCGAGCGACGAGCAACTGCAGCGTTTGCGTGATGGGGTCGAGTTGAACGACGGTATGACGCTGCCGGCCGAGACCCGTCAGCTGGACGAACCGCAATTATGGCCGCGCAATCCACCGGTGCGCTTTCGCAAAAGCGTGCCGACGAGTTGGCTGGAACTGGTGATACGTGAAGGGCGCAACCGCCAGGTGCGGCGCATGACCGCCGCGGTGGGTCTGCCGACCCTACGCCTGGTGCGGGTCAGGATCGGTGACTGGACGATCGAAGGGCTCGATCAGGGCCAATGGAAAGAGGTACCGGCGCGTTTATAA MPRPPRPASRRPGAKPPASTPRRVAKAPPAEAKLILFNKPFDVLTQFSDGEGRATLKDFIDVPGIYPAGRLDRDSEGLLLLTNDGQLQARIADPKHKLAKTYWVQVEGEPSDEQLQRLRDGVELNDGMTLPAETRQLDEPQLWPRNPPVRFRKSVPTSWLELVIREGRNRQVRRMTAAVGLPTLRLVRVRIGDWTIEGLDQGQWKEVPARL PGPT0029005_4 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552 NA NA D1-35_04731 210 hypothetical protein ATGGATCCTGCTGTTTTCGAAGAGTGGATGATGACCGGACTGGTCAGCATCCTGATCATTTTCATGGGGTTCATCGTCTGGGACCTGGCGAAGAAATCCAAGGCCGGGCGTTTCGGCTCGTTCATCCTGTTTTTCGTGCTCGGCCTGGGCGTGGCGGCGTTCATCATCAAGAGCGTGGTCATCGGTCTGATCGAATCCGGCTCGTTATAA MDPAVFEEWMMTGLVSILIIFMGFIVWDLAKKSKAGRFGSFILFFVLGLGVAAFIIKSVVIGLIESGSL NA NA NA NA NA D1-35_04732 480 lrp_5 COG1522 Leucine-responsive regulatory protein ATGAGCAAACTCGACCGTTACGACCTGAGCATCCTGGCGGAATTGCAGCGCGACGCGCGCATCTCGAACCAGGAATTGGCCGAGCGCATCGGCCTGTCGCCCTCCCCCTGCTCGCGGCGGGTCAAGCAATTGGAAGACGATGGCTACATCACCCGCCAGGTTGCCCTGCTCGATCGCAAGATGCTCGGCCTGAGCCTGACGGCCTATGTGCTGATTGGCATGGACCGCCACACCCCCGACCGCTTCGAGACCTTCGAAGCCGCGATCCGCAACCTGCCGCAAGTGCTTGAATGCAGCCTGGTGACCGGCATCGACGCGGATTACCAACTGAAGGTGGTGGTGCCGGATATGGATCATTACCAGAAGCTGCTGCTGGGCCACCTGACCCGGATCGAAGGCGTCACCAGCGTGCGTTCGAGTTTTGTGCTGAACCAGGTGCTCAACAGTACCGAGCTGCCGCTGACTCACCTGCGCAGCTGA MSKLDRYDLSILAELQRDARISNQELAERIGLSPSPCSRRVKQLEDDGYITRQVALLDRKMLGLSLTAYVLIGMDRHTPDRFETFEAAIRNLPQVLECSLVTGIDADYQLKVVVPDMDHYQKLLLGHLTRIEGVTSVRSSFVLNQVLNSTELPLTHLRS PGPT0014049_276 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782 NA NA D1-35_04734 981 hypothetical protein ATGAAGTCGCGCATCTGGCGTTTGGCAGGTGTTGGTCTGTTGTGGGCAAGTGTCAGTGCGCAGGGAATGGCGGATGATCAGCAGAACCGTGGCGGCCCAAACGGTAATGGCCCGGGTTATTCAGGCCAGCCCCGGCCGCAAAGCAACGAGATCATTCGTGGCGATAACAGCCGACAGTTCGAGGTCCAGCCGCAATCTCCAGGTGGGCAACACTACGAGCGTCCACCGCAGGACCCCAACGTACACAACCGCCCGCCGCAACAGCAACCGGGCAACAATCTGCCGATCCAGGGCCGGCCCGACAGCGTGACCCAGACCCAGGAGCCGCGACCGGGCTACTACCGCGACATTCCACGGCGCAACGACGGCTATCCGAACGGCGGGCCGCGTCCAGGCCACGACAACCGGCCCGATCAGCACTGGCCCGGTCGGCCGGACGGCCATGGCAACGGTTGGGGGCAGGGGCCGCAATATCGGCCAGGGTATGTGATCGATCGTTTCCCGGATCGTAATTACCGTGTGCCTTATCGCGGCCAGGATTATTTCTACTCGGGTGGCTACTGGTATCGTCCGCAAGGGCCGCGTTATGTCGTAGTGCAGCCGCCTCGGGGCATTCGTACCCGCTATCTGCCCGATTATGCCCGTGAGGTCTGGATCGGCAGCTCGCTGTTTTTCCTCGCCGCCGGTGCCTATTACATTTATGAAGCCAACACCCGGGACTACGTCGTGGTCGAGGCGCCGGTCGCCAATCCGCAGCCGCAGCCCCAGGGCAACAGCTTCGACGTGGTGGCTTATCCGGCCAACGGCCAGTCGCCCGAGCAGGTCAACCAGGACGGCTACGATTGCTATCGCTGGGCGGTGCAGCAGAGTGGTTTCGACCCGCGCACCTATACCTACCCACCGGCGCCGGAAGTGGTGCAAACCTACCGCCGGGCCCAGGGCGATTGCTTGAGCAGTCGTGGGTATCAGGTGACGTACTGA MKSRIWRLAGVGLLWASVSAQGMADDQQNRGGPNGNGPGYSGQPRPQSNEIIRGDNSRQFEVQPQSPGGQHYERPPQDPNVHNRPPQQQPGNNLPIQGRPDSVTQTQEPRPGYYRDIPRRNDGYPNGGPRPGHDNRPDQHWPGRPDGHGNGWGQGPQYRPGYVIDRFPDRNYRVPYRGQDYFYSGGYWYRPQGPRYVVVQPPRGIRTRYLPDYAREVWIGSSLFFLAAGAYYIYEANTRDYVVVEAPVANPQPQPQGNSFDVVAYPANGQSPEQVNQDGYDCYRWAVQQSGFDPRTYTYPPAPEVVQTYRRAQGDCLSSRGYQVTY NA NA NA NA NA D1-35_04735 894 fieF COG0053 Ferrous-iron efflux pump FieF ATGACCACCAGCGCCGAACATGCTCGCCTGCTACGCCTGGCCACCCGCGCATCGGTGGCCGTGGCGTGCATTCTGATCGTTGCCAAGGCGCTGGCCTGGTGGCTCAGCGGCTCGGTAAGCATGCTTGCCGGCCTGACCGACTCGGCGCTGGACGGCGTCACCTCGTTGCTCAATCTGCTGGCGGTGCATTACGCCCTGCGACCGGCTGATGACGATCATCGCTACGGGCACGGCAAGGCTGAATCACTGGCCGGCATGGCCCAGGCACTCTTTATTGGCGGCAGCGCGGTGCTGATCGCATTGCAGGCATACGAACGACTCAAGCAGCCGCTGCCGGTCGAGGCGCCCTGGCTCAGCGTCGGCGTGATCGTGTTTTCCCTGGCACTGACCCTGGCGCTGCTGGCGTTGCAGCATCGGGTCGTGCGCGCCACCGGCTCCAACGCCGTGCGCGCCGACTCGCTGCACTACCGCTCGGACCTGTTGCTCAACGGTAGCATTCTGGTGGCCCTGGTCCTGGCCGGGTTCGGCTGGTACCAGCTCGACGCCTGGTTCGGCCTGGGCATCGCCGCGTACATCCTCTGGAGCGCAGTGCAGATTGCCCGGGAAAGTTTCGCCGTGCTGATGGATGAAGAACTGCCGCCAGACGTCAGCCAGCACATGCTCGAACTGGCCTGCGCGGTGCCCGGCGTGGTCGGCGCCCATGACCTGCGCACACGAATCTCCGGCAACCACTGGTTCGTGCAGTTGCACCTGGAACTGCCGGGAGAACTGACCCTGTCAGTGGCCCACGGCATCAGCGACCAGGCCGCCGATGCGATCCATCGCGCTTATCCGAAGGCCGAGGTGCTGGTGCATGCCGATCCGACAGAAGTGGTGAAGCGCGCCAACGCTTGA MTTSAEHARLLRLATRASVAVACILIVAKALAWWLSGSVSMLAGLTDSALDGVTSLLNLLAVHYALRPADDDHRYGHGKAESLAGMAQALFIGGSAVLIALQAYERLKQPLPVEAPWLSVGVIVFSLALTLALLALQHRVVRATGSNAVRADSLHYRSDLLLNGSILVALVLAGFGWYQLDAWFGLGIAAYILWSAVQIARESFAVLMDEELPPDVSQHMLELACAVPGVVGAHDLRTRISGNHWFVQLHLELPGELTLSVAHGISDQAADAIHRAYPKAEVLVHADPTEVVKRANA PGPT0003831_642 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK|IRON-TRANSPORT,PGPT0003831-fieF-K13283 NA NA D1-35_04736 420 hypothetical protein ATGCGTATTCCCTTTCGCGTGATCGGCGGCGTGCTGGTCGCCAGCCTGCTGACCCAGATCAGCGCCTGTGGCTCGATCTTCTACCCCGACCGTCGCGGCCAGATCGAGGGCAAGATCGACCCGGCCATCGCCGCGCTCGACGCCGTCGGCCTGCTGTTCTACATCATCCCCGGCCTGATCGCCTTTGCCGTGGATTTTGCCACCGGCGCGATCTATTTCGAGCCGGGCAGAAGCGTGCAGATCGAACCGGAGAAACTCAAGCCGGCCATCAACGCCGACGGCACGGTCAATAACCAGAAGCTGCAAGCCATCCTGGAGCGCGAGCTGGGCCGCAGCTTCCCGCTGAACGACCCGCGCCTGATCCAGCACAAGGGCAACGTGCAACAACTGGCCACGCTCGGTCTCGTACCCGCCGCGTAA MRIPFRVIGGVLVASLLTQISACGSIFYPDRRGQIEGKIDPAIAALDAVGLLFYIIPGLIAFAVDFATGAIYFEPGRSVQIEPEKLKPAINADGTVNNQKLQAILERELGRSFPLNDPRLIQHKGNVQQLATLGLVPAA NA NA NA NA NA D1-35_04737 2517 hrpB COG1643 ATP-dependent RNA helicase HrpB ATGATTTCTTTGCCGATTGATGAAGTTTTACCGGCCCTGCGCCAAGCCTTGGCGTCGCGCCACGAAGCGGTGCTCGAAGCGCCCCCCGGTGCTGGTAAGACGACCCGTGTTCCCTTGGCCCTCTTGAACGAGCCGTGGCTGGCCGGGCAGACCATTCTGATGCTCGAACCCCGGCGCCTGGCGGCACGGGCGGCGGCCGAGCGCCTGGCCAGCGAGCTGGGGGAAAAGGTCGGCGAAACCGTGGGCTACCGGATTCGCCTCGACAGCAAGGTCGGGCCGAAAACCCGCATCGAAGTGGTCACTGAAGGCATCCTCACCCGTCGCTTACAGGATGACCCGGCACTGGATGGCGTGGGGCTGTTGATTTTCGATGAATTCCACGAGCGCAGCCTCGACGCCGACCTTGCCTTGGCCTTGAGCCTCAATGGCCGTGAGCTGTTTCGCGAAGACCAACCGCTGAAAATCCTGCTGATGTCCGCGACCCTGGAAGGCGAACGCCTGGCCGGGTTGCTGGACGATGCGCCGATCCTGCGCAGCGAAGGACGCATGTTCCCGGTGGCGGTGCGCTGGGGCCGGCCATTCCAGCCCGGCGAATTCATCGAACCGCGACTGGTGCAGACCCTTCTCGAAGCGCTGCACGACGAAACCGGCAGCGTGCTGGTGTTCCTGCCGGGGCAGGCGGAGATTCGCCGCGTTCATCAACAATTGGCCGAAGCCTTGGGCGAGGGCGGCAACGTGTTGCTCTGTCCACTGCATGGCGAACTGGACCTGGCCGCCCAACGCGCCGCCATCGATCCGGCACCGCCCGGCCAGCGCAAAGTGGTGCTCGCCACCAACATCGCCGAGACCAGCCTGACCATCAACGGTGTGCGGGTGGTGGTCGATGCCGGGCTCGCCCGCGTACCGCGCTTCGACCCGGGCAGTGGCATGACCCGCCTCGACACCCAGCGTATCTCCCGCGCCAGCGCCACCCAACGGGCCGGCCGGGCCGGGCGACTGGAGCCGGGGGTGTGTTACCGGCTGTGGTCCGAAGACCAGCATGAACAGCTGGCGGCCTACGGCAGCGCCGAGATTCTCTCGGCGGACCTGGCCGGTCTGGCGTTGCAGTTGGGCCGCTGGGGCGTGACGCCGCAGCAGTTGACGTGGCTCGACGTCCCGCCGACCGCCGCGTATGCCCAGGCGCGGGATTTATTGCAGCGCCTGGGTGCGCTGGACGGTGGACAACTGACTCGGCACGGCCAGGCCATGGCCGAGCTGCCGGCCCATCCGCGCATCGCGCACTTGCTGCTGCGGGGCCAGGCGCTGGGGCTGGCGGACATGGCCTGCAATGTCGCGGCGCTGTTGGGCGAACGTGACATTCTTCGAGGCGCCGGCGCGGATTTGCACAGTCGCCTGGCGTTACTGTCCGGCGAGGAACGAGCGGCACGCGGCGCTCAGGGCGGTGTGCAGCGGGCGCGGCAATTGGCCCGGCAATATCGTGGCTACTTGCGCGGCAAGGCCGAGGAAGCTGTCGCCGATCCCGAGCATCCGCGTTGGCTCGGCGTGCTGTTGGCGCTGGCCTATCCGGATCGCGTCGCGCAACAGCGGCGACCCGGCGGCGCGGAATATCGCCTGGCGAATGGGCGCGCGGCGCTGTTTGCCGAGGCCGATAGCTTGATGAAGCAACCGTGGTTGGTGATTGCCGAACTGGGCAGTCGCCAAGGCCAGCGGGAAGAACGGATCTATCTGGCGACGGATTTCGATCCGGTGCTGTTCGATTCGGTGCTGGCAGAGCAAGTACGTACCGAAGACCAACTGGATTGGGACGAGCGCGAAGGCGTGCTGCGGGCCGAGCGCCAGCGCAAGGTCGGTGAACTGGTGCTCAGCCGCGAGCCATTGACCGGCCTGGATGAATCTGCCCGCAGCCGGGCGCTGGTCAACCTGGCACGGCGCAAGGGGTTGGAATTGTTGCCGTGGACGCCGGAGCTGCGTCAGTGGCAGGCGCGGGTGGCGCTGTTGCGTCGGCTCGACCTGGATACCAAGGGCGACAGCGAGTGGCCGGACGTCAGCGATGCGGCGTTGCTGCTCAGTCTTGAAGACTGGTTGATGCCATATCTGGGCCGGGTGTCGCGCCTTAGTCATTTTGCCAACCTGGACCTGTCGAGCATCGTCCGTAACCTGTTGCCCTGGCCTCTGCCGCAAAGGCTGGACGAACTCGCGCCGCAGCACGTGAGCGTGCCTTCCGGTTCATCGATTCGCCTGGATTACAGCGAACACCCACCTATTCTGGCGGTGCGCTTGCAGGAGCTTTTCGGCCTGGCCGACACCCCGCGTATCGCCGGTGGTCGGCAGGTGGTCAAGCTGCACCTGCTATCGCCCGCGCGCCGACCAGTGCAAGTGACCCAGGACCTGGCGAACTTCTGGCGTAGTACTTACGCCGAGGTGAAGAAGGATCTCAAGGGACGGTATCCCAAGCACTACTGGCCGGACGACCCGCTGGTGGCGGAGGCGACGGCGCGGGCCAAGCCGCGTAAGTGA MISLPIDEVLPALRQALASRHEAVLEAPPGAGKTTRVPLALLNEPWLAGQTILMLEPRRLAARAAAERLASELGEKVGETVGYRIRLDSKVGPKTRIEVVTEGILTRRLQDDPALDGVGLLIFDEFHERSLDADLALALSLNGRELFREDQPLKILLMSATLEGERLAGLLDDAPILRSEGRMFPVAVRWGRPFQPGEFIEPRLVQTLLEALHDETGSVLVFLPGQAEIRRVHQQLAEALGEGGNVLLCPLHGELDLAAQRAAIDPAPPGQRKVVLATNIAETSLTINGVRVVVDAGLARVPRFDPGSGMTRLDTQRISRASATQRAGRAGRLEPGVCYRLWSEDQHEQLAAYGSAEILSADLAGLALQLGRWGVTPQQLTWLDVPPTAAYAQARDLLQRLGALDGGQLTRHGQAMAELPAHPRIAHLLLRGQALGLADMACNVAALLGERDILRGAGADLHSRLALLSGEERAARGAQGGVQRARQLARQYRGYLRGKAEEAVADPEHPRWLGVLLALAYPDRVAQQRRPGGAEYRLANGRAALFAEADSLMKQPWLVIAELGSRQGQREERIYLATDFDPVLFDSVLAEQVRTEDQLDWDEREGVLRAERQRKVGELVLSREPLTGLDESARSRALVNLARRKGLELLPWTPELRQWQARVALLRRLDLDTKGDSEWPDVSDAALLLSLEDWLMPYLGRVSRLSHFANLDLSSIVRNLLPWPLPQRLDELAPQHVSVPSGSSIRLDYSEHPPILAVRLQELFGLADTPRIAGGRQVVKLHLLSPARRPVQVTQDLANFWRSTYAEVKKDLKGRYPKHYWPDDPLVAEATARAKPRK NA NA NA NA NA D1-35_04738 1080 hypothetical protein ATGACCCGTCTGCTGCGATACACCTTGCTGGGCCTGTTGTTGCTCGTCGGCATTGCGGCCTTTTCCATCTATGGCCCGACCTGGCGCCCACAGGCCCGGGAAGCGATGCCCGTCAGCTGCTCCGCGAAGGCCCCACCGCTGGTGCCCGGCCAAGCCCTGAAGGTGATGACCTGGAACGTCCAGTTCCTGGCTGGCAAGCGCTACGTGTTCTGGCACGACCTGGCCGAGGGCGACGATGAAAGCCCGACCCCGGAAGACATGGCCTTCAGCCTCGACGAAGTGGCACGGGTCATTCGCGACGAACAGCCGGACGTGGTGCTATTGCAGGAACTCGACAACGGCGCCAAGGCCAGCGACTACCAGAACCAGCTCAAGCTCTTGCAGGAACGGCTGGCCGACCTCTATCCCTGCGGCACCAGCGCTTTTGACTGGAAAGCCGATTTCATTCCCAGCCCACATATCTTCGGCAGCGTTGGTCGCCAGTTGGCGACGCTGAGCCGCTATCGCATCGACCACGCCGAGCGGGTGCAATTGCCCGTGGCCGAGGCGAACTTCATCACCCGCCAGTTCCAGCCGAAAAATGCCTTGCTTGTGAGTTACCTGCCCCTGAGCGGCGGCGGCCAACTGGCGGTACTCAATACACATCTGGAGCGGGCCACCCAGCCGGACGACACTGCGCGCGCGCAAGTCAGCGCGATAGCCAAGGCCTTGGACAAGCTTGAATCCGCCGGCACTCCCTGGCTGACCGGGGGAGACTTCAACCTGTTACCCCTGGGCCAATACCGACGCCTGCCCACCGAGCAACGCTCGCCCTACTCCGCCGACAGCGAATTGCATCTGCTGTGGGACAAATACCCGATGATCCCCACCAACAACGAGGCCAGCGGCATCGACCGCGCAAACTGGCTGACCCATTACCCCAACGATCCCGGCCTCAACGGCCCCGATCGGACCGTCGATTACCTGTTCTACAGCCCCCGCCTCAAACGGGTCGAAGCCCAGGTCCGGCAGGACGATACGTTGCGCATTTCCGATCATTTGCCGGTGATCGCGCGGTTTCTGTTGCCGGCCACCCCTTGA MTRLLRYTLLGLLLLVGIAAFSIYGPTWRPQAREAMPVSCSAKAPPLVPGQALKVMTWNVQFLAGKRYVFWHDLAEGDDESPTPEDMAFSLDEVARVIRDEQPDVVLLQELDNGAKASDYQNQLKLLQERLADLYPCGTSAFDWKADFIPSPHIFGSVGRQLATLSRYRIDHAERVQLPVAEANFITRQFQPKNALLVSYLPLSGGGQLAVLNTHLERATQPDDTARAQVSAIAKALDKLESAGTPWLTGGDFNLLPLGQYRRLPTEQRSPYSADSELHLLWDKYPMIPTNNEASGIDRANWLTHYPNDPGLNGPDRTVDYLFYSPRLKRVEAQVRQDDTLRISDHLPVIARFLLPATP NA NA NA NA NA D1-35_04739 660 hypothetical protein ATGAATCCGTTAGAAGTACTGCGTGACTCCTTGTATTTTTTCAAGCGCAACCTGGGCCGGATCGCCCAGCTGTGCCTGCCGCTGGTAATACTTGAGGCGGTCCTGCAACAAGGGGTGGACAGCGCCATCGGCGCCGACGGTTTCTCCGGCTACAGCGTGATCGTCGGTCTCCTCGTGTACCCGCTGTATACCGCGGCGTTGATCCTGTTTCTCGATGCCCGCAGTCGCGGCGAAGCCCCGCGTGCCCGTGACCTGCTCGCGGCAGCCCTCCTCCAGTGGCCGCGCTTCGCCTTGCTGACCGCCCTTAACACGTTGCTGATCCTGATCGGCATTTCCTTGTACTTCCTGCCGGGGCTGTGGCTGATGGTCGTCCTCGCCTTCGGTGAATACCTGTTGGTTTTGCGGGGCATGGCGCCCTTGGCGGCCATGAAGGAAAGCGCGCGCCTGAGTCGAGGCAATTTCTGGCGAATCCTGTTATGCATCCTCGCCGTAATGGTCCCGTTGTGGCTGCTCAAGGGCGCCAGCGTCTCGGTGTATCCGCCGCCGCAGAACCCCTTCATCAGTTTGCTGATCGACAGCGTTCACAGTTTCTTGCAACTGTTCACCACCGTGGTGCTGTTCCGAATGTTCATGTTGATTGCAGAAAAACCCGAGCCATGA MNPLEVLRDSLYFFKRNLGRIAQLCLPLVILEAVLQQGVDSAIGADGFSGYSVIVGLLVYPLYTAALILFLDARSRGEAPRARDLLAAALLQWPRFALLTALNTLLILIGISLYFLPGLWLMVVLAFGEYLLVLRGMAPLAAMKESARLSRGNFWRILLCILAVMVPLWLLKGASVSVYPPPQNPFISLLIDSVHSFLQLFTTVVLFRMFMLIAEKPEP NA NA NA NA NA D1-35_04740 771 hypothetical protein ATGAACAGCGAAGAACAAACCCTGATCGATGGACTGTTTTCCCGGCTGCAACAGGCCGAAAAGGATTCAGCCCCGCGCGACGCCCAGGCAGAGGCGCGGATCAAGGAACACTTGGCCAACCAGCCTGCCGCGGGCTATTTCATGGCCCAGGCGATCCTGGTGCAAGAGGCGGCGATCAAGCGCCTGGACGAGCAGAACAGACAGCTCGCCCAACAGGTCGAGCAATTGCAGGGCGAATTGCAGCAGGCCCGCAGCCAGACTTCGGCGCCAAGCGGCGGCGGTGGTTTCCTTTCGAGTATCTTCGGTGGCAGCAACCGCGATTCACGGCCAGCAAGCGCACCGGCATCCAGCGGTGGCGGCTGGCGCGAACCTGCGCGGCCTTCCTTCAACGCACCGGCCCAGCCAGGCTTTGGCGCTGCGCCCGGCAACTATGCCGCGCCGCAACAGCAGGCCCCAGCGGCGGGCAGCTTTCTCGGTGGCGCCTTGAAAACCGCGGCGGGCGTGGCCGGTGGTGTGATGCTCGCCCAGGGCATCAGTAGCCTGTTCCACAGCAATCAACCCGAGGAGATCGTCGAGGTCCTCAAGGAAGAGCCGGCCCAGCCGGTCAATGACACCGCCAACAACGGTGACAGCGGTTGGGGCGATGATCAGCGCGTGGCCGACAGCGATAGCGACGGCAACAATAGCTATGGCAACGACCAGGGCGGTTTCAGCGACGCCGACTACAGCGACGATTCGTCCTTGTTCGGCGACGACGACTCTTTCGTCTGA MNSEEQTLIDGLFSRLQQAEKDSAPRDAQAEARIKEHLANQPAAGYFMAQAILVQEAAIKRLDEQNRQLAQQVEQLQGELQQARSQTSAPSGGGGFLSSIFGGSNRDSRPASAPASSGGGWREPARPSFNAPAQPGFGAAPGNYAAPQQQAPAAGSFLGGALKTAAGVAGGVMLAQGISSLFHSNQPEEIVEVLKEEPAQPVNDTANNGDSGWGDDQRVADSDSDGNNSYGNDQGGFSDADYSDDSSLFGDDDSFV NA NA NA NA NA D1-35_04741 480 hypothetical protein GTGAAAAAAATCGCAGTGTTCGCCGATGTCCAGAACCTCTACTACACCGTGCGCCAAGCCTATGGCTGCCATTTCAACTACGCGGCGCTGTGGGCTGATGTGAGCAAGCAGGGGCAGATCGTCGAGGCCTATGCCTACGCGATCGATCGCGGTGACAGCAAGCAACAGCAGTTCCAGCAGATCCTGCGCAACCTGGGGTTCACCGTGAAACTCAAGCCCTATATCCAGCGCAGCGACGGCTCGGCCAAGGGCGACTGGGACGTGGGCATCACCCTGGACATCATGGACGCCGCCGACCATGTCGACGAGGTGGTCCTGGCCTCCGGTGATGGCGATTTCGACATGTTGCTCGAACGCATCATCAGCAAACACGGCGTGCAGGCTGTGGCCTATGGAGTACCTGGGCTGACCGCCAACTCGCTGATCCGCGCCGCCAGCCGCTACGTGCCGATCGAAGGCGCGTTGCTGCTCAAGAATTGA MKKIAVFADVQNLYYTVRQAYGCHFNYAALWADVSKQGQIVEAYAYAIDRGDSKQQQFQQILRNLGFTVKLKPYIQRSDGSAKGDWDVGITLDIMDAADHVDEVVLASGDGDFDMLLERIISKHGVQAVAYGVPGLTANSLIRAASRYVPIEGALLLKN NA NA NA NA NA D1-35_04742 612 polC_2 COG2176 DNA polymerase III PolC-type TTGGAACGCATCGCAGTCATCGACTTTGAAACCACCGGCATCACCCCGAGCAGCGGTTGCCGGGCCACCGAAATCGCCGTGGTGATCCTTGAGCAAGGCCGGATAGTCGACCGTTACCAGAGCCTGATGAACGCCGGCGTGCGCGTGCCGGCCTTCATCGAGCAACTGACCGGTATCAGCAATGCCATGCTGCGCAGCGCACCGCCAGCGGAAAAGGTCATGAACGAGGTCAACGAGTTCGTCGGCATCACGCCGCTGCTGGCTCACAATGCCGCGTTCGACCAGAAGTTCTGGGACTTCGAACTGGGACGAATCAAGCGCACCCGCCTGCAGAATTTTGCCTGTTCACTGCTGTTGGCCCGACGCCTGATGCCAGCGGCGCCGAACCACAAGCTCGGCACGCTCAACGCTTTCGCCGGCCTGCCCCACACCGGCCAGGCTCACCGGGCCATGGCCGACGCCGAAATGGCCGCCAACCTCACCGCGCACCTGGCCTCGGAGCTGCGGCAAAAGCATGGGTTGCGGGAGCTGTCCCATGATCTGCTGTGCAGCTTGCAGAAGGTGCCGGCAGCGAAGATCAACGAGCATCTCAAGCGCCATCGCGGGTTCTGA MERIAVIDFETTGITPSSGCRATEIAVVILEQGRIVDRYQSLMNAGVRVPAFIEQLTGISNAMLRSAPPAEKVMNEVNEFVGITPLLAHNAAFDQKFWDFELGRIKRTRLQNFACSLLLARRLMPAAPNHKLGTLNAFAGLPHTGQAHRAMADAEMAANLTAHLASELRQKHGLRELSHDLLCSLQKVPAAKINEHLKRHRGF NA NA NA NA NA D1-35_04743 903 yedA putative inner membrane transporter YedA ATGCCTGGCCCACGCCGTTTTCCGTTGCCATTGATCGCTGCCTTCTTCGCCTTGTACGTCATCTGGGGATCGACCTATCTGGTGATTCGCATCGGCGTCGAGCATTGGCCGCCCTTGCTGCTGGCCGGGATTCGTTTTGTGATCGCCGGGTCGTTGATGTACGGCTTCTTGCGCTGGAAGGGCGCGCCGGCGCCGACCTGGGCGCAATGGAAGGCCGGGGCGCTCATTGGCGTGTTGCTGCTGACCTTCGGCAATGGTGCGGTGAGTATCGCCGAGCATACAGGCGTAGCTTCGGGCGTGGCGGCGCTGGCCGTGGCGACGGTGCCGTTGTTCACCTTGCTCTGCGGGTATTTCTGGGGTGCACGCAATACCCGTCTCGAGTGGGCGGGGATTGTGTTGGGGTTGATCGGCATTGCCATGCTCAACCTGGGTTCCAACCTGCAGTCGAGCCCGTTGGGGGCGGCTTTGCTGGTGTTCGCCGCCGCCTCGTGGGCCTTCGGTTCGGTGTTGAGTAAACATGTGCAACTACCCGCAGGCGCCATGGCCAGCGCCGTGGAGATGCTGGTGGCCGGCGTGGTGCTGTTGATCGGCAGCTTCGCCAGTGGCGAGCGCCTGGAAAGCATGCCGCCGCTGGAAGGCTGGTTCGCGCTGGTCTATCTGATCGGTTTCGGTTCGATCATCGCCTTCAACGCCTACATGTACTTGCTCAAGCATGTGCGTCCGGCCGCAGCCACCAGCTACGCCTATGTCAACCCGGCGGTAGCGGTGTTGCTGGGGATCGTCTTCGCCGGGGAAACCATCGGTATCGAAGAGGCCTTGGCGATGCTGGTGATTATCAGCGCCGTGGTCCTGATCGGGTTGCCGCAGTGGCGCAAGCCCAAGCCCCCACCGGCCGAATCATGA MPGPRRFPLPLIAAFFALYVIWGSTYLVIRIGVEHWPPLLLAGIRFVIAGSLMYGFLRWKGAPAPTWAQWKAGALIGVLLLTFGNGAVSIAEHTGVASGVAALAVATVPLFTLLCGYFWGARNTRLEWAGIVLGLIGIAMLNLGSNLQSSPLGAALLVFAAASWAFGSVLSKHVQLPAGAMASAVEMLVAGVVLLIGSFASGERLESMPPLEGWFALVYLIGFGSIIAFNAYMYLLKHVRPAAATSYAYVNPAVAVLLGIVFAGETIGIEEALAMLVIISAVVLIGLPQWRKPKPPPAES NA NA NA NA NA D1-35_04744 1338 rhlE_3 COG0513 ATP-dependent RNA helicase RhlE ATGACTTTCGCCACTCTTGGCCTGATCGAACCCCTGCTGCGCGCCCTCGAGACGCTCGGCTACCAGACGCCGACCCCGGTCCAGGCCCAAGCCATGCCGGCGGTGCTCGCCGGTCGCGACCTGATGGCAGCAGCCCAGACCGGCACCGGCAAGACCGCCGGTTTCGCCGTGCCGCTGTTGCAGTTGTTGACCACCGAAGGACCGAAAGTTGCCGCCAACTCGGTGCGCGCGCTGATCCTGGTACCGACCCGCGAGCTGGCCGAGCAGGTCCATGAAAGCGTGCGCCAGTACGCGCAGAACCTGCCGCTGAGCACCTACGCGGTGTACGGCGGTGTCAGCATCAACCCGCAAATGATGAAGCTGCGCAAAGGCGTCGATCTGTTGGTGGCCACGCCGGGCCGCTTGCTCGACCTGTTCCGCCAGAACGCGCTGAAGTTCAACCAGTTGCAGACCCTGGTGCTGGACGAGGCCGACCGCATGCTCGACCTGGGCTTCTCCGAAGAACTGGCGAACATCTACAAGGCCCTGCCGAAGAAGCGCCAGACCTTGCTGTTCTCGGCGACCTTCTCCGATGCGATCCGCCTGCTGGCCGGGCAGATGCTCAACGACCCGCTGAGCATCGAAGTGAGCCCGCGCAACGTGGCCGCCAACACCGTCAAGCAATGGGTGGTGACGGTGGACAAGAAGCGCAAGCCGGAACTGTTCATCCACCTGATGCGCAAGCACAAGTGGAAGCAGGTGCTGGTATTTGCCAAGACCCGCAACGGCGTCGATGCACTGGTGGAAAAACTCCAGGGCCTGGGCGTCAACGCCGATGGCATCCACGGCGACAAACCCCAGGCGACCCGCCAGCGTGCGCTGGATCGTTTCAAGGCCAGCGAAGTGCAGATCCTGGTGGCCACCGACGTCGCGGCCCGTGGCTTGGACATCGAGGACTTGCCGCTGGTGGTGAACTTCGATTTGCCGATCGTCGCCGAGGACTACATCCACCGTATCGGTCGTACGGGCCGTGCGGGTGCCACCGGGCAGGCGATTTCCCTGGTCTGCGCCGATGAAGTGAATCTGCTGTCGGCCATCGAAACCCTGACCCGCCAGGCATTGCCCCGGCAGATGGAACATGATTTCGAACCTGAGCATCGCGTGCCGGAAACCGATGCCAGCGGCCAGGTGATCAAGAAACCGAAAAAACCAAAAAAGCCGAAAGCTTCCGGTGGTGGCGGCAAGCGCAACCTTGGCAAGTGGGTGGACAGTGGCGACTCGGGGCCGGTGGAGCCTTCGGTGAAACCTGTGCGAAAAGTGCCGGTGTTCAATACCGGACCGCGCAAGCGTAAGCCTTGA MTFATLGLIEPLLRALETLGYQTPTPVQAQAMPAVLAGRDLMAAAQTGTGKTAGFAVPLLQLLTTEGPKVAANSVRALILVPTRELAEQVHESVRQYAQNLPLSTYAVYGGVSINPQMMKLRKGVDLLVATPGRLLDLFRQNALKFNQLQTLVLDEADRMLDLGFSEELANIYKALPKKRQTLLFSATFSDAIRLLAGQMLNDPLSIEVSPRNVAANTVKQWVVTVDKKRKPELFIHLMRKHKWKQVLVFAKTRNGVDALVEKLQGLGVNADGIHGDKPQATRQRALDRFKASEVQILVATDVAARGLDIEDLPLVVNFDLPIVAEDYIHRIGRTGRAGATGQAISLVCADEVNLLSAIETLTRQALPRQMEHDFEPEHRVPETDASGQVIKKPKKPKKPKASGGGGKRNLGKWVDSGDSGPVEPSVKPVRKVPVFNTGPRKRKP PGPT0013740_2558 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927 NA NA D1-35_04745 1242 baiN COG2081 3-dehydro-bile acid delta(4,6)-reductase ATGACCTCGACCACCAAGCCTTCCACCCCAAACATCGCCATTATCGGCGGCGGCCCGGCCGGCCTAATGGCGGCCGAGGTGTTGAGCAAGGCCGGCTTCCAGGTCGACCTGTACGACGGCATGCCATCGGTGGGCAGGAAATTTCTGCTGGCCGGTGTCGGCGGCATGAATATCACTCACTCGGAAGCTTTCCCGGCGTTCCTCTCCCGCTACGGCGAACGCGCGCCGAATATCGCCCCGCTGCTGCGGGCATTCGGCGCCGATGAGTTGTGCGAATGGATTCATGGCCTGGGCATCGACACCTTTGTCGGCAGCTCCGGGCGGGTATTTCCTACCGATATGAAGGCCGCCCCGCTGCTGCGCGCCTGGCTCAAGCGCCTGCGCGATGCCGGCGTGGTGATTCATACGCGCCACCGCTGGCTTGGCTGGAATGCCGACGGCAGCCTGCGCATTGCCAGCCCGGACGGGGAAAAGGCCCTACAGCCCGACGCGACCTTATTGGCGCTGGGAGGCGGCAGTTGGTCACGCCTGGGCTCCGACGGTGCCTGGATGTTGCCGCTGGAACAGCGCGGCGTGGTCCTCGCGCCCTTGCAGCCAAGCAACTGCGGGTTCGATGTGCCGGGCTGGAGCGATCTGCTGATCGCCAAATTTGCCGGCACCCCACTGAAGAACATTGCCATCGGCCTCGACGATGACGTGCCACGCCTCGGCGAATGCGTCATCACCGTCACCGGCATCGAGGGCAGCCTGATCTATGCGCTGTCGGCGCGGATTCGTGAGGCTATCAACCAACACGGCAGCGCGACCATTCATCTGGACCTGCTGCCGGGCCGGCCTGTGGACAAGATTCTCCTGGCATTAAGCAAGCCTCGCGGTTCTCGCTCGATGGCTAAGCATCTGCACAGCCAGTTGGGGCTCGACGGGGTGAAGGCGGCGTTGTTACGGGAACTGACTTCAGCCGATTGTTTTGCCGACATGGCGCGGCTGGCCCAGGCGATCAAGGCGTTGCCGGTCACGCTGGTGAAAACCCGTCCGCTGGACGAAGCCATCAGCAGTGCCGGCGGCGTGACCTTCGAGGCACTCGATGAGCGACTGATGCTCAAGCAAATGCCCGGCGTTTTCTGCGCGGGAGAGATGCTCGATTGGGAAGCGCCGACCGGCGGGTACTTGCTTACGGCATGCTTTGCCAGCGGTCGTGCGGCGGGGTTGGGGATGGTGGAGTGGCTGCAGCGCCAGGCTTGA MTSTTKPSTPNIAIIGGGPAGLMAAEVLSKAGFQVDLYDGMPSVGRKFLLAGVGGMNITHSEAFPAFLSRYGERAPNIAPLLRAFGADELCEWIHGLGIDTFVGSSGRVFPTDMKAAPLLRAWLKRLRDAGVVIHTRHRWLGWNADGSLRIASPDGEKALQPDATLLALGGGSWSRLGSDGAWMLPLEQRGVVLAPLQPSNCGFDVPGWSDLLIAKFAGTPLKNIAIGLDDDVPRLGECVITVTGIEGSLIYALSARIREAINQHGSATIHLDLLPGRPVDKILLALSKPRGSRSMAKHLHSQLGLDGVKAALLRELTSADCFADMARLAQAIKALPVTLVKTRPLDEAISSAGGVTFEALDERLMLKQMPGVFCAGEMLDWEAPTGGYLLTACFASGRAAGLGMVEWLQRQA NA NA NA NA NA D1-35_04746 921 hypothetical protein ATGCCGCTACCGCTGATCTACCACGAAGACTACAGCCCCGAATTCCCTGCGGAGCACCGTTTCCCCATGGACAAGTTCCGCCTGCTGCGCGATCACCTGGTGGACAGCGGCCTGGCCCGGGACGCGGACCTGCTGCGTCCGGCCCTATGCCCGCCGGACATCCTCGCCTTGGCCCATGATCGCGCCTATATCGAACGCTACATGGGCGGCGAGTTGTCCCGCGAAGACCAACGGCGCCTCGGCCTGCCCTGGAGCGAAGCCTTGGCTCGCCGAACGGTACGCGCCGTCGGCGGATCACTGCTGGCCGCCGAGCAGGCCCTCGAACACGGGCTGGCCTGTCACCTGGCCGGCGGTACCCACCACGCCCACTACGACCACCCGGCCGGATTTTGCATCTTCAATGACCTGGCGGTGATCAGCCGCTATTTCCTCGCCAGCGGTCAGGTCTCGCGAGTGCTGATTTTCGACTGCGACGTGCACCAGGGCGACGGTACGGCTCGAATACTCCATGACACTCCCGACGCCGTGACAGTTTCCTTGCACTGCGAAAAGAATTTTCCTGCACGCAAGGCGCAAAGCGACTGGGATATTCCCCTACCGATGGGCATGGAGGACGCCGCCTACCTGAAAGTCGTCGATGACGCGCTCAATTACCTGCTGCCGCTCTATCAGCCCGATCTGGTGCTCTATGACGCCGGCGTCGATGTGCACAAGGACGATGCCCTCGGTTACCTGAAGCTGACCGACGAAGGCCTCGCCGCCCGGGACGAGAGCGTCATGCGCCATTGCCTGGGCCGGGACATTCCGGTGGTCGGCGTGATCGGCGGCGGCTACAGCAAGGACCGCAAGGCCCTGGCCCGCCGGCACGGAATCCTGCACCACAGCGCACAGAAGGTCTGGACGTCATCAGGTTGTCATTGA MPLPLIYHEDYSPEFPAEHRFPMDKFRLLRDHLVDSGLARDADLLRPALCPPDILALAHDRAYIERYMGGELSREDQRRLGLPWSEALARRTVRAVGGSLLAAEQALEHGLACHLAGGTHHAHYDHPAGFCIFNDLAVISRYFLASGQVSRVLIFDCDVHQGDGTARILHDTPDAVTVSLHCEKNFPARKAQSDWDIPLPMGMEDAAYLKVVDDALNYLLPLYQPDLVLYDAGVDVHKDDALGYLKLTDEGLAARDESVMRHCLGRDIPVVGVIGGGYSKDRKALARRHGILHHSAQKVWTSSGCH NA NA NA NA NA D1-35_04747 570 COG1670 Acetyltransferase ATGGAGCCGATACTGGAAGTGGAAAGCGCACGGCTGATTCTGCGGCAGTGGCGCGATGAAGATCTGCCGGCGTTTGCGGCGATGTCTGCCGATCCGCAAGTGATGCGTTATTTTCCGGCCCCCCTGAGTCGTCTGGAAAGCGCTGCGTTGATCGGCCGGGTGCGCGGGCATTTTGCCGAGCATGGTTTTGGTTTGTGGGCATTGGAGCGCAAGGACACCGGTGCCTTCATCGGTTTTACCGGGCTGGGCGTGGTCGGGTTCGATGCGCATTTCACCCCGGCGGTGGAAATCGGCTGGCGCCTGGCGCGCGAACACTGGGGGCTGGGGTATGCCAGCGAAGCCGCGTGGACCGCGTTGCGTTGCGCCTTCGACCGCCTGGGCCTGGATGAAGTGGTGGCGTTTACCGCTGTGGATAACTTGCCTTCGCAGAAGGTCATGCAGGCCATCGGCATGCAGCACGATCCGGACGATGATTTCGAACACCCAAAGCTCGCGGTCGGTCATCCATTGCGTCACCATGTGCTCTATCGCATCAATCGTGAGCAATGGTTGCAGACCCTTCACGGTTAA MEPILEVESARLILRQWRDEDLPAFAAMSADPQVMRYFPAPLSRLESAALIGRVRGHFAEHGFGLWALERKDTGAFIGFTGLGVVGFDAHFTPAVEIGWRLAREHWGLGYASEAAWTALRCAFDRLGLDEVVAFTAVDNLPSQKVMQAIGMQHDPDDDFEHPKLAVGHPLRHHVLYRINREQWLQTLHG 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 D1-35_04748 870 tesB_2 COG1946 Acyl-CoA thioesterase 2 ATGAGCCACGTGTTGGAAGATCTGGTCGACCTGCTGACCCTGGAACCGATCGAAGAGAACCTGTTTCGCGGTCGCAGCCAGGACCTGGGCTTTCGCCAGCTGTTCGGCGGCCAGGTGCTGGGCCAGTCGCTGTCGGCGGCCAGCCAGACCGTGGAAGAGGCGCGCCATGTGCATTCGATGCATGGCTACTTCCTGCGTCCGGGCGATGCGGCGTTGCCGGTGGTCTACCAGGTGGATCGCGTGCGTGATGGCGGCAGCTTCAGCACCCGACGGGTCACGGCGATCCAGAAGGGCAACCCGATCTTCACCTGCAGCGCGTCGTTCCAGTACGACGAACAGGGCTTCGAGCACCAGAGCACCATGCCGCAGGTCGTCGGGCCGGAAAACCTGCCCTCGGAGCTGGAACTGACCCAGCAGCGCGCGCACCTGTTGCCTGAGCACATGCGCGAAAAACTGCTGTGCCCCAAGCCGATCGAGGTGCGCCCGGTCACCGAAAAGGACCCGTACAACCCGCAACCGGCCGATCCGGTCAAGTACGTGTGGTTTCGTGCCGATGGCGCCTTGGCTGACTCCCCGGCCCTGCATAAATACCTGCTGGCCTACGCGTCGGATTTCGGCCTGCTGACCACCTCGTTGCTGCCTCATGGCAAATCGGTCTGGCACAAGGACATGCAGGTCGCCAGCCTCGACCACGCGTTGTGGTTCCATGCCGACCTGCGCGCCGATGACTGGTTGCTCTACGCCATGGACAGCCCCTGGGCCGGCAATTCCCGTGGTTTCTCCCGTGGCAGTGTGTTCAATCGCGCCGGGCAACTGGTGGCCTCGGTGACCCAGGAAGGCCTGATTCGCCATCGCAAGGACTGGGCATGA MSHVLEDLVDLLTLEPIEENLFRGRSQDLGFRQLFGGQVLGQSLSAASQTVEEARHVHSMHGYFLRPGDAALPVVYQVDRVRDGGSFSTRRVTAIQKGNPIFTCSASFQYDEQGFEHQSTMPQVVGPENLPSELELTQQRAHLLPEHMREKLLCPKPIEVRPVTEKDPYNPQPADPVKYVWFRADGALADSPALHKYLLAYASDFGLLTTSLLPHGKSVWHKDMQVASLDHALWFHADLRADDWLLYAMDSPWAGNSRGFSRGSVFNRAGQLVASVTQEGLIRHRKDWA PGPT0001835_1246 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001835-tesB-K10805 NA NA D1-35_04749 594 mupP_2 COG0546 N-acetylmuramic acid 6-phosphate phosphatase ATGAGCCTGGCCGATGTGCGGCACTGGGTGTTCGACATGGACGGCACGCTGACCGTCGCCGTGCACGATTTCGCCGCGATCCGCGTGGCCCTGGCGATTCCGGCCGAAGACGACATCCTCACGCATCTGGCGGGATTGCCCGCTGAAGAAGCCGCGGCCAAACATGCCTGGTTGCTGGAACACGAGCGGGACCTGGCGCTGGGCTCCAGGCCCGCGCCGGGGGCGGTGGAGCTGGTCCGCGAGTTGGCCGGGCGTGGTTATCGCCTGGGCATCCTGACGCGCAATGCCCGCGAGCTCGCCCACGTGACGCTTGACGCGATCGGCCTGGCCGATTGTTTTGCCGTGGAGGACGTTCTCGGCCGTGATGAAGCGCCGCCCAAACCTCATCCCGGTGGCCTGTTGAAACTGGCCGAGGCCTGGAACGTGGCGCCCGAGACCATGGTGATGGTGGGCGACTACCGCTTTGACCTCGACTGCGGCCGCGCGGCGGGCGCGCGGACGGTGCTGGTGAATCTGCCGGACAATCCCTGGCCTGAGTTGACGGACTGGCATGCGCGTGATTGCGCCGAGTTGCGGCGGATGCTTTCGGCTTGA MSLADVRHWVFDMDGTLTVAVHDFAAIRVALAIPAEDDILTHLAGLPAEEAAAKHAWLLEHERDLALGSRPAPGAVELVRELAGRGYRLGILTRNARELAHVTLDAIGLADCFAVEDVLGRDEAPPKPHPGGLLKLAEAWNVAPETMVMVGDYRFDLDCGRAAGARTVLVNLPDNPWPELTDWHARDCAELRRMLSA NA NA NA NA NA D1-35_04750 948 hypothetical protein ATGAAGTGGCGGGCATTGATCGGGCTGGTGCTGTGCTGCGCCGTAGCCCAGGCCGAGGAACACGGCGTCAAGGTGATCGCCGAGGGACGCTTGCAGATCAGGGGCGGCGCCATGGCCGTCGGTGTCAGCCCGCCACCGGCCTCGATCGAGCGGGTGCTGATCATCCTCCATGGTCGGCTACGCAATGCCGATACTTACTTGCACAGCGCTGAAAAAGCCGCGGCACAGGCCGGTCAGTCGGCGACGACGTTGATCATTGCCCCACAATTTCTCAACGAACATGACGTAGCGCGCCATCAGTTGCCTGCCGAAATCCTGCGCTGGCAGGGCAACGACTGGATGGCGGGAGGCCTGTCCACGGGACCGAAACCGCTCAGTTCATTCCAGGTGCTGGACGACATCGTTGCGCGGGTCAGCGACCGCCAGCAGTTTCCCGCAGTGAAAGACATCATCATCGCCGGCCACTCCGGCGGCGCCCAAGTGGTGCAGCGCTATGCCCTGCTTGCCCATGGTACTTATCGCATCAGCCCACGGTTCGTGATCGCCAACCCTTCGTCCTATGTCTACCTGGACGCACAGCGGCCCATGGCGTTCGACCCGGTCAGTTGCCCAGGCTTCAATCGCTGGAAATACGGCCTGGAAAACCTGCCCGCCTACGCTACAGGGCAAACGCCCGCCCAGCTCGAGGATCGCTACATCAGGCGCGACATCGTCTATCTGCTGGGGCAACAGGACATCGACCCGGAACATCCGGCGCTGGATAAAGGTTGTGAAGCGCAGACACAAGGGGCGTATCGGCTGCTACGGGGGCATTTCTTCTTTGACTACCTGACCCGGCGTCACCCGCAAGGGTTGAATCAGCGACTGATTGAAGTGCCCGGGGTTGGGCATGATGGGGATGGGATGTTCAATTCGCCGGAGGGGTTGAAGGTGTTGTTTGGGCAGTGA MKWRALIGLVLCCAVAQAEEHGVKVIAEGRLQIRGGAMAVGVSPPPASIERVLIILHGRLRNADTYLHSAEKAAAQAGQSATTLIIAPQFLNEHDVARHQLPAEILRWQGNDWMAGGLSTGPKPLSSFQVLDDIVARVSDRQQFPAVKDIIIAGHSGGAQVVQRYALLAHGTYRISPRFVIANPSSYVYLDAQRPMAFDPVSCPGFNRWKYGLENLPAYATGQTPAQLEDRYIRRDIVYLLGQQDIDPEHPALDKGCEAQTQGAYRLLRGHFFFDYLTRRHPQGLNQRLIEVPGVGHDGDGMFNSPEGLKVLFGQ NA NA NA NA NA D1-35_04751 888 COG2321 putative protein ATGCTATGGAAAAAAGGTCGCCGCAGTGACAACGTGGTGGACGCCCGCGGTGACGGTGGGGGCGGCGGCGGGATGCGTTTTGGTGGCGGCAAGGGCTTGAGCCTGACGGCCATTATCCTGATCGTCGGCATCGGCTGGATCACCGGCCAGGACCCCATGCAGATTCTCGGGCAACTGACCGGGCAGATGGACCAGGCTTCCGCGCCCGCCTCTTCGCAAACGCGCCAGGCACCACCGGCCAACGACGAACAGGCTGAATTCGTGCGCTCCATCCTGGGCGATACCGAAGACACCTGGGGCCAGGTTTTCCAACAGGCCGGGCGCCAGTACCAGCAACCGAAGCTGGTGCTGTTCAGCGGTCGGGTCAACTCGGCGTGCGGCCTGGCTTCCTCGGCGACCGGCCCCTTCTACTGTCCGGCGGACCGGCAGGTTTACCTGGACATGAGTTTCTTCAAGGAAATGTCCCAGCGCTTTTCCGCCGCCGGAGACTTTGCCCAAGCCTACGTCATCGCCCATGAAGTGGGCCACCACGTGCAGACGCTGCTCGGCGTGTCGGCGAAAATCCAGGAAGCGCGCCAGCAAGGCCGGCAAATGGAAGGCGACGGTGGTTTGCTGGTGCGTCAGGAATTGCAGGCCGACTGCCTGGCGGGCGTCTGGGCCAACCACGCGCAAAAACGCCTGAACTGGCTTGAACCGGGCGATATCGAAGAGGCCTTGACCGCCGCCAATGCCATTGGCGACGATCGCCTGCAGCAACAAGGCCAGGGCCGCGTGGTGCCGGACTCGTTTACTCACGGCACCTCGGCACAACGGGTGCGCTGGTTCAAGACCGGTTTTTCTCAAGGCCAGGTCAGCCAGTGCGACACCTTCGCGGCGAAAACCCTGTAG MLWKKGRRSDNVVDARGDGGGGGGMRFGGGKGLSLTAIILIVGIGWITGQDPMQILGQLTGQMDQASAPASSQTRQAPPANDEQAEFVRSILGDTEDTWGQVFQQAGRQYQQPKLVLFSGRVNSACGLASSATGPFYCPADRQVYLDMSFFKEMSQRFSAAGDFAQAYVIAHEVGHHVQTLLGVSAKIQEARQQGRQMEGDGGLLVRQELQADCLAGVWANHAQKRLNWLEPGDIEEALTAANAIGDDRLQQQGQGRVVPDSFTHGTSAQRVRWFKTGFSQGQVSQCDTFAAKTL NA NA NA NA NA D1-35_04752 879 ribN Riboflavin transporter ATGACCGTCAGCACTCCGCTCTCCGGCGTCAACCAGGCTTTCAAGGGCATCGTGCTTATTCTGGTCGCAACGTTCCTGTTCTCCAGTCACGACGCATTGTCCAAATATCTCTCGGGTTTTTATCCGATCATCATGGTGGTCTGGGCCCGTTACGTGGTGCACACGTTGTTGATGGCGGGCATTTTCCTGCCGCGCTCGGGGCTGCGGGTGCTGCGGACCAAGCGTCCGTTGTGGCAACTGGCCCGGGCGTTGTGCCTGTTGGGCACCAGTCTGTTTTTCACCACGGCGCTGATGTACATCCCCTTGGCCGAGGCGACCGCGGTCAACTTCCTCGCCCCCGTGCTGGTCACCGCGCTGTCAGTGCCGTTGCTGGGCGAACACGTGACGCGCGGTCAGTGGATCGCGGTGATCTTCGGTTTCATCGGGGTGCTGATCATCGTTCACCCCGGTGGTGATCTGTTCACGCCGGCGGTGCTGTTGCCGTTCTGTTCGGCGCTGTTTTTCTGCTTCTACCAATTGCTCACGCGCAAGCTCAGCGAGATCGACAGCCCGACCACCAGCAACTTTTTCGCAGGACTTTGCAATACCCTGGTGATGAGCGCGCTGGTGCCGTTTTTTTGGCAAGTGCCCAGCGTGACCCACGGCTTGATGATGCTCGCATTGGGTGCCTGCGGGATGACCGCGCACCTGATGCTGACCCAGGCCTTCCGCTTCGCCGCCCCGGCGTTGCTGGCGCCATTCGGGTATTGCCAGATTATTTTCGCCGGGCTGCTCGGCTGGCTGTTGTTCAGCCATACGCCGACGCTGACCACGGTAGTGGGTATCGTCCTGATCTGCTTGAGTGGATTGGCAGCGGCGTGGCAGCAGCGGCGCAAGTAA MTVSTPLSGVNQAFKGIVLILVATFLFSSHDALSKYLSGFYPIIMVVWARYVVHTLLMAGIFLPRSGLRVLRTKRPLWQLARALCLLGTSLFFTTALMYIPLAEATAVNFLAPVLVTALSVPLLGEHVTRGQWIAVIFGFIGVLIIVHPGGDLFTPAVLLPFCSALFFCFYQLLTRKLSEIDSPTTSNFFAGLCNTLVMSALVPFFWQVPSVTHGLMMLALGACGMTAHLMLTQAFRFAAPALLAPFGYCQIIFAGLLGWLLFSHTPTLTTVVGIVLICLSGLAAAWQQRRK PGPT0023680_142 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023680-sam-K15270 NA NA D1-35_04753 1338 exuT_2 Hexuronate transporter ATGATTCCTTCCCAGAGTTCCCGCCTGGCCCCCGGCCTGAGTGCCGCCCAAGACGGCATCGGCGACAAGATCCGTGGCGCCATGGCCGTGGGCAAGACCCGTTGGGGCATGCTTGCCCTGGTGTTTTTCGCCACCACCCTGAACTACATCGACCGCGCCGCCCTTGGGGTCATGCAGCCGATCCTGGCCAAGGAGATGAGCTGGACGGCGATGGACTACGCCAATATCAACTTCTGGTTCCAGGTCGGTTATGCGGTCGGCTTCCTGCTGCAAGGTCGCCTGATCGACCGGATCGGCGTCAAGCGCGTGTTCTTCTGCGCCGTGCTGCTCTGGAGCCTGGCAACCGGCGCCCATGGCCTGGCCACTTCGGCGGTGGGCTTCATGGTCTGCCGCTTCATCCTCGGCCTGACCGAAGCCGCCAATTACCCGGCCTGCGTCAAGACCACGCGGCTGTGGTTCCCGGCCGGCGAACGGGCCGTGGCCACCGGCATCTTCAATGCCGGCACCAACGTTGGCGCGATGTTCACGCCGATGCTGCTGCCGCTGATCCTGCACGTGTGGGGCTGGCAGGCCGCGTTCCTGTGCATGGCCGCGCTGGGCGGGATCTGGTTGCTGTTCTGGGGCCTGAAATATTTCAACCCGGAAGATCACCCCAGCGTCAAACAGTCGGAACTGGACTACATCCAGGCCCAGGAAGAACCGGACCAGGTCCGCGTACCGTTCTCCCGTATCCTGCGCATGCGCGGCACCTGGGCCTTCGCCCTGGCCTACTCGATTACCGCGCCGGTGTTCTGGTTCTACCTCTACTGGCTGCCGCCGTTTCTCAACCAGCAATACAACCTGGGCATCAACGTGACCCAGATGGGCATCCCGCTGATCATCATCTACCTGACCGCCGACTTCGGCAGCGTCGGCGGCGGGATCCTGTCCTCGTTCCTGATCGGTCGCGGGGTCAACCCGATCAAGGCGCGACTGGTCTCCATGCTGCTGTTCGCCTGCTGCATCGTTGGGGTGATCATGGCCGCCGGCTCCAGCAGCCTGTGGGTGGCGGTGTTTGCCATCTCCCTGGCCATCGGCGCGCACCAGGCCTGGACGGCAAATATCTGGAGCCTGGTGATGGATTACACGCCCAAGCACATGATGAGCACGGTGTTCGGCTTCGGCGGCATGTGCGCCGCCGTCGGCGGGATGTTCATGACCCAGTTGGTGGGGCACATCCTGACCGTCACCAATAACAACTACACGGTGCTGTTCACCCTGATTCCGGCGATGTATTTCATTGCGCTGATCTGGATGTACTTCATGGCGCCGCGCAAGGTTCCGACCCTGGAAAACTGA MIPSQSSRLAPGLSAAQDGIGDKIRGAMAVGKTRWGMLALVFFATTLNYIDRAALGVMQPILAKEMSWTAMDYANINFWFQVGYAVGFLLQGRLIDRIGVKRVFFCAVLLWSLATGAHGLATSAVGFMVCRFILGLTEAANYPACVKTTRLWFPAGERAVATGIFNAGTNVGAMFTPMLLPLILHVWGWQAAFLCMAALGGIWLLFWGLKYFNPEDHPSVKQSELDYIQAQEEPDQVRVPFSRILRMRGTWAFALAYSITAPVFWFYLYWLPPFLNQQYNLGINVTQMGIPLIIIYLTADFGSVGGGILSSFLIGRGVNPIKARLVSMLLFACCIVGVIMAAGSSSLWVAVFAISLAIGAHQAWTANIWSLVMDYTPKHMMSTVFGFGGMCAAVGGMFMTQLVGHILTVTNNNYTVLFTLIPAMYFIALIWMYFMAPRKVPTLEN PGPT0017205_297 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_HEXURONATE_TRANSPORT,PGPT0017205-exuT-K08191 NA NA D1-35_04754 1899 hypothetical protein ATGCAGCGTTCCATTGCCACTGTTTCCTTGAGCGGTACCCTGCCGGAAAAACTCGAAGCGATTGCCGCCGCTGGTTTCGACGGCGTGGAAATTTTCGAGAACGACCTCCTGTATTACGACGGCAGCCCTCGGGAAATCAGGCAAATGTGCGCCGACCTGGGTATCGCCATCACTTTGTTCCAGCCATTTCGGGATTTCGAAGGCTGCCGCCGGGATCGTCTGGCGCGCAACCTTGACCGCGCCGAGCGCAAATTCGACCTGATGCAAGAGCTGGGCACCGATCTGGTGCTGGTGTGCAGCAATGCCTCGGCCGACAGCGTCGGCGACGAGCAGGTCCTGATTGATGACCTCAGGCTGCTGGCCGAGCGCGCCGGTGCGCGGGGCCTGCGCATCGGCTATGAGGCGTTGGCCTGGGGCCGCCACGTGAATACTTATCAACAGGTCTGGAACATCGTGCGCCAGGCCGATCACCCCAGCTTGGGCGTGCTGCTCGACAGCTTCCACACCTTGTCCCTCAAGGGCGACCCGAGCGCCATCGCCGAGATTCCCGGGGACAAGATTTTTTTCGTGCAGATGGCCGACGCACCGATCCTGGCGATGGACGTCCTGGAGTGGAGCCGGCATTTCCGCTGTTTCCCGGGCCAGGGCGAATTCGACCTGCCGGGTTTCCTCGCGCCGATCATCCAGAGCGGTTACACCGGGCCGCTGTCGCTGGAGATCTTCAACGACGGGTTTCGCGCCGCGCCGCCCAGGGCCAACGCCGCCGACGGTTTGCGTTCGCTGCTGTACCTGGAAGAGAAAACCCGTGAGCGCCTGGCCGCGCAAGCGCCTGCGCAGAACAGCGATATCCTCTTCGCGACAGCGCCGGCCAGCGAATACAACGGCGTTGAATTCCTGGAGTTCGCCGTGGATGACAACCTCGGCGCCAAGCTCTCCCACTGGCTGGAGCGGCTGGGGTTCGTCAAGGCCGGCCAGCATCGCTCCAAGAACGTCAGCCTGTTGCGCCAGGGCGATATCAACCTGATCCTCAATTGCGAGCCGTATTCCTTCGCCCACAGCTTTTTTGAAGCCCATGGCCCATCGTTGTGCGCCACCGCCGTGCGGGTCAAGGACAGCGCCAGCGCTCTCAAGCGGGCGGTGGCCTACAAGGGCCAGCCTTATCGTGGCCTGGTCGGGCCCAACGAGCTGGAGCTGGCGGCGGTGCGAGCGCCGGACGGCAGCCTGATCTACCTGGTGGACCAGGACGCCGATGTCTATGGCACCGATTTCAACTTGCAACCCGGTGCGGTCATCGGCGCCGGGCTCAAGCGCATCGACCACATGGCGATGGCGCTGCCGGCCGACAGCCTCGACAGTTGGGTGCTGTTCTACAAGAGCCTGCTGGATTTCGAAGCTGACGATGAAGTGGTGTTGCCCGACCCCTATGGCCTGGTGAAAAGCCGTGCGTTGCGCAGCCGTTGCAGTTCGATTCGTTTGCCGCTGAACATTTCCGAGAACCGCAACACCGCGATCTCACATGCACTGTCGAGTTATCGCGGTTCCGGCGTGCACCATATCGCCTTTGACTGCGACGATATCTTCGCCCAGGTCAGCCGTGCCAAGGAGGCCGGGGTGCCGTTGCTGGACATTCCGCTCAACTACTACGATGACCTGGCGGCACGTTTCGATTTCGATGATGAGTTTCTCAGCGAGCTGGCCTATTTCAACGTGTTGTACGACCGTGACGCTCAGGGCGGCGAGTTGTTTCACGTCTATACCGAACCGTTCGAAGGGCGCTTTTTCTTCGAAATCATCCAGCGCAAGAACGGTTATGCCGGCTACGGCGCGGCCAACGTCGCGGTGCGGCTGGCGGCCATGGCCAAGTCTCGTAGCGGTGGCTTGCGGCACGCCAAGTTGTAG MQRSIATVSLSGTLPEKLEAIAAAGFDGVEIFENDLLYYDGSPREIRQMCADLGIAITLFQPFRDFEGCRRDRLARNLDRAERKFDLMQELGTDLVLVCSNASADSVGDEQVLIDDLRLLAERAGARGLRIGYEALAWGRHVNTYQQVWNIVRQADHPSLGVLLDSFHTLSLKGDPSAIAEIPGDKIFFVQMADAPILAMDVLEWSRHFRCFPGQGEFDLPGFLAPIIQSGYTGPLSLEIFNDGFRAAPPRANAADGLRSLLYLEEKTRERLAAQAPAQNSDILFATAPASEYNGVEFLEFAVDDNLGAKLSHWLERLGFVKAGQHRSKNVSLLRQGDINLILNCEPYSFAHSFFEAHGPSLCATAVRVKDSASALKRAVAYKGQPYRGLVGPNELELAAVRAPDGSLIYLVDQDADVYGTDFNLQPGAVIGAGLKRIDHMAMALPADSLDSWVLFYKSLLDFEADDEVVLPDPYGLVKSRALRSRCSSIRLPLNISENRNTAISHALSSYRGSGVHHIAFDCDDIFAQVSRAKEAGVPLLDIPLNYYDDLAARFDFDDEFLSELAYFNVLYDRDAQGGELFHVYTEPFEGRFFFEIIQRKNGYAGYGAANVAVRLAAMAKSRSGGLRHAKL PGPT0009480_69 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0009480-hppD-K00457 NA NA D1-35_04755 678 nicS HTH-type transcriptional repressor NicS ATGACTATGAATCCAGAGCTTTCCGCAGCCCTCGACGAACCTGTCGCCGCGCCGCGCAAGAGTCGCAAGAACAACCCGGAAAAGACCCGGGAAAACATTCTTCAGGAAGCTATCGTCGAGTTCGTCCAGCAGGGCCTGGCCGGCGCGCGGGTCGACGCCATCGCCGAGCGCATCCACACCTCCAAGCGGATGATCTATTACTACTTCGGCAGCAAGGAGCAGCTGTACGTCGAGGTGCTGGAAAAACTCTACGGCGATATCCGCACCACCGAAAGCCGCCTGCACCTGGCGGAGCTGGCGCCGGTCGACGCGATCCGGCGCCTGGTGGAGTTCACCTTCGACCACCATGACCGCAACGTCGATTTCGTGCGTATCGTCTGCATCGAGAACATCCACAACGCCGAATACGTGAAGCAATCCGGCGCGATCAAGGCGATGACCAACACCATCCTCGATTCCCTTGGCGTGATATTGCGCCGAGGCGCCGAGGAGGGCGTATTTCGCGCCGGCCTCGAGCCGCTGGATGTGCATCTGCTGATCAGTTCGTTCTGCTTCTATCGGGTGTCCAACCGCCAGACGTTCGGTGAGATCTTTCAGATCGATCTGTCGGACGAAGCGGTCAAGCAGCGCCATCGGCAGATGGTCTGTGAATCGGTATTGCGGTACTTGCAGGCCTGA MTMNPELSAALDEPVAAPRKSRKNNPEKTRENILQEAIVEFVQQGLAGARVDAIAERIHTSKRMIYYYFGSKEQLYVEVLEKLYGDIRTTESRLHLAELAPVDAIRRLVEFTFDHHDRNVDFVRIVCIENIHNAEYVKQSGAIKAMTNTILDSLGVILRRGAEEGVFRAGLEPLDVHLLISSFCFYRVSNRQTFGEIFQIDLSDEAVKQRHRQMVCESVLRYLQA NA NA NA NA NA D1-35_04756 852 aroE_2 Quinate/shikimate dehydrogenase (NAD(+)) ATGTCCAACGTCACTGTACTGGCCGGCCTGATCGGCGCGGGCATCCAGGCCTCTCGCACGCCGGCGCTCCACGAACACGAAGGCGATGCCCAAGGCATGCGTTACCTGTATCGGCTGATTGATCTGGATGCGCTGAAACTCGACAGCGGCGCCCTGGGCGATTTGCTGGTGGCTGCCGAACGCATGAGTTTTACCGGGTTGAATATCACGTTTCCCTGTAAACAGGCGGTCATCCCGCTGCTGGACGAGTTGTCGCCCGAAGCGCGCGGCATCGGTGCGGTAAATACCGTGGTGCTCAAGAATGGCAAACGCATCGGCCACAACACCGACTGCCTCGGGTTCGCCGAAGGCTTTCGTCGAGGCTTGGGCGATGTTTCCCGTCGCCATGTCGTCCAGATGGGCGCAGGGGGTGCCGGGGCTGCCGTTGCCCACGCGCTACTCGCCGAAGGCGTGGAGACGCTGAGCATCTTTGATGTCGAGACCAGCCGTGCCGAGGCGCTGGCGAATAACCTGAACCAACAGTTCGGCGCCAGCCGTGCTCGCGCCGGGCATGACCTGCCCACCGCCATGGCCGAGGCCGACGGGCTGGTGAACACCACGCCCATGGGCATGGCGAAACTGCCGGGGATGCCGGTACCGGTGGAGCTGTTGCGAGGCGATCTGTGGGTCGCGGAAATCGTCTATTTCCCGTTGGAAACCGAACTGCTGCGCAACGCCCGCGCCCTCGGCTGCCGCACGCTGGATGGCGGCACCATGGCGGTGTTCCAGGCGGTGAAGGCGTTCGAACTGTTCAGCGGCGTGGCGCCCGATGCGGGGCGGATGCTGGCGCATTTTCAGCGTATGGATCACTGA MSNVTVLAGLIGAGIQASRTPALHEHEGDAQGMRYLYRLIDLDALKLDSGALGDLLVAAERMSFTGLNITFPCKQAVIPLLDELSPEARGIGAVNTVVLKNGKRIGHNTDCLGFAEGFRRGLGDVSRRHVVQMGAGGAGAAVAHALLAEGVETLSIFDVETSRAEALANNLNQQFGASRARAGHDLPTAMAEADGLVNTTPMGMAKLPGMPVPVELLRGDLWVAEIVYFPLETELLRNARALGCRTLDGGTMAVFQAVKAFELFSGVAPDAGRMLAHFQRMDH PGPT0012890_2195 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 D1-35_04757 441 aroQ COG0757 3-dehydroquinate dehydratase ATGCCTCCGATCGTTCTGGTGCTCAACGGCCCGAACCTGAACCTGCTCGGCACCCGCGAGCCGGCCACCTATGGCCACGAAACCCTGGCTGATATTTCCGCGCTGTGCGGCTGCGCCGCCGAGGAGTTCGGCCTGGCCGTGGAGTTCCGCCAGACCAACCAGGAAGGCGAATTGCTCGACTGGATCCACAGCGCCCGTGGCCGGTGTGCCGGGATCATCATCAACCCGGCGGCCTGGACCCACACTTCGGTTGCGATCCGCGACGCGCTGGTGGCCAGTGAAGTCCCGGTGATCGAAGTCCACCTGTCCAACGTCCACGCCCGCGAAACCTTTCGCCACCACTCCTTTGTCTCGTCAGTCGCCATCGGCGTGATGTGCGGGTTCGGCAGCCATGGTTATCGCCTGGCCCTGGAACATTTCAGTCAGCGGTTGAAGGGTTGA MPPIVLVLNGPNLNLLGTREPATYGHETLADISALCGCAAEEFGLAVEFRQTNQEGELLDWIHSARGRCAGIIINPAAWTHTSVAIRDALVASEVPVIEVHLSNVHARETFRHHSFVSSVAIGVMCGFGSHGYRLALEHFSQRLKG PGPT0012905_3003 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012905-aroQ|qutE-K03786 NA NA D1-35_04758 1080 trmA COG2265 tRNA/tmRNA (uracil-C(5))-methyltransferase ATGACTTTTGATTCCCAGGCCTACGCCGCCCAGTTGCAGGACAAGGTCACGCGCTTGCGTGACTTGCTGGCTCCGTTCAATGCACCCGAGCCCGAGGTATTCGACTCGCCCTTGCAGAACTTCCGCCTGCGCGCCGAATTCCGCCTGTGGCGCGAAGCCGGCGAACGCCACTATGCGATGTTCTCCCAGGACGACAAGCGCACGCCGATCCTGATCGAAGAGTTCCCCATCGCCAGCTTGCGCATCAACCAGTTGATGCCGCAGCTCAAGGCCGCCTGGCAGGCCAGCGCGCCCTTGAGCCACAAGCTGTTCCAGGTGGAATTCCTGACCACCCTGGCCGGCGACGCGATGATCACCCTGTGTTATCACCGCCCGCTGGATGAACACTGGCACGCCGCGGCGTCGAAGCTCGCGACCGACCTGGGCGTCAGTATCATCGGGCGCTCCAAAGGCAAACGGGAAGTGATCGGCCACGATTATGTGGTGGAAAAACTTGAGGTGGGCGGCCGTGCCTTCAGCTATCGCCAGCCCGAAGGTGCCTTCACCCAGCCCAACGGCACGGTAAACCAGAAGATGCTCAACTGGGCTTATGAAGCCTTGGGCGATCGCAGCGACGATCTTCTGGAGCTTTACTGCGGCAACGGCAACTTCACGTTGCCCCTGGCCACCCGCGCGCGCAACGTGCTCGCCACTGAAATCAGCAAGACATCGGTCAACGCAGCGCTGAGCAACCTCAGCGAAAACGCTGTGGATAACGTCACGTTGGTACGGCTGTCCGCCGAGGAACTGACCGAAGCCTTGAACGAAGTCCGCCCATTCCGCCGCTTGCAGGGTATCGACCTGAAAAGCTACGAATTCGGCAGCGTCTTCGTCGACCCACCTCGCGCCGGCATGGACCCGGACACCTGCGAACTGACCCGACGCTTCGACAACATCCTCTACATCTCCTGCAACCCGGAAACCCTCGCCGCGAACATCGCGCAGTTGAGCGACACCCACCGCATCACGCGCTGCGCGTTGTTCGATCAGTTTCCGTGGACTCATCACATGGAATCCGGCGTGTTGCTGACTCGGCGTTGA MTFDSQAYAAQLQDKVTRLRDLLAPFNAPEPEVFDSPLQNFRLRAEFRLWREAGERHYAMFSQDDKRTPILIEEFPIASLRINQLMPQLKAAWQASAPLSHKLFQVEFLTTLAGDAMITLCYHRPLDEHWHAAASKLATDLGVSIIGRSKGKREVIGHDYVVEKLEVGGRAFSYRQPEGAFTQPNGTVNQKMLNWAYEALGDRSDDLLELYCGNGNFTLPLATRARNVLATEISKTSVNAALSNLSENAVDNVTLVRLSAEELTEALNEVRPFRRLQGIDLKSYEFGSVFVDPPRAGMDPDTCELTRRFDNILYISCNPETLAANIAQLSDTHRITRCALFDQFPWTHHMESGVLLTRR NA NA NA NA NA D1-35_04759 1296 adeP_2 COG2252 Adenine permease AdeP ATGCTGGAAAGGCTGTTTCAACTCAAGGCACACAACACCAACGTGCGGACCGAGATCCTGGCGGGCGTCACGACCTTCCTGGCCATGGCCTACATTCTGTTCGTCAACCCGAGCATTCTCGGCGAAACCGGCATGGACAAGGGTGCCGTATTCGTCGCCACCTGCCTGGCGGCGGCCATTGGTTCGACGGTCATGGGCCTGATCGCCAACTACCCGATCGCCCTTGCACCGGGCATGGGCCTGAATGCCTTCTTCACCTACACCGTGGTCTTGCACATGGGCCATACCTGGCAAGTGGCGCTGGGTGCGGTGTTCGTCTCCGCCGTATTGTTTTTCCTGCTGTCGATCTTTCGTATTCGCGAATGGATCATCAACAGCATCCCGCTGCCACTGCGCTCGGCCATCGCCGCCGGTATCGGCCTGTTCCTGGCGCTGATCGCCTTGAACAACGCTGGCATCGTAGTGAAAAACCCGGCGACCATGGTCGGTCTCGGCGACCTGAAGCAACCGGCACCAATCCTGGCGACCCTGGGCTTCGTCCTCATCGTCGCCCTGGAAGCACTGAAAGTGCGCGGCGCCGTGCTGATCGGCATCCTGGCGGTCACCGTTGTCTCGATCGTAATGGGCTTCACGCCGTTTGGCGGGATCATTTCCGCGCCGCCCTCCCTCGCCCCGACGTTTTTGCAACTGGACATCAAGGGCGCCCTGGACATCGGTCTGGTGAGCGTGATCTTCGCCTTTCTCTTCGTCGACCTGTTCGACAACTCCGGCACCCTGATCGGCGTCGCCAAGCGCGCCGGGCTGATGGGCAAGGATGGCCACATGCCGAAGATGGGCCGCGCGCTGATCGCCGACAGCACCGCCGCCATGGCCGGTTCGCTGCTGGGCACCTCGACGACCACCAGCTACATCGAGTCGGCGGCAGGCGTCAGCGCCGGCGGACGCACCGGCCTGACCGCCATCGTCGTGGCGATCCTGTTCCTGCTGGCGCTGTTCTTCTCGCCACTGGCCGCCAGCGTCCCGGCCTTCGCCACCGCGCCGGCCCTGTTGTTTGTGGCCGTGTTGATGACCTCCGGCCTGGCCGAGATCGACTGGGACGACATCACCGTCGCCGCCCCGGTGGTGATCACGGCGCTGGCAATGCCGTTCACCTACTCCATCGCCAATGGCATCGCCTTCGGCTTCATCGCCTGGACCGCCATCAAACTGGTGTCCGGCCGTGGCCGTGAGCTGAACCCGGCGCTGGTCATCCTGTCGATCCTGTTCGTTATCAAGTTGGGTTGGTTCAACGCATGA MLERLFQLKAHNTNVRTEILAGVTTFLAMAYILFVNPSILGETGMDKGAVFVATCLAAAIGSTVMGLIANYPIALAPGMGLNAFFTYTVVLHMGHTWQVALGAVFVSAVLFFLLSIFRIREWIINSIPLPLRSAIAAGIGLFLALIALNNAGIVVKNPATMVGLGDLKQPAPILATLGFVLIVALEALKVRGAVLIGILAVTVVSIVMGFTPFGGIISAPPSLAPTFLQLDIKGALDIGLVSVIFAFLFVDLFDNSGTLIGVAKRAGLMGKDGHMPKMGRALIADSTAAMAGSLLGTSTTTSYIESAAGVSAGGRTGLTAIVVAILFLLALFFSPLAASVPAFATAPALLFVAVLMTSGLAEIDWDDITVAAPVVITALAMPFTYSIANGIAFGFIAWTAIKLVSGRGRELNPALVILSILFVIKLGWFNA PGPT0007325_5019 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 D1-35_04760 447 hypothetical protein ATGTATCGCATGAAAAAATTCGCATGGGCCTGCGCGTTGAACCTGGCGCTGCTCGGACCGGCGGCGCACGCCGCCTCAGCGCCGCCGCTGAGCGAGGTCAAGGTGCTCAAGGTCGAATCGCCGACCTGTGGGTTTGAGAATATCGCGGCGGGGCAGACGCAGACCCGTTGCGATCATAGCGGGCCGAATATCAAGGTCTACGTGCTGGAGGTCGGTTATGGCCGCCAACCTCATGTCACGCTGGACGGCTTCGAAGTCGACGGCACCCGCTCGCCAGGGTGTGCGTTCAGCAATGGCAATCTCAACGACTGTTCGACAAGCACCAAGGTGGTCGGCTACCTGTATATCTTCGATCTGAAGGGCAAGCAGGAAGGCACTTTCAGCTTCAGCAATGTGTCAATCAACGCGCCGGGGAACCGGATGGCGACCGAGCTCTACATCAAATGA MYRMKKFAWACALNLALLGPAAHAASAPPLSEVKVLKVESPTCGFENIAAGQTQTRCDHSGPNIKVYVLEVGYGRQPHVTLDGFEVDGTRSPGCAFSNGNLNDCSTSTKVVGYLYIFDLKGKQEGTFSFSNVSINAPGNRMATELYIK NA NA NA NA NA D1-35_04761 567 yajL COG0693 Protein/nucleic acid deglycase 3 ATGATTCCTGGAACCAAGATCCCCCGAGCCCTGATTGCCGTGGCTGAAGGCGTCGACGATTTGCAGACGGTGACGCTGATCGATGTGTTGCGTCGTGCGCAGCTCGAAGTGGTGGTGGCGAGTATCGAGGGCCGACGCATGCTCACCTGTGCACGCGGCACGCGCCTGACCGCCGACGGCATGCTGGTGGACATGCTGGTCCAGGATTTCGACCTGATCGTCCTGCCGGGCGGCATCATTGGCGCGCAGCATCTGGCCGCCCACCAGCCGTTGCAGCAGTTGGTCAGGGACCAGGCCGCCGCCGGGCGATCTTTTGCCGCCATCGCCGAAGCGCCGGCGCTGGTACTCCAGGCGTTCGGCGTGCTACGCCAGCGCCGCATGACGTGCCTGCCCGCCGTGAGCCAGCAGCTGTCCGGATGCAGCTTCGTCGACCAGCCGGTGGTGGTGGATGGCAATTGCATCACCGCCCAAGGCTCGGCCGCCGCCCTGATATTTGCCCTGACGCTGGTGGAGCAACTCGCCGGCAAGGGTGTGAGGAGCGTGGTGGCGGCGGAGTTGCTGGCCTGA MIPGTKIPRALIAVAEGVDDLQTVTLIDVLRRAQLEVVVASIEGRRMLTCARGTRLTADGMLVDMLVQDFDLIVLPGGIIGAQHLAAHQPLQQLVRDQAAAGRSFAAIAEAPALVLQAFGVLRQRRMTCLPAVSQQLSGCSFVDQPVVVDGNCITAQGSAAALIFALTLVEQLAGKGVRSVVAAELLA PGPT0008945_846 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B1|THIAMIN_METABOLISM PLANT_VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008945-thiJ-K03152 NA NA D1-35_04762 525 paoA COG2080 Aldehyde oxidoreductase iron-sulfur-binding subunit PaoA ATGAGCGCGACCTTGTCCGAAGCGACGCAGGCGTCCTTCGTCCGTCATCCGATACGTCTGACACTCAATGGCGCCGTGCGTGAGTTGCAGGTGCTGCCCTGGACCACGCTGCTGGACCTGCTGCGCGAGCAACTGGACCTGGTAGGCAGCAAGAAAGGCTGTGATCACGGCCAATGCGGCGCCTGCACGGTGTTGCGTGATGGCAAGCGTATCAACGCCTGCCTGACCCTGGCGGTGATGTGCGACGGCGCCGAGTTGACCACCGTCGAGGGCTTGGCCAATGGCGATGAGCTGCACCCCATGCAACGGGCGTTCATCAAGCATGACGCGTTCCAGTGCGGCTACTGCACGCCGGGGCAGATCTGTTCGGCGGTGGGGCTGGCCAACGAGGGCCGGGCGCAGACCAGCGCCGAAATCAGCGAACTGATGAGCGGCAACCTCTGCCGATGCGGCGCCTACAACAATATTCGCGACGCCATCGAGGAAGCGCTTCCGCTCTGCCAGCCAACGGAGGGCGAGCGATGA MSATLSEATQASFVRHPIRLTLNGAVRELQVLPWTTLLDLLREQLDLVGSKKGCDHGQCGACTVLRDGKRINACLTLAVMCDGAELTTVEGLANGDELHPMQRAFIKHDAFQCGYCTPGQICSAVGLANEGRAQTSAEISELMSGNLCRCGAYNNIRDAIEEALPLCQPTEGER PGPT0007290_1041 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007290-yagT-K13483 NA NA D1-35_04763 993 paoB COG1319 Aldehyde oxidoreductase FAD-binding subunit PaoB ATGAATCCCTTTAGCTACAGCAAGCCCGACACCGTGCAGGCGGCCGTCGAGTTGTCCAGTGCGAACTCGCGCTTCATCGCCGGCGGCACCAACCTGCTGGACCTGATGAAGGAAAACCTCAGCCGCCCCCAGCACTTGATCGATATCACCGGTCTGCCTTTGACGGACCTCAGCGAGACCCCGTCGGGCGGGGTGATGATTGGCGCATTGGTGAGCAATGCCGATCTGGCCTGGCATCCGTGGGTTCAGCGGCGCTATCCGCTGCTCGCCCAAGCCATCCTGGCGGGCGCCTCGCCGCAGTTGCGCAATATGGCCAGCACCGGTGGCAACCTGTTGCAACGCACGCGCTGCTATTACTTTTATGACGCCTCCGTGCCGTGCAACAAGCGGCGCCCAGGCAGCGGTTGCCCGGCCCGAAGCGGCCTGAACCGGATCCACGCGATTTTCGGCGCCAGTGATCAGTGCGTGGCGACTCATCCGTCGGACATGTGCGTGGCCCTGGCGGCGCTTGAGGCGGTTGTTCATGTGCTGGGACGGGGCGGCGCGCGGACCATCGAGTTCGCGGATTTTCACCGTCTGCCCGGTGACGCACCGGATCGGGACAACCAATTGGCCGATGACGAGCTGATCACCTACATCGAGTTGCCCCCAGCGGGTTTTGCTGAACATAGCCACTACCTGAAGATCCGTGACCGGGCCTCCTACGCCTTTGCGCTGGTTTCGGTGGCGGCGGCGCTGGAGCTTGATGGGCCGGTGATTCGCCAGGCTCGGCTGGCCCTCGGCGGTGTAGCCCACAAACCGTGGCGCGACAAGGCCGTGGAAAACTGGCTGGTCGGCCAGGCCGTCAGCCGCGAAACCTTTACGGCGGCTGCCGATGCGTTAATGCAGAACGCCGAGCCGCTGGAGCACAACGGCTTCAAAGTCAAACTGGCACGCCGGGCAATTATCCGCGCCTTGAGCGATGCCGCGCTGGTGGGGGGAACCACCCGATGA MNPFSYSKPDTVQAAVELSSANSRFIAGGTNLLDLMKENLSRPQHLIDITGLPLTDLSETPSGGVMIGALVSNADLAWHPWVQRRYPLLAQAILAGASPQLRNMASTGGNLLQRTRCYYFYDASVPCNKRRPGSGCPARSGLNRIHAIFGASDQCVATHPSDMCVALAALEAVVHVLGRGGARTIEFADFHRLPGDAPDRDNQLADDELITYIELPPAGFAEHSHYLKIRDRASYAFALVSVAAALELDGPVIRQARLALGGVAHKPWRDKAVENWLVGQAVSRETFTAAADALMQNAEPLEHNGFKVKLARRAIIRALSDAALVGGTTR PGPT0007275_429 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007275-yagS-K11178 NA NA D1-35_04764 2202 paoC COG1529 Aldehyde oxidoreductase molybdenum-binding subunit PaoC ATGAATGCATTGAGCAAAACCATAGGCAAGCCGCTTGACCGGACCGATGGCCTGCTCAAGGTCACTGGTCGGGCCCGATACGCCGGGGAGTATCCCGAAGATGGCCTGCTGCACGGCAGCGTCGTCTCCAGCGGTATCGCCCGTGGCCGGGTCGTGCGCATCGATGCTTCCCGAGCCCTGGCGCTGCCGGGCGTCGTCGCGGTGATCGACCATACCAACCGCCCGAAGATCGCCAGTTACGACGAGCCCTACCAGGATGCCGATGCCGCGGAGGGTTCGCCGTTCCGGCCGTTGTTCAACGACCAGGTCCTCTACAGCGGCCAGCCGCTCGCCCTGGTGGTTGCGGAAAATCTCGAGTTGGCGCGTTATGCCGGCTCGCTCGTTGAAATCGACTACGAGACCCAGGACCATCAGACCGATCTGACGATCCTGCAAAACGAAGCGCATCCGGCGCCCGCCGAATTACCCAAGCCCCGTGGGAATTTTCAGGGCGAGTACGCCAGCTCGGCACTCAGCGTGGATGTGTCCTACAGCACGCCGATCGAACATCACAACCCGATGGAGCCCCACGCCTCGACCGTTCTGTACCAACCCGACGGCAGCTTGCACATTCACGACAAGACCCAGGGCACGCAGAATTGCCAGGCCTATGTGCAAGAGGTGTTCGGGCTGGAAAAAGAACAGGTGCGGGTGTTTGCCGCCTACGTTGGCGGTGCTTTCGGTTCCGGGCTGCGCCCGCAGTACCAATTGCCGCTGGCAGTAATGGCCGCGCTGACGCTCAAGCGCTCGGTGCGGGTCAGCCTGACCCGTCAGCAAATGTTTACCTTCGGCTACCGGCCCCGGACCTTCCAGTGTGTGCAACTGGGAGCTGCGGCCAACGGACGTTTGCTCGCGGTGGCCCATAGCGCCGTCGGCCAGACGTCGCGCTTCGAGGACTTCACCGAGCATGTGGTGGAGTGGAGCGGCATGCTCTATCACTGCGATAACGTCGAATTGAGCTACAAGCTGGTGCCCCTGGACGTCTACACGCCGCTGGACATGCGTGCCCCCGGCGCCGCCCTTGGACTGATCGGTCTGGAGTGCGCCATGGACGAGTTGGCCTGCGCCCTGGCCATCGACCCGGTCCAGCTGCGCTTGATCAACTATGCCGAACGTAACGAGAACGAAGGCAAGCCGTATTCGAGCAAGGAGTTGCGCGAATGTTACGCCCAGGGTGCCGACCGTTTCGGTTGGAGCAAGCGCAATCCGGAGCCGCGCAGCATGCGCGCAGGGCGGCAACTGGTAGGTTGGGGCATGGCCGGCGGTGTCTGGGAGGCCATGCAGCAGAAGGCCAGCGCCCGAGCGTCGCTGGATCCCAGCGGCAAGCTGACCGTGAGCAGCGCGACCACTGACATCGGCACCGGCACCTATACCGTCATGACCCAGATTGCCGCCGAGACGTCCGGCGTTCCCCTGGAAAATGTCACCTTTGTGCTTGGCGATTCGTCGCTGCCGACCGCACCGCTGCAGGGCGGTTCGTTTACCGTCTCGTCCGTCGGCACCGCAGTGCAGCAAGCCTGTGAGGCGCTGCGGGAAAAACTGCTCGCAGTGGCTCGGCAAACTTGCCCGGCCTTCAGCGGCGCAACCCTTGAGCAAGTGACGTTTGTCGACGGTGAACTGCGCATGGGGGAGGCCAGTGTCACCCTGGCGCAGCTGGCTCGGAACAGCGGCGAGACGCCGTTGCAGGCACAAGTCACGGCCCAGCCGGATGAGAAACGCCAGGCCTATGCCACTGCTACGCACTCGGCGGTGTTCGTCGAGGTGCTGGTCGACGAAGACCTGGGCACGGTGAAGGTCAACCGCGTGGTCAGCGCCATCGCGGCCGGGCGGGTAATCAACCCGAAAACCGCCCGCAGCCAGATTCTCGGTGGCGTGGTCTGGGGCGTTGGCATGGCCTTGCATGAAGAGACCCTGACCGACCACGCCCTGGGCCGGCACATGAACCACAACCTGGCCGAATACCACGTGCCGGTCAACGCCGACATCGGTGACATCGACGTGGTGTTCGTCGATGAACAGGACGACATCGTCAATGCGCTGGGGTCCAAGGGCGTCGGTGAAATCGGCATCGTGGGCGTGGCGGCGGCGGTGGCTAATGCCATTTACCATGCGACCGGCAAGCGGGTGCGGGACTTTCCAGTCACGCTGGACAAGTTGCTCTGA MNALSKTIGKPLDRTDGLLKVTGRARYAGEYPEDGLLHGSVVSSGIARGRVVRIDASRALALPGVVAVIDHTNRPKIASYDEPYQDADAAEGSPFRPLFNDQVLYSGQPLALVVAENLELARYAGSLVEIDYETQDHQTDLTILQNEAHPAPAELPKPRGNFQGEYASSALSVDVSYSTPIEHHNPMEPHASTVLYQPDGSLHIHDKTQGTQNCQAYVQEVFGLEKEQVRVFAAYVGGAFGSGLRPQYQLPLAVMAALTLKRSVRVSLTRQQMFTFGYRPRTFQCVQLGAAANGRLLAVAHSAVGQTSRFEDFTEHVVEWSGMLYHCDNVELSYKLVPLDVYTPLDMRAPGAALGLIGLECAMDELACALAIDPVQLRLINYAERNENEGKPYSSKELRECYAQGADRFGWSKRNPEPRSMRAGRQLVGWGMAGGVWEAMQQKASARASLDPSGKLTVSSATTDIGTGTYTVMTQIAAETSGVPLENVTFVLGDSSLPTAPLQGGSFTVSSVGTAVQQACEALREKLLAVARQTCPAFSGATLEQVTFVDGELRMGEASVTLAQLARNSGETPLQAQVTAQPDEKRQAYATATHSAVFVEVLVDEDLGTVKVNRVVSAIAAGRVINPKTARSQILGGVVWGVGMALHEETLTDHALGRHMNHNLAEYHVPVNADIGDIDVVFVDEQDDIVNALGSKGVGEIGIVGVAAAVANAIYHATGKRVRDFPVTLDKLL PGPT0007260_909 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007260-yagR-K11177 NA NA D1-35_04765 810 hypothetical protein ATGGTACTTTCCGACATCAGCCTCATGACCCACAGCACTCCTACCCTGAATAAAGCAACCGGAACCAGAGCCACCGTTAGTAATAACCAAGATATCGTTCAAGACCCTGTAAATACCGGAGGAGATGACAACAGCACAGTTTCTGCGCTCTCACGTCAATTGAGCGAGGCCGCTTCCCGCGCAGAGGCACGTGATGCCAGCTTAAGCCGAAAAGAGCTTTCCGATCTGGCCTGGAGTATCAAGGAAAAAATAGGCGGGGATTATATAGCAACCAAAGCCAGATATGACGCGGAAGTTCCCCAGACCGATGACCCCGAACTCTTGGCACGAGCTAAACAGGCCACTGAGTACATCAATGGAGTCGTCACAGACGGCCGCGGCAAAAATCCTTTCTCCGGGATGCCAAGAGATCAGCTGAATTTGATCATTTATGATGACAGCGGCGCTTTTACCGTCAATGAGCGGCGCTCTGCGCAACATGAAGTAGCCCAACAGGAACAGGCATGGCGGCAGGTAGTCATCGCCAAGGGGACGATGGAATACAGCAACACAGGAAAAATGACCGATTTCTACAAGAACGTGCTCGAGCATTACCGTGGCTTGCCCGCCATTGAACAATCGCAGTATCCAGCCGATTACGAAGCCAGGCTGCTACTTGATATAGCAATGGACCTCAGCACCGAAGTACCTGATATCGATAGTGAAAGCTTCTGGAACGAACTGTTCAAGGGCGATACCTCACTGGCCGGCAAGCCCACCGCCTCCACCGAGGAGAAAGTAGCGGTCAACACCGATATAAAGGAGCCTTGA MVLSDISLMTHSTPTLNKATGTRATVSNNQDIVQDPVNTGGDDNSTVSALSRQLSEAASRAEARDASLSRKELSDLAWSIKEKIGGDYIATKARYDAEVPQTDDPELLARAKQATEYINGVVTDGRGKNPFSGMPRDQLNLIIYDDSGAFTVNERRSAQHEVAQQEQAWRQVVIAKGTMEYSNTGKMTDFYKNVLEHYRGLPAIEQSQYPADYEARLLLDIAMDLSTEVPDIDSESFWNELFKGDTSLAGKPTASTEEKVAVNTDIKEP NA NA NA NA NA D1-35_04766 1239 entS COG0477 Enterobactin exporter EntS ATGCCCAGCCAAGCGCCCTTGCTGCTCCGTCACCACCGACCTTTCATCGCCTTCTGGCTGGCCCGGATCTTCACGGCGAGCGGCTTCCAGATGCTCACCGTGGCCATTGGCTGGAACCTCTATCAACTGACCGGCAACGTCTTGGACCTGGGTCTCGTAGGGCTGGTCGAGTTCGCACCGCGGGTGCTGTTCATGCTGCACACCGGGCATGTGGCCGATCGGTATGACCGGCGCAAGGTCGCGGCCATCTGCCAATCCCTGCAGGCGACGATTGCCGTGGCGCTGGTGATCGGCAGCGCCACCGATAATGTTACGCGCGAGATGATCTTCATCCTGGCGTTCCTGCTGGGCGCGGCCCGCTCCTTCGAAATGCCGACGACCCAGGCGCTGCTGCCGAGCATCGTGCCTTCCGCGCTGTTTCCCCGCGCCGTGGCCGCTGCGCAGTCGGCACAGCAATCGGCGACCATCGTCGCACCCGCGCTGGGCGGTTTGCTGTACGCCTTCGGCAGCGTCTGGGTCTACGGGCCAACCGTGCTGCTCTACCTCATCGCCTGCGGCCTGATGCTCAACCTGCCCGCGCGGCAGACGCCGTTGAACAAAGGCAAGGCGACCCTGGATTCGCTGCTGGCGGGTATCCGCTTCATCCGCAGCCGGCAGGATATTCTCGGGGCGATTTCCCTGGACCTGTTCGCGGTATTGCTGGGGGGCGCAACGGCGCTGCTGCCGGTATTCGCCAAGGACATCCTGCTCACCGGCCCCTGGGGCCTGGGCCTGTTGCGCTCGGCACCGGCGGTCGGTGCCTTGCTGATGTCGTTGTGGCTGGCGCGGTTTGCCGTCGAGCGCAAGGTTGGCCGGGTGATGTTCACGGCGGTGGGCGTGTTCGGCGTCGCCACGATCGCCTTCGGCCTCTCCACTTCGTTCTGGTTTTCCTTGGCGGTACTGGTGGTGCTGGGCGCGGCGGACATGATCAGCATGGTCATCCGCGCCTCTTTCGTGCAATTGGAAACGCCGGACGAAATGCGTGGCCGGGTCAGCGCCGTGAACGGCCTGTTCATCGGCGCCTCGAACCAGCTGGGCGAATTCGAATCCGGCCTGACCGCCCACTGGTTCGGCACGGTGCCAGCGGTGGTCATGGGCGGCGTCGGCACGCTGCTGGTGACCGGGGCCTGGATCAAACTGTTCCCGACCCTGGCCAACCGCGACCGCATGCACGAACCGGTTGCAGAAACGAAAGCCTGA MPSQAPLLLRHHRPFIAFWLARIFTASGFQMLTVAIGWNLYQLTGNVLDLGLVGLVEFAPRVLFMLHTGHVADRYDRRKVAAICQSLQATIAVALVIGSATDNVTREMIFILAFLLGAARSFEMPTTQALLPSIVPSALFPRAVAAAQSAQQSATIVAPALGGLLYAFGSVWVYGPTVLLYLIACGLMLNLPARQTPLNKGKATLDSLLAGIRFIRSRQDILGAISLDLFAVLLGGATALLPVFAKDILLTGPWGLGLLRSAPAVGALLMSLWLARFAVERKVGRVMFTAVGVFGVATIAFGLSTSFWFSLAVLVVLGAADMISMVIRASFVQLETPDEMRGRVSAVNGLFIGASNQLGEFESGLTAHWFGTVPAVVMGGVGTLLVTGAWIKLFPTLANRDRMHEPVAETKA PGPT0003290_47 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_TRANSPORT,PGPT0003290-entS|ybdA|cbsS-K08225 NA NA D1-35_04767 1440 cydA COG1271 Cytochrome bd-I ubiquinol oxidase subunit 1 ATGTTCGGTTTGGAGGCGCTCGATCTCGCCCGAATCCAGTTCGCATTCACCATCTCGTTCCACATCCTGTTCCCGGCCATCACCATTGGCCTGGCGAGTTACCTGGCGGTGCTCGAAGGGCTGTGGCTGAAGACGCGTGACGACACCTACCGCGACCTGTACCACTTCTGGTCGAAGATATTTGCCGTCAACTTCGGCATGGGCGTGGTGTCCGGGCTGGTCATGGCCTATCAGTTCGGCACCAACTGGAGCCGCTTTTCGGACTTTGCCGGTGCGGTCACCGGGCCGTTGCTGACCTATGAGGTGCTCACCGCATTCTTCCTCGAGGCGGGTTTCCTCGGGGTCATGTTGTTCGGCTGGAACCGCGTCGGCAGGGGACTGCACTTCTTCTCCACGGCCATGGTGGCGATCGGCACCCTGATCTCGACTTTCTGGATTCTTTCCTCCAACAGCTGGATGCAGACTCCGCAGGGCTACGAAATCATCGATGGCCGGGTCATCCCGGTGGACTGGCTGGCGGTGGTGTTCAATCCCTCGTTCCCTTACCGCCTGTTGCACATGTCGGTTGCGGCATTTGTTGCCACGGCGTTCTTCGTCGGGTCGTCGGCGGCCTGGCATTTGCTCCGTGGTCGCGACAATCCGGCCATTCGCCGGATGCTGTCCATGGCGATGTGGATGGCCCTGCTGGTGGCGCCGGTGCAAGCGGTCATCGGCGACTTCCACGGGCTCAACACGCTCAAGCACCAGCCGGCAAAAATCGCCGCGATCGAGGGGCACTGGGAAAACGTCGGCGACGAGCCCACGCCCCTGATTCTGTTCGGTTGGCCGGACATGGAAGCCGAGGAAACCAGATTTGCCGTGGAGATCCCTTATCTGGGCAGCCTGATCCTGACGCACTCGCTGACCGATCAAGTGCCGGCCCTGAAGGAGTTTCCGCCGGAGGACCGGCCGAATTCGACCATCGTGTTCTGGTCGTTCCGGGTCATGGTGGGCCTGGGGCTGCTGATGATTTTCACCGGCCTGTGCAGCCTCTGGCTGCGGCGTGGTGAACGGCTCTACCAATCCCGGCCGTTTTTGCACCTGGTGCTGTGGATGGGACCGTCGGGCTTGATTGCGATTCTCGCGGGCTGGTTCACCACTGAAATCGGCCGCCAACCCTGGGTGGTCTACGGCCTGATGCGCACGGCGGATGCCTCGTCCGGCCACAGCTTTGCGCAAATGAGCTTCACCCTGATCATGTTCGTGGTGGTGTATTTCGCGCTGTTCGGTGCGGGCCTGAGCTACATGCTGCGCCTGGTGCGCAAGGGCCCAGTGGCTCACGAAGCCGAGCCGAGCGATGGCGGTCCGGGCCAGAAACGCACCCCGGCCCGTCCATTGTCGGCCGCCAACGAAGGCGACGACGAAGTGGACCACAACGACAGCTCGCACAAGGGGAATTGA MFGLEALDLARIQFAFTISFHILFPAITIGLASYLAVLEGLWLKTRDDTYRDLYHFWSKIFAVNFGMGVVSGLVMAYQFGTNWSRFSDFAGAVTGPLLTYEVLTAFFLEAGFLGVMLFGWNRVGRGLHFFSTAMVAIGTLISTFWILSSNSWMQTPQGYEIIDGRVIPVDWLAVVFNPSFPYRLLHMSVAAFVATAFFVGSSAAWHLLRGRDNPAIRRMLSMAMWMALLVAPVQAVIGDFHGLNTLKHQPAKIAAIEGHWENVGDEPTPLILFGWPDMEAEETRFAVEIPYLGSLILTHSLTDQVPALKEFPPEDRPNSTIVFWSFRVMVGLGLLMIFTGLCSLWLRRGERLYQSRPFLHLVLWMGPSGLIAILAGWFTTEIGRQPWVVYGLMRTADASSGHSFAQMSFTLIMFVVVYFALFGAGLSYMLRLVRKGPVAHEAEPSDGGPGQKRTPARPLSAANEGDDEVDHNDSSHKGN PGPT0026700_2373 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 D1-35_04768 1008 appB COG1294 Cytochrome bd-II ubiquinol oxidase subunit 2 ATGGGTATTGATCTTCCGCTGATCTGGGCCGTGGTCATCATCTTCGGCATCATGATGTACGTGATCATGGACGGCTTCGACCTGGGGATCGGCATTCTTTTCCCCTTCGTCAAGGGCGAACGCGACCGCGACGTGATGATGAATACCGTCGCGCCAGTCTGGGACGGTAACGAAACCTGGCTGGTGCTGGGCGGCGCCGGGCTGTTCGGGGCGTTTCCACTGGCCTATTCGGTGGTGCTCTCGGCGCTGTACCTGCCGCTGATCCTGATGCTCGTCGGCCTGATCTTCCGGGGCGTGGCATTCGAGTTCCGCTTCAAGGCCAAGGCCGAGAAGCGGCATTTGTGGGACAAGGCGTTCATCGGTGGTTCGCTGACGGCGACCTTTTTCCAGGGCGTGGCGCTGGGGGCATTCATCGACGGTTTCGAGGTGGTCAATCGCCAGTTTGCCGGTGGCTCCCTGGATTGGTTCACGCCATTTACGGTGTTCTGCGGCCTGGCGTTGATCGCCGCCTACGCTTTGCTCGGCTGTACCTGGCTGATCATGAAGACCGAAGGCAAGCTGCAAGAGCAGATGCACGACCTGGCCAGACCACTGGCATTCGTGGTGCTCGCCGTGATCGGCATCGTCAGCATCTGGACGCCGCTGGCTCACGCCGACATCGCGGCACGCTGGTTCACCCTGCCGAACCTGTTCTGGTTCCTGCCGGTGCCGATCCTGGTGCTCGTCACCATGTACGGCTTGTTCCGCGCCGTGGCCCGCAACGCCAACTACACGCCGTTCATCCTGACGCTGGTGTTGATCTTTCTTGGCTACAGTGGCCTCGGCATCAGCTTGTGGCCAAACATCGTGCCGCCATCCATTTCGATCTGGGACGCCGCGTCACCGCCTCAGAGCCAGGGCTTCATGCTGGTCGGCACGCTGTTCATCATTCCGTTGATCCTGGTGTACACCTTCTGGAGCTACTACGTGTTCCGCGGCAAGGTCACCCATGACGATGGCTACCATTGA MGIDLPLIWAVVIIFGIMMYVIMDGFDLGIGILFPFVKGERDRDVMMNTVAPVWDGNETWLVLGGAGLFGAFPLAYSVVLSALYLPLILMLVGLIFRGVAFEFRFKAKAEKRHLWDKAFIGGSLTATFFQGVALGAFIDGFEVVNRQFAGGSLDWFTPFTVFCGLALIAAYALLGCTWLIMKTEGKLQEQMHDLARPLAFVVLAVIGIVSIWTPLAHADIAARWFTLPNLFWFLPVPILVLVTMYGLFRAVARNANYTPFILTLVLIFLGYSGLGISLWPNIVPPSISIWDAASPPQSQGFMLVGTLFIIPLILVYTFWSYYVFRGKVTHDDGYH PGPT0026705_4101 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 D1-35_04769 165 hypothetical protein ATGGCCAAGCCTGACTTGAAAGACATCGAAGCCGCTGAGAAAAAACCGTTGTGGCAGCGGCTCGGCTGGCTGGTGGCGATCTGGGCCGGGAGTGTGCTGGCGCTGTTCATCGTCGCCAGCCTGATGCGGATGTTCATGAACGCCGCCGGGCTGACGACTCATTGA MAKPDLKDIEAAEKKPLWQRLGWLVAIWAGSVLALFIVASLMRMFMNAAGLTTH NA NA NA NA NA D1-35_04770 1125 rlmG COG2813 Ribosomal RNA large subunit methyltransferase G ATGCCCTTGCTAGACAGTCCCTTCGCCCAACTTGACCTGATCCGCCAACCCGAACAGCAGAACGAACCACTGCAGGCATTCGACGCAGCCGATGAATATCTGCTTGCGTACCTGGCCGAACAGCAGCCGGGAGTGGATATCCGGGTTCTGGTACTCAATGACGGCTTCGGGGCCCTGGCGGCGAGCTTGGCCGGCAAGGTGAAGGTCACCAGTAGCGGCGACTCGTTCCTTGCCCTACAGGCATTGGAGAAAAACCTGGCGCGCAACGGTTTGCCCTTCGATGCGGTACCGATCGTGCCCGCCAGCGAACCGCTGACAGGGCCGTTCGACCGTGTCCTGATCAAAGTACCCAAGACCCTGGCCCTGCTGGAAGAGCAATTGATCCGGCTGCAAGAGCAACTGGCTCCAGGCGCTCAGGTCATAGCCGCCGCGATGGTCAAGCATCTGCCACGGGCCGCTGGCGATCTGCTGGAGCGCTATATCGGCCCGGTACAGGCCTCGTTGGCGGTGAAGAAGGCCCGCCTGTTGATTGCCACGCCACAAACCAGGACCACCACCGCCTCTCCCTACCCCACTCGCTATTGGCTGGATGAGCCGAAAATCGAGTTACTCAATCACGCCAACGTATTCTGTCGCGAAGGGCTGGATATCGGCACGCGCGCCTTTTTGCCACACCTGCCAAAAAACCTCGGCACGGCGCGGGTGGCGGACCTGGGGTGCGGCAACGGTGTACTGGCTATCACCAGCGCCCTGCACAACCCGCAGGCCCAGTACACGTTGGTGGATGAGTCATATATGGCGGTCCAATCGGCCGCTGAAAACTGGCGAGCGGCCCTGGGCGAGCGTGAGGTGACCCTGCGGGCCGGCGATGGACTCGCCGGACAAGCGCCGCAATCTTTGGATGTGGTGCTGTGCAATCCACCCTTCCATCAGCAGCAAGTGGTCGGCGATTTCCTCGCCTGGCGGATGTTCCAGCAAGCCCGCGAGGCATTGGTGGTTGGCGGCGCGCTGTACATCGTCGGCAACCGGCACCTGGGCTACCACAGCAAGCTGGCTCGGTTGTTCCGGGGAGTCGAGCAGGTCGCCGCCACGCCAAAATTCGTGATTCTCAAGGCCCGCAAGTAG MPLLDSPFAQLDLIRQPEQQNEPLQAFDAADEYLLAYLAEQQPGVDIRVLVLNDGFGALAASLAGKVKVTSSGDSFLALQALEKNLARNGLPFDAVPIVPASEPLTGPFDRVLIKVPKTLALLEEQLIRLQEQLAPGAQVIAAAMVKHLPRAAGDLLERYIGPVQASLAVKKARLLIATPQTRTTTASPYPTRYWLDEPKIELLNHANVFCREGLDIGTRAFLPHLPKNLGTARVADLGCGNGVLAITSALHNPQAQYTLVDESYMAVQSAAENWRAALGEREVTLRAGDGLAGQAPQSLDVVLCNPPFHQQQVVGDFLAWRMFQQAREALVVGGALYIVGNRHLGYHSKLARLFRGVEQVAATPKFVILKARK NA NA NA NA NA D1-35_04771 714 anoR Transcriptional activator protein AnoR ATGGATGCATGGAAGGATTTACAACTAAGGAAATTGTCGTGCGAGCAGGACCTGCAAAAAGCCTATCGCCTCGTACAAAATTTCTTTAATTATCAAGGATTTGAATACTGCGCCTTCGCCGCCTACCCGACTTTTGCGGACAGACACAGGCATCGGATCAATATCAACAACTACCCTTATGGATGGAACAGGCTATACAAACAAAACGGTTATGCGGCGAACGACCCGATACTGGCACACTGCAATCAATCATCGCTGCCAATTCTCTGGAGCGAAGATATTTTTTGCGAGGTCCCCGAATTATGGCAAGCACTTGAACACCAAGGGCTAAGCCATGGCTGGACACAAGCCGTCCATGAGGAACGGGGCACCTATTACAGTCTGTTCAGTCTCGCCAGGATGCAACGCCCCATCGACCCCGAGGAGCATTATGGCAACCTGGGCTATGCCATTTTCGCCAGCCAACGGTTGCATGCGCTGGCAGGCCGGCGAATGTCCGACGCCGAGCCTTCGTCACAGACAGTCCATTTGTCGCCAAGGGAAATTGAAGTATTGAGGTGGTCCGCCGAAGGCAAGACGGCATCGGAAGTCGGCAGGATCCTCTGTCTTTCCGAGCGCACCGTGAATTTCCATGTCAACAGCTGCATGCGGAAACTGAACGTGGCCAACAAAATCTCGGCGGTTGCCAAGGCGGCCCATATCCATGTGATCTGA MDAWKDLQLRKLSCEQDLQKAYRLVQNFFNYQGFEYCAFAAYPTFADRHRHRININNYPYGWNRLYKQNGYAANDPILAHCNQSSLPILWSEDIFCEVPELWQALEHQGLSHGWTQAVHEERGTYYSLFSLARMQRPIDPEEHYGNLGYAIFASQRLHALAGRRMSDAEPSSQTVHLSPREIEVLRWSAEGKTASEVGRILCLSERTVNFHVNSCMRKLNVANKISAVAKAAHIHVI NA NA NA NA NA D1-35_04772 777 fpr_2 COG1018 Flavodoxin/ferredoxin--NADP reductase ATGACCGACAGCGCAGAAAAGTTTACCCGCCAAACCCTGATCGATGTGCAGCCCCTGACGCCTCACCTGTTTACCCTGCGTACCACCCGGGATCGCGGCTTTCGTTTCCGCGCCGGTCAGTTTGCCCGGCTGGGGGTGGTCAAGGCGGACGGCACGGCCGTCTGGCGGGCTTATTCCATGGTTTCTTCGCCGTTCGACGAGTTTCTCGAGTTTTTTTCCATCGTCGTGCCGGACGGTGAATTCACCAGCGAGCTCAGCCGCTTGAAGCCGGGTGACAGCTTGTTGGTCGAGCGCCAGGCCTTTGGTTACCTGACGCTGGACCGTTTCGTTGACGGTCGCGATTTGTGGCTGTTGTCCACCGGGACAGGGGTCGCCCCGTTTCTTTCTATCCTGCAGGACTTCGAGGTCTGGGAAAAATTCGAGCGGATCATCCTCGTTTACAGCGTCCGCGAGTCACCGGAATTGGCCTACCAGGCCTTGATCGACGCGTTGCCCCGGCGAGACTACCTCGTCGAATACGCCCATAAGTTTCGCTTCATTGCGACGGTTACCCGTGAACAACACCCTGGCGCCCTCAACGGACGCATCACCACACTGATCGAAAATGGCGAGCTGGAACAGGCCGCCGGTGTCGCGCTGACGCCAGAGCATTCGCGGGTCATGTTGTGCGGCAACCCGCAGATGATTGACGACACGCGCAAGTTGCTCAAGGCCAGGGGCTTGCAACTGAGCCTCACGCGGCGGCCCGGCCAGGTGGCGGTGGAAAATTACTGGTGA MTDSAEKFTRQTLIDVQPLTPHLFTLRTTRDRGFRFRAGQFARLGVVKADGTAVWRAYSMVSSPFDEFLEFFSIVVPDGEFTSELSRLKPGDSLLVERQAFGYLTLDRFVDGRDLWLLSTGTGVAPFLSILQDFEVWEKFERIILVYSVRESPELAYQALIDALPRRDYLVEYAHKFRFIATVTREQHPGALNGRITTLIENGELEQAAGVALTPEHSRVMLCGNPQMIDDTRKLLKARGLQLSLTRRPGQVAVENYW PGPT0013215_2840 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D1-35_04773 414 mscL COG1970 Large-conductance mechanosensitive channel ATGGGCGTGCTAAGCGAGTTCAAGGCCTTCGCGGTCAAAGGCAATGTCGTCGACATGGCCGTTGGGATCATCATTGGTGCTGCTTTTGGCAAAATCGTTTCGTCATTCGTTGGCGACGTGGTCATGCCGCCGCTCGGCCTGCTGATCGGCGGAGTGGATTTCAGTGACCTGGCGATCACGCTCAAGGCGGCCGAAGGAAATACGCCAGCGGTGGTGCTCGCCTATGGCAAATTCATCCAGACGACAGTGGATTTCATCATCGTGGCTTTCGCCATTTTCATGGGCGTCAAAGCCATCAACCGCCTGAAGCGCGAGGAGGCCGTCGCTCCGAGCGCGCCGCCTGTTCCTACCAAGGAAGAACAATTGCTCAGCGAGATCCGCGACCTGCTCAAGGCTCAGAACGAGAGGCCTTGA MGVLSEFKAFAVKGNVVDMAVGIIIGAAFGKIVSSFVGDVVMPPLGLLIGGVDFSDLAITLKAAEGNTPAVVLAYGKFIQTTVDFIIVAFAIFMGVKAINRLKREEAVAPSAPPVPTKEEQLLSEIRDLLKAQNERP PGPT0013771_1887 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282 NA NA D1-35_04774 1542 katB COG0753 Catalase ATGAACACTTCCCTTGGCCTTGGTGCTTTTTCCAACCGCCATACCCTTGTTGTGCTGACCGCCAGCCTGTTTTCCCTGTCCGTCAATGCCGCCACCCTGACCCGGGATAATGGCGCGGCAGTGGGCGACAACCAGAACTCCCAGACCGCCGGCCCCAACGGCCCGACCCTGCTGCAGGATGTGCAACTGATCCAGAAGCTCCAGCGTTTTGACCGTGAACGGATCCCCGAGCGTGTGGTGCATGCCCGTGGTACCGGTGCGCATGGCGAGTTTACGGTATCCAATGACCTGAGCGACCTGACCAAGGCCAAGGTATTCGCCGCCGGACAGGTCACGCCGGTGTTCGTCCGTTTTTCCGCCGTGGTGCATGGCAATCATTCGCCTGAGACGCTGCGTGATCCTCGAGGCTTCGCCACCAAGTTCTACACGGCCGATGGTAACTGGGACCTGGTCGGGAATAATTTCCCGACGTTCTTCATCCGTGATGCAATCAAGTTTCCCGACATGGTCCATGCGTTCAAGCCCGACCCGCGGACCAACCTGGACGATGATTCGCGTCGTTTCGATTTCTTTTCCCACGTACCGGAAGCCACCCGCACGCTGACCGAGCTGTATTCCAACTCCGGCACCCCGGCCAGTTATCGCGAAATGGACGGCAATGGCGTGCACGCTTACAAACTGATCAACGCCAAGGGCGATATCAGTTACGTGAAGTTTCATTGGAAAAGTTTGCAGGGGCTGAAAAACCTCGATCCAAAAGAAGTAGTGAAAGTGCAAGGGCAGGATTACAGCCATATGACGAATGATTTGGTCAGTCATATCAACAAGGGTGACTTTCCAAAGTGGGATCTGTACGTTCAGGTGCTCAAGCCGCAAGAGTTGTCGAAGTTCGATTTCGATCCGCTGGACGCCACCAAGATCTGGCCGGATGTGCCTGAGCGAAAAGTTGGGCAGATGGTGTTGAATCGTAATCCGGCGAATGTTTTCCAGGAAACCGAACAAGTCGCGATGGCCCCGGCCAATCTGGTCCCGGGTATCGAGCCTTCCGAGGATCGCCTGTTGCAGGGTCGGGTCTTCTCTTATGCCGATACGCAAATGTACCGGGTCGGGCCGAACGCGTTGCAGTTGCCCATCAACGCGCCCAAGGTCGCGGTAAACAATGGCAACCAGGACGGTGCGATGAATTTCGGCAGCACCAGCACTGGCGTGAACTACCAGCCGAGTCGCTTGATGCCGCGCGAAGAGCAACCTGCGGCGCGCTATAGCCAGGCAGCGCTGACCGGCAGCACCCAGCAAGCGAAAATCCAGCGCGAGCAGAACTTCAAGCAGGCGGGTGATCTGTACCGCTCGTTCAATCAGAAGGAGCGCAATGACTTGATCGAAAGCTTCGGTGGGTCATTGGCAACGACTGATGATGAGAGCAAGCACATCATCCTGTCGTATCTCTACAAGGCTGACCCCGAATACGGCACCGGCGTGGCTCGTGTCGCCAAAGGCGACCTGGCGCGGGTCAAGGCGCTGGCCGAGAAGCTGAGCGACTGA MNTSLGLGAFSNRHTLVVLTASLFSLSVNAATLTRDNGAAVGDNQNSQTAGPNGPTLLQDVQLIQKLQRFDRERIPERVVHARGTGAHGEFTVSNDLSDLTKAKVFAAGQVTPVFVRFSAVVHGNHSPETLRDPRGFATKFYTADGNWDLVGNNFPTFFIRDAIKFPDMVHAFKPDPRTNLDDDSRRFDFFSHVPEATRTLTELYSNSGTPASYREMDGNGVHAYKLINAKGDISYVKFHWKSLQGLKNLDPKEVVKVQGQDYSHMTNDLVSHINKGDFPKWDLYVQVLKPQELSKFDFDPLDATKIWPDVPERKVGQMVLNRNPANVFQETEQVAMAPANLVPGIEPSEDRLLQGRVFSYADTQMYRVGPNALQLPINAPKVAVNNGNQDGAMNFGSTSTGVNYQPSRLMPREEQPAARYSQAALTGSTQQAKIQREQNFKQAGDLYRSFNQKERNDLIESFGGSLATTDDESKHIILSYLYKADPEYGTGVARVAKGDLARVKALAEKLSD PGPT0014380_2512 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D1-35_04775 549 hypothetical protein ATGCGAAATGTTCTTCTATCGGTACTCGTGGCCTGGTCGGTGGGCGTGTTGGCCGAGCAACCTGTACCCGCCGATCCGGCTGCGGTGCGGGAGCAACTGCAAGACTATTATTTCGACGCTGCACGCCGGGGCGATGTGCCGATGCTCGATACCTTCATCAAGGCCGGTTATTCGCTCGACACCCGGGATGAAAAGGGCTACACGGCGCTGATCCTGGCGGCTTATCACGGCCACGCGCCCGCGGTAGAGCGGCTGCTGGCCGCTGGCGCCGATGCTTGCGCCCAGGACAAACGCGGCAATACTGCGTTGATGGGCGCCATCTTCAAGGGTGAAGTCCAGATCGCCCGCCGTTTGTTGTCCACCGAGTGCAGTCCGGACCAACGCAACGGTGCCGGACAGACCGCTGCGATGTATGCGGGCCTGTTCAAGCGTGACGAATTGCTCGATGCCTTGAAGGCCAGGGGCGCCGACCTGGAGGCCAGGGATCCGCTGGGCAATAGCGCGGCGGATCTGGCGAAGGGTGAAATCAGAATGCCGGCCCCGCAGTAA MRNVLLSVLVAWSVGVLAEQPVPADPAAVREQLQDYYFDAARRGDVPMLDTFIKAGYSLDTRDEKGYTALILAAYHGHAPAVERLLAAGADACAQDKRGNTALMGAIFKGEVQIARRLLSTECSPDQRNGAGQTAAMYAGLFKRDELLDALKARGADLEARDPLGNSAADLAKGEIRMPAPQ NA NA NA NA NA D1-35_04776 1368 radA COG1066 DNA repair protein RadA ATGGCCAAGGCAAAGCGCATGTACGGCTGCACCGAGTGCGGCTCGACCTTTCCCAAATGGGCTGGCCAATGCAGTGAGTGCGGGGCCTGGAATACCCTGACCGAAACCATGGTGGAAAGCGGCGGGGCGGCGGCACCCACCGGGCGCACGGGTTGGGCTGGGCAACAAGCCCAGATCAAGACCCTGGCCGAGGTCAGCGTCGAAGAAATCCCGCGCTTTTCCACGGCGTCTGGCGAACTGGATCGCGTGCTGGGCGGCGGTCTGGTGGATGGTTCGGTGGTACTGATCGGCGGAGATCCGGGCATCGGCAAATCCACCATCCTGCTGCAAACCCTGTGCAATCTCGCCACTCGCATGCCGGCGCTGTATGTCACTGGCGAAGAATCCCAGCAACAGGTCGCAATGCGCGCACGACGGCTGGGGTTGCCCCAGGATCAGTTGCGCGTCATGACCGAGACTTGCATCGAAACCATCATCGCCACGGCGCGCCTGGAAAAACCCAAGGTGATGGTGATCGACTCGATCCAGACGATTTTCACCGAACAGCTGCAATCGGCACCGGGTGGCGTGTCCCAGGTGCGCGAAAGCGCGGCGTTGCTGGTGCGTTATGCCAAGCAGAGCGGCACGGCGATCTTCCTGGTCGGCCACGTCACCAAGGAGGGCGCGTTGGCGGGCCCTCGGGTGCTGGAACACATGGTCGATACGGTGTTGTATTTTGAAGGCGAATCGGACGGTCGCCTGCGTTTGTTGCGAGCGGTGAAGAACCGTTTTGGCGCCGTCAACGAATTGGGCGTGTTCGGCATGACTGACCGGGGCCTGAAGGAAGTCTCCAACCCATCGGCGATTTTTCTCACGCGTGCCCAGGAAGAAGTCCCGGGTAGCGTGGTCATGGCGACGTGGGAAGGCACTCGGCCGATGCTGGTGGAAGTCCAGGCGCTGGTGGATGACAGCCACCTGGCGAACCCGCGCCGGGTCACCCTGGGCCTGGATCAGAACCGGCTCGCCATGCTGTTGGCTGTCTTGCACCGACACGGCGGCATTCCTACCCACGATCAGGATGTGTTCCTCAACGTGGTGGGCGGGGTGAAGGTATTGGAGACCGCCTCCGACCTGGCGTTGATGGCGGCCGTGATGTCCAGTCTGCGCAATCGGCCGCTGCCGCACGATTTGCTGGTGTTTGGTGAGGTCGGGCTTTCGGGTGAAGTGCGGCCGGTGCCCAGCGGGCAGGAGCGGCTCAAGGAAGCGGCCAAACATGGTTTCAAGCGCGCCATCGTGCCCAAGGGGAACGCGCCGAAGGAAGCGCCGGCGGGGTTGCAGATCATTGCGGTGACGCGGTTGGAGCAGGCGTTGGATGCTTTGTTTGAATAG MAKAKRMYGCTECGSTFPKWAGQCSECGAWNTLTETMVESGGAAAPTGRTGWAGQQAQIKTLAEVSVEEIPRFSTASGELDRVLGGGLVDGSVVLIGGDPGIGKSTILLQTLCNLATRMPALYVTGEESQQQVAMRARRLGLPQDQLRVMTETCIETIIATARLEKPKVMVIDSIQTIFTEQLQSAPGGVSQVRESAALLVRYAKQSGTAIFLVGHVTKEGALAGPRVLEHMVDTVLYFEGESDGRLRLLRAVKNRFGAVNELGVFGMTDRGLKEVSNPSAIFLTRAQEEVPGSVVMATWEGTRPMLVEVQALVDDSHLANPRRVTLGLDQNRLAMLLAVLHRHGGIPTHDQDVFLNVVGGVKVLETASDLALMAAVMSSLRNRPLPHDLLVFGEVGLSGEVRPVPSGQERLKEAAKHGFKRAIVPKGNAPKEAPAGLQIIAVTRLEQALDALFE PGPT0014905_3237 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485 NA NA D1-35_04777 357 Cyclic diguanosine monophosphate-binding protein ATGAGCGAACGTCGCCGCTTCGTACGAATTGAGTTCCATGCCGAGACCGAACTGAGCCAAGGGCCGTTCATCTGGCCGGTAAAGCTGCTGGATCTATCCCTCAAGGGGCTGCTGATCGAAAAGCCCGAACCCTGGATTGGTGACCCCGAAAAGTCCTTCATGGCTGATATTCATTTGAGCTCTGAGGCCGAGGTCAAGATGGAAGTCCGGCTGACTCACGACGACCATGGTCACTTGGGCTTTGTCTGTGAACACATCGACCTGGATTCCGTTGCGCATCTACGTCGGCTGGTAGAACTGAATCTGGCCGACCATGACGAGCTGGAGCGGGAACTGGCGGCGCTGATCCATATCTGA MSERRRFVRIEFHAETELSQGPFIWPVKLLDLSLKGLLIEKPEPWIGDPEKSFMADIHLSSEAEVKMEVRLTHDDHGHLGFVCEHIDLDSVAHLRRLVELNLADHDELERELAALIHI NA NA NA NA NA D1-35_04778 972 dmlR_22 HTH-type transcriptional regulator DmlR ATGCTATTCTTCGCAAAATCTGCGAAGAATAGCGCTGCCGTGGGGCTTATGAACACGAGTCGTGATCAGTTTCCATTACCGGAGGACCTGAAGGTCTTTCTCACCGTCATTCGAAAAAACGGCTTTGCCAGTGCCGCGCAAGCGCTGGGTTATTCACCGGCCTATATCAGCAAGCGCATTTCGGTACTGGAAGCGACGCTCGCCACGCGCCTGCTGCACCGTACTACCCGGCGTATCGCCCTGACCGACGATGGCGAGCGTGTGCGAGTCTGGGCCGAAAAGCTGTTGGGGGATTTCGAGGAATTTGTCGGTGAAATCGCCCAGGCGCGACATCAGCCCAGCGGCGCTCTGCACATCTGCAGCAGTTTCGGTTTTGGTCGCAACCACGTCGCACCGGCCATCGGCAAACTGTCGCAGGCGTACCCCCGGCTCGACATCCGCCTGGACGTATTCGACCGCGTCGTCGATATCGTCGGCGAAGGCTTCGACCTGGAGATCCGCGTCGGTGATGACCTGCCGGACCAACACCTGGGGCGCAAGCTGGCGAGCAATCGGCGGATACTCTGCGCAAGTCCGGAGTATCTGCAACGGCGGGGCATCCCGCATTCGCTGGAAGAGCTTGACGCTCATGATTGCCTGGTGCTCAAAGAGCGCAATAACGCGTTCGGCCTATGGACGCTGACCCGGGATGGCGAGGAGGCCACGGTACGTGTCGGCGGCCCGTTATCATCCAACAGTGGCGAGATCGTTCTGGAGTGGGCGTTGAGCGGCGGCGGGATCCTGCTGCGCTCGATGTGGGACGTCAAGCCGCTGCTGGAGCAAGGGCGGCTGGTCCAGGTGCTGCCAGACTATTCGCAAAGCGCCAACGTCTGGGCCGTATACCCGACCCGGCTCAGCCAGTCGGCCAAATTGCGGGTATGTGTCGAGTTTCTCGAGGAGTGCTTCCGGGATTTGTCGGTTGGTCAGACGTAG MLFFAKSAKNSAAVGLMNTSRDQFPLPEDLKVFLTVIRKNGFASAAQALGYSPAYISKRISVLEATLATRLLHRTTRRIALTDDGERVRVWAEKLLGDFEEFVGEIAQARHQPSGALHICSSFGFGRNHVAPAIGKLSQAYPRLDIRLDVFDRVVDIVGEGFDLEIRVGDDLPDQHLGRKLASNRRILCASPEYLQRRGIPHSLEELDAHDCLVLKERNNAFGLWTLTRDGEEATVRVGGPLSSNSGEIVLEWALSGGGILLRSMWDVKPLLEQGRLVQVLPDYSQSANVWAVYPTRLSQSAKLRVCVEFLEECFRDLSVGQT NA NA NA NA NA D1-35_04779 1605 treA COG1626 Periplasmic trehalase ATGCGACCACTGTATTTCCCCAGCCTGTCTCTCGCTGCCGTGCTGTGCACGGCCTGTTCAAGCCAACCGCCCGCCATGTGGGGTTACGCCGACGCCCGGGACCGGGCCAATCAGCCGCCCGACCAGATGTACCCCGAGCTGTTCGAAGCCGTGCAGCGTCAGCAGATGTTCACCGACCAGAAGCATTTCGTCGATGCGTTGCCCAAGCGTGACCCGGCGAAGATCCGTGCCGATTACCTGGCCCGTCGGGAGGGCGCCGATTTCGATCTCGATGCCTTCATAAAAGACAACTTCATCGAATCCGGCCAGGCTGAAAGTCCTGCCCCCGAACCGGGTGCGCCGATCAAGGAGCACATCGATAATCTCTGGCCCGTGCTCAGCCGAACCTACACCCAGGTGCCACCCTACAGCAGCCTGCTGCCGTTGCCGCAACCGTATGTAGTCCCGGGCGGACGTTTCCGCGAAATGTATTACTGGGACTCGTATTTCACCATGCTCGGTCTGGAGCAAAGCGGCGACAAGACGCAGGTTCGCCAGATGACCGACAATTTTGCCTACATGATCGATACCTACGGCCATATCCCCAATGGCAACCGCAGCTACTACCTGAGCCGCTCGCAGCCACCGTTCTTTGCTTACATGGTCGAGTTGCAGGCGCACATCGAAGGCGAGCAGGCCTACGGGCGCTACCTTCCCCAGTTGCAAAAGGAATATGCCTACTGGATGGACGGCGCGCAGGCCCTCAAGGCCGGTGAGGCGGTGCAGCATGTCGTCAAGCTCGCCGATGGCAGTGTGCTCAACCGTTATTGGGATGCCAGCGCTACGCCTCGGCAGGAGTCATGGCTGCAAGACACGAAGACCGCCGAACAGGCGCCACAGCGACCCAAGGAGGAGGTCTGGCGCGACTTGCGCGCCGGGGCCGAAAGCGGCTGGGATTTCAGCTCCCGCTGGCTGGGGGACGGCAAGAACCTGGCGACCATCCGAACCACGTCGATTGTGCCGGTGGACCTGAACAGCCTGATGTTCCACCTGGAGCGCACCATTGCCAAGGCCTGTGAGACGGTGGCGAATATGCCTTGCGTCCAGGCCTATGGGCAACGTGCCGAGCAACGCCAGCGCGCCATCGAGACGCACTTGTGGAACGCCGAGGGTGGTTATTACGTGGACTACGACTGGCAGCAGAACCGGCAACGGCCGGGATTGACTGCCGCAACGCTGTTCCCGCTCTTCACCGGCCTGGCCTCTGCCGAACGCGCCGATCGTGCCGCCGATGCGGTGCGTCGAGGTTTGTTGCGTCCGGGCGGCATCGCCACCACCCAGGTCAATAACGGCCAGCAGTGGGACGAGCCCAATGGCTGGGCGCCGTTGCAATGGGTGGCGGTCGAAGGATTGGACCGCTACGGACAAACGGAACTGGCCCGGGAAATAGGCAGCCGCTTTCTGAAGCAGGTCCAAGACCTTTATCTCAAAGAGGACAAACTGGTCGAGAAGTACGACATGTCCGGACAGGGCGACGGCGGTGGGGGCGGCGAATACGAACTGCAGGACGGCTTCGGCTGGACGAACGGGGTAACACTGAAGCTGATGAATAAATACGGCGGTTGA MRPLYFPSLSLAAVLCTACSSQPPAMWGYADARDRANQPPDQMYPELFEAVQRQQMFTDQKHFVDALPKRDPAKIRADYLARREGADFDLDAFIKDNFIESGQAESPAPEPGAPIKEHIDNLWPVLSRTYTQVPPYSSLLPLPQPYVVPGGRFREMYYWDSYFTMLGLEQSGDKTQVRQMTDNFAYMIDTYGHIPNGNRSYYLSRSQPPFFAYMVELQAHIEGEQAYGRYLPQLQKEYAYWMDGAQALKAGEAVQHVVKLADGSVLNRYWDASATPRQESWLQDTKTAEQAPQRPKEEVWRDLRAGAESGWDFSSRWLGDGKNLATIRTTSIVPVDLNSLMFHLERTIAKACETVANMPCVQAYGQRAEQRQRAIETHLWNAEGGYYVDYDWQQNRQRPGLTAATLFPLFTGLASAERADRAADAVRRGLLRPGGIATTQVNNGQQWDEPNGWAPLQWVAVEGLDRYGQTELAREIGSRFLKQVQDLYLKEDKLVEKYDMSGQGDGGGGGEYELQDGFGWTNGVTLKLMNKYGG PGPT0019170_1303 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-TREHALASE,PGPT0019170-treA|treF-K01194 NA NA D1-35_04780 1302 hcaB_5 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGATTGCCCCAGCAACCGGCATGCGGCACGGTGAGCGTTACGCCGTTGAAAGCATCGAGCGCGCGCCTCACTTCCCAGGTTTCTTCCTTGATGGAAAGTATTACCTGGGCCCTGAATTGAATACGGCGGTGGGCTGGCTGGAAGGCCAGACATTCCTCTACGACCAGCTCGACCCCGAGGGCGAGCCGGTGTACCCCGGCAGAGTCGCCGGCACCATTGAGGATCTGACGCTGGTAATGGCCGATGGCGTGCGCCTGAAGTTGACCCCCTTGCAACCCGCCATCGACCGGCCCACGGGCCCCGCCGATACCGCTGCTCAGACCCAATCGCATCCTTTGGCGGAAAAACTCGTGGTCATCACCGGGGCGTCCAGCGGAATCGGTCGTGCCACCGCCCTGGCGTTTGCCCGGCAACGGGCGCGCCTGGTGCTGGCGGCACGTGACCGCGAGGCGCTCGCCGAAGTTGTCGACGAATGCCAGGCCCAGGGCGCCGCCGCATTGGCGGTGTGCACCGACGTCACCCGCAGCGAACAGATGCAGGCGCTAGCCGCCGAGGCCGCCGCGTTTGGCGACGGGCGCATCGATATCTGGATCAACAATGCCGGCGTCGGCGCGGTGGGCAGTTTCGAGCAAACGCCGCTTGAGGTACATGAACAGGTTCTGCAAACCGACCTGCTCGGCTACCTGCGGGGCGCCTATGTGGCATGGCCCTACTTCAAGGCGCAGAAGCGTGGAATCCTGATCAACACCCTGTCGCTGGGCAGTTGGGTCGCCCAACCCTATGCCGCGGCCTACTCGGCAAGCAAATACGGCTTGCGCGGCTTGTCCGAAGCCTTGCGCGGTGAACTCGGCGAATACCGGGACATCCACGTCTGCGACATCTACCCCGCCGTCATCGACACGCCGGGCTTTCGCGACGGCGCCAATTACACCGGCCATGCGCTCAAGCCACCGCCTCCTGTCTACGACCCGCAGCGGGTTGCCGAAGCGATGGTCAGCTGTGCGCTCAACCCCAAGCCCAGCACCACCGTGGGCAGCGCGGCGGTACTGGCGAGGGTCGCGCATTTCCTGGTGCCCGGTTTCCCGCAACTGTCCGGCTGGTTGACGCGTCTGGGCCTGAACCGCAGCCCGGCGTTGGCGCCATCGTCGGGCAACCTGTTCAACCCGCCCAGCGGTCCGCGTAAAGTCGAGGGCGGTTGGCGCAAGCCTGCGCGACGACCAGCGCCCCTGCTGGTGGCGGGCGCGGCGCTGTTGCTTGGCGGGTGCCTGGTGGCGTTGGGTCGGGAGCGTGGCCGCAGGTGA MIAPATGMRHGERYAVESIERAPHFPGFFLDGKYYLGPELNTAVGWLEGQTFLYDQLDPEGEPVYPGRVAGTIEDLTLVMADGVRLKLTPLQPAIDRPTGPADTAAQTQSHPLAEKLVVITGASSGIGRATALAFARQRARLVLAARDREALAEVVDECQAQGAAALAVCTDVTRSEQMQALAAEAAAFGDGRIDIWINNAGVGAVGSFEQTPLEVHEQVLQTDLLGYLRGAYVAWPYFKAQKRGILINTLSLGSWVAQPYAAAYSASKYGLRGLSEALRGELGEYRDIHVCDIYPAVIDTPGFRDGANYTGHALKPPPPVYDPQRVAEAMVSCALNPKPSTTVGSAAVLARVAHFLVPGFPQLSGWLTRLGLNRSPALAPSSGNLFNPPSGPRKVEGGWRKPARRPAPLLVAGAALLLGGCLVALGRERGRR NA NA NA NA NA D1-35_04781 2001 norR_4 Anaerobic nitric oxide reductase transcription regulator NorR ATGAATGCACAACCCATGGCCCTGAGCGTTGAAGACCGGGACTATCTGACCGCCCTCGGCCCCGCGTCGTTGAATGGAGGATCAAACGCTGCGCTGGAAGAGGCCTGGCGAGCCTGCCTGAACGCCAGCACCGAGCGTCCCGCCGGTGTCAGGCAAGTGATCTGGAATTCCTGGCGGCGCAGCGTCGATGCCGGGCTGGATCCGGAGGACGGCGAGTACCGTTTTGTCGCGCCCGCCGAGCTGACCGCCACGCTGACGGCGAATCGCCTGTTGATCGCCGCCGCCGCACAGGTCATGCGCGGCTTGCTCGCCTACAACCCCAACGGGCATATCAACCTGACCGATGCCGAAGGCACGACCCTGTATTTCTGCGGGCTGGACCTCACGCCCATCGGCAGCCGATTGCTCGAATCGGTGCAGGGCACCAATTGCACCGGGCTGGCGCTGGTCGAGGACCGGCTGGTGTATGTGCTGGCCGAGGAAAATTTCGGCATAGGCCTGCGCCAGCGGCGTATGCATTGCGCCGCCGCGCCTATCCGCGATGCTCATGGCCGGACCCTGGCGATGCTGACCCTGACCGCCGAGCCCGGCTGGTTTCACTTCCATACCCTGGGCACCGTCCAGGCCGCGGCTGAAGCGGTCTCCCGGCAAATGGCGCTGCAGGCACTGCTGGAAGAACTACAGACGGTCCTTGAAGTGCTCAACGAGGGCTTGGTGGTACTCGATGAAACGGGTTGCATCAAGGCCCTCAACCATTACGCCCGGCAATTGTTCCGCGTCGACCGTGACTGGTTGGGCAAGCCGTTCCAGAGCCTGGGGCAGACCGAGCAGAGCGGCGAGATCCTGCGAGGGGATGGCGAAGGGGCAAGGGACCTGGATTGCACCTTCGAGCTGCATGACCACAGTCATCTGGCCTGCCTGGTATCTGTCTGCCCTCTGGAGCAGGGCGGTCGTATCGTTTCGCTGCGCGAGAATCGGCGCATCCGTGAGATTACCCGGCGCCTCATCGGCACCCAGGCCAGCTACACCTTCGAGACCATCCAGGGTCGTTCACGGGCGATTCAGGACGCCTTGCAACTGGGCCGGATCGCCAGTCGCAGTGACTCGACCACGCTGATTCTCGGTGAGAGTGGCACCGGAAAGGAGCTGTTTGCCCAGGCCATCCATAACGCCAGCGACCGCAGTGGCGGTCCGTTCGTGGCGGTCAATTGCGGGGCCATTCCCCGGGATCTGGTGCAGAGCGAACTGTTCGGCCATGTCGAAGGTGCGTTCACCGGATCGGCTCGCGGTGGCTCGGCGGGCAGATTCGAACTGGCCGATGGCGGGACGATCTTCCTCGACGAGATCGGTGACATGGCCTTTGATGCGCAGGTCAGCCTGCTGCGCGTCCTGCAGGAAGGCGAAGTGACGCGGGTGGGGGCGAAAAAATCGCTGCGGGTCAATGTGCGCATCATTGCCGCCACTCACCGCAACCTGAGCCAGGCCGTCGCCGACGGGGCCTTTCGCGAGGACCTTTATTACCGCCTCAATGTGCTGAGCCTGACGGTGCCGCCGCTGCGGATGCGGCGGGAGGACGTGCCCTTGCTGGCGCGGCATTTCCTCGCGCGGTGTGCCCGGTCGCTGCGAAAGCCGATACGTGACCTGTCACCACAGGCGCTGGAGGTTCTCGATGCCTATCATTGGCCGGGGAACGTCCGTGAGCTGGAAAACGTCATTGAGCGCGCGACCAACCTGGCAACCACCGAACTCATCCAGGCGAATGACCTGGCCCTGGAAATCAGGCAGGGCGGGCGGCCCTCGGCCCGCCAAGCTACTCCTGAACCCAGGGCGGCCCTCGATCTGGGCACGCACGAAATGAACGCAATCATCGCCGCCCTGCTGGACACGCGCGGCAATATCCGTCTGGCCGCCCAACGGTTGAACGTGTCCCGGGGCGGCCTGTACAACAAGATGAGCCGCTTCGGGCTCAAGGTCGAAGCGTTCCGTTCGGCGCCGGACTGA MNAQPMALSVEDRDYLTALGPASLNGGSNAALEEAWRACLNASTERPAGVRQVIWNSWRRSVDAGLDPEDGEYRFVAPAELTATLTANRLLIAAAAQVMRGLLAYNPNGHINLTDAEGTTLYFCGLDLTPIGSRLLESVQGTNCTGLALVEDRLVYVLAEENFGIGLRQRRMHCAAAPIRDAHGRTLAMLTLTAEPGWFHFHTLGTVQAAAEAVSRQMALQALLEELQTVLEVLNEGLVVLDETGCIKALNHYARQLFRVDRDWLGKPFQSLGQTEQSGEILRGDGEGARDLDCTFELHDHSHLACLVSVCPLEQGGRIVSLRENRRIREITRRLIGTQASYTFETIQGRSRAIQDALQLGRIASRSDSTTLILGESGTGKELFAQAIHNASDRSGGPFVAVNCGAIPRDLVQSELFGHVEGAFTGSARGGSAGRFELADGGTIFLDEIGDMAFDAQVSLLRVLQEGEVTRVGAKKSLRVNVRIIAATHRNLSQAVADGAFREDLYYRLNVLSLTVPPLRMRREDVPLLARHFLARCARSLRKPIRDLSPQALEVLDAYHWPGNVRELENVIERATNLATTELIQANDLALEIRQGGRPSARQATPEPRAALDLGTHEMNAIIAALLDTRGNIRLAAQRLNVSRGGLYNKMSRFGLKVEAFRSAPD PGPT0001030_416 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 D1-35_04782 1023 iolG_3 COG0673 Myo-inositol 2-dehydrogenase ATGAGCACCTCGAAAACCATTCGCCTGGGTCTTATCGGCGCTGGCCGCATGGGCAGTTTTCACGGCCTGACCGCCGCCCGGCACATCCCCGGCGCCTGCCTCGCCGCCATCGCCGACCCTACTCCCGGCCAGGCCGCGCGCCTGGCGGCGGAGCTGGATGTGCGCAAGACCTACGCCGACCCGCAGCAACTGCTGGACGACCCGGACATCGACGCCGTGCTGATCGCCGCCCCGGCACGCAGCCATGCCGAGCTGGTGATCAGCGCGGCCCGGGCCGGCAAAGGGGTGTTCTGTGAAAAACCCATGGCGATCACGCTGGACGAAGCCGACCGCGCCATCGCCGCCGCTGCCGATGCCCGGGTGACGCTCCAGGTCGGTTTCAACCGGCGCTTCGCCAGGAGTTTCCGCACAGCTCATCTGGACGTGGTCGCCGGCCGGATCGGCACACCCCAACTGCTGCGCTCGCTGACCCGCGACCCGGCGCTGAACAACCCCGCCGCCTCGCCGCAATGGGTGATCTTCCTGGAAACGCTGATCCATGACTTCGATACCCTGCGCTACCTGAATCCGGGCGCCGAGGCGGTCGAGGTATTCGTGATGGCCGATGCCTTGATTGCACCCGCCTACAGGGAGAACGGTTTCCTCGACACGGCAGTGGTCACGATCCGTTTCGACAATGGCGCCATTGCCACCGCGGAGGCCAACTTCCAGGCCGTCTATGGCTACGACGTCCGGGGCGAAGTGTTCGGCAGTGCCGGCATGCTGACCATGGGCAGCGTCAACGACTCCGACTTGTTGCGCTATCTGGCCAATGGGGTCCAGGCCGATACCCAACGCCTGGACACCGACTTGCTGCGTGATGCGTACGTGGCCGAGCTGAATCACTTCGTCAGTTGCGTGCGCAGCGGCGAGAAACCGCTGGCCAGCGGTGAAAATGCCCGGGCCGCCCTGGCCATTGCACGGGCTTGCATCGAGTCCTTCCAGCAGGGTAAAGCGGTACGTGTGCAAGGAGCCTCGTCATGA MSTSKTIRLGLIGAGRMGSFHGLTAARHIPGACLAAIADPTPGQAARLAAELDVRKTYADPQQLLDDPDIDAVLIAAPARSHAELVISAARAGKGVFCEKPMAITLDEADRAIAAAADARVTLQVGFNRRFARSFRTAHLDVVAGRIGTPQLLRSLTRDPALNNPAASPQWVIFLETLIHDFDTLRYLNPGAEAVEVFVMADALIAPAYRENGFLDTAVVTIRFDNGAIATAEANFQAVYGYDVRGEVFGSAGMLTMGSVNDSDLLRYLANGVQADTQRLDTDLLRDAYVAELNHFVSCVRSGEKPLASGENARAALAIARACIESFQQGKAVRVQGASS NA NA NA NA NA D1-35_04783 792 otnI COG3622 2-oxo-tetronate isomerase ATGAGTTTCATCCCCTTCAAACTGGCGGTCAGCGCCGAGATGGTCTTTCTTGACCTGCCCTTTGTCGAACGGGTCAAACGCATCCACGCGCAGGGTTTCAGCGTCGAGATATGGAACTGGACGAGCAAGGACATCCAGGCCCTCGCGGCGACTGGCGCGGATTTCACCTCGATGACCGGCTACATCTCGGGCAACCTGACCGATCCCGAGGCCGTCCGGCAACTGCTCGACAGCGCCGGGGAATCCTTGGCCGTCGCAGCCCGGTTGAACTGCCCGAGCCTGAACCTGCACGGCACCGGCCTGGGTGATCAAGGCTTGCCGGTCAAACCGGTAGCCCGAACAACCGGACGCATGTGGTTGAGCGCCTGCAAGACCCTGGAAAAGATCGCCCGCCTGGGCGAAGACGCCGGCCGGGTATTCCTGCTGGAAAATCTCAACACCGAAGTCGACCATCCCGGCACACCGTTCGCCCGCGCCGACGATACCCTGGCGCTGATCGAAGCCGTGGGCAGCCCGCACCTGAAAATGAACCTGGACCTTTATCACGCGCAAATCGGCGAAGGAAACCTGATCGAGCTGATCCAGCGCGCCGGTGACGCCATCGGCGAAATCCAGGTCGCCGATGTTCCGGGTCGCATGGAGCCCGGCACCGGTGAAATTCACTATCCGGCCATTGCCCGGGCGCTGTTCGGCATGGGATACAGCGGTGTCGTCGGCCTTGAAGGCTGGGCCAGCGGTGACAGCGAACGGGCGCTTGAGCGCTTCAGGCAGGCCTTCACGCTGGACGGGTGA MSFIPFKLAVSAEMVFLDLPFVERVKRIHAQGFSVEIWNWTSKDIQALAATGADFTSMTGYISGNLTDPEAVRQLLDSAGESLAVAARLNCPSLNLHGTGLGDQGLPVKPVARTTGRMWLSACKTLEKIARLGEDAGRVFLLENLNTEVDHPGTPFARADDTLALIEAVGSPHLKMNLDLYHAQIGEGNLIELIQRAGDAIGEIQVADVPGRMEPGTGEIHYPAIARALFGMGYSGVVGLEGWASGDSERALERFRQAFTLDG NA NA NA NA NA D1-35_04784 927 thpA COG1879 D-threitol-binding protein ATGCGTCGTTGCACACTGCTTTTCGCCACATTGCTCGTGCTGTTCAGCCAATGGGCCGCCGCCGATTATCGCATCGGCGTCAGCATCGCCAGGGTTGACGACAACTTCATGACCTACGTGCGTAACGGCCTGGACGAGGCCGCCAGAAAAGAAAACGTCCAGATCCAGTTCGAAGATGCCCAGGGCGACGTGGTCCGCCAGCTCAATCAGGTCCAGGGCTTCATCAACCAGAAAGTCGATGCGGTCATTGTCCTGCCGGTAGACACTTCCGCCACCGCCAACATCACCCGCGCCGCGGTCGAAGCCAAGACGCCGCTGGTCTACGTCAACCGCCACCCGGACGAGCGCACCTTGCCCAAAGGCGTAGTTACGGTGGCGTCCAACGACATCGAGGCCGGCCAACTGCAGATGCGCTACCTGGCGGAAAAACTCGGCGGCAAGGGCAATCTCGCGATCATCATGGGCGACCTCGCGCAAAACGCCACCCATGACCGCACCGAAGGGGTCAAGCAGGTGCTCAAGGACTTCCCCCAGATCAGGGTCGTCGAGCAGCAGAGCGCCGAATGGCAGCGCAGCAAAGGGATGGATCTGACCAGCAACTGGCTGCTCGCCGGCAGCCGTTTCGATGCCATCGTCGCCAACAATGACGAGATGGCCATCGGTGCGGCCATGGCCTTGCAGCAAGCCGGCAAAGCCAAGGGCGAGATTTCGATTGTCGGCATCGACGGTTTGCCTGATGGCCTGGCGGCGATCAAACGCGGGATGCTGGTCGCGTCGGTATTCCAGGACCCCAAGGCCCAGGCGACCAGCGCGGTGCAGGCAGCGCTCAAGATGATCAAGGGCGAGCCGGTTGAACCGGAAATCTGGGTACCGTTCCAGTTGATCAAGCCTGAGCAACTGGCGGTGTTTGAGCAGCGCTACAAGTAG MRRCTLLFATLLVLFSQWAAADYRIGVSIARVDDNFMTYVRNGLDEAARKENVQIQFEDAQGDVVRQLNQVQGFINQKVDAVIVLPVDTSATANITRAAVEAKTPLVYVNRHPDERTLPKGVVTVASNDIEAGQLQMRYLAEKLGGKGNLAIIMGDLAQNATHDRTEGVKQVLKDFPQIRVVEQQSAEWQRSKGMDLTSNWLLAGSRFDAIVANNDEMAIGAAMALQQAGKAKGEISIVGIDGLPDGLAAIKRGMLVASVFQDPKAQATSAVQAALKMIKGEPVEPEIWVPFQLIKPEQLAVFEQRYK PGPT0016780_473 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_TRANSPORT,PGPT0016780-rbsB|mocB|mglB-K17213 NA NA D1-35_04785 1431 dat_2 COG0160 Diaminobutyrate--2-oxoglutarate aminotransferase ATGGAAAGTGTCCAGCCCCGTTCATCCTCCAGCGCAACCTTCACGCTGGAGCAGTTTCGCCAGCAAGCGCCGCGTGAACTGAACACCAACCCGTATCTGCAACGCCAGGCGGCCCGGGAGTCGAACGCCCGTTCTTACCCGCGGCGCATTCCGTTGGCCTTGCAAGAAGCCCATGGTCTTTATGTGCGCGATACCCAAGGCCAATTGTTCATGGACTGCCTCGCGGGTGCGGGGACATTGGCGCTGGGCCATAACCATCCGGTGGCCATCGCGGCCATGCGCCATACACTCGATTCCGGCCTGCCCTTGCACACCCTGGACCTGACGACACCGGTCAAGGATCGTTTCGTCGAGGACCTGTTCAACGCCTTGCCGGAAAACTTCGCCCGTCACGCGCGCATCCAGTTCTGCGGACCGACCGGTGCCGACGGCATCGAGGCGGCCCTGAAGCTGGCGCGGATCGCCACCGGGCGCAAACCGATCCTGACGTTCTCCGGCGGTTACCACGGCATGACCCTGGGGACACTGAGCCTGATGGGCAACCTGGGGCCGAAACAGGGGCTGGGCTCGTTGATGGCGGACGTGCAGTTCCTGCCGTACCCCTATGACTACCGCTGTCCGTTCGGCATCGGCGGCGAAGCCGGCATCGATGCCGGGCTGCACTTTATCGAACAACTGTTGAGCGACCCGGAGTCGGGTGTGCTGCCACCGGCAGCGGTGGTCGTGGAAGTCGTGCAGGGCGAGGGTGGGGTGATCCCGGCACCGGTCCGTTGGCTCCAGGGCTTGCGCCAATTGACCCGCAAACACGGCGTGGCACTGATCATCGATGAAGTACAGACCGGCCTGGGGCGTACCGGCAAGCTGTTCGCTTTCCAGCACGCCGACATCGAGCCGGACATTCTGGTCTTGTCCAAAGCCATCGGCGGCGGTCTGCCGCTGGCGGTGATGGTGTATCGCGAAGAACTGGACACCTGGAAGCCCGGTGCCCATGCCGGCACGTTCCGTGGCAACCAGATGGCGATGGCAGCGGGGGGCGCGACGTTGCGTCATATCATCAGCGAACACCTGCCAGCGCACGCTGACATCATGGGGCAACGCCTGATGGAGCAGCTGCGTCAGTTGCAGGGCGATTACCCTTGCCTGGGCCAGGTGCGTGGTCGTGGCTTGATGGTGGGCGTAGAGGTTGTCAGCGATACGCCGAGCGATGCCCGTGTGCCCGCCGCGGATACGGCACTGGCCCAGGCCATCCAGCGCCAGTGCCTGCGCTTGGGCGTCATCCTGGAGTTGGGCGGGCGCCATGGCGCCGTTGTGCGATTCCTGCCACCGCTGATCATCCAGGCTGAGGAAATCGATGTGCTGGTCGAGCTGTTCCGGGTGGCCTTGAACAATGCCATCGCCGAGACCAAGGGCAGGGCGTTGCACATCGCCTGA MESVQPRSSSSATFTLEQFRQQAPRELNTNPYLQRQAARESNARSYPRRIPLALQEAHGLYVRDTQGQLFMDCLAGAGTLALGHNHPVAIAAMRHTLDSGLPLHTLDLTTPVKDRFVEDLFNALPENFARHARIQFCGPTGADGIEAALKLARIATGRKPILTFSGGYHGMTLGTLSLMGNLGPKQGLGSLMADVQFLPYPYDYRCPFGIGGEAGIDAGLHFIEQLLSDPESGVLPPAAVVVEVVQGEGGVIPAPVRWLQGLRQLTRKHGVALIIDEVQTGLGRTGKLFAFQHADIEPDILVLSKAIGGGLPLAVMVYREELDTWKPGAHAGTFRGNQMAMAAGGATLRHIISEHLPAHADIMGQRLMEQLRQLQGDYPCLGQVRGRGLMVGVEVVSDTPSDARVPAADTALAQAIQRQCLRLGVILELGGRHGAVVRFLPPLIIQAEEIDVLVELFRVALNNAIAETKGRALHIA PGPT0014050_138 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014050-ectB|dat-K00836 NA NA D1-35_04786 216 mbtH_2 COG3251 Protein MbtH ATGAGTTTGGATAGCCCGGATACGCGGTTTCTGGTTGTCGTCAACGAAGAGGAGCAGTACTCGATCTGGCCGGACTACCGCAGCGTGCCCGACGGCTGGCGCACCGTGGACATGCAGGGCAGCAAGGAAGAGTGCCTGGCTTACATCGAGAAAGTCTGGACCGACATGCGCCCGCTGAGCCTGCGTCAGGCCATGCAGGTACAAGGACAGGGCTGA MSLDSPDTRFLVVVNEEEQYSIWPDYRSVPDGWRTVDMQGSKEECLAYIEKVWTDMRPLSLRQAMQVQGQG PGPT0003370_780 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-NOCARDICIN_A-D_METABOLISM,PGPT0003370-mbtH|nocI-K05375 NA NA D1-35_04787 738 hypothetical protein ATGATTCCCAGCCTTGCTCCGCTGTTCATCGGGCCGCTCGCAGCCTTTGAAGACAAGCTGCAACTGCGCAGCCAACCGCGCTCCGATCTGCCGGCCGCCGTGTTCTTCCAGCATGAGACGTTCAGCGCATTCGTCGAAGATCTGCTGGCACGCTACAAGACTGATGAGCGTCTGGCCCTGGTGTCGCTGTGGTCCAAATGGTATTTCAGTACCTTCCTGGCGCCAGTGATGGCCGCCAACCTGCTCCAGCAACGGGAGCTGCCGCTCGCCCTGGCTGATGTCGGCTTGAAACTCGGCGATGACGCCAGGCCCCAGGCCCTGCATTTGCGCGACGATGGCCAGATACTCCCCCGGTGCACGGCCTTCGAGCGGTTCCATACGCTCGTCGAATGCCATCTGGAACCGGTCATCGAGATTCTTGCCAGTGTCAGCCGGGCATCGCCCCGGTTGTTCTGGAGCAACGCCGCCAACACCTTCGAATTCGTCACCACGCGGATCGAACTGCACCCCCTGGCTGATGCCTCCAGCACCCTGCCGGCCAGGGAGATCCTCACTGCCCGGCTGCGCCCCGACGGCCGGCGCAACCCTCTGTTCGCGCCCGTACGCTACCAAGACATTGGCGAGGACGAGCCGCAGCGCCTGAGGCGCATCTGCTGCATTCGCTACCGCCTCCCCGGCGTTGGCTATTGCAGCAGCTGCCCCCTCGATGAATCCAGACGCCAGGTTCAAGGCGCCTGA MIPSLAPLFIGPLAAFEDKLQLRSQPRSDLPAAVFFQHETFSAFVEDLLARYKTDERLALVSLWSKWYFSTFLAPVMAANLLQQRELPLALADVGLKLGDDARPQALHLRDDGQILPRCTAFERFHTLVECHLEPVIEILASVSRASPRLFWSNAANTFEFVTTRIELHPLADASSTLPAREILTARLRPDGRRNPLFAPVRYQDIGEDEPQRLRRICCIRYRLPGVGYCSSCPLDESRRQVQGA PGPT0003315_461 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FERRICHROME|FERRIOXAMINE_METABOLISM,PGPT0003315-fhuF-K13255 NA NA D1-35_04788 1644 yojI_2 COG4615 ABC transporter ATP-binding/permease protein YojI ATGATGTTATTGAAAGAACTGCTGCATGACGCGCGATGGCGCATCCTCCTTGCGGTGCTGTGCAGTGCCTTGAGCGCGGCCACCAGTATCGGCCTGATCGGCTACATCAACCGTTGCCTGGAACAAGGCCTCGATGACCTCGGTCGGGGCTTGCTGCTGTTCGGTGGGCTGTTGGTGCTGTTGTTCATCAGCGGAGTCATCTCGCAATGGCTGCTGGTGCAGATCGGTCATCGCCTGGTCTACCAGCTGCGCCTGCGGCTGGTGGGCAAGGTCCTGGGCACCGCGCTCGAACGCGTCGAACGGCTGGGCAGCCCACGTATCTACAACGCGCTGACCAAGGATGTGACCACCGTCGCCACAGCGTTCAAGCAACTGCCGATCTCCTTGTACAACGGTTTGCTGCTGTTGGCGGGGCTGGCCTACATGGGCTGGTTGAGCTTGCCGTTCTTTTGCCTGACGCTGGCAGTGATCGCCGCTGGCGTTGGTCTCGATGTGTTGCTGGGGCGCAAGGTCAAGACCTTGATGCAGGCTGTCCGGCAACAGGACGACCAATTGACCGAGCAGTTCGAAGCCACGATCCAGGGGCGCTGCGAGTTGGGCCTGAGCCGCGAGCGCCGGCATCTGCTTTATCAACACAAGCTGGAACCCATTGCGCGCGCCTCGCTGGACGCCTCGGTGCGCGCCGACACCCTCTGGGCGGTGAACCTCAATTGGACGACACTGCTGGTGTTCATGTTGATCGGCACCCTCTTTTTCCTCGGCCAGGGGCTGGGCTTGCTGGACCAGCAGGTGGTGGTCGGCTACGTGTTGGCGATCATGTTCCTGCGCACGCCCATCTCGATGATCCTCGACGCCATTCCCGCAGTGATCCGCGGTCATGTCGCGTTGCAAGCCATCGACGCGCTGGCGCTGGGCGAGACGGTGCAATTCAAGACCCCGGCGCAAGCGGCTCAGCCGTTTCGCGAACTGCGCCTGGCGGACGTGCATTACCGTTATGCCGGCAAGAACGAGGAGTTTGCATTTGAACTGGGTCCGATCGACCTGACGATTCGTCGTGGCGAGCTGATTTTCATCGTCGGTGGCAATGGCAGCGGCAAGTCGACCCTGGCCAAGCTGCTGACCGGCCTCTACGTGCCCGCTTCCGGGGAGGTGTCGCTCAATGGAGTGGTACTCGATGCCAGTACCAGTGAGTGGCACCGGGAGCATTTCGCCGCGATCTTCGCCGACTTCTATCTGTTTGCCGATGTGCTGGGCGAGGCGGGTGAACATGACGGGCTCGAAGCCCGGGTGGACCATTATCTGGAGCGCCTGGGGCTGGCCCACAAGGTCGAATTCGCCGCCGGGCGCCTGTCTACCACTGCCTTGTCCCAGGGCCAGCGCAAACGCCTCGCGTTGCTGCTACTGATGATGGAAGGCCGGGAAGTGTTCCTGCTGGATGAGTGGGCGGCGGACCAGGATCCGGTCTTCCGCCATGTGTTCTACAACGAGTTGCTGCCCGAGCTGAAGGCCGCCGGCAAGACCGTCATCGCGATCACCCATGATGATCGTTATTTCGATGTGGCGGACCGGGTCTATCGCCTCGACTACGGCCACCTCGTCGATTACGACCGGGCCACGGAGAACCCCTTTCAGCTGGTGAAATGA MMLLKELLHDARWRILLAVLCSALSAATSIGLIGYINRCLEQGLDDLGRGLLLFGGLLVLLFISGVISQWLLVQIGHRLVYQLRLRLVGKVLGTALERVERLGSPRIYNALTKDVTTVATAFKQLPISLYNGLLLLAGLAYMGWLSLPFFCLTLAVIAAGVGLDVLLGRKVKTLMQAVRQQDDQLTEQFEATIQGRCELGLSRERRHLLYQHKLEPIARASLDASVRADTLWAVNLNWTTLLVFMLIGTLFFLGQGLGLLDQQVVVGYVLAIMFLRTPISMILDAIPAVIRGHVALQAIDALALGETVQFKTPAQAAQPFRELRLADVHYRYAGKNEEFAFELGPIDLTIRRGELIFIVGGNGSGKSTLAKLLTGLYVPASGEVSLNGVVLDASTSEWHREHFAAIFADFYLFADVLGEAGEHDGLEARVDHYLERLGLAHKVEFAAGRLSTTALSQGQRKRLALLLLMMEGREVFLLDEWAADQDPVFRHVFYNELLPELKAAGKTVIAITHDDRYFDVADRVYRLDYGHLVDYDRATENPFQLVK PGPT0029175_235 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029175-yojI-K06159 NA NA D1-35_04789 3783 dltA_2 D-alanine--D-alanyl carrier protein ligase ATGATGGATCTTGGACTGACGCTTTCACCGCAACAGAAACAACTGGCCCAGGCCAATCCGCAAGCCTGGCGCTGGGTCCGCATGCGCTTGGCGGGCGTGCCCGAGGGCATCGTCGAGCAACGCTTGCGCGACGCCCTGGCGCAGCATCAGGCGTTGCGCCTGCGTTACGAGCGCCCACTGGGCGCCACCGGCCTGCGCCAGCGGGTTATCGAACCTGATGCACTGCGGCTGGACTGGCGCCAGGGGCGGGCAGCCGACGGTCACGATGGACAGTCGTGGCTGGAGGCGGCCCGGCGTCGTTGCGATGCCGAACAACCCGACATTCTCGCCTGGCTGCTCGACGATCTGTTGCTGTTGGCAGTCCCGGTTTACTCACTGGACCAGCGCAGCCTGATCGGCTTGCAGGAACACTTGCTCGGGCGTGCCACAGCGCTTGACGACGAGCCCATGCAGTACGCCGACTATGTCGAGTGGATCAACGGCCTGCAACTGGATGAAGACGCCGAGCAGGGCGCGCAGTTCTGGCGCAACCTGGCCTTGCAGGACATTCCCGGCATGCGCCTGGTCGAGCGCTATGGCATCGCCAGCGGACGTCACGCGGTCGTCCGCCAGGAACTTGAGCAGCGCTTGCCGACGATGCTCACGGCACTGGCCGATCGTGAAGGCGTGGCCGTCGAGCAGTGGGTGCTGGCCGCCTGGGGGTCATTGCTCGGCAGGCTCAACGGGCAGCAACAGGGGCAGTTGGGGTTGCAACACGATCCTCGCGACAACTACGAGGAATTGTCCGGCGCGTATGGGCTGTTCGAGCAGACTTTACCGATGGTCTTGCAAGTGTCCGAACACAGCACGCTGACCAACCTGGCCCGGCAACTGGCCCGGCAATTGGAGAGCGCCGTGGACTGGCAGGAATATGTCGGCCAGGCACAGTTGTTGCCCGAATGGCGGGCCAGCTTCCAGGCCGGCCTGCGGGTCTCGCCCGTGCCGCAACTGGACATGTCGCACTGGCTGTCTTTCGACACACCGGTCGAACTGCAACTGCAATTGACGCTCGATGCCCAGGGCCACGGCGAGCTGGCGTTGGCCTACGACCTCGGCCTGTATCGCGAGGGGCAGATGCAGGCGCTGCTCAAGCGTTTTGCCCATTGGGTTGGCCAGCTGGTGCAATCGCCCGACGGGCTCATCGCTGACATTGACGCGCGCCTGCCTGAAGAATGGCTGGCCTCGGCGCAGACTGCTGCCCTTGGACCGGACCTCGATATCATCGCGACCTTGCGCCGCCATGCCCAGGCACAACCGTCGCGTCCGGCGCTGCGGTATGCCGAGCAGGTATTTTCCTACGCTGACCTGGATGCCCTGAGTGATCGTGTCGCCGGCAGCCTGAACGAGGCTGGCGTGGGCCGCGAGCAGGTCGTTGGGCTGTATCTGCCGCGTGGCGCGCAGATGCTGATCGCGATGCTGGCCTGCTTCAAGGTGGGGGCCGCCTATCTGCCATTGGACCCACAGCAGCCACCGCTGCGTCTGGCCGGCATACTCGACGACGCCCAACCGGCGCTGTTGCTGCACCTGGAGGGGCTGTTGCCCGAGACATCGGTGCGGACCCTGTGCTGGTCGCAGGCGAGCAACGGGCCGGCGTTCGCCGCGCCAGTCTCCGGCACAGCGCAGGACCTGGCCTACGTGCTCTATACCTCGGGCACCAGCGGCAAGCCCAAGGGTGTGCAGATTGAACAAGGGCAATTGCGTCACTACGCCACCCAGGTGACCCGCGCGCTGCAATTGCCCGAGGGCGGGCATTACGGGCTGGTGTCCTCGTTGCTCGCAGACCTGGGCAATACCGTGCTGTTCCCGGCGTGGCTGCAGGGCGGCTGCGTGCATGTCCTGGCGCAGACGACCGTGACCGATGCGCGGGCGTTTGCCGATGAGCTTCGGCGCTACCCACTGGACGTGCTCAAGATCGTACCTTCGCACCTCGAAGCGCTGATGGGCGAGCAGGCCGCCGACGTCCTTCCACGCCAGGTCCTGGTGCTGGGCGGAGAGCCGATCGGCGAGGCGCTGTTGACCCGCCTGGCGCAGGCCGGACCGACCTGCCGTGTTTACAATCACTATGGTCCGACCGAGACCACGGTAGGGGTGTTGTGGCGGGCGATCGATCTGGAGCAGGGGGTGAGTGGCTGCGCATTGGACCAGGTGTTGGGTGCCAACCGTATCCACCTGCTCGACGAGCGGCAGCGGCCGGTACCGTCAGGCCAGGCCGGCGAGTTGTGCATCAGCGGCGCCAGCGTTGGTCGGGGTTACGTCGGCAATGTCGGCGGCAACGCCTTTGCTGTCGAGCCTGCCAGTGGTCATCGTCTATACCGTACGGGCGACCTGGCCATGCGCCAGGCCGATGGGGCCGTGCGCATTCTGGGGCGCAACGATCAGCAGGTGAAAATCCGTGGGTTTCGCCTTGAGTTGGCCGAGGTCGAGCAGGCAATGCTGGCCCAGCCAGGCATCTCGCAGGCTGCCGTGCTGCTGGACGGCGAAGGTGACCACGCCCGATTGCTGGCCTTCGTGGTCACGGAGGAGGCGTATTCGCAAGGAACGGATCAGTTGCGCGCCAGCCTGGCCCGCCAGTTGCCGGACTACATGCTGCCCAGCGCTGTCCTGGCGCTGAAGGCCATGCCGTTGAACAACAATGGCAAGCTCGATCGCAAGAACCTGCTCGAACGCGCCCGGCAGCGTTTGCACAATACCCGCGTGGCACCGGTCGGCGAGCTGGAGGCGACGACCCTCGCCATCTGGTGCGAAGTATTGGGAGTCGAGGACCTTGGCGTCACCGACAATTTCTTCAATGTCGGTGGGCATTCGCTGGCCGCGATCAAGGTGGTGTCGCTGATTCGTGAACGGTTGGGCCTCGACCTGCCGACCAACCTGCTGTTCGAACGCCACACCGTGCGTGACCTCGTCCAAGGCCTGGGCGAGATCGACAGTGGTCCGTGGAAGGTCCTGAACACTGCCGATCCGCAAGCCCCGGCGCTGTTGCTGGTGCATGGGGCGCAAGGGCATCTGCAGGCCTACCAGCCGCTGGTGGACAACCTGCGCGACGGCGTCGCGGTGTTTGGCCTCGCCGCGCTTGAAAGCGGCTGGGCCGAGGGCGACATGGATGCACTGCTGCGCCGATACGTGGCGAGTATCCCGGCGCAGCTCAAAGAGCGTCCGCTGGTACTGTTGGGCTGGAGCCTGGCCGCGCGCCTGGCCATGTTGCTGGTGCCGCATCTGCAAGCAATTGGTTTCAGTGTCGCCGGGTTGGTGGTGCTGGATCACGATGCGCAGCGCAGCCTGGCCGGCGAGGGTGATGAAGCCGGCCAGTTGATTGCCGATTTCGCTTTTTATTGCCGCAGCCACGCCCAGCCGCTCGGCGAGTCGCTACGGGAGCGGTTGACGGGCCGGTTGGCCGGCCTTGACTATGCCGAGGGTGTCGCCCGGCTACTGGACGACGAACAAGTGCGCGCGCATCTGCAATGGGAGTCGGCCGACGCGGAATTACTGGCGTTGATGGCGCAATATCGCGCGATCAAGACCCGCTTGTACGAGCAGGCCTTGCCGACCGTCGATGTGCCGGTCTGGCTCTGGCGCGGCAATGCCCACGGCGATTTGCGCGCGCCGTGGCAACGCCATGCCTTGCAACCGGTCAGCCAGTGGACATTGGACGTGGGGCATCATGAAATGCTCGGCGAGCCGCGACTGGTCGAAAACCTGCTGCCTTTACTGTTGCAAAACTCTGCCAAGGTGGTGCCGGTCCCATGA MMDLGLTLSPQQKQLAQANPQAWRWVRMRLAGVPEGIVEQRLRDALAQHQALRLRYERPLGATGLRQRVIEPDALRLDWRQGRAADGHDGQSWLEAARRRCDAEQPDILAWLLDDLLLLAVPVYSLDQRSLIGLQEHLLGRATALDDEPMQYADYVEWINGLQLDEDAEQGAQFWRNLALQDIPGMRLVERYGIASGRHAVVRQELEQRLPTMLTALADREGVAVEQWVLAAWGSLLGRLNGQQQGQLGLQHDPRDNYEELSGAYGLFEQTLPMVLQVSEHSTLTNLARQLARQLESAVDWQEYVGQAQLLPEWRASFQAGLRVSPVPQLDMSHWLSFDTPVELQLQLTLDAQGHGELALAYDLGLYREGQMQALLKRFAHWVGQLVQSPDGLIADIDARLPEEWLASAQTAALGPDLDIIATLRRHAQAQPSRPALRYAEQVFSYADLDALSDRVAGSLNEAGVGREQVVGLYLPRGAQMLIAMLACFKVGAAYLPLDPQQPPLRLAGILDDAQPALLLHLEGLLPETSVRTLCWSQASNGPAFAAPVSGTAQDLAYVLYTSGTSGKPKGVQIEQGQLRHYATQVTRALQLPEGGHYGLVSSLLADLGNTVLFPAWLQGGCVHVLAQTTVTDARAFADELRRYPLDVLKIVPSHLEALMGEQAADVLPRQVLVLGGEPIGEALLTRLAQAGPTCRVYNHYGPTETTVGVLWRAIDLEQGVSGCALDQVLGANRIHLLDERQRPVPSGQAGELCISGASVGRGYVGNVGGNAFAVEPASGHRLYRTGDLAMRQADGAVRILGRNDQQVKIRGFRLELAEVEQAMLAQPGISQAAVLLDGEGDHARLLAFVVTEEAYSQGTDQLRASLARQLPDYMLPSAVLALKAMPLNNNGKLDRKNLLERARQRLHNTRVAPVGELEATTLAIWCEVLGVEDLGVTDNFFNVGGHSLAAIKVVSLIRERLGLDLPTNLLFERHTVRDLVQGLGEIDSGPWKVLNTADPQAPALLLVHGAQGHLQAYQPLVDNLRDGVAVFGLAALESGWAEGDMDALLRRYVASIPAQLKERPLVLLGWSLAARLAMLLVPHLQAIGFSVAGLVVLDHDAQRSLAGEGDEAGQLIADFAFYCRSHAQPLGESLRERLTGRLAGLDYAEGVARLLDDEQVRAHLQWESADAELLALMAQYRAIKTRLYEQALPTVDVPVWLWRGNAHGDLRAPWQRHALQPVSQWTLDVGHHEMLGEPRLVENLLPLLLQNSAKVVPVP NA NA NA NA NA D1-35_04790 9033 dltA_3 D-alanine--D-alanyl carrier protein ligase ATGACGCAACAAGCTTTCCTGGAGATTGCGCAGCGGCTGGCATCCTTGCCCGCGGACAAGAAAAAAGTCTTTCGCCAGCGCCTGGCCGAGAAGGGCATCGACAGCTGGCGCCTGCCGATCGTCCCCGCCGTGCTCGGGGAAGGCGAGCCCAGGCCGCTGGCGCAGGCGCAGCGGCGCTTCCTGTCGGCTGAAGCCCTTAGCAGCCGGGCCCTTTACAATTTGTGCTCGGTGCTGCGATTCGACGGGCGCCTGGACGGCGAGCGTCTGCAGCAGGCGATGCAGCAAGTCGTCGATCGCCACCAGATCCTGCGCACTCGCTACACCACGGATGCCAACGGGCAATTGCAGCCTCATTGCGCGCCGCAACAGGTCCGCTTGCCAGCCGTCGAGCGGTTGACGTTGGCGGCGTCTGACCAGGCGCAATGGTGCGCCGATGAGTACGCCCGCCAACTTGCCGAACCGTTTGACCTGGCTCAGTCGATGCCTTGGCGCTGGCAAGCGTTCAGTGACGCCCAGGAGCAATCCACCTGGCTGTTTTTCACCATCCATCACGTCGCCTATGACGCCTGGTCGGCCCAGCAACTCACCCTTGAACTGGCCGAGGCCTATCGGGCGCTCGCTTCGAACCAGCCTGCCGCACAACCCGAGTTGAGCATTCAATACGCCGATTACGCCGCGTGGGAGCGCGAGTGGCTGGACAGCGACACTTGCCGGCAGCACATCGACTTCTGGCGCGACCAACTGGCGGACGCGCCGGCGCCCCTGGCGTTGCCACTGGACCGGCCGCGCCCTGCGGCCACCCAACGTCGCCAGAGTGGCGCGATCCTGGCCCGGGAGCTTTCGCCGCAACTGACCGCGACGGTGGAGGCGGCCATTCGCAACCAGGGGGTGACGCTGTATATCTACGGCCTGACGGCCTTTACCTGCCTGCTGTCGCGCTACAGCGGCGAGACGGATCTGTGCCTGGGCACGTCGGCGGCCCAACGTGACCGTCCGGAGCTGGTGCCGTTGATCGGCCCGTTGCTCAATACCCTGGTGATCCGCCAGCGTCTGCAGGACAACCCGGACTTCGGCAGCGCCTTGCTGCGGACCCGCGATACGGTCGCGGCCGCATTCGACCATCAGCAGTTGCCCTTCGAAAATATCCTTGAAAGCCTTGAGCGTCCGCGTTCGAGCCCGCTGTTCCAGGTCATGTTCGTTCAGGTTGATCTACCCGAAAGCCGCACCCTGGCCTTGCCGGGTGTGGCCGTCGAAGTGCTTGACCCGCCGCAACGGCATGCACGTTTCGACTTGACGCTGCGCATGGTACGTAGCGCTGACGCGCGACTGCGCTGCGAGCTGGAGTACAGCGACGAATTGTTTGATGCGGCGACGGTCGAGCAGATGCTCGACGACTTGCTGGCGATTCTGCAGGAGGGCTCGGTGCATCCGCAGCGACGCCTGGCGGATCTGCAACTGGTTTCGCCGCCCAGCGAGTTGCATGGCCCCGCCCTGGATACGGCGCCGTTGCCGTTGGACCGGCAAGTGTTGCACTGGGCCAATCAGACGCCGTCCGCTGCGGCACTCTGCAGCGTTGGGCGGACCCTTGATTACGCCACGCTCGGCGCCGCCAGTCGGTCGATGGCCGCGCGGCTGGCCGGGCAGGGCATCGGACCTGGGCAGGTGGTTGCTCTGTGCATGCCACGCTGCGCTGAACAGCTGTTGGCGACCCTGGCTTGTTGGCAGCGTGGCGCGACCTGCCTGTTCCTCGACCCGGCGCAACCGCCGCAGCGCCTCGCGCAGTTACTGCAAGACAGCGGCGCGAGCCTGTGGGTGACGCTGGCGCACGCGCCTGAAGCCGGCGCTGGCCTCGCGCATCTGGTGATGAGCGACGCCGACTGGTCGGCCGATGCCAATGCCGGGCAGGGCGAAAGCCTCAGCCAGCCGCAATTACCTGCCTACCTTATCTATACTTCGGGCTCGACCGGCCAACCCAAAGGCGTGCTGGTCAGCCATGCCAACCTGGCGCATTACGCGAGCGCAGTCGGCCAGCGCTTGCACGCCTTACCCGGCAGCCGTTGGGCGACCCTGGCGACCGTCGCCGCGGACTTGGGGCTGACCTCGGTATTCGCCGCGCTCGCCGCTGGCGACCCGCTGGTCTTGCCGCCGGCGTCGTTGGCTTTCGATCCACCCGGCTGGGCTGACTTTCTTGATCAGAATCCCGTCGATTGCCTGAAGATCGCGCCTTCGCATCTGCGCGGCTTGCTGGCATTGGACGACGCCCGCCGTGTGTTGCCCAGGGAAATATTGATCCTCGGCGGCGAGGGGTTCGATCAGGCCCTGTTCGCCAAGGTGCATGAACTGGCGCCGCAACTGCGTATCTTCAATCACTACGGCCCGTCGGAAACCACGGTTGGGGTGATCTGCGGGGAAATCACCGGGTCCGACGCACTCGAAGCGGGTCAGTACTTGCCGTTGGGCCAGCCTTTGTCCGGCTGCGAGTTGCGCATCGTCGATGGCAATGACAGAGCCGTACCGCTCGGGGTTGCCGGTGAGCTGTTGATTGGCGGGCCCCAGGTTGCCCAAGGCTACCTCGGGCAACCCGGGTTGACGGCGCGCGCGTTCGGTTGCACGGCCCAGGGGCAGCGATTCTATCGCAGCGGTGACCGGGTGCGCCTGGATCGCAACGGGCGGCTGGTATTCCTCGGGCGCCAGGACGATCAGGTCAAGATCCGCGGTTTTCGCGTCGAACCGGGCGAGGTCAGTGCCTGGCTCAACGCCCAACCCCAGGTGCGCGAGGGGGCGGTGCTCGCCTGCGAAGTGAAAGGACGCACGCAACTGGTGGCATACCTCACCCCCGGGATCGGCTCTTCGATGACCACCGAAGCCTTGGCGATGCTGCAAGCCGAGGCCAAGCGCCAACTGCCGGAACACATGCTGCCGGCCTATTGGCTGGCCCTCGATACACTGCCGCTGACCGCCAACGGCAAGCTCGACCGGCGCGCATTGCCCGAGCCCGCAACGGATGAGCCGACCGCTGAAGCCGCCGAGCCACCGAACGGCGCGACCGAACAGCGCCTGGCGCTACTGTGGTGCCAGATTCTCGGTTGTGCGCAAGTCGGGCGCGGGGATGATTTTTTCGCCCTCGGCGGCGACTCGATTCTCAGCCTGCAATTGATCGGCCTCGCTTCGCGGGAAGGGCTGAGGCTGCAACCTCGCGATGTCTTGCAGCATCCGACATTGGCGGCCATGGCGCTGTGCATCGATTGCCGCGCCGAGCCCGCCTTGCTCACGGTGCTGACGGCCTTTCGCGAGCTGCTCGGCCAACCCGCGCTGGGCGCGGATGCGGATTTTTTTGCCATGGGCGGCGATTCGATCCTCAGCCTGCAACTGATCGCGCGCTTGCGTCAGGCCGAGCTGCGCCTGATGCCTCGGCAATTGTTGGAGAACCCAACCCCTCGGCAGTTGGCCAAGGCGCTGACGCCGGTCGTGGCGCCTGTCGTCGCGGCGGTCGAGCCGAGCGACGTGGCGAAGCAACCACAGCCGCTGTCCCACGCCCAGCAACGGGTGTGGTTCATGCAGCAGCTCGATCCGGCTGAAACCGCCTACAACGTCACCCAGTTGCTGGCCTTGCGCGGCGATCTGGATGTGCCGCGTCTGCAACGTGCCTGTCAGGCGCTGGTCGCCCGTCATGATGCGTTGCGCTGCCTCTTCTTCGAAGAGCAAGGGCAAGTCTGGCAGCGCCTGGACGATACGCCCGCGGCGATCTTCAACGTCCACGATATCGGCGGTCTGACCGGGGCGGAGCAGGATGCGGCCATCGCCAGCGCGGCCAAGCGGGTGTTCGACCTCACGCAGGGGCCCTTGCTGGCGGTCGATGTGTTTTGTGTCGCACCCGCTGACTACCGCTTGCTGTTCAATGTGCATCACATTGCCGTGGACGGTTGGTCCATGGGCCTGCTGGTCGAGGATCTGACGTCGCTCTATCAGGAGCGGACGCTGTCTTCAACAAGCGCTCTGCTGCCGTTGATCAATGCGCAGCGGCAACAGTTGGAAGGGGACCACGGCAAGACGCTGTTGGCTTATTGGCGGCAACGCCTGGAAGGCTTGGGCAACGAGCCTCTGGAATTGCCCGGACAACCCACTCGGCCGACAGTGCAGGCATACGCCGGTGCGCGGGACGAGTTCGCTTTGCCCGGTACGTTGAGTGCCGCTGTGGAGGCGCGGGCAAGGGCGTTGGGCGTCACACCGTTCGTGGTGTATTTCGCTGCGTATCAATTGCTGCTCTGGCGTCATGGCGGCCGCAGTGACTTCGCCGTCGGCGTTCCAGTGGCCGGACGCGAGTCGGCAGAGAGCCAGGCGCAAGTCGGCCTGTTCGTCAACACGCTGGCGCACCGGGTGCAGATCGATGCTCGCCAGAGCCTGCAATCGTTCGTCCAGGCCTTGAACGGCAGACTGAGCGATGACCTGGCTCATCAGGCGCTGCCGTTCGAGCAATTGCTCGACGTGCTGAATATCGAGCGCAGCCTGGATCGCACGCCGGTGTTCCAGACGATGTTCAACTACCAGGTCGACCACCAGCAGTCCCGCAGCCTGAACCTGCCCGGCGTCAGCGCACAGGCCCTGGCATTGCCGGGCGGGGTGGTGAGCGCCAAGTTCGACCTGACCTTCAACCTGTTCACCCAAGGGCGTGGTGCCGAGGCCAGTACCGGGTTGATCGTCGAATACGCGACCGCGCTGCTGCAACCGGGCACCACCCGGCGGCTGGTGGAGGACTATCAGGGATTGCTCGCCAGCCTGGCGGGTATTGACCTCCAGACACGCTTGCCGGAAATCCCGCTGCGCTCCGTTGCGACCCTGGCGACTGCCGGTGAGCCGATGCGATTGTCCGGCGAAGCGGATTTCGTGACGCGTTTCGAAGCGCAAGCCGCTGCGCATCCCGAGCGCATCGCGGTGTACTGCGCTGACCGGCAGATAAGCTACGGGACGCTGGATGCCCAGGCCAACCGCCTCGCTCATTGGCTACTGGCCCAAGGCGTGGGCGCCGAATCGATGGTTGCCTTCTGCCTGCCTCGGGATGAGCGGTTGCTGGTGTGCATGCTGGGCATTCAGAAGGCCGGGGTGGCATACCTGCCGCTCGATCCCGGCCATCCGCCGGCTCGCCAGGCGCAAATCCTCGACCGGGCGCAGCCGCATCTGCTGCTCTGCGATTCGCCGAGCGTCGATCTGCCGGCGCCGTTGCGCGTGTGCCCATGGGCGGACCTGCCGCTGGGGCAATTCGCGACCCAGGCGCCGGAAGTGGCGGCCAACCTTGGGCAACTGGCCTACACCCTCTATACCTCGGGCTCGACCGGCCAACCGAAGGGCGTGCAGATCAGTCGCGGCAACTTCGCCAACTTCCTGCTGGCCATGGAACAGGCGCTGCCCTTGGCAAATGTGCAGCGCTATCTGGCCTTGACCACGGTCACCTTCGACATCTGCGGCCTGGAGCTGTGCCTGCCGCTGGTGCGTGGCGGCGCGGTCGTCCTCGCCGACGATGAAGAGCGCCAGGATCCGCTGCTGCTTGCGCGCTTGATCGAGGAAAAGAATGTCGACCTGATCCAGGCCACACCGGCGACCTGGGCGATGTTGCTGCAAGGCGATCGCCAGCTGCTCAAGGGGCGCGTGGCCCTGGCCGGTGGCGAGGCAGTGTCGGCCGAGTTGGCGCACGAGCTGAAGCAGTGCGTGGCGCAACTGATCAATGTCTACGGCCCGACCGAGACCACGGTGTGGTCGACCCAGGCGCCGATCGATGCGCTGCAACTGCCCGTCGCGCCGATTGGCCGACCGCTGCTGAACACGCGCTGTCATGTTCTCGACGAACACCTGTGCGAAGTGCCGCCTGGCTGCGTGGGCGAACTCTATATTGCCGGCGACGGCCTGGCCCGCGGTTATGCCGGGCAGCCGGGGCTGACCGCCGAGCGCTTCATTGCCGACCCGTTCGTGGGTAACGGCGGGCGCTTGTATCGCACCGGCGATCTGGCGCGCTGGCAGCCCGACGGCCAGCTGTACTACCTCGGGCGTACCGATGACCAGATAAAGTTGCGCGGGTACCGTATCGAACTGGGAGAAATCGAGGCGGTTCTGCTCAGCCATCCCCAACTGCTGCAGGCGGTCGTGGCCGTGCAAGGCGAGCACCTGGCGGCGTTCTGGGTGGCGGAGGCTGAAAACGCACCTGACGAGGCGGCTGTGCGCGACTATCTGCAGACACGTTTGCCGATCTACATGTTGCCGACGCACCTGCAAGCGCTGGAGCGGCTGCCGCTCAACACCAACGGCAAGGTCGATCGCAAGCAGCTGCCGCGCCTGCTCGCGGTGGTCGACAGTGCACCTGCTACCGAGCGCGCCTTGTCGGCGAGCGAGGCCTTGCTGATCCAGATCTGGACCTCGGTGTTGCACGTGCAACACGTGCCGGTTGATAGCCATTTCTTCCAGATTGGCGGGCATTCGCTGATGGCCGCTCAAGTGCGTGGGCGCTTGCGCGAGCAGGGGTTTGACGTGCCATTGCGCTGGCTGTTCGAAACGCCGGTGCTGGCGCAACTGGCTGAGCGAATCGAAGGGCTTGCGGGGCAGCAGGACCTGGCTTCGCTGACGATCTCGCCGGTTGATCATGAGGTCGAGCAAGCCTTGTCATCAGCGCAACAGCGAGTCTGGTTGATGCAGCAGCTGGACCTTGCCGACAGCAGTTTCAACATGAGCAGTAATGTCCGTTTGCGCGGGCAACTCGACATCCAGGCCCTGGAGCGTTCATTGCAGCGGCTGGTAAGCCGCCACGCCATCCTGCGCACCACTTATCACCAGCGGGACGGCGAACCGCGCCAGCGCATCCACTCGCAATCGATAGTGGCCCTGGAAACCGTCGCGTCGACGCAAGCGCAGTGGCCGGTTGAAGCCCGGGACAGGGCACTGCGCCCCTTCGACCTGGTTCGCCAGGCTCCGCTGCGGGTGGTCCTGTATCGCCTCGGCGAACAGGATCATGTGCTGCAAATGATCATGCACCACATTGCCTCCGATGGCTGGTCCGGCGCTATTCTGGTCGATGAGCTGATCGAGGGCTACGAGGCCTACAGCACCGGCGTGCTACCGAGCCAGGAAGCGTTGCCGATCCAGTACGTCGACTACGCCGTATGGCAAGGTTCGGCCGCGGTCCGGTTGCGTCAGCGTGAAGGCCTGGACTTCTGGCGACGGACCCTGGCCGGCATTCCCGCGCAGGTGCCGCTGCCGTTCGATTTCCCGCGTCCGGAGCGTGACAGTGGCGCCGGGGCCGCAGTGGATTTCCAGTTATCGCCCGCCACGGTTGGCCGGCTTAAAAGGTTCGCCCAGGACAGTGGCACGTCGCCGTTCATGGTGCTGCTGACCTGTTATGCCGCAGTGCTGCAACGCGAGACGCAGGGCCGCGATCTGGTGATCGGTACGGACGTTGCGAACCGCGACCATCCGGCCACCGAATCGCTGATCGGCTTCTTCGTCAACCTGCTGGCCTTGCGTGTCCGCCTGCAACCGGAGTTGAGTTTCCGTGAGCTGGCGCTCCAGGTGCGTGAGGTTTGCCTGCAAGCGTTCGCCTGGCAAGACACGCCGTTCGAACAGGTCGTGGAGTGCCTCGAGCTGCCGCGCGTGGCCAATGTCCACCCGCTGTTGCAGACCTTGTTCGTGCTCGACAACACACCACGCCAGCAGCGTCAGCTGGGCGATCTTCAGGTCGAGCCGCTGGCCGGCGAGCAACACCACTCCAAGTTCGACATGGCTCTGTTCGCCAGCGAAGACTCTGATGCCATCAGCCTGCGCTGGGTGTACCGCACCAGCCTGTTCCGCCAGGCCACCGTCGAGCGCTTGCGCCATGCCTTCGAGTCATTGCTGGAGCTGGCCCTCGGCGCGCCGGACAATCCCATCGATACCTTGATTCCGACTGTAAAGGGAGCCGCTGCAATGTCCACGGACAACCCGCTGCAACGCAAAATGAGCAAATTGGGCAAGATGCGCCAGAGCGGATCGGCGGCGACCCGTGAGCCCATCGAAGCCCGGCCGCTGCGAGAGGAGGCGAAATTTCCGCTGCTGGTCTCGCTGCGTGACCGTGAACTGGCCCCGGCTATCTGGGCCGAAGCCAACCGCGACAAGGTCGAAAACTGGCTGCGCGAGCATGGCGGTATCCTGTTCCGAGGGTTCGACCTGCCGACACCGGCGGATTTCGAGGCGTTCTGCCAGGCGCTGTGCCCGCAGCTGTATGGACAGTACGGCGACCTGCCGAAGAAAGAAGGTGGCAAGAACATCTACAAGTCCACGCCATACCCCAAGGACCGGATGATCCTGTTCCATAACGAGAGTGCGCATCAGCACCGTTGGCCGCGCCGCCAGTGGTTCTACTGCGAGACGCCAGCGACCTCCGGTGGCGCGACGCCGATCGTCGACAGCCGCCAGGTCTACGGCGAACTGCCGGCCTGGTTGCAGGCAAACCTGCGGCGCAAACAGCTGATGTACGTGCGCAATTTCAGCGCCAGCCTGGACGTCAGCTGGCAGCATTTCTTCCAGACCGAGGATCGGGCCGAGGTCGAGCGAATCTGCCGTGAGAGCAACATTGAATTCCAATGGCGCGGCGCCAATGACCTGCACACCCGCCAGGTTTGCCCGGCGGTGATTCTGCATCCATTGACGGGCGAAGAGAGCTTCTTCAATCAGATCCAGCTGTACCACCCGGCATTTCTCGATGCCGATATCCGCGAGCAGTTCCTGCGCGATGGCGAAGCCGCCATGCCCAGGCAGGTGTTCTACGGTGACGGCTCGGACCTCGAGCCGGCCGCCATCGATGCCATCAATGCCGCCTATGACCGCTGCGCCGTGCGTTTCGATTGGCAACAGGGCGATGTGGTCATGCTCGATAACATGCTGGCGGCGCATGCCCGGGATCCGTTCGAGGGCGAGCGCAAGATTGTCGTGGCCATGGGCGAGATCTATGGTCGTCACCAGGTAATGGCTGCCCCTGCGCAGACCGAAGAGCATTCCGCAGAGTTGACCCCATGA MTQQAFLEIAQRLASLPADKKKVFRQRLAEKGIDSWRLPIVPAVLGEGEPRPLAQAQRRFLSAEALSSRALYNLCSVLRFDGRLDGERLQQAMQQVVDRHQILRTRYTTDANGQLQPHCAPQQVRLPAVERLTLAASDQAQWCADEYARQLAEPFDLAQSMPWRWQAFSDAQEQSTWLFFTIHHVAYDAWSAQQLTLELAEAYRALASNQPAAQPELSIQYADYAAWEREWLDSDTCRQHIDFWRDQLADAPAPLALPLDRPRPAATQRRQSGAILARELSPQLTATVEAAIRNQGVTLYIYGLTAFTCLLSRYSGETDLCLGTSAAQRDRPELVPLIGPLLNTLVIRQRLQDNPDFGSALLRTRDTVAAAFDHQQLPFENILESLERPRSSPLFQVMFVQVDLPESRTLALPGVAVEVLDPPQRHARFDLTLRMVRSADARLRCELEYSDELFDAATVEQMLDDLLAILQEGSVHPQRRLADLQLVSPPSELHGPALDTAPLPLDRQVLHWANQTPSAAALCSVGRTLDYATLGAASRSMAARLAGQGIGPGQVVALCMPRCAEQLLATLACWQRGATCLFLDPAQPPQRLAQLLQDSGASLWVTLAHAPEAGAGLAHLVMSDADWSADANAGQGESLSQPQLPAYLIYTSGSTGQPKGVLVSHANLAHYASAVGQRLHALPGSRWATLATVAADLGLTSVFAALAAGDPLVLPPASLAFDPPGWADFLDQNPVDCLKIAPSHLRGLLALDDARRVLPREILILGGEGFDQALFAKVHELAPQLRIFNHYGPSETTVGVICGEITGSDALEAGQYLPLGQPLSGCELRIVDGNDRAVPLGVAGELLIGGPQVAQGYLGQPGLTARAFGCTAQGQRFYRSGDRVRLDRNGRLVFLGRQDDQVKIRGFRVEPGEVSAWLNAQPQVREGAVLACEVKGRTQLVAYLTPGIGSSMTTEALAMLQAEAKRQLPEHMLPAYWLALDTLPLTANGKLDRRALPEPATDEPTAEAAEPPNGATEQRLALLWCQILGCAQVGRGDDFFALGGDSILSLQLIGLASREGLRLQPRDVLQHPTLAAMALCIDCRAEPALLTVLTAFRELLGQPALGADADFFAMGGDSILSLQLIARLRQAELRLMPRQLLENPTPRQLAKALTPVVAPVVAAVEPSDVAKQPQPLSHAQQRVWFMQQLDPAETAYNVTQLLALRGDLDVPRLQRACQALVARHDALRCLFFEEQGQVWQRLDDTPAAIFNVHDIGGLTGAEQDAAIASAAKRVFDLTQGPLLAVDVFCVAPADYRLLFNVHHIAVDGWSMGLLVEDLTSLYQERTLSSTSALLPLINAQRQQLEGDHGKTLLAYWRQRLEGLGNEPLELPGQPTRPTVQAYAGARDEFALPGTLSAAVEARARALGVTPFVVYFAAYQLLLWRHGGRSDFAVGVPVAGRESAESQAQVGLFVNTLAHRVQIDARQSLQSFVQALNGRLSDDLAHQALPFEQLLDVLNIERSLDRTPVFQTMFNYQVDHQQSRSLNLPGVSAQALALPGGVVSAKFDLTFNLFTQGRGAEASTGLIVEYATALLQPGTTRRLVEDYQGLLASLAGIDLQTRLPEIPLRSVATLATAGEPMRLSGEADFVTRFEAQAAAHPERIAVYCADRQISYGTLDAQANRLAHWLLAQGVGAESMVAFCLPRDERLLVCMLGIQKAGVAYLPLDPGHPPARQAQILDRAQPHLLLCDSPSVDLPAPLRVCPWADLPLGQFATQAPEVAANLGQLAYTLYTSGSTGQPKGVQISRGNFANFLLAMEQALPLANVQRYLALTTVTFDICGLELCLPLVRGGAVVLADDEERQDPLLLARLIEEKNVDLIQATPATWAMLLQGDRQLLKGRVALAGGEAVSAELAHELKQCVAQLINVYGPTETTVWSTQAPIDALQLPVAPIGRPLLNTRCHVLDEHLCEVPPGCVGELYIAGDGLARGYAGQPGLTAERFIADPFVGNGGRLYRTGDLARWQPDGQLYYLGRTDDQIKLRGYRIELGEIEAVLLSHPQLLQAVVAVQGEHLAAFWVAEAENAPDEAAVRDYLQTRLPIYMLPTHLQALERLPLNTNGKVDRKQLPRLLAVVDSAPATERALSASEALLIQIWTSVLHVQHVPVDSHFFQIGGHSLMAAQVRGRLREQGFDVPLRWLFETPVLAQLAERIEGLAGQQDLASLTISPVDHEVEQALSSAQQRVWLMQQLDLADSSFNMSSNVRLRGQLDIQALERSLQRLVSRHAILRTTYHQRDGEPRQRIHSQSIVALETVASTQAQWPVEARDRALRPFDLVRQAPLRVVLYRLGEQDHVLQMIMHHIASDGWSGAILVDELIEGYEAYSTGVLPSQEALPIQYVDYAVWQGSAAVRLRQREGLDFWRRTLAGIPAQVPLPFDFPRPERDSGAGAAVDFQLSPATVGRLKRFAQDSGTSPFMVLLTCYAAVLQRETQGRDLVIGTDVANRDHPATESLIGFFVNLLALRVRLQPELSFRELALQVREVCLQAFAWQDTPFEQVVECLELPRVANVHPLLQTLFVLDNTPRQQRQLGDLQVEPLAGEQHHSKFDMALFASEDSDAISLRWVYRTSLFRQATVERLRHAFESLLELALGAPDNPIDTLIPTVKGAAAMSTDNPLQRKMSKLGKMRQSGSAATREPIEARPLREEAKFPLLVSLRDRELAPAIWAEANRDKVENWLREHGGILFRGFDLPTPADFEAFCQALCPQLYGQYGDLPKKEGGKNIYKSTPYPKDRMILFHNESAHQHRWPRRQWFYCETPATSGGATPIVDSRQVYGELPAWLQANLRRKQLMYVRNFSASLDVSWQHFFQTEDRAEVERICRESNIEFQWRGANDLHTRQVCPAVILHPLTGEESFFNQIQLYHPAFLDADIREQFLRDGEAAMPRQVFYGDGSDLEPAAIDAINAAYDRCAVRFDWQQGDVVMLDNMLAAHARDPFEGERKIVVAMGEIYGRHQVMAAPAQTEEHSAELTP NA NA NA NA NA D1-35_04791 9465 tycC Tyrocidine synthase 3 ATGAACGACAAGGTCAAAGCTCTTTCGCGCAACATCGAAGCTATTTACCCGCTGGCTCCCATGCAGCAAGGATTGCTGTTCCACAGCCTGATGCACCCGGGCAAGGGCATGTACCTGCTGCAATACCGGCACGTCATGGTCATGCCGAACCTCGACCTGGCGGCGTTCCGCCAGGCTTGGGCGCAAGTGGTGGAACGCCATGAACTGCTGCGCACCTCCTTCGTCTGGAAGCAGCAGAAGCGCCCGATGCAAGTGGTGCACAAGCAGGTCGAACTGCCGATCACTTATGAGGACTGGTCGCACCTGAGCGAAGCCGAGCAGCACGCGCGCCTGGAGCAGTTGCTCAGCGCGGAACGCGCTGAAGGGCTGGACTTCACCAAGGCACCGCTCATGCGGGTCAGGCTGTACAAGTTGGCGCCCGACACGTATCAGTTCGTGCGCAGCTACCACCACATCCTGATGGATGCCTGGTGCTTCTCGATCATCATGATGGACTTCCTCAACGGCTACCGTGCCGCTCAGGAAGGCCGTCGATTGAACCTGCCGGCGCCACGTCCGTATCGCGATTTCATTCGTTGGCTGGAAACCCAGAAGCCGGAGGATCACCAGGCCTTCTGGCAACAACGCCTGGCGGGTTTCGACACGCCAAACGAGTTCGGCTTCGGCCATGTCGGCCGCATCCAGGGCGCCAGTGAACCGGTCGAGGATTGTGTGGAGTTTCTGCAGCCTGAGCAGACCTTGGCGCTGCAAAACGTCGCGGCGCAGCACGGTCTTACCCTCAATACGCTGGTGCAGGGCGCCTGGGCCTTGTTGCTGGCGCGCTACAGCGGCGATCACGACCTGGTGTTCGGTATCACCGTCGCCGGTCGTCCGGTCCATCTGCAAGGTATGGAAAGCATCGTCGGCCTGTTTATCAACAGCTTGCCGCTGCGCTGGAGCTGGCGCCCGGATGACGCGCTTGGCCCGTGGCTGAAAGCCTTGCAGACCGAGAACCTGAGCCTGCGTGAACACGAGAGTGTGTCCCTGGCCGACATCCAGCGCTGGAGCGACGTCCAGCGCCAGGACCTGTTCCAGAGTCTGTTCGTGTTCGAGAACGCGCCCATTGCCGCCGACGTGCGCCAGGGGCAGCTGGACTACCTGATCAGCGACATGGCCAACCGCACCCACACCAATTACCCGATCACCGTGGTCATCGTGCCGGGTGAGCGCCTGCACCTGCAACTGACCTACCAGACCGACTGGTTTCTGCGTGAAGAAGTCGAGCAGATGCTGCGGCACTTCCGTGCCCTGCTGTTGAACATGGGCCAGGCCCTGGGCGCGAACGCCGCAACGCCTTTGCATCAACTGGCGATGCTCGATGAAAGTGAAATCCGCCATCAGCACCAGGTCTGGGCCGGTGGAGGCCTGGCGGCCGACGAACAACTGCTGCAACCGTTGTTCATCGAGCGCTTTCAGCAGCAGGTCTGCCAGAATCCAGGGCGCGTCGCCATAGTCCATGGCGAGCACAGCCTGACCTTCGATCAGTTGAACCGCGCCGCCAACCGGCTGGCCCGGCACCTGCGGGCACAAGGGGTAAGCAGCGACGATCTGATCGCGGTGTTCGATGAGCGCGGGCTGGACCTGGTGGTGATGATTGTCGCCACGCTCAAGGCCGGCGCCGGTTGGCTGCCGCTCGATCCACGCAACCCGGCCCAACGCCTGGCCCAGGTGCTGCGCCAGAGCCGTACGCCGTTGCTCGTGCACAGCGCGGGGCAGGGCGAGTTGGCCATGCAGGCACTGGATCTGCTCGAACAGCGGCCCAAGGCCGTGCGTTATGACCCCTCGGTGCTGAGCGGCTGCAGCGATGAAAACCTGAACATCGCGGTGCACGGCGACTCGTTGGCCTATTGCATCTTCACCTCTGGCTCCACCGGCACGCCCAAGGGCGCCATGGTGGCCCAGGCGGGCATGCTCAACAATATTCTGGGCAAACTGCCGGGGCTGGGGCTCGATGCGAATGACGTGATCGCCCAGACCGCGCCGCAGTGCTTCGACATCTCGGTCTGGCAAACCCTCGCGGGCCTGGTGCTGGGCGCACGCACGGTGATTCTCGGTGACTGTGTGGTACAGGACCCCGAGGCGCTGGCAACGGCCATCGGCCGGCATGGCGTCAGCATCCTCGAAGCGGTGCCGTCATTGATGCAAAGCCTGCTCGACGCCGGCCTGGAGACGTCGCCCCTGCGCTGGGTTCTTGCCACGGGTGAAGCCTTGCCGCCAGCCTTGGCGCGACGCTGGTTCGAGCGCTATCCGGCGATCCCGCTGATGAACGCCTACGGTCCGGCCGAATGCTCCGATGACGTCGCCTTCCACCCGCTGCTGGAGCGTTTGCCGGAACAAAGCATCAACGTGCCGATCGGGCGCGCCACGCTGAACAATCGCCTGTATCTGCTCAATGCTGATCTGCAATCGATACCGGTTGGCGCAGTGGGCGAGATTTTCGTCGCCGGTGTCGGCGTCGGGCGCGGCTACATGGCCGACCCGGCGCGCACGGCGGCGGTGTTCCTGCCGGATCCGATTGCCAACGACGGTTCGCGTCTGTATCGCACCGGCGACCTGGCGCGCTTCCTGCCCAATGGCGATCTTGAATACGTCGGACGCACCGACCACCAAGTGAAGATCCGCGGCCACCGTATCGAACTGGACGAGATCGAAGCCTGCCTGACCCGTTACCCAGGGGTACGTGAGGCGGTGGTGGTGGCCCGTGATGACCAGCAGCGCTCCAAGGTGCTGGTGGCTTATGTCGTGGCCGAGGTCGCGTGCAGCATCGAGGCGTTGCGCGAGCATGTGCTGGGCAATCTTCCGGCCTACATGATCCCGAGTGCATTCGTGTTGCTGGAGCGTTTCCCGCTCAACGGCAACGGCAAGATCGATCGCAAATCCTTGCCCGCTCCGGATTTTGCCGCGCAAAGCCAGGCCCGCTATGTGGCACCCAGCAGCGCGTTGCAAGGCCAGTTGGTGGAAGCCTGGCAAAGCGTGCTCGGGCTCGAACAGGTGGGCGTCGAGGACAACTTCTTCGAACTCGGCGGCCATTCGCTGCTGGCCACTCAACTGATTGGCCTGATCGGCAAACTCACAGGCAAGGACTTGCCGTTGCGCGTGGTCTTCGAGCGTCCGACCATCACCGCCATGGCCGATTGGCTGGAAAGCCAGGCCGGTACGGTAAAACCGTCGCCGACCCTGCTGGCACGACCAGAAAAGCTGCCGCTGTCGTTTGCCCAGCAACGTCTCTGGTTCTTGCAGCAACTCGACCCGCAGAGCCCGGCGTACAACCTGGCGGGCGCGGTACGCCTGACCGGCGAGCTGCATGTCGCTGATCTGCGTGCGGCGTTGCAAGCGGTAGTCGACCAGCACGAGGTGCTGCGCAGCGGCTTTGTCAGCGGGGCCGAAGGGCCGAGCCAGGTGATCCTGGCGCAGACCGAAGTTGATTTGCCGCTGATAGATGTGGCAAGCGAGGCAGCGCTGCACGATCGGCTGCGTCAGGATGCAATGACCCCGTTTGCGCTGGAAGCAGCGCCGTTGCTGCGCGCCCGGCTGTATCGCCTGGCGCCGCAGGTGTTGGTCCTGTCGCTGAACTGTCATCACATCGTTGCCGATGGCTGGTCCCTGCAACTGATCATCGACGCTTTGTGCGAGCAGTATCGCAACCGCCGCCAGGGCCAGGCAATTCAACGACTCGCCCCGGCGATGCAATACGCTGACTACGCTGTCTGGCAGCGCCAGTGGATGGGCAGCAAGGCGTGCGCGCAAGAGCTGGCCTACTGGCGCGAGCAACTGGCCGGTGAACTGCCAGTGCTCGACCTGGCGGCCGATTTTGCCCGACCTGCCCAGGCCAGCCAGGCCGGAGGGCGCGTCGAGCGACGGCTGCCCGAGGACCTGGCGGCCCGCCTGAAAGCGTTCAGCGCTCGGCACGGCTGGAGCAATTTCATCCCGATGCTGACCGCCTTCCAGTTGCTGTTGCGCAGTCGCAGCGGCGAAGACGACATTCTGGTCGGTGTTCCAGCGGCCAACCGGCACCATGCGGTGTTGCAGCCTCTGGTCGGTTGCTTCGTCAACACGCTGGTGTACCGCAGGAAACTTTCCGGCGAGCGCAGCCTGCTGCAACTGATGAGCGAACTGCAGGCGCTGTCCGTGTCGGTCCAGTCCCATCAGGATCTGCCGTTCGATTACCTGATCGAACAACTCGGCGTGGTTCGGCAGGTGAGCTACAACCCGCTGTTCCAGGTCATGTTCAACTATTTCCCGGGCAATGCCCTGGAGCGTTTCGACCTCACCGACGTCATTGCCGAACCGCTGGACAACCGTCCGGACAGCGCGCTGTGCGACCTGCACCTGGATGTGCGCGACAGCGAGCACGGCATCACCCTGAGCTTGCAGTACAGCAGCGACCTGTTCCGTGAACAGACCGTGCAAGCGATGGCCGCACAGTACCTGGCGTTGCTCGACGCGTTGATCGAGCAGTCCGATCAGCCGTTGGGTGAGCTGGCATGGCAGCCGGCCGAGCGGGATCTTGCGCGGATTGATGGTCGCACGGTGAACGGTCATCAGGACATCCTCCAGGCCTTTGCGCTTCAGGTTGCCCGCCAGCCCGCGGCGATTGCCGTCGTGGCAGGCAATGAACAGCTGACCTACGCCGAACTGGATCAGGCCGCCGAGCGGCTGGCGGCGAAGTTGCAGGCCCAGGGCGTCGGTGTCGAAGACCGCGTTGCGCTGAGCCTGCCCCGCGACGCGCGCCTGCCGATGGCCATGTTGGCCGTGCTCAAGGCCGGCGCTGCGTATGTGCCCTTGGCCGAGGACACGCCACCGGAGCGTGGCCGCTACATTCTCCAAGCGGCCCGGCCCACGTTGTGCCTGGGCACGGCGGCGAGTCTCGGTGTGTTGGCGCAGTGGAACAGCGGCCTGCCGTTGCTCGACATTGATGCCAGCGCTTCAACCGACACCTTCAATGCAGTGGCCTGCGCCGCCGGTCAGCTCGCCTACGTGCTGTATACCTCGGGTTCCACCGGCCAGCCCAAAGGCGTGGCGATCAGCCGTGGCAACCTGATGAACCTGATGCTGGCTGTCGAGCAGGTCCTGCCGATGACGGCCCGGGACCGGGTCCTGGCGCTGACCACTGCGACGTTCGACATTGCCATCGTCGAGTTGCTCCTGCCCCTGGCCCGAGGCGCCAGTATTCTGCTGGCCGATCGCGAACAGGCGCGGGACCCGCAGGCCATCGACCAGTTGTTGCTGTCCGGGCAACCCACCGTCATGCAGGCCACGCCGGCCACCTGGCGGATGCTGGTGGCGCATACCTCGCGCAGTTGGCAAGGCGTGCGCGCCATCTCCGGTGGCGAGGCCTTGCCGTGCGCATTGGCCGAAGCCATCGAGGGCAGGGGAGCCGAGGTCATCAACGGCTACGGGCCGACGGAAGCGACCGTCTACAGCACCTTTGAAGTGCGCAGCGGCAACGAAGCCGGCGCCGAGGTGCCGATCGGGCAGCCGGTGGCCAATACCGCCGCGTACATTCTCGATGCCGACTTGCAACCGGTGGCCGCCGATGTTCCCGGTGAGCTGTACCTGGCCGGGGCCAACCTGGGCCGCGGTTATTTCGCCGCTGCGCGCCTGACCGCCGCGGCGTTCCTGCCGGATCCTTTCGTGGCCGGCGCGCGCATGTACCGTACCGGCGACCGGGTCAGGCGTAACAGCAATGGCAGCCTCGACTACCTGGGACGCCTGGATTTCCAGGTCAAGCTGCGGGGTTTCCGTATCGAACTGGGTGAGATCGAAGCGCTGTTGTCCCGCATTCATGGGGTTCGCGAGGCGGCTGTCGTGTTGTTGGGCAGCGGTGAGTCGGCGCGCCTGGTGGGCTATTACGCAGGCGATGCGCTGGATGAAGCGCTGCTGCGTGACACCCTTGGCGCTCAGTTGCCGGACTACATGCTGCCCAGTCAGTTTGTGCGTCTCGACACGCTGCCGTTGAGCCCGAGCGGCAAGGTTGACCGCAAGGCCCTGCCGGCACCGCAGCAACGTGACGGCCAGCATGGCGCGCTGGCGGGTGAGTGGGAACTGACCTTGGCCGAGCTCTGGAAGGAGCTGTTGGGATGCACCGAGGTTGGCGCCGACGATAACTTCTTTGCCTTGGGCGGGCACTCGCTCCTGGCGGCGCGACTGGTCGCGCGGATCGCCGAACAGCATGGCCGGCGTCTGCCGTTGCGCAGCGTGTTCGAGCAACCGCTGCTGCGTGACCTGGCCGCTACGCTGGCCCAGGCAAGCACCGAGGCCGACGGCATCCCGCGTGCTTTCGAAGAGCCCTTGGCACCGTTGCATTTCACCCAGCAACGCTTGTGGTTCCTTGATCGCCTGCAGGGCGATACCCAGGCCTATCACTTGTCCCTGGCCCTGCGCCTGGCTGGCAACTTGCAACCGGCCGTGCTGGAGCGGGCGCTGGCGCAACTGGTTGCCCGTCAACACAGCCTGCAAACGCTGTTCAGCGAAACAGCCGAGGGTGTGCGCCAGCGTGTCGAGGCCCTCGACGCCATGCCGCTGAGCTTCGAGCCACTGGAAAATGATGAGCAATCGAGCGCTTTCACCCAAAAACTGAGCCATGAGGCGCAGCGTCCGTTCGACCTCACCGCGCCGCCGCTGTGGCGCGTGCGTGTGTACCAAGGCAATGACCGCAGCGTGCTGCAAGTGACCGTGCATCACATCATCGCTGATGCGCGCTCGCTGGAGATTCTCTTCAACGAACTGCAACTGATCTACCAGGCTTTGCTGGAAGGGCGCGACGCTTGCCTGCCACCGCTGCCGCTGCAATTTTCCGATATCGCGGCCAGTTGGCAGAGCCCGGCCGGGCACGCGCGAATCGAAGCGCAGCTGGGGTATTGGCGTGACGCCCTGGCGGGCGAGCCGCCTGTGCTGAATCTGCCGACCGACATGCCGCGGCCCGCCGAGCAGGGCTACAACGGCCAGCGGCTGCGCTTCAACCTGCCGACTGCGCTGGTCCGGCGCCTGCGCGAAACGGCACAACGCCACGGCCTGACCGCTTTCGCGCCGTTGCTGGCGGCCTGGAAAACCCTGTTGGCCAGGCACTCGGGGCAGCGCGAAATCTGGGTCGGCCTGCCGGTCGCCCATCGCCATCAGGCCCACACGGATAACCTGATCGGTTACTTCGCCACCACTCAGGTACTGCGTAGTCACATCGACCCGCAACAATCGGTCGAGCAGTTCTGGCAGCAATTGCAAGCCACTCACCTGGCGGCGCAACAGTATGCCGACGTGCCGTTCGAGCGCTTGGTGGAAGCGTTGCAGGTGCGCCGCGATCTCAGCCACACGCCGCTGTTCCAGGCGTTGTTCAACCTGATCCAGCGGGATGCCAACGCAGCGCTCGAACAGCGCTTCGCCGGGCTGCCGTCACAGCGCCTCAACGTCGAAAGCGACAGCGCCTTGGTGGACATCGGCCTGCATATCGAACAGCAGGGCGAGGATTGGCAGTGCGTGCTGGAGTACAACACCGACCTGTTCCTGGCACATACCGCGCAGCGTTACGCCGATGAGTTCCGTTACCTGCTCGAAGGCATGCTCGAGCAACCCGAGGCGCGCCTCTGGGACATCGACCTGGCGAATGCCGACCATGCGCTCGCCGAGCGGCCGTGGAACCGGCCCGCGCAATCCTTGACCGCCGCAATGGACGTGATTGCCCGCTTCGAACGGCAAGCTGCCCTGACGCCTGAAGCCCTGGCCGTCGATTGCCAGGACCGACAACTGAACTACGCGCAACTCAACGCCATCAGCAATCGACTGGCCCATTGGCTGCGTGCGCGCAATGTCGGCACTGATGATCTGGTTGCCGTTTGCCTGAGTCGCGGCCCGTGGTTGCTGCCAACCCTGTTGGCGATTCACAAGGCGGGCGCGGCGTACCTGCCGCTGGATCCGCAACACCCGAGTGAACGCCTGCGCTTCATCACCGATCACGCGCGTCCAGCCCTGGTGCTCGGCGAAAGCCTCTGCGCCGAGGCCTTGGCCGGCGTCGATCACGTCCTGCTCGATCAGTTGACGCTGGACGCCAGCAGCGACGCCAACCTGACGCTGGCGGTGGACCCGCGGCAGCGCGCGTATGTGATCTACACTTCGGGCTCGACCGGTACCCCGAAAGGCGTGCAGGTGACCCGTGGCAACCTGAGCAATCTGTTGGCCGGTCTCGATCGCTTGCTGCCGCTTGGCGCCGAGGATGTCTGGCTCGCCAGCACCACGTACGCCTTCGATATGTGCAAGCCGGAGCTGTTCCTGCCGCTGGTCAACGGCGCCGCGATCCTGCTGGCGCGGCGCGAGCAGGTGGTCGATGGGCATCAGCTGTTCGCGCTGCTGCGTCGGGCCACGGTGTTCCAGGCGACACCGGCCGGTTGGCAGATCCTTCTGGAGACCGGCCAGGCTGACTGGCCGCCGTTGCGTGGGCTGATCGGTGGCGAGGCGGTGCCGGGTGAACTGGTGAACGAATTGCGCGGCCGAGGCGTGACGTTGATCAACGCCTATGGCCCGACGGAAACCACCGTCTGGTCGACCACCCAGGCGTTGCAAGACGTGCCGTCCGGCGTCGCCGACATCGGCGCGCCCTTGCTCAACACCCGTTGCTACGTGCTCGACGACATGCTCCGCCCGGTTCCGCTGGGCGCCACTGGCGAACTGTATATCGCCGGCTCCGGGGTCACCCGTGGTTATCAGCACGCGCCCGCCATCACGGCGGCGGCGTACTTGCCCGACCCTTATGCCGGCGAACCCGGCAGCCGCATGTACCGCACCGGCGACCTGGTGCGCCGACGCGACGACGGGCGACTGGCCTATGTCGGTCGCGGTGATTTCCAGGTCAAGGTACGCGGGTTCCGCATCGAACCGGGCGAAATCGAATCGCTGCTGCGCCGTTACCCAGGCGTCGAAGAAGCCGTGGTGATGATCGATTCGCGCAGCCAGAGCCTGTTCGCCTGGCTGCAAACGCCGAACCCGGTTGATCAGGCGGCGCTGCGTCGGTATCTCGAAGGTGTGCTGCCGGGCTACATGATTCCGGCCGGCTTCATCGAACAACCGCGCTTTGCCCTCAACGCCAACGGCAAGATCGACCGCAAGGCATTGCCGGCACCGCAGCCCGTGGCGATCCGGGGCGTGGCACCGCGCAATGAACTGGAACAGCAACTGGCGGACATCTGGCAGAACCTGCTCGAGTTGCCGCAAGTCGGGGTGTTCACCAGCTTCTTCGAGCTGGGCGGGCATTCGTTGCTGGCGATGCGCTTGATGACCCAGGTCGAAAGCCGCTTCGGCGTCAAGCTTGAGCTGCGCAGCCTGTTCCAGAACCCGACGATCGCCGCGCTCGCCGAGCAGATCGAAAAGCCCCAGGGGCCTTCGACCGACGAAGCCCTGGACGAAATGCAGCGCCTGTTATCAGAGATGGAAGAGTAA MNDKVKALSRNIEAIYPLAPMQQGLLFHSLMHPGKGMYLLQYRHVMVMPNLDLAAFRQAWAQVVERHELLRTSFVWKQQKRPMQVVHKQVELPITYEDWSHLSEAEQHARLEQLLSAERAEGLDFTKAPLMRVRLYKLAPDTYQFVRSYHHILMDAWCFSIIMMDFLNGYRAAQEGRRLNLPAPRPYRDFIRWLETQKPEDHQAFWQQRLAGFDTPNEFGFGHVGRIQGASEPVEDCVEFLQPEQTLALQNVAAQHGLTLNTLVQGAWALLLARYSGDHDLVFGITVAGRPVHLQGMESIVGLFINSLPLRWSWRPDDALGPWLKALQTENLSLREHESVSLADIQRWSDVQRQDLFQSLFVFENAPIAADVRQGQLDYLISDMANRTHTNYPITVVIVPGERLHLQLTYQTDWFLREEVEQMLRHFRALLLNMGQALGANAATPLHQLAMLDESEIRHQHQVWAGGGLAADEQLLQPLFIERFQQQVCQNPGRVAIVHGEHSLTFDQLNRAANRLARHLRAQGVSSDDLIAVFDERGLDLVVMIVATLKAGAGWLPLDPRNPAQRLAQVLRQSRTPLLVHSAGQGELAMQALDLLEQRPKAVRYDPSVLSGCSDENLNIAVHGDSLAYCIFTSGSTGTPKGAMVAQAGMLNNILGKLPGLGLDANDVIAQTAPQCFDISVWQTLAGLVLGARTVILGDCVVQDPEALATAIGRHGVSILEAVPSLMQSLLDAGLETSPLRWVLATGEALPPALARRWFERYPAIPLMNAYGPAECSDDVAFHPLLERLPEQSINVPIGRATLNNRLYLLNADLQSIPVGAVGEIFVAGVGVGRGYMADPARTAAVFLPDPIANDGSRLYRTGDLARFLPNGDLEYVGRTDHQVKIRGHRIELDEIEACLTRYPGVREAVVVARDDQQRSKVLVAYVVAEVACSIEALREHVLGNLPAYMIPSAFVLLERFPLNGNGKIDRKSLPAPDFAAQSQARYVAPSSALQGQLVEAWQSVLGLEQVGVEDNFFELGGHSLLATQLIGLIGKLTGKDLPLRVVFERPTITAMADWLESQAGTVKPSPTLLARPEKLPLSFAQQRLWFLQQLDPQSPAYNLAGAVRLTGELHVADLRAALQAVVDQHEVLRSGFVSGAEGPSQVILAQTEVDLPLIDVASEAALHDRLRQDAMTPFALEAAPLLRARLYRLAPQVLVLSLNCHHIVADGWSLQLIIDALCEQYRNRRQGQAIQRLAPAMQYADYAVWQRQWMGSKACAQELAYWREQLAGELPVLDLAADFARPAQASQAGGRVERRLPEDLAARLKAFSARHGWSNFIPMLTAFQLLLRSRSGEDDILVGVPAANRHHAVLQPLVGCFVNTLVYRRKLSGERSLLQLMSELQALSVSVQSHQDLPFDYLIEQLGVVRQVSYNPLFQVMFNYFPGNALERFDLTDVIAEPLDNRPDSALCDLHLDVRDSEHGITLSLQYSSDLFREQTVQAMAAQYLALLDALIEQSDQPLGELAWQPAERDLARIDGRTVNGHQDILQAFALQVARQPAAIAVVAGNEQLTYAELDQAAERLAAKLQAQGVGVEDRVALSLPRDARLPMAMLAVLKAGAAYVPLAEDTPPERGRYILQAARPTLCLGTAASLGVLAQWNSGLPLLDIDASASTDTFNAVACAAGQLAYVLYTSGSTGQPKGVAISRGNLMNLMLAVEQVLPMTARDRVLALTTATFDIAIVELLLPLARGASILLADREQARDPQAIDQLLLSGQPTVMQATPATWRMLVAHTSRSWQGVRAISGGEALPCALAEAIEGRGAEVINGYGPTEATVYSTFEVRSGNEAGAEVPIGQPVANTAAYILDADLQPVAADVPGELYLAGANLGRGYFAAARLTAAAFLPDPFVAGARMYRTGDRVRRNSNGSLDYLGRLDFQVKLRGFRIELGEIEALLSRIHGVREAAVVLLGSGESARLVGYYAGDALDEALLRDTLGAQLPDYMLPSQFVRLDTLPLSPSGKVDRKALPAPQQRDGQHGALAGEWELTLAELWKELLGCTEVGADDNFFALGGHSLLAARLVARIAEQHGRRLPLRSVFEQPLLRDLAATLAQASTEADGIPRAFEEPLAPLHFTQQRLWFLDRLQGDTQAYHLSLALRLAGNLQPAVLERALAQLVARQHSLQTLFSETAEGVRQRVEALDAMPLSFEPLENDEQSSAFTQKLSHEAQRPFDLTAPPLWRVRVYQGNDRSVLQVTVHHIIADARSLEILFNELQLIYQALLEGRDACLPPLPLQFSDIAASWQSPAGHARIEAQLGYWRDALAGEPPVLNLPTDMPRPAEQGYNGQRLRFNLPTALVRRLRETAQRHGLTAFAPLLAAWKTLLARHSGQREIWVGLPVAHRHQAHTDNLIGYFATTQVLRSHIDPQQSVEQFWQQLQATHLAAQQYADVPFERLVEALQVRRDLSHTPLFQALFNLIQRDANAALEQRFAGLPSQRLNVESDSALVDIGLHIEQQGEDWQCVLEYNTDLFLAHTAQRYADEFRYLLEGMLEQPEARLWDIDLANADHALAERPWNRPAQSLTAAMDVIARFERQAALTPEALAVDCQDRQLNYAQLNAISNRLAHWLRARNVGTDDLVAVCLSRGPWLLPTLLAIHKAGAAYLPLDPQHPSERLRFITDHARPALVLGESLCAEALAGVDHVLLDQLTLDASSDANLTLAVDPRQRAYVIYTSGSTGTPKGVQVTRGNLSNLLAGLDRLLPLGAEDVWLASTTYAFDMCKPELFLPLVNGAAILLARREQVVDGHQLFALLRRATVFQATPAGWQILLETGQADWPPLRGLIGGEAVPGELVNELRGRGVTLINAYGPTETTVWSTTQALQDVPSGVADIGAPLLNTRCYVLDDMLRPVPLGATGELYIAGSGVTRGYQHAPAITAAAYLPDPYAGEPGSRMYRTGDLVRRRDDGRLAYVGRGDFQVKVRGFRIEPGEIESLLRRYPGVEEAVVMIDSRSQSLFAWLQTPNPVDQAALRRYLEGVLPGYMIPAGFIEQPRFALNANGKIDRKALPAPQPVAIRGVAPRNELEQQLADIWQNLLELPQVGVFTSFFELGGHSLLAMRLMTQVESRFGVKLELRSLFQNPTIAALAEQIEKPQGPSTDEALDEMQRLLSEMEE NA NA NA NA NA D1-35_04792 4815 dltA_4 D-alanine--D-alanyl carrier protein ligase ATGCTCGATCGCCTGATGCATCGCTGCTGGCTGCGTGGAATTCGCCTATCGGAAGCCGAAGGTCAACTGGACATCGTGCCCGGGTCGCAAGGTGCTTTGACGGATGAACTTGAAGCTGAGCTCCGTTCGCGAGAGCACGAAGTGTTGCAATGGCTGGCCCTGCATCCCGATTATCTTGATGCGCGGCCACTGACCGACAATGAGCAGGCGCTCTGGTTTCTACAGCGACTGGAACCCGACAGTTGTGCCTATAACCTCGCTTACGCAGGACGAATCAAGGCGCAGTTCGTAACGGAGGACTTGCCCCGGCGCCTACAAGACGCCTGGGCCACGATTCAGCGGCGTTACCCTGTGTTGAGCACGGCCTACGGTGAACGCAACGGCGACCTGGTGCAGTGGAGTCGTAGCGAAAGTATCCAGCCGTTGCAGTGGGTTGCCTTGCAGGCGGCGGACACCGATACCTTGCAGCAACGCATTGCCGAACTGGCCGACCGGCCTTTCAATCTCCAGGCCGGTGAAGTCAGCCGAGGTGTGGTGCTGAGCAACGCCCGGGACGGTCATACCGAGCTCACGCTGCTGCTGGTGATCCATCACATCGCTGCCGATCCGGCCACGTTCCATATCGTGCTCAACGAGCTGTTCGCACAGGTCGATGGACAGCCGTTGCCTGCAATCAATCCTGATGCCTATCGCAACTACAACAGCGAGCTGCACGTGCGTAGCGAGGCGACCGAAGCTGCGGAGCTGGCATGGTGGCAGGCACAACTGAGCGAAGCTCCAACGCTGGAGTTGCCGACGGATTTCGCCTTTGGCGGTAACCGCTCATTCGAAGGGATGGAGCTGCCGGTTCGCTTCGATCCCGCCACCACGGCGAGGGCGAGGGCCCGGGCCCGGGAGTGGGGCGTGACGCCTTACGTCTGGTGGTTCTCGCTGTTTCAACAGTTTCTCGGGGTGTTGTCCGGGCAAAACGATTTTGTGCTGGGTACGGCCGGCGGTCTGCGCTTGCGACGCGAACACCTCAATTTGCCGGGCTATCTGGTCAACTCGCTGCCGGTTCGCTGTCGCTTGCAGCCAGACCTTTCAAGTCGTGACTGGGCCCGTGAGGTAGACGCCACCGTCAAGCAGGCCCTCGCGCACCGACACTACCCGTTCTCGCGCCTGGTCAAGCAGTTGAACCTCGAGCGTCAGGCGGGCAAGGCGCCGCTGTTCCAGCACATGTTCACGCTCAACAAGGAACGTGCCGCGCCGTTTCACCAGTACGTGGACCCCGTGTTGTCGGAACAGCGTGGAGCGGCCCATGAACTGAACATGGTTGTGGTGGATGAGGAGGAGGGTTTCCTCTGTCGGTGGCGTTACAGCAAGGCTTTGTACCGTCACGAAACAGTCCAGGGTTATTGCGACCAGTTCGTTGCATTGGTCCACGCGGTCATCGACCAGCCGGACGTACCTTTTGCCCAGCTCGACTGGCTACCGTCCGCGCAACGATCGGTCCTCAGTGGCGAGGACCTACCGGTCCCGGTCAGCAACGCCTGGCAGGCGTTCGTCCAGCAGTGCGCCCACAAGTCTGAGTCGATTGCCCTGCAAGACGAACAAGGCACATTGAGCTATGCCGAGCTGGGCCGAGCGGTGGTTGCCCGTGGCGAGCGCTTGCAGACAGGCGCGAACCTGGAGGGTGCTCGCATCGCCTTGTGCCTGCCCCGCAGCCGCGAGCTGGTGATGCACATGCTCGCGGCCTGGCAGTGCGGCGCCACGTACCTGGCCCTCGATCCGCAGTGGCCGCAGTCGCGTTTGCAGGACATCTGCGAGGATGCCACGCCCCGGGTCTGGGTGGGTGAGGGCCTGCGTCCCGAATGGCTGCCTGAACCGGTACGGTGGCTGTCGTTGCCAACCGCGTCGTTGTCCAGCGAATCGCCATTGCGCGCAGCCGTGGCCGCAGACCTGCCGGCTTACGTCGTCTATACCTCCGGCTCCACCGGACGGCCGAAGGGCGTGGCGGTCAGCCAGGCCAACCTGATTCATTACGTGAGCGGGTGCATTGAACGCCTGAACCTGTCCGCCGATGCCAGCCTTGCAAGCCTGGCCAGTTGCGCCACCGACCTGGGGCACACGGCGTTGTTCGGTGCACTGCTCAGTGGTCGGCGCCTGCGCCTGCTGGCCGAGGAGCTGGCTTTCGATGCCGAGGAGCTGGCTGCGGTGCTTGAGCGCGAGCCCGTGGACCTGCTGAAAATCGTGCCGTCGCACCTCAACGCCTTGCTGGTCGCCAATGATCCGCAGCGCTTGTTGCCGCGCCAGTGCCTGGTGACCGGCGGCGAGGCCCTGGGCCAGGCGCTGGTTTCACGCTTGCGCGCCTTGCAGCCGGACCTGCGCATCGTCAACCACTACGGCCCCAGCGAAACCACCGTTGGGGTGTTGACCCATGAGATCGATATCTGCGGCGCAGCGCCGCTGGGTCGACCCCTGCCGCATGTCCAGGTCAGCGTGCGTTCGCCCGCCGGCGCAGTCTTGCCGACAGGCGTCAGTGGCGAGCTGTACGTCCAGGGGGCGACCGTTGCACTGGGCTACCTCAGCGCGACCGACGCAGACCGGGTCCGCTTTGGCCGGCACGGCTATCGCACCGGCGATCGGGTTCGACTCAATCATCAAGGGCAGGTGGAGTTTCTCGGTCGGCTCGATGAGCAGGTGAAGATCCGCGGCTACCGGGTAGAACCGGCCGAAGTCGCGGCGCGATTGCGGGCGATGCCGCAGGTCGGCGACGTGCAGGTGCTGAACAGCCCTTCGCCGTTGACCGGCAATCGCCTGGTGGCTTTTCTGGTCGCGCCAGCTGCCGCGCTGCCCGACATTCAAGCTGCCCTGCAAGCGCAACTGCCGGACTACATGCAACCGGCCCAATGGCATTGTCTCGAGGGTTTCGCCTTGCTGCCCAACGGCAAGGTCGATCGCCAGGCATTGCTGCGATGGGACGAGCAGGCGCCGGCCCAAGCGCCGGCGAAAACATCGCTCGATCAGCCGTTGGACGCGGTTGAAAGCGCATTGCTGGACATCTGGCGCGGGCTGCTCGGCAATTCCGACCTGGGGCCCGATGATAACTTCTTTGCCCTGGGCGGTGACTCGATCCTCGGCTTGCAGATCATTGCGCTGGCGCGCCAGCAGAACATCCTGATGACGCCCAAGCAGCTGTTCGCCGAACAGACCGTGCGCGCCTTGGCGCGAGTGGTGCAGACACCGCAGCGCAGTCTCGAACAGCGCTTGCTCGACATCGCTCGGGAAATTCTTAGTAACCCGGAGCTGCGGGTCGATGACAATTTCTTCAGCGTTGGTGGCGACTCGATCCTGAGTCTGCAAATCATCGCCCGGGCCAAGCAGCAAGGCCTGCAACTCAAGCCCAAGCAGATTTTCGAATTCCCGACCGTACGCGGCTGGGCCGAACACGTGGTTGACCTTGGCGCGGCGAAGGAGGGTGCCAAGCCTTCCGAGCTCGAGCCCACTGCGGCATTTGCCCTGACGCCGATCCAGCAATGGTTTTTCGCCCAGGAGCAAAACCAGCCCGGGTATTGGAACCAGTCGTTGCTGCTGGCGTTGGACCAGCCATTGGAACCAGCGCGGTTTACCCAGGCCGTGGGCGCGCTGTTGCAGCGTCACGCCAGCTTGCGCCTGGTCTTCGAAGCCTCGGCGCATGGCTGGCAACAACGTTACCAGGCGTTCTCTCAATCCCAGGTCAACGGGTTGTTCCATGTCGAGGAGCAACCCCTGAGCGAAGCGCTGTTGCAGCAGTGGCAGCAAGGCTTCGATCTGGCAACGGCGCCGTTGATTCGCTGGGTGTATTTCTCCCAGAGCCGGGAGCTGCTGTGCACGGCGCATCACTTGCTCGTCGATGCAGTGTCGTGGCAGGTGCTGCTGGAGGAGCTGGAAAGTCTCTACCTGCAACCGGACCTGGCGTTGCCGGCCGTCTCGGCGGGTTTCCATGCGTGGAGCGAGGCCCTGCAGCAGCACCGCCGCGAGCCGGCCTTGCTGGGACAGGTTGATTACTGGCACGAACAACTACGTGCAGAGGGCGTTGTCCCGGAACAGGCGAATGCCTATGGCGCAAGCCGCACGCTGGACACGCAACTCTCATCGGCGCAGACGCAGTCGTTGCTGGGCGACTGCCACGCGGCCTACGGCACCCAGGTCCAGGATTTGCTGGTAGCAGCTTTGGCCGGCGTCATCGGCCAGTGGCAGGGTCGCGAGCGCGTCACCCTTGAGCTGGAAAGCCATGGCCGCAGCGGCTGGGAGCAGGCTCCCGATTTGTCCCGCTCGATCGGTTGGCACACCAGCCGCTATCCACTGGCGGTCGACACTTCCTGGGATCTGGAGCCCTCGATCATCGCGGCCAAGGAAGCCCTGCGCCGCGTACCCGAGCAAGGCATCGGCTACGGCCTGTTGCGCCAGGACCCGGCGCACGGCCTGGCTGCGGCCTCGCTGTTGACGTTCAACTACCTGGGGCGGGTCGACCAATGGATCGGCGCTTCGCGCCTCTGGCGCCTGGCGCGGCCGGTATGTCCAGGCATGCGCGCCGAGAGCACGCGCCGCACGCATTGGCTGGACGTGACGGCGCTGGTCAACGAAGGGCAACTGCACGTGGAGTGGCGTTATGCGCCGCAGGTCCATGACCCGGCGCTGGTGGGCGAGTTGGCGCGGCAGTTCCAGCAGCGCCTTTCAGCCTTGCTAGAGCATTGCCAGGCGCCCTCGGTTGGCCGCGCCACGGCTTCGGATTTCGCCGACTCAGGCTTGTCCGACGATGAATTCCTGGGGCTGCTCGAACAACTCGAACAGTGA MLDRLMHRCWLRGIRLSEAEGQLDIVPGSQGALTDELEAELRSREHEVLQWLALHPDYLDARPLTDNEQALWFLQRLEPDSCAYNLAYAGRIKAQFVTEDLPRRLQDAWATIQRRYPVLSTAYGERNGDLVQWSRSESIQPLQWVALQAADTDTLQQRIAELADRPFNLQAGEVSRGVVLSNARDGHTELTLLLVIHHIAADPATFHIVLNELFAQVDGQPLPAINPDAYRNYNSELHVRSEATEAAELAWWQAQLSEAPTLELPTDFAFGGNRSFEGMELPVRFDPATTARARARAREWGVTPYVWWFSLFQQFLGVLSGQNDFVLGTAGGLRLRREHLNLPGYLVNSLPVRCRLQPDLSSRDWAREVDATVKQALAHRHYPFSRLVKQLNLERQAGKAPLFQHMFTLNKERAAPFHQYVDPVLSEQRGAAHELNMVVVDEEEGFLCRWRYSKALYRHETVQGYCDQFVALVHAVIDQPDVPFAQLDWLPSAQRSVLSGEDLPVPVSNAWQAFVQQCAHKSESIALQDEQGTLSYAELGRAVVARGERLQTGANLEGARIALCLPRSRELVMHMLAAWQCGATYLALDPQWPQSRLQDICEDATPRVWVGEGLRPEWLPEPVRWLSLPTASLSSESPLRAAVAADLPAYVVYTSGSTGRPKGVAVSQANLIHYVSGCIERLNLSADASLASLASCATDLGHTALFGALLSGRRLRLLAEELAFDAEELAAVLEREPVDLLKIVPSHLNALLVANDPQRLLPRQCLVTGGEALGQALVSRLRALQPDLRIVNHYGPSETTVGVLTHEIDICGAAPLGRPLPHVQVSVRSPAGAVLPTGVSGELYVQGATVALGYLSATDADRVRFGRHGYRTGDRVRLNHQGQVEFLGRLDEQVKIRGYRVEPAEVAARLRAMPQVGDVQVLNSPSPLTGNRLVAFLVAPAAALPDIQAALQAQLPDYMQPAQWHCLEGFALLPNGKVDRQALLRWDEQAPAQAPAKTSLDQPLDAVESALLDIWRGLLGNSDLGPDDNFFALGGDSILGLQIIALARQQNILMTPKQLFAEQTVRALARVVQTPQRSLEQRLLDIAREILSNPELRVDDNFFSVGGDSILSLQIIARAKQQGLQLKPKQIFEFPTVRGWAEHVVDLGAAKEGAKPSELEPTAAFALTPIQQWFFAQEQNQPGYWNQSLLLALDQPLEPARFTQAVGALLQRHASLRLVFEASAHGWQQRYQAFSQSQVNGLFHVEEQPLSEALLQQWQQGFDLATAPLIRWVYFSQSRELLCTAHHLLVDAVSWQVLLEELESLYLQPDLALPAVSAGFHAWSEALQQHRREPALLGQVDYWHEQLRAEGVVPEQANAYGASRTLDTQLSSAQTQSLLGDCHAAYGTQVQDLLVAALAGVIGQWQGRERVTLELESHGRSGWEQAPDLSRSIGWHTSRYPLAVDTSWDLEPSIIAAKEALRRVPEQGIGYGLLRQDPAHGLAAASLLTFNYLGRVDQWIGASRLWRLARPVCPGMRAESTRRTHWLDVTALVNEGQLHVEWRYAPQVHDPALVGELARQFQQRLSALLEHCQAPSVGRATASDFADSGLSDDEFLGLLEQLEQ NA NA NA NA NA D1-35_04793 990 hypothetical protein ATGGAAACTGGTTTGGCGCGTGCACAGGTTCAATCCATGGAAGGCGTACCGGGCAACGAGCAGACCTTGCCGTTCATTTTCGAAGCGCCAGCCACGGGGGCTCGCTGGCAGGATAGCCGAGCGCAGATCCTGCAGGCAGTCGAGGCCGAGTTGCCGCGTGTCGGCGGCATCCTGTTCCGCGGTTTTGCCTTCAACGGGGAAGCCGATTTCGAGGAATTTGCCCGCGGTTTTGGCCATGAGCTGCTGACCTACGACTACGCCTCCACGCCGCGCACCAAGCTCAACAACCGCGTATACACCTCCACTGAATACCCGGCCCACCAGGTCATCCCGCTGCACAACGAGCAGTCCTATTCGCTCAATTGGCCGATGAAGATCTGGTTCCACTGCGTACAGGCTTCTCCTGTGGGTGGTGAAACCCCGATCGCCGATAGCCGCAGGGTCTACCAGCAACTCGATCCGGCGATCCGCCAGCGCTTCGCCGAGAAACGCCTGATGTACGTGCGCAACTACGGCAACGGCCTCGACTTGCCCTGGCAGCAGGCGTTCAGCACCGAAGATCGCTCGCAAGTGGAACAATTCTGTCGCGCCAACCACATCCAGTTCCAATGGAAGGACGACGGCGAGCTGTCCACGCGCCAGGTCTGCCAGGCCGTGGCCCAGCATCCGGTGACCGGGGAGTGGGTATGGTTCAACCAGGCGCATCTGTTTCATATCTCCAATCTCGCTGCGCCGGTACGCGAGACGCTGATTTCCATCGTTGGCGAAGAGGGTGTGCCACGTAACGTCTTCTACGGGGACGGTTCACCCATCGAGCTGGAAGCCCTGGAGCATGTGCGCGGCGTATTGCAGCGCTGCCAGGTGACTTTCCCCTGGCAGGCGGGTGACGTGCTGATGCTCGACAACATGCTGGTGGCCCACGGCCGCTCGACATTCCAGGGCGCGCGAAAGGTCGTGGTCGCCATGGCCGAGCCTGCTCCGGCGGGTTGA METGLARAQVQSMEGVPGNEQTLPFIFEAPATGARWQDSRAQILQAVEAELPRVGGILFRGFAFNGEADFEEFARGFGHELLTYDYASTPRTKLNNRVYTSTEYPAHQVIPLHNEQSYSLNWPMKIWFHCVQASPVGGETPIADSRRVYQQLDPAIRQRFAEKRLMYVRNYGNGLDLPWQQAFSTEDRSQVEQFCRANHIQFQWKDDGELSTRQVCQAVAQHPVTGEWVWFNQAHLFHISNLAAPVRETLISIVGEEGVPRNVFYGDGSPIELEALEHVRGVLQRCQVTFPWQAGDVLMLDNMLVAHGRSTFQGARKVVVAMAEPAPAG PGPT0031670_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-MALLEOBACTIN_METABOLISM,PGPT0031670-mbaH-NA NA NA D1-35_04794 951 yfmC COG4594 Fe(3+)-citrate-binding protein YfmC GTGCGGGGAAGGGTGAAGGGAATATTCCAAGGGTTGCTCGGCATGCTGTGTGTGTCGTTGGCATTGCTGTCCATGCCTGCTGGCGCGGCCGAAACCAAGGTGTTCGAGAACAGTTTCGGCCGGGTTGAAGTCCCCGTTTCGCCGCGTTGCATCGTGTCTTTGCATGATTTCAGCCTGACCACCCAGTTGCTGGAGTTGGGTATCAAGCCCTGCGGCTCGACAGGGCGTAAAAAGCTGTTTTCGGATGTGCTGTTTCGTGGCGCGCAGGAGCGCTTCGATGTGACGGGCATTCAATACATCGGCTCGCACCAGTCGCCTGACCTCGAAGCCATTGCGGCGTTGAAGCCTGACCTGATCATCGGCCTGTCCTATCACGCCGACCTCAAGGACAAGCTCAGCAAGATCGCCCCGGTCGTTCTGTTGCCGTCGCGAGAGAGCGATATCAAGACCTACGCCAAGGAACTCGCCGACCTGGTCGGCAAGCAACAGCGTTATGAAGAAATGCTTCGCGAATACCAATGGGTGGTCAGCGAGTTCAAGAAGCGCGTCAAGGACCCTGCGCGCATCACGGTCACCACGCTGGAAGTCTATACCGATGGTTTCCAGTTGATCGGCCGTGGCGGGATGGATGACGTTATCGCTGATTTCGGGCTGGGGCGTGTCGCCGCGTATCGTGAGGCGCGGCAGAATGTGCCCTACAGCCTGGAGCGAATCGGTGACTTCGACAGTGATTTCATTATCGACACCTATGAGGAGCTGCTCGATTCGGAAACCAGCACCGCAGCTTTCCGCCAGTCCCCTCAATGGCGGAACCTGTTCGCCGTGAAGAACCGTCAGTTTCTCTACCTGAACCGCAGTCGTTATGCCGATACGATGCAAGGCCTGCTGGGGTCCGCTTACCTGCTGATGTCCCATATCGCTGAGCGCGAGAGTGTGCTCCAGGGCAAGTGA MRGRVKGIFQGLLGMLCVSLALLSMPAGAAETKVFENSFGRVEVPVSPRCIVSLHDFSLTTQLLELGIKPCGSTGRKKLFSDVLFRGAQERFDVTGIQYIGSHQSPDLEAIAALKPDLIIGLSYHADLKDKLSKIAPVVLLPSRESDIKTYAKELADLVGKQQRYEEMLREYQWVVSEFKKRVKDPARITVTTLEVYTDGFQLIGRGGMDDVIADFGLGRVAAYREARQNVPYSLERIGDFDSDFIIDTYEELLDSETSTAAFRQSPQWRNLFAVKNRQFLYLNRSRYADTMQGLLGSAYLLMSHIAERESVLQGK PGPT0003765_10038 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 D1-35_04795 1050 yfhA COG0609 putative siderophore transport system permease protein YfhA ATGATGCGCTTGGGGCTGACCCTGCCCAGAATGCTGCCGTTGCTGCCCTGGGTGGCCCGGCCGATCGACCTGATTTCGGTGCTGGTGTTGCTGCTCGCCTTGGTTGCGTTGGCCTTGTATGCACTAACCGTCGGCAGCTATTCACTGGATGTTGCCCAGGCCTGGCAAGCGCTGGCAGCCCCTGACCAGGCCAACCCGACGACGCGCAACCTGCTGTGGGAGTTGCGCCTGCCGCGTGTCTTGCTGGCGATCCTCGCCGGGGCGGCGATGTCGCTGGCCGGCCTGTTGATGCAATCGTTGACGCGCAATCCCCTGGCGGCGCCGGGCCTGGTAGGCGTGGAGTCAGGCGCCAGCGTCACCATGTTGTTGATCATCGTGCTCTGGCCCACGCTGCTGCCGCTGGAGCTGTATCCATTGGCGGCACTGACCGGTGGGCTGGCCGTGGCGTTCTTCGTCGCGTTGCTGTCGTGGCGCCAAGGCATCTCGCCGCTGCGCCTGATCCTCGTCGGCGTCGGGCTGACCGCCATGCTCAGTGCGGTTGCCGACCTGCTCATCACCTACGGCAATATCGACCAGGTCGAGTCAGCCTTGATGTGGCTGGGCGGCAGCTTGCATCGGGCCGGCTGGGCCCAGGTCCATAGTCTCGCCGCCTGGTTGCTGCTGGCGGGGACGCCGCTGCTGTTTTTTCATCGCCAGTTGAACCTGTTGCAGTTGGGTGAAAAAGTCGCCCTCAGCCGAGGCCTGAATGTGACGGGTGTGATGGCCTTCCTGTTGCTTTGCAGCGTCATGCTGACGGCGGCAGCGGTGGCGAATGTCGGCACCATGACCTTTGTCGGCCTGGTGGCCCCGCACCTGGCGCGCCAACTGGCGGGTGATCGCCACGGTGCCCTGATGCCTTTATCCGCGTTGATGGGGGCACTGCTGGTGCTGGCGGGCGACACACTGGGGCGGGGGCTTTTCCCACCGTTGCAGTTACCGGCAGGGCTGGTGGTCGCGATCATCGGAGCGCCTTACCTGATCGTCTTGTTGGCGCGTCAACGCAGTCGCTGA MMRLGLTLPRMLPLLPWVARPIDLISVLVLLLALVALALYALTVGSYSLDVAQAWQALAAPDQANPTTRNLLWELRLPRVLLAILAGAAMSLAGLLMQSLTRNPLAAPGLVGVESGASVTMLLIIVLWPTLLPLELYPLAALTGGLAVAFFVALLSWRQGISPLRLILVGVGLTAMLSAVADLLITYGNIDQVESALMWLGGSLHRAGWAQVHSLAAWLLLAGTPLLFFHRQLNLLQLGEKVALSRGLNVTGVMAFLLLCSVMLTAAAVANVGTMTFVGLVAPHLARQLAGDRHGALMPLSALMGALLVLAGDTLGRGLFPPLQLPAGLVVAIIGAPYLIVLLARQRSR PGPT0003770_3486 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 D1-35_04796 984 yfiZ COG0609 putative siderophore transport system permease protein YfiZ GTGATCCACGGTTTGCGCTTGCCGGTGTGGCTGGGCCTGCTGATTGCGATTGCCCTGGCCGCGCTGCTGCATCTGGCGGTGGGCGCCAAGAGCATCCCCTGGAGCGAGGCGTGGCAGGCCTTGGTCGCCTATTCGCCAGACAGCCCCGACCAGAGCGTCATTCGTGGCAGCCGCCTGCCACGCCTGCTGGTGGCCATGCTGGTGGGCGCGAGTCTCGGTCTGGCCGGTGCGATCATGCAGGCGGTGGGCGACAACCCATTGGCCGACCCGGGGATTCTCGGCATCAACAGCGGCGCGGCATTGTTCGTCGTGTTCGGCTTGCTGGTGCTACCGGGCCACGATCTGTCGATGATCCCGCTGTTTGCTTTCAGCGGCGCCCTGGTCGCCGCCGTTGGTGTCCTGCTGCTGGCGGGCAGGGGCCACAACCCGATTCGACTGACGTTGTCCGGGGCGATGATCGCAGCGTTATTCAGTGCTATCACTTCGATTTTACTGTTGCTCGATCAGCAGGGGCTGGACAGCCTGCGGCGCTGGCTCACCGGCTCGATCGGGGTGACCGGAGGTTCGATGCAGGCGTGGGTCTGGCCGTATGCCGTGTTGGGCATGTTCCTCTGCCTGGTCAACGTCCGCGCGCTGAACGCGCATCGGCTGGGTCCGCAAGCCGCCGCCGGCATGGGCGTCAACCTGTTGAAGATGCGTCTGTTCGGCCTGGCTTCGGTGGTTCTGCTGTCAGGCTGCGCCGTGGCCCTGGCGGGGCCTATCGGTTTTGTCGGGCTGGTGGTGCCTCACACCGCGCGCCTGTTGTTCGGCGATGACTACCGTCGGTTGCTGCTGGCCGCGCCCTTGCTTGGCGCGCTCCTGCTGATCCTGGCGGACATCGCCGCCAGGACCGTGGTGCGTCCCTTCGAGCTCAATACCGGGATCGTCACGGCGTTGATCGGCGGGCCGATCTTCGTGGTACTGGTGTTGAGGAAAGTCCGATGA MIHGLRLPVWLGLLIAIALAALLHLAVGAKSIPWSEAWQALVAYSPDSPDQSVIRGSRLPRLLVAMLVGASLGLAGAIMQAVGDNPLADPGILGINSGAALFVVFGLLVLPGHDLSMIPLFAFSGALVAAVGVLLLAGRGHNPIRLTLSGAMIAALFSAITSILLLLDQQGLDSLRRWLTGSIGVTGGSMQAWVWPYAVLGMFLCLVNVRALNAHRLGPQAAAGMGVNLLKMRLFGLASVVLLSGCAVALAGPIGFVGLVVPHTARLLFGDDYRRLLLAAPLLGALLLILADIAARTVVRPFELNTGIVTALIGGPIFVVLVLRKVR PGPT0003770_9277 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 D1-35_04797 804 fecE COG1120 Fe(3+) dicitrate transport ATP-binding protein FecE ATGCTGAAAGCCAGCAACGTGCGGCTGAGCTATGGCGAGCAACAGATTCTCAACGGTGTCAGCCTGGATATTCCCGAGGGTTGCTTCACCGCGTTGATCGGGGCCAACGGCTGCGGCAAGACCACGCTGCTTAATGTACTGGCGCATATGTTGCGGCCGAGCGCGGGTGACGTGCACCTGGGCGGAAAATCGTTGGGACAGTATTCTCGCCGCGCATTGGCGCAACGAATGGCGTTGCTGCCCCAGCGCACCACGTCGCCGGCCGGCATGAGCGTGCGGGAGCTGGTGATGCAGGGGCGCTTCCCCTGGCAGAGCTGGTGGCGCCAATGGTCCGACCAGGACCAGCAGGCGATTGATCGCGCCATCGACCTGGCGGGTATCGGGCCTTTGCTGGATCGCTCGCTGGCCACCCTGTCGGGCGGGCAGTTGCAGCGCTGCTGGATTGCCATGACCCTGGCCCAGGACACTCCGGTGATCCTGCTGGACGAACCGACGACCTTTCTCGACATCGCGCACCAGATCACGCTGCTCGAATTGCTGGTGGATCTGCGTGAGCAAGGCAAGACCATTGTGGCGGTGCTGCACGACCTCAACCAGGCCGCGCGTTACGCCGATCACCTGGTGATGATGCGCGAGGGTCGGTTGCTGGCCCAGGGCGCGCCTGCCGAGGTGTTCACTCGGGAAAACCTCAAGGCGGTCTTTGACCTGGACGCGCACATCATTACCGACCCTTATTCCGGCGATCCGTTATGTGTCCCGCAAACCACCCGTAGCCAGCCGCTGGCTGTGCGGGAGGCGATGTGA MLKASNVRLSYGEQQILNGVSLDIPEGCFTALIGANGCGKTTLLNVLAHMLRPSAGDVHLGGKSLGQYSRRALAQRMALLPQRTTSPAGMSVRELVMQGRFPWQSWWRQWSDQDQQAIDRAIDLAGIGPLLDRSLATLSGGQLQRCWIAMTLAQDTPVILLDEPTTFLDIAHQITLLELLVDLREQGKTIVAVLHDLNQAARYADHLVMMREGRLLAQGAPAEVFTRENLKAVFDLDAHIITDPYSGDPLCVPQTTRSQPLAVREAM PGPT0003760_3071 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 D1-35_04798 2190 fhuA_4 COG1629 Ferrichrome outer membrane transporter/phage receptor ATGCTCGTCAGAAAAACAATAGTTGGCACCGAAAAACGTTACGTCTCGCGTCATCCTGCGTTTCACCTGAGCACGCTGGCACTGGCTTTGGGGAGCATTTTTTCAGCACAGGCGATGGCCGCACAGCAAGAGGCTGCTGCCAATGCCCCTCTTCAACTCGGCGAAATCAACATCAACGCCGCCGCGGTGGAAAACCCGACGGCGCCGCTGGCCGGCAAGGTCGCCTTGCGTAACGGCAGCGCCACCAAATCCAACGCAGCCATCACCGAAACGCCGCAATCGGTTTCCGTGGTGACCGCCGATGAAATGCGTGATCGCAAGTCCGACACTCTGGCAGATGCCCTGAGCTATACCCCGGGTTTCACCAGCCAGCCAAGCAGCTTCAACCGCACTTCCGACCGGTTCCGCATGCGCGGATTCGACGTCGAATCCGCCACCGGCGGTTCGCTACGCGACGGCATGCGCTTGCAGTACAACTCTTACGACGGTGTGCAGGAACCCTATGGTCTGGAACGCGTGGAGGTCGTGCGCGGCGCGGCTTCGGTGTTGTACGGCCAACTGTCGCCCGGTGGCTTCGTCAACGGCGTGAGCAAACGCCCGACCGAAACCCCACAGCACGAGCTGGGCATGCAATACGGCAACCATGATCGCAAGCAACTGACCGCCGACTTCAGCGGGCCGCTCGGCGACAGCGAAGTCCTCAGCTACCGCTTGACCATGCTCAAGCGCGACAGCGACACCCAGCAGGACTACATCAACGACGACAAGCTCTATATCGCCCCGGCCCTGACCTGGCGCCCCAATGAAGATACGTCGCTGACCCTGCTCTCGTTCTATCAGAAGAGCGACACCCGTTTCTCCGCCCCGCTGCCCTATCAATTGGTCAAGGGCGTGGGCAACGGGCCGGTCACCATCGGCCGCCACGATTTCATCGGCGAGCCCGATTACGACGACATGAATGGCGAGATGTCCGCCATCGGTTATGAGTTCGAACACCGCTTCGATGAGCACACCCGCATCAGCAACAAGCTGCGTTACTACGAAGCGGATGTGAAGTGGAAATATCTTCAGGCCGGAGCAGTCACCAACGGCGTTCTAGCTCGACAATACAGCGACCGCCGCGAGCGCTCCCGGGCACTAGCCAGCGACACCAACATAGAGACACGCTGGAACATCGGAGGGGTGGAAAACACCTTTCTGGTGGGTGCAGATACCTACGACGCGTCGTACGACTCGCATAACTTCCGGGGCCCCGCTCCTTCCATCAACATTGGTGACTATAACTACGGGCAGCCGGTCGTAGTGGACAAACGCCGGAGCCGCGAGCGAGGTTCGCAGATCGACACGTTCCAGACAGGTATTTATCTGCAAGACCAGATCAAGTTCGACGATCACTGGTTGCTGCTGCTCGGTGGCCGCCACGATTGGGCTGATCAGGATCAGGAAGCGTTCAGGACCGGTCAAAAGCTGAGCCAGGACGACGAATCTACCACCTGGCGCGCCGGACTGGTTTACCAAGCCGATAACGGCCTGGCGCCCTACATCAGCTATAGCGAATCGTTTTTCCCGGTGGCGGTAGCCGACGCACCAGACCAGACGTTCGATCCTACCGAAGGTAAGCAGTACGAAATCGGCATTCGCTACCAACCTCCTGGCAGCAACATGCTGCTGAGTGCCGCGGTGTACGAGCTGACGCAAGAAAACGTCGTGAAGCGCGACCTAGCAGGCAACAATCCTCGGCAGATTGGCGAGCAGCGCTCCCGTGGCTTGGAGCTGGAAGCCAAGGCTGACGTCACGCCCCAATTGAGTGTGATTGCCTCGTACGCTTACACCGATGCGCGGACTACTAAAAGTCAGGTCCAGAGCGAAGTGGGCCAGCGCAGCGAAGACACTCCTTACCACCAAGCCGCGCTGTGGGCTGACTACAACTTTGCTCTCTTCGGAGTGCCACAGCTGAAGGTAGGTGGTGGCGCACGTTACAAGGGCACCACCCAGGCCTCGGGCATCGATTCGCAAATGCCGGCCTATACGCTGTTCGACGCAATGGCTAGCTACCAGATCGATAAAAACTGGGACATCGCTCTAAACGCTAACAACGTGACGAACAAAAAGTACGTGTACTGCGAAGCCGCCATCTGCCGCTACGGCGATGAACGCGAGCTGGTGACGTCCGTCAACTTCCGTTGGTAA MLVRKTIVGTEKRYVSRHPAFHLSTLALALGSIFSAQAMAAQQEAAANAPLQLGEININAAAVENPTAPLAGKVALRNGSATKSNAAITETPQSVSVVTADEMRDRKSDTLADALSYTPGFTSQPSSFNRTSDRFRMRGFDVESATGGSLRDGMRLQYNSYDGVQEPYGLERVEVVRGAASVLYGQLSPGGFVNGVSKRPTETPQHELGMQYGNHDRKQLTADFSGPLGDSEVLSYRLTMLKRDSDTQQDYINDDKLYIAPALTWRPNEDTSLTLLSFYQKSDTRFSAPLPYQLVKGVGNGPVTIGRHDFIGEPDYDDMNGEMSAIGYEFEHRFDEHTRISNKLRYYEADVKWKYLQAGAVTNGVLARQYSDRRERSRALASDTNIETRWNIGGVENTFLVGADTYDASYDSHNFRGPAPSINIGDYNYGQPVVVDKRRSRERGSQIDTFQTGIYLQDQIKFDDHWLLLLGGRHDWADQDQEAFRTGQKLSQDDESTTWRAGLVYQADNGLAPYISYSESFFPVAVADAPDQTFDPTEGKQYEIGIRYQPPGSNMLLSAAVYELTQENVVKRDLAGNNPRQIGEQRSRGLELEAKADVTPQLSVIASYAYTDARTTKSQVQSEVGQRSEDTPYHQAALWADYNFALFGVPQLKVGGGARYKGTTQASGIDSQMPAYTLFDAMASYQIDKNWDIALNANNVTNKKYVYCEAAICRYGDERELVTSVNFRW PGPT0003790_17279 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_04799 1215 bcr_1 Bicyclomycin resistance protein ATGGAAACCGGGAATGCATCCGCGCTGGCGGGTTCGCCGCCACTGGCAACAAGCCAACCCCTGACCGGTCGAATCGTCGCCCTGCTCGCAGGCCTCGCGGCGATCGGAATGCTCTCCACCAACATCATCCTCCCCGCGTTCCCGGTCATTGGCGATGACTTGGGCGTGACCGCCCGCGAACTGGGCCTGACACTCTCCAGCTACTTCGTCACCTTTGCCCTGGGCCAGTTGGTGGTCGGGCCGCTGGCCGATCGTTATGGGCGCAAGAAGCTGGTGCTGGGCGGATTGTCGGTATTCATGGTCGGGACCGTCATCGCAGGGCTCGCCACCACGCTCGATGTCATGATCGCCGGACGCATCGTCCAGGCATTGGGTGTGTGCGCTGCCTCGGTGCTGTCGCGCGCCATCGCTCGGGATCTGTTCGAAGGCGAGACGTTGGCCCGCGCCCTGTCGTTGACGATGGTTGCCACCGCCGCCGCGCCAGGTTTCTCGCCCTTGGTGGGCAGCGTGCTGTCCGTCACGCTCGGGTGGCGCGCGATGTTTATCCTGGTTGGATTGGCGGCAGTCGTACTCGCCTTCTTCTACGTCCGCGACCTCGGTGAAACCCATCCCGCCGATCGCCGGGCGCCGCACTCCACCGGCAGCGTCGTGCGCGCTTACGCAAGGCTGATGGCGGACAAGCGCTTTATCCTCCCCGCCCTGTCGATGAGCCTGCTGCTGAGCGGCTTGTTCGCCTCTTTCGCCGCCGCCCCGGCGATCCTGATGAAAGGCATCGGCCTGACGTCAGTGCAAGCCGGCCTGTATTTCGCCTCGACGGTGTTCGTCGTGTTCGCCGCCGGCATGGCGGCCCCGCGCCTGGCGCACCGCTACGGCACGCGCACCATCGCCTTGCTGGGCATTGCCTGCGCCATGCTCGGCGGTGGCCTGCTTGTGGTCGGGCCGGCTGACCCAGGCCTGGGCTGGTATGCCGTCTCGATGGTGACGTTTCTCTGGGGCATGGGCCTGGCGAACCCGCTGGGCACCGCCATCACCATGGGGCCTTTCGGCAAGGAGGCCGGCATGGCCTCGGCGTTGCTGGGATTCTTGTCCATGGGCGCGGCGGCGCTGACCACCTGGCTGGCCTCCGTATTGAGCTTTTCGCCCATCACCACGCTGGGCGCGATCCAGGCGTTGACCTGCCTGATCGCGCTGCTGCTGTTCTTCTTGCGCCGCTGA METGNASALAGSPPLATSQPLTGRIVALLAGLAAIGMLSTNIILPAFPVIGDDLGVTARELGLTLSSYFVTFALGQLVVGPLADRYGRKKLVLGGLSVFMVGTVIAGLATTLDVMIAGRIVQALGVCAASVLSRAIARDLFEGETLARALSLTMVATAAAPGFSPLVGSVLSVTLGWRAMFILVGLAAVVLAFFYVRDLGETHPADRRAPHSTGSVVRAYARLMADKRFILPALSMSLLLSGLFASFAAAPAILMKGIGLTSVQAGLYFASTVFVVFAAGMAAPRLAHRYGTRTIALLGIACAMLGGGLLVVGPADPGLGWYAVSMVTFLWGMGLANPLGTAITMGPFGKEAGMASALLGFLSMGAAALTTWLASVLSFSPITTLGAIQALTCLIALLLFFLRR PGPT0029005_2211 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552 NA NA D1-35_04800 1287 fabF_4 COG0304 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGAAAAATCACCAAGGTCTGAAACGAATCGTCGTCACCGGTGTGGGCATGGTCGGGCCGCTGGGTTGCGTCGTGGATGAGGTGTGGCAGCGATTGCTGGCCGGGCATTCCGGCATACGCAATCTGTCCGTCGACGTCACCGAAGGCACCGGCGTCGCGGTGGGTGGGCAGGTGCCGACCTTTGAAGAGGACGGCGTTGCCGGCTACGACCCGGAGCGCCTCATCGCGCCCAAGGATCGCAAGAAGATGGACCGCTTCATCGAGTTCGCCCTGGTGGCCGCTCACGAAGCCCTGGAGCAGGCCGGCTGGCATCCCGTCGAGGCCATCGATCAGGAGCGGACCGCCACGATCATTTCCTCGGGCGTGGGTGGTTTCGCCACGATTGCCGATGCCGTGCGCACCACGGACAGTCGTGGCCCGCGTCGTTTGTCGCCGTTCACCGCGCCGGCTTTCCTGGCCAACATGGCGGCCGGGCAGGTGTCGATCCGGCATGCGTTCAAAGGGCCGCTGGGCGCACCCGTCACGGCTTGCGCCGCCGGTGTGCAGGCCATCGGCGATGCGGCCAGGCTGATCAGGAGTGGCGAGGCGGATATTGCCATCTGCGGCGGCACCGAGGCGGCGATAGACCGCGTGACCCTGGGTTGTTTCGCGGCGGCTCGCGCACTGTCCACCGGCTTCGCGGAGCGCCCGCAAGAGGCCTCGCGGCCGTTTGATCGTGATCGCGACGGTTTTGTCATGGCCGAAGGCGCCGGTTTGCTGGTGATCGAATCGCTGGAACACGCCCTGGCACGTGGGGCCAAGCCCCTGGCCGAGCTGGTCGGTTATGGCACCAGCGCCGACGCCTATCACCTGACCGCAGGGCCGGAGGATGGCAACGGTGCCCGCCGCGCCATGGAACAGGCGCTGCGCCAGGCCGGTATCAGCCCCGCCGAGGTGCAGCACATCAATGCTCACGCGACCTCCACCCAGGTTGGCGACGCGGGAGAGCTGGCGGCGATTCGCGCGGTGTTCGGCGTGGACTCCGGTGTGGCGATCACCTCGACAAAATCCGCCACCGGGCATCTGTTGGGCGCCGCCGGGGGCATCGAAGCCATCTTCACCGTGCTCGCGCTTCGTGACCAGATCGTGCCGCCGACGCTGAATTTGCTTCATCCGGATGAGACGGCCAGCGGGCTCGATCTGGTTGGCCTGAAGTCGCGGAAGATGCCAATCACCCACGCGCTGTCGAATGGGTTCGGCTTTGGTGGCGTCAACGCCAGCGTGCTGTTCCGTCGCTGGGAAGACTGA MKNHQGLKRIVVTGVGMVGPLGCVVDEVWQRLLAGHSGIRNLSVDVTEGTGVAVGGQVPTFEEDGVAGYDPERLIAPKDRKKMDRFIEFALVAAHEALEQAGWHPVEAIDQERTATIISSGVGGFATIADAVRTTDSRGPRRLSPFTAPAFLANMAAGQVSIRHAFKGPLGAPVTACAAGVQAIGDAARLIRSGEADIAICGGTEAAIDRVTLGCFAAARALSTGFAERPQEASRPFDRDRDGFVMAEGAGLLVIESLEHALARGAKPLAELVGYGTSADAYHLTAGPEDGNGARRAMEQALRQAGISPAEVQHINAHATSTQVGDAGELAAIRAVFGVDSGVAITSTKSATGHLLGAAGGIEAIFTVLALRDQIVPPTLNLLHPDETASGLDLVGLKSRKMPITHALSNGFGFGGVNASVLFRRWED PGPT0008360_1439 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D1-35_04801 3063 cnrA Nickel and cobalt resistance protein CnrA ATGAGCTTCAATCTCTCGGCGCTCGCCGTTCGCGAGCGCTCGATCACGGTGTTCCTGTTGTTCCTGATTGCTGTCGCGGGTGTCCTGGCGTTCTTCCAGCTGGGCCGCGCGGAAGATCCGCCGTTCACCGTCAAGCAACTTACCGTCATCACCGCCTGGCCAGGGGCGACGGCCCAGGAGATGCAGGACCAGGTCGCCGAGCCGCTGGAAAAACGCCTGCAGGAATTGAAGTGGTACGACCGCACGGAAACCTATACGCGCCCGGGGCTCGCGTTCACCATGGTGTCGCTGGTCGACCGCACGCCGCCGTCCGAGGTCCAGGAGGAGTTCTACCAGGCGCGCAAGAAGCTCGCTGACGAAGCCATCAAGCTGCCGGCCGGTGTCATCGGGCCGATGGTCAACGACGAGTTTTCCGACGTGACCTTTGCACTGTTCGCCCTGAAAGCCAAAGGCGAGCCGCAGCGATTGCTGGTGCGTGACGCCGAGGCGTTGCGCCAACGGCTGCTGCACGTGCCGGGCGTAAAAAAGGTCAACATCATTGGCGAGCAGGCCGAACGGATTTTTGTGTCCTTTTCCCATGATCGGTTGGCGACCCTGGGGGTTTCGCCGCAGGAAATCTTTGCCGCCCTCAACGGCCAGAACATGCTCACGCCAGCAGGGTCGATCGAAACCGTCGGGCCGCAGGTCTTCCTGCGCCTGGACGGCGCCTTCGACAAGTTGCAGAAGATTCGCGATACACCGGTGGTAGTACAAGGTCGCTCGCTGAAACTGTCGGACGTGGCGACCGTCGAGCGCGGCTACGAAGACCCGGCCGCATTTCTGGTGCGCAACGGCGGCGAAGAGGCGCTGTTGCTGGGCGTGATCATGCGCGAGGGCTGGAACGGCCTCGACCTGGGCAAAGCGCTGGATGTGGAAACCAGCAATATCAATGCGGGCATGCCACTGGGCATGACGCTGACCAAGGTCACCGACCAATCGGTGAACATCGACTCGGCCGTCGGCGAGTTCATGGTCAAGTTCTTCGTCGCGCTGCTGGTGGTGATGCTTGTCTGCTTCCTGAGCATGGGCTGGCGCGTCGGGGTGGTGGTCGCGGCAGCGGTGCCGCTGACCCTGGCGGTGGTGTTCGTGGTGATGGCCGCCACCGGCAAGAACTTCGACCGCATTACCTTGGGGTCGCTGATCCTGGCGCTCGGGCTGCTGGTGGATGACGCCATCATTGCCATTGAAATGATGGTGGTGAAGATGGAGGAGGGCTACGACCGGATCAAGGCCTCCGCCTATGCCTGGAGCCACACGGCCGCGCCGATGCTTTCCGGCACCCTGGTGACCGCCATCGGCTTCATGCCCAATGGCTTCGCCCAATCGACCGCCGGCGAGTACACCAGCAACATGTTCTGGATCGTCGGCATTGCGCTGATCGCTTCCTGGGTGGTCGCGGTGGCGTTCACGCCGTACCTGGGTGTCAAGCTGTTGCCCGACATCAAGCAGGTCGAGGGTGGTCACGCGGCCATCTATAACACCCGTCATTACAACCGCTTCCGCCAGATACTGACCCGCGTCATCGCACGCAAGTGGTGGGTGGCCGGGACGGTGATCGCAACGTTCTTCGTGGCGATTGTGGGCATGGGCCTGGTGAAGAAGCAGTTCTTCCCGACCTCGGACCGGCCAGAGGTGCTGGTGGAAGTGCAGATGCCTTATGGCACCTCCATCGAGCAGACCAGCGCCACCACCGCCAAGGTCGAAGCCTGGCTGCAAGAGCAGGAAGAGGCGAAGATCGTCACCGCCTATATCGGTCAAGGCGCGCCGCGTTTCTACCTGGCGATGGCGCCGGAACTCCCCGACCCGTCCTTCGCCAAGATTGTGGTCCTGACCGACAGCCAGGAGGCGCGCGAAGCCCTCAAGTTCCGTCTGCGTGAAGCGGTCGCCGAAGGGCTTGCCCCAGAGGCGCGGGTACGGGTGACCCAACTGGTGTTTGGCCCTTACTCGCCGTTCCCCGTGGCCTATCGGGTGATGGGGCCGGATCCGGCGAAACTGCGCGAGATCGCCAGCCAGGTTGAAGGCATCATGCAGGCTAGCCCGCTGATGAGGACCGTTAACGCCGATTGGGGTCCGCTGGTGCCGACGCTGCATTTCAACCTCGACCAGGACCGCTTGCAGGCGGTGGGGCTGACGTCCAGCGCAGTCGCCCAGCAACTGCAGTTCCTGCTCACGGGCGTGCCGATAACGGCGGTCCGCGAGGACATCCGCTCGGTGCAGGTGGTCGGCCGCGCTGCCGGCGATATCCGCCTCGACCCCGCGAAAATAGACGGCTTTACCCTGGTGGGCGCGACGGGCCAGCGGATTCCGCTGTCCCAGGTGGGCGAAGTCGATGTGCGCATGGAGGACCCGATCCTGCGCCGACGTGACCGCACGCCGACCATGACCGTGCGCGGCGACATCGCCGAAGGCCTGCAACCTCCGGATGTCTCCAGCGCAATCATCAAGCAGCTGCAACCTGTGATCGACAGATTGCCCAGCGGCTACCGGATCGAGCAGGCGGGCGCGATCGAGGAGTCGGGCAAGGCCGGCAAGGCCATCGTGCCGCTGGTGCCGATCATGGTCGCCATGACGCTGCTGATCATCATCCTGCAAGTGCGTTCGGTCTCGGCGATGATCATGGTTTTCCTTACCGCACCGCTGGGCTTGATTGGCGTGGTGCCGACGCTGCTGATCTTCAATCAGCCGTTCGGCATCAACGCGCTGGTCGGGCTGATCGCGCTGTCGGGCATCCTGATGCGCAATACGTTGATCCTGATCGGGCAGATCCATCACAACGCCAATGAAGGCCTGGATCCGTTCCACGCGGTGATCGAAGCCACGGTGCAGCGAGCCAGGCCGGTGCTGCTCACGGCGCTGGCGGCGATCCTGGCGTTCATTCCGCTGACCCATTCGGTGTTCTGGGGAACGCTGGCCTACACCCTGATCGGTGGCACGTTCGTCGGCACCATCATGACGCTGGTATTCCTGCCGGCGATGTATTCCATCTGGTTCAAGATCCGTCCCGAGACGAAGAGGGCAGCATGA MSFNLSALAVRERSITVFLLFLIAVAGVLAFFQLGRAEDPPFTVKQLTVITAWPGATAQEMQDQVAEPLEKRLQELKWYDRTETYTRPGLAFTMVSLVDRTPPSEVQEEFYQARKKLADEAIKLPAGVIGPMVNDEFSDVTFALFALKAKGEPQRLLVRDAEALRQRLLHVPGVKKVNIIGEQAERIFVSFSHDRLATLGVSPQEIFAALNGQNMLTPAGSIETVGPQVFLRLDGAFDKLQKIRDTPVVVQGRSLKLSDVATVERGYEDPAAFLVRNGGEEALLLGVIMREGWNGLDLGKALDVETSNINAGMPLGMTLTKVTDQSVNIDSAVGEFMVKFFVALLVVMLVCFLSMGWRVGVVVAAAVPLTLAVVFVVMAATGKNFDRITLGSLILALGLLVDDAIIAIEMMVVKMEEGYDRIKASAYAWSHTAAPMLSGTLVTAIGFMPNGFAQSTAGEYTSNMFWIVGIALIASWVVAVAFTPYLGVKLLPDIKQVEGGHAAIYNTRHYNRFRQILTRVIARKWWVAGTVIATFFVAIVGMGLVKKQFFPTSDRPEVLVEVQMPYGTSIEQTSATTAKVEAWLQEQEEAKIVTAYIGQGAPRFYLAMAPELPDPSFAKIVVLTDSQEAREALKFRLREAVAEGLAPEARVRVTQLVFGPYSPFPVAYRVMGPDPAKLREIASQVEGIMQASPLMRTVNADWGPLVPTLHFNLDQDRLQAVGLTSSAVAQQLQFLLTGVPITAVREDIRSVQVVGRAAGDIRLDPAKIDGFTLVGATGQRIPLSQVGEVDVRMEDPILRRRDRTPTMTVRGDIAEGLQPPDVSSAIIKQLQPVIDRLPSGYRIEQAGAIEESGKAGKAIVPLVPIMVAMTLLIIILQVRSVSAMIMVFLTAPLGLIGVVPTLLIFNQPFGINALVGLIALSGILMRNTLILIGQIHHNANEGLDPFHAVIEATVQRARPVLLTALAAILAFIPLTHSVFWGTLAYTLIGGTFVGTIMTLVFLPAMYSIWFKIRPETKRAA PGPT0028890_426 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028890-mexK-K18303 NA NA D1-35_04802 1110 mdtA_5 Multidrug resistance protein MdtA ATGCTCCGGCGCCGACCTGTCACCATTGCCGCTTGCTTGTTGCCGCTCGTCCTGACGGCGTGCGGCGAGTCCTCCACCACCAAGGATCCGCGCACGCTGGCGCCGTTGGTGCGGGTGTCCGAGGTATCGGCGGCGTCCGATACCTCTCGCGCCTTCACCGGCGTGGTGACCGCCCGCGTCCAGAGCGATTTGGGTTTCCGGGTCTCGGGCAAGGTGCTCGAACGTCTGGTCGACACTGGCCAGACCGTCAAGCGGGGCCAGCCACTCATGCGCCTCGATCCCATCGACCTCGGCTTGCAGGCACGCGCGCAGCAGGAGGCCGTCGCCGCGGCCCGGGCGCGGGCCCGGCAGACCGCGGATGACGAGGCGCGGTATCGCGACCTGGTCGCTGCGGGCGCTGTTTCCGCCTCGGGCTACGACCAGATCAAGGCCGCCGCCGACACCGCGAAAGCGCAACTCAGCGCCGCCCAGGCGCAGGCTGACGTAGCGCGCAATGCCTCCGGCTATGCGGTGCTGCTGGCCGACGCCGATGGCGTGGTGATGGAGACCCTGGCCGAGCCCGGACAAGTCGTCACCCCTGGCCAAATCGTCGTCCGGCTGGCGCGTGCAGGCCAGCGCGAAGCTGCTGTGCAGTTGCCCGAGACCCTGCGGCCGGCCCCCGGCGCAACCGCGCAGGCGACGCTTTATGGCAACGCCGCCGCGACGGTTAACGCCAAGCTCAGGTGGCTGTCGGATTCCGCCGATCGGGTGACACGCACCTTCGAGGCACGTTATGTGTTGGAGGGCGCGCTGGCCAATGCCCCGCTGGGTTCGACGGTGACGCTGCGGATCAGTCCGGGCACCCGGTTGGGGCAGGCGCTGCAAGTGCCGATCGCCGCGCTGCACGACTCGGGCAAAGGTGCCGGCGTCTGGGTGATCGCCGGTGAACCGGCAAAAGTTTCCTGGCGTCCGGTCCAGCTACTGGGCCTGAGCGACGACACTGCGCAAGTCTCGGGCGAGCTGAACGTCGGCGAGCGGATCGTCGCGCTTGGCGCGCATCTGCTACGCGATGGTGAAGAGGTGAGGCTGGCTCAACCGGGCGATGTGCAGGTTGCGGAGAATCGCCCATGA MLRRRPVTIAACLLPLVLTACGESSTTKDPRTLAPLVRVSEVSAASDTSRAFTGVVTARVQSDLGFRVSGKVLERLVDTGQTVKRGQPLMRLDPIDLGLQARAQQEAVAAARARARQTADDEARYRDLVAAGAVSASGYDQIKAAADTAKAQLSAAQAQADVARNASGYAVLLADADGVVMETLAEPGQVVTPGQIVVRLARAGQREAAVQLPETLRPAPGATAQATLYGNAAATVNAKLRWLSDSADRVTRTFEARYVLEGALANAPLGSTVTLRISPGTRLGQALQVPIAALHDSGKGAGVWVIAGEPAKVSWRPVQLLGLSDDTAQVSGELNVGERIVALGAHLLRDGEEVRLAQPGDVQVAENRP NA NA NA NA NA D1-35_04803 1461 oprM COG1538 Outer membrane protein OprM ATGCCTCCCCTGCGCCCCATTGCTCTTCTAATGAGTGCCAGCCTCATGGCAGGTTGCGCGGTCGGCCCGGATTACCAACGTGCCGCCGCGCCGCTTTCGAGCCGGTACCTGGGCCAGCCTGCGGTCGAACAGCGCTCCACGGCCGCACCGACCCTGCTGGTCAACTGGTGGGAAGGCTTCGCTGATCCCACCCTCACCGCCTTCATCCAACAAGCCCTGGAACAGAACCTGGACCTGGCGCAGGCGTCGGCGCGCGTCACCCAGGCACGGGCCGGCCTGGGCGCGGCCAACGCCGCTTTGCTGCCCTCGGGCAACATCAGTGGCCAGGCCGCGCGCTCATACCAATCGGTCGAGACCCCGCTCGGCCAGGTGCTGGACTCGACGCCCGGCTACGACCGATACGGAAACTTCTACGAGCTCAACCTTGGTGCCAGCTGGGAGATAGATGCCTTTGGCGGCCTGCGCCGCGGGCGCGAGGCGGCGTTGGCCGAATACCAGGCGTCGGAGGCCGGTGCCGTCGCCACGCGCCTGGCCGTTGCCGCGCAGGTCGCCGACGTCTACATCACCGTGCGGGGTTTACAGACCCGGCTGGACATCGCGAACCGCCAGGCGCGGACGCAGCAGGACCTGCTGGAAAAAGTCCGATTGCTCTACAGCAAAGGCCTGGCCGCCAACTATCAGGTCCGCCAGACCGAGGGACAATTGTCAGAGGTACAGGCCACCGTGCCGGTCTTGCAAGCCGGGTTGGACGCGGCCATGAATGCGCTGGATGTGATGCTCGGCACGCCACCTGGCACCCATCGCCCGCAATTGGCTCAGGTGGGCGATATTCCTCTCGCCCCACCGATGGCGACGACAGGAACCCCTGCGGACCTGCTTCGACGTCGACCTGACCTCATCGTCGCCGAGCGCCGCCTGGCAGCCTCCAACGCACGCATCGGCGAGGCCGTCGCCGAGTATTATCCGAAATTCTCCCTCAGCGCCTTGCTCGGCAGTGCCACGGCGGTGTCCGGCGGCAATCTTTTCAGCGGCGGGGCCAGCCAGTCGGCGGGTGTGCTGGGGCTGCGCTGGAGGCTCTTCGATTTCGCCCGCATCAACGCGCAGATCGAACAGGCCAAGGGCCAGGAAGCCGAAGCACTGGCGGCTTATCGCCAGTCGGTGTTGCGCGCCACCGAGGAGGTTGAAAACGCCCTCAGCGCCCTGGTGAACCGCGAAGCCCAGGCGACGACTCTTGCTCAAGGGGAAACGTCGCTGACCCAGGCTCGCCAATCGACATTTGTCGCCTACCGCAAAGGTACGGCCAGCCTGATCGATGTGCTCAATGCCGACGAGACGCTGCTGCGCACGTCCGACACCCGAGCGCAGGCGCGAACGGAATCGGCACGGGCGGCAGTCGCGGCTTTCCGGGCGCTCGGCGGTGGCTGGCAACCGCCCGAGGAAGCGCCCGTGGCAACCCGGTGA MPPLRPIALLMSASLMAGCAVGPDYQRAAAPLSSRYLGQPAVEQRSTAAPTLLVNWWEGFADPTLTAFIQQALEQNLDLAQASARVTQARAGLGAANAALLPSGNISGQAARSYQSVETPLGQVLDSTPGYDRYGNFYELNLGASWEIDAFGGLRRGREAALAEYQASEAGAVATRLAVAAQVADVYITVRGLQTRLDIANRQARTQQDLLEKVRLLYSKGLAANYQVRQTEGQLSEVQATVPVLQAGLDAAMNALDVMLGTPPGTHRPQLAQVGDIPLAPPMATTGTPADLLRRRPDLIVAERRLAASNARIGEAVAEYYPKFSLSALLGSATAVSGGNLFSGGASQSAGVLGLRWRLFDFARINAQIEQAKGQEAEALAAYRQSVLRATEEVENALSALVNREAQATTLAQGETSLTQARQSTFVAYRKGTASLIDVLNADETLLRTSDTRAQARTESARAAVAAFRALGGGWQPPEEAPVATR NA NA NA NA NA D1-35_04804 621 hypothetical protein ATGAACCAGCCATCCATTACCTCACCCAGCGCCCGCGGCCCCGTTGATCACGAAATTCGCGATCAGATTGTCGCGGCCGCCAATGAACACTTCAGCCAGTACGGTTATGGCAAGACCACGGTTTCCGACCTGGCCAAGGCCATCGGTTTTTCCAAGGCGTACATCTATAAATTCTTCGATTCCAAGCAGGCGATCGGCGAGGCTATCTGCGCCAATTGCCTGTCGAAAATCGTTGCTGCCGTCGAAGCAGCCATCCAGGAAGAAGGGCTGTCGGCGACGGAGCGTTTCCGGCGATTGGTCAAGACCGTGATCGCGACGGGCGTGGACCTGTTCTTCAATGAGCGCAAGCTCTACGACATCGCCGCGTTCTCGGCCTCGGAGCGCTGGCCCAGTTCACAAATCTACAACGAGCAGATCAAGAGCTTCGTGCTGCAGATCGTCCGGGAAGGTCGTGAGCTCGGCGAGTTTGAGCGCAAGACGCCGCTGGACGAGACCGTCGAAGCCATTCACCTGGCGCTGCGGCCGTTCGTCAATCCGTTGCTGCTGCAGTACAACCTCGATTTCGTCGAGGAAGCGCCCACGCTCACTTCCAACCTGATCCTGCGCAGTCTTATGCCCTGA MNQPSITSPSARGPVDHEIRDQIVAAANEHFSQYGYGKTTVSDLAKAIGFSKAYIYKFFDSKQAIGEAICANCLSKIVAAVEAAIQEEGLSATERFRRLVKTVIATGVDLFFNERKLYDIAAFSASERWPSSQIYNEQIKSFVLQIVREGRELGEFERKTPLDETVEAIHLALRPFVNPLLLQYNLDFVEEAPTLTSNLILRSLMP NA NA NA NA NA D1-35_04805 957 ilvA_3 COG1171 L-threonine dehydratase biosynthetic IlvA ATGTACACACTGACGCTCGACGAGATTGAACAAGCGGCTCGGCAGGTCTATCAAGTCATGCCCGCCACCGCCCAGTACGCCTGGCCCTTGTTGGCGCAGCGGCTGGGATGCACGGTGTGGGTCAAGCACGAAAACCATACCCCCACCGGGGCTTTCAAGGTGCGTGGCGGCATTACCTTCATGCATTGGCTCAAGCGTGAGCACCCGCAAGCAAAGGGGATCGTCACCGCCACCCGTGGCAACCACGGCCAGAGCCTGGCGCTGTCGGCCAGCGCCTCGGGGCTGAAGGCGTTGATTGTCGTGCCGGAGGGTAACTCGATCGAAAAGAACAACGCCATGCGCGGCTTCGGCGGCGAAGTGATCGAATACGGCCGCGATTTCGATGAGGCCCGGGAGGAGGCGGCACGCCTGGCGCAAGCGCAGGGCCTGTTTCTCGTGCCGCCGTTTCATACCGAGCTGGTCAAGGGCGTCGCCACCTATGCCCTTGAGCTGTTCAAGGCTGTGCCCGACCTGGACACCGTCTACGTACCCATCGGCTGTGGCTCGGGGATTTGCGCAGTGATTGCCGCGCGCGATGCCCTGGGCTTGCAGACCCGGATCGTGGGGGTGGTCTCCACCGAGGCAACGGCTGCAAAAATGTCATTTGAAACCGGAGAAATCTGCGAAACCGCTTCGGCCAACACCTTCGCCGACGGCCTTGCCGTGCGCAGGCCGATTCCCGAAGCCTTGGCCATCTACCGCGCCGCGGCGGCGCGGATCGTGGCGGTCAGTGACCAGGAGATTGCCGAGGCCATGCGCGTCTATTACACCGACACCCATAACCTCGCCGAAGGTGCTGGCGCTGCGGCACTGGCAGGGTTGATCCAGGAGCGTGGGTTGATGGAGGGAAAAAAGGTCGGGGTGGTGCTGTCCGGGGGCAATGTCGACAGGGCGGTGTATGCCGATGTGATTGGCTGA MYTLTLDEIEQAARQVYQVMPATAQYAWPLLAQRLGCTVWVKHENHTPTGAFKVRGGITFMHWLKREHPQAKGIVTATRGNHGQSLALSASASGLKALIVVPEGNSIEKNNAMRGFGGEVIEYGRDFDEAREEAARLAQAQGLFLVPPFHTELVKGVATYALELFKAVPDLDTVYVPIGCGSGICAVIAARDALGLQTRIVGVVSTEATAAKMSFETGEICETASANTFADGLAVRRPIPEALAIYRAAAARIVAVSDQEIAEAMRVYYTDTHNLAEGAGAAALAGLIQERGLMEGKKVGVVLSGGNVDRAVYADVIG PGPT0001960_6657 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 D1-35_04806 822 rhaS_14 HTH-type transcriptional activator RhaS ATGGACACCATGAGCCATCGCAACCGCCCACAGCCGCCGCGCAAGACTGAATCGACCCGTCGCATCGAGGCAGGGCCGTGGGCGATCGAATTGCTCCCCGGCTGCGCCTATGCAGCGCGTTACATCGCGAGCCAGTCGGCGATCGGTTTTGCGTTCGACAGCCAGCGCGGTTTGCATGCGATCGGCAGCGACCGGGTGCAGCCCTTCAATGCGCTGCCCAACGGGCTGGCGTTCGTCCCGGCCCAGTGCGACGTGTATTCGCAGTCACCTCATGGCGGCGAATACCTGCGCCTGATACGCACCGATGGGTTCGTGCTTGAAGGCGATCACCCCTTCAACAATCGCATCGACCTTCGGGCCATTGCGCTCGCGCAGCGCATGCGTCGCGCGCTCCTGCACGGTTCGATCGACGACGATTGGGAGGCTTGGGCCCTGGCACTGGCCGAATGCGCGGCAGCGGAAAACTCCAAGTCGGCAAGGCCCCAAGGTTCCCTCACCGACAGCCGGATGCGCTTGCTGGATGAATTCATCGACGCAGGCCTCGATCAGCCATTGGCCGTACCGGCGATGGCGCAGCTGCTGGGGCTGTCCGAGGGCTACTTCATGCGTGCGTTCAAGGCCGCGACAGGCAAGAGCCCCCATGGCTACCTCATCGACCGACGCCTCGCCAGGGCCCGGGCGCTGATACGCGATTCCTCGGCCACACTGCCAGAAATCGCCCTCGCCTGCGGTTTCAGCTCACAAGCGCACATGACAACGACGTTCAAGCAGCGCCTTGGTGTGAGTCCGGCGCAATTGCGTCAAATGACGAAGTGCATTTGA MDTMSHRNRPQPPRKTESTRRIEAGPWAIELLPGCAYAARYIASQSAIGFAFDSQRGLHAIGSDRVQPFNALPNGLAFVPAQCDVYSQSPHGGEYLRLIRTDGFVLEGDHPFNNRIDLRAIALAQRMRRALLHGSIDDDWEAWALALAECAAAENSKSARPQGSLTDSRMRLLDEFIDAGLDQPLAVPAMAQLLGLSEGYFMRAFKAATGKSPHGYLIDRRLARARALIRDSSATLPEIALACGFSSQAHMTTTFKQRLGVSPAQLRQMTKCI NA NA NA NA NA D1-35_04807 1011 cheB_7 Protein-glutamate methylesterase/protein-glutamine glutaminase TTGGGTGCGCCTGTGTCGCTGATCCCCCTGGTTGTGTGCGACGACTCCACCATGGCGCGCAAGCAGGTGTTGCGTGCGCTGCCGCAAGATTGGCCGGTTTCAGTCACCGAGGCGGTCAACGGTCGCCAGGCGATGGATGCCATACGCCAGGGCCTTGGTCACGTGGTGCTGCTCGACCTGACCATGCCGGAGATGGATGGTTATCAGGTACTGAGTGCCTTGCGCGCCGAGGGCTTGAAAGCGCAGGTCATTGTGATTTCCGGCGACGTCCAGGATGAAGCGGTACGCCGGGTGCATGAACTGGGCGCGCTGGCGTTCCTGAAAAAACCTTTCGACGAAAACCAGTTGCGCCAGACACTCACCGGGCTGGGTCTACTGACTCAACCCGGCAAGGCTCCGCTGCAAAATCGACCGGCACCGAACGCGGCCATCAGTTTCCAGGATGCGTTCCGCGAGACAGTCAACGTTGCCATCGGCCAGGCCGCGGCGCTGATTGCCAAGGTCCTGGGCGTCTTCGTGCAATTGCCGGTGCCGAACGTGAACATCCTCGAAGTCGGGGAACTGCACATGGCGCTGAACGACGTCGGCAGCTCCCAGCAACTCACGGCCATCTGCCAAGGCTTTATCGGCAGCGGCATCGCCGGCGAAGCACTGCTGATATTCCATGACTCGGAGATCGCCGACATCGGGCAACTGATGCAGCGCGAGAGCGCCGACTATTCGGACCTGGAGATGCTGGTGGACCTTTCCAGCATCCTGATCGGTGCTTGCCTGAGCAGCATCGCCGAACAGATCGACGTGATTTTTTCCCAGGGGCATCCGCAGATCCTGGGTCAGCATGCAGCAATCGATGAATTGATCCGCGCCAACCGCGTCCACTGGAAAAAGACCCTGGCGGTGGAAATCAGCTATGGCCTGGAAGGCCAGGATATCCGCTTCGACCTGTTGCTGCTGTTCACGGAAGACTCTATCGAGCGGCTTACCCACAAACTCGCCTACCTGATGAACTGA MGAPVSLIPLVVCDDSTMARKQVLRALPQDWPVSVTEAVNGRQAMDAIRQGLGHVVLLDLTMPEMDGYQVLSALRAEGLKAQVIVISGDVQDEAVRRVHELGALAFLKKPFDENQLRQTLTGLGLLTQPGKAPLQNRPAPNAAISFQDAFRETVNVAIGQAAALIAKVLGVFVQLPVPNVNILEVGELHMALNDVGSSQQLTAICQGFIGSGIAGEALLIFHDSEIADIGQLMQRESADYSDLEMLVDLSSILIGACLSSIAEQIDVIFSQGHPQILGQHAAIDELIRANRVHWKKTLAVEISYGLEGQDIRFDLLLLFTEDSIERLTHKLAYLMN NA NA NA NA NA D1-35_04808 957 hypothetical protein ATGAGCGAATCCATCGATCTGAACGAATTCCACTGGTTGCTGGCCATCGTTCAGAGCATCGACGTCGGCGTGGTGGTACTTGACCGCGAATACCGCGTACAGGTCTGGAACACCTTCATGGAGAACCGCTCCGGCGTGCAGCCCAAGGATGCCCAGAACCGCAACTTCTTCAGTCTGTTTCCTGAGATCGATCGCCCCTGGTTCAGCCGCAAGGTCGAGAGCGTCGCGACCCTCGGCACGCCGGCATTCACGGTCTGGGAGCAGCGCCCGTACCTGATGCGGTTCAAGAGCTACCAGCCGATCACCGGCCAGGAAGAGTTCATGTACCAGAACACCACGCTGCTGCCGCTGCGCTCGCCCGACAACCGGATCAATCACATCTGCCTGGTGATCTACGACGTCACTGACGTCGCCACCAACCGCCATCAGATCCAGGCCGCCAACGCACAGTTGCAACTGCTGTCCAGCACCGATCGCCTGACCGGCCTGTACAACCGTGGTCATTGGGAAGCCAGCCTGAAAGCCGCCTACGCCCGCCATCAACGCTACGGCAATGCGCTGAGCCTGGTGATGCTCGACATCGATCACTTCAAGCGGGTCAACGACACCTACGGTCATCAGGCCGGCGACAAGGTCATCGAGCAAGTCGCCCGACTGTTACACGAGCATGTGCGCGAATCCGACGTCGCCGGGCGTTACGGCGGCGAAGAGTTCGGCGTGGTGCTATCGGATACCGACTCGGCCGGCGGGCAGATTTTCGCCGAGCGCCTGCGCAAGGCAGTTGAAGAGTCGCTGGTGCAGTACAACGGCCAGGACATCCGCTTCACCGTCAGCCTGGGCGTGGCCGACCTGAGCCAGCCCGCCAACGACCACGCCGAACTGATCGCCAGGGCCGACCAGGCGTTGTACACGTCGAAAAAGACCGGACGCAATCGCGTGACGGTTCACGGGCACTGA MSESIDLNEFHWLLAIVQSIDVGVVVLDREYRVQVWNTFMENRSGVQPKDAQNRNFFSLFPEIDRPWFSRKVESVATLGTPAFTVWEQRPYLMRFKSYQPITGQEEFMYQNTTLLPLRSPDNRINHICLVIYDVTDVATNRHQIQAANAQLQLLSSTDRLTGLYNRGHWEASLKAAYARHQRYGNALSLVMLDIDHFKRVNDTYGHQAGDKVIEQVARLLHEHVRESDVAGRYGGEEFGVVLSDTDSAGGQIFAERLRKAVEESLVQYNGQDIRFTVSLGVADLSQPANDHAELIARADQALYTSKKTGRNRVTVHGH PGPT0026210_474 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0026210-adrA-K18968 NA NA D1-35_04809 1011 lgoD COG1063 L-galactonate-5-dehydrogenase ATGCTGACTGTCGTCTGTAACGAACCCGGCTCGCTAACCGCCATCGAACGTGAAATGCCCGTCAGGAAACCGCGAGAGGTCCTGATTCGAGTCAAGCGTGTCGGCGTCTGCGGCACCGATCTGCATATTTTCAGCGGCAACCAGCCCTTCCTCGAGTACCCGCGCGTCATGGGTCATGAGTTCTCCGGAATCGTCGAAGCCAGCGACGCCTCCAGCGACCTGGCTGTCGGTGATGTCGTCTACGTGATGCCCTATCTCTCCTGCGGCACTTGCGTTGCCTGCCGTCAAGGCAAGACCAACTGCTGCACCCGCATCCAGGTTCTGGGCGTCCATTGCGACGGCGCCTTCACTCAATACCTGAGCGTTCCCCAGGAGTTCGTGCACAAGGCCGTCGGGGTTTCCCTGGACCAGGCGGCGATGATCGAATTTCTCTCCATCGGAGCCCACGCCGTACGTCGCTCGAACGTCCAGGCAGACAAACACGCCCTGGTGGTCGGCACCGGCCCGATCGGCATGGCGGCGGCGATCTTTGCGAGCCTGCGCGGGGCGAAAGTCACCGTACTGGATACGCGCCAGGATCGCCTGGCGTTCTGCAAGGAACATCTGGATATCCACGCGGCCGTGCACATCGGCGAAGGCGACAAGCAGGCCTTGGCCGAACTGACCGGGGACGACTTTTTCGACGTGGTATTCGATGCCACCGGCAACGCCCGGGCGATGGAGCGCGGATTCGAATTCATCGCCCACGGTGGCACCTACGTGATGATCTCGGTGGTACGGGACTCGATTACTTTCTCCGATCCTGAATTTCACAAGCGTGAAGCCACGCTGATGGGCAGCCGCAACGCCACCCGGGAAGATTTCCAGTATGTCGAGCAATGTTTGCGCGAGGGCTTGATTCCCGATGCAGCCCTGAACACCCATCGGTTGCTGCTGAGCGACGTGGCCCGCTCCTTCTCCACATTGCTCGACCCCAACCAGGGTGTGGTCAAGGCGATCATCGAGTGCTAG MLTVVCNEPGSLTAIEREMPVRKPREVLIRVKRVGVCGTDLHIFSGNQPFLEYPRVMGHEFSGIVEASDASSDLAVGDVVYVMPYLSCGTCVACRQGKTNCCTRIQVLGVHCDGAFTQYLSVPQEFVHKAVGVSLDQAAMIEFLSIGAHAVRRSNVQADKHALVVGTGPIGMAAAIFASLRGAKVTVLDTRQDRLAFCKEHLDIHAAVHIGEGDKQALAELTGDDFFDVVFDATGNARAMERGFEFIAHGGTYVMISVVRDSITFSDPEFHKREATLMGSRNATREDFQYVEQCLREGLIPDAALNTHRLLLSDVARSFSTLLDPNQGVVKAIIEC PGPT0018195_116 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018195-lgoD-K23007 NA NA D1-35_04810 1530 garD_2 COG2721 Galactarate dehydratase (L-threo-forming) ATGAACCTGCCTGCTTCCATCTTGCTTGTCCTGGCGTCCGGTGACGATGTTGCCGTAGCCCGGGGCGACATTCCCGAAGGTCAAAGCCTCAGCGCCGATGGCATCACGCTGACCGCCCGACAACCGATTCCATCCGGTCACAAGATCGCCCTGCGCCCGGTGTCGGCCGGCCATCGGGTACTTAAATACGGGCAGACTATCGGCCAGGCAACTCGAGACATAGAGCCCGGCGATCACGTCCACGTGCACAACCTGGACATGTCTGCGACCAATGCCGAACACAGCGTGCGGAACGTCTATGTGCCCACATTGCCGAGCGCTCACCCCGCTACGTTCGAAGGTTATCTGCGTGACGATGGACGCGTCGGGACGCGCAACTACATTGGCGTGATTTCCAGCGTCAACTGCTCGGCGACCGTCTGCAAGCACATCGCCAAGGCCTTTTCCTCCGAGCGGCTGAAAGACTTCCCCAACGTCGACGGCGTCGTCGCAATCACCCATGGCAGTGGCTGTGGCATGGGGGCCAAGGGTGAAGGCATCGACATCCTCAAGCGCACCTTGCGTGGGTATGCCGATCACGCCAATTTCGCCGGGGTGCTGTTGATCGGCCTCGGTTGCGAGGTCAACCAACTCACCCCGCTCATGGATGAGCTGGGCGATCGCCGCGCTGCACTCAAGGCCAGCCTGATCATTCAGGACGAAGGCGGCACCCGCGAAGCCGTGCAACGCGGTATTGCCGCGATTGAAGCGATGCTGCCCATCGTCAACCAATGCCGACGCACGACCGTAGCCGCCAGCCACCTGTGCGTCGGTCTGCAATGTGGCGGCTCGGATGGCTACTCAGGCATCACGGCCAATCCGGCGCTCGGCGCGGCCGTGGACCTGCTGGTGCAACAGGGCGGCACCGCGATCCTTTCGGAAACCCCGGAAGTCTATGGCGCAGAACACCTGCTGACGGCCCGCGCCGCGTCCGCCGACATCTCGGCGAAACTGATGGAGCGCATCCATTGGTGGGAAGCCTATGTGCAGCACAACGACGGCGACATGAACAACAACCCGTCACCGGGCAACAAGGCCGGGGGCATCACTACCATTCTGGAAAAATCCCTGGGCGCGGTGGCAAAAGCCGGCTCGACCGGGCTGATGGGGGTCTATCACTACGCTGAAAAAATCGATACCCGGGGCCTGGTGTTCATGGACACGCCCGGCTACGACCCGGTATCCGCGACCGGCCAGGTGGCCGGCGGCGCCAATCTCATCTGCTTCACCACGGGTCGCGGCTCGACCTATGGCTGCAAGCCCACGCCCTCCTTGAAGATCGCCACCAACACCCGCCTGTTCCAGCACATGGAACTGGACATGGACTTCAACGCCGGTGGCATTGTCGACGGTGTGGAATCGGTGGCCGAGGCCGGTGAACGGTTGCTCCGGGTGATGCTGCAGACCGCTTCCGGAAGCCGCACCCGCAGCGAGGAAAACGGCCTGGGCGATAACGAATTCCTGCCCTGGCAGATCGGTGCGGTGATGTGA MNLPASILLVLASGDDVAVARGDIPEGQSLSADGITLTARQPIPSGHKIALRPVSAGHRVLKYGQTIGQATRDIEPGDHVHVHNLDMSATNAEHSVRNVYVPTLPSAHPATFEGYLRDDGRVGTRNYIGVISSVNCSATVCKHIAKAFSSERLKDFPNVDGVVAITHGSGCGMGAKGEGIDILKRTLRGYADHANFAGVLLIGLGCEVNQLTPLMDELGDRRAALKASLIIQDEGGTREAVQRGIAAIEAMLPIVNQCRRTTVAASHLCVGLQCGGSDGYSGITANPALGAAVDLLVQQGGTAILSETPEVYGAEHLLTARAASADISAKLMERIHWWEAYVQHNDGDMNNNPSPGNKAGGITTILEKSLGAVAKAGSTGLMGVYHYAEKIDTRGLVFMDTPGYDPVSATGQVAGGANLICFTTGRGSTYGCKPTPSLKIATNTRLFQHMELDMDFNAGGIVDGVESVAEAGERLLRVMLQTASGSRTRSEENGLGDNEFLPWQIGAVM PGPT0018305_410 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTURONATE|TAGATURONATE|ALTRONATE_DEGRADATION,PGPT0018305-uxaA-K01685 NA NA D1-35_04811 714 lldR COG2186 Putative L-lactate dehydrogenase operon regulatory protein ATGGTCTCACCGATCAATCCCGCCGAACGCAAGCCGTACCAGAAAATCGCTGATCAACTGCGCAACTACATTGCCGAGGGGGAGTTCAAGACGGGCGCAAGACTTCCCCCCGAGCGCGATTTGACCCAGCTTCTCGGGGTTTCCAGGCCGTCCCTTCGCGAGGCGCTGATCGCCCTGGAAATCGACGGCGACATCGAGATCAAGATGGGCTCCGGCGTGTACGTACGGGCCAGGTCCGGCGATGCAAAAAAACCGAGCATGACCTTGGGCGAGAGTCCCTCGGAACTCATGCAGGCTCGTGCCTTGATCGAGGGCGAGTCGGTGATCCTGGCGTGTCTGCATGGCAAGAAAAGCGACTACCGCTACCTGCAGGAATGCATCGAGGCCATGCGCGCGAGCATCGCCTGTGGCCTGCCGCCGTTGGAGGATGACCGCAGATTTCATCAGCGCCTGGCGAAAATGAGCGGCAACTCCGCCCTGGTGCGGATCATCACCGCCCTGTTCGATGAACGTCACAATCCGATTTCGGCGCACCTGAGCAAACACGCGGAGAACGCACTGACGTGGGAGGCGGCAGTCGTCGAACATGAAGCAATCCTGCACGCCGTAGCCGGCAAGGATGTGCTCGGCGCCCAAACCTCGATGCGCCAGCACCTGAGCCGCTCGGAAAACCGCTGGCTGCGGGCGCTCGAACCTGAAGCCCCCGCCGACTAG MVSPINPAERKPYQKIADQLRNYIAEGEFKTGARLPPERDLTQLLGVSRPSLREALIALEIDGDIEIKMGSGVYVRARSGDAKKPSMTLGESPSELMQARALIEGESVILACLHGKKSDYRYLQECIEAMRASIACGLPPLEDDRRFHQRLAKMSGNSALVRIITALFDERHNPISAHLSKHAENALTWEAAVVEHEAILHAVAGKDVLGAQTSMRQHLSRSENRWLRALEPEAPAD NA NA NA NA NA D1-35_04812 1188 uxuA COG1312 Mannonate dehydratase ATGGAACAGACATGGCGTTGGTTTGGCCCCAAAGATCCGATTTCCCTGGCAGACGTTCGCCAGACCGGTGCGACCGGCATCGTCACCGCGTTGCACGAGATTCCCAATGGCCAGGTCTGGCCGGTGGACGCCATCGCGGCGCGCAAGGCGCTGATCGAAGCGGCTGGCCTGACCTGGTCGGTGGTGGAAAGCATTCCGGTGCACGAAGACATCAAGCGCGGCTGCGGCCGTCGTGACGAGTACATCGCCAACTACCAGCAAAGCGTGCGTAACCTGGCGAGCTGCGGTATCGATATCGTCTGCTACAACTTCATGCCGGTGCTGGACTGGACCCGTACCGACCTGACGTATGAACTGGCGGATGGCGGTTGGGCCTTGCGCTTCGACCAGACTGCGTTCGCCGCCTTCGACCTGTTCATCCTCCAGCGGCCGGGAGCGCAGGACGAGTACAGCGTCGAGGATATCCGGCAGGCCAAGGCCTATTTCGAACAACTGTCGCCGGCCGGGCGCGAAGCCTTGGTCGATACCCTGATCGCAGGATTGCCCGGCGCCGAAGAACACTACAGCCTGGACAAATTCCGCGAGTTGCTGCGTACCTACGCCGACATCGACGAGGCCAGGTTGCGTGAGCACCTGGGGTATTTTCTGCGCGCGGTGATTCCGGTTGCGGAGGAGGTGGGCGTGCGCATGGCGATCCACCCGGACGACCCGCCCCGGGCGTTGCTCGGGCTGCCGCGCATCCTTTCTACCGCCGAAGATGCCCAATGGTTGCTGGATGCCGCGCCAAGCCCGGCCAATGGCCTGACGTTCTGTACCGGCTCCTACGGCGTGCGCGAGGATAACGACCTAGTGGCGATGGCCAGGCACTTTGCGCCGTTCATCTACTTCACTCACCTGCGTTCGACCCGTCGGGAAGCCGATCCACGCAGCTTTCATGAAGCTCATCACTTGGCTGGGGACGTCGATATGGTCGGGGTCATCAGTGCCCTGGTGGCCGAAGAGCGCCGGCGCGAGCGAGAAGGCGGCCCGCGCTTGCCGCTGCGTCCAGATCATGGGCATCAGTTGCTCGACGACCAGCATCGCAAGAGCAATCCCGGCTACTCCCTGATCGGCCGCCTCAAGGGCCTGGCGGAAATCCGCGGCGTGGAACTGGCCGTGCGCCGACAACTGGACCAAACAGCACACTAA MEQTWRWFGPKDPISLADVRQTGATGIVTALHEIPNGQVWPVDAIAARKALIEAAGLTWSVVESIPVHEDIKRGCGRRDEYIANYQQSVRNLASCGIDIVCYNFMPVLDWTRTDLTYELADGGWALRFDQTAFAAFDLFILQRPGAQDEYSVEDIRQAKAYFEQLSPAGREALVDTLIAGLPGAEEHYSLDKFRELLRTYADIDEARLREHLGYFLRAVIPVAEEVGVRMAIHPDDPPRALLGLPRILSTAEDAQWLLDAAPSPANGLTFCTGSYGVREDNDLVAMARHFAPFIYFTHLRSTRREADPRSFHEAHHLAGDVDMVGVISALVAEERRREREGGPRLPLRPDHGHQLLDDQHRKSNPGYSLIGRLKGLAEIRGVELAVRRQLDQTAH PGPT0018270_804 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018270-uxuA-K01686 NA NA D1-35_04813 1458 por_2 COG0246 Polyol:NADP oxidoreductase ATGTCGCTCAACCAACGCGTTCCCGCCACTGGCCAGGCCCGCGAGATCGGCATCGTGCACCTGGGCCTGGGGGCCTTTCACCGGGCGCATCAGGCGGTGTACCTGCAACGCAATCTCAATCGCCACGGCGACAGCGATTGGGGCTTGTGCAGCGCCAACCTGCGCTCCAATCACGCTTTGGTCGAGCAATTGCGCGAGCAGGACGGTCGTTACCATGTGGCGGAGTATCGTGACCGCGAGCAGGTGACGCTGCGCGAGATCGGCGTGTTGCGCGAGGCCTTGTATGCGGGCGAGGGCGGTCAGGAACTGGAGCAGTTGTTGCAACGCATGGCCGCGCCGCAGACGCGGATCGTCACGCTCACCGTTACTGAAAAAGGCTACTGCCTGAGCCCTTCCTCCGGGCAGTTGCGCCGTGAGGATCCGACAATTGCCCATGACATCGCCCATCCGCAGGCGCCGCGTTCAGCGCCCGGCATCGTCCTCGAAGCCTTGCGTCGTCGCCGCGCCGCGGGCGTCCCGGCGTTTACCGTGTTGTGCTGTGACAACATGCCCGACAACGGCCAGCGCACCCGCCAGGCGGTAAGCGCATTGGCGGCGTTGCAGGATCAGGCGCTGGCGCAGTGGATCGAGCAACAGGTGGCATTTCCCAGCTCCATGGTCGACCGCATCGTGCCGGCCATGGACGAGGAGTCCTTCGTCCGGCTGGCGCAACAATTGGACTGCCACGACCGCGCCGCCGTGGTCTGTGAAAGCTTCAGCCAGTGGGTGATCGAGGACCACTTTCCCCTTGGCCGACCGGACTGGGAAGCCGAAGGCGTGCAGATGGTCGACGATGTGCGCCCGTTCGAAACCATGAAATTGCGCATGCTCAACGGCAGCCATTCGTTGCTGGCCTATGTGGGGCTGCTGGCCGGGCATGAGTCAGTCTTCGAGGCCGTCAGCGATGTGAGGCTGGCGCATTTCATCGAGCGCTACATGACCGAGGAAGCCGCGCCCACGCTGGACATGCCGGCAGGGATCGACCTGTCGGTATACGGTCGCGACCTGCTGGCGCGCTTCGCCAATGACAGCCTGCAACACCGCTTGCGCCAGATTGCCATGGACGGTTCGCAAAAACTGCCGCAACGCTGGTTGCTCGGCGCAGAGCAATTGCTCGACCAAGGGCGCGGCATCGACTGCACCGCGTTGGGAATTGCCGCCTGGATTCATTACTGCACGCAGCCGTTGCCCGGCCGACCGGCGCATGTGGTTGACGACCCGCTGAGCGCAACCTTTGCCGACGTTGCGGGACGCTTCGACGGTGCATCGCGGGTCGATGCTTTTCTCGACCTTGAAGAAGTCTTCCCGCCGGCGCTGTCAGCTCGCGCCGCGTTTCGCGACGCCGTGCACCGCGCCTATGACGCCTTGACCCGCGATGGCGTCGACAGCCTGTTGCACACCTTTGCCGCACCCAACTGA MSLNQRVPATGQAREIGIVHLGLGAFHRAHQAVYLQRNLNRHGDSDWGLCSANLRSNHALVEQLREQDGRYHVAEYRDREQVTLREIGVLREALYAGEGGQELEQLLQRMAAPQTRIVTLTVTEKGYCLSPSSGQLRREDPTIAHDIAHPQAPRSAPGIVLEALRRRRAAGVPAFTVLCCDNMPDNGQRTRQAVSALAALQDQALAQWIEQQVAFPSSMVDRIVPAMDEESFVRLAQQLDCHDRAAVVCESFSQWVIEDHFPLGRPDWEAEGVQMVDDVRPFETMKLRMLNGSHSLLAYVGLLAGHESVFEAVSDVRLAHFIERYMTEEAAPTLDMPAGIDLSVYGRDLLARFANDSLQHRLRQIAMDGSQKLPQRWLLGAEQLLDQGRGIDCTALGIAAWIHYCTQPLPGRPAHVVDDPLSATFADVAGRFDGASRVDAFLDLEEVFPPALSARAAFRDAVHRAYDALTRDGVDSLLHTFAAPN PGPT0018275_1083 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018275-uxuB-K00040 NA NA D1-35_04814 1293 exuT_3 Hexuronate transporter ATGTTTGGTCAAGGACGTAGCTTAATCATCATCATGCTGTTCCTGGCCGGGGTGATCAATTACCTCGACCGGTCGGCATTGTCTGTGGCGGCGCCGTTCATCCAGAAAGACTACGGTCTGAGTACGGGTGAGATGGGCATGATCTTCAGCAGCTTTTTCGTCGGTTATGCCGCCTTCAACTTCATCGGTGGCTGGGCCGCCGACCGTTATGGCGCCAAGACCACGTTGCTGCTGGCCATGGTCCTGTGGTCGTTGTTCAGCGGCCTCACGGTGCTGACGGTGGGCTTCGCGTCGCTGGTGCTCATCCGGATCCTGTTCGGCATGGGCGAAGGTCCGCTGAGCGTCACCACCAGCAAGATGGTGAACAACTGGTACACCCCCAAGCGCCGGGCACGAGCCCTCGGTGCCTCGATGTCCGGCACGCCGCTGGGCGGGGCGATTTCCGGTCCGGTGGTGGGCTTCATTGCGGTCACCTACGGCTGGAAGGTGTCGTTCATCATCATCATGCTGGTCGGCCTGATCTGGGCGGCAATCTGGTACAAGTTCGTCAAGGAAAAGCCCGAGGGCGAGGGCGCCGAGGATATCCTGCGGGCCGAGGGGCAGAGCGAGCTGGCGTCGCAACCGGTATTCCCGCTGCGGTTCTACCTCAAGCAGCCGACGGTGCTGTTCACCTCCCTGGCGTTCTTTTCCTATAACTACACGCTGTTCTTCTTCCTGACCTGGTTCCCCAGTTATCTCACCATGGCCCACGGCCTGAACGTCAAGGACATGAGCATCGCCACGGTCATCCCCTGGCTGCTGGGTTTCCTGGGTCTGGCATTGGGTGGGTTCATTTCCGACTTCGTGTTCAAGAAGACCGGGCGGATCATGTTCTCGCGCAAAGTCGTGCTGGTGACTTGCCTGTTGGCCTGCGCCGGTTGCATCGGCGTCGCCGGGGTGGTGAAGACGCTATATCCGGCCGTCATCCTGGTGGCGCTGGCGGTGTTTTTCCTCTACCTCACCGGCGCGATCTATTGGGCGATCATCCAGGATACGGTGCCTGCGGCGCGGGTAGGCGGCGTCAGTGGCTTCATGCATTTCCTGGCTAACACCTCGGGCATCATCGGGCCGACCCTGACCGGGTTCATCGTCCAGTTCACCGGCTCGTTCACCAGCGCGTTCCTGCTGGCGGGCCTGCTGACCATCATCGGCGCGCTGTGCGTGGCGCGTTACGTCAAGCCGCTGGCGGTGGCAGGTGTCGCGCCGCAGGCCGATGCAGGCGTCCAGCCGCGTCCAGCCCTCGACCATCCCTGA MFGQGRSLIIIMLFLAGVINYLDRSALSVAAPFIQKDYGLSTGEMGMIFSSFFVGYAAFNFIGGWAADRYGAKTTLLLAMVLWSLFSGLTVLTVGFASLVLIRILFGMGEGPLSVTTSKMVNNWYTPKRRARALGASMSGTPLGGAISGPVVGFIAVTYGWKVSFIIIMLVGLIWAAIWYKFVKEKPEGEGAEDILRAEGQSELASQPVFPLRFYLKQPTVLFTSLAFFSYNYTLFFFLTWFPSYLTMAHGLNVKDMSIATVIPWLLGFLGLALGGFISDFVFKKTGRIMFSRKVVLVTCLLACAGCIGVAGVVKTLYPAVILVALAVFFLYLTGAIYWAIIQDTVPAARVGGVSGFMHFLANTSGIIGPTLTGFIVQFTGSFTSAFLLAGLLTIIGALCVARYVKPLAVAGVAPQADAGVQPRPALDHP PGPT0017205_1111 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_HEXURONATE_TRANSPORT,PGPT0017205-exuT-K08191 NA NA D1-35_04815 1032 rspB COG1063 Starvation-sensing protein RspB ATGAAAGCGTTCCAGGTAAGAGCACCCTTCGAGTTCGGCCTGGCCCAGGTCGACCGCCCCGAGGTCGCTCGTGGCGAGGTGCTGGTCGATGTGGCGTATGCCGGCATCTGTGGCTCGGACATGCACATCATTCACGGGCAGAACGCATTCGTGCGTTTCCCCAGGGTCACCGGCCATGAATTCTCCGGAGTGATCCGGCAGGTCGGTGAAGGTGTCGAGCACCTCCAGACAGGCGACCGGGTGTGCATCGATCCGGTGATCAGTTGCGGCACCTGTTATCCCTGCCGCATTGGGCGGCCGAACGTCTGCACGCGGCTGCAAGTGATCGGCGTGCATCGTGACGGCGGCTTCAGCGAGCAGGTCTGCGTCCCGGCCGAGAACGCCCACCGCTTGCCCGATTTGATGTCCCTCAGCCACGGCGCCCTGGTGGAGCCTTATTCCATTGCCCTGAACGTGCTCGATCGGATGCAGCCGCAGCCGGGTGACAGCGTGTTGATCTACGGCGCCGGCGTGATCGGCCTGACCCTGGTGCAAATGGCCCGGGCGCTGGGAATGACCGACATCACCGTGACCGATGTCATCGACAGCCGCCTGGGGACAGCGCGTGCGCTGGGCGCCAGTCGGACCCTCAACGGCCAGCAAGTCGACGTTGAAGCGCTGATGCGTGAGCACACCCAGGGCGAGGGCGTGCCGTTGATCGTCGACGCTGCCTGCATTCCGGCGCTGATGCCGCAGATGGTGCGCCTGGCCTCGCCGGCCGGGCGCATCGGATTGCTCGGCTTCAATGCCACGCCCAGCGATCTGGTGCAGTTGGAGATGATCAAGAAGGAATTGACGCTGGTCGGTTCCAGGCTCAACAACCGAAAGTTCCCCCAGGTGATCGAACTGATCGCCAGCGGCAAATTGCAGGTCCAGGACCTGATCAGCCATCGCGTCAGCTTCGATGAAATGCCCGGCGCCATCGACCTGATCGAGAAGCACCCCGAGCAAACCCGAAAAGTCCTGGTGGAGCTGACGAGCGCCCTTCACTGA MKAFQVRAPFEFGLAQVDRPEVARGEVLVDVAYAGICGSDMHIIHGQNAFVRFPRVTGHEFSGVIRQVGEGVEHLQTGDRVCIDPVISCGTCYPCRIGRPNVCTRLQVIGVHRDGGFSEQVCVPAENAHRLPDLMSLSHGALVEPYSIALNVLDRMQPQPGDSVLIYGAGVIGLTLVQMARALGMTDITVTDVIDSRLGTARALGASRTLNGQQVDVEALMREHTQGEGVPLIVDAACIPALMPQMVRLASPAGRIGLLGFNATPSDLVQLEMIKKELTLVGSRLNNRKFPQVIELIASGKLQVQDLISHRVSFDEMPGAIDLIEKHPEQTRKVLVELTSALH PGPT0018265_61 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018265-rspB-K08322 NA NA D1-35_04816 1212 rspA COG4948 D-galactonate dehydratase family member RspA ATGAAAATCGTTGAAGCGCGTGTCATCGTTACCTGCCCGGGGCGCAACCTGGTCACGTTGAAGATTGTCACCGACGAAGGCATCTACGGCATCGGCGATGCCACGTTGAACGGCCGCGAACTGGCCGTCGTCGCGTATCTGGAAGAGCACGTTCTTCCTGCGTTGATCGGCCGCGATGCCCATCGCATCGAGGACATCTGGCAATACCTCTATCGCGGCGCTTATTGGCGCCGGGGGCCGGTGACCATGACGGCCATCGCCGCCGTCGACGTGGCGCTCTGGGACATCAAGGCCAAGGCCGCGAACATGCCGCTGTACCAATTGCTCGGGGGCAAGAGCCGTGAGCGGGTGATGGTCTACGGGCACGCCACCGGCAAGGACATCGAAGGCTGCCTGGACGAAGTCGCCCGTCACGTCGAGCTGGGCTACAAGGCCGTGCGGGTGCAATGCGGAGTCCCGGGCATTGCCACGACGTACGGGGTCGCCAAACGCAGTGGCGAGCGTTACGAGCCGGCCGACAGCGACCTGCCCGCGGAACACGTCTGGGACACCGCCAAATACCTCAATTACGTACCCAAGCTGTTTGCCGCCGTGCGCGAACGTTTTGGCGACGACCTGCACATTCTCCACGACGTGCATCATCGCCTGACGCCCATCGAGGCCGGGCGCCTGGGCAAGGCGGTGGAACCGTACAACCTGTTCTGGCTGGAAGACTGCACGCCGGCGGAAAACCAGCAGAGCTTCCGCCTGATCCGCCAGCACACCACCACGCCGCTGGCGGTGGGCGAGGTGTTCAACTCGATCCATGACTGCCGCGAGCTGATCCAGGAACAGTTGATCGACTACATCCGCACGACGCTGGTGCATGCCGGCGGCATTACCCACGTGCGGCGAATTGCCGATTTCGCCGCGCTGTTCCAGGTGCGTACCGGTTTTCACGGGGCCACCGACCTGTCACCGGTGTGCATGGGCGCGGCCCTGCATTTCGATACGTGGGTGCCGAACTTCGGCATCCAGGAACACATGCCTCACGAAGACCGCATCGATGAAGTCTTCCCTCATGCGTATCGCTTCGAGGACGGCCATTTCACCCCGGGCGAAACGCCAGGGCATGGCGTCGATATCGATGAAGAGCTTGCCCGCCAATACCCCTACAAACGCGCCAGCTTGCCGGTCAACCGTCTTGAAGACGGCACGCTGTGGCATTGGTGA MKIVEARVIVTCPGRNLVTLKIVTDEGIYGIGDATLNGRELAVVAYLEEHVLPALIGRDAHRIEDIWQYLYRGAYWRRGPVTMTAIAAVDVALWDIKAKAANMPLYQLLGGKSRERVMVYGHATGKDIEGCLDEVARHVELGYKAVRVQCGVPGIATTYGVAKRSGERYEPADSDLPAEHVWDTAKYLNYVPKLFAAVRERFGDDLHILHDVHHRLTPIEAGRLGKAVEPYNLFWLEDCTPAENQQSFRLIRQHTTTPLAVGEVFNSIHDCRELIQEQLIDYIRTTLVHAGGITHVRRIADFAALFQVRTGFHGATDLSPVCMGAALHFDTWVPNFGIQEHMPHEDRIDEVFPHAYRFEDGHFTPGETPGHGVDIDEELARQYPYKRASLPVNRLEDGTLWHW PGPT0018285_537 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018285-rspA|manD-K08323 NA NA D1-35_04817 1011 kdgK_3 2-dehydro-3-deoxygluconokinase ATGATGGATTTGACACTCAACCATGGCCCGGACACCCGCTTCCCCCGACCGCTGAAGGTCGCGCTGGTGGGTGAGTGCATGATCGAGGTGCGCGGCGGGCCGGATGCCGCAATCACGCAGACCTTCGGTGGCGATACGCTTAACACCGCGGTCTACCTGGCCCGATTGAATCCACGTGGCGCCGTCGCCGTGGATTACATGACCGCGGTAGGCAACGACGCATTCAGCGCGGCCATGCGCCAGTCCTGGCTGGACGAAGGCATTGGCGATGCGCATGTCCGGGTGATTGAAGACGCGCTGCCGGGGTTGTACTTCATCCAGACCGATCCACACGGCGAGCGGCGGTTCCTCTACTGGCGCGGGGAAGCGGCGGCGCGGCGCATGTTCGAAGGCGCCGAGGCCGAGGCCGAGGCCATGCTCGCTGCGCTGGCCGATTACGACTATGTCTACCTGAGCGGCATCACCCTGGCGATCCTCCTGCCGGAGGGGCGCGAACGCCTGATCCACGCCTTGCACCGGGCTCGCCGGGCGGGCACGCGCATTGTCTTCGACAACAATTACCGTCCCCACCTTTGGCCCGACCCCGAAACGGCCCGCCAGGCCTATCGCGATCTACTGCACTTGAGCGACCTGGCGCTGGTGACTTGGGAAGACGACGCGAGCCTGTTCGGCTACCACGACCCTGATGCCTTGTTCAGTGTTTACGCCGAGGCGGGAGTCCGCGAAGTCGCCCTCAAGCGTGGCGCCGCCAGTTGCCTGATCCAGTGTCCCGCGGGGCGTTTCGAAGTGCCCGCGCAGACCGTCGCGCAGGTTATCGACACCACCGCTGCCGGTGATTCGTTCAACGCTGCGTACCTGGCCTGCCATCTGCGCGGCGGTGATCCGCAGCAGGCCGCCCGCTGGGGCCATCGCCTGGCTGCCGAGGTCGTCCAGTACCGGGGCGCGCTGATTCCGCAGGCGGCCATGCCGAGCATGGACACGTCCTCACTTCCTTTTGTCGAACAGGTCTGA MMDLTLNHGPDTRFPRPLKVALVGECMIEVRGGPDAAITQTFGGDTLNTAVYLARLNPRGAVAVDYMTAVGNDAFSAAMRQSWLDEGIGDAHVRVIEDALPGLYFIQTDPHGERRFLYWRGEAAARRMFEGAEAEAEAMLAALADYDYVYLSGITLAILLPEGRERLIHALHRARRAGTRIVFDNNYRPHLWPDPETARQAYRDLLHLSDLALVTWEDDASLFGYHDPDALFSVYAEAGVREVALKRGAASCLIQCPAGRFEVPAQTVAQVIDTTAAGDSFNAAYLACHLRGGDPQQAARWGHRLAAEVVQYRGALIPQAAMPSMDTSSLPFVEQV PGPT0018060_1259 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 D1-35_04818 783 kdgR_4 Pectin degradation repressor protein KdgR ATGGACAACAGCGTCATTCCCAACAACGATCTGGTGTCGGCGGTTGGCCGGACCATGGCCGTGCTCGAAGCCCTGGCCGAGCATCCGGAAGAAAGCGGCGTGTCGGAAATCGCCACCAAACTGGACATGTCCAAGGCCACGGTTTATCGCTTCCTGCAGTCACTCAAGGCTCGCGGGTATGTGGTGCAGGATGCCGAAGACCGTTATCGCCTCAGCGTCCGGCTGTTCGAACTGGGCGCCCAGGCCCTGCCCCATCTGGACATCGTTCGCGAAGCGGAGCCGGGGATGCGCCGGATCAACGAGCTGACCGGCGAGACCGTGCACCTGGGGATCCTTGATGAAGGCAGCATCGTCTACGTGCACAAGATCGACTCCAAATACAACCTGCGCATGTACTCGCGCATCGGCCGGCGGGCGCCGTTGTACTGCACCGGCATCGGCAAGGTGCTGATGGCGTGGCTGGAAGAGGAAGAGCTGCTCGCGCACCTCGCGCAGGAAAGCTTCGAGCGCCGTACGGCCAATACCTTGACCAGTGTCGAGGCGTATCTGCAGGAGTTGGAGATCGTTCGCCAGCGGGGCTATGCCGAGGATCACGAAGAATTCGAAGACAACATGCGCTGCCTCGCGGCACCGATCCGCGACCGGTTCGGCCATGTGATCGGCGGGATGAGCGTTTCATTCCCGTGCTTTCGCTTCAGGGAAGAATTGAAGCAGGACTATGTCAAGCAACTGATGCAGGCGACGCAGCAGATTTCAGCTCAGTTGGGTTGGCATGCACGTTGA MDNSVIPNNDLVSAVGRTMAVLEALAEHPEESGVSEIATKLDMSKATVYRFLQSLKARGYVVQDAEDRYRLSVRLFELGAQALPHLDIVREAEPGMRRINELTGETVHLGILDEGSIVYVHKIDSKYNLRMYSRIGRRAPLYCTGIGKVLMAWLEEEELLAHLAQESFERRTANTLTSVEAYLQELEIVRQRGYAEDHEEFEDNMRCLAAPIRDRFGHVIGGMSVSFPCFRFREELKQDYVKQLMQATQQISAQLGWHAR PGPT0018213_719 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 D1-35_04819 426 hypothetical protein ATGAGCCTTTCACCCTTCCATCTCGCAATCCCGGTTTATGACCTCGCGGCAGCCCGAAACTTTTATGGCCAGGTGTTCGGGCTGGAGGAGGGCCGTTCCAGTGATCAATGGGTCGACTTCAACTTCTACGGGCACCAGTTGGTGATCCACGAGCATCCGAAGACCGCTTCCCAGGAAAACGCGCACAGCAATGCCGTGGATGGGCACGATGTGCCGGTGCCGCACTTCGGCGTCGTGTTGGGTTGGGCTGAATGGGAAGCGCTGGCCGAGCGATTGAAGTCGTTGGGTACCGAATTCGTGATCGAACCCTACATCCGCTTCAAGGGCCAGGTGGGCGAGCAGGCGACGATGTTCCTGTTCGACCCTTGCGGCAATGCGCTGGAGTTCAAGGCGTTCAAGGACATGAGCCAGCTGTTCGCGAAATAA MSLSPFHLAIPVYDLAAARNFYGQVFGLEEGRSSDQWVDFNFYGHQLVIHEHPKTASQENAHSNAVDGHDVPVPHFGVVLGWAEWEALAERLKSLGTEFVIEPYIRFKGQVGEQATMFLFDPCGNALEFKAFKDMSQLFAK NA NA NA NA NA D1-35_04820 879 yofA COG0583 HTH-type transcriptional regulator YofA ATGATCAAAGAACTCAAGACCCTCATCGCGGTGGCGCGCGAAGGCACCTTTGCCGCCGCCGGGCACAGAATCGGCCTCACCCAGGCGGCGGTCAGCGCGCAAATCCAGCGTCTGGAAGCCGAACTGGGCTTCGAGCTGTTCGACCGCAAGGGACGCTCGGCCCACCTCAACAAGCGGGGCCAGCAGATACTCCTGCAAGCCCAGGAGCTGCTCCGTCTTTACGACAATCTCGGTTCCACCCTGCCCGGACTACCCGCCAGCGTCCTGGTAAATATCGGCGCGATCGCCTCCGTCCAGCGCTCCTACCTGCCGGACGCCCTCGCCAGGTTCCACCAGCAATGTCCGCAATGCCGCACGCGTGTGGTGCCAGGCCTGTCGGTCGAGCTGATCAACCTGGTGGACGCCGGCGAAATCGATCTGGCGGTGATGATCCGCCCGCCGTTCTCGCTGCAAAGCGACCTGCGCTGGACGACCCTGGCGCTTGAGCCCTACCGGTTGATCGTCCCCCGTGGAATGCTCGGCGAGGACTGGTCGGCGCTGCTGTCCAGCCAACCTTTCATCCGCTATGACCGGTCGTCCTTCGGTGGCAGGCAGGTCGACCGTTTCCTGCGGCAGATGCACTTCACCTTGCGCGAAGTGTGCGAGCTGGATGAACTGGACGCGATCATCAAACTGGTGGAAAAAGGCGTCGGTGTCGCCCTGGTGCCGCAGACATCGGCCCATCAGCCATGGCCGAAAGGTGTGCGGGCGCTCGACTTGGGCCAGCACACCTTTCACCGCGATATCGGCCTCATCCATCGGTCGCGACAGAGCCTTGCCGACCCCGTCGCGACCTTGGCCGAACTGATTCAAGAGCAGGCCGGCGGTGGTGTTGGGTAA MIKELKTLIAVAREGTFAAAGHRIGLTQAAVSAQIQRLEAELGFELFDRKGRSAHLNKRGQQILLQAQELLRLYDNLGSTLPGLPASVLVNIGAIASVQRSYLPDALARFHQQCPQCRTRVVPGLSVELINLVDAGEIDLAVMIRPPFSLQSDLRWTTLALEPYRLIVPRGMLGEDWSALLSSQPFIRYDRSSFGGRQVDRFLRQMHFTLREVCELDELDAIIKLVEKGVGVALVPQTSAHQPWPKGVRALDLGQHTFHRDIGLIHRSRQSLADPVATLAELIQEQAGGGVG NA NA NA NA NA D1-35_04821 1611 ywrD COG0405 Glutathione hydrolase-like YwrD proenzyme ATGCTGAAATTTTCTGCCCACGAATACCCCTATCCGTCGCAGCGCCAGAGCGTTTTTGCCCGTCGCGGCATGGTCGCCGCATCCCAGCCCCTGGCAGCCCAGGCGGGCATCGAGATCATGCAAAAAGGCGGCAACGCCATTGACGCCGCCATCGCCACGGCGGCGGCGCTGACGGTGGTGGAGCCCACCGGCTGCGGTATCGGCGGTGACGCCTTCGCGTTGGTCTGGTGCAAGGGCCAGTTGCATGGGCTCAACGGCAACGGCCATGCACCGGCGGCCTTGAGCATCGAGGCGGTCAGAGCGGCCGGCCATGAACAGATGCCGGTGTATGGCTGGACACCCGTCACCGTTCCCGGTTGCCCGTCGGCCTGGGCCGAGCTGTCTCGGCGCTTCGGCAAGCTGCCTTTTGCCGAGTTGCTGCAACCGGCGATCAGCCTGGCGCGGGACGGTTTTGTAGTGTCGCCGGTGGTTGCCCATCAATGGCAGGTCGCGGTGAACGAGCTCACGCCTCATCGCGATCTGGTCCTGGAGGCCTGGTTCGATACCTTTCTCATCGAAGGTCGCGCGCCACGGGCCGGGGAGATTTTCTGCAACCCGGCCCAGGCCCGCACGCTCCAGGAACTGGCCGACACGTGCTGCGAAAGCCTCTATCGCGGCGCATTGGCCGAGCGCCTGGATGCCCATTCCCGAGCCAGCGGCGGCTACCTGCGTGCCTCGGACCTGAAGGATTATCACGCCCAGTGGGTCGACCCCATCCACGTCAATTACCGTGGCGTGGACGTCTGGGAGATCCCTCCGAGCGGGCAGGGCCTCGTGGCCTTGATGGCGTTGAAAATACTTGAAGGCTTCGACTTCGATCACCGTGACAGCCAGCAGACCTGGCATCGCCAGTTGGAGGCGATGAAGCTCGCCTACAGCGACGGCCTGCACCACATCACCGACCCCCTGCACATGCGCGTGGCGGTGGCTGATTTGCTCAGTGATGACTACAGCGCCCGCCGTCGCGGACAGATCGGCGAACAGGCCCAACCGCCGAAGCCCGGCGATCCCCACGCCAGCGGCACGGTGTACCTGGCGACCGCCGACGGCGAGGGCAATATGGTCTCGTTCATCCAGAGCAACTACCACGGGTTCGGCTCCGGCGTGGTGCTGCCCGACAGCGGAATCGCCCTGCAGAATCGCGGCCAGGAATTCAGCCTTGATCCGGCCCACGCCAATTGCCTGGCCCCAGGCAAGAAGACCTTCCATACCATCATTCCCGGGTTTCTTACCCGCGATGGCGAGGCTCTCGGTCCTTTCGGCGTGATGGGCGGCTACATGCAACCCCAGGGGCATGTGCAGATGGTCATGAACCTGGTGGATTTCGGCCTGAACCCGCAAGCGGCCCTGGATGCGCCGCGCTGGCAGTGGCTGGGCGAGATGAAGGTCGGCATCGAGCAGGGCGCTTCACGGGACCTGGTCAATGCCCTGGCACGCCGCGGCCATGAGGTTCAGGTCGCCAGCGACCTGACCGATTACGGGCGCGGCCAGATCATCCTGCGCGATCCGGTCAGTGGCGTGTTGTGTGGCGGGACCGAACCGCGGGCGGATGCGCATATCGCGGTTTGGTAG MLKFSAHEYPYPSQRQSVFARRGMVAASQPLAAQAGIEIMQKGGNAIDAAIATAAALTVVEPTGCGIGGDAFALVWCKGQLHGLNGNGHAPAALSIEAVRAAGHEQMPVYGWTPVTVPGCPSAWAELSRRFGKLPFAELLQPAISLARDGFVVSPVVAHQWQVAVNELTPHRDLVLEAWFDTFLIEGRAPRAGEIFCNPAQARTLQELADTCCESLYRGALAERLDAHSRASGGYLRASDLKDYHAQWVDPIHVNYRGVDVWEIPPSGQGLVALMALKILEGFDFDHRDSQQTWHRQLEAMKLAYSDGLHHITDPLHMRVAVADLLSDDYSARRRGQIGEQAQPPKPGDPHASGTVYLATADGEGNMVSFIQSNYHGFGSGVVLPDSGIALQNRGQEFSLDPAHANCLAPGKKTFHTIIPGFLTRDGEALGPFGVMGGYMQPQGHVQMVMNLVDFGLNPQAALDAPRWQWLGEMKVGIEQGASRDLVNALARRGHEVQVASDLTDYGRGQIILRDPVSGVLCGGTEPRADAHIAVW PGPT0002935_4838 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681 NA NA D1-35_04822 780 glnQ_9 Glutamine transport ATP-binding protein GlnQ ATGGCGCACAAGAGTGAAGAGCTGATCATCGAGGCGCTGGACGTGCACAAGTCCTTCGGTGAGTTGCAGATTCTCAAGGGCATCTCGCTGCAGGTGCGGCGCGGTGAAGTGGTGGTGCTGATCGGTGCGTCAGGCTCCGGCAAGACCACCTTCATCCGTTGCATCAATCTGCTGGAAGACATCCAGGGCGGACGCATTCGCGTCAATGGCCAGGCCATGGGTTACCGCGAGCGGGCCGACGGCAGCCTGGTGCGTGAGTCGGAGCGCAACATCGCCCGCCAACGAAGGGACATCGGCATGGTGTTCCAGCGCTTCAATCTGTTCCCCCACATGACCGCCCTGGAGAACATCATCGAGGCGCCGATCCAAGTGCTCGGCGTGCCTCGCGCCGCAGCGCTGGAACAGGCTCGCGGCTTGCTGGAGCGGGTCGGCCTGGCGGACAAGGCCGATCACTACCCGTCGATGCTTTCCGGCGGCCAGCAACAGCGGGTGGCGATTGCCCGCGCGCTGGCGATGAAACCCCAGGCCATGCTGTTCGACGAACCGACCAGCGCCCTCGACCCGGAAACCGTTGGCGAGGTCCTGCAGGTGATGAAGGAGTTGGCCGAGGAGGGCATGACCATGGTCGTGGTGACCCACGAGATGGGCTTTGCCCGCGAAGTGGCGGACCGCGTGGTGGTGCTCGATCAGGGCGAGCTCATCGAGCAAGGGCCGCCGGAGCAGATTTTCTGTCACCCCATCCACCCGCGCACCCGGGCCTTTCTCAGTCGCGTGCTGTGA MAHKSEELIIEALDVHKSFGELQILKGISLQVRRGEVVVLIGASGSGKTTFIRCINLLEDIQGGRIRVNGQAMGYRERADGSLVRESERNIARQRRDIGMVFQRFNLFPHMTALENIIEAPIQVLGVPRAAALEQARGLLERVGLADKADHYPSMLSGGQQQRVAIARALAMKPQAMLFDEPTSALDPETVGEVLQVMKELAEEGMTMVVVTHEMGFAREVADRVVVLDQGELIEQGPPEQIFCHPIHPRTRAFLSRVL PGPT0020790_1701 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 D1-35_04823 777 yecS_5 COG0765 L-cystine transport system permease protein YecS ATGAATTTCAATTGGGATGTGTTCTGGCAGTACCTGTTGCAGCCCAGTGAGGTGTACCTCACCGGGCTGTGGCTGACCTGCCTGATCAGCGTGCTGGCGATGCTGCTCGGCTGTGCCCTGGGGCTGGCGGCCGCGCTGCTGCGGTTGTCGAAGAACCCGCTGCTGCACCTGCCGGTGCGCTTCTACGTGTGGCTGATGCGCGGTACGCCGTTGCTGGTGCAGATCGTCTTTCTCTACACCGCGCTGGCCGCCGGCGGGATTTTCCGCTTCGAAGACATCGAACTGTTCGGCCTGGTGGTGCCCGGCAATATCCAGGCGGCGATCATCGCCCTGGGTCTCAACGAGGGCGCCTACATGGCCGAGATCATCCGCGCCGGCATCGGTGCGGTGGACAAGGGCCAATACGAGGCCGGACGTTCCCTGGGCATGACCTTCGCCAAGCTGATGCGTCGCATTGTCTTGCCCCAGGCGTTCCGGGTCATCGTTCCGCCGCTGGGCAACGAGTTCAACGTGATGCTCAAGAACACCACGCTGGTCAGCGTGATCGGCGTGCAGGAACTGCTGCTCAGTACCCAGATGGTCACGTCGGCGACGTTCCGGGTGTTCGAGTTGTACCTGGTGGTGGCGATCTATTTCCTGCTGCTGACCACCCTGTGGGGCTTTTTCCAGCGCTGGCTGGAGGGCCGTTTCGGCCAGTCGGACCGGCCGTCGTCACCGCCGCCGGCGTCGCTGCGGATGTTTGGTCGCAGCACCTTGAATCTGCTGAGGGCACGTTGA MNFNWDVFWQYLLQPSEVYLTGLWLTCLISVLAMLLGCALGLAAALLRLSKNPLLHLPVRFYVWLMRGTPLLVQIVFLYTALAAGGIFRFEDIELFGLVVPGNIQAAIIALGLNEGAYMAEIIRAGIGAVDKGQYEAGRSLGMTFAKLMRRIVLPQAFRVIVPPLGNEFNVMLKNTTLVSVIGVQELLLSTQMVTSATFRVFELYLVVAIYFLLLTTLWGFFQRWLEGRFGQSDRPSSPPPASLRMFGRSTLNLLRAR PGPT0020795_3648 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 D1-35_04824 807 argT_6 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGCATAAGCCTCGCCTGTTGGTCGCCGCTTTATCCTTGGGTTTCTTCGCGCAATGGGCGGCGGCTGCGCCCGTTGTCCCGGAGCGTCTGCTCAAGGCCGATAAACTCGTCTACTGCTCGGGCATGGATTCGCCACCGCTGGTGTCCTTCGATGCGGCGCAGAAACCCAAGGGACTGACCGTGGACCTGGGGCTGGAAATCGCCAAGCGCCTGGGCGACAAGAAGGTCGAATGGCGGGTCATTCCCTTCTCGGGACTGCTTCCGGCGCTGCTGGCCCGGCAGTGCGACATGATCGTCGACCAGCTGTTCGACAAGCCCGAGCGCCGCGAGGTGATCGACATCGTCAACTACATGTATTCCAGCCAGGCGGTGGTGGTGCCCAAGGGCAATCCCAAGGGCTTGAAGACGCTGCAGAGTCTCTCCGGCCACAAGGTCGCGGTACTCAACGGTTCGACCATCAAGACCCTGCTCGACGCCGAGAACGAAACTCTGGCCAAGGCCGGCAAGCCGCCGATGAAGCTGGTGGTCTACAACACCGACACCGATGCCTTCCAGGCCCTGCGCATCAGCCAGGTCGACGCCTACGGCACCACCGTGGAAACCGCCGGTTACTACGCCACCATGGCCCCCGACCTGTTCGAGGAAGGCGTGCCGGCGTTCAGCCGGATTCTCACCGGCCTGGGTATTCGCAAGGACGATCCGCAACTGACCGCCGCCGTGCAGCAGGTGATCGGCGATATGCGCAGCGATGGCAGCTACAGCCAACTGCTCGGCAAATGGCATGTCTCCAGTGACACCCTTGATTGA MHKPRLLVAALSLGFFAQWAAAAPVVPERLLKADKLVYCSGMDSPPLVSFDAAQKPKGLTVDLGLEIAKRLGDKKVEWRVIPFSGLLPALLARQCDMIVDQLFDKPERREVIDIVNYMYSSQAVVVPKGNPKGLKTLQSLSGHKVAVLNGSTIKTLLDAENETLAKAGKPPMKLVVYNTDTDAFQALRISQVDAYGTTVETAGYYATMAPDLFEEGVPAFSRILTGLGIRKDDPQLTAAVQQVIGDMRSDGSYSQLLGKWHVSSDTLD PGPT0020800_9623 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 D1-35_04825 669 hypothetical protein ATGCAGTTTGCCCCGACCTACGCTGAACGTCCGCCCATCACTGCCGAGGAAGAAGCCTACAACTTTCTGCTCGAAGCCATTTGCGGCGGTCGCCTGCGCAAAGGCGACCGGCTGATCGCCGAGGACATCGCCAACGAGATCGGCATGAGCCGCATGCCCGTGCGCGAGGCTTTCCGGCGTCTGGATGCCCAGGGCCTGGTGACCCTGCGGCCCAATCGCGGCGCGGTGGTCAGTGGCCTGGACATTGACGAACTGCACGAAGTCTTCGAAATGCGCAGCGCACTGGAAGGCCTGGCGGTGCGTGTCGCGACAGCAAAGATCGGTGAGCGTCAATTGGCAGCCCTGGAGCGCCTGCTGGACGAGATGGACGATTACCGCGAAGAGAGCGCCGAGTGGGTCAGCCGCCATCGCGCGTTCCATGAATATCTATGCAGCCTCAGCGGTCGGCCGCGCTTGCTGAAGCAGATCAGCGCGCTTTATTCGCTGATCGAAGCGCCGATGCGCCTGTGGCTGCAGCACGTGGAAAAGCCCCTGAGTGCGCGCCAGGAGCACACGCTGATCCTCGATGCCCTGCGTGCAGGCGATGCGGGGAAGGCCGAGGCGGTGGTGCGTGCGCACATCGAGGGCACCGTTCCTGAATTGATCGAGTTTCTGCAATCGAAAAAATAA MQFAPTYAERPPITAEEEAYNFLLEAICGGRLRKGDRLIAEDIANEIGMSRMPVREAFRRLDAQGLVTLRPNRGAVVSGLDIDELHEVFEMRSALEGLAVRVATAKIGERQLAALERLLDEMDDYREESAEWVSRHRAFHEYLCSLSGRPRLLKQISALYSLIEAPMRLWLQHVEKPLSARQEHTLILDALRAGDAGKAEAVVRAHIEGTVPELIEFLQSKK NA NA NA NA NA D1-35_04826 942 rhaS_15 HTH-type transcriptional activator RhaS ATGTTCGCCGAAGTTCGTACCTTCAATGATCCTCAACAACACGCCGGTTCGATCCTCGGCTGGCATCAGGTCTATGACCAACTCGGCCGTGGCTGCCTTTCCAGCGAGCTGCGGCAGGTGTGCGCCGAGCGCTTCCAGATCTTCCAGGAGGTGCTGGACAAACGCGTGGTGCAGCGCGGTAGCGCGCCGAAAGGGCGCTTGTGCATTGCCCTGTCGCTGGGCAATGCGCCGGTGGTCCAAGGGCACCAGGTCGGCGCCCACAGCGTCGTGCTGTTGCGCGACGGCGAAGACTTCATCTTGCACGCCCCGGAAGGCACGCATTTCTTCGCGGCCAACGTCGACACGGTGCGTTTTGCCAAGCTGGCGGCTTATGAGCTGGCGGACGAACAGCTCAAACGCCTGAAAAGCGTTTCGCAAATCAGCGTGGATGAAGCGGTGTTGTCGAGGGTCCAGCAGCAGATCCAACCGCTGTTTCGTCACCTTTTGGAACAGGCGAGCGCCGCCAATCCCGCCGTGGAAAAAATCCTCGAAGACGTCCTGCTCAATGCTTTCCTCGATCTGTTCAGCCATGCCTCGGACGAGGTGCGTGGGCGTCGCGGCAACGTTGCCGTCAATGCCTACCTGGTCAAGCGGTGCCAGGAATTGGTCATGGCCAGCGCCGAAGTGCCGTTGAGCATCCTGGACCTGTGCGAACAATTACGCGTGAGCCGCAGGACCCTGCAGAACAGCTTCCAGGCGGTCACCGGGATACGTCCGGTGGAGTATTTGCGCAACCTGCGGCTCAATGCGGTGCGTCGTCGTTTGATCAGCACCCGCGCGACCGCGCTGAATGTCAGCGAGATCGCCGTGGCGATGGGTTTTTTCCACCTGAGCCACTTTGCCGCCCATTACCGGGCGCTGTTTGGTGAGTCGCCTTCCGATACACCCCGGGCACCCGCATGA MFAEVRTFNDPQQHAGSILGWHQVYDQLGRGCLSSELRQVCAERFQIFQEVLDKRVVQRGSAPKGRLCIALSLGNAPVVQGHQVGAHSVVLLRDGEDFILHAPEGTHFFAANVDTVRFAKLAAYELADEQLKRLKSVSQISVDEAVLSRVQQQIQPLFRHLLEQASAANPAVEKILEDVLLNAFLDLFSHASDEVRGRRGNVAVNAYLVKRCQELVMASAEVPLSILDLCEQLRVSRRTLQNSFQAVTGIRPVEYLRNLRLNAVRRRLISTRATALNVSEIAVAMGFFHLSHFAAHYRALFGESPSDTPRAPA PGPT0000623_485 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ETHANOLAMINE_USAGE N-AQUISITION-ETHANOLAMINE_DEGRADATION,PGPT0000623-eutR|yfeG-K04033 NA NA D1-35_04827 765 tesE 2-hydroxyhexa-2,4-dienoate hydratase ATGAGGCGTGAAGATGATCTGTTGGTCCGGCTTCACGACGCCGCGCAGGCGGTACATGCCTTGCCTTCATTGGAATCACAGGCTTTCGATTTACCGAAGGGCTACGCCTTGCAGCGCGAGGCGTTGCGCCGACGCCAGGCCGGCGGTGAGCAGTTGAGCGGTTGGAAAGTCGCTTTCGCTGGCCGCGCGGCGCAGGAACGCTTCGGGCTCGATGAGCCGGTATTGGGCGGCTTGACCGATGCCATGGCCGTGGAGCCCGGCGGTGCGGTGGCGCTTGCACGGCTGATCCAGCCGAAGCTGGAAATCGAATTGGCGTTTGTCCTCGGGCGCGCGCTGGAGCCTGGTTTTCACAGCGACGAGGACATCCTCGCCGCCGTGTCGGAGGTCGTGCCAGCGTTTGAGATCGCCGATTGCCGCTGGCAGGGCTGGCGTTTCGGCGTCGGCGCGTTCCTGGCCGACAACGCCGCCGCGGGGCTGTACTGCCTGGGGCCACGGGTGGGGTTCAGTCCTGATCAATTGCCCCACGTGAACTACCGGCTGGAATGCGACGGGGTGGCATGCGGAGAAGGAAACGTGCTGGCGCGCGAGGACACGCCGGTGTCGAATTTGTGTTGGCTGGTCAGGCGATTACTGGCCGATGGGCAATGCGTTGAGGCGGGGCAGGTGGTGCTTTCCGGGTCGTTGTTGGCGCCGTTGGACATCAGGCCCGGCGAATATCGCTTGCACATGCTTGGCACGGAACTGGCTTTGGTTTTTCACCGATGA MRREDDLLVRLHDAAQAVHALPSLESQAFDLPKGYALQREALRRRQAGGEQLSGWKVAFAGRAAQERFGLDEPVLGGLTDAMAVEPGGAVALARLIQPKLEIELAFVLGRALEPGFHSDEDILAAVSEVVPAFEIADCRWQGWRFGVGAFLADNAAAGLYCLGPRVGFSPDQLPHVNYRLECDGVACGEGNVLAREDTPVSNLCWLVRRLLADGQCVEAGQVVLSGSLLAPLDIRPGEYRLHMLGTELALVFHR PGPT0006005_1307 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID|CINNAMIC_ACID_RESISTANCE,PGPT0006005-mhpD-K02554 NA NA D1-35_04828 1608 mhpA_2 COG0654 3-(3-hydroxy-phenyl)propionate/3-hydroxycinnamic acid hydroxylase ATGAAGCAGGACAAAACCCAGGTTGTCATCGTGGGCGGCGGCCCGAACGGGATCACGGCGGCGCATTACATGGGGCTGTACGGCATCGACTGCATCGTCCTCGAATTGGCCGAGGGCATCCTGCCGTATCCCCGGGCGGTGGGCATGGACGATGAAGCGCTGCGCGTGCTGCAAGGCATCGGCATTGCGGAGCTGGCTGCGCGGGACATGATCTGCAACGTGCCCCTGCGTTACTACAACGCACGCGGTGTGTGCTTTGCCGAGGTCAAGCCGAGCACGGCCCACTATGGCTGGCCGATGCGCAACATCTTCATGCAGCAATTGCTTGAAGGCACCTTGCGTGAGCAGTTGGGCAAGCACGCGGGCGTCGAGCTGCGTCAAGGCCATGAAATGCTCGACCTGGAGCAGGATGAAGCGGGCGTGACCTTGCAGGTGCGCGATGCCCAGGGTGAGCTGTATCAGTTGAGTGCACAGTACGTGATCGGTGCCGACGGCGGCCGCTCCAGCGTGCGCAAGAAACTCGGTATCGAGCTGCTGGGGCTGACCCATCCGCGCAAATGGGTGGTGGTCGACACGGCCAACGACACCCTGGATGCGCCGTACACAGCTCTGCATGCCGATCCCCAGCGGCCCTTCGTGTGCATCTATTTGCCGTACCAGCAACGACGTTGGGAGTTCATGCTGCTGGAAGGCGAGGACGAGGCCCGCATGTGCGAAGAAACAACGATCCGACAGCTGATCCGTGGCCATATCGGCGATGCGGTGGATCAGCTGGAAATCATCCGGATCCGTGCCTACACCCACAACTCGCGAGTGGCGGCGCGGTTTGTCGCCGGCCGCGTGGCGCTGGTGGGCGATGCGGCGCACATTTCTCCGCCCTGGGCCGGGCAGGGACTCAACTCGGGCCTGCGTGACGTGGTCAACGTGGCCTGGAAACTGGCGGCGATCCTCCAGGGCCGGGCATCACCGGCGATACTCGCCAGTTACGACCAGGAGCGCCGCGGCCATGCGACAGACCTCATCGCGCTGGCCGACAACATGGGCGCGGTCCTCGGCCTGACCAACCCACTGATGGCTGGGGTGCGGGACTGGTTGTTCCAGGCGGTGAACAGCGTCGACAACCTTCGCTCGCACTTGCTGGAGTTCAAGTTCAAACCCAAGGCGACCATCACCAAAGGCCTGGTCTACCACGAGCGCGCCGAACTGCACGAGGATGACCTGGTCGGGCAATTGTTCATCCAGCCTTCAATCGAAGATGCCCAAGGGCAGCGTCGACAGCTGGATGAGGTGCTGGGGCATTCCTACGCGGTGCTCGGTTATCGGGTCAATCCGGCCGCGCACCTGAGCGAAGAAACCGCGGCCTGGTGGGCGCACTGGGAGACGCGCTTCATCCAGATCAATCGTTCGCGCAGTGGCGCGGGGCGCAACCAGCCCTTGGCGGCCGACGGCGCCATAGGCATTGAGGACGTTGATAACCGTCTGGGCGAGTGGTTTGCCAGGGTGCGCGATTGCATCGTGGTGGTGCGGCCGGATCGGTTTGTCGCGGCGATCACCACGCCCGAGCGGCTCGAAGGCGTGTTGCGCAAACTGGCGGAGCAACTGTCATGA MKQDKTQVVIVGGGPNGITAAHYMGLYGIDCIVLELAEGILPYPRAVGMDDEALRVLQGIGIAELAARDMICNVPLRYYNARGVCFAEVKPSTAHYGWPMRNIFMQQLLEGTLREQLGKHAGVELRQGHEMLDLEQDEAGVTLQVRDAQGELYQLSAQYVIGADGGRSSVRKKLGIELLGLTHPRKWVVVDTANDTLDAPYTALHADPQRPFVCIYLPYQQRRWEFMLLEGEDEARMCEETTIRQLIRGHIGDAVDQLEIIRIRAYTHNSRVAARFVAGRVALVGDAAHISPPWAGQGLNSGLRDVVNVAWKLAAILQGRASPAILASYDQERRGHATDLIALADNMGAVLGLTNPLMAGVRDWLFQAVNSVDNLRSHLLEFKFKPKATITKGLVYHERAELHEDDLVGQLFIQPSIEDAQGQRRQLDEVLGHSYAVLGYRVNPAAHLSEETAAWWAHWETRFIQINRSRSGAGRNQPLAADGAIGIEDVDNRLGEWFARVRDCIVVVRPDRFVAAITTPERLEGVLRKLAEQLS PGPT0019755_1011 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-3-PHENYLPROPIONIC_ACID|CINNAMIC_ACID_RESISTANCE,PGPT0019755-mhpA-K05712 NA NA D1-35_04829 852 2-(acetamidomethylene)succinate hydrolase ATGTCGGCAAACAGCCAGTTTTTCACCAATCGGACGGGGATGCGCCTGCGTTATGTGCGCTGGGGCAACCCGTCAGCAATTCCGCTGCTGCTGCTCCATGGGCTGCGCTCCTACGCCCAGACGTGGGCGCCGCTGGCCGCTGCGCTGGGCGAGCAGTATGTCTGCCATGCGCTGGATCAGCGCGGCCGTGGCGAGAGTGACTGGGCCGAGGCGTCCAGCTATCGCACCGAGCGCTATGTGAGCGACCTGGAAGATTGGGTGGCTCATCTGGGCCTGGAGCGTTTTGTCCTGGTGGGCCATTCCCTCGGCGGCACCAACGCGCTGGAGTACGCCCGGCTCAATCCCGGGCGACTGCACGCGCTGGTAATCGAGGACATCGGCCCCGGTTCGTCGATCCGTGGCGAGGGCGCCGAGCGTATCCGCCGCGAGATGAGCCAGACGCCGCTGGTGTTTCCCGACTGGGACAGCGCCGCGCAGTTCTGGCGGCAGTCGCGACCGGGTCTGTCGGCCGATGCGCTGGCGTCCCGATTGCGCTTTTCCATGAAGCAGACGCCGACGGGCATCGAATGGCGTCATGACCAGAAGGGCATTGCCGAGGCGCGCCTGAGCATCACCCCGACTGATCTGTGGCCCGCGGTGCGGGCGCTGGACTGCCCGACGCTGTTCATCCGTGGCGCGCGTTCGGATTTTCTTCCGTTGGCAACCCTGGAGGCGATGCGCGAGGCCAATCCGCGGGTGCTGACGGCGGAAATCGCGGACGCCAGCCATTATGTCCATGACGACCAGGGCGACGTGTTCAACCGGGTTGTCGCGGATTACCTGCGTGATCAACTCTTGCAACTACAACAATAA MSANSQFFTNRTGMRLRYVRWGNPSAIPLLLLHGLRSYAQTWAPLAAALGEQYVCHALDQRGRGESDWAEASSYRTERYVSDLEDWVAHLGLERFVLVGHSLGGTNALEYARLNPGRLHALVIEDIGPGSSIRGEGAERIRREMSQTPLVFPDWDSAAQFWRQSRPGLSADALASRLRFSMKQTPTGIEWRHDQKGIAEARLSITPTDLWPAVRALDCPTLFIRGARSDFLPLATLEAMREANPRVLTAEIADASHYVHDDQGDVFNRVVADYLRDQLLQLQQ NA NA NA NA NA D1-35_04830 603 hypothetical protein ATGAAAAACGCGAATTTCGCCAGCTACCACATCCGCAAATGGTACAGCTTCGTCGAGGAAACCCTGGCCAACGAAACCGGCCAGCTCGCCGATGGCGAGCCGTTGTTCAAATACGCCATCGGTGCGGTGATCGCCAATCCTTATGCCGGACGCTTCAGCGAGAGCCTGGCCGAGCTGATCGAACCGTCACCGTTGTTGGGCGAGGAATTCGGCCGGCGTATCCAGGCACTGGCGGGCGGGCGGCACATCATCAGCTACGGCAAGGCTTGCCTGGTGGGCAGCCAGGGTGAGTACGAACACGGCAATGCGCTACTGACCAACCCGGCGGCGGACCCGATTCGCCTGGCCTTGGGCGGCGGCAAATCCTGGGTGCCTTCCACCGGCAAGCGCGGTGGGCCGGGTACGGCCATCGATGTGCCGCTGGCCCACAAGGACGCGCTGTATGTGCGTTCGCACTACGACAGCATTTCGCTTTCGTTCGGTGACGGTCCTTCAGCGGACGAGTTGATCATCATCTGGGCCTTCGCCACGCGCGGACGTCTGCATGCGCGTCTGGGCGGCCTCCAGGCAGCGGACGTCAAGGGCAACGACGGCCTGTACTGA MKNANFASYHIRKWYSFVEETLANETGQLADGEPLFKYAIGAVIANPYAGRFSESLAELIEPSPLLGEEFGRRIQALAGGRHIISYGKACLVGSQGEYEHGNALLTNPAADPIRLALGGGKSWVPSTGKRGGPGTAIDVPLAHKDALYVRSHYDSISLSFGDGPSADELIIIWAFATRGRLHARLGGLQAADVKGNDGLY NA NA NA NA NA D1-35_04831 450 hypothetical protein ATGAAAGTCGAGGTCGTTCGTACTCATCTGTCGCTGTTCGTGAGCGACCCTGAAGTGTCGGCGCGCTGGTACGCCGACGTGTTGGGCATGCATGAAAGTGCCCGCGGTGAAAGCTGGATCATGATGGCCTTCGGTGCCAAGCACCACGACATCGCCTTGATCCGCGCAGCACCGGGGGCCCATCAGGGCGGCCTGGGATTGCAGCACTACGGGCTGGAGATCGCGGGTGACATGACCACCCTGCGCCAGCTCTACGGCATGTTGCTGAACAAGGGCGTCGAGGTGGTGAAAATCACCGATCACGAGATCGGCAACGGCGTGTATTTCAACGACCCCGATGGCAATCGCATGGAATTTTTCCTCGAGTCCGAACACGACGACGAGCGCGGCAAGGCCCGCTTCAAGGCCGCTGGCGCGCCCAGCCGGCACTTCGATCTCGACCCACTTTGA MKVEVVRTHLSLFVSDPEVSARWYADVLGMHESARGESWIMMAFGAKHHDIALIRAAPGAHQGGLGLQHYGLEIAGDMTTLRQLYGMLLNKGVEVVKITDHEIGNGVYFNDPDGNRMEFFLESEHDDERGKARFKAAGAPSRHFDLDPL PGPT0005050_1248 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 D1-35_04832 1041 hcf136_3 Ycf48-like protein ATGAGTAACGGAACGCTTTTAGTCGCCACCGTAGGGCAGGCGGTCATCCGCAGCGCCGACGATGGCCGCACCTGGCATCGCCTGGGCCTGGGCCAGGATCTGGAATTCGATGCAATCACCCGGTCGCTGAGTTTCCACCCAGGCACTCCCCAAGTGATCTACGCCGGCACCGACGTCGGCCTGTGCATCAGCCGGGATGCTGGCGGTTATTGGCAGCGGGTGGATTCGCCGTTCAATGGCCAGACCGTCTGGAAGGTCGCCGTGGATCCGCAGGACGCACAACGGATTTTCGTCGGCACCGGCGCGCCTTCCCGGGCGGTGCTGTGGCGCACCCTCGACGGTGGCCAGAGCTGGGATCGTGCCCCGGTGGAGATTCCGGAGTTCTGCGACGGCGTCAGTCGTCCACGCTTGCTGGCCTTCGCCTACGACCCGACGGATCGCAACCAGCTCTGGTTCGGCCTGGAAGAGGGCGGGCTGTTCCATAGCCGCGATGGCGGCGAAAGCTGGACCCGCGTCGATGACCGCTTGTTGTGGGACTACAACTCGGATGTGCACAACATCCTGGTCCTGCCCAACCATGGGCAAAAAGTCATCGTGGTGGTCTGTGTCAATGCCGTCTACCGCAGCCTCGACGAGGGGCAGACCTGGACCGGCATCGTCGCCCGGGAAACCTTCGGCCTGTATTACGTGCGCGCCATGAACGCGCCGCTGGGCAGCGAGGACACCCTGTACCTGAGCATCTCCGACGGCACGCCAGGCACCACCAGCAAGGTGCTGGTTTCCCGGGACGCAGCTTTGAGCTGGGAAGTGTTGCCGCTGTCGCAACAACCCAACTCGTGTGTCTGGGCGATTGCCTTCAACCCGGCTGATCCTCGGCAGATCGTCGCCGGCACCAAGTACGGACACCTGTTCACCTCCGAGAACGGCGGTGATGGCTGGCAGAAGCAGTGGCGTGAATTCAGCGAAATCGCTGATGTGCTCTGGACGCCCGCCGTGGCGCAGATCAAGTCCGGGCATCAATCCATCGTCAAGAAAAACTGA MSNGTLLVATVGQAVIRSADDGRTWHRLGLGQDLEFDAITRSLSFHPGTPQVIYAGTDVGLCISRDAGGYWQRVDSPFNGQTVWKVAVDPQDAQRIFVGTGAPSRAVLWRTLDGGQSWDRAPVEIPEFCDGVSRPRLLAFAYDPTDRNQLWFGLEEGGLFHSRDGGESWTRVDDRLLWDYNSDVHNILVLPNHGQKVIVVVCVNAVYRSLDEGQTWTGIVARETFGLYYVRAMNAPLGSEDTLYLSISDGTPGTTSKVLVSRDAALSWEVLPLSQQPNSCVWAIAFNPADPRQIVAGTKYGHLFTSENGGDGWQKQWREFSEIADVLWTPAVAQIKSGHQSIVKKN NA NA NA NA NA D1-35_04833 795 novJ Short-chain reductase protein NovJ ATGGATCTGGAATTGCAAGGCCGCGTGGCAATCGTCACCGGCGGTGGGATGGGTATCGGCAAGGAAGTCGCGCGTTTTCTGTCTCAGGAGGGCTGCAAGGTGGTGATCTGCGCGCGGCGCATGGAGTATCTCCAGCAAGCCGCCGAGGAAATCAGCGCCGAAACCGGCAACGACGTGCTGCCGCTGTTCTGTGACACCAACCAGATGTCGGCCGTGTCCGACATGGTCCAGGCCGCGCACAAGCACTTCGGCCGGATCGACATCCTGGTCAACGGCGCCGCGGCCCCGTCCGGCGTGGTGCGCAACGACATCGAGCATGCCGGCGACGACGAATTGCTCTCGGACCTGAACACCAAGGTGATCGGCTATTTCCGGTGCGCCAAGGCCGTGACCCCGCACATGAAGGCCGGCGGCTTCGGTCGCATCATCAACATCGGTGGCCTGACCGGGCGCGGCAGCAAGGTGCTCTCGGGCATGCGCAACCTGGCCATCGCCCACATGACCAAGACCCTTTCCGATCAGTTGGGCCCATCCGGCATCACGGTCAACCTGATTCACCCCGGCGTGGTCGACACCCCGCACATCCAGGAGTTGTACGAGCGCGAAGGGGTCAAGCAGGGCAAGACGCCCGAGCAGGTGGAGCAGGGCTACATCGACGCGACGCCGATCCGGCGCACCCTGGCGCCGATCGAAATGGGCTGGCTGATCGGTTTCCTCGCGTCCCCCAAGGCCGGCGCGGTGACCGGCGAATCCATCGGCATCGATGGCGGCCTGACCCGTGGCATCTTCATTTGA MDLELQGRVAIVTGGGMGIGKEVARFLSQEGCKVVICARRMEYLQQAAEEISAETGNDVLPLFCDTNQMSAVSDMVQAAHKHFGRIDILVNGAAAPSGVVRNDIEHAGDDELLSDLNTKVIGYFRCAKAVTPHMKAGGFGRIINIGGLTGRGSKVLSGMRNLAIAHMTKTLSDQLGPSGITVNLIHPGVVDTPHIQELYEREGVKQGKTPEQVEQGYIDATPIRRTLAPIEMGWLIGFLASPKAGAVTGESIGIDGGLTRGIFI NA NA NA NA NA D1-35_04834 1491 styD_2 Phenylacetaldehyde dehydrogenase ATGAGCCAGATCCAATTGTTACCTGCCGTGGAGCAGTTCCTGTCGCAGCCGGGGCGCCTGTTCATTGGCGGCACCTGGCAGGACGCCGCCGGCGGCCGCCAGTTCGCCGTGGAAAACCCGGCCACCGAACAGACCCTGGCCGAAGTGGCCGAAGGCGCTGAGCGGGACGTCGACGCCGCCGTCGCTGCCGCCCGCGCAGCCTTCACCGGCAGTTGGGCGCAGCAGTCGCCGGCCCAGCGGGGCTTGTTGCTGTTTCGTCTGGCGGAGCTGCTCGATCAGCATCGCGAAGAGCTGGCGCAACTGATCACCCTGGAAAACGGCAAGCCGATTGCCACGGCCCGTGGAGAAGCGGCGAGCGCGGCCAACATCATTCGCTACTTCGCCGGCTGGCCGACCAAGATCGAAGGCAGCACGCTGCCAGTGTCGCCCGCCAGCGGCGCACCGATGCTCAACTACACCCTGCGCGAACCGGTGGGCGTCTGCGCATTGATCGTGCCGTGGAACTTCCCCCTGACCATGTGCGTGTGGAAGCTCGGCCCGGTATTGGCGACCGGTTGTGTCGCGGTGCTCAAGCCCGCCGAGCAGACGCCGCTGGTTGCGATTCGCCTGGTGCAGTTGATCGAGGCCGCCGGCTTCCCGGCCGGCGTCGTCAACCTGCTCACCGGCCTCGGTGCCCAGACCGGTGCACCGCTGGCCGGGCATCCGGACGTCGACAAGATCGCCTTCACCGGCTCGACCCAGGTCGGCCGGCTGATCGCCCAGGCGGCCACCGGCAACATGAAGAAGGTCTCCCTGGAACTGGGTGGCAAGTCGCCGAACATCATCTTGCCGGACGCCGATATCGTCCGCGCCGCCAAGGGTGCCGCCGACGGCATCTTCTACAACCAGGGCCAGGTCTGCACCGCCGGCTCGCGTCTCTACGTACACGCCAGCGTCCTCGACCATGTGCTTGAAGAACTCCAGCGCCACGCGGCCGCGCATGTCCTCGGGCCAGGCCTGGATCCGGCCAGCAGCATGGGCCCGCTGGTCTCGGCCCGGCAATTGGGCACGGTCCGTGGCTACCTGCAACGGGGCCAGGAGGAGGGTGCCGAACTGATCTGCGGCGGCGACCGGCCGGCCCACCTGGAGCAGGGCCACTTCATTCGCCCCAGCGTGTTTCTTGACCGTGCCGAGCGCGCCTGCGTCGCCCGGGAAGAAATCTTCGGCCCGGTGCTGACCGTCATGAGCTGGACCGAAATCGATGAACTGGTGCTGCGCGCCAACGACTCGCCGTACGGGCTGGCGGCCGGTCTCTGGACCCGTGACCTGCGTTCCGCCCATCGCGTGGCCGCGCAGTTGAAGGCCGGATCGGTGTGGATCAACTGCTGGAACGTCGTCGACCCGGCGTCGCCCTTCGGTGGCTATAAGCAATCCGGTTGGGGACGGGAAATGAGCAAGAACGTGATCGATGCGTACACCGAAACCAAAAGTGTCTTTGTCGATCTGGCCTGA MSQIQLLPAVEQFLSQPGRLFIGGTWQDAAGGRQFAVENPATEQTLAEVAEGAERDVDAAVAAARAAFTGSWAQQSPAQRGLLLFRLAELLDQHREELAQLITLENGKPIATARGEAASAANIIRYFAGWPTKIEGSTLPVSPASGAPMLNYTLREPVGVCALIVPWNFPLTMCVWKLGPVLATGCVAVLKPAEQTPLVAIRLVQLIEAAGFPAGVVNLLTGLGAQTGAPLAGHPDVDKIAFTGSTQVGRLIAQAATGNMKKVSLELGGKSPNIILPDADIVRAAKGAADGIFYNQGQVCTAGSRLYVHASVLDHVLEELQRHAAAHVLGPGLDPASSMGPLVSARQLGTVRGYLQRGQEEGAELICGGDRPAHLEQGHFIRPSVFLDRAERACVAREEIFGPVLTVMSWTEIDELVLRANDSPYGLAAGLWTRDLRSAHRVAAQLKAGSVWINCWNVVDPASPFGGYKQSGWGREMSKNVIDAYTETKSVFVDLA PGPT0006035_544 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_LIGNIN_DEGRADATION|LIGNINASES PLANT_LIGNIN_DEGRADATION-DEHYDROGENASE_ACTIVITY,PGPT0006035-feaB-K00146 NA NA D1-35_04835 1542 ilvX COG0028 Putative acetolactate synthase large subunit IlvX ATGAATGGTGCGCAACTGATAGTGAAGGCGGCGGTGGCAAGCGGTATCGAGTACTGCTTCGCCAACCCCGGGACGACCGAGATTCCCCTGGTAGCGGCCATGGCCAGCGCGCCAGCCCTCAAGCCGGTGTTGTCGTTGTTCGAAGGGGTATGCACCGGTGCCGGCGATGGTTACGGCCGGATTGCCGGCAAGCCGGCGATGACCCTGACCCACCTCGGGCCGGGTTTTGCCAATGGCATCGCCAACCTGCACAACGCCCGTCGCGCCAACACGCCGATCGTCAACGTCATCGGCGACCACGCCTCATGGCACGTCAATTACGATCCGCCGCTGGCGAGTGATATCCAGGCGTTGGCCGGGAGCGTATCCGGCTGGGTGCGCACCTCGCGCACGGCAGCGGGCATTGGCGAAGATTTCCAGGAAGCGGTGCGCGCCGCCTGGCAAGCCAAGGGCCAGATCGCCAGCCTGATCCTGCCGATGGATCTGCAAGCCAGCCCGGTGCAGCGGGAAAAAGCCTTCAGCTCTTTGCAGGCCCCGGTCCGGCGCTTTGCCGGTGATCGGGTCGAAGCAGTAGCGCGGGCGCTGCGTGACGGTCGGCGGCTGGTGTTCATCGTTGGCGACCAGGGCCTCTCGGTCGCTGGCCTGGAAGCGGCGGGGCGCCTGGCCCGGTTGGCCGGCGTGCGGATGTTCGCCGAAACCTTCCCGCGCTTGAGCTATCGCGGCGGTGGCCTGCCGGACCTGGATCGCCTGCCTTATTTTCCCGAAGTGGCCATCGAAATCCTCGACCAATACGACGCCGTGGTCTGCGCCGGCGTCCCCGAGCCCATCAGCTATTTCGGCTACGAAGGCATTGCGTCGCGGCTGGCGGAGCGTGAGCGGCTGTTGTGTCTGGCCGAGGTGGGCGACGACGTTGCCGGAGCGCTAACCGCACTGGCCGATGCGCTTGAGGCGCCGGCGCATATACCTACGCCGATCGGGATCGAGCTGCCCGCCGCCGAGGCTGAACTGACGCCTCAGTCGGTCGGGCAGGTGCTGGCCGCGTCGCTGCCGGACGACAGTATCGTTTCCGTCGAAGGCGGCACGTGCGGTTATCCGTTTTTCACCGCCTCGGCCCATGCCGCGCGGCATCGCGTATTGACCAATACCGGCGGCGCCATCGGCCAGGGGATTCCGGTGGGATTCGGCGCCGCCATGGCCGAGCGGGGCAACAAGGTGTTCTGCCTGCAATCGGACGGCAGCGCCCAGTACACCATCCAGACGTTATGGAGCATCGCCCGCGAACAATTGCCGGTGGTGATCCTGATCGCGGCCAACCATCGCTACGCGATCCTGCAGAACGAACTGCGCCGCTTCGGCATGACCGAGCTGGGCCCCGAGGCCTTGAGCCTGACGGTGCTGGACCGTCCACGCATCGACTGGAAAGCCCTGGCCAGAGGCTACGGCATGCCGGCCAGCACGGTGCATACCAATGGCGAGTTGCAGCGCGCCCTGGCAAACGCCAAGGCCGACGGCGGCCCGTGCCTGATCGAAATGGCGCTGTGA MNGAQLIVKAAVASGIEYCFANPGTTEIPLVAAMASAPALKPVLSLFEGVCTGAGDGYGRIAGKPAMTLTHLGPGFANGIANLHNARRANTPIVNVIGDHASWHVNYDPPLASDIQALAGSVSGWVRTSRTAAGIGEDFQEAVRAAWQAKGQIASLILPMDLQASPVQREKAFSSLQAPVRRFAGDRVEAVARALRDGRRLVFIVGDQGLSVAGLEAAGRLARLAGVRMFAETFPRLSYRGGGLPDLDRLPYFPEVAIEILDQYDAVVCAGVPEPISYFGYEGIASRLAERERLLCLAEVGDDVAGALTALADALEAPAHIPTPIGIELPAAEAELTPQSVGQVLAASLPDDSIVSVEGGTCGYPFFTASAHAARHRVLTNTGGAIGQGIPVGFGAAMAERGNKVFCLQSDGSAQYTIQTLWSIAREQLPVVILIAANHRYAILQNELRRFGMTELGPEALSLTVLDRPRIDWKALARGYGMPASTVHTNGELQRALANAKADGGPCLIEMAL PGPT0008185_11162 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 D1-35_04836 753 pobR COG1414 p-hydroxybenzoate hydroxylase transcriptional activator ATGAGCAGCCTGAGCAAAATGCTGAGCGTCCTGGACCTCTTCGGCCCGGATCGACTGAAGATCGACCCCGATACCATTGCCGAACGCATGGGCCTGTCGCGGGCGACCGTGTACCGTTACGTCAAGGACTTGTGTGACGCGGGCCTGTTGACCCGGGTGGATGCCGGCAGCTACGGCCTGGGGCCGCGCATCATCGAGCTTGACTGGATGATGCGTCAGTACGACCCGATCCTCGTCGCCGGGCGCGAGCTGATGCATGAGCTGTCCGAACAGACCGGCCTCGCCGTGTTCGCCAGCGTTTTTTATGACGGTCACATCATCAATACCTACATCGCCGACCCGAATGACACCTACCAGTTCTCATTCGGCCGCGGCCACCCGCTGCCGTTTTTTCGCGGTGCCCAATCCAAGGTATTGATTGCCTTCCAGAAAGGTCGGCGGCTGCAGCGGCTGTTCGACGAGCACCTGGCCAACGACCCTGCGAACACCTACGACTGGGCGGGCTTTTCCAAGGCGACAAAAAAGATCCGCAAGGACGGCTATTGCCTGACGCACGATGAGCTCAATCAAGGGCTGACCGGTATCGCGGCGCCGATCATCAATCCCGGGCTCGATGAAGTGGTGGGCAGCCTTTCGGCCGTCGGCAGCACCCAAAGTTTCAAGCTGCTGCGCCAGGAAACCGTGATTGAAATGGTCATGGACACCACCCGGCGGATTGCCGAACGGATGCAAAATCCGCCCGCTGTCGGCTAA MSSLSKMLSVLDLFGPDRLKIDPDTIAERMGLSRATVYRYVKDLCDAGLLTRVDAGSYGLGPRIIELDWMMRQYDPILVAGRELMHELSEQTGLAVFASVFYDGHIINTYIADPNDTYQFSFGRGHPLPFFRGAQSKVLIAFQKGRRLQRLFDEHLANDPANTYDWAGFSKATKKIRKDGYCLTHDELNQGLTGIAAPIINPGLDEVVGSLSAVGSTQSFKLLRQETVIEMVMDTTRRIAERMQNPPAVG NA NA NA NA NA D1-35_04837 1326 hypothetical protein ATGCGGTCCCTAGCGCGTATGGAATTTTTCGGCAGTGGTCTTGCCTGCACGCTGGCGCTCTGCGCCGCGAGCCAGGTCCAGGCCTATGAGCTGTATGCCGATGACGACACGCACCTCAACGCCGACATGCTCGCGGTGTTCGGCCATTTCAACAGCCGCAAGAATTACGACGGCAGGTCCGGCGGTTCGACTTGGCGTGAGGGCTTCATCAAGTATGGATTAAGCGGCGACCAGGGTCTTGCCGGTCATGGCACCGCCTACGGCGCGTTCAATCTGGTCAGTTCGGCCACCTGGGGCGATGGCGATGCGGCCGGCAATACGCTGGGCAGCGAGCGCACGACGAAGATCGAAGACGTTTACCTGGGCTGGCGCTCCGCCGACCTGTTCCCGGTGCTGGGACGGGACGGTATCGATATCTCCGGCGGCCGCCAGGTGGTCAAGCTGGGCCGGGGATTCCTGATCAACGATGACGGGCCCAACCTGGGCAAAGGCCCGGCGGACGGACGTTTGAACCGTGGTGGCGCCTATTACCTGGCCGCCCGGCATGCGTTCGACCAAACCGCCGTGTTGCGCCTGGGCGGGCAGGATGGGCTGCACGGCAGTGTGCTGTGGCTCAAGTCCGACAACCGCGCCCAGGCCGAAACCGAACTGGCCGCCGGCACGCTGGACTACACCACCCAGGCCGGTACGCTGGGGCTGACCTGGGTGCATGGCATGGACGTGAACGACCGCTGGGCCAGTGATTTCCAGCGCCAGCGCAAGGGCATGGACGTCTACAGTGTTCGCGGCGAGGGCGATGCCGGCATTGAGAACGCCAGCCTGGCCTTCGAATACGCCTGGCAAGACAAGGACGCCGGCCCGCAGAGCGCCTGGTACGCCGAGGCCGGCTACACCTTTGCCGATATCGCCTGGACGCCGAAGCTGACCTACCGCTACACCCGTTATTCGCAAAAATGGGACTCGCTGTTCACCGGCCAGAGCACCGGTTACGGCACCTGGTTCCAGGGCGAAGTCGCGGGGAACTATGCCGGCCCGTTCAACAGTAATACCGGCATCCACCATCTAGGCCTGACCGCCAGGCCATTGGAGAACCTGACCCTCGGTGCGTTGTACTTCGACTTCAACACGGTGCGTAAGGACAACGCCGTGAACCTGGATGCCCGGGAGCTGGACCTGTACGCCGAGTGGGCGGTGAACGAGCATCTGATCATCACGCCGCTGGTAGGCCTCTACAAGCCGGATCGGGATGCGACGACAGGGGGCAATCAAGTGGCGGGCAATGGCACCAATGTTTATAGCCAGGTGACGGTGGCAGTGCCGTTTTGA MRSLARMEFFGSGLACTLALCAASQVQAYELYADDDTHLNADMLAVFGHFNSRKNYDGRSGGSTWREGFIKYGLSGDQGLAGHGTAYGAFNLVSSATWGDGDAAGNTLGSERTTKIEDVYLGWRSADLFPVLGRDGIDISGGRQVVKLGRGFLINDDGPNLGKGPADGRLNRGGAYYLAARHAFDQTAVLRLGGQDGLHGSVLWLKSDNRAQAETELAAGTLDYTTQAGTLGLTWVHGMDVNDRWASDFQRQRKGMDVYSVRGEGDAGIENASLAFEYAWQDKDAGPQSAWYAEAGYTFADIAWTPKLTYRYTRYSQKWDSLFTGQSTGYGTWFQGEVAGNYAGPFNSNTGIHHLGLTARPLENLTLGALYFDFNTVRKDNAVNLDARELDLYAEWAVNEHLIITPLVGLYKPDRDATTGGNQVAGNGTNVYSQVTVAVPF NA NA NA NA NA D1-35_04838 1350 spuC_3 COG0161 Putrescine--pyruvate aminotransferase ATGTACGAGCACTACAAGACAGCGCAAAAGAAATTCTGGCATCCGATGAGTTCATCGGCCCCCGCGAACCGCTCGAAGACATTGGTCATTGCCCGGGGCGACGGCAACTACATCACCGACATCGAAGGCCATCGCATGCTCGACGGTGTCGGCGGGTTGTGGAACGTGAACGTTGGCCATAACCGTGCTTCGGTGAAGGCGGCCATTGCCGCGCAGATGGATGAACTGGCGTATTACCAGACCTTCGACGGCATCGCGCATCCTCGGGTGTTTGATTTGGCCGAGCGGCTGACGTCGATGTTTGCCGAGGAAAACATGGAGCGGGTGCTGTTCAGTTCCGGCGGTTCCGACGCAGTCGAGACCGCGTTGAAAATGGCCCGCCAATACTGGATCGCCAGCGGCGAACCCGGACGCACGCGCTTCCTGTCGTTGCGCAACGGTTACCACGGCGTGCACATGGGCGGCACCTCGGTGGGTGGCAACGGCGTCTATCACTACAACCATGGGCCGCTGTTGGCCGGCTGCCATTTGCTCGACACGCCCTGGCTGTACCGCAACCCCTGGGACTGCCGCGACCCGCAGGAGCTCACCGCCCACTGCATTCGTCAGTTGGAGGACCAGATCGCGTTGCTCGGTGCGCAGACCATCGCCGCGCTGATCGCCGAGCCAGTGCAGGGCGCCGGCGGCGTGATCGTCCCGCCTGCCAACTACTGGAAGAGCCTGCGCGAGGTGTGCGATCGCCACGGCATCCTGCTGATCGCCGATGAAGTGGTGACCGGTTTCGGCCGCACCGGCTGCATGCTCGGCAGTCGTGGCTGGGGCGTCTCGCCAGACGTACTGTGCCTGGCCAAGGGCATCACGGCCGGCTACGTGCCCATGGGCGCTACCGTGTTCAACCGGCGCATCGTCGAGGCGATCGAGAACGGGCCGGGTTTCAGCAGCGTGATCATGCATGGCTACACCTACAGCGGACACCCGACCGCTTGCGCCGCGGCTTTGGCGGTGCTGGACATCGTCGAGGCCGAAGATTTGCCGCGCAACGCCGGCAAGGTCGGCGCCCAGTTGCTGGAGCAACTGCAACCGTTGGCTGAGCGTCACGCGGTGGTCGGCGAAGCACGCGGCAAGGGCTTGATGATCGCTCTCGACCTGGTGGCGGACAAGGCCACCCGTGAACCGCTGGACCCGGCCACCGGGCTGGCCTCGCGCATCGCCGAGCATGCGCGCCGCGCCGGCGTGCTGGTGCGCCCGATCGGCAACAAGATCGTCCTCTCGCCGCCGCTAACCCTCACCTCCGATGAGGCCGGCTTGATGGTCGACGCGCTGGATGACGCGCTCGCCAACTGCCGCTGA MYEHYKTAQKKFWHPMSSSAPANRSKTLVIARGDGNYITDIEGHRMLDGVGGLWNVNVGHNRASVKAAIAAQMDELAYYQTFDGIAHPRVFDLAERLTSMFAEENMERVLFSSGGSDAVETALKMARQYWIASGEPGRTRFLSLRNGYHGVHMGGTSVGGNGVYHYNHGPLLAGCHLLDTPWLYRNPWDCRDPQELTAHCIRQLEDQIALLGAQTIAALIAEPVQGAGGVIVPPANYWKSLREVCDRHGILLIADEVVTGFGRTGCMLGSRGWGVSPDVLCLAKGITAGYVPMGATVFNRRIVEAIENGPGFSSVIMHGYTYSGHPTACAAALAVLDIVEAEDLPRNAGKVGAQLLEQLQPLAERHAVVGEARGKGLMIALDLVADKATREPLDPATGLASRIAEHARRAGVLVRPIGNKIVLSPPLTLTSDEAGLMVDALDDALANCR PGPT0007865_847 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 D1-35_04839 1422 prr_3 COG1012 Gamma-aminobutyraldehyde dehydrogenase ATGCACGATTATCAAATGCTCATCAATGGGCTCCCGGTCAACGGTGAAAATGGCCACTTCGATGTGCTCAATCCGGCCACCGGTACCGCGTTCGCCCGTTGCCCGGCCGGTTCCCTGGCCCAGTTGGACCTTGCTGTCGAAGCGGCCCAGTCGGCCTTTATCGAATGGCGACACAGCAGCCACGAAGACCGCCGCCGACGTTTGCTGGATATCGCCGATGATATCGAGCAGGAGGCCGACGCATTGGCCCGGCTCATCGTCCTGGAGCAGGGCAAGCCGCTGGCGCTGGCGTTCTCCGAAGTCATGGGCGCGGCGGCCTGGACCCGCTATGCCGGCGAGCAGCAGATTCCCGTCGAACTGGTGGAAGAGACCCCGACCCAGCGCATCGAGCTGCATCGCAAACCCTTGGGCGTGGTGGCCTCGATCACACCGTGGAACTGGCCGTTCATGATCGCCGTCTGGCACATCATGCCGGCGTTGCGGGCCGGCAACTGCGTGATCAGCAAGCCTTCAAGCCTGACACCCTTGAGCACCCTGCGCCTGGTGGAAATCATCGCCGGTCATGTGCCTCATGGCGTGATCAATGTGGTGACCGGTGAACAAGGTTTCGGCAGCGCGATCACTGCCCACGCCGGCATCCAAAAGATTGTCTTCACCGGCTCGACCGCCACCGGCCAGAGTGTGATGCGCGGCGCCGCCGCCAACCTCAAACGCCTGACCCTGGAGCTGGGCGGCAACGATGCTGCGATCGTGCTGCCCGGCACGCCGGTCGAGGCGGTGGCCGAGGATATTTTCCAGGCCGCCTTCCTCAACATGGGCCAGACCTGCGCCGCCCTCAAGCGTCTGTACGTCCATCAATCCCAATACGAGGCCTTTGCCGATGCGTTGACGCGCATTGCGGCGCGCCAGGTAGTGGGCGATGGCCTGGAGCCCGAGGTGACCTTCGGCCCGGTGCAGAACGCTGAACAATTGGCGCTGGTGGAGGCGCTGGTAGCCGACGCCCGTGGCCATGGCGCGCGGGTGCTGTGTGGCGGTGCGCGACTGGACCGGCCGGGCTTCTTCTACCCGCCAACCCTGGTCGCCGACGTCACCGATGGCCATCGCCTGGTGGACGAGGAACAGTTTGGCCCGGTGTTGCCATTGATCGCCTATCAGGACGTCGAGGATGTCCTGCGCCGCGCCAATGCCGGCGACATGGGCTTGGGTGGCTCGGTCTGGGGCAGCGATATCGAGCAGGCCCAGGCGTTGGCCAGTCGTCTTGAAAGCGGCGTGGCCTGGGTCAACTGCCACGCGCAGATCCAGCCGAATACGCCGTTTGGCGGCAGCAAGATGTCCGGGTTCGGCGTCGAGTTCGGCCTTGAGGGGTTGCTGGAATTCACCGGCCAGCAACTGCTGTACGTACGCAAGCGTGAAACACAGTGA MHDYQMLINGLPVNGENGHFDVLNPATGTAFARCPAGSLAQLDLAVEAAQSAFIEWRHSSHEDRRRRLLDIADDIEQEADALARLIVLEQGKPLALAFSEVMGAAAWTRYAGEQQIPVELVEETPTQRIELHRKPLGVVASITPWNWPFMIAVWHIMPALRAGNCVISKPSSLTPLSTLRLVEIIAGHVPHGVINVVTGEQGFGSAITAHAGIQKIVFTGSTATGQSVMRGAAANLKRLTLELGGNDAAIVLPGTPVEAVAEDIFQAAFLNMGQTCAALKRLYVHQSQYEAFADALTRIAARQVVGDGLEPEVTFGPVQNAEQLALVEALVADARGHGARVLCGGARLDRPGFFYPPTLVADVTDGHRLVDEEQFGPVLPLIAYQDVEDVLRRANAGDMGLGGSVWGSDIEQAQALASRLESGVAWVNCHAQIQPNTPFGGSKMSGFGVEFGLEGLLEFTGQQLLYVRKRETQ NA NA NA NA NA D1-35_04840 1449 hypothetical protein ATGAGCGTATCTTTCCCGATCAATGGCTCGACGGAGTTGAAGCGCGGCGCCCTGGGTGTCGGCTTCATCATCTTCTTTGTGATTTCGGCGGCGAGCCCCCTGAGCGTGATCGCCGGTGGCTTTCCCATCGGCATCATGCTCGGCAACGGCGCCGGTACGCCCGCGCTGCTGCTTCTGGCGTTGTTGGTGTTGCTGGCCTTTTCGGCGGGATACACCGCCATGTCCCGGCACATGACCAATGCGGGGGGCTTCTACGCCTTTACCTCCCGTGGCCTCGGTGGGTTGGCGGGCGGGGCGGCAGGCGTGTTGGCGATGTTTGCCTACAACATTCTCCAGGTCGGCCTGTACGGGATGTTCGGCGGTGTGGTCAGTGGCACGATGGCCAGCATGTTCGGCCTGGAATTGCCGTGGTGGGCTTATTCGCTGCTGGCGATGGCGAGCGTGGCGATTCTCGGCTATCGCAAGATCGACCTGTCGGCCCGTGTGTTGTCGGTAGTGGTCATTGCCGAATACCTGGCGATCCTGACGCTGGACTTCGCCATGCTCAAGTCCGGTGGCGACAGTGGCATCAACCTCGATTCGTTTGACCGCAGCCACGTATTCAGCGGCACGCCTTCGATCGGCCTGTTGTTCTGTTTTGCCGCCTTCATCGGCTTCGAGGCCACGACCATCTACGGCGAGGAGGCGAGGAACCCGCAGCGCACGATTCCCATTGCCACCTACGCGTCGGTGCTGTTGATCGGTGGTTTTTATGCGCTGTCGGTCTGGGCCATGGTCATCGGCGTCGGGGCCGACAAGATCGTCCCGACCCTGCAGGCGCTGCAGGATCCGACCACGTTCATCTACGGCCTGTCCGATCATTTTGTCGGCCCGCAGCTGACCCAGGTCATCCGCGTGCTGTTCATGGTCAGCATCTACGCCGGGCTGCTGGCGTTCCACAATGCCGCGGCGCGTTACTTCTACGCCATCGGCCGGGACGGGCTGCTGCATAGCCGGTTGGGGACGACCCATCGCGTACACCAGAGCCCACACATGGGCTCGGTCCTGCAAAGCCTGATTGCCGCGGTGGTGGTGCTGATTTTCGCCGCGCTGGACGCCGACCCGATCCTGCAACTGTTCGCCTGGTTCTCCAACCTGGCCACCCTCTGCGTCATCCTGCTCATGGCGCTCACTTCGGCTGCGGTGCTGGTCTATTTCCGCAAACACCCGGAACTGAAACTCGGGCTGTGGCGCGGTCGGATCCTTCCCGGCTTTTCATGCCTGGCGTTACTCGCGGTGCTAGTCCTTGCCGTGCTGCATTTCGATGTGCTGACCGGCGCCAGCCAGCTCTTGTCCTACGGCCTGTGCGCCGTCATTCCCGTCGCGCTGATCGTCGGTGTGTTCCTCGCCGCCCGACTGCGCAAGGTCGCGCCCGAGCGATACAGCGCACTGGGTAGCCACAAGCTCTAG MSVSFPINGSTELKRGALGVGFIIFFVISAASPLSVIAGGFPIGIMLGNGAGTPALLLLALLVLLAFSAGYTAMSRHMTNAGGFYAFTSRGLGGLAGGAAGVLAMFAYNILQVGLYGMFGGVVSGTMASMFGLELPWWAYSLLAMASVAILGYRKIDLSARVLSVVVIAEYLAILTLDFAMLKSGGDSGINLDSFDRSHVFSGTPSIGLLFCFAAFIGFEATTIYGEEARNPQRTIPIATYASVLLIGGFYALSVWAMVIGVGADKIVPTLQALQDPTTFIYGLSDHFVGPQLTQVIRVLFMVSIYAGLLAFHNAAARYFYAIGRDGLLHSRLGTTHRVHQSPHMGSVLQSLIAAVVVLIFAALDADPILQLFAWFSNLATLCVILLMALTSAAVLVYFRKHPELKLGLWRGRILPGFSCLALLAVLVLAVLHFDVLTGASQLLSYGLCAVIPVALIVGVFLAARLRKVAPERYSALGSHKL NA NA NA NA NA D1-35_04841 2052 mcpU_2 COG0840 Methyl-accepting chemotaxis protein McpU ATGTTCTTCGCTCGTCTCTCTATCCAATGGCGGATCACGCTGTTGAGCGGTCTGTGCCTGCTCGCCGTGGTCGGGGCATTGACCGCTGCCTCGCTGTACCAGAACCAGCAAGGCGCGACGCTGCTGAAGCAGCAAAGCAGCCAGTTGCTAGGGCAATCGGCCTTGGAAGGCCTGCGGGCACAGGCTCTGGCGCACGGTCAGCGCGTGGAGCGTTTTTTCAGCGAAACAGCGATTTATGGCGAAGGTTTTGCCCAACAAGTGCTTCAACTGCGCACCCAGGCATTGCACGGGCGACTGACCCCGGGGCAACTGCGCCAGGACCTGATCGCCGCAACCCGTCAGGCCCTTGCGAAGCGCGAAAAAGTCCTCGGTTTCTACGTGGTGCTGCTTCCCGACGCGCTGATCGGTCCAGACGCCGGTTTCGCCGGGCAGCGCGACCTGGCCGGCAATGAAAACGGCCGCTTTGCCCTGTACTGGTCACAAAGCCAACCCGGCCATCTGGTGCAAGAAGTGCTCAGCGAAGCCCAGATCAGCGCCAACACCGCGCCACCGGGCAGCGAGCCGGCAAACGCCTGGTACATCTGCCCGCAGACCCAGGGGCGCACATGCGTGACAGAGCCCTACGCGATCGAAGTCGAAGGCCGCAAGACCCTGATGAGCAGCATTTCCATACCGCTGCTGGACGAGGGCAAAGTCATCGGTATCTTCGGCATGGACATCAGCCTGGATACCCTTCAGCAACTCGCCGCCAGCCTTGCCGATGACTTGTACCCCGGCCACAGCGAGATCAGTATTCTCTCCCCCTCCGGGCAGATTGCCGGCCACAGCGGCGCCGTGGCGGGCGCTTCGGTCGATGTGCAGCAAACGGTGCAAACCGCTCCGGCCAACAATCCCTGGCAATTGCAGATACGCGTGCCGGAAGCACTGGTGCAGGCGCCCGCCCTGCACATGCAGGCGCAACTGGACGACAAGCAGCGCCAGTCCAACGGGTTCAACCTCAGCCTCGGGTTGCTCTGCGCCGGACTGGGCCTGTTGCTTGTCTGGCTCAGCGCTTACGGCGTGACCCGGCCACTGCTGAGGGTGGCGCATATGCTCGATGCGATTGTCGAAGGCGACGGTGACCTCACCCAGCGGCTGCCGAACACGCGGCACGATGAACTGGGCCGACTGGCCGACGGCTTCAATCGTTTTCTCGACAAACTGCAACCGATCATCCGGGATATCCAGCAAGCCTCCCTCGATACCCGGGAGACGGCCGACACCTCGGCGCGGGTTGCCCGCGAAGTCAGCGCGGGCATGCAGCAGCAATACCGCGAGGTAGAACTGGCGGCGACGGCTTTGCATGAAATGAGCGCCAGCGCCCAGGAAGTTGCCCGCCATTCCCACCAGGCCGCCGATGCCGCAACGGTGGCCGAAAATGCCAGTCGATCGGGGCAGGAAATGTTCGCCAATGCCGTCAACAGCATCGATGCCCTGGACCAGCGGCTGGAGGCAACGCTTGGGCAGGTCAGAGTACTGGCGGACAACAGCCAGCAGATCAACCAGGTGCTCGACGTCATCTGTGCAATTGCCCAGCAAACCAACCTGCTGGCCTTGAATGCCGCTATCGAAGCGGCCCGCGCCGGCGAACAGGGGCGCGGCTTCGCGGTGGTGGCTGACGAAGTCCGGCATCTGGCGAGCAACACGCAGAACTCGGTCGAGCAGATACGCACGGTGATCGAAGCGTTGCAGCAACTGAGCCAGGACGTGGTGCACAGCACCCAGTCGAGCCGCGAGCTGGCCAGGGGCAGCGTGGTCCAGGTCGAGCAGACCCACGGGGCACTGCAACGTATCACCCGGGCCGTGGAAGTGATCGAACAGATGAACCAGCAGATCGCCAGCGCAGCCCTGGAGCAAAGCTCGGTGGTGGAAGACATCAGCCATCGGGTGAGCGGCATTCGCGGCATCAGCGAAACCTTGAGCGGCCAGATGCACGAAGCCTCCGAGGCTAGCCACTCGCTGCATGCCATGGCCAACCATCAACAGCAGTTGGTGGAGCACTTTCGGATCTAG MFFARLSIQWRITLLSGLCLLAVVGALTAASLYQNQQGATLLKQQSSQLLGQSALEGLRAQALAHGQRVERFFSETAIYGEGFAQQVLQLRTQALHGRLTPGQLRQDLIAATRQALAKREKVLGFYVVLLPDALIGPDAGFAGQRDLAGNENGRFALYWSQSQPGHLVQEVLSEAQISANTAPPGSEPANAWYICPQTQGRTCVTEPYAIEVEGRKTLMSSISIPLLDEGKVIGIFGMDISLDTLQQLAASLADDLYPGHSEISILSPSGQIAGHSGAVAGASVDVQQTVQTAPANNPWQLQIRVPEALVQAPALHMQAQLDDKQRQSNGFNLSLGLLCAGLGLLLVWLSAYGVTRPLLRVAHMLDAIVEGDGDLTQRLPNTRHDELGRLADGFNRFLDKLQPIIRDIQQASLDTRETADTSARVAREVSAGMQQQYREVELAATALHEMSASAQEVARHSHQAADAATVAENASRSGQEMFANAVNSIDALDQRLEATLGQVRVLADNSQQINQVLDVICAIAQQTNLLALNAAIEAARAGEQGRGFAVVADEVRHLASNTQNSVEQIRTVIEALQQLSQDVVHSTQSSRELARGSVVQVEQTHGALQRITRAVEVIEQMNQQIASAALEQSSVVEDISHRVSGIRGISETLSGQMHEASEASHSLHAMANHQQQLVEHFRI PGPT0015710_4988 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 D1-35_04842 1167 acrA_2 Multidrug efflux pump subunit AcrA ATGTCCAAGATTCCTTTCGTCACACTGGGCCTGTTGGTCGGGGCGTTGCTGAGCGGCTGCGACGGCGCCTCGACCCCGGAAGAATCGGCGCCGCTGGCAAGCGTGCGTATCGAGACCGTCCAGGCCGGGCCACTGTCGATCAGCAACGAACTGAGTGGCCGTATCGCCGCGCCACGGGTGGCCGAGGTCCGTGCACGGGTAGCCGGCGTGGTCTTGCAGCGAGTGTTTCGAGAAGGCCGCGACGTCAAGCAGGGCGACGTGTTGTTTCGCATCGACCCGGCGCCGTTCAAGGCCGACCTGGACAGCGCCGAGGCGGCGTTGCGCAAGGCCGAGGCCAATGCATTCCAGGCCCGGTTGCAGGCGCAGCGTTATGCCCAGTTGATCGATGACCAGGCGATCAGCGGCCAGGAATATGACAATGCCCGGGCCGCCGTGCGCCAGACCGCAGCCGACGTCGCCGCCAACAAGGCGGCCGTTGAACGGGCGAAGCTGAACCTGGGCTACGCCACGGTGACCGCACCGATTTCCGGGCGCATCGGCCGGGCCCTGGTGACGGAAGGCGCGCTGGTGGGGCAGAACGAAAGCACGCCACTGGCGCTGATCCAGCAGTTAGACCCGATCCACGCCGACCTCACCCAATCGACCCGCGAACTCAACGAGCTGCGTCGCGCGTTCCGTGCGGGGCAGCTGCAAGCCGTCGGCCAGGGCCAGGCCAAGGCCACCTTGATCGAGGACGACGGCAGCCCTTATCCGCTGCCGGGCAAGTTGCTGTTCACCGACCTCAGCGTCGACCCGAGCACCGGCCAGATCACCCTGCGCAGCGAGTTCCCCAACCCCGACCTCGATCTGCTGCCCGGCAGCTTCATTCGCGTACGCCTGGAACAGGCGGTCAACCGCCAGGGAATCACCGTGCCGCAACGGGCGATCCTGCGCGACAGCGCCGGCGTCGCGCAGGTGCTGCTGCTGGACGCCGAGCAGAAGATCAGTCAGCAACCGGTGCAACTGGGCGCGGCGCAGAACGATCGCTGGATCGTCACGCAAGGCTTGAAGCCGGGCGATCGCATCGTCGTCGAAGGCCTGCAGCATGCCCGCCCCGGTGAACAGGTCCGGGTCGACGACGCCCCTCTCCCCCTCGCCCAGGTTCCCGGGCCACAGGCAGGACACTAA MSKIPFVTLGLLVGALLSGCDGASTPEESAPLASVRIETVQAGPLSISNELSGRIAAPRVAEVRARVAGVVLQRVFREGRDVKQGDVLFRIDPAPFKADLDSAEAALRKAEANAFQARLQAQRYAQLIDDQAISGQEYDNARAAVRQTAADVAANKAAVERAKLNLGYATVTAPISGRIGRALVTEGALVGQNESTPLALIQQLDPIHADLTQSTRELNELRRAFRAGQLQAVGQGQAKATLIEDDGSPYPLPGKLLFTDLSVDPSTGQITLRSEFPNPDLDLLPGSFIRVRLEQAVNRQGITVPQRAILRDSAGVAQVLLLDAEQKISQQPVQLGAAQNDRWIVTQGLKPGDRIVVEGLQHARPGEQVRVDDAPLPLAQVPGPQAGH PGPT0003275_2569 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 D1-35_04843 3096 mexB COG0841 Multidrug resistance protein MexB ATGCCGCATTTTTTCATCGACCGCCCCGTCTTCGCCTGGGTCGTCGCGCTGTTCATCCTGCTGGCCGGGATCCTGGCCATTCCGCAACTGCCGGTGGCGCAGTACCCGGTCGTGGCTCCGCCGCAAATCGAGATCTACGCGGTGTACCCGGGCGCTTCGGCGCAGACGGTGGACGAAAGCGTGGTCAGCCTGATCGAGGAGGAGCTCAACGGCGCCGACAACCTGTTGTATTTCGAATCCCAGAGCAGTCTCGGTAGCGCGACGATCACCGCGACCTTTCAACCGGGGACGAACCCGGAACTGGCCCAGGTCGACGTGCAGAACCGCCTCAAGGCCGTGGAGTCGCGCCTGCCGCAGGCGGTTACCCAGCAGGGCTTGCAGGTGGATAAGGTTTCCGCCGGCTTCCTGCTGCTGATCACCCTCACCTCCAGCGACGGCAAGCTCGACGACGTGGCGCTCAGCGATTACCTGGCGCGCAACGTGATGAACGAGATCAAGCGCCTCGACGGTGTCGGCAAGGCCCAGCTGTACGGTGCCGAGCGAGCCATGCGGATCTGGATCGACCCGCAGAAGTTGCTGGGTTTCAACCTGACCCCGGCCGACGTCAACGCTGCCATCGTGGCGCAGAACGCCCAAGTCTCGGCCGGCAGCCTCGGCGACCTGCCGAGCCGCAGCACCCAGGAAATCACCGCGACCATCGTCGTCAAGGGCCAGCTCTCGACCCCGCAGGAATTTGCCGACATTGTGCTCAAGGCCAACCCCGACGGTTCCACGGTGCGCATCGCCGATGTCGCACGGGTGGAAATCGGCAGCCAGGAATATCAGTTCTCCACGCGCCTGAACGGCAAACCCTCCACCGCCGTAGCCGTGCAGCTGTCGCCGGGCGCCAACGCGCTGAACACCGCCACCCTCGTTCGAGCGAAAATGGACGAGCTGTCGCGCTACTTTCCGGCCGGCGTGGAGTACAAGATTCCCTACGACACGTCGCCGTTCGTCAAGGTCTCGATCACCAAGGTGGTCTATACCCTCGGCGAGGCGATGCTGCTGGTGTTCGCGGTGATGTTCCTGTTCCTGCAGAACATCCGCTACACGCTGATCCCCACCCTCGTCGTGCCGGTGGCGCTGATGGGCACCTTCGCGACCATGCTCGCGCTGGGGTTCTCGATCAACGTACTGACCATGTTCGGCATGGTGCTGGCCATCGGCATCCTGGTGGACGATGCCATCGTGGTGGTGGAAAACGTCGAGCGGATCATGGCCGAGGAAGGCCTGTCACCCAAGGAAGCGACGCGCAAGGCCATGGGCCAGATCACCGGGGCGATCATCGGCATCACCCTGGTGCTGGTGGCGGTGTTCATTCCGATGGCGTTCATGCAGGGTTCGGTGGGCGTGATCTACCAGCAGTTCTCGCTGTCGATGGCGACGTCGATCCTGTTCTCGGCCTTTCTAGCGCTGACCTTGACCCCGGCGCTTTGCGCGACCTTGCTCAAACCGATCACCCAAGCCGATCACCACGCAAAGGGCGGTTTTTTTGGCTGGTTCAACCGTGGCTTCGACCGGTTCGGCAACCGCTACCAGGGTTGGGTCGCCTACGCGATGAAACGCAGCGGCCGCTATCTGCTGATCTATGGCGTGCTGCTGGTGGGCATGGGCCTGCTGTTCAGTCGCCTGCCCTCCTCGTTCCTGCCGGTGGAAGACCAGGGCTACACCATCACCGACATCCAGCTGCCGCCGGGTGCCAGCAAGAATCGTACGGTTCAGGTGGTGGAGCAGATCGAGGCGCACAATGCCGGCGAGCCTGGGGTCGGCGACAGCACGGTCATCCTCGGTTTCAGTTTCTCCGGCAGCGGGCAGAATGCGGCCCTGGCATTTACCACGCTGAAAGACTGGTCGCAGCGCGGTGGCGACGATTCGGCGGCGGCCATCGCCGATCGCGCCAACCAGGCCTTCGGTGGAATCAAGGACGCCATGGTGTTTTCCGTGCTGCCACCGCCGGTGGACGGTCTCGGCACCTCCAGCGGTTTCGAGTTCCGCTTGCAGGACCGCGGCGGCCTCGGCCACGCCACGCTGATGCAGGCCCGCAGCGATCTGCTCGCCGCCGCGGATAAAAGCCCGGTGCTGATGAATGTGCGCGAAAGCGCCCTGGCGGAAGCGCCGCAGGTGCAACTGGAAGTGGATCGGAAACAGGCGAATGCCTTGGGCATCTCCTTTGCCGACGTCGGCAGTGTGTTGTCCACGGCGGTGGGCTCAGCCTACATCAATGACTTCCCGAACCAGGGCCGCATGCAGCGGGTGGTGGTCCAGGCCGAGGGTGACCAGCGCAGCCAGGTCGAGGACCTGCTGAAGATTCACGTACGCAACAGCAGCGGGAAGATGGTGCCGTTGTCGGCGTTTGTCCAGGCGCGCTGGACCCAGGGGCCGGCACAGTTGACTCGCTACAACGGCTATCCGGCGGTGAGTATTTCCGGAGAACCGGCGCCGGGCTACAGCACCGGGCAAGCCATGGCCGAGATCGAACGGCTGGTGGCCCAGGGGCCCAAGGGCATGGGTCAGGAATGGACCGGCCTGTCCTTGCAGGAGCGCTTGTCCGGCAGCCAGGCACCGATCCTGCTGGGCCTGTCGCTGCTGGTGGTGTTCCTGTGCCTGGCGGCACTGTACGAGAGCTGGTCGATCCCGACCTCGGTGTTGCTGGTGGTACCGCTGGGCGTGCTCGGCGCCGTAATGGCTGTTTCGTTGCGTGGCATGCCCAACGATGTGTTCTTCAAGATCGGCCTGATTACCATCATCGGTCTGTCAGCGAAGAACGCCATCCTGATCATCGAATTCGCCAAGAGCCTCTACGACGATGGCCATGACCTGCTCGACGCCACGCTCCAGGCCGCGCGCCTGCGCCTGCGGCCGATCATCATGACCTCACTGGCGTTCATCCTCGGCGTGGTCCCGTTGGCGATCGCCACCGGGGCCAGCTCGGCGAGCCAGCAGGCGATTGGTACCGGCGTGATCGGCGGGATGATCAGCGCCACGCTGGCGGTGGTGTTTGTCCCGGTGTTTTTCGTGGTGGTGATGAAGCGGGTCGCGCGCAGCAAAACGCGTTGA MPHFFIDRPVFAWVVALFILLAGILAIPQLPVAQYPVVAPPQIEIYAVYPGASAQTVDESVVSLIEEELNGADNLLYFESQSSLGSATITATFQPGTNPELAQVDVQNRLKAVESRLPQAVTQQGLQVDKVSAGFLLLITLTSSDGKLDDVALSDYLARNVMNEIKRLDGVGKAQLYGAERAMRIWIDPQKLLGFNLTPADVNAAIVAQNAQVSAGSLGDLPSRSTQEITATIVVKGQLSTPQEFADIVLKANPDGSTVRIADVARVEIGSQEYQFSTRLNGKPSTAVAVQLSPGANALNTATLVRAKMDELSRYFPAGVEYKIPYDTSPFVKVSITKVVYTLGEAMLLVFAVMFLFLQNIRYTLIPTLVVPVALMGTFATMLALGFSINVLTMFGMVLAIGILVDDAIVVVENVERIMAEEGLSPKEATRKAMGQITGAIIGITLVLVAVFIPMAFMQGSVGVIYQQFSLSMATSILFSAFLALTLTPALCATLLKPITQADHHAKGGFFGWFNRGFDRFGNRYQGWVAYAMKRSGRYLLIYGVLLVGMGLLFSRLPSSFLPVEDQGYTITDIQLPPGASKNRTVQVVEQIEAHNAGEPGVGDSTVILGFSFSGSGQNAALAFTTLKDWSQRGGDDSAAAIADRANQAFGGIKDAMVFSVLPPPVDGLGTSSGFEFRLQDRGGLGHATLMQARSDLLAAADKSPVLMNVRESALAEAPQVQLEVDRKQANALGISFADVGSVLSTAVGSAYINDFPNQGRMQRVVVQAEGDQRSQVEDLLKIHVRNSSGKMVPLSAFVQARWTQGPAQLTRYNGYPAVSISGEPAPGYSTGQAMAEIERLVAQGPKGMGQEWTGLSLQERLSGSQAPILLGLSLLVVFLCLAALYESWSIPTSVLLVVPLGVLGAVMAVSLRGMPNDVFFKIGLITIIGLSAKNAILIIEFAKSLYDDGHDLLDATLQAARLRLRPIIMTSLAFILGVVPLAIATGASSASQQAIGTGVIGGMISATLAVVFVPVFFVVVMKRVARSKTR PGPT0003280_3077 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003280-acrB|acrE|mexB|adeJ|smeE|mtrD|cmeB-K18138 NA NA D1-35_04844 903 hypothetical protein ATGCGCGACGACTCCCACACGCAGTTCTTCCGCTTCCAGACCCCTGACCCAGCCATCGGTCCGCGTGAGCAGGCACCGATGCTTGCGCAGGAGCTGGCCTGGGCGCGTGACCGTGCGTCCATGCATGACTTCAGTTGGTTGGTCGTACTGCTGCCGCCATTGAGCATGGGCCCGGTGCTGCCGGGCGTGGTGTTCCTGGCGGGCCTGGGCCTGGTCCAGAAGTTGTTCGCCCCGGACCTGGACGTTGATCGGATCGTCGGCGACTCCTTGGGCTGGCTGGCGCTGGCGACGCTGCTTTTCGTGGCGGCGTGGATACTGTCCAATTACCTGCGCGATTCGCGCGACCCGACCAAGCACTATTGGCAATCGATGCCCGATCAAGGGCTGGTCGAGCTTGAGCGTCACACGCTGATCTCGGCCATCAGCCTGTGGGCCAACGACTTTGATCCCGATTGCAGCAGCCTGATGTTATGGAAAAACGACAAGCTGGTGCGGGTGCAAAGCTCCGGCGTGTCGCAGTGGATCCTGGCGATGACCACGGCCGGCCATTGGCTGGTGCTCAAGGAGGAATTCCCCGGTGATTTCTGCTACCGACGGGTAGGGCAGATGCCCGCGCCGGAGAAGCAGATGCAACCCCGGCAGCAACTGGCGATTGCCTTCGCTCCCGGCACCCAGTTGGCGCTTGGCCGGCGTTTCGACGGTGCGCCTTTGCCAATGACGCAGACGTCTTACTGGATGTCTGCCGATGAGATCAAGCGACTCGCGCAGATTGCCCATCACTGGATGTTTTTCCCGCCGGACCGTTATGCGGTGGTCAATGACAGGGACGCCGGCTGGGTACGACGCCTGGCGGACAAAGCCCTGGCCAGCGTCGAGAGCCAGGCTGTGCCACAGGGCAATTAG MRDDSHTQFFRFQTPDPAIGPREQAPMLAQELAWARDRASMHDFSWLVVLLPPLSMGPVLPGVVFLAGLGLVQKLFAPDLDVDRIVGDSLGWLALATLLFVAAWILSNYLRDSRDPTKHYWQSMPDQGLVELERHTLISAISLWANDFDPDCSSLMLWKNDKLVRVQSSGVSQWILAMTTAGHWLVLKEEFPGDFCYRRVGQMPAPEKQMQPRQQLAIAFAPGTQLALGRRFDGAPLPMTQTSYWMSADEIKRLAQIAHHWMFFPPDRYAVVNDRDAGWVRRLADKALASVESQAVPQGN NA NA NA NA NA D1-35_04845 969 yjiA COG0523 P-loop guanosine triphosphatase YjiA GTGTCCTCTCCCATCCCGGTCACGATCCTCAGCGGCTTTCTCGGTGCTGGCAAGACCACGTTGTTGCGTCATCTGCTCAAGGCCGAGCACGGCCTGAAAATCGCCGTGATCGAGAACGAATTCAGCGATGCCGGCATCGATACCCAGTTACTGGGCGACGATCCGGTGCAAGTCATGACCCTGGCCAATGGCTGCGTGTGCTGCACCATCCACACCGACCTGACCAAGGCCCTGTACCTGTTGCTCGAGCGGCTGGACAGCGGTGAGATCGCCTTCGACCGCCTGGTGATCGAATGCACCGGCCTGGCCGATCCAGCCCCAGTGGCCCAGACCTTCTTCATCGATGAAGACCTGCGCGAACGCTACATTCTTGACGGCATCCTGACCCTGGTGGACGCCGCCCACGCCGAGGTCCACCTGACCCAGGCCATCGCTCAGGCACAGGTCGGGTTTGCCGATAGGCTGCTCCTTAGCAAGACCGACCTGGTGGATGCAGCCCATGCCGAGGCGCTTGCCGAGCGCCTTACCCGGATTAACCGACGGGCGCCGATCCGAGTGGTCGAGCACGGCAAGATTGATCTGGCCGAGTTACTCGACATTCGCGGCTTCAATCTCAACGCGGACCTGGGCGGCGGGCTCAGCCTTCGCCCGGTCGCCAAGGCCACCACGGCCGATCGCATCAGCAGCCTCGTGCTGCGCACCGACAAGCCGCTGGATATCGACAAGCTCAGTGCGTTCATGAACCAGCTGCTGGAAGAACACGGCAAGCAATTGCTGCGCTATAAAGGTGTGCTGAACATTGCCGGCGAACCCCGCCGACTGGTATTCCAGGGCGTACTCAAGCTGTACGGTTTCGATTGGGACACCGAATGGGCCGAGGGTGAAGCTCGGGAAAGCGTGATCGTATTTATTGCTGACGAATTGCCTGAAGAGAAGATCCGCGAAGGGTTCGACGCCGCGCTCCTCTGA MSSPIPVTILSGFLGAGKTTLLRHLLKAEHGLKIAVIENEFSDAGIDTQLLGDDPVQVMTLANGCVCCTIHTDLTKALYLLLERLDSGEIAFDRLVIECTGLADPAPVAQTFFIDEDLRERYILDGILTLVDAAHAEVHLTQAIAQAQVGFADRLLLSKTDLVDAAHAEALAERLTRINRRAPIRVVEHGKIDLAELLDIRGFNLNADLGGGLSLRPVAKATTADRISSLVLRTDKPLDIDKLSAFMNQLLEEHGKQLLRYKGVLNIAGEPRRLVFQGVLKLYGFDWDTEWAEGEARESVIVFIADELPEEKIREGFDAALL NA NA NA NA NA D1-35_04846 1254 glyA_2 COG0112 Serine hydroxymethyltransferase ATGTTCAGCCGTGATTTGACTATTGCCAAGTACGACGCCGATCTCTTTGCCGCCATGGAGCAAGAAGCTCAGCGCCAGGAAGAGCACATTGAGCTGATCGCTTCGGAAAACTACACCAGCCCCGCGGTGATGGAAGCTCAAGGCTCGGTACTGACCAACAAGTACGCCGAAGGCTACCCGGGCAAGCGCTACTACGGCGGTTGCGAGTACGTCGATGTGGTCGAGCAACTGGCCATCGACCGCGCCAAGCAACTGTTCGGCGCCGATTACGCCAACGTCCAGCCGCACGCAGGCTCGCAAGCCAACGCCGCCGTCTACCTGGCGCTGCTGTCGGCCGGCGACACCATCCTGGGCATGAGCCTGGCCCACGGCGGTCACCTGACCCACGGCGCCAGCGTCTCGTCCTCGGGCAAACTGTATAACGCCATCCAGTACGGCATCGATGGCAACGGCCTGATCGACTACGACGAAGTCGAGCGCCTGGCGGTCGAGCACAAGCCGAAAATGATCGTGGCCGGCTTCTCCGCCTACTCGCAGATCCTCGACTTCCCGCGCTTCCGCGAAATCGCCGATAAGGTCGGTGCCTACCTGTTCGTCGACATGGCTCACGTTGCGGGCCTGGTCGCCGCTGGCGTCTACCCGAACCCGGTGCCGTTCGCCGACGTGGTCACCACCACGACCCACAAGACCCTGCGTGGCCCACGTGGCGGCCTGATCCTGGCACGCGCCAACACCGACATCGAGAAGAAGCTGAACTCGGCCGTATTCCCAGGCGCCCAGGGTGGCCCGCTGGAGCACGTGATCGCGGCCAAGGCGATCTGCTTCAAGGAAGCTCTGCAACCTGAGTTCAAGGCCTACCAGCAGCAAGTGGTGAAGAATGCCAAGGCCATGGCCGGCGTGTTCATCGAACGCGGCTTCGACGTGGTCTCCGGCGGTACTGAAAACCACCTGTTCCTGCTGTCGTTGATCAAGCAGGACATCTCCGGCAAAGACGCTGACGCCGCATTGGGCAAGGCGTTCATCACCGTGAACAAGAACTCGGTGCCGAACGACCCACGCTCCCCATTCGTCACCTCGGGCCTGCGCTTCGGCACCCCGGCCGTGACCACTCGCGGCTTCAAGGAAGCCGAGTGCAAGGAACTGGCCGGCTGGATCTGCGACATCCTGGCGGACCTGAACAACGAAGCGGTGATCGATGCCGTTCGCGAGAAGGTCAAGGCCATCTGCAAGAAGCTGCCGGTGTACGGCGCTTAA MFSRDLTIAKYDADLFAAMEQEAQRQEEHIELIASENYTSPAVMEAQGSVLTNKYAEGYPGKRYYGGCEYVDVVEQLAIDRAKQLFGADYANVQPHAGSQANAAVYLALLSAGDTILGMSLAHGGHLTHGASVSSSGKLYNAIQYGIDGNGLIDYDEVERLAVEHKPKMIVAGFSAYSQILDFPRFREIADKVGAYLFVDMAHVAGLVAAGVYPNPVPFADVVTTTTHKTLRGPRGGLILARANTDIEKKLNSAVFPGAQGGPLEHVIAAKAICFKEALQPEFKAYQQQVVKNAKAMAGVFIERGFDVVSGGTENHLFLLSLIKQDISGKDADAALGKAFITVNKNSVPNDPRSPFVTSGLRFGTPAVTTRGFKEAECKELAGWICDILADLNNEAVIDAVREKVKAICKKLPVYGA PGPT0008090_5743 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D1-35_04847 3849 hypothetical protein TTGTCCAACGTCACTCCGTCCCCGTCCCCGCGCGCCGCCCCTGCTGTGCCTGGCGTGCCCCTGCGCGGGACATTGAAGGGCGCGCTGGCCTCGCTGGTGCTGTTGCTGCTGGGCCTGCTTTTCTGGCAATTGCTCGACCAACTGCGCGAAACCCAGCAGCAACAGCGCCAATACACCATCGACTACACCGCCGACCTGGCCGCGCAAGTCAGCCTGAACATGGCGTTGAATGCGCAGATTGCACTCAATCTGCTACCGATCGTCGAACAACCGCAAAGCGCCGACGAACAACAGGCGCTGCTGCGCAAACTCCAGCAATCGTTGCCCGAATTACGCAGCCTGGCACTGCTGAGCCCTTCCGGCCGGGTGCTCAGCGACAGCGACGCTACCAGCGAGGATGCCGGCTACCTGGCCGAACTGGTACGGCGCAGTCATGCCCAGGCGCATTATTTCAGCAATGCCGAGGACGGTTCCGTGGTGCACCTGCTATTGCATCAGGCCAGCGGCAGTACTCGCGGTTATTGGGCGTTGCGCCTGACCCCGAGTTTTTTTGCGACATTGACCAAACAGGCCGATACCGGGCTGCGCCCGCTGTGGCTGGTGGAGAACCGGCTCAACCAGCAAATCGTCAGCCGTGACGAGGCCCCGCCCGCGCTCAACCCGACCCGATTGACCGAGCAAGACCTGAGCAACACCGTGTTGACCGTGCCCCTGAGCAGCAGTGACTGGCAGCTGCGCGGGTTGTTCGATCGCAGCCAGGTGCTCGAACAATTGCTGCCCGCGTTCATCGGCAAATGCCTGCTGGGCCTGGCGTTTTCGCTGCTGCCGGTGATCGCGCTGCTGAACATGCGTCGCCGCCAGCGTCAGTTGCATGAGGGGCGCCGCCGCTACCAGGACATTTTCGAGGGCACCGGCGTAGCCCTCTGTGTACTTGACCTGTCCGGGCTCAAGGCCTTTTTTGCCAGGGCCGGCCTGCATGATGGCGAGCAGTTGCGCGCCTGGCTGCAGGTCTCCCAGCAGCTCGAGCAGTTACAGCAGCAAGTGCACGTCACCGAAGTCAACCAGATGGCCTTGAAGCTGCTCAATGTCGACTCCTGCGAACAGGCCTGGCAACTGCTGGTGGGCAACGCGGCAAAAGACAACAACCCGGTTGGCTCGAAACTGCTCGAAGCGCTGCTCGACCAGCACAAACAACTGGAACTGGAAATCAGGCTCCAGGACGCCCATGGTCGTGACCAGCATTTGTGGCTGGTGTTGCGCCTGCCGGAAACGCAGGATGACTATAACGCCGTCATCCTGAGCATCAGCGATATCACCAGCCGCAAGCTCATCGAACTGTCGCTGCTTGAGCGCGAAGGCTTCTGGTCCGACGTGGTGCGCACCGTCCCGGATCATCTTTACGTACAGGACGTCATCAGCCAGCGGATGATCTTCAGCAACCACCACCTGGGCCAGACGCTCGGCTACGACCGTACTGAATTGCACCAGATGGGCGAGTATTTCTGGGAAATCCTGCTTCACAGCGACGATGCCGATCATTACCACCACCTGCGCCAGGAACAGCGCCGCGGCGGTTACACGCAACTGCTGCAATGCCAGTTACGCTTTCGCCATCGCAACGGCAAATGGCGACGTTTCGAGGTCCGCGAACAGGCTCTGGCCCGGGACCGCCATAATCAGGTCACGCGGATCATCGGCGTGGCCAAGGACATCACCGAGCAGATCGAGGCCAGCGAATCGTTGCGCGACAGCGAGCAGCGCTACCGGATGCTCGCCGAAAGCATCAGCGACGTGATTTTCTCCACCGACAGCAAACTCTCGCTCAACTATGTCAGCCCGTCGGTCCAGGCAGTGCTGGGCTACACCGCCGACTGGATCTTCCAGCATGGCTGGCAGTCGACCATCGCCAATCCGCAACAACTGACCGGCATCTACAGCCTGATGGACCGGGTCAGCAAGGCCCTCGACCAGCCCGACCAGTTGGCCGAGCTGCGCAACCAGCTGCAGACCCAACTGTTCCTGTTCGACTGCCTGCGTGCCGACGGGCGCAAGATCCCCATCGAGCTGCGGCTGGTGCTGGTGTGGGACGACAACGGCGCGTTCGAGGGGGTATTGGGCGTCGGCCGCGACATCAGCCAGCAGCGTCGCGCCGAAAAAGACCTGCGCATGGCCGCGACGGTGTTCGAGCATTCGACCTCGGCGATTCTGATCACCGACCCGGCCGGCTACATTGTCCAAGCCAACGAAGCCTTCAGCCGGGTCAGCGGTTATGCGGTGTCGCAGGTGCTGGACCAGTTGCCCAACATGCTGACCGTAGATGAGCAGCAGGAAGCCCACTTGCGCTACGTGCTCAAGCAGCTGCAACAGCACAGCACCTGGGAAGGCGAAGTCTGGCTCAAGCGCCGCAACGGCGAGCACTATCCGGCCTGGGTCGGCATTACCGCGGTGCTCGACGACGAAGGCGACCTCGCCAGTTATGTGTGCTTCTTCAGCGACATCAGCGAGCGCAAGGCCAGCGAGCAGCGCATCCATCGCCTGGCTTACTACGACGCCCTGACCCACCTGCCCAACCGCACGCTGTTCCAGGACCGCCTGCATACCGCGCTGCAATCGGCGGAACGGCAGAAGAGCTGGGTGGTGCTGATGTTCCTCGACCTGGACCGCTTCAAGCCGATCAACGATTCCCTCGGCCACGCCGCCGGCGACCGGATGCTCAAGGAAATGGCCACGCGACTGCTCGGCTGCGTGGCCGATGACGACACGGTGGCGCGCATGGGCGGCGACGAGTTCACCCTGTTGCTGCAACCGCGCGCAAGCCGCGAAATGGCGCTCAACCGGGCGATTACCGTGGCCGAGCAGATCCTTGCCAGCCTGGTCCGGCCGTTTGTGCTCGAAGGCCGGGAGTTCTTCGTCACCGCCAGTATCGGTATCGCCCTGAGCCCACAGGACGGCAACGAGCTGAGCCAACTGATGAAAAACGCCGACACCGCCATGTACCACGCCAAAGAGCGCGGCAAGAACAACTTCCAGTTCTACCAGGCCGACATGAACGCCAGCGCCCTGGAGCGCCTGGAGCTGGAAAGCGACCTGCGCCATGCGCTGGAACAGAACGAGTTCGTCCTGTATTACCAGCCACAGTTCAGCGGCGACGGCAAGCGCCTGACCGGGACCGAGGCCTTGCTGCGCTGGCGCCATCCGCGACGCGGGCTGGTGCCGCCAGGGGACTTCATCCCGGTGCTCGAAGAACTCGGGCTGGTGGTGGACGTCGGCGACTGGGTCATCAGCGAGGCCTGTCGCCAGCTCAAGACCTGGCACCAGGCCAAGGTCCGGGTGCCGAAGGTCTCGGTCAACATTTCCGCCCGGCAGTTCTCCGACGGCCAACTCGGCACGCGAATCGCCAATATCCTGCGCAGCACCGGCCTGCCGCCGGCTTGCCTGGAACTGGAGCTGACGGAGAGCATTCTGATGCGCGAAGTCAGCGAGGCGATGCAGATCCTGGCCGGCTTGAAGAATCTGGGCCTGAGCATCGCGGTCGATGACTTCGGCACTGGTTATTCATCGCTCAACTACCTCAAGCAATTCCCCATCGACGTGCTGAAGATCGACCGTACTTTCGTCGACGGCCTGCCGTCCGGCGAGCAGGATGCACAGATCGCCCGGGCAATCATCGCCATGGCCCATAGTCTCAACCTGGCGGTCATCGCCGAGGGTGTCGAGACCCATGAGCAACTGGATTTCCTCCGTGAACATGGCTGCGACGAAGTCCAGGGCTACCTGTTCGGCCGCCCGATGCCGGCCAACCGGTTTGAAGCGCAGTTCAGCAATGATGCGCTGTTCATGCTCGACTGA MSNVTPSPSPRAAPAVPGVPLRGTLKGALASLVLLLLGLLFWQLLDQLRETQQQQRQYTIDYTADLAAQVSLNMALNAQIALNLLPIVEQPQSADEQQALLRKLQQSLPELRSLALLSPSGRVLSDSDATSEDAGYLAELVRRSHAQAHYFSNAEDGSVVHLLLHQASGSTRGYWALRLTPSFFATLTKQADTGLRPLWLVENRLNQQIVSRDEAPPALNPTRLTEQDLSNTVLTVPLSSSDWQLRGLFDRSQVLEQLLPAFIGKCLLGLAFSLLPVIALLNMRRRQRQLHEGRRRYQDIFEGTGVALCVLDLSGLKAFFARAGLHDGEQLRAWLQVSQQLEQLQQQVHVTEVNQMALKLLNVDSCEQAWQLLVGNAAKDNNPVGSKLLEALLDQHKQLELEIRLQDAHGRDQHLWLVLRLPETQDDYNAVILSISDITSRKLIELSLLEREGFWSDVVRTVPDHLYVQDVISQRMIFSNHHLGQTLGYDRTELHQMGEYFWEILLHSDDADHYHHLRQEQRRGGYTQLLQCQLRFRHRNGKWRRFEVREQALARDRHNQVTRIIGVAKDITEQIEASESLRDSEQRYRMLAESISDVIFSTDSKLSLNYVSPSVQAVLGYTADWIFQHGWQSTIANPQQLTGIYSLMDRVSKALDQPDQLAELRNQLQTQLFLFDCLRADGRKIPIELRLVLVWDDNGAFEGVLGVGRDISQQRRAEKDLRMAATVFEHSTSAILITDPAGYIVQANEAFSRVSGYAVSQVLDQLPNMLTVDEQQEAHLRYVLKQLQQHSTWEGEVWLKRRNGEHYPAWVGITAVLDDEGDLASYVCFFSDISERKASEQRIHRLAYYDALTHLPNRTLFQDRLHTALQSAERQKSWVVLMFLDLDRFKPINDSLGHAAGDRMLKEMATRLLGCVADDDTVARMGGDEFTLLLQPRASREMALNRAITVAEQILASLVRPFVLEGREFFVTASIGIALSPQDGNELSQLMKNADTAMYHAKERGKNNFQFYQADMNASALERLELESDLRHALEQNEFVLYYQPQFSGDGKRLTGTEALLRWRHPRRGLVPPGDFIPVLEELGLVVDVGDWVISEACRQLKTWHQAKVRVPKVSVNISARQFSDGQLGTRIANILRSTGLPPACLELELTESILMREVSEAMQILAGLKNLGLSIAVDDFGTGYSSLNYLKQFPIDVLKIDRTFVDGLPSGEQDAQIARAIIAMAHSLNLAVIAEGVETHEQLDFLREHGCDEVQGYLFGRPMPANRFEAQFSNDALFMLD PGPT0023624_41 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_04848 1665 ettA COG0488 Energy-dependent translational throttle protein EttA ATGGCTCAATACGTCTTCACCATGCATCGGCTGAGCAAAGTTGTTCCGCCGAAGCGGGAAATCCTGAAAAACATTTCGCTGTCATTTTTCCCCGGCGCCAAGATCGGCGTGCTGGGCCTCAACGGTTCGGGTAAGTCCACGCTGCTGAAAATCATGGCTGGCGTCGACAACGAATTCGACGGCGAAGCCTGTCCGATGCCTGACCTGAACATCGGCTACCTGCCGCAGGAGCCTCAGCTGGATCCGACCAAGACCGTTCGCGAAGTGGTCGAGGAAGCGGTCAGCGTGATCAAGGACGCCCAGGCGCGCCTGGACGAGGTCTACGCCGCCTACGCCGATCCGGACGCCGATTTCGACAAGCTGGCCGCCGAGCAGGCCAAGCTCGAAGCGATCCTGCAGGCCAGCGATGGCCACAACCTGGACCGTCAGCTGGAAGTCGCCGCCGATGCACTGCGCCTGCCAGCCTGGGACGCCAAGGTCGAGCACCTGTCCGGCGGTGAAAAGCGCCGCGTGGCGCTGTGCCGCTTGCTGCTGTCCGCCCCGGACATGCTGCTGCTCGACGAACCGACCAACCACCTGGACGCCGATTCCGTCGCCTGGCTCGAACACTTCCTGCACGATTTCCCTGGCACCGTGGTTGCGATCACGCACGACCGGTACTTCCTGGACAACGTTGCCGGCTGGATCCTGGAGCTCGACCGTGGCGCAGGCATTCCATACGAAGGCAACTATTCGGGCTGGCTGGAGGCCAAATCCGATCGTCTGGCCCAGGAGTCCAAGCAGCAATCGGCGCATGAAAAAGCCATGAAGGAAGAACTGGAGTGGGTGCGCAAAGGCGCCAAGGCTCGTCAGTCCAAATCCAAGGCGCGTCTGCAACGCTTCGAGGAAATGCAGTCCCAGGAATTCCAGAAGCGCAGCGAAACCAACGAGATCTACATCCCGGCCGGCCCACGCCTGGGTGACAAGGTCATCGAGTTCAAGAACGTCACCAAGGGCTACGGCGACCGCGTGTTGATCGACAACCTGTCGTTCTCCATGCCCAAGGGCGCCATCGTCGGCGTGATCGGTGGTAACGGCGCCGGTAAATCCACGCTGTTCCGCATGCTGATGGGCAAGGAAACGCCGGATTCGGGCACCATCGAAATCGGTGAAACCGTGCAGCTGGCCTGCGTCGACCAGAGCCGCGACGACCTGGACGGCAGCAAGACGGTGTTCCAGCAGATTTCCGACGGCTCCGACCAGATCCGCATCGGCAGCTACGAAATCCCGTCGCGTACCTACGTGGGGCGCTTCAACTTCAAGGGTGGCGATCAGCAGAAATTCGTCAAGGATCTGTCCGGTGGTGAGCGTGGTCGCTTGCACCTGGCGCTGACCTTGAAGGAGGGTGGCAACGTCCTGCTGCTCGACGAACCGTCCAACGACCTCGACGTCGAAACCCTGCGTTCCCTGGAAGAGGCCCTGCTGGACTTCCCGGGCGCGGCCATTGTGATCTCCCACGACCGGTGGTTCCTTGACCGCGTCGCGACGCACATCCTGGCGTACGAAGACGACTCGCAAGCGGTGTTCTTCGAAGGCAACTACACCGAGTACGAAGCCGATCGCAAGAAGCGCCTCGGCGAAGCCGCTGCCCAGCCGCATCGTGTACGGCACAAGAAGCTGGCTTGA MAQYVFTMHRLSKVVPPKREILKNISLSFFPGAKIGVLGLNGSGKSTLLKIMAGVDNEFDGEACPMPDLNIGYLPQEPQLDPTKTVREVVEEAVSVIKDAQARLDEVYAAYADPDADFDKLAAEQAKLEAILQASDGHNLDRQLEVAADALRLPAWDAKVEHLSGGEKRRVALCRLLLSAPDMLLLDEPTNHLDADSVAWLEHFLHDFPGTVVAITHDRYFLDNVAGWILELDRGAGIPYEGNYSGWLEAKSDRLAQESKQQSAHEKAMKEELEWVRKGAKARQSKSKARLQRFEEMQSQEFQKRSETNEIYIPAGPRLGDKVIEFKNVTKGYGDRVLIDNLSFSMPKGAIVGVIGGNGAGKSTLFRMLMGKETPDSGTIEIGETVQLACVDQSRDDLDGSKTVFQQISDGSDQIRIGSYEIPSRTYVGRFNFKGGDQQKFVKDLSGGERGRLHLALTLKEGGNVLLLDEPSNDLDVETLRSLEEALLDFPGAAIVISHDRWFLDRVATHILAYEDDSQAVFFEGNYTEYEADRKKRLGEAAAQPHRVRHKKLA NA NA NA NA NA D1-35_04849 492 greB_2 Transcription elongation factor GreB ATGAGTCGCGCCTTCGTCAACGAAGACAACGCCGCCGCCCAGGCCGATCAACCGGTCGAGCGTCAGGTCAGCACGCAACCCAACTACGTCACACCCGCCGGGCTTGCCCAGCTACAGGCGCGTGTCGCCGAGTTGCAAGCACTGCACAGCCAACAGACAGCCCAGGGCGAGCAGGCGGACAAGCAGCGTATCGCCGACCTCGAACGGGACCTGCGGTATTTCAATCAGCGGCTGCAGAGCGCGCAAGTCGTCACCTTGAGCAAATGTGATCAGGTGCGAATCGGACATTGGGTGACATTCGCCGATGAGCACGACCAGGCGCAACGAGTGCAACTGGTGGGTGAAGACCAGGCCGATGCCGCCAATGGATTGATCAATTGGGGTTCGCCGCTGGGGCGGGCCTTGCTGGGGGCGAAGATCGGGGATGAGGTGGTGTGGAAGCGGCCGGTGGGGGATGTGGCGATCGAGGTGCTGGAAATAGAGCTCGGGTGA MSRAFVNEDNAAAQADQPVERQVSTQPNYVTPAGLAQLQARVAELQALHSQQTAQGEQADKQRIADLERDLRYFNQRLQSAQVVTLSKCDQVRIGHWVTFADEHDQAQRVQLVGEDQADAANGLINWGSPLGRALLGAKIGDEVVWKRPVGDVAIEVLEIELG NA NA NA NA NA D1-35_04850 357 hypothetical protein ATGAGGCGCGCGGCAGTGGTACTGGGTGTGTTGATGTTGCTCGGTGGCTGCGAAACCACCCACGAGGATCTGATCGCCCGAGGTTATCCACCGGCCTTCGCCGATGGCTTCGATGACGGTTGCAGCAGTGGCCGGCAAGCCGCCGGCGCAATCACTGGCCAATTCCGGAAAGACGTGCCGCGTTATCTCAAGGACGCCCACTACGCCGAAGGCTGGAGCGATGGCTTTCGGCAGTGCCAGGCCATGCGCGAGAGCCAAGAGCGTGACGCCTACCGCGAGCGCCATTGGGACGACCGCGAACGGGCCTGGCAACAGGAGAAAGATCGGGACGCCGCCCGGGCTTATCGCTCGCCGTGA MRRAAVVLGVLMLLGGCETTHEDLIARGYPPAFADGFDDGCSSGRQAAGAITGQFRKDVPRYLKDAHYAEGWSDGFRQCQAMRESQERDAYRERHWDDRERAWQQEKDRDAARAYRSP NA NA NA NA NA D1-35_04851 1854 hypothetical protein ATGCTCAAACGCCTTGCCTGGCTGGCGCTCTGTGTGTGCGCCCCGCTGTCCGCCGCGCCTCATGTCGATCCTCAACGTTTGCAGCAACTGGCCAATGACCGCTTCTGGATTTCCCTGGGTCACTACGAAACGGCCAAGCTCGGTGGCTGGCGCAGCTATGTCAGCGATCGCAAGTTTTTCCTCGCACCCGACGGCAATGAACATCCCGACCGTGAGCTGACCGCCACGCTGCAAGCCTTGTACGGCCCGGCCAGTGCCGGCCAGCAACATGCCCAGTGCGTGTACCCGGCGCGAACGCGCTGGCTCAAGGCGCAGCTCAACCTGACGGACCTGCCGGCGGTCAATTGCAGCGAATTCACTCAGTGGTTCAAGGACGTATCGCCCCACAGCGCGGTGATGATTTTCCCCGCCGCGTACCTGAACAGCCCTTCCTCGATGTTCGGCCATACCTTGCTACGCATCGACCAGGCCGACGTGCAAAGCGACAAGACCGCCCTGCTCAGCTACGCAATCAACTTCGGCGCCTACATCGAGGGCTCCGACAACAGCCTGCTCTACGCCTGGAAGGGCTTGATGGGCGGCTACCCAGGACTGTTCGCCCTGGTGCCGTACCAGGAAAAACTCTCCGAGTACCGTAGCCTGGAGAACCGCGACCTGTGGGAATACCGTCTCAACCTGAGCCAGGCGGAAACCGAACGCATGGTCGAGCATGTGTGGGAACTCAAGCAGATCCAGTTCGACTATTTCTTCTTCGATGAAAACTGCTCCTATCGCCTTCTCGAACTGCTGCAGGTGGCGCGTCCGAGCCTGCGCCTGACCGAGCAGTTCCCGCTGACGGCGATCCCCACCGACACTGTCAAGGCGGTGAAAGAAGCCGGACTGGTGGAAAGCATCCAGTACCGGCCGTCCCGCGAGCGAGAGCTGCTCAGCCGCGCCGAGCCGCTCAGCGACGACGAGCAGCAATGGGTACAGAAAGTCAGCGCCGACCAGCAGCAACTGCAAGCGCCGGCATTCAAGGCGCTGCCGCGTCAACGCCAGGCCCTGATCATCGATGCCGCCTATCGCCTGGAGCGCTATCGCGCCAACGGCCAGGAACGTGACCCACAGCGGGCCCAGCGCAGCTTCGAACTGCTGCGGGCGATCAACCGCAATCCCGCGCCGGAACTGGACATCCCGCAACCCGGCCTGCCCGAGGATGGTCATGAGTCGCGCACCTGGCAGGCTGGCCTGGGTACGCGAGGCGATCGTGCGTTCGGTGAATACGGCCTGCGCATGGCCTATCACGACCTCAACGACAACGCCGAGAGTTTCCCGCTCGGCGCACAGATCGAGATCCTGCAATTGAAGCTGCGCCAGTACGAAGGCAACGATTGGCAGCTACAACAACTGGACCTGGCGACCATTCGCTCGCTGACCCCGCGCAATGAGTTGCTGCAGCCGCTGTCCTGGCAGGTTACCGGTGGCCTGGAGCGGGTGCCTGGCAAACACGACGATGAAACCCTGGTCAGCCACGTCAACGGCGGCGCCGGTGGTACCTGGGCCTTGGGTGAGGATGTGCTGGGCTTTGCCCTGGGCACGGTGCGGGTCGAGCACAATAACGACTTCGCCCAGTTCATCGCCCCGGCCGCCGGCTTCAACAGCGGCGTGCTGTGGAAAAACCCACTGGGCAACCTGAGCCTCGAAGCAAAGGGCGATTACTTCGTCAACGGCGAAGTGCGCCGTAGCCTGAGCCTGAATCAGCAGTGGGAATTGTCGCGCAACCTCGGTCTGCGCCTGAGCGCCCAGCGCGAATTCAGCCAATTGGCTTCGCCGGAAACCGAGGTGATGCTCGAAGTGAAGTGGTACCACTACTGA MLKRLAWLALCVCAPLSAAPHVDPQRLQQLANDRFWISLGHYETAKLGGWRSYVSDRKFFLAPDGNEHPDRELTATLQALYGPASAGQQHAQCVYPARTRWLKAQLNLTDLPAVNCSEFTQWFKDVSPHSAVMIFPAAYLNSPSSMFGHTLLRIDQADVQSDKTALLSYAINFGAYIEGSDNSLLYAWKGLMGGYPGLFALVPYQEKLSEYRSLENRDLWEYRLNLSQAETERMVEHVWELKQIQFDYFFFDENCSYRLLELLQVARPSLRLTEQFPLTAIPTDTVKAVKEAGLVESIQYRPSRERELLSRAEPLSDDEQQWVQKVSADQQQLQAPAFKALPRQRQALIIDAAYRLERYRANGQERDPQRAQRSFELLRAINRNPAPELDIPQPGLPEDGHESRTWQAGLGTRGDRAFGEYGLRMAYHDLNDNAESFPLGAQIEILQLKLRQYEGNDWQLQQLDLATIRSLTPRNELLQPLSWQVTGGLERVPGKHDDETLVSHVNGGAGGTWALGEDVLGFALGTVRVEHNNDFAQFIAPAAGFNSGVLWKNPLGNLSLEAKGDYFVNGEVRRSLSLNQQWELSRNLGLRLSAQREFSQLASPETEVMLEVKWYHY NA NA NA NA NA D1-35_04852 489 hypothetical protein ATGAAACGGATTCTTCTCGGTACTCTCTTCACCGCTGTATCCATCAACGCCATGGCTCAGGCCCCGGGCGGCCCGGATTGCGGTTGGGGCAACATGCTGTTCGAAGGCCAGCGTGGCACCCCGGCGCATTTCCTCGCATCCACCACCAACGGCACCTCCGGCAACGCCACCTTCGGCATGACCTCCGGCACCAACGGCTGCTCGACCAACGCGGCACTGACCTACGGTGGCAAGTCCTGGCTGGCCATGAATGGCATGATGAACGAGCTGTCCGAAGACATGGCCAAGGGTCAGGGTGAAGCACTGACCACCTACGCCGTGGTACTGGGCGTGGCGCCGGAAGACCGCGCGCACTTCTCCGCTGTGACCCACGAGCACTTCCAGCAGATCTTCAGCAAGGCTGACGTGACCGCCGAAGACGTGCATACCAACACCCTGGCCGTGCTGAAAAACGACCCTCGCCTGGCCAAGTACGCTACTCAAGCTTAA MKRILLGTLFTAVSINAMAQAPGGPDCGWGNMLFEGQRGTPAHFLASTTNGTSGNATFGMTSGTNGCSTNAALTYGGKSWLAMNGMMNELSEDMAKGQGEALTTYAVVLGVAPEDRAHFSAVTHEHFQQIFSKADVTAEDVHTNTLAVLKNDPRLAKYATQA NA NA NA NA NA D1-35_04853 2439 hypothetical protein ATGCCTGATCCTGTTGCTGCCAGCTTGCGTCTAGCGCCCGAAGCGCTGACCCGTCCGTTTTCCGCTGAACAGTTCAGCTTCTCTACCACCAATGATCTGGAGCCCTTTCGCGGTGTGCTTGGCCAGGAACGCGCGGTCGAAGCCTTGCAGTTCGGTGTGGCGATGCCACGCCCCGGTTACAACGTCTTTGTCATGGGCGAGCCCGGCACCGGTCGGTTCTCGTTCGTCAAACGCTACCTCAAGGCCGAGGGCAAGCGCATGCAGACCCCGGCGGACTGGGTCTATGTCAATAACTTCGACGAGCCTCGCGAGCCGCGTGCCCTGGAATTGCCGTCGGGCACGGCCGGGGCATTCATCGCCGACATCAATGGCCTGATCGACAATCTGCTGGCGACTTTTCCGGCGGTGTTCGAGCATCCGTCCTACCAACAGAAAAAAAGCGCGATCGACCGCGCCTTCAATCAGCGCTACGACCGCGCCCTCGATGTGATCGAGCGCCTGGCTTTGGAAAAGGATGTCGCGCTGTACCGTGACAGCAGCAACATCGCCTTTACGCCGATGAGCGAAGGCAAGGCCCTGGATGAAGCGGAGTTCGCCCAGTTGCCAGAGGCCGATCGCGAGCGCTTCCATGAGGACATTTCCAATCTGGAGGAGCGTCTGAACGAAGAGCTCGCCAGCCTGCCGCAGTGGAAACGCGAATCCAACAACCAACTGCGCCAGCTCAACGAAGAAACCATCACCCTGGCCTTGCAGCCGTTGCTCGCGCCGCTCTCGGAAAAATACGCCGAGAATGCCGCCGTCTGCGGCTACCTGCAGGCCATGCAGGTCTACCTGCTCAAGACCGTGGTCGAGCAATTGGTCGACGACAGCAAGACCGACGCCGTCGCCCGCAAATTGCTCGAGGAGCAATACGCGCCGAGCCTGGTGGTGGGGCATCCGGCGAGCGGTGGCGCGCCGGTGGTGTTCGAACCGCACCCGACCTACGACAACCTGTTCGGGCGCATCGAGTACAGCACCGATCAGGGCGCGCTCTACACCACGTATCGGCAGTTGCGCCCGGGTGCCTTGCACCGGGCCAACGGCGGGTTCCTGATTCTTGAGGCGGAAAAGATGCTCGGCGAGCCGTTCGTGTGGGATGCGCTCAAGCGCGCCCTGCAATCGCGCAAGCTGAAGATGGAGTCGCCGTTGGGTGAGCTGGGGCGGCTGGCGACGGTCACCCTGACGCCGCAACATATTCCGTTGCAGGTCAAGGTGGTGATCATCGGCGCCCGCCAGCTGTACTACGCGTTGCAGGACCTGGATTCGGACTTCCAGGAAATGTTTCGCGTGCTGGTGGACTTCGACGAAGACATCCCGATGGGCGACGAGAGCCTGGAGCAGTTTGCCCAGTTGCTCAAGACCCGAACCTCGGAGGAGGGCATGGCCCCGCTTACCGCCGATGCGGTGGCGCGCCTGGCCACTTACAGCGCGCGCCTGGCGGAGCATCAGGGGCGCCTGTCGGCGCGGATCGGTGATCTGTTCCAATTGGTCAGCGAAGCGGACTTCATCCGGCAGTTGGCCGGCGATGACATGACCGATGCCGGCCACATCGAGCGCGCCCTCAAGGCCAAGGCGACTCGCACCGGACGGGTTTCGGCGCGGATCCTCGACGACATGCTGGCCGGGATCATCCTGATCGATACCGACGGCGCGGCCGTGGGCAAGTGCAACGGGCTGACCGTGCTGGAAGTGGGGGATTCGGCGTTTGGCGTGCCGGCGCGGATTTCCGCCACGGTGTACCCGGGCGGCAGCGGTATCGTCGACATCGAGCGTGAGGTCAACCTCGGCCAGCCGATCCACTCCAAGGGTGTGATGATCCTCACCGGGTACCTGGGCAGCCGTTATGCCCAGGAATTCCCCCTGGCGATTTCGGCCAGCATCGCCCTGGAGCAATCCTACGGTTATGTGGACGGTGACAGCGCCTCCCTGGGCGAGGCTTGCACGTTGATCTCGGCCCTGTCGAAGACGCCGTTGAAGCAGTGCTTCGCCATCACCGGTTCGATCAACCAGTTCGGCGAAGTGCAGGCGGTCGGTGGGGTCAACGAGAAGATCGAAGGGTTCTTCCGCCTCTGCGAAGCCCGCGGGCTGACGGGAGAGCAGGGTGCGATCATCCCGCAGGCCAACGTTGCGACCCTGATGCTCGACGAGAAGGTGCTGGCCGCGGTGCGAGCGGGGCAGTTCCACGTCTATGCCGTGCGCCAGGCCGACGAGGCATTGAGCCTGCTGGTGGGCGAACCTGCCGGTGAGCCGGATGAAAACGGCGAGTTCCCGGAGGGCAGCGTCAACGCTCGCGTGGTGGAGCGGCTACGGGTGATCGCGGAAATGATCAGCGAAGACGACATCAAGGAAGCGGAAAAGGAAATGGCCCAGCAGGCCCTGGCGGAGGCGAAGCCTGCGTAA MPDPVAASLRLAPEALTRPFSAEQFSFSTTNDLEPFRGVLGQERAVEALQFGVAMPRPGYNVFVMGEPGTGRFSFVKRYLKAEGKRMQTPADWVYVNNFDEPREPRALELPSGTAGAFIADINGLIDNLLATFPAVFEHPSYQQKKSAIDRAFNQRYDRALDVIERLALEKDVALYRDSSNIAFTPMSEGKALDEAEFAQLPEADRERFHEDISNLEERLNEELASLPQWKRESNNQLRQLNEETITLALQPLLAPLSEKYAENAAVCGYLQAMQVYLLKTVVEQLVDDSKTDAVARKLLEEQYAPSLVVGHPASGGAPVVFEPHPTYDNLFGRIEYSTDQGALYTTYRQLRPGALHRANGGFLILEAEKMLGEPFVWDALKRALQSRKLKMESPLGELGRLATVTLTPQHIPLQVKVVIIGARQLYYALQDLDSDFQEMFRVLVDFDEDIPMGDESLEQFAQLLKTRTSEEGMAPLTADAVARLATYSARLAEHQGRLSARIGDLFQLVSEADFIRQLAGDDMTDAGHIERALKAKATRTGRVSARILDDMLAGIILIDTDGAAVGKCNGLTVLEVGDSAFGVPARISATVYPGGSGIVDIEREVNLGQPIHSKGVMILTGYLGSRYAQEFPLAISASIALEQSYGYVDGDSASLGEACTLISALSKTPLKQCFAITGSINQFGEVQAVGGVNEKIEGFFRLCEARGLTGEQGAIIPQANVATLMLDEKVLAAVRAGQFHVYAVRQADEALSLLVGEPAGEPDENGEFPEGSVNARVVERLRVIAEMISEDDIKEAEKEMAQQALAEAKPA NA NA NA NA NA D1-35_04854 342 hypothetical protein ATGTCGCGCAACCTTTGTCTTACTCGCCACTGCCTGGGTCTGGTGACCCGTATCGAATGCGCCGTTCGTCCGCTCGCTGGCAACACCGGCATGTGGACTGTACTGTTCGCCGCCGGAATGGCCGGCGAGCAACCTACCGCGATCAAGGCCCAAGGGCCGTTCCCTGGCCCGACTGCCGCTGAAACCCTCCTCGACACCATCGTCCAGAACCTGACATTGCACGGTTATGAGCTGGCTGATGATCCGCAGATCTGGTCGCTGCACATGCAGGCACAGCTACGGGAAATCAACGGAGGCCGTTGTCGCAACGTCGGCGGCGTCGAATATCGCCCGCTGCATTGA MSRNLCLTRHCLGLVTRIECAVRPLAGNTGMWTVLFAAGMAGEQPTAIKAQGPFPGPTAAETLLDTIVQNLTLHGYELADDPQIWSLHMQAQLREINGGRCRNVGGVEYRPLH NA NA NA NA NA D1-35_04855 489 hypothetical protein ATGGAACGCTTTATCGAAAATGCAATGTATGCCTCCCGTTGGCTACTGGCGCCGATCTACTTCGGGTTGTCCCTGGGCTTGCTGGCCCTGGCACTGAAATTCTTCCAGGAAGTCTTTCATATCATTCCCAACGTATTTGCCATGGCCGAGTCCGAGCTGATCCTGGTGCTGTTGTCGCTGATCGACATGGCGCTGGTAGGCGGCCTGCTGGTGATGGTGATGATTTCCGGCTACGAGAACTTCGTCTCGCAACTGGACATCGACTCCGACAAGGAAAAGCTCAACTGGCTGGGCACCATGGATTCCTCGTCGCTGAAGATGAAAGTCGCGGCGTCGATCGTTGCCATTTCGTCCATCCACTTGCTGCGTATTTTCATGGACGCCAAGAACGTCGATCCCGAGCACCTGATGTGGTACGTGATCATCCACATGACCTTCGTGGTCTCGGCATTCGCCATGGGCTATCTGGACAAACTGACCAAGCATTGA MERFIENAMYASRWLLAPIYFGLSLGLLALALKFFQEVFHIIPNVFAMAESELILVLLSLIDMALVGGLLVMVMISGYENFVSQLDIDSDKEKLNWLGTMDSSSLKMKVAASIVAISSIHLLRIFMDAKNVDPEHLMWYVIIHMTFVVSAFAMGYLDKLTKH NA NA NA NA NA D1-35_04856 618 fklB_2 COG0545 FKBP-type 22 kDa peptidyl-prolyl cis-trans isomerase ATGTCCGAAGTTAACCTGTCCACCGACGAAACCCGCGTCAGCTACGGCATCGGCCGTCAGTTGGGCGACCAACTGCGCGACAACCCGCCGCCGGGCGTCAGCCTGGACGCGATCCTCGCCGGCCTGACCGACGCTTTCGCCGGCAAGCCGAGCCGCGTGGGCCAGGACGAGATGTCCGCAAGCTTCAAGGTGATCCGCGAAATCATGCAGGCCGAAGCCGCCGCCAAGGCTGAAGCCGCTGCTGGCGAAGGCCGTGCATTCCTGGTCGAAAACGCCAAGCGCGAAGGCATCACCACCCTGGCGTCCGGCCTGCAGTTCGAAGTGCTGACCCAGGGCGAAGGCGCCAAGCCGACTCGCGAAGACCAGGTGCGTACCCACTACCATGGCACCCTGATCGACGGCACTGTGTTCGACAGCTCCTACGATCGTGGCCAGCCAGCCGAATTCCCGGTAGGTGGCGTGATCCCGGGCTGGACCGAAGCGCTGCAACTGATGAACGCCGGCAGCAAATGGCGCCTGTACGTGCCGAGCGAACTGGCCTACGGCGCCCAGGGCGTTGGCAGCATTCCACCGCACAGCGTGCTGGTGTTTGACGTCGAGCTGTTGGACGTTCTGTAA MSEVNLSTDETRVSYGIGRQLGDQLRDNPPPGVSLDAILAGLTDAFAGKPSRVGQDEMSASFKVIREIMQAEAAAKAEAAAGEGRAFLVENAKREGITTLASGLQFEVLTQGEGAKPTREDQVRTHYHGTLIDGTVFDSSYDRGQPAEFPVGGVIPGWTEALQLMNAGSKWRLYVPSELAYGAQGVGSIPPHSVLVFDVELLDVL PGPT0015110_204 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767 NA NA D1-35_04857 258 hypothetical protein ATGACTTATTTGATCGATGCCTGGCTGGACCGCCCACATCCCTACCTCAGAATCCTGCATCGGGAAACCGGCGAAGTCTGTGCGGTGCTCGAAGAAGAAGCCTTGAACGAGCTGCAGGACCAAGGCGACCTGGACCTCAACAGCCTCAATTCCAGTGAGCCGCTGGTGCTCAAGGAGCTGGTGCGTAACCTGTTCCTGTTCTGCTACGCCCGGGCGTTGCGCCCGACGGGTGATTTCAGTGGCAGGTTCCATGGATGA MTYLIDAWLDRPHPYLRILHRETGEVCAVLEEEALNELQDQGDLDLNSLNSSEPLVLKELVRNLFLFCYARALRPTGDFSGRFHG NA NA NA NA NA D1-35_04858 342 hypothetical protein GTGAGCACGTTGCCTCCCTGCCCGAAATGCAATTCCGAATACACCTACGAAGACGGTACTCAACTGGTCTGCCCGGAGTGTGCCCACGAATGGTCCGCCAGCGGCGAAGCTGAAGCGCCGTCCGACGATACGGTGAAAAAAGATTCGGTCGGCAACGTCCTGCAGGACGGCGATACCATCACCGTGATCAAGGACCTCAAGGTCAAGGGCACTTCGCTGGTGGTCAAGGTCGGCACCAAGGTGAAGAATATCCGCCTGTGCGATGGCGACCACGACATCGACTGCAAGATCGACGGCATCGGCCCGATGAAGCTCAAATCCGAGTTCGTCAGAAAGGTCTGA MSTLPPCPKCNSEYTYEDGTQLVCPECAHEWSASGEAEAPSDDTVKKDSVGNVLQDGDTITVIKDLKVKGTSLVVKVGTKVKNIRLCDGDHDIDCKIDGIGPMKLKSEFVRKV PGPT0030500_1229 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030500-phnA|yjdM-K06193 D1-35_04859 969 ispB COG0142 Octaprenyl diphosphate synthase ATGCAACCCCAAGCTTTCTACCGCGCTGTGGCGGACGATTTTAGCGCCGTCGACGGTATCATCAAGAAGCAGCTGACTTCCCGAGTGCCGCTGGTATCGAAAATCGGCGACTACATCACTTCGGCCGGGGGCAAGCGCCTGCGTCCTCTATTGGTGCTTTTGTGCGGCAAGGCCCTGGGTCGCGAAGGCGACGACATGCGCCTGCTGGCCGCCACCATCGAATTTTTGCACACCGCGACGCTGCTGCATGACGACGTGGTCGACATGTCCGGCATGCGCCGTGGCCGCTCGACCGCCAACGCGATGTGGGGCAACGCCCCAAGCGTGCTGGTGGGCGACTTCCTGTATTCGCGCTCGTTCGAAATGATGGTCGAACTGGGCTCGATGCCGGTGATGAAGATTCTGTCCCAGGCCACGCGCATCATCGCCGAAGGCGAAGTGTTGCAGTTGTCCAAGGTCCGCGACGCCAGCACCACCGAAGAAACCTACATGGAAGTCATCCGCGGCAAGACCGCGATGCTCTTCGAAGCCTCGACTCACAGCGCCGCCGCCCTGGCCGGCGCCACCGCCGAGCAGAGCGAAGCCCTGCGCACCTTCGGCGATCACTTGGGCGTGGCGTTCCAACTGGTAGACGACCTGCTGGACTACAAGGGCGACGCCGACACCCTGGGCAAGAATGTCGGTGACGACCTGGCCGAAGGCAAGCCAACCCTGCCGCTGATCTACACCATGCGCGAAGGCACGCCGGAACAGGCCGCGCTGGTCCGCCAGGCGATCCAGAAAGGCGGGATTGAGGATCTGGAAAGCATCCGTGCGGCGGTTGAAGCTTCCGGTTCGCTGGACTACACCGCAACCCTGGCCCGGGACTACGTTGCCCGTGCGATCAAGTGCCTCGACGCCCTGCCGGCCAGCGAATACCGCGACGCGCTGGTGGAACTGAGCGAATTTGCGGTGGCGCGTACGCACTGA MQPQAFYRAVADDFSAVDGIIKKQLTSRVPLVSKIGDYITSAGGKRLRPLLVLLCGKALGREGDDMRLLAATIEFLHTATLLHDDVVDMSGMRRGRSTANAMWGNAPSVLVGDFLYSRSFEMMVELGSMPVMKILSQATRIIAEGEVLQLSKVRDASTTEETYMEVIRGKTAMLFEASTHSAAALAGATAEQSEALRTFGDHLGVAFQLVDDLLDYKGDADTLGKNVGDDLAEGKPTLPLIYTMREGTPEQAALVRQAIQKGGIEDLESIRAAVEASGSLDYTATLARDYVARAIKCLDALPASEYRDALVELSEFAVARTH PGPT0007525_2302 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007525-ispB-K02523 NA NA D1-35_04860 315 rplU COG0261 50S ribosomal protein L21 ATGTCGTACGCAGTAATTGTTACTGGTGGCAAGCAATACAAGGTCGCCCCAGGTGAATACCTGAAGATCGAAAAACTGGAAATCGCTACCGGCGAATCCGTGACTTTTGATCGCGTTCTGTTGGTCGCCAATGGCGACGACGTGAATATCGGCGCTCCAGTCGTTGCTGGCGCTACCGTTGTGGCTGAAGTGATCTCCCAAGGTCGTCACGATAAAGTCCGCATCATCAAGTTCCGTCGTCGTAAGCACCACATGAAGCGTATGGGCCACCGCCAGTGGTACACCGAGATCAAAATCACCGGTATTCAGGCTTAA MSYAVIVTGGKQYKVAPGEYLKIEKLEIATGESVTFDRVLLVANGDDVNIGAPVVAGATVVAEVISQGRHDKVRIIKFRRRKHHMKRMGHRQWYTEIKITGIQA NA NA NA NA NA D1-35_04861 258 rpmA COG0211 50S ribosomal protein L27 ATGGCACACAAAAAAGCTGGTGGTAGTACCCGTAACGGTCGCGACTCAGAAGCCAAACGCCTTGGCGTGAAGATGTATGGCGGCCAGGCTATCAAAGCGGGCAACATCATCGTGCGTCAGCGCGGCACCCAATTCCACGCTGGCTACGGCGTTGGCATGGGCAAGGATCACACCCTCTTCGCTAAAGTCGAAGGCGTGATCAAGTTCGAAGTAAAAGGCGCCTTCGGTCGTCGTTACGTAAGCGTTATCGCAGCTTAA MAHKKAGGSTRNGRDSEAKRLGVKMYGGQAIKAGNIIVRQRGTQFHAGYGVGMGKDHTLFAKVEGVIKFEVKGAFGRRYVSVIAA NA NA NA NA NA D1-35_04862 1224 obg GTPase Obg ATGAAGTTTGTTGATGAAGTATCGATTCGAGTAAAGGCTGGCGACGGCGGCAATGGTTGCATGAGTTTCCGTCGGGAAAAATTCATTGAAAACGGTGGTCCGAACGGTGGTGACGGGGGCGATGGCGGCTCGATCTACATGCTCGCCGATGAAAACCTCAACACCTTGGTGGATTACCGTTACACCCGGCATTTCGATGCCGAGCGTGGTTCCAACGGCGGCAGCACCGACTGCACCGGCAAGAAGGGCGAAGACCTGATCCTGCGTGTGCCGGTCGGTACCACAGTAATCGACTCCGCCACCCAGGAGGTCATCGGCGACCTGACCAAGGCTGGTCAGCGCCTGCTGGTGGCTCATGGCGGCTGGCACGGTCTGGGTAACACCCGCTTCAAATCCAGTACCAACCGCGCGCCGCGCCAGACTACGCCGGGCAAGCCAGGCGAGCAGCGTGACCTGAAGCTGGAAATGAAAGTGCTGGCCGACGTCGGTCTGCTGGGCCTGCCGAACGCAGGTAAGAGTACGTTCATTCGCTCGGTGTCGGCGGCCAAGCCGAAAGTCGCCGATTACCCGTTCACCACCCTGGTGCCGAACCTGGGCGTGGTCAGTGTCGATCGCTGGAAAAGCTTCGTGATCGCCGACATTCCGGGGTTGATCGAAGGTGCCTCCGAAGGTGCTGGCCTGGGGATTCGTTTCCTCAAGCATTTGTCCCGCACCCGTCTGTTGCTGCACCTCGTCGACATGGCGCCGCTGGATGAAACCGATGCCGCCGATGCCGCCGAGGTTATCGTCAACGAGCTGACCAAATTCAGCCCGGCCCTGGCCGAGCGCGACCGTTGGCTGGTGCTCAACAAGTGCGACCAGATCCTCGAAGAAGAGCACGAAGAGCGGGTCAAGGAAATCGTTGATCGCCTGGAGTGGGAAGGTCCGGTCTACATGATCTCGGCCATTGCCAAAGAAGGCACCGAGCGCCTTTGCCACGACATCATGCGTTACCTGGAAGATCGTGCTGATCGCCTGGCCAATGATCCGGCCTACAAGGAAGAACTGGCCGAGCTCGACCAGCGCATCGAAGACGAGGCGCGCGCCCAGTTGCAGGCGCTGGATGACCAGCGTGCCCTGCGCCGCAGCGGCGTCAAGTCGGTCCATGACATCGGTGATGACGATTGGGACGAAGAGGATGTGGATGACGAAGACGGTCCGGAAATCATCTACGTTCGCGACTGA MKFVDEVSIRVKAGDGGNGCMSFRREKFIENGGPNGGDGGDGGSIYMLADENLNTLVDYRYTRHFDAERGSNGGSTDCTGKKGEDLILRVPVGTTVIDSATQEVIGDLTKAGQRLLVAHGGWHGLGNTRFKSSTNRAPRQTTPGKPGEQRDLKLEMKVLADVGLLGLPNAGKSTFIRSVSAAKPKVADYPFTTLVPNLGVVSVDRWKSFVIADIPGLIEGASEGAGLGIRFLKHLSRTRLLLHLVDMAPLDETDAADAAEVIVNELTKFSPALAERDRWLVLNKCDQILEEEHEERVKEIVDRLEWEGPVYMISAIAKEGTERLCHDIMRYLEDRADRLANDPAYKEELAELDQRIEDEARAQLQALDDQRALRRSGVKSVHDIGDDDWDEEDVDDEDGPEIIYVRD NA NA NA NA NA D1-35_04863 1119 proB Glutamate 5-kinase ATGCGGAGCAAGGTGACGGGTGCGCAACGCTGGGTCGTGAAGATCGGCAGCGCACTGCTGACGGCGGATGGCAAGGGCCTGGATCGCCAGGCGATGGCGGTGTGGGTCGAGCAGATGGTGGCCCTGCATGAGGCGGGCGTCGAGCTGGTACTGGTCTCCTCGGGTGCCGTGGCGGCCGGCATGAGCCGTTTGGGCTGGACGTCGCGACCCAGCGCGATGCACGAACTGCAGGCCGCTGCCGCCATTGGCCAGATGGGCCTGGTGCAGGCGTGGGAGTCGAGCTTTGCCGAGCATGATCGCCACACGGCGCAGATCCTGCTGACCCACGACGACCTGTCGGACCGCAAGCGTTATCTCAATGCCCGTAGTACGCTGCGAGCGTTGGTGGAGCTGAAAGTCATCCCGGTGATCAACGAGAACGACACGGTGGTCACCGACGAAATCCGTTTCGGCGACAACGACACGCTCGCGGCGCTGGTAGCCAACCTCGTGGAAGCCGACCTGCTGGTGATTCTCACGGATCGCGACGGCATGTTCGACGCCGATCCGCGCAATAACCCTGATGCCAGGCTGATCTACGAAGCCCGAGCCGACGATCCCGCGCTGGATGCGGTGGCGGGTGGCACTGGCGGAGCCCTGGGGCGCGGCGGCATGCAGACCAAGCTGCGTGCGGCGCGTCTGGCGGCGCGCTCTGGCGCCCATACCATCATCGTTGGCGGTCGGTTGGAGCGGGTGCTGGATCGCCTCAAGGCCGGGGAGCGCATCGGTACGCTGCTGTCGCCTGAGCGCGGCATGCTGGCGGCGCGCAAACAGTGGCTGGCCGGGCATCTGCAAACCCGGGGCACGCTGGTGCTGGACGCCGGTGCCGTGTCGGCGCTGTCCCAAGGTAATAAAAGCCTGCTGCCGGTAGGCGTGAAGCTGGTCCAGGGCAGCTTCCGCCGCGGCGAAATGGTCGTTTGCGTAGCGCCGGATGGTCGAGAGATTGCCCGGGGCCTGGCCAACTACAGCGCGCTGGAAGCACAGAAAATCATCGGCCAATCGTCTGATGCGATTGTTGGTCTGCTGGGTTACATGGCTGAGCCTGAGCTGGTTCACCGTGACAACCTGATCCTCGTCTAA MRSKVTGAQRWVVKIGSALLTADGKGLDRQAMAVWVEQMVALHEAGVELVLVSSGAVAAGMSRLGWTSRPSAMHELQAAAAIGQMGLVQAWESSFAEHDRHTAQILLTHDDLSDRKRYLNARSTLRALVELKVIPVINENDTVVTDEIRFGDNDTLAALVANLVEADLLVILTDRDGMFDADPRNNPDARLIYEARADDPALDAVAGGTGGALGRGGMQTKLRAARLAARSGAHTIIVGGRLERVLDRLKAGERIGTLLSPERGMLAARKQWLAGHLQTRGTLVLDAGAVSALSQGNKSLLPVGVKLVQGSFRRGEMVVCVAPDGREIARGLANYSALEAQKIIGQSSDAIVGLLGYMAEPELVHRDNLILV PGPT0014220_2010 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931 NA NA D1-35_04864 465 hypothetical protein ATGGGTTTGGCAAAAGGATTGATCGGCTTGCTGGTGGCGCTGCCGCTATTGGCCTCTGCCGAGGAAATCGGGCAGGTGTCCACGGTGTTCAAGTTTGTCGGGCCAAACGACCGGATCGTGGTCGAGGCGTTCGATGATCCCAGGGTCGATGGCGTGACCTGCTATCTGTCGCGGGCCAAGACCGGCGGCGTAAAAGGTGGCCTGGGGCTGGCCGAAGATCGCGCCGAGGCGTCCATCGCCTGCCGCCAGGTCGGGCCGATCAGCTTCAAGGGCGAGCTCAAGGATGGCGAGGAGGTCTTCAGGGAGCGCACCTCGCTGGTCTTCAAGACCATGCAGGTGGTGCGTTTTCTCGACAAGAAGCGCAATACGTTGGTGTACCTGGTCTACAGCGACCGTGTGATCGAGGGTAGCCCGCAGAATGCGGTGACGGCGATTCCGATCCTGCCTTGGGCCAAGGCTCAATAA MGLAKGLIGLLVALPLLASAEEIGQVSTVFKFVGPNDRIVVEAFDDPRVDGVTCYLSRAKTGGVKGGLGLAEDRAEASIACRQVGPISFKGELKDGEEVFRERTSLVFKTMQVVRFLDKKRNTLVYLVYSDRVIEGSPQNAVTAIPILPWAKAQ NA NA NA NA NA D1-35_04865 279 rpsT COG0268 30S ribosomal protein S20 GTGGCCAACTCACCTTCCGCCAAAAAACGTGCAAAACAGGCTGAGAAGCGTCGCAGCCACAACGCCAGCCTGCGTTCCATGGTCCGTACCTACATCAAAAACGTAGTCAAGGCCATCGACGCAAAAGACGCTGAAAAAGCACAAGCTGCTTACGTTCTGGCTGTGCCAGTTATCGACCGCATGGCCGATAAAGGCATCATCCACAAGAACAAGGCTGCTCGCCATAAGAGCCGCCTGAATGGCCACGTAAAGGCCTTGAACGTTGCTGCTGCTGCCTAA MANSPSAKKRAKQAEKRRSHNASLRSMVRTYIKNVVKAIDAKDAEKAQAAYVLAVPVIDRMADKGIIHKNKAARHKSRLNGHVKALNVAAAA NA NA NA NA NA D1-35_04866 1539 murJ COG0728 putative lipid II flippase MurJ ATGAATCTGCTCAAATCGTTGGCTGCCGTCAGCTCTATCACGATGCTTTCCCGGGTTCTGGGATTCGTTCGCGATACGCTGATCGCGCGGATATTCGGTGCCGGAATGGCCACCGACGCCTTCTTCATCGCCTTCAAGCTGCCAAACCTGCTGCGGCGGATCTTCGCCGAAGGGGCCTTTTCCCAGGCCTTCGTGCCGATCCTGGCTGAATACAAAAGCCAGAAGGGCGACGAGGCGACCCGCACTTTCATCGCTTATGTGACCGGTTTGCTCACGCTGGTGCTGGCGCTGGTCACCGCGGCCGGCATGCTCGCCGCGCCTTGGGTGATCTGGGCCACCGCGCCAGGTTTCACCGACACGCCGGAAAAATTCCAGCTCACCTCCGACCTGTTGCGGGTGACCTTTCCTTATATATTGCTGATTTCCCTGTCATCGCTGGCCGGGGCGATCCTCAATACCTGGAACCGTTTCTCGGTGCCGGCCTTCGTGCCGACGCTGCTCAATGTCAGCATGATCGTCTTCGCACTGTTCCTGACGCCGTACTTCGATCCGCCGGTGATGGCCCTGGGTTGGGCGGTGCTGGTCGGCGGCCTGGCGCAATTGCTCTATCAACTGCCCCACCTGAAAAAGATCGGCATGCTGGTACTGCCGCGCCTGAACTTGCGCGACAGTGGCGTGTGGCGCGTCATGAAGCAGATGCTGCCGGCCATTCTCGGGGTGTCGGTGAGCCAGATTTCCCTGATCATCAACACTATTTTCGCCTCGTTCCTGGTGGCCGGCTCGGTCTCGTGGATGTACTACGCCGACCGCTTGATGGAGCTGCCTTCCGGCGTACTGGGCGTGGCGCTGGGCACGATTCTGCTGCCTACCCTGGCCAAGACCTACGCCAGCCAGGACCGTCATGAATACTCGCGCATCCTCGACTGGGGCCTGCGCCTGTGCTTCGTGCTGGTCCTGCCTTGTGCGCTGGCGCTGGGGATCCTTGCCGAGCCGCTGACGGTTTCGCTGTTCCAGTATGGCCAGTTCAATGCGTTTGATGCCTTGATGACCCAGCGCGCGCTGATCGCCTATTCGGCGGGCTTGCTTGGAATCATTGTGATCAAGGTCCTGGCGCCGGGTTTCTACGCCCAGCAGAACATTCGCACGCCGGTGAAGATCGCCATCTTTACCTTGGTGATGACCCAGCTGTTCAACCTGCTGCTCATCGGACCCCTGGCCCATGCCGGCCTGGCCTTGGCGATCAGCGCCGGTGCCTGCCTCAACGCCGGGCTGCTGTTCTACCAGTTGCGCAAACAGAAGATGTATCAGCCGCAGCCCGGCTGGGTCAGGTTCGGCCTCAAGCTGCTGGTCGCCGTAGCGGTGATGTCGGCGGTGTTGCTGGCGGGGATGCATTTCATGCCGGCTTGGGGTGAAGGGCAGATGTTCGAGCGCTTCCTGCGCCTGGGCGTGCTGGTCGTGGCCGGCGTGGTGGCTTATTTCGGCATGTTGCTGCTAATGGGATTCCGTCTGCGCGACTTCAATCGCAAGGCCTTGAGCTGA MNLLKSLAAVSSITMLSRVLGFVRDTLIARIFGAGMATDAFFIAFKLPNLLRRIFAEGAFSQAFVPILAEYKSQKGDEATRTFIAYVTGLLTLVLALVTAAGMLAAPWVIWATAPGFTDTPEKFQLTSDLLRVTFPYILLISLSSLAGAILNTWNRFSVPAFVPTLLNVSMIVFALFLTPYFDPPVMALGWAVLVGGLAQLLYQLPHLKKIGMLVLPRLNLRDSGVWRVMKQMLPAILGVSVSQISLIINTIFASFLVAGSVSWMYYADRLMELPSGVLGVALGTILLPTLAKTYASQDRHEYSRILDWGLRLCFVLVLPCALALGILAEPLTVSLFQYGQFNAFDALMTQRALIAYSAGLLGIIVIKVLAPGFYAQQNIRTPVKIAIFTLVMTQLFNLLLIGPLAHAGLALAISAGACLNAGLLFYQLRKQKMYQPQPGWVRFGLKLLVAVAVMSAVLLAGMHFMPAWGEGQMFERFLRLGVLVVAGVVAYFGMLLLMGFRLRDFNRKALS PGPT0024200_3303 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_LIPID_II_FLIPPASE_ACTIVITY,PGPT0024200-murJ|mviN-K03980 NA NA D1-35_04867 939 ribF COG0196 Bifunctional riboflavin kinase/FMN adenylyltransferase ATGCAGCTGGTTCGAGGCCTCCACAACCTGCGTCCCCGGCATCGGGGCTGTGTCGCCACTATTGGCAACTTCGACGGTGTTCACCGTGGCCACCAGGCTATCCTGGCGCGGCTGCGCGAGCGTGCGCTGGAGTTGGGCCTGCCCAGCTGCGTGGTGATCTTCGAGCCGCAGCCCCGGGAGTTCTTTGCTCCGGACACCGCTCCGGCGCGTCTGGCCCGGTTGCGTGACAAACTGCAACTGCTGGCCGCCGAAGGCGTCGATCGGGTCCTCTGCCTGGCCTTCAACCAGCGCCTGAGCCAGCTCAGCGCCGCCGAGTTTGTCGATACCATCCTGGTGGACGGTCTCGACGTGAAGCATCTGGAAGTCGGCGACGATTTCCGTTTCGGCTGCGACCGGGCAGGGGATTTCGATTACCTGCAACAGGCCGGCATCGCCCAGGGCTTCACCGTCGAAGCGGCACAGACCGTCGAAATGGACGGTTTGCGCGTCAGCAGCACCCAGGTCCGCAATGCCCTGGCGGCGGCGGACTTCGAATTGGCCGAGCGCTTGCTCGGCCGGCCGTACCGGATTGCCGGGCGGATCCTGCACGGGCAGAAACTGGCGCGCCAATTGGGCACGCCGACGGCCAACGTGCAACTCAAGCGCCGTCGTGTGCCGTTGACTGGGGTGTTCCTGGTGAGTGTCGACATCGACGGCAAGACCTGGCCCGGCGTCGCCAATATCGGCGTACGCCCCACGGTGCAGGGGGATGGCAAGGCCCATCTCGAAGTACACATTCTGGATTTTGCCGGCGATCTGTATGACCGGCGTTTGACGGTGGTTTTCCACCAGAAGCTGCGTGAAGAGCAGCGTTTTGCCTCTCTGGAGGCGCTCAAGACGGCGATCCATGCAGATATCGCCGCCGCCCGTGCCCTTGTCGCAACCAGCGCCAATCGCTAA MQLVRGLHNLRPRHRGCVATIGNFDGVHRGHQAILARLRERALELGLPSCVVIFEPQPREFFAPDTAPARLARLRDKLQLLAAEGVDRVLCLAFNQRLSQLSAAEFVDTILVDGLDVKHLEVGDDFRFGCDRAGDFDYLQQAGIAQGFTVEAAQTVEMDGLRVSSTQVRNALAAADFELAERLLGRPYRIAGRILHGQKLARQLGTPTANVQLKRRRVPLTGVFLVSVDIDGKTWPGVANIGVRPTVQGDGKAHLEVHILDFAGDLYDRRLTVVFHQKLREEQRFASLEALKTAIHADIAAARALVATSANR PGPT0008625_1627 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 D1-35_04868 2832 ileS COG0060 Isoleucine--tRNA ligase ATGACCGACTATAAAGCCACGCTAAACCTTCCGGACACCGCCTTCCCAATGAAGGCCGGCCTGCCTCAGCGCGAACCACAGATTCTGCAGCGTTGGGACAGCATTGGCCTGTACGGAAAGTTGCGCGAAATTGGCAAGGATCGTCCGAAGTTCGTCTTGCACGACGGCCCTCCGTACGCCAACGGCACCATCCACATCGGTCACGCGCTGAACAAGATTCTCAAGGACATGATCATCCGCTCCAAGACCCTGTCGGGTTTTGACGCGCCGTATGTCCCGGGCTGGGACTGCCACGGCCTGCCGATCGAGCACAAGGTCGAAGTGACCCACGGCAAGAACCTGGGCGCCGACAAGACCCGCGAGCTGTGCCGTGCCTACGCCACTGAGCAGATCGAAGGGCAGAAGTCCGAATTCATCCGTCTCGGCGTGCTGGGCGACTTCGCCAATCCGTACAAGACCATGGACTTTGCGAACGAAGCCGGTGAAATCCGCGCCCTGGCGAAAATCGTCGAGGGCGGCTTCGTGTTCAAGGGCCTGAAACCGGTCAACTGGTGCTTCGACTGTGGTTCGGCCCTGGCCGAGGCGGAAGTCGAGTACGAGAACAAGAAGTCCTCGACCATCGATGTCGCGTTCCCGATCGCCGATGAAGACAAGCTTGCCGCCGCTTTCGGCCTGGGCAAGCTGGCCAAGCCGGCCGCCATCGTGATCTGGACCACCACCCCATGGACCATCCCGGCCAACCAGGCGCTGAACGTCCATCCGGAATTCAACTACGCCCTGGTCGACGTCGGCGACAGACTGCTGGTGCTGGCCGAAGAGCTGGTCGAATCCTGCCTGGCCCGCTACAGCCTGGAAGGTTCGGTGATTGCCACCGCGCCAGGCTCGGCGCTGGAGCTGATCAACTTCCGTCATCCGTTCTATGACCGCCTGTCGCCAGTGTATCTGGCCGACTACGTGGAACTGGGCGCCGGCACTGGCGTGGTTCACTCCGCGCCGGCCTATGGCGTCGACGACTTCGTGACCTGCAAGAAATACGGCATGGTCAACGATGACATCCTCAATCCGGTGCAGAGCAATGGCGTCTACGTGCCGTCGCTGGAATTCTTTGGCGGCCAGTTCATCTGGAAAGCCAACCCGGCCATCGTCGACAAGCTGACCGAAGTCGGCGCGCTGCTGCACACCACCGTCATCGAACACAGCTACATGCACTGCTGGCGCCACAAGACCCCGCTGATCTACCGCGCGACCGCGCAGTGGTTCATCGGCATGGACAAGCAGCCAACCAGCGGCGACACCCTGCGCCAGCGTTCGCTCAAGGCCATCGAAGAGACCCAATTCGTTCCGGCCTGGGGCCAGGCGCGCCTGCACTCGATGATCGCCAACCGTCCGGACTGGTGCATCTCCCGCCAGCGCAACTGGGGCGTGCCGATCCCGTTCTTCCTGAACAAGGAAAGCGGCGAGCTGCACCCGCGCACCGTCGAACTGATGGAAGAAGTGGCCAAGCGCGTTGAAGCCGAAGGCATCGAAGCCTGGTTCAAGCTCGATGCCGCCGAGCTGCTCGGCGACGAAGCGCCGCTGTACGACAAGATCAGCGATACCCTCGACGTCTGGTTCGATTCCGGCACCACTCATTGGCACGTGTTGCGCGGCTCGCATCCGATGGGCCACGAGAACGGCCCGCGCGCCGACCTGTACCTGGAAGGTTCGGACCAGCACCGTGGCTGGTTCCACTCGTCCTTGCTGACCGGTTGCGCCATCGACAATCACGCGCCTTACCGCGAGCTGCTGACCCACGGTTTCACCGTCGACGAGGCCGGCCGCAAGATGTCCAAGTCCCTGGGCAACGTGATCGCGCCGCAGAAAGTCAACGACACCCTCGGCGCCGACATCATGCGCCTGTGGGTCGCGTCCACCGACTATTCCGGCGAGATGGCCGTTTCCGAGCAGATCCTGCAGCGCAGCGCGGACGCCTACCGGCGGATCCGCAACACCGCGCGCTTCCTGCTTTCGAACCTGACCGGTTTCAATCCGGCCACCGACCTGCTGCCGGCCGAAGACATGCTTGCGCTGGACCGCTGGGCCGTGGACCGCACCCTGTTGCTGCAGCGCGAATTGCAGGAGCACTACGGTGAATACCGTTTCTGGAACGTCTACTCGAAGATCCACAACTTCTGCGTGCAGGAGCTTGGCGGTTTCTACCTCGACATCATCAAGGACCGCCAGTACACCACCGGCGCCAACAGCAAGGCACGTCGTTCGTGCCAGACCGCGCTGTTCCACATCAGCGAGGCGCTGGTGCGCTGGATCGCGCCGATCCTGGCGTTCACCGCCGATGAGCTGTGGGAATACCTGCCGGGCGAGCGCAACGAATCGGTGATGCTCAACACCTGGTACGAAGGCCTGACCGAACTGCCGCAAGGCTTCGAGCTGGACCGTGCGTATTGGGACCGGATCATGGCGGTCAAGGCGGCGGTCAACAAGGAAATGGAAATCCAGCGGGCGGCCAAGGCTGTCGGCGGCAACCTGCAGGCTGAAGTGACCCTTTACGCCGAAGAGGCGCTGGGTGCCGATCTGGCCAAGCTGGGCAACGAGCTGCGCTTCGTGCTGATTACCTCGACCGCCAGCGTCGCGCCGCTGGTGCAGGCGCCGGCCGATGCGGTGGTCACCGAGGTAAGCGGCCTGAAGCTCAAGGTGGTCAAGTCGAGCTTCGTCAAGTGCGCCCGTTGCTGGCACTGCCGCGAAGACGTCGGTGTGAACCCGGAGCATCCGGAAATCTGTGGTCGTTGCGTCGACAACATCAGCGGTACGGGCGAGGTTCGCCACTATGCCTGA MTDYKATLNLPDTAFPMKAGLPQREPQILQRWDSIGLYGKLREIGKDRPKFVLHDGPPYANGTIHIGHALNKILKDMIIRSKTLSGFDAPYVPGWDCHGLPIEHKVEVTHGKNLGADKTRELCRAYATEQIEGQKSEFIRLGVLGDFANPYKTMDFANEAGEIRALAKIVEGGFVFKGLKPVNWCFDCGSALAEAEVEYENKKSSTIDVAFPIADEDKLAAAFGLGKLAKPAAIVIWTTTPWTIPANQALNVHPEFNYALVDVGDRLLVLAEELVESCLARYSLEGSVIATAPGSALELINFRHPFYDRLSPVYLADYVELGAGTGVVHSAPAYGVDDFVTCKKYGMVNDDILNPVQSNGVYVPSLEFFGGQFIWKANPAIVDKLTEVGALLHTTVIEHSYMHCWRHKTPLIYRATAQWFIGMDKQPTSGDTLRQRSLKAIEETQFVPAWGQARLHSMIANRPDWCISRQRNWGVPIPFFLNKESGELHPRTVELMEEVAKRVEAEGIEAWFKLDAAELLGDEAPLYDKISDTLDVWFDSGTTHWHVLRGSHPMGHENGPRADLYLEGSDQHRGWFHSSLLTGCAIDNHAPYRELLTHGFTVDEAGRKMSKSLGNVIAPQKVNDTLGADIMRLWVASTDYSGEMAVSEQILQRSADAYRRIRNTARFLLSNLTGFNPATDLLPAEDMLALDRWAVDRTLLLQRELQEHYGEYRFWNVYSKIHNFCVQELGGFYLDIIKDRQYTTGANSKARRSCQTALFHISEALVRWIAPILAFTADELWEYLPGERNESVMLNTWYEGLTELPQGFELDRAYWDRIMAVKAAVNKEMEIQRAAKAVGGNLQAEVTLYAEEALGADLAKLGNELRFVLITSTASVAPLVQAPADAVVTEVSGLKLKVVKSSFVKCARCWHCREDVGVNPEHPEICGRCVDNISGTGEVRHYA NA NA NA NA NA D1-35_04869 525 lspA COG0597 Lipoprotein signal peptidase ATGCCTGATCTGGCGCCCAACGCAGCAGGCCGTTTCGGACGGCTGGGCTGGCTCTGGTTGAGTGTGCTGGTACTGGTCATCGACCAGGCCAGCAAGTACTACTTCGAGAGTTCGTTGACCATGTACCAGCAGATCGTGGTCATCCCCGACTACTTCAGCTGGACGCTGGCCTACAACACCGGCGCGGCATTCAGCTTCCTGGCCGACAGTTCGGGCTGGCAGCGTTGGCTGTTCGCCCTGATCGCCGTCGTGGTCAGCGCCGTGCTGGTGGTCTGGCTCAAGCGCCTGGGGCGTGACGAGACCTGGCTGGCCGTGGCGCTGGCGCTGGTCCTGGGTGGCGCGCTGGGCAACCTGTACGACCGGATTGCCTTGGGCCATGTGATCGATTTCATCCTGGTGCATTGGCAGAACCGCTGGTACTTCCCGGCGTTCAACATTGCCGACAGTGCCATCAGCGTGGGCGCCGTAATGCTCGCCCTGGATATGTTCAAGAGCAAGAAAACCGGAGAAGCCGTCCATGACTGA MPDLAPNAAGRFGRLGWLWLSVLVLVIDQASKYYFESSLTMYQQIVVIPDYFSWTLAYNTGAAFSFLADSSGWQRWLFALIAVVVSAVLVVWLKRLGRDETWLAVALALVLGGALGNLYDRIALGHVIDFILVHWQNRWYFPAFNIADSAISVGAVMLALDMFKSKKTGEAVHD PGPT0004770_1918 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101 NA NA D1-35_04870 438 fkpB COG1047 FKBP-type 16 kDa peptidyl-prolyl cis-trans isomerase ATGACTGAGCAGCGTATCGCTCAAAACACCGAAGTGAAGCTTCACTTCGCCCTGCACCTGGAAAACGGCGACACCGTCGACAGCACGTTCGACAAGGCGCCGGCGGTGTTCAAGGTCGGCGACGGCAACCTGCTGCCGGGTTTTGAAGCGGCGATCTTCGGTTTCAAGGCCGGCGACAAGCGCACCGTGGTGGTTCCTCCGGAAAATGCCTTTGGTCAGCCCAACCCGCAAAACGTGCAGACCATGCCACGCTCGCAGTTCCAGGACATGGAGCTGTCCGAGGGCCTGCTGGTGATCTTCAACGACGCGGCCAACGCCGAGCTGCCGGGTGTGGTGAAAGCTTTTGACGATGCCGAGGTGACCGTGGACTTCAACCACCCACTGGCGGGCAAGACCTTGAGCTTCGAGGTGGAAATCCTTGAAGTGAAGGCGGTTTAA MTEQRIAQNTEVKLHFALHLENGDTVDSTFDKAPAVFKVGDGNLLPGFEAAIFGFKAGDKRTVVVPPENAFGQPNPQNVQTMPRSQFQDMELSEGLLVIFNDAANAELPGVVKAFDDAEVTVDFNHPLAGKTLSFEVEILEVKAV PGPT0015111_4495 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 D1-35_04871 948 ispH COG0761 4-hydroxy-3-methylbut-2-enyl diphosphate reductase ATGCAAATCAAACTCGCCAACCCCCGTGGCTTCTGCGCTGGCGTGGACCGGGCGATCGAAATCGTCAACCGCGCCCTGGAAGTCTTCGGACCGCCGATCTATGTGCGCCATGAAGTGGTCCACAACAAGTTCGTCGTCGAGGACCTGCGCAGCCGTGGGGCCATCTTCGTCGAAGAACTGGACCAGGTGCCGGACGACGTCATCGTGATCTTCAGCGCCCACGGCGTTTCCCAGGCGGTGCGTACCGAAGCTGCCGGCCGTGGCTTGAAAGTGTTCGATGCTACGTGCCCGTTGGTTACCAAGGTCCACATCGAGGTGGCGCGCTACAGCCGTGATGGTCGCGAATGCATCCTGATCGGCCATGAAGGCCACCCGGAAGTTGAAGGCACCATGGGCCAGTACGACGCCAGCAATGGCGGCGCGATCTACCTGGTCGAAGACGAAGAAGACGTGGCGGCCTTGCAGGTTCGCAACCCGGAAAAGCTGGCTTTCGTTACGCAGACTACCTTGTCCATGGACGACACCAGCCGGGTGATCGACGCCCTGCGCACGCGCTTCCCGGCCATCGGCGGGCCGCGCAAGGATGACATTTGCTACGCAACCCAGAATCGTCAGGACGCGGTCAAGCAACTGGCCAACGAGTGCGATGTGGTCCTGGTGGTCGGCAGCCCGAACAGCTCCAACTCCAACCGCTTGCGCGAGCTGGCCGAACGCATGTCGACCCCGGCCTATCTGATCGACGGTGCCGAGGACATGCAGCGCAGCTGGTTCGACGGTGTCGAGCGGATCGGTATCACCGCCGGTGCCTCCGCGCCGGAAGTCCTCGTACGCGGGGTGATCGAGCAGTTGCAGGCCTGGGGCGCAACGGGTGCCAACGAGCTGGCGGGGCGCGAGGAAAACATTACGTTCTCGATGCCGAAAGAGCTGCGGGTCCGTTCCCTGCTTTGA MQIKLANPRGFCAGVDRAIEIVNRALEVFGPPIYVRHEVVHNKFVVEDLRSRGAIFVEELDQVPDDVIVIFSAHGVSQAVRTEAAGRGLKVFDATCPLVTKVHIEVARYSRDGRECILIGHEGHPEVEGTMGQYDASNGGAIYLVEDEEDVAALQVRNPEKLAFVTQTTLSMDDTSRVIDALRTRFPAIGGPRKDDICYATQNRQDAVKQLANECDVVLVVGSPNSSNSNRLRELAERMSTPAYLIDGAEDMQRSWFDGVERIGITAGASAPEVLVRGVIEQLQAWGATGANELAGREENITFSMPKELRVRSLL PGPT0007615_1419 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527 NA NA D1-35_04872 540 hypothetical protein ATGCATCAACAGGGCTTCAGCCTGATTGAACTGCTCATGGGACTGGCGATTGCCGCAATTGTTCTGCCGTGGGCCGGTGCAAGCTACAAAGAGCTGATCGAGTCCATCGAACGCGAGGATACCGCCCGGTTGCTGATCAGCGGGTTGCGTTTTGCCCGCAGCGAAGCCATCACGCGCAACCGCCGCATCTTGATCCAGGGAATCGACAATGATTGGGGCAGGGGCTGGCGGATCACGCTGGACAACAAGGAGCAAACCTTGCTGAGGGAGCGCAGCGGTCATGCTCGGGTGGTTGGCAACTCGCCAGTAAAACACCGGGTGAGGTTCGGCGGCCAGGGAGAAGCCCTGCACCCCGACGGCGCGTTCCAGGCAGGCACGCTGCATGTCTGCGCCAGACGCGGGCCGGTCAGCCATCACCAGGTGATCCTGGCGCCCTCCGGCCGCGTCCGCCTGGAAAGTGTCAAAGCCGAGCAGGCCCTGTGTGAAAAAGGACTCAAAGCAGGGAACGGACCCGCAGCTCTTTCGGCATCGAGAACGTAA MHQQGFSLIELLMGLAIAAIVLPWAGASYKELIESIEREDTARLLISGLRFARSEAITRNRRILIQGIDNDWGRGWRITLDNKEQTLLRERSGHARVVGNSPVKHRVRFGGQGEALHPDGAFQAGTLHVCARRGPVSHHQVILAPSGRVRLESVKAEQALCEKGLKAGNGPAALSASRT PGPT0016065_729 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0016065-fimT-K08084 NA NA D1-35_04873 483 hypothetical protein ATGGATCTTCGTACAAAAGGTTTCACGCTGATCGAGGTGTTGGTGGCCCTCGGCGTGCTGCTGATCCTGATCACCATGGCGGTGCCGTCATTCACCGGCTCGCTGCAAAGTACCAAGGCCGATACCGAGATCGACGACCTGCGCCGAGCCTTGAATTTCGCGCGAATGGAAGCGATCAACCGTGGCATCACCACGCGAATTCGTCCCACCACGCAGGGCGGTGCCTGGAGCGGCGAATTGATGGTGTATGACAACACGGGCAACCCGGCCAATCCGACCAATGTATTGCGGGTTGTTCCAGCAATGGGCGGCGGCGTGACTCTGACGCTAACCTCAGAAGTGACCAACATTGATTTCAACAACCTGGGCGGGTTATCGGCACCGACCACGCCGGTGGGCTTCAATTACGTGAGAGGGACGCAGAGCAGGACGCTCAATGTCTGCCTCAATGGACGAATCGTATTGGGTGGAAATTGCGGATGA MDLRTKGFTLIEVLVALGVLLILITMAVPSFTGSLQSTKADTEIDDLRRALNFARMEAINRGITTRIRPTTQGGAWSGELMVYDNTGNPANPTNVLRVVPAMGGGVTLTLTSEVTNIDFNNLGGLSAPTTPVGFNYVRGTQSRTLNVCLNGRIVLGGNCG PGPT0016070_43 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0016070-fimU-K08085 NA NA D1-35_04874 462 hypothetical protein ATGAAGGATTGCAGTAAAACGGCGCAGGAGGGCATGACGCTCATCGAGGTGCTGGTGGCGATGCTGATTCTCGGCGTGGGTTTGCTGGGGGCGGCGATGGTCCAGCTCAATGCCCTCAAATACACCGACAGCTCGCGCATGACCAGCCAGGCCAGCTTCATCGCCTACGACTTGTTGGACCGCATCCGGGCCAATTCCGGTGCCGACTACACCATCACGCCGCCGAGCTCGCCGAACCTCAACGTGGCCCGGGACCAGGACCTTTATGACTTCAAGACCAACATCGTCGCTTTCGGCGGCGCCACGGCCACCGGTACGGTTGCGCTGAACCAGCGGGTCTACACCATCACCATTTCCTGGGACGACGCCCGGGCTGCCAACACGACCAACGCGGCCGAGGCGCGACGCAGCTTTGTGCTGACCAGCCGGGTCGCTGTCGATCCATTGGCGACGACGCCATGA MKDCSKTAQEGMTLIEVLVAMLILGVGLLGAAMVQLNALKYTDSSRMTSQASFIAYDLLDRIRANSGADYTITPPSSPNLNVARDQDLYDFKTNIVAFGGATATGTVALNQRVYTITISWDDARAANTTNAAEARRSFVLTSRVAVDPLATTP PGPT0015975_776 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015975-pilV-K02671 NA NA D1-35_04875 714 hypothetical protein ATGAACCGGCATAGCCGGGGTTTCGGGCTGATCGAACTGATGATCGCGCTGGTCATCAGCCTGATCGTCGTGCTGGGCGTCGTGCAGATTTTCATCGCCGCGAAAAATACTTACGTAAGCCAGAGTGCCGCCGCGGTGATGCAGGAGGATGCACGGTTTGCCTTGAGCAAAATGGTTCAGGAAATTCGCATGGTGGGCATGTTCGGCTGCCTGGCGACGGTCACCGATGCGTCTTCGAACAATGATTTCGCCGCCAGCCAGATCACCCCGATTCGCTGGGACAACGCCACCCGCAGGTTGACCCTGGTCACGGCGGATATCGGCAATAGCGGCAGTGCGCCGACCTGGACCATCGTTTCCGATTGCCGCAATACGGCCGCCGCCTACACCGGAACGCGAGCACCCGCGAGCGGGCAGATGGCCTTTCCGATCCGGCGGCTGATTTATGGTTTCAACAACAATCAGTTATTGCTGGGGAGCGGCGCTGGCAACCCGACCATGGCGGTGCTGGTGGATAACGTGCGGGCATTCGACGTGACCTTCGGCGTGGCCGGCAGCGCGACGGACATCGCAGCCACCAGCTACAGCGGCAACCCGAGCGACCCGGCGCTGATCCGCAGCGTGCGCCTGACGCTGACGCTGTACGACCCGAAAAATACCGTGCGCGAGCAGACCTTCAACGTGGTTGCTGCCTTGCGCAACCGGCTGCTATGA MNRHSRGFGLIELMIALVISLIVVLGVVQIFIAAKNTYVSQSAAAVMQEDARFALSKMVQEIRMVGMFGCLATVTDASSNNDFAASQITPIRWDNATRRLTLVTADIGNSGSAPTWTIVSDCRNTAAAYTGTRAPASGQMAFPIRRLIYGFNNNQLLLGSGAGNPTMAVLVDNVRAFDVTFGVAGSATDIAATSYSGNPSDPALIRSVRLTLTLYDPKNTVREQTFNVVAALRNRLL PGPT0015980_1066 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015980-pilW-K02672 NA NA D1-35_04876 477 hypothetical protein ATGAGGTCGACAGGTTTCGGGTATCGCCAGCGTGGCATGGCCTTGCTGGTCAGCCTGGTCTTTTTGCTGCTGCTGACACTGATTGGTTTGTCATCGATGCAGAGCGCCACGCTCCAGGAAAAGATGACCAGCAGCGTCATGCAGCGCAACCAGTCGTTCCAGATGGCCGAGGCGGCGCTGAGGATCGGGGAAAGCGCGGTGCAGGCAGAAAGTTATTCGTTGCCGGTTTGTACCGCGGCCCAATGCGCGCCACCGCCTGAGTCGGCAACAGTGACGGTGGCGGGGCGTTATTCCTCGTCGGGGGTGCTCTGGGTGGCCGCCGCCGGTGGGTTTTACGGCGTGCAGAATATCGGCACAACCCTTACGGCAGTCAACGTGCCGCTCAATACCTCGGCGACGCTGTACCGGATCACGGCGGTGGCGGTGGTGGGCAACAACCAGCGCAGCGTGGTGGAGAGCATCTATGCGAAATATTAG MRSTGFGYRQRGMALLVSLVFLLLLTLIGLSSMQSATLQEKMTSSVMQRNQSFQMAEAALRIGESAVQAESYSLPVCTAAQCAPPPESATVTVAGRYSSSGVLWVAAAGGFYGVQNIGTTLTAVNVPLNTSATLYRITAVAVVGNNQRSVVESIYAKY PGPT0015985_636 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015985-pilX-K02673 NA NA D1-35_04877 3108 hypothetical protein ATGCGAAATATTAGAGTGCTTCGGGGCTGGCGCCAGGCGTTGTGGGGGATGTTGCTCAGCCTTTACCTGACGGCCCCGGTCTATGGCTTCACACCGTCGGAATCACCGCTGTTGAGTGCGGCGGCGGTGACGCCCAACGTGATGCTGCTGATCGATGATTCGGGGAGCATGAACAACATTATCTGGGCGGCGGGGTTTGATCCGGCGGCAACGCAACCACCGATTTCTATATGCACTGACGACAGAAGTTGTAGCAGCAGCAATAGGGCGCTGCTTGCGGCAAACGACGGGAACGTCTTGCTTGCGAGTCTGTTCCGCGGCGATTGTTTAAATGGCTGGTATGGCTTCTACCGAACTGGCTTTGGTCAGGTTTGCCTGCGGTTACCCGATCCGGTTGGCGGCGAGAATACTCGCTACACAGCTAAGTACTTATCTTATCTAGTCACCCTTGCCAACGGTTCAAGCCGGGACTTCACCAACGGCTCAATCCCGAGAGACTATCGAATAAACGTAGCAAGGAATGTTTCGACTGATCTGGTCGGCAACAATCGCTCCCTGCGCATCGGCCTTGCCACTTTCAATTCGCCCAACAGCTTCAACTCCGGCCCTGGCGGCTATATTGCTCGTGCGATCAGCGATCTGTCGCCGGTAAGTGGCAGTGTCACCCAGACGCAGGCGAATACTAACTACAGCGCCTTGATCAGCGCCATAAACGCGCTAGGCGCCGTCGCCAATACGCCGCTGGCTGAGAGTTACTACGAAGTCACTCGTTATTTCAGAGGTATGGCGCCTTATTACAACAACACCCCAAGTACCTATACCAGCCCGATTCAGTACCGATGCCAGAAAAATTTTGGCGTGGTGATCACTGATGGTTTGCCCACTTTTGACCGAACGTTTCCTACCGATGATCCGTCCGGGGGGAGCCGCTTGCCAAACTGGGATGGCATCAGCGCCAACGATGGCGCCGATCCCAAGGGGGACGGAGAGGGCGACACGCTGTACCTGGACGACATTGCCAAATTCGCCTTCGACATCGACATGCGTTCCACCGGCACCGACGTCACCGGGAAAAGCTGGGATGGAGCCGAATTCCGCCGACAGTACCTCAATACCTACACCGTCGGTTTTGCTGTCACCAACCAGATGCTTTCCGACGCTGCTCGTTACGGTGCGGGCAAATATTATCCGGCCACCGACAGTGAAGGCCTGAACTCGGCCCTGTCGTCGGCCCTGAGCGACATCACCTCCAAGGCCGGTTCGGGAGGCGGCGGCACCAGCAATGGCGCGACGCTCTCCAGCACTTCCAGTTTTTACCAGACCACCTACGACCCCAGGGACTGGCGCGGCACCATCAAGGCATTCGGCTTCAATTCCGCTGGAACGGTGAACACCGCAGCAGCGCAGTGGACCACTGACACCGCTATCGTTCCCGGTGCCACACCGCCGCTCTACCAGTCCTGGAACACCGCGACCAACGTGCCGGTGACCCTGGCCTACGGCAACTTTTCGCCGGCCCAGCAAACCAGCCTGAGCCAGGGCCTGCCCACGGGGATCACCGGCAGCGATCTGGTGGAATGGAGCAAGGGCGTCAACAAGACCGGGCTCAAGGTGCGCAGCGTCCTGCTGGGGGACATCATCAATTCGCCGCTGGCCCTGGCCTCGCCCAATGACCAGACCGCCTCGGACCTGCTGAACGACACCAGTTACAGCAATTACCTGACGACCAAGGCGGCAAACATGAGCAGCAGCCTGGTGGTGAATGGCAATGATGGTTTCTTCAGTGTCATCAACAGCGCCAACGGAGCCCGCCGTTACGCATATATGCCGTCGACCGTGCTGCCTTCATTGCAGCTCATCGCTGATCCCGGCTACATCAATGGCGTGAGTCATAAATTCCTGGTGGACGGGCAGGTTGCAGTATTCGATGCGCAACTGGGCAGCGTCTGGAAAACGCTGGCCCTGGGTGGCACCGGCGCGGGCGGCCGGGCGTTTTACGCGGTGCAACTGTTCGACGCAGCGGCAGGCAATGCGATCCGGGCCTTGTGGGAGATCAGCGCGCCGACCCTCGCCAACGCAGCCAATGTCTTCAATGACCTGGGCTACGCCTATGCGCGCCCTGAAGTCGCGCGCCTTGCGGACGGTCGTTGGGCGGCGTTCATCGCCAATGGTTATGGCAGTAATACCGGCGTGGCGGCGCTGTATGTGGTGGACGTTCGCGACGGCTCGCTGATTCGCAAGATTGTCGTCAACAGCCCCGACACCAATAACGGCCTTTCGTCGGTCAAGCTGCGGGTCAACGCCCAGAATGTTGTGCAGGCGGCCTATGGCGGGGACCTGAAAGGACGGATGTGGAAGTTCGACCTCAGCGCGACTTCGCCGAACACCTGGGGTCTGGCGTTTGCCGGCCAGCCGTTGTTCACCGCTCCAGGTGGGGCGACACAGCCGATCACCGCGCAACCGTTGCTGGCGGAGAACCCCCAGGGCGGCATCCAGGTATTTTTCGGCACGGGCAAGTTCAACGAGTCGGCGGACAAGCTCAACAAGGACCTGCAAGGTTTCTATTCGATCTGGGACGCTAGCGGCGGCGCCGGGCAGATTACCGTGGCAAGCCTGCAGGCCCAGTCGATCACCAGCATTTTTTCCGGTACTACCGGGCAATTCGTGACCACCAGCCAGAATAACGTGGCCTATCCCACGCAAAAAGGCTGGTATCTGCCGCTGATATACAACAACGCGTTGACCGGCGAACGGGTAATCAACCCGGCCAGCCTGGTACTTGGGCGTGTTGTCTTCACCACCGCCGCCGTTGATACCACTGACCCATGCGCGAGCTTCGGTACCGGCAAGCTGATCGAAGTGGATGCGTTCAACGGTAAGATGCTCAACTACGCGGTGCTCGATACCAACAACGATGGTTCGATCAATACCCTCGACACGATTTCCGCTGGCGTGGTGTTCACGGGGGGGATCCCGACCTTGAGTGCCGTCGTCAGCGCCAATGGAGCAACCAATATGGTCGTGAATGACTCCGGTGGTGGAATCACCGACCTGCTGACCAAGTCCGTCGGTGGCAGCCGTCGTATCATGTGGCGGCAAATACAGTGA MRNIRVLRGWRQALWGMLLSLYLTAPVYGFTPSESPLLSAAAVTPNVMLLIDDSGSMNNIIWAAGFDPAATQPPISICTDDRSCSSSNRALLAANDGNVLLASLFRGDCLNGWYGFYRTGFGQVCLRLPDPVGGENTRYTAKYLSYLVTLANGSSRDFTNGSIPRDYRINVARNVSTDLVGNNRSLRIGLATFNSPNSFNSGPGGYIARAISDLSPVSGSVTQTQANTNYSALISAINALGAVANTPLAESYYEVTRYFRGMAPYYNNTPSTYTSPIQYRCQKNFGVVITDGLPTFDRTFPTDDPSGGSRLPNWDGISANDGADPKGDGEGDTLYLDDIAKFAFDIDMRSTGTDVTGKSWDGAEFRRQYLNTYTVGFAVTNQMLSDAARYGAGKYYPATDSEGLNSALSSALSDITSKAGSGGGGTSNGATLSSTSSFYQTTYDPRDWRGTIKAFGFNSAGTVNTAAAQWTTDTAIVPGATPPLYQSWNTATNVPVTLAYGNFSPAQQTSLSQGLPTGITGSDLVEWSKGVNKTGLKVRSVLLGDIINSPLALASPNDQTASDLLNDTSYSNYLTTKAANMSSSLVVNGNDGFFSVINSANGARRYAYMPSTVLPSLQLIADPGYINGVSHKFLVDGQVAVFDAQLGSVWKTLALGGTGAGGRAFYAVQLFDAAAGNAIRALWEISAPTLANAANVFNDLGYAYARPEVARLADGRWAAFIANGYGSNTGVAALYVVDVRDGSLIRKIVVNSPDTNNGLSSVKLRVNAQNVVQAAYGGDLKGRMWKFDLSATSPNTWGLAFAGQPLFTAPGGATQPITAQPLLAENPQGGIQVFFGTGKFNESADKLNKDLQGFYSIWDASGGAGQITVASLQAQSITSIFSGTTGQFVTTSQNNVAYPTQKGWYLPLIYNNALTGERVINPASLVLGRVVFTTAAVDTTDPCASFGTGKLIEVDAFNGKMLNYAVLDTNNDGSINTLDTISAGVVFTGGIPTLSAVVSANGATNMVVNDSGGGITDLLTKSVGGSRRIMWRQIQ PGPT0015990_917 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015990-pilY1-K02674 NA NA D1-35_04878 402 hypothetical protein ATGCGCAAATCCAACCGGGGTTTCACCTTGATCGAAATCATGATCGTCATCGCGATCATCGGTATCGTGATCACCATCGGCTATCCGAGCCTGACCGAATACATGAAGAAGGGGCGCCGGGCCGAAATCGCCGGACTGCTGTCGGAACAGGCGCAGATTCTCGAACGTCACTATTCGAAGACCAACGTCTATACCAACGCGACTGGCCTGAGCGGTGGCAACGATTTCTACACTATTAACCTGACGCCGACGGAGCAGAGCTTTACCCTGACCGCACTACGCAGAAGTGGCTCGTCCATGGCGACGGACAAGTGCGGTGATTTTACGATCGACAACACGGGCAAGCGGGGCAATATCAACTCCGCTGCCGGCGTGACCACCAAGGATTGCTGGGGTCGTTGA MRKSNRGFTLIEIMIVIAIIGIVITIGYPSLTEYMKKGRRAEIAGLLSEQAQILERHYSKTNVYTNATGLSGGNDFYTINLTPTEQSFTLTALRRSGSSMATDKCGDFTIDNTGKRGNINSAAGVTTKDCWGR PGPT0015930_1155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015930-pilE-K02655 NA NA D1-35_04879 1158 thiO Glycine oxidase TTGAGTTTTTATCCGGGTGCGGACGAGCGCCCTCTGTCTTGTGAGTCGAAACAGAACATGACCAGGCAACAGCAAGTGGTGATAGTCGGCGGCGGAGTCATCGGCCTGTTGACGGCATTCAATCTCGCCTCCGAAGGCCAGCGGGTGGTGCTGCTGGACCGCTCCGGGCTTGGCCAGGAATCTTCCTGGGCCGGCGGCGGTATTGTTTCGCCGCTGTACCCGTGGCGCTATAGCCCGGCGGTCACCGCGCTGGCCCACTGGTCGCAGGATTTTTATCCACAGCTGGGTGATTCCTTGTTCGCAACGACCGGGATCGATCCGCAAGTGCATGTCACCGGCCTGTATTGGCTGGACCTCGACGACCAGGCTGAAGCACTGGCCTGGGCCGAGCGGGAAGGGCGTCCGCTGCGAACTGTGGATATCTCCGCGGTCCACGATGCGGTTCCGGTAGTGGGCTCGGGTTTCTCCCGGGCGATCTACATGGCCGATGTGGCGAATGTGCGTAACCCGCGGCTGGTGAAGTCCCTCAAGGCTGCGTTGCAGGCGATGCCGGGTGTCACGCTTCATGAGCATTGCGAAGTCAGCGGGTTCATTCGCGACGGTGAGCGTGTCATTGGCGTGAAGAGCTCAGCGGGTGAGATACGCGGTGATCAAATCGTACTCGCCGCGGGTGCCTGGAGCGGCGAGTTGCTGGGAACGCTGGGACTGGAGTTGCCGGTCGAGCCGGTGAAGGGCCAGATGATTTTGTACAAGTGCGCGTCCGATTTTCTCTCGAGCATAGTCCTGGCCAAGGGCCGTTATGCGATTCCGCGTCGTGACGGGCACATTTTGATCGGCAGTACGCTGGAGCATGAAGGCTTCGACAAGACGCCGACCGATGCGGCGCTGGAAAGCCTCAAGGCTTCGGCTCTGGAGTTGATCCCGGCGTTGGCCGACGCCGAGTTGGTGGGGCATTGGGCCGGGTTACGGCCAGGATCGCCGGAGGGTATTCCCTACATTGGCGAAGTGCCGGGGTTTGCGGGGTTGTGGTTGAACTGCGGCCATTACCGCAACGGCCTGGTGCTGGCGCCGGCTTCGTGCCGGTTGTTCGTCGACGTGATGCTGGGGCGTGAGCCGGTGATTGATCCTGCGCCGTATGCCCCGGCGGGGCGGCTGTAG MSFYPGADERPLSCESKQNMTRQQQVVIVGGGVIGLLTAFNLASEGQRVVLLDRSGLGQESSWAGGGIVSPLYPWRYSPAVTALAHWSQDFYPQLGDSLFATTGIDPQVHVTGLYWLDLDDQAEALAWAEREGRPLRTVDISAVHDAVPVVGSGFSRAIYMADVANVRNPRLVKSLKAALQAMPGVTLHEHCEVSGFIRDGERVIGVKSSAGEIRGDQIVLAAGAWSGELLGTLGLELPVEPVKGQMILYKCASDFLSSIVLAKGRYAIPRRDGHILIGSTLEHEGFDKTPTDAALESLKASALELIPALADAELVGHWAGLRPGSPEGIPYIGEVPGFAGLWLNCGHYRNGLVLAPASCRLFVDVMLGREPVIDPAPYAPAGRL PGPT0008955_1202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153 NA NA D1-35_04880 1347 atoC_4 COG2204 Regulatory protein AtoC TTGAATACACGCTCACGGCAACGAATCCTGATCGTCGATGACGAAACGGACATCCGCGAACTCCTGGAAATCACCCTGGGAAGGATGAAACTCGACACCCGCAGCGCCAAGAACCTCGCCGAGGCCCAAGCCCTGCTGGCAGGTGAAACCTTCGACCTGTGCCTGACCGACATGCGCCTGCCCGATGGTACCGGCCTGGAACTGGTGCAACACATCCAGCAACGCGTTCCTCAACTGCCGGTGGCGATGATCACCGCCTATGGCAGCCTGGAAGTCGCTATCGACGCGCTCAAGGCCGGCGCCTTCGACTTCCTGACCAAACCGGTCGACCTGGGGCGGCTGCGGGAGCTGATTGGCAGCGCCTTGCGCCTGTCGCCGGGTGCTGCGCCGAGTACGACCGTCGAGCGCTGCCTGTTGGGCGACTCGCCACCCATGCGCAGCGTGCGGCGACAGATTGAAAAACTCGCCCGCAGCCAGGCGCCGGTCTACATCAGCGGCGAATCAGGCTGCGGCAAGGAACTGGTGGCGCGCCTGATTCATGAACAAGGCCCTCGCTACAGCCAGGGGTTTGTGCCCGTCAATTGTGGGGCCATTCCAACGGAGTTGATGGAAAGCGAGTTTTTCGGCCATCGAAAAGGCAGCTTCACCGGCGCCATCGAAGACAAGCCCGGCCTGTTCCAGGCGGCTCACGGCGGGACCCTGTTCCTCGATGAAGTCGCCGACCTGCCGCTGGCGATGCAGGTCAAGCTGTTGCGTGCCATCCAGGAAAAAGCCGTGCGCGCGGTGGGCGGGCAACAGGAAGAAGTGGTGGATGTACGAATCCTCTGCGCCACCCACAAGGACCTCGGCGCAGAAGTCGCCGCCGGTCGCTTTCGCCAGGACTTGTATTACCGGCTGAATGTGATCGAACTGCGCGTCCCGCCCTTGCGTGAACGCCGGGAAGACATCGAGCTGCTGGCCAACCACATGCTCCAGCGCCTGGCCACCAACGCCGGCAGCCCAGTGGCGACGCTCCATCCGCAAGCCCTCAAAGCGCTGCAGAACTACCGCTTCCCGGGCAACGTGCGAGAACTGGAGAACATGCTCGAACGGGCCTACACCCTGTGCGAACACCAGCAGATCGAGGCCGATGACTTGCGTCTCGCCGAACACAGCGGGGCTGGCGAGGCGGGCAATCCGGATCTGATGCAGGTCGACAATCTGGAAGATTATCTGGAGGACGTCGAACGCAAGGTCATCCTGCAGGCCTTGGAAGAAACCCGCTGGAACCGCACCGCAGCGGCGCAGAGATTGAAGTTGTCGTTTCGGTCGATGCGGTATCGGTTGAAGAAGTTGGGGTTGGATTGA MNTRSRQRILIVDDETDIRELLEITLGRMKLDTRSAKNLAEAQALLAGETFDLCLTDMRLPDGTGLELVQHIQQRVPQLPVAMITAYGSLEVAIDALKAGAFDFLTKPVDLGRLRELIGSALRLSPGAAPSTTVERCLLGDSPPMRSVRRQIEKLARSQAPVYISGESGCGKELVARLIHEQGPRYSQGFVPVNCGAIPTELMESEFFGHRKGSFTGAIEDKPGLFQAAHGGTLFLDEVADLPLAMQVKLLRAIQEKAVRAVGGQQEEVVDVRILCATHKDLGAEVAAGRFRQDLYYRLNVIELRVPPLRERREDIELLANHMLQRLATNAGSPVATLHPQALKALQNYRFPGNVRELENMLERAYTLCEHQQIEADDLRLAEHSGAGEAGNPDLMQVDNLEDYLEDVERKVILQALEETRWNRTAAAQRLKLSFRSMRYRLKKLGLD PGPT0015865_512 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0015865-pilR|pehR-K02667 NA NA D1-35_04881 1590 sasA_17 Adaptive-response sensory-kinase SasA GTGATCGCTGAGGCCTCGCGTCCCCGCGTCAAACAGGCGCAGCGTCTGCTGCGCCTCTATCACCTGTACCGCCTGAGCATCGGCATCACCCTGGTGCTGCTGATCACCAGCAACATGGACAACCGGCTGCTGGAGTTCGCCAACGACGACCTGCTGCGCAGCGGCAGCTGGTTGTATCTGGTGCTGAACATCCTGCTGGTGGTGTTCCTTGAAAATACGCGTCGCCCAGCCCGGCTGTTCGGGCTGGCGCTCACCGACGTATTGCTGCTGTCGTGGCTGTTCTTCGTCGCGGGTGGCGCCCCCAGCGCCATCGGCAACCTGATCATTGTCTCGGTAGCCATCGGCAACACCTTGCTGAAGGGGCGCATCGGCCTGCTGATCGCTGCCGTCGCCACCCTTGGCATCGTCGGCTCGACATTTGTCCTCGGCCTCAGCGACGCGAGCCGCCCCAGCAGCTATCTACAGGCAGGCACCCTGGGCGCCTTGTGTTTCGCCGCCGCTTTGCTGGTGCAAGGCCTGACCCGACGCCTGGAAGCCAGCGAAACCCTGGCCGAGCAACGGGCCAGCGAAGTGCTCAGCCTCGAAGCGCTCAACGCCTTGATCCTGCAACGCATGCGCACCGGCATCCTGGTGCTTGATCACCAGCACCGGGTGCGACTGGCCAACGAAAGCGCCTTGAACCTGCTGGGCATGCACGACCTGGTCGGCCAGCATATAGACGATTATTCCAGCGCCCTGGTCGAACGGCTGCAATCGTGGCGGAACAACCCCAGCCTGCGCGCGCAAAGCCTGACCATCAGCGGCACCGGCCTGACGCTGCAACCCAGCTTCATCGCCCTCGGCCCTCAGGATCAGCAGCAGATCCTGGTATTTCTCGAAGACCTGGCCCAAGTGGCCCAACATGCCCAGCAACTGAAACTCGCCTCCCTCGGGCGCCTCACCGCGGGTATTTCCCATGAAATCCGCAACCCTCTGGGCGCCATCAGCCACGCCGCGCAATTGCTCGGTGAATCCGAGGAACTGAACAACGCCGACCGACGTCTGACGCAGATTATTCAAGACCACTCCCTACGAATGAATCGCGTCATCGAAAACGTCCTGCAGCTGTCCCGCCGCCAGCAAACCGCGCCGCAACGCCTGGATTTACGCACATGGCTGGAGCAATTCGCCCTGCGGACCCGGGAAAACGCGGCCGAACCCCAGCGATTGCACCTGAGCATCGACCCGGGCGACTACATCACACTCATGGACCCCGACCAACTGGCCCAGGTGCTCGACAATCTGCTGCGCAACGCCTGGCGTCATAGCGCAATGGCCCATGAACAGGCCGAGGCCTGGTTGAAGCTGTTTGTCGACCCGCACAGTCAACTGGCCACGCTGGACATCATCGACAACGGCCCTGGCGTAACGCCGGAGCAGCAGGCGCACTTGTTCGAACCCTTCTTCACCACCAGCAGCCAGGGCACCGGCCTCGGGCTCTATCTGTCCCGTGAGCTGTGCGAAAGCAACCAGGCCCGCCTAGACTTCAAATCACGCCAAGGCGGCGGTTGCTTTCGCATCACCTTTGCTCACGGACGGAAACAGATTTGA MIAEASRPRVKQAQRLLRLYHLYRLSIGITLVLLITSNMDNRLLEFANDDLLRSGSWLYLVLNILLVVFLENTRRPARLFGLALTDVLLLSWLFFVAGGAPSAIGNLIIVSVAIGNTLLKGRIGLLIAAVATLGIVGSTFVLGLSDASRPSSYLQAGTLGALCFAAALLVQGLTRRLEASETLAEQRASEVLSLEALNALILQRMRTGILVLDHQHRVRLANESALNLLGMHDLVGQHIDDYSSALVERLQSWRNNPSLRAQSLTISGTGLTLQPSFIALGPQDQQQILVFLEDLAQVAQHAQQLKLASLGRLTAGISHEIRNPLGAISHAAQLLGESEELNNADRRLTQIIQDHSLRMNRVIENVLQLSRRQQTAPQRLDLRTWLEQFALRTRENAAEPQRLHLSIDPGDYITLMDPDQLAQVLDNLLRNAWRHSAMAHEQAEAWLKLFVDPHSQLATLDIIDNGPGVTPEQQAHLFEPFFTTSSQGTGLGLYLSRELCESNQARLDFKSRQGGGCFRITFAHGRKQI PGPT0015870_460 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0015870-pilS|pehS-K02668 NA NA D1-35_04882 234 hypothetical protein ATGCTTCGTTTACTGTTCTGGATCGCCCTGATTGCCGCCGCGATATGGTTGTGGCGCAAGTTCAAGGCAACCTCCGCCACATCGAACACCTCGCGTGACCATGACGCGCGCCCGATGGTGCGTTGCGCCCAGTGCGGGGTGCACCTGCCGCGCGACCGGGCGCTGGCCCTCGACCAACAATGGTATTGCAGCCAGGCTCACCTCGAGCAAGGCCCGGGTACTCGTGATCGCTGA MLRLLFWIALIAAAIWLWRKFKATSATSNTSRDHDARPMVRCAQCGVHLPRDRALALDQQWYCSQAHLEQGPGTRDR NA NA NA NA NA D1-35_04883 1017 bamD Outer membrane protein assembly factor BamD ATGCAAGTGAAACACCTGCTGCTGATCGCCATCCTCGCATTGACTGCTGCTTGCTCGTCGAAGGAAGTCGTAGACGAAAACCTGAGCGAAGTCGAACTGTACCAACAGGCGCAGAACGACCTGGATAACAACAGCTATACCAGCGCCACCGCCAAGCTCAAGGCGTTGGAGTCGCGGTATCCGTTCGGTCGCTACGCCGACCAGGCGCAGCTGGAACTGATCTACGCCAACTACAAGAACGCCGAGCCGGAAGCTGCCAAGTCCGCCGCCGAGCGTTTCATTCGTCTGCACCCGCAGCACCCGAACGTCGATTACGCTTACTACCTCAAGGGCCTGACCTCCTTCGACCAGGACGTCGGCCTGCTGGCGCGCTTCCTGCCGCTGGACATGACCAAGCGTGACCCGGGCGCCGCGCGCGACTCCTACAACGAGTTCGCCCAGCTGACCAGCCGCTTCCCCAACAGCCGCTATTCGCCTGATGCCAAGCAGCGCATGATCTACCTGCGCAACCTGCTGGCGTCCTACGAAATCCACGTGGCTGACTACTATCTGACCCGCCAGGCCTACGTCGCCGCCGCCAACCGTGGCCGCTACGTGGTGGAAAACTTCCAGGAAACCCCATCGGTTGGCGACGGCCTGGCTGTCATGACCGAAGCCTACCAGCGCCTGCACCTGGATGACCTCGCGGCCACCAGCCTGGAAACGCTGAAGCTGAACTACCCCGATCACCCATCGCTGGTCGATGGCCAGTTCACCCCGCGGGTCGATGAAGCCGACAACCGTTCGTGGCTGAGCAAGGCGACCCTCGGCCTGATCGAATCCCGTCCGCCGCTGCCGCCGGGCGAAACCCGCGCCAACCAGGACGTCCAGCGCCAGTTCCAGGACGCCAAGGAAGCCATTCCGAACGAGCTCAAGCCCAAGGACGAAAATGGCGACGTGATCGAAGAAGAAGAGCCGGAAAGCGAATCCAGCGATCGCTCCTGGTTCAGCTACATGACCTTCGGCATGTTCGACTGA MQVKHLLLIAILALTAACSSKEVVDENLSEVELYQQAQNDLDNNSYTSATAKLKALESRYPFGRYADQAQLELIYANYKNAEPEAAKSAAERFIRLHPQHPNVDYAYYLKGLTSFDQDVGLLARFLPLDMTKRDPGAARDSYNEFAQLTSRFPNSRYSPDAKQRMIYLRNLLASYEIHVADYYLTRQAYVAAANRGRYVVENFQETPSVGDGLAVMTEAYQRLHLDDLAATSLETLKLNYPDHPSLVDGQFTPRVDEADNRSWLSKATLGLIESRPPLPPGETRANQDVQRQFQDAKEAIPNELKPKDENGDVIEEEEPESESSDRSWFSYMTFGMFD NA NA NA NA NA D1-35_04884 963 rluD COG0564 Ribosomal large subunit pseudouridine synthase D ATGTCCGATAAAATAGAACTTCGCGCAGAGGTGCCGTCCGAATTGGGCGGCCAACGCCTCGATCAAGTCGCCGCCCAACTCTTCGCCGAGCACTCGCGCTCGCGCCTTTCCGCCTGGATCAAGGACGGTCGCCTGACAGTGGACGGGGCGGTGATCCGTCCGCGCGACATCGTCCATGGCGGCGCCATCCTCGAACTGACCGCCGAGCAGGAGGCCCAGGGAGAATGGGTCGCCCAGGATATTGCCCTGGACATCGTCTACGAAGACGACGACATCCTGGTGATCAACAAGCCCGCGGGCCTGGTGGTCCACCCGGCGGCCGGTCACGCCGATGGCACCCTGCTCAACGCCTTGCTGCACCATGTGCCGGACATCATCAATGTGCCCCGCGCCGGGATCGTGCACCGCCTGGACAAGGACACCACCGGCCTGATGGTGGTCGCCAAGACCATCCAGGCGCAGACACAGCTGGTCACACAGCTGCAAAGCCGCAGCGTCAGCCGCATCTATGAATGCATCGTGATCGGCGTGGTCACCGCCGGTGGCAAGATCAACGCACCGATCGGCCGTCACGGCCAGCAGCGCCAGCGCATGGCGGTGATGGAGGGTGGCAAGCAGGCGGTCAGCCATTACCGCGTGCTGGAGCGTTTTCGTTCGCACACGCATGTGCGGGTCAAGCTGGAAACCGGCCGGACCCACCAGATTCGCGTGCATATGTCCCATATCAACTTCCCACTGGTGGGCGACCCGGCCTATGGCGGTCGTTTCCGCATTCCGCCGGCCGCGAGCCAGACCATGGTCGAATCGTTGAAAAACTTCCCGCGCCAGGCGCTGCACGCGCGCTTCCTGGAGCTGGACCACCCGACGACCGGTAAGCGCATGAGCTGGGAATCGCCGTTGCCGGATGACTTCGTCTGGCTGCTGACGCTGCTCAAGCAGGATCGCGAGGCGTTCATCGGATGA MSDKIELRAEVPSELGGQRLDQVAAQLFAEHSRSRLSAWIKDGRLTVDGAVIRPRDIVHGGAILELTAEQEAQGEWVAQDIALDIVYEDDDILVINKPAGLVVHPAAGHADGTLLNALLHHVPDIINVPRAGIVHRLDKDTTGLMVVAKTIQAQTQLVTQLQSRSVSRIYECIVIGVVTAGGKINAPIGRHGQQRQRMAVMEGGKQAVSHYRVLERFRSHTHVRVKLETGRTHQIRVHMSHINFPLVGDPAYGGRFRIPPAASQTMVESLKNFPRQALHARFLELDHPTTGKRMSWESPLPDDFVWLLTLLKQDREAFIG NA NA NA NA NA D1-35_04885 726 yfiH COG1496 Polyphenol oxidase ATGAGTGACTGGCTGATACCCGACTGGCCCGCGCCGGCCCGGGTCAAGGCCTGTGTCACCACCCGCGAGGGCGGCGTCAGCCTGGCGCCGTTCGACAGCCTCAACCTCGGCGACCATGTGGGCGATGAGCCTGCGGCCGTCGCCGAAAACCGTCGTCGCCTCACCGATCGTTTCGCCATGCGTCCGGCCTGGTTGCAGCAGGTCCACGGTATCGAGGTGGTCGAAGCTGACCCGGTCGAGGTGGCTGTCGCCGATGCCTGCTGGACCGCCACGCCGGGTATCGCCTGCGCGGCAATGACGGCCGATTGCCTGCCTGTATTGTTCTGTAACCACGCCGGCACCCATGTCGCGGCAGCCCATGCCGGTTGGCGCGGGCTGGCCAACGGAGTCCTGGAAGCCACCCTTGATCGTCTGCAAGTACCGGCCGAAGAAATCCTCGCCTGGCTCGGCCCGGCCATCGGCCCGCAAGCGTTCGAAGTGGGGCCTGAGGTGCGTGAGGTTTTTGTTGCGCAACTGCCCGAGTCGCAACAAGCCTTCATGCCCAGCCACAATGCCGGGAAGTACCTGGCGGATATCTATGCGCTGGCGCGCCTGCGTCTCGCGGCTCGCGGCGTCACCGCCGTGTACGGTGGCGGCCTGTGCACCGTGACCGATCCGCGCTTCTTTTCCTACCGTCGCAACGCCCGCACCGGTCGCTTCGCTTCCCTGATCTGGCTTGAACGCTAG MSDWLIPDWPAPARVKACVTTREGGVSLAPFDSLNLGDHVGDEPAAVAENRRRLTDRFAMRPAWLQQVHGIEVVEADPVEVAVADACWTATPGIACAAMTADCLPVLFCNHAGTHVAAAHAGWRGLANGVLEATLDRLQVPAEEILAWLGPAIGPQAFEVGPEVREVFVAQLPESQQAFMPSHNAGKYLADIYALARLRLAARGVTAVYGGGLCTVTDPRFFSYRRNARTGRFASLIWLER PGPT0019965_3555 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 D1-35_04886 2565 clpB COG0542 Chaperone protein ClpB ATGCGTATTGATCGTTTAACCAGCAAACTGCAATTGGCCTTGTCCGATGCCCAATCCCTGGCCGTCGGCCTGGACCATCCCGGCATCGAACCGGCGCACTTGATGCAGGCCATGCTCGAACAGCAAGGCGGTTCCATCAAGCCACTGCTGATGCAGGTGGGCTTTGACGTCAACAGCCTGCGCAAAGAGTTGGCCAAAGAACTCGACCAACTGCCCAAGATCCAGAATCCGACCGGTGACGTGAACATGTCCCAGGATCTGGCGCGGCTGCTCAACCAGGCCGATCGCCTGGCCCAACAGAAGGGCGACCAGTTCATTTCCAGCGAACTGGTGCTGCTCGCCGCGATGGACGAGAACAGCAAGCTGGGCAAGTTGCTGCTCGGCCAGGGCGTGAGCAAGAAAGCCCTGGAAAATGCCATCAACAACCTGCGTGGTGGCGATGCGGTCAACGACCCCAACCACGAGGAAGCGCGCCAGGCGCTGGACAAGTACACCGTCGACCTGACCAAGCGCGCAGAGGAAGGCAAGCTTGACCCGGTGATCGGCCGTGACGATGAAATTCGCCGCACTATCCAGGTCCTGCAGCGCCGTACCAAGAACAACCCGGTGCTGATCGGTGAACCTGGCGTGGGCAAGACCGCCATCGCCGAGGGCCTGGCCCAGCGCATCATCAATGGCGAAGTGCCTGACGGCCTGCGGGGCAAGCGCTTGCTGTCCCTCGACATGGGGGCGCTGATCGCTGGCGCCAAGTACCGCGGCGAATTCGAGGAACGGCTCAAGGCCTTGCTCAATGAACTGTCGAAGCAGGAAGGGCAGATCATTCTGTTCATCGACGAATTGCACACCATGGTCGGGGCCGGCAAGGGCGAGGGCTCGATGGACGCCGGCAATATGCTCAAGCCTGCGCTGGCCCGTGGTGAGTTGCATTGCGTTGGCGCGACCACGCTCAACGAATACCGCCAGTACATCGAGAAAGACGCGGCCCTGGAACGGCGCTTCCAGAAGGTGCTGGTGGAGGAGCCGAGCGAAGAAGACACCATCGCGATCTTGCGCGGCCTGAAGGAGCGCTACGAGGTTCACCACAAGGTGGCGATCACCGACGGCGCGATCATCGCGGCAGCGAAGCTCAGCCACCGCTATATCACTGACCGGCAATTGCCGGACAAGGCCATCGACCTGATTGACGAGGCCGCCAGCCGCATCCGCATGGAAATCGATTCCAAGCCTGAGGTACTGGATCGTCTGGAGCGGCGCTTGATTCAGCTCAAGGTCGAGTCCCAGGCCCTGAAAAAAGAGAGTGACGAGGCCGCGAAGAAACGCCTGGAAAGGTTGCAGGAAGAAATCGTCCGGCACGAGCGCGAGTATTCCGATCTCGAAGAAATCTGGAATTCGGAGAAAGCCGAAGTCCAGGGCTCGGCGCAGATCCAGCAGAAGATCGAGCAGTCTCGCCAGGAACTCGAAGCGGCCCGCCGCAAGGGCGATCTGAACCGCATGGCCGAGCTGCAATACGGGGTGATCCCGGACCTTGAGCGCAGCCTGCAGATGGTCGACCAGCACGGCAAGAGCGAAAACCAGCTGCTACGTAGCAAGGTCACCGAAGAGGAAATCGCCGAGGTGGTTTCCAAGTGGACCGGCATTCCCGTGTCGAAAATGCTCGAAGGCGAGCGCGACAAGCTGCTGAAGATGGAAAGCCTGTTGCACCAGCGCGTGATCGGCCAGGAAGAAGCCGTGGTGGCGGTCTCCAACGCCGTGCGTCGGTCCCGTGCCGGGTTGTCGGACCCTAACCGTCCGAGCGGCTCGTTCATGTTCCTCGGCCCGACCGGCGTGGGCAAGACCGAGCTGTGCAAGGCGCTGGCCGAATTCCTCTTCGACACCGAAGAGGCCATGGTGCGCATCGACATGTCCGAGTTCATGGAGAAACACTCCGTGGCCCGCTTGATCGGTGCGCCGCCAGGCTATGTCGGCTACGAAGAGGGCGGCTACCTGACCGAGGCCGTGCGGCGTAAACCCTACTCGGTGATCCTGCTCGATGAGGTCGAGAAGGCCCACCCGGATGTGTTCAACATCCTCTTGCAGGTCCTTGAGGACGGTCGCCTGACTGACAGCCACGGCCGTACGGTGGATTTTCGCAACACGGTGATCGTGATGACCTCCAACCTGGGCTCGACGCAGATCCAGGAACTGGTCGGCGATCGCGAGGCGCAACGCGCTGCGGTGATGGACGCGATTTCCACGCACTTCCGTCCCGAGTTCATCAACCGGGTGGATGAAGTGGTGATCTTCGAGCCGCTGGCCCGTGATCAGATCGCCGGTATTACCGAGATCCAGCTGGGTCGCCTGCGCAGCCGTCTCACCGAGCGTGAGTTGAAGCTGCAACTGAGCGACGAGGCGTTGGACAAGCTGATCGCGGTGGGTTACGACCCGGTCTATGGCGCACGGCCGCTGAAACGGGCCATCCAGCGCTGGATCGAAAACCCGTTGGCGCAGTTGATTCTGTCCGGCCGCTTCATGCCCGGCGAAACCGTGACCGGCACCGTGGAAAACGACGAGATCGTCTTCAACTGA MRIDRLTSKLQLALSDAQSLAVGLDHPGIEPAHLMQAMLEQQGGSIKPLLMQVGFDVNSLRKELAKELDQLPKIQNPTGDVNMSQDLARLLNQADRLAQQKGDQFISSELVLLAAMDENSKLGKLLLGQGVSKKALENAINNLRGGDAVNDPNHEEARQALDKYTVDLTKRAEEGKLDPVIGRDDEIRRTIQVLQRRTKNNPVLIGEPGVGKTAIAEGLAQRIINGEVPDGLRGKRLLSLDMGALIAGAKYRGEFEERLKALLNELSKQEGQIILFIDELHTMVGAGKGEGSMDAGNMLKPALARGELHCVGATTLNEYRQYIEKDAALERRFQKVLVEEPSEEDTIAILRGLKERYEVHHKVAITDGAIIAAAKLSHRYITDRQLPDKAIDLIDEAASRIRMEIDSKPEVLDRLERRLIQLKVESQALKKESDEAAKKRLERLQEEIVRHEREYSDLEEIWNSEKAEVQGSAQIQQKIEQSRQELEAARRKGDLNRMAELQYGVIPDLERSLQMVDQHGKSENQLLRSKVTEEEIAEVVSKWTGIPVSKMLEGERDKLLKMESLLHQRVIGQEEAVVAVSNAVRRSRAGLSDPNRPSGSFMFLGPTGVGKTELCKALAEFLFDTEEAMVRIDMSEFMEKHSVARLIGAPPGYVGYEEGGYLTEAVRRKPYSVILLDEVEKAHPDVFNILLQVLEDGRLTDSHGRTVDFRNTVIVMTSNLGSTQIQELVGDREAQRAAVMDAISTHFRPEFINRVDEVVIFEPLARDQIAGITEIQLGRLRSRLTERELKLQLSDEALDKLIAVGYDPVYGARPLKRAIQRWIENPLAQLILSGRFMPGETVTGTVENDEIVFN PGPT0014580_4681 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014580-clpB-K03695 NA NA D1-35_04891 1626 hypothetical protein ATGTTTCTTCGTCAGTTGAATATCGCCCCCCGTGCCGCGCTGGGTTTCGCCTTGATCGCCGTGCTGGTGGCGCTGCTCGGCGTATTTGCGCTGGGGCAGATGTCGAGTATTCGCGACAGCGAGGTCGCGGTGGAAACCCAATGGCTGCCGAGCATCCGGGGCGGCGACGAGATCCGCGAATTGATGTTGCGCATCCGCACCATTTCCCTGCGCATGGCCCTGGATGAAGACCCGAAGAACATCCCGGTGTATCGCGGACAGATGGATACCCGCGACAAGGAACTGAGCGAGAAAATTGCCAGTTACGACAAGCTTGTGGTGACACCGGAAGGCAAGGCGCTCTACGAGCAGTTCAAGCAGACCTTCACCGCCTACCGCGCGGGGATCGCCCAGTCATTCACCCTGGCGGAGCAGGGGCGGCGGGATGAATTGATCAAGTTGTTGCTGGTGGACATGAAAACCGTGGTGGATGGCTCGGGCAAGCAGCTCAACGACCTTGCGCAACTGTTTTCCAAACAGGTGTCCATCGAGAGCCAGAAATCCCAGGAGCACTACGTCAACTCGCGGATGATCGTCAGTCTGTTCGTGGTGCTGGCGGCTCTGGCCACGGTGGTCCTGGCAATGTTGCTGACCCGCAGTATCGTCAAGCCGCTGGGCGAGGCGCTGACTGCCGCGGAGAGTGTGGCCCGCGGTGACCTGACCCGGCCGATCGAGACCCATGGCAATGATGAAGTGAGTCGCCTGCTCAAGGCGTTGGCCACCATGCAGCAGAACCTTCGGCAAACCCTGCTGGGCATCAGCGGCTCGGCGACGCAACTGGCGACCGCTGCCGATGAATTGAACGCCGTCACGCTCGACAGTACTCAAAGCCTGCAACAGCAGAACAACGAAATCGAGCAGGCCGCCACTGCGGTCACCGAAATGACTACCGCCGTGGAAGAGGTCGCGCGCAACGCGGTGTCCACCTCCGATGCGACACGCCAATCCAGCGAGTCGGCGATGTTGGGCCAGGAACGGGTCAGCGATACCGTCAACGCGATCAGCGCCCTCGCCAGCGATGTGCAAATCACCGGCGGTCTGGTGCAATCCCTGGCCAGCCAGTCCCAGGACATCGGCAAGGTGCTGGATGTGATCCGGGCTATTGCCGAGCAGACCAACCTGTTGGCGCTCAACGCGGCCATCGAAGCGGCGCGGGCGGGAGAGAGCGGCCGTGGTTTTGCCGTCGTCGCCGACGAAGTCCGGGCATTGGCCTATCGCACGCAGCAATCGACCCAGGAAATCGAGCAGATGGTCCAAGGCATGCGCAGCGGTGCCACCCAGGCCCTGGATTCCATGCAGGCCAGCTCCAGCCGTGCGGCCAGTACCCTGGCAATGGCCGAGCGCGCGGGGGAGGCGCTGCAAACCATTACGGCGTCGGTGCATCAGATCCACGAGCGCAACCTGGTGATCGCCAGCGCCGCCGAAGAGCAGGCGCAGGTGGCCCGCGAGGTGGATCGCAACCTGGTCAATATTCGTGATTTGTCCGTGCGCTCGGCCACTGGGGCCGACCAGACCAGCGCGTCCAGCCATGAACTTTCGCAGTTGGCGAACTCGCTGCGCACGATGGTGCAGCGGTTTCAGGTTTGA MFLRQLNIAPRAALGFALIAVLVALLGVFALGQMSSIRDSEVAVETQWLPSIRGGDEIRELMLRIRTISLRMALDEDPKNIPVYRGQMDTRDKELSEKIASYDKLVVTPEGKALYEQFKQTFTAYRAGIAQSFTLAEQGRRDELIKLLLVDMKTVVDGSGKQLNDLAQLFSKQVSIESQKSQEHYVNSRMIVSLFVVLAALATVVLAMLLTRSIVKPLGEALTAAESVARGDLTRPIETHGNDEVSRLLKALATMQQNLRQTLLGISGSATQLATAADELNAVTLDSTQSLQQQNNEIEQAATAVTEMTTAVEEVARNAVSTSDATRQSSESAMLGQERVSDTVNAISALASDVQITGGLVQSLASQSQDIGKVLDVIRAIAEQTNLLALNAAIEAARAGESGRGFAVVADEVRALAYRTQQSTQEIEQMVQGMRSGATQALDSMQASSSRAASTLAMAERAGEALQTITASVHQIHERNLVIASAAEEQAQVAREVDRNLVNIRDLSVRSATGADQTSASSHELSQLANSLRTMVQRFQV PGPT0015710_21371 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 D1-35_04892 1299 ndh COG1252 NADH dehydrogenase ATGACTCATCGTATTGTCATCGTTGGCGGCGGCGCCGGCGGTCTGGAGTTGGCTACCCGTCTGGGTAAGACTCTGGGCAAGCGTGGCACGGCCAGTGTGATGCTGGTCGACGCGAACCTGACCCACATCTGGAAACCCTTGCTGCACGAAGTGGCCGCCGGTTCCCTGAATTCTTCCGAAGACGAACTCAACTATGTCGCCCAGGCGAAATGGAACCACTTCGAGTTCCAGCTCGGGCGCATGAGCGGCCTGGACCGTGAGCGCAAGCGCATCCAGTTGGCCGCCACCTACGACGAAGCAGGCCTGGAGTTGTTGCCGGCCCGCGAGCTGGGCTACGACACGCTGGTGATCGCGGTCGGTAGCACCACCAATGATTTTGGCACCGACGGCGCGGCGCAGCATTGCCTGTTCCTCGACACTCGCAAACAGGCCGAGCGCTTCCATCAGCAGTTGCTGCACCACTATCTGCGCGCCCATGCCGGGCAGACTGACGTGGTCGAGCGCATCAGCGTCGCGATTGTCGGCGCGGGCGCCACCGGTGTCGAACTGGCAGCCGAGCTGCATAACGCCGCCCACGAGTTGCACGCTTATGGCCTCGACCGGATCAAACCGGAAAACATGCACATCACTCTGATCGAGGCCGGTCCGCGGGTCTTGCCGGCGCTGCCGGAGCGGATCGGCGGGCCGGTGCACAGGACCCTGGAAAAACTCGGGGTCAAGGTCATGACCAACGCGGCCGTCAGCCAAGTGACCGCCGACAGCCTGATCACTGCGGATGGCAAAGTCATCGACGCGAGCCTGAAAGTCTGGGCCGCCGGGATTCGCGCGCCGGAGTTCCTCAAGGACATCGACGGCCTGGAGACCAACCGGATCAATCAGTTGCAGGTGCTGCCTACACTCCAGACCACCCGCGACGAGAATATCTTCGCCTTTGGCGACTGCGCCGCCTGCCCGCAACCGGACAGCGACCGCAACGTTCCGCCCCGCGCCCAGGCCGCGCACCAGCAGGCCTCGCTGTTGGCGAAATCGCTGAAGCTGCGGATCGAAGGCAAGGCCTTGCCTGACTACAAATACACCGACTACGGCTCGCTGATCTCACTGTCGCGCTTCTCGGCAGTCGGCAACCTGATGGGCAACCTCACCGGCAGCGTGATGCTTGAGGGCTGGCTGGCGCGGATGTTCTACGTGTCGCTGTACCGCATGCATCAGATGGCGCTTTACGGCATGTTCCGCACGGCGATGCTGATGCTGGGCAGCAAGATAGGGCGTGGGACCGAGCCTCGGTTGAAGTTGCATTGA MTHRIVIVGGGAGGLELATRLGKTLGKRGTASVMLVDANLTHIWKPLLHEVAAGSLNSSEDELNYVAQAKWNHFEFQLGRMSGLDRERKRIQLAATYDEAGLELLPARELGYDTLVIAVGSTTNDFGTDGAAQHCLFLDTRKQAERFHQQLLHHYLRAHAGQTDVVERISVAIVGAGATGVELAAELHNAAHELHAYGLDRIKPENMHITLIEAGPRVLPALPERIGGPVHRTLEKLGVKVMTNAAVSQVTADSLITADGKVIDASLKVWAAGIRAPEFLKDIDGLETNRINQLQVLPTLQTTRDENIFAFGDCAACPQPDSDRNVPPRAQAAHQQASLLAKSLKLRIEGKALPDYKYTDYGSLISLSRFSAVGNLMGNLTGSVMLEGWLARMFYVSLYRMHQMALYGMFRTAMLMLGSKIGRGTEPRLKLH PGPT0004020_2904 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 D1-35_04893 174 hypothetical protein ATGACCAGTCGCCTGAACCCAGAAGACCAGAAGCATGTCGAAGAGTACCTGCAACTGTCCCAGCACCGAGTCGAGCGCCGGCCTTTCCGGCCGTGGATGCTCCTGGTGGTGGTGCTGGCCATCACGATTGGCCTGGGCCTGTTGAGCCGATTGATCAGTTACCTGACGCTATGA MTSRLNPEDQKHVEEYLQLSQHRVERRPFRPWMLLVVVLAITIGLGLLSRLISYLTL NA NA NA NA NA D1-35_04894 528 hypothetical protein TTGAGCCCGTTACAGGAACTGATCGCCGCCGTGCCGCAGCGGGGCCGGGTACGCTGGATCGGCGTGCGCCCCGCAGGGCATGCACCGATGATCGAGCTGGACGCCGTCGAGGCACGACTGGAAGCCGGCCTGACCGGCGATCACGCTCGCCCAGGCGTGCGTAATGCGCGGCAAGTGACGTTGATCCAATGGGAACACCTGGCCGTGATCAGCTCGCTGATGGGCCGTCCCGAGGAACAACCGGTGCGTCCCGAGGAGCTGCGCCGCAACATTGTGGTCAGCGGCATCAACCTGTTCAGCCTCAAGGGCCGGCGTTTTCGCATCGGCCAGGCGATCTTCGAAACCACCGGCTGGTGCCAACCCTGCGCGCGACTTGAGCGAAATCTTGGCGAAGGCACGTTCCAGGCCGTACGCGGCCATGGCGGAATCACCGCCCGGGTGTTAAAAAGTGGAATCGTTCGCCTGGACGACAGCCTGATCGTCGAGCCCGTCCCGGCAACCGGCTACGCTGCTTTTAATGCCGGATAG MSPLQELIAAVPQRGRVRWIGVRPAGHAPMIELDAVEARLEAGLTGDHARPGVRNARQVTLIQWEHLAVISSLMGRPEEQPVRPEELRRNIVVSGINLFSLKGRRFRIGQAIFETTGWCQPCARLERNLGEGTFQAVRGHGGITARVLKSGIVRLDDSLIVEPVPATGYAAFNAG NA NA NA NA NA D1-35_04895 627 hypothetical protein ATGGATGATTCCGATTATTTACGCTTGTTGACCATCGCGGCCGAGCAAGCCAACGCCTTTCTCTCCAATGCCCGCAAATGGGAGCGTGAGCGTTGGGTCTGCCAGCGCCTGCTGCAAGGGCTCAACGTGCCCTATCGAGCCGATGAGTTCGCGCCCGCCGGGGAGCCGCCGGACGTGTTGTTTCGCGACGCCAATTTCGAAGTGTTTTTTGTCCTCGATGAAGGCCGTCGTCTCAATGATGAATGGCGCGACGAACTGCAACGCCGCCGTAGCGCCTTTTCCCTAAGCCAACTGGTGCGTCGCGAGGCCAAGCCAAGACGGATTCCGGCCAACGAGTTCCTGATGAGACTGGCCCCGACCCTGCGCAAGAAAGCCCATAACTACACCGAGCGCGGCATGGACCTGGGGGAGCTGGATATCATTGCTTTCGCCAGCCTCAAGCGCGAAGTCCTCGACCTCAACAGCCATTTCCCGCCGCCTACCGAGTACCTGCGCCAAGGGTGGCGCTCGTTGTCGCTGGTGGGCCCGACCTTTGCCCGCGTGCTGTTCGCCCATCCCGATGCACCCGACTTCCTGCGGGGCAACCTGGGCCGCAGCATCGTCTTCGATGTGGGGATCAGCCTTTGA MDDSDYLRLLTIAAEQANAFLSNARKWERERWVCQRLLQGLNVPYRADEFAPAGEPPDVLFRDANFEVFFVLDEGRRLNDEWRDELQRRRSAFSLSQLVRREAKPRRIPANEFLMRLAPTLRKKAHNYTERGMDLGELDIIAFASLKREVLDLNSHFPPPTEYLRQGWRSLSLVGPTFARVLFAHPDAPDFLRGNLGRSIVFDVGISL NA NA NA NA NA D1-35_04896 687 hypothetical protein ATGATCGGTGCCGAGTTGCTCTCCTCGCAGACCCTGGCGGTTGGCTGGCTGATCTACGTGCCGGTGTTGGCCTGGGCGGTGGCGAAGGCACCGTGGGTCGAGCTGTTTACCGACATTCGCCGCCAGCACCTGCTGTTCGGCACGGTATTCGCGCTGTTCATGTTGTGGATGGTGCGACGGGATTTCGATACGGGGGTCTCGTACCACTTCATTGGCCTGACCGCCGTCACCTTGTTGCTGGACTGGCCGCTGGCGATCCTTGGCGGGTTATTTGCCCAGCTTGCGCTGGTGCTGTTGGGGCGCCAGGACATGATGGCCGTCGGGGTCAATGGCGCGCTGCTGGTTCTCCTGCCGGTACTGGTCACGGAATGCTGCGCGATACTGGTGGAGCGTGCCCAGCCGCGCAATCTGTTCGTGTATATCTTCTGTTCGGGATTCCTCGCCGCCGCCCTGTCGGCGCTGGCGTGCCTGCTGGTGGGGCTTGGCCTGCTGTGGCATGACGGCATTTTCGCGATGCCTTATTGGCTGGAGGATTTCATCGGCTATCTCTGGCTGATGATCTTTCCCGAGGCCTTCATCAACGGCATGGTGGTCAGCGCGCTGGTGGTGTTCAGCCCCGAATGGCTGGAAACCTTCAACCGTACGCGCTACCTGTCGGCCCCCTGGAACGATGACGACAAGCCTTGA MIGAELLSSQTLAVGWLIYVPVLAWAVAKAPWVELFTDIRRQHLLFGTVFALFMLWMVRRDFDTGVSYHFIGLTAVTLLLDWPLAILGGLFAQLALVLLGRQDMMAVGVNGALLVLLPVLVTECCAILVERAQPRNLFVYIFCSGFLAAALSALACLLVGLGLLWHDGIFAMPYWLEDFIGYLWLMIFPEAFINGMVVSALVVFSPEWLETFNRTRYLSAPWNDDDKP NA NA NA NA NA D1-35_04897 207 yacG COG3024 DNA gyrase inhibitor YacG ATGAGCCAAACCCCAACCGTTGATTGCCCAACCTGCGGCGCCCCTGTCGAATGGACCTCGGAAAGCAAATTCCGGCCGTTCTGCTCCGATCGCTGCAAGCTGATCGACCTGGGCGCCTGGGCGTCGGAGGAACACAAGATCCCGGTCGCACCGGATGCCGAGGATGAATTGTTCAGCGAAGACTTCAACCCTCGCTCCCATCACTAG MSQTPTVDCPTCGAPVEWTSESKFRPFCSDRCKLIDLGAWASEEHKIPVAPDAEDELFSEDFNPRSHH NA NA NA NA NA D1-35_04898 624 coaE COG0237 Dephospho-CoA kinase ATGAACAGCTCTGCGAAAAAACCCTGGATCCTCGGCCTGACCGGTGGCATCGGCAGCGGCAAGAGTGCGGCGGCCGAGCACTTCATCGACCTGGGTGTGCACGTCATCGACGCCGACCATGCGGCGCGCTGGGTCGTTGAGCCCGGGCGCCCGGCGCTGGAAAAGATCAGCGAACACTTCGGCCCTGGTGTATTGCAGGCAGACGGTACGCTCGATCGGGCAGCACTGCGCAGGCTCATCTTCGAAAATGCCGAGGAACGCCGCTGGCTGGAGGCATTGCTGCATCCGCTGATCGCCGAAGAAATCGTCCATCACCTGGGCCAGGCGCAATCGCCGTACGCGATTCTGGTATCGCCACTGCTGATCGAATCCGGGCAGTACGCGATGACCCAGCGGATCCTGGTGATCGACGCTCCGGAACAATTGCAGATCGAACGCACCTTGCAGCGCGACCAGACCAGCGAACAGCAAGTCCAGGCGATCCTCAAAGCCCAATCCAGTCGCCAGGACCGTCTGAGCAATGCCGACGATGTGGTGGTCAACGACCGCGACCTCGCCTGGCTGCACAGCGAGGTCGAACGCCTGCATCACTTCTACCTTACTTTGCGTGGAGGCCAACCATGA MNSSAKKPWILGLTGGIGSGKSAAAEHFIDLGVHVIDADHAARWVVEPGRPALEKISEHFGPGVLQADGTLDRAALRRLIFENAEERRWLEALLHPLIAEEIVHHLGQAQSPYAILVSPLLIESGQYAMTQRILVIDAPEQLQIERTLQRDQTSEQQVQAILKAQSSRQDRLSNADDVVVNDRDLAWLHSEVERLHHFYLTLRGGQP PGPT0008835_1448 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 D1-35_04899 870 outO Type 4 prepilin-like proteins leader peptide-processing enzyme ATGCCCCTGAGCGAATTTTTCGTGCTTTACCCGCTGGCCTTCGTACTGACAGCGCTGCTGCTCGGGTTGATCATTGGCAGCTTTCTCAACGTGCTGGTGTGGCGCCTGCCGAAGATGCTCGATCGCGAATGGCGCCTGCAAGCCCAGGACTTGCTCGGCCTGCAGGCCGACGCCCCCGGTCCGGTCTACAACCTGATGCTGCCCCACTCCCAGTGTCCCCATTGTGGCCATCGCATCCGCGCCTGGGAAAATATTCCGCTGTTGAGCTACCTGATGTTGCGCGGCCGCTGTTCCAGCTGCGCCGTGCCCATCGGCAAGCGCTACCCGCTGACCGAACTGGCCTGTGGCGTCCTGTCGGCATTCATTGCCTGGCATTTCGGCTTCGGCTGGCAGGCCGCCATGGCGATGCTGCTGAGCTGGGGCCTGCTGTCCATGAGCCTGATCGACGCCGAGCACCAGTTGCTGCCCGATTCCCTGGTGCTGCCATTGTTATGGCTGGGCTTGATTGTCAACAGCTTCGGGCTGTTCGTCTCGCTGAACCAGGCATTGTGGGGGGCGGTGGCCGGCTATCTGGCGCTGTGGTCGGTGTTCTGGGTCTTCAAGCTGCTGACCGGGAAAGAAGGCATGGGCTACGGCGACTTCAAGCTGCTGGCGATGCTCGGTGCCTGGGGCGGCTGGCAGATCCTGCCGCTGACGCTGCTACTGTCGTCGCTGGTGGGCGCCATTATCGGCGTCATTGTGCTGCGCACGCGCGGCGCGCCGACGTCGACCCAGATCCCGTTCGGACCTTATCTGGCGATTGCCGGCTGGATTGCCTTGCTCTGGGGTGGTCAAATAACCGACTTCTATTGGCAGTCAGTCGGTTTCTAA MPLSEFFVLYPLAFVLTALLLGLIIGSFLNVLVWRLPKMLDREWRLQAQDLLGLQADAPGPVYNLMLPHSQCPHCGHRIRAWENIPLLSYLMLRGRCSSCAVPIGKRYPLTELACGVLSAFIAWHFGFGWQAAMAMLLSWGLLSMSLIDAEHQLLPDSLVLPLLWLGLIVNSFGLFVSLNQALWGAVAGYLALWSVFWVFKLLTGKEGMGYGDFKLLAMLGAWGGWQILPLTLLLSSLVGAIIGVIVLRTRGAPTSTQIPFGPYLAIAGWIALLWGGQITDFYWQSVGF PGPT0015925_790 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015925-pilD-K02654 NA NA D1-35_04900 1218 epsF_1 COG1459 Type II secretion system protein F ATGGCGGTCAAGGCAGCAAAAACCGACGTCTACACGTGGGAAGGCAAGGACCGCAAAGGCACAAAAATGTCCGGCGAACTGACCGGCCAGAGCCCGGCATTGGTCAAGGCACAGCTGCGTAAGCAAGGGATCAATCCGGGCAAGGTACGCAAGAAATCCACCTCGATATTCAGCAAGGGCAAACGCATCAAGCCGCTGGATATCGCGCTCTTCACCCGCCAGATGGCGACGATGCTCAAGGCCGGCGTTCCTCTGCTGCAGGCATTCGACATCATCGGCGAAGGCTTCGACAACCCCAACATGCGCAAGCTGGTGGACGAGGTGAAGCAGGAAGTCGCCGCGGGCAACAGCTTCGCCGCCTCGCTGCGCAAATGCCCGCAGTATTTCGACGAGTTGTACTGCAACCTGGTGGATGCCGGTGAGCAGGCCGGTGCCCTGGACACGCTGCTCGACCGAGTCGCGACCTACAAGGAAAAGAGCGAAGCCCTGAAGGCCAAGATCAAGAAAGCCATGACCTACCCTGCCGCGGTAATCGCCGTCGCGGCGGTGGTCACCAGCATCCTGCTGATCAAGGTCGTGCCGCAGTTCGAGTCGGTATTTTCCGGATTTGGCGCAAAATTGCCGGCCTTCACGCTGATGGTCATCGGCTTGTCGGAGTTCCTGCAAGACTGGTGGTGGGTGCTGCTTGGCGGAGTGGTGGGCGGATTTTTCGGGGTGAAATATGCCCTCAAGCGCTCCCAGGCGTTTCGTGACTGGCGAGACAAGTGGCTGCTCAAGCTGCCCTTGGTCGGGACCTTGATGTACAAGTCCGCCGTGGCGCGTTATGCGCGCACGCTCTCGACCACGTTCGCCGCCGGCGTGCCGCTGGTCGAAGCCCTTGACTCCGTCTCGGGCGCCACCGGTAACGTGGTATTCAAGCGTGCCGTGCAGCGGATCAAGCAGGACGTCTCGACCGGCATGCAGTTGAACTTCTCCATGCGCACCTCAGGCATTTTTCCGAACCTGGCGATCCAGATGACCGCCATTGGCGAAGAGTCCGGTGCGCTGGATGACATGCTCGACAAAGTGGCGAGTTTTTATGAGGCCGAAGTGGATAATCTGGTGGACAACCTCACCAGCCTGATGGAACCCTTCATCATGGTGATCCTGGGGGTGGTCGTCGGCGGCCTGGTGGTTGCCATGTACATGCCCATCTTCCAACTCGGCTCTGCGATCTGA MAVKAAKTDVYTWEGKDRKGTKMSGELTGQSPALVKAQLRKQGINPGKVRKKSTSIFSKGKRIKPLDIALFTRQMATMLKAGVPLLQAFDIIGEGFDNPNMRKLVDEVKQEVAAGNSFAASLRKCPQYFDELYCNLVDAGEQAGALDTLLDRVATYKEKSEALKAKIKKAMTYPAAVIAVAAVVTSILLIKVVPQFESVFSGFGAKLPAFTLMVIGLSEFLQDWWWVLLGGVVGGFFGVKYALKRSQAFRDWRDKWLLKLPLVGTLMYKSAVARYARTLSTTFAAGVPLVEALDSVSGATGNVVFKRAVQRIKQDVSTGMQLNFSMRTSGIFPNLAIQMTAIGEESGALDDMLDKVASFYEAEVDNLVDNLTSLMEPFIMVILGVVVGGLVVAMYMPIFQLGSAI PGPT0015920_1052 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015920-pilC-K02653 NA NA D1-35_04901 1701 hypothetical protein ATGAATGACATTGCCCTCAGCGGCCTGGCCAAGCAACTGGTGCTGGCCGAACTGATCACTGAACAAAGCGCACAGCAGGCCTATCAACAGGCGCAGCGCAATCGCACGCCCCTGGTCAGCTATCTGGTGCAGAACAAACTCGTCCAGAGCCGCCAGGTGGCGGAAATCGCCTCGGAGCATTTTGGTATCGCCCTGCTGGACCTCAACAGCCTCGACAAGGACAACCAGCCCGCTGGCCTGGTCAGCGAGAAACTCGTGCGCCAGCATCACGCCCTGCCCCTGTGGCGGCGTGGCAACAAGCTGTACGTGGGCATTTCCGATCCGACCAATCACCAGGCCATCAACGACATACAGTTCAGCACCGGCCTGACCACCGAAGCCATACTGGTGGAGGACGACAAGCTCAGCGATGCCATCGAGAAGTTCTTCGAGTCCAGCAGCACGGGCCTGGAAGGCATGGCCGACGTCGACCTCGACGGCCTCGACATCGAGTCGATCGACGACCGCAAGCAGGATGCCATCGCCGGCCAGGACGGCGACGATGCGCCGGTGGTGCGCTTCGTCAACAAGATGTTGCTGGATGCGATCAAGGGCGGCTCTTCCGACCTGCACTTCGAACCCTATGAAAAGACCTATCGGGTACGCGTGCGCACCGACGGTATGCTGCGGGAAGTCGCAAAGCCGCCCATCCAACTGGCCAACCGCATTGCCGCGCGCCTCAAGGTGATGGCGAGCCTGGACATTTCCGAACGGCGCAAGCCCCAGGACGGACGGCTGAAGATGCGCCTGTCAAAGACCAAGTCCATCGATTTCCGGGTCAACACCCTCCCCACGCTTTGGGGAGAAAAAGTGGTGATCCGGATCCTCGACCCCTCAAGCGCGCAAATGGGCATCGACGCCCTGGGCTACGAACCGGAACAGAAAGACCTGTACATGGCGGCCCTCAAGCAACCCCAGGGGCTGATTCTGGTAACCGGGCCGACCGGCTCGGGCAAGACCGTGTCGCTGTATACCGGCTTGAACATCCTCAACACCGTGGACATCAATATTTCCACCGCCGAGGACCCGGTGGAAATCAACATGGAAGGCATCAACCAGGTCAACGTGAATCCGCGCCAGGGGCTGGATTTCGCCCATGCACTGCGCTCGTTCCTGCGCCAGGACCCGGACGTGATCATGGTCGGCGAGATCCGCGACCTGGAAACCGCCGAGATCGCCATCAAGGCGGCCCAGACCGGGCACCTGGTGCTGTCCACGCTGCACACCAACAGCGCTGCCGAAACCCTGATCCGGCTACAGAACATGGGCATCCCCGGTTTCAACATCGCCACGGCAGTGCACCTGATCATCGCCCAGCGCCTGGCGCGCAAGTTGTGCATGCACTGCCGCAGAGCCATCGAGATTCCCGAGGAAACCCTGCTCAAGGAGGGCTTCCCGCGGGAACGCATCGGCTCATTCACGATCTATGAGCCGGTCGGTTGCGAACAGTGCAACAACGGCTACAAGGGTCGCGTGGGGGTCTACGAAGTGGTCAAGAACACGCCGGAGCTGCAGCGGCTGATCATGGCCGAAGGCAACTCCCTGGAAATCGACCTGCAAATGCGCAAGGACGGCTTCAATGACTTGCGCACCTCGGGGCTGGTCAAGGTGATGCAAGGCGTCACCAGTCTCGAAGAAATCAACCGGGTCACCAAGGATTGA MNDIALSGLAKQLVLAELITEQSAQQAYQQAQRNRTPLVSYLVQNKLVQSRQVAEIASEHFGIALLDLNSLDKDNQPAGLVSEKLVRQHHALPLWRRGNKLYVGISDPTNHQAINDIQFSTGLTTEAILVEDDKLSDAIEKFFESSSTGLEGMADVDLDGLDIESIDDRKQDAIAGQDGDDAPVVRFVNKMLLDAIKGGSSDLHFEPYEKTYRVRVRTDGMLREVAKPPIQLANRIAARLKVMASLDISERRKPQDGRLKMRLSKTKSIDFRVNTLPTLWGEKVVIRILDPSSAQMGIDALGYEPEQKDLYMAALKQPQGLILVTGPTGSGKTVSLYTGLNILNTVDINISTAEDPVEINMEGINQVNVNPRQGLDFAHALRSFLRQDPDVIMVGEIRDLETAEIAIKAAQTGHLVLSTLHTNSAAETLIRLQNMGIPGFNIATAVHLIIAQRLARKLCMHCRRAIEIPEETLLKEGFPRERIGSFTIYEPVGCEQCNNGYKGRVGVYEVVKNTPELQRLIMAEGNSLEIDLQMRKDGFNDLRTSGLVKVMQGVTSLEEINRVTKD PGPT0015915_1234 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015915-pilB-K02652 NA NA D1-35_04902 354 hypothetical protein ATGAAGAAGTTCGCTATCACTGCCGCTGCTGCCACTGCACTGACCCTGACCATGGCTAACGCATTTGCCGAAACCACTCAAGCGACTCAGGCACCGATGATGCTGGCTGCTGGCGAAGTGACAGAGGCTAAGGAAGACGTTTCCGACACCTGGATCACCACCAAGGTCAAAGCTGACCTGGTCACCGAGAAAGGCATTCCAGGCTCCGACATCAAGGTTGAAACCAACAAGGGCGTTGTGTCCCTGTCTTCTATGACCAAAGTCACTGACGCACAAAAAGACACCGCTGTGGCAATCACCAAGAAAATCAAAGGCGTCAAAGCCGTATCGGCTGACGGCCTGAAAGCCGAGTAA MKKFAITAAAATALTLTMANAFAETTQATQAPMMLAAGEVTEAKEDVSDTWITTKVKADLVTEKGIPGSDIKVETNKGVVSLSSMTKVTDAQKDTAVAITKKIKGVKAVSADGLKAE PGPT0013305_1291 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013305-osmY-K04065 NA NA D1-35_04903 303 hypothetical protein ATGAAAATGAAGTGTCTGTCTGGAATCGGCCTGGTCCTGCTGCTTGCGAGCGGCCATGCATCAGCCGCCGAGACCCTGCGCTGCGGCAGCCAATTGATCAGCGTCGGTGATCGCTCCAGCGAGGTGCTGCAGAAGTGTGGCGAGCCCACGGCGCGCGATGACCTGGGCTACCAACGCAGCGCCAATCGCCGGAATGAGTACCCGGTGGAGGAATGGACCTACGGGCCCAACAACGGCATGTACCAATACTTGCGCTTCGTGGGGAATCGGCTGGTGGAGATCACCAGCAAGCGTGGGCGGTGA MKMKCLSGIGLVLLLASGHASAAETLRCGSQLISVGDRSSEVLQKCGEPTARDDLGYQRSANRRNEYPVEEWTYGPNNGMYQYLRFVGNRLVEITSKRGR NA NA NA NA NA D1-35_04904 2934 hypothetical protein ATGCCCAAAGGATTGATTCGCGCTTTCGGCGCCCTGTTGACCGCACTGGCCCTCTACAGTCTGTTGGGTTTTCTGATACTGCCGGGCATTGCCCTGCGGATCGCCAATCAGCAACTGGCCGCCCATGCGACGGTGCCGGCCCAGATCCAGCGCATCGAGCTCAATCCTTTCAGCCTTGAAGTGACCTTGTGGGGACTGGTGGTCGGCGAACCTGGCAAGGAACAGGTCGGTTTCGAACGGCTCTATGCCAACCTGCAACTCGACAGTCTGTGGTCCGGCGCCCTGCACCTGGCCGACGTCGAGCTGGACAAGCCCAGGACCGAGATCGCGTTCGCCAAGGACGGCCAGCTGAATCTGCTGGGCCTGTTCAAGCTGCCGCCCAGCGAACCGACTCCGGCGGATCCCGACGCCAAGCCGTTTCCCTTGCGAATCGAGCGGATCAAACTGGCCAGCGGCTACGTGCACTTCCAGGACCTGCGCCCCAGCGAACCCATCGAGTTCCTGTATGACACCCTCGACTTCGAGCTGAAGAACCTCAGCACCCTGCCCGACGACAGCGCCGACATGACCCTGGTGGCCGTCGGTCCCGAGGGTGGGCAGATCGACTGGACCGGTAACTTCAGCCTCGCGCCGATCGCCTCCGAGGGCACGCTCAAGGTGACCGGGGGCCAGATGAAAGCCTGGTGGCCCTACGTGCGAGACGCAGTGCCGCTCGTTCTGGAAAACGGCGTGCTGAACCTCAGCACCGAGTACAAGCTCAACCTCGCCAAGGGCACGGAGCTGCTGCTCAACAACGCGTCGGTCAGCGTCGCGCCCTTCGCCATCAAGGCGCCCGACGGCCGTCCGCTGGCAAGGCTGGAGCGCCTGGAGGTCAGCGAAACCTCGCTGGACCTGGGCAAGCAGCAGGTCATCGTGGGCAAGATCCGCAGCCACAAACTCGAGACCTGGGCCGCTCGGGAAGCCGACGGGCAGTTGGACTGGCAGAAGCTCTTCGCCAGCCAGGCAGCCAAACCCAAGGTCAAGGCCGAACCGGCCTCGGCCCCGGCAGCCGCCGACTCGCCCAAGCCTGAGCCGACAACACCGAGCAAGCCTTGGCAGGTGATGCTGAAGGACGTGCAACTGCGCGATTACCAGATACACCTGGCCGACCGCCAGGCGCAGCCGGCCGTGGCCCTGGACCTCGGCCCGCTGAATCTCGACCTGCAGAACTACGACACACTCAACGGCTCGCCCTTCAAACTCAAGCTGGACACCGGGCTGGGCAAACAAGGCAAGCTGCTCGCCGATGGCGAGGTCAATCTGAACCCGGTTACCGCGAAGCTCAACGTCAAGACCCAGGACATCGACCTGCGGGTCGCCCAGGCCTACATCAACCCGTTCATCCGCCTGGAGCTACGCTCCGGGATGCTCGGCAGCGATCTGGCGGTAGACCTGAAAAGTACCGAACCGCTGGCGTTCGCCGTGACCGGCCGCGCCCAGGTCGATCAGTTGCATACCCTCGACACACTCAAGACCCGTGACTTCCTCAAATGGCAGCGCCTGGAACTCCAAGGCCTCAATTACCAGCATGGCGACAGCCTGTCGATCGACAAGGTCAACCTGTTCCAGCCCTATGCACGCTTCATGATCAACGACGATCGCACCACTAACGTCGACGACCTGCTGATTCCACAACCTGCCGACGCCCCGGCCAGAAACACCGCGGCCAAACCGGCACCCAAGGAAAAACCGCTGGGGATTCATGTCGGCGGAATCGCCATCAACGACGGTTCGGCCAATTTCGCCGACTTCAGCCTGACGCCGAACTTCGCCACAGCCGTCCAGCAGCTCAACGGCGAGATCGGCACCATCGACAGCCGCCAGGCCAAGCCCGCCACCGTCGATGTGAAAGGCAAGGTCGATCGCTACGCGCCTGTCACGATCAAGGGCGCGGTCAACCCTTTCGACCCGATGGCCAGCCTCGATATCGCCACCAGTTTCAAACGGGTCGAGCTGACCACCCTGACGCCGTACTCCGGCAAGTTCGCCGGCTATCGCATCCGCAAGGGCCGGCTCAATCTCGACCTGCATTACCGGATCACCAAGGGCCAGCTCCAGGCCGACAACAAAGTCGTGGTCGAACAGTTGCAACTAGGGGAAAAGGTCGACAGCCCGGACGCCGTGAGCCTGCCGCTCAAGCTCGCCGTCGCCCTGCTGAAAGATTCCGAGGGCAGGATCTCCATCGAGCTGCCGGTTTCCGGCAACCTCAACGACCCGCAGTTCAGCGTCATGCCGATTGTCTGGCAAACCTTGCGCAACCTGGTGGTCCGCGCGGCACAAGCGCCGTTCAAGCTGATCGGCGGGCTGGTGGCCGGCGGCGGCTCGGAAGACCTGGGCAGCGTGGCGTTCGCACCGGGCTCCAGTGACCTCAGCAAGGAAAACGAAAATGCTCTGCTCAAGTTGTCCGAAGCCCTGGGCAAACGGCCAGAGCTGAAGCTGGAGATCGAAGGCACCGCCGCCGAAAGCAGCGACGGCCCGCTGCTCGCCGCCCAGCGCTTGGAACGCGAATACCAGTACAACTACTACAAGATGCTGCAGCGCAGGGGCGACAAGGTCCCGGCGAAAGCTTCGTTGCTGGAAGTACCGGAAGACGAAAAAGCCCCGCTGCTTGAAGGCATCTATCGCACCCGCCTGAAGACTCAACCACCGGCCGAATGGACGCAACTGGATAAACAGGCCCGCATCGAAAAACTCCGTGAAGGGGTCATCAAGTTCTGGAGCGGCAGTGATCTGCTGTTGCGCGAACTGGGACAGGAACGGGCCAGCAGCATCAAGGACTTCCTGGTGGACAAGGGCAAGCTGGCCGATGACCGCGTGTACTTCATCGACGCCAGCCTCGGTCAGGCCGAAAGCGACGGTAGCGTCATTACTCCTATGCATCTGGATGCCGAATGA MPKGLIRAFGALLTALALYSLLGFLILPGIALRIANQQLAAHATVPAQIQRIELNPFSLEVTLWGLVVGEPGKEQVGFERLYANLQLDSLWSGALHLADVELDKPRTEIAFAKDGQLNLLGLFKLPPSEPTPADPDAKPFPLRIERIKLASGYVHFQDLRPSEPIEFLYDTLDFELKNLSTLPDDSADMTLVAVGPEGGQIDWTGNFSLAPIASEGTLKVTGGQMKAWWPYVRDAVPLVLENGVLNLSTEYKLNLAKGTELLLNNASVSVAPFAIKAPDGRPLARLERLEVSETSLDLGKQQVIVGKIRSHKLETWAAREADGQLDWQKLFASQAAKPKVKAEPASAPAAADSPKPEPTTPSKPWQVMLKDVQLRDYQIHLADRQAQPAVALDLGPLNLDLQNYDTLNGSPFKLKLDTGLGKQGKLLADGEVNLNPVTAKLNVKTQDIDLRVAQAYINPFIRLELRSGMLGSDLAVDLKSTEPLAFAVTGRAQVDQLHTLDTLKTRDFLKWQRLELQGLNYQHGDSLSIDKVNLFQPYARFMINDDRTTNVDDLLIPQPADAPARNTAAKPAPKEKPLGIHVGGIAINDGSANFADFSLTPNFATAVQQLNGEIGTIDSRQAKPATVDVKGKVDRYAPVTIKGAVNPFDPMASLDIATSFKRVELTTLTPYSGKFAGYRIRKGRLNLDLHYRITKGQLQADNKVVVEQLQLGEKVDSPDAVSLPLKLAVALLKDSEGRISIELPVSGNLNDPQFSVMPIVWQTLRNLVVRAAQAPFKLIGGLVAGGGSEDLGSVAFAPGSSDLSKENENALLKLSEALGKRPELKLEIEGTAAESSDGPLLAAQRLEREYQYNYYKMLQRRGDKVPAKASLLEVPEDEKAPLLEGIYRTRLKTQPPAEWTQLDKQARIEKLREGVIKFWSGSDLLLRELGQERASSIKDFLVDKGKLADDRVYFIDASLGQAESDGSVITPMHLDAE NA NA NA NA NA D1-35_04905 1017 rlmI_2 COG1092 Ribosomal RNA large subunit methyltransferase I ATGTCTTCCTTGAATCTGGCGCTGCGCGCCGCCCTCGACCAGCGTCAGGACCTGCTTGGCCAACTGCATCAGCAGGGCACCGATTGCTATCGCCTGTTCCACGGCAGCCAGGAAGGCGCTCCCGGCCTGACGGTCGACCGCTACGGCCCGCAGCTGCTGGTGCAGAGTTTTCATCAGTCACTGGAGCGCGAGGCCCTGTTGCAACTGCACGGCATCGTCAATCAACACTTGGGCCTGGATACCCTGCTGGTCTACAACGACCGCGCCCGGGGCAACTCGCGCATCGACCGCCAGGACAGCATCTATCAGCCTGACGAGGCTGCCTTGCAAGACCTGGTTGGCCATGAGTGGGGGTTGAACTACCGGGTTCGCGGACGTCACGCCGGGCAGGATCCGTTGCTGTTTCTCGATCTGCGCAACGCCCGGGGCTGGGTCAAGGACCACAGCCGGAACAAAAGCGTGCTGAACCTGTTCGCCTATACCTGCGGCGTCGGCCTGAGCGCCGCGGCGGGCGGAGCGCGCGAGGTGTGCAACCTGGACTTCGCCGAGGGCAACCTGGCGGTGGGCCGCGAGAACGGCCTGCTCAATCCCGACCTGCCGACGATGGAATTCGTCCAGTCGGATTATTTCCCGGCGATTCGCCAACTCGCCGGCCTGCCGATCAGTCAACGCCGCGGACAGAAACTGCCCGCTTACGTGCGCCTGGAGCAACGCCAATATGACGTGGTGCTGCTCGACCCGCCGGCCTGGGCCAAGAGCGCTTTCGGCACAGTCGACCTGCTGCGCGATTACCAAAGCCTGCTTAAGCCGGCACTGCTCACCACCGCCGAAAATGGCGTGCTGATCTGCTGCAACAACCTGGCGAAGGTGTCCATGGACGACTGGCGCGAGCAGGTATTGCGCTGTGCGGAAAAAGCCGGCCGCCCGGTTCGCGAGTGGAGCGTGCTGACACCTGGCAGCGATTTTCCCTCGCAGGATCAACAGCCGCCGCTCAAGACGTTGATCCTCCAGCTCTGA MSSLNLALRAALDQRQDLLGQLHQQGTDCYRLFHGSQEGAPGLTVDRYGPQLLVQSFHQSLEREALLQLHGIVNQHLGLDTLLVYNDRARGNSRIDRQDSIYQPDEAALQDLVGHEWGLNYRVRGRHAGQDPLLFLDLRNARGWVKDHSRNKSVLNLFAYTCGVGLSAAAGGAREVCNLDFAEGNLAVGRENGLLNPDLPTMEFVQSDYFPAIRQLAGLPISQRRGQKLPAYVRLEQRQYDVVLLDPPAWAKSAFGTVDLLRDYQSLLKPALLTTAENGVLICCNNLAKVSMDDWREQVLRCAEKAGRPVREWSVLTPGSDFPSQDQQPPLKTLILQL NA NA NA NA NA D1-35_04906 1938 acsA_3 COG0365 Acetyl-coenzyme A synthetase ATGTTCGATATCAGCCAGTACCCCCACGCCGATGCCGTCCGCCGGGCTGCGCAATTGAGTCAGGAAGAGTACAAGCGGCTCTATAAAGAATCCATTGAACACCCCAGCGCCTTCTGGGCCGAGCAGGCCACGCGTTTTCTTGACTGGATGACGCCCTGGCAGACCGTCCAGCGCTACGACTTGAAGAGCGGCGAAGCGAGCTGGTTCGCCGGTGGCAAGCTGAACGTCAGCGCCAACTGCATCGACCGTCACCTGGACACGCGCGGCGACCAGATCGCGATCATCTGGGAAGGCGACAATCCCGCCGAATCGGCACAGATCACCTACAAGAAACTTCACCATCATGTGTGCCGCCTGGCCAACGTGCTGAAAAGCCGTGGCGTGAAAAAAGGCGATCGGGTCTGCATCTACATGCCGATGATCCCGGAAGCGGCCTACGCCATGCTCGCCTGCACCCGCATCGGCGCGGTGCATTCGGTGGTGTTCGGCGGGTTCTCGCCGGACTCGCTGCGCGACCGGATTCTCGATGCCGATTGCCGCACCGTCATCACCGCCGACGAAGGCGTGCGCGGCGGACGGTTCATACCGCTCAAGCGCAACGTCGACAAGGCGCTGGAAAGCTGCCCGGACGTCAGCACCGTGCTGGTGGTGGAGCGCACCCAGGGCGAGGTGGAGTGGGTCGAAGGGCGCGACGTCTGGTACCACCAGGCCATGCACGACATGAGCGACGACTGCCCCCCCGAACCGATGGACGCCGAGGACCCGCTGTTCATCCTCTACACCTCCGGCAGCACCGGCAAACCCAAGGGCGTGCTGCACACCACCGGCGGCTATCTGTTGCAGGCGGCGATGACCTTCAAGTACGTGCTGGATTACCGCGACAACGAAGTGTTCTGGTGCACCGCCGATGTCGGCTGGGTCACCGGCCATAGCTATATCGTCTACGGGCCACTGGCGAACGGCGCCACCACGCTGATCTTCGAGGGCGTGCCAAGCCATCCGAGCAGTTCGCGGTTCTGGCAGGTAATCGACAAACATCAGGTCAACATCTTCTACACCGCCCCGACCGCCCTGCGCGCGCTGATGCGCGAGGGCGCCGGTCCGTTGCAGGACACTTCGCGCAAGAGCCTGCGCTTGCTCGGAAGTGTCGGTGAGCCGATCAACCCGGAAGCGTGGGAATGGTATTTCAACGTCGTAGGCGAACAACGCTGCCCGATTGTCGATACCTGGTGGCAGACCGAAACCGGCGGCATCATGCTCAGCCCGCTGGTGAGCGCGCCACGGCTCAAGCCGGGCTGCGCCACCCGGCCGATGTTCGGCGTGCAGCCGGTGCTGCTGGATGAAGTCGGCAAGGAGATCAGCGGCGCGGGCAGCGGCGTACTGGCGATAAAATCCAGTTGGCCGGGGCAGATTCGCAGCGTCTACGGCGACCACCAACGAATGGTCGACACCTACTTCAAGCCTTACCCCGGGTACTACTTCACCGGCGACGGCGCCCGTCGCGACGAAGATGGCGACTATTGGATCACCGGGCGTATCGACGATGTGATCAATGTATCGGGCCACCGTATCGGCACCGCGGAGATAGAGAGTGCGCTGGTGTTGCACGACAACATTGCCGAGGCAGCAGTCGTGGGTTATCCCCATGACTTGAAGGGCCAGGGCATATACGCCTTTGTCACGCCGATGAACGGGGTCGAAGCCAACGACGAGTTGAAGAAGGAGCTGCTGGCCCATGTCAGCAAGGAAATCGGCAGTTTTGCCAAGCCGGAACTGATCCAGTGGGCGCCGGCCCTGCCGAAGACCCGCTCGGGGAAGATCATGCGGCGGATCCTGCGCAAGATCGCCTGCAACGAGCTCGACAGCCTGGGCGACACCTCGACCCTGGCTGATCCGAGCGTGGTGGAGGGTTTGATCGACACACGCCTGAACCGCTGA MFDISQYPHADAVRRAAQLSQEEYKRLYKESIEHPSAFWAEQATRFLDWMTPWQTVQRYDLKSGEASWFAGGKLNVSANCIDRHLDTRGDQIAIIWEGDNPAESAQITYKKLHHHVCRLANVLKSRGVKKGDRVCIYMPMIPEAAYAMLACTRIGAVHSVVFGGFSPDSLRDRILDADCRTVITADEGVRGGRFIPLKRNVDKALESCPDVSTVLVVERTQGEVEWVEGRDVWYHQAMHDMSDDCPPEPMDAEDPLFILYTSGSTGKPKGVLHTTGGYLLQAAMTFKYVLDYRDNEVFWCTADVGWVTGHSYIVYGPLANGATTLIFEGVPSHPSSSRFWQVIDKHQVNIFYTAPTALRALMREGAGPLQDTSRKSLRLLGSVGEPINPEAWEWYFNVVGEQRCPIVDTWWQTETGGIMLSPLVSAPRLKPGCATRPMFGVQPVLLDEVGKEISGAGSGVLAIKSSWPGQIRSVYGDHQRMVDTYFKPYPGYYFTGDGARRDEDGDYWITGRIDDVINVSGHRIGTAEIESALVLHDNIAEAAVVGYPHDLKGQGIYAFVTPMNGVEANDELKKELLAHVSKEIGSFAKPELIQWAPALPKTRSGKIMRRILRKIACNELDSLGDTSTLADPSVVEGLIDTRLNR PGPT0002265_4467 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D1-35_04907 1665 pgi COG0166 Glucose-6-phosphate isomerase ATGGCGTATTACCGAACTCCTCATGACGTGACCGCTCTGCCCGCCTGGCAAGCGCTGAATGACCACCGCAAAGCCATGCAGGATTTCAGCATGCGCGAAGCGTTCAATGCCGATCCGCAGCGTTTCAATCAATTCACCCTGTCGAGCTGCGGCCTGTTTCTCGACTATTCGAAGAACCTGATCAACGCCCAGACCCGCGACCTGTTGGTAAACCTGGCCAACGAAGTCGACCTCAAGGGCGCGATCGAGGCGCTGTTTGAAGGCGAAATCGTCAACGCCTCGGAGAACCGCCCGGCCCTGCACACCGCGCTGCGTCGCCCGGTCGGCGACAAATTGCTGGTCAATGGCGTCAACGTGATGCCCGATGTGCACAAAGTGCTGAACCAGATTACCGATCTGGTCGGTCGCATTCACGATGGTCTGTGGCGCGGCTACACCGAAAAACCGATCACCGACGTGGTGAACATCGGCATCGGTGGCTCCTTCCTCGGCCCGCAGCTGGTGTCCGAAGCGCTGTTGTCCTACACGCATAAAGGCGTGCGCTGTCACTACCTGGCGAACATCGACGGCAGTGAGTTCCACGAGCTGGCCCAGAAGCTGCGCGCCGAGACCACGTTGTTCATTGTCTCGTCGAAATCCTTCAATACCCTCGAAACCTTGAAGAATGCCGAGGCCGCTCGTGCCTGGTACCTGGCCCAGGGTGGCTCGGAAGCGGAGCTCTATCGCCACTTCATCGCGGTATCGAGCAACAACGCCGCCGCGGTGGCCTTCGGCATCCGTGAAGAAAACATCTTCCCGATGTGGGACTGGGTCGGCGGCCGTTACTCGCTGTGGTCGGCCATCGGTCTGCCAATCGCCCTGGCCATCGGCATGTCGAACTTCAAGGAGCTGCTGTCCGGCGCCTACTCCATGGACCAGCATTTCCAGAGCGCGCCGTTCGACCAGAACATGCCGGTGCTGCTGGCGCTGCTTGGCGTGTGGTACGGCAATTTCTGGGGCGCGCAAAGCCACGCGATCCTGCCGTACGACCACTATCTGCGCAACATCACCAAGCATCTCCAGCAACTGGACATGGAATCCAACGGCAAGAGCGTCCGCCAGGATGGCACGCCGGTGTCCACCGATACGGGGCCAGTGATCTGGGGTGGCGTCGGCGCCAACGGTCAGCACGCCTACCATCAATTGCTGCATCAGGGCACCCAACTGATCCCGGCCGATTTCATCGTGCCGATCGTCAGCTTCAACCCGGTTGCCGACCATCATCAGTGGCTGTACGCCAACTGCCTGTCCCAGAGCCAGGCGCTGATGCTCGGCAAGACTCGCAGCGAGGCCGAGGCCGAGTTGCGCGATAAAGGCGCCAGTGAAGAAGAAGTGCAGAAGCTCGCCCCCCACAAGGTGATCCCGGGCAACCGCCCGAGCAACACCCTGGTGGTCGAACGCATCAGCCCGCGCCGCCTCGGTGCACTGGTTGCGCTGTATGAGCACAAGGTATTCGTGCAAAGCGTGGTCTGGGGCATCAATGCCTTCGACCAATGGGGCGTGGAACTTGGCAAGGAACTGGGCAAAGGCGTCTACAACCGCCTGGTGGGCAGCGAAGAAAGCCCGGCCGAAGATGCTTCGACCCAAGGCCTGATCAGCTACTTCCGCGGACGTCATCGCGGCTGA MAYYRTPHDVTALPAWQALNDHRKAMQDFSMREAFNADPQRFNQFTLSSCGLFLDYSKNLINAQTRDLLVNLANEVDLKGAIEALFEGEIVNASENRPALHTALRRPVGDKLLVNGVNVMPDVHKVLNQITDLVGRIHDGLWRGYTEKPITDVVNIGIGGSFLGPQLVSEALLSYTHKGVRCHYLANIDGSEFHELAQKLRAETTLFIVSSKSFNTLETLKNAEAARAWYLAQGGSEAELYRHFIAVSSNNAAAVAFGIREENIFPMWDWVGGRYSLWSAIGLPIALAIGMSNFKELLSGAYSMDQHFQSAPFDQNMPVLLALLGVWYGNFWGAQSHAILPYDHYLRNITKHLQQLDMESNGKSVRQDGTPVSTDTGPVIWGGVGANGQHAYHQLLHQGTQLIPADFIVPIVSFNPVADHHQWLYANCLSQSQALMLGKTRSEAEAELRDKGASEEEVQKLAPHKVIPGNRPSNTLVVERISPRRLGALVALYEHKVFVQSVVWGINAFDQWGVELGKELGKGVYNRLVGSEESPAEDASTQGLISYFRGRHRG PGPT0017735_1042 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 D1-35_04908 381 panD COG0853 Aspartate 1-decarboxylase ATGCACGCCATCATGCTCAAGGCCAAGCTGCACCGCGCCGAAGTCACTCACGCCGTGCTCGACTACGAAGGCTCCTGCGCCATTGACGGTGAGTGGCTGGACCTGTCGGGCATCCGCGAATACGAACAGATCCAGATCTACAACGTCGACAACGGCGAGCGCTTCACCACCTACGCCATCCGTGGCGAAGAAGGCTCGCGGATGATCTCGGTCAACGGCGCTGCGGCGCACAAGGCCAAGGTCGGAGACCGCGTCATCATCTGCGCCTATGCCCATTACAGCGAAGCCGAACTGCTCAACTTCAAGCCGCGCATGCTCTACATGGCGCCGGGCAACGAACTGAGCCACACCAGCAACGCCATTCCGGTCCAGGTGGCCTGA MHAIMLKAKLHRAEVTHAVLDYEGSCAIDGEWLDLSGIREYEQIQIYNVDNGERFTTYAIRGEEGSRMISVNGAAAHKAKVGDRVIICAYAHYSEAELLNFKPRMLYMAPGNELSHTSNAIPVQVA PGPT0008890_1437 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0008890-panD-K01579 NA NA D1-35_04909 861 panC COG0414 Pantothenate synthetase ATGAACACCGTCAAGACCGTACGCGAACTCCGCGCCGCCGTGGCCCGCGCCCGGGGCGAAGGCAAACGCGTCGCCTTTGTCCCGACCATGGGCAACCTGCACAGCGGGCACATGGCGCTGGTGACCAAGGCGGCGCAGCGGGCCGATTTTGTCGTGGCGAGTATTTTCGTCAATCCGCTGCAATTCGGCGCTGGCGAAGACCTCGACAAATATCCGCGCACCCTCGCGGCCGACCAGGAGAAACTGCTCCAGGCCGGCTGCCATCTGCTGTTCGCGCCCAGCGTGGAGGAGATGTATCCCGATGGCATGGCCGGGCAGACCCGCGTCAGCGTCCCGCAGTTGTCCGAAGGCCTGTGTGGCGCCAGCCGTCCGGGGCATTTCGAAGGCGTGGCGACGGTGGTCAGCAAGCTCTTCAACATGGTCCAGCCGGATCTGGCGGTGTTCGGCCAGAAGGATTTCCAACAACTGGCGGTGATCCGCGCGCTGGTGCATGACCTGAACATGCCGATCCAGATCATCGGCGAGCCGACCGTGCGCGCCGATGACGGCCTGGCGCTGTCTTCGCGCAACGGTTTTCTCAGCCCCGAGCAACGCGCCGTGGCGCCCGTGGTCTACCGTGCCCTGAGCCAGATCGCCGAAGCGATCAGGCAGGGGCGACGGGACTTCCCGGCGCTGATTGGCGAACAGCTCAAACAGCTCGAATCCGCCGGCCTGCGTCCCGATTACCTGGAAATCCGTGACGCCAGGACCTTGCGCCCAGCTGTGAGCGAGGATCGCGACCTGGTGATTCTGGTTGCCGCCTTCCTGGGCACCACGCGCCTGATCGACAACCTGCATCTGGAACTCGACACGCCCGCCTGA MNTVKTVRELRAAVARARGEGKRVAFVPTMGNLHSGHMALVTKAAQRADFVVASIFVNPLQFGAGEDLDKYPRTLAADQEKLLQAGCHLLFAPSVEEMYPDGMAGQTRVSVPQLSEGLCGASRPGHFEGVATVVSKLFNMVQPDLAVFGQKDFQQLAVIRALVHDLNMPIQIIGEPTVRADDGLALSSRNGFLSPEQRAVAPVVYRALSQIAEAIRQGRRDFPALIGEQLKQLESAGLRPDYLEIRDARTLRPAVSEDRDLVILVAAFLGTTRLIDNLHLELDTPA PGPT0008750_1366 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 D1-35_04910 801 panB COG0413 3-methyl-2-oxobutanoate hydroxymethyltransferase ATGCCAGCTATTACCCTGACCACGCTGCAAGGTCTCAAGCAGAAAGGTGAAAAAATCACCATGCTGACCTGCTATGACGCAACCTTCGCCCATGCCTGCAACGAGGCCGGTGTCGAAGTGCTGCTGGTGGGCGATTCCCTCGGCATGGTGCTGCAAGGGCACGACAGCACGCTGCCGGTGACCACCGCCGAAATGGCCTACCATGTAGCCGCCGTCAAACGCGGTAACACCGACGCGCTGATCCTCGCCGACCTGCCGTTCATGGCCTACGCCACCCTCGAACAAACCATGACCAACAGCGCCATGCTCATGCAGGCCGGTGCCCACATGGTCAAGGTCGAAGGCGCGTTGTGGCTGGCCGACTCGATCCGCCTGCTGGCCGAGCGCGGTATCCCGGTGTGCGCACACCTGGGCCTGACGCCCCAGGCGGTGAATATCCTCGGTGGCTACAAGGTCCAGGGCCGCAACGAAAACCAGGCGCGGCAGATGCGTGCCGATGCGATTGCGCTGGAACAGGCCGGTGCCGCCATGTTGCTGCTCGAATGCGTACCCAGCGAGCTGGCGCAGGAAATCACTCAAGCGGTAAAAATCCCGGTGATCGGCATCGGCGCCGGTAACGCCACCGACGGCCAGGTACTGGTGCTCCACGACATGCTTGGGCTGTCGATTACCGGCCGCGTACCCAAGTTCGTGAAGAATTTCATGGCCGGGCAAACCACTATCCAGGCAGCCTTGTCCGCCTATGTCACTGAAGTGAAGGCGACGACCTTCCCTGGCGCCGAGCACGGATTTTCCGCATGA MPAITLTTLQGLKQKGEKITMLTCYDATFAHACNEAGVEVLLVGDSLGMVLQGHDSTLPVTTAEMAYHVAAVKRGNTDALILADLPFMAYATLEQTMTNSAMLMQAGAHMVKVEGALWLADSIRLLAERGIPVCAHLGLTPQAVNILGGYKVQGRNENQARQMRADAIALEQAGAAMLLLECVPSELAQEITQAVKIPVIGIGAGNATDGQVLVLHDMLGLSITGRVPKFVKNFMAGQTTIQAALSAYVTEVKATTFPGAEHGFSA PGPT0008740_3330 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 D1-35_04911 486 folK COG0801 2-amino-4-hydroxy-6-hydroxymethyldihydropteridine pyrophosphokinase ATGGAACGCATCTACATCGGCATGGGCAGCAACCTGGCCGAGCCCGCCGAACAATTGCGCAGCGCCGTCGAGGCGCTGGCGCGACTGCCCGAGACGCGATTGGCGGGCGTTTCAGCGTTCTATCAAAGCGACTCCCTGCTCCCCGGCCAGCCGCGCTATACCAATGCCGTTGCGGCGCTGGACAGCAATCTCGCGCCGCTGGACTTGCTCGATGCACTACAGGCCATCGAAACCGGCCAGGGTCGCGAGCGCCTCGAGCGCTGGGGCCCGCGCACCCTGGACCTGGATATTCTGTTGTTCGGTGATCACCTGATCGACGAGCCGCGCCTCAAAGTCCCTCATTACCATATGCACGCCCGAGCCTTTGTCCTGTATCCGCTGGCCGAGCTCGCGCCCGCCGACCTGCGCCTGGCCGATGGGCGCTTGCTCAAGGACCTCCTCGCGGCGTGCCCCTTCGTCGGCCTGGAACGCTTGCTCCCGAGCTGA MERIYIGMGSNLAEPAEQLRSAVEALARLPETRLAGVSAFYQSDSLLPGQPRYTNAVAALDSNLAPLDLLDALQAIETGQGRERLERWGPRTLDLDILLFGDHLIDEPRLKVPHYHMHARAFVLYPLAELAPADLRLADGRLLKDLLAACPFVGLERLLPS PGPT0007910_3439 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950 NA NA D1-35_04912 1398 pcnB COG0617 Poly(A) polymerase I ATGCTGAAGAAGCTGTTCCAGTCATTCCGTTCTCCCTTGCGTCGTACGCAACACATCCGCAGCACGCCTGAAGTGCTCAACAGCGGCCAGCATTCGTTGCAAAAGGCCCAATTCAGCCGTTACGCGGTGAACATCGTCGAACGCCTGCAGAACGCCGGCTACCAGGCTTACCTGGTCGGTGGTTGCGTGCGCGACATGCTGCTCAATATCACGCCCAAGGATTTCGACGTCGCCACCAGTGCCACGCCTGAGCAGATACGAGCCGAGTTCCGCAATGCGCGGATCATCGGGCGGCGCTTCAAGCTGGTGCACATCCACTTCGGCCGCGAAATCATCGAGGTCGCGACGTTCCGCGCCAACCACCCGCAAAACGACGAAGAAGAAGACAGCAACCAGTCTTCGCGCAACGAGAGCGGGCGCATCCTGCGCGATAACGTCTACGGCACATTGGAAGAAGACGCGCAGCGCCGCGACTTCACCATCAACGCGCTGTATTACGACCCGGTCAGCGAACGCATCCTCGATTACGCCAACGGCGTTCACGACATCCGCAACCGACTTATCCGCCTGATTGGCGATCCCAGGCAGCGTTACCAGGAAGACCCGGTGCGGATGCTGCGGGCCGTGCGTTTCGCCGCCAAGCTGGATTTTGGCATTGAAAAGCACAGCGCCCTGCCGATTCGCGAACTGGCGCCGATGCTGAGGGAAATCCCGTCGGCGCGGCTGTTCGAAGAAGTGCTCAAGTTGTTCCTGTCGGGTCACGCCGCAGACACCTTCGAAATGCTCGTCGACCTTCAGCTGTTCGACCCGCTGTTCCCCGCCAGTGCCGAGGCGCTGGAATACAACCCGACCTACACCCACACCTTGATCAGCGAAGCGTTGATCAACACTGACCTGCGCATCAAGCAGAACAAACCGGTGACCCCGGCGTTCCTGTTCGCCGCCTTGCTCTGGCCCGCCCTGCCCGCCCGGGTCCTGCGTTTGCAGGAACGCGGCATGCCGCCGATTCCGGCGATGCAGGAAGCCGCCCATGAGCTGATCGCAGAGCAATGCCAGCGCATCGCCATTCCAAAACGCTTCACGATGCCGATCCGCGAGATCTGGGATATGCAAGAACGCCTGCCGCGGCGCAGCGGCAAACGCGCCGATCTGCTGCTGGACAACCCGCGTTTCCGCGCCGGTTACGACTTCCTGCTGCTGCGCGAAAGCGCCGGCGAACAGACCGATGGCCTGGGCGAATGGTGGACCGATTACCAGGACGCCAACGACAGCGAGCGCCGCGACATGATTCGCGAACTGAGCGGCAAGGATGACGGCGCCAGCGGCCCGCGCAAACGTCGCCGCAGCAGTGGCGCCAAGCGCAAACGTGCCGGTGCGCCAAGCGCCTCGGGCGAGTGA MLKKLFQSFRSPLRRTQHIRSTPEVLNSGQHSLQKAQFSRYAVNIVERLQNAGYQAYLVGGCVRDMLLNITPKDFDVATSATPEQIRAEFRNARIIGRRFKLVHIHFGREIIEVATFRANHPQNDEEEDSNQSSRNESGRILRDNVYGTLEEDAQRRDFTINALYYDPVSERILDYANGVHDIRNRLIRLIGDPRQRYQEDPVRMLRAVRFAAKLDFGIEKHSALPIRELAPMLREIPSARLFEEVLKLFLSGHAADTFEMLVDLQLFDPLFPASAEALEYNPTYTHTLISEALINTDLRIKQNKPVTPAFLFAALLWPALPARVLRLQERGMPPIPAMQEAAHELIAEQCQRIAIPKRFTMPIREIWDMQERLPRRSGKRADLLLDNPRFRAGYDFLLLRESAGEQTDGLGEWWTDYQDANDSERRDMIRELSGKDDGASGPRKRRRSSGAKRKRAGAPSASGE NA NA NA NA NA D1-35_04915 1437 zraR COG2204 Transcriptional regulatory protein ZraR ATGCCGCACATTTTGATCGTCGAAGACGAAACAATTATCCGCTCCGCCTTGCGCCGCCTGCTGGAACGCAACCAGTACCAGGTCAGCGAAGCCGGTTCCGTGCAGGAAGCACAAGAGCGTTTCAGCATTCCAACGTTTGACCTGATCGTCAGTGACCTGCGCTTGCCTGGTGCCCCGGGGACCGAGTTGATCAAACTCGGCCAGGGCACGCCTGTGCTGATCATGACCAGTTATGCCAGCCTGCGCTCGGCGGTCGACTCCATGAAAATGGGTGCGGTCGACTACATTGCCAAGCCGTTCGACCACGACGAAATGCTTCAGGCCGTCGCTCGAATCCTGCGTGACCGACAAACGGCGAGCAGCCAGCCTTCGGAACCGACGAACGGCAAGGCCGCGGCTCCAGGCAAGGCGGGCGCCAGCAACAGCAACGGCGAAATCGGCATCATCGGCTCCTGCCCACCCATGCAGGACCTCTACAGCAAGATCCGCAAAGTGGCGCCGACCGATTCCAACGTCCTGATCCAGGGCGAGTCCGGCACCGGCAAGGAGCTGGTGGCCAGGGCGCTGCATAACCTGTCGCGCCGAGCCAAGGCGCCAATGATTTCGGTGAACTGTGCGGCCATCCCGGAAAGCCTGATCGAGTCCGAGCTGTTCGGCCATGAGAAAGGCGCCTTCACCGGTGCCAGCGCAGGGCGTGCCGGCCTGGTCGAGGCGGCGGACGGAGGCACGCTGTTTCTTGACGAAATCGGCGAACTGCCCCTGGAAGCCCAGGCGCGGCTGTTGCGCGTTCTCCAGGAAGGCGAGATTCGTCGAGTCGGTTCGGTCCAGTCGCAAAAGGTCGATGTGCGCCTGATCGCCGCGACGCACCGCGACCTCAAGAGCCTGGCGAAAATCGGTCAGTTCCGTGAAGACCTGTATTACCGGCTGCACGTGATTGCCCTGAAGCTGCCGCCACTGCGCGAGCGCGGCGCGGACGTCAACGAGATTGCCAATGCCTTCCTCGCCCGCCAGAGCGCGCGGGTCAACCGCACCGACCTGAAGTTTGCCCCCGACGCCGAACAAGCCATTCGTCATTACGCCTGGCCGGGTAACGTCCGTGAGCTGGAAAACGCCGTGGAGCGCGCGGTGATCCTGTGCGAGAGCCCGGAAATTTCCGCCGACCTGCTGGGGATCGACATCGAATTGAGTGACCTGGACGATGAAGAATTCATCGGCCTGGCCCCTCAACAGGGCGGCGGCGCCAACAACACCAGCCACGAGCCCACCGAAGACCTGTCGCTGGAGGACTACTTCCAGCACTTCGTCCTGGAGCACCAGGACCACATGACCGAGACGGAACTGGCGCGCAAGCTGGGCGTGAGCCGCAAGTGCCTGTGGGAGCGCCGCCAGCGCCTGGGTATCCCACGACGCAAGACGGGCGTTGCCAGCGAGAGCTGA MPHILIVEDETIIRSALRRLLERNQYQVSEAGSVQEAQERFSIPTFDLIVSDLRLPGAPGTELIKLGQGTPVLIMTSYASLRSAVDSMKMGAVDYIAKPFDHDEMLQAVARILRDRQTASSQPSEPTNGKAAAPGKAGASNSNGEIGIIGSCPPMQDLYSKIRKVAPTDSNVLIQGESGTGKELVARALHNLSRRAKAPMISVNCAAIPESLIESELFGHEKGAFTGASAGRAGLVEAADGGTLFLDEIGELPLEAQARLLRVLQEGEIRRVGSVQSQKVDVRLIAATHRDLKSLAKIGQFREDLYYRLHVIALKLPPLRERGADVNEIANAFLARQSARVNRTDLKFAPDAEQAIRHYAWPGNVRELENAVERAVILCESPEISADLLGIDIELSDLDDEEFIGLAPQQGGGANNTSHEPTEDLSLEDYFQHFVLEHQDHMTETELARKLGVSRKCLWERRQRLGIPRRKTGVASES PGPT0004315_330 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ZINK_RESISTANCE ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004315-zraR|hydG-K07713 NA NA D1-35_04916 2955 sasA_18 Adaptive-response sensory-kinase SasA ATGCCGATGAGCTTTAGCCTGACCCAGATGATCCTGATCAGCGCCGCCTACCTGGCGGTGCTGTTCGGCGTGGCCTGGATCAGCGAACGAGGCATGATCCCCCGGGCGATCATCCGCCACCCGCTGACCTACACCTTGTCGCTGGGGGTCTACGCCAGCGCATGGGCGTTTTATGGCACGGTCGGGCTGGCCTATCAGTATGGCTATGGTTTCCTGTCCAGCTACCTCGGGGTGTCCGGGGCCTTCCTGCTGGCGCCGGTGTTGCTCTATCCAATCCTGAAGATCACCCGTACCTACCAACTGTCATCGCTGGCCGACCTGTTCGCCTTCCGCTTTCGCAGCACCTGGGCCGGCGCGCTGACCACGATCTTCATGCTGGTCGGCGTGTTACCGCTGCTCGCTCTGCAAATCCAGGCCGTGGCCGATTCCATCAGCATCCTGACCCGCGAACCGGTGCAACATCGAGTAGCGCTGAGCTTCTGCGCGCTGATCATTCTGTTCACGATTTTTTTCGGCTCCCGGCACATCGCCACCCGGGAAAAACACGAAGGCCTGGTTTTCGCCATTGCCTTTGAATCGGTGATCAAGCTGATCGCCATCGGTGGCGTCGGCCTCTACGCGCTGTACGGCGTGTTCGATGGCCCGCAACAGCTCGAGCTTTGGCTGTTGCAGAACCAGACCGCCCTCGCCGCCCTGCATACGCCTTTGCAGGAAGGCCCGTGGCGCACGCTGTTGCTGGTGTTCTTCGCCTCGGCAATCGTGATGCCGCACATGTACCACATGACCTTCACCGAAAACCTCAACCCGCGCTCACTGGTCAGCGCGAGCTGGGGCCTGCCACTGTTCCTGCTGTTGATGAGCCTGGCGGTGCCACTGATTCTGTGGGCAGGCCTGAAACTCGGCGCCAGCACCAATCCGGAATACTTCACCCTCGGCATCGGCATTGCCGCCAACAGCAAGGCCCTGGCATTGCTGGCCTATATCGGCGGGCTGTCGGCGGCCAGCGGCCTGATCATCGTCACCACTTTGGCGTTGTCGGGCATGGCCCTCAATCATCTGGTGCTGCCGCTCTACCAGCCGCCGGCGGAAGGAAACATCTACCGCTGGTTGAAATGGACCCGCCGCGCGCTGATCGTTGCGATCATCATGGCCGGTTATGGTTTCTACCTGATGCTGGGCGACGGGCAGGACCTGGCCAACCTGGGCATCGTCGCGTTCGTCGCCACCCTGCAGTTCCTGCCCGGCGTGCTGTCGGTCCTGTATTGGCCAACCGCCAACCGCCGCGGCTTTATCGCCGGCCTGATGGCGGGGATCCTGGTCTGGCTGGTCGCCATGCTGTTGCCGCTACTGGGCAACCTGCAGGGGTTCTACATCCCGCTGCTGAACATGATCTACGTGCTCGACGACACCAGCTGGCACATGGCAGCCATCGCCTCGCTGGCGGCGAACGTGCTGATGTTCACCCTGATCTCGCTGTTCACCAACGCCAGCAGTGAAGAAGCCAGCGCCGCCGAAGCCTGCGCTGTGGATAACGTGCGTCGCCCGCAACGCCGTGAACTGCACGCCGCCTCGCCCCAGGAATTCGCCACGCAACTGGCCAAGCCGCTGGGAGCCAAGGCCGCACAAAAGGAAGTCGAACAGGCCCTGCGCGATCTTTACCTGCCGTTCGATGAGCGTCGCCCGTACGCGTTGCGTCGCTTGCGCGACCGGATCGAAGCCAACCTGTCCGGCCTGATGGGCCCCAGCGTGGCCCAGGACATGGTCGAAACCTTCCTGCCTTATAAGGCGGGCGGCGAAAACTACGTGACCGAAGACATCCACTTCATTGAAAGCCGCCTCGAGGACTACCATTCGCGCCTCACTGGCCTCGCCGCCGAGCTGGATGCCTTGCGCCGCTACCACCGCCAGACCCTGCAGGAACTGCCGATGGGCGTCTGTTCGCTGGCCAAGGACCAGGAAATCCTCATGTGGAACAAGGCCATGGAAGAGCTGACCGGCATAGCCGCCCAGCGCGTGGTCGGCTCGCGCCTGAGTACCCTGGGCGAGCCGTGGAAAGGTTTGCTGCAAGGCTTCATCGACCTGCCGGACGAACACCTGCACAAACAGCACTTGGCTCTCGACGGCCAGACCCGGTGGCTGAACCTGCACAAGGCGGCGATCGACGAGCCGTTGGCGCCGGGCAACAGCGGCCTGGTGCTGCTGGTGGAAGACCTGACCGACACCCAGATGCTCGAAGACAAGCTGGTCCATTCCGAGCGCCTGGCCAGCATCGGTCGACTGGCCGCCGGCGTGGCCCACGAAATTGGCAACCCGATCACCGGCATTGCCTGCCTGGCGCAGAACCTGCGCGAAGAACGCGAGGACGACGGTGAACTGACGGAAATCAGCGGGCAGATTCTCGAACAGACCAAGCGCGTGTCGCGCATTGTCCAGTCCCTGATGAGTTTCGCCCACGCCGGCGGCCACCAGCACAACGACGAGCCGGTGTGCCTGGCCGAAGTCGCCCAGGACGCCATTGGCCTGCTGGCACTCAACCGGCGCAATTTCGAAGTGCAGTTCTTCAACCTGTGCGACCCCGATCATTGGGTCGATGGCGATCCTCAGCGGCTCGCCCAGGTGCTGATCAACCTGCTTTCCAACGCGCGCGACGCCTCCCCGGCCGGCAGCGCGGTACGGGTCAAGAGCGAAGCCTTTGAACACACGGTCGACCTGATCGTCGAAGACGAAGGCAGCGGTATTCCACAGAACATCATGGATCGATTGTTCGAACCTTTCTTTACCACCAAGGACCCTGGCGAAGGCACCGGTCTGGGCCTCGCACTGGTCTATTCCATCGTTGAAGAGCATTATGGACAAATCACCATCGACAGCCCGGCCGATGTTCAGAGCCAACGCGGCACCCGTATCCGGGTGACCTTGCCGCGTCATGTCGAAGCGACGTCCGCTGTGAACTGA MPMSFSLTQMILISAAYLAVLFGVAWISERGMIPRAIIRHPLTYTLSLGVYASAWAFYGTVGLAYQYGYGFLSSYLGVSGAFLLAPVLLYPILKITRTYQLSSLADLFAFRFRSTWAGALTTIFMLVGVLPLLALQIQAVADSISILTREPVQHRVALSFCALIILFTIFFGSRHIATREKHEGLVFAIAFESVIKLIAIGGVGLYALYGVFDGPQQLELWLLQNQTALAALHTPLQEGPWRTLLLVFFASAIVMPHMYHMTFTENLNPRSLVSASWGLPLFLLLMSLAVPLILWAGLKLGASTNPEYFTLGIGIAANSKALALLAYIGGLSAASGLIIVTTLALSGMALNHLVLPLYQPPAEGNIYRWLKWTRRALIVAIIMAGYGFYLMLGDGQDLANLGIVAFVATLQFLPGVLSVLYWPTANRRGFIAGLMAGILVWLVAMLLPLLGNLQGFYIPLLNMIYVLDDTSWHMAAIASLAANVLMFTLISLFTNASSEEASAAEACAVDNVRRPQRRELHAASPQEFATQLAKPLGAKAAQKEVEQALRDLYLPFDERRPYALRRLRDRIEANLSGLMGPSVAQDMVETFLPYKAGGENYVTEDIHFIESRLEDYHSRLTGLAAELDALRRYHRQTLQELPMGVCSLAKDQEILMWNKAMEELTGIAAQRVVGSRLSTLGEPWKGLLQGFIDLPDEHLHKQHLALDGQTRWLNLHKAAIDEPLAPGNSGLVLLVEDLTDTQMLEDKLVHSERLASIGRLAAGVAHEIGNPITGIACLAQNLREEREDDGELTEISGQILEQTKRVSRIVQSLMSFAHAGGHQHNDEPVCLAEVAQDAIGLLALNRRNFEVQFFNLCDPDHWVDGDPQRLAQVLINLLSNARDASPAGSAVRVKSEAFEHTVDLIVEDEGSGIPQNIMDRLFEPFFTTKDPGEGTGLGLALVYSIVEEHYGQITIDSPADVQSQRGTRIRVTLPRHVEATSAVN NA NA NA NA NA D1-35_04917 177 hypothetical protein ATGTACATCTATCGCTTGGTCCTGCTTTTGGTAGTCGGGATCTACCTGTTCTCCCCGGCCATCATGGATTGGTGGATCGATGCCACGGGTGCCTGGTATCGGCCGTATCTGCTCTGGCTGATCCTGATCGTCGTGACCTTCATCCTGCAGAGCCAAAAAGATGCCGATGAGCTTTAG MYIYRLVLLLVVGIYLFSPAIMDWWIDATGAWYRPYLLWLILIVVTFILQSQKDADEL NA NA NA NA NA D1-35_04918 882 gluQ COG0008 Glutamyl-Q tRNA(Asp) synthetase ATGACTGCCTACATCGGACGCTTCGCCCCCACCCCCAGCGGCCACCTGCACTTCGGCTCGCTGGTCGCCGCCCTGGCATCGTACCTCGACGCCCGGGCCGCGGGCGGGCGCTGGTTGTTGCGCATGGAAGACCTCGACCCACCGCGGGAAGAGCCCGGCGCGCAAGCGGCGATCCTGAATGCGCTGCAAACCTATGGTTTTGAATGGGATGGCGAAATGGTCCGCCAGAGCGACCGCCATGAAGCCTATCAACTGGTCATTGATCGCTTGTTCAGCCAAGGCCTGGCCTACGCCTGCACCTGTTCGCGCAAGCAACTGGAACCGTATCAGGGTATTTACCCAGGGCTATGCCGCAACGCCGGCCACGACACCGAGGACGCCGCCATCCGCCTGCGTGTCCCCGAGCTTGAATATCATTTCACCGACCGGGTCCAGGGCGAATTCCGCCAACACTTGGGCCGTGAGGCCGGTGATTTCGTGATCCGTCGTCGTGACGGGCTCTACGCCTATCAGCTGGCGGTGGTGCTGGACGACGCCTGGCAAGGCGTCACCCATATCGTTCGCGGCGCTGATCTGCTGGACTCCACGCCACGCCAGCTCTACCTGCAGGAACTCCTCGGGCTGCCACAACCGCGTTACCTGCATGTGCCGCTGATCACCCAGCCCGACGGGCACAAGCTCGGCAAATCCTATCGTTCACCGCCGCTGACAGCGGACCAGGCTACGCCGCTGCTGTTGCGGGCATTGCGCGCACTGGGCCAGCAACCGGGCCCGGAACTCTGCGATGCCAGCCCCCGCGAACTGCTGGCCTGGGGCATTCGGCACTGGGATGCGAGCAAGATCCCGCGCGTCCTCACCCTGCCCGAAGCGCAAATACCATGA MTAYIGRFAPTPSGHLHFGSLVAALASYLDARAAGGRWLLRMEDLDPPREEPGAQAAILNALQTYGFEWDGEMVRQSDRHEAYQLVIDRLFSQGLAYACTCSRKQLEPYQGIYPGLCRNAGHDTEDAAIRLRVPELEYHFTDRVQGEFRQHLGREAGDFVIRRRDGLYAYQLAVVLDDAWQGVTHIVRGADLLDSTPRQLYLQELLGLPQPRYLHVPLITQPDGHKLGKSYRSPPLTADQATPLLLRALRALGQQPGPELCDASPRELLAWGIRHWDASKIPRVLTLPEAQIP PGPT0008460_6020 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 D1-35_04919 444 dksA_2 COG1734 RNA polymerase-binding transcription factor DksA ATGCCCACCCAAGCAAAGCAGAATCAAAATCAGTCGCTCAGCGGGTTTGAGCCGTACATCCCACAAGCGGGCGAAGAGTACATGGGCGCCCCGATGCGCGCACACTTCACCAAGATCCTGAACAAGTGGAAACAGGACTTGATGCTGGAAGTCGACCGCACCGTGGACCATATGAAGGACGACGCTGCCAACTTCCCCGACCCGGCCGACCGTGCCAGCCAGGAAGAAGAGTTCGCCCTCGAACTGCGCGCCCGTGACCGGGAACGCAAGCTGATCAAGAAAATCGACAAGACGCTGCAACTGATCGAAGACGAAGAATACGGCTGGTGCGAGTCCTGCGGCGTCGAGATCGGCGTCAAGCGACTGGAAGCACGTCCAACCGCAGACATGTGCGTCGACTGCAAGACCCTGGCGGAAATCAAGGAAAAACAGGTCGGCAAGTAA MPTQAKQNQNQSLSGFEPYIPQAGEEYMGAPMRAHFTKILNKWKQDLMLEVDRTVDHMKDDAANFPDPADRASQEEEFALELRARDRERKLIKKIDKTLQLIEDEEYGWCESCGVEIGVKRLEARPTADMCVDCKTLAEIKEKQVGK PGPT0014560_1006 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 D1-35_04920 1173 aspC_2 COG0436 Aspartate aminotransferase ATGGCCCAGCCCTACAGCGCACGCAGCCGTGCCATCGAACCGTTCCATGTCATGGCGCTGCTGGCACGCGCCAACGAATTGCAGGCTGCCGGGCACGACGTCATCCATCTGGAGATCGGCGAGCCGGACTTCACCACCGCCGAGCCGATCATCCAGGCCGGCCAGGCCGCCCTGGCGGCCGGCAAGACCCGTTACACCGCAGCCCGCGGCATTCCCGAGTTGCGCGAGGCCATCGCCGGCTTTTATGCGCAGCGCCACGGCGTTGACATCGATCCGCGGCGCATCCTGGTCACGCCGGGTGGGTCTGGTGCCTTGTTGCTGACCAGTGCCCTGCTCGTCGACCCGGGCAAGCATTGGTTGCTGGCCGATCCTGGCTACCCCTGCAACCGCCATTTCCTGCGTCTGATCGAAGGTGCGGCGCAATTGGTGCCAGTAGGGCCGGACGTGCGTTACCAACTGACCCCGGACCTGGTGGATCGCCATTGGGACCACGACAGCGTGGGGGCATTGGTGGCATCGCCGGCCAACCCGACCGGGACGATTCTCTCTCGGGACGAGTTGGCCGGGTTGTCCAGGGCAATCAAGGGCCACAATGGCCACTTGGTCGTCGATGAGATCTATCACGGCCTGACCTACGGCACCGACGCCGCCAGTGTGCTGGAAGTCGACGACGATGCTTTTGTCCTAAACAGTTTTTCCAAGTATTTCGGCATGACCGGTTGGCGGCTCGGTTGGCTGGTGGCTCCTTCGGCGGCGGTCAGCGAGCTGGAGAAACTTGCGCAGAATCTTTACATCAGTGCGCCGAGCATGGCCCAGTACGCGGCCCTGGCCTGTTTCGAACCCGCGACCATCGAGATTTTCGAGCAGCGTCGTGCCGAGTTCGCGCGGCGTCGCGACTTCCTGCTGCCGGCGTTGCGTGAGTTGGGATTCGGCATCGCGGTGGAGCCCGAAGGTGCGTTCTATCTTTACGCCGATATCAACGCGTTTGGCGGCGATGCCTTTGCGTTCTGCCAGCATTTCCTGGAAACCGAACACGTGGCGTTCACGCCGGGGCTGGATTTCGGTCGGCACCAGGCCGGTCATCATGTGCGTTTTGCCTACACCCAAAGCCTGCCTCGGCTACAGGAAGCGGTGACGCGAATCGAACGTGGGCTGCGGAGCTGGCGAGGCTGA MAQPYSARSRAIEPFHVMALLARANELQAAGHDVIHLEIGEPDFTTAEPIIQAGQAALAAGKTRYTAARGIPELREAIAGFYAQRHGVDIDPRRILVTPGGSGALLLTSALLVDPGKHWLLADPGYPCNRHFLRLIEGAAQLVPVGPDVRYQLTPDLVDRHWDHDSVGALVASPANPTGTILSRDELAGLSRAIKGHNGHLVVDEIYHGLTYGTDAASVLEVDDDAFVLNSFSKYFGMTGWRLGWLVAPSAAVSELEKLAQNLYISAPSMAQYAALACFEPATIEIFEQRRAEFARRRDFLLPALRELGFGIAVEPEGAFYLYADINAFGGDAFAFCQHFLETEHVAFTPGLDFGRHQAGHHVRFAYTQSLPRLQEAVTRIERGLRSWRG NA NA NA NA NA D1-35_04921 759 sfsA COG1489 Sugar fermentation stimulation protein A ATGCGTTTTTCTCCTGCACTGGAAGAAGGTCGGCTGATTCGACGTTACAAGCGTTTTCTCGCCGATATCGAGACCGTTGACGGCGAACTGCTCACTATCCACTGCCCGAACACCGGCTCGATGCTCAATTGCATGGCCGAGGGCGCGCGTGTCTGGTTCAGCCGCTCCAGCGACCCCAAGCGCAAGCTGCCAGGGACCTGGGAAATAGGCGAAACCCCTCAGGGCCGGTTGGCCTGCATCAACACCGCGCGAGCCAACCCCCTGGTTGAAGAGGCGCTGCGCGCGGGTGTCATCAAGGAGCTGAACGGTTTTGTCGGGCTGAAGCGAGAAGTCGCCTACGGCGTGGAGAACAGCCGTATCGATTTTCGACTCGACTATGCCGACCAGACCTCGGCCTGGGTCGAGGTCAAAAATGTCACGCTGGGTTTCGATGCAACAAATGTGGCGGCATTTCCCGATGCGGTGACGCTGCGTGGCGCCAAACATCTGCGGGAACTGGCTTGTCTGGCCCGCGACGGCGTACGGGCGGTGCAGCTGTATTGCGTAAACCTGAGTGGCATCGACGCGGTGCGCCCGGCGCAGGAAATCGACCCGGTGTACGCGGCGGCGTTGCGTGAGGCGGTGGCCGCCGGGGTGGAAGTGTTGGCCTACGGGGTCACCTTGACGCCGGAGCAGATATGGGTGGATCGCCCGCTTCCGGTATTGCTTGAACCGCTACAGGTCGACCCAGATGCCCTGATCATCCTCCCGGCTGTCTAG MRFSPALEEGRLIRRYKRFLADIETVDGELLTIHCPNTGSMLNCMAEGARVWFSRSSDPKRKLPGTWEIGETPQGRLACINTARANPLVEEALRAGVIKELNGFVGLKREVAYGVENSRIDFRLDYADQTSAWVEVKNVTLGFDATNVAAFPDAVTLRGAKHLRELACLARDGVRAVQLYCVNLSGIDAVRPAQEIDPVYAAALREAVAAGVEVLAYGVTLTPEQIWVDRPLPVLLEPLQVDPDALIILPAV PGPT0017980_152 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_SUGAR_FERMENTATION,PGPT0017980-sfsA-K06206 NA NA D1-35_04922 318 hypothetical protein ATGAAATTTCTTTGCAGCGCCGCTGAGTTACCGGACAACAACAGTCGCGGCTTCGACATCAAGGGGCGCAAGGTCCTGGCCGTGCGGCGCGCGGGCCAGGCCTACGTCTACCTCAACCGCTGCCCGCATCGCGGTGTGCCGCTGGAGTGGCAACCCGACCAGTTCCTCGACCCCAGCGCCAGCCTGATCCAGTGCGCGACCCATGGCGCGCTATTCCTGATTGAAAGCGGTGAATGCGTCGCCGGCCCTTGCGCCGGGCAGTTCCTGGCCGCGCTAGACAGCCGGGAGGATGATCAGGGCATCTGGGTCGACCTGTAG MKFLCSAAELPDNNSRGFDIKGRKVLAVRRAGQAYVYLNRCPHRGVPLEWQPDQFLDPSASLIQCATHGALFLIESGECVAGPCAGQFLAALDSREDDQGIWVDL NA NA NA NA NA D1-35_04923 870 hmuT COG4558 Hemin-binding periplasmic protein HmuT ATGCGCTTGAATTTCCGCGTTGCTGCGCTCTGTGTCGTCCTTTTGGCCAGCCAGGGAGCGCTGGCGGCCGATCTGCCGCAACGCTGGGTGAGCGCTGGGGGTGCCTTGTCGGAATGGGTCAGTGCGCTCGGCGGTGAGTCGAAGCTGGTGGGCGTGGACACCACCAGCCAGCATCCCGAGTCGTTGCGAGCGCTGCCCAGCATCGGTTATCAGCGACAGCTGTCGGCGGAGGGCGTGCTGAGCTTGCGGCCGCAAATTCTGGTGGGTACCGAAGAAATGGGACCGCCGCCGGTGCTCGCGCAAATTCGTGCGGCCGGGGTGCCGGTCGAGTTGTTCTCGGCGGCACCGAGCCTGGAGGCGCTTCAGACCAATCTGCGTCACCTGGGGCAGCTCTTGGGGGCCGAGACCAAGGCTGCGGAGTTGTTCGATGACTATCAACAACGGCTTTCCCAGCACGCGGTCCGCGTAAACGCAGCCCGGCTCAAGCAGAAGGCGCCTGGCGTATTGCTGCTGGTGGGCAATGCTGGCGGCAAATCGCTGATCGCCGGTAAAGGCACCGCCGCCGACTGGTTGCTGGAGCAAGCCGGTGGTCACAACCTGGCGACCCACAGCGGCTACAAACCGTTTTCCGTGGAAACCCTTGCCAGCTTGAATCCTGAAGTGCTGGTCTTTGCCGATCGAGCCTTGACCGGCGAAGAAGCGCGCGCCGCGCTGTTCAAGGAAAATCCGATCTTGTCCTCGACCCGGGCCGCCAAGAGTGGGCGTGTCATGGAACTGGACCCGACGCTGCTGGTGGGCGGATTGGGTCCGCGCCTGCCGCAAAACCTGGTGAAGCTCACCGACGGTTTTTATCCGGTCAAGACCCCATGA MRLNFRVAALCVVLLASQGALAADLPQRWVSAGGALSEWVSALGGESKLVGVDTTSQHPESLRALPSIGYQRQLSAEGVLSLRPQILVGTEEMGPPPVLAQIRAAGVPVELFSAAPSLEALQTNLRHLGQLLGAETKAAELFDDYQQRLSQHAVRVNAARLKQKAPGVLLLVGNAGGKSLIAGKGTAADWLLEQAGGHNLATHSGYKPFSVETLASLNPEVLVFADRALTGEEARAALFKENPILSSTRAAKSGRVMELDPTLLVGGLGPRLPQNLVKLTDGFYPVKTP NA NA NA NA NA D1-35_04924 1038 hmuU_2 COG0609 Hemin transport system permease protein HmuU ATGACTGCGCTGGTCAAGCCACGCACTTTATTCATTGGGTTGGGCCTGCTATGCCTGCTGGCGATCTGGTTGTCCCTGGCCTTGGGGCCGGTGAGCTTGCCGCTGTTCGATACCCTGCGCGCCGCCATGCGCCTGTCGGGCTTGCCGGTGGCTGCCGATGGCCTGGAGCAGGCCGAACTGATCCTTGGCCAGATCCGCCTGCCGCGCACCTTGCTGGGGCTGGCGGTGGGCGGGGTATTGGCGTTATCCGGCGTGGCGATGCAGGGGCTGTTTCGCAACCCGCTGGCGGACCCGGGGCTGGTCGGGGTTTCCAGTGGTGCGGCGCTGGGGGCAGCGTTTGCCATCGTCGGCGGTTCGATGCTGGGCGGGCTGCCCGGAGCGCTGGGACCTTATCTATTGTCACTGTGTGCGTTCCTCGGCGGGCTCGGGGTTACGGCGCTGGTCTATCGCCTCGGCCGGCGCAACGGTCAGACTCACGTCGCGACCATGCTTCTGGCCGGGATCGCCCTGACCGCGCTGTCCGGCTCGGCGGTCGGCTTGTTCACTTACCTGGCGGATGACGCGACCCTGCGCACCCTGACGTTCTGGAACCTGGGCAGCCTGAACGGCGCCACCTACGCGCGCTTGTGGCCCCTGCTGCTGGTCAGCATCGGCGTGGCGATCTGGTTGCCGCGTCGGGCCCGTGCGCTCAACGCCTTGTTGCTCGGCGAGTCCGAGGCCGCGCACCTGGGCATTGACGTCGAACGGCTCAAGCGTGAGCTGGTGTTCTGCACGGCGCTGGGCGTTGGGGCCGCGGTGGCGGCTGCGGGCATGATCGGTTTTGTCGGGCTGGTGGTGCCGCATCTGGTAAGGCTGATGGCGGGCCCCGACCATCGCGTCCTGCTACCGGCTTCAATCCTGGCCGGGGCGAGCTTGCTGCTGTTCGCCGATCTGGTGGCGCGCCTCGCGCTGGCCCCGGCGGAATTGCCCATCGGCATTGTCACGGCATTCATCGGCGCACCGTTCTTCCTGTATCTGTTGCTGCGGGGGCGTGCCTGA MTALVKPRTLFIGLGLLCLLAIWLSLALGPVSLPLFDTLRAAMRLSGLPVAADGLEQAELILGQIRLPRTLLGLAVGGVLALSGVAMQGLFRNPLADPGLVGVSSGAALGAAFAIVGGSMLGGLPGALGPYLLSLCAFLGGLGVTALVYRLGRRNGQTHVATMLLAGIALTALSGSAVGLFTYLADDATLRTLTFWNLGSLNGATYARLWPLLLVSIGVAIWLPRRARALNALLLGESEAAHLGIDVERLKRELVFCTALGVGAAVAAAGMIGFVGLVVPHLVRLMAGPDHRVLLPASILAGASLLLFADLVARLALAPAELPIGIVTAFIGAPFFLYLLLRGRA PGPT0003770_2889 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 D1-35_04925 768 hmuV COG4559 Hemin import ATP-binding protein HmuV ATGCTGCGAGCACATGACCTGCATATTCTCCGGGGACGCAAAACCGTACTGGCGGACATCGACTTTCAGCTCAATCCCGGCGAAGTGCTCGGTGTGCTCGGGCCCAACGGTGCGGGGAAAAGTACGCTGCTGGCAGGCTTGTGTGGCGAGTTGCGTCCGGCCCGGGGCCAGGTCTGGCTCGACGACAGGCCCCTCGCCCAGTGGGGCGGCGCCGAGCGCGCCCGTCGTCTGGCGGTGTTGCCACAATCATCGACCCTGGATTTTGCATTCCGCGTGGAAGAGGTGGTGGGCATGGGGCGCCTGCCCCACCGGAGCGGCCAGGTGCGGGACGCGCAGATCGTTGAATCGGCATTACAGGCCGCGGATGCCACGCATCTGTATGGCCGCAACTACCTGACCCTGTCCGGTGGCGAACGCCAGCGGGTGCACTTGGCGCGGGTGCTGGCGCAACTGTGGCCGGGCGAGGTGGGGCAGACGCTGTTGTTGGACGAGCCGACTTCGATGCTCGATCCGTTGCACCAGCACACCATCCTGCAAGCGGTGCGTGAATTCGCCGGTCGCGGCGCCGCCGTGCTGGTGATCCTGCATGACCTGAACCTGGCGGCGCGTTACTGTGACCGCCTGTTGCTACTCGCGTCCGGCCGGCCGGTGGCCCTGGACACGCCCCGGCAAGTGCTGCGCCCGGAGCCGCTCAAGGCGGTATTCGGCCTGGAAGTGCTGGTGCAGTCCCATCCGGAACGCGGGCATCCGTTGATCATCGCCCGCTGA MLRAHDLHILRGRKTVLADIDFQLNPGEVLGVLGPNGAGKSTLLAGLCGELRPARGQVWLDDRPLAQWGGAERARRLAVLPQSSTLDFAFRVEEVVGMGRLPHRSGQVRDAQIVESALQAADATHLYGRNYLTLSGGERQRVHLARVLAQLWPGEVGQTLLLDEPTSMLDPLHQHTILQAVREFAGRGAAVLVILHDLNLAARYCDRLLLLASGRPVALDTPRQVLRPEPLKAVFGLEVLVQSHPERGHPLIIAR PGPT0003760_5879 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 D1-35_04926 849 hypothetical protein GTGCGCCTGTTCCTGATCCTGGCTTTGAGCGTGTTGACGGCTTGCCAAAGTATCGCGCCGCCTCCGGTCAACGGACGGATCCTTGACCTGCAAAATGGCCAGGCCCTCTCGTCGCCTACGTTGGTCGAGCGCTTGGCGAAGGCCTCGCGTGTCGTGGTCGGAGAGCAGCACGACAACCGCGACCATCATGTGTTGCAACGCTGGTTGCTCCAGGCCTTGGCCGGACAGCGAGCCCAAGGCAGCTTGCTCTTGGAGATGCTGACGCCACAGCAGCAGCCGAAGGTCGACGCGGTTCGCCGGTTGCCAGCCTTGCCCAAGGATTTGCCCGGCGCGCTGGACTGGTCGCCGGGTTGGGATTGGAACCTGTACGGACCCGTGGTGGAGTTCGCCTTGCCTCAGCCTTACCCGGTGCTGGCGGCCAATCTTGACCGTACGGAGATCCAGCGCGTTTATCGTCAAATGCCCTTGGTGGAGGGTGAGCGCTCCAATTCGTCCGTGGTGAAGGAAAAGCTGCTGGGACAGATCCGCGAGTCCCACTGCGGCCTGCTGCCGGAGTCGCAGATGCCGGCGATGCTGGCGGTCCAGCAGCAGCGAGACCGGCGGATGGCGGAGCAGTTGCTCAAGGCGCCGACGCCTGCATTGTTGTTTGCCGGTGCCTGGCATGGGCGAAAAGACGTCGGCGTGCCGCTGCATGTGCGGGACTTGGGCGCCAACGAAGCGCCGGTTGTGCTGATGCTGGCCGAGGAGGGGAGCAACGTTACGTCGGCCATGGCTGATTATGTGTGGTACACCCCGGCCACCCCGCCTCAGGATTACTGCGCGCGGATGCGTGAACAACAAGGCAAGTGA MRLFLILALSVLTACQSIAPPPVNGRILDLQNGQALSSPTLVERLAKASRVVVGEQHDNRDHHVLQRWLLQALAGQRAQGSLLLEMLTPQQQPKVDAVRRLPALPKDLPGALDWSPGWDWNLYGPVVEFALPQPYPVLAANLDRTEIQRVYRQMPLVEGERSNSSVVKEKLLGQIRESHCGLLPESQMPAMLAVQQQRDRRMAEQLLKAPTPALLFAGAWHGRKDVGVPLHVRDLGANEAPVVLMLAEEGSNVTSAMADYVWYTPATPPQDYCARMREQQGK NA NA NA NA NA D1-35_04928 273 hypothetical protein ATGAATGATGAACTGCAACACCTGAAAAATCTGGGCAAGACGTCAGCCCAGTGGCTGCATGCCGTGGGCATCCACAGCGCCTCGGATCTTCGCCGCCTCGGCGCGGTGGACGCCTACCGCGCCGTTCGCACCCGCGGGTTCCGGGCATCAAAGGTATTGCTGTATGCCATCGAAGGCGCATTGATGGACATGCATTGGAACGATATTCCCGCTGAACGCAAGGAAGCCCTCAATAAACAGCTGGATGCCATTTCGGCTCGCCACAAAGCCTGA MNDELQHLKNLGKTSAQWLHAVGIHSASDLRRLGAVDAYRAVRTRGFRASKVLLYAIEGALMDMHWNDIPAERKEALNKQLDAISARHKA NA NA NA NA NA D1-35_04929 342 hypothetical protein ATGAGCCACCCCAAGCTTCTCGACACCCCGCTTTATGCCTTGTTGCGCAACGACGATATTGCCGGCTTCAACAACGAACGGCCTCAAGGGCCGATCGACATGCGCGGCGGCGATTTCCGTGGTCTTGACCTGCGGGAACTGAACGCGGACAACGTCGATTTCACCGATGCCTATTTCCGTTCCGCCGATTTGCGCGGCGTCGATTTTCGTAACTCGTCGCTGGAAGGCGCGAGCCTCGCCCACGCGCAGATTTCCGGTGCCTACTTTCCGCCCGAGCTGTCGGCCGATGAGATCCTGATGTCAATGAATTTCGGCACACGCCTGCGCTACCGCACCCGCTAA MSHPKLLDTPLYALLRNDDIAGFNNERPQGPIDMRGGDFRGLDLRELNADNVDFTDAYFRSADLRGVDFRNSSLEGASLAHAQISGAYFPPELSADEILMSMNFGTRLRYRTR NA NA NA NA NA D1-35_04930 1557 COG0645 putative protein GTGAGCCAATCACTGATCGCTGCCCTGCAAAACCCGGCCCTTTACCCGCATCCCGTCGAAGGGTTCCAGGTCATCGAAACCCATATTTCCTGGGTATTGCTCACCGGGCCCTACGCCTACAAATTCAAGAAACCGGTCAATTTCGGTTTCCTCGACTTCACCAGCCTCGACGCGCGCAAGCATTTTTGCGCTGAAGAACTGCGCCTGAACCAGCGCCTGACCCAGGACCTCTACCTGGAAGTCCTGCCGATTACCGGCAGCACCGAAGCGCCAAGCCTCGGCGGTGATGGTCCGGCCATCGAATATGCCCTGAAGATGCGCCAATTTCCCCAGAGCCAACTGCTCAGCACGCTCCAGGCCAACGGCGAACTGACCACCGCGCACATTGATGAAATGGCCGCGCAGATCGCCCAGTTCCATCTTTCGACGCCCAAGGTGCCCGCCGACAACGCGGCAGGCACGCCGGACAGCGTCATGGCGCCGGTGCGGCAGAATTTCGAACAGATCCGTCCGTTCCTCAGCGACAAGGCTGACCTGCTGCAACTCGAAGCCCTGCAAGCCTGGGCCGAAAGCAGCTTCGAACGCCTCAAGCCGCTGCTGGCCCAGCGCAAGACCGAAGGCTTCACCCGCGAATGCCACGGCGACATCCACCTGGGCAATGCCACCGTGATCGATGGCCAGGTAGTGATTTTCGACTGCATCGAGTTTAACGAGCCGTTCCGTTTCACCGACGTCTACGCCGACACCGCGTTCCTGGCGATGGACCTTGAAGACCGCGGCCTCAAGTCACTGGCGCGGCGGTTCGTCAGCCAGTACCTGGAGCTGACGGGCGATTACCAGGGCCTGGAGCTGTTGAATTTCTACAAGGCCTACCGCGCCCTGGTCCGCGCCAAGGTCGCGCTGTTCAGCATGCCCGCCGAAGCCGATCCGGTGCAGCGTGCCACGACTCTGCGCCAGTACCGCAACTATGCCAACCTGGCCGAAAGCTACAGCACCATCCCGTCGCGCTTCCTGGCGATTACCCACGGTGTTTCCGCCGTAGGCAAAAGTCACGTCGCGATGCGCCTGGTAGAGGCCCTGGGCGCGATTCGCCTGCGCTCGGACGTGGAGCGCAAGCGCCTGTTCGGCGAACAGCAAGTATCGAACGACCCCCAGGCCGGCATTTATAGCAGCGACGCCAGCAGCACCACCTACGCCCGCCTGCATGAAATTGCCGACGCGATCCTGCATGCAGGTTTCCCGGTGGTAATCGACGCCACCTACCTCAAGCGTGAGCAGCGTGACGCCGCCGCCGGGATCGCCGAAGGCACGGGGGCGCCGTTCCTGATCCTCGACTGCGACGCGCCGCAGGCGGTGATCGAAAGCCGGCTCGCCCAGCGCCAGGCGGACCAGAAGGACCCGTCCGACGCGAACCTGGCCGTCATCGCCGCCCAACAGGCCGGCCGCGAAGCGTTGACCCCGGCGGAAATCCTTTGCAGCAAACGGGTTCAGACCAACGAAAGCGGCACGCTGGATGTTGTGGTCGCGCAGATCCGTCAGCGCCTGCCGGGACTGTAG MSQSLIAALQNPALYPHPVEGFQVIETHISWVLLTGPYAYKFKKPVNFGFLDFTSLDARKHFCAEELRLNQRLTQDLYLEVLPITGSTEAPSLGGDGPAIEYALKMRQFPQSQLLSTLQANGELTTAHIDEMAAQIAQFHLSTPKVPADNAAGTPDSVMAPVRQNFEQIRPFLSDKADLLQLEALQAWAESSFERLKPLLAQRKTEGFTRECHGDIHLGNATVIDGQVVIFDCIEFNEPFRFTDVYADTAFLAMDLEDRGLKSLARRFVSQYLELTGDYQGLELLNFYKAYRALVRAKVALFSMPAEADPVQRATTLRQYRNYANLAESYSTIPSRFLAITHGVSAVGKSHVAMRLVEALGAIRLRSDVERKRLFGEQQVSNDPQAGIYSSDASSTTYARLHEIADAILHAGFPVVIDATYLKREQRDAAAGIAEGTGAPFLILDCDAPQAVIESRLAQRQADQKDPSDANLAVIAAQQAGREALTPAEILCSKRVQTNESGTLDVVVAQIRQRLPGL NA NA NA NA NA D1-35_04931 2319 mrcB COG0744 Penicillin-binding protein 1B ATGACTCGTACCCGATCCCCCCGTACCCCCAAGAAACCTCCCGCCAGCCGCCTGCGGCCCTGGCTGGGCTGGGCCCTTAAACTGAGCCTGGTGGGCCTTGTCGTGCTCGCCGGTTTTGCCGTCTACCTCGATGCCGTGGTCCAGGAGAAATTCTCCGGCAAGCGCTGGACCATTCCGGCCAAGGTCTACGCGCGGCCGCTGGAGCTGTTCGTCGGACAAAAGCTCAGCAAGGAGGATTTCCTGACCGAGCTCGATGCCTTGGGTTATCGCCGCGAAAGCGTGGCCAATGGCCCGGGTGCAGCTTCGGTCAATGGCAACACCATCGACATCAATACTCGCGGCTTCCAGTTCTATGAAGGCATGGAGCAGGCGCAGCCGGTGCGGGTGCGTTTCTCCGGTGACTATGTGGCCGCGCTGACGGGCGCCAACAATGCGAGCCTGTCGGTGGTGCGCCTCGAGCCGCTGCTGATTGGTGGGTTGTACCCGAAAAATCTCGAAGACCGGATCCTGATCAAGATCGACCAGGTGCCGCCGTTCCTGCTTGAAACCCTGATCGCCGTCGAAGACCGTGATTTCTACCATCACTTCGGCGTCTCGCCCAAGTCGATTGCCCGGGCTGTCTGGGTCAATACCTCGTCGGGACACATGCGCCAGGGCGGCAGTACCCTGACCCAGCAGTTGGTCAAGAACTTCTACCTGACCAACGAACGCAGCCTGACCCGCAAGCTCACCGAAGCGATGATGGCGTTGTTGCTGGAGTTGCATTACAGCAAGCAGGAAATTCTCGAGGCCTACCTCAACGAGGTCTTTGTCGGCCAGGACGGCCAGCGAGCGGTGCACGGTTTCGGCCTGGCCAGCCAGTTCTTCTTCAGCCAGCCGCTGTCCGAGCTCAAGTTGCACCAGGTGGCGTTGCTGGTCGGCATGGTCAAGGGGCCGTCTTCCTACAACCCGCGTCGCAATCCGGAGCGCGCCCTCGAGCGGCGCAACCTGGTCTTGGACTTGTTGCAGCAACAAGGCGTGGCCACGGCCGAGCAGGTGGAAGCGGCGAAAAAGATGCCGCTGGGCGTGACCAAGCGCGGCAGCCTGGCGGACAGTTCGTTCCCGGGCTTCATGGACCTGGTCAAGCGTCAGCTGCGCGAAGACTATCGCGACGAAGACTTGACCGAAGAGGGCTTGCGCATCTTCACCAGCTTCGATCCGATCCTGCAGATGAAAGCCGAGGCCTCGGTCAATGACACCTTCAAGCGCCTGGCGGGGCGCAAGGGCTCTGACGAAGTCGAAGCGGCCATGGTCGTGACCAACCCGGAAACCGGCGAAGTCCAGGCGATGATCGGCAGCCGTCAGGCCAGCTATGCCGGTTTCAACCGGGCGCTGGATGCGGTGCGCCCGATCGGCTCGCTGATCAAGCCGGCGGTGTACCTCACCGCTCTGGAAAAACCGAGCCAGTACACGCTGACCAGTTGGCTCTCCGACGAGTCATTCTCGGTCAAGGGCGCGGACGGCCAGGTCTGGACGCCGCAAAACTATGATCGTCGTCCCCACGGCACGGTATTCCTTTATCAGGGCCTGGCGCATTCCTACAACCTCTCAACGGCTCGCCTCGGGCTGGAAGTCGGCGTGCCGAATGTGCTCAAGACCTTGGCGCGCCTGGGGGTGAACCGCGAGTTCCCGGCTTTCCCGTCGATGCTGTTGGGCGCCGGTGGCCTGACCCCGATCGAAGTGGCCGCGATGTACCAGACCCTGGCCAACGGTGGTTTCAATACGCCGATGCGTGGCATCCGCAGTGTGCTGACCGCCGACGGCGAGCCGCTCAAGCGTTATCCGTTCCAGATCCAGCAGCGTTTCGATCCGGCTTCCATTTATCTGATCCAGAGCGCCATGCAGCGGGTCATGCGTGAAGGTACCGGCAGCTCGGTCTATAACGTGCTTCCGCGGACGCTGACCCTGGCGGGCAAGACCGGCACCAGTAACGATTCGCGCGACAGTTGGTTCGCCGGGTTCAGCCAGGACTTGCTGGCGGTGGTCTGGCTGGGGCGTGACGACAACGGCAAGACGCCGTTCACCGGCGCCACCGGCGCATTGCAGGTCTGGACCAGTTTCATGCGCAAGGCCGACCCGTTGCCGCTGGACATGCCGCAACCGGACAACATCGTCCAGGCCTGGGTCGATTCACGCACCGGGCAGGGCTCCGACGCGAATTGCCCGGGCGCGGTTCAGATGCCGTATATTCGCGGCAGCGAACCGCCGCCAGGTGCGGAGTGTGGCGGCCAGAACCCAGCCGAATCGGTGATGGATTGGGTCAAGGACTGGGTGAATTAA MTRTRSPRTPKKPPASRLRPWLGWALKLSLVGLVVLAGFAVYLDAVVQEKFSGKRWTIPAKVYARPLELFVGQKLSKEDFLTELDALGYRRESVANGPGAASVNGNTIDINTRGFQFYEGMEQAQPVRVRFSGDYVAALTGANNASLSVVRLEPLLIGGLYPKNLEDRILIKIDQVPPFLLETLIAVEDRDFYHHFGVSPKSIARAVWVNTSSGHMRQGGSTLTQQLVKNFYLTNERSLTRKLTEAMMALLLELHYSKQEILEAYLNEVFVGQDGQRAVHGFGLASQFFFSQPLSELKLHQVALLVGMVKGPSSYNPRRNPERALERRNLVLDLLQQQGVATAEQVEAAKKMPLGVTKRGSLADSSFPGFMDLVKRQLREDYRDEDLTEEGLRIFTSFDPILQMKAEASVNDTFKRLAGRKGSDEVEAAMVVTNPETGEVQAMIGSRQASYAGFNRALDAVRPIGSLIKPAVYLTALEKPSQYTLTSWLSDESFSVKGADGQVWTPQNYDRRPHGTVFLYQGLAHSYNLSTARLGLEVGVPNVLKTLARLGVNREFPAFPSMLLGAGGLTPIEVAAMYQTLANGGFNTPMRGIRSVLTADGEPLKRYPFQIQQRFDPASIYLIQSAMQRVMREGTGSSVYNVLPRTLTLAGKTGTSNDSRDSWFAGFSQDLLAVVWLGRDDNGKTPFTGATGALQVWTSFMRKADPLPLDMPQPDNIVQAWVDSRTGQGSDANCPGAVQMPYIRGSEPPPGAECGGQNPAESVMDWVKDWVN PGPT0023880_814 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023880-mrcB-K05365 NA NA D1-35_04932 723 hypothetical protein GTGAACAAGTGGTTGATTCCAGCGGTAACCGCCGTGGCTTTGCTCAGCGGCTGCTCTACCGTACAGCGCGGCTCGATTCCGGTTGTCGACTCCGGTACCGCCGTTTCCAACAGCGAGCGGGTCTCGGCCAATGGCGGTTTCCGTCAGACGACCGTAAAGCGGCCGGTGCAGGGTGCTCAGACCCAGGCGATTCCCCAGGGTGATACGGGCGTCGTGGTGATGGTGCCCGGTGGTGGCGCTGCCACGTCGGCACCCATCAGCAGCACGCCGATCACACCGGGGCCGATCACGCCGGGTCCTATCGAGACCTCGCCGATCGACCAGGGCAGCTACAGCATGCCATCGACGCCGAGCAGCATCCCGTCGGCGAGCTCCGGTGGCTTGTCCGCCGATGAGCAACTGGATGGTCCGGTGTTGGCGCTGCTGACTACGGCCCAACAGCAGCAGGCCGGTGGTGACCTCAACGGCGCGTCTTCCAGCCTCGAGCGCGCCCAGCGTGTCGCGCCGCGCGAGCCTCAGGTTCTTTATCGACTGGCCCAGGTACGCATGGCCCAGGGCGATGCGCCGCAAGCCGAGCAACTGGCGCGCCGCGGCCTGACATTCTCCAGCGGCCGGCCGGCACTCCAGGCAAGCCTGTGGGAACTGATTGCCCAGGCCCGCGAGAAACAAGGCGACTCCGCTGGCGCCGCACTGGCCCGTCAGAAAGCCAAGGTTTCACTCTGA MNKWLIPAVTAVALLSGCSTVQRGSIPVVDSGTAVSNSERVSANGGFRQTTVKRPVQGAQTQAIPQGDTGVVVMVPGGGAATSAPISSTPITPGPITPGPIETSPIDQGSYSMPSTPSSIPSASSGGLSADEQLDGPVLALLTTAQQQQAGGDLNGASSSLERAQRVAPREPQVLYRLAQVRMAQGDAPQAEQLARRGLTFSSGRPALQASLWELIAQAREKQGDSAGAALARQKAKVSL NA NA NA NA NA D1-35_04933 330 yqcC COG3098 putative protein YqcC ATGGATGTTCGTTTTCCCCAGATCGCCGATCAGTTGCTGCTGATCGAGCGCGAACTGCGCGTCCAGGGTTGGTGGAGCAGCGTTTCGCCTTCGGTCGAGGCGCTGGCGAGTGTCGAGCCGTTCGCGGTCGATACCCTGGATTTCGAACAGTGGCTGCAATGGATCTTCCTGCCGCGAATGAAGGCGATCCTGGAAAACGACCTGCCACTGCCTAACGCTTCGGGCATTCTGGCCATGGCCGAAATGGTCTATGCCCAGCGGCCAGGGCAGGGCGCCGAGTTGCAGCGGTTGCTGGCGCAGTTCGACCAGTTGATCAGCGACGCCCGCTGA MDVRFPQIADQLLLIERELRVQGWWSSVSPSVEALASVEPFAVDTLDFEQWLQWIFLPRMKAILENDLPLPNASGILAMAEMVYAQRPGQGAELQRLLAQFDQLISDAR NA NA NA NA NA D1-35_04934 423 hypothetical protein ATGCGAACGATGTTATTGACGGCCTGCCTGCTGGCGGGCCTGAGCCCGATGAGCATGGCCGGCCAGATTTACAAATGGGTGGACGCCCAGGGCGTGACCCACTTCGGCGCCCAGCCGCCGCAAGGCGTAGAGGCGACAACCGTGGGCAGATCCGCACCGCCCGCTCCCAAGCAGGCAGCACCTGTTACCGGCGATGTCGTCGGCGATCAAAAAGCCATCGATCAACAAGTAAAGCAGCAGGTTGCCGAGCAGGAAGCCCAACTCAAGGCGTTCTGCGAGCAGGCCAGGACCAACCTGGCGCAACTGCAGAACAATCCCAGGGTCAGGGAAGACGTGGAAGGCGAAATGCGCCGGCTCACGGATGAAGAGCGGCGCCAGCGCATCGATGAGACCCGCAAGCAGATCGAAGAACACTGCCAGTGA MRTMLLTACLLAGLSPMSMAGQIYKWVDAQGVTHFGAQPPQGVEATTVGRSAPPAPKQAAPVTGDVVGDQKAIDQQVKQQVAEQEAQLKAFCEQARTNLAQLQNNPRVREDVEGEMRRLTDEERRQRIDETRKQIEEHCQ NA NA NA NA NA D1-35_04935 1725 ilvI COG0028 Acetolactate synthase isozyme 3 large subunit GTGGAGCTTTTATCTGGCGGTGAGATGCTCGTCCGCTTCTTGCGTGACGAAGGCGTCAAATATATCTACGGGTACCCCGGCGGTGCTCTCCTTCATGTCTATGATGCCCTGTTCAAAGAACCGGAAGTGACCCACATCCTGGTTCGCCACGAACAAGCGGCCACCCACATGGCGGACGGCTATGCCCGCGCCACCGGCAAGGCCGGCGTGGTTCTGGTGACATCCGGCCCTGGCGCCACGAACGCCATCACCGGTATCGCCACGGCCTACATGGACTCGATCCCGATGGTGATCATCTCTGGCCAGGTGCCCAGCACCATGGTCGGTACCGATGCGTTCCAGGAAACCGACATGATCGGTATCTCCCGGCCGATCGTGAAGCACAGCTTTATGATCAAGCACGCCTCGGAAATCCCGGAGGTCATGAAAAAAGCCTTTTACCTGGCTGAGTCCGGTCGTCCAGGCCCGGTCGTGGTCGACGTGCCGAAAGACATGACCAACCCGGCCGAGAAATTCGAGTACATCTATCCGAAAAAAGCCAAGCTGCGCTCTTACAGCCCGGCCGTACGCGGTCACTCGGGACAAATCCGCAAGGCCGCCGAAATGCTGCTCGCGGCCAAGCGCCCGGTCCTGTACTCGGGTGGTGGGGTCATCCTCGGTGGTGGCTCCGCGCCGCTGACCGAATTGGCCAAGATGCTCAACCTGCCGGTTACCAATACCTTGATGGGGCTTGGCGCCTACCCGGGCACCGACCGCCAGTTTATCGGCATGCTCGGCATGCACGGCAGCTACACCGCCAACCTGGCGATGCACCATGCCGATGTCATCCTGGCCGTGGGCGCGCGTTTCGACGACCGGGTCATCAACGGCCCGGCGAAATTCTGCCCGAACGCCAAGATCATCCACATCGACATCGACCCGGCGTCCATCTCCAAGACCATCAAGGCAGACGTGCCGATTGTCGGTCCGGTCGAGAGCGTGCTGACCGAGATGGTCGCCATCCTCAAGGAAATCGGCGAGGCTCCGAACAAGGAGTCCGTGGCCGCCTGGTGGAAACAGGTCGATGAATGGCGCGGTGATCGTGGCCTGTTCCCGTACGACAAGGGCGACGGCAGCGTGATCAAGCCGCAGACCGTCATCGAGACCCTGTGCGAAGTGACCAAGGGCGATGCCTTCGTGACTTCCGACGTTGGCCAGCACCAGATGTTCGCGGCGCAATACTACCGGTTCAACAAGCCTAACCGCTGGATCAACTCCGGTGGCCTGGGCACCATGGGCTTCGGCTTCCCGGCGGCCATGGGCGTCAAGTTGAGCTTCCCGGACAACGACGTCGCCTGCGTCACCGGCGAAGGCAGTATCCAGATGAACATCCAGGAGCTGTCGACCTGCCTGCAGTACGGTTTGCCGGTGAAGATCGTCAACCTGAACAACGGTGTACTGGGCATGGTTCGCCAGTGGCAGGACATGAGCTACGGCAGCCGTCATTCGCATTCCTACATGGAGTCGCTGCCGGACTTCGTCAAGCTGGTCGAGGCCTACGGTCACGTGGGCATCCGCATCACCGACCTGAAGGACTTGAAGTCCGGGCTTGAAGAAGCCTTCGCCATGAAGGACCGCCTGGTGTTCCTCGATATCCAGGTCGATACCAGCGAGCACGTCTACCCGATGCAGATCAAAGACGGCTCCATGCGCGATATGTGGCTGAGCAAGACGGAGCGTACCTAA MELLSGGEMLVRFLRDEGVKYIYGYPGGALLHVYDALFKEPEVTHILVRHEQAATHMADGYARATGKAGVVLVTSGPGATNAITGIATAYMDSIPMVIISGQVPSTMVGTDAFQETDMIGISRPIVKHSFMIKHASEIPEVMKKAFYLAESGRPGPVVVDVPKDMTNPAEKFEYIYPKKAKLRSYSPAVRGHSGQIRKAAEMLLAAKRPVLYSGGGVILGGGSAPLTELAKMLNLPVTNTLMGLGAYPGTDRQFIGMLGMHGSYTANLAMHHADVILAVGARFDDRVINGPAKFCPNAKIIHIDIDPASISKTIKADVPIVGPVESVLTEMVAILKEIGEAPNKESVAAWWKQVDEWRGDRGLFPYDKGDGSVIKPQTVIETLCEVTKGDAFVTSDVGQHQMFAAQYYRFNKPNRWINSGGLGTMGFGFPAAMGVKLSFPDNDVACVTGEGSIQMNIQELSTCLQYGLPVKIVNLNNGVLGMVRQWQDMSYGSRHSHSYMESLPDFVKLVEAYGHVGIRITDLKDLKSGLEEAFAMKDRLVFLDIQVDTSEHVYPMQIKDGSMRDMWLSKTERT PGPT0008185_3977 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 D1-35_04936 492 ilvH COG0440 Acetolactate synthase isozyme 3 small subunit ATGCGACATATTATTTCCTTGCTTCTGGAAAACGAGCCGGGTGCTCTGTCTCGTGTAGTGGGCCTGTTCTCGCAGCGCAACTACAACATCGAAAGCCTGACCGTGGCGCCAACCGAGGACCCGACCCTGTCGCGTCTGACGCTGACCACCGTGGGCCACGATGAAGTCATCGAGCAGATCACCAAGAACCTGAACAAGCTGATCGAGGTGGTCAAGCTGGTGGACCTGTCGGAGAGCGCTCATATCGAACGCGAGCTGATGCTGGTCAAGGTCAAGGCCACCGGCGCCCAGCGCGCCGAGATCAAACGCACTACCGATATTTATCGTGGGCAGATCGTCGATGTCAGCGCCAGCGTCTATACCGTTCAGTTGACCGGTACCAGCGACAAGCTCGACAGCTTCATCCAATCGATCGGCACTGCCTCGATCCTGGAAACCGTACGCAGTGGTGTCACCGGGATTGCCCGTGGCGACAAAGTACTGAGCATCTAA MRHIISLLLENEPGALSRVVGLFSQRNYNIESLTVAPTEDPTLSRLTLTTVGHDEVIEQITKNLNKLIEVVKLVDLSESAHIERELMLVKVKATGAQRAEIKRTTDIYRGQIVDVSASVYTVQLTGTSDKLDSFIQSIGTASILETVRSGVTGIARGDKVLSI PGPT0008205_2784 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 D1-35_04937 1017 ilvC COG0059 Ketol-acid reductoisomerase (NADP(+)) ATGAAAGTTTTCTACGATAAAGATTGCGACCTGTCGATCATCCAGGGCAAAAAAGTCGCCATCATCGGCTACGGCTCCCAAGGTCACGCACAGGCGTGCAACCTCAAGGATTCCGGCGTTGACGTAACTGTCGGCCTGCGCAAAGGCTCGGCCACTGTCGCCAAGGCTGAGGCCCACGGCTTGAAAGTCACCGACGTGGCTTCCGCCGTTGCCGCTGCCGACCTGGTCATGATCCTGACCCCGGACGAATTCCAGTCTGCCCTGTACAAGAACGAAATCGAGCCGAACATCAAGAAAGGCGCCACCCTGGCCTTCTCCCATGGCTTCGCGATCCATTACAACCAGGTTGTGCCGCGCGCCGACCTCGACGTGATCATGATCGCGCCGAAGGCCCCGGGCCACACCGTCCGTTCCGAGTTCGTCAAGGGCGGCGGTATCCCTGACCTGATCGCGATCTACCAGGATGCGTCCGGCAATGCCAAGAACGTTGCGCTGTCCTACGCCGCCGGCGTGGGTGGCGGTCGTACCGGCATCATCGAAACCACCTTCAAGGACGAGACCGAAACCGACCTGTTCGGTGAGCAAGCCGTTCTGTGCGGCGGCACCGTCGAGCTGGTCAAAGCCGGTTTCGAAACCCTGGTTGAAGCTGGCTACGCGCCGGAAATGGCCTACTTCGAGTGCCTGCACGAACTGAAGCTGATCGTTGACCTCATGTACGAAGGCGGTATCGCCAACATGAACTACTCGATCTCCAACAACGCCGAGTACGGCGAGTACGTGACCGGTCCGGAAGTCATCAACGCCGAATCTCGCCAGGCCATGCGCAATGCCCTGAAACGTATTCAGGACGGTGAATACGCCAAGATGTTCATCAGCGAAGGTGCCACCGGCTATCCTTCGATGACCGCCAAGCGCCGCAACAACGCCGCTCACGGTATCGAAATCATCGGCGAGCAACTGCGCTCCATGATGCCGTGGATCGGTGCCAACAAGATCGTCGACAAAGCCAAGAACTGA MKVFYDKDCDLSIIQGKKVAIIGYGSQGHAQACNLKDSGVDVTVGLRKGSATVAKAEAHGLKVTDVASAVAAADLVMILTPDEFQSALYKNEIEPNIKKGATLAFSHGFAIHYNQVVPRADLDVIMIAPKAPGHTVRSEFVKGGGIPDLIAIYQDASGNAKNVALSYAAGVGGGRTGIIETTFKDETETDLFGEQAVLCGGTVELVKAGFETLVEAGYAPEMAYFECLHELKLIVDLMYEGGIANMNYSISNNAEYGEYVTGPEVINAESRQAMRNALKRIQDGEYAKMFISEGATGYPSMTAKRRNNAAHGIEIIGEQLRSMMPWIGANKIVDKAKN PGPT0008735_2596 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 D1-35_04938 846 hypothetical protein ATGAGCGAACGTCCCGACGAGCCGAACCAGGCTCCTGACGCCGAAAGCCTGTTGCCCATCGATGAACACGTCGAAGAGGGCCATGACGCTGAAGGCCGTAAGGTCCGGCATCGTGGCATCTATCTGCTGCCGAACCTGTTCACCACCGCGAACCTGTTTGCCGGCTTCTATTCCATCATCAGCTCCATGAGCGCCCAGGCGGCGCTCAGTGCCGGTGATAATTCCGGGGCAAGCCGCTATTTCGCCCTGGCTGCCATTGCGATATTCGTCGCCATGGTGCTCGATGGTCTTGACGGGCGCGTGGCCCGCATGACCAATACCCAGAGCGCATTCGGCGCCGAATACGACTCACTGTCCGACATGGTCGCGTTCGGTGTTGCCCCCGCGTTACTGGCGTTCGGCTGGGCGCTGGGCGACATGGGCAAGGTCGGCTGGATGGTGGCTTTCATCTATGTGGCCGGTGCCGCGTTGCGCCTGGCACGTTTTAACACCCAGGTCGGCACTGCCGACAAACGCTACTTCATCGGTCTCGCGAGCCCTGCAGCCGCGGGCGTGGTGGCCGGCGTGGTCTGGGCATTCAGCGACTACGGCATTCAGGGCTCGAAAATGTCGTTCCTGGTGGCGTTGCTGGTTGCGGCGGCCGGGATGCTGATGGTCAGCAACATCAAATACAACAGCTTCAAGGAACTGGATCTGAAAGGTCGCGTGCCGTTTGTCGCGATCCTGGCTGTGGTTCTGGTGTTCGCCGTGGTCTTCAGCGATCCGCCGCGTGTCCTGCTGCTGGTATTTCTCGCCTATGCTGCGTCGGGTCCGGTGCAATATTTGTTGCGTCTTCGCCGACGCTAA MSERPDEPNQAPDAESLLPIDEHVEEGHDAEGRKVRHRGIYLLPNLFTTANLFAGFYSIISSMSAQAALSAGDNSGASRYFALAAIAIFVAMVLDGLDGRVARMTNTQSAFGAEYDSLSDMVAFGVAPALLAFGWALGDMGKVGWMVAFIYVAGAALRLARFNTQVGTADKRYFIGLASPAAAGVVAGVVWAFSDYGIQGSKMSFLVALLVAAAGMLMVSNIKYNSFKELDLKGRVPFVAILAVVLVFAVVFSDPPRVLLLVFLAYAASGPVQYLLRLRRR PGPT0007695_834 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 D1-35_04939 1014 msrP COG2041 Protein-methionine-sulfoxide reductase catalytic subunit MsrP ATGCTGATCAAGATCCCCAAATCGTCCGACAGTCGTGAATCGGACGTCACGCCTGAATCCTTCTATCTATCCCGTCGCAAGTTGCTAGGGGCATCCGTGGCTGGCCTCGCCGTGGGTAGCTTGCCGCGATGGGCCGGCGCCGCGGATGTAGCGCGTTATCCCAATGTCGAGCCAGGCAAGGCGCCGGCCTGGTTGGCTGAGAAGGTTGCAGCTACCCAATGGGGCGCGGTGACGGCTGGAAATGAGTCGATCACCCCATTCAAGGACGCCACCCACTACAACAACTTCTATGAGTTCGGAACCGATAAGGGTGATCCGGCGGCCAATGCAGGGTCGTTGAAAACCGAGCCCTGGAGCGTAGTCGTGGAGGGTGAGGTGGGTAAGCCGGGCCGCTATGGTCTGGAAGACTTCATGAGGCCTTATCAGCTGGAGGAGCGGATTTATCGATTGCGCTGTGTCGAGGCCTGGTCGATGGTCATTCCGTGGATCGGCTTTCCCATCTCCGCACTACTCAAGCAGGTCGAGCCGACCTCCAAGGCCAAGTATATTCGTTTCGAGACGCTGCAGGATCCCAAGACCATGCCGGGCCAGCGTTCAGGCTTTGCCCTGATTGACTGGCCGTATGTGGAAGGTTTGCGGTTGGATGAGGCGATGAACCCGCTGGCAATCCTCGCGGTTGGGATGTACGGGCGGGAGTTGCCGAACCAGAACGGCGCGCCGTTGCGGTTGGTGGTGCCATGGAAGTATGGCTTCAAGAGCGTGAAATCCATCGTGCGGATCAGTCTGGTCAGCGAGCAGCCCAAGACAACCTGGCAAAGCATTGCGGCTGATGAGTACGGCTTTTATGCCAACGTCAATCCCACCGTTGACCATCCGCGCTGGACCCAGGCGCGGGAGCGTCGTTTGCCGAGCGGGCTGCTCAGCCCCAACGTTCGCGATACGTTGATGTTCAACGGCTATCAGGATGAAGTGGCTTCTTTATATGCGGGGATGGACCTGAGGAAGGATTATTGA MLIKIPKSSDSRESDVTPESFYLSRRKLLGASVAGLAVGSLPRWAGAADVARYPNVEPGKAPAWLAEKVAATQWGAVTAGNESITPFKDATHYNNFYEFGTDKGDPAANAGSLKTEPWSVVVEGEVGKPGRYGLEDFMRPYQLEERIYRLRCVEAWSMVIPWIGFPISALLKQVEPTSKAKYIRFETLQDPKTMPGQRSGFALIDWPYVEGLRLDEAMNPLAILAVGMYGRELPNQNGAPLRLVVPWKYGFKSVKSIVRISLVSEQPKTTWQSIAADEYGFYANVNPTVDHPRWTQARERRLPSGLLSPNVRDTLMFNGYQDEVASLYAGMDLRKDY PGPT0013075_300 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013075-msrP|yedY-K07147 NA NA D1-35_04940 621 msrQ Protein-methionine-sulfoxide reductase heme-binding subunit MsrQ ATGCGTTTTCTGGCGTGGCGGATCGGCGTATTCATCGCGGCGGCGATCTGGCCAATGCTTTGGCTTTATGAGGCATTGGCGAATTTCCTGGGGCCGGACCCGGGCAAGGTCCTGGTGGATCGGTTGGGGTTGGGGACGCTGATCCTGTTGCTGGTTACCTTGTGCATGACGCCGCTGCAGAAACTGACGGGGTGGGCGGGGTGGGTAGCCGTCCGGCGTCAGTTGGGTTTGTGGTGCTTCACTTATGTCGTACTGCATTTGAGCGGGTATCTGGCGTTCATCCTGGGGTTCGATTGGTCTCAGCTGGGTGTGGAGCTGGGCAAGCGGCCTTACATCATCGTCGGAGCGCTCGGTTTTCTGGGATTGCTGGCGCTGGCAGTGACGTCCAACCGCTACAGCCAGCGGCGACTGGGCGGGCGATGGAAGAAACTGCATCGCCTGGTCTATCCGATATTGGGGCTTGGGTTGCTGCATATGTTGTGGATCGCGCGGGCCGATCTGAAGGAGTGGGCGATATATGCCTTTATAGGTGCGGTACTGTTGGTGCTCAGGGTGCCTGCGGTGATGCGGCGTATCCCGCGTCTGATGGGGCGAAAGGAGTCTTCTGCAACAAAAACGTAA MRFLAWRIGVFIAAAIWPMLWLYEALANFLGPDPGKVLVDRLGLGTLILLLVTLCMTPLQKLTGWAGWVAVRRQLGLWCFTYVVLHLSGYLAFILGFDWSQLGVELGKRPYIIVGALGFLGLLALAVTSNRYSQRRLGGRWKKLHRLVYPILGLGLLHMLWIARADLKEWAIYAFIGAVLLVLRVPAVMRRIPRLMGRKESSATKT NA NA NA NA NA D1-35_04941 573 hypothetical protein ATGACATTCAAACGTATCCTCGGAACCCTCGCCTTGCTGCTGACCCCAGCTCTGGCCTTTGCCCACCCCGGTCACGGCGATAACGGCCTGATCGCCGGCCTGGGCCACCCCATCGGCGGGCTCGACCATCTGCTCGCGATGTTGGCGGTCGGCTTGTGGGCGGCCCAACAACAAGGCGCCGCGCGCTGGGCACTGCCATGCACTTTCGTTGGGACGATGCTGCTCGGTGGTTTGCTGGGCTTCGAAGGCCTGGACCTGCCTGCGCTGGAAAGCGGCATCGCCGCCTCGGTGCTGGCCCTGGGCCTGGCGGTGGCGCTGGCGGTGCGTCCGCCGCTAAGCCTGGCAGTCGGTGCGACCGCGCTATTTGCGCTATTCCATGGCGTCGCCCATGGCTTGGAGCTGCCGGACATGTCGAGTCCGTGGGCCTATGCGGTGGGGTTCGTCGCCGCAACGGCGGCGCTGCACGGCGCGGGCTTTGCGCTGGTTCGTGTGTTGCCACGCGCGGCGGCGCCGGTGATCAGGTTGGCCGGGGCTGCTTCGGCGGCGGCTGGGGTCTGGTTGTTGGCCAGCTGA MTFKRILGTLALLLTPALAFAHPGHGDNGLIAGLGHPIGGLDHLLAMLAVGLWAAQQQGAARWALPCTFVGTMLLGGLLGFEGLDLPALESGIAASVLALGLAVALAVRPPLSLAVGATALFALFHGVAHGLELPDMSSPWAYAVGFVAATAALHGAGFALVRVLPRAAAPVIRLAGAASAAAGVWLLAS PGPT0000995_690 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000995-ureJ-K03192 NA NA D1-35_04942 615 ureG Urease accessory protein UreG ATGAATACACAACCTTTGCGCGTCGGTATTGGCGGCCCGGTAGGCTCCGGCAAGACCGCACTGACCCTGGCTCTCTGCCTGGCCTTGCGCGAGCGCTACAACCTGGCCGTGGTCACCAACGATATCTACACCCGTGAAGACGCTGATTTCCTGGTGCGCAACGAAGCCCTGGCGCCGGAGCGGATCATCGGCGTGGAAACCGGTGGGTGCCCGCACACGGCGATTCGCGAAGACGCCTCGATCAACCTTGAAGCGGTGGACCAGTTGAACCGGCGGTTCCCGGGCCTCGACCTGATCCTGGTCGAGTCCGGTGGCGACAACCTGTCCGCGACCTTCAGCCCCGAGCTGTCGGACCTGACCATCTACGTGATCGACGTATCGGCTGGCGACAAGCTGCCGCGCAAGGGCGGGCCGGGCATCTGCAAATCCGACCTGCTGGTGATCAACAAGATTGACCTGGCGCCACTGGTGGGTGCCTCCCTGGAACTGATGAACAGCGATACCCAGCGGATGCGCAACGGCAAGCCCTTCGTGTTCAGCAACCAGAAGACCGGCCAGGGCCTGGACGACATCATCGCCTTCATCGAGCGCCAGGGCCTGCTGAGCGCGGCGTGA MNTQPLRVGIGGPVGSGKTALTLALCLALRERYNLAVVTNDIYTREDADFLVRNEALAPERIIGVETGGCPHTAIREDASINLEAVDQLNRRFPGLDLILVESGGDNLSATFSPELSDLTIYVIDVSAGDKLPRKGGPGICKSDLLVINKIDLAPLVGASLELMNSDTQRMRNGKPFVFSNQKTGQGLDDIIAFIERQGLLSAA PGPT0000985_1701 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000985-ureG-K03189 NA NA D1-35_04943 675 ureF COG0830 Urease accessory protein UreF ATGAACCCGGCCTGGGCACTGCTGCGCCTGGCCAGTCCGCAACTGCCGATTGGCGGCTACAGCTACTCCCAGGGCCTGGAAATGGCTGTGGACAAAGGCTTGGTCAAAACGCCCGACGACGCACGCCGCTGGATCAGCGATCAGATGCTACTGAACCTGGCGCGTTTCGAAGCGCCCTTGCTGCTGGCTCATTGCAGGGCGGCCGCTGCCGACGATTGGCACGCGCTGCTGGAGCTTTGTGAACAACACCGTGCCAGCCGGGAAACCCGCGAGCTGTACCAGGAGAGCCGGCAGATGGGCTACTCGCTGCAACAATTGCTGGCGGGCCTGCCGGAGCTCGACAGCGCCGCCCGCAGCTTCCTTGAACAGCGTAGCGAACCGCACCTGGCGCTGGGCTGGGCCCTGGCGGCCCGTGCCTGGGATATCAAGCCAGAGGATGCCCTCGCCGCCTGGTTGTGGAGCTGGCTGGAAAACCAACTGGCGGTGCTGATGAAAACCCTGCCCTTGGGCCAGCAAGCCGCGCAGAGGTTGACCAGCGAGCTGCTGCCATTGCTGCAACAGGCCCAGCAGATCGCCTCGAACCTCGACCCCGACCATTACGGCAGCGCCGCGTTTGGCCTGTCCCTGGCGTGCATGGCCCATGAGCGCCAGTACAGCCGCCTGTTCCGTTCCTAG MNPAWALLRLASPQLPIGGYSYSQGLEMAVDKGLVKTPDDARRWISDQMLLNLARFEAPLLLAHCRAAAADDWHALLELCEQHRASRETRELYQESRQMGYSLQQLLAGLPELDSAARSFLEQRSEPHLALGWALAARAWDIKPEDALAAWLWSWLENQLAVLMKTLPLGQQAAQRLTSELLPLLQQAQQIASNLDPDHYGSAAFGLSLACMAHERQYSRLFRS PGPT0000980_1731 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000980-ureF-K03188 NA NA D1-35_04944 501 ureE Urease accessory protein UreE ATGCTGGTTATCCACCGCAGAATCGACACTCAACCGCGCTGGGACGCCGAGCTGCACCTGATCTTTGACGCCCGCAGCAAAAGCCGTCTGCGCTGTTTCAGTGCCGAGGGTGAAGACGTGGGATTGTTCTTGGAGCGAGGCCAGCCGCCGCTGTACGACGGTGAATGCCTTCAGGCCGAAGATGGGCGCATCGTGCGTGTCTGCGCCCGCCCTGAACAATTGCTCCACGTTACCTGCGCCAATGCGTTCGAACTGACCCGTGCTGCCTACCACTTGGGCAATCGCCACGTTGCCCTGCAGGTGGGCGATGGCTGGTTGCGCCTGCTGGATGATTACGTGCTCAAGGCGATGCTTGAGCAACTGGGCGCCAGCGCCGAATCCATTGAAGCGCCGTTCCAGCCGGAACACGGCGCCTACGGCGGCGGCCATCATCATTCCCGGCACGGCGACGAAGATTTCAATTACGCACCGCGCCTGCACCAGTTCGGCGTGCGTTCATGA MLVIHRRIDTQPRWDAELHLIFDARSKSRLRCFSAEGEDVGLFLERGQPPLYDGECLQAEDGRIVRVCARPEQLLHVTCANAFELTRAAYHLGNRHVALQVGDGWLRLLDDYVLKAMLEQLGASAESIEAPFQPEHGAYGGGHHHSRHGDEDFNYAPRLHQFGVRS PGPT0000975_811 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000975-ureE-K03187 NA NA D1-35_04945 633 fabR COG1309 HTH-type transcriptional repressor FabR ATGCTTCCCCGCGCCGAACAGAAACAACAGACCCGAAATGCCCTGATGGATGCAGCGCGCCATTTGATGGAGTGCGGCAGGGGATTCGGCAGCCTGAGCCTGCGCGAAGTCGCCAAGACAGCCGGCATCGTACCCACCGGGTTCTATCGACATTTCGACGACATGGACCAGCTTGGCCTGGCGCTCGTCAGCGAAGTCGGGCAGACGTTTCGCGAAACCATCCGGCTGGTGCGCCACAACGAATTTGTCATGGGCGGCATCATCGATGCGTCTGTGCGGATTTTTCTCGACGTGGTGCATGCCAACCGATCGCAGTTTCTGTTCCTGGCCCGCGAGCAGTACGGCGGCTCCCTGCCGGTACGCCAGGCCATCGCGAAGCTGCGCGAAGACATCAGCTCGGACCTCGCCGCCGACCTGGCATTGATGCCCAAGTTGCAACACCTGGACCTTGCGGGACTGAGCGTGATGGCCGACCTCGTCGTCAAGAGTGTCTTCGCCACCCTGCCGGATATCATCGACCCGCCCGCCAAAGCGCTCCCCGAACATCTCACCCCCCAGGCGAAGATTACCCAGCAACTACGGTTCATCTTCATCGGCCTCAAGCATTGGCACGGGTTGGGTAGCACCGAGTAA MLPRAEQKQQTRNALMDAARHLMECGRGFGSLSLREVAKTAGIVPTGFYRHFDDMDQLGLALVSEVGQTFRETIRLVRHNEFVMGGIIDASVRIFLDVVHANRSQFLFLAREQYGGSLPVRQAIAKLREDISSDLAADLALMPKLQHLDLAGLSVMADLVVKSVFATLPDIIDPPAKALPEHLTPQAKITQQLRFIFIGLKHWHGLGSTE NA NA NA NA NA D1-35_04946 510 hypothetical protein ATGAAACGCCAACTACTGATGAGTCTTTCCCTTTCCCTGCTGGCCTCTACCGCTTTCGCCTTGCCAGCTTCCGAACAGGCCACGCCGCAAGTCAAGGACAGCCATTCTGTCTATAGCCAGACCGTAGCCGAAGGTGGCCGTGACCGCCTGGAAGAGAAAGGCCTGGTCGAAGGTGGTTCCGACCGCACTCCACAGGGCCAGACCCTGGCGGCTGACGGTTCCGACCGCACTCCACAGGGCCAGACCCTGGCGGCTGACGGTTCCGACCGCACTCCACAAGGCCAGACCCTGGCGGCTGACGGTTCCGACCGCACTCCACAAGGCCAGACCCTGGCGGCTGACGGCTCCGACCGCACCCCACTGGGCGAAACCCTGGCTGCTGACGGTTCCGACCGCACCCCACTGGGCGAAACCCTGGCCGCTGAAGGTTCCGATCGCACTCCACAAGGCCAGACCCTTGCCGAAGGCGGTGGTGACCGCGTAATCGAACGCAACAGTGCAGTGAGCTGA MKRQLLMSLSLSLLASTAFALPASEQATPQVKDSHSVYSQTVAEGGRDRLEEKGLVEGGSDRTPQGQTLAADGSDRTPQGQTLAADGSDRTPQGQTLAADGSDRTPQGQTLAADGSDRTPLGETLAADGSDRTPLGETLAAEGSDRTPQGQTLAEGGGDRVIERNSAVS NA NA NA NA NA D1-35_04947 2070 hypothetical protein ATGACGCGCACCTCAAAAATTTTCGCCTGGGGCTTTGCCTGCCTCATCGCATTGCTGGCCGCGCTTGTGCTGGTCATCGCTTTCTTCGACTGGAACCGCCTCAAGCCCACGCTCAACGCGAAGGTTTCCGAGGAGTTGCATCGTCCATTCGCAATCAATGGCAACCTGGCGGTGATCTGGCAGCGCGAACCGCAGGAAGGCGGCTGGCGCGCCTTTGTGCCGTGGCCCCATGTCGTGGCCGAAGATTTGAGCCTGGGAAACCCGGACTGGTCGAAAACCCCGCAAATGGTCACGCTAAAGCGCGTCGAGCTACGTATTTCGCCCTTGGCCCTGTTGGCCCGGCGGGTGGCGATCCCGCGCATCGACCTGACCGAACCCAACGCCAGCCTGCAGCGCCTGGCTGATGGCCGCGCCAACTGGACCTTCCAGTTCGATCCGAAGGACCCGGACGCCGAACCGTCCAGTTGGTCGGTCGATATCGGTGCCATCGGCTTTGACAAGGGGCATGTCACGCTGGATGACCAGACGCTCAAGACCAGGCTCGAGGTGTTGATCGACCCGTTGGGCAAACCCATTCCGTTCAGCGATATCGTCGGTGAAAAGACTGCGAACAAAGCCCGGGAACAAGGTGCGGCACCACAGGACTACGCCTTTGCTTTCAAGGCTGACGGGCAGTATCAAGGACAGAACCTGAGCGGTTCCGGCAAGGTCGGTGGCTTGCTGGCCTTGCAGGATGCATCGCAACCCTTTCCCCTGCAGGCCCAGGCGAAGATTGCCGACACCCGCATCGAGCTGGCCGGCACCCTTACCGACCCGAAGAACCTTGGCGCCCTGGACCTGCGTCTGAAACTGGCCGGTAAAAGCCTGGCCAATCTTTACCCGTTGACTGGCGTGACGCTGCCGGATTCGCCGCCCTATGCCACTGATGGTCGCCTGATCGCCAAGCTCCACGAACCGGAGGGGGCGCAGTTCCGCTACGAGGCGTTCAACGGCAAGATTGGCGAAAGCGATATTCACGGCGACCTGGCTTATGTTTCCAGCCAGCCGAGACCGAAACTCACTGGCGCGCTGGTATCCGATCAGCTGTTGTTCAGCGACCTGGCGCCGCTTATCGGCGCCGACTCCAACACGCAACAGAAGGCGCGCGGCGGTGCCAGCAAACAACCGTCCGACAAGGTCTTGCCGGTGGAAGAGTTCCGCACTGAGCGCTGGAGCGTAATGGATGCCGACGTGGAGTTCACCGGCAAGCGCATCGTCCATAGCGAGCAATTGCCCTTCACCGACCTCTACACTCATTTGCTGCTGAACAATGGCCAGTTGAGCCTTGAACCCTTGCGCTTTGGCGTGGCCGGTGGCCGTCTCGATGCGCAGATTCGCCTCAATGGACAGACTCGGCCCCTCGAAGGCCAGGCGAAACTGACCGCGCGAGGCTTCAAGCTCAAGCAGCTTTTCCCGGGTTTCGAACCGATGAAAACCAGTTTCGGCGAGCTCAATGGCGATGCCGATCTGTCCGGCCGAGGTAATTCGGTAGCAGCGTTGCTGGGCACCGCCAATGGCAACTTGAAGATGCTCATCAACGACGGCGCTATCAGTCGGGAGTTGATGGAACTGGCAGGGTTGAACGTTGGCAACTATGTGGTAGGAAAAATCTTCGGCGACAAGGAAGTGAAGATCAATTGCGCGGCGGCTGATTTCGGCATCAAGACCGGCCTGGCGACCACTCGCCTGTTTGTATTCGATACCGAGAACGCGATCATCTATATCGATGGCACGGCGAATATGGCCACTGAACAACTGGACCTGACTGTTACCCCGGAGTCCAAGGGCTGGCGATTGATTTCCCTGCGTTCGCCGCTGTACGTACGAGGCACCTTCGCCAAGCCCGCCGCCGGGGTGAAGGCCGTGCCGCTGATGTTGCGTGGGGCCGGAATGGTCGCGCTGGGTGTCATCGCCGCGCCGGCGGCGGGGTTGCTCGCGTTGGTCGCTCCCAGCGGCGGTGAGCCCAACCAATGTGCACCGTTGCTCGAACAGATGAAGGCCGGCAAGGCGCCGAAGACGGTAAAGGACTGA MTRTSKIFAWGFACLIALLAALVLVIAFFDWNRLKPTLNAKVSEELHRPFAINGNLAVIWQREPQEGGWRAFVPWPHVVAEDLSLGNPDWSKTPQMVTLKRVELRISPLALLARRVAIPRIDLTEPNASLQRLADGRANWTFQFDPKDPDAEPSSWSVDIGAIGFDKGHVTLDDQTLKTRLEVLIDPLGKPIPFSDIVGEKTANKAREQGAAPQDYAFAFKADGQYQGQNLSGSGKVGGLLALQDASQPFPLQAQAKIADTRIELAGTLTDPKNLGALDLRLKLAGKSLANLYPLTGVTLPDSPPYATDGRLIAKLHEPEGAQFRYEAFNGKIGESDIHGDLAYVSSQPRPKLTGALVSDQLLFSDLAPLIGADSNTQQKARGGASKQPSDKVLPVEEFRTERWSVMDADVEFTGKRIVHSEQLPFTDLYTHLLLNNGQLSLEPLRFGVAGGRLDAQIRLNGQTRPLEGQAKLTARGFKLKQLFPGFEPMKTSFGELNGDADLSGRGNSVAALLGTANGNLKMLINDGAISRELMELAGLNVGNYVVGKIFGDKEVKINCAAADFGIKTGLATTRLFVFDTENAIIYIDGTANMATEQLDLTVTPESKGWRLISLRSPLYVRGTFAKPAAGVKAVPLMLRGAGMVALGVIAAPAAGLLALVAPSGGEPNQCAPLLEQMKAGKAPKTVKD NA NA NA NA NA D1-35_04948 969 gcvA_8 Glycine cleavage system transcriptional activator ATGTTTGCTGCCCTGCCACTCAACGCGTTGCGTGCCTTCGAATCCGCTGCACGATTGCTCAGTTTCAAGGCCGCGGCGGCTGAGCTGTCGGTAACGCCCACGGCGATTTCCCATCAGATCCGCTCACTGGAAACCTGGCTGGGTGTGCAACTCTTTGAGCGCCTGCCTCGCCAGGTGCGGCTGACCGAAGGTGGCCAACGCTTGTTCCACAGCCTGCACGGTGCCTTGCTGGAAGTGGCGCAAAGCGTCGATACCCTGCGCCCGCAACGCAGTACCGCGCACCTGACGATTTCCACCACCGCCGCGTTCGCGGCGCTTTGGCTGGTGCCGCGCCTGGGTCGGTTCTACGCGCGCCATCCCACCATCAATGTCCGCCTGGACACGCACTGCGAAGTGATCGACCTGCACCAGGACGCCAGCGTGGACATGGTGGTGCGCTATAGCCTGGAGAACTACCCGAACCTGTATGGCATGTGCCTGTTCGATGAGTACTTCGGTGTATACGGGTCACCTGAGCAAATAGCCGCTCTGGCGACCCGACAACCGACGACGTTGATCAGTGTGCGGTGGCACAACACCAAGCTTTATGCCCATGGCTGGGACGCCTGGTGCGCGCGGGCGGGAGAAACCTGGCTGACCCGTCAGCCCTGCATACGCGAATACGACGAGGAGCATTACGCCCTGCAAGCGGCAATTGCCGGGCAAGGCCTGGTCCTGGCGAGCAACGTGCTGGCATCCGAAAGCGTCGCCAGCGGCCTACTGGTCGCTTACCACCCGCACGTCCAGGTCAACGGCGCGGGCTACAGCGCCTTATGCGTTCCGGGCCGGGAACGCCACCCGCCAGTACGAGCGTTCTTCAAATGGCTGGAGGAAGAAGCGCGGCAGTCCGGGCACGCACTGACGAGTTCGATGAAACTGTTCCAGGACCGTGTCAGCCAGAACCAGAGCAATCATGCTGGCAAAACATGA MFAALPLNALRAFESAARLLSFKAAAAELSVTPTAISHQIRSLETWLGVQLFERLPRQVRLTEGGQRLFHSLHGALLEVAQSVDTLRPQRSTAHLTISTTAAFAALWLVPRLGRFYARHPTINVRLDTHCEVIDLHQDASVDMVVRYSLENYPNLYGMCLFDEYFGVYGSPEQIAALATRQPTTLISVRWHNTKLYAHGWDAWCARAGETWLTRQPCIREYDEEHYALQAAIAGQGLVLASNVLASESVASGLLVAYHPHVQVNGAGYSALCVPGRERHPPVRAFFKWLEEEARQSGHALTSSMKLFQDRVSQNQSNHAGKT PGPT0026360_1440 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_04949 639 azoR1_2 COG1182 FMN-dependent NADH-azoreductase 1 ATGAGCAATATTCTTGTGGTACACGGCAGCCCTCGCGGCGAGCGTTCCCATTCCCGGCGTCTGACGGAGGCTTTCATAGCGGCTTGGCAGGCTGCCAATCCACATACCCAACCGACCCGCCGCGAGGTCGGCCGGACCGTTATTCCTCCGGTCAACGAAGCCTTCATCGCCGCGGCGTTCCACCCCGAGCCTCAGGGAAGGCCATTGACCATGCAGGCCGACCTGGCCTTGAGCGATGCGTTGGTGGCGGAGCTGCAGGCCCATGACCGGCTGGTGATTTCCGCACCCATGCATAATTTCGGCGTGCCCAGCGGCGTGAAGGCCTGGATCGACCAGATCGTGCGCATTGGCGTGACGTTCAACCACAGCCTGGATAACGGCGTCTCGCAATATGAGCCGTTGGTGCTGGGCAAGAAGGCCCTGATCGTGACCAGCCGTGGCGATTTCGGCTTCGGCCCCGGAGGCTCGCTGGAATCCATGAACCACGCCGATACGCTGCTGCGCACGGTCCTGGAGTTTATCGGCATCAGCGACGTGACGGTGGTGGCCGCTGAAGGAGAGGAGTCGGCCGAGCACAGCTTCGCGCGGTCCTACGCCGAGGCCGAGCGGCGCTTGCTGGCGCTGGCGCGAACATTCTGA MSNILVVHGSPRGERSHSRRLTEAFIAAWQAANPHTQPTRREVGRTVIPPVNEAFIAAAFHPEPQGRPLTMQADLALSDALVAELQAHDRLVISAPMHNFGVPSGVKAWIDQIVRIGVTFNHSLDNGVSQYEPLVLGKKALIVTSRGDFGFGPGGSLESMNHADTLLRTVLEFIGISDVTVVAAEGEESAEHSFARSYAEAERRLLALARTF PGPT0006790_821 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D1-35_04950 891 lips_2 Triacylglycerol lipase ATGTCGCAACGCTGCGCCACTCGCTACCCGCTGGTGCTGGTCCCGGGCATGCTTGGGTTCATTCGCCTGGTGTTGTATCCGTATTGGTATGGCATCGTCGAGGCGTTGCGCCGGGGTGGAGCCGTGGTGGTCGCGGTGAAGGTTTCGCCATTGCATTCGTCCGAAGTTCGCGGCGAGCAATTGCTGGCACGGATCGAGGAGATTCTCAGGGAAACCGGCGCGCAAAAGGTCAACCTGATCGGCCACAGTCAGGGCGCCCTCACTGCCCGCTATGCAGCCGCGCTGCGCCCGGATCTGGTCGCCTCGGTCACATCGGTGGCCGGCACCAACCACGGGTCCGAACTGGCCGATTACCTGCAAGACCATTATCCGGCCGACAGCGCCAAAGGGCGGTTGCTCAGCGCTTTTCTGCGGCTGATCAACGCGTTGATGAGCCTGCTCGACACCGGCTACCACGGACCGAAATTGCCGGTAGACATCCGCGCCTCCCACGCCTCGCTGACGACTGCCGGCGTGGCGTTGTTCAACGAGCGTTATCCACAAGGCCTGCCGCAGACCTGGGGCGGGCAGGGGCCGGAAGAAGTCAATGGGGTGCGTTATTACTCGTGGTCCGGGACTCTGCAGCCGGGCAAGACCGACAGGGGCCGCAACCTGTTCGACGGCACCAATCGCAGCTGCCGGCTGTTCGCGCGCACCTTCGTGCGCGAAGCCGGGCAGTGCGACGGCATGGTCGGGCGCTACAGCTCGCACCTGGGCACGGTGATTCGTGATGATTATCCGCTGGACCATTTCGACATCGTCAATCAGTCGCTGGGACTGGTGGGCAGGGGAGCGGAGCCGATCCGGCTGTTTGTCGAGCATGCGCAGCGGTTGAAGGATGCCGGGGTGTAG MSQRCATRYPLVLVPGMLGFIRLVLYPYWYGIVEALRRGGAVVVAVKVSPLHSSEVRGEQLLARIEEILRETGAQKVNLIGHSQGALTARYAAALRPDLVASVTSVAGTNHGSELADYLQDHYPADSAKGRLLSAFLRLINALMSLLDTGYHGPKLPVDIRASHASLTTAGVALFNERYPQGLPQTWGGQGPEEVNGVRYYSWSGTLQPGKTDRGRNLFDGTNRSCRLFARTFVREAGQCDGMVGRYSSHLGTVIRDDYPLDHFDIVNQSLGLVGRGAEPIRLFVEHAQRLKDAGV PGPT0024445_1536 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_LIPASE_ACTIVITY,PGPT0024445-lip|lipC-K01046 NA NA D1-35_04951 252 hypothetical protein ATGAAGTGCAGTGTAGACAAAGCCTGTTACACCTTCATCGCCAGATCTTCATTGCTTGATCTACCGCTTTCGCGAGCAGGCTCGCTCCCACAAGGGGCACGGCGCAGAGCCACTGTGGGAGCGAGCCTGCTCGCGAAGAACGATAACGCGGTCGTGCTGATGTGCTACACCCCGGCATCCTTCAACCGCTGCGCATGCTCGACAAACAGCCGGATCGGCTCCGCTCCCCTGCCCACCAGTCCCAGCGACTGA MKCSVDKACYTFIARSSLLDLPLSRAGSLPQGARRRATVGASLLAKNDNAVVLMCYTPASFNRCACSTNSRIGSAPLPTSPSD NA NA NA NA NA D1-35_04952 297 psiF Phosphate starvation-inducible protein PsiF ATGAAGATGCTGCGTGTCCCTTTGTTGATGATCGGCCTGCTGCTGTGTTCCCAGGGCTTCGCCGCCACCGCCCAACAGACCAAGATGACCACCTGCAACGCCGACGCCACCGCCAAGGCCCTCAAGGGTGACGAACGCAAGGCTTTCATGAGCAACTGCCTGAAGGCCACTCCGGCCACCGCTGAACCCAGTACACCGCAGGAACGCATGAAGACCTGCAACGCCACGGCGACGACCCAGGCCTTGAAGGGCGATGCGCGCAAGGCGTTCATGAGTGATTGCCTGAAGAAAAAGTAA MKMLRVPLLMIGLLLCSQGFAATAQQTKMTTCNADATAKALKGDERKAFMSNCLKATPATAEPSTPQERMKTCNATATTQALKGDARKAFMSDCLKKK NA NA NA NA NA D1-35_04953 1143 hypothetical protein ATGAGGCCGGAGCAAGAAACCAAAAAACGTCTGAACCCCGGCCAGGATCGGCCGATACAATCCCTAGTGCTGCCAGCGGAACGCTGGCAGACTGCCGATCCTTTCATGCCGTTTTTGTCCTGGGGCTGTATGCCAACGTTTTCTCAGCGTCATGTGTTGTTGGTGATCAGTTGGGTGATCATTTTTGGTGGGTTGTTGCTGGTGTTGCCGCTGCGCCTGTTGCCGAGCCTGTTGGCCGGGCTGCTGGTGTTCGAGCTGGTCAACATGCTCACCCCGCAGTTGCAACGACTGATCGAAGGCCGGCGTGCCCGCTGGCTGGCGGTAGCATTGTTGGGCACGCTGGTGGTCAGTGTGCTGAGCCTGATTTTCGCCGGGGCCTTCAGTTTCCTGCTGCACGAAGCGGAAAACCCGGGCGCATCCCTGGATAAATTCATGGGCGTGGTCGACCGCGCCCGTGGGCAATTGCCGCCGTTCATCGACGCCTACCTGCCGGCCAGCGCCGCCGAGTTCCGGGTGGCGATCGGCGACTGGGTGAGCAAGCACCTGAGCGACCTGCAGCTGGTGGGCAAGGACGCGGCGCACATGTTCGTGACGTTGCTGATCGGCATGGTGCTGGGCGCCATCATCGCCTTGCAGCGCATCCCCGACCTGACCAAGCGCAAGCCCCTGGCCGCCGCGCTGTTCGACCGCCTGAACCTGCTGGTGAAGGCGTTTCGCAACATCGTTTTTGCCCAGATCAAGATTTCCCTGCTCAACACCTTCTTCACCGGGATTTTCCTAGCGGTGGTGCTGCCGCTGTTCGGCATTCAACTGCCGTTGACCAAGACCCTGATCGTGATGACGTTCCTGCTGGGGCTGTTGCCGGTGATCGGCAACCTGATGTCGAACACCCTGATCACCATCGTCGCATTGTCGCTGTCGATCTGGGTGGCCGTGGCGGCGCTGGGTTATCTGATCGTGATCCACAAGCTCGAATACTTCCTCAACGCCCGCATCGTCGGCGGGCAGATCAGTGCCAAGTCGTGGGAACTGCTCATGGCAATGCTGGTGTTCGAAGCCGCGTTCGGCCTGCCGGGTGTGGTGGCGGGGCCGATCTACTATGCGTATCTCAAGAGCGAGTTGAAGCAGGTGGGGATGGTTTGA MRPEQETKKRLNPGQDRPIQSLVLPAERWQTADPFMPFLSWGCMPTFSQRHVLLVISWVIIFGGLLLVLPLRLLPSLLAGLLVFELVNMLTPQLQRLIEGRRARWLAVALLGTLVVSVLSLIFAGAFSFLLHEAENPGASLDKFMGVVDRARGQLPPFIDAYLPASAAEFRVAIGDWVSKHLSDLQLVGKDAAHMFVTLLIGMVLGAIIALQRIPDLTKRKPLAAALFDRLNLLVKAFRNIVFAQIKISLLNTFFTGIFLAVVLPLFGIQLPLTKTLIVMTFLLGLLPVIGNLMSNTLITIVALSLSIWVAVAALGYLIVIHKLEYFLNARIVGGQISAKSWELLMAMLVFEAAFGLPGVVAGPIYYAYLKSELKQVGMV NA NA NA NA NA D1-35_04954 1275 dnaK_2 Chaperone protein DnaK ATGAAAAACCCATCCCCGGCGCGTGCCTGCGGTATCGACTTCGGCACGTCCAACTCCACCGTCGGCTGGCTGCGCCCCGGCATGGAAACGTTGATCGCGCTGGAGGACGACAAGATCACCTTGCCCTCGGTGGTCTTTTTCAATCTTGAGGAACGTCGCCCGGTCTACGGTCGCCTGGCACTGCACGAATACCTGGAAGGCTACGAAGGCCGGCTGATGCGCTCGCTCAAGAGCCTGCTGGGCTCCAAGCTGATCAAGCACGATACCAGCGTGCTCGGCACGGCGATGCCGTTCAAGGATCTGCTGGGGTTGTTCATCGGTCAGTTGAAGAAGCGTGCCGAAGCCACCGCCGGGCGGGAATTCGAAGAAGTGGTGCTGGGGCGTCCGGTGTTTTTCGTTGATGACGATGAAATGGCCGACCAGGAAGCCGAGAACACTTTGGTGGACGTGGCGCGGGCCATCGGTTTCAAGGAAGTCTCCTTCCAGTACGAACCCATTGCGGCGGCATTCGATTATGAATCGACCATCGAAAAAGAAGAGCTGGTGCTGATCGTCGACATCGGCGGCGGTACTTCGGACTTCTCCCTGGTGCGCCTGTCTCCCGAGCGCCGCATGCACGACAACCGTCACGCCGACATCCTCGCCACAGGCGGCGTGCACATCGGCGGCACCGATTTCGACAAGCAGCTCAGCCTGCAAGGCCTGATGCCGCTGTTCGGCTACGGCAGCCGGATGAAAAGCGGCGCCTACATGCCCACCAGCCATCACATGAACCTGGCGACCTGGCACACCATCAACGCGGTGTATTCGCAAAAGTCCACGCTGGCCCTGGGCAGCATGCGCTACGACATCGAAGACACCGGCGGTATCGACCGGCTGTTCAAGCTGATCGAACAGCGTGCCGGGCATTGGCTGGCGATGGAAGTGGAGGAAACCAAGATTCAGCTGACCCACGCCGACCAGCGCCACGTGGCCCTGGACCGGATCGAGCCGGGCCTGAGCGTGGACCTGAGCCGCGCCTTGTTCGAATCGGCGATCGACGGCCTGCTGGAGCGAGTGCGCAACAGCGTCACGCAACTGCTCAACGATGCCAACGTGCGGGTTGATCAAGTCGACACGGTGTTCTTCACCGGCGGCTCCAGCGGCATTCCGGCGCTGCGCAACAGCGTCGCGGCGATGCTGCCCCAGGCGCGCCATGTAGAAGGTAATATTTTCGGCAGTATTGGCAGCGGGTTGGCGATCGAGGCGATGAAGCGGTATGGCAGCCAGGTCTGA MKNPSPARACGIDFGTSNSTVGWLRPGMETLIALEDDKITLPSVVFFNLEERRPVYGRLALHEYLEGYEGRLMRSLKSLLGSKLIKHDTSVLGTAMPFKDLLGLFIGQLKKRAEATAGREFEEVVLGRPVFFVDDDEMADQEAENTLVDVARAIGFKEVSFQYEPIAAAFDYESTIEKEELVLIVDIGGGTSDFSLVRLSPERRMHDNRHADILATGGVHIGGTDFDKQLSLQGLMPLFGYGSRMKSGAYMPTSHHMNLATWHTINAVYSQKSTLALGSMRYDIEDTGGIDRLFKLIEQRAGHWLAMEVEETKIQLTHADQRHVALDRIEPGLSVDLSRALFESAIDGLLERVRNSVTQLLNDANVRVDQVDTVFFTGGSSGIPALRNSVAAMLPQARHVEGNIFGSIGSGLAIEAMKRYGSQV NA NA NA NA NA D1-35_04955 939 cbpA COG2214 Curved DNA-binding protein ATGGATTTCAAAGACTATTACAAGATCCTGGGTGTGGAGCCGACGGCCGACGACGCCACGATCAAGGCCGCCTATCGCAAACTGGCGCGTAAATACCACCCGGATGTAAGCAAAGAGAAAGACGCGGAGACCAAGTTCAAGGACGTCTCCGAGGCGTATGAAGCGCTGAAGAGTGCGGACAAACGCGCCGAGTACGATGACTTGCGCCGCTATGGCCAGCACGGCCAGCCGTTCCAGGGACCGCCGGGGTGGCAGAGCCGTGGTGGTTTTGGCGGGCAGGACACTGGCGATTTCTCGGATTTCTTCAGTTCGATCTTTGGCAATCGCGGGCCGGGTTTCGGTGGCGGACAATCGGGTCGCAGCGCCGGCCGTCGGGGGCAAGACGTGGAAATGGAATTACCGATCTTCCTGGAAGAGACCCTGTCGAACGAATCGAAGAAGGTCAGCTTCCAGGTGCCGCAGTACAACGCCGCGGGCCAGCATGTGAGCAATACCAGCAGAAGCCTGAACGTGAAGATCCCGCTGGGAGTGACCGATGGCGAGCGCATCCGCCTCAAGGGCCAGGGCGCGCCCGGCATCGGTGGCGGCGCCAATGGCGACTTGTACCTGACCATTCGTTTCGCCCCGCACCCCAAGTTCGATGTCGAAGGCCAGGACCTGATCATCACTTTGCCCCTGGCGCCGTGGGAACTGGCGTTGGGCACCGAGGTGGCGGTGCCGACCCTCACCGGCAAGATCAACCTCAAGGTGCCGGCCGGCAGCCAGAACGGCCAGCGCATGCGCGCCAAGGGCCACGGCCTGCGCAACAAGGCCGGCGAGCGCGGTTACCTGTTCGTGCAGCTCAAGGCCGTGATGCCCAAGGCCAGCGACGAATCGGTCAAGGCGCTGTGGGCGGAGCTGGCGAAGAAAGCCGCATTTGATCCACGGGAGAACTTCTGA MDFKDYYKILGVEPTADDATIKAAYRKLARKYHPDVSKEKDAETKFKDVSEAYEALKSADKRAEYDDLRRYGQHGQPFQGPPGWQSRGGFGGQDTGDFSDFFSSIFGNRGPGFGGGQSGRSAGRRGQDVEMELPIFLEETLSNESKKVSFQVPQYNAAGQHVSNTSRSLNVKIPLGVTDGERIRLKGQGAPGIGGGANGDLYLTIRFAPHPKFDVEGQDLIITLPLAPWELALGTEVAVPTLTGKINLKVPAGSQNGQRMRAKGHGLRNKAGERGYLFVQLKAVMPKASDESVKALWAELAKKAAFDPRENF PGPT0014545_6230 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686 NA NA D1-35_04956 300 cbpM Chaperone modulatory protein CbpM ATGAACAACCCGATCATTGAACTGAACCTGATGGAATTCTGTGAGGCTGCTGCGTTGGCCGATGTCCATGTGATTGAAATCGTCGAACACGGCATTCTCGAACCTCACGGCACGGCCCCCACGGACTGGCGTTTCACTGATTACGAACTGGTCCTGGCCCGGCGTGCAGCGAAGCTGCGCCGCGAGTTGGAGCTGGAATGGGAAGGCGTCGCCCTGGCGCTGGACCTGCTGGAAGAGGTGCAGCAGCTGCGCAGCGAAAACCGCATGCTCAAGCAGCGGCTGGGGCGGTTGGTCGAATGA MNNPIIELNLMEFCEAAALADVHVIEIVEHGILEPHGTAPTDWRFTDYELVLARRAAKLRRELELEWEGVALALDLLEEVQQLRSENRMLKQRLGRLVE NA NA NA NA NA D1-35_04957 1701 ureC Urease subunit alpha ATGAAAATCTCCCGCCAAGCCTACGCCGACATGTTCGGCCCCACCGTCGGCGACAAGGTTCGCCTGGCCGATACCGAGTTGTGGATCGAAGTGGAAAAGGACTTCACCACCTACGGCGAAGAAGTGAAGTTCGGCGGCGGTAAGGTGATTCGCGATGGCATGGGCCAGAGCCAACTGCTGGCCGCCGAGGTGGTCGACACGTTGATCACCAACGCACTGATCATTGACCACTGGGGCATCGTCAAGGCCGATGTCGGCCTCAAGGACGGGCGCATCGCGGCGATTGGCAAGGCCGGCAACCCGGACATCCAGCCCGACGTGACCATCGCCATCGGCGCGAGCACCGAAGTGATCGCCGGCGAAGGCATGATCCTCACCGCCGGCGGCATCGACACCCACATCCACTTCATCTGCCCGCAACAGATCGAAGAAGCCCTGATGAGCGGTGTCACCACCATGATCGGCGGCGGCACGGGCCCGGCTACCGGGACCAACGCCACCACCTGCACCTCCGGGCCGTGGCACCTGGCGCGCATGCTCCAGGCCGCCGACGCGTTCCCGATGAACATCGGTTTCACCGGCAAGGGCAACGCCAGCCTGCCGGAGCCGCTGGTCGAGCAGGTCAAGGCCGGGGCCATCGGCCTGAAGCTGCATGAAGACTGGGGCACCACGCCGGCGGCCATCGACAACTGCCTGAGCGTGGCCGACCAGTACGATGTGCAGGTGGCGATCCACACCGACACCCTCAACGAATCCGGCTTCGTCGAAACCACCCTGGCGGCGTTCAAGGGCCGCACCATCCACACCTACCACACCGAAGGTGCCGGTGGCGGTCATGCGCCGGACATCATCAAGGCCTGCGGTTTTCCTAACGTGTTGCCCAGCTCCACCAACCCGACCCGGCCATTCACCCGCAACACCATCGACGAGCATCTCGACATGCTGATGGTCTGCCACCACCTGGACCCGAGCATCGCCGAAGACGTGGCCTTCGCCGAAAGCCGCATCCGCCGTGAAACCATCGCTGCCGAAGACATTCTCCATGACCTCGGCGCGTTCTCGATGATCAGCTCCGACAGCCAGGCCATGGGCCGCGTCGGCGAGGTCATCACCCGCACCTGGCAAACCGCCGACAAGATGAAAAAGCAGCGCGGCGCCCTGCCCGGCGATGGCGCCGGTAACGACAATTTCCGCATCAAGCGCTACATCGCCAAGTACACCATCAACCCGGCGATCACCCATGGCATCAGCCATGAGGTGGGCTCCATCGAAGTCGGCAAATGGGCCGACCTGGTGTTGTGGCGCCCGGCGTTCTTCGGCGTCAAACCGACCTTGATTCTCAAGGGCGGGGCGATTGCCGCCAGCCTGATGGGCGATGCCAACGCCTCGATTCCAACACCGCAACCGGTGCACTACCGGCCGATGTTCGCCAGCTACGGCGGCTCACGACACGCCACCAGCCTGACCTTCATCAGCCAGGCCGCCGCCGAGGCGGGCCTGCCGGAGCAATTGGGCTTGAAGAAACGGATCGCCGTGGTGAAAGGTTGCCGCGATGTGCAGAAGACCGACCTGATCCACAACGACTACCTGCCGAGCATCGACGTCGACCCGCAAACCTATCAGGTCAAGGCCGATGGCGTGCTGTTGTGGTGTGAACCGGCGGACGTCCTGCCGATGGCGCAGCGGTATTTTCTGTTTTGA MKISRQAYADMFGPTVGDKVRLADTELWIEVEKDFTTYGEEVKFGGGKVIRDGMGQSQLLAAEVVDTLITNALIIDHWGIVKADVGLKDGRIAAIGKAGNPDIQPDVTIAIGASTEVIAGEGMILTAGGIDTHIHFICPQQIEEALMSGVTTMIGGGTGPATGTNATTCTSGPWHLARMLQAADAFPMNIGFTGKGNASLPEPLVEQVKAGAIGLKLHEDWGTTPAAIDNCLSVADQYDVQVAIHTDTLNESGFVETTLAAFKGRTIHTYHTEGAGGGHAPDIIKACGFPNVLPSSTNPTRPFTRNTIDEHLDMLMVCHHLDPSIAEDVAFAESRIRRETIAAEDILHDLGAFSMISSDSQAMGRVGEVITRTWQTADKMKKQRGALPGDGAGNDNFRIKRYIAKYTINPAITHGISHEVGSIEVGKWADLVLWRPAFFGVKPTLILKGGAIAASLMGDANASIPTPQPVHYRPMFASYGGSRHATSLTFISQAAAEAGLPEQLGLKKRIAVVKGCRDVQKTDLIHNDYLPSIDVDPQTYQVKADGVLLWCEPADVLPMAQRYFLF PGPT0000965_1980 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000965-ureC-K01428 NA NA D1-35_04959 306 ureB Urease subunit beta ATGATTCCAGGCCAGTACCAGGTCCAGCCCGGCGACATCGAGCTCAACGTCGGCCGCCGTACCCTCAAGCTGAACGTCGCCAACAGCGGCGATCGGCCGATCCAGGTCGGCTCGCACTTTCATTTTTTCGAAACCAACGACGCCCTGGCCTTCGACCGCGCCGCCAGCCGAGGCATGCGCCTGAACATCCCGGCCGGCACGGCGGTGCGCTTCGAACCGGGTCAGAGCCGCGAGGTGGAACTGGTGGACCTGGCCGGGCATCGGCGGGTGTTCGGGTTTGCCGGGCGGGTCATGGGCGATCTGTAA MIPGQYQVQPGDIELNVGRRTLKLNVANSGDRPIQVGSHFHFFETNDALAFDRAASRGMRLNIPAGTAVRFEPGQSREVELVDLAGHRRVFGFAGRVMGDL PGPT0000960_1129 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000960-ureB-K01429 NA NA D1-35_04960 534 ttr Acetyltransferase ATGAATGCCGCGCAGTTGCGCCGAGTCCACGCTGAAAGCTTCGCGCATTACCGCCAGGGCTTGATTGATCTGCTGCTCGACGCCGTGGGCTATGGCGCCAGCGTGGGGTTCATGGCTGACCTAGATGCCGTCCAGGCCCGCGCCTATTTCGACGAGGTCCAGGCCAGCCTCAACCAGGGCCATCTGCTGCTGTGGGTGGTGGTCAAGGACGAGCAGGTGCAAGCCAGCGTCCAGCTCGCGCTGTGCCAGAAGCCCAACGGCCTCAACCGCGCCGAAGTGCAAAAGCTGCTGGTGCGCGGCGATGCCCGCCGCCGCGGCCTCGGCCAGCAGTTGATGAATGCCTTGGAGCTCGGTGCGCGCCAGCACCAGCGCGGCTTGCTGTACCTCGACACCGAGGCCGGTTCCGAGGCCGAGGCGTTCTACCGCGCCATGGGCTACACCCGCGTCGGCGAACTGCCCGACTACTGCCAGAGCCCGGACGGGACCTACAGCCCGACCGCCATTTACTACAAGACTTTGGGGCAACCGCAATGA MNAAQLRRVHAESFAHYRQGLIDLLLDAVGYGASVGFMADLDAVQARAYFDEVQASLNQGHLLLWVVVKDEQVQASVQLALCQKPNGLNRAEVQKLLVRGDARRRGLGQQLMNALELGARQHQRGLLYLDTEAGSEAEAFYRAMGYTRVGELPDYCQSPDGTYSPTAIYYKTLGQPQ PGPT0012925_89 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TABTOXININE-BETA-LACTAM_RESISTANCE,PGPT0012925-ttr-K19113 NA NA D1-35_04961 534 L-methionine sulfoximine/L-methionine sulfone acetyltransferase ATGACTTATCAGATTCGTGACGCCCGCCCTGCCGACCTGCCGGCGATCCGTGACATCTACAACGATGCGGTCCTCAACACCACGGCGATCTGGAACGAACAGGCTGTGGACCTGGGCAATCGCCAGGCCTGGTTCAGCGCCCGGCAAATCCAGGGTTATCCGGTGCTGGTGATCAGCGACGCCGAAGATGACGTGCTCGGCTACGCTTCATTCGGCGACTGGCGGCCGTTCGACGGTTTCCGCCACACCGTGGAGCATTCGGTGTACGTACGCAGCGATCAACGTGGCAATGGGCTCGGCCCGTTGCTGATGGGTGCGCTGATCGAGCGCGCCAGGGCCTGCGGCAAACACGTGATGGTTGCGGCCATCGAGAGCGGCAATGCGGCGTCGATTCGCCTGCACGAGCGGGCCGGTTTTGCCATCACCGGGCAGATGCCCCAGGTGGGCACCAAGTTTGGTCGCTGGCTGGACCTGACCTTCATGCAGTTGGTCCTCAATCCCGGGGCGCCACCGCCCACCATCGACAAGGAGTGA MTYQIRDARPADLPAIRDIYNDAVLNTTAIWNEQAVDLGNRQAWFSARQIQGYPVLVISDAEDDVLGYASFGDWRPFDGFRHTVEHSVYVRSDQRGNGLGPLLMGALIERARACGKHVMVAAIESGNAASIRLHERAGFAITGQMPQVGTKFGRWLDLTFMQLVLNPGAPPPTIDKE NA NA NA NA NA D1-35_04962 303 ureA Urease subunit gamma ATGGACCTGACCCCACGCGAAAAAGACAAGCTGCTGATCTTCACCGCCGGCCTCGTCGCCGAGCGGCGCCTGGCTCGTGGCCTGAAGCTCAACTATCCGGAAGCCATGGCCTACATTTCCGCCGCGCTGCTGGAAGGCGCTCGTGACGGCCAGACCGTGGCCGAGCTGATGCACTACGGCACAACGCTGCTGAGCCGCGAGCAGGTGATGGAAGGCATTCCGGAAATGATCCCCGAGATCCAGGTCGAGGCGACATTTCCCGACGGCACCAAACTGGTCACCGTCCACCAGCCCATCGCCTGA MDLTPREKDKLLIFTAGLVAERRLARGLKLNYPEAMAYISAALLEGARDGQTVAELMHYGTTLLSREQVMEGIPEMIPEIQVEATFPDGTKLVTVHQPIA PGPT0000955_339 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000955-ureA-K01430 NA NA D1-35_04963 843 ureD Urease accessory protein UreD ATGAATCTACCTGTATCGCCCTCCGCCCTGTTCACCCCCAGCTGGCATGCCGAGCTGGACTTGGGCTATGCCCGATTCGGCGACTGCACGCGTCCGGTCCAGCGTCGCCACAAAGGTCCACTGCGGGTGCAGAAACACCTGTACGCCGAAGGTCCCGAAGTCTGCCAGCACATCATCGTCCACCCGCCCGGCGGGATTGCCGGCGGTGATCGGCTGGACATCTCGGCTCACGTCGGCCCCGGTGCCTGGGCGCAACTGACCAGCCCCGGCGCGGCCAAGTGGTACCGCGCGGCCGGCCCGGCGTACCAGCAACTGAAACTGAGCGTGGCTGGCGGTGCGACCCTGGAATGGCTGCCTCAGGAAACCATCGTGTTCAGCGCGGCCCAGGCCGAACTCAGCACCTGCATCGATCTGCAGGGCGACGCCCGGCTGTTCTACTGGGACATGGTTGCCCTCGGCCGACCGGCCAGCGGCGAACGCTTCGACCTCGGCCACTTTCAATCGCGGCTGGACATTCGCCGCGACGGCCAGTTGTTGTGGCATGAACGCCAGCGCATTGTCGGCGGTGACGGCTTGCTCGATTCCCCCATCGGGCTGGGCGGTGATCCGGTGTTTGCGACGTTGCTGGTAACCGGCGAGATCGACAGCGGGCTGCTGGAGCGCTGCCGATCCCTCGGCCATGCCGTGCGCGGCGACCTGACCCAGTTGCCCGGCCTGGTCGTGGCCCGCTGCCTGGCGAGCGAGGCATTACTGGCGCGCGGGTGGTTGATTGAATTGTGGCGCTTGCTCAGGCCCGCATTGCTCGGACGAGAAGCCATGCCACCGAGAATCTGGAGTACCTGA MNLPVSPSALFTPSWHAELDLGYARFGDCTRPVQRRHKGPLRVQKHLYAEGPEVCQHIIVHPPGGIAGGDRLDISAHVGPGAWAQLTSPGAAKWYRAAGPAYQQLKLSVAGGATLEWLPQETIVFSAAQAELSTCIDLQGDARLFYWDMVALGRPASGERFDLGHFQSRLDIRRDGQLLWHERQRIVGGDGLLDSPIGLGGDPVFATLLVTGEIDSGLLERCRSLGHAVRGDLTQLPGLVVARCLASEALLARGWLIELWRLLRPALLGREAMPPRIWST PGPT0000970_1108 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000970-ureD-K03190 NA NA D1-35_04964 699 livF_3 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGCTGCAAGTCGACAAGCTGCACCAGTACTACGGCGGTAGCCACATCCTGCGGGGCCTGTCGTTCGACGTGAAGGTCGGCGAGGTGACGTGCCTGCTGGGCCGCAACGGTGTGGGCAAGACCACCCTGCTCAAATGCCTGATGGGCCTGCTGCAGGCCAAGGAAGGCGTGGTGAACTGGGAAGGCAAGGCCATCACCACCTTCAAGCCGCACCAGCGGGTGCATGCCGGCATCGCTTACGTGCCCCAGGGCCGGGAGATTTTCGCTCGGCTGACGGTGGAAGAAAACCTGCTGATGGGCCTGTCGCGTTTTCCCGGTTCCGAAGCCAAGGAGGTGCCGGCCTTTATCTACGAACTGTTCCCGGTGCTGCTGCAGATGAAACAGCGCCGCGGCGGTGACCTGTCTGGTGGCCAGCAACAGCAGCTCGCCATTGGCCGGGCCCTGGCCAGCCGTCCGCGCCTGCTGATTCTCGACGAGCCCACCGAAGGCATCCAGCCGTCGGTGATCAAGGAGATTGGCGCGGTGATCAGGAAACTCGCGGCCCGGGGCGACATGGCGATCTTGCTGGTGGAGCAGTTCTACGACTTCGCCGCCGAGCTGGCCGATCAGTACCTGGTGATGTCCCGGGGCGAAATTGTCCAGCAGGGTCGCGGCGAAAATATGGAGGCAGAGGGTGTGCGCGGGCTGGTAACGATCTAG MLQVDKLHQYYGGSHILRGLSFDVKVGEVTCLLGRNGVGKTTLLKCLMGLLQAKEGVVNWEGKAITTFKPHQRVHAGIAYVPQGREIFARLTVEENLLMGLSRFPGSEAKEVPAFIYELFPVLLQMKQRRGGDLSGGQQQQLAIGRALASRPRLLILDEPTEGIQPSVIKEIGAVIRKLAARGDMAILLVEQFYDFAAELADQYLVMSRGEIVQQGRGENMEAEGVRGLVTI PGPT0000945_654 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_TRANSPORT,PGPT0000945-urtE-K11963 NA NA D1-35_04965 876 lptB_4 COG1137 Lipopolysaccharide export system ATP-binding protein LptB ATGATGCGAATCACACCCACGGCGGACTTCATGCTCGAACCGATTATCGAGCCCCCTGTCGATGCCAATCGGGACCAAGGCAGCAGCCGCGATGCGATCGGCCTCGGCCAAGCCGCTGGCGTGGGCCTGGACACCCGCCACGGCACCATCCTGACCCTGGAAGACATCAGCGTCAGCTTCGACGGCTTCAAGGCGCTCAACGATCTGAACCTGTACATCGGCGTCGGCGAATTGCGCTGCATCATCGGCCCCAACGGTGCCGGCAAGACCACCTTGATGGACGTCATTACCGGCAAGACCCGACCCAGCCACGGCAAGGCCTGGTTTGGCGAAACCCTGGACCTGACCAGCATGAGCGAAGTGCAGATTGCCCAGGCCGGTATCGGCCGCAAGTTCCAGAAGCCGACGGTGTTCGAAGCCCTGAGCGTGTTCGAAAATCTGGAGCTGGCGCTCAAGACCGACAAATCGGTATGGGCCAGCCTGCGGGCGAAACTGACCGGCGAGCAACATGACCGTATCGGCGAAGTGCTCGAAACCATCCGCCTCACCGCCTCGGTCAATCGCGCCGCCGGGTTGCTGTCTCACGGGCAGAAGCAATTTCTCGAGATCGGCATGCTGCTGGTCCAGGACCCGCAACTGCTGCTGCTCGACGAACCGGTGGCGGGCATGACCGACGCCGAAACCGACTTCACCGCCGAGCTGTTCAAGTCCCTGGCCGGCAAACATTCGCTGATGGTGGTGGAACACGACATGGGCTTCGTCGGCGCGATCGCTGATCACGTCACCGTGCTGCACCAGGGCAGTGTGCTGGCCGAAGGGTCGCTGGAGCAGGTGCAGGCCGATGAGCGGGTGATCGAGGTGTATCTCGGTCGCTAG MMRITPTADFMLEPIIEPPVDANRDQGSSRDAIGLGQAAGVGLDTRHGTILTLEDISVSFDGFKALNDLNLYIGVGELRCIIGPNGAGKTTLMDVITGKTRPSHGKAWFGETLDLTSMSEVQIAQAGIGRKFQKPTVFEALSVFENLELALKTDKSVWASLRAKLTGEQHDRIGEVLETIRLTASVNRAAGLLSHGQKQFLEIGMLLVQDPQLLLLDEPVAGMTDAETDFTAELFKSLAGKHSLMVVEHDMGFVGAIADHVTVLHQGSVLAEGSLEQVQADERVIEVYLGR PGPT0000940_181 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_TRANSPORT,PGPT0000940-urtD-K11962 NA NA D1-35_04966 1077 hypothetical protein ATGAACCAGCCCCTGATGCTCACGGCCACACAAAAGGCCGGTCCCAAACTCACCGTTGCCGTCGGCGCGCTGATCCTCGCCGTGCTGCTGAGCCTGCCGTTGCTGTCGTTGCTGGCGGCGGACAATCCGCTGCACATCTCGGCCTACACGCTGACCCTGGTGGGCAAGATCCTCTGCTATGCCATCGTCGCCCTGGCGCTGGACCTGGTCTGGGGCTACGCCGGCCTGCTCTCCCTCGGCCACGGCCTGTTCTTCGCCCTGGGCGGCTACGCCATGGGCATGTACCTGATGCGCCAGGCCGCCGGTGACGGCCTTCCGGCATTCATGACGTTTTTGTCGTGGACCGAACTGCCCTGGTACTGGGCCGGCACCGACAGTTTCCTCTGGGCGCTGTGCCTGGTGGTGTTGGCACCGGGTTTGCTGGCACTGGTTTTCGGCTTCTTCGCGTTCCGCTCGCGGATCAAGGGCGTGTATTTCTCGATCATGACCCAGGCCCTTACCTTCGCCGGGATGCTGCTGTTTTTCCGCAACGAGACGGGTTTTGGCGGCAATAACGGCTTCACCAATTTCCGTTCGATCCTGGGCTTTGGCATCACCGAGCCGGGCACCCGCGCGGTGCTGTTTTTTGCCACGGTGCTGTTGCTGGTGGCGAGCCTGTTCATCGGTTGGCGCCTGGCCCGCAGCAAGTTCGGACGGGTGCTGACGGCCCTGCGCGATGCGGAAAACCGCCTGATGTTCTGCGGCTACGATCCCCGTGGTTTCAAGCTGTTCGTCTGGGTGTTGAGCGCAGTGTTGTGCGGCCTGGCGGGGGCGCTGTACGTGCCGCAGGTGGGCATCATCAACCCCAGCGAAATGTCGCCAACCAACTCAATCGAAGCTGCCGTGTGGGTGGCCCTTGGCGGGCGCGGCACGCTGATCGGACCGCTGCTGGGCGCTGGCGTGGTCAATGGCATGAAGAGCTGGTTCACCGTGGCGTTTCCTGAGTACTGGCTGTTCTTCCTCGGCGCGTTGTTCATTGTCGTGACGCTGTATCTGCCCAAGGGCGTGATCGGCTTGCTGAAGAAAAGGGGCGAATGA MNQPLMLTATQKAGPKLTVAVGALILAVLLSLPLLSLLAADNPLHISAYTLTLVGKILCYAIVALALDLVWGYAGLLSLGHGLFFALGGYAMGMYLMRQAAGDGLPAFMTFLSWTELPWYWAGTDSFLWALCLVVLAPGLLALVFGFFAFRSRIKGVYFSIMTQALTFAGMLLFFRNETGFGGNNGFTNFRSILGFGITEPGTRAVLFFATVLLLVASLFIGWRLARSKFGRVLTALRDAENRLMFCGYDPRGFKLFVWVLSAVLCGLAGALYVPQVGIINPSEMSPTNSIEAAVWVALGGRGTLIGPLLGAGVVNGMKSWFTVAFPEYWLFFLGALFIVVTLYLPKGVIGLLKKRGE PGPT0000935_1212 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_TRANSPORT,PGPT0000935-urtC-K11961 NA NA D1-35_04967 1503 hypothetical protein ATGCCCACCGTCCTCCACCGCTTGATCCTCGCCATCGCACTGTTACTGCCGATGGCCTCATACGCCGGCGAAGCCGAAGACTTCGTCGCCGCCAACCCGACCCAGCAGGCCAAGCTCCTGGAAGCCTGGGCCGCGCAGCCCGACCCGGCACGCGTCGAATTGATCAATGCCCTGCAGCAAGGCCAATTGACCATCGACGGCCAGCCAAAGACCCTGCGCCTGAACAACCGTTTGCGAGGGCTGATCGAAACCGCTCTCGCCAGCCACCAGCTACTCGCCGTGGACGCCCGTGTGCGCCTGGCCGCCGCGCAGCAATTGCAAAAAAGTGCCCGCCCCGCGCAACTGGCGTTCCTTGATCGGCAACTGGCCGGCGAGCAGGACGAAGACGTGCATGCCGCCCTGAGCCTGGCCCTGGCGAACCTGCAACTGGTGGATGCCAATCCTGCCGTGCGCCTGGCCGCCGTCCGCCTGTTGGGGGAAACCGGCGACCCGCTGGCCCGCACCCGCCTGGAAGCCCTGCTCGAACCCGGCGTCGAAACCGATGCCGCCGTGCGCACCGCCGCCGAAACCAGCCTCGGCCAGGTCAAGCGCAAACTGCTTATCGGCGAGTTGCTGGGCCAGGCCTTCAGCGGCATGTCCCTGGGCTCGATCCTGCTGCTCGCCGCCCTCGGCCTGGCAATCACCTTCGGCCTGCTCGGGGTGATCAACATGGCCCACGGCGAGATGCTGATGCTCGGCGCCTACTCCACGTATGTGGTGCAGATGCTGTTCCAGCGCTTCGCCCCGAACGCCATCGAGTTCTACCCGCTGATCGCCCTGCCGGTGGCGTTTTTCATCACCGCGGCCATCGGCATGGCCCTGGAGCGCACGGTGATCCGCCACCTCTACGGGCGCCCGCTGGAAACCCTGCTCGCTACCTGGGGCATCAGCCTGATGCTGATTCAGCTGGTGCGCCTGGTGTTCGGCGCGCAGAACGTCGAAGTCGCCAACCCGGCCTGGCTCTCGGGTGGGATCCAGGTGCTGCCGAACCTGGTGCTGCCGTACAACCGCATCGTGATCATCGCCTTCGCGCTGTTCGTGGTGGTCCTGACCTGGCTGTTGCTGAACAAGACGCGCCTGGGCCTGAACGTGCGCGCCGTGACCCAGAACCGCAACATGGCCGCCTGCTGCGGCGTGCCCACCGGGCGGGTCGACATGCTCGCTTTCGGCCTCGGCTCGGGCATCGCCGGGCTCGGCGGCGTGGCTTTGAGCCAGATCGGCAACGTCGGCCCGGACCTGGGCCAGAGCTACATCATCGACTCGTTCCTGGTGGTTGTACTCGGCGGCGTCGGCCAACTGGCCGGCAGCGTGTTCGCCGCGTTCGGCCTGGGCATCGCCAACAAGATCCTCGAACCGCAGATCGGCGCCGTGCTCGGCAAGATCCTAATCCTTGCGCTGATCATTCTGTTCATCCAGAAGCGTCCGCAAGGTCTCTTCGCGCTTAAAGGACGGGTAATCGACTGA MPTVLHRLILAIALLLPMASYAGEAEDFVAANPTQQAKLLEAWAAQPDPARVELINALQQGQLTIDGQPKTLRLNNRLRGLIETALASHQLLAVDARVRLAAAQQLQKSARPAQLAFLDRQLAGEQDEDVHAALSLALANLQLVDANPAVRLAAVRLLGETGDPLARTRLEALLEPGVETDAAVRTAAETSLGQVKRKLLIGELLGQAFSGMSLGSILLLAALGLAITFGLLGVINMAHGEMLMLGAYSTYVVQMLFQRFAPNAIEFYPLIALPVAFFITAAIGMALERTVIRHLYGRPLETLLATWGISLMLIQLVRLVFGAQNVEVANPAWLSGGIQVLPNLVLPYNRIVIIAFALFVVVLTWLLLNKTRLGLNVRAVTQNRNMAACCGVPTGRVDMLAFGLGSGIAGLGGVALSQIGNVGPDLGQSYIIDSFLVVVLGGVGQLAGSVFAAFGLGIANKILEPQIGAVLGKILILALIILFIQKRPQGLFALKGRVID PGPT0000930_966 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000930-urtB-K11960 NA NA D1-35_04968 1266 amiC_1 Aliphatic amidase expression-regulating protein ATGAAGCGTCGTAGCTTGATCAAGGCTTTTACACTCTCGGCAAGCATTGCCGCGATGGGCATGGCCTGGTCCGTCCAGGCCGCCGAGACCATCAAGGTCGGCATCCTGCATTCGTTGTCCGGGACCATGGCGATCTCCGAAACGTCCCTCAAGGACATGGCGTTGATGACCATTGACGAGATCAACGCCAAGGGTGGCGTGAACGGCAAGAAGCTTGAAGCGGTGGTCGTGGACCCGGCATCGAACTGGCCGCTGTTTGCTGAAAAGGGCCGCCAGTTGCTGACCCAGGACAAGGTCGCCGTGGTGTTCGGCTGCTGGACCTCGGTGTCGCGCAAATCCGTGTTGCCGGTGTTCGAAGAACTCAACGGCCTGCTGTTCTATCCGGTGCAGTACGAAGGCGAAGAGATGTCGCCGAACGTGTTCTACACCGGCGCGGCGCCAAACCAGCAGGCGATTCCGGCGGTGGAGTACCTGATGAGCGAAGAAGGCGGCAGCGCCAAGCGCTACTTCCTGCTGGGCACCGACTACGTCTACCCGCGCACCACCAACAAGATCCTGCGTTCGTTCCTGCATTCCAAAGGCGTGGCGGACAAGGATATCGAAGAGGTCTACACCCCGTTCGGCCACAGCGATTACCAGACCATCGTCGCCAACATCAAGAAATTCTCTGCCGGCGGCAAGACAGCCGTCATCTCCACGGTCAATGGCGATTCCAACGTACCGTTTTATAAAGAGCTGGCGAACCAGGGCTTGAAAGCCACCGATGTACCGGTCGTGGCCTTCTCGGTGGGCGAAGAGGAACTGCGCGGCATCGACACCAAACCGCTGGTGGGTAACCTGGCGGCATGGAACTACTTCGAATCCGTGGATAACCCGGCGAACAAGAAGTTCGTCGATTCGTGGAAAGCCTACGCCAAGGCCAAGAACCTGCCGGGCGCCGACAAAGCGGTAACCAACGATCCGATGGAAGCCACCTACGTCGGCATCCACATGTGGGCGCAAGCGGTGGAAAAAGCCAAGTCCACCGATGTCGACAAAGTCCGCGAAGCCCTGGCCGGCCAGACCTTCGCCGCGCCGTCGGGCTACACCCTGACCATGGACAAGACCAACCACCACCTGCACAAGCCGGTGATGATCGGCGAGATCCAGGCCGACGGTCAGTTCAACGTGGTCTGGCAGACCGAAGGGCCGATCCGCGCGCAACCGTGGAGCCCGTTCATCGCCGGCAACGACAAGAAGCCTGACTATGCGGTGAAGAGCAACTGA MKRRSLIKAFTLSASIAAMGMAWSVQAAETIKVGILHSLSGTMAISETSLKDMALMTIDEINAKGGVNGKKLEAVVVDPASNWPLFAEKGRQLLTQDKVAVVFGCWTSVSRKSVLPVFEELNGLLFYPVQYEGEEMSPNVFYTGAAPNQQAIPAVEYLMSEEGGSAKRYFLLGTDYVYPRTTNKILRSFLHSKGVADKDIEEVYTPFGHSDYQTIVANIKKFSAGGKTAVISTVNGDSNVPFYKELANQGLKATDVPVVAFSVGEEELRGIDTKPLVGNLAAWNYFESVDNPANKKFVDSWKAYAKAKNLPGADKAVTNDPMEATYVGIHMWAQAVEKAKSTDVDKVREALAGQTFAAPSGYTLTMDKTNHHLHKPVMIGEIQADGQFNVVWQTEGPIRAQPWSPFIAGNDKKPDYAVKSN PGPT0000925_1048 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_TRANSPORT,PGPT0000925-urtA-K11959 NA NA D1-35_04969 1059 hypothetical protein ATGAAGCTTCTCCTGGCGAAAACACACCATCAGATGCGCGTGAAAAACGAGATAGCACACTTCAGTAGCGTCTACCGGAACGAGTTTTACTCGAGCGTTCAGGAGCGACAGAGTGAAGCGGCCATGGGCGTAGCTCGCAACGTTCGCCGATTGAATGGACTGGCTCCAGCGCAAGGGCAGGGTGCCCAGTCCGAGATGGTGATTCTGGAGCCGTTTGAAGGAGAGGTCGCCTACTCCTATGCCACTCGTATGCTGAGGGCGAACGTCCCGCAAACGCCGCCCGACTTTCAAGCAAGGCTACGTCGGAAAGTCAGGGATCACGGTGCAATAAAAGTCCTGTCGATCTGCAGTGGTGCCGCGCGGATAGAAGCAGGTCTGTCGGCCGCTGTTCCGGAAGGCGTGGAATGGTCACTGCTGGATATCAATGAAGACCTGCTTCACATCGCGGCGAAGCAGTTTTCTTCAGGGGTCGGCCTCGATCTGATCGTGGCCGATGCGAATAACCTGGTGCCTACCGGTGAGCAGTGGGACGTTATTATCTGCGTCTCGGCATTGCACCATTTGATCGAGCTGGAAAAAGTGATGCTCTTTATCTCCCATAGTTTGAAAAACGATGGCGAGTTCTGGAGTGTGGGTGAGGCCGTGGGGCGCAATGGCAATCGCTTGTGGCCTGAGGCAATAATTGCGGCTGATGCCGCGTTCTCGGCATTGCCGGCACGCTACCGGCTGAACGCCGATACCCAGGTTGTCGATGCTGTCATTCCAGACAAGGACCACTCGATCGGGTGCTTCGAGGGTATTCGAAGTGAGGAAATTACCGCGCTCCTCGAACGTTGGCTCAAGCCGGTAGATGTTTACCGTACCAACTGCTTCCTCTGGCGAATGGTCAATCTCGCCTACAGTGGAAATTTTAATCTTGCAAAGGCCGAGGACCGGGCGTTGGTCATTGATATGGTTCGAGCGGAGCTGGAGCATTATCGAAATGGCGGCCTTGGTACCGAGCTATTCGGCGTGTACAAGAAGAAGCATCTTTTCAGCGACGGCGCATCAGACCAATAA MKLLLAKTHHQMRVKNEIAHFSSVYRNEFYSSVQERQSEAAMGVARNVRRLNGLAPAQGQGAQSEMVILEPFEGEVAYSYATRMLRANVPQTPPDFQARLRRKVRDHGAIKVLSICSGAARIEAGLSAAVPEGVEWSLLDINEDLLHIAAKQFSSGVGLDLIVADANNLVPTGEQWDVIICVSALHHLIELEKVMLFISHSLKNDGEFWSVGEAVGRNGNRLWPEAIIAADAAFSALPARYRLNADTQVVDAVIPDKDHSIGCFEGIRSEEITALLERWLKPVDVYRTNCFLWRMVNLAYSGNFNLAKAEDRALVIDMVRAELEHYRNGGLGTELFGVYKKKHLFSDGASDQ NA NA NA NA NA D1-35_04970 1011 hmuU_3 COG0609 Hemin transport system permease protein HmuU ATGAACGATCGTCGCTATGGTGCACTGCTGCTACTGCTCGGCGCGCTGCTGCTGGTGTCGTGCGTGGTGTCGCTGGGTTTCGGGCCGGCGCGGGTACCGGTGGCCGTGGTCTGGGATCTGCTGCTGCACAAGGCCTTCGGTGTCGGCGAGGTGCATTGGACAGCCGGCCAGGAGCATATCGTCTGGCTGATCCGCGTCCCGCGCCTGCTGCTCGGGGCGCTGGTAGGCGCAGGGTTGGCGTTGATCGGCGCGGTGCTGCAAGCGGTGACACGCAACCCGCTGGCCGATCCGCACCTGCTTGGCGTCACCTCCGGCGCCACCCTCGGGGCGGTCATCGTGGTGTTGCATGTCGGCGAGATCATCGGCCTGCTGACCCTGCCGCTGGCCGCCTTCATCGGCGCGCTGTCGAGTATGTTGCTGGTGCTGGCCATCGCTGCCCGCCAGGGCCGCCTGGAGAGCGATCGCCTGCTGCTCTGCGGCGTAGCGGTGTCGTTCGTGATGATGGCGGCGGCCAACCTGCTGCTGTTCCTCGGTGACCATCGCGCCAGTTCGGCGGTGATGTTCTGGATGCTCGGCGGCCTGGGCCTGGCACGCTGGGAACTGCTCGCGGTGCCAGCCGCCAGTGTATTGCTGGGGCTGGTGTTGCTGCTGGGCATGGCCCGGCCGTTGAACGCGCTGATGGCCGGGGAGCAGACCGCCGTGACCCTGGGGCTGAACGCGGCAAAGGTGCGATTATGGATCTTCCTGATTGCGTCGCTGATGACCGGCGTACTGGTGTCCATCAGCGGCTCGATCGGTTTTGTCGGGCTGATGGTGCCCCACATCGCGCGACACCTGGTGGGCGCCGAGCATCGTCGGCTGCTGCCGGCCTGCGTGCTGCTGGGCAGCCTGTTCCTGGTATGGGTGGACGTGGCGGCTCGCACGCTGATCGCGCCGGAGGATTTGCCGATCGGGGTCGCTACAGCCGCTATCGGTGGGCTGTTCTTTATTGGTCTGATGCGCCGTCGCTGA MNDRRYGALLLLLGALLLVSCVVSLGFGPARVPVAVVWDLLLHKAFGVGEVHWTAGQEHIVWLIRVPRLLLGALVGAGLALIGAVLQAVTRNPLADPHLLGVTSGATLGAVIVVLHVGEIIGLLTLPLAAFIGALSSMLLVLAIAARQGRLESDRLLLCGVAVSFVMMAAANLLLFLGDHRASSAVMFWMLGGLGLARWELLAVPAASVLLGLVLLLGMARPLNALMAGEQTAVTLGLNAAKVRLWIFLIASLMTGVLVSISGSIGFVGLMVPHIARHLVGAEHRRLLPACVLLGSLFLVWVDVAARTLIAPEDLPIGVATAAIGGLFFIGLMRRR PGPT0003770_6901 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 D1-35_04971 948 btuF_2 Vitamin B12-binding protein ATGATCCTGCGTCCCCTGCTGTTGCTTCCGTTATTGCTGGCAAGCTTGCATGTCCAGGCCGAGGCCAGCCGCTACCCGCTGACGATCCAGAGCTGCAACCGCCAAGTGGTGTTCAACGAGGCCCCTCGGCACGCCCTCAGCCATGACATCAACATGACCCAGATGATGCTGGCCCTGGGGCTAAAGCCACGCATGGTTGGCTACAGCGGCATCAGCGGCTGGAAATCGGTCACGCCGGACATGGCCAAGATCCTCGATGGCCTGCCGGAACTGGCCGCCAAATATCCCTCGGTGGAAACCCTGCTGGACGCCAACGTCGATTTCTTCTTCGCCGGTTGGGACTACGGCATGCGCGTCGGCGGCGACCTGACTCCGCAGACCCTGCAACCGCTGGGCATCAACGTCTACGAACTGACCGAGTCCTGCGCGTTCGTGATGAAACGTCCGGCGGCCTCGCTGGAGGACACCTACAACGACCTGCGCAACCTTGGGAAAATCTTCGACGTGCAGGATCGCGCCAACGCGCTGATCGCCACGATGCAGGCCCAGGTGGCCGAAGTGCGCAAGCACCTGCCAACCCGACAACCGCGGGTGTTCCTGTATGACAGCGGCGAAGACCGGGCCATGACCTCCGGCCGCTTGGGCATGCCCCAGGCCCTGATCGACGCGGCCGGCGGGCGCAACATTCTGGATGACGTGGACGCCAGTTGGACCCGCGTCAACTGGGAGAACGTGGTGGAGCGCAATCCCCAGGTCATCGTGATCGTCGATTACGGCGAAGTCAGTGCCGAGCAGAAACAGCAATTCCTGCTAAGCAACCCGGCCCTGCAATCAGTCGATGCGATCAAGCACCGGCGCTTCGTCGTGATCCCTTACGTACAGGCCACGCCAGGTATCGATAACGTGCTGGCGGTGCAAACCCTGGCGCAGAGTTTCCACGGCCAATGA MILRPLLLLPLLLASLHVQAEASRYPLTIQSCNRQVVFNEAPRHALSHDINMTQMMLALGLKPRMVGYSGISGWKSVTPDMAKILDGLPELAAKYPSVETLLDANVDFFFAGWDYGMRVGGDLTPQTLQPLGINVYELTESCAFVMKRPAASLEDTYNDLRNLGKIFDVQDRANALIATMQAQVAEVRKHLPTRQPRVFLYDSGEDRAMTSGRLGMPQALIDAAGGRNILDDVDASWTRVNWENVVERNPQVIVIVDYGEVSAEQKQQFLLSNPALQSVDAIKHRRFVVIPYVQATPGIDNVLAVQTLAQSFHGQ PGPT0003765_8606 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 D1-35_04972 789 fepC_2 COG1120 Ferric enterobactin transport ATP-binding protein FepC ATGACCTCGCTAACCCTCTCCCACCTCGCCTGGACCCCGCTGGGCCATGGCCACTGCCATCACCAGTTCCAACTGCGTGATGCCACGTTGCAGGTGGCGGCCGGGGAGTTTGTCGGGTTGATCGGGCCCAACGGCAGCGGCAAGACCAGCCTGTTGCGCTGCGCCTACCGCTTCAGCCGGCCAGAAAGCGGCGAGGTCAGACTCGAACACCACAACGTCTGGAAACAGCCCTCGCGCTGGTGCGCCCAACGCATCGCCGTGGTGCTGCAAGAGTTTCCCGACGCCTTCGGCCTGACGGTGGATGAGGTGGTCGCGATGGGGCGCACGCCGCACAAGGGTCTGTTCGATGGTGACAATCAGGAAGATCGCCGACTGATGCTCCAGGCATTGGAGTCGGCCGGGCTTGCAGGCTTTGGCGACCATGCATTCGCCACGCTCTCGGGCGGTGAGAAGCAACGGGTGATCCTCGCACGCGCCCTGGCCCAGCAGCCGCAGTTGCTGATCCTCGACGAACCGACCAATCACCTCGACCCGCGCTATCAATTGCAGTTGCTGCAACTGATCAAGGACCTGGGCATCGGCACCCTCGCCAGCATTCATGACCTGAACCTTGCCGCCGCGTTCTGCGACCGCCTGTACGTGATCGAACACGGGCGCATCGTCGCCAGCGGCACGCCCAGGGACGTCCTCACTGTCGACCTGTTGCGCGAAGTGTTCGGCGTCGCGGCCCTGGTGGACGAACACCCGCTGGCCGGCTACCCGCGAATCACCTGGATAACCCAACCATGA MTSLTLSHLAWTPLGHGHCHHQFQLRDATLQVAAGEFVGLIGPNGSGKTSLLRCAYRFSRPESGEVRLEHHNVWKQPSRWCAQRIAVVLQEFPDAFGLTVDEVVAMGRTPHKGLFDGDNQEDRRLMLQALESAGLAGFGDHAFATLSGGEKQRVILARALAQQPQLLILDEPTNHLDPRYQLQLLQLIKDLGIGTLASIHDLNLAAAFCDRLYVIEHGRIVASGTPRDVLTVDLLREVFGVAALVDEHPLAGYPRITWITQP PGPT0003760_4468 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 D1-35_04973 1380 hypothetical protein ATGAGCCAACCGAAACCCAATTTCTACAACCTGGCCTGGCGCTGGCATTTTTATGCCGGGCTGTTCGTGGCGCCGTTCATGGTGATGCTGGCCCTGACCGGGATCATCTACCTGTTCAAGCCGCAACTCGATCCATTGATGTACGGCAACCTGCTGAACGTACCGGCCGGGCATCACAGCCTGGCGGCGGACGACCTGCTCAAGCAGGTCCGCCAGGCCTACCCCGAAGGCCAGGTCAAACAGTACCTGCCGCCGATCAACGCCGAGCGCAGCGCGCAATTCGTGGTGATCGACAAGGGTCGGGAGCTGAATGTGTTCATCGACCCGTACCACGGCGACGTGCTCGGCGAGCAGGACGCGAAAGACAACCTGCAAGCCATGGCCCGGGCGATTCACGGTGAATTGCTGATCGGCACCGTCGGTGACCGGCTGGTGGAAATGGCTGCCGGTTGGGGCGTGGTGCTGGTGGTTTCCGGACTGTACCTGTGGTGGCCGCGCGGGCAATCCTCGGCCGGTGTGCTGTGGCCGCGCTGGAGCGCTCGCGGTCGGGTGTTCTGGCGCGACTTGCACATCGTTGTCGGTTTCTGGGGCGCGGCGTTCCTGTTGGTGATGCTGCTCAGCGGCATGACCTGGACCGGCTTCTGGGGCAAGCAGTACGCGGACCTGTGGAACCGCTTTCCGGCGGCGATGTGGAACGACGTACCGAAGTCCGACATCGAGGCCGGCAGCCTCAACAATGCCCATCGCCAGACCGTGCCCTGGGCGGTAGAGAACACGCCAATGCCGATGTCCGGCGACCACGCCGAACACATGGCCCACGGCGGCATGCACGAAGGCCCCGCCGCGCCGACCGTCAGTTTGCAAGCGGTGCAGGACATCGCCACCGAGCGCAAGGTCGAGCCCGGCTACAGCATCACCCTGCCAACGACCGCCTCGGGCGTATTCACCATCGCCGTGTTTGCCGATGACCCGCGCAACGACGCGACCTTGCACGTGGACCAGTACACCGGAAAAGTCCTGGCCGACGTGCGCTGGGAGCACTACAACCTCGTTGCCCGCGCCACTGAAACCGGGGTGATGCTGCACGAAGGCAAGATGTTCGGTCCGGTGAACCAGATCATCGTCCTGCTGATCTGCCTGATGATCCTGCTCAGCGCCGTGAGCGGAATGGTGATCTGGTGGAAACGCCGGCCCCAGGGCAAGTTCGGCGTGCCGCCACTGCGCCACGACCTGCCGACGTGGAAGACCGGTGTGTTCATCATGTTGGCCCTGGCGGTGGTGTTCCCGTTGGTGGGGGCGTCGCTGGTGGTGGTGTGGCTGTTGGACCGGCTTGTTACCCGGTTCAATCGCCAGCCTGAGGCCGCTTCATCTTCAAGCTGA MSQPKPNFYNLAWRWHFYAGLFVAPFMVMLALTGIIYLFKPQLDPLMYGNLLNVPAGHHSLAADDLLKQVRQAYPEGQVKQYLPPINAERSAQFVVIDKGRELNVFIDPYHGDVLGEQDAKDNLQAMARAIHGELLIGTVGDRLVEMAAGWGVVLVVSGLYLWWPRGQSSAGVLWPRWSARGRVFWRDLHIVVGFWGAAFLLVMLLSGMTWTGFWGKQYADLWNRFPAAMWNDVPKSDIEAGSLNNAHRQTVPWAVENTPMPMSGDHAEHMAHGGMHEGPAAPTVSLQAVQDIATERKVEPGYSITLPTTASGVFTIAVFADDPRNDATLHVDQYTGKVLADVRWEHYNLVARATETGVMLHEGKMFGPVNQIIVLLICLMILLSAVSGMVIWWKRRPQGKFGVPPLRHDLPTWKTGVFIMLALAVVFPLVGASLVVVWLLDRLVTRFNRQPEAASSSS NA NA NA NA NA D1-35_04974 420 hypothetical protein ATGCAACCTCGTCGCGCCAGCCCGTCCAGGCACCGCCGTCAGCCCATGAGCCTGACACGCGGCAGTTGGATCAGCCTGTTCGCCATGCTGATGATCTTTATCGGACCACTGGTTTCCCAGTCGATGCCGATGGATCAGCGCATGTCCATGCCTGTGTCCATGAGCATGGATATGGAGATGAGCATGGACATGCCGGTGCACGAGCACTGCGCGCCCCAGAACGAACACCACGCGTTATGGGAAAAATGCGGTTATTGCAGCCTGCTGTTCAACTGCCCGGCGCTGCCTGGCGGCCACACATTCGCCGTCTTCGGCACCCCTCCCAGCCACACCTACACCAGCCCTTCCCCGCGCCTGGGTCATGCCCGGACGGCGTTCTTTCCGGGCGCCCGCACCCGCGCACCGCCACTCGACGCGTAA MQPRRASPSRHRRQPMSLTRGSWISLFAMLMIFIGPLVSQSMPMDQRMSMPVSMSMDMEMSMDMPVHEHCAPQNEHHALWEKCGYCSLLFNCPALPGGHTFAVFGTPPSHTYTSPSPRLGHARTAFFPGARTRAPPLDA NA NA NA NA NA D1-35_04975 480 hypothetical protein ATGTTGAACCGACTCATCCTGCTGGCCGCCCTGCTGCTCCCGGTTGGCTTCGCCCAGGCCCACCAGTACAAGGCCGCCGAGCTTGAGATCGCCCATCCGTGGTCCCAGGAGTTGCCGCCCAACGCGCCAACCGTGGCCGCGTACTTCGTGATTCACAACCGCGGCGCCACCGCCGACAAACTGCTCGGCGTCGACTCGCCGATTGCCGGCAAGGCCGAGCTCCATGAACATGTGATGCAAAACGACCTGATGAAAATGCAAGCGGTGCCCGTCGTCGCCATCGCCCCCGGTGCGACCGTCACCTTCGCGCCGATGGCCTATCACGTGATGTTGCTGGACCTGAAGGACCGCAGCTTGCTCAGCGACGGCAAACGTTTCCCCATGACCCTGCATTTCGAAAAGGCCGGGGACGTGACGGTGGATGTCGCGGTGCAGAAAAAAGCACCCGACGGCACCAAGACACACCAGCACGCCCAGTAG MLNRLILLAALLLPVGFAQAHQYKAAELEIAHPWSQELPPNAPTVAAYFVIHNRGATADKLLGVDSPIAGKAELHEHVMQNDLMKMQAVPVVAIAPGATVTFAPMAYHVMLLDLKDRSLLSDGKRFPMTLHFEKAGDVTVDVAVQKKAPDGTKTHQHAQ NA NA NA NA NA D1-35_04976 399 hypothetical protein ATGTCCCGACAACGGCTTGCATTTGCCTGGATCGCCTGCTTCGCAGTGCTGTTCAACATGCTTGCCATGCCGCTTTCCAATAGCGCCGGTGCAGCCGCCAGTACGCCAGCGGAACAAATGCTGTGGGGCAGTTTCTGCTCATCCAGCGGCACGAAGATGCTGGCGGTTTCCCTCGGCAAGCTGGAACAAGGCGCGCCACAGAAAGACAATCACTCGACGATTCAGCATTGCTGGTGCTGCTCAGGCCCGGCACCGCTGATGGCGCTCGCCGGGCACGCCCCGCAGTTGTATCTGGACGCACAACGGGCCGATCGCGGTACGGCCCACGCAAAGCTCGACAGCCCGACCCCGCGCCAGCAATGGCCCAGCCTCAACCCCCGTGCTTCGCCTCTGGCCTGA MSRQRLAFAWIACFAVLFNMLAMPLSNSAGAAASTPAEQMLWGSFCSSSGTKMLAVSLGKLEQGAPQKDNHSTIQHCWCCSGPAPLMALAGHAPQLYLDAQRADRGTAHAKLDSPTPRQQWPSLNPRASPLA NA NA NA NA NA D1-35_04977 291 hypothetical protein ATGACCGCAGAATTCACACGTTTCGATGCAGCCAGCTACCTCAAGACGCCGGAGGAGATGGCCGCTTATCTGGATGCCTGTTTTGAAGAAGATAGCGGTGACGGCGCACTGGTTCGCGCAGCTCTCAACGATATCGCCAGGGCAAAAGGCATGACGCAGATCGCCCGTGATGCCGGGCTCGGGCGAGAGAGTCTTTATAAAGCCCTGGGCAGTGCGGGCAATCCAGAATTCACAACTATCATCAAAGTCATGAAAGCTCTGGGCTTGAAGTTACGTGCAACGACCATTTGA MTAEFTRFDAASYLKTPEEMAAYLDACFEEDSGDGALVRAALNDIARAKGMTQIARDAGLGRESLYKALGSAGNPEFTTIIKVMKALGLKLRATTI PGPT0027571_53 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027571-toxin_higB1-na NA NA D1-35_04978 729 cobK Precorrin-6A reductase ATGAAACGCATCCTGCTCCTCGGTGGCGTCACCGAGGCCCTGGCCATCGCTCGCACGCTCGGCCCCGAGCACATCTACAGCTTGGCGGGCATCGGTCGCGTCCCCACCGACCTGACCTGCCAGGTACGTGTCGGCGGCTACGGCGGCGCCGAAGGCCTGGCGCAATTCATCCGCGCCGAGGGCATCGACCTGCTATTGGACGCAACCCACCCCTACGCCGCGCAAATCAGCTACAACGCCGCCCGTGCCGCCCGCGCCTGCGCCATCCCCTGCTGGGCCCTGCGCCGTCCGGCCTGGCACCCACGGGCCGGCGATGACTGGCGCGAAGTGGCCGACTGGGCCGAACTGATCCAGGCCTTGCAGCCTTTCCGCCGCCCCTTGTTCACGCTCGGCCGGGAGCCGCTGCAGCATCTGCATGAAATTCCCACCGAACAGTTCTGGACCCTGCGAGCACTGGACGTTTACCCCGGCAACGAACGCTGCGAAGTCATCGGCGCCCGTGGGCCGTTTCACATTGACGGTGAACGCGAACTGTTCGAACGGCGACGAATCGATGTGCTGGTCAGCAAGAACAGCGGCAGCACGGCCACCGAGCCGAAGCTGGAGGTGGCCCGGGAACGGGGGGTGCCGGTGCTGGTGTTGAAGCGGCCGGTGTTGGCGGGGGTGGATCGGGAGTTCGCAGCGGTCAATGACGTGCTGGATGCTTTATCCGTACCCAACGGCTTTTGA MKRILLLGGVTEALAIARTLGPEHIYSLAGIGRVPTDLTCQVRVGGYGGAEGLAQFIRAEGIDLLLDATHPYAAQISYNAARAARACAIPCWALRRPAWHPRAGDDWREVADWAELIQALQPFRRPLFTLGREPLQHLHEIPTEQFWTLRALDVYPGNERCEVIGARGPFHIDGERELFERRRIDVLVSKNSGSTATEPKLEVARERGVPVLVLKRPVLAGVDREFAAVNDVLDALSVPNGF PGPT0004640_1545 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004640-cbiJ-K05895 NA NA D1-35_04979 1098 cbiD COG1903 Cobalt-precorrin-5B C(1)-methyltransferase ATGCGTGACGAAACCGCCGAGCAACCCGCCCCCCTGCGCAGCGGCCTGACCACCGGCAGCTGCGCCACGGCCACCAGCCTGGCGGCGGCGCGACTGCTGCTGTGCGGCACCGAGGCCGATGCCGTGGAGATCGTCCTGCCCAAGGGCAAGCAGGTGCAGATGCGCCTGGAGTTCTGCCGGCTGACCGAACAAGGTGCCGAGGCCGGAACGATCAAGGACGCTGGTGATGACCCGGACGTGACTCATGGCGCGCTGTTGTTTTCCCAGGTGCGCCTGATTGCCGAACCTGGCGTGCGTTTTGTTGCCGGTCGTGGCGTCGGCACGGTGACGCGACCGGGACTAGTCTTGGCTGTCGGTGAGCCAGCGATCAACCCGGTGCCGCGCAAAATGATCAACGATCACCTGGGTCGCCTGGCCGAGGAAAGCGGTTATGCCGGGGGGTTCGAAGTCACAGTCAATGTCGAGGGCGGCGAAGCCCTGGCGCTGAAAACCATGAACCCGCGACTGGGGATCCTCGGCGGTCTGTCGATCCTCGGCACCAGCGGCATCGTCCGGCCGTTTTCCTGCGCAGCCTACATAGCGTCGATCCACCAGGGCATCGACGTGGCGAAAACCAACGGCTACCTGCACATCGCCGCGTGCACCGGCAATGCCAGCGAAGACACCATGCGCCGGGTCTACAACCTGCCGGAAATCGCGCTGATCGAAATGGGCGACTTTGTCGGCGCCGTGCTCAAGCATGTGCGCAAGGTGCCGGTGGAAAAGCTCAGTCTTTGCGGCGGCTTCGGCAAGATCAGCAAACTCGCCGCCGGGCATATGGACCTGCACAGCCGCCACTCAAGCATCGACCTGCCACAACTGGCCAAATGGGCGACGGCAATCGGTGCCGATGAGAAGTTGCAGCACGACATTCGTCAAGCCAACACCAGCCAGCAAGCCCTCGCGATGGCCAGCGCCGTCGGCATCGCCCTCGGTGATGCCGTGTGCGAGCACGCCCTGGCCTTCGCTCGCAGCGTGGTCCCGGCCCAGGTCCAGGTCGAAGTCTTCGCCATCGACCGTCAGGGCGCAATCGTCGGCCACGCTGGAGCCTTTAAATGA MRDETAEQPAPLRSGLTTGSCATATSLAAARLLLCGTEADAVEIVLPKGKQVQMRLEFCRLTEQGAEAGTIKDAGDDPDVTHGALLFSQVRLIAEPGVRFVAGRGVGTVTRPGLVLAVGEPAINPVPRKMINDHLGRLAEESGYAGGFEVTVNVEGGEALALKTMNPRLGILGGLSILGTSGIVRPFSCAAYIASIHQGIDVAKTNGYLHIAACTGNASEDTMRRVYNLPEIALIEMGDFVGAVLKHVRKVPVEKLSLCGGFGKISKLAAGHMDLHSRHSSIDLPQLAKWATAIGADEKLQHDIRQANTSQQALAMASAVGIALGDAVCEHALAFARSVVPAQVQVEVFAIDRQGAIVGHAGAFK PGPT0004615_924 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004615-cbiD-K02188 NA NA D1-35_04980 1212 cobL Precorrin-6Y C(5,15)-methyltransferase [decarboxylating] ATGACCCCCTGGCTGACCGTAGTGGGCATCGGTGAAGAGGGCTTCAAGGGCCTGGGCCGAACGGCTCGCCATGCATTGCTGCGGGCGTCGCGGATACTGGGCAGCGCCCGTCAATTGGAACTGCTGCCGCTGTGTATCCGCGGCGAGCGGAAGCTGTGGCCAAGCCCGTTCTCCCTGGAACCGCTGCTGGCTCGACGGGGCGAGCCGGTGTGCGTGCTGGCCAGTGGTGATCCGATGTTCTATGGCGTCGGCGCCAGCCTGGCGAAACAGCTGCCGGCCGAGGAAATGCAGGTCATCCCCGCGCCGTCCTCCTGCTCACTGGCGGCGGCGCGCATGGGCTGGCCGTTGCAGGACGCGGTCACGCTGTCGCTGGTGGCCCGCCCCCTGGCAGCGCTCAATGCGCACTTGTCCAGTGGCGTCAGGCTGTTGCTGCTGAGTAACGACCGCCACAGCCCCAGCGCCGTGGCGATGCTGCTGCGCGAGCGCGGATTCGGCCCGAGCGCCATGACCGTGCTGGAGCATTTGGGCGGTGCGGCAGAACGACGGATCGACGGTTGCGCTGCGCACTGGTCCGATGAGGCGGTCGCCGATCTGAACCTGATCGCCATCGAATGCCGGGCCGATCCGTCGACGCAGTGCCTGTCACGCCTGGCCGGCCTGCCGGACAGCGCTTTCGAGCATGACGGCCAGCTGACCAAGCGCGACGTGCGTGCCGTCACCCTGGCTCGCCTCGCCCCAACTCCCGGCGAGTTGCTCTGGGACGTCGGCGCCGGCAGCGGCTCGATCGGCATCGAATGGATGCGCGCCCACCCCAGTTGTCGAGCCCTGGCCATCGAAGCCGACGAAGGCCGCCAAGCCTTGATCGAACGCAACCGCGACACCCTTGGCGTGCCCGGCCTCCAATTGATTCGCGGCAGCGCCCCGCAGGCGCTGGAGAACCTGGAGCGTCCGGACGCGGTGTTCATCGGTGGCGGCGTCACCCGCGAAGGCGTGCTTGATGCCTGTTGGGCCCGGCTCAAGCCTGGCGGTCGGCTCGTCGCCAATGCCGTGGCCCTGCAAAGCGAGATGACACTGATGAGCTGGCGCGAACGCCACGGCGGTGAGCTGACCCGCATCCATGTCGCCCAGGCCCAGCCTTTGGGCGCATTCGATACCTGGCGCCAAGCCTTGCCCATCACCTTGCTGGACCTGACGAAACCTCTCGATGCGTGA MTPWLTVVGIGEEGFKGLGRTARHALLRASRILGSARQLELLPLCIRGERKLWPSPFSLEPLLARRGEPVCVLASGDPMFYGVGASLAKQLPAEEMQVIPAPSSCSLAAARMGWPLQDAVTLSLVARPLAALNAHLSSGVRLLLLSNDRHSPSAVAMLLRERGFGPSAMTVLEHLGGAAERRIDGCAAHWSDEAVADLNLIAIECRADPSTQCLSRLAGLPDSAFEHDGQLTKRDVRAVTLARLAPTPGELLWDVGAGSGSIGIEWMRAHPSCRALAIEADEGRQALIERNRDTLGVPGLQLIRGSAPQALENLERPDAVFIGGGVTREGVLDACWARLKPGGRLVANAVALQSEMTLMSWRERHGGELTRIHVAQAQPLGAFDTWRQALPITLLDLTKPLDA PGPT0009270_1109 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009270-cobL-K00595 NA NA D1-35_04981 1320 sir_2 COG0155 Sulfite reductase [ferredoxin] TTGAACGAACGTCCCTCTTCCAACGTCATTCGCCCCTCGGTTTGTCCGGGGTTGCTGCGTGTTGTCCAGGCACTGGACGGAGGAATCTGCCGAATCAAGCTCGATGGCGGCGTCATCCACGCGGATCAGGCCGAAACCGTCGCGTGGGTGGCCGAGCAGTTCGCCGGGGGCGTGATCGAGGCCACCAACCGCGGCAACTTGCAGATCCGCGGTATCGGCCCTGAGCCGGATGCGTTGATCGAGCCGTTGCTGGCCGCCGGGCTTGGCCCGCGCAAGGCGGCCGGCGATGACGTGCGCAACCTGATGCTCAGCCCCTCGGCGGGGCTCGACCGGCAGATGCTGTTCGACACCCGTCCGCTGGCCGCGCAGATCCTCTTCACCCTGCAAACCCATGAACGCTTCCACGAACTCTCGGCCAAGTTCGCCGTGCAGTTGGACGGTGGCGAAGCCTTGGCGATGCTCGAGCATCACCATGACCTGTGGCTATCGGCGCTTGTCCAGCACGGCGAGCCCTGGCTTGCCTTTGGCCTGGCCGGTTCGCCATTGGACACGCCGGCGGGCAAGGTGCCCCTGGCCCAAGGGCATGCCCTGGTGGTAGCGGTGCTGGAGCTGTTTCTCGAACTGGCCCGCCCGGACCAGAACCGCATGCGCCAACTGCTGGCTGAATATGCCGTGGATGAATTCATGACCCGGTTAGCCGGCCGCGTGCCGCTGCAACCTTGCCTTGACTGGCGGCGGAGTGCGTCGCCCGGCGGCCTGCACATCGGTATTCATTCCCAGCACGACGAACGGGTCTATGTCGGCGCGGCGGCGCCCCTCGGCCGGCTTGATACGGTCATGCTGCGCGGCGCGGCGCAGTTGGCGCGGGAGAAGGGCGACGGCAATCTTCGCTTCACTCCCTGGCAAAGCCTGTTGCTGCCCAACGTGCGCCGCGAAAATGCGGATGCCGTGTTGACCCAGCTCGACGCGCTGGGCCTGTTGTGTTCGCTCGATCACTCCCTGGCGCAACTCATCGCCTGCACCGGCTCCAGTGGCTGTGGCAAAGGCCTGGCCGACACCAAGGGCGATGCCCGCCAGTTGGCGGATCTGCTGCAACGTCGGGGCCAGGCTTTGAGCATTCATCTGTCCGGCTGCCAGCGATCGTGCGCGGCGGCCCACATCGCCCCGGCGACGTTGCTGGCGGTCGCCCCCGATCGTTATGACCTCTATTTTCGTGATGCCGCGTTGCCGGGTTTCGGCGCGCTGCAAGCACACAATCTGACAATCGAAGCGCTCGGCCACTGGCTCGACGCTCATCCCCGGAGCCCCCTTGATGCTTGA MNERPSSNVIRPSVCPGLLRVVQALDGGICRIKLDGGVIHADQAETVAWVAEQFAGGVIEATNRGNLQIRGIGPEPDALIEPLLAAGLGPRKAAGDDVRNLMLSPSAGLDRQMLFDTRPLAAQILFTLQTHERFHELSAKFAVQLDGGEALAMLEHHHDLWLSALVQHGEPWLAFGLAGSPLDTPAGKVPLAQGHALVVAVLELFLELARPDQNRMRQLLAEYAVDEFMTRLAGRVPLQPCLDWRRSASPGGLHIGIHSQHDERVYVGAAAPLGRLDTVMLRGAAQLAREKGDGNLRFTPWQSLLLPNVRRENADAVLTQLDALGLLCSLDHSLAQLIACTGSSGCGKGLADTKGDARQLADLLQRRGQALSIHLSGCQRSCAAAHIAPATLLAVAPDRYDLYFRDAALPGFGALQAHNLTIEALGHWLDAHPRSPLDA PGPT0009250_228 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009250-cobG-K02229 NA NA D1-35_04982 627 cobH Precorrin-8X methylmutase ATGCTTGATTACATCCGCGACGGTCAGGAGATCTATCGCAACTCCTTCGCGATCATCCGCGCCGAGGCCAATCTGGCGCGCATTCCTGCCGATCTGGAAAAACTAGCGGTGCGGGTGATCCACGCCTGCGGCATGGTCGAGGCGGTCGATGGCCTGCAGTTTTCCGCAGGCGCAGGCGCGGCGGGGCGCCAGGCACTGGCGGCCGGTGCGCCGATCCTGTGTGATGCGCGGATGGTGTCCGAGGGCGTGACCCGGGCGCGCCTGCCGGCCAACAATCCGGTGATTTGCACCTTGCGCGACGACAGCGTGCCAGCGTTGGCCCGCGAGCTGGGCAACACTCGCTCGGCGGCCGCGCTGGAGCTGTGGCGTCCACACCTGGAAGGTAGCGTCGTGGTCATCGGCAACGCACCGACCGCGCTGTTCTATCTGCTGGAAATGCTCGATGCCGGCGCGCCGAAACCGGCCCTGATCCTTGGCTTCCCGGTGGGTTTTGTCGGCGCCGCCGAGTCCAAGGCGGCGCTGGCGGCTGACAGCCGTGGCGTGCCGTTCGTGATCATGCAAGGCCGCCTGGGCGGCAGCGCCATGGCCGCCGCCGCCGTCAATGCCCTCGCCACGGAGGTTGAATGA MLDYIRDGQEIYRNSFAIIRAEANLARIPADLEKLAVRVIHACGMVEAVDGLQFSAGAGAAGRQALAAGAPILCDARMVSEGVTRARLPANNPVICTLRDDSVPALARELGNTRSAAALELWRPHLEGSVVVIGNAPTALFYLLEMLDAGAPKPALILGFPVGFVGAAESKAALAADSRGVPFVIMQGRLGGSAMAAAAVNALATEVE PGPT0004610_1406 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004610-cbiC-K06042 NA NA D1-35_04983 735 cobI Precorrin-2 C(20)-methyltransferase ATGATGCAGCAGCCTGGACGCTTGATCGGCCTCGGCGTAGGGCCGGGTGACCCGGAACTGATCACGGTCAAGGCACTGCGCCTGCTGCGGGAATCGCCGGTGGTGGCGTACTTCGTCGCCAAGGGCAAGAAAGGCAACGCCTTCGGCATCATCGAGGCCCATCTGCAGGACGCGCAAACCTTGCTGCCACTGGTCTACCCGGTCACCACCGAAGTGCTGCCGGCGCCGTTGTCCTACGAAGAGGTAATCGCCGACTTCTATGACACCGCCGCCGAGCAACTCGCCGTGCACCTGGATGCCGGTCGCGACGTGGCGGTGATCTGCGAGGGCGATCCGTTTTTCTACGGCTCCTATATGTACTTGCACGACCGCCTGGCCGAGCGCTACGAGGCCGAGGTCATTCCCGGCGTGTGTTCGATGCTCGGTGGTGCCTCGGTGCTGGGAGCCCCGCTGGTTTATCGCAACCAGAGCCTGTCGGTGCTCTCCGGCGTCCTGCCCCACGACGATCTCAAGCGTCGGCTGGCCGATGCCGATGCGGCGGTGATCATGAAGCTGGGGCGCAATTTTCCCAAGGTTCGGCAGGTGCTTGAGGAATTGGGCATGGACGGGCGGGCGCTGTACGTCGAGCGCGCGACCATGGCCAACCAGAAAATCGTGCCGCTGGATGAAGTCGAGCCGATGTCTTCGCCGTACTTCTCGCTGATCATCGTCCCGGGCGAGCGGTGGCAGGGATGA MMQQPGRLIGLGVGPGDPELITVKALRLLRESPVVAYFVAKGKKGNAFGIIEAHLQDAQTLLPLVYPVTTEVLPAPLSYEEVIADFYDTAAEQLAVHLDAGRDVAVICEGDPFFYGSYMYLHDRLAERYEAEVIPGVCSMLGGASVLGAPLVYRNQSLSVLSGVLPHDDLKRRLADADAAVIMKLGRNFPKVRQVLEELGMDGRALYVERATMANQKIVPLDEVEPMSSPYFSLIIVPGERWQG PGPT0004690_560 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004690-cbiL-K03394 NA NA D1-35_04984 1698 cysG_2 Siroheme synthase ATGAGGAAACCGGCGGCAATTGTCATCCTCGGCCCGGGCAGTCTCGCGACGGCCCGACGAATCCAGCAGTGCTATCCCGATGCGCTGATCCATGGCCTCGTCGGGCGGGTCGACGGCGATCGGCAATACCTTGAGTTCGGCACCACGTTGCGCGAACTCTATCAACAGGACACGCCGATCATTGCGCTGTGCGCGGCGGGCATCGTCATTCGCACCCTCGCGCCGCTGTTGCTGGAAAAAGGCGTCGAGCCGCCGGTGCTGGCGGTGGCCGAGGATGGCAGCGCCGTGGTGCCGCTGCTGGGCGGTCTGGGCGGCGTGAATGTCATGGCCCGGGAAATCGCGACAGCGCTGCAAGTCGCCCCGGCGATCACCACCAGCGGCGAGTTGCGTTTTGGCACCTGCCTGCTCAATCCACCGAGCGGCTACAGCCTCGGCGACCTGGAACAGGGCAAGCGCTTCGTGTCCGACCTGCTCGCCGGCGAGCCGGTGCGGGTCGAAGGTGCGGCGCCGTGGCTGGACCAGGCGCAATTGCCCCAGGATGCGCAGGCACGGTTGGCGATACGCATCGACAGCGCCGCGGGTGTACCCGCGCCGGACGAATTGCGGATCTATCCGCGCAACGTGGTGGTCGCGGTGAGTGCCGGCACGCCGGACGTGTCGACTGCGGTCAGCGACGCGCTGCACCGAACCGGCCTCGCCGTGCAATCGCTGGCGTGCCTGCTGGCGGCGGACAGCGACATGGCCCGCGCCGAGTTGCACCACGCTGCGCTGGCGCTGGGTGTGCCGCTGCGCTTCGCGCGGGCCAGCGATGACATCGAGCAATGGTTGGGTGATGCGTTGGGCCTGCCGGTTTCGTTGCAACCAATGGGCGGCGTGGCCATCGCCGTGGCTGAGCGGCCCGTCGACCCGCTGCAGCTTGGCCGTGCGCGCGGACGTCTGGCGGTGATCGGCCTTGGCCCTGGAGCGGCAGAGTTGATGGTCCCGGCCGTGCGTGCCGAACTCGACCGCGCCAACGATGTGCTCGGCTATGAGACTTACGTGCGCATGGCCGGGCCTTTGCGGGCCGACCAGGTGCAGCATTGCACCGATAACCGCGAAGAAATGCAGCGTGCCCGACATGCCTTCGAACTGGCGGCTCAGGGCCGGTCGGTGGTGGTGGTGTCATCCGGTGACCCTGGCGTATTCGCCATGGCTGCCGCTGTACTGGAAGCGCTGCATGAGTCGACTGATGCCGACTGGCATAATGTCGACCTGCAAATCCTGCCAGGCGTCTCGGCCTCCCTGGCCACGGCGGCCCAGGCCGGCGCGCCGCTGGGTCATGATTTCTGCGTGATGTCCTTGTCGGATAATCTCAAGCCGTGGTCGATCATCGAGAAACGCCTGGACCTGGCGGCCGAGGCGGACCTGGCCCTGGCGTTCTACAACCCGATCTCCCGCTCCCGTCCTTGGCAACTGGGACGAGCGCTGAAAATCGTCGCACAACACCGCGCGGCTGATACTCCAGTAGTGCTGGGACGTGACATCGGCCGACCGGGCCAGACCCTGCGCGTCACCACCCTCGGGCAACTGACCCCGGACCAGGTGGACATGCGCACCATGGTGCTAATCGGCTCCTCGACCACCTGCGTATTTCCGCGCGTCGAAGGTGGCGACTGGGTGTATACGCCGCGTTGGTACGGCGATAAGCCCGGGGCATGA MRKPAAIVILGPGSLATARRIQQCYPDALIHGLVGRVDGDRQYLEFGTTLRELYQQDTPIIALCAAGIVIRTLAPLLLEKGVEPPVLAVAEDGSAVVPLLGGLGGVNVMAREIATALQVAPAITTSGELRFGTCLLNPPSGYSLGDLEQGKRFVSDLLAGEPVRVEGAAPWLDQAQLPQDAQARLAIRIDSAAGVPAPDELRIYPRNVVVAVSAGTPDVSTAVSDALHRTGLAVQSLACLLAADSDMARAELHHAALALGVPLRFARASDDIEQWLGDALGLPVSLQPMGGVAIAVAERPVDPLQLGRARGRLAVIGLGPGAAELMVPAVRAELDRANDVLGYETYVRMAGPLRADQVQHCTDNREEMQRARHAFELAAQGRSVVVVSSGDPGVFAMAAAVLEALHESTDADWHNVDLQILPGVSASLATAAQAGAPLGHDFCVMSLSDNLKPWSIIEKRLDLAAEADLALAFYNPISRSRPWQLGRALKIVAQHRAADTPVVLGRDIGRPGQTLRVTTLGQLTPDQVDMRTMVLIGSSTTCVFPRVEGGDWVYTPRWYGDKPGA PGPT0009255_330 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0009255-cbiGH_cobJ-K13541 NA NA D1-35_04985 660 hypothetical protein ATGACCAATAAAACACTCACCGGCCTCATAACGGGCCCCAGCCTTTTTTCATACATCGAGACACTCTCCCTGTCAGAGCATGACGATATTGCCGATTGCAATAACTTCGCCATCCTCATTGCTGACGAAAAACACAACCGTTATTACGATCCGGAGCGTTGGCTTGAACAGTATGTCGGTGTGTTGAAGGCTCTCGGCTGGTCAATCTATCAGGACGCAATATTTACTAGAACACAACATATCCTCACAGGCTCTGTGGCGGACTTTCTGGTCGAGAGCGCAAACGGGATGAGCGATAGCCGGCAAGGCAATGCCATGATCGACACGCTCGACAGCTTGAAAACCAACAGCCCGGCGCTGTTGTCCTTTGACCGGGAAAGCGGTTCAGGGGACAGCTTCCAAGTAGTTCCAGCCCGCTACGACGCGCGAGGCCTTCTCAATATCGCCGTTTTCAAACTTGAGCTGAACGCCTACATGAAGAGAACCAACTTCCTGTTCTGGACTTGGGAAAAACGCTCAGCCAGGATAGTCCAGCGAAAAGCCTACCTGAGGTTGAACAAGACGATACTCGACGGGCAGCGAGTATTGATAAACAGGCGATTGGAAAAAAAACGCATGGAGCGATTCGACCTCAGCCAGAACCGCCCCATGGACAATTAA MTNKTLTGLITGPSLFSYIETLSLSEHDDIADCNNFAILIADEKHNRYYDPERWLEQYVGVLKALGWSIYQDAIFTRTQHILTGSVADFLVESANGMSDSRQGNAMIDTLDSLKTNSPALLSFDRESGSGDSFQVVPARYDARGLLNIAVFKLELNAYMKRTNFLFWTWEKRSARIVQRKAYLRLNKTILDGQRVLINRRLEKKRMERFDLSQNRPMDN NA NA NA NA NA D1-35_04986 822 hypothetical protein ATGGAACTGTCTGAAAGTAAAATCAGCGTCGCAGAAACTATCGAGTTTATTAATGCGCGTATCGACAGGCGCAAGTCATCGGTTCCGGCCGGGCGGCGTGTACGCAGATCCGTTGTGCAGTCGCAGGTCAACCCGACCAAGGAACTCGATGCGCTGATGCTGGGCGACGCGCTGGTGGGTTATGGCAATAACATGACCCTCGAAAATATGACAATCATGGAAAACCTGATGAGCATGGCGATCCTCGAAGCAAACGCCAGCTTCCCCGATGGCAGGAATACGCGTGAGTGGTATGAGGAGTTCATACAGTGCCTGGAGTCTCTAGGGTGTTTCGTGCCCGACAGTGGCTATACCCGTTATTCCGAAAGTTCCGTGCGGGTAGACCTGGACCTGGTGATCAAGGATATCGTCAAAGGAATCATTGATGGAGTGAAGGCCGGTTTCCCGGCAGCGACGGTGCTTGGGGCCGTGGTGGATACCACGATCGATGGTTTGAAGCAGGACGACAAGACCATCAACCTCTTCCACAGCCAGGCGAAGACTTTTGATGGCGCGCGCTTGTCAGTCATCCCTTGTGAGCAGCTTTCCAACGGTCTCCTGATTGCTTCTGCCGCGTCGATAAAACACTCCGGCTCTTCGAATGAAGGCGGTGTTCTATTCGTAAACTGGCGGGCCTCGGCGCGGGAATTTTTCCGTGGTAAATCGTTCGTGACCTTCAACCCGGCCCGTTATGAAACGTTCAGGCAGGAAATCGAGAAATACTTGGGTGAGTATCGCAAAGAAGCATTGAGCAAAAGGTTCAGCCGTCGCAAGCGCGGGTAA MELSESKISVAETIEFINARIDRRKSSVPAGRRVRRSVVQSQVNPTKELDALMLGDALVGYGNNMTLENMTIMENLMSMAILEANASFPDGRNTREWYEEFIQCLESLGCFVPDSGYTRYSESSVRVDLDLVIKDIVKGIIDGVKAGFPAATVLGAVVDTTIDGLKQDDKTINLFHSQAKTFDGARLSVIPCEQLSNGLLIASAASIKHSGSSNEGGVLFVNWRASAREFFRGKSFVTFNPARYETFRQEIEKYLGEYRKEALSKRFSRRKRG NA NA NA NA NA D1-35_04987 597 hypothetical protein ATGCTCCATGTGCTGTTCAGCGTTTACCTGAAAATGCTGGTGCTTTATAGCCCGTTCTTCGTGCTGTCGTGTTTTATCAGCCTGACCCGCGGCTATTCGCGTAAGGAGCAACGTCGGCTGGCCTGGAAGGTCGCGACCGCGACGCTGGTATCCAGCGTATTGCTCTATCTGTTCGGGCGGGTCATCTTCAGCGTGTTTGGCATCACCGTGGATGCATTCCGTATCGGCGCCGGCAGCGTGCTGTTCATTTCGGCGCTGGGCATGGCCCAGGGCAAATCGGCGGTACAGACCGACAATGTCCAGCAGGACGTGACTATCGTCCCGCTGACCATTCCGTTGACTGTCGGCCCCGGCACCATCGGTGCCCTGCTGGTGATGGGCGTAAGCCAGCCGCACTGGGACGACAAGCTCATGGCGATCATCAGCATCGCCCTGGCCAGCTTCACCGTTGGCGTCGTGCTTTACCTGTCCAGCCGCATCGAACGGATCCTCGGCGACCAAGGCCTGCAGATCGTCAGCCGCCTGATGGGGCTGTTTGTCTGCGCGCTGGCGGCGCAGATCATTTTTACTGGAGTAAAAGGGTATCTGGCCCCGTAG MLHVLFSVYLKMLVLYSPFFVLSCFISLTRGYSRKEQRRLAWKVATATLVSSVLLYLFGRVIFSVFGITVDAFRIGAGSVLFISALGMAQGKSAVQTDNVQQDVTIVPLTIPLTVGPGTIGALLVMGVSQPHWDDKLMAIISIALASFTVGVVLYLSSRIERILGDQGLQIVSRLMGLFVCALAAQIIFTGVKGYLAP PGPT0029250_2904 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029250-marC-K05595 NA NA D1-35_04988 2775 rcsC_24 Sensor histidine kinase RcsC GTGCGCTGGCTCAGGATTGCCATAGGCTTCACCGTTACCCTGCTGACATTGCTCTGCATGTTCCCGGCCCAGGCCGCGCCAGGCAGTGGTTGGGCGATATTGCTCGACGAACAGGGTAACCTGAAGCTCAGCGACATCCGCTCTGCCCGCTACACCAATCAATTCAGCCCGATAGACCTGGACCACCTCAAGGCGGCCGAACCCGGCGGAGCGTTATGGCTGCGTTTCCGGCTGGCGCCTGACCGGCATGAACAGATTCTGCGCATCTTTGCCCCAGACCTGTCGCGCCTGAATCTTTATGTGCTGGACGGCGATACGCTGATTGATCAACAGATCAGTGGCAATGCCTCGCCAGATACCGGACAGTCCGCTCCCAGCAGTGATCTCATGCTGGCACTGCCGCGCAGCGACAAGCCCCTCGACGTCTACCTGCGATTGGCCTCCCGGTACGAACTGCGCCCCTACGTCACGCTGCAACCGGCCATCATGGCGGCGGCCAACCAGAACCAGACGCTGATCTACGGCCTGCTGTTCGGCTGCATCGCCATGTTGATCCTGCACAACCTCACCCGTTACGCCTATACCCGCTCGCGCAGTTGCCTGTGGCTGGCAGCCTGTGAAGGGTTGCTGATGCTCAGCCTGATCCTGTTGCTGAACCTGGCCGGGGCCTGGCTGCCTGACTGGCCGGCGATCCAGACGCCGGGAGCGTACCTGGCGCTGTTGCTGACTGCGCCCTGCGGCTTGATGTTCGCTTTTCGTTTCTTCGCGCCGCTGGGCGAGCATCCGCTGAACCGGCTGCTGGTGGGGGAAATCGTCTTCATCGTGCTATGCAGCCTGCTGCTGTTGTTCGTCAACACGCTGCCGCTCAACATCATCACCTATGCACTGGTGGCGCTGGCCGGGCTGAGCATGTTGTTCGTCAGCGCCTGGCACTGGCAGAAAGGCTACCGCCCGGCACGCCTGTTCGTCGCCGCCATGGTGGTGTTCAACCTCGGCACGCTGATCATCCTCCCGGCCTTGCAAGGGCTGACGGAAGTCGCACCGCAAGGCCTGATCGTCACGCTGCTGGTCTTCATCTGCATCAGCGGCCTGTTGATGAGCGTCGCGCTGGGCGAACGCCAGCGGTCGATCAACGAGAGCCGCTTCAGCATCAGCCGCGACCTGGCGGCAAGCAACGCCGAAATCAACGCCAAGGCCGAGTTCCTGGCCAAGATCAGTCATGAAATCCGCACCCCCATGAACGGCGTGCTGGGCATGACCGAGTTGCTGCTGGGCACGCCATTGTCGGTCAAGCAGCGTGACTACGTGCAGACGATCCACAGCGCCGGCAACGAACTGCTCACACTGATCAACGAAATTCTCGATATATCCCGTCTCGAATCGGGCCAGATCGAGCTGGACGATGTGCAATTCGACCTGAATGCGCTGATCGAGGATTGCTTGAGTATCTTCCGCGCCAAGGCTGAACAGCAGAATGTCGAGCTGATCAGTTTTATCCAGCCCCAGGTGCCGCGCGTCATCAGTGGTGATCCGACGCGGCTGCGCCAGGCCCTGCTGAGCCTGCTGGAAAATGCCTTGAAGAAAACCGACGAGGGCGAAGTGCTGATCGTCGTCGCCCTTGATGAACGCAGCAACCAGCCACGCCTGCGTATCGCGGTGCAGGACAGCGGTTCGCCCATGGACGCCGAGGAGCGCGACACGCTGATGCACGCCGAGCTGCACAGCAAGAATTTTCTCTCCGCCACGCGGCTGGGGGGCAACCTGGGCCTGGTCATCGCCCGCCAGTTGATCATGCTGATGCATGGCGAGTTCGGCATCAAGAGTGGAAGCAGCCAGGGCAGCACCTTGTGGCTGACCTTGCCACTGGACCCTGACCGCCTCGAACACCCGACTTCCGATCTCGACAGCCCGCTGCAAGGGGCGCGGGTATTGGTCGTCGACGACAACGACACCTGCCGCAAGGTGTTGGTCCAGCAATGCAGCGCCTGGGGCCTGAACGTCAGCGCGGTGCCATCGGGCAAGGAAGCCCTGGCGCTGCTGCGCACCAAGGCGCACCTGCGTGATTATTTCGACGTGGTGCTGCTGGACCAGAACATGCCCGGCATGACCGGCATGCAATTGGCGGCCAAGATCAAGGAAGACCCGAGCCTGAACCACGACATCCTGTTGATCATGCTCACCGGCATCAGCAACGCGCCGAGCAAGATCGTGGCGCGCAACAGCGGCGTCAAGCGCATCCTCGCCAAACCGGTGGCCGGTTATACGCTCAAGACCACCCTGGCGGACGAGCTCAACCAGCGCAATAAAGGCCAGGCCCCGATTGCCCCGGTGAATGCCGGCCCTCTCCTGCCGGTGAAAGTGCCCAGCGACTTTCGCATCCTGGTAGCCGAAGACAACAGCATTTCCACCAAAGTCATCCGCGGCATGCTCGGCAAGCTCAACCTGCAACCCGACACCGCCAGCAACGGCGAAGAAGCCCTCAAGGCCATGAAGGAGCAGCGCTACGACCTGGTCCTGATGGATTGCGAAATGCCGATACTCGACGGCTTCTCCGCCACCCAGCAATTACGCGCCTGGGAAGTCGGCAACCAACGGACGCGCACCCCGGTGGTCGCGCTGACGGCGCACATCCTGGCCGAACACAAGGAGCGTGCGCGCCAGGCCGGGATGGACGGACATATGGCCAAGCCGGTGGAGCTGTCGCAGTTGCGCGAGCTGATCGAGCATTGGGTGGCCCAGCGCGACCAACAGAACCGTACGGCGCAGACGTCCTGA MRWLRIAIGFTVTLLTLLCMFPAQAAPGSGWAILLDEQGNLKLSDIRSARYTNQFSPIDLDHLKAAEPGGALWLRFRLAPDRHEQILRIFAPDLSRLNLYVLDGDTLIDQQISGNASPDTGQSAPSSDLMLALPRSDKPLDVYLRLASRYELRPYVTLQPAIMAAANQNQTLIYGLLFGCIAMLILHNLTRYAYTRSRSCLWLAACEGLLMLSLILLLNLAGAWLPDWPAIQTPGAYLALLLTAPCGLMFAFRFFAPLGEHPLNRLLVGEIVFIVLCSLLLLFVNTLPLNIITYALVALAGLSMLFVSAWHWQKGYRPARLFVAAMVVFNLGTLIILPALQGLTEVAPQGLIVTLLVFICISGLLMSVALGERQRSINESRFSISRDLAASNAEINAKAEFLAKISHEIRTPMNGVLGMTELLLGTPLSVKQRDYVQTIHSAGNELLTLINEILDISRLESGQIELDDVQFDLNALIEDCLSIFRAKAEQQNVELISFIQPQVPRVISGDPTRLRQALLSLLENALKKTDEGEVLIVVALDERSNQPRLRIAVQDSGSPMDAEERDTLMHAELHSKNFLSATRLGGNLGLVIARQLIMLMHGEFGIKSGSSQGSTLWLTLPLDPDRLEHPTSDLDSPLQGARVLVVDDNDTCRKVLVQQCSAWGLNVSAVPSGKEALALLRTKAHLRDYFDVVLLDQNMPGMTGMQLAAKIKEDPSLNHDILLIMLTGISNAPSKIVARNSGVKRILAKPVAGYTLKTTLADELNQRNKGQAPIAPVNAGPLLPVKVPSDFRILVAEDNSISTKVIRGMLGKLNLQPDTASNGEEALKAMKEQRYDLVLMDCEMPILDGFSATQQLRAWEVGNQRTRTPVVALTAHILAEHKERARQAGMDGHMAKPVELSQLRELIEHWVAQRDQQNRTAQTS NA NA NA NA NA D1-35_04989 1296 purD COG0151 Phosphoribosylamine--glycine ligase ATGAATGTTTTGATCATTGGCAGCGGTGGCCGTGAACACGCCCTGGCCTGGAAAGTGGCTCAGGATCCGCGCGTGCAGAAGGTCTTTGTCGCACCGGGCAATGCCGGCACCGCCATCGAAGCCAAGTGCGAAAACGTTGCCATCGACGTGCTGGCCCTGGAGCAACTGGCCGACTTCGCCGAGAAGAACGTCTCGCTGACTATCGTCGGCCCGGAAGTGCCGCTGGTCGCTGGCGTGGTCGACCAGTTCCGCTCTCGCGGCCTGGACTGCTTCGGCCCGACCGCCGGGGCCGCGCAGCTGGAAGGTTCGAAAGCGTTTACCAAGGATTTCCTGGCGCGTCACAAGATCCCCACCGCCGACTACCAGAACTTCACCGAAATCGAACCGGCACTGGCTTACCTGCGCGAAAAAGGCGCACCGATCGTGATCAAGGCCGACGGCCTGGCCGCCGGCAAAGGCGTGATCGTTGCCATGACCCTGGCCGAAGCCGAAGATGCCGTGCGTGACATGCTCGCCGGCAACGCCTTTGGTGACGCCGGATCGCGGGTTGTCATCGAAGAATTCCTCGATGGCGAGGAAGCCAGTTTCATCGTCATGGTCGACGGCAAGAATGTCTTGCCGATGGCCACCAGCCAGGACCACAAACGTGTCGGCGACGGCGACAGCGGCCCGAACACCGGCGGCATGGGCGCCTACTCCCCCGCCCCGGTAGTCACCGCCGAGGTACACCAGCGCGTGATGGACCAGGTGATCTGGCCGACCGTGCGCGGCATGGCCAAGGAAGGCAACGTCTACACCGGTTTCCTTTACGCTGGCCTGATGATCGACAAGGCAGGCAACCCGAAAGTCATCGAATTCAACTGCCGTTTCGGCGATCCTGAGACCCAGCCGGTGATGCTGCGCCTGCAATCGAGCCTGGTGCTGCTGGTCGAAGCGGCCCTGGCCCAGGCGCTGGACAAGGTTGAAGCCCAATGGGATCCGCGTCCAAGCGTTGGCGTGGTGTTGGCGGCGGGTGGATATCCAGGCGACTATGCCAAGGGCAGCGCCATCAAAGGCCTGGACGCCGCCGCGCAATTGGAAGGCAAGGTGTTCCACGCTGGCACGGCACTGAAGGATGGACAGGTGGTCACCGCCGGTGGTCGCGTGCTTTGCGCCACGGCCATGGGCGCCAGTGTCGATGCGGCCCAGCAGCAGGCCTACCGGCTTGCCGCGCAGATTGATTGGGAAGGTTGCTTCTACCGCAACGACATTGGCTACCGAGCCATTGCCCGTGAGAGTGGCGAAAACCAGGAATAA MNVLIIGSGGREHALAWKVAQDPRVQKVFVAPGNAGTAIEAKCENVAIDVLALEQLADFAEKNVSLTIVGPEVPLVAGVVDQFRSRGLDCFGPTAGAAQLEGSKAFTKDFLARHKIPTADYQNFTEIEPALAYLREKGAPIVIKADGLAAGKGVIVAMTLAEAEDAVRDMLAGNAFGDAGSRVVIEEFLDGEEASFIVMVDGKNVLPMATSQDHKRVGDGDSGPNTGGMGAYSPAPVVTAEVHQRVMDQVIWPTVRGMAKEGNVYTGFLYAGLMIDKAGNPKVIEFNCRFGDPETQPVMLRLQSSLVLLVEAALAQALDKVEAQWDPRPSVGVVLAAGGYPGDYAKGSAIKGLDAAAQLEGKVFHAGTALKDGQVVTAGGRVLCATAMGASVDAAQQQAYRLAAQIDWEGCFYRNDIGYRAIARESGENQE PGPT0021575_958 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945 NA NA D1-35_04990 1608 purH COG0138 Bifunctional purine biosynthesis protein PurH ATGACCGACCAGACCATCCGCCTGCCGATCCGCCGCGCCTTGATCAGCGTCTCCGACAAGACCGGGATCCTTGAATTCGCCCGCGAGCTGCAACAGCTGGGCGTCGAGATTCTCTCGACCGGCGGGACCTTCAAGTTGCTGCAGGACAACGGCGTCGCCGCGGTGGAAGTTGCGGACTACACCGGCTTCGCGGAAATGATGGACGGTCGGGTCAAGACCTTGCACCCGAAGATCCACGGAGGGATCCTCGGTCGTCGCGGCATCGATGACGCCATCATGAACGAACACGGCATCAAGCCGATCGATCTGGTGGCGGTCAACCTTTACCCGTTCGAAGCAACCATCAACAAGCCCGGCTGCGACCTGCCGACCGCCATCGAGAACATCGACATCGGTGGCCCGACCATGGTCCGCTCGGCGGCCAAGAACCATAAGGACGTGGCCATTGTCGTCAATGCCAGCGACTACGCCGGCGTCCTGGAAAACCTCAAGGCCGGTGGTTTGACGTACGCCCAGCGCTTCGATCTGATGCTCAAGGCCTTCGAACACACCGCCGCCTACGATGGCATGATCGCCAACTACATGGGCACCGTGAACCAGGCGGCCGAGACCCTGAGCACCGAAGGCCGCAGCGAATTCCCGCGCACCTTCAACACCCAGTTCGTCAAGGCCCAGGAAATGCGCTACGGCGAGAACCCGCACCAGAGCGCGGCGTTCTACGTGGAAGCCAAGCCAGCCGAAGTCGGCATCGCCACCGCGACCCAATTGCAGGGCAAGGAACTGTCGTTCAACAACGTGGCCGACACCGACGCCGCGCTGGAATGCGTGAAAAGCTTCGTCAAGCCAGCCTGCGTGATCGTCAAGCACGCCAACCCATGCGGCGTCGCGGTAAGCCCGGACGCCGAGGGCGGCATCCGCCAGGCCTACGAACTGGCCTACGCCACCGATACCGAGTCGGCCTTCGGCGGCATCATCGCCTTCAACCGCGAGCTGGACGCCGAGACCGCCAAGGCCATCGTCGAGCGCCAGTTCGTCGAAGTGATCATTGCCCCTTCCGTCAGCGAAGAAGCCCGCGCCATTGTTGCCGCCAAGGCCAACGTTCGCCTGCTGGCCTGTGGTCAGTGGTCGGCCGACCGCGCGCCGGCCTGGGACTACAAGCGCGTCAATGGCGGCCTGCTGGTCCAGAGCCGCGATATCGGCATGATCGGCAGCGAGGACCTCAAGGTCGTGACCCAGCGCGCGCCGAGCGAGCAGGAAATCAACGACCTTATCTTCGCCTGGAAAGTCGCCAAGTACGTCAAGTCCAACGCCATCGTCTACGCCAAGAACCGCCAGACCATCGGTGTCGGCGCCGGCCAGATGAGCCGCGTCAACTCGGCCCGCATCGCTGCGATCAAGGCTGAGCACGCCGGTTTGCAGGTTCAGGGCGCCGTCATGGCCTCCGATGCGTTCTTCCCGTTTCGCGATGGCATCGACAACGCGGCCAAGGTCGGCATCACGGCGGTGATCCAGCCGGGTGGTTCGATGCGTGACGCTGAAGTGATTGCCGCGGCTGATGAAGCCGGGATCGCGATGGTCTTCACGGGCATGCGCCACTTCCGTCACTAA MTDQTIRLPIRRALISVSDKTGILEFARELQQLGVEILSTGGTFKLLQDNGVAAVEVADYTGFAEMMDGRVKTLHPKIHGGILGRRGIDDAIMNEHGIKPIDLVAVNLYPFEATINKPGCDLPTAIENIDIGGPTMVRSAAKNHKDVAIVVNASDYAGVLENLKAGGLTYAQRFDLMLKAFEHTAAYDGMIANYMGTVNQAAETLSTEGRSEFPRTFNTQFVKAQEMRYGENPHQSAAFYVEAKPAEVGIATATQLQGKELSFNNVADTDAALECVKSFVKPACVIVKHANPCGVAVSPDAEGGIRQAYELAYATDTESAFGGIIAFNRELDAETAKAIVERQFVEVIIAPSVSEEARAIVAAKANVRLLACGQWSADRAPAWDYKRVNGGLLVQSRDIGMIGSEDLKVVTQRAPSEQEINDLIFAWKVAKYVKSNAIVYAKNRQTIGVGAGQMSRVNSARIAAIKAEHAGLQVQGAVMASDAFFPFRDGIDNAAKVGITAVIQPGGSMRDAEVIAAADEAGIAMVFTGMRHFRH PGPT0008110_1088 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602 NA NA D1-35_04991 321 fis DNA-binding protein Fis ATGACGATGATGACCGAGACTTTAGTGAGTGGAATAACACCCGTGAGCGACAACGTGAATTTGAAACAGCACCTCAACACGCCCAGCGAAGAAGGCCAGACCCTTCGCGGGAGCGTCGAGAAGGCGCTGCACAATTATTTCGCCCACCTTGAGGGCGCTGCCGTCACGGATGTGTACAACCTGGTGCTTTCCGAAGTCGAGGCACCGCTGCTCGAGAGCGTGATGAACTACGTCAAGGGCAACCAGACCAAGGCCAGTGAGCTGCTGGGCCTGAACCGCGGCACCCTGCGCAAGAAACTCAAGCAGTACGATCTGCTGTAA MTMMTETLVSGITPVSDNVNLKQHLNTPSEEGQTLRGSVEKALHNYFAHLEGAAVTDVYNLVLSEVEAPLLESVMNYVKGNQTKASELLGLNRGTLRKKLKQYDLL PGPT0025570_79 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI1|AI-2|CAI-1_PERCEPTION|SIGNALLING,PGPT0025570-fis-K03557 NA NA D1-35_04992 1008 dusB COG0042 tRNA-dihydrouridine synthase B ATGTCGGCGGTACGCATCGGCCCATATACATTGCAGAACGGTCTGGTCCTCGCCCCGATGGCGGGCGTTACCGATCAGCCCTTTCGTCAGTTGTGCAAACGATTGGGCGCCGGTCTCGTGGTCTCGGAAATGGTCACCAGCGACATGAGTCTGTGGAACACCCGCAAATCGCGTCTGCGCATGATCCACGAAGGCGATCCCGAGCCCCGCTCGGTACAGATCGCCGGTGGCGACGCACAGATGCTGGCGGAGGCGGCCCGGGCGAATGTCGAGCTGGGGGCGCAGATCATTGACATCAACATGGGCTGCCCGGCGAAGAAGGTCTGTAACAAGGCCGCAGGCTCGGCGCTGTTGAAGGATGAAGCACTGGTCACCGAGATCCTGCAGGCAGTTGTCGCCGCAGTCGATGTGCCGGTGACCCTGAAGATCCGCACCGGCTGGGACCGGGACAACAAGAACGGCCTGACGGTGGCGAAGATCGCCGAACAGGCAGGTATCACGGCGCTGGCGGTGCATGGCCGCACCCGTGCCGACCTGTACACCGGCGAAGCCGAGTACGACACCATTGCCGCGATCAAGCAGGCGGTGTCCATTCCGGTGTTTGCCAACGGCGATGTCGATTCGCCCGAAAAGGCCCGGTACGTGCTGGACGCGACCGGTGCCGACGGCCTGTTGATCGGCCGGGCCGCCCAGGGGCGGCCATGGATTTTTCGTGAGATCGAACATTTCCTGCGCACCGGCGAAAAGCTCGCTGCGCCGCAATTGTCCGAGGTGGAACGTATTCTGCTAGAGCATCTGGCCGCGCTGCACGCCTTCTATGGCGAAGTCATGGGCGTACGCATCGCTCGCAAGCATGTGGGCTGGTATCTCGCAACCCTGCCGGGCGCCAGGGAGTTTCGCGCCCGTTTCAATCGTTTGGATGGTACGCAAGCACAATGCGCCGACGTTCAGGCGTTTTTCGCCGAACGTTACAAGAGCCTGACAGGGGACGAAGGGGTGGCCGCATGA MSAVRIGPYTLQNGLVLAPMAGVTDQPFRQLCKRLGAGLVVSEMVTSDMSLWNTRKSRLRMIHEGDPEPRSVQIAGGDAQMLAEAARANVELGAQIIDINMGCPAKKVCNKAAGSALLKDEALVTEILQAVVAAVDVPVTLKIRTGWDRDNKNGLTVAKIAEQAGITALAVHGRTRADLYTGEAEYDTIAAIKQAVSIPVFANGDVDSPEKARYVLDATGADGLLIGRAAQGRPWIFREIEHFLRTGEKLAAPQLSEVERILLEHLAALHAFYGEVMGVRIARKHVGWYLATLPGAREFRARFNRLDGTQAQCADVQAFFAERYKSLTGDEGVAA PGPT0001030_1 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 D1-35_04993 1230 hypothetical protein ATGACCGACAGCTTCGTCACCCAGTGCCCGCATTGCCACACCAGTTTTCGTGTCAGCCATGCTCAATTGAGCGTGGCACGCGGGGTGGTTCGCTGCGGCTCGTGCCTGCAGGTGTTCAACGCCGCGCGACAATTGCTCGAGCAGCGCACGGCCAAGACCGTTGCGCCCCCACTCGCGCCGCTCGCCGCACCAGCCGTCGATACACCGCCGCCCCGCGCCATCAGCCAGAAACAATGGAGCGCCGCCGAGCTCGACCTCGATGACCTGGACAAGGAGCTGGCGCGTCTGGAGCGCCTCGAAAAGCGCGCCCCGGACAGCTTTGGCCGGCGTCGCGAAGACAACCTGAGCGCCCAGCGCGAGCAGCTTCCGCAGGAGCAGGAAGCCTGGTCCGACAGCCTCTACAGCGAAGCCCCCGACGAGCGCGCCGAAGGCGCTCTGCAAATGCCGGTCGAGCCGTTCGAGCCTCATGAGCCCGCCCGGCCGCCACGGACCGAACCTTCCTTGTCCCTGGCCCTTGAGCCCCTGGAGCCGGACGACGAACCCGTCGCCCCGCTCAGCCTCACGCCGGACGACGAGCCGCACGAACACCTTGAGCGCCTGTCCGCCACCGACGACCTGGATGACGAGCCGGAGCCTGCGGCAACGCCGCGCAAGAAGCGCGAGCGCCATGAGCCGGGGATACGCGCCGAAGCCCTGCAGGACCTGGACGATGATCCATTGCAACTGGACTGGCGCAAACGCCGCTCGCCCTGGGGCCGTCGCCTGCTCTGGAGCCTGTTGATATTGCTCGGCGCGGCAGCGCTGGCCGGCCAGTACATCGCCTACCATTTCGAAGAACTGGCCCGCCAGGACCAGTACCGTCCGTGGTTCCTGCAAATCTGCCCGGTCATTGGCTGCGATGTCCCGTCCAAGGTCGACATCGCCAAGATCAAGAGCAGCAACCTGGTGGTGCGCAGCCATCCGGAATTCAGCGGCGCCCTGGTGGTGGATGCGATCATCTACAATCGCGCGCCCTTCTCCCAGCCGTTCCCGCTGCTGGAGCTGCGTTTTGCCGACCTCAACGGTCACCTGATCGCCAGCCGTCGCTTCAAGCCAGGCGAGTACCTGGGCGGCGATCTCGAAGGCCGGGGGGAAATGCCGCCGCAGACGCCGATCCATATCGCCTTGGATATCCTCGATCCGGGGCCGAAAGCGGTGAACTACAGCCTGAGCTTTCATTCACCCGAATGA MTDSFVTQCPHCHTSFRVSHAQLSVARGVVRCGSCLQVFNAARQLLEQRTAKTVAPPLAPLAAPAVDTPPPRAISQKQWSAAELDLDDLDKELARLERLEKRAPDSFGRRREDNLSAQREQLPQEQEAWSDSLYSEAPDERAEGALQMPVEPFEPHEPARPPRTEPSLSLALEPLEPDDEPVAPLSLTPDDEPHEHLERLSATDDLDDEPEPAATPRKKRERHEPGIRAEALQDLDDDPLQLDWRKRRSPWGRRLLWSLLILLGAAALAGQYIAYHFEELARQDQYRPWFLQICPVIGCDVPSKVDIAKIKSSNLVVRSHPEFSGALVVDAIIYNRAPFSQPFPLLELRFADLNGHLIASRRFKPGEYLGGDLEGRGEMPPQTPIHIALDILDPGPKAVNYSLSFHSPE NA NA NA NA NA D1-35_04994 879 prmA COG2264 Ribosomal protein L11 methyltransferase ATGCCTTGGCTGCAAGTACGTCTGGCCATCAGCCCGGAACAAGCCGAAACCTATGAAGACGCCTTTCTTGAAGTTGGCGCCGTTTCGGTCACCTTCATGGATGCCGAGGACCAGCCGATCTTCGAGCCGGAACTCAACACTACCCCGCTGTGGTCTCACACCCACCTGCTGGCCCTGTTCGAGGGTGGCACCGAAGCCACCAGCGTGCTTGCTCACCTGGAGCTGCTGACCGGCGGCCCGCTACCCGAGCACCACAGCGAAGTGATCGAGGACCAGGATTGGGAACGCAGCTGGATGGACAACTTCCAGCCGATGCGCTTCGGCCAGCGCTTGTGGATCGTGCCGAGCTGGCATGCCGCACCGGAGCCGGACGCGGTCAACCTGCTGCTGGACCCGGGCCTGGCGTTCGGCACCGGCACCCACCCGACTACCGCGCTGTGCCTGGAGTGGCTCGACGGCCAGGACCTGAAGGACTGCCACGTACTGGACTTCGGCTGCGGTTCGGGGATCCTGGCTATTGCCGCGCTGCTGCTGGGCGCCAAGGAAGCGGTCGGCACCGACATCGATGTCCAGGCCCTGGAAGCGTCCCGCGACAACGCCGGACGCAACAACATTGCCGAAGCACTTTTCCCGCTGTATCTGCCCCAAGACCTGCCCCAAGTACAGGCCGACGTACTGGTAGCCAACATCCTCGCCGGCCCGCTGGTGTCGCTGGCACCGCAGCTGTCCAGCCTGGTCAAGCCGGGCGGACGCCTGGCGCTGTCGGGCATCCTGGCGGAACAGGGCGAAGAAGTCGCCGCCGCCTACGCCGGGGATTTCGACCTGGACCCGATTGCCAATCGCGATGGCTGGGTGCGCATCACTGGACGTCGGCGCTAG MPWLQVRLAISPEQAETYEDAFLEVGAVSVTFMDAEDQPIFEPELNTTPLWSHTHLLALFEGGTEATSVLAHLELLTGGPLPEHHSEVIEDQDWERSWMDNFQPMRFGQRLWIVPSWHAAPEPDAVNLLLDPGLAFGTGTHPTTALCLEWLDGQDLKDCHVLDFGCGSGILAIAALLLGAKEAVGTDIDVQALEASRDNAGRNNIAEALFPLYLPQDLPQVQADVLVANILAGPLVSLAPQLSSLVKPGGRLALSGILAEQGEEVAAAYAGDFDLDPIANRDGWVRITGRRR NA NA NA NA NA D1-35_04995 1359 accC COG0439 Biotin carboxylase ATGACTGCGAAGTTGGAAAAAGTTCTGATCGCTAACCGCGGTGAGATCGCCCTGCGGATTCTGCGTGCCTGCAAAGAGATGGGCATCAAGACCGTCGCCGTTTACTCCAAGGCCGACAAAGAACTGATGCACCTGGGCCTGGCGGATGAATCCGTCTGCATCGGTCCGGCGTCGGCTGCGCACTCCTACCTGCACATCCCGGCGATCATCGCCGCCGCCGAAGTGACCGGCGCTACCGCCATTCACCCTGGCTACGGTTTCCTCGCGGAAAACGCCGACTTCGCCGAACAGGTGGAAAACTCCGGTTTTGCCTTCATCGGCCCAAAAGCCGAAACCATTCGCCTGATGGGCGACAAGGTCTCGGCCAAGCACGCCATGATCGCTGCCGGCGTGCCAACCGTTCCGGGCTCCGACGGCCCGCTGCCTGAAGACGAAGAAACCGCTCTGCGCATCGGTCGCGAAGTCGGCTATCCGGTGATCATCAAGGCCGCTGGCGGCGGTGGTGGTCGCGGCATGCGTGTGGTGCACAAGGAAGAAGACCTGATTTCCTCGGCAAAACTGACCCGCTCCGAAGCAGGCGCGGCGTTCGGCAACCCGATGGTCTATCTGGAAAAATTCCTCACCAACCCACGTCACGTCGAGGTCCAGGTACTGTCCGACGGCCAAGGCCAGGCGATTCATCTCGGCGACCGCGATTGCTCGCTGCAGCGTCGTCACCAGAAGGTCCTCGAAGAAGCGCCGGCACCAGGCATCGACGAGCAGGCTCGCCAGGAAGTCCTGGCCCGCTGCGTCAAGGCCTGCATCGATATCGGTTACCGCGGCGCGGGTACTTTCGAGTTCCTGTATGAGAACGGTCGTTTCTACTTCATCGAAATGAACACCCGCGTTCAGGTGGAGCATCCGGTTTCGGAAATGGTCACCGGCATCGACATCGTCAAGGAGATGCTCAGCATCGCCGCTGGCAACAAGCTGTCGTTCACTCAGGATGACGTGGTCATCCGCGGTCACGCGCTGGAATGCCGGATCAATGCCGAAGACCCGAAAACCTTCATGCCAAGCCCTGGCACGGTCAAGCATTTCCATGCCCCGGGCGGCAACGGCGTTCGCGTCGATTCGCACCTGTACAGCGGTTATGCCGTTCCGCCGAACTACGACTCGTTGATCGGCAAACTGATCACTTACGGGGCAACCCGCGACGAAGCCATGGCGCGCATGCGCAATGCGCTGGACGAGATCGTGGTGGACGGGATCAAGACCAACATCCCGCTGCACCGCGACCTCACCCGCGACGAAGGCTTCTGCAAAGGGGGCGTGAACATTCACTACCTCGAGCACAAGCTGGCTGGCGAGAAGCACTAA MTAKLEKVLIANRGEIALRILRACKEMGIKTVAVYSKADKELMHLGLADESVCIGPASAAHSYLHIPAIIAAAEVTGATAIHPGYGFLAENADFAEQVENSGFAFIGPKAETIRLMGDKVSAKHAMIAAGVPTVPGSDGPLPEDEETALRIGREVGYPVIIKAAGGGGGRGMRVVHKEEDLISSAKLTRSEAGAAFGNPMVYLEKFLTNPRHVEVQVLSDGQGQAIHLGDRDCSLQRRHQKVLEEAPAPGIDEQARQEVLARCVKACIDIGYRGAGTFEFLYENGRFYFIEMNTRVQVEHPVSEMVTGIDIVKEMLSIAAGNKLSFTQDDVVIRGHALECRINAEDPKTFMPSPGTVKHFHAPGGNGVRVDSHLYSGYAVPPNYDSLIGKLITYGATRDEAMARMRNALDEIVVDGIKTNIPLHRDLTRDEGFCKGGVNIHYLEHKLAGEKH PGPT0001705_1648 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 D1-35_04996 465 accB COG0511 Biotin carboxyl carrier protein of acetyl-CoA carboxylase ATGGATATCCGTAAAGTTAAGAAACTGATCGAATTGCTGGAAGAGTCCGGCATCGACGAGCTCGAGATCAAGGAAGGCGAAGAGTCCGTACGCATCAGCCGCCACAGCAAGACCCCGGCCCAGCAGTTCTATGCACCGGCACCGATGCAAGCGCCAGCCGCTGCACCTGCTCCGGCAGCTGCGCCAGTTGCCGCCGCGGCACCTGCCGCACCGGCCGCGCCGACGCTGAACGGCACTGTTGCTCGCTCGCCGATGGTGGGCACGTTCTATCGCAAGTCTTCCCCGAGCTCGCCGTCCTTCGTTGAAGTTGGCCAGACCGTGAAGAAAGGCGACACCCTGTGCATCGTCGAAGCCATGAAGATGATGAACCACATCGAAGCTGAAACCAGCGGTGTGATCGAGTCCATCCTCGTCGAAGACGGCCAGCCGGTTGAGTACGACCAACCGCTGTTCACCATCGTTTGA MDIRKVKKLIELLEESGIDELEIKEGEESVRISRHSKTPAQQFYAPAPMQAPAAAPAPAAAPVAAAAPAAPAAPTLNGTVARSPMVGTFYRKSSPSSPSFVEVGQTVKKGDTLCIVEAMKMMNHIEAETSGVIESILVEDGQPVEYDQPLFTIV PGPT0001700_2670 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 D1-35_04997 453 aroQ1 COG0757 3-dehydroquinate dehydratase 1 ATGGCGACCCTTCTGGTCCTGCACGGACCCAACCTGAACCTGCTGGGCACCCGTGAACCGGGCGTCTATGGCGCCGTGACACTGGCCCAGATCAACCAGGACCTGGAGCAACAGGCTCGTAGCGCCGGCCATCATTTGCTCTACCTGCAAAGCAATGCCGAATATGAATTGATCGACCGCATCCATGCCGCGCGCGGCGAAGGCGTGGATTTCATTCTGATCAATCCCGCGGCTTTTACACATACGAGCGTCGCATTACGTGACGCGCTGCTGGCAGTGAGCATCCCATTCATCGAAGTGCATTTGTCCAACGTGCACAAACGCGAACCTTTCCGCCATCACTCCTACTTCTCCGATGTAGCAGTAGGCGTGATCTGCGGCCTTGGCGCCAGCGGTTACCGACTGGCCCTGGAGGCCGCTCTAGAGCAGCTTGAAAAACAGGCAACAGCTTGA MATLLVLHGPNLNLLGTREPGVYGAVTLAQINQDLEQQARSAGHHLLYLQSNAEYELIDRIHAARGEGVDFILINPAAFTHTSVALRDALLAVSIPFIEVHLSNVHKREPFRHHSYFSDVAVGVICGLGASGYRLALEAALEQLEKQATA PGPT0012905_1228 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012905-aroQ|qutE-K03786 NA NA D1-35_04998 453 hypothetical protein ATGCCAAATTCAGAAACTACTAAAAAACCTGCCCTTCTCGCTGTCTTGTGCACAGTGCTTGCCCTCGCGCTGGCTTACACCAGTTGGACGTGTTTTTTCCGTCCAAATACGCCTGAGTTGACAGAGGTCGTATTACGAAAACCTTTGTCTCAGGATGCATTTATCTACGGCGTAAAGGATGAGCGTGGCGGAGCGACGGTTCCTTTCAGTTACCGCTACTACGTCTATCGGACCCTGGCAGCGGACGGTGACATACTTTCCGAACTGAAAACCGCGACGCCATTTCTTGTCACTCGGGATGATTCGGTAACCATAGACACTCAGGAACAGACGATTACGGTATTGGTTGACAAGGAGATCTACGCCTACCACAGCAATACCCTCTACCGAAACGCCGATGGCGAAGACTACACGGCGGTGAGTATTTATTTGCATTCTGGTCCAGCTGAGTAA MPNSETTKKPALLAVLCTVLALALAYTSWTCFFRPNTPELTEVVLRKPLSQDAFIYGVKDERGGATVPFSYRYYVYRTLAADGDILSELKTATPFLVTRDDSVTIDTQEQTITVLVDKEIYAYHSNTLYRNADGEDYTAVSIYLHSGPAE NA NA NA NA NA D1-35_04999 1947 ctpL Methyl-accepting chemotaxis protein CtpL ATGCGCCTGAAGCTGCTGACCAACCTCAACACTGTTCTTTTAGTTGCCGTATGCCTTGGCCTCGGCGCCACCCTGTGGTGGTCGCAGATTGCCTTGGAGCGTCCTTATCTGCTGATGGAACGCTACCTGGGCCTGTCGCGGCAGTTCCAGGGCGAAGTGGCGCGCAACATCGAAGATTACCTGGCCAGCGGCGACGCCTTGCGCCTCAGCGCAGCCACCCAGGCCCTGGAAACCCTGCAAAAAGATCTGGACCAGTTCCCGCCGGACCTGGCCAGGACGCTAAGCCCGAGCCTGTCGAACCTTGACGGTTTCAGCAAGACCGACCTGCTGGCCGCCGGCAAACTGGCGGCTGATCCACAGGCCCTGTTGTTGCAGGCTGAACGTGAGCTGAGCGCCAGCCTGGACCAACTTGCCCAGTACGCCAACGGCGCGCCGGCTTATCTGCCGCCGCTGTTTGCTGCCTCACAGCATTTGGGCCGGTTATCACTCGCCCGGGACAAACTGGTCAGCAGCGGCCGCAGTGAACTGGCCGCCGATGTCGAACGGGAACTGGCCAACGTCCGCACCCAGGCCCAGCAACTGAACAGTCTGCCGCTGCTCGGCGTCACCGCCAGCAACGAATCGGGCAGCGATGACTTCGCCGCGCTGATGGGTCTGGAAACCGAGGAAAAGGCCGCCGCCGAAGACGCCGGGATTGCCCTCAAGCGCGAACTCAACAGCCTGCTCGGGCGTTATCCCGCGGAACTGGCGCGCACGCGCGAACTGATCCAGAAACGCACCGAGCTGGCCGATGCCACGCACTTGAAAACCACCGATGTGCAACAGGCAATCGACGCCATGGAGCCTGCGGTCCGTGCCCAACATGGGCAGATCCAGGGCGAAGTACGGGTCATCCAAGGGGTGATGATCGGCCTGATTCTGCTGATCGCCCTTCTTATCGATACCTTGCAGCGACGCCTGGCCCGGACCTTGACCCGCCTGGCGCCGGCCCTTTCCACTTGGGCCGAAGGCGATTTCAGTGGCGATATCCGTGTCGGCGCCAGCAACCGTGAATTGCAGGACATCGAAGCCTCGCTCAATCGCCTGCGCGCCTATCTGGTGGATCTGGTCGGTACCATCCGCCTGAACGCCGAACAGGTGGCCGGCAGCAGCCGGACCCTGGCCGAGCTCAGTGGCGAATTGCATAGCGGTGCCGAAGACCAGGCCGGTGACACGGCATTGATCCGCGACTCCCTCAGTGAGCTCGAAGCGACCATCCAGCAAGTGGCCGGCGATGCCAGCCAGGCCGCGGATGCCAGTCGCAGTGCGGGCCATGCCGTGGAGCAAGGCCAGAAAGTGATCGGCATGAGCCTCGCCGGCTTGCACTCGCTCGTCGGCGAAGTGCAGGGCAATGCGCAAATGATCGAACAGCTGGCTGAGGAGTCGGCGACCATCGGCGGCGTGCTGACCGTCATCCGCTCGATTGCCGACCAGACCAACCTGTTGGCCCTCAACGCCGCCATCGAAGCCGCCCGCGCCGGGGAAATGGGCCGCGGCTTTGCGGTTGTGGCCGAGGAGGTCCGCTCCCTGGCTCAACGCACCGCAGGCGCCACGGCCGAGATCCAGGCGCTGATTGCCCGTTTGCAGCAGGCTGCACGCCAGTCCGTGGAAGGCATGCGCGCCCAGGTCGAACACGCCGAAGCCACCGCCAGCCAGGCCCAGGCGGCCGATGGTGCACTGGATAAAATCGTCGAGGCGATCCAGACCATCGCCGATACCGCGGTGCGCATCGCCGATGTCACCGCCCAGCAAAGCGGCGCCGTCAGCGAAATCCGCGATCACAGCGAGCGGATCCACCAACTGGGCGGGGATAACCTGCAGCGCATCGGCCAAGGCCGGGAACAGGGCGACAACCTGCTGCTCCTGGGCGGGCGCTTGCACACGGCGGTGCAGGCGTTCCGGGTGTGA MRLKLLTNLNTVLLVAVCLGLGATLWWSQIALERPYLLMERYLGLSRQFQGEVARNIEDYLASGDALRLSAATQALETLQKDLDQFPPDLARTLSPSLSNLDGFSKTDLLAAGKLAADPQALLLQAERELSASLDQLAQYANGAPAYLPPLFAASQHLGRLSLARDKLVSSGRSELAADVERELANVRTQAQQLNSLPLLGVTASNESGSDDFAALMGLETEEKAAAEDAGIALKRELNSLLGRYPAELARTRELIQKRTELADATHLKTTDVQQAIDAMEPAVRAQHGQIQGEVRVIQGVMIGLILLIALLIDTLQRRLARTLTRLAPALSTWAEGDFSGDIRVGASNRELQDIEASLNRLRAYLVDLVGTIRLNAEQVAGSSRTLAELSGELHSGAEDQAGDTALIRDSLSELEATIQQVAGDASQAADASRSAGHAVEQGQKVIGMSLAGLHSLVGEVQGNAQMIEQLAEESATIGGVLTVIRSIADQTNLLALNAAIEAARAGEMGRGFAVVAEEVRSLAQRTAGATAEIQALIARLQQAARQSVEGMRAQVEHAEATASQAQAADGALDKIVEAIQTIADTAVRIADVTAQQSGAVSEIRDHSERIHQLGGDNLQRIGQGREQGDNLLLLGGRLHTAVQAFRV NA NA NA NA NA D1-35_05000 1671 rssB_2 Regulator of RpoS ATGACCGAGCCAGAAGACCCCAGCCGCGAGCGCCTCAAGCACCACTTTGCCCAGCGGGTAATTCATCAGGCTCGCCAGATCCTGGAGATATGGCAGCGCCTGCAACGCAGCGAATGGTCCAGTACCGACCTGTCGGAGCTCAGTGAAGCCAATCTGCGCCTGCTGCGCTTTGCCGAGCGTTTCGAGCAACCTGAGCATTGCCAGCTTGCCCAAGGTATCGGCCAGTCGTTGCAAGCGGTAGATGCCAATCGCGGGCGCCTGAGCAGCCAGCTGATCACCGAGATCAACCGCTTGATGCAACGCCTGTCCCGCACCGGCTTGCGCCATGGCGACCAGCTCGAGCAGACCTTCCTGCCACCGCTGCGCAAGCCCATCTACATATTGCTGCAAGACCATGACCGTGCCGAACGGCTGGCCAAGCAACTGGAATTCTTCGGCCTCAGCGCCCAGTCCCTGGACAGCGTCGCGGCATTCCGGGCCGCGATGGTCGAGCGCCTGCCTGCGGCCATTGTCATGGACGTGGATTTCAGCGGCCCGGGCGTGGGCCTGAAGCTGGCTGCCCAAGCCCAGGAAGGCCTGGATCAACCACTGCCGCTATTGTTTTTCAGTTTGCTGGAAACCGATACACCAACGCGGCTGGCCGCCGTGCGCGCCGGCGGGCAGGAGTTTCTCACCGGCACGCTGGAGGCCTCGAGCCTGCTGGAAAAAATCGAAGTGCTGACCTGCGTCGCCCAGTACGAACCCTACAAAGTGTTGATCATCGATGACTCCCGCGCCCAGGCCCTGCACACCGAACGCCTGCTCAACAGCGCCGGCATTGTCACGCGCACGCTGATCGAGCCGATCCAGGCCATGGCCGAGCTGGCGGACTTCCAGCCCGACCTGATCATCCTCGACATGTACATGCCCGCCTGCACCGGTACGGAACTGGCCAAGGTGATCCGCCACAACGACCGCTACGTCAGCGTGCCGATCATTTACCTGTCCGCCGAAGACGACCTGGACAAACAGCTCGACGCCATGAGCGAGGGCGGTGATGACTTCCTGACCAAACCGATCAAGCCCAGGCACCTGATCACCACCGTGCGCAACCGTGCAGCACGGGCCCGCAATCTCAAGGCGCGGATGGTGCGCGACAGCCTCACCGGCCTGTACAACCACACCCATATCCTGCAATTGCTCGAAGACTGCAGCTTCCGCGCCCGCCGTGAGGGCAAGCCCTTGAGCTTCGCCATGCTCGATATCGACCATTTCAAACGGGTCAATGACAGCCACGGCCACCCCATGGGCGACCGGGTGATCAAGAGCCTGGCGCTGTTTCTCAAGCAACGCTTGCGCAAGACCGATTTCATCGGCCGGTACGGCGGCGAAGAGTTCGCTATCGTCATGCCCGACACCGACATTGATGCTGCCTGCACAGTGCTGGACGAAATCCGCCAGCGCTTTGCCGAGATTCACTACCCCGCCCAACCCCAGGACTTGTGGTGCACTTTCAGCGCCGGGGTGGTGGAGATGAGCGAAGAGTCCGACAGCCTGATGATGGCCAGCCAGGCCGACGAGGCGCTGTACCGTGCCAAGCACGCCGGGCGCAATCGGGTGCAGAGCGCCAGGCAATCAAAGCAAAGTGCCACTTTTTCATCGGAATCGACTGATTCGGTCATAAACGTGTAA MTEPEDPSRERLKHHFAQRVIHQARQILEIWQRLQRSEWSSTDLSELSEANLRLLRFAERFEQPEHCQLAQGIGQSLQAVDANRGRLSSQLITEINRLMQRLSRTGLRHGDQLEQTFLPPLRKPIYILLQDHDRAERLAKQLEFFGLSAQSLDSVAAFRAAMVERLPAAIVMDVDFSGPGVGLKLAAQAQEGLDQPLPLLFFSLLETDTPTRLAAVRAGGQEFLTGTLEASSLLEKIEVLTCVAQYEPYKVLIIDDSRAQALHTERLLNSAGIVTRTLIEPIQAMAELADFQPDLIILDMYMPACTGTELAKVIRHNDRYVSVPIIYLSAEDDLDKQLDAMSEGGDDFLTKPIKPRHLITTVRNRAARARNLKARMVRDSLTGLYNHTHILQLLEDCSFRARREGKPLSFAMLDIDHFKRVNDSHGHPMGDRVIKSLALFLKQRLRKTDFIGRYGGEEFAIVMPDTDIDAACTVLDEIRQRFAEIHYPAQPQDLWCTFSAGVVEMSEESDSLMMASQADEALYRAKHAGRNRVQSARQSKQSATFSSESTDSVINV PGPT0015900_1290 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-CELL_FATE_CONTROL PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488 D1-35_05001 1068 hypothetical protein ATGCTGGACTGGAAGAACCGCGCGGGCAGCGCGCCTGAACGCGCCGCCGAACCGAAATCGGACACCCGCAGCTATCTGGGTGGGCTGTTTTTCAGTCGGGCGCTGGCCACGCTCATTGGCCTGTACCTGCTGGTGACTATTGCAGTCGGCTGGTATTGGAGCCAGGAGCCCGAGTTGTTTCCGGTACAGCAGAACGCCCAGGCAGCGGCCGAGAAGGATGGCCGGCAGATGGTGGTCGGCTACACCACCGTGGAAACCCTCAAGACCGTCGCCGGAACCTTGCTGACCAAGCAGGGCGGCTACATTTCCAACGACCGCTTCCCGCCAGGCCTGTGGATGGACAACATGCCCAGTTGGGAATACGGCGTGCTGGTGCAGGTCCGCGACCTGAGCCGTGCCCTGCGCAAGGACTTCGCCCGTTCCCAGTCGCAGTCCGCCGAAGACGCCGACCTGGCCAAGGCCGAGCCGCGCTTCAACTTCGACAACCGCAGTTGGGTGCTGCCGTCCAGCGAATCGGAATACCAGGAAGGCATCAATTCCTTGAGCCGTTATCAGGCGCGCCTGTCCGATCCAAGTCAGAAAAGCGCGTTGTTCTACGCCCGCGCCGACAACCTGAACAACTGGCTGGGGGATGTCGGTACGCGCCTGGGGTCGCTGTCCCAGCGCCTGTCTGCCAGCGTCGGCCGGGTCAAGCTCAACACCTCGCTGAAGACCGAGGTCCCGGCGCCAGGCCAGGTGCCGCAGGTTGACGAAGAGGTGGTCGAGACACCTTGGCTGCAAATCGACAACGTGTTCTACGAGGCTCGTGGTCAAGCCTGGGCGCTGTCTCACTTGTTGCGCGCCATCGAGGTGGATTTCGCAGACGTGCTGGCGAAGAAGAACGCGACGGTCAGCGTGCGGCAGATCATTCGCGAACTGGAGGCTTCACAGGAGCCGATCTGGAGCCCGATGATTCTCAACGGCAGCGGCTTCGGGGTGTTGGCGAACCACTCGCTGGTCATGGCCAACTATATTTCTCGCGCCAATGCGGCGGTGATTGACCTGCGGCAATTGCTCAACCAGGGCTGA MLDWKNRAGSAPERAAEPKSDTRSYLGGLFFSRALATLIGLYLLVTIAVGWYWSQEPELFPVQQNAQAAAEKDGRQMVVGYTTVETLKTVAGTLLTKQGGYISNDRFPPGLWMDNMPSWEYGVLVQVRDLSRALRKDFARSQSQSAEDADLAKAEPRFNFDNRSWVLPSSESEYQEGINSLSRYQARLSDPSQKSALFYARADNLNNWLGDVGTRLGSLSQRLSASVGRVKLNTSLKTEVPAPGQVPQVDEEVVETPWLQIDNVFYEARGQAWALSHLLRAIEVDFADVLAKKNATVSVRQIIRELEASQEPIWSPMILNGSGFGVLANHSLVMANYISRANAAVIDLRQLLNQG NA NA NA NA NA D1-35_05002 558 yfcD putative Nudix hydrolase YfcD ATGGACGAAAGCACCCGGGAGGACGCTCATCGAGTGGCCTCGGATGCCGAGCTGATCGCTTGGGTCGACGAAGACGACAATCTGCTCGGCAGCCTGGTGCGCTCGGATCTGCGCGAGCGAGGCCTGATCGGACGCGGCACCTACATCATGCTGTTCAATTCGGCGGGCGAGCTGTGCGTTCATCGAAGGACTTTGAGCAAGGCTATCTACCCCGGCTATTGGGATGTCGCGGCAGGGGGAATGGTTCAGGCCCACGAGACGTACGCCGAGTCGGCGGCGCGCGAGCTGGCCGAAGAATTAGGCGTGAGCGGCGTCGAATTGGTCGCCCACGATCATTTCTATTTCGAGGACGCCGGCAGTCGCCTGTGGTGCGCGGCGTTTTCCGCCGTGTGGGACGGGCCGTTGGTCCTGCAACCGGAAGAAGTCCTGGAAGCGCGCTTTCTGCCCGTCGAGCAGGTGCTCGATGAAATACGCCACAAACCGTATTGCCCGGACTCCCTGGCGGCGCTTGGGCGCTATTTGCGCGCCCGTGAGCGCGGTGTCGCAAAGAAGCTGTAA MDESTREDAHRVASDAELIAWVDEDDNLLGSLVRSDLRERGLIGRGTYIMLFNSAGELCVHRRTLSKAIYPGYWDVAAGGMVQAHETYAESAARELAEELGVSGVELVAHDHFYFEDAGSRLWCAAFSAVWDGPLVLQPEEVLEARFLPVEQVLDEIRHKPYCPDSLAALGRYLRARERGVAKKL NA NA NA NA NA D1-35_05003 372 yciH COG0023 putative protein YciH GTGGCCAAAAAAGCCGCATCCTTCGCCGCCCTGGGCGGCCTGGTATTTTCTACCGACGCCGGTCGTCATTGCCCTGATTGCCGCCAGCCGGTGGATGCCTGCATCTGCAAACAGACCGCCATACCCGCCGGAGACGGCATCGCTCGCGTACGCCGCGAAAGCAAAGGCCGAGGTGGCAAGACGGTGACCACGGTCACCGGCGTGCCGCTGGCCGAGGACGCGCTCAAGGAACTGGCAACGACGCTGAAAAAGCGCTGTGGTACCGGCGGCGCGTTGAAGGATGGCGTCATCGAGATCCAGGGCGATCACGTCGAGCTCTTGCTGGCGGAACTCACCCGACACGGTTTCAAGGCAAAGAAGTCCGGCGGCTAG MAKKAASFAALGGLVFSTDAGRHCPDCRQPVDACICKQTAIPAGDGIARVRRESKGRGGKTVTTVTGVPLAEDALKELATTLKKRCGTGGALKDGVIEIQGDHVELLLAELTRHGFKAKKSGG PGPT0015030_218 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015030-yciH-K03113 NA NA D1-35_05004 1914 speA Biosynthetic arginine decarboxylase ATGTCCGTACGACGCACACGAAAAGACGATGGCAGCCAATGGACAGTTGCGGACAGCCGCAGCGTTTATGGGATCCGCCATTGGGGGGCCGGGTATTTCGCGATCAATGAAGCCGGTCGCGTCGAAGTCCGTCCGAACGGCCCCGACAGTTCGCCGATCGATTTGTACGAGCAAGTCGACCAGTTGCGCCAGAGTGGCCTTTCGTTGCCGTTGTTGGTGCGCTTCCCCGATATCCTGCAAGATCGGGTGCGTCAGCTCACCGGCGCGTTCGACAGCAACATTGCACGCCTGGAATACCAGAGCCAGTACACCGCGCTTTACCCGATCAAGGTAAACCAGCAGGAGGCGGTGATCGAAAACATCATCGCCACCCAGAATGTCTCCATCGGCCTGGAAGCCGGTTCCAAGCCCGAGTTGCTGGCAGTGCTGGCCCTGGCGCCAAAGGGCGGGACCATCGTCTGCAATGGCTACAAGGACCGCGAGTTCATCCGCCTGGCGCTGATGGGCCAGAAGCTGGGCCACAATGTCTTCATCGTGATCGAGAAAGAGTCCGAAGTCGGCTTGGTGATCGAAGAGGCTGCGTCGCTCAAGGTCAAGCCGCAGGTCGGTCTGCGGGTGCGCCTGTCGTCCCTGGCATCGAGCAAATGGGCCGATACCGGTGGCGAAAAATCCAAGTTCGGCTTGTCCGCCGCGCAGTTGTTGTCGGTGGTCGAGCGCTTCCGCGGCGCCGGCCTCGACCAGGGCATCCGCCTGCTGCACTTCCACATGGGCTCGCAGATCGCCAACCTGGCGGACTACCAGCATGGTTTCAAGGAAGCGATTCGTTACTACGGTGAGCTGCGCAACCTCGGCCTGCCGGTGGATCACATCGATGTCGGCGGCGGTCTGGGCGTCGACTACGACGGTACGCACTCGCGCAACGCCAGCTCGATCAACTACGACATGGACGATTACGCCGGGGTCGTGGTGGGGATGCTCAAGGAGTTCTGCGATGCGCAGAGCCTGCCGCACCCGCACATCTTTTCCGAGAGCGGCCGCTCGTTGACCGCCCACCATGCGATGCTGGTGGTCCAGGTCACCGACGTCGAGAAGCACCATGACGATGTGCCGGTGATCGAAAACAAGGAAAGCCTGCCGGAAACCGTGCAATGGCTGGTGGACCTGCTGGGCCCGACCGATATCGAGATGGTCACCGAGACCTACTGGCGTGCCACCCATTACATGAGCGACGTGGCTGCGCAGTACGCCGATGGCAAGCTGACCCTGGCGGAAAAAGCCCTGGCCGAGCAGTGCTACTTCGCCGTGTGCCGTCGTCTGCACAACTCGCTGAAGGCCCGTCAGCGCTCGCACCGTCAAGTGCTCGATGAGCTCAACGACAAGCTGGCCGACAAGTACATCTGCAACTTCTCGGTGTTCCAGAGTTTGCCGGACACCTGGGCGATCGGCCAGGTGTTGCCGATCCTGCCGTTGCATCGTCTCGATGAAGAGCCACTGCGCCGCGCCGTTCTGCAAGACCTGACCTGCGATTCCGACGGCAAGATCAAGCAATACGTCGATGAGCAGAGCATCGAGACCAGCCTGCCGGTCCATTCGCTCAATCCGGGCGAAGACTATCTGCTGGGCATTTTCCTGGTGGGTGCCTACCAGGAAATCCTCGGTGACATGCACAACCTGTTTGGTGACACCGATTCGGTGAACATCTACCAGAACGCCGACGGCAGCGTGTACCACGCCGGTATCGAAACCCACGACACCATCGAGGACATGTTGCGCTACGTGCACCTGTCGCCGGAGGAGCTGATGACTCACTACCGTGACAAGTGCGCCAGCGCCCGGATCACGGCGGCCGAACGCACCCAGTTCCTGGATGCCCTGCGTCTCGGGTTGACTCGTTCCTCCTACCTGTCTTCCTGA MSVRRTRKDDGSQWTVADSRSVYGIRHWGAGYFAINEAGRVEVRPNGPDSSPIDLYEQVDQLRQSGLSLPLLVRFPDILQDRVRQLTGAFDSNIARLEYQSQYTALYPIKVNQQEAVIENIIATQNVSIGLEAGSKPELLAVLALAPKGGTIVCNGYKDREFIRLALMGQKLGHNVFIVIEKESEVGLVIEEAASLKVKPQVGLRVRLSSLASSKWADTGGEKSKFGLSAAQLLSVVERFRGAGLDQGIRLLHFHMGSQIANLADYQHGFKEAIRYYGELRNLGLPVDHIDVGGGLGVDYDGTHSRNASSINYDMDDYAGVVVGMLKEFCDAQSLPHPHIFSESGRSLTAHHAMLVVQVTDVEKHHDDVPVIENKESLPETVQWLVDLLGPTDIEMVTETYWRATHYMSDVAAQYADGKLTLAEKALAEQCYFAVCRRLHNSLKARQRSHRQVLDELNDKLADKYICNFSVFQSLPDTWAIGQVLPILPLHRLDEEPLRRAVLQDLTCDSDGKIKQYVDEQSIETSLPVHSLNPGEDYLLGIFLVGAYQEILGDMHNLFGDTDSVNIYQNADGSVYHAGIETHDTIEDMLRYVHLSPEELMTHYRDKCASARITAAERTQFLDALRLGLTRSSYLSS PGPT0007770_683 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 D1-35_05005 1323 hypothetical protein ATGTCATGTCCAGCCCGCGAGTCATCATTTCGTCTGGAGATAGCCGGTCTGCCCGAATCCTTTGTTGTCGTGGCCTTCACCGGCAATGAAAACATCAGCGAACCTTTCCTGTTCGAGGTGGAACTGGTGACCAGTGACACGCCGCTGGACCTGGCGGGCCTGCTGTACCGCAGCGTCTGGTTGAGTTTCGGGAGCTGCGGCCGGGGCATTCACGGACAGCTCCACGAAGTTGTGCAGCACCGTCATGGAGGTAATTGCGATGTGCGCATCGAGCCGAAGCTTGCATACCTGGCGCAGCGCTTCAGCCAGCGGGTGTTCAGTGGCCGCTCGGTACCGCAGATCATTCGCCAGGTCTTAAGCGGGCACGGCATCGGCGGGCGCGGGCTGTGCCTGGACTTGAACGGTGATTTTGCGACGCGGGATGTCTGTAGCCAATACCGGGAGTCCGACCTGCAGTTTCTGCAGAGGATATGCGCCGAGTCTGGTATCCGGTTCCATTTTGAGCATGCCCGGGATGGGCACTGCCTGGTTTTCTCCGATGCGCCGGGCAGTGTCTTTTCCGCTGGCGAGGTTATCTACGACGGTGACGGCCAGACTGACGCCGTGCACGCCTTCAGCGTTCAGGCTGGCTCCGAGGGTATCGGCATACTGGCCGCCGAGGGCCAGAGCGATCTGATGCACTTGCACAGCGGCCAGACCCTGACCCTGACCGCTCACCCTTTCAAGGACTGGAACCGGCGCTGGTTATTGACCAGGGTCGAGCATCGTGGCCAGTCAGGTGGATATGCCAACCGGTTCCGAGCCATTCCCTTCGGGCTGTCGTTTGTGGCAGAAAAGGTGCCTGCGAAGCCGGTCATGGTGAGCCGGCAACGCGGATGGGTGGTAGACGTGGATGAGCCTGCAGACCAGGTGCCTGGGCGAGTGGCGGTGCAGTTCGACTGGGTCTATCAAGGGGAAGGGGCCAGCGCCAGCCATTGCTGGCTGCCGTTGGCGCCTGAGCTGGCGGCCTGCGCAGGCGATCGGATTCGTGAGGGCACCGAGGTCCTGGTGAGCTTTATCGAGGGTGACCCGGATCGCCCGCTTATCTGTGCCTTTCTCGGCCCACCGCCCCTCATGGGCACACAGCCAGCGCCAGCCAGTGCGAGTTTGTCAGAAACACCCGGGACGCCTGAAGTCGATGACCACCTGTTGTCTGCAGTGCGCGGTGGCGAGCCGCTGTTCCTGCTGTGCCTGCTGCCCGGCGCAGGGGCGTTCAACCCCTGCGCCCGGGCGGTGTGCATCTGCCGCCTGGTGACGCAACGTGGTACGGGCGCAGCGCCATGA MSCPARESSFRLEIAGLPESFVVVAFTGNENISEPFLFEVELVTSDTPLDLAGLLYRSVWLSFGSCGRGIHGQLHEVVQHRHGGNCDVRIEPKLAYLAQRFSQRVFSGRSVPQIIRQVLSGHGIGGRGLCLDLNGDFATRDVCSQYRESDLQFLQRICAESGIRFHFEHARDGHCLVFSDAPGSVFSAGEVIYDGDGQTDAVHAFSVQAGSEGIGILAAEGQSDLMHLHSGQTLTLTAHPFKDWNRRWLLTRVEHRGQSGGYANRFRAIPFGLSFVAEKVPAKPVMVSRQRGWVVDVDEPADQVPGRVAVQFDWVYQGEGASASHCWLPLAPELAACAGDRIREGTEVLVSFIEGDPDRPLICAFLGPPPLMGTQPAPASASLSETPGTPEVDDHLLSAVRGGEPLFLLCLLPGAGAFNPCARAVCICRLVTQRGTGAAP PGPT0030410_4446 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_05006 798 hypothetical protein ATGAACGCTGCCGCCATGCCTGGGGCCACGCCGCAATGGCTGCTGCTCGACGCGCCGAACGGCCGCGGAGCCGCGCAGCGCCTGCGGGAGCAATTTGCCGAGGCACGGCGCTTTCTTCTGTTCGAAAACACCGATCTTCACGAACTGAGGGACGATGGCCCGCTATTGGTTGATCTGCAGCGATCGCCAGCGCTGGCCAGTCTGTGCCAGCTGGATAGTCAATCCTGGCCGGGGCTACTGATAGTGAGCGCGGCGCCTGCCGAAGTATTGCTGACGCATTTGCGGCGCATGCTGACGGTCACGCTGGGCCTGCACTACAAGGCTTTGTTGAGCTATTACAACCCGCACACCGCGAGTTATTTTTTTGATGGTTGCGACCCTCGGGAACTCAGTTGCTGGCTGGGGCCGATCAGCATTCTGCGCTGGTTCGGAGGCACCTGGGCTGATCGGACCATGGGCTCGGAGGGCTGGCAACAGCTCGCCAATCCTGGCTTGTCGGTGCCGGCTCTGGAGAACGAGCCGGGCCTCAGTGACAGGCAACAAAGCCAGTTGCAGGCGTGTGTATTGGAGCGTCATGTCTGGCGTTGGTCCTGCTCCATTGGGCATGACTACTGGTCGCTCTGGGAATATATGCAGCAAGGGTTGGCGCTGGGGTTCAGCGAACAGAGCGCCCTCGACGGCTGGTTGTGGCTACGCTTGCAATACCCTGATGCTCAGCCAGCGCCGGAGCTGGCTGGCGGCTCGCAACACGAGCGTCTGGAGCAGTTGCGGCGGCTATGGCAAGGCAACCAGGATTGA MNAAAMPGATPQWLLLDAPNGRGAAQRLREQFAEARRFLLFENTDLHELRDDGPLLVDLQRSPALASLCQLDSQSWPGLLIVSAAPAEVLLTHLRRMLTVTLGLHYKALLSYYNPHTASYFFDGCDPRELSCWLGPISILRWFGGTWADRTMGSEGWQQLANPGLSVPALENEPGLSDRQQSQLQACVLERHVWRWSCSIGHDYWSLWEYMQQGLALGFSEQSALDGWLWLRLQYPDAQPAPELAGGSQHERLEQLRRLWQGNQD NA NA NA NA NA D1-35_05007 1350 dinF COG0534 DNA damage-inducible protein F ATGCCCAAGCTGATTACCGACTGGCGCGACCGCCTTACTCATCGCCGGGTCTGGGCGCTGGCTGCGCCGATGATTCTCTCGAACATTTCCGTACCGCTGGTGGCGCTGGTAGACAGCACCGTCATCGGCCATTTGCCCCATGCCCATCAGTTAGGCGCAGTAGCGGTCGGAGCGAGTCTGTATACGGTGCTGGCATGGGCCATGGGTTTCCTGCGCATGGGCACCACCGGGTTCGCCGCCCAGGCGGCCGGGCGTGCCGACGGCGCGGCGTTGCGCCAGGTGTTGTTGCAGGGCCTGCTGCTGGCGATGGGGCTGGCGGTGCTGCTCGGTGCCGTCGGCATTCCCTTGAGCGACGTGGCGCTGCACTTCATGCAACCGTCCGCCGAACTCAACCAGTTGACCCGCGATTTCTTCCACACTCGCCTTTTCGGCTTGCCTGCGGCGCTGGCCAGCTATGCGCTGGTCGGCTGGTTCCTCGGCGCCCAGAACGCCCGCGCGCCGCTGGCGATCCTGCTGGTGACCAACCTGGTGAACATCGCGTTGAACCTCTGGTTCGTGATCGGCCTGGACTGGGGCGTGACCGGTTCGGCCCGGGCGTCGGTCATCGCCGAATGGACGGGCGCGCTGGTAGGCCTGGCCCTGGCGCGCAACACCCTGCGCAACTGGCCTGGGCAGATAGCCTGGGCGGCGCTGGGCTTGTGGCAGAGCTGGCGACCGTTGCTGGCGGTGAACCGGGACATTTTCATCCGCAGCCTGGTGCTGCAATCGGTGTTTTTCCTGATCACGGTGCAAGGCGCGCGTCTGGGCGATGCGACCGTGGCCGCCAATGCCCTGCTGCTCAACGGCCTGCTGCTGACGGCCCACGCCCTGGACGGCCTGGCCCACGCCGTGGAAGCACTGTGCGGCCACGCTATTGGGGCTCGCGACCGCCTGGCCCTGCGCCGTGCGCTGGTCGTTGCCAGCGGCTGGTCACTGATTGCCAGCCTCGGGTTTGCCCTGCTGTTCCTGCTTGCTGGGCATTTGTTCATCGACATGCAGACCGACATCGCCGAAGTGCGGAACACCGCTTACCACTACTTGCCTTATCTGGCGGCGTTACCGTTGATTGCGGTATCGAGCTACCTGCTCGATGGCCTGTTCATCGGCGCCACCCGCGCCCGGGAAATGCGCAACGGCATGCTCCTGACCCTGCTACTGACGTTGCCGTTCGCCTGGGTCCTGCAAGGATTGGGAAATCACGGCCTGTGGATCACTTTCCTGCTGTTCATGGCCTTGCGCAGCCTGACGCTCGGTACCTTCGCCTGGCGTTTGCAACGAGACGACAGCTGGCTCGGTGGCAATGCCCGGTGA MPKLITDWRDRLTHRRVWALAAPMILSNISVPLVALVDSTVIGHLPHAHQLGAVAVGASLYTVLAWAMGFLRMGTTGFAAQAAGRADGAALRQVLLQGLLLAMGLAVLLGAVGIPLSDVALHFMQPSAELNQLTRDFFHTRLFGLPAALASYALVGWFLGAQNARAPLAILLVTNLVNIALNLWFVIGLDWGVTGSARASVIAEWTGALVGLALARNTLRNWPGQIAWAALGLWQSWRPLLAVNRDIFIRSLVLQSVFFLITVQGARLGDATVAANALLLNGLLLTAHALDGLAHAVEALCGHAIGARDRLALRRALVVASGWSLIASLGFALLFLLAGHLFIDMQTDIAEVRNTAYHYLPYLAALPLIAVSSYLLDGLFIGATRAREMRNGMLLTLLLTLPFAWVLQGLGNHGLWITFLLFMALRSLTLGTFAWRLQRDDSWLGGNAR PGPT0029115_8692 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 D1-35_05008 294 hypothetical protein ATGCAGGTAGAAAGCTTTTTCGAATGGCTCGGTCAGGCGCTCGGTTCGGTGATCCGTTTTATCGTCGATCTGCTCAGTGGCCTGTTCAACACCCTGGCCAATGCCGGCGGCAACTTTGTCGAAGGCCTGTCCCGGACGCTGGGAATGGATACTTCAATCATCAGCATCATTGCGCTGATCCTCGGGCTGATGCTGCTGTACTCGGCGATCCGCGCCTTCATGCGGGCGTCGATCGTCATGGGCATCATCTGGCTGGTGCTGGGGTTGTGGCTGTTGAGCTGGATTATTCACTGA MQVESFFEWLGQALGSVIRFIVDLLSGLFNTLANAGGNFVEGLSRTLGMDTSIISIIALILGLMLLYSAIRAFMRASIVMGIIWLVLGLWLLSWIIH NA NA NA NA NA D1-35_05009 306 hypothetical protein ATGAACCTTGTTGAACTGACCGAACGCCTGCATGCCATCCGTGATCGTAACGATTGGCGGCAATTTCACAGCCCGAAAAACCTGGCCATGGCCGCCAGCGTCGAAATGGCTGAATTGGTGGAGATTTTCCAGTGGTTGACCGAGGAGCAGTCACGCCAGTTGCCCGCGGAAAAACTTGCCCACGCCGGGCAGGAAATCGGTGACATCGTCTTGTACCTGTTGCTGTTGTGCAGCGAGCTGGGCCTGGACATGGACGCCGTGGTGCGCAGCAAGTTGGCCGACAGCGAACGGCGGTTCGGCCAATGA MNLVELTERLHAIRDRNDWRQFHSPKNLAMAASVEMAELVEIFQWLTEEQSRQLPAEKLAHAGQEIGDIVLYLLLLCSELGLDMDAVVRSKLADSERRFGQ PGPT0004286_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-LEAD_HOMEOSTASIS,PGPT0004286-bmtA-NA NA NA D1-35_05010 750 cmoM COG0500 tRNA 5-carboxymethoxyuridine methyltransferase ATGAGCGATCGCCATTTCGATCAACTCGCCACGCGTTTTGCCGAAAAAATCTATGGAGGAGCCAAGGGGGCGATTCGGCTGGCCGTGCTTCAGGCCGATCTCCTTGAAGCGTTGCCGGATCGCCCCTTGCGAGTGCTGGATATTGGCGCGGGGCTGGGCCACATGTCTCTGTGGCTGGCCGAGCGCGGGCATCAGGTCACCCTGGCCGAACCGGCCGAGCCGATGCTCGAAGGCGCTCGCCAACGCTTTGCCGAGGCGGGCCAGGCCGCAACGTTCATCCAGGCGCCGTGGCAGGATCTGCTCGGCCAGCTCACCGAACCTTACGATCTGGTGCTGTGCCACGCGGTGCTCGAATGGCTGGCCGAGCCCCATGCGATCCTGCCGGTGCTGCATCAGTTGACGGTGCCTGGCGGCTGGTTGTCCCTGGCGTTCTACAACCGCGATGCGCTGGTCTATCGCAACCTGCTCAAGGGGCACTTTCGTAAACTGCGTAAAAACGACATGGCCGGCGAGAAACAGAGCCTGACCCCTCAGCAACCGCTTGATCCACGAGAATTGGCGGCGCAACTTGAAGGCCTGTGGCAGGTCGAAACCCAGAGTGGGGTGCGGGTTTTTCACGACTACATGCCGGTGGAGTTCCAGGGCCGTGCAGAGCTTGCGCAACTGCTGGAGATGGAACTGGCCCACCGTCGCCATCCGGCCTTTGCCGGCTTGGGACGTTATTTGCACTGGGTTTGCCGTCCCCTCTGA MSDRHFDQLATRFAEKIYGGAKGAIRLAVLQADLLEALPDRPLRVLDIGAGLGHMSLWLAERGHQVTLAEPAEPMLEGARQRFAEAGQAATFIQAPWQDLLGQLTEPYDLVLCHAVLEWLAEPHAILPVLHQLTVPGGWLSLAFYNRDALVYRNLLKGHFRKLRKNDMAGEKQSLTPQQPLDPRELAAQLEGLWQVETQSGVRVFHDYMPVEFQGRAELAQLLEMELAHRRHPAFAGLGRYLHWVCRPL PGPT0023655_679 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023655-smtA-K06219 NA NA D1-35_05011 609 hypothetical protein ATGAAAGGTCGTTCAGGGTTAATGGTGTTGTGCCTGGGGCTGGCGGCCTGTCAGGGCAGCAACCCTTATGTCGCGACATCCAGGCCGCTGCCGCCAGCACCACCCGAGGCCGCCACGGTATTCGATCGCAGCGCCTATCCCGCGCCGCCCCGGGATTACGGGCGCTATCGCAGCTGGTCCTGGCTCAACGGCCGACTGCCACCGGGCACGGCCTGGGCGGACTCGGCGCAGGTGGCCGAAGCGGTGAGCAATGCCCTGGACCAGCGCGGCCTGCGCCCGCTGCATGACAATCGGCCGGCGGACCTCTTCGTCAGTGCCGACCTGCGCCTGGAGACCCGCGTACGCCAGGTTCGCGATGATTATGATTCGGGCTACTACGGTGGTTACAACCGATACGGGCCGGGTTATGGCATGTATAACAGCGTCCCCGTGGTACGCACTTACCGGGAGCAGGTCGTGGTGGTTCGGGTTGATCTGTTCGATGCCCGCAACAACCAGCCGGTGTGGAGTGCCAGCGCCGAGACCAGCCAGCGAGGCAGTCAGAGCGAACGTAGCGATGCCATTCGTGAGGCAGTGGAAAAGGCTCTTTCGGCTTATCCTCCCAGTTGA MKGRSGLMVLCLGLAACQGSNPYVATSRPLPPAPPEAATVFDRSAYPAPPRDYGRYRSWSWLNGRLPPGTAWADSAQVAEAVSNALDQRGLRPLHDNRPADLFVSADLRLETRVRQVRDDYDSGYYGGYNRYGPGYGMYNSVPVVRTYREQVVVVRVDLFDARNNQPVWSASAETSQRGSQSERSDAIREAVEKALSAYPPS NA NA NA NA NA D1-35_05012 558 hypothetical protein ATGTTCCGCCGTATCGCCCCATTTGCCCTGGCCTTGTTGCTTGGCGCCTGCACTTCCAATCAGGTCAATCATGACTTCGACACCACCCGCGATTTCGCGGCCTACCGCAGCTGGAGCTGGAAAGAGCCGGCGCTGCAGTACCGTCCGGATGACCCGCGCATCAAGAGCGACCTGACCGAACAGCGGATCCGCCAGGCCATTGCCGATCAGCTTGATCAGCGCGGCTTGCGCCCGGCTCCGTCCGGTACCCGCAGCGATGTGCAGGTCCAGGCCTACCTGATCGTTGAGGACCGTCAGCAACAGGTGACGACAAACTACGGCGGCGGCTGGGGCGGCCCCTGGAATGGCTATTGGGGCGGGCCGATGTATAACGAAACCCGCAACGTCAGCTACAAAGTCGCCACGGTGCAGATCGACCTGCTCGACGGCAAGGACGGCAAGCTGGTGTGGCGCGGTAGCGATGAGCAACTGCTCAGCGAGTCGCCCAACCCTACGGAGCGCAGCACGAAGGTGCGCGAGACGGTGGGGCGGATCCTGTCGAATTATCCACCGCGTTGA MFRRIAPFALALLLGACTSNQVNHDFDTTRDFAAYRSWSWKEPALQYRPDDPRIKSDLTEQRIRQAIADQLDQRGLRPAPSGTRSDVQVQAYLIVEDRQQQVTTNYGGGWGGPWNGYWGGPMYNETRNVSYKVATVQIDLLDGKDGKLVWRGSDEQLLSESPNPTERSTKVRETVGRILSNYPPR NA NA NA NA NA D1-35_05013 855 hypothetical protein ATGACGATCCATTGGCATGAGATACACGCCGCGCAGTCGATGTCCGGGCTGTACGCCAAGGCCGCGACACGCCGCAAGATCACCGGCACTACCTTGCCGGACGTTGGGCTGCGCCAAGTGATCCAGGTTGATCAGCAACGCCTGGCGGCCTATCGCAAGGTCTGCGGTTTTACCGAAAACGGTCTGCTGCCACCGACCTATCCCCATGTGCTGGCGTTCGCCCTGCAAATGCAGCTACTGACGGATCGGGATTTTCCGTTCCCGCTGCTGGGGTTGATCCACCTCAGCAACCGCATCCGCATACTGCGGCCCATGGGCGGGGTCAGCCAGGTGCGCGCCAGCGTCAATGTCGAGAATCTCCAGCCGCACGCCAAGGGCGCGGTGTTCGATCTCGTGACCCGCATTGAAGATCAGTTGGGACCGCTGTGGCAGGCCGAAAGCCAGATGCTGTGCAAAGGCGTCCAGCTTGATGGGGCGCTGGTGGAGGAACCGGCGATTGCCGCCCTTGAGTTGACGGAAGTGGCACATTGGACAGCACCTGCGGACATTGGCCGGCAATACGCCAAGGTGTCCGGCGACTACAATCCGATCCACCTGAGCGCTGCCAGCGCTCGGCTGTTCGGCTTCCCCACCGCCATCGCCCACGGCCTGTGGAACAAGGCCCGGACGTTAGCGGCGCTGGACGACCATTTGCCCGAGGCCAACATCGAGATCGAAGTGAACTTCAGGAAACCGGTGCGCCTGCCCAGCGAGGTGACGCTGCTGGCGAGCGCCGCGGGCTCCAGTGGAAAACTGCGGCTGGTGGGGGCTGGAGAGTTGGAACACATGCTCGGCAGTTGGCAGCCGGTTGCCTGA MTIHWHEIHAAQSMSGLYAKAATRRKITGTTLPDVGLRQVIQVDQQRLAAYRKVCGFTENGLLPPTYPHVLAFALQMQLLTDRDFPFPLLGLIHLSNRIRILRPMGGVSQVRASVNVENLQPHAKGAVFDLVTRIEDQLGPLWQAESQMLCKGVQLDGALVEEPAIAALELTEVAHWTAPADIGRQYAKVSGDYNPIHLSAASARLFGFPTAIAHGLWNKARTLAALDDHLPEANIEIEVNFRKPVRLPSEVTLLASAAGSSGKLRLVGAGELEHMLGSWQPVA NA NA NA NA NA D1-35_05014 1353 hypothetical protein ATGTCAGACCGTTACATAGACTTTGCCAATTCGCCCATTGGCCTGCGTCTGGTTGGCGCTCTCGGCTTGCCATCGCCGGTACGCCTGGAGCGTTGGCAAGCCGGGCGCCTGCGGCCAATCGAGGGTGCCTTGCTGCTGGGCGGCGGGCCGCTGACCGAACAGGTCGGCACATTCGCCAAGCGCCTGACCGACGCCATTTTCATCTACGGTGGCGAACCGACGCTCGCCACCGAATGGATCCCCGGGCACGGCCCGAAAATCAAGGCTGTGGTGTACGACGCCAGCCACCTGGCGCAGGTCGACCAGCTCAAGCAGTTGCGCGAGTTTTTCCAGCCGCTGATGAAAAATCTCGACCACAGCGCTCATGTCGTCATCCTCGGCCGCGCTCCGGAAAACCTCGACGACCCGTTCGCCGCCAGCGCCCAGCGGGCTTTGGAGGGTTTCAGCCGATCCCTGGCCAAAGAGCTGCGCCATGGCGGGACGCTGCAGTTGCTGTACGTCGGCGAAGGCGCCGAAACCCAGCTGGAAGGTGCGCTGCGGTTTTTCCTGTCGCCCAAGAGTGCCTACGTTTCCGGGCAAGTGATTCGTCTCAAGGCCTGTGCGACCCAGGTCCAGGACTGGACCCGTCCGTTGACGGGGCTCAAGGCATTGGTTACCGGCGCTGCCCGTGGCATCGGCGCCGCCATTGCCGAAACACTGGCCCGCGATGGCGCCGATGTGATCCTGCTGGACGTACCGCCAGCCAAGGCCGACCTCGATGCCTTGGCCGCACGCCTGAGCGGGCGCAGCCTGACGCTGGACATCTGCGCAGAAGACGCAGCCACGCAGTTGATTGAACACCTGCCCGACGGCGTCGACATCGTTGTACATAACGCTGGCATCACCCGGGACAAGACCCTCGCCAACATGACCCCGGAATTCTGGGACGCGGTGCTGGCAGTCAACCTCAATGCGCCGCAAGTGCTGACCAAGGCCCTGCTCGACAGCGGCACCCTGCGCGACAACGGCCGGGTCATCCTGCTGGCATCCATCAGTGGCATCGCCGGCAATCGCGGCCAGACCAACTACGCCGCGAGCAAGGCCGGGCTGATCGGCCTGGCTCAAGCCTGGGCGCCAACCCTGCAGGCCCGAGGCATCAGCATCAACGCCGTGGCGCCAGGCTTCATCGAAACCCGCATGACCGCAGATATTCCTTTCGCCCTGCGCGAAGCCGGGCGCCGCATGAGCTCGCTGGGCCAGGGCGGCCTGCCCCAGGATGTCGCCGAAGCCGTGGCCTGGCTCGCGCAACCGGGCACCGGTGCCGTGACCGGACAGGCGCTGCGCGTGTGTGGGCAAAGCCTGCTGGGGGCCTGA MSDRYIDFANSPIGLRLVGALGLPSPVRLERWQAGRLRPIEGALLLGGGPLTEQVGTFAKRLTDAIFIYGGEPTLATEWIPGHGPKIKAVVYDASHLAQVDQLKQLREFFQPLMKNLDHSAHVVILGRAPENLDDPFAASAQRALEGFSRSLAKELRHGGTLQLLYVGEGAETQLEGALRFFLSPKSAYVSGQVIRLKACATQVQDWTRPLTGLKALVTGAARGIGAAIAETLARDGADVILLDVPPAKADLDALAARLSGRSLTLDICAEDAATQLIEHLPDGVDIVVHNAGITRDKTLANMTPEFWDAVLAVNLNAPQVLTKALLDSGTLRDNGRVILLASISGIAGNRGQTNYAASKAGLIGLAQAWAPTLQARGISINAVAPGFIETRMTADIPFALREAGRRMSSLGQGGLPQDVAEAVAWLAQPGTGAVTGQALRVCGQSLLGA PGPT0003180_455 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 D1-35_05015 1278 fadI COG0183 3-ketoacyl-CoA thiolase FadI ATGGCACAGCTACGCCGCGTCGCGATCATCGGCGGTAACCGCATTCCTTTCGCCCGCTCCAACGGGCCCTATGCCACCGCCAGCAACCAGGCGATGCTGACCGCTGCGCTTGAAGGCTTGATCGAGCGCTACAACCTGCACGGCGTGCATATCGGGGAGATGGCCGCGGGGGCGGTGCTGAAGTTGTCCCGGGACATGAACCTGACCCGCGAGTGCGTGCTCGGCTCGCGGCTGTCGCCCAGCACACCCGCCTATGATGTGCAGCAGGCCTGCGGCACGGGGCTTGAGACGGTGCTGCTGGTGGCCAACAAAATCGCCCTCGGGCAGATCGACAGCGCCATTGCCGGCGGCGTGGACACCACCTCCGACGCACCGATCGGCGTCAATGAAGGGCTGCGCAGGATCCTGCTGCAAGCCAATCGCGCGAGAACCACCGCCGATAAAATCAAGACGTTTTTGCAATTGCGCCCCGGGCACCTGGTACCTGACCTGCCGCGCATCAACGAGCCGCGCACTGGCCTGAGCATGGGCGAGCACTGCGAGTTGATGGCGCAAACCTGGCAGATCCCCCGGCCAGAGCAGGATCAGTTGGCCTTGGAGAGTCATCAAAAAATGGCCGCCGCTTACGCCGAAGGCTGGCACAACGACCTGATGACGCCGTTTCTCGGCCTGACCCGCGACAACAACCTGCGCCCGGACCTGACCCTGGAGAAACTCGCTTCCCTCAAGCCAGCCTTCGAAAAAACCGCCAAGGGCACGCTGACGGCGGGCAACTCCACCCCACTGACCGATGGCGCCTCGCTGGTATTGTTGGCGAGCGAGGAGTGGGCCAACGCCCGTGGGCTGCCGATCCTGGCTTACCTGCGTGACGGCGAAACGGCGGCAGTGGACTTCGTCAACGGCGCCGAAGGCCTGCTGATGGCGCCGGTCTATGCCGTGCCGCGGCTGTTGGCGCGCAACGGCCTGACCTTGCAGGACTTCGACTATTACGAGATTCACGAGGCGTTCGCCGCCCAGGTGCTGTGCACGTTGAAAGCCTGGGAAGACGCGGATTACTGCAAGACCCGCCTGGGCCTTGATGCGCCGCTGGGTACTCTCGACCGCAGCCGGCTGAACGTGAAGGGCAGCTCACTGGCCGCCGGGCATCCGTTTGCCGCAACCGGCGGGCGCATTGTCGCCAACCTGGCCAAGTTGCTGGACGCGGCAGGGAAGGGCCGGGGGCTGATTTCTATCTGCGCAGCCGCCGGCCAAGGGGTGACGGCTATCATCGAGCGCTGA MAQLRRVAIIGGNRIPFARSNGPYATASNQAMLTAALEGLIERYNLHGVHIGEMAAGAVLKLSRDMNLTRECVLGSRLSPSTPAYDVQQACGTGLETVLLVANKIALGQIDSAIAGGVDTTSDAPIGVNEGLRRILLQANRARTTADKIKTFLQLRPGHLVPDLPRINEPRTGLSMGEHCELMAQTWQIPRPEQDQLALESHQKMAAAYAEGWHNDLMTPFLGLTRDNNLRPDLTLEKLASLKPAFEKTAKGTLTAGNSTPLTDGASLVLLASEEWANARGLPILAYLRDGETAAVDFVNGAEGLLMAPVYAVPRLLARNGLTLQDFDYYEIHEAFAAQVLCTLKAWEDADYCKTRLGLDAPLGTLDRSRLNVKGSSLAAGHPFAATGGRIVANLAKLLDAAGKGRGLISICAAAGQGVTAIIER PGPT0008320_1572 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D1-35_05016 1029 hypothetical protein ATGCACATCCTCAGACACCTCAAGCGCATGGCGACCGACTGGTTCCTGTGCGGCATGTTGCTCGCCACGCTGCTGGCGTATTTCTTCCCACGCTTCGGCGCTACCGGCGGCGCCATGCATGCCGAATGGGTGGTCAACATTGGCATCTTCGTGGTGTTTTTCCTCCACGGCGTCAATCTGTCCGGCGAGCAGATCCGCCATGGCCTGAAAAACATCCGGCTGCACCTGATGGTGCAAGGCTTCACCTTTGGGGTATTTCCATTGATCTGGCTACTCGGCAACTGGACACTGGGCAGCCATGTGCCGTCCTTGTTGATGCTGGGGTTCTTTTACCTGTGCGCGTTGCCTTCGACCATTTCGTCCTCGGTGGCCCTGACCGGCAGCGCCGGCGGCAACGTACCCGCGGCGATTCTCAACGCTAGCTTGTCCAGCGTGCTGGGGGTTCTCCTGACGCCGCTGCTGGTCAGCCTGGTGGTCGGCAACGGTGCCGGCGGCATCGACCTGGGCTCGACGCTGCTCGACCTGTGCATGATGTTGCTGTTGCCGCTGGTGCTCGGGCAGTTTTTGCGGCGCTGGCTGGCCGGTTTTTTCGCGCGCTACAAGCGCTATACCAGCATCATCGACAAACTGGTCATCCTGCTGCTGGTTTACGCCGCATTCTGCAATTCGATGATTTCCGGGATCTGGCAACAACAAGGTCATGGCGTGCTGCTCAGCGCCGTGCTGGGCAGTGCGGTGTTGCTGGCTGTCATCCTGTGGATGACCACCCGCACCGCTCGCGCCCTGCGTTTCAACAACGCCGATGAAGTCGCCGCGGTATTTTGCGCGAGCAAGAAATCCCTCGCCGCCGGAGTGCCGATGGCGGCGCTGATTTTCGGCAACAACCCCGGCCTCGGGCTGATCCTGCTGCCGATCATGATCTATCACCCGCTGCAATTGATCGTCTGCTCGATCCTCGCCGAACGCTATGCAAGCCGGCAACGGGCGCAGGCATCGCAAAAGAGCGAGGCCATCGTCAGCGCTCGATGA MHILRHLKRMATDWFLCGMLLATLLAYFFPRFGATGGAMHAEWVVNIGIFVVFFLHGVNLSGEQIRHGLKNIRLHLMVQGFTFGVFPLIWLLGNWTLGSHVPSLLMLGFFYLCALPSTISSSVALTGSAGGNVPAAILNASLSSVLGVLLTPLLVSLVVGNGAGGIDLGSTLLDLCMMLLLPLVLGQFLRRWLAGFFARYKRYTSIIDKLVILLLVYAAFCNSMISGIWQQQGHGVLLSAVLGSAVLLAVILWMTTRTARALRFNNADEVAAVFCASKKSLAAGVPMAALIFGNNPGLGLILLPIMIYHPLQLIVCSILAERYASRQRAQASQKSEAIVSAR NA NA NA NA NA D1-35_05017 792 nimR_2 HTH-type transcriptional regulator NimR ATGCCGACTAACGGACACCAACAGCTCGAAAGACGCATTCCGGACCTGACGGAGCTGCCTCGGCCGCTTTATGCCCGGGTCGAAAGTCTGAATGCCGGTTCGTGGACCCAGGCTCATCGCCACGATTGGGTGCAATTCTCCTACGCGATCAGTGGCGTGCTCGGCGTCCATACGGCCGAAGGCAGCTTCTTCGCGCCACCGCAGTGGGGCATCTGGATCCCGGCCGACCTGGAGCACCAGGTCGTGACGTCCATGCGCGCGGAAATGCGCAGTCTTTACGTCCATCGCCAGGCGTGCCCGTGGTCCGAAGATCGTTGCCGGGTGCTGGAAGTTACACCGCTGGCGCGGGAGCTGATCAAAGTGTTCTGCCAGTTTCCCGCCACTTACCCACAGGGCGAGACCCAGGAAACACGCTTGGTCCAAGTGCTGCTGGACCAATTGGCGGCGCTGCCGGAGGTGGGCTTTTCCCTGCCATTGCCCCGTCATGCTCGTTTGTTGGAACTGTGCAACGAATTGATCGAGCAACCCGAAGGCCACGTGACCCTGCAAGCCTGGGCCGAGCGCCTGGGCACGTCGGAAAAAACCTTGATGCGCCTGTTCCAGCGTGAAACCGGCTTGAGCTTCCGTGCGTGGCGCCAGCGCATGCGCCTGTTGTCTTCCCTGGAATCGCTGGAACAGGGCGATAGCGTGACCAGCGCGGCCTTATCCTGTGGGTATGATTCGACGTCCGCTTTCATTGCGGCATTCAAGGGACTGTTCGGTTTTACGCCGGGGGAACTGTTCAAACGCTGA MPTNGHQQLERRIPDLTELPRPLYARVESLNAGSWTQAHRHDWVQFSYAISGVLGVHTAEGSFFAPPQWGIWIPADLEHQVVTSMRAEMRSLYVHRQACPWSEDRCRVLEVTPLARELIKVFCQFPATYPQGETQETRLVQVLLDQLAALPEVGFSLPLPRHARLLELCNELIEQPEGHVTLQAWAERLGTSEKTLMRLFQRETGLSFRAWRQRMRLLSSLESLEQGDSVTSAALSCGYDSTSAFIAAFKGLFGFTPGELFKR NA NA NA NA NA D1-35_05018 894 hypothetical protein ATGAAGACTCCAAAACGCATTGAACCCCTGATCGAGGACGGTCTGGTCGACGAGGTGCTGCGCCCACTCATGAGTGGTAAAGAAGCAGCTGTTTATGTGGTGCGCTGCGGCAACGAGCTACGTTGCGCCAAAGTCTACAAGGAGGCGAACAAGCGAAGTTTTCGCCAGGCGGCCGAATACCAGGAAGGCCGCAAGGTGCGCAACAGCCGTCAGGCCCGGGCCATGGCTAAAGGCTCGAAGTTTGGCCGCAAGGAAACCGAAGACGCCTGGCAGAACGCCGAAGTGGCCGCGCTGTTCCGGCTGGCCAGCGCCGGCGTGCGGGTTCCGAAGCCGTATGACTTCCTCGAGGGCGTGCTGCTGATGGAACTGGTGGCCGACGAATACGGCGATGCGGCGCCGCGTCTCAACGACGTGGTGCTGGAGCCGGATCAGGCCCGCGAATATCACGCTTTTCTGATTTCCCAGATCGTGTTGATGCTGTGTACCGGTCTGGTGCACGGCGACCTGTCGGAGTTCAACGTGCTGCTGACGCCGACGGGGCCGGTCATCATTGACCTGCCGCAAGCGGTGGACGCTGCCGGGAACAACCACGCCTTCAGCATGCTGGAGCGGGACGTCGGCAACATGGCGTCCTACTTCGGTCGGTTTGCCCCGGAGCTGAAACGCACCAAATACGCCAAGGAAATGTGGGCCCTGTATGAAGCAGGCACCCTGCACCCGGCGAGCGTGCTGACCGGTGAGTTCGACGAGCCGGAAGAACTGGCGGATGTCGGCGGGATCATGCGCGAAATCGAGGCCGCGCGCCTGGATGAAGAGCGCCGCCAGGCCGTACGCGCCGCTGACGATGCGCCACCCGGCAAGACCGAAGAGCCGCCTCCGCCGTGGATGCAGTGA MKTPKRIEPLIEDGLVDEVLRPLMSGKEAAVYVVRCGNELRCAKVYKEANKRSFRQAAEYQEGRKVRNSRQARAMAKGSKFGRKETEDAWQNAEVAALFRLASAGVRVPKPYDFLEGVLLMELVADEYGDAAPRLNDVVLEPDQAREYHAFLISQIVLMLCTGLVHGDLSEFNVLLTPTGPVIIDLPQAVDAAGNNHAFSMLERDVGNMASYFGRFAPELKRTKYAKEMWALYEAGTLHPASVLTGEFDEPEELADVGGIMREIEAARLDEERRQAVRAADDAPPGKTEEPPPPWMQ NA NA NA NA NA D1-35_05019 390 hmrR HTH-type transcriptional regulator HmrR ATGAACATTGGCCAGGCAGCCCGCCAGAGCGGCCTCAGCGCAAAGATGATCAGGTACTACGAATCCATCGGCCTGCTCAGGGCAGCCCATCGCACGGAGAGTGGCTATCGGATCTATGGCGCCGATGACTTGCATACGTTGGCATTCATCAAGCGCTCCCGGGATCTGGGGTTTTCCCTGGAAGAGGTCGGCAAGTTGCTGACTTTGTGGCAGGACCGTCAGCGTGCCAGCGCCGACGTAAAGGCTCTGGCCCGGCAACATATCGACGAACTGAACCAGAAAATTCGCGAACTGGCCGAACTGCGCGACACGCTCCAGGATCTGGTGGAGCACTGCCAGGGCGATCATCGCCCGGATTGCCCGATCCTCAGGAAACTGGCGTCGGGGTGA MNIGQAARQSGLSAKMIRYYESIGLLRAAHRTESGYRIYGADDLHTLAFIKRSRDLGFSLEEVGKLLTLWQDRQRASADVKALARQHIDELNQKIRELAELRDTLQDLVEHCQGDHRPDCPILRKLASG PGPT0004135_891 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexPQ-OpmE,PGPT0004135-cueR-K19591 NA NA D1-35_05020 2394 copA_3 COG2217 Copper-exporting P-type ATPase ATGTCCGAGTCCACCACCTTCGATTTGCCGATTTCCGGCATGACCTGCGCAAGCTGTGCCGGGCGAGTCGAGCGAGCCTTGAGCAAGGTCGCCGGCGCCAGCGCCGTCAGCGTCAACCTGGCAACGGAACAGGCGCGGATCCAGGCCCCGCAGGGAAGCCTGCCGGCATTGATGCAGGCGGTCGAGCAGGCAGGTTACAGCGTTCCCGTCCAGACCCTGGAGTTGAGTATCGAGGGCATGACCTGCGCCTCTTGCGTGGGCCGGGTCGAACGGGCGTTGGGGAAAGTTGCCGGGGTGAACCGGGCCAGTGTCAATCTCGCCAATGAGCGAGCACACCTCGAATTGCTCGGGCAGGTTGATCCGCAAAGCCTGATCGATGCAGTCAAGCGCGCCGGTTACGACGCCAGTGTCTGGCAAGTCGAACAGCCTCGAAAAACCCAAGCCGATCAGCTGAGCCGCGAGCGCGTGGCCCTGGTGCTGGCGATTCTGCTGTCGATCCCGCTGGTATTGCCGATGCTGTTGCAGCCGTTCGGCGTGCATTGGATGCTGCCGGCCTGGGCGCAATTCGCGCTGGCGACGCCGGTGCAATTCATCTTCGGTGCGCGGTTTTACGTCGCGGCGTTCAAAGCCGTCCGCGCCGGCGCCGGAAACATGGACCTGCTCGTTGCCCTGGGCACCAGCGCCGGCTATGGCTTGAGCCTCTATGAGTGGGCGATGGCCCGACCGGGGAGCATGCCGCACCTGTATTTCGAGGCATCGGCCGTGGTGATTGCCCTGGTGCTGCTGGGCAAGTACCTGGAAAGCCGCGCCAAACGACAGACCGCCAGCGCCATCCGCGCCCTCGAAGCCTTGCGACCGGAGCGGGCGATTCAAGTGGTTGACGGTCAGGAACGGGACGTCGCTATCAGTGCCCTGCGCTTGAATGACCTGGTGCTGGTCAAGCCCGGCGAGCGCTTCCCGGTGGACGGTGAAGTGCTCGAGGGCCAGAGTCACGCCGACGAGGCGTTGATCAGCGGCGAAAGCCTGCCCGTGCCGAAGCAGCCCGGTGATCAGGTCACTGGCGGCGCGATCAATGGCGAAGGGCGCCTGTTGGTGCGCACCCGGGCCCTGGGGGCCGAGACCGTGCTGGCACGCATCATTCGCCTGGTGGAAGACGCCCAGGCCGCCAAGGCGCCGATTCAGAAGCTGGTGGACAAAGTCAGCCAGGTTTTCGTGCCGGTCGTATTGATCCTGGCACTCGCAACGTTGCTTGGCTGGTGGCTCTACGGTGCGCCGCTGGAGACGGCGCTGATCAATGCCGTCGCCGTGCTGGTGATCGCCTGCCCCTGTGCCCTGGGCCTGGCGACGCCGACGGCAATCATGGCCGGCACTGGCGTGGCCGCCCGCCACGGCATTCTGATCAAGGACGCCGAGGCGCTGGAACGTGCCCATGAAGTCGGCACGGTGGTGTTCGACAAGACCGGCACCCTGACGTCCGGCACGCCACGCATCGCCCATCTGGTGGCGCTTGACGGTGATGAAGACGCACTGCTGAACATGGCCGGCGCCTTGCAACGCGGCAGCGAACACCCGCTGGCCAAAGCGGTGCTCGACGCTTGCGCCGAACGCGGCCTGAGCGTAGCGGATGCCAGCGATAGCCAGTCCCTGACCGGACGCGGCATCGCCGGTAGCCTCGACGGGCGCCGCCTGGCCTTGGGAAATCGTCGTCTGCTGGAAGAGCTGGGCCTGAACCCCGGTTCGCTGGCCGAGTCGGCGCAAGCCTGGGAAACCGAAGGCCGAACCCTGTCCTGGCTCGTCGAGCAAGGCGCAACGCCTCGGGTCCTGGGCCTGCTCGCCTTCGGCGATACCCTCAAGCCCGGCGCTCTGGCGGCGGTCGAGGCCTTGAAGCAACGTCACATCGCCAGCCACCTGCTCACGGGCGACAACCGGGGCAGCGCTCGGGTCGTTGCCCAGGCATTGGGAATCGCCAACGTCCACGCCGAAGTGTTGCCGGGCGACAAGTCCGCCATCGTTCAACAACTGAAAACCCACTCGGTGGTGGCGATGGTCGGCGATGGCATCAACGACGCTCCGGCCCTGGCCGCCGCGGACATCGGCATTGCCATGGGCGGCGGCACCGACGTGGCGATGCAGGCCGCCGGCATCACCCTGATGCGCGGCGATCCGCGCCTGGTACCGGCGGCGCTGGACATCAGCCGCAAGACCTACGCGAAAATCCGTCAGAATCTGTTCTGGGCGTTCGTCTATAACCTGATCGGCATTCCGCTGGCGGCGTTCGGTTTGCTCAACCCGGTGTTGGCCGGCGCAGCCATGGCGCTGTCGAGCGTCAGCGTGGTGAGCAATGCATTGTTGTTGAAATTCTGGACACCCGCGCATCTGGAGGACAAGCGATGA MSESTTFDLPISGMTCASCAGRVERALSKVAGASAVSVNLATEQARIQAPQGSLPALMQAVEQAGYSVPVQTLELSIEGMTCASCVGRVERALGKVAGVNRASVNLANERAHLELLGQVDPQSLIDAVKRAGYDASVWQVEQPRKTQADQLSRERVALVLAILLSIPLVLPMLLQPFGVHWMLPAWAQFALATPVQFIFGARFYVAAFKAVRAGAGNMDLLVALGTSAGYGLSLYEWAMARPGSMPHLYFEASAVVIALVLLGKYLESRAKRQTASAIRALEALRPERAIQVVDGQERDVAISALRLNDLVLVKPGERFPVDGEVLEGQSHADEALISGESLPVPKQPGDQVTGGAINGEGRLLVRTRALGAETVLARIIRLVEDAQAAKAPIQKLVDKVSQVFVPVVLILALATLLGWWLYGAPLETALINAVAVLVIACPCALGLATPTAIMAGTGVAARHGILIKDAEALERAHEVGTVVFDKTGTLTSGTPRIAHLVALDGDEDALLNMAGALQRGSEHPLAKAVLDACAERGLSVADASDSQSLTGRGIAGSLDGRRLALGNRRLLEELGLNPGSLAESAQAWETEGRTLSWLVEQGATPRVLGLLAFGDTLKPGALAAVEALKQRHIASHLLTGDNRGSARVVAQALGIANVHAEVLPGDKSAIVQQLKTHSVVAMVGDGINDAPALAAADIGIAMGGGTDVAMQAAGITLMRGDPRLVPAALDISRKTYAKIRQNLFWAFVYNLIGIPLAAFGLLNPVLAGAAMALSSVSVVSNALLLKFWTPAHLEDKR PGPT0004090_4276 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686 NA NA D1-35_05021 384 hypothetical protein ATGCGCTGGTCAGCGTTCAGCCTGTTTTGCATGCTCGGTTTTTCTGCATTGGTGCCCCAGGCATCGGCCGCCGGCGAAGATTTCGGTGTGCTGATCATTTCCCGCGAGCGCCTGGAAGTGTCGACCAACTGCGAAATCGGCATCTACATTCAGGACCAGCTCGCGGCCAGGCTGTTCCAGGAGCAGAGCACTTCATTCAATTTGCCGCCGGGGCAGTTCTCCTTGCGCCTGAAATTGCTGCCAGGCCAGGCGCCGGGTTGCAACCCAGGCATGCTTGCCCCCGGTTCGCAGAACATCACGCTCAAGGCCGGCGACATCCTGAAGTACCGCATCGCCATGACGCATGAGGGCATGTACCTCAAGCAGGCTGATCTCGGTTACTGA MRWSAFSLFCMLGFSALVPQASAAGEDFGVLIISRERLEVSTNCEIGIYIQDQLAARLFQEQSTSFNLPPGQFSLRLKLLPGQAPGCNPGMLAPGSQNITLKAGDILKYRIAMTHEGMYLKQADLGY NA NA NA NA NA D1-35_05022 198 hypothetical protein ATGCAGATCTTCAATGTTCAAGGCATGTCCTGCGGTCATTGTGTAAAGGCAGTCACTCTGGCTCTTCAAGCCAAAGACCCGGACGCCGAGGTAAAGGTCGATCTGGGCGCCAAGACTGTTGAGGTCCAAAGCAAGTTGTCGTCCGATACCGTAATCGAGGCAATCAGGGAAGAGGGTTACGAAGCCAGTCCTGCTTGA MQIFNVQGMSCGHCVKAVTLALQAKDPDAEVKVDLGAKTVEVQSKLSSDTVIEAIREEGYEASPA PGPT0004125_3767 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213 NA NA D1-35_05023 1203 bcr_2 Bicyclomycin resistance protein ATGAACCTCCGTACCATTCTGATTCTTGGCGCCTTGAGCGCTTTTGGTCCCTTGGCGATCGATTTCTATCTGCCGGCCTTCCCGGCAATGGCGATCGCCTTTGGCACCGATGAAAACCATGTCCAGCTGACCCTGGCCGCCTACTTCCTCGGGCTGTCCCTCGGGCAACTGGCCTACGGGCCGGTGGCGGATCGCTTTGGACGGCGTATCCCGTTGCTGACAGGCGTCGGCTTGTTCACCGTGGCATCGCTGGCCTGTGCCTATGCGCCCAGTCTCGAATGGCTGATTGGCGCTCGTTTCGTCCAGGCGTTGGGCGGCTGTGCCGGGATGGTGATCTCCCGGGCGGTAGTCAGCGACAAATGCGACGCGGTGGGCTCGGCCAAGGTGTTCTCGCAACTGATGCTGGTGATGGGCCTGGCGCCGATCCTGGCGCCGATGCTCGGCGGCTTGCTGGTGAACCTGTACGGTTGGCAATCAATTTTCATCGGCCTGACCTTGTTCAGCGCGCTCGCGGCGACGGCCGTCGCGTTGTGGCTCCCGGAGAGCTTGCCGGCCCACGTACCTCGGCAACCGTTATCCGGCGCGTTGCGTCAGTACGGTCGGCTTCTCACAGACTCGGTTTTCCTAGGGCACGCCCTGACGGGCGGCATCGCGATTGCCGGGATGTTTGCCTATATCGCCGGTTCGCCATTTGTCTTCATCAAGCTTTACGGCGTACCGGCCGAACACTTCGGCTGGCTGTTCGGTACCAACGCGGCGGGTTTCATCCTGGTGGCCCAGGTCAATGCCCGCTTGTTGTCCAGGCGAGGCCCGGCATTTTTGCTGGCTCGCGCCGTCTGGGTCTACTGGATAGCCGGGCTCAGTTTACTGGCTGTCAGCGCCTTGCAGCCGGAGCGTTTGTGGCCGTTACTGATCCCATTGTTCATCTGCATCGCCAGCCTTGGCTGCATCCTTCCCAATGCATCGGCCTGCGCCATGAACGGGCAGGGGGCCCGGGCCGGTAGCGCTTCGGCGATGCTGGGGTGCCTGCAGTTTTCCGTAGCCGCCGGGGCCGCCGCACTGGTGGCGGCGCTGCATGACGGCACGGCAGTGCCGATGGCGATGGTAATCAGCCTGTGCGGACTATTGGTGGTGGGTGCCGCGATGCTGACCCGTCGGCTGCAGAACGCCCGGGCGCTCGCTCAGGCGGGCCAGCAGAGCTGA MNLRTILILGALSAFGPLAIDFYLPAFPAMAIAFGTDENHVQLTLAAYFLGLSLGQLAYGPVADRFGRRIPLLTGVGLFTVASLACAYAPSLEWLIGARFVQALGGCAGMVISRAVVSDKCDAVGSAKVFSQLMLVMGLAPILAPMLGGLLVNLYGWQSIFIGLTLFSALAATAVALWLPESLPAHVPRQPLSGALRQYGRLLTDSVFLGHALTGGIAIAGMFAYIAGSPFVFIKLYGVPAEHFGWLFGTNAAGFILVAQVNARLLSRRGPAFLLARAVWVYWIAGLSLLAVSALQPERLWPLLIPLFICIASLGCILPNASACAMNGQGARAGSASAMLGCLQFSVAAGAAALVAALHDGTAVPMAMVISLCGLLVVGAAMLTRRLQNARALAQAGQQS PGPT0029005_3467 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029005-bcr|tcaB-K07552 NA NA D1-35_05024 171 hypothetical protein ATGAAGATCCTGATAAAAGAGGTGGCAAAATCCCAATGGCAAGTGCGTCTTGACCAGCACGTCGTGACCTTTCGCTCAGAAGCCGAAGCCCAGGCTTTCGCCGCGACCTTGCAAGCGCGCATCCATGCGCCGCATCAATTTCCCGAACATCAGCAACGTGCCGCCAGCTGA MKILIKEVAKSQWQVRLDQHVVTFRSEAEAQAFAATLQARIHAPHQFPEHQQRAAS NA NA NA NA NA D1-35_05025 1014 Zinc-type alcohol dehydrogenase-like protein ATGAAAGCCATCGCGTATTACCAATCGCTGCCTATCACCCACCCGCAGTCGCTGCAGGACATCGAACTGCCCGAACCGGTTGCGGGTCCCCGAGACCTGCTGGTGGAGGTCAAGGCCATTTCAGTCAACCCCGTCGACACCAAGGTCCGCCAGAACGTCCAGCCCGAAGCAGGCGCGGCCAAGGTGCTGGGTTGGGACGTGGCCGGCGTGGTCAAGGCCGTAGGCAGCGAAGTCACGCTGTTCAAGGCCGGAGACAAGGTGTTCTACGCCGGTTCGATCGCCCGGGCCGGAGGCAACAGCGAGTTGCACGTTGTCGACGAGCGCATCGTCGGTCATATGCCGCAGACCCTCGGTTTCGCCGAAGCGGCCGCACTGCCGTTGACCGCTATCACCGCCTGGGAATTGCTCTTTGATCGATTGCAGATCAAGGAAGGCCAGAGCGATCTGGGCCAGAGCCTGCTGATCGTCGGCGCCGCCGGGGGTGTGGGTTCGATCCTGACGCAATTGGCCCGCCAACTCACCGGACTGAACGTCATCGGCAGCGCTTCCCGGCCGCAGACCCAGGAATGGGTGCGAGACCTGGGCGCCCACCTCGTCGTGGATCACAGCCAACCGCTGAGCGATGCACTGAAGGAGGCGGGCCAGGCCCAAGTGACCCACGTTGCCAGCCTGACGCAGACCGATCAGCACCTCGACCAACTGGTCGAAGCCCTGGCGCCCCAAGGCAAACTGGCACTGATCGATGATCCCAAATCGCTGGACGTGACCAAGCTCAAGCGCAAGAGCCTGTCGTTGCATTGGGAGTTCATGTACACCCGTTCACTGTTCGAGACCGTCGACATGCTTGAACAACACAAGCTGCTCAACCGTGTGGCCCGACTGATCGATGCCGGCACGTTGAAGACCACGGTGGGCGAACACTTTGGCACCATCAATGCCGAGAACCTGCGCCGGGCTCACGCGTTGCTGGAAAGCGGCAAGTCCAAGGGCAAGATCGTGCTAGAGGGCTTCTGA MKAIAYYQSLPITHPQSLQDIELPEPVAGPRDLLVEVKAISVNPVDTKVRQNVQPEAGAAKVLGWDVAGVVKAVGSEVTLFKAGDKVFYAGSIARAGGNSELHVVDERIVGHMPQTLGFAEAAALPLTAITAWELLFDRLQIKEGQSDLGQSLLIVGAAGGVGSILTQLARQLTGLNVIGSASRPQTQEWVRDLGAHLVVDHSQPLSDALKEAGQAQVTHVASLTQTDQHLDQLVEALAPQGKLALIDDPKSLDVTKLKRKSLSLHWEFMYTRSLFETVDMLEQHKLLNRVARLIDAGTLKTTVGEHFGTINAENLRRAHALLESGKSKGKIVLEGF PGPT0019417_427 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_ALGINATE_DEGRADATION,PGPT0019417-putative_alginate_lyase_2-NA NA NA D1-35_05026 735 hypothetical protein ATGGAACATGCACCTTGCATCAGCCAGATCGCCACGCTGCTGGCCGACCCCAAGCGCAGCGCAATGATGTGGGCGTTGATGGACGGTACGGCCCGGCAAGCTGAAGAGTTGGCCTTGCTGGCCGGGCTTTCGCCATCCTCGGCCAATGCCCATCTGGGACGTCTGTCTGCCGGTGGCCTGGTGAAGGTCGAAATCCGTGGCCGCAAGCGGTTTTTTCGCCTGGCGGCACCCGAGATCGGCGCTGCCGTCGATGCATTGGCGAGCGCAACCCTGGCCAGCACGCCGCGACAGGTTCCGGAAGTCTTCAAGCGCAGCCTCATGCCTAACAGGACGCCGACGGCACCCGCTTCGTTGATGCGGGCCAGGCTTTGCGATGACCACCTGGGAGGCACACTGGCGGCGGACCTGTATCAGCGGCTGTTGGAAGCCGGATGGCTCGAACAGCTTGAGCATCGGGTGGTCGTCACGCATAAAGGTGCCAGCCAACTGGCTGGGCGAGGTCTGTTCATCCAGGCACTGGCTCATCGCGAGACGCGTATGGCCTGCGCCTGCCCCGACTGGAGCGAACTTCGTCCACATCTGGGAGGGGCGCTGGGGGCGGCATTGCTGCAATTGTTCATGCAGTCCGGCTGGCTCAGCCTGCCCAGCGACTCCAGGGCGTTGCAGGTAACCGCGCTCGGTCAACAGAAAATCCATCGATTCGCCAGGCAAGAGGTTCTGGAAATGGCGCTCTAG MEHAPCISQIATLLADPKRSAMMWALMDGTARQAEELALLAGLSPSSANAHLGRLSAGGLVKVEIRGRKRFFRLAAPEIGAAVDALASATLASTPRQVPEVFKRSLMPNRTPTAPASLMRARLCDDHLGGTLAADLYQRLLEAGWLEQLEHRVVVTHKGASQLAGRGLFIQALAHRETRMACACPDWSELRPHLGGALGAALLQLFMQSGWLSLPSDSRALQVTALGQQKIHRFARQEVLEMAL NA NA NA NA NA D1-35_05027 1335 naiP_3 Putative niacin/nicotinamide transporter NaiP ATGAGCGGCTATCACCGGGTCATCTTCATTATTATCGCGCTGGCTTTTTTCTTTGATTCCATGGATCTGGCCATGATGACGTTCCTGCTGGGCTCGATCAGAACCGAGTTCGGCTTGAGCGCCGCCCAGGCCGGTTTGTTGGCCAGTTCAAGCTTTTTCGGCATGGTGCTGGGCGCCTCGTTGTCGGGGCTGCTTGCCGATCGCTTCGGACGCAAACCGGTGTTCCAGTGGAGCATCGTCTTGTGGGGGCTCGCCAGTTACCTGTGTTCCACCGCCCAGGACGTGGAGATGCTGACGCTGTTTCGCATCCTGTTGGGCGTCGGCATGGGCATGGAGTTTCCGATTGCCCAGTCGATGCTCTCGGAGCTGATCCCGGCGAGGCAGCGCGGACGCTACATCGCCTTGATGGATGGCTTCTGGCCGCTGGGCTTCGTGGCGGCGGGGGTGCTGTCGTATTTCCTGCTGCCGCTGATCGGCTGGCGGGACATTTTCCTGGTGTTGGCGGTGCCGGCAGTGTTCGTCCTGGTGATTCGCTTCTTCATCCCCGAGTCGCCACGTTGGCTGGAGCAGGCGGGGCGGGGCGCCGACGCGGACGCCGTACTCAAGCGGATCGAAGACAAGGTCCGGGCCTCGCTGGGTCGCCAGGACCTGCCCGAACCGATTAGCCTGCCGACACTGGCGACGGCGCCCGGCAATTTCTTTTCGGCTCTGGCGCAGATCTGGTCACCGCTGTACCGCCAGCGCACGATGATGATCTGGAGCGTCTGGTTTTTTGCCTTGCTCGGCTTCTACGGGCTGACGTCCTGGCTCAGCGCGCTGCTGCAGCAGTCGGGGTTTGCGGTGACCCAGTCGGTTTATTACACGGTGCTGATTTCCCTCGGCGGGATTCCCGGTTTCCTGATGGCGGCCTGGCTGGTGGAGCGGTGGGGGCGTAAACCGGTGTGTGTCATCACGCTGCTGGGCGGCGGGATCATGGCATTTCTTTATGGCCAGAGCGCGGTGTTTGGCGGGAACGTCACGCTGCTGATCAGCTCCGGGCTGCTGATGCAGTTTTTCCTGTTCGGCATGTGGGCAGTGCTCTACACCTACACCCCGGAACTGTATCCCACCTCGGCGCGAGCCACGGGGTCGGGCTTTGCCTCGGCGGTCGGTCGCATCGGTTCGCTGCTTGGACCGCTGGTGACCGGCTTGGTCTTTCCGATCACCGGGCAGGGCGGAGTGTTCGCCCTTGGCGCCCTGTGTTTTGCCGTGGCGGCGGGCGTGGTCTGGTTGTTTGGAATGGAGACGCGGGGCAAGACGCTGGAGGAATTGAGTGAGGCGACGGTCGCTGACTAA MSGYHRVIFIIIALAFFFDSMDLAMMTFLLGSIRTEFGLSAAQAGLLASSSFFGMVLGASLSGLLADRFGRKPVFQWSIVLWGLASYLCSTAQDVEMLTLFRILLGVGMGMEFPIAQSMLSELIPARQRGRYIALMDGFWPLGFVAAGVLSYFLLPLIGWRDIFLVLAVPAVFVLVIRFFIPESPRWLEQAGRGADADAVLKRIEDKVRASLGRQDLPEPISLPTLATAPGNFFSALAQIWSPLYRQRTMMIWSVWFFALLGFYGLTSWLSALLQQSGFAVTQSVYYTVLISLGGIPGFLMAAWLVERWGRKPVCVITLLGGGIMAFLYGQSAVFGGNVTLLISSGLLMQFFLFGMWAVLYTYTPELYPTSARATGSGFASAVGRIGSLLGPLVTGLVFPITGQGGVFALGALCFAVAAGVVWLFGMETRGKTLEELSEATVAD PGPT0014435_964 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D1-35_05028 954 COG1816 Adenine deaminase ATGTACGACTGGCTTAACGCCTTGCCCAAGGCTGAACTGCACTTGCACCTGGAAGGCTCGCTGGAGCCCGAGCTGCTGTTTGCCCTGGCCGAACGCAACAAGATTGCCCTGCCGTGGAGCGACGTGGACACCCTGCGCCAGGCCTATGCCTTCAACAATCTGCAGGAGTTTCTCGACCTGTATTACCAGGGCGCCGACGTGCTGCGCACTTCCCAGGATTTCTACGACCTGACCTGGGCCTACCTGCTGCGCTGCAAGGCACAGAACGTGATTCACACCGAACCGTTCTTCGATCCGCAGACCCACACCGACCGGGGCATTCCATTCGAAGTGGTGCTCAACGGTATTGCCGCCGCCCTCAAGGACGGTGAGCAACAACTGGGCATCACCAGCGGCCTGATCCTGAGCTTCCTGCGTCACCTGAGCGAAGAGCAGGCGGAAAAAACCCTCGACCAGGCGCTGCCCTTCCGCGACGCGTTCGTGGCCGTCGGCCTGGACAGCTCGGAGATGGGCCACCCGCCGAGCAAGTTCCAGCGGGTGTTCGACAGGGCGCGCAATGAAGGCTTCCTGACCGTCGCCCACGCCGGCGAAGAAGGCCCCCCCGAGTACATCTGGGAAGCCTTGGATCTGCTGAAAATCCAGCGCATCGACCACGGCGTGCGAGCCATCGAAGACGAGCGGTTGATGCAGCGGATCATCGACGAACAGATCCCCTTGACGGTTTGCCCGTTGTCCAACACCAAGCTATGCGTGTTCGATGATATGTCGCAGCACAACATCCTCGACATGCTCGAACGCGGCGTGAAGGTGACGGTGAACTCCGATGACCCGGCGTACTTCGGCGGCTACGTCACCGAGAACTTCCACGCGTTGCACACGCATCTGGGCATGACCCAGGACCAGGCCAGGCGGTTGGCGCAGAACAGCCTCGATGCGCGGTTGGTGAAACCTTAA MYDWLNALPKAELHLHLEGSLEPELLFALAERNKIALPWSDVDTLRQAYAFNNLQEFLDLYYQGADVLRTSQDFYDLTWAYLLRCKAQNVIHTEPFFDPQTHTDRGIPFEVVLNGIAAALKDGEQQLGITSGLILSFLRHLSEEQAEKTLDQALPFRDAFVAVGLDSSEMGHPPSKFQRVFDRARNEGFLTVAHAGEEGPPEYIWEALDLLKIQRIDHGVRAIEDERLMQRIIDEQIPLTVCPLSNTKLCVFDDMSQHNILDMLERGVKVTVNSDDPAYFGGYVTENFHALHTHLGMTQDQARRLAQNSLDARLVKP PGPT0021695_821 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021695-ade-K21053 NA NA D1-35_05029 1092 chaA COG0387 Sodium-potassium/proton antiporter ChaA ATGCTGACGTTGATCAAGCAAGAAAAATTGCTGCTGCTGGCCCTGCTTGCCGCTTTTGTCGCCTACCCGCTGGAGCATTGGCTGCTGGGCAGCGGGCAGGTCGTGGCGTTGGTTGGCGGCCTGGTGCTGATCGGTTTCATCGTCGCGGCCTCCATGCGCGTGGCCCATCACGCCGAGTTGCTGGCGGAAAAGGTCGGCGATCCTTACGGCACGATGATCCTGACTTTGTCGGCGGTGCTGGTGGAAGTGGTGATCCTGGCGATCATGATGAGTAACGAGGCGTCGCCGACCCTGGTACGGGACACGATCTATTCGGCGGTGATGCTCGATATCAACGGCATTCTCGGACTGGCGGCGCTGATGGGTGGGCTCAAGCACGGCGAGCAGGTCTATAACGACGATTCGGCGCGTACCTACAGCGTGATGATCCTCACCGCCATGGGCGTGTCGATGGTGGTGCCGGAGTTTATTCCGCAGGAAAACTGGAAGCATTATTCGGCATTCACCATCGGCGCGATGATCGTCTTGTATACGTTGTTCTTGCGCATGCAGGTGGGGCCACACAGCTATTTCTTCAGCTACAGCTACCCGGAAAAACGCCGCAGGAAGGAACCGGTGGAAGCCGAGCCGAAACCCATCAGCCTGGCGTTTTCCATCGGCGCACTGGTGTTCGGCGTGGTGGTCATCGGTGCGCTGGCCGAAGTCATGTCCAAGGCTATCGACCTCGGGCTGGAAGGCTCCGGCGCGCCGCCGGTGGTCACGGCAATTCTGGTGGCGGTCATCTCCGCTGCGCCGGAAATTCTCACCGCCCTGCGCGCAGCCTTGGCCAATCGCATGCAGTCGGTGGTGAACATCGCCTTGGGCGCGTCGCTGTCCACCGTGATCCTGACGGTGCCGGTGATGGAAGCCATGGCCCTCTACACCGGCCAGCCTTTCCAGATGGCGATGACCCCGGTGCAAACGGTGATGATCTTCATCACCCTGATCGTCAGCGCCATCAACCTCAATGATGGCGAAACCAACGCCATCGAGGGCATGACCCACTTTGTGCTGTTTGCCACGTTTATCATGTTGTCGTTGCTCGGTCTTTGA MLTLIKQEKLLLLALLAAFVAYPLEHWLLGSGQVVALVGGLVLIGFIVAASMRVAHHAELLAEKVGDPYGTMILTLSAVLVEVVILAIMMSNEASPTLVRDTIYSAVMLDINGILGLAALMGGLKHGEQVYNDDSARTYSVMILTAMGVSMVVPEFIPQENWKHYSAFTIGAMIVLYTLFLRMQVGPHSYFFSYSYPEKRRRKEPVEAEPKPISLAFSIGALVFGVVVIGALAEVMSKAIDLGLEGSGAPPVVTAILVAVISAAPEILTALRAALANRMQSVVNIALGASLSTVILTVPVMEAMALYTGQPFQMAMTPVQTVMIFITLIVSAINLNDGETNAIEGMTHFVLFATFIMLSLLGL PGPT0013985_2057 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013985-chaA-K07300 NA NA D1-35_05030 1359 COG0402 8-oxoguanine deaminase ATGCCTGCGACCCGTACCTGGTTAAAAAATCCCCTCGCCATTTTCACGGCCAACGGCCTCGATGCCCGTGGCGGTCTCGTCCTGCAGGACGGTGTGATCGTTGAGCTGCTCAACGCCGGGCAACAGCCCGCACAGCCTTGTGACACCGTGTTCGATGCTCGAGAACATGTGATCCTGCCGGGGCTGATCAACACCCATCATCACTTCTACCAGACCCTGACCCGCGCCTGGGCACCCGTCGTAAGCGAGCCGTTGTTCCCATGGCTGAAGACTCTCTATCCGGTGTGGGCGCGGCTGACTCCGGAAAAACTCGCGCTGGCGAGCAAAGTCGCGTTGGCCGAACTGCTGTTGTCGGGTTGCACCACGGCGGCCGATCACCACTACCTTTTTCCCGAAGGCCTGGAAAACGCCATCGATGTGCAGGTGCAATGCGTCGGTGAGCTGGGCATGCGCGCAATGCTGACCCGTGGTTCCATGAGCCTGGGCGAGGCCGACGGTGGCTTGCCGCCGCAGCAGACCGTGCAGCAGGGCCAGGTGATTCTCGACGACAGCCAGCGACTGATCGCTCGATACCATGAGCGCGGTGCCGGCGCGAAAATCCAGATTGCCCTGGCGCCCTGCTCGCCGTTTTCGGTCACGCCCGAGATCATGCGCGCCAGCGCCGAGCTCGCGGAAAAGCTCGACGTACGCTTGCATACCCACCTGGCCGAAACCCTCGACGAGGAGGACTTCTGCCGGCAGCGCTTCGGCCTGCGCACCGTGGATTACCTCGACAGCGTCGGCTGGCTGGGCCCACGTACCTGGCTGGCCCACGGCATTCATTTCAATCCTGACGAAATAACCCGTCTCGGCGCCGCCGGAACCGGAATCTGCCATTGCCCCAGTTCGAACATGCGCCTGGCCTCGGGCATTTGTCCGACGCTTGAACTGACCGCCGCCGGCGCCCCATTGGGCCTTGGGGTGGACGGCTCGGCGTCCAACGATGCGTCGAACATGCTGCTGGAAACCCGTCAGGCGCTATACATCCAGCGCTTGCGCTATGGCGCGCAAGCGATCACGCCGGAGAAGGTGCTGGGCTGGGCGACCCGAGGCTCGGCCCAATTGCTGGGACGCAGCGACATCGGCGAACTGGCAGAGGGCAAACAAGCCGACCTGGCGATGTTCAAGCTTGATGAGTTGCGCTTTTCCGGCAGCCACGATCCGATCTCGGCCCTGCTGCTGTGCGGTGCTGATCGGGCGGACCGGGTGATGGTCGCGGGTCAGTGGAGAGTGATCGATGGACAGGTCGAAGGGCTGGACCTGAAGGGCTTGATTGCCGACCACAGCCAGGCGGCGCGAGAGCTGATCGCGGGTACCTGA MPATRTWLKNPLAIFTANGLDARGGLVLQDGVIVELLNAGQQPAQPCDTVFDAREHVILPGLINTHHHFYQTLTRAWAPVVSEPLFPWLKTLYPVWARLTPEKLALASKVALAELLLSGCTTAADHHYLFPEGLENAIDVQVQCVGELGMRAMLTRGSMSLGEADGGLPPQQTVQQGQVILDDSQRLIARYHERGAGAKIQIALAPCSPFSVTPEIMRASAELAEKLDVRLHTHLAETLDEEDFCRQRFGLRTVDYLDSVGWLGPRTWLAHGIHFNPDEITRLGAAGTGICHCPSSNMRLASGICPTLELTAAGAPLGLGVDGSASNDASNMLLETRQALYIQRLRYGAQAITPEKVLGWATRGSAQLLGRSDIGELAEGKQADLAMFKLDELRFSGSHDPISALLLCGADRADRVMVAGQWRVIDGQVEGLDLKGLIADHSQAARELIAGT NA NA NA NA NA D1-35_05031 687 hypothetical protein ATGAATTCGGCAAAAACCGCATTGATCATCGGCGCCTCTCGGGGACTGGGCCTCGGCTTGGTGAAGACGCTTCTGGGTGATGGCTGGAACGTGACCGCCACGGTACGTAACCCACAGAACGCCGAGGCCTTGAAGGCGCTGGGCCCGGTTCGAATCGAAAAGCTCGACATGGACGACCAGCAAGCCGTCATCGCCTTGAGCCAGCAGCTCAGGGACCAGACCTTCGACCTGTTGTTCGTCAATGCCGGCGTCAAAGGCCCCGACAACCAGAGCCCAGGCGGCGCAACGCTGGCTGAGGTCGGTCAGCTGTTCTTAACCAATGCCGTGGCACCGATCAACCTCGCCCAACGCTTCGTCGGGCAGATCCGCGACGGCAGCGGCGTGCTGGCCTTCATGAGCTCGGTGCTGGGCAGCGTGACCATGCCCGACGCCCCCGAACTTGCGCTGTACAAGGCCAGCAAAGCCGCGCTCAACTCCATGACCAACAGTTTTGTCAGTCAGCTGGGCGAGCAAGCATTGACCGTCCTGTCGCTGCACCCGGGCTGGGTAAAAACCGACATGGGCGGCGAAGGCGCGGCCATCGATGTCGAGACCAGCACCCGTGGGCTGATCGATCAGGTCAATGCCTTTGCCGGCAAGGGTGGACATCACTTCGTCAATTACAAAGGCGAGACGATTCCCTGGTAA MNSAKTALIIGASRGLGLGLVKTLLGDGWNVTATVRNPQNAEALKALGPVRIEKLDMDDQQAVIALSQQLRDQTFDLLFVNAGVKGPDNQSPGGATLAEVGQLFLTNAVAPINLAQRFVGQIRDGSGVLAFMSSVLGSVTMPDAPELALYKASKAALNSMTNSFVSQLGEQALTVLSLHPGWVKTDMGGEGAAIDVETSTRGLIDQVNAFAGKGGHHFVNYKGETIPW NA NA NA NA NA D1-35_05032 594 yigZ COG1739 IMPACT family member YigZ ATGCCTTATACCCTTGCCGGCTTTTGCGAATACCGTGAAGAAATCCGCAAAAGCCGTTTCATCACCTTCGCCGCCCCCATCACCAGCCCCGCCGAGGCCCAGGCCTTTATAGAGCGGCACAGCGACCTGGACGCCACGCATAATTGCTGGGCATGGAAACTGGGCGACCAATATCGCAGCAGCGACGATGGCGAGCCGGGCGGCACCGCCGGGCGCCCGATCCTCGCGGCCATCCAGGCCCAGGATTGCGATCAGGTGGTGGTGCTGGTCATACGCTGGTACGGCGGAATCCAGCTGGGTACCGGCGGTTTGGCCCGCGCCTATGGCGGCGGTGCGAACAAATGCCTGCAAACCGCCGAGAAGGTCGAATTGATCAGCCGCGTAGCGCTGCGTTGCCTGTGCGGTTTCGCCGAGCTGGCCCTGGTGAAACTGCGGATAGCTGAATGCGGCGGTCTGGTCCTCGCCGAGGATTTCACCGCCAACGGCGTGGAACTTCAATTGGCAGTCGGTGAAGAACACATCGAGAGCCTGCAGACGCGACTGGCCGATTTGAGTCGCGGACAGATACGACTTGAGCGCCCGGCAGCCTCATGA MPYTLAGFCEYREEIRKSRFITFAAPITSPAEAQAFIERHSDLDATHNCWAWKLGDQYRSSDDGEPGGTAGRPILAAIQAQDCDQVVVLVIRWYGGIQLGTGGLARAYGGGANKCLQTAEKVELISRVALRCLCGFAELALVKLRIAECGGLVLAEDFTANGVELQLAVGEEHIESLQTRLADLSRGQIRLERPAAS NA NA NA NA NA D1-35_05033 651 rutR_2 COG1309 HTH-type transcriptional regulator RutR ATGACCTTTGAAGTTCCTGCCCATGGTGGCAAGCCTACCGGCCGTATTCGTCAGAAAAACGAGGAAACCATCCTCAGGGCCGCCGAGGATGAGTTCGCCCGCCACGGCTTCAAGGGCACCAGCATGAACGCCATCGCCTTGAAGGCCGGATTGCCCAAGGCGAACCTGCATTACTATTTCACCAACAAGCTCGGCCTTTACGTCGCCGTGCTGAGCAACATCATCGAGTTGTGGGACAGCACTTTCAACTCCCTGACCGCCGAGGACGATCCAGCGCAGGCATTGACCCGCTACATCCGCGCCAAGATGGAATTCTCACGGCGCCAGCCCCAGGCATCGCGAATTTTCGCCATGGAAGTGATCAGCGGCGGCGAATGCCTGAGCGAGTATTTCAACCAGGACTATCGCGCCTGGTTCAAGGGCCGCGCGGCCGTGTTCCAGGCCTGGATCGATGCGGGCAAAATGGACCCGGTCGATCCGGTTCACCTGATTTTTCTGCTGTGGGGCAGCACCCAGCATTACGCCGATTTTGCCACCCAGATCTGCCGCGTGACCGGGCGTAGCAAATTGACCAGGCAAGACATGATCGACGCCGGCGACAATCTCATCCGCATCATTCTCAAAGGCTGCGGCCTGACACCAGACCTCTAG MTFEVPAHGGKPTGRIRQKNEETILRAAEDEFARHGFKGTSMNAIALKAGLPKANLHYYFTNKLGLYVAVLSNIIELWDSTFNSLTAEDDPAQALTRYIRAKMEFSRRQPQASRIFAMEVISGGECLSEYFNQDYRAWFKGRAAVFQAWIDAGKMDPVDPVHLIFLLWGSTQHYADFATQICRVTGRSKLTRQDMIDAGDNLIRIILKGCGLTPDL NA NA NA NA NA D1-35_05034 921 hypothetical protein ATGAGCGCTCGTCGTCCCGATCCACTGGCCCAAGTCAGCGACTTCGATATCCGCTTGCTGCGCATTTTCCGCAGCGTGGTGGAATGCGGCGGGTTTTCGGCAGCGGAAACCGTGCTTGGCATCGGCCGCTCTGCCATCAGCCAGCAGATGAACGATCTGGAGCAGCGTCTTGGCCTGCGTCTATGCCAGCGTGGGCGCGCGGGCTTTTCACTGACGGAGGAAGGGCGGGAAGTCTATCAATCGGCATTGCAGTTATTGAGCGCGCTGGAGAGCTTTCGCACCGAGGTCAACGGCCTGCACCAGCATTTGCGCGGTGAATTGACCATCGGCCTGACGGACAATCTTGTCACCCTGCCCCACATGCGGATCACTCACGCCTTGGCCCAGTTGAAAGAACGCGGGCCGGACGTGCAGATCCAGATTCGCATGATCGCTCCCAACGAAGTCGAACAAGGCGTGCTCGACGGGCGCCTGCATGTCGGCGTAGTGCCCCAGGCCAGCGCCCTTTCCGGACTCGAATATCAACCGCTCTACAGTGAGCGCTCGCTGCTCTATTGCGCAGTAGGCCATCCGCTGTTTTATGTGGACGACCAACAGCTTGAAGATGCTCGGCTCAACAGCCAGGACGCCATCGCGCCAACCTTTCGCCTGCCCGCCGAGATCCAGGCTCACTACCAGGCACTCAACTGCACCGCCAGCGCCTCGGATCGCGAAGGCATGGCGTTCCTGATCCTCACCGGACGTTACATTGGTTATCTGCCGGATCACTACGCCAATCTATGGGTTCAGCAAGGACGGCTGCGAGCCCTCAAGCCCTTGGCACGTTTTTATGATCTGAGCCTGGCGTCGGTCACACGCAAGGGTCGCCGCCCGCACCTGGTGCTGGAAAGTTTTCTCGAAAACCTGGCGGCAACCCGCTGA MSARRPDPLAQVSDFDIRLLRIFRSVVECGGFSAAETVLGIGRSAISQQMNDLEQRLGLRLCQRGRAGFSLTEEGREVYQSALQLLSALESFRTEVNGLHQHLRGELTIGLTDNLVTLPHMRITHALAQLKERGPDVQIQIRMIAPNEVEQGVLDGRLHVGVVPQASALSGLEYQPLYSERSLLYCAVGHPLFYVDDQQLEDARLNSQDAIAPTFRLPAEIQAHYQALNCTASASDREGMAFLILTGRYIGYLPDHYANLWVQQGRLRALKPLARFYDLSLASVTRKGRRPHLVLESFLENLAATR PGPT0003120_403 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ACINETOBACTIN_METABOLISM,PGPT0003120-bauR-K21699 NA NA D1-35_05035 1350 Omega-amino acid--pyruvate aminotransferase ATGAACATGCCCGAACACGCTGTCGGTTCCCTGGCCAGCCAGCTCAAGCTGGATGCCCACTGGATGCCCTACACGGCCAATCGTAATTTCCAACGCGATCCCCGCTTGATCGTCGCCGCCGAGGGTAGCTGGCTGACGGATGACAAGGGGCGCAAGGTCTACGATTCGTTGTCGGGCTTGTGGACCTGTGGCGCCGGGCACACCCGCAAGGAAATCCAGGAGGCGGTCGCCAGGCAATTGGGCACCCTCGATTATTCCCCGGGATTCCAGTACGGCCATCCGCTGTCGTTCCAGCTGGCGGAAAAGATCACCAGCCTGACCCCGGGCAAACTCAACCATGTGTTCTTCACCGACTCCGGTTCCGAGTGCGCCGATACCGCAGTGAAGATGGTCCGTGCCTACTGGCGCCTCAAGGGGCAGGCCACCAAGACCAAGATGATCGGCCGTGCCCGTGGTTATCACGGCGTGAACATCGCCGGCACCAGCCTGGGCGGTGTCAGTGGCAACCGTAAATTGTTCGGCCAGGCCATGATGGACGTTGATCATCTGCCCCACACCTTGCTGGCCAGCAATGCCTATTCCCGTGGCATGCCGAAGGAAGGTGGCATCGCTCTGGCCGATGAGCTGCTGAAATTGATCGAGCTGCACGACGCTTCCAACATTGCGGCCGTATTTGTCGAGCCGATGGCCGGATCCGCCGGGGTCCTGGTCCCGCCTGAGGGATATCTCAAGCGTCTGCGGCAGATCTGCGACCAGCACAACATCCTGCTGGTGTTTGACGAAGTCATTACCGGTTTCGGTCGCACCGGTTCGATGTTTGGCGCTGATAGCTTTGGCGTGGTTCCGGACCTGATGTGCATCGCCAAGCAGGTCACCAACGGCGCCATCCCCATGGGGGCGGTGATTGCCAGTTCGGAAATCTACCAGACGTTCATGAACCAGCCGACGCCCGAATATGCGGTGGAGTTTCCCCACGGCTATACCTATTCGGCGCACCCGGTGGCCTGTGCGGCTGGCCTGGCGGCACTGGATTTGTTGCAGAAGGAAAACCTGGTGCAAAGCGTGGCCGAGGTCGCGCCGCATTTCGAGAATGCCTTGCATGGTTTGAAAGGCTCGAAGAACGTCCTCGACATTCGCAACTTCGGCCTGGCCGGGGCGATCCAGATTGCCCCGCGCGACGGCGACGCCATCGTGCGTCCGTTCGAGGCCGGGATGGCCCTGTGGAAAGCCGGGTTCTATGTGCGATTCGGCGGCGACACCCTACAGTTCGGGCCAACGTTCAACAGCAAGCCGCAGGACCTGGATCGTCTGTTCGATGCGGTCGGTGACGTGCTGAATAGAATCGACTGA MNMPEHAVGSLASQLKLDAHWMPYTANRNFQRDPRLIVAAEGSWLTDDKGRKVYDSLSGLWTCGAGHTRKEIQEAVARQLGTLDYSPGFQYGHPLSFQLAEKITSLTPGKLNHVFFTDSGSECADTAVKMVRAYWRLKGQATKTKMIGRARGYHGVNIAGTSLGGVSGNRKLFGQAMMDVDHLPHTLLASNAYSRGMPKEGGIALADELLKLIELHDASNIAAVFVEPMAGSAGVLVPPEGYLKRLRQICDQHNILLVFDEVITGFGRTGSMFGADSFGVVPDLMCIAKQVTNGAIPMGAVIASSEIYQTFMNQPTPEYAVEFPHGYTYSAHPVACAAGLAALDLLQKENLVQSVAEVAPHFENALHGLKGSKNVLDIRNFGLAGAIQIAPRDGDAIVRPFEAGMALWKAGFYVRFGGDTLQFGPTFNSKPQDLDRLFDAVGDVLNRID PGPT0007865_226 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 D1-35_05036 1494 bauC_1 COG1012 Putative 3-oxopropanoate dehydrogenase ATGAGCCTCATCCCGCATCTGATCAATGGCGAATTGCTGAGCGACAGCGCACGCACGGCCGACGTGTTCAACCCATCCACCGGGCAAGCAATCCACAAGGTCCCGCTGGCGGATCGCGCAACTGTTCAGCAGGCCATCGATGCCGCCAAGGCGGCTTTCCCGGCCTGGCGCAATACGCCGGCGGCCAAGCGTGCCCAGGTGATGTTTCGTTTCAAGCAGTTGCTGGAGCAGAACGAGTCGCGCATTGCCCAGTTGATCAGCGAAGAACATGGCAAGACCCTCGAAGACGCCGCCGGTGAGCTCAAACGCGGTATCGAGAACGTCGAGTTTGCCTGTGCGGCCCCGGAAATACTGAAGGGCGAATACAGCCGTAACGTAGGACCGAACATCGACGCCTGGTCAGACTTTCAACCGTTGGGCGTGGTGGCAGGCATCACACCGTTCAATTTCCCGGCGATGGTGCCGCTGTGGATGTATCCGCTGGCGATCGTCTGCGGCAACTGCTTCATCCTCAAGCCATCCGAGCGTGACCCGAGTTCGACCCTGCTGATCGCCCAGTTGCTGCTGGAAGCCGGTCTGCCAAAGGGGGTGTTGAGTGTGGTCCATGGCGACAAGGCAGCCGTGGATGCACTGATCGAAGCGCCGGAAGTGAAGGCGCTGAGTTTTGTTGGCTCGACGCCGATTGCCGAGTACATCTATGCCGAAGGTACTCGTCGCGGCAAACGCGTTCAGGCGCTAGGCGGTGCCAAGAACCATGCGGTGTTGATGCCGGATGCCGACCTGGACAATGCCGTCAGCGCGCTGATGGGCGCGGCTTACGGTTCATGCGGTGAGCGTTGCATGGCGATTTCGGTGGCGGTGTGTGTCGGCGATCAGGTGGCGGATGCGCTGGTGGCCAAGTTGGTGCCGCAGATCCAGGCACTGAAGATCGGTGCCGGTACGTCTTGCGGTCTGGACATGGGGCCGTTGGTGACCGGCCAGCATCGGGACAAAGTCAGCGGCTATATAGAAGAGGGTGTGGCGGCAGGCGCCTCGCTGATTGTCGATGGTCGCGGCTTGAGTGTGTCTGGGCATGAAGACGGGTTTTTCCTGGGCGGTTGCCTGTTTGATCGCGTAATGCCCGAGATGCGTATCTATAAGGAAGAAATCTTCGGACCGGTGCTGTGTATCGTCCGGGTCAACAGCCTGGAAGAGGCGATGCAACTGATCAATGATCACGAGTATGGCAACGGTACTTGTATCTTTACCCGGGACGGGGAGGCGGCACGGTTGTTCTGCGATGAGATCGAAGTCGGGATGGTCGGTGTAAACGTTCCATTGCCAGTGCCTGTTGCCTATCACAGCTTTGGCGGTTGGAAGCGTTCATTGTTTGGCGACCTGCATGCCTACGGTCCGGACGGGGTGCGTTTTTATACCCGTCGCAAGGCCATTACCCAGCGCTGGCCGCAGCGTGCCAGCCACGAGGCTTCGCAGTTCGCATTCCCCAGCCTTTAA MSLIPHLINGELLSDSARTADVFNPSTGQAIHKVPLADRATVQQAIDAAKAAFPAWRNTPAAKRAQVMFRFKQLLEQNESRIAQLISEEHGKTLEDAAGELKRGIENVEFACAAPEILKGEYSRNVGPNIDAWSDFQPLGVVAGITPFNFPAMVPLWMYPLAIVCGNCFILKPSERDPSSTLLIAQLLLEAGLPKGVLSVVHGDKAAVDALIEAPEVKALSFVGSTPIAEYIYAEGTRRGKRVQALGGAKNHAVLMPDADLDNAVSALMGAAYGSCGERCMAISVAVCVGDQVADALVAKLVPQIQALKIGAGTSCGLDMGPLVTGQHRDKVSGYIEEGVAAGASLIVDGRGLSVSGHEDGFFLGGCLFDRVMPEMRIYKEEIFGPVLCIVRVNSLEEAMQLINDHEYGNGTCIFTRDGEAARLFCDEIEVGMVGVNVPLPVPVAYHSFGGWKRSLFGDLHAYGPDGVRFYTRRKAITQRWPQRASHEASQFAFPSL PGPT0002295_3367 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 D1-35_05038 609 hypothetical protein ATGTCGGGTTCGATCCTTTATATCCATGGCTTCAACAGTGCCCCGGCGTCGACCAAGGCCTGTCAACTGACCGAAGTGATGACGCGCCTCGGGCTGGGGGACCAGTTGCGGGTGCCGGCCTTGCATCACCATCCGCGCGAGGCGATTGCTCAGTTGGAGCAGGCGATCACAGAACTGGGGCGGCCGCTGCTGGTCGGCAGCTCGCTCGGCGGCTACTATGCGACTCACTTGGCCGAGCGCCACGGCCTCAAGGCCCTGTTGGTCAATCCGGCGGTCAGCCCGCATCGGATGTTCGACGGTTATCTGGGCACGCAGAAGAATTTGTACACCGACGAGACCTGGGAATTGACCCACGACCACGTGACGGCCCTGGCCGAGCTGGAAGTGCCGGCGCCCCGGGATCCGCAGCGGTTTCAGGTATGGTTGCAAACCGGTGACGAAACGCTGGATTATCGCCACGCCCAGCAGTATTACCGTGCCTGCGCGTTGCGTATCCAGGCCGGCGGCGACCACAGTTTCCAAGGGTTTGCCCAGCAGTTGCCGGCGTTATTGAGTTTTGCCGGCATTGGCGCCGATTTGTACCAGGCGATCGACTTCACCTCACTGTGA MSGSILYIHGFNSAPASTKACQLTEVMTRLGLGDQLRVPALHHHPREAIAQLEQAITELGRPLLVGSSLGGYYATHLAERHGLKALLVNPAVSPHRMFDGYLGTQKNLYTDETWELTHDHVTALAELEVPAPRDPQRFQVWLQTGDETLDYRHAQQYYRACALRIQAGGDHSFQGFAQQLPALLSFAGIGADLYQAIDFTSL NA NA NA NA NA D1-35_05039 1905 parE COG0187 DNA topoisomerase 4 subunit B ATGGCCACTCCCAGCGCTAGCTCCTATAACGCAGACGCCATCGAAGTCCTCTCGGGCCTCGACCCGGTGCGCAAGCGCCCCGGCATGTACACCGACACCAGTCGGCCGAATCACCTTGCCCAGGAAGTCATTGACAACAGCGTCGACGAAGCCTTGGCCGGGCACGCAAAGTCGGTGCAGGTCATCCTGCACGCCGATCATTCATTGGAAGTCAGCGATGACGGCCGCGGCATGCCAGTGGACATTCACCCTGAAGAGGGTGTGTCGGGCGTCGAGCTGATCCTCACCAAGCTCCACGCCGGCGGCAAGTTTTCCAACAAGAACTACCAGTTCTCCGGCGGCCTGCACGGGGTGGGTATCTCCGTGGTCAACGCCTTGTCGACCCAGGTGCGGGTGCGGGTCAAGCGTGACGGCAACGAATACCAGATGACCTTTGCTGACGGCTACAAGGCCACCGAGCTGGAAGTGGTCGGCACCGTCGGCAAGCGCAACACCGGCACCAGCGTGTATTTCGCGCCGGACCCGAAGTATTTCGATTCACCGAAGTTTTCCGTCACGCGCCTCAAGCACGTCCTCAAGGCCAAGGCGGTGTTGTGCCCGGGGCTGCTGGTGAGTTTCGAGGACAAGGCCACCGGCGAGAAGGTCGAATGGCACTACGAGGACGGCCTGCGCTCGTACCTGGTCGATGCGGTCAACGGTTTCGAGCGCCTGCCCAACGAGCCGTTCTGCGGCAGCCTGGCCGGGAACAAGGAAGCCGTGGATTGGGCGCTGCTATGGCTGCCCGAGGGCGGCGAAAGCGTCCAGGAGAGCTACGTCAACCTGATCCCCACCGCCCAAGGCGGCACCCACGTCAACGGCTTGCGCCAGGGTTTGCTCGATGCGATGCGCGAGTTCTGCGAATTCCGTAACCTGCTGCCTCGTGGCGTCAAGCTGGCGCCGGAAGACGTCTGGGAGCGCATCGCCTTCGTATTGTCGATGAAGATGCAGGAGCCGCAATTCTCCGGCCAGACCAAGGAGCGCCTGTCGTCCCGCGAGGCGGCTGCGTTTGTCTCCGGGGTGGTCAAGGATGCGTTCAGCCTGTGGCTCAATGCCAATCCGGAAACCGGCCTGGCCCTCGCCGAACTGGCGATCAACAACGCCGGCCGTCGCCTCAAGGCAAGCAAGAAGGTCGAGCGCAAGCGCATCACCCAGGGCCCGGCACTGCCGGGCAAGCTCGCCGATTGTGCCGGGCAGGACCCGATGCGCTCCGAGCTGTTCCTGGTGGAAGGTGACTCCGCCGGCGGCTCGGCCAAGCAGGCGCGGGACAAGGAGTTCCAGGCGATCCTGCCGCTGCGGGGCAAGATCCTCAACACTTGGGAAGTCGACGGCAGCGAAGTGCTGGCCAGTCAGGAAGTGCATAACATCGCGGTGGCCATCGGCGTCGATCCGGGCGCCGAGGACATGAGCCAGTTGCGTTACGGCAAGATCTGCATCCTCGCCGACGCCGACTCCGACGGCTTGCACATCGCCACCTTGCTCTGCGCCTTGTTCGTCCAGCATTTCCGCCCGCTGGTGGATGCCGGTCACGTCTACGTGGCGATGCCGCCGTTGTACCGTATCGACCTGGGCAAGGAGATCTACTACGCCCTGGATGAAGCCGAGCGCGACGGCATCCTTGATCGGCTGGTGGCCGAGAAAAAACGCGGCAAGCCGCAGGTCACCCGATTCAAAGGCCTGGGCGAGATGAACCCGCCGCAGTTGCGCGAAACCACCATGGACCCGAACACCCGTCGGCTGGTGCAGTTGACCCTGGATGATTTCGAAGCGACGTCGGAAATGATGGACATGTTGCTGGCGAAAAAACGCGCCGGCGACCGCAAGAACTGGCTTGAATCCAAGGGTGATCTGGCCGAGGTCCTGGCCTGA MATPSASSYNADAIEVLSGLDPVRKRPGMYTDTSRPNHLAQEVIDNSVDEALAGHAKSVQVILHADHSLEVSDDGRGMPVDIHPEEGVSGVELILTKLHAGGKFSNKNYQFSGGLHGVGISVVNALSTQVRVRVKRDGNEYQMTFADGYKATELEVVGTVGKRNTGTSVYFAPDPKYFDSPKFSVTRLKHVLKAKAVLCPGLLVSFEDKATGEKVEWHYEDGLRSYLVDAVNGFERLPNEPFCGSLAGNKEAVDWALLWLPEGGESVQESYVNLIPTAQGGTHVNGLRQGLLDAMREFCEFRNLLPRGVKLAPEDVWERIAFVLSMKMQEPQFSGQTKERLSSREAAAFVSGVVKDAFSLWLNANPETGLALAELAINNAGRRLKASKKVERKRITQGPALPGKLADCAGQDPMRSELFLVEGDSAGGSAKQARDKEFQAILPLRGKILNTWEVDGSEVLASQEVHNIAVAIGVDPGAEDMSQLRYGKICILADADSDGLHIATLLCALFVQHFRPLVDAGHVYVAMPPLYRIDLGKEIYYALDEAERDGILDRLVAEKKRGKPQVTRFKGLGEMNPPQLRETTMDPNTRRLVQLTLDDFEATSEMMDMLLAKKRAGDRKNWLESKGDLAEVLA PGPT0027710_1897 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 D1-35_05040 987 hypothetical protein ATGCGCAACGGTTTCGCCCTGGCGTTGTTGCTGTGGGCGGGGGTGGTAGTCGCAGCGCCAGTGCCGGAACTGAAGTTGCTGTCCGAGCATGTCGTCGATGGCATGCGCGGCGGCAATCTGTCCGGGCTGGCCCTGTGTGGCAACGAGATGTGGACGGTATCCGATCGCGACGATGACCGGATTTACCGGCTTCAACCCTCCGATGCCCGGGCCTGGCAGGCCGAAGCTGTCGGTATCGAGGTGCCTGCCGTGCCGGAGAATGATTTGCCTTGGGGCCTGCAGTCGCGGACCTGGGCGGCATCGTTCGTGCGCGGTGGCGAACTGGACTACGAAGGCATCAGTTGCGACAGCGCCGGTCAGCGTTATGTGGTCAGTGAGTCCCACGCCGCCGTGCTGAGAATATCGCCGGCAGGCGAAGCAGCCTGGCTGAAAATCACCCCGACCATGCTCCGCCAGGCCCGGGGCAGCGGCATGCTGCTGCATTTTAATGCCCTGTTCGAAGGTGTGGCGGTCAACCCGGCTGGCGATCAGCTATGGCTGGCCGCCGAACGGGAGCGTCGTGGGCTGGTGTTGCTCAAGCGCCAGCAAACGGTGTGGGACTGCGACGGCAATTGCGTATTGTTGAGCGAAGCGGGGCAGGAGATGCAGCCGGCGCAGTTTCCCGAGGCCAAGGCGGTTTCCCGGGACTTCGCCGATCTGTCATTGTTCAACGGCAAGCTGTTTACCCTGGAGCGAAACGCCTATCAGATCTGCCGGCGTGACCCGCAGACCGCCAAGGTCGAGCGCTGCTGGTCGTTTGCGGGGGAGGCGTTGCAGGAAAATCGCCGTTATCCACAGCCCTTCGGCCTGGTCGAAGCGCTCATCGTCGACGCCGACGGCGCCTGGATCGGCGTGGACAACAACGACGGTGCGCGGGCTGACGGCGAGCAGCGGCCGGTTATCTGGCGCTTCGCCGCGCCCGAGGGTGGCTGGGGTGCCGCGCCATGA MRNGFALALLLWAGVVVAAPVPELKLLSEHVVDGMRGGNLSGLALCGNEMWTVSDRDDDRIYRLQPSDARAWQAEAVGIEVPAVPENDLPWGLQSRTWAASFVRGGELDYEGISCDSAGQRYVVSESHAAVLRISPAGEAAWLKITPTMLRQARGSGMLLHFNALFEGVAVNPAGDQLWLAAERERRGLVLLKRQQTVWDCDGNCVLLSEAGQEMQPAQFPEAKAVSRDFADLSLFNGKLFTLERNAYQICRRDPQTAKVERCWSFAGEALQENRRYPQPFGLVEALIVDADGAWIGVDNNDGARADGEQRPVIWRFAAPEGGWGAAP NA NA NA NA NA D1-35_05041 522 hypothetical protein ATGAGCCAGCAACCACCGGGCAAGCGCGCCGGCCGGGTACTGATGATCCTGGCCTGGTGCGCGGCACTGTTTCTGGCAACGCGGTTTTTTGCCCAGTGGGAGCAGCGAGAGCTCAACCCCAATGCCGAGGTGCATTCGCAGAAGGGCGAAGGTTTTATCGAAGTAAAGCTGATCGGCAACCGGCAGGGACATTTTGTCGCCAGCGGCCAGATCAACGGCCAGCCGGTGGATTTCATGCTCGATACCGGGGCCACCGACGTGGCGATCCCGCAGGAATTGGCCGAGCGCCTCAAGCTGGAAAAAGGTCTTGGCGTGAGGTTGAGCACCGCCAATGGTTTGAGCGAAGGCTACCGCACCCGTATCGACCGGCTGCAATTGGGTGACATCGTGTTGCGTGATGTCCGTGCCCTGGTGGCGCCAGGCCTGGAAGGCACGCAAGTGCTGCTGGGCATGAGCGCCCTGAACAAACTTGAATTTACCCAGCGCGACGGCACCATGCTGCTGCGCCAGACAACGAACTGA MSQQPPGKRAGRVLMILAWCAALFLATRFFAQWEQRELNPNAEVHSQKGEGFIEVKLIGNRQGHFVASGQINGQPVDFMLDTGATDVAIPQELAERLKLEKGLGVRLSTANGLSEGYRTRIDRLQLGDIVLRDVRALVAPGLEGTQVLLGMSALNKLEFTQRDGTMLLRQTTN PGPT0015885_910 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0015885-perP-K06985 NA NA D1-35_05042 2265 parC COG0188 DNA topoisomerase 4 subunit A ATGAGCGACATTCTTGCAGACAGCTTGGACGGCGTAGAACGCCGATCGCTGGCTGACTTCACCGAAAATGCCTACCTCAATTACTCCATGTACGTGATCATGGACCGCGCCTTGCCGCATATAGGCGACGGTCTGAAGCCGGTCCAACGGCGGATCATCTATGCCATGAGTGAGTTGGGGCTGGACGCCGATTCCAAGCACAAGAAGTCGGCGCGTACCGTCGGTGACGTGCTCGGCAAGTTTCACCCCCACGGCGACTCGGCCTGCTATGAAGCCATGGTGCTGATGGCCCAGCCGTTCAGCTATCGCTACACGCTGGTGGACGGGCAGGGTAACTGGGGTGCGCCGGACGATCCCAAGTCCTTCGCGGCCATGCGGTACACCGAGGCGCGCCTGTCACGCTATTCCGAAGTGCTGCTCAGCGAGCTGGGCCAAGGCACCGCGGACTGGGGGCCGAACTTTGACGGCACCCTCGATGAACCCCTGGTGTTGCCGGCACGTTTGCCGAACATCCTGCTCAATGGCACCACCGGCATTGCCGTGGGCATGGCCACCGACGTGCCGCCGCACAACCTGCGGGAAGTCGCCACAGCGTGCGTGCGCTTGTTGGACGAGCCGAAAGCCACGGTGGAACAGCTCTGCGAACATATCCAGGGCCCGGACTATCCGACCGAAGCGGAAATCATCACGCCGCGTGCCGATCTGCTGAAAATCTATGAGACCGGTCGCGGTTCGGTGCGCATGCGCGCCGTCTATCACGTTGAAGACGGTGACATTATCGTCACCGCGCTGCCGCATCAGGTTTCCGGGGCAAAAGTCCTTGAGCAGATTGCTGCGATGATGCAGGCAAAACCGTCGAAAGCGCCGCAGGTTGCTGACTTGCGCGACGAATCCGACCACGAGAATCCCTGCCGCATCGTGATCATTCCGGTGAACAGCCGGGTCGATCACGACGCGCTGATGCAGCACTTGTTCGCCAGCACCGATCTGGAATCCAGCTATCGGGTGAACATCAACATCATCGGCCTGGACGGCAAGCCGCAGCTGAAAAACCTGCGGGCATTGCTCGTGGAGTGGCTCGAATTCCGGGTCAAGACGGTGCGTCGGCGCCTGCAATTTCGCCTGGACAAGGTCGAGCGTCGCCTGCATCTGTTGGACGGCTTGCTGATTGCCTACCTCAACCTCGATGAAGTGATCCACATCATCCGCACCGAGGAGCATCCCAAGGCCAGCCTGATCGAGCGCTTCGCCCTCAGTGAAATCCAGGCCGACTACATCCTCGACACGCGCCTGCGCCAACTGGCACGCCTGGAAGAAATGAAGCTGCGTGCCGAGCAGGATGAATTGCTCAAGGAACAGGCCAAGCTGCAAGCCTTGCTGGGCAGCGAAGCCAAACTGAAGAAACTGGTACGCACCGAGTTGCTCAAGGACGCCGAAACCTACGGCGATGACCGTCGTTCGCCGATTGTCGAGCGTGCCGAGGCCAAGGCCTTGAGCGAGCACGACCTGTTGCCGAACGAGAAAGTCACCGTTGTACTGTCGGAAAAAGGCTGGGTGCGCTCCGCCAAGGGCCATGACATCGACGCTGCCGGGCTTTCCTACAAGGCCGGGGACGGCTTCAAGGCCTTGGCGCCGGGGCGCTCGAACCAGTTCGCAGTGTTCATCGACTCTACCGGGCGCAGCTATTCGGTGCCGGCCCACACCTTGCCATCGGCGCGTGGCCAGGGTGAACCGCTGACCGGACGATTAACACCTCCGCCGGGTGCAACTTTTGAATGTGTGCTGATGCCTGATGATGACGGGCTGTACGTTATCGCGTCGGACGCCGGCTACGGGTTCGTCGTCAAGGGTGAAGACCTGCAAGCCAAGAACAAGGCGGGCAAGGCGTTGTTGAGCCTGCCGAACAACGCCAAGGTCATTGCCCCGCGCCCGGTCAGCGATCGCGATAACAACTGGCTGGCTTCGGTGACGACCGAAGGTCGGTTGCTGGTCTTCAAGATCAGCGACCTGCCACAGCTTGGGAAAGGCAAAGGCAACAAGATCATCGGGATTCCTGGCGAACGGGTGGCGAGTCGCGAGGAATTTGTCACGGATATTGCAGTGTTACCTGAAGGTGCCACGCTTGTGCTGCAGGCTGGAAAGCGTACGCTTTCACTGAAAGCGGACGATCTTGAGCATTACAAAGGTGAACGCGGTCGGCGGGGCAACAAGCTTCCAAGGGGTTTTCAACGGGTGGATGCACTGCTCGTCGAAAACCTCAATTGA MSDILADSLDGVERRSLADFTENAYLNYSMYVIMDRALPHIGDGLKPVQRRIIYAMSELGLDADSKHKKSARTVGDVLGKFHPHGDSACYEAMVLMAQPFSYRYTLVDGQGNWGAPDDPKSFAAMRYTEARLSRYSEVLLSELGQGTADWGPNFDGTLDEPLVLPARLPNILLNGTTGIAVGMATDVPPHNLREVATACVRLLDEPKATVEQLCEHIQGPDYPTEAEIITPRADLLKIYETGRGSVRMRAVYHVEDGDIIVTALPHQVSGAKVLEQIAAMMQAKPSKAPQVADLRDESDHENPCRIVIIPVNSRVDHDALMQHLFASTDLESSYRVNINIIGLDGKPQLKNLRALLVEWLEFRVKTVRRRLQFRLDKVERRLHLLDGLLIAYLNLDEVIHIIRTEEHPKASLIERFALSEIQADYILDTRLRQLARLEEMKLRAEQDELLKEQAKLQALLGSEAKLKKLVRTELLKDAETYGDDRRSPIVERAEAKALSEHDLLPNEKVTVVLSEKGWVRSAKGHDIDAAGLSYKAGDGFKALAPGRSNQFAVFIDSTGRSYSVPAHTLPSARGQGEPLTGRLTPPPGATFECVLMPDDDGLYVIASDAGYGFVVKGEDLQAKNKAGKALLSLPNNAKVIAPRPVSDRDNNWLASVTTEGRLLVFKISDLPQLGKGKGNKIIGIPGERVASREEFVTDIAVLPEGATLVLQAGKRTLSLKADDLEHYKGERGRRGNKLPRGFQRVDALLVENLN PGPT0027705_2195 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 D1-35_05043 705 hypothetical protein ATGACTGCTCTGCGCCTACCTATTTTGTGGCTCGCCGGCCTGCTTGGCCTGGCGGGTTGCAGCATGCACCAGCCGGTGTCGCTGTATCAGTTGGACAGCGGTACCCCGGCCCAGCCTGCGCAAAGCACAGGCATGGCGGTTTTGCTGGGCCCTGTATTGATTGCCGACTACCTGCAACGCGAAACTCTCCTGCAACGCCAACCGGACGGCAGCTTGCAAGCCGCCACGGACGGTCGTTGGGCCGGCAGCCTGTCCTCGGACATCGACCAGCTGCTGCTGCGCCAGGTCGCCGGTCACCTGGACAGTCAGCGCGTGGTGCTGGCGCCGGCTACCCAAGGCTTCACCCCGGATGTGCAGGTCCTGCTGTCGATTACCCGCCTGGACTCGGGTGAATCACAACCGGCGGTACTCGATGCCCAATGGCGGTTGATTGACCGTCGCGGCAAGGTGCGTGAGAACCGCATCGTTCATCTGCAAGAGCAACACGCCGGCACCACGGCGGCGCAGGTTCAGGCCCAGGGTGTGCTGCTGCAACGACTGGCCGAACAGTTGTCCGTCTCGCTCAAGCCGCTGGCCAACCAGCCTCCTATCGCTGAAGTTCCACGCAAGCCCGCTCCCGCCCCGGCCAAGCCGGCAGGAAAGGAAAAGGACAAGATTCCGATGGCCCTGCCGATTCGGACGGACATGGAAGTGTTCCGGTTCTGA MTALRLPILWLAGLLGLAGCSMHQPVSLYQLDSGTPAQPAQSTGMAVLLGPVLIADYLQRETLLQRQPDGSLQAATDGRWAGSLSSDIDQLLLRQVAGHLDSQRVVLAPATQGFTPDVQVLLSITRLDSGESQPAVLDAQWRLIDRRGKVRENRIVHLQEQHAGTTAAQVQAQGVLLQRLAEQLSVSLKPLANQPPIAEVPRKPAPAPAKPAGKEKDKIPMALPIRTDMEVFRF NA NA NA NA NA D1-35_05044 1518 hypothetical protein GTGAACCGGCCCACGCCAGTCAAAACCGACAATTTCTTCCTGCTGATCTTCCGAGCATTGCGCCATCGCCGCGTGCCGATCGCATTGCGCATTGCCAGCCATAACGTGATCCTGGTCGCCTTGGCCCTGGTCATCTATGCCTGCGTGATGGGCCTGCAATTCAAGCAGGCCATGCACGAGCAGGCGGATGCCCTGGGCGAGAGCCTGACCACCCAGACCGCCACGTCCGCCACCGAGCTGCTGGTGTCCAACGACATCCTCAGTCTCAATGTGCTGCTCAACAACCTGACCAAGAACAAGCTGGTGGCCCACGCCGCCATCTACAGCGTGGACAACCGCATCCTCGCCGAGGCCGGCCAGCGTCCCAAGCCAGGCTTGCTCGGCGAAACCGGCGGCATGTACCAGAGCAAGATCACCTTCCAGGACGTGACCGCCGGCCAACTACGCATCAGCCTGGACATGGACCAGTTCCAGCAACCCATGACCATCAGCCTGCAAAGCATGGGCATCCTCAGCGCGATCCTGCTGGCATTGGCCCTGGCGTTGAGCTTGCGCCTGGGGCGGCATATATCCACGCCGCTGTTGCAGTTGCGCGTCTGGCTGCGAGACATCGACGAACACACGCCAGCCACCCAGCGCCAGGATGAAATCGGCGACCTGGCCCGGCAGCTGCACGCCAGCTTCGCGCCGGAGCCGGAACCCGTGCCGGAACCTGAAGACATCGACTACGTTGACGAGGACGATGCGGAGCCGGGCTTCGAAGTGCGCAACCCGCGCGACCCGGGGTTCGACGAAAGCGCGCCGCTGCCCGCTGCCCGCCCCGCGCCGCGACATGTGGTGCGCACTGTCGAAGACGACGATGACGACGAGGCCTTTGCCGATTTGCGCGACGATTCGATCGGCGCCGAACCACAACCGCTTGCCCGCCCTGTCGCCTCGAACCAGCCCCAGCACAGCGCCGTACTGGCCGTGCAACTGGGTGCCCAGGACCAACTGCGGCGCCTGCCCCAGGCTCGCCTGAAAGAACTGCTCGAACGCTATCGCGACTGCCTCGACCAGGCCGCATCGCTTTATCAGGGCGAACTGCACACCCTGAACGACGGCAGCACGCTGATGCTGTTCCACACCGAGGACAGCGGCGACGACTACCTGACCAACGCCATCTGCTGCGGCGAATTGCTGCGGGCGCTGGGTCATCAATTGCAGATCGAAGTCGCCGACAGCGGCATCACTCTGCAATTGCAACTGGGCCTGACCTTGGGCGATGGCTTGTTCGGCCTGAGCCAGATCGACCTGCTGCTGACCGAAACCGCCCAGGACGCCCTGGCCCTTTCCCAACACAGCCGCAACCTGCTGCTGGTGGAACGCAAGATAAATGACGACGCGCTGATCCGCCAACGCGCACGCATCCGTCCGATCGCCAGCCCCGAGGGCGCCTGCTGTGTGGAACGACTGATGGAGCCTTATCCGTCGATGCTGGAACGGCAACTGGCGCGGATGCATGAGCGCCAGGCCTGA MNRPTPVKTDNFFLLIFRALRHRRVPIALRIASHNVILVALALVIYACVMGLQFKQAMHEQADALGESLTTQTATSATELLVSNDILSLNVLLNNLTKNKLVAHAAIYSVDNRILAEAGQRPKPGLLGETGGMYQSKITFQDVTAGQLRISLDMDQFQQPMTISLQSMGILSAILLALALALSLRLGRHISTPLLQLRVWLRDIDEHTPATQRQDEIGDLARQLHASFAPEPEPVPEPEDIDYVDEDDAEPGFEVRNPRDPGFDESAPLPAARPAPRHVVRTVEDDDDDEAFADLRDDSIGAEPQPLARPVASNQPQHSAVLAVQLGAQDQLRRLPQARLKELLERYRDCLDQAASLYQGELHTLNDGSTLMLFHTEDSGDDYLTNAICCGELLRALGHQLQIEVADSGITLQLQLGLTLGDGLFGLSQIDLLLTETAQDALALSQHSRNLLLVERKINDDALIRQRARIRPIASPEGACCVERLMEPYPSMLERQLARMHERQA PGPT0023715_9 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-MEMBRANE_DAMAGING,PGPT0023715-smp|ytjB|aphA-K07186 NA NA D1-35_05045 1215 serB2 COG0560 Phosphoserine phosphatase SerB2 TTGCGTGAAATCGTCCTGATAAACATCACTGGCAGCGACCGTCCGGGTCTGACTGCGGCCATTACCGGCGTTCTGGCCCAGGGTGGTGTGAACATTCTCGATATCGGTCAGGCGGTGATCCACGACACGCTGTCGTTTGGCATCCTGGTTGAAATCCCGGACGCCGAACACAGCAAATCGGTGCTCAAGGACATCTTGTTCACCGCATACAAGCTTGATCAGCAGGTGCGTTTCACCCCGGTTTCCGAGGAAGATTACCAACAGTGGGTGGCTGGCCAGGGCAAGAAACGCCATATCGTGACGCTGTTGACCCGCAAGGTGACCGCCGAGCAATTGCAGCGTGTCAGTTCGATCACTGCCCAATACGGCTTGAACATCGACCATATCGACCGACTGTCCGGGCGCATGCCGCTGGATACTCCGGCCGATCAAGGCAAGGGCTGCATCGAGTTTTCCGTGCGCGGCGAACCCGCCGATCCCCAGGCTTTGCGCGCCGAGTTCCTCAGCGTGGCGCAAGAGCTGAACGTTGACATCGCCTTCCAGGAGGATTCGCTGTTTCGCCGCAACCGTCGCCTGGCGGTGTTCGACATGGACTCGACGTTGATCGAAGCCGAGGTCATCGATGAGTTGGCCAAGGCTGCCGGCGTCGGCGACAAGGTGTCGGCGATTACCGAGCGGGCGATGGCCGGCGAGCTGGATTTCCGCGCCAGCTTCAAGGAGCGCCTGGCGTTGCTCAAAGGCCTGGATGTCAATGTGCTCGACTCGATCGGTGCCTCGTTGCGCCTGACCGAAGGCGCCGAAACCTTGTTCGCCGAGCTCAAGCGCCTGGGTTACAAGACCGCCATCCTGTCCGGCGGCTTCACTTATTTTGCCAAACAGCTGCAGGCCAGACTCGGCATCGACTACGTGTTCGCCAACGAACTGGAAGTGGTGGATGGCAAGGTCACCGGCGTGGCTGTCGAGCCGATCGTCGATGCCCAGCGCAAGGCGGACTTGCTGCGTGAGCTGGCCGCGAAAGAAGGCCTTCGACTGGAGCAGACCATCGCGGTCGGTGACGGCGCCAACGACTTGCCGATGCTTGCGATCGCCGGGCTGGGCGTGGCGTTCCGGGCCAAACCGCTGGTCAAGCAATCAGCCAGGCAGGCCATCTCGACCCTGGGGCTGGATGGGGTGCTGTATTTGCTGGGCTTCAGGGATCGCGACGGGCAGGTTTAG MREIVLINITGSDRPGLTAAITGVLAQGGVNILDIGQAVIHDTLSFGILVEIPDAEHSKSVLKDILFTAYKLDQQVRFTPVSEEDYQQWVAGQGKKRHIVTLLTRKVTAEQLQRVSSITAQYGLNIDHIDRLSGRMPLDTPADQGKGCIEFSVRGEPADPQALRAEFLSVAQELNVDIAFQEDSLFRRNRRLAVFDMDSTLIEAEVIDELAKAAGVGDKVSAITERAMAGELDFRASFKERLALLKGLDVNVLDSIGASLRLTEGAETLFAELKRLGYKTAILSGGFTYFAKQLQARLGIDYVFANELEVVDGKVTGVAVEPIVDAQRKADLLRELAAKEGLRLEQTIAVGDGANDLPMLAIAGLGVAFRAKPLVKQSARQAISTLGLDGVLYLLGFRDRDGQV NA NA NA NA NA D1-35_05046 1761 fimW Cyclic-di-GMP receptor FimW ATGAATGAGACCAGCCCTCTCCAGTTACTGCGCGTCTCGACACCGACCCAGTCGCGCCTGTCCTTCTGCGATGCCACGCCACGCGACCTCAAGCGCTGGATCGGCAACCTGCCCAAGGCCAACATCGGTGAAACCGCGCGCCTGCTGTACCAGGTCCTCGGTGAACTGAACCAGTTGCTCACCCCGAGTGAAAACCGCCTGCAACTGCTCGAACTGTTGCGGCCCGAGGTTTATTACGTCTGCAAGCACCTGGAGCGACATTTCCTGCAACAGGCCATCGTGCTGGACGAGCGCTCGCGCAAGATCGTCAACCTGAGCCAGGCCCTGCAGACTCATTTGGCGATGGGATACAAACAAATCGTCGCGCGCATCTCGCCAAAATTCACCAAGGACCGGGCGCGCCTGCTGGCGACAGCGCTGCAACGGGCGATACATGCCCTCGACGGCACGCTGTTGCGAGCCAGCCAGCTATACAGCCCCGTGCCTGAAGGTTTATGGCTCGATTTGCACCAGCTGTACCGGATCGCCTGCCAGCACCGATTGCAGCACCTCAGCGTTGGCGATGAGCTGGCCAGCCAGGTCCCTCAATTGAATGCCGAGCAGACCTACGTCGTCGCCCTGCTGCTGGGCGCTTCGCGCAGCAACCAGTTACGCCAGAGCCAGATCGCCCGGCTGGCCGAAGTGCTGGAGCCGTGGAGTCAGAGCGTCAAGCTCGACCCGGCCGTCACCGCCGCTAGCCTGTTTGCGGTCGCACCGCAACTGGATGTAGGGCCGCGCTATCGCTCCAAATTTCGCGCCGAACAGCAACCGAGCCTGCAGGGGTTCGATCCCCAGCCCCTGGTGCGTGCCATCAGCGCTCACCTGGCGCAACCTGGCGACTCGTCCCTGGCGGTACCTGCCGGCATGAGTGCCGATACCTTGCATCATCTGCAAGCGGCCTGGGGCGAAGCCGCCGAACGCAGCTTCCAACGCACCGAAGGCAACGGCACGCTGACCCTGTGCGTGGGCATGAGCGCGCTGCACTATTACCTTGGGGGCGAACGTTCCTTCAGCGAAATCCTGAAGAACCCGGCCATGCGCAAGGCCCGATTCGAGGCCTCGCCGACCAAAACCAACGACACCTGGAACCAGGCGTTCGACGCCGCGCCAGCTGGCGACAGCGACCTCTTGCCCTACGAGGAAATCGAGTATCCGGTCAACCCGGCCGATGACGACGGCGCCAGTTCCGACAACCAGCATCATTTCCCGACCTTTGAGCTGCCGATCATCAATCACAGCCCGGGTGGGTACTGCCTAGGCTGGCCGAAGGAAGTGCCGGAGCAATTGCAGGCCGGGGAGATGGTCGGGATTCGTGACACCAGCGACCAGGCCTGGAGTATCGCCGTGGTCCGCTGGATCCGGCAGGTGCGCAACGGTGCGATGCAAATGGGCATTGAACTGGTAGCTCCCCATGCCCAGCCTTGCGGCGTGCAATTGGCGCGCGAGCAGAACGAGCAAGGCCACTACTTGCGGGGGTTGCTGCTGCCGGAAATCAGCGCGATCGACCTGCCGCCCACGATGATCGCTCCGCGCCTGCCCTTCCAGGAAGGCCAGCGAGTGTTGATCAATACCAACGGACAGGAAAGACGAGCCTCGCTGGATCGGCGCGTGACCAGCACCCACAGCTTCAATCAGTTTGCTTATCACCCCGAAGACTCAGGCACCGGCGGGGATGGCAGTGACAAGGAAGGCGATTTTGATTCGCTGTGGAAGTCACTCTAG MNETSPLQLLRVSTPTQSRLSFCDATPRDLKRWIGNLPKANIGETARLLYQVLGELNQLLTPSENRLQLLELLRPEVYYVCKHLERHFLQQAIVLDERSRKIVNLSQALQTHLAMGYKQIVARISPKFTKDRARLLATALQRAIHALDGTLLRASQLYSPVPEGLWLDLHQLYRIACQHRLQHLSVGDELASQVPQLNAEQTYVVALLLGASRSNQLRQSQIARLAEVLEPWSQSVKLDPAVTAASLFAVAPQLDVGPRYRSKFRAEQQPSLQGFDPQPLVRAISAHLAQPGDSSLAVPAGMSADTLHHLQAAWGEAAERSFQRTEGNGTLTLCVGMSALHYYLGGERSFSEILKNPAMRKARFEASPTKTNDTWNQAFDAAPAGDSDLLPYEEIEYPVNPADDDGASSDNQHHFPTFELPIINHSPGGYCLGWPKEVPEQLQAGEMVGIRDTSDQAWSIAVVRWIRQVRNGAMQMGIELVAPHAQPCGVQLAREQNEQGHYLRGLLLPEISAIDLPPTMIAPRLPFQEGQRVLINTNGQERRASLDRRVTSTHSFNQFAYHPEDSGTGGDGSDKEGDFDSLWKSL PGPT0016080_120 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0016080-fimW-K23127 NA NA D1-35_05047 579 hypothetical protein ATGCTCATTGATATTTTCCGATCAGCCAAACGCTACTGGCATATCGAAATTCTTGGTGGCCTGGACAAACCGTTCAGATGGCGCCGGCTTTACCAGAAGTGCCAGCGCATCAACCGGTACCGCTATCTGTTCTGGTTTCGCCTGGCCTACGCCATGCATCAGCAGGACAGCAAGTTCTGGAGACGGCGCGGCAAACTGCTGAACGAGCGAATCAGTCGCCAGTTCAATGTGGAGATCATGCTCGGCGCCACCATTGGAGAAGGGCTTTGGATCGCGCACCCGAATGGAATCGTTATCACCTCGCACGCCGTTATCGGCAAAGACTTCAAGATCTGGCAGAACTGCACGCTGGGCATCAAGGGCCAAAGCGAGGCTGCGCTCTTGCGTATCGGTGACGGCGTCAGGGTACACGCCCATGCCTGCATCATTTCAGACGATTTGGAGCTGGGCGACAACGTGATCGTCGGCGCTGGCGCCTTCGTCAACAAAAGTATCCCGGCCAACCACTTGTATATCACCCGCAGCGTCGGCGAAATGAAAGCCTACGATCCCCAGTCAATGGGCCGTCTGCAAAGCTAG MLIDIFRSAKRYWHIEILGGLDKPFRWRRLYQKCQRINRYRYLFWFRLAYAMHQQDSKFWRRRGKLLNERISRQFNVEIMLGATIGEGLWIAHPNGIVITSHAVIGKDFKIWQNCTLGIKGQSEAALLRIGDGVRVHAHACIISDDLELGDNVIVGAGAFVNKSIPANHLYITRSVGEMKAYDPQSMGRLQS PGPT0020265_5121 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 D1-35_05048 1221 hypothetical protein ATGACACGTTCGGTTTTTACCAGATACACCGTGCTAGTTCTGATGATCGGATTCACCGTACACCTGACAGGGCTACTCTTCATCACTGACGGCAGTAGCTACACGACGATTTCCAACCTGAGCCTGTTCCTGCCTGCATTGCTCTTGTGCATTGTCGACGCACGCCTGCGCCAAAGCCTGATGCAGAAACGCTATTGGCCGGTCCTGCTGATGCTGGCCTTCTCATTGCTGATCGCATTCCTGAACCCCGGCTCATCGACATCCGCCTTCTCGCAGTTCAAAACCGTGCTCTACGTGACCTTGTATCTCGGCACTGTGCATATACTGGCTCGAGAGGGGCTGCTTGAAAAAAGCCTCACGTTTGCCTTCGCCGTGGCAGGACTCTTTGCAATCGCAGGCCTGCTGATTCATTTCGTACAGCAAGACCAGAACATCTTTTTCATGGGCGGACGCTTGTTCAACCTGGGATATGGCGACTACGCGAATTTCAAGAACCCGATCATCGCTGCGCTGTACTACGGTTTTTTTGGCATCTACGGGTTCCACCTCCTGCTGACCAAACCCTGCGGGCCATGGCTCAGGGTCTTCTACATGGCGTGCGTGGCAGGTCTGTCGCTGTACCTGTTCTGCACCCTTTCAAGGGCCGTCTGGCTTGGGTATGGCCTGGCCATCTGCACCAGCGTGGTGTTCCAACACACACCACGAACAAGAAAATGGCTGTACCTCACAGGTGCTCTTTTTCTTGTGGCAGTTGCATGGTTATGGCCAGTCATCGTCGATCAGCAAAGTCGTGGATTCAGCCTTCGCGACCTGATCTGGGCTGGCTGGCTGAGCCGCATCGAAGAGTTCTGGCTATTCGGGGCCGGCGCGGGGAGCAATTTTGACATCTGCGTTTTGGAAACCCAATGCTACAACCAGGTGCACAACCTGTTCCTGCAGTTCTTTTATGAGTTCGGGGTCGTCGGGGCGGCGCTGCTGCTACTGGCCGTTTTCCATGTTTTCATCTGCGCCGTTGACAGAAAAACCTGGATAAACCCTATAGGCTCGGCGGGTTTTCCTCTGCTTATCTTCGCAATAGTGACGGCCATGTTCGACTACCACACGGTATTCAACAGGCCCGGGGTCTATTGGATCGTCTTCTGGCTTCCTGTCGGGATCATTCTTTCCCAGCGTTTTTTACCAGGCCCTGCGTCTTGCAAAGAGGCTGTCGATGCTCATTGA MTRSVFTRYTVLVLMIGFTVHLTGLLFITDGSSYTTISNLSLFLPALLLCIVDARLRQSLMQKRYWPVLLMLAFSLLIAFLNPGSSTSAFSQFKTVLYVTLYLGTVHILAREGLLEKSLTFAFAVAGLFAIAGLLIHFVQQDQNIFFMGGRLFNLGYGDYANFKNPIIAALYYGFFGIYGFHLLLTKPCGPWLRVFYMACVAGLSLYLFCTLSRAVWLGYGLAICTSVVFQHTPRTRKWLYLTGALFLVAVAWLWPVIVDQQSRGFSLRDLIWAGWLSRIEEFWLFGAGAGSNFDICVLETQCYNQVHNLFLQFFYEFGVVGAALLLLAVFHVFICAVDRKTWINPIGSAGFPLLIFAIVTAMFDYHTVFNRPGVYWIVFWLPVGIILSQRFLPGPASCKEAVDAH NA NA NA NA NA D1-35_05049 861 psd COG0688 Phosphatidylserine decarboxylase proenzyme ATGAAGAACCGCTTGTTCATCCTTTCCCAATACCTGCTGCCGCACCACTTGCTGTCGCGCCTCGCCGGCTGCATTGCCGAATGCCGCGTGCGCTGGTTCAAGAACGCCTTTACGGCCTGGTTCGCCAAGCGCTACCAGGTGGATATGTCCCAGGCCCTGGTGGAAGACCTGAGCGCCTACGAGCACTTCAACGCCTTCTTCACCCGCGCGCTGAAAGACGGTGCCCGCCCTCTGGATCAAACCCCAGGCGCGATTCTGAGCCCCGCCGACGGCGCCGTCAGCCAGCTCGGCCCGATCGAGCATGGCCGCGTGTTCCAGGCCAAGGGCCACAGCTTCAGCGTGCTGGAACTGCTCGGCGGCGATGCGGCCAACGCAGCGCCATTCATGGGCGGCGACTTCGCAACGATTTACCTGTCGCCCAAGGATTACCACCGCGTGCACATGCCGTTGGCCGGCACGCTGCGGGAAATGGTCTACATCCCGGGGCGCATTTTCTCGGTCAACCAGACCACTGCCGAGAACGTTCCGGAGCTGTTCGCCCGCAACGAACGCGTAGCGTGCATTTTCGACACCGAACGCGGGCCGATGGCCGTGGTGCTGGTGGGTGCAATGATCGTGGCGTCCATCGAGACGGTCTGGGCCGGCCTGGTGACACCGCCCAAGCGCGAACTCAAGACCTTCCGTTATGACGAAGCCGCCCGTGCGCCGATTCACCTGGAGAAGGGTGCCGAGCTGGGCCGTTTCAAACTGGGTTCGACCGCTATCGTGCTGTTCGGGCCGGATCAAGTGAAGTGGACCGAAGACCTGGTAGCCGGCTCGCCGGTGCAGATGGGTCAAGGACTGGCATTACCCAAGGCTTGA MKNRLFILSQYLLPHHLLSRLAGCIAECRVRWFKNAFTAWFAKRYQVDMSQALVEDLSAYEHFNAFFTRALKDGARPLDQTPGAILSPADGAVSQLGPIEHGRVFQAKGHSFSVLELLGGDAANAAPFMGGDFATIYLSPKDYHRVHMPLAGTLREMVYIPGRIFSVNQTTAENVPELFARNERVACIFDTERGPMAVVLVGAMIVASIETVWAGLVTPPKRELKTFRYDEAARAPIHLEKGAELGRFKLGSTAIVLFGPDQVKWTEDLVAGSPVQMGQGLALPKA PGPT0007700_2317 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DECARBOXYLASE_ACTIVITY,PGPT0007700-psd|PISD-K01613 NA NA D1-35_05050 816 rhdA COG2897 Thiosulfate sulfurtransferase ATGCCTGACTTCTCTGGCTTGCCGCTGGTAATCGAACCGAGCGAACTGCGGCCGCGCCTCGATGCTCCCGAGCTGATTCTGGTGGACCTCACCAGCGCGGCCCGCTACAGCAACGGGCACATCCCCGGCGCGCGTTTCGTCGATCCCAAGCGCACGCAACTGGGTCAGCCTCCGGCCCCAGGCCTGTTGCCGGCAAAAGCCGACCTTGAGGTGCTGTTCGGCGAACTCGGACACAACCCCAACGCCGTCTACGTGGTGTATGACGATGAAGGCGGTGGTTGGGCCGGGCGCTTCATCTGGCTGTTGGACGTGATCGGTCATTCGAATTATCACTACCTCGACGGTGGCTTGCTGTCCTGGCTGGATGAGGGCCTGCCGGTGTCCACTGAAATGCCCGCGCCCGGCGCAGGCCCGGTGAGCCTTGTGCTGCACGACGAACCCACTGCCACCCGCGAATACCTGCAAGGCCGTCTCGGCGCTGCCGACCTGGCCATCTGGGATGCACGCGGCCCGCTGGAGTACTCCGGCGAAAAAGTCGTCGCGGCCAGGGGCGGCCATATTCCCGGCGCGGTGAACTTCGAATGGACCGCCGGCATGGACCCGACGCGCAACCTGCGCATTCGCAAGGACATGCCCGAGATCCTCGAACAGTTGGGTATTACACCCGACAAGGAAATCGTTACCCACTGCCAGACTCATCACCGCTCTGGCTTCACCTATCTGGTGGCCAAGGCGCTCGGTTATCCGCGAGTCAAAGGCTATGCCGGTTCCTGGGGCGAATGGGGCAACCACCCTGACACCCCGATCGAGCTTTGA MPDFSGLPLVIEPSELRPRLDAPELILVDLTSAARYSNGHIPGARFVDPKRTQLGQPPAPGLLPAKADLEVLFGELGHNPNAVYVVYDDEGGGWAGRFIWLLDVIGHSNYHYLDGGLLSWLDEGLPVSTEMPAPGAGPVSLVLHDEPTATREYLQGRLGAADLAIWDARGPLEYSGEKVVAARGGHIPGAVNFEWTAGMDPTRNLRIRKDMPEILEQLGITPDKEIVTHCQTHHRSGFTYLVAKALGYPRVKGYAGSWGEWGNHPDTPIEL PGPT0002045_5302 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 D1-35_05051 1539 hypothetical protein ATGGCTAACGAAACGAACGTCCCAACTCCAAGACCGACCACCCTCGAAGGCTGGGTAAAGCTGCTCGAGGGCGTGCACCTGCCGGTGCCCCAGGCCAGCCACGACCTGGTCTGCAAGGCGATTGGCGACAGTCGCCGCTCGCTGCGTGACATCGCCGAATTGATGCAGGACAGCCCCGCGCTGGCCCTGAGTGTCATTCGCGAAGCCAACCACCACACGCACGGTACCCTGGCGGAACCGGCGGAAAACCTTGAGGTGGCCATCAACCGCCTCGGCCTCAAGCGCACCGAAGAACTGCTTGCTCGCCTGCCCTCACTGCCGGGGCAGCAGATTCCCTTGGCCCTGCGCCAGTTGCAATTGATCAGCCAGCACGCCACGCAACAGGCCAACGGTTTTTTTGCCAGCCGCCTGGCGCGGCTGTGGCAAGACATCCATTGGGGCAGCCTGCTGTTCCTGTCACCGCTCTGGCCGCTGGCCCTGACTCATCCACGACTGCTCGGGGAATGGGAGCTGCGCGTCGTTCATAAAGGCCAGCCAGCCGGCGAAGTGGAGCGTGAACTGTTCGGCGTCAGCCTGCTGAAAATCTGCCTGGCATTGGTGGAGACCTGGCGCCTGCCGATCTGGGTAGCGCAGGGCTATCGCCTGCTGCTCAACGAGCGTCGCGAACTGGTCAAAGTGCTGCGCATTGCGCGCGACAGTGAGCATCCACTGCGCCAACAGAATCGCCTGGACGACGACCCGACCCTGCGGCGCTGGCTCAATCAGCCAGCCAACACCGTGCTGCTGGCCAACGGCCTGGCACTTTCGGCACAGCAGGCGTGGGACAGCCCGCACAGTGCCCGCTGGCAATACCTCACCAGCCTGTATCTGCAGATGCCGATGGACGACATTCAGCAACAGCTTCACCAACAGGCCGCCAACAGCGCGCGTCAGCACGCCATGCCGGACCTCTGGCATCCCGCCGTGGCGCTGATCTGGCCGCCGGGCAGCAAGCGGGTCCACCCAGGTTTGCTGCCCGCCGCCCCGCCCAGCGCCCAGGACCTGAGCCAATGGCGCAAACAATGCGCCGCGTTGCTGGTGGAGCCGAGCCCGTTCCGCAACGCCATGCACCTGACCACCTCGGCACGGGATGCGCTAGCGGCATGTGGCATGCGCCGGGTCATGATCTTGATGGCCGACCGCAGCCAGACCAGCGTGCGCGTGCATCAGATTGCCGGTTTGCCCAAGGAAGCGGCGGCCATGAGCTTCTCCATCAGCCAAAGCAAAATCCTGCAACGATTACTTGCCCAGCAGGCCCAGGTTCGCCTGACCCCGCAAAACAACGCCCAATATTCGGCATTGCTGCCAGCGGGCCTGCGCAGCCTGTTTCGCGGCGAACACTTGCTGCTGCGCTCTCTGACCTGTAACGGTCGAGTGATTATGCTGGTGGTGGTAGACCAGGGCGGCGGACCGTTTTCGGATGTGACGGTACAAGCTTTCGGTAAAACCGTACAGTGCATCGAGCGCGCCCTGCACAGCTTCACCAACCGCGGCCGCTGA MANETNVPTPRPTTLEGWVKLLEGVHLPVPQASHDLVCKAIGDSRRSLRDIAELMQDSPALALSVIREANHHTHGTLAEPAENLEVAINRLGLKRTEELLARLPSLPGQQIPLALRQLQLISQHATQQANGFFASRLARLWQDIHWGSLLFLSPLWPLALTHPRLLGEWELRVVHKGQPAGEVERELFGVSLLKICLALVETWRLPIWVAQGYRLLLNERRELVKVLRIARDSEHPLRQQNRLDDDPTLRRWLNQPANTVLLANGLALSAQQAWDSPHSARWQYLTSLYLQMPMDDIQQQLHQQAANSARQHAMPDLWHPAVALIWPPGSKRVHPGLLPAAPPSAQDLSQWRKQCAALLVEPSPFRNAMHLTTSARDALAACGMRRVMILMADRSQTSVRVHQIAGLPKEAAAMSFSISQSKILQRLLAQQAQVRLTPQNNAQYSALLPAGLRSLFRGEHLLLRSLTCNGRVIMLVVVDQGGGPFSDVTVQAFGKTVQCIERALHSFTNRGR NA NA NA NA NA D1-35_05052 852 motA COG1291 Motility protein A ATGGCTAAAATTATCGGCATCATCGTCGTGTTCGCGAGCGTGCTCGGCGGATACGTGCTCTCCCATGGCAAGATTGCCGCGCTGGTCCAGCCTTTCGAGGTGTTGATCATCGGCGGTGCAGCCCTTGGTGCATTCCTGCAGGCCAACCCTGGCTATATGACAATGCATGTGCTCAAGAAATCCTTGAGCATGTTCGGCTCGCGTTTCAGCCACACCTTCTATCTCGAGGTGCTGGGGCTGGTCTACGAGATCCTCAACAAAAGCCGCCGCGAAGGCATGATGGCGATCGAGGGTGACATCGAAGACGCCGCCGCCAGCCCGATCTTCGCCAAGTACCCCTCGGTGCTGAAAGACGAGCGCATGACGGCGTTCATCTGTGACTACCTGCGCATCATGTCGTCCGGCAACATGGCCCCCCATGAGCTTGAAGGTTTGTTCGACATGGAGCTGTACAGCCTCAAGGAAGACCTCGAGCACCCGTCTCATGCAGTCAACGGCATCGCCGACGGCATGCCCGGCTTCGGTATCGTTGCGGCGGTATTGGGCATCGTGGTGACCATGGCATCCCTGGGTGAAGGCGATCAGGCGTCGATCGGCCTGCACGTGGGCGCGGCATTGGTGGGTACTTTCTTCGGTATTCTGGCGGCGTACGGTTTCTTCGGCCCGCTGGCCCATTCCCTGGCGCATGACGCCAAGGAAGAGCTCAACGTCTATGAGGCCATCAAGGCTTCCCTGGTGGCTTCGGCCTCGGGCATGCCGCCGTCCCTGGCGGTGGAGTTCGGTCGCAAGGTCCTGTACCCGGCGCACCGTCCAAGCTTCGCCGAGCTGGAACAAGCGGTTCGCGGTCGTTAA MAKIIGIIVVFASVLGGYVLSHGKIAALVQPFEVLIIGGAALGAFLQANPGYMTMHVLKKSLSMFGSRFSHTFYLEVLGLVYEILNKSRREGMMAIEGDIEDAAASPIFAKYPSVLKDERMTAFICDYLRIMSSGNMAPHELEGLFDMELYSLKEDLEHPSHAVNGIADGMPGFGIVAAVLGIVVTMASLGEGDQASIGLHVGAALVGTFFGILAAYGFFGPLAHSLAHDAKEELNVYEAIKASLVASASGMPPSLAVEFGRKVLYPAHRPSFAELEQAVRGR PGPT0015370_1316 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556 NA NA D1-35_05053 1047 motB_2 COG1360 Motility protein B ATGGAAAATAACCAGCCCATTATAGTCAAGCGCGTCAAGCGCATTGCCGGCGGGCACCACGGGGGCGCCTGGAAAATTGCCTTCGCCGACTTCGCCACGGCGATGATGGCGTTCTTCCTGGTGCTGTGGCTGCTGTCCACCGCGACCCCGGAACAGAAAATCGCCATCGCCGGTTACTTCAAGGATCCGATCGGTTTTTCCGAGAGCGGCACGCCCTACATCATCGACCTGGGCGGCTCGCCGGTCCTGGCGCCGGAAAATACCCTCAACCCCGAGGTCAAATCCCAGCCTCAGCCTGACAAGGCGACGGTCGACGCCAATGAGGCCGAAGGCATGGCCGAGCAGGTCGAGCGCGAACGCCTGGAATTGCTCCTGCAGGAATTGCAGAACAAGGTTGAAGAGAACCCGGAACTGCAGAAATTCAAGGACCAGATCCTTTTCGAGATCACACCGAACGGCCTGCGCATCCAGATCATGGACGCCGATAACCGTCCGATGTTCGACTCTGGCAGTGCGCGCCTGAAGCCGTATTTCGAAGACATCCTGCTGGCCATGGCCGATACCATCAAAGCGGTGCCGAACAAGATCAGCATCAGTGGCCACACCGATGCCAAGCCTTACGTCGGCAAAGGCGACTTCGGTAACTGGGAACTGTCGGCCAACCGGGCCAACGCGGCACGGCGTGCCCTGGTGGCGGGCAGCTATCCGGATGAGCAGGTGGCGCGGGTCGTCGGTTATGCGTCTTCGGCACTGTTCGATCGCAAGGATCCGTTCAACCCGGTCAACCGCCGCATCGACATCGTGGTGTTGACCAAGAAAGCCCAGAAAGCCATCGAAGGTTCGCAAACCGACGATCCGGCGCCAGACCCGGCCCCGGGCGAGGGCGCGCCGGGCGAAGTGCCTGCATCGCCCGCCACGCCTGGCGCGGCCGCCGATCCGAACGCGCTGCCGGCGGACCAGCAACCAGTGCCGGCCCATGAGTTGCGCGAGCGCCTGAACCTGTTCGACGACGCCGCGCCGAAACCGGCGGAGCCGCCAGCGCAGTGA MENNQPIIVKRVKRIAGGHHGGAWKIAFADFATAMMAFFLVLWLLSTATPEQKIAIAGYFKDPIGFSESGTPYIIDLGGSPVLAPENTLNPEVKSQPQPDKATVDANEAEGMAEQVERERLELLLQELQNKVEENPELQKFKDQILFEITPNGLRIQIMDADNRPMFDSGSARLKPYFEDILLAMADTIKAVPNKISISGHTDAKPYVGKGDFGNWELSANRANAARRALVAGSYPDEQVARVVGYASSALFDRKDPFNPVNRRIDIVVLTKKAQKAIEGSQTDDPAPDPAPGEGAPGEVPASPATPGAAADPNALPADQQPVPAHELRERLNLFDDAAPKPAEPPAQ PGPT0015375_636 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-FLAGELLAR_ASSEMBLY MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557 NA NA D1-35_05054 1032 rsgA COG1162 Small ribosomal subunit biogenesis GTPase RsgA ATGGCCAAACGCCAACTCAATCGTCGTCAGAACTGGCGCATCGAAAAGATCCAGGGCGAGCGCGCCGCCCGCGCAGCCAAACGTGAATCCAGTGCCGTCGAGGCCCTGGAGGGCGGAGACCTGGGCCCTGAGCAGACCGGACTGGTGATCGCGCATTTCGGCGTCCAGGTCGAGGTCGAGGCCCAGGAAGGCGAGTTGGCCGGCCAGGTATTCCGTTGCCATTTGCGGGCCAACCTGCCGGCGCTGGTGACCGGCGACCAGGTGGTCTGGCGGGCCGGCAACCAGGGCATCGGCGTGATCGTCGCGCAACTGCCGCGCCACACCGAGCTGTGCCGCCCGGACAGCCGGGGCCAGCTCAAGCCGGTGGCGGCCAACGTCGACATGATCGTGATTGTCTTCGCCCCGCTGCCTGAGCCCCACGCCAACCTGATCGACCGTTACCTGGTGGCGGCCGAACACGCCGGCATCCGCCCGTTGCTGTTGCTCAACAAGTTCGACCTGATCGACGAACACAACGCCCCGGCGCTGAACGCCCTGCTGTCGGTCTATCGGGATCTGGGTTACCCGGTGCTGGAAGTCTCGGCCCACCACGGCAACGGCATGGAGCAATTGCAGCAGCAACTCGACGGGCGCATCAGCGTGTTCGTCGGCCAGTCCGGCGTCGGCAAGTCTTCATTGGTCAACAGCCTGCTGCCGGAAGTCGAGACCCGCGTCGGGCCGTTGTCCGAGCTGTCCGGCCAGGGCACCCACACCACCACCACCGCGCGGCTGTTCCACTTTCCCGGCGGCGGTGAGCTGATCGACTCGCCGGGCATCCGCGAGTTTGGCCTGGGCCACGTCAGCCGGGCGGATGTCGAAGCCGGGTTCATCGAGTTCAACGACCTGATCGGCACCTGCCGCTTCCGCGACTGCAAGCACGACCGCGAACCCGGCTGCGCCTTGCTCAAGGCGCTGGAAGAAGGCCGCGTGCATCAACAACGGATGAACAGCTACCGCTCGATCATCGCGAGCTTGCCGGAAAGCAGTTACTGA MAKRQLNRRQNWRIEKIQGERAARAAKRESSAVEALEGGDLGPEQTGLVIAHFGVQVEVEAQEGELAGQVFRCHLRANLPALVTGDQVVWRAGNQGIGVIVAQLPRHTELCRPDSRGQLKPVAANVDMIVIVFAPLPEPHANLIDRYLVAAEHAGIRPLLLLNKFDLIDEHNAPALNALLSVYRDLGYPVLEVSAHHGNGMEQLQQQLDGRISVFVGQSGVGKSSLVNSLLPEVETRVGPLSELSGQGTHTTTTARLFHFPGGGELIDSPGIREFGLGHVSRADVEAGFIEFNDLIGTCRFRDCKHDREPGCALLKALEEGRVHQQRMNSYRSIIASLPESSY PGPT0009020_2070 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 D1-35_05055 543 orn COG1949 Oligoribonuclease ATGCAAAACCCGCAGAACCTGATCTGGATCGACCTGGAAATGACCGGTCTGAACCCTGACACCGACGTCATCATCGAAATGGCCACCATCGTCACCGACAGCGATCTCAACACCCTGGCCGAGGGTCCGGTGATTGCGATCCACCACAGTGATGAGGTGCTGGCCGGCATGGACGAGTGGAACACCCGCCAGCACGGCGGCTCGGGACTGACCCAACGGGTGCGCGAGAGCAGGATCAGCATGGCCGAGGCCGAAGCCCAGACCATCGCCTTCCTGGAACAATGGGTGCCAAGGGGCAAGTCGCCGATCTGTGGCAACAGCATCTGCCAGGACCGTCGCTTCCTTTATACCCACATGAAATCCCTCGAAAGCTATTTCCATTACCGCAACCTGGATGTCTCCACACTCAAGGAGCTGGCCGCTCGCTGGGCGCCAGAAGTGCGTGACAGTTTCCAGAAGGGCAGCACCCACCTGGCCCTGGACGACATCCGCGAATCCATCGCCGAGTTGCAGCATTATCGCAAGCACTTCATCAAGTTCTGA MQNPQNLIWIDLEMTGLNPDTDVIIEMATIVTDSDLNTLAEGPVIAIHHSDEVLAGMDEWNTRQHGGSGLTQRVRESRISMAEAEAQTIAFLEQWVPRGKSPICGNSICQDRRFLYTHMKSLESYFHYRNLDVSTLKELAARWAPEVRDSFQKGSTHLALDDIRESIAELQHYRKHFIKF NA NA NA NA NA D1-35_05056 612 hypothetical protein ATGCTGCTGATGCTGTATCTGATCGCCATTACCGCCGAAGCCATGACCGGCGCCTTGTCTGCCGGGCGGCGTGGCATGGACTGGTTCGGCGTGGTGCTGATCGCCTGTATCACGGCGCTGGGTGGCGGCTCGGTGCGCGACGTGCTGCTGGGGCATTACCCGCTGACCTGGGTCAAGCATCCGGAATACCTGGTGCTGACGACCGCGGCGGCCATGTTGACGGTATTCCTCGCGCGCTGGATGCGTCACCTGCGCTCGCTGTTCCTGGTGCTCGATGCCGTCGGGCTGGTGGCGTTTACCTTGATCGGCTGCATGACCGCGCTGGAAATGGGCCATGGCATGTTGGTGGCCTCGGTCAGTGGGGTGATTACCGGGGTTTTTGGCGGCATTCTCCGGGATATCTTCTGTAACGACATCCCGTTGATTTTCCGTCGCGAACTCTATGCCAGCGTCTCGTTCGCCGCTGCGTGGTGCTACCTGCTGTGTGTCTACCTGCAATTGCCCAGCGAGCAGGCGATTCTGATCACCCTGTTTGGTGGTTTCCTGCTGCGGCTCCTGGCGATCCGGTTTCACTGGGAAATGCCCAAGTTCGTCTATAACGACGAAGTCTGA MLLMLYLIAITAEAMTGALSAGRRGMDWFGVVLIACITALGGGSVRDVLLGHYPLTWVKHPEYLVLTTAAAMLTVFLARWMRHLRSLFLVLDAVGLVAFTLIGCMTALEMGHGMLVASVSGVITGVFGGILRDIFCNDIPLIFRRELYASVSFAAAWCYLLCVYLQLPSEQAILITLFGGFLLRLLAIRFHWEMPKFVYNDEV NA NA NA NA NA D1-35_05057 1080 queG Epoxyqueuosine reductase ATGCCTGCCATTCCCACAGACCTCCCCGCCCTCGCCCAATCCATCAAGGACTGGGGCCGCGAGCTGGGCTTCCAGCAAGTCGGCATCAGCGGCCTGGACCTTGGCGAGCATGAGCAGCACTTGCAACGCTGGCTCGAAGCCGGCTACCACGGCGAAATGGATTACATGGGCGCCCACGGCAGCAAACGCTCGCACCCGGAAGAACTGGTGCCCGGCACATTGCGGGTGGTGTCCCTGCGCATGGACTACCTGCCGGGCGACACCCGAATGGCGCAATTGCTTGGCGAACCGGAAAAAGCCTACGTCTCGCGTTATGCGTTGGGCCGCGATTACCACAAATTGATCCGTAAACGCGTGCAGCAATTAGCAGAAAAAATCCAGGCAGCCATCGGCCCCTTCGGCTATCGCGCGTTCGTCGACAGCGCACCGGTGCTGGAAAAAGCCATAGCCGAACAGGCAGGGCTGGGCTGGATCGGCAAAAATACGCTGGTGTTGAACCGCAAGGCCGGGAGCTATTTCTTCCTCAGCGAGCTGTTCGTCGACCTGCCGCTGCCGGTGGACCCGCCCCACGGCACCGAGCATTGCGGAAAATGCACCGCCTGCCTGGACATCTGTCCGACCAACGCCTTCGTTGGTCCCTACGTATTGGATGCCCGGCGTTGCATCTCCTACCTCACGATCGAACTGAAAAACGCTATCCCCGAGGAGCTGCGGCCGCTGATCGGCAATCGGGTGTTCGGTTGCGATGACTGCCAGATCGTCTGCCCGTGGAATCGCTTCGCCCGGCCCTCTGCGGAAGGCGACTTCAAGCCACGCCACAACCTGGACAATGCCGAACTGGCCGAGCTGTTCATGTGGGATGAGGACAGGTTTCTCAGCAGCACCGAAGGTTCGCCATTACGCCGCGCCGGTTATGAGCGCTGGCTGCGTAACCTGGCGGTGGGGCTTGGCAATGCGCCGACGACAATTCCCGTGCTGGAGGCGTTGAAGGCTCGACAGGATTATCCGTCAGCCCTGGTGCAGGAACATGTGCAATGGGCGCTGCGCCAACATGCCGAGCGTCAGACTTCGTCGTTATAG MPAIPTDLPALAQSIKDWGRELGFQQVGISGLDLGEHEQHLQRWLEAGYHGEMDYMGAHGSKRSHPEELVPGTLRVVSLRMDYLPGDTRMAQLLGEPEKAYVSRYALGRDYHKLIRKRVQQLAEKIQAAIGPFGYRAFVDSAPVLEKAIAEQAGLGWIGKNTLVLNRKAGSYFFLSELFVDLPLPVDPPHGTEHCGKCTACLDICPTNAFVGPYVLDARRCISYLTIELKNAIPEELRPLIGNRVFGCDDCQIVCPWNRFARPSAEGDFKPRHNLDNAELAELFMWDEDRFLSSTEGSPLRRAGYERWLRNLAVGLGNAPTTIPVLEALKARQDYPSALVQEHVQWALRQHAERQTSSL NA NA NA NA NA D1-35_05058 1500 nnr COG0062 Bifunctional NAD(P)H-hydrate repair enzyme Nnr ATGCCGCAGACTAAAGATGAATTTCCCGACGCGCTGTACAGTGCCGCGCAAGTCCGGGCCCTCGACGCACAACTGATCGTGGCGGGCACCAGCGGCTTCGAATTGATGCAGCGCGCCGCCCGCGCCACCTGGCGAGCGATCGTTCGGCGCTGGCCTGAAGCCGGCGAGTTGACCGTATTCGCCGGCCATGGCAACAACGCCGGCGATGGCTACCTGGTGGCGACTCTGGCCCGGCGTGCCGGCTGGGCGGTCCGGGTACTGGCGGTAGGCGAGCCCCGGCGGTTGCTGGGTGATGCCGCCAATGCCCATGCCGAAGCCGTGGCGGTTGGTGTGCCGGTGGAACCTTGGGCGGATGATTGCGAATTGCGCGGTGTCCTGCTCGACGCGTTGCTCGGCACCGGGGCGAGCGGTGACGTTCGCGAACCGTATGTTCGGGCAATCGACACCATCAATGTCAGCGGGTTACCGGTCGCTGCGGTGGATATCCCTTCCGGGTTGTGTGCCGACACCGGTCGGGTGCTGGGTACCGCAGTGACGGCGGACCTGACCGTGACCTTCATTGGCCTGAAGCTCGGTCTGTTCACCGGCGATGCGGCGGATCGGGTGGGAGAGTTGGTATTCAACGACCTGCACGCGGACCCGGACTTCGTTGACGCGGCGCCGGCCAGCGCTCGATTGCTCTTGCCGCATAACCTGCCGCGTCTGCCGCCCCGTGCGCCTTCAGCCCACAAGGGCAAGTTTGGTCATGTGCTGTTGATTGGCGGCGACCGCGGTTTTGGCGGCGCCATCCAGATGAGCGCCGAAAGCGCCTTGCGCAGCGGTGCGGGGATGGTTTCGATGGCGACCCGCAGCGAGCACGTGGCCGCCGCGCTGGTGCGTTTGCCCGAGGTGATGGTGCAAGGCACCCATTCGGCTAACCAGTTGATGGGGTTGCTCAAGCAGGCCAGCGTGCTGGTGGTGGGGCCGGGCCTTGGCCAGGCCGCTTGGGGGCGCAGCCTGTTGTCGGCGGCGGCCAATGCGTCGCTGCCGCAGGTGTGGGATGCCGATGCGCTGAATTTGTTGAGCCATGGCATGGTCAGTCTGCCGGAGCAGTGCCTCATCACCCCGCATCCGGGCGAGGCCGCGCGACTGCTGGGGATTTCCACCGTGCAGGTGCAGGCCGATCGTCCAGCGGCGGCCCACGCATTGAGCAAAAAATACCGAGCCAGCGTGATTCTCAAAGGCGCCGGTAGCCTGATCGCCAGCCCGGACGGGCGCCTGGCGGTTTGCGGTCAGGGTCATCCGGCGATGGCCACCGCTGGCCTGGGGGATGTCCTCGCTGGCGTGGCCGGCGCTTTGCTGGCCCAGGGAATGGAAGGATTCGAAGCCGCGTGCCTGGCCGTCTGGCTGCATGCCAATGCCGGGGTGCAGGTCGGTCGCTCGGGCCGCGGATTGGCCGCGACCGATCTGATTCCGGCCATTCGTCAGTTGTTGGAGGAGCACTCACCGTGTCTGAAGTAA MPQTKDEFPDALYSAAQVRALDAQLIVAGTSGFELMQRAARATWRAIVRRWPEAGELTVFAGHGNNAGDGYLVATLARRAGWAVRVLAVGEPRRLLGDAANAHAEAVAVGVPVEPWADDCELRGVLLDALLGTGASGDVREPYVRAIDTINVSGLPVAAVDIPSGLCADTGRVLGTAVTADLTVTFIGLKLGLFTGDAADRVGELVFNDLHADPDFVDAAPASARLLLPHNLPRLPPRAPSAHKGKFGHVLLIGGDRGFGGAIQMSAESALRSGAGMVSMATRSEHVAAALVRLPEVMVQGTHSANQLMGLLKQASVLVVGPGLGQAAWGRSLLSAAANASLPQVWDADALNLLSHGMVSLPEQCLITPHPGEAARLLGISTVQVQADRPAAAHALSKKYRASVILKGAGSLIASPDGRLAVCGQGHPAMATAGLGDVLAGVAGALLAQGMEGFEAACLAVWLHANAGVQVGRSGRGLAATDLIPAIRQLLEEHSPCLK NA NA NA NA NA D1-35_05059 468 tsaE COG0802 tRNA threonylcarbamoyladenosine biosynthesis protein TsaE GTGTCTGAAGTAACCCTGTACGTGGCGGACGAACAAGCCATGACACAATTTGGCGCCCGCATCGCGCAGACCACCGCAGGCCATGGTCTGATTTTTCTCGAAGGCGACCTTGGCGCGGGGAAAACCACCCTGTCCCGTGGCATCATTCGCGGCCTCGGGCATGTCGGCTCGGTCAAGAGCCCCACGTTCACGTTGGTCGAGCCCTACGAGATCGGTGATACCCGCGCCTTCCATTTCGACCTGTATCGACTGGTCGATCCTGAGGAGCTGGAGTTTCTCGGGATCCGTGATTATTTCGAAGATGACGCCTTGTGCCTGATCGAATGGCCTCAGAAGGGTGCAGGCTTTTTGCCAAAGCCCGACCTGACCATTACCATTGGCGCGCAGAACGGCGGGCGTTCGCTGAAACTGACGCCGCAAGGCTCGCGTGGCGAGTCGTGGTGTGCCGCTCTGGCACTGGAAAACTAA MSEVTLYVADEQAMTQFGARIAQTTAGHGLIFLEGDLGAGKTTLSRGIIRGLGHVGSVKSPTFTLVEPYEIGDTRAFHFDLYRLVDPEELEFLGIRDYFEDDALCLIEWPQKGAGFLPKPDLTITIGAQNGGRSLKLTPQGSRGESWCAALALEN PGPT0019050_89 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 D1-35_05060 1431 amiC_2 COG0860 N-acetylmuramoyl-L-alanine amidase AmiC ATGATGGGGTTTGGTATGCGCTTTCGCGCGGTGGTTGCTGTCGTAGGACTGTTGCTTACGGCACTGGCCGTCGATGCTGTGGCTGAGACAAAGGTCAACAGTGTTCGCCTCTGGCGGGCGCCGGACAACACCCGGCTGGTGTTCGACCTGACAGGCCCGGTGCAGCACAGCGTGTTCACCCTCGCGGCCCCGGATCGCCTGGTGATCGACATCAACGGTGCATCCCTGGGCGCGCCGCTGAACGTGCCCACGGCCAACACGCCGATTACCGCGATGCGTTCGGCCCAGCGCACGCCCACCGACCTGCGAGTGGTCATCGACCTGAAACAGGCCGTGACCCCGAAGAGTTTCACCCTCGCACCCAATGCCCAGTACGGTAACCGGTTGGTGGTGGATCTGTTCGATAACCCGGCCGACGCCGCGCCTGCGCCACCGCCCCCGACCAAGGTCGCGACGGTGCCTGCCGTGCCGGTCACACCCACCGAGCCTGCGCTCAAGCTGCCACCGGCGCCAGCCGGCAAACGCGACATCATCGTGGTCATCGATGCCGGCCACGGTGGCGAAGACCCGGGCGCCTCGGGCTCGCGCGGTCAGCGTGAGAAAGACGTGGTGCTGGCCATCGCCCGGGAGTTGCAGCGCCAGGTCAACGGCATGAAAGGCTTTCGCGCCGAGCTGACCCGCACTGGCGACTACTTCATTCCGTTGCGTGGCCGCACCGAGATCGCCCGCAAGAAAGGTGCGGACCTGTTCGTCTCGATCCACGCCGACGCCGCGCCTTCGAAGGCTGCGTTCGGCGCCTCGGTATTTGCCCTGTCCGATCGTGGCGCCACTTCCGAGACGGCGCGCTGGCTGGCCGACAGTGAAAACCGTTCCGACCTGATCGGCGGTGCCGGCAATGTCAGCCTCGACGACAAGGACCGGATGCTTGCCGGCGTGTTGCTGGATCTGTCGATGACCGCCTCGTTGACGTCAAGCCTCAACGTTGGGCAGAAGGTCCTGAGCAACATCGGCCGCGTTACCCCGCTGCACAAGCAACGCGTCGAACAGGCCGGATTCATGGTGCTCAAGTCGCCGGACATCCCGTCGATCCTCGTGGAAACCGGGTTTATCTCCAACGCCAACGAAGCCTCGAAACTGTCCTCCGCGAGCCACCAGCAGGCCCTGGCCCGTTCCATCAGCAGCGGTGTGCGGCAGTTCTTCCAGCAGAACCCGCCGCCGGGTACCTACATCGCCTGGCTGCGCGATTCGGGCAAGATTGCCCAGGGACCGCGGGATCATCGCGTCAGTCCTGGCGAAACCCTGGCGATGATCGCGGTGCGCTACCAGGTGTCGCCCGCTACCTTGCGCAGCGCCAATAACCTGCAGAGTGACGAGCTGAAGATCGGACAGACCCTGACCATTCCCGGCAACGAAGTGGCGGTCAAGCAATGA MMGFGMRFRAVVAVVGLLLTALAVDAVAETKVNSVRLWRAPDNTRLVFDLTGPVQHSVFTLAAPDRLVIDINGASLGAPLNVPTANTPITAMRSAQRTPTDLRVVIDLKQAVTPKSFTLAPNAQYGNRLVVDLFDNPADAAPAPPPPTKVATVPAVPVTPTEPALKLPPAPAGKRDIIVVIDAGHGGEDPGASGSRGQREKDVVLAIARELQRQVNGMKGFRAELTRTGDYFIPLRGRTEIARKKGADLFVSIHADAAPSKAAFGASVFALSDRGATSETARWLADSENRSDLIGGAGNVSLDDKDRMLAGVLLDLSMTASLTSSLNVGQKVLSNIGRVTPLHKQRVEQAGFMVLKSPDIPSILVETGFISNANEASKLSSASHQQALARSISSGVRQFFQQNPPPGTYIAWLRDSGKIAQGPRDHRVSPGETLAMIAVRYQVSPATLRSANNLQSDELKIGQTLTIPGNEVAVKQ PGPT0024160_1746 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448 NA NA D1-35_05061 1914 mutL DNA mismatch repair protein MutL ATGACGGATGAAGTGATTGGCGGCAACGCTCGCATCGAACTGCTCAGCCCGCGGTTGGCGAACCAGATCGCCGCCGGTGAGGTGGTCGAGCGCCCGGCGTCGGTGATCAAGGAACTGCTGGAAAACAGCCTCGACTCCGGTGCCAAGCGCATCGACGTCGATGTCGAGCAAGGTGGCGTCAAGCTGCTGCGGGTGCGCGATGACGGTCGCGGCATTCCCGCCGACGACCTGCCGCTGGCGCTGGCTCGCCACGCCACCAGCAAGATTCGCGACCTGGAAGACCTTGAGCGGGTCATGAGCCTGGGGTTTCGTGGCGAGGCGCTGGCGTCCATCAGCTCGGTGTCGCGCCTGACGCTGACGTCCCGCACCCGCGATGCCGACCAGGCCTGGCAGGTCGAGACCGAAGGCCGCGACATGGCTTCTCGCGTCCAGCCCGCCGCCCATCCGGTGGGCACCTCGGTGGAAGTGCGCGACCTGTTCTTCAATACCCCGGCCCGGCGCAAGTTCCTCAAGGCCGAGAAAACCGAGTTCGATCATTTGCAGGAAGTCATCAAGCGCCTGGCCCTGGCGCGTTTTGACGTGGCTTTCCATTTGCGCCACAACGGCAAGACCATCCTCAGCCTGCACGAGGCCCACGATGATGCGGCCCGCGCCCGGCGCGTGGGCGCGGTGTGCGGTGCGGGTTTCCTCGAGCAGGCATTGCCCATCGAGGTGGAGCGCAATGGCCTGCACCTGTGGGGCTGGGTCGGCTTGCCGACGTTCTCTCGCAGCCAGGCGGACTTGCAGTATTTCTATGTGAATGGCCGCGCGGTGCGCGACAAGCTCGTGGCCCACGCGGTGCGCCAGGCTTATCGCGATGTGCTGTTCAACGGTCGGCATCCGACCTTCGTGCTGTTTTTCGAGGTCGACCCTTCGGTGGTGGACGTCAACGTGCACCCGACCAAGCATGAAGTGCGGTTCCGTGACGGGCGCATGGTCCATGACTTCCTTTACGGCACTTTGCATCGCGCCCTGGGCGACGTGCGTCCTGAAGATCAATTGGCGGCCCCGGCGGCGGTGGCCGGCATGGTCCGGCCAAGCGGATTGGAAGCTGGCGAATTCGGTCCCCAAGGCGAAATGCGCCTTGCGGCCAACGCGCTGCTTGAGCAACCCCAGCCCCAGCCGGTCTATAACACGGCCGGCAGCGGTGCCGGCAGCGGCTATCAATACCAATACACACCGCGTCCTCAGTCGAATGTGCCGGCGGCGGAGGCCCAGGCTGCCTATCGCGAATTTTTCAAGCCGTTGCAGGAGGCTGGTGCGGCGGCATTGCCCGATGGCCAGGGCGATATCCCGCCGCTAGGCTATGCCCTGGCGCAGCTCAAAGGCATCTACATTCTTTCCGAAAACGCCCAGGGCCTGGTCCTGGTGGACATGCATGCCGCCCATGAGCGGATCATGTACGAGCGGCTGAAGATCGCCATGGCCAGCGAAGGCTTGAGCGGGCAACCGCTGCTGGTGCCCGAGTCCCTGGCTGTCAGTCAGCGCGAAGCCGATTGCGCCGATGAGCATGTGAGCTGGTTCCAGCGCCTGGGCTTCGAGTTGCAGCGCCTGGGCCCGGAGACCCTGGCGATCCGGCAGATCCCGGCCTTGCTGAAACAGGCCGAGGCCAATCGCCTGGTCAGCGACGTGCTGGCGGACCTGATGGAGTACGGCACCAGTGACCGGATCCAGGCGCATCTGAACGAACTGCTCGGCACCATGGCCTGCCACGGCGCAATCCGCGCCAACCGGCGCCTGGCCCTGCCGGAAATGAACGGTCTGCTGCGGGACATGGAAAACACCGAGCGCAGCGGTCAATGCAACCATGGCCGGCCGACCTGGACCCAATTGGGCCTGGACGACCTGGACAAACTGTTCCTGCGCGGTCGCTGA MTDEVIGGNARIELLSPRLANQIAAGEVVERPASVIKELLENSLDSGAKRIDVDVEQGGVKLLRVRDDGRGIPADDLPLALARHATSKIRDLEDLERVMSLGFRGEALASISSVSRLTLTSRTRDADQAWQVETEGRDMASRVQPAAHPVGTSVEVRDLFFNTPARRKFLKAEKTEFDHLQEVIKRLALARFDVAFHLRHNGKTILSLHEAHDDAARARRVGAVCGAGFLEQALPIEVERNGLHLWGWVGLPTFSRSQADLQYFYVNGRAVRDKLVAHAVRQAYRDVLFNGRHPTFVLFFEVDPSVVDVNVHPTKHEVRFRDGRMVHDFLYGTLHRALGDVRPEDQLAAPAAVAGMVRPSGLEAGEFGPQGEMRLAANALLEQPQPQPVYNTAGSGAGSGYQYQYTPRPQSNVPAAEAQAAYREFFKPLQEAGAAALPDGQGDIPPLGYALAQLKGIYILSENAQGLVLVDMHAAHERIMYERLKIAMASEGLSGQPLLVPESLAVSQREADCADEHVSWFQRLGFELQRLGPETLAIRQIPALLKQAEANRLVSDVLADLMEYGTSDRIQAHLNELLGTMACHGAIRANRRLALPEMNGLLRDMENTERSGQCNHGRPTWTQLGLDDLDKLFLRGR NA NA NA NA NA D1-35_05062 972 miaA COG0324 tRNA dimethylallyltransferase ATGAACCAGCTCCCTCCGGCGATCTTCCTGATGGGGCCGACGGCCGCCGGCAAGACCGACCTGGCCATCGAACTGACCAAGGTGCTGCCCTGCGAGTTGATCAGCGTCGACTCGGCCTTGGTCTATCGGGGCATGGACATCGGCACCGCCAAGCCATCGAAGGAACTGCTGGCTGAATATCCGCACCGCCTGATCGATATCCTCGACCCGGCCGACGCTTACTCGGCAGCCGATTTCCGGCGTGATGCGCTCCAGGCCATGGCCGAGATCACCGCGCGGGGCAAGATTCCGCTGCTGGTGGGCGGCACCATGCTCTATTACAAGGCCTTGGTCGACGGGCTGGCGGACATGCCGGCGGCCGATCCCGAGGTGCGCGCGCAGATCGAAGAAGAGGCTGCGCGCCTTGGCTGGCAAGCGCTTCACGAGCAATTGGCGCTGATCGATCCCGAGTCGGCGGCGCGTATTCACCCCAACGACCCGCAGCGGCTCAGCCGAGCGCTGGAGGTTTATCGGGTCAGCGGCCAGAGCATGACGGCCCTGCGCCAGCGACAATCTGCGCAAAGTACTGAAGCAGCCGCTTCGGGACTGCAACAATTGCCCTATACTGTCGCGAATCTGGCCATCGCTCCGGCGAACCGGCAAGTGTTGCATCAGCGTATTGAACAAAGATTCACATTGATGTTGGAACAGGGGTTCATAGACGAGGTCGTAGCCCTGCGTGAGCGAAGTGACCTGCATGCCGGGTTGCCGTCTATACGTGCGGTAGGTTATCGACAAGTCTGGGATTACCTGGACGGCAAGCTGACGTCAGCCGAGATGCGCGAGCGTGGGATTATCGCCACGCGCCAATTGGCGAAGCGCCAGTTCACCTGGTTGCGCAGCTGGACTGACTTGCATTGGCTCGACAGCCTTGATTGCGACAATCTGCCACGCGCCTTGAAATACCTTGGGACCATCTCCATATTGAGCTGA MNQLPPAIFLMGPTAAGKTDLAIELTKVLPCELISVDSALVYRGMDIGTAKPSKELLAEYPHRLIDILDPADAYSAADFRRDALQAMAEITARGKIPLLVGGTMLYYKALVDGLADMPAADPEVRAQIEEEAARLGWQALHEQLALIDPESAARIHPNDPQRLSRALEVYRVSGQSMTALRQRQSAQSTEAAASGLQQLPYTVANLAIAPANRQVLHQRIEQRFTLMLEQGFIDEVVALRERSDLHAGLPSIRAVGYRQVWDYLDGKLTSAEMRERGIIATRQLAKRQFTWLRSWTDLHWLDSLDCDNLPRALKYLGTISILS PGPT0007210_1344 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791 NA NA D1-35_05063 261 hfq COG1923 RNA-binding protein Hfq ATGTCAAAAGGGCATTCGCTACAAGACCCTTACTTGAACACTTTACGTAAAGAAAAAGTTGGGGTGTCCATCTATCTGGTCAACGGGATCAAACTGCAAGGCACGATCGAGTCTTTCGACCAGTTCGTCATCCTGCTGAAAAACACCGTCAGCCAGATGGTCTACAAACACGCTATCTCGACGGTAGTGCCGGTTCGTCCAATTCGTCTGCCTAGCGCAACCGAATCCGAAGGCGCTGACGCTGAGCCGGGTAACGCTTGA MSKGHSLQDPYLNTLRKEKVGVSIYLVNGIKLQGTIESFDQFVILLKNTVSQMVYKHAISTVVPVRPIRLPSATESEGADAEPGNA PGPT0025560_874 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 D1-35_05064 1302 hflX COG2262 GTPase HflX TTGTTCTTTGAGCGCCACGGTGGTGGTGAACGGACTATTCTCGTTCACTTGGAAGGACAGGACCCTGAGGCGCGCGAAGATCCGCAGGAGTTTCAGGAATTGGCAATTTCGGCCGGCGCCGAGACCGTCGCGTTTGTCAACGTGCCGCGTCATCGGCCAACCGCCAAGTTCCTGATCGGCAGTGGCAAGGTCGAGGAGTTGCGCGACCTGGTCAAGGCCGAGCACATCGATCTGGTGATTTTCAATCACATCCTTACGCCCAGTCAGGAACGTAACCTCGAACGTGTCTTCGAGTGTCGCGTGATCGACCGCACCGGGCTGATTCTCGATATCTTTGCCCAACGCGCGCGTACCCATGAAGGCAAGCTCCAGGTCGAACTGGCCCAGCTTGAGCACATGAGCACACGGCTGGTTCGCGGCTGGACTCACCTTGAGCGCCAGAAAGGCGGTATCGGCCTGCGTGGCCCGGGTGAAACCCAGCTGGAAACCGACCGGCGCCTGCTGCGGGTTCGCCTGCGCCAGATCAAGGGGCGACTGGAGAAGGTCCGCAGCCAGCGCGAGCAGTCGCGACGCGGCCGCAAGCGGGCGGACATCCCGACGGTTTCACTGGTGGGGTATACCAACGCCGGCAAATCGACGCTGTTCAATCACGTTACCCAGTCCGACGTCTACGCGGCCGACCAGTTGTTCGCCACGCTCGACCCGACCCTGCGCCGGCTCGACCTGGACGACCTCGGGCCGATCGTACTGGCCGACACCGTGGGCTTCATCCGGCACCTGCCGCATAAACTGGTCGAGGCTTTCCGGGCTACGCTCGAAGAGTCGAGCAACTCCGACCTGCTGCTGCATGTGATCGATGCTGCCGAGCCGGACCGGATGCTGCAGATCGAGCAGGTCATGGTGGTGCTGGGCGAGATCGGGGCGCAGGACTTGCCGATCCTCGAGGTATACAACAAACTCGATTTGCTCGAGGGCGTGGAACCGCAGATCCAGCGTGATGCCGACGGCAAGCCGCAGCGGGTCTGGCTGTCGGCGCGTGATGGCAGCGGCCTGGACCTGCTCAAGCAGGCCGTGGCGGAGCTGCTGGGCGACGACCTGTTTGTCGGCACCCTGAAGCTGCCACAGCGTTTTGCCCGGCTGCGTGCCCAGTTCTTCGAGCTGGGGGCGGTGCAGAAAGAAGAACACGACGAAGACGGTGTCTGCCTGCTGGCCGTTCGCCTGCCTCGGTCGGAACTGAACCGGCTGGTCAGTCGTGAAGGGCTGCAACCGATGGAATTCATCGAGCAACACACTTTGCAATAA MFFERHGGGERTILVHLEGQDPEAREDPQEFQELAISAGAETVAFVNVPRHRPTAKFLIGSGKVEELRDLVKAEHIDLVIFNHILTPSQERNLERVFECRVIDRTGLILDIFAQRARTHEGKLQVELAQLEHMSTRLVRGWTHLERQKGGIGLRGPGETQLETDRRLLRVRLRQIKGRLEKVRSQREQSRRGRKRADIPTVSLVGYTNAGKSTLFNHVTQSDVYAADQLFATLDPTLRRLDLDDLGPIVLADTVGFIRHLPHKLVEAFRATLEESSNSDLLLHVIDAAEPDRMLQIEQVMVVLGEIGAQDLPILEVYNKLDLLEGVEPQIQRDADGKPQRVWLSARDGSGLDLLKQAVAELLGDDLFVGTLKLPQRFARLRAQFFELGAVQKEEHDEDGVCLLAVRLPRSELNRLVSREGLQPMEFIEQHTLQ PGPT0007245_2458 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665 NA NA D1-35_05065 1176 hflK COG0330 Modulator of FtsH protease HflK ATGGCTTGGAATGAGCCGGGTGGCAACTCGAACAACCAGGATCCCTGGGGCGGCAAGCGTCGTAACAACGGCGACCGCAAGGGACCACCGGATCTCGACGAGGCCTTCCGCAAGCTGCAGGAAAGCCTGAACGGTTTGTTCGGTGGTGGTAAGAAACGCGGTGACGATGGCGGCGGCCGTCCGGGCAGAGGCGGTGGCTTCGGCCTGCTCGGCATCGGTCTTGTCGTGCTTGCGGCTGTCTGGCTGTACAGCGCGGTGTATGTCGTGGACGAGCAGGAGCAAGCCGTGGTGCTGCGCTTCGGCAAGTACTACGAAACCGTCGGCCCGGGCCTGAACATCTATTTCCCGCCGATCGACCAGAAGTACATGGAGAACGTCACGCGTGAGCGTGCCTACACCAAGCAGGGCCAGATGCTCACCGAGGACGAGAACATCGTCGAAGTGCCGCTGACCGTGCAATACAAGATCACCAACCTGCAGGACTTCGTGCTGAACGTCGACCAGCCGGAAATCAGCCTGCAACACGCGACTGAGAGTGCCTTGCGCCATGTGGTGGGCTCCACCGCCATGGACCAGGTGCTGACCGAAGGTCGCGAGCTGATGGCCAGCGAAATCAAGGAGCGTCTGCAACGCTTCCTCGACACCTATCGCACCGGTATCACTGTCACCCAGGTCAACGTGCAGAGCGCAGCGGCACCGCGTGAAGTCCAGGAAGCCTTCGACGACGTGATCCGTGCCCGTGAAGACGAGCAGCGTTCGCGCAACCAGGCCGAAACCTACGCCAACGGCGTCGTGCCGGAAGCCCGTGGCCAGGCCCAGCGCATCATCGAGGATGCCAACGGTTATCGCGACGAAGTGGTTTCCCGCGCCAAGGGTGAGGCTGATCGCTTCACCAAGCTGGTGGCCGAGTATCGCAAGGCTCCTGAAGTGACCCGCCAGCGTCTGTACCTGGACACCATGCAGGAAGTCTTCAGTAATACCAGCAAGGTCCTCGTGACCGGCAACAAGAACGGCCAGAGCAATCTGCTGTACCTGCCGCTGGACAAGATGGTCGAGAGCGGTCGCAACACCGGCACGCCGTCAACCGGCGCGGCGGCAGCCGCCAGCAATGAAGCCAATGCCCGCGCGGCGGCGGACCTGCAGCAACAGCAAGCACGTACCAGGGAGAGTCGCTGA MAWNEPGGNSNNQDPWGGKRRNNGDRKGPPDLDEAFRKLQESLNGLFGGGKKRGDDGGGRPGRGGGFGLLGIGLVVLAAVWLYSAVYVVDEQEQAVVLRFGKYYETVGPGLNIYFPPIDQKYMENVTRERAYTKQGQMLTEDENIVEVPLTVQYKITNLQDFVLNVDQPEISLQHATESALRHVVGSTAMDQVLTEGRELMASEIKERLQRFLDTYRTGITVTQVNVQSAAAPREVQEAFDDVIRAREDEQRSRNQAETYANGVVPEARGQAQRIIEDANGYRDEVVSRAKGEADRFTKLVAEYRKAPEVTRQRLYLDTMQEVFSNTSKVLVTGNKNGQSNLLYLPLDKMVESGRNTGTPSTGAAAAASNEANARAAADLQQQQARTRESR NA NA NA NA NA D1-35_05066 870 hflC COG0330 Modulator of FtsH protease HflC ATGAGCAATAAATCGCTGATCGCCCTTATTGTCGGTGTCGTCGTGGCGATCGCTGCCTGGAACTGCTTCTACATCGTGGCTCAGACCGAGCGTGCGGTGTTGCTGCAGTTCGGTCGCGTGGTCCAGGCTGATGTCCAGCCGGGGCTGCATGTGAAAGTGCCGTACGTCAACAAGGTGCGCAAGTTCGACGCCCGCCTGATGACGCTGGACGCGCCGACGCAGCGCTTCCTGACGCTGGAAAAGAAAGCCGTGATGGTCGATGCCTATGCCAAGTGGCGCGTGAAGGATGCCGAGCGCTTCTACACCGCGACGTCCGGCCTCAAGCAGATCGCTGACGAACGTCTGTCCCGTCGCCTGGAATCGGGTCTGCGTGACCAGTTCGGTAAGCGTACCCTGCATGAAGTGGTCTCCGGTGAGCGCGATGCGCTCATGTCCGACATCACCCGTTCGCTGAACACGATGGCGGAAAAAGAGCTGGGTATCGAAGTGGTCGATGTCCGCGTCAAGGCCATCGACCTGCCGAAGGAAGTGAACCGCAGCGTGTTCGAGCGCATGAGCACCGAGCGTGAGCGTGAAGCCCGCGAGCACCGTGCCAAGGGTAACGAGCTGGCTGAAGGCATCCGTGCCGACGCCGATCGCCAACGCCGTGTGCTGCTGGCCGAAGCCTATCGCGAGTCGGAAGAAGTCCGTGGTGATGGCGATGCCCAGGCCGCAGCGATCTACGCCAAGGCCTACGGCCAGGATCAGGAGTTCTACGCGTTCTATCGTAGCCTGCGCGCCTACCGTGAAAGCTTCGCGAACAAGTCCGACGTTCTGGTCCTGGACCCAAGCAGCGACTTTTTCCACTACCTGGAAAAGGCCAAGCCTTGA MSNKSLIALIVGVVVAIAAWNCFYIVAQTERAVLLQFGRVVQADVQPGLHVKVPYVNKVRKFDARLMTLDAPTQRFLTLEKKAVMVDAYAKWRVKDAERFYTATSGLKQIADERLSRRLESGLRDQFGKRTLHEVVSGERDALMSDITRSLNTMAEKELGIEVVDVRVKAIDLPKEVNRSVFERMSTEREREAREHRAKGNELAEGIRADADRQRRVLLAEAYRESEEVRGDGDAQAAAIYAKAYGQDQEFYAFYRSLRAYRESFANKSDVLVLDPSSDFFHYLEKAKP NA NA NA NA NA D1-35_05067 1188 hisZ COG3705 ATP phosphoribosyltransferase regulatory subunit ATGGCAACGGTAGACCGCTGGCTGCTGCCAGATGGCATCGAAGAAGTACTGCCACCGGAGGCCGCGCGTATCGAAGTAGCGCGTCGGCAGGTGTTGGATCTGTTCCAGAGCTGGGGTTACGAATTTGTCGTGACCCCGCATATCGAGTACCTGGAATCCCTGCTGACCGGCGCGGGCCAGGACCTGGATCTGCGCACCTTCAAGGTCATCGATCCGCAGTCGGGTCGGCAGATGGGTTTTCGGGCCGACATCACGCCACAAGTGGCGCGCATCGATGCCCACACCCTGCGTCGTGAAGGTCCGAGCCGCCTGTGCTACGCCGGCAGTGTCCTGCATGCCTTGCCGCGTGCCTTGTCGTCTTCGCGCAGCCCGATCCAGCTGGGCGCCGAGCTGTACGGCGACGCGAGCCCGAGCAGCGACGTGGAAGTCATCAGCCTGATGCTGGCCATGCTGCAACTGGCTGACGTGCCGGATGTCCACATGGACCTGGGCCATGTCGGCATCTACCGCGGCCTGGCACGTGCGGCCGGCCTGTCCGGCGAAGTGGAACAGCAGTTGTTCGATGCGTTGCAGCGCAAGGCCATCGACGAAGTCATCAGCCTGACCGAAGGCCTGCCGACACAATTGTCCGGCATGCTGCGGGCATTGGTGGATCTGTGTGGCGGCCGTGAGGTGCTGGGCGCCGCTCGCGAGCGTCTGGCCGGTGCGCCGGCCCCTGTGCTGGCGGCCCTTGATGACTTGTTGGCGATTGCCGAGCGTCTGTCGGTGCGTTTCCCGGAGCTGCCGTTGTATTTCGACCTGGGTGAACTGCGCGGTTATCACTACCACACCGGCGTGGTGTTCGCGGTGTTCGTACCGGGCGTTGGCCAGTCCATCGCCCAAGGCGGTCGCTACGACGACATCGGTGCCGATTTCGGTCGTGCCCGTCCGGCGACCGGCTTCTCTACCGATTTGAAAACCCTGGTGACCCTGGGGCGTGCTGAGATCGAGTTACCGTCTGGCGGTATCTGGATGCCTGACAGTACGGATGCGGCACTCTGGCAGATGGTCTGCCAGTTGCGCGGTGAGGGTCAGCGTGTCGTCCAGGCATTGCCTGGGCAACCTTTGGCCGCCGCCCGTGAAGCGGACTGCGACCGGCAATTGATTCAGCAGAACGGGCTTTGGCAAGTATTGCCGCTGGCTTCTTGA MATVDRWLLPDGIEEVLPPEAARIEVARRQVLDLFQSWGYEFVVTPHIEYLESLLTGAGQDLDLRTFKVIDPQSGRQMGFRADITPQVARIDAHTLRREGPSRLCYAGSVLHALPRALSSSRSPIQLGAELYGDASPSSDVEVISLMLAMLQLADVPDVHMDLGHVGIYRGLARAAGLSGEVEQQLFDALQRKAIDEVISLTEGLPTQLSGMLRALVDLCGGREVLGAARERLAGAPAPVLAALDDLLAIAERLSVRFPELPLYFDLGELRGYHYHTGVVFAVFVPGVGQSIAQGGRYDDIGADFGRARPATGFSTDLKTLVTLGRAEIELPSGGIWMPDSTDAALWQMVCQLRGEGQRVVQALPGQPLAAAREADCDRQLIQQNGLWQVLPLAS NA NA NA NA NA D1-35_05068 1293 purA COG0104 Adenylosuccinate synthetase ATGGGTAAGAATGTCGTAGTCCTGGGCACCCAGTGGGGTGATGAGGGCAAAGGCAAGATCGTTGATCTGCTGACCGAACATGCTGCCGCCGTAGTGCGCTACCAGGGTGGCCACAACGCAGGTCACACCTTGGTGATCGACGGTGAGAAAACCGTTCTGCACCTGATCCCCTCGGGCGTGCTGCGCGAAGGCGTGCAGTGCCTGATCGGCAATGGCGTGGTGGTTGCCCCCGACGCCCTGCTGCGGGAAATCATCAAGCTGGAAGAGAAGGGTGTACCGGTGCGCGAGCGCCTGCGCATCAGCCCGTCCTGCCCGCTGATCCTGTCCTATCACGTTGCGCTGGACCAGGCCCGTGAAAAGGCCCGTGGCGAGCTGAAGATCGGCACCACCGGTCGCGGCATCGGCCCGGCCTATGAAGACAAGGTCGCCCGTCGCGGCCTGCGCATCGGCGACCTGTTCCACCGCGAACGTTTCGCCGCCAAGCTGGGTGAGTTGCTGGACTACCACAACTTTGTCCTGGTCAATTACTACAAAGAGCCGGCCATCGACTTCCAGAAGACCCTGGACGAGTGCATGGAATACGCCGAGCTGCTCAAGCCGATGATGCTCGACGTTACCGCCGAGCTGCACGAGCTGCGCCGTGCCGGCAAGGACATCATGTTCGAAGGCGCCCAGGGTTCGCTGCTGGATATCGACCACGGCACCTACCCGTACGTCACCAGCTCCAACACCACCGCTGGCGGCATCGCCACCGGTTCGGGTTTTGGCCCGATGTACCTGGACTACATCCTCGGCATCACCAAGGCCTACACCACCCGCGTCGGTTCGGGCCCGTTCCCGACCGAGCTGTTCGACGACGTCGGTGCCTTCCTGGCCAAGCGCGGCCACGAGTTCGGTGCCACCACCGGCCGTGCCCGTCGTTGCGGCTGGTTCGATGCCGTCATCCTGCGTCGCGCCATCGACGTCAACAGCATCTCGGGCCTGTGCCTGACCAAGCTGGACGTGCTGGACGGCCTGGAGACCATCAACATCTGCGTGGGCTACAAGAACCAGGACGGCGCCGTCATCGACGCACCGACCGATGCAGACAGCTACATTGGCCTGGAGCCGGTGTACGAGCAGATGCCAGGCTGGACCGAATCGACCGTGGGCGCCAAGACCCTGGAAGAGCTGCCCGTGGCGGCCCGCAACTACATCAAGCGCGTCGAAGAGCTGGTCGGTGCGCCGATCGACATTATTTCGACGGGGCCGGACCGCAACGAAACCATCGTTCTGCGTCACCCTTTCGCCTGA MGKNVVVLGTQWGDEGKGKIVDLLTEHAAAVVRYQGGHNAGHTLVIDGEKTVLHLIPSGVLREGVQCLIGNGVVVAPDALLREIIKLEEKGVPVRERLRISPSCPLILSYHVALDQAREKARGELKIGTTGRGIGPAYEDKVARRGLRIGDLFHRERFAAKLGELLDYHNFVLVNYYKEPAIDFQKTLDECMEYAELLKPMMLDVTAELHELRRAGKDIMFEGAQGSLLDIDHGTYPYVTSSNTTAGGIATGSGFGPMYLDYILGITKAYTTRVGSGPFPTELFDDVGAFLAKRGHEFGATTGRARRCGWFDAVILRRAIDVNSISGLCLTKLDVLDGLETINICVGYKNQDGAVIDAPTDADSYIGLEPVYEQMPGWTESTVGAKTLEELPVAARNYIKRVEELVGAPIDIISTGPDRNETIVLRHPFA PGPT0020140_2660 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939 NA NA D1-35_05069 1935 hypothetical protein GTGTCGGCCGTTCTCTCACTGTTACAAAGCCGTTTGCTGCGGCCTGTTTTCGTTACGCTCGGTATCGCCCTTTTGGTGCAGGTACTGGTCGCCGTTGCGCTGACCCGAAGCACGGTCACTGCGCTGGAGGCCGACCTGAACGCGCGCCTTGGGGCTGACAGCCAGAAACTCTCCGGTGAGCTGGAGCAGGCCGGGCGTGAAGTCACCTCCAGCCTCGATAGCCTTTCCGCCAGCACCCGCCAACGGTTGAACGCCGGTTTGTCCTCGCGGCTGAAGGAGGAACAGGCCCATCTGCGTGCGACTCTGGAAAAAGACCTGAGGGATTCCGCCAATGATATGGCGCAGCTTTTGGCCTCGGTCGCGCCTCGCGCCATGTGGGACAGCGACGTGCCGACCCTTTCCGAATTCGCCCGCCGCGCCCAGCGCAATCCCAACGTGTTGTTCGTCATCTATGACGACGCTGCCGGCGAACACCTGACTCGTTATCTGAACCGTGAAAACCCGATCAACAAGGCCCTGCTGGAAAAAGGCAAGGGCGAGCGAGCACTGGACAAGGTGCTGGACGCGGCGAAGAACGACCCGTCGGTCTATTACCTCGAAGCGTCGATCAACCCCAACGGTGTGGAAATTGGCAAAGTGCTGATGGGCGTTTCTACCGCCTCGGTGGAAACCGATCTGAAAGCGCTGGACCAGCGCTTCTCCGCATTGATCGCCAGCAGTGACCAATTGGTCGGTGACAGCCTCAAGGGCGCAGCCGCGGACAGCGCCACCGCCATGCGTGGCCGCCTGGGCTCGGCGCAGGCAACCGCCACGCAAATGCAGACCAATACCGCCGCCACCGTGCAGGAGGCTGCGGGAACGTTGCGCTGGCGCATCGGCCTGGGCCTGGCGCTGGTTGGGTTCGGCGTGCTGGCATTGCTGGCCGTGGTGCTGGGGCGGCGAGTGGTCAATCGCTTGAAGCTGTTGATTGCAGCGATGAACGACCTGGCGGCGGGCGAGGGCGATCTGACCAAGCGTGTACAGATCAGCAGCAAGGATGAAATTGGCGACATGGCTTCGGCGGTCAATCGTTTTGTCGACAAATTGCAACCTATCGTGCGTGAAGCGGGTGACGTGGCCCAGCGCACCGGCCAGGAAATCGGTGCAATGACCCTGCGCAACTCCGGCGCCGACGCGGCGGCCGGCATGCAGCGCGACGAAGTGGCCGAGAGCCTGCGGGCCCTGTCGCAGATGGCTGATGAGGCGCAGTCGGAAAGCCAGGCGATGCAGGCGGCCTTGCAGCAGGTAGTGGAGATCCGCCAGGCCACCGATGAAACGACCCGCACCGCGGCCAAGGTCGGCGGCTTGATCGAAGCGCTGGCCGGACAGGTCGACACCGGGGCGAAGGTCATCGAGCGGCTGGCGCAGCAGAGCGAGCAGATCGAAGTGGTCCTGACGGTTATCCATGGCATCGCCGAGCAAACCAACCTGCTGGCGTTGAACGCGGCCATCGAAGCGGCGCGGGCAGGCGAAACCGGGCGCGGATTTGCAGTGGTGGCGGACGAGGTGCGGGCACTGGCGAGCAAGACCCAGAGTTCGACCGGCGACATCCAGGCGCATATCGTCGCCTTGCAACAAGGTGCGCGCGAAGCGGTGGCTGCGATTGGCCAGGCTGGACGACAAGCGAACGAGGGTCTGGCGGTGCTGCGAGACAGCGCGCGGCTGCAGCAATCAGTGCAGGCTTCGGTCGAGCAGGTCCACGCGGCCATCGGCCTGGCGACCCAGGCAGCGGCGCATCAGGCCCAGGGCGCCCAAGCGGTGCGCGGACGGGTGGAAACCATCCACGCCCAGGCCGAAAAAGCCGCCCAGGCGGTGGTCGAGACCACTGCCAGCGGCAAGGTGTTGGACAGTCTGGCGGCGCAGTTGAAGGCGAGCCTGGGGCAGTTCAGGGCCTGA MSAVLSLLQSRLLRPVFVTLGIALLVQVLVAVALTRSTVTALEADLNARLGADSQKLSGELEQAGREVTSSLDSLSASTRQRLNAGLSSRLKEEQAHLRATLEKDLRDSANDMAQLLASVAPRAMWDSDVPTLSEFARRAQRNPNVLFVIYDDAAGEHLTRYLNRENPINKALLEKGKGERALDKVLDAAKNDPSVYYLEASINPNGVEIGKVLMGVSTASVETDLKALDQRFSALIASSDQLVGDSLKGAAADSATAMRGRLGSAQATATQMQTNTAATVQEAAGTLRWRIGLGLALVGFGVLALLAVVLGRRVVNRLKLLIAAMNDLAAGEGDLTKRVQISSKDEIGDMASAVNRFVDKLQPIVREAGDVAQRTGQEIGAMTLRNSGADAAAGMQRDEVAESLRALSQMADEAQSESQAMQAALQQVVEIRQATDETTRTAAKVGGLIEALAGQVDTGAKVIERLAQQSEQIEVVLTVIHGIAEQTNLLALNAAIEAARAGETGRGFAVVADEVRALASKTQSSTGDIQAHIVALQQGAREAVAAIGQAGRQANEGLAVLRDSARLQQSVQASVEQVHAAIGLATQAAAHQAQGAQAVRGRVETIHAQAEKAAQAVVETTASGKVLDSLAAQLKASLGQFRA NA NA NA NA NA D1-35_05071 1566 hypothetical protein ATGACACCGTCGCTGAACGCTCCCTCTGCCGCGAGGAGCTATATTCCCCGGCGCAAGCGCCCGTCGATCGGTCTGCTGCTCCCGGTTCTGCTGCTGGTGCTGCTGAGCGCGTTGCCGCTCCTGTATGTCATCGCGAAGGCCTGGCAGGCCGGTTGGACAGAAGCATTGCACTTGCTCTGGCGGCCTTATGTATTCGGCCTGCTGCGCAACACCTTGGCGCTGATGATCGGTGTCACGCTGGCCTGTGGCGTGATCGGCCTGTCGCTGGCCTGGCTTTTGGAGCGCAGCGATCTGCCGGGACGCAGGGTCTGGGGCGTGATCCTCTGCCTGCCATTCGCAGTGCCGGCGTTTGTCAGCAGCTTCACCTGGGTATCGCTCAGCGCGCAATTCGAAGGACTGGGCGGGGCCATCCTGGTCATGACGCTGTCCAAATATCCGCTGATTTTCCTGCCGGTGGCGGCAACGCTACGCAATCTCGATCCCTCTCTTGAGGAATCCGCACGAACCCTGGGGCAAAATCGCTGGGGCGTGTTTTTTCGCGTCACCCTGCCATTGCTCTGGCCCTCGCTGCTGGCCGGCTCACTGTTGATTGCCTTGCACATGCTGGTGGAGTTCGGCGCGCTGTCGATCATCGGACTGCAAACGTTTACCACCGCGATCTATCAACAATTCGAGCTGGAGTTCAGCAACGCCAATGCCGCCATGCTGTCAGCGGTGCTGTTGGTGCTTTGCCTGGCACTGTTGTGGCTGGAATTGCGCGTGCGCGGCAAGGGCCGCCACGTACGCACCGGACAAGGCGCGGCACGCCGCGCGGAACAGGTACGGCTCGGCCCCTGGGCGTTCCTCGGCCAGCTGTATTGCGCGGCACTGACGGTCATTGGCAGCGGTATTCCGCTGGGGATGCTGGTGTATTGGCTGGCGGTGGGCACTTCCGCCGCCTTCCCGGTGGGCGAGATCGGCGAAGCCCTGCTGTCATCCCTGGCGCTGTCACTGGGCGGCGCCGCGCTGTGCCTTGTACTCGCGGTGCCGGTCGGCCTGCTGGTGGTGCGTCACAAGGGGCGCCTGGCGCTATGGGCAGAACGCCTGCCGTATTTGCTGCATGCACTGCCAGGCCTGGTGATTGCCCTGAGCCTGGTGTATTTCGCGCTGCACTATGTGCCGGCGCTCTATCAGACCTCGGGTTTGCTGCTGATTGCCTACGCGCTGCTGTTCCTGCCGCTGGCCCAGGCGCCGGTGCGCACGGCGCTGAACAAGGCCGCGCCGCAGCTGGAAGAAGCGGCTCGCACGCTGGGGGCTTCTCCTTTCAGTGCGTTTTGCCGGGTGACCTTGCCGATTATCTTCCCGGCGCTGGGGGCGGCATTTGCGCTGGTGTTCCTGGACGCGATGAAAGAACTGACTGCTACTTTGCTGCTCAGCCCGACCGGGCTCAACACCCTGGCGACAGCGGTCTGGGCACATACCTCGAACATCGAGTTTGCGGCAGCGGCGCCTTACGCGGCGCTGCTTATCCTGGTGTCGGGGTTACCGGTCTATTTGCTGACGACGCGGATGTATCTGAGCCGCTGA MTPSLNAPSAARSYIPRRKRPSIGLLLPVLLLVLLSALPLLYVIAKAWQAGWTEALHLLWRPYVFGLLRNTLALMIGVTLACGVIGLSLAWLLERSDLPGRRVWGVILCLPFAVPAFVSSFTWVSLSAQFEGLGGAILVMTLSKYPLIFLPVAATLRNLDPSLEESARTLGQNRWGVFFRVTLPLLWPSLLAGSLLIALHMLVEFGALSIIGLQTFTTAIYQQFELEFSNANAAMLSAVLLVLCLALLWLELRVRGKGRHVRTGQGAARRAEQVRLGPWAFLGQLYCAALTVIGSGIPLGMLVYWLAVGTSAAFPVGEIGEALLSSLALSLGGAALCLVLAVPVGLLVVRHKGRLALWAERLPYLLHALPGLVIALSLVYFALHYVPALYQTSGLLLIAYALLFLPLAQAPVRTALNKAAPQLEEAARTLGASPFSAFCRVTLPIIFPALGAAFALVFLDAMKELTATLLLSPTGLNTLATAVWAHTSNIEFAAAAPYAALLILVSGLPVYLLTTRMYLSR PGPT0003730_4310 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011 NA NA D1-35_05072 1011 fbpA COG1840 Iron-utilization periplasmic protein ATGATGTTTCGAACCACCCTGCGCCGCGCCCTGACCTGCACCCTGCTCGGCCTGACCCTCGCAACGCCCCTCACCCAAGCCGCCGACAAGGTGGAACTGACTCTCTACAACGGCCAGCACAAAGAAGTTGGCGATGAACTGGCCAAGGCCTTCGAGGCCAAGACCGGCATCCACGTCAACGTGCGCAAGGGCAGCAGCAACCAGCTCGCCAGCCAGGTTGTCGAAGAAGGCGAGCGCTCCCCTGCCGACGTGATCTACACCGAAGAGTCGCCGCCCTTGAACAAGCTCGGCGAGCAAGGGCTGCTGGCGAAGATCGACGACGCCACGCTCAACGTACTACCCAAGGATTATGTTGCGAGCAATGGCACCTGGATGGGCGTGACCGCCCGCGTGCGTGTGGTTGCCTACAACCCCAAACTGATCGACGAGAAAGATCTGCCGAAAACCGTCCTCGATTTCGCCCAGCCGCAATGGCAGGGCAAGGTCGGCTTTGTACCAACCAGCGGCGCGTTCCAGGAGCAAGCCGTCGCCATCATCAAGTTGCACGGGATGGACGCCGCCGAGGAATGGCTCACCGGGCTGCGCGCGTTCGGCAAGGTCTACAGCAACAACATGGTTGCCCTCAAGGCCGTGGAAAACGGCGAAGTCGCGACGGTCCTGGTGAATAATTACTACTGGTTCGCGCTGCAGCGAGAGAAAGGCCAGCTCGACTCCAGGCTGCACTATTTCACCGGAGGCGATGCCGGTGGCCTGGTGACCGTGTCCAGCGCCGCTGCGCTGAAATCCAGCAAGCACCCCAAGGAAGCCCAACAACTGCTCGCCTACATGGCCAGTGAAGAAGGCCAGCGCGTGATTACCCAGACGTCCGCCGAGTACCCCCTCCACAAAGGCATGGTGTCGGACCGTGGCCTCAAGCCGTTCACTGAACTTGAACCGCCAAAAGTCACTCCGGCCGACCTCGGCAATGCTGAAGAAGCCCTGGAGCTGGAACGTGAAGTCGGCCTGAACTGA MMFRTTLRRALTCTLLGLTLATPLTQAADKVELTLYNGQHKEVGDELAKAFEAKTGIHVNVRKGSSNQLASQVVEEGERSPADVIYTEESPPLNKLGEQGLLAKIDDATLNVLPKDYVASNGTWMGVTARVRVVAYNPKLIDEKDLPKTVLDFAQPQWQGKVGFVPTSGAFQEQAVAIIKLHGMDAAEEWLTGLRAFGKVYSNNMVALKAVENGEVATVLVNNYYWFALQREKGQLDSRLHYFTGGDAGGLVTVSSAAALKSSKHPKEAQQLLAYMASEEGQRVITQTSAEYPLHKGMVSDRGLKPFTELEPPKVTPADLGNAEEALELEREVGLN PGPT0003725_4116 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012 NA NA D1-35_05075 2619 rnr COG0557 Ribonuclease R ATGGCCGATTGGCAGTCCCTCGATCCCGAGGCCGCTCGTGAAGCGGAAAAATATGAAAACCCTATTCCTAGCCGCGAACTGATCCTGGCGCATCTCGCCGATCGGGGTTCGCCTGCTAGCCGTGAGCAGTTGGTCGAAGAATTCGGTCTGACCACCGAGGACCAGCTCGAGGCCCTGCGCCGCCGTCTGCGCGCCATGGAGCGCGACGCTCAACTCATCTATACCCGCCGTGGCACTTATGCGCCGGTCGACAAGCTCGATCTGATCCTGGGTCGTATTGCCGGGCACCGCGACGGCTTCGGCTTCCTGATTCCGGATGACGGCAGTGACGACCTGTTCATGAGCCCGGCGCAGATGCGCCTGGTGTTCGACGGCGACCGCGCCCTGGCCCGTGTTTCCGGCCTGGATCGCCGTGGGCGTCGTGAGGGTGTGATCGTCGAAGTGGTGTCCCGTGCCCACGAGACCATTGTCGGTCGTTATTTCGAAGAGGGCGGCATCGGTTTTGTCGTCGCCGACAACCCAAAGATCCAGCAGGAAGTGCTGGTGACGCCGGGCCGCAACGCCAACGCCCAGGTCGGTCAGTTCGTCGAGGTGAAAATCACCCACTGGCCAACCCCGCGCTTCCAGCCGCAAGGCGACGTGGTGGAAGTGGTCGGCAACTACATGGCTCCGGGCATGGAAATCGACGTTGCCCTGCGCACTTATGACATCCCCCACGTCTGGCCTGAGGCGGTGCTCAAGGAAGCTGCCAAGCTCAAGCCGGAAGTCGAAGAGAAGGACAAAGAGAAGCGCATCGATCTGCGCCATCTGCCGTTCGTCACCATTGACGGCGAAGACGCCCGTGACTTCGACGACGCGGTCTACTGCGAAGCCAAGCCAGGCAAGTTGCGCTTGTTCTCCGGCGGCTGGAAGTTGTACGTGGCGATTGCCGACGTCTCCAGCTACGTAAAGCTCGGCTCTGCATTGGATGCCGAGGCCCAGGTGCGCGGCAACTCGGTGTATTTCCCCGAGCGCGTCGTGCCGATGCTGCCCGAGCAGTTGTCCAACGGCCTGTGTTCGCTCAACCCCCAGGTCGATCGCCTGGCCATGGTTTGCGAGATGGATATCTCCAAATCCGGCGAGATGACGAACTACTGCTTCTATGAAGCGGTGATCCATTCCCATGCCCGCCTGACCTACAACAAGGTCAGTGCGATGCTGGAAACGCCGAAACTCGCCGAATCGCGCAAGCTGCGCGGCGAGTACACCGACGTGGTGCCGCACCTCAAGCAGCTCTACGCGCTGTACAAGGTATTGCTGGCGGCGCGTCACGTGCGGGGCGCGATCGATTTCGAAACCCAGGAAACCCGGATCATCTTCGGTACCGAGCGCAAGATCGCCGAGATCCGTCCGACGATTCGCAACGACGCCCACAAGCTGATCGAGGAATGCATGCTGGCGGCCAACGTGGCCACGGCCGAGTTCCTGAAGAAGCATGAAATTCCTGCGCTGTACCGCGTCCACGACGGTCCGCCGCCAGAGCGTCTGGAAAAATTGCGGGCATTCCTGGGCGAGCTTGGCCTGTCGTTGCACAAGGGCAAGGAAGGTCCGTCGCCGAAGGATTACCAGGCCTTGCTGGCAAGCATCAAGGATCGTCCGGATTTCCACCTGATCCAGACCGTGATGCTGCGTTCGCTGAGCCAGGCGGTGTACAGCGCCGACAACCAGGGCCACTTCGGCCTGAATTACGAAGCCTACACCCACTTCACTTCGCCGATCCGTCGCTACCCCGACCTGCTCACGCACCGGGCGATTCGCAGCGTGATCCACTCGAAGATGGACACCCCGCACGTCAAGCGTGCCGGCGCGATGACCATCCCCAAGGCGCGTATCTACCCGTACGACGAGGCGGCCCTGGAGCAGCTCGGCGAGCAATGCTCGATGAGCGAGCGACGTGCCGACGAAGCGACCCGCGACGTGGTGAACTGGCTCAAGTGCGAGTACATGAAGGATCGCGTGGGTGAGTCTTTCCCGGGCGTGATCACCGCCGTGACCGGTTTCGGCCTGTTCGTCGAGCTGACCGACATCTACGTCGAAGGCCTGGTGCATGTCACCGCGCTGCCTGGCGACTACTACCACTTCGATCCTGTGCATCACCGCCTGGCGGGCGAGCGCACCGGTCGCAGCTTCCGTCTTGGCGATACCGTTGAAGTGCGGGTGATGCGCGTCGACCTGGACGAGCGCAAGATCGACTTCGAGATGGCCGAAAAAACCATCAGCGCGCCGATCGGTCGCAAGAAGCGCGGCACCGAAACGGCTGCGCCAGCAACCAAGACCGCCGCCGAGCCTGCTCCGGCCAAGTCGGGGCGTCGCGGTTCGGCCAAGGAGAAGGCTGTCGAGGCCTATCGCCCGAGCGATGCGGCGGCGAAAAATGCCGAGTTGCGCAAAAGCCGTGAAATGAAACAGGCGTTGCTGGCCGAAGCCAAGAACGGTGGTAAAGCGGCGTCTGGGGGAAAGACCGGAAGGTCGATCCCGGACAAGGCGACCAGCAAGCCGAGCAAGCACCGTAAAGGTCCGCCGAAAGCGGGCTCGTCCCCAGCCAAAAGTGGCGGGGCGCGTAAACCCAAGGGCAAGTCATGA MADWQSLDPEAAREAEKYENPIPSRELILAHLADRGSPASREQLVEEFGLTTEDQLEALRRRLRAMERDAQLIYTRRGTYAPVDKLDLILGRIAGHRDGFGFLIPDDGSDDLFMSPAQMRLVFDGDRALARVSGLDRRGRREGVIVEVVSRAHETIVGRYFEEGGIGFVVADNPKIQQEVLVTPGRNANAQVGQFVEVKITHWPTPRFQPQGDVVEVVGNYMAPGMEIDVALRTYDIPHVWPEAVLKEAAKLKPEVEEKDKEKRIDLRHLPFVTIDGEDARDFDDAVYCEAKPGKLRLFSGGWKLYVAIADVSSYVKLGSALDAEAQVRGNSVYFPERVVPMLPEQLSNGLCSLNPQVDRLAMVCEMDISKSGEMTNYCFYEAVIHSHARLTYNKVSAMLETPKLAESRKLRGEYTDVVPHLKQLYALYKVLLAARHVRGAIDFETQETRIIFGTERKIAEIRPTIRNDAHKLIEECMLAANVATAEFLKKHEIPALYRVHDGPPPERLEKLRAFLGELGLSLHKGKEGPSPKDYQALLASIKDRPDFHLIQTVMLRSLSQAVYSADNQGHFGLNYEAYTHFTSPIRRYPDLLTHRAIRSVIHSKMDTPHVKRAGAMTIPKARIYPYDEAALEQLGEQCSMSERRADEATRDVVNWLKCEYMKDRVGESFPGVITAVTGFGLFVELTDIYVEGLVHVTALPGDYYHFDPVHHRLAGERTGRSFRLGDTVEVRVMRVDLDERKIDFEMAEKTISAPIGRKKRGTETAAPATKTAAEPAPAKSGRRGSAKEKAVEAYRPSDAAAKNAELRKSREMKQALLAEAKNGGKAASGGKTGRSIPDKATSKPSKHRKGPPKAGSSPAKSGGARKPKGKS NA NA NA NA NA D1-35_05076 762 rlmB COG0566 23S rRNA (guanosine-2'-O-)-methyltransferase RlmB ATGAGTCAGCTGGAAAAAATCTACGGCGTGCATGCCGTGGAGGCGCTGTTGCGTCACCACCCCAAGCGGGTCAAGCAGATCTGGTTGGCGGAAGGGCGCAGCGATCCGCGTGTCCAGACGTTGATCGAGCTGGCGGGCGAAAATCGCGTGGCGGTCGGCCAGGCCGAGCGGCGTGAGATGGACGCCTGGGTTGAAGGCGTGCACCAAGGCGTCGTCGCCGAAGTCAGCCCGAGTCAGGTCTGGGGCGAGGCGATGCTCGACGAGTTGCTCGATCGCACCGAGGGCGCGCCGTTGCTGCTGGTGCTGGACGGCGTGACCGACCCGCACAACCTCGGCGCCTGCCTGCGTTCGGCGGATGCCGCCGGGGCGTTGGCGGTGATCGTGCCAAAAGACAAGTCGGCCACCTTGACCCCGGTCGTGCGTAAAGTCGCCTGCGGTGCGGCGGAAGTGATCCCGCTGGTGGCCGTGACCAATCTGGCGCGCACCCTGGAGAAACTCCAGCAGCGCGGCTTATGGGTCGTCGGCACGGCGGGCGAGGCCGAGGTCAGCATCTATGACCAGGACCTGACCGGCCCGACCATCCTGATCATGGGCGCCGAAGGCAAGGGCATGCGCCGCCTGACCCGCGAGCATTGCGACTACCTGGTCAAGCTGCCGATGGCCGGCAGTGTCAGCAGTCTCAACGTCTCGGTTGCCACCGGCGTGTGCCTGTTCGAAGCCCAGCGCCAGCGTGGGGCCAAGGCAGCCGCCAAAAAGCCCTGA MSQLEKIYGVHAVEALLRHHPKRVKQIWLAEGRSDPRVQTLIELAGENRVAVGQAERREMDAWVEGVHQGVVAEVSPSQVWGEAMLDELLDRTEGAPLLLVLDGVTDPHNLGACLRSADAAGALAVIVPKDKSATLTPVVRKVACGAAEVIPLVAVTNLARTLEKLQQRGLWVVGTAGEAEVSIYDQDLTGPTILIMGAEGKGMRRLTREHCDYLVKLPMAGSVSSLNVSVATGVCLFEAQRQRGAKAAAKKP NA NA NA NA NA D1-35_05077 429 rpsF COG0360 30S ribosomal protein S6 ATGCGTCATTACGAAATCATCTTTTTGGTCCACCCGGATCAAAGCGAGCAAGTCGGCGGCATGGTTGAGCGTTACACCAAGCTGATCGAAGAAGACGGCGGCAAAATCCACCGTCTGGAAGATTGGGGCCGTCGTCAACTGGCCTACGCAATCAACAATGTTCACAAGGCTCACTACGTGATGCTGAACGTTGAGTGCACCGGCAAGGCCCTGGCCGAGCTGGAAGACAACTTCCGCTACAACGATGCAGTGATCCGTAACCTGGTCATCCGTCGCGAAGAAGCCGTCACCGGCCAATCCGAGATGCTCAAGGCTGAAGAAAACCGCAGTGAGCGCCGTGAGCGTCGCGACCGTCCTGAGCACTCTGACAGCGCCGATGGCGATGACAGCGATAGCGACAGCGACAACAGCGATAACGCTGACGAGTAA MRHYEIIFLVHPDQSEQVGGMVERYTKLIEEDGGKIHRLEDWGRRQLAYAINNVHKAHYVMLNVECTGKALAELEDNFRYNDAVIRNLVIRREEAVTGQSEMLKAEENRSERRERRDRPEHSDSADGDDSDSDSDNSDNADE NA NA NA NA NA D1-35_05078 231 rpsR COG0238 30S ribosomal protein S18 ATGGCACGTTTCTTCCGTCGTCGTAAATTCTGCCGCTTCACCGCTGAAGACGTGAAAGAGATCGATTACAAAGATCTCAACACTCTGAAAGCCTACGTATCCGAGACCGGCAAAATCGTTCCAAGCCGTATCACCGGTACCAAAGCACGTTATCAGCGTCAGCTGGCCACCGCTATCAAGCGCGCCCGCTTCCTGGCCCTGCTGGCCTACACCGACAGCCACGGCCGCTGA MARFFRRRKFCRFTAEDVKEIDYKDLNTLKAYVSETGKIVPSRITGTKARYQRQLATAIKRARFLALLAYTDSHGR NA NA NA NA NA D1-35_05079 894 hypothetical protein ATGCGCGCCTTAGCTGAGTTCATCATGCGCGGTCGTATGCAGGCCACTCTCGTAGTGGCTGGATGCGCGGCATTGCCGTTGTTGTATTGGTTGGGTGCTGCCGCGGTGAGTCTCGTACTCCTGCGGCGCGGATTGAGGGACGCCCTTGGCGTTCTTGCTCTGGGACTGCTGCCGGCCTTGCTCTGGTGGTTGTATTCCGCTGACCCGCGGGCACTGATGGTGCTGCTGGGGTCTTCGGCGCTGGCGTTGGTGTTGCGCGCCAGCGAATCCTGGAACCGCGTGCTGCTGGTCAGCATAGCGATGGGAGTGGTGTTTTCAGTGGTGCTCGGGGTGGCTTTCGCACCCCAGATCGAGATGCTCTCGCAGGCTTTGATAAAAATCCTGCCCGAGGCCCTCGGTGATCTCTACCAACAGATGTCGGCAGAGGAGCAGGCGCGTTTCGCGTCCCTGATCGCACCGGTCCTGACCGGCCTGATTGCGGCCTTGTTGCAAATCGTCAGTGTGCTGAGCCTGATTATCGGGCGCTACTGGCAAGCGTTGTTGTACAACCCGGGTGGTTTTGGTCGCGAATTTCGCGCCATTCGTTTCCCGCTCGGGCTGGCGATGTTACTGCTGGCGGGCATGCTCCTGGGGCCGAATTTCGGTCCGCAGATGGCCATGCTCACGCCGTTGTGCAGTGTACCGCTGGTGTTTGCCGCCCTGGCCCTGATTCACGGGCTTGTGGCGCAAAAGCGACTGGCCAGGTTCTGGCTGGTCGGGTTGTACGTCACGTTGTTGCTGTTCATGCAGCTGATCTATCCGTTGCTGGTGGTCCTGGCCATCGTCGACAGCCTGATTGATTTTCGCGGTCGTATGGCGCCGAAAGACGCCGACAACGCGAACGGTGAAGGTTAA MRALAEFIMRGRMQATLVVAGCAALPLLYWLGAAAVSLVLLRRGLRDALGVLALGLLPALLWWLYSADPRALMVLLGSSALALVLRASESWNRVLLVSIAMGVVFSVVLGVAFAPQIEMLSQALIKILPEALGDLYQQMSAEEQARFASLIAPVLTGLIAALLQIVSVLSLIIGRYWQALLYNPGGFGREFRAIRFPLGLAMLLLAGMLLGPNFGPQMAMLTPLCSVPLVFAALALIHGLVAQKRLARFWLVGLYVTLLLFMQLIYPLLVVLAIVDSLIDFRGRMAPKDADNANGEG NA NA NA NA NA D1-35_05080 447 rplI COG0359 50S ribosomal protein L9 ATGCAACTGATCCTTCTGGAAAAAATCGCCAACCTGGGCAACCTGGGCGACAAAGTAAACGTTAAGGCCGGTTACGGCCGTAACTACCTGCTGCCTTTCGGCAAAGCCACCGCTGCGACCGCTGCCAACCTGGCTGCGTTCGAAGAGCGTCGCGCTGAGCTGGAAAAAGCCGCCGCAGACCGTAAGGCATCGGCTGAAAGCCGTGCTGCCCAACTGGCCGAGCTGGAAGTGACCATCACTGCCACCGCTGGCGACGAAGGCAAGCTGTTCGGTTCGATCGGTACTCACGACATCGCTGACGCACTGACCGCCTCCGGCGTTGAAGTTGCGAAAAGCGAAGTTCGTCTGCCGAACGGCACCATCCGCAACGTAGGTGAATTCGACGTAGCCGTGCACCTGCACGCCGAAGTTGAAGCCACCGTACGCGTTGTCGTGGTAGCAGCCTAA MQLILLEKIANLGNLGDKVNVKAGYGRNYLLPFGKATAATAANLAAFEERRAELEKAAADRKASAESRAAQLAELEVTITATAGDEGKLFGSIGTHDIADALTASGVEVAKSEVRLPNGTIRNVGEFDVAVHLHAEVEATVRVVVVAA NA NA NA NA NA D1-35_05081 1398 dnaB COG0305 Replicative DNA helicase ATGAACGAAATCACCGCCCCCGAGCAATACGATCTGCAAACCGCTGCCTTGAAGGTGCCTCCGCATTCCATCGAGGCCGAACAGGCCGTGCTCGGTGGTCTGATGCTGGACAACAACGCCTGGGAACGCGTGCTTGATCAAGTCTCCGACGGCGATTTCTATCGGCATGACCACCGCCTGATTTTCCGCGCGATCGCCAAGTTGGCCGATCAGAACATGCCGATCGACGTCGTGACCCTGGCCGAGCAATTGGACAAGGAAGGTCAGACATCCCAGGTCGGCGGCCTCGGTTACCTCGGCGAACTGGCGAAAAACACGCCGTCGGTCGCCAACATCAAGGCTTACGCCCAGATCGTTCGCGAGCGGGCGACCTTGCGCCAGTTGATCGGCATCAGCACTGAGATTGCCGACAGTGCGTTCAACCCGGAAGGTCGCACCGCCGCTGAGATTCTCGACGAAGCCGAGCGGCAGATCTTCCAGATCGCCGAGGCGCGGCCGAAAACCGGTGGCCCGGTGAGCGTCAACGACCTGCTGACCAAGGCCATCGACCGCATCGACACCTTGTTCAACACCGACAACGCCATTACCGGCCTGTCCACCGGCTACACCGACCTCGACGAGAAGACCAGCGGCCTGCAGCCGTCCGACTTGATCATCGTCGCCGGCCGTCCGTCCATGGGTAAGACCACCTTTGCGATGAACCTGGTGGAAAACGCCGTGCTACGCAGTGAAAAGGCTGTGTTGGTGTACTCCCTCGAGATGCCAGGCGAATCGCTGATCATGCGTATGCTTTCGTCCCTCGGGCGTATCGACCAGACCAAGGTCCGTTCCGGCCAGCTGGAAGACGACGATTGGCCGCGCCTCACCTCGGCGGTGAACCTGCTCAACGACCGCAAGCTGTTCATCGACGATACCGCAGGTATCAGCCCGTCGGAGATGCGCGCCCGAACCCGCCGCCTGGTGCGTGAGCACGGCGAGGTCGGGCTGATCATGATCGACTACCTGCAGTTGATGCAGATCCCCGGCTCTAGCGGCGACAACCGGACCAACGAGATTTCCGAGATCTCCCGTTCCCTCAAGGCCCTGGCCAAGGAATTCAACTGCCCAGTCGTTGCCCTTTCGCAGTTGAACCGTTCCCTGGAACAGCGCCCCAACAAGCGTCCGGTGAACTCGGACTTGCGGGAATCCGGAGCGATCGAGCAGGACGCCGACGTCATCATGTTCGTTTACCGTGACGAGGTGTATCACCCCGAGACGGAACACAAGGGCATTGCCGAAATCATCATCGGCAAGCAACGGAACGGCCCGATCGGCTTCATCCGCCTGGCGTTTATCGGCAAATACACGCGCTTCGAAAACCTGGCGCCGGGTAGCTACAATTTTGATGATGACGAGTAA MNEITAPEQYDLQTAALKVPPHSIEAEQAVLGGLMLDNNAWERVLDQVSDGDFYRHDHRLIFRAIAKLADQNMPIDVVTLAEQLDKEGQTSQVGGLGYLGELAKNTPSVANIKAYAQIVRERATLRQLIGISTEIADSAFNPEGRTAAEILDEAERQIFQIAEARPKTGGPVSVNDLLTKAIDRIDTLFNTDNAITGLSTGYTDLDEKTSGLQPSDLIIVAGRPSMGKTTFAMNLVENAVLRSEKAVLVYSLEMPGESLIMRMLSSLGRIDQTKVRSGQLEDDDWPRLTSAVNLLNDRKLFIDDTAGISPSEMRARTRRLVREHGEVGLIMIDYLQLMQIPGSSGDNRTNEISEISRSLKALAKEFNCPVVALSQLNRSLEQRPNKRPVNSDLRESGAIEQDADVIMFVYRDEVYHPETEHKGIAEIIIGKQRNGPIGFIRLAFIGKYTRFENLAPGSYNFDDDE NA NA NA NA NA D1-35_05082 2301 hypothetical protein ATGCAAGCAGCCAAGCCATTATTCGATTATCCCAAGTACTGGGCCGAATGTTTCGGACCGGCGCCGTTCCTGCCGATGAGCAGGGAGGAGATGGATCAGCTCGGCTGGGATTCGTGCGACATCATCATCGTGACCGGTGATGCCTACGTCGATCATCCGTCGTTCGGCATGGCGATCATTGGCCGTCTGCTGGAAGCCCAGGGCTTTCGCGTTGGCATCATTGCCCAGCCGAACTGGCAGTCCAAAGACGACTTCATGAAGCTCGGCGAGCCCAACCTGTTCTTCGGTGTCGCGGCCGGCAACATGGACTCGATGATCAACCGCTACACCGCCGACAAGAAAATCCGTTCCGATGACGCCTACACGCCGGGCGGTTTGGCGGGCAAGCGGCCGGACCGTGCGAGCCTGGTCTATAGCCAGCGTTGCAAGGAAGCCTACAAACACGTGCCGATCGTCCTCGGCGGTATCGAAGCGTCCCTGCGCCGCATCGCCCACTACGACTACTGGCAGGACCGGGTGCGCAACTCGATCCTGATCGACGCCTGCGCCGACATCCTGCTCTACGGCAACGCCGAGCGGGCGATTGTCGAAGTGGCCCAGCGCCTGTCCTACGGCCACAAGATCGAAGACATCACCGACGTGCGCGGCACCGCATTCATTCGCCGCGACACGCCGCAAGGCTGGTACGAAGTCGATTCCACGCGCATCGACCGTCCGGGCAAGGTCGACAAGATCATCAACCCGTACGTGAATACCCAGGACACCGCTGCCTGCGCCATTGAGCAGGAAAAGGGTCCGGTCGAGGACCCGAGCGAAGCCAAGGTCGTACAGATCCTGGCGAGCCCGAGGATGACCCGCGACAAGACCGTGATTCGCCTGCCATCGGTAGAGAAGGTGCGCAACGACGCGGTGCTGTATGCCCACGCCAACCGCGTGTTGCACCTGGAAACCAACCCGGGCAACGCCCGTGCGCTGGTGCAGAAGCACGGCGAAGTCGACGTCTGGTTCAACCCGCCGCCCATTCCGATGACAACTGAGGAAATGGACTACGTGTTTGGCATGCCTTACGCGCGTGTCCCGCATCCGGCGTATGGCAAGGAAAAAATCCCCGCTTACGAGATGATCCGCTTCTCGGTAAACATCATGCGTGGCTGCTTCGGTGGCTGCACCTTCTGCTCGATCACCGAGCACGAAGGCCGGATCATCCAGAACCGCTCGGAAGAGTCGATCATTCGCGAGATCGAAGAGATCCGCGACAAGGTGCCTGGTTTCACCGGGGTCATTTCCGACCTCGGCGGCCCGACCGCGAACATGTACCGCATCGCCTGCAAGAGCCCGGAAATCGAATCCGCGTGCCGCAAGCCGTCCTGCGTGTTCCCCGGCATCTGCCCGAACCTCAATACCGACCACTCGTCGCTGATCCAGCTGTACCGCAGCGCTCGTGCGTTGCCTGGGGTGAAGAAGATCCTCATTGCCTCCGGCCTGCGTTACGACCTGGCGGTCGAGTCGCCGGAGTACGTCAAGGAGCTGGTGACCCACCACGTCGGCGGTTACCTGAAGATCGCCCCGGAGCACACCGAGGAAGGTCCGCTCAACCAGATGATGAAGCCGGGCATCGGCAGCTATGACAAATTCAAGCGGATGTTCGAGAAGTACACCAAGGAAGCCGGGAAAGAGCAGTACCTGATTCCGTACTTCATCGCGGCTCACCCGGGCACTACCGACGAAGACATGATGAACCTGGCGCTGTGGCTCAAGGGCAACGGCTTCCGGGCCGACCAGGTGCAGGCGTTCTATCCGTCGCCGATGGCTACGGCCACCGCGATGTACCACTCGGGCAAGAACCCGCTGCGCAAGGTCACCTACAAGAGCGACGCGGTGACCATCGTCAAGAGCGAAGAGCAGCGCCGCCTGCACAAGGCGTTCCTGCGTTATCACGATCCGAAAGGCTGGCCGATGCTGCGCGAAGCGCTGACCCGCATGGGCCGCGCCGACCTGATCGGGCCGGGCAAGAACCAGTTGATTCCGTTGCACCAGCCTGCCACCGACAGCTACCAGAGTGCCCGTCGCAAGAACTCGACCCCGGCTGGCAGCCATAAGGTCGGTAAGGAGACCACCAAGATCCTGACCCAGCACACCGGCCTGCCGCCGCGGGCCAGTGACGGCGGCAATGCCTGGGATAAACGCGAGCAAGCCAAGGCCGCTGCGTTCGCCCGTAATCAGCAGGCTGCCAAGGAGCGCAAGGATGCGGCCAAGGGCAAGGGACCGAAGCCTGCGCGCAAGCCGGTTGTGCCGCGCTGA MQAAKPLFDYPKYWAECFGPAPFLPMSREEMDQLGWDSCDIIIVTGDAYVDHPSFGMAIIGRLLEAQGFRVGIIAQPNWQSKDDFMKLGEPNLFFGVAAGNMDSMINRYTADKKIRSDDAYTPGGLAGKRPDRASLVYSQRCKEAYKHVPIVLGGIEASLRRIAHYDYWQDRVRNSILIDACADILLYGNAERAIVEVAQRLSYGHKIEDITDVRGTAFIRRDTPQGWYEVDSTRIDRPGKVDKIINPYVNTQDTAACAIEQEKGPVEDPSEAKVVQILASPRMTRDKTVIRLPSVEKVRNDAVLYAHANRVLHLETNPGNARALVQKHGEVDVWFNPPPIPMTTEEMDYVFGMPYARVPHPAYGKEKIPAYEMIRFSVNIMRGCFGGCTFCSITEHEGRIIQNRSEESIIREIEEIRDKVPGFTGVISDLGGPTANMYRIACKSPEIESACRKPSCVFPGICPNLNTDHSSLIQLYRSARALPGVKKILIASGLRYDLAVESPEYVKELVTHHVGGYLKIAPEHTEEGPLNQMMKPGIGSYDKFKRMFEKYTKEAGKEQYLIPYFIAAHPGTTDEDMMNLALWLKGNGFRADQVQAFYPSPMATATAMYHSGKNPLRKVTYKSDAVTIVKSEEQRRLHKAFLRYHDPKGWPMLREALTRMGRADLIGPGKNQLIPLHQPATDSYQSARRKNSTPAGSHKVGKETTKILTQHTGLPPRASDGGNAWDKREQAKAAAFARNQQAAKERKDAAKGKGPKPARKPVVPR NA NA NA NA NA D1-35_05083 927 hypothetical protein ATGAGCAGCGCTTCAACGGGCATCGGCATGGACTTGAGCTTTTCCCAGTTCATGGCCCGTCAACGCATCGAAAGCCAGATCAACCTGCCGCGCCTGTTTGCCGCGATCGACGCCGACCCCAACATCGCCGGTGCGGGGGTGGTGTATGTCGATTCCGACTACAACGTGGTGACGCTGCGGGAGTTCAAGCCGATCTGCAGCATCGCGCCCAAACGCATCATTTTGCGCGAGGCGAAAAAGTACATTGCTCCGCAGCAATTCATAGAACAGGTGAAAAGCAGTCCACGCGAGTCGAAGCTCGGGATTGAGGCGACCAATGCCGGCTTGTCCTGTGTCGCCGCGGTGATTGGTTGGGTGGTGGTATTCAGTGGCAGCGTTGCCGTGCCCTTTACGGCTGGTGCCAGCGCTTTTGTGGTCGCCTTGGGCGCCGCTGCCGCTACGGCCAGTACCGCGCAGTGCGTCATTGGCGGAATGCGGGTGGCGAACGAGTTGAGCAACCCTACTGGCAACGATGAGATGAACGATGCTGACTGGTACAACATCGTGTCGCCGATTCTTGACGGTGTTTCCCTGGTGGGCGTCGGTGGCTCGGCGCTGACGACTGTTCGATTGCTCAAGGCCAACAAGGCGGCCGGCACCGGCAAGAGCTGGTACCAGTTGCTCAAGGGCCTGAATCGCCAAGAGCGCAGTAAGTTGACCAAGGAACTTCTGACGCTGAAGGACCCAAGCCTGACCGCTAAGTTGCTCAAGTTGCAGCAACGGGCAGGGGCTTTGCCCAAGCGTTACTCGTCCGCTGAGATCCGGCATGCGACCCTGACTCAGATCAAGGACTCGCTGGGCGGCGCCCTGGGCGTCATCGGCAGTTATACCGGTGGTGGCCATGTGAAAACCGTTGCCGTCGGCCTGTACGAAGAGTTCACGGAATGA MSSASTGIGMDLSFSQFMARQRIESQINLPRLFAAIDADPNIAGAGVVYVDSDYNVVTLREFKPICSIAPKRIILREAKKYIAPQQFIEQVKSSPRESKLGIEATNAGLSCVAAVIGWVVVFSGSVAVPFTAGASAFVVALGAAAATASTAQCVIGGMRVANELSNPTGNDEMNDADWYNIVSPILDGVSLVGVGGSALTTVRLLKANKAAGTGKSWYQLLKGLNRQERSKLTKELLTLKDPSLTAKLLKLQQRAGALPKRYSSAEIRHATLTQIKDSLGGALGVIGSYTGGGHVKTVAVGLYEEFTE NA NA NA NA NA D1-35_05084 462 hypothetical protein ATGATCGGCGGCGGATCACTGAAGCCATTCCTGGCCCGCTATTTTCCGATTTTCATGGGCACCATCCTGCTCGGCTGTTTTTCCGGTTCCACGCTGCTCGTTCTGGCCGGAGCCACTTATTGGCGCGCCTTGGAGCCCTCGATCAGGACCGACTATGTCGGTTTCGGCACGTTGGCCCTGGTGATGGTTCTAGTCTTGGGCAACCTGCTGATTGCACGCGGGCGCGCTTGGGCAATCTGGGGTGTGGCGGGTTATTTCCTAGCCTGTCTGGCGGCGGCGGTGCCGACGTTTGCTTACGGGCCGCACCAGGGCGTGTACATCTTCGCTGTGCTGTTACCCCTACTGGGACTGCTCCTGATCAACAGCAAACGCCACCGGGAAATGCGCCGCAAGCTCGTCGAGATCCGCCACCAGCGCGAACGCATCATCCAATCCGCCAAGGCCTCGCGCCCGCGCCGTTGA MIGGGSLKPFLARYFPIFMGTILLGCFSGSTLLVLAGATYWRALEPSIRTDYVGFGTLALVMVLVLGNLLIARGRAWAIWGVAGYFLACLAAAVPTFAYGPHQGVYIFAVLLPLLGLLLINSKRHREMRRKLVEIRHQRERIIQSAKASRPRR NA NA NA NA NA D1-35_05085 3294 hypothetical protein GTGTCGATCCATGTCGCTTTGCACCATGTCACACATTATCGCTACGAGCGCGCTGTCGAACTCGGTCCGCAGATCGTGCGCCTGCGCCCGGCCGCCCACAGCCGTACACGCATTCTTTCATATGCGCTGAAAGTCTCGCCTGATCAGCACTTCATCAACTGGCAACAAGACCCTCAGGGCAATTACCTGGCGCGGCTGGTGTTCCCGGAAAAGACCGATGAGCTGCGGGTCGAGGTCGATCTGGTCGCCGAGATGGCGGTGTTCAATCCATTCGATTTTTTCCTCGAGCCCTACGCCGAGAAAATTCCGTTTACGTATGCGGCCGACGAAAAACACGAGCTGATGCCCTATCTGGAAAAGCTGCCGCTGACGCCGAAGTTCAAGGCTTATCTGGACGGCATCGACCGCACGCCGCTGCCGGCGGTGGACTTCCTGGTGGGGTTGAACCAGCGCTTGAGCGAAGACATCGGTTACCTGATCCGCATGGAGCCCGGCGTGCAGACGCCGGAGCACACCCTGGAGCATGCGTCCGGTTCCTGCCGGGATTCGGCCTGGCTGCTGGTGCAACTGTTGCGTCATCTGGGCCTGGCGGCGCGGTTTGTCTCCGGTTACCTGATCCAGTTGACCGCCGATGTGAAAAGCCTCGACGGCCCGTCCGGTACGGAAGTGGACTTCACCGACCTGCATGCCTGGTGCGAGGTGTACCTGCCCGGCGCTGGCTGGATCGGCCTGGACGCCACGTCCGGGTTGTTCGCCGGTGAAGGGCATATCCCCTTGGCATGTAGTCCCGATCCGTCCTCGGCAGCGCCGATCAGCGGCCTGGTGGAACCTTGCGAGTGCCAGTTCAGCCACGAAATGTCCGTCGAGCGAATCTGGGAGGCGCCACGGGTCACCAAGCCATACACCGAAGAGCAATGGCAGGCGATCCAGGCGTTGGGCCGGCAGATCGACAGCGACCTGCTGGAGGGCGACGTGCGCTTGACCATGGGCGGCGAGCCGACCTTCGTTTCCATCGACGATCCGGACGGCGCCGAGTGGAATACCGCAGCGCTCGGCCCGGACAAGCGTCGCCTCTCCGCCGAGTTGTTCCAGCGCATGCGCAAGCACTACGCGCCCGAGGGGTTGGTGCACTTCGGTCAGGGCAAGTGGTACCCCGGCGAGCAACTGCCGCGGTGGTCGCTCAACTGTTATTGGCGGCGTGACGGCGTGCCGATCTGGCGCGACAACGCGCTGATCGCCGATGAACAGCAGGACTACGGCGCCGATGGCGAACTGGCCGGGCGCTTCCTGGCGAGTGTCGCCGAACGCCTGAATATTCCTGCGCGGTTCGTCTTCGCGGCCTACGAAGATAATTTCCATTACCTCTGGCGCGAGGGTAATTTGCCTTCGAACGTGACAGCCGAGGACCCTAGGCTCGAGGATCCCCTGGAGCGGGCGCGGTTGCGCAAGGTGTTCAGCCAGGGCCTGGACAAAGTGGTCGGCCAGGTCTTGCCGCTGGCGCGCACCGCCAAGGGCGATCAATGGCAAAGCGGCCGCTGGTATTTGCGCGACAGCCATTGTCGGCTGGTGCCGGGCGATTCGCCGCTGGGCTATCGCTTGCCGCTGGCGGCGCAGCCATGGGTGACGGCAGCCGAGTATCCCTTCATCCATCCCACCGACCCGAACCAGGACTTGCCCGAGTTGCCCGGCACCGAGCAGCTCACCCATCACGGCGAGCCGGCCCTGGAACAGGAGCGCGCGCCGAAGGTCGACGAATCGGCCGATTGGCTGACGCGCACCGCGTTCTGTGCCGAGGCCAGGGACGGGCGGCTCTATCTGTTCATGCCGCCGCTGGAGCGGGTCGAGGATTACCTGGAACTGGTCAGCGCCATCGAGGCGACAGCCGAAGAACTGGGCTGCCCTGTGCTGCTGGAAGGCTACGAGCCGCCGAGCGATCCGCGCCTGAGCAATTTTCGCATCACGCCTGACCCGGGCGTCATCGAGGTCAACGTGCAACCGTCGGCGACCTGGGATGAGCTGGTCGAGCGCACCGAGTTTCTTTACGAGCAGGCGCGGCTGAACCGGCTGACCACCGAAAAATTCATGATCGACGGTCGACACACCGGCACCGGTGGCGGTAACCATTTCGTCCTGGGCGGCGCGACGCCGGCTGACTCGCCCTTCCTGCGTCGTCCCGACTTGCTGCGCAGTTTGATCAGCTACTGGCATAACCACCCGTCGTTGTCCTACCTGTTTTCCGGACTGTTCATCGGCCCGACGTCCCAGGCGCCCCGCGTGGACGAAGCGCGCAACGATGCGTTATATGAGCTGGAGATCGCCTTCGCGCAAATGCCCGAGCCTGGCGAAGCGTGTCCGCCCTGGCTGGTGGACCGATTGCTGCGCAACCTGTTGATCGACGTGACCGGTAATACCCACCGCGCCGAGTTCTGCATCGACAAGCTCTATTCACCGGACGGCGCCACCGGGCGTCTCGGCTTGCTGGAGCTGCGCGCTTTCGAAATGCCGCCCCACGCCCGCATGAGCCTGGCCCAGCAATTGCTGCTGCGGGCGCTGGTGGCGCGGTTCTGGCGTGAACCCTACGCGCCGGCGAAACTGGCGCGCTGGGGCACCGAGCTGCATGATCGCTTCTTGCTGCCGCATTTCATCGAGCAGGATTTTGCCGATGTCATCGACGATCTCAATGTCGCCGGTTATCCGCTGCGGGCCGAGTGGTTCGCCGCGCACCTGGAGTTCCGCTTTCCCAAGGTCGGCGATTACGCGGTCAATGGTATCGAGCTGCAGTTGCGTCAGGCGCTGGAACCCTGGCATGTGCTGGGAGAGGAGGGCACGGCGGGGGGCACCGTACGCTACGTGGACTCGTCCCTGGAGCGCTTGCAGGTCAAGCTCAGCGGCCTGGCGCCACAACGTTATCTGCTGACTTGCAACGGCGTACCGGTACCCTTGCAACCCACCGGTCGAGTCGGTGAGTTCGTCGCCGGGGTACGTTTCCGCGCCTGGCAACCGGCCAACTGCCTGCAACCGACCATCCCGGTCCATGCGCCGCTGGTATTCGATGTGCTCGACACCTGGATGCAACGTTCGCTGGGCGGCTGTCAGTACCACGTGGCGCATCCGGGCGGGCGCAACTATGACAGCCTGCCGGTCAACGCCAACGAGGCGGAGAGCCGGCGGATGGCGCGTTTCTTTAGGATCGGACACACGCCTGGGAAACTTCCGATACCGAACCTGGCAACGGATGACGAATTTCCCTTCACTCTCGATCTGCGACGCTTCCAAGGGGCATTGAAGCGATAG MSIHVALHHVTHYRYERAVELGPQIVRLRPAAHSRTRILSYALKVSPDQHFINWQQDPQGNYLARLVFPEKTDELRVEVDLVAEMAVFNPFDFFLEPYAEKIPFTYAADEKHELMPYLEKLPLTPKFKAYLDGIDRTPLPAVDFLVGLNQRLSEDIGYLIRMEPGVQTPEHTLEHASGSCRDSAWLLVQLLRHLGLAARFVSGYLIQLTADVKSLDGPSGTEVDFTDLHAWCEVYLPGAGWIGLDATSGLFAGEGHIPLACSPDPSSAAPISGLVEPCECQFSHEMSVERIWEAPRVTKPYTEEQWQAIQALGRQIDSDLLEGDVRLTMGGEPTFVSIDDPDGAEWNTAALGPDKRRLSAELFQRMRKHYAPEGLVHFGQGKWYPGEQLPRWSLNCYWRRDGVPIWRDNALIADEQQDYGADGELAGRFLASVAERLNIPARFVFAAYEDNFHYLWREGNLPSNVTAEDPRLEDPLERARLRKVFSQGLDKVVGQVLPLARTAKGDQWQSGRWYLRDSHCRLVPGDSPLGYRLPLAAQPWVTAAEYPFIHPTDPNQDLPELPGTEQLTHHGEPALEQERAPKVDESADWLTRTAFCAEARDGRLYLFMPPLERVEDYLELVSAIEATAEELGCPVLLEGYEPPSDPRLSNFRITPDPGVIEVNVQPSATWDELVERTEFLYEQARLNRLTTEKFMIDGRHTGTGGGNHFVLGGATPADSPFLRRPDLLRSLISYWHNHPSLSYLFSGLFIGPTSQAPRVDEARNDALYELEIAFAQMPEPGEACPPWLVDRLLRNLLIDVTGNTHRAEFCIDKLYSPDGATGRLGLLELRAFEMPPHARMSLAQQLLLRALVARFWREPYAPAKLARWGTELHDRFLLPHFIEQDFADVIDDLNVAGYPLRAEWFAAHLEFRFPKVGDYAVNGIELQLRQALEPWHVLGEEGTAGGTVRYVDSSLERLQVKLSGLAPQRYLLTCNGVPVPLQPTGRVGEFVAGVRFRAWQPANCLQPTIPVHAPLVFDVLDTWMQRSLGGCQYHVAHPGGRNYDSLPVNANEAESRRMARFFRIGHTPGKLPIPNLATDDEFPFTLDLRRFQGALKR NA NA NA NA NA D1-35_05086 2487 COG2307 putative protein ATGCCTGACCTGCTTGACCGTTACCCGTTGACGACGGGCACCTATCACGAATTGCTGGATGACAGCGGTGCGGTGCGTGCGCATTGGCGGCGGCTGTTCGACCAATTGCAGCGCAGCACGCCGGCTCAGTTGATCCAGCGCCAGGCATTGCTCGCCCGGCAGATCCAGGAAAATGGCGTCACCTATAACGTCTATGCAGACCCCAAGGGAGCTGATCGGCCTTGGGAGCTGGACCTGCTGCCCCATGTCATCGACGCTCGGGAATGGACGCAACTGTCGGCCGGCATTGCCCAGCGGGCACGCTTGCTCAATGCCGTTCTGGCCGACCTGTACGGGCCGCAGCGGTTGATCAGCGAGGGGCTCTTGCCGGCAGAGCTGGTGTTCGGGCACAACAATTTCCTTTGGCCCTGCCAGGGCATCACGCCGCCAGACGGCAACTTCCTGCACTTGTATGCCGTGGATCTGGCGCGCGCGCCCGACGGCCGCTGGTGGGTGACTGCGGATCGGACCCAGGCGCCCTCGGGCGCCGGTTATGCGTTGGAAAATCGCACGATCGTGTCGCGAGCCTTTCCCGACCTTTATCGCGACCTCAAGGTGCAACACCTGTCCGGTTTCTTCCGCACGTTGCAAGAAACCCTGGCGCGACAGGCTCCCAGCAACGGCGAGCCGCCGCTGGTGGTACTGCTGACGCCCGGTCGGTTCAACGAAAGCTACTTCGAACACCTCTACCTGGCGCGGCAACTCGGCTATCCGCTGGTGGAAGGCGGCGACCTGACCGTCCGCGACGCCACGGTCTATCTGAAGACGCTTAGCGGGCTGCGTCGGGTGCACGCGATCATGCGTCGGCTCGATGATGATTTCTGCGACCCGCTGGAGTTGCGCACCGATTCGGCCCTGGGCGTGCCCGGATTGCTGGAGGCGGTGCGTCAGGGGCGGGTGCTGGTGGCCAATGCACTGGGTAGCGGAGTCCTGGAGTCTCCCGGGCTCTTGGGATTCCTGCCGAAAATAAGTCAGTTTCTTTTCGGTGAAGAGCTGATGCTGCCCTCCATCGCCACCTGGTGGTGCGGAGAGCCGCCGGTGCTGGCCCAGGCCCTGGAGAAACTGCCGCAGTTGTTGATCAAGCCGGCGTTTCCGTCCCAGAGCTTCACGCCGGTATTCGGTCGTGACCTGGACGAAGACCAGCGCGCTCGATTGGCCGCACGCATGCAGGCGCGGCCCTATGCCTATGTTGCTCAGGAACTGGCGCAACTGTCCCAGGCGCCGGTATGGCAGGCTGAAGACGGCCAGATCCAGCCTCGAGCCATTGGCATGCGGGTTTATGCGGTGTCCGGCAAAGACGATTATCGAGTGCTGCCGGGAGGCCTGACCCGCGTGGCCGCCGAGGCTGATGCCGAAGTGGTGTCGATGCAGCGCGGAGGCGCGAGCAAGGACACCTGGGTACTTGGCGAGCAGGCGCCCGGCGGTGAGCAATGGAAGGCCCAGCGAACCGTGGGCGTGCATGATCTGGTGCGCCGCGATCCCTATCTGCCGTCTCGTGTGGTGGAAAACCTGTTCTGGTTTGGCCGCTACTGCGAACGTTGCGACGACAGCGCCCGTCTGCTGCGGATCATGCTGGCGCGCTATGTCGATGGCGATGATCCGCAGGCCTTGCAATCGGCGGTCGCCCTGGGCGAGAGCCTGATGTTGTTGCCGGAGGAGGGCGAGTTGCCCGAACGCCTGCTGGCGGCCATGCTCGGGGATGACTGGTCGTTCAGCCTGCGCTCCAATCTGCAGCGCTTGCAGTGGGCGGCCTCCCAGGTCCGTGGCAAGCTGTCCCGGGAGAACTGGCAGGCACTGGTGGAACTGCAACGCGAAGCCGTGGAACTGGAAACCAGCGAGCCGGACTTCGGTGAGTTGCTGGATTTTCTCAATCGACTGGTGATGTCCCTGGCCGCGTTGTCCGGGTTCGCCCTGGACGACATGACCCGCGACGAGGGCTGGCGTTTCCTGATGATCGGCCGGCGCCTGGAGCGTCTGCAATTTCTCAGCAGCAGCCTGGCGGCATTCCTGCGCGGCGAGGCGGTTTTCGATCAGGCCGGGCTGGAATGGTTGCTGGAGTTGGGCAATAGCAGCATCACCTACCGTTCGCGATACCTGGCGGTGGCGCAGCTGATCCCGGTGCTCGATCTTCTGTTGCTGGACGAACAGAACCCTCACGCAGTGCTCTTCCAGTTGAAACTGGTGGCGCGCACCGTCAAGCGTCTGAACGACGATTTTGGCGCGCCGAGAGAAACCGCCCTGCCGGAACTGGTGGCGCGACTGTCGCGCTTTGACCTGCGCTGCCTGGAGAGTCTTTTGTTTGGCGAAGCCAGCCTGCGCGCGGCGCTCGACGGGCTGGCCGATCTGCTGCAGGAAGTCGCCGATGTCAGCGGGCAGGTGTCCGATCGCCTGGCCTTGCGCCATTTCGCCCATGTTGACGACGTCAGCCAGCGCACGGTATCCGTCTGA MPDLLDRYPLTTGTYHELLDDSGAVRAHWRRLFDQLQRSTPAQLIQRQALLARQIQENGVTYNVYADPKGADRPWELDLLPHVIDAREWTQLSAGIAQRARLLNAVLADLYGPQRLISEGLLPAELVFGHNNFLWPCQGITPPDGNFLHLYAVDLARAPDGRWWVTADRTQAPSGAGYALENRTIVSRAFPDLYRDLKVQHLSGFFRTLQETLARQAPSNGEPPLVVLLTPGRFNESYFEHLYLARQLGYPLVEGGDLTVRDATVYLKTLSGLRRVHAIMRRLDDDFCDPLELRTDSALGVPGLLEAVRQGRVLVANALGSGVLESPGLLGFLPKISQFLFGEELMLPSIATWWCGEPPVLAQALEKLPQLLIKPAFPSQSFTPVFGRDLDEDQRARLAARMQARPYAYVAQELAQLSQAPVWQAEDGQIQPRAIGMRVYAVSGKDDYRVLPGGLTRVAAEADAEVVSMQRGGASKDTWVLGEQAPGGEQWKAQRTVGVHDLVRRDPYLPSRVVENLFWFGRYCERCDDSARLLRIMLARYVDGDDPQALQSAVALGESLMLLPEEGELPERLLAAMLGDDWSFSLRSNLQRLQWAASQVRGKLSRENWQALVELQREAVELETSEPDFGELLDFLNRLVMSLAALSGFALDDMTRDEGWRFLMIGRRLERLQFLSSSLAAFLRGEAVFDQAGLEWLLELGNSSITYRSRYLAVAQLIPVLDLLLLDEQNPHAVLFQLKLVARTVKRLNDDFGAPRETALPELVARLSRFDLRCLESLLFGEASLRAALDGLADLLQEVADVSGQVSDRLALRHFAHVDDVSQRTVSV NA NA NA NA NA D1-35_05087 894 COG1305 putative protein ATGAATGCCCGTTACCAGATCCTTCACGACACCCACTATCATTACGACAGCCCGGTGTCCCTCGCCCAGCAACTGGCGCATCTATGGCCGCGGCCCTGTGAATGGCAGCGCTGTACCGAACGACAACTGACCATCAGCCCGGAGCCCACGACCCGTCGCGATGAAGAGGATGTGTTCGGCAATCCGCTGACCCGCCTGGCCTTCGAGCGGCCCCATGATGAGCTGCTGGTCAATGCCCGCCTGAGCGTCGAGGTGCTGGCGCGCCCGCCACTGGATTTCGGTTCATCGCCCGCCTGGGAATCCACTCGTCATGCATTGACCTACAGCGGCCGGCCGCTGACGGCGCAGTTGCTGGATGCATGCCGCTATCGTTTCGAGTCACCCTATGTGCACCTCAAGCGCAGCTTCGTCGAGTTTTCCGAAAGTTGTTTCCCGGTTGGTCGTCCGTTGATGCTCGGCGTCCAGGCGCTGATGGAAAAAATCTTCGAGGAATTCACTTTCGACGCGGAGGCCACCCAGGTCGCGACACCGCTGGTGGAAGTGCTGGAGCGACGCCGGGGCGTCTGCCAGGATTTTGCCCACCTGATGCTGGCCTGCGTACGTTCTCGCGGATTGGCGGCGCGTTACGTCAGCGGCTATCTGTTGACCCAGCCACCCCCCGGCCAGGCTCGATTGATTGGTGCCGATGCGTCTCACGCCTGGATTTCGGTGTTTTGCCCGGTGCTGGGATGGGTGGATTTCGATCCGACCAACAACGTGCAACCGTCCCTGGAGCACATCACCCTGGCCTGGGGCCGGGACTTTTCCGATGTGTCGCCTTTGCGCGGGGTGATCCTGGGGGGCGGTACCCATGACCCGGAGGTACGGGTGACGGTGATGCCGTTGGAGTCGTGA MNARYQILHDTHYHYDSPVSLAQQLAHLWPRPCEWQRCTERQLTISPEPTTRRDEEDVFGNPLTRLAFERPHDELLVNARLSVEVLARPPLDFGSSPAWESTRHALTYSGRPLTAQLLDACRYRFESPYVHLKRSFVEFSESCFPVGRPLMLGVQALMEKIFEEFTFDAEATQVATPLVEVLERRRGVCQDFAHLMLACVRSRGLAARYVSGYLLTQPPPGQARLIGADASHAWISVFCPVLGWVDFDPTNNVQPSLEHITLAWGRDFSDVSPLRGVILGGGTHDPEVRVTVMPLES NA NA NA NA NA D1-35_05088 378 hypothetical protein ATGTTCCCGGTTTCCATCAAAGGCGTACTGCAATCTCCCGACGGCCTGGTCGTGCTGATGCTCAACGAGCGTGACGAATGGGAGCTGCCCGGTGGGCGGATCGAGCTGGGCGAAACGCCGCCGCAGTGCCTGGCACGGGAAATCGCCGAGGAGCTGGCGGTCGAGGTCAGCGTGGGCGAACCGCTGGATTCGTATCTGTTCGAGGTGATTCCCGGCAAACACGTGTTCATCTCCACTTACCGCTGCCAGTTGCTGGGCGGTTTCGTGCCGACGATCAGTCATGAGCACAAGGAGATCGGGCTGTTCGAGCCAAGCCAGTTGCCAGCGAACCTGCCGGCTGGTTATCGCTTGTCGATTATCAACGCGCTGGGGTTGTGA MFPVSIKGVLQSPDGLVVLMLNERDEWELPGGRIELGETPPQCLAREIAEELAVEVSVGEPLDSYLFEVIPGKHVFISTYRCQLLGGFVPTISHEHKEIGLFEPSQLPANLPAGYRLSIINALGL NA NA NA NA NA D1-35_05089 186 hypothetical protein ATGGCCAAACCCAATTATTCCTTCGCCAAACGTCAGAGAGACCTGGCCAAGGAGCAGAAGAAAGAGGAAAAGCTCCAGCGCAAGAAAGCCACCGCCGATGAAGCAGCACTGAACCCCGATGCTGAAGGTGAAGTGGCGGCAGACGATGATACAGATGCACCGAAAGACCAGGCCCCCGACGCCTGA MAKPNYSFAKRQRDLAKEQKKEEKLQRKKATADEAALNPDAEGEVAADDDTDAPKDQAPDA NA NA NA NA NA D1-35_05090 588 COG1611 Putative cytokinin riboside 5'-monophosphate phosphoribohydrolase ATGTCCATAGCGTCTGTTTGTGTATTTTGCGGCGCCAGCGCCGGCAGCCATCCCGCCTATCGCGAAGCGGCTCAGGCCCTGGGGCAGGCACTGGCGGAGCGAAAACTGACCCTGGTCTACGGCGGCGGCGCGGTCGGCCTGATGGGAATCGTCGCTGATGCAGCCCTCGCGGCTGGCGGCGAAGTGATTGGCATCATCCCGCAAAGCCTGAAAGACAAAGAAATCGGCCACAGCGGCCTGACACGCCTGGAAGTGGTGGACGGCATGCATGCGCGCAAGGCCCGCATGGCTGAACTCAGCGACGCCTTCATCGCCCTTCCCGGCGGCCTCGGCACCCTGGAAGAACTTTTCGAAGTGTGGACCTGGGGCCAGCTCGGCTACCACGCTAAACCGATGGGGCTGCTGGAAGTGAACGGTTTCTACAGCAAACTCACCGGTTTTCTCGATCACATCGTCGGTGAAGGCTTCGTCCGGGCGCCGCATCGTGACATGCTGCAAGTGAGCGACTCGGCCCATGACCTGCTCGATGCGCTGGATGAATGGCAACCCTCGGTGCCGCCGAAATGGGCCGAGCAAAAACCCAGCTAA MSIASVCVFCGASAGSHPAYREAAQALGQALAERKLTLVYGGGAVGLMGIVADAALAAGGEVIGIIPQSLKDKEIGHSGLTRLEVVDGMHARKARMAELSDAFIALPGGLGTLEELFEVWTWGQLGYHAKPMGLLEVNGFYSKLTGFLDHIVGEGFVRAPHRDMLQVSDSAHDLLDALDEWQPSVPPKWAEQKPS PGPT0007225_179 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007225-log|yvdD-K22522 NA NA D1-35_05091 90 hypothetical protein ATGAACCTCAACAGCCTGTTATGCAGCCTGCTCGCCGCCTACGCCTGCGGCGCCAGCGGCACCTACGAAAAACCCCGGCGCGAGGTTTAA MNLNSLLCSLLAAYACGASGTYEKPRREV NA NA NA NA NA D1-35_05092 447 Azurin ATGTTCGCCAAACTTGTAGCAGTATCCCTGTTGACGCTGGCCAGCAGCCAACTGATGGCAGCGGAGTGCAAGACCACCATCGATTCCACCGACCAGATGTCCTTCAATGCCAAGGCCATCGAAATCGACAAGAGCTGCAAAACCTTCACCGTTGAGCTGACTCATTCCGGCAACCTGCCAAAAAACGTCATGGGTCATAACTGGGTGCTGAGCAAAGAGGCTGACATGCAGCCGATCGCCACCGACGGTCTGGCCGCTGGCATTGACAAGGATTACCTGAAGGAAGGTGATGCTCGCATCATCGCCCACACCAAAATCATCGGCGCCAAGGAAACCGACTCGGTGACCTTTGATGTTTCGAAATTGAGTGCTTCCGAGAAGTACGGTTTCTTCTGCTCGTTCCCGGGCCACATCTCGATGATGAAAGGCACGGTTACCCTGAAATAA MFAKLVAVSLLTLASSQLMAAECKTTIDSTDQMSFNAKAIEIDKSCKTFTVELTHSGNLPKNVMGHNWVLSKEADMQPIATDGLAAGIDKDYLKEGDARIIAHTKIIGAKETDSVTFDVSKLSASEKYGFFCSFPGHISMMKGTVTLK NA NA NA NA NA D1-35_05093 828 nadE_3 COG0171 NH(3)-dependent NAD(+) synthetase ATGCAAGCCGTACAGCGTGAGATTGCTGAACAGCTCAAGGTCCAGCCACCGTTCGCCGATGACGCCGCCCTCAAGGCCGAAATCGCGCGCCGGGTGAGCTTCATTCAGGACTGCCTCGTCAACTCGGGTCTCAAAAGCCTGGTGCTGGGAATCAGCGGTGGGGTCGACTCGTTGACCGCCGGCCTGCTGGCCCAACGTGCCGTGCGCGAGCTGCGGGAAAAAACCGGCAATTCGGCGTACCGGTTCATCGCCGTGCGCCTGCCGTACGAAACCCAGTTCGATGAGCACGAAGCCCAGGCCTGCGTCGATTTCATCGAGCCGGACGAGCGCCATACCGTCAACATCGGTCCGGCGGTCAAGGCATTGGCGAAGGAAGTCCTGGCATTCGAAGGCAAGGCGCCGGGTTCGCGGGATTTCGTGTTGGGCAATACCAAGGCGCGGATGCGCATGGTGGCGCAATACACCATCGCCGGCGCGGAGCAAGGTCTGGTGATCGGGACCGATCACGCGGCCGAAGCGGTCATGGGTTTCTTCACCAAGTTCGGTGATGGCGCCTGTGACCTGGCCCCGCTGAGCGGCCTGGTGAAAAACCAGGTCCGGGCCATCGCCCGGGATTTCGGCGCGCCGGAGTCGCTGGTGGAAAAAGTCCCCACCGCTGATCTGGAAGACCTGTCGCCGGGCAAGCCGGATGAAGCCGCCCATGGCGTGACCTACGGCGAGATCGACGCCTTCCTGCATGGCCAACCGATTCGCGAAGAGGCGGCCAGGATCATTTGCGAAACCTACCGCAAGACCGAGCACAAGCGAGTGATGCCGTACGCTCCGTGA MQAVQREIAEQLKVQPPFADDAALKAEIARRVSFIQDCLVNSGLKSLVLGISGGVDSLTAGLLAQRAVRELREKTGNSAYRFIAVRLPYETQFDEHEAQACVDFIEPDERHTVNIGPAVKALAKEVLAFEGKAPGSRDFVLGNTKARMRMVAQYTIAGAEQGLVIGTDHAAEAVMGFFTKFGDGACDLAPLSGLVKNQVRAIARDFGAPESLVEKVPTADLEDLSPGKPDEAAHGVTYGEIDAFLHGQPIREEAARIICETYRKTEHKRVMPYAP PGPT0013445_1789 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D1-35_05094 1227 pncB2_2 COG1488 Nicotinate phosphoribosyltransferase 2 ATGAGCGAGAGCGTGTTTGCCGATCGCATCGTGCAGAACCTGCTCGACACCGACTTCTACAAGCTGACGATGATGCAGGCGGTGCTGCACAACTACCCCAACGTCGAAGTGGAATGGGAGTTTCGTTGCCGCAACAGCGAAGACCTGCGCCCTTACCTCGCGGAAATTCGTTTCCAGATCGAACGCCTCGCCGAGTTGAGCCTGAGCGCCGACCAGCTGGGTTTCCTTGAGCGCATCAGCTTCCTCAAGCCGGATTTCCTGCGCTTCCTGGGCTTGTTTCGCTTCAACCTGCGCTATGTGCACACCGGCATCGATAACGGCGAGCTGTTTATCCGTCTGCGCGGGCCCTGGCTGCACGTCATCCTGTTCGAAGTACCGCTGCTGGCCATCGTCAGCGAGGTGCGCAACCGTTATCGCTACCGTGAAGTCGTCCTGGAACAGGCGCGAGAGCAGCTTTATCGCAAGTTCGACTGGCTGACGGCCAACGCCAGTGCCGACGAATTGTCCGAACTGCAAGTGGCCGACTTCGGTACTCGCCGCCGGTTTTCCTACCGTGTCCAGGAAGAAGTGGTGAACGTGCTCAAGCACGACTTCCCCGGCCGCTTCGTCGGCACCAGCAATGTGCACCTGTCCCGAGAGCTGGACATGAAGCCCTTGGGCACCATGGCCCACGAATGGATCATGGCCCACCAGCAGCTGGGTCCGCGACTGATCGACAGCCAGATCGCCGCGCTCGATTGCTGGGTTCGTGAATACCGAGGCCTGCTGGGCATCGCGCTGACCGACTGCATCACCATGGATGCGTTCCTCAAGGACTTCGATCTGTTCTTCGCCAAGCTGTTCGACGGTTTGCGCCATGATTCGGGGGATCCGGTCATCTGGGCTGAAAAGGCCATTGCCCACTACCACAAACTGGGCATCGACCCGATGAGCAAGACCCTGGTGTTCTCCGACAGCCTGACATTGCCCAAATGCCTGGATATTTTCCGCGCCTTGCGTGGTCGCATTAATGTGAGCTTCGGTATCGGGACCAACCTGACTTGCGACATTCCAGGCGTGGAGCCGATGAGCATCGTGCTTAAAATGATCAGCTGTGACGGGCAACCCGTGGCCAAGATTTCCGACGAGCCCGGCAAGACCCACTGCAAGGACCCGAATTTCGTCGCCTATATGCGACATGTTTTCCAAGTACCTGCCGCCCTTTCCGGCACATCAAGCAAGGAGTGA MSESVFADRIVQNLLDTDFYKLTMMQAVLHNYPNVEVEWEFRCRNSEDLRPYLAEIRFQIERLAELSLSADQLGFLERISFLKPDFLRFLGLFRFNLRYVHTGIDNGELFIRLRGPWLHVILFEVPLLAIVSEVRNRYRYREVVLEQAREQLYRKFDWLTANASADELSELQVADFGTRRRFSYRVQEEVVNVLKHDFPGRFVGTSNVHLSRELDMKPLGTMAHEWIMAHQQLGPRLIDSQIAALDCWVREYRGLLGIALTDCITMDAFLKDFDLFFAKLFDGLRHDSGDPVIWAEKAIAHYHKLGIDPMSKTLVFSDSLTLPKCLDIFRALRGRINVSFGIGTNLTCDIPGVEPMSIVLKMISCDGQPVAKISDEPGKTHCKDPNFVAYMRHVFQVPAALSGTSSKE PGPT0013375_3316 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763 NA NA D1-35_05095 909 gcvA_9 Glycine cleavage system transcriptional activator ATGCTCAATAAGCGCTATTTGCCGTCTATCACCGCGCTGCAGTGCTTCGAAGCGGTGACCCGTCACCTGAGCTTCACCCGCGCCGCCGAAGAATTGAACCTGACCCAGAGCGCCGTCAGCAAACAGGTCGCGCAGCTTGAAGAGTTGCTGCAACACCTGCTGTTTCGCCGCGTTCGCCGACGCTTGCAGCTGACGCCCGCCGGGGATCTGTATCTGGGGGAGGTGCGAAAAATCCTTTCCCAGGTAGAGATGTCGACCCATTACCTGCGTTCCTACGGTGGCGACACCGAAGTCCTGCGAGTCTCTACGCCTCCGACCTTCGGCGCCCGCTGGCTGGTCCCGCGGCTCAAGGGCTGGCGCCTGCGCCATCCCAGCATTCATCTGGACCTGTGCAGCGAGCAGGAGGCCGACGACCTGCAGCAGGGACGCAGTGACCTGGCGTTCTATTTTGGCCAGGGATCGCGGCCGGGCACCGAATCCCTGAAGCTGTTCGGCGAAGAACTGGTGCCGGTCTGCGCCCCGGGCAGCTTGCCGGACGAGCCTTTTACCGACCCCACGCAACTGACCGGGCTGGTGCTGCTGCAGAACGCCTCCCGGCCCCAGGCATGGCATGACTGGTTCGACCATCAGGGTTATCACACCGAACACAGCTACCACGGGCCACGCTTCGAGACGTTTTACATGTGCATCCGCGCCGCCCAGGTCGGCTGTGGCGTGGCCCTGTTGCCAAGATTCCTGGTGGAGGAAGAACTGGCTGACGGCAAGCTGGTCATCCCTTGGCAACATCCGATGCCCAGTACCAATGCCTACTACCTGGCGTACCCGGAACATTCGGCGGAAGTGCCCAAGGTGCGGTTGTTCGTGGAATGGATGCTGGAGCAGATCGAAGGTACTGGCACAGCCCCCTAG MLNKRYLPSITALQCFEAVTRHLSFTRAAEELNLTQSAVSKQVAQLEELLQHLLFRRVRRRLQLTPAGDLYLGEVRKILSQVEMSTHYLRSYGGDTEVLRVSTPPTFGARWLVPRLKGWRLRHPSIHLDLCSEQEADDLQQGRSDLAFYFGQGSRPGTESLKLFGEELVPVCAPGSLPDEPFTDPTQLTGLVLLQNASRPQAWHDWFDHQGYHTEHSYHGPRFETFYMCIRAAQVGCGVALLPRFLVEEELADGKLVIPWQHPMPSTNAYYLAYPEHSAEVPKVRLFVEWMLEQIEGTGTAP PGPT0026360_3724 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566 NA NA D1-35_05096 1491 gabD_1 COG1012 Succinate-semialdehyde dehydrogenase [NADP(+)] ATGGTTGCTGCATTGCTTGATCGTCTGGGCGTCAACCCGGCCCTGTACCAGAACGGCAAACAGCCCGTGCATTCGCCCATCGACGGCAGCCGCATCGGCGCGGTGAACTGGGAAGGCGCCGCCGAAGTCGAGCAACAGGTCAGCCGTGCCGAACATGCCTTCGATTTGTGGCGCAAGGTGCCGGCGCCCCGTCGCGGCGAGCTGGTGCGTCAGTTTGGCGACCTGCTGCGTGAATACAAGGCCGACCTCGGCGAACTGGTGTCGTGGGAAGCCGGCAAGATCACTCAGGAAGGCCTGGGTGAAGTGCAGGAGATGATCGACATCTGTGATTTCGCCGTCGGTCTATCCCGCCAGTTGTATGGCCTGACCATCGCCTCCGAGCGACCGGGCCATCACATGCGGGAAACCTGGCACCCGCTGGGGGTGGTCGGGGTGATCAGCGCCTTCAACTTCCCGGTGGCGGTGTGGGCCTGGAACACCACGCTGGCCCTGGTGTGCGGCAATTCGGTGATCTGGAAACCGTCGGAGAAAACCCCGCTGACCGCCCTGGCCTGCCAGGCATTGTTCGAGCGCGTACTGGAGAATTTCAGTGATGCGCCGCCGTACCTGAGCCAAGTGATCATCGGTGGTCGCGATGCCGGCGAAGCCCTGGTGGATGACCCGCGCGTGGCGTTGATCAGCGCCACCGGCAGCACCCGGATGGGGCGCGAAGTCGCACCAAAAGTCGCGGCGCGTTTTGCCCGCAGTATCCTCGAACTGGGTGGCAACAACGCCATGATCCTGGCCCCGAGCGCCGACCTGGACATGGCAGTGCGGGCGATCCTGTTCAGCGCCGTCGGCACCGCCGGCCAGCGCTGCACCACCCTGCGCCGTTTGATCGCCCATGAATCGGTGAAGGAGGAGATCGTCACCCGCCTCAAGGCCGCCTACTCGAAAGTGCGCATCGGTCATCCGCTGGAAGGCAACCTGGTAGGGCCGCTGATCGACAAGCAGAGCTTCGACAACATGCAGGATGCGCTGGAGCAGGCCCTCAGCGAAGGCGGCCGGGTGTTTGGTGGCAAGCGCCAGCTCGAAGAGCAGTTCCCGAACGCCTACTACGTTTCGCCGGCCATCGTCGAAATGCCGGAGCAAAGCGACGTGGTGCGTCACGAAACGTTCGCGCCGATCCTCTACGTGGTCGGTTACAAGGATTTTGCTGAAGCACTGGATTTGAACAATTCCGTGCCCCAAGGCCTGTCGTCGTGCATCTTCACCACTGATGTGCGTGAGGCCGAGCAGTTCATGTCGGCGGTGGGCAGCGATTGCGGCATCGCCAACGTCAACATCGGCCCGAGCGGCGCGGAGATCGGCGGTGCCTTTGGTGGCGAAAAGGAAACCGGCGGCGGTCGCGAGTCCGGCTCCGATGCATGGCGCGGCTATATGCGTCGTCAGACCAATACTGTGAATTATTCGCTGGAACTGCCTTTGGCCCAGGGGATTACTTTCGACTGA MVAALLDRLGVNPALYQNGKQPVHSPIDGSRIGAVNWEGAAEVEQQVSRAEHAFDLWRKVPAPRRGELVRQFGDLLREYKADLGELVSWEAGKITQEGLGEVQEMIDICDFAVGLSRQLYGLTIASERPGHHMRETWHPLGVVGVISAFNFPVAVWAWNTTLALVCGNSVIWKPSEKTPLTALACQALFERVLENFSDAPPYLSQVIIGGRDAGEALVDDPRVALISATGSTRMGREVAPKVAARFARSILELGGNNAMILAPSADLDMAVRAILFSAVGTAGQRCTTLRRLIAHESVKEEIVTRLKAAYSKVRIGHPLEGNLVGPLIDKQSFDNMQDALEQALSEGGRVFGGKRQLEEQFPNAYYVSPAIVEMPEQSDVVRHETFAPILYVVGYKDFAEALDLNNSVPQGLSSCIFTTDVREAEQFMSAVGSDCGIANVNIGPSGAEIGGAFGGEKETGGGRESGSDAWRGYMRRQTNTVNYSLELPLAQGITFD PGPT0006875_3784 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D1-35_05097 1284 puuB_6 Gamma-glutamylputrescine oxidoreductase ATGCCGTTACGCGAAGAATGTCTGTGGGAAAAGCTGACGCCACAACGGCCCGAAAACACCGTGCTCACAGGCGAGGTGACGGTGGATGTCTGCGTCATCGGCGCCGGTTTCACCGGTCTGTCAGCGGCGGTGCACTTGCTCGAGCAGGGCAAACGCGTGGCAGTGCTGGAAGCCCATCGGGCCGGACATGGCGGCTCGGGGCGTAACGTCGGGCTGGTGAACGCCGGCCTGTGGATCCCGCCGGATGATATCGAGGCCGGTTTTGGCGAGGCGGTGGGCAGCCAGCTCAACCGCATGCTCGGGGCCGCGCCGGCCTTGGTGTTCAGCCTCGTCGACAAATACAACATCGATTGCCAGCTGCGCCGCGAAGGCACCCTGCATATGGCCCACAACGCCCGGGGCGAGGCGGACCTGCGCAGCCGCGAAGAACAATGGAAACGCCGTGGCGCGCCGGTGGAACTGCTGACCGGCCAAGCCTGTGCCGAGGCTACCGGCACCGACAGGATCGCCGCGGCATTGCTCGATCGCCGCGCCGGCACGCTCAACCCGATGGCCTACACCAGCGGGCTGGCCAAGGCGGCCAAGGACCTTGGCGGCCAGTTGTTCGATCATTCGCCGGTCACGCGCCTGGAACGCCAAGGCCAGCGCTGGTCAGTGCAGACTGCCCAGGGCTCGGTGCTGGCCGAGCAAGTCGTGATCGCGTCCAACGCCTATACCGAAGGCGACTGGACCGAACTGCGGCGCAATTTCTTTCCCGGATATTACTATCAGGTCGCTTCGGTCCCACTGACCGACGCGGCCGCCCACCGAATTCTGCCGGGTGGGCAAGGTTCCTGGGATACTCGCCAGGTATTGAGCAGCATCCGCCGGGACAAGGACGGTCGCTTGCTGCTCGGCAGCCTGGGCAATGGCAACCGTAAGCCAACCTGGTTTCTCAAGGCCTGGGCGGACCGCGTCCAGCAGCATTATTTCCCTTACCTCAAGCCTGTGGAGTGGGAGTGCACCTGGACCGGTTGCATTGCGTTCACGCCCGATCATCTGATGCGCCTGTTCGAGCCGGCGCCAGGCCTGGTGGCAGTCACCGGCTACAACGGTCGAGGCGTGACCACCGGCACCGTGGTCGGCAAGGCATTCGCCGACTATCTGTGCCACGGCGATGCCAAGGCATTGCCCATCCCTTTCGCGCCCATGCAACCCTTGGCCGGCGTGGGCCTGCGCAGTTGCCTGTATGAGGCGGGCTTTTCCCTGTATCACGCGGGCCAGTGCCTGCGGATCGTCATCTGA MPLREECLWEKLTPQRPENTVLTGEVTVDVCVIGAGFTGLSAAVHLLEQGKRVAVLEAHRAGHGGSGRNVGLVNAGLWIPPDDIEAGFGEAVGSQLNRMLGAAPALVFSLVDKYNIDCQLRREGTLHMAHNARGEADLRSREEQWKRRGAPVELLTGQACAEATGTDRIAAALLDRRAGTLNPMAYTSGLAKAAKDLGGQLFDHSPVTRLERQGQRWSVQTAQGSVLAEQVVIASNAYTEGDWTELRRNFFPGYYYQVASVPLTDAAAHRILPGGQGSWDTRQVLSSIRRDKDGRLLLGSLGNGNRKPTWFLKAWADRVQQHYFPYLKPVEWECTWTGCIAFTPDHLMRLFEPAPGLVAVTGYNGRGVTTGTVVGKAFADYLCHGDAKALPIPFAPMQPLAGVGLRSCLYEAGFSLYHAGQCLRIVI NA NA NA NA NA D1-35_05098 1137 braC_2 COG0683 Leucine-, isoleucine-, valine-, threonine-, and alanine-binding protein ATGTCCCAGACGTTTTACAAGAAAGGCTTTCTGGCCCTCGCAGTGGCAGCTGCGCTGGGTGTTTCTGCGTTTGCCCAGGCTGATGTGAAATTTGGTGTGGCGGGGCCGATGACCGGCGCCAACGCCGCGTTTGGCGAGCAGTACATGAAAGGTGCGCAGGCCGCGGCCGATGTCATCAACAAGGCAGGTGGCGTCAATGGCGAAAAAATCGTCCTGGTCGCCGGTGACGACGCCTGCGAACCGAAGCAGGCCGTGGCCGTGGCCAACCGACTGGTTGACCAGGACAAAGTGATCGGCGTGGTCGGGCACTTCTGCTCGTCCAACACCATCCCGGCCTCCGAGGTCTATGACGAAGCAGGCATCATTGCCATCACCCCAGGCTCGACCAACCCGGCCGTTACCGAACGTGGCCTGAGCGCGATGTTCCGCATGTGTGGTCGTGACGACCAGCAAGGCATCGTGGCTGGCGACTACATCGTCGACGTGCTCAAGGGCAAGAAAGTCGTCGTCCTGCACGACAAGGACACCTACGGCCAAGGCCTGGCGGATGCTACCAAGGCACAACTGGCCAAGCGTGGCGTGACCCCTGTCTTGTACGAAGGCCTGACCCGTGGCGAAAAAGACTTCAGCGCCGTGGTGACCAAGATCCGTTCGGCCGGTGCCGACGTGGTCTACTTCGGCGGCCTGCACCCGGAAGCCGGCCCGCTGGTTCGCCAGCTGCGTGAGCAAGGACTCAAGGACGTCAAGTTCATGTCCGACGATGGCATCGTCACCGATGAACTGGTCACTACCGCTGGTGGCGCGCAATACGTCGATGGCGTGTACATGACCTTCGGCGCCGACCCGCGCCTGCTGCCGGACAGCAAGGCCGTGGTGGACGCTTTCCGTGCCCAGGGCGTCGAGCCTGAGGGCTACACTCTGTACGCCTATGCCTCGGTCCAGGCGCTGGCCGCCGGTTTCAATGGTGCCAAGTCCAACAAGGGCGAAGACGCCGCCAAGTGGCTGAAAGCCAACCCGGTGAAAACCGTCATGGGCGAAAAAGCCTGGGACACCAAAGGCGACCTGAAAGTCTCCGATTACGTGGTCTACCAGTGGGACAAGGATGGCAAATACCACCAGTTGGAAAAACAGAAGTAA MSQTFYKKGFLALAVAAALGVSAFAQADVKFGVAGPMTGANAAFGEQYMKGAQAAADVINKAGGVNGEKIVLVAGDDACEPKQAVAVANRLVDQDKVIGVVGHFCSSNTIPASEVYDEAGIIAITPGSTNPAVTERGLSAMFRMCGRDDQQGIVAGDYIVDVLKGKKVVVLHDKDTYGQGLADATKAQLAKRGVTPVLYEGLTRGEKDFSAVVTKIRSAGADVVYFGGLHPEAGPLVRQLREQGLKDVKFMSDDGIVTDELVTTAGGAQYVDGVYMTFGADPRLLPDSKAVVDAFRAQGVEPEGYTLYAYASVQALAAGFNGAKSNKGEDAAKWLKANPVKTVMGEKAWDTKGDLKVSDYVVYQWDKDGKYHQLEKQK PGPT0020765_12379 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D1-35_05099 915 livH_4 COG0559 High-affinity branched-chain amino acid transport system permease protein LivH ATGGATGGTATTTTCCTGCAGCAACTGATCAACGGCCTGACCCTCGGGTCGGTCTATGGTCTGATCGCCATCGGCTACACAATGGTCTATGGCATCATCGGCATGATCAACTTCGCCCACGGCGAGGTTTACATGATTTCCGCTTACCTCGCGGCAATCAGTCTGGCTCTGCTGGCTTACTTCGGTATCGAATCCTTTCCGCTGATGATCCTTGGCACTCTGGTGTTCACGATCGTGGTCACCGGGGTATACGGCTGGGTCATCGAACGCGTCGCCTACAAACCCCTGCGCAACTCCACCCGACTGGCACCGCTGATCAGCGCCATCGGCATCTCGCTGATCCTGCAGAACTACGCGCAGATCAGCCAGGGCGCCCGCCAACAGGGTGTGCCGACACTGCTCGAAGGCGCCATGCGCGTCGACATCGGTACCGGCTTCGTGCAGCTCACCTACACCAAGATATTCATCCTGATTGCCGCATTCGCCGGCATGGCGCTGCTGACCTACATCATCAAATACACCAAGCTCGGCCGCATGTGCCGTGCCACCCAGCAAGACCGCAAGATGGCCTCCATCCTTGGCATCAACACCGACCGGGTGATTTCCTACGTGTTCATCATCGGTGCGGCCATGGCGGCCCTGGCCGGTGTGCTGATTACCATGAACTACGGCACCTTCGACTTCTATGCCGGCTTCATCATCGGCATCAAGGCGTTCACCGCGGCGGTACTCGGCGGCATCGGCTCCCTGCCTGGGGCAATGCTCGGCGGGATCATCCTCGGGATCTCCGAGTCGCTGTTCGCCGGTCTGATCAACTCCGACTACAAAGACGTGTTCAGTTTCTCGCTGCTGGTGCTGATTCTGATTTTCCGTCCCCAAGGCCTGTTGGGTCGCCCACTCGTGGCGAAGGTATAA MDGIFLQQLINGLTLGSVYGLIAIGYTMVYGIIGMINFAHGEVYMISAYLAAISLALLAYFGIESFPLMILGTLVFTIVVTGVYGWVIERVAYKPLRNSTRLAPLISAIGISLILQNYAQISQGARQQGVPTLLEGAMRVDIGTGFVQLTYTKIFILIAAFAGMALLTYIIKYTKLGRMCRATQQDRKMASILGINTDRVISYVFIIGAAMAALAGVLITMNYGTFDFYAGFIIGIKAFTAAVLGGIGSLPGAMLGGIILGISESLFAGLINSDYKDVFSFSLLVLILIFRPQGLLGRPLVAKV PGPT0020770_3892 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D1-35_05100 1281 hypothetical protein ATGTCTGCTGCCAATAAACCGCTTGATATCAAAAAGAGCGTCATCGACGCGATCCTGGCCGGCCTGATCTCGCTGATCGTATTCGGGCCGATCGTCGGCGTAGTGCTCGACGGCTACAGCTTCAACCTGCAACCGGCCCGCGTCGGCTGGCTGGTGGCGATCGTGATGGTCGGGCGCTTTGCCCTGAGCCTGTTCCTGCAAACCCCGAAGGGGCTGAAGATCCTCCAGGGGTTCGAGAGCACTGGCTCCGGCGTGCATGTGCTGCCACCCGACTACAAATCGCGGCTGCGCTGGATCATCCCGGCCCTGATCGTGATTGCCATCGTGTTCCCGTTCTTCGCCAACAAGTACGTGCTTACCGTAGTCATCCTCGGGCTGATCTACGTGCTGCTGGGCCTGGGCCTGAATATTGTGGTCGGCCTGGCCGGGTTGCTCGATCTGGGTTACGTGGCGTTCTATGCCATCGGCGCCTACGGCCTGGCGCTGGGTTACCAATACCTGGGGCTGGGTTTCTGGACTGTGCTGCCGCTGGCGGCCATCGCAGCGGCGATGGCCGGGTGTATTTTAGGATTCCCCGTGTTGCGAATGCACGGTGACTACCTGGCCATCGTGACCCTGGGCTTCGGCGAGATCATCCGGCTGGTGCTGAACAACTGGTTGTCGTTCACTGGCGGGCCGAATGGCATGCCGGTTCCTGCACCAACCTTCCTGGGCCTGGAGTTCGGCAGGCGAGCGAAGGACGGCGGGGTGCCGTTCCATGAGTTCTTCGGCATCGACTACAACCCCAACATCAAATTCCTGTTCATCTACATCGTGTTGTTCATCACCGTATTGCTGGTGCTCTACGTCAAGCATCGCCTGACCCGCATGCCGGTCGGCCGCGCCTGGGAGGCCCTGCGCGAGGACGAAATCGCCTGTCGCTCCATGGGCTTGAACCATGTGCTGGTCAAGCTTTCTGCGTTCACCATCGGTGCTTCCACCGCTGGCCTGGCGGGAGTGTTTTTTGCCAGTTACCAGGGTTTCGTCAATCCGTCCTCTTTCACCTTCTTCGAGTCGGCGTTGATCCTGGCGATCGTCGTGCTGGGTGGCATGGGCTCGACGGTTGGCGTGGTGATCGCGGCATTCGTGCTCACCGTGGCGCCGGAGCTGCTGCGCAGTTTCTCGGAATACCGCGTGCTGCTATTCGGCGTACTGATGGTATTGATGATGATCTGGCGCCCACGCGGCCTGATCCGCATCAGCCGTACCGGTGTGACGCCGCGCAAGGGGGTAGCGCCATGA MSAANKPLDIKKSVIDAILAGLISLIVFGPIVGVVLDGYSFNLQPARVGWLVAIVMVGRFALSLFLQTPKGLKILQGFESTGSGVHVLPPDYKSRLRWIIPALIVIAIVFPFFANKYVLTVVILGLIYVLLGLGLNIVVGLAGLLDLGYVAFYAIGAYGLALGYQYLGLGFWTVLPLAAIAAAMAGCILGFPVLRMHGDYLAIVTLGFGEIIRLVLNNWLSFTGGPNGMPVPAPTFLGLEFGRRAKDGGVPFHEFFGIDYNPNIKFLFIYIVLFITVLLVLYVKHRLTRMPVGRAWEALREDEIACRSMGLNHVLVKLSAFTIGASTAGLAGVFFASYQGFVNPSSFTFFESALILAIVVLGGMGSTVGVVIAAFVLTVAPELLRSFSEYRVLLFGVLMVLMMIWRPRGLIRISRTGVTPRKGVAP PGPT0020775_2292 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020775-livM-K01998 NA NA D1-35_05101 873 glnQ_10 Glutamine transport ATP-binding protein GlnQ ATGAGCGAAGTCGTACTCAAAGTCGAAAACCTGATGATGCAGTTCGGTGGCATCAAGGCCCTCAGCGACGTCAGCCTGCAAGTCAAGCGCAACTCGATCTTCGCCCTGATCGGCCCCAACGGCGCGGGCAAGACCACGGTGTTCAACTGCCTGACCGGTTTCTACAAGGCTTCGGGCGGCAAGATCGAACTCAACGTGCGTGGCGAGCAGACCAACGTGATCAAGTTGTTGGGCGAAGCGTTCCGCCCGACGGACTTTGTCTCGCCAAAGTCTTTCGCCAGCCGGCTGTACTACAAGATGTTCGGCGGCACCCACCTGGTAAACCGCGCCGGCCTGGCGCGAACGTTCCAGAACATTCGCCTGTTCAAGGAAATGTCGGTGCTGGAGAACCTGCTGGTGGCCCAGCACATGTGGGTCAATCGCAGCCTGGTGGCGGGCATCCTCAACACCAAGGGTTATCGTCAGGCGGAAAGCGATGCCCTGGACCACGCTTTCTACTGGCTGGAAGTTGTGGACCTGGTGGACTGTGCCAACCGCCTGGCTGGTGAGCTTTCCTACGGCCAGCAGCGCCGCCTGGAAATCGCCCGGGCGATGTGCACGCGTCCGCAGATCATCTGCCTCGACGAACCGGCCGCCGGCCTCAACCCTCAGGAAACCGAAGCGCTGAGCGCGATGATCCGGCTGCTGCGCGACGAGCACGATCTGACCGTGGTGCTGATCGAACACGACATGGGCATGGTGATGAGTATTTCCGATCACATCGTAGTGCTGGATCACGGCAACGTGATTGCCGAGGGCGGTCCCGAGGCGATTCGCAACGATCCGAAGGTGATCGCGGCTTACCTGGGCGCCGATGAAGAGGAATTGGTATGA MSEVVLKVENLMMQFGGIKALSDVSLQVKRNSIFALIGPNGAGKTTVFNCLTGFYKASGGKIELNVRGEQTNVIKLLGEAFRPTDFVSPKSFASRLYYKMFGGTHLVNRAGLARTFQNIRLFKEMSVLENLLVAQHMWVNRSLVAGILNTKGYRQAESDALDHAFYWLEVVDLVDCANRLAGELSYGQQRRLEIARAMCTRPQIICLDEPAAGLNPQETEALSAMIRLLRDEHDLTVVLIEHDMGMVMSISDHIVVLDHGNVIAEGGPEAIRNDPKVIAAYLGADEEELV PGPT0020780_1790 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020780-livG-K01995 NA NA D1-35_05102 717 livF_4 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGAGTGGGCCTATCCTCGAACTCAAGGAGCTGGACGTGTTCTACGGGCCGATCCAGGCCCTGAAGAAAGTCTCGATGCACATCGGCGAAGGCGAAACCGTGAGCCTGATCGGCTCCAACGGTGCCGGCAAGTCCACGCTGCTGATGTCGATCTTCGGCCAGCCCCGCGCTGCGGGTGGGCAGATCATCTACCAGGGCGTGGACATCACCCACAAGTCGTCGCACTACATCGCCTCCAACGGCATCGCTCAATCGCCGGAAGGGCGCCGGGTGTTCCCCGACATGACCGTTGAGGAAAACCTGCTGATGGGCACCATTCCTATCGGTGACAAATACGCCAGCGAAGACATGCAGCGCATGTTCGAGCTGTTTCCGCGGCTCAAGGAGCGCCGCAACCAGCGAGCCATGACCATGTCCGGCGGCGAGCAGCAAATGCTCGCCATCGCCCGGGCCTTGATGAGCCGGCCGAAGTTGTTGCTGCTCGACGAGCCGAGCCTGGGGCTGGCGCCGATCGTGGTGAAGCAGATCTTCGCCACCCTGCGGGAACTGGCGTCCACCGGCATGACTATCTTCCTGGTGGAGCAGAACGCCAACCACGCGCTCAAGCTGTCAGACCGGGCCTATGTGATGGTCAACGGAGAAATCCGCCTGACCGGCAGCGGCAAGGAACTACTCGCCAACGAAGAGGTGCGCAACGCGTATCTTGGCGGGCATTGA MSGPILELKELDVFYGPIQALKKVSMHIGEGETVSLIGSNGAGKSTLLMSIFGQPRAAGGQIIYQGVDITHKSSHYIASNGIAQSPEGRRVFPDMTVEENLLMGTIPIGDKYASEDMQRMFELFPRLKERRNQRAMTMSGGEQQMLAIARALMSRPKLLLLDEPSLGLAPIVVKQIFATLRELASTGMTIFLVEQNANHALKLSDRAYVMVNGEIRLTGSGKELLANEEVRNAYLGGH PGPT0020785_4765 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020785-livF-K01996 NA NA D1-35_05103 765 isfD2 COG4221 Sulfoacetaldehyde reductase 2 ATGTCCGACACCCTGTTTATCACCGGCGCTACGTCCGGTTTTGGTGAAGCCTGTGCCCGTCGTTTTGCCGAGGCCGGTTGGAAACTGGTGCTGACCGGTCGTCGTGAAGAGCGCCTCAGCGCCCTCTGTGCCGAGTTATCGAAGCAGACCGAGGTCCATGGCCTGGTTCTGGACGTGCGTGATCGCAAGGCCATGGAAGAGGCCATCGCCAGCCTGCCGCCTTCGTTCGCCAAATTGCGCGGCCTGATCAATAACGCCGGCCTGGCCCTGGGCGTCGACCCGGCGCCCAAGTGCGACCTCGATGACTGGGACACCATGGTCGACACCAATGTGAAGGGCCTGATCTACAGCACCCGCCTGCTGTTGCCGCGGCTGATTGCCCATGGGCGCGGCGCCGGGATCGTCAACCTGGGCTCCATCGCCGGCAACTATCCGTATCCGGGCAGCCACGTGTATGGCGCGAGCAAGGCGTTCGTCAAACAGTTCTCGCTGAACCTGCGCTGTGACCTGCAGGGCACCGGCGTGCGGGTGAGCAATATCGAGCCGGGGCTGTGCGAGAGCGAATTTTCCCTGGTGCGCTTCGGTGGTGACCAGGAGCGCTACAACGCGACTTACGCCGGCGCCGAGCCGATCCAGCCGCAGGACATCGCCGACACCATCTTCTGGGTGCTCAACACCCCGGCGCACATCAACATCAACAGCCTGGAGCTGATGCCGGTGAGCCAGACCTGGGCCGGCTTCGCCATCGAGCGCAACAAGGCCTGA MSDTLFITGATSGFGEACARRFAEAGWKLVLTGRREERLSALCAELSKQTEVHGLVLDVRDRKAMEEAIASLPPSFAKLRGLINNAGLALGVDPAPKCDLDDWDTMVDTNVKGLIYSTRLLLPRLIAHGRGAGIVNLGSIAGNYPYPGSHVYGASKAFVKQFSLNLRCDLQGTGVRVSNIEPGLCESEFSLVRFGGDQERYNATYAGAEPIQPQDIADTIFWVLNTPAHININSLELMPVSQTWAGFAIERNKA PGPT0021285_780 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021285-ydfG-K16066 NA NA D1-35_05104 1134 Cellobiose 2-epimerase ATGCCTGAAGCCTCCCGCTCCGCCCTTCTACCCGAATTGACCACGCTGTTCGCCAAGGTGCATCAGCAGCTTCACGATGTAATCGTGCCGATGTGGCAAGGTCCGGGCTGGAATGCCGAGCTGGCGTTGCCCTACGAGTCCCTGGATACCCAGCACAAGCCGCTGCCGCCCCAGCGTTATCGCGCCATGGCCTGTGCGCGGCAGTTGTATGTGTTCGCCAGCCTGATCGGCGAAGTGCCGCAGGCCGAGGAACGGGCCGCCGCGCTATTTCGCTCGCTGCAACGGCACTTCCACGATGCCGAACATGGCGGCTGGTTCTACAGCATCGACCCGCAGGGGATACCGCTGGATACCGGCAAGGATCTGTACACCCACGCCTTCATCCTGTTCGCCTGCGCCCATTACTGGGGCAAGGTTCGCGAACCGCTGGTGGAGTCGGTGCTCAACGCGGCCCTGGAAATCATCGCGCGACGCTTCGCCACTGGCGACGGTCTCTACGAAGCCAGCCTCGGCCGCGACTGGTCGACAGCCGAGACCGGCCCGCTGCAGAACCCGCTGATGCATCTGGCAGAAGCTTTTCTCGCGACCCTGGCGGTTCGCGACGATGCCGCTGTTCGCCAAGCGTTGCTGAGCCTGTGCGAGGGGATGTTCAAGTGCTTCGTTGATCCGCAACGACAAGTCATGATGGAGAAACCGCTCAAGGCTGTGGATAACTGGTTCGAGCCGGGGCATCAGTTCGAGTGGTATTTCCTGCTGGCCTCATCGCCCTTGTTGCGTGACGGCAAACTGCACCTGGCCCTGGAACGCAGCTTCGGCGATACCGAACAACAAGGCGTCGATCCGGATACCGCTGGCGTTTGCGCCATGCTGGCCCTGGAACCGCAGACGGCTCCGCGCGATGCAACCCCACGCATCTGGGCCCAGGCGGAATACCTACGGGCACTCACGTTGCGCCCTGGCAGCGAAGGGACGTTGCTGCGCCAGCTACGGGCGTTGCAGCAATGTTTCCTGCATCCCCTAGGCTGGAACGAATGCCTTGATGCCAACGGCAATGTCAGCCGCCGGGACATGCCGTCCACTACGCCCTACCACCTGCTGACCTGCTATCGCGGGCTGGCCGAATATCTGGCCTGA MPEASRSALLPELTTLFAKVHQQLHDVIVPMWQGPGWNAELALPYESLDTQHKPLPPQRYRAMACARQLYVFASLIGEVPQAEERAAALFRSLQRHFHDAEHGGWFYSIDPQGIPLDTGKDLYTHAFILFACAHYWGKVREPLVESVLNAALEIIARRFATGDGLYEASLGRDWSTAETGPLQNPLMHLAEAFLATLAVRDDAAVRQALLSLCEGMFKCFVDPQRQVMMEKPLKAVDNWFEPGHQFEWYFLLASSPLLRDGKLHLALERSFGDTEQQGVDPDTAGVCAMLALEPQTAPRDATPRIWAQAEYLRALTLRPGSEGTLLRQLRALQQCFLHPLGWNECLDANGNVSRRDMPSTTPYHLLTCYRGLAEYLA PGPT0017860_2060 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 D1-35_05105 2178 glcB COG2225 Malate synthase G ATGACTGAACACGTTCAAGTCGGTGGCCTGCAGGTCGCCAAAGTCCTGTTCGACTTCGTGAATAACGAAGCCATTCCCGGAACCGGCCTCACCGCCGAGGCATTCTGGGCCGGCGCCGACAAGGTCATCCACGACCTGGCACCGAAGAACAAAGCCCTACTCGCCAAACGCGACGATTTCCAGGCGCAGATCGATGCCTGGCACCAGGCTCGTGCCGGCCAGGCCCACGACGCCGTGGCTTACAAAGCCTTCCTGCAAGACATTGGTTACCTGCTGCCAGAAGCGGCGGATTTCCAGGCCACGACCCAGAATGTCGATGACGAAATTGCCCGCATGGCCGGCCCGCAGCTGGTGGTGCCGGTGATGAATGCCCGTTTCGCCCTCAACGCCTCGAACGCCCGCTGGGGTTCGCTGTACGACGCGCTGTACGGCACCGATGCGATCAGCGAAGCCGATGGCGCGGAGAAAGGCAAAGGCTACAACAAGGTCCGCGGCGACAAGGTCATTGCCTTCGCCCGCGTCTTTCTCGACGAAGCAGCCCCGTTGGCGGCCGGCTCCCATGTCGATTCCATCGCCTACAAGATCGTCGACGGCAAGCTGGTCATCACGCTCAAGGGCGGCAGCAACAGCGGCCTGCGCGACGATGCCCAACTGATCGGTTTCCAGGGCGATACGTCGGCGCCGAGCGCCGTGCTGCTCAAGCACAACGGCCTGCACTTCGAAATCCAGATCGATGCCAGCACTCCGGTCGGGCAGACCGACGCCGCCGGCGTCAAAGACATCCTGATGGAAGCCGCGCTGACCACCATCATGGATTGCGAAGACTCGGTCGCCGCCGTCGATGCCGATGACAAGGTGGTGATCTACCGTAACTGGCTCGGCTTGATGAAAGGCGATCTGTCGGAAGAAGTCGCCAAGGGCGGCCAGACGTTTACCCGGATCATGAACCCTGACCGCGTCTACACCGCCGCGGACGGGTCGAGCGTGACGCTGCACGGCCGTTCGCTTTTGTTCGTACGCAACGTCGGTCACCTGATGACCATTGACGCGATCTTGGACAAGGACGGCAATGAAGTGCCGGAAGGCATCCTCGACGGGCTGATCACCAGCCTGGCCGCGATCCACAGCCTCAACGGCAACACCTCGCGCCGCAACAGCCGCACCGGCTCGGTCTATATCGTCAAGCCGAAGATGCATGGCCCGGAAGAAGCGGCGTTTACCAACGAGCTGTTCGGCCGCGTCGAAGACGTGCTGAACCTGCCGCGCAACACGCTGAAAGTCGGAATCATGGATGAGGAGCGCCGTACCACGGTCAACCTAAAGGCGTGTATCAAGGCGGCCAGCGAGCGCGTGGTGTTCATCAATACCGGCTTCCTCGACCGCACCGGCGACGAAATCCATACGTCCATGGAAGCCGGCCCGATGGTCCGCAAGGCCGACATGAAGGCCGAGAAGTGGATCGCTGCGTACGAAAACTGGAACGTCGACATCGGTTTGAGCACCGGTCTGCAAGGCCGCGCGCAAATCGGCAAGGGCATGTGGGCCATGCCGGACCTGATGGCCGCGATGCTTGAGCAGAAAATCGCCCATCCGATGGCAGGCGCCAACACGGCCTGGGTCCCATCGCCGACCGCTGCCGCCCTGCACGCGTTGCACTATCACAAGGTCGATGTATTCGCCCGTCAGGCCGAGCTGGCCAAGCGTGCCCGCGCCTCGGTGGACGACATCCTGACCATCCCGCTGGCGGTCAACCCGAACTGGACGCCCGAGCAGATCAAGCATGAACTGGACAACAATGCCCAGGGCATCCTTGGCTACGTAGTGCGCTGGATCGACCAGGGCGTGGGCTGCTCCAAGGTGCCGGACATCAACGACATCGGCCTGATGGAGGACCGTGCAACGCTGCGGATCTCCAGCCAGCACATCGCCAACTGGCTGCGCCATGGCATCGTCACCCGGGACCAGGTGATGGAAAGCCTCAAGCGCATGGCACCGGTAGTCGACCGCCAGAACGCCAGCGACCCGCTGTATCGCCCGCTGGCGCCAGACTTCGACAGCAACATCGCCTTCAAGGCGGCGGTCGAGTTGGTGATCGAAGGCACCAAACAACCGAACGGCTATACCGAGCCAGTGCTGCACCGTCGTCGTCGCGAGTTCAAGGCAGCCAATGGGTTGTGA MTEHVQVGGLQVAKVLFDFVNNEAIPGTGLTAEAFWAGADKVIHDLAPKNKALLAKRDDFQAQIDAWHQARAGQAHDAVAYKAFLQDIGYLLPEAADFQATTQNVDDEIARMAGPQLVVPVMNARFALNASNARWGSLYDALYGTDAISEADGAEKGKGYNKVRGDKVIAFARVFLDEAAPLAAGSHVDSIAYKIVDGKLVITLKGGSNSGLRDDAQLIGFQGDTSAPSAVLLKHNGLHFEIQIDASTPVGQTDAAGVKDILMEAALTTIMDCEDSVAAVDADDKVVIYRNWLGLMKGDLSEEVAKGGQTFTRIMNPDRVYTAADGSSVTLHGRSLLFVRNVGHLMTIDAILDKDGNEVPEGILDGLITSLAAIHSLNGNTSRRNSRTGSVYIVKPKMHGPEEAAFTNELFGRVEDVLNLPRNTLKVGIMDEERRTTVNLKACIKAASERVVFINTGFLDRTGDEIHTSMEAGPMVRKADMKAEKWIAAYENWNVDIGLSTGLQGRAQIGKGMWAMPDLMAAMLEQKIAHPMAGANTAWVPSPTAAALHALHYHKVDVFARQAELAKRARASVDDILTIPLAVNPNWTPEQIKHELDNNAQGILGYVVRWIDQGVGCSKVPDINDIGLMEDRATLRISSQHIANWLRHGIVTRDQVMESLKRMAPVVDRQNASDPLYRPLAPDFDSNIAFKAAVELVIEGTKQPNGYTEPVLHRRRREFKAANGL PGPT0001445_680 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-OXALACETIC_ACID_BIOSYNTHESIS,PGPT0001445-aceB|glcB-K01638 NA NA D1-35_05106 519 hypothetical protein ATGGACCATCTCGTCATCACCGTTTTCGCCCCGGACAAACCCGGGCAGGTCGAGCGCATCGCTGAGTGCATTGCCGAGCACGGCGGCAACTGGCTGGAAAGCCGTATGTCGCACCTCGCCGGGCAATTCGCCGGGATCCTGCGCCTCAGCGCCCCGGCTGAATCTCATGAAGAACTGATCGAGGCTTTGCATGGGCTCGCGGCCTATGGCATTCGTGTGCTGATTGCCGAGAATGGGATCGAAGAATCCTGCACCTGGAAACCCATCGCCATGGAACTGGTGGGCAATGACCGTCCCGGCATCGTGCGCGACATCACGCGTCTGTTGAGCGAGCAGGGGGTGAACGTCGAGCGGCTGGTTACCCATGTTCGACCCGCGCCGATGAGCAGCGAATTGTTATTTCATGCCGAGGCGATTCTCGGAGTGCCCCTGACTTTGTCACTGGACACCCTGCAGGAGCGCCTGGAAACCCTGGCCGATGAATTGATGGTCGAGCTGAAACTCAGCGACGAAAGCTGA MDHLVITVFAPDKPGQVERIAECIAEHGGNWLESRMSHLAGQFAGILRLSAPAESHEELIEALHGLAAYGIRVLIAENGIEESCTWKPIAMELVGNDRPGIVRDITRLLSEQGVNVERLVTHVRPAPMSSELLFHAEAILGVPLTLSLDTLQERLETLADELMVELKLSDES NA NA NA NA NA D1-35_05107 888 rarD_2 COG2962 Protein RarD ATGCAAGCCGCCAACCCGCGTCGCGGGTACATCCTGGGCCTGAGCGCCTATATCATCTGGGGCCTGTTCCCCATCTATTTCAAAGCCATCGCCAACGTTCCATCGGTGGAAATCATCATCCACCGGGTACTCTGGTCGGCGCTGTTCGGCGCGGCCCTGCTGATGGTCTGGAAACATCCGGGCTGGTGGCGCGAGCTGCGGGACAATCCGCGGCGCCTGGCGATCCTGGCCCTGAGCGGCACGCTGATCGCCGTCAACTGGCTGACCTACGTCTGGGCGGTGAATAACGGTCGCATGCTCGAAGCCAGCCTGGGCTATTACATCAATCCGCTGGTCAACGTGTTGCTGGGCATGTTGATCCTCGGCGAGCGGCTGCGACGCATGCAATGGGTCGCGGTGGCGTTGGCAGCCATTGGCGTGGCGCAACAGGTCTGGCAGGTGGGCAGCCTGCCGTGGGTATCGCTGATGCTGGCGCTGACGTTTGGCTTCTACGGGTTGATCCGCAAGCAGGCGCCGGTCAAGGCCTTGCCAGGGCTGGTGGTGGAAACCTGGATGCTGGTACCGATTGCTATCGCATGGCTGCTGTTCAACCCGGCCGCCACCAGCGCCCAGGCGGCTTTCTGGACGACTTCCGAAGCCTGGTGGCTGGTGGCGGCCGGTCCCGTGACGCTGGTACCTCTGGTCTGCTTCAACGCGGCGGCGCGGCACCTGCCCTACACCACGCTGGGTTTCTTGCAGTACATCGCGCCGACGCTCGTCCTGCTGCTCGCGGTGCTTCTGTTTGACGAACATTTGTCGTCCAGCACGCTGGTGGCGTTCCTGTTCATCTGGGCCGGTCTGGCGGTGTACAGCATCGACGCGGTGGTCAGCATGCGCCGGCGCACCTGA MQAANPRRGYILGLSAYIIWGLFPIYFKAIANVPSVEIIIHRVLWSALFGAALLMVWKHPGWWRELRDNPRRLAILALSGTLIAVNWLTYVWAVNNGRMLEASLGYYINPLVNVLLGMLILGERLRRMQWVAVALAAIGVAQQVWQVGSLPWVSLMLALTFGFYGLIRKQAPVKALPGLVVETWMLVPIAIAWLLFNPAATSAQAAFWTTSEAWWLVAAGPVTLVPLVCFNAAARHLPYTTLGFLQYIAPTLVLLLAVLLFDEHLSSSTLVAFLFIWAGLAVYSIDAVVSMRRRT PGPT0003906_2374 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786 NA NA D1-35_05108 975 srkA COG2334 Stress response kinase A ATGTCCCATCCGTTTGAAACCCTTACGCCCGACCTGGTGCTCGATGCCGTTGAAAGCATCGGCTTTCTCAGCGACGCCCGCGTGCTGGCGCTCAACAGCTACGAAAACCGTGTCTATCAGGTCGGCATCGAAGACGCCGAACCGCTGATCGCCAAGTTCTATCGCCCCCAGCGCTGGACCAACGAAGCGATCCTGGAAGAACACCGCTTTACCTTCGAGCTGGCCGACTGCGAAGTGCCGGTGGTGGCGCCGCTGATCCATAACGGCGCCAGCCTGCATGAGCACGCCGGGTTTCGTTTCACCCTGTTCCCCCGTCGCGGCGGGCGGGCGCCGGAGCCAGGCAATCTCGACCAGCTCTATCGTCTGGGCCAGTTGCTCGGAAGGCTTCACGCGATCGGCGCGACCCGGCCATTCGAGCATCGCGAAGCACTGGGCGTGAGGAACTTCGGCCATGACTCGCTGGAGACCGTGCTGCAAAGCGGCTTTGTCCCCCGCAGCCTGCTGCCGGCCTACGAATCAGTGGCCAGGGATCTGCTCAAGCGTGTCGAAGATGCCTACGCCGCCACGCCCCACCAGAACATCCGCATGCACGGCGATTGCCATCCCGGCAACATGATGTGCCGCGACGAGGTGTTCCATATCGTCGACCTCGACGATTGCCGCATGGGCCCGGCCGTGCAGGATCTGTGGATGATGCTCGCCGGGGATCGGCAGGAATGCCTCGGACAGCTATCGGAATTGATGGACGGCTACCGGGAATTCCATGATTTCGACCCGCGCGAATTGGCCCTGATCGAACCGCTGCGCGCCCTGCGCCTGATGCACTACAGCGCCTGGCTGGCGCGCCGCTGGGATGACCCGGCGTTTCCACGAAGCTTCCCCTGGTTCGGCAGCGAACGTTACTGGGGCGACCAGGTGTTGGCGTTGCGCGAGCAACTGGCGGCGCTTCAGGAAGAGCCGTTGAAGCTTTTTTGA MSHPFETLTPDLVLDAVESIGFLSDARVLALNSYENRVYQVGIEDAEPLIAKFYRPQRWTNEAILEEHRFTFELADCEVPVVAPLIHNGASLHEHAGFRFTLFPRRGGRAPEPGNLDQLYRLGQLLGRLHAIGATRPFEHREALGVRNFGHDSLETVLQSGFVPRSLLPAYESVARDLLKRVEDAYAATPHQNIRMHGDCHPGNMMCRDEVFHIVDLDDCRMGPAVQDLWMMLAGDRQECLGQLSELMDGYREFHDFDPRELALIEPLRALRLMHYSAWLARRWDDPAFPRSFPWFGSERYWGDQVLALREQLAALQEEPLKLF NA NA NA NA NA D1-35_05109 1902 hypothetical protein ATGAGCCTATTAGAAGAAAACCAATCCACCGACCTGGAAAAGATCGTCGGCCTGAGCCGTCGCCGCTTCATCGGCGCAGGCGCTCTGTGCGGCGCGGCGATGTTCCTCGGCGGCAACCTGCTGAGCCGCAGCGTCATGGCCGCCGCCGTGAGCGAAGGCAACAAAAGGTTGCTGGGCTTTGACAGCATTGCCGCCGCCACGACCGACACCATTACCTTGCCGCCAGGCTACAAAGCCTCGGTGCTGATCAGTTGGGGCCAGCCACTGCAAAAAAATGCTCCGGCATTCGACCCCAGCGGCAATGGCACCGCCCGCGCCCAGGAAATGCAGTTCGGTGACAATAACGACGGCATGAGCCTGTTCCCGTTTCCCGGCGAGGACAACCGGGCGCTGATGGCGATCAACAACGAATACACCAACTACCGCTACCTCTTCCCCCATGGCGGCCAGCCGCAGTCCGCCGAAGACGTACACAAGGCCCAGGCCAGCGAGGGCGTGTCGGTCATCGAGATCCAGCGGCGCCGGGGCCAGTGGCAATTCGTCCAGGATTCACGCTACAACCGCAGGATCCATGGCAACACGCCGATTCGCCTGGGCGGCCCGGCTGCCGGTCACGACCTGATGAAAACCAGCGCCGACAAGAGCGGCAAAAAAGCGCTGGGGACGTTCCAGAACTGCGCCAACGGCATGACGCCGTGGGGCACCTACCTGACCTGTGAAGAAAACTTCACCGACTGCTTCGGCAGCAGCAACGCTGATCTGAAGTTCGATGAGGCGCAAAAGCGCTACGGCGCTACCGTCACCAGCCGCGAAATCAACTGGCACCTGTTCGATCCGCGTTTCGACCTGGCGAAAAACCCCAACGAGCTCAATCGTCACGGCTGGGTGGTTGAAATCGACCCGTTCGATCCAAAGTCCACGCCAGTGAAACGCACCGCCCTGGGCCGCTTCAAACACGAAAACGCCGCGCTGGCGAAAACCCGTGACGGGCGCGCCGTTGTGTACATGGGCGATGACGAGCGTGGCGAGTTCATCTACAAGTTCGTCAGCCGCGATCGCATCGACCGCCGCAATCCCAAGGCCAACCGCGACCTGCTGGACCACGGCACGTTGTACGTGGCGCGCTTCGACGCCGGCGACGGCAACCCGGACCATCCGAAAGGCAAGGGCCAGTGGATCGAACTGACCCATGGCAAGAATGGCCTCGACGCCGGCAAGGGCTTCAATGACCAGGCTGAAGTGCTGATCCATGCGCGCCTGGCCGCCACCGCCGTTGGCGCCACCCGCATGGACCGCCCGGAGTGGATCGTGGTGAGTCCGAAGGATGGCCAGGTCTATTGCACCCTGACCAACAACTCCAAGCGCGGCGAAGAAGGCCAACCGGTGGACGGGCCCAACCCTCGGGCCAAAAACGTCTACGGGCAGATTCTGCGCTGGCGCACCGACCGCGACGATCACGCCTCCAAGACCTTCGAGTGGGATCTGTTCGTGGTCGCCGGTAACCCGACGGTGCATGCCGGCACGCCCAAAGCCGGATCGTCCAACGTCAATGCGCAGAACATGTTCAACAGCCCCGACGGCCTGGGCTTCGACAAAGCCGGCCGGCTGTGGATCCAGACCGATGGCGACTCAAGCAACGCCGGGGATTTCGCCGGCATGGGCAACAACCAGATGCTCTGCGCCGACCCCAACAGCGGTGAGATCCGCCGCTTCATGGTCGGACCGGTGGGTTGTGAGGTCACCGGGATCAGCTTCGCGCCGGACTACAAGACCTTGTTCGTGGGCATCCAGCACCCTGGGGAAAACGGCGGTTCGACGTTCCCCGAGCACCTGCCCAATGGCAAGCCACGGTCGTCAGTGATGGTGATTACGCGCGAGGATGGCGGGATCATCGGCGGCTGA MSLLEENQSTDLEKIVGLSRRRFIGAGALCGAAMFLGGNLLSRSVMAAAVSEGNKRLLGFDSIAAATTDTITLPPGYKASVLISWGQPLQKNAPAFDPSGNGTARAQEMQFGDNNDGMSLFPFPGEDNRALMAINNEYTNYRYLFPHGGQPQSAEDVHKAQASEGVSVIEIQRRRGQWQFVQDSRYNRRIHGNTPIRLGGPAAGHDLMKTSADKSGKKALGTFQNCANGMTPWGTYLTCEENFTDCFGSSNADLKFDEAQKRYGATVTSREINWHLFDPRFDLAKNPNELNRHGWVVEIDPFDPKSTPVKRTALGRFKHENAALAKTRDGRAVVYMGDDERGEFIYKFVSRDRIDRRNPKANRDLLDHGTLYVARFDAGDGNPDHPKGKGQWIELTHGKNGLDAGKGFNDQAEVLIHARLAATAVGATRMDRPEWIVVSPKDGQVYCTLTNNSKRGEEGQPVDGPNPRAKNVYGQILRWRTDRDDHASKTFEWDLFVVAGNPTVHAGTPKAGSSNVNAQNMFNSPDGLGFDKAGRLWIQTDGDSSNAGDFAGMGNNQMLCADPNSGEIRRFMVGPVGCEVTGISFAPDYKTLFVGIQHPGENGGSTFPEHLPNGKPRSSVMVITREDGGIIGG NA NA NA NA NA D1-35_05110 765 modE COG2005 DNA-binding transcriptional dual regulator ModE ATGTCATTGCCTACGCTGTTGAGCCAACATATCGTCCGCCGTCCACAACGCATCGCCCTGTTACAGCACATCGCCGAACAGGGTTCCATCACGCGGGCCGCCAAAAGCGCCGGGCTGAGCTACAAGGCGGCCTGGGATGCGATCGATGAGTTGAACAACCTGGCGGACCGGCCATTGGTCGAGCGCAGCGTTGGCGGCAAGGGTGGCGGCGGCGCGAAACTGTCGGAAGAAGGCCTGCGCGTGCTGCGTCTTTATCAGCGTTTGCAGGTATTGCAGGCGCAGTTGCTGGAAGCGAGCGAGGACGCCGCTGACCTGGGCCTGCTCAGCCGCCTGATGTTGCGCACCAGCGCGCGCAACCAACTGCATGGCAAGGTCGTCGGCATCCAGGCCCAGGGCCACAACGACCGGATACACCTGGAACTGGCGCGCGGTTTGCTCATCGACGCGCAGATCACCCACGACAGCACGCTGCGCCTGGAGCTGGGCCTCGGTACCGAAGTGGTGGCCCTGATCAAGGCCGGCTGGCTGACGTTGTATCCACTCGACCAGCCGGACGATTGCTCGGCCAACAGTCTGCAAGGCGTGATCGAGCACATCGCGGTCGCTGCGGATGGCCCCAATGAAGTGCGCATCGGCTTGCCCAACGGCCAGACGTTGTGTGCCCTTGCAGACCCGCTTGAGCTGGTTGAACGAAACCTCGACGCCGGCTCACCGGTGCAAGTGCGTTTTTCCCCTGCAAATGTGCTACTCGGCACACCGTTGTAG MSLPTLLSQHIVRRPQRIALLQHIAEQGSITRAAKSAGLSYKAAWDAIDELNNLADRPLVERSVGGKGGGGAKLSEEGLRVLRLYQRLQVLQAQLLEASEDAADLGLLSRLMLRTSARNQLHGKVVGIQAQGHNDRIHLELARGLLIDAQITHDSTLRLELGLGTEVVALIKAGWLTLYPLDQPDDCSANSLQGVIEHIAVAADGPNEVRIGLPNGQTLCALADPLELVERNLDAGSPVQVRFSPANVLLGTPL PGPT0000520_941 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0000520-modE-K02019 NA NA D1-35_05111 741 hypothetical protein ATGCGCTGTCAACCACGATACAAAGGTCCGGTTTACATCTGGTTAAAAAACAAACAGCTCTGTCTGCTGTGCGGCGAACCCACCGACACCTTGCAACCCATCTGCACCCCTTGCGAAAGCGAACTGCCCTGGCTCGGCGAGCATTGCGCCGTTTGCGCCCTGCCGCTGCCCATGGCCGGGCTCCGTTGCGGCCAATGCGCCGCGCGGCCTCCGGCTTTCGAGCGAGTCCTGGCGCCATGGGCCTACGACTTTCCGGTGGACAGCCTGATTACGCGCTTCAAGCACCAGGCAAAATGGCCCCTCGGTCGACTGCTTGGCGAGTTGCTGGCGCAATCGCTGCAGCATCATTTCGACGAAGGCCTGGAGCGGCCCGATGCGCTGGTGCCAGTGCCGCTGGCGTCACGCCGCTTGCGCCAGCGCGGCTTCAACCAGGCGACGCTGCTGGCCCGCTGGCTCAGCGCAGCGCTGCGGATCCCTTGCGAAGACGACCTGCTGCTGCGCATTCAGGATACCCCGGCCCAACAGGTCCTGGACGCCCGGGCCCGGCGCCGGAACCTGCGCCAGGCCTTTGCCTTAGCGCCCCGCGCGGTGTTGAACAACCGTCACCTGGCGCTGGTCGATGATGTACTCACCACCGGCGCCACGGCGCAGGCACTGGCCCGGTTGCTGCTCGATGCCGGTGCCGCACGGGTCGATGTGTATTGCCTGGCGCGCACGCCGAAACCCGGTGATCCGGCTTGA MRCQPRYKGPVYIWLKNKQLCLLCGEPTDTLQPICTPCESELPWLGEHCAVCALPLPMAGLRCGQCAARPPAFERVLAPWAYDFPVDSLITRFKHQAKWPLGRLLGELLAQSLQHHFDEGLERPDALVPVPLASRRLRQRGFNQATLLARWLSAALRIPCEDDLLLRIQDTPAQQVLDARARRRNLRQAFALAPRAVLNNRHLALVDDVLTTGATAQALARLLLDAGAARVDVYCLARTPKPGDPA NA NA NA NA NA D1-35_05112 1056 bioB COG0502 Biotin synthase ATGAGCGCCAGCACCACTGCCAACCTGCGTCATGACTGGTCTTTGGCCGAAGTCAAAGCACTCTTTGTCCAGCCATTCAATGACCTGCTCTTCCAGGCGCAGACCGTGCACCGCGCGCACTTCGATGCCAACCGCGTCCAGGTGTCGACCCTGCTGTCGATCAAGACCGGCGCCTGCCCGGAAGATTGCAAATATTGTCCGCAGTCCGGCCACTACAACACCGGGCTGGAAAAAGAGAAGTTGCTCGAAGTGCAGAAGGTCCTTGAAGAGGCCGCGCGCGCCAAGGCCATCGGTTCGACCCGTTTCTGCATGGGCGCGGCGTGGAAACATCCGTCGGCCAAGGACATGCCTTACGTGCTGGAGATGGTCAAGGGGGTCAAGGCCATGGGCCTGGAGACCTGCATGACCCTGGGGCGTCTCGACCAGGAGCAGACCGAAGCGCTGGCCCAGGCCGGCCTGGATTATTACAACCACAACCTCGACACCTCGCCGGAGTTCTACGGCAGCATCATCACCACCCGCACCTACAGCGAGCGCCTGCAAACCCTGGCGTATGTACGTGATTCGGGGATGAAGATCTGTTCCGGCGGGATCCTGGGCATGGGCGAGTCCCTGGACGACCGCGCCAACCTGCTTATCCAGCTGGCCAACCTGCCGGAGCATCCAGAGTCGGTGCCGATCAACATGCTGGTGAAAGTCGCCGGCACGCCGCTGGAAAATGCCGAGGACATCGACCCGTTCGATTTCATCCGCATGCTCGCCGTGGCGCGCATCCTCATGCCGAAATCCCATGTGCGCTTGTCCGCTGGCCGCGAAGCCATGAACGAGCAGATGCAGGCCCTGGCGTTCTTCGCTGGCGCCAACTCGATTTTCTACGGCGACAAATTGCTGACCACCGCCAACCCGCAGGCCGACAAGGACATGCAACTGTTTGCGCGCTTGGGCATCCAGCCAGAAGCTCGCGAAGAGCATGCCGATGAAGTGCATCAGGCGGCCATCGAGCAGGCGCTGGTGGAGCAGAAGAGCAGCGAGCAGTTCTATAACGCCGCTGTTTGA MSASTTANLRHDWSLAEVKALFVQPFNDLLFQAQTVHRAHFDANRVQVSTLLSIKTGACPEDCKYCPQSGHYNTGLEKEKLLEVQKVLEEAARAKAIGSTRFCMGAAWKHPSAKDMPYVLEMVKGVKAMGLETCMTLGRLDQEQTEALAQAGLDYYNHNLDTSPEFYGSIITTRTYSERLQTLAYVRDSGMKICSGGILGMGESLDDRANLLIQLANLPEHPESVPINMLVKVAGTPLENAEDIDPFDFIRMLAVARILMPKSHVRLSAGREAMNEQMQALAFFAGANSIFYGDKLLTTANPQADKDMQLFARLGIQPEAREEHADEVHQAAIEQALVEQKSSEQFYNAAV PGPT0022120_1237 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012 NA NA D1-35_05113 1179 bioF COG0156 8-amino-7-oxononanoate synthase ATGCCCTTCGATCTTGCCGCACGCCTGGCTGCCCGTCGTGCCGAAAACCTCTATCGCCAGCGTCCGCTGCTTGAAAGCCCCCAAGGCCCGCAAGTGGTGGTGGACGGCCAGCCGTTGCTGGCGTTCTGCAACAACGACTACCTGGGCCTGGCCAATCACCCGCAGGTGATCGAGGCCTGGCGTGCCGGCGCGTCGCGTTGGGGCGTCGGTGGTGGTGCGTCGCATCTGGTGATCGGCCACAGCGGCCCTCATCACGCCGTGGAAGAAGCGCTGGCCGACTTGACCGGCCGGCCCCGGGCACTGTTATTCACCACCGGCTACATGGCCAACCTTGGTGCCGTCACGGCGCTGGTCGGACAGGGCGACACGGTGTTGCAGGACCGGCTCAACCACGCCTCGTTGCTCGACGCCGGGCTGTTGTCCGGTGCCCGTTTCAGCCGTTACTTGCACAACGATGCCCAAAGCCTGGCGACCCGCCTGGAAAAAGCCATCGGCAATACCCTGGTGGTCACTGACGGCGTGTTCAGCATGGACGGCGACATCGCCGACCTGCCGGCTCTCGCCCGCGCAGCACGGGCCAAGGGCGCCTGGCTGATGGTCGACGATGCCCATGGCTTCGGCACGCTGGGTACCACCGGCGGCGGCGTCGTCGAGCATTTCGGCCTGAGCCAGGAAGACGTACCGGTGCTGGTGGGGACGCTGGGCAAGGCGTTCGGCACCGCCGGGGCCTTTATTGCTGGCAGCGAAGAATTGATCGAAAGCCTGATCCAGTTCGCCCGCCCCTACATCTACACCACCAGCCAGCCGCCGGCGTTGGCCTGCGCCACGCTCAAGAGCCTTGAGTTGCTGCGTAGCGAGCATTGGCGGCGTGAGCATCTGCAACTGCTGATCCGCCAGTTCCGCCACGGTGCCGAGCAGATCGGCTTGCAATTGATGGACAGTTTCACGCCGATCCAACCCATCCTGATCGGTGATGCGGGACGGGCGATGCGGCTGTCGCTGATGCTGCGCGAGCGCGGGCTGATGGTCACCGCAATCCGGCCACCCACCGTGCCGGCCGGCAGCGCTCGGCTGCGTGTGACGTTGACCGCTGCCCACAGCGAAGCCCAGGTACAACTCTTGTTGAATGCACTGGCCGACTGTTTTGCACAACTGGGAGCGGAGCCAAGCCATGCGTGA MPFDLAARLAARRAENLYRQRPLLESPQGPQVVVDGQPLLAFCNNDYLGLANHPQVIEAWRAGASRWGVGGGASHLVIGHSGPHHAVEEALADLTGRPRALLFTTGYMANLGAVTALVGQGDTVLQDRLNHASLLDAGLLSGARFSRYLHNDAQSLATRLEKAIGNTLVVTDGVFSMDGDIADLPALARAARAKGAWLMVDDAHGFGTLGTTGGGVVEHFGLSQEDVPVLVGTLGKAFGTAGAFIAGSEELIESLIQFARPYIYTTSQPPALACATLKSLELLRSEHWRREHLQLLIRQFRHGAEQIGLQLMDSFTPIQPILIGDAGRAMRLSLMLRERGLMVTAIRPPTVPAGSARLRVTLTAAHSEAQVQLLLNALADCFAQLGAEPSHA PGPT0022095_1896 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652 NA NA D1-35_05114 732 bioH Pimeloyl-[acyl-carrier protein] methyl ester esterase ATGCGTGATCGATTGATATTGCTGCCCGGCTGGGGCTTGGGCATCTCGCCCCTCGAACCGCTGGCGGCGGCCCTGCAAGGGCTCGACGAGCACTTGCAAGTGGAAATCGAGCCATTGCCTGCACTGGTGTCGAGCGACCTCGGTGAATGGCTCGATGAGCTGGATGCCACGTTGCCCCAGGATGCCTGGCTGGGCGGCTGGTCCCTGGGCGGGATGCTGGCCGCGGAACTGGCGGCGCGTCGGGGCGAGCGCTGCTGTGGCCTGTTGACCCTGGCGAGCAACGTGTCGTTTGTCGCCCACGAGCATTGGCCGAGCGCGATGCCCGGTGAAACCTTCGATGGATTTCTCGCCGGATGCGCCGCCGATCCGCGCCAGACCCTCAAACGCTTCAGCTTGCTGTGTGCGCAAGGCTGCGGCGACCCGCGCGGGTTGTCGCGATTGCTGCTGGCCGGCGCGCCGAACACGTCGCCTGAGGTATTGATGGCCGGGCTCGAGCTGCTGGCGCGACTGGACATGGGGGTTGCCTTGCAGGGTTTTCGAGGCCCGCAATTGCATCTGTTTGCCGGGCTCGACGCGCTGGTGCCTGCCGAGGCTGCGGGAGAACTGCTGGCGATGCTGCCAGATGTCGAAATCGGTCTGATTGAACAGGCCGGCCACGGATTCCCACTGGAGGACCCCCACGGCGTGGCGGGGGCGATCCAGGCTTTTCTGCATGAGTCCGGTGATGACTGA MRDRLILLPGWGLGISPLEPLAAALQGLDEHLQVEIEPLPALVSSDLGEWLDELDATLPQDAWLGGWSLGGMLAAELAARRGERCCGLLTLASNVSFVAHEHWPSAMPGETFDGFLAGCAADPRQTLKRFSLLCAQGCGDPRGLSRLLLAGAPNTSPEVLMAGLELLARLDMGVALQGFRGPQLHLFAGLDALVPAEAAGELLAMLPDVEIGLIEQAGHGFPLEDPHGVAGAIQAFLHESGDD PGPT0022065_953 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022065-bioH-K02170 NA NA D1-35_05115 813 bioC Malonyl-[acyl-carrier protein] O-methyltransferase ATGACTGATTTATCTGTTGTGAAGTTGCCGGGCGCCTTGCCCGACAAACGTCAGGTCGCGGCCTCGTTCTCCCGGGCGGCGGCCAGCTATGACAGCGTCGCTGAACTGCAGCGCGACGTCGGACAGCAATTGCTGTCGCGGCTGCCCGTCTCGTTTATGCCGGGACGCTGGTTGGACATGGGTTGTGGCACCGGTTATTTCACCCGCGCCCTTGGTGCGCGGTTCGGTGAGAGGGCGGGTGTTGCGCTGGATATCGCCGAAGGCATGCTCAACCACGCCCGTCCTCAAGGCGGCGCCGCGCATTTCATCGCCGGTGATGCCGAGCGGCTGCCGTTGCAGTCGGCCAGCTGTGACCTGGTGTATTCCAGCCTCGCGGTGCAATGGTGTGGCGATTTTGCCTCGGTATTGAGCGAGTCCTATCGTGTTCTGAAACCCGGTGGGATGTTTGCCTTCACCAGCCTGTGTGTCGGCACGTTATACGAGTTGCGCGACAGCTGGCGTGAAGTGGATGGCCTGGTACACGTCAACCGTTTCCGCGCATTCGATACCTATAGACAGCTGGCCGACGCCAGCGGGTTGCGCGTCGTCAGCCTGGAGAATCGCCCGCATGTTCTGCATTACCCCGATGTACGTGCCCTGACCCACGAATTGAAAGCATTGGGTGCGCACAATCTGAATCCTGGTCGTCCCGGTGGGTTGACGGGCAGGGCGAGAATTTTCGCGCTGGTCCAGGCCTATGAAAAATATCGCCAGGCCCAGGGCCTGCCGGCCACTTACCAGGTGGTCTACGCCGTGCTGGAGAAACCGCTATGA MTDLSVVKLPGALPDKRQVAASFSRAAASYDSVAELQRDVGQQLLSRLPVSFMPGRWLDMGCGTGYFTRALGARFGERAGVALDIAEGMLNHARPQGGAAHFIAGDAERLPLQSASCDLVYSSLAVQWCGDFASVLSESYRVLKPGGMFAFTSLCVGTLYELRDSWREVDGLVHVNRFRAFDTYRQLADASGLRVVSLENRPHVLHYPDVRALTHELKALGAHNLNPGRPGGLTGRARIFALVQAYEKYRQAQGLPATYQVVYAVLEKPL PGPT0022060_869 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022060-bioC-K02169 NA NA D1-35_05116 681 bioD1 COG0132 ATP-dependent dethiobiotin synthetase BioD 1 ATGAGCCAGGCTTATTTCATCACCGGCACCGACACGGACGTGGGCAAGACCACTGTTGCGGCGGGGTTGCTGCACGCGGCCAGGCGGGCCGGCATGAGCACCGCCGCGGGCAAGCCCGTAGCCTCTGGTTGCGCAGTGACGCCCAAGGGCCTGCGCAACGCCGATGCCTTGGCCCTGTTGGCCGAATGTTCGGTGCCATTGACTTATGCACAGGTCAATCCGGTGGCATTCGAACCGGCGATCGCACCTCACCTGGCCGCTCGGGAAGCTGGCGTGGCCTTGACCGTGCAATCCTTGCTCGGGCCGATGCGCGAGGTGCTGGCTCTGGATGCGGATTTCACCTTGATCGAAGGCGCGGGCGGCTGGCGTGTGCCGCTGGCCGGGCAAGACAATCTTTCCGACCTTGCGATAGCGTTGGGCCTGCCGGTGATCCTGGTGGTTGGGGTACGCCTGGGCTGCATCAGCCACGCGTTGCTGACCGCCGAGGCTATCGCGCGGGACGGCTTGCCATTGGCCGGCTGGGTAGCAAACATCATCGATCCGGCGACGTCGCGCATGGAAGAAAACCTCGCGACCCTCGCCGAACGCCTGCCGGCGCCCTGCCTGGGCAGAGTCGCGCGAATCAAGGACGTGACGGCCGAAGCGGTGGCCGAACATCTGCAGCTGGATCTGCTGGACTGA MSQAYFITGTDTDVGKTTVAAGLLHAARRAGMSTAAGKPVASGCAVTPKGLRNADALALLAECSVPLTYAQVNPVAFEPAIAPHLAAREAGVALTVQSLLGPMREVLALDADFTLIEGAGGWRVPLAGQDNLSDLAIALGLPVILVVGVRLGCISHALLTAEAIARDGLPLAGWVANIIDPATSRMEENLATLAERLPAPCLGRVARIKDVTAEAVAEHLQLDLLD PGPT0022115_2012 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022115-bioD-K01935 NA NA D1-35_05117 297 hypothetical protein ATGGAAATCTCAGGAAACACCGCGTTCTATGCCGGTCTGAGCACGATTCAGACAGGGCAGTACCGCGTTGATCAGGCCTCCAGCCAGATTGCCAACACCACGATCGAGCGCTCGGTCACCAGCCAGTCCTCCGACGTTCAGGTGGATCGCCTGCGTTCGGTGGATCGCAGTCAGCAATCGGACCTGACCAGCAACATGGTCGAAATGGCCCAAGGCAAGTTCCAGGTGCAACTGGGGGTGAACGTTGCCAAGGCTTCCGACGAAATGCTCGGAACGTTGATCGATACGTTCGCCTGA MEISGNTAFYAGLSTIQTGQYRVDQASSQIANTTIERSVTSQSSDVQVDRLRSVDRSQQSDLTSNMVEMAQGKFQVQLGVNVAKASDEMLGTLIDTFA NA NA NA NA NA D1-35_05118 1806 dmdC_2 COG1960 3-methylmercaptopropionyl-CoA dehydrogenase ATGCCTGACTACAAGGCCCCCTTGCGTGATATTCGCTTCGTTCGTGACGAACTGCTCGGCTACGAAGCGCATTATCAGAGCCTTCCAGCGTGCCAGGAGGCAACTCCGGACATGGTTGACGCCATCCTCGAAGAAGGCGCCAAGTTCTGTGAGCAGGTGCTGGCGCCGCTGAACCGCGTGGGTGATCTCGAAGGTTGCACCTGGAGCGAGTCCGGCGTGAAAACCCCGACCGGCTTCAAGGAAGCCTACAAGCAATTTGTCGAAGGCGGCTGGCCGAGCCTGGCCCATGACGTGGCGCACGGTGGCCAAGGCCTGCCGGAATCCCTGGGCCTGGCAGTCAGCGAGATGGTCGGCGAAGCCAACTGGTCGTGGGGCATGTACCCGGGCCTGTCCCATGGCGCGATGAACACCATTTCCGAGCACGGTACCCCCGAGCAGCAAGAGGCTTACCTGACCAAGCTGGTATCCGGCGAATGGACCGGCACCATGTGCCTGACCGAACCGCACTGCGGCACCGACCTGGGCATGTTGCGCACCAAGGCCGAACCTCAGGCCGACGGCTCCTACAAAGTGACCGGCACCAAGATCTTCATCTCGGCCGGCGAACACGACATGGCCGACAACATCGTCCACATCGTGCTGGCGCGCCTGCCGGACGCACCGGCTGGCACCAAAGGTATCTCGCTGTTCATCGTTCCGAAATTCCTGCCTGAGGCCGACGGCTCAATCGGCCAGCGCAACGCAGTCAGCTGTGGCTCCCTGGAACACAAGATGGGCATCCACGGCAACGCCACCTGCGTGATGAACTTCGACGCGGCCACCGGTTTCCTGATCGGCCCGGCGAACAAAGGCCTGAATTGCATGTTCACCTTCATGAACACCGCTCGCCTGGGTACCGCGCTGCAAGGCCTGGCCCACGCCGAAATCGGTTTCCAGGGTGGCCTGAAGTACGCTCGCGACCGCCTGCAGATGCGTTCCCTGACCGGCCCGAAAGCACCGGACAAGGCCGCCGACCCGATCATCGTGCACCCTGACGTGCGTCGCATGTTGCTGACCATGAAAGCCTTCGCCGAGGGCAACCGGGCGATGGTGTACTTCACCGCCAAGCAGGTCGACATCGTCAAGTATGGTGTGGACGAAGAAGAGAAGAAGAAGGCTGACGCCCTGCTGGCGTTCATGACCCCGATCGCCAAGGCGTTCATGACCGAAGTCGGCTTCGAATCGGCCAACCACGGCGTGCAGATCTACGGCGGCCACGGCTTCATCGCCGAGTGGGGCATGGAGCAGAACGTGCGCGACAGCCGCATCTCGATGCTGTACGAAGGCACCACCGGCATCCAGGCGCTCGACCTGCTGGGCCGTAAAGTGCTGATGACCCAGGGCGAGGCGCTCAAGGGCTTCACCAAGATTGTCCACAAGTTCTGCCAGGGCAACGAAGGCAACGAAGCCGTCAAGGAATTCGTCGAGCCGTTGGCTGCACTGAACAAGGAATGGGGCGAACTGACCATGAAGGTCGGCATGGCCGCCATGAAGGATCGCGAAGAAGTCGGCGCGGCCTCGGTGGACTACCTGATGTACTCCGGTTACGCCTGCCTGGCTTACTTCTGGGCCGACATGGCGCGCCTGGCTGCGGAAAAACTGGCGGCCGGCACGACCGAAGAAGCGTTCTACACCGCCAAGCTGCAGACCGCGCGCTTCTACTTCCAGCGCATCCTGCCGCGCACCCGCACCCACGTGGCGACCATGTTGTCGGGCGCCAACAACCTGATGGACATGAAAGAAGAAGACTTCGCGCTGGGCTACTAA MPDYKAPLRDIRFVRDELLGYEAHYQSLPACQEATPDMVDAILEEGAKFCEQVLAPLNRVGDLEGCTWSESGVKTPTGFKEAYKQFVEGGWPSLAHDVAHGGQGLPESLGLAVSEMVGEANWSWGMYPGLSHGAMNTISEHGTPEQQEAYLTKLVSGEWTGTMCLTEPHCGTDLGMLRTKAEPQADGSYKVTGTKIFISAGEHDMADNIVHIVLARLPDAPAGTKGISLFIVPKFLPEADGSIGQRNAVSCGSLEHKMGIHGNATCVMNFDAATGFLIGPANKGLNCMFTFMNTARLGTALQGLAHAEIGFQGGLKYARDRLQMRSLTGPKAPDKAADPIIVHPDVRRMLLTMKAFAEGNRAMVYFTAKQVDIVKYGVDEEEKKKADALLAFMTPIAKAFMTEVGFESANHGVQIYGGHGFIAEWGMEQNVRDSRISMLYEGTTGIQALDLLGRKVLMTQGEALKGFTKIVHKFCQGNEGNEAVKEFVEPLAALNKEWGELTMKVGMAAMKDREEVGAASVDYLMYSGYACLAYFWADMARLAAEKLAAGTTEEAFYTAKLQTARFYFQRILPRTRTHVATMLSGANNLMDMKEEDFALGY PGPT0008385_210 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_05119 1290 hypothetical protein TTGCCGCGTCTTTCCGTAATGCGCTTCAGCCATTTCCTACCGTCGACAGTGCTTTTACTGGCGGGGCTCGCGGCTGCCTACGTCAAGGACCTGAACGTCTTCTTCACCTCATTGTTCAACGTGCTTCCTACGCTGGTGTTGTTGTTGGGCGGGGCGTACTGCTCCGTTTACCGACGTCAGCGCGAACTGTTTCTGATGGTCACGGTGTACATCGCTTATTTCCTGCTGGATACCCAGACCGACTTCTATCGCGATAACGGCAAGGTGCGCGAAGACGCGGCGGTGGTGTTCCATCTGGTCTGCCTGCTGCTGCCGCTGTTGTTCGGGCTGTTCGCGGCGTGGCAGGAGCGCACGCATCTGTTCCAGGACATGGTGGCGCGTTTCGCGGTGCTACTGGCCTTTGGTGGCGTAGCCCTGGCCCTGGAGCAAAGCTTTCCCCAGGCCCTGCTGCTGTGGCTTTCGGAAATACGCTGGCCGGCGCTGCATGGCGCCTGGATGAGCCTGATCCAATTGTCATACCCGGTGTTTGCCGCTGCGTTCGTGCTGCTGGCCTGGCAATACTGGCGTAACCCACGACCCTTGCATGCGGCGCAGCTGGTGGGGTTGGTCGGGCTGTTCTGGATGCTGCCGAAGACGTTCATCCTGCCGTTCACCCTGAACATCATGTGCAGCCAGGTGATGCTGATGATCGCCGCCGCGGTTGCTCACGAGGCCTACCAGATGGCCTTCCGCGATGAGCTCACCGGCCTGCCGGGGCGCCGGGCGCTGAATGAACGCATGCAGCGCCTGGGTCGAAACTACGTGCTGGCGATGAGCGACGTGGATCACTTCAAGAAATTCAACGACACCCACGGTCACGATGTCGGCGATCAGGTGCTGCGCCTGGTGGCCAGCAAGCTGTCGAAAATCGGTGGGGGCGGCAGGGCTTATCGTTACGGCGGCGAGGAGTTTGCGCTGGTGTTTGCCGGCAAGACCATTGATGAATGCATGCCTCATCTGGAAGTCATCCGCCAGTCCATCGAGACGTACGCCATTCAACTGCGTAATCCCGACAATCGCCCTCAGGACGATCAGCAAGGTCGCCAGCGTCGCTCCGGCAGCGGCGCCACCAGCGTATCGGTGACCGTCAGCATCGGCGTGGCCGAACGCGTGGACCAGCGCACGCCCGAGGAAGTGCTCAAGTCCGCCGACCAGGCGCTCTACAACGCCAAAGGGGCGGGGCGCAATTGTGTAATTGCCTTCGGCCAGAATCGTCGCGGCGCAGTGCGCATGGAGGCTGCCGCGGGTTGA MPRLSVMRFSHFLPSTVLLLAGLAAAYVKDLNVFFTSLFNVLPTLVLLLGGAYCSVYRRQRELFLMVTVYIAYFLLDTQTDFYRDNGKVREDAAVVFHLVCLLLPLLFGLFAAWQERTHLFQDMVARFAVLLAFGGVALALEQSFPQALLLWLSEIRWPALHGAWMSLIQLSYPVFAAAFVLLAWQYWRNPRPLHAAQLVGLVGLFWMLPKTFILPFTLNIMCSQVMLMIAAAVAHEAYQMAFRDELTGLPGRRALNERMQRLGRNYVLAMSDVDHFKKFNDTHGHDVGDQVLRLVASKLSKIGGGGRAYRYGGEEFALVFAGKTIDECMPHLEVIRQSIETYAIQLRNPDNRPQDDQQGRQRRSGSGATSVSVTVSIGVAERVDQRTPEEVLKSADQALYNAKGAGRNCVIAFGQNRRGAVRMEAAAG NA NA NA NA NA D1-35_05120 1797 dmdC_3 COG1960 3-methylmercaptopropionyl-CoA dehydrogenase ATGCCCGAGTACAAAGCCCCGCTGCGCGACATGCGTTTCCTGATCGACAACGTCTTTGATTTCCACGGCCGTTATGCCGAGTTGGGGGCCAGCGACGCCAGTCCGGACATGGTCAGCGCCATCCTCGAAGAAGGTGCCCGGTTCTGTGAGAACGTGCTGGCTCCGCTCAATCGTCCGGGTGACGAAGAGGGCTGCCATTTCGATAACGGCGTGGTCACTACACCTGCAGGCTTCAAGCAAGCTTTCGCACAGTATGTGGAAGGCGGCTGGCACGGCCTGGCAGCGGATCCGGCTTATGGCGGCCAAGGCCTGCCCAGCTCGCTGGGGCTGGTGATCAGCGAAATGATCGGGTCGAGCAATACCTCCTGGGGCATGTACCCCGGCCTGACCCACGGCGCCATGTCGGCCATCCACGCTCACGGCACCGAACAGCAGAAACAGACCTACCTCAACAAGCTCACCGCCGGCCAGTGGACCGGCACCATGTGCCTGACCGAAGCCCACTGCGGCACGGACCTGGGCATCATTAAGACCCGCGCCGTGCCTCAGGCGGATGGCAGCTACGCGGTGACCGGCAGCAAGATCTTCATCAGCGCCGGCGAGCACGACATGAGCGACAACATCATTCACCTGGTGCTCGCCAAATTGCCGGATGCTCCCGCCGGGACCAAAGGCATCTCGTTGTTCATCGTGCCCAAGTTCCTGCCCGATGCAGCGGGCGAGGCCGGTGAGCGCAATGGTGTTTCCTGCGGTTCGATCGAGCACAAGATGGGCATCAAGGCGTCGGCCACGTGCGTGCTGAACTTCGATGGGGCCAAGGGTTTCCTGATCGGCGAACCGAACAAGGGCCTCAACTGCATGTTCACCATGATGAACCACGCCCGCCTCGGTACCGGCATGCAGGGCCTGTGCCTCGGCGAAGCGAGCTTCCAGGGTGCGATCAAATACGCCAACGATCGCCTGCAGATGCGCTCTTTGACCGGCCCCAAGGCGCCGGAAAAAGTCGCCGACCCGATCATTGTCCATCCCGATGTACGCCGGATGCTGCTGACCATGAAAGCCTTCAATGAAGGCAATCGGGCGCTGACCTATTTCACCGCGCAACTGCTCGATACCGCGCATTTGAGCCGCGACGAAAGCGCCCGCCAGGAGGCGGAAGACCTGCTGGCCTTCCTCACCCCGATCTGCAAGGCCTTCATGACCGACACGGGTTTGGAAGTGACCAACCACGGCATGCAGGTCTTTGGCGGTCATGGCTTCATTCGTGAGTGGGGCATGGAGCAGCTGGTGCGTGATTGCCGGATCGCGCCGATCTATGAAGGCACCAACGGCATCCAGGCCCTGGACCTGCTGGGGCGCAAAGTGCTGGGTAGCCAGGGCAAGTTGCTGCGCGGTTTCACCAGAATCGTTCACAAATTCTGCGCTGCCAATGCCGGGCATCCGCAGCTCCAGGCTTTCATTGCGCAACTGGACGGGCTCAACCAGCAATGGGGCGAACTGACGACGCAGGTCGGCATGGCCGCCATGAAAAATCCGGATGAGGTGGGCGCCGCTTCGGTGGATTACCTGATGTACAGCGGCTATATCATTCTGGCCTATCTGTGGTTGCGCATGGCGTTGGTGGCCCAGGCGCAACTCGACAGCGGCACTGGAGGCAGCGATTTCTGCCGGGCCAAGCTGGCGACCTGCGAGTTTTACTTCAAGCGCCTGCTGCCGCGTACGGCCGCCCATCGGGCTGCTATAGAGGCGGGGAGCGATTGCCTGATGAGGTTGCCGGCGGAGTTGTTTGCGCTTTGA MPEYKAPLRDMRFLIDNVFDFHGRYAELGASDASPDMVSAILEEGARFCENVLAPLNRPGDEEGCHFDNGVVTTPAGFKQAFAQYVEGGWHGLAADPAYGGQGLPSSLGLVISEMIGSSNTSWGMYPGLTHGAMSAIHAHGTEQQKQTYLNKLTAGQWTGTMCLTEAHCGTDLGIIKTRAVPQADGSYAVTGSKIFISAGEHDMSDNIIHLVLAKLPDAPAGTKGISLFIVPKFLPDAAGEAGERNGVSCGSIEHKMGIKASATCVLNFDGAKGFLIGEPNKGLNCMFTMMNHARLGTGMQGLCLGEASFQGAIKYANDRLQMRSLTGPKAPEKVADPIIVHPDVRRMLLTMKAFNEGNRALTYFTAQLLDTAHLSRDESARQEAEDLLAFLTPICKAFMTDTGLEVTNHGMQVFGGHGFIREWGMEQLVRDCRIAPIYEGTNGIQALDLLGRKVLGSQGKLLRGFTRIVHKFCAANAGHPQLQAFIAQLDGLNQQWGELTTQVGMAAMKNPDEVGAASVDYLMYSGYIILAYLWLRMALVAQAQLDSGTGGSDFCRAKLATCEFYFKRLLPRTAAHRAAIEAGSDCLMRLPAELFAL PGPT0008385_210 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_05121 1779 dmdC_4 COG1960 3-methylmercaptopropionyl-CoA dehydrogenase ATGGCTGACTACAAAGCGCCCCTGCGCGATATGCGCTTCGTCCTCAATGAAGTGTTCGAGGTCGCGAAACTCTGGGCTCAACTGCCGGCGTTGGCCGAAACCGTGGACGCTGAAACCGTCGAAGCGATCCTCGAAGAGGCGGGCAAGGTCACCGGTAAAAGCATCGCGCCCCTCAGCCGTGCAGCTGACGAAGAGGGTTGCCACTGGGCTGACGGCGCCGTGACCACCCCGGCGGGTTTCCCTGAGGCCTACAGGACCTTCGCTGAAGGCGGTTGGGTCGGCGTCGGCGGAGATCCAACGTACGGTGGCATGGGCATGCCCAAGGCGGTTTCGGCCCAGGTCGAGGAAATGGTCAACTCCGCCAGCTTGTCCTTCGGTCTGTACCCGATGCTTACCGCAGGAGCCTGCCTGTCGATCAACGCCCACGCCAGTGAAGAATTGAAAGCCGCGTACCTGCCAAACATGTACGCCGGCGTCTGGGCCGGCTCCATGTGCCTGACCGAACCCCATGCCGGCACCGACCTGGGGATTATCCGGACCAAGGCTGAGCCCCAGGCTGACGGCACCTACAAGGTCAGCGGCACGAAGATTTTCATTACCGGCGGCGAACACGACCTCACCGAAAACATCATTCACCTGGTGCTGGCGAAGCTCCCCGACGCACCGGCGGGCCCGAAAGGCATTTCGCTGTTCCTGGTGCCGAAATTCATGGTCAACGCCGACGGCAGCCTGGGTGCACGCAACGCGGCCAACTGCGGTTCGATCGAACACAAGATGGGCATCCAGGCGTCCGCCACCTGCGTGATGAACTTCGACGAAGCAGTGGGTTACCTGGTCGGCGAGCCGAACAAAGGCCTGGCGGCGATGTTCACCATGATGAATTACGAACGCCTGGGCGTGGGGATCCAGGGTCTGGCCTCCGGCGAGCGTTCGTACCAGAACGCTGTCGAGTACGCCCGTGATCGCCTGCAAAGCCGTTCGCCAAGCGGCGCGCAGAACAAGGACAAGATCGCCGACCCGATCATCGTCCACCCGGATGTGCGCCGGATGTTGCTGACCATGAAAGCGTCGAACGAAGGTGGCCGGGCATTCTCCACCTACGTGGCGATGCAACTGGACACCGCCAAGTTCAGCGAAGACCCGACGACTCGCAAGCGCGCCGAAGATCTGGTGGCCTTGCTGACGCCGGTTGCCAAGGCATTCCTGACCGACCTGGGCCTGGAAACCACTATTCACGGCCAGCAGATTTTCGGCGGCCACGGCTACATTCGCGAATGGGGCCAGGAGCAGTTGGTGCGCGACGTGCGCATCACCCAGATCTACGAAGGCACCAACGGCATCCAGGCACTGGACCTGGTGGGGCGCAAGATCGTCGGCAACGGCGGGGCGTTCTACAAACTGTTCGCCGACGAGATTCGTCATTTCACCGCTACCGCTGGCAGCGATCTGGCGGAGTTCACCCAGCCGTTGAACGATGCCGTCGGCACGCTGGACGAGCTGACCGAGTGGCTGCTGGACCGGGCGAAAAACAATCCCCATGAAATTGGCGCGGCTTCGGTGGAGTACCTGCAGGCGTTCGGCTACACCGCGTATGCCTACATGTGGGCGCTCATGGCCCGGGCGGCCCTGGGCAAGGAGACGCAGGACGATTTCTACGCGAGCAAACTGGGCACGGCACGTTTCTATTTCGCCCGCCTGTTGCCACGAATCCATTCCTTGAGCGCTTCGGTTAGGGCGGGTAGCGAGTCGCTGTTCCTGCTGGAACCCGGTCAGTTCTAA MADYKAPLRDMRFVLNEVFEVAKLWAQLPALAETVDAETVEAILEEAGKVTGKSIAPLSRAADEEGCHWADGAVTTPAGFPEAYRTFAEGGWVGVGGDPTYGGMGMPKAVSAQVEEMVNSASLSFGLYPMLTAGACLSINAHASEELKAAYLPNMYAGVWAGSMCLTEPHAGTDLGIIRTKAEPQADGTYKVSGTKIFITGGEHDLTENIIHLVLAKLPDAPAGPKGISLFLVPKFMVNADGSLGARNAANCGSIEHKMGIQASATCVMNFDEAVGYLVGEPNKGLAAMFTMMNYERLGVGIQGLASGERSYQNAVEYARDRLQSRSPSGAQNKDKIADPIIVHPDVRRMLLTMKASNEGGRAFSTYVAMQLDTAKFSEDPTTRKRAEDLVALLTPVAKAFLTDLGLETTIHGQQIFGGHGYIREWGQEQLVRDVRITQIYEGTNGIQALDLVGRKIVGNGGAFYKLFADEIRHFTATAGSDLAEFTQPLNDAVGTLDELTEWLLDRAKNNPHEIGAASVEYLQAFGYTAYAYMWALMARAALGKETQDDFYASKLGTARFYFARLLPRIHSLSASVRAGSESLFLLEPGQF PGPT0008385_210 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D1-35_05123 336 hypothetical protein ATGTCAGGGAAACAGTCTGCAAAGCCCCGCTTCGGCGGGGTTTTCTTTTGCCCGCGTTTTTTGCCTGCGTATCTTCTCCCTGCGGCCCGCCTCTTTGGACGCGCACTGAACCCTGACGAGCGGTCAGCTGTCCATGAGCTATATGGCAATGTGGCCATCGACCATCAGGAGCTGTCCATGGATATCATTCGAATCATCATCGCCATTCTGTTGCCACCGCTGGGTGTGTTCCTGCAAGTCGGGTTCGGCGGGGCTTTCTGGCTGAACATTCTGCTGACGCTGTTGGGTTATATCCCCGGCATCGTGCATGCGGTGTACATCATCGCCAAGCGCTGA MSGKQSAKPRFGGVFFCPRFLPAYLLPAARLFGRALNPDERSAVHELYGNVAIDHQELSMDIIRIIIAILLPPLGVFLQVGFGGAFWLNILLTLLGYIPGIVHAVYIIAKR NA NA NA NA NA D1-35_05124 1827 hypothetical protein ATGAACGAAACTCGCGCCTCATCGTTAAAGGCTGAACCTTTCAGCGCCGCCCAGGCCGTCGCGGCAGGCATCGACTTTGCCGAGCTGCAACTCGGCCCCCTGGGCCTTTTCTGGAACGAATACCGTCCCGAAGATGGCGCTTGCCGGATCTGGCATTGGCGAGACGGCAAGGCGCGTTGCCTGACCCCGGACGGTTTCAGTGTGCGCAGCCGGGTGTATGAATACGGCGGCGGGTCGTTCTGTCTGAGCGACGACGGCGTGCTGTTCGTCAACGAACGCGACCAACAGTTGTATCACCAATCGCTGGGCGACCAGTGTCCGGTAGCGCTGACCGCGGGCGATTGTCGATACGGCGATCTGCACTTCGCCACAGGGCACGTGCTGGCCGTGGAGGAACAGGCCGACCAGCATCGATTGGTATCGATCGGACTGGCGGATCACCAGCGGCGCTTATTGGCCGAAGGCGCGGACTTCTATGCCGCGCCGATCTTGAGCCCCGACGGAAAACGTCTCGCCTGGATTGAATGGAGTCGCCCCCACCAGCCATGGACAGCGACGCGGCTGATGCTCGCCGAGCGCAACGATTCAACCTGGGCAGCGCCATGCTGCGTGGCCGGCGATGATGACGAAGAATCCATCCAGCAACCTCGCTTCGATGCTTGCAGTCGCCTTTATTGCCTGACCGACCGAGACGGTTACTGGCAGCCCTGGAGTGAATGCGCCGGCGTCCTGAAGCCAATGGACGCCGCCGAAGCCGATCACGCCCCGGCGCCTTGGCAACTGGGCGGGTGTACATGGTTGCCGGTGGATGAAAGCAGTTTCCTGGCAAGCTGGACCGAGGCCGGCTTCGGGCGGTTGGGGCTGCGCAGCGGCGGCGTGCTCGAAGATTTCACCGGCACTTACAGCCGCTTCCGCAGCCTCGCGCTGGATGAGCAATTCGTCTATGCCATTGCCGCCTCGCCAGCCAGCCCCTCGGCGGTCATTGCGATCGAGCGGCGCAGTCATGAAGCGCTGGTGCTGGCCGGAGGCATCGCGCCGTTGCCTCCCGAGCAAATCAGCCGCCCCCGGACTCTGCGCTATCCCTCTGCGTCCAGCGAAGCCCACGGTTTTTTTTATCCAGCCATGAACACCGACGCGAAGCCGCCGCTGGTGGTGTTTATCCACGGTGGGCCGACCTCGGCTTGCTACCCGATGTTCGACCCGCGCATCCAGTATTGGACCCAGCGCGGCTTCGCCGTTGCCGACCTCAACTACCGTGGCAGCAGCGGTTATGGGCGCGTCTATCGGCAAGCGCTGCATTTGAGTTGGGGCGTGGTGGATGTCGAGGAGGCCTGCGCCGTGGTTGCTTACCTTGATGAGCAAGACTTGGTCGATGGCCGCTGCGCCTTCATCCGTGGCGGCAGCGCGGGAGGATATACCAGCCTCTGCGCCCTGGCGTTCCGGGACGTGTTCCGCGCTGGCGCCAGCCTCTACGGCGTCAGCGATCCCGTTGCCCTGGCCCGCGCTACGCACAAATTCGAAGGTGACTATCTGGACTGGCTGATCGGCGACCCGCAACTGGACGCCGAACGCTACCGGGCCCGCACGCCGTTACTGCATGCCGAGAGGATTCGCGCGCCGGTGATTTTTTTCCAAGGCGAGCTGGACGCCGTGGTCGTGCCGCAGCAGACCCGCGACATGGTCAAGGCGCTGGAGGACAACGGTGTTGCGGTCGAGGCTCATTACTACCCTGATGAGCGCCATGGCTTTCGCAAGGCCGCGAACCAGGCACATGCGCTGGAGCATGAGTGGTTGTTCTATCGCAGGGTGATGGATGGACTCGCATAG MNETRASSLKAEPFSAAQAVAAGIDFAELQLGPLGLFWNEYRPEDGACRIWHWRDGKARCLTPDGFSVRSRVYEYGGGSFCLSDDGVLFVNERDQQLYHQSLGDQCPVALTAGDCRYGDLHFATGHVLAVEEQADQHRLVSIGLADHQRRLLAEGADFYAAPILSPDGKRLAWIEWSRPHQPWTATRLMLAERNDSTWAAPCCVAGDDDEESIQQPRFDACSRLYCLTDRDGYWQPWSECAGVLKPMDAAEADHAPAPWQLGGCTWLPVDESSFLASWTEAGFGRLGLRSGGVLEDFTGTYSRFRSLALDEQFVYAIAASPASPSAVIAIERRSHEALVLAGGIAPLPPEQISRPRTLRYPSASSEAHGFFYPAMNTDAKPPLVVFIHGGPTSACYPMFDPRIQYWTQRGFAVADLNYRGSSGYGRVYRQALHLSWGVVDVEEACAVVAYLDEQDLVDGRCAFIRGGSAGGYTSLCALAFRDVFRAGASLYGVSDPVALARATHKFEGDYLDWLIGDPQLDAERYRARTPLLHAERIRAPVIFFQGELDAVVVPQQTRDMVKALEDNGVAVEAHYYPDERHGFRKAANQAHALEHEWLFYRRVMDGLA NA NA NA NA NA D1-35_05125 1152 pqqE COG0535 PqqA peptide cyclase GTGCACAGCACTGGATCACCCTTGCCTGAGAAGCCCGCCGTCGGCTTGCCGCTGTGGCTGCTGGCCGAGCTGACCTATCGCTGCCCGTTGCAATGCCCGTACTGCTCCAACCCGCTGGACTTTGCCGAACAAGGCAAGGAGCTGAGCACCGAGCAGTGGTTCAAGGTCTTTCGCGAGGCCCGGGAAATGGGCGCCGCGCAACTGGGCTTTTCCGGCGGCGAGCCGTTGGTGCGCCAGGACCTCGCCGAGCTGATCGGCGAGGCGCGCAAGCTAGGCTTCTACACCAATCTGATCACCTCCGGCATCGGCTTGACCGAACAGAAAATCAGCGATTTCAAGAAGGCCGGCCTCGACCACATCCAGATCAGTTTCCAGGCCAGCGACGAGCAGGTGAACAATCTGCTGGCCGGTTCGAAAAAAGCTTTCGCGCAAAAACTGGAGATGGCCCGAGCGGTGAAAGCCCATGGTTATCCGATGGTGCTGAACTTCGTCACCCATCGGCACAACATCGACAAGATCGACCGCATCATCGAGTTGTGCATCGCCCTGGAAGCCGACTTTGTCGAACTCGCCACCTGTCAGTTCTATGGCTGGGCACACCTCAACCGCGTCGGCCTGCTGCCCACGCGGGAACAACTGGTGCGTGCCGAGCGCATCACCAATGAATACCGGGCCAGGCTCGAGGCCGAAGGTAACCCGTGCAAGTTGATTTTCGTGACCCCGGATTACTATGAAGAGCGCCCCAAGGCCTGCATGAACGGCTGGGGCAGCATCTTCCTGACCGTTACCCCGGATGGCACGGCATTGCCTTGCCATGGCGCCCGGCAGATGCCGGTGCAATTCCCGAATGTGCGTGACCACAGCATGCAACACATCTGGTACGACTCGTTCGGCTTCAACCGTTTTCGAGGTTATGACTGGATGCCCGAGCCCTGCCGCTCGTGCGATGAAAAAGAAAAGGATTTCGGCGGCTGTCGTTGCCAGGCGTTCATGCTCACCGGTGACGCCAGCAATGCCGATCCTGTGTGCAGCAAATCCGCGCACCACGGGATGATTCTCCAGGCTCGCGAAGACGCCGAGCATGCCACGCAAACCATCGGACAACTGGCCTTTCGCAATGAACGAAACTCGCGCCTCATCGTTAAAGGCTGA MHSTGSPLPEKPAVGLPLWLLAELTYRCPLQCPYCSNPLDFAEQGKELSTEQWFKVFREAREMGAAQLGFSGGEPLVRQDLAELIGEARKLGFYTNLITSGIGLTEQKISDFKKAGLDHIQISFQASDEQVNNLLAGSKKAFAQKLEMARAVKAHGYPMVLNFVTHRHNIDKIDRIIELCIALEADFVELATCQFYGWAHLNRVGLLPTREQLVRAERITNEYRARLEAEGNPCKLIFVTPDYYEERPKACMNGWGSIFLTVTPDGTALPCHGARQMPVQFPNVRDHSMQHIWYDSFGFNRFRGYDWMPEPCRSCDEKEKDFGGCRCQAFMLTGDASNADPVCSKSAHHGMILQAREDAEHATQTIGQLAFRNERNSRLIVKG PGPT0001265_116 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001265-pqqE-K06139 NA NA D1-35_05126 276 pqqD PqqA binding protein ATGAGCTTCGACCGCAGCAAAACCCCTCAGTGGCGTCCCGGCTATCGCTTCCAATACGAACCGGCCCAGAAAGGCCATGTGCTGCTTTATCCTGAAGGCATGATCAAGCTCAACGACAGCGCCTCGCTGATCGGCGGCCTGATCGATGGTGAACGGGATGTCGCGGCGATCATCGGCGAGCTGGAGAAGCAATTCCCGGACGTGCCGGAACTCGGTGACGACATCGAGCAATTCATGGAGGTCGCCCGTGCACAGCACTGGATCACCCTTGCCTGA MSFDRSKTPQWRPGYRFQYEPAQKGHVLLYPEGMIKLNDSASLIGGLIDGERDVAAIIGELEKQFPDVPELGDDIEQFMEVARAQHWITLA PGPT0001260_564 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001260-pqqD-K06138 NA NA D1-35_05127 753 pqqC COG5424 Pyrroloquinoline-quinone synthase ATGACTGACACCCCCCTGTCCATCGCCGAGTTCGAGGCGGCCCTGCGTGCCAAAGGCGCGTACTACCACATCCATCACCCCTACCACGTGGCGATGTATGAAGGCCGCGCCACGCGCGAGCAGATCCAGGGCTGGGTCGCGAACCGCTTCTACTACCAAGTGAATATTCCGCTCAAGGACGCCGCGATCCTGGCCAACTGCCCGGACCGGGAAATCCGTCGCGAGTGGATCCAGCGCCTGCTCGACCATGACGGTGCCCCCGGCGAAGACGGCGGCATCGAAGCCTGGCTGCGACTGGGCCAGGCAGTGGGCCTGGACCCCGATCAGCTGCGCTCCCAAGAGTTGGTGCTACCCGGCGTACGCTTCGCCGTGGATGCCTACGTCAACTTCGCCCGCCGGGCTTCCTGGCAGGAAGCCGCCAGCAGCTCATTGACCGAACTGTTCGCCCCGCAGATCCACCAGTCGCGCCTGGACAGCTGGCCGCAGCACTACTCCTGGATCGACCCGGCCGGCTATGAATATTTCCGCACCCGCCTGGGCCAGGCTCGGCGTGATGTGGAGCATGGTCTCGCGATCACCTTGCAGCACTACACCACCCGCGCAGGCCAGGAGCGCATGCTGGAAATTCTCCAGTTCAAATTGGACATTCTCTGGAGCATGCTCGACGCCATGAGCATGGCTTACGAATTAAAACGCCCGCCCTATCACAGCGTGACCGATCAACGGGTGTGGCATAAAGGGATTACCTTATGA MTDTPLSIAEFEAALRAKGAYYHIHHPYHVAMYEGRATREQIQGWVANRFYYQVNIPLKDAAILANCPDREIRREWIQRLLDHDGAPGEDGGIEAWLRLGQAVGLDPDQLRSQELVLPGVRFAVDAYVNFARRASWQEAASSSLTELFAPQIHQSRLDSWPQHYSWIDPAGYEYFRTRLGQARRDVEHGLAITLQHYTTRAGQERMLEILQFKLDILWSMLDAMSMAYELKRPPYHSVTDQRVWHKGITL PGPT0001255_482 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001255-pqqC-K06137 NA NA D1-35_05128 912 pqqB COG1235 Coenzyme PQQ synthesis protein B ATGTTCGTCCAGATTCTAGGTTCCGCCGCCGGTGGGGGCTTTCCCCAGTGGAACTGCAACTGCGCCAATTGCGCGGGTTTTCGCGACGGCAATCTCCGAGCGCAGGCGCGCACCCAGTCGTCCATTGCAATTTCCGATGATGGCGTGAGCTGGGTCCTGTGCAACGCCTCGCCGGACATCCGCGCGCAACTCCAGGGTTTCGCCCCGATGCAGCCTGGCCGGGCGCTACGGGACACCGGCATCGGCGCGATCATCCTGATGGACAGCCAGATCGATCACACCACCGGCTTGCTCAGCCTGCGCGAAGGCTGCCCGCATCAGGTCTGGTGCACCGACATGGTCCATGAAGACCTGAGCACCGGTTTCCCGCTGTTCAACATGCTGACCCACTGGAACGGCGGCCTGAGCTGGAACCGCATCGAGCTGGACCAGAGCTTCACCGTCCCGGCCTGTCCGAACCTGCGCTTCACCCCGCTGCCGCTGCGCAGCGCCGCGCCGCCCTATTCACCGCACCGCTTCGATCCGCATCCGGGTGACAACATCGGGCTGATCGTTGAAGACCTGCGCAGCCGCGGCAAACTGTTCTATGCGCCGGGCCTGGGCAAGGTCGACGAACCGTTGCTGCAGATCATGGCCGACAGCGACTGCCTGCTGGTGGACGGCACGATGTGGGACGACGACGAAATGCAACGCCGTGGCGTCGGCACTCGCACCGGTCGGGAAATGGGCCACCTGGCGCAGAACGGTCCCGGAGGGATGCTGGAGGTGCTGGAGCAATTGCCCGAGCAGCGCAAGGTGCTCATCCATATCAACAACACCAACCCGATCCTGGACGAAGACTCGCCCGAGCGGGCCGAGCTGGTGCGACGCAGGATTGAAGTGGCTTACGATGGCATGAGCATCGAACTGTAG MFVQILGSAAGGGFPQWNCNCANCAGFRDGNLRAQARTQSSIAISDDGVSWVLCNASPDIRAQLQGFAPMQPGRALRDTGIGAIILMDSQIDHTTGLLSLREGCPHQVWCTDMVHEDLSTGFPLFNMLTHWNGGLSWNRIELDQSFTVPACPNLRFTPLPLRSAAPPYSPHRFDPHPGDNIGLIVEDLRSRGKLFYAPGLGKVDEPLLQIMADSDCLLVDGTMWDDDEMQRRGVGTRTGREMGHLAQNGPGGMLEVLEQLPEQRKVLIHINNTNPILDEDSPERAELVRRRIEVAYDGMSIEL PGPT0001250_462 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001250-pqqB|pqqG-K06136 NA NA D1-35_05129 120 pqqA Coenzyme PQQ synthesis protein A ATGTATAGCTTTAAACCGATCCACCCCAACCAAAGGAGTATTCCCATGTCCTGGTCCAAACCCGCATATATCGACCTGCGTATCGGCTTCGAAGTCACCATGTACTTCGCCAGCCGTTGA MYSFKPIHPNQRSIPMSWSKPAYIDLRIGFEVTMYFASR NA NA NA NA NA D1-35_05130 2439 hypothetical protein ATGCCGGCCCCCGATTCCCTCCGCCCCCATACCGAAACCCTGGCCAACGGCCTACAAGTGACGTTGCGCCATGCACCCGACCTCAAGCGCAGCGCTGCGGTATTGCGGGTGGCGGCCGGCAGCCATGATGCGCCTGAGGCCTGGCCGGGCCTCGCGCATTTTCTCGAACATCTTTTTTTTCTCGGGACAGAACGTTTTCCCAGCGGGCAGAACCTGATGGCCTACGTGCGGGACCACGGTGGGCAAGTCAACGCGCGTACCAGCGAGCGCACCACGGACTTTTTCATCGAGCTGCCGCCTGCCGCCCTGGCCGACGGGTTGGAGCGTCTGGCAGACATGCTCGCTCATCCCCGACTGGATGAAGCCGACCAGTTACGCGAGCGGGAAGTGCTGCACGCCGAATTCATCGCCTGGTCCCGGGACGCCGTCGCCCAGCGCCAGCTTGCCCTGTATGACGGATTAACGGCGGCCCATCCGCTGCGAGGTTTTCACGCCGGCAATCGCGACAGCCTCGGCGTATCACAGCCTGAATTTCAAACGGCCCTGCGCGGTTTCCATCAGCGTTTCTACCAGAGCGGTCAGATGACCTTGAGCCTCGCCGGCCCGCAAAGCCTCGAAACAATGAAGGCGCTGGCCGATCAATTCGCTACAAGCATGCCCATCGGAAAAGCGGCGACCAGGCAATTGCCACCGAGGCTAATGACGTCGCCAGGCATCGCTTATCAACAGGTCCGGGAAGGCTGCCTCGACTTGCTCTTCGCCCTCGAACACTTGCCTGGCGCCTCGCCTCAAGCATTGGCCTTCCTGTGTCACTGGCTGAACTCCAGCAAACCGGGCGGCTTGCTTGCGACGTTGCGCCAACGCGGTCTCGCCGACAGCCTCAAGGCTTCGCAGCTGTATGAATTTGCCGGTCAAGCACTGCTGCACATCGAGCTCAAGCTCGACAGCGGCCCGGTGCCGTCGGCTGTCGAGCCGTTGCTGCGCGACTGGCTGGGGTTCTTTGCCGCCCATGACGACTGGGCTCCCTTGCGCCAGGAATTCAACGCCCGGCTGCAGCGCCGTCAGGAAACGGCAACCGCCCTGCAACTGGCGCGTTGGGACGGCGAAGGATGTGCCGGGGCTCTAGCGGAAAACGACTTGATGCGGATTCGAGAAATCCTCAAACAACTGCACCCTGCGAATCCGGTCACCGAACAATGGCAACTGCCCTCGCCCAACCCGTTCCTGCAAGCGCCAAGCGAGCCGCCCCGCGCCGGTTTGATACGCGGCCAGACCAGCGCCCACCGTGGTCTGCGCACGTTCGCACAAGACCGCAGCCGGGGCCGGCGGGAACGCTCACCCATGCAGTTCAGCCAGGCATTGCCGGACTCCCGGGAAAGTGGGGTGTATGTGCGCTGGCAACTGGAGACCCGGGTACCGCTCGATTTTCAACCCAGACTCGATCGGCACCTGGCGGATGTGTGCGAGGACGCCCGGCAGGCAGGCGTGGACATCACTTTCGAAGCCTGTAGTGATCGATGGCTGTTGAAGCTGGTCGGTTTGCAAGCACCGATGCCGTTGGTGCTTGAGCACCTGCTGACAAAGCTGGAGCAGCCGCTGCCACCCGTTCAGGCCAGGAACGAAACGCCCCTGATGCCGATTCGACATTTGCTGCGGGAATTGCCGGATCACTATCAGCAGAACCTGCGGCATGCAGAGCCGCCACCGCCCGACAGCGAACAAGACGTCTGGGCAAGCGCCCGCTGGGACGGCCTGGCCATCGGTCTGTCGGCTGCTTCCCAAGCCGCTGTGGGCCCGTTGTTGGCCCGGATTCCTGGCGTGGCCCGCGAGGCGACGGCGCCAGCAGCGACGCCTTCACCAGGGCGGATCTGGCGCACCCTAGAGACCCATGGCGACGAACAGGCCGTGTTGCTGTTTTGCCCCTCGCCCACGTTGGACTTGCCCGACGAAGCTGCCTGGCGATTGCTGGCTCATTTGTGCCAGACCCCGTATTACCAGCGCTTGAGGATCGAGCTGCAGTTAGGTTATGCGGTGTTCAGTGGCTTGAAGCAAATCGATGGGTGGACCGGCTTGTTGCTGGGTGCGCAATCGCCCGAGACGTCGGCCGCGCAATTGGTCAGCCATATGGAGCAGTTTCTGACCGAGCTTCCCGCCGTGATCGAGCGAACCGACGATGCAACCCTGGCCAGCCAACAACAAGCCCTGGCCAGCCAGATGCAAATCGCCGCGTTGCCCTGCGCCCAGGCGGCCGAGCTACTCTGGCAAGGAAAACTGGCCGGCCACCCGGCGGACTTCCCTGAGCGACTGGCCGATGCCATTCTGGGCATGCAGCGCATAGACCTGGTGAATGCCGCCTGCCGCTTGATCGATGCGCAGGGAGGACGTTATTGCCTCAGCAACGCGCCGAGCCCGGGCGCCCCTTGGCGAGCGGCCGAATGA MPAPDSLRPHTETLANGLQVTLRHAPDLKRSAAVLRVAAGSHDAPEAWPGLAHFLEHLFFLGTERFPSGQNLMAYVRDHGGQVNARTSERTTDFFIELPPAALADGLERLADMLAHPRLDEADQLREREVLHAEFIAWSRDAVAQRQLALYDGLTAAHPLRGFHAGNRDSLGVSQPEFQTALRGFHQRFYQSGQMTLSLAGPQSLETMKALADQFATSMPIGKAATRQLPPRLMTSPGIAYQQVREGCLDLLFALEHLPGASPQALAFLCHWLNSSKPGGLLATLRQRGLADSLKASQLYEFAGQALLHIELKLDSGPVPSAVEPLLRDWLGFFAAHDDWAPLRQEFNARLQRRQETATALQLARWDGEGCAGALAENDLMRIREILKQLHPANPVTEQWQLPSPNPFLQAPSEPPRAGLIRGQTSAHRGLRTFAQDRSRGRRERSPMQFSQALPDSRESGVYVRWQLETRVPLDFQPRLDRHLADVCEDARQAGVDITFEACSDRWLLKLVGLQAPMPLVLEHLLTKLEQPLPPVQARNETPLMPIRHLLRELPDHYQQNLRHAEPPPPDSEQDVWASARWDGLAIGLSAASQAAVGPLLARIPGVAREATAPAATPSPGRIWRTLETHGDEQAVLLFCPSPTLDLPDEAAWRLLAHLCQTPYYQRLRIELQLGYAVFSGLKQIDGWTGLLLGAQSPETSAAQLVSHMEQFLTELPAVIERTDDATLASQQQALASQMQIAALPCAQAAELLWQGKLAGHPADFPERLADAILGMQRIDLVNAACRLIDAQGGRYCLSNAPSPGAPWRAAE NA NA NA NA NA D1-35_05131 795 ramA_2 (R)-stereoselective amidase ATGCGCGTAGCCCTCTACCAATGTCCACCGCTGCCAATGGATCCGGCCGGCAACCTGCAGCGTCTGCACCAAGTCGCGCTGGAGGCCCGAGGCGCTGACATATTGGTGCTGCCGGAGATGTTCCTGACCGGCTATAACATCGGCGTCGATGCGGTGCATGTACTGGCCGAGGTCTACAACGGCGAATGGGCCCAGCAAATTGGCCGCATCGCCAAGGCGGCCGGCCTGGCGATTCTCTATGGCTACCCCGAACGCAGCGAAGACGGACAGATCTACAACGCCGTGCAACTGATCGATGCCCAAGGCGAACGCCTCGCCAACTATCGCAAGAGCCACCTGTTCGGCGACCTCGACCATACGATGTTCAGCGCCGGGGATGCGACGCTGCCCATTGTCGAGCTCAACGGCTGGAAGCTCGGTTTCCTGATCTGCTATGACTTGGAGTTCCCGGAAAACGCCCGGCGGCTGGCCTTGGCCGGTGCCGAGCTGATCCTGGTGCCGACCGCCAACATGCAGCCCTACGAGTTCATCGCCGACGTCACCGTGCGGGCGCGGGCCATTGAAAACCAGTGTTTCGTGGCCTACGCCAACTACTGTGGCCACGAAGGTGAGTTGCGCTATTGCGGCCAGAGCAGCATCGCCGCGCCGGACGGCAGCCGCCCGGCCCTGGCGGGGCTGGACGAGGCGTTGATCGTCGGTGAACTGGATCGACAGCTGATGAATGACTCGCGCGCGGCCTACAACTACCTGCACGACCGTCGCCCGGCGCTATACGGCGACTTGCATAAACACTGA MRVALYQCPPLPMDPAGNLQRLHQVALEARGADILVLPEMFLTGYNIGVDAVHVLAEVYNGEWAQQIGRIAKAAGLAILYGYPERSEDGQIYNAVQLIDAQGERLANYRKSHLFGDLDHTMFSAGDATLPIVELNGWKLGFLICYDLEFPENARRLALAGAELILVPTANMQPYEFIADVTVRARAIENQCFVAYANYCGHEGELRYCGQSSIAAPDGSRPALAGLDEALIVGELDRQLMNDSRAAYNYLHDRRPALYGDLHKH NA NA NA NA NA D1-35_05132 1683 iaaM Tryptophan 2-monooxygenase ATGAACAAGCACAATCGCCACCCAGCAGACGGCAAGAAGCCCATCACCATTTTCGGACCGGACTTTCCTTTCGCCTTTGACGACTGGATCGAGCACCCGGCCGGCCTGGGGGTCATTCCCGAGCACAACCACGGGGCTGAAGTGGCGATCGTCGGCGCGGGGATCGCCGGTCTCGTAGCCGCTTACGAATTGATGAAGCTAGGCCTCAAACCGGTGGTCTACGAGGCGTCGAAGATGGGCGGACGTCTGCGCTCCCAAGCGTTCAACGGCGCCGAAGGCATCGTTGCCGAGCTCGGTGGCATGCGTTTTCCGGTGTCGTCCACGGCGTTCTACCACTACGTCGACAAACTGGGCCTGGAGACCAAACCGTTCCCCAACCCACTGACCTCGGCCTCGGGCAGCACCGTCATCGACCTGGAAGGGCAGACTTACTACGCCGAAAAAATGGCCGACCTTCCTGCGCTGTTCCAGGAAGTCGCTGACGCCTGGGCCGATGCCCTGGAGGATGGCTCGCGTTTCAGCGAGATCCAGCAGGCGATCCGCGAGCGCGACGTGCCGCGTCTCAAAGAGCTGTGGAACACCCTGGTACCGCTGTGGGATGACCGCACATTCTACGATTTCGTCGCCACCTCCAAGGCGTTCGCCAAGCTGTCTTTCCAGCACCGCGAAGTGTTCGGCCAGGTCGGCTTCGGCACGGGCGGCTGGGACTCGGACTTCCCCAACTCGATGCTGGAAATCTTTCGCGTGGTGATGACCAATTGCGACGACCATCAGCACCTGGTGGTTGGCGGCGTTGAACAGGTGCCGCAGGGAATCTGGAGGCATGTGCCGGAGCGTTGTGTGCATTGGCCGGAGGGCACCAGCCTGAATTCGTTGCACCTGGGCGCGCCACGCAGCGGGGTGAAGCGTATCGCTCGCGCCGACGACGGCCGATTCAGCGTGACCGACGTCTGGGGCGACACGCGCGAATACGCCGCCGTGCTGGTCACCTGCCAGACCTGGCTGCTTACCACCCAGATCGAGTGTGAAGAAGCGCTGTTCTCGCAAAAGATGTGGATGGCCCTGGATCGCACCCGCTACATGCAATCGTCAAAGACCTTCGTGATGGTCGACCGGCCGTTCTGGAAGGACAAGGACCCGGAAACCGGCCGCGACCTGATGAGCATGACCCTCACCGATCGCCTGACCCGTGGTACCTACCTGTTCGACAATGGCGACAACAAGCCGGGGGTCATCTGCCTGTCGTATTCCTGGATGAGCGATGCGCTGAAAATGCTCCCGTACCCGGTGGAAAAACGCGTCAAGCTGGCCCTGGATGCCCTGAAAAAAATCTACCCGAAGGTGGACATCGCCGCGCGGATCATTGGCGAACCGATCACCGTGTCTTGGGAAGCCGACCCGTATTTCCTCGGCGCCTTCAAGGGCGCGCTACCCGGCCACTATCGTTACAACCAGCGCATGTACGCGCATTTCATGCAGGACGACATGCCGGCCGAACAAAAAGGGATCTTTATCGCCGGCGACGACGTCTCATGGACACCCGCCTGGGTTGAAGGCGCGGTCCAGACCTCGCTCAATGCCGTGTGGGGAATCATGAAACACTTCGGCGGTGAAACCCATGCCGAGAATCCGGGTCCAGGGGATGTGTTCGACGAAATCGGTCCGATCGCCCTGCCCGAATAA MNKHNRHPADGKKPITIFGPDFPFAFDDWIEHPAGLGVIPEHNHGAEVAIVGAGIAGLVAAYELMKLGLKPVVYEASKMGGRLRSQAFNGAEGIVAELGGMRFPVSSTAFYHYVDKLGLETKPFPNPLTSASGSTVIDLEGQTYYAEKMADLPALFQEVADAWADALEDGSRFSEIQQAIRERDVPRLKELWNTLVPLWDDRTFYDFVATSKAFAKLSFQHREVFGQVGFGTGGWDSDFPNSMLEIFRVVMTNCDDHQHLVVGGVEQVPQGIWRHVPERCVHWPEGTSLNSLHLGAPRSGVKRIARADDGRFSVTDVWGDTREYAAVLVTCQTWLLTTQIECEEALFSQKMWMALDRTRYMQSSKTFVMVDRPFWKDKDPETGRDLMSMTLTDRLTRGTYLFDNGDNKPGVICLSYSWMSDALKMLPYPVEKRVKLALDALKKIYPKVDIAARIIGEPITVSWEADPYFLGAFKGALPGHYRYNQRMYAHFMQDDMPAEQKGIFIAGDDVSWTPAWVEGAVQTSLNAVWGIMKHFGGETHAENPGPGDVFDEIGPIALPE PGPT0020330_196 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0020330-davB-K00468 NA NA D1-35_05133 462 lrp_6 COG1522 Leucine-responsive regulatory protein TTGACTGAGATCCGCCCTCCCGTCCTCGACGAAATCGACCGCCAGTTGATCGCGGCCCTGCAAATCAACGCGCGGGAAAGCGTCGCCATGCTCGCCCGGCAATTGGGAATTGCCCGCACCACCGTGACGTCGCGCCTGGCTCGACTGGAGAAAGCCAAGGTGATCACTGGGTACGGCGTGCGCCTTGGCCAGCGGGTGATCGATGGCGGTCTGCAGGCCTATGTCGGGATCAAGGTGCAGCCACGCTCCGGTAAAGAGGTACTGCGCCGCTTGAGCGCCATGGCCCAGGTCCAGCAGTTGTGCGCGGTCAGCGGCGAATTTGATTATGTGGCGTGGCTGCGCACCGATTCGCCGGAGCAGCTGGATCAGTTGCTCGACCAGATCGGCAGCGTGGACGGGGTGGAGAAAACGACTACGTCGATCATTCTCAGCAGCAAGATCGATCGGGGCCAGCCGGTCTGA MTEIRPPVLDEIDRQLIAALQINARESVAMLARQLGIARTTVTSRLARLEKAKVITGYGVRLGQRVIDGGLQAYVGIKVQPRSGKEVLRRLSAMAQVQQLCAVSGEFDYVAWLRTDSPEQLDQLLDQIGSVDGVEKTTTSIILSSKIDRGQPV NA NA NA NA NA D1-35_05134 2496 hypothetical protein TTGTCTTTTTTAACGTCCGCTCACTTACAATCAGATTTCCAATACCCCGCCGAGACGCCCATCATCGCCAGCCCCAGCCTTCCCCGCCTATTCCTCGAACTCTTCTGGCAACTCGGCATCCTGGTGGTGCCAGCCTTTTTCATCACGATACTGCCGCCGCCGCTGGCCTTGCTGGGGGTGGTGTTGCTCGGTTTGCTGATGGGTCTTGCCGCGCGGCTGGGCTTTTTGGGGGTGGGCCGGGGCATTGCCCGGCTGACTGTCGGCGCGGTGTTTGGCCTGGGTTTCAGTCTGGGACGGGCATTGCCTGAGTGGTGGGGAATTCTGGTGGCGATCGTCGCCATCGTTGGCGGGCTCGCCTGCGTGAGCAAGTGGGAGCGCCGCCTTGGGTTGGCGCCGGTCTCCTCTGCGGGCCAAGGACCGAGTGCCTGGGGCACAAACGAGCCGCTGCTGACGCCCGAGGGCGAGCCGATCCGGGTGTTCAACCACAGCGAAATTGCCATGGGCGGCCCCGTTCATTGCGATTATCTGTTTCCTGATGGCGTGCTCTTGCAAGGCCTTGGCTCCTCGGCGGTGTTCTCCAGCGACGGTCGCTATTTCGCCGCGCCGGTACCGTCACGCCAGGAATGGGGACTGGTCGTTCTCGACCGGGAGCAACGCAAGCTGTACCGCTGTGCCGAAACCGAGTTCTGGGAGCTGGATGCCCTGGACCTGGATCAACTGAGCGGCCGCCATAGCCCCTTGGTCGACAACAGCGTTCGTCAGGTCCGACTGGATGAACTGTTGCAGGCCGCCGAAGTAGCCGACCTGATCCCGTTTGCGGACCTTTGGCTGGAGCCTGGCTGGAATCCGGACAGTGTTGCGCGCAGCTTCGAACGGGCTTCCATTGATGGCGGGCAAATCCTGCAGGGCGACATCTTGTTGCCCAAGACCTTTCGCGATCTGGCCCAGCCACTGGAGCCACTGTATTCGCCGCGCTACGCCATCAGCCTCAATGGTCAACCATCGGGCCTGGTCATGGCAGCCGATGCGCCACTGGTCTGGAGCGGCGATAACCGCGCCCTGGTCTGTCTGGCCCGGGAGCAGGCCAACGAGGCGGATGGCAATCAGTACTGGTTGTGGCAAGTGGATCATGGCTGGCGAGCCCTGCCCTCGCCGTGGGTAAAGAGCGACGCGGAGCCGTCCTTTTATTGGCATGAATTATTGAGCCTTGATGCGAGCCATGTCCGTATCGGCTCGTATCTCGATTATCCGCGACCAAGCGCCGGCCGTTATGGCTATCGCCTGGAGAGTATCCACGGCGATACCGAAACCCAAGTGGGTCATGACGCTCGAGGTCGCGTGCAGGTCGGTGAGTTCAAGCTGACCCGCATGGCGATCATGCTGCCGCTGGACAGCACGGGGCGGCGAGGCGACTCGTGCGTCGAGACGCAACCGTTGCAAGGCGATGCGCGCGCTGTCCTGACCTGGCTCGGTGACAATCCCCAAGGCCTGGGTGGCTATCGCTGCCGGATCGGCGACTGGTCGTTGCCGGGGGCTTGGCTGCTGGACCATCGGGTTTCCGATTGCGGACGCTATCTGGCGCTGCTGCCCTTTGAAAACTCAACGACAGTCACCAGCCATGCGCTGGTGGCGGATGTGCAGGAACACCGCCTGCTGGAAGGACCGCCCATGTGGGTGGAACGGATACTGGATTTCCGCGATGGCCGATTGAATCTGGCAGTGATCCAGGGCCGTCTTGATCAAGACAGGGAAAGCAGCCCGTTGCAACGTTTCAACATCGCCGCGCCAGAGGTTGGCGGCGACGCGTCGTTCTTCCGTCCCAACGAGCAATCCCGGCTGTTCTACAACACTGCGCAGTTGCAGCCGACAGACTCGCAGCTCAAAGCCGTCCCGCCTTGGCGTCTGGTGGCTGGCCCGCAAGCGGCCACTGCCGAGGGGGATTTCATCCAGCCCGCGCCGAATGATCAGAATGCCGCCTGGCTGTTCGGCAGTGAGACGGAATACACCGACAGCTGGGTGCGTACCGGTACGCCCCGTCTCGGCGGACACTTGCTGACCGCCTCAGGCTGCGCGTTGGTTGATCTGGCGCCCTCGATGATCTGGTCGGCGGACAGCCGCTACCTGGCCCTGACCTGCATGGCGACCGATGTCACGGAACTGTGTGGAAGTTACCGCGGTTGGCAACTGCTGCTCCTTGATGTTGAGGCGCGTACGCTGCGTATACATCCGCAATGGCTGGGCAATCGGCCGCTATTTGAAAGCTTCGAAGAAGAGCAACTACGCCTGCGAAGCTTCCAGCGCGACTGGGAGACCGAAGCCGACGAGGACCAGGGTTCGGTGCAGTCGTTCTCACTGGACGCTCTGCTGCAGTTGCCCACTGAGCAACTGATCTGCCAGGAAGGCGTCTGGCTCAGGTCTTCCCAGGCTCACCTGGCAGCCGCCTGGCGGGCGCTGGCTTTACCTGCCACTGGCTATTTCGAGCGAGGGAACCTGTAA MSFLTSAHLQSDFQYPAETPIIASPSLPRLFLELFWQLGILVVPAFFITILPPPLALLGVVLLGLLMGLAARLGFLGVGRGIARLTVGAVFGLGFSLGRALPEWWGILVAIVAIVGGLACVSKWERRLGLAPVSSAGQGPSAWGTNEPLLTPEGEPIRVFNHSEIAMGGPVHCDYLFPDGVLLQGLGSSAVFSSDGRYFAAPVPSRQEWGLVVLDREQRKLYRCAETEFWELDALDLDQLSGRHSPLVDNSVRQVRLDELLQAAEVADLIPFADLWLEPGWNPDSVARSFERASIDGGQILQGDILLPKTFRDLAQPLEPLYSPRYAISLNGQPSGLVMAADAPLVWSGDNRALVCLAREQANEADGNQYWLWQVDHGWRALPSPWVKSDAEPSFYWHELLSLDASHVRIGSYLDYPRPSAGRYGYRLESIHGDTETQVGHDARGRVQVGEFKLTRMAIMLPLDSTGRRGDSCVETQPLQGDARAVLTWLGDNPQGLGGYRCRIGDWSLPGAWLLDHRVSDCGRYLALLPFENSTTVTSHALVADVQEHRLLEGPPMWVERILDFRDGRLNLAVIQGRLDQDRESSPLQRFNIAAPEVGGDASFFRPNEQSRLFYNTAQLQPTDSQLKAVPPWRLVAGPQAATAEGDFIQPAPNDQNAAWLFGSETEYTDSWVRTGTPRLGGHLLTASGCALVDLAPSMIWSADSRYLALTCMATDVTELCGSYRGWQLLLLDVEARTLRIHPQWLGNRPLFESFEEEQLRLRSFQRDWETEADEDQGSVQSFSLDALLQLPTEQLICQEGVWLRSSQAHLAAAWRALALPATGYFERGNL NA NA NA NA NA D1-35_05136 3744 hypothetical protein ATGCCCAGACTGACGGCCGTGCTTTTGCTGTCACTGATGACCTGGACCGCAACGGCCGGCGCGTTGACGCTCACGGAGGAAGAACGCCGCTGGCTCAAGGACCACCCCGACCTGCGCCTGGGTGTCGATGCGTCATGGCCGCCGTTCGAATTTCGCGACGACAACGGCCGCTACCAAGGCCTGGCCGCCGACTATGTCGATATCATCCGCGAGAAACTGGCCGTCACGCTCACACCCATCGAACCCGTCAGTTGGACGGAGGTGCTGGAACAGGTCGTGCAGGGCAAGATCGACCTTCTACCGGGCATCATGTCCACCCCCGAACGCCAGAACTACCTGTCGTTCACTCGTCCCTACCTCGATTTTCCAATTGTCATCCTGGCCCATAAAGGCGGGCCCCGACCCCATAAGCTCGAAGACCTTTACGGGCTGAAAATCGCCGTGGTGGAGAACTATGCCCCCCACGAACTGTTGCGCAACCACCACCCCGACCTGAACCTGGTCGCACTGCCCAACGTCAGTTCGGCGCTGCAGGCCTTGGCGACCGATGAAGTCGATGCGGTGGTGGGCGATCTTGCTTCCAGCGTGTGGAGCTTGCGCCAGCTCAAGCTTGACGGGCTCTACGTCAGCGGAGAAACGCCCTACCGCTACCAGTTGGCGATGGCCGTCCCACGGGAAAACAAGATATTGGTGGGCATCCTCGACAAGGTCCTGGCGGACATGACGCCGATGGAGATCAGCGAAATCCAGGAAAAATGGGTTGGCAACGTGCGGGACCATCGCCAGCTCTGGTCAGACCTGCTGCTTTACGGCCTGCCCGGGCTGCTGCTGTTGATCGCCATCCTGGCAGTGGTGATTCGCATCAACCGTCGCCTGAGTTCGGAAATAGCCCGACGCGTCGACCTGGAACAGGAGCTGCGCAGCAGCGAATACCATTATCGCGGGCTGGTTGAGAGCCTTTCGGCGATTGCCTGGGAGGCCAGGGTCAGCGACTTCACCTACAGCTATGTATCGCCTCACGCCGAAGAATTGCTCGGCTATCCCCTCGCCCATTGGCTCATCCCCGGGTTCTGGCGCAACATCATTCATCCGGCGGACCTGATCCGCGCGCAGACATATTGCGATCACGAAGTCCTTGCCGGCCGCGATCACTGCATCGACTACCGGGTGATCACCGCCGACGGTCGCTGCCTGTGGGTGCGGGACATCGTCAGCCTGATCAAGCATGGCCATGAACCGTTGATGCGCGGACTGATGATCGACATCAGCGAAGCCAAGCACACCGAGGAAGCGCTGCGCCTTTCCGAACAGAAGTTCGGCTCGGTATTTCGCCAGTGCCCGGACATCCTGGTGATTGCGCGCCTGCTGGACGGTTGCCTGCTGGAGGTCAATAAAGCCTTCGAAGAGCAGATTGGCCTCAGCGCCGCAGAGGTGGTCGGCAAAAGCGCGACCGACCTGGACATCTGGGGCATACAAGGCGTCGGCCCAAGTTTGCTCCAGCGGTTGCAGGCCGGGAGCATTCGCAATCTGGAAATGCCTTTTCAACGCAGCAACGGCGAGGTGTTCACCGGGCTGATATCGGCCGAACCCTTTGATCTGGACACCACCCCAGCCCTGGTCGTGGTGGTGCGCGACATCAGCCAGCTCAAGGAGACCCAGCAGCAATTGCAGACCTCCGAAGAAAAATTCGCCAAGGCTTTTCACGCCTCGCCCGACGGCTTGCTGCTGTCCAGGCAGAGCGATGGTTTGCTGATTGAAGTCAACGACGGTTTCAGCCGCATTACCGGTTTCAACAGCGCCCTGTCGGTTGATCGTTCGACCCTGGACCTGGGAATCTGGGTCAATCTCAACGAGCGCAAGCAGATGCTCGACCTGCTGCAGCGGGACGGTTTCGTAAAGGATTTCAGCTGCCATATCCGCCGTAACGACGGGCAGATACGGCTCTGCGAGGTGTCCAGCCGTCCGCTGCCCATCGGCAACGAGGACTGCATGCTGACGATCGCCCGGGACATCACCGAACGCCACTTCATGCAGGAGAAACTGCAGCAGGCCGCCACCGTATTCGAAAGCACCGCCGAAGGCGTACTGATCACCGATACACAACAGCACATCAGCGCCGTGAACCGAGCCTTTACGGAAATCACCGGCTATAGCGAAACCGAAGCCCTGGGCCATACGCCTCGGCTGCTGGCTTCCGGGCTGCACGACAGCGCGTTTTATGCCGCGATGTGGCATCAGTTGACCGCCGAGGGCCACTGGCAGGGTGAAATCTCCAATCGACGCAAAAATGGCGAGCTGTATCCCAGCTGGCTGACCATCAGCGCCGTGCGCAACCAGGAACAACAGACCACCCATTTCGTCGCGGTTTTTGCCGACATTTCAAGCCTCAAGCACGCCCAGGCCCGACTCGACTACCAGGCGCATCACGACCCGCTCACGGGCCTGCCGAATCGCACGCTGTTCGAAAGCCGTTTGCTCTCGGCGCTCAATAGTCAGCAAGAAAATGGCGGCCAAGGCGCGGTGTTGTTCCTGGACCTGGACCGTTTCAAACACATCAACGACAGCCTCGGGCACCCGGTCGGCGATCTGCTGCTCAAGGGCATTGCCGTGCGCCTGCGCGAGCAATTGCGTGACATCGACACCGTGGCGCGCCTGGGCGGTGACGAATTCATCATCCTGCTGCCCGGCCTGCAGCAGCCCAGCGATGCCGAGCACATTGCGCAGAAGCTGTTGAACTGTTTCTGCGCGCCGTTCCAGGCCGGCGAGCATGAGTTTTTCATCAGCGCCAGCATCGGCACCAGCCTCTATCCGCAGGATGGCTGCGATGTCGCCACGCTGGTCAAAAACGCCGACGCGGCGATGTACCGCTCCAAGGCCAAGGGTCGCAACCGGGTGGAAAGCTACACTCGCGACCTCACGGCCCAGGCCAGCGAGCGCGTGGCACTGGAACACGAGCTGCGTCGGGCGATCGAGCGCAACGAACTGTCGTTGTCGTTCCAGCCGAAAATCAGCCTCATCGACAACCGCCTGGTAGGCGCCGAGGCATTGATTCGCTGGACCCATCCGACCTTTGGCGACGTACCACCGGAGCATTTCATCCCCCTGGCCGAAGAAAACGGCATGATCCTGCAAATCGGCGATTGGGTACTGGAAAACGCCTGCCGACAACTGCACGCATGGAACAGCTGTCACGAAAGCCTCGGGCCACTGTCAGTCAACCTGGCCGGCGCCCAACTGCGTCAGCCCAACCTGCTGAATCGGATCGAACAATTGCTGCGGGAAAACCACCTTGAGCCTGGTTTGTTGCAACTGGAGATTACCGAAAACTTCATCATGAGCCAGGCCGAAGAGGCCCTGACGGTACTGTATCAACTGAAAAAACTCGGCGTGCAACTGGCCATCGACGACTTCGGTACCGGCTATTCCTCGCTGAGCTACCTCAAGCGCCTGCCGCTGGACATCCTGAAAATCGACCAGTCTTTCGTCCGCGGCCTGCCCGATGACCCCCACGATGTGGCCATCGTGCGGGCAATCATCGCCTTGGGCCGGAGCATGCAATTCAGCATCATCGCCGAGGGCGTCGAAACTCTCGCCCAACAGCAATTTCTCGCCGAGGAAGGCTGCGAGCAGATCCAGGGCTACATCGTCAGCCTGCCCCTGTGCGCCGAAGAATTTGCCGCGACGTTTCTGCATGTGACCGTATCGGATTTTTCGGATAGCACAGCCGAGAAACCGTCGCTATAA MPRLTAVLLLSLMTWTATAGALTLTEEERRWLKDHPDLRLGVDASWPPFEFRDDNGRYQGLAADYVDIIREKLAVTLTPIEPVSWTEVLEQVVQGKIDLLPGIMSTPERQNYLSFTRPYLDFPIVILAHKGGPRPHKLEDLYGLKIAVVENYAPHELLRNHHPDLNLVALPNVSSALQALATDEVDAVVGDLASSVWSLRQLKLDGLYVSGETPYRYQLAMAVPRENKILVGILDKVLADMTPMEISEIQEKWVGNVRDHRQLWSDLLLYGLPGLLLLIAILAVVIRINRRLSSEIARRVDLEQELRSSEYHYRGLVESLSAIAWEARVSDFTYSYVSPHAEELLGYPLAHWLIPGFWRNIIHPADLIRAQTYCDHEVLAGRDHCIDYRVITADGRCLWVRDIVSLIKHGHEPLMRGLMIDISEAKHTEEALRLSEQKFGSVFRQCPDILVIARLLDGCLLEVNKAFEEQIGLSAAEVVGKSATDLDIWGIQGVGPSLLQRLQAGSIRNLEMPFQRSNGEVFTGLISAEPFDLDTTPALVVVVRDISQLKETQQQLQTSEEKFAKAFHASPDGLLLSRQSDGLLIEVNDGFSRITGFNSALSVDRSTLDLGIWVNLNERKQMLDLLQRDGFVKDFSCHIRRNDGQIRLCEVSSRPLPIGNEDCMLTIARDITERHFMQEKLQQAATVFESTAEGVLITDTQQHISAVNRAFTEITGYSETEALGHTPRLLASGLHDSAFYAAMWHQLTAEGHWQGEISNRRKNGELYPSWLTISAVRNQEQQTTHFVAVFADISSLKHAQARLDYQAHHDPLTGLPNRTLFESRLLSALNSQQENGGQGAVLFLDLDRFKHINDSLGHPVGDLLLKGIAVRLREQLRDIDTVARLGGDEFIILLPGLQQPSDAEHIAQKLLNCFCAPFQAGEHEFFISASIGTSLYPQDGCDVATLVKNADAAMYRSKAKGRNRVESYTRDLTAQASERVALEHELRRAIERNELSLSFQPKISLIDNRLVGAEALIRWTHPTFGDVPPEHFIPLAEENGMILQIGDWVLENACRQLHAWNSCHESLGPLSVNLAGAQLRQPNLLNRIEQLLRENHLEPGLLQLEITENFIMSQAEEALTVLYQLKKLGVQLAIDDFGTGYSSLSYLKRLPLDILKIDQSFVRGLPDDPHDVAIVRAIIALGRSMQFSIIAEGVETLAQQQFLAEEGCEQIQGYIVSLPLCAEEFAATFLHVTVSDFSDSTAEKPSL NA NA NA NA NA D1-35_05137 1848 rpoD COG0568 RNA polymerase sigma factor RpoD ATGTCCGGAAAAGCGCAACAGCAGTCTCGTATCAAAGAGTTGATCCTATTGGGTCGTGAGCAGGGCTACCTGACTTACGCGGAGGTCAACGACCACCTGCCGGAGGATATTTCAGATCCGGAACAGGTGGAAGACATCATCCGCATGATCAACGACATGGGGATCAACGTATTCGAGGTTGCTCCAGATAAGGATGCCCTTATGCTGGCCGACGCCGATACCGACGAGGCGGCCGCTGAAGAAGCGGCCGCAGCGTTGGCAGCGGTCGAGACCGACATTGGTCGCACCACCGACCCCGTGCGCATGTACATGCGTGAGATGGGTACGGTAGAGCTCCTCACGCGTGAAGGCGAAATTGAAATCGCCAAGCGTATTGAAGAAGGCATCCGTGAAGTGATGGGCGCAATTGCGCACTTCCCTGGCACGGTCGACCATATTCTCTCCGAATACACCCGCGTCACCACCGAAGGTGGGCGCCTGTCTGACGTCCTGAGCGGTTACATCGACCCGGACGACGGCATCGCGCCGCCTGCCGCCGAAGTGCCACCACTGGTCGACCCGAAAGCCGTCAAGGCCGACGATGAGACCGACGATGACGACGCCGAAGCCAGCGACGACGAAGAAGAAGCCGAAAGCGGTCCAGACCCGGTCATCGCCGCCCAGCGTTTTGGCGCCGTGGCCGACCAGATGGAGATCACCCGCAAGGCGCTGAAAAAGCACGGTCGCAACAACAAGCAGGCAATTGCCGAACTGTTGGCGCTGGCTGAGCTGTTCATGCCGATCAAGCTGGTGCCCAAGCAGTTCGAAGGCCTGGTCGAGCGTGTTCGCAGTGCCCTGGATCGTCTGCGTCAGCAAGAGCGCGCGATCATGCAACTGTGTGTGCGTGACGCCCGCATGCCGCGTGCAGATTTCCTGCGCCAGTTCCCTGGCCATGAAGTCGACGAAAGCTGGACCGATGCACTGGCCAAAGGCAAGAGCAAATACGCCGAAGCGATTGGCCGCCTGCAACCGGACATCATTCGTTGCCAGCAGAAGCTGAGCGCGCTGGAGGCCGAGACTGGCCTGAGCATCGCTGAAATCAAGGACATCAACCGTCGCATGTCGATCGGCGAGGCCAAGGCCCGTCGCGCGAAGAAAGAGATGGTCGAAGCGAACTTGCGTCTGGTGATCTCGATCGCCAAGAAGTACACCAACCGTGGCCTGCAATTCCTCGACCTGATCCAGGAAGGCAACATCGGGCTGATGAAGGCGGTGGACAAGTTCGAATACCGTCGCGGCTACAAGTTCTCGACTTATGCCACCTGGTGGATTCGTCAGGCGATCACTCGCTCGATCGCCGACCAGGCTCGCACCATCCGTATCCCGGTGCACATGATCGAGACGATCAACAAGCTCAACCGTATTTCCCGGCAGATGTTGCAGGAAATGGGTCGCGAACCGACGCCGGAAGAGCTGGGCGAACGCATGGAAATGCCTGAGGACAAGATCCGCAAGGTATTGAAGATCGCCAAAGAGCCGATCTCCATGGAAACCCCGATCGGTGATGACGAAGATTCCCATCTGGGTGACTTCATCGAAGACTCCACCATGCAGTCGCCGATTGATGTCGCCACCGTTGAGAGCCTCAAGGAAGCGACTCGCGAAGTCCTTTCCGGTCTCACTGCCCGTGAAGCCAAGGTACTGCGGATGCGCTTCGGCATCGACATGAACACCGACCACACCCTCGAGGAAGTCGGTAAACAGTTCGATGTAACTCGTGAGCGGATTCGTCAGATCGAAGCCAAGGCGTTGCGCAAACTGCGCCACCCGACGCGAAGCGAGCATCTGCGTTCGTTCCTCGACGAGTGA MSGKAQQQSRIKELILLGREQGYLTYAEVNDHLPEDISDPEQVEDIIRMINDMGINVFEVAPDKDALMLADADTDEAAAEEAAAALAAVETDIGRTTDPVRMYMREMGTVELLTREGEIEIAKRIEEGIREVMGAIAHFPGTVDHILSEYTRVTTEGGRLSDVLSGYIDPDDGIAPPAAEVPPLVDPKAVKADDETDDDDAEASDDEEEAESGPDPVIAAQRFGAVADQMEITRKALKKHGRNNKQAIAELLALAELFMPIKLVPKQFEGLVERVRSALDRLRQQERAIMQLCVRDARMPRADFLRQFPGHEVDESWTDALAKGKSKYAEAIGRLQPDIIRCQQKLSALEAETGLSIAEIKDINRRMSIGEAKARRAKKEMVEANLRLVISIAKKYTNRGLQFLDLIQEGNIGLMKAVDKFEYRRGYKFSTYATWWIRQAITRSIADQARTIRIPVHMIETINKLNRISRQMLQEMGREPTPEELGERMEMPEDKIRKVLKIAKEPISMETPIGDDEDSHLGDFIEDSTMQSPIDVATVESLKEATREVLSGLTAREAKVLRMRFGIDMNTDHTLEEVGKQFDVTRERIRQIEAKALRKLRHPTRSEHLRSFLDE NA NA NA NA NA D1-35_05138 1959 dnaG COG0358 DNA primase ATGGCCGGGCTAATTCCCCAGAGCTTTATTGACGACCTCCTGAACCGCACCGACATCGTCGACGTGGTCAGCTCTCGCCTGCAAATGAAGAAAGCGGGCAAGAACTACACAGCCTGCTGCCCGTTTCACAAAGAAAAAACCCCCTCCTTCAGCGTCAGCCCCGACAAGCAGTTCTATTATTGCTTCGGCTGCGGCGCTGGCGGCAATGCCCTCGGCTTCATCATGGACCACGACAACCTGGATTTCCCCCAGGCCGTCGAGGAACTGGCCAAAGCCGCCGGCATGGAAATTCCTCGCGAGGAGAGCGGACGACAACACAAGCCTCGCCAACCCACCGATTCGCCGCTGTATCCGCTGCTCACGGCAGCAGCCGACTTTTATCGCCAGGCACTTAAAAGCCATCCGGCCCGCAAGGCGGCGGTGGATTATCTCAAGGGCCGCGGCCTGACCGGTGAGATTGCTCGCGACTTCGGCCTCGGCTTCGCCCCGCCGGGCTGGGACAACCTGTACAAACATTTGAGCAGCGATACGCTGCAGCAACGTGCCATGATCGACGCTGGCCTGCTGATCGAGAACGCCGAGACGGGCAAGCGCTACGACCGCTTCCGTGACCGGGTGATGTTCCCGATCCGCGATACCCGCGGGCGGATCATCGCCTTTGGCGGCCGGGTGCTGGGGGACGACAAGCCCAAGTACCTGAACTCCCCGGAAACCCCGGTTTTCCATAAGGGCCAGGAACTCTACGGCCTGTACGAGGCGCGCAAGAACAATCGCAACCTCGATGAAATCATCGTTGTCGAAGGCTACATGGATGTCATCGCCCTGGCCCAGCAAGGCTTGCGCAACGCCGTTGCGACCCTGGGCACGGCCACCAGCGAAGAACACATGAAGCGCCTGTTTCGCGTCGTGCCGAGCGTGCTGTTCTGCTTCGACGGCGACCAGGCCGGACGCAACGCCGCCTGGCGCGCGCTTGAAGCGACGCTGCCATGCCTGCAGGACGGGCGGCGCGCACGTTTTCTGTTCCTGCCCGAGGGCGAGGACCCGGACACCCTGGTGCGCTCCGAGGGCACCGATGCGTTCCGTGCGCGGATCAACCAGCACGCACAGCCGCTGGCCGACTATTTTTTCCAGCAACTGACCGAAGAAGCCGATCCTCGCTCCCTCGAAGGCAAAGCCCATATGGCCACGCTCGCGGCACCGCTCATCGACAAGGTGCCCGGCGCCAACCTGCGGACCTTGATGCGTCAACGCCTGACGGAAATTACCGGGCTGAACAGCGAAGCGGTCAGCCAGCTGGCCCACAGTGCCCCTCAGGAGGCACCGCCGGCTTACGACCCGGGCATCGACTACGACGCGATACCCGACTTCGCCGACTATCATCAAACCCAGCAGGACTACGCGCCGCAGCAGGAATGGACACCGAAGAAACCCGGTGCCGGCGGCAAGAAATGGGACAAGAAACCCTGGGACAAGAACGGCAAGCGCGGCGATCGCGACCAGCCACGTGCCCCGCGCGTGCCGGCCGCCGTCGAACCACCAACACTGGCTGCCCTGCGCACCCTGCTGCACCACCCGCAGTTGGCTGAAAAGGTAGAGGATGCCGGGCACTTCGCCGCCGAGGACCACAGCAATACACAATTGCTGGTCGCGCTCCTTGAAGCTGTGCAGAAGAACCCCAAGCTAAACTCATTCCAGCTGATCGCGCGGTGGCACGGCACCGAGCAGGGGCGCCTTTTGAAGGCATTGGCCGAGAAGGAATGGCTGATAGAGGGAGATAACCTTGAACAACAGTTTTTCGACACCATTACTAGCTTGTCCGCCCGCCAACGCGAGCGAAACCTGGAACAACTTCTGCGCAAAGCTCGCCAGAGCGAGTTGACCAGCGAAGAGAAAAACCAATTGCGTGACTTACTCAGCCGCAATGTTTGCGCATCAAACCCGACCTCAACTGGCGCGTGA MAGLIPQSFIDDLLNRTDIVDVVSSRLQMKKAGKNYTACCPFHKEKTPSFSVSPDKQFYYCFGCGAGGNALGFIMDHDNLDFPQAVEELAKAAGMEIPREESGRQHKPRQPTDSPLYPLLTAAADFYRQALKSHPARKAAVDYLKGRGLTGEIARDFGLGFAPPGWDNLYKHLSSDTLQQRAMIDAGLLIENAETGKRYDRFRDRVMFPIRDTRGRIIAFGGRVLGDDKPKYLNSPETPVFHKGQELYGLYEARKNNRNLDEIIVVEGYMDVIALAQQGLRNAVATLGTATSEEHMKRLFRVVPSVLFCFDGDQAGRNAAWRALEATLPCLQDGRRARFLFLPEGEDPDTLVRSEGTDAFRARINQHAQPLADYFFQQLTEEADPRSLEGKAHMATLAAPLIDKVPGANLRTLMRQRLTEITGLNSEAVSQLAHSAPQEAPPAYDPGIDYDAIPDFADYHQTQQDYAPQQEWTPKKPGAGGKKWDKKPWDKNGKRGDRDQPRAPRVPAAVEPPTLAALRTLLHHPQLAEKVEDAGHFAAEDHSNTQLLVALLEAVQKNPKLNSFQLIARWHGTEQGRLLKALAEKEWLIEGDNLEQQFFDTITSLSARQRERNLEQLLRKARQSELTSEEKNQLRDLLSRNVCASNPTSTGA NA NA NA NA NA D1-35_05139 216 rpsU COG0828 30S ribosomal protein S21 ATGCCAGCCGTCAAAGTAAAAGAGAACGAACCCTTCGACGTAGCTCTGCGTCGTTTCAAGCGCTCCTGCGAAAAAGCCGGTGTTCTGGCTGAAGTTCGTAGCCGCGAATTCTACGAGAAGCCGACTTCCGAGCGTAAGCGCAAAGCAGCAGCCGCTGTTAAGCGTCACGCCAAGAAAGTTCAGCGCGAACAGCGCCGCGCCGTACGTCTGTACTAA MPAVKVKENEPFDVALRRFKRSCEKAGVLAEVRSREFYEKPTSERKRKAAAAVKRHAKKVQREQRRAVRLY NA NA NA NA NA D1-35_05140 1065 tsaD COG0533 tRNA N6-adenosine threonylcarbamoyltransferase ATGCGCGCCTTCGAATTCAGCCTCTACAAGGCGCAACCCATGCTAGTACTGGGATTAGAAACGTCCTGCGACGAAACCGGCGTCGCCCTCTACGACAGTGAACGTGGCCTGCTGGCCGACGCGCTGTTCAGCCAGATCGACCTGCACCGCGCGTACGGCGGCGTGGTGCCGGAGCTTGCATCACGCGATCACGTCAAGCGCATGCTGCCCTTGATCCGCCAGGTCCTGGCCGAAGGCGGCTGCGTGCCGACCGAGATCGATGCCATCGCCTACACGGCCGGGCCGGGTCTGGTGGGCGCCCTGTTGGTCGGTGCTTCCTGTGCCCAGGCGCTGGCCTTTGCCTGGGGCATTCCGGCCTTGGGCGTGCACCACATGGAGGGCCACCTGCTGGCGCCGATGCTGGAGCCGCAGCCGCCGGAGTTTCCGTTCGTCGCTTTGTTGGTATCCGGAGGCCATACGCAGCTCGTGCGGGTCGATGGAATCGGCCAATACCAACTCATGGGTGAGTCGCTCGACGACGCCGCGGGCGAGGCTTTTGATAAAACCGCCAAGATGATGGGGCTCAATTATCCTGGCGGACCGGAAATCGCACGACTTGCCGCTCAAGGCATTGAAGGGCGTTTCGTATTCCCGCGTCCGATGTGCGACCGGCCTGGACTGGATTTCAGCTTCAGTGGCCTGAAAACCTTCGCGCTGAATACCTGGCAACAATGCGTCAATGCCGGGGACGACAGTGAGCAAGCCCGTTGCGACATCTCCCTGGCGTTCCAGCAGGCCGTGGTGGAGACTTTGACGATCAAGTGCAAGCGCGCGCTGAAACAGGCTGGGCTCAAGCGCCTGGTGATTGCCGGCGGGGTGAGCGCGAACAAGGCCTTGCGGGTATCCCTGGAGAAAATGCTCGGCGATATGAAGGGCGACGTTTACTACGCTCGGCCGGAGTTCTGCACAGATAACGGCGCAATGATTGCTTTTGCCGGTTGCCAGCGCCTGCAGGCGGGGCAGCAGGAAAGCCTGGCGATCAGCGTGCAGGCGCGCTGGCCCATGGAGCAACTTTCACCGCTGTGA MRAFEFSLYKAQPMLVLGLETSCDETGVALYDSERGLLADALFSQIDLHRAYGGVVPELASRDHVKRMLPLIRQVLAEGGCVPTEIDAIAYTAGPGLVGALLVGASCAQALAFAWGIPALGVHHMEGHLLAPMLEPQPPEFPFVALLVSGGHTQLVRVDGIGQYQLMGESLDDAAGEAFDKTAKMMGLNYPGGPEIARLAAQGIEGRFVFPRPMCDRPGLDFSFSGLKTFALNTWQQCVNAGDDSEQARCDISLAFQQAVVETLTIKCKRALKQAGLKRLVIAGGVSANKALRVSLEKMLGDMKGDVYYARPEFCTDNGAMIAFAGCQRLQAGQQESLAISVQARWPMEQLSPL NA NA NA NA NA D1-35_05141 570 plsY COG0344 Glycerol-3-phosphate acyltransferase ATGTTTTGGTCACTGGCGATCCTCGCCTACCTGCTCGGCTCACTGTCCTTTGCCATTTTGCTCAGCCGCCTGACCGGTCGCCCGGATCCGCGAATGAGTGGCTCAGGCAATGCCGGCGCCACCAACATGCTGCGCCTGGCCGGACGCAAGCTTGCCGTCCTGACCCTGCTTGGCGACCTCTGCAAAGGCCTCGTGCCGGTTCTGCTCGCCAGCCTCGCAGGGCTTTCGTTGCAGCAACAGGCCTGGGTCGGCGTCTGCGCGGTCATCGGCCATCTGTTCCCGCTGTACTTCCGCTTTCGCGGCGGCAAGGGTGTCGCCACCGCCGCCGGCATGCTGCTGGGCCTGTATCCGCCTGCCGCCCTGCTTGCCGTGTGCGCCTGGCTGCTGACCTTCTACCTGACCCGCACCAGCTCCCTGGCCGCATTGATCGCCACGCCACTGACCCTGCCTTTGCTGGCCTGGCAGGAACCGGCAGCGTTGCTGCCGATGACGACACTCGTTGCGCTGATCGTCTGGCGCCACCGGGGCAATCTACGCGACCTGTTCGCCGGGCGCGAACGGCATTTCTGA MFWSLAILAYLLGSLSFAILLSRLTGRPDPRMSGSGNAGATNMLRLAGRKLAVLTLLGDLCKGLVPVLLASLAGLSLQQQAWVGVCAVIGHLFPLYFRFRGGKGVATAAGMLLGLYPPAALLAVCAWLLTFYLTRTSSLAALIATPLTLPLLAWQEPAALLPMTTLVALIVWRHRGNLRDLFAGRERHF PGPT0024375_3639 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591 NA NA D1-35_05142 354 folB COG1539 Dihydroneopterin aldolase TTGGACAGAGTGTTTATCGAAGGCCTGGAAGTCGACACGGTGATTGGTGCCTACGACTGGGAGCGAGGCATCCGACAGTGCCTGCGGCTTGATCTGAGTTTTGCCTGGGATAATCGTCCGGCGGCTGCGGACGATGACCTGAGCCTGGCCCTCGACTACGCCAGCGTATCGGCCCGCATCCAGGCATTTGCCGAGCAGGCGCAGTTCCAATTGGTCGAAACCTTTGCCGAGCGACTGGCCCAAGAGCTCATGGATGAGTTCAGGATCACCTGGCTGCGGCTGAAAGTGACCAAGCCCGGGGCCGTGCCGGCCGCTACCGGCGTTGGCGTGGAGATCGAGCGCGGATGTCGCTGA MDRVFIEGLEVDTVIGAYDWERGIRQCLRLDLSFAWDNRPAAADDDLSLALDYASVSARIQAFAEQAQFQLVETFAERLAQELMDEFRITWLRLKVTKPGAVPAATGVGVEIERGCR PGPT0007905_3420 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633 NA NA D1-35_05143 519 hypothetical protein ATGTCGCTGACTCAGGTTTTTCTCGGGCTCGGCAGTAATATCGAGCGTGAAATCCATTTGCGCGCGGGGCTTGAGGCTCTGGCCGGTTTCCTGGTGGATATGCGCTGTTCGGCCGTGTTCGAAAGTCAGCCGGTGGGTATCAAGAGCGGGCCGTTCTTCAATTTCGTCGTGTCAGCGTTCACCGATCTTCCACTGATGGAACTGGACCGCCGCCTCAAGTTCATCGAGGCCGATAATGGCCGCTACGCGCCGGACCGCAAGGGTTTGCCGCTGGATATCGACGTGCTGCTGTATGGCGAGCAGGTCGGCAACTTCGATGGGTTGATCCTGCCGCGCGCGGAAATTCTCAAGAATGCTTTTGTCTTGTGGCCTTTGTCATTGATTGCGCCGGACCGGATTCATCCAGGCGTGGGCAAGAGCTTTTCCACGTTGTGGAAAGAAGCACAGATTGATCAGGTGCTGGCGCCGGTGGCTTTCGAGTGGCGAGGTCAGCCGCTTACGCCATCAGAGCTGCTGTGA MSLTQVFLGLGSNIEREIHLRAGLEALAGFLVDMRCSAVFESQPVGIKSGPFFNFVVSAFTDLPLMELDRRLKFIEADNGRYAPDRKGLPLDIDVLLYGEQVGNFDGLILPRAEILKNAFVLWPLSLIAPDRIHPGVGKSFSTLWKEAQIDQVLAPVAFEWRGQPLTPSELL PGPT0007910_1406 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950 NA NA D1-35_05144 1227 cca COG0617 Multifunctional CCA protein ATGCAGATCTACAAAGTCGGCGGCGCTGTTCGTGATCGCCTGCTCGGCATCCCTGTCACCGACATCGACCGGGTGGTCGTGGGCGCCACCGCCGAGGAAATGCTGGCCAAGGGATTCCGTCCCGTGGGGGCTGATTTTCCGGTCTTCCTTGACCCGAAGACTGGCGAGGAATACGCCCTCGCCCGCACCGAACGCAAGAGCGGCAGGGGTTACGGTGGCTTCGTATTCCATGCCAGCCCCGAAGTGACGCTCGAAGAAGACCTCATCCGCAGGGACCTGACAATCAACGCCATGGCCGAAGACGACCATGGCAACCTCACCGATCCCTACCACGGCCAGCGCGATCTCGAAGATCGCCTGCTGCGGCACGTTTCCCCGGCGTTTGCCGAGGATCCACTGCGGGTTCTGCGAGTTGCCCGCTTTGCCGCACGTTATGCCCCGCTGGGTTTTAAGGTGGCGGACGAAACCCTCACGTTGATGCGCAAGCTCAGTGAATCTGGCGAGCTGGAAGCTTTGACTGCCGAACGCAGCTGGAAAGAGATCTCCCGCGCCCTGATGGAAGATCAGCCACAAGTGTTTATCCAGGTACTGCGCGACTGCGATGCCCTCAAGGTATTGATGCCCGAGGTCAATGCGCTGTTCGGGGTCCCGCAGCCTGAAGCTCATCACCCGGAAATCGACAGCGGCGTCCATACCTTGAGCGTGCTGGAACAGTCGGCGCTGCACAAACAGCCACTGGCGGTCCGCTGGGCTTGCCTGTTGCATGACCTCGGCAAAGGTTTGACACCCGAGCACGAATGGCCAAGGCACATCGCCCATGAGCACAAGGGGCTGAAGCTGATCAAAGCAGTCAACGAACGCTTCAAGGCGCCCCGTGACTGCCAGGAACTGGCGCTGCTGGTAGGTCAATACCACACCCATGGACACCGCGCGCTGGAGCTCAGGGCAACCACTTTGCTTGAGCTGCTGCAGAGCTTTGATGTGTACCGGCGCCCCCAGCGTTTCGAGGAGTTCATTGCCGCATGCGAGATGGATGCGCGAGGGCGCAAGGGGCTTGAGGAACGAAGTTACCCACAGGCTGATTACCTGCGGGGCGCTGCGTCAGCGGCCCGCGGCGTTGCGGTGCAGCCGTTGCTGGAGAAGGGTTTCAAGGGGCCGGAACTGGGTGAAGCGATCAAGCGAGAGCGCCTCAGGGCGTTGAAGGCTTACAAGGAAGCGGCGAGCTGA MQIYKVGGAVRDRLLGIPVTDIDRVVVGATAEEMLAKGFRPVGADFPVFLDPKTGEEYALARTERKSGRGYGGFVFHASPEVTLEEDLIRRDLTINAMAEDDHGNLTDPYHGQRDLEDRLLRHVSPAFAEDPLRVLRVARFAARYAPLGFKVADETLTLMRKLSESGELEALTAERSWKEISRALMEDQPQVFIQVLRDCDALKVLMPEVNALFGVPQPEAHHPEIDSGVHTLSVLEQSALHKQPLAVRWACLLHDLGKGLTPEHEWPRHIAHEHKGLKLIKAVNERFKAPRDCQELALLVGQYHTHGHRALELRATTLLELLQSFDVYRRPQRFEEFIAACEMDARGRKGLEERSYPQADYLRGAASAARGVAVQPLLEKGFKGPELGEAIKRERLRALKAYKEAAS NA NA NA NA NA D1-35_05145 1566 hypothetical protein ATGACCGCCAAAAAAGAGCAGAAGCGCCAGCCCATTTCCACCGGTTCCGAATGGACATTCGAGCTGATCCAGGCCTATGACCGCGAAATCAGCCGTATCGCGGACCGTTACGCCCTGGACACGTACCCCAACCAGATCGAAGTGATCACCGCCGAGCAAATGATGGACGCCTATGCATCCGTAGGGATGCCACTGGGCTACCACCACTGGTCCTACGGCAAGCATTTCCTCAGTACGGAGAAATCCTACAGTCGCGGCCAGATGGGGCTGGCCTATGAGATCGTGATCAACTCCGATCCCTGCATCGCCTACCTGATGGAAGAAAACACCATCTGCATGCAGGCGCTGGTGGTGGCGCATGCCTGCTATGGCCACAACAGCTTCTTCAAGGGCAACTATCTGTTCCGCACCTGGACCGACGCCAGCTCGATCATCGATTACCTGGTGTTCGCCAAGCAGTACATCATGCAGTGCGAGGAACGCCACGGCATTGATGCGGTGGAGGACCTGCTGGACTCCTGCCACGCCCTGATGAACTATGGTGTGGACCGCTACAAGCGGCCGTATCCGATTTCCGCCGAGGAAGAGCGCCGACGCCAGAAGGACCGTGAAGAACACCTGCAGAAGCAGATCAACGATCTTTGGCGGACCATTCCCAAAGGCGCGGACAAGTACAGCGAGAAAGACAACGCGCGGTTCCCTGCCGAGCCCCAGGAGAACATCCTTTATTTCATCGAGAAACACGCGCCGCTGCTGGAACCCTGGCAGCGCGAGATCGTACGCATCGTGCGCAAGATCGCCCAGTATTTCTACCCTCAGCGCCAGACCCAGGTGATGAACGAGGGCTGGGCAACATTCTGGCACTACACGTTGATGAACGACCTGTACGACGAGGGCCTGGTCACCGATGGCTTCATGATGGAGTTCCTGACCTCCCATACCAGCGTGGTATTCCAGCCAGGCTTCGATAGTCCCTACTACAGCGGCATCAACCCTTATGCCCTGGGCTTTGCCATGTACCGCGACATTCGGCGCATGTGTGAAGACCCTACCGAAGAGGATCGCCGCTGGTTTCCGGAAATCGCCGGCTCGGACTGGCTTTCCACGATCAAATTCGCCATGAGCAGCTTCAAGGACGAGAGTTTCATCCTGCAGTACCTTTCGCCCAAGGTGATCCGCGACCTCAAGCTGTTCAGCATCATGGACGATGATCAGAAGGATGACCTGCTGGTGCCCGCCATCCACGATGAGAGCGGTTACCGGGTCATCCGTGAAACCCTGGCGGCGCAATACAATCTCGGTAATCGCGAGCCCAACGTGCAGATCTACAGCATCGACCGTCGTGGTGATCGTTCCCTGACCCTGCGTCACCAACAGCACAACCGCAAACCGCTGGGCGATTCCACGGACGAGGTCCTCAAGCACCTGCATCGGCTTTGGGGGTTCGACATCCACCTGGAAACCCTGCAGGGCGACCAGGTGATGAAAACCCACCATGTGCCGCCGCGCGGCGAACAAGGCGAAGGGGATTACGGACGCCTGGACCTGGCCGTCATTCATCTTTGA MTAKKEQKRQPISTGSEWTFELIQAYDREISRIADRYALDTYPNQIEVITAEQMMDAYASVGMPLGYHHWSYGKHFLSTEKSYSRGQMGLAYEIVINSDPCIAYLMEENTICMQALVVAHACYGHNSFFKGNYLFRTWTDASSIIDYLVFAKQYIMQCEERHGIDAVEDLLDSCHALMNYGVDRYKRPYPISAEEERRRQKDREEHLQKQINDLWRTIPKGADKYSEKDNARFPAEPQENILYFIEKHAPLLEPWQREIVRIVRKIAQYFYPQRQTQVMNEGWATFWHYTLMNDLYDEGLVTDGFMMEFLTSHTSVVFQPGFDSPYYSGINPYALGFAMYRDIRRMCEDPTEEDRRWFPEIAGSDWLSTIKFAMSSFKDESFILQYLSPKVIRDLKLFSIMDDDQKDDLLVPAIHDESGYRVIRETLAAQYNLGNREPNVQIYSIDRRGDRSLTLRHQQHNRKPLGDSTDEVLKHLHRLWGFDIHLETLQGDQVMKTHHVPPRGEQGEGDYGRLDLAVIHL PGPT0024845_238 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024845-spoVR-K06415 NA NA D1-35_05146 1272 hypothetical protein ATGAGCTATGTGATCGACCGACGCCTGAATGGCAAGAACAAGAGCACGGTGAACCGCCAGCGTTTCTTGCGGCGTTACCGTGACCACATCAAGAAAGCCGTCGAAGAGGCGGTCAGCCGTCGTTCCATTACGGACATGGAGCATGGCGAGCAGATCAGCATCCCTGGCCGCGACATCGACGAGCCGGTGCTTCACCACGGCCGTGGTGGCAAGCAGACCGTCGTGCACCCGGGAAACAAGGAATTCACCACTGGCGAGCACATCCCGCGCCCACAGGGGGGAGGCGGCGGCAAGGGGCCCGGCAAGGCCGGCAATTCCGGCGAAGGCATGGACGAGTTCGTATTCCAGATCACCCAGGAGGAATTCCTCGAATTCATGTTCGAGGACCTGGAACTGCCGAACCTGGTCAAGCGCAACCTGACCGGTACCGACACCTTCAAGACCGTGCGCGCCGGCATCAGCAACGAGGGTAATCCGTCACGCATCAATATCATTCGCACCCTGCGTTCGGCCCATGCCCGACGAATCGCGCTCTCAGGCAGTAGCCGGGCGAAACTGCGCGAAGCCAAGGAAGAGCTGGCTCGCCTTAAACGTGAAGAACCCGACAATTTTGGCGATATTCAGGACCTGGAAGCGGAAATCGAGAAACTCAGCGCGCGTATCCATCGTGTGCCGTTCCTCGACACGTTCGACCTCAAATACAACCTCCTGGTGAAACAACCGAATCCCAGTTCGAAGGCCGTGATGTTCTGCCTGATGGACGTTTCCGGCTCCATGACCCAAGCCACCAAGGACATCGCCAAGCGCTTCTTTATCCTGCTGTACCTGTTCCTGAAGAGGAACTACGACAAGATCGATGTGGTGTTCATCCGTCACCACACCAGCGCCAGGGAAGTCGACGAGGAAGAGTTTTTCTATTCCAGGGAAACCGGCGGCACGATCGTGTCCAGCGCGCTGAAACTGATGCAGGAGATCATGGCCGAACGTTACCCCGCCAATGAATGGAACATCTATGCGGCCCAGGCGTCCGACGGCGATAACTGGAACGACGACTCGCCAATCTGCCGTGACATCCTGATCAACCAGATCATGCCGTTCGTCCAGTACTACACCTACGTGGAAATTACTCCACGCGAACACCAGGCCCTGTGGTACGAATACGAACGCATCGCCGAAGCCTTCTCCGACACATTTGCCCAACAGCAACTGGTCTCGGCCGGGGATATCTACCCGGTCTTCCGTGAACTCTTCCAGCGCAGGTTAGTGACATGA MSYVIDRRLNGKNKSTVNRQRFLRRYRDHIKKAVEEAVSRRSITDMEHGEQISIPGRDIDEPVLHHGRGGKQTVVHPGNKEFTTGEHIPRPQGGGGGKGPGKAGNSGEGMDEFVFQITQEEFLEFMFEDLELPNLVKRNLTGTDTFKTVRAGISNEGNPSRINIIRTLRSAHARRIALSGSSRAKLREAKEELARLKREEPDNFGDIQDLEAEIEKLSARIHRVPFLDTFDLKYNLLVKQPNPSSKAVMFCLMDVSGSMTQATKDIAKRFFILLYLFLKRNYDKIDVVFIRHHTSAREVDEEEFFYSRETGGTIVSSALKLMQEIMAERYPANEWNIYAAQASDGDNWNDDSPICRDILINQIMPFVQYYTYVEITPREHQALWYEYERIAEAFSDTFAQQQLVSAGDIYPVFRELFQRRLVT PGPT0025005_681 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025005-yhbH-K09786 NA NA D1-35_05147 1923 hypothetical protein ATGAGTATTTTTAGCCACTTCCAGCAACGTTTCGAGTCCACGCGGCAGGAGGAGTACTCGCTGCAGGAATACCTCGAACTCTGCAAGCAGGACCGCAGTGCCTACGCATCGGCCGCGGAGCGTCTGTTGCTGGCAATCGGAGAACCGGAACTGCTGGATACCTCGACCAACTCGAGGCTCTCGCGAATCTTTTCCAACAAGGTGATTCGCCGCTATCCGGCCTTTGCGGACTTCCACGGGATGGAAGAATGCATCGAACAGATCGTTTCCTATTTCCGCCATGCCGCCCAAGGCCTGGAGGAGAAAAAACAAATCCTCTATCTGCTCGGCCCCGTCGGTGGCGGTAAATCGTCCCTGGCCGAGAAGCTCAAGCAACTGATCGAAAAAGTGCCCTTCTATGCCATCAAGGGTTCGCCGGTGTTCGAGTCCCCACTGGGGCTGTTCAACGCTACCGAAGACGGCGCGATTCTCGAGGAAGACTTTGGCATTCCCCGGCGCTATCTCAATACCATCATGTCGCCATGGGCTACCAAGCGCCTGGCCGAGTTCGGCGGCGATATCAGCCAGTTCCGGGTGGTCAAGCTCTACCCCTCGATCCTTAACCAGATCGCCGTGGCCAAGACCGAGCCCGGGGATGAAAACAACCAGGATATCTCTGCCCTGGTGGGTAAGGTCGATATTCGCAAACTGGAGGAATTCCCTCAGAACGACGCCGACGCCTATAGCTATTCGGGCGCGCTGTGCCGGGCCAACCAGGGCCTGATGGAATTCGTCGAGATGTTCAAGGCGCCCATCAAGGTGCTGCACCCCCTCCTGACTGCCACCCAGGAAGGCAACTACAACAGTACCGAAGGGCTGGGAGCGATCCCGTTCAGCGGCATCCTGCTGGCCCACTCCAACGAGTCGGAATGGCATACCTTCCGCAACAACAAGAACAACGAAGCCTTCATCGACCGGATCTACATCGTCAAGGTGCCGTACTGCCTGCGGGTGACCGATGAGATAAAAATCTACGACAAGCTGTTGTTCAACAGTTCGCTGTCCAAGGCCCATTGCGCCCCCGATACGCTGAAGATGCTGGCCCAGTTCACCGTGCTGTCGCGTCTCAAGGAGCCGGAAAACTCCAACATCTATTCGAAAATGCGCGTCTACGACGGTGAAAACCTCAAGGACACCGATCCGAAGGCCAAGTCGATCCAGGAATACCGCGACAACGCGGGCGTGGACGAAGGCATGAATGGTCTTTCCACGCGTTTCGCATTCAAGATCCTGTCCAAGGTCTTCAACTTCGATCCTCACGAAATTGCCGCCAACCCAGTCCATCTGCTTTATGTACTTGAACAGCAGATCGAGCAGGAGCAGTTCCAGGCTGAAACCCGTGAGCGGTACCTGCGCTTCCTCAAGGAATACCTGGCTCCACGTTATATCGAGTTCATCGGCAAGGAGATCCAGACGGCCTATCTGGAGTCCTACAGCGAGTACGGTCAGAACATCTTCGATCGTTATGTGCTGTACGCAGATTTCTGGATCCAGGACCAGGAATACCGGGACCCGGAAACCGGCGAAATCCTCAATCGCGTGGCACTGAACGAGGAACTGGAAAAAATCGAAAAACCGGCGGGCATCAGCAATCCGAAGGATTTCCGCAACGAAATCGTCAACTTCGTGCTGCGCGCCCGGGCCAACAACAACGGCAAGAACCCGACCTGGCTCAGCTACGAGAAGCTGCGGGTGGTTATCGAGAAAAAAATGTTCTCCAACACCGAAGACCTGCTGCCAGTCATCAGCTTCAATGCCAAGGCCAGCAAGGAGGACCAGCAAAAACACAACGACTTCGTTACACGCATGGTCGAACGTGGCTACACCGACAAACAGGTACGCCTGCTTTCCGAGTGGTACCTGCGGGTCCGTAAATCACAGTAG MSIFSHFQQRFESTRQEEYSLQEYLELCKQDRSAYASAAERLLLAIGEPELLDTSTNSRLSRIFSNKVIRRYPAFADFHGMEECIEQIVSYFRHAAQGLEEKKQILYLLGPVGGGKSSLAEKLKQLIEKVPFYAIKGSPVFESPLGLFNATEDGAILEEDFGIPRRYLNTIMSPWATKRLAEFGGDISQFRVVKLYPSILNQIAVAKTEPGDENNQDISALVGKVDIRKLEEFPQNDADAYSYSGALCRANQGLMEFVEMFKAPIKVLHPLLTATQEGNYNSTEGLGAIPFSGILLAHSNESEWHTFRNNKNNEAFIDRIYIVKVPYCLRVTDEIKIYDKLLFNSSLSKAHCAPDTLKMLAQFTVLSRLKEPENSNIYSKMRVYDGENLKDTDPKAKSIQEYRDNAGVDEGMNGLSTRFAFKILSKVFNFDPHEIAANPVHLLYVLEQQIEQEQFQAETRERYLRFLKEYLAPRYIEFIGKEIQTAYLESYSEYGQNIFDRYVLYADFWIQDQEYRDPETGEILNRVALNEELEKIEKPAGISNPKDFRNEIVNFVLRARANNNGKNPTWLSYEKLRVVIEKKMFSNTEDLLPVISFNAKASKEDQQKHNDFVTRMVERGYTDKQVRLLSEWYLRVRKSQ PGPT0014345_739 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014345-prkA|yeaG-K07180 NA NA D1-35_05148 330 glpE COG0607 Thiosulfate sulfurtransferase GlpE ATGACCGAATTCAAACGCATCCCTCCCGAACAAGCCCAGGCCCTGCGTGAGCAGGGCGCTGTCGTCGTCGATGTGCGCGACCCGCAGACTTACGCCATGAACCATATTCCGGGATCCAAACACCTGGACAACCATTCCATCGCCGACTTCATCCGTGCCGCCGATCTCGATGCGCCTACCGTTGTGGTCTGCTACCACGGCAACTCCAGCCAGAGCGCAGCGGGTTACCTGGTCAGCCAGGGCTTCAGCGATGTCTACAGCCTGGACGGCGGTTTTGAGCTGTGGCGCGCAACTTATCCTGACGAAACAGTGCAAGGCACTCACGAATAA MTEFKRIPPEQAQALREQGAVVVDVRDPQTYAMNHIPGSKHLDNHSIADFIRAADLDAPTVVVCYHGNSSQSAAGYLVSQGFSDVYSLDGGFELWRATYPDETVQGTHE PGPT0003021_197 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-THIOSULFATE_DEGRADATION,PGPT0003021-glpE-K02439 NA NA D1-35_05149 876 apaH_2 COG0639 Bis(5'-nucleosyl)-tetraphosphatase, symmetrical ATGGCCACGTACGCGGTCGGCGACCTGCAAGGCTGCCTAGACCCGCTCAAGTGCCTGCTGGAGCGGGTCGCCTTCGACCCACGTGAAGACACCCTGTGGCTCGTGGGCGACCTGGTCAACCGGGGGCCGCAGTCGCTTGAAACCTTGCGCTTCCTCTACGGCATCCGCGATTCGCTGGTTTGCGTGCTGGGTAACCATGACCTGCACCTGCTGGCGGCCTGGCAGAACATCGAGCGCCTGAAGAAGTCCGATACCCTGAAGGAAATCCTCGACGCGCCTGATTGCGTCGAGCTGCTTGAATGGCTGCGCCAGCAGAAGCTCATGCACTACGACGAGGCGCGCAACCTGGCGCTGGTCCATGCCGGCATTCCGCCCCAATGGTCTTTGCGCAAGGCGCTCAAGTGCGCAGGCGAAGTGGAGCAGGCGTTGCGCGATGACAACCTGTTCGGCCCCTACCTGGATGGCATGTACGGCAACGAACCGGTGAAGTGGGACAACGACCTCACCGGCGCCGCCCGCCTCAGGGTCATTACCAATTATTTCACCCGGATGCGCTTCTGCACCCGTGATGGCAAGCTTGATCTCAAGGGCAAGGAAGGCATCGAAACCGCTCCGCCCGGCTATGCGCCCTGGTTCAAGCACAAGGAGCGCAAGACCCGTAACCTGAAGATCATCTTCGGCCATTGGGCCGCGCTTGAAGGCCAAAGCGACGAGCCAGGGGTCTTTGCCCTCGATACGGGCTGTGTCTGGGGCAGCGCGCTGACACTGATGAATGTCGACAGCGGCGAGTTGCTGCGCTGCGATTGCGACGAGAAGGGGCATGCCAGACCCCACCAACCGACCACCGCATCATTGCCGGCCGGCACTGCCATTTGA MATYAVGDLQGCLDPLKCLLERVAFDPREDTLWLVGDLVNRGPQSLETLRFLYGIRDSLVCVLGNHDLHLLAAWQNIERLKKSDTLKEILDAPDCVELLEWLRQQKLMHYDEARNLALVHAGIPPQWSLRKALKCAGEVEQALRDDNLFGPYLDGMYGNEPVKWDNDLTGAARLRVITNYFTRMRFCTRDGKLDLKGKEGIETAPPGYAPWFKHKERKTRNLKIIFGHWAALEGQSDEPGVFALDTGCVWGSALTLMNVDSGELLRCDCDEKGHARPHQPTTASLPAGTAI PGPT0021535_153 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021535-apaH-K01525 NA NA D1-35_05150 381 apaG COG2967 Protein ApaG ATGTCCGATCCCCGTTATCAGGTCGACGTCAGCGTCGCCACCCGCTTTCTCGCTGAACAGTCGCAACCCGAGCACAACCGCTTCGCCTTTGCCTACACCATCACTGTGCGCAACAACGGCTCGTTGCCAGCCCGACTGCTGTCACGGCACTGGATCATTACCGACGGCGACGGGCACGTCGAAGAAGTCCGTGGCGAGGGTGTGGTCGGTCAGCAACCGTTGATCGACGCAGGCCAAAGCCACAGCTACAGCAGCGGCACCGTGATGACGACCAAGGTCGGCACCATGCAGGGCACCTACCAGATGCTGGCCGAGGACGGCAAACGCTTCGACGCGGTCATCAAGCCCTTTCGCCTGGCGGTGCCAGGAGCGTTGCACTGA MSDPRYQVDVSVATRFLAEQSQPEHNRFAFAYTITVRNNGSLPARLLSRHWIITDGDGHVEEVRGEGVVGQQPLIDAGQSHSYSSGTVMTTKVGTMQGTYQMLAEDGKRFDAVIKPFRLAVPGALH PGPT0004665_1034 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-RELATED_ROTEINS,PGPT0004665-apaG-K06195 NA NA D1-35_05151 819 rsmA COG0030 Ribosomal RNA small subunit methyltransferase A ATGACCGAGCAATACCAACACCGCGCGCGCAAGCGCTTCGGCCAGAACTTCCTGCATGACGCCGGCGTTATCGACCGCATCCTGCGCTCCATCAATGCCAAGCCCGATGACCGTATGCTCGAGATCGGGCCGGGCCAGGGCGCACTGACCGAAGGGTTGCTTGGCAGCGGCGCGCAACTGGACGTGGTGGAGCTGGACAAGGACCTGGTACCGATTCTCAACCAGCAGTTCGCCGGTAAGAGCAATTTCAACCTGCATCAGGGCGATGCGCTGAAATTCGACTTCAACAGCCTGAATGCCGCACCGGGCAGCCTTCGAGTCGTGGGCAACCTGCCGTACAACATCTCGACGCCGCTGATTTTTCACCTGCTGAACAATGCCGGCCTGATCCGCGACATGCACTTCATGCTGCAGAAAGAAGTGGTCGAGCGTCTCGCCGCCGGGCCTGGCGGAGGTGACTGGGGTCGTTTGTCGATCATGGTCCAGTATCATTGCCGGGTTGATCACCTGTTCAACGTAGGCCCCGGTGCGTTCAACCCGCCGCCGAAAGTCGACTCCGCCATCGTCCGGCTTGTGCCTCATGCGGTCCTGCCGCATCCCGCCAAGGACCATCGCCTGCTGGAGCGTCTGGTACGCGAAGCGTTCAACCAGCGCCGTAAAACCCTGCGCAACACCCTGAAACTGTTGCTCAGCAGTGCCGAAATCGAAGCCGCCGGCGTCGATGGCAGCCTGCGTCCGGAGCAACTGGACCTCGCAGCCTTCGTCCGCCTGGCCGACAAGCTCAGCGAACAGGTCGCGCCAGATACCGACGCCATCTGA MTEQYQHRARKRFGQNFLHDAGVIDRILRSINAKPDDRMLEIGPGQGALTEGLLGSGAQLDVVELDKDLVPILNQQFAGKSNFNLHQGDALKFDFNSLNAAPGSLRVVGNLPYNISTPLIFHLLNNAGLIRDMHFMLQKEVVERLAAGPGGGDWGRLSIMVQYHCRVDHLFNVGPGAFNPPPKVDSAIVRLVPHAVLPHPAKDHRLLERLVREAFNQRRKTLRNTLKLLLSSAEIEAAGVDGSLRPEQLDLAAFVRLADKLSEQVAPDTDAI NA NA NA NA NA D1-35_05152 990 pdxA COG1995 4-hydroxythreonine-4-phosphate dehydrogenase GTGAAACCCAAGCGTTTCGCGCTGACTCCCGGCGAGCCTGCCGGCATCGGTCCCGACCTGTGCCTGCTGCTCGCCTCGCAAGTCCAACCACACCCTCTGATCGCCATCACCAACCACGACCTGCTCCTTGAGCGGGCCGCGCAGTTGGGGGTGGCCGTCGACCTGTTGCCAGTGACGCCGGACGCTTGGCCGGATTTCCCCGCTCCCGCCGGTAGCCTGTATGTATGGGATACGCCGCTGGGCGCACCTGTCACCGCAGGCCAGCTGGACAAGGCCAACGCAGCATTCGTGCTGCAGACCCTGACCCGCGCCGGCCAAGGCTGCCTGGATGGGGCTTTCGCCGGCATGATCACGGCGCCGGTACACAAGGGTGTGATCAATGAATCCGGCATTCATTTTTCCGGACACACCGAATTCCTGGCCGACCTGACCCATACCGCGCAAGTGGTGATGATGCTCGCCACCCGTGGCCTTCGCGTGGCTCTGGTCACCACTCACCTGCCCCTGCGAGACATCGCCGACGCCATTACCCCGGAACGCCTCGAACGCGTTACGCGGATATTGCACGCCGACCTCCAGGAAAAATTCGGCATCGCCCGGCCCCGCATCCTGGTGTGCGGGCTGAATCCGCATGCCGGCGAAGGCGGGCATCTGGGCCATGAAGAAATCGACATCATCGAACCCACACTGGAGCGCTTGCGCAGCGAGGGCATGGACCTGCGTGGCCCGCTGCCTGCCGACACTCTGTTTACCCCCAAATATCTGGAGCACTGCGATGCGGTGCTGGCGATGTACCACGACCAGGGCCTGCCCGTGCTGAAATACAAAGGTTTCGGTGCGGCGGTCAACGTGACCCTGGGCCTGCCGATCATCCGCACATCCGTGGATCACGGCACCGCCCTGGATTTGGCCGGCAGCGGCAGGATCGACACCGGGAGCCTGCAAGTCGCGCTGGAAACCGCCTACCAGATGGCCGAGACCCATTTATGA MKPKRFALTPGEPAGIGPDLCLLLASQVQPHPLIAITNHDLLLERAAQLGVAVDLLPVTPDAWPDFPAPAGSLYVWDTPLGAPVTAGQLDKANAAFVLQTLTRAGQGCLDGAFAGMITAPVHKGVINESGIHFSGHTEFLADLTHTAQVVMMLATRGLRVALVTTHLPLRDIADAITPERLERVTRILHADLQEKFGIARPRILVCGLNPHAGEGGHLGHEEIDIIEPTLERLRSEGMDLRGPLPADTLFTPKYLEHCDAVLAMYHDQGLPVLKYKGFGAAVNVTLGLPIIRTSVDHGTALDLAGSGRIDTGSLQVALETAYQMAETHL PGPT0009165_1839 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009165-pdxA-K00097 NA NA D1-35_05153 1323 surA_1 COG0760 Chaperone SurA GTGAACGTGAAGACCAAGCTTTCTGATTGTCTGCGCCCGCTGATGCTGGGCGCGCTGTTCCTGGGTACCGCGGCGAACGCCGCGGTACAGTCCATCGACAAGGTCGTGGCCATCGTCGACAACGACGTGGTCATGCAGAGCCAGTTGGACCAGCGGGTCCATGAAGTTCAGCAAACCATCGCCAAGCGTGGCGGTGGCTTGCCGCCACCGGGTGTGCTGGACCAACAGGTGCTGGAGCGCCTGATCGTCGAGAACCTGCAGTTGCAGATTGGCGAGCGTTCCGGCATCCGCATCACCGATGAAGAACTGAACCAGGCCGTCGGCACCATTGCCCAGCGCAATAACATGACTGTCGACCAGTTCCGCGCTGCCCTGGCGCGCGATGGCCTGTCGTTTGACGACGCCCGCGACCAGATCCGTCGCGAGATGGTCATCAGCCGTGTGCGTCAGCGCCGCGTCGCCGAACGCATCCAGGTTTCCGAGCAGGAAGTGAAGAACTTCCTCGCCTCCGACTTGGGCAAGATGCAGCTTTCGGAAGAACTGCACCTGGCAAACATCCTGATTCCTACGCCGGAAAGCGCCAATTCGGAAGCGATCCAGAGCGCTTATCGCCAGGCAATGGACATTTACCAGCAGCTCAAGCAAGGCGCTGACTTCAGCCAGATGGCGGTAGCCCGTTCGGCCAGTGAAAACGCTCTGGAAGGCGGTGACATGGGCTGGCGCAAGGCCGCCCAGCTGCCGCCTCCGTTCGATCGCGAGCTGAGCACCATGGCCGTGGGCGACATCACCCAGCCAGCCCGCACGCCTGGCGGCTTCATTATCCTGAAGCTGCTGGAAAAACGTGGTGGCGGTACCCAGGTGCGTGACGAAGTACATGTTCGTCATATCCTGATCAAGCCAAGCGAGATCCGCAGCGAAGCCGAGACCAAGCGTCTGGCCGAGAAACTGTACGAACGCATCACCTCCGGCGAAGACTTCGCCGAGCTGGCGAAGAGCTTCTCGGAAGACCCGGGCTCGGCCCTGAACGGCGGCGACCTGAACTGGGTCGACCCGAACGCGCTGGTTCCCGAGTTCCGCCAGGTCATGGCCGAAACACCGCAAGGCCAACTGTCCAAGCCGTTCAAGAGCCCTTATGGCTGGCATGTCCTGGAAGTCCTTGGCCGTCGCGCCACCGACAGCACCACCCAGGCGCGCGAACAACAGGCGTTGACGGTATTGCGTAACCGCAAGTACGACGAAGAGCTGCAAACCTGGCTGCGCCAGATTCGCGACGAAGCCTACGTCGAGATCAAACTCCCTGGTGCAGACCAGGCAGCGCAGTGA MNVKTKLSDCLRPLMLGALFLGTAANAAVQSIDKVVAIVDNDVVMQSQLDQRVHEVQQTIAKRGGGLPPPGVLDQQVLERLIVENLQLQIGERSGIRITDEELNQAVGTIAQRNNMTVDQFRAALARDGLSFDDARDQIRREMVISRVRQRRVAERIQVSEQEVKNFLASDLGKMQLSEELHLANILIPTPESANSEAIQSAYRQAMDIYQQLKQGADFSQMAVARSASENALEGGDMGWRKAAQLPPPFDRELSTMAVGDITQPARTPGGFIILKLLEKRGGGTQVRDEVHVRHILIKPSEIRSEAETKRLAEKLYERITSGEDFAELAKSFSEDPGSALNGGDLNWVDPNALVPEFRQVMAETPQGQLSKPFKSPYGWHVLEVLGRRATDSTTQAREQQALTVLRNRKYDEELQTWLRQIRDEAYVEIKLPGADQAAQ PGPT0014978_1289 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014978-surA-K03771 NA NA D1-35_05154 2826 lptD COG1452 LPS-assembly protein LptD ATGGCATTGAAATCCCCCGCGTTTCGTAAAAAATTTCCGTTGCTGGTCACCGGCAGTCTGCTGGCTCTGCAACCCCTGGCCTCTTCATTCGTCGTCGCGGCGCAGCAGTATGACTGTTCCGTCTCCGCTTCGGGTGCCTGGGACTGTTCACCCAAAGCGCCGGCCGCTGCATTGCCGCCGCGCCCGGTGCATGAAGGCAGTGCGGTTGCCGACAGCGGCAGCGCTCCGGCCGACAGCGATTCGGGCGAGGTAGCCGGCGATAAGCCGATGCTCGTTACCGAATCCAAGGGCCGCGGCCTGAAGTCGCGCAGTGCAGACTACAGTCACCTGGACTGGGTTCCGCGCGAGAACCTCACGCCTGCGCAACTGGCTGAAACCGGCCCGTACTGCGCGGGCGCGTACATCGAGCCGTCTCGCCCAGGCATGAACGACAAGACCGCCAAGAGTGACGCTCCGACGTTCCTCGGCGCCAAGGCTTCACGCTACGAGCAGGAACAGCAAGTGGCGACCCTGGCCGGTGACGTGGTCATGCGTCAGGGCAGCATGCAGGTCGAGGCCGACGAGGCCAGCCTGTACCAGGCCGAGAACCGCGGCGAGCTGAGCGGCAACGTGCGAGTTCGCGACAACGGTGCGCTGATTGTCGGCGACCACGCCGATGTGCAGCTGGACACCGGTGAAGCCAAGGTCGACAACGCCGAATACGTGATGCACAAATCGCGCATCCGCGGTAACGCGCTGTACGCCAAGCGCGCCGAGAACGCGATCATCCGCCTCAAGGACGGTACGTACACCACGTGCGAGCCGGGCAGCAACGCCTGGACGCTCAAGGGCAACAACATCACCCTGAACCCGGCCACCGGATTCGGCACCGCTACCAACGTGACGCTGCGGGTCAAGGACTTTCCGGTCCTGTATACGCCGTACATCTACTTCCCGATCGACGACCGTCGCCAGTCCGGCTTCCTGCCACCGACCATCGGCAGCGGCAGCGACACCGGCTTCCTGCTGGTCACTCCGTACTACTTCAACCTGGCGCCTAACTACGACGCCACGTTGTACCCACGCTACATGAGCAAGCGCGGCCTGTTGATGGAAGGCGAATTCCGCTACCTGACCAAGTCCAGCGAAGGCCAGTTCGGCGCGGCGTACCTCAACGACGAAGAAGACGAGCGCGCCAGGCAGACCGACTACAGCAAGACCCGCTACATGTACAACTGGCAGCACAAGGGCGGGCTGGATTCACGTGTACTGACAGAAGTCGACTACACGAAGATCAGCGATCCGTATTACTTCCAGGATCTGCAGACCGATCAGATCGGCGTGGAATCCAGGAACTTCGTGAACCAGCAGGGTGCGGTCAGCTACCGGGGCGATACCTACACCGCTCGGCTGAACGTCCAGGCGTTCCAGATGGCCACGATTTCCAACATCACGCCTTATGACCGCTTGCCGCAAATCACCTTCAACGGTTTTCTGCCACAGCATCCGTATGGTCTGGATTTCGCCTATAACACTGAGTTCGTGCGGTTTGATAGGGACTTGAGGACTGGGAACTATCTAGACGAAAATGGCGGTCCCGTTGATCCTGTTACCGGGATCGTCGGCACGCCGTTCCTCGATACCAACGTCAGAGGCCTGGCCCGTGCTACTGGCGACCGGATGAACCTGGCCCCCGTTGTCAGCCTGCCGATGAATGCAAGCTACGGCTTCATCAAGCCGTCGCTCAAGTACCAGTACACCCAATACGATCTTGACCTGGATAGCCAGGGCAAGCAGGATATCGCCGACCAGAACGCTGAAGGTGATCGCCTGAACGGCACCTACGGCAGCAGCCAGAACCGTGGCGTCCCTATCGCCAGCATCGACAGCGGCCTGTACTTCGACCGTGATACCCAATGGTTCGGCAAGAATTATCGCCAGACGCTGGAGCCGCGCCTGTTCTATCTCTACGTACCGGAGAAAGATCAGAGCGATATCCCGGTCTTCGACACCAGCGAAAGCACCTTCAACTACGCCTCGCTGTTCCGGGACAATCGCTTCTCCGGTTCCGACCGTGTCGGCGACGAGAACAAGCTGTCGCTGGGCGTGACCAATCGCTGGATCCAGGAAGATGGCTTCGAACGTCAGCGCATCAGCGTCGGCCAGGCCTTCTATTTCAAGGACCGCGAAGTCCAACTGCCGGGTATTGACTTCAGGACTCGCGAAGACGCCCATTCAAGCGTTTCGCCTTACGCGCTGGAATACGAATACCGCTGGAACCGCGACTGGCGCACCACCGCCGACTACAACTGGGATCCGGACAGCCACAGCCCGCGTTCGGGCAGTGCGATGTTCCACTACCAGCCTGAAGACAATCCGAACAAGGTCATCAACGCCGGTTATCGCTATCGCAACGACCTGGTCCGTTACGACGAAACCACCGGTCGCTGGCAAGTGGGTGGAGGCGACTACGGTACGCCGGGCACTCCTGGCTACGTGAAGGACTATTACAAGATCAAACAGCACGACTTCTCGGTCATCTGGCCGATCGTGCCGCAGTGGAACGTGATCAGCCGCTGGCAGTATGACTACAACCGCAACCGTACCCTGGAAGCCTTCGGTGGTTTCGAATACGACAACTGCTGCTGGAAACTGCGCCTGATCAACCGTTACTGGGTCGACTATGAAGAATTCAGTCAAGCCGCCCCGGAAAACGAAAAAGGCGACCACGGCGTCTTCCTCCAAATTGTTCTGAAGGGACTCGGCGGCCTCACCGGCGCCAAGGTAGAGAGCTTCCTCGACAAAGGCATTCAAGGTTATCGTGAACGTGAAGACCAAGCTTTCTGA MALKSPAFRKKFPLLVTGSLLALQPLASSFVVAAQQYDCSVSASGAWDCSPKAPAAALPPRPVHEGSAVADSGSAPADSDSGEVAGDKPMLVTESKGRGLKSRSADYSHLDWVPRENLTPAQLAETGPYCAGAYIEPSRPGMNDKTAKSDAPTFLGAKASRYEQEQQVATLAGDVVMRQGSMQVEADEASLYQAENRGELSGNVRVRDNGALIVGDHADVQLDTGEAKVDNAEYVMHKSRIRGNALYAKRAENAIIRLKDGTYTTCEPGSNAWTLKGNNITLNPATGFGTATNVTLRVKDFPVLYTPYIYFPIDDRRQSGFLPPTIGSGSDTGFLLVTPYYFNLAPNYDATLYPRYMSKRGLLMEGEFRYLTKSSEGQFGAAYLNDEEDERARQTDYSKTRYMYNWQHKGGLDSRVLTEVDYTKISDPYYFQDLQTDQIGVESRNFVNQQGAVSYRGDTYTARLNVQAFQMATISNITPYDRLPQITFNGFLPQHPYGLDFAYNTEFVRFDRDLRTGNYLDENGGPVDPVTGIVGTPFLDTNVRGLARATGDRMNLAPVVSLPMNASYGFIKPSLKYQYTQYDLDLDSQGKQDIADQNAEGDRLNGTYGSSQNRGVPIASIDSGLYFDRDTQWFGKNYRQTLEPRLFYLYVPEKDQSDIPVFDTSESTFNYASLFRDNRFSGSDRVGDENKLSLGVTNRWIQEDGFERQRISVGQAFYFKDREVQLPGIDFRTREDAHSSVSPYALEYEYRWNRDWRTTADYNWDPDSHSPRSGSAMFHYQPEDNPNKVINAGYRYRNDLVRYDETTGRWQVGGGDYGTPGTPGYVKDYYKIKQHDFSVIWPIVPQWNVISRWQYDYNRNRTLEAFGGFEYDNCCWKLRLINRYWVDYEEFSQAAPENEKGDHGVFLQIVLKGLGGLTGAKVESFLDKGIQGYREREDQAF PGPT0023298_78 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_TRANSPORT,PGPT0023298-lptD|imp|ostA-K04744 NA NA D1-35_05155 1026 amgK COG3178 N-acetylmuramate/N-acetylglucosamine kinase ATGCCTGACCAAGATGTACGCTTGCAACACCTGAAAGTTTGGCTCGATGAGCAGCTACCAATCCTCTTCACCCAACAAGGCTGGGGCGCCGTACCCCCGGCCACGTTGACTGCGGCCAGCAGTGACGCGAGTTTCCGGCGGTACTTCCGCTGGCAGGGTGAGGGCCGCAGCCTGATCGTGATGGACGCGCCACCGCCCCAGGAAAACTGCAAACCGTTCGTGGATATTGCTTTTTTGCTGGCGAAATCCGGGATCAACGTGCCGAAAATTTATGCCGAAGACCTCGAACGCGGGTTTCTTTTGCTCAATGACCTGGGCAACCAGACCTATCTGGACGTGATCAACGGCGAAAATGCCGACGATCTGTTCGGCGATGCCCTGCAAGCCTTGTTGGCTTTTCAGCAGTTGCCGATGGTCGCGCCGCTGCCCAGCTACGACGTCGCGTTATTGCGCCGCGAGTTGGAGTTGTTCCCCGAGTGGTACGTCAAGCGTGAGCTGGGAATCGAGTTCGATACGGCCCAGCAGCAACTGTGGCAGCAGGCATCCGACCTGCTGATCAACAGTGCCCTGGCCCAGCCGAAAGTACTGGTGCACCGCGACTACATGCCGCGCAACCTGATGCTCAGCGAACCCAACCCAGGCGTACTGGATTTCCAGGACGCGGTCTATGGCCCGGTGACCTACGATGTGACGTGCCTGTTCAAGGACGCCTTCCTCAGTTGGCCGGAAGAACGCGTGCGCGGCTGGCTGGAAGATTATTGGCGGCAGGCCGGCACGCTCGGCATTCCGGTCCAGCCGGATTTCGAGGATTTCCTGCGTGCCAGCGACCTGATGGGCGTGCAACGCCATCTCAAGGTGATCGGCATCTTCGCGCGCATTTGCCACCGCGATGGCAAGCCGCGTTACCTGGCTGACGTGCCGCGTTTCTTCGCCTATATAGAAGCGGTCATTGCCCGTCGTCCGGAACTGGCACCGTTGGACGAGTTGCTCCGCAGCCTGCGCCAAGCGGATGGAGCGAGCGCATGA MPDQDVRLQHLKVWLDEQLPILFTQQGWGAVPPATLTAASSDASFRRYFRWQGEGRSLIVMDAPPPQENCKPFVDIAFLLAKSGINVPKIYAEDLERGFLLLNDLGNQTYLDVINGENADDLFGDALQALLAFQQLPMVAPLPSYDVALLRRELELFPEWYVKRELGIEFDTAQQQLWQQASDLLINSALAQPKVLVHRDYMPRNLMLSEPNPGVLDFQDAVYGPVTYDVTCLFKDAFLSWPEERVRGWLEDYWRQAGTLGIPVQPDFEDFLRASDLMGVQRHLKVIGIFARICHRDGKPRYLADVPRFFAYIEAVIARRPELAPLDELLRSLRQADGASA PGPT0019050_883 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 D1-35_05156 672 murU COG1208 N-acetylmuramate alpha-1-phosphate uridylyltransferase ATGAAGGCGATGATCCTGGCGGCGGGCAAAGGCGAGCGCATGCGGCCCCTGACCCTCACTACCCCCAAGCCGTTGATTCGCGTCGGCGGCATCCCGTTGATCGAGTACCACCTGCGGGCATTGGCCACGGCCGGGTTCACCGAAATCGTGATCAACCATGCCTGGCTCGGCCAGCAGATCGAAGATCACCTAGGCGACGGTTCGCGGTTTGGCGTGCAGATCCGCTATTCGCCGGAGGGTGAGCCGCTGGAAACCGGCGGCGGAATTTTCCGCGCGCTGCCGCTGCTGGGTAACGATGCGTTTCTGGTGGTCAACGGCGATATCTGGACCGATTACGATTTCAGCGCCCTGCGCCAGCCGATCCAGGGGTTGGCGCACCTGGTGCTGGTGGACAATCCGGAGCATCACCCCGAGGGTGATTTCATGCTGGCTGGCGGCCAGGTTAATGACGGCGGGCCTGGTGCCGATAAGCTGACATACAGCGGCATCGCCGTGCTGGATCCACAGCTGTTTGCCGGCTGCGCCGATGGCGCATTCAAGCTGGCCCCGCTGTTTCGCCGCGCCATGGCCGCAGGGCAGGTCAGCGGTTCGCGCCTGGAAGGACGCTGGGTCGATGTGGGTACTCACGAACGTTTGTCGCAAGTCGAAAAACTGATAGAAGCGAGCTGTTGA MKAMILAAGKGERMRPLTLTTPKPLIRVGGIPLIEYHLRALATAGFTEIVINHAWLGQQIEDHLGDGSRFGVQIRYSPEGEPLETGGGIFRALPLLGNDAFLVVNGDIWTDYDFSALRQPIQGLAHLVLVDNPEHHPEGDFMLAGGQVNDGGPGADKLTYSGIAVLDPQLFAGCADGAFKLAPLFRRAMAAGQVSGSRLEGRWVDVGTHERLSQVEKLIEASC PGPT0019055_1425 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_MURAMATE_DEGRADATION,PGPT0019055-murU-K00992 NA NA D1-35_05157 768 djlA COG1076 Co-chaperone protein DjlA ATGTGGTGGCCAGGGACTCTGATTGGAGCGGGGGCGGGCTTTGCCATTGCCAGCATCCCGGGGGCCATGCTCGGCGCATTGTTGGGGCAGGCGCTGGACCGGCGTCTGAATCTGCACGGCTGGGCCCAGGTGCGCGAGCGCCTGGGCGGGCGCCCGGCGTTGCGCAACGATGAACTGTTGTTCGTCTTGCTCGGTCGCCTGGCGAAGATCGACGGGCGCGTGGTCGATGGTCACATCCAGCAGGCGCGTCTGGAAATGCGCGCTCTGGACCTGAGCGAACCGGCGCAACGTCGGGCTATCGCGGCCTTTAATCGGGGCAAATCGGGAAACGATCGGCTGCGTGGTTATCTGCGTCGCCTGAGTGCCCAGCCGCATGCGGCTGAAGGCGTGCTTCGGGCCTGCTGGCGGATGGTCTGGGCCGACGGCCGTGCCGGTGTAGCCGAACGTGAGTTGCTCGCCCAGTGGGGCAAGTGGCTGGGTTGGACGCCGCAGCAGGTCCAGGCGTTGGCGATGGACTACGAGCCGCAGAAACCGGGGTTGCCCAGCAGTGGCTTGACGTATCAGGAGGCGTTGCGGCTGTTAGGGGTTTCGGCCAGCAGCGAACCGTCGCAAATCAAGCGCGCTTACCGCCGCCTGATCAGTCGTCATCACCCGGACAAGATCGCCGGCAGCGGGGCGACAGCCTTGCAGGTACGCGAAGCAACCGACAAGACCCGCGAGCTGCACAACGCCTATCGCTTGATTCGCGAGCGCAGGGATTTTCGCTAG MWWPGTLIGAGAGFAIASIPGAMLGALLGQALDRRLNLHGWAQVRERLGGRPALRNDELLFVLLGRLAKIDGRVVDGHIQQARLEMRALDLSEPAQRRAIAAFNRGKSGNDRLRGYLRRLSAQPHAAEGVLRACWRMVWADGRAGVAERELLAQWGKWLGWTPQQVQALAMDYEPQKPGLPSSGLTYQEALRLLGVSASSEPSQIKRAYRRLISRHHPDKIAGSGATALQVREATDKTRELHNAYRLIRERRDFR PGPT0014550_874 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014550-djlA-K05801 NA NA D1-35_05158 990 hypothetical protein ATGTCCTTTGTTAACCGCCTGACACTGCCTGCATTGTGCCTGTCGCTGATCCTGCCGAGTGCATTTTCTGTACAGGCCGGTGAAACGACGCCCGCCGCGGGCGATCAACCCGCCGAGGCGAAACCGGCCGAGCGCCAGCCTTTGCTCGAGCGTAGCCAGGAAGAAGCGGCGGCGCTCGCACGAAAAGTCCCAGCCCAGGAACAACAACAGCTGCAAACCGGCAGCGATGCTTTCCTTGCCCTCTGGAAGCCGGCCAACACCAGCGAGCCCAAGGGCGTGGTCATCATCGTCCCTGGCGCCGGCGAAACGGCTGACTGGCCGCAGGTCATCAGCCCGCTGCGCAAAAAACTGCCGGATGCCGAATGGAGCAGCCTGAGTATTACGCTGCCGGACATGCAGAGCGACGTTATCGCACCCCGCGCGGCGGAAACACCGCCGGAGACCAAGCCGGCCGACATCGCTGCGGCAGCCCCCGACGCAACCACCGCGGCCCCGATCGAGCAGGTCGCCGGCGGCGAGGCCGACGCGGCTGAGCCGGCCTCCGCCGAAACCGGCGAAGAATCCGACAAGGCCGACGCCGAACGGATTTTCGCCCGTATCGACGCGGCATTGGCCTACGCCGAGCAACAGAGCGCCCGCAGTATCGTCTTGCTGGGCCACGGCACCGGCGCCTATTGGGCGGCGCGCTATCTTGGCGAAAGACAACCCACGCAAATCCAGCGCTTCGTGATGGTCGCGGCCCAGACACCCGTCACCGCCAAGCCCGGCCTCGCCGAGCTGACACCGAACCTGAAGCTGGCAACGGCAGACATCTTTTATATGGACAAACCGACGGACCGCAACGCGGCCCTGGAGCGCCTGCAAGCCAGCAAACGACTGAAAGGGTCGAGCTTCAGCCAGGTTTCCCTCAAGGCACTGCCCAACGCAACGGCGCAGCAGGAACAGCTGTTTCGACGGGTTCGGGGGTGGTTGAGTCCGCAGACAGACTGA MSFVNRLTLPALCLSLILPSAFSVQAGETTPAAGDQPAEAKPAERQPLLERSQEEAAALARKVPAQEQQQLQTGSDAFLALWKPANTSEPKGVVIIVPGAGETADWPQVISPLRKKLPDAEWSSLSITLPDMQSDVIAPRAAETPPETKPADIAAAAPDATTAAPIEQVAGGEADAAEPASAETGEESDKADAERIFARIDAALAYAEQQSARSIVLLGHGTGAYWAARYLGERQPTQIQRFVMVAAQTPVTAKPGLAELTPNLKLATADIFYMDKPTDRNAALERLQASKRLKGSSFSQVSLKALPNATAQQEQLFRRVRGWLSPQTD NA NA NA NA NA D1-35_05159 2394 mltF_4 Membrane-bound lytic murein transglycosylase F ATGATGCGTGTTTGCCTGTGGGTTATCGGCTGTCTATGGCTTCCCTTGATGGCGTGGGCTGCACCCGCGCCACAGGCGCAGGCGGTGCAGTTGAGCGCGGGCCAGCGCCAATGGTTGGCGGAGCATCCGCAGTTGCGCGTCGGCCTGGTGTTGCAGGCGCCCTACGCACAATACGACCGGCGCTTGCAGCGTCTGTCCGGCACCCACGTCGAACTGATGCAATGGCTGGGCAAGGCATTGAACGTCGAGCTGACCTGGCGCAACTTCCAGGATGTGGCGCAACTGGAAGCCGCGGTGCGCAACGGCGAAGTGGATGTCGCGCCGGGCTTGACCCAGACCCCGGCCGGCCTGCGGCTCTGGCAGTTTTCCGACCCTTACATGCGTGTGCCGCAGTTGATCGTGGGCGAGCAGAAGGGCGCCGAAGGCGTGGAGTTGGAGAAGCTCGACCCCCAGGCCCGGGTTGTCGTGCGCATGCCCAGCGCCACGGCCGATTACTTGCGCAGCAACTACCCCATGCTGAACCTGCAAGGCGTGCCGATGGAACGCCAGGCCCTGCAACTGCTTTTGAGCCAACAGGCACGGTACGCGGTGATCGACGAGGCACAGTTGGGTCGCCTGATGGTCGAGCCGGAATTTTCCGGATTGGTGGTGGTGGGTGATATCGGCCTGCCGCAACTGCTCAGGGTCGCCACGCGCCGGGACTGGCCGCAGTTGGCCGAAATCGTCGACAAGGGCTTGCAGGCGATTCCCGCCAAGGAGCTGGAGCAACTGCACAACCGTTGGATCAAGCCCAAATACCCACGCCTGACCGAGACGCCTGGCTTCTGGCAGAACCTGACCCTGCTGATGCTCGCCTTGTTGCTGTGCAGTGTCTCCATCGTGTTCTGGCAGCGCCGCCAGCAACGCGGGCTGGAACGTCGCCTGCGCTCGGCGCGCGAGGACATCGCCCAGCGCGCCGCCAGTGAAGAAGCCTTGCGCCTGACGCAATTTTCCATCGATCAAAGCACGGTCGGGATCCTCTGGGTGAATTGGGACAGCCATGTGCGCTACGCCAACCGCGCCGCCGAAACCATGCTGGGTTATGCGCCAGGCGCGATCATCGATCGGCCGCTGATCGACTTCGAACCGGGCCTGCACATGGACCGTTGGCTCAACCTGTGGAAGCGCGCCCGTGCCAGCGAAGATGGGCCGCAGAGTTTCGAAACCGAATGCGTGCGGGCCGATGGCAGTATCCTGCCGGCGGACGTTTCCCTGAGTTTCCTGCGTTTTCGTGACGCGGAATACCTGGTGGTCTACCTCAATGATGTGACCGAGCGTCGCCGCGCGCTGGCAGCCCTGCGTGAAAGCGAAGCGCGGCTGCAGGGCATCGCCGCCAATGTGCCGGGCCTGGTCTTTCGCCTGGAGCGGGCACCGGTGACCGGCCAGATCGACTTTGCCTATATCAGCGAAGGCAGCGAAAGCCTGGTGGGCTACGCCCCGGCGGTACTGGCCCGCAGTGATACCGGGCTGCGCAGCCTGGTGCACCCGCAGGACAAGGCCGATTACCACCGCACCCAGGACCAGGCGCTGGACAGTGACAGCGATTGGTCTTGGCAAGGCCGTATCCTGACTCGCGAAGGCCAGGAGCGCTGGGCCGAGATCAAGGCGATCACGCGTCGGCTCGAAGATGGCGCCTATGTCTGGGACGGCATTGTCTGGGATATCACCGAAAGCAAACGTGTCGAGCTGGAATTGGCCAGTTCCCGGGAGCAGTTGCGTGAGCTGTCGGCGCACCTGGAAAGCGTACGGGAAGAAGAGAAGGCGCGCATTGCCCGGGAAGTCCACGATGAGCTGGGTCAGATGCTGACGGTGCTGAAGCTGGAGACGTCCATGTGCGAACTGGCCTACGCGCAACTTGACCCGGGCCTGCAAGAACGGCTCAACAGCATGAAGCGCCTGATTGCCCAGTTGTTCCAATTGGTGCGGGACGTGGCGACGGCGTTGCGCCCGCCAATCCTCGATGCCGGTATTGCCTCGGCCATCGAATGGCAGGCCCGCCGTTTCGAGGCGCGCACACAGATTCCGTGCCTGGTGCAGGTGCCGGACAACCTGCCGGCGTTGAGCGACGCCAAGGCCATCGGCCTGTTCCGGATTCTCCAGGAAGCACTGACCAATGTGATGCGCCATGCCCAGGCGCATACTGTGGAGTTGACGTTGGCTCAACAAGGCGCTGATTTATGTCTGACGGTCAGCGACGACGGTGTAGGATTTATTGCCGATACGGGCCGGCCAACGTCCTTTGGCCTGGTCGGCATGCGTGAGCGCGTGTTGATCATGGGCGGGCAATTGACCCTGGACAGTGAGCCGGGGGAGGGGACAACCTTGTCGGTGCGGGTGCCTTTGGGTGAGGCCTGA MMRVCLWVIGCLWLPLMAWAAPAPQAQAVQLSAGQRQWLAEHPQLRVGLVLQAPYAQYDRRLQRLSGTHVELMQWLGKALNVELTWRNFQDVAQLEAAVRNGEVDVAPGLTQTPAGLRLWQFSDPYMRVPQLIVGEQKGAEGVELEKLDPQARVVVRMPSATADYLRSNYPMLNLQGVPMERQALQLLLSQQARYAVIDEAQLGRLMVEPEFSGLVVVGDIGLPQLLRVATRRDWPQLAEIVDKGLQAIPAKELEQLHNRWIKPKYPRLTETPGFWQNLTLLMLALLLCSVSIVFWQRRQQRGLERRLRSAREDIAQRAASEEALRLTQFSIDQSTVGILWVNWDSHVRYANRAAETMLGYAPGAIIDRPLIDFEPGLHMDRWLNLWKRARASEDGPQSFETECVRADGSILPADVSLSFLRFRDAEYLVVYLNDVTERRRALAALRESEARLQGIAANVPGLVFRLERAPVTGQIDFAYISEGSESLVGYAPAVLARSDTGLRSLVHPQDKADYHRTQDQALDSDSDWSWQGRILTREGQERWAEIKAITRRLEDGAYVWDGIVWDITESKRVELELASSREQLRELSAHLESVREEEKARIAREVHDELGQMLTVLKLETSMCELAYAQLDPGLQERLNSMKRLIAQLFQLVRDVATALRPPILDAGIASAIEWQARRFEARTQIPCLVQVPDNLPALSDAKAIGLFRILQEALTNVMRHAQAHTVELTLAQQGADLCLTVSDDGVGFIADTGRPTSFGLVGMRERVLIMGGQLTLDSEPGEGTTLSVRVPLGEA NA NA NA NA NA D1-35_05160 630 uvrY COG2197 Response regulator UvrY GTGATCCGTGTACTGGTAGCTGAAGACCACACCATCGTGCGCGAAGGGATCAAGCAATTGATCGGCCTGGCCAAGGATCTGGTGGTGGCAGGGGAGGCGAGCAATGGCGAACAGCTGCTCGAGACCCTGCGACACGTGCCTTGCGAAGTGGTGCTGCTGGATATTTCCATGCCGGGTGTCAACGGCCTTGAGGCAATCCCACGGATCCGTGCGCTGAACAACCCGCCGGCCATCCTGGTGTTGTCGATGCATGACGAGGCGCAAATGGCCGCCCGGGCCTTGAAAGTCGGCGCCGCTGGCTACGCCACCAAAGACAGCGATCCCGCTTTGCTGCTCATGGCGATCCGCAAGGTCGCGGCGGGTGGACGCTACATTGACCCGGACCTTGCCGACCGCATGGTCTTCGAAGTGGGCCTGACCGACACACGGCCGCTGCACTCCTTGCTGTCGGAGCGTGAATTCTCGGTTTTCGAACGCCTGGCCCAAGGTGCCAACGTCAACGACATCGCCCAGCAACTCGCCCTGAGCAGCAAGACCATCAGCACCCACAAGGCGCGGCTGATGCAGAAGCTCAACATCACCTCGTTGGCCGAGCTGGTGAAATACGCGATGGAGCACAAGTTGCTCTAA MIRVLVAEDHTIVREGIKQLIGLAKDLVVAGEASNGEQLLETLRHVPCEVVLLDISMPGVNGLEAIPRIRALNNPPAILVLSMHDEAQMAARALKVGAAGYATKDSDPALLLMAIRKVAAGGRYIDPDLADRMVFEVGLTDTRPLHSLLSEREFSVFERLAQGANVNDIAQQLALSSKTISTHKARLMQKLNITSLAELVKYAMEHKLL PGPT0017180_34 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_HEXOSE_PHOSPHATE_UPTAKE_SENSING,PGPT0017180-uhpA-K07686 NA NA D1-35_05161 1125 btuD_11 Vitamin B12 import ATP-binding protein BtuD ATGAGCCAGGTGGATTCAAGCGCGGGGGCCAGTGATGTGCTGGTCAGCTTTCGTGGTGTGCAAAAGAGCTACGACGGCGAGAACCTGATCGTCAAGGACCTCAACCTGGACATTCGCAAAGGCGAATTCCTGACCCTGCTCGGGCCTTCCGGCTCCGGCAAGACCACCAGCCTGATGATGCTCGCAGGCTTCGAGACCCCGACCGCCGGCGAGATCCAGCTGGCCGGGCGCTCCATCAACAACGTGCCGCCGCACAAGCGCGATATCGGCATGGTGTTCCAGAACTACGCCTTGTTCCCGCACATGACCGTCGCCGAAAACCTGGCATTCCCGCTGACCGTCCGCGGCCTGAACAAAAGCGACGTCGGCGATCGGGTCAAGCGTGTCTTGAGCATGGTCCAACTGGACACCTTCGCCCAACGTTATCCGGCGCAGTTGTCCGGCGGCCAGCAACAACGTGTGGCCCTGGCCCGGGCGCTGGTATTCGAGCCGCAACTGGTGCTGATGGACGAACCTCTCGGCGCACTGGACAAGCAATTGCGCGAACACATGCAGATGGAAATCAAACACCTGCACCAGCGCCTGGGCGTGACGGTGGTCTACGTGACGCACGACCAAGGGGAAGCCCTGACCATGTCCGACCGCGTGGCGGTGTTCCACCAGGGCGAGATCCAGCAGATCGCCCCGCCGCGCACGCTCTATGAGGAGCCGAAGAACACCTTCGTCGCCAACTTCATCGGCGAGAACAACCGCCTCAACGGCCGCCTGCACAGTCACACCGGTGACCGTTGCGTGGTGGAGCTGGGGCGTGGCGAAAAGGTCGAGGCCCTGGCGGTCAATGTCGGCAAGCCCGGCGAACCCGTCACCTTGTCGATCCGCCCGGAGCGGGTGAGCCTCAACGGCGCCAGCGAACAATGTATCAACCGCTTCTCAGGGAGGGTGGCGGAATTCATCTATCTGGGCGACCACGTCCGGGTTCGCCTCGAAGTCTGCGGCAAGAACGACTTCTTCGTGAAACAACCGATTGCCGAGCTCGACCCCGGGCTTGCTGTCGGGGACGTGGTTCCGCTTGGCTGGCAGGTCGAGCACGTACGCGCGCTCGATCCGCTTCTAGAGGCGAATTGA MSQVDSSAGASDVLVSFRGVQKSYDGENLIVKDLNLDIRKGEFLTLLGPSGSGKTTSLMMLAGFETPTAGEIQLAGRSINNVPPHKRDIGMVFQNYALFPHMTVAENLAFPLTVRGLNKSDVGDRVKRVLSMVQLDTFAQRYPAQLSGGQQQRVALARALVFEPQLVLMDEPLGALDKQLREHMQMEIKHLHQRLGVTVVYVTHDQGEALTMSDRVAVFHQGEIQQIAPPRTLYEEPKNTFVANFIGENNRLNGRLHSHTGDRCVVELGRGEKVEALAVNVGKPGEPVTLSIRPERVSLNGASEQCINRFSGRVAEFIYLGDHVRVRLEVCGKNDFFVKQPIAELDPGLAVGDVVPLGWQVEHVRALDPLLEAN PGPT0007860_421 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007860-ABC_SP_A|ydcT-K02052 NA NA D1-35_05162 1044 hypothetical protein ATGTTGAGATCCCTGAAGTTCACAGCCCTGACATTGGGCATGATGGGTGCGGCAAGCGCGATGGCGGCGGGCCCGGACCTGACCGTCGTGTCTTTCGGCGGGGCGAACAAGGCGGCTCAGGTCAAAGCCTTCTACGCACCGTGGGAAGCGGCTGGCAACGGCAAGATCGTGGCTGGCGAATACAACGGCGAAATGGCCAAGGTCAAGGCCATGGTCGACACCAAGAGCGTCTCGTGGGACCTGGTGGAAGTCGAGTCGCCGGAATTGTCCCGTGGCTGCGACGAAGACATGTTCGAGCAACTCGATCCGGCCCTGTTCGGCAAGGCCGAAGACTACGTCAAAGGCGCCATTCAGCCTTGCGGCGTGGGCTTCTTCGTGTGGTCGACCGTGCTGGCCTACAACGCCGACAAACTGAAGACCGCGCCGACCAGTTGGGCGGACTTCTGGGACACCAAGCAATTCCCGGGCAAACGCGGCCTGCGCAAAGGCGCCAAGTACACCCTGGAATTCGCCTTGATGGCCGACGGCGTAGCGCCGAAGGACGTCTACAAGGTGCTGGCCGGCAAAGACGGCCAGGACCGTGCGTTCAAGAAGCTCGATGAGCTCAAGCCGAACATCCAGTGGTGGGAAGCCGGTGCCCAGCCACCGCAATACCTTGCTTCCGGTGACGTGGTCATGAGCTCTGCGTACAACGGCCGGATCGCCGCGGTACAGAAAGAGAGCAACCTGAAAGTGGTGTGGAACGGCGGCATCTACGACTTCGACGCCTGGGCCATCCCGCGTGGGCTGGACAAGACTCGCGCCGAAGCTGCGAAAAAATTCATCGCCTTCTCGGTGGCGCCGCAGCAGCAGAAGACCTACTCGGAAAACATCGCCTACGGCCCGGCGAATACCCAGGCCGTGCCGTTGCTGGCCAAGGATGTGCTGAAAGACATGCCGACCACCCCGGAAAACATCGCCAACCAGGTGCAGATCGACGTCAGCTTCTGGGCTGACAACGGCGAGCAACTGGAGCAGCGCTTCAACTCCTGGGCGGCGAAGTAA MLRSLKFTALTLGMMGAASAMAAGPDLTVVSFGGANKAAQVKAFYAPWEAAGNGKIVAGEYNGEMAKVKAMVDTKSVSWDLVEVESPELSRGCDEDMFEQLDPALFGKAEDYVKGAIQPCGVGFFVWSTVLAYNADKLKTAPTSWADFWDTKQFPGKRGLRKGAKYTLEFALMADGVAPKDVYKVLAGKDGQDRAFKKLDELKPNIQWWEAGAQPPQYLASGDVVMSSAYNGRIAAVQKESNLKVVWNGGIYDFDAWAIPRGLDKTRAEAAKKFIAFSVAPQQQKTYSENIAYGPANTQAVPLLAKDVLKDMPTTPENIANQVQIDVSFWADNGEQLEQRFNSWAAK PGPT0007855_3941 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055 NA NA D1-35_05164 708 hypothetical protein ATGCTAGAGCCCACTGCCGTGCTGTTGGCCCACGCCAACGGCACTCCCGCGTCAACCGCATTCACCGGCGGCTCATTGGGAGCCAACGATCCGTTCGACAGGCAGATTGCCTATCTCGGGACCCAAGACATTGCTGCCGGTATCGTCCAGGCGAGCGGACAGTTCAGCGTCGATGCATATCCCTACAGTGAAACGATCGTGGTCCACGCCGGACAAGTCATTCTGCAAAGCGAGGAACACTCGCTGCAACTTGATCCGGGTGACAGCGCGGTAATTGCCCGCGGCACATCGATTCGGATCGAGGCGCAACCTGGTTCGCTCTGGGCATTCTGCGCCGATACCCAGCCTGTTGAAGCGGGCAACGTCGGAGTGACCGCTCTCCCCAAGCACACCCTCCTCGCGCCCTCGACGCCACCGAGTGAAGAATTCCTGCTGAGCCCGACACCACAATGTCGCTCGAACAATTTGTTCGTCGAGGACACGACAAACCTGCGCATCGGCGTCTGGGATTCGACGCCCTATAACCGCAGGGCAAGGCCGCACACGATGCACGAACTGATGCACCTGATCGAGGGCAGCATCATTCTCCAGCTCGGCGATGGGCCGGGGTTGGCGGTGAATACTGGCGATACGGTGTTTGTGCCCAAGGGGGCTCCTTGCGCCTGGAAGAGCAGCGTCTATGTGCGCAAGTTTTATGTTTGCAAGTGA MLEPTAVLLAHANGTPASTAFTGGSLGANDPFDRQIAYLGTQDIAAGIVQASGQFSVDAYPYSETIVVHAGQVILQSEEHSLQLDPGDSAVIARGTSIRIEAQPGSLWAFCADTQPVEAGNVGVTALPKHTLLAPSTPPSEEFLLSPTPQCRSNNLFVEDTTNLRIGVWDSTPYNRRARPHTMHELMHLIEGSIILQLGDGPGLAVNTGDTVFVPKGAPCAWKSSVYVRKFYVCK NA NA NA NA NA D1-35_05165 858 hypothetical protein ATGTCCAGTTCGCAACGCCCGACGTATGCCTATCGCCCCATGACCGCTGCCGATGTGGCAGCGGCCCATGCCTTGTCCGTGCAGTTGAAGTGGCCCCATCGCCTGGAGGACTGGGCCATGCTGCAGCGCGTCTCGCAGGGTTTTGTCGCCGAGGACCACGGCCGCCTGATCGGCACCGCATTCACCTGCCCGCAGGGTGATTACGCCACGATCGGCCTGGTGATCGTCAGTGACGAATACCAGGGCCAGGGCATCGGTCGCAAACTGATGGAACTGGCACTCCAAGCGTGTGGAACGCAGACCGCCATGCTCAACGCGACGCTGGCCGGGGCGCCTCTTTATGCCAGCCAGGGATTCGTTGACTTTGGTCATATCCAACAACATCAGGGGAACGTATCGCCCCCGGCCCCCAAGGACCTGCCATCCGGCGAACATTGCCGCCGCCTGACCAAGGCCGATCAAACCGACCAGATCGAACTGGCCAATGCCGGCAGCGGCCTGGACAGGCGCGCCGTGCTCGGTGACTTGTTCGACTGTGTCGAAGAGGCGGTTGGTATCGAGCGCGATGGTCAGCTGCGCGCATTCGCCATCCTGCGTCCATTCGGTCGTGGTCGTTACATCGGCCCGGTCGTTGCAGAAAATCCACAGCAGGCCGAGCACTTGATCGCAGTGCTGTTGGCGCAGGTGCCGGATGCTTTCGTGCGCATGGATGTACCGTCCGACAGCGGCCTGGGTCCGTGGCTGGAAGAAGCCGGGCTGAAGCAGGTCGACACCGTCGCCCAGATGGTCCGTGGTTCCCCGCCCCAGGCCAGGGGCGGCGTAAAGCAGTTTGCGCTGGTGACCCAGGCCATCGGCTGA MSSSQRPTYAYRPMTAADVAAAHALSVQLKWPHRLEDWAMLQRVSQGFVAEDHGRLIGTAFTCPQGDYATIGLVIVSDEYQGQGIGRKLMELALQACGTQTAMLNATLAGAPLYASQGFVDFGHIQQHQGNVSPPAPKDLPSGEHCRRLTKADQTDQIELANAGSGLDRRAVLGDLFDCVEEAVGIERDGQLRAFAILRPFGRGRYIGPVVAENPQQAEHLIAVLLAQVPDAFVRMDVPSDSGLGPWLEEAGLKQVDTVAQMVRGSPPQARGGVKQFALVTQAIG NA NA NA NA NA D1-35_05166 927 ghrA_2 COG0111 Glyoxylate/hydroxypyruvate reductase A ATGGCCCTGTTGTATAAAGCCGACCCGGTACGCGGTGAACAATGGAAACGTCTATTCGCCGAGCACGCTCCGGACATCGAATGGCGCGCCTGGCCGGACATCGGCGACCCGAAGGACATTCGCTTCCTCGCCGCCTGGCAGGCGCCGGATGACCTCGAAACACTCTTGCCGAACCTGCAAGTGCTGTTCGCTTTGTCGGCCGGGGTCGATCAGCTTGATCTTGATCGCTTGCCCACCTCCCTGCCGGTGGTCCGTCTCCTCGATCCAGGCATCACCCGGGGCATGTGCGAGTACGCCAGCTTCGCCGTGCTCAGCCTGCACCGGGATATGCTCCGTTATCGCCAGCAACAGATTGCCCGATGCTGGCAGGCGCACTTGCTGCAACCGGCGGCCCAGCGTCGGGTCGGGGTCATGGGGCTTGGTATGCAGGCCCGGCAGATCCTGGCCACCTTGCAGACCTTTGGTTTCGCCTTGTCAGGTTGGGCACGCAGCGAGCATCACATCGCCGGGGTGAATTGCTTTGCCGGTGATGAACAGCTCCCGGCTTTCCTCGGCCAATGCGACATCGTCATTTGCGTGCTGCCATTGACCGAGCAGACCCAAGGGATTCTCAATCGCCAATTGTTCAGGCATCTGCCCAAGGGTGCTGCCCTGGTCAACATGGGTCGTGGCGGGCATCTGATAGAAGAGGATCTGCTCGAGGCCCTGGCCAGCGGTCAAATCAGTGCGGCGGTGCTCGACGTCCTGCAACAGGAGCCGGCAGCGCCGGATCACCCGTTCTGGCAGCATCCGCAAATACTGCTGACGCCGCATATCGCGGCGATGACTCAACCCGAAAGTGCCTTCGGCGTGTTGCTGGACAACATCCGTCGGCATCAGCGCGGTGAGTCGATGCTCGGCCAGGTTGACCGCCAGCGATGTTATTGA MALLYKADPVRGEQWKRLFAEHAPDIEWRAWPDIGDPKDIRFLAAWQAPDDLETLLPNLQVLFALSAGVDQLDLDRLPTSLPVVRLLDPGITRGMCEYASFAVLSLHRDMLRYRQQQIARCWQAHLLQPAAQRRVGVMGLGMQARQILATLQTFGFALSGWARSEHHIAGVNCFAGDEQLPAFLGQCDIVICVLPLTEQTQGILNRQLFRHLPKGAALVNMGRGGHLIEEDLLEALASGQISAAVLDVLQQEPAAPDHPFWQHPQILLTPHIAAMTQPESAFGVLLDNIRRHQRGESMLGQVDRQRCY PGPT0019465_1336 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0019465-ghrA-K12972 NA NA D1-35_05167 1293 gabT COG0160 4-aminobutyrate aminotransferase GabT ATGAACAGTAAAGTCGAAGAAACCCCGAGCCTGCTCCTTCAACGCGATCAATTCGTGCCACGAGGGTTGGTCACCGCGCATCCGCTGGTCATCGACCGGGCCCAGGGGGCAGAGGTGTGGGACGTGGACGGGGCGCGTTATCTGGACTTCGTCGGCGGCATCGGCGTGTTGAACATCGGTCACAATCACCCGAAGGTGATCGCGGCGGTGCAGGCTCAATTGCAGAAAGTCAGTCACGCGTGTTTCCAAGTGGTGGCCTACAAACCGTATATCGATCTGGTCAAGCGCCTGTGTGCCTTGGTGGGTGGGCAGCAAGCCTGCAAGGCGGCGCTGTTCACTTCCGGCGCGGAAGCGGTGGAGAACGCGGTGAAGATCGCCCGCGCGCATACCAATCGTCCCGCCGTCATTGCCTTCCGGGGCGGTTTCCATGGGCGTACTTTACTGGGTACGACGCTGACGGGCATGAGCCAGCCCTACAAGCAGAACTTCGGACCTCTGGCGCCGGAGGTCTTCCATACGCCATACCCGAATGCCTATCGCGGTTTCAGCAGTGAGATGGCGTTGCAGGCACTCAACGAATTGCTGGCGACCCAAGTCGCGCCGGATCGGGTCGCGGCGATTATCATCGAGCCGGTGCAGGGCGATGGAGGCTTCCTCAGCGCTCCACCAGAATTTCTCCAGGCGCTGCGAGCCTTGACCGAACAGCACGGCATCGTGCTCATCCTCGACGAAATCCAGACCGGCTTCGGTCGTACCGGCAAATGGTTCGGTTTTCAGCACGCCGGCATCCAGCCGGACCTGGTCACCGTCGCCAAGAGCCTGGCCGGTGGTTTGCCCATCTCGGCTGTGGTGGGGCGCGCGCACATCATGGACGCGCCACTGCCCGGTGGCCTTGGCGGCACCTACGGCGGTAACGCCTTGGCGTGTGCCGCGGCATTGGCGGTGATCGAGGCTTATGAGCAGGAGCATCTGCTCGAGCGTGGCCTGGTCCTGGGGGAGCGGCTGCGTCAGGGCCTGCTGCGCTTGCAGGCCCGCCACCCGCGCATCGGTGATGTGCGCGGCACCGGCTTCATGCTGGCAATCGAATTGATCAAGGATGATCAAGCCCGCAGCCCGGATGCCGAGCTCACCCAGCGCCTGATCGATCAGGCAAGGATTGGCGGGCTGCTGGTGATCAAATGCGGGGTGTACCGAAATGTCCTGCGCTTCCTCGCTCCCCTGGTCACCGAAGAAAGTCAGATCGACGAAGCACTGGCCATCCTTGAAGCCGCATTGCAGCGGGTAATGGATTAG MNSKVEETPSLLLQRDQFVPRGLVTAHPLVIDRAQGAEVWDVDGARYLDFVGGIGVLNIGHNHPKVIAAVQAQLQKVSHACFQVVAYKPYIDLVKRLCALVGGQQACKAALFTSGAEAVENAVKIARAHTNRPAVIAFRGGFHGRTLLGTTLTGMSQPYKQNFGPLAPEVFHTPYPNAYRGFSSEMALQALNELLATQVAPDRVAAIIIEPVQGDGGFLSAPPEFLQALRALTEQHGIVLILDEIQTGFGRTGKWFGFQHAGIQPDLVTVAKSLAGGLPISAVVGRAHIMDAPLPGGLGGTYGGNALACAAALAVIEAYEQEHLLERGLVLGERLRQGLLRLQARHPRIGDVRGTGFMLAIELIKDDQARSPDAELTQRLIDQARIGGLLVIKCGVYRNVLRFLAPLVTEESQIDEALAILEAALQRVMD PGPT0007660_1138 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007660-gabT-K07250 NA NA D1-35_05168 657 hypothetical protein ATGCACCTGACTGATTATCGTGCGCTGCTGATCGATTGCGACGAAGTCCTGGTCGATCGGGATTCCGGTGTCTGGACGGCCCTGCAACCCTTGCTTGAAAACCGTCCGGGCATGCCGGGCAAGGAGCAGGTATTGGCGGAATTCGACGAGGCGGTACGTGGGCTCTATCCACGCTTTTCCGATCTCGGCTTCAGCGGCTTGTTGTGTTTTGCCCATCGCCAGTTGGCGGAGCGCCTGGGGCTCAAGGTCAGCTGGGAAGAGGGCATGAGCTTTGCCCGTTCGGCCTGCAACTGGTCGCTGTTCGAGGACGCACCGGGTGCCATGTTGTATTTGCGCAAATTCTACCGGTTATTGGTTTACTGCGATCGTGATGCCGAGGATCGCGACCAGCTCTGCGAGCGCTTGGGAATTCCACCCGAGGACCTGCATTCGCGAGCCAACAATCCACTGGAGGATGAGGCATGGTTGCTGCAGAACCAACTCGAGCCTGGAACGATCATGCAAGTGTCCAGACCGCCCGCACAACCGCCAAAATCGGCTGGCCTGTGCCTGATTCGCCGTGGCCATGAGCCTGAAAATCAAGAATATTCCGCCGACTTCTACATCACCAGCATGGCCGACCTCGTCGCTCAGCATCAGCTATCTTTGCGCCGTTGA MHLTDYRALLIDCDEVLVDRDSGVWTALQPLLENRPGMPGKEQVLAEFDEAVRGLYPRFSDLGFSGLLCFAHRQLAERLGLKVSWEEGMSFARSACNWSLFEDAPGAMLYLRKFYRLLVYCDRDAEDRDQLCERLGIPPEDLHSRANNPLEDEAWLLQNQLEPGTIMQVSRPPAQPPKSAGLCLIRRGHEPENQEYSADFYITSMADLVAQHQLSLRR PGPT0006885_2608 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D1-35_05169 420 lrp_7 COG1522 Leucine-responsive regulatory protein ATGACCAATGTCAGCCTCGCCGATGCCGTGGGACTTTCGTCCAGCCCTTGTCTGCAGCGGGTCAAGCGCCTCGAATCAGCCGGTTATATCTCCGGGTACAGGGCGCATCTGAACCTCGCAAAGATCACCGACTCGGTCACGGTATTTACCGAAATCACCCTCAGCGACCATAAACGGGAAGACTTCGCCAAGTTTGAATCGAATATTCGTCTGGTCGACGAAGTACTTGAGTGCCACTTGATCAGCGGCGGTTACGATTATCTGGTGCGCTTCATGACGTGCAGCATCCAGCATTATCAGGAAGTGGTCGAAGGGTTGCTGGACAAGAACATCGGTATCTCCAAATACTTCAGTTACATCGTCATCAAATCGCCGGTGCTCAAGGATGGAGTGCCGTTGCGCCGACTACTGCGCCATTAA MTNVSLADAVGLSSSPCLQRVKRLESAGYISGYRAHLNLAKITDSVTVFTEITLSDHKREDFAKFESNIRLVDEVLECHLISGGYDYLVRFMTCSIQHYQEVVEGLLDKNIGISKYFSYIVIKSPVLKDGVPLRRLLRH PGPT0014049_183 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782 NA NA D1-35_05170 756 fabG_10 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAACAAGATCGCACTCATTACCGGCGCCAACCGTGGCCTGGGCCGCAATGCCGCTATTGCCATCGCTGAAAAGGGCAACGACGTCATCCTCACCTATCGCAACGGCGAGGCCCAAGCCCGGGACGTGGTCGGCGAAATCGAACGGCTCGGGCGCAAAGCCGTTGCGTTGAAACTCGATGTGAGTGACGTCTCCAGCTTCGGCACATTCGTCGCTACGCTTTCCGGCGCCCTCCAGCAAGGCTGGGGTCGAGCCGACTTCGACTTCCTCCTCAACAACGCGGGTCACGGCGCGATGGCGGCGTTTGCCGAAACCACCGAAGAGCAGTTCGATGAGCTGTTCAATGTGCACGTCAAAGGTGTTTTTTTCCTGACGCAGGCGCTCTTGCCACTGATCATCGATGGCGGTCGCATCGTCAACTATTCATCCGGGCTGACGCGTGTTTCCTTTCCCGGTTTCTCGGCGTATGCCGCCGCTAAAGGCGCGATCGAAACCCTCACGGTCTATATGGCCAGAGAGCTGGGCGGCCGTGGGATCACGGTAAATACGGTGGCCCCTGGTGCGATTGCCACGGACTTCCTGGGCGGCGCAGTGCGCGACATGCCGGATCTGAATGCGCAATTTGCTGGCATGACTGCCCTTGGCCGGGTGGGCGTCCCGGACGACATCGGGCCAATGGTTGCGAGCCTGCTGGCGGAGGACAACCGCTGGGTTACCGGGCAGCGCATCGAAGTTTCCGGCGGGCAGACAATCTGA MNKIALITGANRGLGRNAAIAIAEKGNDVILTYRNGEAQARDVVGEIERLGRKAVALKLDVSDVSSFGTFVATLSGALQQGWGRADFDFLLNNAGHGAMAAFAETTEEQFDELFNVHVKGVFFLTQALLPLIIDGGRIVNYSSGLTRVSFPGFSAYAAAKGAIETLTVYMARELGGRGITVNTVAPGAIATDFLGGAVRDMPDLNAQFAGMTALGRVGVPDDIGPMVASLLAEDNRWVTGQRIEVSGGQTI PGPT0003180_8318 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0003180-ymfI|fabG|efpI-K00059 NA NA D1-35_05171 915 hcaR_2 Hca operon transcriptional activator HcaR ATGGAGCTGCGTCACCTTCGTTACTTCGTTGCCGTTGCCGAAGAGGGCAACCTGACCTCTGCCGCGACCAAACGTCTTCATACCGCGCAACCATCCCTTAGCCGCCAGCTGCGCGATCTGGAGTTGGAGGTTGGCGCGCAGCTGTTTGTCCGCAAGGCCAGGGGCATCGAACTGACGCCGGCCGGAATAGCGTTCCTGGATCAGGCCAGGCTTGCGCTCAGTCATGCCGAAGAAGCCGTGGCGGCGGCTCGGCGAGCGGCAAGGCCGGCGAAGAAGGTGTTCTCGGTGGGCTTTCTGACAGGGCAGGAGGTGGACTGGCTGCCCAGCGTGACGCGCTTGCTTCGACATGACCTGCCCAACATCGAATTCAAGGTCATCAGCTTGCAATCGCCCTCGCTGGCCGACGCTATCCAACGTGGCGACGTCGACCTTGGCTTTCTGCGCGTGGAGCCGCGGCCGGATGTCAGTTATGAGGTTGTCGCGAAAGAGCCATTGCTGGTCATCATGCCGAACGACCATCGCCTGGCCTCGGTGGGCGATGTCGATCCTGCCGAGTTGGCGAGCGAGACGTTCATCGGCTGTTCGGAGATTCCCCATGTACTACGCGATGTCATCGCGCAGTATTTCGCCAGTTGCAACGTGCAGGTCAACGCCTCCTACTGGCTGGACGACTACGGCACCGGGATCTCTCTGATCAGCTCCACGCGGGGCGTTGCCATCCTGCCAGCCTACGTGGAGCCGCTGCTGCCTTGGACGATCGTCAGCAGGCCGCTCAAGGGAACACGACCTACCATTGATCTGGCGGTGGGTTATCGGACCGACAATCCGTCACCTATCCTGAAAATGTTCCTTGAGAACATCGATCAGATAAAAGACGCAGGGCCGCTGGGCAATCGGCGCAGGACGGACAACTAG MELRHLRYFVAVAEEGNLTSAATKRLHTAQPSLSRQLRDLELEVGAQLFVRKARGIELTPAGIAFLDQARLALSHAEEAVAAARRAARPAKKVFSVGFLTGQEVDWLPSVTRLLRHDLPNIEFKVISLQSPSLADAIQRGDVDLGFLRVEPRPDVSYEVVAKEPLLVIMPNDHRLASVGDVDPAELASETFIGCSEIPHVLRDVIAQYFASCNVQVNASYWLDDYGTGISLISSTRGVAILPAYVEPLLPWTIVSRPLKGTRPTIDLAVGYRTDNPSPILKMFLENIDQIKDAGPLGNRRRTDN NA NA NA NA NA D1-35_05172 432 hypothetical protein ATGCAAGACATCTACCACCTGTCCCGCTTTGTCGAGGCCCAGAACCCGGTGTTCGATCGAGTCATGGACGAGTTACGCGCAGGCCGCAAGACGAGCCACTGGATGTGGTTCATCTTTCCCCAGGTGCAGGGCCTCGGGCGTTCCGAAATGGCCGCGCGCTTCGCCATCTCTGGCATTGCCGAGGCCCGTGCTTACGTTCAGCACGACGTGCTCGGCCCGCGACTGGAGGGTTGTGTGGAAACAGTTCTGCTGCATCACGGGAAGAGTGCCGGGCAGATCTTTGGCTCACCCGACGACCTCAAGTTTCGTTCCTGTCTGACGTTGTTCAGGAGCGTCCAACCGGGATCGTCCCTGTTCCAACAGGCGCTTGACCGGTTTTATTCGGGCGAGCCGGATCGCAAGACACTGCTGCTGCTTGAGCAACCGAGGTGA MQDIYHLSRFVEAQNPVFDRVMDELRAGRKTSHWMWFIFPQVQGLGRSEMAARFAISGIAEARAYVQHDVLGPRLEGCVETVLLHHGKSAGQIFGSPDDLKFRSCLTLFRSVQPGSSLFQQALDRFYSGEPDRKTLLLLEQPR NA NA NA NA NA D1-35_05173 1224 hypothetical protein ATGCGTAAGGATTACCTCGCTTTTTTCATTTCGTTGTTTCTGTCGCGGCTGGCGGATCAGATCCTGCTGTTCATCGTACCGCTGGTAGTGTTCCAGACGACCAACAGCGCATCCTGGGCCGGGCTGGCGTTTTTCGTCGAGTCGCTGCCGCGATTCCTCGCGTTTCCGTTGTGTGGCGCCCTGTGCGACAAGTACTCGCCCATCAAAATCCTGCATATCAGCCAGGTCTACCGGGCCCTGCTGTGTGTCCTGGCGATGGCGCTGCATGGGGTCTTTGGTGGTATCGCCTGGGTCGTCGTGCTGTCAGCGGTGTGCGGGGTACTGACCACCCAAGGCATCATGGCGCGCGAAGTGCTGATGCCGCACATCTTCCAGCACTACAGCTACACCAAGACCTTGTCTTACTCGCAGATCGCCGACCAGACCGGGCTGGTGCTCGGGCCATTGGTGGCGGCCCTGATGCTGGAAGTGTGGGCCTGGCATTGGGTGGTGCTGTGGATCGCCGGGTTGTTCCTGCTGGCCGATCTGAGCATGCTGGTCTGGCAACGCCTCAGCCGTATCACGCTTGAGGTTTTCGAGCAGCATCAGGACATCTGGTTGCAGCCGCTGCGGATTGCCTTCGGGCATATCCGTAACCTGGCGGAGCTGAAGAAAATCATCACCCTGGCGGTAGGCGTCAACCTGGTCGTGGGTGTCACCTTGGCCACCTCGGCGGCGATGGTGCTTGGCGAGTACAGCGCCGGCAAGGACGACTACGCGGGCCTGCAGGCGGCTGGCGCGGTGACAACGATCGTGATCCTGTTCTTTCTTGCCCGGGTCGCCCTGCCTCTGCGCGTCTCGGGAGGCGTCGGCTATTCGATGATCGCCGCGGGAGGCTTCATCAGTGCCCTGAGCCCGAACCTGGTCGGCTACGTCGTGGGCTTCCTGTTGATCGTCGGCTTCGACAAGATGTTCAACGTCTACATGCGCACGATCCGGCAACAGGTGATTCCGCCCAAGGATTTCGGCAAGACGGTGGGCGTGATCACTTTGCTCAACAACCTTTCGCAGCCGTTGGCCGGCTTGTTGGTAGCGGTGCTGGCGGCGCCCTTGGGCACGCAACCGGTAATCCTGATCCTGGCCGTGCTGGCCACGCTCCTGGGAGCCGCGGCGTGGTGGTGGTTTGCCAAGGCCCGAAGCCCCCTCACCGCCTCGATTCTGGCGGAGCAGGAAATCGGCAAGTGA MRKDYLAFFISLFLSRLADQILLFIVPLVVFQTTNSASWAGLAFFVESLPRFLAFPLCGALCDKYSPIKILHISQVYRALLCVLAMALHGVFGGIAWVVVLSAVCGVLTTQGIMAREVLMPHIFQHYSYTKTLSYSQIADQTGLVLGPLVAALMLEVWAWHWVVLWIAGLFLLADLSMLVWQRLSRITLEVFEQHQDIWLQPLRIAFGHIRNLAELKKIITLAVGVNLVVGVTLATSAAMVLGEYSAGKDDYAGLQAAGAVTTIVILFFLARVALPLRVSGGVGYSMIAAGGFISALSPNLVGYVVGFLLIVGFDKMFNVYMRTIRQQVIPPKDFGKTVGVITLLNNLSQPLAGLLVAVLAAPLGTQPVILILAVLATLLGAAAWWWFAKARSPLTASILAEQEIGK NA NA NA NA NA D1-35_05174 387 ectC L-ectoine synthase ATGTTCATTCGCAACATATCCGAGGTCGAGAAAACCCCTTACTTCGTCGAGTGGGGCGCCGGCACGAGTCATCGCTTGCTCACTGAACGTGACGCCATGGGCTTTACGCTGTGCCATACCGTCGTGCGTGCAGGTACAGAGTCGCTGTTGCAATACCGCAATCACCTGGAGGCCTGTTATTGCATTGCCGGAGAAGGTGAAGTCGAAGACATGCACGGCAATGTCTTTGCGATCCGGCCTGGCGATGTCTACGTGCTCGATCAGCATGACCGGCATTTCCTGCGCGGAGGCAAGGACCAGGACCTGATCCTGGTCAGCGTCTTCAATCCGCCACTGCGCGGTGACGAACGACACAATCTCAACGACAGTTCAGGGTCGGCCTACTGA MFIRNISEVEKTPYFVEWGAGTSHRLLTERDAMGFTLCHTVVRAGTESLLQYRNHLEACYCIAGEGEVEDMHGNVFAIRPGDVYVLDQHDRHFLRGGKDQDLILVSVFNPPLRGDERHNLNDSSGSAY PGPT0014060_583 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014060-ectC-K06720 NA NA D1-35_05175 1182 hsaA Flavin-dependent monooxygenase, oxygenase subunit HsaA ATGCTTGAGCTTGCCGAGCAGGCGTTCCATCCGGCCGCACAACCCTCGCTGTGTCAGCGGGCCGTCGAGCACTTGCCCGGCTGGCGCGAGCGGGCCGCCACGGCTGAAGCGAATCGACGGCTGAGCAACAGCACCTTCGACGAATTGTTTGCCGGCGGCTGGCTGGATCTGTTGACGCCGCGCGCGCCGGTGACGAGCAGCGGACACTGGCCCACATTGGTGGAAAGCGCGCGGATCGCCGCGCGGGCGTGCGCCTCCACGGGCTGGATGCTCGCGCTGGTGGGCGGCCACGGCGCCATCGCCCGACGACTGCCGCCTGCCTGCACGGACCAGCTCTACACCGACGGCCCACGACAGCTCTTCGCCTCAGCCTCCGTCAGTGCCGATAGCCGGCTGACCTTTGACTCCGCCGGGGTACGGATCGATGGGCGCTGGCGCTTCGGTTCAGGGATCGATGACGCGACCTGGCTGATGCTCAACGCCCCCTGCCCCAACCACCCGGACGCGGCTCACACCCCACGTTTCCTGGTGCTGATCGCCGCCGATGAAGTCGAAAGACTCGACAGCTGGGACAGCTGTGGTATGGCGGCGACCGGCTCCCATGACGTACTGACCCGCCAATTGCTGGTGCCGCATGCTCGCGTATTCGCGCTGCATGAAGTGTTTGCGCAGGCCACGCATGCACCGGCGTCCGACTACATCGACCGTATGCCCCTGGTGCCTTACCTCACCACGTCGATCGTCGGTCCGCTGCTGGGGTGCGCCGAGGGTGCTCTTGGCGCGTTTGTCACTGGGCTCAACGGTTCGTTGGCGGTGAGCGATCCGCGGATCGCCGAACAGGCCGCCCACTCGGCAGCACAGCTGTACAGCGCCGGGTTGTTGTATGACTCGCTGATCACCCGACTGCATGACGCCGGTATGAATGACCGGCCGCCAGATACGCGACAACTGATGCAACTCAAGCGCGACCGCGCCTATCTGGCAGGCCAGTGCGTGCAGGCCGTGCGCCGTCTGGTGGAAAGGCTCGGTGCGTCGTCCCTGGTCGCCGGCAACCCGCTCCAGCGTCACTGGCGTGATATCCAGGCCATGGCCGCGCATCGAGACGTTGCCTGGAACGAGGCGATGCTGGCCAGCGGCGATGCGCTGCTGCGGCCCGTCGCCGCCGGCACTGCAAAGAGCTGA MLELAEQAFHPAAQPSLCQRAVEHLPGWRERAATAEANRRLSNSTFDELFAGGWLDLLTPRAPVTSSGHWPTLVESARIAARACASTGWMLALVGGHGAIARRLPPACTDQLYTDGPRQLFASASVSADSRLTFDSAGVRIDGRWRFGSGIDDATWLMLNAPCPNHPDAAHTPRFLVLIAADEVERLDSWDSCGMAATGSHDVLTRQLLVPHARVFALHEVFAQATHAPASDYIDRMPLVPYLTTSIVGPLLGCAEGALGAFVTGLNGSLAVSDPRIAEQAAHSAAQLYSAGLLYDSLITRLHDAGMNDRPPDTRQLMQLKRDRAYLAGQCVQAVRRLVERLGASSLVAGNPLQRHWRDIQAMAAHRDVAWNEAMLASGDALLRPVAAGTAKS PGPT0006695_242 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006695-hsaA-K16047 NA NA D1-35_05176 1029 hypothetical protein ATGAAAATTTCCCCGCAGTCCATGGATGACACCGACCTCGACCGGGACCTGCAAAAAAGCGCCATGCTCAAGCTCGCCGGGCATTTCCACAGTCTGGCGACAGGCGCCAGCCAGGTGCCCATGCAGTCTCTTGGCAGCCACTTGCGCGCCGAGATTCAGGATCCACTGGTTCTCGATTACCACGATCGCCTGATCGAAGGGGCAGGACCGTTGTTCTCCCACTTTCTGGCCAGCGTGCCGTACATTCTCGAGGAGTTGTCCAGGATCGGCGCAGCCCTGACCCGCCTGGCCGAGGCCAATACCCGAGAAACAGGCCAGACCTTCAGTCTGTTCGAAGTGGACGCCTTTGATGGCAGTAACGGCCGCGCCGTTGCTGGCCATTCCAATGGACTGATCCGCAGTTTCACCTCATCGCCGAATCGGGCCAACCAGGTTGCCTTCGACCGGTATGCCGACCCGGCGCTGTCGCGGTTCTATCCGCAGTCGGTGTTCAAGGTGACACCGGACCTGCTGCAGCAACCCGAATACAGGCTTTTCAGCCAGGGCTTCGACTTCATTTACGAGATGGCCGCGTTCCAGTTCTACAGCCGCGACCGTGACCGCCAGATCGCCCATATCCAGCAATTTCTCAAGCCTGGCGGCCTGGTGTTTTTCGTTGAAAAGCTTAACCACCCGGACCCGGAGGAATACCTGCGCAGGGAACGGGTCAAGGATGAGCAATTCAAGACCCGCTACTTCAGCGAGGAAGAAATCCACTGGAAACGCCAGCAGATGCTTGAGCAAATGCAGAATGGCCAGGTCACCTTCGAAGAATTGGCAAGCGCCCTGTGCGCCCGGTTCAAGTGCGTCCATCTGTTGTGGAACAGCAGCAATTTCTGTGAGTTCGTCGCCTCCGACGATCCACAGCAAATCGAGCGCTTGGTTCGGCTGTTGGGCCCGGTGGTGCAGCCTGCGGACTTCTGTTTCGAGGGCTCGCGCCTGGGCGCCGTGGCAACGCTGCGCAGTGCCGGGGGGCCAGACGATGCTTGA MKISPQSMDDTDLDRDLQKSAMLKLAGHFHSLATGASQVPMQSLGSHLRAEIQDPLVLDYHDRLIEGAGPLFSHFLASVPYILEELSRIGAALTRLAEANTRETGQTFSLFEVDAFDGSNGRAVAGHSNGLIRSFTSSPNRANQVAFDRYADPALSRFYPQSVFKVTPDLLQQPEYRLFSQGFDFIYEMAAFQFYSRDRDRQIAHIQQFLKPGGLVFFVEKLNHPDPEEYLRRERVKDEQFKTRYFSEEEIHWKRQQMLEQMQNGQVTFEELASALCARFKCVHLLWNSSNFCEFVASDDPQQIERLVRLLGPVVQPADFCFEGSRLGAVATLRSAGGPDDA NA NA NA NA NA D1-35_05177 1542 lcfB_2 COG0318 Long-chain-fatty-acid--CoA ligase ATGCAGCTTTTCCATCAGGTTATCGCCAGCAATGCAAAAAAATACCCGTCCAAGCCAGCCATCATCCTCGACGGGCAAGCGACTTCCTATCAGCAACTGCAGCAGCGCGCGGATGACATTGCCTCGGTGCTCCCCCTGCTCGGCATTGCTCCCGGTGACCGGGTGGGCCTGTACGCGCCCATTTCCGTCGATTTGATCGCAGGTTATCTGGGCCTGCTACAGGCTGGAGTGATCAGCGCAGCGACGCACCACACCTTGAGTCGTACCAAGCTGATCCATCAGCTCAAGCACTCGGGCGCCCGGGTACTGATCACCGACTGCACGGATGACTTGCCTGGCCTGATTGACGAGGCTGGCCTGGAACTGGTCCTGCTTACCGTTCCAGCCCAGGTTGCGGTGCCCAAGGTCATGCAGCTTGCCGATGCCGTCGCTGCGCTCGGAGGAAAGAAGGCCGCGCCCTCCTCTGCGTTGCCCGCTGACCCTGAACGTCCCACCTCGATCTTTTATACCTCTGGGTCATCCTTCAATCCGAAAGGCGTGCTCGTCAATCACCGCATCATGTTGGCGGCCTGTGGCCGGGTGACTGCGTATCTGCAAAACATCCCTGATGATCGTGTCCTCAGTTATTCCACGCTGGCATCCGACTACGGGGTGTACAACGTGATGATGCCGCTGTATGCCGGGGCCACCAGTGTCATCGAGAGCCGGCCGGCCAGCAGCGCCGAGGAGGTGCTCGCGGTGGTCGAACGCGAGGGGGCCACGGCAATGCATGTGTTTCCCCCGGTGTTCTTCCTGTTGGCCAATACCGGCCCGCACTGGCAGGCGCGCGTGCCTGGCTTGCGCTACATCTCCAGCAGCGGGCAGGCCCTCTACAGTCGTCATATCCAGCGGATCCGCGAAGCACTGCCCGCGGTGCGGATTTTTTCCAACTACGGGCTCACCGAGTGCAAGCGCGTGAGCTACCTGCCGCCCGAAGAAATCGACCAACGACCGACCTCGGTGGGTAAGCCTTTGCCGGGAGTCAGCGTGTACCTGGTAGACGAACAGGGCCTGCGTATCGAGCAGCCTGGACAAACAGGCGAGTTGCTGGTGACCAGCGACTACCTGATGCTCGAGTACTGGAACATGCCCGAAGCCAATGCCAGCGCCTTTGTCCATGATGCCTTCGGCCAATCACGACTGTATCGCACCGGGGACCTGTTCAAGCAGGACGCCGAAGGCTACCTCTACTACGTCGCCCGCAAGGACGACGTCTTCGCGCGCAATATCTGGAACGTCAATCCGCGAGAAATCGAGCAGTGCCTGGCCGCGCATCCAGCGGTCGCCGAGGTCCTCGTGGTTCCGGTTGCCGACGAGTCGGCCGGGCACGTGCCCAAGGCTTGCATCGTGCTTGATGCCGATCATCTCCAGACCAGCGAACAGGCATTGCTCGATCACTGCAAGGCGCATCTGGACTGGCACATGGTCCCGGCCCAGTGGGCATTCCTCAAGGCCTTGCCGAAAACCGATTCGGGCAAGTTCACCACCAAAGGACTGATCTGA MQLFHQVIASNAKKYPSKPAIILDGQATSYQQLQQRADDIASVLPLLGIAPGDRVGLYAPISVDLIAGYLGLLQAGVISAATHHTLSRTKLIHQLKHSGARVLITDCTDDLPGLIDEAGLELVLLTVPAQVAVPKVMQLADAVAALGGKKAAPSSALPADPERPTSIFYTSGSSFNPKGVLVNHRIMLAACGRVTAYLQNIPDDRVLSYSTLASDYGVYNVMMPLYAGATSVIESRPASSAEEVLAVVEREGATAMHVFPPVFFLLANTGPHWQARVPGLRYISSSGQALYSRHIQRIREALPAVRIFSNYGLTECKRVSYLPPEEIDQRPTSVGKPLPGVSVYLVDEQGLRIEQPGQTGELLVTSDYLMLEYWNMPEANASAFVHDAFGQSRLYRTGDLFKQDAEGYLYYVARKDDVFARNIWNVNPREIEQCLAAHPAVAEVLVVPVADESAGHVPKACIVLDADHLQTSEQALLDHCKAHLDWHMVPAQWAFLKALPKTDSGKFTTKGLI PGPT0008380_13609 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D1-35_05178 681 COQ3_3 Ubiquinone biosynthesis O-methyltransferase, mitochondrial ATGAAAATAGTAGACAGTTCGGTTCTGAAGGAATGGTATGACAGCGAATACAGCGCCTGTAATAACGGTGCTTTATTTGGTGAACTACGCGAAGAGTTCAAACAGTTTTTATCCACCCTGCCTGACGGCCCCGGCGATGCCCTTGAGCTCGGCTGCGGAGACGGTCGCAACCTTACCGCCCTGGCGCGCAAGGGCTATAGCCTGAGCGGCGTGGACATGGTCGACAGCACGGTACAGAGTCGCAAGCTCAATCCCTGGCTAAAGGATCTGTATTTCCAGCAGGCAGATATTCTGACGTACGAGCCGTTGCGTGAAGGTTACGACGTACTGGTCTGTTCCGAAGTTCTGCATTTCTTCAATCAAGATGAACTTCAGACGGTAATGGCCAAGATTATCGGTGCGGTAAAGCCTGGCGGATATATTTTCCTTGATCTGTTATCGGACCTGTCGCGGTACTTTCAAGCGAGCGGAGAACCCTTCATCTGGGACAAGGAAGCGGGCTTGTCTGTCCAGGACAGCGAAGGGTTATTTGATGCCTGGCTGGGTGATTTCGACATTTATGCGTCGCGGCATTTTTTTGATAAGCAAAGTTGGCCATTAAGCAATTCGGCAAACTTGCCAATAGCTCCCTATACCTGGCAAGGCACCTACGTCTCGGTGTGTGCGCGAAAACGTAAATGA MKIVDSSVLKEWYDSEYSACNNGALFGELREEFKQFLSTLPDGPGDALELGCGDGRNLTALARKGYSLSGVDMVDSTVQSRKLNPWLKDLYFQQADILTYEPLREGYDVLVCSEVLHFFNQDELQTVMAKIIGAVKPGGYIFLDLLSDLSRYFQASGEPFIWDKEAGLSVQDSEGLFDAWLGDFDIYASRHFFDKQSWPLSNSANLPIAPYTWQGTYVSVCARKRK PGPT0004925_339 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_TELLURIUM_RESISTANCE TELLURIUM_RESISTANCE-TER-SYSTEM,PGPT0004925-tehB-K16868 NA NA D1-35_05179 615 hypothetical protein GTGCAGAAACCCATTAAAACCGCTACAGGCAACTCCCCTTCCCGCCGACTCTCGAAAGCCGAACGGCGCCGGCAGCTGTTGGACACTGCGTTATTGATCGTGCGCGAGGAAAACGCCGACAGCTTGACCCTCGGCCGCCTGGCCGTCCGCGCGGGCGTTTCCAAACCGGTGGTGTACGATCATTTCGCTACCCGCTCGGCGCTGTTGATCGAGCTGTACAAATGGATTGATACCGAGCGGGTCCGCGCTTTTCGCGAGGCCATGAGCAGGACTGCGCGAAGCCCGGAGGAAACCGCTCAGGTCCTGGCCAGCGCCTATATTCAGTGCGCAGCAGACAACACCGATGAATTCCATGCGGTCGGCGCAGCCCTGGCCGGCAGTGAAGAGAAGGCGGCGGTTTTCCAGGAGCTGCTCGACAACTGCGTACGGATGTTCGTGAGCGTACTTGAGCCTCACGCGACGTTGGCAAGCGCAGAACTTGAGCGCTGCTGCACCGGTTTGGTCGGTGCGGGGGAAGCACTTGCCGGCGCCCTGGTGCGGGGACGACATGCCCAGGATGAAGTGATTGAAGCGTTCGCCGCGTTGATTCGCGGCGTGTTGAGTCCGCCTGAATAA MQKPIKTATGNSPSRRLSKAERRRQLLDTALLIVREENADSLTLGRLAVRAGVSKPVVYDHFATRSALLIELYKWIDTERVRAFREAMSRTARSPEETAQVLASAYIQCAADNTDEFHAVGAALAGSEEKAAVFQELLDNCVRMFVSVLEPHATLASAELERCCTGLVGAGEALAGALVRGRHAQDEVIEAFAALIRGVLSPPE NA NA NA NA NA D1-35_05180 1002 hypothetical protein ATGTCACTTGATCCTATCTTGTTCATGGGTGGTTCCGGCGCCATTGGTCACCAGACTGCCCGAGCGCTGCGCGCCGCTCATCCCGACGTACCGCTGTTGATCGGCGGCCGTGACCTTGCCAAGGCTCGGCAGGCCGCAGAGGAAATTGGCGGGGCGCAGGGTGTGGTGATCGATTCCACTGCGGACGATCTGGGACTTGGCGCTCGCCCGGTCAGCGGGGTTGTGGTCTTTTATATGGACCACGCGATGGCAGGATTGCGCTATGCACAAAAGCGCGGGGTGCCGCACCTCAGCATTTCTTCCGGCATTTTCGAGATCGCGCCGGAAATCGCCACATTCATGCACACGCCCGATGCTTCGCCCATAGTCCTGGGCTACGAATGGATGGCGGGCGCGACGACGGTGGCTACATTGAGCTGTGCCCAGGCGTTCAGCCGAGTCCAGCAGATCAGCATCAACGCGCTGGTCGATGAACAGGACACCGGCGGGCCGACCGTCGCCAGCGACTTTGAACACCTGAACAAAATGTTGCCCGCCGCGCTGACACGACGCGACGGGGTGTTCGTCTGGCGCGAAGGCAAGGACTCCAAGGCCAGCTTCCACGCTGTGGATGGTACGCAGATCGAGGCCTCAGGCTTTTCGTCGATTGATGTTGTCGGCCTGGCCACCGCCACAGGTGCGCCTGATGTTCAATTCAACATTGGCATCGGGGTCAGCTCAACCCGACGCCAGGGCGGGCCGATGTCCACCGAGATCATCATCGAACTCGCTGGCGAAGACCTCGAGGGCAAACCGCTGCGCACCCGCTATGCCGTCGTCCACCCAGCGGGTACCGCACCGCTGACCGGCCTCAGTGTGGCAATGCTCCTGGAGCGTCTGCTCGGTCTGGACGGCCTTCCCTCGACGCCGCCAGGGCTTTATTTCCCTTATCAACTACTGGACGCCAGCGCGTATCTGCGGCGTCTGGAGCAGGAGGGAGGTGAGCTTCGTCAGCTGCAATGA MSLDPILFMGGSGAIGHQTARALRAAHPDVPLLIGGRDLAKARQAAEEIGGAQGVVIDSTADDLGLGARPVSGVVVFYMDHAMAGLRYAQKRGVPHLSISSGIFEIAPEIATFMHTPDASPIVLGYEWMAGATTVATLSCAQAFSRVQQISINALVDEQDTGGPTVASDFEHLNKMLPAALTRRDGVFVWREGKDSKASFHAVDGTQIEASGFSSIDVVGLATATGAPDVQFNIGIGVSSTRRQGGPMSTEIIIELAGEDLEGKPLRTRYAVVHPAGTAPLTGLSVAMLLERLLGLDGLPSTPPGLYFPYQLLDASAYLRRLEQEGGELRQLQ NA NA NA NA NA D1-35_05181 1251 hypothetical protein ATGAACAATTCGCTGTCCCTGGTGATCGAGCAACACGTCGAAGAGGCCAGCTTCCTCGCAGCCCTGCGAGACTATGCGCTGCGCGCTCCGCACTACGACATCGACCACCTCGGCAAACTCGATAACCGCATCGACGCTCACCTCGATGGCTTGCGTATCGCCGGGCCAACCGGCCTGGAGATTCTGCTGGCCCAGCTCGGCCCCGACGCTGTCGGCGAGATGTTCGCCAGCGTGGTGCTGGCCTTCGAGGCGGCCGAGGCCAAGGTGCTGTCGCGGCTCAGCGAGCATCTGCGCAGTGCGGTAGAAACCGAGCGTGGTTATCTGATGGCCCTGGGGTGGCTGGACTGGGAGCGGCTGTCGCCCTGGATCGAGCGCATGCTCGCCGCTCCGGAGCCGCTGTTCCGTCGCCTCGGCCTGGCCGCCTGCGGCATGCATCGTCGTGATCCTGGCCCGGCCCTGCTTGCCGGGCTTTGCGAGGCTGACCCAAGCGTGCTGGCGCGTGCCGCGCGCACGGCTGGCGAGCTGCGACGTCGGGACCTGCTGTCGGAAATTCGCGCCCACCGTCTGCATGAGGATGCGACCACACGCTTCTGGGCCAATTGGGCCACCGCCCAGATGGGCGACCAGCAGGCCCTCGATCCTCTGCGTCAATTTGCCGAGCAACCGGGCGAGTTTCAGTATCGCGCGCTCTGCGTATTGTTGGCCTGGCAGGACCGCGAACCCAGCATCGCCTGGATACGCCAGTGCGTTCAGGATCCCAGGGACAGGCGTTTGGGCATCCAGGCCCTGGGACTGCTGGGCGATCCGGTCAGCATCCCGTGGTTGATACAGCAGATGAACGACCTGCCTTACGCCCGGGTCGCTGGCGAAGCTTTCAGCCTGATCACCGGCGCCGACCTGGCGCTACTCGACCTGGAGCTGCGCAGCTCACCGGACTTCGCGGCAGGGCCGAACGATGACCCTGAGGACTCGAATGTCGCCATGGACCCCGATGAAAACCTGCCGTGGCCCACCCCGTCGGCAATCGAAGCCTGGTGGCAGGCCAATGGCGGACAATTCCAGGCGGGGACTCGTTACATGCTGGGGCTGGCCCACAGCGAACGCAGTTTTGAGCAAGCACTCGTCCGGGGCCAGCAACGCCAACGCGTGGCCGCCGCCTGCGGCCTCGCCCGCTTTCGGCCGGATGAGGTGCTCTTTCCAACCAGTGCACCGGTGTTGCGGCAACAAAGACTCTTGAAAATTACCCCGTGA MNNSLSLVIEQHVEEASFLAALRDYALRAPHYDIDHLGKLDNRIDAHLDGLRIAGPTGLEILLAQLGPDAVGEMFASVVLAFEAAEAKVLSRLSEHLRSAVETERGYLMALGWLDWERLSPWIERMLAAPEPLFRRLGLAACGMHRRDPGPALLAGLCEADPSVLARAARTAGELRRRDLLSEIRAHRLHEDATTRFWANWATAQMGDQQALDPLRQFAEQPGEFQYRALCVLLAWQDREPSIAWIRQCVQDPRDRRLGIQALGLLGDPVSIPWLIQQMNDLPYARVAGEAFSLITGADLALLDLELRSSPDFAAGPNDDPEDSNVAMDPDENLPWPTPSAIEAWWQANGGQFQAGTRYMLGLAHSERSFEQALVRGQQRQRVAAACGLARFRPDEVLFPTSAPVLRQQRLLKITP NA NA NA NA NA D1-35_05182 909 hypothetical protein ATGAACCATGAAGACTCCCTGTTTTTTACCTGTGGCCTGATCGTCAACGCGGGCACACTCGTTATCCCTGCGCAGTACAACTCCCTGCCGGACGAACAGATGTCCCGGGTCGCATTCTGTTTCGATGGGAACTGGGTCTACAACGATGTAGACAATGATGTTATCGGGGCCGTCTGCTTCAGACACAGTGACAACAGCCTCTGGATGCTTGGTCGAAATGGCAACCTTCGTCATGTCAAATCCGGCTCGGCAGACTTCACGCTGGACAATATCCGCGGAAAGTTCGAAAACCACCGCATCGATACTGGCCGGCTCGGCGAGCTGCTTTGCATACGAGAAATCGAGAACGAGTTATATATCAGCGGCCAGTCATCACAGGTGTATCGCTACTTGAACGGTACCTGGGCGAATATCAGCCCTCCCGGAACGAAAGTAGGCTCGCCAACTCTGGAAAGCCTGGATGGCCTTGTTCACGCCGATATCTACGCCGTGGGTGAAAAGGGCATCATCCTGCACTACGACGGGTCACGCTGGAGCACGCTGGACTCCCCCACCAATCGCCCATTGTCATGCGTACGGTGCAAGAGTGAAAACGAGGTCTACGCATGCGGGAATGATGGGCTTCTGTTGGTTGGCAACCGCCATGGATGGCAAGTGATCGACACCGAGAGAACGATGAACTTCTGGGACATGGCGCTATACAACGGGCACCTCTACCTTTCCCATGTACACGGCCTCGTTCGGTATGACGGGCAAGACTTCGTCGATATCGATACGGGCATCGTCCCCGCTCCCGGCGCCCATAAACTGGATGCCCGAGACGGGTTGCTCTGTTCCTTTGGCGTGGACGACATACTCACGTTCGATGGCAATCGGTGGGAGCGGTTGATATGCCCACACAACACTTGA MNHEDSLFFTCGLIVNAGTLVIPAQYNSLPDEQMSRVAFCFDGNWVYNDVDNDVIGAVCFRHSDNSLWMLGRNGNLRHVKSGSADFTLDNIRGKFENHRIDTGRLGELLCIREIENELYISGQSSQVYRYLNGTWANISPPGTKVGSPTLESLDGLVHADIYAVGEKGIILHYDGSRWSTLDSPTNRPLSCVRCKSENEVYACGNDGLLLVGNRHGWQVIDTERTMNFWDMALYNGHLYLSHVHGLVRYDGQDFVDIDTGIVPAPGAHKLDARDGLLCSFGVDDILTFDGNRWERLICPHNT NA NA NA NA NA D1-35_05183 1083 hypothetical protein ATGGCCAACGAAGTCTTTGCCAACAACATGGAAGTTTCCTGCAAGGCGGCCGACGGCAAGTCGATCGCCTGTTTCCCGGATGTCTGCTTCACCCCCCCGCAAACCGCTGCCACTCCCCTCGGCGTGCCCATTCCCTACCCCAACACTGGCATGGCCAAGGACACTACCCGGGGCACGCGAACAGTGAAGATCAGTGGCAATGAAGTCATGCTCAAAGATAAGAGCTACTTCAAGACCAGTTATGGAGACGAGGCTGGAAATGCCCCGAAAAAAGGGATTATTACCAGCAAGATCAAAGGCAAGGTCTATTTCACGGCCTGGTCGATGAATGTGAAATTTGAAGCTGAAAACGTCGTGCGCAATATGGACCTGACCACTCATAACCACGGCTCGACTTCTAACACGCTGGCTTGGCCGTATCTTGATTCAGTAGCGATGGCAGACCCTGAAAACCCTTGCGTCAAGTCAGGGGCCGTGGAAAAAATCAAAGCAGCCTGCCCTCCGCCTGCCAAGTCATTGTCACGCGGCGCAACACCCGGCCCGGCTGACAATACCAGCCCCGGATGTTGTGAAGCACGCAAGTGCATGCTGGTGCCGAATTCTCCAAAAACCCGCTGTTCCAAGTGTGGGGGAAAGACACCGCATCACCCAGTGCCGGTAGCCGATTTATCGACACCCCGCCCCATCAACCCGAAGACCGGGAAGCTGAAAGTAAGGGGGGATGCTTTCGTTCCTAGCTACGATCACAACAAGGCCCCCTGCATATGCGTAGAGGGCGCCGACCACAACTCTCGCCAGGGCCCGACGGACAAGCTCATGCAGCATGGACGTATCGGCAGGAGTTACGTGGTCAAGCGAGATGAAATGTTGAACGGACGTAATGACTTCACGTACGCGGAAATCAGCGACCTTTCGGCACAGGCGGTTGCCGATGAGACAGGTTGCGACAAAGATTGCCTGAAGGCTCAGATCGACAAAGGCCACGAAGACCTGGGTGTCGGCCCGGAGTCCGGGATGCGCAGGGGAGAAGTTCGTGCACCTGCCCTTGAAAAAAAGCCGAAGAACCCCGCCCCTTTGATTTAG MANEVFANNMEVSCKAADGKSIACFPDVCFTPPQTAATPLGVPIPYPNTGMAKDTTRGTRTVKISGNEVMLKDKSYFKTSYGDEAGNAPKKGIITSKIKGKVYFTAWSMNVKFEAENVVRNMDLTTHNHGSTSNTLAWPYLDSVAMADPENPCVKSGAVEKIKAACPPPAKSLSRGATPGPADNTSPGCCEARKCMLVPNSPKTRCSKCGGKTPHHPVPVADLSTPRPINPKTGKLKVRGDAFVPSYDHNKAPCICVEGADHNSRQGPTDKLMQHGRIGRSYVVKRDEMLNGRNDFTYAEISDLSAQAVADETGCDKDCLKAQIDKGHEDLGVGPESGMRRGEVRAPALEKKPKNPAPLI NA NA NA NA NA D1-35_05184 1038 hypothetical protein ATGAGTGCTCTGTGCGTCATCGGTTCGGGGATGGTCAGCGCTGTTGGCCTCAGCGCACCGGCCAGCTGCGCGGCGATCCGCTGCGCCATCGACAACTTCCAGGAAACCCGCTTCATCGACCGCGGCGGCGAATGGATCATTGGCGCCAGCGTACCTTTGGAACAGCCCTGGCGCGGCCACACCAAGCTGATCAAGATGGCCGCTCGCGCCATCGCCGAGGCATTGCAGGGCACCCCAGGGGTCGATCCGGAAAAGACTCCGCTGTTGCTGTGCGTGGCGGAAGCCGAGCGTCCCGGACGCCTGAGCGGCCTGGATAAGGGACTGTTGCAGGCCATCGAGACAGAGCTGGGGCTGCGCTTTCATCCTGACTCCAGCGTCATTGCCCGGGGACGGGTCAGTGCTGCCGTGGCCCTGCTCGATGCGCGCACGCTGATCTACCAGGGCGGTCGTCGCCACGTACTGGTTGCCGGCGTCGATTCGTTCCTGAGTGGAGCGACGTTGACCGTCTTCGAAGCGCGGGAGCGCCTGCTCACCAGCCAGAACTCCAACGGTTTCATTCCCGGCGAAGGCGCCGCTGCCGTGGTGCTGGCCGCCCCGGTCGCCAGCGAAACGCCGCAGTTAACCTGCATCGGCCTGGGTTTCGGCCTGGAACAGGCCACCGTGGAATCCGAAGACCTGCCGCTGCGCGCCGAAGGCCTGACCCAGGCTGTACGCGCAGCGCTGAACGAAGCCGGCTGCGGCCTGGAGCAGATGGATTATCGCCTGACGGATATTTCCGGCGAACAGTACTACTTCAAGGAGGCTTCCCTGGCCCTGAGTCGCAGCCTGCGGGTACGCAAGGAGTTCTTCCATCTCTGGCATCCGGCGGATTGCATCGGCGAAGTCGGTGCCGCCATTGGCCCGGCAATGCTCGCCGTGGCCCTGGCTGCCAGTCGCAAGGGCTACGGCGAAGGGCCGAATATTTTCTGCCACCTGGGCAACGACGCCGGCGAGCGCGCGGCCGCACTGCTCAGCTACCGGATTGTGAGGGCTGCCTGA MSALCVIGSGMVSAVGLSAPASCAAIRCAIDNFQETRFIDRGGEWIIGASVPLEQPWRGHTKLIKMAARAIAEALQGTPGVDPEKTPLLLCVAEAERPGRLSGLDKGLLQAIETELGLRFHPDSSVIARGRVSAAVALLDARTLIYQGGRRHVLVAGVDSFLSGATLTVFEARERLLTSQNSNGFIPGEGAAAVVLAAPVASETPQLTCIGLGFGLEQATVESEDLPLRAEGLTQAVRAALNEAGCGLEQMDYRLTDISGEQYYFKEASLALSRSLRVRKEFFHLWHPADCIGEVGAAIGPAMLAVALAASRKGYGEGPNIFCHLGNDAGERAAALLSYRIVRAA PGPT0013310_2639 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0013310-fabB-K00647 NA NA D1-35_05185 1113 hypothetical protein ATGGAACTGCTCAACGCCAGCAAACTGCAGGCTGCCTATACCCTGGGCATGGCGAGCGACGGCCGCGAATCCCTGGTCGTCGTGGCCAAGGGCACCTTCGATCTACCGCTGGACGGGCGTGCCGCGACCCTCGCAGACATCCAGCAACCGCTGCTGATGGCTGACACCTTCTTCGGCGAGCCGGGCCTCAGCGCGCCACGAGAGGAAATGGACTTTGCGCCTTTCAAGCCATTCTGCGACGTGCTGGTATCGGGCAAAGCTTATGCACCGGGTGGTCGGCCCGTGACGCAGTTGACCGCCGGTATTCGTGTCGGTCGGGTGAGCAAGGCTTTTTCAGTGTTCGGTCCCCGGCAGTGGCAACTGGGAATCTCAGGTATTCATGCCGGCTTACCGCAGCCTTTTACCGCGCAGGCTATCTCCTATGCCCAGGCTTTCGGCGGTTCTCATGCCATGGAGAAGATCCCCGACATGCGTCATTGTTACCAGGACAACCCGAGCGGTTGTGGCTGGTATCCAGGCAGTTGCGATGACGCTGGCATCGTCGGCCGGCCGATGCCGAACAGCGAAGAGCCGGGCAAGCCGATCGACAGCCCTTCTGGCGATTTCCGCCCCATGGCCCTCGGGCCAACTGGGCGCAGTTGGCCGCAACGCGCGCGCTTCGCCGGTACTTACGACGATGCCTGGCTGGCCGATTGCTTTCCGTTCCTGCCTGGGGATTTCGACGACCGCTATTTCCAGGCAGCGCCTGAAGACCAGCAAACCGATTACCTGCGCGGCGGCGAAGAGGTGTTGTTGCTGAACCTCACTTCCCGGGAGCGGGCAGGCTTTCGCATTCCCGAAATGGCTGTGCCGGTGACTTTTTTTATGAAAAAAGGCGGCCATGAAACGGTCTCGGCGGTGATCGACACCTTGCTGATCGACACTGACGCCCACCAGGTGCAACTGACCTGGCGGATTTCCCGGCCGCTACGGCGCAACATTTTCGAGATTGCCCAGGTGCTGGTCGGGACGATGTCCACGGCTTGGTGGCGTGCGCGTGAATTGGGCAAGGAGTACTACCCGTCGCTGGGTGCCCTGGTCAAAGCCAAACGTGCTCCTGAGGAAACCGATTGA MELLNASKLQAAYTLGMASDGRESLVVVAKGTFDLPLDGRAATLADIQQPLLMADTFFGEPGLSAPREEMDFAPFKPFCDVLVSGKAYAPGGRPVTQLTAGIRVGRVSKAFSVFGPRQWQLGISGIHAGLPQPFTAQAISYAQAFGGSHAMEKIPDMRHCYQDNPSGCGWYPGSCDDAGIVGRPMPNSEEPGKPIDSPSGDFRPMALGPTGRSWPQRARFAGTYDDAWLADCFPFLPGDFDDRYFQAAPEDQQTDYLRGGEEVLLLNLTSRERAGFRIPEMAVPVTFFMKKGGHETVSAVIDTLLIDTDAHQVQLTWRISRPLRRNIFEIAQVLVGTMSTAWWRARELGKEYYPSLGALVKAKRAPEETD NA NA NA NA NA D1-35_05186 459 hypothetical protein ATGACCGTTGAATATCATCTCCCCGTATCTTCCACCGCCACGCCGACGCGCGTGGATGGCGTCGTGATCGGGGTGCTGCTGGACGTACCCACGCCGGACGCTCCGGTCGTGGCCTTCCCCGGCTGTCCCGGCGAAACCGGCCTCGCCGCGCGCACCACCACCGCGCTCTGTCGTGACGACATCGGCGCCCAGGTCGCGCTGATGTTCGAGGCCGGTGACCCGGCCCGGCCGCTGGTGATCGGCCGCATCCAGCGCCTGCCGGCAAGCGCAACGCCAACGGTCGCCCACCTCGATGGCGAGCGGCTGGAGTTCAGCGCGAAACAGGAGATCGTCCTGCGTTGCGGCAAGGCCAGCATCACCCTGACCCGCGCGGGCAAGGTGATCATCCGGGGCACCTACCTCTCCAGCCGCTCCAGCGGGGTCAACCGCATCAAGGGCGGCTCGGTGCAAATCAACTGA MTVEYHLPVSSTATPTRVDGVVIGVLLDVPTPDAPVVAFPGCPGETGLAARTTTALCRDDIGAQVALMFEAGDPARPLVIGRIQRLPASATPTVAHLDGERLEFSAKQEIVLRCGKASITLTRAGKVIIRGTYLSSRSSGVNRIKGGSVQIN NA NA NA NA NA D1-35_05187 2178 vgrG1_6 COG3501 Actin cross-linking toxin VgrG1 ATGGCAATTACGCAAAACAACCGGTTGGTGCAGGTCGACAGTCCCCTCGGCGGCGATGTGATACTGCTGCAAAGCATGGACGGCAGCGAAGAGCTGGGGCGGTTGTTCCATTACGAGCTGGACCTCACTTCCGAAGACCGGGCGATCAAGTTCGACCAGTTGCTGGGCAAGCCGATGGGCCTGACCCTCGAGCTCTATGACGGAGGCAAACGTTATTTCCACGGCATTGTCAGCACCTGCCGACAGCTGACCGGGCACGGGCAGTTCGCCGGGTATCGCGTCAGCCTCCGGCCCTGGTTCTGGCTGCTCACGCGCACCTCGGATTGCCGGATCTTCCAGAACAAGACCGTGCCGGACATCATCAAGCAGGTATTTCGCGACCTCGGCTTCTCCGACTTCGAAGACAGCCTGAGCGGCAGTTACCGCGAGTGGGAATATTGCGTGCAGTACCGTGAGACCAGCTTCGATTTCGTCAGTCGGCTGATGGAGCAGGAAGGCATCTATTACTACTTCCGCCATGAGAAGTCCCGCCATGTACTGGTGCTGGCCGACGCCTACGGCGCTCACTCCACGGCGGCGGACTACGCGTCGGTGCCCTTCTATCCGCCCGATCGGCAAATGCGCGAGCGCGACCATTTCTACGATTGGCAGATGGCCCGTGAAGTGCAACCCGGCTCGCTGGCGCTGAACGACTATGACTTCCTGCGGCCGCGCGCCAGCCTTGAGGTGCGCTCCAGTGTGCCGCGAAACCACAGCAACGGCGAATACCCGCTCTTCGACTACCCCGGTGAGTACGTCCAGAGCAACGATGGCGATCACTATGCGCGAACCCGCATCGAAGCCATCCATAGCCAGTTCGAGCGCGTGCAGCTGCGTGGCCGCGCTCGCGGGCTGGGGTCCGGCCATTTGTTCACGCTGACCGGTTATGACCGCGCGGACCAGAACCGCGAGTACCTGATCGTCGTCGCACGCTACCAGATCCGCCAGGAAGCCTACGAAAGCGGGCAACAGGAACAGGCTGAACAGTTCGTCAGCGAGTTGGACTGCATGGATGCCAGCCAGGCGTTTCGCCCCCTCCCCGTCACACCCATGCCGATTGTCCGCGGTCCACAGACCGCGGTGGTGGTGGGTCCCAGTGGCGAGGAGATATGGACCGACCAGTATGGTCGGGTCAAGGTGCATTTCCATTGGGATCGCCATGATCAGTCGAACGAAAACAGCTCCTGCTGGATTCGCGTCTCACAGGCCTGGGCCGGCAAGAACTGGGGCTCGGTGCAGATTCCTCGAATCGGCCAGGAAGTGATCGTCAGTTTCCTCGAAGGCGACCCGGACCGGCCGATCATCACTGGCCGCGTCTACAACGCTGAACAGACCGTGCCTTACCAACTGCCGGCCAACGCCACTCAGAGCGGCGTGAAAAGCCGATCGAGCAAGGACGGCACGCAGGCCAACTTCAACGAAATCCGCATGGAAGACAAAAAAGGCGCGGAGCAGCTGTTCATTCACGCCGAGAAGAACCAGGACATCGAGGTCGAGAACGACGAGACCCATTGGGTCGGGCATGATCGCAGCAAGACCGTCGACAACGACGAAACCGTGCAGGTCAAACACGACCGCACCGAAACAGTGGGCAATAACGAAACCATTTCCATCGGCGTCGACCGCACCGAGGATGTCGGCAGCAATGAAAAGATCACCATCGGCGCCAATCGCACCGAACGGGTCGGCAGCAACGAAACCATCACCATCGGCGCGGACCGCACGGAAAAGGTCGGCGCGAACGAAAAAATCAGCATCGCCAGCAACCGCACCGAGGACGTCGGCGGCAACGAGACCATCGACATCGCGGGCAACCGTAATGAAACGGTGCAGGGCAACGAAGGGATCGAGATCAATGGCAACCAGAGCACCCGGATCGGCCAGAACGAATCCCGCGACGTTGCCCATAACCGCAGCACGGGCATCAAACAGAACGACAGCCTGGACGTCGGCAAGCATTTCGTGCTCAACGCCGGCGATTCGATCAGCCTGACCACCGGTGCCGCCAGCATCACCATGAAGAAGGATGGCAGCATCGTCATCAAGGGCAAGAACATCACCCTCGATGGCTCTGGCGCCATCAACATCAAGGCCAACAAGAATGTGGTCGTCAAAGGCCAGAAAATTCTGCAGAACTGA MAITQNNRLVQVDSPLGGDVILLQSMDGSEELGRLFHYELDLTSEDRAIKFDQLLGKPMGLTLELYDGGKRYFHGIVSTCRQLTGHGQFAGYRVSLRPWFWLLTRTSDCRIFQNKTVPDIIKQVFRDLGFSDFEDSLSGSYREWEYCVQYRETSFDFVSRLMEQEGIYYYFRHEKSRHVLVLADAYGAHSTAADYASVPFYPPDRQMRERDHFYDWQMAREVQPGSLALNDYDFLRPRASLEVRSSVPRNHSNGEYPLFDYPGEYVQSNDGDHYARTRIEAIHSQFERVQLRGRARGLGSGHLFTLTGYDRADQNREYLIVVARYQIRQEAYESGQQEQAEQFVSELDCMDASQAFRPLPVTPMPIVRGPQTAVVVGPSGEEIWTDQYGRVKVHFHWDRHDQSNENSSCWIRVSQAWAGKNWGSVQIPRIGQEVIVSFLEGDPDRPIITGRVYNAEQTVPYQLPANATQSGVKSRSSKDGTQANFNEIRMEDKKGAEQLFIHAEKNQDIEVENDETHWVGHDRSKTVDNDETVQVKHDRTETVGNNETISIGVDRTEDVGSNEKITIGANRTERVGSNETITIGADRTEKVGANEKISIASNRTEDVGGNETIDIAGNRNETVQGNEGIEINGNQSTRIGQNESRDVAHNRSTGIKQNDSLDVGKHFVLNAGDSISLTTGAASITMKKDGSIVIKGKNITLDGSGAINIKANKNVVVKGQKILQN PGPT0030410_2462 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_VI_SECRETION_SYSTEMS CE-Type_VI_SECRETION_PROTEINS,PGPT0030410-vgrG-K11904 NA NA D1-35_05188 342 hypothetical protein ATGAAACAGTGGATGAGCATGACGGCCGGAATCGGCTTGCTGATGACTTTGCCCGGGGTCCAGGGCGAAGAAGCCCCGGCCTGTATCGAGGTGACTGTCGGCGGCTACAAGACCCCGGATTACAACTGCCTGAGCCGCCAGATGGGCAACGACCCCGAGGCCGCCGCCGCGGCGCAACACGCGCAGGACAGGCTGGATGTGCCGGTCGACAAACGCGCACCGAACAGTGTCGGCCTCGCGACGCCGGCAGCCACCGGTGTGCGAATGGGCAACACTTTTGGCACGTCGGTCAAGCCCCAGCGACCGCCTGCTCCCGTACCTGGTTCGCCGCTGCCCAGATAA MKQWMSMTAGIGLLMTLPGVQGEEAPACIEVTVGGYKTPDYNCLSRQMGNDPEAAAAAQHAQDRLDVPVDKRAPNSVGLATPAATGVRMGNTFGTSVKPQRPPAPVPGSPLPR NA NA NA NA NA D1-35_05189 699 hypothetical protein GTGCAGCAGGGCATAACCGGGGGCGGACGCAGGCGTGGATTGGCCAGGGCGCCCTTGGGGTGGCTGATGGTGGCGTGGTGTCTGCTGGCCGGGCCGGCCCAGGCGGCCGGCGTGGTGGACCTGGACATTGCGCCTCAGGAACTGGCCCCGGCACTGGAGCAATTCAGTCGGGCCACAGGCATGGCGGTGCTGGTGGATCACGCCTTGTCGAACCGGCGCCAGACGATGGGCGTCCAGGGGCTGTTTACGCCTGCCCAAGGGCTGACTGTTCTGCTCAGTGGTACCGGGCTGGCGGCGCAGTATGCCCGTGCGGATGCATTCACCTTGCAACCGGTACAGGTTCGCGAGGTGCCATTACCGCCGGGCGCCACAGCCGGATTGAGCGACAGCAACTATGCGGCAACGATCCAGGCGGTCATCCAGCGCAACCTGTGCCGTTCGCCATTGACCCGACCGGGCAGTTTTCGCGCGTTGTTGCAAGTGTGGATCGGACGCGACGGCGTGGTGCAAAACAGTCGGCTGGTCAGTTCCACGGGTGATGTGTTGCGTGACAAAGCCTTGGTCAACAGTTTGCAGAACCTCAGGATCGACCGTCCGGCGCCCAGTTCGCTGCGCCAGCCGGTGACCCTGCTTTTGGTACCCGATTCATCAGGAAAAAGCATGGAATGCACAGCAGGGGAAGAGGTGTTCGGGCAATGA MQQGITGGGRRRGLARAPLGWLMVAWCLLAGPAQAAGVVDLDIAPQELAPALEQFSRATGMAVLVDHALSNRRQTMGVQGLFTPAQGLTVLLSGTGLAAQYARADAFTLQPVQVREVPLPPGATAGLSDSNYAATIQAVIQRNLCRSPLTRPGSFRALLQVWIGRDGVVQNSRLVSSTGDVLRDKALVNSLQNLRIDRPAPSSLRQPVTLLLVPDSSGKSMECTAGEEVFGQ NA NA NA NA NA D1-35_05190 546 hypothetical protein ATGAAAGACGCTGGCCGCAGCCCGATGGTCAAGCTGTTCCTCACCTCCTATGAGGATTTCAAGGTGCGTCTGCGCAGGCGCCTGGGTTCCGAGGAACTGGCCAACGATGTGCTGCATGAAACCTACCTGCGGGTCGACCGCATGGGCGACACGCCGGAGATCGTCCAGCCTAACGCCTACCTCTATCGCATGGCCCTGAACATTGCCGCCGACCGCCGGCAGTCCGATGCTCGTCTGCTCACCGGCAGCGAGATCGAAGAGCTGCTGCAAATCTCCGACGAAGCGCTGGACCCGGCTCGGGTGGTGGGCGGCCAGAAGGAGTTGCAGACCCTGCTTAAGGCGTTGTACGAGTTGCCGGCGCGGCGCCGCAGGATTTTCATTGCCGCGCGCCTGGAAGAGGCCCCGCACCTGGAGATCTCCCAGCGTTTCGGTATCTCCACGCGCATGGTGGAGAAGGAAATCAAGGCTGCGTTGGGGCATTGCGCCCTGCGCCTGGAAAGAAAAGTCATTCAACGGTTCGGTCCCGGCGCGGGAAAACCGTCTTGA MKDAGRSPMVKLFLTSYEDFKVRLRRRLGSEELANDVLHETYLRVDRMGDTPEIVQPNAYLYRMALNIAADRRQSDARLLTGSEIEELLQISDEALDPARVVGGQKELQTLLKALYELPARRRRIFIAARLEEAPHLEISQRFGISTRMVEKEIKAALGHCALRLERKVIQRFGPGAGKPS PGPT0014960_9166 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_05191 948 hypothetical protein GTGCGCTTGAATATCTTCAGCATCGCGTCCCCTGACGATACGCCCGAGGCCCGACTGGCCGGCGAGGCCCGTGACTGGTTGATCCTGCTGACCTCGGGACGCGCCACCGTCGCCGATGCCCGTGCCTTGCGCCAATGGTGCGGGCAGAGCGCCGAACATGCGCAGGCGTTCGAGCAGGCCAAGGCGCTGTGGCATGGGCTGCGACCGGCCGCCGAAGCGACGCAGGGGCCTCGGCATTTTGGCCGTCGGGCGTTGCTCGGTGGCGCGCTGGCCGCCTCCGTGGGCTTCTTGCTGATCCGCGCCACGGTGCCGGGTGGCGTTTCCGGGCTCGCTGCGGACTACGTCACCGAAGTGGGCGAACAGCGCCGGGTCGAGCTGGGCGATGGCGTGAGCCTGGAACTCAATACCCAGACTCGCCTCAGCCGCCTGCCGCTGGCCGAGGGCGGGCAGGGCCTGGAATTGCTCGCCGGCGAAGTCGAAGTGTCCGGCAGCAGCACCACGACGATCAACGTCCAGGCCGGCTCCGGCTGGATCAGCGCCGCGCGGGCCCGGTTCAATGTTCGCTACATCGACCAGAGCGTCTGCGCAACTTGCCTGGAAGGCGTCGTGCAAGTCCAAGTGCAGGGCCGAGAGTTTCGCCTCGAGCCGGGCATGCAATTGACCTACGACACCCGCCAGGTCGGCAGCCCACAGGCGGCCGATGTATCCGCCGCCGTTGCCTGGCGCGAACAGGTGCTGGTGTTCAACGATGCGACCCTGGCCAGCGTCATCGACGAGATCAACCGTTATCGGCCTGGCATGTTGCTGTTACTCAACCGCGAGCTGGGCTTGCGCAAGGTCCAGGCCCGTTTCCGCCTCGATCAACTGGCTGGGGTGGCGCTGCTGATTCGCGATGCCTATGGCGCCAAGTGCACCGAGTTACCGGGTGGGGTGGTGGTGTTGAGTTAG MRLNIFSIASPDDTPEARLAGEARDWLILLTSGRATVADARALRQWCGQSAEHAQAFEQAKALWHGLRPAAEATQGPRHFGRRALLGGALAASVGFLLIRATVPGGVSGLAADYVTEVGEQRRVELGDGVSLELNTQTRLSRLPLAEGGQGLELLAGEVEVSGSSTTTINVQAGSGWISAARARFNVRYIDQSVCATCLEGVVQVQVQGREFRLEPGMQLTYDTRQVGSPQAADVSAAVAWREQVLVFNDATLASVIDEINRYRPGMLLLLNRELGLRKVQARFRLDQLAGVALLIRDAYGAKCTELPGGVVVLS PGPT0003910_6007 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_05192 387 hypothetical protein TTGACTGACTGGGTACATATCCGTTGCTGCGGTAACGGCTGCTTGGGGTTCCGCCCTTACGGCGGGTCACTTTTTTCAGACGCCAAAAAAGTAACCCAAAAGGCTTTGCCCCACCACTCGGTGCCTCGCCAAGGCTCGGCATGCCCTCACTCCGGCATTGCTCCGTGGGCCCGCCGCGAAGGGCCGTCCCTGGCCCAGCGCGGCTATCCCGGCATCCATGCCGGGATGCCCACTGCACAATGCCTGCGTTCGGCCAGCGTGGTTAACGGGGCGTCTCAGATCAAGATCAGGATCAAGATCAAGATCAAGATCAAGATCAGGATCAAGATCAGGATCAAGATCAAGATCAAGATCAGGATCAGGATCAAGAGCGAGGCGGTCTGGTAG MTDWVHIRCCGNGCLGFRPYGGSLFSDAKKVTQKALPHHSVPRQGSACPHSGIAPWARREGPSLAQRGYPGIHAGMPTAQCLRSASVVNGASQIKIRIKIKIKIKIRIKIRIKIKIKIRIRIKSEAVW NA NA NA NA NA D1-35_05194 612 xcpW COG4795 Type II secretion system protein J ATGAGCGGCCGGGAGACAGGCTTCACCTTGCTTGAAGTCATGGTGGCGATCCTGCTGATGGCGGTGATCAGCCTGATCGCCTGGCGCGGGCTGGACAGCGTGACCCGCGCCGACAGCCACTTGCAGGCCAGCACCGAGCAGACCGAAGCCTTGCTGCGAGTGCTGAACCAGCTGGAGCGCGATGTGGCCCTGCGGGCCGGCGTCGAGTTGAGCGAACCGCTCAAGCCAGGGGTCGACAACGAGCCCTCGACAGCCCCGCCCGCCCTCACCCTGCGCAGCACCGAAGGCCAGGGTTTTCGCCTTGACGTTATCCGTGAGGCCGCCGATCAGGGCGGTGGCTTGCAACGGGTACGCTGGTGGCTCAAGGGCGACACGCTGTATCGCGCCCAGGGCCAGGCCCGCAGCCGCTACCCTCTACCGGCGCCGGGTGCGGGCGTGGCTGTGTTGAGTGAGGTCAGCGATGCGGGGCTGCGATTCTGGGACAGGGAAAAGGGCTGGCGCAAACTCAGCGGCAACCGGCAGGAGGATCCGCCGGGCATCGAAATCAGCTTGACCCGGCAGACACCGCAAGGGCCGGAGAAGTATCGACAGGTGCTGGGGCCGTTGGAGTAG MSGRETGFTLLEVMVAILLMAVISLIAWRGLDSVTRADSHLQASTEQTEALLRVLNQLERDVALRAGVELSEPLKPGVDNEPSTAPPALTLRSTEGQGFRLDVIREAADQGGGLQRVRWWLKGDTLYRAQGQARSRYPLPAPGAGVAVLSEVSDAGLRFWDREKGWRKLSGNRQEDPPGIEISLTRQTPQGPEKYRQVLGPLE PGPT0026455_1050 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026455-gspJ|epsJ-K02459 NA NA D1-35_05195 450 hypothetical protein ATGCACGGCAAGCAACGCGGTTTTACCCTGATCGAATTGATGGTTGTGCTGGTGATCGTCGGCATCGCCAGCGCGGCCGTGAGCCTGAGCATCAAGCCGGACCCGGCGAAGCTGCTGCGCCAGGATGCCGAACGGCTGGCCCAGCTGCTGCAACTGGCCCAGACGGAAGCCCGTGCCGACGGGCGACCGATCACCTGGCGCTGGGACGCCAAGGGTTTCGGCTTCAGCCGCCGCCCGGACCAGGGCGCAGGACTGGACCGCTTCAAGGAAGACCCGCAGCTGCGCCCGCGACGGTGGCAAAGCCCGTCCATGGAGGTACGTGTGGAACCCCGGCAACGCGTGGTGCTCAATGCCGAATGGATCGGCGTGCCGCTACAGATCCGCTTGTCCGACGGCCAGAACAGTTTCACTGTGCAACGCAGCGCCGCCGGTCGGGTATGGGTTCAATGA MHGKQRGFTLIELMVVLVIVGIASAAVSLSIKPDPAKLLRQDAERLAQLLQLAQTEARADGRPITWRWDAKGFGFSRRPDQGAGLDRFKEDPQLRPRRWQSPSMEVRVEPRQRVVLNAEWIGVPLQIRLSDGQNSFTVQRSAAGRVWVQ PGPT0026445_1047 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026445-gspH|xcpU|epsH-K02457 NA NA D1-35_05196 429 hypothetical protein ATGACGTTCACGGAACGAGTCTCCCCGGCGCATATCGTCCAGGCGCTGGGACTGGTGGCAGCGTTGGCCGGAGTGGCGACCTGGTCTTCTCTGCTGCTGACATCCGCCGAGTCGCGCACCCCGGACGTGGCCCCGCAACGCCTGGCCGAGCGTTCCGACAGTCCTGCATTGCAGTGGTTTTCCAACCAACCGGCGGCGGTGGATATCAAGGTCAGCGGGGTGATGGCCGGTGCCCGCGGCGCGGTGGCGATCCTGAGTCTCAACGACGGACCACCGCGCAGTTTCCTGGCCGGCGAGCGGGTAGCCCAAGGGGTAAGGCTGGTAGCGATCGAGGCGCAGGCCGTGGTGATCGAACGCGGCAGCGAACAGACCCGGCTGGAACTGGCGCGGCTGCCGGATTCAGTGAGTTTGCCGTCGCTGCTCCGCTGA MTFTERVSPAHIVQALGLVAALAGVATWSSLLLTSAESRTPDVAPQRLAERSDSPALQWFSNQPAAVDIKVSGVMAGARGAVAILSLNDGPPRSFLAGERVAQGVRLVAIEAQAVVIERGSEQTRLELARLPDSVSLPSLLR PGPT0026420_993 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026420-gspC|epsC-K02452 NA NA D1-35_05197 375 hypothetical protein ATGTCACGCCCAGCCCCACAAGCCGGTTTCACCCTGATTGAAGTGCTGGTGGCCCTGGCGATCATTGCCGTGGCCATGTCTGCCGCAGTGCGCGTGGCGGCGGTGATGACCCAGAGCAACGGCTTGCTGCGAGACAAGTCCATCGCCTTGCTGACGGCTCGCAGCCAATTGGCGCAATTGCGCCTGGAAGGACACGCGACGCCGGGGATGAAGGTTTTTGAATGCGATCAGGGTCGCTTGCTGCTGCGCTGCGAGCAGAACCTGCGCCCGGCGGAAAACGGGCGGATGCTGCGGGTCGAGCTGAGCGTATCCGACCGCAGCCGCGAGGCGCCGCCCTTGGCTCGGCTGGAGACCTTGCTCAGTCGGGAAAAATAA MSRPAPQAGFTLIEVLVALAIIAVAMSAAVRVAAVMTQSNGLLRDKSIALLTARSQLAQLRLEGHATPGMKVFECDQGRLLLRCEQNLRPAENGRMLRVELSVSDRSREAPPLARLETLLSREK PGPT0026450_867 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026450-gspI|epsI-K02458 NA NA D1-35_05198 450 xcpT COG2165 Type II secretion system protein G ATGCACATCGCCCCTTGTTACGCCCGTTCCCGAGGCCCACGCGGGCAGCGGGGCTTCACCCTGATCGAGATCATGGTCGTGGTGGTCATCCTCGGCATTCTCGCGGCGATGGTAGTGCCCAAGGTTCTTGATCGACCTGACCAGGCCCGTGCCACGGCGGCGAAGCAGGACATCGGCGGGTTGATGCAGGCCTTGAAGCTTTATCGCCTCGATCACGGCAGCTACCCCAGCATGAACCAGGGCCTCAAGGTGCTGGTGGAGCGGCCGGCCGATGCCAAGAACAGCACCTGGCGTTCCTACCTGGACCGCTTGCCCAATGATCCGTGGGGCCGCCCCTACAACTACCTCAATCCTGGCGCGAACGGCGAGGTCGATATCTTTTCCCTTGGTGCCGACGGCCAGCCTGACGGCGACGGTGTGAACGCCGACATCGGCTCCTGGCAGTTATAA MHIAPCYARSRGPRGQRGFTLIEIMVVVVILGILAAMVVPKVLDRPDQARATAAKQDIGGLMQALKLYRLDHGSYPSMNQGLKVLVERPADAKNSTWRSYLDRLPNDPWGRPYNYLNPGANGEVDIFSLGADGQPDGDGVNADIGSWQL PGPT0026440_1222 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026440-gspG|epsG-K02456 NA NA D1-35_05199 984 xcpX COG3156 Type II secretion system protein K ATGCGCACGAATTCGCCGACAGCGGCGAAGCAGCGCGGCATGGCGGTGATCAGTGCCTTGCTGATTGCTGCCGTGGTGGCCGTCATTGCCGGCGGCATGCTCACCCGCCAGACCTTGTTCACCCGCAGCCTGGAAGCCGAGCAACTGCGCATCCAGGGCGCGGCGCGGTTGCAAGGCGGCCTGCAGGTGAGTCGCCAGTTGCTCTGGGATGTTCGCCAGCGCGATCCCTTGACGCGCTTCGGCCAGCCTTGGGCGAAACCTATTCTGATGCCGGGCTCCGGCCAGGTCGACACGCCATTCGAAGGGCAACTGGAGGATGAACAAGGCAAGTTCAACCTGCGCAATCTGGTGGTCGATGACCAGCTGGACCAGGAACAGCTGCGCGCCTTCGAGCGGCTGTGCGAGCAGTTGGGTGTCGCCGCCACGGTACGGGCGCGTATCGTCGAGCGGGTGATTGCTGGCTACCCGCGCCTGTTGAATCCGCCGCGGGCGGGCCAGGCGTCCATGAGCAGCACGTTCGACAGCGGCCGCAGCACCTCGCCGGACGCCTCCGACACGCTGGCGCCGACCCGGCCGATGCTGCGCACTTTACAAGACCTGCTCAGCGTCAAGGGCGTCACCCCGGCACTGCTGGAAATGCTGGCCCCTTACGTCACGATCCTGCCGGCCAACACCTGGCTCAACGGCAACACCGCCAGCGCCGCGGTGCTCGCCGCCTACGTGCCGGGATTGTCGCTGCAACGCGCCCAGGCGCTGATCAATGAACGCGACGGTGGCCACTGGTTCATCAATCGCGGGGATTTCGTCAACCGCCTGCGCATGCCCGAACTGGACGTCAGCACCGTCAAGGTCGGCATCGCCAGCGACTGGTTCCGCCTGCGGGGCCAGGTGCGCAGCGGCCAACGGCGGGTCGAACTGGATGCCTTGCTCCAATGCAGCCAGGACCGCTTGCCTCAGGTGATCTGGTCGCGGGTGGGTGTATGA MRTNSPTAAKQRGMAVISALLIAAVVAVIAGGMLTRQTLFTRSLEAEQLRIQGAARLQGGLQVSRQLLWDVRQRDPLTRFGQPWAKPILMPGSGQVDTPFEGQLEDEQGKFNLRNLVVDDQLDQEQLRAFERLCEQLGVAATVRARIVERVIAGYPRLLNPPRAGQASMSSTFDSGRSTSPDASDTLAPTRPMLRTLQDLLSVKGVTPALLEMLAPYVTILPANTWLNGNTASAAVLAAYVPGLSLQRAQALINERDGGHWFINRGDFVNRLRMPELDVSTVKVGIASDWFRLRGQVRSGQRRVELDALLQCSQDRLPQVIWSRVGV PGPT0026460_629 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026460-gspK|epsK-K02460 NA NA D1-35_05200 1182 hypothetical protein ATGAGCCGTTTGCGCATTGCCCTGGCGCCGCTGGATCGTCTTGGCCTCGACAGCCCGGTGGCATTTGCCTGGCTGGATCGCCAAGGGCAGGTGCGTGAGGCCGGTCTCAGCACACTCCGGGCGCTTGGCCAGGGCACGAAGAAGCAGCCGGTCGAATGCTTCCTGCATTCGCGTGACAGCTTGCTGACGCGCCTGGAGCTGCCGCCGTTGTCCGCGGCGAAAACCACCGCCGCCGTGACCTGCGCGGCCCAGGCGCTGATGCTCGGTGCCACTGAACAGATGCAAGTGGCCCACGGCCCGCGCGATGCGGACGGGCAGGTAGCGGTCGCCTGGCTGGACCGTGCGTCGCTGAACCTATTAGGTCAGATCCTGCTGCAGGCCGGCCTCAAGTTGCGCGGCCTGTATCCGGCCGCCTACGCCTTGCCGGTGTTGTCGGGGCCAGTGGCGTGTATCGAAGACGGGCACTTGCTGGTGCGTCATGGCTTGCAGCACGCGGTGGTCCAGCCGTTGCTGGAAGATGCGCTGGACGAGTGGCTTGTGGAAATGGGCAGCGGCCTGCATTGGGTGGGCGAGTCGCCGCCGCAAGTGACGACTGACAGCTTGCCCGTCACCCAGCGCTGGACTGGCGTCGCGCCGGGCTGGGGCCTGCATGCCGGGTTGACGCAGGGGCGTTCCGGGCGCGGCGGCTGGGGGCGGGCGGCGGGCATCTGCGCGCTGGCGGTGGCGGTGTGGGGGGGCGGGCTCAATCTTTATGCCAGCCGTGAAGCGGCCCAGGGGCAGCGGCTCAAGGCGCAGATGAGTCAACGGGTGAAGCAGGCGTTTCCTCAGTTACCGGTGATTCTCAATCCCTTGCAGCAGGCCCGTCAGCAAATCGCCGCGCGCCAGAGCGGTTCGCTGACGGAGCCTGGGCAGCGCTTCGCCAGCCTGGTAAGGCAGGCGGGCAGCGCCATGCCGTTCATGAGCGGCAATGTGCAGGAACTGGTGTTCGAAAACGCTGAGTTGCGCCTCAAGCTCGTCGCCGAAGCGCAGAAAGTCGCGGCGGGCGACGACTGGAAAATGCCCCTGGCGCAGGCCGGCATCGAGGTCGCGGCCATTGACCAGGGGTGGACGTTGCGCGTGGCTCCGGCCGGGCAGGAAGCGCAAGACAGCCCCGACGAAAACCAGGAAGCGAACGATGAATAA MSRLRIALAPLDRLGLDSPVAFAWLDRQGQVREAGLSTLRALGQGTKKQPVECFLHSRDSLLTRLELPPLSAAKTTAAVTCAAQALMLGATEQMQVAHGPRDADGQVAVAWLDRASLNLLGQILLQAGLKLRGLYPAAYALPVLSGPVACIEDGHLLVRHGLQHAVVQPLLEDALDEWLVEMGSGLHWVGESPPQVTTDSLPVTQRWTGVAPGWGLHAGLTQGRSGRGGWGRAAGICALAVAVWGGGLNLYASREAAQGQRLKAQMSQRVKQAFPQLPVILNPLQQARQQIAARQSGSLTEPGQRFASLVRQAGSAMPFMSGNVQELVFENAELRLKLVAEAQKVAAGDDWKMPLAQAGIEVAAIDQGWTLRVAPAGQEAQDSPDENQEANDE PGPT0026465_734 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026465-gspL|epsL-K02461 NA NA D1-35_05201 546 hypothetical protein ATGAATAAGCTGACCGCGGCACAGCTGAAGGCGCGTTGGCAAAACCTTCGCACGGCCTGGCAGGGCCTGGCCGCCCGCGAGCAACGTGCCGTGGCCCTGGCGGCGTTGGTGCTCGGTAGCGGCCTGGTCTGGCTGGCGTTGATCGAGCCGGCGTTGAAAACCATCGCTTACTGGCAGGCCGAAACCCCGAAGCTGCGCTCGCAGACCGAAGCCCTCGAGGTGCTGCTGCGCGACGTTGGCGGACCCGCCCGGGGCCAATCCCTTGAAGTCGCCCTGCGCCAGACCCTGGATGCCAGCGGCCTGGGCGAGCACTACCAGTTACAACCGCCGGGCACCGCGGCGCCTGGCGCGTGGCAACTCACTTTCACCGACGCGCCGGCGGACGGGGTGATCGATTGGCTGCTCGGCAGTCCACCACAATTTTCCCTGGAAGTGATCGAGGCCCGCTTGCAGCGCACGGCCCCGGCCAGTTCCGACCCAACCCCCGGCACTCTGTCCGGAACCGTTCGCATGAACCACGCGTCAAGCGCTAAGGAAGCTTCATGA MNKLTAAQLKARWQNLRTAWQGLAAREQRAVALAALVLGSGLVWLALIEPALKTIAYWQAETPKLRSQTEALEVLLRDVGGPARGQSLEVALRQTLDASGLGEHYQLQPPGTAAPGAWQLTFTDAPADGVIDWLLGSPPQFSLEVIEARLQRTAPASSDPTPGTLSGTVRMNHASSAKEAS PGPT0026470_252 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026470-gspM|epsM-K02462 NA NA D1-35_05202 2355 gspD2 Secretin GspD 2 ATGAAGGGGTCCAGATACCCGCGACATTGGCGCAAGGCCGCGCCGCTGCTGTTGCTTGCTTTGGGCGCGTGCACCAGCACGCCACCGGCCTCGCAGCCACCGTTGCTGGTGGACAGCGAACTGGGCATCCCGCTGGGCAGTACCCAGCGCAGCGGTGACGCGTTGCTGGACCGGCAACGGGCCCAGGCGTCCCGCGAGCAGAAACCGCCGGTGCGCCATCAGGTCGACCTGACCGCCCGCGCCCGCACGCCGCGTAGCGATGCCCCTGCGAGCAATCCGTTGGGTGATCAACCGGTGACGCTGAATTTTGTCGAGGCCGATATCCAGGCGGTGGTGCGCGCCTTGTCGCGTTCCACCGGTCAGCAGTTCCTGGTCGATCCGCGAGTCAAAGGCAACCTGACCCTGGTCTCCGAAGGCCAGGTGCCGGCCCGCCAGGCCTATGAAATGCTGCTCGCGGCATTGCGCATGCAGGGCTTCAGCGTGGTCGATGTCGGCGGTGTCGCCCAAGTGGTCCCGGAAGCCGATGCCAAGTTGCTGGGTGGGCCGATCTACAATGCTGACAAACCGGCCGGCAACGGCATGCTGACTCGCACCTTTCGCCTGCAATACGAGAACGCGGTCAACCTGATCCCGGTGCTGCGCCCGATCGTCTCGCCGAACAACCCGATCAACGCGTACCCCGGCAACAACACGATTGTGGTGACCGATTACGCCGAGAACCTCTCTCGCGTCGCGCAGCTCATCGAGGGCATCGACACTCCAAGTGCTATCGATACCGATGTGGTGCCGATCCAGAACGGCATCGCCGTGGACATCGCCCAGATGGTTTCCGACCTGCTGGAGACCCAGGGCGGCGACCAGACGCAGAAGATCAATGTGATCGGCGACCCGCGCTCCAACTCCATCATCATCCGCGCCGGCAGCCCGGAGCGGACCGAGCTGGCGCGCAACCTGATCTACAAGCTCGACAACGCGCAGAACAACCCGAGCAACCTGCACGTGGTGTACCTGCGCAACGCCCAGGCCGCCAAACTCGCCCAGGCCCTGCGCGGCTTGCTCACCGGGGAAAGCGAAGGCGAGGGCAACGACAATTCGCGCTCGGTGCTCAGCAGCATGGGCGCCAGTACCAACGGCCAGAGCGGGCAGGGCAACGAAAGCGCAACCAGCCCCGTGAGTAGCACCACCTCGGGCAGCGGCAGCGGCTATGGCCAAGGCAGCAGCGGGCAAACCTCCAGCACGACGCAGAGCGAGCAGAACACCGCCTTCAGCGCCGGTGGCGTGACCATCCAGGCCGATGCCACCACCAACACCTTGCTGATTTCCGCGCCGGACCCGCTGTATCGCAACCTGCGCGAGGTCATCGACCTGCTCGACCAGCGCCGCGCCCAGGTGGTGATCGAGAGCCTGATCGTCGAAGTCGGCGAGGACGATGCCAGCGAGTTTGGCGTGCAATGGCAGACCGGCAACCTCGGTGGCAGCGGCGTGATCGGCGGGGTCAACCTCGGCGGCACCGGGCTCAACCTCAACGGCAAGACCAGCATCGACGTGTTGCCCCAGGGCCTGAACCTGGGCCTGGTCAACGGCACCGTGGACATCCCCGGCATCGGCAAGATCCTCGACCTCAAGGTGCTGGCCCGGGCCTTGAAGAGCAAGGGCGGCACCAACGTCTTGTCGACGCCGAACCTGCTGACCCTGGACAACGAAGCGGCGAGCATCTTCGTCGGCCAGACCATCCCGTTCGTCAGCGGCAGCTACGTCACCGGTGGTGGCGGCACCAGTAACAACCCGTTCCAGACCGTGACCCGTGAGGAGGTCGGCCTGAAGCTCAACGTCCGGCCGCAGATTTCCGAGGGCGGTACGGTCAAGCTCGACATCTACCAAGAGGTCAGCAGTGTCGACAACCGCGCCTCCAGCACCACCGGGATCGTCACCAACAAACGTGCGATCGACACCAGCATCCTGCTGGACGACGGGCAGATCATGGTCCTCGGCGGGCTGCTGCAGGACGGCTACAGCCAGAGCAACGACGCGGTGCCGTGGCTGTCGACGATCCCCGGCATTGGCGCGCTGTTTCGCAACGAGCGGCGCCAGGTCACCAAGACCAACCTGATGGTCTTCCTGCGGCCCTACATCATCCGCGACACGGCGGCGGGTCGCGGGATCACCCTGAACCGCTACGACTTCATGCGCCGCGCCCAAGGCCTGCTGCAACCGGAGCGCAGCTGGGCGCTGCCGGACGTGCAGGCGCCGCAACTGCCGGCCTCGGCCCGGGCGATTCCAGGCGCCACGCCCGCCGGGTTGCAAACGCCGAGGGCGGTGATCAAGGCGGTGCCGGTCGAAGGAGGCGCTCGCTGA MKGSRYPRHWRKAAPLLLLALGACTSTPPASQPPLLVDSELGIPLGSTQRSGDALLDRQRAQASREQKPPVRHQVDLTARARTPRSDAPASNPLGDQPVTLNFVEADIQAVVRALSRSTGQQFLVDPRVKGNLTLVSEGQVPARQAYEMLLAALRMQGFSVVDVGGVAQVVPEADAKLLGGPIYNADKPAGNGMLTRTFRLQYENAVNLIPVLRPIVSPNNPINAYPGNNTIVVTDYAENLSRVAQLIEGIDTPSAIDTDVVPIQNGIAVDIAQMVSDLLETQGGDQTQKINVIGDPRSNSIIIRAGSPERTELARNLIYKLDNAQNNPSNLHVVYLRNAQAAKLAQALRGLLTGESEGEGNDNSRSVLSSMGASTNGQSGQGNESATSPVSSTTSGSGSGYGQGSSGQTSSTTQSEQNTAFSAGGVTIQADATTNTLLISAPDPLYRNLREVIDLLDQRRAQVVIESLIVEVGEDDASEFGVQWQTGNLGGSGVIGGVNLGGTGLNLNGKTSIDVLPQGLNLGLVNGTVDIPGIGKILDLKVLARALKSKGGTNVLSTPNLLTLDNEAASIFVGQTIPFVSGSYVTGGGGTSNNPFQTVTREEVGLKLNVRPQISEGGTVKLDIYQEVSSVDNRASSTTGIVTNKRAIDTSILLDDGQIMVLGGLLQDGYSQSNDAVPWLSTIPGIGALFRNERRQVTKTNLMVFLRPYIIRDTAAGRGITLNRYDFMRRAQGLLQPERSWALPDVQAPQLPASARAIPGATPAGLQTPRAVIKAVPVEGGAR PGPT0026425_384 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026425-gspD|epsD-K02453 NA NA D1-35_05203 192 hypothetical protein ATGGACACCAACCCAGAAAACACTGCACCTGTGGCGAGGGGATTTATCCCCGCTGAGCTGCGCAGCAGCTCCAAAAAATTCAACAACATCAACCTGACATACCTTGTTGTCAGGTTGGGGGCCGCTGCGCGCCCCAGCGGGGATAAATCCCCTCGCCACAAGTGTTGTATCGAGCAGAAGGTGTCGGCATGA MDTNPENTAPVARGFIPAELRSSSKKFNNINLTYLVVRLGAAARPSGDKSPRHKCCIEQKVSA NA NA NA NA NA D1-35_05204 1419 hxcR COG2804 putative type II secretion system protein HxcR ATGAACACCCTCCCATACGCCTGGGCCAAGGCCCAGCGCCTGGTATTGCGCCAGTCCGGGGAGGAGGCGGTGCTGATGGTCTGCCCCTCAACGCCGGGCTGGTCGATCAGTGAAGTTCGTCGCCAGTTCGGCGAGGTCCGGCTGGAACGGGTGCGTGACGAGGAGCTCGACGGCCTGCTCAATACCGCTTACGCCGACACTGGCAGCGCCGCCGCCGTGGTCGGCGCGGCGGAAAACGAGGTGGACCTCGACCGGTTGATGCAGGACATTCCCGAGATCACCGACCTGCTGGACACCCAGGACGGCGCGCCGGTGATCCGCATGATCAATGCGCTGCTGACCCAGGCCGCCCGGGACGAGGCCAGCGACATCCACATCGAACCCTACGAGAGCCATTCGGTGGTGCGCTATCGGGTCGACGGCACGCTGCGTGACGTGGTCTCGCCGCGCAAGGCCTTACATGGCGCGCTGGTGTCGCGGATCAAGATCATGGCCCAGCTCGACATCGCCGAAAAACGCCTGCCCCAGGACGGCCGCATCGCCCTGCGTGTCGCCGGGCGGCCGATCGACATCCGCGTATCCACTGTGCCCACTGGCCACGGCGAACGGGTGGTGATGCGCCTGCTGGACAAACAGGCCGGACGCTTGCAACTGGAAACTTTGGGGATGGACCCGGACGTGCTCGGCAAGCTCGACCACCTGATCCGCCAGCCCCACGGCATTGTGTTGGTCACCGGCCCTACGGGCAGCGGCAAAACCACCAGCCTGTATGCCGCCCTGGCGCGGCTGGACGCCAGCGTGCATAACATCCTCACCGTGGAGGACCCGGTGGAGTACGACCTGCCGGGCATCAGCCAGATCCAGGTCAACGCGAAAATCGACATGACCTTCGCCCTGGCCCTGCGGGCGATCCTCCGCCAGGACCCGGACATCATCATGATCGGTGAAATCCGCGACCTGGAGACCGCGCAGATTGCCGTGCAGGCCTCGCTCACCGGTCACCTGGTGCTGGCAACGTTGCACACCAACGACGCGGTGTCGGCGATCAACCGTCTGATCGACATGGGCGTCGAACCCTTCCTGCTGGCCTCGTCGATGCTCGGCGTGCTGGCCCAGCGGCTGGTGCGCAGGCTCTGTCCGCACTGCAAACAAGCCGATCCGGCCACGCCCGGCACCTGGCGCCCGGTGGGTTGCCCGAGTTGCAACCAGACCGGCTACAGCGGCCGCACCGGCATTCATGAACTGTTCTGCATCGACGACGACATCCGCACGCTGATCCATCAGGGGGCAGGGGAGCAGGCACTGCGCGCCGCGGCCCGCCAGGCCGGCATGTTCAGCATGCGCGAAGACGGCGAACGCTGGGTGCGCAGTGGCGCCACCGCGCCTGAAGAAATCCTCCGCGTAACACGGGACGCCTGA MNTLPYAWAKAQRLVLRQSGEEAVLMVCPSTPGWSISEVRRQFGEVRLERVRDEELDGLLNTAYADTGSAAAVVGAAENEVDLDRLMQDIPEITDLLDTQDGAPVIRMINALLTQAARDEASDIHIEPYESHSVVRYRVDGTLRDVVSPRKALHGALVSRIKIMAQLDIAEKRLPQDGRIALRVAGRPIDIRVSTVPTGHGERVVMRLLDKQAGRLQLETLGMDPDVLGKLDHLIRQPHGIVLVTGPTGSGKTTSLYAALARLDASVHNILTVEDPVEYDLPGISQIQVNAKIDMTFALALRAILRQDPDIIMIGEIRDLETAQIAVQASLTGHLVLATLHTNDAVSAINRLIDMGVEPFLLASSMLGVLAQRLVRRLCPHCKQADPATPGTWRPVGCPSCNQTGYSGRTGIHELFCIDDDIRTLIHQGAGEQALRAAARQAGMFSMREDGERWVRSGATAPEEILRVTRDA PGPT0026430_2462 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026430-gspE|epsE-K02454 NA NA D1-35_05205 1212 epsF_2 COG1459 Type II secretion system protein F ATGAACCGCTACCGTTTCGAAGCCGCCGACGCCCAGGGCAAGATCGAATCCGGGCACTTGGAAGCCGACAGCCAGGGCGCTGCCTTCAGCCTGCTGCGCAGTCGCGGGCTAACGGCGTTGCAGGTGCAGCTCGAGCGCAACACGGCGCAGGCCAACGGCGGCGGTCTGTTCAGTGCCAAGCTCTCGGACAACGACCTGGCCTGGGCCACCCGCCAACTGGCGAGCCTGCTCGGGGCGAGCCTGCCACTGGAGGCCGCGTTGAGTGCGACGGTGGAGCAGGCCGAACGCAAGCACATCGCCCAGACCCTCAGCGCCGTGCGCGCCGATGTGCGCAGTGGCATGCGCCTGGCCGAAGCCTTGGCGGCACGGCCGCGGGATTTTCCGGAAATCTACCGGGCGCTGATTGCCGCCGGCGAAGAGTCCGGCGACCTGGCCCAGGTGATGGAACGGTTGGCGGACTACATCGAGGAGCGCAACAACCTGCGCGGCAAGATCCTCACGGCGTTTATCTATCCCGGCGTGGTGGGACTGGTGTCGGTCGCCATCGTGATTTTCCTGCTCAGCTACGTGGTGCCGCAGGTGGTCAGCGCGTTCTCCCAGGCCCGCCAGGACTTGCCCGGGCTGACCTTGGCGATGCTCACCGCCAGCGACTTCATCCGGGCCTGGGGCTGGCTGTGTTTTTGCGTCCTGGCCGGGGGCTTCTGGAGTTGGCGCCTGTACCTGCGCCAGCCGGCGGCGCGGTTGAACTGGCACGCGCGGGTGCTGCGCCTGCCGCTGATCGGGCGATTTGTGCTGGGCCTCAACACCGCGCGTTTCGCCTCGACCCTGGCGATCCTCGGCGGCGCCGGGGTGCCCTTGCTGCGAGCACTGGAGGCCGCGCGCCAGACCCTCTCCAACGACCGCCTGAGCCTGAGCGTCAGCGATGCCACCGCAAAGGTCCGCGAAGGGGTCAACCTGGCGGCGGCGCTGCGGGTGGAAAAAGTCTTTCCGCCGGTGCTGATCCACCTGATCGCCAGCGGCGAGAAGACCGGCTGCCTGCCACCCATGCTCGAACGTGCCGCGCAAACCCTGTCCCGCGACATCGAACGCCGCGCCATGGGCATGACCGCGCTGCTGGAGCCGTTGATGATCGTGGTCATGGGCGGGGTGGTGCTGATCATCGTCATGGCCGTGCTGCTGCCGATCATCGAGATCAATCAGTTGGTTCAATAG MNRYRFEAADAQGKIESGHLEADSQGAAFSLLRSRGLTALQVQLERNTAQANGGGLFSAKLSDNDLAWATRQLASLLGASLPLEAALSATVEQAERKHIAQTLSAVRADVRSGMRLAEALAARPRDFPEIYRALIAAGEESGDLAQVMERLADYIEERNNLRGKILTAFIYPGVVGLVSVAIVIFLLSYVVPQVVSAFSQARQDLPGLTLAMLTASDFIRAWGWLCFCVLAGGFWSWRLYLRQPAARLNWHARVLRLPLIGRFVLGLNTARFASTLAILGGAGVPLLRALEAARQTLSNDRLSLSVSDATAKVREGVNLAAALRVEKVFPPVLIHLIASGEKTGCLPPMLERAAQTLSRDIERRAMGMTALLEPLMIVVMGGVVLIIVMAVLLPIIEINQLVQ PGPT0026435_1032 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026435-gspF|epsF-K02455 NA NA D1-35_05207 1188 phoA2_1 Alkaline phosphatase L ATGTTTAAGCGCAACGTTCTCGCGGTATCCCTGACCCTCGCCGGCCTCTGCGCCGCTCAGGCCGCCATGGCTGATGTCAATGGCGGTGGTGCAACCTTGCCTCAGCCTCTGTACCAGACTTCCGGTGTTCTGACCGCCGGTTTTGCCCCCTACATCGGCGTGGGCAGCGGCAACGGCAAACTGGCTTTCCTGAACAACGACTACACCAAGTTCGTGGCTGGCAACACCAGCAAGAACGTGCACTGGGCTGGCAGCGATTCGAAGCTCAGCACCACTGAGCTGAACAACTACGTCACTGCCCACGGCGCTGCCTGGGGCCCACTGATCCAGGTGCCTTCGGTTGCCACCTCGGTAGCCATTCCGTTCAACAAGACTGGCACTGCCAACGTTAACCTCAGCGTCGCTCAGTTGTGCGGCGTGTTCGCCGGCACACTGACTGACTGGAACCAGATCACCGGTTCCGGCCGTTCCGGCCCGATCACTGTGACTTATCGTGCTGAGAGCAGCGGTACTACCGAACTGTTCACCCGCTTTCTGAACGCCAAGTGCCCTACAGCTGTACCCGCTGTGCCCGGCACTTTCGCCATCACCACCAACTTCGCCTCCAGCTATAGCCTTGGCCTGCCAGCCGGCGCCGTAGCCGCCACTGGTAGCCAAGCTGTGATGGATGCGGTGAATGCTGCCCAAGGTCGCATCACCTACATGAGCCCGGATTACGCCGCCACCACCTTGGCCGGCCTGGACGACGCCACCAAGGTCGCTCGCGTTGCCGGTGTTTCCCCAGCCCCGGCCAACGTGTCGGCCGCAATCGCAGCCGTCACCGTGCCTGCTGCCGCCAACCGCGCTAACCCGAACGCCTGGGTACCGGTATTCGCCGCAACTACCAACCCTAGCGATCCAAGCGTTGTGGCTTACCCAACCACCGGCTACCCGATCCTGGGCTTCACTAACGTGATCTTCAGCCAGTGCTACGCCAACGCTGCACAAACCACTCAGGTGCGTGATTTCTTCACCCGTCATTACAACGCAACTGCGGCTAACAGCAACGATGCCGCAATCACCGCCAACCGTTTTGTGCCTTTGCCAGCTGCCTGGAAGCAAGCTGTTCGTAGCAGCTTCCTCACCAGCACCAACGCTCTCAGCATTGGTAACACCAACGTTTGCAACGGCATTGGTCGTCCGCTGTAA MFKRNVLAVSLTLAGLCAAQAAMADVNGGGATLPQPLYQTSGVLTAGFAPYIGVGSGNGKLAFLNNDYTKFVAGNTSKNVHWAGSDSKLSTTELNNYVTAHGAAWGPLIQVPSVATSVAIPFNKTGTANVNLSVAQLCGVFAGTLTDWNQITGSGRSGPITVTYRAESSGTTELFTRFLNAKCPTAVPAVPGTFAITTNFASSYSLGLPAGAVAATGSQAVMDAVNAAQGRITYMSPDYAATTLAGLDDATKVARVAGVSPAPANVSAAIAAVTVPAAANRANPNAWVPVFAATTNPSDPSVVAYPTTGYPILGFTNVIFSQCYANAAQTTQVRDFFTRHYNATAANSNDAAITANRFVPLPAAWKQAVRSSFLTSTNALSIGNTNVCNGIGRPL PGPT0002625_734 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 D1-35_05208 1170 phoA2_2 Alkaline phosphatase L ATGTTCAATCGTTTATCCAAGGCTGTTGCATTGCTGTGCAGCGGTATATGCGCGCCGTTGGCAATGGCGGATGTCAACGGTGGCGGCGCTACCTTGCCCCAGCCGCTTTACCAAACGCCTGGCGTGTTGACGGCCGGTTTCGCTCCCTACATCGGTGTGGGTAGCGGCAATGGCAAACAGGCTTTCCTGAGCAATGACTACACCAGATTCGTGGCAGGCGACACCAGCAAGAACGTTCACTGGGCCGCCAGCGATTCGAAGCTCACGTCGACTGAGTTGAGCTACTACAACTCTACTCACAGTGCCACTTGGGGGCCATTGATCCAGGTGCCCTCGGCAGCGACCTCAGTTGCCATTCCGTTCAATAAGGCCGGCACCGCCAATGTCGATCTGAGCGTTAACCAACTGTGCGGGATCTTCTCCGGTCGCCTGACCGACTGGAGCCAGATCAACGGCTCTGGCCGTACCGGTCCAATCACTGTGGTTTACCGTGCCGAGAGCAGCGGAACCACGGAATTGTTCACCCGCTTCCTGCGCGCAAAGTGCGCGGAAACAGGCAGCTTCTCTGTCACCACCAACTTCGCCTCCACCTATAGTGGCGGCCTACCGGCCGGTGCAGTATCAGCTAACCGCAGTCAAGGTGTCATGGATGCGGTGAACGCAGCTCAAGGTCGTATTACCTACATGAGCCCTGCCTATGCGGCGTCGACGCTAGCGGGTCTTGATGACGCCACAAAAGTGGCGCGGGTTGGTGGTATTTCTCCGGCACCAGCAAACATTTCGGCGGCCATCGCTGCTGTTCCAGTACCAGCCGCCGCCAACCGCGCCAACCCGAACGCCTGGGTGCCAGTGTTCGCCGCAACCACCAACCCTAACGATCCAAGCGTCGTGGCTTACCCTACTACCGGCTACCCGATCTTGGGCTTCACCAACGTGATCTTCAGCCAGTGCTATGCCGACGCCACCCAGAGTACGCAGGTGCGAGGCTTCATCGCCCGTCACTATAACGGCTTAGTAGCCAGCACCAACGACGCAGCGATCACCGCCAACCGTTTTGTGCCGTTGCCAGCTGCCTGGAAGCAAGCTGTTCGTAGCAGCTTCCTGACCGCTACCAACGCCCTTAGCATCGGCCACGCCAACACTTGCAACGGCATCGGTCGTCCGCTGTAA MFNRLSKAVALLCSGICAPLAMADVNGGGATLPQPLYQTPGVLTAGFAPYIGVGSGNGKQAFLSNDYTRFVAGDTSKNVHWAASDSKLTSTELSYYNSTHSATWGPLIQVPSAATSVAIPFNKAGTANVDLSVNQLCGIFSGRLTDWSQINGSGRTGPITVVYRAESSGTTELFTRFLRAKCAETGSFSVTTNFASTYSGGLPAGAVSANRSQGVMDAVNAAQGRITYMSPAYAASTLAGLDDATKVARVGGISPAPANISAAIAAVPVPAAANRANPNAWVPVFAATTNPNDPSVVAYPTTGYPILGFTNVIFSQCYADATQSTQVRGFIARHYNGLVASTNDAAITANRFVPLPAAWKQAVRSSFLTATNALSIGHANTCNGIGRPL PGPT0002625_798 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 D1-35_05209 12432 hypothetical protein ATGCTGCGCTGCAAACCCCAGACGAACCTGAATGCCCCACGTCGCGATGGCGAGTTGTCGATGTTGCGACTCAAGCCGCTGGCCCAGGCCATTGCCCTGCTGATGGTGGCCGGCAATGCCCACGCAGCGACGGCGTTCAGTTCGGCCTGGTTTGCCGCCAAGGGCGCGCCTCAGGCCGGCGGTGCGGGGCGACCTGCAACGGCGCAGCCAGGCATGCCGCCACCCCTGGCGCAGCAGCAGCGGGCCAATGCGCAGTTGCAGCGTTCGCTGACCAACCTCAACAACACCGTGGCCGCGATAGCCGCCCAGCAAGCGGCACAGGCGGCCGGGCGGCAAGCCGCGTTCGGCCAGTTACAGGTGGTGCCTGACGGTTTGGGCGAGGGCGGGCTCAAGGTCGATAACAGCCTGACCCAGGGCTGGCTCAACGCCAAGGGACCGCAGCAGACCCAGGACGGCGGCAAGACCACGGTGAAGATCGAGCAGACCGCCGACAAGGCGATTCTCAACTGGGAAACCTTTAACGTCGGGCGCAACACCACGGTGGATTTCCAGCAGCAATCGGACTGGGCCGTGCTCAACCGGGTCAACGACCCGCAGGCGCGACCGAGCCAGATCCAGGGCCAGATCAAGGGCAACGGCACGGTGATGCTGGTTAACCGCAACGGCATCATTTTCAGCGGCAGCAGCCAGGTCAACGTGCGCAACCTGGCGGCGGTGGCGGCGAACATCAGCGATGAGCAGTTCAGCCAGCGCGGGTTGTACGTCGATGCCACCGGCACCCAGCCAACCTTCACCGATGCCGCCGGCAAGGTCGAAGTGCAACGCGGTGCGCAAATTGAAACCCACCGCGCCGCCACTTCAACCGCAGGCGGTGGCTATGCCTTGCTGCTGGGTTCGGAAGTGGAGAACGCCGGCTCCATCATCACCGCCAAGGGCCAGACCACCCTGGCGGCGGGCGACAGCTTCTACATCCGCCGGGGCCAGGGCACCAGCGGCAACTTGCGCTCCACCACCCGTGGCAACGAGGTCGCGACGTCACTCAAGTCAGGCAGCAGCGCCGGCACCGTGATCAACAGTGGCCTGATCCAGGCCAGCACCGGCGACATCACCCTCACTGGACATCGCGTGCAGCAGAACGGGGTGGCGGTCGCGAGCAGTTCGGTGGATACGCGCGGCACCGTGCACCTACTCAACGCCGCGAGCGACAGCAGCGGCAGTGTGACCCTGGGGCAGGGCAGCGCCACGGCGGTGCTGCTCGACGCCGCGGGCGGCAGCGCCCTGGACAGCCAACGCAATGCCGGACCGGCCGGCCTGGACGGCACGCCGAACAACCTGATCACGGGCCAGTTCAACAACCTCAGCAGCGTGGTCGACCGCACCGACCAGTCGCGGGTCGAGATCGTCAGTGGCGGCAGCGTCGACTTCCAGAACGGCTCCATCACCCTGGCCACCGGCGGCCAGGTTGCGGTCAGCGCGGCCGGTCGCAGCCTGGTGCGCGATGGCGTGGTGATCGACGTGTCCGGCGCCATCGGCGTCAAGGTGGCGATGGAATCGAATTCCATCAAGGTCAACGTCCAGGGCAACGAACAGCGTGACGCCTCGGTCAACCGCGAAGGCGGCAAGTTGACCAACAACGACGTGTGGGTGGACGTGCGGGATCTGGTCTACGTCCCGGCGGGTACCAACGGTTACGCCACCGACCGCTGGTACACGGCGGGTGGGCTGTTGGAAGTCGGCGGCTATTTGGGGACCCGAGGTCACAGCGCCGGTGAGTGGGCAGCGCAAGGCGGCACCCTGACGTTCACCGGTAACGACGTGGTGACCCAACAGGCGGCGCAACTGAACCTGTCTGGCGGTACCCTGGATGTACAGAGCGGCTACTTGCGCCAGTCCTGGCTCAAGGGCCCCAACGGGCGTTTGTATGACTTGTCCAAGGCGCCGGGGGACATCCTCTACACCGGCATCTACAAGGGTTACGAAGACCACAGCCAACGCTGGGGCCAGACTGATTACTACTACAATCCGCTGATTGCCCCGCGCGAGCGTTTTGAAGCCGGCTACACCGTCGGCCGCGATGCCGGCAAGCTGGTGGTGTCGACCCGCAACGCGGTGCTGGAAGGTCAGATCGTCGGCGAGGTCTACCAGGGCGAACGCCAGACCCAAGCGCCGAACCTCAACCTCGACGGCTACAAGCAATCGCAGAACGCCGTGGCCCGTCGCGCGCAATTATGGGTGGGCAGCTACTCGCCGATCTATGACAAGACCAGCGGCGTGATCAACAGTGGCCTGAACCCAACCTTCGACCAGGTCACCGTCGGCAAGGTGGCCGACAAGCTTGCCGCGATGCTGGACCTGACCTCGGTGGTCGGCACTGACCGGCAAGGCAAGCTGGTGCTGGACAATGCGTTGCTCAATGGCTTCCAGCTCGGCGCGGTCAAGGTGGCGGCGGCTGAAGGCATCCAGGTCGACGGTGCACTCAAGGTCGCCGACGGCGGCGATATCACGCTTTATGCCCCGCAGGTCGAGGTGAACGCCGACCTGACTGCCCGCAGCGGTCGCATTGCCTTGGGTAACGTGCTCAAACAGGTCAGGACGGATAATTTCCAGATGGCAGACGTCACACTTTCACCCGCCACGGGACAGCGGGCGACGGTCACCTTGGGCGAAGGCGTCAAGCTGAACACCGCCGGGCGCTGGAGCAATCTGCTGCTCGACGGCAACGACCGCCAAGGCCTGCCGTTCATCAACGGCGGCAGCGTGTCCGTGCGCAGTACTGGCGATATCGATGTGCAGCAGGGCAGCCTGATTGACGTCAGCTCCGGCGCTGCCGTGATGGCCGATGGCAAGACTCGCGGCGGCAAGGGCGGTGACCTGACCTTGACCGCGAGTATTGGTGCATCGTCCGGTAACGGTGACTTGATCCTCAAAGGTGAACTGCGCGGTACCGGCGTGAGTGGCGGCGGGACCTTGAAGCTGGCGGCCAGCAAAGTGCTGATCGGCAACAGCAACATTCCTCTCGAACCTGGCACTTTGCAACTGGGCGGCGATTTCTTCGACAAGGGTTTCTCGGCCTATGACATCACCGGTAATCAAGGCCTGACCGTGGCCGACGGGACCCGGGTCGATGTGACGATGCCGGTGTACCGTTTCGGTGAGCAGGCTTTGACTCCCGGCAGCAACGCAGAACCGGCTGATGCCTTGCAGCGCTGGACGCCGGAGCTGTATCAGGAAGATGCGATCAAAGGTGTTCTCACCCAGCGCCACGGCGCGAGCCTGAGCCTCAGTGCCGGTACCGCGAACTCCAGCGCGGCAGACATGGCCAGCACGGTATTGAACATCGGGCGTGGAAGCGTGATCAGCGTCGATCCGGGACAAGGCATCGACTTGCGCAGCATCGGTCAACTGACCGTCAACGGCACCCTCAACGCCTGGGGAGGACGAGTCAGTCTCACCGAACTGAGCGTCAGCAACCCAGTTCGCAACCCGGTCAATGCCCAAGGCCATGGACGCTCCATCTGGTTAGGCGAGCAAGCGTTGATCGATGTCTCCAGTCGGGCCGTGACTGCCAAGGACATGCGCGGCCAGACCTATGGTCTGGTGCGTGACGGTGGCGAGATTGTCATTGGTGGTCAGATTGATGTCGCGAAAGGATCGGCTTCGGCGCCGGAATTGTTCGTGGTGATGCGCGAGGGGGCACGCCTGCAAGCGGATGGCAGCCAGGCAATGCTGGATGTTCCTGGCCAGGGACGCACATCGGTGACGAGCAACGGTGGCAGTATTTCCCTGGCGTCGGCCAATGGCCTGTACCTGGACGGCGAATTCAGTGCCCGTTCCGGTGGCACGGGGGCCGCAGGGGGAAGTTTGTCGGTGGCGCTGGAGACACCGTATTACCTGAAAAGCGCGGTCAATGACCGGGTCTTGCAGTTGCGTGAACTGGTACTGGGACAAACCGCCCAGGCGAGCCCGCTAAGCGACACCGCCGAGGCCTCGGCGGATGCGTTGATCTATGGTCATGGGCGTTTGGGTGTGGACCAGGTCCAGGCGGGCGGCTTCGACAGCCTGTCTCTGCTGAGTAACGGCATTATTAGTATCGGTGGCGACGTGTCGCTGTCCCTCGGCCAAAGCCTGAGCCTATATGCGCGTAGCTTCGGGTTGAGCTCAGCCGCGCCAGCCGACACCCGTGTTCAACTTAATGCAGCTCATCTGCTGCTGGCGGGGCCGGCGGCCAGTCTACCGAATATGGATTCCTATACCCGACCGCTGATCGAAGGCGACGTATCGCCACTTGCGAACAAGGCGGTGCTTTCCGTCAACGCCGACTTGTTGGATGTACAGGGCAATGTGAGATTCAGCAGCAAAGGCACGCTGAGACAGGCCAATGGCACCACGGTCGAGTTGGAGCGCGCCGGGTTCGACCTGGTCCAGTTAAGCAGCCGTGGTGATTTGCGCTTCCTGGCGGGATTCTCCAGCGAAGGATTGCCTACGGGCTTTACCACGCAATTAATGACTCCTTCGGACATGATCCTGCAAGCGGCGCAACTGTATCCGGCGACTGGGGTCGGGGCTCGGGTATTGGCGGGGTATAGCTTGAGTGGCACCTCTGCCTACGACCCGGCGCGCAGCTTGGTCATCGGGCGGACTACCCAGGTGACGCCTCAGGTACCTTATTCGGCATTCGGTCACTTACAACTGGGCAGTGCGAATATCGAGCAGGGCGGGGTGGTTCGGGCCCCGCTGGGGTTGATTGAGGTCGGCACCAACGACGGCACTAGCATCACTAGCCAAGTGGACTTGCTGCCGAACAGCCTCACTTCAGTCAGTGGCCTCGGTCTGGTTCTGCCTTACGGCGGTACCGTCGATGGTCAGAGTTATGAGTACGCGGGCAAGAAGGTGGTGCTTCTGGGGCAAGGGGCCATCTCCTATGGCAACGGGGATCTGAATATTGGTGTGATTCTGGGCGGAAAATCTGTTGTGGCCCAGGAAGGCTCGGTACTCGATCTTTCGGGCGGCGGTGATCTGCTGGGTGCCGGTTTCATTTCCGGCCGTGGCGGCTCCACCGACGCGCGCTTCAACCCGCTGGTGCAAATCGGTGCCAACGGCGGCTTTACTTTACCGGGCCTGTCCAGCAACCCGGTCTACGCCATTGTGCCGGGCAACCAGAGTGCATACGCGCCAGTGGCGCCCGAGGGCGGCGCAGTGGACCCCAGGATCGGACAACAAATCACCCTTGGCGCCGGTGTACCGGGGCTGGCCGCCGGTACCTATACGCTGATGCCGTCCACCTATGCCTTGCTGCCGGGGGCGTTCCGGGTCGAGGTCAACGGTCTGGCGGGTCAGGGTTCCACGGCGGGTGCGTTGCAGATGCGCAACGGCTCCTGGACCACCGCCGGGGTGCTGTCGGTGGTCAATACCGAGCAGCGCAACAGTCTGTCCAGCCAGGTCATCCTGACTTCGGGCGATGTGCTGCGTCGCTATTCGCAGTACAACGAAACCAGCTACGCCCAGTTCGCTGTAGCCGATGCCGCACGCCTGGGCGTGCCACGAGCCCTGTTGCCGGTGGACGCCAAGACTTTGAAGTTGAAGCTCGCGCAAGGAGCGGGAGATCAGGCGTTCTCCTTTAAAGGCATCGGCAAGTTCGCGCCTCAAAAAGGTGGCTACGGCGGTACCGTCACGGTGGTTGGAGGTAATGGGGCGTTGGAGGTCGTTGCCGATGGGCGCGGGGCCACGGCCGGCTTCGAGGGCGTGACCCTCAATGCCGAAAGCCTGAATGCCTTGAATGCATCACGTCAGGTTATTGGCGGCCAGTTCTTGACGCTCTATGGGCAGAGCGGAAACTACATCACGCCCTCGAGCAGTGGAGGTAGAACCTCGTCCAGAGTGATCTTGCGTGAAGGTGTTACGTTGGCGGCACCGGAGGTTTTCCTGCTGGCCAGCGGCGAGGTGTCGATGGAACAAGGCGCCGCCATCAATACCATTGGTCGTGGCGCGGCTGCCTACGATGCCCATGACGGTTTTATCTATGACCTCAATGTGAGTGGTCAGAACTTGCTGGCCGCCTCCAACGGCTTGCTCAACGTGTTGGCACCCTCATCGGGCAGCAGCGGCACCATCAACATCGGCGGCTGCAGCCTGACGCCATGCAGCGGCGTCACCCGAATTCATTCCGAGGGCAGCATCGTCGCCGCCACCGGAGGGAGCCTGGAATTGGACGACAAGGTGCGCTACGGCACCCGTCACCTGACCCTGGCCCTGAGCAATATCAACGTCGGCACCGCCCCGGCATTGAGCGACGCAGCGGCGCGTCAGGTCTTGCCGGCCGGCCTGACCCTGAGCCAGACCGTGCTCGATCGCCTGCTGCGCGGAGACACCGAATACGGCGCCCCGGCCCTGGAAACCCTGGAACTGTCGGCGCGTGAGGCGTTGAATTTCTACGGCACTGTCAGTCTCGACACCTATGACCCGGTGACGGGCAAGTCGCGGTTGGCCAACCTGATGCTCAGCACGCCGGCCATTCATGGCGCAGGCAGCGTCAACGACGTGGCGACCATTCGCACCGCCAACCTGATCTGGAACGGTGCCGTCGGCGCGCCGGGTTCGGTCATCGCCGGCGGGGCCGGCACCGGTGCCGGTCGCCTGGACATCCAGGCCCAGCGCATCGAGTTCGGTTATGGCGAGTTCGCCCAACCGAGCTCGATCACCACCCTGGACCGCCTGGCCCTGGGCTTCGCCAACGTCAACCTCAGTGCCAGCGAACGCTTGACCGCCAATCACAAGGGCAGCCTGGCGGTGTATCAGAGCCAGGGCGCCTATGACGCTAAAACGGGCTACGCCTACAGCGGTGGCAACCTGAATATCCTCACCCCGTTGCTGACTGGCGAAGCCGGTTCGGTCAACCGCATCACCGCGGGCGGTGCGGTCAATGTGACGGGCGCGACCGCTAAGCCGGGCACTGTCTCCGGGCTCGGGGGCGAGTTGTCCCTCAAGGGAGCGAGCCTCAACCTGGCCAGTGCGGTGGTGTTGCCCAGCGGCAAACTGACCCTGAGCGCGACGGATGACCTGACCCTGGCCGATGAGGCGCTGATCGACGTGGCGGGTCGCACGGTCACCTTCAACGATGTCACGCGCTACAGCGCTGGTGGCGAGGTGATCCTGCAAAGCCAGAACGGCAACATCCGCCAGGCGGTTGGCTCCAGCATTGATCTGTCGGCGCGCCACAACCAGGCCGGACGGCTCAGCGCCGTGGCCTTGGGCAGCACGGCCGGGGTTGTCGACCTGCAAGGACGAATCCTCGCCAGCAGCACTGGCGAATACGATGCCGGTGGCACGCTCATGCCATACCTGGCCGGTGGCGTGCAAATCCAGGCCCAGCGCCTGGGCGACAATGGCAGTCTCAGCGAACAGTTCGCCGCGTTGAACCAACGCTTGAGCGACGGCCAAGTGTTCGGCTCCCGCAGCTTCCAGCTCAAGCAGGGCGACCTGGTGATCGGCAACGAACTCAAGGCTTCGTCCATTGACGTGTCCCTGGACAACGGCAGCCTGTTGATCAACGGCACGGTGTACGCCAGTGGTGAGCGGGTCGGCAGCATTTACCTGGCTGCCAAGAATGCCCTGACCCTGGGCAGCGGTGCCGTGCTTGACGCCCATGGTCGACGCCTGCGGGTGGACAGCTACGGCAAGATCATCGACTCGCCGAACCGTGCCATCGTTGACTTGACCGCCAGGGAAGGTCTCCTGACCCTGGGTAACGGCGTGCGTATCGATTTGCGCCACGGTACCGAAGTCGCGCTGGGCAGTGCGTCCGGTATGAACGACGGTCGGCCTCGCGGGACGTTGCAACTCAGCGCGCCACGACTGAGTGGCGTGTCGGGGGGCGACGTGGCGATCGATGCCAGTGGTGCCCTGGACGTACAAGGCGCCCGTTCGATTGCGTTGGTTGCTACGTGGCAATACAGCGACGCGCCGCTGGTGAACGTGCCGGCGGCCAGCGGCAAGCCTTATCAGGTCATCAATCAGGCATGGCTGAAGGATGTGGTGGACCCCGACAACACCGCCTTTATCACCAACGCTCACGACAACAACGATCTGTTGCAGCGCAAACTCGCCGGGCTGAACAACAGCCGCTATCGCGACGTGTTCCACCTGCGCCCCGGTGTAGAGGTGGTGAGTGCGACGGCCGATGGCGACCTGGTGGTCCAGGGGGATCTGGACCTGTCGCAATATCGCTATGCGAGCCTCAATCCGCATAACGTTTTGGATGAAAACGTCTACGGCTCCGGCGAATCCGCCAGCCTGACGCTGCGCGCCGGCGGTGACCTGAACATCTATGGCAGCATCACCGACGGTTTTGCCCAGCCGCCCGCCAGCAACGATGACAAGGGCTGGGTGCTGTTGCCAGGCATTGATTTTGCGGCGGGCGATATCGTCGTGCCCGGCACTGGCGTGACCCTGGAGGTCGACACCGCGTTCCCGGCCGGCTCGGTGCTCAACTTCGACGTGCCGCTCAAGGGCGCGACCCTGGCTGCGGGAACGCGGTTGCCGGTCGCCGCCACGCTGGATCAGCCAATGGTACTGCCGGCCGGCACGGTGCTGGCCGCGGCGGTGCATGACGCACAGGGCAATCTGTTGTTCGCGGCCGGCACGTTGTTGGCTTCGACCCAAACCCTGCAGGCGGGCACGGTGCTCGGGGCGGGCAGCCTGCTGGGCAGCAGCGCAACGATAGGCAACCTGATCTGGCCCAAAGGCGTTGCGTTGCCAGACATTGAAGGCGCGAGTAACGGCTTGACCAACGTGCTGCGTCTCAGCAGCGCCCTGGCACTGAGTGTGGGTTCGAAAATTCCGTCAGGTACCGACATCAAGTTGCCGGCCGGTGTCGAGTCGGTGCAGTTGCGTCCGGAAGTGGCGGGGAGCAACTGGGCCATCGCGCCGATGCTGGCCGAGGGCTCGCAGTCCTGGTCATTGCGACTGGTGGCCGGTGCCGATACGCAGGCGGCGGACAGTCGGGTCGTACGGCCGGTGCTGGCGGGTGGTGATCTGCATTTGGCTGATAGTCACTACGGCACGTTCGGCGTGGCGTCGATGGTCTGGACCGAAGCAGGATCGCTGGATTGGTTCGGCGACACCAGCATGGTGGGGCTGCCGGTTGACTTTGAAGTTTTTGATTACCCCAACTTATGTGTCGACAATCCACTTCATTGTGAAGCTGGCGGAGCACCTGAATACGAGCCCGGCAGCCAACGTTGGAGTGTCATTCGCACCGGCGCAGCGGACTTGGAGCTGCTGTCGGCAGGTGATCTGAAAATGGACTCGCTGTACGGCGTCTATACCGCCGGCAGTTCAGCCAGCGAAACGTACGCCAACGACCCGTACAACCAACCCAAGGCGCGTGCGGCGGCGGGCAAGGTGCTCAATGATGCACTAGGTGAAAACGAGCAATTCGTGGATGGCGGTTCCAATAGTCTTTACCGCGCCTGGTACCCGGACTTTGGCGGCAACCTGAGTTTGAAGGTCGGCGGCAATCTGACCGGTAATAGCCTGGATGTATCGAGTGCGAGTATAGGGCGGCCCAATGGAGGAGACATTGGTTACGATACGGTCAACGTCGGTAATTGGCTGTGGCGTCAGGGCAATGGCTCAGTCGCAACCGGTACGCAGGCACAACCCACCGCTTGGTGGATCAATTTTGGTAGTTACACCGCCGCGAAGGACGGCAAGGCTGACCTGATGGTTGGGTTTACCGGTTTCGGTACTCTGGGCGGCGGTAACCTGAATGTTCAGGTCGCCGGCGATGCGGGGGAGCTCGAACAGATGGCAGGGAGTCGTCTTGTGCCAGGCAGCAACAGCCGCAGCCAAGGACTGGTTCTTGCCGTGGGCAGCACCGGGCGTGTGGGCGCTGATGGCAGCCTGCAATTGACCGGTGGTGGTGATCTCAACCTGCGTGTAGGCGGCGCCTTGAATCCCGATAGCGCGTTCGTCGACGGGCATCTGAACGGTGCGGTCATCAACCTGCGGGGCCACGCGCAGATCGACAGCGGTGCCATCGGTCGAATTGACCTGCGCTATGGCAACGTTGCTTCGGCACAGTCTCCGGGGGAAACGCGTGCGTACGACTCCTTCAGAGCCACACGTAGCCTGCCAACAGGCGGGCTGACCCTGATGCCGGGCGATGCCACGTTCGATCTGACAACTTCGGGCGACCTGGTAGTGATGGACGTAGCGGACCCTGGCCGGGCGCCGATGATGAGCGTATCGCCCTTCAAAGATGGCGCCACTAACGGATCCGGCGTGAGCTGGTTTTCGTTATGGACCGCCAACACGGCAGTTGATCTGTGGTCATCGGGGGGGAATCTGACGCCTGTGGTGCCAGAGGTCGAGACGGATCTGGCGGTGGTCTACCCATCGATCGTGAGGGCTGTGGCGGCCAATGGCAGCCTTTACTATGGCAAGTCCTCGGTATGGGATGGAACAGGTTATGACGGCAACAATCGTCCAGCCCTGTTGCTCGCTCCCGGCATCAACAGTGAGTTGCAATTCATGGCCGGCGATTCCATCTACGGCGGCGACATGTCGGTCAGTCGTTCCGGTGCATCCTCCGCAGCCCTGGCAACGCCGTTCAGGCCAGCCTTTGTGGGTATCGTCGAGACTGTCGAATCCGGTCCCGTCATAAAAGCCAGCAATCTCTCAGCCGATGGCAACCTCGCTCGCCCTAGTGCGAACATATTGCCGCTGTTTGCCTTCGACACCAGCAGTACCTCAGGCGAATGGGCCCTCAATGACGACCCTGCGCGCTTCTATGCGCTGGAAGGTGATTTGCTGGCTGTCACCAGCGGACGGTCGATGACATCGGCATCCGTTGGCAGGTGGCCAGGGCGAATCGCCTACGAAGGCGCCGGAGCTGTACGAATGATGGCAGGACGAGACATCGTCAGTAGCGGGATTCCACTGGGCGGCTCTTTGAGCAACAACTCCCAGGCAGGGGATTACACCAGCGCCGGCAACCTCTTCATCCACAACAACCCCACCGACATCTCAATCGTTTCAGCCGGGCGCGACATCCTCTACAGCAGCTTCAACGTCGCCGGCCCCGGCCTGCTGGAGATCACCGCCGGACGCAACATCCTGATGGATGACAAGGTCAGCATCACCAGTATCGGCGCCGTGGTGCCGGGGGATTCGCGCCCTGGGGCGAGCCTGGTGCTGCAAGCCGGCGCCGGCCTCGACGGCGCCGATTACCAGCGCTTCGTCAAGGCCTACCTGGACCCGGCGAACCAGGCCCTGGCCGGTGTGCCCCTGGCGGACCAGGATGGCAAGGTCGCCAAGACCTACGAAGCGGAGCTGGTGAAGTGGCTCAAGGAACGCTTCGGCTTCAGCGGCGATACCGAGCAGGTCCGCAGTTTCTTCGCGGCGTTGCCGGCGGAGCAGCAACGGGTGTTTGCCCGCGACGTGTACTTTGCCGAGCTCAAGGCCGGTGGCCGTGAGTACAACGAAGTCGGCGGCGTGCGCCAGGGCAGCTATCTGCGTGGACGAGAGGCGATCGAGTTGTTGTTCCCGACCAAGGACGTGGCGGGCAATGCGATCACCTACAAGGGCGACATCACCATGTTCGGCGGGGCAGGGGTGCACACCGATTTTGGTGGCGGCATTCAGATGCTCACTCCCGGCGGCGGGCAGACGTTCGGCATCGAAGGCAACGCGCCGCCGTCCACCGCCGGGGTCATCACCCAGGGTGAGGGCGATATCCAGTTGTATGCGAAGAACAGCATCCTGCTGGGGCAGAGCCGGATCATGACCACTTTTGGTGGTTCGATCCTCAGTTGGTCGGCTCAGGGTGATATCAACGCCGGTCGTGGTTCGAAGACCACCGTGGTCTACACGCCGCCCAAGCGCCTGTACGACACCTGGGGCAACGTGACCCTGTCGCCGTCGGTGCCGAGCACGGGGGCTGGTATCGCCACTCTCAACCCGATTCCAGAGGTAGCGCCGGGGGATATCGACCTGATCGCGCCGCTGGGCACCATTGATGCGGGCGAGGCGGGGATCCGCGTGTCAGGTAACGTCAACATTGCGGCGTTGACCGTGGTCAACGCGGCCAACATCCAGACCCAGGGCAAGTCCAGCGGCGTGCCGCTGGCGGCTTCGGTGAACACCGGGGCGATCACCTCGGCCAGTTCGGCGGCGTCCTCGGCCACGCAAGCGGCGGAAGACGTAGCGCGCCAGCAGCAGAATGCGGCGCGGCAGAACCAGGCCTCGGTGTTTACCGTGCAGGTGGTGAGTTTCGGCTCCGAGCAACTGGCGCCTTCGCGTGATGGCGCCAGCCGTGAGGCGCCACGCACCTATGATCCGGCCAGTCCGGTGCAGGTGCTGGGCGCCGGGCCGTTGGACGAGCAGGCGCGGCAGCGGTTGACCGAGGAGGAGCGGGGGCGGTTGAGCTTGTAG MLRCKPQTNLNAPRRDGELSMLRLKPLAQAIALLMVAGNAHAATAFSSAWFAAKGAPQAGGAGRPATAQPGMPPPLAQQQRANAQLQRSLTNLNNTVAAIAAQQAAQAAGRQAAFGQLQVVPDGLGEGGLKVDNSLTQGWLNAKGPQQTQDGGKTTVKIEQTADKAILNWETFNVGRNTTVDFQQQSDWAVLNRVNDPQARPSQIQGQIKGNGTVMLVNRNGIIFSGSSQVNVRNLAAVAANISDEQFSQRGLYVDATGTQPTFTDAAGKVEVQRGAQIETHRAATSTAGGGYALLLGSEVENAGSIITAKGQTTLAAGDSFYIRRGQGTSGNLRSTTRGNEVATSLKSGSSAGTVINSGLIQASTGDITLTGHRVQQNGVAVASSSVDTRGTVHLLNAASDSSGSVTLGQGSATAVLLDAAGGSALDSQRNAGPAGLDGTPNNLITGQFNNLSSVVDRTDQSRVEIVSGGSVDFQNGSITLATGGQVAVSAAGRSLVRDGVVIDVSGAIGVKVAMESNSIKVNVQGNEQRDASVNREGGKLTNNDVWVDVRDLVYVPAGTNGYATDRWYTAGGLLEVGGYLGTRGHSAGEWAAQGGTLTFTGNDVVTQQAAQLNLSGGTLDVQSGYLRQSWLKGPNGRLYDLSKAPGDILYTGIYKGYEDHSQRWGQTDYYYNPLIAPRERFEAGYTVGRDAGKLVVSTRNAVLEGQIVGEVYQGERQTQAPNLNLDGYKQSQNAVARRAQLWVGSYSPIYDKTSGVINSGLNPTFDQVTVGKVADKLAAMLDLTSVVGTDRQGKLVLDNALLNGFQLGAVKVAAAEGIQVDGALKVADGGDITLYAPQVEVNADLTARSGRIALGNVLKQVRTDNFQMADVTLSPATGQRATVTLGEGVKLNTAGRWSNLLLDGNDRQGLPFINGGSVSVRSTGDIDVQQGSLIDVSSGAAVMADGKTRGGKGGDLTLTASIGASSGNGDLILKGELRGTGVSGGGTLKLAASKVLIGNSNIPLEPGTLQLGGDFFDKGFSAYDITGNQGLTVADGTRVDVTMPVYRFGEQALTPGSNAEPADALQRWTPELYQEDAIKGVLTQRHGASLSLSAGTANSSAADMASTVLNIGRGSVISVDPGQGIDLRSIGQLTVNGTLNAWGGRVSLTELSVSNPVRNPVNAQGHGRSIWLGEQALIDVSSRAVTAKDMRGQTYGLVRDGGEIVIGGQIDVAKGSASAPELFVVMREGARLQADGSQAMLDVPGQGRTSVTSNGGSISLASANGLYLDGEFSARSGGTGAAGGSLSVALETPYYLKSAVNDRVLQLRELVLGQTAQASPLSDTAEASADALIYGHGRLGVDQVQAGGFDSLSLLSNGIISIGGDVSLSLGQSLSLYARSFGLSSAAPADTRVQLNAAHLLLAGPAASLPNMDSYTRPLIEGDVSPLANKAVLSVNADLLDVQGNVRFSSKGTLRQANGTTVELERAGFDLVQLSSRGDLRFLAGFSSEGLPTGFTTQLMTPSDMILQAAQLYPATGVGARVLAGYSLSGTSAYDPARSLVIGRTTQVTPQVPYSAFGHLQLGSANIEQGGVVRAPLGLIEVGTNDGTSITSQVDLLPNSLTSVSGLGLVLPYGGTVDGQSYEYAGKKVVLLGQGAISYGNGDLNIGVILGGKSVVAQEGSVLDLSGGGDLLGAGFISGRGGSTDARFNPLVQIGANGGFTLPGLSSNPVYAIVPGNQSAYAPVAPEGGAVDPRIGQQITLGAGVPGLAAGTYTLMPSTYALLPGAFRVEVNGLAGQGSTAGALQMRNGSWTTAGVLSVVNTEQRNSLSSQVILTSGDVLRRYSQYNETSYAQFAVADAARLGVPRALLPVDAKTLKLKLAQGAGDQAFSFKGIGKFAPQKGGYGGTVTVVGGNGALEVVADGRGATAGFEGVTLNAESLNALNASRQVIGGQFLTLYGQSGNYITPSSSGGRTSSRVILREGVTLAAPEVFLLASGEVSMEQGAAINTIGRGAAAYDAHDGFIYDLNVSGQNLLAASNGLLNVLAPSSGSSGTINIGGCSLTPCSGVTRIHSEGSIVAATGGSLELDDKVRYGTRHLTLALSNINVGTAPALSDAAARQVLPAGLTLSQTVLDRLLRGDTEYGAPALETLELSAREALNFYGTVSLDTYDPVTGKSRLANLMLSTPAIHGAGSVNDVATIRTANLIWNGAVGAPGSVIAGGAGTGAGRLDIQAQRIEFGYGEFAQPSSITTLDRLALGFANVNLSASERLTANHKGSLAVYQSQGAYDAKTGYAYSGGNLNILTPLLTGEAGSVNRITAGGAVNVTGATAKPGTVSGLGGELSLKGASLNLASAVVLPSGKLTLSATDDLTLADEALIDVAGRTVTFNDVTRYSAGGEVILQSQNGNIRQAVGSSIDLSARHNQAGRLSAVALGSTAGVVDLQGRILASSTGEYDAGGTLMPYLAGGVQIQAQRLGDNGSLSEQFAALNQRLSDGQVFGSRSFQLKQGDLVIGNELKASSIDVSLDNGSLLINGTVYASGERVGSIYLAAKNALTLGSGAVLDAHGRRLRVDSYGKIIDSPNRAIVDLTAREGLLTLGNGVRIDLRHGTEVALGSASGMNDGRPRGTLQLSAPRLSGVSGGDVAIDASGALDVQGARSIALVATWQYSDAPLVNVPAASGKPYQVINQAWLKDVVDPDNTAFITNAHDNNDLLQRKLAGLNNSRYRDVFHLRPGVEVVSATADGDLVVQGDLDLSQYRYASLNPHNVLDENVYGSGESASLTLRAGGDLNIYGSITDGFAQPPASNDDKGWVLLPGIDFAAGDIVVPGTGVTLEVDTAFPAGSVLNFDVPLKGATLAAGTRLPVAATLDQPMVLPAGTVLAAAVHDAQGNLLFAAGTLLASTQTLQAGTVLGAGSLLGSSATIGNLIWPKGVALPDIEGASNGLTNVLRLSSALALSVGSKIPSGTDIKLPAGVESVQLRPEVAGSNWAIAPMLAEGSQSWSLRLVAGADTQAADSRVVRPVLAGGDLHLADSHYGTFGVASMVWTEAGSLDWFGDTSMVGLPVDFEVFDYPNLCVDNPLHCEAGGAPEYEPGSQRWSVIRTGAADLELLSAGDLKMDSLYGVYTAGSSASETYANDPYNQPKARAAAGKVLNDALGENEQFVDGGSNSLYRAWYPDFGGNLSLKVGGNLTGNSLDVSSASIGRPNGGDIGYDTVNVGNWLWRQGNGSVATGTQAQPTAWWINFGSYTAAKDGKADLMVGFTGFGTLGGGNLNVQVAGDAGELEQMAGSRLVPGSNSRSQGLVLAVGSTGRVGADGSLQLTGGGDLNLRVGGALNPDSAFVDGHLNGAVINLRGHAQIDSGAIGRIDLRYGNVASAQSPGETRAYDSFRATRSLPTGGLTLMPGDATFDLTTSGDLVVMDVADPGRAPMMSVSPFKDGATNGSGVSWFSLWTANTAVDLWSSGGNLTPVVPEVETDLAVVYPSIVRAVAANGSLYYGKSSVWDGTGYDGNNRPALLLAPGINSELQFMAGDSIYGGDMSVSRSGASSAALATPFRPAFVGIVETVESGPVIKASNLSADGNLARPSANILPLFAFDTSSTSGEWALNDDPARFYALEGDLLAVTSGRSMTSASVGRWPGRIAYEGAGAVRMMAGRDIVSSGIPLGGSLSNNSQAGDYTSAGNLFIHNNPTDISIVSAGRDILYSSFNVAGPGLLEITAGRNILMDDKVSITSIGAVVPGDSRPGASLVLQAGAGLDGADYQRFVKAYLDPANQALAGVPLADQDGKVAKTYEAELVKWLKERFGFSGDTEQVRSFFAALPAEQQRVFARDVYFAELKAGGREYNEVGGVRQGSYLRGREAIELLFPTKDVAGNAITYKGDITMFGGAGVHTDFGGGIQMLTPGGGQTFGIEGNAPPSTAGVITQGEGDIQLYAKNSILLGQSRIMTTFGGSILSWSAQGDINAGRGSKTTVVYTPPKRLYDTWGNVTLSPSVPSTGAGIATLNPIPEVAPGDIDLIAPLGTIDAGEAGIRVSGNVNIAALTVVNAANIQTQGKSSGVPLAASVNTGAITSASSAASSATQAAEDVARQQQNAARQNQASVFTVQVVSFGSEQLAPSRDGASREAPRTYDPASPVQVLGAGPLDEQARQRLTEEERGRLSL PGPT0003647_25 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_TRANSPORT,PGPT0003647-hxuA-NA NA NA D1-35_05210 612 hypothetical protein ATGGGGACTATGGAACGTTATTCGAAAGTGGGCATGCAGGAGCTGGACCAGCGGCTATCGAAGATCGTCGAGGCGGCGCGCAAGCAGCCGGTCTCGGTGTATCGCTACGGTGCGCCGTGGGTCTGGATCGTTTCCCAGGATGACTGGCAGGGCGCGCTCAAGGAAGTGTCCAGCTACATCCCCCAGGGCCACTCCCTGGTGCTGTTACGGCCACAGATCGACGACTTGCTGGCCGAACACCGCGACGTGCTGCAGGGCCTCAACGCCGATGCCGGCATGCTCATCGCGCCGCAGACGGCCATGCACATCCTGCTGCTGCAACTGCTTTATTCGGTGCCCAGCGAGCAGCAACTCTACGAACAACTCAATTACAACCTGCTGTTCCGCTGGTTCGTCGGCCTGGACCTGAACCAGAAGGTCTGGAGCTTCAACGTGCTGAGCAAGGACCTCGCCACGCTGCTGGGCGATGCGCGGGCCGTGCGGCTTATCCAGAAAATCATCGGTGAAGTGTTCTGTGGCGCCTTGCTGCAAATGCCCGAGTTCTCCTTGAACTTCGCGCTGCTGCACACCTGGCTGGCCCGGCACGCCACGACATCGACCGCAAGCAATTGA MGTMERYSKVGMQELDQRLSKIVEAARKQPVSVYRYGAPWVWIVSQDDWQGALKEVSSYIPQGHSLVLLRPQIDDLLAEHRDVLQGLNADAGMLIAPQTAMHILLLQLLYSVPSEQQLYEQLNYNLLFRWFVGLDLNQKVWSFNVLSKDLATLLGDARAVRLIQKIIGEVFCGALLQMPEFSLNFALLHTWLARHATTSTASN PGPT0030640_90 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030640-truncated_tnp-K07487 NA NA D1-35_05211 1605 hypothetical protein GTGGAGCATTTTTTCAAATCGCGGCCGGCGCTGTGGGGCTGGCTGCTGTTGGCGGTCTGGGGGCCGTCGGCATTCGCAGCAGAAGGAGCACCGGAAGCCGAAGCGGCGCCGGCTCGCCTGGTGGACGTCAACGAGTACTTCGTGCGGGGCAACACTGTGCTGGATGCCCGCGCGATCGAGGAAGCGGTGTATCCGTTCCTTGGCCCGCAAAAGACTTTGAACGACATTGAAGGCGCTCGCGAGGCGCTGCAAAAGGTCTATCAGGCTCGCGGCTACCAATCGGTGTTCGTCGAGTTGCCGGAGCAGAAAGTCGAAGACGGCATCGTCTACCTGCAGGTCAGCGAGACCAAGATCGGCCGCGTGCGGGTGGTCGGTGCCAAGCACTATTCGCCGGTGGAAATCCGCGAAGATGTGCCGGCGCTCAAGGAAGGCGAGGTGCCGGACTTCGCCCAGGTCCAGACCGAGCTGGCGCAGTTGAACAAGACCCCGGGACGCCAAGTCATGCCGCTGGTGCGCGAAGGCCAGCGGCCGGGCACCATGGACGTGGACTTGCAGGTCGAGGACCAGGATCCCTGGCAGGCCAGCCTCGGTCTGAACAACGACTACAGCGCCGACACCGAGAAGCTGCGCACGGTCGCCAGCCTCGGCTACAACAACCTCTGGCAACTGGGTCACAGTATTTCGCTGACCTTTTTCACCGCGCCCCAGGACACCGAAAACGCCAAGGTCTGGTCGGGTTCCTACACCGCGCCACTGAGCGAGCGCTGGAGCGTGCAGTTCTCCGGTCACCAGTCCGACAGCAACGTGGCGACCGTCGGCGGCAGCAACGTGTTGGGCAAGGGCCATTCCTACGGTGTGTCGGCGATCTACAGCCTGCCGTCCAGTGGCGCATGGGCCAACAGCTTTTCAGTCGGGGTGGATTTCAAGGACTTCGACGAAGAACTCAACCTGGGCGGCGCCAGCGACAAGGCACCGCTCAAGTACGCGCCGTTCACCTTCGCCTACAACGGTTTCCGCTACACCGAAACCAGCCAGTTGGGCCTCGGCCTGAGCCTGGTGGCAGGCACCCGTAGCCTGCTGGGTTATGGCAGCGACGACGAGGAATTCGACTACAAGCGCTACCGCGCCAGCCCAAGCTTTGCGGTGCTCAAGGGCGACGGCAATTACACCTTCACCTTCGGCAACGACTGGCAGACCGCCTCTAAAGCCGCCTTCCAGCTGGCCTCCGGGCCGCTGGTCTCCAATGAACAGTTCTCCGCCGGCGGTGCCACGTCGGTACGCGGCTACCTGGCCGCCGAGCGCACCGCTGACGACGGCTACCTGTTGTCCCAGGAGCTGCGCACGCCGTCGCTGGCCAGGTTTCTCGGCAGCTATGTCCAGGAGTGGCGCTTCTATGCCTTCGCCGAGGGTGCGCAGCTGTACCTGCGCGACGAGCTGCCCGACCAGGATGCCGATTACAGCCTCGCCAGCGTCGGCCTCGGTACCCGCGCGAGCCTGAGCAAATGGCTGTCCGGGAGCCTCGACTGGGGCTTTCCGCTGCTCGACGGGCCGAACACCACGAAACAGGAATCGCGCCTGCACTTCAACCTGCAAGCGACGTTTTGA MEHFFKSRPALWGWLLLAVWGPSAFAAEGAPEAEAAPARLVDVNEYFVRGNTVLDARAIEEAVYPFLGPQKTLNDIEGAREALQKVYQARGYQSVFVELPEQKVEDGIVYLQVSETKIGRVRVVGAKHYSPVEIREDVPALKEGEVPDFAQVQTELAQLNKTPGRQVMPLVREGQRPGTMDVDLQVEDQDPWQASLGLNNDYSADTEKLRTVASLGYNNLWQLGHSISLTFFTAPQDTENAKVWSGSYTAPLSERWSVQFSGHQSDSNVATVGGSNVLGKGHSYGVSAIYSLPSSGAWANSFSVGVDFKDFDEELNLGGASDKAPLKYAPFTFAYNGFRYTETSQLGLGLSLVAGTRSLLGYGSDDEEFDYKRYRASPSFAVLKGDGNYTFTFGNDWQTASKAAFQLASGPLVSNEQFSAGGATSVRGYLAAERTADDGYLLSQELRTPSLARFLGSYVQEWRFYAFAEGAQLYLRDELPDQDADYSLASVGLGTRASLSKWLSGSLDWGFPLLDGPNTTKQESRLHFNLQATF PGPT0003648_95 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_TRANSPORT,PGPT0003648-hxuB-NA NA NA D1-35_05212 1800 tolQ_4 Tol-Pal system protein TolQ ATGCAACGCTTATTCATTCCGCTGTTGATCTGCCTGGGGCTGCTGCTTCCGGCGACCGCCAACGCCTGGTGGCAGGACGATTGGCACTACCGCAAACAGATTTCGGTGGACACCACGCCGCAAGGCGCGGCCATCGCCCAGGCCTTGGGCCGCACGGCGTTGCTGGTACGCCTGCACACCGGCAACTTCACCTTCGACGGCGTCAAGGAGGATGGTTCGGACCTGCGCTTCGTCAGTGCCGACGACAAGACCGTGCTCAATCACCAGATCGAAAGCTTCGACCCGTTGATGGGCATGGCCCTGATCTGGGTCGATGTGCCGAACGTCGAGGGTGGCCAGCGCCAGGACCTGTGGATGTACTACGGCAACCAGAAAGCCCCGGCCACCGCCAGCGGCCAACTGGCCTTCGATCCGGACTACACCGCGCTGTATCACTTCGACGGTGCCACCGGAATTCCGCCACGGGACACCACGGCCTATGGCAATACTGCCCAGGGCGCGGCGGGCGTGAGCATCGACGGCGTGATCGGCCGGGCCCTGCAGTTCAACGGCCAGCCACTGTTGCTACCGGCCAGCCCGTCGCTGCAACACACCGCCGGCGCCGCGTTCACCTTCAGCACCTGGCTGCGCCAGGACCAGGCCAGCGGCGAGCAAATCGTCATGGCCCGTCGCGAAGCTGCCGCCAGTCTGTTGGTGGGGGTCAACCAAGGAGTGCCGTTCGTAGCGATCAATGATCAGCGTGCGGTCTCGACCCAGCCGCTGAACCCCGGCCAATGGCAGCACCTGGCATTGACCGCCTTGGGTGATCGAGTCGTGCTGTACGTCAATGGCCGCGAAGCCGCGAGCCTGGCGCTGGCAATGCCGGCGTTCAATTCGCCGATCGCCTTGGGGGCAGACGTTGCCGCCGGTGCCTTCGCGCCGTTCAGCGGGGCCATGGACGAGGCGCGCCTGTCCAAGGTCGCCCGGCCCGCGCCGCTGCTCCTGGCCGATGCCAACGCCCAGGGCGCCGAATCGAAACTGGTGGCCTACGGTGTTGATGAAGAACAGTCCGGCTTCGGTTTCGGCAGCCTCGGTTTCCTGCTCAATGCCGTGCCGCTGGACGCCTGGGTGATCATCGCCGTGCTGGTGCTGATGATGTTCCAGTCGTGGGTCATCATGATCCGCAAGAACCGCATGGTCAGTCGTCTCAGTGCCGCCAACGAAGCGTTCCGCGAGCAGTTCGCCCGGATCGGCACGCGCCTGGAGATGTTCGCCGACGACCAGGAACTTGCCCAGCGCCTGCAACATTCGTCCCTGTGGCGCCTGTACCTGGTGGCGGTCAAGGAGATCCGCACCCGCCGCGATCAGGGTGCCGACACCTCGACCGTCTCGGCCGCCACCATCGAGGCGATCCGCTGCTCCATGGATGGCGTGCGCACCCGCGAAAACCAGGCGCTGAGTTCGAAGCTCTCGACCCTGTCCAACGCCATCGCCGGCGGCCCGTACATCGGCCTGCTCGGCACCGTGCTGGGGATCATGGTGGTGTTCCTTGGCACGGCCATGGCCGGTGACGTCAACATCAACGCCATCGCCCCGGGCATGGCCGCCGCGTTGCTGGCCACCGCCATGGGCCTGTTCGTCGCGATCCCGGCGCTGTTTGGCTACAACCGCCTGATCACCCGCAACAAGGAAGTCAGCGCCGACATGCGCGTATTCGTCGACGAGTTCATCACGCGCCTGGCGGAGATGCACGGCGAAGGCCAGTCCGGCGAAGCAGCTCATCGCCGTGACCATCACGTCCAATCGTCCGTACCGGCCTGA MQRLFIPLLICLGLLLPATANAWWQDDWHYRKQISVDTTPQGAAIAQALGRTALLVRLHTGNFTFDGVKEDGSDLRFVSADDKTVLNHQIESFDPLMGMALIWVDVPNVEGGQRQDLWMYYGNQKAPATASGQLAFDPDYTALYHFDGATGIPPRDTTAYGNTAQGAAGVSIDGVIGRALQFNGQPLLLPASPSLQHTAGAAFTFSTWLRQDQASGEQIVMARREAAASLLVGVNQGVPFVAINDQRAVSTQPLNPGQWQHLALTALGDRVVLYVNGREAASLALAMPAFNSPIALGADVAAGAFAPFSGAMDEARLSKVARPAPLLLADANAQGAESKLVAYGVDEEQSGFGFGSLGFLLNAVPLDAWVIIAVLVLMMFQSWVIMIRKNRMVSRLSAANEAFREQFARIGTRLEMFADDQELAQRLQHSSLWRLYLVAVKEIRTRRDQGADTSTVSAATIEAIRCSMDGVRTRENQALSSKLSTLSNAIAGGPYIGLLGTVLGIMVVFLGTAMAGDVNINAIAPGMAAALLATAMGLFVAIPALFGYNRLITRNKEVSADMRVFVDEFITRLAEMHGEGQSGEAAHRRDHHVQSSVPA PGPT0003750_110 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561 NA NA D1-35_05213 426 exbD_3 COG0848 Biopolymer transport protein ExbD ATGGCTAGCGTAAATACGTCACACGATGACGACGATGATGCAGCGGTCGACAGCATCAACGTCACGCCGCTGGTGGATGTGCTCATGGTGGTGCTGGTGATGTTCATCCTCACCGCCACGGCGCAGGTCTCGGGCATCCAGATCAACCTGCCCAAGGCCAGCGCCTCGGTGTCGTTGTCCGAGGCCAAGACCAAGGCGATTTCGGTGAATGACGGTGGCCAGGTATTCCTCGATGCCTACCCGGTGACCCTGGCCGAGCTGGAGGAGCGCCTGCGCATCGAGAAGGCCCAGAGCCCGGACTTCCCGGTGATCGTGCGCGGCGACGCCACGGTGCAGTACCAGAAAGTCATCGAGGTGCTGGACCTGTTGCGGCGCCTGGAACTGTCCCAAGTCGGTCTGGTGACCGGCAAACCGAGCCAGGGCTGA MASVNTSHDDDDDAAVDSINVTPLVDVLMVVLVMFILTATAQVSGIQINLPKASASVSLSEAKTKAISVNDGGQVFLDAYPVTLAELEERLRIEKAQSPDFPVIVRGDATVQYQKVIEVLDLLRRLELSQVGLVTGKPSQG PGPT0003755_1757 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559 NA NA D1-35_05214 705 hypothetical protein ATGACCGCCAGACTTCCCGTCAACCCGCCCCCCGTGAAGCGCTCGCCGCTGCGCCTGCTCAAGTGGGCCGCCGGCCTGGCGCTGGCTGGCCTGGCGGCCTGGCTGCTGTGGCAATGGGCCAACGACATGAGCGGCGTGCGCCGTGAAGCGCCGAAGGTGCCGACCATCATCCCGCTGCCGCCACCACCACCGCCGCCCCCGGAAAAACCCAAGGAGCCGGAACCCAAGGTCGAGGAAAAAGTGCCCGAGCCCGAACCGACCCCGGAACCCGAAGAGGTCAAGCCCGAGGAAGAAGCGCCGCCGTCGCCGGTGGATGACCTGGCCAACCCGATGCAGATGGACGGTGATGCCCAGGCCGGCAACGACGCTTTCAACATTGGCGCGGGTAAGGGTGGCGGCATGGCCGGGGCAGGGGGCGGACGCCTCGGCAACGGCACCTACAGCCAGTTTCTGGCGTTCACCTTCCAGCGCTTGCTGCGGGAGAACCCTGACTTGCGCAGCCTGGCGTTTTCGCTGCAGGCCGACGTCTGGCTCAGCGCGGTCGGGGAAATCACCCGTGTCGAGCTGGTCAAGTCCAGCGGCAACCCGCAGTTGGATGAGCAAGTGATCGCCGCCCTGCGTGCCGCGCCGCATCTGAGTGAACGGCCTCCGGCCTCCCTGACTTTGCCCGTGCGCCTGTCCTTGCAGGGACGGCGTCCGGGTTAA MTARLPVNPPPVKRSPLRLLKWAAGLALAGLAAWLLWQWANDMSGVRREAPKVPTIIPLPPPPPPPPEKPKEPEPKVEEKVPEPEPTPEPEEVKPEEEAPPSPVDDLANPMQMDGDAQAGNDAFNIGAGKGGGMAGAGGGRLGNGTYSQFLAFTFQRLLRENPDLRSLAFSLQADVWLSAVGEITRVELVKSSGNPQLDEQVIAALRAAPHLSERPPASLTLPVRLSLQGRRPG PGPT0003745_4945 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832 NA NA D1-35_05215 1692 hypothetical protein ATGATTGCCAATGTGAATCGATTGTCGTGGGCGGTCGGCCTGGTTGTCTTGAGCCTGGCCGGCCACGCGTCGGCAGCCCCGGCGCCTTCGGAAAACGCCACGATCAATCTGATCCGCCTGCTGGTGCAGCAGGGCGTGCTGAAGCAGGACCAGGCTGAAGGCCTGATCGCCCAGGCCGAGCGCGAAGCCGTGCAGGCCCGTCAGGCTGCCACTGCCGTTGCCGCCGCACCCGCCGGTGCGCCCGGGGATGTGCGGGTGCAGTACGTGCCGAACATCGTGCGTGAGCAGATCCGCGACCAGGTCAAGGCCGAAGTCATGGCCACGGCCAAACAGGAAAACTGGGCGCAACCCAACACCTTCCCGGATTGGGTCTCGCGCATCAGTTTTGATGGCGATATCCGCCTGCGGGACGAGTCGCGCTACTACTCGGGCACCAACAGCAACCAGATCGTCGACTTCGCTCGCCTCAACGACCGCGGCCCCTACGATGTCAACCCCAACAGCAGCTCGAACCTGCCGCCCTTGCTCAACACCCGCGAGGACCGCGAAAACCTCTTCCGCCTGCGCGCGCGCCTGGGCATGAAGGCGGTGATCGCGCCCGAGTGGACCGCGGGCATCCGCATCGGCACCGGCTCGGACAACAACCCGGTGTCCACCACCCAGACCCTCGGCGGCGGCTTCGGCAAGAAGGATATCTGGCTCGACCAGGGTTACCTGACCTGGAAGCCCTCGGACGAGTTGACCCTGACCGGCGGGCGTATCGCCAACCCGTTCTACTCTACCGACCTGCTGTACTCCGGCGACCTGAACTTCGATGGCGTGGCGGCGATTTTCAACCGCAAGCTCAGCCAGGACTTCGGCCTGTTCGGCACCGTCGGCGCGTTCCCGGTGGAGTACACCAACGACACCAGCACCAGCAACGGCACAGACAAGGAAGAGAGCGACAACAAGTGGTTGTACGGCGCGCAACTGGGCGCCAACTGGGCAATCAACGACAGCAACCGCGTCAAGGGTGCGCTGGCCTATTACCGCTTCGACGACATCGAAGGCCAACGCTCGTCGCCGTGCGAGCCCTGGGCCGGTGACCCGGGCTGCGACACCGACGGCTCGCGCGTGGCGTTCATGCAGAAGGGCAACACCGTGTTCCTGCTGCGCGACATCACGCCCAATCCGCTCAATCCGTCTGCCACGCCACAGCCGCAATACGTCGGCCTGGCCTCGGAGTTCAACCTGCTGGACCTGAACCTGGCGTGGGACACCGATCTGCCGGAAGACCTGAAGCTGCGCAGCCAGGCGCATTACGTGCATAACCTCGGTTATGACGAAGGTGAAATGCGCAAACGTTCGGAAGGGCAGTTCGCCAACAACCTCGATGAGAACGGTGAAGTCGAGAGCGGAGCCAACGCCTGGATGCTCCAGTTCACCCTGGGTAACTCCCTGGAGCTCAAGCGCCAGGGCGACTGGAACATGTTCGCCGGCTACAAATATATCCAGCCGGACGCCTTGCCGGACGGCTTCAACGATTCCTCGTTCCACTTGGGCGGCACCAACGCCAAGGGCTATTTCCTGGGCGGCAACTACGGCCTGGCGAGCAACGTCTTCGCCACCGGTCGCTGGCTGAGTTCCGAAGCGGTGTACGGCGCGCCGTACGACATCGATGTCCTGCAGCTTGAAATCAACACGCGCTTCTAA MIANVNRLSWAVGLVVLSLAGHASAAPAPSENATINLIRLLVQQGVLKQDQAEGLIAQAEREAVQARQAATAVAAAPAGAPGDVRVQYVPNIVREQIRDQVKAEVMATAKQENWAQPNTFPDWVSRISFDGDIRLRDESRYYSGTNSNQIVDFARLNDRGPYDVNPNSSSNLPPLLNTREDRENLFRLRARLGMKAVIAPEWTAGIRIGTGSDNNPVSTTQTLGGGFGKKDIWLDQGYLTWKPSDELTLTGGRIANPFYSTDLLYSGDLNFDGVAAIFNRKLSQDFGLFGTVGAFPVEYTNDTSTSNGTDKEESDNKWLYGAQLGANWAINDSNRVKGALAYYRFDDIEGQRSSPCEPWAGDPGCDTDGSRVAFMQKGNTVFLLRDITPNPLNPSATPQPQYVGLASEFNLLDLNLAWDTDLPEDLKLRSQAHYVHNLGYDEGEMRKRSEGQFANNLDENGEVESGANAWMLQFTLGNSLELKRQGDWNMFAGYKYIQPDALPDGFNDSSFHLGGTNAKGYFLGGNYGLASNVFATGRWLSSEAVYGAPYDIDVLQLEINTRF NA NA NA NA NA D1-35_05216 657 hypothetical protein ATGAAAAGGCGAGCCATCAACCCTTGTCCTTCCGCGTTGCTGCTGGGCCTGCTGCTCAGTCCGTTATTGATCGGCAGCGCCCACGGCGAAGGCCTGGAAGAACGCCTGCGCACGCAACTGCGCAGCACCACCGCCCAGTTGCAGACGTTGCAGAGCGAGCAGGCCCAGGCCAGCGTCGCCCGCCAGGCGGCGGAAAACCGCGCCAAGGAAGCCGAGGCGCAGGTCAAGCGCCTGACCGCCGAGCTGGCCAAGGCGCAAGGCCTGGCCGAACAACTGGCCGGGCGCCAGGAAAGCCTGCAAAGCCAGGCCCAGGCCCAGGCCGCGGCCAGCCACGAGCAGATCGGCAAGTTCAAGAAGGCCTACGACGAGCTGCTGGTCATGGCCCGGGGCAAGGAAACCGAACGGGCCCGCCTCGAAGCCCGGTTGCATGAACGTGACACACAAGTGCAGCAATGTTCGGTCAAGAATCAGCAGATGTACGACGTCGCCAAGGAACTGCTGCACGCCTACGAAACCATCGACGTGACCGACGTCATGAAGATCCGCCAGCCGTTCGCCGGCAAGGCCCGGGTACGTTTCGAAGAGTTGGCCCAAGGTTTTGGCGATGATCTCTACAAGAACCGTTTCGATGCGCCCCAGGCCTCGATCACCCATTGA MKRRAINPCPSALLLGLLLSPLLIGSAHGEGLEERLRTQLRSTTAQLQTLQSEQAQASVARQAAENRAKEAEAQVKRLTAELAKAQGLAEQLAGRQESLQSQAQAQAAASHEQIGKFKKAYDELLVMARGKETERARLEARLHERDTQVQQCSVKNQQMYDVAKELLHAYETIDVTDVMKIRQPFAGKARVRFEELAQGFGDDLYKNRFDAPQASITH NA NA NA NA NA D1-35_05217 480 hypothetical protein ATGACTTCATTGATTGAACACGTCACGCCCGCGTCCCTCACCGAGGTGTTGCAAGCCGCCGGTTATCGGGTCAACGAAACGGAGCAGAACGGTATCGTGCAACTGCTCAGCGCCAGCCAAGGCATCGGTTATGCCGTGCGCTTCGGCAATCCGACACCGACGCCGGGCCAATACCTGGACTTCACCTTCAGCTGTGCCTTGCGCGTGCAGGGTGAATTGCCGGCCGGGCTGGCGGAACTGTGGAATGCCTCGCGACGTTTTGCCCGGTTGTCGGTGCAGGGCGAATTCCTGGTGATGGAAATGGACGTGGTGGTGGCGGCCGGCGTCAGCGCCGAGCACCTGCGCAGCAACCTGGAACTGTGGGACCGGTTGCTTCAGGAATTCATCGTCTACCTGCGCGAGTTCAGCCAGAACGCCGCCCGCCTGCACACCGGCGCCGAGCCCGCTGAAGCCGCGCAGGAGGAGGCCGCCGCACTGTGA MTSLIEHVTPASLTEVLQAAGYRVNETEQNGIVQLLSASQGIGYAVRFGNPTPTPGQYLDFTFSCALRVQGELPAGLAELWNASRRFARLSVQGEFLVMEMDVVVAAGVSAEHLRSNLELWDRLLQEFIVYLREFSQNAARLHTGAEPAEAAQEEAAAL NA NA NA NA NA D1-35_05218 945 surA_2 Chaperone SurA GTGAAAAAGCCAACGTTTGTCATCAGCGCTGCGGCGCTGGGCCTGGTCGCCGTGGCTGTTGCCCTCGGCTTGCGTCCCGGCAACGATCCGGTGGCGGCGGTGCAATCGGTCAGCGTGGCGACAAGCGAGTCGCCGAGCCTGGCGCGGTTGGGCAGCCAGCAGGTCAGCCCGGAAGAACTCAAGGCGCTGCTTGCGACGCTCGCCCCCGAGGTACGCCAGCAGATGCGCGGCAACCGCGCCGCACTGGAGGGCTGGATCCGCGCAAGACTGGCGGAAAAAGCCGTGCTGGAGCAGGCCGATGCCCAAGGCTGGCGTCAGCGCCCGGAAGTGGAGCGCCAGATGCGCGCTGCGACCGAGCAGATTGTCTTTCGGGATTATCTGCAGTCGGTCAGCCAGGTGCCGGCCGGGTATCCCAGCGAGGATGAGCTGAAACAGGCCTACGAAGCAGGAAAAGCCAACTGGACCGCGCCTGCGCTGTACCGGGTCAGCCAGATTTTCCTTGCGGCGACCGAGCCACAGACCGTCGAGGCGGTGCGCCGCCAAGCCGTGGAGCTGAGCAAAAAGGCCCAGGCCGCGCCGGCTGAATTCGCCGCCCTGGCCAGCCGTTATTCCCAGGACCGCACCAGTGCCGAGCGCGGTGGTGATAGTGGCTTCCAGCCGTTGCAACAATTGGTGCCTACGGTACGCGAGGCAGTGGTGCGGTTGAAGGTAGGCGCGGTATCGGACCCGGTGCAGAGCGCGGCGGGCTTCCATGTGATCAAGCTCACCGAGCAGCAACCGGCGCGGGAAGCGACCCTGGATGAAGTCCGCGAGCGCCTGACCCAGGCGTTGCGTGCCCAGCGCCAGGAGCAGATCGCCAAGGCCTACCTGGACGGCATGCTCGACACCGCGACGTTGAGCATTGATGGCGCGCAGTTGAGCAAGGTGCTGGAGGAGGTTAGGTAG MKKPTFVISAAALGLVAVAVALGLRPGNDPVAAVQSVSVATSESPSLARLGSQQVSPEELKALLATLAPEVRQQMRGNRAALEGWIRARLAEKAVLEQADAQGWRQRPEVERQMRAATEQIVFRDYLQSVSQVPAGYPSEDELKQAYEAGKANWTAPALYRVSQIFLAATEPQTVEAVRRQAVELSKKAQAAPAEFAALASRYSQDRTSAERGGDSGFQPLQQLVPTVREAVVRLKVGAVSDPVQSAAGFHVIKLTEQQPAREATLDEVRERLTQALRAQRQEQIAKAYLDGMLDTATLSIDGAQLSKVLEEVR NA NA NA NA NA D1-35_05219 981 hypothetical protein ATGTCTTTCATAGAGCCCGCAGGACGCCAGGCTGTCACCGCATACCGCGCGCCCTTGCGCGCACCTGAGCCGTGGTTGGCCTTGGCCGCCAGCATCGAGCCGCAGGTGGCGCAGTGTTTTCTGGTCAGCGCCCGTTGTGGCTGTTTCATGCAGGCGTCCCGCAGCCTGAACGTCAAGGCCACCTGGCTGCGCAAGCAGTTGGCCCAACTGGAAGCTCGCCTGCAGCGATCACTGTTCAGCTTCCAGGGCAGCACCCTGGCGCTTACCCGCGAAGGACGGCAATTGCAGGCGCGCTTGCTTGCCCTGGGCGAGGATGGTCCGCCAGCGCTGGCCGATCAACCGTTGATTCGCCTTGCAGTGGCCGAGTCGATCCTGCATGACCTTCTGGGTCGTGACCTGATCTCATTGCTGCGCCGCAACGCCAGCGTGCGCTTGCAAATCATCACGCTGGACAGCGAACTGGCGCTGCAGGCGGTCAGTGCCGACCTGGTGCTGTGGCTGAGTGACGGGCAGGAATCGACACCGGTGCCGAGCGTTGCGACACAGGCGCCGGAGCGGCTGGCGCGGCTGGACTATCTGCCCTACATCGCCAAGCGTTATTCCCGCCCGGCCAGCCGTCCGCGCCGGTTGGAAGAGCTGGACGACTACATGTTGGTGCAATGGCAGGCCGACAGCCAGGTGGGCAGTTTCACGCCGTGGAATACCCTCGTCGAGCAACGCCGCGCCGGCGTGGTGCAGGTGCAATCCTATGAGCTGATGCTGGAAATGATCCGCTGCTGCGCCTGCATTGGCCTGTTGCCGCAATACATGAGCCATTTCGATCGCGGCCTGGTCGCCTTGCCGGGGTTGTTTGAGCAGCCGATGCAGCGCCACCTGTGGATGGCGGCGAGCACCGAGGCCCGGCCAGTGCCGCAGGTGCAGATGCTCATCGAACTGATCCGCCACACGCTGGATGAGCGCAGGGAATGGTTCCGGGCTTGA MSFIEPAGRQAVTAYRAPLRAPEPWLALAASIEPQVAQCFLVSARCGCFMQASRSLNVKATWLRKQLAQLEARLQRSLFSFQGSTLALTREGRQLQARLLALGEDGPPALADQPLIRLAVAESILHDLLGRDLISLLRRNASVRLQIITLDSELALQAVSADLVLWLSDGQESTPVPSVATQAPERLARLDYLPYIAKRYSRPASRPRRLEELDDYMLVQWQADSQVGSFTPWNTLVEQRRAGVVQVQSYELMLEMIRCCACIGLLPQYMSHFDRGLVALPGLFEQPMQRHLWMAASTEARPVPQVQMLIELIRHTLDERREWFRA NA NA NA NA NA D1-35_05220 1692 mdlC Benzoylformate decarboxylase ATGCCTTCAACCCCCGATTCAACGGTGCGCACCAGAGGGCAACGCGGCGCGGACCTGTTCGTAGAAGTGCTGCGCAGCGAAGGCGTTCGCCATGTCTTCGGCAATCCAGGCACCACGGAGCTGCCGTTGCTCGATGCGCTTTCAGGCGTCTCTGATATTCACTACGTGCTCGGCCTCCAGGAAGCCTCCGTCGTGGCGATGGCCGACGGTTATGCGCAAGCGTCCGGGCGCCCCGCTTTCGTCAATCTCCATACGGCCGGTGGGCTGGGCAATGCGATGGGCGCCATCCTGAACGCGAAGATGGCGAACACGCCTTTGGTGATCACCGCAGGCCAGCAAGACACCCGCCATGGGGTAACCGATCCGCTGCTTCACGGTGATCTGGTCAGCCTGGCCCGACCGAGCGTCAAGTGGGCGGAGGAAATCCAGCATCCCGAACATATCCCGATGCTGTTGCGCCGCGCTCTTCAGGACTGCCGTACGGGGCCGACCGGCCCGGTGTTCCTTTCGCTGCCGATCAACGTGATGGAGCAGCACACGGATACCGGTGCTGGCCAGCCGTCGCGAATCGAACGGGGTGCGGTGACCGCAGCAATCGAGCCATTGGCTGACGCTTTATCGACGGTTACCCCGGGCCGGCTGGCGATGATCGTCGGTGAAGAGGTGTTCCAGTCGAATGCGCAAGCGGAAGCGGTGAGGCTCGCCGAAGCGCTCGGCGCGCCGGTGTTCGGGCCCTCTTGGCCCGGGCATATCCCGTTCCCCACCGCTCATCCTCAATGGCGAGGCGCCCTGGCGCCCAAGGCTGCCGACATCAGGGCAACATTCGCTGAATTCGACGCTGTGCTGCTTCTCGGCGGCCATTCGCTGATCAGTTACCAATACTCGGACGGCCCGGCGATTCCCCCACATTGCCGCCTCATTCAATTGACCGGCGATGGCCACCAACTGGGCAGGGTCCATGAAACGGCGCTGGGATTGATAGGCGACATAAGGCTGTCGTTGCAGCTGTTGCTGCCATTCCTGGATGAACAACTGGCCCCGCACGGCCAGGCAATCGCGACGCTGCGAAATCTCGCTGCGCACGAGCGCAATAACCGTCGGGTCGAAGTGGCCGAGCGCGCGCGCCGTGAATTCGATACGCCGGTGACCACGCCTTTCGTGGCGGCCCATGAAGCTGTCCGGGCCATCGGCCCTGACGTCTGGATCGTCGACGAAGCGCCGGTCACCATCCCTCACGTGCGTGCTTGCCTGGACTCACATTCGGCCAGCCAGTACCTGTTTACGCGTAGCGCCATCCTCGGCTGGGGCATGCCGGCGGCTGTCGGCACATCCCTTGGCCTGGACCGCAGCCCGGTGGTGTGTCTGGTCGGCGATGGCTCGGCGATGTATTCACCCCAAGCGCTGTGGACAGCTGCCCACGAGCGTTTGCCGGTGACTTTTGTGGTCATGAATAATGGCGAATACAACATTCTGAAAAACTACGCGCGTAACCAGGCGCATTACCGCAGTGCCGGCACCGACCAGTTCATCGGCATGGACATCCGCGACCCGGCCATCGACTTCCTGGCCCTCGCTTCTTCCCTGGGGATTGCGTCGCGCAGGGTCGAGCGAGCCTGCGACATTGCCGGGGCGGTCGAGGATGGTATTCGCTCGGGCCGTCCCAATCTCATCGAATTGCCGATCACGGCTTGA MPSTPDSTVRTRGQRGADLFVEVLRSEGVRHVFGNPGTTELPLLDALSGVSDIHYVLGLQEASVVAMADGYAQASGRPAFVNLHTAGGLGNAMGAILNAKMANTPLVITAGQQDTRHGVTDPLLHGDLVSLARPSVKWAEEIQHPEHIPMLLRRALQDCRTGPTGPVFLSLPINVMEQHTDTGAGQPSRIERGAVTAAIEPLADALSTVTPGRLAMIVGEEVFQSNAQAEAVRLAEALGAPVFGPSWPGHIPFPTAHPQWRGALAPKAADIRATFAEFDAVLLLGGHSLISYQYSDGPAIPPHCRLIQLTGDGHQLGRVHETALGLIGDIRLSLQLLLPFLDEQLAPHGQAIATLRNLAAHERNNRRVEVAERARREFDTPVTTPFVAAHEAVRAIGPDVWIVDEAPVTIPHVRACLDSHSASQYLFTRSAILGWGMPAAVGTSLGLDRSPVVCLVGDGSAMYSPQALWTAAHERLPVTFVVMNNGEYNILKNYARNQAHYRSAGTDQFIGMDIRDPAIDFLALASSLGIASRRVERACDIAGAVEDGIRSGRPNLIELPITA PGPT0005425_106 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZOYLFORMATE_DEGRADATION,PGPT0005425-mdlC-K01576 NA NA D1-35_05221 1002 hypothetical protein ATGCCTGTCCAGCAATGGCCCATGAATAAACCCGTCCTGCCTGTCACCTACGAGCAGATGGATCGCTGGGTCGCCTCGATACAGCCGGTGCTTCTCGAAGAGCGGTTCAGCAGCATCATCGGCATCTTGCGAGGGGGAGCGCCCCTGGCCTTAATGGTTTCGCATGCCACGGGCGTCGAAACGGCCTTTTTGCGTTATTACCGGGCGGATCAAAGCGTGATCTGGGACTCATCGGTCCCACTCCCTCCATCCGGCAGCAAAGTGCTGCTCTGTGAGGACATTGCCGGCGCCGGGCACACGCTGAAGGACTGCGTGGCGTTTTTGCAGCAGCGAGGTTTGATCGTCAGGATCTTCACTGTCGGCTTCGACGATCTAAGTGGTATTCGCCCCGATTATGGGTTGGACGGGCAAGGATATTTCTTGCAGTTCCCTTGGGAGCGGCAAACCGTTACCCGCGCTTATCGCGACCGCTGGAACGCCACCGGTGGCGGACGCGCCGGCACGATGGCCCATGACCACGATTACGACGTGTACGCCGTTGACCTCGACGGGATATTGCTCCCGGATATCCCGCTCCAGCGCTATGCGGCTGACCTGACCGCGGCGCTCGACGAACGCGACCGCCTCGATCCCTTCAACCAGCTGCCGCCCTTGGGGCGGGTAAAGGCCATCATCACCGGACGCCCGGAGATGGATCGAGCTCGGACTCAAGCCTGGCTTCGCCAGCACGGCCATGGCGCGATACAGCTGATCATGAGAGACATTCACTCGTGCAGCGACAGCCCGGACCAGGTTGCTCTCTACAAGGCCCGCGCATCCGTGCAGTTGGGGTGCACGCACTTTATTGAAAGCGATCCGACGCAAGCGATCATGATCGCGCATCAAGCGCCTTTGCTGCGGATGATCTGGTGGGATGCCGAATGCAGCCAGGGACGGTTGATTGGGGCGGCGGGCTGGAAACAGAGTGCGCCTGAGGCGCCATGCGCCATGCGCCATGGCTGA MPVQQWPMNKPVLPVTYEQMDRWVASIQPVLLEERFSSIIGILRGGAPLALMVSHATGVETAFLRYYRADQSVIWDSSVPLPPSGSKVLLCEDIAGAGHTLKDCVAFLQQRGLIVRIFTVGFDDLSGIRPDYGLDGQGYFLQFPWERQTVTRAYRDRWNATGGGRAGTMAHDHDYDVYAVDLDGILLPDIPLQRYAADLTAALDERDRLDPFNQLPPLGRVKAIITGRPEMDRARTQAWLRQHGHGAIQLIMRDIHSCSDSPDQVALYKARASVQLGCTHFIESDPTQAIMIAHQAPLLRMIWWDAECSQGRLIGAAGWKQSAPEAPCAMRHG NA NA NA NA NA D1-35_05222 489 hypothetical protein ATGGCAATTCGTAAAGGCAAAGCTCCACTGGAAGCAAAAGCCGTCGCCGCCCTCAGTATGCTTTACACCCCTATTGGCATGGCACGTAAAATCCTTGCATCCAAACAGCTGATAAAAGTCGGTCAGCAGGAACTCGACACAAGGCGCCAACTCGATGCTCTACCGCGGGCGGAAAATGCCGGAGTCATCGCGTCGCGTGCGAAGCGAGACAGCCTGGAATCGCTTGACCTGAACGATATCTCATTGGGGCGCGTAGAATCCGGCGAACCGGATAACCTGACAATCAAGGCCGGCGCCGCGGCTTATCAGGCGGTAAGCCCAGAGACACGTGCGGCCCTGGACGCGATTTTGGTGCTTCTCGAAAACCATGGAGAAGCCGCCTTAACGGACCTTTCCGAAAAATCACGACGTTCTCTCGACGAGTTTCGCGACGTGTCCTCCCGACTTTCCTTTGTGGACGCCGACGACGTTGGGCCAATTGTCTGGTAA MAIRKGKAPLEAKAVAALSMLYTPIGMARKILASKQLIKVGQQELDTRRQLDALPRAENAGVIASRAKRDSLESLDLNDISLGRVESGEPDNLTIKAGAAAYQAVSPETRAALDAILVLLENHGEAALTDLSEKSRRSLDEFRDVSSRLSFVDADDVGPIVW NA NA NA NA NA D1-35_05223 654 hypothetical protein ATGATATCGGGTGCGAGCCACTCTCCCGTTTCCATTGCTCCCTTGCGACATGAGCGAACCATCGGACCTGCCACGTCTTGCGTCCAAACCGCACACGTATCCAAGCTTTCCCCCTCGCATCTGAGTAAACAGGCCCTTGACGCGCTTAAGGCCGACTCCCCGGACAAAATACAGTCAGCCATCACCCGTATGGCGGACAACGCCATTGTCGATGGATCGCTGAATCTGTGCTCAACCGAGCACAACGAGGCGACATTCAAGCTGTTGCTCAGCCAGAGAAACAGCAGCCCCGGTGAATTGCTAGTGCACACCAGGAAAAATGAACAGCAGCGCGACGACATCCTGGAACTCAAGCATAAATCCTATGCAGCGGGCCCCACCGAAACCGTCGTGCTCATGGAACGGCCGCATGAAGGCGCGCGTTCGACTGACCCTCAACAAGAGGCGATGGAGACATCAAAAAAACTGAATTCACTGCCGCCGACGTTGGGCGATGGCTCCCACAAACAGAGTCTTCCCAGGCTGAGCGAATATGCCCGAGTGCAGATTCAGAAAAGAGATGCTCAGTTCGTCGGCCAGAAGGTGGATAAAAAAGATGCTAACAAGCGCTATCAAACGCTTGAACAGGAAAACCGCCAACTGCCCCCCGCATAA MISGASHSPVSIAPLRHERTIGPATSCVQTAHVSKLSPSHLSKQALDALKADSPDKIQSAITRMADNAIVDGSLNLCSTEHNEATFKLLLSQRNSSPGELLVHTRKNEQQRDDILELKHKSYAAGPTETVVLMERPHEGARSTDPQQEAMETSKKLNSLPPTLGDGSHKQSLPRLSEYARVQIQKRDAQFVGQKVDKKDANKRYQTLEQENRQLPPA NA NA NA NA NA D1-35_05224 657 dctD_5 C4-dicarboxylate transport transcriptional regulatory protein DctD ATGCCACTCAGCCTGCAAGCCAAGTTGCTGCGTGTCCTTGAGGTGCGAGCCATCGAGCGTTTGGGCTCTACCACGGTCATTCCACTGGATATCTGTGTGATCGCCTCGGCCCAGCGGCCCTTGGCCGAGTTGGTGGAGCGGGGTGAGTTCAGGCGCGATCTGTATTTTCGCCTCAATGTGCTGACGATCCAGTTGCCAGCGCTACGTGACCGTCGCGAAGACATCGTTCCACTGTTTTCCCAGTTCGTGAACGCAGCTGGGCAAGACCTGGGGTGCGCACCGAAACCCATATCCCCCGAGCTCATGCAGACACTGCTGAGCCATCCCTGGCCGGGCAATATCCGTGAACTGAAATCGGCGGCCAAGCGATATATCCTGGGGCTGGCGTCGATAACCCTAGGCTCAGGCACGGAGATCGAGGGGCGCACGCTGAGGGCGCAACTGCGCGCTATCGAACGCATCCTTATCCAGGAAGCCCTCAAGCGTCACGGGCACTCGATTGATGCGGCGAGTGTGGAATTGGGCATCCCCCGTAGAACTCTTTATCACCGGATCAAATCGTTGGATGTATTCGGCAAGGCATCGTTGCTTGAAAAAATCTGCAAGCTGACTGCTACTGAACGCAAAAAATGTCTGGCTGACGTGGGAACCGGATAA MPLSLQAKLLRVLEVRAIERLGSTTVIPLDICVIASAQRPLAELVERGEFRRDLYFRLNVLTIQLPALRDRREDIVPLFSQFVNAAGQDLGCAPKPISPELMQTLLSHPWPGNIRELKSAAKRYILGLASITLGSGTEIEGRTLRAQLRAIERILIQEALKRHGHSIDAASVELGIPRRTLYHRIKSLDVFGKASLLEKICKLTATERKKCLADVGTG PGPT0017310_1124 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017310-dctD-K10126 NA NA D1-35_05226 1080 dmlA COG0473 D-malate dehydrogenase [decarboxylating] ATGAGCAAACCATTCAGAATCGCCGCGATTGCTGGCGACGGTATTGGTAAGGAAGTCTTGCCGGAGGGGCTGCGGGTATTGGAGCAGGCGGCGAAGAAATGGCAATTGGATCTGAGCATCGAAGTGCTCGACTGGGCCCACTGCGATTATTACCTGGAACACGGGCAGATGATGCCCGCCGACTGGTTCGAACAGCTCAAGGGCTTCGATGCGATCTACTTTGGCGCCGTGGGCTGGCCGGACAAGGTGCCGGATCACATTTCCCTGTGGGGTTCGCTGCTGAAGTTTCGCCGGGACTTCGATCAGTACGTGAACATCCGTCCGGTGCGGCTGTTTCCCGGCGTGCCGTGTCCGTTGGCCGGACGTGAAGCCGGGGACATCGACTTCGTGGTGATCCGCGAAAACACCGAGGGCGAGTACTCCTCGGTCGGCGGCAAGATGTTCGAAGGCACCGAGCACGAGTTCGTGCTGCAGGAGTCGGTATTCACCCGACGCGGTGTGGACCGGATTCTCAAGTTCGCCTTCGACCTGGCCCAGACCCGGCCGCGCAAACGCCTGACGGCGGCGACCAAGTCCAACGGCATTTCCATCAGCATGCCGTACTGGGACGAACGCACGGCGCTCATGGCGCAGCAGTACCCGGACGTCACCTGGGACAAGCAACACATCGATATCCTCTGTGCGCGCTTTGTGCTTCAGCCAGACCGTTTCGATGTGGTCGTGGCGTCGAATCTGTTCGGTGACATCCTGTCCGACCTCGGACCTGCCTGCGCCGGCACCATCGGCATTGCCCCTTCGGCCAACCTCGATCCACAGCGACGATTTCCCTCGTTGTTCGAACCGGTCCATGGCTCGGCGCCAGATATCTATGGACGGAACATCGCCAACCCGATTGCGATGATCTGGTCCGGTGCCTTGATGCTCGATTTCCTGGGTAATGGCGATGAACGCTATCGCGCGGCCCATGACGGGATTCTCAAGGCCATCGAGCGGGTTATTGCAGAGGGCCCGATTACGCCTGATCTTGGGGGACAGGCGTCGACTCAGGAGGTTGGTCTGGCTGTGGCTATGGCGCTTTGA MSKPFRIAAIAGDGIGKEVLPEGLRVLEQAAKKWQLDLSIEVLDWAHCDYYLEHGQMMPADWFEQLKGFDAIYFGAVGWPDKVPDHISLWGSLLKFRRDFDQYVNIRPVRLFPGVPCPLAGREAGDIDFVVIRENTEGEYSSVGGKMFEGTEHEFVLQESVFTRRGVDRILKFAFDLAQTRPRKRLTAATKSNGISISMPYWDERTALMAQQYPDVTWDKQHIDILCARFVLQPDRFDVVVASNLFGDILSDLGPACAGTIGIAPSANLDPQRRFPSLFEPVHGSAPDIYGRNIANPIAMIWSGALMLDFLGNGDERYRAAHDGILKAIERVIAEGPITPDLGGQASTQEVGLAVAMAL PGPT0001905_719 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TARTRATE_UTILIZATION,PGPT0001905-ttuC|dmlA-K07246 NA NA D1-35_05227 1458 gabD_2 COG1012 Succinate-semialdehyde dehydrogenase [NADP(+)] GabD ATGCTCAAGAATCGCCTGAAAGACCCCAGCCTGCTGGTAGAACTCGCTTACATCGACGGCCAGTGGGTCGGCGCCGACAACGCCGCCACCCTGGACGTGATCAACCCGGCCACCGGCGAGGTGCTTGCCCGGGTACCGGCGATACACGGCAGTGAAACCCGGCGCGCCATCGAAGCCGCCGACCGTGCCTGGCCGGCCTGGCGTGCACGTCCGGCGGCGGAACGGGCGGCGCTGCTCGATCGCTGGTACCAGGCGATGATCGACAACCTCGACGACCTGGCGCTGATCCTCACCCTTGAGCAGGGCAAGCCGCTGGCAGAAGCCAAGGGCGAGATCCGCTACGGTGCCAGCTTCGTCAAATGGTTTGCCGAAGAAGCTCGACGGATCTACGGCGAAACCATCCCGGCCCCCAGCGGTGATCGGCGCTTGATGACCCTCAAGCAACCGGTCGGTGTTTGCGCCGCGATCACCCCGTGGAATTTCCCCAATGCGATGATCACCCGCAAGTGCGCACCGGCCCTGGCCGCGGGCTGCACGATCGTGGTCAAGCCGTCGGACCTGACCCCGCTGTCGGCCCTGGCCCTGGCGGTGCTGGCCGAGCGGGTCGGGATTCCGGCCGGGGTGTTCAACGTCGTGACCGGCATGCCCGCCGGCATTGGTGAAGAGCTGACCGGCAACCCGACGGTGCGCAAGCTTTCCTTCACCGGCTCTACCGCTGTCGGACGCCTGCTGATGCGTCAGAGCTCGGAACACATCAAGCGCTTGAGCCTGGAGCTGGGCGGTAACGCTCCGTTCATCGTGTTTGACGACGCGGACCTGGAGCAAGCCGTGACCGGCATCATGCTCAGCAAATTCCGCAACGCCGGGCAGACCTGCGTCTGCGCCAACCGCATTCTGGTGCAGGATGGGATCTACGAGCGCTTCGCCCAGCGCCTGGTGGAGGAGGTGGGCAAGCTCAAGGTTGGCGACGGCCTCGAGGCCGAGGTGAACATCGGTCCGCTGATCAACGCGGCGGCGGTCAGCAAGGTCGCTCGACACATCGACGAGGCGTTGAGCCAGGGCGCTCGCCTGCTTTGTGGCGAAATCCCCACGGGCGACAGCCGGTTCGTCCAGCCGACGGTGCTCGGGCAGACGCATGCCGGGATGCTGCTGGCCAACGAAGAAACCTTCGGTCCGGTTGCTCCGCTGATGCGCTTCAGCACGGAAGAAGAGGCGCTCGCCTTGGCCAACGCTACGCCCTATGGCTTGGCGGCATATTTTTTCACCCAAGATCTGCGCCGCTCATGGCGGTTCGGCGAGGCCCTGGAGTTCGGCATGGTTGGCCTCAATACCGGGCTCATTTCCATGGACGTCGCGCCCTTCGGCGGCATCAAGCAATCGGGCCTTGGGCGTGAAGGCAGCAAGTATGGCCTGGATGAATTTCTTGAAGTCAAAGCCTTCCACGTCGGCGGGCTGTGA MLKNRLKDPSLLVELAYIDGQWVGADNAATLDVINPATGEVLARVPAIHGSETRRAIEAADRAWPAWRARPAAERAALLDRWYQAMIDNLDDLALILTLEQGKPLAEAKGEIRYGASFVKWFAEEARRIYGETIPAPSGDRRLMTLKQPVGVCAAITPWNFPNAMITRKCAPALAAGCTIVVKPSDLTPLSALALAVLAERVGIPAGVFNVVTGMPAGIGEELTGNPTVRKLSFTGSTAVGRLLMRQSSEHIKRLSLELGGNAPFIVFDDADLEQAVTGIMLSKFRNAGQTCVCANRILVQDGIYERFAQRLVEEVGKLKVGDGLEAEVNIGPLINAAAVSKVARHIDEALSQGARLLCGEIPTGDSRFVQPTVLGQTHAGMLLANEETFGPVAPLMRFSTEEEALALANATPYGLAAYFFTQDLRRSWRFGEALEFGMVGLNTGLISMDVAPFGGIKQSGLGREGSKYGLDEFLEVKAFHVGGL PGPT0001580_2728 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D1-35_05228 1158 argE_3 COG0624 Acetylornithine deacetylase ATGAAACCCCGTGTATTGGAGATTCTCAAACGGCTGATGGCCTTCGATACCGTCTCTTCGGAATCGAATATGGCCTTGATCGAATACGTGCGCGATCTGCTCATGACCAAGGGCATCGAGTCCTTGATCGTGCGGGACGACAGCGGCAACAAAGCCAACCTGTTTGCCAGTACCGGTCCAAGGGATGTGCCGGGGATCCTGCTGTCGGGTCATACCGACGTGGTGCCGGCGGCGGGGCAGGCCTGGACCTTCCCGGCGTTTGCGGCGACGGTGCGGGACGGACGGATCTATGGCCGTGGCAGTTGCGATATGAAGGGCTTTATCGCCCTGGCAGTCGACGCCATGCTCGATGCCGCCGAGCAGCCATTGAGCAGGCCGCTGCAGCTGGCGCTGTCCCATGACGAGGAGATCGGCTGCGTGGGGGTACGGCGTTTGCTTGATGTGCTGCACCTGGCACCGGTCCGGCCGTTTCTGTGCGTCATCGGCGAGCCGACCCATATGCAGTTCGTTCTCGGGCACAAGGGCAAGGGTTCCTACCGTACGTACTGTCGTGGGCTGGAGGCGCACTCATCATTGGCGCCACGCTCGGTCAATGCGATTCATGTGGCCTGCGATTTCATCGCCGCGCTGCGCCTGAGCCAACAGCAGTTGCAAGAGCAGGGTGCCCGGGATACCGATTACGATGTGCCCTACAGCACCGTGCATGTCGGTCAGATTGTCGGCGGCAAGGCGCTGAACATCGTACCCAACCTGTGCACCCTTGATTTCGAAGTGCGTAACTTGCCGGCGGACGACCTGGACGGCTTCCTCGAGCAGATGCGCGAACGGGCCGAACTGATCGTACGCGAGGCGCAAAAGCTCTCCAGCGTGGCGGCGATTGAAATCGAGACCCTGAACGTCTACCCGGGCCTCGACACCCATCCGAGCGTCGAAGCAGTACGGTTCCTGAAAAACTTTGCCGCCCCGGACACTGGCACCGCGAAAGTCTCGTTCGGCACCGAGGGCGGTTTGTTCAAGCAACGCCTGGATGTACCGGTGGTGGTCTGCGGCCCGGGTTCGATCGAACAGGCGCACAAACCTGACGAGTTCATCGAGATCAGCCAGATGGAGGCGGGCGAGTGCTTTCTGCAAGGGTTGCTGGGCTCGATGCGCATTTGA MKPRVLEILKRLMAFDTVSSESNMALIEYVRDLLMTKGIESLIVRDDSGNKANLFASTGPRDVPGILLSGHTDVVPAAGQAWTFPAFAATVRDGRIYGRGSCDMKGFIALAVDAMLDAAEQPLSRPLQLALSHDEEIGCVGVRRLLDVLHLAPVRPFLCVIGEPTHMQFVLGHKGKGSYRTYCRGLEAHSSLAPRSVNAIHVACDFIAALRLSQQQLQEQGARDTDYDVPYSTVHVGQIVGGKALNIVPNLCTLDFEVRNLPADDLDGFLEQMRERAELIVREAQKLSSVAAIEIETLNVYPGLDTHPSVEAVRFLKNFAAPDTGTAKVSFGTEGGLFKQRLDVPVVVCGPGSIEQAHKPDEFIEISQMEAGECFLQGLLGSMRI PGPT0014254_1824 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014254-argE-K01438 NA NA D1-35_05229 1842 gsiA COG1123 Glutathione import ATP-binding protein GsiA ATGAGCGAATTGATTCGGGTACAGGACCTGCGCGTGGTCGCCTGCGGCGAGCGCGAGGAGGTGGACATCGTCAAGGGGGTCAGCTTCTCCCTGCAAAAAGGCGAAGTATTGGCGTTGATCGGTGAGTCCGGTTCCGGCAAGACCACCATCGCCCTGGCATTGCTCGGTTATGCCCGACGCGGTTGTCGGCTGGCGGGCGGCGTGGTGCAAATCGGCGAGGACGACATGCTGGCGTTGAGCGAGAGCCAATTGCAGAAGTTGCGCGGCAACCGCGTGTCCTATATCGCCCAGAGCGCCGCAGCGGCGTTCAACCCGGCGAAAAAACTCATCGACCAGGTAGTGGAAGGCGCGCTGATTCATGGCCTGGGTAGCCGAGCGGTGCTTGAGGCGAAGGCCATCGAGCTGTTCCGTGACCTGGCCCTGCCAGACCCGGAGCGCATCGGCCAGCGCTATCCTCATCAGGTGTCCGGCGGGCAGCTGCAACGGGTAATGGCGGCCATGGCGCTGATCAGCGATCCATTGCTGGTGGTGCTCGACGAGCCGACCACGGCCCTTGATGTGACGACCCAGATCGATGTACTGCGGGCCTTCAAACGGGTAGTCCGCGAGCGTGGGGCCACGGCCGTCTATGTGTCTCACGACCTGGCGGTCGTGGCGCAGATGGCTGATCAGATCGTGGTACTCAATGGCGGCGAGATCTTCGAACATAGCGCCACGGCACCTTTGCTCAAGGGCCCGGCCCACGAATACACCCGCAGCCTGTTGGCGGCGGCGCGGCCGGACACGACGATCCGTCCGCCCGGCGACATCGCGCAACACACCCCTTTGCTGACCATCCAGGGGCTGACCGCCGGCTACGGCAACAAGAATGCCCAGGGCATGCCAGCGATTCGCGTGCTGGAAGACATCGACCTGACGGTTCGCCGAGGCCAGGCCATTGGCGTCATCGGTGAGTCGGGCTCGGGCAAATCGACCCTTGCACGGGTGGTGGCCGGGTTGTTGCAGCCAGCCCTTGGCGGGTTGTCCTTCGATGGTCAACCCCTGGGCGGCAGCCTGCCGTCGCGTACCCAGGAGCAGTTCCGACGCATACAGATGGTCTTCCAGAATGCCGACACCGCACTCAATCCGATGCACAGCGTCAGCACGATCCTGAGCCGCCCGCTTAAGATGTATTTCGGCCTCAAAGGCGCCGCGTTGCGCGAGCGTATCGGCGAGCTGCTGGACCTGGTGCGTTTGCCCCGGACGATGGCGGACCGGCGTCCGAACGAACTGTCTGGCGGACAGAAGCAACGGATCAACCTGGCCCGGGCCTTGGCGGCCAAGCCAGACCTGATTCTCTGTGACGAGGTGACCTCGGCGCTGGATACCGTGGTCGGTGCGGCAATTCTCGAATTGCTGCGCGATTTGCGCCAGGAGCTGGGAGTGTCCTATCTGTTCATCAGCCACGACATCTCCACCGTGCGCGCCTTGTGTGACGACATCGTGGTGATGTATAGCGGGCACAAGGTCCAGGCCGGTACGCGTCAATCCTATGCCGAGGCTCCGTTCCATCCGTATACCGATCTGTTGATCCATTCCGTACCGGAACTGCGCCAGGGCTGGCTGGAAAGCTGCGGGGCAACGACCTGCCAGACGCTGCCGCCGATTGGGCCGAAAGCCGCTGTGCCAGGGCTGTGCACTTTCCTCAGTCGCTGCCCGGTGCGGGTCGACGGGCTGTGCAACCGCGTCGCGCCGGACCGACGGATGTTAGTCGGTGGCAGCGAAATCCTTTGCCACCACGACAGCGCCGAACTGATGAAAACCCAGCAACCGAACACTCCGACCGTGGCGGCGTACGCATGA MSELIRVQDLRVVACGEREEVDIVKGVSFSLQKGEVLALIGESGSGKTTIALALLGYARRGCRLAGGVVQIGEDDMLALSESQLQKLRGNRVSYIAQSAAAAFNPAKKLIDQVVEGALIHGLGSRAVLEAKAIELFRDLALPDPERIGQRYPHQVSGGQLQRVMAAMALISDPLLVVLDEPTTALDVTTQIDVLRAFKRVVRERGATAVYVSHDLAVVAQMADQIVVLNGGEIFEHSATAPLLKGPAHEYTRSLLAAARPDTTIRPPGDIAQHTPLLTIQGLTAGYGNKNAQGMPAIRVLEDIDLTVRRGQAIGVIGESGSGKSTLARVVAGLLQPALGGLSFDGQPLGGSLPSRTQEQFRRIQMVFQNADTALNPMHSVSTILSRPLKMYFGLKGAALRERIGELLDLVRLPRTMADRRPNELSGGQKQRINLARALAAKPDLILCDEVTSALDTVVGAAILELLRDLRQELGVSYLFISHDISTVRALCDDIVVMYSGHKVQAGTRQSYAEAPFHPYTDLLIHSVPELRQGWLESCGATTCQTLPPIGPKAAVPGLCTFLSRCPVRVDGLCNRVAPDRRMLVGGSEILCHHDSAELMKTQQPNTPTVAAYA PGPT0004435_1543 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 D1-35_05230 876 ddpC_2 COG1173 putative D,D-dipeptide transport system permease protein DdpC ATGAACAACCTCATTGTGAAATCGCCGACGGCGGCCGCTGCGCTGGGGTTGGGCAAAGACGCCCACGCAAAGTCCTGGCTTGGCCTGGCCGGCGCCGCGATGTGTGTGATCTGGTTGCTGGTGGCGATTTTCGGCCCGTGGCTGGCGCCGCATCCGGTGGGCGAAGTGGTCTCCGACAACGTCTTCGACAGCCTCAGCGCGACGTACCCGTTCGGCACCGATTACCTGGGCCGCGACATGCTCAGCCGGGTTCTTGTCGGCGCGCGTTTCACCGTCGGCCTGGCGTTGGTGGCCGCGGTGCTGTCGAGCACCCTGGGAACCAGTCTGGCGCTGTTGTCGGTGGTGTCGCCAAAGTGGCTGGATGAGCTGATCAGCCGCCTGATGGACGCGTTCATTTCGATCCCGAGCAAGATGCTGGCGCTGATCATGGTCTCGGCCTTCGGCTCCTCGGTCACCTTGCTGATCTGCACGGCGGTGTTGAGCTACACCCCCGGTGCCTTCCGCATCGCCCGCAGCATGGCGGTGAATATCGAAGCGCTGGAGTACGTGCAAGTGGCCCGTACCCGGGGCGAGCGCCGACTGTATATCGCCTGCGTGGAAATCCTGCCGAATATCCTCAATCCGGTGCTGGCGGACCTGGGCCTGCGTTTTGGTTTCATCGTGCTGCTGCTCAGTGGCATGAGTTTCCTCGGGCTGGGCGTGCAACCGCCGGATGCCGACCTTGGCTCGCTGGTGCGCGAGAACATCGGCGGCCTCAATCAGGGGGCGCCGGCCATCGTGATTCCTGCCCTGGCCATCGGCACCCTGACCATCGGCGTGAATCTGTTCATCGACCGGTTGTCGTCGCGACGTAGCCGACGTACGGGAGGTCATTGA MNNLIVKSPTAAAALGLGKDAHAKSWLGLAGAAMCVIWLLVAIFGPWLAPHPVGEVVSDNVFDSLSATYPFGTDYLGRDMLSRVLVGARFTVGLALVAAVLSSTLGTSLALLSVVSPKWLDELISRLMDAFISIPSKMLALIMVSAFGSSVTLLICTAVLSYTPGAFRIARSMAVNIEALEYVQVARTRGERRLYIACVEILPNILNPVLADLGLRFGFIVLLLSGMSFLGLGVQPPDADLGSLVRENIGGLNQGAPAIVIPALAIGTLTIGVNLFIDRLSSRRSRRTGGH PGPT0004450_9761 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 D1-35_05231 957 gsiC_2 COG0601 Glutathione transport system permease protein GsiC ATGAATAGCAACACACTGTGGTTGATCGGCCGCCGTCTGGGGGCGGCGGTCGTGACCTTGTTGATTGTCTCGATGGTGGTGTTCGCCATCACGGCGGTACTGCCGGGGGACGCGGCGCAACAGGCGCTGGGACAGTTCGCCACGCCGGAACAGGTGGCGGCCCTGCGGGCGAAAATGGGCCTGGACCAGCCCGGTGTGTTGCGTTATCTGCATTGGCTGACGAGCCTGCTCAGCGGTGACCTGGGGATGTCGATGTCCAACGCCACGCCGGTAATCGAGCTGATGGCCGGCCGGGTTCCCAACACCTTGATGCTCGCCGCTGCCACGGCCCTGGTGTCGGTGCCCGTGGCGTTGACCCTGGGGATCGGCTCGGCCATGGGCCGAGGCGGGCGCCTCGACAGCTTCCTGAGTTTTTTCACCTTGACCATGGTGGCCGTGCCGGAGTTTCTGGTCGCCACCTTGGCGGTGCTGATATTCGCCGTGAACCTGGGTTGGTTATCGGCGCTGTCCTATGCCAGTGACATCACGTCCCCCTGGCAATTCATGCGCACCTACGCATTGCCGGTGATGACGCTGTGCTGCGTGATTGTCGCGCAAATGTCACGCATGACCCGCGCAGCCGTGATCGATCAGCTCGACAGCCCTTACGTGGAAATGGCCCGGCTCAAGGGCGTGAGCAATATCCGTATCGTGCTCCGGCATGCCTTGCCCAATGCCATCGGCCCCATTGCCAATGCCATCGCCCTGAGCTTGTCCTACCTGTTGGGCGGGGTGGTGATCGTCGAAACGATCTTCAACTATCCCGGCATTGCCAGCTTGATGGTCGATGCCGTGACCAACCGCGACATGGCCCTGGTTCAAGCCTGCACCATGTTGTTCTGTACGGCGTATCTGGCGTTGGTGTTGATCGCCGACCTGTGCGCGATTCTTTCCAATCCGAGGCTGAGAAACCAATGA MNSNTLWLIGRRLGAAVVTLLIVSMVVFAITAVLPGDAAQQALGQFATPEQVAALRAKMGLDQPGVLRYLHWLTSLLSGDLGMSMSNATPVIELMAGRVPNTLMLAAATALVSVPVALTLGIGSAMGRGGRLDSFLSFFTLTMVAVPEFLVATLAVLIFAVNLGWLSALSYASDITSPWQFMRTYALPVMTLCCVIVAQMSRMTRAAVIDQLDSPYVEMARLKGVSNIRIVLRHALPNAIGPIANAIALSLSYLLGGVVIVETIFNYPGIASLMVDAVTNRDMALVQACTMLFCTAYLALVLIADLCAILSNPRLRNQ PGPT0004445_9394 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 D1-35_05232 1647 sgrR HTH-type transcriptional regulator SgrR ATGACTGACAAAAAAAACAGTATCGATACCCAGCTGATAACAGGTACGGAAAGTCTGCGCGTTTTCGAAGGGCTCAATCGCGGCATGTCCCGCCGCAATGCATTGCAGATGCTCGGGTTGGCCGGGGTGGCCGTGGCGGGCGCCGGTAGCCTGTTCGGCACCGCCGGCAAGCTGTTCGCCGATGAGGAGGCCGCCAGCCCAGGCAAAGGCAAGCCGGGCGGGCGCATCCGCGTCGCCGGCTCGACCAGTTCCACCGCCGACACCCTGGACCCGGCCAAAGGTTCGTCGTCCACCGACTACGTACGCCATTACATGTTCTACAACGGGCTGACGCGTTTTGACAGCCACATGGTGCCGCAACTGGAACTGGCCGAGCGTATCGAGACCACGGACGCCACGCTCTGGGTGATCAGCCTGCGCAAGGAAGTGACCTTCCACAACGGCAAGGCATTGACCGCCGCCGACGTGGTGTTCTCGCTGTTGCGTCACAAGGACCCGATCACCGGCTCCAAGGTCTTGCCGCTGGCGTCGCAGTTCGCCGACGTCAAAGCCGTCGGCACCCATGAAGTGCAGATTCAGTTGAGCGGCCCCAACGCTGAACTGCCCTCGGTCCTTGCCGTCTCGCACATGTTGATCGTGCCCGAGGGCACCAGCGATTTCACCCAGGGCATCGGTACCGGCCCGTTCAAGGTCAAGGAGTTCAAGCCCGGGGTGCGTTCGGTTGGCGTGCGCAACAGCAATTACTGGAAGCCCGGCTTGCCGTACCTGGACGAGATCGAATTCATCGGCATTGCCGACGAATCGTCACGGATCAACGCCCTGCTGTCAGGGGACGTGCACATCGTCAACGAGGTCAACCCGCGTTCGACGACCCGCATCAAGGCCAGCGCCCGGCATCGGGTCATCGACTCACCGTCGGGCAACTACACTGACCTAATCATCCGTCAGGACCAGATGCCCGGCAAAAGCCCGGAGTTCACCCAGGCGATGAAGCTATTGCTGGACCGGGAACAGATCAAGTCGGCGATCTTCCGTGGCTATGCGCGGGTCGGCAACGACCATCCGATCGCGCCCGGAGCACGCTTCTTCAACGCCGATTTGCCGCAACGGGCTTACGATCCTGAACAGGCCAGGTCGTTGTTGAAGAAGGCCGGCATGGAAAGCATCAGCATGCCGCTGATGTGCTCGCCCGCGGCGACCGGTTCGGTGGACATCGCGGTGCTGCTGCAGCAGTCCGCCAAGGAAGCCGGGCTCAAGCTCAACGTCAACCGCCTGCCGAGCGATGGCTACTGGTCCAACCACTGGGCCAAGCACCCGCTGAGCTTTGGCAACATCAATCCGCGACCGAATGCCGACATGCTGTTCTCGCAGTTCTTCCAGTCGAGCGCGCCCTGGAACGAATCAGGCTGGAAAAACGAGCAGTTCGACCAATTGTTGATACAGGCCCGCGGTGAAACCGACGAGGCCAAGCGCGGCAAGATGTACGCCGACATGCAGGTGCTGGTGCATGAGCACGGAGGTATCGGCGTACCGGTGTTCATCAGCAACATCGACGGTGCCGACCAGCGCGTAAAGGGCTACGGCGCCAATCCCCTGGGCGGTTTCATGGGCTACATGTTTGCCGAGCAGATCTGGCTGGATGCCTGA MTDKKNSIDTQLITGTESLRVFEGLNRGMSRRNALQMLGLAGVAVAGAGSLFGTAGKLFADEEAASPGKGKPGGRIRVAGSTSSTADTLDPAKGSSSTDYVRHYMFYNGLTRFDSHMVPQLELAERIETTDATLWVISLRKEVTFHNGKALTAADVVFSLLRHKDPITGSKVLPLASQFADVKAVGTHEVQIQLSGPNAELPSVLAVSHMLIVPEGTSDFTQGIGTGPFKVKEFKPGVRSVGVRNSNYWKPGLPYLDEIEFIGIADESSRINALLSGDVHIVNEVNPRSTTRIKASARHRVIDSPSGNYTDLIIRQDQMPGKSPEFTQAMKLLLDREQIKSAIFRGYARVGNDHPIAPGARFFNADLPQRAYDPEQARSLLKKAGMESISMPLMCSPAATGSVDIAVLLQQSAKEAGLKLNVNRLPSDGYWSNHWAKHPLSFGNINPRPNADMLFSQFFQSSAPWNESGWKNEQFDQLLIQARGETDEAKRGKMYADMQVLVHEHGGIGVPVFISNIDGADQRVKGYGANPLGGFMGYMFAEQIWLDA PGPT0004430_6568 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 D1-35_05233 1275 puuB_7 Gamma-glutamylputrescine oxidoreductase ATGGGCAGTGAGTCTTATTGGCTCGATACCGCACCGGCATTTACCGGTGCCCAGCTCGGTGCGTTACCCGGGCAGGTCGATGTGGCCATCGTCGGTGGCGGTTTCACTGGCCTGGCCGCCGCCCGGTCCCTGGCCTTGAAGGGCGCCAATGTGGTGGTGCTGGAAGGCGGGCGGGTCATTGGCGAGGCTTCGGGGCGCAATGGCGGCCAGTGCAACACCGGCGTCGCCCAGGACTACGCGTCATTGAGTGCCAGCCTCGGCGCCGACAAGGCGCGCGCCTATTACCAGGCCTATGAAAGCGCCGTGCAGAGTGTCGTCTCGCTGGTGGAGCAAGAGCAGATTGCCTGCGACTTCAAGCGCAACGGCAAGCTCAAGTTGGCGGCCAAGCCCCTGCACTACGAAGGGTTGGCACGTACTTGCGAATTGATCCGGCGCGAGGTCGATGCCGAGGTCGAGTTGCTGTCTGCGCAGGAAGCTCGGGCTGAAGTGAACTCGGCCCAGTTCCATGGCGGCTTGCTGCAGCGTAACGGCGTGCAGATGCATGTCGGACGCTTCGGGGTCGGATTGGCCGAGGCCGCGGCCCGTCACGGCGCGCTGATTTTCCAAGGCGTATCGGTAACGGACTGGAAAACCAGCGCCGGTGGTTATCGGGTCAATACCACCAAGGGTTCGCTCCAGGCCACGCAGATCCTGCTGGCCACGGGAACCTGCCAGCAGGGTGGGTTGGGTTGGTATCGGCGGCGGATCGTGCCGGTGGGCAGTTTTGTGATCGCCACCGAGGTGTTGCCGCAGGCCCTGATCGACAGTTTGCTGCCGGCACACCGCTCCTATGTCACCAGCCGGATGATCGGCAACTACTTTCGGATCACCCCGGACAACCGCTTGCTGTTTGGCGGGCGGGCGCGGTTCGCCATGTCCGACAGTGTGTCCGATGCCAAGAGCGGCAAAGTCCTGCACGCGGCGATGGTGCAGATGTTTCCGCAACTGGCCCACGTGAAGGTCGAGTATTGCTGGGGCGGATTGGTCGACATGACCTCCGATCGGCTGCCCCGGGCCGGCCAGCACGGCGGCGTCTATCACTCCATGGGCTACAGCGGCCATGGCGTGCAGATGTCGGTGCACATGGGCCAGGTCATGGCCGACGTCATGGCCGGGAAAGTCGAGGCCAACCCTTGGCGCGAACTCGACTGGCCGGCCATCCCCGGACATTTTGGCAAGCCCTGGTTCCTGCCGCTGGTAGGTGCGTATTACCGCCTTCAAGACTATTTGCACTGA MGSESYWLDTAPAFTGAQLGALPGQVDVAIVGGGFTGLAAARSLALKGANVVVLEGGRVIGEASGRNGGQCNTGVAQDYASLSASLGADKARAYYQAYESAVQSVVSLVEQEQIACDFKRNGKLKLAAKPLHYEGLARTCELIRREVDAEVELLSAQEARAEVNSAQFHGGLLQRNGVQMHVGRFGVGLAEAAARHGALIFQGVSVTDWKTSAGGYRVNTTKGSLQATQILLATGTCQQGGLGWYRRRIVPVGSFVIATEVLPQALIDSLLPAHRSYVTSRMIGNYFRITPDNRLLFGGRARFAMSDSVSDAKSGKVLHAAMVQMFPQLAHVKVEYCWGGLVDMTSDRLPRAGQHGGVYHSMGYSGHGVQMSVHMGQVMADVMAGKVEANPWRELDWPAIPGHFGKPWFLPLVGAYYRLQDYLH NA NA NA NA NA D1-35_05234 669 hypothetical protein ATGAGCTTCCTTCGCCCCAAGTTCATTACCTTTGACTGCTATGGCACGTTGACCAACTTTCAGATGGGGACCATGACGCGCGAGCTGTTCGCCGATCGGGTCCCAGCCGAGCAGATGGATCAGTTCGTCAAGGATTTCTCGGCCTACCGGCTGGACCAGGTGATGGGCGACTGGCGGCCCTATGATGAAATTCTCAAGACTGCCCTGGCCCGGGTCTGCAAGCGTTGGGGGGTCGAATACAAAGGCGAAGGCCAGCTCTATTACGACGCCGTACCGACCTGGGGCCCACATGCCGACGTACCGGCAGGCCTGTCGAAAATCGCCGACAAGATTCCCCTGGTGATTTTCTCCAATGCGATGGACGAGCAGATCATGTCCAACGTCGACAAGCTCGGCGCACCTTTTCATAAAGTCTTCACGGCTCAACAGGCCCAAGCCTACAAGCCACGTCTGGCGGCCTTCGAGTACATGCTCGATAACCTCGGCTGCGGGCCGGAGGATGTCCTGCATGTGTCTTCGAGCTTCCGCTACGACCTGATGTCGGCCCACGACATGAAGATCAAGCACAAAGCCTTCGTGGCCCGGGGTCATGAGCAACCGGCGAACGCGGCCTTTGGTTACCACCAGATCCCGGACATCGGCGGGTTGGCCGGTCTGGTCGGTCTCTGA MSFLRPKFITFDCYGTLTNFQMGTMTRELFADRVPAEQMDQFVKDFSAYRLDQVMGDWRPYDEILKTALARVCKRWGVEYKGEGQLYYDAVPTWGPHADVPAGLSKIADKIPLVIFSNAMDEQIMSNVDKLGAPFHKVFTAQQAQAYKPRLAAFEYMLDNLGCGPEDVLHVSSSFRYDLMSAHDMKIKHKAFVARGHEQPANAAFGYHQIPDIGGLAGLVGL PGPT0006885_2168 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D1-35_05235 1326 abo_2 4-methylaminobutanoate oxidase (formaldehyde-forming) ATGCCTGCACCGTTAACTTCCGTAGAGACGAATTCTGAACTGCCGACGCACGCTGACGTTGTCGTGATCGGCGGCGGCATTATCGGAACCTTCACGGCCTATTACCTGGCAAAGCGCGGCCTGAAGGTCGCGCTGGTGGAGAAGGGGCGCGTGGGGGCGGAGCAGTCGAGTCGAAACTGGGGTTGGTGCCGTCAGCAGAATCGGGACGCTCGTGAGCTGCCGCTGTCGACCAAGAGCCTCGAACTTTGGGAACAGTTCGCCGCGGAGACCGGCGAGGACACCGGATTCAGAAGGTGTGGCTTGCTCTATCTGAGCAACAACGAGAAAGAACTGGCGGGTTGGGCAAAGTGGGGTGAGTTTGCCCGTACCGTCAATGTCACAACGCACATGCTGACGGCGGAACAGGCTGCAGAACATGGCCGGGTGACTGGCAAGTCCTGGAAAGGCGGGGTCTTCTCGCCGACCGACGGTACGGCAGACCCGTCCCGTGCCGCTCCGGCGGTTGCGCGGGCGATCATCAAGCTGGGCGGCACGGTGCATCAGGGCTGCGCTGCCCGTGGCGTCGAGACCGAAGGCGGCCGGCTATCGGCGGTCGTTACCGAAAAGGGCACCATTCGCACCAAGCTCGCGGTGCTGGCCGGTGGCGCATGGGCGTCCTCGTTCTGCCGTCAGTACGGCATCCGGTTTCCCCAGGCGTCCATTCGCCAGACGATACTGTCGATCTCCAAGGGCGCCGAAGAGATACCGGACGCACTCCACACGGATGAGGTCTCCATGACCCGTCGCTCTGATGGCGGTTTCACGCTGGCCATCAGTGGCAGAGGGCGCGTTGACCCGACCCCGCAGCTGTTGCGGTTCGCTCCGCAGTTCCTGCCGATGTTCCAGCGTCGCTGGCGCAAGCTGGCGCCCGGTGGTCTGCAAGGCTTCCAGTCGGGGCATGAAGGCCTGGGCCGCTGGCGGTTGGACCAGCCAACCCCGATGGAGCGGATGCGCATCCTCGATCCTGCAGCCGATGCATCGGTTGTCGAGCTGACTTACAAGCGCGCGGTCGACCTGATCCCGATGCTGAAAAACTCGTCAGTCACCGCTGCCTGGGCAGGTTATGTGGACAGCACGCCTGATGGCGTCCCGGGCATTGGCGAAATAGCGAGCCTGCCTGGCCTGGTGCTGGCGGCGGGGTTCAGTGGCCATGGCTTCGGCATCGGCCCTGGCGCGGGCCACTTGATCGCCGACATTGTCAGCGACATGCCTCCCCTGGTTGACCCGCGTCCCTATCACCCGGATCGATTCCAGTCTTCAGCCTGGGGCAAAGTCGCGGAGTTCTGA MPAPLTSVETNSELPTHADVVVIGGGIIGTFTAYYLAKRGLKVALVEKGRVGAEQSSRNWGWCRQQNRDARELPLSTKSLELWEQFAAETGEDTGFRRCGLLYLSNNEKELAGWAKWGEFARTVNVTTHMLTAEQAAEHGRVTGKSWKGGVFSPTDGTADPSRAAPAVARAIIKLGGTVHQGCAARGVETEGGRLSAVVTEKGTIRTKLAVLAGGAWASSFCRQYGIRFPQASIRQTILSISKGAEEIPDALHTDEVSMTRRSDGGFTLAISGRGRVDPTPQLLRFAPQFLPMFQRRWRKLAPGGLQGFQSGHEGLGRWRLDQPTPMERMRILDPAADASVVELTYKRAVDLIPMLKNSSVTAAWAGYVDSTPDGVPGIGEIASLPGLVLAAGFSGHGFGIGPGAGHLIADIVSDMPPLVDPRPYHPDRFQSSAWGKVAEF NA NA NA NA NA D1-35_05236 1461 ald 3-succinoylsemialdehyde-pyridine dehydrogenase ATGACTATTCAATCTTCGAATCGCTACAGTGTTGATCCGCAAACGGCTCAGCGGCTTTATATCAATGGCGGTTGGTCTGCGCCGGCCAGCCCGGCCAGCCTGGCGGTGGTCAACCCGGCGACAGAAGAAGTGGTCGCCCAGGTTGCCAGCGGTTCTGCCGAGGATATCGATCGGGCGGTAGCAGCGGCGCGCGCCGCGTTTGCCGGTTGGTCTGCCACCTCCACGGCGTCGCGCGCGCTGCTGCTGGGCAAGATCCATGAGCTTATCCTTGAGCGAAAAGAAGCGTTTGCCCAGGCGATCTCCCTGGAAATGGGCTCGGCCATCGCTGCTGCTCGGGCAATGCAGGTACCCTTGGCGGCCGAACACGTTCGGGTCGCGCGCGATCTGCTGTCCACTTATTGCTTCCAGACGCTCGAGGGCACGACCGCAATCCGACGCGAACCCATAGGCGTCTGCGGCTTGATCACGCCCTGGAACTGGCCGCTTTACCAGATCACAGCAAAAGTCGCCCCGGCACTGGCGGCCGGATGCACGGTGGTGCTCAAGCCCAGTGAGCTGTCACCGCTGAGCGCCCTGCTGTTTGCACAGGTGGTGCATGACGCGGGCCTGCCACCGGGGGTCTTCAACCTGGTGAACGGCAGCGGCCATGTGGTCGGCGCCGCGATGGCCGCACACGCTGATATCGACATGATTTCGATCACCGGCTCAAACCGCGCGGGCACGCTGGTGGCACAGGCGGCCGCCCCGACGGCGAAGCGGGTCGGCCAGGAACTGGGCGGCAAATCGCCGAATATATTGCTTCCCGATGCGGACTTTGCCAAAGCCGTCCCGGCCGGCGTGCTGGCGGCGCTGCGCAACGTTGGACAATCATGCAGCGCCCCGACCCGCATGATCGTTCCCAAGGACCGACTGGCTGAAGTCGAAGCGCTGGCGGCCGCAACCGCCAACGCGATCATCGTTGGTGATCCGCAATCGCCGGAAACGGTACTCGGCCCGATTGCCAATCAAGCCCAGTTCAATCGCGTGCAGGCGATGATCGAGACCGGCCTGCACGAAGGCGCAAAACTGCTTTGCGGCGGACTTGGACGCGTGCCCGGTTTTGAAAAGGGTTACTACACCCGCCCGACAGTGTTCTCCGAGGTGGATAACGCCATGCGCATCGCCCAGGAGGAAATCTTCGGGCCGGTGCTGTGCATCATTGCCTATGAAACGATCGACGAGGCGGTGGCTATTGCGAACGATACGGTCTATGGGCTGGGCGCCCACGTCCAGTCACAGGACCTTGACCTGGCGCGCGCGGTGGCTTCTCGGATCCGCGCCGGGCAAGTGCTCCTGAATTACCCGGCCTGGAATCCGATGGCGCCGTTCGGTGGTTACAAGCGATCGGGAAACGGGCGTGAGTACGGCGTCTTCGGGCTTGAGGAATATCTGGAAACCAAGGCCATCGTCGGGTTCGGCTGA MTIQSSNRYSVDPQTAQRLYINGGWSAPASPASLAVVNPATEEVVAQVASGSAEDIDRAVAAARAAFAGWSATSTASRALLLGKIHELILERKEAFAQAISLEMGSAIAAARAMQVPLAAEHVRVARDLLSTYCFQTLEGTTAIRREPIGVCGLITPWNWPLYQITAKVAPALAAGCTVVLKPSELSPLSALLFAQVVHDAGLPPGVFNLVNGSGHVVGAAMAAHADIDMISITGSNRAGTLVAQAAAPTAKRVGQELGGKSPNILLPDADFAKAVPAGVLAALRNVGQSCSAPTRMIVPKDRLAEVEALAAATANAIIVGDPQSPETVLGPIANQAQFNRVQAMIETGLHEGAKLLCGGLGRVPGFEKGYYTRPTVFSEVDNAMRIAQEEIFGPVLCIIAYETIDEAVAIANDTVYGLGAHVQSQDLDLARAVASRIRAGQVLLNYPAWNPMAPFGGYKRSGNGREYGVFGLEEYLETKAIVGFG PGPT0006875_5759 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D1-35_05237 693 hchA Protein/nucleic acid deglycase HchA ATGAAGATTCTAATGGTCCTTACATCTCACGATCAGTTGGGCGACACCGGCAAGAAAACCGGCTTCTGGCTGGAAGAATTCGCCGCTCCCTATTACGTGTTCGTCGATGCCAAGGCCACGGTCACGCTTGCGTCGCCGAAGGGCGGGCAACCACCGCTGGACCCCAAGAGCGATGAAGAGGACGCCCAGACTGATGCAACCCGTCGCTTTGGCACCGACACCCAGGCCCAAGCGGCGTTGGCCAACACCGTGCCGCTGGGCGAGGTCGACCCCTATGACTTCGATGCGGTGTTTTATCCCGGCGGTCATGGCCCCCTGTGGGATCTCGCCGAGGACACCGACTCCAAGACCCTCATCGAAGCGTTTTACGCAGCGAATAAACCCATCGCGGCCGTCTGCCACGCGCCCGGAGTGTTCAAGAACGTCAACGCCCCGGATGGCCAGCCGGTGGTCAAGGGTAAAAAAGTCACCGGTTTCACCAATTCCGAAGAAGAGGCGGTGGGGCTGACCGAAGTGGTCCCGTTCCTGGTCGAGGATATGCTCAAGGCCAAGGGCGGCGAGTATTCCAAAGGGGCGGACTGGGGCAGCCATGTGGTCGAGGACGGGCATCTGATCACCGGGCAGAATCCCGCCTCATCCGAAGCGGCCGCCAAGGCGTTGCTCAAGCGGTTGGAGGCGGAACAGGCGGGTTGA MKILMVLTSHDQLGDTGKKTGFWLEEFAAPYYVFVDAKATVTLASPKGGQPPLDPKSDEEDAQTDATRRFGTDTQAQAALANTVPLGEVDPYDFDAVFYPGGHGPLWDLAEDTDSKTLIEAFYAANKPIAAVCHAPGVFKNVNAPDGQPVVKGKKVTGFTNSEEEAVGLTEVVPFLVEDMLKAKGGEYSKGADWGSHVVEDGHLITGQNPASSEAAAKALLKRLEAEQAG NA NA NA NA NA D1-35_05238 1254 nicP_5 Porin-like protein NicP ATGAGCAATTACCTGCCCCGCGCGGCCTGGTTTCCGATCCTCGGCCTGTTGCCGCTGTCCCCGGCCAGCGCCGAAGGTTTCATCGACGACAGCAAGTTGAAGTTGCAACTGCGCAACGTCTACTTCAACGAGAACTTTCGCGACGAACATGGCATGAGCGCACGGGCCGCCAAGACCGCCAAGAGCGAGCGAACCGAATGGGCCCAGGGTTTCCTGTTGGATTACCAGTCAGGTTATACCCCGGGTACCGTCGGCTTCGGCGTCGATGCCTTGGGCCTGCTGGGGGTCAAGCTTGATTCCGGGCGCGGGCGCAGCGGCACGGGCCTGCTACCGGTGCATGACGACGGGCGCGCCGCCGACGAGTTTGCCAGCGCCGGCATGACCGCCAAGGCCCGGGTGGCCAAGACCACCCTCAAGCACGGCACCCTGTTGCCGAAGAACCCGGTGCTGATCTACAACGACGCGCGCCTGTTGCCGCAGACCTACCAGGGGACCCAGATCAACAGCAGCGACATCGACAATCTCAGCCTGACTGGCGGGCACCTGCAGCGTTTCAAACTGCGCGATTCAAGCGACAGCATGCCGATCGTGCCCGACGGTTATGGTGGCGATCAGTCAGGCGACTTCAGCTACGCGGGCGCCGACTACAAGTTGGGCAAGACCCTGCGCCTGAGCTACTTCTATGGCGAGCTGGAGAACTTCTATCGACAGAACTTCGCTGGCATCCAGCACGACCTGCCGCTTGGCCCCGGGGTTCTCACCAGCGATCTGCGCTATTTCAACAGCGCCGATTCCGGCTCGGCCTACGGCGGGAACATCGATAACGACATGCTCAGCGGGCTGCTGTCCTATGCCGTCGTGGGCCACACCTTCAGCGCCGGCTACCAGAAACTCAGCGGGGAAGGGGGTTTGCCTTATATCAGCGGGGCGACGGTCTATTCCTTCAGCAATGCCGGGATCGGCAAATTCATCGAGGAAGACGAGAAGACCTGGATGCTCGGTTACGGCTACGACTTCGCGCGCCTTGGCATTCCCGGCCTGACGTTTTCCAGCCGTTATCTCAGCGGTGACGATGGCAAGTCCAACAGCGCGGTGAAGGAATGGGAGCGTGATGCAGAAGTGGCCTATGTCGTGCAGCAGGGCACTTTCAAGGGACTGGGTGTGAAAATGCGCAACTATGTCTATCGCTCGGATTTTGCCAGGGGCCGTGACAGTAATCGTCTCTACCTGACCTACGATGTTGCGCTTTGGTAG MSNYLPRAAWFPILGLLPLSPASAEGFIDDSKLKLQLRNVYFNENFRDEHGMSARAAKTAKSERTEWAQGFLLDYQSGYTPGTVGFGVDALGLLGVKLDSGRGRSGTGLLPVHDDGRAADEFASAGMTAKARVAKTTLKHGTLLPKNPVLIYNDARLLPQTYQGTQINSSDIDNLSLTGGHLQRFKLRDSSDSMPIVPDGYGGDQSGDFSYAGADYKLGKTLRLSYFYGELENFYRQNFAGIQHDLPLGPGVLTSDLRYFNSADSGSAYGGNIDNDMLSGLLSYAVVGHTFSAGYQKLSGEGGLPYISGATVYSFSNAGIGKFIEEDEKTWMLGYGYDFARLGIPGLTFSSRYLSGDDGKSNSAVKEWERDAEVAYVVQQGTFKGLGVKMRNYVYRSDFARGRDSNRLYLTYDVALW PGPT0023610_2 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-GALLATE_RESISTANCE,PGPT0023610-galP-K16517 NA NA D1-35_05239 1305 citN_4 COG2851 Citrate transporter ATGCTCGCTTTACTTGGCTTGGCCATGGTGGTGGTCTTTACCTTCCTGATAATGACCAAACGGCTGTCGCCGATCGTCGCCCTGACAATCGTGCCGATCGTCTTCGCAATACTGGGCGGGTTTGGCGGAACCACCGGCAAGATGATGCTGGACGGCCTGAAGATGGTCGCGCCGTCGGCGGCGCTGCTGCTGTTCGCGATCCTGTTTTTCGGCCTGATGATCGACGCCGGCCTGTTCGACCCGCTGATCCGCAAGATTCTCAAACGCGTCAATGGCGACCCGATGAAGATCGCCGTGGGCACCGCACTGTTGTCATTGCTGGTGGCCCTGGACGGTGACGGCACGACGACCTACATGATCACCTGCGCCGCGATGCTGCCGCTGTACAAGCGCATCGGCATGAATCCGATGATCCTGGCGACCGTCTCGATGCTGTCGCTGAGCATCATGAGCGGTATGACGCCCTGGGGTGGGCCGGCGACCCGCGCCATCGCGGCGTTGGGCCTGGATGCCGGCGAGTATTTCGTGCCGCTGCTGCCGACCATGATCGGCGGTGCCGCCTGGGTGGTGTTCACCGCCTACCTGCTGGGCCGCGCCGAGCGCAAGCGCATTGGCAATATCCAGCTGCAAAGCGGTGGCGGCGACTGCTACATCAAGGCGATTCTTGAAGACACGCCGCACAAGCGTCCGAAGCTGGCCTACGTCAATCTGCTGCTGGTGATTGCGGTGATGGTCGCGCTGGTGATGGGGCTGATGCATTCGGCGATCCTGTTCCTGATCGGTTTTGTCCTGGCGCTGGTGATCAACTACCCGCAACTGGATATCCAGAAGGAGCGCATCCTCGCTCATTCGGGCAACGCCATGACCGTGGTCTTGCTGGTGTTCGCGGCGGGCATTTTTGCCGGGATCTTCTCCGGGACCAAAATGGTCGATGCCCTGGCGCAGACCCTGGTCGACTGGATCCCGCCATCCTGGGGCCATCTGTTCCCACTGGTGGTGGCGATTACCAGCATGCCGCTGACCTTCGTGCTGTCCAATGATGCCTACTACTTCGGTGTGGTGCCGATCCTGGCGAACGCCGCTGCTGCCTACGGCATTCATCCGGTGGAAATCGCCCGGGCGTCGATTCTCGGCCAGCCGGTGCACCTGATGAGTCCGCTGGTGGCCTCGACCCTGTTGCTGGTGGGCATGGTTGACCGCGACCTCGGCGACTTCCAGAAAGCCACCCTCAAATGGGCGGTGCTCACCTCCCTGGTGATTACCGCGTTGGCCCTGCTGACCGGGGCGCTGACGCTGTTCTCCTGA MLALLGLAMVVVFTFLIMTKRLSPIVALTIVPIVFAILGGFGGTTGKMMLDGLKMVAPSAALLLFAILFFGLMIDAGLFDPLIRKILKRVNGDPMKIAVGTALLSLLVALDGDGTTTYMITCAAMLPLYKRIGMNPMILATVSMLSLSIMSGMTPWGGPATRAIAALGLDAGEYFVPLLPTMIGGAAWVVFTAYLLGRAERKRIGNIQLQSGGGDCYIKAILEDTPHKRPKLAYVNLLLVIAVMVALVMGLMHSAILFLIGFVLALVINYPQLDIQKERILAHSGNAMTVVLLVFAAGIFAGIFSGTKMVDALAQTLVDWIPPSWGHLFPLVVAITSMPLTFVLSNDAYYFGVVPILANAAAAYGIHPVEIARASILGQPVHLMSPLVASTLLLVGMVDRDLGDFQKATLKWAVLTSLVITALALLTGALTLFS PGPT0001500_876 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 D1-35_05240 1083 ybhH COG2828 Putative isomerase YbhH ATGCAACGAATTCCTTGTGTACTCATGCGCGGCGGCACGTCCAAAGGTCCGGTATTTCTCGCCTGGGATTTGCCTGCGGTGATCGCCGAACGAGACGAGTTGCTGCTCAACCTGATGGGTTCCGGTCACGAGCTGGAAATCGATGGCATCGGCGGTGGCAGTCCGCAGACCAGCAAAGTGGCGATCGTCAGTCCTTCGCTGCATCCGGAGGCCGATGTGGATTACCTGTTTGTGCAGGTCATGGTGTCCCAGCGGCGGGTCGATACCGCGCCCAACTGCGGCAACATGCTCTGCGCCGTCGGCCCGTTCGCCATCGAGCAGGGCCTGGTCAAGGCGACAGGCGAGCTGACCCGGGTGCGTATCCGCAACCTCAACACCGGCACCTTCGTCAACGCCGAGGTGCAGACTCCGCAAGGCAAGGTCAGCTATGAGGGCGACACCGCCATCGATGGCGTGCCCGGCACGGCGGCGCCAGTGCAACTGACCTTCCTCGACGCCGCGGGCAGCAAGACCGGCAAACTCTTCCCGACCGGGCAACCCCTTGACCTGATCGACGGCGTCCCGGTGACCTGTATCGACATGGCCATGCCGATGCTGATCATCGAGGCCAGCCAACTGGGCAAGCGTGGCGACGAGAGTCCGGCCGAACTGGACGCCGACAAGGCTTTCCTGCAACGCCTGGAGTCGTTGCGACTGAAAGCCGGGCTCGCGATGGGCCTGGGCGATGTCAGCGACAAGGTGATTCCCAAGCCGGTGCTGGTTTCCGCGGCCAAGAGCGGCGGGACGATTCAGGTGCGCTACTTCATGCCGCACAACTGCCACCGCGCGCTGGCGATTACCGGCTCGATCGGCCTGGCGACGGCGTGCGTGACCGACGGCAGCGTGGTCGCCAACCTGCTCGGCGGCGCCAGCGAGCCGCGCTTGCAGCGGGTGCGCATCGAGCACCCCAGCGGCGGCATCGACGTGGTGTTGTCCTACACCGGCGAAAAGGGTGAGACCATCCGTGCGTCGGTGGTCCGCACCGCCCGCCGGCTCTTCTCGGGTTTCGTCTACGCCACGGTTTCCCGGCGCCTGGCCGGATAG MQRIPCVLMRGGTSKGPVFLAWDLPAVIAERDELLLNLMGSGHELEIDGIGGGSPQTSKVAIVSPSLHPEADVDYLFVQVMVSQRRVDTAPNCGNMLCAVGPFAIEQGLVKATGELTRVRIRNLNTGTFVNAEVQTPQGKVSYEGDTAIDGVPGTAAPVQLTFLDAAGSKTGKLFPTGQPLDLIDGVPVTCIDMAMPMLIIEASQLGKRGDESPAELDADKAFLQRLESLRLKAGLAMGLGDVSDKVIPKPVLVSAAKSGGTIQVRYFMPHNCHRALAITGSIGLATACVTDGSVVANLLGGASEPRLQRVRIEHPSGGIDVVLSYTGEKGETIRASVVRTARRLFSGFVYATVSRRLAG PGPT0005280_144 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-GALLATE_RESISTANCE,PGPT0005280-galD-K16514 NA NA D1-35_05241 960 cynR_4 HTH-type transcriptional regulator CynR TTGCGTTTCACAAAAGAATTATTCTACGATCCGGGGCGTGTTCAAGCCCCTTCCCAGCGAGATAAAAACATGGAATACGAACTGCAGGACATCCGATCTTTCGTGAAAATCGCCGAACTGGGGAGTTTTCACGAGGCCGCCGATGCGCTGCACCTGTCCCAGCCAGCCCTGAGCCGGCGCATGAAAAAACTTGAGGAAGGCCTGGGAACGGCTCTGCTTGATCGCACCACGCGCAAGGTCAGCCTGACCAGCGTCGGGCGGGATTTCCTGCCCAAGGCGCGACGCCTGCTGGATGATTTCGACGACTCGATCCTCAACATCCGCGAGTTGGCGGAACGACAGATCGGCCGAGTGACCCTGGCCTGCATCCCGACGGCGGCGTTCTACTTCCTGCCCTCGGTGATCCGGCTCTACAACGAGCGCTACCCGAAAATTCGCATCCGCCTGCTGGACCTCAGCGCCAACGAAGGATTGGAGGCAGTACTGCGCGGCGAAGCCGATTTCGGCATTAACATGATGAGCGGCCAGCACCCGGACATCGAATTCGTGCCGCTGGTCAACGAACCCTTTGTATTGGCCTGCCGGCGCGACCATGAACTGGCAGGACGCAGCGCCGTGACCTGGTCGGAACTCAGCGACTATCGATTGATCGGCGTCGGGCGCCTGAGCGGCAACCGCATGCTGCTCGATCACGCGCTGTCTGGCCTGAGCTGGCGCCCGCAGTGGTTCTATGAAGTGCAACACCTGTCCACCTCCCTCGGCCTGGTCGAGGCCGGCCTCGGGGTGTCGGCGATGCCCAGCCTGGCAATGCCTGCCGGGGACCATCCGACACTGGTCAGCGTGCCGCTGATCGAGCCGGTGGTGAACCGGTCACTGGGCCTGGTTTATCGACGAGGGGCTTCGCTGTCGCCTGCCGCAGAGAAATTCGTCTCGATCCTGCTGGAGCAGTGGCCGCAGTAG MRFTKELFYDPGRVQAPSQRDKNMEYELQDIRSFVKIAELGSFHEAADALHLSQPALSRRMKKLEEGLGTALLDRTTRKVSLTSVGRDFLPKARRLLDDFDDSILNIRELAERQIGRVTLACIPTAAFYFLPSVIRLYNERYPKIRIRLLDLSANEGLEAVLRGEADFGINMMSGQHPDIEFVPLVNEPFVLACRRDHELAGRSAVTWSELSDYRLIGVGRLSGNRMLLDHALSGLSWRPQWFYEVQHLSTSLGLVEAGLGVSAMPSLAMPAGDHPTLVSVPLIEPVVNRSLGLVYRRGASLSPAAEKFVSILLEQWPQ NA NA NA NA NA D1-35_05242 795 ucpA_3 Oxidoreductase UcpA ATGCCTAACGCAATCGGACTTAACCCTGTGGCGCTCATCAGCGGCGTTGGCAGCGAGACGGGCATCGGCATGGCGATCGCCCGCAGGCTCGGTGCCGCCGGCGCCAGGCTGATCGTTACCGCCAGCAGCGCGCGCATCGAAGCGCGCATCGAGGAACTGCGCGCCGAAGGGTTTGAAGTCGCGGGACGGCCCCTCGACCTCACCGATGAAAAACAGGTACGCGAGTTTGGGTCGTGGGCGGAGTCCGTCTGGGGCCGGATCGACATCCTGGTGAACAACGCCGGCATGGCCATGCAAGGCAGTCCGGAGTCTTTCTCCGAGGTGGCAACCATGGACCTGGCGCTGTGGAACCTGTCGCTGGCGCGAAATGTGACCACGGCTTTCCTGCTGACCCGTGCCGTATTGCCCGGTATGCAGTCGCGCAATTACGGGCGCATCGTCAATATCAGCTCCACCACCGGCACCCGGTGCAGCAATCCTGGCGAGGCGGCCTACAGCGCCGCGAAGGCCGCCATGGTGGGCATGAGCATGGGCCTGGCGCTGGAAGTGGCCCGGCAGGGAATCACGGTGAACTGCGTCGCACCCGGCTGGATCGCCACCGGCTCGACCACCGCCGAGGAAGCCAATGCCGCGCGCTACACACCGATGCGCCGGGCCGGTCGCCCGGAGGAAGTCGCCGCGCTGGTCGCCTTCCTCGCCTCTGCCGAGGCGAGCTACATCACCGGGGAAGTGATGGTGGTGGACGGCGGCAACTGCCTGGTCGAGAACAAGGCGCCGGACCGGTCACTGGACTGA MPNAIGLNPVALISGVGSETGIGMAIARRLGAAGARLIVTASSARIEARIEELRAEGFEVAGRPLDLTDEKQVREFGSWAESVWGRIDILVNNAGMAMQGSPESFSEVATMDLALWNLSLARNVTTAFLLTRAVLPGMQSRNYGRIVNISSTTGTRCSNPGEAAYSAAKAAMVGMSMGLALEVARQGITVNCVAPGWIATGSTTAEEANAARYTPMRRAGRPEEVAALVAFLASAEASYITGEVMVVDGGNCLVENKAPDRSLD PGPT0003180_5492 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 D1-35_05243 1308 dctA2_3 COG1301 C4-dicarboxylate transport protein 2 GTGGAAATCTCCAAGTCTCGCTGGTACAGCCAGCTGTATGTGCAGGTACTGATCGGCATCGTGATCGGCGCAGCGATCGGTTACTTCATCCCGAATGTCGGGGCCAAGCTCCAGCCCTTCGCCGATGGCTTTATCAAACTCATCAAGATGCTCTTGGCGCCGATCATCTTCGGCACGGTGGTCGTGGGTATCGCCAAGATGGGCAGCATCAAGGAGGTCGGACGGATTGGTGTGAAGGCGCTGATTTACTTCGAGATCCTTTCGACCATTGCGCTGGTCGTCGGCCTGGTCGTGGTCAACGTCGTCAAGCCTGGCGTCGGGATGAACATCAATGCCAACTCCCTTGATGGCAGCTCCATCAGCAAGTACAGCCAGGCGGCGAGTGAGCAGGGTGGTACCGTCGAGTTCTTTCTCAACATCATCCCGCAGACGTTCGTCGGCGCATTCTCCAATGGCGTCATGCTCCAGGTGATTCTGCTGTCGGTGCTGATGGGTGTCGCCCTGGTGCAAATGGGCGAGACCAGCAAGCCGCTGATCAACACCATCGATCTGTTCCTGCAGGGGCTGTTCAGGATAGTCGCGATGGTCATGCGACTGGCGCCGATTGGCGCGGGTGCCGGCATGGCATTCACCATCGGCAAATACGGCATCGGCACCTTGCTGTCCCTGGGCCAGTTACTGGTCGCTCTGTATGTCACAACGCTGATTTTCATCGTCGTCGTGCTGGGCGCGGTCGCCCGGTGGTCGGGGATGCCGCTGATGCAGTTCCTTCGTTATTTCAAGGACGAGATCCTCATCACCCTGGGGACCTGCTCGACCGAAGCGGTGCTTCCGCGAATGATGGTCAAGCTGGAAAAACTCGGCTGCAGAAAGTCAGTCGTGGGCATGGTCTTGCCCACCGGGTACACCTTCAATGCCGATGGCACCTGCATCTACCTGACGATGGCGGCGATTTTCATCGCCCAGGCCACCAATACGCCGCTGACGTTCATGGACCAGATGATCCTGCTGGGTGTGTTCCTACTCACATCAAAAGGCTCGGCGGGTGTCGCCGGAGCCGGTTTCGTGACCCTCGCCGCGACACTCACCACGATTCATTCCATCCCCTTGGTCGGGTTGGTGTTGCTGCTCGGGATCGACCGATTCCTCAATGAAGCACGGGCCGTGACCAACCTGATCGGCAATGGCATCGGCACCCTTGCCATTGCCAAGTGGGACAATTCCTTCGACGTGCAAGCCTGCGAGCGTGAGATCGCGGCGATGAAACAAGAGAAGGCCGATCGAAAGGCGCTGTTGGCGCCTAAATGA MEISKSRWYSQLYVQVLIGIVIGAAIGYFIPNVGAKLQPFADGFIKLIKMLLAPIIFGTVVVGIAKMGSIKEVGRIGVKALIYFEILSTIALVVGLVVVNVVKPGVGMNINANSLDGSSISKYSQAASEQGGTVEFFLNIIPQTFVGAFSNGVMLQVILLSVLMGVALVQMGETSKPLINTIDLFLQGLFRIVAMVMRLAPIGAGAGMAFTIGKYGIGTLLSLGQLLVALYVTTLIFIVVVLGAVARWSGMPLMQFLRYFKDEILITLGTCSTEAVLPRMMVKLEKLGCRKSVVGMVLPTGYTFNADGTCIYLTMAAIFIAQATNTPLTFMDQMILLGVFLLTSKGSAGVAGAGFVTLAATLTTIHSIPLVGLVLLLGIDRFLNEARAVTNLIGNGIGTLAIAKWDNSFDVQACEREIAAMKQEKADRKALLAPK PGPT0001450_1722 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D1-35_05244 1170 tarD COG4948 D(-)-tartrate dehydratase ATGCGTATCGTCGACATCCGCGAAAAAACTGTTTCCATCGCCTCTCCGATTGCCAATGCCTATATCGATTTTTCGAAAATGACCTGCTCGGTCGTGGCGGTTGTCACCGATGTGATTCGCGATGGCAAACCGGTGATCGGTTACGGTTTCAACTCCAACGGTCGCTACGGCCAGGGCGCGCTGATGCGTGATCGATTCCTGGCGCGAGTCACCGAGGCCGACCCGGAAACGCTGATCGACAAGGAATACGTCAACCTGGATCCGTTCGCCATCTGGAAAACCCTGATGACCAACGAGAAACCGGGTGGCCACGGTGAGCGTTCAGTGGCCGTCGGCACCATCGACATGGCGGTGTGGGACGCTGTCGCCAAGATCGAAGGCAAGCCGCTGTACCGCCTGTTGGCCGACCGTTATCGCGGTGGCGTGGCGGATGACAAGGTCTGGGTCTATGCGGCGGGTGGTTATTACTATCCCGGCAAGGACCAGAGCAAGCTCAAGGCAGAAATGCAGGGTTATCTGGATCGTGGCTATGACGTGGTCAAGATGAAGATCGGCGCGGTGCCACTGGACGAAGATATCCGGCGCATCGAAGCGGTGCTTGAAGTGGTCGGGGACGGGCGGCGACTGGCGGTCGATGCCAACGGCCGCTTCGATCTGGAGACCGGTATCGCGTACGCCGAAGCCATCAAGCAGTACAACCTCTTCTGGTACGAGGAAGTCGGCGATCCGTTGGACTACGCGCTCCAGGCCGAGCTCGCCAATCACTATGAACTGCCGATGGCGACCGGCGAGAACCTGTTCTCCCACCAGGACGCGCGCAACCTGCTGCGGCACGGCGGCATGCGTCCGGATCGCGATTACCTGCAGTTCGATTGCGCCCTGTCCTACGGGCTCGTGGAGTACATGCGCACCCTGAAAGTCATGGAAGAGATGGGTTGGTCTTCGCGCCGCGTGGTGCCCCACGGCGGCCATCAGATGTCCCTGAACATCGCTGCCGGTCTGCACCTGGGCGGCAACGAATCGTACCCCGATGTGTTCCAGCCGTTCGGCGGTTTTGCTGACGGCATCCGCGTGGAAAACAGCTACGTCGGCCTGCCGGATATTCCTGGCGTCGGTTTCGAAGCCAAGTCCGCCCTGTACGCGGTCATGCGCGAGCTGGGCGAGGGCTGA MRIVDIREKTVSIASPIANAYIDFSKMTCSVVAVVTDVIRDGKPVIGYGFNSNGRYGQGALMRDRFLARVTEADPETLIDKEYVNLDPFAIWKTLMTNEKPGGHGERSVAVGTIDMAVWDAVAKIEGKPLYRLLADRYRGGVADDKVWVYAAGGYYYPGKDQSKLKAEMQGYLDRGYDVVKMKIGAVPLDEDIRRIEAVLEVVGDGRRLAVDANGRFDLETGIAYAEAIKQYNLFWYEEVGDPLDYALQAELANHYELPMATGENLFSHQDARNLLRHGGMRPDRDYLQFDCALSYGLVEYMRTLKVMEEMGWSSRRVVPHGGHQMSLNIAAGLHLGGNESYPDVFQPFGGFADGIRVENSYVGLPDIPGVGFEAKSALYAVMRELGEG NA NA NA NA NA D1-35_05245 909 yjiE_2 HTH-type transcriptional regulator YjiE TTGGAACTCGTCTGGCTAGAAGATTTTTCAGCACTTGCGGAGTACGGCAGCTTCGTTCGCGCCGCCGAAGCGCGCCACGTTACGCAGCCGGCTTTCAGTCGCAGGGTCCGTTCGCTGGAAAACTGGATGGGCGTGGATCTGTTTGTGCGCACGCCTCAAGGCGCGACGCTGACCGAGGCTGGAAGGCAGATTCTGCCTGGCGCCCAGGAGGCTGCGAGGCGCCTCTACAGGCTGCGCACCGAGGCCCAGGAAGTCGCCGGAGTGGCCGCCAAGACGCTGCAATTTGCAGCCACGCATTCGCTGTCGTTCACGTTTTTTCCGCGCTGGCTGAGAAGCGCCGAAAATGGCGCGCCGATAGATGCCGTGCGCCTGCACTCCGACAGCATGGCGGTGTGCGAACAGATGCTGATTCATGGCCAGGTGCAGTTCCTGCTCTGCCATCGGCACCCCGACGTACCGCCACTGTTGGCGCCTGATCAATTCAGCGGGAAAAAAGTCGGCGAGGACGTCCTCATACCCTTGGCGAGTGCCTCGGCCAATGTCGGTACCTCACCGGCGACGTTGCCCTACCTGGCCTACACCGAGGAATCGGGACTCGGGCGTATCGTCGCTCACCGACTCCACGGCAAGGAGGAATACCTGCACCTCAAGCCGCTTTTCAGCAGCCATCTCGCCGCGGTGCTGATGTCCATGGCACTGGAAAGCAAGGGCGTCGCGTGGCTGCCCAAAAGCCTGACAGAACAGGAAATGGCTGACGGGCGCCTGGTCCGGGCCCTGGATGAAAGCTGGGATATTCCACTGGAAATCCATCTCACCCGCCCAACCGCGCCGATCAGCGCAGCGGCAGAGGAGTTCTGGAACAGGCTGAAGGGTCAGGGCGATTCAACTGCCCTGCTCTGCCACCTGTAA MELVWLEDFSALAEYGSFVRAAEARHVTQPAFSRRVRSLENWMGVDLFVRTPQGATLTEAGRQILPGAQEAARRLYRLRTEAQEVAGVAAKTLQFAATHSLSFTFFPRWLRSAENGAPIDAVRLHSDSMAVCEQMLIHGQVQFLLCHRHPDVPPLLAPDQFSGKKVGEDVLIPLASASANVGTSPATLPYLAYTEESGLGRIVAHRLHGKEEYLHLKPLFSSHLAAVLMSMALESKGVAWLPKSLTEQEMADGRLVRALDESWDIPLEIHLTRPTAPISAAAEEFWNRLKGQGDSTALLCHL NA NA NA NA NA D1-35_05246 1098 menH_3 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGACCGAAGCGGAAAATTTCCAGGCGTATGCCCAGGCATCCCGCGCCTGGATTGAGGAAAAGCGCCTGTTCCAGACCGAGAATCGCGCCGATGAGCTGGACTGGAACGCGCCTTATGAAGTGCGCCCCGATGTTCCTTCCACCAAGGCCATTCTCTTGCTGCATGGCTTGGGGGATTCACCCTGGTCCTTCGTCGATATCGCCCGGGATCTGGCCGCCCAAGGCTACGTGGTGCGCGTCGCATTGCTGCCCGGGCATGGCACCAAGCCGGCCGACCTGATCGATGTGCAACTGGAACAGTGGCAACAGTTGGTCGAGCAGCAGGTTGCGTTGCTGCACAAGGAGTTCGCGAACGTCTACCTGGGCGGTTTCTCGACCGGCGCCAATCTGGCGCTGGCCTATGCCGCCAGGGACCCGGACATCAAGGGCCTGGTGCTGTTTTCCCCGGCCTTTCGCTCGAGCGAGTCCTACGACTGGGCCACGCCCTGGCTGGCGCATTTCAAGACCTGGATCCTTGCGCCCGACAATTCCCGGCCGCAGCAGTCGCCCGTGCGCTACCACAATGTCCCCACCAACGGCTTTGCCCAGTTCTACCGCAGCAGCGTAGCGGTTCGCCGGCTCATCGAGCAGCAAGACTTCGATCGGCCGGTGGTGATAGTGCTGACCGAGCAGGATTCAGTCGTCGACGTGCGCTATGTGCGGGAGCTGTTCCAACGGCGCTTCACCCATGCCGCGAGCCGGTTGATCTGGTATGGCCAGGCGGAGCCGACCGGTGACAAGGGCGCTGCGCAGGAGCGGCGCATCCTGACGCGCAGCGACCGCATCGCCGATGAACGCATCAGCCAGTTCTCCCACATGGGCATCCTCTTCTCGCCAGCCAACCCGCTCTACGGTCGTTCGGGCACCTTGCGGTTCTGCCGCAACAGCCGCAATGCCGACGAAGTGGCCCGGTGCGAAGCGGGGGAAGAAGTCTGGTATTCGGACTGGGGGTACAGCGAGCCGGGGAAGATCCACGCACGGCTGACTTACAATCCTTATTTCGAATGGCAGTCCGGGGTGATTCGTGGGGTTTTACAGGTGGCAGAGCAGGGCAGTTGA MTEAENFQAYAQASRAWIEEKRLFQTENRADELDWNAPYEVRPDVPSTKAILLLHGLGDSPWSFVDIARDLAAQGYVVRVALLPGHGTKPADLIDVQLEQWQQLVEQQVALLHKEFANVYLGGFSTGANLALAYAARDPDIKGLVLFSPAFRSSESYDWATPWLAHFKTWILAPDNSRPQQSPVRYHNVPTNGFAQFYRSSVAVRRLIEQQDFDRPVVIVLTEQDSVVDVRYVRELFQRRFTHAASRLIWYGQAEPTGDKGAAQERRILTRSDRIADERISQFSHMGILFSPANPLYGRSGTLRFCRNSRNADEVARCEAGEEVWYSDWGYSEPGKIHARLTYNPYFEWQSGVIRGVLQVAEQGS NA NA NA NA NA D1-35_05247 3099 mdtC_2 Multidrug resistance protein MdtC ATGAGCCTCAACTTGTCGTCCTGGTCGATCCGCAATCCGACGCCTTCGGTCCTGTTGTTCATCCTGCTGACCTTCGCCGGCTTGATGGGCTTCTGGAAGATGAAGGTGCAGAACTTCCCTGACGTCGATCTGCCCATGGTCAGCGTGTCGGCCGAGCTGCCCGGGGCTTCGCCCGCGCAACTGGAAAATGACGTGGCCCGCAAGCTCGAGGACTCGCTCGCAACCGTGCAGGGCGTCAAGCATATCCAGAGCATCCTGACCGACGGCAACGCCGCTATCTCGATCGAGTTCCACCTCGACAAGCCCACCCAGGAAGCGCTGGATGACGTGCGTGATGCGGTGTCACGGGTCCGGGCCGACCTGCCCGCCGACTTGCGCGACCCGGTGGTCCGCAAGATCGAACTCGCCGGTTCGCCGATCCTGACCTACACGGTTTCGGCCAAGCGGATGGACGACGAAGCGCTGTCCTGGTTTGTCGACAACAGCGTCAGCAAGGCCTTGCTGGCGGTGCCTGGCGTGGGGGCCGTCACTCGGGTCGGTGGGGTGGCCCGGGAAATCCGCATCGACCTCGATCCCGCGCGTCTGCTGGCGCTGAACACCTCGGCCCTGGACGTCTCCCGCCAGCTGCGCCTGATCCAGCAAGAGGCATCGGGCGGACGCGTGGACCTGGGCGGCGCCGAGCAGACGGTGCGCACCCTCGCCACGGTGCAGTCGGCCGCGGAAATCGCCTTGCTTGACGTGACCTTGAGCGACGGCCGGCGTGTCCGGCTCGACCAGCTGGCGACGGTCTCCGATACCGTCGGCGAACCCCGCTCGGCGGCGTTCCTCGACGGTAAGCCAGTGGTCGGCTTTGAAATCACCCGGGCCAGAGGGGCCGGCGAAATCGAGGTGGATGAAGGCGTACGCGCCGCCCTGGAGTTGCTCAAGATCCGTCATCCCGAAATCACCGTCACCCAGGCTTTCAACTTCGTCGACCCAGTGATCGAGAATTATCGGGGCTCCATGCACCTGCTTTATGAAGGCGCGGCGCTCGCGGTGCTGGTGGTGTTCCTGTTTCTGCCGGATTGGCGCGCGACCTTCGTTTCCGCCGTCGCGTTGCCGCTGTCGGCGATACCGACGTTCGCCGTGATGCACTGGATGGGGTTCACCCTCAACACCGTGACGCTATTGTCGCTGTCGCTGGTCATCGGCGTGCTGGTGGACGACGCCATCGTCGAGGTCGAGAACATCGGGCGCCATTTGCAGATGGGCAAGAAACCTTATCAAGCCGCCATGGATGCTTCCGATGAAATCGGCCTGGCGGTGGTCGCCACGGCATTCACGCTGATCGCGGTGTTCCTGCCCACGGCTTTCATGAGCGGTTCGGTCGGCAAGTTCTTCGTCCAGTTTGGCTGGACGGCGGCAACCGCAGTGTTTTTCTCCCTCGTCGTCGCCCGCTTGCTGACGCCCATGATGGCGGCCTACCTGATGCGCGCGCCGAAAAGGCCGGCCCAGGATGCGCCCGGGTGGATAAACCGCTACCTGTCCTGGGCGCGCTGGTGCCTGCGCCATCGCGTGGTGACCACCCTCGGCGCGGTGGCTTTTTTCGCCGGAGGGCTGATGCTCGCCACCGTTTTGCCGGGCACCTTCATCCCGCCGGATGACGACTGGCAGACCCAGGTCACCCTCACGCTTGCGCCCGGCAGCAAACTGGGCGACACGCTGGCGTTGGCTGAGCAAGCGCGGCAGATAGTCACGCAAAATCAGCAGGTCAAAAAGGTCTACACCGCGGTGGGGGATGGCAGCGCCGGCGCGGACCTGATCGAACCGGCCGGCAGCGATGTCGCGAATGTCCGCACGGCGGTGCTGACGCTTAACCTGACGCACCGCAACGAGCGTCCGGGACTGACCCGGCAGCAGCTCGAAAACCAGCTACGCGAAGCGCTCGCCGTGTTGCCTGGCGCGCGTATCAAGGTCGGTATGGGAGAGTCGGAAAGCTACGTGCTGGTGCTCGCGGGTGAGGACGCTAGCTTGCTCACCCGGCATGCGCAGCAGGTGGAACGAGAGCTGCGTAGCGTGCCGGGCGTGGGGGCGGTGATCTCGACCGCCAGCCTGATGCGCCCCGAACTGGTGGTTCGGCCGGATTTCGCCAGGGCCGCCGACCTGGGCGTGACCGCGAGCGCGATTGCCGACACGCTCCGCGTGGCCACCCTGGGAGATTACGACCAGGAGCTTGCCAAGCTCAATTTCAGCGACCGCCAGGTGCCTATCGTTGTGCGGCTGAGCGACACCGCCCGCGCGGACTTCGAGACGCTGAAACGTCTGCCGGTGCCCGGCGCGCGTGGTCCGGTAGCGCTGGAAAACGTGGCGACGCTGGAGATCACCAGTGGCCCGGCGCAAATCGAACGGTTCGACCGTACGCGCAATGTCAACATCGAGATCGAGACGAACGGCCAACCGTTGGGCGACATCGAGCAGGCTGTTCTGGCCTTGCCAGGCTTGCAGAACCTACCGCCAGGCCTGGTGCGAACCTCGGTAGGCGATGCCGAGGCCATGGGCGAACTGGCTTCCGGATTCGGCGTGGCGATGTTGACCGGAGTGTTATGCATCTACATGGTCCTGGTGTTGTTGCTCAAGGATTTCCTGCAACCGCTGACGATCCTTGCCGCCCTGGTGCTCTCGGTGCCTGGGGCCTTCGTGGCGCTGTTCGTGACCGGCTCGACATTGTCCATGCCCTCGATGATCGGCCTGATCATGCTGATGGGTATCGCGACGAAAAATTCGATCCTGCTGGTCGACTACATCATCCTCGCGCGTCGACGCGACGGCCTGAGCCGCCAGGAAGCGATCCTCGACGCCTGCGGCAAACGCGCTCGGCCGATTGTCATGACGACAATCGCGATGGGCGCAGGCATGATGCCAATCGCCCTGGGGCTGGGGGCCGACCCGAGCTTTCGCGCACCGATGGCCATCGTCTTGATTGGCGGGCTTGTCACGTCAACGCTGTTGAGCCTGCTGGTCATACCCGTGGTGTTTTCCTATGTGGACGATGGGGCGCAGTGGTTGTACAAACGCACCGGTAACGTTTCTCGCAGCGAAGCTGCTGGAGTGATCAATTGA MSLNLSSWSIRNPTPSVLLFILLTFAGLMGFWKMKVQNFPDVDLPMVSVSAELPGASPAQLENDVARKLEDSLATVQGVKHIQSILTDGNAAISIEFHLDKPTQEALDDVRDAVSRVRADLPADLRDPVVRKIELAGSPILTYTVSAKRMDDEALSWFVDNSVSKALLAVPGVGAVTRVGGVAREIRIDLDPARLLALNTSALDVSRQLRLIQQEASGGRVDLGGAEQTVRTLATVQSAAEIALLDVTLSDGRRVRLDQLATVSDTVGEPRSAAFLDGKPVVGFEITRARGAGEIEVDEGVRAALELLKIRHPEITVTQAFNFVDPVIENYRGSMHLLYEGAALAVLVVFLFLPDWRATFVSAVALPLSAIPTFAVMHWMGFTLNTVTLLSLSLVIGVLVDDAIVEVENIGRHLQMGKKPYQAAMDASDEIGLAVVATAFTLIAVFLPTAFMSGSVGKFFVQFGWTAATAVFFSLVVARLLTPMMAAYLMRAPKRPAQDAPGWINRYLSWARWCLRHRVVTTLGAVAFFAGGLMLATVLPGTFIPPDDDWQTQVTLTLAPGSKLGDTLALAEQARQIVTQNQQVKKVYTAVGDGSAGADLIEPAGSDVANVRTAVLTLNLTHRNERPGLTRQQLENQLREALAVLPGARIKVGMGESESYVLVLAGEDASLLTRHAQQVERELRSVPGVGAVISTASLMRPELVVRPDFARAADLGVTASAIADTLRVATLGDYDQELAKLNFSDRQVPIVVRLSDTARADFETLKRLPVPGARGPVALENVATLEITSGPAQIERFDRTRNVNIEIETNGQPLGDIEQAVLALPGLQNLPPGLVRTSVGDAEAMGELASGFGVAMLTGVLCIYMVLVLLLKDFLQPLTILAALVLSVPGAFVALFVTGSTLSMPSMIGLIMLMGIATKNSILLVDYIILARRRDGLSRQEAILDACGKRARPIVMTTIAMGAGMMPIALGLGADPSFRAPMAIVLIGGLVTSTLLSLLVIPVVFSYVDDGAQWLYKRTGNVSRSEAAGVIN PGPT0016195_314 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 D1-35_05248 1143 cnrB Nickel and cobalt resistance protein CnrB ATGAAAAGAAAAACACGGCATGTCGTGCTGTTTGTCGTGACCATGGCCTGCGCCATCGCCGTCGGGATGATCGCTGTTTCGCCCGGCCCTCGCCAGGCCAAGGTCGACGTGCCCGCCAGGCCGGCACTGACGGTGGCCGTTACCCGACTGCAATCGTCCATGCTGCCGATCCGCATCCAGGCGAACGGCAACATTGTCGCCTGGCAGGAAGCCAGTGTCGGCACCGAGGCCGATGGCCTGCGGTTGGCCGAGGTCATGGTCAACGTGGGCGATGTGGTCCGGCGCGGCCAGGTACTTGCGACGTTCAGCGCCGAGACGATGACCGCTGAACTCGCCCAGCGTCGCGCCGCCACCGCCGAAGCGCAAGCGACGCTTGCCGAGGCGCGAGCCAATGCGCAGCGCGCCCGTCAATTGCAGTCGAGCGGGGCGCTGTCGAAGCAGGAGGTTCACCAACAGCTGACGGCCGAACGCACGGCTCAGGCGCGGCTGGAGGCGGGCAGGGCGCTGGAGCGTATCCAGCACCTGCGTCTGGCCCAGACCCAGGTCCTGGCCCCCGATGACGGGGTGATTTCGGCGCGCAGTGCCACGGTGGGCGCGGTACTGCCCGCTGGCCAGGAGCTGTTTCGCTTGATTCGCAACGGACGGCTCGAATGGCGCGCCGAAGTCGCGGCCCCCGACCTTGTCAGGTTCAGCCCCGGCCAGCTCGCGCAGGTAACTCCGGTCAATGGCGGGGCGATAGAGGGCCGGGTGCGCAGGGTTGCGCCGACGGTCGACCTGCAGACTCGCAACGGCCTGGTTTATGTCGATTTGCCCGCAGGCACGGCGGCGCGTGCCGGGATGTTTGCCCGTGGCGAGTTCGAAGTGGCCGCCGAGCGGATGATGACGCTGCCCCAGAGCTCGGTGCTGCAGCGTGACGGCTTCGATTACGTGTTGCAGGTAGGACCGCATTTGAAGGTGCGCCAGGTCAAGGTGACGGTCGGCCGCCGCGTTGGCGACCGTATCGAGATAACCGCGGGTATCGACGCTGGCGCCGCGGTGGTCGAAACCGGAGGTGGTTTTCTTGCCGAGGGTGACCTCGTCCGGGTTGTCCAGGCGCGCACCGACCCAATGAACAACCACCCAGCACGCGGGAGCGCGCAATGA MKRKTRHVVLFVVTMACAIAVGMIAVSPGPRQAKVDVPARPALTVAVTRLQSSMLPIRIQANGNIVAWQEASVGTEADGLRLAEVMVNVGDVVRRGQVLATFSAETMTAELAQRRAATAEAQATLAEARANAQRARQLQSSGALSKQEVHQQLTAERTAQARLEAGRALERIQHLRLAQTQVLAPDDGVISARSATVGAVLPAGQELFRLIRNGRLEWRAEVAAPDLVRFSPGQLAQVTPVNGGAIEGRVRRVAPTVDLQTRNGLVYVDLPAGTAARAGMFARGEFEVAAERMMTLPQSSVLQRDGFDYVLQVGPHLKVRQVKVTVGRRVGDRIEITAGIDAGAAVVETGGGFLAEGDLVRVVQARTDPMNNHPARGSAQ NA NA NA NA NA D1-35_05249 801 mipA_2 COG3713 MltA-interacting protein ATGCCCCTGTCCATTTCGAAAACTGCAATTGCGATCCGGTTGACCACCGCCGGCACGGCGTTCGTGCTGGGCGTGTGCGCGTCGATGGCGGCCAGTGCCGACCAGCCTGAAGGCTCCGCCTGGGGGCTCGGTGTGGGTGCGGTCAGCAGCCAACAGCCGTACGAAGGCATCGACCGTGACAGCGAGGTCCTGCCGCTGATCTATTTCGAGAATGAATACCTTCGTGTCTTCGGCCCCACCGCCGAAATCAAGCTGCCGGGCCTGGAGATCAGCGACACCCAGCAGCTCGATTTCAGCCTCGTCGGCGAATACGATTTCAGTGGCTACGATGACGACGACGCGCGAATCCTGGAGGGCATGAGCGATCGCAAGGGCGGATTCTGGGCGGGCGCCAAGGTCGAATGGCGCAATGACCTGGCCGATGTCAGCGCCGAGTGGCTGGGCGATGTTTCGGGCAACAGCAAGGGCCAGCGTTTCACCCTGGGCCTGGAGCGATCCTGGCGGATCGGCGAACACATCATGCTGACGCCACGGCTGGCGGCCATCTGGCAGGACGAAAAATACATCGATTACTACTTTGGCGTTCGGGAAAATGAAGCTCGCATCGATCGGGCGGCCTATGATGGCAAGTCCGGCATCAACACCGAATTTGGCGTACGTGGAAACTATATGTTCGATGACCATCACTCCGTGTTCCTGGACCTCAAGGCGACGAGCCTTGCCAATGAAATCAAGGACAGCCCGCTGGTCGACCAGTCCACCGAGAACAGCGTGCTGTTCGGCTACCTGTACCGTTTCTGA MPLSISKTAIAIRLTTAGTAFVLGVCASMAASADQPEGSAWGLGVGAVSSQQPYEGIDRDSEVLPLIYFENEYLRVFGPTAEIKLPGLEISDTQQLDFSLVGEYDFSGYDDDDARILEGMSDRKGGFWAGAKVEWRNDLADVSAEWLGDVSGNSKGQRFTLGLERSWRIGEHIMLTPRLAAIWQDEKYIDYYFGVRENEARIDRAAYDGKSGINTEFGVRGNYMFDDHHSVFLDLKATSLANEIKDSPLVDQSTENSVLFGYLYRF NA NA NA NA NA D1-35_05250 687 tctD_2 COG0745 Transcriptional regulatory protein tctD ATGAGCCGCATTCTGCTGGTCGAGGACCACGAACGCCTCGCGCAACTGGTGTGCAAAGGCTTGGCGAGCGCCGGCATCGCTGTCGATGTCATCAGCCGCATCGACGCGGCGTGGGCGGCAATCCAGCAAGTGCCTTACCAGGCGCTGGTGCTTGATCGCGGCCTGCCGGACGGCGATGGGCTGCTGTTGCTGGCGCGTTTGCGTAATGCCGGGCTGGGCCTGCCGTGCCTGGTCCTGACCGCACGTGACGCGCTGCATGACCGGATCGAAGGCCTCGACGCTGGGGCGGATGACTACCTGCCCAAGCCGTTCGCCATGGACGAAATGGTCGCGCGCGTGCGAGCCCTGCTGCGTCGCCCCGCAGAGCGGCGGTCGTTGGCGCCTTCCCATGGCGACCTCAGTGTGCAGCCCGACACAGGCCTCATGTGCAGCGTCGAAGGTAGCATCCCGCTAGCGCCGGCGGAGATGCAGATCATGTTGTTGCTGCTGCGCAAACCAGGCGAAATCGTCCGGCGCAGCGCCATCGAGGCGGCGGCATGGGGCCTGAGTGAAGCCGTGACGCCGAACGCCCTGGATGTGGCCCTGCATCGGATTCGCCGCAAGCTGCTGGCGATCGGTTCCCACCAACGGATAGTCAACCTCAGAGGCCTGGGTTATGCCCTTCGGCAAGACGATCTGGCGCAATAG MSRILLVEDHERLAQLVCKGLASAGIAVDVISRIDAAWAAIQQVPYQALVLDRGLPDGDGLLLLARLRNAGLGLPCLVLTARDALHDRIEGLDAGADDYLPKPFAMDEMVARVRALLRRPAERRSLAPSHGDLSVQPDTGLMCSVEGSIPLAPAEMQIMLLLLRKPGEIVRRSAIEAAAWGLSEAVTPNALDVALHRIRRKLLAIGSHQRIVNLRGLGYALRQDDLAQ PGPT0003915_254 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666 NA NA D1-35_05251 1365 sasA_19 Adaptive-response sensory-kinase SasA ATGCCCTTCGGCAAGACGATCTGGCGCAATAGCATCAGCTTCAAGGTACTGGTCGCCTACGTCGCGGGCGTGGGCTTGAGCATCCTGCTGATTGCACTGGGCGCGTTCGCGCTCATCACGTCCAAGAGCGATATCCTGCTGACCACCGACGTCGCCGAGCGTACCCATGAGCTGGCCGGCAAGCTGCAGTTCGACGCGGCGGGCCGACCCACCGGGTTCGACAGCAGCGAGGGCGATCGCGTCTGGACCTTCAACAGCCTGGGCGAGGAAATCGGCTATCGGGTGCTGGATTCAGAGGCAAGCGTCCTCCTGGCTTCCACTGACGAGGCATTCTGGGCTTCGGCCGCAACGGTTCGCCCCGCGGAACAGGGGCGCTTCAAGTTCGAGCGCAAAGGCATCACGATGTACGCCGCGACCGCTCCGGTGGAGCAGGTCGACCACACCTTGTACCTGCAATTCGCCGTCAGCGAACGCCTGATGGACCTGCTGCACAAGGGCTTTGCCTGGCCTTTCATGGGCGCCGGGATCGTCCTGTTCAGCCTGGTGCTGCTCTTCGTCTTTGGCACCTGCGCCTATTTCACGCTGGGCTACACGCTCAAACCGCTGCGCGAGGTCTCGGAGTCGGCGGCGGCCATCTCCCCTCGCTCCCTGCACTCACGGCTGGATGTCAAAACCGTGCCGTCCGAGGTAGCGCCGCTGGTGACCAGCTTCAACAGCGCGCTTGAGCGCCTGGAACACGGCTACCGGGTCCAGCAGGAATTTCTAGCAACCGCCGCGCACGAACTGAAGACGCCACTGGCGCTGATCCGCGCACAGCTCGAACTGATGGCGCCAGACAAAGGCCGCGACTCGCTGCTCAACGATGCCGAGCACATGACGCGGCAGGTCCAGCAACTGCTGCTGCTGGCCGAAACCAGCGAGGCGCATAACTACAGCTTCGCCGCCGTAGATGTCATGGAGGTAGCACGGCAAGCGGCAGGTTATCTGCAACGCATGGCCGACGCGGCCGATGTGCGCCTCGTCCTGACTGGCCCGACGGCTGTGGCAGAGCCTTGGCAGGCCGACCGTAGCGCCTTGTTTACCCTGCTGAAAAACCTCCTGGAAAATGCCATCCAGCATGCGCCTCGTGGTACCCAGGTGTTGCTGGAGCTCGGCGCCGATACGCTGACTGTGCGCGACTGGGGCCCTGGCGTGACGCAGGAGCAGGTGGTGCAGATATTCACCCGTTTCTGGCGCGGGGCTCATCGCCGCGATCATGGCGCCGGGCTGGGCCTGACGATCTGCCAGGAGATTGCCCGGGCGCACGGGTGGAGCTTGATTGCACGAAGAGCGGAGCCCGGGTTGTCGTTTTGCTTGTCTCGCTGA MPFGKTIWRNSISFKVLVAYVAGVGLSILLIALGAFALITSKSDILLTTDVAERTHELAGKLQFDAAGRPTGFDSSEGDRVWTFNSLGEEIGYRVLDSEASVLLASTDEAFWASAATVRPAEQGRFKFERKGITMYAATAPVEQVDHTLYLQFAVSERLMDLLHKGFAWPFMGAGIVLFSLVLLFVFGTCAYFTLGYTLKPLREVSESAAAISPRSLHSRLDVKTVPSEVAPLVTSFNSALERLEHGYRVQQEFLATAAHELKTPLALIRAQLELMAPDKGRDSLLNDAEHMTRQVQQLLLLAETSEAHNYSFAAVDVMEVARQAAGYLQRMADAADVRLVLTGPTAVAEPWQADRSALFTLLKNLLENAIQHAPRGTQVLLELGADTLTVRDWGPGVTQEQVVQIFTRFWRGAHRRDHGAGLGLTICQEIARAHGWSLIARRAEPGLSFCLSR NA NA NA NA NA D1-35_05252 474 iorA_2 Isoquinoline 1-oxidoreductase subunit alpha ATGAGCGCCCTCAATATCAATGGCCGTGAACACACGGTTGACGTAGATCCCGGCACCCCGATTCTCTGGGCCCTGCGCGACACGCTGGGCATGACCGGCACCAAGTTCGGCTGCGGCGCAGCCCTGTGTGGCGCCTGTACCGTCCACCTGGATGGCCAGGCCATTCGCTCCTGCGTGACCCCGGTGGCCGCGGCGCTTGGCAAGAAGATCACCACCATCGAGGCGGCCACCGACGGCAGCGACCCGGTGGGCAGTGCCGTGCATGACGCCTGGGTCAAACATGACGTGGCGCAGTGCGGTTACTGCCAGAGCGGCCAGATCATGAGCGCCACGGCGTTCCTCAAGGCGCAGCCCAAGGGCAAGCAACCCACGCCAGCCGAGATCGACTCGGCCATGGCCGGCAATATCTGCCGCTGCGGCACCTACGCCCGTATTCGCGCCGCGGTGGCCGATGCCGCCAAGACCCTCGCCTGA MSALNINGREHTVDVDPGTPILWALRDTLGMTGTKFGCGAALCGACTVHLDGQAIRSCVTPVAAALGKKITTIEAATDGSDPVGSAVHDAWVKHDVAQCGYCQSGQIMSATAFLKAQPKGKQPTPAEIDSAMAGNICRCGTYARIRAAVADAAKTLA PGPT0009812_637 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009812-iorA-K07302 NA NA D1-35_05253 2241 iorB_2 Isoquinoline 1-oxidoreductase subunit beta ATGCTGAACGAGATTTTTCCCAACGAGCTTCCGCGCGCCTTGCAGCACCTGCTTGAACGCGACGACAGCGACGGCCCCGCCACCCTGCCCCGGCGCAGCTTTCTCAAGATCGTCGGTATCGGCGGCCTGGCCTTGGGCGCGTTTCCTCACCTGGCCTTGGGGCAACAGGCCAACGGCGCTGGCGACGGCGCGCTCAAGCCGACTCAACAACCTTCGGCCTTTGTGCAGATCGCGCCGAGTGGCGAAGTCACCGTAACGATCAACCGCCTGGAGTTCGGCCAGGGTGTCCAGACCGGCCTGCCGATGATCCTCGCCGAAGAGCTCGACGCCGACTGGAGCCTGGTGCGCACACGTAACGGCAGCAACGACTCGGCCTACATGGACCCGGCGTTTGGCATTCACCTCACCGGTGGCTCCAATTCGATCAAGAACAGCTACACGCAATACCGCGAACTGGGCGCCCGCGCCCGCGCCATGCTGCTCAGCGCTGCCGCCGCGCGCTGGAACGTCGATGCGGCGAGCCTGACCACGCAAAACGGCACGGTGCTGGGGCCTGGCGGCCGCAAGGCCAGTTACGGCGAGCTCGCCGAAGCGGCCATGGCGCTGCCCGTTCCGGAGAAGGTCACGCTCAAGGATCCGAAGGATTTTCGCATCATCGGCCAGGCCACCACCCGCCTCGATGCCAAGGCCAAGAGCAGCGGCCAGCAGGATTTCGGCATTGATGTGAATCTACCGGGGCAACTGACCGCCGTGGTCGCCCGGCCACCGGTGTTCGGTGCCCGGATCGCGTCCCTGGACGACAGCGCCGCACGGGCGACCAAAGGCGTGAAAGCCGTATTGCGCGTGCCGCTGGACGGCGGCGCCGAAGGCGTTGCGGTGGTTGCCGACGGTTACTGGCCGGCGAAGCTGGGGCGCGATGCGCTTAAAGTCGAGTGGGACGTGGCCAAAGTCGAGAAAGTGGACACGGAAAAACAGCTGGCTCAGTACCGGGAACTGGCCGGCAAGCCTGGCCTGGTCCACTTTGATGCCGACATGAAACCACTCGCCACGGCGCCGCATCAGCTGGAGGCCGAGTTCATTTTCCCTTACCTGGCCCACGCGCCCATGGAACCGCTGAACTGCACCGTCCAGTTGTCCGAAGGTCGCGCCCAGTTGTGGGTCGGCACGCAATTCCCCGGCGGCGATGGCGCGGCGGCGGCCAAGGTGCTGAATCTCAAGCCCGAGCAAGTCCAGGTCAATGTACAGACGGCGGGCGGCGGCTTCGGGCGGCGTGGTGTGCCCAGCAATGATTTCGTCGTGCAGGCTTGTGAAGTGGCCAAGGCCGCCCGTGCTGCCGGCATCGATGCGCCGGTGCGCACGCTGTGGAGTCGAGAAGATGACATCAAGGGCGGCTACTACCGCCCGATGCACCTGCACCGTGCGCGCATCGGTTTTGACGACAGCGGCAAAGTCCTGGCCTGGGACCACGCCCTGGTCGGGCAATCCATCCTCACCGGCACGCTGTTCGGTGGGCAGATGAAAAACGGCATCGACCCCACCGCGACCGAAGGCATGCGCGATCCCTACCCGCTGCCGATGCGCTTGTCCGTACATCATCCCAAGCTCAACGTGCCGGTGTTGTGGTGGCGCAGCGTGGGTTCCACCCATACGGCCTTTGTGATGGAAACGCTGATCGACGAAATCGCCCGCGCGACGAAACAGGACCCGGTGGCGTATCGCATGAACCTGTTCGGCGATCAAAGCCCACGCCATCGCGCCGCGCTGCAACTGGCGGTGGACAAGAGCGAATACGGCAAGCGTCAACTGCCCGCCGGCCAGGCCTGGGGCGTGGCGGTCCACGAGTCGTTCAGTTCGGTGGTGGCTTATGTGGTGGAGGCCTCGGTGCAGGACGGGCGTGCGGTGCTGCACAACGTGACCGCCGGGGTCCATTGCAACCTGGTGGTCAATCCGCGGAGCGTCGAAGCCCAGGTTCAAGGCGCGGCCCTGATGGGCCTGTCGATGTGCCTGCCGGGCGGTGCCGTCACGCTGAAAGACGGTGTCGTGCAGCAGAGCAACTTCGCCGACTTCAGCGTGCCGCGCATTACCGACATGCCACAGATCGCCGTGCACATCGTTCCCAGCGCCGAACCGCCAACCGGCATGGGCGAACCCGGCCTGCCCGCCCTCGCCCCGGCGTTTGCCAATGCGATCGCCAGCCTGACGGGCAAACCGCTGCGGCAGTTGCCGTTCAACCTGGCGTAA MLNEIFPNELPRALQHLLERDDSDGPATLPRRSFLKIVGIGGLALGAFPHLALGQQANGAGDGALKPTQQPSAFVQIAPSGEVTVTINRLEFGQGVQTGLPMILAEELDADWSLVRTRNGSNDSAYMDPAFGIHLTGGSNSIKNSYTQYRELGARARAMLLSAAAARWNVDAASLTTQNGTVLGPGGRKASYGELAEAAMALPVPEKVTLKDPKDFRIIGQATTRLDAKAKSSGQQDFGIDVNLPGQLTAVVARPPVFGARIASLDDSAARATKGVKAVLRVPLDGGAEGVAVVADGYWPAKLGRDALKVEWDVAKVEKVDTEKQLAQYRELAGKPGLVHFDADMKPLATAPHQLEAEFIFPYLAHAPMEPLNCTVQLSEGRAQLWVGTQFPGGDGAAAAKVLNLKPEQVQVNVQTAGGGFGRRGVPSNDFVVQACEVAKAARAAGIDAPVRTLWSREDDIKGGYYRPMHLHRARIGFDDSGKVLAWDHALVGQSILTGTLFGGQMKNGIDPTATEGMRDPYPLPMRLSVHHPKLNVPVLWWRSVGSTHTAFVMETLIDEIARATKQDPVAYRMNLFGDQSPRHRAALQLAVDKSEYGKRQLPAGQAWGVAVHESFSSVVAYVVEASVQDGRAVLHNVTAGVHCNLVVNPRSVEAQVQGAALMGLSMCLPGGAVTLKDGVVQQSNFADFSVPRITDMPQIAVHIVPSAEPPTGMGEPGLPALAPAFANAIASLTGKPLRQLPFNLA PGPT0009811_1081 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009811-iorB-K07303 NA NA D1-35_05254 264 hypothetical protein ATGAACCTGAAGAACCTCAGCCTCGCTTCACTGTTTGCCGTCCTCAGCCTCGGCGCCCTGACCGCCAACGCCCAGGACAGCGTCAAGCCACACACCTACATGTACGGCGATCATCTGGACATCGCCAAGGTGCTGTCGGTCAAGCAAGGGTCGGGCTCGGGCTGCGGCGTCGTCGAATCGCGCATGACCTATCTGGACTCCACCGGGACGATCCGGGCGCTGGACTACAGCGCTCTGGCCCAGGGGTGCGACCAGGATAATTGA MNLKNLSLASLFAVLSLGALTANAQDSVKPHTYMYGDHLDIAKVLSVKQGSGSGCGVVESRMTYLDSTGTIRALDYSALAQGCDQDN NA NA NA NA NA D1-35_05255 1521 hypothetical protein ATGAAATCGCCCCTGCGCTTTAACGATCACTACCGCAAAGCCGATCGCATCATGCTCGGGCTGCTCTGGCTCACGCTCCTGTATTCGCTGGGCCTGGCATTTCTTCATTCGACCTTCACTCAGGCGCTGCTGATCGGCGCACCAACGTGCCTGCTGGCGACGCTGCTCTACCGGGGCATCGGCGGCACCCGTGCGATGCGCTGCATCATCGCCATGGCGCTGATGGTCATGGCCGCGCTGCACATCAACCAGACCCGAGGCGTGATCGAGTTTCACTTCGGCATCTTCGTGCTGCTGGCGGTATTGACGTTCTATCGCGACTGGCTGCCGATCGTCGTGGCCGCCGGTACCATCGCCGTTCACCACGTCGGGTTTCATTGGCTCCAGCATCAGGGCTACCCGGTGTTCGTGATGGATGCCCACGGCGGGTGGACGATGATTTTTGTGCATGCCTTTTATGTCGTCGTCGAAAGCGTGATCCTGATCTACCTGGCGAACCAGAGCCTGGCCGATGCAACGGACAACCAGGACGTGCTCGACAAGGTGCTGGCCGCCGCCGCGCAGTTGAGTCGTGACACCGACACACAACGCAGCCAGGGCGTGAAAGTCTCATCCGGCGAGCGTTTCGACCATTTCCTCCTGCAGGTGACCAACCTGGTGGACGGTGTGGTGCGCGACACCCGTGACCTGTCGGACCTCGGCCAGGACCTGTCCCAGGTCGGCCGGACCCTGGAAAACGGTGCCCGGCACCAGTTGGACGAAGTGGCACAGATGAGCGGCGCGATCGGCCAGCTGATGCAGGCCATGGAGAGTATTACCGGCCACGTCGGCCAGACGCTGGAGCGCGCCGGGCAGGCCAACGAGCAAGTCAACCGGGGGCGCACCACGGTTGACCAGACCCGGGAAGAAATTCTCGAACTGGCGGGACGGATCAACCTGACCAATGAAACCGTGCAACTGCTGGCCGAGCAGGCGCAGCAGATCGGCCAGGTGCTGGACGTGATCAACAGCATCGCCGAACAGACCAACCTGCTGGCCCTCAATGCGGCCATCGAGGCGGCCCGGGCCGGCGAGCAGGGGCGTGGGTTCGCCGTGGTGGCCGACGAGGTCCGGACGCTGTCCCAACGGACCTCGACTTCCACCACGGAAATCCAGCAGATCATCGCCAAGCTGCAACAGGGCAGCCGTCAGGCTGCGATCGCCATGCAAGACAGCCGTGAAGGGGTCGAGCGTTGCGTGTCCGCCAGCCAGCAGGCCTCGCAACTGTTGCATGCTGTCGTCGAAGACATCGCGGTGATCAACCACTTCAACGACCTGATCGCCAGCACGACCCAGCAACAGTCCGCGGCGTCGATGGGTATCAATGAGCGCTTGCAAACGGTACAGGCCGTGGCCGAGCGCAACGCCGACAACATCGGTGTGCTGGCCCGCAGCAGCCAATGCCTGCCGCCTTTGGCGGAGCGGCTGGCGGCGCTGGGGCAAGCGTTTCATGGGCCAGACCGGCAGCTTGAGCGAAAATAG MKSPLRFNDHYRKADRIMLGLLWLTLLYSLGLAFLHSTFTQALLIGAPTCLLATLLYRGIGGTRAMRCIIAMALMVMAALHINQTRGVIEFHFGIFVLLAVLTFYRDWLPIVVAAGTIAVHHVGFHWLQHQGYPVFVMDAHGGWTMIFVHAFYVVVESVILIYLANQSLADATDNQDVLDKVLAAAAQLSRDTDTQRSQGVKVSSGERFDHFLLQVTNLVDGVVRDTRDLSDLGQDLSQVGRTLENGARHQLDEVAQMSGAIGQLMQAMESITGHVGQTLERAGQANEQVNRGRTTVDQTREEILELAGRINLTNETVQLLAEQAQQIGQVLDVINSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLSQRTSTSTTEIQQIIAKLQQGSRQAAIAMQDSREGVERCVSASQQASQLLHAVVEDIAVINHFNDLIASTTQQQSAASMGINERLQTVQAVAERNADNIGVLARSSQCLPPLAERLAALGQAFHGPDRQLERK PGPT0015710_24516 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 D1-35_05256 1149 patB COG1168 Cystathionine beta-lyase PatB ATGACTTTCGATTTCGACCAGGTGTTCGAACGCCAAGGCACCGGCAGCACCAAATGGAGCCGTTACCCGGCCGAGGTATTGCCGATGTGGGTGGCCGACATGGATTTTGCCGCCCCGCCGATGGTGATCGATGCGCTGCACAAGCGCCTGGAGCATCCGATGCTGGGCTACAGCGTGGCCCAGGACAGCCTGCGCGCCGCCATCGTCGCCGATCTCTGGAGCAAGTATGGCTGGCGCGTCGAGCCCCAGCAGATCCTGTTCCTGCCGGGGGTCGAGCCAGGTTTCAACATGGCTTTGCATGCGTTGGTCGAGCCGCAGCAGAACGTTGTGGTGCAGGTGCCCAATTACCCGCCGCTGCGTCATGCGCCGGGCCATTGGAACCTGAACAAGCTGGAGTTGCCCTTCACCCCGCTCGACGGAGAGTTCCACACGCCCCTGGGCGCATTGCGCGACGCCTTGCAGGGCGGCGGCGCGTTGTTGCTGAGCAATCCACACAACCCGCTGGGCAAGGTGTTTGGACGCGACGAACTCAAGGCCGTGGCGGACATTTGCGTCGAGCAGGACGCCTGGATCATTTCCGACGAGATCCATGCCGAACTGTGCTTCGATGGCCGCGTGCACATCCCCACCGCCAGCCTCGGCGCGGAGATTGCCGAGCGCACCATCACGCTGATGTCGGCCAGCAAGGCCTACAACATCGCGGGGCTGAAAACCTCCTTTGCGATCATCCAGAACGCCAGGCTGCGCGAGCGGGTCAACAGCGCCAGGGCGGGCATGGTCGACAGCGTCAATGCCCTGGGCCTGGAGGCGACTCGTGCCGCCTACAGCGAAGCGGGTCCGTGGCTGGAGGCATTGAAGGCCTACCTGCAAGCCAACCGGGACTACCTGGTCGACGCGGTGAAGAACCGCCTGCCAGGCGTGACCATGACCGTGCCCCAGGGGACCTACCTGGCGTGGCTGGATTGCTCCGGGCTGGGGCTGGACGATCCGCAAGCGTTTTTCCTGAAGGAAGCCAAGGTCGGCTTGAGCGCCGGGATGGATTTTGGCGATGATGCCGGGCAATTCGTGCGGCTGAACTTCGGTTGCCCGAGGGCCCTGCTGGAGGAAGGTCTTGCGCGGATGGAGCGGAGCCTGAAGGCCAGAGGCTGA MTFDFDQVFERQGTGSTKWSRYPAEVLPMWVADMDFAAPPMVIDALHKRLEHPMLGYSVAQDSLRAAIVADLWSKYGWRVEPQQILFLPGVEPGFNMALHALVEPQQNVVVQVPNYPPLRHAPGHWNLNKLELPFTPLDGEFHTPLGALRDALQGGGALLLSNPHNPLGKVFGRDELKAVADICVEQDAWIISDEIHAELCFDGRVHIPTASLGAEIAERTITLMSASKAYNIAGLKTSFAIIQNARLRERVNSARAGMVDSVNALGLEATRAAYSEAGPWLEALKAYLQANRDYLVDAVKNRLPGVTMTVPQGTYLAWLDCSGLGLDDPQAFFLKEAKVGLSAGMDFGDDAGQFVRLNFGCPRALLEEGLARMERSLKARG PGPT0001990_2525 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 D1-35_05257 405 hypothetical protein ATGTTCAGTCACATTCAGATTGGTGCGCGGGATCTACCGAAAATGGTCGCGTTCTACGATGCCGTCCTGGGGTGCCTGGGGTTGGTGCGCATGGACAGCGAAGACGACTCGGGCCCGCCCGGGGAAGGCTGGCATCAACCCGGCAGGCATTGGCCGCAGGTGTTCGTCCAGGTGCCGATCAATGGCCTGCCCGCGACCTGGGGCAATGGCATGCAAGTGAGCTTCGCCGCCGATTCGCCGCAGACCGTGCGCGCCGCTTGGGACATGGCCCTGGCGATGGGCGGTTTCGACGAAGGCGCGCCGGGCCCGAGGCCCCAGTATTCAAAGGATTACTTCGGGGCTTATTGCCGGGACCCGGAGGGCAATAAGTTGTGCTTTGTGCATACGCCGGATATGTATGACTGA MFSHIQIGARDLPKMVAFYDAVLGCLGLVRMDSEDDSGPPGEGWHQPGRHWPQVFVQVPINGLPATWGNGMQVSFAADSPQTVRAAWDMALAMGGFDEGAPGPRPQYSKDYFGAYCRDPEGNKLCFVHTPDMYD NA NA NA NA NA D1-35_05258 858 ydaD General stress protein 39 ATGGCCGATTACCCAACCCCACCCTTCCCCAAACAAAGCCAGCCCGTCCCCGGCAGCCAGCAGAAGATGGACCCGTATCCAGACTGCGGTGAACAAAGCTACAAGGGTTCCGGTCGCCTGGCGAACAAGATTGCGCTGATCACCGGCGCCGACAGCGGCATCGGGCGAGCGGTAGCCATCGCCTTCGCCCGCGAAGGCGCCGACGTGGCCATTTCCTACCTGAACGAGCACGAGGATGCCAAGGAGACCGCTCGCTGGGTCGAACAGGCCGGCCGGCAATGCCTGTTGCTGCCCGGCGACCTGGCGGACAAGGTCCAATGCCGCAAGGTCGTCGATGAAACCGTGGCGCGCTTCGGCCGCATCGACGTCCTCGTCAACAACGCCGCGTTCCAGATGACTCACGAAACCCTGGAAGAGATTCCGGACGAAGAATGGGTGCGCACGTTCGATATCAACATCACCGCAATGTTCAGGATCTGCCAGGCCGCGGTGCCGCACATGCAGGCCGGGGGATCGATCATCAACACCACCTCGGTCAACTCGGACATGCCCAAGCCGACGTTGCTGGCCTATGCCACGACCAAAGGCGCCATCGCCAACTTCACCGGTGGCCTGGCGCAGATGCTCGGGCCCAAGGGCATCCGGGTGAACAGCGTCGCGCCAGGGCCGATCTGGACACCGCTGATCGTTGCCACCATGCCCGAGGAAGAAGTGCAGAACTTCGGTTCGCAGACACCACTGGGGCGCCCCGGCCAGCCCGTGGAAGTGGCGCCGATCTTCGTGCTGCTGGCCTCGGATGAGTCCAGCTACATCTCCGGCTCGCGGTATGCGGTGACCGGGGGCAAGCCGATCCTTTAA MADYPTPPFPKQSQPVPGSQQKMDPYPDCGEQSYKGSGRLANKIALITGADSGIGRAVAIAFAREGADVAISYLNEHEDAKETARWVEQAGRQCLLLPGDLADKVQCRKVVDETVARFGRIDVLVNNAAFQMTHETLEEIPDEEWVRTFDINITAMFRICQAAVPHMQAGGSIINTTSVNSDMPKPTLLAYATTKGAIANFTGGLAQMLGPKGIRVNSVAPGPIWTPLIVATMPEEEVQNFGSQTPLGRPGQPVEVAPIFVLLASDESSYISGSRYAVTGGKPIL NA NA NA NA NA D1-35_05259 444 hypothetical protein ATGGATTCGGTATTGCGAGCCGCCGCTATGTACGCGGTATTGTTGGTGTTGTTCAAGATCGCCGGGCGACGTTCGCTGGCGGAGATCACCACCTTCGATTTCGTCCTGTTGATGATCATTGGCGAGGCTACCCAGCAGGCATTGTTGGGGGACGATTTCTCGATGACCAATTCGTTCATGGTCATCGTCACGCTGATTGCCATCGATGTCGGGTTTTCGCTGCTCAAGCTGCGCTCCGACTGGGTTTCGCGGCTGATCGATGGTGGTCCGACCATCATCGTCGAGGATGGGCGTATCTTGCAGGGGCGCATGCGTCACGCCCGGCTGATAGAGGCAGACATCATGGAAGCGGCGCGCTCGAGCCAGGGCATCGAGACCCTGGATCAGATCAAGTTCGCGATCATCGAACGCAACGGGAAGATTTCGGTGATCGCCAAGGAGTGA MDSVLRAAAMYAVLLVLFKIAGRRSLAEITTFDFVLLMIIGEATQQALLGDDFSMTNSFMVIVTLIAIDVGFSLLKLRSDWVSRLIDGGPTIIVEDGRILQGRMRHARLIEADIMEAARSSQGIETLDQIKFAIIERNGKISVIAKE NA NA NA NA NA D1-35_05260 519 hypothetical protein ATGATCGATCAGCGTGAACAAGACGACCACCGCAGCCGCCAGTTCCCGGTGGAAGAGGACATGGCATTCCAGCACAAGGTCTGGCGCTTCGAGCGGGTCGGCTGGTACGTATTGGTGCTGTTGGTGATCCTGACCCTGCTCGGGCTGTTTTCCCGTGGTCCGCTGAGCAGCCGCGAAGCGCAAAGCGCGGACGGCAGCATTGGCGTCGAATACGAGATGTTCCATCGCAACGGCTCGGTCAATCCGCTGGTCGTCCGTCTGCAAGGCGCGTCCAACGCGGTGCTGGAGGTGGAGCTCGGCGGCGATTGGCTGGAGGGGTTCGATGTGCAGAGCGTGCAACCGCAGCCAGTGCGTTCGGCCGCCGCGGGGCAGGGTATGAAGATCTGGGTCCAGGCCGACGGGCAGGGGCGGGCCAACCTGCACCTGTCACTGCTCGGTGAAGGCCTCGGTAACTATAAAAGCCGCATCGCAACGCCCAATGGCGCCGAGGTCAGGTTCAATCAATTCATCTTTCCATAG MIDQREQDDHRSRQFPVEEDMAFQHKVWRFERVGWYVLVLLVILTLLGLFSRGPLSSREAQSADGSIGVEYEMFHRNGSVNPLVVRLQGASNAVLEVELGGDWLEGFDVQSVQPQPVRSAAAGQGMKIWVQADGQGRANLHLSLLGEGLGNYKSRIATPNGAEVRFNQFIFP NA NA NA NA NA D1-35_05261 501 pncC_2 COG1546 Nicotinamide-nucleotide amidohydrolase PncC ATGACTGTTGCCCAATCCCTGGTTGATTATCTGCAAGACCATGAACTGCGCCTGACCACCGCCGAGTCCTGCACCGCCGGGCTGATCGTCACCCTGTTGGCGGAAGTGCCGGGCAGTGGCTCGCTGATCGAAAGCGGCTATGTGGTGTATTCCCCCGAAGCCAAGCAGCGCTTGCTCGGCGTCAAGCCGCGCACCATCGATACCTTCAATCTCACCAGCCGCGAAGTCGCCGAGGAAATGGCCCTGGGCGCGCTGCGCGACGCCGACGCCAACGTCGCGGTCGCTACCACCGGCCTGCTCGGGCCGGACGACAAGGACGGCATACCTGCTGGCACGGTCTGTTTTGCCTGGGCGTTCGAGGTAAACGGCCAGCGTGCGCTGTTCAGCCGCCAGGAGCGATTCTTTGGCGACCGGCGCCAGGTGCAGTTGCTCTCCAGCGAGTACGCCTTGCGGCAATTGCCCGGCTATCACCAGCGTGCTTTGGCCGGTGAACTTCGATAG MTVAQSLVDYLQDHELRLTTAESCTAGLIVTLLAEVPGSGSLIESGYVVYSPEAKQRLLGVKPRTIDTFNLTSREVAEEMALGALRDADANVAVATTGLLGPDDKDGIPAGTVCFAWAFEVNGQRALFSRQERFFGDRRQVQLLSSEYALRQLPGYHQRALAGELR PGPT0013460_343 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013460-pncC2-K03743 NA NA D1-35_05262 612 yohC_2 Inner membrane protein YohC ATGTCTGTGCTTTTCGTCAAGCTGTTCACCCATCCGGAATTTGCCTGGGGGGACATTCGCGAGCAGGAGCAGGCTCACCCTCACCATTACCTGGCCCATCTGCTGTTGCTGGCGCTGATTCCGGCGGTGTGCCTGTTCATCGGTACCACCTGGACCGGCTGGAGCCTGGCCGAAAACGAGACCGTGAGGTTGAGTCAGGCCAGCGCCTTGCAACTGTGCGCCCTGCTCTACCTGACCATCGTGATCGGCGTCTCGCTGATGGGGCTGTTCATCCGCTGGATGTCGCGCACCTTCGAGGCTCGGCCCACGGTCAACCAGTGCATCGGTTTTGCCGCCTACACCGCAACCCCGTACTTCCTGGCCGGCATCTTCGGGCTGTACCCCAGCCGCTGGCTGGCGGTGGTGGTCCTGTTGCTCGCCTCGGTCTACTCGACATTCCTGCTGTTCGTCGGTCTACCCAAGTTCATGGGCCTGAAGAAAGAACAAGGGCTATTGTATTCAGCGAGCGTCTGGGGCGTCGGTTTACTGGTGCTGGTCACGATCCTGGTGGAAATGATCCTGCTGTGGTTCAACTACCTGCAACCGGAATACCTTCGCGTGCCGGTGGGCTGA MSVLFVKLFTHPEFAWGDIREQEQAHPHHYLAHLLLLALIPAVCLFIGTTWTGWSLAENETVRLSQASALQLCALLYLTIVIGVSLMGLFIRWMSRTFEARPTVNQCIGFAAYTATPYFLAGIFGLYPSRWLAVVVLLLASVYSTFLLFVGLPKFMGLKKEQGLLYSASVWGVGLLVLVTILVEMILLWFNYLQPEYLRVPVG NA NA NA NA NA D1-35_05263 4146 rcsC_25 Sensor histidine kinase RcsC ATGTCTTCACCAAGCAAACGCTCTCCCAACGTGCCACAGCGACGAGAGCTGAGCCCCAGCAGCCTCGAGTTTCCGGTAGTAGGAATCGGCGCCTCTGCGGGCGGCTTGCAGGCCATCAAGCAGTTTTTTGAACACATGCCCAAGGACAATGGCATGGCGTTCGTGATCGTCCTGCACCTGGCTCCAGACCATCAAAGCATCGCCGACAAGATCATCCAGGAATCGACCAAGATGCCGGTGCTCCAGGTGAGCGAGACGGTCGCTATCCAGAAAAACCATGTCTATGTCATTTCCCCCGCCCATCATTTGTCGATGAACGACGGATATCTGAAGGTCAAGCCGGCCGAGCCGCGCCTCGGCGGGCATGTGGCTATCGACCTGTTTTTCCGTGACCTGGCCGACGTACACAAGGAGCGGGCATTCTGCCTGGTGCTGTCGGGCACCGGCTCCGACGGAGCCGTGGGCCTGTCGCGCATCAAGGAACAGGGCGGCGTGACCATCGCCCAATCGCCCCAGGACGCCGAATTCGACGGCATGCCCCAGGCCGCCATCGACACCCAGATGGTCGACCTGGTGCTTCCCGTGGTGGAAATGCCGCAAAAGCTCCTGGAGCTGTGGCGAAATTCCCAGAATATTCGCCTACCGACGGCCAACGACCCGGAAATCAAGACCCAACCGCCAACCTCCGAGCGCGAAGCAGTCGCCGCCGAGCAATCGCTGCATGACATCCTGGTGCAGCTGCGCGCTGGCACCGGGCATGACTTCAAGCATTACAAGCGGGCCACCGTGCTGCGGCGCATCGAACGGCGCATGCAGGTCACCGCCCAGCCAGATCTGGGCGCCTACTACGCGTATCTGCAGAATCACCCCGAAGAAACCAAGGCGCTGCTGGGCGACCTGCTGATCGGGGTGACCAATTTCTTCCGCGATCGCGAAGCCTTCGAAGCCCTGGAGCGCGACGTCCTGCCCAACCTGTTGAAGCCGGTCGAGCCGGGTAGCGTGCCGCCTGAGGAGATCAGGATCTGGTCGGCCGGCTGCTCCACCGGCGAAGAGGCCTATACCCTGGCCATGTTGCTCAGCGATCAGTTACAGCATGATTCGAGCAACGCCAAGCTGCAGATATTCGCCACCGACATCGACGAACGCGCCATTACCGTGGGGCGCGGCGGCGCCTACCCGGAAGCGATCATTACCGACGTGCCGCCCACTCGCCTGCGCCAATATTTCCTGAAGGAAACCACGACGTACCGTGTGCGCAAGGAAATCCGCGAGCGCGTGCTGTTTGCCAAACACAGCCTGCTGTCGGACCCGCCCTTCTCGCAGATCGACCTGATCGTCTGCCGCAACCTGCTGATCTACCTCGACCGCGAAGTGCAGCGGGAAATCCTGCAAATGTTCCACTTTGCCCTGCGCCCGGGAGGCTACCTGTTCCTCGGTTCGTCGGAGTCGGCCGATGCCTGCAGCGAGCTGTTCAGCCCGGTGGACAAGCGCAACCGGATCTTCCGCGCCAAATACGGCACTGCCGCCAGCCGCCGAACCCCGACCATGCCCCGTGGCGGTTACGTGCGCAGCACCTCGTCCCTGGCCGCGCCGCAGATCATCGCGCCGCGCAAGGTGTCGTTTGCCGATATCCACTTGCGTGCCATCGAACGGGCCGCGCCACCGAGCATAATTGTCGACAGCAATGGCGACATCCTGCACATGATCGAAACCGCCGGCCGCTATCTGCGCCACGTCGGCGGCGAGATGTCGCGTAACCTGCTGACGCTGATCAACCCGCAGCTGCGCCTGGAAATCCGCACCGCCTTGTTCCAGGTGAACCAGAACGGCCAGCCGGTCAAGTCCCGCCAGGTCAATATGGAGCGCGATGGCAAGCGCTTCCTGGTGGACCTGCTGGTCCAGCCGTATCGCGACGACGAATCCGATGGCGAGTTTGTCCTTGTCGTGTTCGAGGAGGAGGAAGTCGATCCCAGCCAGCAGGTTACCGCCATCACCAGCCAGACCGAAAACCAGGTGCTGGCCAATCTGGAGCGGGAGCTGCAGCGGACCAAGTCGCACCTGCAGGACACCATCGAGCAGGCCGAGGTCTCCAGCGAGGAGCTCAAGGCCTCCAATGAAGAAATGCAGGCCATCAACGAGGAACTGCGCTCGGCCACCGAGGAGCTGGAAACCAGCAAGGAAGAGCTGCAATCGATCAACGAAGAGTTGCTGACGGTCAATTACGAGCTGAAGACCAAGGTCGAGGAAACCGACAAGATCAACGACTACCTCACCAACCTGATCGCCTCCACCGACATCGCCACGGTATTCGTCGACCGCAGCATGCGCATCAAATGGTTCACCCCGCGGGCCACGGAAATCTTCAGCATGCTCCCGGTGGACACCGGCCGTTCACTGCTCGACATCACCCACCGCCTGGACTATGCGGAGATGGCTGCGGACGCCACCCAGGTGTTCGAGTCGCTGAACATGATCGAGCGCGAAGTCAGCAGCAAGGATGACCGCTGGTACATCGCCCGCCTGCTGCCCTATCGCTCCAGCGAAGACCACATCGACGGCACGGTGTTGACCTTTATCGACATCACCAAGCGCCGTGCCGCTGAAGAAGAGTTGCGCCTGGGCGAAGAGCGCATGCGCCTGGTGGCCGAAAGCACCCGCGACTACGCGATCATCCTGCTCGACGAACATGGCGTGATCACCAGTTGGAACACCGGCGCGCAGTTGATTTTCGGCCATACCAAGGCCGAAGCCGAAGGCGCTTATTACGACTTCCTCTTTACCCCGGAAGACCGTAGCTACGGCGCTCCTGAAACCGAACTGAGCACCGCTCGTGCCAAAGGCCGTTGCGAAGACGAGCGCTGGCATCAACGCAAGGACGGCAGCCGCTTCTTCTGCAGTGGCGAGGTCACGCTGCTCAGTGGCGACTACTTGCAGGGCTACGTGAAGATTGCCCGTGATCTCACCGGGCATAAGCGCCTGCACGAAGAACAGACCCAACGGCTCATGGAAACCCAGAACAACAGCCACTTGAAGGATGAGTTCTTCGCGGTCATGTCCCACGAACTGAAGCACCCGCTGAATCTGATCCAGCTCAACGCCGAATTGCTGCGCCGCCTGCCGGTGACCAAGAGCGTCACTGCGGCTGCCAGGGCGGTCAACACCATCTGCGACGCTGTTACCAGCCAGGCGCGTATCATCGACGACCTGCTGGACGTAGCCCGAGTACGCACCGGCAAGCTCAAGCTCAAGCGCCTGGCGGTCGATCTGGGTCGCGTGCTGCAAGACATCTACACCGTGGTGATCAACGACAACCATCCGAACAAGGTCACTCTGGAACTGCCCGAAGGGCCCGGCAGCGAGCTGATTGTCAACGCCGATCCGACCCGGCTGGAGCAGATCATCTGGAACCTGGTGAATAACGCGCTGAAATTCACCCCGAATGGCGGCCGCGTGCAGTTGATCGCCAGCCAGGACGGGCGCATGGCTCGCCTGGACGTCAAGGATTCAGGCGTCGGTATTGCCGCGGAACACTTGAGCGAAGTGTTCGACCTGTTCGGCCAGGCCGAGACCCAGCATGCGACCCATCAGCGCGAAGGGCTGGGAATCGGCCTGTCGCTGGTACGGCAGTTGACCGAAGCCCACGGCGGCAGCGTCGAGGTCAAGTCCGAAGGGCTGGGCAAAGGCTGTACGTTCACCATCCGCCTGCCCTTGAGCAGCGCCGAGCTGGCGCCCAAGCCGCAAGCCTGCGAAGAGCAATCCGGACGCCTGAGCGGCTTGACGGTGTTGTTGGTGGACGATTCCCCCGACGTGCTCGATACCCTCAAGCTGCTGCTGGAAATGGAGGACGCCAACGTCGTTGCGTTCGATCAACCGTTGCAAGCGCTGGAAGCGGCCCGGGACGCCCGTTACGACGTGGTGATCTCGGACCTGGGCATGCCGGTAATGAATGGCCATGAACTGATGCAGGCGCTGCGCGAGTTGCCCCACATCAAAAACATCCCGGCCATCGCCCTGACCGGGTACGGTGCGTCTGTCGACATGCACAAGTCGCAGCAGTCGGGTTTTGACCAGCACATCGGCAAACCGGTGTCCTATGACGAGTTGATCGAAGCGATCGAGCAATTGCGGCGGGCGCGGGTTTATTAG MSSPSKRSPNVPQRRELSPSSLEFPVVGIGASAGGLQAIKQFFEHMPKDNGMAFVIVLHLAPDHQSIADKIIQESTKMPVLQVSETVAIQKNHVYVISPAHHLSMNDGYLKVKPAEPRLGGHVAIDLFFRDLADVHKERAFCLVLSGTGSDGAVGLSRIKEQGGVTIAQSPQDAEFDGMPQAAIDTQMVDLVLPVVEMPQKLLELWRNSQNIRLPTANDPEIKTQPPTSEREAVAAEQSLHDILVQLRAGTGHDFKHYKRATVLRRIERRMQVTAQPDLGAYYAYLQNHPEETKALLGDLLIGVTNFFRDREAFEALERDVLPNLLKPVEPGSVPPEEIRIWSAGCSTGEEAYTLAMLLSDQLQHDSSNAKLQIFATDIDERAITVGRGGAYPEAIITDVPPTRLRQYFLKETTTYRVRKEIRERVLFAKHSLLSDPPFSQIDLIVCRNLLIYLDREVQREILQMFHFALRPGGYLFLGSSESADACSELFSPVDKRNRIFRAKYGTAASRRTPTMPRGGYVRSTSSLAAPQIIAPRKVSFADIHLRAIERAAPPSIIVDSNGDILHMIETAGRYLRHVGGEMSRNLLTLINPQLRLEIRTALFQVNQNGQPVKSRQVNMERDGKRFLVDLLVQPYRDDESDGEFVLVVFEEEEVDPSQQVTAITSQTENQVLANLERELQRTKSHLQDTIEQAEVSSEELKASNEEMQAINEELRSATEELETSKEELQSINEELLTVNYELKTKVEETDKINDYLTNLIASTDIATVFVDRSMRIKWFTPRATEIFSMLPVDTGRSLLDITHRLDYAEMAADATQVFESLNMIEREVSSKDDRWYIARLLPYRSSEDHIDGTVLTFIDITKRRAAEEELRLGEERMRLVAESTRDYAIILLDEHGVITSWNTGAQLIFGHTKAEAEGAYYDFLFTPEDRSYGAPETELSTARAKGRCEDERWHQRKDGSRFFCSGEVTLLSGDYLQGYVKIARDLTGHKRLHEEQTQRLMETQNNSHLKDEFFAVMSHELKHPLNLIQLNAELLRRLPVTKSVTAAARAVNTICDAVTSQARIIDDLLDVARVRTGKLKLKRLAVDLGRVLQDIYTVVINDNHPNKVTLELPEGPGSELIVNADPTRLEQIIWNLVNNALKFTPNGGRVQLIASQDGRMARLDVKDSGVGIAAEHLSEVFDLFGQAETQHATHQREGLGIGLSLVRQLTEAHGGSVEVKSEGLGKGCTFTIRLPLSSAELAPKPQACEEQSGRLSGLTVLLVDDSPDVLDTLKLLLEMEDANVVAFDQPLQALEAARDARYDVVISDLGMPVMNGHELMQALRELPHIKNIPAIALTGYGASVDMHKSQQSGFDQHIGKPVSYDELIEAIEQLRRARVY PGPT0015655_237 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015655-cheBR-K13924 NA NA D1-35_05264 2622 ligD_2 COG1793 Multifunctional non-homologous end joining protein LigD ATGACCAGCAAAACCCTTGAAGACTACAACCGCATGCGCGACTTCGCCGCCACCCCGGAACCGGCGGCGAAACGCTCGCGCAAAGCGGCGAAAACCGCCCATGCCCTGCAGTACTGCATCCAGAAGCACGATGCCACGCGGCTGCATTACGATTTTCGCCTGGAGCTGGACGGCGCGCTCAAGAGCTGGGCAGTGCCCAAGGGACCGTCCCTGGATCCGAAGGTCAAGCGCCTGGCCGTGCATGTCGAAGACCATCCGCTCGATTACGCGACCTTCGAGGGCAGCATTCCCGAAGGGCACTACGGCGCCGGCGATGTCATTGTCTGGGACCGGGGCGTGTGGATTCCCCAGGGCGACGTACACGAAGCCTACGAAAAGGGCCGCCTCAAGTTCGAGCTGCGCGGGGAGAAACTCGCTGGCCTGTGGAACCTGGTGCGCACCCATATGCCCGGTAAACAGGAGCAATGGTTCCTGATCAAGCATCAGGACGACGCAGCCCGTCCGGAGAGCGAGTACGACGTGGTCGAGGCCGAGCCGGACAGCGTGCTCAGCGACCGCACGATCGTGCCCAAGCGCCGAGGCAAGGCCGCTGCTGCCAAAGCCGTAAAACAACCGGAAAAAGCCGCGCCGCCGAAATCGTCGAAAAAAACCGCGAAGACCACCCTCAGCGGCGCCGTTGCCGGCCCGATTCCCGAAACCCTCAAGCCGGAACTGGCGACGCTGGTGGACAGCGCGCCCGAGGGCGACTGGCTCTACGAGATCAAGTTCGACGGCTACCGGGTCATGGCGCGTATCGACAACGGCGATGTGCGCTTGATCACCCGCAACGGCCATGACTGGACCCACAAACTGCCGAAACAGGCCGAGGCCTTGGCCGGGCTCGGATTGGAATCGGCCTGGCTCGACGGCGAGATGGTCGTCGCCAATGAGCAAGGCGTGCCGGACTTCCAGGCCCTGCAAAACGCCTTTGATGCCGGCAGCAGCGGCAAGATCGCCTATTACCTGTTCGATTTGCCCTACCTCAACGGCATGGATCTGCGCAAAGTGCCGGTGGAGGAGCGTCGGGCCGCGCTGGCAGCGGTGCTTGAGGCGAATGAAGATCCGTTGCTGCGCTTTTCCGACGCCTTCGAGGAAACCCCCGAAGCACTGCTCAACAGCGCTTGCCAGATGCGCATGGAAGGACTGATCGGCAAACGCCAGGGCAGCGCCTATGTGTCCCGGCGCAGCAGCGACTGGATCAAGCTCAAATGCAAGAATCGCCAGGAGTTTGTCGTGGTCGGCTTCAGCGAGCCCAAGGGCTCGCGCAGCGCGTTCGGTGCCTTGTTGCTGGGCCTGCATGACGTAGACAGCGGTGAGCTGCGGTATGCCGGCAAGGTCGGCACCGGTTTCAACGAGACGACGCTCAAAAGCATCTACCAGCAGCTGTTGCCCCTGGAAACGAAAAAAGCCGCCGTGGTCAACCCCCCCACTGGTTACGAGGCCAAGGGCGTGCACTGGCTCAAGCCGGAATTACTGGCCGAGGTGGCATTTGCTGAAATGACCAAGGAAGGTTCGGTACGCCACGCGGTGTTCCATGGCTTGCGCAACGACAAGCCGGCCAAGGCGATTACCCAGGAACTGCCGAAACCGATAGAGAAGCCCGCCAGGAAAAAAACCGCCGCCAAGGAGGAGCCGGCACCGGCCAAGCCCAAGACCAAAGCCAAGGCCAAGACCACCCAGGCACCGACCCTGGACGGCAAGGTGCGCATTACCCACCCGGACCGGATCATCGATGCCAGCAGTGGCACGACCAAGATGCAACTGGCCGAGTACTACGCCAGCGTTGCCGAATTCATCCTGCCGGAACTGGCCGACCGTCCGGTGGCCCTGGTGCGCGCGCCGGACGGCATCGCCGGCGAGCTGTTCTTCCAGAAGAACCCCGAGCGCCTGGCGATTCCCGGCATCACCAGCCTGGACAAGGACCTGACCGGGCAACCGGTGATGATCATCAACAACGCCGAAGCGCTCATCGGTGCGGTGCAGATGAGTACCGTGGAGCTGCACACCTGGAACGCCACTTCGGTAGACCTGGACAAACCCGACCGTTTTGTCCTCGACCTTGACCCGGACCCGGCGCTGCCGTGGAAAAGCATGGTGGAAGCCACGCAACTGACCTTGTCGGTGCTGGATGAGCTGGGCCTGAAGGCGTTTCTCAAGACCAGCGGCGGCAAGGGTATCCACGTGGTGGTGCCGCTGACCCGCAAGTTGGGCTGGGACGAGGTCAAGGGCTTCAGCCACGCCATTGTCAGCCACATGGCCAAGCTGTTGCCCGATCGCTTCTCGGCGGTATCGGGACCGAAAAACCGGGTGGGGCGGATTTTCATCGATTACCTGCGCAACGGCCTGGGCGCCACGACCATTTGTGCCTATGCCGCCCGCACCCGTGAAGGGCTGCCAGTGTCGGTGCCGATTTATCGCGAAGAAGTGGCCGAGCTCAAGGGCGCCAACCTGTGGAACGTACACAACGTGCATGAGCGGCTGGCCGAGGTGGGGCATGAGCCTTGGGCGGACCTGAAGAAAACCCGCCAGGGCATCACGGCCGAGATGCGTCGGCGGATCGGGATGAAGACCACCGCCAAGTAG MTSKTLEDYNRMRDFAATPEPAAKRSRKAAKTAHALQYCIQKHDATRLHYDFRLELDGALKSWAVPKGPSLDPKVKRLAVHVEDHPLDYATFEGSIPEGHYGAGDVIVWDRGVWIPQGDVHEAYEKGRLKFELRGEKLAGLWNLVRTHMPGKQEQWFLIKHQDDAARPESEYDVVEAEPDSVLSDRTIVPKRRGKAAAAKAVKQPEKAAPPKSSKKTAKTTLSGAVAGPIPETLKPELATLVDSAPEGDWLYEIKFDGYRVMARIDNGDVRLITRNGHDWTHKLPKQAEALAGLGLESAWLDGEMVVANEQGVPDFQALQNAFDAGSSGKIAYYLFDLPYLNGMDLRKVPVEERRAALAAVLEANEDPLLRFSDAFEETPEALLNSACQMRMEGLIGKRQGSAYVSRRSSDWIKLKCKNRQEFVVVGFSEPKGSRSAFGALLLGLHDVDSGELRYAGKVGTGFNETTLKSIYQQLLPLETKKAAVVNPPTGYEAKGVHWLKPELLAEVAFAEMTKEGSVRHAVFHGLRNDKPAKAITQELPKPIEKPARKKTAAKEEPAPAKPKTKAKAKTTQAPTLDGKVRITHPDRIIDASSGTTKMQLAEYYASVAEFILPELADRPVALVRAPDGIAGELFFQKNPERLAIPGITSLDKDLTGQPVMIINNAEALIGAVQMSTVELHTWNATSVDLDKPDRFVLDLDPDPALPWKSMVEATQLTLSVLDELGLKAFLKTSGGKGIHVVVPLTRKLGWDEVKGFSHAIVSHMAKLLPDRFSAVSGPKNRVGRIFIDYLRNGLGATTICAYAARTREGLPVSVPIYREEVAELKGANLWNVHNVHERLAEVGHEPWADLKKTRQGITAEMRRRIGMKTTAK PGPT0014910_382 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D1-35_05265 1164 COG2170 Putative glutamate--cysteine ligase 2 ATGAACAGGCGTTTGAAGTTCGGCATTGAAGAGGAATATTTCGTCACCGACCTGCAAACCCGGCACATGCCCGACCAGCCGCCCGTAGCGGCGATTGCGGCATGCCGGGAGGAGCTGGGTGAGCATTTCGCCCACGAGATGTTCCTGAGCCAGGTGGAGATGGCTTCGCCCATCTTCGAGAACCTGGCGGAGGCCGCCGATTACCTGGCCCAGGTGCGTAGCGGCCTGACGCGGCGCCTGGCACCCCACGGCCTGGGATTATTGAGCGCCGGCTCACATCCGATGACCACGGTCGGCTTGCAGCCCACCGACGAGCTGCATTTCCAGCAATTGTTCGACGATTACCAGCGAGTGGCGCGCCGCAGCGTGTTATCGGGCCTGCATGTACACGTGGAAGTACCGGGCGATCAGGACCGGGTCAAGGTCATGAACGAAGTGTTGCCGTGGCTGCCGATGTTGTTGGCGCTGAGTGCGTCTTCGCCGTTCTGGAACGGCGGCTACAGCGGCTTCAGCAGTTATCGCCAGGTAGCCTGCGATGAATGGCCGCGGATGGGCGTGCCGGAGTTCTTCGCCGACGAGGCCGCGTTCAACGGCTACGTCGACATGCTCACGCGCACCGGCTCCATTCGCCAGCCCAGCGATTGCTGGTGGGTGCTCAGGCCGTCGTCGCGTTACCCGACGCTGGAGCTGCGCATCTGCGATGCCTGCCCGCGGATCGACGACGTCCTGTGCCTGGTTTCGCTGTTTCGCCTGATGGTTGCCCATGCCTGCGCCCAGCCCAAGCCTGGGGCCAATTACAGCCTGATGTCGCAGTGGATCCTCAAGGAAAACCGCTACCGGGCCAAGCGCCACGGCATCCTGGCGGAGTTCATCATCGAGGGGCAGGAACAACCCATGCTCATTGGCGAATGGCTGAACCTGGCCGAGCAGACCTTCGCCGACACCGCCACAGCGCTGGGCGTGCAGGACGTGTTCAAGCAAGCCCGCCGGATCGTTCAGGAGGGCACCAGTGCCGATCGCCAGGTCGTGCTGTATGAACAAGGCTTGCTGCTGGGGGACTCCATCGAACAGGCCCTGAGCCGGGTGGTTGATCAGTTGCTCTCGGAAACCGCCGGCATGCCGGTGGCCGATCCTACCCTTGCGCAAGTTGCAGGTGGCCCATGA MNRRLKFGIEEEYFVTDLQTRHMPDQPPVAAIAACREELGEHFAHEMFLSQVEMASPIFENLAEAADYLAQVRSGLTRRLAPHGLGLLSAGSHPMTTVGLQPTDELHFQQLFDDYQRVARRSVLSGLHVHVEVPGDQDRVKVMNEVLPWLPMLLALSASSPFWNGGYSGFSSYRQVACDEWPRMGVPEFFADEAAFNGYVDMLTRTGSIRQPSDCWWVLRPSSRYPTLELRICDACPRIDDVLCLVSLFRLMVAHACAQPKPGANYSLMSQWILKENRYRAKRHGILAEFIIEGQEQPMLIGEWLNLAEQTFADTATALGVQDVFKQARRIVQEGTSADRQVVLYEQGLLLGDSIEQALSRVVDQLLSETAGMPVADPTLAQVAGGP PGPT0026300_366 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D1-35_05266 1002 prmC_2 Release factor glutamine methyltransferase ATGAATCAGGAAGATCGCCTGTCCGAACCCGACCTGGCGCTGCTGCAACTGGGTCGCCGCCTGCACGCCGACGGCTACCGTTTCATCACCCCGACACCGTTAACCCATGAACGGGTCAATAAACGGCCCGGCAACGAGCGTTCGAAGACCCTGCGGGACGTTTTCGGCTGGTCGCGGCCGTTCGCGCCTGGGCTGATTTCCGCCGATGAGCAGCGTCAGTTGCAGGAGGCGCAGGTGTTGGAGGAACGTGACGGCCTGTTATACAGCCGCGTGCGCTGGTCGAGCCTGGACGGGATGCTGTTCGCCCATTCGCAGTTTCCCACCCAGGCCAATGACGCAGTATTTTTCGGCCCGGACAGCTATCGGTTCGCCCATCTGATCCATACCCACCTGCAACAGAACTTCACCGCGGTGCATCGGGCCGTGGACATCGGCTGTGGTGCCGGTGTCGGGGCCATGGTGATTGCCCGCGCCCGGCGCGAGGCCGAGGTTCTCGCCGTGGACATCAATCCCCTGGCCCTGCGCCTGTGCGCGGTCAACGCCGCGCTGGCCGAGGTTGCCAACGTCGAGGTCGCCCACAGTGATGTTCTCCGGGACGTCGAGGGCAGCTTTGACCTGATCGTTGCCAACCCACCGTACATGGCCGACCCGGCCGAGCGCGCCTATCGCCATGGTGGCGGCGCGCTGGGCGCCGGCCTGTCGCTGCGTATCGTCGAGCAGGCGTTGCCCCGGCTTACGCCTGGTGGCTCGCTGGTGCTCTACACCGGCGTGGCGATGGTCGACGGTCGCGATCCGTTCCTGGAGGCGCTTGGCCCTTGGCGCGATTCGGCGCAGTACGGCTGGACTTACCGGGAACTGGACCCGGATGTCTTCGGCGAGGAATTGCTGACCCCGGGTTATCAGGACGTGGAACGGATCGCCGTGGTGGCGTTGGTTGTCACCCGCACGGGTGCGGGTATCGGAGGGAACATCGATGAACAGGCGTTTGAAGTTCGGCATTGA MNQEDRLSEPDLALLQLGRRLHADGYRFITPTPLTHERVNKRPGNERSKTLRDVFGWSRPFAPGLISADEQRQLQEAQVLEERDGLLYSRVRWSSLDGMLFAHSQFPTQANDAVFFGPDSYRFAHLIHTHLQQNFTAVHRAVDIGCGAGVGAMVIARARREAEVLAVDINPLALRLCAVNAALAEVANVEVAHSDVLRDVEGSFDLIVANPPYMADPAERAYRHGGGALGAGLSLRIVEQALPRLTPGGSLVLYTGVAMVDGRDPFLEALGPWRDSAQYGWTYRELDPDVFGEELLTPGYQDVERIAVVALVVTRTGAGIGGNIDEQAFEVRH NA NA NA NA NA D1-35_05267 1386 hypothetical protein ATGACTGCGCTGACATCCCTCCAATCCAGGCCTGCCACCGCGCAGCCATTCACCACTGCGGGCAACGTTCGTCAATGCTACGAGCGGCTGCTGCAGGGCCCCGACGACAGCGACAAGCAAGCCGATGCCCAAGCCTTTCTCCAGCCTTTGCTGGAGCAGGCCGCGGCGTTGCCCCAGGAGATGCCCGACGATCCAGCGGCGCTGCTTGCCTGGGTAGAACAGCACAGCGCCGGCGTGGCCCGGCAGTACGCCGACTACCTGGAACGACGCAAGAGTGGCGGTCGTCGGGAGTTCTTCCACAGCAAGGCCCAGGCTTTGTACTTCCTGCAGGCCGTGGCGCCGACGAAACTAGTGGATGGCGCCTGGTTGTATGGCGTGCTCAGGCACTGGCATGACCACCGTTTCGAAGGGCTGCTGTGTACCTATCTGGAAGAGCTCGGCGATGGTGTGCCGGCCCAGAACCATGTGGTGCTCTACCGCAAGCTGCTAGCCGAACATGGGCTGTCGGACATGCCCGACATCCACGATGACCGCTATCTGCAAGGTGCGGTGCAACTGGCTTTGGGTTATGCCGGCGACGAGTATCTGCCCGAGGTCATCGGCTACAACCTTGGCTACGAACAACTGCCACTGCATTTGCTGATCAGCGCCTATGAGCTGAGCGAACTCGACATCGACCCGTATTACTTCACTCTCCATGTGACCATCGACAACGCCAGCACCGGCCATGCCCACAAGGCTGTGCAATCGCTGCTGCAACTGATGCCGATGGAGGCGGATCGCGAATCCTTCTGGCGTCGGGTCACCCTGGGCTATCGCCTCAACGACCTGGGGCAGGGCAGCCGGGCGGTCATCGAGTCGTTTGACTTGGAACGCGAGGTCCTCGACATGCTTGAGCGCAAGCGCCCGTTTGGCCAACACATGCATTCCGATTACTGCAAATTCGAAGGCAAGACCGTCAACCAATGGCTGGCGGAGCCGGGGCAGCTGGAAGGTTTCCTCAAGGCCATGCAAGGCAAAGGCTGGATCCGGCGCCACGAAGATCCGCAGAACAGCCGCTTCTGGACCCTGATCGAAGGCGCTGGCGCGGCGATGTTCGGGGTCTTCAGCCCTTACGAAAAGCAGCTGTTGCACGATTGGATCGCCGGTGACTGGTTGGAGGAGCGCGGTCGCTCCGGCGCCCGCCGCAGCCTTGGCGCGGCGCAGGATACCCAGGCACCGCCGCAGGATCCGGACGTGCAGAACCTGCAGCAATTACTGCGGGGCAAGGCGCCCGATGCGCAGATGCAGATCCTCTTGTCCTGGCTTTCGCCGCGCGCCCATAGCCATCCGGCCGGGCTGCTGGCGACCCGCCGGTTCATCGAACTCAAATCCGCCCTTCGTTAG MTALTSLQSRPATAQPFTTAGNVRQCYERLLQGPDDSDKQADAQAFLQPLLEQAAALPQEMPDDPAALLAWVEQHSAGVARQYADYLERRKSGGRREFFHSKAQALYFLQAVAPTKLVDGAWLYGVLRHWHDHRFEGLLCTYLEELGDGVPAQNHVVLYRKLLAEHGLSDMPDIHDDRYLQGAVQLALGYAGDEYLPEVIGYNLGYEQLPLHLLISAYELSELDIDPYYFTLHVTIDNASTGHAHKAVQSLLQLMPMEADRESFWRRVTLGYRLNDLGQGSRAVIESFDLEREVLDMLERKRPFGQHMHSDYCKFEGKTVNQWLAEPGQLEGFLKAMQGKGWIRRHEDPQNSRFWTLIEGAGAAMFGVFSPYEKQLLHDWIAGDWLEERGRSGARRSLGAAQDTQAPPQDPDVQNLQQLLRGKAPDAQMQILLSWLSPRAHSHPAGLLATRRFIELKSALR NA NA NA NA NA D1-35_05268 1332 hypothetical protein ATGATTTTCACAGTGTGGGTAGCGGTGCTCGGTGCCGTTTTGCTGACCCTGGCCCTGACGTCGTCCTACCTGCGCTGGATGCCGGTCACCACCTCGGCCGTGTGCCTGGTGCTGGGCGTCGCCATTGGCCCGGCGGGGCTGGGACTGCTGCGGCTGGGGGTCGACGATTCGTCAGGCTGGATGGAGCACCTGACCGAAGTCGCCGTGGTGTTCTCGCTGTTCGTCAGCGGCCTCAAGCTGCGCCTGCCACTGAAGAACCGCAGCTGGCGCGTGGCCTACGGGCTGGCCGGTCCGGTGATGATCCTGACCATCGCCGGCCTGTGCCTGACCTTGCACTACCTGTTTGGGCTCGGATGGGGCGTGTCCATGTTGATCGGCGCGATGCTCGCACCCACCGACCCGGTGCTGGCGGCACTGGTGCAGGTCAATGATGCCCGCGACGATGATCGCGTGCGATTCGGCTTGTCCGGGGAAGCCGGGCTGAACGACGGCACTGCATTTCCCTTTGTCATCCTTGGCTTGCTCATGCTGCAGGAAGACGGCAGCGGATTTCTCGGCGAGTGGGCCTTGCGCAACGTCTTGTGGGCCGTACCGGCGGGGCTGCTGATCGGCTACTGGCTGGGGCGTGGCATCGGCCGGCTGACCTTGTCGATGCGCATCAAGAACGCCGACAGTACCCTGTCGCCAAACGATTACCTGGCCCTGGCCCTGATCGCACTGGCCTACGTGGCGGCGGAGTCGGTGCAGGCTTATGGCTTTCTTTCGGTGTTCGCCGCCGGCCTGGGATTGCGTCAGGCGGAAGTCGAGTCCACCGATGAAAACGCGCCGCCGGCCGAGCATCTGGTGCAACCGCTGGTGGGCCATGAAGCGGTAGAACCGGAGCAGGCCGTGCACGGCGACACCCAGGCCCTGGACGACGGCCAGGTGGCGGCCGGGGTGATGATGAGCGACATGCTGGCGTTCGGCAGCCTGGTGGAGCGCTCCATGGAAGTGTTCCTGGTCACACTGCTCGGCGTGGTCCTTGCCCATCACTGGGATTGGCGGGCCCTGGCCATCGGTGCCTTGCTGTTCGCGGTGATCCGCCCGTTGAGCGTGCTGGCGATGCCTTGGGGGAGATTGCTGGATGGGCCGCAACGGTTATTGATCGGCTGGTTCGGCATACGCGGCATCGGCAGCCTGTTTTACCTGTTCTACGCCTTGAACCATCACCTGCAACCCGAAGTGGCGCAGCTGTGCATCGACCTCACGCTGTCGGTGGTGGCGCTGAGCATCCTGGTGCACGGCGTAAGCACCCAACCCGCACTGGCGTGGTATGAGCGCCGAAAAAAGTGA MIFTVWVAVLGAVLLTLALTSSYLRWMPVTTSAVCLVLGVAIGPAGLGLLRLGVDDSSGWMEHLTEVAVVFSLFVSGLKLRLPLKNRSWRVAYGLAGPVMILTIAGLCLTLHYLFGLGWGVSMLIGAMLAPTDPVLAALVQVNDARDDDRVRFGLSGEAGLNDGTAFPFVILGLLMLQEDGSGFLGEWALRNVLWAVPAGLLIGYWLGRGIGRLTLSMRIKNADSTLSPNDYLALALIALAYVAAESVQAYGFLSVFAAGLGLRQAEVESTDENAPPAEHLVQPLVGHEAVEPEQAVHGDTQALDDGQVAAGVMMSDMLAFGSLVERSMEVFLVTLLGVVLAHHWDWRALAIGALLFAVIRPLSVLAMPWGRLLDGPQRLLIGWFGIRGIGSLFYLFYALNHHLQPEVAQLCIDLTLSVVALSILVHGVSTQPALAWYERRKK PGPT0013856_405 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013856-NHA1_like|SOD2_like-K24160 NA NA D1-35_05269 537 hypothetical protein ATGCCCAGAATCCTGACTTACCCTACGCCCGAAGAAGATCTGACCGAGCACAATGCCAAGCTGTTTGGCTCACCCAAGGAGCGGCTGGATTTCTATCGGCGGGAAATCCAGTACGAAACCAGTATTCTCGCCAATCGAACCGACGCGTATCTGGCCGCACAGTCTTTCCTGGTGATTGCCTTCGCGTCGTGCATGGCCAACCTGAATCCGGAGTGGGGCAAGCTCTTCACGCTGATCGTGCCGCCATTTCTGGCGCTGCTCGGTTTCCTGAGTTCGCTCAACGCCTGGCCGGGGATTCGGGCTGCCTACGAGATCATCGACCATTGGCATTTCAAACAAAGCGAACTGCTGCGCAGTGAACCGTTGATGGGCCTGGCCTACGATGATTCGCCGCTGTTCAGCGAGCGCGAGTCGACCCACAAGGGCTATCGCAAGTCGCTGCTGTTTTCGGTGCGCACGCCGTGGATCTTCGCGGCGTTCTGGGTGTTGCTGGGGGTGTATTCGGTGTTCATCCAAGTGACCGACCCGGGTGGCTGA MPRILTYPTPEEDLTEHNAKLFGSPKERLDFYRREIQYETSILANRTDAYLAAQSFLVIAFASCMANLNPEWGKLFTLIVPPFLALLGFLSSLNAWPGIRAAYEIIDHWHFKQSELLRSEPLMGLAYDDSPLFSERESTHKGYRKSLLFSVRTPWIFAAFWVLLGVYSVFIQVTDPGG NA NA NA NA NA D1-35_05272 1530 davD_2 COG1012 Glutarate-semialdehyde dehydrogenase ATGATTTCCCTGACGGCAGCCCATGAGGCGCCTTTCTACAACTCTAATTCGCTCCGCGTGCGCGCGGTGCTGTTAAGGAAAGCCGACATGCAGCTTAAAGACACCCAGTTGTTCCGCCAGCAAGCCTTTATCGATGGCGCTTGGGTCGATGCGGACAATGGTCAGACGATCAAGGTCACCAACCCGGCGACGGGCGAAGTATTGGGCACAGTGCCGAAGATGGGCGCTGCCGAAACCCGTCGCGCTATCGAAGCCGCCGACAAGGCGCTGCCGGCCTGGCGTGCGTTGACCGCCAAGGAACGCGCCAACAAGCTGCGTCGCTGGTATGAACTGCTGATCGAAAACCAGGACGACCTTGGTCGCCTGATGACCCTGGAGCAGGGCAAGCCGCTGGCCGAAGCCAAGGGCGAGATCGTCTATGCCGCCTCCTTTATCGAATGGTTCGCCGAAGAAGCCAAGCGCATCTATGGTGATGTGATTCCCGGCCACCAGCCGGACAAGCGCCTGATCGTGATCAAGCAGCCGATTGGCGTGACCGCCGCCATCACGCCGTGGAACTTCCCGGCCGCGATGATCACCCGCAAGGCCGGCCCGGCCCTGGCCGCCGGTTGCACCATGGTCATCAAGCCGGCTTCGCAGACGCCGTTCTCGGCCCTGGCCCTGGTAGAGCTGGCGCACCGTGCCGGCATCCCGCAAGGCGTGTTGAGCGTGGTCACCGGCAGTGCCGGCGACATCGGTGGCGAGCTGACCAGCAACCCGATCGTGCGCAAGCTGTCCTTCACCGGTTCGACCGAGATCGGTCGCCAGTTGATGGCCGAATGCGCCAAGGACATCAAGAAGGTTTCCCTGGAACTGGGCGGCAACGCGCCCTTCATCGTGTTCGACGACGCGGACCTGGATAAGGCCGTCGAAGGGGCGATCATTTCCAAATACCGCAACAACGGCCAGACCTGCGTCTGCGCCAACCGCCTTTACGTCCAGGATTCGGTATACGACGCCTTCGCCGAGAAACTCAAGGCAGCGGTGGCCAAGCTCAAGATCGGCAACGGTCTGGAAGACGGCATCACTACCGGTCCGTTGATCGACGAAAAAGCGGTTGCCAAGGTACAGGAACATATCGCCGATGCGGTCAGCAAAGGCGCAACCGTGCTGTCGGGCGGCAAGCCGATGGAAGGCAATTTCTTCGAGCCGACCATCCTGACCAACGTGCCGAAGAATGCCGCCGTGGCGAAGGAAGAGACCTTCGGCCCATTGGCGCCGCTGTTCCGCTTCAAAGACGAAGCCGAAGTGATCGCGATGTCCAACGACACCGAGTTCGGCCTGGCTTCGTACTTTTATGCCCGCGACCTGGGCCGTGTGTTCCGTGTGGCCGAAGCCCTGGAATACGGCATGGTCGGCGTCAACACCGGTTTGATCTCCAACGAAGTCGCGCCGTTCGGCGGCATCAAGGCTTCGGGCCTGGGCCGTGAGGGCTCCAAGTACGGCATCGAGGACTACCTGGAAATCAAATACCTCTGCCTGGGTATCTGA MISLTAAHEAPFYNSNSLRVRAVLLRKADMQLKDTQLFRQQAFIDGAWVDADNGQTIKVTNPATGEVLGTVPKMGAAETRRAIEAADKALPAWRALTAKERANKLRRWYELLIENQDDLGRLMTLEQGKPLAEAKGEIVYAASFIEWFAEEAKRIYGDVIPGHQPDKRLIVIKQPIGVTAAITPWNFPAAMITRKAGPALAAGCTMVIKPASQTPFSALALVELAHRAGIPQGVLSVVTGSAGDIGGELTSNPIVRKLSFTGSTEIGRQLMAECAKDIKKVSLELGGNAPFIVFDDADLDKAVEGAIISKYRNNGQTCVCANRLYVQDSVYDAFAEKLKAAVAKLKIGNGLEDGITTGPLIDEKAVAKVQEHIADAVSKGATVLSGGKPMEGNFFEPTILTNVPKNAAVAKEETFGPLAPLFRFKDEAEVIAMSNDTEFGLASYFYARDLGRVFRVAEALEYGMVGVNTGLISNEVAPFGGIKASGLGREGSKYGIEDYLEIKYLCLGI PGPT0001580_4259 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D1-35_05274 1278 davT_2 COG0160 5-aminovalerate aminotransferase DavT ATGAGCAAGACCAACGCAGACCTGATGGCCCGCCGTACCGCCGCTGTTCCCCGCGGTGTCGGCCAGATTCACCCGATCTTTGCCGAATCGGCGAAGAACGCCACGGTTACCGACGTTGAAGGTCGTGAATTCATCGACTTCGCCGGTGGTATCGCCGTACTGAACACCGGCCACGTGCACCCGAAGATCATCGCCGCCGTCACCGAACAGCTGAACAAGCTGACCCACACTTGCTTCCAGGTCCTGGCCTACGAGCCGTACGTGGAGCTGTGCGAAAAAATCAACGCCAAGGTCCCGGGTGATTTCGCCAAGAAAACCCTGCTGGTGACCACCGGTTCCGAAGCGGTGGAAAACGCCGTGAAGATCGCCCGCGCCGCCACCGGCCGTGCCGGTGTGATCGCCTTCACCGGCGCTTACCACGGTCGTACCATGATGACCCTGGGCCTGACCGGTAAGGTCGTGCCTTACTCGGCCGGCATGGGCCTGATGCCTGGCGGCATTTTCCGCGCGCTGTACCCGAACGAGCTGCATGGCGTGAGCGTCGACGACTCCATCGCCAGCATCGAACGCATCTTCAAGAACGACGCCGAGCCACGCGACATCGCCGCCATCATCATCGAGCCGGTCCAGGGTGAGGGTGGCTTCTATGTGGCGCCGAAAGCCTTCATGCAGCGCCTGCGCGCCCTGTGCGACCAGCACGGCATCCTGCTGATTGCCGACGAAGTGCAGACCGGCGCCGGTCGTACCGGTACGTTCTTCGCCATGGAGCAGATGGGCGTCGCCGCCGACCTGACCACCTTTGCCAAATCCATTGCTGGCGGTTTCCCGCTGGCCGGTGTGTGCGGCAAGGCCGAATACATGGATGCGATCGCGCCGGGCGGCCTCGGCGGCACCTACGCCGGCAGCCCGATTGCCTGCGCCGCTGCGCTGGCGGTGATGGACGTGTTCGAAGAAGAACACCTGCTGGATCGCTGCAAGGCCGTGGGCGAGCGCCTGGTGACTGGCCTCAAGGCTATCCAGAAGAAGTACCCGGTCATTGGTGAAGTCCGTGCCCTGGGCGCCATGATCGCCGTGGAGCTGTTCGAAGATGGCGACACCCACAAGCCGAACGCTGCCGCCGTTGCGCAAGTGGTGGCCAAGGCGCGTGACAAGGGCTTGATCCTGCTGTCCTGCGGGACCTATGGCAACGTCCTGCGCGTGCTGGTGCCGCTGACTTCGCCGGATGAGCAACTGGACAAAGGCCTGGCAATCATCGAAGAGTGTTTCTCCGAGCTTTGA MSKTNADLMARRTAAVPRGVGQIHPIFAESAKNATVTDVEGREFIDFAGGIAVLNTGHVHPKIIAAVTEQLNKLTHTCFQVLAYEPYVELCEKINAKVPGDFAKKTLLVTTGSEAVENAVKIARAATGRAGVIAFTGAYHGRTMMTLGLTGKVVPYSAGMGLMPGGIFRALYPNELHGVSVDDSIASIERIFKNDAEPRDIAAIIIEPVQGEGGFYVAPKAFMQRLRALCDQHGILLIADEVQTGAGRTGTFFAMEQMGVAADLTTFAKSIAGGFPLAGVCGKAEYMDAIAPGGLGGTYAGSPIACAAALAVMDVFEEEHLLDRCKAVGERLVTGLKAIQKKYPVIGEVRALGAMIAVELFEDGDTHKPNAAAVAQVVAKARDKGLILLSCGTYGNVLRVLVPLTSPDEQLDKGLAIIEECFSEL PGPT0007655_65 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007655-davT|gabT-K14268 NA NA D1-35_05275 1215 rssB_3 Regulator of RpoS ATGACTGCTGTGGATTTACCCGCTGTACCGCGTGTGTTGATCGCCGAGGCCGATCCGGCGTCCAGGGAGCTGCTTGAACAAGTGCTGTCCGGAGTGCGTTGCGATGCGCGGATAGACACTTGTGGCGAGGGACGCCAGGCCTTGGAGCTCCTGGCGCATAGTTCTTACGACATGGTGATCGCCGATTGGGAACTGCCGGGTGTCGACGGCCTGAGCATCTTGCGCAGCTTGCGCCAACACCATCGCACGCCCGTGTTGCCGTTCATCCTGGTGAGCCGGCGCAACGACAGCGCCAGCGTGCGCGAGGTCTTGCCCCTGGCGCCGACGGCCTATCTGACCAAGCCCTTGAACCGGGAAAACCTGACCCAGCGTCTGCAAGGGTTACTTCTCCATAGCGAAGACACATCCAACGCCGCGCCAATTCCAGGACCGGGCCTTACATTGGCAACGTTCCTGGAGCGTCGACGAGACATGGCCGAAGGCGCGCCGTTGATGACCGATGTGCAGGTCGCGATCAAACGCAGCCTCAATCCTGGTGGACTGGATCTGAAACTGCTGGAAGAAGAGCTCCGTACTGACCCGCAGATCACCGCCGTGCTGATTGCCGCAGCCAACAGCGCCGCGCAACATCAAGGCGGCGGTCCGGTGCAGACCGTGGCCCAGGCGCTGCATCAGCTAGGCACCGGGCAAAGCATGAACCTGATCCTGGGCTTGACGCTCAAGCGCTGTGCCCGGTTGAACGTGCCTTGGCTGGCGGACTATGCCGAACGTTATTGGGAGTTGTCGTTGCACACCGCCGAGTACGCCCGGACGATGGCGCGCATGCTTGATCTGGAGCAGGAGCGCTGTTATTGCGCCGGCCTGTTGCATCGCTTGGGCGACCTGGCACTGCTGCGCTGCATGGAAGAGTGGAAGCAGGCCGGCGGCGAGCTGGACGAGCCGGAGGAAATCGGCGATTCGCTCGAACAGTTCGGCGCCGGTTTTGGCTCGGCGCTGCGTACCCGCTGGCGCTTGCCGCTGGAGCTGCGCGAATTGATCGCGGCGGTCTACGGTCTCGGTGGCGGGGTTTATTCCCGCGAGGCGCTGGTGATGAACATGGCGGCGCAGATGGCGCATTTACCCGCGCACGAAGGGCTTGAAGAACTGGCCCGGGGACGCACGGCGCGCTTGCTGAAGATCGGGCTGCCAGAGTTGATGCGGTTGCGCCGCCAGTAA MTAVDLPAVPRVLIAEADPASRELLEQVLSGVRCDARIDTCGEGRQALELLAHSSYDMVIADWELPGVDGLSILRSLRQHHRTPVLPFILVSRRNDSASVREVLPLAPTAYLTKPLNRENLTQRLQGLLLHSEDTSNAAPIPGPGLTLATFLERRRDMAEGAPLMTDVQVAIKRSLNPGGLDLKLLEEELRTDPQITAVLIAAANSAAQHQGGGPVQTVAQALHQLGTGQSMNLILGLTLKRCARLNVPWLADYAERYWELSLHTAEYARTMARMLDLEQERCYCAGLLHRLGDLALLRCMEEWKQAGGELDEPEEIGDSLEQFGAGFGSALRTRWRLPLELRELIAAVYGLGGGVYSREALVMNMAAQMAHLPAHEGLEELARGRTARLLKIGLPELMRLRRQ NA NA NA NA NA D1-35_05276 990 hypothetical protein ATGGTCGACAAGAACCTACAGGATTCATCCCAGCCACATTGGCCAGAAGCGGCCCAGACACTCATGGCGCTGATGCACGCCCAAGGGGAAGTGGCGCGTCTGAGCGAGCGGGAGCAGTTGTTCAGTTCGCTGCTGGTCAGCGTCAACGCGGTGCTGTGGGCATTCAATTGGGAAACCCGGCAAGTGCTGTATGTCAGCCCCGCCTACGAGCGGATTTTCGGCCGCCCGGCCGGCCTCGTGCTTGCTGACTACAACGAATGGCGTGACGCAATCTATCCGGACGATCTGGATTACGCCGAGCGCAGCCTCGCCGAAGTGTTGGTCAAAGGTGCCGTCGAGGATCGGGAATACCGCATCATCGCCGCCGACGGCCAGATCCGCTGGCTCAGCGACAAATGCTTCATCAACCGTCAGGCCGATCCGGGCCAACCGGTGATTGTGGTCGGCATCGCCGAAGACATCACCGAGAAGAAGCTGCTCGAAAGCGAACTGCAGCGACTGGCGACCACCGACGTGCTAACCCAGAGCAGCAACCGCCGTCATTTCTTCGAGTGCGCCCATCGGGAATTCGAGCAGGCAAGGCTGCAAGGCACGCCGATGGCATTCCTGTTGCTGGACATCGATGACTTCAAACTGATCAACGACACTTACGGCCACCAGGAAGGCGATACGGTATTGCAAAAGATCGCCGAGAGCGGGCGGAGCGTGCTCAGGCGCGGTGACCTCTTCGGTCGGATCGGTGGTGAAGAGTTTGCCGCTGTTTTCCCCGGCTGTGCCCCGGACATGGCATTGCAGGTCGCCGAGCGCTTGCAGCGGGAAATCCAGCGCCTGGCGTTTCGCTGCGGGGAGCATGACTTCGGCATCACCGTCAGTCAGGGCCTGACCGGGATCAGCGCCGAAGACCAGACCCTCGACAACCTGTTCGCCCGTGCTGACGCGGCGATGTACGAGGCCAAGCGCCAGGGCAAGAACCGCATCATCGCGGCTTGA MVDKNLQDSSQPHWPEAAQTLMALMHAQGEVARLSEREQLFSSLLVSVNAVLWAFNWETRQVLYVSPAYERIFGRPAGLVLADYNEWRDAIYPDDLDYAERSLAEVLVKGAVEDREYRIIAADGQIRWLSDKCFINRQADPGQPVIVVGIAEDITEKKLLESELQRLATTDVLTQSSNRRHFFECAHREFEQARLQGTPMAFLLLDIDDFKLINDTYGHQEGDTVLQKIAESGRSVLRRGDLFGRIGGEEFAAVFPGCAPDMALQVAERLQREIQRLAFRCGEHDFGITVSQGLTGISAEDQTLDNLFARADAAMYEAKRQGKNRIIAA NA NA NA NA NA D1-35_05277 1185 hypothetical protein ATGTGGTACGAAGGTTTTCTTGGCTTGTCGGCCTGGTCGCTGGTGGCAGTCACCCTGCTGATGACTCACGTGACGATCATCAGCGTCACGGTCTACCTGCACCGGTATTCGGCTCACCGTTCCCTGGAACTCAACGCCGGTCTCAAACATTTCTTCCGCTTCTGGCTGTGGCTGACCACGGCGCAGAATACCCGCGAGTGGACCGCCATCCACCGCAAGCACCACGCCAAATGCGAAACCGAGGACGATCCCCACAGCCCGGTGATCAAAGGCCTGTCTACGGTGCTGCGCAAGGGCGCCGAGCTGTACCGCGCCGAAGCGGAAAATCCGGAAACCTTGCGCATCTATGGCAAGAACTGCCCCGAGGACTGGATCGAACGCAACCTGTACAGCCGCTTCCCCCTACTGGGCGTGGCGATTATGGGCGTCATCGACCTGCTGCTGTTCGGCACAATAGGCATCACTATCTGGGCCATCCAGATGATGTGGATCCCGGTCTGGGCCGCTGGCGTCGTCAATGGCCTGGGGCATGCCGTGGGCTACCGCAATTTCGAATGCCGTGACGCGGCCACCAATCTGGTGCCCTGGGGCATCCTCATTGGTGGCGAAGAACTGCACAACAACCACCACACCTATCCCAATTCGGCCAAGCTGTCGGTGCGCAAATGGGAATTCGACCTGGGCTGGGCCTGGATCAAGGTCTTCAGTTTCCTGCGCCTGGCCAAGGTCCAGCGGGTCGCGCCGATCGCCCACCGGGTCGAAGGCAAGGGCCACCTGGACATGGACACCGCCATGGCGATCCTCAACAACCGTTTCCAGATCATGGCCCAGTATCGCAGGCTGGTCATCGCGCCCCTGGTCAAGCAGGAGCTGGAAAAAGTCGATCACTCGGTCCGCCATCAGTTTCATCGGGCCAAACGCCTTTTGTCGCGTGAAACCAGCCTGCTGGACGAGCGCCATCATGTGCGCATCCAGAACATGCTGGAACACAGCCAGGCGCTGAAGGTGATCTACGAGAAGCGCCTGGCCTTGCAGCAGATCTGGGTCAAGACCAGCAGCAACGGCCACGACATGCTCGCGGCCATCAAGGAATGGGTCCACGAAGCCGAGGCCAGCGGCATCCAGTCACTGCGCGATTTTGCCGACCAGCTCAAGACTTATTCCTTGCGGCCGGCCACCGCCTGA MWYEGFLGLSAWSLVAVTLLMTHVTIISVTVYLHRYSAHRSLELNAGLKHFFRFWLWLTTAQNTREWTAIHRKHHAKCETEDDPHSPVIKGLSTVLRKGAELYRAEAENPETLRIYGKNCPEDWIERNLYSRFPLLGVAIMGVIDLLLFGTIGITIWAIQMMWIPVWAAGVVNGLGHAVGYRNFECRDAATNLVPWGILIGGEELHNNHHTYPNSAKLSVRKWEFDLGWAWIKVFSFLRLAKVQRVAPIAHRVEGKGHLDMDTAMAILNNRFQIMAQYRRLVIAPLVKQELEKVDHSVRHQFHRAKRLLSRETSLLDERHHVRIQNMLEHSQALKVIYEKRLALQQIWVKTSSNGHDMLAAIKEWVHEAEASGIQSLRDFADQLKTYSLRPATA PGPT0012215_801 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012215-desC-K00507 NA NA D1-35_05278 1908 hypothetical protein ATGACCGTCTATCACCGCGCTGCCATGCGTGGGGCACTGCTTTATCTGGTGCTGTCAGTCGCCTGGCTGCAGCTGGTTGGTTATTTATTGAGCAGTTTCTTCGATCATTCGGCCGATCGGCTGCGTTGGCAACTGATCAACGGTTATGCCTGGGTACTCGTCAGTGCCGGATTGATTTTCATTGCACGGATGCGGATAGCACGCTTTTTCGAGAAAGCCGAAGGTAATGTCGACCGTGAACGGTTACGCCAGGCCGCCGCGGTGTTCGACTGCACCCGCGAAGGCGTCCTGGTCACGGACCGCCATGGTTTGATCGTGCATGTGAACCGGGCATTCATGGCAATCACCGGCTATGCCCGCGACGAAGTGTTGGGCCGGCAACCGAATCTGTTCAAGTCCGGCCGGCATGGCCCGACTTTTTATCGAGAGATGTTTGCGGCGCTGTCCAGCCGCGGCGAATGGAGTGGCGAAATCTGGAACCGCCGCAAGAGCGGTGAAATCTACCCGCAATGGCAGACTATCCGGGCCGTCGTCGATGACTCCGGCGAAGTCAGCCAATACGTCGCGGTGTTTTCCGACATCAGTGCGATCAAGGACTCGGAGCATGAGCTGGCGCATCTGGCCCATCATGATCCGCTGACTGGCCTGCCCAATCGCCTGCTGTTTTCCGATCGCGCCGAGCAGGCGGTGGCTTCGGCGCAACTGCACAAGCGTGGGTGCGCGTTGCTGCTGCTGGACCTGGATCATTTCAAGAACATCAACGACAGCCTCGGGCACAACGTCGGTGACGAGCTGCTCAAAGGCGTTGCCGAACGCTTCCTCGGGCTGTTTGCGCCCGGTATCACTCTGGCGCGGCTAGGCGGTGACGAATTCGCGGTGCTGGTGGAAAACTGCTCGCAGCCGGGTCAGGCCGCCGCTTTGGCCCGGCGTATCCTCGATGCCTTGAAAGCACCGTTGCAGCTCGGCGAGCAATCGCTGTTTATCAACGCCAGCATCGGCATCAGCCTGTTTCCCGGTGACGCCCTCAGCGCCGGGCAACTGCTGCGCAACGCCGACTCGGCACTGTTCAAGGCCAAGAACAGCGGACGTGACGGCTACGCGTTATATACCGAGGAACTCACTGCTCATGCCCAGCAAAGGGTCGAGATCGCCTTCGAACTGCGTCGCGCGCTCCAGCAGCAGGAGCTACGCGTGCATTACCAACCGGTGCACGACCTGGCCACCAGCCGGTTGATCGGCGTCGAGGCGCTGGTGCGCTGGGAACATCCCGTGCGTGGTCTGGTTTCGCCGGCGGAGTTCATTCCCATCGCCGAGCGCACGGGGTTGATCGCTCAGATCGATGCCTGGGTCATGGACCAGGCTTGTCGGCAAATGTGTCTTTGGCAGCAGGCCGGTGTGGTTTTGTCATTCGTTGCGGTCAACGTCTCCAGCCGTTTGTTTGCTCGCCGCGAATTGTACGAGCAGGTCGCCCGCGTACTTCACGACACGGGCCTCGATCCGGCCTTCCTGGAGCTGGAGGTGACCGAAAGTGCGGTCATGGATGATCCGGAGGTGGCGCTGGAACAAATGCACCGTCTGCGGGAGTTGGGCGTGCGGTTGGCCATTGATGATTTCGGCACAGGTTATTCGTCGCTGCTGCGGCTCAAGCGTCTACCGGTGCAGAAACTCAAGATCGACCAGGGTTTTGTCGCCGGGCTGCCCTGGGATGAAGACGACGCGGCGATCGTCCGGGTAATCATCGCCCTGGCCCGCAGCATGGGCATGCAGGTGCACGCAGAAGGTATCGAGCAGCGAGAGCAAGCGGCATTTCTGCTTGAACAGGCGTGTGAGCTAGGGCAGGGCTACTGGTTTGGTCGACCGGTTGTGGCGCAACAGTTGGATTGGAATCGTGCACCGGTGATTGGCTGA MTVYHRAAMRGALLYLVLSVAWLQLVGYLLSSFFDHSADRLRWQLINGYAWVLVSAGLIFIARMRIARFFEKAEGNVDRERLRQAAAVFDCTREGVLVTDRHGLIVHVNRAFMAITGYARDEVLGRQPNLFKSGRHGPTFYREMFAALSSRGEWSGEIWNRRKSGEIYPQWQTIRAVVDDSGEVSQYVAVFSDISAIKDSEHELAHLAHHDPLTGLPNRLLFSDRAEQAVASAQLHKRGCALLLLDLDHFKNINDSLGHNVGDELLKGVAERFLGLFAPGITLARLGGDEFAVLVENCSQPGQAAALARRILDALKAPLQLGEQSLFINASIGISLFPGDALSAGQLLRNADSALFKAKNSGRDGYALYTEELTAHAQQRVEIAFELRRALQQQELRVHYQPVHDLATSRLIGVEALVRWEHPVRGLVSPAEFIPIAERTGLIAQIDAWVMDQACRQMCLWQQAGVVLSFVAVNVSSRLFARRELYEQVARVLHDTGLDPAFLELEVTESAVMDDPEVALEQMHRLRELGVRLAIDDFGTGYSSLLRLKRLPVQKLKIDQGFVAGLPWDEDDAAIVRVIIALARSMGMQVHAEGIEQREQAAFLLEQACELGQGYWFGRPVVAQQLDWNRAPVIG PGPT0023624_538 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA NA NA D1-35_05279 183 hypothetical protein ATGAGCGCATCCCTACGTAGCGTTGACGGCCAGGACGAAGCAACCATCTTGCGCGAGATCCAGAGTGCATTGCGTGACCTGCGCTTTGGCGCGGTGGAGATTACCGTGCACAACGCCCAGGTGGTCCAGATCGAGCGCAAGGAAAAATTCCGCTTGCAGCAACCGAGTCATAAACCGAGCTGA MSASLRSVDGQDEATILREIQSALRDLRFGAVEITVHNAQVVQIERKEKFRLQQPSHKPS NA NA NA NA NA D1-35_05280 1014 sbp_2 COG1613 Sulfate-binding protein ATGTCGTCGATTCGCCGTTATGCCTTGGCCGCCCTGGCCAGTGCTGTTTTTGCAGGTTCCGCGGTTGCCAAGGACTACGAGTTGCTCAACGTGTCCTACGACCCGACCCGCGAGCTGTATCAGGATTACAACGCCGAATTCGCCAGCTTCTGGAAAAAAGCCCATCCGGACGACACCGTGAAAATCCAGCAGTCCCATGGTGGTTCGGGCAAGCAAGGCCGAGCAGTAATTGACGGCCTGCGTGCCGACGTCGTGACCCTGGCCCTGGCCGGCGACATCGACGAAATCGCCAAATTGGGCAAGTCACTGCCGGCGGACTGGCAAAAACGCCTGCCGGATGCCAGCACGCCTTACACCTCGACCATTGTGTTCCTGGTGCGCAAGGGCAATCCGAAGGGCATCAAGGACTGGGGCGACCTGATCAAGGATGACGTCTCGGTCATCACGCCAAACCCGAAGACCTCCGGCGGTGCCCGCTGGAATTTCCTCGCCGCCTGGGCCTACGGCCTGAAAGCCAACGGTGGCGACGAAGCCAAGGCCAAGGAATACGTGCAGGCGCTGTTCAAGCACGTGCCGATCCTCGACACCGGTGCCCGTGGCTCGACCATCACGTTCGTCAACAACGGTCAGGGAGACGTGTTGCTGGCCTGGGAAAACGAAGCGTTCCTGGCGCTGAAAGAGGACGGTGGCGCGGACAAGTTCGACATCGTTGTGCCGTCGCTGTCGATCCTCGCCGAACCGCCGGTTGCGGTGGTGGACAAGAACGCCGAGAAAAAGGGTAATGCCGAGATCGCCGAAGCGTACCTCAAGCACCTGTACAGCCCGGCCGGCCAGGAAATTGCGGCGAAAAACTTCTATCGTCCGCGTGACAAGGACGTGGCCGCCAAATACGCCCGGCAGTTCCCGAAACTTGAGCTGGTGACTATCGACAAGGACTTCGGCGGCTGGAAAACGGCACAGCCTAAATTCTTCAATGATGGCGGTGTGTTCGACCAGATCTATCAGGCGCAGTAA MSSIRRYALAALASAVFAGSAVAKDYELLNVSYDPTRELYQDYNAEFASFWKKAHPDDTVKIQQSHGGSGKQGRAVIDGLRADVVTLALAGDIDEIAKLGKSLPADWQKRLPDASTPYTSTIVFLVRKGNPKGIKDWGDLIKDDVSVITPNPKTSGGARWNFLAAWAYGLKANGGDEAKAKEYVQALFKHVPILDTGARGSTITFVNNGQGDVLLAWENEAFLALKEDGGADKFDIVVPSLSILAEPPVAVVDKNAEKKGNAEIAEAYLKHLYSPAGQEIAAKNFYRPRDKDVAAKYARQFPKLELVTIDKDFGGWKTAQPKFFNDGGVFDQIYQAQ PGPT0003015_1111 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003015-sbp-K23163 NA NA D1-35_05281 819 cysT COG0555 Sulfate transport system permease protein CysT ATGTCGCGTCGCATATCCCCCGTCATACCCGGCTTCGGGCTGACGCTGGGCTACACCCTGGTGTACCTCAGTCTGATTGTGCTCATACCCCTGGCGGCGATGTTCGTACATGCCGCCCAACTCACCTGGGAACAGTTCTGGGCGATCATTTCGGCGCCGCGGGTGCTGGCAGCCTTGAAGCTCAGTTTCGGCACCGCGCTGTACGCTGCGATCATCAATGGCGTGATTGGCACGCTGCTGGCCTGGGTGCTGGTGCGCTACACCTTCCCGGGGCGCAAGATCATCGACGCGATGATCGATTTGCCGTTCGCCTTGCCCACCGCCGTGGCCGGTATCGCCCTGACCGCGTTGTACGCGCCGACCGGCCTGGTCGGCCAGTTCGCCACCGACCTGGGTTTCAAGATTGCCTACACCCCGCTGGGCATCACCCTCGCGCTGACCTTCGTGACGCTGCCGTTCGTGGTGCGCACGGTGCAGCCGGTGCTCGCCGACATTCCCCGTGAAGTCGAAGAAGCCGCCGCGTGCCTCGGTGCCAAGCCATGGCAGGTGTTCCGCCACATCCTCGTGCCGGCGTTGTTGCCGGCCTGGTTGACCGGCTTCGCACTGGCGTTTGCCCGGGGCGTGGGCGAGTACGGTTCGGTGATTTTCATCGCCGGCAACATGCCGATGAAAACCGAGATCCTGCCGCTGCTGATCATGGTCAAGCTCGACCAATACGACTACACCGGCGCCACCTCCATCGGCGTGCTGATGCTGGTGGTTTCCTTCGTCCTGCTGCTGCTGATCAACTTGTTGCAGCGGCGCATCGAAACCCCATAA MSRRISPVIPGFGLTLGYTLVYLSLIVLIPLAAMFVHAAQLTWEQFWAIISAPRVLAALKLSFGTALYAAIINGVIGTLLAWVLVRYTFPGRKIIDAMIDLPFALPTAVAGIALTALYAPTGLVGQFATDLGFKIAYTPLGITLALTFVTLPFVVRTVQPVLADIPREVEEAAACLGAKPWQVFRHILVPALLPAWLTGFALAFARGVGEYGSVIFIAGNMPMKTEILPLLIMVKLDQYDYTGATSIGVLMLVVSFVLLLLINLLQRRIETP PGPT0003000_1626 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003000-cysT|cysU-K02046 NA NA D1-35_05282 870 cysW_2 COG4208 Sulfate transport system permease protein CysW ATGTCCCAATCGTCTATTTCCGCCGCCTCCACCAACGCTGCCCGCCGCGGCAGCGCGGTTTCGCGGCGCATCCTGATCGGCCTCGGCTGGCTGGTTTTTGCACTGTTTCTGCTGTTGCCGCTGTTCATCGTGGTGTCCCAGGGCCTGAAGTCGGGCCTGGGTACTTTCTTCGCGGCGATCTTCGAGCCCGATGCGTTGTCGGCGCTCAAGCTCACGGTGATTGCGGTACTGATTTCGGTACCGTTGAACCTGGTGTTCGGCGTCAGCGCCGCATGGTGCGTGAGCAAGTATTCGTTCCGTGGCAAAAGCATGCTGGTGACGCTGATCGACCTGCCGTTCTCGGTGTCGCCGGTAATCGCTGGCCTGGTCTACGTGTTGATGTTTGGTGCCCAGGGCCTGTTCGGGCCATGGCTGTCGGATCACGACATCCAGATCGTGTTCGCGCTGCCGGGCATCGTCCTGGCGACGATCTTCGTCACCGTGCCGTTCGTGGCCCGTGAACTGATCCCGCTGATGCAGGAGCAGGGCACCCAGGAAGAAGAAGCCGCGCGCCTGCTGGGCGCCAACGGCTGGCAGATGTTCTGGCATGTGACTGTGCCGAACATCAAGTGGGGTCTGATCTATGGCGTGGTGCTGTGTACCGCCCGGGCCATGGGCGAGTTCGGCGCGGTGTCGGTGGTTTCCGGGCACATTCGCGGGGTGACCAACACCCTGCCGCTGCACGTCGAGATCCTCTACAACGAATACAACCATGTGGCCGCGTTCGCCGTGGCGAGCCTGTTGCTGATCCTGGCGCTCTTCATCCTGCTGCTCAAGCAGTGGAGCGAAAACCGAATCAACCGCCTGCGCGCCAGCGCCGCGGAGGAATAA MSQSSISAASTNAARRGSAVSRRILIGLGWLVFALFLLLPLFIVVSQGLKSGLGTFFAAIFEPDALSALKLTVIAVLISVPLNLVFGVSAAWCVSKYSFRGKSMLVTLIDLPFSVSPVIAGLVYVLMFGAQGLFGPWLSDHDIQIVFALPGIVLATIFVTVPFVARELIPLMQEQGTQEEEAARLLGANGWQMFWHVTVPNIKWGLIYGVVLCTARAMGEFGAVSVVSGHIRGVTNTLPLHVEILYNEYNHVAAFAVASLLLILALFILLLKQWSENRINRLRASAAEE PGPT0003005_1055 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003005-cysW-K02047 NA NA D1-35_05283 990 cysA_3 COG1118 Sulfate/thiosulfate import ATP-binding protein CysA ATGTCGATCGAAGTCCGTAACGTCAGCAAGAATTTCAACACCTTCAAGGCCCTCGACGATATCAGCCTGGACATCCAGAGCGGCGAGCTGGTGGCGCTGCTCGGCCCGTCGGGCTGTGGCAAGACGACCCTGCTGCGGATCATTGCCGGCCTCGAGACGCCGGACCAGGGCAACATCGTGTTCCATGGTGAAGACGTATCCGGCCACGACGTGCGTGATCGCAACGTCGGTTTTGTGTTCCAGCACTACGCCCTGTTCCGCCACATGACGGTGTTCGACAACGTCGCTTTCGGCTTGCGCATGAAGCCCAAGAACCAGCGCCCGAACGAAAGCCAGATCGCGACCAAGGTCCATGAGCTGCTGAACATGGTGCAGCTGGACTGGCTCGCCGACCGTTATCCGGAGCAGTTGTCCGGCGGCCAGCGCCAGCGTATCGCCCTGGCCCGCGCCTTGGCGGTAGAACCCAAGGTGTTGCTGCTGGACGAACCGTTCGGCGCCCTCGACGCCAAGGTCCGCAAGGAATTGCGCCGCTGGCTGGCGCGGCTGCACGAGGACATCAACCTGACCTCGGTATTCGTGACCCACGACCAGGAAGAGGCCATGGAAGTCGCCGACCGGATCGTGGTGATGAACAAGGGCGTTATCGAGCAGATCGGCTCACCGGGCGATGTGTACGAGAACCCGGCCAGCGATTTTGTCTATCACTTCCTGGGCGACTCGAACCGTCTGCATCTCGGGGAGGACCGGCATGTGCTGTTCCGTCCGCATGAAGTGTCGCTGTCGCGCTCGGAACTGGAGGACCACCACGCCGCTGAAGTGCGCGACATTCGTCCGCTCGGCGCGACCACGCGGGTGACGTTGAAGGTCGAGGGCCAAAGCGAACTGATCGAGGCCGAAGTAGTGAAGGACCACGATAGCCTGGTTGGGTTGGCGAAGGGCGAGACGCTGTTCTTCAAGCCGAAGGTCTGGCAGAAAGTTTCAAACCTTTAA MSIEVRNVSKNFNTFKALDDISLDIQSGELVALLGPSGCGKTTLLRIIAGLETPDQGNIVFHGEDVSGHDVRDRNVGFVFQHYALFRHMTVFDNVAFGLRMKPKNQRPNESQIATKVHELLNMVQLDWLADRYPEQLSGGQRQRIALARALAVEPKVLLLDEPFGALDAKVRKELRRWLARLHEDINLTSVFVTHDQEEAMEVADRIVVMNKGVIEQIGSPGDVYENPASDFVYHFLGDSNRLHLGEDRHVLFRPHEVSLSRSELEDHHAAEVRDIRPLGATTRVTLKVEGQSELIEAEVVKDHDSLVGLAKGETLFFKPKVWQKVSNL PGPT0002990_1616 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002990-cysA-K02045 NA NA D1-35_05284 525 hypothetical protein ATGAAAAGCCTCGTCGATCATCTCAGTCAATACGCGACCTATCACCGCGACCCACGCAACATCGCCAGCCATTTTATCGGTATTCCGCTGATTTTCGTTGCCGTCGCCGTGCTCTTGTCACGGCCGGGATGGCCGGTTGGCGCGATTTTGATTTCGCCCGCGCTGCTGGTGGCAGTGGCCAGTGCCTGGTTCTACCTGCGCCTGGAATTGCGCCTGGGTGTGCTGATGACCGTGCTGCTGGGGCTTGCCGTCTGGCTGGGCCAGGTGCTCGCCACGCAAAGCACGGCGATATGGCTGGCCGGTGGCCTGGGCATGTTTGTGGTGGGCTGGGTGATCCAGTTCGTCGGCCACTATTACGAAGGGCGCAAACCGGCGTTCGTCGATGATCTGACCGGGTTGATTGTCGGGCCGTTGTTCGTCGTGGTCGAGGCGGGATTCCTGCTGGGCATGCGCGATGACCTCAAACAACAGATCGAGGCGCAGGCCGGGCCGGTAAAGGTCAATCAGAAGCGGGCCGCAGCCTGA MKSLVDHLSQYATYHRDPRNIASHFIGIPLIFVAVAVLLSRPGWPVGAILISPALLVAVASAWFYLRLELRLGVLMTVLLGLAVWLGQVLATQSTAIWLAGGLGMFVVGWVIQFVGHYYEGRKPAFVDDLTGLIVGPLFVVVEAGFLLGMRDDLKQQIEAQAGPVKVNQKRAAA NA NA NA NA NA D1-35_05285 687 crp COG0664 CRP-like cAMP-activated global transcriptional regulator ATGAATACTCATCCCTGGCATGCGCACTTGATGACCGGCCACTGGTACAGCCATCTGCCCGCCGAGTTACAGAATAGTCTGCTGGAGATGTCGCGGCTGCGTCGCCTGTCGCCCGGTCAGCGGTTGTTCAAGCGCGGCGATCCGCCGTGTGGCGTGTACGCTGTGCTCGAAGGGGCGGTGCGGATCGGCGCCGTCAGTGAGCAGGGCAAGGAAGCGCTGTTGAGCGTCGTGGAGCCGCCCTATTGGTTCGGCGAAATCAGCCTGTTTGATGGCCAGCCACGTACCCATGACGCGCAGGGGGTCGGGCAATGCACGTTGTTGCATGTACCTCAGGCCGGGCTGTTGGCTTTTCTCGAAGAACAACCTGGTTATTGGCGGCAGCTGGCCTTGTTGATGAGCCACAAGTTGCGCCTGACCTTCGTCAACCTCGAACACCTGAGCCTGATGCCTGCTCCGGCCCGCGTGGTCCATCGCTTGCTGATGATTGCCGAAGGCTACGGTGAAATCGAACCGGCACGCCGGGTTTTGCAACTGCCCCAGGACCAGCTGGCGTTGATGCTTTCCCTGTCGCGCCAGACCACCAACCAGATTCTCAAGGATCTGCAGGGGCAGGGGATTCTTCAGCTTGGTTATGGCGAGATCGAAATCCTTGATATCGAGGGGCTGCGGCGCCTGGCTTCTACCTGA MNTHPWHAHLMTGHWYSHLPAELQNSLLEMSRLRRLSPGQRLFKRGDPPCGVYAVLEGAVRIGAVSEQGKEALLSVVEPPYWFGEISLFDGQPRTHDAQGVGQCTLLHVPQAGLLAFLEEQPGYWRQLALLMSHKLRLTFVNLEHLSLMPAPARVVHRLLMIAEGYGEIEPARRVLQLPQDQLALMLSLSRQTTNQILKDLQGQGILQLGYGEIEILDIEGLRRLAST PGPT0015075_2255 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 D1-35_05286 249 hypothetical protein ATGGAAACCCTCGGTGCGTTGATCAGGCGATTGCGCAAGGAACACCGTCTTTCCCAGCAGGCATTGGCTGCGCAGTACGGCATGAGCCGCGCGACGATTTCCGGGATCGAAAACAATACTATTGCTGAAGTCGGCATTCGTAAGGTCGAAGCCATTCTCAACGGTTTTGGCTATGAGCTGACAGCGACCGCCCGTCCAGCGAAGCGCCCGACCCTCGACACGCTGAAAAAGGATTCTTTCCATGACTGA METLGALIRRLRKEHRLSQQALAAQYGMSRATISGIENNTIAEVGIRKVEAILNGFGYELTATARPAKRPTLDTLKKDSFHD PGPT0027485_739 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 D1-35_05287 1239 hypothetical protein ATGACTGATGAGCAAGGTCTGGACAGATTGCAAGTCACCGTCAGCGAAGCGGCTATCGGCGTCCTTGGGCGAGGCCAACAGCGCAGCGATTCAGTGTTCACTTATGCACCTGACGCGGATGAGGAGCATTCGGTTTCGCTGACCATGCCAGCGCGTCTTGAAAGCTATAGCTGGGAGCCCGGCGTACCACCAATCTTTGAAATGAACCTGCCGGAAGGCGCCTTGCGTGACGAGCTGGTGCGCCGTTTCAGTAAAGCGGTGCGGGGCTTTGACGACTTTGCCATGCTTGCCATCGTGGGACCTCATCAGCTGGGCCGGGTGGGTATTGGTCGTTTGCATACCGAGGCCGGGCCGCCCGAAACCAGTTTGGCGGACTTGTTGGTGCATGACGGGGCCGAGGGGCTGTTCGAGGATTTGCTGGACACCTATGGGCGATATTCGGGTGTTTCTGGAGTACAACCCAAAGTATTGGTACGCGACAGCGCATCCGCTGTTGATCGCTTGACTCACCGGGGTGCTACACATCTGGTCAAGGCGTTTCGCTCGGACGAGTTCCCCGAGTTGGTCGCCAATGAATTCTTTTGCATGCGGGCCGCGTTGCATGCGGGGCTTGAAGTGCCGGAATTCGAGTTGAGCGAGCGCGGAAAATTTTTGATCGTCAAGCGTTTTGATCTGCCACGCACTGGCGAATATCTGGGCTTTGAGGATTTTTGTGTGCTCAATGGCTCGCCATCGAAAGCCAAGTATGACGGTTCGTATGAAGGCGCGGCCCGGCAGATCAAGGCGTTTGTTTCGCCTCATATGCTCAATCAGGCGCTGGAGTCCTTGTTTAAAATCGTGGCTCTCTCGGCCGGATTGAAGAATGGTGATGCGCACCTGAAAAATTTCGGGGTGCTTTATAACCACTGTGGCGCGGATGCATCTATCCGGCTCGCGCCCGCCTACGACCTCGTCAGCACAGCGGTTTATATTCGTAACGACAACATGGCGCTCTTGTTAGGCGGTTCCAAAGCCTGGCCGAAATATAAAATGCTGATGGGGTTTGGCCGCTCGGCCTGCAATCTGACGGAGAGGCGCTGCAAGGATTTGTTGGAGCAGGTTATTCATGGGATGGACCTTGCGTTGGCCGAGATGCGTCGCTACATGGACGCTAATCAAACGTTCAGAGCAACTGGCGAAGCAATGGTCGAGGCGTGGAAGGCGGGGCTTGCACGCAGCCTCAAAGCTGACAACGACTGA MTDEQGLDRLQVTVSEAAIGVLGRGQQRSDSVFTYAPDADEEHSVSLTMPARLESYSWEPGVPPIFEMNLPEGALRDELVRRFSKAVRGFDDFAMLAIVGPHQLGRVGIGRLHTEAGPPETSLADLLVHDGAEGLFEDLLDTYGRYSGVSGVQPKVLVRDSASAVDRLTHRGATHLVKAFRSDEFPELVANEFFCMRAALHAGLEVPEFELSERGKFLIVKRFDLPRTGEYLGFEDFCVLNGSPSKAKYDGSYEGAARQIKAFVSPHMLNQALESLFKIVALSAGLKNGDAHLKNFGVLYNHCGADASIRLAPAYDLVSTAVYIRNDNMALLLGGSKAWPKYKMLMGFGRSACNLTERRCKDLLEQVIHGMDLALAEMRRYMDANQTFRATGEAMVEAWKAGLARSLKADND PGPT0027480_2100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-HipA-HipB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027480-toxin_hipA-K07154 NA NA D1-35_05288 1005 putative HTH-type transcriptional regulator ATGACGGAACCCACCTCCCTCGCCAGCTGGACCCGCGCCCTGCGCAAACAGCTCGATGCACTGGGCCTGGACAGCCATGCCTTGTGCCTGGAGGCGGGCCTGGACCCACAATGGATGGACGACCCGAACGCCCGTTATCCGCTCTCGGCCACCACGCGCCTGTGGGCGCTCGCGGTGCAGGCCAGCGGTGATCCGGCGATCGGCCTGCGGGTGTCGCGCTTTGTCAGCCCCACCACCTTTCATGCGCTGGGTTATGCCCTGGTAGCCAGCGGCAGCCTGCGGGAAGTGTTCGAGCGGATCGTGCGCTATCACCCGGTGGTCAGCGATGCGCTGACGTTGCAACTGAGCCGTGGCGAGGATCGCTACCGCTTCAATCTCGACATACCGGCGGGACGTCCGGCGCCGGCCCTGGAAGCCATCGACGCGTTCGCCGCGATTTACGTGCGCACCTGCCGTAACCGCCTCGGCCGCGATTACGCCCCGCTGGCGGTTTATCTGCGGCGACCGGAGCCGGCAGACCCCGCCCCTTGGCACAAAGTGTTCCGTTCACCGGTGCACTTCGATGCCGGACATGATTGCCTGGAGTTCAGCCTCGCCGATTTCGACAGTCACCTGGACGACGCCAACCCGGAGCTGGCCGAACACAACGAAACCGTGCTCAAGCGCACCCTCGCCCAGCTCCAGCCGTTGACCTGGGAGCGCAAGGTCCGCGCCGCCATCGAAGCACAACTGCCCGAAGGCGAACCCAGCGCCGAACGCATCGCCCAGACCATGCACCTGAGTCTGCGCAGTCTGCAGCGGCATCTGGCCGACGAAGGCTGCCGCTTCGACGCGCTGCTCAATGAATGCCGGGAAAACCTGGCGCTGCTACACCTGCGCGATCCGCAATGCTCATTGAGCGAGGTCAGTTATCTGCTGGGCTTTGCTGATACCAGCAGCTTCAGCCGCGCGTTCAAGCGCTGGACCGGGATGACGCCGGGGCAGTTTCGGGATGGCTTGCGTTAG MTEPTSLASWTRALRKQLDALGLDSHALCLEAGLDPQWMDDPNARYPLSATTRLWALAVQASGDPAIGLRVSRFVSPTTFHALGYALVASGSLREVFERIVRYHPVVSDALTLQLSRGEDRYRFNLDIPAGRPAPALEAIDAFAAIYVRTCRNRLGRDYAPLAVYLRRPEPADPAPWHKVFRSPVHFDAGHDCLEFSLADFDSHLDDANPELAEHNETVLKRTLAQLQPLTWERKVRAAIEAQLPEGEPSAERIAQTMHLSLRSLQRHLADEGCRFDALLNECRENLALLHLRDPQCSLSEVSYLLGFADTSSFSRAFKRWTGMTPGQFRDGLR NA NA NA NA NA D1-35_05289 1074 hypothetical protein ATGCACGGCACTTGCGCAAGCCCCGAGCGATTGAATGCACAGCAGCGCTCCGCCCATATTCGCCAGGTGGTCCTGGCCCGGGGCGAAGAATTGCGCGAGCGCTATCCGATCCTGCGGCATCAGGATGCGCTGGGCGCGGGCATCCTGGCGTTCGCCCTGGCGGGGATGACCGGCTCGGCGCTGCTCTACATCAACGGCTATCTGGCCGGCTGGGCGTGCCTGCTGCTCAACGCCTTTTTTGCATCCCTGACCCACGAGCTGGAACACGACCTGATCCACAGTATGTATTTTCGCAAGCAGCGCGTGCCGCACAACCTGATGATGGGCCTGGTCTGGCTGGCGCGGCCGAGCACCATCAATCCGTGGATTCGCCGCCACCTGCACCTCAATCATCACAAGGTTTCCGGCAGCGAGGCGGACCTGGAGGAGCGCGCGATCACCAACGGCGAGCCGTGGGGATTGGCGCGCTTGCTGATGGTTGGCGACAACGTGATGTCGGCGTTCATTCGCCTGCTGCGAGCCAGGACCTGGGCGCACAAGCGCAGCATCCTCAGGCGCACGCTGAAGGTGTACTTCCCGTTGGCGCTGTTGCATTGGGGCGCGTGGTACGTTTTCCTCGGTTTCCATGGCGCCAACGCGGTTGCCGGGCTGCTCGGCACTTCGATCGACTGGTCGACCAGCACTCTGGCGACCCTGCACGTCATAGACATCGCGGCGGTGGTGATCATCGGCCCGAATGTGCTGCGCACCTTTTGCCTGCACTTCATCAGCTCGAACATGCATTACTACGGCGACATCGAGCCAGGCAACGTCATCCAGCAGACCCAGGTGTTGAACCCTTGGTGGCTGTGGCCGTTGCAGGCGTTCTGCTTCAATTTCGGCAGCAGCCACGGCATCCATCATTTCGTGGTGAAGGAGCCGTTCTACATTCGCCAGATGACGGTGCCGGTGGCGCACAAGGTGATGCGGGAGATGGGCGTGCGCTTCAATGATTTCGGCACGTTTGGGCGGGCGAATCGGTTTGTGGGTAAGGAAGGCGTTGCGAGGGAAGAGGCGAAGGCGGTTCAGGCCTAG MHGTCASPERLNAQQRSAHIRQVVLARGEELRERYPILRHQDALGAGILAFALAGMTGSALLYINGYLAGWACLLLNAFFASLTHELEHDLIHSMYFRKQRVPHNLMMGLVWLARPSTINPWIRRHLHLNHHKVSGSEADLEERAITNGEPWGLARLLMVGDNVMSAFIRLLRARTWAHKRSILRRTLKVYFPLALLHWGAWYVFLGFHGANAVAGLLGTSIDWSTSTLATLHVIDIAAVVIIGPNVLRTFCLHFISSNMHYYGDIEPGNVIQQTQVLNPWWLWPLQAFCFNFGSSHGIHHFVVKEPFYIRQMTVPVAHKVMREMGVRFNDFGTFGRANRFVGKEGVAREEAKAVQA NA NA NA NA NA D1-35_05290 2505 fhuA_5 COG1629 Ferrichrome outer membrane transporter/phage receptor ATGACTGAGCGCGTGACTCTCAAGACTTCCCTCGGCTGTTCCTCGCCCACCGGCCTGCTGCGCCAGGCCATCCGCGCCGCGCTGTTGAGCACGGCGCTCGGTGTCGGCGCCCTACCGATGTCCGCTGTCGCGGCGCAGGATGGCGCGATCGCCGGCCGCCAGAACTACAACATAGCCGCCGGCCCGTTGAGCGAGGTGCTCAACCAGTTCGCCCGCCAGGCCGGTATCACCTTGGCAAGTACCCCTGGACAAACCGGCGGCGTCCAGTCCCCCGGCCTGAAAGGCGAATATTCGGCGGACCAGGCCCTGCAGCAGTTGCTCAGCGGCTCAGGGCTGGTTGCCGTCAGCCAGGATAGCGGCAGCTATGTGCTGCAAACCGTGGCCCCCGAAAGCACGTTGGCGTTGCCGACCACCGACGTCAAAGGCTTCGCCCTGGGTAACGCTCTCGGCAGCATGGAAGGCTACAACGCCACCCACAGCCAGGTGGCGACCAAGACCAGTACCGCCCTGCGGGAAACGTCGCAAAGCGTATCGGTGGTCACGCGCGAGCAAATGGACGACCAGGGCGCGCAAACCGTGTCCCAGGCAATGCGCTACACCCCTGGCGTGCTGACCAACCCCTATGGCGCGACCCACCGCTACGACTACGTGGCGATGCGCGGCTTCAACGATGGCTCGGTGGACAACATCTACCTGGACGGTTTGAAGTCGATGGGTGACAGCGGCACCTACAGCTCGATTCAGGTCGATCCGTATTTCCTCGAGCGGGTCGACATCCTCAAGGGCCCGTCCTCCGTGCTCTATGGCCGCAGCTCGCCGGGTGGCCTGGTGGCGCTCACCAGCAAGAAACCGCTGTACGAGGCCTATCACCAGATCCAGGCCACGGTCGGTACCCAAGGCCAACGCGGCATGGGTTTCGACTTCAGCGGCCCGGTGGATGACGACAAGCGCATCGCCTACCGCCTGGTCGGCCTGGCCGATACGTCCGACACGCAATTCGACCACAACAAGGAAAAGCGCTTCGCCCTCGCGCCCACGGTGAGCATCGACTTTAGCGAAGACACCTCGCTGACGTTGCAAGCCTACCTGCAGCATGACCCCGACGGCGGTTACCACGGCGGCATGCCGGCGAACGGCACCTTGCACAAGCGCAACGGCCGGCGGATTTCGGAGAACTTCTTCGAAGGCGAGCCTGGCGTCGACGGCTACGAACGTGACCAGCAGTCGTTCGGCTATCAGTTCGAACACCGCTTCAACGACGTCTTCACCGCCCGACAGAACTTCCGCTACCTGGATTCGGACGTCAGCAATGACCAGGTCTATGCCTATGACTGGACCACGCCGACCAGCAACGAGCTGAACCGCTATTACACCGGCGCTGAAGAAAAGCTCCACGCCTTCATCGTCGATAACATGCTCCAGGCGGAATTCTTCACCGGCGCCACCAAACACACCGTGCTGATGGGCGCCGACTACCAGCGGCGCAAGACCGTGGTCGATTGGACCAGCGGCAGCCTCGCGCCGATCAACGCCTTCGACCCGGTCTACGGCAACTCGGCGATCAGCTACTTCAGCCCCACCAGCTACCTGCGGCGCCTGGAGCAGACCGGCGTCTATCTGCAAGACCTGATCGAAATGGACAAGTGGCGCTTCTCTCTGGGCCTGCGCCAGGATTGGGTCGAGACCTCGGACGAGAACCGCATTGCCGAATTCGGCCGTCCGGAAGGCACCGAGATCAACGACAAGCGCACCAAACTCACCGGTAGGGTCGGGGCGCTGTACCTGTTCGACAACGGCCTGGCGCCGTACATCAGCTACTCGGAGTCATTCAACCCCAACTCCTACGCCGACAGCGCCGGCAACCCGCTGCCGCCCACCGACGGCAAGCAGTGGGAACTGGGCCTGAAGTACCAGCCGCCGGGTACCGATGACTTGTACACTGCCTCGCTGTTCCGCATCGACCAGGAGAACCTGGCGACCAAGCTGCCCCAGGAAAACTTCTACCGCGCCGTCGGCGCTGTGCGCTCCCAGGGCCTGGAACTGGAAGCGCACATGCAGTTGACCGAGCAGTTCAAGGTGCTGGGCAGCTACACCTTCACCGACATCGAATACTCGAAATCGATGGTCAGCACCCTGAGCACGCCCACCGACATCATCGAAAACAAAGGCAACTCTCCGACCCAGGCCCCGCGCCACATGGCATCGGTGTGGGCTGACTATAAATTCGACAGCGGCACGCTCGATGGCCTGCGGCTGGGCGGCGGCGTGCGGTATGTCGGCTACAGCTGGGCCGACGCGGAAAACACCATGAAGGTGCCGTCGTACACGTTGTTCGATGCCTCGGTGGGGTATGACCTGGGCAAGGTCGGCTTGAAGGGCGTGGATGTGCGCCTGAACGCGAACAACCTGACCAACGAGAGCTACATCGCGTCATGCGCCAGCCTGAGCTATTGCTACATGGGCGAGGAGCGCAACGTGGCGGCTACGGTGAGTTATCAGTTCTGA MTERVTLKTSLGCSSPTGLLRQAIRAALLSTALGVGALPMSAVAAQDGAIAGRQNYNIAAGPLSEVLNQFARQAGITLASTPGQTGGVQSPGLKGEYSADQALQQLLSGSGLVAVSQDSGSYVLQTVAPESTLALPTTDVKGFALGNALGSMEGYNATHSQVATKTSTALRETSQSVSVVTREQMDDQGAQTVSQAMRYTPGVLTNPYGATHRYDYVAMRGFNDGSVDNIYLDGLKSMGDSGTYSSIQVDPYFLERVDILKGPSSVLYGRSSPGGLVALTSKKPLYEAYHQIQATVGTQGQRGMGFDFSGPVDDDKRIAYRLVGLADTSDTQFDHNKEKRFALAPTVSIDFSEDTSLTLQAYLQHDPDGGYHGGMPANGTLHKRNGRRISENFFEGEPGVDGYERDQQSFGYQFEHRFNDVFTARQNFRYLDSDVSNDQVYAYDWTTPTSNELNRYYTGAEEKLHAFIVDNMLQAEFFTGATKHTVLMGADYQRRKTVVDWTSGSLAPINAFDPVYGNSAISYFSPTSYLRRLEQTGVYLQDLIEMDKWRFSLGLRQDWVETSDENRIAEFGRPEGTEINDKRTKLTGRVGALYLFDNGLAPYISYSESFNPNSYADSAGNPLPPTDGKQWELGLKYQPPGTDDLYTASLFRIDQENLATKLPQENFYRAVGAVRSQGLELEAHMQLTEQFKVLGSYTFTDIEYSKSMVSTLSTPTDIIENKGNSPTQAPRHMASVWADYKFDSGTLDGLRLGGGVRYVGYSWADAENTMKVPSYTLFDASVGYDLGKVGLKGVDVRLNANNLTNESYIASCASLSYCYMGEERNVAATVSYQF PGPT0003790_7342 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014 NA NA D1-35_05291 996 fecR_8 COG3712 Protein FecR ATGAAGATTGAACCGATGGACCAGCCTTCGGGCCGGGGCCCATCACAGCAGGTGGTCAAGCAAGCGATCCATTGGTTGCTGCGCCTGCGCAACCATGCCGCCAACCCAGCGCTGCGCCAACAGTGCGAGGCCTGGCGCATCGCTCACCATGACCACGAACTGGCTTGGCAACGGGTGCAATCGCTGCACAGCGAACTGACTTCCAGCCTGCGGGCGGTACCTGGCGCCCGGACTGCCCTCGATACCCTGGAGACCAGCGCCCAGCGCCTCGGCCGGCGCCAAGCCCTGAAGCTGTTGTCAGGCGTGGCGGTGATGGGCTGCGCCGCCTGGCTGGGCAAGGACCTGGGCTGGCAGCCGTGGAGCGCCGATTTTGCGACCGCCACCGGCGAACGACGTGGCTTCCAACTGCCAGACGGCACGCGACTGGAGCTCAATACCAACAGCGCGGCCGACCTCGATTACACGGCTTCGCGACGCCTGATCACGTTGACGCGCGGCGAAATCATGCTCACCTGCGGCCGCGATCCCGGACGCCCATTACTGGTAAAAAGCCGACACGGCTTGTTCGAGGGGCTGGAGGGCCGCTTCGTCGTGCGCCAGGACAACGACTGCACGCGCCTGAGTGTCGCCAGCGGACACGTCGCCATCCGCTCGCATGTCGGCAGCGACGGCGCCCCGATCCAGGTGGAAGCTGGACAAAGCTACCTGGTCAGCGCATCCACCGCGACGCTCGCGCCCCCCCTGGACATGGACGCCGGCGCCTGGGCGGACGGCTTGATCGTCACGCGCAACATGCGCCTGGAAGACTTCCTCAACGAAGTGGGACGTTACCGTCGGGGCTACCTGAAATGCGCCGCCTCGATCGCCGATTTGCGCTTGTCAGGCGTCTTCCGTCTGGCTGACACCGACAAGCTGCTGGCCGTCCTGCCGCACACGCTCCCCGTGCAAATACACTACCGAACCCGCTGGTGGATCACGGTGGAGCGTACGGCCTGA MKIEPMDQPSGRGPSQQVVKQAIHWLLRLRNHAANPALRQQCEAWRIAHHDHELAWQRVQSLHSELTSSLRAVPGARTALDTLETSAQRLGRRQALKLLSGVAVMGCAAWLGKDLGWQPWSADFATATGERRGFQLPDGTRLELNTNSAADLDYTASRRLITLTRGEIMLTCGRDPGRPLLVKSRHGLFEGLEGRFVVRQDNDCTRLSVASGHVAIRSHVGSDGAPIQVEAGQSYLVSASTATLAPPLDMDAGAWADGLIVTRNMRLEDFLNEVGRYRRGYLKCAASIADLRLSGVFRLADTDKLLAVLPHTLPVQIHYRTRWWITVERTA PGPT0003910_3172 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165 NA NA D1-35_05292 501 fecI_10 COG1595 putative RNA polymerase sigma factor FecI ATGTCATCCCCCCAGTTTGCAGTACAGGCGCTCTACAGCAGCCATCACGGCTGGCTCCACACATGGCTGCGCAACCGATTGGGCAATGCCGCCGATGCAGCGGACCTGGCCCAGGACACCTTCGTGCGCCTGCTGCAACGCACCGAACGCCTGGAACTCAAGGCGCCACGCGCCTTCCTGCGCACCATCGCCCAGGGCTTGGTGATTGACCATTGGCGCCGAGCGGAAATCGAACGCGCCTACCTTGAGACCATCGCGCACCTGCCGGAAGCGCAAACGCCCGGCGCCGAAGCCCAGGCATTGATCCTGGAGCTGCTGGAGGCCATCGCCCGGATGCTCGAAGGCCTCAAGCCCAAAGTGCGCAAGGCGTTCCTGCTGGCCCAGTGCGAAGGCCTGACCTACAAGCAGATTGCCGAACAGATGGGCATTTCCCTGCGCTCGGTGGAACGCTACGTTGCCGACGCGTTGTACCACTGCTATGTGCTGCGCTATGAAGATTGA MSSPQFAVQALYSSHHGWLHTWLRNRLGNAADAADLAQDTFVRLLQRTERLELKAPRAFLRTIAQGLVIDHWRRAEIERAYLETIAHLPEAQTPGAEAQALILELLEAIARMLEGLKPKVRKAFLLAQCEGLTYKQIAEQMGISLRSVERYVADALYHCYVLRYED PGPT0003900_364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003900-prhI|fecI-K23514 NA NA D1-35_05293 1881 mcpA COG0840 Methyl-accepting chemotaxis protein McpA ATGAATCTCAAGTTCAGTCACAAAATCCTCCTGGCCGCCTCTGGTGTGGTGGTCCTGGCTTTTGCCCTGTTCACGCTCTACAACGATTACCTGCAGCGCAACACCATCGGTCGAAGCCTGGAGTCGTCCATCGAGCAATCCGGCGACCTGACAGCCAGCAGCGTCCAGAACTGGATGAGTGGCCGTGTGCTGGTGTTGGAGAACCTGGCGCAGAACATTGCGCACCAGGGCGCCGGGGCCGATTTGCCGGGGCTCGTCGACCAGCCGGCATTGACCTCGAATTTCCAGTTCACCTATGTCGGCCAGAACACCGGCGTTTTCACTCAGCGGCCTGACGCCAAGATGCCCGACGGCTACGACCCGCGTCAGCGCCCTTGGTATAAGCAGGCGGTCGCCGCGGATAAAACCATGTTGACCCCGCCCTACATGGCAGCCGTCGGCGGGCTGGTGGTAACCATTGCCCTGCCGGTCAAGCACAACGGCGAACTGCTCGGTGTGGTGGGTGGCGACCTGAGTCTGGAAACCCTGGTGAAGATCATCAACTCGGTGGATTTCGGCGGCATCGGCCATGCGTTCCTGGTCAGCGGCGACGGTCAGGTGATCGTCAGCCCGGACAAAGACCATGTGATGAAAAACCTCAAGGACATCTACCCAGGCACGCCGGTGCGCATCGGCAAAGGTATCCAGGAAGTCGAGTTGAACGGGGAGGACCGCATCCTTTCGTTTACCCCGGTGGCAGGCTTGCCGAACGCCGAGTGGTATATCGGACTGTCGATCGACAAAGCCAAGGCCTACGCGCCGCTGAGCCATTTCCGTACGTCTGCGTTGATTGCGATGTTCGTCGCGGTGGCGGCGATTGCGTTGTTGCTGAGCCTGCTGATCCAGGTCTTGATGCGTCCGTTGACCACCATGGGCCGCGCCATGCAGGACATTGCCCAGGGCGAAGGCGACCTGACCCGACGTCTCGTCGTGCAGGGCAAGGATGAGTTCGCTGTGCTGGGTGGTTCGTTCAACCAGTTCGTGGAGCGCATCCATGCATCGATTGCTGAAGTGTCTTCGGCCACGCGGCAGGTACATGATCTGTCGCAGCGGGTGATGACGTCGTCCAACGCCTCGCTTGTCGGCTCGGATGAGCAGAGCGCCCGCACCAACAGCGTGGCCGCTGCGATCAATCAGTTGGGCGCCGCGACCCAGGAAATCGCCCGCAATGCCGCCGATGCTTCGCAACAGGCCAGCGGCGCCAGCGAGCAGGCCGACGACGGGCGCCAGGTGGTGGAAAAAACCATCCAGGCGATGACCGCGCTGTCGCAGAAGATCAGCCTGTCGTGCACCCAGATCGAAACCCTGAACGCCAGCACCGACAACATCGGGCACATCCTCGATGTGATCAAGGGCATCTCTCAGCAAACCAACCTGCTGGCGTTGAACGCCGCCATCGAAGCGGCCCGTGCCGGTGAAGCCGGGCGTGGCTTTGCGGTGGTGGCCGATGAGGTGCGCAACCTGGCGCACCGCACGCAGGAGTCGGCTGAAGAGATCCACAAGATGATCACTTCGTTGCAGGTGGGTTCTCGTGAGGCGGTAACCACCATGAACGCCAGCCAGGCCTCCAGCGAAGAAAGCGTGGAAGTGGCCAACCAGGCCGGCCTGCGCCTGGTCAGCGTGACCCAGCGTATCGGTGAGATCGACGGCATGAACCAGTCGGTGGCCGCCGCGACCGAAGAACAGACCGCCGTGGTGGAAACCCTCAACATGGATGTCAGCCACATCAACCTGCTGAACCAGCAGAGCGTCGCCAACCTCAACGAAACGCTGAAGGATTGCGATGCCTTGTCCCAACAGGCCAATCGGTTGAAGCAACTGGTGGACAGCTTCAAGATCTGA MNLKFSHKILLAASGVVVLAFALFTLYNDYLQRNTIGRSLESSIEQSGDLTASSVQNWMSGRVLVLENLAQNIAHQGAGADLPGLVDQPALTSNFQFTYVGQNTGVFTQRPDAKMPDGYDPRQRPWYKQAVAADKTMLTPPYMAAVGGLVVTIALPVKHNGELLGVVGGDLSLETLVKIINSVDFGGIGHAFLVSGDGQVIVSPDKDHVMKNLKDIYPGTPVRIGKGIQEVELNGEDRILSFTPVAGLPNAEWYIGLSIDKAKAYAPLSHFRTSALIAMFVAVAAIALLLSLLIQVLMRPLTTMGRAMQDIAQGEGDLTRRLVVQGKDEFAVLGGSFNQFVERIHASIAEVSSATRQVHDLSQRVMTSSNASLVGSDEQSARTNSVAAAINQLGAATQEIARNAADASQQASGASEQADDGRQVVEKTIQAMTALSQKISLSCTQIETLNASTDNIGHILDVIKGISQQTNLLALNAAIEAARAGEAGRGFAVVADEVRNLAHRTQESAEEIHKMITSLQVGSREAVTTMNASQASSEESVEVANQAGLRLVSVTQRIGEIDGMNQSVAAATEEQTAVVETLNMDVSHINLLNQQSVANLNETLKDCDALSQQANRLKQLVDSFKI PGPT0015710_11603 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 D1-35_05294 465 hypothetical protein ATGACCACATTTCAACCCGACACACTGATCAAGAATCCTCAAGCCTGCCACGTTGAAACCTCGGTGCAAGTGTCCGCTGACGCGGCGCGAGTCTGGGAAGTGGTCGGGGACTTTGGCGGGTTCAACCGCTTTATCCCCGCGCTTGAGCGCATCGAAATGACCGGCGAAGGGGTGAGATCCCTGCGCAAGAAATTCTTCGTCGACGGACAGAACCTGGTGGTGGAACAGCTCAACAGCCGTGACGACCAGGCCATGCACATGACCTGGACGCTGATCTACAACACCCTGGGCATCGACAACCTCTGGGCAGCCATGCGCGTGGAGCCCCTGGCGGACAACCGCTGCCGCGCCACCTGGACCATCATTGCCGACCACACCGACGCCCACACCCCGTCGGGCTTCAGGGATTTCCTGCAAGGGTTCGCCGATGAAGCGATGGAGAACGTGGTGAAGATGTTCACCTGA MTTFQPDTLIKNPQACHVETSVQVSADAARVWEVVGDFGGFNRFIPALERIEMTGEGVRSLRKKFFVDGQNLVVEQLNSRDDQAMHMTWTLIYNTLGIDNLWAAMRVEPLADNRCRATWTIIADHTDAHTPSGFRDFLQGFADEAMENVVKMFT NA NA NA NA NA D1-35_05295 3426 lgrD_2 Linear gramicidin synthase subunit D ATGAAACGCCTCGAAATTGCGCTATCCGGCACCAGCCAGGCCATGGCCGAACTGGCCCGGGAACTTGAACTTCACGGTCATTCGGTCAGGGAATTTCGATCGCCAACCGCCCACGGCGCGGTCGACCTGTCGATCGATGACGGTACGCTGCCGTGTGCCACACAGGCGCGCTTTCGACTTCATGTGCGCGTGGCGCTCCAGGCCCTGTCAGGCCAGGCATTGCCGCAACCGGTGGTGGTTTTCCGCGACGCTGCACAGCGCCTGTTATCCGAGGCCGTGATTGCCCCGCCAAGCCGGGGCAACGGCCAGTCATTGCGCCTCTGCGCACTGGCGGCGGTGGTCGAGCACGGCGCCCGGCTGGTCAGCCAGCTCTCGCGGGACGAGACCCGCTTCGACACCTGGCCGACGCTGGAAACCGCCGTTGCAGACGAGCTCCTGCACGGGCTCGATGCGCTGGAGCCGCTGGCTTTCGAACATCACCTCAACCGCGCCCCGGTGCCCTGGCTCCTGGCCGCCGCCCAAGTGCCGGTGATGAACAGCATCGAACAACGCATGCTTGATCAGCCGACGCAACCGGCCCTGTGGGTCGACGGTCAGCTCATCGACTACCGATCCTTGCGCGACCTGACGCTCAGGTTGCAACAATCGATGCTGGAAATCCTGCCGGGCGCGGCTGATCGCCCGAAGGTGATCGGCGTGTGCCTGCCCAAATCCGCACTGCTGTATGCAGCGATCCTGGCGGTTTTGGGATGCGGAGCGGTGTACCTGCCGCTGGACCCGCAACACCCGGCGCAGCGGCGGCGCTTCATCCTCGAAAATGCCCGGGCCGATCTGCTGCTGCATGACGTGCAAAGCGACCTGGACGACTGCGCAGTACCCAGGCTGAACGTCCATCGACTGCCCTCTTCGAAAACGATCATCCCGCTCTCGACAATCCGGCGCGTGGCGGGCATCGACGAGCCGGCCGTGGCGATCTACACCTCCGGCACCACCGGCCAGCCCAAAGGCGTGTTGCTCAGCCAGCGCAACCTCAGCCATTTTTGCGCGTGGTACTGCGACCATGTCGAGTTGAAGCGCGACAGTCGCGCGCTGCAGTTTTCCACCATCAACTTCGACGCGTCGCTGCTGGACATCCTGCCGACGTTCGTCCAGGGCGGACTGTTGATCGTGCCCAGCGAAGACCAGCGCCGCGACCCGCAGCAACTGGTCGCGTTGATTCGCGCACAGCGCGTCAGCCACGCCTTCCTGCCACCGGCACTGCTGAGCGTACTGCCACTGGACGCGCCGCTGGGGCTGGATCACCTGGTCACCGGAGGGGATGTCTGCGAGCCGTATGTGATCGAGCAACTGGCGCCACAGTGCCGCTTCCACAATATCTATGGCCCGACCGAAACCACGGTGCTGGCGACCACGCGGCAGTTCGGCAGCGGCGACAACAATCGCAACCTTGGCAGACCCATTGCCAATGCCCGGTTGCTGATTCTGGACGAGCAACGGCAACCGGTGCCCGACGGCACGCCCGGCGAGCTTTACATTGCCGGGCCGGGTGTCGGCCTGGGGTACCTGAACGCCCCGGGGCTGACCGCCGAGCGCTACCTCAACCTGACGTTGCCCACCGGGCAGACGCTGCGGGCCTATCGCACCGGGGATATCGGCCAGTGGACGGACGCTGGGATCGAGCTGTGTGGACGTCGCGATAACCAGGTGAAGATCCGTGGCTTTCGGGTCGAGCCCGAGGAGATCGAACATTGCCTGCGCGACAGCCAGTTGTTTCGTCAGGTGGCGGTGGGGGTGGATGAACGCCGGCGGATCCTGGCGTTCCTGGTGAACCCTGTGCAAGAACTTCCCGGCGCGGCTCTTCAGGCATTGCGCGAGCATGTGCAGGACAGGTTGCCCAGCTACATGCACCCGACGGCCTACATCGAGTTGCCCAGCCTGCCTTACACCAGCAATGGCAAGGTTGATCGCCGGGCGTTGCTTGCCTCGGCGGGGCCGGTCCAGGCCGAAGGCCAGGGACGCCAGCCGCAGAACGCCTTGGAAAACCAGCTGCGAGCGCTTTGGGCCGAGCTGCTGGAACTGCCGGCCGAGGACATCGCCACCGACGAGAGCTTCTTCAACCTCGGCGGGCATTCGATTCTGTTGTCGCAATTGCTGCTGAGCATCCGCCAGTCGTTCGGCCGTAGCCTGTCGATCAATCGCTTCATCGAAGCGCCGACGCTGATCACCCTGGCGAAGCTGCTCGACGACTCCGAACAGAGCGGTACGTCAACGCTGAGCCCGCAGGCTTTCATCGACGCCGAGGCGGAGCTCAACCTTGATCCACTGTCCATCAGCCAGAGCGGTGACGTGCACAAAGTGCTGGTGACCGGCGCCAACAGCTTTCTCGGCGTGCACATCGTCGAGGCGTTGCTGGCGTGGGGCGCCACCGAGGTTGCGTGCCTAGTGCGTGAGTCCGGCGGGCAAAGCGCGGCCGAACGGTTCGCCCAGGCCCTGCGGGACAATCGCCTGGAGCACCTGGACCTGAGTCGCGTCAGCGTCTACGCCGCCGACATCACCCAACCGCAACTGGGTTTGCCGGACGACATCTACCAACGCATCGACAGCACCTTCGGCGCGCTGGTGCACAACGCGGCCCACGTCAACCACGTGCTCGATTACGAGTCCCTGGCGCGGGACAACGTCGAGCCGATCTTCGAATGCCTGCGCCTGTGCGAAGGCCGGCGCAAGAAGATCTTCAACTTCGTCTCGACGCTCTCGGCTTCCAGCGCCCTGGACGCCGATGGCCAGGTGTTGGAGCAACCAGCGGCGCAGACACCGCCGATCTACATCAAGAACGGCTACAACCTGTCCAAATGGGTCGGCGAGCGGATCCTGCAGCGGGCCCGTGACCTTGGCGTGCGGGTGAACCTGTTCCGCCCCGGTAACATCAGCTTCAACAGCCAGACGGGGGTCTGCCAACCCCACAAGAACCGGTTGATGCTGATGCTCAAGGGCTCGATCCAGCTCGGCCAGGTGCCGGCCCTGTCACTCAACTTCGACCTGATGCCGGTGGACTTCCTGGCCCGTTTCATCGCCTTCCACGCCAGCCGCTACCAACCGAACCAGGCCGTGTTCAATCTGCACAACCCCGAACCGCTGAGCTGGGACGCCTACGTGGCGTCGTTCCGGGACAGCGGCCGGGCGTTTTCCCTGGTGAGCGTCGCCGACTGGCAACGGCAATTGGCGCGGGTCGATGCCGACAACGCGTTGTTCGGCGTGCTGGGTTTCTATCTGAACGGCTTCGAGGAGGACATCGGCGACATCTCGCTGATCCGTCATGACAACGCCCGGTCCGGCGTCCGGCAGATGGGCGCGCGCTACCCGGAAAAATCCCCGGCCCTGCTACGCCGTGGCGCGGACTACCTCAAGGCCATTGATTTCATCTGA MKRLEIALSGTSQAMAELARELELHGHSVREFRSPTAHGAVDLSIDDGTLPCATQARFRLHVRVALQALSGQALPQPVVVFRDAAQRLLSEAVIAPPSRGNGQSLRLCALAAVVEHGARLVSQLSRDETRFDTWPTLETAVADELLHGLDALEPLAFEHHLNRAPVPWLLAAAQVPVMNSIEQRMLDQPTQPALWVDGQLIDYRSLRDLTLRLQQSMLEILPGAADRPKVIGVCLPKSALLYAAILAVLGCGAVYLPLDPQHPAQRRRFILENARADLLLHDVQSDLDDCAVPRLNVHRLPSSKTIIPLSTIRRVAGIDEPAVAIYTSGTTGQPKGVLLSQRNLSHFCAWYCDHVELKRDSRALQFSTINFDASLLDILPTFVQGGLLIVPSEDQRRDPQQLVALIRAQRVSHAFLPPALLSVLPLDAPLGLDHLVTGGDVCEPYVIEQLAPQCRFHNIYGPTETTVLATTRQFGSGDNNRNLGRPIANARLLILDEQRQPVPDGTPGELYIAGPGVGLGYLNAPGLTAERYLNLTLPTGQTLRAYRTGDIGQWTDAGIELCGRRDNQVKIRGFRVEPEEIEHCLRDSQLFRQVAVGVDERRRILAFLVNPVQELPGAALQALREHVQDRLPSYMHPTAYIELPSLPYTSNGKVDRRALLASAGPVQAEGQGRQPQNALENQLRALWAELLELPAEDIATDESFFNLGGHSILLSQLLLSIRQSFGRSLSINRFIEAPTLITLAKLLDDSEQSGTSTLSPQAFIDAEAELNLDPLSISQSGDVHKVLVTGANSFLGVHIVEALLAWGATEVACLVRESGGQSAAERFAQALRDNRLEHLDLSRVSVYAADITQPQLGLPDDIYQRIDSTFGALVHNAAHVNHVLDYESLARDNVEPIFECLRLCEGRRKKIFNFVSTLSASSALDADGQVLEQPAAQTPPIYIKNGYNLSKWVGERILQRARDLGVRVNLFRPGNISFNSQTGVCQPHKNRLMLMLKGSIQLGQVPALSLNFDLMPVDFLARFIAFHASRYQPNQAVFNLHNPEPLSWDAYVASFRDSGRAFSLVSVADWQRQLARVDADNALFGVLGFYLNGFEEDIGDISLIRHDNARSGVRQMGARYPEKSPALLRRGADYLKAIDFI NA NA NA NA NA D1-35_05296 933 hypothetical protein ATGAACGCCATTTCATACCAGTCCTTCGCCGACACCTGGGAAAGTCGTGCCACCATCCGTACCCGACCACGGCGCCGGGTCGAGGATGACGACAAGCTGATCTTCCCCATGAGCCGTCAGCCCCTTGTGCACAGCCAGACCTTTCTCAGCCACTGCCCGCAGTTGCGCGATTTTGTCCTGGTGCAGAGCCTCTACAAATTCATCAATGACGTGGTGATTTTCGAGACTGAGCTGGTGGACCACACCGCGCGGCGCATCGCCAAGAACCGCTTCGGCATCGAGTTTCCGTTCGCCTGTCGCTACGACGCGATGACTGTGGTGGTGGATGAGGACTATCACGCGCTGGTGGCCATGGACTTCATGCAACAGACCATCGACATGACCGGCATCGAGCCGATCCCGCTGCCCGACCAGATCGAACTCAGCCGCGCGGTCCCGGCCACGCTGGCGCGGGCACCGGAGCGTTTGCTCAGTGCCGTGGAGCTGATCTGCATCGCCATTGCCGAGAACACGGTGACCAACGAAGTGGCGGCCTTTGCCCGGGATGACTCGGTCAAGGCTTCGATCAAGGGTTTGATGGCGGACCACTTGCAGGATGAGGGCCGACACTCCGGTTTCTGGACACGGCTGGTGCAGATTTACTGGCGCACCGCACCGGAAGAAGACCGCCAAGCCATCGCGCAACTGATGCCCGGCTTCATTGCCGAGTACCTGGCGAGCGACCTGCAACAACAGTTCGATTTCGAGCTGATCGCCCATCTGCCCGTCGATGAATCGGTACGTCAGTCGCTGCGGGATGACGCCAGTGCGTTGGCGTACCCGATCAATCGCTTTCATCCGCTGGTGGGCAACATCACACGCTTTTTTCGCACCAGCTCGATGCTCGCTTCACCGTGCGTGCGCGATGCCCTGGCCGACTACCTGACCCCATGA MNAISYQSFADTWESRATIRTRPRRRVEDDDKLIFPMSRQPLVHSQTFLSHCPQLRDFVLVQSLYKFINDVVIFETELVDHTARRIAKNRFGIEFPFACRYDAMTVVVDEDYHALVAMDFMQQTIDMTGIEPIPLPDQIELSRAVPATLARAPERLLSAVELICIAIAENTVTNEVAAFARDDSVKASIKGLMADHLQDEGRHSGFWTRLVQIYWRTAPEEDRQAIAQLMPGFIAEYLASDLQQQFDFELIAHLPVDESVRQSLRDDASALAYPINRFHPLVGNITRFFRTSSMLASPCVRDALADYLTP NA NA NA NA NA D1-35_05297 777 hypothetical protein ATGCAGCCAACCAAAGAACAACTATTCCTGAAGAAACTCGAACTAGGTGAACACCCGGTTTTTTCTGAAATAACATCAATCGACCTGTTGCGCCGTTTTATGGAAAGTCATGTTTTTGCCGTGTGGGATTTCATGTCCCTGACCAAGCGCCTGCAACGCGAGCTGACCTGTATCCAGTTGCCGTGGCTACCTCCGGCCGACCCGCACGCAGCACGGCTGATCAATGAAATCGTCTTGGGGGAAGAATCCGACGACCGTCCCGGAGCGGGCTATTGCAGCCATTTCGAGCTGTACCTGGACGCCATGCGCGAGGTCGGCGCGGATACCCGGGCCATTGAGCAATTCATTGCCCTGCAACAGGAAGGCGTCAGCCCCGAAACCGCGCTGGACAGCGTCGAGGTAGACCCGGCCGCGGCGCGCTTCGTACGCCAGACCTTGCACACTGCCTTGCACGCCCCGGCCCACAGCGTGGCCGCCGCGTTCGTGCACGGTCGCGAAAGCGTCATCCCGCAGATGTTCCAGCGCATGCTGGATGCCTGGGGCATCGGCCTGGACCAGGCACCGACGTTTCGTTATTACCTGCAACGGCATATCGAAGTGGACTCCGAAGACCATGGCCCGGCTGCGGAAAAACTCCTGGCACGGCTGATCGATGGCGACCCGCAGCGCGAGCGCGAAGTCCTTGCCGCCGCCCTCGCCGCCGTCCACAGCCGCGCGGCGTTGTGGGATGGTTTGCGTCAGAGCATGGCCCTGCCCGTTGCGCAGGTGACGCCATGA MQPTKEQLFLKKLELGEHPVFSEITSIDLLRRFMESHVFAVWDFMSLTKRLQRELTCIQLPWLPPADPHAARLINEIVLGEESDDRPGAGYCSHFELYLDAMREVGADTRAIEQFIALQQEGVSPETALDSVEVDPAAARFVRQTLHTALHAPAHSVAAAFVHGRESVIPQMFQRMLDAWGIGLDQAPTFRYYLQRHIEVDSEDHGPAAEKLLARLIDGDPQREREVLAAALAAVHSRAALWDGLRQSMALPVAQVTP NA NA NA NA NA D1-35_05298 681 hypothetical protein GTGACAAAGAAGCCCAACCCGTTAAGCACTATCCAGGTCAACGGCCCCATTCCCGCCTCCCAGGCCCGCGCCATCATCGAGAGCTCCCTGCGTGAAGCCATTCTCGATGGGCGCCTGCCCAGTGGCACGGCGCTACGCCAACAGGAACTGGCCGACCTGTTCGGCGTCAGCCGCATGCCGGTACGCGAGGCATTACGCCAGCTCGAGGCGCAGTCATTGCTAAACGTGGTACAGCACAAGGGCGCCGTGGTGGCTCCGCTGATCACCAGCAATGCGATCGAGACCTATGCCTTGCGTTCGGTCCTGGAAAGCTTCGCCCTGCGCCTGTCCGTTCCGCTGCTCAACGACAACGACCTGACGATGGCCGCCCAGTACATCGAGCAACTCGAGGCGCAAACCGACTACGCCGAGATCGCCAGGCTCAATCGGCTGTTTCATATGTCGCTTTACCACAGGGCACCCAACGCCAAGCTGCTTGACCTGGTCGAGCACGAGCTCAATGAGGAAGAGCGTTTCCTGCGTTTTCACATGTCATCGATGGGCCTGGGCACGCTGACCCAGGACGACCACCGCGCGATGCTCGCAGCCGCGGTGGCGAAGGATGTCGACACAGCGGTCGCCTTGCTTGAGCAGCACTTGGAAAAAGCCTCCGTCACCATGCGCCGATACCTCAACCAATAA MTKKPNPLSTIQVNGPIPASQARAIIESSLREAILDGRLPSGTALRQQELADLFGVSRMPVREALRQLEAQSLLNVVQHKGAVVAPLITSNAIETYALRSVLESFALRLSVPLLNDNDLTMAAQYIEQLEAQTDYAEIARLNRLFHMSLYHRAPNAKLLDLVEHELNEEERFLRFHMSSMGLGTLTQDDHRAMLAAAVAKDVDTAVALLEQHLEKASVTMRRYLNQ NA NA NA NA NA D1-35_05299 663 hypothetical protein ATGCGTTGGCTGTGTTCGGCATTGTTGCTGGCCGGCCTGCTGCTGGGCGGCCTGCGGGCCGATTGGGACTTTGCGCAGATCAGCCGCCGGGCGCAAGCGTTATATGGGCCTTTGGGCGAAGGGCAGCAACGGATCGACGCGTGGCAGCAACTGTTGGCGACCCAGAAGCAGATTCCGGAACTGGAACAACTCAAGGTAGTGAATCTGTTTTTCAACAAGCAGGTGCGCTACGTCGAAGACATCGACCTGTGGCGTGAGGTTGATTACTGGGAAACCCCTATCCAGGCCTTATGGAAGGGCGCAGGTGATTGCGAGGACTACGCCATCGCCAAGTATTTCAGCCTGCGCCGGCTCGGGGTGTCCAGTGACAAGCTGCGCATCACCTACGTCAAGGCCTTGCGGCAGAACCGGGCGCACATGGTGCTGACCTACTACGCCACGCCCGATGCCATGCCCTTGGTACTCGACAGCCTGATCGACGGTATCCAGCCGGCCAGCCAGCGAACCGACCTGCTGCCGGTCTACTCTTTCAATGCCGAAGGGCTGTGGCTGCCGGGCGCCAAGGGCAACAAAAAAGTGGGTGACACCAAGCGCCTGTCCCGCTGGCAGGATGTGTTGAAAAAAATGCAGGCCGAAGGTTTTCCGGTCGAGACGACTAACTAG MRWLCSALLLAGLLLGGLRADWDFAQISRRAQALYGPLGEGQQRIDAWQQLLATQKQIPELEQLKVVNLFFNKQVRYVEDIDLWREVDYWETPIQALWKGAGDCEDYAIAKYFSLRRLGVSSDKLRITYVKALRQNRAHMVLTYYATPDAMPLVLDSLIDGIQPASQRTDLLPVYSFNAEGLWLPGAKGNKKVGDTKRLSRWQDVLKKMQAEGFPVETTN PGPT0022238_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022238-lapP-NA NA NA D1-35_05300 1947 hypothetical protein ATGTCCTTGTTCAAACAGCTGTTGATCGCTATCTGTCTGTTCCTGGTGGTTGCCTTCAGCGGCAGCTTCATGGTCAGCCTGGAAAGCTCGCGGACCCAGTACGTCAATCAATTGCGCTCGCACGCGCAGGATGCGGCCACGGCGCTGGCCTTGTCGCTGACGCCGAATATCGACGACCCGGCAATGGTCGAGCTGATGGTCAGCTCGATCTTCGACAGCGGCTACTACGCAAGCATCCGCGTGGTCGACGTGAAGAACGACAGCACCATCGTCGAACGCACCGGCATTCCGGACGCCGGCAACGTACCGCAGTGGTTCATCAAGCTCATTGGCCTGGAGCCGGCCGGTGGCGATGCGCTCGTCAGTCGGGGCTGGGAGCAGGCGGCACGGGTCGAAGTGGTCAGCCACCCTATGTTCGCCCTCGCCAAGCTGTGGCAGAGCGCGCTGGGCAGCCTGGGTTGGCTGTTGCTGTGCGGCGCTGTGAGCGCGGTGTTGGGGGCCTTGCTGCTGCGCCGTCAGCTCAAGCCGCTGGATTACATGGTGCACCAGTCCCATGCCATCGCCCGTCGGGAGTTCCTCAGCTTGCCGGAGCTGCCGCGTACCCCTGAGCTGCGCCGGGTGGTGCAGGCGATGAACCAGATGGTCGAAAAGCTCAAGGCGCTGTTCCAGGAGCAGGCCGAGCGCAGCGAGAAGCTGCGGGTCGAGTCCTATCAGGACAACCTCACGGGCCTGGCCAACCGACGTTACTTCGAAATGCAGCTGCATGCCCGGGTGAGCAATCCCGAGCAGGCCAGTTCCGGTTATCTGCTGTTGTTGCGGGTCAGGGACCTGGCCGGGTTGAACCAGCGGCTGGGCGGGCAGCGCACCGATCAGTTGCTCAAGGCCGTGGGCGAGCAATTGCTGCGTGAATGCGCGCGTTATCCGGAAACCCATAACCTGGTGACGCGCATCCGCGGCGGAGAGTTCGCCGTGTTGGCGCCCGGGCTGGTGCGCGAGGAAGCCTTGCAACTGGCGCAGAATCTCGAAGGCGCGTTGGCGAGCCTGCACGCCACCGGCGCGACGGACGTCGCATCGGTGGCCTCCATCGGGCTGGCGCCGTTCGTCCACGGCGACTCGCCGCAAGCGGTGCTCCAGCTCGGCGACCAGGCGCTGGCCCAGGCCGAAACCCAGGGTGAACCGGGCTGGGCCTGCCTGGATCACAGCGCGTCGGCCAGCGTTGGCGATGATCACCATGCCTGGCACAACCTGCTTGACCAGGCGCTGAGCAACCAGCGCTTCGAGCTGTATTTCCAGCCGGTGGTGGCCGCCCAGGACACCCAGGTGGTGCTGCATTACAAAGTGCTTTCGCGGCTGCTCGACGATCAGGGCCAGAGCATCCCCGCCGGGCGTTTCCTGCCATGGCTGGAGCGCTTCGGCTGGACTGCGCGCCTGGACCGCCTGATGCTCGAACAGGTGCTCAAGCAAATGGCCGGGCACGAGCAATCCCTGGCGCTCAACCTGTCCTCTGCCACGCTGGCCGACCCGCAGGCTTTGAACAAGGTCTTTGAAATCCTGCGGGCTCACGGCAATCTCGGGGCGCGCCTGACCCTGGAGATCGGTGAGGAGCAACTACCTGAACAAGCGGTGCTGGAGCAGTTGACCCGGCAGTTGCGCGAGCTCGGTTTCTCCCTGAGCCTGCAGCGTTTCGGCGGACGGTTCAGCATGATCGGCAACTTGTCGCGGCTGGGGCTGGCGTATCTGAAAATCGACGGCAGTTATATTCGCGCCATCGACCAGGAGAGCGACAAGCGCCTGTTCATCGAAGCCATCCAGCGCGCCGCCCACAGCATCGACCTGCCGCTGATTGCCGAGCGGGTTGAGACGGAAGGCGAACTGGTGGTGATTCGCGAGATGGGGTTGTTTGGGGTGCAAGGGCAGTTGGTGGGCGAGCCTAGGCGTTGGGGATGA MSLFKQLLIAICLFLVVAFSGSFMVSLESSRTQYVNQLRSHAQDAATALALSLTPNIDDPAMVELMVSSIFDSGYYASIRVVDVKNDSTIVERTGIPDAGNVPQWFIKLIGLEPAGGDALVSRGWEQAARVEVVSHPMFALAKLWQSALGSLGWLLLCGAVSAVLGALLLRRQLKPLDYMVHQSHAIARREFLSLPELPRTPELRRVVQAMNQMVEKLKALFQEQAERSEKLRVESYQDNLTGLANRRYFEMQLHARVSNPEQASSGYLLLLRVRDLAGLNQRLGGQRTDQLLKAVGEQLLRECARYPETHNLVTRIRGGEFAVLAPGLVREEALQLAQNLEGALASLHATGATDVASVASIGLAPFVHGDSPQAVLQLGDQALAQAETQGEPGWACLDHSASASVGDDHHAWHNLLDQALSNQRFELYFQPVVAAQDTQVVLHYKVLSRLLDDQGQSIPAGRFLPWLERFGWTARLDRLMLEQVLKQMAGHEQSLALNLSSATLADPQALNKVFEILRAHGNLGARLTLEIGEEQLPEQAVLEQLTRQLRELGFSLSLQRFGGRFSMIGNLSRLGLAYLKIDGSYIRAIDQESDKRLFIEAIQRAAHSIDLPLIAERVETEGELVVIREMGLFGVQGQLVGEPRRWG PGPT0022237_10 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-ADHESIN_TRANSPORT,PGPT0022237-lapD-NA NA NA D1-35_05301 339 hypothetical protein ATGTTTTATGTGCAACGCGATGCGCAAGGCCTGCTGGTGCGCGTCGAAGCCGCCGCTTATGCCGAGGCCACCGAGACCTTGCCGGCCGACAACCATGAGATCCAGGACTGGTTCGCCAACCAGGCGGTAGAGAACAGCCTCAAGCAACTCAAGCAGAGCGACCTGGAGATGATCCGGGTACTCGACGACCTGATCCAGGTACTCACCAGCAAAGGCGTCATCCGCGTCACCGACCTGCCGCCAGCGGCCCAGGCCAAGCTGATGGACCGCAACCAGGCACGGGAAGCGCTGGGCGGGTTGAGTCGGTTGATCGATGACGATGAGAAGGGGTTGATCTGA MFYVQRDAQGLLVRVEAAAYAEATETLPADNHEIQDWFANQAVENSLKQLKQSDLEMIRVLDDLIQVLTSKGVIRVTDLPPAAQAKLMDRNQAREALGGLSRLIDDDEKGLI NA NA NA NA NA D1-35_05302 3912 hypothetical protein GTGACCGTGACCCTGAGCAACGGCGCGGTGATCAACATCGCCGCCGGTGCCAAGACCGGCACCGTGACCGTCGATGCGCCGAAAGATGATGTCTACAAAGACGCCGGCAATGTCGAAGCAACGATCAAGACGGCCACCGGGGGTAACTTCGAGCACCTGGTGCCGAGCACCACGCCAGCCGTGACCGCCGTGACCGACACGCCTGACAACACCACCGTCAGCATCACCGGCAGCAGTTCGGTAACCGAAGGCCAGGCCGCCACTTACACGGTCAACCTGACGAACCCGGCGCAAACCGAGGTAACGGTCAAGATCGTCTACAGCGGTACCGCCGCCGATGGCTCGGACTTCACCGGTGTCTACACCGTGAAGATCCCGGCCAACGCCACCAGCGCCAGCTTCAACGTGGCGACCCTGGACGACAAGATCACCGAAGGCACTGAAAACTTCGTGGTCAAGATCGACTCGGCCACCGGTGGCAACTTCGAGAACCTGGCGGTCAGCGGCACCAATGGCAGCGTCAGCACTTCGATCATCGACAACGATGCGGCGCCGGTACTCGATCTGGATGCCAACAATTCCAGCGGCAAGACCGGCGCCGATTACCAGGTGACCTTCACCGAAGGCACCGCGGGCCCAGGCGTATCGATCGGCGACACTGACCTGAAAATCACCGACCCGGACAGCACCCAGCTGACCGGCGCCACCATCGTGCTGACCAACCGTCAGCCTGGCGATCATCTGAACCTGGGCAGTAGCGTCAACGGCATCAGCATCAACGCCAATAGCACCGACGGCAAAATCGTCCTGACGCTGACGGGCAATGCGACGTTGGCCGACTACATGCAGCAGATCAAGAACATCAGCTTCATCAACAACAGCGAAGATCCGAGCACCGTACCGCGCGTCATCACCGTGACAGTGACCGACGGCACGAGCTACTCCAACACCGCCACCACCACCGTGAACGTGGTCGGAGTCAACGACGCACCCGTAGCCACCGGTGGCGCGGTGACCGGTACCGAAGACACTTCACTGGTCCTCGGCTGGTCGACGTTCGGCATCAGCGACGTGGACAGCGCCGCCACCAGCCAGGGTGTGAAAATCACCGGGCTGCCGGGTGACGGCAAGTTGCAGTACCTGGACGGCGCAACCTGGAAGGACGTGGCCAACAACCAGACCTTCACCAAGGCCGACATCGACGCCGGCAAGCTGCGCTTCACACCCGATGCCAACGAATCCGGGGCCGATGGCTACGGCGGCAGCGGCGTGGGCAACAAGCAGGCTGACTACGCGCAGATCAAGTTCCAGCCAACCGACGGCCAGACTCTGGGTAACACCGGCACCGTGAAGATCGACATCACGCCAACCGCCGATGCGCCGACCCTCAACGTCGCCGGCAACAACGTGACCTCTACCGGCCTGATCAAGGAAGTCTGGACCGGCCTGTCGGGCCTGGGCACCGATGGCAATGGCGCGCCGTCCGGCACGCTCAAGTCGGTGATCGACGCCGCCGGCACGCCGAACAGCAGCACCAATGTGAGCAACGTTCAGAACGACGGCAACGTCAATCCGGGCACCGCGTCGAAGACCTCGGGCCTGATCTTCCTGGAAGCCGGCAAGACCTACACCTTCAGCGGCACCGGCGACGACAGTTTGCTGGTGACCATCGGCGGCAAGACCGCCGCGGCCATCACTTGGGGTGCGGGCGGCCAGTTGAACGGTTCGTTCACGCCGACCACCAGCGGCTATTACACCCTGGATATCTACCACCACAACCAGACCGGCCCAGGCAGTTATGACGTGAACCTGTCGGTCAACGGCAGCACGCCGGTGGACCTGAGCAGCGCAGGCGTACCGCTGTATACCGGCGTGGCTGACCTGGTGAATGCCGGGGTTTCCGTTTCCGACCTGCACGGCACCAATGGCGAAGGCTACTACGACGGCTACAAGCTCAACGAAGGCGCCGAAGGCGGCAGCGTGAAGCTGTCGAAGATCACCACCGCACTGACCGACACCGATGGCTCCGAAAGCCTGAGCGTGAAAATCGGCGGCATGCCGGAAGGCAGTGTGCTGAGCGATGGCGCGGGACATACCGCAACCGTGGGCGCCAACGGCGAAGCTTCGCTCACCGGCTGGAACCTGGGTAGCCTCAACCTGACGCCGCCGACCTACTTCAGCGGCCAGATCAACCTGACCGTAACGTCGACCTCCACCGAATCCCTCGGCGGGTCGGCAGTGACGACCGCGCAGATCCCGGTCACCGTTTACCCGGCGACCTATAACGCTGTCACCGCCACCTCCGGCAGCGACAATGTCACCGGTACCGACGGCAACGACATCGTGGTCGCCGACATCGGCGGCCTGACCGTGGTACCGGGCGTCAACTACAATATCGCGTTCATGGTCGACAGCTCCGGCAGCATGAGTTCGTCGTCCGTCACAGCCGCCAAGAACTCGCTGACCCAGGTGTTCAACACGCTCAAGCAGAGCCTGGGCAGCAACTCCGGGACGGTGAACATCTTCCTGGCGGACTTCGATAACCAGGTCAACAAGAACGTTGCGGTCAACCTCAACGATCCGAACGCGCTGACACTGCTCAAGAGCGTGCTCGACTCGATGGTGTCCGGCGGCAATACCAACTATGAAGAGGTGTTCAAGACCACCGCGAACTTCTTTAACAGCACCCAGGCCCTGAGCAATACCGGCGCGAAGAACCTGACGTACTTCATCACCGACGGTGAGCCAACGCGCTACCAGTCCGGCGAACAGACGAACCCGACGCTGTACGGCACCGTCAAGCTCGACGACGTGCTGAGTGCGTCCAACTATACCGTTGGCAAGTACTACACCCAGACGATCGACAGCACACACAAATTCACCATCGAAGAAAATGGCGACATGTACCTGTCGACCAAGAGCGGCAAGAACTGGAATGACAGTTACGTCGGCACGGTGCGTGCCGAGGGCAACGGCACGTTCGAGTTCTCCAACCTGGACGGCGGCGGGTGGGGCGACGTCTCGGCAGCAACCGGCTCAGCGGCCAGCTTCACTCTGCTCAAAGGCTTGAGCAACGTTGAAGCCATCGGCCTGAACAACGGCGTGACCCTGGACGACCTCAAGCCGTACGACTCCGATGGCAAGCCGCAAACCAACATCGACCCCAAGGACCTGGCCAACTCGATCATCGGCCACACCGAAGCGACGTTGCCGGGTGCCGACACGGTCAACGGTGCCGACGGCAACGACATCCTGTTCGGCGACCTGGTGAGCTTCAACGGCATTGCCGGCGAGGGCTACCAGGCCATCCAGTCGTTCGTGGCCCAGCAAAGCGGCGTGGACGTCAGCAAGGTCAGCACTTCGAACGTGCACCAGTACATCACCGAGCACTACACCGCGTTCGATGTGTCCGGTGCCCATGATGGCAATGACACTCTGCTGGGCGGCGCCGGCAACGACATCCTCTTCGGCCAGGGCGGCAACGATTTGCTCGACGGCGGCAAGGGCAATGACATCCTGCTCGGTGGCAGCGGCAGCGACATCCTGATCGGCGGCAAGGGCAACGACACGCTCATCGGTGGCCTGGGCGGCGATACCTTCGTCTGGAAATCCGGCGACACCGGCACTGACGTGATCAAGGACTTCAAGGCCGCCGAAGGTGACCGGATCGACCTGCGAGACCTGTTGCAGGGCGAAACCGGCAGCACCATCGACCACTTCCTGAAGATCAGCACGGTCGATGGCGTGTCTTCCCTGCAAGTCAGCACCACCGGTCAATTCAACGCGGCCAACACTGCGGCGACGCCGGACGTGACGATCAAGCTGGAAGGCAACAACTGGTCGAACATCAACCTGAACTCGCTCATCGCTGGCAGTGACCCGACCATCAAGATCGATCACAACAACAGCTGA MTVTLSNGAVINIAAGAKTGTVTVDAPKDDVYKDAGNVEATIKTATGGNFEHLVPSTTPAVTAVTDTPDNTTVSITGSSSVTEGQAATYTVNLTNPAQTEVTVKIVYSGTAADGSDFTGVYTVKIPANATSASFNVATLDDKITEGTENFVVKIDSATGGNFENLAVSGTNGSVSTSIIDNDAAPVLDLDANNSSGKTGADYQVTFTEGTAGPGVSIGDTDLKITDPDSTQLTGATIVLTNRQPGDHLNLGSSVNGISINANSTDGKIVLTLTGNATLADYMQQIKNISFINNSEDPSTVPRVITVTVTDGTSYSNTATTTVNVVGVNDAPVATGGAVTGTEDTSLVLGWSTFGISDVDSAATSQGVKITGLPGDGKLQYLDGATWKDVANNQTFTKADIDAGKLRFTPDANESGADGYGGSGVGNKQADYAQIKFQPTDGQTLGNTGTVKIDITPTADAPTLNVAGNNVTSTGLIKEVWTGLSGLGTDGNGAPSGTLKSVIDAAGTPNSSTNVSNVQNDGNVNPGTASKTSGLIFLEAGKTYTFSGTGDDSLLVTIGGKTAAAITWGAGGQLNGSFTPTTSGYYTLDIYHHNQTGPGSYDVNLSVNGSTPVDLSSAGVPLYTGVADLVNAGVSVSDLHGTNGEGYYDGYKLNEGAEGGSVKLSKITTALTDTDGSESLSVKIGGMPEGSVLSDGAGHTATVGANGEASLTGWNLGSLNLTPPTYFSGQINLTVTSTSTESLGGSAVTTAQIPVTVYPATYNAVTATSGSDNVTGTDGNDIVVADIGGLTVVPGVNYNIAFMVDSSGSMSSSSVTAAKNSLTQVFNTLKQSLGSNSGTVNIFLADFDNQVNKNVAVNLNDPNALTLLKSVLDSMVSGGNTNYEEVFKTTANFFNSTQALSNTGAKNLTYFITDGEPTRYQSGEQTNPTLYGTVKLDDVLSASNYTVGKYYTQTIDSTHKFTIEENGDMYLSTKSGKNWNDSYVGTVRAEGNGTFEFSNLDGGGWGDVSAATGSAASFTLLKGLSNVEAIGLNNGVTLDDLKPYDSDGKPQTNIDPKDLANSIIGHTEATLPGADTVNGADGNDILFGDLVSFNGIAGEGYQAIQSFVAQQSGVDVSKVSTSNVHQYITEHYTAFDVSGAHDGNDTLLGGAGNDILFGQGGNDLLDGGKGNDILLGGSGSDILIGGKGNDTLIGGLGGDTFVWKSGDTGTDVIKDFKAAEGDRIDLRDLLQGETGSTIDHFLKISTVDGVSSLQVSTTGQFNAANTAATPDVTIKLEGNNWSNINLNSLIAGSDPTIKIDHNNS PGPT0022180_17 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SURFACE_PROTEIN,PGPT0022180-lapA-K12549 NA NA D1-35_05303 816 cpdA COG1409 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA TTGCCGAGCGTATCCAGCTTGACCACTGCCGACGCGGCGCTGCTGGTCCAACTGTCTGACAGCCATTTGTTCGCCGAGGCCGATGCTTCGTTGCTGGGTATGAACACCCGTGACAGCTTGCGGGCGGTGGTTGACCTCGTACTCCGGCAGCACCCGGATATCGACCTGATGCTCGCCACGGGCGATTTGTCCCAGGACGGTACGCTGCAATCCTACGAGGCATTTCGGCACCTGACTGCGCGTATCGATGCGCCGGCGCGGTGGATTCCGGGCAATCATGATGAGCCGCAGGTGATGCTTGAGGCGGCGGTGCAGAGCATGTTGCTCGATCCGGTGGTGGACATCGGCAACTGGCGAGTCACTCTGTTGGATTCAGCCGTGCCAGGTTCGGTGCCGGGTTTTTTGGCCGAGGAGCAGTTGATTCTGTTGGCCAATGCCTTGAGCGAGGCGCCGGAGCGGCATCATCTGGTGTGTCTGCATCATCATCCGGTGTCGATTGGTTGTGCGTGGATGGAGCCGATCGGGTTGCGCAATCCAGAGGCGCTGTTTGCGGTGTTGGATCGGTTTCCGCAGGTGCGGGCGGTGTTGTGGGGGCATGTGCATCAGGAAATAGACCGGGTGCGCGAGGGGGTTCGTTTGTTGGCTTCGCCTTCGACCTGTATTCAGTTTGAGCCTGGGAGTGAGGATTTTGCGGTGGGCTCGCAGGCGCCAGGGTATCGGTGGTTGCGGTTGTTGCCGGATGGGCGGTTGGAGACAGGAGTTGAGCGGGTGGTTGGGTTTGCGTTTACGCCTGACTACGGATCCAACGGCTATTGA MPSVSSLTTADAALLVQLSDSHLFAEADASLLGMNTRDSLRAVVDLVLRQHPDIDLMLATGDLSQDGTLQSYEAFRHLTARIDAPARWIPGNHDEPQVMLEAAVQSMLLDPVVDIGNWRVTLLDSAVPGSVPGFLAEEQLILLANALSEAPERHHLVCLHHHPVSIGCAWMEPIGLRNPEALFAVLDRFPQVRAVLWGHVHQEIDRVREGVRLLASPSTCIQFEPGSEDFAVGSQAPGYRWLRLLPDGRLETGVERVVGFAFTPDYGSNGY PGPT0021595_1930 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021595-cpdA-K03651 NA NA D1-35_05304 453 hypothetical protein ATGGTCCTGAACAAGCTGCGCGATCGTTATCGCGTCGACCTGGTGGGGTTGCAGGCCGCCTGCGAGGCCAACTATGCCCGCCTGATGCGCTTGTTGCCGGACATGCGCAACGACCCGGCACCGCGCCGCATCGCCGTGACCCACGGCGACCAGATGCTCGGCGTGCTGGCCCTGGAAGTGCTGCAGACCTGTCCATACACCACCACATTGCAGGTGCGCCAGGAGCACAGCCTGCCCTGGCTGCCGGTGCCGCAGCTGGAAGTGCAGGTCTATCACGATGCACGCATGGCCGAAGTGGTCAGCGCCGAACATGCACGACGCTTTCGCGGCATCTATCCTTACCCCAATGCGTCAATGCACCAGCCGGACGAAAAGGCCCAGTTGAACCTTTTCCTGGGCGAGTGGCTGAGTCATTGCCTGGCGCTGGGCCACGAGTTCGAAGTCGTACGGTAG MVLNKLRDRYRVDLVGLQAACEANYARLMRLLPDMRNDPAPRRIAVTHGDQMLGVLALEVLQTCPYTTTLQVRQEHSLPWLPVPQLEVQVYHDARMAEVVSAEHARRFRGIYPYPNASMHQPDEKAQLNLFLGEWLSHCLALGHEFEVVR NA NA NA NA NA D1-35_05305 618 nudF ADP-ribose pyrophosphatase ATGACCGATTTCGCCAACGCCACACCGAGCAACGTGGACATCGTCAAGCGTGAAACCTGCTTCAAGGGTTTCTATAAGCTCGACCGCCTCGTCTTGCGCCACGAGCTGTTTGCCGGTGGCATGAGCCGTGAGATCAGTCGTGAACTGTTTGTACGTCATGATGCGGTGTGTGTGCTGCCCTACGATCCGCAGCGCGACGAAGTGGTATTGATAGAGCAGTTTCGCGTGGGTGCCATTGGCAAGGCCGCCAATCCCTGGTTGGTTGAACTGGTGGCTGGTCTGATCGACAAGGACGAGCAACCGGAAGAAGTTGCTCATCGCGAAGCGCAGGAGGAAGCTGGGCTGGTCTTCGCTGCGCTCTGGCCGATGACCAAGTATTTCCCGTCGCCGGGCGGCAGCAATGAGTTCGTGCATCTTTACCTGGGGCGTTGCGACAGTACGGGGGCCGGCGGCCTGCATGGCCTGCTGGAAGAGGCTGAAGATATCCGCGTAAAGACCTGGGCATTCGAAGACGCCCTGCAAGCGGTGCGCGACGGACGTATCTGCAACGCGGCCAGCATCATTGCCTTGCAATGGCTGGCCTTGAATCGAGATGAAGTGAGGGGGCTATGGTCCTGA MTDFANATPSNVDIVKRETCFKGFYKLDRLVLRHELFAGGMSREISRELFVRHDAVCVLPYDPQRDEVVLIEQFRVGAIGKAANPWLVELVAGLIDKDEQPEEVAHREAQEEAGLVFAALWPMTKYFPSPGGSNEFVHLYLGRCDSTGAGGLHGLLEEAEDIRVKTWAFEDALQAVRDGRICNAASIIALQWLALNRDEVRGLWS PGPT0021525_968 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515 NA NA D1-35_05306 747 hypothetical protein ATGTCGCTTTTCAAGATTGCTTCGCTGGCCGCCATTGCCCTGATCCTGGGCGCTTGCCAGAGCCTGTTCCAACCCAATTACCGCGCCCCGCTGGAGACCACTCGCGATGCGTCGGAGCAATTGCAGCCTGGCTGCGCCAGCGCCGACTGCCCGCTGGTCAACATTGACACACTGCATTTCCCCACCGAGCCCGCGCTGGACGGAATCATCGAAAAACGTCTGCTGCAAATGACCCGCACGACCCCGGACGCCCCGGTGGCGCCGACCCTGGCCGCCTATCGCGAGCAGTTTCTGCGCAGCGCAGAGCCGCGCAACAGCAGCTATCTGCAGGCCAAGGTACGTGAGCAACATGACGGCCTGGTGATCATCGAACTGTCCAGCTACTTGGACACTGGCGGCGCTCACGGCACCCCTGGTCGCGGTTTCATCAATTATTCGCGCCAGCAGCAAAAAGTGCTGACGCTGTCGGACATGCTGCTGCCGGGCCAGGAAGAAGCCTTCTGGAAAGCCGCGCAAGTGGCCCACAACAGCTGGCTGATCAGCACCAAGCTGGATCAGGAACCGGAATTCCTGAAGCAGTGGTCCTTCCAGAAAACCCCGCACATCGCGCTGACCTACGGCGGGGTGATCCTCAAATACGAAGTGAGCACCATCGCGCCGTACGCCCTGGGCCACATCGAATTGAAGATCGCCTACCCCCGCCTCAACGGCATCCTCAAGCCCGAGCTGTTTCCCGGCCGTAGCTGA MSLFKIASLAAIALILGACQSLFQPNYRAPLETTRDASEQLQPGCASADCPLVNIDTLHFPTEPALDGIIEKRLLQMTRTTPDAPVAPTLAAYREQFLRSAEPRNSSYLQAKVREQHDGLVIIELSSYLDTGGAHGTPGRGFINYSRQQQKVLTLSDMLLPGQEEAFWKAAQVAHNSWLISTKLDQEPEFLKQWSFQKTPHIALTYGGVILKYEVSTIAPYALGHIELKIAYPRLNGILKPELFPGRS NA NA NA NA NA D1-35_05307 1293 codB_2 COG1457 Cytosine permease TTGAACATCCAACCCAGCACCTATTCCCCAGACACCGCCGTGCCCCTGGACAAACGCGTCTTCGGCGCCCGCGATCTGTTTTCCCTGTGGTTCTCCCTGGGCATCGGCCTGATGGTCTTGCAGGTCGGCGCCTTGCTTGCGCCGGGCCTGGGCTTGAGCGGTTCGCTGCTGGCGATTTTCCTCGGCACGCTGGTGGGCGTCCTGCTATTGGCGGCGGTCGGGGTGATTGGCAGCGACACCGGCCTGTCGGCCATGGCCGCGCTCAAGCTCAGCCTCGGTGGCAAGGGCGCGAGCGTGCCGGCGCTGTTGAACCTGTTGCAGTTGATCGGCTGGGGCTCGTTCGAAATCATCGTCATGCGCGATGCCGCCAGCCTGCTCGGCGCGCGGGCCTTCAGCGAAGGCAGCCTGGGCTCGAATCCATTGCTGTGGACGCTGTTCTTCGGCGCGTTGGCGACCCTGCTCGCGGTGAGCGGGCCGCTGACCTTCGTACGCAAAATCCTGCGCAAATGGGGCATCTGGTTGCTGCTGGCGGCGTGCATCTGGTTGACCTGGAACCTGTTCGCCAAGGCCGATCTGCCGGCGCTGTGGGCCCAGTCCGGCGACGGTTCGATGTCGCTGGCGGTGGGTTTTGACATCGCCATCGCCATGCCGCTGTCCTGGTTGCCGCTGATCGCCGACTACTCGCGTTTCGGCAAACGCGCCAGAAACGTCTTCGGCGGCACGGCCGTGGGGTTCTTCATCGGTAACGTCTGGCTGATGAGCCTGGGCGTGGCCTACACCCTGGCGTTCGCGCCGAGCGGCGAAGTCAATGCGTTGCTGCTGGCCCTGGCTGGTGCCGGGTTGGGCATCCCGCTGTTGCTGATTCTTCTGGACGAGTCGGAAAACGCCTTCGCCGACATTCATTCGGCGGCGGTGTCGACGAGCATGTTGTCGGGGCTGAAGGTCGAGCACCTGGCCTTGGCGATTGGTGTCATCTGCACCGTGATCGCCTGCTTCGCGCCGCTGGCTCAGTACCAGAACTTCCTGTTGCTGATCGGCTCGGTGTTCGCGCCGCTGTTCGGCGTGGTGCTGGTGGATCACTTCATCCTGCGCAAGCGCAGCAGCCAGGTGCGCTCGGTCGCGTTGCGCTGGCCGGCGTTGTTGGCCTGGCTGGGCGGGGTGAGTACCTACCACCTGCTAGCCAACTTCTATCCGGACATCGGCGCTACCCTGCCGTCGCTGATCCTGGCAGGGGTGCTGCAATTGTTGCTGGGCCGGGCTTTCAGCTACGGCCGGGAAACAGCTCGGGCTTGA MNIQPSTYSPDTAVPLDKRVFGARDLFSLWFSLGIGLMVLQVGALLAPGLGLSGSLLAIFLGTLVGVLLLAAVGVIGSDTGLSAMAALKLSLGGKGASVPALLNLLQLIGWGSFEIIVMRDAASLLGARAFSEGSLGSNPLLWTLFFGALATLLAVSGPLTFVRKILRKWGIWLLLAACIWLTWNLFAKADLPALWAQSGDGSMSLAVGFDIAIAMPLSWLPLIADYSRFGKRARNVFGGTAVGFFIGNVWLMSLGVAYTLAFAPSGEVNALLLALAGAGLGIPLLLILLDESENAFADIHSAAVSTSMLSGLKVEHLALAIGVICTVIACFAPLAQYQNFLLLIGSVFAPLFGVVLVDHFILRKRSSQVRSVALRWPALLAWLGGVSTYHLLANFYPDIGATLPSLILAGVLQLLLGRAFSYGRETARA PGPT0009075_3521 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D1-35_05308 1890 thiC COG0422 Phosphomethylpyrimidine synthase ATGACGACAAAATCAAAAAACGCGACCAACCTCAGTGAATCGGCCCAGGTCGATCAGCAATCGGTCCAACCGTTTACCCGCTCGCAAAAAATCTACGTCCAGGGCAGTCGCCCGGATATCCGCGTGCCGATGCGCGAAATCAGCCTCGACGTGACCCCCACCGACTTCGGCGGCGAAATCAACGCGCCAGTAGTGGTGTATGACACCTCGGGGCCCTACACCGACCCGAACGTGTCCATTGATGTGCGCAAGGGCCTGGCCGATGTGCGCTCGCCGTGGATCGAAGCTCGTGGCGACACCGAGCGTCTCGCCGGCCTGAGTTCCAATTTCGGCCAGGAACGCCTGGCCGATCCCGAGCTGACCAAGCTGCGCTTCGCCCATGTAAACAACCCGCGTCGCGCCAAGCCGGGCGCCAACGTCAGCCAGATGCACTACGCGCGCAAAGGCATCATCACCGCCGAGATGGAATACGTCGCCATCCGCGAAAACATGAAGCTGGAAGTGGCCCGCGCCGCCGGCCTGCTGGACCAGCAACACGCCGGTCACAGCTTCGGCGCCAGCGTGCCGAAAGTCATCACCCCGGAATTCGTGCGTGACGAAATCGCCCGTGGCCGCGCGATCATTCCGGCCAACATCAACCACACCGAACTGGAACCGATGATCATCGGCCGTAACTTCCTGGTGAAGATCAACGGCAACATCGGCAACAGCGCGCTGGGTTCGTCCATCGAAGAAGAAGTGGCGAAGCTGACATGGGGCATCCGCTGGGGTTCGGACACGGTCATGGACCTGTCCACCGGCAAGCACATCCACGAAACCCGCGAGTGGATCATCCGCAACTCGCCGGTGCCGATCGGCACCGTGCCGATCTACCAGGCCCTGGAAAAAGTCGGCGGCGCGGCCGAAGACCTGACTTGGGAGTTGTTTCGCGACACGCTGATCGAACAGGCCGAGCAGGGTGTCGACTACTTCACCATCCATGCCGGCGTGTTGCTGCGTTATGTGCCGATGACCGCCAAGCGCGTCACCGGTATCGTCAGCCGTGGCGGTTCGATCATGGCCAAGTGGTGCTTGGCGCACCACAAGGAAAATTTCCTCTACACCCACTTCGAAGACATCTGCGAAATCATGAAGGCCTACGACGTCAGCTTCTCGCTGGGCGACGGCCTGCGTCCGGGCTCGATTGCCGACGCCAACGACGAAGCGCAGTTCGGCGAGCTGGAAACCCTCGGCGAGCTGACCAAGATCGCCTGGAAGCACGACGTGCAGTGCATGATCGAAGGCCCCGGCCACGTGCCGATGCAGTTGATCAAGGAGAACATGGACAAGCAGCTCGAGTGCTGCGACGAGGCGCCGTTCTACACCCTCGGCCCGCTGACCACCGACATCGCGCCGGGCTACGATCACATCACTTCCGGCATCGGCGCGGCGATGATCGGCTGGTTCGGGTGCGCGATGCTCTGCTATGTCACGCCGAAGGAACACCTCGGCCTGCCGAACAAGGATGACGTCAAGACGGGAATCATCACTTACAAAATCGCCGCCCATGCGGCCGATCTGGCCAAAGGGCATCCGGGCGCGCAGATCCGTGACAACGCCTTGAGCAAGGCGCGGTTCGAGTTCCGCTGGGAAGACCAGTTCAACCTCGGCCTCGACCCGGACACCGCCCGCTCGTACCACGACGAAACCCTGCCGAAGGATTCGGCCAAGGTCGCGCATTTCTGTTCGATGTGCGGGCCAAAATTCTGCTCGATGAAAATTACCCAGGAAGTGCGTGAGTACGCGGCCAACCAGCGCATTGAAGCGGTGGATGTCGAGGTCGCCCAAGGCCTGGCGGAGCAGGCGGAGCGGTTCAAGAAGGAAGGCAGTCAGCTTTACAAGAAAGTGTGA MTTKSKNATNLSESAQVDQQSVQPFTRSQKIYVQGSRPDIRVPMREISLDVTPTDFGGEINAPVVVYDTSGPYTDPNVSIDVRKGLADVRSPWIEARGDTERLAGLSSNFGQERLADPELTKLRFAHVNNPRRAKPGANVSQMHYARKGIITAEMEYVAIRENMKLEVARAAGLLDQQHAGHSFGASVPKVITPEFVRDEIARGRAIIPANINHTELEPMIIGRNFLVKINGNIGNSALGSSIEEEVAKLTWGIRWGSDTVMDLSTGKHIHETREWIIRNSPVPIGTVPIYQALEKVGGAAEDLTWELFRDTLIEQAEQGVDYFTIHAGVLLRYVPMTAKRVTGIVSRGGSIMAKWCLAHHKENFLYTHFEDICEIMKAYDVSFSLGDGLRPGSIADANDEAQFGELETLGELTKIAWKHDVQCMIEGPGHVPMQLIKENMDKQLECCDEAPFYTLGPLTTDIAPGYDHITSGIGAAMIGWFGCAMLCYVTPKEHLGLPNKDDVKTGIITYKIAAHAADLAKGHPGAQIRDNALSKARFEFRWEDQFNLGLDPDTARSYHDETLPKDSAKVAHFCSMCGPKFCSMKITQEVREYAANQRIEAVDVEVAQGLAEQAERFKKEGSQLYKKV PGPT0008905_1146 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACIMETHRIN|CF3-HMP_DETOXIFICATION,PGPT0008905-thiC-K03147 NA NA D1-35_05310 1440 tolC_3 COG1538 Outer membrane protein TolC ATGCTGCGCAAACTCTCACTGGCCCTTGCCGTGTCTTGTGCGACCAATGGAATGGCCTGGGCCGCCGAAGCCCCGTTATCCACCAGAACCGACCTGGTCAGCGTGTACCAGGAAGCGGTGGACAACAACGCCGACCTGGCCGCCGCCCGCGCCCAATACGGCGCCCAGAAAGAAGTGGTGCCCCAGGCCCGCGCCGGGCTGTTGCCCAATCTTTCGGCCGGAGCCGACCTGAACAACACCCGCACCGAGCTCGACCAGCCGGCGATGACCGCCACCCGCAGCTCGACGGTGTACCAGGCCACCTTGTCCCAGCCGATTTTCCGCGCCGACCGCTGGTTCCAGTTGCAGGCCGCCAAATCGGTCAACGAACAAGCGTCGCTGCAGTTGTCGGCCACCGAGCAGAACCTGATCCTGCAAAGCGCCGAAGCCTATTTCAATGTGCTGCGCAGCCAGGACAACCTGGCCTCGACCAAGGCCGAGGAAGCCGCGTTCAAGCGCCAGCTCGACCAGTCCAACGAACGCTTCGACGTCGGTCTTTCGGACAAGACCGACGTGCTGCAGTCCCAGGCCAGCTACGATACCGCGCGGGCCAACCGGATCATCGCGCAGCGCCAGGTCGAAGATGCCTTTGAAGCGCTGATCACCCTGACCAACCGCCAATACAATGCGATCCAGGGCGTCGTCCACACCCTGCCGATCCTGCCGCCGGCGCCCAACGACGCCAAGGCCTGGGTCGACACCGCTGCCCGGCAAAACCTCAATCTGTTGGCCAGCAACTATGCCGTCACCGCCGCCGAAGACACCCTGCGCCAGCGCAAGGCCGGCCACGCGCCAACCCTCGACGCCATCGCGCAATACCGCAAAGGTGACAACGACGGCCTCGGTTTTACCAACCCGAACCCCACCGGCCAGCGCTACGGTGGCGACGCCGAGCAACGGACCATCGGCCTGCAATTGAGCATTCCGATCTACAGCGGCGGGCTGACCAGCTCCCAGGTGCGCGAGTCCTACTCGCAACTCACCCAGACCGAGCAGCAGCGCGAAGGCCTGCGCCGCCAGGTGGTGGAAAACACCCGCAACCTGCACCGCGCGGTGAACACCGATGTGGAGCAGGTCCAGGCCCGGCGCCAGTCGATCATTTCCAACCAGAGCGCGGTGGACGCCACGGAAATCGGCTATCAGGTGGGCACCCGCAACATCGTCGATGTGCTCGACGCCCAGCGCCAGCTGTACACTTCGGTGCGCGATTACAACAACGCCCGGTACGACTACATACTCGACAATTTGCGCCTCAAACAGGCCGCCGGGACGTTGAGCCCGGAAGACCTGCAGGCCCTGTCACGCTACCTCAAGCCCGACTACAACCCGGACAAGGACTTCCTGCCGCCGGACCTGGCACAGGCCGCCGCGCAGCAACTGCGCGCTCGGCCGGCGCAGTAG MLRKLSLALAVSCATNGMAWAAEAPLSTRTDLVSVYQEAVDNNADLAAARAQYGAQKEVVPQARAGLLPNLSAGADLNNTRTELDQPAMTATRSSTVYQATLSQPIFRADRWFQLQAAKSVNEQASLQLSATEQNLILQSAEAYFNVLRSQDNLASTKAEEAAFKRQLDQSNERFDVGLSDKTDVLQSQASYDTARANRIIAQRQVEDAFEALITLTNRQYNAIQGVVHTLPILPPAPNDAKAWVDTAARQNLNLLASNYAVTAAEDTLRQRKAGHAPTLDAIAQYRKGDNDGLGFTNPNPTGQRYGGDAEQRTIGLQLSIPIYSGGLTSSQVRESYSQLTQTEQQREGLRRQVVENTRNLHRAVNTDVEQVQARRQSIISNQSAVDATEIGYQVGTRNIVDVLDAQRQLYTSVRDYNNARYDYILDNLRLKQAAGTLSPEDLQALSRYLKPDYNPDKDFLPPDLAQAAAQQLRARPAQ PGPT0003600_1383 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_I_SECRETION_SYSTEMS CE-TSS1-AlgE-TYPE_MANNURONAN_C-5-EPIMERASE_TRANSPORT,PGPT0003600-tolC-K12340 NA NA D1-35_05311 1281 waaA COG1519 3-deoxy-D-manno-octulosonic acid transferase ATGAACAGAACTCTCTATAGCGCATTGTTTTATCTGGGGCTGCCGCTGGTGGCGATTCGGCTGTGGTTGCGGGCACGCAAGGCGCCGGCCTATGCCCGCCGCATCGGCGAGCGGTTTGCGTGGGGCTTGCCAGCACTGGTTCCGGGCGGCATCTGGGTCCATGCGGTGTCGGTGGGCGAGAGCATTGCCGCCGCGCCGATGATCCGCGCCTTGCTGCAACGTTATCCACAGCTGCCGATCACGGTGACGTGCATGACGCCCACCGGTTCGGAGCGGATCAAGGCGTTGTTCGCCGAGGAGCCGCGCGTCCAGCACTGCTATCTGCCTTATGACCTGCCTTGCGCGGCCAAGCGTTTTCTCGATCAGGTCCGGCCGAAACTGGCGGTGATCATGGAAACCGAGCTGTGGCCCAACCACATCCATCAATGCGCCAGGCGCGGTATCCCGGTGGCGTTGGCCAATGCCCGGCTCTCGGAGCGTTCGGCGCGCGGTTATGCGCGCTTCCCTAGGCTCACCCGACCGATGCTCGGGGAAATGAGCCTGTTCGCCGTGCAGACCGAAGCCGAGGCCGAGCGGTTTCGCCAACTCGGTGCCCGAGCCGGAACCGTCGAGGTGACGGGCTCGATCAAGTTCGACCTGACCATCGACCCGCAACTGCTCGAAAGCGCCAGCGCCCTGCGCCGCCAATGGCAAGCCGTGGACCGCCCGGTGTGGATCGCCGCCAGCACCCATGAGGGTGAGGATGAAGTGGTGCTGGCAGCCCACCAACGGCTGCTCGCCAGTTATCCCGATGCGTTGTTGATCCTGGTGCCGCGGCATCCGGAACGCTTCGATTCGGTGGCGCAGTTGTGTGAGCGTGAAGGTTTCGCCACGGTCCGGCGTTCCAGTGCGCAACCGGTCACTGCACAGGCATCGGTGCTGCTGGGCGACACCATGGGCGAGCTGCTGTTTCTCTACGCGCTGGCCGACAGCGCTTTTGTTGGCGGCAGCCTGGTGCCCAACGGCGGGCACAACCTGCTCGAACCGGCGGCGCTGGCAAAACCGGTCCTCAGTGGCCCACACCTGTTCAATTTCCTCGAAATCGCCGCGCAACTGCGCGCGGCCGGTGCGTTGCAGGAAGTCGAAGATGCCGAAAGCCTGGCCCTGGCGGTACAGCGCCTGTTCGAACTGCCCCGCGATGCCCAGCGCATGGCCGAGGCGGGGTTGAAGGTGATGCGCAGCAACCAGGGCGCGTTGCAGCGATTGCTGGACGGGTTGGGGCGGTTGCTCGACGGCCGCTGA MNRTLYSALFYLGLPLVAIRLWLRARKAPAYARRIGERFAWGLPALVPGGIWVHAVSVGESIAAAPMIRALLQRYPQLPITVTCMTPTGSERIKALFAEEPRVQHCYLPYDLPCAAKRFLDQVRPKLAVIMETELWPNHIHQCARRGIPVALANARLSERSARGYARFPRLTRPMLGEMSLFAVQTEAEAERFRQLGARAGTVEVTGSIKFDLTIDPQLLESASALRRQWQAVDRPVWIAASTHEGEDEVVLAAHQRLLASYPDALLILVPRHPERFDSVAQLCEREGFATVRRSSAQPVTAQASVLLGDTMGELLFLYALADSAFVGGSLVPNGGHNLLEPAALAKPVLSGPHLFNFLEIAAQLRAAGALQEVEDAESLALAVQRLFELPRDAQRMAEAGLKVMRSNQGALQRLLDGLGRLLDGR PGPT0022485_1790 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022485-waaA|kdtA-K02527 NA NA D1-35_05312 891 yhaJ_2 HTH-type transcriptional regulator YhaJ ATGAATGTTCAATGGAATCTGGAGCAGTTGCGGCTGTTTGTCGGTGTGGCCGAGAAACGCTCGTTTTCCGCCGTGGCTCGGGACCAGCGCAAGGCGCAGTCGGCCATCAGCAGCGCGATTGCCCTGCTCGAAGCCGACCTTGGCGTGAACCTTTTCGAGCGCAGCAGCGGTCGCCAACCCCGGCTCACCGATGCGGGCGAGACGCTGCTGGAAGAGGCGCGGGAAGTGTTGCGCCAATGCGAGCGGCTCAACGGTCGAGCCCTGGCCTTGATGCGCGGGCAGGAGGCTTCGCTGCGCCTGGCCCAGGATGAAGCCATGCCCTATCAACCGGTAATCGACAGCCTGGTGGCGCTGGCCGAGCAGTTTCCAACGCTCGAAGTGCAGCTTGCCAGCGCCGCCCAGGGCGACGTGGCGCGCAAACTGGTGGAACGTCGCGCCGATCTTGGCTTGCTGTTCTATCACGATCAGATCCCAGAGGCGCTGGAGCGGCGGGTGCTGGGCAGCGTCGAGATGGTCACGGTGTGTGGCCGGGGCCATCCACTGGCGCACCATGGCTATGTGTCGTGCCGGGAAATGGCCCGGCACCGGCAGTTGCTGATGGCGACCCAGACCAGCGTCTACCCCGGCAGCGAGCAGGCCAGCCCGCAGGTCTGGCGCGCCGACAGCTTCTATGTGCTCGCCGAATGGCTCAGAAGTGGCCTGGGCTGGGCCTGGCTCCCTCGCCACGTTGTGCAATACCCGGCCTATCTGGGAGAGATGGTCGAGCTGAGCAGCGAATGGACCCCGCCGGCCCTGGTGGTGGAGCTGGTCTGGCGTCGCGATGAACCGCTGGGCCCGGCCGCGCGCTGGCTGGCGGAACGTTTTGCCGTGCAGTTGCAGGCGATTGGCTGA MNVQWNLEQLRLFVGVAEKRSFSAVARDQRKAQSAISSAIALLEADLGVNLFERSSGRQPRLTDAGETLLEEAREVLRQCERLNGRALALMRGQEASLRLAQDEAMPYQPVIDSLVALAEQFPTLEVQLASAAQGDVARKLVERRADLGLLFYHDQIPEALERRVLGSVEMVTVCGRGHPLAHHGYVSCREMARHRQLLMATQTSVYPGSEQASPQVWRADSFYVLAEWLRSGLGWAWLPRHVVQYPAYLGEMVELSSEWTPPALVVELVWRRDEPLGPAARWLAERFAVQLQAIG NA NA NA NA NA D1-35_05313 333 COG2076 Multidrug transporter ATGAACGCCTATTACTACCTGGCCATCGCCATCTGCGCCGAAGTGATCGCCACCGTTTCGATGAAAGCGGTCAAAGGCTTGAGCACACCGCTGCCCCTGCTGCTGGTCGTCGCCGGTTACGGCATTGCGTTCTGGATGCTGACGCTGGTGGTGCGCACCGTACCGGTAGGCGTGGCCTACGCGGTCTGGGCCGGGATGGGCATCGTCATGGTCAGCGTGGCGGCGCTGTTCATCTACGGCCAGAAACTCGACGTACCGGCGATGCTGGGGATGGCGTTGATCGTGCTGGGGGTGGTGGTGATTCAGTTGTTTTCCAAGACGGCGGGGCACTAA MNAYYYLAIAICAEVIATVSMKAVKGLSTPLPLLLVVAGYGIAFWMLTLVVRTVPVGVAYAVWAGMGIVMVSVAALFIYGQKLDVPAMLGMALIVLGVVVIQLFSKTAGH PGPT0029230_1239 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029230-emrE|qac|mmr|smr-K03297 NA NA D1-35_05314 1176 COG0578 putative FAD-dependent oxidoreductase ATGCCATCCGTTATTTCCACCGACATCCTGATTGTCGGCGCCGGAGTCGCCGGCCTCTGGCTGAACGCGCGCTTGCGCCGCCAGGGGTTTTCAACCGTGCTGGTGGAAAGCGCCAGCCTCGGTGGCGGGCAGAGTGTCAAATCCCAGGGCATCATTCATGGGGGCGCCAAATACGCGCTGCACGGAGCCCTGACCGGCGCCTCGGAAGCCATCGCCGATATGCCGCGACGCTGGCGCGAAGCCCTGAAGGGCGACGGTGAGTTGGATCTGTCCGGCGTACGCATGTTGTCCGACGCTCATTACCTCTGGTCTCCCGGCACCCTGGCCGGCAACCTGACCAGTTTCTTCGCCAGCAAGGCCGTGCGCGGTCGCGTCGACCAGGTCAAAGGCGAGCAACTGCCGCCGGCCCTGCAGGACAAGCGCTTCAAGGGCAAGGTCTACCGCCTCGCCGAGCTGGTGGTGGACGTTCCCAGCCTGATTGCCCGCCTGGCGGACCTGGCCGGCGACAGCCTGCTGGCCGGGCAGCGCATCGAACCCTTGCACGAACAGGGCGAGCTGGTCGGACTGAAGGTCGACGACCGCGAGATCCGCGCCCAACGCATTGTCCTCAGTGCTGGCGGAGGCACTGCCGACTTGCTCAAGGCCCTTGGCCTGGATCAGCCGGCCATGCAGACCCGGCCGCTGCACATGGTGCTGGTCAAGGGGCCGAGCCTCAAGCCGTTGTATGCGCACTGCCTGGGCGGCGGACCGAAGCCACGCGTCACCGTAACCACGCACCCGGCAGCCGACGGCCAGTGGGTCTGGTACTTGGGTGGCGACCTCGCCGAGGGCGATGCCGTCGCTCGCGAACCCGCCGCGCAGATTGCCATCGCCCAGAAAGAAATCAGCCAGTTGTTGCCGTGGATCGACCTCAGTACGGCGCAATGGGCCACGCTGCGGGTCGCGCGCGCCGAACCGCTGCAATCGGGCCTGACCCGTCCGGACAATGCTTTTGTCGCCGAGCAAGGACGCCTGCTGGTGGGTTGGCCGACCAAGCTGGCGCTGGCCCCGGACTTTTCCGACCGGGTCATCACCGCGCTGCAACGCGACGGCATCCAGCCCAGCCACCCCGCCCCGCTGCCGGCCCTGCCGAAACCGCCCATGGGCGTCCCCGCCTGGGAGCAATTGTTGCCATGA MPSVISTDILIVGAGVAGLWLNARLRRQGFSTVLVESASLGGGQSVKSQGIIHGGAKYALHGALTGASEAIADMPRRWREALKGDGELDLSGVRMLSDAHYLWSPGTLAGNLTSFFASKAVRGRVDQVKGEQLPPALQDKRFKGKVYRLAELVVDVPSLIARLADLAGDSLLAGQRIEPLHEQGELVGLKVDDREIRAQRIVLSAGGGTADLLKALGLDQPAMQTRPLHMVLVKGPSLKPLYAHCLGGGPKPRVTVTTHPAADGQWVWYLGGDLAEGDAVAREPAAQIAIAQKEISQLLPWIDLSTAQWATLRVARAEPLQSGLTRPDNAFVAEQGRLLVGWPTKLALAPDFSDRVITALQRDGIQPSHPAPLPALPKPPMGVPAWEQLLP NA NA NA NA NA D1-35_05315 813 iolS COG0667 Aldo-keto reductase IolS ATGAGCCTACCGACCCTGCACGACCTGCATCGCCCGCTGGGCCATAACGGCCCGCTGGTTTCTCCCCTGGGCCTGGGCACGGTCAAGCTTGGCCGCGACCAGGGCGTCAAGTACCCCAACGGTTTTCGCATCCCGGATGACAGCGAAGCGCGCATGCTGCTCAAGCTGGCCCGCGAGCTGGGCATCAACCTGATCGACACCGCACCGGCTTATGGGCACAGCGAAGAACGCCTCGGCCCACTACTGCGCGGCCAGCGTCACGACTGGGTGATCGTCAGCAAGGTCGGTGAGGAGTTCAACGATGGCCAGTCGCGCCACGACTTCAGCGCCGCCCATACGCGGTTTTCGGTGGAGCGCAGTCTCAAACGCCTGGAAACCGAGTATATCGACCTGGTACTGGTGCACTCGGACGGCAACGACCTGGCGATCCTCAACGACAGCGAGGTCTACCCGACCCTGGCGGCCCTCAAGCGCGAGGGCAAGATCGGTGGCTTCGGTTTCTCCGGCAAGACCGTCGACGGCGGCTTGAAAGCCCTGGAGCAAGGTGATTGTGCGATGGTCACCTACAATCTGAACGAACGAAGCGAAAAGGCGGTCATTGACTACGCAAGCGAGCACGGCAAGGCGATCCTGGTAAAAAAAGCCCTGGCCAGCGGTCACGTCTGCCTGAGCCCCGGCGAAGACCCGGTTCGCACCAGCTTCGAACTGTTGTTTGAGCATCCCGGGGTTGCCAGTGCTATTGTCGGCACCATCAATCCGCTGCACCTCGCCCATAACGTCGCGACCGTAGCCAAGGTCCTGCGTAAAAACTGA MSLPTLHDLHRPLGHNGPLVSPLGLGTVKLGRDQGVKYPNGFRIPDDSEARMLLKLARELGINLIDTAPAYGHSEERLGPLLRGQRHDWVIVSKVGEEFNDGQSRHDFSAAHTRFSVERSLKRLETEYIDLVLVHSDGNDLAILNDSEVYPTLAALKREGKIGGFGFSGKTVDGGLKALEQGDCAMVTYNLNERSEKAVIDYASEHGKAILVKKALASGHVCLSPGEDPVRTSFELLFEHPGVASAIVGTINPLHLAHNVATVAKVLRKN NA NA NA NA NA D1-35_05316 966 hypothetical protein ATGCCGCGTACGCTCATCAGAAAAAACCCGAGCAACTTCAAGACCCTGCCCCTCGCTGTCGAAGCAACGCCCGAAGGCCTGACATACCAGAGCGTGGGCATGCCGCTGAATTTCGCCCAGACTTTGCAGCGGCGCCGCCCCGTGACAGTCGACGATGCCGAGCGTTTTTCCGTGGAACTGGCGAACCTGGGCGTCTCGGTACGCCTGACGCTGCATTGGCAGAACCGCGATTATTGGGTGCTCGTGCGTCAACGCCGACAGGATCGCGGCGATGTAGTGCTCAAGCTGATTTCCGGCTACGTCCCGGCCCATGAACTGAACCTGCCGCTGCTCACCGCGATCAACGAAATAGCCGAAGAATGCCTGCTGGAAACCCCTGAAGGCTGGCTTGGCGGACGTTTCAACGACACGTGGTTGCCGGCGCCCTATTCAAGCGCCCTGCATTACCGTGAGGCCCTGCCGTTTCGACTGGCCCCGCTATCGGGCTCGGCTCGCCCGGTGCGCTGCGCCAACCTGCAACTGATCGAACGCCCAAGGGCCTACGTCCATTTGCCCACGGCATCGCTGCAGTTGATCTACGATTTGCGCCTGGATGTGCCCAAGGAAGCCAAGTCCCTGAGCCTTTTCCATGTCGATGAACGGCTGGAGGGCGACCAACTGGTCGCGCGCCTGGATCGCAAGCGGCCCGATCTCTACCTGATGCCGCTGCAGGACGGGCAACCCTTGCCCGAGCTGTATACGTTGAAGAAAGACCAGTTATACCCGGCCAGCACCCGAGGGTTGTATCTGGCGGAGAGCTTCGCCCGACAGGACGGCTGGCTGGTGCGCGAGGAGCGGATTCGCTGGAAGGACTGGCTGCGCCAGCAAGGGCTGACGCCGCCAGGAAAAGAATCCGGGCTGACCCGATTGAAGGGCAAGGCCCGGCAGTTGCTCAAGAAGATCGTGCCACGCAAGGTGGTGCGTTAG MPRTLIRKNPSNFKTLPLAVEATPEGLTYQSVGMPLNFAQTLQRRRPVTVDDAERFSVELANLGVSVRLTLHWQNRDYWVLVRQRRQDRGDVVLKLISGYVPAHELNLPLLTAINEIAEECLLETPEGWLGGRFNDTWLPAPYSSALHYREALPFRLAPLSGSARPVRCANLQLIERPRAYVHLPTASLQLIYDLRLDVPKEAKSLSLFHVDERLEGDQLVARLDRKRPDLYLMPLQDGQPLPELYTLKKDQLYPASTRGLYLAESFARQDGWLVREERIRWKDWLRQQGLTPPGKESGLTRLKGKARQLLKKIVPRKVVR NA NA NA NA NA D1-35_05317 1422 hldE COG2870 Bifunctional protein HldE ATGAAGTTGTCCATGCCGCGATTCGATCAAGCCCCTGTATTGGTGGTCGGCGATGTCATGCTCGACCGCTATTGGCATGGCGGTACATCACGGATTTCCCCCGAGGCTCCGGTGCCGGTGGTCAGGGTCGAGCATATCGAGGATCGGCCAGGTGGCGCCGCCAACGTCGCCCTGAACATTGCCGCGCTCGGCGCACCGGCGTCCCTGGTCGGCGTGACCGGCGACGACGAAGCCGCCGACAGCCTGGCCAACAGCCTCAAGGGCGCGGGCGTGCGGGCGATATTCCAGCGCATTGCGCACCAGCCGACGATCGTCAAGTTGCGGGTCATCAGCCGCCATCAACAACTGTTGCGGATCGACTTCGAAGAACCGTTCGCCACCGATCCCCTGGCCCTTGGCGCCGAGGTCGATCAACTGCTCGAAGGTATCAAGGTGCTGGTGTTGTCGGACTACGGCAAGGGCGCCTTGAAAAATCACCAGACGCTTATCCAGGCGGCTCGTGCCCGGGGCATTCCGGTGTTGGCCGACCCCAAGGGCAAGGATTTTTCCATCTACCGTGGCGCGAGCCTGATCACCCCGAACCTCAGCGAATTCGAGACCATCGTCGGTGGCTGCGCCGACGAGCACGAGCTGGTGAGCAAAGGCGCACAGCTGATGCACGACCTGGAGCTCGGTGCGCTGCTGGTCACCCGGGGCGAACATGGCATGACCTTGTTGCGTCCCGATCATCCGGCGCTGCACCTGCCGGCCCGTGCCCGTGAGGTATTCGACGTGACGGGTGCCGGCGATACGGTGATTTCCACACTGGCGGCGGCCATCGCCGCTGGCGAGGAACTGCCTCATGCGGTGGCCCTGGCGAACCTGGCGGCGGGTATCGTGGTTGGCAAACTGGGTACGGCGGCCATCAGCGCTCCGGAGCTGCGTCGCGCCATCCAGCGTGAAGAGGGTTCCGAGCGTGGCGTGCTCGGGCTGGAGCAGTTGCTGCTGGCCGTCGACGACGCCCGCGCGCACAACGAAACAATCGTGTTCACCAACGGTTGCTTTGACATCCTCCATGCCGGCCATGTGACGTACCTCGAACAGGCCAGAGCCCAAGGCGATCGTCTGATCGTCGCGGTCAACGACGATGCCTCCGTGAGCCGTCTCAAAGGGCCGGGCCGGCCAATCAACAGCGTTGACCGCCGCATGGCGGTGCTGGCCGGCCTTGGCGCGGTGGACTGGGTGATCAGCTTCAGTGAAGGCACGCCGGAAAACCTGCTGCGTCAAGTCAAGCCGGACGTGCTGGTCAAGGGTGGCGACTATGGCATCGACCAGGTCGTCGGCGCCGATATCGTCGCGGCTTATGGCGGCACCGTGAAGGTGCTGGGGCTGGTGGAGAACAGCTCGACGACGGCGATTGTGGAGAAGATCCGCAATAACTGA MKLSMPRFDQAPVLVVGDVMLDRYWHGGTSRISPEAPVPVVRVEHIEDRPGGAANVALNIAALGAPASLVGVTGDDEAADSLANSLKGAGVRAIFQRIAHQPTIVKLRVISRHQQLLRIDFEEPFATDPLALGAEVDQLLEGIKVLVLSDYGKGALKNHQTLIQAARARGIPVLADPKGKDFSIYRGASLITPNLSEFETIVGGCADEHELVSKGAQLMHDLELGALLVTRGEHGMTLLRPDHPALHLPARAREVFDVTGAGDTVISTLAAAIAAGEELPHAVALANLAAGIVVGKLGTAAISAPELRRAIQREEGSERGVLGLEQLLLAVDDARAHNETIVFTNGCFDILHAGHVTYLEQARAQGDRLIVAVNDDASVSRLKGPGRPINSVDRRMAVLAGLGAVDWVISFSEGTPENLLRQVKPDVLVKGGDYGIDQVVGADIVAAYGGTVKVLGLVENSSTTAIVEKIRNN PGPT0023040_1098 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023040-gmhC|hldE|waaE|rfaE-K03272 NA NA D1-35_05318 1434 hypothetical protein GTGAGCGCACGCAAGCAGCAACTGCTCAAACGCCACCGTCAACGCAAGCGCCTGGTTCTGGCCGGCGCGCTGCTGGCGGCGCTGGTGCTCGGCTTCACGGTCTCGTGGTGGTCGTTGCCGGTGTTTCTCCTGTTGGGCTGGGTGGCTCATGAAGCCTGGTTCTCCGACCATCTGTTCTATGCTCCGAGCGATGATTATCGCTATGACTTTCCGCCAGATACCCCGCAATTTCCCGTCACGCTGAGCGGCGGACGCCTGCAGGTCACGGGTCAGTTCGATGCCCGGCAGACGCTGATCCTGCAGGTACGGGTAAAAAGTCGTTGGCTGGGGCGGTTCCTCGACCCACAGGTGTGGATCGGTGAGGATCGCCAGGATCTTGAGCGGGGCGTCTGTGGCGAGCGCTTCCTCAATCTGTCCGGGCAAGGAGCCGCGCTGACTACCGGGACCCTGGCCTTGCGCGGGCGTTTTTGCAGCCTGGCTCCCCAGGCTATGTTGCATGTGCTGAGCAACCCGGATTTCGCCCGGCAGCGCCTGCTGATCGTCGCGCCCCATGCCGATGACGCCGAACTGGCGGCGTTCGGGCTGTACAGTCGTGCCAGCGAGGTTGCGATCGTTACGCTGACCCAGGGTGAGATCGAGGCCGAGCGTTATCGCGACATGGGCCTGGATCCCGCCGAGGCCGCTCGTCTCAAGGGTCGCCTGCGCAGTTGGGACAGCTTGGCCGTGCCATTGTGGGGGGGCGTGGCGCAACAGCAGTGCGTGCAGCTGGGTTACTACTGCCTGCAATTGGAGGCCATGGCCAAGACGCCGGACCAGGGCTTTGGCTCGCGGGAGTCGGGCGAGAGCGATATCCGCCAGGTTCGTCGGTTCAATGCCTTGAACCTGCCGGGTGACGCGGATGGCCTGCCGACGTGGCGCAACCTGGTGGCTGACCTTGCGCGGCTGCTCGAACATCACCGGCCCGAGGTGGTGCTGACGCCGCACCCCGAGCTGGACCCCCACAGCGATCATGTCGCCAGTACCCGGGCGCTGATGGAGGCGATCGAACTCAGCACCTGGCGGCCACAGACATTGCTGCTCTATGCCAATCACCTGCACGACAACGACCGCTGGCCGATGGGCCCGGCAGGCTATGGCATTGCGCTGCCGCCGGCCATCGAACCGTTGCCGGCCGATGGGTTGTGGAGCCCGTCGCTGGACGCCTCCACCCGCATGGACAAGGCCATGGCCCTTGGCATGCAGCATGACTTGCAGGGCCGACCTCCATTCAAGCGACGGCTGCGCCGTATCATCCAGCGACTGCTGGCCGGGCGCCGCTGGCCCAGCACCGGAGAAGACGAATTTTTCCGCAAGGCGGTTCGGCGCCACGAGCTTTTCTGGGTCCGGCGGCTGAATGGGACGCCGCCGGAGGACGACCAGGCCCGTCGACCTTGA MSARKQQLLKRHRQRKRLVLAGALLAALVLGFTVSWWSLPVFLLLGWVAHEAWFSDHLFYAPSDDYRYDFPPDTPQFPVTLSGGRLQVTGQFDARQTLILQVRVKSRWLGRFLDPQVWIGEDRQDLERGVCGERFLNLSGQGAALTTGTLALRGRFCSLAPQAMLHVLSNPDFARQRLLIVAPHADDAELAAFGLYSRASEVAIVTLTQGEIEAERYRDMGLDPAEAARLKGRLRSWDSLAVPLWGGVAQQQCVQLGYYCLQLEAMAKTPDQGFGSRESGESDIRQVRRFNALNLPGDADGLPTWRNLVADLARLLEHHRPEVVLTPHPELDPHSDHVASTRALMEAIELSTWRPQTLLLYANHLHDNDRWPMGPAGYGIALPPAIEPLPADGLWSPSLDASTRMDKAMALGMQHDLQGRPPFKRRLRRIIQRLLAGRRWPSTGEDEFFRKAVRRHELFWVRRLNGTPPEDDQARRP NA NA NA NA NA D1-35_05319 900 hypothetical protein TTGATCCTGAGTTACTGGCGGGCCTGGCGCGAGAACGGTTGGACCCCCATAGACGCCGTGGCATACGCCCAGGCCTGGCATCAATTCGGTGGCAGCGTGGCGACACACCCTGATGTGGTCGAGCGCCTGGCCGGGCTGGTGGGCATTCCGGTGCGCTACCTGGGCTGGCTCGTTGACGGCCAGCTGTGTGCCGCCATGCCTACCTGGGGCCGGCATGTGGCGCTGTCCAAGGATGTGCTCAAGCGTGAAGGCAAGCGTGGCATGCTCGACCTCGGCAATGCCGAGGTCATCCTGCCCGTCAGCCAAGGCGCCCAGGTTCGCCTGCGGCACCGCATGCGGTATGTGTCCGAACTGAATGCACCGCACATCATCGGTCTCGCCGAACAACCCGAAGGCCTGGCGCTGGCGCGTGAGCCCGAGGACTACAGCAAGAAGTTTCGCTACAACCAGCGTCGCGAGCAGCGCCTGCTGGAAGACGCCGGTGGCAGTATCCGGCCAATGCTCGACCTGAGCCCCGGCGAGCAGGCTGCGGTGTATGCCGACCTGTTCCAGCGTCGCTGGAATTTCGAAGCCCCCGGCAAGACCCATCTGGCCGAGGTGTTCAGCCTGATGCGCGAATTCATGACCGGCTCGCTGATCTATCTGAATGACGAACCGGTGGCGATCCAGATTCTGTATCGGGTCGAGGCGCCCGGCTGGTTCAGCCTGGAATATATCAATGGCGGGGTTGACCCGCAGAGCCGAGATTTCAGCCCGGGCAGCGTGCTTAGCTTCGTCAACACCCAGGCACAATGGGAGCACGCCCGGGCGGCGGGCAAACCGTTGCGCTACTCGTTCGGCCGCGCCGATCGCGAATACAAGGATCGCTGGTGCAACCGGGTTCCGGTCTACCAGGTTTGA MILSYWRAWRENGWTPIDAVAYAQAWHQFGGSVATHPDVVERLAGLVGIPVRYLGWLVDGQLCAAMPTWGRHVALSKDVLKREGKRGMLDLGNAEVILPVSQGAQVRLRHRMRYVSELNAPHIIGLAEQPEGLALAREPEDYSKKFRYNQRREQRLLEDAGGSIRPMLDLSPGEQAAVYADLFQRRWNFEAPGKTHLAEVFSLMREFMTGSLIYLNDEPVAIQILYRVEAPGWFSLEYINGGVDPQSRDFSPGSVLSFVNTQAQWEHARAAGKPLRYSFGRADREYKDRWCNRVPVYQV NA NA NA NA NA D1-35_05320 1791 msbA COG1132 Lipid A export ATP-binding/permease protein MsbA ATGGCCAATTCCGACCAGCAATCGAGCATGAAGATTTACTTGCGATTGCTGAAATACGTTCTCCCGTATTGGGGCGCTTTCGCCGTCAGTATCGTTGGCTTCGTGTTGTTTGCATCCAGCCAGCCGATGCTGGCGGACATGCTCAAGCATTTTCTCGACGCGCTGCAAAAGCCCAATGACACCCGCTTCATGGGGGTCTCGCTGGTGCTCGGGGTGCCGCTGCTGATCGTGCTGATCGCGGTTTACCAGGGGATCGGTTCGTTCCTGGGCAACTACTACCTGGCCAAGGTCGCCCGGGGCGTCGTCCATGACTTGCGTTGCGCGCTGTTCGACAACCTGCTGACCTTGCCCAACCGTTATTTCGACAACCATAACTCCGGCCACCTGATTTCCCGTATCACCTACAACGTGACCATGGTCACCGGCGCCGCCACCGATGCCATCAAGGTTGTCATCCGGGAAGGCCTGACCGTGGTGTTCCTGTTCGGCTACCTGCTTTACAGTAACTGGAAAATGACCCTGGTATTGCTGGCGATCCTGCCGGTCATTGCCGTGCTGGTGAGTAGCGCCAGCAAGAAATTCCGTAAGCAGAGCAAGAAGATCCAGGTGGCGATGGGCGATGTGACCCACGTGGCGTCGGAAACCATCCAGGGCTACCGCGTGGTACGCAGCTTCGGCGGCGAACACTACGAAATCGAGCGGTTTCACAAGGCCAGCGCCGACAACATGAACCGCAGCCTGGGCATGACGCGGACCCAGTCGATCTACACGCCGATGCTGCAACTGGTGATCTATATCGGCATGGCCGTGTTGATGTACCTGGTGCTTTACCTGCGTGGCGATGCGTCGGCAGGGGAACTGGTCGCCTACATCACCGCCGCCGGTCTGCTACCCAAACCTATCCGCCAGTTGTCGGAAGTCAGCGCCACGATCCAGAAAGGACTGGCCGCGGCGGAAAGCATTTTCGAGCAGCTCGACGAAGAGCCCGAAATCGATACCGGCACCCAGGAAATGGTCCGGGTCAATGGTCGCCTGGAAGTGCGCAACCTGAGCTTCCAATACCCGGGTACGGAAAAGCTGGTACTCGACGATATCTCCTTCACCGCCGAAGAGGGCCAGATGATCGCCCTCGTAGGGCGCTCGGGCAGCGGCAAGTCGACCCTTGCCAACCTCATCCCGCGGTTCTATCACCACGACAAGGGCCAGATATTGCTCGACGGCGTGGATGTCGAGCAGTACCGGTTGACCAACCTGCGTCGCCACATTGCCCTGGTGAACCAGCAGGTCACGCTGTTCAACGACAGTGTCACCAACAACATCGCCTATGGCGATCTTGCCGGCGCACCGTTTGAAGACGTCCGCAGGGCTGCCGAAGATGCCTACGCGGCTGAGTTCATCGAGCAGATGCCCCAGGGTTACGACACCCTGGTGGGCGAGAACGGCGTGCTGCTGTCCGGCGGCCAGCGCCAGCGCCTGGCGATTGCCCGGGCGTTGCTCAAGAACGCTCCGCTGCTGATCCTCGATGAAGCCACGTCGGCGCTGGACACCGAGTCCGAGCGGCACATCCAGGCAGCCCTCGACCAGGTGATGAAAGGGCGCACCACGTTGGTCATCGCCCACCGGTTGTCGACGATCGAGAAAGCCGATCTCATCCTGCTGATGGACAAGGGCCGTATCGTCGAGCGCGGTACCCACGCCGAGTTGCTGGCGCTGAATGGCTTCTACGCACGCTTGCACGAGAAGGACTTCGTCGAGGCTACCGACGAGGTGGCGAAGGAGACCTTCGTTTGA MANSDQQSSMKIYLRLLKYVLPYWGAFAVSIVGFVLFASSQPMLADMLKHFLDALQKPNDTRFMGVSLVLGVPLLIVLIAVYQGIGSFLGNYYLAKVARGVVHDLRCALFDNLLTLPNRYFDNHNSGHLISRITYNVTMVTGAATDAIKVVIREGLTVVFLFGYLLYSNWKMTLVLLAILPVIAVLVSSASKKFRKQSKKIQVAMGDVTHVASETIQGYRVVRSFGGEHYEIERFHKASADNMNRSLGMTRTQSIYTPMLQLVIYIGMAVLMYLVLYLRGDASAGELVAYITAAGLLPKPIRQLSEVSATIQKGLAAAESIFEQLDEEPEIDTGTQEMVRVNGRLEVRNLSFQYPGTEKLVLDDISFTAEEGQMIALVGRSGSGKSTLANLIPRFYHHDKGQILLDGVDVEQYRLTNLRRHIALVNQQVTLFNDSVTNNIAYGDLAGAPFEDVRRAAEDAYAAEFIEQMPQGYDTLVGENGVLLSGGQRQRLAIARALLKNAPLLILDEATSALDTESERHIQAALDQVMKGRTTLVIAHRLSTIEKADLILLMDKGRIVERGTHAELLALNGFYARLHEKDFVEATDEVAKETFV PGPT0029415_4 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 D1-35_05321 1086 hypothetical protein GTGTTGCCCAGCAACAAGCTGTACCACCAATTGCTGATTTTCCTGTTGTGGTTGCCCGCGTTGTTGGGACTGCTGCATCGGGATTTCCGCTCGATGCTCAAGCTGCCCGAATGCGTACTTTTCGCCGTGCTAGTGGCCTGGACGCTGGCAGTGCTGATGGTCGAGGGCGGCGATAACGCCTTGGGCAAGAGCAAGGTGGTTCTCTACGTGACGCTGACCCTGGCAGGCGTGCTGCTGGCTGCGCAGAATCGCCACTGGCGGCTGGAGTCCATGGTGCTGGGGGCGTCGATTCTCGGCGGGTTATTCGCAGCCGCGTCCTGGGTGTATTTCTACGGGCTCAGTGCCCGGCCTTTGAGCGACCGGTTGATTGCCATCGGCCTGTGGGATACGCCGATCATGGCTGCCCATGCGGTGGGGAGCCTGGCGATCATGGGCGCTTTCACCTGGCGATCCAGGCATCTGAAACCGGCTTTGATGGCGCTGCTGATGATCGCGGCGCTGGGCTATCTGTTATTTCTGGGTTCCAACCAGACCCGTGGGGTGTGGATCGGGCTGGGCGCCTGTCTGCTGGTGATGGCGATGGCGCGACCTTCACGCCTGGGCGGCGCGCTGGTAGCCCTGGTCGTGGTGGGGGTGGCCATGGTTGCCGCATTCGAGCCGGAAATCCTCCTGCAGCGGGGCCTGTCTTATCGTCCCCAGCTGTGGCGGGGCGGTGTTCAATTGATGCTCGATCACTGGGCGATGGGCGTGGGGTTCCATTCCTACCTGATTCCCGTCCCTGAAATTGGCCAGGCTTTCAAGCATCCGCACAATCTGTTCCTGGATACCGGTGTGCGCCTTGGCGTGCCTGGCCTGCTGCTGTTTGGCGGGCTGTGGCTGGTTGCAGGCTGGAGAGGCTGGATGTGCCGCGCGCAATCGCTGGGCCAGGTGTTGTTGGCGCTCTGGGTCTTCGCATCGGTTTCCTTGATGACCGACGGCATTGGCTTGTGGCTCAAACCCAATGCGGACTGGATGGCCATCTGGCTGCCCATTGCGTTGAGCATCGTGCTGGCTGCCCGAGGTCGCGCCGCAGGGACTTCCTCCTGA MLPSNKLYHQLLIFLLWLPALLGLLHRDFRSMLKLPECVLFAVLVAWTLAVLMVEGGDNALGKSKVVLYVTLTLAGVLLAAQNRHWRLESMVLGASILGGLFAAASWVYFYGLSARPLSDRLIAIGLWDTPIMAAHAVGSLAIMGAFTWRSRHLKPALMALLMIAALGYLLFLGSNQTRGVWIGLGACLLVMAMARPSRLGGALVALVVVGVAMVAAFEPEILLQRGLSYRPQLWRGGVQLMLDHWAMGVGFHSYLIPVPEIGQAFKHPHNLFLDTGVRLGVPGLLLFGGLWLVAGWRGWMCRAQSLGQVLLALWVFASVSLMTDGIGLWLKPNADWMAIWLPIALSIVLAARGRAAGTSS NA NA NA NA NA D1-35_05322 1122 hypothetical protein ATGACAAAAACGCTGTTCATTTCCCTGGCCAAGCACCAAGGCCTTTATTTCAACCGCTTGCTCAACGAAACCGAGCTGCAGGGTAAAGTCGTTTCTCCTCAACAAATGCCTTGGCCCGGGTTCCGACGGATCTCCAAGGTTGTTTCGCGCATCGATTGGCCGAGTCTGATCGAGGAAAAGTGCGCGGAACGTCGGGTCAAGAACAAGAACAATGGCGCGCTGTATCGCCTGTTGCTGCGCCTCGAACTTCTCTGGATGGCCCTGCGCGCCCAGGCCTTGCTTGATCGGGAACGCCCCGATGCGTTGGCGTTCTGGAACGGTTCCCATCGTTATTGCCGGTTGCTCACGGCGCTGGCACCGAGTGGCTGCAAGACGTTCTTTTTCGAGAACGGCCTGTTGCCCGACACCACCACCGTGGACCCGCGCGGCGTGAACTACCTGAACGCGGTTCCTCGCGATGCCGGTTTCTACCTCGACTACCCGTATCCGGTGCCGGAAAACCAGGCTGCACCGGTGCTGATTCCGCGTGCGCCACGCAGCGCCGGCCCGGCGCCGATCGAGCTGCCGGCGCAATTCGTGTTCATTCCGTTCCAGGACGATCGTGACAGCCAGGTCCGGCTATTCTCGCCCTGGATCAGGAACATGTGCGAGATGTTTGCCTTGGGCGAGCGACTCGCCGAGGAGACGGGCCTGACGGTGGTGTTCAAGGAGCACCCGTCCAGCCGCGAGACGTACCCCGAGCTGCACGAACGGACCCATGAGCGCCTGCTCTTCGCCAACGGCAATGCCACGCAGCAGTTGATCGAGGCCAGTCAGTTCGTGATCACGATCAATTCGACCGTGGGCCTGGAAAGCTTGTTGTTGGGCAAGCCGGTGCTGACCCTGGGCCAGGCGTTTTTTAATATCGAGGGGCTGGTGATGCACGCCGACGATGCCGATCAGGTCGTATCATTGGCCCGTGCATTCCCGCAATGGCCGCTTGATGAGCGCTTGCGCCGCAACTTCTTCCATTACCTTTCCGAGTGCTATTGCATCAAGGGTGGCTGGAAGAATGCCGATCAGGCTCAGTTGCAACGGGTCGCCGACAGGCTGTTGGGTAAAGACCAATGCCCATCTGCCTGA MTKTLFISLAKHQGLYFNRLLNETELQGKVVSPQQMPWPGFRRISKVVSRIDWPSLIEEKCAERRVKNKNNGALYRLLLRLELLWMALRAQALLDRERPDALAFWNGSHRYCRLLTALAPSGCKTFFFENGLLPDTTTVDPRGVNYLNAVPRDAGFYLDYPYPVPENQAAPVLIPRAPRSAGPAPIELPAQFVFIPFQDDRDSQVRLFSPWIRNMCEMFALGERLAEETGLTVVFKEHPSSRETYPELHERTHERLLFANGNATQQLIEASQFVITINSTVGLESLLLGKPVLTLGQAFFNIEGLVMHADDADQVVSLARAFPQWPLDERLRRNFFHYLSECYCIKGGWKNADQAQLQRVADRLLGKDQCPSA NA NA NA NA NA D1-35_05323 633 hypothetical protein ATGCAAACGCTCGACCCTACTGTTTACCTCAGCCTGCGCGAAGGTGCCGATGTCCTTGAGGCCGATCGCCAAGGGGATAAGGTGCTGCGCCTGGCCGATGGCTCGATGCTCAAGCTGTTTCGCCGCAAACGCCTGCTGACCTCCGCGCTCTGGTCACCGTATGCCAAGCGCTTTGCCGACAACTGCCAGACCTTGCAGGCGCGCGGCATCGAATGCCCGCGCATTCGCCAGGTCTACCGCATTCCCGCCATCGAGCGTGATGCCGTGCATTACGACCCGCTGCCCGGCAGCACCCTTCGTCAACTGCTCGGCGCGGACACCTCTATCGACCTTCGGTCACGACTGGGTGAGTTCATCGCTCGCCTGCATCAGAACGGTATCTATTTTCGCTCCGCGCACCTGGGCAACGTGGTGCTGACGCCTGAAAACACCTTGGGACTGATCGATGTCGCCGACCTGAAGGCCTATCGCAAGCCGCTACGCAAAGGGCTGCGCCTGCGCAATTTCAAACACATGTTGCGCTATCGACAGGACCGCGAATGGCTGCTCCAGGACAACCAGTTCCTGGAGCATTATCTCAGTCATCAGAAGGTGTGCAACGAGCGGGAGCTGAAGCTCGCGCTCGGCATTTGA MQTLDPTVYLSLREGADVLEADRQGDKVLRLADGSMLKLFRRKRLLTSALWSPYAKRFADNCQTLQARGIECPRIRQVYRIPAIERDAVHYDPLPGSTLRQLLGADTSIDLRSRLGEFIARLHQNGIYFRSAHLGNVVLTPENTLGLIDVADLKAYRKPLRKGLRLRNFKHMLRYRQDREWLLQDNQFLEHYLSHQKVCNERELKLALGI NA NA NA NA NA D1-35_05324 1260 hypothetical protein ATGTTCCAGGCCGACGGAAGCTGGGCTCGAAAGGCTCGTGAACTGGACCGCTACCGCTGGAAACTGCTGCGCGAGCGCCACGGTCGCCTGGGCAGCCTGTTGCGCCTGGTTCGTGACGTGCTGGTGGATGTAACGATTGGTTTGCGCGCCAAGGCGTGCTTGAAGCATTCGACCGACACGGTACCTTGCGAAGTGCTGCTGCTGCATTCAGCGCCCAAGTCCATGGCGCTGCAGCGCAAGAACATCCTGATCGATGCCCTGCGCAAGCGCGGTCATCAACTGACGGAAGCTGCGCTGCGCGCTCCCGCGGATGCCTGTGCCCAGCGCATGCTGGCACCGCCGCCACAGTCCGTGCCGCTGCGTTACCTGGTCTATGCCGCCCACGCCCAATGGCTGGTGATGACCTATCAGCCCAAAGTACTGATCAACGAACGCAATGGCAGTCTGCACGCGCCGTTCCTGCGCCTGGCGCTGGCTGCGCGTGGGGCCCGCCTGCTGCACCTGGCGCATGCCACGACATTGGAGTCGTCCCGCCGGCTGGGAATGAACGACTACGATTATTACGGCGTCTTCGGCCGCAGTTCGCTGGAAGCACTGCAAGAGCGGACGCTGCGGTTCGGTGAGTCGACGGTGGTGCTGGTCGGTTCCTACCTCGCCGACGAAACCTATGACCTGCCCGTCGCTGATCCAACTATCAAAACGCTGCTGGTGTTGGGGGTAGGGCCTGATCGGGAGAAAGAAGCCGGTTACCAAGACACTTATCAGTTGCTGCGCGATTGGGCCGGGCGCAACCCGGATTATCGCGTGCTGTTCAAGCGCCATCCGCGCAGCAAGGCGCAGTTCTGGCGCGACGCGGCGACGCGGTTCGCCAACATCGAGTTGCTGGATGTGGAGTGCTCGCTGGCACAGGCGCTCGCCCAGGCCAGCGTGGTCATCAATATCATGTCCAATGCCGGCATCGAGGCAGGGCTGGCGGGGCGTCCGGTAGTTCACGTGAATGCCGGCCGCGATGTGGATATCTTTTCCCACGCGTTGTTCTTCGGGCCGCAAGTGCGCGATGAACGGGCGTTTTCCCAGCAGTTGCACGCGCTTGAGCAGGACTATCCGCAATGCGTGGCCAAGGCTCGGGGCTTCGCCGACTACCATCTGGTGCACGGCTCCAGAGGGTTGGCAAAAACCGTCGAGCTGGTCGATGACTTGCTGCGCGGCAGAGACCCAGCAGAAAAATTCGAAACCTTCAGGCTGCCTGCCGTCGGCTGA MFQADGSWARKARELDRYRWKLLRERHGRLGSLLRLVRDVLVDVTIGLRAKACLKHSTDTVPCEVLLLHSAPKSMALQRKNILIDALRKRGHQLTEAALRAPADACAQRMLAPPPQSVPLRYLVYAAHAQWLVMTYQPKVLINERNGSLHAPFLRLALAARGARLLHLAHATTLESSRRLGMNDYDYYGVFGRSSLEALQERTLRFGESTVVLVGSYLADETYDLPVADPTIKTLLVLGVGPDREKEAGYQDTYQLLRDWAGRNPDYRVLFKRHPRSKAQFWRDAATRFANIELLDVECSLAQALAQASVVINIMSNAGIEAGLAGRPVVHVNAGRDVDIFSHALFFGPQVRDERAFSQQLHALEQDYPQCVAKARGFADYHLVHGSRGLAKTVELVDDLLRGRDPAEKFETFRLPAVG NA NA NA NA NA D1-35_05325 906 arnC Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase ATGACTGAGGTGCTGATCAGTGTCGTCATCCCGGCCTACAACTACGCCGAGACCTTGCCGCGCGCGGTGAACTCGGTCATTGCGCAGTTGGGCGAAGCCCAGGCCGAGCTGTTGGTGATCGACGATGGTTCCACTGATGCAACGCCGCAGGTCCTGGAGCAATTGCAGGCCGAACATGCCGGGCTCTTCCGGGCCCTGCGCAAACCCAATGGTGGTTTGTCGTCGGTACGCAATCGCGGAATCGAGGAGGCTCGGGGGCAATACCTGATCTTCCTGGATGCCGACGATGAGATGGCGCCGGGCGCGCTTGCCGCCGTGACCCGGCATGTTGCCAGTCATCCCGAAACTCGCCTGGTCATCGGCGGCCACTGGTCGGTGTTCACGGACGGGCGTCGCGTCCAGCATGCGGTAAAGCCGCTGCCGGCCACGCCGCGTGGGCGCGTTCGGGGCTACCTGCTGGACAAGACGGTGACCCTGTCCAACGGCGCCTGTGCCATGCACCGCGAGGTGTTCGGGCCGGGTAACTATCCCGAGCATCTGCGTAACGTCGAAGACATTCCGGTGTTTGCCCAGGTACTGGCGCGCTTTCCATGCACCGTGCTCGATCAGCCGCTGGCGCTGATCTACAAGCATGGCGACAGCATGCGGCATGACCTCAGGCAAAGCCTGGCGGCGGGCGTGGGCATGGTCGACGAGGTGTTTTCCCCGGCGCGCATGCCGCAGTCGTTGCAAGATTTGCGCAAGGCCTTCATGGCCCAGCGTTGCCTGTCGTTGTTCCGCGATTGCTACAGCGCCGGTGACTATGCCAATGCCAAGGCTTTTTATGCCCAGGCCGTGCGTACCGATGTTCGCTCGATCACGCGCTGGTCCTATACGCGCAAGGCTATCCGGTTGTTGTTCAAGTGA MTEVLISVVIPAYNYAETLPRAVNSVIAQLGEAQAELLVIDDGSTDATPQVLEQLQAEHAGLFRALRKPNGGLSSVRNRGIEEARGQYLIFLDADDEMAPGALAAVTRHVASHPETRLVIGGHWSVFTDGRRVQHAVKPLPATPRGRVRGYLLDKTVTLSNGACAMHREVFGPGNYPEHLRNVEDIPVFAQVLARFPCTVLDQPLALIYKHGDSMRHDLRQSLAAGVGMVDEVFSPARMPQSLQDLRKAFMAQRCLSLFRDCYSAGDYANAKAFYAQAVRTDVRSITRWSYTRKAIRLLFK NA NA NA NA NA D1-35_05326 1749 tobZ nebramycin 5' synthase GTGGCATTGACGATTCTTGGCCTGTCCGGCGCCCTTAGCCATGATCCTTCCGCAGCGCTGTACATTGACGGCAAGCTGATCGCGGCGGCCGAGGAAGAGCGCTTCGTACGCGATAAACATGCAAAGAACCGCATGCCCTACGAGTCGGCGAAGTTCTGCCTGGAGCAGGCCGGCATCAAGCCATCCGATGTTGATGTGGTGGCGATCCCGTTCGCCCCGATCAGCCTGTTCGGCGAAGCGCGCTGGCACTACGCCAAGCGTTACTGGTACGCCCCGGATCGCGCCCTTGATGCGATCCTGATGGGCAACCGTCGCTACAAGCGTTATCGCCGCAAGATCGTCTGGTGCCTGGAGCAACTGGGCTTCGATCCGAAAAAAATCAAGATCGAACCGGTCGAGCACCACCTGGCTCATGCCTCCAGCGCCTACCACTGCTCGGGTTTCCAGGAAAAAACCGCGATCCTCGGTATCGATGGCAAGGGTGAATACGCCACGACGTTCTTTGGCTACGGCGAAAACGGCAAGATCCACAAGATCAAGGAATTCTACGATCCGGACTCCCTGGGTGGTCTGTATGGCGCGATCACCGAGTTCCTCGGCTTTGAAATGCTCGACGGCGAATTCAAGGTCATGGGCATGGCGCCGTATGGCGATGCCAGCAAGTACGATTTCTCGCGCCTGGCCTCGTTCGAAAACGGCGAACTGGTGATCAACACCGACTACGCCAACGTGATCGGCCTGCGTCGCTATAAAGAGAAAGGCAAGGGCTTCTACTTCTCGCCAAAGCTGATCGAATGGCTCGGTCCGAAGCGTGAAGGCGACATCGCCGACGAGCCGTACATCCATTACGCCGCCAGCATGCAGGCGCTGTTCGAGAAGCTCGCGCTGCAGATGATCGACCACTACCTGGGCGACGTGCTCAAGGAAACCGGCAAGCTGGCCTTCGCCGGCGGCTGCGCACTGAACGTCAAGCTCAACCAGAAAATCATCGCCCGTGACGACGTCAAGGAGCTGTTCGTGCAGCCGGCCTCCGGCGACGCCGGCACCGCGGTAGGCGCGGCGGCTTATGTGTCCCATGCCCGTGGCGTGCCGGTGGAGAAGATGGAACACGTCTACCTCGGCCCGGCCTACAGCAACGAAGACGTGATCGCCGCGTGCGCCCGTCATCCGAGCAAGCCGGTATGGCGCAAGATCGACAACACCCCCGAGCGCATCGCCAGGATCATGGTCGACGGCAACCCGGTGGCCTGGTTCCAGGGGCGCATGGAGTTCGGCCCGCGTGCCTTGGGCGGTCGTTCGATCATCGGTTGCCCGAGCGCCAGCGGCGTGGCCAATCGCATCAACGAGCAGATCAAGTTCCGCGAGCGCTGGAGGCCTTTCTGCCCGTCGATGCTCGACACCGTTGCCCCACAGATGATCAAGGTCGATCACCCGGCGCCATTCATGACCTTTACCTTCGAAGTGGCCGAGGAATGGAAGACCCGCGTGCCGGAAGTGGTTCACGAAGACGGCACTTCCCGGGCCCAGGTGCTCAAGCGTGAATACAATCCGCGCTACTACGACATGATGAAGGCGCTGGAAGTCCTGACCGGCAATGGCGTGTCGCTGAACACTTCGCTCAACCGTCGTGGCGAGCCGATGATCTGCTCGCCGACCGATGCGCTGAACATGTTCTTCGGCTCCGACCTGCAGTACCTGATCATGGAAGACATTCTGGTCGTCAAGGACGGTGTGGACGCTTATGACTGA MALTILGLSGALSHDPSAALYIDGKLIAAAEEERFVRDKHAKNRMPYESAKFCLEQAGIKPSDVDVVAIPFAPISLFGEARWHYAKRYWYAPDRALDAILMGNRRYKRYRRKIVWCLEQLGFDPKKIKIEPVEHHLAHASSAYHCSGFQEKTAILGIDGKGEYATTFFGYGENGKIHKIKEFYDPDSLGGLYGAITEFLGFEMLDGEFKVMGMAPYGDASKYDFSRLASFENGELVINTDYANVIGLRRYKEKGKGFYFSPKLIEWLGPKREGDIADEPYIHYAASMQALFEKLALQMIDHYLGDVLKETGKLAFAGGCALNVKLNQKIIARDDVKELFVQPASGDAGTAVGAAAYVSHARGVPVEKMEHVYLGPAYSNEDVIAACARHPSKPVWRKIDNTPERIARIMVDGNPVAWFQGRMEFGPRALGGRSIIGCPSASGVANRINEQIKFRERWRPFCPSMLDTVAPQMIKVDHPAPFMTFTFEVAEEWKTRVPEVVHEDGTSRAQVLKREYNPRYYDMMKALEVLTGNGVSLNTSLNRRGEPMICSPTDALNMFFGSDLQYLIMEDILVVKDGVDAYD PGPT0015285_559 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015285-nodU-K00612 NA NA D1-35_05327 1461 hypothetical protein ATGATTTTGTCCGAACTGAAAAATGCCGGCCGCAGCCCTGGCCTGCCCTTGAGCCTGGAGCTGGCGGACGCCGCCGGACCGGCGCAATTGCAATTGCTGACGCTTCTGCGCGTATTGCCGGGGCAGCGTTACGTGGGCGCGGGTGTCTGGCGCGGTCGCCCGGTACTGGCGAAATTGTTGGTTGGCGCCAAGGCGGCTCGTCACTTCCAGCGTGAGCTGCAAGGCGTGCGTCTGCTGGCGGAACAGGGCCTGACCACACCGCTGTTGCTAGTGGACGGCTTGAAGGACGGCGAGGGTGGCTGGCTGCTGTTCGAATTGCTCGAAGGGGCCCAAAGCCTGGGCGACGCCTGGAGGCAAGTCGAGCAATTGCCGCCGTTGGCCGATGAGCAGGCCGCAGTGCTGGCGGAGGCCCTGGGTGCCATTGCACAACTGCACGCCAAGGGCCTGTGGCAAGAGGATCTGCACCTGGACAACCTGCTGCGCCACGATGGGAAACTCTACCTGATCGATGGCGCCGGTATTCGGGTCGAAACCGCAGGGCAGCCGTTGTCGCGGCAAAAAGTGCTGGAGAATCTCGGTGTGTTTTTCGCCCAGTTGCCCAAGTCCCTGGCGCCGTTCACCGAGGAGTTGCTGGTGCATTATCTGCTTGGCAATGCCGAACATGCGTTGCCGATGGAGGCGTTGCAAAAACAGATCGACAAGGTGCATTCCTGGCGCCTGAAGGATTTCCTCGAAAAGGTCGGGCGAGAATGCAGCCTGTTCAGCGTCAAGCGTGGGGCCTTCGGCCTGCGGGTTATCCGCCGTGATGAAGAGGCCGCGATAGCGCCCGTGCTTGAGCAGGCCGATGCCCTGCTTGACCAGGGACATCTGTTCAAGACCGGCGGCGCGGCGAGTGTCGGCAGGGTGGTGGCGGACGGCCGTACGCTGATCATCAAGCGCTACAACATCAAGGGCTTCGCCCATTGGCTCAAGCGCTTCTGGCGTCCGAGCCGTGCCTGGCATGCCTGGCGCGAAGGTCATCGCCTGGCCTTCCTCGGCATTGCCACGCCCAAGCCGCTGGCGCTGCTGGAAAAGCGTTTCCTGTGGCTGCGCCGTGGTGCGTATCTGGTCACCGAGTACTTGCCGGGCCCGGACATCATCGAACGCTTCGCCCCATACGTGGAGACCGGTGAGGCGCCCGAAACAGAATTGCTGGCGCTGGATCGCTTGTTCGCCGACCTCATCCGCGAACGGATCAGCCATGGCGACTTCAAGGGCCACAACCTGTTCTGGCAACACGACCGCTGGGCGTTGATCGACCTCGACTCCATGTGCCAACACCGCACCCAGGCGAGCTTCGCCCAGGCCTACGCCCGGGATCGCGCGCGGTTCATGCGCAACTGGCCGCAGGATAGCGCGCTGTATCGGGTGATTGATGAGCGCTTGCCAAAGGATGTCGAAAACACCCTCTCGGCCTTGTGA MILSELKNAGRSPGLPLSLELADAAGPAQLQLLTLLRVLPGQRYVGAGVWRGRPVLAKLLVGAKAARHFQRELQGVRLLAEQGLTTPLLLVDGLKDGEGGWLLFELLEGAQSLGDAWRQVEQLPPLADEQAAVLAEALGAIAQLHAKGLWQEDLHLDNLLRHDGKLYLIDGAGIRVETAGQPLSRQKVLENLGVFFAQLPKSLAPFTEELLVHYLLGNAEHALPMEALQKQIDKVHSWRLKDFLEKVGRECSLFSVKRGAFGLRVIRRDEEAAIAPVLEQADALLDQGHLFKTGGAASVGRVVADGRTLIIKRYNIKGFAHWLKRFWRPSRAWHAWREGHRLAFLGIATPKPLALLEKRFLWLRRGAYLVTEYLPGPDIIERFAPYVETGEAPETELLALDRLFADLIRERISHGDFKGHNLFWQHDRWALIDLDSMCQHRTQASFAQAYARDRARFMRNWPQDSALYRVIDERLPKDVENTLSAL NA NA NA NA NA D1-35_05328 753 hypothetical protein ATGACTGATTTTCTGGCCGATGAAGACCGCGCGTTGCTGCAACGCCATGGCCTGGACAGCTTCGAGGCCTTGTGGGCACGACAACTGGAAGCGGTGGACGAACCCAACACCTCGGGGGAAGGCTGGAGCAGCGTGTTCCGCCTGGAACTGGAAGGGCAGGGGTACTACCTCAAGCGTCAGAGCAATTACCTGACCCGAACCTTGTCGCATCCGTTCGGCGAGCCGAGTTTTTCCCGGGAATTCCGTAATATCAGCCGTTATCGGCAACTGCGCATCCCCGCGCTGCAGGCCGTGTTCTATGGCCAGCGCAAGGTGAACGGCGAGGCTCGTGCGGTTCTGCTGACGCGTGCGCTGGACGGCTGGGATGACCTCGATTCATTGCTGCAGCGCTGGTCGACGCTGAGTGGCGCGCAGCGCACGGGCATCCTGCAGGCCTGCGGGCACCTGGCGCGGCGCCTGCACGATGCGCATCAGATGCATGGTTGTTTTTATCCCAAGCACATTTTTCTGCAAGCCGGCGACAGCGGCTACCAAGCGCAGTTGATCGACCTGGAGAAGACCCGGCCGCTGCTGTTCGGCCAACGTGACCGGATCAAGGACCTGGAACCGCTGTTGCGCCGGGCAGGTGCCTGGAAGGGTGACGATGTGCGCCAGTTGCTGGCTACTTATCTGGAGCAGCCGCTGGACAGCGCTCTGGTCGACAGCTGGATGACACGCGTGGCCGCCCGCCGTACCGACAAGGAGGCGCGTTGA MTDFLADEDRALLQRHGLDSFEALWARQLEAVDEPNTSGEGWSSVFRLELEGQGYYLKRQSNYLTRTLSHPFGEPSFSREFRNISRYRQLRIPALQAVFYGQRKVNGEARAVLLTRALDGWDDLDSLLQRWSTLSGAQRTGILQACGHLARRLHDAHQMHGCFYPKHIFLQAGDSGYQAQLIDLEKTRPLLFGQRDRIKDLEPLLRRAGAWKGDDVRQLLATYLEQPLDSALVDSWMTRVAARRTDKEAR NA NA NA NA NA D1-35_05329 735 hypothetical protein ATGTCAGGCTGGACACTGGAACCGGCCTACGCCGAACTGGCGGCGGATTTCGGTAGCCTGGACGCGGTGTTCGCCCTCCAGGGCGAGCGCCTGACGCGCGACCCGCTGTCGGAGGTGATTCGTGTACAGCGCAACGGCGTCAATTATTACGTCAAGCGCTACACCGGCGCCGGCAAGGGCTTGCGGCGTTACCTGGGCAGGCCGCGGGTCAAGTCCGAATGGCAGAACCTCAAGCGCTTCGCCAAATGGGGGATCCCGACCGCGCAAATCATTGCCTGGGGACTGGAGCGAAACGGCGCGGCGTTCGCCCGTGGTGCGATGATCACCCGCGAATTGCCTCGCACCGAAGACCTCTCGGCCCTGGCCGAACGTCGCGACCGCAGGCTGGCGGATCGCGCCTGGGTCGACGGTGTGAGCCGGCAGTTGGCGGGTTACACGCGGACCATGCACGAGCAGCGCTTTACCCATAACGATTTGAAGTGGCGCAACCTGCTGATCGACGATCAGTCGCGGTTGTTCCTGATCGATTGTCCGAACGGTGATTTCTGGCGCGGCTTCTGGCTCAAGTACCGGATCATCAAGGACCTGGCGTGCCTGGACAAGGTCGCCAAATATCACCTGTCGGCCACTCAGCGCCTGCGTTTTTACCTGCAATACCGGCAGCGCGACCGGCTGGATGCCCTGGACAAGAAGCGTATCCGGCACGTGGTGAAATTTTTCGAGGGGCGTGAATGA MSGWTLEPAYAELAADFGSLDAVFALQGERLTRDPLSEVIRVQRNGVNYYVKRYTGAGKGLRRYLGRPRVKSEWQNLKRFAKWGIPTAQIIAWGLERNGAAFARGAMITRELPRTEDLSALAERRDRRLADRAWVDGVSRQLAGYTRTMHEQRFTHNDLKWRNLLIDDQSRLFLIDCPNGDFWRGFWLKYRIIKDLACLDKVAKYHLSATQRLRFYLQYRQRDRLDALDKKRIRHVVKFFEGRE NA NA NA NA NA D1-35_05330 807 rfaP Lipopolysaccharide core heptose(I) kinase RfaP ATGAAATTGATGCTGGCCGAACCGTTCAAGAGCCTTTGGGCTGGACGCGATGCGTTCACCGAGGTCGAGGCGCTCAAGGGCGAGGTCTACCGTGAACTCGAAGCCCGGCGCACCTTGCGCACCGAGGTGGACGGTCGCGGCTTTTTCGTGAAGATCCACCGTGGCATCGGTTGGGGCGAGATTTTCAAGAACCTGCTGACCGCCAAGCTGCCGGTACTTGGCGCGGGACAGGAATGGAAAGCCATCCAGCGTCTGCAGGAAGTCGGCGTGCCGACCATGACGGCCGTCGCGTATGGCGAGAAGGGCAGCAACCCGGCCGACCAGCATTCGTTCATCGTCACCGAAGAACTGGCGCCCACCATCAGCCTTGAAGATTACAGCATCGACTGGGTCAGGCAGCCGCCGCAGCCCAGGCTCAAGCGGGCACTGATCGCTGAAGTGGCGCGCATGACCGGCATGATGCACCGCGCCGGGGTCAACCATCGCGACTGCTACATCTGCCATTTCCTGCTGCATACCGACACACCGGTGACGGCCGACGGTTTCAAGCTCTCGGTGATCGACCTGCACCGCGCCCAGACCCGCCCGGCCATCACCACGCGCTGGCGCAACAAAGACCTGGCCGCGCTGTATTTTTCGGCGCTGGACATCGGCCTGACGCGCCGCGACAAGCTGCGTTTCCTCAAAGGCTATTTCCAGCAGCCGTTGCGCCAGGTACTGGCTGAAGAAGCGTCGCTGCTGGCCTGGCTCGAAGGCAAGGCCAACAAGCTGTATGCGCGCAAGCAGCGGTATGGGGACGCGCTCTGA MKLMLAEPFKSLWAGRDAFTEVEALKGEVYRELEARRTLRTEVDGRGFFVKIHRGIGWGEIFKNLLTAKLPVLGAGQEWKAIQRLQEVGVPTMTAVAYGEKGSNPADQHSFIVTEELAPTISLEDYSIDWVRQPPQPRLKRALIAEVARMTGMMHRAGVNHRDCYICHFLLHTDTPVTADGFKLSVIDLHRAQTRPAITTRWRNKDLAALYFSALDIGLTRRDKLRFLKGYFQQPLRQVLAEEASLLAWLEGKANKLYARKQRYGDAL PGPT0022545_100 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022545-waaP|rfaP-K02848 NA NA D1-35_05331 1122 rfaG Lipopolysaccharide core biosynthesis protein RfaG ATGCAATTGGCTTTTGTCCTTTACAAATATTTTCCTTTCGGTGGCCTGCAGCGTGACTTCATGCGCATCGCCCTGGAATGCCAGCGGCGTGGCCACCAGATCCGCGTCTACACGCTGATCTGGGAGGGCGACGTGCCGCCCGGCTTCGAGGTGCTGGTGGCGCCGGTCAAGGCGCTGTTCAACCACCGTCGCAATGAGAAGCTCAGCGCCTGGATGGAGGCCGACCTGGCACAGCGCCCGGTGGATCGTCTGATCGGTTTCAACAAAATGCCTGGCCTGGACGTCTATTACGCCGCCGACGGCTGCTTCGAAGACAAGGCACAGAACCTGCGCAATTCGCTGTACCGGCGCTGGGGCCGCTACCGGCATTTCGCCGAATACGAGCGGGCGGTGTTCGCCAAGGATGCCAAGACCGAAGTCCTGATGATTTCCGAAGTCCAGCAGCCGCTGTTCATCAAGCACTACGACACGCCGCTGGAACGCTTCCATCTGCTGCCGCCCGGCATCGCCCAGGACCGTCGCCGGCCCGCCGACGCCGACGAGATCCGTGCCGCGTTCCGGGCCGAATTCCAGCTGGCCGACGATGACCTGCTACTGGTGCAGATCGGCTCCGGCTTCAAGACCAAGGGTGTGGATCGCAGCCTCAAGGCCCTGGCCGCGCTGCCGGCCGAATTGAGAAAACGCACCCGGCTGTTTGTAATCGGCCAGGACGACCCCAAGGTATTCCAACTGCAGAGTGCCGCGCTGGGTCTGGGCGACAATGTGCGGTTCCTCAAGGGCCGCAGCGATATCCCGCGTTTCCTGCTTGGCGCCGACCTGTTGATCCACCCGGCCTACAACGAAAACACCGGCACGGTACTGCTCGAAGCGCTGGTGGCCGGGTTGCCGGTGCTGGTCAGCGCGGTGTGCGGGTACGCCCATTACATCGCCGAGGCCGACAGCGGCCTGGTGCTGGATGAGCCGTTCGAGCAGACGCAACTGACCGAATACCTGGGGCGGATGCTCGGTGATTCCGAGGCAAGAGCGGCCTGGAGCCGCAACGGTCTGGCCTTCGCCGAGACGGCCGACCTCTACAGCATGCCGCAGCACGCGGCCGATGTGATATTGGCGGAGCACGCTTGA MQLAFVLYKYFPFGGLQRDFMRIALECQRRGHQIRVYTLIWEGDVPPGFEVLVAPVKALFNHRRNEKLSAWMEADLAQRPVDRLIGFNKMPGLDVYYAADGCFEDKAQNLRNSLYRRWGRYRHFAEYERAVFAKDAKTEVLMISEVQQPLFIKHYDTPLERFHLLPPGIAQDRRRPADADEIRAAFRAEFQLADDDLLLVQIGSGFKTKGVDRSLKALAALPAELRKRTRLFVIGQDDPKVFQLQSAALGLGDNVRFLKGRSDIPRFLLGADLLIHPAYNENTGTVLLEALVAGLPVLVSAVCGYAHYIAEADSGLVLDEPFEQTQLTEYLGRMLGDSEARAAWSRNGLAFAETADLYSMPQHAADVILAEHA PGPT0022515_341 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022515-waaG|rfaG-K02844 NA NA D1-35_05332 1059 rfaC COG0859 Lipopolysaccharide heptosyltransferase 1 TTGCGGGTATTGCTGATCAAGACCTCCTCCCTGGGGGATGTGGTCCACACCCTGCCGGCGCTGACCGATGCGGCGCGGGCGATTCCCGGCATCCGCTTCGATTGGGTGGTGGAAGAGGGGTTCGCCGAAATCCCTACGTGGCACCCCGCGGTGGGCAAAGTCATCCCGGTGGCGATCCGGCGCTGGCGCAAGAATATCTGGCAAACCATCAAGAGCGGCGAGTGGCGGCGGTTCAAGCAAAGCATGCGGGCCGAGAAGTATGACTTGGTGATTGACGCCCAAGGCTTGCTGAAAAGCGCCTGGCTGACTCGCTACGTCAAGGCCCCGGTGGCTGGCCTGGATAAGGATTCGGCGCGCGAACCCCTGGCGGCGCGGTTTTACTCCCGGCGCCTGGCGGTGGCCCGTGGTCAGCATGCGGTCGAGCGCGTGCGCCAGCTGTTTGCCGTGGCGCTGGGCTACGACTTGCCGCAGACCCAGGGCAACTATGGCCTCGACATCGACCGCCTGGTGGAACTGCCGCGCCCCTATCCCTATGTGGTTTTCCTGCATGGCACGACCTGGGACTCCAAGCACTGGCCCGAGCTTTACTGGCGCCAGCTCACCGAGCGCATGGGCCAGTACGGCGTGGTGGTAAAACTGCCGTGGGGCAACCCTGTCGAAAAGGCCCGCGCCGAGCGCATCGCCAGCGGGCTGCGCAACGCCCTGGTACTGCCGAAACTGAACCTTGGCGGCATGGGCAAGGTGCTCGCCGGTGCACAGGCCTGCGTAGCCGTGGACACTGGCCTCGGTCACCTGGCTGCGGCCCTGGACGTGCCGACCGTTTCGCTGCTCGGCCCGACCAACCCGGTGCTGACCGGTGCCTACGGCAAGGGCCAGATTCACCTCGCCAGTGATTTCCCCTGCGCGCCCTGCATGCAGAAACAGTGTACTTATCCACCGACTGCCGAAGATGCCCGTCGGTTTGACCTTAAGCGCGAGCAGCCCCTGTGCTTCACGCGTGTAAACCCCGAGCGTGTTGCCAGCCACTTGAGCACGTTATTGGCTGAGGAGCCGCGCTGA MRVLLIKTSSLGDVVHTLPALTDAARAIPGIRFDWVVEEGFAEIPTWHPAVGKVIPVAIRRWRKNIWQTIKSGEWRRFKQSMRAEKYDLVIDAQGLLKSAWLTRYVKAPVAGLDKDSAREPLAARFYSRRLAVARGQHAVERVRQLFAVALGYDLPQTQGNYGLDIDRLVELPRPYPYVVFLHGTTWDSKHWPELYWRQLTERMGQYGVVVKLPWGNPVEKARAERIASGLRNALVLPKLNLGGMGKVLAGAQACVAVDTGLGHLAAALDVPTVSLLGPTNPVLTGAYGKGQIHLASDFPCAPCMQKQCTYPPTAEDARRFDLKREQPLCFTRVNPERVASHLSTLLAEEPR PGPT0022495_216 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022495-waaC|rfaC-K02841 NA NA D1-35_05333 1035 rfaF COG0859 ADP-heptose--LPS heptosyltransferase 2 ATGAATATTCTGATCGTTGGACCCAGTTGGGTCGGTGACATGGTGATGGCGCAGACACTGTTCCAGTGCCTCAAACAGCGTCATCCGCAATGCGAAATCGATGTCCTGGCCCCCGAGTGGAGCCGGCCGATTCTTGAGCGCATGCCGCAGGTGCGCAAGGCCTTGAGCTTCCCGCTCGGTCATGGCGTGCTTGAGCTGGCTACCCGCCGGCGCATCGGCAAATCCCTGGCCGGTCAGTACGACCAGGCGATCCTGCTGCCCAATTCGCTGAAATCGGCGTTGGTGCCGTTCTTCGCCAGCATCCCCAAGCGCACTGGCTGGCGTGGCGAATTTCGCTATGGCTTGCTCAACGATGTGCGCACGCTGGATAAAGATCGTTATCCGCTGATGATCGAGCGCTTCATGGCCCTGGCCTACGAGCCGGGCGCCGAGTTGCCCAAGCCTTATCCGCGACCGAGCCTGCAGATCGACCCGGTCACGCGCGAAACGGCCCTGGCCAAGTTCGGCCTGACCCTGGACCGGCCGGTATTGGCGCTGTGCCCGGGTGCCGAATTTGGTGAGTCCAAACGCTGGCCGGCCGAGCATTACGCCCAGGTGGCCGAGGCGAAGATCCGCGAAGGCTGGCAAGTCTGGCTGTTCGGTTCGAAAAACGATCACTCCGTGGGCGAGGAGATCCGCTCGCGGCTGATCCCGGGCCTGCGGGAGGAGTCGACCAATCTGAGCGGCGACACGTCCCTGGCCGAGGCCATTGATCTGTTGTCCTGTGCCGATTCCGTGGTGTCCAACGACTCCGGCCTGATGCACGTCGCGGCGGCGTTGAACCGCCCTCTGGTGGCGGTCTACGGTTCCACCTCGCCGGGCTTCACGCCGCCGTTGGCCGACAAAGTCGAAGTCGTGCGCCTGGGCATCGAATGCAGCCCGTGCTTCGATCGCACCTGCCGCTTCGGCCACTACAATTGCCTGCGCCAGCTCATGCCGCCGTCGGTGAACGAGGCCCTGGAGCGATTGCAGGGCTCACCCGTGGAGGTCCGGTAA MNILIVGPSWVGDMVMAQTLFQCLKQRHPQCEIDVLAPEWSRPILERMPQVRKALSFPLGHGVLELATRRRIGKSLAGQYDQAILLPNSLKSALVPFFASIPKRTGWRGEFRYGLLNDVRTLDKDRYPLMIERFMALAYEPGAELPKPYPRPSLQIDPVTRETALAKFGLTLDRPVLALCPGAEFGESKRWPAEHYAQVAEAKIREGWQVWLFGSKNDHSVGEEIRSRLIPGLREESTNLSGDTSLAEAIDLLSCADSVVSNDSGLMHVAAALNRPLVAVYGSTSPGFTPPLADKVEVVRLGIECSPCFDRTCRFGHYNCLRQLMPPSVNEALERLQGSPVEVR PGPT0022510_980 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022510-waaF|rfaF-K02843 NA NA D1-35_05334 1200 tyrS COG0162 Tyrosine--tRNA ligase ATGAAGTCGGTTGAAGAGCAGCTAGCGCTGATCAAACGTGGTGCGGAAGAACTGTTGGTCGAGTCCGAGCTGATCGAAAAGCTCAAGCGCGGGCAGCCGCTGCGTATCAAGGCCGGTTTCGATCCGACGGCGCCCGATCTGCACCTGGGGCATACCGTGCTTATTAATAAGCTGCGTCAATTCCAGGACCTGGGGCATCAGGTTATCTTCCTTATAGGCGACTTCACCGGCATGATCGGTGATCCGAGCGGCAAGAGTGCCACGCGTCCTCCGCTGACTCGTGAGCAGGTTCTCGACAACGCCGAGACCTACAAGACTCAGGTCTTCAAGATTCTTGACCCGGCCAAGACCGAAGTGGCTTTCAACTCCACTTGGATGGATCAGATGGGGCCGGCGGATTTCATACGCCTGACTTCCCAATACACCGTAGCTCGCATGCTCGAGCGCGATGATTTCGACAAGCGTTATACAACCAATCAGCCAATCGCCATCCATGAGTTCCTCTATCCGCTTGTGCAGGGTTATGACTCGGTCGCATTGCGGGCGGACGTTGAGCTTGGCGGTACCGATCAGAAGTTCAACCTGCTGATGGGGCGTGAGCTGCAGCGCGGCTATGGGCAAGAAGCTCAGTGCATCCTGACCATGCCATTGCTGGAAGGTCTGGATGGCGTGAAGAAGATGTCCAAGTCGCTGGGCAACTACGTCGGGATCCAGGAAGCGCCGGGCGTCATGTACGGCAAGTTGGTTTCCATTCCTGATGTGCTGATGTGGCGTTATTTCGAGCTGTTGAGCTTCCGCTCCATGGATGAGATCAATGCTTTCCGAGCCGATGTGGAGGCGGGCGCTAATCCGCGTGACATCAAGATCAAGCTGGCCGAAGAGATCGTTGCTCGTTTCCACGGGGAAGAGGCTGCGGCCAACGCTCATCGCGCGGCGGGTAATCGCATGAAGGATGGCGAGCTGCCGGATGACCTGCCGGAGATCGAATTGACTGCTGCCGAGGATATGCCGATTGCGGCGGTTCTGAATAAGGCGGGCTTGGTCAAGAATGCTGCGGTGGCGCGAGACCTCTTGGGTTCGGGTGGCGTGCGTATAGATGGTGAGGTCGTGGATCGCACCTATATATATAAGCTGGGCTCCACTCATGTGTGTCAGGCCGGCAAGAAGGCTTTCGCACGTATTACGCTCAAATCCGAATAA MKSVEEQLALIKRGAEELLVESELIEKLKRGQPLRIKAGFDPTAPDLHLGHTVLINKLRQFQDLGHQVIFLIGDFTGMIGDPSGKSATRPPLTREQVLDNAETYKTQVFKILDPAKTEVAFNSTWMDQMGPADFIRLTSQYTVARMLERDDFDKRYTTNQPIAIHEFLYPLVQGYDSVALRADVELGGTDQKFNLLMGRELQRGYGQEAQCILTMPLLEGLDGVKKMSKSLGNYVGIQEAPGVMYGKLVSIPDVLMWRYFELLSFRSMDEINAFRADVEAGANPRDIKIKLAEEIVARFHGEEAAANAHRAAGNRMKDGELPDDLPEIELTAAEDMPIAAVLNKAGLVKNAAVARDLLGSGGVRIDGEVVDRTYIYKLGSTHVCQAGKKAFARITLKSE NA NA NA NA NA D1-35_05335 1419 mepM COG0739 Murein DD-endopeptidase MepM ATGACCACCGAACCGTCTAAAGCGCCGCCGCTTTACCCAAAGACCCACCTGCTCGCCGCAAGTGGTATCGCCGCCCTCCTTAGCCTGGCGCTCCTGGTATTTCCTTCCAGCGATGTCGAAGCCAAAAAGACGACTCTGAGTCTTGAACTGGAAAGTCCCGCTGAACAACTGACACAAGAACAAGACGCCGCCGAAGCCGTTCAAGCCACAAACGAACCGGCCGCCTCGCCTTTTGCGCAGATTGAAGAAAGCCCGGAAGACACTGCAAACGCCACTGCACAGGTAGAAGCTCCTGTTGCAGAAGAGAAGAAAGGACCGGACCACCGTGAAGTGATTGTTGCCAAGGGCGACACACTCTCCACCCTCTTCGAAAAGGTGGGCCTGCCCTCAACCTCAGTCCATGAAATCCTGGCCAGCGACAAGCAAGCCAAACAGTTCACTCAACTGCAACGTGGCCAGAAACTCGAATTCGAACTCAATCCAGACGGGCAGTTGACCAACCTGCACACCAAGCTGAGCGATCTGGAAAGCATCACCCTGACCAAAAACGAAAAGGGTTATGTATTCAACCGCGTCACCACCAAACCTACCGTGCGCTCCGCCTATGTTCACGGCGTCATCAATAGTTCGCTGTCCCAGTCGGCTGCCCGCGCCGGCCTTTCCCACAGCCTGACCATGGACATGGCCAGCGTGTTTGGTTATGACATCGACTTCGCGCAGGATATTCGCCAGGGCGACGAGTTCGACGTCATCTACGAACAGAAAGTGGTCAATGGGAAAAGCGTCGGCAACGGACCGATCCTTTCCGCGCGCTTCACCAACCGCGGCAAGACCTATACGGCGGTGCGCTACACCAACAAGCAGGGCAACAGCAGCTACTACACCGCTGACGGCAACAGCATGCGCAAGGCGTTTATCCGTACTCCAGTCGACTTCGCCCGCATCAGCTCCAGGTTTTCCGCAGGCCGCAAGCATCCTATTCTGAACAAGATCCGCGCCCACAAAGGCGTCGACTACGCAGCTCCGCGCGGCACGCCCATCAAGGCTGCCGGCGATGGCAAGGTACTGCTGGCCGGCCGTCGAGGCGGTTATGGCAATACCGTGATCATCCAGCACGGCAACACCTACCGCACGCTGTACGGCCACATGCAAGGTTTCGCCAAGGGCGTGAAGACCGGCGGCTCCGTCAAGCAAGGCCAGGTTATTGGCTACATCGGTACGACTGGCCTGTCCACCGGCCCGCACTTGCACTATGAATTCCAGGTCAACGGCGTTCACGTCGATCCGCTCGGCCAGAAGCTGCCGATGGCCGATCCGATTGCGAAATCCGAGCGCACCCGTTTCCTGGCTCAGAGCCAGCCTCTGATGGCTCGCATGGATCAAGAGAAAGCCACCCTGCTGGCTTCGAGCAAGCGCTAA MTTEPSKAPPLYPKTHLLAASGIAALLSLALLVFPSSDVEAKKTTLSLELESPAEQLTQEQDAAEAVQATNEPAASPFAQIEESPEDTANATAQVEAPVAEEKKGPDHREVIVAKGDTLSTLFEKVGLPSTSVHEILASDKQAKQFTQLQRGQKLEFELNPDGQLTNLHTKLSDLESITLTKNEKGYVFNRVTTKPTVRSAYVHGVINSSLSQSAARAGLSHSLTMDMASVFGYDIDFAQDIRQGDEFDVIYEQKVVNGKSVGNGPILSARFTNRGKTYTAVRYTNKQGNSSYYTADGNSMRKAFIRTPVDFARISSRFSAGRKHPILNKIRAHKGVDYAAPRGTPIKAAGDGKVLLAGRRGGYGNTVIIQHGNTYRTLYGHMQGFAKGVKTGGSVKQGQVIGYIGTTGLSTGPHLHYEFQVNGVHVDPLGQKLPMADPIAKSERTRFLAQSQPLMARMDQEKATLLASSKR NA NA NA NA NA D1-35_05336 1092 anmK COG2377 Anhydro-N-acetylmuramic acid kinase ATGGCGCTCTATATCGGTGTGATGTCCGGGACCAGCCTGGATGGCCTGGATATCGCGCTGATCGAACTGGCCCCGGCGATCAAATTGATCGCCACGCATTACATACCCATGCCCACGCCCCTGCGCACCGAGTTGCTTGCACTGTGCAGCAGTGGGCCCGATGAGATCGCCCGCTCCGCCATCGCCCAGCAGAACTGGGTAAAGCTGGCCGCGCAGGGCATCCATACCTTACTCGACGAACAGAAGCTCAAGCCTGAAGACCTCACCGCGGTTGGCAGCCACGGCCAAACCATTCGCCATGAACCGGCCCGCGGATTTACCGTGCAGATCGGTAACCCGGCACTCTTGAGCGAATTGACTGGCATCACCGTTGTCAGCGATTTCCGCAGCCGTGATGTCGCCGCCGGAGGACAGGGGGCGCCTCTGGTTCCGGCATTTCACGAAGCACTGTTCGAAGAACGAGTCGGTCCTCGTGCAGTGCTGAATGTCGGCGGCTTCAGCAATCTCAGCCTGATAGAGCTGGCAAAACCCGTATCAGGTTTCGATTGTGGCCCAGGCAACGTATTGCTCGATGCATGGATACACCAGGAGCGAGGCGAGCCTTTTGATCGTGACGGCCAATGGGCAGCCAGCGGAAAAGTAGAGCCGACTTTGCTCAAGACGTTGCTTGGAGACCCCTTCTTTGTAACCAAGGGCCCGAAAAGTACCGGACGAGAAGTATTCAACCTGTCCTGGCTGACCCGTCATCTATCGCAATTGCCAGCCTTCACCCCTGAAGATGTGCAGGCGACACTACTTGAACTGACTGCCCTGACCATCGTCGAATCACTCCAGCATGCCCAGCCGAACACGCAGGAGTTGCTGGTCTGCGGCGGTGGGGCACACAACCAGACACTGATGAAGCGCCTGGCTGACTTGCTACCAGCTACCAAAGTCAGCAGTACGGCAGTGTACGGCGTGGACCCGGATTGGGTTGAAGCCATGGCCTTTGCCTGGCTCGCCCATTGCTGTCTTGAGGGTATTCCAGGCAACCGTCCAAGTGTCACTGGGGCCCGTGGCCCGCGCGTACTCGGTGCCATTTATCCGGCCTGA MALYIGVMSGTSLDGLDIALIELAPAIKLIATHYIPMPTPLRTELLALCSSGPDEIARSAIAQQNWVKLAAQGIHTLLDEQKLKPEDLTAVGSHGQTIRHEPARGFTVQIGNPALLSELTGITVVSDFRSRDVAAGGQGAPLVPAFHEALFEERVGPRAVLNVGGFSNLSLIELAKPVSGFDCGPGNVLLDAWIHQERGEPFDRDGQWAASGKVEPTLLKTLLGDPFFVTKGPKSTGREVFNLSWLTRHLSQLPAFTPEDVQATLLELTALTIVESLQHAQPNTQELLVCGGGAHNQTLMKRLADLLPATKVSSTAVYGVDPDWVEAMAFAWLAHCCLEGIPGNRPSVTGARGPRVLGAIYPA NA NA NA NA NA D1-35_05337 351 erpA COG0316 Iron-sulfur cluster insertion protein ErpA ATGAGCGTCGAAACCTTCACCCCCACGGCTTTGCAATTCACCCACGGTGCCGCGCACAAGGTGAAGAGCCTGGTCGATGAAGAGGGCAATGATCGTTTGAAGCTGCGCGTGTTCGTGACGGGCGGCGGTTGTTCAGGTTTTCAGTACGGCTTCACTTTCGATGAGGAAGTGGCCGAGGATGACACCATCGTCGAGCGCGAAGGCGTCAGCCTGGTGGTCGATCCGATGAGCTTCCAGTACCTGGCGGGTGCCGAAGTGGATTATCAGGAAGGCCTGGAAGGATCGCGCTTCGTGATCAAGAATCCTAACGCCACCACAACTTGTGGGTGCGGTTCTTCGTTTTCGATCTGA MSVETFTPTALQFTHGAAHKVKSLVDEEGNDRLKLRVFVTGGGCSGFQYGFTFDEEVAEDDTIVEREGVSLVVDPMSFQYLAGAEVDYQEGLEGSRFVIKNPNATTTCGCGSSFSI NA NA NA NA NA D1-35_05338 1035 argC COG0002 N-acetyl-gamma-glutamyl-phosphate reductase ATGGTCAAGGTCGGTATCGTCGGCGGCACGGGTTACACCGGTGTCGAACTGCTGCGTCTGTTGGCGCAGCATCCGCAAGCTGAGGTGGTGGTCATTACCTCCCGATCCGAGGCCGGCTTGGCCGTCGCCGACATGTATCCGAACTTGCGTGGCCATTACGACGGCCTGGCGTTCAGCGTCCCTGACGTCAAGACCCTCGGGGCCTGCGATGTGGTGTTTTTCGCCACCCCCCATGGTGTCGCCCACGCTCTGGCGGGTGAGCTGCTGGCCGCGGGAACCAAGGTCATTGACCTGTCGGCAGACTTCCGTCTGCAGGACGCAGACGAATGGGCCAAGTGGTACGGTCAGCCTCACGGCGCACCGGAACTGCTGGACGAGGCGGTCTACGGCTTGCCGGAAGTCAATCGTGAAAAAATCAGGCAGGCACGGCTGATCGCGGTGCCGGGTTGCTATCCGACCGCGACGCAGTTGGGATTCCTGCCTTTGCTCGAGGCCGGTCTCGCCGATGCGTCGCGCTTGATCGCCGACTGCAAGTCGGGCGTCAGCGGCGCCGGTCGAGGTGCCAGCGTTGGCTCGTTGTACTCCGAAACATCGGAGAGCATGAAGGCCTACGCGGTCAAGGGGCATCGTCATTTGCCGGAGATTCGCCAAGGGTTGCGTCGCGCGGCAGGCAAGGACGTCGGCCTGACTTTCGTGCCGCACCTGACGCCCATGATCCGTGGTATCCATTCCACCCTCTACGCCACCGTGACCGATCGCTCCGTGGATCTGCAGGCGCTGTTCGAGAAGCGTTATGCCGATGAGCCGTTTGTCGACGTGATGCCGGCTGGCAGCCATCCGGAAACCCGCAGTGTCCGCGGCGCGAACGTATGCCGGATCGCTGTGCATCGCCCGCAGGATGGCGACCTGGTCGTGGTCTTGTCGGTAATCGACAACCTGGTCAAGGGCGCTTCCGGCCAAGCGGTACAGAACCTCAACATCCTCTTCGGGCTGGATGAGCGACTGGGCCTGTCCCACGCTGGGATGCTGCCTTGA MVKVGIVGGTGYTGVELLRLLAQHPQAEVVVITSRSEAGLAVADMYPNLRGHYDGLAFSVPDVKTLGACDVVFFATPHGVAHALAGELLAAGTKVIDLSADFRLQDADEWAKWYGQPHGAPELLDEAVYGLPEVNREKIRQARLIAVPGCYPTATQLGFLPLLEAGLADASRLIADCKSGVSGAGRGASVGSLYSETSESMKAYAVKGHRHLPEIRQGLRRAAGKDVGLTFVPHLTPMIRGIHSTLYATVTDRSVDLQALFEKRYADEPFVDVMPAGSHPETRSVRGANVCRIAVHRPQDGDLVVVLSVIDNLVKGASGQAVQNLNILFGLDERLGLSHAGMLP PGPT0014251_1734 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014251-argC-K00145 NA NA D1-35_05339 432 hypothetical protein ATGCTCTATCTATGGCTCAAAGCGCTTCACATTGTCAGCATGGTCTGCTGGTTTGCCGGCCTGTTCTACCTGCCTAGATTGTTCGTCTACCACGCTCAAAGCGAAGACAGCGTCAGCAAGGAACGCTTCTCCATCATGGAACGCAAGTTGTATCGCGGCATCATGGGCCCGGCGATGATCGCCACGCTGGTGTTCGGCATCGGCTTGCTCAGCCTCAATGCCAGCGCCTACTTCACCCAAGGCGGCTGGATGCACGCAAAGCTGACTCTGGTCGTCCTGCTGATCGGCTATCACCATATGTGCGGTGCCCAGGTGAAGCGCTTCGCCCGTGGCGAAAACACCCGCAGTCATGTCTTTTATCGCTGGTTCAATGAAGTGCCGGTCGTGATATTGCTGGCTATTGTAATTCTGGTCGTGGTCCGGCCGTTCTAA MLYLWLKALHIVSMVCWFAGLFYLPRLFVYHAQSEDSVSKERFSIMERKLYRGIMGPAMIATLVFGIGLLSLNASAYFTQGGWMHAKLTLVVLLIGYHHMCGAQVKRFARGENTRSHVFYRWFNEVPVVILLAIVILVVVRPF PGPT0008480_1275 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008480-hemJ-K08973 NA NA D1-35_05340 969 hypothetical protein ATGTCGCTGCCCGCTCTGCTTGAACAACGTCTGCGCCTGCCTGTCGTGGTCGCACCGATGTTCCTCATTTCCAATCCGCAGCTGGTACTGGCCTGCTGCCGCAACGGTGTCGTCGGGAGTTTCCCGGCGTTGAACCAACGTGAAAGCAGCGGCTTCAAGGCGTGGCTGGAGGAAATCGAAGCGGGCTTGGCGACTCTGGAAAAGCCGGCGCCCTACGCAGTCAATCTGATCGTCCATCACAGCAACCCGCGACTCCAGGCCGACCTGGCAATCTGTATCGAGCACAAGGTGCCGATCGTCATCACCAGCCTGGGGGCGGTGAAGGAATTGGTGGACGCGGTTCATGGCTATGGCGGCCTGGTATTTCACGACGTGACCACTCGCCGCCATGCCGAAAAAGCCGCCGAAGCGGGCGTCGACGGTTTGATTGCCGTTGCGGCCGGTGCGGGTGGGCACGCAGGAACCTGGAGCCCATTCGCACTGATTGCTGAAATCCGGCAGTTCTTCGATAAAACCCTGTTGCTTGCAGGATGCCTTAACCACGGCCATCAGATTCTGGCTGCGCAATTGCTTGGCGCGGATCTGGCCTACTTCGGAACGCGTTTTATCGGCACGACGGAAAGTCACGCGTCCGACGCTTATAAAGAGATGTTGCTCACATCCAGAGCCGCGGACATCGTGCATACTCCCGCAGTGTCCGGGGTGCCGGCCAGTTTCATGCGTCAGAGCCTGGAAAGTGCCGGCTTCGACCTGGCTGCTCTGCAAGGCAAGGGCGTGGCGGATGCGGGGGCGAAACTCAAACCGCTCAATGATGAAGCCAAGGCCTGGAAGACCGTATGGTCCGCCGGCCAGGGTGTAGGTGACATCAATGATTTGCCCGGTGTCGATCAATTGATCGCACGCCTGGATGAAGAATACCGGCAGGCGCAAGCCCTAGCGACACAACTTGGCGGCCATTGGCCGCGCTGA MSLPALLEQRLRLPVVVAPMFLISNPQLVLACCRNGVVGSFPALNQRESSGFKAWLEEIEAGLATLEKPAPYAVNLIVHHSNPRLQADLAICIEHKVPIVITSLGAVKELVDAVHGYGGLVFHDVTTRRHAEKAAEAGVDGLIAVAAGAGGHAGTWSPFALIAEIRQFFDKTLLLAGCLNHGHQILAAQLLGADLAYFGTRFIGTTESHASDAYKEMLLTSRAADIVHTPAVSGVPASFMRQSLESAGFDLAALQGKGVADAGAKLKPLNDEAKAWKTVWSAGQGVGDINDLPGVDQLIARLDEEYRQAQALATQLGGHWPR PGPT0006800_3846 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 D1-35_05341 960 hypothetical protein ATGAGCGAAAACCGTTTCAACATTGTATTCGACGGGGCCCTGCTGCCAGGCGTAGATACCACTACCGCCAAGCTCAACCTCGCCGAACTGTTCAAAAGTGATGTGAGCGCCATTGAACGACTGTTCAGCGGTCGCAAGGTGTCCCTCAAGAACAACCTGTCCCAGAATGAAGCGCAACAGTACCTGGACGCGCTTCATAAAAGCGGCATCGATGCACGAATCGAAGCCGAACCGTCCATCCAGCTCAATCTCGGCGAAATCCAGGAGCAGCCGGGCGGCCGCCAGCCGGACTCCGTGATCGATCCTGTTTCTCCTTATGCGCCTCCACGGGCAGCAGTGGGTGAAACGTTCGCCGAGTACGGCACGCTCAAACCCTTCAGCTTCGAGGGACGTATCGGACGCCTGCGCTACCTGGCCTGGACCATGGTCCTGACCCTGGCCATGCTGCCGTTGGTAGGCCTGGGCTTCTGGGTCGCCACGAACTGGCTGCTCGCTTCCGACTCGATAGCAGGGTTGGTCGTCGGTGGTCTGATCGCTGTAGTCGTCGTGCTTGCCTTCGCGTTCGTGAGCATCCAGTTCAACGTCCAGCGTCTGCATGATCTCGGCTGGTCGGGGTGGTTGTGGCTGATCAACCTCGTGCCATTCGTGGGCAGCATCTTCCCGTTCATTCTCATCATCGCCCCAGGCAATACCGGCGCCAACCAGTACGGCCCACCACCGCCGCGCAATACCACGGCGGTCAAGCTGCTGGCGTCGCTGTGGCTGGTAATGATCGTCCTGATTTTCGTGGCTACCTTCGCCGGCATCTTCGGTGCTCTCCAGGAGGACTTCGATAGCGGTGCCTCGAGCAGCTACGAAAGCAGCGAATACAGTGACCAGACCAGCGAAGAACCGGCCGTTGATGCAGCCGAGCCCGCCTCGCCTTCTGTAGACTACGAAGAAGAAGAAGAGGAACAATAG MSENRFNIVFDGALLPGVDTTTAKLNLAELFKSDVSAIERLFSGRKVSLKNNLSQNEAQQYLDALHKSGIDARIEAEPSIQLNLGEIQEQPGGRQPDSVIDPVSPYAPPRAAVGETFAEYGTLKPFSFEGRIGRLRYLAWTMVLTLAMLPLVGLGFWVATNWLLASDSIAGLVVGGLIAVVVVLAFAFVSIQFNVQRLHDLGWSGWLWLINLVPFVGSIFPFILIIAPGNTGANQYGPPPPRNTTAVKLLASLWLVMIVLIFVATFAGIFGALQEDFDSGASSSYESSEYSDQTSEEPAVDAAEPASPSVDYEEEEEEQ NA NA NA NA NA D1-35_05342 786 putative oxidoreductase ATGACCCGTTACGCCCTGATCACTGGCGCTTCCAGCGGAATCGGCCTGGCCCTGGCTGAAGCACTGGCCCGGCGCGGGCGCAACCTGATACTCGTGGCGCGACAGCGCGATCGACTGGAAAGTATTGCGATCGAACTGACCCAGCGATTTGGCGTGGAAGTATTGTTCCGGGCTTGCGACCTGAGCGAGCCCTTGCGGCTTTCAGGTTTCCTGCTGGAACTGGAAGAAGGCGAACGCCAGATCGACCTGCTGGTCAACTGCGCCGGCATCGGCACCTTCGGCCCGTTCCTGGGCCAGGACTGGATGACCGAGCAGGACCTCATCGAAGTGAATATCCTGGCCCTGACCCGCCTCTGTCACGCCGTAGGCAACAGCATGGCGCTGCATGGAGGCGGCCAGATCCTGAACGTCGCGTCGACTGCCGCATTCCAGCCGGGCCCCTGGATGAGCACCTACCACGCCAGCAAAGCGTACGTATTGCACTTTTCCGAAGCCCTGCGAATCGAGCTGAAGAAATGTGCGATCAAAGTCTCGGTACTTTGCCCGGGCCCGACCCGCACCGGTTTTTTTGCCGAGTGGCAACGGGACGAGAAGCCCAGCGACGATAAGAAGCTGATGAGCCCTGAAGAGGTTGCGCTGTACGCTGTCCGCGCGCTGGACAGGGACCGGGCCATTATCATTCCCGGACGCCGCAATCGCTGGATCGCCGCCCTGCCCCGACTCGGGCCGCGCTGGCTGGTGCGAATTCTTAGCGGCATGTCCAATAAAGCCTACTGTCCACGCTAG MTRYALITGASSGIGLALAEALARRGRNLILVARQRDRLESIAIELTQRFGVEVLFRACDLSEPLRLSGFLLELEEGERQIDLLVNCAGIGTFGPFLGQDWMTEQDLIEVNILALTRLCHAVGNSMALHGGGQILNVASTAAFQPGPWMSTYHASKAYVLHFSEALRIELKKCAIKVSVLCPGPTRTGFFAEWQRDEKPSDDKKLMSPEEVALYAVRALDRDRAIIIPGRRNRWIAALPRLGPRWLVRILSGMSNKAYCPR PGPT0030485_2499 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D1-35_05343 339 COG0537 Purine nucleoside phosphoramidase GTGGACACTCTGTTTACCAAGATCATCAACCGGGAAATTCCGGCCAGGATCATTTATGAAGACGATCAGGTTCTGGCTTTTCACGACATCGCCCCCCAGGCTCCAGTGCATTTCCTGGTGATTCCGAAAAAACCGATCCGCACCCTCAATGACCTGACCGAGGAAGACAAAGGGTTGGCCGGACATATCCTGTTTACCGCCCAGCGCCTTGCGCTTGAGCTGGGCTGTGAGGAAGGCTTCCGCGTGGTGATGAACTGCAATGAACTTGGCGGGCAGACCGTCTATCACATTCATATGCACGTGCTGGGGCAGCGCCAGATGAACTGGCCACCGGGTTGA MDTLFTKIINREIPARIIYEDDQVLAFHDIAPQAPVHFLVIPKKPIRTLNDLTEEDKGLAGHILFTAQRLALELGCEEGFRVVMNCNELGGQTVYHIHMHVLGQRQMNWPPG NA NA NA NA NA D1-35_05344 648 coq7 COG2941 3-demethoxyubiquinol 3-hydroxylase ATGACTACCCAACGTCACTACTCGCCCATTGACCGCCTGCTGCTGCAAGCCGATACCGCGATGCGCACGCTACTGCCCTTCAGTGGCCAGCCGTACCGTCCGTCGCCGGCAATCGTGCAGCCGGACGTACAGATGAGTGACGAAGAGACTCGCCATGTCGCGGGCCTGATGCGTATCAACCATACCGGTGAGGTTTGCGCCCAGGCTCTGTACCAGGGCCAGGCGCTGACGGCAAGATTGCCGCAGGTACGCGAGGCGATGGAGCATGCCGCCGAAGAAGAAGTCGACCACCTGGTCTGGTGCGAGCAGCGCATTCGCCAATTGGGTAGCCATACCAGCGTCCTGAATCCGTTGTTCTACGGGATGTCATTCGGCATCGGCGCGGCGGCCGGACTGATCAGCGACAAGGTCAGCCTGGGTTTCGTCGCGGCAACCGAACATCAAGTGTGCAAGCATCTGAATGAGCACCTGGAGCAGTTGCCGGCCGAAGATGAAAAGTCCCGGGCGATTCTTGAACAGATGCGCAAGGATGAAGAACAGCATGCCGAAAGCGCTCTCGATGCGGGGGGTTTTCGTTTCCCGGCTCCGGTGAAATTCGGCATGAGCCTGTTGGCGAAGGTCATGACCAAGAGCACCTATCGGATCTGA MTTQRHYSPIDRLLLQADTAMRTLLPFSGQPYRPSPAIVQPDVQMSDEETRHVAGLMRINHTGEVCAQALYQGQALTARLPQVREAMEHAAEEEVDHLVWCEQRIRQLGSHTSVLNPLFYGMSFGIGAAAGLISDKVSLGFVAATEHQVCKHLNEHLEQLPAEDEKSRAILEQMRKDEEQHAESALDAGGFRFPAPVKFGMSLLAKVMTKSTYRI PGPT0009541_467 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009541-COQ7_like-K06134 NA NA D1-35_05345 843 speD COG1586 S-adenosylmethionine decarboxylase proenzyme ATGCTTGATCACGCGGCCGGGCCGCAATACACAGAGAGTTTTCAAACGGTGAAAAGCAAACTCAAGCTCCATGGGTTCAATAACCTGACAAAGACCTTGAGCTTCAACATCTATGACATCTGCTATGCGGAAACCCCGCAAGACCAGCAGGCCTACGTCGAGTACATCAATAAAGAGTACAACGCCAAGCGCCTCACGCAGATCCTCACGGAAGTTGTCGATATCATTGGTGCCAACATCCTGAACATCGCCAGTCAGGACTATGAACCCCAAGGCGCCAGCGTGACCATTCTGATCTCGGAAGAGCCGGTGACACCGACCGAAAGCCAGATCGAAGAGTCCCCGGGCCCGTTGCCTGAAATTATCCTGGCCCACCTCGACAAGAGCCACATCACGGTACATACCTATCCGGAGATCCACCCGGTGGACGGTATCGCAACGTTCCGAGTGGACATCGATGTGTCGACCTGTGGCGTCATTTCACCGCTCAAGGCACTCAACTTCCTGATTCACCAATTCGATTCCGACATCGTGACCGTGGATTACCGTGTGCGTGGCTTCACACGGGACGTGGAAGGCCACAAGCACTTCATTGATCACGAGATCAATTCGATCCAGAACTATCTCTCCGAAGACACTCGCGACGCGTATCAGATGACCGACGTGAACGTGTACCAGGAAAACCTGTTCCACACCAAGATGCTGCTCAAGGACTTCGAGCTGGACAACTACCTGTTCGGTGATGCCACCAGCAACCTGTCCGTTGAGCAGCGTGGCCAGGTGGAAGAGCGTGTGAAGCACGAGATGCTGGAGATTTTCTACGCGCGCAACATGCCGCGCTGA MLDHAAGPQYTESFQTVKSKLKLHGFNNLTKTLSFNIYDICYAETPQDQQAYVEYINKEYNAKRLTQILTEVVDIIGANILNIASQDYEPQGASVTILISEEPVTPTESQIEESPGPLPEIILAHLDKSHITVHTYPEIHPVDGIATFRVDIDVSTCGVISPLKALNFLIHQFDSDIVTVDYRVRGFTRDVEGHKHFIDHEINSIQNYLSEDTRDAYQMTDVNVYQENLFHTKMLLKDFELDNYLFGDATSNLSVEQRGQVEERVKHEMLEIFYARNMPR PGPT0007760_1366 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 D1-35_05346 423 yhfA COG1765 Protein YhfA ATGAAGGCACGCATCCAATGGGCTGGCGAAGCCATGTTCCTCGGTGAATCAGGCAGTGGTCATGTGGTCGTCATGGACGGCCCACCGGATGCCGGCGGTCGGAACCTGGGTGTCCGGCCAATGGAAATGCTCTTGCTCGGTGTCGGCGGCTGCAGCAACTTCGATGTGGTCAGCATTCTCAAGAAGTCACGCCAGGCCGTCGAAAGTTGCGAAGCGTTCCTTGAAGCCGAGCGCGCGACAGAGGATCCGAAAGTGTTTACCAAGATCCACATGCACTTCGTGGTCAAAGGCCGTGGACTGAAGGAAGCCCAGGTCAAGCGCGCCATTGAGCTGTCCGCCGAGAAATACTGCTCGGCCTCGATCATGCTCGGTGCTGCCGGTGTTGAAATCACTCACGATTATGAAATCATCGAGTTGGGTTGA MKARIQWAGEAMFLGESGSGHVVVMDGPPDAGGRNLGVRPMEMLLLGVGGCSNFDVVSILKKSRQAVESCEAFLEAERATEDPKVFTKIHMHFVVKGRGLKEAQVKRAIELSAEKYCSASIMLGAAGVEITHDYEIIELG NA NA NA NA NA D1-35_05347 645 vfr COG0664 Cyclic AMP receptor-like protein ATGGTTGCCATTACTCCCACGTCCAAGATCAAGAACCTCGACAAACTCTTGATGCATTGCCAGCGTCGCCGCTACCCCGCCAAGCACAACATCATTTGCGCAGGCGACCGCTCCGATACGCTGTTTTTCATCATCAAGGGCTCCGTCACTATCCTGATCGAGGACGATGACGGCCGGGAAATGATCATCGCCTACCTCAACTCCGGGGATTTTTTCGGCGAACTGGGATTGTTCGAGCAGGCGGGCAAGGAGCAGGAGCGCAGTGCCTGGGTACGAGCCAAGGTCGAATGTGAAGTGGCGGAAATCAGCTATGGCAAATTCCGAGAGCTGTCGCAGCAGGATCCGGACATTCTTTACGCCCTCAGCGGACAAATCGCGCAGCGTCTGCGCAATACCACCCGCAAAGTCGGTGACCTGGCGTTCTTCGACGTGACCGGTCGCGTCGCCCGCTGCCTGCTGGAACTGTGCAAGCAGCCCGACGCCATGACCCATCCGGATGGTATGCAGATCAAAGTGACCCGTCAGGAAATCGGCCGCATCGTTGGCTGCTCCCGAGAGATGGTCGGACGCGTGCTCAAGGACCTGGAAGAGCGCGATCTGGTCAGCGTCAAAGGCAAGACCATGGTCGTGTTCGGGACGCGCTAA MVAITPTSKIKNLDKLLMHCQRRRYPAKHNIICAGDRSDTLFFIIKGSVTILIEDDDGREMIIAYLNSGDFFGELGLFEQAGKEQERSAWVRAKVECEVAEISYGKFRELSQQDPDILYALSGQIAQRLRNTTRKVGDLAFFDVTGRVARCLLELCKQPDAMTHPDGMQIKVTRQEIGRIVGCSREMVGRVLKDLEERDLVSVKGKTMVVFGTR PGPT0015075_4073 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 D1-35_05348 693 hypothetical protein ATGCCTTCAGCCATTGCCTTCACGGTTGAAAGCGGCCTGCAGGCCGAACAGGATCTGCTGGCCAGCGTTTGCGCCGGTGACGCTGAATCCGGCTTGCTGTTCTGGCAACCCAGCGATCGTGCCCTGGTCATGCCGCGTCGCTTGAGTCGCCTGCCAGGTTTTGAACTTGCCTGTGAGGTATCGGCCGCAAGCGGCTGGCCGGTGCTGCTGCGTGAAACCGGTGGCGAGCCAGTGCCTCAATCGGGCGCTACGGTCAATATCGCGCTGGTCTATGCGCCACCGCGAAGTGAAGGTGACCATGGCCGGATCGAGACTGCTTATCGGCGTCTGTGCGATCCGATCTGCCAGTTGCTCGATGAGCTGGGCGGGGTGGCTTCCCTTGGCGAAGTGGAGGGCGCGTTTTGTGATGGGCGCTTCAACGTCAATCTGGACGGCCGAAAAATGGTCGGTACCGCCCAGCGCTGGCGGCAAAGCAAGGGTGGCCAGAGGCCGGTGGGTCTGGTGCATGGCGCCCTATTGCTGGATGACGAGCGTGATCCCATGGTTGCGGCGGTCAATCGGTTCAACGAGGCGTGTGGCCTGGAGCAGCGTGTGCGTGCCGAGAGCCACATTGCCCTGCATGAGAAATTCCCGGCGCCTCATGCGCTGGAACGGCTCGAGGCGCTCTACCGGGAACTGTTGAGCAGCTTTTAG MPSAIAFTVESGLQAEQDLLASVCAGDAESGLLFWQPSDRALVMPRRLSRLPGFELACEVSAASGWPVLLRETGGEPVPQSGATVNIALVYAPPRSEGDHGRIETAYRRLCDPICQLLDELGGVASLGEVEGAFCDGRFNVNLDGRKMVGTAQRWRQSKGGQRPVGLVHGALLLDDERDPMVAAVNRFNEACGLEQRVRAESHIALHEKFPAPHALERLEALYRELLSSF NA NA NA NA NA D1-35_05349 837 trpC Indole-3-glycerol phosphate synthase ATGAGCGTGCCAACGGTTCTGGAAAACATTCTGGCTCGCAAGGCTGAAGAAGTGGCCGAGCGCCGGGCCCGGGTCAGCCTCGCCGAGCTGGAAGGTCTCGCACGTTCAGCAGACGCGCCTCGCGGCTTTGCCCAGGCGCTGATCGATCAGGCGAAGAAAAAGCAGCCTGCAGTCATCGCCGAAATCAAGAAGGCGTCCCCCAGCAAAGGTGTGATCCGTGAGGACTTCGTCCCCGCCGACATCGCCAGGAGCTACGAGAAGGGCGGTGCGACCTGCCTTTCGGTGCTCACCGACGTCGATTTTTTCCAAGGCGCCGATGACTATCTAAAACAGGCGCGGGCGGCGTGCAAGCTGCCGGTGATCCGCAAGGATTTCATGATCGATCCGTACCAGATCGTCGAGGCGCGGGCCTTGGGTGCCGATTGCGTGCTGTTGATCGTTTCCGCCCTGGATGACGTGAAAATGGCCGAGCTGGCAGCAGTCGCTAAAGAGGTGGGCCTGGATGTGTTGGTGGAAGTCCACGACGGCGACGAGCTGGAGCGCGCCCTGAAAACTCTGGATACCAAGCTGGTCGGCGTGAATAACCGCAACCTGCATACGTTTGAAGTCAGCCTGGAAACCACTCTTGACCTGTTGCCGCGAATTCCACGTGATCGCCTGGTCATCACCGAGAGCGGCATTCTCAACCGAGCCGATGTCGAGTTGATGGAAGTCAGCGATGTGTATTCATTCCTGGTTGGCGAGGCTTTCATGCGGGCCGAAAGCCCGGGTACAGAACTGCAGCGCTTGTTTTTCCCCGAGCGCGGCGTTCCGGTAACCGGCTCGACGCTGGACTGA MSVPTVLENILARKAEEVAERRARVSLAELEGLARSADAPRGFAQALIDQAKKKQPAVIAEIKKASPSKGVIREDFVPADIARSYEKGGATCLSVLTDVDFFQGADDYLKQARAACKLPVIRKDFMIDPYQIVEARALGADCVLLIVSALDDVKMAELAAVAKEVGLDVLVEVHDGDELERALKTLDTKLVGVNNRNLHTFEVSLETTLDLLPRIPRDRLVITESGILNRADVELMEVSDVYSFLVGEAFMRAESPGTELQRLFFPERGVPVTGSTLD PGPT0007080_636 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 D1-35_05350 1050 trpD_2 COG0547 Anthranilate phosphoribosyltransferase ATGGACATCAAGACAGCCCTGAACCGTATCGTCGGCCAGCTCGACCTGAGCACCGACGAGATGCGCGACGTGATGCGGGAAATCATGACTGGCCAGTGCACGGACGCGCAGATTGGCGCGTTCATGATGGCCATGCGCATGAAGAGCGAGAGCATCGACGAAATTGTCGGTGCGGTCACGACCATGCGCGAGTTGGCGGACAAGGTCGAACTCAAGACCCTTGATGGTGTGGTGGATGTCGTCGGGACCGGTGGTGACGGAGCCAATATATTCAACGTTTCCACCGCCTCGGCATTTGTCGTTGCGGCGGCCGGCTGCACGGTCGCCAAGCATGGCAATCGTGCAGTGTCGGGCAAGAGCGGCAGCGCCGATCTGCTGGAAGCCGCCGGTATCTACCTCAACCTGACGTCGGTCCAGGTGGCTCGTTGCATCGATAGCGTCGGCATCGGCTTCATGTTTGCCCAGACCCACCACCGCGCCATGAAATATGCCGCGGCGCCGCGTCGCGAGCTGGGCTTGCGCACGCTGTTCAACATGCTCGGCCCGCTTACGAATCCGGCCGGTGTGAAGCATCAAGTGGTCGGCGTGTTCAGCCAGGCGCTGTGCCGGCCATTGGCAGAGGTCCTGCAACGTTTAGGTAGCAAGCACGTGCTGGTCGTCCATTCAAAAGACGGCCTGGATGAATTCAGCCTGGCGGCGCCCACTTTCGTGGCCGAGCTAAAAAATGATCAGATCACCGAATATTGGGTCGAACCTGAAGACCTCGGCATGAAGAGCCAGAGCCTGCATGGACTGGCGGTGGATGGGCCAGCTCAGTCACTTGAGTTGATCCGCGATGCCTTGGGGCGGCGTAAAACCGAGAATGGCCAGAAGGCTGCGGAAATGATCATGCTCAACGCGGGCGCCGCGTTGTATGCCGCCGATCACGCCAGCAGCCTCAAGCAAGGTGTCGAGCTCGCTCATGATGCGTTGCACACCGGCCTGGCCCGGGAAAAACTGGAAGAATTGGGCGCGTTTACCGCCGTATTCAAAGTGGAGAATGAAGGATGA MDIKTALNRIVGQLDLSTDEMRDVMREIMTGQCTDAQIGAFMMAMRMKSESIDEIVGAVTTMRELADKVELKTLDGVVDVVGTGGDGANIFNVSTASAFVVAAAGCTVAKHGNRAVSGKSGSADLLEAAGIYLNLTSVQVARCIDSVGIGFMFAQTHHRAMKYAAAPRRELGLRTLFNMLGPLTNPAGVKHQVVGVFSQALCRPLAEVLQRLGSKHVLVVHSKDGLDEFSLAAPTFVAELKNDQITEYWVEPEDLGMKSQSLHGLAVDGPAQSLELIRDALGRRKTENGQKAAEMIMLNAGAALYAADHASSLKQGVELAHDALHTGLAREKLEELGAFTAVFKVENEG PGPT0007090_1252 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 D1-35_05351 594 trpG COG0512 Anthranilate synthase component 2 ATGTTGCTGATGATCGATAACTACGACTCCTTTACTTACAACGTTGTGCAGTACCTTGGCGAGCTGGGCTCCGAGGTCAAGGTCGTGCGCAACGATGAGCTGACCATTGCCGAAATCGAGGCCCTCAAGCCCGAACGCATCGTCGTCTCGCCCGGCCCTTGCACGCCGACCGAAGCGGGCATCTCCATCGAAGCCATCAAATATTTTGCCGGCAAGCTGCCGATCCTAGGTGTCTGCCTGGGGCACCAGTCGATCGGCCAGGCGTTCGGTGGCGATGTCGTGCGGGCCCGCCAGGTGATGCACGGCAAGACCAGCCCGGTATTCCATGAAGACAAGGGCGTGTTCGAAGGCTTGAATCGCCCGCTTACCGTCACCCGCTACCACTCGTTGATCGTCAAGCGCGAAAACCTGCCCGACTGCCTTGAGCTGACCGCCTGGACCCAGCTCGAAGACGGCTCGGTGGACGAAATCATGGGGTTGCGTCACAAGACGTTAAACATCGAGGGTGTGCAATTTCACCCCGAGTCTATCCTCACCGAGCAGGGCCACGAACTGTTCGCCAACTTCCTCAAACAAACCGGCGGCACGCGCTAA MLLMIDNYDSFTYNVVQYLGELGSEVKVVRNDELTIAEIEALKPERIVVSPGPCTPTEAGISIEAIKYFAGKLPILGVCLGHQSIGQAFGGDVVRARQVMHGKTSPVFHEDKGVFEGLNRPLTVTRYHSLIVKRENLPDCLELTAWTQLEDGSVDEIMGLRHKTLNIEGVQFHPESILTEQGHELFANFLKQTGGTR PGPT0007105_1457 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 D1-35_05352 1908 estA COG3240 Esterase EstA ATGATCAAGCCGACCTTGTTCATCCCCATCGCCAGCTGCCTGCTGACCATGGCCTGCGCTCAGGCGATTGCTGCCCCCAATCCCTACTCCAATTTCATCGTGTTCGGCGACAGTCTCAGCGACGCCGGTCAGTTCAGCGATCCCGACGGCCCGCCCGGCTCAACCTTGCGTTTTACCAACCGCACCGGCCCGGTCTACCTGGATGGCAGCGGCGAAGCCTATTCTGCAAACGCGACCCAACTGCTCGGTGGACGACTGGGCTTCTCCGCCGATGAAACCGCCGCGTCCACTTCGGCAGTGCGTGCCCGCGAAGGACTCGCGGACGGCAACAACTGGGCTGTAGGTGGTTATCGTACCGACCAGATACTGGACTCGATCACCAATATTTCCGCCACTGGCGAGCGCAGCCGGGCCGGTTATCTGCCAGCCAATGGCCTGCGTGCCGACCCGAATGCGCTGTATTACCTCTCCGGCGGCGGCAATGATTTTCTTCAAGGCAGAGTGTTGAGCATCGCCCAGGCGGATGCCGCCGCGGACCGCCTGGCCGACAGCGTGCAAGTGCTGCAAACCGCCGGAGCCCGCTATGTGATGGTCTGGTTGCTGCCGGACCTGGGCCTGACGCCGGCCCTCAACGGCACCCCCCTGCAGGGAACGGTCTCGCTGCTCAGCAATCGGTTCAACCAGCAACTGGTCACGCGGTTGCAGGGCATCGATGCCGAGATCATTCCGCTGAACGTTCCGCTATTGTTGCAGGAAACCTTTGCCGATCCTGGACGATTCGGCCTTGCCACCGGCGAGAACCTCACCGCCAGTTGCTTCAGCGGCAACAGCTGTACGGAAAACCCCACCTACGGCATCAACAGCGCCACGCCTGATCCGAGCAAGCTGATCTACAACGATGCGGTTCACCCCACCGAAACCGGGCAGAAGCTGATTGCCGACTACGCCTATTCCCTGCTCGCAGCGCCGTGGGAACTGACCTTGCTGCCGGAAATGGCCCACTCGACCTTGCGCGCCCACCAGGATGAATTGCGCAGCCAATGGCAATCGGACTGGGAGGATTGGCAGGCGGTAGGTCAATGGCGGGCGATTGTTGCCGGCGGCGGCCAGCATCTGGACATTGATAGCCAAGGCAGCGGTGCAAGCGCCGACGGCAGTGGCTACAACCTGAACATCGGCGGCAGTTACCGTCTCAACGAAGCCTGGCGCATCGGCGTGGCCGCCGGTCTGTACCGCCAGGACATGGACGCAGGCCGCAACGATTCGAACTACAAGCTCAACAGCTACCTCGCCACCGCGTTCGCCCAGTTCCAGCAGAACCGCTGGTGGGCCGACGCCGCGCTGACCGGCGGCAAGCTCGACTACGACAACCTGGAGCGCAAATTCGACCTGGGCGTCAGCCAGGCGCAGGAAAAAGGCGATACCGATGGTCATCTCTGGGCATTCAGCACACGCGTAGGCTACGACATTGCCCAGCCGGGCAGCCAATGGCACCTGTCACCGTTTGTCAGCGCCGATTATGCGAAGGTCGAGGTCGATGGTTACTCGGAACAGGGCAGCCGCTCCACGGCGCTGACTTTCGACGACCAGACCCGCGATTCAAAACGCCTGGGCATCGGCTTGCAGGGCAAATACAACTTTACCCGCCAGACCCAGGTGTACGGGGAGTATGCCCACGAGCGCGAGTATGAGGACGATACGCAAAAGGTGAACATCGCCCTCAACAGCTTGCCGGCCAATGACTTCACGCTGGAGGGCTACACCCCACAAAGCCACCTCAATCGCCTGAGCCTGGGGATCAGCCACAAGTTGACCAGCGATCTGGCGCTGCGGGGCGGTTATACGTTGCGCAAGGATGATGATTTTACCCAGCAAGGGGTGAGCCTGGGGGTCAGCCTGGATTTTTGA MIKPTLFIPIASCLLTMACAQAIAAPNPYSNFIVFGDSLSDAGQFSDPDGPPGSTLRFTNRTGPVYLDGSGEAYSANATQLLGGRLGFSADETAASTSAVRAREGLADGNNWAVGGYRTDQILDSITNISATGERSRAGYLPANGLRADPNALYYLSGGGNDFLQGRVLSIAQADAAADRLADSVQVLQTAGARYVMVWLLPDLGLTPALNGTPLQGTVSLLSNRFNQQLVTRLQGIDAEIIPLNVPLLLQETFADPGRFGLATGENLTASCFSGNSCTENPTYGINSATPDPSKLIYNDAVHPTETGQKLIADYAYSLLAAPWELTLLPEMAHSTLRAHQDELRSQWQSDWEDWQAVGQWRAIVAGGGQHLDIDSQGSGASADGSGYNLNIGGSYRLNEAWRIGVAAGLYRQDMDAGRNDSNYKLNSYLATAFAQFQQNRWWADAALTGGKLDYDNLERKFDLGVSQAQEKGDTDGHLWAFSTRVGYDIAQPGSQWHLSPFVSADYAKVEVDGYSEQGSRSTALTFDDQTRDSKRLGIGLQGKYNFTRQTQVYGEYAHEREYEDDTQKVNIALNSLPANDFTLEGYTPQSHLNRLSLGISHKLTSDLALRGGYTLRKDDDFTQQGVSLGVSLDF PGPT0023515_80 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-Type_V_SECRETION_SYSTEMS CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0023515-apeE|estA|lip_1-K12686 NA NA D1-35_05353 1482 trpE COG0147 Anthranilate synthase component 1 ATGATCCGCGAAGAATTTCTGCGTCTAGCCGCTGCCGGCTACAACCGCATCCCGCTTGCCTGCGAAACCCTGGCCGACTTCGACACGCCGCTGTCGATCTACCTCAAGTTGGCCGACCAACCCAATTCCTACTTGCTCGAATCGGTGCAAGGTGGGGAAAAATGGGGTCGCTATTCCATGATCGGCCTGCCGTGCCGCACCGTGCTGCGAGTCCATGACCATCGCATCAGCGTGACCTGCGATGGCGTCGAAATCGAAAGCCACGAAGTCGAGGATCCGCTCGCGTTCGTTGAATCCTTCAAGGCCCGCTACAACGTCCCGACCATCCCCGGCCTGCCACGTTTCAACGGCGGCCTGGTGGGTTATTTCGGCTACGACTGCGTGCGCTATGTGGAAAAACGCCTGGGCACCTGTCCGAACCCCGATCCGCTGGGTGTGCCGGACATTCTGCTGATGGTCTCCGATGCGGTGGTTGTCTTCGACAATCTCGCCGGCAAGATGCACGCCATCGTCCTGGCCGATCCGTCCCGTGAAGATGCCTACGAGCAAGGTCAACAAAGCCTTCAGACGTTGCTGGAAAAACTCCGCCAGCCGATCACCCCGCGTCCCGGCCTGGACTTCAGCAAGCAGTCGGCTGCCGACCCGGTGTTCCGTTCCAGTTTCACCCAGGGTGACTACGAAAAAGCCGTCGACACCATCAAGGAATACATCCTGGCGGGCGACTGCATGCAGGTCGTGCCGTCGCAACGGATGTCGATCGACTTCAAGGCCGCGCCGATCGATCTGTACCGGGCGCTGCGCTGTTTCAACCCGACGCCTTACATGTACTTCTTCAACTTCGGTGACTTCCATGTCGTGGGCAGTTCGCCCGAGGTGCTGGTGCGGGTCGAGGAAAACCTGATCACCGTGCGGCCGATCGCCGGCACACGGCCACGCGGCGCCACGGAGGAAGCGGACCGGGCGCTGGAAGAGGACCTGTTGTCAGATGCCAAGGAGATCGCCGAGCACCTGATGCTGATCGATCTGGGGCGCAACGACACTGGCCGGGTTTCCGAAGTGGGCTCGGTGAAACTCACCGAGAAAATGGTCATCGAGCGCTACTCCAACGTGATGCACATCGTGTCCAACGTCACCGGGCAGTTGAAGGCGGGGTTGACGGCGATGGACGCCTTGCGAGCGATCCTGCCGGCGGGCACTTTGTCTGGCGCGCCGAAGATCCGCGCCATGGAAATCATCGACGAGCTGGAGCCGGTCAAGCGCGGTGTGTACGGCGGAGCCGTCGGCTACTTCGCCTGGAACGGCAACATGGACACGGCCATCGCCATCCGCACCGCCGTGATCAAGAACGGTGAACTGCACGTGCAGGCCGGCGGCGGCATCGTCGCCGACTCGGTGCCCGCGCTGGAATGGGAGGAAACCCTGAACAAGCGTCGGGCAATGTTCCGTGCCGTGGCCCTGGCCGAGCAGACCCCAAGCGACTGA MIREEFLRLAAAGYNRIPLACETLADFDTPLSIYLKLADQPNSYLLESVQGGEKWGRYSMIGLPCRTVLRVHDHRISVTCDGVEIESHEVEDPLAFVESFKARYNVPTIPGLPRFNGGLVGYFGYDCVRYVEKRLGTCPNPDPLGVPDILLMVSDAVVVFDNLAGKMHAIVLADPSREDAYEQGQQSLQTLLEKLRQPITPRPGLDFSKQSAADPVFRSSFTQGDYEKAVDTIKEYILAGDCMQVVPSQRMSIDFKAAPIDLYRALRCFNPTPYMYFFNFGDFHVVGSSPEVLVRVEENLITVRPIAGTRPRGATEEADRALEEDLLSDAKEIAEHLMLIDLGRNDTGRVSEVGSVKLTEKMVIERYSNVMHIVSNVTGQLKAGLTAMDALRAILPAGTLSGAPKIRAMEIIDELEPVKRGVYGGAVGYFAWNGNMDTAIAIRTAVIKNGELHVQAGGGIVADSVPALEWEETLNKRRAMFRAVALAEQTPSD PGPT0007095_3276 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 D1-35_05354 819 gph_2 COG0546 Phosphoglycolate phosphatase ATGAGCGGCTTCGAGCAGCTGTTTCCCGGCAGCCTGCCGCGTCTGGTGATGTTCGATCTCGACGGCACGCTCGTCGACTCGGTCCCGGACCTGGCGGCCGCCGTGGACAATATGCTGCTCCAGCTCGGGCGTCCGCCTGCGGGCATCGACGCCGTGCGCCAGTGGGTCGGCAACGGCGCGCCGATGCTGGTGCGCCGGGCCCTGGCCAATCACATTGATGCCCAAGGCGTTGATGAGGCCGAGGCCGAGCGGGCACTGGAGCTGTTCAACGAAGCCTATGAAGGCAACCACGAACTGACCGTGGTTTATCCGGGCGTGCGCTCCACCCTCAAATGGTTGCACAAGCAGGGCGTGGAAATGGCGCTGATCACCAACAAGCCGGAGCGTTTTGTCGCGCCGCTGCTGGATCAGATGAAGATCGGCCGTTATTTCCGCTGGATCATCGGCGGCGACACCTTGCCACAGAAAAAGCCCGACCCGGCCGCGCTGTTCTTCGTCATGAAAATGGCCAACATCCCGGCGTCCCAATCGTTGTTTGTCGGCGACTCGCGCAGCGACGTGCTGGCGGCGAAGGCGGCGGGGGTCAAATGTGTTGCCCTGAGCTACGGCTACAATCATGGCCGACCGATTGCCGAGGAATTTCCGACATTGGTGATTGATGATCTGCGCCTGCTAATTCCCGGTTGCCTGGACCCGGCCGCTGAGATAACGTTGCCCGACGCTGTTCAATCCTCTTCTGGAAACGCCATCGTGGTGGTCACTCGCAAACTCTGGATGAAAGTCATGAAGGCCCTGGCCCGCTGGCGTTGGCGCGCCTGA MSGFEQLFPGSLPRLVMFDLDGTLVDSVPDLAAAVDNMLLQLGRPPAGIDAVRQWVGNGAPMLVRRALANHIDAQGVDEAEAERALELFNEAYEGNHELTVVYPGVRSTLKWLHKQGVEMALITNKPERFVAPLLDQMKIGRYFRWIIGGDTLPQKKPDPAALFFVMKMANIPASQSLFVGDSRSDVLAAKAAGVKCVALSYGYNHGRPIAEEFPTLVIDDLRLLIPGCLDPAAEITLPDAVQSSSGNAIVVVTRKLWMKVMKALARWRWRA PGPT0001730_150 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D1-35_05355 675 rpe COG0036 Ribulose-phosphate 3-epimerase ATGCAGCCCTTCGCTATTGCTCCGTCGATTCTCTCCGCCGACTTCGCCCGCCTGGGCGAGGAAGTGGACAACGTTCTGGCCGCCGGGGCCGACATCGTCCACTTCGATGTCATGGACAACCACTACGTACCCAACCTGACCATCGGCCCGATGGTCTGCGCGGCGTTGCGCAAATATGGCATCACCGCGCCAATCGATGCGCACCTGATGGTCAGTCCTGTGGATCGTATCGTCGGTGATTTCATCGAGGCCGGTGCCACCTACATCACTTTCCACCCGGAAGCCACGCTGCACGTCGACCGCTCCCTGCAATTGATCCGCGAAGGCGGCTGCAAGGCCGGCCTGGTGTTCAACCCGGCCACGCCCCTGGACGTACTCAAGTACGTGATGGACAAGGTCGACATGATTCTGCTGATGAGCGTCAACCCGGGTTTCGGCGGGCAGAAGTTCATTCCGGGCACGCTCGACAAGCTGCGCGAAGCCCGCGCCCTGATCGATGCCTCGGGCCGGGATATCCGCCTGGAAATCGACGGCGGGGTGAACGTGAACAACATCCGCGAAATCGCCGCGGCCGGTGCCGACACCTTTGTCGCCGGTTCGGCGATCTTCAACGCACCGGACTACCAGGCAGTGATCGAAAAGATGCGCGCCGAACTGGCCCTGGCACGTCCATGA MQPFAIAPSILSADFARLGEEVDNVLAAGADIVHFDVMDNHYVPNLTIGPMVCAALRKYGITAPIDAHLMVSPVDRIVGDFIEAGATYITFHPEATLHVDRSLQLIREGGCKAGLVFNPATPLDVLKYVMDKVDMILLMSVNPGFGGQKFIPGTLDKLREARALIDASGRDIRLEIDGGVNVNNIREIAAAGADTFVAGSAIFNAPDYQAVIEKMRAELALARP PGPT0017425_2765 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 D1-35_05356 1149 adh1 COG1454 Long-chain-alcohol dehydrogenase 1 ATGAGTCTTTCCTCATTCAAGATCGCCCACAAACTGATCACCGGCGCCGCTGCCATCGAGCAACTGGCGGCGGAGCTGACACGGCTGGATGTCGATAACCCGTTGATCGTCACGGACGCGGCGCTGGTCAAGTCGGGCACCGTGGAGTTGGCGCTGCAGCATTTGGGCGGGCGCGACTACGAGATTTTCGACCGGGTCATGCCCGACCCGGAAATCGCCATCGTCGAAGATTGCATGCAAGCCTACCGCGACGGCGGGCATGACGGCCTCATCGGCCTGGGTGGCGGCAGCGCCATCGACATTGCCAAGTGCGTGGGCGTCTATGCCGGTTATCACGGCGAGCTGCAGGATATGTTCGGTGTCGATCAGGTGCCGCGCAAAGGTCCGCCCATGATTGCCATTCCCACCACCGCCGGTACCGGTTCGGAAGTCACCAACGTGGCGATCCTCTCTGACAAGGCCGCACAGCTGAAAAAGGGCATCGTCAGTGATTTCCTGCTGCCGGACGTGGCGCTGGTCAGCCCGCAGATGACCCTGACGTGTCCGCGCAGCGTGACCGCCGCCAGCGGCGTTGATGCGTTGGTGCATGCCATCGAGTCGTACCTGTCACTCAACGCCTCGCCGATCACCGATGCCCTGGCCATCGGCGCGATCAAGCTGATCACCCGCGCCTTGCCCAAGGCCTACGCCAACCCGTCCCACTTGCAGGCCCGTGAAGACATGGCCACCGCCAGCCTGATGGCCGGTATGGCGTTCGGCAATGCCGGGGTCGGCGCCGTGCATGCGCTGGCCTATCCGCTGGGCGGACGTTTCCTTGTCTCTCATGGCGTCGCCAATGCCTTGTTGCTGCCGTATGTCATGCACTGGAACAAGATGGCCTGCGTCGAGCGCATGCGCGATATTGCCGAAGCCATGGGCATCAAGACGGCTCATTTGAGTGATATCGAAGCCGCGGACGAGGCCGTGGAGGCCATGGCCGCGTTGTGTGCCGCGGTGGAAATTCCCAAGGGCCTGAGTGGCCTGGGCGTCACCGAGGAGGTGATTCCGTCCATGGCGGCGGAGGCGGCGGGTATAGAGCGGCTGATGCGCAACAACCCGCGCAAGCTGAGCGCCGGCGATATCGAGAAGATCTACCGAGCGGCGTATTGA MSLSSFKIAHKLITGAAAIEQLAAELTRLDVDNPLIVTDAALVKSGTVELALQHLGGRDYEIFDRVMPDPEIAIVEDCMQAYRDGGHDGLIGLGGGSAIDIAKCVGVYAGYHGELQDMFGVDQVPRKGPPMIAIPTTAGTGSEVTNVAILSDKAAQLKKGIVSDFLLPDVALVSPQMTLTCPRSVTAASGVDALVHAIESYLSLNASPITDALAIGAIKLITRALPKAYANPSHLQAREDMATASLMAGMAFGNAGVGAVHALAYPLGGRFLVSHGVANALLLPYVMHWNKMACVERMRDIAEAMGIKTAHLSDIEAADEAVEAMAALCAAVEIPKGLSGLGVTEEVIPSMAAEAAGIERLMRNNPRKLSAGDIEKIYRAAY PGPT0008305_394 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008305-adh1-K19954 NA NA D1-35_05357 825 ydcV_4 Inner membrane ABC transporter permease protein YdcV ATGCTGAGTCCTTACATGTCCCCCGTCGAGCGGGTGTGGTTCTACAGCTTGCGCATACTCTGCGGGCTGATCCTGTTGTTCCTGATCCTGCCAGTGCTGGTGATCATTCCGTTGTCGTTCAACTCGGGCAGCTTCCTGGTTTATCCGCTGCAGGGCTTTTCGTTGCAGTGGTACCACGATTTCTTCGCTTCGGCCGAGTGGATGCGGGCGTTGAAGAACAGCATCATCGTGGCCCCGGCGGCAACGCTGTTGGCGATGATCTTCGGTACGCTGGCGGCGATCGGCCTGACTCGTGGTGATTTCCCGGGCAAGGCGCTGGTGATGGCCCTGGTGATTTCGCCCATGGTGGTGCCGGTGGTGATCATTGGCGTCGCGAGCTACCTGTTTTTCGCGCCATTGGGGATGGGCAACAGCTTCTTCTCGCTGATCATCGTCCACGCGGTGCTCGGTGTGCCGTTCGTCATCATCACCGTCTCGGCGACTTTGCAAGGGTTCAACCACAACCTGGTCCGCGCTGCTGCCAGCCTCGGGGCTTCGCCATTGACCGCGTTCCGTCGCGTGACCTTGCCGTTGATCGCGCCGGGCGTCATCTCTGGTGCGTTGTTCGCCTTCGCGACTTCGTTTGATGAAGTGGTGGTGACCCTGTTCCTGGCCGGCCCGGAGCAAGCGACCCTGCCACGGCAGATGTTCAGCGGTATTCGCGAGAACCTGAGCCCGACCATCGCCGCCGCGGCTACGTTGTTGATCGCCTTCTCGGTGATCCTGCTGCTGACGCTGGAATGGCTGCGTGGGCGTAGCGAGAAGCTGCGTACGACCCAAGTCTGA MLSPYMSPVERVWFYSLRILCGLILLFLILPVLVIIPLSFNSGSFLVYPLQGFSLQWYHDFFASAEWMRALKNSIIVAPAATLLAMIFGTLAAIGLTRGDFPGKALVMALVISPMVVPVVIIGVASYLFFAPLGMGNSFFSLIIVHAVLGVPFVIITVSATLQGFNHNLVRAAASLGASPLTAFRRVTLPLIAPGVISGALFAFATSFDEVVVTLFLAGPEQATLPRQMFSGIRENLSPTIAAAATLLIAFSVILLLTLEWLRGRSEKLRTTQV PGPT0007845_1729 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007845-ABC_SP_P|ydcV-K02053 NA NA D1-35_05358 1248 hypothetical protein ATGGCCATCGCCGTTCCACTGAACGCGGGCACCAGCCCCACCCTCAAGCAGCGACTCAAGCGCGCCGAGCGGCTCAACCGCTGGAAGGCCCAGGCCCTGATCGCGCCGCTGGTGCTGTTTCTGTTGCTGGTGTTTCTGGTGCCGATCGTGGCGCTGCTGTTCAAAAGCGTCAGCAACCCGGAAGTGGTGGGCGCGATGCCGCGGACCGTCGCTGCCGTCGCGGCTTGGGACGGACGCGGTCTGCCGGGCGAGCCGGTGTACAAGGCTGCCAGTGAAGATCTGGCCGAAGCCCGCAAGAATCAGACCCTGGGCGACTTGTCCAAGCGCCTGAACATGGAACTGGCCGGCTACCGCAGCCTGCTGACCAAGACTGCTCGCGCGCTGCCGTTCGCCACCGAGCCGGTCTCTTATAAAGAAGCACTGGAGAGCCTCGACGAACGCTGGGGTGACCCCGCGTACTGGCAGGTGATCCGGCGCAACACCAGTAATGTCACTCCGTACTACCTGCTGGCGGCTGTCGATCACCGCATCGACGATCTCGGTGAACTGGCCCCGGCCACCCCCGACCAGGCGATCTACCTGGATATTTTCACCCGTACTTTCTGGATGGGCCTGGTGATTACCGCCATCTGTCTGGTGCTCGCCTATCCACTGGCTTACCTGCTGGCGAACCTGCCGTCACGCCAGAGCAACCTGTTGATGATCCTCGTGCTGCTGCCGTTCTGGACCTCGATCCTGGTGCGGGTGGCGGCGTGGATCGTGCTACTGCAGTCGGGCGGATTGATCAACAGCGCGCTGATGGCCATGGGCGTCATCGATAAACCGCTGGAGCTGGTGTTCAACCGCACCGGCGTGTACATCTCCATGGTCCACATCCTTCTGCCGTTCATGATCCTGCCGATCTACAGCGTGATGAAGGGCATCTCGCCCACCTACATGCGGGCGGCGATCTCCCTGGGCTGCCACCCGTTCGCCAGTTTCTGGCGGGTGTATTTCCCGCAGACCTACGCCGGCGTAGGTGCCGGGTGCCTGTTGGTGTTCATCCTCGCCATCGGCTACTACATCACCCCGGCACTGCTGGGCAGCCCGAACGACCAGATGGTCAGCTACTTCGTCGCGTTCTACACCAACACCAGTATCAACTGGGGCATGGCCACGGCGCTCGGCGGATTGCTGTTGCTGGCGACCATCGTGCTTTATCTGATTTACAGCTGGCTGGTGGGCGCCAGTCGCCTGCGCCTGAGCTAA MAIAVPLNAGTSPTLKQRLKRAERLNRWKAQALIAPLVLFLLLVFLVPIVALLFKSVSNPEVVGAMPRTVAAVAAWDGRGLPGEPVYKAASEDLAEARKNQTLGDLSKRLNMELAGYRSLLTKTARALPFATEPVSYKEALESLDERWGDPAYWQVIRRNTSNVTPYYLLAAVDHRIDDLGELAPATPDQAIYLDIFTRTFWMGLVITAICLVLAYPLAYLLANLPSRQSNLLMILVLLPFWTSILVRVAAWIVLLQSGGLINSALMAMGVIDKPLELVFNRTGVYISMVHILLPFMILPIYSVMKGISPTYMRAAISLGCHPFASFWRVYFPQTYAGVGAGCLLVFILAIGYYITPALLGSPNDQMVSYFVAFYTNTSINWGMATALGGLLLLATIVLYLIYSWLVGASRLRLS PGPT0007850_680 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007850-ABC_SP_P1|ydcU-K02054 NA NA D1-35_05359 279 hypothetical protein ATGTTTCCCAATGCCGAGCGCTACAACCACTCCACCGAATACGCCAACAAACTCGTCGACCGCATCGGCCAGACGCCGGCCTGGATTGCCTTGCGCATCGGCGTCACTGAAAAACGCATGCGCTACATTCTTGCGGGCTCGCGTACGATCAAGGGCGATACTACCGAAATCCTGATGTCTTACGCCGAGCAGTTCTGCCTGGAGTGCCTCGCCGCCGAGGCCAAGGCCGCCAAGGATCGCGCCCGCTCGAAAGCGGCAGGCCCTGCCAGCGACGCCTGA MFPNAERYNHSTEYANKLVDRIGQTPAWIALRIGVTEKRMRYILAGSRTIKGDTTEILMSYAEQFCLECLAAEAKAAKDRARSKAAGPASDA NA NA NA NA NA D1-35_05360 1662 hypothetical protein ATGGATCATTACACCCCGCGCGCCTGGCAGCCGCACGAACGGCCGACGCTGCCCGGTTCGCCCTCGACGCCGTTGCATCCCACGCCCAAGCGGCTTGCCTACGCGCTGGTTGGCGTGCTGGTGGCGTTGACCGGGGGGTTGGGCAATTCGCTGGTGATCGCCAATCTGCCTTATCTGCAGGGGTCCCTGGGCGCCACCACGGCGGAGATGGCCTGGTTGCCCGCGGCCTACGTCATGACCAACGTCTCGATGAACCTGCTGCTGGTGAAATTTCGCCAGCAGTTCGGCTTGCGCGCGTTCACCGAAGTGTTCCTGGCGCTCTACGCCCTGGTGACCTTCGGCCATCTGTTCGTCAACGACCTGAACTCGGCGATCGCCGTGCGTGCGGCCCATGGCATGGTGGGTGCGGCCCTCAGCTCCCTGGGCCTGTATTATATGGTCCAGGCTTTCCCGGCCAAGTGGCGGCTAAAGGCGCTGGTGTTGGGCCTGGGCACTTCGCAATTGGCCTTGCCAATGGCCCGGCTGTTCTCTGAAGACCTGCTGCAAATCGCCGAATGGCGCGGCTTGTACCTGTTCGAACTGGGCATGGCGCTGCTGTCGCTGGGCTGCGTGCTGCTGCTCAAGTTGCCGCCGGGTGATCGCTTCAAGACCTTTGAAAAACTCGACTTCCTGACCTTCACCGTGCTCGCCAGCGGCGTCGCCTTGCTGTGCGCGGTGTTGTCGCTGGGGCGCATTGACTGGTGGTTGGAAGCGCCATGGATCGGCGTGGCCTCGGCGGCTTCCATCGTGCTGATCATGGCGGGCCTGGCGATCGAACATAACCGCAGCAATCCGATGCTGATGACGCGTTGGCTCGGCAGCGGGGTAATGATCCGTCTGGCCCTGGCGGTGATTCTGATCCGCATGGTGACTTCGGAACAATCCACTGGGGCGGTGGGTTTCCTGCAAGCGCTGAACATGAGCAGCCAGCAGATGCACAGCCTTTACGTGGTGATGCTGATCGGCAGTATTGCCGGGCTGGTGACCAGCGCGCTGACCATCAACCCGGCGCACCTGTTCATGCCGCTGATCATTTCCCTGGCGTTGATGGCCACGGGGTCGGTGATGGACAGTTATTCGAACAACCTGAGCCGTCCGCAAAACATGTACTTCAGCCAGTTCCTGCTGGCATTCGGCAGCACGTTCTTCCTCGGGCCGACGATGATCCTGGGGGTGCGCAATGTGCTGACCAACCCGCGAAACCTGGTGAGTTTTTCCGTGCTGTTCGGGATCTGCCAGAGCCTCGGCGGCCTGGTGGGGGCTGCGGTGCTCGGCACGTTCCAGGTAGTACGCGAGAAATTCCATTCCAGCCATCTGGTGGAGAACCTGAGTCAGTTCGACCCTCGCGTCGCCGCGCGGGTGGACAGCGGCGGCTCGGCGGTGGGTTCGCTGATTGCCGATCCGGGCCTGCGTCACCTGCAAGGCCTTCGCAGCCTCGCCACGGCCGCTACCCGCGAAGCCAACATACTTGCCTATAACGATGTGTTCATGCTGATCGCGGTGATCGCCGTGCTGACCATGATCTGGATTTCCATTCGTGCCCTGTGGCTGATGAGCACCACCCAGCCCGCCGCCGCAGCGCCTGCCCCTTCGACACAACCCAGCGGTGCCACCTCTTCATGA MDHYTPRAWQPHERPTLPGSPSTPLHPTPKRLAYALVGVLVALTGGLGNSLVIANLPYLQGSLGATTAEMAWLPAAYVMTNVSMNLLLVKFRQQFGLRAFTEVFLALYALVTFGHLFVNDLNSAIAVRAAHGMVGAALSSLGLYYMVQAFPAKWRLKALVLGLGTSQLALPMARLFSEDLLQIAEWRGLYLFELGMALLSLGCVLLLKLPPGDRFKTFEKLDFLTFTVLASGVALLCAVLSLGRIDWWLEAPWIGVASAASIVLIMAGLAIEHNRSNPMLMTRWLGSGVMIRLALAVILIRMVTSEQSTGAVGFLQALNMSSQQMHSLYVVMLIGSIAGLVTSALTINPAHLFMPLIISLALMATGSVMDSYSNNLSRPQNMYFSQFLLAFGSTFFLGPTMILGVRNVLTNPRNLVSFSVLFGICQSLGGLVGAAVLGTFQVVREKFHSSHLVENLSQFDPRVAARVDSGGSAVGSLIADPGLRHLQGLRSLATAATREANILAYNDVFMLIAVIAVLTMIWISIRALWLMSTTQPAAAAPAPSTQPSGATSS NA NA NA NA NA D1-35_05361 1134 emrA_2 Colistin resistance protein EmrA ATGACCGAGCCGACCACCACGACCACCAATGCCATCGCCGATACGCCGGAAGACCAGGCGCCTCCTGCCGCTCCGGCGACAAAACCGCGCTCCCTGCGAGTGCGGATGCTTTCATCCCTCGGATTCGCCGCAGTGGCGATCGTCGGCGTGCTGGTGGTGCTTTATGCCTGGCAATTGCCGCCGTTCAGCAGCGCCGTGGAAACCACCGAGAATGCTCTGGTGCGCGGGCAGGTGACGATCATCGGGCCGCAGCTCAGTGGTTATGTCCATGAAGTCCCGGTGCAGGACTTCCAGTTCGTCAAGGCCGGCGATCTGCTGGTGCGCCTGGATGACCGCATCTACCGGCAACGGCTCGACCAGGCGCTGGCGCAACTGGCGGTGCAACAGGCGGCCCTGGCCAACGTCGTACAGCAGCGCAACAGCGCCGAGGCGAGCATCAAGCTGCGCCAGGCCGCGCTGGCCGACAGCCAGGCCCAGGCCCACAAAGCCGCCGCCGACCTGCGCCGCAACGAGGCGTTGATAAAGGACGGTTCGGTGTCCAGGCGTGAACTGGATATCAGTCGCGCCGCCAGCGCCCAAGCCACCGCGGCCGTCGCCCAGGCCCAGGCCAGCCTGGAAATTGCCCGTCAGGACCGGCAAACCGTCATCGTCAACCGCGGCTCCCTGGAAGCGGCTGTCGCCAGCGCCGAGGCGGCGGTGCAACTGGCGCGCATCGACCTGTCCAACACGCGCGTGTTGGCGCCACGGGACGGTCAGCTGGGGCAGATCGGCGTGCGCCTGGGCGCCTACGTCAATTCCGGAGCGCAGTTGATGGCGCTGGTGCCGAACCAGAAGTGGGTGATCGCCAACCTCAAGGAAACCCAGATGGACAAGGTACGGGTCGGTCAGCCGGCAAGCTTCACCGTGGATGCCCTCGGCCATCGCCGCTTCCAGGGGCATGTCGAACGCATTTCCCCGGCCACCGGTTCCGAGTTCAGCCTGCTGCAGGCCGACAACGCCACCGGCAATTTCGTCAAGATTGCCCAGCGCGTTCCGGTTCGCATCACCGTGGATCCGGACCAGCCCGAAAGTGAACGCCTGCGGCCAGGGATGTCGGTGGTGGTGAGCATCGACACGGCCGCCGAACAGCAATGA MTEPTTTTTNAIADTPEDQAPPAAPATKPRSLRVRMLSSLGFAAVAIVGVLVVLYAWQLPPFSSAVETTENALVRGQVTIIGPQLSGYVHEVPVQDFQFVKAGDLLVRLDDRIYRQRLDQALAQLAVQQAALANVVQQRNSAEASIKLRQAALADSQAQAHKAAADLRRNEALIKDGSVSRRELDISRAASAQATAAVAQAQASLEIARQDRQTVIVNRGSLEAAVASAEAAVQLARIDLSNTRVLAPRDGQLGQIGVRLGAYVNSGAQLMALVPNQKWVIANLKETQMDKVRVGQPASFTVDALGHRRFQGHVERISPATGSEFSLLQADNATGNFVKIAQRVPVRITVDPDQPESERLRPGMSVVVSIDTAAEQQ PGPT0013750_2383 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0013750-emrB-K03543 NA NA D1-35_05362 1485 malT_3 HTH-type transcriptional regulator MalT ATGAATCTGGAAGTCCCGAGCACCGATACCAATCGCCGCCAACTGCTGCAGATCATCGCCGGGCTATCGGATGGCGTGATGCTGATCGAAGTCGACCAGACGATTGCCTGGGCCAACGAAGCGGCCTTGACCATGCACGGAGTCGAGGAGCTTGGCGAGTTGGGCACCAACGCCAAGGAGTACGCCCGGCGTTTCAATTTGCGTTATCGCAACAACCATTCGCTCCCCGAAGACAACTATCCCATCGCCCGCGTGGCCCGCGGCGACGAATTCAGCGATGTGCTGGTGGAGGTGACGCCGGTGGCCGATCCGGACCGCACCTGGGTGCACCGCATCCGCAGCATGGTGCTGACCGACCGCAACGACGAGCCGGAATACCTGGTGCTGATTCTCAGCGATGCCACGGAATGGGCCAGCGCCGAACAGCGCTTCGAGAAAACCTTTGGCGCCAACCCGGCACCAGCGGTGATCTGCCGTCTCAGCGATTTGCGCTATATCAAGGTCAACGCGGGTTTCCTGGAAATGACCGGCTACAGCCGCGAAGAGGTGATCGGGCGTTCGGTTTATGAACTGGATGTGCTCGAGGCTGCCGAAAAGCGCGACCTAGCCGTCGAGCGCCTGGGGCAGGGCGCGACCATCCCGCAGATGCAGGCCGAACTGCGCTTGCCCGATGGCACCAACAAACAGGTGATCGTCGCTGGCCAGCCGCTGGACCTCCACGATGAAGACTGCATGCTGTTTTCGTTCATGGACATGGAGCCGCGGCGCAAGGCCGAAACGGCGCTGCGCCAGAGCGAGGAGCGTTTTGCCAAGTCGTTCCGGCTGTCACCGGTGCCGACGCTGATCTGTAGCGCCGAGCTGCAACTGGCGGAAATCAACGAGGCCTTCCTCCAGGCGACGGGTTATGCCAGCCAAGAGCTGTTGGGCAAGACCGTGGAGGAGATCGGCTTCCTCGAGAAGGAAGCGGCGGCGACGTTGTTCGGGCGCCTGGAAAAGACTGCCACCGTGTCCAGGGTCGACGTCAAGGTGCACAAGAAAGGCGGGGAGCAGATCGACTGCGAAGTGGCGGCCGATACCGTCATCATCCAGGACAAGCCATGTTTCCTGCTGGTGCTGATGAATATCACCGAACGCAAGCGCTCGGAGCTGGAGCTGGTAGCAGCCATCGAAGAGGTGATGAAGGACGCGTCGTGGTTCAGCCGCACCCTGATCGAAAAGCTGGCCAATGTGAAGAGCATCAATGCGCAGACCCCGACGACTTCTTTCACCGAGCTGACCGCCCGCGAACGTGACGTACTGGGGCTGATTTGCGAGGGTCTGGCGGACAAGGAAATCGCCGCGCGCTTGAAACTGGCCCCCAACACCGTGCGCAATCACGTGGCGACGCTGTATTCGAAACTCGACGTCCATAGTCGTAGCGAGGCGATTGTCTGGGCGCGGGAGCGGGGCTTGTTCGCGAACGAATGGCGGATAAAGGCACCATGA MNLEVPSTDTNRRQLLQIIAGLSDGVMLIEVDQTIAWANEAALTMHGVEELGELGTNAKEYARRFNLRYRNNHSLPEDNYPIARVARGDEFSDVLVEVTPVADPDRTWVHRIRSMVLTDRNDEPEYLVLILSDATEWASAEQRFEKTFGANPAPAVICRLSDLRYIKVNAGFLEMTGYSREEVIGRSVYELDVLEAAEKRDLAVERLGQGATIPQMQAELRLPDGTNKQVIVAGQPLDLHDEDCMLFSFMDMEPRRKAETALRQSEERFAKSFRLSPVPTLICSAELQLAEINEAFLQATGYASQELLGKTVEEIGFLEKEAAATLFGRLEKTATVSRVDVKVHKKGGEQIDCEVAADTVIIQDKPCFLLVLMNITERKRSELELVAAIEEVMKDASWFSRTLIEKLANVKSINAQTPTTSFTELTARERDVLGLICEGLADKEIAARLKLAPNTVRNHVATLYSKLDVHSRSEAIVWARERGLFANEWRIKAP NA NA NA NA NA D1-35_05363 249 hypothetical protein ATGACCCATCTGGCTCCGTTACGTACCCGTCTCGAGCAAAGCTTTGCGCCACTGGCCTGTGAATGCAGCCTCAACGGCGACGGCACCCTGACCATTCGCCTGTACCGCCAGGAAAGCGGCGAGGTCGACCTGGTGGTGAGCGGCATGAGCGTCGACAGCATCCGCTCCGAAGAAGGCTTGAACAAGCTGATCGATGAACTGCGTTATGAGCTGTACAACACGCCGCTGCATCGCAGCGATCCAGCCTGA MTHLAPLRTRLEQSFAPLACECSLNGDGTLTIRLYRQESGEVDLVVSGMSVDSIRSEEGLNKLIDELRYELYNTPLHRSDPA NA NA NA NA NA D1-35_05364 1386 sasA_20 Adaptive-response sensory-kinase SasA ATGTCATTGCTGAACCCCGCTAAGGGCTGGCGCTCCTCCAGCAGCCGCCTGCTGGCGCTGTACAGTTCGCTGTTCGTGATCTGGAGCGCGATCCTGATGGGGGTCATGTATTACGAGGTGTTCGGCTACCTTGACAGCCTCGCCAAGCATTCCCTGATGCAGCGCCAGCACCTGTTCGCGCGCATCCATGGCGAACAACTGGAAGACGCGCTCATGGCCAGCCTGTCGCTGGATGAACGCGGCGTCGACGCCTACGGCCTGTTCGATCCGCAACTGCGCCATCTGAGCGGACCGATCCAGCGCATCCCCGCCGATCTGCCGCTGGACGGCAAGATCCATATGCTCGGTGGCTGCGTCGACTCCGACGACCCGATGATCCCCTCCGACAGTTGCGACGCGGTCGCGACCCGGACCCAGGACGGCCGCTGGCTGGTATTGGCGCGGGACAACGGCTCGCTGTTCGCCGTGACCCGCATCATCCTGCACGCGCTGCTCTGGGGGGTCTCGTTGACTATCCTGCCGGGCATCGCCGGCTGGCACCTGTTGCGACGTCGACCGCTGCGGCGTATCCGCGCCTTGCAGGCCAGCGCGGAAGCCATCGTCGCCGGCGACCTGACCCATCGCCTGCCGCTGTCGAGCCGTCGCGATGAACTGGACATGCTGGCAGCCATCGTCAATGCCATGCTCGATCGCATCGAACGGCTGATGAATGAGGTCAAGGGCGTCTGCGACAACATTGCCCATGACTTGCGCACCCCGCTGACGCGCCTGCGTGCCCAGCTTTATCGCATCCAGCAAGAAGCGGCGGACAGCTCCCCGGAAGCGTTGCAGATGGATCAGGTGATCGCCGAGACCGATACGCTGATGGCGCGGTTTCGCGGTCTGCTGCGGATTTCGGAACTGGAGGACCAGCAGCGCCGCTCCGGTTTCGTGCGTCTGGATCCGTTGCAGTTGTTGCAGGAACTGCATGACTTCTATCTGCCGCTGGCCGAAGAACGCGAGCTGGTGTTCAAGCTGGAAGTGCCCGACACCCTGCCCTTGCTCAACGGTGACCGGGCATTGTTGTTCGAGGCGGTGTCGAACCTGTTGAGCAACTCGATCAAATTCACCCCATCGGGCGGCGAGGTGATCTTGCGGGGCGTCGACCAGGGCGACAGCAGCCGCATCGAAGTGCTCGACTCAGGCCCTGGCATTCCCGAGGCGGAACGCAAGGCGGTGTTCCGGCGCTTCTACCGCGCCGAGGGCAGCAGCCAGCACGGCGGCTTCGGCCTGGGCCTGTCGATCGTCGCGGCGATTGTCACGCTGCACGGGTTTACGCTGGAGGTGGATCGCAGCGAGCTGGGCGGGGCGCGGTTGGCGCTGGATTGTCGGGCGACGTTGCTTTGA MSLLNPAKGWRSSSSRLLALYSSLFVIWSAILMGVMYYEVFGYLDSLAKHSLMQRQHLFARIHGEQLEDALMASLSLDERGVDAYGLFDPQLRHLSGPIQRIPADLPLDGKIHMLGGCVDSDDPMIPSDSCDAVATRTQDGRWLVLARDNGSLFAVTRIILHALLWGVSLTILPGIAGWHLLRRRPLRRIRALQASAEAIVAGDLTHRLPLSSRRDELDMLAAIVNAMLDRIERLMNEVKGVCDNIAHDLRTPLTRLRAQLYRIQQEAADSSPEALQMDQVIAETDTLMARFRGLLRISELEDQQRRSGFVRLDPLQLLQELHDFYLPLAEERELVFKLEVPDTLPLLNGDRALLFEAVSNLLSNSIKFTPSGGEVILRGVDQGDSSRIEVLDSGPGIPEAERKAVFRRFYRAEGSSQHGGFGLGLSIVAAIVTLHGFTLEVDRSELGGARLALDCRATLL NA NA NA NA NA D1-35_05365 783 cusR COG0745 Transcriptional regulatory protein CusR ATGCATTTGCCGGCGCCCATGAACTTTTTTTCAGAAAGCCGACAGGTAATCTTTGGCAGAATGCTGCGCAATAGCTCCACTTCCCAACCGGTAACGCCCATGAACCGTATCCTGACCATCGAAGACGACGCCGTGACCGCCCGTGAAATCGTCGCCGAACTGACCCGCAACGGCCTGGACGTCGACTGGGTCGACAACGGCCGCGAGGGCCTGGAACGGGCTGTCAGCGGTGACTATGACCTGATCACTCTCGACCGGATGCTGCCCGAACTCGACGGCCTGGTGATCGTCACCCAGCTGCGCAGCATGGGCGTGGCCACGCCGATCCTGATGATCAGCGCCCTCTCCGATGTCGACGAGCGGGTGCGTGGCTTGCGGGCCGGCGGCGACGATTACCTGACCAAGCCGTTCGCCACCGACGAAATGGCCGCCCGGGTCGAAGTGCTGCTGCGCCGCAACAACGGCGCCCGCGAGCCGGAAACCGTGCTGCGGGTGGCGGACCTGGAGCTGAACCTGATCAGCCGCGAGGCCAGCCGCAACGGCCAGTTGCTGAGCCTGCTGCCCACCGAATACAAGTTGCTGGAATTTCTGATGCGCAACAGTGGCCAAATCCTCTCGCGCATGATGATTTTCGAAGAAGTCTGGGGTTATCACTTCGATCCGGGCACCAACCTGATCGACGTCCACATCGGTCGCCTGCGCAAGAAGATCGATCCGCCGGGCCTGGAACCGCTGATTCGCACGGTACGAGGCTCCGGCTATGTCATTGCTGAACCCCGCTAA MHLPAPMNFFSESRQVIFGRMLRNSSTSQPVTPMNRILTIEDDAVTAREIVAELTRNGLDVDWVDNGREGLERAVSGDYDLITLDRMLPELDGLVIVTQLRSMGVATPILMISALSDVDERVRGLRAGGDDYLTKPFATDEMAARVEVLLRRNNGAREPETVLRVADLELNLISREASRNGQLLSLLPTEYKLLEFLMRNSGQILSRMMIFEEVWGYHFDPGTNLIDVHIGRLRKKIDPPGLEPLIRTVRGSGYVIAEPR PGPT0004105_1002 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 D1-35_05366 327 hcnA Hydrogen cyanide synthase subunit HcnA ATGATCAACTCCCAGAATGTTCTACGCCGTAAATTCGATATTCAACCGCTGAAACGGGCCGACATGAGCGTTCGCCTGGACGGCCAGACTGTCGACGCCGCCGAGGGTGAGACCGTACTCACCGTCATCCAGGCCATGGGCCAACGCCAGGTGGCCCGCAACGACCACGGCCAGGTCAGCGGTGCCTACTGCGGCATGGGCATTTGCCAATGCTGCCTCGTCAGGATCGATGGCCGCCACAAGCGACGGGCCTGCCAGACGCTGGTGCGACCGGGCATGCAGATCGAAACCCGGGCCAATCGCATCGCCGCAACGGAGGCGCCATGA MINSQNVLRRKFDIQPLKRADMSVRLDGQTVDAAEGETVLTVIQAMGQRQVARNDHGQVSGAYCGMGICQCCLVRIDGRHKRRACQTLVRPGMQIETRANRIAATEAP PGPT0008401_10 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_HYDROGEN_CYANIDE_METABOLISM,PGPT0008401-hcnA-K10814 NA NA D1-35_05367 1419 hcnB_4 Hydrogen cyanide synthase subunit HcnB ATGAACCTCGATCCGGTGATTGTAGGCGGCGGGCCGGCGGGTATGGCGGCGGCCATCGAGCTGGCCGCCAATGGCCTGCGTTGCACGCTGCTCGAAGAAGCGCCACGCCTGGGCGGCGTGGTGTACCGCGGGCCGTTGCGCGATGGCGTGAGCCTGGACTACCTGGGGGCGCGCTACAGTGAGACCCTGGCAAAGCTCCATGGGGAATTCCAGCGCAACGCCGGCCTGATTGATGTGCGACTGGGTAGTCGGGTCATCGGTGCCGAGGGGTTCCGGGCCCTGATGCTGCTGGACGGCGACGAGCGCTTGCGGGAAGTGGCCTATTCCCAGTTGATCCTGGCAGCCGGTTGTCATGAACGCAGTGTGCCGTTCCCCGGCTGGACACTGCCGGGGGTGATGATGCTCGGTGGCCTGCAATTGCAGATCAAGAGTGGCGTGGTTAAGCCGCCGAGCCCGGTGGTGATTGCCGGCACCGGCCCGTTGCTGCCCTTGGTGGCCTGCCAGCTGCACGCCTCGGGCGTCACCGTGGCGGGCGTCTACGAAGCCTGTGCCTTCGGCAGGATCGCCAAGGAAAGCCTGGCGTTATTGAACAAACCGCAATTGTTTCTCGATGGCCTGGGCATGCTGGCGTACCTCAAGCGGCACCGCATCCGGGTGCGCTATGGTTGGGGCGTGGTGCGCGCCGAGGGCGAGGGTGAACTGAGCAGCGTGACCGTTGCGCCTTACTCCGCCGACTGGAAACCGGACCTTGGACAGGCCGAACAGCTGCCGGCCGAGACGCTGGCGGTCGGCTACGGGTTTATCCCGCGCACGCAGTTGAGCCAGCAGATGGGGCTTGACCATGGCTTCAGCGAGGACGGCTACCTGCGCGCCGTGTCCGATGCCTGGCAGCGCAGCAGCGAGGCGCATATCCACCTGGCGGGCGATATGGGCGGGATCCGCGGCGGTGAAGCGGCCATGTTGAGCGGGCGCATCGCGGCATTGTCGGTCCTGCTGCAGCGTAATGTCCTGGATGAGGCCACGGCGCTGGAGCGCCGCAGGCGCTATCAGGCCCAATTGGACCGGATCATTCGTTTTCGCGCCGCCGTTGATCGCTACACCCGGCGCGGCGCCGGGCAAACCGCGCTGCCAGCCGCCGATACAGTGATCTGCCGTTGCGAACACGCCACCCGCGCGGACATCGACCGCGCCCTTGAACAGGGCGTGCAAGACATGGCCAGCCTGAAAATGCGCACCCGGGTGAGCATGGGCGATTGCCAGGGTCGCCTGTGTGTCGGCTACTGCAGCGACCGCCTGCGCGAAGCTACCGGACGGACCGATGTGGGCTGGCTACGGCCACGTTTTCCGATCGATCCGATTCCTTTCTCTGCGTTCCAGAACGACGACCCGGAGGCGCTATCCCATGATCAGGCACTATGA MNLDPVIVGGGPAGMAAAIELAANGLRCTLLEEAPRLGGVVYRGPLRDGVSLDYLGARYSETLAKLHGEFQRNAGLIDVRLGSRVIGAEGFRALMLLDGDERLREVAYSQLILAAGCHERSVPFPGWTLPGVMMLGGLQLQIKSGVVKPPSPVVIAGTGPLLPLVACQLHASGVTVAGVYEACAFGRIAKESLALLNKPQLFLDGLGMLAYLKRHRIRVRYGWGVVRAEGEGELSSVTVAPYSADWKPDLGQAEQLPAETLAVGYGFIPRTQLSQQMGLDHGFSEDGYLRAVSDAWQRSSEAHIHLAGDMGGIRGGEAAMLSGRIAALSVLLQRNVLDEATALERRRRYQAQLDRIIRFRAAVDRYTRRGAGQTALPAADTVICRCEHATRADIDRALEQGVQDMASLKMRTRVSMGDCQGRLCVGYCSDRLREATGRTDVGWLRPRFPIDPIPFSAFQNDDPEALSHDQAL PGPT0008402_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_HYDROGEN_CYANIDE_METABOLISM,PGPT0008402-hcnB-K10815 NA NA D1-35_05368 1260 hcnC_2 Hydrogen cyanide synthase subunit HcnC ATGATCAGGCACTATGACGTAGTGATCGCCGGTGGTGGGGTGATCGGGGCGTCCTGCGCCTATCAACTGTCCAAGCGCAAGCACCTGAAGATCGCCCTGATCGATGCCAAGCGTCCAGGCAACGCCACCCGCGCGTCGGCCGGCGGCCTGTGGGCCATCGGCGAATCGGTGGGGCTGGGCTGTGGGGTGATTTTTTTTCGCATGATGTCGGCCAATCGCAAGCGCCAGGCCCAAGGCGCCGCCGTGGCGGTGGATGCCAGCACTCCGCATATCCTGCCCGACTCGTTTTTCGATTTCGCCTTGCAGTCCAACGCGATGTATCCGCAGTTGCACAGGGAACTGATCGAGCGTCACGGCATGGATTTCAAGTTTGAAGAGACCGGGCTCAAGTTCGTGATCTATGACGATGAGGACCGCTCCTACGCCGAACACATCGTCGCCTGCATTCCCCACCTGGCTGATCAGGTGCGCTGGCTCGACCAGGCGGCGTTGCGCGAGGCCGAGCCGAGTGTCAGCCATGAGGCCTTGGGCGTGCTGGAGTTTCTCTGCGACCACCAGGTCAGCCCGTTCCGCCTGGCCGACGCCTACACCGAGGGCGCGCGGCAGAATGGCGTTGATCTGTTTTTCAATACCAACGTGACTGACGTATTACGTGACGGCAGTCGGGTGACAGGGGTGAAAACCGCCGAAGTCGGCACGTTCAACTGCCGGACGTTGATCAATGCTGCCGGCGCCTGGGCGGCGGACTTGAGCGAGCAGGCGACGGGCGTGCGGATTCCGGTCAAGCCGGTCAAGGGGCAGATCCTGCTGACCGAGCGCATGCCGAAAATCCTCAGGGGATGCCTGACCACCAGCGATTGTTATGTGGCGCAGAAGGACAACGGCGAGATCCTGATCGGCAGCACCACGGAAGACAAAGGGTTCGACGTGACCACCACCTACCCTGAAATCGAGGGGTTGGTGCAAGGCGCGGTGCGGTGTATCCCGCAACTGGCCGACATCAACCTGAAACGCACCTGGGCCGGCCTGCGTCCCGGCTCACCGGATGAATTGCCGATCCTCGGGCCGATGCGCGGCGTGGAGGGCTACCTCAACGCCTGCGGGCATTTTCGCACCGGCATCCTGACCTCGGCCATCACCGGGGTGCTGCTGGACAAACTGGTGAACGACGAGCCGTTGCCGCTGGACATCACACCGTTCCTGGCGGACCGGTTTGGACTGGCGGCGGTTGCAGAGCCGAGGAAAATGCAACCGGCCTGA MIRHYDVVIAGGGVIGASCAYQLSKRKHLKIALIDAKRPGNATRASAGGLWAIGESVGLGCGVIFFRMMSANRKRQAQGAAVAVDASTPHILPDSFFDFALQSNAMYPQLHRELIERHGMDFKFEETGLKFVIYDDEDRSYAEHIVACIPHLADQVRWLDQAALREAEPSVSHEALGVLEFLCDHQVSPFRLADAYTEGARQNGVDLFFNTNVTDVLRDGSRVTGVKTAEVGTFNCRTLINAAGAWAADLSEQATGVRIPVKPVKGQILLTERMPKILRGCLTTSDCYVAQKDNGEILIGSTTEDKGFDVTTTYPEIEGLVQGAVRCIPQLADINLKRTWAGLRPGSPDELPILGPMRGVEGYLNACGHFRTGILTSAITGVLLDKLVNDEPLPLDITPFLADRFGLAAVAEPRKMQPA PGPT0008403_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_HYDROGEN_CYANIDE_METABOLISM,PGPT0008403-hcnC-K10816 NA NA D1-35_05369 612 yibF_2 COG0625 putative GST-like protein YibF ATGAAACTGATCGGCATGCTGGACTCGCCCTATGTGCGACGCGTCGCCATTACCGCCAAGCGCCTGGGCATCGCCCTGGAACACCAATCAGTTTCGGTGTTCAGGCATTTCGACCAATTCCAGCGCATCAACCCGGTGGTCAAGGCCCCGACCCTGGTGCTGGATGATGGCTCGGTGTTGATGGACTCGACCTTGATCATCGATTACCTGGAAACCTTGGCCGGGCCCGGGAAGAGCCTGATGCCGAGCGATCCGGGGCAACGGTTGCAATCGTTGCAACTGATCGGGTTGGCATTGGCGGCGTGCGAAAAATCGGTGCAGATCTATTACGAACGCACTTTGCGCCCAGCGGAAATCCAGCATGAGCCGTGGCTCGCGCGGGTGTCGGGCCAGTTGCTGGCGGCATATGGCGAGTTGGAAAAGGCATTGGTGAAACAACCATTGCCCACCGATGGCTCGCTCGACCAGGCCGGCATCAGCGTCGCGGTGGCATGGACTTTCACCAACCTGTTGGTGGCCGATCAGGTGCAAGGCAAGGCCTTCCCACAGATCAGCGCGTTTACCGCTTATGCCGAAGGCCTGGAAGCGTTTGTCAGTACACCGGTGGAATAA MKLIGMLDSPYVRRVAITAKRLGIALEHQSVSVFRHFDQFQRINPVVKAPTLVLDDGSVLMDSTLIIDYLETLAGPGKSLMPSDPGQRLQSLQLIGLALAACEKSVQIYYERTLRPAEIQHEPWLARVSGQLLAAYGELEKALVKQPLPTDGSLDQAGISVAVAWTFTNLLVADQVQGKAFPQISAFTAYAEGLEAFVSTPVE PGPT0013170_20299 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799 NA NA D1-35_05370 921 murR HTH-type transcriptional regulator MurR ATGACCCGCCCCGATCTGCCGGTGCCGTCCGAGAGCGCGTCCGAACCCGCCCTCCCCAGCCCACCGATCAACGCCGAGCGGCTGCTGCAATTGATTACCGAGGAGTACGAAGGCCTGCCGCGCCAGCTCAAACGCATCGCCAGCTACATGAGCCAGCAAAGCGACCGGATCATGGTCGATCGCATCAGCGACATTGCCCGGGAGTGCGAAGTGCACCCCTCGGCCATCGTGCGTTTTTCCCAGCGCTTCGGCTTCAGCGGGTTCAGCGAAATGCAGGCGCTGTTTCGCGAGGCCTACACCCACAAGACCACGCCGGTGCAGAACTACCAGCAACGCATTCGCAGCATGATCGCCAACAAGTCGCAGAAGGCCAGCGCCGGCGATCTCGCGCGCGAATGCGTCAACGCCACCCTGTCGGGCATCGAGCGCCTGGGGTTGGAACTCGACGACGAGGCGTTCGAAAAAGCCGTCGACCTGGTGGTCAACGCCGATAACATCTACGTCGTTGGTGTGCGGCGCTCGTTCGCGGTGGCCGATTACCTGGTCTATAACCTTCAGCACACCAACAAGCGCATCCACCTTGTGTCGGGCCTGGGCGGCAGTTATCGCGAGCAGATGCGCAGCGTCCGGGCCAATGATCTGGTCATCGCCATCAGCTTTACCCCGTACGGCAAGGAAACCCAGCACTGCCTGCGCATCGCCCAGCATCACCAGGCCAAGACGCTGATCATCACCGACAGCAACCTGTCGCCCCTGGCCAAGCGGGCCAATGCGGTGCTGCTGGTGAACGAAGGCAGCTCGTTCGCCTTTCGCTCGTTGAGCGCCACCCTGTGCCTGTGCCAGGCGCTGTTCATCGCCGTGGCCTACCGGCTTGAACTCAAGGTTGATGAAATCCATGAACAGGTCGGATTCGAAGATTGA MTRPDLPVPSESASEPALPSPPINAERLLQLITEEYEGLPRQLKRIASYMSQQSDRIMVDRISDIARECEVHPSAIVRFSQRFGFSGFSEMQALFREAYTHKTTPVQNYQQRIRSMIANKSQKASAGDLARECVNATLSGIERLGLELDDEAFEKAVDLVVNADNIYVVGVRRSFAVADYLVYNLQHTNKRIHLVSGLGGSYREQMRSVRANDLVIAISFTPYGKETQHCLRIAQHHQAKTLIITDSNLSPLAKRANAVLLVNEGSSFAFRSLSATLCLCQALFIAVAYRLELKVDEIHEQVGFED NA NA NA NA NA D1-35_05371 1938 iolC 5-dehydro-2-deoxygluconokinase ATGGGCCAGACTCGTTTTGCCAGTGGACGTCAATTGGATGTGATCTGCCTGGGGCGCCTGGGCGTCGATCTCTACGCGCAGCAAGTCGGTGCGCGGCTTGAGGATGTCTCGAGCTTCGCCAAGTACCTGGGTGGCTCATCTGCCAACATCGCCTTTGGCACGGCCCGTCTCGGGCTTCGGTCGGCGATGCTGAGCCGGGTGGGCGATGATCATATGGGGCGCTTCCTGGTGGAATCCCTGATGCGCGAAGGCTGCGACGTCAGCGGCATCAAGGTCGACCCCGAGCGACTGACAGCCATGGTGTTGCTCGGCATCAAGGACCGCGAGACCTTTCCCCTGGTGTTCTACCGTGAAAATTGCGCGGACATGGCGCTACGGTCCGAGGACATCGACGAAGCCTTCATCGCGTCCAGCAAGGCGCTGTTGATCACCGGCACGCACTTCTCCACCGACAGCGTCTACCAGGCCAGCATCCAGGCGCTGGACTATGCGCAGACGCACCAGGTCAAACGTATCCTCGATATCGACTACCGCCCGGTACTCTGGGGCCTGGCGCCCAAGGCCGATGGCGAAACCCGTTTTGTCGCCGACCGCAAGGTCAGCCAGCACGTACAAGGCATCCTGGCGCGTTTCGACCTGATCGTCGGCACCGAAGAAGAGTTTTTGATCGCCGGTGGCAGCGAAGATCTGCTGGCCGCGCTGCGTACCGTGCGCTCGCTGACGGCGGCGACCCTGGTGGTGAAGCTTGGCCCGCAAGGTTGCACGGTGATCCACGGCGATATCCCGAACCGCCTGGAAGACGGCGCCATCTACCCCGGCGTGCGGGTCGAGGTGTTGAATGTGCTGGGCGCGGGCGATGCGTTCATGTCGGGTTTCCTCGCCGGTTGGCTGGAGGACGCCAGCGATGAGCGCTGCTGCCAGTTGGCCAACGCCTGTGGCGGGTTGGTGGTGTCGCGTCATGCCTGCGCCCCGGCGATGCCGACCCGGGCCGAGCTGGATTACCTGTTTGCCAGCCCGGTGCCGATCACCCGCCCTGACCAGGATGTCGTGCTGCAACGGCTGCATCAGGTCAGCGTGCCGCGCAGGGTCTGGAAACAGCTGTTCATCTTTGCCTTTGACCATCGCTGGCAGTTGGTGGAACTGGCCCAGCGGGGCGGTCGTGGCCTCGACAGCATCGGCGAGCTCAAGCAACTGTTCATCCAGGCCGTGGAGCGGGTCGAGGCTGACCTGCAACGCCAGGGCATCGAGGCGGATGTCGGTCTGCTGGCCGACCAGCGTTTCGGCCAGGATTCCCTGAATGCGGCCACCGGGCGCGGCTGGTGGGTCGCGCGGCCGGTGGAGGTGCAGGGCTCGCGGCCGCTGGCGTTCGAACACGGCCGTTCCATCGGCAGCAACCTGATTGCCTGGCCACAAGAGCAGATCATCAAATGCCTGGTGCAATTTCATCCTGACGACGAACCGCTGCTGCGCCTGGAGCAAGAGGCGCAATTGATGGGGTTGTACAAGGCGTCCCAGGCCAGCGGCCATGAATTGCTGCTGGAGGTCATTCCGCCCAAGGATCATCCATCGGCCCATCCGGACGTGCTGTATCGGGCGCTCAAGCGGCTCTACAACCTGGGTATTTTCCCGGCGTGGTGGAAAATCGAGGCGCAGACCTGCGATGAGTGGAAACAACTTGATGAGCTGATCCAGCAGCGCGATCCGTATTGCCGTGGCGTGGTGCTGCTGGGCCTCAACGCCCCTGCGGCCGCGTTGGCCGAAGGCTTTCGCCAGGCCAGCCAGAGCAGCACTTGCAGAGGGTTTGCCGTGGGCCGGACGATCTTCCAGGAACCGAGCCGCGCCTGGCTGGCCGGGGAGATCGATGATGAAACGCTGATCCGGGATGTGCAGGGCCGGTTTGTGGAATTGATCGAGGCCTGGCGCGCTGCGCGCAGTTAA MGQTRFASGRQLDVICLGRLGVDLYAQQVGARLEDVSSFAKYLGGSSANIAFGTARLGLRSAMLSRVGDDHMGRFLVESLMREGCDVSGIKVDPERLTAMVLLGIKDRETFPLVFYRENCADMALRSEDIDEAFIASSKALLITGTHFSTDSVYQASIQALDYAQTHQVKRILDIDYRPVLWGLAPKADGETRFVADRKVSQHVQGILARFDLIVGTEEEFLIAGGSEDLLAALRTVRSLTAATLVVKLGPQGCTVIHGDIPNRLEDGAIYPGVRVEVLNVLGAGDAFMSGFLAGWLEDASDERCCQLANACGGLVVSRHACAPAMPTRAELDYLFASPVPITRPDQDVVLQRLHQVSVPRRVWKQLFIFAFDHRWQLVELAQRGGRGLDSIGELKQLFIQAVERVEADLQRQGIEADVGLLADQRFGQDSLNAATGRGWWVARPVEVQGSRPLAFEHGRSIGSNLIAWPQEQIIKCLVQFHPDDEPLLRLEQEAQLMGLYKASQASGHELLLEVIPPKDHPSAHPDVLYRALKRLYNLGIFPAWWKIEAQTCDEWKQLDELIQQRDPYCRGVVLLGLNAPAAALAEGFRQASQSSTCRGFAVGRTIFQEPSRAWLAGEIDDETLIRDVQGRFVELIEAWRAARS PGPT0018480_237 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 D1-35_05372 894 iolE_3 COG1082 Inosose dehydratase ATGCCCGCTATTCGAATTGGCATCAACCCGATTTCCTGGAGCAACGACGACTTGCCATCGTTGGGCGGCGAGACGCCGTTGAGCACGGCGTTGAGCGAAGGCAAGGAAATCGGCTATGAAGGTTTCGAGCTCAATGGCAAGTTTCCCAAGGACGCCAAGGGCGTCGGCGACGTGTTGCGCCCTTACGATCTGGCGCTGGTCTCCGGCTGGTATTCCAGTCGACTGGCGCGGCGTTCGGCGGCCGAGGAGATCGACGCCATCGCCAGCCATGTCGAGCTGCTGGCGCAGAACGGCGCAACGGTGCTGGTCTATGGCGAAGTGGCCGATTCGATCCAGGGCCAGCGCATTCCGTTGATCGAGCGGCCACGCTTTCACACTGACGAGGCCTGGCAGGCCTATGCCGACAAGCTCACCGAGCTGGCCCGCTTCACCTTGTCACAAGGCGTGCGCCTGGCCTACCACCACCACATGGGCGCCTACGTTGAATCGCCTTCGGACATCGACAAGCTGATGGCGCTGACCGGCAGCGAGGTCGGCCTGTTGTTCGATTCGGGCCATTGCTACATGGGCGGCGGCGAACCGCTGCAGGTGCTGCGCAAACACATCGAGCGCATCTGCCATGTGCACTTCAAGGACGTGCGCAAACCCGTGGTGCAGTTGGCGCGCAACAACCTCTGGAGCTTTCCGGACTGCATCATCAACGGCACGTTCACCGTGCCTGGAGATGGCGATATCGACTTCGCTGCGTTGCTCGATGTCCTGCTGGCTGCCGATTATCAGGGCTGGCTGGTGGTGGAAGCCGAGCAGGACCCGGCGGTGGCGCCGAGTTATATCTATGCCAAGAAGGGCTACGACACCTTGCGTGCCCTGTTGCAGGAGAGAACTGCGCCATGA MPAIRIGINPISWSNDDLPSLGGETPLSTALSEGKEIGYEGFELNGKFPKDAKGVGDVLRPYDLALVSGWYSSRLARRSAAEEIDAIASHVELLAQNGATVLVYGEVADSIQGQRIPLIERPRFHTDEAWQAYADKLTELARFTLSQGVRLAYHHHMGAYVESPSDIDKLMALTGSEVGLLFDSGHCYMGGGEPLQVLRKHIERICHVHFKDVRKPVVQLARNNLWSFPDCIINGTFTVPGDGDIDFAALLDVLLAADYQGWLVVEAEQDPAVAPSYIYAKKGYDTLRALLQERTAP PGPT0016785_1414 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D1-35_05373 810 iolB COG3718 5-deoxy-glucuronate isomerase ATGAGCCTGCTGATCAAGAGCAATCCCAGCGACCGGACCATGGTTGAACTGCCACGCGACGCGCTGGAATACGTCGGTTTTGCCGCCTACCGCTTGAGCCTTGGCGAAAGCCTGCCGGTGGCCGCCGCAGACCGGGAATTGTGCGTGGTACTGCTCAGCGGCCGCATCAACCTCAAGGGCGAAGCACCGGGGCAGGGCGCCTTCGATTGGGACAACCTCGGCGATCGCCAGTCGGTATTCGAGGACAAATCCCCTTACGCCGCGTATCTGCCGCCCGGCAGCCAGGCCCAGATCACCGCGTTGAGCGATGTGCAAGTGGCGGTGTGCGCCGCGCCGGGCGGCGCGCCGAATGCGTACGGCCCACGGCTGATCCGTCCCGAGAGCATGAAGCGCAGCGTGCGCGGCAAGGGCGCCAATACCCGCTACGTCTGCGACATCCTGCCGGACAGCGAGCCGGCCCATTCGCTGCTGGTGGTGGAAGTGCGCACGCCGTCGGGGCATTCGTCCAGCTATCCGCCGCACAAGCACGACACCGACGACTTGCCGCACCAGAGCTTTCTCGAAGAGACCTATTACCACCAGGTCAACCCTTCCCAGGGCTTCGTGTTCCAACGGGTCTACACCGACGATCGCAGCATCGACCAGGCCATGGCCGTGGAAAACAGCGATCTGGTCGTGGTGCCCAAGGGTTACCACCCGGTCAGCGTGCCCTACGGGTACGAGTCGTATTACCTGAACGTCATGGCCGGTCCGAAGCGGGTCTGGCAATTCCATAACGATCCGCAGCATAGCTGGCTGCTCGACCTCTGA MSLLIKSNPSDRTMVELPRDALEYVGFAAYRLSLGESLPVAAADRELCVVLLSGRINLKGEAPGQGAFDWDNLGDRQSVFEDKSPYAAYLPPGSQAQITALSDVQVAVCAAPGGAPNAYGPRLIRPESMKRSVRGKGANTRYVCDILPDSEPAHSLLVVEVRTPSGHSSSYPPHKHDTDDLPHQSFLEETYYHQVNPSQGFVFQRVYTDDRSIDQAMAVENSDLVVVPKGYHPVSVPYGYESYYLNVMAGPKRVWQFHNDPQHSWLLDL PGPT0018475_877 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 D1-35_05374 1503 bauC_2 COG1012 Putative 3-oxopropanoate dehydrogenase ATGAGCGACACCCCGGTAATAGGCCATTACATCAACGGTCAGGTGCACAGCAACGACTCCGCGCGGTTCAGCAACGTCTTCAATCCCGCTACCGGCACGGTACAGGCCCGGGTGGCGCTGGCCGAACCGGGTACCGTCGAGGCAGCGGTGGCTTCGGCGCTGGCGGCCTTTCCCGGCTGGTCCGAGCAGTCGTCGTTGCGCCGTTCCCGGGTGATGTTCAAGTTCAAGGAACTGCTTGACCGCCACCACGACGAGTTGGCGCAGATCATCAGCCGCGAGCACGGCAAGGTACTCTCCGACGCCCACGGCGAAGTCACCCGGGGCATCGAGATCGTCGAGTACGCCTGCGGTGCGCCGAGCCTGCTCAAGACCGATTTCAGCGACAACATCGGCGGTGGCATCGACAACTGGAACCTGCGCCAGCCCCTGGGCGTCTGTGCCGGGGTCACGCCATTCAACTTCCCGGTGATGGTGCCGCTGTGGATGATTCCCCTGGCGCTGGTGGCGGGCAACTGCTTCATCCTCAAGCCTTCGGAGCGCGACCCGTCCGCCAGTCTGCTGATGGCTCGGTTATTGACCGAGGCCGGGTTGCCGGATGGCGTGTTCAACGTGGTCCAGGGCGACAAGACGGCGGTGGATGCGCTGTTGCAGCACCCGGACATCGAGGCGATCTCCTTTGTCGGCTCCACGCCCATCGCCGAATACATCCACCAGCAGGGCACCGCGAACGGCAAGCGCGTGCAGGCCCTGGGCGGGGCGAAAAACCACATGATCGTCATGCCCGACGCCGACCTCGACCAGGCGGCGGATGCGCTGATCGGAGCGGCTTACGGCTCGGCCGGTGAGCGCTGCATGGCGATCTCTATCGCCGTGGCGGTGGGTGACGTCGGCGATGAGCTGATCGCGCGATTGTTGCCACGCATCGACCAGTTGAAGGTCGGCAATGGCCAGCAGCCCGGCACCGACATGGGGCCGCTGGTGACTGCCGAGCACAAGGCCAAGGTTGAAGGTTTCATCGATTCCGGCGTAGCCGAGGGCGCGCGGCTGATCGTCGACGGGAGGGGCTTCAAGGTGCCCGGGGCCGATCAGGGGTTCTTTGTCGGGGCGACGCTGTTCGACCAGGTCACTGCCGAAATGAGCATCTACCAGCAGGAGATTTTCGGCCCGGTGCTGGGGATCGTTCGTGTGCCGGATTTCGCCACGGCGGTCGCGCTGATCAACGCCCATGAATTCGGCAACGGCGTGTCGTGTTTTACCCGTGACGGCGGCATCGCCCGGGCATTCGCCCGCAGCATCAAGGTCGGCATGGTCGGTATCAACGTACCGATTCCGGTGCCCATGGCCTGGCACTCCTTTGGCGGCTGGAAGCGCTCGCTGTTCGGTGATCACCACGCTTATGGCGAGGAAGGCCTGCGCTTCTACAGTCGCTACAAGAGCGTGATGCAGCGCTGGCCGGACAGCATCGCCAAGGGTCCCGAATTCAGCATGCCCACTGCTCAATAA MSDTPVIGHYINGQVHSNDSARFSNVFNPATGTVQARVALAEPGTVEAAVASALAAFPGWSEQSSLRRSRVMFKFKELLDRHHDELAQIISREHGKVLSDAHGEVTRGIEIVEYACGAPSLLKTDFSDNIGGGIDNWNLRQPLGVCAGVTPFNFPVMVPLWMIPLALVAGNCFILKPSERDPSASLLMARLLTEAGLPDGVFNVVQGDKTAVDALLQHPDIEAISFVGSTPIAEYIHQQGTANGKRVQALGGAKNHMIVMPDADLDQAADALIGAAYGSAGERCMAISIAVAVGDVGDELIARLLPRIDQLKVGNGQQPGTDMGPLVTAEHKAKVEGFIDSGVAEGARLIVDGRGFKVPGADQGFFVGATLFDQVTAEMSIYQQEIFGPVLGIVRVPDFATAVALINAHEFGNGVSCFTRDGGIARAFARSIKVGMVGINVPIPVPMAWHSFGGWKRSLFGDHHAYGEEGLRFYSRYKSVMQRWPDSIAKGPEFSMPTAQ PGPT0002295_2096 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 D1-35_05375 822 hypothetical protein ATGAACAAGCCCCTGCGTTTTGCCTTGAACCGAATGGTTGCCCCACGCCTGTCGCTGCCCGCTTTCATCGACCTGGCGCTGGCGTTGAAAACCGATGCCATCGAAATCCGCAATGACCTCAAGGGTGTCGAAATCGAAGACGGCATGCCGCCCGCCCGGGTCCGTGAGCTGTGCGACGAACGCGGCGTCAAGGTGCTGTCGATCAACGCCCTGTACCCGTTCGACGTATGGAATGAAGAGCGCCGCGCCCAGGCCGTGCGCCTGGCCGATTACGCCCGCGAGTGTGGCGCCGAGGGCCTGGTGATGTGCCCGCTCAACGACCGCGCCGACCCGCGCAACGCCGCCGAACGCGCGGCGGGGCTACGCACCGCGCTCAGTGAGCTGGCGCCGATCCTGCGCGCCTTCGGCATCTACGGTTTTATCGAACCCCTGGGGTTCGAGGAGTGCTCGTTGCGGCGCAAACGCGCGGCGGTGGAGGCGATCAAGGCCATCGGCGGGCTGGATGTGTTCCGCCTGGTGCATGACACCTTTCACCATCACCTGGCCGGCGAGGAGGAATTTTTTCCCGAGCTGACCGGGCTGGTGCACATCTCCGGCGTCGAGGATGCGCAGGCACCGTTGGCGAGTATTCGCGACGGCCACCGGGTGCTGGTGGGCGACGCCGACATCCTTGGCAATGCCGCGCAGATCGAGGCGCTGCGCGCGGGCGGTTATGAAGGCTACCTGTCCTTCGAGCCGTTTGCCGAAAGCGTCCATGAACTGGCCGATATCCGCCAGGCGCTGGGGGCGAGTATGAGCCACCTGCAAAGCTCGCAGGCCTGA MNKPLRFALNRMVAPRLSLPAFIDLALALKTDAIEIRNDLKGVEIEDGMPPARVRELCDERGVKVLSINALYPFDVWNEERRAQAVRLADYARECGAEGLVMCPLNDRADPRNAAERAAGLRTALSELAPILRAFGIYGFIEPLGFEECSLRRKRAAVEAIKAIGGLDVFRLVHDTFHHHLAGEEEFFPELTGLVHISGVEDAQAPLASIRDGHRVLVGDADILGNAAQIEALRAGGYEGYLSFEPFAESVHELADIRQALGASMSHLQSSQA PGPT0018495_360 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0018495-iolI-K06606 NA NA D1-35_05376 1932 iolD COG3962 3D-(3,5/4)-trihydroxycyclohexane-1,2-dione hydrolase ATGACCACAACACGACTGACCATGGCCCAGGCCCTGGTGAAATTCCTCGATAACCAGTACATCGAGGTCGATGGCGTCCAGAGCAAGTTCGTCGCCGGGGTGTTTACCATTTTCGGCCACGGCAACGTGCTGGGCCTCGGCCAGGCACTGGAGCAGGACAGCGGCGACCTGGTGGTCCATCAGGGCCGCAACGAGCAGGGAATGGCCCATGCCGCCATCGGCTTTGCCAAGCAGCACCTGCGGCGCAGGATCTACGCCTGTAGCTCGTCGGTCGGCCCCGGTGCGGCGAACATGCTGACCGCCGCCGCCACCGCGACGGCCAACCGCATTCCTTTGCTGCTGTTGCCCGGCGATGTCTACGCCAGCCGCCAACCCGACCCGGTGCTGCAGCAGATCGAGCAGTTCCATGACCTGAGCATCAGCACCAACGATGCGTTCAAGGCCGTGAGCAAATACTGGGATCGGATCAACCGCCCCGAGCAACTGATGACCGCCGCGATCCAGGCGATGCGCGTGCTCACCGATCCGGCCGAAACCGGCGCGGTGACGCTGGCGCTACCCCAGGATGTACAGGCCGAGGCCTACGATTACCCGGATTATTTCCTGCAAAAACGTGTCCACCGCATCGACCGTCGCCCGGCCACCGAGGCGATGCTCGGCGATGCCTTGGCGCTGCTCAAGGGCAAGCGCCGGCCGTTGATCATCTGCGGTGGTGGCGTCAGATATTCAGGAGCCAACGCCGCGTTGCAGGCCTTAGCCGAGCGTTTCGACATCCCCTTCGCCGAAACCCAGGCGGGCAAAAGCGCCGTGGTCTCCAGTCATCCATTGAACGTCGGCGGCGTCGGCGAAACCGGTTGCCTGGCGGCGAACCTGCTGGCCAAGGAAGCGGACCTGATCATCGGCGTTGGCACCCGCTACAGCGATTTCACCACGGCCTCGAAATGGCTGTTCCAGCATCCCGAGGTGCAGTTTCTCAACCTCAACATCAGCCCGTGCGATGCCTTGAAGCTCGACGGTGTGCAACTGCTCGCCGATGCGCGTTCCGGGCTTGAGGCTTTGTCCGCCGCGATGGGCGCCTATCGCGCCGAATGGGGCGGGCAGATCGCCGATGCCAAGGCGCAGTTGCAGGCGGAAGTGGACCGGGTCTACCAGGCCGATTTCCAGGCTGATGACTTCGTCCCCGAGATCAACGACCACATGGACCCAGCGGTGTTTCGCGAGTTCATCGAGCTCACCGGATCCTGCCTGACCCAGAGCCGCGTGCTCGGCACCCTCAACGAAACCCTGGCCGATGATGCCGTCATCGTCGCCGCCGCCGGCAGCCTGCCGGGTGATTTGCAGCGCAGCTGGCGCAGCAAGGGCGTGAATACCTACCACGTCGAATATGGCTATTCGTGCATGGGCTACGAGGTCAATGCCGCCCTGGGCGTGAAGCTCGCCGAGCCGGACAAAGAGGTCTACGCGCTGGTGGGCGATGGCTCCTACATGATGCTGCACTCCGAACTTGCCACCTCGATCCAGGAGCGCCGCAAGATCAATGTGGTGCTGCTGGACAACATGACGTTCGGATGCATCAACAACCTGCAGATGGAACACGGCATGGACAGCTTCGGCACCGAGTTCCGCTTTCGCAACCCCGAGACGGGCAAGCTCGACGGCGCCTTCGTGCCGGTGGATTTCGCCATGAGCGCGGCGGCCTACGGTTGCAAGACCTACAAGGTCAAGACACTGGAGGAACTGCACGCCGCGCTGGCCGACGCCCGACTCCAGACGGTCTCGACGCTGATCGACATCAAGGTCCTGCCCAAGACCATGATCCACAAGTACCTGTCGTGGTGGCGGGTCGGCGTGGCGCAAGTCTCTACCAGCGCCCGTACCGATGCCGTCGCCAAGACCCTCAACGAACGACTGGCCAAGGCCCGTCAATACTGA MTTTRLTMAQALVKFLDNQYIEVDGVQSKFVAGVFTIFGHGNVLGLGQALEQDSGDLVVHQGRNEQGMAHAAIGFAKQHLRRRIYACSSSVGPGAANMLTAAATATANRIPLLLLPGDVYASRQPDPVLQQIEQFHDLSISTNDAFKAVSKYWDRINRPEQLMTAAIQAMRVLTDPAETGAVTLALPQDVQAEAYDYPDYFLQKRVHRIDRRPATEAMLGDALALLKGKRRPLIICGGGVRYSGANAALQALAERFDIPFAETQAGKSAVVSSHPLNVGGVGETGCLAANLLAKEADLIIGVGTRYSDFTTASKWLFQHPEVQFLNLNISPCDALKLDGVQLLADARSGLEALSAAMGAYRAEWGGQIADAKAQLQAEVDRVYQADFQADDFVPEINDHMDPAVFREFIELTGSCLTQSRVLGTLNETLADDAVIVAAAGSLPGDLQRSWRSKGVNTYHVEYGYSCMGYEVNAALGVKLAEPDKEVYALVGDGSYMMLHSELATSIQERRKINVVLLDNMTFGCINNLQMEHGMDSFGTEFRFRNPETGKLDGAFVPVDFAMSAAAYGCKTYKVKTLEELHAALADARLQTVSTLIDIKVLPKTMIHKYLSWWRVGVAQVSTSARTDAVAKTLNERLAKARQY PGPT0018485_395 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 D1-35_05377 1011 iolG_4 COG0673 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGTCTTTGAAGCTGGGCGTCATCGGCACCGGGGCCATCGGCCAGGACCATATCCGTCGTTGCAGCCAGACGTTGCTCAACAGCCAGGTCGTCGCGGTGACCGACATCAACCTGGTGCAAGCGGCGAAAGTGGTGGCCGACCTGAAGTTGACCGCCGAGGTCTATCCCGACGGCCATGCACTGATCAAGGCGCCGGACGTCGAGGCGATCCTCGTCACGTCCTGGGGCCCGAGTCATGAAGAATTCGTGCTGGCGGCCATCGCCGCCGGCAAGCCGGTGTTCTGTGAGAAGCCGTTGGCCGTTACCGCCGAAGGTTGCCGCCGGATCGTCGAAGCCGAAGTGGCCCACGGCAAGCGCCTGGTACAGGTCGGGTTCATGCGCCCCTACGATGAAGGTTATCGGGCGCTCAAGTCGGTGATCGACAGCGGACAGATCGGCGAGCCGTTGATGCTGCACTGTGCCCACCGCAACCCCAGCGTGGGCGAAAACTACAAGACCGACATGGCCATCACCGACACCTTGATTCACGAGCTGGATGTGTTGCGCTGGTTGCTGGCCGACGACTACGTCTCGGTGCAGGTGGTGTTTCCACGCAAGACCAGCAAGGCCCTGGCGCACTTGCGCGATCCACAGATCGTCCTGCTGGAAACCGCCAAGGGCACGCGCATCGACGTTGAAGTGTTCGTCAATTGCCAGTACGGCTACGACATCCAGTGCGAAGTGGTGGGGGAGACCGGCATCGCCAGGCTGCCAGAACCGTCCCAGGTGCAACTGCGCAGCGGCGCCAAGCTTTCCAATGCGATCCTGATGGACTGGAAAGATCGGTTCATCGGCGCTTACGACGTCGAACTGCAGGCCTTCATCGACGGCGTGCGCGCCGGCCAGGTGGGCGGCCCCTCGGCCTGGGATGGGTTCGCCGCGGCGGTGGCGGCGGACGCGTGTATCGAAGCGCAGCAGAGCGGGCAGATCGTCAAGGTCGAGCTGCCCGAACGGCCACCATTCTACGGCTGA MSLKLGVIGTGAIGQDHIRRCSQTLLNSQVVAVTDINLVQAAKVVADLKLTAEVYPDGHALIKAPDVEAILVTSWGPSHEEFVLAAIAAGKPVFCEKPLAVTAEGCRRIVEAEVAHGKRLVQVGFMRPYDEGYRALKSVIDSGQIGEPLMLHCAHRNPSVGENYKTDMAITDTLIHELDVLRWLLADDYVSVQVVFPRKTSKALAHLRDPQIVLLETAKGTRIDVEVFVNCQYGYDIQCEVVGETGIARLPEPSQVQLRSGAKLSNAILMDWKDRFIGAYDVELQAFIDGVRAGQVGGPSAWDGFAAAVAADACIEAQQSGQIVKVELPERPPFYG NA NA NA NA NA D1-35_05378 615 hypothetical protein ATGATCGACCCCAAACAGACGCCGGATTCCATCGACGAAACGCTGGTCGAACATTTCCGCCAACACGCCAGCGGCGAGCCGCCGGCCTCCATGGACGCCTTCATCCTGGCGACCGCCCGCCGTGAAGCCCCGACGCCGGCGCCGAGCCCGTGGCAGCGCTGGCTGCAGGCTTGTCAGCGACCACGGTGGCAAATGGCGTTCGCCACGGTTGCCGGTGTGGCGCTGATGATCGGCCTGGTGCTGCGTACGTCGACCGAGGAGCAACTGGCTTCACCCGCCTCGATGGAGTTTTCCGCCGATCGGCAACAGCCCCCGGTTGCCGCTGCCCCACCGCCAGCCATGCCGGCCCCCGCACCGATCACTCGCATGGCGCCCCAGGGCGAACTGGCCCGAGCCCCGGCCAGCCCGGTGCAGGCGTTGGCGGATAAGCCCGCAGCGAAAATGAGCAAAGCCGCGCCCGCCGCAATGCCAACACTTGAGCAGGAGCTGCTGGAAGTGCTGCGATTGCGCGAGGCGGGTGACAGCAAGGCGGCTGATGGGAAGCTGCTGGCGTTGCACAAGCGCTTTCCCAAGGAAGACTTGCCGGCGCGGTTGGAAATATTGCGTAAGCGATGA MIDPKQTPDSIDETLVEHFRQHASGEPPASMDAFILATARREAPTPAPSPWQRWLQACQRPRWQMAFATVAGVALMIGLVLRTSTEEQLASPASMEFSADRQQPPVAAAPPPAMPAPAPITRMAPQGELARAPASPVQALADKPAAKMSKAAPAAMPTLEQELLEVLRLREAGDSKAADGKLLALHKRFPKEDLPARLEILRKR NA NA NA NA NA D1-35_05379 573 rpoE_2 COG1595 ECF RNA polymerase sigma factor RpoE ATGCCCGCTGCGCTTGATTCTCCCAGCGACGAATCGCTGCTGGCCCGCTATCGCGAAGGCGACGGGGCTTGTTTCGAAGCCCTGTACGCCCGCCATCGGCAAGGGCTTTATCGTTTTCTCGTGTCCTTGAGCAACAAGGCCGAACTGGCCGAGGAAATTTTCCAGGACACCTGGCTCAGCCTGATTCGCAGCACCACCCAGCCACAAGGCCGGGCGAGTTTTCGTACATGGTTGTTCCAGATTGCCCGTAACCGCTTGATCGACCACTGGCGCAAGCACGGCGTCCACAACCCGCTGCACGACAGTTACGACGAGCAGCTTCATGTCCAGCCCGACGACACCGGCAACCCTGAGCAACAGCTGCGCCTGAGTCGCGACCAGGCTCGTCTGGACGCCGCGTTGCAGGCCTTGCCCGAGGATCAGCGGGAAGTCTTCCTGCTGCGCCTGCACGGTGATCTCGAATTGCCACAGATCGCTGCCCTGACCGGCGTTCCGCTGGAAACGGTCAAGAGCCGCTTGCGTTACGCCCAACAGAAGCTGCATCGCCTGTTGGCCGAGGAGGTACCCGCATGA MPAALDSPSDESLLARYREGDGACFEALYARHRQGLYRFLVSLSNKAELAEEIFQDTWLSLIRSTTQPQGRASFRTWLFQIARNRLIDHWRKHGVHNPLHDSYDEQLHVQPDDTGNPEQQLRLSRDQARLDAALQALPEDQREVFLLRLHGDLELPQIAALTGVPLETVKSRLRYAQQKLHRLLAEEVPA PGPT0014960_4039 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D1-35_05380 1668 hypothetical protein ATGTCCCGTCCGCTTTCGTATATGCGTCCTGCCACCCAGGGCTTTGCCGTCACGCTGCTGGTGGCGTTGGCCGGTTGTGGGTTGTCTTCGTCCCGTGAGGCTGCCAAGCCGGCCGAACCGGTGGCGGCGGCGCCCATTGTCGCGCCGCTAGGAGAGATCGCCTACGTGCGCCAGCCTATGGCCAAGCGCATGGCGGCGCCGGCATCAATGCCTGCGCCGATGGGCGATGTAGTCTCCAATGATTACCGCAGCGAGCCGCGCGAACAGTACGAGAAGCTGCCGGAAAATCCTGTCCACAGCGTCGCCGAGACACCGGTCTCGACCTTCAGCGTGGATGTCGATACCGGTAGCTATGCCAACGTGCGACGTTTCCTCAACCAGGGCAGCCTGCCGCCTGAGGGCGCTGTGCGGTTGGAGGAAATGGTCAACTACTTTCCTTACCACTACGCGTTGCCCACCGACGGTTCGCCCTTTGGCGTGACCACCGAAATCGCGCCATCGCCCTGGAACCCTCACACCCGGTTGTTGCGTGTCGGGATCAAGGCCAGCGACCGCGCCGTCTCAGACCTGGCCCCGGCCAACCTGGTGTTTCTGGTGGATGTGTCCGGCTCGATGAACCGTCGCGAAGGCCTGCCGCTGGTCAAGAGCACGCTGAAATTGCTGGTGGACCAATTGCGCGATCAGGACCGGGTGTCCCTGGTGGTCTATGCCGGTGAGTCGCGGGTGGTGCTCAAGCCCACCTCGGGTAGCGACAAGGTGAAGATCCGCAACGCCATCGATCAACTGAACGCCGGTGGATCGACCGCCGGTGCCTCGGGCATCGAACTGGCCTATCAGATGGCTCGGGAGAGCTTTATCGACAAAGGCATCAACCGCATCCTGCTGGCCACCGATGGTGACTTCAACGTCGGCATCAGTGATTTCGACAGCCTCAAGCAGATGGCCGTGGATCAGCGCAAAAGCGGCGTCTCCCTGACCACACTGGGCTTCGGTGTGGATAACTACAACGAACACCTGATGGAGCAACTGGCTGACGCCGGTGACGGTAACTACGCGTACATCGACAACCTGCTCGAAGCGCGCAAGGTCCTGGTGGACCAGCTCAGCTCCACCCTGGCGGTGGTAGCGCGAGACGTGAAGTTGCAGGTGGAGTTCAACCCCGCCCAGGTCAGCGAATATCGACTGCTGGGTTATGAGAACCGCGCGTTGAAGCGTGAGGATTTCAGCAACGACAAGGTCGACGCAGGCGAGATCGGCGCTGGGCATACCGTGACCGCGCTGTATGAAATTGTCCCGAAAGGAGAGCAGGGCTGGTTGGAGCCGCTGCGTTATGGCAGCGCACCCAAGGCGGACGGCAAGTCAGGCGAACTGGCGATGTTGCGCGTACGCTACAAGCTGGCGGAAGGCGGTAGCAGCCGGTTGATCGAACATCCCATTGCCGTTTCACCGCGCAATGACAAAACCAGCGACGACCTGCGCTTCTCCGCCGCCGTGGCAGCCTTCGCCCAACAGCTCAAGGGCGATGGACGCTACACTGGGCAGATGACCTTGAAGGATACCGCGCAGTTGGCGCGCTCGGCGCGCGGTGACGATCCGTTCGGGCTGCGTGCCGAGTTCGTGCAACTGGTGGAGCTGGCCCAGAGCCTCGAACCTGCGGCCAAACGCTGA MSRPLSYMRPATQGFAVTLLVALAGCGLSSSREAAKPAEPVAAAPIVAPLGEIAYVRQPMAKRMAAPASMPAPMGDVVSNDYRSEPREQYEKLPENPVHSVAETPVSTFSVDVDTGSYANVRRFLNQGSLPPEGAVRLEEMVNYFPYHYALPTDGSPFGVTTEIAPSPWNPHTRLLRVGIKASDRAVSDLAPANLVFLVDVSGSMNRREGLPLVKSTLKLLVDQLRDQDRVSLVVYAGESRVVLKPTSGSDKVKIRNAIDQLNAGGSTAGASGIELAYQMARESFIDKGINRILLATDGDFNVGISDFDSLKQMAVDQRKSGVSLTTLGFGVDNYNEHLMEQLADAGDGNYAYIDNLLEARKVLVDQLSSTLAVVARDVKLQVEFNPAQVSEYRLLGYENRALKREDFSNDKVDAGEIGAGHTVTALYEIVPKGEQGWLEPLRYGSAPKADGKSGELAMLRVRYKLAEGGSSRLIEHPIAVSPRNDKTSDDLRFSAAVAAFAQQLKGDGRYTGQMTLKDTAQLARSARGDDPFGLRAEFVQLVELAQSLEPAAKR PGPT0014015_2141 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D1-35_05381 582 hypothetical protein ATGCGCGTTTTTGCCACCCTCCTGGCCATCTTGCTTATGGCGGGCTGCGCCTCCAAGCCGGACTACTACATTTCTCCTGCGCCGGTGGCGATTCCCAAAACCGCCACATACTGGATCGACACGTTCAACGTAGAGGTCGCCGGCAAGAACGAACGTTTCCTGCCCGACGAAAAAGTCCGTGACAAGCTGCACACCGACCTGATCGTGCGCTTGCTCGACGGCAATCGCTACGCCTCCAGCAAGGAAAGCGCTGACTACCTGCTGGATATCAACGCCGTCTACGCCCGCCGTATCCAGGACACCCAAGGTGGTTTGATGAGCAGTATCGTTGCCGACGGTACGTACCTTGCCAGTGTCGACTTCAGCTACCAGGTCCAGGTGAAGAAGGCCGGCGCCGAGGTGCTGCATTTCGCCCAGGCTCGCGAGGGGCTGATGCCGGCCGGCGCGATCGGGCAATTTCACGCCATGAAAGGCATCGCTGGAGCCCTCACGAAACGGGGCAATTCCGATGTCGAGGAGTACTACACCAGCCAGTTGAGTCGTTTCATCGCCGATGACCTGCGGGCCATTCCGTCTCGCTGA MRVFATLLAILLMAGCASKPDYYISPAPVAIPKTATYWIDTFNVEVAGKNERFLPDEKVRDKLHTDLIVRLLDGNRYASSKESADYLLDINAVYARRIQDTQGGLMSSIVADGTYLASVDFSYQVQVKKAGAEVLHFAQAREGLMPAGAIGQFHAMKGIAGALTKRGNSDVEEYYTSQLSRFIADDLRAIPSR NA NA NA NA NA D1-35_05382 1314 proP_2 Proline/betaine transporter ATGACTGCCACCCATCATTTGCCAGGCGCGCGGTTCAGCCGCTCCGACTACAAGACCCTGGGCCTCGCCGCCCTCGGCGGCGCGCTGGAAATCTACGACTTCATCATTTTCGTTTTTTTCGCCCTGACCCTCAGCCAACTGTTCTTCCCGCCGGAAATGCCCGAGTGGCTGCGCCTGCTACAGAGCTTCGGGATTTTTGCCACCGGCTATCTGGCGCGTCCCCTGGGCGGGATACTCATGGCGCACTTTGCCGATCGGCTGGGCCGCAAGCGTGTCTTCAGCCTGAGCATCCTGATGATGGCGTTGCCGTGTCTGCTCATCGGTGTACTGCCGACCTATGCGCAAATCGGCTATTTCGCCCCGTTGCTGTTGTTGGCGCTGCGCATCCTGCAAGGCGCGGCGGTGGGCGGGGAGGTGCCGAGTGCCTGGGTGTTCGTGGCCGAACACGCGCCGTTGCGGCATCGCGGCTATGCCTTGGGGTTTCTCCAGGCAGGCTTGACCTTCGGCTACTTGCTCGGCGCCTTGACCGCTACGGCGCTGGCGCGGATCTTCACCCCGACCGAAATCCTCGACTACGCGTGGCGCTTGCCGTTCCTGCTGGGCGGGGTATTCGGCGTGATCGGCGTCTGGCTGCGCCGCTGGCTGAGCGAAACGCCGATCTTCATGGCCCTGCAAGCCAATCGCGAATGCGCGACGGAGCTGCCGCTGCGCACGGTTTTGCGCGACCATCGGCATGCCTTGCTGCCCGCCGCCATTCTTACCTGCGTACTGACTTCCGCCGTGGTGGTCTTTGTGGTCATCACCCCCACAGTGATGCAGAAAAGCTTCGGCCTGACCCCCAGCCACACGTTTGCCCTGAGCAGCCTCGGCATCGTTTTCCTGAACATCGGCTGCGTCCTGGCCGGCCTCGTCGTCGACCGCATCGGCGCCTGGCGCACTGTCATGCTCTACAGCCTGCTGTTGCCGCTGGGCATCGCCGTGCTCTATGCCAGCCTGATCAGCGGCAGCGACTGGCTGGGCCTGGCCTACGCCGTGGCCGGCCTGGGTTGCGGCGTGGTCGGCGCGGTGCCTTCGGTGATGATCAGCCTGTTCCCGCCAAAGATTCGCGTGTCCGGTATCTCCTTCACCTACAACATCGCTTATGCACTCTGGGCCAGCATGACGCCGTTGTTGTTGATTGCGCTGGTGCCGTGGAGCCCGTGGGTTTGCGTGGTGTATTGCGTGGTGATGGGTGCGGTGGGAGTAGGGGGGGCGGCTTATTTTCCGAGGCGGCACGCAAAGATCCTGCGGCCCTCTCTGGCCTGTGAGTCTTGA MTATHHLPGARFSRSDYKTLGLAALGGALEIYDFIIFVFFALTLSQLFFPPEMPEWLRLLQSFGIFATGYLARPLGGILMAHFADRLGRKRVFSLSILMMALPCLLIGVLPTYAQIGYFAPLLLLALRILQGAAVGGEVPSAWVFVAEHAPLRHRGYALGFLQAGLTFGYLLGALTATALARIFTPTEILDYAWRLPFLLGGVFGVIGVWLRRWLSETPIFMALQANRECATELPLRTVLRDHRHALLPAAILTCVLTSAVVVFVVITPTVMQKSFGLTPSHTFALSSLGIVFLNIGCVLAGLVVDRIGAWRTVMLYSLLLPLGIAVLYASLISGSDWLGLAYAVAGLGCGVVGAVPSVMISLFPPKIRVSGISFTYNIAYALWASMTPLLLIALVPWSPWVCVVYCVVMGAVGVGGAAYFPRRHAKILRPSLACES NA NA NA NA NA D1-35_05383 174 hypothetical protein ATGACGCAGCAAACCGACGGCATCGCCCGCCTCAAGAACTGCCCCACCAAGGGCGACGAAATACGCCGGGCCATCGCCCAGAGCCGCAAGGATTTTCTGCCTGCTGACGAGGCCGTAGACGCCGAGCCAGGCCAACCGTCGGCGCAGCCCGTGGACAAGGGTCCCGCTGCCTGA MTQQTDGIARLKNCPTKGDEIRRAIAQSRKDFLPADEAVDAEPGQPSAQPVDKGPAA NA NA NA NA NA D1-35_05384 561 hypothetical protein ATGACTCGATTGACCTCCCTTTCCTCCTGGCTCGCGGCCGTCACCCTCGTGCTGTGCGCGCAAGGGGTTGTCCAGGCCGAAGAGCGTTTCACCCTGAGCATTCCCGGTGTATCGGACGACCGCCTCTTCACTGCCGCCGCCGCGAGCGACGCGAATACCTGCGGCGGCAAGAATATTTCTCCGGCGTTGAGCTGGAACGCCGGCCCGCCTGGCACCCTCAGCTATGCCATCGTCATGCTCGATCCCGACGGCCAGCGCGGGCAGGGCGTCGACCACTGGGTCCATTACGGGATCAAGGCCAGCACCCGACAGATCCCGGCGGGCGCGGGTACCAAATCCACCCTGGAAGGCATGAGCGGCATCAATAGCAAGAACACTCACGGCTACATCGGTCCGTGCCCACCCGTTGGCGACAGCGCTCATCACTACCTGATCCAGATATTCGCCCTGGACCTGCCACCCGACGCATTGCCCGCCGGCCTCACACGCGCCCAGTTGATGGAAAAACTCAAAGGCCACGTCCTGCGCAACAGCAGCGTGGTGCGTCGCTACCACCGCTGA MTRLTSLSSWLAAVTLVLCAQGVVQAEERFTLSIPGVSDDRLFTAAAASDANTCGGKNISPALSWNAGPPGTLSYAIVMLDPDGQRGQGVDHWVHYGIKASTRQIPAGAGTKSTLEGMSGINSKNTHGYIGPCPPVGDSAHHYLIQIFALDLPPDALPAGLTRAQLMEKLKGHVLRNSSVVRRYHR NA NA NA NA NA D1-35_05385 1533 hcaD 3-phenylpropionate/cinnamic acid dioxygenase ferredoxin--NAD(+) reductase component ATGCCCATGCATCAAGTCGCCCGCCTCGCTGATGTGCGAGAGGACCGCGGCCTCGAAGTGACCCTCAACGAAACACCCATTCTGCTGCTGCGGGCTGGCGGACAGGTCCGAGCCTTCCAAGGCAAATGCCCGCATGCCGGGGCGCCGCTGGCCGAGGGCGCGGTGTGTCACGGCAGGCTGATCTGCCCGTGGCACAAGGCCGCGTTCCGTGCCGAAGACGGCGCCCTGTGCGAGCCGCCGGCCCTCGACAGCCTGCAGCGTTATCACGTCGAGCTGCGGGGCGATGAAGTATGGGTCGATGAGCAACCACTGCCAGCCGAAAAAATCCCTCCCGCCGATGACCCGCGCACCTTCGTCATCGTCGGCGCCGGAGCGGCCGGCACGGCTTGCGCGGCGGCGCTGCGCGAGAAGGGTTTCGGTGGCCGGATCCAGATGATCGACCGCGAAGCCGAGGCCGGTTATGACCGCACCGTACTGAGCAAATACGTGTTGGCCGGCGACATGGCCGCAGAAAAGACGCCGGCCTTGCGCGATGAAACCTACTTCACCCGGCAACGCATCGAAAGGCGCAACGGCGAAGTGGCCGGTCTCGACACCAGCGCGCGCCAGATTCATCTCGCCGACGGTCAACGCCTGGACTATGACGCACTGCTCATCGCCACCGGTGGAGTGCCCAGGACGCCAGACATGCCGGGCCTCGACTTGCCCAATGTGTTCACCCTGCGCTCTTTGGCCGATAGCCGGCAAATCCTCGACCGTGCCCAGCCGGGGCAGCGAGCGGTGATTATCGGCGACAGCTTCATCGCCATGGAAGTCGCCTCGTCCCTGCGCAAACGTGAACTGAGCGTGACCGTCCTGGCCCGCCACCCGGTCCCGTTCGCCGCGCAGTTTGGCGACAGCATCGGCAAGGCGATCCTGGCCCGACACCGGGCCAATGGTGTGGTCTATCACAGCGAGGGCGAAGCGGCGCGGATCGAAGGTGTGGAGAAGGTTGAAGCCGTGGTGCTGGATAACGGTCAGCGTTTCGCGGCGGACCTGGTCATCATCGGTGTCGGCGTGCGCCCGGCGACCGAGCCGTTCGCCGATCTGCCACGGGAAAAAGATCAATCATTGATCGCTGACGACGGCATGCGCGTCGCCGATGGCGTCTGGGCCGTTGGCGATATCGCCACCTTTCCACTGAACGGCCAACCCCGGCGCATCGAACATTGGCGCCTGGCCCAGCAACAGGCACGCATCGCCGCGACGAACATGCTCGGCGGTGAGGAACACTACCTGGATGTGCCGTTCTTCTGGACGTACCACTTCGGCAAACGCTACGACTACCTCGGTCATGCCGAGGAATGGGACGAGGTGCAATTCAAGGGCACGCCTGAGCATCCTCCGTTCATCGCTCTGCTCGGCAAGGACGGTCTCGTTGCCGCCGTCGTGGCCTGCGATGAAGGCCGGGCCATGGCGGCGCTGGCCCAGCGCATGAAACAACCGCTGCCGGTGGATGAGGCCTGGCGGCTGGTCCGGGATTTTTCGGTGTAG MPMHQVARLADVREDRGLEVTLNETPILLLRAGGQVRAFQGKCPHAGAPLAEGAVCHGRLICPWHKAAFRAEDGALCEPPALDSLQRYHVELRGDEVWVDEQPLPAEKIPPADDPRTFVIVGAGAAGTACAAALREKGFGGRIQMIDREAEAGYDRTVLSKYVLAGDMAAEKTPALRDETYFTRQRIERRNGEVAGLDTSARQIHLADGQRLDYDALLIATGGVPRTPDMPGLDLPNVFTLRSLADSRQILDRAQPGQRAVIIGDSFIAMEVASSLRKRELSVTVLARHPVPFAAQFGDSIGKAILARHRANGVVYHSEGEAARIEGVEKVEAVVLDNGQRFAADLVIIGVGVRPATEPFADLPREKDQSLIADDGMRVADGVWAVGDIATFPLNGQPRRIEHWRLAQQQARIAATNMLGGEEHYLDVPFFWTYHFGKRYDYLGHAEEWDEVQFKGTPEHPPFIALLGKDGLVAAVVACDEGRAMAALAQRMKQPLPVDEAWRLVRDFSV PGPT0028500_465 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,PGPT0028500-hcaD_like-K22747 NA NA D1-35_05386 504 hypothetical protein ATGAAAATTATCAGGACCCGGCAGCGGCCTTTTCTGGTGGTCATCGATGTGCTCTTTACCGTGCTGGCGTGGGTTGGGCTGTTGTATCTGCTGGTCAATGGGCTCTGGCCGTTGTTCGACAGCCATGCCGGGCCGCGCCTGGGTGGTTCGCTGTTCGATACCCTGGGAACCTTGCAGATCTATGGCTGGATCGCGCTGGTCAACGCAATCATCCTGATTACCTGGGCGCGTTACCAACAGCGCAAAAGCCGCAGCTTCGCCCAGCGTCGGCTGCCGAGGCCTGCGGTGGATGACCAAGGCCTGAGCGCAAGTTTCAAGCTGACTGACGAACGACTGGAAACGCTGCGCCAGCCTGGCTCCAAAATCATCCATAACAACCCGGATGGCGACATCAGCCACGTAGTGCCGCACTTTCATCTGCTGAGCCCGGACTTGCAACCGCCGCCCCTGGCACCGCTGGACCGGCCGCGGGTGATTCATCTGCCGGCTGATCGCCCTGCGTAG MKIIRTRQRPFLVVIDVLFTVLAWVGLLYLLVNGLWPLFDSHAGPRLGGSLFDTLGTLQIYGWIALVNAIILITWARYQQRKSRSFAQRRLPRPAVDDQGLSASFKLTDERLETLRQPGSKIIHNNPDGDISHVVPHFHLLSPDLQPPPLAPLDRPRVIHLPADRPA PGPT0023490_40 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023490-pgaD-K11937 NA NA D1-35_05387 1356 pgaC COG1215 Poly-beta-1,6-N-acetyl-D-glucosamine synthase ATGCTCGACAGACTGCTCGCCGTCCTGGTGCTGGCGATCGTCCTTGGGGTGCCCCTGGGCCTGATCTTCCTGGTCACTGGGCAATTCCTGATGGACTTCGTGTTCTTCTACCCGCTGTTCATGTCCGGGCTGTGGATCGCCGGGGGCCTGTATTTCTGGCTGCACTGGGAGCGCCACTGGCCGTGGAAAGACGATACCTTGCCGCCGCCCCTGGCCGGCGAACCGCTGATCAGCATCCTGATCCCGTGCTTCAACGAAGGCGACAACGTTGCCGACACGATTCACGCAGCGCTGGGCCAGCACTACCCGAACATCGAGGTGATCGCCATCAACGACGGCTCCAAGGACAACACCGCCGAGGTGCTGGACCGACTGGCGGCCGAAGACCCGCGCTTGCGTGTGCTGCACCTGGCGGAAAACCAGGGCAAGGCCGTAGCCCTGCGCATGGGCGCCATCGCTGCACGCAGCGAATACCTTGTGTGCATTGACGGCGACGCGCTACTGGCACCGAATACCTGCGCCTACCTGGTGGCGCCGATGCTCGACAACGCCCGCCTCGGCGCGGTGACGGGCAACCCGCGCATTCGCACCCGTTCAACCTTGGTGGGTCGGGTCCAGGTCGGTGAGTTTTCCTCGATCATCGGCTTGATCAAGCGTACCCAGCGGGTCTTCGGACGAATCTTCACCGTGTCCGGTGTGATCGTCGCCTTCCGTCGCACAGCGCTGCACCGGGTCGGCTACTGGAGCCCGGACATGATCACCGAGGACATCGACATCAGCTGGAAGCTGCAACTGGACCACTGGAGCATCTTCTACGAACCCCGTGCGTTGTGCTGGATCCTCATGCCCGAAACCCTGCGCGGCCTGTGGCGGCAACGGCTGCGCTGGGCCCAGGGCGGTGCCGAAGTGCTGTTCAAGAACATCCGCGGCATCTGGCAATACCGCCACCGTTACCTGTGGCCGCTGCTGTTCGAATACTGCCTGTCCACCGGTTGGGCGTTCACCTTCCTGCTGTCGGTGATCTTCTGGGGCGCCGGCAAATTCATCGAGATGCCCGCCGCCATCGCGGTGGACCACCTCATGCCGCCGGCCTTCACCGGGCTGTTGCTGGCGGTGGTGTGCCTGATGCAATTCGCGGTGAGCATCCTGATCGACCGTCGCTACGAAAAAGGCCTGTGGCACATCATGTTCTGGGTGGTCTGGTACCCGTTGGTGTTCTGGTTGATCAGCCTGTTCACCACCCTGGTGAGCTTCCCCAAGGTGCTGTTCGGGCAGCATCAGAAACGTGCGCGCTGGGTTAGCCCGGATCGCGGGATCAAGCCGTTCGATGACGAAGAAGAGGAAGTGATCCGATGA MLDRLLAVLVLAIVLGVPLGLIFLVTGQFLMDFVFFYPLFMSGLWIAGGLYFWLHWERHWPWKDDTLPPPLAGEPLISILIPCFNEGDNVADTIHAALGQHYPNIEVIAINDGSKDNTAEVLDRLAAEDPRLRVLHLAENQGKAVALRMGAIAARSEYLVCIDGDALLAPNTCAYLVAPMLDNARLGAVTGNPRIRTRSTLVGRVQVGEFSSIIGLIKRTQRVFGRIFTVSGVIVAFRRTALHRVGYWSPDMITEDIDISWKLQLDHWSIFYEPRALCWILMPETLRGLWRQRLRWAQGGAEVLFKNIRGIWQYRHRYLWPLLFEYCLSTGWAFTFLLSVIFWGAGKFIEMPAAIAVDHLMPPAFTGLLLAVVCLMQFAVSILIDRRYEKGLWHIMFWVVWYPLVFWLISLFTTLVSFPKVLFGQHQKRARWVSPDRGIKPFDDEEEEVIR PGPT0023485_250 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023485-pgaC|icaA-K11936 NA NA D1-35_05388 1998 pgaB COG0726 Poly-beta-1,6-N-acetyl-D-glucosamine N-deacetylase ATGCCCGTCATTTCGCGATTCATCCTTCTGCTGGGAGTCTTGCTGATCAGCGCTTGTGCCCAGCAGGCCCCGGCATTTGCCCCGCCTTCGCAACGGCCGGTGATGGCCAACGATGCGCCATGGCCGAAAAACCACGTGCTTGGTATTGCCTACCACGACGTCGAAGACCGCGACCCCGACCAAGCCTTGGTGGCCGTGCGCACCGAGCGCCTGATCGAGCAATTGGCCTGGCTGCGGGAAAACAATTATCAGCCGGTCACGATCGACCAGATCATCGCTGCCCGCAACGGCGGCCCCGAACTGCCACCGCGCGCAGTACTGCTGAGTTTCGACGACGGCTACTCAAGCTTTTACACCCGCGTCATGCCCATCCTGCGCGCCTACAACTGGCCGGCCATCCTTGCTCCGGTCGGCAGTTGGATCGACACGCCGCTGAATCAACCGGTGGATTTTGCCGGGGTGCCGCGCAAGCGTTCCGAGTTCCTGACCTGGGAGCAGATTCGCGAGGTGTCGAAATCGGGCCTGGTGGAAATCGCCGCCCACACCGACGCCAATCACAAAGGCGTACTCGCCAACCCGCAAGGCAACCAGCAGCCGGCGGCGACCACGCGGCGCTACGATCCGGCTACCGGTCGCTATGAAGCGGAAGCCGATTTCCAGGCGCGTCTGCGCAAGGACGTGGCAGCCATTTCCGAGAAGATCCGCAAAGTCACCGGCTACAGTCCGCGCGTCTGGGTCTGGCCATACGGCGAGGCGGACGGCACCGCGTTGCAGGTGATTGGCAGCCAGGGCTACCAGATGGCCCTGACCCTGGAAGACGGCCTCGACAGCCTCGATAACCTGATGAGCGGCCCGCGCTTTCTGGTGGCTTCCGATCCGGACGGCGCTCACTTCGCCGAAAGCATCGTCTCGGTGCAGACTATGGACCCGATGCGGGTGGTCCACGTCGACCTGGATTACGTCTACGATCCGGACCCCGTGCAGCAGGAGGCCAACGTCGGCAAGCTGGTCCAGCGTATCTACGATCTGGGCGCGAACACCGTCTTCCTGCAAGCTTTTGCCGACCCGAAGGGCGATGGCCTGGTCCATTCGCTGTACTTCCCCAATCGGCATCTGCCGGTACGCGCCGATCTGTTCGATCGGGTCGCATGGCAATTGCGCACCCGGGCCAACGTGAAGGTGTATGCCTGGATGCCGGCGCTCAGTTTTGCCCTGGACCCGAAGTTGCCGCGTGTACAGCGCTGGGATCCTGAAACCGGCAAGATTGGCGTCGCCCCGGACCAGTACCTGCGCCTGTCGCCCTTCGACCCGAACGTGCGCAAGGTCATCGGCGAAATCTACGAAGACCTGGCGCGGATGAGCTCGGTGGACGGCGTTCTGTACCATGACGACGCGGTGTTCTCCGACTTCGAGGATGCCGGCCCAGCTGCGATGAAAGTCTATGCGGCCAACGGCTTGCCGACTTCCATCGCCGCTCTGCGCGACGACCCGGCGGCCATGCAGCGCTGGACCCGTTTCAAGAGCCGCTACCTGATCGACTTCACCGCTGAGCTCACGGCCAAGGTTCGGGCAATTCGTGGTCCGGAGGTGCGCACGGCGCGCAATATCTTTGCCGAGCCGATGCTCAACCCGCAGAGCGAGGCCTGGTTCGCCCAGAACCTCAATGACTTCCTCGGCGCCTACGATTGGACGGCTCCGATGGCCATGCCATTGATGGAAAAACAGACCCGCGAGCAATCCGGGCCCTGGCTCGAACGGCTGGTGGAAACCGTCAAGGCTCGCCCCGGTGCGCTCAAGCGCACGGTATTCGAATTGCAAGCGCGCGACTGGCACAGCAAGCCGGTGGCCGATATCGAAGGTGAACAACTGGCCGACTGGATGGGGCGACTCAAGCGCCAGGGCGTGACCAGTTTCGGCTACTACCCGGACAACTTCATCGAAGACCAGCCTGCCGTGAAAGCCGTGCGGCCTGCGCTCTCCAACAAGTGGAATCCTTGA MPVISRFILLLGVLLISACAQQAPAFAPPSQRPVMANDAPWPKNHVLGIAYHDVEDRDPDQALVAVRTERLIEQLAWLRENNYQPVTIDQIIAARNGGPELPPRAVLLSFDDGYSSFYTRVMPILRAYNWPAILAPVGSWIDTPLNQPVDFAGVPRKRSEFLTWEQIREVSKSGLVEIAAHTDANHKGVLANPQGNQQPAATTRRYDPATGRYEAEADFQARLRKDVAAISEKIRKVTGYSPRVWVWPYGEADGTALQVIGSQGYQMALTLEDGLDSLDNLMSGPRFLVASDPDGAHFAESIVSVQTMDPMRVVHVDLDYVYDPDPVQQEANVGKLVQRIYDLGANTVFLQAFADPKGDGLVHSLYFPNRHLPVRADLFDRVAWQLRTRANVKVYAWMPALSFALDPKLPRVQRWDPETGKIGVAPDQYLRLSPFDPNVRKVIGEIYEDLARMSSVDGVLYHDDAVFSDFEDAGPAAMKVYAANGLPTSIAALRDDPAAMQRWTRFKSRYLIDFTAELTAKVRAIRGPEVRTARNIFAEPMLNPQSEAWFAQNLNDFLGAYDWTAPMAMPLMEKQTREQSGPWLERLVETVKARPGALKRTVFELQARDWHSKPVADIEGEQLADWMGRLKRQGVTSFGYYPDNFIEDQPAVKAVRPALSNKWNP PGPT0023480_203 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023480-pgaB-K11931 NA NA D1-35_05389 2484 pgaA Poly-beta-1,6-N-acetyl-D-glucosamine export protein ATGCCGCGTACTGTGGGTCCTCTTATTCAATTCGGTTTGCGCCCGTTGTTTCGCGTCGCGCTGTGCAGCCAATTGTGCTGGTCGGTGGTGGCGTTTGCCGATACCGCTTATGACCAGATGGTGCTCGACGCCCGCGCGGGGCATTACACGCCCGCGTTGTCCGTATTGCGCCAGGTGCCGGTTGGCCAGGCCAGCACCGCACAGATCAGTGACCATCTGCAGATCGCCAGTTGGGCCGGTCTTGATGCCGAGGTGGTGAAAGTCTACGAAACCCAGGGCCGCTACCGCGACCTTCCGGTTCAGGCGCTGACCGCAGCTGCTCGCTCCTATCGCAACCTCAAGCGCTGGGATCCGGCGGTCGAGTTGTATCGCCGGGCGTTGGCGATAGATCCGCAGAACCCCGATCTGCAACTAGGCCTGGCCTTGACCCAGGCCGATGCCGGCAAGCCAGATGAAGCCGTCAACCGCGCCAGGGCGCTCGTTGCCGCCAAGCCAGAAGATCCGATGCGCCGGTTGGCCTTGGGTTATGCGCTGACGCGTGCGGACAATCCCCACGAAGCGCTTTTCGAATACGACCAGGCGTTCACCCGTGCCGGCAGCAACAAGCCTGAAGTCGCCCGCGAGTACGTCTACGCCCTGCAACGCGCCCGTTTGCCTGAGCCGGCCCTGCGCCTGGCCCGGCTTCAGCCCGGCCTGATCGATCGTGGCGTGCAACGCAGGCTCGAAGGCGATGTGGCGGCCGAGCGGGTGCGCCTGGCGGATATGGCCAGTCGCAGCGAAACAGAACGTTTTGTCATTGCCGATCGCGCGCTGGCGGACTACGACAAACTGCTCGCCACCTGGACTCCGGTGGCCGAGGCCCACGATGATGTCTTGCGCTGGCGGATCGACCGCATGGGCGCCCTCAACGCCCGGGCTCGCCGGGCCGAGGTGATCGCCGAGTACCAGAAGCTGGTCGCTGAAGGGGTCAGCATTCCAACCTACGCGCTGCGCTGGGTGGCGTCTTCCTATCTGGAGCAACGTGAACCGGAGATCGCCGTCGATCTGTACCGCCGCGTGCTGATTGCACCGGATGCAGATCCTGCGGACCGCTTCGAAGACAGCACTGCGCTCTACTACGCCTTGCTGGAAAGCGAAAAATCCGAGGAGGCTCGCGCACTGGCCGAAGACCTGGCGAAAGCACAGCCGGCCCGCGTGGAGCTCAAGGGGCTGCCGATCGGCAATCCCAACGACGAGTGGATGGACGCGCAGCTCCTGGCCGCTCAAGCAGGTACCTACGGCGCCGATCTGCCTACCGCCGAGGCGCGCCTGGACGCTCTGGTCTACCACGGCCCCGGCAATATCGGCTTGCGCCTGGCCCAGGCCGATCTGTACCAGGCACGTGACTGGCCGCGACGTTCGGAAAGCCTGCTCAAGGAAGTCGAGGCCACGACGCCGCGCAATCGCGACCTGGAAGTCGCCCAGGCCCGCGCCGCCATGGATCTGCAGGAATGGCGGCAAATGGATGCGCTTACCGATGACGTCGTCGCCCGCTATCCCGAGAACGCTCACGTCAAGCGCCTGCAACGCCAGCGTGACGTCCATGACATGGCTGAACTGCGCATCGAGGCCTACACCGGCAAGAGCTACGGTGGCGGCAATGGCGACGCAGGCGCGGTGACCGGCAGCCGCGATTTTGGTATCGAGACCTTGCTCTACAGCCCGCCCATCGATGAAGACTGGCGGCTGTTCGGCGGTGCCGGTTACGCAACCGGCGACTTCGAGGAAGGCACCGGCCATCATCGCTGGCAGCGCCTGGGAGTGGAGCGGCGTACCCGCGACATGACCCTGGAGGCGGAAGTCTCCAACCATTCGTATGGTTCCGGTGACAAACAGGGCGCGCGAGTAGCCGTGGCCCGGGACATCAATGATCACTGGCAGTACGGCGGCAGCCTGGACTACCTCTCGGCCAACACTCCGTTGCGGGCTCTCAACAGCGGGATTCGCGCCAATGGTGGAAGCGGTTTCGTCCGCTGGCGTGCCAATGAAAGCCGCGAGTGGCGGCTGGCTGTCAGCCCGTCCCACTTCAGCGATGGCAACAACCGCCTCGAGACCTTGCTGACTGGCCGCGAGGGCATCTACAGCGCTCCGAGGCTGCAAGTGGAGCTGGGCCTGGAAGTCGGTGCCAGTCGCAACAGCGGCTCCAATGAAGTGCCGTACTTCAATCCGAAATCGGACTTCAGTGTCATGCCGACCGTGAGCGCCAATCACGTGTTGTATCGCCGCTACGAAACCACCTGGAGCCAGCAGTTCCAGGCGGGCGCCGGCACCTACAGCCAGAGTGACTACAGCACCGGGGCCATGGGGTTGCTCAGCTACGGCCAACGTCTGCTCTGGAACGATGTGCTTGAAGCCGGGGCCGCGCTGAGCTGGCTCAACCGCCCTTACGACGGCGATCGTGAAAGCGATCTGCGCCTGCTTGTCGACCTCACCTACCGCTTCTAG MPRTVGPLIQFGLRPLFRVALCSQLCWSVVAFADTAYDQMVLDARAGHYTPALSVLRQVPVGQASTAQISDHLQIASWAGLDAEVVKVYETQGRYRDLPVQALTAAARSYRNLKRWDPAVELYRRALAIDPQNPDLQLGLALTQADAGKPDEAVNRARALVAAKPEDPMRRLALGYALTRADNPHEALFEYDQAFTRAGSNKPEVAREYVYALQRARLPEPALRLARLQPGLIDRGVQRRLEGDVAAERVRLADMASRSETERFVIADRALADYDKLLATWTPVAEAHDDVLRWRIDRMGALNARARRAEVIAEYQKLVAEGVSIPTYALRWVASSYLEQREPEIAVDLYRRVLIAPDADPADRFEDSTALYYALLESEKSEEARALAEDLAKAQPARVELKGLPIGNPNDEWMDAQLLAAQAGTYGADLPTAEARLDALVYHGPGNIGLRLAQADLYQARDWPRRSESLLKEVEATTPRNRDLEVAQARAAMDLQEWRQMDALTDDVVARYPENAHVKRLQRQRDVHDMAELRIEAYTGKSYGGGNGDAGAVTGSRDFGIETLLYSPPIDEDWRLFGGAGYATGDFEEGTGHHRWQRLGVERRTRDMTLEAEVSNHSYGSGDKQGARVAVARDINDHWQYGGSLDYLSANTPLRALNSGIRANGGSGFVRWRANESREWRLAVSPSHFSDGNNRLETLLTGREGIYSAPRLQVELGLEVGASRNSGSNEVPYFNPKSDFSVMPTVSANHVLYRRYETTWSQQFQAGAGTYSQSDYSTGAMGLLSYGQRLLWNDVLEAGAALSWLNRPYDGDRESDLRLLVDLTYRF PGPT0023475_69 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-POLY-N-ACETYL-GLUCOSAMINE_METABOLISM CE-EPS-POLY-N_ACETYL-GLUCOSAMINE_BIOSYNTHESIS,PGPT0023475-pgaA-K11935 NA NA D1-35_05390 1506 ydgA COG5339 Protein YdgA ATGAACAAATCAGCAAGCGTACTTCTGGGAATCATTGTGGTTGTTGGTGCAATCAGTGCGGGTGGCGCCTGGTATACCGGCACCAAGCTTGAAGGCGTACTGCAAACCGCTATTGCCGACAGCAATAAGCAACTGCAAACGGCTTTGGCGGGTTCCAATGGCACCGCTTCGATTGAACTGGTCTCCCTGGACCGTGGCACTTTCAGCAGTACTGCCCGTTATCGTCTCAAGGGTGAAGGCGAAATGTTCGGCGGCGAACCGGTCGAGCTGCTGTTCGTTGACAATATCGAACACGGTCCACTGCCATTCTCGCGCCTGATGACGCTCAAATGGTTGCCGGTCATGGCCACCAGCCACACCGAACTGGAGCGGACTCCGCTGACCGAAAAGTGGTTCGTTGCCGCCAAGGATAAATCGCCTCTCAAAGGCGTCTTCAATCTCGGTTACGATCAATCCACCAACGGCACGTTCGAACTGCTGCCTCTGGATACCAAGCTGGATGAGCAATCCCAGCTGATCTTCTCCGGCCTGAAAATCGATGTGGCCGCCAGCGCCCAGGCTGAGAAGATCAAGGCCGACGGCTACATGGACAGCTTCAAGTTGACCACCGTCGCCGAAGATCAGACGCCGGTTCAGGTAGAGTTCAGTGGCCTGACATTGGCCAGCAACCTGACCAAGAGCACCTATGGCTACTACAAGGGCGACAACACCCTGTTGCTGAGCAGCAGCAAGACCACCTTCGGCGAGCCGAAATCGGTATTGGGCCTGAAAAACTTCGAGATGAAGAACAACAGCTCCGAGAACGGCACCAGTGCTTCGGGACGCGCTGATTACAAGATCGGCGAGTTGTCGTTCAACGACAAGGTCATCGGTTCTGCACAGATGGCGGTCAGCCTGAAGAACCTGGACATCCCTGCCACAATGTCGCTGATGCAGGTCTACCAGGCCAAGCTGCAACCCTACGAAAAGGCAGTTGCCGAGGCCGCTGAAGCGGGCGAGCCGGCTCCAGAGCTGAACCTCACCGAGGCAGAAGAAGCGCAGGTCAAAGCCGACCTGGAAAAACTCCTGGCTGGCGCCCCGCAAGTGGCCCTGGAGAACCTCTCGTTCAATACCGCTAACGGCGAAAGCCGCGCGAGCCTGGTTGTTGATCTGGCCAAGCCGCAGTCCATGGACCTGCCACCCGATGAGCTGGGCCGTCAGTTGCTCGCTCTGCTGGACTTCAAGGTTAAGCTTTCCAAGCCAATGCTGGTGGATCTCCTGACCGTGCAAGCGCAGATGGAAGGCCAGACCGACGCAAAACTGATCGCCGACCAGGCGACTGCCACCAGCGATATGTTCAGCGCCATGGCGGTAGGCACGGAGCTGGCGAAGCTTGAAGGCAATGATGTGGTTACCAATCTGCACTACGCCAACAATCAGGTCGATTTCAACGGCCAGAAGATGACCGTTGAACAGTTCACCGCGTTTGTGATGAACAAGCTGGGCGGCGGCGTCGCCATTCAGTAA MNKSASVLLGIIVVVGAISAGGAWYTGTKLEGVLQTAIADSNKQLQTALAGSNGTASIELVSLDRGTFSSTARYRLKGEGEMFGGEPVELLFVDNIEHGPLPFSRLMTLKWLPVMATSHTELERTPLTEKWFVAAKDKSPLKGVFNLGYDQSTNGTFELLPLDTKLDEQSQLIFSGLKIDVAASAQAEKIKADGYMDSFKLTTVAEDQTPVQVEFSGLTLASNLTKSTYGYYKGDNTLLLSSSKTTFGEPKSVLGLKNFEMKNNSSENGTSASGRADYKIGELSFNDKVIGSAQMAVSLKNLDIPATMSLMQVYQAKLQPYEKAVAEAAEAGEPAPELNLTEAEEAQVKADLEKLLAGAPQVALENLSFNTANGESRASLVVDLAKPQSMDLPPDELGRQLLALLDFKVKLSKPMLVDLLTVQAQMEGQTDAKLIADQATATSDMFSAMAVGTELAKLEGNDVVTNLHYANNQVDFNGQKMTVEQFTAFVMNKLGGGVAIQ NA NA NA NA NA D1-35_05391 636 hypothetical protein ATGAAAAACCCTTATGCTCCCGGCTTCTGGTGCGCTGTCGCGGCCTTGGTGCTGCTTTCGGCCACCTACTTCTATGGCGTCATGCTGACTCACCATATCGACAAGGCACTGATTTTCCTGGATAGCGCGGCTGCGCTGATCGGTGTCATTTCTGTCGCAATCGTCGCCTGGGCTTCTCTTCAAGGCCAGCGCATCAAGAAGAAGCAGCTTGTGCAAGGCAAGACACTGGTCCTGATCTGGGATACCAAGGTTGCGCTGCGCCGGGTTGAAACGGTATTCGACCGTTATTTCTGGGGCAGCTATTGGCAGCCTGGACGCACGTTTCAGGAAGTCATGGGTGAACTCACCGGCACTCCGCTGGAGAAAAGCCTCGAGGCACTGAAAACTCAATGCGCCGCCCTGGACAAGCAAGTCGCGCAAGACGACTGGCATTGGCTCAACAATGCCCGCGAGCTGTGCGATGTGGCCAACGCGATGGCTCGGGAGCGCTATCAATTGGACTTCTACGATGGGCGTGACGATTCATCGGGTGCGGCAGTAATCAATCGAGATTTCGAAGTGTTGGTCTACACCTGGACAGCACGTCTCAAGACCTTCGATCATCAACTTGACGAGATCGAAGTCGAATATTCGTAG MKNPYAPGFWCAVAALVLLSATYFYGVMLTHHIDKALIFLDSAAALIGVISVAIVAWASLQGQRIKKKQLVQGKTLVLIWDTKVALRRVETVFDRYFWGSYWQPGRTFQEVMGELTGTPLEKSLEALKTQCAALDKQVAQDDWHWLNNARELCDVANAMARERYQLDFYDGRDDSSGAAVINRDFEVLVYTWTARLKTFDHQLDEIEVEYS NA NA NA NA NA D1-35_05393 438 hypothetical protein ATGAATGAGCGCTATCATCGTTTGGTTACAGATATCTGCCAGCTCTCTCAGATCCCCTTGGCTGCAATTGATTTAGAGTTGGTTCAGTTAAGCGTGAAAGGCATTGACTTCAGCTTTTCCAACTTGGCAGATACCGTCATGATCCACGCGGACTTCGGTCCGTTACCAGTCCGCCGCAGAGAAGCCATCTTGCTTCAGCTCATGAATGTCAACTTTCATTTGTTTGGCGGAGACAGCCCCTGTTGCTTTTCACACAACGATGGCACGGGCCAAGTGCAGTTCAGTTGCACAGTGGGGCTGACCCAGATTGGCGCGCCTCAGTTCGTGCAGTTGCTGGGCCATATCGCTGAGTATGCGCAATCATGGCAGCACAGCTATTTCCTCGATGAGGGCTCGAAGCGCGAAGCTTCAGTGCGCACCAATTTGGGGGGCTTATGA MNERYHRLVTDICQLSQIPLAAIDLELVQLSVKGIDFSFSNLADTVMIHADFGPLPVRRREAILLQLMNVNFHLFGGDSPCCFSHNDGTGQVQFSCTVGLTQIGAPQFVQLLGHIAEYAQSWQHSYFLDEGSKREASVRTNLGGL NA NA NA NA NA D1-35_05394 1866 hypothetical protein TTGGCGCCCCGCCTGGGGCAGCCCGGCTTTGAGGGCACGGTAGCCAGGCAGCGCATGGTTCTGGAAGGTAAATATCTGCAGGAGCACCCCGATATTCCCTACGCCGATATAAGTAACAAGCTATTTGCGAAGGCCAATGGGAAAGCGCCCGCATCCATGACCGGACGCTTACTGGCCGATGCCAAGCAAGCGCAACAGACGCTGATCCACGAGTTGGAAAAGCTGACTGAGGATCCACAACGTCCACCGGATCTGGAGGCATATCACAAGGTGCTGACGGAGGCAGTGCGCGCGCAAACCGATTTGCTGGGCGCACACGTCGCTCTCTACGAACAGGCATTGACCGATCCACAACTGTCGACCGCCGACAGACAACACATAGAACGTAGCGAAAGCGCCTTCGCGCGTCATGCCCAACAGACCGTGGGCCTGATACCAGGCGCGTTGAAAACGGCCTTGACCAAAGCGGACGCAACGGTCAGCGCACTGAAGCAACTGAAGCAACCGTCAGAGGAATGGGAGCATATCAGCACGATGCTCAGTGACCTGGTCGAGCACACCTCAGTCGATGGAGAATTCAAAGATGCGCTGGATAACGCCAAACTTCCCGCCGAGCTTCAGAAGCTCCATCAGCACAACGACGGCTGGGTAGCGACTGCCAAGGCCGCGGCCGCAGGCGCCATGCCCCAAATGCTCGCGTCGGGCCTGGCGTTCGGCTTTGCGCGCGCGGTCGTAGAGTCCGCGGTCCCCGACCTGAAGGCCCAGGCATTCGCTACCGCGCCCGTGATGGCGGCGGCACATGAAGTAGGCACTAACCTGCTTAAGCCCATCAGCCAGGAGATGATGGGCGGGTGGTCGCTAAAACCGGTGAAAGCGTCAGAGGTCATTCCAAACCCTAACCCGCGCACTATTGTCGATGGCGAGCTCCAGCCCCTGCCCATCGAACAAAAAGAAATCGCCATGCAGGAGGTTGATGAACAGCGCAGCCGCCATCTCAACGCCCAGCAAGCCAACAAGAATGGAACCGGCATTGGCGAGGCTGAAGCCTTCGGCGCGTTTAGCCTGGCACAAGGCATCCGGCAAGCAATAGGACTGGCCAAGCCGCATATTCCTGTGGAGCAATTTGGTCCCCGCACGCTGGCCTCCATGGCAGGCGGCCTGTTCATGGGCGGCCTGCAATCGGCTGCGCAACTGCGCAGTAGCGTTCCGGACCGACGTGGACGCGAGCTGCCGACCCACACCTTCAAGGAAGTCGACGAACCGTTGGCGAATCGCTTGGCTAAAGCGGCATCGGACGCGGTGTTGGCCAGCGACCCGAGCAATCCTGAGGTTCGTCAAAGCCTGTTCAGTAAAACCTATGGCTCACTTGCCGGACTGGGCAGCGCCATGGGCGTCAGCTTCGCGGCAGGGCGCTTTGACTCAGACACGCCGGTGAAGCAGTTTGGCCAGGTGCTTTTGGCCGCGTTGGGCTCGCCTGCTCTCCTTATTCCTACCTATGCCGGCTTTCAAGCCGGTGCTGAGACCAAGGCTTATCAGGCGGCACTTGAACAGGAGCGCAAAGCGCAGGAGTTGCCCGGGCCGGGCGCCCCCGCCCCGCCCCCCGCGTCCAACTTCCCGCGGACACAAACGGCAATCCAGAACTTCCTGTCGCCCGACCGAGCCGACCTACCGCATGGCTCCATGCCAGGAACCTGGGGCAGAGTTGCAGAAAATACCTACCACCGTGTGCGAGGGGGGTTGCAGGTCGCGTCCCAAATCCCGACTGAACTCACCGAGCTTGCAATCAAAAAGGCTATCACTCGTGAGGGAAACAATGCTGATGACGAGGCGGCCCCACAACCACCTGAAGCTTTGCCGCAGAAGTGA MAPRLGQPGFEGTVARQRMVLEGKYLQEHPDIPYADISNKLFAKANGKAPASMTGRLLADAKQAQQTLIHELEKLTEDPQRPPDLEAYHKVLTEAVRAQTDLLGAHVALYEQALTDPQLSTADRQHIERSESAFARHAQQTVGLIPGALKTALTKADATVSALKQLKQPSEEWEHISTMLSDLVEHTSVDGEFKDALDNAKLPAELQKLHQHNDGWVATAKAAAAGAMPQMLASGLAFGFARAVVESAVPDLKAQAFATAPVMAAAHEVGTNLLKPISQEMMGGWSLKPVKASEVIPNPNPRTIVDGELQPLPIEQKEIAMQEVDEQRSRHLNAQQANKNGTGIGEAEAFGAFSLAQGIRQAIGLAKPHIPVEQFGPRTLASMAGGLFMGGLQSAAQLRSSVPDRRGRELPTHTFKEVDEPLANRLAKAASDAVLASDPSNPEVRQSLFSKTYGSLAGLGSAMGVSFAAGRFDSDTPVKQFGQVLLAALGSPALLIPTYAGFQAGAETKAYQAALEQERKAQELPGPGAPAPPPASNFPRTQTAIQNFLSPDRADLPHGSMPGTWGRVAENTYHRVRGGLQVASQIPTELTELAIKKAITREGNNADDEAAPQPPEALPQK NA NA NA NA NA D1-35_05395 723 aceE_4 COG2609 Pyruvate dehydrogenase E1 component ATGGCCTCAACGGTACCCAACTGCCGAGCCTATGATCCGGCGTTCGCCGGCGAGTTTGCGGTGATCCTCGACCACGGCATGCGCCAGATGCTGGAGCGCCAGGTGGACGAGCTCTACTACGTCACGCTGATGAATGAAAACTACCCGCAGCCCGACCCTCCAGCCGGTGTCGAGCAAGACATTCTCAAAGGCATGTACCTGTTCGCCCGCAAGCAATTAAAAGGGGCGCGTGGCAGTGTTCAGCTACTGGGCTCTGGCACTATCCTGCGCGAAGTGATCGCCGCCGCTGAACTGCTCGCCAGCGACTGGAACATCGACAGCCAGGTATGGAGCGTCACCAGTTTCACCGAGCTGGCACGGGACGCGCGCGAGGTCGAACGCCACAATCGACTGCATCCTGAACAACCTGGGCGCAGGAGCCACCTGCAGGCGTTGCTCGACAATGCGTCGCCGGTCATCGCCTGTAGCGACTATGTCCGGGCCGTGCCAGCCTTGATAGCGAGCTACGTTGAGGCGCGCTACACGGTGCTCGGCACCGATGGTTTCGGCCGCAGCGACACCCGCGCTCAGCTGCGCCGATTCTTCGAAGTTGATCGGCATCAGATCGTCCTGAGTGCCCTGACCGCGCTGGTTCAAGCCCAGGCATTGGCGCCGGATGTATGCGTCGAGGCGATTGCCCGGTACGCCATTGACGTGGACAGCCTGGCGCCGTGGGAGGCGTGA MASTVPNCRAYDPAFAGEFAVILDHGMRQMLERQVDELYYVTLMNENYPQPDPPAGVEQDILKGMYLFARKQLKGARGSVQLLGSGTILREVIAAAELLASDWNIDSQVWSVTSFTELARDAREVERHNRLHPEQPGRRSHLQALLDNASPVIACSDYVRAVPALIASYVEARYTVLGTDGFGRSDTRAQLRRFFEVDRHQIVLSALTALVQAQALAPDVCVEAIARYAIDVDSLAPWEA PGPT0001385_1015 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D1-35_05396 1434 hypothetical protein ATGTCGGCAGCGGACTGTATCGAATTGGAAGATTCCATCCTGGCGTTGTCCATGGTCGGCGACCTGAGCATGGGCCAGCCGTTCGATCAGTCGCGCCGCACCGCGCGGCTGGTGCAGATGCTCGCACAGGCGTGCAACGGCGCTGGCGAGCACACCGAGATCGGACGCCAGGTCGCGTTGCTGCGCTGGTCCGGATGCACCGCCAATGCGCAGGGCTTTACCCGTCTGCTGGGCGATGACGTCGAGGGCCGCAACGCGATGTTGACGCATACCCTCGATGAGGCGGGTCAGCGAGCGATGCACCGGTCCACACCGTTGGCGCAGATCCATTGCGAGGTGTCAGGTGATATTGCTCATACATTGGGCTTGCGCGCCGAAGTCGAACACGGGCTGCGCCATGTGTTCGAGCAATACGACGGTGAGGGAAGGCCGTCTGGCCTGCGTCATCCCCAGGTGCCGGAGGTGGTATATCAAGTGTCGCTGGCGGGAGATCTGGAAATCCTGTCCCGTACGCATGGACTGGAAACCGCATTGCGATGGATTGCCAGCAGGAGCGATCGTCGTTATCCGGCAGCGCTCGCCGCTGAAATGCTGCAACACGCCGAAGACTGGCTCGCGCAACTGCGCACGCCACAGGTCACGACTTCGCGGCAAACCGCGCCATCGGTGCCGTTGACGCTGGTCGGCGATGTGATCGATCTCAAGCTGCCGTGGCTGGCAGGGTATTCGCGACGCGCTTCGGAGCTGGTCCGGGACGCCGCCAGACTTGGCGGACTGCCAGAGACCTCGGTCGACCATCTTGGCCAGGCGGCGCTGATCCATGGCCTGGGCCGCGCAGCGGTGCCCAATAGAGTCTGGAACACCCCAGGTGCGTTATTGGAAGGCGATCTTGAGCTCGTGCGGTTGGTGCCTTACTGGACGTCGCGGGCCTGTAGCCAGATACCATCGCTTGCAGTGTCGGGCCAGATCGCGGCCCACGCCTACGAGCGACTGGATGGCAGTGGCTACTTCCGTAATCTCAACGCCGACGCGCTGCACAGTGAACATCGCTTGCTCGCCGCAGCCCTGGCTTGGCAAGCGTTGCTGAGCGAGCGACCGTGGCGGCCGGCCCTCACGCAGGATGCCGCCGCCCGTTTGCTGCTGGACGAGGCGCAGCAGGGCCGCTTCGAACACCGAGCCTGCCAGGCAGTCATTGCGGCGGCGCGCGGGGATGCAACGATGGCGGCCTGCAAGCCGACCGCTGGCCTGTTGTCCGAGCGCGAAACGGAAATTCTCCGGCGCATCAGCACGGGGGGCAGCAACAAGGAGGTGGCGCGCCAGCTAGGCATCAGTCCTAGCACCGTGCGCACCCATGTGGAAAACCTGTTCCGCAAGCTTCAATGCACCACCCGCGCGGCTGCGACGCTCAAAGCGCTGACGCTGGGGTTGATTTGA MSAADCIELEDSILALSMVGDLSMGQPFDQSRRTARLVQMLAQACNGAGEHTEIGRQVALLRWSGCTANAQGFTRLLGDDVEGRNAMLTHTLDEAGQRAMHRSTPLAQIHCEVSGDIAHTLGLRAEVEHGLRHVFEQYDGEGRPSGLRHPQVPEVVYQVSLAGDLEILSRTHGLETALRWIASRSDRRYPAALAAEMLQHAEDWLAQLRTPQVTTSRQTAPSVPLTLVGDVIDLKLPWLAGYSRRASELVRDAARLGGLPETSVDHLGQAALIHGLGRAAVPNRVWNTPGALLEGDLELVRLVPYWTSRACSQIPSLAVSGQIAAHAYERLDGSGYFRNLNADALHSEHRLLAAALAWQALLSERPWRPALTQDAAARLLLDEAQQGRFEHRACQAVIAAARGDATMAACKPTAGLLSERETEILRRISTGGSNKEVARQLGISPSTVRTHVENLFRKLQCTTRAAATLKALTLGLI NA NA NA NA NA D1-35_05397 762 hypothetical protein ATGTTCACACCCAAGGCCCTTGCCCTCACACTCGCCATGACCTGCTCACTGCTCGGCGGCGCGGTCCATGCCGCGGCGCAGCAACCTTCTGTCGTTATCGTTCACGGCGCTTTTGCCGACGGCTCCGACTGGAGCAAGGTCGTTCCGCTGCTGCAGGCGGAAGGCATCAAGGTCACCGTTGTACAAAATCCGCTGACGTCGCTGGCAGACGATGTCGCCGCCACGCAGCGTGTTCTGAACAACCAGGAGAACGACGTCGTGTTGGTCGGCCATTCCTGGGGCGGCACGGTCATCAGCGAGGCTGGCAGCGACAAGAAAGTACGCAGCCTGGTGTACGTCGCCGCGTTCGCGCCGGATGCCGGTCAAGCCAGTAAAGACCTGGGCAAGGACTACCCGGCACCGTCCGGCGTGAAAGATATCGCCGCCGACAAGAACGGTTTCCTGTACATGACCGCCGAGGGCATGGCCACCGGTTTTGCCCAGGATCTTTCCGCAGAACAAACCGCCGTCATGACTGCGACGCAAGGGCCGATCCGCGCCTCGGCATTCGATGACAAGACCAGCGTTGCTGCCTGGAAAGGCAAGCCAACCTGGTACGTCGTGGCCAAGGAAGACCGGATGATCCAGCCTGATCTGCAACGCGCTTTCGCCAAGAAGATCGGCGCCAAGGTCACCGAAATCGAAGCCAGCCACGTGCCGCAACAATCGCGCCCGGCAGACGTCGCAAAAGTCATCATCCAGGCCGTTCAAAAGAGCCAGTAA MFTPKALALTLAMTCSLLGGAVHAAAQQPSVVIVHGAFADGSDWSKVVPLLQAEGIKVTVVQNPLTSLADDVAATQRVLNNQENDVVLVGHSWGGTVISEAGSDKKVRSLVYVAAFAPDAGQASKDLGKDYPAPSGVKDIAADKNGFLYMTAEGMATGFAQDLSAEQTAVMTATQGPIRASAFDDKTSVAAWKGKPTWYVVAKEDRMIQPDLQRAFAKKIGAKVTEIEASHVPQQSRPADVAKVIIQAVQKSQ NA NA NA NA NA D1-35_05398 1560 COG2303 putative GMC-type oxidoreductase ATGCCTGTGAATCGCGAGGTGAAAAAGCATTATTTCGATTTTATCGTCTGTGGGGCGGGAGCTGCCGGCTCCGTCGTGGCCGGTCGCCTGGCCGAGAATCCTGAGGTAGAGGTATTGCTTATCGAGGCCGGCGGCAGCGACGAACATCCCCACGTGCTGGAACCGGGGAACTGGCCGCTGAACCTGGGCACCGAGCGCGATTGGAATTTCGTGGGTGCGGCAAACCCTCATCTCAACGACAGGAAAATCCCGCTGAATATGGGCCGCGGACTGGGCGGTGGGTCCAGCGTCAATGTCATGTTGTGGGCCCGCGGTCATAAAAACGACTGGGAAGATTTTGCCGCGCAAAGTGGCGACCCGGCGTGGAGCTACGCCTCGGTCCTGAAGATATATCAACGCGTGGAAGACTATCGGGGCACCTGCGATCCGGTCCGTCGTGGCAAGGGCGGACCGGTTCATGTCGCGCCTGTACGAGATGCTCAGCCGATTGCCAACGCCATGATCAGCGCGGCTGTCGGCATGGGTATACCGGCTTTCGAGAACCCGAACGGCGCGATGATGGAAGGTCGCGGAGGTGCGGCCCTGAACGACCTCATCGTTAAGGACGGCCAGCGTAACTCCATTTACCGCGCCTACGTCGCTCCACGCATTGGCCAGCCCAACCTCACGGTCCTGACTGATACGCTTGTCAGCCGCGTGCTTTTCCGGGACCAGCGCGTCATTGGCGTGCAAACCATACGCAATGGGCAGACCGAGTGTTTTTACGCCGACCACGAAGTGGTTCTTTCTCTGGGGGCGGTCAACACCCCCAAAGTCCTGATGCAATCAGGCGTGGGACCGGAGGAAGAATTGCAGCGTCATGGCATCCCGCTCGTCCAGCATCTCCCCGGCGTTGGCGCCAATCATCAGGATCACGTGTCCTTTGCGGTTATTTTCGAATACGCGACGCCACAACCGGTGGGCTATGGTGGCTCGGAGGCGACGCTCTACTGGAGCAGCGAAAGCGCTTTGCATCTCCCGGACATGTTCCACTGCCAGGTTGAATTTCCCGTACCCAGCGCAGAGACCGCTTCACTCGGTGTTCCCGCACATGGCTGGACAATGTTTGCCGGCCTTGCCCACCCGGAAAGTCGCGGACGGGTCAAGCTCAGCGGCCCGGATGTGACCGATGCCCCGATCATTCAGCCCAACACCCTCTCTCACCCCACCGATCGACGCAACGCGCTGGAGAACATCCGTTTTGTCCAGGAACTGGGCGCACAGGCACCCTTCAAGGGCTTGGTCAAACGTGAAAGCCTGCCGGGAAAACTCGACACCCAATCGCTCGAACATTATGCGCGCAACGCCGCCGTTACTTACTGGCACCAGTGTGGTACGGCAAAAATGGGCCAGGACGCGATGTCCGTGGTCAATGGTCAGCTGCGTGTCTATGGGGTCCAGGGCCTGCGCATTGCCGATGCATCCATCATGCCGCACGTCACGAGCGGCAATACGATGGCCCCTTGTGTCGTGATCGGTGAGCGGGCCGTGGAAGCCATACGGACCACTTACGACATATAA MPVNREVKKHYFDFIVCGAGAAGSVVAGRLAENPEVEVLLIEAGGSDEHPHVLEPGNWPLNLGTERDWNFVGAANPHLNDRKIPLNMGRGLGGGSSVNVMLWARGHKNDWEDFAAQSGDPAWSYASVLKIYQRVEDYRGTCDPVRRGKGGPVHVAPVRDAQPIANAMISAAVGMGIPAFENPNGAMMEGRGGAALNDLIVKDGQRNSIYRAYVAPRIGQPNLTVLTDTLVSRVLFRDQRVIGVQTIRNGQTECFYADHEVVLSLGAVNTPKVLMQSGVGPEEELQRHGIPLVQHLPGVGANHQDHVSFAVIFEYATPQPVGYGGSEATLYWSSESALHLPDMFHCQVEFPVPSAETASLGVPAHGWTMFAGLAHPESRGRVKLSGPDVTDAPIIQPNTLSHPTDRRNALENIRFVQELGAQAPFKGLVKRESLPGKLDTQSLEHYARNAAVTYWHQCGTAKMGQDAMSVVNGQLRVYGVQGLRIADASIMPHVTSGNTMAPCVVIGERAVEAIRTTYDI PGPT0013615_4461 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108 NA NA D1-35_05399 927 pgrR_8 HTH-type transcriptional regulator PgrR ATGGCGGATCTTCGTGTTGGGCTCAGTGAGTTGGAGGCGGTAACGGCGGTGGCGCGCCGGGCCTCGTTTCGGCAAGCCGCTATCGACTTGAGCGTTTCGACGACCGCGCTGAGCAATACCATCGCCAAAGTGGAGTCGAGCCTTGAAACGCGGCTGTTCAATCGCACGACGCGCAGCGTGTCCCTCACCGAGGCCGGCCGGATGTACATGGCCCAAGTCGGGCCGGCGCTGCAGGATGTTCGCGCGGCGCTTGAGACGGTGCGCTCGCACAATGTCGGACCTTCGGGAATATTGCGCATCAACGCATTTGCCAGTGCTGCCCGTATGACACTGATGCCGCTGTTGCTGGAGTTTTCGCAGCGTTACCCGAAGGTGCATATCGATCTGGTGACCGAAGGGCGCCTGGTGGATATCGTCGCTGACGGTTTCGACCTTGGGGTGCGGTCTGCCAATCTGGTACCCAGCGACATGATTGTCGTCCCGCTGGACCGACCGCAACGTTACGCCATCGTCGGCGCGCCGGCGTACTTCGAAAAGCACGGCCGACCTCGAACGCCAGCCGATCTACTCAACCATGGCTGCTTGCGGATCCGCCTGCCCAACGGTGCCATTTATCCGTGGCATCTGGAACGCGACGGGGAGGTCATCAGGCTGGATGTGAACGGGCAATTCACGCTGGACGAACCTGGCCTTGCCAAGGCGGTAGTCGGGGCGGGCGTGGCTCTCGGTTTTTTCATGGAACAGGACGTTCAGGGCGAAATCGAGCGTGCGGAGTTCGAGCGGGTGCTGGAGGCGTGGACCCCCGCGCGAGACAACTTGTGTCTGTATTACCCCAACCGGCGCAACCCTTCGGCAGTGCTCAAGGCGTTTACCGACTTGGCCCGCGCCAGCCTGGTCGGCAACGAAACACTGGCGCTGCCGGCCTGA MADLRVGLSELEAVTAVARRASFRQAAIDLSVSTTALSNTIAKVESSLETRLFNRTTRSVSLTEAGRMYMAQVGPALQDVRAALETVRSHNVGPSGILRINAFASAARMTLMPLLLEFSQRYPKVHIDLVTEGRLVDIVADGFDLGVRSANLVPSDMIVVPLDRPQRYAIVGAPAYFEKHGRPRTPADLLNHGCLRIRLPNGAIYPWHLERDGEVIRLDVNGQFTLDEPGLAKAVVGAGVALGFFMEQDVQGEIERAEFERVLEAWTPARDNLCLYYPNRRNPSAVLKAFTDLARASLVGNETLALPA NA NA NA NA NA D1-35_05400 330 hypothetical protein ATGAACCTCAAGCTTCCCAGCGTCGTCGAGCAGTACTTCGACATCACCAATGGCAGCGATGCATCAAGCCTGGCGGCGTGTTTCAGCACAGACTCCACCGTGTTCGACGAAAACCGGACACATGAAGGGATCGAGGCGATCGAGGCCTGGCGACGCGAGACACAGCAAGCCTTTGCTTTCCAGGTCGAGCCAACCGAGGTTATCGACGGTGCAGGCACGTTGACCGTCTTCGCTCGTGTAACTGGTGATTTCCCAGGCAGTCCAGTCAAGTTGAAGCACCTGTTTACCTTAGCGGATGGTCGGATCCGCGCATTGGAGATTACCCCGTGA MNLKLPSVVEQYFDITNGSDASSLAACFSTDSTVFDENRTHEGIEAIEAWRRETQQAFAFQVEPTEVIDGAGTLTVFARVTGDFPGSPVKLKHLFTLADGRIRALEITP NA NA NA NA NA D1-35_05401 777 fabG_11 3-oxoacyl-[acyl-carrier-protein] reductase FabG GTGAATCTGGATCTGAAAGGCAAACGCATTCTGGTTACCGGCGGCACCAAGGGCGTCGGCGAAGCGGTTGTCGAGTTGCTGCTCGACGAAGGCGCAAAAGTACTGACCTCAGCGCGCCAGGCGACCACCGGGATGTCACCAGACTTGTGCGTTCCGGCGGACCTGTCGACCCGGGAGGGCTGCGAGACACTGGTGGCAGCGACCAAGCGAATACTCGGTGACGTCGACGTCATCATCCACGTCGTCGGAGGCTCATCGGCACCCGGTGGCGGCTTTGCCGCACTGGACGAGGAACACTGGCAACGCGAACTCGATCTGAACCTGTTTGCGGCCGTGCGCATCGACCGAGCCTTGTTGCCCGCCATGCTCGAACGAAACGAAGGCGTCATTATCCACGTGACGTCCATCCAGAATCGATTGCCGTTGCCTGAAGCCACGACCGCTTACGCGGCTGCCAAGGCTGCGCTCTCGACTTACAGCAAAAGCCTGTCGAAGGAGGTTTCGCCGAAGGGCGTGCGTGTTGTCCGGGTATCGCCGGGGTGGGTTGAAACCGACGCGTCGGTCGCATTGGCCGAGCGCCTGGCAGAGCAAGCAGGTACCGACTATGAAGGCGGCAAGCGGATGATCATGGACGCGCTAGGCGGCATTCCACTCGGCCGCCCCTCGAAGCCTGCTGAAGTGGCGAACCTCATCGCTTTCCTGGCCTCGCCCCGCGCGGCATCCATTACCGGCAGCGAATTTATCATTGATGGGGGCACCATTCCGACGGCGTCATGA MNLDLKGKRILVTGGTKGVGEAVVELLLDEGAKVLTSARQATTGMSPDLCVPADLSTREGCETLVAATKRILGDVDVIIHVVGGSSAPGGGFAALDEEHWQRELDLNLFAAVRIDRALLPAMLERNEGVIIHVTSIQNRLPLPEATTAYAAAKAALSTYSKSLSKEVSPKGVRVVRVSPGWVETDASVALAERLAEQAGTDYEGGKRMIMDALGGIPLGRPSKPAEVANLIAFLASPRAASITGSEFIIDGGTIPTAS NA NA NA NA NA D1-35_05402 1389 hypothetical protein ATGGAAGCGGAAGAAATGAATAGATTAGGCCCGACTGGATGGAACCAACAGTTCAGCTTCAACCCCGGAAAAGCCCCGAAGCTCGAACATGCCACGTCGGTTTCTCCCCGCCCGTTGACGGAGGTGGTCCGCGAGGACATCAAAAAGGTCAGCCAGCAAACGGGCATCAGCGCGGAGCACTTGCATCAACTACATGCCATCGCGCGCAGACATCAATGCGTTATCGCGTTTCGCCCCGTTGATCCACATAACGCGCAGCTGATAGAGATGGGTTACCCGACCAAGGGGCTGAACATAAAAGGAAAGAGTTCCATGATCGGCCCCCTGTTCGGATTCATTCCGGTAAAACAGCAGCTCTGTGGCAAGGGCAGCACCGCATCGGACGATATAGAAAAAGCCAATTTGCACGTCGAGCAATGTGTGGCAAACGGCCATGCGGTTAAAGTCCCCTTGGAACTGCCTGCGGCACGAATGGATTATCTGAAGCAACATGATTTGATCAGGGCGCTTGATCCGCCCGCATTCGAGAGCACCAGGGAAGATGGGTCTACGTTTAGCTTCACTGCTGAAGAAACAACCAGCGGCAACTATCGAATAGCCACGCAGGGCCAGGTTGTAGAAGTCCTGGCACCAAAGATTCAACCTCACGGCGAGCCAGCTCGGCCTTTTACCGCCGACTACGACTTGCTGTTTCTGATGCCTCAATGGGATGACGTCCCGCAACAAAGCCAACGACGAGGCTCAGCAACGCCAGCCGCGCCAAACGAGCAGCCGTTTAATATTGGCGTCGCCCATATTCGGTCGAAATATGAAAATGTCGCCCCCACAGATACGCAGGATTCCCACCCGCCAGTCGACTATCTCACCCGCCTCGAGGAACGAGTCATCAACGACATCAACCACGAATTACGCGGCGAGTTGAAAACCCATCTGAACATGGACAATCCGTCCGACTGGAACCTCGTTCATCATGGCTCGGACGAAGGCAACCCAGGCACCAACATGCGCAATAACTTCCCAGCCACCGTCGTTGCCCCGCAAGCACTCGGTGAATTTGGCGCCATCACCGTCCTACCTGACATGGACAGGTTGAATGAGTTCCTGGTGGAGGCACGTGACGCTCGCGGAAGCGGTCGTACGGGCTATGTGCTGGTCGGTAACCGGCAATGGCTCGATGACGAACTAAAAACCAACGTCACTAACCGCAGCCAGGAGATCATGCGCAAGCTCAGTAGTCCGTCGTCCTTTTCGCCACCTGAAACGCGTCGTGGTAGTACAGCCTCCGGTGAAGGCAGCCGGCGTGGCAGTCATATTTCCCAGCCTGAACTGGATTTATTGAGAGGGGCTGCCGAGCGTCGCAGGGCTCAGTCCGGTAGGTTGCCTGAATGA MEAEEMNRLGPTGWNQQFSFNPGKAPKLEHATSVSPRPLTEVVREDIKKVSQQTGISAEHLHQLHAIARRHQCVIAFRPVDPHNAQLIEMGYPTKGLNIKGKSSMIGPLFGFIPVKQQLCGKGSTASDDIEKANLHVEQCVANGHAVKVPLELPAARMDYLKQHDLIRALDPPAFESTREDGSTFSFTAEETTSGNYRIATQGQVVEVLAPKIQPHGEPARPFTADYDLLFLMPQWDDVPQQSQRRGSATPAAPNEQPFNIGVAHIRSKYENVAPTDTQDSHPPVDYLTRLEERVINDINHELRGELKTHLNMDNPSDWNLVHHGSDEGNPGTNMRNNFPATVVAPQALGEFGAITVLPDMDRLNEFLVEARDARGSGRTGYVLVGNRQWLDDELKTNVTNRSQEIMRKLSSPSSFSPPETRRGSTASGEGSRRGSHISQPELDLLRGAAERRRAQSGRLPE NA NA NA NA NA D1-35_05403 1380 hypothetical protein GTGACGATCCGGGTCGATGGCCTCGACCACATCGCCCTGGGCATTACGCCGGTAGGTCCACACGGCTTTGCCGCGCTGTCGGGCGTGCAGGAAACCGTTGCGGTATTCGTAGGACGTGGGCTCGCCTTCAGGCGGAATCAGCGCCACCAGCCGTCCGGCTTCGTCGTAGCGGTATTCGGTGACCGCGCCCAGCGGATCCTGCTCGGCGGTCAGCCGACCCTGCTCGTCATAAGCCTTGAGCTGTTCGCCGCCAACGGGATCGACCTGGCGCACCAGCCGCGCACGGTCGTCGTGGACGTACACCTCCTGGCTGCCGTCCCGATGCCGGACCGTGACGCTGCCGTCTTCGCCCCAGCTGTAGTGGCTGTCCATCTGCGCGAACGACGCCCTGTGCCGCACACAGCGCGCCGCCGGGCCGAGGCCTTGCCATTCCCAGTAGAAACTTGCGCCGCCGGCCAGTTGCCGCTGGAGGATGACGTGCTGGTCGTCGTAGTCGTAGCGCTCGCTTTCGCCAGCGGCATTGGTCGCCTCTACCAGTCGGAAACGGCCGTCGTAGCGGTAGGTCACCAGCGTCTGTTCGGTGCGCCAGGCATCGTCCGGATGCTGTTTCGGGTCAAAACTCTGATAGTCGATGGCAACCAGGTGGCGATGCTCGTAGCGCAACCGCAGACCGCGCCGGGCGCCGTTGTCCAGGCGGCTGATGTCGCCGTAGATGTTGCGCTGGACGGTCAGACGGTTGTCGTACCGATCGCTCAGCGCCGTCAGATGACCGTCGCGAAAGTGCAGGAAAGGGGCGTCTTCGCCGGGCTGGGCGATGATCAGTTCGTCCGGCTCGCAGCTCAGGTAGATCGCCGCGCGGGCCAGGCTGTTGTGGATCGCCGGGCGTTGCAGGTTGGGGCGAGGGAAGGTGGTGCGGCGGTTTTCCTGATCAATCCAGGTCACCTGTTCGCCCTCGATCACCAGGCGATGGGCCAGGCCATGGCTCCAGCCACGGCCGAGGCCGACGTCCAGCTCGGCGGCGCTGGTGCGATAGAGACGGGTGAAGACGAAGGGCAAGCGCCCGTCGAGGGTGCCGTCCTCCAGGGTCAGCAGTTCCTCGCCAGTGACCATCGACACCGGACAGCCGTCGGTGCGGGTCTGGGCGGCGCTGTCGGCGGGGTCGCCGTTGGGGTTTTTCGATGGGGTGGGGGCGTCGTCGTGGGCTTCGTCTTTTTTCAGCGTGGTGTTGCGCTGCGCGTCCCAGCGCAATTGCATCCGGCCTTTTTTCACGCCAGCGGCGATGCCTCGCGCCGCCACGGTTTTGTAGCGGTCCACGTAGGCCATGAACCCGTTCACCACCGCGAAGATCGCCCGGATGAAACGCGTCATCGCGTCCAGTAG MTIRVDGLDHIALGITPVGPHGFAALSGVQETVAVFVGRGLAFRRNQRHQPSGFVVAVFGDRAQRILLGGQPTLLVISLELFAANGIDLAHQPRTVVVDVHLLAAVPMPDRDAAVFAPAVVAVHLRERRPVPHTARRRAEALPFPVETCAAGQLPLEDDVLVVVVVALAFASGIGRLYQSETAVVAVGHQRLFGAPGIVRMLFRVKTLIVDGNQVAMLVAQPQTAPGAVVQAADVAVDVALDGQTVVVPIAQRRQMTVAKVQERGVFAGLGDDQFVRLAAQVDRRAGQAVVDRRALQVGAREGGAAVFLINPGHLFALDHQAMGQAMAPATAEADVQLGGAGAIETGEDEGQAPVEGAVLQGQQFLASDHRHRTAVGAGLGGAVGGVAVGVFRWGGGVVVGFVFFQRGVALRVPAQLHPAFFHASGDASRRHGFVAVHVGHEPVHHREDRPDETRHRVQ NA NA NA NA NA D1-35_05404 951 hypothetical protein GTGCCGGACCAGGCGCATCGACAGGTAGGCAATCCCGGCGCCCGCCCCGGCGAAGGTCAATACCACGCCGATCAGCAGGTCGATCACCAGCTGCACGACTACCATGGACAACGCTTCGGCCGTGCCGCCGGCCACTTCGCTGGGCGGCAGCATGTCCAGCCAGAGACTCGCGGTGCGCACCAGCAGGCACAGCGCCGCTTCGTCGCTGGCGAGCAACTGCAGCTTGGCCATGATCTGCGGGGACGACTCGGCAAGTTCGATCAGGTCCGCCGCACCGCTGCCCAATTGATCGCCAAACCGGCTCGGGTCCTTGAGGATGTCCGAGAGCAAGCTGATGCTGTCCCAAACGCCCTCGATGGCCGCCCAACCGCCGGCGAGCAGGCCATTGCCCACCGCGGCCGCCGACGATTGCTGCGCCCATTGCGGCTTGAAAACCTGCCATTCGCTACGCAGCCAGTCCGTCAGATCAGCAGTCAGGCCGTTGTAGGAAGAAAACAGGTCCTCGATCTGCCTGGGGGTGACTTCGCTTTGAACGTGAACCCGGTAGTAGCGACCCGCTTCGCCTTTGAAGGTCCCGACGCCCTGGGCATTCAGCTGGACGGGGGTGACCTCGCCGCTGTCCACCGACACTACATCCACCACGATGTCGCCGAGCGGAATGTCGTACACCGACTCGAGCTTGCTCTCGATCGTCAGGACCCCACCCTTGGGGCATCGAGCGACGGTCGAGTGAAAATCACTGTCGCGGCTGCTGACCGTCGTGGCGTTGCCACCAAAAAGAAGCACCCGTTCCATGCCCATCAGCGAAGGCAAGTCGGCCGCCTGGCTGGCCCGGTCCGCCGCACGGGCGTACCAGCGGTCGAGTTGTTCGCGGTAGAGGGAAAGGCTGTCTTTGAAGCTGTCGAGTTCCGCCTCGATGCGGCGCACCTGATCCATCAGGAAGCGGTCTGA MPDQAHRQVGNPGARPGEGQYHADQQVDHQLHDYHGQRFGRAAGHFAGRQHVQPETRGAHQQAQRRFVAGEQLQLGHDLRGRLGKFDQVRRTAAQLIAKPARVLEDVREQADAVPNALDGRPTAGEQAIAHRGRRRLLRPLRLENLPFATQPVRQISSQAVVGRKQVLDLPGGDFALNVNPVVATRFAFEGPDALGIQLDGGDLAAVHRHYIHHDVAERNVVHRLELALDRQDPTLGASSDGRVKITVAAADRRGVATKKKHPFHAHQRRQVGRLAGPVRRTGVPAVELFAVEGKAVFEAVEFRLDAAHLIHQEAV NA NA NA NA NA D1-35_05405 1785 araC_2 L-arabonate dehydratase ATGAGTGACACGCCAAAACGCCGCCTGCGCAGCGAGCAGTGGTTCAACGACCCGGCTCACGCGGACATGACCGCCCTGTATGTCGAGCGCTACATGAACTACGGGATGACTCGCGAAGAGCTGCAATCGGGCCGGCCGATCATCGGCATCGCCCAGACCGGCAGCGACCTGACGCCCTGCAATCGTCATCACCTGGAGCTGGCGCAACGGGTCAAGGCCGGCATCCGCGATGCTGGCGGCATCCCGATGGAATTCCCGGTGCACCCGATCGCCGAACAGTCGCGCCGGCCCACTGCCGCCCTGGACCGCAACCTGGCCTACCTGGGCCTGGTGGAAATCCTCCATGGCTACCCGTTGGACGGCGTGGTGCTCACCACCGGCTGCGACAAGACCACCCCGGCGTGCCTGATGGCGGCGGCGACCACCGACCTGCCGGCCATCGTGCTCTCCGGCGGGCCGATGCTCGACGGCCATCACAAGGGCGAACTGATCGGCTCCGGCACCGTGCTCTGGCACGCACGCAACCTGATGGCCGCCGGCGAAATCGACTACGAAGGCTTCATGGAAATGACCACGGCGGCATCGCCCTCCGTGGGCCACTGCAACACCATGGGTACCGCGCTGTCGATGAACGCCCTGGCCGAAGCCCTGGGCATGTCGCTGCCCGGTTGCGCGAGCATTCCGGCGCCCTATCGCGAGCGCGGGCAGATGGCCTACGCCACCGGCAAGCGCATCTGCGAACTGGTGCGCCAGGACGTGCGCCCATCCCGGATCATGACTCGAGAGGCGTTCGAAAACGCCATCGCCGTCGCCTCGGCACTCGGCGCATCGAGCAATTGCCCGCCGCACCTGATTGCCATCGCCCGGCACATGGGCGTCGAACTGAGCCTGGACGACTGGCAGCGGATTGGCGAAGACGTGCCGCTGCTGGTCAACTGCATGCCGGCCGGCAAGTACCTCGGCGAAGGCTTCCACCGCGCCGGTGGCGTGCCGGCAGTCATGCATGAACTGCAAAAGGCCGGGCGCCTGCACGAGGACTGCGCCACGGTCAGCGGCAAATCGATTGGCGAAATCGTCAGCAGCAGCCTGACCAGCAACGCCGATGTCATCTACCCGTTTGATACCCCGCTCAAGCATCGCGCCGGATTCATCGTGCTCAGCGGCAATTTTTTCGACAGCGCGATCATGAAGATGTCGGTGGTCGGCGAGGCGTTTCGCAAGACCTACCTGTCCGAGCCCGGCGCCGAAAACAGCTTCGAAGCCCGGGCGATCGTGTTCGAAGGGCCGGAGGATTACCACGCGCGGATCGACGACCCGGCGCTGGACATCGACGAGCGCTGCATCCTGGTCATTCGCGGCGTTGGCACCGTGGGTTATCCGGGCAGCGCCGAGGTGGTGAACATGGCGCCACCCGCAGCGTTGATCAAACGCGGTATCGACTCCCTGCCCTGCCTGGGCGACGGCCGCCAGAGCGGCACCTCGGCGAGCCCGTCGATCCTCAACATGTCCCCTGAAGCGGCGGTGGGCGGCGGCCTGGCGCTGCTGCAAACCAACGACCGGCTGCAAGTGGACCTGAACACCCGCACCGTCAACCTGCTGGTCGACGAGGCCGAAATGGAACGGCGCCGTCGCGAATGGACACCGAGCATCCCGCCCTCGCAAACGCCCTGGCAGGAACTCTATCGGCAACTGGTCGGGCAGCTGTCCACCGGCGGCTGCCTGGAGCCGGCCACGTTGCATTTGCGGGTAATCGCCCGGAGTGGCGAGCCGCGGCATTCGCACTGA MSDTPKRRLRSEQWFNDPAHADMTALYVERYMNYGMTREELQSGRPIIGIAQTGSDLTPCNRHHLELAQRVKAGIRDAGGIPMEFPVHPIAEQSRRPTAALDRNLAYLGLVEILHGYPLDGVVLTTGCDKTTPACLMAAATTDLPAIVLSGGPMLDGHHKGELIGSGTVLWHARNLMAAGEIDYEGFMEMTTAASPSVGHCNTMGTALSMNALAEALGMSLPGCASIPAPYRERGQMAYATGKRICELVRQDVRPSRIMTREAFENAIAVASALGASSNCPPHLIAIARHMGVELSLDDWQRIGEDVPLLVNCMPAGKYLGEGFHRAGGVPAVMHELQKAGRLHEDCATVSGKSIGEIVSSSLTSNADVIYPFDTPLKHRAGFIVLSGNFFDSAIMKMSVVGEAFRKTYLSEPGAENSFEARAIVFEGPEDYHARIDDPALDIDERCILVIRGVGTVGYPGSAEVVNMAPPAALIKRGIDSLPCLGDGRQSGTSASPSILNMSPEAAVGGGLALLQTNDRLQVDLNTRTVNLLVDEAEMERRRREWTPSIPPSQTPWQELYRQLVGQLSTGGCLEPATLHLRVIARSGEPRHSH PGPT0017560_368 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017560-xylD-K22186 NA NA D1-35_05406 1182 hypothetical protein ATGTCGCTGATGCTTACCCCCGAGAACACGCTGCCGGTCGATGGCCTGGCCGGCACCCTGATTGGTCGTGCCTGGGTCCCTGGCCGGGTCGCCGGGCCTTCGCCAATCGTGCTGCGCAGCGACGGAGTGTTCGACCTGTCGGAGCGTTTCGCGACGTTGAGCGATTTGCTGGAAACGCCCGCGCCGCTGACAGCGGTCAGGCAAACGCCTGGCACGTTCATCGCCAGCGTCGACGCGCTGCTGGCCAACACCGGCATGCATGCTGACCCGACCAAGCCGTTCCTGTTGCCGCCCTTGGACTTGCAAGTGATCAAGGCCGCCGGCGTGACCTTCGCCGCGAGCATGATCGAGCGGGTGATCGAGGAGCAGGCTGGCGGTGACGCGGCCCGGGCCGAAGCCGTGCGCGCGACGGTGCACAGCGTCATTGGCGACAACCTGCGCTCGATCGTCCCGGGCTCCGAGCAAGCCATGCGCCTCAAGGCCTTCCTTATCGAACAGGGCATGTGGTCGCAGTACCTAGAGGTCGGCATCGGACCGGACGCGGAAATCTTCACCAAGGCGCCGGTGCTGGCCGCCGTCGGCAGCGGCAGCCAGATCGGCATTCATCCAGCCTCGCAATGGAACAACCCGGAACCGGAAGTGGTGCTGGCGGTGAATAGCCGCGGCCAGATCCACGGCGCCACCCTGGGCAACGACGTCAACCTGCGGGACATCGAAGGCCGCAGCGCGTTGTTGCTGAGCAAGGCCAAGGACAATAATGCCTCGTGCGCCATCGGGCCGTTCATTCGGCTGTTCGATGAACACTTCAGCCTGGACGACGTGCGGGCCTGCGAGGTCGATCTGCAGGTACACGGCGAAGACGGTTACCGCCTGCACGGCTGCAGCTCCATGAGCCAGATCAGCCGCGACCCGCAGGACCTCGCAGGCCAGACACTCAACGCCAACCACCAATACCCGGATGGCTTCCTGCTGTTTCTCGGTACCCTGTTCGCCCCCACCGAGGATCGCGACCACGCCGGCAGCGGTTTCACCCACAAACTGGGCGACCGGGTCAGTATCAGCAGCCCGTTGCTCGGCTGTTTGCATAATCAGGTGACTCACAGCTGCGAGGCCGCGCCCTGGACCTTCGGCGTCGGCGCCTTGCTGCGTAATCTCGCCGCGCGGGGGCTGCTCGATCGCTGA MSLMLTPENTLPVDGLAGTLIGRAWVPGRVAGPSPIVLRSDGVFDLSERFATLSDLLETPAPLTAVRQTPGTFIASVDALLANTGMHADPTKPFLLPPLDLQVIKAAGVTFAASMIERVIEEQAGGDAARAEAVRATVHSVIGDNLRSIVPGSEQAMRLKAFLIEQGMWSQYLEVGIGPDAEIFTKAPVLAAVGSGSQIGIHPASQWNNPEPEVVLAVNSRGQIHGATLGNDVNLRDIEGRSALLLSKAKDNNASCAIGPFIRLFDEHFSLDDVRACEVDLQVHGEDGYRLHGCSSMSQISRDPQDLAGQTLNANHQYPDGFLLFLGTLFAPTEDRDHAGSGFTHKLGDRVSISSPLLGCLHNQVTHSCEAAPWTFGVGALLRNLAARGLLDR PGPT0018165_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018165-aldH-K13877 NA NA D1-35_05407 939 gbpR_2 HTH-type transcriptional regulator GbpR ATGTCCGATCTGTCCTTTTCCAGCTTCTGCGGCTGGCTCAAATTCCGCCATCTGCTGCTGATCGATACCTTGGGCCGCACCTGCAACATGCACCTGGCGGCCGAACAGATGAACCTCAGCCAGCCGGCGGTGAGCAAGATGCTCAAGGAAATCGAGAGCCTGCTCGGCTTCGCCCTGTTCGAGCGGCGTCCGCGCAGCATGCCGCCCACCGCGCTGGGCGAGCATGTGCTGCGCTACGCACAGATCGCTTTGAATGACGCGCGCTCGTTCGTCGAGCAGATCAGCAGCCTGCGGGAGGGCGGCCATGGTTATCTCAAGGTCGGCGGGATCTTTGCCGCGACCGCGGTGGCCCTGCCCGAGGCGATCCTGCAGATCAAGCAGCGCTGGCCGTTGTTGTCCATCGAGGTGGTAGAGCAGACCAGCAATCACCTGATGAAGATGCTGGAAGAGAAGAAGCTCGACCTGGCCGTGGCGCGGTTTACCGAGCAGAGCCAGCAGCAGCGCTACGACTTCCAGCCCCTGGCTCCGGAACCGTTCTGCATCGTCGTCAACGACCGGCATCCGCTGGCAGACGCCGGGCCGATATCGCTGCAGCAACTGGTGGACCTGCCATGGATTCTCTACCCGGTCGGCACGCCGATCCGCGCCCGCATGGAACTGGCGTTCGCCGAAGCGGGCGTGCGGATGCCGCGCAACACCATCGATACGATTTCCATGCAGACCTTCCTCCAGGTGCTGAAACGCGGCCCGATGATCGGCATGCTGCCCAATGCGATGGTTGATCCGCTGCTGGAAAGCGGCCAGCTCAAGACCCTCGATACCCCGTTGCACCTGGTGCCGCAGGATTACGGCATCCTCACGCGAAAGGACGAGCCGCTGGTGGGCGCGGCGCTGGAGTTTGCCGAGATCCTCAAGGACAACGCCCGCCAGAGTGGTTGA MSDLSFSSFCGWLKFRHLLLIDTLGRTCNMHLAAEQMNLSQPAVSKMLKEIESLLGFALFERRPRSMPPTALGEHVLRYAQIALNDARSFVEQISSLREGGHGYLKVGGIFAATAVALPEAILQIKQRWPLLSIEVVEQTSNHLMKMLEEKKLDLAVARFTEQSQQQRYDFQPLAPEPFCIVVNDRHPLADAGPISLQQLVDLPWILYPVGTPIRARMELAFAEAGVRMPRNTIDTISMQTFLQVLKRGPMIGMLPNAMVDPLLESGQLKTLDTPLHLVPQDYGILTRKDEPLVGAALEFAEILKDNARQSG NA NA NA NA NA D1-35_05408 1383 nicT_4 Putative metabolite transport protein NicT ATGCAAACCATCTCCGAGCCGTTGCCTGCCCAGGCGCAAGCCGGCGAACTGGATTTCGAAGACCGGACCTACCGCAAGGTGATCTGGCGGATCCTGCCAGTGCTGCTGTTGTGCTACATGGCGGCATACCTCGATCGGGTCAATATCGGCTTCGCCAAGCTCGACATGCTCGCCGAGTTGCAATTCAGCAACACCGTGTACGCCTTGGGCGCCAGTATGTTTTTCTGGGGCTATTTCCTGTTCGAGGTCCCCAGCAACCTGTTGCTGCATCGTCTGGGCGCGCGGTTCTGGATCGCCCGGATCATGCTCAGTTGGGCGGTGATCTCCATGGCCGTGGCCTACACGGTGCCGCTGGCAGCGTTCTTCCACATCGAATCGAGCACGATGTTTTATGTGCTGCGTTTCCTGCTAGGCATCTGTGAAGCAGGCTTTTTCCCCGGCGTGATCCTCTACCTCAACTACTGGTTCCCGACCCACCGGCAGAGCCGGGTGATGTCCGGGTTCCTGCTGGCGTTGCCGGTCAGCCTGACACTGGGCGGGATCCTGTCCGGGTGGCTGATGAACAGCATGCAGGGCGTGCAAGGCATGTCCGGCTGGCAGTGGATGCTGATCATCGAGGGCATCCCTTCGATCATCATGGCCTTCGTGGTGATCGTCTGCCTGGCCGATAACATCGACAAGGCCAAGTGGCTGTCGGCAGCGGAAAAGGCCATGCTCAAGGCCAACCTGCAAACCGACAACCAGGGCAAGGCTTCGCGCTTGAGCGAAGTGTTCTTCAACCCTCGCGTCTGGTTGCTGGTGCTGATCCTGCTGACCTTCAACACCGGTTTCTACGGCCTGGCCTTCTGGATGCCCTCGATCATCAAGAGCACCGGCATCACCAATAGCCTGCACATCGGCTTGCTCACCGCCATTCCCTACTCGGTGGCAATCGTGGCGATGCTGCTCAATGCGCGGCACTCCAACCGCACCGGCGAACGGCGCCTGCACGCAGCCATCCCGGCATTCATTGGTGGCGCCGGGCTGATCCTCAGCGCGTTTTTCGCCGATAACCTGGTGCTGTCGGTGCTGTTCCTCAGCGTCTCCGCCTCGGGGATCCTCAGCCTGATGCCGATTTTCTGGACCTTGCCGGGCACTGTGCTGTCGGGCGTTGCCGCCGCAGCCGGGATCGGCATGATCAACGCGATCGGCAACCTGTCGGGCTTCACCGGTTCGATGATCACGGCCGTGGCGGAAACCCTGACGGGCAATATCAACAACGGTACGTACGTCCTGGCGCTGTGCCTGTTGGTCAGCGGCGGGTTGATCCTGGCCATCCCCGCCTCGATGCTCGGCAGGACGCCCAAGACCGCGCCCACGGCCGCGCAACTGGAGACCGCATGA MQTISEPLPAQAQAGELDFEDRTYRKVIWRILPVLLLCYMAAYLDRVNIGFAKLDMLAELQFSNTVYALGASMFFWGYFLFEVPSNLLLHRLGARFWIARIMLSWAVISMAVAYTVPLAAFFHIESSTMFYVLRFLLGICEAGFFPGVILYLNYWFPTHRQSRVMSGFLLALPVSLTLGGILSGWLMNSMQGVQGMSGWQWMLIIEGIPSIIMAFVVIVCLADNIDKAKWLSAAEKAMLKANLQTDNQGKASRLSEVFFNPRVWLLVLILLTFNTGFYGLAFWMPSIIKSTGITNSLHIGLLTAIPYSVAIVAMLLNARHSNRTGERRLHAAIPAFIGGAGLILSAFFADNLVLSVLFLSVSASGILSLMPIFWTLPGTVLSGVAAAAGIGMINAIGNLSGFTGSMITAVAETLTGNINNGTYVLALCLLVSGGLILAIPASMLGRTPKTAPTAAQLETA PGPT0002325_617 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D1-35_05409 741 2-keto-3-deoxy-L-fuconate dehydrogenase ATGAACCTGCAAGGCAAGCGGGTGCTGGTGACGGCGGCGGGACAGGGCATCGGCCTGGCCAGCGCCGTGGCCTTCGCCCGGGCCGGCGCCGAGGTGTTCGCCAGTGACATCGATATTCGCGCGCTGGCGGGCATCGAGGGGGTCACGCCGATGCTCCTGGATGTCACCTCGGCCAGCGCCATCGACGCTGCCCGCGAGCGGATTGGCGGGTTGGACGTGCTTTTCAACTGCGCCGGCTACGTGCACAGCGGCACCATTCTCGATTGCGACGAAGCCGCCTGGGCGCGCTCGATGGACCTCAATGTCAGCGCCATGTATCGCATGATCCGCGCGTTTCTGCCGGGTATGCTGGCGCGTGGCGGCGGGTCGATCATCAACATGTCGTCGGTGGCGTCCAGTATCAAGGGCGTGCCCAATCGTTTCGCCTATGCTGCCAGCAAGGCGGCGGTAGTCGGTCTGACCAAGTCCGTCGCCATCGACTTCGTCAGCCAGGGTATCCGTTGCAATGCGATATGCCCCGGCACCGTCGACTCGCCTTCGCTGCGCCAGCGCATTGCCGACCAGGCGGCGCAGCAGGGGGTCGAGGAGGAACAGGTCTACCGGCAGTTTCTCGACCGCCAGCCCATGGGGCGCATCGGCAACACCGAGGAGGTCGCGCAACTGGCGCTGTACCTGGGCAGCGACGCATCTGCCTACACCACCGGGACGGTGCACGTCATTGACGGTGGCATGAGCCTCTGA MNLQGKRVLVTAAGQGIGLASAVAFARAGAEVFASDIDIRALAGIEGVTPMLLDVTSASAIDAARERIGGLDVLFNCAGYVHSGTILDCDEAAWARSMDLNVSAMYRMIRAFLPGMLARGGGSIINMSSVASSIKGVPNRFAYAASKAAVVGLTKSVAIDFVSQGIRCNAICPGTVDSPSLRQRIADQAAQQGVEEEQVYRQFLDRQPMGRIGNTEEVAQLALYLGSDASAYTTGTVHVIDGGMSL PGPT0008310_2927 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019 NA NA D1-35_05410 849 Ureidoglycolate lyase ATGAAACTGTTGCGTTACGGCGAAAAAGGTTCGGAAAAGCCCGGGCTGCTGGATGATGACAATCAGATCCGTGATCTGTCGGGCCACGTGCCAGACATCGCCGGGCAAGCCCTGGCTCCTGAAGGCCTGGCAAGACTCGCCGCCATCGACCCAGGCAGCCTGCCGGTCGTGGGCGGGCAGCCGCGGATCGGCGCGTGCGTCGGGCAAGTCGGCAAGTTCATCTGCATCGGCCTGAACTACGCCGACCATGCCGCCGAGTCGAACATGGAGGTGCCGAAGGAACCGATCATCTTCAACAAATGGACCAGCGCCATCTGCGGACCGAACGACGATGTCCAGATTCCCCGTGGCTCGCTCAAGACCGACTGGGAAGTCGAACTCGGCGTGGTCATTGGCAAGGGCGGGCGCTACATCGACGAAGCGAACGCCATGGAGCATGTCGCCGGTTATTGCGTCATCAACGATGTGTCGGAACGCGAGTGGCAACTCGAACGCGGCGGCACCTGGGACAAGGGCAAAGGCTTCGACACCTTCGGCCCGCTTGGACCCTGGCTGGTGACGAAGGACGAAATCGCCGATCCCCACGCGCTTGATCTGTGGCTGGAAGTCGACGGACATCGTTATCAGAACGGCAATACCCGGACGCTGATCTTCAGCGTGCCGCAACTGATTGCCTACCTGAGCCGGTGCATGAGCCTGCAGCCCGGCGACGTGATCTCGACCGGGACGCCACCGGGTGTCGGCCTGGGCATCAAGCCCAACCCGGTGTTCCTGCGCCCGGGCCAGACCATGCGCCTGGGCATTCAAGGTTTGGGTGAACAGCGTCAGGTGACGGTGCAGGCGGACTGA MKLLRYGEKGSEKPGLLDDDNQIRDLSGHVPDIAGQALAPEGLARLAAIDPGSLPVVGGQPRIGACVGQVGKFICIGLNYADHAAESNMEVPKEPIIFNKWTSAICGPNDDVQIPRGSLKTDWEVELGVVIGKGGRYIDEANAMEHVAGYCVINDVSEREWQLERGGTWDKGKGFDTFGPLGPWLVTKDEIADPHALDLWLEVDGHRYQNGNTRTLIFSVPQLIAYLSRCMSLQPGDVISTGTPPGVGLGIKPNPVFLRPGQTMRLGIQGLGEQRQVTVQAD PGPT0021665_53 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021665-ugl-K16856 NA NA D1-35_05414 198 hypothetical protein ATGTTCAATGACTTGAGTCGCCTCGGTAAATACCTCGGTCAGGCCGCCCGCCTGATGGTCGGCATGCCCGACTACGACAACTACGTCGAGCACATGCAAACCAAGCACCCCGACAAGCCGATGATGGACTACGAGGCGTTCTTCCGAGAACGCCAGGAAGCCCGTTACGGTGGCAAGGGTGGCCCCAAATGCTGTTGA MFNDLSRLGKYLGQAARLMVGMPDYDNYVEHMQTKHPDKPMMDYEAFFRERQEARYGGKGGPKCC NA NA NA NA NA D1-35_05415 1935 btsT COG1966 Pyruvate/proton symporter BtsT GTGGCCATCTACCTGGTCGCCTACCGCTACTACAGCCTCTTCATCGCCAACAACGTGATGCAACTCGATGCGCGCCGGGCCACGCCCGCCGTGCTCAACAACGATGGCCTGGACTACGTCCCGACCAACAAACACATCCTTTTCGGCCACCACTTCGCGGCCATTGCCGGCGCGGGGCCGCTGGTCGGGCCGGTGCTGGCGGCGCAGATGGGCTATCTGCCCGGCACGCTCTGGCTGATCGCCGGCGTGGTGCTGGCCGGTGCGGTGCAGGACTTCATGGTCCTGTTCCTGTCGACCCGCCGCAACGGTCGCTCGCTGGGCGACATGGTGCGCGAGGAAATGGGCCGCATCCCCGGCACCATCGCGCTGTTCGGCTGCTTCCTGATCATGATCATCATCCTCGCGGTGCTGGCGCTGATCGTGGTCAAGGCCCTGGCCGAGAGCCCGTGGGGCATCTTCACGGTGATGGCGACCATCCCGATCGCGATGTTCATGGGCATCTACATGCGCTACATCCGCCCGGGCCGCATCGGTGAAATCTCGCTCATCGGCGTGCTGTTGCTGCTCGGTTCGATCTGGCTGGGCGGGCAGATCGCCGCCGACCCGGTCTGGGCCAAGGCCTTCACCTTCACCGGGATCCAGATCACCTGGATGCTGATCGGCTACGGCTTTGTCGCCGCGGTGCTGCCGGTGTGGCTGATCCTGGCGCCACGGGACTACCTGTCGACCTTCCTCAAGATCGGCACCATTATCGCCCTGGCGATCGGCATCCTGGTGACCATGCCCGAGCTGAAAATGCCGGCGCTGACCCAGTTCACCGACGGCACCGGACCGGTGTGGAAGGGCGGTCTGTTTCCGTTCCTGTTCATCACCATCGCCTGCGGCGCGGTCTCGGGTTTCCACGCGCTGATCTCCTCAGGCACCACGCCCAAGCTGCTGGATAACGAAACCAACGCGCGCTACATCGGTTACGGCGGCATGCTGATGGAGTCGTTCGTGGCGATCATGGCGATGGTCGCGGCCTCGGTGATCGAGCCGGGCGTGTACTTCGCCATGAACAGCCCGGCGGCGATCGTCGGCACCGACGTGGTGGCCGTGGCCCAGACCGTCAGCAGTTGGGGTTTTGCAATCACCCCCGACGCGCTGCAAGCGGTGGCCAAGGACATCGGCGAGACCACCATCCTGGCCCGTGCCGGCGGTGCGCCGACCCTGGCGGTGGGTATCGCGCAGATCCTCCACTCGGTGCTGCCGGGTGAGAACACCATGGCGTTCTGGTACCACTTCGCGATCCTGTTCGAAGCGCTGTTCATCCTCACCGCGGTAGACGCCGGCACCCGTGCCGGGCGGTTCATGCTGCAAGACCTGCTCGGCTCGTTCGTCCCGGCCCTCAAGCGCACCGAATCGTGGACCGCGAACCTGATCGCCACCGCCGGCTGCGTCGCGCTGTGGGGCTACCTGCTGTATCAGGGCGTGATCGATCCGCTGGGCGGCATCAACACCTTGTGGCCGCTGTTCGGCATCTCCAACCAGATGCTGGCCGGTATCGCGCTGATGCTCGCCACCGTGGTGCTGATCAAGATGAAGCGCCAGCGCTACGTCTGGGTCACGCTGCTGCCGGCCAGCTGGCTGCTGATCTGCACCACCACCGCGGGCCTGATCAAGCTGTTCGACGCCAACCCGGCGATCGGCTTCCTGGCCCTGGCGCGCAAATACAACGATGCCCTGGCCGCCGGCCAGATCCTGGCCCCAGCCAAGAGCATCGAGCAGATGCAGCACGTGGTGTTCAACGCCTACACCAACGCAACGCTGACGGTGTTGTTCCTGTTCGTGGTCTTCAGCATCCTGTTCTACGCGCTCAAGGTCGGCATCGCCGCCTGGGGCACGAAAGAACGCACGGACAAGGAAGCGCCATTCCAGGCGCTGCCGGACGCTTGA MAIYLVAYRYYSLFIANNVMQLDARRATPAVLNNDGLDYVPTNKHILFGHHFAAIAGAGPLVGPVLAAQMGYLPGTLWLIAGVVLAGAVQDFMVLFLSTRRNGRSLGDMVREEMGRIPGTIALFGCFLIMIIILAVLALIVVKALAESPWGIFTVMATIPIAMFMGIYMRYIRPGRIGEISLIGVLLLLGSIWLGGQIAADPVWAKAFTFTGIQITWMLIGYGFVAAVLPVWLILAPRDYLSTFLKIGTIIALAIGILVTMPELKMPALTQFTDGTGPVWKGGLFPFLFITIACGAVSGFHALISSGTTPKLLDNETNARYIGYGGMLMESFVAIMAMVAASVIEPGVYFAMNSPAAIVGTDVVAVAQTVSSWGFAITPDALQAVAKDIGETTILARAGGAPTLAVGIAQILHSVLPGENTMAFWYHFAILFEALFILTAVDAGTRAGRFMLQDLLGSFVPALKRTESWTANLIATAGCVALWGYLLYQGVIDPLGGINTLWPLFGISNQMLAGIALMLATVVLIKMKRQRYVWVTLLPASWLLICTTTAGLIKLFDANPAIGFLALARKYNDALAAGQILAPAKSIEQMQHVVFNAYTNATLTVLFLFVVFSILFYALKVGIAAWGTKERTDKEAPFQALPDA PGPT0015060_1073 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200 NA NA D1-35_05416 912 hypothetical protein ATGCCGGTTGTAGTGCAGGCCGCTTTCCAGGTCGTGGTATTGGCCTTGGAAGCGCAACGGCTGGGTCAGTGGCTTGCCGGCGCCGTGGGCCAGCTTGGTGAGTTTGCCGTAGCCGGTGTAGCGCGCCGCCCAGACGACTTCGCCCTGGTGACTGGTCAGTTCCTGCGGTGTGCCGAGGTGGTCGTTGTGGTAGTAGAACGGCGTGGCGTTTTTTGGGCCTTGGCCTTCGAGCAGGGCGAGGGGGCGGAAGGTGCCGGGCTCGTAGACGTAGCTTTGGTAATGATGGTCGCTGCTTTCGGCGATGAGCTGGTCGCCTTGCCAGATGAATTCGGTGGTCTGGCCGTCCACGGTCTTTTCGATGCGTCGGCCGAAGGCGTCGTAGCGGTAGGACGTTTCGTTGCCTTCCGGGGTGGTGAGGCCGATAAGGCGGTGCTGGCTGTCGTAGCGGTATTCGGTGATCAGGCACTGGGTTTTACCGCGGCGCTCGCGGACCAGGTTGCCGTAGGCGTCGTAGTCGTAGTGGCGATCGCCCTCCATCAGCAGGCGGTTGCCCTTGAGGGTGGTCGGGCCGGGGCGGTCGTGCAGCAGCAGGTTGCCGGCCGGGTCGTGGGAAAAGTGCTCGGGGGGCTGGCTGTGGGCGTAGTCGATGCGCAGCAGGCGATCTTGCGGGTCGTAGTGGTAGGCGCGTCGGTTTCGGTTGTCGGACAGCGTGGCGAGGTTGCCGTTGGCGCTGTAGGAATAGTCGCGCCAGAACAATTGCTTCTGCTGGGTCTGCCATACGGTCTGGGCCTTGAGGCGGCCCTGTTCGTCGTAGTTGTAGTCGCTGAGCAGCAGGCCTTGCTGGCGCTGGCGTTCGCGGGTGCCGGTGAAGCGGTGTTCGGTCAGGCACTGGCCGTTGAGGTCGATGGCTAG MPVVVQAAFQVVVLALEAQRLGQWLAGAVGQLGEFAVAGVARRPDDFALVTGQFLRCAEVVVVVVERRGVFWALAFEQGEGAEGAGLVDVALVMMVAAFGDELVALPDEFGGLAVHGLFDASAEGVVAVGRFVAFRGGEADKAVLAVVAVFGDQALGFTAALADQVAVGVVVVVAIALHQQAVALEGGRAGAVVQQQVAGRVVGKVLGGLAVGVVDAQQAILRVVVVGASVSVVGQRGEVAVGAVGIVAPEQLLLLGLPYGLGLEAALFVVVVVAEQQALLALAFAGAGEAVFGQALAVEVDG NA NA NA NA NA D1-35_05417 216 hypothetical protein ATGCACATGATGGCCGACTATTTTGCGCGAAAACGCATCAGTGACCAGGCTCACATAAGCGACGCTTTGTTCGGTAGGCAAGTAGGTTATATCCGCTACCCATACCTGTTCAGGACCCGTGGCAGTGACTTGGTCAGGGCCGGGTTTGAGCCGATTCGGATGTCGACGGAAGCGATGATGACTATCGGTAGTCTTGTGATAAGCGCGTTTGCGTAG MHMMADYFARKRISDQAHISDALFGRQVGYIRYPYLFRTRGSDLVRAGFEPIRMSTEAMMTIGSLVISAFA NA NA NA NA NA D1-35_05418 210 hypothetical protein ATGGTCTCGCAAGATATCGAACAACCGATCTCGACCTACCGTTCGCGTCAGTTCAGGTTCGGCTTGCATAAGGCCATGCAGCTTACGAGTGCCCAACCGGGGCATTTCAAGACGAGTCTCCAACACAAATCCCAGCACTCTTTGCGTATGTCTGGCTTGTGCGTCGTAAGCTCGATTGCGCTTGTAGTAGGCCTGCCGAGAGATGCCTAG MVSQDIEQPISTYRSRQFRFGLHKAMQLTSAQPGHFKTSLQHKSQHSLRMSGLCVVSSIALVVGLPRDA NA NA NA NA NA D1-35_05419 189 hypothetical protein ATGGCCGAGCCAAATTTGCCGCTGACACCAGAGCAGCGAATCAAGGAGCTGGAAGAAAAGCTGGCCCTTGCCAACCAGAAAGCCCAATTTTTTGAAGCTGTCGTTGACGTGCTGAAAAACGATTACGGTGTTTCTGTCGTAAAAAAGCGATCCGGCAAGTCCTCACCCAAGGGCAAATCGAAGGCCTGA MAEPNLPLTPEQRIKELEEKLALANQKAQFFEAVVDVLKNDYGVSVVKKRSGKSSPKGKSKA NA NA NA NA NA D1-35_05425 240 hypothetical protein ATGGGTGTTTTCACATTCGAGGATGAAATCAACTCCCCTGTGGCTCCTGCTACTCTTTACAAGGCCCTAGTTACAGATGCCGACAACGTCATCCCAAAGGCTCTTGATTCCTTCAAGAGTGTTGAAAACGTTGAGGGAAATGGTGGCCCAGGAACCATCAAGAAGATCACTTTCGTTGAGGATGGAGAAACCAAGTTTGTGCTGCACAAAATAGAAAGCATTGATGAGGCGAACTTGTGA MGVFTFEDEINSPVAPATLYKALVTDADNVIPKALDSFKSVENVEGNGGPGTIKKITFVEDGETKFVLHKIESIDEANL NA NA NA NA NA